From xen-devel-bounces@lists.xen.org Tue Dec 01 16:16:31 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Tue, 01 Dec 2015 16:16:31 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a3nbO-0000bY-O4; Tue, 01 Dec 2015 16:16:26 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a3nbN-0000bQ-CQ for xen-devel@lists.xen.org; Tue, 01 Dec 2015 16:16:25 +0000 Received: from [85.158.139.211] by server-1.bemta-5.messagelabs.com id 51/AF-32615-8D7CD565; Tue, 01 Dec 2015 16:16:24 +0000 X-Env-Sender: konrad@char.us.oracle.com X-Msg-Ref: server-3.tower-206.messagelabs.com!1448986580!7897459!1 X-Originating-IP: [156.151.31.81] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogMTU2LjE1MS4zMS44MSA9PiAyODgzMzk=\n X-StarScan-Received: X-StarScan-Version: 7.35; banners=-,-,- X-VirusChecked: Checked Received: (qmail 17000 invoked from network); 1 Dec 2015 16:16:22 -0000 Received: from userp1040.oracle.com (HELO userp1040.oracle.com) (156.151.31.81) by server-3.tower-206.messagelabs.com with DHE-RSA-AES256-GCM-SHA384 encrypted SMTP; 1 Dec 2015 16:16:22 -0000 Received: from aserv0022.oracle.com (aserv0022.oracle.com [141.146.126.234]) by userp1040.oracle.com (Sentrion-MTA-4.3.2/Sentrion-MTA-4.3.2) with ESMTP id tB1GGAOf001114 (version=TLSv1 cipher=DHE-RSA-AES256-SHA bits=256 verify=OK); Tue, 1 Dec 2015 16:16:10 GMT Received: from aserv0122.oracle.com (aserv0122.oracle.com [141.146.126.236]) by aserv0022.oracle.com (8.13.8/8.13.8) with ESMTP id tB1GG7gL007629 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=FAIL); Tue, 1 Dec 2015 16:16:07 GMT Received: from abhmp0008.oracle.com (abhmp0008.oracle.com [141.146.116.14]) by aserv0122.oracle.com (8.13.8/8.13.8) with ESMTP id tB1GG6Tv000674; Tue, 1 Dec 2015 16:16:07 GMT Received: from char.us.oracle.com (/10.137.176.158) by default (Oracle Beehive Gateway v4.0) with ESMTP ; Tue, 01 Dec 2015 08:16:06 -0800 Received: by char.us.oracle.com (Postfix, from userid 1000) id 8F8C86A4D8C; Tue, 1 Dec 2015 11:16:05 -0500 (EST) Date: Tue, 1 Dec 2015 11:16:05 -0500 From: Konrad Rzeszutek Wilk To: kevin.tian@intel.com, feng.wu@intel.com Message-ID: <20151201161605.GA2707@char.us.oracle.com> References: <55DC1163.7050005@intel.com> <20150825144335.GA6591@andromeda.dapyr.net> <55DE7EB6.90205@intel.com> <20150827110356.GB6912@l.oracle.com> MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="4Ckj6UjgE2iN1+kY" Content-Disposition: inline In-Reply-To: <20150827110356.GB6912@l.oracle.com> User-Agent: Mutt/1.5.23 (2014-03-12) X-Source-IP: aserv0022.oracle.com [141.146.126.234] Cc: Konrad Rzeszutek Wilk , Xen-devel , Tamas K Lengyel Subject: Re: [Xen-devel] VT-d faults with Integrated Intel graphics on 4.6 X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org --4Ckj6UjgE2iN1+kY Content-Type: text/plain; charset=us-ascii Content-Disposition: inline On Thu, Aug 27, 2015 at 07:03:56AM -0400, Konrad Rzeszutek Wilk wrote: > On Thu, Aug 27, 2015 at 11:06:30AM +0800, Chen, Tiejun wrote: > > On 8/25/2015 10:43 PM, Konrad Rzeszutek Wilk wrote: > > >On Tue, Aug 25, 2015 at 02:55:31PM +0800, Chen, Tiejun wrote: > > >>On 8/25/2015 8:19 AM, Tamas K Lengyel wrote: > > >>>Hi everyone, > > >>>I saw some people passingly mention this on the list before but just in > > >>>case it has been missed, my serial is also being spammed with the following > > >>>printouts with both Xen 4.6 RC1 and the latest staging build: > > >>> > > >>>... > > >>>(XEN) [VT-D]DMAR:[DMA Read] Request device [0000:00:02.0] fault addr > > >>>33487d7000, iommu reg = ffff82c000201000 > > >>>(XEN) [VT-D]DMAR: reason 06 - PTE Read access is not set > > >>>(XEN) [VT-D]DMAR:[DMA Read] Request device [0000:00:02.0] fault addr > > >>>33487d7000, iommu reg = ffff82c000201000 > > >>>(XEN) [VT-D]DMAR: reason 06 - PTE Read access is not set > > >>>(XEN) [VT-D]DMAR:[DMA Read] Request device [0000:00:02.0] fault addr > > >>>33487d7000, iommu reg = ffff82c000201000 > > >>>(XEN) [VT-D]DMAR: reason 06 - PTE Read access is not set > > >>>(XEN) [VT-D]DMAR:[DMA Read] Request device [0000:00:02.0] fault addr > > >>>33487d7000, iommu reg = ffff82c000201000 > > >>>(XEN) [VT-D]DMAR: reason 06 - PTE Read access is not set > > >>>(XEN) [VT-D]DMAR:[DMA Read] Request device [0000:00:02.0] fault addr > > >>>2610742000, iommu reg = ffff82c000201000 > > >>>(XEN) [VT-D]DMAR: reason 07 - Next page table ptr is invalid > > >>>... > > >>> > > >> > > >>What's your platform? BDW? And how much memory is set to your guest OS? > > > > > >Is see this as well. But oddly enough - only when I use the AMT feature > > >(normally I just use serial console on the machine). > > > > > >The platform is /DQ67SW, BIOS > > >SWQ6710H.86A.0066.2012.1105.1504 11/05/2012 > > > > > >There is no guest OS - this is initial domain. And I boot with 2GB: > > > Released 0 page(s) > > > > > >Xen: [mem 0x0000000000000000-0x0000000000099fff] usable > > >Xen: [mem 0x000000000009a800-0x00000000000fffff] reserved > > >Xen: [mem 0x0000000000100000-0x000000001fffffff] usable > > >Xen: [mem 0x0000000020000000-0x00000000201fffff] reserved > > >Xen: [mem 0x0000000020200000-0x000000003fffffff] usable > > >Xen: [mem 0x0000000040000000-0x00000000401fffff] reserved > > >Xen: [mem 0x0000000040200000-0x0000000080465fff] usable > > >Xen: [mem 0x0000000080466000-0x000000009e855fff] unusable > > >Xen: [mem 0x000000009e856000-0x000000009e85efff] ACPI data > > >Xen: [mem 0x000000009e85f000-0x000000009e8a9fff] ACPI NVS > > >Xen: [mem 0x000000009e8aa000-0x000000009e8b1fff] unusable > > >Xen: [mem 0x000000009e8b2000-0x000000009e9a4fff] reserved > > >Xen: [mem 0x000000009e9a5000-0x000000009e9a6fff] unusable > > >Xen: [mem 0x000000009e9a7000-0x000000009ebc5fff] reserved > > >Xen: [mem 0x000000009ebc6000-0x000000009ebc6fff] unusable > > >Xen: [mem 0x000000009ebc7000-0x000000009ebd6fff] reserved > > >Xen: [mem 0x000000009ebd7000-0x000000009ebf4fff] ACPI NVS > > >Xen: [mem 0x000000009ebf5000-0x000000009ec18fff] reserved > > >Xen: [mem 0x000000009ec19000-0x000000009ec5bfff] ACPI NVS > > >Xen: [mem 0x000000009ec5c000-0x000000009ee7bfff] reserved > > >Xen: [mem 0x000000009ee7c000-0x000000009effffff] unusable > > >Xen: [mem 0x000000009f800000-0x00000000bf9fffff] reserved > > >Xen: [mem 0x00000000fec00000-0x00000000fec00fff] reserved > > >Xen: [mem 0x00000000fed1c000-0x00000000fed3ffff] reserved > > >Xen: [mem 0x00000000fed90000-0x00000000fed91fff] reserved > > >Xen: [mem 0x00000000fee00000-0x00000000feefffff] reserved > > >Xen: [mem 0x00000000ff000000-0x00000000ffffffff] reserved > > >Xen: [mem 0x0000000100000000-0x000000043e5fffff] unusable > > > > > >> > > >>Just at first glance to fault address, this seems be issued from some > > > > As you see those fault addresses are out of the normal memory range here. > > > > >>known erratas on BDS and SKL. > > > > > >I am runnig v4.2-rc8. > > > > So I really doubt this is related to some erratas. Currently the pre-fetch > > unit of IOMMU unit dedicated to IGD can't work well on some platforms, so > > you can see these wired faults. > > Do you have some ideas for a solution/patch? ping? Should I use some work-around flags? There does not seem to be any corruption on the AMT screen - just that the 'xl dmesg' is packed with VT-d faults. Attaching the lspci, dmesg, xl dmesg, from the latest Xen. > > Thanks! --4Ckj6UjgE2iN1+kY Content-Type: text/plain; charset=us-ascii Content-Disposition: attachment; filename=lspci 00:00.0 Host bridge: Intel Corporation Device 0100 (rev 09) Subsystem: Intel Corporation Device 2008 Flags: bus master, fast devsel, latency 0 Capabilities: [e0] Vendor Specific Information: Len=0c 00:01.0 PCI bridge: Intel Corporation Device 0101 (rev 09) (prog-if 00 [Normal decode]) Flags: bus master, fast devsel, latency 0 Bus: primary=00, secondary=01, subordinate=01, sec-latency=0 Capabilities: [88] Subsystem: Intel Corporation Device 2008 Capabilities: [80] Power Management version 3 Capabilities: [90] MSI: Enable+ Count=1/1 Maskable- 64bit- Capabilities: [a0] Express Root Port (Slot+), MSI 00 Capabilities: [100] Virtual Channel Capabilities: [140] Root Complex Link Kernel driver in use: pcieport 00:02.0 VGA compatible controller: Intel Corporation Sandy Bridge Integrated Graphics Controller (rev 09) (prog-if 00 [VGA controller]) Subsystem: Intel Corporation Device 2008 Flags: bus master, fast devsel, latency 0, IRQ 42 Memory at fb000000 (64-bit, non-prefetchable) [size=4M] Memory at d0000000 (64-bit, prefetchable) [size=256M] I/O ports at f000 [size=64] Expansion ROM at [disabled] Capabilities: [90] MSI: Enable+ Count=1/1 Maskable- 64bit- Capabilities: [d0] Power Management version 2 Capabilities: [a4] PCI Advanced Features Kernel driver in use: i915 00:16.0 Communication controller: Intel Corporation Cougar Point HECI Controller #1 (rev 04) Subsystem: Intel Corporation Device 2008 Flags: fast devsel, IRQ 16 Memory at fbe2a000 (64-bit, non-prefetchable) [disabled] [size=16] Capabilities: [50] Power Management version 3 Capabilities: [8c] MSI: Enable- Count=1/1 Maskable- 64bit+ Kernel driver in use: pciback 00:16.2 IDE interface: Intel Corporation Cougar Point IDE-r Controller (rev 04) (prog-if 85 [Master SecO PriO]) Subsystem: Intel Corporation Device 2008 Flags: 66MHz, fast devsel, IRQ 18 I/O ports at f130 [disabled] [size=8] I/O ports at f120 [disabled] [size=4] I/O ports at f110 [disabled] [size=8] I/O ports at f100 [disabled] [size=4] I/O ports at f0f0 [disabled] [size=16] Capabilities: [c8] Power Management version 3 Capabilities: [d0] MSI: Enable- Count=1/1 Maskable- 64bit+ Kernel driver in use: pciback 00:16.3 Serial controller: Intel Corporation Cougar Point KT Controller (rev 04) (prog-if 02 [16550]) Subsystem: Intel Corporation Device 2008 Flags: 66MHz, fast devsel, IRQ 17 I/O ports at f0e0 [disabled] [size=8] Memory at fbe29000 (32-bit, non-prefetchable) [disabled] [size=4K] Capabilities: [c8] Power Management version 3 Capabilities: [d0] MSI: Enable- Count=1/1 Maskable- 64bit+ Kernel driver in use: pciback 00:19.0 Ethernet controller: Intel Corporation Device 1502 (rev 04) Subsystem: Intel Corporation Device 2008 Flags: bus master, fast devsel, latency 0, IRQ 40 Memory at fbe00000 (32-bit, non-prefetchable) [size=128K] Memory at fbe28000 (32-bit, non-prefetchable) [size=4K] I/O ports at f080 [size=32] Capabilities: [c8] Power Management version 2 Capabilities: [d0] MSI: Enable+ Count=1/1 Maskable- 64bit+ Capabilities: [e0] PCI Advanced Features Kernel driver in use: e1000e 00:1a.0 USB Controller: Intel Corporation Cougar Point USB Enhanced Host Controller #2 (rev 04) (prog-if 20 [EHCI]) Subsystem: Intel Corporation Device 2008 Flags: medium devsel, IRQ 16 Memory at fbe27000 (32-bit, non-prefetchable) [disabled] [size=1K] Capabilities: [50] Power Management version 2 Capabilities: [58] Debug port: BAR=1 offset=00a0 Capabilities: [98] PCI Advanced Features Kernel driver in use: pciback 00:1b.0 Audio device: Intel Corporation Cougar Point High Definition Audio Controller (rev 04) Subsystem: Intel Corporation Device 2008 Flags: bus master, fast devsel, latency 0, IRQ 7 Memory at fbe20000 (64-bit, non-prefetchable) [size=16K] Capabilities: [50] Power Management version 2 Capabilities: [60] MSI: Enable- Count=1/1 Maskable- 64bit+ Capabilities: [70] Express Root Complex Integrated Endpoint, MSI 00 Capabilities: [100] Virtual Channel Capabilities: [130] Root Complex Link 00:1c.0 PCI bridge: Intel Corporation Cougar Point PCI Express Root Port 1 (rev b4) (prog-if 00 [Normal decode]) Flags: bus master, fast devsel, latency 0 Bus: primary=00, secondary=02, subordinate=05, sec-latency=0 I/O behind bridge: 0000e000-0000efff Memory behind bridge: fb900000-fbbfffff Capabilities: [40] Express Root Port (Slot+), MSI 00 Capabilities: [80] MSI: Enable+ Count=1/1 Maskable- 64bit- Capabilities: [90] Subsystem: Intel Corporation Device 2008 Capabilities: [a0] Power Management version 2 Kernel driver in use: pcieport 00:1c.4 PCI bridge: Intel Corporation Cougar Point PCI Express Root Port 5 (rev b4) (prog-if 00 [Normal decode]) Flags: bus master, fast devsel, latency 0 Bus: primary=00, secondary=06, subordinate=06, sec-latency=0 Memory behind bridge: fb400000-fb8fffff Capabilities: [40] Express Root Port (Slot+), MSI 00 Capabilities: [80] MSI: Enable+ Count=1/1 Maskable- 64bit- Capabilities: [90] Subsystem: Intel Corporation Device 2008 Capabilities: [a0] Power Management version 2 Kernel driver in use: pcieport 00:1c.6 PCI bridge: Intel Corporation Cougar Point PCI Express Root Port 7 (rev b4) (prog-if 00 [Normal decode]) Flags: bus master, fast devsel, latency 0 Bus: primary=00, secondary=07, subordinate=07, sec-latency=0 Memory behind bridge: fbd00000-fbdfffff Capabilities: [40] Express Root Port (Slot+), MSI 00 Capabilities: [80] MSI: Enable+ Count=1/1 Maskable- 64bit- Capabilities: [90] Subsystem: Intel Corporation Device 2008 Capabilities: [a0] Power Management version 2 Kernel driver in use: pcieport 00:1d.0 USB Controller: Intel Corporation Cougar Point USB Enhanced Host Controller #1 (rev 04) (prog-if 20 [EHCI]) Subsystem: Intel Corporation Device 2008 Flags: medium devsel, IRQ 23 Memory at fbe26000 (32-bit, non-prefetchable) [disabled] [size=1K] Capabilities: [50] Power Management version 2 Capabilities: [58] Debug port: BAR=1 offset=00a0 Capabilities: [98] PCI Advanced Features Kernel driver in use: pciback 00:1e.0 PCI bridge: Intel Corporation 82801 PCI Bridge (rev a4) (prog-if 01 [Subtractive decode]) Flags: bus master, fast devsel, latency 0 Bus: primary=00, secondary=08, subordinate=08, sec-latency=32 Memory behind bridge: fbc00000-fbcfffff Capabilities: [50] Subsystem: Intel Corporation Device 2008 00:1f.0 ISA bridge: Intel Corporation Device 1c4e (rev 04) Subsystem: Intel Corporation Device 2008 Flags: bus master, medium devsel, latency 0 Capabilities: [e0] Vendor Specific Information: Len=0c 00:1f.2 SATA controller: Intel Corporation Cougar Point 6 port SATA AHCI Controller (rev 04) (prog-if 01 [AHCI 1.0]) Subsystem: Intel Corporation Device 2008 Flags: bus master, 66MHz, medium devsel, latency 0, IRQ 41 I/O ports at f0d0 [size=8] I/O ports at f0c0 [size=4] I/O ports at f0b0 [size=8] I/O ports at f0a0 [size=4] I/O ports at f060 [size=32] Memory at fbe25000 (32-bit, non-prefetchable) [size=2K] Capabilities: [80] MSI: Enable+ Count=1/1 Maskable- 64bit- Capabilities: [70] Power Management version 3 Capabilities: [a8] SATA HBA v1.0 Capabilities: [b0] PCI Advanced Features Kernel driver in use: ahci 00:1f.3 SMBus: Intel Corporation Cougar Point SMBus Controller (rev 04) Subsystem: Intel Corporation Device 2008 Flags: medium devsel, IRQ 18 Memory at fbe24000 (64-bit, non-prefetchable) [size=256] I/O ports at f040 [size=32] Kernel driver in use: i801_smbus 02:00.0 PCI bridge: PLX Technology, Inc. Device 8613 (rev ba) (prog-if 00 [Normal decode]) Flags: bus master, fast devsel, latency 0 Memory at fbb00000 (32-bit, non-prefetchable) [size=128K] Bus: primary=02, secondary=03, subordinate=05, sec-latency=0 I/O behind bridge: 0000e000-0000efff Memory behind bridge: fb900000-fbafffff Capabilities: [40] Power Management version 3 Capabilities: [48] MSI: Enable+ Count=1/4 Maskable+ 64bit+ Capabilities: [68] Express Upstream Port, MSI 00 Capabilities: [a4] Subsystem: PLX Technology, Inc. Device 8613 Capabilities: [100] Device Serial Number ba-86-01-10-b5-df-0e-00 Capabilities: [fb4] Advanced Error Reporting Capabilities: [138] Power Budgeting Capabilities: [148] Virtual Channel Capabilities: [448] Vendor Specific Information: ID=0000 Rev=0 Len=0cc Capabilities: [950] Vendor Specific Information: ID=0001 Rev=0 Len=010 Kernel driver in use: pcieport 03:01.0 PCI bridge: PLX Technology, Inc. Device 8613 (rev ba) (prog-if 00 [Normal decode]) Flags: bus master, fast devsel, latency 0 Bus: primary=03, secondary=04, subordinate=04, sec-latency=0 Memory behind bridge: fba00000-fbafffff Capabilities: [40] Power Management version 3 Capabilities: [48] MSI: Enable- Count=1/4 Maskable+ 64bit+ Capabilities: [68] Express Downstream Port (Slot+), MSI 00 Capabilities: [a4] Subsystem: PLX Technology, Inc. Device 8613 Capabilities: [100] Device Serial Number ba-86-01-10-b5-df-0e-00 Capabilities: [fb4] Advanced Error Reporting Capabilities: [148] Virtual Channel Capabilities: [520] Access Control Services Capabilities: [950] Vendor Specific Information: ID=0001 Rev=0 Len=010 Kernel driver in use: pciback 03:02.0 PCI bridge: PLX Technology, Inc. Device 8613 (rev ba) (prog-if 00 [Normal decode]) Flags: bus master, fast devsel, latency 0 Bus: primary=03, secondary=05, subordinate=05, sec-latency=0 I/O behind bridge: 0000e000-0000efff Memory behind bridge: fb900000-fb9fffff Capabilities: [40] Power Management version 3 Capabilities: [48] MSI: Enable- Count=1/4 Maskable+ 64bit+ Capabilities: [68] Express Downstream Port (Slot+), MSI 00 Capabilities: [a4] Subsystem: PLX Technology, Inc. Device 8613 Capabilities: [100] Device Serial Number ba-86-01-10-b5-df-0e-00 Capabilities: [fb4] Advanced Error Reporting Capabilities: [148] Virtual Channel Capabilities: [520] Access Control Services Capabilities: [950] Vendor Specific Information: ID=0001 Rev=0 Len=010 Kernel driver in use: pciback 04:00.0 USB Controller: NEC Corporation Device 0194 (rev 03) (prog-if 30) Subsystem: ASUSTeK Computer Inc. Device 8413 Flags: fast devsel, IRQ 17 Memory at fba00000 (64-bit, non-prefetchable) [disabled] [size=8K] Capabilities: [50] Power Management version 3 Capabilities: [70] MSI: Enable- Count=1/8 Maskable- 64bit+ Capabilities: [90] MSI-X: Enable- Count=8 Masked- Capabilities: [a0] Express Endpoint, MSI 00 Capabilities: [100] Advanced Error Reporting Capabilities: [140] Device Serial Number ff-ff-ff-ff-ff-ff-ff-ff Capabilities: [150] #18 Kernel driver in use: pciback 05:00.0 SATA controller: Device 1b4b:9123 (rev 10) (prog-if 01 [AHCI 1.0]) Subsystem: ASUSTeK Computer Inc. Device 8400 Flags: fast devsel, IRQ 18 I/O ports at e040 [disabled] [size=8] I/O ports at e030 [disabled] [size=4] I/O ports at e020 [disabled] [size=8] I/O ports at e010 [disabled] [size=4] I/O ports at e000 [disabled] [size=16] Memory at fb910000 (32-bit, non-prefetchable) [disabled] [size=2K] Expansion ROM at fb900000 [disabled] [size=64K] Capabilities: [40] Power Management version 3 Capabilities: [50] MSI: Enable- Count=1/1 Maskable- 64bit- Capabilities: [70] Express Legacy Endpoint, MSI 00 Capabilities: [100] Advanced Error Reporting Kernel driver in use: pciback 06:00.0 Serial controller: Oxford Semiconductor Ltd Device c138 (prog-if 02 [16550]) Subsystem: Oxford Semiconductor Ltd Device c138 Flags: bus master, fast devsel, latency 0, IRQ 16 Memory at (32-bit, non-prefetchable) Memory at (32-bit, non-prefetchable) Memory at (32-bit, non-prefetchable) Capabilities: [40] Power Management version 3 Capabilities: [70] Express Endpoint, MSI 00 Capabilities: [b0] MSI-X: Enable- Count=16 Masked- Capabilities: [100] Device Serial Number 00-30-e0-11-11-00-01-30 Capabilities: [110] Power Budgeting 07:00.0 USB Controller: NEC Corporation Device 0194 (rev 04) (prog-if 30) Subsystem: Intel Corporation Device 2008 Flags: fast devsel, IRQ 18 Memory at fbd00000 (64-bit, non-prefetchable) [disabled] [size=8K] Capabilities: [50] Power Management version 3 Capabilities: [70] MSI: Enable- Count=1/8 Maskable- 64bit+ Capabilities: [90] MSI-X: Enable- Count=8 Masked- Capabilities: [a0] Express Endpoint, MSI 00 Capabilities: [100] Advanced Error Reporting Capabilities: [140] Device Serial Number ff-ff-ff-ff-ff-ff-ff-ff Capabilities: [150] #18 Kernel driver in use: pciback 08:03.0 FireWire (IEEE 1394): Agere Systems FW322/323 (rev 70) (prog-if 10 [OHCI]) Subsystem: Intel Corporation Device 2008 Flags: bus master, medium devsel, latency 32, IRQ 20 Memory at fbc00000 (32-bit, non-prefetchable) [size=4K] Capabilities: [44] Power Management version 2 Kernel driver in use: firewire_ohci --4Ckj6UjgE2iN1+kY Content-Type: text/plain; charset=us-ascii Content-Disposition: attachment; filename="lspci.vt" -[0000:00]-+-00.0 Intel Corporation Device 0100 +-01.0-[01]-- +-02.0 Intel Corporation Sandy Bridge Integrated Graphics Controller +-16.0 Intel Corporation Cougar Point HECI Controller #1 +-16.2 Intel Corporation Cougar Point IDE-r Controller +-16.3 Intel Corporation Cougar Point KT Controller +-19.0 Intel Corporation Device 1502 +-1a.0 Intel Corporation Cougar Point USB Enhanced Host Controller #2 +-1b.0 Intel Corporation Cougar Point High Definition Audio Controller +-1c.0-[02-05]----00.0-[03-05]--+-01.0-[04]----00.0 NEC Corporation Device 0194 | \-02.0-[05]----00.0 Device 1b4b:9123 +-1c.4-[06]----00.0 Oxford Semiconductor Ltd Device c138 +-1c.6-[07]----00.0 NEC Corporation Device 0194 +-1d.0 Intel Corporation Cougar Point USB Enhanced Host Controller #1 +-1e.0-[08]----03.0 Agere Systems FW322/323 +-1f.0 Intel Corporation Device 1c4e +-1f.2 Intel Corporation Cougar Point 6 port SATA AHCI Controller \-1f.3 Intel Corporation Cougar Point SMBus Controller --4Ckj6UjgE2iN1+kY Content-Type: text/plain; charset=us-ascii Content-Disposition: attachment; filename=dmesg [ 0.000000] PAT configuration [0-7]: WB WT UC- UC WC WP UC UC [ 0.000000] Initializing cgroup subsys cpuset [ 0.000000] Initializing cgroup subsys cpu [ 0.000000] Initializing cgroup subsys cpuacct [ 0.000000] Linux version 4.1.12upstream (konrad@build-external.dumpdata.com) (gcc version 4.4.4 20100503 (Red Hat 4.4.4-2) (GCC) ) #1 SMP Tue Dec 1 04:08:05 EST 2015 [ 0.000000] Command line: debug console=hvc0 xen-blkback.log_stats=1 kgdboc=hvc0 xen-pciback.hide=(04:00.0)(07:00.0)(00:16.*)(03:01.0)(03:02.0)(00:1a.0)(00:1d.0) [ 0.000000] Released 0 page(s) [ 0.000000] e820: BIOS-provided physical RAM map: [ 0.000000] Xen: [mem 0x0000000000000000-0x0000000000099fff] usable [ 0.000000] Xen: [mem 0x000000000009a800-0x00000000000fffff] reserved [ 0.000000] Xen: [mem 0x0000000000100000-0x000000001fffffff] usable [ 0.000000] Xen: [mem 0x0000000020000000-0x00000000201fffff] reserved [ 0.000000] Xen: [mem 0x0000000020200000-0x000000003fffffff] usable [ 0.000000] Xen: [mem 0x0000000040000000-0x00000000401fffff] reserved [ 0.000000] Xen: [mem 0x0000000040200000-0x0000000080465fff] usable [ 0.000000] Xen: [mem 0x0000000080466000-0x000000009e855fff] unusable [ 0.000000] Xen: [mem 0x000000009e856000-0x000000009e85efff] ACPI data [ 0.000000] Xen: [mem 0x000000009e85f000-0x000000009e8a9fff] ACPI NVS [ 0.000000] Xen: [mem 0x000000009e8aa000-0x000000009e8b1fff] unusable [ 0.000000] Xen: [mem 0x000000009e8b2000-0x000000009e9a4fff] reserved [ 0.000000] Xen: [mem 0x000000009e9a5000-0x000000009e9a6fff] unusable [ 0.000000] Xen: [mem 0x000000009e9a7000-0x000000009ebc5fff] reserved [ 0.000000] Xen: [mem 0x000000009ebc6000-0x000000009ebc6fff] unusable [ 0.000000] Xen: [mem 0x000000009ebc7000-0x000000009ebd6fff] reserved [ 0.000000] Xen: [mem 0x000000009ebd7000-0x000000009ebf4fff] ACPI NVS [ 0.000000] Xen: [mem 0x000000009ebf5000-0x000000009ec18fff] reserved [ 0.000000] Xen: [mem 0x000000009ec19000-0x000000009ec5bfff] ACPI NVS [ 0.000000] Xen: [mem 0x000000009ec5c000-0x000000009ee7bfff] reserved [ 0.000000] Xen: [mem 0x000000009ee7c000-0x000000009effffff] unusable [ 0.000000] Xen: [mem 0x000000009f800000-0x00000000bf9fffff] reserved [ 0.000000] Xen: [mem 0x00000000fec00000-0x00000000fec00fff] reserved [ 0.000000] Xen: [mem 0x00000000fed1c000-0x00000000fed3ffff] reserved [ 0.000000] Xen: [mem 0x00000000fed90000-0x00000000fed91fff] reserved [ 0.000000] Xen: [mem 0x00000000fee00000-0x00000000feefffff] reserved [ 0.000000] Xen: [mem 0x00000000ff000000-0x00000000ffffffff] reserved [ 0.000000] Xen: [mem 0x0000000100000000-0x000000043e5fffff] unusable [ 0.000000] NX (Execute Disable) protection: active [ 0.000000] SMBIOS 2.6 present. [ 0.000000] DMI: /DQ67SW, BIOS SWQ6710H.86A.0066.2012.1105.1504 11/05/2012 [ 0.000000] Hypervisor detected: Xen [ 0.000000] e820: update [mem 0x00000000-0x00000fff] usable ==> reserved [ 0.000000] e820: remove [mem 0x000a0000-0x000fffff] usable [ 0.000000] e820: last_pfn = 0x80466 max_arch_pfn = 0x400000000 [ 0.000000] Scanning 1 areas for low memory corruption [ 0.000000] Base memory trampoline at [ffff880000094000] 94000 size 24576 [ 0.000000] reserving inaccessible SNB gfx pages [ 0.000000] init_memory_mapping: [mem 0x00000000-0x000fffff] [ 0.000000] [mem 0x00000000-0x000fffff] page 4k [ 0.000000] init_memory_mapping: [mem 0x7fe00000-0x7fffffff] [ 0.000000] [mem 0x7fe00000-0x7fffffff] page 4k [ 0.000000] BRK [0x0207a000, 0x0207afff] PGTABLE [ 0.000000] BRK [0x0207b000, 0x0207bfff] PGTABLE [ 0.000000] init_memory_mapping: [mem 0x60000000-0x7fdfffff] [ 0.000000] [mem 0x60000000-0x7fdfffff] page 4k [ 0.000000] BRK [0x0207c000, 0x0207cfff] PGTABLE [ 0.000000] BRK [0x0207d000, 0x0207dfff] PGTABLE [ 0.000000] BRK [0x0207e000, 0x0207efff] PGTABLE [ 0.000000] BRK [0x0207f000, 0x0207ffff] PGTABLE [ 0.000000] init_memory_mapping: [mem 0x00100000-0x1fffffff] [ 0.000000] [mem 0x00100000-0x1fffffff] page 4k [ 0.000000] init_memory_mapping: [mem 0x20200000-0x3fffffff] [ 0.000000] [mem 0x20200000-0x3fffffff] page 4k [ 0.000000] init_memory_mapping: [mem 0x40200000-0x5fffffff] [ 0.000000] [mem 0x40200000-0x5fffffff] page 4k [ 0.000000] init_memory_mapping: [mem 0x80000000-0x80465fff] [ 0.000000] [mem 0x80000000-0x80465fff] page 4k [ 0.000000] RAMDISK: [mem 0x04000000-0x08d3efff] [ 0.000000] ACPI: Early table checksum verification disabled [ 0.000000] ACPI: RSDP 0x00000000000F0450 000024 (v02 INTEL ) [ 0.000000] ACPI: XSDT 0x000000009E856070 000064 (v01 INTEL DQ67SW 01072009 AMI 00010013) [ 0.000000] ACPI: FACP 0x000000009E85DBC0 0000F4 (v04 INTEL DQ67SW 01072009 AMI 00010013) [ 0.000000] ACPI: DSDT 0x000000009E856168 007A54 (v02 INTEL DQ67SW 00000016 INTL 20051117) [ 0.000000] ACPI: FACS 0x000000009EBDBF80 000040 [ 0.000000] ACPI: APIC 0x000000009E85DCB8 000072 (v03 INTEL DQ67SW 01072009 AMI 00010013) [ 0.000000] ACPI: TCPA 0x000000009E85DD30 000032 (v02 INTEL DQ67SW 00000001 MSFT 01000013) [ 0.000000] ACPI: SSDT 0x000000009E85DD68 000102 (v01 INTEL DQ67SW 00000001 MSFT 03000001) [ 0.000000] ACPI: MCFG 0x000000009E85DE70 00003C (v01 INTEL DQ67SW 01072009 MSFT 00000097) [ 0.000000] ACPI: HPET 0x000000009E85DEB0 000038 (v01 INTEL DQ67SW 01072009 AMI. 00000004) [ 0.000000] ACPI: ASF! 0x000000009E85DEE8 0000A0 (v32 INTEL DQ67SW 00000001 TFSM 000F4240) [ 0.000000] ACPI: RMAD 0x000000009E85DF88 0000E8 (v01 INTEL DQ67SW 00000001 INTL 00000001) [ 0.000000] ACPI: Local APIC address 0xfee00000 [ 0.000000] Setting APIC routing to Xen PV. [ 0.000000] NUMA turned off [ 0.000000] Faking a node at [mem 0x0000000000000000-0x0000000080465fff] [ 0.000000] NODE_DATA(0) allocated [mem 0x7fc11000-0x7fc14fff] [ 0.000000] Zone ranges: [ 0.000000] DMA [mem 0x0000000000001000-0x0000000000ffffff] [ 0.000000] DMA32 [mem 0x0000000001000000-0x0000000080465fff] [ 0.000000] Normal empty [ 0.000000] Movable zone start for each node [ 0.000000] Early memory node ranges [ 0.000000] node 0: [mem 0x0000000000001000-0x0000000000099fff] [ 0.000000] node 0: [mem 0x0000000000100000-0x000000001fffffff] [ 0.000000] node 0: [mem 0x0000000020200000-0x000000003fffffff] [ 0.000000] node 0: [mem 0x0000000040200000-0x0000000080465fff] [ 0.000000] Initmem setup node 0 [mem 0x0000000000001000-0x0000000080465fff] [ 0.000000] On node 0 totalpages: 524287 [ 0.000000] DMA zone: 56 pages used for memmap [ 0.000000] DMA zone: 153 pages reserved [ 0.000000] DMA zone: 3993 pages, LIFO batch:0 [ 0.000000] DMA32 zone: 7128 pages used for memmap [ 0.000000] DMA32 zone: 520294 pages, LIFO batch:31 [ 0.000000] p2m virtual area at ffffc90000000000, size is 600000 [ 0.000000] Remapped 1126 page(s) [ 0.000000] Reserving Intel graphics stolen memory at 0x9fa00000-0xbf9fffff [ 0.000000] ACPI: PM-Timer IO Port: 0x408 [ 0.000000] ACPI: Local APIC address 0xfee00000 [ 0.000000] ACPI: LAPIC_NMI (acpi_id[0xff] high edge lint[0x1]) [ 0.000000] IOAPIC[0]: apic_id 0, version 32, address 0xfec00000, GSI 0-23 [ 0.000000] ACPI: INT_SRC_OVR (bus 0 bus_irq 0 global_irq 2 dfl dfl) [ 0.000000] ACPI: INT_SRC_OVR (bus 0 bus_irq 9 global_irq 9 high level) [ 0.000000] ACPI: IRQ0 used by override. [ 0.000000] ACPI: IRQ9 used by override. [ 0.000000] Using ACPI (MADT) for SMP configuration information [ 0.000000] ACPI: HPET id: 0x8086a701 base: 0xfed00000 [ 0.000000] smpboot: Allowing 4 CPUs, 0 hotplug CPUs [ 0.000000] PM: Registered nosave memory: [mem 0x00000000-0x00000fff] [ 0.000000] PM: Registered nosave memory: [mem 0x0009a000-0x0009afff] [ 0.000000] PM: Registered nosave memory: [mem 0x0009b000-0x000fffff] [ 0.000000] PM: Registered nosave memory: [mem 0x20000000-0x201fffff] [ 0.000000] PM: Registered nosave memory: [mem 0x40000000-0x401fffff] [ 0.000000] e820: [mem 0xbfa00000-0xfebfffff] available for PCI devices [ 0.000000] Booting paravirtualized kernel on Xen [ 0.000000] Xen version: 4.7-unstable (preserve-AD) [ 0.000000] clocksource refined-jiffies: mask: 0xffffffff max_cycles: 0xffffffff, max_idle_ns: 1910969940391419 ns [ 0.000000] setup_percpu: NR_CPUS:512 nr_cpumask_bits:512 nr_cpu_ids:4 nr_node_ids:1 [ 0.000000] PERCPU: Embedded 34 pages/cpu @ffff880080200000 s99928 r8192 d31144 u524288 [ 0.000000] pcpu-alloc: s99928 r8192 d31144 u524288 alloc=1*2097152 [ 0.000000] pcpu-alloc: [0] 0 1 2 3 [ 0.000000] xen: PV spinlocks enabled [ 0.000000] Built 1 zonelists in Node order, mobility grouping on. Total pages: 516950 [ 0.000000] Policy zone: DMA32 [ 0.000000] Kernel command line: debug console=hvc0 xen-blkback.log_stats=1 kgdboc=hvc0 xen-pciback.hide=(04:00.0)(07:00.0)(00:16.*)(03:01.0)(03:02.0)(00:1a.0)(00:1d.0) [ 0.000000] PID hash table entries: 4096 (order: 3, 32768 bytes) [ 0.000000] xsave: enabled xstate_bv 0x7, cntxt size 0x340 using standard form [ 0.000000] software IO TLB [mem 0x791fe000-0x7d1fe000] (64MB) mapped at [ffff8800791fe000-ffff88007d1fdfff] [ 0.000000] Memory: 1894984K/2097148K available (7914K kernel code, 1191K rwdata, 3488K rodata, 2056K init, 1292K bss, 202164K reserved, 0K cma-reserved) [ 0.000000] Hierarchical RCU implementation. [ 0.000000] Additional per-CPU info printed with stalls. [ 0.000000] RCU restricting CPUs from NR_CPUS=512 to nr_cpu_ids=1. [ 0.000000] RCU: Adjusting geometry for rcu_fanout_leaf=16, nr_cpu_ids=1 [ 0.000000] NR_IRQS:33024 nr_irqs:256 16 [ 0.000000] xen:events: Using FIFO-based ABI [ 0.000000] xen: --> pirq=1 -> irq=1 (gsi=1) [ 0.000000] xen: --> pirq=2 -> irq=2 (gsi=2) [ 0.000000] xen: --> pirq=3 -> irq=3 (gsi=3) [ 0.000000] xen: --> pirq=4 -> irq=4 (gsi=4) [ 0.000000] xen: --> pirq=5 -> irq=5 (gsi=5) [ 0.000000] xen: --> pirq=6 -> irq=6 (gsi=6) [ 0.000000] xen: --> pirq=7 -> irq=7 (gsi=7) [ 0.000000] xen: --> pirq=8 -> irq=8 (gsi=8) [ 0.000000] xen: --> pirq=9 -> irq=9 (gsi=9) [ 0.000000] xen: --> pirq=10 -> irq=10 (gsi=10) [ 0.000000] xen: --> pirq=11 -> irq=11 (gsi=11) [ 0.000000] xen: --> pirq=12 -> irq=12 (gsi=12) [ 0.000000] xen: --> pirq=13 -> irq=13 (gsi=13) [ 0.000000] xen: --> pirq=14 -> irq=14 (gsi=14) [ 0.000000] xen: --> pirq=15 -> irq=15 (gsi=15) [ 0.000000] Console: colour VGA+ 80x25 [ 0.000000] console [hvc0] enabled [ 0.000000] clocksource xen: mask: 0xffffffffffffffff max_cycles: 0x1cd42e4dffb, max_idle_ns: 881590591483 ns [ 0.000000] Xen: using vcpuop timer interface [ 0.000000] installing Xen timer for CPU 0 [ 0.000000] tsc: Detected 3292.602 MHz processor [ 11.592512] Calibrating delay loop (skipped), value calculated using timer frequency.. 6585.20 BogoMIPS (lpj=3292602) [ 11.603679] pid_max: default: 32768 minimum: 301 [ 11.608664] ACPI: Core revision 20150410 [ 11.757828] ACPI: All ACPI Tables successfully acquired [ 11.763950] Security Framework initialized [ 11.768281] SELinux: Initializing. [ 11.772038] SELinux: Starting in permissive mode [ 11.778038] Dentry cache hash table entries: 262144 (order: 9, 2097152 bytes) [ 11.786395] Inode-cache hash table entries: 131072 (order: 8, 1048576 bytes) [ 11.794157] Mount-cache hash table entries: 4096 (order: 3, 32768 bytes) [ 11.801261] Mountpoint-cache hash table entries: 4096 (order: 3, 32768 bytes) [ 11.810491] Initializing cgroup subsys freezer [ 11.815333] ENERGY_PERF_BIAS: Set to 'normal', was 'performance' [ 11.821662] ENERGY_PERF_BIAS: View and update with x86_energy_perf_policy(8) [ 11.829184] CPU: Physical Processor ID: 0 [ 11.833500] CPU: Processor Core ID: 0 [ 11.837443] mce: CPU supports 2 MCE banks [ 11.841766] Last level iTLB entries: 4KB 512, 2MB 8, 4MB 8 [ 11.847588] Last level dTLB entries: 4KB 512, 2MB 32, 4MB 32, 1GB 0 [ 11.914223] Freeing SMP alternatives memory: 32K (ffffffff81f2d000 - ffffffff81f35000) [ 11.932701] ftrace: allocating 29281 entries in 115 pages [ 11.960668] cpu 0 spinlock event irq 25 [ 11.964719] Could not initialize VPMU for cpu 0, error -95 [ 11.989088] Performance Events: 16-deep LBR, SandyBridge events, Broken PMU hardware detected, using software events only. [ 12.041835] Failed to access perfctr msr (MSR c8 is 0) [ 12.048361] x86: Booted up 1 node, 1 CPUs [ 12.052901] NMI watchdog: disabled (cpu0): hardware events not enabled [ 12.059786] NMI watchdog: Shutting down hard lockup detector on all cpus [ 12.067243] devtmpfs: initialized [ 12.079722] PM: Registering ACPI NVS region [mem 0x9e85f000-0x9e8a9fff] (307200 bytes) [ 12.088338] PM: Registering ACPI NVS region [mem 0x9ebd7000-0x9ebf4fff] (122880 bytes) [ 12.096784] PM: Registering ACPI NVS region [mem 0x9ec19000-0x9ec5bfff] (274432 bytes) [ 12.106015] clocksource jiffies: mask: 0xffffffff max_cycles: 0xffffffff, max_idle_ns: 1911260446275000 ns [ 12.118753] kworker/u2:0 (16) used greatest stack depth: 14096 bytes left [ 12.126282] RTC time: 15:54:04, date: 12/01/15 [ 12.131833] NET: Registered protocol family 16 [ 12.136583] xen:grant_table: Grant tables using version 1 layout [ 12.142960] Grant table initialized [ 12.149392] ACPI: bus type PCI registered [ 12.153628] acpiphp: ACPI Hot Plug PCI Controller Driver version: 0.5 [ 12.162453] dca service started, version 1.12.1 [ 12.167332] PCI: MMCONFIG for domain 0000 [bus 00-3f] at [mem 0xe0000000-0xe3ffffff] (base 0xe0000000) [ 12.177168] PCI: not using MMCONFIG [ 12.180901] PCI: Using configuration type 1 for base access [ 12.217136] kworker/u2:1 (28) used greatest stack depth: 13648 bytes left [ 12.255524] ACPI: Added _OSI(Module Device) [ 12.259935] ACPI: Added _OSI(Processor Device) [ 12.264671] ACPI: Added _OSI(3.0 _SCP Extensions) [ 12.269699] ACPI: Added _OSI(Processor Aggregator Device) [ 12.278639] xen: registering gsi 9 triggering 0 polarity 0 [ 12.291700] ACPI: Executed 1 blocks of module-level executable AML code [ 12.386659] ACPI: Dynamic OEM Table Load: [ 12.390894] ACPI: SSDT 0xFFFF880078989640 000084 (v01 AMI CST 00000001 MSFT 03000001) [ 12.405567] ACPI: Interpreter enabled [ 12.409454] ACPI Exception: AE_NOT_FOUND, While evaluating Sleep State [\_S1_] (20150410/hwxface-580) [ 12.419254] ACPI Exception: AE_NOT_FOUND, While evaluating Sleep State [\_S2_] (20150410/hwxface-580) [ 12.429100] ACPI: (supports S0 S3 S4 S5) [ 12.433255] ACPI: Using IOAPIC for interrupt routing [ 12.438823] PCI: MMCONFIG for domain 0000 [bus 00-3f] at [mem 0xe0000000-0xe3ffffff] (base 0xe0000000) [ 12.450400] PCI: MMCONFIG at [mem 0xe0000000-0xe3ffffff] reserved in ACPI motherboard resources [ 12.471307] PCI: Using host bridge windows from ACPI; if necessary, use "pci=nocrs" and report a bug [ 12.485667] [Firmware Bug]: ACPI: BIOS _OSI(Linux) query ignored [ 12.635528] ACPI: PCI Root Bridge [PCI0] (domain 0000 [bus 00-ff]) [ 12.642075] acpi PNP0A08:00: _OSC: OS supports [ExtendedConfig ASPM ClockPM Segments MSI] [ 12.658659] acpi PNP0A08:00: _OSC: OS now controls [PCIeHotplug PME AER PCIeCapability] [ 12.671039] acpi PNP0A08:00: [Firmware Info]: MMCONFIG for domain 0000 [bus 00-3f] only partially covers this bridge [ 12.684909] PCI host bridge to bus 0000:00 [ 12.689277] pci_bus 0000:00: root bus resource [bus 00-ff] [ 12.695087] pci_bus 0000:00: root bus resource [io 0x0000-0x03af window] [ 12.702313] pci_bus 0000:00: root bus resource [io 0x03e0-0x0cf7 window] [ 12.709539] pci_bus 0000:00: root bus resource [io 0x03b0-0x03df window] [ 12.716767] pci_bus 0000:00: root bus resource [io 0x0d00-0xffff window] [ 12.724014] pci_bus 0000:00: root bus resource [mem 0x000a0000-0x000bffff window] [ 12.731970] pci_bus 0000:00: root bus resource [mem 0x000c0000-0x000dffff window] [ 12.739926] pci_bus 0000:00: root bus resource [mem 0xbfa00000-0xffffffff window] [ 12.747940] pci 0000:00:00.0: [8086:0100] type 00 class 0x060000 [ 12.763423] pci 0000:00:01.0: [8086:0101] type 01 class 0x060400 [ 12.769964] pci 0000:00:01.0: PME# supported from D0 D3hot D3cold [ 12.777478] pci 0000:00:01.0: System wakeup disabled by ACPI [ 12.787496] pci 0000:00:02.0: [8086:0102] type 00 class 0x030000 [ 12.793871] pci 0000:00:02.0: reg 0x10: [mem 0xfb000000-0xfb3fffff 64bit] [ 12.801081] pci 0000:00:02.0: reg 0x18: [mem 0xd0000000-0xdfffffff 64bit pref] [ 12.808746] pci 0000:00:02.0: reg 0x20: [io 0xf000-0xf03f] [ 12.819765] pci 0000:00:16.0: [8086:1c3a] type 00 class 0x078000 [ 12.826156] pci 0000:00:16.0: reg 0x10: [mem 0xfbe2a000-0xfbe2a00f 64bit] [ 12.833591] pci 0000:00:16.0: PME# supported from D0 D3hot D3cold [ 12.844857] pci 0000:00:16.2: [8086:1c3c] type 00 class 0x010185 [ 12.851233] pci 0000:00:16.2: reg 0x10: [io 0xf130-0xf137] [ 12.857156] pci 0000:00:16.2: reg 0x14: [io 0xf120-0xf123] [ 12.863099] pci 0000:00:16.2: reg 0x18: [io 0xf110-0xf117] [ 12.869039] pci 0000:00:16.2: reg 0x1c: [io 0xf100-0xf103] [ 12.874982] pci 0000:00:16.2: reg 0x20: [io 0xf0f0-0xf0ff] [ 12.885759] pci 0000:00:16.3: [8086:1c3d] type 00 class 0x070002 [ 12.892147] pci 0000:00:16.3: reg 0x10: [io 0xf0e0-0xf0e7] [ 12.898072] pci 0000:00:16.3: reg 0x14: [mem 0xfbe29000-0xfbe29fff] [ 12.909635] pci 0000:00:19.0: [8086:1502] type 00 class 0x020000 [ 12.916028] pci 0000:00:19.0: reg 0x10: [mem 0xfbe00000-0xfbe1ffff] [ 12.922699] pci 0000:00:19.0: reg 0x14: [mem 0xfbe28000-0xfbe28fff] [ 12.929368] pci 0000:00:19.0: reg 0x18: [io 0xf080-0xf09f] [ 12.935523] pci 0000:00:19.0: PME# supported from D0 D3hot D3cold [ 12.943044] pci 0000:00:19.0: System wakeup disabled by ACPI [ 12.953047] pci 0000:00:1a.0: [8086:1c2d] type 00 class 0x0c0320 [ 12.959447] pci 0000:00:1a.0: reg 0x10: [mem 0xfbe27000-0xfbe273ff] [ 12.966377] pci 0000:00:1a.0: PME# supported from D0 D3hot D3cold [ 12.973889] pci 0000:00:1a.0: System wakeup disabled by ACPI [ 12.983910] pci 0000:00:1b.0: [8086:1c20] type 00 class 0x040300 [ 12.990294] pci 0000:00:1b.0: reg 0x10: [mem 0xfbe20000-0xfbe23fff 64bit] [ 12.997770] pci 0000:00:1b.0: PME# supported from D0 D3hot D3cold [ 13.009035] pci 0000:00:1c.0: [8086:1c10] type 01 class 0x060400 [ 13.015643] pci 0000:00:1c.0: PME# supported from D0 D3hot D3cold [ 13.022157] pci 0000:00:1c.0: Enabling MPC IRBNCE [ 13.027125] pci 0000:00:1c.0: Intel PCH root port ACS workaround enabled [ 13.035337] pci 0000:00:1c.0: System wakeup disabled by ACPI [ 13.045364] pci 0000:00:1c.4: [8086:1c18] type 01 class 0x060400 [ 13.051981] pci 0000:00:1c.4: PME# supported from D0 D3hot D3cold [ 13.058490] pci 0000:00:1c.4: Enabling MPC IRBNCE [ 13.063450] pci 0000:00:1c.4: Intel PCH root port ACS workaround enabled [ 13.071653] pci 0000:00:1c.4: System wakeup disabled by ACPI [ 13.081637] pci 0000:00:1c.6: [8086:1c1c] type 01 class 0x060400 [ 13.088236] pci 0000:00:1c.6: PME# supported from D0 D3hot D3cold [ 13.094740] pci 0000:00:1c.6: Enabling MPC IRBNCE [ 13.099703] pci 0000:00:1c.6: Intel PCH root port ACS workaround enabled [ 13.107912] pci 0000:00:1c.6: System wakeup disabled by ACPI [ 13.117944] pci 0000:00:1d.0: [8086:1c26] type 00 class 0x0c0320 [ 13.124343] pci 0000:00:1d.0: reg 0x10: [mem 0xfbe26000-0xfbe263ff] [ 13.131288] pci 0000:00:1d.0: PME# supported from D0 D3hot D3cold [ 13.138802] pci 0000:00:1d.0: System wakeup disabled by ACPI [ 13.148809] pci 0000:00:1e.0: [8086:244e] type 01 class 0x060401 [ 13.156434] pci 0000:00:1e.0: System wakeup disabled by ACPI [ 13.166420] pci 0000:00:1f.0: [8086:1c4e] type 00 class 0x060100 [ 13.177948] pci 0000:00:1f.2: [8086:1c02] type 00 class 0x010601 [ 13.184319] pci 0000:00:1f.2: reg 0x10: [io 0xf0d0-0xf0d7] [ 13.190233] pci 0000:00:1f.2: reg 0x14: [io 0xf0c0-0xf0c3] [ 13.196179] pci 0000:00:1f.2: reg 0x18: [io 0xf0b0-0xf0b7] [ 13.202126] pci 0000:00:1f.2: reg 0x1c: [io 0xf0a0-0xf0a3] [ 13.208079] pci 0000:00:1f.2: reg 0x20: [io 0xf060-0xf07f] [ 13.214037] pci 0000:00:1f.2: reg 0x24: [mem 0xfbe25000-0xfbe257ff] [ 13.220886] pci 0000:00:1f.2: PME# supported from D3hot [ 13.231397] pci 0000:00:1f.3: [8086:1c22] type 00 class 0x0c0500 [ 13.237775] pci 0000:00:1f.3: reg 0x10: [mem 0xfbe24000-0xfbe240ff 64bit] [ 13.245032] pci 0000:00:1f.3: reg 0x20: [io 0xf040-0xf05f] [ 13.256318] pci 0000:00:01.0: PCI bridge to [bus 01] [ 13.262152] pci 0000:02:00.0: [10b5:8613] type 01 class 0x060400 [ 13.268515] pci 0000:02:00.0: reg 0x10: [mem 0xfbb00000-0xfbb1ffff] [ 13.275508] pci 0000:02:00.0: PME# supported from D0 D3hot D3cold [ 13.286141] pci 0000:00:1c.0: PCI bridge to [bus 02-05] [ 13.291662] pci 0000:00:1c.0: bridge window [io 0xe000-0xefff] [ 13.298146] pci 0000:00:1c.0: bridge window [mem 0xfb900000-0xfbbfffff] [ 13.305997] pci 0000:03:01.0: [10b5:8613] type 01 class 0x060400 [ 13.312740] pci 0000:03:01.0: PME# supported from D0 D3hot D3cold [ 13.323485] pci 0000:03:02.0: [10b5:8613] type 01 class 0x060400 [ 13.330218] pci 0000:03:02.0: PME# supported from D0 D3hot D3cold [ 13.341024] pci 0000:02:00.0: PCI bridge to [bus 03-05] [ 13.346562] pci 0000:02:00.0: bridge window [io 0xe000-0xefff] [ 13.353044] pci 0000:02:00.0: bridge window [mem 0xfb900000-0xfbafffff] [ 13.360943] pci 0000:04:00.0: [1033:0194] type 00 class 0x0c0330 [ 13.367343] pci 0000:04:00.0: reg 0x10: [mem 0xfba00000-0xfba01fff 64bit] [ 13.374983] pci 0000:04:00.0: PME# supported from D0 D3hot [ 13.385208] pci 0000:03:01.0: PCI bridge to [bus 04] [ 13.390471] pci 0000:03:01.0: bridge window [mem 0xfba00000-0xfbafffff] [ 13.398340] pci 0000:05:00.0: [1b4b:9123] type 00 class 0x010601 [ 13.404720] pci 0000:05:00.0: reg 0x10: [io 0xe040-0xe047] [ 13.410668] pci 0000:05:00.0: reg 0x14: [io 0xe030-0xe033] [ 13.416603] pci 0000:05:00.0: reg 0x18: [io 0xe020-0xe027] [ 13.422565] pci 0000:05:00.0: reg 0x1c: [io 0xe010-0xe013] [ 13.428525] pci 0000:05:00.0: reg 0x20: [io 0xe000-0xe00f] [ 13.434476] pci 0000:05:00.0: reg 0x24: [mem 0xfb910000-0xfb9107ff] [ 13.441145] pci 0000:05:00.0: reg 0x30: [mem 0xfb900000-0xfb90ffff pref] [ 13.448510] pci 0000:05:00.0: PME# supported from D3hot [ 13.458418] pci 0000:03:02.0: PCI bridge to [bus 05] [ 13.463678] pci 0000:03:02.0: bridge window [io 0xe000-0xefff] [ 13.470168] pci 0000:03:02.0: bridge window [mem 0xfb900000-0xfb9fffff] [ 13.478043] pci 0000:06:00.0: [1415:c138] type 00 class 0x070002 [ 13.484404] pci 0000:06:00.0: [Firmware Bug]: reg 0x10: invalid BAR (can't size) [ 13.492266] pci 0000:06:00.0: [Firmware Bug]: reg 0x14: invalid BAR (can't size) [ 13.500131] pci 0000:06:00.0: [Firmware Bug]: reg 0x18: invalid BAR (can't size) [ 13.508278] pci 0000:06:00.0: supports D1 D2 [ 13.512772] pci 0000:06:00.0: PME# supported from D1 D2 D3hot D3cold [ 13.543652] pci 0000:00:1c.4: PCI bridge to [bus 06] [ 13.548922] pci 0000:00:1c.4: bridge window [mem 0xfb400000-0xfb8fffff] [ 13.556755] pci 0000:07:00.0: [1033:0194] type 00 class 0x0c0330 [ 13.563161] pci 0000:07:00.0: reg 0x10: [mem 0xfbd00000-0xfbd01fff 64bit] [ 13.570793] pci 0000:07:00.0: PME# supported from D0 D3hot D3cold [ 13.581492] pci 0000:00:1c.6: PCI bridge to [bus 07] [ 13.586731] pci 0000:00:1c.6: bridge window [mem 0xfbd00000-0xfbdfffff] [ 13.594476] pci 0000:08:03.0: [11c1:5811] type 00 class 0x0c0010 [ 13.600858] pci 0000:08:03.0: reg 0x10: [mem 0xfbc00000-0xfbc00fff] [ 13.607804] pci 0000:08:03.0: supports D1 D2 [ 13.612304] pci 0000:08:03.0: PME# supported from D0 D1 D2 D3hot [ 13.622937] pci 0000:00:1e.0: PCI bridge to [bus 08] (subtractive decode) [ 13.630099] pci 0000:00:1e.0: bridge window [mem 0xfbc00000-0xfbcfffff] [ 13.637343] pci 0000:00:1e.0: bridge window [io 0x0000-0x03af window] (subtractive decode) [ 13.646355] pci 0000:00:1e.0: bridge window [io 0x03e0-0x0cf7 window] (subtractive decode) [ 13.655426] pci 0000:00:1e.0: bridge window [io 0x03b0-0x03df window] (subtractive decode) [ 13.664477] pci 0000:00:1e.0: bridge window [io 0x0d00-0xffff window] (subtractive decode) [ 13.673534] pci 0000:00:1e.0: bridge window [mem 0x000a0000-0x000bffff window] (subtractive decode) [ 13.683319] pci 0000:00:1e.0: bridge window [mem 0x000c0000-0x000dffff window] (subtractive decode) [ 13.693109] pci 0000:00:1e.0: bridge window [mem 0xbfa00000-0xffffffff window] (subtractive decode) [ 13.708172] xen: registering gsi 13 triggering 1 polarity 0 [ 13.721909] ACPI: PCI Interrupt Link [LNKA] (IRQs 3 4 5 6 7 10 *11 12 14 15) [ 13.730408] ACPI: PCI Interrupt Link [LNKB] (IRQs 3 4 *5 6 7 10 11 12 14 15) [ 13.738865] ACPI: PCI Interrupt Link [LNKC] (IRQs 3 4 5 6 *10 11 12 14 15) [ 13.747128] ACPI: PCI Interrupt Link [LNKD] (IRQs 3 4 5 6 *10 11 12 14 15) [ 13.755415] ACPI: PCI Interrupt Link [LNKE] (IRQs *3 4 5 6 7 10 11 12 14 15) [ 13.763870] ACPI: PCI Interrupt Link [LNKF] (IRQs 3 4 5 6 7 10 11 12 14 15) *0 [ 13.772509] ACPI: PCI Interrupt Link [LNKG] (IRQs 3 4 5 6 *7 10 11 12 14 15) [ 13.780942] ACPI: PCI Interrupt Link [LNKH] (IRQs 3 4 5 6 7 10 *11 12 14 15) [ 13.789077] ACPI: Enabled 3 GPEs in block 00 to 3F [ 13.794416] xen:balloon: Initialising balloon driver [ 13.802129] xen_balloon: Initialising balloon driver [ 13.809082] vgaarb: setting as boot device: PCI:0000:00:02.0 [ 13.815037] vgaarb: device added: PCI:0000:00:02.0,decodes=io+mem,owns=io+mem,locks=none [ 13.824035] vgaarb: loaded [ 13.826894] vgaarb: bridge control possible 0000:00:02.0 [ 13.833794] SCSI subsystem initialized [ 13.838178] ACPI: bus type USB registered [ 13.842725] usbcore: registered new interface driver usbfs [ 13.848653] usbcore: registered new interface driver hub [ 13.854363] usbcore: registered new device driver usb [ 13.860016] pps_core: LinuxPPS API ver. 1 registered [ 13.865257] pps_core: Software ver. 5.3.6 - Copyright 2005-2007 Rodolfo Giometti [ 13.875024] PTP clock support registered [ 13.879400] PCI: Using ACPI for IRQ routing [ 13.890155] PCI: pci_cache_line_size set to 64 bytes [ 13.895606] e820: reserve RAM buffer [mem 0x0009a000-0x0009ffff] [ 13.901936] e820: reserve RAM buffer [mem 0x80466000-0x83ffffff] [ 13.909985] NetLabel: Initializing [ 13.913578] NetLabel: domain hash size = 128 [ 13.918232] NetLabel: protocols = UNLABELED CIPSOv4 [ 13.923658] NetLabel: unlabeled traffic allowed by default [ 13.938260] Switched to clocksource xen [ 14.065426] pnp: PnP ACPI init [ 14.070804] system 00:00: [mem 0xfed10000-0xfed19fff] has been reserved [ 14.077804] system 00:00: [mem 0xe0000000-0xe3ffffff] has been reserved [ 14.084885] system 00:00: [mem 0xfed90000-0xfed93fff] could not be reserved [ 14.092254] system 00:00: [mem 0xfed20000-0xfed3ffff] has been reserved [ 14.099295] system 00:00: [mem 0xfee00000-0xfee0ffff] has been reserved [ 14.106343] system 00:00: Plug and Play ACPI device, IDs PNP0c01 (active) [ 14.116273] system 00:01: [io 0x0290-0x029f] has been reserved [ 14.122523] system 00:01: Plug and Play ACPI device, IDs PNP0c02 (active) [ 14.133515] xen: registering gsi 8 triggering 1 polarity 0 [ 14.139666] pnp 00:02: Plug and Play ACPI device, IDs PNP0b00 (active) [ 14.147454] system 00:03: [io 0x04d0-0x04d1] has been reserved [ 14.153705] system 00:03: Plug and Play ACPI device, IDs PNP0c02 (active) [ 14.164130] xen: registering gsi 4 triggering 1 polarity 0 [ 14.169953] pnp 00:04: [dma 0 disabled] [ 14.174688] pnp 00:04: Plug and Play ACPI device, IDs PNP0501 (active) [ 14.183335] pnp 00:05: Plug and Play ACPI device, IDs PNP0c31 (active) [ 14.195043] system 00:06: [io 0x0400-0x0453] could not be reserved [ 14.201688] system 00:06: [io 0x0458-0x047f] has been reserved [ 14.208009] system 00:06: [io 0x1180-0x119f] has been reserved [ 14.214334] system 00:06: [io 0x0500-0x057f] has been reserved [ 14.220678] system 00:06: [mem 0xfed1c000-0xfed1ffff] has been reserved [ 14.227740] system 00:06: [mem 0xfec00000-0xfecfffff] could not be reserved [ 14.235164] system 00:06: [mem 0xfed08000-0xfed08fff] has been reserved [ 14.242211] system 00:06: [mem 0xff000000-0xffffffff] has been reserved [ 14.249230] system 00:06: Plug and Play ACPI device, IDs PNP0c01 (active) [ 14.257680] system 00:07: [io 0x0454-0x0457] has been reserved [ 14.263929] system 00:07: Plug and Play ACPI device, IDs INT3f0d PNP0c02 (active) [ 14.275715] pnp: PnP ACPI: found 8 devices [ 14.280307] pciback 0000:00:16.0: seizing device [ 14.285205] pciback 0000:00:16.2: seizing device [ 14.290146] pciback 0000:00:16.3: seizing device [ 14.295122] pciback 0000:00:1a.0: seizing device [ 14.300173] pciback 0000:00:1d.0: seizing device [ 14.305271] pciback 0000:03:01.0: seizing device [ 14.310187] pciback 0000:03:02.0: seizing device [ 14.315137] pciback 0000:04:00.0: seizing device [ 14.320077] pciback 0000:05:00.0: seizing device [ 14.325039] pciback 0000:07:00.0: seizing device [ 14.357177] kworker/u2:1 (540) used greatest stack depth: 13440 bytes left [ 14.382368] PM-Timer failed consistency check (0xffffff) - aborting. [ 14.389352] pci 0000:00:01.0: PCI bridge to [bus 01] [ 14.394609] pciback 0000:03:01.0: PCI bridge to [bus 04] [ 14.400316] pciback 0000:03:01.0: bridge window [mem 0xfba00000-0xfbafffff] [ 14.407879] pciback 0000:03:02.0: PCI bridge to [bus 05] [ 14.413543] pciback 0000:03:02.0: bridge window [io 0xe000-0xefff] [ 14.420411] pciback 0000:03:02.0: bridge window [mem 0xfb900000-0xfb9fffff] [ 14.428015] pci 0000:02:00.0: PCI bridge to [bus 03-05] [ 14.433576] pci 0000:02:00.0: bridge window [io 0xe000-0xefff] [ 14.440070] pci 0000:02:00.0: bridge window [mem 0xfb900000-0xfbafffff] [ 14.447308] pci 0000:00:1c.0: PCI bridge to [bus 02-05] [ 14.452869] pci 0000:00:1c.0: bridge window [io 0xe000-0xefff] [ 14.459370] pci 0000:00:1c.0: bridge window [mem 0xfb900000-0xfbbfffff] [ 14.466618] pci 0000:00:1c.4: PCI bridge to [bus 06] [ 14.471908] pci 0000:00:1c.4: bridge window [mem 0xfb400000-0xfb8fffff] [ 14.479168] pci 0000:00:1c.6: PCI bridge to [bus 07] [ 14.484453] pci 0000:00:1c.6: bridge window [mem 0xfbd00000-0xfbdfffff] [ 14.491704] pci 0000:00:1e.0: PCI bridge to [bus 08] [ 14.496998] pci 0000:00:1e.0: bridge window [mem 0xfbc00000-0xfbcfffff] [ 14.504237] pci_bus 0000:00: resource 4 [io 0x0000-0x03af window] [ 14.510787] pci_bus 0000:00: resource 5 [io 0x03e0-0x0cf7 window] [ 14.517388] pci_bus 0000:00: resource 6 [io 0x03b0-0x03df window] [ 14.523980] pci_bus 0000:00: resource 7 [io 0x0d00-0xffff window] [ 14.530553] pci_bus 0000:00: resource 8 [mem 0x000a0000-0x000bffff window] [ 14.537885] pci_bus 0000:00: resource 9 [mem 0x000c0000-0x000dffff window] [ 14.545202] pci_bus 0000:00: resource 10 [mem 0xbfa00000-0xffffffff window] [ 14.552628] pci_bus 0000:02: resource 0 [io 0xe000-0xefff] [ 14.558572] pci_bus 0000:02: resource 1 [mem 0xfb900000-0xfbbfffff] [ 14.565240] pci_bus 0000:03: resource 0 [io 0xe000-0xefff] [ 14.571191] pci_bus 0000:03: resource 1 [mem 0xfb900000-0xfbafffff] [ 14.577848] pci_bus 0000:04: resource 1 [mem 0xfba00000-0xfbafffff] [ 14.584509] pci_bus 0000:05: resource 0 [io 0xe000-0xefff] [ 14.590454] pci_bus 0000:05: resource 1 [mem 0xfb900000-0xfb9fffff] [ 14.597131] pci_bus 0000:06: resource 1 [mem 0xfb400000-0xfb8fffff] [ 14.603817] pci_bus 0000:07: resource 1 [mem 0xfbd00000-0xfbdfffff] [ 14.610487] pci_bus 0000:08: resource 1 [mem 0xfbc00000-0xfbcfffff] [ 14.617152] pci_bus 0000:08: resource 4 [io 0x0000-0x03af window] [ 14.623725] pci_bus 0000:08: resource 5 [io 0x03e0-0x0cf7 window] [ 14.630322] pci_bus 0000:08: resource 6 [io 0x03b0-0x03df window] [ 14.636916] pci_bus 0000:08: resource 7 [io 0x0d00-0xffff window] [ 14.643505] pci_bus 0000:08: resource 8 [mem 0x000a0000-0x000bffff window] [ 14.650831] pci_bus 0000:08: resource 9 [mem 0x000c0000-0x000dffff window] [ 14.658152] pci_bus 0000:08: resource 10 [mem 0xbfa00000-0xffffffff window] [ 14.665764] NET: Registered protocol family 2 [ 14.671210] TCP established hash table entries: 16384 (order: 5, 131072 bytes) [ 14.678943] TCP bind hash table entries: 16384 (order: 6, 262144 bytes) [ 14.685968] TCP: Hash tables configured (established 16384 bind 16384) [ 14.692974] UDP hash table entries: 1024 (order: 3, 32768 bytes) [ 14.699354] UDP-Lite hash table entries: 1024 (order: 3, 32768 bytes) [ 14.706498] NET: Registered protocol family 1 [ 14.712350] RPC: Registered named UNIX socket transport module. [ 14.718597] RPC: Registered udp transport module. [ 14.723615] RPC: Registered tcp transport module. [ 14.728648] RPC: Registered tcp NFSv4.1 backchannel transport module. [ 14.736311] pci 0000:00:02.0: BIOS left Intel GPU interrupts enabled; disabling [ 14.745412] pci 0000:00:02.0: Video device with shadowed ROM [ 14.752651] xen: registering gsi 16 triggering 0 polarity 1 [ 14.758558] xen: --> pirq=16 -> irq=16 (gsi=16) [ 14.938588] xen: registering gsi 23 triggering 0 polarity 1 [ 14.944519] xen: --> pirq=23 -> irq=23 (gsi=23) [ 15.125676] xen: registering gsi 17 triggering 0 polarity 1 [ 15.131598] xen: --> pirq=17 -> irq=17 (gsi=17) [ 15.136867] xen: registering gsi 16 triggering 0 polarity 1 [ 15.142744] Already setup the GSI :16 [ 15.147108] xen: registering gsi 17 triggering 0 polarity 1 [ 15.152987] Already setup the GSI :17 [ 15.157353] xen: registering gsi 17 triggering 0 polarity 1 [ 15.163226] Already setup the GSI :17 [ 15.168890] xen: registering gsi 18 triggering 0 polarity 1 [ 15.174819] xen: --> pirq=18 -> irq=18 (gsi=18) [ 15.180088] xen: registering gsi 18 triggering 0 polarity 1 [ 15.185968] Already setup the GSI :18 [ 15.190387] PCI: CLS 64 bytes, default 64 [ 15.194977] Unpacking initramfs... [ 18.048378] Freeing initrd memory: 79100K (ffff880004000000 - ffff880008d3f000) [ 18.056296] RAPL PMU detected, API unit is 2^-32 Joules, 3 fixed counters 163840 ms ovfl timer [ 18.065375] hw unit of domain pp0-core 2^-16 Joules [ 18.070594] hw unit of domain package 2^-16 Joules [ 18.075725] hw unit of domain pp1-gpu 2^-16 Joules [ 18.087298] Machine check injector initialized [ 18.093666] Scanning for low memory corruption every 60 seconds [ 18.103173] futex hash table entries: 256 (order: 2, 16384 bytes) [ 18.109745] audit: initializing netlink subsys (disabled) [ 18.115527] audit: type=2000 audit(1448985248.922:1): initialized [ 18.126068] HugeTLB registered 2 MB page size, pre-allocated 0 pages [ 18.133525] VFS: Disk quotas dquot_6.6.0 [ 18.137772] VFS: Dquot-cache hash table entries: 512 (order 0, 4096 bytes) [ 18.146225] NFS: Registering the id_resolver key type [ 18.151598] Key type id_resolver registered [ 18.156051] Key type id_legacy registered [ 18.160456] ntfs: driver 2.1.32 [Flags: R/W]. [ 18.165686] SELinux: Registering netfilter hooks [ 18.173064] bounce: pool size: 64 pages [ 18.177225] Block layer SCSI generic (bsg) driver version 0.4 loaded (major 250) [ 18.185034] io scheduler noop registered [ 18.189262] io scheduler deadline registered [ 18.193884] io scheduler cfq registered (default) [ 18.200986] xen: registering gsi 16 triggering 0 polarity 1 [ 18.206883] Already setup the GSI :16 [ 18.213618] xen: registering gsi 17 triggering 0 polarity 1 [ 18.219526] Already setup the GSI :17 [ 18.225916] pcieport 0000:00:01.0: Signaling PME through PCIe PME interrupt [ 18.233325] pcie_pme 0000:00:01.0:pcie01: service driver pcie_pme loaded [ 18.240643] pcieport 0000:00:1c.0: Signaling PME through PCIe PME interrupt [ 18.248017] pcieport 0000:02:00.0: Signaling PME through PCIe PME interrupt [ 18.255394] pciback 0000:03:01.0: Signaling PME through PCIe PME interrupt [ 18.262721] pciback 0000:04:00.0: Signaling PME through PCIe PME interrupt [ 18.270065] pciback 0000:03:02.0: Signaling PME through PCIe PME interrupt [ 18.277387] pciback 0000:05:00.0: Signaling PME through PCIe PME interrupt [ 18.284727] pcie_pme 0000:00:1c.0:pcie01: service driver pcie_pme loaded [ 18.292059] pcieport 0000:00:1c.4: Signaling PME through PCIe PME interrupt [ 18.299401] pci 0000:06:00.0: Signaling PME through PCIe PME interrupt [ 18.306365] pcie_pme 0000:00:1c.4:pcie01: service driver pcie_pme loaded [ 18.313660] pcieport 0000:00:1c.6: Signaling PME through PCIe PME interrupt [ 18.321021] pciback 0000:07:00.0: Signaling PME through PCIe PME interrupt [ 18.328360] pcie_pme 0000:00:1c.6:pcie01: service driver pcie_pme loaded [ 18.335552] pci_hotplug: PCI Hot Plug PCI Core version: 0.5 [ 18.341633] pciehp: PCI Express Hot Plug Controller Driver version: 0.4 [ 18.348902] intel_idle: MWAIT substates: 0x1120 [ 18.353676] intel_idle: v0.4 model 0x2A [ 18.357804] intel_idle: lapic_timer_reliable_states 0xffffffff [ 18.364025] intel_idle: intel_idle yielding to none [ 18.369755] input: Power Button as /devices/LNXSYSTM:00/LNXSYBUS:00/PNP0C0C:00/input/input0 [ 18.378862] ACPI: Power Button [PWRB] [ 18.383428] input: Power Button as /devices/LNXSYSTM:00/LNXPWRBN:00/input/input1 [ 18.391241] ACPI: Power Button [PWRF] [ 18.398150] Monitor-Mwait will be used to enter C-2 state [ 18.405609] Monitor-Mwait will be used to enter C-3 state [ 18.411726] Warning: Processor Platform Limit not supported. [ 18.418283] GHES: HEST is not enabled! [ 18.422274] ioatdma: Intel(R) QuickData Technology Driver 4.00 [ 18.432911] xen: registering gsi 18 triggering 0 polarity 1 [ 18.438793] Already setup the GSI :18 [ 19.092147] clocksource tsc: mask: 0xffffffffffffffff max_cycles: 0x2f75ff74cac, max_idle_ns: 440795216137 ns [ 19.447411] xen: registering gsi 18 triggering 0 polarity 1 [ 19.453309] Already setup the GSI :18 [ 19.457649] xen: registering gsi 18 triggering 0 polarity 1 [ 19.463546] Already setup the GSI :18 [ 19.490256] xen: registering gsi 17 triggering 0 polarity 1 [ 19.496129] Already setup the GSI :17 [ 20.102226] Switched to clocksource tsc [ 20.507251] xen: registering gsi 23 triggering 0 polarity 1 [ 20.513140] Already setup the GSI :23 [ 20.620701] xen: registering gsi 16 triggering 0 polarity 1 [ 20.626605] Already setup the GSI :16 [ 20.733706] xen: registering gsi 17 triggering 0 polarity 1 [ 20.739591] Already setup the GSI :17 [ 20.746125] xen: registering gsi 18 triggering 0 polarity 1 [ 20.752012] Already setup the GSI :18 [ 20.758576] xen: registering gsi 16 triggering 0 polarity 1 [ 20.764455] Already setup the GSI :16 [ 20.769806] xen_pciback: backend is vpci [ 20.992434] Serial: 8250/16550 driver, 4 ports, IRQ sharing enabled [ 21.020459] 00:04: ttyS0 at I/O 0x3f8 (irq = 4, base_baud = 115200) is a 16550A [ 21.033614] xen: registering gsi 16 triggering 0 polarity 1 [ 21.039550] Already setup the GSI :16 [ 21.044057] serial: probe of 0000:06:00.0 failed with error -12 [ 21.050402] KGDB: Registered I/O driver kgdboc [ 21.061822] hpet_acpi_add: no address or irqs in _CRS [ 21.067808] Non-volatile memory driver v1.3 [ 21.072897] Linux agpgart interface v0.103 [ 21.077728] AMD IOMMUv2 driver by Joerg Roedel [ 21.084055] AMD IOMMUv2 functionality not available on this system [ 21.090759] [drm] Initialized drm 1.1.0 20060810 [ 21.114038] loop: module loaded [ 21.119181] libphy: Fixed MDIO Bus: probed [ 21.123532] tun: Universal TUN/TAP device driver, 1.6 [ 21.128920] tun: (C) 1999-2004 Max Krasnyansky [ 21.138034] ixgbevf: Intel(R) 10 Gigabit PCI Express Virtual Function Network Driver - version 2.12.1-k [ 21.147944] ixgbevf: Copyright (c) 2009 - 2012 Intel Corporation. [ 21.156681] ehci_hcd: USB 2.0 'Enhanced' Host Controller (EHCI) Driver [ 21.163594] ehci-pci: EHCI PCI platform driver [ 21.168454] ohci_hcd: USB 1.1 'Open' Host Controller (OHCI) Driver [ 21.174996] ohci-pci: OHCI PCI platform driver [ 21.179848] uhci_hcd: USB Universal Host Controller Interface driver [ 21.186909] usbcore: registered new interface driver usblp [ 21.192886] usbcore: registered new interface driver usb-storage [ 21.199495] i8042: PNP: No PS/2 controller found. Probing ports directly. [ 21.211822] serio: i8042 KBD port at 0x60,0x64 irq 1 [ 21.217072] serio: i8042 AUX port at 0x60,0x64 irq 12 [ 21.224317] mousedev: PS/2 mouse device common for all mice [ 21.232137] rtc_cmos 00:02: RTC can wake from S4 [ 21.238214] rtc_cmos 00:02: rtc core: registered rtc_cmos as rtc0 [ 21.244772] rtc_cmos 00:02: alarms up to one month, y3k, 114 bytes nvram [ 21.253455] xen: registering gsi 18 triggering 0 polarity 1 [ 21.259339] Already setup the GSI :18 [ 21.263495] i801_smbus 0000:00:1f.3: SMBus using PCI interrupt [ 21.270238] No iBFT detected. [ 21.274661] Netfilter messages via NETLINK v0.30. [ 21.279719] nf_conntrack version 0.5.0 (16384 buckets, 65536 max) [ 21.286418] ctnetlink v0.93: registering with nfnetlink. [ 21.292565] ip_tables: (C) 2000-2006 Netfilter Core Team [ 21.298322] Initializing XFRM netlink socket [ 21.302987] NET: Registered protocol family 10 [ 21.309927] ip6_tables: (C) 2000-2006 Netfilter Core Team [ 21.316075] sit: IPv6 over IPv4 tunneling driver [ 21.322619] NET: Registered protocol family 17 [ 21.327351] bridge: automatic filtering via arp/ip/ip6tables has been deprecated. Update your scripts to load br_netfilter if you need this. [ 21.340851] Key type dns_resolver registered [ 21.345982] mce: Unable to init device /dev/mcelog (rc: -16) [ 21.354682] registered taskstats version 1 [ 21.359481] kmemleak: Kernel memory leak detector initialized [ 21.368575] kmemleak: Automatic memory scanning thread started [ 21.375412] Magic number: 11:592:941 [ 21.379415] tty ptyyc: hash matches [ 21.384908] PM: Hibernation image not present or could not be loaded. [ 21.416790] Freeing unused kernel memory: 2056K (ffffffff81d2b000 - ffffffff81f2d000) [ 21.425062] Write protecting the kernel read-only data: 12288k [ 21.436925] Freeing unused kernel memory: 264K (ffff8800017be000 - ffff880001800000) [ 21.445503] Freeing unused kernel memory: 608K (ffff880001b68000 - ffff880001c00000) [ 21.493156] uname (1273) used greatest stack depth: 13424 bytes left [ 21.840481] xen_netfront: Initialising Xen virtual ethernet driver [ 21.883391] udevd (1327): /proc/1327/oom_adj is deprecated, please use /proc/1327/oom_score_adj instead. [ 22.148344] tpm_tis 00:05: 1.2 TPM (device-id 0xFE, rev-id 70) [ 22.343791] modprobe (1440) used greatest stack depth: 12936 bytes left [ 22.400836] e1000e: Intel(R) PRO/1000 Network Driver - 3.2.6-k [ 22.406987] e1000e: Copyright(c) 1999 - 2015 Intel Corporation. [ 22.414998] xen: registering gsi 20 triggering 0 polarity 1 [ 22.420953] xen: --> pirq=20 -> irq=20 (gsi=20) [ 22.426045] e1000e 0000:00:19.0: Interrupt Throttling Rate (ints/sec) set to dynamic conservative mode [ 22.553076] libata version 3.00 loaded. [ 22.563042] xen: registering gsi 20 triggering 0 polarity 1 [ 22.568951] Already setup the GSI :20 [ 22.699145] firewire_ohci 0000:08:03.0: added OHCI v1.0 device as card 0, 8 IR + 8 IT contexts, quirks 0x0 [ 22.780744] modprobe (1621) used greatest stack depth: 12696 bytes left [ 23.036244] e1000e 0000:00:19.0 0000:00:19.0 (uninitialized): Reset blocked by ME [ 23.209755] firewire_core 0000:08:03.0: created device fw0: GUID 00224dffff6c8799, S400 [ 23.258755] e1000e 0000:00:19.0: PHY reset is blocked due to SOL/IDER session. [ 23.920669] e1000e 0000:00:19.0 eth0: registered PHC clock [ 23.926469] e1000e 0000:00:19.0 eth0: (PCI Express:2.5GT/s:Width x1) 00:22:4d:69:de:00 [ 23.934887] e1000e 0000:00:19.0 eth0: Intel(R) PRO/1000 Network Connection [ 23.942271] e1000e 0000:00:19.0 eth0: MAC: 10, PHY: 11, PBA No: FFFFFF-0FF [ 23.950116] ahci 0000:00:1f.2: version 3.0 [ 23.956109] xen: registering gsi 19 triggering 0 polarity 1 [ 23.962050] xen: --> pirq=19 -> irq=19 (gsi=19) [ 23.968627] modprobe (1565) used greatest stack depth: 12288 bytes left [ 23.978372] ahci 0000:00:1f.2: AHCI 0001.0300 32 slots 6 ports 6 Gbps 0x5 impl SATA mode [ 23.986915] ahci 0000:00:1f.2: flags: 64bit ncq sntf pm led clo pio slum part ems sxs apst [ 24.064163] scsi host0: ahci [ 24.082548] scsi host1: ahci [ 24.092307] scsi host2: ahci [ 24.102338] scsi host3: ahci [ 24.111517] scsi host4: ahci [ 24.121297] scsi host5: ahci [ 24.125867] ata1: SATA max UDMA/133 abar m2048@0xfbe25000 port 0xfbe25100 irq 41 [ 24.133669] ata2: DUMMY [ 24.136327] ata3: SATA max UDMA/133 abar m2048@0xfbe25000 port 0xfbe25200 irq 41 [ 24.144191] ata4: DUMMY [ 24.146855] ata5: DUMMY [ 24.149527] ata6: DUMMY [ 24.158989] xen: registering gsi 16 triggering 0 polarity 1 [ 24.164864] Already setup the GSI :16 [ 24.205507] [drm] Memory usable by graphics device = 2048M [ 24.211329] [drm] Replacing VGA console driver [ 24.217457] Console: switching to colour dummy device 80x25 [ 24.364473] [drm] Supports vblank timestamp caching Rev 2 (21.10.2013). [ 24.371471] [drm] Driver supports precise vblank timestamp query. [ 24.379194] vgaarb: device changed decodes: PCI:0000:00:02.0,olddecodes=io+mem,decodes=io+mem:owns=io+mem [ 24.417265] i915: No ACPI video bus found [ 24.421768] [drm] Initialized i915 1.6.0 20150327 for 0000:00:02.0 on minor 0 [ 24.477440] fbcon: inteldrmfb (fb0) is primary device [ 24.531282] ata1: SATA link up 6.0 Gbps (SStatus 133 SControl 300) [ 24.531307] ata3: SATA link up 3.0 Gbps (SStatus 123 SControl 300) [ 24.532829] ata1.00: supports DRM functions and may not be fully accessible [ 24.532975] ata1.00: READ LOG DMA EXT failed, trying unqueued [ 24.533028] ata1.00: failed to get NCQ Send/Recv Log Emask 0x1 [ 24.533030] ata1.00: ATA-9: Samsung SSD 850 EVO 250GB, EMT01B6Q, max UDMA/133 [ 24.533031] ata1.00: 488397168 sectors, multi 1: LBA48 NCQ (depth 31/32), AA [ 24.534541] ata1.00: supports DRM functions and may not be fully accessible [ 24.534637] ata1.00: failed to get NCQ Send/Recv Log Emask 0x1 [ 24.534746] ata1.00: configured for UDMA/133 [ 24.536703] scsi 0:0:0:0: Direct-Access ATA Samsung SSD 850 1B6Q PQ: 0 ANSI: 5 [ 24.540087] sd 0:0:0:0: [sda] 488397168 512-byte logical blocks: (250 GB/232 GiB) [ 24.540552] sd 0:0:0:0: [sda] Write Protect is off [ 24.540555] sd 0:0:0:0: [sda] Mode Sense: 00 3a 00 00 [ 24.540691] sd 0:0:0:0: [sda] Write cache: enabled, read cache: enabled, doesn't support DPO or FUA [ 24.546530] ata3.00: ATA-7: WDC WD800AAJS-18TDA1, 01.00A04, max UDMA/133 [ 24.546532] ata3.00: 156250000 sectors, multi 16: LBA48 NCQ (depth 31/32), AA [ 24.547404] ata3.00: configured for UDMA/133 [ 24.548621] scsi 2:0:0:0: Direct-Access ATA WDC WD800AAJS-18 0A04 PQ: 0 ANSI: 5 [ 24.551808] sd 2:0:0:0: [sdb] 156250000 512-byte logical blocks: (80.0 GB/74.5 GiB) [ 24.552136] sd 2:0:0:0: [sdb] Write Protect is off [ 24.552139] sd 2:0:0:0: [sdb] Mode Sense: 00 3a 00 00 [ 24.552310] sd 2:0:0:0: [sdb] Write cache: enabled, read cache: enabled, doesn't support DPO or FUA [ 24.554084] sda: [ 24.557121] sd 0:0:0:0: [sda] Attached SCSI disk [ 24.558691] Console: switching to colour frame buffer device 160x64 [ 24.735061] random: nonblocking pool is initialized [ 24.746960] i915 0000:00:02.0: fb0: inteldrmfb frame buffer device [ 24.753559] i915 0000:00:02.0: registered panic notifier [ 24.763465] sdb: sdb1 [ 24.763465] sdb1: [ 24.774740] sd 2:0:0:0: [sdb] Attached SCSI disk [ 24.780935] modprobe (1564) used greatest stack depth: 11968 bytes left [ 24.882453] sd 0:0:0:0: Attached scsi generic sg0 type 0 [ 24.888847] sd 2:0:0:0: Attached scsi generic sg1 type 0 [ 26.308950] IPv6: ADDRCONF(NETDEV_UP): eth0: link is not ready [ 26.318852] e1000e: eth0 NIC Link is Up 1000 Mbps Full Duplex, Flow Control: None [ 26.331567] device eth0 entered promiscuous mode [ 26.336617] IPv6: ADDRCONF(NETDEV_CHANGE): eth0: link becomes ready [ 26.456516] switch: port 1(eth0) entered forwarding state [ 26.462237] switch: port 1(eth0) entered forwarding state [ 28.419385] Loading iSCSI transport class v2.0-870. [ 28.433268] iscsi: registered transport (tcp) [ 28.561513] xen:xen_evtchn: Event-channel device installed [ 33.140026] mount.nfs (2963) used greatest stack depth: 11616 bytes left [ 33.747064] scsi host6: iSCSI Initiator over TCP/IP [ 34.027368] scsi 6:0:0:0: Direct-Access LIO-ORG IBLOCK 4.0 PQ: 0 ANSI: 5 [ 34.043212] sd 6:0:0:0: Attached scsi generic sg2 type 0 [ 34.050907] sd 6:0:0:0: [sdc] 1953380352 512-byte logical blocks: (1.00 TB/931 GiB) [ 34.059022] sd 6:0:0:0: [sdc] 4096-byte physical blocks [ 34.094413] sd 6:0:0:0: [sdc] Write Protect is off [ 34.099474] sd 6:0:0:0: [sdc] Mode Sense: 43 00 10 08 [ 34.112256] device-mapper: ioctl: 4.31.0-ioctl (2015-3-12) initialised: dm-devel@redhat.com [ 34.122780] sd 6:0:0:0: [sdc] Write cache: enabled, read cache: enabled, supports DPO and FUA [ 34.136153] device-mapper: multipath: version 1.9.0 loaded [ 34.191978] sd 6:0:0:0: [sdc] Attached SCSI disk [ 41.509686] switch: port 1(eth0) entered forwarding state [ 526.844468] device vif1.0 entered promiscuous mode [ 526.854393] IPv6: ADDRCONF(NETDEV_UP): vif1.0: link is not ready [ 531.575009] xen-blkback: event-channel 11 [ 531.580090] xen-blkback: /local/domain/1/device/vbd/51712:using single page: ring-ref 8 [ 531.589100] xen-blkback: ring-pages:1, event-channel 11, protocol 1 (x86_64-abi) [ 531.649652] xen-blkback: (blkback.1.xvda): oo 0 | rd 1 | wr 0 | f 0 | ds 0 | pg: 0/1056 [ 535.442733] vif vif-1-0 vif1.0: Guest Rx ready [ 535.447691] IPv6: ADDRCONF(NETDEV_CHANGE): vif1.0: link becomes ready [ 535.454624] switch: port 2(vif1.0) entered forwarding state [ 535.460535] switch: port 2(vif1.0) entered forwarding state [ 541.705096] xen-blkback: (blkback.1.xvda): oo 0 | rd 1242 | wr 3 | f 0 | ds 0 | pg: 0/1056 [ 550.514291] switch: port 2(vif1.0) entered forwarding state [ 551.717513] xen-blkback: (blkback.1.xvda): oo 0 | rd 4857 | wr 681 | f 0 | ds 0 | pg: 0/1056 [ 561.843589] xen-blkback: (blkback.1.xvda): oo 0 | rd 852 | wr 235 | f 0 | ds 0 | pg: 0/1056 [ 571.862835] xen-blkback: (blkback.1.xvda): oo 0 | rd 0 | wr 151 | f 0 | ds 0 | pg: 0/1056 [ 581.935092] xen-blkback: (blkback.1.xvda): oo 0 | rd 0 | wr 224 | f 0 | ds 0 | pg: 0/1056 [ 591.982333] xen-blkback: (blkback.1.xvda): oo 0 | rd 9 | wr 22 | f 0 | ds 0 | pg: 0/1056 [ 602.014582] xen-blkback: (blkback.1.xvda): oo 0 | rd 52 | wr 24 | f 0 | ds 0 | pg: 0/1056 [ 612.108949] xen-blkback: (blkback.1.xvda): oo 0 | rd 59 | wr 65 | f 0 | ds 0 | pg: 0/1056 [ 622.193101] xen-blkback: (blkback.1.xvda): oo 0 | rd 0 | wr 21 | f 0 | ds 0 | pg: 0/1056 [ 632.269349] xen-blkback: (blkback.1.xvda): oo 0 | rd 3 | wr 34 | f 0 | ds 0 | pg: 0/1056 [ 642.324599] xen-blkback: (blkback.1.xvda): oo 0 | rd 15 | wr 96 | f 0 | ds 0 | pg: 0/1056 [ 652.390846] xen-blkback: (blkback.1.xvda): oo 0 | rd 11 | wr 12 | f 0 | ds 0 | pg: 0/1056 [ 657.314418] switch: port 2(vif1.0) entered disabled state [ 657.337133] xen-blkback: (blkback.1.xvda): oo 0 | rd 0 | wr 143 | f 0 | ds 0 | pg: 0/1056 [ 657.385045] switch: port 2(vif1.0) entered disabled state [ 657.390847] device vif1.0 left promiscuous mode [ 657.395623] switch: port 2(vif1.0) entered disabled state [ 657.617676] block (3404) used greatest stack depth: 11576 bytes left --4Ckj6UjgE2iN1+kY Content-Type: text/plain; charset=us-ascii Content-Disposition: attachment; filename=xl (XEN) VPMU: unknown flag: nmi - vpmu disabled! Xen 4.7-unstable (XEN) Xen version 4.7-unstable (konrad@(none)) (gcc (GCC) 4.4.4 20100503 (Red Hat 4.4.4-2)) debug=y Tue Dec 1 04:08:16 EST 2015 (XEN) Latest ChangeSet: Mon Nov 16 13:38:33 2015 +0000 git:d07f63f (XEN) Console output is synchronous. (XEN) Bootloader: unknown (XEN) Command line: iommu=verbose,debug dom0pvh=0 ucode=scan vpmu=nmi conring_size=2097152 pci=assign-buses,verbose com1=115200,8n1,pci console=com1 tmem=1 tmem_compress=1 tmem_dedup=1 sync_console dom0_max_vcpus=1 cpufreq=xen:performance dom0_mem=max:2G apic=debug loglvl=all guest_loglvl=all (XEN) Video information: (XEN) VGA is text mode 80x25, font 8x16 (XEN) VBE/DDC methods: V2; EDID transfer time: 1 seconds (XEN) Disc information: (XEN) Found 2 MBR signatures (XEN) Found 2 EDD information structures (XEN) Xen-e820 RAM map: (XEN) 0000000000000000 - 000000000009a800 (usable) (XEN) 000000000009a800 - 00000000000a0000 (reserved) (XEN) 00000000000e0000 - 0000000000100000 (reserved) (XEN) 0000000000100000 - 0000000020000000 (usable) (XEN) 0000000020000000 - 0000000020200000 (reserved) (XEN) 0000000020200000 - 0000000040000000 (usable) (XEN) 0000000040000000 - 0000000040200000 (reserved) (XEN) 0000000040200000 - 000000009e856000 (usable) (XEN) 000000009e856000 - 000000009e85f000 (ACPI data) (XEN) 000000009e85f000 - 000000009e8aa000 (ACPI NVS) (XEN) 000000009e8aa000 - 000000009e8b2000 (usable) (XEN) 000000009e8b2000 - 000000009e9a5000 (reserved) (XEN) 000000009e9a5000 - 000000009e9a7000 (usable) (XEN) 000000009e9a7000 - 000000009ebc6000 (reserved) (XEN) 000000009ebc6000 - 000000009ebc7000 (usable) (XEN) 000000009ebc7000 - 000000009ebd7000 (reserved) (XEN) 000000009ebd7000 - 000000009ebf5000 (ACPI NVS) (XEN) 000000009ebf5000 - 000000009ec19000 (reserved) (XEN) 000000009ec19000 - 000000009ec5c000 (ACPI NVS) (XEN) 000000009ec5c000 - 000000009ee7c000 (reserved) (XEN) 000000009ee7c000 - 000000009f000000 (usable) (XEN) 000000009f800000 - 00000000bfa00000 (reserved) (XEN) 00000000fed1c000 - 00000000fed40000 (reserved) (XEN) 00000000ff000000 - 0000000100000000 (reserved) (XEN) 0000000100000000 - 000000043e600000 (usable) (XEN) ACPI: RSDP 000F0450, 0024 (r2 INTEL) (XEN) ACPI: XSDT 9E856070, 0064 (r1 INTEL DQ67SW 1072009 AMI 10013) (XEN) ACPI: FACP 9E85DBC0, 00F4 (r4 INTEL DQ67SW 1072009 AMI 10013) (XEN) ACPI: DSDT 9E856168, 7A54 (r2 INTEL DQ67SW 16 INTL 20051117) (XEN) ACPI: FACS 9EBDBF80, 0040 (XEN) ACPI: APIC 9E85DCB8, 0072 (r3 INTEL DQ67SW 1072009 AMI 10013) (XEN) ACPI: TCPA 9E85DD30, 0032 (r2 INTEL DQ67SW 1 MSFT 1000013) (XEN) ACPI: SSDT 9E85DD68, 0102 (r1 INTEL DQ67SW 1 MSFT 3000001) (XEN) ACPI: MCFG 9E85DE70, 003C (r1 INTEL DQ67SW 1072009 MSFT 97) (XEN) ACPI: HPET 9E85DEB0, 0038 (r1 INTEL DQ67SW 1072009 AMI. 4) (XEN) ACPI: ASF! 9E85DEE8, 00A0 (r32 INTEL DQ67SW 1 TFSM F4240) (XEN) ACPI: DMAR 9E85DF88, 00E8 (r1 INTEL DQ67SW 1 INTL 1) (XEN) System RAM: 15819MB (16199164kB) (XEN) No NUMA configuration found (XEN) Faking a node at 0000000000000000-000000043e600000 (XEN) Domain heap initialised (XEN) Allocated console ring of 1048576 KiB. (XEN) found SMP MP-table at 000fda50 (XEN) DMI 2.6 present. (XEN) Using APIC driver default (XEN) ACPI: PM-Timer IO Port: 0x408 (XEN) ACPI: SLEEP INFO: pm1x_cnt[1:404,1:0], pm1x_evt[1:400,1:0] (XEN) ACPI: 32/64X FACS address mismatch in FADT - 9ebdbf80/0000000000000000, using 32 (XEN) ACPI: wakeup_vec[9ebdbf8c], vec_size[20] (XEN) ACPI: Local APIC address 0xfee00000 (XEN) ACPI: LAPIC (acpi_id[0x01] lapic_id[0x00] enabled) (XEN) Processor #0 6:10 APIC version 21 (XEN) ACPI: LAPIC (acpi_id[0x02] lapic_id[0x02] enabled) (XEN) Processor #2 6:10 APIC version 21 (XEN) ACPI: LAPIC (acpi_id[0x03] lapic_id[0x04] enabled) (XEN) Processor #4 6:10 APIC version 21 (XEN) ACPI: LAPIC (acpi_id[0x04] lapic_id[0x06] enabled) (XEN) Processor #6 6:10 APIC version 21 (XEN) ACPI: LAPIC_NMI (acpi_id[0xff] high edge lint[0x1]) (XEN) ACPI: IOAPIC (id[0x00] address[0xfec00000] gsi_base[0]) (XEN) IOAPIC[0]: apic_id 0, version 32, address 0xfec00000, GSI 0-23 (XEN) ACPI: INT_SRC_OVR (bus 0 bus_irq 0 global_irq 2 dfl dfl) (XEN) ACPI: INT_SRC_OVR (bus 0 bus_irq 9 global_irq 9 high level) (XEN) ACPI: IRQ0 used by override. (XEN) ACPI: IRQ2 used by override. (XEN) ACPI: IRQ9 used by override. (XEN) Enabling APIC mode: Flat. Using 1 I/O APICs (XEN) ACPI: HPET id: 0x8086a701 base: 0xfed00000 (XEN) [VT-D]dmar.c:809: Host address width 36 (XEN) [VT-D]dmar.c:823: found ACPI_DMAR_DRHD: (XEN) [VT-D]dmar.c:485: dmaru->address = fed90000 (XEN) [VT-D]iommu.c:1155: drhd->address = fed90000 iommu->reg = ffff82c000201000 (XEN) [VT-D]iommu.c:1157: cap = c0000020e60262 ecap = f0101a (XEN) [VT-D]dmar.c:396: endpoint: 0000:00:02.0 (XEN) [VT-D]dmar.c:823: found ACPI_DMAR_DRHD: (XEN) [VT-D]dmar.c:485: dmaru->address = fed91000 (XEN) [VT-D]iommu.c:1155: drhd->address = fed91000 iommu->reg = ffff82c000203000 (XEN) [VT-D]iommu.c:1157: cap = c9008020660262 ecap = f0105a (XEN) [VT-D]dmar.c:410: IOAPIC: 0000:f0:1f.0 (XEN) [VT-D]dmar.c:374: MSI HPET: 0000:f0:0f.0 (XEN) [VT-D]dmar.c:374: MSI HPET: 0000:f0:0f.1 (XEN) [VT-D]dmar.c:374: MSI HPET: 0000:f0:0f.2 (XEN) [VT-D]dmar.c:374: MSI HPET: 0000:f0:0f.3 (XEN) [VT-D]dmar.c:374: MSI HPET: 0000:f0:0f.4 (XEN) [VT-D]dmar.c:374: MSI HPET: 0000:f0:0f.5 (XEN) [VT-D]dmar.c:374: MSI HPET: 0000:f0:0f.6 (XEN) [VT-D]dmar.c:374: MSI HPET: 0000:f0:0f.7 (XEN) [VT-D]dmar.c:499: flags: INCLUDE_ALL (XEN) [VT-D]dmar.c:828: found ACPI_DMAR_RMRR: (XEN) [VT-D]dmar.c:396: endpoint: 0000:00:1d.0 (XEN) [VT-D]dmar.c:396: endpoint: 0000:00:1a.0 (XEN) [VT-D]dmar.c:694: RMRR region: base_addr 9ebad000 end_address 9ebbbfff (XEN) [VT-D]dmar.c:828: found ACPI_DMAR_RMRR: (XEN) [VT-D]dmar.c:396: endpoint: 0000:00:02.0 (XEN) [VT-D]dmar.c:694: RMRR region: base_addr 9f800000 end_address bf9fffff (XEN) ERST table was not found (XEN) Using ACPI (MADT) for SMP configuration information (XEN) SMP: Allowing 4 CPUs (0 hotplug CPUs) (XEN) IRQ limits: 24 GSI, 760 MSI/MSI-X (XEN) Switched to APIC driver x2apic_cluster. (XEN) xstate_init: using cntxt_size: 0x340 and states: 0x7 (XEN) mce_intel.c:735: MCA Capability: BCAST 1 SER 0 CMCI 1 firstbank 0 extended MCE MSR 0 (XEN) Intel machine check reporting enabled (XEN) Using scheduler: SMP Credit Scheduler (credit) (XEN) Detected 3292.602 MHz processor. (XEN) Initing memory sharing. (XEN) alt table ffff82d0802eb1b0 -> ffff82d0802ec3f8 (XEN) PCI: MCFG configuration 0: base e0000000 segment 0000 buses 00 - 3f (XEN) PCI: Not using MCFG for segment 0000 bus 00-3f (XEN) Intel VT-d iommu 0 supported page sizes: 4kB. (XEN) Intel VT-d iommu 1 supported page sizes: 4kB. (XEN) Intel VT-d Snoop Control not enabled. (XEN) Intel VT-d Dom0 DMA Passthrough not enabled. (XEN) Intel VT-d Queued Invalidation enabled. (XEN) Intel VT-d Interrupt Remapping enabled. (XEN) Intel VT-d Shared EPT tables not enabled. (XEN) I/O virtualisation enabled (XEN) - Dom0 mode: Relaxed (XEN) Interrupt remapping enabled (XEN) Enabled directed EOI with ioapic_ack_old on! (XEN) ENABLING IO-APIC IRQs (XEN) -> Using old ACK method (XEN) ..TIMER: vector=0xF0 apic1=0 pin1=2 apic2=-1 pin2=-1 (XEN) ..MP-BIOS bug: 8254 timer not connected to IO-APIC (XEN) ...trying to set up timer (IRQ0) through the 8259A ... failed. (XEN) ...trying to set up timer as Virtual Wire IRQ... works. (XEN) TSC deadline timer enabled (XEN) Platform timer is 14.318MHz HPET (XEN) microcode: CPU0 updated from revision 0x28 to 0x29, date = 2013-06-12 (XEN) mwait-idle: MWAIT substates: 0x1120 (XEN) mwait-idle: v0.4 model 0x2a (XEN) mwait-idle: lapic_timer_reliable_states 0xffffffff (XEN) VMX: Supported advanced features: (XEN) - APIC MMIO access virtualisation (XEN) - APIC TPR shadow (XEN) - Extended Page Tables (EPT) (XEN) - Virtual-Processor Identifiers (VPID) (XEN) - Virtual NMI (XEN) - MSR direct-access bitmap (XEN) - Unrestricted Guest (XEN) HVM: ASIDs enabled. (XEN) HVM: VMX enabled (XEN) HVM: Hardware Assisted Paging (HAP) detected (XEN) HVM: HAP page sizes: 4kB, 2MB (XEN) microcode: CPU1 updated from revision 0x28 to 0x29, date = 2013-06-12 (XEN) microcode: CPU2 updated from revision 0x28 to 0x29, date = 2013-06-12 (XEN) Brought up 4 CPUs (XEN) microcode: CPU3 updated from revision 0x28 to 0x29, date = 2013-06-12 (XEN) tmem: initialized comp=1 dedup=1 tze=0 (XEN) ACPI sleep modes: S3 (XEN) VPMU: disabled (XEN) mcheck_poll: Machine check polling timer started. (XEN) Dom0 has maximum 216 PIRQs (XEN) NX (Execute Disable) protection active (XEN) *** LOADING DOMAIN 0 *** (XEN) elf_parse_binary: phdr: paddr=0x1000000 memsz=0xb68000 (XEN) elf_parse_binary: phdr: paddr=0x1c00000 memsz=0x12b000 (XEN) elf_parse_binary: phdr: paddr=0x1d2b000 memsz=0x18658 (XEN) elf_parse_binary: phdr: paddr=0x1d44000 memsz=0x35c000 (XEN) elf_parse_binary: memory: 0x1000000 -> 0x20a0000 (XEN) elf_xen_parse_note: GUEST_OS = "linux" (XEN) elf_xen_parse_note: GUEST_VERSION = "2.6" (XEN) elf_xen_parse_note: XEN_VERSION = "xen-3.0" (XEN) elf_xen_parse_note: VIRT_BASE = 0xffffffff80000000 (XEN) elf_xen_parse_note: INIT_P2M = 0x8000000000 (XEN) elf_xen_parse_note: ENTRY = 0xffffffff81d441f0 (XEN) elf_xen_parse_note: HYPERCALL_PAGE = 0xffffffff81001000 (XEN) elf_xen_parse_note: FEATURES = "!writable_page_tables|pae_pgdir_above_4gb|writable_descriptor_tables|auto_translated_physmap|supervisor_mode_kernel" (XEN) elf_xen_parse_note: SUPPORTED_FEATURES = 0x90d (XEN) elf_xen_parse_note: PAE_MODE = "yes" (XEN) elf_xen_parse_note: LOADER = "generic" (XEN) elf_xen_parse_note: unknown xen elf note (0xd) (XEN) elf_xen_parse_note: SUSPEND_CANCEL = 0x1 (XEN) elf_xen_parse_note: MOD_START_PFN = 0x1 (XEN) elf_xen_parse_note: HV_START_LOW = 0xffff800000000000 (XEN) elf_xen_parse_note: PADDR_OFFSET = 0x0 (XEN) elf_xen_addr_calc_check: addresses: (XEN) virt_base = 0xffffffff80000000 (XEN) elf_paddr_offset = 0x0 (XEN) virt_offset = 0xffffffff80000000 (XEN) virt_kstart = 0xffffffff81000000 (XEN) virt_kend = 0xffffffff820a0000 (XEN) virt_entry = 0xffffffff81d441f0 (XEN) p2m_base = 0x8000000000 (XEN) Xen kernel: 64-bit, lsb, compat32 (XEN) Dom0 kernel: 64-bit, PAE, lsb, paddr 0x1000000 -> 0x20a0000 (XEN) PHYSICAL MEMORY ARRANGEMENT: (XEN) Dom0 alloc.: 0000000428000000->000000042c000000 (488129 pages to be allocated) (XEN) Init. ramdisk: 00000004398c1000->000000043e5ff4ed (XEN) VIRTUAL MEMORY ARRANGEMENT: (XEN) Loaded kernel: ffffffff81000000->ffffffff820a0000 (XEN) Init. ramdisk: 0000000000000000->0000000000000000 (XEN) Phys-Mach map: 0000008000000000->0000008000400000 (XEN) Start info: ffffffff820a0000->ffffffff820a04b4 (XEN) Page tables: ffffffff820a1000->ffffffff820b6000 (XEN) Boot stack: ffffffff820b6000->ffffffff820b7000 (XEN) TOTAL: ffffffff80000000->ffffffff82400000 (XEN) ENTRY ADDRESS: ffffffff81d441f0 (XEN) Dom0 has maximum 1 VCPUs (XEN) elf_load_binary: phdr 0 at 0xffffffff81000000 -> 0xffffffff81b68000 (XEN) elf_load_binary: phdr 1 at 0xffffffff81c00000 -> 0xffffffff81d2b000 (XEN) elf_load_binary: phdr 2 at 0xffffffff81d2b000 -> 0xffffffff81d43658 (XEN) elf_load_binary: phdr 3 at 0xffffffff81d44000 -> 0xffffffff81f36000 (XEN) [VT-D]iommu.c:1439: d0:Hostbridge: skip 0000:00:00.0 map (XEN) Bogus DMIBAR 0xfed18001 on 0000:00:00.0 (XEN) [VT-D]iommu.c:1465: d0:PCI: map 0000:00:02.0 (XEN) [VT-D]iommu.c:1465: d0:PCI: map 0000:00:16.0 (XEN) [VT-D]iommu.c:1465: d0:PCI: map 0000:00:16.2 (XEN) [VT-D]iommu.c:1465: d0:PCI: map 0000:00:16.3 (XEN) [VT-D]iommu.c:1465: d0:PCI: map 0000:00:19.0 (XEN) [VT-D]iommu.c:1465: d0:PCI: map 0000:00:1a.0 (XEN) [VT-D]iommu.c:1453: d0:PCIe: map 0000:00:1b.0 (XEN) [VT-D]iommu.c:1465: d0:PCI: map 0000:00:1d.0 (XEN) [VT-D]iommu.c:1465: d0:PCI: map 0000:00:1f.0 (XEN) [VT-D]iommu.c:1465: d0:PCI: map 0000:00:1f.2 (XEN) [VT-D]iommu.c:1465: d0:PCI: map 0000:00:1f.3 (XEN) [VT-D]iommu.c:1453: d0:PCIe: map 0000:04:00.0 (XEN) [VT-D]iommu.c:1453: d0:PCIe: map 0000:05:00.0 (XEN) [VT-D]iommu.c:1453: d0:PCIe: map 0000:06:00.0 (XEN) [VT-D]iommu.c:1453: d0:PCIe: map 0000:07:00.0 (XEN) [VT-D]iommu.c:1465: d0:PCI: map 0000:08:03.0 (XEN) [VT-D]iommu.c:729: iommu_enable_translation: iommu->reg = ffff82c000201000 (XEN) [VT-D]iommu.c:729: iommu_enable_translation: iommu->reg = ffff82c000203000 (XEN) Scrubbing Free RAM on 1 nodes using 4 CPUs (XEN) ..................................done. (XEN) Initial low memory virq threshold set at 0x4000 pages. (XEN) Std. Loglevel: All (XEN) Guest Loglevel: All (XEN) ********************************************** (XEN) ******* WARNING: CONSOLE OUTPUT IS SYNCHRONOUS (XEN) ******* This option is intended to aid debugging of Xen by ensuring (XEN) ******* that all output is synchronously delivered on the serial line. (XEN) ******* However it can introduce SIGNIFICANT latencies and affect (XEN) ******* timekeeping. It is NOT recommended for production use! (XEN) ********************************************** (XEN) 3... 2... 1... (XEN) *** Serial input -> DOM0 (type 'CTRL-a' three times to switch input to Xen) (XEN) Freed 300kB init memory. (XEN) traps.c:2686:d0v0 Domain attempted WRMSR 00000000c0000081 from 0xe023e00800000000 to 0x0023001000000000. (XEN) traps.c:2686:d0v0 Domain attempted WRMSR 00000000c0000082 from 0xffff82d0bffff000 to 0xffffffff817b5050. (XEN) traps.c:2686:d0v0 Domain attempted WRMSR 00000000c0000083 from 0xffff82d0bffff020 to 0xffffffff817b79d0. (XEN) traps.c:2686:d0v0 Domain attempted WRMSR 0000000000000174 from 0x000000000000e008 to 0x0000000000000010. (XEN) traps.c:2686:d0v0 Domain attempted WRMSR 0000000000000175 from 0xffff83009e6f7fc0 to 0x0000000000000000. (XEN) traps.c:2686:d0v0 Domain attempted WRMSR 0000000000000176 from 0xffff82d080239ad0 to 0xffffffff817b7790. (XEN) traps.c:2686:d0v0 Domain attempted WRMSR 00000000c0000084 from 0x0000000000074700 to 0x0000000000047700. (XEN) traps.c:2686:d0v0 Domain attempted WRMSR 00000000000001c9 from 0x0000000000000000 to 0x0000000000000003. (XEN) traps.c:2686:d0v0 Domain attempted WRMSR 00000000000001a6 from 0x0000000000000000 to 0x00000000000001ff. (XEN) traps.c:2686:d0v0 Domain attempted WRMSR 00000000000001a7 from 0x0000000000000000 to 0x00000000000001ff. (XEN) traps.c:2686:d0v0 Domain attempted WRMSR 00000000000003f6 from 0x000000000000ffff to 0x000000000000fe00. (XEN) Bogus DMIBAR 0xfed18001 on 0000:00:00.0 (XEN) PCI add device 0000:00:00.0 (XEN) PCI add device 0000:00:01.0 (XEN) PCI add device 0000:00:02.0 (XEN) PCI add device 0000:00:16.0 (XEN) PCI add device 0000:00:16.2 (XEN) PCI add device 0000:00:16.3 (XEN) PCI add device 0000:00:19.0 (XEN) PCI add device 0000:00:1a.0 (XEN) PCI add device 0000:00:1b.0 (XEN) PCI add device 0000:00:1c.0 (XEN) PCI add device 0000:00:1c.4 (XEN) PCI add device 0000:00:1c.6 (XEN) PCI add device 0000:00:1d.0 (XEN) PCI add device 0000:00:1e.0 (XEN) PCI add device 0000:00:1f.0 (XEN) PCI add device 0000:00:1f.2 (XEN) PCI add device 0000:00:1f.3 (XEN) PCI add device 0000:02:00.0 (XEN) PCI add device 0000:03:01.0 (XEN) PCI add device 0000:03:02.0 (XEN) PCI add device 0000:04:00.0 (XEN) PCI add device 0000:05:00.0 (XEN) PCI add device 0000:06:00.0 (XEN) PCI add device 0000:07:00.0 (XEN) PCI add device 0000:08:03.0 (XEN) PCI: Using MCFG for segment 0000 bus 00-3f (XEN) traps.c:3292: GPF (0000): ffff82d080199af4 -> ffff82d08023db6c (XEN) d0: Forcing read-only access to MFN fed00 (XEN) [VT-D]iommu.c:873: iommu_fault_status: Fault Overflow (XEN) [VT-D]iommu.c:875: iommu_fault_status: Primary Pending Fault (XEN) [VT-D]DMAR:[DMA Read] Request device [0000:00:02.0] fault addr 48c1490000, iommu reg = ffff82c000201000 (XEN) [VT-D]DMAR: reason 07 - Next page table ptr is invalid (XEN) print_vtd_entries: iommu ffff8304303f7640 dev 0000:00:02.0 gmfn 48c1490 (XEN) root_entry = ffff820040005000 (XEN) root_entry[0] = 33133b001 (XEN) context = ffff820040007000 (XEN) context[10] = 1_333540001 (XEN) l3 = ffff82004000a000 (XEN) l3_index = 123 (XEN) l3[123] = 0 (XEN) l3[123] not present (XEN) [VT-D]iommu.c:873: iommu_fault_status: Fault Overflow (XEN) [VT-D]iommu.c:875: iommu_fault_status: Primary Pending Fault (XEN) [VT-D]DMAR:[DMA Read] Request device [0000:00:02.0] fault addr 48c1490000, iommu reg = ffff82c000201000 (XEN) [VT-D]DMAR: reason 07 - Next page table ptr is invalid (XEN) print_vtd_entries: iommu ffff8304303f7640 dev 0000:00:02.0 gmfn 48c1490 (XEN) root_entry = ffff82004000c000 (XEN) root_entry[0] = 33133b001 (XEN) context = ffff82004000e000 (XEN) context[10] = 1_333540001 (XEN) l3 = ffff820040000000 (XEN) l3_index = 123 (XEN) l3[123] = 0 (XEN) l3[123] not present (XEN) [VT-D]iommu.c:873: iommu_fault_status: Fault Overflow (XEN) [VT-D]iommu.c:875: iommu_fault_status: Primary Pending Fault (XEN) [VT-D]DMAR:[DMA Read] Request device [0000:00:02.0] fault addr 48c1490000, iommu reg = ffff82c000201000 (XEN) [VT-D]DMAR: reason 07 - Next page table ptr is invalid (XEN) print_vtd_entries: iommu ffff8304303f7640 dev 0000:00:02.0 gmfn 48c1490 (XEN) root_entry = ffff82004000c000 (XEN) root_entry[0] = 33133b001 (XEN) context = ffff82004000e000 (XEN) context[10] = 1_333540001 (XEN) l3 = ffff820040000000 (XEN) l3_index = 123 (XEN) l3[123] = 0 (XEN) l3[123] not present (XEN) [VT-D]iommu.c:873: iommu_fault_status: Fault Overflow (XEN) [VT-D]iommu.c:875: iommu_fault_status: Primary Pending Fault (XEN) [VT-D]DMAR:[DMA Read] Request device [0000:00:02.0] fault addr 48c1490000, iommu reg = ffff82c000201000 (XEN) [VT-D]DMAR: reason 07 - Next page table ptr is invalid (XEN) print_vtd_entries: iommu ffff8304303f7640 dev 0000:00:02.0 gmfn 48c1490 (XEN) root_entry = ffff82004000c000 (XEN) root_entry[0] = 33133b001 (XEN) context = ffff82004000e000 (XEN) context[10] = 1_333540001 (XEN) l3 = ffff820040000000 (XEN) l3_index = 123 (XEN) l3[123] = 0 (XEN) l3[123] not present (XEN) [VT-D]iommu.c:873: iommu_fault_status: Fault Overflow (XEN) [VT-D]iommu.c:875: iommu_fault_status: Primary Pending Fault (XEN) [VT-D]DMAR:[DMA Read] Request device [0000:00:02.0] fault addr 48c1490000, iommu reg = ffff82c000201000 (XEN) [VT-D]DMAR: reason 07 - Next page table ptr is invalid (XEN) print_vtd_entries: iommu ffff8304303f7640 dev 0000:00:02.0 gmfn 48c1490 (XEN) root_entry = ffff820040008000 (XEN) root_entry[0] = 33133b001 (XEN) context = ffff82004000c000 (XEN) context[10] = 1_333540001 (XEN) l3 = ffff82004000e000 (XEN) l3_index = 123 (XEN) l3[123] = 0 (XEN) l3[123] not present --4Ckj6UjgE2iN1+kY Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel --4Ckj6UjgE2iN1+kY-- From xen-devel-bounces@lists.xen.org Thu Dec 03 09:50:48 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 03 Dec 2015 09:50:48 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4QX7-0002My-Sf; Thu, 03 Dec 2015 09:50:37 +0000 Received: from mail6.bemta4.messagelabs.com ([85.158.143.247]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4QX5-0002LP-F1 for xen-devel@lists.xen.org; Thu, 03 Dec 2015 09:50:36 +0000 Received: from [85.158.143.35] by server-1.bemta-4.messagelabs.com id A5/F6-21571-A6010665; Thu, 03 Dec 2015 09:50:34 +0000 X-Env-Sender: kumara.bsd@gmail.com X-Msg-Ref: server-14.tower-21.messagelabs.com!1449136231!3346961!1 X-Originating-IP: [74.125.82.45] X-SpamReason: No, hits=0.9 required=7.0 tests=HTML_40_50,HTML_MESSAGE, RCVD_BY_IP X-StarScan-Received: X-StarScan-Version: 7.35; banners=-,-,- X-VirusChecked: Checked Received: (qmail 39451 invoked from network); 3 Dec 2015 09:50:32 -0000 Received: from mail-wm0-f45.google.com (HELO mail-wm0-f45.google.com) (74.125.82.45) by server-14.tower-21.messagelabs.com with AES128-GCM-SHA256 encrypted SMTP; 3 Dec 2015 09:50:32 -0000 Received: by wmuu63 with SMTP id u63so13525126wmu.0 for ; Thu, 03 Dec 2015 01:50:31 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:in-reply-to:references:date:message-id:subject:from:to :cc:content-type; bh=6V/YP6K3hAQpXq/egaF82wwJQaRTOQ+GvLu2Au568/Q=; b=pfXwA179jrH/R3CbNsgH+FtYuTdwNViE818rzb2Wf4fk4YmahHDMjppX/CSV9wmkrz W86gzszV5QdpjNFweTaGrdWSup6aADAidX0turTr6Od4R8D5bFBeFYxF4BiVE4BYIola zwMhfCxJdix3edoVGABpi9TZ8VFHyMeShc3yvs0cIXkDiG+IMEPzYikaiwtIDMtWi667 F+m/4JOkEUI1yqvH4HRurMAOgA/j92ZFTKqljY9T5Yk9wV8Cz+s8ZYwnGKUuoEdWEgis +BXXp7TMJ7Cdtwe7f6HOgV7JIghOo/MChIgTv7N74B3hYBh3yOeQQHn/DFljWICRo/+h xFPQ== MIME-Version: 1.0 X-Received: by 10.194.82.229 with SMTP id l5mr11131294wjy.140.1449136231408; Thu, 03 Dec 2015 01:50:31 -0800 (PST) Received: by 10.194.71.175 with HTTP; Thu, 3 Dec 2015 01:50:31 -0800 (PST) In-Reply-To: References: <565F2294.4060204@citrix.com> Date: Thu, 3 Dec 2015 15:20:31 +0530 Message-ID: From: kumara rathnavel To: xen-devel@lists.xen.org Content-Type: multipart/mixed; boundary=047d7bb03f404e6fa70525fb5217 Cc: George Dunlap Subject: Re: [Xen-devel] Log Messages .... X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org --047d7bb03f404e6fa70525fb5217 Content-Type: multipart/alternative; boundary=047d7bb03f404e6fa00525fb5215 --047d7bb03f404e6fa00525fb5215 Content-Type: text/plain; charset=UTF-8 Hello George.. I just tried using the xentrace tool that you had asked me. Here is the detailed description. I have FeeBSD11 as my Domain0. I have built my source code with debug mode enabled. Iam able to see the 'xl dmesg'. I run xentrace command but when I use xenalyze I am getting an error. I have attached the screenshots of what is happening when xentrace command is run in one window and xenalyze in other window. Thank you, Kumar. On 3 December 2015 at 11:22, kumara rathnavel wrote: > And it is from the Dom0 the logs of both DomUs and hypervisor are recorded > ryt? Correct me if I am wrong. My Dom0 is FreeBSD11 > > On 3 December 2015 at 11:17, kumara rathnavel > wrote: > >> Hello George, >> >> Is there any way to enable xentrace......I am not able to get any >> logs.......I am using xentrace_format to view the output ...... >> >> Thankyou, >> Kumar >> >> On 3 December 2015 at 10:22, kumara rathnavel >> wrote: >> >>> Thanks a lot George!!!....Hope XENTRACE will help me!!! >>> >>> On 2 December 2015 at 22:25, George Dunlap >>> wrote: >>> >>>> On 02/12/15 16:48, kumara rathnavel wrote: >>>> > Hello George, >>>> > >>>> > Thanks a lot. One more question if I connect serial port will I be >>>> able to >>>> > see what is happening in xen....without using xen trace .... >>>> >>>> Please don't top-post. :-) >>>> >>>> If you set up a serial console you'll be able to get the same output as >>>> "xl dmesg". >>>> >>>> Here's a guide for serial consoles in Xen in case you need it: >>>> >>>> http://wiki.xenproject.org/wiki/Xen_Serial_Console >>>> >>>> -George >>>> >>>> > On 2 Dec 2015 19:34, "George Dunlap" >>>> wrote: >>>> > >>>> >> On Wed, Dec 2, 2015 at 1:49 PM, kumara rathnavel < >>>> kumara.bsd@gmail.com> >>>> >> wrote: >>>> >>> Hello All, >>>> >>> >>>> >>> I require logs of the Hypercalls made from Guest to the Hypervisor >>>> after >>>> >> the >>>> >>> boot, as xl dmesg provides me with the log messages during the >>>> >>> initialisation. >>>> >> >>>> >> One thing you could look at is xentrace and xenalyze. You can find a >>>> >> brief introduction here: >>>> >> >>>> >> >>>> https://blog.xenproject.org/2012/09/27/tracing-with-xentrace-and-xenalyze/ >>>> >> >>>> >> You can enable Xen tracing on the Xen command-line using the >>>> >> "tbuf_size" and "tevt_mask" parameters described here: >>>> >> >>>> >> >>>> http://xenbits.xenproject.org/docs/unstable/misc/xen-command-line.html >>>> >> >>>> >> -George >>>> >> >>>> > >>>> >>>> >>> >> > --047d7bb03f404e6fa00525fb5215 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
Hello George..=C2=A0

I just tried using= the xentrace tool that you had asked me. Here is the detailed description.=

I have FeeBSD11 as my Domain0. I have built my so= urce code with debug mode enabled. Iam able to see the 'xl dmesg'. = I run xentrace command but when I use xenalyze I am getting an error. I hav= e attached the screenshots of what is happening when xentrace command is ru= n in one window and xenalyze in other window.

Than= k you,
Kumar. =C2=A0

On 3 December 2015 at 11:22, kumara rathnavel <kumara.bsd@gmail.com> wrote:
And it is from the Dom0 the logs of both DomUs and hype= rvisor are recorded ryt? Correct me if I am wrong. My Dom0 is FreeBSD11

On 3 December 2015 at 11:17, kumara rathnavel <kumara.bsd@gmail.com> wrote:
Hello George,

Is there any way to en= able xentrace......I am not able to get any logs.......I am using xentrace_= format to view the output ......

Thankyou,
Kumar

On 3 December 2015 at 10:22, kumara rathnavel <kumara.bsd@= gmail.com> wrote:
Thanks a lot George!!!....Hope XENTRACE will help me!!!
=

On 2 Decembe= r 2015 at 22:25, George Dunlap <george.dunlap@citrix.com> wrote:
On 02/12/15 16:48, kuma= ra rathnavel wrote:
> Hello George,
>
> Thanks a lot. One more question if=C2=A0 I connect serial port will I = be able to
> see what is happening in xen....without using xen trace ....

Please don't top-post. :-)

If you set up a serial console you'll be able to get the same output as=
"xl dmesg".

Here's a guide for serial consoles in Xen in case you need it:

http://wiki.xenproject.org/wiki/Xen_Serial_Console=

=C2=A0-George

> On 2 Dec 2015 19:34, "George Dunlap" <George.Dunlap@eu.citrix.com> wrote:
>
>> On Wed, Dec 2, 2015 at 1:49 PM, kumara rathnavel <kumara.bsd@gmail.com> >> wrote:
>>> Hello All,
>>>
>>> I require logs of the Hypercalls made from Guest to the Hyperv= isor after
>> the
>>> boot, as xl dmesg provides me with the log messages during the=
>>> initialisation.
>>
>> One thing you could look at is xentrace and xenalyze.=C2=A0 You ca= n find a
>> brief introduction here:
>>
>> https://blog.xenp= roject.org/2012/09/27/tracing-with-xentrace-and-xenalyze/
>>
>> You can enable Xen tracing on the Xen command-line using the
>> "tbuf_size" and "tevt_mask" parameters describ= ed here:
>>
>> http://xenbits.xenpro= ject.org/docs/unstable/misc/xen-command-line.html
>>
>>=C2=A0 -George
>>
>





--047d7bb03f404e6fa00525fb5215-- --047d7bb03f404e6fa70525fb5217 Content-Type: image/jpeg; name="cmd_screenshot.jpg" Content-Disposition: attachment; filename="cmd_screenshot.jpg" Content-Transfer-Encoding: base64 X-Attachment-Id: f_ihq29vod0 /9j/4AAQSkZJRgABAQEAYABgAAD/2wBDAAIBAQIBAQICAgICAgICAwUDAwMDAwYEBAMFBwYHBwcG BwcICQsJCAgKCAcHCg0KCgsMDAwMBwkODw0MDgsMDAz/2wBDAQICAgMDAwYDAwYMCAcIDAwMDAwM DAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAwMDAz/wAARCAQ4B4ADASIA AhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQA AAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3 ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWm p6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEA AwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSEx BhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElK U1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3 uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwD8Et3l 8U37vSneWG5pr/eoMzW8Df8AI5aP/wBf0P8A6MWv7bP+Hbn7O3/RBPgt/wCERpn/AMZr+Nr9mX9k vx98dZoPEHh7Qnm8PaVqcVvd6pcTR29rHKCshiVnYGSQIQ3lxhnwQdvNf3HVTKR4N4s/YI/Zh8Be FdS13Xfgt8BtF0TRbSW/1DUL/wAIaTbWthbxIXlmlleIJHGiKzMzEBQCSQBXl/wu0X/gnz8cvHdj 4W8FWn7G/jDxNqnmfY9I0SLw3qF/d+XG0snlwRBpH2xo7nAOFRieATXGftf/ALe2g/tRfEfT/gH4 Isbm08Vr410bW9O8Qa3qGkW+k3o8N+KEudSEVk2oJq1x5c+g6lafu7MK0sAbzEtnW6r87rX4oT+H G0K+T4y/ED9pLQ/CnjnwfrWnagdRvdabXrjRvEErX8Gmi7un8y/vJolgt4LaOO2kX+zkW5upDLct wU85yt4+rk86zWLhCFT2fJJrkm5JSlNLlhfl91Sd5q7W2uns58qqJe7tfz9D9pP+Hbn7O3/RBPgt /wCERpn/AMZo/wCHbv7O/wD0QT4L/wDhEaZ/8Zr1/WpbyHS5m0+K2mvAP3aXErRRk+7KrHpk9Oen HWvOn+Lut6j4U0Se0Oh2l9c+Hm1+6N1FIYZQqpuijUSAoMvy5LbBt+Vs8dl1/Xo3+SYkm9v66fqY v/Dt39nb/ognwX/8IjTP/jNH/Dt39nf/AKIJ8F//AAiNM/8AjNdofG2r/wDCQ+HJVbTH0rxGwWOz ED/bIU+ztKZTLv2kAgAr5f8AGPmyQDoeLPE+qaH4x8OWsMFgdM1a7a1nleRzOGEE8oCoAFA/dD5i x6kbf4qqzTs/6/r+tSbq112v8jzv/h27+zv/ANEE+C//AIRGmf8Axmj/AIdufs7f9EE+C3/hEaZ/ 8Zrcsfjfcavfa29o1vOtlFeCw03+zrlZb6S3JU7bokRMSQcxojMoIycgit/4R+OLvxvpt/JcXWla nHa3CxQ6hpqNHa3YMaO20M7nKMxQkMRlexBUJa6rtcb0OE/4du/s7/8ARBPgv/4RGmf/ABmj/h27 +zv/ANEE+C//AIRGmf8AxmvRfh/4n1PX7/xBb6rBYW82lagttGlpI8i7DbwyjLsFLH94edqjoMcZ NKTxtrVv4m8UWcllZMulaZFf6fHbmSaW4Lm4AD8Dk+SvyKDjJ+Zs8Juyv5X/AFHa/wDXnY4f/h27 +zuf+aCfBf8A8IjTP/jNH/Dt39nf/ognwX/8IjTP/jNeg/CnxZc+LNBlkvr22ur6CURzxxaXcaa1 qSitseKd2kz82QxwCCMDuenc7VJ9qc/d3JTueL/8O3f2d/8AognwX/8ACI0z/wCM0n/Dtr9nX/og fwW/8IjTP/jNa/gH40ao1ppt54km0c2OqaFLrhaxtJYn09Itm8SAySF1Ik4YBTlCNpzx2ur+IJNW nk07RdRsbXVo7eK9P2uxkuIxA5dVO1Xj5JRv48jHI5FEvdV3/W/+T+4fX+vL/NHmn/Dtz9nb/ogn wW/8IjTP/jNH/Dt39nf/AKIJ8F//AAiNM/8AjNa9r468ZXXwKPi3+0PDIuBpr6p9n/sefZtWIv5e ftWc5H3v/Ha17n4gap4Eh0668SXGmT6Ze20ry3VnZyW/2eZU81EKtLJkMiyDrncqj+LFD0bT6B28 /wCv1OR/4du/s7/9EE+C/wD4RGmf/GaP+Hbv7O5/5oJ8F/8AwiNM/wDjNeseE7y+1Dw3Z3GpRRW9 7cRiWWGMECHdyEOSclQQCe5BOB0rRoas7ME7q6PFv+Hbv7O//RBPgv8A+ERpn/xmj/h27+zuf+aC fBf/AMIjTP8A4zXtNFAHi3/Dt39nf/ognwX/APCI0z/4zQP+Cb37O4/5oJ8F/wDwiNM/+M17TRQB 4t/w7d/Z3/6IJ8F//CI0z/4zS/8ADt79ncf80F+C/wD4RGmf/Ga9oooA8W/4du/s7/8ARBPgv/4R Gmf/ABmj/h25+zt/0QT4Lf8AhEaZ/wDGa9pooA8W/wCHbv7O/wD0QT4L/wDhEaZ/8Zo/4du/s7n/ AJoJ8F//AAiNM/8AjNe00UAeLf8ADt39nf8A6IJ8F/8AwiNM/wDjNH/Dt39nf/ognwX/APCI0z/4 zXtNFAHi3/Dt39nf/ognwX/8IjTP/jNH/Dt39nc/80E+C/8A4RGmf/Ga9pooA8W/4du/s7j/AJoJ 8F//AAiNM/8AjNH/AA7c/Z2P/NBPgt/4RGmf/Ga9pooA8W/4du/s7f8ARBPgv/4RGmf/ABmj/h27 +zt/0QT4L/8AhEaZ/wDGa9pooA8W/wCHbv7O5/5oJ8F//CI0z/4zR/w7c/Z2/wCiCfBb/wAIjTP/ AIzXtNFAHi3/AA7d/Z3H/NBPgv8A+ERpn/xmj/h25+zsf+aCfBb/AMIjTP8A4zXtNFAHi3/Dt39n f/ognwX/APCI0z/4zR/w7d/Z3/6IJ8F//CI0z/4zXtNFAHi3/Dt39nf/AKIJ8F//AAiNM/8AjNH/ AA7d/Z3P/NBPgv8A+ERpn/xmvaaKAPFv+Hbv7O4/5oJ8F/8AwiNM/wDjNH/Dt39nf/ognwX/APCI 0z/4zXtNFAHi3/Dt39ncf80E+C//AIRGmf8Axmj/AIdu/s7/APRBPgv/AOERpn/xmvaaKAPFv+Hb n7O3/RBPgt/4RGmf/GaP+Hbv7O3/AEQT4L/+ERpn/wAZr2migDxb/h27+zuP+aCfBf8A8IjTP/jN H/Dt39nf/ognwX/8IjTP/jNe00UAeLf8O3f2dv8AognwX/8ACI0z/wCM0f8ADt39nf8A6IJ8F/8A wiNM/wDjNe00UAeLf8O3f2d8/wDJBPgv/wCERpn/AMZo/wCHbv7O/wD0QT4L/wDhEaZ/8Zr2migD xb/h27+zv/0QT4L/APhEaZ/8Zo/4dufs7f8ARBPgt/4RGmf/ABmvaaKAPFv+Hbv7O/8A0QT4L/8A hEaZ/wDGaP8Ah27+zv8A9EE+C/8A4RGmf/Ga9pooA8W/4dufs7f9EE+C3/hEaZ/8Zo/4du/s7/8A RBPgv/4RGmf/ABmvaaKAPFv+Hbv7O/8A0QT4L/8AhEaZ/wDGaP8Ah25+zsP+aCfBb/wiNM/+M17T RQB4t/w7d/Z2/wCiCfBf/wAIjTP/AIzR/wAO3f2d/wDognwX/wDCI0z/AOM17TRQB4t/w7d/Z2/6 IJ8F/wDwiNM/+M0f8O3f2dj/AM0E+C//AIRGmf8AxmvaaKAPFv8Ah25+ztj/AJIJ8Fv/AAiNM/8A jNH/AA7d/Z3/AOiCfBf/AMIjTP8A4zXtNFAHi3/Dt39nc/8ANBPgv/4RGmf/ABmj/h27+zv/ANEE +C//AIRGmf8AxmvaaKAPFv8Ah25+zt/0QT4Lf+ERpn/xmj/h27+zuf8AmgnwX/8ACI0z/wCM17TR QB4t/wAO3f2d/wDognwX/wDCI0z/AOM0f8O3P2dv+iCfBb/wiNM/+M17TRQB4t/w7d/Z3/6IJ8F/ /CI0z/4zR/w7d/Z3/wCiCfBf/wAIjTP/AIzXtNFAHi3/AA7d/Z3P/NBPgv8A+ERpn/xmj/h27+zv /wBEE+C//hEaZ/8AGa9pooA8W/4du/s7/wDRBPgv/wCERpn/AMZo/wCHbv7O5/5oJ8F//CI0z/4z XtNFAHi3/Dt39nf/AKIJ8F//AAiNM/8AjNH/AA7c/Z2P/NBPgt/4RGmf/Ga9pooA8W/4dufs7f8A RBPgt/4RGmf/ABmj/h27+zv/ANEE+C//AIRGmf8AxmvaaKAPFv8Ah27+zv8A9EE+C/8A4RGmf/Ga P+Hbv7O//RBPgv8A+ERpn/xmvaaKAPFv+Hbv7O//AEQT4L/+ERpn/wAZo/4du/s7/wDRBPgv/wCE Rpn/AMZr2migDxb/AIdu/s7n/mgnwX/8IjTP/jNH/Dt39nY/80E+C/8A4RGmf/Ga9pooA8W/4du/ s7H/AJoJ8F//AAiNM/8AjNH/AA7d/Z3/AOiCfBf/AMIjTP8A4zXtNFAHi3/Dt39nf/ognwX/APCI 0z/4zQf+Cbn7Ox/5oJ8Fv/CI0z/4zXtNFAHi3/Dtz9nb/ognwW/8IjTP/jNH/Dt39nf/AKIJ8F// AAiNM/8AjNen+LviP4e+H/2f+3te0bRPte7yPt97Hbedtxu272G7G5c46bh61T8PfGrwb4t1iLT9 K8W+GdTv7jd5VtaapBNNJtUsdqKxJwoJOB0BNAHnn/Dt39nf/ognwX/8IjTP/jNH/Dt39nf/AKIJ 8F//AAiNM/8AjNe00UAeLf8ADtz9nb/ognwW/wDCI0z/AOM0f8O3f2dh/wA0E+C//hEaZ/8AGa9p ooA8W/4dufs7H/mgnwW/8IjTP/jNH/Dt39nc/wDNBPgv/wCERpn/AMZrc8DaH4g+IGm6hqUvjrxN p/8AxOtUtI7a0tdN8mGKC/uII1XzLR3PyRrksxJOa2vhFe6l/aXi/TdS1e91v+xNaS0trm7igjm8 prCzn2t5McaHDzPg7c4I64oA4n/h27+zt/0QT4L/APhEaZ/8Zo/4du/s7j/mgnwX/wDCI0z/AOM1 7TRQB4t/w7d/Z3/6IJ8F/wDwiNM/+M0H/gm5+zsf+aCfBb/wiNM/+M17TVfVbSW/0u5ggupbKaaJ o47mJVZ7diCA6hwVJB5AYEccgigDx7/h25+zt/0QT4Lf+ERpn/xmj/h27+zv/wBEE+C//hEaZ/8A Ga1/+Fy6z/bv/CD/AGaz/wCE/wDK83zcH+z/ALJnH9oYzu2548jO/f8ALnZ++r0rSrSWw0u2gnup b2aGJY5LmVVV7hgAC7BAFBJ5IUAc8ACgDx7/AIdu/s7f9EE+C/8A4RGmf/Ga/ni/4O/fgn4M+A37 d/w40fwN4R8MeDNJufAUV5NZaFpUGnW8s7aheo0rRwqqlyqIpYjJCKM4Ar+oav5oP+D1P/lIr8Mf +ycwf+nPUKAPx2o3baKKDMZ5nzYxX91nwu+F3hnUPhl4dnn8O6FPPPpdtJJJJYRM8jGJSWJK5JJ6 mv4VGAAr+8j4Rf8AJJ/DH/YJtP8A0SlclWlCdeKmk9Jb+sTNxjKa5l0f6B/wqLwp/wBCx4e/8FsP /wATXiHhP9tn9kLx74q03QtC+Lf7N2ta3rV3FYafp9h4p0W5ur+4lcJFDFEkpeSR3ZVVVBLEgAEm vI/+Co/7dvhfxR4Q+JH7MumabqM/i/4oaHqfw5s9bu9V0fS9F07W7/TLbZbS/bb2G8uDFDrOmXDi xtbljHdhYhLMkkKfnh+3PrepeLr/APaI8OS/tB6x8R7bVrLxNpOrW91rF+fDPhDV557S7W2eOe6e 3tIbG2kMEa20dw6H7eJ54v3NpFyrHZJHMI5RXny4mcHUhBU5SThG6cpSS5YR5rQjzO8pySSspyjt 9V9z2igrLTofu1/wqLwp/wBCx4e/8FsP/wATR/wqLwp/0LHh7/wWw/8AxNV/AXxEvfif8EtF8Wab 4d1bRdQ8Q6HBq9roPieNtLvrCWaBZUtL5VWVreZGYRygLIY2VwA2MHwLw5+1p8SPG/gLwXpSH4fe G/H/AIz8aeI/DH265tbq/wBG09NJub9SI4PPt5rqZ4rMAfvYc5ll2gJ5J7PqtCzfItPJf1/XoJ0K ajzNK223k3+SZ9C/8Ki8Kf8AQseHv/BbD/8AE0f8Ki8Kf9Cx4e/8FsP/AMTXz1H+1p8Rdf8Agr8N viPpsvw+TSfEV/pmi3+gfYrq7vNavLjUBZXDWF4twiRRxr5k6b7ecvHExYxgFl9O/a2+L/jD4K+G vDeqeGdN8N3lheeJtH0jWJ9UuZxNbW97qlnZH7PBGmJJCtw/zPKgjKqdsvKVawVBtJQWsuXZb6f/ ACSfzF7GH8q2v0/rpbt5nb/8Ki8Kf9Cx4e/8FsP/AMTR/wAKi8Kf9Cx4e/8ABbD/APE14Wf23X1v 9snUPAltrWkaNovh3VI9BnguvCeqXsuu38lit2IU1VXi0+wkxIqpDN50s2xiqqGQlf2D/wBrfxX+ 0n4j1+11+XwZfx2Gm2eoTr4et54X8KX00twk2g35lml8y9t1hQuwEJ+f5oIg0ZeaeEoTScYLVX2W 26+9a/cnZyimSowje8Vpa/zdvXfT7+ibXuf/AAqLwp/0LHh7/wAFsP8A8TR/wqLwp/0LHh7/AMFs P/xNcR8NPi/4w179q3x/4J8Qab4bsdG0DRNK1jRn065nubq4ju7nUoWe4d0jVWIskIiRCEJb97Jk bTUvjB4w0n9s7QvA9zpvhuHwZrnhnVNXtbuK5nn1Se4s5tMjO9CiRQIPtsg2gzF9qtujwULWEoNp ci1u9l0Tf5IboQUnHlV1bp3Sf5O52/8AwqLwp/0LHh7/AMFsP/xNH/CovCn/AELHh7/wWw//ABNe Q/sQftHeJ/jpN4hg8Z6lpdpr9ikNz/wjH/CDat4Z1DRIJJJ1RpX1CZvt0beVtW4giji3xSgbui/Q FL6pQsnyLXXZCdGmm48q08jnf+FReFP+hY8Pf+C2H/4mj/hUXhT/AKFjw9/4LYf/AImvmz4W/ti/ EfUvjLoY1+bwJe+DvFvxB8SeBLDStN0e6tda00aY9+Yr2S4e8ljuYyliRKFt4dpnQg4G0+yD9o3R Pix4W8MweAfFelW2u/EbRJ9d8J3epaHd3lpcWsBt/NnkgD274UXMPyNNE58wYztYAWEouKkqad1e 1lfVcy/DX7+zs3Qgpum0tG1t2bi/xTXy9Dr/APhUXhT/AKFjw9/4LYf/AImj/hUXhT/oWPD3/gth /wDia8D/AGcvHnx8+OPw68ValceN/hBYX+keJdV8PWhj+HuovCP7O1Ce0eaRTrYLeaIQwUMvllsE yVl/An9q74pzfs4fCr4qePbv4f6j4Z8czWLa2mi6DdaW/hu2votkEvmTX9wsqpdvCsjFUAjlZsDY cn1XD2vyR+z0X2vh+/8ADqDoQTa5Vo2nt9m9/Xbpv0PpD/hUXhT/AKFjw9/4LYf/AImj/hUXhT/o WPD3/gth/wDiawf2avipqXxw+GKeLru2trTS9fu57rQI0heOVtL3bbWabcTl5kXz+AoVJkXGVLN6 BTeDorRwX3In2VP+VHO/8Ki8Kf8AQseHv/BbD/8AE0f8Ki8Kf9Cx4e/8FsP/AMTXRUUvqlD+Rfch +xp/yr7jnf8AhUXhT/oWPD3/AILYf/iaP+FReFP+hY8Pf+C2H/4muioo+qUP5F9yD2NP+Vfcc7/w qLwp/wBCx4e/8FsP/wATR/wqLwp/0LHh7/wWw/8AxNdFRR9UofyL7kHsaf8AKvuOd/4VF4U/6Fjw 9/4LYf8A4mj/AIVF4U/6Fjw9/wCC2H/4muioo+qUP5F9yD2NP+Vfcc7/AMKi8Kf9Cx4e/wDBbD/8 TR/wqLwp/wBCx4e/8FsP/wATXRUUfVKH8i+5B7Gn/KvuOd/4VF4U/wChY8Pf+C2H/wCJo/4VF4U/ 6Fjw9/4LYf8A4muioo+qUP5F9yD2NP8AlX3HO/8ACovCn/QseHv/AAWw/wDxNH/CovCn/QseHv8A wWw//E10VFH1Sh/IvuQexp/yr7jnf+FReFP+hY8Pf+C2H/4mj/hUXhT/AKFjw9/4LYf/AImuioo+ qUP5F9yD2NP+Vfcc7/wqLwp/0LHh7/wWw/8AxNH/AAqLwp/0LHh7/wAFsP8A8TXRUUfVKH8i+5B7 Gn/KvuOd/wCFReFP+hY8Pf8Agth/+Jo/4VF4U/6Fjw9/4LYf/ia6Kij6pQ/kX3IPY0/5V9xzv/Co vCn/AELHh7/wWw//ABNH/CovCn/QseHv/BbD/wDE10VFH1Sh/IvuQexp/wAq+453/hUXhT/oWPD3 /gth/wDiaP8AhUXhT/oWPD3/AILYf/ia6Kij6pQ/kX3IPY0/5V9xzv8AwqLwp/0LHh7/AMFsP/xN H/CovCn/AELHh7/wWw//ABNdFRR9UofyL7kHsaf8q+453/hUXhT/AKFjw9/4LYf/AImj/hUXhT/o WPD3/gth/wDia6Kij6pQ/kX3IPY0/wCVfcc7/wAKi8Kf9Cx4e/8ABbD/APE0f8Ki8Kf9Cx4e/wDB bD/8TXRUUfVKH8i+5B7Gn/KvuOd/4VF4U/6Fjw9/4LYf/iaP+FReFP8AoWPD3/gth/8Aia6Kij6p Q/kX3IPY0/5V9xzv/CovCn/QseHv/BbD/wDE0f8ACovCn/QseHv/AAWw/wDxNdFRR9UofyL7kHsa f8q+453/AIVF4U/6Fjw9/wCC2H/4mj/hUXhT/oWPD3/gth/+JroqKPqlD+Rfcg9jT/lX3HO/8Ki8 Kf8AQseHv/BbD/8AE0f8Ki8Kf9Cx4e/8FsP/AMTXRUUfVKH8i+5B7Gn/ACr7jnf+FReFP+hY8Pf+ C2H/AOJo/wCFReFP+hY8Pf8Agth/+JroqKPqlD+Rfcg9jT/lX3HO/wDCovCn/QseHv8AwWw//E0f 8Ki8Kf8AQseHv/BbD/8AE10VFH1Sh/IvuQexp/yr7jnf+FReFP8AoWPD3/gth/8AiaP+FReFP+hY 8Pf+C2H/AOJroqKPqlD+Rfcg9jT/AJV9xzv/AAqLwp/0LHh7/wAFsP8A8TR/wqLwp/0LHh7/AMFs P/xNdFRR9UofyL7kHsaf8q+453/hUXhT/oWPD3/gth/+Jo/4VF4U/wChY8Pf+C2H/wCJroqKPqlD +Rfcg9jT/lX3HO/8Ki8Kf9Cx4e/8FsP/AMTR/wAKi8Kf9Cx4e/8ABbD/APE10VFH1Sh/IvuQexp/ yr7jnf8AhUXhT/oWPD3/AILYf/iaP+FReFP+hY8Pf+C2H/4muioo+qUP5F9yD2NP+Vfcc7/wqLwp /wBCx4e/8FsP/wATR/wqLwp/0LHh7/wWw/8AxNdFRR9UofyL7kHsaf8AKvuOd/4VF4U/6Fjw9/4L Yf8A4mj/AIVF4U/6Fjw9/wCC2H/4muioo+qUP5F9yD2NP+Vfcc7/AMKi8Kf9Cx4e/wDBbD/8TR/w qLwp/wBCx4e/8FsP/wATXRUUfVKH8i+5B7Gn/KvuOd/4VF4U/wChY8Pf+C2H/wCJo/4VF4U/6Fjw 9/4LYf8A4muioo+qUP5F9yD2NP8AlX3HO/8ACovCn/QseHv/AAWw/wDxNH/CovCn/QseHv8AwWw/ /E10VFH1Sh/IvuQexp/yr7jnf+FReFP+hY8Pf+C2H/4mj/hUXhT/AKFjw9/4LYf/AImuioo+qUP5 F9yD2NP+Vfcc7/wqLwp/0LHh7/wWw/8AxNH/AAqLwp/0LHh7/wAFsP8A8TXRUUfVKH8i+5B7Gn/K vuOd/wCFReFP+hY8Pf8Agth/+Jo/4VF4U/6Fjw9/4LYf/ia6Kij6pQ/kX3IPY0/5V9xzv/CovCn/ AELHh7/wWw//ABNH/CovCn/QseHv/BbD/wDE10VFH1Sh/IvuQexp/wAq+453/hUXhT/oWPD3/gth /wDiaP8AhUXhT/oWPD3/AILYf/ia6Kij6pQ/kX3IPY0/5V9xzv8AwqLwp/0LHh7/AMFsP/xNH/Co vCn/AELHh7/wWw//ABNdFRR9UofyL7kHsaf8q+453/hUXhT/AKFjw9/4LYf/AImj/hUXhT/oWPD3 /gth/wDia6Kij6pQ/kX3IPY0/wCVfcc7/wAKi8Kf9Cx4e/8ABbD/APE0f8Ki8Kf9Cx4e/wDBbD/8 TXRUUfVKH8i+5B7Gn/KvuOd/4VF4U/6Fjw9/4LYf/iaP+FReFP8AoWPD3/gth/8Aiao/Gv8AaF8A /s1+FbfXfiL448H+ANEu7tbCDUPEms22lWs1wyO6wrLO6IZCkcjBQckRscYU15/4T/4Kbfs3ePfF Wm6FoX7QfwQ1rW9au4rDT9PsPHWl3N1f3ErhIoYoknLySO7KqqoJYkAAk0fVKH8i+5B7Gn/KvuPT v+FReFP+hY8Pf+C2H/4mj/hUXhT/AKFjw9/4LYf/AImuioo+qUP5F9yD2NP+Vfcc7/wqLwp/0LHh 7/wWw/8AxNH/AAqLwp/0LHh7/wAFsP8A8TXRUUfVKH8i+5B7Gn/KvuOd/wCFReFP+hY8Pf8Agth/ +Jo/4VF4U/6Fjw9/4LYf/ia+cfCfhP4kftKftI/H2KL4+/E/wBongHxrZeG9H0fw3pXhh7WG3bwx oWou7Pf6RdXDyNcahcEky4AKgKAtdB+zBP438A/tofFP4deJfih4w+J2iaL4K8KeJNNn8SWGjW11 YXF/feI7e5RW02xs0aNk0y1IEiOVIbDANij6pQ/kX3IPY0/5V9x7d/wqLwp/0LHh7/wWw/8AxNH/ AAqLwp/0LHh7/wAFsP8A8TXRUUfVKH8i+5B7Gn/KvuOd/wCFReFP+hY8Pf8Agth/+Jo/4VF4U/6F jw9/4LYf/ia6Kij6pQ/kX3IPY0/5V9xzv/CovCn/AELHh7/wWw//ABNH/CovCn/QseHv/BbD/wDE 18reKP27/GX7IvjrSfgj43s1+Inxf8ZtLF8LtSjaHTrbx9FGMyvqJjTy9Pns0Ie6KR+XNGBJaxtI 5sofqL4K+GfE/g/4Y6XYeM/Ey+MPFKLJLqWqx6fHYQTyySPIUhgTiOCIOIogzPJ5caeZJLJvkY+q UP5F9yD2VP8AlX3E/wDwqLwp/wBCx4e/8FsP/wATX47f8HnnhHSvCn7B/wALf7L0zT9N8/x6vm/Z bZIfMxp15jdtAzjJxn1NftXX4yf8Hrv/ACYd8KP+x+H/AKbrusa+HpRipRik7x6f3kZ1KcErpdV+ aP5sIvv1JJUYXjgUq5Zq7jUO3FJn95TqKBCK2aWkx+8o30AD9KWk++KI2zmgA303zPLXJp3uetN2 mReaAP1B/wCDePxBLr/hn4n+FxdXUEKvb3rrC7AyxyW9wsikA/dPkIG46MM+39VVfx9/8EF/iTL4 I/aU8XWBubm2t9T8MSSy+QxBm8meH5DjsVd85IGMjvX9Qn/D2L9ln/o5b4Af+HD0j/5Ip9Con5a+ PPhv5utajrfin4PfH/UfiKdVutTu9Fi+DfiC90fS55/El/4ifSxq9i5TUrW0v9SnAmSNrW+a0tZj GRHbtF9t/wDBGH/gnzonwa+Ddv458Z/BrwB4e+Idz4g1XWvDmv3fhi3h8aw6bqBaUnUbho/PhuGk ub1Ei3K8dk1rDMiTLPGPb/8Ah7F+yz/0ct8AP/Dh6R/8kUf8PYv2Wf8Ao5b4Af8Ahw9I/wDkirnV qTVpNv8A4ZR/9JjGPpFLZIqyPf2G5SPWuC1n4JHV/AGgeHnudImt9ItktpLi70kXE/yoqeZblpNs EmA2GKyYJHHHPnv/AA9i/ZZ/6OW+AH/hw9I/+SKP+HsX7LP/AEct8AP/AA4ekf8AyRWdgu1senaF 8OtV8O+MJ7231PSGsJikSQy6VI91b2yIqrAk3ngBQV3f6vqxJBJrRbwZd31v4aN/qn2y80G5+1TX H2YR/bW+zywn5QcJnzd3Gfu475HkH/D2L9ln/o5b4Af+HD0j/wCSKP8Ah7F+yz/0ct8AP/Dh6R/8 kU7sLHe6l8CH1iOayn1k/wBjxm7ksbeO0CzW0txuLF5CxEirvkAXYvDYYtjNa+geBNY03V31C412 3e8u7mKS9W107yYLiGOJ0WII0jsrbmDF9xJ2BcAV5X/w9i/ZZ/6OW+AH/hw9I/8Akij/AIexfss/ 9HLfAD/w4ekf/JFLYD15fBd3ZXGtzWOqfZJ9Z1CC93/ZhJ5KJHBG8eCcHesLDdxjzOBlebEnhaaH xVqer211FHcX2nw2USywF0haJ52DsAylgTNyoK/d+9zx4z/w9i/ZZ/6OW+AH/hw9I/8Akij/AIex fss/9HLfAD/w4ekf/JFHS39bWDy/rueweC/BtxoNxql5qV7BqOo6vKr3EkNr9nhVUQIiKhdyAAOd ztkseg4F/wAPeEdK8IWMltpGmafpVvK5keKztkgRnIALEKACcAc+wrxD/h7F+yz/ANHLfAD/AMOH pH/yRR/w9i/ZZ/6OW+AH/hw9I/8Akih6qzA9J8KfAnRvCnwxuPDsFvZxSahp5sL6+trRIJrzKMnm PjJJ+ZjyT1NWPBHw81PQPElzqmqaxa6lcT6fBpyrbWBtUjSJpGDYMshJPmHPPbj0ry7/AIexfss/ 9HLfAD/w4ekf/JFH/D2L9ln/AKOW+AH/AIcPSP8A5Ioet79f+D/mD1Vn/W3+SPVLT4YfZfgufCH2 7OdKbTPtfk/3oym/Zu9843fjVvxn4BTxj4Pg0l5ljEE9rOJGh35MEscn3cj72zGc8bu/SvIP+HsX 7LP/AEct8AP/AA4ekf8AyRR/w9i/ZZ/6OW+AH/hw9I/+SKd3fm67/cH9fefQFFfP/wDw9i/ZZ/6O W+AH/hw9I/8Akij/AIexfss/9HLfAD/w4ekf/JFID6Aor5//AOHsX7LP/Ry3wA/8OHpH/wAkUf8A D2L9ln/o5b4Af+HD0j/5IoA+gKK+f/8Ah7F+yz/0ct8AP/Dh6R/8kUf8PYv2Wf8Ao5b4Af8Ahw9I /wDkigD6Aor5/wD+HsX7LP8A0ct8AP8Aw4ekf/JFH/D2L9ln/o5b4Af+HD0j/wCSKAPoCivn/wD4 exfss/8ARy3wA/8ADh6R/wDJFH/D2L9ln/o5b4Af+HD0j/5IoA+gKK+f/wDh7F+yz/0ct8AP/Dh6 R/8AJFH/AA9i/ZZ/6OW+AH/hw9I/+SKAPoCivn//AIexfss/9HLfAD/w4ekf/JFH/D2L9ln/AKOW +AH/AIcPSP8A5IoA+gKK+f8A/h7F+yz/ANHLfAD/AMOHpH/yRR/w9i/ZZ/6OW+AH/hw9I/8AkigD 6Aor5/8A+HsX7LP/AEct8AP/AA4ekf8AyRR/w9i/ZZ/6OW+AH/hw9I/+SKAPoCivn/8A4exfss/9 HLfAD/w4ekf/ACRR/wAPYv2Wf+jlvgB/4cPSP/kigD6Aor5//wCHsX7LP/Ry3wA/8OHpH/yRR/w9 i/ZZ/wCjlvgB/wCHD0j/AOSKAPoCivn/AP4exfss/wDRy3wA/wDDh6R/8kUf8PYv2Wf+jlvgB/4c PSP/AJIoA+gKK+f/APh7F+yz/wBHLfAD/wAOHpH/AMkUf8PYv2Wf+jlvgB/4cPSP/kigD6Aor5// AOHsX7LP/Ry3wA/8OHpH/wAkUf8AD2L9ln/o5b4Af+HD0j/5IoA+gKK+f/8Ah7F+yz/0ct8AP/Dh 6R/8kUf8PYv2Wf8Ao5b4Af8Ahw9I/wDkigD6Aor5/wD+HsX7LP8A0ct8AP8Aw4ekf/JFH/D2L9ln /o5b4Af+HD0j/wCSKAPoCivn/wD4exfss/8ARy3wA/8ADh6R/wDJFH/D2L9ln/o5b4Af+HD0j/5I oA+gKK+f/wDh7F+yz/0ct8AP/Dh6R/8AJFH/AA9i/ZZ/6OW+AH/hw9I/+SKAPoCivn//AIexfss/ 9HLfAD/w4ekf/JFH/D2L9ln/AKOW+AH/AIcPSP8A5IoA+gKK+f8A/h7F+yz/ANHLfAD/AMOHpH/y RR/w9i/ZZ/6OW+AH/hw9I/8AkigD6Aor5/8A+HsX7LP/AEct8AP/AA4ekf8AyRR/w9i/ZZ/6OW+A H/hw9I/+SKAPoCivn/8A4exfss/9HLfAD/w4ekf/ACRR/wAPYv2Wf+jlvgB/4cPSP/kigD6Aor5/ /wCHsX7LP/Ry3wA/8OHpH/yRR/w9i/ZZ/wCjlvgB/wCHD0j/AOSKAPoCivn/AP4exfss/wDRy3wA /wDDh6R/8kUf8PYv2Wf+jlvgB/4cPSP/AJIoA+gKK+f/APh7F+yz/wBHLfAD/wAOHpH/AMkUf8PY v2Wf+jlvgB/4cPSP/kigD6Aor5//AOHsX7LP/Ry3wA/8OHpH/wAkUf8AD2L9ln/o5b4Af+HD0j/5 IoA+gKK+f/8Ah7F+yz/0ct8AP/Dh6R/8kUf8PYv2Wf8Ao5b4Af8Ahw9I/wDkigD6Aor5/wD+HsX7 LP8A0ct8AP8Aw4ekf/JFH/D2L9ln/o5b4Af+HD0j/wCSKAPoCivn/wD4exfss/8ARy3wA/8ADh6R /wDJFH/D2L9ln/o5b4Af+HD0j/5IoA+gKK+f/wDh7F+yz/0ct8AP/Dh6R/8AJFH/AA9i/ZZ/6OW+ AH/hw9I/+SKAPoCivn//AIexfss/9HLfAD/w4ekf/JFH/D2L9ln/AKOW+AH/AIcPSP8A5IoA+gKK +f8A/h7F+yz/ANHLfAD/AMOHpH/yRR/w9i/ZZ/6OW+AH/hw9I/8AkigD6Aor5/8A+HsX7LP/AEct 8AP/AA4ekf8AyRR/w9i/ZZ/6OW+AH/hw9I/+SKAPoCivn/8A4exfss/9HLfAD/w4ekf/ACRR/wAP Yv2Wf+jlvgB/4cPSP/kigD6Aor5//wCHsX7LP/Ry3wA/8OHpH/yRR/w9i/ZZ/wCjlvgB/wCHD0j/ AOSKAPoCivn/AP4exfss/wDRy3wA/wDDh6R/8kUf8PYv2Wf+jlvgB/4cPSP/AJIoA+gKK+f/APh7 F+yz/wBHLfAD/wAOHpH/AMkUf8PYv2Wf+jlvgB/4cPSP/kigD6Aor5//AOHsX7LP/Ry3wA/8OHpH /wAkUf8AD2L9ln/o5b4Af+HD0j/5IoA+gKK+f/8Ah7F+yz/0ct8AP/Dh6R/8kUf8PYv2Wf8Ao5b4 Af8Ahw9I/wDkigD6Aor5/wD+HsX7LP8A0ct8AP8Aw4ekf/JFH/D2L9ln/o5b4Af+HD0j/wCSKAPo Civn/wD4exfss/8ARy3wA/8ADh6R/wDJFH/D2L9ln/o5b4Af+HD0j/5IoA+gKK+f/wDh7F+yz/0c t8AP/Dh6R/8AJFH/AA9i/ZZ/6OW+AH/hw9I/+SKAPoCivn//AIexfss/9HLfAD/w4ekf/JFH/D2L 9ln/AKOW+AH/AIcPSP8A5IoA9A0T4eeMvCUd7baV4m8MpYXGo3t/El34dnmmi+03MtwUZ1vUDbWl IBCDgDitr4beCtQ8JSa7c6rqVnqd/r2oi/le0sWs4Y9ttb24RUaWU/dtwSS/VjwK8l/4exfss/8A Ry3wA/8ADh6R/wDJFH/D2L9ln/o5b4Af+HD0j/5IoA+gKK+f/wDh7F+yz/0ct8AP/Dh6R/8AJFH/ AA9i/ZZ/6OW+AH/hw9I/+SKAPoCq+qxXNxpdylnNFbXjxMsE0sRlSKQg7WZAylgDgldwzjGR1rwf /h7F+yz/ANHLfAD/AMOHpH/yRR/w9i/ZZ/6OW+AH/hw9I/8AkigD0z/hRulf8Ir9i8+8/tT7R9v/ ALa3L/aH23bt+078Y3Y+XZjZs/d7fL+Wus0qK5t9LtkvJorm8SJVnmiiMSSyADcyoWYqCckLuOM4 yeteD/8AD2L9ln/o5b4Af+HD0j/5Ir1v4afGbwh8afA9h4n8HeK/Dfizw1qgkNlq2janDf2N55cj RP5c0TMj7ZEdDtJwyMDyCKAOlr+aL/g9QbH/AAUV+GP/AGTmD/056hX9Kv8Aatt/z8Qf9/BX80v/ AAem3CXP/BRL4ZGN0cf8K5hGVOef7Tv6APx43HzNtLR70UGYj/dr+8f4Rf8AJJ/DH/YJtP8A0Slf wbs/y1/az4O/4Kbfs3eAvCOl6Frv7QfwQ0XW9Fs4bDUNPv8Ax1pdtdWFxEgSWGWJ5w8ciOrKysAV IIIBFc8v48fSX5xJ/wCXi9H+h+f37cXwqh8eftH/ABbvfHfww+O+oavq+v6xNYaX4f8AhTrevaUl pcabpWjqY9c06RMrqFjoVhPL5A328d/c2UvmYuUl9r/4I/8A7A2leJPE/j34r/Er4EeCLKbW/Etl 4g8Hal4r8FJbeL9LvbeJYJ2iS7hFzY2MTWtmbVHEcwmW9lAMUltI/wBT/wDD2L9ln/o5b4Af+HD0 j/5Io/4exfss/wDRy3wA/wDDh6R/8kV2Sq1JRUJNtLZdFfe3a5tbqfQFeA+Nf2LrrXf2edT8B219 8PNXTV/FWq+I5z4z8Ef8JHpwS91C6vhGLM3cK+bE9wgWZnYfuifL+bCt/wCHsX7LP/Ry3wA/8OHp H/yRR/w9i/ZZ/wCjlvgB/wCHD0j/AOSKyav/AF53/QpSa0Xe/wCDX5NmT4U/Ye8W/CL4geG73wT4 38GpoHhbRbbRtPsvE3gyfV72wAeRry4triDUbWOGa7Mn71hAf9XGMbFCV6J44+AOufEz4XSeH9e8 Y/2hcjxfZ+JLe+/smOL7Pa2msw6jb2Hlo4DbIoEt/OJ3H/WMpOVPI/8AD2L9ln/o5b4Af+HD0j/5 Io/4exfss/8ARy3wA/8ADh6R/wDJFUpNNSXR3+d+b81+a2bISSVl5fgrL8Pv0vshPHP7EV940+J2 pTf8Jp9j+H+veIIPFup6DHpR/tJ9Ugt44Y2h1ATgRW+63tpjGYHfzI2xKqP5YpfC/wDYv8b/AA5+ xzr8UNMj1Dw/o2m+FtCuNM8IpaLDpFreQzyxXcclzKlxczQxGETIIUi82R44VLYq9/w9i/ZZ/wCj lvgB/wCHD0j/AOSKP+HsX7LP/Ry3wA/8OHpH/wAkUqf7u3J0t+C5V/5L7v8Ah02HNKbvL+teb/0r 3vN67naeKfgPq158SPHvizQfFX/CP654t8IWXhrTrj+zEu/7EuLWTUZYr3a77J8PfqfKZQP3HLEP hdHUPg1Nqnxw8IeNp9X33Hhfw9qehyW/2QD7c17Lp8pn3BgE2mw+4FOfN6rt+bzr/h7F+yz/ANHL fAD/AMOHpH/yRR/w9i/ZZ/6OW+AH/hw9I/8AkihaO6/q6af4Sf8ASQ223zPf/gJflFfj3d+o+Dnw G8UeHvi/rPjzx34s0PxR4jvtLh0KyTRfDr6LY6fZRzSTEeXLdXUskrySfM5lC4jQCNSGLdd4B+Bf gj4UeIdd1bwt4O8K+G9V8UTi51m90rSYLO41eUM7CS4kjRWmbdJIdzknLse5ryn/AIexfss/9HLf AD/w4ekf/JFH/D2L9ln/AKOW+AH/AIcPSP8A5IoWiSXT9Xd/e9X3eonq231t+CsvuWi7G5+zb+xL 4N/Z08SeKvEdtovhm88aeLdc1fVLzxJFocFrqktvf30l2LOS4G6WRI90acvhvKU7VwAOP/Zy/YT8 R/BD4i+A77UvH+l674b+F/h/UvDHhzS7bw09jcrZ3UloyNdXLXcommjSzjQskUSvknYprU/4exfs s/8ARy3wA/8ADh6R/wDJFH/D2L9ln/o5b4Af+HD0j/5Ioj7rTj0Vl6Wa/Jv733HJtuTe8nd+rd/6 6HoX7P8A8D/+FF+Edd0r+0/7U/trxLrHiHzfs3keT/aF9Nd+Tjc27y/O2bsjdtztXOBxtn+xjDF/ wT1k+As+uR3cUnguXwgdYk00FcvatALn7MZD0JD7PM7Y3DrWf/w9i/ZZ/wCjlvgB/wCHD0j/AOSK P+HsX7LP/Ry3wA/8OHpH/wAkUnFOLg9mkvkk0vwbKjUlGftFvdy+bd2/vPcvDOiL4a8N6fpyFWTT 7aO2UqmwEIoUYXt06Ver5/8A+HsX7LP/AEct8AP/AA4ekf8AyRR/w9i/ZZ/6OW+AH/hw9I/+SKuU nKTlLdmUIKEVCOyPoCivn/8A4exfss/9HLfAD/w4ekf/ACRR/wAPYv2Wf+jlvgB/4cPSP/kipKPo Civn/wD4exfss/8ARy3wA/8ADh6R/wDJFH/D2L9ln/o5b4Af+HD0j/5IoA+gKK+f/wDh7F+yz/0c t8AP/Dh6R/8AJFH/AA9i/ZZ/6OW+AH/hw9I/+SKAPoCivn//AIexfss/9HLfAD/w4ekf/JFH/D2L 9ln/AKOW+AH/AIcPSP8A5IoA+gKK+f8A/h7F+yz/ANHLfAD/AMOHpH/yRR/w9i/ZZ/6OW+AH/hw9 I/8AkigD6Aor5/8A+HsX7LP/AEct8AP/AA4ekf8AyRR/w9i/ZZ/6OW+AH/hw9I/+SKAPoCivn/8A 4exfss/9HLfAD/w4ekf/ACRR/wAPYv2Wf+jlvgB/4cPSP/kigD6Aor5//wCHsX7LP/Ry3wA/8OHp H/yRR/w9i/ZZ/wCjlvgB/wCHD0j/AOSKAPoCivn/AP4exfss/wDRy3wA/wDDh6R/8kUf8PYv2Wf+ jlvgB/4cPSP/AJIoA+gKK+f/APh7F+yz/wBHLfAD/wAOHpH/AMkUf8PYv2Wf+jlvgB/4cPSP/kig D6Aor5//AOHsX7LP/Ry3wA/8OHpH/wAkUf8AD2L9ln/o5b4Af+HD0j/5IoA+gKK+f/8Ah7F+yz/0 ct8AP/Dh6R/8kUf8PYv2Wf8Ao5b4Af8Ahw9I/wDkigD6Aor5/wD+HsX7LP8A0ct8AP8Aw4ekf/JF H/D2L9ln/o5b4Af+HD0j/wCSKAPoCivn/wD4exfss/8ARy3wA/8ADh6R/wDJFH/D2L9ln/o5b4Af +HD0j/5IoA+gKK+f/wDh7F+yz/0ct8AP/Dh6R/8AJFH/AA9i/ZZ/6OW+AH/hw9I/+SKAPoCivn// AIexfss/9HLfAD/w4ekf/JFH/D2L9ln/AKOW+AH/AIcPSP8A5IoA+gKK+f8A/h7F+yz/ANHLfAD/ AMOHpH/yRR/w9i/ZZ/6OW+AH/hw9I/8AkigD6Aor5/8A+HsX7LP/AEct8AP/AA4ekf8AyRR/w9i/ ZZ/6OW+AH/hw9I/+SKAPoCivn/8A4exfss/9HLfAD/w4ekf/ACRR/wAPYv2Wf+jlvgB/4cPSP/ki gD6Aor5//wCHsX7LP/Ry3wA/8OHpH/yRR/w9i/ZZ/wCjlvgB/wCHD0j/AOSKAPoCivn/AP4exfss /wDRy3wA/wDDh6R/8kUf8PYv2Wf+jlvgB/4cPSP/AJIoA+gKK+f/APh7F+yz/wBHLfAD/wAOHpH/ AMkUf8PYv2Wf+jlvgB/4cPSP/kigD6Aor5//AOHsX7LP/Ry3wA/8OHpH/wAkUf8AD2L9ln/o5b4A f+HD0j/5IoA+gKK+f/8Ah7F+yz/0ct8AP/Dh6R/8kUf8PYv2Wf8Ao5b4Af8Ahw9I/wDkigD6Aor5 /wD+HsX7LP8A0ct8AP8Aw4ekf/JFH/D2L9ln/o5b4Af+HD0j/wCSKAPoCivn/wD4exfss/8ARy3w A/8ADh6R/wDJFH/D2L9ln/o5b4Af+HD0j/5IoA+gKK+f/wDh7F+yz/0ct8AP/Dh6R/8AJFH/AA9i /ZZ/6OW+AH/hw9I/+SKAPoCivn//AIexfss/9HLfAD/w4ekf/JFH/D2L9ln/AKOW+AH/AIcPSP8A 5IoA+gKK+f8A/h7F+yz/ANHLfAD/AMOHpH/yRR/w9i/ZZ/6OW+AH/hw9I/8AkigD6Aor5/8A+HsX 7LP/AEct8AP/AA4ekf8AyRR/w9i/ZZ/6OW+AH/hw9I/+SKAPoCivn/8A4exfss/9HLfAD/w4ekf/ ACRR/wAPYv2Wf+jlvgB/4cPSP/kigD6Aor5//wCHsX7LP/Ry3wA/8OHpH/yRR/w9i/ZZ/wCjlvgB /wCHD0j/AOSKAPoCivn/AP4exfss/wDRy3wA/wDDh6R/8kUf8PYv2Wf+jlvgB/4cPSP/AJIoA+gK K+f/APh7F+yz/wBHLfAD/wAOHpH/AMkUf8PYv2Wf+jlvgB/4cPSP/kigD6Aor5//AOHsX7LP/Ry3 wA/8OHpH/wAkUf8AD2L9ln/o5b4Af+HD0j/5IoA+gKK+f/8Ah7F+yz/0ct8AP/Dh6R/8kUf8PYv2 Wf8Ao5b4Af8Ahw9I/wDkigD6Aor5/wD+HsX7LP8A0ct8AP8Aw4ekf/JFH/D2L9ln/o5b4Af+HD0j /wCSKAPoCivn/wD4exfss/8ARy3wA/8ADh6R/wDJFH/D2L9ln/o5b4Af+HD0j/5IoA+gKK+f/wDh 7F+yz/0ct8AP/Dh6R/8AJFH/AA9i/ZZ/6OW+AH/hw9I/+SKAPoCivn//AIexfss/9HLfAD/w4ekf /JFH/D2L9ln/AKOW+AH/AIcPSP8A5IoA+gKK+f8A/h7F+yz/ANHLfAD/AMOHpH/yRR/w9i/ZZ/6O W+AH/hw9I/8AkigD6Aor5/8A+HsX7LP/AEct8AP/AA4ekf8AyRR/w9i/ZZ/6OW+AH/hw9I/+SKAM +f8AZg+NHgL43/FDxL8Ovin8MNF0T4neILbxJPpviT4b32tXVhcRaNpulMi3MGt2aNGyaZHIAYQV MjDcwAroP2cf2cfH3gL4++OviL8RfHXg/wAX634v8P6H4bgg8N+ELnw9a2Fvplzq1wrss+o3zyyS Pq0gJDoFEK/KSSaz/wDh7F+yz/0ct8AP/Dh6R/8AJFH/AA9i/ZZ/6OW+AH/hw9I/+SKAPoCivn// AIexfss/9HLfAD/w4ekf/JFH/D2L9ln/AKOW+AH/AIcPSP8A5IoA+gKK+f8A/h7F+yz/ANHLfAD/ AMOHpH/yRR/w9i/ZZ/6OW+AH/hw9I/8AkigBPDP/AAT08L618PPFVr8Srl/iL4z+IDQT+JPFEkTa fcmW3cyWaacEkZ9Ogs5DvtUhlLwyZmMslw8s8nrHwV8IeIfAHwx0vRvFPip/G2taaskEmuSaeljP qEQkfyHmjjYx+eIfLWV4wiSSK7rFCriJPKP+HsX7LP8A0ct8AP8Aw4ekf/JFemfBv9o/4eftF+FZ td+H3jzwZ470S2u2sJtQ8Pa3bapaxXCojtC0sDugkCSRsVJyBIhxhhQB2lfjH/wevf8AJhvwo/7H 4f8Apuu6/ZT+1bb/AJ+IP+/gr8aP+D1e8iuP2DfhT5ckcmPHoztYHH/Euu658T8C9Y/+lIyq/D81 +aP5tE+cZpY5Du5psa+ZDxTm/d9s10FMFfdJilXvRHH+8zTGzHmqiIdvo560eX1XvRz0qgDnrSR0 7y9vFH0rMBk37yTPanxvQ0fakjXbxQB9Ff8ABK7xZF4W/be8Ki4x9i1OG9sbgEfeVrWVgPxdUH41 5L+y38EbT9ob4y2nhi/1m40CxksNQ1G4vrewF9LFHZ2U92wSFpYg7MICoBkUZbOeKu/sr+Jh4O/a Y8B6i8y28EGu2YnlY4CRNKqSEnI/gZuvHrXS/wDBOX/k59P+xX8S/wDpiv6q9oTfaM381Ftfiioq 7PNrL4X3HxJ+J0nh74bWHizxwZ2Y6dDHoZXU7xFTczG0gkuNpADEhZHAC5z6JrXwJ8b+G/Cd9r2o eDfFVhoWmag+kXmo3Ok3EVpaXqHa9rJKyBEmU8GMkMD1FXv2cPhn4k+K3xm0HTvC/h/W/EmoQ3kN 1Ja6VYy3kyQpKm+QpGrMEXIy2MDPNe7f8FQE+NemftO/EnW/F+k/EHw/4Q1nX77QtNmudOutN0i+ 0+O9knt7aHKrDJGTGJ8LkO+6Y7nJcqa5Yw1+K+/ly6/O9vlfyCEuapKPRW/G/wCVr/h5ngmifs4f EPxN8N7jxlpvgLxnqHhC0SWWfXLbRLmXTYUjz5jNcKhjUJg7iW4xzWV8N/hT4o+MniP+x/CHhvX/ ABVq/lNP9h0fT5r658tcbn8uJWbaMjJxgZFfX/xD+FvxP8fftneHvid8ObLXx8MbL7BceGvFdosk eg+GdFgjUNBNdf6m0W3RZknikK4YS7lO/wCbmtU0hfj/APBb4qeG/gZpN/qVxffEm61q50DRLOT7 fqXhw5GmlLZB5klvbyly8YVvLaeFmAwCJcrRU7fLqtYrX/wJu392WvUIyvLl/HptJ/8AttvWS06H zpa/ATxxdfFb/hBV8G+Kz403+W2gDSLg6opEfmkG22ebkR/P937vPTmvQ/2qf+CffxK/Zc8aeLIb 3wd45vPCHhe9a1HiqfwzdWem3Ue8Ik3mENGquzKB+8IJYAE5rR/awstQ8EfBn4P+FPGS3Ft8R/DU GoDUrK9U/wBo6PpcksD6dZ3IPzRMuLqRYH+aOO4Q4UOorr/+ChH7K3xB8VftLfFb4i2nhi+X4fXV 3L4hs/E9y8dro2pWc2ySFrW7lZYbmSRZF2RQu8rnIVCVYB1NIxcf7136ctr9uv3Pe2lQab1+7r/W 3QxfgV+yZ4V1Twp8Pm8U6R8SPF3ib4rTzT6Po3gpovtWj6VBNJBLqE0T2873LNJHKUgQRDZbOzTD eNuHqX7Ev2Gf4z6NFrerX/jP4S6xHpkOlWmhiaHX1fVIdNUxyifzEmaSYMIhC+Rgb8nFe7eCPihp 3h79lf4Z/brfxifD/jnwg/gN9V8KWS32pafqtp4gnv8A7C0DSRLKlzDPCDF5ys6uCA20qd34KHxr 8W/iL+2R4w+HVr4l8LXPipJbLS7nWLP+zLqK9uNYt3fSt+9kiv3jaSFIxJvLuoGCwxdW3tLR6e0/ 8la5P/Alre13zXs/dRmm+S99W4L/AMC+L7np5cv+I+IfF/7Pnj74e+ONN8Ma/wCCPF+h+JNa8v8A s/SdQ0a4tr6/8xzHH5ULoHk3OCq7QcsCBzXp/wAff+CbHxZ+B/2a5HgH4iaro48PWWu6jqQ8J3kN tpTS2qXFxBK+1lU25ZkdmZcGMkqvIGt8TvBnib4G/sIDwf8AE3T9X0HxBqHiyDVvCWgavE9tqGm2 awXMeoXJt5P3kME0htVXcqiV4WZd3ltjoP2m/wBlj4gfH+/8A+K/CXhi+1bwfJ8ONCV/Em+O30K0 az01IbpLi/lZba3eKWCWNklkRgyhcZZQc6mkHbpJa9LODl+D0eu66ao2hZy97Zxbt5qaX4q7Wn36 M+ffhZ+zn8Qvjna3k3gnwJ4y8YQ6eypdSaHotzqC2zMCVDmFGCkgHAOM4Nc7D4S1W48VroSaZqD6 492LBdOW2c3bXJfyxCIsb/M3/LsxnPGM19g+CvDGk/tCfsa/DTR9C+GfxZ+JY8Hi9h13SvA/iaG3 bT9Rmu55Furiw/sy7mPm23kKt1kRkRGIYaM5mntPiZ4y/wCCgvhy+8IeGW8EfEnw54SW+nsfGniW DUdQ1NbaxlVxqE6wweRdT2gWIpMkEi5V2eMsJA5qSnyxWiv9yV77badm7NPuZ8y5OaX9NuyXrr3t fQ+XPiR+zZ8Rfg3aC48X+AfGvhWAtGgk1jQ7mxQtJ5nljMqKMt5Uu0d/LfH3Tj1Px1/wS++MvhXw B4K1mx+G/wATdZuvFGnz3t/YQeDr7zNDeO7mgSGUhWOXjjSYblQ7ZV4Iwx6f9ojwdrfhr9j64g8V +ANa+As1v4lgm0jwr9r1mDT/ABazwOtxdf2fqVzNIstsqxA3SEIVuBERuKmo/FP7OHjv9pv9lv4A y/D/AMLax4uttJ0vVNF1O502DzrbRrv+2LqfZeSj5LQeTcQyb52RNj7t20EhN3g+XdSS+XK3917a +m2zvTT0/G/+X9aHhHwo8FeD9f8A7VuPGvjO58J2mmKgjtbDQ5NV1TUpGbaRBEXgtwExuczXMRwR sWQ5UaX7RvwKtPgrqXhq50fX/wDhJ/DHjPRIte0bUJLE2Fy0LSSwSRz25dxFLHPBMhCySIQoZXYN xb+DH7PfxG8UeLdRuvA3hu08a6x4MvB9p07To7HxHI5V9nmrYgzfbLUNgNKkUsHzplsOue7/AOCi L393qvw5n8VRWmkfEVfCsNp4j8PWhEcGgeTJIlpH9lX93YSPbeXI9pGEWJ3J8qIuUDqO0Ytbtr7u Vu/5f5O+ijq5drfjdL/P/gdfnOiivYfAn7THhuy8DW/hHxV8LPCOseGY7QxSXGkoul+ImutzML1d UdLiQP8AMEMLI9sUXiBX/eUdL/1/X622V2jr/X9f8C/Wyfj1emeOP2bbzwV8O/hzem6ub7xZ8SVk vLHw3bWJkuIrIyiC0mLBizPcyLLsjEedqK2TvAq98Gfhfpn7VH7T0enWOnW3gbwdNLLqepiG4muI fD2kWyGW5mMszM7MkKMcscNIQAFDBRS+OHj/AFX9rv8AaUvb3QtIvpn128i0zw5otuhmmtrSMLBZ WcarnJSFI046kE96aTfLFLWXTrb/ADb0T1WkuthNpOTb0X5/5Jav/t3oRJ+xx8XZPFt1oC/Cv4jt rtjaJf3Omjwze/a7e2dmVZni8vesZZWAcjBKkZ4rK+Fn7OfxC+OdreTeCfAnjLxhDp7Kl1Joei3O oLbMwJUOYUYKSAcA4zg190+OvgR8QvGHhrxL8LtN0DX5/wBo3TfC0Nz4t8RReH7lZfEemgSB9J+1 cgyeWI0N4FA1Dymg81wqm6868M+CbD44fsh/Drw9pnwt+L3xDn8DvfWviLRfBfiSK0m0rVJLyd/t F1p50y7nzJbiFBckhP3JhGGjIM3tdb/rq1dd0rcv+LbRpgruzen/AAydvV3v5R3tJNHyd4W+C/jH xzrer6bonhPxLrGo6BFLcapaWOlz3E+mxxNtkedEUtGqNwxYAKeDinfET4JeM/hDaaXceLPCPifw xBrkRn02TV9Knsk1CMBSXhMiqJFAdMlcj519RX258G9N8beNP+CovhLUrP4deMNE8TeHvBs0upWu p30fiTWFdNIuoLe51Mx28flTyZtozFcQo5Jj3AmUZ8nh+HHxI8T/APBOT4q6vr3h/wAa3xtfiTp+ pXt3fWFy4guBbalFqE8jsuFcSmBJnJBDGNXOdoqOdqMpP7Nn6rn5bry1v5Ws99LSvNR7/nyuVvwt 53v014X9mf8AYpuf2gfg18QvG934gh8N6V4L027nsFezNzJr99b2c169pGN67AsELM8p3bPMiG1t /Hhtfop+yFoXg79ojwdHp3gq2+NH9k+B/hhrmj6la2HgCHUbNdUvtOmN7ci6TUQZLidwFhheOPes EMeVwWr4q/Zk/Z01n9rH496B8PPDV3pVnq/iSeSG0n1WZre2QpG8pLsquw+VDgKrEkgAHNbzg/b+ yj2X380lf0aSa2087nPSqXpSqT6P8LJ/hdp76+Vjg4YXuZljjRpJJGCqqjJYnoAPWvXfiZ8AfBfw S0y80jxR491OT4jWduWn0PQdAj1DT9NuccWV3fyXcOydG+WUQQzpGeN7sGRczS/D3/DKf7Ylnpni z7JqK/DzxfFDrH9nS/aIblbS8XzvKbjcCI2xkA84IU5A+sP2qvD934x8VfFrUtX+G3g3Q/gkdPvd S8JeMNP8PwQ/2ndsrS6fNBq+1J724uZWVZoDJMEDzDyY/I3RZSknSVSGzUnf0Sa+b1surXqbK6q8 kvLTvd2fyWl+yfofLXwj+Avhn4s/BjxzrMXirXbLxZ4H0Z9em0p/D8T6ddW63dtbALefaxIJCblW wbbACn5jXGfBn4cyfGH4v+FfCUNx9kl8UaxaaSk/lGXyDPMkQfYCC23fnGRnHUV6h+xv/wAk3/aA /wCybyf+nfS66n/gkN8Q4vh/+3B4Q+bxlHdanexWyNoPiFdJR41cTSR3aGCQ3VuwiG6HdHu2j5ul bLlVaKltyp/PmkvxsjOfN9XlKPxczX/ksX+F2eWftK/s9p+z1qHhe3GsnWG8SaO2sZNl9m+zp9tu 7ZFwXYtuW2EmSFx5oGDjcfNK+yP+CrP7Rz/E+z+HPh/+0PihME8K6Nrk0HiHxsdZsi9zaGZXMP2a IG7C3GGuN3zLx5adK+N656fNeUZdJSX3Nr/gfibz5dHHZpP70n+O4UUUVoQFFFFABRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABX9a/wDwbSf8oO/gT/1y17/1ItUr+Siv6vP+De/wHafFT/g3 1+FPhjUJLmGw8R6R4m0u5kt2VZkin13VonKFgwDBWOCQRnGQaAPrP4Gftl/Dv9o7xz4n8O+EfENt qmp+FZtk6Lwt5FhQbi2bpNAJGMZdeNwB+5JE7/gv/wAHkP8AykB+GvX/AJJ9D/6cr6v3o0f9jX4d +F/FfgDWtF8PW2h3/wANYZ7TR5LL5CbaaGaJ4JicmVS07y7mJfzSzbv3kof8F/8Ag8g/5SA/DX/s n0P/AKcr6gD8jEbb0pJJOlN3daP4BQZiy/pXvP7RXwv/AOF3/wDBWbx74M+3f2Z/wlnxZ1LR/tnk +d9l+0axLF5mzcu/bvzt3DOMZHWvB3G9cV9Saj/ynWvf+y6Tf+n5qVCKljaUZbO/5xMMRJxTlHdR l+h8/wDxA+GOnL8X/wDhFfh/deKPGjvcCwt1uNBWyvru63lDFFbQXFzvyQNuH3Nn7opNV/Zp+I+h Q+I5L7wB42s08H+X/bzT6HdRjRPMUPH9qJQeRuUhl8zbkEEVDrfgrWfiN8cNV0Tw9pGp67rOoarc x2thp1q91dXLCRyVSNAWY4BOAOgNfUn/AAU10b47eF/iJa6ld6B8SPDvgTwt4W0jSLW+j0q80/TL f7To9nBeI8yosbSyyF4JSxLOEWJshFQZ0ZOWHVR7tfK7X9L5+WvfXSjinSXwq/ro7fjv8mfL/wAN v2cPiH8ZdEvNT8IeAvGfivTtOfyru70fRLm+gtn27trvEjKp2kHBI45rn/BvgrWfiN4ntNE8PaRq eu6zqDmO1sNOtXurq5YAkqkaAsxwCcAdAa+nPiR8HviP+0N4T+DmqfB3QPFfiXwv4c8OWVjb/wDC O280yeGtaRg1+bgxDFrPJckXHmybN8bxMGKples8U61a/F74hftEaJ8NLm31f4heK7HR4bZ9FIM3 idIYk/4SCKyZMee1xdL55WPP2iOOQqrKcHRySb8m162dr+j38l3MebReaT9L9H5rbzaex8n+K/gN 458B+PrHwprngzxXo3ijVDELPR77SLi3v7syuUi8uB0Ej72BVcKdxGBk16n8ff8Agmx8Wfgf9muR 4B+Imq6OPD1lruo6kPCd5DbaU0tqlxcQSvtZVNuWZHZmXBjJKryBc+MXg/xB8Gv2ItI8HfEbTtT0 Lxc3i06n4b0TWYHg1LS9LNtKl7J5MgElvBPc/ZtoYKJWt5GUHYxrqv2m/wBlj4gfH+/8A+K/CXhi +1bwfJ8ONCV/Em+O30K0az01IbpLi/lZba3eKWCWNklkRgyhcZZQXU92Da6SWvSzg5fg9H5rpqiq LUpe9tZ6dbqaX4q7Xl33PPfgP+zz4e1L4QxeNfFuneMPE7eIte/4Rbwr4X8K3UVrqes3iJFLcTGW S3uMRRpNCiokDtJJOoygQ7ui8e/sI6V4Q/aE+JngafxB4l0m58J+FpvF2jRX2goZ7uBNMGpfZb0G 4RrWZY2WNiqSfvA3yqMV6B+yv8W7P4ZfsWaF4jni12TSPDuv+JfD2v3ughTqvhtda0yzitL+EMyr 962mUbpIwxVk3qWBrvv2fL3VfGn/AAUM8S6/4MtfFnhUeEPhY+mPq3i7RBpH/CP3UPh1bS2urwCW WO2jd4klRpJMYbuBk6VI3nKMekW9O/s3K1uuqUk3vz8vSxnFvkjJu13/AO5VH7nHm9OW73R8NfEv 4AePPgvb6dL4x8E+LvCcWrhjYPrOj3Fgt7t2lvKMqLvxvTO3ONy+or1rx1/wS++MvhXwB4K1mx+G /wATdZuvFGnz3t/YQeDr7zNDeO7mgSGUhWOXjjSYblQ7ZV4Iwx6QfDb4gfs9/swfGS3+MemeJPD1 p4ya2j0PT9fWSG51nXo76CV763ST5pFjtvtIkuVBRhOib8yKCnin9nDx3+03+y38AZfh/wCFtY8X W2k6Xqmi6nc6bB51to13/bF1PsvJR8loPJuIZN87Imx927aCRk3eneO91tro4y3+dtet47Xsa20u /P52tqvLdeqfY+fPhn8EPGnxq1i607wb4Q8UeLdQsY/OubXRtKnv5rdNwXe6RKxVdxAyRjJArK8Y +C9Y+Hfia80XxBpOp6FrOnv5d1Yahava3Ns2AdrxuAynBBwQOor6x/Z68Nad47/Y/wBZ+HFp4N8b /EDxNonjC51DxBofgPxba291qNsIreG1uRGtle/2hbwyrcgNb5SLzg5JEysHfEnwV418VfG39nvw hovgrxL8KvGumyCx8O3Hj/xFDqOqKkd4JLM3EIsoJLe2hk8wRebblXTIXciYDd/aKC1vb8Yp6flb XvdbE3tTc3pa/wArNrX1Wt9N9nufO/jf9lT4ofDLQDqviT4b+PfD+lrD9oN5qXh+7tLcR7kTf5kk YXbuliXOcZkQdWGe/wBM/wCCbnxX8R/s46B4+0bwH8Q9Zk8QapPaQ6ZZeFLyZvsa29vNDfrIinfD MZ3VSE2nyWIZuQPW/i34e8ZSfBP4v33xA+HF98D11Yxai2t6XqOsQaZ4/wBT+17ls3hurye21FZP MmuI5LTCxeSZQTEa4DwN8HfFn7QX/BPPRtK8CeG9b8Z6t4d+IWo3Op6follJf3lhDc6dYrBNJDEG kWJ2tp1EhXbujYZzxQruM1bVcu3nJJ+vXs7a2V0yo8rlHXR834RbX4+bV9LuzR414L+GOmp8QtT0 X4ga5c/DxNCSf7el1o9xc6j58R2mzitQFH2ktkBZ5IIxtbdInAO98c/gHovgL4deEvGvhHxReeKf Cfi2a9sUfUdIGk6jYXloYjNDNAs08e0xzwOjxzOCJCCEZSKh0P8AZT+IGo/FzWPB2k6NYa34w8Mg zXGk6fqdjqU9wyAM8dvHHK4vJEGd8MAldQkm5RsfHrH7bi+JX/Zx+GSfErSbTwZ8Q9NvdStrbwzb afHoxTSHZJUvJtKhRIbKV7hpkDLFC1wkauUfYJGUn+7jP0+aemm9+u2yV72UgjrUa6a/LT8Om973 tpdM+W6KK9V+Dn7SOlfDjwvH4d1n4a+BfFOgXcsraxLc2ezWr9HChRDftvks2h2kxm3VFJY+ck6/ LT6MXVHlVeh33wG/sL9mWx+Imqar9il1/W5NK0LSvs259Tigj3Xd2ZN42RxO8MY+Vt7uwyuw5db+ E7X9pP47aB4Y+HHhNvDw1ya10jT7GfUpNQnlkOFa4ubhlVSxJLu0cUUSqOI1AOdz9sf4naL4x+MF roXhu5mvvAHw8s4fDOgMGA+2W0BPnXYxkBrm4aefOOBMo/hAppXSWzk7a9ErXfXyXpJtaoV/e8kv z2X5v/t23Uf+zj+xj4p+Neu+GLvVtA8f6F8P/Euow6Wvi+y8KTajp1vLNcC1jJkZ4YSn2hlRj5wK nOAzDaePsfgH4o8X/FrWfB3hDQdf8Z6vpNzcw/Z9H0ya7uZY4ZCjS+TEHYL0z1A3DmvtX4f/AAs+ LPib/gp54Y+J3g/+1YPhjda/Zto3ixZ8aBb+HjOkMenG55hVhCfspsyfM8391sLnB888Z/Cjxj4s +FPxW+HfhLw74jk+IcXxGm1XxP4atbGYaxqekFAbGT7MFEs0EM7SOyhWCm5gkIAw1Y1ZuM46W0ld dfiglfzXM2/RrpcdPVSu+sdenwzf42SXqtr2Pm6z/Zs+Iuo+NdX8NW/gHxrP4i8PwG61TSo9DuWv dNhAUmSeEJviTDqdzADDD1FWvEP7KXxS8I6frN3qvw28faZaeHUjl1aa78PXcMelo4yjTs0YEQYE EF8ZHSvtL9lbwP430n4y/Abw/caT4in+KvgDQ/E91qdvFZyz6p4Z0yWxcaTb3W1S9uyzNM0cMmGQ XUIwPMQVd+Fvg/4ieK/hz8FNIvtI8Y6jCfhp8QtHS0ns7iUNqrnWFe02kHN0RFEDF9/5F44FXO6g 2t0n8/dm/wA4Wa6N7sKb5pK+zaX3tL9b37dEfDfhT9l/4l+PPAcnirQ/h3451nwxCkskmsWOg3Vx YRrFnzSZ0jMYCYO47vlwc4qj8FPhLrfxn+IFppGieGfFnitkZbi+svDenSX2oLaK6iWRI0VuQGAB YbQzLnrX19+zL+xVB4C8T/CXxFZ+Bvi/4v1K9e01y98WaPrtr4e8OeFp1nIezmuJrOdRPbtE6yiS 4t3L4jVASrP4r+0J+y18RPF37bvxT0Lw58OfGmp32m+Jb68k0/TdAuZpbS1luneCUxRxkpE6MjI2 ArKykEgitqKUq9OmnpJv5crjf1Wr8rLRtO6nWVOT2tb7pX+56Lzu9UmrPzr4qfDBYv2hdZ8JeDfD 3jpR/az6fpOi65YY8Q8vtjgngiX/AI+OgKIvXoKb4m/Zj+JPgrwrqWu6z8PfHGk6Jo1z9i1DUb3Q bqC1sZ9yp5UsroEjfcyrtYg5YDGTXtv/AAUy/Zr+I1r+3R46vJPAHjWOz8XeK7i30KdtDuhHrUrt lEtm2YmZh0EeSe1fQ3xA8C/FT4g/8FS/jFp9z4d8a6jbr8P9d061tE0q4MTWEmk3AtI1jVNpikvB lOMST5PzSEmuOjUbop215W//AAGPNb1/zv0s9Za1bbJtfK8rfd/lbrdfFf7LfwF8M/tDavqWh3/i rXdA8Sx6df6jpsNv4fivrG6S0sprt1mna7ieEsIGUbYZeSCcV5QoLHA5J4AHevef+CedjPpf7VrW 1zDLb3Nv4a8TxSxSoUeJ10LUAysp5BBBBBrkf2PvGcfgL9ozwvfl/F8Nw14lrazeGfEC6FqEMsxE QK3JgmwpDsGXYNysRuUE120oKpiIU09JRi/m5TX42XkY1p+ypOb6X/T8vv8AU6P9rz9jY/so2li0 niI61Ne69q2i+X/ZxtQgsFtN0uTIxO6S5dNuOPJJ3HOF8Qr9Gv8Agsj+06fE3gDTfDiX/wAU0/4S DW/EFy9veeNzdaVJHb67Pbqs1n9mUSIrWmYE8xfs4wP3mN5/OWuTD1HUgpP+u/prc2qU3CXI+l/z CiiitiAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAo oooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK/pf/wCDN/8A5RZeNP8Asqup /wDpo0Wv5oK/pf8A+DN//lFl40/7Krqf/po0WgD9EPC/7Zfw78ZftE6t8LdP8Q20/i7SId8kI/1M 8q7/ADreKTo88KqGkQcqGOMmOYR/ml/weVZP7Bnwxx/0Pyf+m68r9EvDn/BPj4X+FPh54J8P2Gh+ R/wgOsW+v6ZqSsv9ovexSxSSSyy7f3nneUiyKRtKqgUJ5UXl/nd/weT/APJh/wAMf+x+T/03Xlc+ J+Besf8A0pGVX4fmvzR/Obj5AKdxt53UkdOroKY5VFMk+Y8f3qb5m3jFOT7tAgPDE0tH3uKRflYi ncBZHpGPy0N1FJJSAf8AwCkpJfavpH4jf8EzfEfw++DN34qTx78ONe1TSPB+keO9V8K6dLqY1rS9 H1MW3kXL+fZRWkm03lsJFguJWTzM4KgkD0jzvbb8G/yTb7JNvQcU5S5I7/8ABS/NpLu2ktWeCeBv +R20f/r+h/8ARi0z4Q/F7X/gT49tfE3hi7t7PWLOKeCOS4sYL2IxzQvBKjwzo8Tq0UjqQ6kYaneB m/4rbR/+v6H/ANGLXo//AATx0qx1b9qGzGo6ZpGsQWug69epa6nYQ39q00Gj3s0TPBMrxvtkRGAZ SMqOKa0UpdlJ/JJtr5rQaV1Y8j8Y+Lbrx14mvNWvYtMgur5/Mkj0/TrfTrZTgD5Le3SOGMcdEQDq cZNZldv4Tm0342/Gu3Pi/UG8O22vXKxz3Ph3w3Z7YJGARPLsY5LSBVLbchGTAJbDHg+g/tN/sm+D f2Z9d8YeF7r4qWusePPCl9JANLs9DkaxuY1uPKEbXiysI7zy8TPDsaKMZQ3BmUxBW5Yxb67fK1/u uvvK5lKbit1b8b2++zPB6K+gJv2Q/Bnhbxfp/gbxX8S7vw/8S7+GIS2K+G/tOh6RdzpuhtLy/Fys qP8ANGJWhtJkiZ8bm2uV5/wp+y1DoWg+J9c+JutX/gbRfC+tN4YkjsdLTV9TvdWTJltoYDPDERCo LSSPOiqGQLvZwKHpq9v+GX5tfeu6Emnov63/AMn9z7M8for17xf8AfC/gXXvB+tTeLdX1L4X+Mkm ez12y0CNtThlgAWe1msJLpEWeOR4gwFyyGOZHV3yUHe/8FGfhz8IvA37SXxOtPDWueK7HW7DW5or bQIfBdlZaLbESANFHcx6izLGq7ipFqMkAbVzkEvdUW+t/wALf5/1dDWrsjxP4YftB+PfglbX0Pgz xv4v8Iw6pt+2pous3Fgt3tBC+YInUPgM2N2cbj61yFfff7O1hqvwf+Anw5vvDnjW9+GXhtdE/wCE 48carptmb2+8TXEusXGm2GnPb74xcQDyQnkzSrbgTzu4JOGyofgf4W1/4jftgeBp28HeE/CvhHVJ NSstYvdDgmufD0MWuwRuttKkZuMm33Qx26SKjs6qdu4uKqLlnb/F/wCU7KX3a28knZXRKl7t7dY/ Pn2t66ffbVqx8M0V7F40/Z58I2fw/wBJ8c+GPGuteIPAp1iLRNekuvDiWOtaFPIJJFJtBdywTJJD FI0bC6Xc0bo/l4DN6R+258Mfgn4U1vQRpniTxrpmpSeA9CvLWytPAVhFaahLJpkLpNPKuqBo5JmI eUiKUqztgy4y0y92PM+6X3xcvy2730LiuaVl2v8AdJR/N/Kx8q0V7J4e/Z58G+GvhD4f8V/Efxvr 3hqTxeZZtE0nQvDMes3k9nFI8L3c3nXlpHFG00bogDuzGNztVQC0mlfsePqn7U/hr4djxbosek+L xBeaT4leORLa+sZ4zLFIkThX89wDEsBwTP8Aut38VJtKXK/T59r9/LfR9nab+7zfP5bX9PPzXdHi 9Fe8/tNfshaP+zz8P7PVJ9X+JOla5qF8ttaeHvGnw6ufDV9d26ozTXcb+fPbvEjGFMCXzC0jZRVV Wfu/jr8LPgPpXwE+C12fFnj/AEttT0C/mN5Y/DvTmudWK6teJ5t0P7XTDrt8tfnl/dxody52K20o c/nb8G/0+/0ZVmtH2ufJdFeifs//ABBu/BniO4sNF8P/AA/1TXNdeK0sNT8W2trPBpXz5YhL6T+z 18wYVpLmN9gGUaM5Y93/AMFDPB9n4O+IHgtW0fw/ovinUfB9hqHiVPD1skGi3N5KZSk9p5Q+zMr2 32Yu9pm2aXzPLPWiXupS7u3zs39ytr5teolrJx7a/il+unkmeAUUV6Q/7I3xEj+Dw8d/8I1MfDZt RqBkF1AbtbMyGIXrWgf7StoZFKC4Mfklhjfnih6Lmewbuy3OU8JfEnWvAuja/YaTe/YrfxPYjTdS 2RIZLi2EscxiEhUuil4oy2wruC7WypIOFWj4p8Iat4G8Q3Gka1peo6PqtowWeyvrZ7e4hJAYBo3A ZSQQeR0Ir2n9qjwx4Z+DreA/hYba3tdS8MW63njfWrXT459RbUbzZJNagsULrZw+XEsRkRfOE2Sp OQdFLvp+v3L82u4lvb5/kvv2+S8jwWivqbxF+wP4I8KRav4lvPiX4kHwpt9Eh1DRvGcfg+3aDxHe yFwNOt4P7RDeflGUoW8yMpKZo4Y0Mh898Pfs8+DfDXwh8P8Aiv4j+N9e8NSeLzLNomk6F4Zj1m8n s4pHhe7m868tI4o2mjdEAd2YxudqqAWV1a/9b2t66bb2121C6bsv60v93ntfTfQ8bor6G+GX7DNj 44/agtvhxeeOEs7fxHo7614X8Q22liWw1aD7K91E84nmge1QxxyK7EOY5EZSpALVzfxW/Zv8MaH8 G7rxr4G8c3PjHTNE15PDmsreaEdKMU8sUktvcWv7+Xz7aUW9wAziGVdi7oV38LmVr/0tba9tdNeo 1q7L+tL/AJarueO0V9j/ALJPwk8KeBP2dPFknizw3pus+NfiN4I8Q6xoS6laJMdA0qx0+5aO+jVx mOe4u0AikAyI7OQggSDPxxVS92fJ5X/Fq3yad/PQinNTTkujt+Cf4308gorZ+HXgm6+JfxB0Lw5Y lRe6/qNvptuWGQJJpFjXP4sK+rP2sPg746+A2geJvD3hv4a+A9D8C+H7f7PdyXVroet+Lri2ZvKG r3hl83UbETnYymJLeCISxBPmbfITfLFSfW9vla/pv/Wtrj70uVdLX+f9f1pf518K/tIeK/BHwq1n wZpUuhWei+IIGtdRdPD2nHUbuFpY5TE18YDdeX5kUbbBLtBQcVyfhnxTqfgrW4dS0fUb/SdRtt3k 3dlcPBPFuUq211IYZViDg8gkd691/ZY11PFn7Pvxo8Palo3hO9s9B8Fyazp91N4csG1O0uv7T0+L zEvvJ+1AbJZFC+btAc8Vzv7Avwl0r42ftd+AdB1nV9A0yxuNcsTJBq9vczw6sv2qINZqsMMoLyIW A83ZFgEM65GbUOaqoPqk7+V2rfKzsRKfJRdTom9PO0Xf5pr7jyrXPEWoeJ7uOfUr681CeKCK1jku ZmldIYo1iijBYkhEjRUVeiqoAwAKpV9Rf8FIvhH4P+HcXw8ufDHiDwLcPeeHY559P0TSr+ynu/tF 7fXC3p86zijaLy2ihXdJ5oEajywgBHy7WMJ8179G19zsbTi4uz7L8goooqyAooooAKKKKACiiigA ooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACi iigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKK KACiiigAooooAKKKKACiiigAooooAK/rX/4NpP8AlB38Cf8Arlr3/qRapX8lFf1r/wDBtJ/yg7+B P/XLXv8A1ItUoA+6a/nH/wCDyD5v+CgHw1H/AFT6H/05X1f0cV/OL/weQ/8AKQL4a/8AZPof/Tlf UAfkZJGYxyc0jdBS7Tu/pRJ6d6DMH+7XsX7Y/jnVPhh/wUu+K3iTQ7r7FrWgfEzWNRsLjykl8ieH VJpI32OCrYZQcMCDjkEV43cE7OK+m/F+g2Pir/gt1rOmapZWmpabqHxtuba7tLqFZoLqJ9cZXjkR gVZWUkFSCCCQailFyxdOMXZu+vziZVmo+9JXVn+h86/FH4par8YfFsmt6zHokd/MoWT+y9FstIhf BJ3GG0iiiLkk5bbuPcmudr0H4u+L4PiL8eryTxENO0PTIb9rKZvDfhqwsxbWySsN0dnbi2hkkC/3 mQtgbn716d+0F+xd4C/Z41S707Vvi+r6rfaLBrnh+0Tw20jTwzWUd1EmoGK4kFjLKXMcaJ9oPyh5 PJjdHZUmnRVVKy3/AF27+S31tezOyqmqzot3l/lpv2833XdHzhRXtenfs3+CfBfhfwvcfEvx/rPh TV/GNomqWNhpHhhdZFhYSnEFzeyNd2/l+YA0ipCs7+WAxALKhTT/ANjS88O+O/G9p421218O+Gvh 3DBcavrVjbnUvta3QDWK2UO6IzvdKyvGJHhUR7mkaPaRWl1e39adPXpYzurX7/1f08zxWivWvHPw C8L6V4Q0Pxr4c8Xazr/w+vNWXRdXu59AjstZ0K5IaTa9l9rkikEkCvJEUutrmKRXMRXn1D9tz4Y/ BPwpregjTPEnjXTNSk8B6FeWtlaeArCK01CWTTIXSaeVdUDRyTMQ8pEUpVnbBlxliXux5n3t57OX 5LTve60HD35cq7X+5qP5vXtazPnr4YfGbxh8EtZn1HwZ4r8S+EdQuYfs811oupz2E0sWQ2xniZWK 5UHBOMgelYmua5e+J9avNS1K8utQ1HUJ3ubq6uZWlmuZXYs8juxLMzMSSxJJJJNfY/7GfhLV/D37 Lum6n4P8WXHw21jxXrWt3PifxpY+b/aOk6Do1nZ3L29v5REp8yS5Lskbp5rRwq7BFyOvvfh7onxG /b/+I/hq0h8If2T48+GLa6+o+IPD9lbxWV7L4bjvP7R+VJmsWE8jTv8AZmJBJALgCqqRs7dot/Ll ctPLSS1tquq1JjK6vFbv/wBvUPvu1or6Ppsfn/RXs/jD9m/wfqnww8R+J/hx4+1HxfH4KljOvWeq eHP7GuEtZZkgivbULcXAmgMrqjeYYZE3xkxkM2z0346/Cz4D6V8BPgtdnxZ4/wBLbU9Av5jeWPw7 05rnViurXiebdD+10w67fLX55f3caHcudiy9Ic/nb8G/0/qzLt/X9f1bXZnyXRXrXwx/Z+8Nah8I rrx5488X6n4U8Ny6m2jaPFpmgrq2pa1dRpHJPshe5t4kiijliLu02d0iKqtyVreP/wBnO10LxX4K /sLxXp2o+EfiF5f9k+INVgOlR2Z8/wAidL6MtILd4JOZNjypsKuruGFH2uXr/wAC/wCQunN01/B2 frr2PLqK+m/2kv2BdG/Z18CeIdU1HxD8S9MutJuBY6WniX4Z3Wkaf4ruPNCkWF6txPE0YiWWbfL5 RZVTajbm8u9F8MvgrJ+wF4N1nVfEfjTTtTuvF+o293qFj4DsLq7aVbDT3e03tqkTPbRly0blgWMs mYY+rF04ykulvxaX6/puNJ8yXe/4Jv8AT+rM+VqK7jwB470/4V/Eu+u9F0jQfF8B8200efxZpi7L cs2Irx7Tz3tvNUc+XcNcQDcdyvgEev8A7c3g/wDsP4OfCjVNf0fwRYePtbTVHvrzwbbWUej6lp8d wiWrF9OH9nSXKyC6V/spyEEIlw9D0ipd/wCvv7rt87JfE4/1/wAN0XmfNFFFekeAP2RviJ8Ufhxc eLNC8NTX+iw/aDGwuoI7m/FuqtcG1tncT3QhVlaUwI4jBy+0UPROT2W4btRW728zlPh78Sda+FWv yapoF7/Z2oyWdzY/aViR5I4riF4ZdhZTsYxyOodcOu7KsDzWFWj4h8Jar4RazGq6ZqGmHUbSO/tB d2zw/araQZjmj3Abo2HKuMg9jXsPxg8NaN8Ev2WvBPhhtN0+48d+OmXxfq17Laq91pWnsrR6fZxu RuTzUMlzIFI3LJb5yAKLacy3ul87vT5LmfyfVgtXZev/AAfnovmuh4bRX2F+y5+zb4F+Gf7X3gnw j4h8faXN8QI9XtLTVtC1fwXb6l4Z8ySZVn0yS7uJXP2nymaPd9iMaTkKJlA84eYXf7PGg32q+PvG HivXp/BngbSfE9zoViNK0ddSvtQvPMZ/s9tbGa3jCRQ4d3eaNVDRhQ7MFqZzUZRj3vr00cVvs78y t3+auQ95N9reuqb2305Xf/gO3hlFfS/ws/YO8N/FP4q+FdNtviNdweDviBp1/deHvET+HQWjurGE y3dpqFt9qDWzRKuS0L3KkSRFdwc7NHVP+Cfngy98BWGseG/itf63deJvDWr+KPD1hN4T+xvcW+lr OboXbG7YWzM1tMIfL8/fsy/lZFOTUY8z2/yTf5Rb9EEfelyrf+v8z5Xor1P4H/Cz4b/FJtK0jV/H fizw54t1q7Fjbwr4ShvdIikkfZCZboX6zhCSu8pauyAnCvjmj4Q8I6d8JP2gL7SPGeva34Zu/CGp S2/23QtGg1uSO/trgKAIprm2Qx7kY7i5+6PkIJxpCHNUjB/a/wCBe3nqtL9SW3ytx6fre332ep51 RXsv7Ynh+50j9uPx3pvjvxVfa5cw+JJ4tZ8QWmjQx3F2fM/eXCWYljiDHkiMSqueNw616H8Wv+Ce XhfwB8RvGngPSfim/iDx94T0e71+OyHh0Q6ddW1tEbmSB7sXTmK8+yq8vlCJ4gQsZmDllXCFRSpq o+qv8krvzsvRGkl7/Iu/62Xl+J4l8If2kPFfwK07U7fwxLoVm+rQzW093ceHtOvb6OOaF4JUhup4 HngDxO6kROmQxrjNK1W60LVLa+sbmezvbOVZ7e4gkMcsEikMrowwVYEAgjkEV75/wTx11NW+Keo+ ENR0bwnrGh6x4f127uE1Pw5YX9yktvo15NC0NzNC88G2SNG/dSJyozmvF/ht4PtvH/jfT9Hu9e0n wzDfyGM6lqcdy9rbnBK7xbQzS/MQFG2NuWGcDJG6jKVaMY6yaTX3ySXyadvUhtKneW2v9f5lfxN4 21nxrLA+s6vqerParIsLXt085hEkrzOFLk4DSyySHHV5HY8sTWXX3R/wVZ/Z58B/CrwlaS+GtZ+H mn3sPizxAv8AZ2m6LfWl5fRxTWdotuj/AGMREWzQzMweZY8yOYjISc/C9Y05RlFSjs/11KfNf3t/ +CFFFFWIKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKK ACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACv6X/8Agzf/AOUWXjT/ALKr qf8A6aNFr+aCv6X/APgzf/5RZeNP+yq6n/6aNFoA/WGvyD/4PJf+TD/hj/2Pqf8ApuvK/XyvyC/4 PJv+TDvhj/2Pyf8ApvvK58T8C9Y/+lIyrfD81+aP5zn/ANX+FOPamuN0RxTRJ8wwc+1dBQrfK3NO 8z0pqqT2okj3SdaBEq9DUclLJ8sfBprf6oetADvurSbj6U6myUACf6nJr77+P37efw/+O/wdk+G8 2uaPpOlaV8MPByWOt2Hh17G+1fVdI0+2S88O6hcQW63N3azSCQxtcGSGK4s7VkZY8sPgI5RsGnbP 3mKtVGoqPZqXzSaX3Xv5tK91dMjpPn8rfJuLfnry2utUm7Wdmv1T/aN/4KS/DP4vftCeDry11v4a 6x8OrbVLt/CenWeneK5fEPw+e60ua2smltdTeXSreCzuHtmeHSWCM9pFJHGdiqPgn/gnjqtjpP7U NmdR1PSNHgutB16yS61O/hsLVZp9HvYYleeZkjTdI6KCzAZYc15x4EGfGWjn/p+h/wDRi034Q/CH X/jt49tfDPhi0t7zWLyKeeOO4voLKIRwwvPK7zTukSKsUbsS7AYWktYyj3Uk/Rxab+S6793ZK1LR K3T/ADv+fRafNs2/AHhzQfhp8cIrXx5rN5YWehXCTyXPheKx8SCaVGR1RHS8it3QjOZEnbaRjB5x 0H7X/iz4b/E74qeJ/GngrX/HF5qHizxDeavNp2teGbXTYrCO4mkm2rPFqFwZWVnVeYkBGTkfdPmP jHwndeBfE15pN7Lpk91Yv5ckmn6jb6jbMcA/JcW7yQyDnqjkdRnIrMqeZyjHXa9redr/AH2X6Fcq jKT7/pe33XZ9I+Ivjn8I/ix8V7b4qeLW+IEPjKRotR1jw3pulWjaXrGowgZZNRa7Wa2iuHRHcfZJ WiLyBS/ykY1t+0xoPxv8L+LdA+Kkmt6XFr/iq58b2Wr+HNNivpbDUbrC3cLWk1xArwSoIyCJ1aNo V++GIHg9FLlTjydF0+af5xXlougkrPmW/f5Nfk2vmepfHj4v6BrvhDwd4K8GR6tL4T8EfarmC/1i 3jt7/Vb27MTXM7wxySJBHiCGNIlkkwIixcmQqva/tL/Fb4MfHXxz40+IQk+J7eLPGCG9h0A2Njaa dpOoyhDI7X/nTSXNuj+YVjFpA7goDJGQSfnlEMjhR1JwK2/iX8N9a+D/AI+1fwv4is/7O13Qrl7O +tvOSbyJVOGXfGzI2PVSR705XaSl52/Dmt/5L6aWsNJLbb+v68+tz6g+Bv7Sekaj8HvA9tF8UdE+ FvijwdZT+F9Yj1/w1Pr2meJNFlvXvomS3S1uoZJ4JpJP3c8aKT5TLKCDjF+Fn7V/w/uJfjfefFCX xl4t1H4ulLB5dO0Ox04rH9uhujqbbLgRx3KmLzBbJG0bsNpmUMXHnPwi/Y/1T4oeDNM17UPFXgzw Np/iLUjo/h9vEdzcwt4gulwJFgEEEu2ONmjV55/KgVpAPMyH24F5+zP4z0/w1421WfTbOKD4c3v9 n+IoX1WzF5psv2hbbm283z3TznWPzI0ZAxxu4NVU+Pmkt0//ACazlZ9L3u7PRyTVvdtCty2T6p/N fD91rL/DbozpviV8WPBfhX4EH4d/DqbxRqtnreqw634g1rXtOg0ye7lt0mjtbaG2huLhUijWeV2d pmaR5BhYxH8/TePPi18GfjVZ+Ftf8WSfE6DX9A8J2Ph+70DSbGxSz1CextvssEsepyTM8COqQu6m xlKnzFBIIYfO1bvxA+Gmt/C3UrG012y+w3GpabaavbJ50cvmWt1Cs0EmUYgbo3VtpwwzggHiplrF 83VrXzUXFf8Akt7el+lzRb+70T+5tN+fxW/BbaH0H8GP26rzS/gVoHgvUfin8bfhg3g4ywabdeB7 hrm01G1lmlnaO4szfWYWZJZG2zrI26NlQxjywxwNX+OHw3+Iv7RP9rfEbUfjL8TvCkXh6XTP7R1v VUOvz3hhk8qeMNK6W0Uc7hlhaW4A2ksZN5QfP1FNu8uaWt7/AIq1/XXp1131Jtpyr+tb29PXppto e1+Nviv4F8Gfs56p8PvBWpeMfFieItattYurvxJo1vpMWjm2jkRfslvDd3WZpvNIkmMifJEibG3b l1NN+Knwm+KPwW+G2h+P7z4iaLqHw5ivNPeHw/pNnfQ65ZzXsl4uJ5rqFrSbdPNGT5NwuAj7Tyh8 Ard8UfDTW/Bnhfw5rOpWX2bTfFtrLe6TN50b/aoYp5Ld22qxZMSxSLhwCduQMEErZXfVr77NLyvy 3Xpf1H5f1/VzpfAK/CrWrvXoPFD/ABB8NwSz+dot7pSWetvaRBz/AKPc28hsxMxQj9+k0QBT/UkP 8mj+0l8YfDvjvRvBPhbwha6wPDHw/wBLk0+0v9Z2LqOqyTXElzPNJFG7xwJ5srCOFHfYo5kdmJrn /hJ+z/4s+N6anN4f063fT9ESOTUtT1DULbS9M00SNtiE95dSR28TSMCqK8gLkEKCRVX4vfBfxL8C PFiaL4p03+z72e0hv7Zo7iK6tr62mXfFcQXELPDPE46SRuykgjOQQCS2T9fwaX4N+T3d3qEetv8A huv9fctDlq2fAPxG8Q/CjxRBrnhfXdZ8N61ahlh1DSr2SzuoQylWCyxsrDKkg4PIJFY1FCbWwNX3 PZf2RPEOh6P8ZNS+Ivji9tdRXwRazeJYbHULoNP4k1UOotLfDHfKGuZEllIDfuopS3BzXnP/AAkU fxA+Jz6v4y1PVGTWtSa81rULW3S5vXMsheaVI2eNHkJZiAXUEnqKwK6LWfhVr/h74b6L4tvbD7No HiO5ubTTLl549149vs84rHu8zYpkUb9u3cSASQQBaOMukenTf9dE+9kKzd1fV/ft+mr+bPpzVP2p fgp4mvdX8C33/Ccw/A+DRkh8N6bb+ErA6vpepjd/xMGk/tEA3BY5ml3lblD5ZhiWKAxY3wn/AG6J dH+DGjeCbj4sfHP4bQ+DZJ7fSL3wZIZbfVLKWaWfbdWP2+1WOdJJGImSaTKMIyv7tXb5aoo63fXf z3s35q9r/wAujukPpZdNvLS1vR7+uq1PqT4f/tWeCbL9sCy8c+LPGfxq8WaXo3h+40uLVdbgg1jW NTnntJ7dj5Ul4i2lupuXdYxcXBBT737wlOM0f4l/DfRf2PfG3gVdZ8by+IdZ8TWet6ax8OWq2TxW cd5DEs0n28vG0qXe9tscgjMe0GQNuHh1FTyKzS6rX5S5k/v+XkO75lLt/la33fPzPr79mH/go1H4 etNR/wCFl6rHcS2vhSbwnog0/wCFPhvVp47drJ7WHzrudoJmjhBT9y3mJKoZXIBOfAP2ZPEnw+8N fHvQNR+Kug6r4l8AwTyPrGmaVL5FzdIY3CBCJIsYkKEgSJkKRkVV+FH7O3jP44aB4s1Xwvoc2qad 4G0t9Z1y5E0UMdhaorMWJkZdzbUchEy7BGIU7Tjiq0cv3vtHvb79W7+d23r39DNRXI4Ren/AS+Vl a3/BO38V/ELSPC/7RN94q+G1nfeH9E03xA2q+Gra+kE9xp8Mdx5tsshJbcygJnLN0wWb7x9h+I37 UPw813xt8QPiVpi+NZPH/wASNPvrS50S+srY6Ro82oQtFezJem4knuFAeUwx/Z4Sm9AZGEREnzPX o0/7KXjbT/hrF4s1Gz0XQ9Ju7I6lZx6z4h07TL/UrXBIntrK4nS6uI2wQjwxOHKkKWIIrO1qfK9k mr+TVnr5pa9exe879dHbzTutPJ7dNTvv2WNCTwn+z78aPEOpaz4TsrPXvBcmjafazeI7BdTu7r+0 9Pl8tLHzvtRGyKRg3lbSEPNZf/BPT9o+f9mb9p/w7rk3i/XfCPhwXG/Wn064uEW9hjV3SKWOHJmQ yBRtZSPm5wMkcV4V/Zv8V+N/hVrPjPSotCvNF8PwNdaiieIdOGo2kKyxxGVrEzi68vzJY13iLaS4 5rlfCHhTUPHnizS9D0m2N5qus3cVjZW4ZVM80rhI0BYgDLMBkkDnk1p7zqK29krdbXk/xbYtPZNS 2u3fptFfgkj2v9uj9rvWv2lNT8IWT+OPFXirRNC8L6PDNFqd/dTRf2oljGt5NsmODL5xlVpduXxn LA7j4HXT/E34OeI/g5caZF4k07+zZNYtXvbNPtEUplhS4mtmfCM2397bzKN2CdmRlSCeYrOPLrKP Vt/NvX/L8Cneyi+iS+5fruFFFFUIKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAo oooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACv6 1/8Ag2k/5Qd/An/rlr3/AKkWqV/JRX9a/wDwbSf8oO/gT/1y17/1ItUoA+6a/nG/4PH+P+CgXw1P /VPof/TlfV/RzX84/wDwePLu/wCCgPw1/wCyfQ/+nK+oA/Ioydz09aJP3be7etHsfu/epZI/MwTQ ZiFP3XPWvpnxfr1j4V/4LdazqeqXtppum6f8bbm5u7u6mWGC1iTXGZ5JHYhVVVBJYkAAEmvmZ3+X Fexftj+BtU+J/wDwUu+K3hvQ7X7brWv/ABM1jTrC381IvPnm1SaONN7kKuWYDLEAZ5IFRSk44unK Ku1fT5xMayUvdk7Kz/Q5H4n/AA/sPCX7QN7Y+K9atItHvbyW7l1Dwteaf4mMcMjuyFPIu1gd+mUa dGUHJxwD2n7ZHj/4T/GrxVe+K/CviP4hvrT2Gl6fDpmq+ErOztWFpZW1mztcx6nMyllgMgUQnlgu f468m+KPwu1X4PeLZNE1mTRJL+FQ0n9l61ZavCmSRtM1pLLEHBByu7cO4Fc7SpJRpKEXov0O2teV Z1JLV3/E951D4ofC749eH/CNz8RdS8feHPEfhXSrbw/cnw9odpqlvrdlagJbSbp7y3a2nWHELfLM p8tHABLJV2f9sPRviv4u+Ith400vUtI8FfESLTo4xowS+v8Aw6+mRCHTZEWV4kuisAMUoZ4vMErO GQgLXzzRWlk732d2/Vu7f36+T2sZ228tF6LZf1v1ueufFT4qeENF+CFr8OfAMviLVtJudYXxFq+s a9p0OnXN1dRxSwW8MVtDcXCRxRxyykuZmaRpeiCMbut8efFr4M/Gqz8La/4sk+J0Gv6B4TsfD93o Gk2NilnqE9jbfZYJY9TkmZ4EdUhd1NjKVPmKCQQw+dq3fiB8NNb+FupWNprtl9huNS0201e2Tzo5 fMtbqFZoJMoxA3RurbThhnBAPFEruL5urWvmouK/8lvb0v0HBKLtHs/uck3/AOTW+enU9/8A2XP2 hdO0r4E23hsePbD4Y+M/B2u3es6DrGq6ZcahpOpWl/bQ2t/p9zFBb3JO5YY3Akt5I3XzEbbkZ1vB H7YHg7w5+1X418Y+PdU1b4mWH/CMXXhPTE0jwtZeH7bxBBJYNYhXSOSMWUKxkLG6wyybFQtGhGwe J/B/9m69+Kfg7V/E9/4i8NeCPCOjTxWMuueIHuhbT3kvKWkKWsE88suwNIQkRVEXLsuV3XNZ/Y48 daT488a+HFttEu9Q8Bae+r6kItcs1E9isH2n7Vah5Va6jNviUeSrtsZSVGcVU2+ZuS6O/a3LZ+nu u/TR83W5CsopJ9dOmvNzfP3vx0Oh1v4q/Db4RfCfxhoXwzuvHGuar4/jTTdQ1HxHpVrpY0vTI54r n7PCkFzcedLLLDFvlZo1CRkCMmTKXNN+Knwm+KPwW+G2h+P7z4iaLqHw5ivNPeHw/pNnfQ65ZzXs l4uJ5rqFrSbdPNGT5NwuAj7Tyh8Ard8UfDTW/Bnhfw5rOpWX2bTfFtrLe6TN50b/AGqGKeS3dtqs WTEsUi4cAnbkDBBM7LXureTs7fhzb3vq97svpb7/AD/rTa2yXQ92/Z8/bWHw3+Gus+BIfGvxg+GH hw6zNrmh6j4P1P7RfWzSiKN7W9hE1lHdqYooysivCY5FciNhKVWp47/aI8F/Eb40/D248ceK/jZ8 YvCGgTs+vS+LL7y7u5heQF4LK3F3MbcbFXc/2s+Y2DiMLhvneij7Sk91b8FZfh/wd2K3uuHR3/F3 /M97/wCFs/DD4RfC/wAf6Z4Ev/iD4guPiDZR6WdL8SaTaWen6NCLhLgTtJDdSm9uYvLEcb+TbgGS STA/1Ro/Dj4pfD3xP+zHD8O/Hd94y8PS6N4nn8RadqWg6Nbawt0lzawwTQSwzXdr5ZU20LJIsj53 uCgwCfEq3bn4aa3Z/DWz8XyWW3w7qGpT6Rb3fnRnzLqGOKWSPZu3jCTxHcV2ndgEkEA0Sb6afhJN f+TW33vYcbpq2+v/AKTZ/wDkt/z8zq9Nm+EWofFPXYru2+I+keCblGj0a6hubLUdV05wBtluISkE VyHIOYklg2CQfvJNn7zX+NHxb8HL8D/Dvw38CDxJqek6Vqt1r99rWv20VldXl3PHFD5cNpDNPHbw pFDHnM0jyOSxKAKg4f4UfBvxL8b/ABHNpfhjS5NRuLS1kvruRpY7e10+2jx5lxc3ErLFbwrkbpZX VFyMsMir3xh/Z78WfAgaPJ4jsLNLLxBA9zpeo6dqdrqunaiiSGOTybq1klgkZHBV1VyyHG4DIySX uKMtnb52d1+Kvp28gj8Ta6fhdW/J2+fdnFVe8N+JtR8GeILPVtH1C90rVNOmW4tLyznaC4tZVOVe ORSGVgRkEEEVRooTad0DV1ZnqPwUlsfjx+0nY6n8VfFN3PpDyvq3iTVdU1EyXt/b28RlkhWSV98l xKsYhjAJYs64BxWB8dfjZqnx4+NeveN78JaX2s3puYoYOI7CJcLBBHgDCQxLHGvH3Y1rja6K0+FW v3vwtvPGiWGPDNhqUWkS3rzxoDdyRvIsKIzB5G2IzHYpCjG7G5cl3G0lpy/hdpf/ACKXZ7bitdu+ rf6Xf+bflvsfRPhX9pL4KX37Tej/ABq8UWvxJm8UDWIPEGreGLKytDp0+orcLJLcR6gblZREWBnF ubYHP7nzgp84c3rXxz+G/j7TvGHgrXL/AMbweDL3xPN4u8O65aaFayapY3M6LHcwT2LXqxNFIioA yXQZWt0bDB2RfG/hP8KtZ+NvxA03wv4ej0+bWtXlEFnDealbadHPIfuxiW4kjj3scBVLZZiFUEkC sfXdEuvDWt3mnXsXk3mnzvbXEe4N5ciMVYZBIOCDyDionCF4pq29l5Xi3byTUfTbbQcW1dp66Xfy kl96cvXV76n1J8HP2r/hf8NPiL4I08z+PE8BfDvTdZ+x3iaHaz6trmo6ra/Z7maW3N6kVrCq+WER Zpj/AKPktmU+XN8Ov2r/AIV+FNG+Hlld3vxAK+FfCvifwdeyQ+HbRi9vqbaibe8jBvxukUXke+Bi oG1sStxn5Koq2k00+u/3SX5SktLb+SCPu25ejv8Adr+avr1PtH4U/t++Efh1pHw/j07xz8c/BOk+ C7SKC/8ACXg63tdMsPEtxHIxa9nu1vFIkuAImlWW1nI2tGshTay+LfEnxD8Kvi1+05468S3vif4g 6R4a17VZ9Y06SDwjZ3d80lxM0zwywnU40RULlQ6zOXCglEzgeL1c8P6R/wAJBr1lYfabSy+23Edv 9ou5PLgt97Bd8jYO1BnJOOADVU+b2sZr4k3b1bV/xS02WyVtBXUYNbLT8L2/BvzfXXU9w/bC+IHw n+Pf7RWseN9C8R/EOG38X67Jfana3/hKzifSreQ5YwsmpuLmQdkbyQf74r0G8/ap+EGqftt/ED4j S6p8SYfD/jDQNS0+CJPC1k95BcX1jNZPuT+0gnlxLIsgYPlzlSqffPzB8UPAn/CsPiJrPh7+2dB8 Q/2Pdva/2nol39r06+2nHmQS4G+M9mwMisGsKUIKCUdrNf8Absla33fPzLldS13TT+ad/wCuh9E/ 8E//AA/a6L8YNX8Wz674Y03w1ouh6/ZtNrGv6fpl7O0+j3kMAjtJbgTSs7yRriFZAGbGe9eXfs4f FTU/g58avDut6b4m1rwgIr6GK91LS7ua2nitGkXzhuh+cqUzlQDnGMHpT/hD+zf4r+O2nanceGIt CvH0mGa5ntLjxDp1lfSRwwvPK8NrPOk84SJHYmJHwFNcJXRCpKnWjPrFLfteTu/Vt/IzqQVSm4vZ 32/TzR9af8FGv29r79pXR9D0TR/iD4t17Qftes3up2V1eXa2sjS61eTWSvFIQr+XaG22DaRGrBAQ VKr8l13Hxc/Zw8afAm1gl8V6MdIS5v7nTIw13BKzXFskDzJtjdj8q3MPzY2kvgElWA4esKVOMI8s f6v/AFp5Gs6jm+b+v6uFFFFaEBRRRQAUUUUAFFd98UP2Z/Fvwf8ABeleI9Xj8PT6HrV1LZWl7o/i TTdZiaeJI5JImNnPL5bqksZKvtOHFcDR1t2Don0YUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUVu/Dj4aa38W/FA0bw/Zf2hqRtbm9EPnRxfubaCS4mbc7KvyxRSNjOTtwASQDhUb Oz/r+rP7gCiiigAooooAKKKKACiivTo/2QfGy+ArPxHdr4S0ew1HTzqtpBq/jDR9M1C6tfm2zR2V xdJcsr7CY8RHzBgpuBGR6Lmewbuy3PMaK6rwJ8Lf+E68H+K9X/4SLwto/wDwitnHefYtUv8A7Pea xvlWPyrOPafOlXduZcjCgnPFVvhn8MdS+LXiM6XpVx4ftroQtPu1jXrHRrcqCAQJryaKIt8wwgbc eSAQDgSbfKtwvpf5fl/mc9RW78TfhrrXwc+IOseFvEdmNP13Qbp7K+thNHMIJUOGXfGzI2D3ViPe sKkpKS5o7DaadmFFFdZ8M/gp4i+MFh4huPD9vYXY8L6ZNrGoRTapa2s62sKNJLJFFNIkk+xEZmWF XYAcjkU/P+tNxXtucnRRXVad8Lf7R+DupeMP+Ei8LQf2bqUOm/2JNf7dYuvMRn+0RW+354F27Wfc MMyjHNGyv/W9v1Drb+u5ytFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABX9L//AAZv/wDKLLxp/wBlV1P/ANNGi1/NBX9L/wDwZv8A /KLLxp/2VXU//TRotAH6w1+QP/B5R/yYb8Mf+x+T/wBN15X6/V+QP/B5QM/sG/DH/sfk/wDTdeVz 4n4F6x/9KRlW+H5r80fzmt+7XOaFxtNHkZA5pfKX/JroKe44SHr2pr/u5Of4qPbtTmXzGBNAg/h5 prR/vP8AgNHTAoXO/wD4DQA+myH71Px3pvlmTNAA0e5s0n/LSnUyQbnFAGv4D/5HPSR/0/Q/+jFr 03/gnL/yc+n/AGK/iX/0xX9eZeBXz410n/r+h/8ARi1t/st/G60/Z5+Mtp4nv9GuNfsY7DUNOuLG 3vxYyyx3llPaMUmaKUIyicsCY2GVxjmnvCce8ZL5uLS/FlxdrMzPgH4on8IfGLw9dwWujXrNfRW7 warpNrqlrIkjBGDQXMckTfKxwSpKnBBBANez/t3fGjw/ovxu+Kfw68J/DbwF4e8K2HiK+srab+yY 21a3uIb5t9yl4oWSNW2NGtsv+jRwlVERkHnHx7w98Xk+FXxTn8QeBdMt7C2X5bG28S2en+JXtV+U 5Y3FoIHkDLkSLAjL2xyTc+Nn7T/iv9oV5JPFCeEpbue9fULi907wjpOk3l3O+4u81xaW0Usu4szE OzAsdxGQDROXNGGm1738+Wy+Vm/V/MUI8tSUu9rfK9/vul6K22h7x8TfGFh8B/2rLf4O6T8P/Aeu +CNOurPQ54b7w3a3Wq+JVuEj8y8/tIxm9ilm87zIjbTRrGPKCpwd2Z4n8C6N+yF8N/iBr3h3T9B8 Wa1Y/Em/8C2OoeINKtdZg0qxtF8xZhbTo9s091yBI8bhVgk2BSxYeX+Gv22viP4S8M6fptlq+kh9 Hsjp2m6pN4e0241vTLfDBY7fUpLdr2AIHYR+XMpjBwm0AVzPwk+PXif4InU10C60/wCx61EkWoaf qek2mrafeiNt8bSWt3FLA7o2SjlNybm2kbjmXzOKSevfq9Yv8k1/28+i1IpqV3t26bSX5tPz5V3u vWPip4ij0rwP8JPi/p2geEtH8VeJZdV07UrJPD1lLo18bMwRJejTpYmtUaRbh0ZUiEXmW29FR91d B/wU/wD2htf1f9rH4teFZbDwMumDxBPD58HgrRoNS2pKGB+3Jai73ZUZbzdzDIJIJB+fPit8YPEH xr8Sx6r4ivIbm4trWOxtYbazgsbSxt487Ibe2gRIYIwSzbIkVdzu2NzMT2/if9uv4oeL/DWpabe6 /Yhta05NI1TU7bQtPtdZ1azVETyLrUYoFvLiNljjDrLMwkCDfupz96MV/LzadNeX7rcv46ba1C6d 3v36/wBeZ9RfC7+wYPg98Jrm5PgX/hJrX4aSP4QXxlLbR6ELs+Jb5b9x9rIszdrbEsgnO3cAcFwl R6b4v0tPjt+234otNE0T4kaZDHJrVjbxXC3ul3i/2/ayw3LmF9s0EeVmZA21ljKv8pYV8wfDL9rq 78D/AA403wprngrwL8QtF0DUX1TRYfEttdu2jzSYMqxNbXEBeGQqjPDN5kTMgOzJbNP4WftkfEL4 JRa6vhPVtM0D/hJrtbvUntNB09HuMSLL5G7yNy2pZRutVIgZcq0ZVipqo+ao5L/p5/5Ud/8AyX9L pq/uwo+5ytdYX81DT8f1emmve+IfF0fxX/ZUPxLv/DngrRvGXgXxfp+lWl7pvhqxsLHX4J4bu4MM 9hDEtnK8D26EsYPnjm2SbwEA6z9vz9qDxKniTw1pX9mfDv7Lq3w68OvO58AaCbmMz6TAX8qf7H5s AG47BE6iIACPYFGPn34u/tEeK/jhZ6Taa9eacum6Esg0/TdK0ez0fTrQyNulkS1s4ooRI5C7pNm9 giAkhVA6bw3+3X8UPCPhjS9M0/X7G3k0PTm0jTNW/sLT213TLNvMHkW+pmA3sKBZZFUJMNqsVXC8 VE/ei0u6aXTSDi//AAJ+89Pv66wfLJS62av/ANvKS+5Ky/Cy0PaPBGieGvhL+yp8N73SfFvwO8Na 341t7vVtXv8Axv4LuvEd7M8V5PapbQA6VfW0EMaRKxClJXeTLfJ5dchrF18MtE/bP0DxHoGgaX8S /B9tp8eueJtG8M6fqA0uyuI4XN40EN5FFK1rC6C68uULEVzEziPJHlHwu/ab8YfCHwtc6Fpdzot7 oV1dC+bTNd0DT9dsorkLsM8UF9BNHFKUwrPGqsyqoYkKANTSf20/ib4f+MEXjzTvEzab4ntdNbR7 SezsLW3g0+yMRi+z21skYgt49rNhYo1ALMwwxJpzSlPm9bfdovS9ut9L76Geqhyr+tdX62vbS2tt j1T4/eJtH+L/AOyxqWseEU8Ha7B4d16zXXNTl+GeneDNe09JY5ltY410+4ltJrSRxPv4E+9I926N U27f7RP7W3irRv2cPgJcw6V8Mnk1Pw3qMsyz/Dfw7PGhXWr6MeUj2LLCNqglYwoZizEFmZj89fFH 9pbxb8X/AAza6Lqs2hWWi2l0b5dO0Lw9p2hWktwU2CaWKxghSWRUyqvIGZVdwpAZs63wy/bP+Ifw i8JaVomjapo7WOgXUt9o7al4d03VLnRJpCrO9nPdW8k1qS6K/wC5dMON4wxLUrNxcXtzJ/dFxt87 3+XzLvt9343PPfDV5pkHia0n1yzvr/ShMHvLawu0sriaPPzLHK0UqRsexMTgf3TXuP7cstlrvhH4 N614ctrrTvAtz4P+w6DYX2Xv7M297creLcTcJcM1287rNGkSMjqBFEVKjz/wD+1P47+HV3r0lrrU epx+KZ/tesWuv6fba9Z6ncby4uZre+jmhe4DFiJihkG98MA7ZxPi18ZfEnxy8VJrPijUjqN5DaxW NsqQR21tY20S7Yre3giVIoIUH3Y4kVBk4HJpy1jGK6O/4Nfr/wANdoE9XJ7tW/FP9P60OYr2HwJ4 U+CnjLwNb6Tf+KPF3hLxpJaG5k17VrVZfDsdwGb/AENra1imvAhQKRdKXJc7TbKv7wePUUdLf1/X X5a6XTXW/wDX9dP+DZrudD+Da/FD9oGy8DeAL+48TrrOqR6ZpV9c2JsDeb2C+c0W+QxRjliWbIQb mC8qOv8A2uvjVZeIPjlYWXhOSzufBvwxgh8PeGBJbx3FrdwWrktdPFIGjk+0zmWdldSGE21gQMVy nwJ+OUnwGk8T3+n6f53iDWdCuNE03UfP8s6L9p2x3E6LtJaRrczRKQybPOLc4xXJeFPE114L8TWG r2ItDeabOlzALq0iu4d6EMu+GVWjkXI5V1KnuDTVrwi3otW/PbbTZX7X5muhOvvSt5L03893b05f M+7fiDqdtoHwh1b4sWHw78Ar4/1vwtaC/wDAb+DtEk0/wdYyM6p4gS28gyFJTsMasgeIzxtPJLC1 us3D+CNE8NfCX9lT4b3uk+Lfgd4a1vxrb3eravf+N/Bd14jvZnivJ7VLaAHSr62ghjSJWIUpK7yZ b5PLryG0/b/+J9l8ZtZ+IKaj4XPi/wAQWr2eoX7+DdGf7TG4ZZcxtaGMPIrssjhQ8isVcsOK5z4e /tUeM/hlol/pWn3GgXejajenUpNL1jw3pusadDdEFTNDbXdvLDBIVwpaJEJVVU5CqBOuttE/w1bt 5p35m+90ly7NRStfVr/JK/l2S7Wbblq/o74If8KzvP8AgoRpNvoNn4E8a+D/ABR4ZvLjxFplnokr aXBex6bczXEVgdTtRcWw86BJEkRA0Yk2KSqlT538QfFFj8fv2L/Efi288J+DPD+r+FPG2n6dpUnh 7RLfSvKsL20vXe0l8lVNysbWcJSWfzJxmTMrbzXFaD+278R/DfxX/wCE1ttU0U+II9NGj2zz+GtM uLTTbPYU8i1tZLdre1j2l1xBGnEkg/jfOZH+1V4xh+FGueCUbwvH4a8R3x1K/tk8KaUsj3GXKyJM LbzYtgkkWMRuojV2VAqsRUcjUZJeVvK0729OW68rta3bdprnTfz8/dav63s33sn0SX2Z+zb8K7zw 78D4/BnhHxP8OtR0nW/hz4g8R+JJ08caJDPPrF3o9xFBbSwPdCeKKyhbYzyKqK89y7EKAw+AvCHg bWviD4qtdC8P6TqWva1fSGK1sNNtnu7m5YAkiOOMMznAJ+UHgE11XwT/AGmfFn7PUGqp4Xfw5Cdb t3tLyTUPDOmarLJBJG0ckKvd28rJG6OyuiEK4PzA1l/BL42+KP2c/ihpXjPwXqr6J4l0R3ksr1IY 5jCXRo2+SRWRgUdgQykYNby5ZVud/DZLz3k7fJNRXWyMKcJQpuK3vfy2S/Fq7t1bLfwh8FW8f7R3 hfw74wgk0i0XxJaabrcN+hgeyT7UkdwsqtgoUG8MGwRg5xivpT9sj4XfDz4m/tOfGPQdNvPiJJ8Q fC41TVrjWtZvbb+y9QaxWSWezisvJSa3hSGMpbv58uRFGPKRHzH8nfET4haz8WfHmseJ/EV/Lqeu 6/eS39/dyKqtcTSMWdsKAq8k4VQABgAAACu08Ufth/ELxl4EufD2oa1aSWl/aw2N/dx6PZQarqlv CFEUF1fpCt3cxL5ceEmldf3UfHyLjJ80qaT3Sl6XaVnff3Wr267aa31WlRtbO33Ju+nmnby/LqP2 N/8Akm/7QH/ZN5P/AE76XXQf8EnNF8Pav+2x4LPiGXwWUg1WzktbfxANV3STLcRyB7U2I2faECHA umEB3HcG4xwXwj+PXhn4TfBjxzo0XhXXb3xZ440Z9Bm1V9fiTTrW3a7trkFbP7IZDIDbKuTc4IY/ KK5T4GfGPU/2f/ito/jDRoLC51TQ5Hlto71HeAs0bJlgrKTjdkfN1AzkZB15+WqprpFL53k/wuvm RKHNQlTfWTfy5YL8bM+of+CsOq+F7zSPhlHpH/CrpL//AIRiwuFfw6niJLxLaf7RdDaL8/Z/srtc bxkfad5O7avy18Y11Xxb+L2qfGfXdN1DVY7OKXStG0/QoFto2RPs9lax20ROWYlysYZjnBYnAAwB ytYxhyuXZtv5Nu34b+ZtKXMot72V/Wyv+O3kFFFFWQFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABX9a//BtJ/wAoO/gT/wBcte/9SLVK/kor+tf/AINpP+UHfwJ/65a9/wCpFqlAH3TX 85H/AAePru/b/wDhr/2T+H/05X1f0b1/OV/weNrn9vz4b/8AZP4f/TjfUAz8hsbXqagRnPTtSrGD U3MyK4TLV9R6j/ynWvf+y6Tf+n5q+X5Uy3Fe6ftFfFD/AIUj/wAFZvHvjP7D/af/AAifxZ1LWPsf neR9q+z6xLL5e/a2zdsxu2nGc4PSlh5KONpylsr/AJxMMRFyTjHdxf6Hj3inxBP4U+NOqalax2Ut xY6zPPEl5ZQ3tuzLMxAkhmV4pF9VdWU9CCK+j/26Pjj4f+G3xS1Dwt4a+F/w2tINZ8M6XPrtzPoF uZrq9u9HtZfOs/KWMaesTSB0S18sPL5jSmVGEaeB+Mvito0HxmPivwToFxpEPmtdCx8Sy2XiVDM5 YuWWSzigkj+bhHgbGM5JwRqfGL9sXxt8e9LuLbxOvgq7a6WCOS8tfBGiWF/sgVEiQXVvaRzqqpGi BVcDYoXG3ipoprDqlLtZ/dZ/f+i+XfXalinWjtrb5u6+7b5s9G+JHxAi/ZF0H4caL4Y8KeAdWt9b 8L2HijVtR8Q+F7HW5tdnu13yRCS6idreCHabcLbGJt0crMxchl6nxh8GPCv7O/ij42+K9F8PadqV 14KttAfRNF1mEalZ6C+sQLNNLLDMCtwLRm+zotwHXfJGZFdhXhnw2/a98dfCrwrYaLpl34fu9P0e 4e60xNa8MaXrUmkyOwdzayXlvK9uC6hyImUb8tjcSawvA3x78XfDv4g3/ijT9Zll1vWFuI9Tm1GK PUo9XSc5mS7iuVkjuVdvmZZlcFgGxuAI0d7trdt69le6XyWl+m6sY2dkuyXzfV/Pdrrezueq+MvE kfxI/Zh034qXPh/wlpPjHwr4yt9CSbTPDtjZadrkEltNdj7RYRxLZu8DwqpKwgSJcKsofCmu0/b8 /ag8Sp4k8NaV/Znw7+y6t8OvDrzufAGgm5jM+kwF/Kn+x+bABuOwROoiAAj2BRj54+Lfx78T/G0a ZHr1zpws9FjkjsNP0vSLPSNPs/MbdI8draRRQLI5C73Cb32IGJCLjq/Df7dfxQ8I+GNL0zT9fsbe TQ9ObSNM1b+wtPbXdMs28weRb6mYDewoFlkVQkw2qxVcLxTqe9BxXdO3TSDi/wDwJ6vT77FUrwlz N3dmr+slJfclZHv/AOyjD4Zm/ZW+Gh8Rjw09vF4m8YS6bF4jkEegTa4ul6Y2npqBYiLyywOPOYIe jnYWrstC1Wx8Z/8ABSfxDcy2nh/x9BJ8H5or3TPDWoWslnqU0PhZIriyifT38qMGWOSLbARtH3Mf LXx38H/2mb34W+AtZ8Jah4a8LeOPCOtXMWoS6Nr8d15NteRDal1DLazwTxS7CyHbKFdGwythcWPD P7YfjT4d/EfxN4o8HtoHgnUvE8L2rnQ9DtLf+y4GUp5Vi5jaW0wh2+ZE6ytjc7s2WNzalJ9nFrv9 hxu13u/nGMVo0RBOMUuz/D2iqfkrLs3Lueg6f42tv2p/2fvire+IPCXgTQb/AMA2Vtruiar4f8O2 uii2M1/bWradKLVEFyjpKWjM4klVoSfMwz56/wDaJ/a28VaN+zh8BLmHSvhk8mp+G9RlmWf4b+HZ 40K61fRjykexZYRtUErGFDMWYgszMfBPi1+1h44+NnhldG1y/wBIi0n7c2pzWej6Bp+iwXl2V2/a LhLKCETyhSwV5dzKHfBG9s3Phl+2f8Q/hF4S0rRNG1TR2sdAupb7R21Lw7puqXOiTSFWd7Oe6t5J rUl0V/3LphxvGGJas/ihyPTVPvfRp/ff58qe7Zpsl8/kuy+6/Te2yR65+zb4e8N+C/2QX8ZL4g+E mg+LPEXii50eW/8AHPhe516LT7a3t7aZYrW3TT723R5WnYtJLGrbYwsZ/wBZXN/G6w8EeLfih8Mr zwzF4W+JXiO/dYvFegeBNK1PSrDWZIp12CCKS0t2hluYDsdbWIIjoWRV3ba8x8AftOeN/hvq/iC8 s9Yj1FvFjibW4NdsLbXLTV5RIZVmuLe9jmilmV2ZlldC6l3ww3NnRvf2xfiFdfEPwp4nh1mx0zU/ A0vn6BFpei2Om2GlSF/MaSKzt4Utg7Pgs3l5fau4naMN2dRT6af+kpP8dbaJvV6k6+zcerv87tvX 0Wl9XZadl738SviP4S/aE+D3xQHw+0/wbfT6fZrq5sNT+Fel+GtR8O6Ut3F5h0++0+5cXEkZa3jc 3aeY0Rcxnc0itnf8NO+JPCX/AATc8DSWum/DyVoPHGq6aovfAOhXqmKLTtMKswms3DTHcd0zZlkw u922jHinxI/bA8e/FbwrqGj6vqGjJaa1Olzq0mm+HdO0u61qRGLq17cWsEc13+8PmHz3fMgDnLgM Kfwq/ah8Y/Bvwle6BpFzol1oV/eJqMmm634e07XbNLpEaMTxxX0EyRS7GKl4wrMoUEkKMCWko30f L57ST/JW73vd66NNpxbW3N+MbfnrpZbaLd8frHiBvE3im41PUIbbdfXLXFxFYW0NhF8zbmWKKJBF COSFVECrxhcDFe+/tH3mh+Kv2LPhnf8AgXTdV0PwXpHiDWNPu7DWbkX+of2tKlrK832xI4opoWtl tlVUghMbRuGD7hI3nOm/tdfEbT/inrvjN/FF3qOv+KEaHWn1SGHUbbWIiAPJuba4R4JolCpsjkjZ E8uPaF2LjK+L37QHiv46HSk8RX9rJZaDC9vpmnafptrpenacjuXk8m0tY4oIy7nc7KgLnBYkgUn/ AA1Fb6fLXVeata17Wbv0tJp+/wA78/xTXy317rTrpxleq/BzRvg1r3hePTvGeseOtE8TanLLGusW 1vA+i6CoC+S81uoe5u1c7vMMZhaIAFUuD8teVUU+jQuqZ1XxB8D6Ro/jm30Twj4gfxwJI4Ivtlrp k1rFdXbgbo7ZJcTSRhiFV5I4nc/8s14z6n+2jqEXw/uvCnwUsbq0Gn/DCBodZngffDda9c7X1GVi M7vJYJag46Whx97Fedfs6fGNf2fvi5pvjFdJi1jUNBWa40uKaUJFbX3lMLa5cFG3iGUpKE+XcYwN y9a42/v59Uvprm5mluLm4kaWWWVy7yuxyzMx5JJJJJpqy5U9Ve78+y0+d/8At1rVC15m9tLL9X+i /wC3ujPuD4dfEe2+Ef8AwUk8MfCTSPh14H1Pwh4f8ZWWg2qf8I9A2s3pjvE2ap/aYjN95rOBcALL 5G3EflmH5D57r8ln8F/hh49+I2n6J4d13xXq3xHvvDKT65pNvq9roVtGn2kstrco9u01wzMoeWN9 qW8mzaxLDgPB37f/AMWPAVppQ0rxJZ29/okEVpZaw+hadNrcFvGwZLf+0Xga7MAA8vyjKYzFmIqY yUrF0j9rnxzonjfxLr0F3oDXHjAo2s2M3hnTJ9I1BkYMjvpz25s96sCyuIQwZ3IILsTjUhJyi09V za9XeUHt5qLT10vZaIcLK91o2tOmikt/WSe2trvVn1F+zPDoHi74ifCDxxqvgbwJPL8QdO8Uad4j 0STw7Z/2Vqo0uy86C8htzHts5JHIR2tBEN1sxXaWkB0tM1nQPi78LPBNve/Dz4ZaddePvhp4v8Q6 1faZ4VsrSeS708ailk9uVjxaeV9jjJ+ziPzSzeZvzXyzoX7b3xH8N/FYeNLXU9DGvQ6b/Y9qZfDO lzWem2e0qYLS0e3NtaoQ0gIgjTPmy5z5j7pdB/bo+JHhmPQ0stQ8ORR+G01CHTkPhPSHWCC/M5ur YhrYh7dzczfuHzEu/wCVFwMXOPNBw8nbyvGa/OUZeVtAp3jJSe90/wAU/wBLee7PYv2ZvAeoeAbL 4f6R408R/s/6PpHjKW3vIfD3ifweuq65qenXUoAc3lrplxcW3nKzeVuu4ZFG1l8tdrV4r431Zv2Z P2rfHOn+GLPQp7TRdd1DRrWHXNEstchW3ju2RcxXsMse8LGvz7d3XBGTm94T/b7+KXga30r+y9b0 a1vdBia30rVP+EZ0t9V0qEs7eTbXzWxuYIl8yQLHHIqIrlFAU7axn/a08X3HxR13xlcweCNQ1/xI we/lv/BGiXdvI/UyJby2jQRSMeWeNFZySWJJJOtOdq0Kklor3817vKvOyTT6auyV7CStCUX15fvV 7+l7rz0V29zpv25IrX4Sft+/EQeHtL0PTrTQvE9wbGwGlW0mnwKkmVj+yuhgaP8A6ZshQjgjFfRv xpvvCvjX9sX4vfCm1+HPw+0PwfpvhfW72EWOgWkOow6jaadJqCXkV4kazQ/volQW6MLcQ5QxsSzt 8p/FL9sXxv8AGjxZa674kXwVqGsWt/8A2m12vgjRLeS9n7m5MVov2pT3Sfeh7qa1E/b8+Jq/FvVv HRvvCcninXbBtMv7yTwVoji5gdWSRWia0MW50dkdwu50OxiygCuWnTlGkqcntGS+bjZP5PX5J7pF N/vOfzT/APJrtfd182tm73/+Ccv/ACc+n/Yr+Jf/AExX9cX+y7omieIfjfolt4hl8HrpckuySLxP /av9nXTN8ixsdMBug2WBUqVXco3nbkHc/Zp/aG8N/ArxLrHiTU/Cmsa74ou7LUbKwlstbt9M060W 9sp7WQyWos5DJtE7MojliUbQMYrzbwV4qm8C+MtJ1u2ignuNHvYb6KKcMYpHidXCuFKttJUA4IOO hHWu2lNLEQnPZRin/wCBTbt6Jr5mdZSdKSp762/T7/U/Q7/gsxq3hCb4b2iWP/Cqpb+58T+Iriz+ wJ4jTVEI1RbaZ4vNP2Iyf6Jsn80bfk/0cbdrH83a9D+P/wC0v4h/aQvNKm1+HTIW0j7cYRZQtGGa 81C5v5i25m5826cDGAEVBgnLHzyuPDwlCHLPf/LRfgb1eXnfJsfR/wCwXd2vjrSfG3gDXdG8NW/h PVtLmv8AU/Gtz4dsL2/8DJGoU3azzxmTyXJSMwxusrO6eQwlO2T0u88K6H8UP2+PDPgbxL4T8H+G /B3gzRLy50spo9taJ4zit7CW7t769n0qHdcx3Zhjb/RxJiI7I98jPJJ8xeFf2lvF3gv4K638PbCf RB4U8RXC3WoW0/h/T7meaVVKpILmSBp0ZAzbCkg2b3243Nm747/a68e/ETTPB9re6pptmPh/t/4R 6fR9DsNHutK2v5i+XPaQxS8SEycsfnJf7xJrdu0k4eX5PX/t2/ur7WvN0SwULpqXW/6af9vW1fTS 3Vv2z4h+J/Anj74ZeNYfFnj79nzUbz7C974ZTwR4C1DQdRs9QRwyQK8ej2kUsEqF4mF1I+35HVlZ SW0NW+OVj8N/2dP2e7+z+HfwtvfEXiVLtNZ1LUPB+mXI1KztdTlt4rZoTAEDMg/eXI/0h9qYlQ7y /iXiz9tr4heMdE1mynuvC1h/wkUL2+qXmkeD9H0nUdQikYNLHLeWtrHcOshA8wGTEnIfcCaraj+2 H441fQvBumXLeEZbHwA4fQ4T4N0fFr94kP8A6LmdWZmdlm3h3O9gX+appRUakZS+G6uu6V7/ADs7 ea0dtb1UvKLS31s+10rfK+vk9Vra3qd38Abv4cftg/GceELvwF4W8FfDXWr3TrjUvG2mw61pum27 XUkVtD9nntruSeZ/L2p5cEknysxIUO1Uf25vBegRfB/4UeMdOvvAesa14nGrWmran4O0ifR9Lvza TQLCws5LW1WKVVlKuY4ERtqn5m3MeEuf24PiNe/EfxJ4puNR8P3Op+MY1j12GfwrpUum6uVkEqyT 2LWxtZJhIN4laIybiTuyTmL4q/tqfET43eF9E0XxRqmjarpXhq5FzpFs3hzTYk0sABfIg8u3Ux22 FXNsuIDtGY+BWdOMlCEZu/Lb9dfud7aa/eaSa55yj1/4Gn3rz0+46DxN/wAo1fBv/ZSNb/8ATbpV b/wp0S4/ag/Yv1XwV4c8P+HZvHvgPV7fVI1svDtimr+INKuXW3ZftSxfaZGtrmSI434Mdy27IiXb yeo/t9fEPVfBw8PzQfDU6Is0tzHYp8NPDaQwzSosckyKtgAkjIiAuuGwi8/KMd7/AME9/EHhL9nf xXcfEi6+MvhHwz4qtvD2pQaFpb2WuvPbajPE9vEbtoLB4TEqu0uEkk3FY1IGWK6z19pJ7WT87xir L5uNvnYzu0qcY7pteVpSd/uUvvV9R/7Tfxeh8I/tieH9A8IeB/hz4kuvhxbR+Fvs0Pg2wa08Vax5 P2e6uZba3iRbljcs3ko29cxRkAl2DZP7WvxVhg8JaR8NNS0/4cyeKrS+W98U69ofg3R9LbS58FP7 MglsbeLzEhDMZnyweYbUISLfL4p8I/jH4h+BfxIsfFvhm8hs9f00ym3uLiygvUUyRvG+6KdHjbKO w+ZT1yOQDXT+Of2vvGvxA+HuoeFbr/hDtO0LVp4Lm9t9D8GaNojXbwFjEZJLO1idghd8Atj5jxzS V9HL3tby6Xd7u29l108kmle9WXM+W6VrLvtbXu7d/N2btb6y+Ktr8OPhD8frrwNc+K/2bbL4beHL oaNe6LfeCNWm168tF+WSeTVY9Ge5F44JlWSC78pW2BMxDDfCfjbT9N0nxnq9rot+2q6PbXs0Vhet E0RvLdXYRylGAZdygNggEZ5Ar0fwx+3D8RfCmk6Nax3vhjUX8OwR22l32seEdI1fUtPijJMMcV5d WslwixZ/dgSYjAATaAAPLdZ1m88RavdahqF1c31/fTPcXNzcStLNcSuxZ3d2JLMzEkknJJJNTyvm 5m7769/6166X69BWUeX0+Vv6+diz4RttIvfEtnFr17qOm6O8mLu6sLFL25hT1SF5YVkPTgyp9a7z xX4U+DVn4cvJdD8efE3UdXSIm0tr7wFY2VtPJ2WSZNYlaNf9oRuR/dNeY0Vb1VhLe56Z4R8K/By9 8NWcuveO/iZpusPHm7tbDwHY3ttC/okz6vC0g6cmJPpXQ/s4a14J+Gvxg8Sa3PoWv+NfBelaVPDb 61eeFba8k8PTT7IoNRuNMknks5tsr+WsM9x5ZaVW3FlVT4lXc/BP9pDxl+ztLrR8I6rDpyeJLMad qsM+n217BqFrvVzBLHPG6PGxUbkIw65VgVJBejeui1/rv873W+5Mr8tlvp/Xb5Ws9tj2n9o7xjb6 t8O/h1498IWPw/1PRbHW7yyn1b/hXOn+H9RudRVYH+z6hp0clxp80KweS0XlLsO+XzFEjMW7y90T RtD/AOCiH7Q3gu38MeDf+EZk0rxTNDYy+HLCVdOe00y8mt2tGeEvaFJAGH2cx52rnO0Y+U/i38e/ E/xtGmR69c6cLPRY5I7DT9L0iz0jT7PzG3SPHa2kUUCyOQu9wm99iBiQi49E0P8A4KS/F7w5c3Fx Z614bjvdQtDp+o3jeDdFe71q3aLymhvp2tDJeIy/eW4aQMwVmyygiWm4uPdTX/gaSX3NXWnXurvR SacX2af3Sv8Ak+/4Oy+lP2dfFnh3Wfh/8C9N1v4ZfCvXU8R+E/FWo61cT+FLKG61M6Ut89krTQxp IhU2qb5EZZJgxEjOKr+D/E+k2vg8+L7vwD8L9RvtZ+Cd14ruLWbwXpa2a6ra65NZ291HEkAWLEW3 fHHtjl2DzFfmvmS0/b9+Junt4X+zX3hO0HgyO5g0hbfwVokK20VzFLFcRMq2gEscqzy70k3KzOWI LYan6B/wUE+J/hrwiNDtb3wgdMXT59JWO48EaHcutlNcNcyWokks2cQGZ2cRBtinG0DAxFdTnTai /eaevnap/wDJR/8AAfQVPljNN7afhKL/ACTXztsfQ/7RUHhzxl8JvHthB4E8A6B/Zfws8MeNkudH 8P2tpdHV725003MwmVPMjidLuRPs6MsCgArGG5pf2bvggf8AhZfhr4TfE/xB8Az/AGhZm0v/AAmn hIf8JRa7rd5IgdVs9M+W7XCOd9/kfclz80dfM6/tv/Eb+zvsj6joE8DeHIvCUqz+FtKmN1pkPleT DMXtiZWj8iEpLIWkQxja4ra8K/8ABSP4xeCdVttS0vxHpNnrdvbxWj6yvhjSTq17BGqIsVzem2Nx dRlY0DLPI4cIu4NgVpUSbko7Nv7m5W8laLil2tZWSQoXSjfdW/8ASYfPWSk335rvW5r/APBOjW9D PjXxtpXizw1oninwq3gzXNWvbO40yze+Z7TTp5Y/s15LC81o+4ffhZecEhtorB0T9smIfF3wb4h1 H4afCkad4X1B3l0yz8KWwt9Q09ygaynjkDJPsRXEc8we5zIWeZyFK4fwz/bE8bfCDUtdu9AXwVaT +JHuDftL4I0S6DJOhSaCMS2jiG3dCVMEQWLBI2YNZF54kk/aI+JVtJ4l1rwN4KV4PJbUI/DiaVps CoGZd9vpNmSXYnbvEDMcruOBkXzNzhNdEk/VOT+ejUfTTrYy5EozUurdvRpL5apvTrZ9Ez6k8TeA Y/2TP+F5/EDUtI8GeJ/DviOO10/wBcX3hPS5bPU5dSX7Xb31tC1uYoPs9lvZ0gjVBK8aNwMV8Q19 G/tw/EzQtU+FHwZ8CeEviJpnjvw74A0GeCX7Lb6lC1vqNxP5925F5bQ/uSWSOIJu+W3JYRl9tfOV YQjytx6R91ekW7Pzvq722a7I3cnKKlLd+8+12le3bordHc+lf+CWnxL1HwN+0ZdWllbaBNFqHhvX ZpW1DQrHUZUaDRb+RBHJcQu8Sk8OsZVZV+Vw68V458TfjtrfxbfT21Wx8G2p0xmeH+xfCOk6IHLb c+aLK2h84fKMCTcBk4xuOcv4ZfE3Xvg14+0vxR4Z1KfSNd0acXFpdRBSY2wQQVYFXRlJVkYFWVmV gQSD1Xj79rHxv8SdI0rTNRu9Dg0TRtQ/tW30fS/Dmm6VpL3eAv2iWztYI7eeTaAm6WNzsyv3SQdZ PmnGfZJfc27/AHO3y37Tsmke9ftBftFaL8MPBHwe1Sw+F3wtvfFPi7wbFqXiS8vfCtitlqEX9oX8 KwRWcEcUNszLF+8uYVW4O2IJLEEbzON/Z58Oa98OPhLaeJ9Q8TfA3wV4e8UXsraUvjjwhD4iutV8 k+XM0Krpl/cQwIw2EsYlZt23cwYjjPH/AO3B49+KHhddH1qL4fXNlFYHS7fyvh74ftp7G2LO3lW8 0VkskADSSMPKZSrOxGCSaz/hn+2B49+EnhSw0XSNQ0aSx0e6kvdL/tTw7puqz6NPIUZ5LOa6gllt SWRH/csnzqH+9zQ3785RW7bXo5XS7WS+W+hEI2pwi+iV/NqNr37t/hZdre8+Jf2dPBPhz/goN8St OtdB07VvDXgrwrdeL7DQI5Lr7Dqc6aTFeLCCWW4+zCWVpCpZX8qIqSDXkuqftep8R/hX4i8LeJvA nw2/tDXJbX+zfEekeFNN0S88PqlwkkwVbO3jEyyIm35sOozh8Mytz/jL9sL4j+PPjTpfxGv/ABI8 fjrSFiWDXLGyt7C9kMY2q8zwRoZ5NvytJLvdlwrEqAKd46/a/wDHXxA8G6h4fnuvDukaPq8kcmpW /h3wvpfh8ap5bFkW5axt4WnRWO4JKWUMAwG4AhRsuVNXSSVvRt3v3asn6b6mm7k29W9/VWt8ndrv fVKx9ZfFW1+HHwh+P114GufFf7Ntl8NvDl0NGvdFvvBGrTa9eWi/LJPJqsejPci8cEyrJBd+UrbA mYhhvhPxtp+m6T4z1e10W/bVdHtr2aKwvWiaI3lursI5SjAMu5QGwQCM8gV6P4Y/bh+IvhTSdGtY 73wxqL+HYI7bS77WPCOkavqWnxRkmGOK8urWS4RYs/uwJMRgAJtAAFXQf2b/ABl8Y9O/4Sg694An k1uWS6ll1v4j6DY6hNIztveaK7vUnV2bJJkUFs7uQQTPI+bn33u+9+/49dLvfok0o8vpZen9a97I 860DW5vDeu2eoW6Wkk9jOlxGl1axXcDMjBgJIZVaORcjlHVlYZBBBIr6k/4KJftFeINY1jwzocun +BEstV+H3hm4nkg8E6LBeI0mmW0jCK6S1E8KhuFSJ1VF+RQF+WvINc+AHiv4E28Piqe/+F18uk3E UqwW3jLw54jaR94C7rGO5nM6ZxuUxMuM7htzUvxZ/bQ8c/G/w++m+JF8D3cTWsFks9t4F0OyvIII AohiiuYLNJ4kRUVQqOoCDb90kVU2pU1BdJX/AAa/VP5Dp+7Uc31Vv/Jk7/Kz+87H9l3xKPGX7PPx k8OapovhC9svDfgmXVtNupPDOnf2pa3X9q2CeYL/AMj7WfkmlUAykBWwBgDHz7Z/8fkX++P516t8 OP22/Hnwm8IyaHoUfgK30+4sv7OuvP8AAGg3c9/b71k8q4mms3lnXeiN+9ZuUU/wjGD4d/aO8Q+F /G+q+ILbT/Aj3+shRPHdeCNFu7KLGMeTay2rW9v058mNM9+tbUpqGIjV6K3q7Nv8ml8iVf2Tj1u3 8mor8038z239oz4f6T8WP+CxOveGNeumsdF8Q/EVNOvp1OCkMt0iPg9iQxGe2c9q7TxF4g+HHiHx h4g0Lxh41/Zs0vwTLDdWMOleH/AOsWWs6BIiMts8N6NFiuZpo5ETeLq4dZQZA4JIK/M3x1/an8Yf tIXxu/FreGLrUJLpr2a/sPCulaVe3UzDBaae0topZc56SMwzzjPNb8n7fHxQmLTtq2gtrT2xtW8Q HwrpP/CQsDF5Rc6r9m+3ed5fy+d53mf7VcUaTVCNHsmvXSNvus7aO19OpaaVRz72+Vr3++6vttrf p5z8O/hd4m+L2vtpXhPw7rvifVFha4az0iwlvbgRLjdIUjVm2jIycYGRXuf/AAS3tre8/aH8QR3e gzeKbY+BPEhl0aGV4n1VRpc5NuGQh18zG3KEMN3HOK8u/Zv/AGpfHv7I3j2fxN8O/EEvhzW7myk0 6W5S2guPMgdlZkKTI6dUQ5xkFRgiovg5+0t41+AOsaxqfhHWRpGr65bSWlxqYsrefUIkkDBzBcyI 01u7BjmSF0c8fNwK6k1qujjJfNqS26rVfiYyi5Wv0lF/JNN+j0Z6xY+Nbb9qn9nz4q3niDwn4F0G +8BWVvruiar4e8PWuifZjNf21q2nSi1RBcI6Slo2nEkqtCT5mGfNPQPEo+Iv/BPjx82p6L4Q+2eD td8O2OlahZ+GdOsdRihmj1ESrJdQQJPPv8mLcZnckpnOSa8/+LX7WHjj42eGV0bXL/SItJ+3Nqc1 no+gafosF5dldv2i4SyghE8oUsFeXcyh3wRvbO/on7e3xC8O+D5tAtIPhtHo1yYGubRvht4ceO7e AMsTzBrE+a6B3w75Yb35+Y5ztenKL3fL+Ek2/VpW893q2ap2t8/kn0Xl1+dtkjtf2U/iBp3gv9jD 4v6tfeDfBXibVPDOoaM2gXWraDZXUmm3F2bqOSV3eFnuIwsSlbeVmh3qrFGG9H5X9tDTtO1DSfhR 4uttH0bRNT8c+DU1LWIdIsY7Cxmuor+8s/OjtogsUJeO2iLrEqoX3MFG41yWhftS+L/DXwz8T+D7 JvDMXh/xhObnVYD4W0t5J5OdpSZrcywiPcxjETqIizFAuTUHxZ/aV8WfG3wr4d0XxDJoEmn+E7f7 JpS2PhzTtNktYcs3l+ZbQRu6b3d9rsRvd2+8xJlqTV+t0/lytNffZ+dle1kKFk32s/vumn+D9Lu1 7s4KiiirAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKK KACiiigAr+l//gzf/wCUWXjT/squp/8Apo0Wv5oK/pf/AODN/wD5RZeNP+yq6n/6aNFoA/WGvyB/ 4PKDj9gz4Zf9j6n/AKbryv1+r8gv+Dyf/kw/4Y/9j8n/AKbrysMR8K9Y/wDpSMq3w/Nfmj+cxc8V JTO1PrpkUR07P7um07/lnUiF/wCWgP8As03+P/gNPpm795QBMnSkk/d+1M8z5abJmRa0AGY0+mc+ 9G49uTWYGx4G/wCRy0n/AK/YP/Ri11H7G/wi0H44fHmz0HxN/a/9iDS9V1K5XTLqO1upfsenXN2q JLJFKqbmgVSTG2ATxmuV8Df8jppP/X9D/wCjFr07/gnL/wAnPp/2K/iX/wBMV/T2hOXVRm/motr8 S462TPOtI8CQ/GX4sf2N4Is10m31KQjTrXxF4ksYmjAXOyS9mW1t2YkHHypuJCgE9em+IH7EnxP+ FfhPWdZ8QeGP7MtNAmeK+jk1G0N3CiXJtDcC2WUzPa/aAYhcqhgZ/lEhNc9+z14JuvHXxd0W3tbz QLH7JdRXks2sa3Z6RbJHHIhb99dyxRlsdEDbjg4BxXp//BRnwvrmsftOeP8Ax7qHiTwh4o0vxP4p vX0270zxnpetXEtqZZPs26G1uZJooxAkarvRQoCpwcCiaUYwt1ve/ly2++7+4UJOVSSeyt+N7/dZ dOpyfhn9iL4l+L/DWn6lY6HYM+s2J1LTNLm13T4Nb1W2AZhNbabJOt7cIwRyhihbzApKbhXMfCT4 CeKPjedTfw/ZWRs9EiSbUdQ1LU7XStOsFkbZGJru6kigjZ24RWcM5BCg4NfRPxO8HWnx3/art/jF pHjzwJongjUrqz12Wa+8T2Vrq3huO3SPzLT+zTKL2SSDyTHELeGQSgRFGIbjM8T+OdI/a++HHxA0 Hw3faF4V1m9+JN/47s9P1/VrTRYNTsLtfKSIXNxIlsJ7XqI2kXctxIU3FSKltqKklr26rWK/Jt/9 uvvdEXeVnt36bSdvvSX/AG8u1n4xq/7Mvi3wz8VdO8H6tb6PpWp6tbpe2Vzea/p9vpd7bOjOs8Wo PMLOSJgrBXWYqzqUBLjbXf8A7Z/7Dd5+zV8VPHFtpmreFLzwv4a1J7a1Wbxxol1rUkXmBE8yyhuB cmTkblEAKjJKgAkUP2kNWsPBnwa+GHw6Or6Vr2v+DZdT1LVrnSb6LULCz+3PbvFZR3UTNFM0awNI 5iZow1yVDFlfHZ/txfCG1+KPx3+JfxQ07x98MP8AhENbmk1/SHHie2uNR1MTBHjtF0+AyXsNx85V hcQxRoY33yKMEup8MXH+9d9Ps2/W3fW17lQd3qvl1/rb06mz+zv+zHokXgP4fed8N7L4n6/4+tbj xNrMupa7Potj4S0CC7ls96XCXEEEc8rxTN5t07xqRAghZmO7Ks/2DtP8TeLvj/4G8O6f4r17xx8L 9X+z6DLb38H2W9thq0Nk/wBphMGQVid5mmE8caBCWUKpavVPgZc658Vf2X/AUHhb4e638WtEl0L/ AIQnxZo2gX32TU/D95b63PqljdvN5UywQSCYfvJoTDiOVSylQRi/DLxdYfG3Xv2sNcv/ABZ4U+F0 vxPQ6dYQ3vi2yujJfS6tb3DWoeMq8tpJh0a7SPyFjYsz7FY1db+LZLb2n4Nez+9W2Tbvu3Kxmn7l 79Yedr/H9zvu1t0tzHzF49/ZW8a/DS68PDVbTRRY+Kpvs2mavaeIdOvtGuJQ+x0OoQTvaRshILh5 VMasrPtUgn0n9p3/AIJ+6l8F7nT5tK1rwVPp58K6brd6t38QvD7XZuJrKOe4WCBbpZZo97MIvLR/ MXbsaTIJpfEHT7b4B/sfXngLV9d8Ma94o8W+JrPXorLQtbtdat9BtrSC7gaSS5tJJIBNcNcKBGsj MEgy4TdHnpvj38JbT9o2bwR4t0vx98MdI8NW3gHR7DULnVvE9tBeabdWFgttPBJpyl9QdzLAQnk2 0gcSRsDtJIzqaQfL0ktfLkbf3S0fdpbbG0Lc3vdYvTz50lbzcdVptfdankHw2/ZP8bfFTwK3ifT7 XQdO8O/azYRalr/iTTdBtbq4VdzRQyX1xCJmVSCwjLbdy7sZGc2L9nTxxN8bl+HA8M6oPG7Xf2Ia S0YWYSbd+SSdoj2fvPMJ8vy/n3bPmr6I8A+NtA+NP7Mvw+0ez8H/AAS8Ra98P7W50m/svG3iy88N 3AWa8uLpLq3f+1LG0mjYShHALTq8eWHltGRWnv73x3+2F4c/4r/4Q/CTV/B/hJUsNT8P6ncaholh Ja20rQWE93PPcC4d0KwOYpbmIowQCTDR05p89o6rX7kr3X3bW62vda583uXlv+rdkn9+9+l7Wenj HxG/ZA8efC34cHxhqVloV34VGoR6UdW0bxLpms2Yu5EkkWAyWdxKok2RsxXOVBQtgOm70r4m/wDB OfV/C3ws+HOsabrngBtR8T6VdXmqrffEvw3DbJLHfXECC1ZrtBInlRx7irSASb1LKQUU/aJWA/s9 Tnx//wAKiHxB/tiAeG/+FfnQd7Wflv8AbPt40X/RfKB+z+V5uJ97Sbcxh8S6t8NYf2mP2bvgnb6J 4w+Hekv4RsNR0XX08QeKbLSJtJd9UuLpZjBPIs08JhuUYG2jmYlHULvAUp6waW6kteluV7vtzWvt Z2XS7vTT0/G/+XrffyPF/hQfh9pv9q3HjyHxjqb26oun6XoE9rZLeuWxI0t9Ks3kBF5ULbTeYTjd GBuPSftYfBTQvhJqXgvUfDLa9DofjzwxbeJLXTtcaN9R0sSSTQtFJJGiJMhaBpI5RHHviljOxT1g +DHwo1bVfFuo33gv4jeDdH8SeFLwS6ZPP4iPhua+VX2i7s7u8FvEm07WCSSxT4bIiO19vU/t2+Lb XxXqvgj+0vEek+MviTZaCtv4z13TJ0u7e+uRK/2ZHu0JjvLiK18mOW4Qsrsg/eSlWcup8MX1uvu5 X+trvo/dvrYUd5dv1uv0vp1ve2lzwWiivYfAn7b3jLwn4Gt/B+pweH/Fvw/t7Q2h8J6tYbNKkO5n FyRatBKt2GYn7UkizkYRpGT5KOmm4dTx6vXfi9+z1p3wt8E/DPTnup/+Fh+NrQaxqFrdXkFtYaTZ XLquno7SBRHLIgad3kkCJHLFkD5mq3+z/wCEbD9qL9pq51fxVbaXoXg/S45/E/iePR7KOxtbLS7V Q8kNvDGAFaT93BHjLF5kJLEknk/iV451T9qn9obUtbuW0vTb/wAX6pmJLq9is7HTY2YJDCZpSscU MMYRAzEBUjGcYoSb5YLd6/LZfe76/wB1p7iuk5Svovz/AOAun95NbHWTf8E/fijbfFHXvBkum+GI fEnhjSzrWq2snjHRkWxtFUs8jym78vKIN7Lu3IpVmAVgTz3w2/ZP8bfFTwK3ifT7XQdO8O/azYRa lr/iTTdBtbq4VdzRQyX1xCJmVSCwjLbdy7sZGfrXxhoum+OfhtqP7PsPxB8ExzeFdAtbyLx7P420 SOx8TywPLJHpEk/nh309GYC2jMjSQyRo8sSI6C14Xwf4q0P4r/s5+BfD9v4Q+BniTxF8OIbvRdSs /GXjG50CXEl7cXKXVrKuq2VlcQuJdjFGeYPHk5jaM0r7r7vNXd38rcrWjT974bAr6N6fpoml+N77 P4d9Twfwx+yJ8Q/F3xc1jwFa6AsPjLQ4ZZ7nSL7ULWxuXWNPMbyVnkT7Q3l/vFWHezp86grzUPxg /ZU8dfAjw/bar4k0m0g0+4vpdLeey1az1JbK9jVXks7n7NLJ9muVVsmGfZJw3y/K2Pp34M+Lrm9/ 4KCeEdUu9Z+DXhE+CfBs1j53h/xgsGm6WRpt1BawC/v7txc3KNNAha3uJlUBcNiN9vl3h3wZLp// AAT5+JNlc694K/tX/hNtMvlsf+Eu0t766htLfUYbiWKAXBlmUSXEW0xq3mB9yb1BYRzPllJ9En6r n5W18tetu73LSvNR7/g+Vu336bK/ZDP2Vf2OfD3xY+Afj3xr4v1bVNMksdI1V/CNjYvGkmrXmn2E l7cSy70Ym1iVYI22YJe6QBl2mvnKvvj9lT4xfDj4z6KY77ww3hSDwb8NdS8HQpefFrRNFtL+a4sb gSNBa3lmkvn3c8khaYPKkbyLvBVVWvkb9mT4SaF8ePj3oHhPxB4z0r4daHrM8kdx4g1Xa1tpqrG7 qX3PGvzFQgy6DLjJFbzg3X5I9l/6VJX+aSeuuvoc9KTVKU59/wALJ2+TutOvzOI0jSrnXtVtrGzh e4u7yVIIIkGWlkYhVUD1JIFev/GDwT8Kvgd/ang+RPGXjLx3pSSWt9rNjq1vpmiafqK/K8Eds9pN NdxRSAqZvOt/NIO1FUK78+k+mfsx/tawzadqun+OdI8A+K0mt9QsvkttchtLsMsicsAsix8YLL83 DMME/V37S3x91L4j6v8AFHXNd+JHhPXvgl4g0q7Pg/wva63ZtJb3MqFtPEWjozz2VzbzMDPPJHDv 8ufMsgmCy5Slekpw2ak38knFd05apLdvS61vsrqq4y8rfN2b7WStfpbvuvnH4FfC7wN8Vvgf8SJr vT/Flt4x8EeHX8Q2+oQ61b/2ZcgX1pbCF7M2hlB23JJcXPVR8ozWB+yZ+ztrH7Ufx+8M+ENK0fX9 Wt9Q1G1TVX0i0aebTrF7iOKa5YhWEaIJMl3GxSRmut/Y3/5Jv+0B/wBk3k/9O+l1q/8ABK7xDZaH +274FW68M6F4gkfU4riGfUZryNtKMAaczxfZ541LgRn/AFyyJxyvetlyqtHm25U//Jpr9F/WpnPm eHly78zS/wDAYP8ANv8ArQh/bk/Yc1j9kq08IXreGfHmnaVrummW7vdc094oIb1ry8WO1V/KRFk+ ywQyGMszfOzcDAHz3X03/wAFJviRpHinWfh5pdh4L8KeHrmy8D6FdSXWlz6g8ii5sluvsuLi6lTy lNxkEp5vPzSMOvzJXPT5k5Rl0lJfc2v6/Xc6J8vuyj1Sf3pMKKKK0MwooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAo oooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACii igAooooAKKKKACiiigAooooAK/rX/wCDaT/lB38Cf+uWvf8AqRapX8lFf1r/APBtJ/yg7+BP/XLX v/Ui1SgD7pr+cv8A4PGV3ft//Db/ALJ9D/6cb6v6NK/nN/4PFV3ft/8Aw26/8k/h/wDTjfUpbEy0 R+R6oMe1O+70p4jApxh9OKy5jC5TPWvqL9t/4DeDtT+IP7Q3xGv/ABf4mtNX0z4r6zoKaNb+GYLi 2muprrUJ4Cbpr5GWIpbMHbyCyFhhXGTXzM9rgV9Y/tLx2fxW+I/7Tvw5t9a8P6P4pf4zXfiXT4tb 1SDSrXUoIbjVLaeNLq4dLeOVPtMbhZZE3qrhSWAUxvN235dP/A4X/wDJbkKT9vDtrf7tPxseKfF/ 9mjw34V+F3w11vwb4l8XeLtW+JbTCy0m58KxWLx+VcPasitFe3DSSNOgCIqDcrA5DfJVbxr+wn8T PAPg/wASa9e6VoVxpng4L/b8mmeKNK1N9EZplgWO5jtrmSSGQyttCOoYlZOP3b7fQ/EWnaRqniz9 nr4Wn4iaF4b1PwhFLHrPizTtRjutO8O3N3qMt2jR3cUqxStAjRFpIpdgckK5Kk1q/F26l1L4SePb j4r6r8EddmljSXwnqngr+wBrmo6oZwRNINMVLj7NJAZ3m/tGNWB8vAWc7a1vJU3Pzfpo9Ld7rbXX o2jsi17RQl5euv5eemnVHmHwf+Cc2o/s7+P/ABRP4O8PeLYo9JWe0vY/HFla6l4U2XccUl4+lpN9 pmRi6xYkiC/vVYE5Brl/gb+y744/aTXVV8E6Tb67c6MkctzZpqdpDelHkWMPHbySrLKodlDNGjBN y7iMivZP2O/gvfWvwk+Kd1deIvhnpw8b+BX03R4b/wCIGhWdzPcnUrCYRvBLeLLAfLglb98qfd9S AYv2MvAupeALv442M3ifwNouoyeBbzw/BK/jrSLaO+ubia2cQ28/2oRzq0UcwZomZB91iCwBqu3D maV7Qb+actPy89V5BT96MfOdvk+TX8X5aPzPFviz+zx4t+Ckui/27YWT23iOJ5tKvtK1S01iw1EJ IYpFiubSWWF3RxtZA5ZSV3AbhnvtK/4JufGHW7i4htfD2iy3GnxtNqkA8VaQJtARYXmZtRQ3W7Tw EjfP2oRYZdh+b5a9N+FHinS/gn+z1+zx4s1e/wDCmq2vgz4j3viPVdHtPEem3OqxWcv9l+U5slmM 4Ym1m+VkBUoN2wMpO7+yj8CJvh18Vfin4jm+IvgjWdN1TwJ4pj0xtI8R22oX3iQTaXdShpLSORrm 2UIhlf7WkRV0ROXIFVP3Yyb+ypv5xipJPtfb5Oy3sU/fcOnM4r75yi38klL/ALeXq/ie/s306+mt 5DEzwSNGxilWVCQcHa6kqw9CpIPUGvVP2RvgH4X/AGivFmt6Nr/izW/DF9Y6Rdatp0Om+H49Wk1f 7LBJPNbqHu7cLL5UZKDJDkMCVON3ktdf8Afi5efAT42+FPGlhlrnwzqlvqAjH/LZY3BeM+zruU+z GnBX91vfS/bz+W5NRtLmitunfy+ex6R8Lf2aPh743+AHjDx7qvj3xlotr4U1W10tbePwdbXI1J7p 5fs6xOdSj/e+VDJLIhXCBeHfIz6N8RP+CT154H/bY8P/AAti8ax3nhjW7O41KXxg+k+TBp9raNOl 88sAmYAwSW8ibTKNxMfI3iov24dI8F+HdU8HfCb4T+J/Deu6DqetX/i+4vYtXtINPimvp/Ls7WW4 kkWKFraygiDeY6hWnkzjOB7N8cP2n9Stfjj8Qfh5o0nwz1e18d+J7nVtD8Zp490cQ6Vo091bTX1q ZfPMMfnmyiPlyyxycuAjGQYuilKdO6tdtNPyUE0+3vOUm19mOhGIk405OGrs/ldtxaXW6SST+1LX Y+b/AIofsVeEvDHh74rR+F/HniTxT4u+E+syadf6G/hSGzM9pFcGCbURIL+Rvs6OCG2Ruyl4iyoj M6cZ+1j+z34e/Zu1nQdEsfFOs634nuNNivtf0y+0KLTj4cmlVWWzdku5986gkupVNmUB+fekf0pq 0MX7M37RXxl/aF0zxX8NvEGv2PirU5fBuk2HjjS7t50vLiUnUpoYLvzZoFgmKi3QM7ySfvEWONw3 gP7afwk0jw9rekeOfD2u+H73TPiFb/2vcaPB4qsta1Lw3eykvNaXBimklZQx3JLKA5V1WT96r1yx m/Zwb3ajfybWi/7e3b6P3U18JvZc8vnbzV9/+3dl3WrWl34dX014j/YFvfiL8I/hb4t+GmlXkVv4 20x1vI/EnirTLdJtTW+ubUW9lJOLQTPILfeLdBLKvmKCWyC3zLX1X8YPCF1rHwb/AGY9Fg8T+Bbl tJsbu3urVPG+kumlXFxqtzdgzj7Vtt91u0JZ5NoBCoxDrtHXGmpqMb2vOKv2TUt/K9vnYynLlTku ibt6WPnzwh8Hdc8ZeOrrw2i6To+sWJlW5h8QaxZ6Clu8bbXjeS9lhjWQNxsLbsg8cGrHxU+A/ij4 Latp1r4gsbWBNYhFxp17aajbX+nahFu2F4Ly3kkt5VVgVYpIdjKVbBBFfUvxC8BeBPGf7Zv7QGsa lcfDrxrrFxqs2seDtN1Dx3aWHh7W4bq9k8yaW/guok3xROjrb/aoJCWbOdhjbI/bc8OaXrP7NnwZ 0zQbn4NWF9o+o6pZ6po3hLxit7b6TcXj2zxB2vLyaVlxG++4SR7VSvEoyM81Ko5whJrV2uv0++y6 66bvTWcVGc4rZXt+Dv8Adft32WvmEf8AwTn+L1xe20UHhzS7uK/tYbqxvLbxLpc9jqfnPKkUNtcp cmG4uXaCYLbRO0zeWxCECuY+E37KXjX4v6KdX03TtLttGW+XTlu9a8QafoEN5c4y1vby300SzTAY 3JHvZN6FgNy59o/bF+GXiLX/AIJ/CW0h8X/DnVdJ+HHghra90+0+I+g3TWN61/eTTrDbx3rPNI8R ts+Srl9qKMlcDlH8Dx/tQ/Ab4aWXhzxJ4G0bUvAlnc6Lq+l6/wCJLTQiDNf3N0l/G95LHHOrpMsb iJmkQ243IFaPOz0nO2tpW+XM1zPpZ2X331SZjFt0oylo2k/na7Xqm/wtu0bPx8/4J4axp3xGvrDw Lot9plroXg/TvFOv6b4u8T6ZaajoX2iPMyOZxaeYsUhEZKxZVmQMAXUHxf4efs9eKPin8P8AxT4n 0WHRptI8GW323V2uNdsbS4tocqodbeaZJpQXdEHlo2XdUGWYA/Y3ifU/Dlx+134E0qT4n+CtW8H+ OvhSngK+8VNrUJgtpBpLQedco8nnWoS5EDAXKRsQv3QQQtD9uz4j/BhP2dPEF78JP+EV0mfxbqll 4QudFsGhW5+xaRc3zjUmRMHF2o0ty5GHdZOWIJGDbjFyWqvJenvyjf0ScLeu7szZatJ6O0W//AIu 3rdTu7WVlpdq/wAv+HP2Q/G/jLwYNb0WHwxrcRsm1D+z9N8V6Teax5Crudv7OiuWvMooLOvk7kVW ZgACRk/CL9nbxb8d7DW5vCtlYapJ4ftJL66s/wC1rOC/khRGkdoLWWVZ7naqMSIEcjjIyRn7i/Zm 8J/Cz4S/tJ+E9R0OD4DWvgXToIZrTxt4g+IczeIr+aW3GS1jFfolrL5kjLsubFIoljIeQnDv4V/w T58H638Nfit441mDxZ4F8NahpHhnxBoVnfT+PNGsH/tOXT5orc20kl0vmqZWULcRFogefMAGa20v O3SMmvVJv8dFayeq72MXJ8kWurin6O35au92tH2ueVeM/wBjT4l+AvEvh3Rr7wvNLq3iq7fTtNs7 C7t9QmkvIygks5Ft5HMN1GZI98EuyVN43KuaT4mfsf8Ajv4TeGNQ1nU7PQb7TdGuEtNTm0PxNpmu /wBkyOxVBdCyuJmt9zqyqZQoLDaCTxXW/s06pb/scftX6RP41fwpfWNxpl9ZT3FhrUOu2Nmt7Z3F oszzaXcOwEbSBnWGQThA2zDFM+jeI9/wn+H3j17Lwh+yv4as9T0K60mTUtF+IN7rl7qMUjptjtbN dYu5PNd1jdGntlWMoGkMe2oqNqF467/f/L5Pz1vfRXi09Y6y5X5fd1f/AAPLV6q3x9W/8N/htqPx V8R/2XplxoFrc+U02/WNdstGttq4yPPvJYot3PC7tx5wDg11vhH9rLxT4J8NWelWelfDOa1sY/Kj e/8Ahz4e1C5Yf7c89k8sh/2ndj712/7M9n4V+NGueP8AX/Fmn+A9W8ZxWtvPoHh3VtUtfBnh3UXe Ty7h3eB7OFDCmx1gjmg3ks2W2MjXpfy1/wCB3/r7yW7LXfT+v6/4B5V8W/gZ4n+B+oWMHiKxt4Y9 Vt/tWn3tlf2+o6fqMWSpeC6tpJIJgrAq3lu21gVOCCK7pv8Agnz8WF0y/n/4R/TDc6RpT65qWmDx Hph1fSrJIPtDz3Vh9o+1W6iMqT5sSnLouNzqp9Z/bS8O6Fq/7OvwV03TdQ+D2jNo2p6naa3png7x UdUi0SW8ktXQstzdzzygLHJvmikktgy4WTkZ3/Hdm9hrnjKz+J3jv4HfE34a2Gm3dpb+KtKk0FvF 2sTRReXYSwNB/wATd7nz1hVjcl4CglLvJFtlOcnJU3P1t8tV+DVtubpbo017RRflf56fmnffl6+f y98Kv2Y/GHxk8MXmuaRa6Na6HY3aWEmp63r+n6FZPcshcQRzXs8McsuwFjGjMyqQSACCU8X/ALMn jP4efGgfD7xHp1h4b8V+XFK9tq+r2dhBbrLALhPNuZpVgizGynDyKckKfm4r139nnRPFek/s4Wl3 4N+Inwhu5tZ1q4bUPBHjV9AI04wxxrHqMS6zutw0gkaMlPLlYIuBKisYuS+P3w50L4n/ALS93pPw +n8F2rvYwS6qy65Z6R4eXUxChvlsbi8lji+zeeXEY34bB8rMeyrkmpJW0/4F/u3u9ei7kwnFp3/p 3t/S673tviftheBIvh18YI9Ph8EWfgGJtI0+5TTrTxLH4iguBJbRv9sjvI3dHWfPmgKxVQ4A4FaX w7/YA+K3xUtdAOi6Bpk174qgW70fSrjxFplnq+pW7MwW4isJrhLpoSEdhKItmxGfdsBau0/4KBfC +4fUPDPiK01/4favpukeDPDui3Q0nxvo2pXKXdvp0FvNGLe3unmYJIjAuqFOM7tvNekeGNCvPDWs eEdK8RfET4AfEr4PWOkWaazfaxJoTa7pOnvAJbmwhLE6z51sJHWAWbyKGEartIkhQs/ft0lJX6bu z9Nn2ttbQcpWUPOKfd3srrzad13b36niv7Kv7GE/7RHgX4k6tLqWhWEnhLRJLnT47nxZpOls16l3 aR/v47qZXW28ueT98QkfmBF8zd8h8/1v9nfxTpHxI0jwlbwaP4h8Qa8Y1sLXw3rtj4g+0O7lFjD2 M0yCQkH5CwYDBIwQT6N+yDf6De6v8YfDFtrGn6L/AMJr4NvNK8Oy+Ib+DT4Z5kvrO7jhnuXKwQyP DbOAzssZfC7huFaX7P1rpX7FH7RfhTVfFviDwBryavpup2OoW2k6rJrUXh5bq1ns4prm409tjDMo kK2Vw8yxq3+rkKAvRyg9k4ryu7z062bstdUla/duVlGaW/M7dbK0bPpdb9ru/ovPviZ+x/47+E3h jUNZ1Oz0G+03RrhLTU5tD8TaZrv9kyOxVBdCyuJmt9zqyqZQoLDaCTxWj8G/2OfGnxDstE14+Gv7 Q0LVZna000eJdO0bWPEkUR/eLpsFyzT3LEgorQW84MgKBXZStexeI9/wn+H3j17Lwh+yv4as9T0K 60mTUtF+IN7rl7qMUjptjtbNdYu5PNd1jdGntlWMoGkMe2uY8d/Dq1/aa1LwV4y0Lx34B8MaLpvh 3StI1WPVPEUGn3vhebT7OGGZks5XF1dK5jM8Zs45i5lK/wCtDLSp36918r3vdPtZbtL3rPpclZp2 7O3W/wANrW73e1/h07LzH9sf4O6X+z9+094z8GaJJqUuk+H9QNtatqEiSXRTarfvGREUtz1CL9K4 nwN4LvfiJ4tsdE01tOS+1GTyoDf6jb6fb7sE/PPcOkSdOruATgdSK9l/4Kb3Fpq/7bvjrWNO1vRf EeleILwajY6jpmq22ox3ULqFDO0EkgSQlTmNyHXjI5BPglZ4V/u4up2V+/n8yqq958vy/pfoeyWH 7BPxL1P443vw3gsfCsnjXToXmuNNHjPRcx+WXEkfmfa/LMybHLwhjIiqWZQozWj+zV+zre614k8W Pe+EvCXxDi0TT9UtG0uP4iabp1xHcw2zyfbrZUufNvYoFVpf3CyRSBGG4gGvYPiD8a/CV78BdZ+N dvr+jyfFXx54UtfAV5pC3Ucmo2t989vqOqPBw0cc+nW8KrIo2+ZeyjqDXBf8E5vhncW3xTi8X32v /D/RtDOi69pu/V/G2j6ZciefSbu2iU21xdJOA0ssahjHt+bOcAkW1K1SK3jGX32dreTXLZ73lpZo mLXuyfVr7tN/O901tp1TPBPht8OtS+LHjKz0HSG0pdRviVh/tHVbXTLdmAJ2me5kjiUnGAC4LEgD JIFdz4//AGIvif8AC3wrrGseIPDH9mWmgzPFfRy6jaG7hRLk2huBbCUzNa/aAYhcqhgL/KJCab4B +AOtaN+0Bo2hXOqeAo7qzlg1Ka5/4TfRTpywrIpb/TRdfZjJgf6oS+Z/s11//BRvwvrms/tN+P8A x7qHiXwj4n0zxP4pvW0270zxnpWt3EtqZZPs26G2uZZoo1gSNV3ooUBU4OBVT5VGDXW9/k42++7X qiYczqSi9lb8b3+6y+81Pib/AME59X8LfCz4c6xpuueAG1HxPpV1eaqt98S/DcNsksd9cQILVmu0 EieVHHuKtIBJvUspBRfF7f4F+JLz4P3vjyG306fwzpuoxaVdzxataPcWtxKHMQe2EvnqjiOTbIY9 jbGwxwa9t1b4aw/tMfs3fBO30Txh8O9JfwjYajouvp4g8U2WkTaS76pcXSzGCeRZp4TDcowNtHMx KOoXeApyvgRodn4s/Zx+MHw703xL4QbXb3XdE1DTZtS1q30Sx1a2szfxTSQz6g1uuf8ASIWEcmyQ qxOzKsASVpVLd3ZeXOtfTkba9L62ZSasr/1p/n/Wp5j8Tv2cvFXwf8QeHtO16LQ4X8VWqXul3Nr4 g0++sbqBpngEn2qCd4FUSRSKxaQbdhLYAzVz4jfsq+M/hh4NbxDe2+ganoUVwlrcX/h/xJpuv29l K4JjSd7G4mEBfDbPN279rbc7Tj6I+JPwl8D3viv9mvQPGPjzwTqHhbTPD0mg+ILrw/4qs7j7FejU NRuRbyshd4Yy00CNdGJoAHZ0d1XcdvVPDuhWP7Hnxo0qPSv2d/AOv6za2E2n6V4c+I51XUNRt7W+ ink3SzapdWjEIG2xRutxIyHbEQVzE2lzJdJSXyT0fzjro9tbW3cU21fqov5tar5S0s+ul77eA/A/ 4YeAfix8C/iJLcaZ4vtPGngbw3J4gj1GPXbdtLu8X9rbrEbM2fmr8lzkt9pOWTOADgcF8E/h7P8A En4g2dnDH4fuI7Zlu7m21jxHZ6Bb3cKOu+IXV1LEiswOAFYvySAdpx7v+x38F761+EnxTurrxF8M 9OHjfwK+m6PDf/EDQrO5nuTqVhMI3glvFlgPlwSt++VPu+pAPjXhX9nXX/EXj7UtCg1HwJFe6IUa 5lu/G+i2llICR/qbuW6W3uOvPkyPjv0ropxX1mEXpor+T5pX300Vr/juRvQb/vP7nGNvxvb8NiP9 p7wqPA/7QvjHSF8JDwGNO1WaAeHRqv8Aao0YBv8Aj3+1ZPn7em/Jz1rtdY/4J2fFPQZdahubTwUt 94csZtS1TT08e6BJf2NvDH5kryWy3pmXanJGzPI4ya2/+Cl/gd3/AGqvHXjKy1vwTrfh7xT4huZt NuNF8W6Xq0ksbEsrvDbXEksSkd5EUZ468V2Xi/8AZluPBXws/wCEB8J+Ovg4mm6jbjVPF/imb4i6 H/xOJoozPFYQQRXT3RtYnUBV8ndNcFZHVVSIR8NKTWHUpaO3no7db66bu7u9r3dzWWtWy2f5X6fl t8rI+e/hT+zz4g+M9jNcaLeeC4BBOLcx6z4x0jRZpHIBGyK9uYXkHI+ZFIzxnPFdV+zb+yRqvxV/ a60P4Y+Jof8AhGZ/7atrDXLfUdTtNHvbaFriOKVYftbKJLjbJlIkWR36qjgGvQP2f/hh4E1T4C+H dRstG+EfivxRqOoXUXiZ/H/jmTQo/DcUbqIPs9pDe2c9wjxP5jSR/aWJUxqisuH6H9orx/4b8C/8 FZvCXj3+3fC9/wCC4tY8N6wL/wAPakuqWsNpbR2aS/KjvNGUMEn7qYCfCqSvzAnto8v1iEXtpf8A D/g9NbOz0u+epzOjKUd9f1/4HpdXWtl4L8c/2ZNZ+CE15cXeo+C7vTo9QeygXTPGmjaxedX2mS3t LmSVRheWZAoOAcEgVvTfBObw5+xzqPiS68HeHtUmudXsJIvFVh44sru40WCaKYrZXGlwTPJG0xRm 3TIjoYmXHWmftBfs1T+AZ/FXiK+8b/DC6g/td10y00fxXa61ea2kkznzYo7JpvJRUAcm7MHDAKGf KD0r4W/s+apbfsV/EXw9L4l+FEGteKNa8P6lptpL8S/Dsck0FvHqHnM26+AjK/aIsrJtb5unDY5a XM8M291yeurjdetrt7aJpq1zrrcirPl2963Z7pNeX366p3seA/CT4CeKPjedTfw/ZWRs9EiSbUdQ 1LU7XStOsFkbZGJru6kigjZ24RWcM5BCg4NbA/ZJ8eD4zaR4BfTNMh8R+IYop9JE2uWEVhq0coPl PbXzTC1nWQgqjRysGcFFy4213Hw+0mH4pfsrap8LrPW/C2jeL/D3jB/EBi1XX7LTrDXbdrZLQiK9 mlW1aS3dCyqZQHS5kaMvgiu88ATab4Z+Jn7Nfw/m8TeELrVfh74ml8ReINUHiKxXRtLgnu7O4+yr qDyi2laKO2kkbypGQvcbELSBxW9JKVTle2mve6Tb9E3Z9NOlzkqzlCm5Ja66drNpX9dH8/I8T+Jf 7GPxI+EPgy917X9Bt7ax0mW3h1OODVrK7vNINwCbc3drDM89qkoHyPNGivuTaTvXPl1fYPh/w5c6 tdftYSah4t8CT6h4jsTFZz3XjrSC2szNrFnfkwyNdf6QTBHIxZCw3KUz5nyV4/8Aszfs3eFPjn8P /iTq/iL4qeGfh5feCdGOpaVp2qIrS+J5tkrfZoMyId2Y1HyLI2ZVwhrnozlKkqk9HyqTXbT8dv8A gHTUiotpPaTivPbX73bys9e3j1FFFbGYUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABRRRQAV/S//wAGb/8Ayiy8af8AZVdT/wDTRotfzQV/S/8A8Gb/APyiy8af9lV1P/00aLQB+sNf kF/weTf8mH/DH/sfk/8ATdeV+vtfkD/weT/8mHfDH/sfk/8ATdeVz4n4F6x/9KRlW+H5r80fznR4 82n0nPBpIvv10FMdRRTOfegQSSbWxT40HUDmkT7/ADRuPagBZPu9KZgelPoj+4aAG5/eUu08kUbt vXrSrGWjoA3/AIUeH7zxJ8SNEtLC2lurmS9h2xxrk4Dgk/QDqaw/AvxA174XeKrXXfDOt6v4d1ux 3fZtQ0y8ktLq33KUbZLGQy5VmU4PIYjoa+yfhX8N/wDhmT4V+HLW3svtHj74hRpe38rRndpOmDbI Yweqs6fexzkkZxXjn/BM7V7vw/8Ata2V/YXVxZX1l4c8Rz29xbyGOW3kXQ79ldGBBVgQCCDkEV6m OwCwlKLlL3+WU2uyUbperSf9b8WBxbxTm4x9xOyfe2jfpfT7zxXxj411j4ieJrzWvEGranrus6g/ mXV/qF091c3LYA3PI5LMcADJPYVmV3fgnxRb/Fj462V98SZ/Fni8a9eJFqNzHrYh1O5d8RrIbqeG 4yVO0ncjEhcZXqPSP2tvhD8GfgF458eeA9B1Xx94h8WeGdVntLTV91sNJZ47oxtZPCY0mZo4Qd10 rqrTIyLb+XiY+XyuMY6b3sl5Wuvldflvoeipc03FdLfje332f57anz5RX0l4h+BPwi+FHxYtvhX4 tf4gS+MUaLT9Y8SabqFoul6LqMqjMaac1s0t1FA7ojv9rhaQrIVRcKGxrX9mbQfgj4W8W6/8VF1v UovD/iq58E2Wj+G9QispdS1G1w13K13NBMsdvEjJjEDtI0yj92AWpXSXNfR9em6X5yS7aroJO75V v2+9/km/keDUV7Z45+F/gHwWfAPj2ys/F2qfDjxmbuBtGl1e3tda069tBGs8BvPsskMkYaeCRZhb LvR2Qxoy7q73/gp/4g+Gsv7WPxatbLwl45t/F/8AwkE4Opz+LbWbTTIJRvb7GNNSTaV3AL9pypIJ ZsYLn7qi+/N+HL/8l/le+jjaWz0/r5ngHw4+Bfjb4x2mpz+EfB3irxVBoqLLqEmj6TPfJYIwYq0p iRhGCEfBbGdjehrla+9fhj4CsLf9nb4T6rdXniiy8N/Dzw1/wsG40/wxOlpqOq61deIJ9OhunnZX SJYVgtgZjFIyRptUfPkW7n+xG+KH7bvhbxP4g13QfhvZ6tJq1zp+mnzfMlj8RW21IIWYRLPLhYVl YERh8kMq7DVRKM+X/H/5I0n97vZWvousrKFJuPNbrD/yfVfpf18rv8/6K9w8U/Cz4c+Ivg9bfEnw fZeNbbRNA1210XxV4c1TWLa6vY1uFnlhntr+O1jQLKlvLHh7U+VIoP70NhfSf2/PE3wmHiTw1EfB XxEOsS/Drw6dOuh41sxbWqtpMH2cSw/2VumKAqHKyx+YQSBFkATP3Y3e90resXJfev8Ag2ehpBc0 rdLN39JKL/F/5XTufI1FfVnwn/YPN1+zz4V8ZXvwr+OXxUvvGvn3dpB4Hj+zWGk2kU0kA8+5+wXo kuJJInIiCpsQKSWLgDm/Gv7HOg/CP9sjwx4K8b6x4i8GeCvE0FtqyXeuacLDVbK0njZkt7mJ/kgm EqNbtK37pD+9I2AilJ8suR97fPe3rv8AcyYu8eZdr/K9r/l96Pneivor9pn9nrwR8M/gpaeINH0H xjp2qXusrp8csXjfQfGegrGsLySrJfaaqGK7bdEUgeMfJHI+584j7j9onxX8Gof2cPgI194C+Jtx ayeG9RNhHB49sYZLZBrV8HWVzo7iUmQOwKrGArKuGKl2ctI8395L74uX6f5261b8r/jY+PaK9E/Z /wDjZ4n+E/iO4tPCvjCH4eHxC8Vvc+IRCy3emRK+7KXdvDJewIf+WgtsGRQAyuABXpX/AAUfuZdX 8WfDnUrrUofFuoX3gqya+8aW6jyPGU6yzg3KucSyPEnl2rvcKlwXtW81FaieiUl1dvwb/T59NnZL WTj2V/xS/X+rnzjRRXsPgT9irxJ8VPA1vf8AhXWvCPifxNdWh1GPwZpOoteeIntQzKZFgRDGzjaW NuspuVT5zCE+ajW1/wCv66+ib2QX1t/X9dPVpbs8s03xNqWjaVqNjaahfWtlq8aQ39vDOyRXqJIs iLKoOHVZERwGBAZVI5AqjW94t+GeteCviHdeFL21jfX7O6FjJa2dzFe/vyQPKV4WdGfcdpCsSGyp 5BFezftieIdK+HGu+D/g5As954c+FAMXiBLO5WCTVdamZH1R1lKyKrIVW1RyjhRbA4YEgl1yqS67 fm36LT5td7htJrt/VvV/kn2PnuivrvxZ+zJ8EfCfgm9+KLL4/u/hBqumra+FfL8U2I17UNeG4y2V xF/ZxWFYgAZSV2Im145bgyxxVQ+E/wCwebr9nnwr4yvfhX8cvipfeNfPu7SDwPH9msNJtIppIB59 z9gvRJcSSROREFTYgUksXAB0bfS347L5r3v8OolJNq39W3+56f4tNz5Tor618MfsFeGtB/bZsPhn 42Tx3o2heLvD0uu6Nd3ka6TqmiR/Y5rlTf2rwTFzE1vLE8cewsV3qwBCnzv4n/CL4c6/+zvqXjz4 d/8ACZ2KeGPE0Hh2/g8Q3ltd/wBqxXME8tveReTDF9mb/RJg9uxm2+ZHiZtpzHOrN9t/LXl1+dl8 /J2qzvb+npzfld/nur+HUV9zfsnWEf7OXwD8V+GZ7OEeM/i18NfEPiPUpXAMum6HHpV0bC3HB2m5 k3XLYIOyK1yPmr4Zq5+7Pk8r/jKLXycWn5/e86c1OLku9vwTT+ad15fciiui+EHgJvir8WfC/hdJ fIfxJq9ppayY/wBWZ5ki3fhur68/bA8L/Ef4f3PjjwL4S+JvhbQfDfhK1niu/hf4T1q8tZrfS0yr y3qLElrf3XlBXuSZ57gZbeqpEVjU2oxTfW/4Wv8ALXftd9C4+9LlXS346L77ffZdT5N0749+OtH+ Gdz4LtPGniy18HXjFrjQYdXuE0yclgxL2wfymJZQTleoB7VydfSX7H/xS8T3f7Onx48Iy+I9dk8J 2vgKW/h0V7+U6dDcHVtMBmW33eWJMMw3Bc4Y881B/wAEtPgNJ8df2y/Bkb2PjK4sND1mw1G4m0Hw 9/a8duUu4mX7WfNjFtbsA26c79uB+7bJxooc1ZQ7pO/leS/DlInPkoOp2bVvlF/jzHzpRX2x/wAF cvgt/wAIHpHwy1N7H4pWTjQUs1HiHwauk2RM13f3sgM4upAt2Hn+a3EfyrhjJn5a+J6xhPmunum1 9zNpw5WvRBRXs/hH4T+Bvh58BtD8d/EODxZrj+Mb+8s9E0TQdSt9KZYLTylmvJ7ua3ueDJJ5aQrB ltkjGRdoV+h/4UZ8H/HPjubV/CWueOH+G/hfwlF4m8VpdxRSavaXLXYtzpsL+VHCWZ5rWMT7WQB3 l2naYRo9Nfv8tG/noul9bLfQhauy3e3nqo2+96XtprtqfO9FfX0Hi7wbr3/BNL4q2ngq88faVY2n iDQZLnwx4h1ePVbezld7v/TLeeKC3jzKqhHQwKy+Qh3yBgI/kGs1K8pR7f5J/r/nZ6J9E/63t/X4 XVmyivXfhr8L/Bnhn4Ij4g/EK38V6rY6vqs+h6Ho+hX0Gmy3U1vHBLc3Et3NBcKkca3ESqiwMZGk PzoIzu9/+P3w5sv2qNI/Zl0Dw94s8Q3eh6joGsOupeJc3N9odha3lzLNDIQQJvssEMiIU8tZFiTC whtiOpLkaXnr5e65fl8l1aego6rm6a/Oz5fzv56aJq7XxHRXvNh8L/hV8dND8XWfw8tPH/h/xD4V 0q61+1l8Rataaha67ZWiNJcq0cFrC1nN5KmVB5lwpKNGWGVkLJvhX8MvgX4F8FXPxFsvHfiXXvHG mJrws/D+sWmjw6JYSTSRw7nmtbo3M0qxmTaFhVFKDc5c7K2362t53vb/ANJlvbZi5k3ZdL38rW/z W190eE0V9AeE/g58F/GX7Veu6FpnjLV7n4e2ulPd6FPqN5baHd+IL1bWNxZSXlzH9msN0zTDzZkZ AIto3l1Y0f2vPgf4S+D3hvwjc+H9H8Y6Ze6/9rnuGvfEWkeJdFkijZI0Wz1PTgI7iRWEhmUpGY/M iXafvuuayT7/APB/y9V13RSV212/r/hns3pvc8Nor6B+CN0P2cv2VPFfxFZXh8UePmn8FeFHIwYL YorateoeuRFJFbKw6G6kwcqcfP1N6S5fJfe9fys/m1uhLWPN5v8ADT87r5X6hRRRQAUUUUAFFFFA BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFf1r/APBtJ/yg7+BP/XLXv/Ui1Sv5KK/rX/4NpP8AlB38Cf8Arlr3/qRapQB901/Oj/weHHH/ AAUA+G//AGT+H/0431f0XV/Op/weFpu/b++G+P8Aon8P/pxvqibtEzq/CfkopLNQTgYxVxbLAzSS 2/ljLLXJ7Q5eYov0rt/+Cgv/ACft8bv+x/17/wBOM9cnJZqFr6Q+Jvwh8DfFX9vf9phvFuqN/aWl eNNXk0fQh4m0/wALf2yz6vOszHU9QR7aLyU+byiheXf8pGxqVOV669H+cR0p/vNe36o+PaK+jfHv 7H+i67+1L4B+HPhCDxX4dPiqzt7i+ufEV5YapbQCVpJHubO7sW8m9s47dRiZNvmPFL8sf3Fyba2/ Zw13SPFdnH/wtfQdR0vSbqbw/qt/qlpd22v3saEQRS2kVkHsxK+1sfaJggBQyc+aO6/ut9r/AIb/ APA79Lndb3uX0/Hb/g9uttDwiivpH9kf9lSz/aC8PaUknwd+PPiCPUdQOnT+LvC8y3GkaczMAHa2 /s19/lB1Z0N5HuA+9HnId8BP2WfAGqfFD4y+EviJqfia0b4X2N/qC6zos0XlyLY3kdvLGbSSF2ke bzB5Z86JUbG/KklXUagrz00b+SSb+5NevS4o+98PdL5ttL72n6dbHzZXrGn/ALVK+E/BGo6X4W+H vgPwjqWs6S+iahr1j/adzqN1aSoEuE/0u8ngiMyjDtDCjYZlUqrFTP8AHr4TeD7H4L+CPiF4Hi8S 6XpXii91LR7vSNdv4NRuLO7svs7mSO5hgt1kikiu4vlMKMjI4y4II8govdOL/r/gNPbqtwttP7vk /wA01v0a0Civqr/gm1408JfDvw78WvEl3o3jJvF/hfwdc39jrGieJYNLmsIZLyxtm+ylrKZ7e6xP IPtAc4jkdBGC28c5FqX/AA3F8aNV1rxN4n+Jh8E+BtAk1nUpvEniT/hKNatrKFkVoLed4oIy81xN GiAoqoZdzbtp3FT3Gl05eZvsve/Ll/rqQ96Lfnyrzfu6f+TI+eKK9o174YeAPil8E/E/iz4e2fi/ w3feA2tp9Y0rxBq9vq6XllcTR2yT29xDa2uyRJ5EVoXibcsgcSDYUPYn4M/A7QP2XvA3xM1tviLH Prl9qGjXHhmz1m0kudUuLVbQtdxXTWQSzt189yUeO4kZmiRTgySo1Fv+v6/rfZ2hzSaitb/1+Wvo vS/zNRWl4wj0mLxXqS6BLqM+hi6kGnyahEkV29vuPlmVEZkWTbjcFYjOcE11n7Lfgrw98S/2iPBv hnxRb6zcaL4l1e20ib+yr6OyuojcSrCsiySQzL8jOGKlPmCkZXO4FNOdkupVWSppt7I4GivpT4lf s6fCu98LfFq28CXvjaTWvhCIbqbVNVubeTT/ABHbm9jsZxFbLBHLasks8TRs8kvmIjlkhZgq9ppn /BO6Lwn4O8Hf2n8H/wBo74hah4k0u11jUNa8HWgj0nSorqNJYooFNhcC9kjicNJ+/gUuTGCu0yVE JqcFUjs7W87ptfk9XZaehUk4ycHur38rWv8A+lLa+/qfG9FfVF9+w/oPgrQvjV4Y1XT/ABlq3xN+ HWpadb6OLS/hsLTULa/njt4JJrOW2kmWQPNbkxiZc/aAuUMe5+d+Kn7Jtj+z/wDs2eJ5/HXh3xZo fxU0LxfD4XSL+3LOXTCTb/a5maBLdnJSIwAFLkqxuVYYCFWbklHn6afO7itPRyV+1xfa5Ouvy0b1 9VF29D55oor6Rh+EvwU8Jfsk+CPiP4gtfiPfa14ivtR0WTQNP1+yt0u5rQWjPepcvYyG3hAnK+QY pmZnU+agQ7qto32/4b8/83om0r6qPf8A4f8AK7+Xex83UV9GW/7GWgeJfiVot9p2ua3YfC7W/CV5 46a+ubWK51TTbC0eeO4tSqukU1ys8BhVsxq/mRuVj3FFwr4/s9a98Mdfv7Cx+KPhzxTpc9odM0nU PEFpqcGuwtcRi4AuItOh+zSJD5hG9XUllOTt8t09Hyvfqu1m4/mmtL7N7ajWqutv+Bzflbe1rpPU 8Qor6s+PfwS/Z5+B3xasfCEz/Fa8k1vTtO1GXUotY0/y/CovrG3njjkhNoP7RaMymRyslmCrKgwV Mh5Px5+yno3w1+C/xY/tVNbTx58KfGVn4duJ49QibS9RguDeruWAwCRGBtNwfzmDCUfIMckvd1lt /wDbRi/uclrs902gh7yvHyfyabT+dvVdbHz/AEV67+1R8KfCXgDRfhrrXg628R2Gn+OvDB1qaz1n U4dRmtZlv7y1KrNFb24KEWytgx5BY8mpv2ifBvwV8O/Bz4Y3vw28XeJ9e8a6pprSeNtO1K08u20i 7CQ4SB/JjypczAYabIVSXU8MPS9+jcfmm1911v6dw7eav96T+/U8coor6H/ZK8Zt4X/Zo+OV0mi+ DNSu9C0nTr/T7nWPCumatPZzTarZ2shSS6gkZQYZXXaDtBbcAGw1NK+xMpKNm+6/E+eKK+mB430+ 7/4J4+GrjXPDPhm6hXx5Lol7daXoGlabrdzp8FlaTrCuoizeZXLu5Mrb2bdh96/LXW/F/wDY3+Dm i/HD4hfC3wrqHxBn8T+FtB1DXbTWr69tX05JbS2a9ewlthbRyyf6PG6G6WVB5zDEDIu9snUipTj/ AC/koqV/uf4W3avUbyUX/N+fM4/mvxvsnb46or6s+E/7B5uv2efCvjK9+Ffxy+Kl9418+7tIPA8f 2aw0m0imkgHn3P2C9ElxJJE5EQVNiBSSxcAYPjP9mjwJ+zV+1hpvhz4r2/xI0/wF4h0yDVLRxFHp GvaTFcrmM3kEkE/MMiyRSqibmCGRAeI20k+WXI/T52vb13+5iTvHmXr8r2v+X3nzjRX0j+0Z+zl4 A/ZX8G22meKrDxRN8R9X1IahY2Wl+K7O706Lw80m6GeWUWPM08QIi2tyG86SKIbIZNv49/BL9nn4 HfFqx8ITP8VryTW9O07UZdSi1jT/AC/CovrG3njjkhNoP7RaMymRyslmCrKgwVMhcIuekd72t59v J7p30TTTadry5xW+1r/JdfNaq1t000fKdFfXfgv/AIJrah4X8OeMdQ8ReBPiv8TbzQfFd34RstJ8 AQFSZLTy2nvLm5Npd+VEVljESeTukJY7lCfNg/ED/gnfqdv8bfhdodlpfjLwNpvxUDmOz8Z2DQ6n 4eaB9t4Jfki+0RxoBMkqxxeYjgbEYEVCmm4pdbfirrfy1vstnroW9E2+l/PZ2e3np3e6utT5ior3 e2tv2cNd0jxXZx/8LX0HUdL0m6m8P6rf6paXdtr97GhEEUtpFZB7MSvtbH2iYIAUMnPmj0H/AISX 4UWn/BNzwMdZ8F/EO/jXxxqscy2XjSztGe8GnaZ50yl9Kl2wsCm2Igsm1syyZG2nZRcu1n98uX5e j120s7jSbmoPz/CPN8/Vab66WPkeivor9lj9kqw/aG074geMLTwf8UPE3hfwrPBbaf4Z8K7b/XLy a6MxgSW5W1dI4o0hcyT/AGUhjsVY1L/LtfFD/gndrMsfw9vNC8E/Ez4enxz4lTwi+i+O7Vhc2l5I VaGeK5FvbC4t5EZif3CGNoXB3gqxNbqL3dvlfa/TXT713J5lZvor/grv7tfuZ8t0V9xfsH658KPC /wC0lqWg+CNW+KmkaoNC1izOpXmpQNpnjFI9NuTLDNYQwxvaIzKJ4w9xdBTCisMt5ifDtZqopStH ayd/W/TdbdbPy2vbg43UtGm1b0t/n0uvO90iiuo+DFl4e1T4n6NZ+KLDWdS0W9uVtpodK1KPT7rL narLNJBOo2sQSDGcgEZXOR6/+1X8F/g58EPiH43+HnhzVPHviPxh4f1iawsdWL2q6S8iXflmykia NJWaOLO67DqrTKyrb+XiY7OL922vNe3ytf8ANflvoZqSba7Wv872/J/m9NT54or7n1T/AIJcQaB8 SLbwBN8Kf2lL+93Jpt74+stJZ9At71vlaeKx+wF5rJJCAZPtqs6K0igcRnwfwl+zjofw58FeMvFX xQXX5bLwn4jHhCHRdCuobS61TUgszTA3cscqwRQpFuLeRKXMiKAuS6xzR1107/NLT5tL5opXdrLX TT1Tf5Jt9rM8Qor6DsPgT8LP2gvF/wAOtG+GGr+K9D1HxB/aE/iu08SSR6h/wjNtaxCYzRzQ29ut yDBHcycBSSqoQmN7VbD4X/Cr46aH4us/h5aeP/D/AIh8K6Vda/ay+ItWtNQtddsrRGkuVaOC1haz m8lTKg8y4UlGjLDKyEvo/K7+Svd+is/W2lwutPO33vZev5dbHg1FfRfwk+Cnwg8Sfsial8RPFNz4 30jUfCev2ukXtnZ6lbzjxQ1xBdSxw2iNaj7Ew8hd80sk6qiyMI3YpEcXwz8KfhlrFr4y8fSDx8fh j4aksLG10sz2sWs3+o3kMrpaG88t4UjjNvcMbj7OxdI0Hko0vyVJcsnF9N/mk1991brfR2urqD54 80fP8HZ/c16bvZO3h1FfWf7RPifw54m/4Jq+BP8AhE9V8ZTaJZ+O7+CLRvEd8t9N4cb7BbM9vDOi RxywuzGYFIYcNM6lCV8x/kys1K9ScP5Wl98VL9fMa1hGfe/4Nr9Aor6s+E/7B5uv2efCvjK9+Ffx y+Kl9418+7tIPA8f2aw0m0imkgHn3P2C9ElxJJE5EQVNiBSSxcAXPDP7D3gzwd+2Zp/wy8d6d8RL e18daXDqHhMXN5B4b1K2mnhka3s7+Ka1udsjXCC1LIBhv3gVgwQW9J8j32+dr29dHp3TQk0483z+ V7X9Nvk7nyPRX0L4b+C/w6i/Ze8WeL9f8OfEGz8RHxQfDHha0TxNZxRz3DRvI63MT2G8/ZF8jzWV k81p0ULDyw9i1T/glxBoHxItvAE3wp/aUv73cmm3vj6y0ln0C3vW+Vp4rH7AXmskkIBk+2qzorSK BxGV6Lt+KUvya8tUN2W/n+Dt+afnoz4Yor6S+En7N/w5svg/8WdT+JS+NLLxF8JNYtrC4t9H1O3E OsvNJcQCzRXtHMDiW3JNwzuoQsRCzKqvznxc+FngH4T+N/h14ggsvGGqeAfHnh9NeTSJNYtrbWLF /OuLSSA3otXhcLcWzOsn2Zd0bBSiN81Xh+WrOMYvSTSv6q6/BP7uzTZJSTaa1V/waX6r7/J28Qor 6p/4Kf8AiD4ay/tY/Fq1svCXjm38X/8ACQTg6nP4ttZtNMglG9vsY01JNpXcAv2nKkglmxg/K1Y0 antIKfdJlNWCiu2+Dv7R/jz9nuPWf+EG8Wa54Sl8QQR2t9caTdNa3MsaSCVVEyYkT5lGdjAkEqcq SD7Z+318V/FOu/Az4FeFfGPiXxD4s8RQ6DceL76/1jUJb6dP7VkRreASSszhUtbaB8Zxmdq0lok+ 7t87N/kmTHWXK+zfy0/VpfO/kfLtFfoB8d/g18Sv2atTsfhj8OPil4W+Ht3baPDPb+FdC1m707xH 4ylaBXmubyeCLyZZZXM32e2uLlSIgiQxZkHm+Rf8Ewvjh4g8J/Fq88L6e2i22map4b8RyXUo0Oxb UJdui3cgj+2mE3Qi3wxt5QlCEr93k5UnZTt9mLfrypt+mzXe+jSYQ95Rff8AXb10a8uza1Plyiuq +D/xv8W/ADxXLrvgvX9Q8NazLZz2BvrGTy7hIZkKSBH6oxB4dSGUgFSCAa+hP2g/jv448Qf8E5PA 1h458Z+LPGWp/EXxXd+IrV9b1afUDYWGnxtZRqhmdinm3E10TtxnyFzTnpG68vvb/Re98n6hHWVp ef5X/F6fd6HyjRX2V/wTr+Pfizxt8S/DfhzVPiXp1h4P0uI6afhslsba38dQGCXfZrapCmmz3Vx/ qjNeypM7yRlWkkVBXG/sPfHTRvgb4P8AjDYan8QvFnwl1jXbCyh02+8P2dzcasHgvRLLbxCOWABi ilT5s8S4LZYn5S2kp8vS1/6/4Dbvpba6TbjzeaX3/wBdbeV9bfM9FfQvxiutW0j47/C/4heI/iJ4 n+I3hjxAbTU9M8ReITM2ppa2160dxBPC01w0bwzRzfIksilWVlJ3kD0z9rj4k6h+1VD8WJvBf7QX xQ+IWh6LcyeJLzwzrcN3ZaK2mNeKA1l5t5IZfs8k0GEmtrc7AWUAptMydoqX+K/ly23+9+XuvUcd ZOP+G3m3fT8F56rQ+LqK+kv2FPEP9j/A39paDEbfa/h1t2lsN/yFLFcj6b+fw6V8205aTUf7qf3u St/5Lf5+QR1i5dpNfcou/wD5N+AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf0v/wDBm/8A8osvGn/ZVdT/ APTRotfzQV/S/wD8Gb//ACiy8af9lV1P/wBNGi0AfrDX5B/8Hkv/ACYf8Mcf9D6n/puvK/XyvyC/ 4PJzj9g74Y/9j8n/AKbryufE/AvWP/pSMqvw/Nfmj+c0diTRH/rKP+WfzU5v3YroKe4K2+Qij2xm l8va2aTncOaBCZ/eUrNt5obuO9N8rzFx3oAd6E0q/LSfdXn+GloAZJhvmrZ+H+n2+v8AjfRrO4P7 i7v4IJM/3WkVT+hrLjxHx1pdPvpNM1GG4iO2W3kWRD6MpyP5VdJxU057X1IqKTi1Hc/c/wDYZ+B3 hf8Aa3+MnxS1jVJYZY9O+HaW+lxYydOuDE8U25cjLRTbzgnkMh6EV+PP7Cnj7QPhv+0bZ6j4n1i3 8P6PNo2tadJqFxBPPFbSXWlXdtEXSCOSUr5kqA7EYgHOOK/Z7/gjL8VvA/xG+DXxD1G3VINfuRPc m1jnCzSQ3Fukjq6A7njSVWxwBxzk8D8Nf2fvghfftEfFG08K6dqWkaPPc2t5eve6m0wtbaG1tZbq Vn8mOWQ4jhfASNiTgYr0s8r+1zHEtK0feX/bvLa99Ps6nPldB0MDSh1svv3LPgq88I/CL4zCbW/t HxB0TSJVkt5/DWqPo6XkqlXR1kvLF5PLBBBV7dGPYjqdn9qT4x+BPjp441zxT4d8H+LfDPiDxLrV zrGotqPim31WzzcSSSvHDEmn27ph34LSvhRggk7h554x0G18MeJrywsta0zxFa2z7Y9S0+O4S2ux gHci3EUUwHOPnjU8HjHNZleTfmjFPpt87X++yO+yjJyW7/S/+bPf5/2uPBfivxdp/jnxX8N9S1/4 mWMULzXy+JVttD1e8gULBdXdh9kaV2O2MyrFdxLKyMQE3sKwPCv7UkGvaD4n0T4m6NqfjjRfE+tP 4nd7DVY9I1Kz1Z8iW5inNvPHtmRiskbQsDtjKlCmT4/RQ0mrPb/gp/ml9y7ISSWq/rf/ADf3vuz0 T43fHG1+Ium+HNA8O6LL4Y8GeD4pRpOmz3ov7szTsr3N1c3IjiEs0rIgysUaKkUShBtLN2vxy/aj +H3xt1rxR4ru/hXff8LB8X2/+mXtz4skl0ayvHVBNe2tlFbxTLIWVmRJruaJDIQySAKB4RFGZZFU dWIAzXUfHD4Q6l8Avi94i8F6xPY3OqeGb6TT7qWzdnt5JEOCULKrFfTKg+1OWyT63t+F7fevw7DS tqj274M/tYeFrf4b+B7LxB4m+K3w98V/Dg3On6d4g8CRwvdappFzO9xJZSu91bPA6SvJskVpV2zE NEdozn/B39tzRvh7H8Un8SeD9e+Il38Uwun6hca/4p86QacLmKdg7/ZvMkvR5Q2XW9VVwrmBguw4 3wx/ZV8OX3w58LeIviD45uvBEPj/AFB7HwzDZ6F/az3EcUnkzXt1/pEP2e1SYiMMnnSsUlIiIQFs fW/2Rdb8OaH8VJ7zW/DsOp/CG/FjrekFrr7XMPtsdl58DeR5LR+dIo+aVHxkhMdanfnvLd3/AE5v nqubzbv9ohWt6Nffry/l7vorbIZ8VPj5oOrfCm08CeA/C2o+E/C39oDWNUOqa0ur6jrF6iyRwvJO lvbxrFDFJIqRpCvMsjMzkrs6bXP2pvh/4+0rw7qHi34WX3iLxh4c8OW/h1Jf+ErktNCv1tYTb2s9 xZxW4ud6RCLcIr2JXaIHChmU+C11nxf+D2p/BXW9KsNUnsbibWNE0/XoTaO7KsF7bJcRK25VIcJI AwAIBBwSOamXw67Nr7+Vpa/4bpdl6I0W+nRP7rpv/wAma+Z1nhD47eEtW+GWleF/iL4O1nxPD4Za RdC1HQ/EKaLf2VvLI8stpI0trdRTQedI8q/ulkRpJP3jKwVbHgz48/DvwP8AGdtai+ENhqvg8aJP pA8PatrUt1LcySwNH9tmuvLX/SA77wbeKALtTYEYFz4/RTvq33v+Ks/6767kuKas/wCrO/8AX3bH rXjf4+eFrL4Pal4J+HvhPXfDWmeJL+2v9dudd8Qxa1d3v2YSfZoYmitLWOGNWmldv3bu7FPnVVKt reGf2lvAmr/CrwP4e+IHw61jxVc/Dz7VBpk+m+Kf7Itr20muWuvs95EbWZ5AJpJvnglgcpJtyGUP Xh9dZ47+D2p/D3wH4L8Q3s9jLZeOrCfUbBIHcywxw3c1owlBUAMZIHI2lhtK8g5AVrK/RtffZ2+d k/lcZreAfiJ4BtrvXk8XfDmTU7HVZ/tNkdA8Qz6VeaKd5IghkuEu4nt9pKkTQyS/KhEww29/x++O tr8W4vDekaH4fi8K+EPBlg2n6NppuvttyA8jTTz3NyUTzp5ZXZmKpGijaqRoBis34SfB+P4oJqdz e+LvBvgzStHSNrm916+dCxkbaiw21vHNd3BJHJhgcRjmQopBqX46/AfU/gLr+l213qOi67puv6ZF rGj6xo87zWOq2khZRJGZESVCsiSRvHLGkiPGwZRjkkrW5v6dnb52u9dWrsI9Uv6/4G35HD0UUUAe sfsgfErw/wDBD4haj461eSOXWvCWmS3vhWweB5VvNZYrHayNhSoS3Lm5O5lybdVGS2K880PWrOXx nbah4jg1DW7J7sXGowxX32e6vlLbpAJ2STY7c/OUfBOcGsquy8Y/A/VvAfwk8JeL9SuNPgtvGrXT aZY73+2vBbuI2umTZtWFpN6Id+WMUny4GS7tNT7aeW99urfXukr6InlWse/+X9W835nu93/wUC8H az4+8RDUvhz4nu/hnrHh2Hw/ZeB18YW6WWkJCZGhkik/s0ndC8jSRuEEwkkmaSWUTSq/mfh748+D Na8AWPhnx54K17xFYeG5ZR4dvdI8Sx6Vqen2ksskr2c0klncQzxebI0ikQxurvJ8xVgi+RUVNtbv f/gt/fq9d7O2xXS3T/JJfdZLTbQ92+DP7Tfw++DH7Q8HjDT/AIaa0miabpE2mWOlweLdt3LLNbSW 8t1dXUlpIksjJNIdsMECAiPC/K2/M079oDwVpP7MPi74eQ+DfFH2rxFr0GuWupv4ogMdkbZbmO2j eAWAMuI7qQSESR72CsojAKnxyihxTTXdWf3834Pb/Iadmpdv8rfkfUH7Lf8AwU48W/AvRdTsvEXi T40eKLeXSJtF0q1sPiRNpdlo8Mlu8AeOF7a4HmxAq0LIUEbIPlbt49+zJ8YNG+Bvx70Dxf4l8G6V 8RdI0meSW70DVWUW2pho3QByySL8rMHG5GGUGQa1fgJ+yD4q/aI+H3jzxRo8uk2Oi/D3S5dTv7jU Z3iF2yQzT/ZbcKjeZOYoJnCnChYyWZcjPldW5NVed/FZfdd2/G5nGMXBwjtf8bL9PuOt+IvxQj8R /HHWPGXhrSLbwTHd6zLq+mabprkRaJmYyxRxNgYEfygEKo+XhVGFHqPjb9srQfEV94u8U6b4EutJ +Jfj2xuLHW9WGvb9JH2uMx301tYLbo0ctwC+7zbiZFM0pVFPl+X4DXq3jH9lOf4YeEzc+L/Gngrw r4kexXUYfCd499ca1JE6B4ldba1lgtpZFIIiuZopACC6orKTFkqfJ0St8mrNd9Vuuttdi9583X/J 6Pto9u1/M3/2cdc8KfDn4DfFi/1XxtoUOteLvCkmgad4dS01F9Reb+0LGcOzi2+yrGY7eQ5Nxuzg bea5H9kb4t6V8Bv2kPCfjHW4NQutN8O3hvJIrFVM7ssbeXt3Og++UyS3Azweh5D4f+BdU+KHjnR/ DeiWr32sa7eRWFlbp1lmlcIi/mRz2p/xJ8FH4bfEHWvDzalpesPol7LYvfabI8lndNG5RniZ1RmQ kHBKjI5py+JSfay/7dd3+MvxBfA4dL3f/byt+UdPmdZ+0v8AGLT/AIzeJvDNxpdteWtpoHhLRvD+ 25Ch2ltLKKGZhtLfI0okK5OSpGQv3R5xXea/8BbrRf2ftE+IsWu6DqOl6xq0+iyWNt9qF7pt1FGs pSYSQpEQY3RgYpJB8wBIIIHB0tOaSW93f1fvfje/zDeMX0skvRe7+h674D/aG8Nz/Bmy8B/ELwhq finRtC1CfUtDu9G1xNG1LTHuAguITLJbXMUsEhijfa0W9XTKuAzKz9B/aP8AC/gf4jzzeH/h3b2n gbVNGGgazoV5rdxdXeuWpdJHlmu8KqXXmxxyI8MEcSNDFmFwHEnj9FO9/wCvK35AtFZf1rfTtrqf Qk37Vvw30b9nHxj8NvDvws13TbHxVJa339r3ni6K81VL22Mxi85xYRxSWqiQYhjiifJkJmbcoj+e 6K9Kl/Zvef8AZ3vPiLp3jDwnq9ppN5Z2OqaRbLfpqWly3YnMIk821SB8i3kyYppMYHrSslep6X/J fovuXYe/u+v+ZL8LPjj4f0n4Z3Pgrx14Vv8AxV4Z+3tq+nNpesjSNS0q8dI45WjneC4iMUscUYkj eBiTFEVdNp3eieNv2+dLaP4X3Hgf4fx+DNR+FLXVppyvq/8AaFhqGnzySvJDdQtAkkk0olZZpRMq vvk2RRBlCeKfBv4Taj8b/iDbeHNKnsLa9ure6uRLeyNHAiW9tLcyFmCsR8kTY4646dad8ZvhFqPw N8cnw9q09jcXy2FjqDm0d3jRLu0hu40JZVO4RzIGwCNwOCw5JK0373l+Vl+Ct6aCWnurs/uvr+Lv 66noF/8AtGeBvBPh3xKnw18A694V1zxZZy6VdX+seKI9Zj0+wnyLiCziWztzGZFxEZJpJmERdR8z eYG237Rngzx98N/C+ifErwPr3iC/8F2baVpWr+HvE0WiXMlgZHlS3uVmsruOXynkk2OixsFcqxcB dvi9FPpZ/wBWv/m/vfdiSs7r+r2/yX3Lsj2TwZ8f/hzofibx0dT+DmmX3hvxZYx6fp2nW2tzxXXh wJNG/wBpt7uZJ3+0lYzliBGWkbMRiPkVm/FX44aJ4u+Hug+A/B+g33hHwdpupTavP/bGrjWL67vp 1jiaeWeK2gURpDFGqxxwA/fLGQsu3y2u81/4C3Wi/s/aJ8RYtd0HUdL1jVp9Fksbb7UL3TbqKNZS kwkhSIgxujAxSSD5gCQQQFLlULz2Vvz0v87fO3kCXv8Au7u/5a2+V/XXzN79r/4vaP8AEbx5pmh+ EZZG8AeANNi8PeHC0bRfa4oyXnvWRgCJLm4eac5VWxIqkDbgeS0UU+7e7u36vVv5seysugUUUUAF FFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABX9a/wDwbSf8oO/gT/1y17/1ItUr+Siv61/+DaT/AJQd/An/AK5a9/6kWqUAfdNf zuf8Hf0e79vr4cnGf+KAh/8ATjfV/RHX88v/AAd4pv8A2+Ph1/2IMP8A6cb6scQ7QMq7tA/J6GAq tJLAf7u6rkdtx0pxtyw6V5POjy/aGZcW+Bk17l+1J8YPAPhf9p/9orwt40+Gz+K31b4o6rf2+t6f rSaVq2lLFe3itDBK1tOuyQuu9ZEdCF4UOEkTxq5tt6V2n7VPw1vvjN/wVK+JPhDS5bS31LxT8U9V 0m0lumZYI5Z9WliRpCqswUMwyQpOM4B6V04Judfkj1Vvxi1+KNaDjz88uib/AK+Rj6r+2Pe+HfiT 8O9V8CaQvhrR/hSgXw7p+oXI1WVi8z3Fw93N5cQmM0kkgYJHEgQqqqCCzV/FnxZ+D15Za1c6H8Id bsdb1WGRLePUfGr3mj6RJIRmS3torSC4JjGfKE13Ko48wTYIPC/Fv4e2vwu8bXOjWvifQfFotPll vtHjvEtlkBIaPF3bwSFlI5OzbyMMa5mvRjyyh7u2v4/1/kes04S130/A+jtD/bU8HXq/DjUvFvw4 1rxN4i+GOl2+laZHH4vax0GaO3kd4ZJLJbVplk+YM5iuo1kkQOV+Z1ZNL/bD8BWnxX+MXiS4+Hvi +aH4s2d1ZfZI/GVvG2lLdTpc3B8w6awlPnRrs+RNiZVvMJ3j5yoonFTTUuvN/wCTfF9/UmHu25en L/5L8P3dD1rxl8e/C3iT9k/wr8PLXwpr9prPhnVLzVv7Zl8QwzWtzLdpbpOv2QWasq7bWLZ+/JUl 8l8gL5LWz4B+I3iH4UeKINc8L67rPhvWrUMsOoaVeyWd1CGUqwWWNlYZUkHB5BIr3D4v/tRftG/B XW9KsNU+OvxPuJtY0TT9ehNp401NlWC9tkuIlbdIpDhJAGABAIOCRzVy/n7v8bf5II3tyLZJ/dfX 8Zfic9+zT+0H4E+C3gTxnpniDwT4t8R3/jbSn0O7utO8WW+lwwWbXFtcDy4n0+4PnCS2X5y5UqxG wH5qxvAHx30X4QfF3UNT8NeG9RfwXrdhJo+qeH9b1dL2fULCZFE8TXcNvAFcuokjkWEGN0jJD7Tu 3fDHwzb40+DNd+Lnxc8f+JLHSJtTj0aLVPsR8Q63r+o+UjtGqTXMAKQ2+1nlknG3dEqq5bCv139i HUdO+KnjvwvbeLfDE03g7w+/iqzlnjvIv+Ej00WIv1ktgsDqkhtmRikzRgM20MSDSmm37+6jr/ht zNP5NvXdNvuJNJWi9G7r1uldfNJXWzsjK8YfHvwtpPwp1bwj8OfCWueGLPxTNC2v3uueIItavb6G BxJBbRNFZ2qQwiUCVx5bO7pF86qhVum1/wDaN+EHiX4JeFvBV18NPiSLfwncX97a3UXxBsleWe8W 3EpdToxBQG2QqowRlgWbgj5/rrPHfwe1P4e+A/BfiG9nsZbLx1YT6jYJA7mWGOG7mtGEoKgBjJA5 G0sNpXkHIA9I+Tdvwb/JP7g5VdPscnXa/s6fEzSvgz8cPC/i3WNH1DXrXwzqMOqJY2epJp8k80Li SIGZoZgE3qu4eXkrkAqTuGn4I/bI+L3wy8L2uh+G/ip8SPD+i2IK22n6b4mvbS1twWLEJFHIFXLE k4HUk96j+IH7XfxY+LPhebQ/FXxP+IfibRblkebT9V8R3l5aylWDKWikkZSQwBGRwQDVczjK8BOK nHln1O60D9qnwFop+MaN4B8XywfFa3+yxKPGFur6RH9qhvDuP9mkTt9ogXkCMeWSmN37ysVPj54D +IPhfRYviP4F8S67r+gWUelQ6x4e8VRaM99ZQosdvHdRz2N2jyQxqI1kj8rMaoGVmXefG66y++D2 p6f8D9M8fPPYnR9V1u60GKFXf7Ss9vBbzuzLt27CtygBDE5DZAwCc4wjCCS+GNl6W0X/AKVbzvqa czlJ95Nv1bSb/CKdttEep/svfts6X+yx+0jrvjjRfh5p8mjajYvaWPh1tUmaGwdJoLi1maaUSPK8 VxbQzHIUO6nAjUhVzv2rf21tS/at+H/w+0nVNJW01LwdZyR6lqhuzPL4humhtbcXUoKrtcW9nbJy XJKMc/NgecfCj4Yt8VPEc1kde8MeGrW0tZL271HXdRW0treFMbiqgNNPJyMQ28cszc7Y2wcdr4r+ HXi39keXwr468HeP7K8sfEC3UekeKvBupXloyTQkR3Ns3mx291BKqyRkq8ahkmQqWVqprSPNt0/H 87vV7268qtMW05cm73/C/wCCXor7Ju/kdfa6eCbrw9/wTD+HMvjT4N+OvFPg861rmstrGlNNpFxo qv8A2akE/wBre1uIBbXAMi4kiIdo0KOpRg3g3/DwT49f9Fu+Lv8A4WOo/wDx6vNvGvjnW/iV4ou9 c8R6xqmv61fsHutQ1K7kurq5IUKC8shLMQqgcnoAO1F3yuPf/O/6EuN5Rlfb/Jrf0Z69b/tsz6H8 YtI1jS/DFing3Q/D8vhCDwtfXclzFc6NMJRcW81wux2llaeaRpoxHiRwUVFVUGD4l8WfDXxHoE+i eA/hZ4pj8R67cwwWt3rfiw61NafPxHZwWtnZgyyMVTM3njbkKgYhx5VXZJ8D9WX4Cv8AESe40+z0 RtaGhWcMzuLrUrgRGaUwoEKlIlMe9mZcGaMDcScDtbml8311l331k/vb7spXT5Y/JdNF29Fr3SV9 kfYH7fd5pXwg+M/h3V/iP8B/GTajpOiaJa6Tq7alPomla89vpFiTFdxSWkjXDwTb45Ps09u2xVRt rqXPzt4R/aytdWt/iTZ/EbQtW8WWHxO1W31/UX0nWI9HvYr+GW4dZElktrlPLIupw0Zi7phl24PB fA74UP8AHL4saF4Rh1rRvD934hu0sLS71UXP2Xz5CFijb7PDLIN7lVB2FQWBYqMkYfizw5P4O8U6 lpFy0T3Ol3ctnK0RJRnjcoxUkA4yDjIH0onK8/e+1d2+ab/Hlb+T7Cpx5YckenKn8r8vytdJbbo9 V/aj/aM8I/Hbwn4E03w54F1PwYfAultocHm+Iv7ThurT7TPcKzK1tG4uC9w5dw/lsfuRRDChv7RP 7SvhX40fBz4Y+G9D+FfhjwNq/gXTWsdW13TSv2nxVIUhUTThYk+bMbMd7StmRsMoyD45RQ1e9+r5 vnr/AJvTYfVPsrfL+kgr0D4DfG6H4SP4j07VtFHiPwr4z0z+ydb05bs2c8kSzRzxSwT7XEU8U0Mb ozRyJ8pDRupIrz+rnh+ztdR16yt7+8/s6xnuI47i78kzfZYywDSbBy20ZO0cnGKqN27L+vvJla13 01+7U9Q8e/H7wr4g8LeFvBmi+Edd0X4d6Fqc2s31jN4hiu9Y1e6nEccsjXv2RIo8QwxxxhbUhPmZ hIWr0Sf9urwNf/tYeMvidcfDjxYY/GOjXuly6XH4zt1NtJeWstpcSrMdNOV8mT5EMeVddzM4OwfP vxQ8P6J4U+Ims6b4a8Qf8JXoFldvDYaz9gksf7ShB+WbyJCXj3DnaxyKwayjytcy6p+tmrNO+u2l nt5FtNO3b9HfT566bnrvh748+DNa8AWPhnx54K17xFYeG5ZR4dvdI8Sx6Vqen2ksskr2c0klncQz xebI0ikQxurvJ8xVgi3/AIYfH74XfDr492nilvhJfX3h/RrJItL0d/FIac3qj5b67nmtJYriQMS/ lLbxQErGGjZQ6yc7+z9+ze/7RD6naad4w8J6PrljZ3d9b6Rqa34udTitrWS6mMLw2ssAxHE/Esse SAB1rzWtE3CWm9r/AH3V/XR67313JlFTj72z/r7vwtpse/8AiT9qPS/jl8Gr3wZr3hLxr4z8b6j4 guNS8Pa9deJo7m602S6mZmtVhFj5k6zO+5081VaY741iLuH9z/b7vNK+EHxn8O6v8R/gP4ybUdJ0 TRLXSdXbUp9E0rXnt9IsSYruKS0ka4eCbfHJ9mnt22KqNtdS5+X/ANoj9knxH+zNZWs2v3+hXX2v V7/RUTT55JSJrJLVpmJaNRs/0uNRznKvkAAE+W0otJJ09Nnf0Vk12duvXqJ+/Lmk7r3l97u7+V1t /wAA9l0/9qy18dw+JbL4p+Hr3xrpviLW7jxMkum6sNH1HS9TuCn2iWCZoLiLy5lRFkikhf8A1URR oyp3Ubb9oTQ/hZ8VfB3ij4WeErjwpc+D5/tgl1vWDrl1qs2/di4ZYreDyQn7sJHBGdrPudyQV/TP /glf+zH8NviH+wZ4E1jX/h74H1zVrv8AtDz77UNBtbm5n26jdIu6R0LNhVVRk8BQOgrz3/gtx+z7 4C+FH7Knh/UfC3gjwh4a1CbxZbW0l1pWjW9nNJEbO8Yxl40UlSyqcZxlQewr8ZwXjHgqvEn+rkMN JTVR0ua6teF43t2tE/AcJ9IHL8XxZLhL6pPn9tOjz80eW8ZSTdt0m038z4X8WfFn4PXllrVzofwh 1ux1vVYZEt49R8aveaPpEkhGZLe2itILgmMZ8oTXcqjjzBNggt+Gf7QXhSz+BH/CvvHfg7W/Emk2 WvP4h0y60TxFHo15azS28cE8cjS2l1HLE6wwEAIjK0bfMQ2B5DRX7MtLrvb8Hdfij+gW23d76/ir P8D13w5+0d4c0zxL4vsbj4fWafDXxi8Uk3hfT9YuYZdNkgV1tbm1vZ/PdbiPzJctKksbieUeUAUE dTWfjN4O8Haj4c1H4ZeDdc8K674f1aPWF1jW/Eo1m98yIq0MUYitrWBIg67zuheRmxh1UFT5bRRG 8Wmt1b8NvX5+gmk00+p9O/CP9tj4X/Bz4oS+NNM+Cl3/AG/qlvc22oRN4uzp1itzbSQ3DaZCbMva uTIdhuJbsIhdQCxWRPmvWZbSfV7p9PgubaweZ2tobidZ5oYix2K8iogdguAWCKCQSFXOBWoqVCKd 16fIbk3e/XX5nVfBjxV4c8E/ECy1XxRout69p9iyzx2mlavFpcxmVlZCZZLa4XZwcr5eTnhhjnrf 2ovjJ4F+OXjnW/FXhzwf4u8MeIfEut3Os6i2o+KrfVbPM8jyvHDFHp9u6Yd+C0r4UYIJO4eUUVbb dvLb52v+S+4lJJuS3f6X/wA2e6a1+0Z8M/ij4gh8TePvhl4l1jxlOVl1i60bxlHpWna7OGy1xNbP YTypJLx5vk3EasxZkWLPGL8Mf2jtF0Lwb4o8H+KvBo1vwL4l1KPWYtN0rVX0270O9iEixyWd1Klz hfKleJknjm3oQch1DjyWil5dPw77baNJrt0H2fb+v+A+60Z63bftF6B8LviL4U1/4X+Cm8MTeGHl lmm1zWX1u71vzcpJDcssdvB5BiZogkVvG+2R90jkqVv3/wC0Z4G8E+HfEqfDXwDr3hXXPFlnLpV1 f6x4oj1mPT7CfIuILOJbO3MZkXERkmkmYRF1HzN5g8VopWW3f9d16eQb69v01Pd/BX7RHws0f9nB vh9rPw7+IGoi91e012/v7Lx1aWfm3dvb3EC+VG+ky+XEVuXJRmdshfn4IPKfCr436F4ETxVoGreF 7zxB8PvFcqSzaUdXFtqVlJAZTaTw3ghaMXEQldCzW7Rukko8tSylPM6KptuTk93/AJJfgkrdraCj FRjyrb/g3/N69z3j4r/tT+BvGX7MNp8MvDvw11HwzbaLrTa1pmpP4lS9uZ5ZYoopzf8A+iILhyIy EMP2dUXYNjFWaTweiip5VzOXV7/cl+SSH9lR6L/O/wCbZ6x4Q+O3hLVvhlpXhf4i+DtZ8Tw+GWkX QtR0PxCmi39lbyyPLLaSNLa3UU0HnSPKv7pZEaST94ysFXlvHXxA0d/iDYat4E0C58E2mjpbmyRt Vk1C+M8WG+1TXBVFMxfn91FFGAqgRggs3IUVV2pcy33/AK/rfXcLJrlex7b+2b+2P/w1lrGgSWfh i28HaboyXd3LYW12bmO51S9uGuL69DFFKedIUAj+YRrEihjip9a/aM+GfxR8QQ+JvH3wy8S6x4yn Ky6xdaN4yj0rTtdnDZa4mtnsJ5Ukl483ybiNWYsyLFnjwuipSSXKtv627LyWm3ZA7vV/1/m/Pc9i 8GftEeEfDn7PnxG8HXHgjVv7R8e31vexXen+Ilt7DSPsxla2iS2mtZppEVp3Db7nc6hBuUgs0H7Q nx+8L/Fz4ffDrSNC8Ka/4fvPAOkHRvtV94hh1GO+iNxPdFvLSzgMb+bcSc72GwIMZBZvJKKa027p /NKyfrZ/PqGzv6r77P8ARenQ95+OX7Ufw++NuteKPFd38K77/hYPi+3/ANMvbnxZJLo1leOqCa9t bKK3imWQsrMiTXc0SGQhkkAUDwaiikklsBLZvFHdxNOjywhwZER9jOueQGwcEjvg49DXc/tPfHWX 9pL45694xfTk0a31N44rHTY5vOTTLSGJILe3V9q7hHDHGu7auducDOK4Gim9beX9fp8tbbsNv6/r +rdkfRFr+3Jpl14m0fx5qvg2/wBR+MGgadBY2fiJPEHkadPLbxCG2vbmyFuZZrqOIIMi6SNzDGXj b5xJzv7I/wC0F4H/AGc9fk13XPBfivxPr/2e/sIpLHxVb6XZpbXdlJaOGhfT7h2kVZpWDiULnZlD tO7xmim23zX+0mn89/vvqJJJJLp/X9I3fiJqHhrU/Ezy+E9J1zRNHKKEtdX1aLVLlXx8xM0VtbKQ T0HlDHqa6X9oX47/APC8b7wqlvpX9h6R4O8N2PhzTrL7T9oKpApaWZn2IC01xJPMcKMGXGTjJ89o pdOXpe/z1X5Nj68y3tb5XT/NI9x+Gv7Rvwz+GuraB4otvhFct458NpHNasPFcp8OzXsWTDdzWMkD 3LsGCSNGL5Y2dPurGTFXIeAvid4RmvNek+Ifgy+8Wy65P9sGo6Vrp0XU7ScuWfYzQ3FqYn3NuVrY tnbskQAq3ntFDd5cz8/ld3du19NuiS2SBKysv69e+737s9V+Lf7R2m/EPxh4SFj4L0+x8DeBbNNP 0nwxe6hcXMcsPmvNM11cRNBLJLNNJI7vF5PVVUIFArX1z9pDwP4V+HHizRPhr8P9b8K33jeNLHU9 T1nxQusy29gJVnaztVjtLYRK8kcW95DK5SMLkbmLeJ0Umk48r21/HV/f/mtm7i0al2t+G33f5Poj tfhV448HeEvDfi628T+Bv+Eu1HWNLa10K9/tqew/4R27OcXflxgrcY4/dyYU4riqKKfW/wDX9a7/ AOSDy/r+v66sKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACv6X/8Agzf/AOUWXjT/ALKrqf8A6aNFr+aCv6X/ APgzf/5RZeNP+yq6n/6aNFoA/WGvyB/4PKRn9g34Y/8AY/J/6bryv1+r8g/+DyP/AJMQ+GP/AGPq f+m68rnxPwL1j/6UjKr8PzX5o/nNyQtJJ8y05v8AVnmiPoa6CmOP3RSHtSdOKdnt2oEJJj7xojk/ Kl4+tR/ckPpQA6RuDimNnbRTpKAFTpX05/wRq/Zu8H/tb/8ABS74W/Drx9pj6x4R8T3d5BqFml1L atKqWFzKmJImV1IkjQ8EZxg5BIr5jk4jGOK+sP8Aghf8WPDnwQ/4KvfB/wAU+L9d0rwz4a0a/vJr /U9TuktrW1Q6fdKC8jkAZZgo7ksAMkgUDP0t/bJ/Y9/Zd/YU+OMvhHwz8JNUn1DTbeOa01LTvifq KyWbSZYJPDsbayt8/ll2BVgeN5FfkJ/wTl/5OfT/ALFfxL/6Yr+v21k8Z/span8bvjj4h8VfGv4V +NG8YTy3PhWRPEEcksJuWmkkURg5WeNzEit0xjbjLKPwJ/Z++N99+zv8UbTxVp2m6RrE9ta3lk9l qazG1uYbq1ltZVfyZIpBmOZ8FJFIODmvazephZwjSw7bfs3FtttNuFla7dkr2stuxw5f9ZvKdfa+ i00Sfy3E/Z58ea58N/jZ4Z1Xw7rOq6DqkeoQxJeaddyWtwqO4R1DoQwDKxUjPIJB4Ne3f8FCv2u/ GPiH9oj4v+Bba7ttG8BHxTqNofD1nax/Ymki1B3N4VYEm8kkQs9znzSHMYYQ4jHiGkfHTXvAXxJv PE/gO6vPhneXKtFHH4X1S+tBaRMF3RJK873BQlQSHlbJ+gAm+KH7TfxJ+N+kW+n+NPiD438X2FpN 9ogttb1261CGGXaV3qkrsA21iMgZwSO9eNOXNGCttfR+fL+Vvx6bnfCPLUlPvb8L/nf8Pu+o/iJ8 XPiR8Pf2z9A+GPw6vNV/4Vjdtp9p4d8KWoMug+JtIuIkPn3Fr/qbz7QjyvNNKHbcXy48sbeb1bW4 f2fPgx8UvEXwP1a6026tPiVdaJN4g0e7b+0NM8PAFtNEV0p82KG4kWUPKrL5phjRmYHafn/Q/wBp f4j+GfhtN4N034geNtP8IXEUsEuhW2uXUWmyxy5MqNbq4jKvubcCuG3HOc1k/DX4t+Kvgx4hbV/B /ibxB4U1V4Wt2vdG1GaxuGiYgtGZImVtpKqSM4O0elS1eKjf59XrF6/+Atf9vS06BFWlzfh02kr/ AIp+sVr1Pd/jn8VfFWkeAfgr8S7nXtZ0X4v6rDqZutetrySy1nUNMjeKCxvJpUKyO7hr2Hz2O+WO EBmYKDXV/wDBR/4sfGz4kftZfGnwbb+Jfilr3hDSb641K80KPUL+602y02NklWeS3DGNLZQ0Thyo QZQ55Br5S8cePdc+J3iq713xJrOreIdbvyputQ1O7ku7q5KqEUvLISzYVVUZPAUDtXQeIv2lfiN4 v+Hdv4Q1bx/411TwnZxxRQaJd65dT6dAkWBEq27OY1CYG0BflwMYpz96MU+l9P8AFb8rdtbvYqF4 u9/n/X9LzPsf4YfFzRvhT8EfhXq03imHwBrOs/DibRvDvjJ7Ke5TSLu38R3cl9bhraOW4gkltZgn mxRllEoGQrk0/wCEfxGvvG/xx/bM8afCxLHxhd3ljL4g0Cd7BpPkOtW9wLuKC4jDefBHulQMmVki DAEqM/Jfwh/a98ffA3wwNF0DVNNbSY9QXVre01XQrDWIrC8UbRc2y3kMot5sYBki2Mdq5J2jGLo/ 7RXxB8O2t/Dp/jrxjYw6rqaa1ex2+tXMS3l+kiypdyBXAedZEVxI2XDKCDkA1VR81Ry/x/8AlR3f 3O9rNXt0cm1CTUOXzg//AADRfelro9+ySft3jD4v+M/iL+xbY+PPHPiDXrzxroXjO0t/A3ii+uZH 1q5gSG5lvYo7tj58kNvN9kdW3t5Mk2F27zXZftlfHj49fEP4g+CvCXh3xn8Xdci8YfDbQbl9G07V 9RuV1wSaTGbuQwI588OVnMp2tkrJu6NXyj8TvjJ4v+Nutw6n4z8VeJPF2pW8AtorvWtTmv54ogzM I1eVmYLuZjtBxlie9aWnftK/EbR/hk/gq08f+NbXwbJHJC+gw65dJpjxyMXdDbB/KKszMSNuCSSe tRP3oteadumkHH8dJPTf7zWL5WmuzV/WSlf5bLXz02PqLwX8T9M+C/7Evwzu/DvxN+L/AMMLTWHv T4ivvA3hyG4/tDV0uZgsF3fDU7OTclp9naO3ZSqpJ5gJMjYx4dV1DxJ+3j4O8a/DX4d+IvGOsJoE fie7sNc8NW+hzeJZIYJftOp2lpFLNGGdY/PieIyZuVLLG5Gw/Nnws+Pfjr4Fz3sngnxp4s8HSakq Ldvoer3GntdBMlBIYXXcF3NjOcbjjrUdx8cPGl34+vPFcvi/xRJ4o1FGiu9YfVZzf3SMgjZZJ93m MCgCkFjlRjpTmlKfO/N+mlkvOK00vskuiazs1DkXp+N2/XfXXVt9Wn9HfHz47ax+0v8AsX6rq1t4 n+Jv9ieG/FNjHe2fjzXbbxJPqk8sFx9n+yamLO3uAYVW4LWh3RhZzKCGLA7Xxp/au+PN9+z/APs7 Hw78Sfi5NqnivRtRtW/s3xDqLXGs3i61dxJGfLk3TTBGgQLywUxgcFRXy38VPj947+Oklk/jfxr4 t8YtpgcWba5rFxqBtA+3eI/Odtm7aucYztGegqz8Pv2lfiN8JPC93ofhTx/418M6LfyPLdafpOuX Vla3LuoRmeKN1ViVVVJI5CgdBSteLi9rqX3RcbX8732drJbIttu33fjf+tr77kOk+BvEPg/U77Xd X8D6jqumeFNUWy1yDVLK8is4Losw+yXckTRSQuxRxt8yOTKtggg16x+3uz65oPwd186V/wAIjb6x 4KiWy8Jj/V6FbxXM6JJBu/fm3um33KNcF5WMz5llG1z418MvjB4t+CmvSar4N8UeIvCWpzQG2kvN F1KawnkiJVjGXiZWKkqpK5xlR6Vn+MfGusfETxNea14g1bU9d1nUH8y6v9Qunurm5bAG55HJZjgA ZJ7CnLWKj2d/wa/W9+m1ne4J6uT3en43/rvv5GZXsPgTx38GtU8DW/hrxR4H8QaJdfZC03jLSdRb UtVW9DMQRYyyQWj2hUqnk5SZSC/2hh+7Pj1FHSzF1uelfDr4OWH7Rn7TNh4Q8Crqem6LreoeVaz6 1PHNcWFkgLzXVy0aomI4kklYKMKqkZbG43/2m/j0/wAU/wBov+2fCM1/p2jeGDbaR4NFuWhuLCws sR2bJtwySnaJmIwfNlcjmuS+GPxk1X4SaX4qg0eOzSfxbo0mhXF5Irme1tZXjaZYSGCqZUTymLK3 7uRwMFs1g+G/E2o+DPEFnq2j6he6VqmnTLcWl5ZztBcWsqnKvHIpDKwIyCCCKateKey+++34LZ/3 pE6+8+r0+W/4vdf3Uz9DviD8cfiKPCniTVNL8U6tH+1NdeFIrXxnZ2+u3O+00aPzWl+y2/EceppH se4gViLZXkkhjSXzvs3nfgv4n6Z8F/2Jfhnd+Hfib8X/AIYWmsPenxFfeBvDkNx/aGrpczBYLu+G p2cm5LT7O0duylVSTzASZGx832v7Y3xdsfGd34jh+KnxHh8Q39slnc6oniW9W9uIEJKRPMJN7IpJ IUnAJOBWT8Ov2ifiD8INU1O+8JeOvGPhe91pg+o3Gka1c2Ut+QWYGVonUyEF2PzE8sfU1Ouq6P8A Czbsv7rvez2nquyaSVn1X+SV/Xp5x003Pr/4GfFeGz/4KP8AhfX/AAxb+LbGx8YeC7y611Na0NfD sHjJ10q8aS5aytriSJrW4eCOQ7ZCrSiRhggGvKvHXxn8T/tJ/sGeLNb8c6vc+JNT8OePtLj0ae8w 50aC8stQa4tbXj9xbMbW3xAmIl8ldqLivHdG/ag+Jfhz4g6l4t0/4h+ObDxVrMYh1DWrfXrqLUL5 Btwss6yCRx8icMxHyL6CmP8AtM/EiTwZqnhxviB43bw9rk0tzqWlnXbo2WoSyvvlkmh37JGd/mYs CWPJyajk92S7pW8mp81l5W02Vu1tC00pqX9P3XG/rfXz6u59lfs6W3gTWPhxZ+EvCfxc8HW+k6b8 MPEmoa7YXdhrkd4+tXmkzLd3U2zTzA0VtGscSbJHfy4XKBmlKn4q+C3wQ8T/ALRPxU0vwV4K0tte 8Sa1I8djaRzRw+eURpGO+VkRQERmyxAwKl+GP7RHxA+CVjfW3gzxz4x8I22plWvItF1q5sEuyoIU yLE6h8AkDOcZPrWF4N8baz8OfE9prfh7VtT0LWdPcyWt/p109rdWzEEFkkQhlOCRkHoTW75ZVud7 Wt/5NJ6eS5rLfRfdhCDhTcY73v8Aglr62u9tfx7HwT4M/wCFJftX6JoXxEsm0lPC/im2tfEdtOBJ 9mjhukFwp27lYBVflSQw5BIIr6V/ar8EeB/iH+0V8cvDFt8Nm8Py+FLTUvEq+NH1a+ub++mTNxHP cgyPZfZr5pUWEJFEw+0W5ErnKyfF+ua5e+J9avNS1K8utQ1HUJ3ubq6uZWlmuZXYs8juxLMzMSSx JJJJNdFrfx78deJfhxZeDtR8aeLL/wAI6aVa00O51e4l021K52mO3ZzGmNzYwoxuPrWTvKmoy3Sl 98klfvo1e3XqapJVHKOzt9ybdu2t7N9Oh6p+ysJPgL8GvGnxokf7PqVqreEfBxK5Z9Vu4j9ouUPb 7LZtI27tLcW/NM/ZX1nV/h/+z78UvF/giS7tfiFoMumRxahZRf6doekTC6W9u7eUfPA3mC0iaZNr Kk5XcBI1eXeOfjJqvjzwB4P8MTx2drovgm2uIbCC2Vx5klxM009xKWZt0rny1JGF2QxgKMEnK8C/ EDXvhd4qtdd8M63q/h3W7Hd9m1DTLyS0urfcpRtksZDLlWZTg8hiOhq27uXS6svRfddSd7/3ZcvR Exuo697/ANdrJLurq/Wx9l+IvEmvfGj9jn4Han8bJrs6Pr3xTeK68QagCl/rGkCC0ikuZ7gkST7F WaNZ3JbbCFDERqAzwR8W/iP42/bi1v4W+PrvUo/hbBc3tl4g8ITkx+HfD2iQIzefBbcQ2qwQpHLF cxqrhgrh2ZyW+VvF37S3xH8f6Rq+n694/wDG2t2HiCeK61S2v9curmHUpolRY5J0dyJHRY4wrMCQ I1A+6KXWP2l/iP4h+Gkfgu/+IHja+8HQxRQR6Fca5dS6ZHHEVaJBbs5jCoVUqNuFKjGMVlyfvJT7 vb/t2Ede9uVvz5nsUtKahfZWv296T07fFb/t1bnsmjePPFX7P/7CHgzxP8MNV1bwzd694j1Sy8W+ INDma11CKeNbc2VhLdRYligaLzJli3hZX8xirGIFdjwX8X/jb8bP2tfhn401X4dSeM/FfhvwyNQ0 6zuNNa3m8S6dbC5lbUI/MyJ7rLzSJNErlpokYJI4Ib51+F3xy8a/A6/urrwV4w8U+D7q+jEVzNom qz6fJcIDkK7ROpYA84NFx8cPGl34+vPFcvi/xRJ4o1FGiu9YfVZzf3SMgjZZJ93mMCgCkFjlRjpW rtJ6+vo7NL8/LTTfUmzUbL09U5Xf4addddvdPo34+/HTV/2mf2LdW1W38T/Ew6H4c8UWMV9ZePdd tvEk+qTywXH2f7Jqf2O3uAYVW4LWh3RhZzKCGLA+ffCf/lHz8Zf+xo8L/wDovVq83+Knx+8d/HSS yfxv418W+MW0wOLNtc1i41A2gfbvEfnO2zdtXOMZ2jPQVuy/tIPB+zvefDrTvB/hPSLTVryzvtU1 e2a/fUtUltBOITJ5t08CYFxJkRQx5yPSoa/d1F1k4/hKLevpH5aJaI05m2k+l/1/z/Vnt3/BJzxz 4f8AAXjHx1falqdzaX1p4T1m+WNPAWl+IQkMWm3KmVLi7mWSFwZf9SiiO44SVwp4qf8ABYPxzpni b9rbVdL0/UBfS+HH/s+7B8G6ZoTQSRwwR7fPtHaS8H7vgzhTFyiKFr5x8A/E/XPhfNq0mhXv2F9b 0yfR71vJjkM1pOAJYxvU7dwAG5cNjIB5NRfEX4hax8WfHmr+JvEN62o65rt3Je3100axmeZ2LM21 AFXk9FAA6AAVVa86kJrZRs/VN2t8n/SJp+7GSe7d/lZfqn8vMxa+qvid8ZPHf7LXwM+DEvws8Q69 4L8MeIvDn9o32p6BcNZHXdYW7nW7ju5osGdoAIUWGVmEcbKQq+c275Vrtfhb+0l8RfgdYXVr4K8e +NPB9rfSCW5h0TW7nT47hwMBnWJ1DEDjJp392y01T/PT01v6pCsua7V9Gvvtr+no2fSF78VfiTfw fGv4n3GiXng/422n9g+d9h0eTTrzw/oslpLDcXtqjfvLXeEsEaWPbtS5IUqkuBT/AGlPHHj74mf8 Ez/h74g+IK3l5qGpeOL82OtahH/p+u2iWNvGk88x+e42srxLNJlisQTcVjAHzN4d+LPinwh8Qf8A hLdJ8S+INL8VedLc/wBs2mozQ6h5soYSyeerCTc4d9x3Zbc2c5Na3i79pb4j+P8ASNX0/XvH/jbW 7DxBPFdapbX+uXVzDqU0Sosck6O5EjoscYVmBIEagfdFZ1o88OX/AA+i5ZJ2Xrby1bezsri7VOd/ 3vV3TWv3367Lqrvia9V+DnxB+FOk+F49D8a/D7VNTl1CWUX/AImstalGo6YhCiFrG1zHbEoQxkS4 8zzg21Xt8bq8qoq+jT6/16r1WpPVNdP69H6PQ6T4pDwjF4o8rwU3iObRYbeKM3OtrDFdXswX95L5 MJZYEZvuxebMVA5kbPHN0UUkrAFFFFMAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACi iigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKK KACiiigAooooAKKKKACiiigAooooAKKKKACiiigAr+tf/g2k/wCUHfwJ/wCuWvf+pFqlfyUV/Wv/ AMG0n/KDv4E/9cte/wDUi1SgD7pr+e//AIO4bbz/ANvX4d/9iDD/AOnG+r+hCv5+v+Ds2Azft7fD 3gnHgKH6H/iYX1cePly0W2c2LdqTbPynXTsBeaWe0xitgaY3lM35f7NK2hs8jL3r5n61G+5899Yj 3MCe1/c16zqP/Kda9/7LpN/6fmrgr3QpHQqOMc1N+1T8Sr74M/8ABUr4k+L9LitJ9S8LfFPVdWtI rpWaCSWDVpZUWQKysVLKMgMDjOCOtevkVeP1yM29F/mjrwklVU4w35WeU+KfE2o+DPjTqmraPqF7 pWqadrM9xaXlnO0FxayrMxV45FIZWBGQQQRX05/wUK/bR8e6R8ZtR8NaTqi6XpWq+FNGj8QRpEsz eK5rnQ7My3OoNKGNzKA4WMvkQ7A8YSRnkb5y8UfHi/u/i4njTwpp9p8NdYiczRN4WvtQhMEx3b5k lnuZp0dtxB2yBccADmrfxA/a7+LHxZ8LzaH4q+J/xD8TaLcsjzafqviO8vLWUqwZS0UkjKSGAIyO CAa9elFxw6oy9H22s/VPt5K/l9FWalinXj5276u/ya2v5vpv7T8S/jZ8QP2cvCnwf0z4Qa/4h8M+ F9e8NWWpJ/YErxJ4l1iRtt+LoR8Xckdypg8mXeEjRFChXIbrfFulWPwc+IP7RGu/Di1stI+IHhWy 0aW2TSVXzfDCzxINelslXPkPb3bCDdHg26SSBGQDI+XPhp+0v8R/gvodzpng74geNvCem3spnuLT RtcurCCeQqFLukTqrNtUDJGcADtXO+CfHWt/DTxRaa54c1jVfD+tWDFrXUNNu5LW6tiVKkpLGQyk qxBwehI71bV2/Nt37Xd7LyW3muxlbReSS9bdX5vfybe59AfEH4q+LPH/AOyB4d+IfjDXtau/iFpH jVLPwn4mvLyT+2rqxjt5JrnbdE+dMltdfZCjsx8lp2VGG4gd7+2V8ePj18Q/iD4K8JeHfGfxd1yL xh8NtBuX0bTtX1G5XXBJpMZu5DAjnzw5Wcyna2Ssm7o1fJ/xM+Lviz40+IE1bxj4n8Q+LNVigW2S 91nUZr+4SJSzLGJJWZgoLMQucAsfWtTTv2lfiNo/wyfwVaeP/Gtr4NkjkhfQYdcuk0x45GLuhtg/ lFWZmJG3BJJPWnU96LXmnbppFx/F+8/P7yqV4Svfo1frrJSX3W5V5fcfU37JnxF0P4a/sq/DrxFq 9/Do0ekeJ/FumWfiCSwN/H4V1i60vTm0+8eFVdztaGRgyI7LsLKpZAK6/wCEXxBi+Ov/AAUz1fVf CWqaV8WNRu/hZcWMcl7b3L22valb+G1tpI5kvYo5JVkuIjnzExIHGfvED4u+EH7SHi/4GabrFh4f vtPOla+sY1HTNV0iz1jTrwxNujd7W8ilhMiHO19m5dzAEBjlNW/aZ+IWs+JPFWrSeNPEkF745Qw6 +bS/ktI9WhIKiCWOIqjQqp2rFt8tVwqqFAFXKXNJ9uVx81eDj+bbvo7JLoRGLjFR7P1uvaKf6JdV u+p7lB8XfHn7QP7Lvxhufi9q2ta9ZeFzav4e1DXAZLjR9dkvoFaws2cZhWS1W5aS2jKoq26ts/dj HTfGn9q748337P8A+zsfDvxJ+Lk2qeK9G1G1b+zfEOotcazeLrV3EkZ8uTdNMEaBAvLBTGBwVFfL vxR/aC8e/HCKxTxr438X+L00vf8AYl1vWLjUBZ79u/yxK7bN21c7cZ2jPQVP8Pv2lfiN8JPC93of hTx/418M6LfyPLdafpOuXVla3LuoRmeKN1ViVVVJI5CgdBWe8OV90/Wya+V7+drJa7ml9EvX5X6L y0v0u22fS37PGux/An9jbxDfR+LPin8L/GNt4yn0zxlqfhTw1Heaxp8KRQfZLW5me+s5rKJ5xd/K CfNliZXwYlB574q3rftBfFP4Kal4M0bxb8R/GmqXJsX1Xxp4XttItvHk9vdIYUl23k0d26q3kTyy TB3URhyWJNfOvw1+Lfir4MeIW1fwf4m8QeFNVeFrdr3RtRmsbhomILRmSJlbaSqkjODtHpV3xL+0 B488afECy8Wax428Xat4q05UW01m81i4n1C1CElBHOzmRQpZiMMMFjjrTetRTfS34RS897X6fPrO vs3Drr87tvXbvb5fd9a/FP8AaX8S/tN/B7436X/aXxY8J3OhW6ajr+k+M9dt9e0qGNdRiV9LtvMs YJ9JkFwYfLijdhL9mETj5FYcxD+1d8XfCf8AwTU8GXehfEn4j6aNP8d6jogmsPEN7D9mtU03T2tr Tckg2xLiYxx8KMOVHWvnbx/+0d8Qviv4VsdC8U+PPGfiXRNMdJLPT9V1u5vLW0ZEKK0cUjsiEIxU EAYBI6Go/hX+0D48+BZvT4I8beLvB39p7Ptn9h6xcaf9r2btnmeS679u5sZzjccdTQlZSjfR8v8A 5K0/lordbfNjUmnFvpf8Y2/4N+tkuiLfi34a/EW78f8Aie68T+GPGV/4g0QjV/E41axu2u7VZGVz PfFgJY1kMiEyOVLeYDuywNetftO6qnjz9iz4T+ILTw1Z/DzSotY1jT7Lw7ZNK1hqZzBJLqts1y8l 2+TstpDLNMga2UIyfNGvhPhj4qeJ/BXjweKtG8R69pPidZZJxrFlqEsF+JJAwkfz0YSbnDsGO7J3 HPU0vxH+Kvij4x+I/wC2PF3iTXvFWrmJYPt2sahLfXPlrnanmSszbRk4GcDJpNfu1FeXy7+qa0s9 tXvazXxuT13/AC/Dvdb7PS98CvVfg58QfhTpPhePQ/Gvw+1TU5dQllF/4mstalGo6YhCiFrG1zHb EoQxkS48zzg21Xt8bq8qop9Gn1/r1XqtRdU10/r0fo9DtfEXhDQ/HfxW0vw78MbbxRqsepva6bZ/ 2ukEd7qt7IVQssMRZIFeRgFi82UqOsrZ4739tjxXp1n8QND+Gejagl54R+Etp/wj8V1bJ+7vr3fv 1K9UcZ8y6MgU55iih54rzn4J/GTVfgH4/h8T6FHZnWrO2uYbKe4V2+wSTQvCLiMKy/vYw5ZC25Q4 UlTjFcnTTty9bO7v1fTttrps7rawtbt7aW/rfstd9Hvc/Qn4f/FP4s+Gf+Cnnhj4Y+D/AO1Z/hja 6/Zro3hNYM6BceHhOk0eom24hZjCPtRvCPM8397vDjI8rv8AxjrXwa+CHxO8Y/DvUL7RfGh+JFzp ev61pcjQ6npGlMC9okcyfvLeK4uBOHdCm8wRoxIO0+B6H+078SvDHgS28Lab8QvHGn+GbKZLi30i 2166isLeVZhOrpAriNWEwEgIGQ4Ddeaj0r9pT4i6F8Sb3xnZePvGtn4w1KMw3muwa5dR6ldoQo2y XAcSOuETgsR8i+grKpTcpJ32vr1d5Qlr68rT78zfWw4e7fTdrTpopL/25NduVLpc+1v2YPiz4nt/ iv8AAzxnq+qXifELxdoPilNemnkIn8UaRbWEjabPqEecXQaWO4USTBjKLWPJby1NaXh/9obxn8X/ AIS/DzTPEniC/wBWtfGfwn8ban4h85/n1+4thqqWsl2wwZ2t1tYRCZCfK2fJtya+HdI/aj+JugfE PUvF1j8RfHVl4r1iIQX+tW+v3ceo30YCgJLOJBI6gIgAZiPkX0FTad+1l8VNHewa0+JfxAtW0q6u L6yMPiK7Q2dxcFzcTR4k+SSUySF2XBfzGyTuNVOKnBwfVP5XjOP/ALcm9ruP3FP3JKXVNP1s0/0t 107n1L+yhpHiT4Oa18JfB1z8Y/jDHcePY7bXrTwH4T0CTW9EuNPuXLFLqKW+t4pPNRZjMiW86Kgb eWYOi/PPxO8b65+zZ+2L8Q/+Fe65rfgd7DxJqel28mhX81hJFaLeOBAHiZW8vCJ8ucfKPSue0n9q 74o6B4Ql8P2PxJ8fWWgzSSTSabB4hu47OR5JDI7GISBCzSEuTjJYknmn6X+1r8VdD8c6n4nsviZ8 QbPxLrUUcOo6tB4ivI76/jjACJLMJA8iqAAAxIAAx0rWnNqtCrJfDfT15bL5WtfzvZbCStCUe/L9 6vd+V73+Vrvc73/goT4o1Pwh/wAFHPifrGk6jfaXq1h4subm1vbS4eG4tpVkysiSKQysDyGByDX0 58bvj/4p+Kf7eHxs+HWrai8vgFfCXiAyeHRn+zp7m30qW9jvniYkNefao0l+0H96CqqGCKqD4o8W ftd/Fjx7e6Vc678T/iHrVxoN2t/pkt/4jvLl9OuF+7NCXkJjkHZlwfepbf8AbL+L9r4xuPEUXxW+ JMfiC7tUsZ9TTxNei8nt0YskLS+ZvaNWZiFJwCxIHNctOjy0lSb0UZR++NlL1T6fiW5fvPadbp/d K7X3dfNo6z/gnL/yc+n/AGK/iX/0xX9cj+ybfaVp/wAfvDr6vdy2cD3IgiKeFbLxMsssn7tUayvJ I4HU7z8zElDhlUsBix8Df2n7r4F6jrOqQeFfDHiHxLq9veWy65rEuoSXtit3bS205jWK6jhdmSaQ 7popDuOa8+8NeIrzwh4j0/VtPkWG/wBLuY7u2kaNZBHLGwdCVYFWwwHDAg9wa7aNXkxEKstlGKf/ AIFJu3yl1/IyrRcqUow3d7fofoj/AMFmPjLoOu/D6x0y11d573VvEHiG5gtpfh1otoSkWsvbvtv0 lN1Bta0K+YilrpVBlKnKD84K6v4p/G/xT8a7ixl8T6tJqr6aLkWxaGOPy/tF3NeTHCKuS89xK5Jy fmwMKqgcpXHQpyhDll/Xb8DerKMpNx2P3C/4I/8A/KOr4ef9xL/053deaf8ABfb/AJM78N/9jla/ +kV9XNf8E3/+CkHwX+An7F/g3wn4s8Zf2V4g0r7d9qtf7Ivp/K8y+uJU+eKFkOUdDwxxnB5BFcP/ AMFef28PhT+1D+zZomgeBfFX9uataeJoNQmg/sy8ttkC2t3Gz7pokU/NKgwDn5umAa/jvKuF85h4 jyx08JVVH6zUlz+zny8rnK0ua1rPo72P8+sk4M4gp+LUsyngayofXKsvaOlPk5XObUubl5eVppp3 sz85aKKK/so/0BCiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKK KACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoooo AKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACv6X/+DN//AJRZeNP+yq6n /wCmjRa/mgr+l/8A4M3/APlFl40/7Krqf/po0WgD9Ya/IP8A4PJf+TD/AIY/9j6n/puvK/XyvyB/ 4PKP+TDfhj/2Pyf+m68rnxPwL1j/AOlIyrfD81+aP5z3/wBX+FO3dFpifepy/wCsroKY1uenNEhI 9qf5XtTWx/FuoEKDtjFNb/WZok/eLxSM23A70APfpRGxowaH6UAN/wBXGARk0feaj/Vuf4hS/deg D2v9mH9jnxb8dvht43+I+gSaS+j/AAnu9Kl1i0mmkW+nju5ZQHt0CFHEa28rybnUhVyA3IGF+wp4 C0D4kftG2eneJ9Gt/EGjw6NrWoyafcTzwRXMlrpV3cxB3gkjlC+ZEhOx1JAxnmvW/wBg79q/R/2d fgj410uW9P8AwkHiTxj4aeHTPIkP9q6WsGr2mpxmQKY0zBfhPmYE+dlQdpxwP/BM7SLvxB+1rZWF ha3F7fXvhzxHBb29vGZJbiRtDv1VEUAlmJIAAGSTWlSNnU9nsoO3X3vZczf/AIE7Ls0yo22l/Svt +F79mvV+beHtC0745fGKOyhl8J/Daz1qfZAsn9pTaZYMRhYwQLu7IZsAFt+C3JC8juPjz+w1rv7N 6+I7TxR4t8AWvifwxOVuPDSarIdVmt/PEKXMaNEIyr5WRYWkW58lllMIjO6uY+Gvwzfwj8ebXR/H Wp2/wzudAuo7i+/4SXT9Qje3aN0fyWht7aadZGU5G6ML6sMjPU/tw2nhjxP8c/Gnjnw38S/CnjSD xd4ov9SgsrCz1eG9tYJ55Zkab7ZZQRcAqpCSOcngEZNZy5VCHL1vfr/Lb77v5L5jjzOpJS2VvLvf 7tPm/kGk/sN6peT6VpF/43+H2g+OtdtI7vT/AAfqV5dxapP5yb7eJ5VtmsreaZdpSK4uYn/eR7gh dQeY+G37M+q+NtM17VNa1bRPAGgeGbpNP1HVfEn2mKKK9csFs0hghmuZZ8I7MkcLeWqMz7Bgn1zx 9rvwy+PPx/j+MGqfErTvDkOpzwa1rfhR9K1GfXIbqIKZrazZLdrKRJHj/cvLcxBVlUOqbCDm6r8d fDn7VngvxroPifXdM+G2o6t46vvH+mX19BeXmmu16FS5spjaQSzqyhImikELKdsqts3AlNvlTS97 qui1it+ujk/+3VprZqLblZ7d+u0unqor/t59rrz3xL+zNJ4I8d+HbLVvF3hGHwt4ptzeaX4viN9c aLeRLkPgRWzXaSLIvlNE9usiOV3oqsHPfft6fsveB/gh8c/iHaeF/iF4GS20PV5bex8KQRa5JqVu gkC+T509l9nZkBJJNyQQpwzHAPJ/tBePvDun/DPwB8PPDWrxeKrXwRLf6lea7BbzW1pf3l8bcyRW 0c6RzeTEltEu+WNGdzL8gUKW7T9r2P4X/Gv4seP/AIn2XxXsWXxQzaxpfhq28PahJrMd5MEb7JdG WOKzijjYyK80VzMcICkb7sB1Phjy9Oa/f7NvXaWy9LX1qD195f5f8Dp1/I9H/Z2+Ecfgn4SfDyfS 9G+GLx+INMk8Z+OfEXjzSodRsrbThqU2n2umwboZpoTK0Lgm0jFw8k64kCxgrm6f+xv4c8YePf2o Ph/o2h+H4L34c6m9xoXiLVNVubX+w7KLWIbebzmabyGgS0MrMXieUkfKSxVDo/A34qv44/Z/8CW3 h7U/hLdXGkaVJ4M8YeGfH+vRaPZy2q6pLqVjqULtcW0sgjeVg32aUyq0QHlssgBw/ht8bvAPxKv/ ANo7U/iV430Tw3e/FwrY2sfh7TdUmjN0dTt7v7eiSREixDRl3SSUT7NwWIttU3W1q6dPafddez/B Lt9q7TcjNfBvu4fL+d/ff5KP908T8d/sty+DND0HX7Xxt4K8SeC9c1AaVJ4l0p75rPSbrktFdQS2 sd5GRGDKMW7B0B8vzCrKPSf2vP2Sfh/8L9S0htD+KPw708v4M0jVW0sweIZbnVrmXT4ppJomfT2i UXEhLoskkYUSAMsWCF5T4h+J/Cfwh/Zkuvh34c8Xad4/1XxXrtrr2r6lptleW+m6ZHZxXMMFvD9s hhmkmf7TI8j+UiqqxqGfc23p/i3/AMKv/aGTwf4p1D4rWPhiPSfBWmaNqeg/8I9qF7rqXlhZi122 6iNLKVJWhjdXe8i2rKdwDJtbOp8DUeklr1tyNv7paLTXTfRm0NJXl1i/S/Orel46799r2PPfA/7K 7698LbDxh4k8deB/h7outXMttpH9vNqEtxq3lErLJFBY2tzIIkcbDJIqKXyqlirAR6X+yB4w1n9p Cw+F9uNIl13VCstpeJfo+mXFo0BuRepcLkPbm3BlBUFioICl/kr134YftOWXjL9n3wf4am8XfC3w TrngKCbS1bxt8OrXxFb6rZy3M90kkN0NNvriKRHmdGhZFiK7HVyzOtY+reO/B/xQ/af0mfxx8X5Y tM8N+G/J0/xV4Q8HpotvpmoQRyTWkVnaQQwu8MdwyjzGitpG+b/VgK9OafP7u2v3JXvvu7bXW9t0 Z3tDXf8AVu33K+rs9r7XPNfiN+znYeCPhwfE+l/FD4ZeMbIahHpptNIvL2LUhI6SOX+yXlrbzmFA ihpQnl7pUVWZg4X1j4w/sd/Drw78GPhPqdn8Xvhlo99r+i3l1f309v4lkj1qRNSuolliVdMcxhEj SIhkiy0TEKwIdqP7RPxwi8R/s9T+H/FvxbX48eLrjWILvRNTB1Wc+FbZI3FyputSt4J2+0FoQIEV oh5BkJV9oaq0vw8+P3wC+Emmaz8TtH8A33gC1v8ASNYtNS0bUry5uIZdQmvEuLP7LBJDKSlyyeXN LB88XLBWDhO8oOK35l93K7/+TNafna6vTT0/X/I82/Z/vdHh8R3Gny/Dab4p+JtUeK00HTTfXiWj Sl8PvtrPy7q5dlwIxHcRbWyWWQfKOp/bm+FGifCfx14Xi03w+3gnWdY8NWupeIvCbXktyfDGoO0q mD98zTxeZEkM/kzu0sX2jazHArlPAPw48CeOLvXra7+JEfhCS0n3aPc6/oNybPUrcOQTM1j9qmt7 jaVYRiGWPhwZgQu/pP2uPiV4e8V6X8PfDmia7c+M5/Anh8aRfeJ5beSBNUYzSSpDAkyrP9mtkkEM TTBXKp/q41CqHUd4xtvdfdyv9bX637WaajvJ9Lfjdfp/TvdeM10Mnwl8VRfDhPGLeGfEC+EZLn7E muHTphprz8/uhcbfLL8H5d2eDxXPV6D4A/ao+IPw1vopdO8T31xDFpR0MWOqpHqunvp+4v8AZHtL pZIHgDsXEbRlVc7gA3NHTz/r/hvLfW1ma3/r+vP8Ot1z3wy8Vaf4O8WQ3mp+F9D8X2m0xnTtWlvY rZi3ActaXEEu4dsSY9Qa7b9uH4caL8I/2v8A4i+F/DliNM0LRNduLOwtfOklFvErYVd8jM5x6sxP qawtN07x/wDtYfGK6uLTT/E3j7xjrErXtylhZS395OFxufy4lJCKMDAAVVAAAAArvv8Ago9dyaR/ wUM+Ks6pF51t4quZAs0KypuWTOGRwVYZHKsCD0IIolvS59L897eXJ99ruzH0ly+X6/ce3yf8E29O 0r9i5teuYfh8fGknhZb6O8f4j6WIPtMuvmFJQ320W+0WUMqBtxjaRivMqkL8M1+gnxg/bgSH9h3+ zbXVPhPea5c+G/DVmdOtvCegt5ckt3rNzdoLdbYovlD7NlQoELyhwI5JW3/n3U6qrOn0jJr8W/us 1YUf4cZPeST+9L+rHS/CP4S638cPHlp4c8PwW8uoXSSzM9zcx2ttawxRtLNPNNIVSOKONHdnYgAK a9C8R/scfZPg74o8b+HviZ8NvG2leDWt11WDSJdThvIDcTpBEVivLK3LqWc/OmVAQ5YEqGzv2QPi xoPws+I+rQ+KXvrbw54w8P6h4Y1C+sYRPc6ZHdwlBdJGSvmeW4RmQMpdA6g81F4x+Efgf4d+FrzU rX4u+G/GGtRTRDTNM8P6FqjLMdxLvdSX9vaLDGFHHlidmYhSirlxo7XinotLvfW7ureSs/V76NBC 7v3vt5W0d/W/pbVao9c/ZV/YXguP2ifBGgeL9W+GGs61q13a/wBofD7UdU1K31T7LPIocGe2WK2S 6WBjMsH2wS5CoYmkPkn5y+K+iW3hr4peJdOsovJs9P1W6trePcW8uNJmVRkkk4AHJOa+oPDfiv4P eMf20NI+OOvfFCLRdLvfEtv4q1Pwwuh38uuWV4btZZYFZYGs2tlky4lFx5nkf8sTL+6Pzd8fn02f 42+Kp9H1qw8Q6XeanPdW2oWUVxFDcJK5kGFuIopQRu2ncg5U4yME4T5vaQvppO6WqWsba9etn11a 0Y6duWfrG3faV9Pu/BO7Rl/Dj4d6x8WfG+neHdBtRe6tqsvlW8TTJCmQCzM8jlURFUMzO7BVVSSQ ATX0t8Kf2QfC0fwT+Muovrnwx+J//CLeGpr6LU9C1HV4b7w7ex3EEcWIZ0tUnglWSYGRYriMNGg3 x71EniH7L3xW074OfGC31XWYruXRbzT9Q0bUTZxJLdQ219ZTWcssKuVUyIs5dQWUMVwWAJNe3/Ar w/8AB/4LeF/ilZXnxv8ADurav408K3ehaJNZaFrSafbA3FtLuvGkshMkjiIBEhjlQYkLyrhA9Ym/ sJ8u/LK3fmtovys9Lt/3WFP+LC/80b9rX1u/v+7rdW8q8IfskS6r4T0HVfEvj3wD8PD4rUy6JZ+I p74XOowb/LFyRa2s628DSBlWS5aJW2MwJRS1b/gD/gn34h8V6P42udc8XeBPAM3w61KDTfEFr4ju byOWy8/K286tb200c0Urgqhhd2ON+3yiJDc8XT+BP2qNE8D6tqvxK8P/AA61bw7oNl4Y1fTtZ0zU 7nzkskEUV3ZtZWs8bCSELujlaEiVH5KsHrs/Gvx+8C/GP4U/G+7/AOEr03w1e+I7vw7b+HdE1O0v pNRv7PRbU26ySPb20ltHLMnl4UzACQSAkIFd9I2dRKWi5rf9u81ub7tX+liNWkl2V/W2q+Tuk/Lr c8y/aP8A2EvE/wCzH4d1G91nXvCGrXWg6vDoeuafo95NdT6HdzwyTwJM5hWFt8cMhzDJJtKlX2N8 tZv/AAyeuveCdX1bwl8RPAXji78P6c2r6lpGljVLa/tbNMebMBe2VvHKIsjesUjuBlgpVWYfQ3x7 +Nfwg8fa38YWm8eaXrmieKviNovjOGztLDVILjV9OiW+S6tImktUWO6C3CY8xkj5OJTit7w98dvh jpt18TNPf4pfBTR/Dvirw5qmgeGLTw98Lbm1m05J4XSD7fqH9mLfLtURhtkl40jFt7YG9sOaSpyv vy3XryJ2+c218nqtG7Vm49r2fo5NX+UdfmtHrb53/Yk+HZ8W6zr0+nal8Jr/AF46HqsMHhvxjpuo 3clxDHYyTy3VsYbZ7dJ4445DE0syEOn3eRnjf2YP2bdU/au+J6eDtB1fRNO8QXltPPp1tqX2kf2p JFG0pt4mhhlAlKI5HmbEO3G8EgH0b9g2HwT8PPiEni7xR8VPBnhuMaXrWlHTLqw1qe9DXWm3NpFJ /o9hLD5ZeZWP73cFDfLnClf2Q7bwR8DP2s7TUNZ+K3gp/D+m6PqGdYtdP1t7a4mubG4tUgRDYCfe rTKzFolTaGw7NhTrVupXjr7n43np91nr1dvIW0bLv/kvu9Omt+pw/wAXf2U7/wCFvw/Piez8V+DP GmkWernQdVl8PXdxN/Y1/wCWZEhl86GIOsipNsmgMsD+TJiQ8Zt/sefCnQPGnizXfE/jW3N14C+H mlSa5rVsJ2gbU2yIrWxV1IZWuLh4kypBCeYwI25rodAu/B+i/sM+P/C7/EXwvJ4lvfF2n6rYaall qvmahb2UN9AzJIbMRL5huo3jEjodqtvEbAKY/jxND8Bf2ZfB/wAL7XaPEHijyPG/jBwMSRNLEw0u xboR5VrK9wysPv3o/uU5Pl5v+3besop/+S+89f5VF6vU0fKvW/opW/FWV13uvLwe6mW4uZHWJIVd iwjQkrGCfujcScD3JPvUdFFG2gPXUKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoooo AKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigA ooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAr+tf/g2k/wCU HfwJ/wCuWvf+pFqlfyUV/Wv/AMG0n/KDv4E/9cte/wDUi1SgD7pr8Gf+Dp/QjrH7dvgHEbNjwLAM qPu/8TC+r95q/HH/AIOEfhte/EH9uDwaljp+oX8y+C4FC2tq8x/4/r3j5RXhcSV3RwEqiV9vzPF4 gxDoYKVRK+35n5IWnw0nEAbyfk+8xq9J8NnETzFcLINv3f4q+vvBf7EPxC1lo/snw+8ZSyyDaN2k zRKf+BOFWu5t/wDgl/8AGDW1SWH4Z6225f8Alq0MTfq61+RvMcdUfuUn9x+WSzfEyn7lN/cfn9e/ Dp0jI2cla8W/4KC/8n7fG7/sf9e/9OM9frXrX/BJb41wWRMngBoOPvPf2hCr/wB/K/JT/goL/wAn 7fG7/sf9e/8ATjPX3XB1TEyqz+sQcdNL+p9vwlWrVJT9tBx0W6PIaKKK+/PtgooooAKKKKACiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooo oAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACv6X/APgzf/5RZeNP+yq6n/6aNFr+aCv6X/8A gzf/AOUWXjT/ALKrqf8A6aNFoA/WGvyB/wCDyj/kw34Y/wDY/J/6bryv1+r8gv8Ag8nGf2Dvhj/2 Pyf+m68rnxPwL1j/AOlIyrfD81+aP5zSdm0g5pFk9qSRR5YqRfpXQU9w3HbTZJGTHPFC/KzelK0f mYJoELJJ5eM8mk8sb896TnzMU7/lt/wGgA+7zQ3U/wCzSsv7uj196AOp+D2i+CvEHjYW3j7xD4p8 M6C0TYvdA8PQa5d+dkbF+zzXtmmw85bzsjAwrZ4+oPil/wAErtEsv2i/jF8MPhz458bePvFnwa0e e8vLWTwHHZya5fR6pYaelnZRwajdSSCQ3u8OVVsxhREd+5fja2byp0c9FYE49jX1/wCPv+CivhzW /wBqL9rjx1okPjDTbT4++HdS0XQNqRQ3Vp9r1OwuGW72TYSNre2njcRtJnzAuCrMQ6luVNb8tW/q or2f3tv7tfO6aXMk9nKF/KPMub8P+B0Pn61+Bfjb4d+PpoPEHg7xVoU/hXWLKw1qPUdJuLV9HuJ2 LQw3IdAYZJFjcor4LBGIBwa4TwL4A174o+KrXQvDOiav4i1u+3fZtP0yzku7q42qXbZFGCzYVWY4 HAUnoK+2b39vH4bfHPTNS8K+Iv8AhPtKh17RPh9AuqWmlWt/dT6t4e09rGVJUku4h9nnMz7Z97SK I0JhOSo8E/4Jy/8AJz6f9iv4l/8ATFf1UoqKqO91FSa81GN79bXknbys+o1qo8vVL5NpNrzte1+p 474x8F6x8O/E15oviDSdT0LWdPfy7qw1C1e1ubZsA7XjcBlOCDggdRWZXWfA2/02w+LGhf2v4e0r xRp1xdx202najLdRW8qyEJktbTQygru3DEgGQMgjIPsP7aUvwg+FvxT+JHw58FfDy5zoWuXVlY+J rzW7lb23nivCrxCAs0DWaxq0KK6mdiomacZMIlxaUerlfbytf/0pCjJSm4rpb8b2/J9D5yor6k8e +H/hf8Bvj/H8H9V+G1p4kh02eHRdc8VNrF/Brkt5KoE1zZKk4so443kHlRy2025YwXdt+VzNV+BP hr9lTwX4217xRodh8SNS0jx1feAdLsb24u7PTFeyCvc3s4tZorhmZXjWKMTIBmRmMm0LUuSUVP7L 2ffWK/OUfv8AJ2E7y5Fv2+Tf5Rf3eav83qCxwOSeAB3q74l8Mal4L1+70rWNPvtJ1TT5TDdWd5A0 FxbSDqjxsAysO4IzXtnxE0jwh4b0L4afFbR/BGjrpPi2bUNP1DwffXt/NpcN5ZCBXkhmS4S8EDrd QyKjzs6SI4MjoQtdf/wU/wDi1oGoftY/FrQ4vhh4GsdTHiCeP/hIYLvWTqRZZQTJse/a03MAQf8A R9uGOApwQ5+6oP8Am5vw5f8A5L8vMcWpbf1v/kePfBv9krx78e9CfU/DWkWc1h9vTSYJr7V7LTF1 C9ddy2lr9qlj+1XG3B8mDfIN6ZX51zzjfBrxgvhTWddPhTxIND8OXYsNW1E6ZP8AZNLuSwQQzy7d kUm5lXY5ByQMc19vfCD4T6f8RPhB8I0Hhifx7q3hH4eS6/4f8GwXM0H9q31z4ku4Lm7K27LczeRE kcpjidWYQrkhFYGHXbbw54Z/aK/bjm8Z6HqmoaHYXL3suk2chtHvn/4SS1kgjeTaWjheQx73UbvL ZipDFWFVUo1OT/H/AOU2k/W+ttOyu2mSm3DmXeC/8DV15K111+5WZ8BVf8QeF9T8J3MEOqadfabN dW0V5DHd27wtNBKgkilUMASjowZWHDAggkGvcPEel+CviL+z3/ws/RfAGi+FtR8FeJbHR9a0G31H UZtE16C6S5nidfPuHu45B9leOVY7nlGRk8shie6/b8+NfhpfEnhqx/4VD8OzdX/w68OtBqJvde+0 6aJdJgKLEP7S8oiHICebHISEHmGQ5Jmfux87pW9YuS+9W/G9i4LmlbpZv7pKP6/lY+RqK+uPhz+z hovhH9mrwLr8fg74TeOvEPjqC41W4n8a/EiDw/DpdvHdT2sdvb2o1Owmdi0Du8zl05VFAKOTx/jX 4XfCf4UftkeGINfu4rj4aarBbapqdhofiO2146K8sbb7GS9s2dZY47hcM0X777OwKgykZJ+7Pkfe 3z6rv3V7W031V5WseZdr/L8u2m+u2jt871f1TwvqeiaXp19e6dfWllrETT2FxPbvHFfRrI0bPExG HUSI6ErkBlYdQa+if2jPBnge6/Z2fXvBvhP4aahc2muQWuoeIPA+ueITa6RE0Upjt7jT9ZQThrhi xFyrmL/RhGAj7i/VftE/Hrwrp37OHwEmm+Cnwyv473w3qLw28994iEdgF1q+QpEU1RWIZlLnzGc7 nbBC7VCk7Q5l/Ml98XL9P12terfl+tj5a+HXwu8TfGDxKujeEvDuu+KNYeNpVsdIsJb25ZF5ZhHE rNgdzjiq/jXwNrfw18UXeh+I9H1TQNasGCXWn6laSWt1bEqGAeKQBlJVgeR0IPetHwJ41nsFu9Av PEfiPQPBviOeD+3rfSQ1wtzHE5eNmtWmijuGjYlkWSRcHkMDzXsH7fN7bavpvwfudE1C68QeErXw Nb6Xo+uXxK3+pCC5uPPS5hOfs7wTO8Cwh5UWKKIpLIrA056JSXV2/Bu/4Wt1ve+lhL4mn0V/xSt+ b8reZ880UV7D4E/Z08G/EnwNbppnxW8PwfEC4tDfDRNWtv7I0oAMwNqdVupI4luwqh9rosBDALcM /wAlGtrhfWx49WjceEdWtPC9trkul6jHot5cSWlvqD2zi1nmjVWkiSXG1nVXQlQcgOpI5FbF98J7 yb4wL4K0G+03xfqdzqMelWU+jPJJa6lcO6oqwtIiMwLttDbQD1BKkE+5/GrQrP41ftV/Dn4C+G9Q gt/C3g29tfBFpeowMVzezXKrqOoDoG825aQr6xxQgdKcVzcvL9p2X6v5XS/7eT6MmUlDmctoq7/R fm/k1ueBeAvhX4o+KlxfReF/DeveJJdLtXvr1NL0+W8a0t1xumkEatsjGRlmwBnrWBX2n+xZ8Tfh drX7Up0HR/hdH4bNlpWsx6DrlvrV7carM8ek3ik6is0zWsglTezfZoLfZJsK/IGRvI7HQ/CH7P37 PPgjxPrPgjR/iH4h+IxvLyGPWr6/g07R7K1uHtQiJY3FvJJcSSxyMzPKVRFjAjyxcYqqnK3Sy+d7 /otmaShKDcZbptPytb+ro8Ior7T8BfBr4UaDqfijXtQ+HkHiHw1rPwvPxJ0TTL3WL+O60K5S++xm x8+CaMTWxmWUlnjMpi8sB1cM7L+0B8E/hVcfC3xknhj4fQeGNU0X4eeH/HyaiNYvruWO61G4sBLZ RpLMY/sixXhCb0eYMmTMwO2tJvlk4Pdb+vvafLkl5aaXurzS/eJOHW1vO/Jb7+eP362sz4rro/hJ 8JvEHx1+JOj+EfCth/aniHXrgWthaefHB58hBIXfIyovAPLMBX1l+zd+x23xK1Dw14M8c/Cr4a+F P+Eg04n+2P8AhOjYeMYt0LSQXf8AZdzqj7i5VW8sWA8yNiUCZVx4d+wpF4Z8S/tJeD/CfirwR4e8 ZaX4z1/TdHmbUbrUbeXT4prlY5Hga0uoBvKv/wAtRIAVXC9c6Qg5VvZdf+Da3l81+pnOdqXtV2v+ F7+f3/oeRanps2jalcWdynl3FrK0MqZB2upIIyODyD0qCvXP2e/C/h+7/bX8NeG9Y8Paf4g8Oan4 rh0SfTry4uoozBNdCDIeCaKUOituU78blG4MMg+mfETwN8LviD4U+OWneE/An/CLv8Jo4b/R9b/t S7n1DVY11KGwnivYpJpLfa/2nzE8hI2i8pFLzZZm54VU4Ql1km/utf8ANdWdE4WqypLo1H5ybS/F b2XyPA9O+AvjrWPhnc+NLTwX4suvB1mxW416HSLh9MgIYKQ9yE8pSGYA5bqQO9c3pWlXWu6pbWNj bT3l7eSrBb28EZklnkYhVRFGSzEkAAckmvbf2N/+Sb/tAf8AZN5P/Tvpdbn/AASk+GGm/Ev9tXwU NWtUu7bS9YsbyNR4s0/QpIpkuo3SQJdKz3iqEbdb24ErZBDrjnpjC9VQ6NJ/jJP/ANJ/H5nPOfLR lU6ptfcotf8ApX9bHgXibwRrXgs2v9saRqmk/bo2mtvttq8H2hFkeJmTcBuUSRyISOA0bDqCKy6+ 0/8AgrV4Q0LRtL+Gd3ZaWLTUP+EctUWZPiNpHiFRBNLeXhQ21rCszEvcbxd7vIdTtVSfmr4srnpz crp9G19z/r/hjeceW3mk/vR2Hgb9nvx98TvCOo6/4a8D+L/EOg6OXF/qWmaNcXdpYlEEj+bLGhRN qEMdxGAcniuPr3X/AIJy/wDJz6f9iv4l/wDTFf15/wDs6HwQPjd4c/4WONQbwV9rH9qCzLBym07N xUFxF5mzzPLHmeXv2fPtrSWk1HvFP73Jf+2kbRucVRX0x+0b4L8EXf7OsmveDfCnw1v7m01uC11D xD4G1zxCbXR4milMdvcafrKCcNOxYi5V2i/0YRgI+7f8z0lK7a7f5X/r/KzG1ZJhRRRTEFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAV/Wv/wAG0n/KDv4E/wDXLXv/AFItUr+Siv61/wDg2k/5Qd/A n/rlr3/qRapQB901+I//AAcxf8FAviR+x5+2d4M0zwL4kXw9HqfgqC8mePT0nnZxfXqZV2IAGAOM V+3Ffzuf8HgEPm/t8fDr7uR8P4ev/YRvqzq25feRjX+DU+S9Z/4LTftIeLNO+w3fxo8fzwSr80cc trbptb+FcQ7q8x8Sfty/FbxTdvJffEHx/ctuy27XmTd+SV5RBqMttCoEcDbfu/uN/wCtQC6LSu7r Gr/7u2uWMrbRPM9s+x2WoftOeNb5Wil8UeMXVjlvM16d938qzv8AgoL/AMn7fG7/ALH/AF7/ANOM 9cy0Adc/Lurpv+Cgv/J+3xu/7H/Xv/TjPThK9ePo/wA4nVhqnNP5f5HkNFFFdp3hRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf0v8A/Bm//wAosvGn/ZVdT/8ATRotfzQV /S//AMGb/wDyiy8af9lV1P8A9NGi0AfrDX5Bf8Hkxx+wd8Mf+x+T/wBN15X6+1+QX/B5KM/sHfDL /sfU/wDTfeVz4n4F6x/9KRlW+H5r80fzmtny6FXy48Uu7nFOroKZHT/4P+BUyn+X+7oEGP3maD/r DQq7aR+tAEiY20NsXrTS22mSKJe9ABIxWTA6VKvsKbSbfQ4oA1fBI/4rXR/l/wCX6H/0YtdT+xv8 XdB+B/x5s9e8Tf2v/Yh0vVdNuW0y1jurqL7Zp1zaK6RSSxK+1p1YgyLkA85rk/A5Y+NdHz/z/Q/+ jFr0Nv2ONW8a/CbwB4g+Hdv4w8f6t4wOpx3ui2Hhp3uNLew+xiVk8iWZpoSbxAJGSIgjlRkVb2a6 NNP0aaf4BzJbuxyPhTxz4d+D/wAXX1TSdGs/iBo1i4Onp4otLnTTIwKsszw2N8GR1YHCi4dSOoPQ aX7RH7Rdp+0Pr2oaxJ8O/BHhXX9Y1ObVtR1PRJtWM19NMzvIGS6vZ4VVnctiONCCAAQOK5XTPCFr 4e+JB0Tx0fEPhaGwuJLXVVh0gXOpafIm4FPss01uC4cBWV5EK89xg9L+1B8D9P8AgH8QrDS9K1y8 8Q6Zq2habr9peXemrp85ivbWO5RJIVmmVWUSAHEjDIODWbd4Rbd1svV69O9vnY1UfflZa2u/RO34 N/K502lftwajaz6Vq9/4F+H+veOtDtY7ax8Yalb30mqxGFdltM8S3S2U80KhAkk9tIT5Sb95XNcz 8N/2l9U8F6br2ma3o+ifEDQfEt0mo3+l+JGu5InvkLFb1ZbeeG4jnw8isySjesjBw4xjM0T9nD4h +JvhvceMtN8BeM9Q8IWiSyz65baJcy6bCkefMZrhUMahMHcS3GOaofDD4M+MPjbrM+neDPCniXxd qFtD9omtdF0ye/miiyF3skSswXLAZIxkj1p2u7f13v8Ahe/lfoTolf8Artb8bW87Gh8ZPjnqPxju 9KjbT9J8O6F4etvsej6Fo6SpYaXGW3yFPNkkleSSQl3klkeRiQC21UVe2+Jv7bF18VYddvdR+Hfw wXxf4os1s9W8UjTLm41G8O1FknWKe4ksoLiTYC01vbRSAs5RkLE1554z+CXjP4caBa6r4h8I+J9B 0u/uJrS2vNR0qe1t7iaFiksSO6hWdGVlZQcqVIIBFcvS0at/Wu/39e/Ue2v9f0vwPbfA/wC034Rv /g/4a8HfErwFqXjO18EXs1xoN1pfiP8AsWeK3nk82eyuCba4Etu0vzjYIpELyYk+biH4D/tqan+z ppfjK08PeDfAzxeOiLbUlv4Ly7X+zvOSV9NVHuSn2d9mwuytOFYlZlcK48Yoqr3bfff9dPPr3u77 u65Va39f127adkejfFv9o26+JngzTPDGm+GfC/gbwppdw98NH8PpdeTd3bAqbqeW6nnnlkCHYu+U rGuQirvfd00f7bN3c6Doi6p8O/hj4h8S+HdFTQNP8Satplzd3kdrGjRQeZbNcf2fO8UTBEea0c4j jJLMoavE6KW6afX/ACt+Tt6aD7f11v8Anq+713PTPh7+0q/hbwBF4X8Q+DPBvxC0KxuGutMg8QLf Ry6Q7580QT2VzbTCOQ4ZonkaPcN4RWZmbU8Gftk6n8OfjO3jHQvBnw701P7En8PR6EmjtLpK2k0D QSCRJJGluXZXcmS5klZicMWUBR4/RRfW/wAvvVvy09NBOKas/wCtb/nr66npnxE/aVfxb8PJPCnh /wAG+Efh9oF7eR3+p2vh838javNErLAZ5b26uZSkQeQrGjqm6RmKswUrreBv2wpvDPw+8M+H9b+H 3w78dJ4Klnk0C78QWt682mpNL57QlILqGG4hE2+QR3Mcy5kcHKMUrx2ihabf18+/T002GeheAfj+ vhW717+2fA/w+8Z2XiGf7XPZ6rpLWiW0+8sHtpbCS2nt1GWHkxSrAQ2DGdqbavxv+PerfHTUdJ+1 2ek6Jo3h2xXTdF0PSIGh0/SLcMXKRK7PIzO7O7yyu8sjsS7scY4eih62Xb/hvvS0T6LTYFp/X9ev rqFFFFAHpv7L/wAbLD9nnxLrvin7PeT+K7bRbi08LSRxqYtPv5wITeSMWBBhgeZ48I/73yydoG4e eaHrd34a1q01GwuJbS+sJ0ubaeJtrwSIwZHU9iCAQfaqtFNNqSmt1+jb/UnlVmn1/wCG/r/gn0b4 D/4KRat8NvGs/ifSPhl8JrXxPqsMttreqLp18suuRTQvFOrxi7ENr5pfe5sY7ZiRgEIzo3D+FP2o /wCxvCk/h3WfAXgjxh4Yj1GbU9J0rWG1NY/D0k3+tS0mtryG5ETgRgxyzSKTErY37mbyqux+E37P 3jn46zXY8G+C/GHi6PTDH9vbQdFuNSNmr7tpcRKdu7a+NxGdp54NJQXRbL5Jfkknt0T23Kb019fn tf1ez6tWR6H4f/bw1jTfEPjDUNS8GeBvEH/CXaKvhpbW8XUILXRNKUoUsbKO1u4RHEvlxcvvcmPc XLPIXfc/t6arqOjXVleeBfAd7HqXgyz8D6g8g1NWv7SzNsbWd9l6oWeM2kJBjCRtg7o2zXM/tF/s 7Q/CH4k+HdD8Oalq3iuLxVomm6zpxn0cWN9J9tjDxwG2jmnHmAsFwsjZPSsjxf8AswfEv4feJ9G0 TXvh5450TWfEcnk6TYahoN1bXWqPlV2wRvGGlOWUYQE5YetSrT26tr5rmT+fvS+9vzGvcs1pa0vT 4Wn5fDH0sker+FP+ClWteFPihb+PF+Gvwpv/AB+EiS88RX1hfz3OolY0jZ3hN59lilkVBult4YZO WKsu5s8N8E/2n7D4GfEgeKrD4X/D7U9VstYj1nSDqFxrRj0KSKQSRRwLFqEe+NWCkfaPOY7Rljzm mf2LPjGup2ll/wAKm+Jn2y/eaO1g/wCEXvvNuWh/1yovlZYx/wAQH3e+K0P2U/2ZtJ/aD+Men+EP EXj3S/h7eX+rQaPHb3uk315f3M8zmJViiii8rKybVYTzwY3ZBOCK0pJ86UPi6fht/wADa/mzOfKo Pm26/jv/AMH9ELZ/tV2WjfHbw/4/0v4W/DzStQ8P3p1IWME+tSWV7diQSRzyiXUHl3RuAyrHIiHG GVhxV7R/2zv7Ff4mbPhp8PZI/inF5GpRPJrG2yj82O4225F+CP8ASIkmzIZDuG3PlnZXk3jHQk8L +LtU0yO4+1x6deS2qT+X5fnBHKh9uTtzjOMnGazawp8koJw2tp6O33bL8jefPGo3L4rpv1jt9zv8 9dz2f4FfFHwN8Kfgf8SIbvUPFlz4x8b+HX8PW+nw6Lb/ANmWwN9aXIme8N2JSdtsQUFt1YfMcVyP 7NfxlT9nv45eHvGj6Uut/wDCPztcpZNP5Amfy2VMvsfG1mDfd/hxkdRB8Lf2dPiD8cbS8n8FeBPG XjCDTmVLuTRNFudQS1ZgSokMSMFJAOM4zg1rfCH9kr4hfGv432Xw90fwpr48TXEsAubabTbgNpUM zRKLq5VULxW6iaNmkZcBWB7jO/JKdRJb2S+Wr/Vu/wChlzKNN32u383ZfokZ/wAefjQ/xv8AEOh3 p05dLj0Pw5pfh6KFZvNDLZWkduZc7Vx5jIz7QPl34y2Nx4evev2tv2P9P/Ze04CX/hckN/LfPaWr +Kfhv/wjmm6ikZIkkt7hr6V5P4CF8kZVwTt6HjLX9jr4u31vossPws+I8sXiQBtIdPDV6y6qDEZg YCI/3v7pWf5M/KpboM1nBqV5R76+r1/EqScbRl2svRafhY1/2c/2sLf9m50u7H4Z/D/xBriQ3dr/ AGvq82sfaWguoJLeWIpb38MGDFLIoIi3DdndkAiP4e/tYyfCL4yTeMPCngPwDoouNIudGl0RoL3U dKliuIXhlZ47y6mkdmRz8rSFOB8mMg+V39jPpd9NbXMMtvc28jRSxSoUeJ1OGVlPIIIIINQ1XNze 95W+Wunpq/vbJcNOV9/xTv8Amj0z4iftKv4t+HknhTw/4N8I/D7QL28jv9TtfD5v5G1eaJWWAzy3 t1cylIg8hWNHVN0jMVZgpXzOiii3UYUUUUAFFFFABRRRQAUUV7h+x9+wt4t/aybWtUtNI8ZL4Q8O WU91faponhmfWpp5o/LC2VrErRpNdMZoz5ZmTEe9ycLgtJtNrpqK9rLueH0V6T8fPgXF8LPijaeE 9ItfiRLrE6xJJpvinwePD+qLNKf3caWq3VyzhwVKnKklsBTwThfFP4C+OfgZPZxeNvBfizwdJqKu 9omuaRcae10EwHMYmRdwXcucZxuHrUqSauimmnY5Oiu/tv2Uvije6loNnD8NvH0t54ptnvdFgTw9 dtJq8CKrvLbKI8zIqujFkyAGUk4Ip+mfsk/FbW9AGq2fwy+IN3pZinnF5D4dvJLcxwNsnfeI9u2N uHOcKeDinL3dZCT5tjz2iuq8WfArxv4C1XRrDXPB3irRr7xGiSaTb3+k3FvLqiuQqNAroDKGJABQ HJIxVj4p/s6fEH4GW1nN428CeMvB8WoMyWr65otzp63LKAWCGZFDEAjOM4yKHpv6fMFrscbRXvum f8E3Piv4j/Zx0Dx9o3gP4h6zJ4g1Se0h0yy8KXkzfY1t7eaG/WRFO+GYzuqkJtPksQzcgeSaZ8Iv Fmt/Eg+DrPwx4hu/Fy3ElmdDh02aTUhPHuMkX2cL5m9drbl25G05HBoaan7N7/8ADP8AVfluG8ef p/w6/RnO0V1PxK+B3jX4MzRx+MPB/inwpJNI0UaazpU9iZHVEdlAlRckLLGxHYSIejCuWovfYLNb hRRRQAUUUUAFFFFABRRRQAUUUUAFFFdV4w+Bfjb4e+DtJ8Ra/wCDvFWh+H9eVX0zU9Q0me2s9RVk 3qYZXQJICnzDaTkc9KOlw62OVorvL79lj4naZrvh/S7n4cePLfU/FiPLodpL4fu0n1lEQO7WyGPd MFRgxKA4BBPBq3+058L9P+F3xd/sDRvDvxG8OiOytDLpvjSwW01dbl4UMv7pFGImkLGPI3FCueaO qXW9gTv91/6+884or0TVf2RPixoNprVxffDD4h2cHhuAXOryT+HLyNNKiKGQSXBMYES7AW3PgbQT 0rzui/QPMKKK9C1j9kj4reHfB6eIdQ+GXxCsdAkt/tianceHLyKzeDyzL5olaMIU8tS+7ONoJzgZ o2V3sHW3U89or6I/Za/4J3+Lf2gvhnrPji80P4k2/hDTvJhsZvDXgqfxBe65PJLJGRaw+bBHJFF5 Uvmyed+7OxdpL8edeK/gDqN78cbvwP4G0X4h+JtWt2aIaZfeFWsNcEqLumR7CGa5ZCmGz85OBkhe gHdS5HuCd05dDzyiuz8Y/s5fEP4eaHf6nr/gPxnoem6TeLp19d6holzbQWdyyK6wSO6BUkKOrBGI YhgcYIrjKLp7AFFFFABRRRQAUUUUAFFFFABRRRQAUUV1XjD4F+Nvh74O0nxFr/g7xVofh/XlV9M1 PUNJntrPUVZN6mGV0CSAp8w2k5HPSjpcOtjlaK7y+/ZY+J2ma74f0u5+HHjy31PxYjy6HaS+H7tJ 9ZREDu1shj3TBUYMSgOAQTwat/tOfC/T/hd8Xf7A0bw78RvDojsrQy6b40sFtNXW5eFDL+6RRiJp CxjyNxQrnmjql1vYE7/df+vvPOKK9E1X9kT4saDaa1cX3ww+IdnB4bgFzq8k/hy8jTSoihkElwTG BEuwFtz4G0E9K0/2Rf2ddC/aX+KukeGtZ+Imi+BX1jUrbTLVLjTL2/vL2Wd/LTyI4YvJOHKBvPnh ADZBOCKqEXOXLHcmUlGPM9jyiitLxjoSeF/F2qaZHcfa49OvJbVJ/L8vzgjlQ+3J25xnGTjNZtZw mpxU47M0nFwk4y3QUV6z8OP2e7jUPgB4v8b6/wCB/izPpUNkp8O6/o+jFvD6XK3Cxy/bbl02iILu UeW24SYBrnfh7+zN8SPi5oian4U+H3jfxPpsty1kl3pOhXV7A86pvaIPGjKXCfMVzkDnGKrrb5k3 0v52+7X+vmcRRXUeMvgj40+HPhrT9Z8Q+EfE+haPq7vHYX2o6VPa216ycOsUjqFcrg5Ck4xW/a/s dfF2+t9Flh+FnxHli8SANpDp4avWXVQYjMDARH+9/dKz/Jn5VLdBmha6oHpuecUVNf2M+l301tcw y29zbyNFLFKhR4nU4ZWU8ggggg1DQmmroHdaMKKKKACiiigAooooAKKKKACv61/+DaT/AJQd/An/ AK5a9/6kWqV/JRX9a/8AwbSf8oO/gT/1y17/ANSLVKAPumv53v8Ag77Ut+338OcHH/FAQ/8Apxvq /ohr+eX/AIO7IDN+3/8ADjrj/hAYc/8AgxvqyrfAc+KdqbPyYWN4w2Tn5dy1aS3+zwxnGWmgZvvb asRwmS6ZEG/2qzLbyPFAZEwFXbXB7Q8CVQzra3ieWXzIuhH8ftWr/wAFBf8Ak/b43f8AY/69/wCn GeqqwpKHIkk+/wA5UCrX/BQX/k/b43f9j/r3/pxnowz/AH69H+aPQy+V6j9DyGiiivUPXCiiigAo oooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACii igAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKK ACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK/pf/wCDN/8A5RZeNP8Asqup/wDp o0Wv5oK/pf8A+DN//lFl40/7Krqf/po0WgD9Ya/IP/g8l/5MP+GP/Y+p/wCm68r9fK/IL/g8mz/w wd8Mcf8AQ/J/6bryufE/AvWP/pSMq3w/Nfmj+c9fvrSf8tKUDjPeiOOugpi7dvXmm/N26UrfuxQv 7zmgQ3n3p9FFABRSb6SOgAz+8pJFzTmbFdB8HPByfEP4teGPD0pZY9c1e009ypwQs0yRnHv81aAU /Ayf8Vto/wD1/Q/+jFr6zn+BPxe8cf8ABKb4c+H/AAlo3iK+t9U8T6vrV94bsbKZtS1uz2WK21/H bqPMubSNywLorIrzRE9QR+wHgz/gkX+zb8APhJreu2fgHwLYf8I4iwSa54svpLxnu2UbCn2hmiVy xXbjb8zKAM1/NLUacri+tvwaf5r+nqVyO8Z9r/k1+T/L5/Tf7Wvw88XfFr4g/DvwXZaRrvjj4ueG vB8en+LbfSbeTVb1LmK5uGjglEQdnmt7R7aKU5Owp5bYaNgLv/BSD9nL4heDta8I+IdY8B+M9L8P 6f4E8Mafdald6LcwWltcpplvE8DzMgRZVkBQoTuDAgjIxXyvRSk21583N83zdO3veZcbRfly8vyX L/8AIn298Q/hb8T/AB9+2d4e+J3w5stfHwxsvsFx4a8V2iyR6D4Z0WCNQ0E11/qbRbdFmSeKQrhh LuU7/m53xx4XP7SPwN8WaH8CNC1LWYI/iZq+tal4f0Kxke+udIkES6ROLRAZXt4B9qThcQtONwBk Un5Drp/hfq3g3SdVuH8aaD4n1+yaLEEWia9BpEscmR8zSS2d0GXGRtCKckHdxgrlTgqb2V/zi9e/ wr5tv0iN4z9ot9F5bSj+Un9yPoX/AIKiWnibTrT4FWnjLUP7S8VWPw7jtdTla4FxLHNHqmoIYZZA TumiCiOTJJDxsDyDXynXoH7Qfxvi+M+raBDpujDw94c8IaPFoOi6e1215NFbJLLMXnmKoJZpJZ5X dljjXLYVFAArz+jeU5d5Sf3yb/Uv7MV2jFfdFL9AooopiCiiigAooooAKKKKACiiigAooooAKKKK ACvpz/hVHjz9oj9mL4UWXwm0XxF4otPC/wBrTX9M0FXu7jTNalvp3S9uIYhviWS0Fqkdw4C4t3QN mNq+Y6Kd9Leaf3f199n0E0+n9f1+V11P0f8AjVp/izRv2qtNvNb1DzviF4y+DNrpfhHxSlyDa6t4 g+ywJObS/GIpJ5ENxCs0b8y3CYYl1J8E8LfAn4g/Cr9lbx94R8c+EfFmjX3ja/0uHwR4a1TSriLU NT1lLqMy3NnZuglO2zM0LzIuCbiKMkllA+W6KzhC0nJ9b/jOU/v961/JMctYqC6W9dIxj5ae7t5v ufpz+1bYfE6O/wD2oLWa08bJCfFng67kia3uQo0mJb0LNtxgWyvBGN/3N0Q5yK8xT9mv4gap/wAF t9RvNP8AAPjG4sNI+K9vrF9Pb6HcvDZWU2qmWO6kZUwkLorusjYVlViCQCa+FKK1py5KkKn8v4+7 Bf8AtifzZM481OVNbSSXpv8A5v8AA9B/aV+DPjD4OfFHU4vF3hTxL4Vl1O8ubmzTWNMnsWu4vNYe ZGJVXev+0Miug/aF/Ym8V/s1fBr4ZeONd1Dwzd6T8VtOfU9Jh0++aa6t41WJiJ0ZFCtiZfuFwCCC QcA+PUVjThyUlTW6tr5L+lr5eZtVnz1XUezvp5s+rPid8IPH/wC0H8CPgtc/CbQfFHjLwx4X8PG0 u7Hwzaz6hLoGufa5pLt7iCEM8Ms2YJFlZQJIwgVm8o7Z/gB4L+Lfxc/4KqeD7rxXYap4v8baN4r0 W98T3GmLFqZsYoJ7aNpbl7PfHH5aKiyliCjqwkw4avkyiuinU5K3tfNyt5t3+6/4WV9LnPOHNR9k +yV/TT77b+bb8j6H034Q6p+zj+2t4P1n4xeB/E/hnwbdeMUuZ217Q7i1gvrWO7RpiolRfORVZSwX PysODkA+6/sz/Br42/D74s/HDxJ4zXXLLw74o8E+JjfaxfysdO8ZSvpt1LbtZzE+XenhpkeEuFiV zkKTn4Dr2fwd+0L4H+EPhTVn8GeB/E1r4x1vQbjQJ9W1rxVFf2lrFdQmG6lt7WGxt2SRo2kRDJNI qLI2VdgrDnVPloez6qM4r/t6Nv0XX5Ox0Oq3X9rbeUZP/t2Tf6v7t0eMUUUVoZhRRRQAUUUUAFFF FABRRRQAV9RfsC/ADx58RfhB8cr/AMP+CfFuu2GpeBpdKtLnTtHuLqG6vBqmmSm2jdEIeYRqz7AS 20E4wM18u0U/syj3TX3q36grqUZLo0/ud/0Po39kDwhr3we+OvjHwtq+nap4K+KV94TvdO8KxatA +mXtnqs6xNEqeaEaGaa2M8UTErl548HLCrMXwv8AF/7O/wCxt8StH+KOg6/4Rh8S3OnN4S0fxDYy 2dxc6pFcxtcXltbyqHCpZGaKScKF/fxxkksoHzTRU2bfM+yXlo2/v1/BdhNaW6Xv53sl92m3m+59 t+Kfgd8f9E/4Jv8Aw78KaB8O/ifb2mo+INc1PXILHwzeieSBV057UzMsW8W7MryKpIjd4VfBaJSv W/sX2vxMuPgn8G/Et5B43k03xB+0DZ6vqWrzxXLRaiHFlAtzNOwxIGmaaMOzENIXXJbIr896K05/ fUuzi/8AwGUX+PKl5eZl7L3OT/F/5MpL8OZ/kfe/i79mXxN+0J4N8B6P42TxLoT3PxZ8V2uu6vf6 e7XFjNcw6bNDC5mKKs906lYVkdBI7jnrUk/7MV/4U/YT+O1vo3we+M/goPHpd+ll4v1iK9urqK1v kaS8j09NPtZ40ihkffc4eJVaRN/DV8CUVzxpuNNU09EkvuSX5q/9XOqU1KfM11b++UpflK1/L5H0 z4G+Dviz9oL/AIJ56NpXgTw3rfjPVvDvxC1G51PT9EspL+8sIbnTrFYJpIYg0ixO1tOokK7d0bDO eKX9lH4F/Fn4f/FD4oab4Z0bwv4j1jwx4el07xP4Yl1Jb1Nfs7qWGGWxgkspgZJ97Rny7e4SUtGY 13PmJvmWitnZzcmtGtV/26o/dpqut7GLvyKCe23/AIE5ffro+h9L/to+HNS0L4E/DuLxJ4e1r4V6 9aXeoQW3w8ub/UpLSzsi0cg1OC0v5priyE0rSRsGcrO1uXTG1xXzRRRUpNNt9f6/4P8AwLJVfRL+ v6/p63YUUUUwCiiigAooooAKKKKACiiigAr7+/Yi+Ffw7/aK/ZS8Ja18W9zeEPhlq2o+EGRL14Zv tGr3NgbCQbWVtkL3GoTsM7cQcghiD8A0VSas1Jb/ANO3Z2uk+jd+liZJtpp7a/5X8r2bXVK3U+mP 2zPgt4q1j9ovQfg/4W8Paz4p1v4YeFNP0Kax0O1m1GV7hYftl86xxqzALc3cwPHG3nHStL/go3+z X8RvC+v+D9c1PwB4107RLPwL4X0y41C60O6htYLtdMt4mt2lZAqyiQFChO4MCMZ4r5VoqNXFKW/N zN9371/S/M+9jS6Um4qy5eVLsvdt6/CvU/STTvA3xXsf2+/2RdBvvDvjizsNA8M6AsVk2lXEC20Y ghTVCy7B0UrHcFskIERyFCqPjL4SfsjeLvjp+1jafCS0trfwx4t1TUJ7NbfxAJNPSydEeUrKuwyI dqHChCSSABzXlFFFNKMry1V5N/8Ab0r/AIbf5E6qDit7QS8uWLX43v8AI97/AGd/CWnfszf8FFdB 0Hx/faGlv4K8WNp+oXwm8/TYLmCRo0nZscwpOqO24A7VO4KcgbV38Ef2mvg1efEnX9Q0nxhollr+ l3tt4r8RawyR6Vr9rM373F9cn7PdtMxBiMMjySswMW4kV81UUa8nK97NeWqs9PPquq0HopNra6f3 Nta91fR9Oh9Xfs9/swfEvx7/AME8vidLoXw88c61F4g8ReHbnS3sNBurldSihGqJNJAUjPmLGzKr lchSwBxkVg/s/fD/AMR6t8A/jB8OfD+j6vD8WrjUtNW50JLaSPWNQ0u2N19uso4Mea7pcG0lkgVd 5WHcQRE235vrb+Ht/wCHNN8TxS+K9K1vWtGCsJbXSdVi0y6dsfKVnkt7hVAOCQYjkcZHWqnacpt7 St/5Kopa+fLr3TauhXaSfVf1+unZq+p9Oftn+FPGvgH/AIJ//AfQfHzXkGuaRrXiCCPTL5j9u0W1 MWmPDazox3wsFbesTgMscsfABAr5Ir0z43fHbSvH3gbwt4P8LeHLvwz4Q8JS3l3bQX+q/wBp6hd3 V2YvPmuJ1hgjY7YIURUgjCrGM7mLMfM6neTfn/wPx3/Oz0GtKcYdr/jJv8L2CiiimIKKKKACiiig AooooAKKKKACvv79iL4V/Dv9or9lLwlrXxb3N4Q+GWraj4QZEvXhm+0avc2BsJBtZW2QvcahOwzt xByCGIPwDRVJqzUlv/Tt2drpPo3fpYmSbaae2v8AlfyvZtdUrdT6Y/bM+C3irWP2i9B+D/hbw9rP inW/hh4U0/QprHQ7WbUZXuFh+2XzrHGrMAtzdzA8cbecdK0v+Cjf7NfxG8L6/wCD9c1PwB4107RL PwL4X0y41C60O6htYLtdMt4mt2lZAqyiQFChO4MCMZ4r5VoqNXFKW/NzN9371/S/M+9jS6Um4qy5 eVLsvdt6/CvU/STTvA3xXsf2+/2RdBvvDvjizsNA8M6AsVk2lXEC20YghTVCy7B0UrHcFskIERyF CqPnD9hr9m74gXn7f/g6G18BeMZT4K8caVJr0cWiXLf2CgvUbN0An7hdqOcybRhGPY181UVVB+yq Kpv70pfNy5vuW34+RnOPNSlS7qEf/AYtfje/y6noP7SvwZ8YfBz4o6nF4u8KeJfCsup3lzc2aaxp k9i13F5rDzIxKq71/wBoZFdB+0L+xN4r/Zq+DXwy8ca7qHhm70n4rac+p6TDp98011bxqsTEToyK FbEy/cLgEEEg4B8eorKnDkpKmt1bXyX9LXy8zarPnquo9nfTzZ9ZfsQ/sq/FDXfg38Y9Tsfhv49v NN8T/Dx4NHu4PD93JBq0h1XTnCW7iMrK22ORsIScIx6A1P8AAX4OfFP4Y/sR/tCY8J+PdAkg1Pw/ b6kTpV1bNDHby3M9wkp2AqIg0Ejg42hkLYDDPyNRW3N+9jUX2bfhJy/Vpma+Dkfe/wB6S/RM/U74 2aJqR+Pfxe134jaB4i1PwxoXxr8K67qj3umz3EcGhpDqMQumBX/j0CCNN/3CoC85APlv7M/wa+Nv w++LPxw8SeM11yy8O+KPBPiY32sX8rHTvGUr6bdS27WcxPl3p4aZHhLhYlc5Ck5+A69n8HftC+B/ hD4U1Z/BngfxNa+Mdb0G40CfVta8VRX9paxXUJhupbe1hsbdkkaNpEQyTSKiyNlXYKwx9nanJLfk cV86ah/7am/1HTk4yj/ii3/27Ny/9uf3LY8YooorQQUUUUAFFFFABRRRQAUUUUAFf1r/APBtJ/yg 7+BP/XLXv/Ui1Sv5KK/rX/4NpP8AlB38Cf8Arlr3/qRapQB901/PZ/wdyr/xn38OTuZf+KCh6Ln/ AJiN9X9Cdfz6f8HbQI/b0+HbZ4HgOHjP/UQvq58S7U2zhzGTVBtH5ViC2a53h5N/y/w/3qV9LZ9g /ffe4LrWtGjCBjG2Pu8n/dovIZvOtx1+j14ftWfI/WLyMNtKwuWdB+8x9zHanf8ABQX/AJP2+N3/ AGP+vf8Apxnq68Xlx73jz++Pc+lUv+Cgv/J+3xu/7H/Xv/TjPXXgpXrfJ/mj3MmnzTk/I8hooor2 T6AKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiii gAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKA CiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK KKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAr+l/8A4M3/APlFl40/ 7Krqf/po0Wv5oK/pf/4M3/8AlFl40/7Krqf/AKaNFoA/WGvyC/4PJxu/YO+GP/Y/J/6bryv19r8g f+Dyj/kw34Y/9j8n/puvK58T8C9Y/wDpSM6vw/Nfmj+c8dOaIvvUsf8Aq+RRJnb8vy10DYuPxoHe ik6Nn+9QITfSSH93mgNuyO9OycEUAHtQq7aT7jUeZQA5v3vJFdV+z/4lj8J/HXwXq8xCxaZr1jdu T0Cx3Ebn+Vcr/FuByKYrFZSRwadwP6d/21AnxD/4JlfE2WLZPFFruhauVxuDQrf2UjEj02Kx+gr8 JtQ+Gfgnx1+wR8L/ABj4117SvBa6drGtaH5nh/wna3Ou6/sGntArRo9qk6wqZmee4n3jzUA3l8D9 nv2Dviba/tVf8E07vS5ZI3fxj8Nltid/3b2yge1kP185C3/Aa/EWD4vfBPxb+yJ4J+G/iGf4i2Wt +HtQ1DW5PENhoNncCzmuhao9ils99H9ohYQbvPaSF0aNAImDttbWkn6W+/X8L/8ABdk+mdbmo0qX 8spt+jikv/Jkv6V1wHxQ+H11+yf8T9B1XQ9U0Lxbo2sWC634d1S80SG6tNSs5GlhBmsrtJIhKjxy o8TiQJJGdrMArne/b/s7OL4u+Gruz0vRdIbWfA/h3VLuHSdMt9NtXubjTIJZpFgt0SJC7szEIoGT 0qr8Ufir4D+MXjrw3oct34t8K/DLwNox0XRJoNKt9V1adfOluHuJ4Dc28QknnnldgspEalEBk272 1f2wPiP8Kvi8NH1bwl4h+IUutaH4f0fw9HZat4Us7K2uFsrSK2ac3EWpTMhYR7wnlNgnbu/iqZW5 V/j078vvpf8Att1p+BEPid/5LP8AxXg//ku66J66vm/ZD8GeFvF+n+BvFfxLu/D/AMS7+GIS2K+G /tOh6RdzpuhtLy/FysqP80YlaG0mSJnxuba5XD0H9lmy8IeF9Z1z4qa7q/gfT9M1y48MQWum6NHr Gp32pW203UaQtc28QigDoHkM33pY1VXyxTrfEXxz+EfxY+K9t8VPFrfECHxlI0Wo6x4b03SrRtL1 jUYQMsmotdrNbRXDojuPskrRF5Apf5SMuf8AaV8N/tB+D9a0X4rXHiDRprnxVqHjHT9X8NaTDqBg utQ8v7bbSWk1zbhonMUTI4m3RlGG1w+UNeXT4uvbeO23Tm310Wl9HnG/N73w/jtLf58v3vpqov2j v2cvCn7KK/DnV7LxRb/E5PGFgPEcVpLo81hpU+nG5mhiSSZLpbnzW8hhLGqxGMkhZWI3Vf8A21NS 0bxN8GfgVrmk+DPCHguTWvDV9JdW2gWTwRzNFqt3bIZHkeSaZhHCnzzSO5Oct6bn7fn/AAikk/wA 06xg8QeHvDFt4CtlIuraO41WOzk1XUHW7eHfHGZZomFwIhIF/fKokK4c4Xx/+IHwd8dfArwLoGge KPiXNrHw90e6061GoeDLK1ttVea/uLvc8iarK0AAnK8JLnZnjOAqu0l/LUl68q54+v8AL8726lxs 1Frdxj97Sb/G/wCFz55ooopiCiiigAooooAKKKKACiiigAooooAKKKKACvYPAnwI8H6N8PdA8UfE XxvqnhWPxTK76HY6R4aTXLma3ileGW7uElubaOODzY2jUK0ruY5cxqFBfx+vbNB+Jnw5+K/wq8Ja B8SL7x1oOo+A45NP0/UPD+l22rJqOnS3E1yYJIZ7m28iSOWaXbKryBlkCmNfLBak7K63uvu6289v le2tiZbf1/X/AAbX0uepftYfs023xG/ah0HTNP1HwPo+jWvw80vxL4j8R6HpSWejrbraq9xqEdrb wxEmVmXZGsSMzyopCZO3ym8/Z68C6/4HufFfhHxz4n1rw74avLeLxVDf+FYLDV9JtZ5FjjvILdb+ WG5i8xhGQbiJ1dowV2vvHpPxG/bO+GmrfFHSb3QdG8YW/gzWvAVv8P8AxNod2kButOtIY4VjmtLs SsLmVJIY5gZYYFZotu1RJlODh+I/wv8Ahv8ADTW/B/hXWfHmrQfECe0tvEet6p4btbKXS9Ot7iO4 EdpZx38qzzPMiMXkuIgFhCAfvC640otSa6Xlb5zl9y5eV9OtuiKqN8i72j6fDG/dt35u/TzZ6l8Q v+Canw6+G+oeMkvPjdqE8Hw+1Sw0nW/s/gktO09+GNolqhvQkrAJIZt7xCPy22NNxnmP2V/DGm/A D/gobp/wx8UeCPAvj2aLx7b+F57zW7e6uEgQXv2WV4bcTrbvvViQLiKYKQpABFb3xs/a/wDhX8Q9 R+MUunXfxBVPiBreh+JNM+0+HrNDFPYi7WS1mC37bUYTxlZl3nO4GIYBOTD+0B8Hr/8A4KG6j8Y7 vXfiVb6PH4wg8YWNhD4Sspbm4f7WbmW1lJ1NViCkKiyqZC+4komAp3oPlrU5S26/dTfr8XOtOi9L 51ot0pxW/T/yb5fy/wBJ2+c/ickcfxJ8QrDBBbQjU7kRwwoEjhXzWwqqOAoHAHYCsOu3+PD+C73x rNfeCtb8UazaajLLdXJ1vQYNJktneQsERYry6Ei4P3iyHP8AD3rqv2hfGfwX8R/Br4ZWXw48IeJv D/jbS9OePxtqGoXhltdXuisQWSBDLJhdwlPCxABgCrdRzYeLjQinurL8N/TT8Va51YiUZV5cuzu/ x/4P+Z0n7NunR3n7Mnxfj8N+P/EOj6x/wi4vvEugyeFLSbTdUsotRto44kv2ujMj75opPlt0+6y7 iOTm/s5fsx+Bfi78EvF3jLxR8RdZ8Hr4KvbK3vrWDwsup/aY7xnSAwP9siLyb433o6oqoNwdj8la f7NvxA+Dnwx+G3jS017xT8TF1jx74XbQLuGw8GWNxbaW5vLW58xJX1WNpx/owXBji/1mf4cGv4P+ JPwq8Dfs6/FLwhB4g+IN9qHiq/0660iWTwpZwwslj5zoLgjUmaIyPOynYJdgjDAuW2r0WXto32tF Py9981vk0+u7stzCOtO2z5n9zjG1/mmr76K/Q6T41f8ABNlvAmrXeg+EPGJ8d+LNG8Y2HgjVbKLR zY2iX17FNJB9nneZmmUGB0kLxRbGHG9fnpnwu/Yk+F/xZ8W+ItD0z40ak+o+C9KvtY1gjwaPs9/B ZW0stwdLc3wN0Q0YAFwtoWRt4+6UrtfGn/BQHwDafED4heKvClx41XWNZ8e6P8Q9Bj1Hw9aiD7TZ i8Ellc7L5isR+0riZA7Ha37teDSfsnXPwfHjL4o6/wCEIviHd39x4A8SXBs9X062h0/wlDLptwrs buK4le8PmyRW0ZaC3z5+4jdtQ4rnUJN7qDfzVNP7udS76LVpWvUeVyinpeUV8nNp/Pl5bebel07f GV+kEd9MttJLLbCRhFJLGI3dM/KWUMwUkYyAxx6nrUNFFaLRWEwooooAKKKKACiiigAooooAK+nf gD8OPhJrv7CPxC1jxPrXiiy1u01/Q4bi7svBlnqE2leZ/aW2K1lk1CFpI5lRWlz5O1o0G2UfMvzF XsP7P3xZ8G6V8GfH3gDxvN4m0vTPF1zpmp2uraHp8GpT2dzZNOBG9tNPbq8ckd1L8wmVkZE4YEgN 605RW7t+Eot/gn+XWwdbnN+H/BfgPxH8brTRIfFHi5PCF9NHbxau/hm3/tIO6gDdZC/8sL5h25F0 Tt+bGfkru/2m/wBk3wb+zPrvjDwvdfFS11jx54UvpIBpdnocjWNzGtx5Qja8WVhHeeXiZ4djRRjK G4MymIc7pV38ItM+OWkz2Wo/EfTPB2kQ280l/PpdlqOp6leRsrO4tBcW8VtC5yAn2idk28vJuwtr 9sDxX8N/ih8UvFHjPwXr/je9v/FviG91efTtb8M2unQ2MVxNJNtWeLULgysrOF5iQEZOR90qduSH L53/APJeX7/e6bb2FDm9pK+3u2/Hm/Tr3t5Wvgh+zt4F/aDuNM8NaD468T23xF1e2c2um6l4Uhh0 eW6SNpDb/bo7+SUBgrBHa1ALFdwRSWGF8HPgLpnjD4e63428X+JJ/CngvQryDS2uLPTP7T1HUb2d JHjt7W3MsMblUid5GkniVEAwWZlRvq74Z/8ABTrwT4M+K+ieI28Z/HnR/CVjZwWqfDXw/b2lj4d0 n9yscoVlvQl5EGMr7XtYHlZwXlDBmb5w+Hnxa8Ax/C7xV8MPFE/i4+DrzXI9f0DxDp2l276nY3ES PB++sHuVieOaBwGRboGN0Qh5ACrD3ly/Ltvr8+V6atXSWtncjtHm+f3flzKz0Ttd6XVtI/seeFfH uv8AgK2+HnxPs/Edv4vTUbrVDqulf2Zc+ELWyjWWae+hjnuCq+WJpBsZgyxDaWZiq5Gufs9+BPFn hTxRe/DXx/r/AIp1HwhbHUryw1vwqmitfWKyCOS4tHjvLoSeXuR3SUQt5bFl3FWUW/AHx38Gfsq/ GHwr4m+GFz8QNYutMiu4dY1DVJINBmvYbmN4HitIrZ7hrSRIZG23BuJT5hRhEnl4ftvin+2LZ+I/ AfiaxT4+/tT+Mo9Xs5bW00DXLlbKwPmEAC7n/tK6+0RqhbdGLZPNOBuiB4mp8Puef39F6bdut3sy ofF73l93X5vf7rLdHyvRRRVCCiiigAooooAKKKKACiiigAooooAKKKKACvbfGf7JNsvwT+HPiXwT qXi7xvrXjq0vru50e38LbBpIsTtux5sVzM8oQ4fd5SL5TB2KHKDxKvrv9h//AIKO6P8Asg/A17E6 Pq2peOdP1/z9IutkT2NvpN1Lp76nbtubcHmTT0jGFIxNIcgmqspRavZ9PXZX8ru8uqS0JbaknbTr 6b/fpZebPKviz8APAfwmu/hrJdeNfGE+neNtCGv6kR4RgS80aJ3kjhWOE6hsuC7RM2TLEBG0bcli i3f2+4NTb48aXc634wvvGg1Twvol/a6pc6Hb6TciymsIXt4ntoZHjDxxMqHEjbiuSxzmov2gfip8 O/2hP2nbzUftfjHwl8N7PTrPSNDSDSLfU9Rs7WztIreFGt2u4YxuMbO2JzgufvZrQ/a8+Inwn+MU miar4Y8R/ER9V0XQNH8Oiz1TwlZ2lvPHZWsVq8/nx6nMyswj3iPyiMnaX/iqL80VK287pdovmsn5 r3VfffpctJRk03tC1+8rxvbydm+2i62Oyvv+CefgU+OPA3hex+Lt9ceI/inpFrqnhW0m8KKio11A HtotTeO9k+xmWU+UpiFyRgu6ohUt8pXEDWs7xuMPGxVhnoRwa+tLX9qD4QaP+1v8GPHNvq3xIuND +Gmk6TZX0cnhayiu7qXTUjWPykGpMm2baxYs4MXGBLnjxz4OeIfhR4X/AGqrHUfG+m+KPGvwphvp pLy0ihXTdTv4GjfZmOO5IjYSFCVW45Cn5+aKablZu13L0spe796FtTbe6UPm3FuX3O1vXr0800aK zn1i0TUJ7m1sHmRbma3gWeaGIsN7JGzoHYLkhS6gkAFlzke6/tkWUn/CAfBe6j8c614x8JXPhqaH QBqXhq10a80e0h1G5gaBo4LidZf3kcjhmlLEMASO3m3jK58BeJvj5rE2kx+IPCvw5vdXuJLCJbdN T1LTbBpGMSeW88ayuqbRhpx7yMRuPqvx08ffBfx78EvAfh/R/FnxPbU/h7pF1p1sbzwTYwwao81/ cXe53XVnaADz9nCyZ2Z74DvzU4ytrzJ2fbll+TaWmur6XHopSS7W/Ff5deyO0vv+Ccvw4t9JlvU+ Nepoln4KtfiFdw3PgnZNBpM/lKsYCXzo18ZJo1WHcIiHDGdOQOE8S/sR6b4A8ZeK7jxD4xu7D4d+ F7PSrwa7DoizahqR1S0W7sraGxNwqfaGjLs6tcBI1hkPmN8gfu/Ev7VXwfvZdVs7TVfiS+n6v8Kb T4fvcTeFrKOaC5tJrGSKcRDUmDRyi2fd84aMlcCTnGf8Sv2tfhp8WtNvfDuqS+Orfw34m0Pw8L64 g0a1a80DV9H04WMcsEZvAt7byo04ZZHt2XzEYZKEPPvatedv/Ap/+2KLX95q++ihay5+2vran+F3 O/ktNteH+Ov7K3g34Xfs5eGPiHoPxE1HxVb+NtRurPSLI+HFsngW1S3NwL1jdP5E6vOAI4lnRlAY S4YCvCa+o/2tP+ET0v8AYS+CWn+EYPEK6Wdd8R3MN9rltHaXmuAppqSXfkRvIkMfmpJCqrLJ/wAe xJcsWC/LlP7TX9bL9e+v5DVnTi+ut/8AwKSX4W/MKKKKYgooooAKKKKACiiigAooooAKKKKACiii gAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAr+tf8A4NpP+UHfwJ/65a9/6kWq V/JRX9a//BtJ/wAoO/gT/wBcte/9SLVKAPumv5/f+DsxkX9vH4f55b/hAoSBj/qIX1f0BV+AH/B2 Pb+f+3n8PeQP+KCi6/8AYQvq48dpRZ5ubO2GfyPzSvv33hWFgib22rwntWc1mGRHd2/75rRW4ij0 2CASfvQ33P8AgNQmVHiHHyV8xT5rnwcJSUzOnsd9phZVz5u7BrA/4KC/8n7fG7/sf9e/9OM9dFdW EZXITn/ernf+Cgv/ACft8bv+x/17/wBOM9eplkr1/k/zR9PkErzl6HkNFFFe+fThRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf0v8A/Bm//wAosvGn/ZVdT/8ATRotfzQV /S//AMGb/wDyiy8af9lV1P8A9NGi0AfrDX5Bf8Hk67v2Dvhj/wBj6n/puvK/X2vyD/4PJP8Akw74 Zf8AY+p/6b7yufE/AvWP/pSMq3w/Nfmj+c184pecUN/qzzS10FA3zUwKfMBp9FAhJPu5xRH0NL/E D2qP/lsT2oAe37zg0zyy3B6U/b/FS0AMk/dxihvWiQeZGO1fTf8AwRq/Zx8H/tcf8FMvhZ8OfH2m Sax4R8T3d5BqFml1LatKqWFzKmJImV1IkjQ8EZxg5BIoA+l/+CF/7XraB4M8RfDq4uit5pBm1nSU Zv8AXW0yeVdwr/una4H/AE0kPY1+dHjX4KeIvh94C8MeJ9Tt7AaH4xWc6Vc2uqWt55pg8rzkkSGR 3hkTzosxyhHG8cV+4f7WH7G/7LP/AAT2/aVbSPCHwevZfEGlQLPZ6vZfEq/Z7NpUZdk9u8bqGwTm NmYMjrnhsD8yIPidN8Hv+CZvw01aw8HeHtZ1W78XeILGHW9c0e31i10iMx6dI8KWtyklsZpti4kk jZlSFwm3cxrtxOBrUKUatZWUldbaq6XfTdb2+bOeji4VansqTu02nvpZN/kmfLngnwdd/EDxRaaP Yy6VBd3rFY5NS1O20y1UhSx33FzJHDGMA4LuATgDkgVq/GH4MeIfgN4wGheJrWzttQe0t7+P7JqN tqEE9vPGssMsc9vJJE6ujKwKueCK9B/bN8OaQH+Hni7TdG03wxefETwuuu6po2nxGG1tLn7ZdW5l hiyRDDOsCyrGuFTeQqqm1Ra/b8GfiV4G7f8AFuPCvJ7f8Si2rikmlbqp8r+XNf8AGP3djthZvy5e ZffH9JdOvVo8Krp/hf8AGzxl8ENVuL7wX4t8T+EL28i8ie40TVJ9PlnjyG2M0TKWXIBwTjIFfSfx N8YWHwH/AGrLf4O6T8P/AAHrvgjTrqz0OeG+8N2t1qviVbhI/MvP7SMZvYpZvO8yI200axjygqcH dQ+IXhLSv2L/AIaeIdT8K2HhzxTq1x8Rdc8HpqviDRbLXI9OsNN8gxBILmKW2E1z5xdpDHu2wgR7 QX3HMlFVOj277xT/APSl52vpfRwvfl7Pr+G0pffaD+dtep826xrXiD4t+OHu7+71jxP4k125UPNc SyXt9qM7kKuWYs8jscAdSTiu4+J/7GfxF+D3hXUdZ1vRrD7DolzHZ6v/AGfrdhqc2hTyFlSK+htp pJLN2ZWQLcLGd6lfvDFevftt+NJtI0b4Aar4N8J6L8ONW1zwtH4ox4a0qKwvW1OXUr2P7RFcxr9q 2MIo2iiMpSMFQgUAVyOvwyfse/DXxboes3P2z4qfEXT/AOy9Z00yCVfC2nm4iuHS6OSG1CWSCLMX /Lugbf8Avn2wzL3IyS0cW4rzcXay+569FZ26GkfecW3uov0Utbv5Nerur7M+fqKKKokKKKKACiii gAooooAKKKKACiiigAooooAK6j4S/BzxF8cPE8mkeG7KG6ure0lv7mW5vYLG0sreIZkmnuJ3SGGM ZA3yOq7mVc5YA8vX1B+wF8ZtX8A/CP462ljZ+FJ4rPwPLqUbal4X0zUpWlOp6ZFteS5t5HeHac+S 5MW7D7N4DU9OWUn0jJ/cm/0/rcNXKMV1aX3tL9Twb4ofCXVfhDq1vZ6rdeGbua5i85G0TxHp2uRK uSMNJZTzIjZH3WYNjBxgg1zFfTX7HlzpPxs+K/jzxp4zHw5tNQ8IeFX1fTrbUfDQtfDxuVuLa2WW 4sNLtSJEiSZpCi27K7KpkBQOaf8AHDUPAvjf4Faj/a/j34L61450/ULWTQ5/BHg6/wBAlnt3Yx3U F1Gul2Vo8agpKkhBlBR1DFXChWneMd27fi2l+Wt7K2z6ArO7Wy0+aSb/AD0636dTwX4T/CrWfjb8 QNN8L+Ho9Pm1rV5RBZw3mpW2nRzyH7sYluJI497HAVS2WYhVBJArH13RLrw1rd5p17F5N5p8721x HuDeXIjFWGQSDgg8g4r7b+HXxHtvhH/wUk8MfCTSPh14H1Pwh4f8ZWWg2qf8I9A2s3pjvE2ap/aY jN95rOBcALL5G3EflmH5D57r8ln8F/hh49+I2n6J4d13xXq3xHvvDKT65pNvq9roVtGn2kstrco9 u01wzMoeWN9qW8mzaxLDKdVJxkvhafr8UIr0vz676eegQTblB/ErflNv/wBJfz77ny3RXvfx1vbZ /hn8Jvi1Z6F4b0TxR4huNRttRsrXRrVdIv30+S2WK9GntGbZfN85kkjWMQM1uxEYLOK779uj44+H /ht8UtQ8LeGvhf8ADa0g1nwzpc+u3M+gW5mur270e1l86z8pYxp6xNIHRLXyw8vmNKZUYRps01Bv r/Vv69NN7RGac1Hp39NH89Vt59tfkaivsD9mbwHqHgGy+H+keNPEf7P+j6R4ylt7yHw94n8Hrquu anp11KAHN5a6ZcXFt5ys3lbruGRRtZfLXa1fPPx1+G0fhX9pbxl4Q8O2d3cQ6b4mvdH0y1jDTzyq l08MUYAyzuQFHqT9aUtJKK1vf742uvvlbvvdIqLTi5drfc72f4em1rnC17F8S/iT8SfFH7NfhuXX /jJfeJ/DWo3cllB4Pn8W3V7caSLRUEck1i7FIoiGxEwz91sAYrzPxx4D1z4Y+KrvQvEmjat4e1uw Ki60/U7SS0urYsodQ8UgDLlWVhkchge9e4/GjxKPib+wj4L8TahovhCz14eNtW0lr3RvDOnaNJPa xWGnSRxyfY4IhJteWQguCfnPNKWtJyWy5f8A0pL9SoL96l/i/CLf6HzxRX0V+zH8UPCHwk+Ct1/w k/h+70TUtc1jzdP8Wy/DzTPGcGoW8EQWbT47fVJYoITHJLHI0sLNI3morBQq57jVfhjpN1+1P438 T6n4W8CXmk+G/AK+OPDGiaFp01homvQLBbLaSy2ryNMo8uQ3NxE8mWaGUFmRiWU5KGstrN/cubT5 J6aPR9NRQ97Rb6L75KOvza11S0T10Pj2ivoVPEsf7TX7MfxI1jxF4f8ACOna58Ol0/UNL1bw/wCH bHQTOLq8itJLKeKyiigmUq5mRmTzVMD4bYzLXz1Va9RXT2CiiigYUUUUAFFFFABW7pPw01vXPh9r Piq1svN0Hw/dWtlqF150a/Z5rkTGBdhYO24QS8qpA28kZGcKvqz9nb9oLXvAv/BPH4nxWVh4ImXR fEnh6G3OoeDNH1FpFmGqu5ma4tZDcMCo2NMXaMZVCqkgt2VOU+qt+Mox/X+tmdbf1sfKdFekeAPj Fqms/tF6N4judO8HS3t5ewW81r/wielDS2RtsRH2AW/2QHb3EWd3zZ3fNXp/7eHxp8P6J8bPip8O /Cfw18BeH/Cth4ivrK2lGkxtq1vcQ3zF7mO8XbJGrbGjW2XFtHCVURGQGYqScYxf81/w5b/+lK3n 5aijJSm49rfjf/J/Lz0PmiivvL9m74IH/hZfhr4TfE/xB8Az/aFmbS/8Jp4SH/CUWu63eSIHVbPT Plu1wjnff5H3Jc/NHXhHwUt7L4T/ALI/iX4m2ug6B4g8UjxTZ+GbOTWtMi1S00KGS1uLiSb7LOr2 8ks3liNTNHIEEchUByrKOy5n0Vvxly/m116hH3uVLeX5W5r/AHX6dDwSivrH4CfELwl+2R8a/hxo fivwR4A8OXHhmz1vUtWvdO0oaZZ+LZYbNrm2iurbT4FaNFNsEYW6FnV32RiRyWl+IfifwJ4++GXj WHxZ4+/Z81G8+wve+GU8EeAtQ0HUbPUEcMkCvHo9pFLBKheJhdSPt+R1ZWUllNuKvbWzfy/PWzsr X+8cfedvT73+i6v/ACPkmrWiaJeeJdZtNO061uL/AFDUJ0trW2t4zJNcSuwVERRkszMQABySRVWv cP8Agm743vfBH7cXwvNnDpE39qeKNL0+b+0NJtdQ2RyXsG5ovtEb+TKMDbNHtkXnawya2oQU6kYP q7GdabhTc10Ryfxa/Zc8VfBHTZrjxBceCla2ufsc9pp3jTRtUvoJeQVe2tbqWZdpUhiUAU8EgmsX W/hb/Ynwk0PxZ/wkXha7/ty8ubP+xra/8zV9P8nb+9uINv7uKTd8jbju2twMV0P7S/xt1n4reN9R tdTsvCNrFpmp3Xkto/hTS9GkfMhH72Szt4nm6D/WFsHJ6k57z40eJR8Tf2EfBfibUNF8IWevDxtq 2kte6N4Z07RpJ7WKw06SOOT7HBEJNryyEFwT855rlpzlKj7X/C/k3Ffr9x0zpqNb2X+L70pP9PvP NvhH+zP4t+Oei6je+GY/D17/AGZHPNNZz+JNNstQkjggM8rxWk86XEyrErMTFGw+Vh1UgcDXuv8A wTl/5OfT/sV/Ev8A6Yr+rX/BPvwT4a8QeMPG+u+IZvCiy+CfC8us6ZF4msrq90hrn7VbW4luYLaG aWaOJZ2k8vynVmVd48sPW0ladunJzfjO/ZbR0282ZdEuraX3tJfnr+R4BRX018etW8D+L/gDqr6r 45+DOv8AjvTL62m0J/A3g6+8PzXVu5KXNvcoNLsrR0UbJUkYGUFHXcVcKPA9N+F3ibWfAWo+KrPw 7rt14X0eZLe/1iGwlewsZXKhI5ZwvlozFlADMCdwx1FSm3e/T+v1t6jdtP6/r/IvXPwU8RWvwah8 fm3sJPC0+pjR/tEWqWss8N0ySSLHLbLIZ4tyQyMrSRqrBeCeK5Ovq39m3xn/AMK3/wCCcPxK8QR+ EtK8U32n+ONGSzl1WyS/sNFklsdQj+1y20gaGYhWaNFmR4w8ysVLKtcl8eL6z8SfAz4X/FiPQPDH h3xbqWr6jpd9bWGj29vputCwFm8N79gVPsq5M7RSosSxSGLJQlpCaqe7UlFbLl/8mjF/m/ut5tRS bnBN7vmt/wBuykvlpH70/K/lPxD+Fv8Awr3QPC9//wAJF4W1z/hKNNGpfZ9Jv/tNxpH7xk+z3i7R 5M/y7tmT8rKc81yte/ftjahD4r+DvwO8TPpHhnS9Y8R+G7+fU5NE0Gy0aK8kj1e9gR2htIootwjj Rc7ckKM16Rq3xysfhv8As6fs939n8O/hbe+IvEqXaazqWoeD9MuRqVna6nLbxWzQmAIGZB+8uR/p D7UxKh3lyMXKr7JfE5uK+Ta3+X3a76NzkoR5nsld/d+v522V2vjmivRv2v8A4eaX8I/2rPiR4X0O F7bRfD3iXUNPsIXkaQwwRXDpGhZiWbCgDJJJxySa85rOlUVSCmtmrlzg4ScH0Ciivun4Gfst/wDD w/8AZz+F2l6fL4J8D/8ACPLrGna5rsHheyt5ry9hlsY9MiuJ4kilkknOo28ILSEEq0hDuGJ0s+Vy XT8uv/AW7ZF1zKL66fP+t30Wp8LV1Xxh+Fv/AAp/xgukf8JF4W8UbrO3vPtvh+/+22Y86JZPKMm1 f3qbtrrj5WUjJxXtP7YPj66+FHjv4XaZb6B4FsPEnhDwfY3OsIPBOlRpcX97EblheW5t/JuGS3mt kHmo+1kLDDsxOD+3zDaWXxk8MX9lpWhaTJqvgnw5q11BpelW1haSXU+mQTTSC3hRIV3yMzEKgHJ4 pO2625nH/wBK1Xk+W/3dyoqV7Pfl5rfOOj81zW+/seFUV+ga+MvDvir9qL4C+AJPhr8MY9K+J3hz QT4wmTwrp8U+qy6jbJHJLbtFCh09ow29DaGImUszlxtRPhbQPAGr+OfHKeHvDmk6pr2r3U7wWdhp 9q91dXRXJwkcYLMcAngdjUxfM7Lu184uzEtY83lF/KSbX5O5i11XxD+Fv/CvdA8L3/8AwkXhbXP+ Eo00al9n0m/+03GkfvGT7PeLtHkz/Lu2ZPyspzzWS8OpfDrxkY7uxNlrGhXu2ay1KxV/InhfDRTW 8ylThlKtHIpBwVZTyK9q/bG1CHxX8Hfgd4mfSPDOl6x4j8N38+pyaJoNlo0V5JHq97AjtDaRRRbh HGi525IUZqpfApLrJL74yf6DW7v2/VHgNbfw9+JfiP4SeJ4tb8Ka/rfhnWYFZIr/AEm+lsrqNWG1 gskbKwBBIIB5Br6Q+AXxd+Hvwz+Eng7RPFegJ4P1S8uJ7++1HVvhjp/iy08XWU0wSKY3F1PDd2cE YilhIsMk7HdW83gOufh+/wAI/E/7QvjTX/CXgeXxn4D1W1tLHQ7XT1ufDukvqFxMrXkVpLlJIIVV EhinDIpuY/MjYqFpOajKz8/Xov17+tibKUb/ANev9fK583/ET4oeJfi/4mfWvFniHXPFGsSIsT3+ r38t7cuijCqZJWZiAOgzxWFXvPxRubX42fsiQ/ETUdC8O6J4q0TxXF4aa50LSLbR7XWrWa1nucyW tskduJoGiVfMijUslwok3FUNeDUW5ZOHVW/FKX5NfMalzJSXn+Da/NBRRRTAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK/rX/wCDaT/l B38Cf+uWvf8AqRapX8lFf1r/APBtJ/yg7+BP/XLXv/Ui1SgD7pr8CP8Ag66/5Pu+H/8A2IcP/pwv q/fevwV/4OnLMX3/AAUD+HSN0/4QWA/+VC+rhzJ2oNnk527YST9PzPzChtjHGGxx/u0ojYHcNu2u p0u8+365LZPHH5H3Qm37tc/eW/2e5kT+6a+RhV1PzmlV5mUSiOdpH3q4j/goL/yft8bv+x/17/04 z13ZhxKpIrhP+Cgv/J+3xu/7H/Xv/TjPXsZRf27v2f5o+v4bupzv2PIaKKK+kPrQooooAKKKKACi iigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKK KACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoooo AKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigA ooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACv6X/+DN//AJRZeNP+yq6n/wCmjRa/mgr+ l/8A4M3/APlFl40/7Krqf/po0WgD9Ya/IP8A4PJf+TD/AIY/9j6n/puvK/XyvyB/4PKP+TDfhj/2 Pyf+m68rDE/AvWP/AKUjKt8PzX5o/nO2fLxTm5YCmggIe1JHnzMnpW5T3F43ccU5+lLtH+RSfeb2 oED9KRPm5pJP3ijtSegBoAkopF6mmtnFABF+7jxjNfWf/BDD4peG/gj/AMFX/g/4r8Xa7pXhjw3o t/eTX+p6ldJbWtqh0+6UF5HIAyzBQM5JYAZJAr5Mkz5nWnfdkoGf0MSeMv2UtT+Nvxx8ReKvjX8K /Gh8YTy3PhWVNfjkkhNy00kiiMHKzxuYkVumMbcZZR+Gfhn9ur4leEvh7pnhK01Lw6/hTSYnjh0a 78KaTeafMzGNjPPBNbNHcXAMSYnmV5VG4BwHYHodV/Yz8X/Cj4G/B74vX0mk3XhH4n6jPDp32SaR 7mxktbx4ClyrIqoZDDK0exnDLG2SpGK5D9jf4RaD8cPjzZ6D4m/tf+xBpeq6lcrpl1Ha3Uv2PTrm 7VElkilVNzQKpJjbAJ4zXbjMbXxE5KvLWCd125Y66eiv5/Mww+EpUofuo73frq+vrp8vIy7r9pbx fq3xevPHWqXWka/4jv1KSya1oVhqtqE2hFRbS5hkt0REVVjVYwI1VVQKABWn8Y/2w/G3x70JNP8A E48GXMcUNvbRT2fgrRdOvIYYFCwwpc21pHMkaKqqEVwu0BcY4rn9I8CQ/GX4sf2N4Is10m31KQjT rXxF4ksYmjAXOyS9mW1t2YkHHypuJCgE9em+IH7EnxP+FfhPWdZ8QeGP7MtNAmeK+jk1G0N3CiXJ tDcC2WUzPa/aAYhcqhgZ/lEhNcLXuLmVl0/r5nUnebUXr/X+Qvhr9tr4j+EvDOn6bZavpIfR7I6d puqTeHtNuNb0y3wwWO31KS3a9gCB2EflzKYwcJtAFTfsrfEnVfCc+t6XD4/8CeDNH1GKOa6t/GXh +TX9K1CWNsRkWo0++QToGfbI0SlVZwHG4qYvDP7EXxL8X+GtP1Kx0OwZ9ZsTqWmaXNrunwa3qtsA zCa202Sdb24RgjlDFC3mBSU3CuY+EnwE8UfG86m/h+ysjZ6JEk2o6hqWp2uladYLI2yMTXd1JFBG ztwis4ZyCFBwapaNrqTZWXY9l/aa/bW1S7+Ovw28UeEvFza94l+GWixWa+J30tEt7y/+13V08ltb TxgLbRm5EUSyQx4SFf3UY2qvCaz+27491jwzrmkqvgTS7XxJZtp+pPo/gLQdKubq3Z1dojPbWcco UsiEgOMlRWJq/wCzL4t8M/FXTvB+rW+j6VqerW6Xtlc3mv6fb6Xe2zozrPFqDzCzkiYKwV1mKs6l AS4213/7Z/7Dd5+zV8VPHFtpmreFLzwv4a1J7a1Wbxxol1rUkXmBE8yyhuBcmTkblEAKjJKgAkTN Ll9/aTk/LVrm8tW7fh0LjfmXLuuVeenw+enQ8Aor68/Z3/Zj0SLwH8PvO+G9l8T9f8fWtx4m1mXU tdn0Wx8JaBBdy2e9LhLiCCOeV4pm826d41IgQQszHdlWf7B2n+JvF3x/8DeHdP8AFeveOPhfq/2f QZbe/g+y3tsNWhsn+0wmDIKxO8zTCeONAhLKFUtVTi4y5Ouv/ktlL7m7drp2vYjnXK5vZW/8m2+/ 8mmfLFFeiePf2VvGvw0uvDw1W00UWPiqb7Npmr2niHTr7RriUPsdDqEE72kbISC4eVTGrKz7VIJ9 J/ad/wCCfupfBe50+bSta8FT6efCum63erd/ELw+12biayjnuFggW6WWaPezCLy0fzF27GkyCU3a PO9r2/Bv9Py7lpNy5Vva/wCKX5v8z5yor0f4bfsn+Nvip4FbxPp9roOneHftZsItS1/xJpug2t1c Ku5ooZL64hEzKpBYRltu5d2MjObF+zp44m+Ny/DgeGdUHjdrv7ENJaMLMJNu/JJO0R7P3nmE+X5f z7tnzUPSXK9/6/zX3ivePMtv6/yZxVFem/Eb9kDx58LfhwfGGpWWhXfhUahHpR1bRvEumazZi7kS SRYDJZ3EqiTZGzFc5UFC2A6bvSvib/wTn1fwt8LPhzrGm654AbUfE+lXV5qq33xL8Nw2ySx31xAg tWa7QSJ5Uce4q0gEm9SykFFHpHme17fOzf5L8V3Cz/r7j5oortPhQfh9pv8Aatx48h8Y6m9uqLp+ l6BPa2S3rlsSNLfSrN5AReVC203mE43Rgbj0n7WHwU0L4Sal4L1Hwy2vQ6H488MW3iS107XGjfUd LEkk0LRSSRoiTIWgaSOURx74pYzsU9SWiT76fNpu33J+XR66ArtuPVf8Bfm0jyeiiigAoor1b44/ AnTfgx8N/h5BNLqc3xB8W2B13UrHcv2fTbGcgWEWwJv8+RA0zZbASWEBckklna/nb5v/AICb+Qdb eV/l/wAO0vmeU16X8G/2tvGfwE8Lano3hv8A4RKOx1lGivxqPg/R9VmvImaNjDJLdWssjQ7oo28o tsDIGC55r139nH/gm7rniPxxfWHxB0DUIrKHSLq6uE0PxVpZ1XwzMlpJcQvqVgBcXMEbNGsTLNHA VeZFLqxCN4p8Lf2aPF/xh8NXetaTbaPaaHZXK2Mmqa5r1hoVi1yylxAk97NDHJLsG4xoxYLgkAEG kp6uC7a/O/8AkFtpPvp/wCta/tBeKtJ+L8HjvS7yw8P+JbZ1eKbRNKtNKtkxH5ZUWttFHb7HTKun l7ZAzhw25s6vj79rHxp8RPBV14duZPDGlaNqEsU17beHvCmlaANQMRJjE5sbaFplRiWVJCyhsMBk A1reC/2EPin4/wDG/ijw3p/hy1XX/BiCfWNPvdasLCe1gOD9pCzzoZLYKyOZ490So6OXCMGKfFT9 hL4pfBTwZe6/4l8OW2n6ZYRxXErLrVhcTG2mkEUN2kMUzSyWkkhCJcophZiAHJodrJPy/wCB/wAA Ltu69P8AgE/g79v/AOLHgK00oaV4ks7e/wBEgitLLWH0LTptbgt42DJb/wBovA12YAB5flGUxmLM RUxkpWLpH7XPjnRPG/iXXoLvQGuPGBRtZsZvDOmT6RqDIwZHfTntzZ71YFlcQhgzuQQXYl3hz9kP xv4y8GDW9Fh8Ma3EbJtQ/s/TfFek3mseQq7nb+zorlrzKKCzr5O5FVmYAAkXf2M/g9N8W/jXpCf8 Iz4e8cWVpeQJc+GtR8aWXhiXXfNLIlvBNPNHI7s2OIA7A7QR8wzVuap73xfjq9fPVrXvYltRp3Xw /hdbeVznvEf7Rvivxh8TNP8AFmqz6NqGpaTAlrY21xoNhJpVnAisEgj08w/Y0iG5m8sQhN7s+NzF jsfGL9sXxt8e9LuLbxOvgq7a6WCOS8tfBGiWF/sgVEiQXVvaRzqqpGiBVcDYoXG3iuf8HfCDWfi9 8ZV8IeHrHT7fWtRvpLSzsLzV7azjEm4hYBcXEkcbPnCLl8u2AuSQK6D4l/sY/Ej4Q+DL3Xtf0G3t rHSZbeHU44NWsru80g3AJtzd2sMzz2qSgfI80aK+5NpO9cxzJwTez1X9bb9i3Hlm4rdaf11L3gT9 u74ofDXSdEt9H1zS7e58NW32PSNVl8PabcazpcGXIhg1CS3a7ijHmOAqygKrsoAU4rlPEX7Qfivx N8cV+JE1/Z23jJNRi1db+w0y1sFF3Gyus/kwRpDv3qGY7PnbLNuLEns/gV8LvA3xW+B/xImu9P8A Flt4x8EeHX8Q2+oQ61b/ANmXIF9aWwhezNoZQdtySXFz1UfKM1gfsmfs7ax+1H8fvDPhDStH1/Vr fUNRtU1V9ItGnm06xe4jimuWIVhGiCTJdxsUkZrWMZOslH4t0/VvXvunf0uZtpUpSfw7NeiTt9zV vUzvjT+0X4y/aJ+MF1488a6uPEHim8eF5rq4s4BHJ5SKka+QqCHYFRQU2bTzkHJz2Oo/t9fEPVfB w8PzQfDU6Is0tzHYp8NPDaQwzSosckyKtgAkjIiAuuGwi8/KMbn7cn7DmsfslWnhC9bwz4807Std 00y3d7rmnvFBDeteXix2qv5SIsn2WCGQxlmb52bgYA+e6xg4yhyLbVWNZXUuZ79z1DwB+2P4/wDh t8M7bwZY3+hXvhOzvJdRg0jWvDWmazaR3UgVXnEd5byjzNqhQ/VVLhSA7A4Z/aH8aH40j4h/8JBe jxiLkXI1EBQVIXyxGI8eWIRH+68nb5Xlfu9mz5a4uux+BfwF8T/tI+Pk8MeELXT77W5YJbmO3u9V tNOEqRrufa9zLGjMFy20MW2qxxhSRbberM7RSt/Wpc+KP7S3i34v+GbXRdVm0Ky0W0ujfLp2heHt O0K0luCmwTSxWMEKSyKmVV5AzKruFIDNngq9A1D9mHxfpvwe1Tx68Xh+Twro+rf2Hc3cHiTTZ3+2 ZIEUcKTmWXIDOrRoytGrSAlFLDobb9gz4pXWjWVyuhaYLzUtPGq2eiv4h01Nfu7Yo0iyR6WbgXzh o1LqFgJZBuAK80nZJye2n4q6+9ary12KWr5Vvr+Ds/x0fmePUV6Z8Iv2QvH3x28FX3iHwtpml6jp GlXAt9QmfXtPtm03928nm3Ecs6PBb7I5CZ5FWICN8v8AKcVNb/Zh8X+FPizp/g3WLbRtK1XVbaK+ s7i81/T4NLvLaSMyxzxag84s3iZQQrrMVZgUBL/LWkIOU1TW7/r/AIPoLmVrnn1Fe/8A7Z/7Dd5+ zV8VPHFtpmreFLzwv4a1J7a1Wbxxol1rUkXmBE8yyhuBcmTkblEAKjJKgAkcn4D/AGLviL8UPAlh 4l8PaPpur6Lf3RtGntte09jpziOaVmvU8/fZRiOCVzLcrFGFTcWAIJypy54c8dtPx7jl7rszyyiu /n/Zm8W2HxXuvBV/H4e0fXrSBbp/7U8S6bp9jJE6JJHJHeTzpbSq6SI6FJWDqwK5HNZ3xb+Bnif4 H6hYweIrG3hj1W3+1afe2V/b6jp+oxZKl4Lq2kkgmCsCreW7bWBU4IIp3Vk++39fJhZ7f1/WqORr tfg/+0J4q+BUesReHrvT/sPiGCO31PT9T0iz1fT79Y5BJGZLW7ilhZ0cZRym5cttI3HPdeF/+CdH xe8Y3lvZWPh3Sv7bubYXi6FceJtKttcSEqHEj6dLcrdxr5ZEmXiA8sh/uHdXL/Db9k/xt8VPAreJ 9PtdB07w79rNhFqWv+JNN0G1urhV3NFDJfXEImZVILCMtt3LuxkZrVN+W/32/PT10Fo0n3289L/l r6akl1+13481L4q23jO/v9G1bW7Cyj02xXUvD2nX1hpttHjyobaymga1t0jx8ixRKEJYrjcc1vjZ +0/4r/aFeSTxQnhKW7nvX1C4vdO8I6TpN5dzvuLvNcWltFLLuLMxDswLHcRkA1y/xC+Hmt/Cfxpq Ph3xJpl3o+t6VL5N1aXKbZImwCPYqVIZWGQysCCQQaxam6kl1XT8x25W+57p4V/4KR/GLwTqttqW l+I9Js9bt7eK0fWV8MaSdWvYI1RFiub02xuLqMrGgZZ5HDhF3BsCuJ8B/tN+Mfhp4l8Qalot5pVq PFYI1fTX0Oxn0a/XzPNVX06SFrMqj/Mi+TiMgbAuK4GvafgN+z34E+JPwM8Z+M/E/jbxb4ebwTPZ pd2Wl+E7fVRPHdSGKFo5JNQtvm3q25SoAABDMSQH15v61Fskv602+45bx5+1J47+Imq+H7q71z+z f+ESkM+iW+hWVvodpo8xkEjT29vZRwwxTM4VmlRA7FEyx2rjb8Tftq/EPxzpWradLdeFNPbxLE1r qd7pXhLRtGv9QjkYNIk17bW0U7JIQPMDSYk537gTWZ8avgXYeBPCeg+LfC2vzeKvBPiWWe0tL650 7+zr20u7dYmntbq3EkqRyKJo3UpNIjpIpDbg6J5vRp8LWn9fn+Og9dJL+v8Ahu3R3W566P2JPGTD /kM/CL/w63hf/wCWFJot946/YW8eabr2m3/w5k1uYeZZXNneeHvGQsnikR1kXY12ltKGClXwj8Ha cBq8jrsPg78BvFPx71e/tPDGnQ3X9k2jX+oXV3fW+n2OnW6kAyz3Vw8cEK5IUGR1yzBRkkCmnJO8 en5W1/rsJ8rVpf0yz8Tf2iPEPxd1bT73WLXwalzps7XMbaZ4P0jShO7FWYzi1tohcDKjiYOOW4+Z s9fqP7fXxD1XwcPD80Hw1OiLNLcx2KfDTw2kMM0qLHJMirYAJIyIgLrhsIvPyjHEfFv4C+KPgg2m N4gsrMWetxPNp2oadqdrqunagqNsk8m7tZJYJGRvldVclCQGAyK46oXK48q2/D+tC25c3M9/6/z/ ABPT/gv+1/42/Z905Lfwt/wh1o6CdRd3fgvRtRvtkyNHKhurm1knKMjMhQvt2swxgkVlf8NI+LbX 4s2HjfTrrSvD3iPTQFt5tA0Sx0aBVAZSrW9pDHA4dWZXDIRIrFX3KcV0nw2+GPgzwx8Dl+IHxBtP Fer2WsavNoeiaToWowaXJcSW8UMtzcS3U1vcqqItxAqxrCS7SMd6CMhtDXP2JfEPij9opfBHgFbf WhrekweJdAOparZabLeaZPbJdR7nnljiM6RORIitnMUpAKqTVTdpe9vt+F7f+AtvTpfs0Qvh02d/ nrZv/wAC016nNePv2sfGnxE8FXXh25k8MaVo2oSxTXtt4e8KaVoA1AxEmMTmxtoWmVGJZUkLKGww GQDUXhP9q/4g+Bv2fvEXws0nxJcWXgLxXdpe6rpSQQkXUymMhvNKGVAfJjyEcBgoBBGaj1D9mHxf pvwe1Tx68Xh+Twro+rf2Hc3cHiTTZ3+2ZIEUcKTmWXIDOrRoytGrSAlFLD234K/sI6JL+zZZfEDx e2m67J4g1ZrDTdO074seGfDSWkMdtFO8k8959oDTsZ41+y7I5YghaQDegosuST6aX+drfo15ajve UUt9bfK9/u1/Lc8l+GH7Z/xE+Dnw8/4RPw7quk2Xh2S5a6u7CTw9p1zFqrMkibbzzYGN5GBI22O4 MiIQrKoZFIyfF/7S3i/x98RdJ8T6zdaRqN/oUEdpp1pNoVgdJsYI87YI9O8n7GsWWZjGIdpZ2Ygs xJ739k79lDTv2sv2jbvSLO5g8O+DtNe5vLuG+8V6WNU+ywwTz+VBLMYEuHYQFDPHCY4g4lkUIOcn 9oT4TeGfDninw/oPhbRv7G1PVZAHnu/iroHimwYOwRA1xYwQQWmGyWM8uApBO1RuI23KLfxO1u/Z fraz/AFFR5orRa3/ADd/nZ69bFfx/wDtvePfid4Ii8O6xH4Bl0m2tZLK0it/h/oFpJp8Lu0jrbSw 2SSW+Xd3JiZTuZjnJJqnqP7YfjjV9C8G6Zct4RlsfADh9DhPg3R8Wv3iQ/8AouZ1ZmZ2WbeHc72B f5q9l+N/7Fng39mr4W2Emu2cnibxBL4btNYu77TPi74atIobi7jEsaQaWIbi7uYoxJGDJHJiYKzo VQgjA/ZP/Ym034nfBLxN8RPFFxpt9pOly2ljp+k2nxE0Hw3dTzzyTBpLme+aUWqotu+2OWEPPvDI dqMSLSUmvsvV+d2l53vs/O97XYPWKb6/k0v03W/dHiXxl+Muv/H74h3/AIq8UTafda7qr+beXFnp drpy3MhJLSPHbRxxmRiSWfbuYnJJNctXtngP9mSz/aG/a5svh74Ray8KWN1qFvYSyaz400rVfIDT RwyyQXcf2WC+bL7kitwzuBhd+C1an7XHwQ8EfCEDTvDWg6mmoz6lJa2t4fir4f8AFImjjYqfNstO tlkt3fKkeZLgHcvzkZCjG0Y8q+LZLrqvl1+ZTu5O723/AB/yfp16Hz/Xf+BP2ovHvwy+Ft94L0Hx Hc6Z4a1LV7XXbizihi/eXtsVaCbzCpkG1lU7QwUlVJBwK9Y1z9lnwG3xB8R/CXSR4xn+KnhfT72S XVp9Rtl0a/1Gxhe4u7GOz+z+aihIp445jctvkjQmNVk+Thvht8MfBnhj4HL8QPiDaeK9XstY1ebQ 9E0nQtRg0uS4kt4oZbm4lupre5VURbiBVjWEl2kY70EZDOM1q4vRWd+/ve61/wBvLTtbm0WpDje0 WtXfT/t1t/8Akt7/ADW90YWs/tQ+MvE/xt1P4iazc6J4g8V6wS15PrHh7TtStpiUVB/os8D264VV C7YxtAG3FaXxc/bI8cfHPSIrPxKPBV0lvHbwQz2vgjRLC6hhtwqwwrPb2kcqxIqqojD7NoC4xxXQ z/sgQXH7UVp4Sg1S8h8IalpA8XW+rPbrNdRaEbA6iZWjUhWnS3V0KAqplQgEAg1nfEH4YeCPGvwU 1Xxz8ONP8W6RaeFNXt9L1qw8QaxbanK0V2krWt1FJDbWwUFreZHjKPtLREOwYhZuowS2S6dteVen vXWnW/ZlauTl3697q/4rXXy7odP+3v8AEuf4neGvGP2zwlF4i8HWq2WjXUPgrRIlsYkCiMLEtoIy Ywi+WzKTFzsK5OeX8B/tM+M/hb8eIPiX4a1Kz0DxjaXEl1Bd6fpVpbQQPIjRvstUiFuqlHYFBHt5 PFcFXoXwa/Zt1v4/6Vejwrf6BqPiS0kxF4Ye9+z6vqUQQuZLRJAsdywI2iCKRrhiflhYZYXG6fNH dX/F6/e9X97Jdrcr2dvwVl+Gi+5GRq3xr8ReI/jDeePNVurPWvE+o6hJql3Pqem219BdXEjFnaS2 mjaBlJY/IYyg4AUACux8f/tvePfid4Ii8O6xH4Bl0m2tZLK0it/h/oFpJp8Lu0jrbSw2SSW+Xd3J iZTuZjnJJry3XNDvfDGtXmm6lZ3Wn6jp87211a3MTRTW0qMVeN0YBlZWBBUgEEEGqtSkuRQXw9un 9WKu+bme57B4b/bv+Jnhjwj4c0JNT8Pajpfg+EwaFFq/hPSdVOjKZDKTbvdW0jxMXO4uhDMVTJOx Mcf4G+Pfi74d/EG/8UafrMsut6wtxHqc2oxR6lHq6TnMyXcVyskdyrt8zLMrgsA2NwBHrlj+wBqO u/smeGfHVlrPguPWtc126s3ivviD4fsrRLNLS0mh/wBddIUud00nmQs/mIBHujTILeY/DL9mjxZ8 YvildeDPDieHdQ8RWsjwrAfEumwxXrq+zbbTyXCw3TE/dEDuXHK5HNVO/tHGXxdfmk3+ev4kRjFU 1JfD/k2l+WhT+Lfx78T/ABtGmR69c6cLPRY5I7DT9L0iz0jT7PzG3SPHa2kUUCyOQu9wm99iBiQi 442vQviL+yx48+E3gCz8TeIdB/s3S7ySGEhr23e7s3miaaBbm2WQz2pliVpI/PjTzEBZNw5q3r37 IfjfQvA174jSHwxrel6ZAl1fHQPFek63cafAxAE08FncyzQxhmVS7oqqzKCQSAU7RvfS2/l11/Mp a2a67efoeZUV3fwq/Zs8X/GTQb3V9HstNt9E06ZbWfVtZ1my0TTVnYbltxdXs0MLTFcsIlcvtBbb gE1u6z+w98UdB+MOkeA7jws3/CT67p41ayt4dQtZoJbI+Z/pZuElMCW+2J3815AgQb92whiNNb/1 pf8AJX9BXX9fd+eh5PRXe/FL9mrxd8HvDdprWrW2j3eh3ty1lHqmia9Ya5YLcqocwPcWU00Uc2w7 hG7ByvzAEDNcFSTT2HqFFez/ALDn7KH/AA1l8YotJu9U03TNC06Ka+1VpNc0/Tr6aCG3muDHbJdS pvZhAVMio6QBxJINg5i/aJ+Ffhjwt4l0DQ/DGito2pam48ya5+Keg+K7Jw7BEDXFjBBDa4bJYzSY 2kEhVG4uXutJ7v8Ar9H56Atb+R47RXr/AO1P8KT8KdC+HsD+C9H8NT3mhNJPqul+MLbxJa+KpUuZ Y3vEe3llhgwymIxI2AYiepNW/gf8MPAPxY+BfxEluNM8X2njTwN4bk8QR6jHrtu2l3eL+1t1iNmb PzV+S5yW+0nLJnABwFfSTX2eb/yW9/yv36WvoOzvGPWVvvla34u3b5anitFdh8HfgN4p+Per39p4 Y06G6/sm0a/1C6u7630+x063UgGWe6uHjghXJCgyOuWYKMkgUvxb+Avij4INpjeILKzFnrcTzadq Gnana6rp2oKjbJPJu7WSWCRkb5XVXJQkBgMim9LJ9f8Ag/5P7mJa3t0/r9V95x1FFfREf7Fj/FH9 mPwL458C6bf20t5canY+J73xD4k0+z0a0ltjZLC6XNwttFbmZrmQLDJLI7eWdpba2HZ2uS5JNJ9T 53ort9d/Z28W+Evi/wD8ILrVhZ6B4j3Y2avqlpp9mVKF1lF5NKlsYnQbklEuyQMpRm3Lne/a8+H6 eAvjNDpdv4JsfAEcuk6dPHp1t4ni8QW1x5ttGwvEvUdo2SfPmgK5VA+AcCle9rdXb8/8vX8SrO7T 6K/5f5+nne1/KqK9xv8A/gnF8YNORC3hzSpmurNr/To7bxNpVxLrkK24uWbT0juWa/KwsrlbUSkB lyAWAPh1K6vYN1cKKK9M+On7Nbfs/W6Wur+NPBt74qj+zi/8Naeb6a/0oywibEsxtVs2KBlVhFcS EM2MHDYe2odbHmdFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABX9a//BtJ/wAoO/gT/wBcte/9 SLVK/kor+tf/AINpP+UHfwJ/65a9/wCpFqlAH3TX4Lf8HTl2bD9v74dzj/ln4FgJ/wDBhfV+9Nfg n/wdUqp/bt8A5Kj/AIoSHqf+ohfV5+aa4d/I8jPdcHL5fmfntb6pplpcSX6FvPmX7v8ACrVz85M0 zHdnLbqkht0gXI5P/fS1Nb2JfOerV8Snys/NoR5XzGXeWxVSO9eef8FBf+T9vjd/2P8Ar3/pxnr1 3+ydlm0ki5Cnb6V5F/wUF/5P2+N3/Y/69/6cZ69zIqnPWfp+qPsOGJc05+h5DRRRX1R9gFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAV/S//wAGb/8Ayiy8af8AZVdT/wDT RotfzQV/S/8A8Gb/APyiy8af9lV1P/00aLQB+sNfkF/weTtt/YN+GP8A2Pqf+m68r9fa/IH/AIPK Bn9gz4ZdP+R9Tr/2DrysMR8K9Y/+lIyq/D81+aP5zVfCe56UbWWhe3HSpK6ZFCK2frTJ224I53Uv 8XFOVfmzUiDlYxxmj/lt/wABpqqfM6/ep3/Lb8aAFWPbzRTl/eLim0AM/j/GnP8A6yvUv2M/2Zpf 2t/jlB4QTU5tKiXTdQ1m6ltbA6hfPbWNnNeTR2loHj+03TRwuI4fMjDsRl0XLB8P7Lt98bPileaJ 8AtO+I/xosLawTUWNl4Kni1a1j+VJPtNlay3axBZCFDpPIhDxncGYopL3bJ9Vf5a6+S916vTQFqm +3/A09dVpufS3wa/bA+Fmq/Ar4M/CzxlqF9e+HrHwvcHWoLWylMmma9aeIdR1LTVBKgOJ7e5ktS6 MVRdRZmIMZA+dv8AgnL/AMnPp/2K/iX/ANMV/WB8I/2efH3jDSW8Y6T4G8Yap4R8O6nDBq2uWmi3 M+m6ZIHjJSe4VDHEwDpw7A/MvqK4DwL8QNe+F3iq113wzrer+Hdbsd32bUNMvJLS6t9ylG2SxkMu VZlODyGI6GtKkuZzUvtqd/Wpza/jZf3Ul5lq618/ysrfh97Zvfs9eCbrx18XdFt7W80Cx+yXUV5L NrGt2ekWyRxyIW/fXcsUZbHRA244OAcV6f8A8FGfC+uax+054/8AHuoeJPCHijS/E/im9fTbvTPG el61cS2plk+zbobW5kmijECRqu9FCgKnBwK8O8Y+NdY+Inia81rxBq2p67rOoP5l1f6hdPdXNy2A NzyOSzHAAyT2FZlQ5NqHeN/Pflv/AOkqwRilKUu9vwvb/wBKZ9dfE7wdafHf9qu3+MWkePPAmieC NSurPXZZr7xPZWureG47dI/MtP7NMovZJIPJMcQt4ZBKBEUYhuMzxP450j9r74cfEDQfDd9oXhXW b34k3/juz0/X9WtNFg1Owu18pIhc3EiWwnteojaRdy3EhTcVIr5YoqHFOCpvZbffF7+sI/563CK5 Zc63/wCBJflJnuH7SGrWHgz4NfDD4dHV9K17X/Bsup6lq1zpN9FqFhZ/bnt3iso7qJmimaNYGkcx M0Ya5Khiyvjs/wBuL4Q2vxR+O/xL+KGnePvhh/wiGtzSa/pDjxPbXGo6mJgjx2i6fAZL2G4+cqwu IYo0Mb75FGCflyiqleSV91e3ztf8lb8bhFKOi2/r+vysfffwMudc+Kv7L/gKDwt8Pdb+LWiS6F/w hPizRtAvvsmp+H7y31ufVLG7ebyplggkEw/eTQmHEcqllKgjF+GXi6w+NuvftYa5f+LPCnwul+J6 HTrCG98W2V0ZL6XVre4a1DxlXltJMOjXaR+QsbFmfYrGvh6inO0pOT683/k+sn21e107aJ3Ss0k0 kl0cX/4B8P3afi93p9AfEHT7b4B/sfXngLV9d8Ma94o8W+JrPXorLQtbtdat9BtrSC7gaSS5tJJI BNcNcKBGsjMEgy4TdHnpvj38JbT9o2bwR4t0vx98MdI8NW3gHR7DULnVvE9tBeabdWFgttPBJpyl 9QdzLAQnk20gcSRsDtJI+WaKUryTvu2n90XBfh+P3Fx921trNffJSf4r7u71Pr3wD420D40/sy/D 7R7Pwf8ABLxFr3w/tbnSb+y8beLLzw3cBZry4ukurd/7UsbSaNhKEcAtOrx5YeW0ZFae/vfHf7YX hz/iv/hD8JNX8H+ElSw1Pw/qdxqGiWElrbStBYT3c89wLh3QrA5iluYijBAJMNHXyXRQ7Sld+b+b TV197e2/loRZ2svT5XTt+FvTz1Ppf9olYD+z1OfH/wDwqIfEH+2IB4b/AOFfnQd7Wflv9s+3jRf9 F8oH7P5Xm4n3tJtzGHxLq3w1h/aY/Zu+CdvonjD4d6S/hGw1HRdfTxB4pstIm0l31S4ulmME8izT wmG5RgbaOZiUdQu8BT8x0UraWfdPyuk1+Td9Vdu5Wv8AX9fd5aHqPwY+FGrar4t1G+8F/Ebwbo/i TwpeCXTJ5/ER8NzXyq+0Xdnd3gt4k2nawSSWKfDZER2vt6n9u3xba+K9V8Ef2l4j0nxl8SbLQVt/ Geu6ZOl3b31yJX+zI92hMd5cRWvkxy3CFldkH7yUqznwWinLVJdnf52t+O787apaAtLv+u//AA3+ eoV7D4E/be8ZeE/A1v4P1ODw/wCLfh/b2htD4T1aw2aVIdzOLki1aCVbsMxP2pJFnIwjSMnyV49R R0s9g63PaP2f/CNh+1F+01c6v4qttL0Lwfpcc/ifxPHo9lHY2tlpdqoeSG3hjACtJ+7gjxli8yEl iSTBon7Ty+IP25NI+LHijT457OPxXa63dadEN0dvaw3CMttEOPkihRY0HTEag8V5ZpvibUtG0rUb G01C+tbLV40hv7eGdkivUSRZEWVQcOqyIjgMCAyqRyBVGqhLklCS+zt631/BJeVnbdkThzxlGX2v yt/wX+HY+1/2QfgrbfCv9qu58Yat8YPhhF4e1Cw1aHTdRTxhZ+f4ie90+5WKOaAzCezDeYGkN+kK oy7CTIyK3m+s+Cj8fP2dPAnhXQ9f8E6f4i+F1zqmmaxpmreK9N0qG7NxdtOl/a3NzOltcqwHkt5U rMPIiYAo6tXzhRWCpRVrdEl917fm76JbWSaubTnKTcnu3d/Pf8tOvdtWS+6PC2o6X4lTxhoOm+MP BMs3hH4Mf8IBLqd54p0/TbfW9UN+LkxWbXU0bXEKRl4BKoMbC3GDseLdL41vNN8W+CPGEdr4t8Cy v4i+BvhjTdNjl8W6ZEzXVjLpD3VqyvODFOnkzEQybXco21WNfCVFaTXNKU3u9fn+8/Wo/kkvMih+ 6UVH7NvwdNr/ANNr72foz+zN4T+Fnwl/aT8J6jocHwGtfAunQQzWnjbxB8Q5m8RX80tuMlrGK/RL WXzJGXZc2KRRLGQ8hOHf5q/YZ+D1/pH7XHg3Wr/XPh9peleBfGWny6vdah440azjSOC6jeWSAy3S /aowqMQ9v5itxgnIr57orSnNwqe1W97/AI3/AM9rdLWtrEoKVP2b7W/C39Xv13vp9IfDT4Q3vw// AG+/Al5qmvfDyPT5fF8Gtm/g8c6Lc2UFpBepNI8s8V00UTbASqSMrv0VWPFdj4f8OXOrXX7WEmoe LfAk+oeI7ExWc91460gtrMzaxZ35MMjXX+kEwRyMWQsNylM+Z8lfH1Fc8aSjGKX2Yyiv+3rfko/1 sbuo3VdV9ZRl/wCAtv8AFv7vvPdf2N/+Sb/tAf8AZN5P/Tvpdav/AASu8Q2Wh/tu+BVuvDOheIJH 1OK4hn1Ga8jbSjAGnM8X2eeNS4EZ/wBcsiccr3ryHTvj3460f4Z3Pgu08aeLLXwdeMWuNBh1e4TT JyWDEvbB/KYllBOV6gHtXJ1s5P2imuiS/GT/APbvwuZcqdJ05dW396iv/bfxsfTf/BSb4kaR4p1n 4eaXYeC/Cnh65svA+hXUl1pc+oPIoubJbr7Li4upU8pTcZBKebz80jDr8yUUVCik5NdW397v/X3l yk5JX3SS9bK1/n/wAr1D9kH4Rf8AC3/jZptu/jTRPAFtpLDVJ9av9ctdJlthCwcfZXuJola6LACN Q64YhmZEVnXy+itIS5XcznHmVj7G/a91y1/ap+FyfEax1HwX4Zl8B6tdae/guXxTo5/tWFp2d9Tt 7aCRGluZWCi6ZYsTsEkhYx/uoe08b+O9K+LP7QC/FHwd4M/ZlurfWtTj1621jxF8Q7/RtV0ebzQ+ 27spdbgkEsDLz9nt2icIDCGUqtfAtFRG8bNdNV6u1/Ozavbo9E0tCpJS0fXf06fNLS/Xqr6n1T4O vptb/ZR/aRvoPEngOwl8Xa9p1zFYWfiS1006pBbXN3cXAtrG5mS7eAebC0aPFub5QAzowHPfti6C ukfB34DOus+EtUfR/CLabfwaT4l0/U7iyuDqd9dCOWK3mkdP3M8RywAyxXO5WUfO9FFFext7PpKM l6xTj91n8mU5tycpdb3+bT/Rep9R/txfCG1+KPx3+JfxQ07x98MP+EQ1uaTX9IceJ7a41HUxMEeO 0XT4DJew3HzlWFxDFGhjffIowTc+Fnw18Q33/BPDxJ4Y0vxf8O9OvfGnizSdWk0u5+I2hafNeafB aXufPimvEZNk7258qUK+4K235cj5QoohGMaTox20Xyi0187pfLpfUhpucZvdX/FNfdZv59eh7z+y f8MvCGo3vj2LxLb+DfEHi/w/BEmgaHr3i2LRtB1WQzmK5ke/S4gjl8pdrxpHdxCXJZWdU2t6t+1X qHhzwj8GvgJfWsfwgeLwTrt/L4g8NeDPFJ1WO0aaa0nERS5u555dyQyK8sTyW24ALJyM/GFFVCco SjNPWNvwf9ee2tlYUoRlGUXs7/irf1030u7n1N8XPg1qniv9prxP8S/Cnxd+HeneHtc1W88R2Pii XxtbWOpWcM7STYksI5Dqi3ChzE0cVqzF87A6EMdjwL408P8Axl/Zp8AaNZeEfgh4l134fW11pF/a eNfFl54anKTXlxdJd2znVLG0micShHA3Tq8eWGxoyPkGiohCMIKnH4Va3fTTf0dv6VtJycpc73e/ 6/jr93nf1/8AbT8VXHiT4m6PDdRfDm2l0Tw/ZaWLXwVqFzqWn2SRK3lwPdTTTieZEKqzxTyxgKih 8qwHkFFFNK3zu/vdxN9O1l92iPWNP/bO8X6ZYQW0ej/Cho7eNYlMvwu8MzSEKMDc72BZjxyzEk9S Sa9F/Zr8HXPxI/ZM+NcX9ufDzS9W8X3mkjT7LUvFejaC9y8F280+y3nuIfLjVZAR8qoeVTO0gfMV FN2bvLcWqVlse5/Gye0+D/7MPhz4Yf2zoeueIZ/ENz4p1o6NqcGp2OmhreK2tbcXMDPDLKVWaR/K kZVDxqTvDqvhlFFLeTk93+iSX3JJfLuG0VFbL9W2/wAWz0zwj+1l4p8E+GrPSrPSvhnNa2MflRvf /Dnw9qFyw/2557J5ZD/tO7H3r1X9l3466V468F/Ezwp4h0P4XXev+NL3TtasIPEBk8M6FePZJcq9 rv06eyhtnYTq8fmOluWjcNh2jNfL1FU9b83X/NP80mLZWR9HftS6vcaB8AdI8MPoHwL8K2r+IJNU h03wV4qufEd+z/ZhFJPJL/aF/bwwsPLUoZI5HaNSEZULD5xooqUtW+/+SX5Iq+iS6f53/NnvXgiz X9oP9kjSfAum6n4Z0vxL4J8TX2rpFrniCx0SDULO/t7WNmjmvJYomkiks1DJvDFZ1KqwVyvZan4f 0v8AaR/bF8OaPo/j/wAPeFND+Gnh/StJfxXda9a6X9pbTLaKOSexkuJYleWSdXFuA65HluzRruZf lOiq0c1N9Nfmo8qf3Xune7fpaLPk5F2a+TlzNff16H2D+2Xqdt+1t8IX+IFhqvg/wnL4J1K70xvB zeKtH36lC8zM+q21tBIjSXUrBRcssWJ2EckLGP8AdQ5LfAbUvFf7A3g/w/aeJPhYNbj8Yalr0ljc /Efw/azQ2dxYaekTust6pRi0MgMbYkUr8yrxXypRUctoSgutvvTTf3tXt0u0tLWu/vqa6X/FNfgn 89G+t/or/gm54U3/AB2u9au9b8G6Jpum6HrVhNNrXijTdJ3TXWk3tvAsa3U8bShpXRS0YZV3AsVB zXk/ir4F634O8d6Z4cu73wdNqGrBDBLY+LtKvrBN7lB5t5BcvbQ8g582RdowxwCCeNoq5azUuyS+ Sbf5yfyF0aXy/r/hj6f/AG+PhFd3174f8SWPiD4catpmg+CfDuk3g0zx5ol/dLdW9hb200aW0N28 8uyUEExowwC2do3UvwG+EN54l/YT+IOmxeIfhvZ6n4t13Qr7TLHUvHuh6ddTQ2o1JJ2eK4u0eLaZ osCUKWDgqGHNfL9FJ6qaf2nf/wAm5/zX3feO9lFLokvkkkj3T9hzwHNov7cHgp9Q1fwdpdp4J8UW GoatfX/inTLSxjgt72IyvDcyTrDc4AJAgeQuBlQw5rmPjz8MdV+D/wASG1e6vvB2pQ6jqk91ZnRf Fema5kLKHBkFlcSmIEMuPM27ucZ2nHmVFUpyi4SjvG/42/8AkV+IrK04vaVvwvb/ANKdz7O1LxDo vh79qzxt+0OniDwrP4V12z1fWtK02PxFYy61PfanaTQpYSWCym6iMU903mSNEIwlu7K7hoy/lfgi zX9oP9kjSfAum6n4Z0vxL4J8TX2rpFrniCx0SDULO/t7WNmjmvJYomkiks1DJvDFZ1KqwVyvgtFZ RpwinGKsrJL0Tuv8n5eeo+aXMpt+9r+K5X+Db9X2sj6xb9oXwro37Z2j2h1OCbwppPggfDKfXYyW gctoz6bJfrgE+Qs8rOCAxMKAhSx21x3iPR0/Zq/ZQ8X+EtV1fwrq3iT4ha5pskNvoPiKw1uKysrB bh3nlls5pY0aSW5jRI2YNiOViANu75/oolBSWu/X/wACc9O3vN/J27WE7e70W3yXL+SXzS87lejf Bvwj8OJdDu9e8f8AivUYorN2it/DGg2bnWNVfYCjG5mj+yW1uSdpl3TSqV4tnBzXnNFXf+v6/UR6 /wDtVfthav8AtSXunQ3Wlabpej6DH9m0tJGfU9VWBXkKJcapdGS8nwJMbPMWBSMxwxDivIKKKVt3 3DpbsfRXgHwtH8dP2GNN8JaNr/g2y8S+G/HN7qt3Ya94ksNCaS0u7G0jjmikvZYYpQHtJFdUcuu5 CVwwNaf7CXw3g+G3/BQLwzdjxx8ObrRPAGvWt3f6+/iS20zTpUU5Z7ZtQa3kuArAg+XG2duRlSrN 8xUVfNap7ReX3pJL8vx3InDmpeye2q+Tbb/N/wDBPTvGnwpvvDnxg0Wf4l+JdDubTxTqouNZ1bRf FOneJbmON51N1cSGynnIlw7OBJy5BwGwa+wPAHgbwV4Pvvitpmk6d+zn4PsdT8J6xoHhbVE+KX9o azr5lgdIjI7ak1jAZAqs5uILQZkCooIKr+eNFZtXpumtLqS+Ulb8Ft01d0+l3ftFU63T17p3/F79 drNdforTfDtr+0T+yD4K8K6B4h8I6T4n8AazqsupaTruv2ehpqMV79naO9guLuWK3lZfIMLp5gkA WIqjKWYdL8AvFVp8EfiVrngvxv4p+H3jWTxZ4JTw1aS3uu319oXh6Q3cF1Fp9xfWckeyE+Uys9nO 9ujTrvfYJgPlCiqet10af4px0+++t9fLQNrNdHdf+Bc359rab66n1L8Zb648Bfs4eK9IHhP9nPwb aeIbqwEkPhbxvc+JNW1CSGV3Qwxx6tfxQiNTJukmWIFZGVWZmC18tVe8N3GnWviCzk1i1vb7S0mV ru3s7tbS4niz8yxytHKsbEdGMbgf3T0r1D/hNPgL/wBE2+Lv/hydO/8AlFSUba9wvfQ6r/gmx4X8 /wCOd1rl1rXg/RNM0/QtZsZZtc8T6dpBaa70m9t4FjS6njaTdK6KSgYJuBYqOa8t8QfAHXfDPxA0 3w1cX/gqTUdVQPBNaeMtIu9PQEsB5t7FctbQn5TkSyqQCpPDDOV8StS8K6p4iWTwfo3iDQtJ8lVa 21nWYdWuDLk7mE0VrbLtI24Xy8jB+Y5wOept80lLskvknJ/nJ/KwbJo+pf2ovgpf/wDDMnwjjh8R fDK/ufAnhzUINatrH4haDeXNvJJq15cIkcUV4zzsYpY2xCrn5sdQQE/Y7+C99a/CT4p3V14i+Gen Dxv4FfTdHhv/AIgaFZ3M9ydSsJhG8Et4ssB8uCVv3yp931IB+W6KHrz3+3zf+T3v+enbrcL2lGX8 rT+5pr8tf0PqH9l3XNK8C+C/iZ8J/EOnfC7WNf1m907U7D/hIPEkkehag9mlzvtf7T069hhDsLhX jaS4+zlo3VmDmOsz9qXV7jQPgDpHhh9A+BfhW1fxBJqkOm+CvFVz4jv2f7MIpJ5Jf7Qv7eGFh5al DJHI7RqQjKhYfONFKa5lr1tf5Wt+S77d9Rx913Xnb53T/N/f20PYfE37N3hTQv2MfDvxNt/ip4Zv /Fus6zJpt14FjRf7T02FfOxcuRIW2nykPzRKuJVw5Pyn1m9+GA+J3/BOr4aeFdP+IfgCz8UWHiDV /ED+Gb7xhplmtxaXEdlGlxJLLOsMFwhVgILh0lZZJCqHY9fItFU7PmXR2+VrP81fW+7trZqLO8Zd Vf8AG6/J2+7zv9DftCaDD8VfFXw9+HXhzXvCWt6r8PPCv9i6lr1x4gstO0u9uFu7m5aKC8u5YYZI oVuFhRw37wxsULpsY637ffwqurrVvC2vWXiD4d6tp2l+DvDmh3P9l+OdF1C4ju4NPgt5k8iC6eVl SVWBcIUwN27bzXzHRSl72/WXM/V81/Re8+/QqPuvT+Xl+Xu/j7q7LfRH3ta2y2H7ef7Md5f+Nfh9 Long3w94dgvboePNInstI+wLGbyNpFujHGVdmIXIMpLGMPzXxF8RPD03hTx1q2n3E2nXE1rdOjSW F/Bf2z85zHPA7xSLz95GI96xqKlRt98n85O/4Di7RcfKC/8AAE0vvub3ws/sH/hZ3hz/AISrz/8A hGP7Utv7Y8nd5n2PzV8/bt+bd5e7GOc9K+2/23fDnw8+InwI8U+LppvhLe/FHTrqHQ9Li0HxpayQ zeHraQ/ZdUiiW53y3fkCGyME/mXHlxLI0QYFh8DUU5rmjy9v+B9+1vRy6tNKFoz5t/6/Xd92o30T TKKKKYBRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABX9a//AAbSf8oO/gT/ANcte/8AUi1Sv5KK/rX/ AODaT/lB38Cf+uWvf+pFqlAH3TX4L/8AB1FGj/t3/D/eobHgaD7w4/5CF9X70V+CP/B1lrQ0v9uT wGBCZ5W8CQlV7D/iYX3WvOzZN4aSR5OeRcsHJLyPhy9t7W5+HMF0IILZvO2lwPZa47UPE9nZbhbr 9qk9du1arya/Lq3hC2guJ8t5/wDx7p8u1cLWfKEWEkBM+1fFYfCzT/eH5xhcJVi3zj9QvLnXdPZJ Zdg3ZVF/irzT/goL/wAn7fG7/sf9e/8ATjPXodzfqnePO2vPP+Cgv/J+3xu/7H/Xv/TjPX0GTQUa zt2f5o+w4bhyzn6HkNFFFfTH1oUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFA BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAF FFFABX9L/wDwZv8A/KLLxp/2VXU//TRotfzQV/S//wAGb/8Ayiy8af8AZVdT/wDTRotAH6w1+QX/ AAeTf8mHfDH/ALH1P/TdeV+vtfkH/wAHkv8AyYf8Mf8AsfU/9N15XPifgXrH/wBKRlW+H5r80fzn H9KWkP6UP0roKYypKb/yzpU6UCAf6wU2T/WUsdD9aAJN21vamyMN1FM9u9aAdp8AtW8OaB8WNLv/ ABRr/jXwnYWLG5t9c8J2sV3q2kXcY3288MMk9uHKyqmcXELLncr5UK33en/BX34c6lqXjvSpP+Eq sT4ksPC8p+IOo/DTw34s1nxJq2kR3Uc1/qOj6hObVZbgXjETR3bzo1rGzSStNLX5vDrz1plU5NpR 6fqndPv92jsrp2QuVavv/X9dtbWu7/WPxj/ag8CftU+EvBC654h+IFr468BajqNvp6QeF7EaN4qW 81iXURf3CpfR/wBmXUjXUiSxwxXSYhh2vgYHnf8AwTO1e78P/ta2V/YXVxZX1l4c8Rz29xbyGOW3 kXQ79ldGBBVgQCCDkEV5T4FOPGekf9f0P/oxa7n9hTx9oHw3/aNs9R8T6xb+H9Hm0bWtOk1C4gnn itpLrSru2iLpBHJKV8yVAdiMQDnHFRqoTjDT3Z26e84v8W+m3ZI1cuZ3nr/l/Xz73OLsvjh4mi+J 0njK/v4fEviSdme4u/EtlBr/ANrZk2FpY71Jo5W29C6kjAIwQDXrv/BTPxrqfxD+N/hTWdYufteo 6j8P/DNzcSiJIw8kmlwSOQqAKoLOxwAAM4AAAFeQW2neF/BHxQNtrNxJ458NWbssk/hu+k0s6gCh 2tDLeWbPGA5GfMtskKwAGQw9C/al/aF+H/x+ttMutG8DeMfDmu6RpGm6Fb3F74vttStDa2Vslum6 BNOgcyskaksJQu7OEwcDOdnTil0kn6K0l+qHDSpJvrFr1fNF/kmdN4N+KXifxp/wTT+Jei6x4j13 VtG8OeJfDMWk2F7fyz22lo6arvWCNmKxBtq5CAZ2jPSvm2vddD1zwp4F/YV8ZaJ/wm2har4o8aa3 oeoQ6JZWmoi50+O0W/E3nyS20dvn/SI8CKaTOT6V4VTqfx6j/wAP/pEU/XW4fZj/AF1Ze8N+IJ/C niCz1K1jspbixmWeJLyyhvbdmU5AkhmV4pF9VdWU9CCK+h/26PihrPxb+Av7PGra3LZyXUnhXUVC Wdhb2FvCqazexIkcECJFGixxIoVFCjb05NfO2gTWNtrtnJqltd3mmpOjXcFrcrbTzxBhvSOVkkWN iuQGMbgEglWxg+1/Gv8AaL+GHxP+D3hfwzpvw98e6Rd+CNMuNN0W9ufHFpeRgTXk12z3ES6VEZSH ncAJJFwF6kEkq60klq1K/wAuWS/FtCj8T81+p1n7IPxw8QXX7M/x18HhtFt9Dtfh7JcYtdDsba7u XGq2Cgz3UcK3FxtWeUKJZHC7+MYGOY/4J93Q07x143u4rseH9Ss/B19Np3it4pGi8Gzh4cX7tErz R5UvbpJCjyrJdRmNd2CKv7PH7RHw3+Dfw68TaVq/gHxvruq+M9Ek0HVryz8Z2un2/kNdw3KtBA2m TNG4NvEpLyyA/OcDIC838MvjhoXwx8Z+K4YPDmsXvgDxlpz6PqGiXGtoNRNqZYp4it6lsqCeOeCK QObYodhVoyrEGp/xHJdYNX87z+f2l/mhRS9mov8AnTt/d9y/l9l6M9B/bg1i48T/AAt+FV/qfixf if4guItUS78bxC6ddWjW4jENm013FFdyy23zkmeMEJdRKhZFU16tqtlF8A/2D/jB8HFs4YvEOl6B pHiLxnccGX+1LjWdO8mxJx920tmCkBiPOuLgfw18xfGT42aT4v8ADPhfw34Q0HUvDHhnwnJdXdrH qGrrqeoT3d00RmnkuEgt0+7BAiqkKBRFk7mZmPq/hP8A4KbeLIf2dvHfg7xV4j+M/i3WfGunNpq6 lc/Eeb7Fp0fmRyLttJLaVm3bDHKPPUSwyOnyZ3VOnI7b3bt37fj73e6Tve6czjJyT/pff5XVttfR nzBRRRQWFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUA FFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf1r/wDBtJ/yg7+BP/XLXv8A1ItUr+Siv61/+DaT /lB38Cf+uWvf+pFqlAH3TX4Ef8HXJx+3l8P+cf8AFBw9f+whfV++9fgh/wAHU1n9u/4KAfDqMnCv 4FgB/wDBhfVyY7+Czzs1/wB2dz8y4LwLEMxZG9eTUzzpv4C1s2L2+pao9h9mjEX3Ucddw/irmrlB HcsnzHy2218zT95HxMJcyZObsPGcpXn/APwUF/5P2+N3/Y/69/6cZ67Tz/Lbk8Vxf/BQX/k/b43f 9j/r3/pxnr0ssjav8n+aPociVpy9DyGiiivfPpgooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAo oooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACii igAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKK ACiiigAooooAKKKKACv6X/8Agzf/AOUWXjT/ALKrqf8A6aNFr+aCv6X/APgzf/5RZeNP+yq6n/6a NFoA/WGvyC/4PJf+TD/hj/2Pyf8ApuvK/X2vyB/4PKP+TDfhj/2Pyf8ApuvK58T8C9Y/+lIyrfD8 1+aP50B8goWT5qQYYdaE610FMkx7U2k3HdS0CG/8tKdRRz2oAKKZz70+tAE+9zTW/wBWTjmnMfLb FC+lZgangL/kctG/6/Yf/Ri1d/Z++CF9+0R8UbTwrp2paRo89za3l697qbTC1tobW1lupWfyY5ZD iOF8BI2JOBiqXgb5fG2k/wDX9B/6MWvTv+Ccv/Jz6f8AYr+Jf/TFf09ozl2jJ/dFtfkXFX0PHfGO g2vhjxNeWFlrWmeIrW2fbHqWnx3CW12MA7kW4iimA5x88ang8Y5rMrs/2efHmufDf42eGdV8O6zq ug6pHqEMSXmnXclrcKjuEdQ6EMAysVIzyCQeDXt3/BQr9rvxj4h/aI+L/gW2u7bRvAR8U6jaHw9Z 2sf2JpItQdzeFWBJvJJELPc580hzGGEOIwSjyxhbVyv/AOS8v/yQoz5pyi9LW/G/5W7ny9RX238R Pi58SPh7+2foHwx+HV5qv/CsbttPtPDvhS1Bl0HxNpFxEh8+4tf9TefaEeV5ppQ7bi+XHljbzera 3D+z58GPil4i+B+rXWm3Vp8SrrRJvEGj3bf2hpnh4AtpoiulPmxQ3Eiyh5VZfNMMaMzA7TDklBVO j+/eK1XTWS+6XbUi+aXIt9PTVSe//br+9d9PkqKMyyKo6sQBmuo+OHwh1L4BfF7xF4L1iexudU8M 30mn3Utm7PbySIcEoWVWK+mVB9q9u+OfxV8VaR4B+CvxLude1nRfi/qsOpm6162vJLLWdQ0yN4oL G8mlQrI7uGvYfPY75Y4QGZgoNdX/AMFH/ix8bPiR+1l8afBtv4l+KWveENJvrjUrzQo9Qv7rTbLT Y2SVZ5LcMY0tlDROHKhBlDnkGqqaKNt/fv8A9u8v5Xf49ioNPXpp/X+Xc8r+GP7Kvhy++HPhbxF8 QfHN14Ih8f6g9j4Zhs9C/tZ7iOKTyZr26/0iH7PapMRGGTzpWKSkREIC2Prf7Iut+HND+Kk95rfh 2HU/hDfix1vSC119rmH22Oy8+BvI8lo/OkUfNKj4yQmOv1N8MPi5o3wp+CPwr1abxTD4A1nWfhxN o3h3xk9lPcppF3b+I7uS+tw1tHLcQSS2swTzYoyyiUDIVyaf8I/iNfeN/jj+2Z40+FiWPjC7vLGX xBoE72DSfIdat7gXcUFxGG8+CPdKgZMrJEGAJUZqrZTaWy9pf/tx2XpzJNu76vRJJkJvkv1bglf+ /v8A+A3S0XTq7o/P+us+L/we1P4K63pVhqk9jcTaxomn69CbR3ZVgvbZLiJW3KpDhJAGABAIOCRz XunjD4v+M/iL+xbY+PPHPiDXrzxroXjO0t/A3ii+uZH1q5gSG5lvYo7tj58kNvN9kdW3t5Mk2F27 zXZftlfHj49fEP4g+CvCXh3xn8Xdci8YfDbQbl9G07V9RuV1wSaTGbuQwI588OVnMp2tkrJu6NU1 PdTXVSS+Tg5/8P2t1NKdpO725W/umo/5/wDAsfFtFfbHgv4n6Z8F/wBiX4Z3fh34m/F/4YWmsPen xFfeBvDkNx/aGrpczBYLu+Gp2cm5LT7O0duylVSTzASZGxjw6rqHiT9vHwd41+Gvw78ReMdYTQI/ E93Ya54at9Dm8SyQwS/adTtLSKWaMM6x+fE8RkzcqWWNyNhJ3jJronb7le/a2jd77WdtXaU7xv1/ 4NkvXVdN7q+1/j+us8d/B7U/h74D8F+Ib2exlsvHVhPqNgkDuZYY4bua0YSgqAGMkDkbSw2leQcg fRfx8+O2sftL/sX6rq1t4n+Jv9ieG/FNjHe2fjzXbbxJPqk8sFx9n+yamLO3uAYVW4LWh3RhZzKC GLA7Xxp/au+PN9+z/wDs7Hw78Sfi5NqnivRtRtW/s3xDqLXGs3i61dxJGfLk3TTBGgQLywUxgcFR Q/htH4uZL74OX+Xfp1bSrS176W/W39f0z5h+Enwfj+KCanc3vi7wb4M0rR0ja5vdevnQsZG2osNt bxzXdwSRyYYHEY5kKKQal+OvwH1P4C6/pdtd6jouu6br+mRaxo+saPO81jqtpIWUSRmRElQrIkkb xyxpIjxsGUY5r6T4G8Q+D9Tvtd1fwPqOq6Z4U1RbLXINUsryKzguizD7JdyRNFJC7FHG3zI5Mq2C CDXrH7e7Prmg/B3XzpX/AAiNvrHgqJbLwmP9XoVvFczokkG79+be6bfco1wXlYzPmWUbXJNrljJd 0vvi397tp5X8mKPxNdLXX3pfdvfzsfO9FFew+BPHfwa1TwNb+GvFHgfxBol19kLTeMtJ1FtS1Vb0 MxBFjLJBaPaFSqeTlJlIL/aGH7snS6DrqePV2XjH4H6t4D+EnhLxfqVxp8Ft41a6bTLHe/214Ldx G10ybNqwtJvRDvyxik+XAydj4dfByw/aM/aZsPCHgVdT03Rdb1DyrWfWp45riwskBea6uWjVExHE kkrBRhVUjLY3Hu/EnxN8J/tIft7+Ek1N2s/hVY61pnhrTopR5YtdAt5kgj39NheINJIezyyGqhHn cIreT+5f5ttJd/e6oic1BSk9oq/9fjt1t0Z5t+z18Bbr9o3xxP4e07XdB0XU1sLm/tU1T7UFv/s8 LzyQxtDDKBJ5cbsPM2IduN2SAeDr7/8A2RPjV8dvGf7YHizwf4pXWrvw/wCG9H1r+1PDt9a7dL8G xxafcxQNaW5xFYFS0cMZhCbklKfMshB8WPxR8U/s7/sY/DjWPhbruteEz4lvtSTxbrWg3clnfTaj DMRb2M9zERIsS2jRSpDuCMZpH2krkc8avM0+jUWvm5f5WutL2W5tODi3DdptP5Jbfn3trtY+aaK/ Q7wl8YPFHwj8TePdY03Urjw94z1v4Hr4l8WWdr/oyJrxvolhvpbVcRx3n2WSCcNsDLJcNINrOaP2 lfi/4j+Kvwf+I+ja9qk99pVr8HfCPiUWpwsUurXFzpLz6jIq4D3chuJg87ZkZX2liOK0qPlm4dv/ ALpe3l+7du91otbRQ/eqLXW1vn7O1/8AwYr+j3Pzxro/hJ4a8P8AjD4k6PpnirxL/wAId4evLgR3 +tf2dJqH9nR4OZPs8ZDyc4G1Tnmvv39lXwNq3hb9oPRvgj4n+LPxb8dDTdKKa/4Ht/D8mqeDbS0e 13iN5J75dkMYkhInWy2pIUMbH5JD8s/8E1/i54r+G37ZXw3sPDvibxDoFj4j8W6PZ6tbadqM1rFq kH2xB5U6owEqYdxtcEYduOTW1KPPWVNeX5tdOnmn/wAHKpO1F1PL9E+vXya/4HhmpwQ2upXEVtP9 qt45WWKfYU85ASA208jIwcHpmoK92/Zc8W6r4M/4KM+DbvR9S1DSrqTx5bWrzWdw8Ejwy36xyxll IJR0ZlZejKxByDXrPjb48eJf2hPB37UGjeJ777b4c8LWsOpeHtEx/wAS/wAOTw63a2iPZREkW7GC eZHZCGl81zIXYlq5IVbwpvrKLf8A4Dy3/wDSuyOqcLV5U+0ox/8AAm0vlda6vTufPXw8/Zvf4nfC HxT4p03xh4T+2eD9PbVtQ8PzLfrqYtVuIbfzUb7KbVgXnjwv2jdgk7eK4/4b+Bbz4o/EPQfDOnNb pqHiLUbfS7Vp2KxLLPKsSFyASF3MMkA8djXrf7G//JN/2gP+ybyf+nfS66X/AIJH6zoui/tv+DX1 W8lt5pdRtltYh4TsdejuCsqysC1zIpsyBHkXMCvKnO0DJz1pR9tGMtnFP8ZL/wBtX6djmm5KhKcd 1Jr/AMli1+b/AF7njvxv+AerfAS60GHV7zSrt/EWnPqlt9hleQJCt5c2nzFkUZL2sjDbn5WUkgkq OHr7L/4Kv/FnRvGmn/DbTbDVn1C7HhbStTdJfh5o2gyLFcQSXCP9ptJHmXcLjJtMeSpO8M7c18aV z023zKXRtfc2v6/z0N5pKzjs0n96ue9fGr41al8KPEmi6Jomi/D6HT4fCfh25AufA2i3k0ks+i2U 80jzTWryOzyyuxLMTljWH8Y/FD/EP9mzwPr97pnhq01aXxNr2nyz6RoFjpHnwRWujyRI62kUSvta eYgsCR5jc4rM/aw/5Kjpf/Ym+Ff/AFHtOo8U/wDJnfgT/scvEf8A6RaDXyGX4PDwpZfiIU0pyteS Su70Zt3e7u9X5n53lWX4WnQyvFU6UVUnbmkopSd6FRu73d3q77vU80ooor7M/QQooooAKKKKACii igAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKK ACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAr+tf/AINpP+UHfwJ/65a9/wCpFqlfyUV/Wv8A8G0n/KDv4E/9 cte/9SLVKAPumvwM/wCDq+8ax/b6+HUu3cE8DQMR6/8AEwvq/fOvwF/4Ovm2/t5fD7nH/FBw/wDp wvq5cZ/CZwZmr4do/O2y1C20rVDqIlBz9xP4vmrBkud8jE9eetQoQwHYUjyiLLfe96+chTPjoYez 90bdsGXPTiuQ/wCCgv8Ayft8bv8Asf8AXv8A04z11F9cIseDz2rl/wDgoL/yft8bv+x/17/04z16 WAa9vbyf5o9/Jv4kvQ8hooor2z6EKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAo oooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACii igAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKK ACiiigAr+l//AIM3/wDlFl40/wCyq6n/AOmjRa/mgr+l/wD4M3/+UWXjT/squp/+mjRaAP1hr8gv +Dyb/kw74Y5/6H5P/TdeV+vtfkD/AMHlBx+wb8Mf+x+T/wBN15XPifgXrH/0pGdX4fmvzR/Odyop 0fy80yPO3nmn8yDgV0DYuzvR97gU70zUbfe460CF5xTWO6nc9KPuCgAwPL96Wmc8U5n20ALt3L70 WVu95cJFGjyyysEREXczk8AAdyad97pXRfBTUv7G+NHhK7PAtdas5s+m2dD/AEpxV2kJ6I+tfgZ/ wRR+Ktv4S0z4j/Fa50P4G+BvOjntbnxdP5Gp6uw+ZYbWwH755WwMLII8hsjIr5G/Z++N99+zv8Ub TxVp2m6RrE9ta3lk9lqazG1uYbq1ltZVfyZIpBmOZ8FJFIODmv6X/jB/wUK+Fvj3xT4x+APxRtbC 9vbGCM6cNchR7e9kktllhaCY/dmUyYUNtbI+RiTgfy2V14qg6Fotbp+jTX/D3FTlzXs7ry6M7LSP jpr3gL4k3nifwHdXnwzvLlWijj8L6pfWgtImC7okled7goSoJDytk/QATfFD9pv4k/G/SLfT/Gnx B8b+L7C0m+0QW2t67dahDDLtK71SV2AbaxGQM4JHeuHorjtpZm3W6O30P9pf4j+GfhtN4N034geN tP8ACFxFLBLoVtrl1FpsscuTKjW6uIyr7m3ArhtxznNZPw1+Lfir4MeIW1fwf4m8QeFNVeFrdr3R tRmsbhomILRmSJlbaSqkjODtHpXPUUdbhbSxreOPHuufE7xVd674k1nVvEOt35U3WoandyXd1clV CKXlkJZsKqqMngKB2roPEX7SvxG8X/Du38Iat4/8a6p4Ts44ooNEu9cup9OgSLAiVbdnMahMDaAv y4GMVxNFHTl6B1uemfCH9r3x98DfDA0XQNU01tJj1BdWt7TVdCsNYisLxRtFzbLeQyi3mxgGSLYx 2rknaMYuj/tFfEHw7a38On+OvGNjDqupprV7Hb61cxLeX6SLKl3IFcB51kRXEjZcMoIOQDXG0U7u /N1/ytb8l9yFZWt/X9av7zpPid8ZPF/xt1uHU/GfirxJ4u1K3gFtFd61qc1/PFEGZhGryszBdzMd oOMsT3rS079pX4jaP8Mn8FWnj/xra+DZI5IX0GHXLpNMeORi7obYP5RVmZiRtwSST1riaKXTl6Du 736nW/Cz49+OvgXPeyeCfGnizwdJqSot2+h6vcae10EyUEhhddwXc2M5xuOOtR3Hxw8aXfj688Vy +L/FEnijUUaK71h9VnN/dIyCNlkn3eYwKAKQWOVGOlctRR1uKyaszrfip8fvHfx0ksn8b+NfFvjF tMDizbXNYuNQNoH27xH5zts3bVzjGdoz0FWfh9+0r8RvhJ4Xu9D8KeP/ABr4Z0W/keW60/SdcurK 1uXdQjM8UbqrEqqqSRyFA6CuJoo6NdGPrc6P4ZfGDxb8FNek1Xwb4o8ReEtTmgNtJeaLqU1hPJES rGMvEysVJVSVzjKj0rP8Y+NdY+Inia81rxBq2p67rOoP5l1f6hdPdXNy2ANzyOSzHAAyT2FZlFD1 3AKKKKAOs+GPxk1X4SaX4qg0eOzSfxbo0mhXF5Irme1tZXjaZYSGCqZUTymLK37uRwMFs1ydFFHW /wDX9av7wWm39f1ZHolp+178WbDStDsYPih8RIbLwwyNo9vH4kvFi0kpE0KG3USYiKxO6DYBhWZR wSKoeBP2lPiL8Lte1fVPDPj7xr4d1PxBJ52qXml65dWk+pPuZt07xuGlbc7nLEnLMe5riqKOvN1D pbodx4Q/ab+JPw9v9cutA+IPjjQ7nxNMbjWJtP126tpNWlJYmS4ZHBlYl3JL5Pzt6mpbP9qj4n6f a2sFv8R/HkENlpZ0O2jj8QXarb6edoNmgEmFgOxcxD5PlHHArgqKOlv67fk2g/r+vuPRdO/a/wDi 1o/hzStHtPij8RbXSdCMR02xh8SXiW2nmLiLyYxJtj2fw7QNvbFM8Ifta/FX4fahq93oPxM+IOiX XiC7a/1SbT/EV5bSalcNnM07JIDJIcnLNk8nmvPaKP6/r7l9weX9f1qz0TVP2u/ixrnjTTPEl78T /iHd+ItFjkh0/VJ/Ed5Je2CSDEixTGTfGrDhgpAPektf2ufivY3Guyw/E74hwy+KCG1l08R3itq5 8vys3BEn7792Anz5+UY6cV55RRZWt/XcOtz0r4eftIP8MfhD4p8Lab4P8J/bPGGntpOoeIJmv21M 2rXENx5SL9qFqoDwR4b7PuwCN3Ncn8M/iZrfwd8c2HiTw5e/2drWlsz2tz5McphZkZCQsisudrHB I4PIwQDWDRQ9Xd+ny/psFouVbb/P+kjb8efEXWfibqlpe65etf3Njp9ppVu5jRPKtrWBIIIwFAGF jjUZxk4JJJJJxKKKPMPI9x+Knhfwf8Xta0fWoPit4H0j/imtC0+ay1Cx1v7TbT2mk2lpMjeTp8kZ xLC+CjsCMHPNYfxek8P+G/gL4O8LaT4v0PxdqFhr+s6rdyaVbX8UNtFc2+lRRAm7t4CWLWk3CggA DJ5xXlVFeJhsk9i6K9tOUaXwxfJb4XBXtBPRPvvufOYTh32DoL6xUlGj8MX7O3wSgrtU1J2Un9re 17hRRRXtn0YUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAV/Wv/AMG0n/KDv4E/9cte/wDU i1Sv5KK/rX/4NpP+UHfwJ/65a9/6kWqUAfdNfgF/wdiTCL9vL4e5/wChDh/9OF9X7+1/Pp/wdtXr Wv7evw7A7+Aof/TjfVhiVem0cmOjzUWj84576N/D6OI40Ky7eP8AdrHlus2/JUe/92s59UkutFWH fg791V7Kwl1e8EW5gq/NKf8AZrxfZ8qvI+ZVC2puaMYpHN5ct+7Y/ul/4D1rmf8AgoL/AMn7fG7/ ALH/AF7/ANOM9dPqCR28IjXoq/J9K5j/AIKC/wDJ+3xu/wCx/wBe/wDTjPWuXr9/fyf5o9TKYpTb XY8hooor3D3QooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigA ooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACi iigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKK KACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACv6X/+DN// AJRZeNP+yq6n/wCmjRa/mgr+l/8A4M3/APlFl40/7Krqf/po0WgD9Ya/IL/g8mXf+wd8Mf8Asfk/ 9N15X6+1+QX/AAeTf8mG/DL/ALH1P/TdeVz4n4F6x/8ASkZVvh+a/NH85zdBSx496RvuCnV0FDmY VFI3l59aX/lpSyMFPNAg52e9Iu5uO9Oj71Hv/eUAOz703yizU/3paAEb90tWdBvxp2s2V3/z7TpL /wB8sD/Sq7fvo1JqPy9sgx0oA/VP/gpJHFrf7YWk6q6gr4k8K6Bqik9y9qgz/wCOV+Tlfsn4D8Oe A/8Agqx+zn4P8S+BfFq6V8ZvhZ4Xs9J13wzqjCP+0bSzG0Sx98HJxKu5fnRZBGSDX42V7ea4qFal R5Xqk7/gceDw86dWo3tJ3QUUUV4h6AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFA BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABX9a/wDwbSf8oO/gT/1y17/1ItUr+Siv61/+DaT/AJQd/An/AK5a9/6kWqUAfdNfz3/8 HcI/4z3+Hf8A2IMP/pxvq/oQr+fL/g7Yg+0/t+/DlM43eAof/TjfVlW+A5sX/CZ+V3mbIuPmJ+VQ K6SwsBo+kqr8SSfMxpngWwg1fxEytGogiXaG/vPUmpzEzyIf4a8GpPmlY+YqT5pcqKOqOGUEmsT/ AIKC/wDJ+3xu/wCx/wBe/wDTjPWlevuWs3/goL/yft8bv+x/17/04z12YOKVZW7P80erlfxv0PIa KKK9c9sKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKA CiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK KKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoo ooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAr+l/8A4M3/APlF l40/7Krqf/po0Wv5oK/pf/4M3/8AlFl40/7Krqf/AKaNFoA/WGvyB/4PKP8Akw34Y/8AY/J/6bry v1+r8gv+Dyc4/YO+GP8A2Pyf+m68rnxPwL1j/wClIyrfD81+aP5zh/qz9aRvvrSx+lJH8zc10FPc H+9TmjpPlpd3zHmgQNhY6bxxTpI/MWm7P3goAc3UUtIvU0klACt1FfTv/BGz9nLwf+1v/wAFMvhb 8OvH2mSax4S8T3d5BqFol1LatKEsbmVMSRMrqRJGh4IzjByCRXzA/wB6vrT/AIIY/FXw38Ef+Cr3 wf8AFXi/XdK8M+G9Gv7ya/1PUrpLa1tUOn3SgvI5AGWYKO5LADJIFAz9KP2tv2NP2Wv+Cff7Sp0j wf8ACLVP+Ei0iJLmx1rTPifqST2EkikbZodjbWwTujLsHjcZ4civwSr+iuXxj+ynqXxt+OPiHxV8 avhX40PjCeW58KyJr8ckkJuWmkkURg5WeNzEit0xgrjLKP51K9bNHg0qdPCLVL3nrZtpPS7dvPY4 sB9ZbnPEbN6LsrvyCiiivJPQCiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiii gAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKA CiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK KKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoo ooAK/rX/AODaT/lB38Cf+uWvf+pFqlfyUV/Wv/wbSf8AKDv4E/8AXLXv/Ui1SgD7pr+fH/g7dmNv +3v8Om9PAcOPr/aF9X9B1fz8f8HZNv8Aaf8AgoT8OOcLH4Bhc+//ABMb6sMS7U2zlxjtSZ+b+jWU XhzTUfzEc434772rDv7j7Q77vlL/ADVNfXIVgNv8W7IqhdSF5GPfFeBSjzSufLU9ZFOY1V/4KC/8 n7fG7/sf9e/9OM9W5F2qaqf8FBf+T9vjd/2P+vf+nGevRwv8Zej/ADie1lvx/L/I8hooor1T2Qoo ooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiii gAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKA CiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK KKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACv6X/wDgzf8A+UWXjT/squp/ +mjRa/mgr+l//gzf/wCUWXjT/squp/8Apo0WgD9Ya/IL/g8nOP2Dvhj/ANj8n/puvK/X2vyC/wCD yc4/YN+GX/Y+p/6bryufE/AvWP8A6UjOr8PzX5o/nND/ACjA+9RHn0pTnAp275a6BsZt7d6JM7Ri jP504f7NVEQvmdMUbvn96TH7zNDDbJVALs70N81Oz+7ptZgHDV678Ef2QLr4vfDPU/HWt+N/A3wy 8EaZqCaOmt+KZL9otR1Bk8z7JbQWFrdXMrrERI7CHy41ZN7qXQN5BHX0h8NvE3gX4/fsa6N8LfFP xA0X4Xa/4E8V6h4h0rU9dsdTutI1e01G3tIbiBv7PtrqeO5iksYWTMIjdJZQ0isiB7irxdt9Lf8A gST7dLvfTfW3Kxazinotb/8AgLa++SS9H03Xm/xB+B+u/s4ftFJ4P8SJaf2lpt7ZyrPZ3C3FpfW8 wjmt7qCVeJIZoZI5EburjIByB5LX6Ga//wAFA/Cv/CA/Ejwl4D8V+JNJt9Tm8AeD9GnFm9jqPiTR dJsb2y1CeTytyQrMZUJheXLRTiM7wJBX551n1aTuls9m1ZO9um9mujTXQ06K+9lfydtVfyd110s7 u4UUUUwCiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK/rX/4NpP+UHfw J/65a9/6kWqV/JRX9a//AAbSf8oO/gT/ANcte/8AUi1SgD7pr8B/+DrtFX9vDwA56/8ACBwL+H9o X1fvxX4B/wDB2O5H7dPw9UY58Cw8n/sIX1cmOdqLOPHu1Bn5fahJ/oSHGPn21nSnMpz6VZLq1rtJ 531Sl3b29MV5dNWR87TVkQzMNtVf+Cgv/J+3xu/7H/Xv/TjPVib7lV/+Cgv/ACft8bv+x/17/wBO M9deH/jr0f5o9bL/AI36f5HkNFFFeoewFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUA FFFFABRRRQAV/S//AMGb/wDyiy8af9lV1P8A9NGi1/NBX9L/APwZv/8AKLLxp/2VXU//AE0aLQB+ sNfkD/weUHH7B3wx/wCx+T/03Xlfr9X5B/8AB5L/AMmH/DH/ALH1P/TdeVz4n4F6x/8ASkZVvh+a /NH85pXcKdzspo+tSZ966CmQyZ3ZpU+9T5I6ExQITdubiiX/AFopsbDdS/8ALSgCTd8tNkxjpRRW gCMmWr0/wr+zZN44/ZY1z4i6Vfz3194c8Vad4cvtEisgzRxX0Fw9tdCQSbiGltpISnl4DNH85LbR 5huFfRf/AATY/bE8NfsefFnWdQ8caFqnibwnqunxytptgUEn9qWNzDqGmTHeyjYt3bRpIQd3kzTB QSQCocmvPtvpvo02l0vJJxV+rv0JlzXXL6eWul31sm+Z27WGfEP9iy8+Fvxuj8MeGf8AhNfHes6H 4sufD97PY+E3XSpLmwggmvo7a5jnlaeS3Zp/MXy1CwxxzFsS7U+ZK+1v2Rf+CgWh/Dbwl4S0rXbf xNeeI4PFvjHW7y8s4YfLkbXPD8WmW5VjKrbluVZ5PlAVCCpdvlr4pqLNNJ6vli3ba7WqXozd8v2d tfX4pJX/AO3bMKKKKBBRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf1 r/8ABtJ/yg7+BP8A1y17/wBSLVK/kor+tf8A4NpP+UHfwJ/65a9/6kWqUAfdNfz+/wDB2e2P27Ph 9/2IkP8A6cL6v6Aq/n7/AODtNtv7dXgDgH/ig4f/AE4X1c2L/hM48f8AwWflr5nmGo5Fz+VSrhrf cBj5qhkOHavO1vofPwIJvuVX/wCCgv8Ayft8bv8Asf8AXv8A04z1Ym+5Vf8A4KC/8n7fG7/sf9e/ 9OM9bYf+OvR/mj1Mv+N+n+R5DRRRXqHsBRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFA BRRRQAUUUUAFf0v/APBm/wD8osvGn/ZVdT/9NGi1/NBX9L//AAZv/wDKLLxp/wBlV1P/ANNGi0Af rDX5Bf8AB5McfsHfDH/sfk/9N15X6+1+QX/B5P8A8mHfDH/sfk/9N15XPifgXrH/ANKRlW+H5r80 fznBMihfvmgbscdKVP8AWV0FMWik/wCWhFCdKBDdn7wU+ikOO9AC0z+A0Nzgg07ZQA3bu5p23zI8 UPmOTA6UL6UAangdf+K10bHH+nQ/+jFrmK6fwS+zxto//X9D/wCjFrmKC0FFFFAwooooAKKKKACi iigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKK KACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoooo AKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigA ooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACv61/+DaT/AJQd/An/AK5a9/6kWqV/JRX9 a/8AwbSf8oO/gT/1y17/ANSLVKAPumv59/8Ag7XP/Gd/w+H/AFIUP/pwvq/oIr+ff/g7VbH7enw8 H/UhQ/8Apwvq58V/DZyY7+Cz8txJ5duF/wBqoiPvH2qQLuYelNl/pXndTwepBN9yq/8AwUF/5P2+ N3/Y/wCvf+nGerE33Kr/APBQX/k/b43f9j/r3/pxnrXD/wAdej/NHo5f8b9P8jyGiiivUPYCiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooo oAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK/pf8A+DN//lFl40/7Krqf/po0 Wv5oK/pf/wCDN/8A5RZeNP8Asqup/wDpo0WgD9Ya/IL/AIPJ/wDkw34Y/wDY/J/6b7yv19r8gf8A g8o/5MN+GP8A2Pyf+m68rnxPwL1j/wClIzq/D81+aP50AuRxR/q+TShsJSf6xea6BsWOMb85pjf6 zpUmB6U3d+FAg+6ppv8ArVp207uvHvR/HxQAf8swKN3pRJmMnvTGk8v60AP2fLimxr5fFS49/wBa aO9AGl4GP/FdaOf+n6H/ANGLXM16v+yx8CvE37Qfxn0vRfC+nSX9zBKt7dSfdhsreNgzzSv0VB09 SSqgFmAPlFLmV7G3spqCqNaO9n3tv91wooopkhRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUA FFFFABRRRQAUUUUAFf1r/wDBtJ/yg7+BP/XLXv8A1ItUr+Siv61/+DaT/lB38Cf+uWvf+pFqlAH3 TX8+v/B20u/9vH4ej/qQof8A04X1f0FV/Pt/wdrHH7enw9/7EKH/ANON9XPif4bOPHfwWflvFjgU 2X+lEK7pKdLH/KvO6nhdStN9yq//AAUF/wCT9vjd/wBj/r3/AKcZ6uSrlKp/8FBf+T9vjd/2P+vf +nGetcP/AB16P80ejl/xv0/yPIaKKK9Q9gKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooo oAKKKKACiiigAr+l/wD4M3/+UWXjT/squp/+mjRa/mgr+l//AIM3/wDlFl40/wCyq6n/AOmjRaAP 1hr8g/8Ag8kXd+wf8Mf+x9T/ANN15X6+V+Qf/B5L/wAmH/DH/sfU/wDTdeVz4n4F6x/9KRlW+H5r 80fzmvnHFOpv/LOnV0FMR+lJsob74pJJPLagQ7Z8mKbzHwKk8393mo8/NmgA+6aPL289ad70nmUA JcqUjGeaN25Aaf5fmRgtXQ/BzRofEfxf8LWFyqva3urWsEqnoyNKoYfkTRNqEXJ9DfDUJV60KMN5 NJfN2P2f/wCCZH7KumfsufsbpJcWax+M/GNmNS1iV1/fJuQmG19QI1blf77Oe9fhXX9Cnh7VtV+I rSaPols9/fyWs8whR1UmOKJpJDliBwiseuTjAySBX89dfM8N42WKjUrS6tf18j9m8Y+HqOR1MHl1 Fq0YS062uldr+809eruFFFFfTH4sFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUA FFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAV/Wv/AMG0n/KDv4E/9cte/wDUi1Sv5KK/rX/4NpP+UHfwJ/65a9/6kWqUAfdNfz7/APB2 qN37efw94/5kKH/04X1f0EV/Px/wdqc/t5/D3/sQof8A04X1c+J/hs5Mb/CZ+WsHbinS/wBKQfu6 JW3dPSvO6ng9SCb7tVP+Cgv/ACft8bv+x/17/wBOM9aPkbwCRxWd/wAFBf8Ak/b43f8AY/69/wCn GetcP/HXo/zR6OX/ABv0PIaKKK9Q9gKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooo oAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAr+l/wD4M3/+UWXjT/squp/+mjRa/mgr+l//AIM3/wDlFl40/wCyq6n/AOmjRaAP1hr8 gf8Ag8o/5MN+GP8A2Pyf+m68r9fq/IH/AIPKP+TDvhj/ANj8n/puvK58T8C9Y/8ApSMq3w/Nfmj+ c4/6s01v9YAOlOjUxrQuMV0FMTzNx6U+SPdS0m75qBDZP3a0bx6U8L5kfPNMaP8Ae9OKAHr82Kb/ AMtKPm59KX+J6AG+Z2PBrU8G+JD4T8YaXqigs+m3cV0AO+xw2P0rNZNzZr6d/wCCNv7OXg/9rj/g pl8Lfh14+0yTWPCPie7vINQtEupbVpVSwuZUxJEyupEkaHgjOMHIJFVJKSaexpRqypVI1Ibppr1R 91fCP9qnUvhzqcOu+G763Et9ZPbJM0azJJBOm1sBh3U9evNfjLX9B/7Z3wJ/Z2/Ye+Jkvw40H4V3 epLptpG1pd2/xCu5Hst4O1Jonhcq6nB2GQ5Qocjdgfz4V5OU8N43KaX+025KmsLO+ne3R7H6Z4l+ IuV8XYihiMDTcatKLjUuktdLJNNuST5rXtvtqFFFFeofmYUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFA BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABX9a/wDwbSf8oO/gT/1y17/1ItUr+Siv61/+DaT/AJQd/An/AK5a 9/6kWqUAfdNfz7/8Ha7Y/bw+HuOv/CBQ/wDpwvq/oIr+fr/g7RgM37efw95wP+ECh/8AThfVz4r+ Gzmxn8Jn5b2ym4UcYqxHbCNfXinW6CPA96kk6mvOPn+pBKu2KsP/AIKC/wDJ+3xu/wCx/wBe/wDT jPW7N86Vhf8ABQX/AJP2+N3/AGP+vf8ApxnrXD/x16P80ejl/wAb9P8AI8hooor1D2AooooAKKKK ACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAo oooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACii igAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACv6X/8Agzf/AOUWXjT/ALKrqf8A6aNF r+aCv6X/APgzf/5RZeNP+yq6n/6aNFoA/WGvyC/4PJ+f2Dvhj/2Pyf8ApuvK/X2vyC/4PJ/+TDvh j/2Pqf8ApuvK58T8C9Y/+lIyq/D81+aP5znztApPJ9zSjO0U5fmroKY3y/moaMyKKSSTbx3qTdQI j64HSnZO7H8NCr82aGk/eUALs/d0evvTs/u6bQAm4V9Y/wDBDH4qeG/gl/wVf+D3izxdruleGfDe jX95Nf6nqd0lta2qHT7pQXkcgDLMFHclgBkkCvk/zFooGf0Ly+Mv2UtR+N3xx8Q+K/jX8K/GbeMJ 5bnwrIuvxySQm5aaSRRGDlZ43MSK3TGNuMso/nUr13w18CdX0v4VeEPiZJcaadB1rxhN4ZggWR/t a3NrFZ3EjsuzYIyl3GFIcklXyoABPkVdmNxlbET/AHzu0krdvdVvvVmZYbC06MP3Ssnd+urv9zug ooorjOgKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKA CiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK KKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoo ooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAr+tf8A4NpP+UHf wJ/65a9/6kWqV/JRX9a//BtJ/wAoO/gT/wBcte/9SLVKAPumv5/f+Ds3/k/D4ff9iHD/AOnC+r+g Kv5/f+Dsz/k/H4e/9iHD/wCnC+rDE/w2cmN/hM/L+DO78afJ1NJbU+XqK808IrzfIlYX/BQX/k/b 43f9j/r3/pxnrfuf9Wv1rA/4KC/8n7fG7/sf9e/9OM9a4f8Ajr0f5o9DL/jfp/keQ0UUV6h7AUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABX9L/APwZv/8AKLLxp/2VXU// AE0aLX80Ff0v/wDBm/8A8osvGn/ZVdT/APTRotAH6w1+QP8AweUf8mG/DH/sfk/9N15X6/V+Qf8A weS/8mH/AAx/7H1P/TdeVz4n4F6x/wDSkZVvh+a/NH85w6+9BzQv31p8ldBTIaen3aV46KBCffFN /wCW34UK2KfQA/7q0zzGok+71pmR60AO+9zS0mfmxTZJBHnG7NAH1X8I9Y8D/En9hLwl4KvviZ4U 8H+L/C3xJ1PxIdK1mw1iSTU7W4sdLhhEEtpZXEO9pLWVcSyRgfKSQDmvkOvpT4Mfst+HB+z/AKB8 U/GHjDXNDtte8TXPh7QbfSPDS6vbNf2kVvOY9QuDdQGzWT7RF5flx3EjKsz+WAg3/NdOp/Fk3u+W /wD4CkvvST/yLpv91FLZc1v/AAKTf/k1/wDghRRRSGFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFFFFABRRRQAV/Wv/wbSf8AKDv4E/8AXLXv/Ui1Sv5KK/rX/wCDaT/lB38Cf+uWvf8A qRapQB901/P7/wAHZhx+3j8Pv+xDh/8AThfV/QFX8/v/AAdmf8n4/D3/ALEOH/04X1YYn+Gzkxv8 Jn5hW/8AWpW6morf+tPl715p4JHdfcrnf+Cgv/J+3xu/7H/Xv/TjPXRXX3K53/goL/yft8bv+x/1 7/04z1rh/wCOvR/mj0cv+N+n+R5DRRRXqHsBRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFf0v8A/Bm//wAosvGn/ZVdT/8ATRotfzQV/S//AMGb/wDyiy8af9lV1P8A9NGi 0AfrDX5Bf8Hkzbf2Dvhj/wBj6n/puvK/X2vyC/4PJhn9g74Y/wDY+p/6bryufE/AvWP/AKUjKr8P zX5o/nPPTNN3GnfwjFJF9+ugpjqKQ/6w0J0oEJ/y0o/5aUf8tKJPl5oAdTY6TJzntTk6UAH86Nxk 68U24z5mR0pY/m5oA+n/ANgX9onwP+z1bX02peJvicup+II7nS9U8GWOlWl14Z8XRPA0dn9snku0 aHyppWf/AI9LhkMYeN0dvk+Tq6fwP8/jXR8f8/0P/oxa5inJ8zu+yX3fj1fl2sVBWX9f1+vcKKKK RQUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFA BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABX9a/wDwbSf8oO/gT/1y 17/1ItUr+Siv61/+DaT/AJQd/An/AK5a9/6kWqUAfdNfz/f8HZf/ACfj8Pv+xDh/9OF9X9ANfz/f 8HZX/J+Pw+/7EKH/ANOF9WGJ/hs5Mb/CZ+YFtJ/OpJe9Q2w8v86kk7k8V5p4I26OUrnf+Cgv/J+3 xu/7H/Xv/TjPXRT8qMVzv/BQX/k/b43f9j/r3/pxnrXDfx16P80ejlzvUfoeQ0UUV6h7AUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABX9L/APwZv/8AKLLxp/2VXU//AE0a LX80Ff0v/wDBm/8A8osvGn/ZVdT/APTRotAH6w1+QX/B5OcfsG/DL/sfU/8ATfeV+vtfkD/weUc/ sG/DH/sfk/8ATdeVz4n4F6x/9KRnV+H5r80fznR/vI+KSSPyaUHylAFO/wBZ1roGxY4xvzmmNnn/ AMdqTC+lN48znpQII170Z83KU3b37U+N6AE8vp/s0tEveozJsoAf5W5aI+KevQ0z7goA0/Av/I86 P/1/Q/8Aoxa5mvT/AIbfBbxjq2uaLqNr4S8TXOnvdQyrdRaXO8LJvB3Bwu3HvmvMKudOcLc6auOE 4y2YUUUVBYUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFA BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABX9a/wDwbSf8 oO/gT/1y17/1ItUr+Siv61/+DaT/AJQd/An/AK5a9/6kWqUAfdNfz/8A/B2Wcft3/D7/ALEOH/04 X1f0AV/P7/wdm/8AJ9/w+/7EOH/04X1c+K/hs5cZ/CZ+YEbfN+NSOcD8aiiGEqZRuArzNInz+wyQ HZ7Vzn/BQX/k/b43f9j/AK9/6cZ66wx8GuT/AOCgv/J+3xu/7H/Xv/TjPV4OXNiPk/zR3ZW71H6H kNFFFewe4FFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAV/S//wAGb/8A yiy8af8AZVdT/wDTRotfzQV/S/8A8Gb/APyiy8af9lV1P/00aLQB+sNfkH/weSjP7B/wx/7H5P8A 03Xlfr5X5B/8HkvP7B/wx/7H1P8A03Xlc+J+Besf/SkZVvh+a/NH85o4GacrU3/lnRn93XQU9xfM G7Helpm3aOetOaTdQIX27UnSTHalpv8Ay0oATndR5PzZpzNik8ygBZP3fSu7/Ze0O28U/tC+D7G8 hjubaXVITJFIoZJQp3bWU8FTjBB6gkVwn/LIE/Ia9Q/YpRW/az8BI5AEmqxRjPdmyFH1JIA+tejl EYyx9CM9nON/vRyY9tYWo478r/I+7NM1KbW3R7+RpbrcC0rnJk9yfWvywr9K/G3xM8M+D/GWm+GL /W0s/EuobJrey8vKRqcFBPJn91JKDmNSDkYLbA8Zf81K/Z/HXMssxGNw+Gy6al7LnjK3SXu6f15r ofm/hXhcbTw1ati4OPtOVxv1XvahRRRX4Ofq4UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFFFFABX9a//BtJ/wAoO/gT/wBcte/9SLVK/kor+tf/AINpP+UHfwJ/65a9/wCpFqlA H3TX8/3/AAdmf8n3/D//ALEKH/04X1f0A1/P9/wdmDP7d/w//wCxCh/9OF9XPiv4bOTG/wAJn5fW 3WrcacCqdv8A1q/BEZV+XrXlVZWR89N2iWIbcNkk4CjmuJ/4KC/8n7fG7/sf9e/9OM9dh4lu1sdH IUYknbCqP4a4/wD4KC/8n7fG7/sf9e/9OM9GXJ+3u+z/ADR6OVr32/I8hooor3T2wooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooo oAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACv6X/APgzf/5RZeNP+yq6n/6aNFr+aCv6 X/8Agzf/AOUWXjT/ALKrqf8A6aNFoA/WGvyC/wCDyb/kw34Zf9j6n/puvK/X2vyB/wCDyrP/AAwb 8Mcf9D8n/puvKwxPwL1j/wClIyrfD81+aP50E/1bUyl+5HyaX5a3KYvOaGUbqDIdo5ok/wBZzQIL j93Hx1pqsdoJ60/jyxk80kmfM9qABPu0tJ3NG08/NQAN6HmrOj6rc6FrFte2VxNaXlnIs8E8LlJI ZFIZXVhyGBAII6EVW8rzGo/1b0AdR4DvLnxf8YtGu9Tubi+u9T1mCS6uJ5C8tw7zqXdmPJYkkknn JrhK7j4Or/xdjwuP+ovaf+jkrh6N9WXHYKKKKBhRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFf1r/8ABtJ/yg7+BP8A1y17/wBSLVK/kor+tf8A4NpP+UHfwJ/65a9/6kWq UAfdNfz/AP8Awdlru/bv+H3b/ig4f/ThfV/QBX4Af8HZI/4zu+Hx7f8ACBw/+nC+rnxX8M5Mb/CZ +X8MflpxzWlYI7KMDlqoW+JByvNadg3kQySf880Lf+O14M5HzlT+UxfEdwt3rDBDmOBdi/7VYH/B QX/k/b43f9j/AK9/6cZ60k+dfMPVyzVm/wDBQX/k/b43f9j/AK9/6cZ678ErVV6P84nrZcrS+X+R 5DRRRXrnsBRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUA FFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf0v/wDBm/8A 8osvGn/ZVdT/APTRotfzQV/S/wD8Gb//ACiy8af9lV1P/wBNGi0AfrDX5A/8HlAz+wd8Me3/ABXy f+m68r9fq/IL/g8m5/YO+GP/AGPqf+m+8rDEfCvWP/pSMqvw/Nfmj+cwxjcpzmpN3tUa/LjI5p6t mumQxlSNGJCCxpj/AHqcsg21IA2AwHX5aSSQ+Zilz+8z/s0eX+8oAXy/3fWk8vr81SfwfhUePagB obbX07/wRs/Zy8H/ALXP/BTL4V/Drx9pkmseEfE93eQahaJdS2rSqlhcypiSJldSJEQ8EZxg5BIr 5kya+sf+CF/xV8OfBL/gq78H/Ffi/XdK8M+G9Gv7ya/1PUrpLa1tEOn3Sgu7kAZZgo7ksAMkgUDP 0b/bb/YM/ZI/Yu+PkvhfRvgnPqep6akN5aalbfEnUGaylPzIJrdkYLIrANsLMCpU5+bA/CCv6K5P Gf7KWp/G744+IfFXxr+FfjRvGE8tz4VkTX45JYTctNJIojBys8bmJFbpjG3GWUfzqV62afUkqcMI tUlzPWzbSfVu1tb7HFgPrLc54jZvRdld+QUUUV5J6AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFA BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABX9a/wDwbSf8oO/gT/1y17/1ItUr+Siv61/+DaT/AJQd/An/AK5a9/6k WqUAfdNfz/8A/B2VJ5f7d3w/4yP+EDg/9OF9X9AFfz//APB2Um/9u74fe3gOE/8AlQvq5cZ/CZx4 /wDgs/MbTR5rDBzVzX2NroDY+/I2xaoWaeXIrA/dpviy+eP7LDjjHmV4a1mkfM399FCWLyrcL/dr K/4KC/8AJ+3xu/7H/Xv/AE4z1qXF4pT3rL/4KC/8n7fG7/sf9e/9OM9elhv46Xk/zR7mA+P5f5Hk NFFFeoesFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUA FFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAV/S//AMGb/wDy iy8af9lV1P8A9NGi1/NBX9L/APwZv/8AKLLxp/2VXU//AE0aLQB+sNfkF/weTDP7B3wx/wCx9T/0 3Xlfr7X5B/8AB5L/AMmH/DH/ALH1P/TdeVz4n4F6x/8ASkZVvh+a/NH85p6Yp23b7Ui/fWlZvMFd BQx/vUKvyn1p9JvoENibNK33xR5nz4p1AA8nyYpjZZcUslOoAKTJpv3Rinc+XWgHvfwd/YX8ZeN/ jD4B0nT7rQJj4s8MHx1ZXRuZEtlsoDPvhkYxgrP51rJbhcFTM0YD7WD18419vfs+/to+F/h9+xP4 e0uLULuL4w+H/EcWgaXbrbyiN/Ds2qWesSSecuI1KXlo8ew5dlu2xwOPiGiqlze75/i7rXr7rin/ AHk76jp35U5f1bRu3S8k3/hasFFFFZlhRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFf1r/8G0n/ACg7+BP/AFy17/1ItUr+Siv61/8Ag2k/5Qd/An/rlr3/AKkWqUAfdNfg F/wdixeZ+3d8Pz/1IkP/AKcL6v39r8CP+Dr8f8Z0eAD/ANSLCD/4ML6uXG/wmceP/gv5H5gWMG8g eprO8YSebrKKvRYgtbFovzR+m6sPxFKH1+cDoteFQ1mz5mh8bM646VD/AMFBf+T9vjd/2P8Ar3/p xnqa46VD/wAFBf8Ak/b43f8AY/69/wCnGevUw/8AHXo/zie9gfj+X+R5DRRRXpnqBRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFA BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf0v/APBm/wD8osvGn/ZVdT/9NGi1/NBX 9L//AAZv/wDKLLxp/wBlV1P/ANNGi0AfrDX5A/8AB5R/yYb8Mf8Asfk/9N15X6/V+QX/AAeT/wDJ hvwy/wCx9T/033lc+J+Besf/AEpGVb4fmvzR/OgOlIkfzU1fmjp0bENxXQUwk+Xik2Uv+skOaVWo EJt+akz+8pc/vKGzuzmgA43+9JHSbflz3p0fvQAfcFHl7lxSSN5nO3ApY5PM5oA1PBChPG2jj/p+ h/8ARi1zFdT4JO/xro/r9uh/9GLXLUFoKKKKBhRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUA FFFFABRRRQAUUUUAFf1r/wDBtJ/yg7+BP/XLXv8A1ItUr+Siv61/+DaT/lB38Cf+uWvf+pFqlAH3 TX4Ef8HXJ3/t3eA0/wCpCgYf+DG+r996/n+/4Oupiv8AwUL+HkYOPN+H0IH1/tG+rmxn8JnJjv4L PzXtBhBj0rmdYz/b14P7r7a6e1/1aD61y2syf8T+8/368HAfaPmcL8TZUuB8tQ/8FBf+T9vjd/2P +vf+nGepbiT5Ki/4KC/8n7fG7/sf9e/9OM9etQVq69H+cT3cD8fy/wAjyGiiivRPUCiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAo oooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACii igAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKK ACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK/pf/wCDN/8A5RZeNP8Asqup/wDpo0Wv 5oK/pf8A+DN//lFl40/7Krqf/po0WgD9Ya/IH/g8oOP2Dfhj/wBj6n/puvK/X6vyC/4PJhu/YO+G I/6n5P8A03Xlc+J+Besf/SkZ1fh+a/NH85sXzRDPFEn7vpQFITGOlO+8tdAxVUdc0yTjnNS8belQ s3mdqBD+OlCx0e9LHJQAfd4opGy3ApvPQdaAHsPxpI8dBT1+4aZ70AafgX/kedH/AOv6H/0YtczX U+Bl2+NtH/6/of8A0YtctQWgooooGFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABRRRQAV/Wv/wAG0n/KDv4E/wDXLXv/AFItUr+Siv61/wDg2k/5Qd/An/rlr3/qRapQB901/Pn/ AMHaM32f/goX8M2/6kOEf+VG+r+gyv57f+DuZ/L/AG9vhy3p4Eg/9ON9WVZXg0c2LV6TR+dkSGPt /FXJ+IP3fiS67bmrrIX326v6hT+lcx4zj8nxI/ugNeFhFabifO4Ze84mbN9yo/8AgoL/AMn7fG7/ ALH/AF7/ANOM9DPmM0f8FBf+T9vjd/2P+vf+nGevTp/x16P84nsYNWqfL/I8hooorvPTCiiigAoo ooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiii gAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKA CiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK KKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK/pf/AODN/wD5RZeNP+yq6n/6aNFr +aCv6X/+DN//AJRZeNP+yq6n/wCmjRaAP1hr8gv+DyX/AJMP+GP/AGPyf+m68r9fa/IP/g8lP/GB /wAMf+x9T/03Xlc+J+Besf8A0pGVb4fmvzR/Obxg9adTX/1f4U/uP92ugoZJTqZ1b5eaczYoELt2 8Uh/1ho30n/LSgB38YpNvzUtFBXKIx8zpxTV+TaKdxHCPWjaOtBJqeBm/wCK10n/AK/of/Ri1zFd 18FvBOpeO/ilothpdrJdTm7jlYKOI0VwWdj2UDqf6muFq5U5KKm1o+vpv+YoVIOTpp6rdeu332YU UUVBqFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAV/Wv/wAG0n/KDv4E /wDXLXv/AFItUr+Siv61/wDg2k/5Qd/An/rlr3/qRapQB901/PV/wd1tj9vT4ef7XgCIf+VC+r+h Wv56v+Dur/k/T4d5/wChAi/9OF9SlsY4j4D869Cm8/RrRv7yLWD4+t9mpQyD7jLtrS8Fys/hq27l Tt/8eqv49tWfRxIODDJ/47XhQ0rHzEdKxy8zfLT/APgoL/yft8bv+x/17/04z1C5G3Papv8AgoL/ AMn7fG7/ALH/AF7/ANOM9ekv48fR/nE9zCfxL+X+R5DRRRXYeiFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAV/S/wD8Gb//ACiy8af9lV1P/wBNGi1/NBX9L/8AwZv/APKL Lxp/2VXU/wD00aLQB+sNfkF/weTNt/YO+GP/AGPqf+m68r9fa/IH/g8o/wCTDfhj/wBj8n/puvK5 8T8C9Y/+lIyq/D81+aP50AN8RpjfM4PpR5gjj60nm/Wugpkirihjukpv3Y91O/1eM/3aBBJ9w03+ ECn/APLMcfe70cZ9aACinfLUch+9QVzDZFxJjtUn8WKTZV7wxpo1vxTp9kxwt3cxwE+gZgP61UYu UlFbsznNRi5PZH3n+xD8CYfhX8HbPV7qEf254lRLuZ2X5oYG5iiHp8uGPu2D90V+ddfsLf26WlvH FGoSOPaiKBwoHAAr8eq/UPEjLqWAp4PB0VpCMl6/Dd/N6n5N4V5pWzKrj8bXfvTlF+i96y9EtEFF FFflp+vhRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf1r/8G0n/ACg7 +BP/AFy17/1ItUr+Siv61/8Ag2k/5Qd/An/rlr3/AKkWqUAfdNfz1f8AB3Yu79vL4ef9iDD/AOnG +r+hWv56f+Dux9n7efw94/5kCH/0431KWxjX+Bn5u+DJDF4XtuOv/wAVVrU4vt9hcQd5Fqro5+ye H7SMnlRuYCntdlZOOv8A7LXl+z966Pnre9zHDLny8HqGwauf8FBf+T9vjd/2P+vf+nGejxLamw1e Qj/VztuWj/goL/yft8bv+x/17/04z10Qd60fR/nE9bCO8vk/0PIaKKK7T0QooooAKKKKACiiigAo oooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACii igAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKK ACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACv6X/8Agzf/AOUWXjT/ALKrqf8A6aNFr+aCv6X/ APgzf/5RZeNP+yq6n/6aNFoA/WGvyC/4PJ13/sG/DL/sfU/9N15X6+1+QX/B5N/yYd8Mf+x9T/03 3lc+J+Besf8A0pGVX4fmvzR/Ob5YOKdt2+9NGeBT0966olPcb2NKseevNNf71OWSiQhvKtjtR/y2 P+7Ttv7zNIP9Y30qQJNxamMu8mn/APLOmM+2gBamsLuXTdStbqIYltpVlT6qQR/KqzKa+of+CNP7 OfhH9rb/AIKW/C34dePtOk1jwl4nu7yDULNLqW1aVUsLmVMSRMrriREbgjOMHIJFNNp3QmlJWZ+z /gf4AfsjfEr4JWGvaZ8XNXvNX1TR11GGG7voLJBK8PmLHh4AMgkLjeckcGv5rq/ob/a++FHwB/YJ 8dzfC3w18MLq+tdNtlktLiDx/czPZGXc2yaKSB2Rwx3bDIflZDkbsD+eSvquJq9avChXrTqSco39 /lt0vy8renqovbQ+X4WwNPByr0KVKnBKVl7Pmu1rbm5ktfRyW+oUUUV8ofWhRRRQAUUUUAFFFFAB RRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf1r/8G0n/ACg7+BP/AFy17/1ItUr+Siv61/8A g2k/5Qd/An/rlr3/AKkWqUAfdNfz2f8AB29anUP+ChHw0gH/AEIULN9P7Rvq/oTr8CP+Drq1jf8A bv8AAMhH70eA4VVvT/iYX1J6qxjiPgZ+XlxcpHGiDh9uKqtcBpCC+at3GmmSQYfdxVRtMkG8A/Nm nHD+6eWqZW8RWf8AaumbwP3kHK/7VZX/AAUF/wCT9vjd/wBj/r3/AKcZ63EsZAnIzWH/AMFBf+T9 vjd/2P8Ar3/pxnriirV0vJ/nE6MJ/Et5f5HkNFFFdp6QUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABX9L//AAZv/wDKLLxp/wBlV1P/ANNGi1/NBX9L/wDwZv8A/KLLxp/2 VXU//TRotAH6w1+QX/B5OM/sHfDH/sfk/wDTdeV+vtfkH/weS/8AJh/wx/7H1P8A03Xlc+J+Besf /SkZVvh+a/NH85ozinUDpTf+WldBTEf71O/5Ze9LSL1NAhI6QfM3FHPmVKvTjrQAznZ81N+8pp5z t6035qAHV9Y/8EMPil4b+B//AAVc+D/ivxfr2leGvDei395Nf6nqVylta2qHT7pQXkcgDLMFHclg BkkCvk0fN92vo/xf/wAEzPFXhHRdYtX8a/Dq8+I3hvQW8S6z8O7W8vW8R6VZJEJ5jIxtRYNNDbnz pbaO7eeNA+6MNHIqj0jzvb/gXfySV29ktWOOslBb/wDBS/FtJd27I/YmXxl+ylqXxu+OPiHxX8a/ hX4zbxhPLc+FZF1+OSSE3LTSSKIwcrPG5iRW6YwVxllH86ldP4EO7xpox/6fof8A0YtcxXXi8bWx MlKs72SS7aJL9DHDYalQi401a7/4IUUUVyHSFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUA FFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAV/Wv/AMG0n/KDv4E/9cte/wDUi1Sv5KK/rX/4NpP+UHfwJ/65a9/6kWqUAfdN fgP/AMHX86w/t1+AMlQT4Dh6n/qIX1fvxX89P/B3Uf8AjPb4dj/qQYf/AE431VDczq/CfnDDIFUf OpPs1MkPzH5sf8CrjhIc8Fh/wKlNw+5fnautHLZnWTn3/GuY/wCCgv8Ayft8bv8Asf8AXv8A04z1 XuJ5HONzfnVj/goL/wAn7fG7/sf9e/8ATjPXn1v48fSX5xKoxtU+T/Q8hoooqzsCiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooo oAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK/pf8A+DN//lFl40/7Krqf/po0Wv5oK/pf /wCDN/8A5RZeNP8Asqup/wDpo0WgD9Ya/IL/AIPJ/wDkw34Y/wDY/J/6bryv19r8gv8Ag8m/5MO+ GP8A2Pqf+m+8rnxPwL1j/wClIyrfD81+aP5zm+7nNLGuab8u3lc0fN5gHaugpj6KQ/6w0J0oEJ/y 0p3O/jikXqaH6UANbHm4NEffPSnZ6d91LQBPpOqyaBq9rdxBWms5knQN90lWDAHHbivuPxN8evg7 o/7VXxF/aZ034jQanqnjfTtc1DTPh5/Y+oNrlhrWr2U9vLDeTy266f8AYYJbqdxLFdTSyRxwjyVa R/K+FJOecZNIlE/ehyPtJeikkpffZella2t6g+WXN6aejuvu18tXdPS36l/tK/tHad8O/hV4Z8M+ IviZBrekeIPgz4D07TPhfFYXiG31U22lTjV5XNv9iykEcgE4nN0cpDtESgj8oq7ix8X6v43+IPh+ 41rVdS1iazay0+3lvrp7h4LaDZFDAhckrHHGqoiD5VVQAABiuHqqknOrOo/tOT+Tk2vz3+WySVR9 2lCmuiivmoxi/lp/TuFFFFSAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABX9a//AAbSf8oO/gT/ANcte/8AUi1Sv5KK/rX/AODaT/lB38Cf+uWvf+pFqlAH3TX883/B3eSP 29/h1ggf8UDD3/6iN9X9DNfgd/wdc/D688Wftw+A7qHTr+6gg8Cwo8sNnNKin+0L44LIpwfarp/E TPY/IaJDjI3EcdqdIh29cf8AAa6qf4cR2ZKyBIm9JZfKP5NtqtL4DiX/AJbqfpOjf+zV3+wbMNO5 y9wDjqKu/wDBQX/k/b43f9j/AK9/6cZ60rnwSmwsHc/R0/xrN/4KC/8AJ+3xu/7H/Xv/AE4z15uJ g414X7S/OIqf8Rej/Q8hooooOoKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooo oAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAr+l/wD4M3/+UWXjT/squp/+mjRa/mgr+l//AIM3/wDlFl40/wCyq6n/AOmjRaAP1hr8gf8A g8o/5MN+GP8A2Pyf+m68r9fq/IL/AIPJ13fsHfDH/sfk/wDTdeVz4n4F6x/9KRnV+H5r80fzmxf6 ulkoPTFGf3ddAx20Zzmm/dfinKBt6VHv+fPagQvqO9O9jRx98daFbd1oANvl9aWkaTzOtN5bigCU 47UzfQn3aFXFAGl4G58caOf+n6H/ANGLXNV1PgZdvjbR/wDr+h/9GLXLUFoKKKKBhRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFA BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf1r/APBtJ/yg7+BP/XLXv/Ui1Sv5KK/r X/4NpP8AlB38Cf8Arlr3/qRapQB901+Sv/Bd79rjxZ+zj+2f4UtNA1Gxt7W98HwTzW91ZJcrK4vb xc4b2Ar9aq/BH/g6s8TnQP27PAABwW8CwEc/9RC+ryM8jUlhJKk7PTX5nkZ5TnUwco03Z6fmUtP/ AOCsHiXVLRLfVvB3wo1yIL832rw0qSN/s7hLTbz9vjwXqwJ1T4A/Ca8kz/BFLF/wL5Wr87rD4pyq gzJ5PPXdVqX4nyPEU8zYrv8Axt8zV8Aqmb0n7lVn58qWZU37lRn3Z4i/a1+DtxbsW/Zs8AJcH78k d/ME/wC+cV+Wv/BQX/k/b43f9j/r3/pxnr1W7+JsjQ7N20LuyS3DV5V/wUF/5P2+N3/Y/wCvf+nG evqOHq+NqVpfXJOWmn3q59Xw08W5z+tSvpoeQ0UUV9cfWhRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUA FFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQAUUUUAFf0v/wDBm/8A8osvGn/ZVdT/APTRotfzQV/S/wD8Gb//ACiy8af9 lV1P/wBNGi0AfrDX5B/8Hkv/ACYf8Mf+x9T/ANN15X6+V+Qf/B5J/wAmH/DH/sfU/wDTdeVz4n4F 6x/9KRlW+H5r80fzmtjBNOpr8xGnbui10FCDrx0oPXnpTZPvYFOb5VoELtAbgUxl3SU+m/8ALSgB vl/vKcv3zTqRepoAbJ+8jGOlI3ysKUf6kbeRTlXc3/AaANTwHn/hNdJ/6/of/Ri1zFe8/Dv9h/40 3d7omtRfCD4oy6NJPDcrfp4VvzatFuDeYJPK2lcc5zjFeDUFoKKKKBhRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf1r/8ABtJ/yg7+BP8A1y17/wBSLVK/kor+tf8A4NpP +UHfwJ/65a9/6kWqUAfdNfz0f8Hdt69r+3v8OwpwD4BhJ/8ABjfV/QvX87n/AAd/vt/b7+HP/YgQ /wDpxvqwxMVKm0zDEK9No/Lq3104x82BT217cQRvDqawkucnGaW4uT8uK8n6tA8r2Cuat1rTTB8s cN71a/4KC/8AJ+3xu/7H/Xv/AE4z1z7z8DBroP8AgoL/AMn7fG7/ALH/AF7/ANOM9b4SkoVlbs/z R1YRWn8v8jyGiiivWPSCiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooo oAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK/ pf8A+DN//lFl40/7Krqf/po0Wv5oK/pf/wCDN/8A5RZeNP8Asqup/wDpo0WgD9Ya/IH/AIPKOf2D fhj/ANj8n/puvK/X6vyC/wCDyc4/YO+GP/Y/J/6b7yufE/AvWP8A6UjOr8PzX5o/nNjXcvtTt25v mpjY2e9C52la6BsmwKZu+am87aJvl6UCHSfMPSmN8rDmn87RSrjzOR/DQA35aJKds70UAMlX95xw PSvrz/gg58LdD+M3/BW74N6D4j0+DVNKkv7y9e1nQNHJLa6ddXUO5TwQJoYzg9cV8isu419t/wDB uT/ymi+Cv/XfVv8A0zX1NbgfsL+01+0348+JvxA8TWek6nNo3hvTXmtbe0th5W+JQQGdlwzMy4JD EqCcADGT/MZX9MfjLTRaeLfHEeMeVdXK+mMA96/mcr804AzbF47EY54qblyzVrvRfFstl8j9G45y 3CYOhgo4WCjeGrS1btHVvqFFFFfpR+ehRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFf1r/8G0n/ACg7+BP/AFy17/1ItUr+Siv61/8Ag2k/5Qd/An/rlr3/AKkWqUAfdNfz q/8AB4U/l/t9/Dg9v+Ffw/8Apxvq/oqr+dD/AIPEWx+358Nx/wBU/h/9ON9UTV0RU+E/J1Lr56ke 44zVCNywp5cslcvszk9mTzz/ADD0rsP+Cgv/ACft8bv+x/17/wBOM9cM8xxXc/8ABQX/AJP2+N3/ AGP+vf8Apxnogkq6t2f5xKpK1T5P9DyGiiiu07AooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAo oooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACii igAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKK ACiiigAooooAKKKKACv6X/8Agzf/AOUWXjT/ALKrqf8A6aNFr+aCv6X/APgzf/5RZeNP+yq6n/6a NFoA/WGvyC/4PJhu/YO+GP8A2Pqf+m68r9fa/IL/AIPJjj9g74Y/9j8n/puvK58T8C9Y/wDpSMq3 w/Nfmj+c1/mjHFOjb06UmCVpVXb9K6CnuNX5ZCacq4pr/eoWTNAg8v8AeDmjbtlz/wABpy8tmmyN +8oAl9qbTo/WmySCgBDGGr7c/wCDcZP+N0PwV/676t/6Zr+viGRfMbg8V9w/8G4vP/BaH4Kf9d9W /wDTNf01uB+v3xi1Oy0f4sfEi3kuoIpE1K8jClwD1b3H8q/mPr+jn9ou78749fEV8/f1W6bjvyfT +pr+cavxrwprueJzGL6Tj/7efr/ifhVSoZfNP4qf6QCiiiv2Q/JAooooAKKKKACiiigAooooAKKK KACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoooo AKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigA ooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACi iigAooooAKKKKACiiigAooooAKKKKACv61/+DaT/AJQd/An/AK5a9/6kWqV/JRX9a/8AwbSf8oO/ gT/1y17/ANSLVKAPumv5zf8Ag8Xbb+358N/X/hX8P/pxvq/oyr+cn/g8ck2f8FAPht/2T6H/ANOV 9SeqFLVH5Kg06OTrUCy5K0nmDzHzxWfKc9iZ5MrXff8ABQX/AJP2+N3/AGP+vf8ApxnrzhmGc54r 0f8A4KC/8n7fG7/sf9e/9OM9Y2tXj6P84hBWqL0f6HkNFFFdZ0hRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFf0v/8ABm//AMosvGn/AGVXU/8A00aLX80Ff0v/APBm/wD8 osvGn/ZVdT/9NGi0AfrDX5B/8Hkv/Jh3wx/7H1P/AE3Xlfr5X5B/8Hkv/Jh/wx/7H1P/AE3Xlc+J +Besf/SkZVvh+a/NH85pzmnUB9gpN3mdK6CgkjOelEa5U0/PvTaBBTc/vKSRct1pwxQAtJw56UtF ADse1faX/Bu0xP8AwWa+CQWR4HlvNSi3oAWTfpV6pIyCM4PcGvips7utfWf/AAQy+Kvhz4J/8FXP g94r8Xa7pPhnw3ot/eTX+p6ldJbWtqh0+6UF5HIAyzBQOpLADJIFAz9lf+CiXxN+Hf7Onx91/wAM f8IXca/ql/Gt3LqVt4ww0csoPE9v9kIjkB+bYGOVZTkbsD+aSv6K5fGX7KWpfG344+IfFXxr+Ffj RvGE8tz4VkTX45JITctNJIojBys8bmJFbpjG3GWUfzqV0YjLcmwdllVGMJNJ1JRSXPKyd35q7Cnm Wa4tXzKrKcY6QUm3yrayv0dkFFFFc5YUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUA FFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABX9a/8AwbSf8oO/gT/1y17/ANSLVK/kor+tf/g2k/5Qd/An/rlr3/qRapQB901/OR/w eOf8pAfhr/2T6H/05X1f0b1/ON/weQf8pAPhr/2T6H/05X1AM/JHzPLbFHvTNo8welD/AHuOlBmK /SvR/wDgoL/yft8bv+x/17/04z15nNnANemf8FBf+T9vjd/2P+vf+nGeueX8ePpL84k/8vF6P9Dy Giiiug2CiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK/pf8A+DN//lFl 40/7Krqf/po0Wv5oK/pf/wCDN/8A5RZeNP8Asqup/wDpo0WgD9Ya/IL/AIPJ/wDkw74Y/wDY+p/6 bryv19r8gv8Ag8mP/GB3wx/7H5P/AE3Xlc+J+Besf/SkZVvh+a/NH85wPzURffpU+7TY1NdBTHY2 9KVcg9KanWnbutAgY/vOlJt+b0prZxQy+ZH70AO5zTYe/wBadH/qxS0AJJIYRg8mu5+PP7P2sfs5 eJdD0vXbrTLq48Q+G9K8UW7WMjuiW2o2cV5Ajl0QiRY5VDgAqGBwzDk+r/8ABNn43aV8EvFXxDM3 xBX4ReLfEXhCbS/CnjtrW9m/4Rq+N3ayyEPZRTXduZ7WK5t/Pt42kTz8Y2u5H3JpP/BVL4Z6D8Xv H+qeHPid4SPjzU/CngWxsfH3iTTvFujWGqtpmnmDVbNm0Ew6lAZbhopthR7Wb7ORIMiJhc4pRjZ6 6P5e+mu3SL1aflqm1TbfO2tk7et4Wf3SktE9m3azt+W/wI8FXPxB+N3g/QLGS3ju9b1uzsYHnYrG skk6IpYgEgZPOAT7VwFfpPY/tm+EvEPgH4a2Wu/FHQLSTwr8RbK807wj8O5fEdp4dNm2tT3lxdX+ mX1mlqXjEhNvNbTGcxyRJLCzKzx/mxR7rp363a+VotP8WvkaWtKy2t+r/wAk/mFFFFQMKKKKACii igAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKK ACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAo oooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAr+tf/AINpP+UHfwJ/65a9/wCpFqlf yUV/Wv8A8G0n/KDv4E/9cte/9SLVKAPumv5xv+DyAbv+CgHw1/7J9D/6cr6v6Oa/nH/4PHv+UgXw 1/7J9D/6cb6gD8jW9KG+5xTfM8ym/NQZj5PubTXpP/BQX/k/b43f9j/r3/pxnrzWbc0fFelf8FBf +T9vjd/2P+vf+nGeueX8ePpL84k/8vF6P9DyGiiiug2CiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooo oAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiig AooooAKKKKACiiigAooooAK/pf8A+DN//lFl40/7Krqf/po0Wv5oK/pf/wCDN/8A5RZeNP8Asqup /wDpo0WgD9Ya/IH/AIPJzj9g74Y/9j8n/puvK/X6vyC/4PJU8z9g/wCGP/Y/J/6bryufE/AvWP8A 6UjOr8PzX5o/nQDbI+aSaPzF9KCuUo+8tdA2DL+dDfuxQT0z1psmeKBDvUGhUX14ok6HFJD70ALI oXnP3ab54z7U+TDcYpn2cZ9qAHkCTnpTHHzU6T93GKbn92KANXwGP+K10j/r+g/9GLXM11Pgb/kd tH/6/of/AEYtctQWgooooGFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AV/Wv/wbSf8AKDv4E/8AXLXv/Ui1Sv5KK/rX/wCDaT/lB38Cf+uWvf8AqRapQB901/ON/wAHkH/K QD4a/wDZPof/AE5X1f0c1/OL/wAHkD7f+CgXw1/7J9D/AOnK+oA/Imn7gnHemySeZkdBS9hQZjnP 7qvSv+Cgv/J+3xu/7H/Xv/TjPXmcnyx16Z/wUF/5P2+N3/Y/69/6cZ655fx4+kvziL/l4vR/oeQ0 UUV0GoUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABX9L/wDwZv8A/KLL xp/2VXU//TRotfzQV/S//wAGb/8Ayiy8af8AZVdT/wDTRotAH6w1+Qn/AAeR/wDJh/wxz/0Pqf8A pvvK/XuvyD/4PJf+TD/hj/2Pqf8ApuvK58T8C9Y/+lIyrfD81+aP5zmx5R5paYf9WacrZkFdBTG7 tzcUslLJ8zelD/doELTR9+lfpQnODQAjffFOoooAGj82ME80zy/3gp6t5fFG/wB6ANLwJ/yPGjj/ AKfof/Ri1zNdP4Gx/wAJvo57/bof/Ri1zFBaCiiigYUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFA BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABX9a/wDwbSf8oO/gT/1y17/1ItUr+Siv61/+DaT/AJQd/An/AK5a9/6k WqUAfdNfzi/8HkIz/wAFAvhr/wBk+h/9OV9X9HVfzif8HkZx/wAFAfhr6/8ACvof/TlfUAfkauOw paj8w7sUsmego90izHTYeL2r0v8A4KC/8n7fG7/sf9e/9OM9eZM+U44PpXpv/BQX/k/b43f9j/r3 /pxnrnk068bdpfnEn/l4vR/oeQ0UUV0GoUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABX9L/APwZv/8AKLLxp/2VXU//AE0aLX80Ff0v/wDBm/8A8osvGn/ZVdT/APTRotAH 6w1+QP8AweUf8mG/DH/sfk/9N15X6/V+QX/B5O239g74Y/8AY/J/6bryufE/AvWP/pSMq3w/Nfmj +c2OT5elJB1NLJJtUD+9RGu3NdBTJce1M/5aHNAkO3rTJMnpyaBD5P3nam+X+8FO9hRzmgBP+WlK 0dP8sde9NoAZIv7zrSn79Lt+ajZ82aANbwNHt8a6T/1/Qf8Aoxa5auq8EPjxtpP/AF/Q/wDoxa5W gtbBRRRQMKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKK KACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoooo AKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigA ooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAr+tf/g2k/wCU HfwJ/wCuWvf+pFqlfyUV/Wv/AMG0n/KDv4E/9cte/wDUi1SgD7pr+cX/AIPIj/xsA+G3Bz/wr6Ho M/8AMSvq/o6r8rP+C2X/AATt0z9tL9tnwpqeoaRPqf8AZXhC3tFxeC3jAN7ePgknOefSoqTcY3RM m0rpH80fm5A/velJv3dNw/4DX74aV/wb3+Er63Rz4L0wjGcf201c38T/APg3a8NLDI0Phe/tH28H T9USfb/wF3WuX63P+Qw9rP8AlPwxkcO46fUGvUP+Cgv/ACft8bv+x/17/wBOM9fYH7Qv/BDPVvAk M0uh6vcQyr9211i1e3LH0EgBT/x6vj//AIKC/wDJ+3xu/wCx/wBe/wDTjPRCsqldWVrJ/nEIT5qi 0to/0PIaKKK7TpCiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKK KACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoooo AKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigA ooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK/pf/4M 3/8AlFl40/7Krqf/AKaNFr+aCv6X/wDgzf8A+UWXjT/squp/+mjRaAP1hr8gv+Dyf/kw34Y/9j6n /puvK/X2vyC/4PJjj9g74Y/9j8n/AKbryufE/AvWP/pSMq3w/Nfmj+c3nZ1p9NEe6pPLroKZEx3U 7ZTZYzuzT6BDNuyQGnN/rKPvikl+/QBJ7UjDaaXfQ/WgBtFMk/1hp9AGr4J/5HHSP+v6D/0YtctX T+Cv+R10f/r+h/8ARi1zFBa2CiiigYUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFA BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABX9a/wDwbSf8oO/gT/1y17/1ItUr+Siv61/+DaT/AJQd/An/AK5a9/6kWqUAfdNfJP7Z mr/2b+01p4LhAfD9sTlto/4+buvravxU/wCDlH/go1q37FP7Y3g3SdJ0PTtUm1fwbBeGa7kkxDi+ vUwFVgp6dxUVHJRvHcTk4q6PvjQfGsAsl/0y2xj/AJ6ir194pSeILHOrf3dj7q/njg/4OCPizaOF j0jwiIh0VrDd/Ou/+GH/AAcY+IrK8jj8T+C9Hurf+OSwmmt3/AB9v/jtc/tqy3Rn7eX2kfs98SdT h1bSZUuo4rlCCrLKgcflX8wP/BQX/k/b43f9j/r3/pxnr9of2e/+Cvnwx/adtotOh146Jrs42Jpu sSCNst/DHMuFf6V+L3/BQX/k/b43f9j/AK9/6cZ6mE4yrRstbP8AOJKmpVE/J/oeQ0UUV2m4UUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABX9L//AAZv/wDKLLxp/wBlV1P/ ANNGi1/NBX9L/wDwZv8A/KLLxp/2VXU//TRotAH6w1+Qf/B5IcfsH/DH/sfU/wDTdeV+vlfkF/we TH/jA74Y/wDY+p/6bryufE/AvWP/AKUjKt8PzX5o/nORfMapPlpg+QU1T81dBTJNhpKdj3/Wm0CG p1oko/5aU6gAoopn8BoAlz7fpUbffFO5bnNOVgO1AGj4D/5HTR/+v6H/ANGLXMV1PgcL/wAJro/H /L9D/wCjFrlqC0FFFFAwooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKK KACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoooo AKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigA ooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACv 61/+DaT/AJQd/An/AK5a9/6kWqV/JRX9a/8AwbSf8oO/gT/1y17/ANSLVKAPumv5xP8Ag8jjV/8A goD8Nc/9E+h/9OV9X9Hdfzjf8HkGB/wUA+G2f+ifQ/8ApyvqPQD8iRCIzgDinG3De1O+4aSgBse+ 0mDRyFXByCDgrXpn/BQX/k/b43f9j/r3/pxnrzRwMdK9L/4KC/8AJ+3xu/7H/Xv/AE4z1zySVeNu 0vziY2tUVuz/AEPIaKKK6DYKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKA CiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK KKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoo ooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiii gAr+l/8A4M3/APlFl40/7Krqf/po0Wv5oK/pf/4M3/8AlFl40/7Krqf/AKaNFoA/WGvyC/4PKP8A kw34Y/8AY/J/6bryv19r8g/+DyQ4/YP+GWf+h9T/ANN95XPifgXrH/0pGdX4fmvzR/OalLD9+kQf lUnC9q6DQYf9YaXPbvT/ACx1plABz3bNNkp1OTrQTIjz71JHSYX0pcigkJGxJ8vSnUvkny+etMjy vB60Aa/gsbfGukf9f0H/AKMWuSrq/BL7vGuj/wDX9D/6MWuUoLWwUUUUDCiiigAooooAKKKKACii igAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKK ACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAo oooAKKKKACiiigAooooAKKKKACiiigAooooAK/rX/wCDaT/lB38Cf+uWvf8AqRapX8lFf1r/APBt J/yg7+BP/XLXv/Ui1SgD7pr+d7/g788Aaz4y/b5+HL6Zpt5epH4AhRmhiLhT/aN8cHAr+iGvzn/4 Kxftz+J/2Tf2tdBsdB0vRr+LUfC9vdSNerllYXd4uBweMCpnzW93cUuZr3XZn8zSfAbxpKvHhvVj /wBur/4Up+AvjQf8y3rH/gK/+Ff0FaP/AMFx/ida2yqnhjwbwO8X/wBhVi+/4LmfE6VcHwv4N/79 f/YVjbEd19xjyVv5l9x/PRL8DPGMf3vDuqL9bZ/8K3/+Cgv/ACft8bv+x/17/wBOM9fuX4s/4LVf EjUbRlbw34RAIPSP/wCwr8NP+Cgv/J+3xu/7H/Xv/TjPWaVRV48/Z/nEUVNVFztPR7L0PIaKKK7D oCiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA KKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAo oooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACii igAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAK/pf/wCDN/8A5RZeNP8A squp/wDpo0Wv5oK/pf8A+DN//lFl40/7Krqf/po0WgD9Ya/IH/g8n5/YO+GP/Y/J/wCm68r9fq/I T/g8hGf2EPhjn/ofU/8ATfeVz4n4F6x/9KRlW+H5r80fzoRdKdSI26lroKCiikZ9lAgb9KFxmiRC y8UkfHXrQAr/AHaN9Nz2pfLoAl8wetRn/WGmN+7jGafHJ8ooA0/A4/4rbSf+v6D/ANGLXK11ngn/ AJHTSP8Ar+g/9GLXJ0FrYKKKKBhRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFf1r/8ABtJ/yg7+BP8A1y17/wBSLVK/kor+tf8A4NpP+UHfwJ/65a9/6kWqUAfdNfmz/wAF d/2JtX/ao/a58PX2m+L/AA14aTT/AArb2zR6nIFaUm7vG3LyOOcV+k1fzqf8HhfjDWPDX7fvw4TT dSv7FH+H8LMtvcPEGP8AaN8MnaaUuZr3RO9tD6g0j/gih4tuLZSPjB8Nhkd7gf8AxdTX3/BEzxdE hP8AwuH4an6XA/8Ai6/n1X4ueLyOPEev/wDgwm/+KpT8W/Fx/wCZj8Qf+DCb/wCKrLlrGXv9j93v Ff8AwRv8VafaMx+LPw7fA6LOP/i6/E3/AIKC/wDJ+3xu/wCx/wBe/wDTjPXHz/FjxZImT4i10/W+ l/xrsP8AgoL/AMn7fG7/ALH/AF7/ANOM9ZWmq8efs/ziJc3tFzdn+h5DRRRXWbhRRRQAUUUUAFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf0v/8ABm//AMosvGn/AGVXU/8A00aLX80F f0v/APBm/wD8osvGn/ZVdT/9NGi0AfrDX5Cf8HkP/JiHwy/7H1P/AE33lfr3X5Cf8HkP/JiHwy/7 H1P/AE33lc+J+Besf/SkZVvh+a/NH85w+570/d8nvTV5jP0of/WLXQUx9Nb5Wp1EkZoEO3BRUT/e p0n7uMbqRsbBQAuPl5pPlp1NyKAFPzQgnrTPL+epWXFJn95+FBVjS8Bf8jppP/X/AAf+jFrla6vw Kf8AisdHPf7dD/6MWuUoKQUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFA BRRRQAV/Wv8A8G0n/KDv4E/9cte/9SLVK/kor+tf/g2k/wCUHfwJ/wCuWvf+pFqlAH3TX84//B4/ z/wUB+Gv/ZPof/TlfV/RxX84/wDwePLu/wCCgXw15x/xb6Hv/wBRK+oA/I+hjtpMfNj+dJIuauy7 mYjjzOTXpP8AwUF/5P2+N3/Y/wCvf+nGevPLKwm1adYYYpXlJwqou4mvQ/8AgoL/AMn7fG7/ALH/ AF7/ANOM9ckpJ4iKXZ/nEhSTqKz6P9DyGiiiug3CiiigAooooAKKKKACiiigAooooAKKKKACiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooo oAKKKKACiiigAooooAK/pf8A+DN//lFl40/7Krqf/po0Wv5oK/pf/wCDN/8A5RZeNP8Asqup/wDp o0WgD9Ya/IP/AIPJP+TDvhl/2Pqf+m+8r9fK/IP/AIPJP+TDvhl/2Pqf+m+8rnxPwL1j/wClIyq/ D81+aP50I/ufhSxqN1NUExinR29dBdh1J9xvwo6ZFDHzOnFAWDb+7GaQ/NJil4bAo/5aY3fNQFhM dRTpI/v0UUEhS5+bNL5dHl0Gho+Cl/4rPRx/0/Q/+hrXKV13gv8A5HTR/wDr9h/9GLXI0AFFFFAB RRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf1r/8G0n/ACg7+BP/AFy1 7/1ItUr+Siv61/8Ag2k/5Qd/An/rlr3/AKkWqUAfdNfgR/wdmfCGx8c/toeA9Tv59UsYbXwPBB9p isXntl/0+9bDMOAeemehFfvvX4g/8HK/xk8b/Cb9vTwK/hDxTrHh0zeBoDKlndtCk7C/vsbgCAxr lxjkqTcHZnLjJONJtH45p+zd4amZR/wnmk4bu6MK6/4XfsX6d8RdSa20Q+LfGl1G3y2+h6NLL5n/ AAPDLXv1n+3t8eWiXd44dz/flt4ic/7TFvvVznxF/at+MfxUsXstc+I3i3ULWU7Wso791ik/2fKD fNXz3tq8naVX8V/keF9ZlL7f4lz/AIZr0z9nSxE3imbQPho23IhubhNR8TXP+wttysJ99lfKP/BQ X/k/b43f9j/r3/pxnr6E8E/sb/Ejx7aSXek+DNSsdM+/catrONLsIl/vm4uSgb/gLGvnv/goL/yf t8bv+x/17/04z135ekq+kuZ2f5o9DL7c7ad9P8jyGiiivcPXCiiigAooooAKKKKACiiigAooooAK KKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoo ooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiii gAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKA CiiigAooooAKKKKACiiigAooooAK/pf/AODN/wD5RZeNP+yq6n/6aNFr+aCv6X/+DN//AJRZeNP+ yq6n/wCmjRaAP1hr8hP+DyMbv2D/AIZf9j6n/pvvK/XuvyF/4PIBn9hH4Y/9j6n/AKb7yufE/AvW P/pSM6vw/Nfmj+c5ByKfQifNTvLroNBmwUtO8ujy6AG0n8f4U4Luo8s7qAF8ukZdtPpGXdQZi+YF GKKbt8z5qdQaGn4K/wCR20f/AK/of/Ri1yFdb4J/5HTR/wDr9g/9GLXJUAFFFFABRRRQAUUUUAFF FFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUU UAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ AUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAB RRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf1r/8G0n/ACg7+BP/AFy17/1ItUr+Siv6 1/8Ag2k/5Qd/An/rlr3/AKkWqUAfdNfkt/wXV/bK8F/s2/ts+FNJ8X3sFtFqfg23uUSfw8mqRsBe 3q5yZomU8dATX601/OL/AMHkMPm/8FAfht1H/Fvoen/YSvq5cZg1iqToydrnLjcKsTSdKTtc9L0T /go9+y41gkkus+BvN25YP4Bl3bv/AAPrmfiH/wAFkfg14R0ryvDOtxh0U+WukeBrezb/AL+y3M2P ++a/GX+zVPQtSppoR+dxFfN/6pYdS96rJo8D/VXD3vzM+yP2lv8AgqZF8XJ5vJ07WNXc/dl13UzN GPpBCkUeK8D/AOCgv/J+3xu/7H/Xv/TjPXmYthu5XivTP+Cgv/J+3xu/7H/Xv/TjPXs4TAUsLUjG l1T/ADievg8BSwsuWl1T/Q8hooor1T0gooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACi iigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKK KACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoooo AKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigA ooooAKKKKACv6X/+DN//AJRZeNP+yq6n/wCmjRa/mgr+l/8A4M3/APlFl40/7Krqf/po0WgD9Ya/ IX/g8f8A+TEvhj/2Pqf+m68r9eq/IX/g8gOP2Efhj/2Pqf8ApvvK58T8C9Y/+lIzq/D81+aP50k+ 9T6Yi/NmnL1NdBoLRRRQAxW2dafTWj8zmnUAFFFFABTfutTqNu7tQZl/wT/yOmj/APX9B/6MWuUr rvBf/I6aP/1+w/8Aoxa5Gg0CiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooo oAKKKKACv61/+DaT/lB38Cf+uWvf+pFqlfyUV/Wv/wAG0n/KDv4E/wDXLXv/AFItUoA+6a/nJ/4P HP8Ak/8A+Gv/AGT6H/0431f0bV/OV/weN8ft+/DY/wDVPof/AE5X1Amfkb/Fin0eXxnFFBAx/v16 L/wUF/5P2+N3/Y/69/6cZ687kr0T/goL/wAn7fG7/sf9e/8ATjPXPL+PH0l+cSf+Xi9H+h5DRRRX QbBRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFf0v/8ABm//AMosvGn/ AGVXU/8A00aLX80Ff0v/APBm/wD8osvGn/ZVdT/9NGi0AfrDX5Cf8HkP/JiHwy/7H1P/AE33lfr3 X5Cf8HkT7P2D/hkf+p9T/wBN95XPifgXrH/0pGVb4fmvzR/OkmWOadF9+mxpu57VIy+XXQaIap3S mndBRtGM03ncaBSJE60kj7WpI880N81BI1vWiOnUUALx70u+jy6bQaGl4L/5HTR/+v2H/wBGLXI1 13gv/kdNH/6/Yf8A0YtcjQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUA FFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAV/Wv/AMG0n/KDv4E/9cte/wDUi1Sv5KK/rX/4NpP+UHfwJ/65a9/6kWqUAfdNfzl/8HjQ z+398Nv+yfQ/+nG+r+jSv5yv+Dxv/k/34b/9k+h/9ON9QB+SI/dj8KNxoPWkoAa/WvRP+Cgv/J+3 xu/7H/Xv/TjPXnjqc16H/wAFBf8Ak/b43f8AY/69/wCnGeueX8ePpL84mb/iL0f6HkNFFFdBoFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAV/S//wAGb/8Ayiy8af8AZVdT /wDTRotfzQV/S/8A8Gb/APyiy8af9lV1P/00aLQB+sNfkL/weQDP7CPwx/7H1P8A033lfr1X5C/8 Hj//ACYl8Mf+x9T/ANN15XPifgXrH/0pGdX4fmvzR/Ont2tinU1m+anV0GgUUU7ZQA2ilkjO2koA KKKKAJKjpW56c0n8I3UAaXgv/kdNH/6/Yf8A0YtcjXYeC/8AkcdH/wCv2H/0YtcfQAUUUUAFFFFA BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAF FFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUU UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR QAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAV/Wv8A8G0n/KDv4E/9cte/9SLV K/kor+oD/ggz/wAoafgB/wBg7W//AFJdXoA/UCv5yv8Ag8b/AOT/AH4b/wDZPof/AE431ftTX4Z/ 8HYGf+GwPhN/2T5f/TtqNAH5ZjpQ/anRfcokoAa33hXoX/BQX/k/b43f9j/r3/pxnrzyb79eh/8A BQX/AJP2+N3/AGP+vf8Apxnrnl/Hj6S/OJm/4i9H+h5DRRRXQaBRRRQAUUUUAFFFFABRRRQAUUUU AFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQA UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFF FABRRRQAUUUUAFFFFABRRRQAUUUUAFf0v/8ABm//AMosvGn/AGVXU/8A00aLX80Ff0M/8Gr3/KLL Xv8Asqus/wDpo0KgD9p6/IX/AIPH/wDkxL4Y/wDY+p/6bryvu6vze/4Op/8AlHL8Ov8AspI/9Nlz XPifgXrH/wBKRnV+H5r80fgJUv8AB+NRp96n10GgUUUUAPP3KZT3/wBWtMoAKKKKAJFUbaKYzeXJ in5+bH+zQBpeC/8AkdNH/wCv2H/0YtcbXZeCP+Rx0f8A6/of/RgrjaACiiigAooooAKKKKACiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooo oAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACv6gP+CDP/KGn4Af9g7W//Ul1ev5f6/qW/wCD fzwPqnib/gi98Ap7K186JbHXIy3mIuGHiTVjjkj1FAH09X4Z/wDB2D/yd78J/wDsny/+nbUa/e// AIVL4g/6B/8A5Hj/APiq/Br/AIO1tHn0T9s74V2t3H5U8Xw+Tcu4NjOq6gRyMjoRQB+Vo6U2SnDp R5fmUARv8tehf8FBf+T9vjd/2P8Ar3/pxnrz2VucV6F/wUF/5P2+N3/Y/wCvf+nGeueX8ePpL84m b/iL0f6HkNFFFdBoFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAV/Qz/ AMGr3/KLLXv+yq6z/wCmjQq/nmr+iv8A4NP/AAlqHin/AIJZeJPsNv5/kfFXWN/zqu3OkaFjqR6G gD9Ca/N3/g6q/wCUcnw6/wCykj/013NfqL/wqXxB/wBA/wD8jx//ABVfmR/wdi+Hbzw1/wAE8Phx BfQ+TK3xGEgXerZU6ZcjOQT6GufE/AvWP/pSM6vw/Nfmj+fpPu09OtNXqtSV0GgUj9KWigA42UmB R7Un3XoAdSP92looAd5dR/6tqmprR0AaPgpMeM9H/wCv2H/0YtcZXbeDB/xWekf9fsP/AKGtYP8A wr7X/wDoCav/AOAcn+FAGPRWx/wr7X/+gJq//gHJ/hSf8K/17/oCav8A+Acn+FAGRRWx/wAK+17/ AKAmr/8AgHJ/hR/wr7X/APoCav8A+Acn+FAGPRWx/wAK+1//AKAmr/8AgHJ/hR/wr7X/APoCav8A +Acn+FAGPRWx/wAK+1//AKAmr/8AgHJ/hR/wr7X/APoCav8A+Acn+FAGPRWx/wAK+1//AKAmr/8A gHJ/hR/wr7X/APoB6v8A+Acn+FAGPRWx/wAK+1//AKAmr/8AgHJ/hR/wr7X/APoCav8A+Acn+FAG PRWx/wAK+17/AKAmr/8AgHJ/hSf8K/17/oCav/4Byf4UAZFFbH/Cvtf/AOgJq/8A4Byf4Uf8K+1/ /oCav/4Byf4UAY9FbH/Cvtf/AOgJq/8A4Byf4Uf8K+1//oCav/4Byf4UAY9FbH/Cvtf/AOgJq/8A 4Byf4Uf8K+1//oCav/4Byf4UAY9FbH/Cvtf/AOgJq/8A4Byf4Uf8K+1//oCav/4Byf4UAY9FbH/C vtf/AOgJq/8A4Byf4Uf8K+1//oCav/4Byf4UAY9FbH/Cvte/6Amr/wDgHJ/hSf8ACv8AXv8AoCav /wCAcn+FAGRRWx/wr7X/APoCav8A+Acn+FH/AAr7X/8AoCav/wCAcn+FAGPRWx/wr7X/APoCav8A +Acn+FH/AAr7X/8AoCav/wCAcn+FAGPRWx/wr7X/APoCav8A+Acn+FH/AAr7X/8AoCav/wCAcn+F AGPRWx/wr7X/APoCav8A+Acn+FH/AAr7X/8AoCav/wCAcn+FAGPRWx/wr7X/APoCav8A+Acn+FH/ AAr7X/8AoCav/wCAcn+FAGPRWx/wr/Xh/wAwTV//AADk/wAKP+Ffa/8A9ATV/wDwDk/woAx6K2P+ Ffa//wBATV//AADk/wAKP+Ffa/8A9ATV/wDwDk/woAx6K2P+Ffa//wBATV//AADk/wAKP+Ffa/8A 9ATV/wDwDk/woAx6K2P+Ffa//wBATV//AADk/wAKP+Ffa/8A9ATV/wDwDk/woAx6K2P+Ffa//wBA TV//AADk/wAKP+Ffa/8A9ATV/wDwDk/woAx6K2P+Ffa//wBATV//AADk/wAKP+Fe6/8A9APWP/AK T/CgDHorY/4V/r3/AEBNX/8AAOT/AAo/4V9r/wD0BNX/APAOT/CgDHorY/4V9r//AEBNX/8AAOT/ AAo/4V9r/wD0BNX/APAOT/CgDHorY/4V9r//AEBNX/8AAOT/AAo/4V9r/wD0A9X/APAOT/CgDHor Y/4V9r//AEBNX/8AAOT/AAo/4V9r/wD0BNX/APAOT/CgDHorY/4V9r//AEBNX/8AAOT/AAo/4V9r /wD0BNX/APAOT/CgDHorY/4V9r//AEBNX/8AAOT/AAo/4V9r/wD0BNX/APAOT/CgDHorY/4V9r// AEA9X/8AAOT/AAo/4V9r/wD0BNX/APAOT/CgDHorY/4V9r//AEBNX/8AAOT/AAo/4V9r/wD0BNX/ APAOT/CgDHorY/4V9r//AEBNX/8AAOT/AAo/4V9r/wD0A9X/APAOT/CgDHorY/4V9r//AEBNX/8A AOT/AAo/4V9r/wD0BNX/APAOT/CgDHorY/4V9r//AEBNX/8AAOT/AAo/4V9r/wD0BNX/APAOT/Cg DHorY/4V9r//AEA9X/8AAOT/AAo/4V9r/wD0A9X/APAOT/CgDHorX/4V/r3/AEBNX/8AAOT/AApf +Ffa/wD9ATV//AOT/CgDHorY/wCFfa//ANATV/8AwDk/wo/4V9r/AP0BNX/8A5P8KAMeitj/AIV9 r/8A0BNX/wDAOT/Cj/hXuv8A/QD1j/wDk/woAx6K2P8AhX2v/wDQE1f/AMA5P8KP+Ffa/wD9ATV/ /AOT/CgDHorY/wCFe6+f+YHrH/gHJ/hR/wAK+1//AKAmr/8AgHJ/hQBj0Vsf8K+1/wD6Amr/APgH J/hR/wAK+1//AKAmr/8AgHJ/hQBj0Vr/APCv9e/6Amr/APgHJ/hS/wDCvtf/AOgJq/8A4Byf4UAY 9FbH/Cvtf/6Amr/+Acn+FH/Cvtf/AOgJq/8A4Byf4UAY9FbH/Cvtf/6Amr/+Acn+FH/Cvtf/AOgJ q/8A4Byf4UAY9FbH/Cvtf/6Amr/+Acn+FH/Cvtf/AOgJq/8A4Byf4UAY9FbH/Cvtf/6Amr/+Acn+ FH/Cvtf/AOgJq/8A4Byf4UAY9FbH/Cvtf/6Amr/+Acn+FB+H2vD/AJgmr/8AgHJ/hQBj0Vr/APCv 9e/6Amr/APgHJ/hS/wDCvtf/AOgJq/8A4Byf4UAY9FbH/Cvtf/6Amr/+Acn+FH/Cvtf/AOgJq/8A 4Byf4UAY9FbH/Cvtf/6Amr/+Acn+FH/Cvdf/AOgHrH/gFJ/hQBj0Vsf8K91//oB6x/4Byf4Uf8K9 18f8wPWP/AOT/CgDHorY/wCFfa//ANATV/8AwDk/wo/4V9r/AP0BNX/8A5P8KAMeitj/AIV9r/8A 0BNX/wDAOT/Cg/D7Xh/zBNX/APAOT/CgDHr+rz/g3v8AFF54H/4N9fhTrWn6Tc69f6RpHia9ttMt 93najLFrurOkCbVY7nZQowrHLDAPSv5W/wDhX2vf9ATV/wDwDk/wr+nz/g3v/a7+E/wW/wCCOnwY 8MeMfif8PPCfiTS49aF7pOs+I7OwvrTzNe1GVPMhlkV03RujjcBlXUjgg0AfV3wr/wCCi3gf49fE PwJ4c8ER6l4gvPFtncalqWyEp/wittFFJzeYDBZGuESEIDtPmB9+14fO/Er/AIPF/wDk/wD+G/8A 2T6H/wBOV9X7XeCf2rP2Wfht4h8RatoPxU+Bulal4tvBf6xcW3i3TUe/nC7Q7nzv95sDA3ySPjfI 7N+F3/B2L8YvCHxy/be+HureCvFXhvxfpdv4GjtJbzRNTh1C3imW/vHMTSRMyhwroSpOcOpxyKAP y1HSnKu6kEZzTlXbQBFInJr0D/goL/yft8bv+x/17/04z1wM3FfSP7cn7Dfxr8W/tr/GDVdK+D3x S1PS9T8b61d2d5aeFL+a3u4ZL+Z0ljdYiroykEMCQQQRXJVqwhXi5tLSW/rExnKMai5n0f6HydRX r3/Dvr49/wDREfi9/wCEdqP/AMZo/wCHfXx7/wCiI/F7/wAI7Uf/AIzV/W6H86+9Fe2p/wAy+88h or17/h318e/+iI/F7/wjtR/+M0f8O+vj3/0RH4vf+EdqP/xmj63Q/nX3oPbU/wCZfeeQ0V69/wAO +vj3/wBER+L3/hHaj/8AGaP+HfXx7/6Ij8Xv/CO1H/4zR9bofzr70Htqf8y+88hor17/AId9fHv/ AKIj8Xv/AAjtR/8AjNH/AA76+Pf/AERH4vf+EdqP/wAZo+t0P5196D21P+ZfeeQ0V69/w76+Pf8A 0RH4vf8AhHaj/wDGaP8Ah318e/8AoiPxe/8ACO1H/wCM0fW6H86+9B7an/MvvPIaK9e/4d9fHv8A 6Ij8Xv8AwjtR/wDjNH/Dvr49/wDREfi9/wCEdqP/AMZo+t0P5196D21P+ZfeeQ0V69/w76+Pf/RE fi9/4R2o/wDxmj/h318e/wDoiPxe/wDCO1H/AOM0fW6H86+9B7an/MvvPIaK9e/4d9fHv/oiPxe/ 8I7Uf/jNH/Dvr49/9ER+L3/hHaj/APGaPrdD+dfeg9tT/mX3nkNFevf8O+vj3/0RH4vf+EdqP/xm j/h318e/+iI/F7/wjtR/+M0fW6H86+9B7an/ADL7zyGivXv+HfXx7/6Ij8Xv/CO1H/4zR/w76+Pf /REfi9/4R2o//GaPrdD+dfeg9tT/AJl955DRXr3/AA76+Pf/AERH4vf+EdqP/wAZo/4d9fHv/oiP xe/8I7Uf/jNH1uh/OvvQe2p/zL7zyGivXv8Ah318e/8AoiPxe/8ACO1H/wCM0f8ADvr49/8AREfi 9/4R2o//ABmj63Q/nX3oPbU/5l955DRXr3/Dvr49/wDREfi9/wCEdqP/AMZo/wCHfXx7/wCiI/F7 /wAI7Uf/AIzR9bofzr70Htqf8y+88hor17/h318e/wDoiPxe/wDCO1H/AOM0f8O+vj3/ANER+L3/ AIR2o/8Axmj63Q/nX3oPbU/5l955DRXr3/Dvr49/9ER+L3/hHaj/APGaP+HfXx7/AOiI/F7/AMI7 Uf8A4zR9bofzr70Htqf8y+88hor17/h318e/+iI/F7/wjtR/+M0f8O+vj3/0RH4vf+EdqP8A8Zo+ t0P5196D21P+ZfeeQ0V69/w76+Pf/REfi9/4R2o//GaP+HfXx7/6Ij8Xv/CO1H/4zR9bofzr70Ht qf8AMvvPIaK9e/4d9fHv/oiPxe/8I7Uf/jNH/Dvr49/9ER+L3/hHaj/8Zo+t0P5196D21P8AmX3n kNFevf8ADvr49/8AREfi9/4R2o//ABmj/h318e/+iI/F7/wjtR/+M0fW6H86+9B7an/MvvPIaK9e /wCHfXx7/wCiI/F7/wAI7Uf/AIzR/wAO+vj3/wBER+L3/hHaj/8AGaPrdD+dfeg9tT/mX3nkNFev f8O+vj3/ANER+L3/AIR2o/8Axmj/AId9fHv/AKIj8Xv/AAjtR/8AjNH1uh/OvvQe2p/zL7zyGivX v+HfXx7/AOiI/F7/AMI7Uf8A4zR/w76+Pf8A0RH4vf8AhHaj/wDGaPrdD+dfeg9tT/mX3nkNFevf 8O+vj3/0RH4vf+EdqP8A8Zo/4d9fHv8A6Ij8Xv8AwjtR/wDjNH1uh/OvvQe2p/zL7zyGivXv+HfX x7/6Ij8Xv/CO1H/4zR/w76+Pf/REfi9/4R2o/wDxmj63Q/nX3oPbU/5l955DRXr3/Dvr49/9ER+L 3/hHaj/8Zo/4d9fHv/oiPxe/8I7Uf/jNH1uh/OvvQe2p/wAy+88hor17/h318e/+iI/F7/wjtR/+ M0f8O+vj3/0RH4vf+EdqP/xmj63Q/nX3oPbU/wCZfeeQ0V69/wAO+vj3/wBER+L3/hHaj/8AGaP+ HfXx7/6Ij8Xv/CO1H/4zR9bofzr70Htqf8y+88hor17/AId9fHv/AKIj8Xv/AAjtR/8AjNH/AA76 +Pf/AERH4vf+EdqP/wAZo+t0P5196D21P+ZfeeQ0V69/w76+Pf8A0RH4vf8AhHaj/wDGaP8Ah318 e/8AoiPxe/8ACO1H/wCM0fW6H86+9B7an/MvvPIaK9e/4d9fHv8A6Ij8Xv8AwjtR/wDjNH/Dvr49 /wDREfi9/wCEdqP/AMZo+t0P5196D21P+ZfeeQ0V69/w76+Pf/REfi9/4R2o/wDxmj/h318e/wDo iPxe/wDCO1H/AOM0fW6H86+9B7an/MvvPIaK9e/4d9fHv/oiPxe/8I7Uf/jNH/Dvr49/9ER+L3/h Haj/APGaPrdD+dfeg9tT/mX3nkNFevf8O+vj3/0RH4vf+EdqP/xmj/h318e/+iI/F7/wjtR/+M0f W6H86+9B7an/ADL7zyGivXv+HfXx7/6Ij8Xv/CO1H/4zR/w76+Pf/REfi9/4R2o//GaPrdD+dfeg 9tT/AJl955DRXr3/AA76+Pf/AERH4vf+EdqP/wAZo/4d9fHv/oiPxe/8I7Uf/jNH1uh/OvvQe2p/ zL7zyGivXv8Ah318e/8AoiPxe/8ACO1H/wCM0f8ADvr49/8AREfi9/4R2o//ABmj63Q/nX3oPbU/ 5l955DRXr3/Dvr49/wDREfi9/wCEdqP/AMZo/wCHfXx7/wCiI/F7/wAI7Uf/AIzR9bofzr70Htqf 8y+88hor17/h318e/wDoiPxe/wDCO1H/AOM0f8O+vj3/ANER+L3/AIR2o/8Axmj63Q/nX3oPbU/5 l955DRXr3/Dvr49/9ER+L3/hHaj/APGaP+HfXx7/AOiI/F7/AMI7Uf8A4zR9bofzr70Htqf8y+88 hor17/h318e/+iI/F7/wjtR/+M0f8O+vj3/0RH4vf+EdqP8A8Zo+t0P5196D21P+ZfeeQ0V69/w7 6+Pf/REfi9/4R2o//GaP+HfXx7/6Ij8Xv/CO1H/4zR9bofzr70Htqf8AMvvPIaK9e/4d9fHv/oiP xe/8I7Uf/jNH/Dvr49/9ER+L3/hHaj/8Zo+t0P5196D21P8AmX3nkNFevf8ADvr49/8AREfi9/4R 2o//ABmj/h318e/+iI/F7/wjtR/+M0fW6H86+9B7an/MvvPIaK9e/wCHfXx7/wCiI/F7/wAI7Uf/ AIzR/wAO+vj3/wBER+L3/hHaj/8AGaPrdD+dfeg9tT/mX3nkNFevf8O+vj3/ANER+L3/AIR2o/8A xmj/AId9fHv/AKIj8Xv/AAjtR/8AjNH1uh/OvvQe2p/zL7zyGivXv+HfXx7/AOiI/F7/AMI7Uf8A 4zR/w76+Pf8A0RH4vf8AhHaj/wDGaPrdD+dfeg9tT/mX3nkNFevf8O+vj3/0RH4vf+EdqP8A8Zo/ 4d9fHv8A6Ij8Xv8AwjtR/wDjNH1uh/OvvQe2p/zL7zyGivXv+HfXx7/6Ij8Xv/CO1H/4zR/w76+P f/REfi9/4R2o/wDxmj63Q/nX3oPbU/5l955DRXr3/Dvr49/9ER+L3/hHaj/8Zo/4d9fHv/oiPxe/ 8I7Uf/jNH1uh/OvvQe2p/wAy+88hor17/h318e/+iI/F7/wjtR/+M0f8O+vj3/0RH4vf+EdqP/xm j63Q/nX3oPbU/wCZfeeQ0V69/wAO+vj3/wBER+L3/hHaj/8AGaP+HfXx7/6Ij8Xv/CO1H/4zR9bo fzr70Htqf8y+88hor17/AId9fHv/AKIj8Xv/AAjtR/8AjNH/AA76+Pf/AERH4vf+EdqP/wAZo+t0 P5196D21P+ZfeeQ0V69/w76+Pf8A0RH4vf8AhHaj/wDGaP8Ah318e/8AoiPxe/8ACO1H/wCM0fW6 H86+9B7an/MvvPIaK9e/4d9fHv8A6Ij8Xv8AwjtR/wDjNH/Dvr49/wDREfi9/wCEdqP/AMZo+t0P 5196D21P+ZfeeQ1/S/8A8Gb/APyiy8af9lV1P/00aLX8/wB/w76+Pf8A0RH4vf8AhHaj/wDGa/oT /wCDUPwbq/7On/BNvxdoXxB0rUvAmt3PxK1G/h0/xDavpd1LbtpekIsyxThHMZeORQwGCY3GcqaP rdD+dfeg9tT/AJl959beB/8Agp94S8fWvgzSrHRdb/4WJ4n15PD+oeEWhcX3h6WORBezXJ2ZEEEZ dw+0F9pBEZSbyfh//g8d/wCTE/hj/wBj6n/pvvK/TvTNH+GujfFDU/GtqfCcHivWbOKwvdUS4hFx cQRElEZs/wC6CerCKIMSIowv5cf8HgXiPTvEf7Cnw2+wX9lfeT49j8z7POsuzOn3uM7ScZwfyrGv iKUoqMZJu8ev95EVKkGrJ9V+aP54e60+kWP5qf5ddxuNooooAKTb81Lt3U7y6ADy6bT/AOD8KRoy KAMGiiigAor9E9Y/4Nc/2sfA/gnT9d8YaJ4L8GWuo6/ovhxI9R8RxXMsdzqup2mmW7MLMTjy1nvI i5BJCK5AYgBvrX4Zf8GQnxE1Xb/wmXx48F6Dx839i6Bc6vg4PTzZLXPOPTqfTBAPw3ooooA+yKKK t6JoV74m1WGx06zutQvbltsNvbRNLLKcZwqqCScA9BQBUorS8UeD9X8D6kLLWtL1HSLwoJBBe2z2 8hU5Aba4BwcHn2NZtABRRRQAUVY1DSrrSXiW6tp7Zp4lnjEsZQyRsMq4z1UjkHoar0AFFWLnSrqy s7a4mtp4re8Vmt5XjKpOFYqxQnhgCCDjoRVegAooooAKKKsX+lXWleT9qtri2+0RLPF5sZTzY2+6 656qccEcGgCvRRRQAUUVYGlXR0s332af7EsogNx5Z8oSEFgm7puwCcZzgGgCvRVm50e7s9Otrua1 uYrS9Li3neJljn2EBtjEYbaSAcdM1abwZrCeIV0k6TqQ1VgCtkbV/tBBXeMR43cr83Tpz0oAzKKt 6noN9okdq95ZXdot9CLm2aaFoxcREkCRMj5lJBGRxwaqUAFFWJ9KurXT7e7ktp47W7LrBM0ZEcxT AYK3Q4yM46ZFV6ACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACvjevsivjegAo roPhd8J/FPxx8d2PhfwV4a8QeMPE2qeZ9j0jRNOm1C/u/LjaWTy4IlaR9saO5wDhUYngE17fe/8A BOweAvBfhjUPiV8Y/hh8Itb8VWl5eQ+GfFWmeKDrNglrqt9pUouY7LR7mKGQXenXS+W0m9Qg3KpO KAPnCivo+y/4J2Dx74L8T6h8NfjH8MPi7rfhW0s7ybwz4V0zxQNZv0utVsdKiFtHe6PbRTSG71G1 Xy1k3sHO1WIxXiHxR+E/in4HeO77wv418NeIPB/ibS/L+2aRrenTaff2nmRrLH5kEqrIm6N0cZAy rqRwQaAOfooooAKKK+nv2c/2WPCGmeDtO8T/ABHuS76zGbjTdGQyeZJCBnzmSP8AeMMfNx8qrgse cD3Mg4fxWb4j6vhrKyvKUnaMVtdv1dlu2eHn/EGFyjD/AFjE3d3aMYq8pPeyXpq9kj5hor7m8F/D /wCAP7SKXmkeH7C3iv4YjKfs6TWdzGvA3pu4YAkdQwGRkc18r/tHfAm8/Z8+JEuizy/a7SWMXNld bdvnwkkDI7MCCCPbPQivYz/gfF5ZhI5hCrCvQk7c9OXMk+z0/rZ2djx8g44wmZ4uWXzpToV4q/JU jytrutf8u6urnA0UUV8WfaBRRX9Avwq/4NM/gd4t+Hen6pqvin4zxXmoWEF1Etpq2leUzPCrnIaz yo3kgDLcY5zXz+e8S4TKVF4tS969uVX2tf566Lrr2OzCYGriXan/AFe/+X5H8/VFft38SP8Agzov LjxdeTeEvjPb6f4fdgbS21nRzdXsIxysksTxo5znlUX6V8o/8FPP+DfjxB/wTP8A2bl+I2o/ErRf FlsdWt9KNlbaTJayAzLIwfc0jDA8vpjvXNguNMnxU6dKlV9+drRcZJ3fR6aM1q5TiqalKUdF1uj8 8qKKK+pPOCiiv1n/AOCGv/BDf46/EDxFa/FXUfh1Jo2ianY6VN4U17VprVPs1ve3du1xq9pDIWLz xab9pa3do8JNPBKvzRrQB+TFFf1IfB7/AIISfGX9om48dQftYeKPhV4t8LeKLYx6BpNnaXWu6n4I BcDy7LU7pYbiM+USWffIXnjSV/N3TCX86/8Agsd/wazt/wAE4P2U9c+M3hD4pjxT4W8IW9kus6dr GnfZtQkmub6CzV7doi0ZTdcISr7SoRvmfIAAPyDooooAKKKv+G9PtNV1eO3vbv7BDL8onKb1jY9C w67fUjp6UAUKK6vxj8I7/wAIvzLBdLgN+7OGwRkHB6gggjBOQa5UjacGgBKKKKACiivp/wDZM8Ea fpnw/tNZSFZNT1NpA0rAbo1WRkCKewO3J+teTnOaxy/D+3cebWyXn6/I/QvDPw/rcY5z/ZVKsqSU XOU2ua0U0tI3V3eS0uu99D5gor+gb9kD/ggV4i/aY8IWupX3jjTdDeWwS+uFtrUX8Vm0w3W8DSJI FaVo9srgfcjli6lxj5K/bE/Yl8R/ss+Kda8PeJP7J1u20q6XTNTmspRPDazurtHFMv3kMscbSR7g N6Zxyrqvg1eKMXSpxrVcI1F9edf/ACJ+tZd4DcO5jjauWZfxDGdeG8fq8l5L3nVs1fqr7p63V/yu orp/jJ4St/A/xM1bTLUk20EitED/AAq6K4X8N2PwrmK+voVo1qUasNpJNfPU/nPNstrZdjq2X4i3 PSnKEraq8W4uz7XQUUV3PwF+CN38bvFNxAJxp+j6TbtfatqLruWygHAwP4ndiqIo5ZmHbJHVQozr VFSpq7Z5datClB1KjskcNRX62a14D+BX7J/wKt/CMXhzT9cuzdm3utXvvIu7vUmjOJriKJiqiNXJ VC2C204AAxXnXxH/AGBfhB+0T8NpfEPw/wBQFi4jYjUIIykCSKMtHLEQCDuO04GRwRwVLfaw4Dxd Sh7SjUi5dtr+j2++3yPi3x1hqdS1alKML25t18/+Bc/Niitfx54I1D4b+MNQ0PVYTBf6bMYZV7Ej oR7EYI9iKyK+IqU5U5uE1ZrRrzPtadSM4qcHdPVH2ZRRRUFhRXZfs32uh6h+0x8MLbxObAeGLvxr odtrP2+RY7RrGTUrdLgTMxCiIxM4YkgbSc17X8HF/aA1Xx74Li8a/CzwX/wj2v3KnVIrX4OeHwLK yIXdJPdW2n4tXJMimNpEniMTGRIgYy/0fDnDks5qToUcRSp1IpyUJyalNRjKUnBKMrqKj70naMea KbvJGNWt7NXabX5HzFWN4n/4/bX/AHJP5pXS+K0trX4h+LrS0EEcFh4j1S2jhhACW6JezBIwo4UK u0Bewxjiua8T/wDH7a/7kn80r5w2Pkyiivc/+Ccn7Lfhv9sf9rTw/wCBfGHiubwR4YvYbq81PWoo Emaygt4HmdgrsqjhMFicKCTg4xTjFyfKtwbtqeGUV+vX7Z/7D/jT/gmTFb3nws+HWjad8Ogqzad8 TtIk/t/UdXQ42TT37L/oUh4/dwxW6cnG8HJzPh9/wT5tP2t/hBN4r/aA8M6F8IdCW1M2leP4Yl0j W9blwdkS6eo8u/ViRmUxREcHz+oPux4frToKtCSbfT+uvkeTLN6cazpSi1br/XTzPyYorofiz4Li +G/xR8ReH4Lpr2HRNSuLGO4aPy2nWORkDFcnaTjOMnHrXPV4c4uEnGW6PVjJSXMgoorq/gX8PI/i 18ZfC/hmaZ7aHXdTgspJU+9GruFJGeM4JxV0KM61WNGnvJpL1ehjisTTw1CeIqu0YJyfoldnKUV+ 8f7Of/BNrwt8XLy08C+Dfhr4a1NxB8/2izhYxxLgNLLPIN3pklsknjJOK1v2nP8Ag3y8LeHvhNf6 s3hPwXfaNaZS71bwbqIaXSXOAC/CnIJHVXUd6/TMZ4YVMPUjh5Yyl7Vpe621q9lfz2V7X6H4Zlnj tRxlGeNhlld4eLd6kUpJJbtq6+Fays3yrdn4DUV6v+2B+yrqn7JnxTbRLyU32mXifadMv9u0XUWc HI7Op4YfQ9CK8or84x2Cr4PETwuJjyzi7Nf1/TP2vK80wuZYSnjsFNTp1FeLXVf1o09U9GFFFFcp 3hRX3f8AsBf8E5NC8TeFbPxf8Qbaa8lv086w0eQ7IViPKSygcsWHIXIGCMgngfZ3i3/gmhoN94V2 3nwaEGmyIAsy6C8GA3QiRVBBPY5r5nG8UYfD1JQ5XJR+JrZH6nkHhVjczwFPMJYinTjVV4KT+JdH ppr833R+IVFfT/8AwUO/4J16z+x/eWev2en6yvgzWZ2ghkvbdlaxnxuELOQAwIBKnr8pB5GT8wV7 WAx9DG0FiMNLmi/6sfn+cZRicrxc8Fi1acezun2afVMKKKK7DzAor+vP9ivRPhJ8Mv8AgnB8C/EH jjT/AAHpq3/g7Rgb3VbRt1zOdOViCQMMfLjkc+gjZj90mvW/jb+xd8OfjJ8J9R8Nnwh4B8jVFt0k 83TJWjmijmSRkbAzh1VlLA5+bOeBVcjM3Uitz+LGiv07/wCCvX7Afwu/4JU6T440fw1qdr4h1T4h 3sVtpNrOGkm8PWy5lniSQhd6rmMFyoOSg6qSfzErhwWPoYuMp4eV1GUot6/FF2ktd7PS6uro669C VLlU92k/k9V16rvYKKKK7DAKK/ef9jH/AIIU/sheOv2H/g545+Jmqaro/iX4geF7bWZw2rXSJO7j DsgRSoG7t2yK9u8Cf8G0/wCxX8TdOvLvQdQ13U7fTyi3Dw6ze/uy33eCoJ/Ctvq9RQ9o1p3s7GXt oc/JfXt1P5qqK/oT/bD/AODcH9mH4L/Ajx3rGhXWsf8ACQ6T4O1jxTpNrJd3rNJFZQqrMXZvLytx JFww5VsBTguP57KiUHGzfUuMk9goooqCgooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooo oAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiivQPEH7Lnjrwt8CtM+Jd/ofkeCdY+yfY9S+ 227ed9quNXtrf90JDKN82g6qvKDH2XJwJIi4B5/RRRQAUUV3HwZ/Zl+JP7R19La/Dz4feN/HlzBn zYfDuhXWqPHgZO5YEcjjnmgDh6KK7z4H/sx+Pf2kovFkngjwzqHiCDwL4fvPFPiCeHYkOk6baRNN PcSyOyqoCI21c7nbCorMQCAcHRXS+HPhF4i8TaPp2pxaVfQ6Lq9/NpNlqs9tIlhdX0USSvaJPt2G cLLCSmcjz4ycBga5tlKMQQQQcEEdKAEor9ffAX/BsV8LP+GWfhB8S/iX+2x4A+EH/C3/AArYeJtN 03xNoNpZf8fFpb3MsEMtxq0P2jyftMas6oPvISq7gK6D4Xf8Gt/wD+OPjux8L+Cv+CiPwg8YeJtU 8z7HpGiaTp2oX935cbSyeXBFrTSPtjR3OAcKjE8AmgD8YqK9A/aw+Bn/AAy/+1N8Svhp/an9uf8A CvPFWqeGf7S+zfZv7Q+xXctt5/lb38vf5W7ZvbbuxuOM15/QB6p+zb+xf8Q/2uHvo/AemaLqlxYz RWotbzxHpmlXV/PIsjx29pDd3EUl5OyxORFbrJJwPl5Gc/8AZt/ZN+I/7X3xYi8D/Dfwjq3irxPI C72luqxraIGCGSeWQrFBGHZVLysqhnUZywB+g/8AgjzpWn+F/jppfjbV3+EVrpWj6xbxXmt+JPHF roOv+CYgCzavpVrdXCw3s8YYukbWd/l4FXyVZlZt/wCEfivwx8PP+ClH7KGsy+IPg9beD9HvtHuv 7a0GdLWZLJNXnIufEMjlVj1TywGmLYAj8nOKAPn34V/8E/8A4tfGv4Wa34z8NeFor/QdAmvbed31 ixtrq7ks7f7TdpZ2ssy3F60MGJJBaxylFILYBpv7Mf7BnxO/bB0PV9T8CaVoF1p+iX9lpV3cat4q 0nQY/tl6ZBa28Zv7mASyymKQKke5iVxjkZ+4/wBg74n+B9E/Zx8Pi+8dfD+0sLHVvG83iXWNY8SW 1h4m+G0d5pot4pvD9k8qSX7XsQAYJb3o3gBFtZAZj4j+wV8c/hV8J/8Agnn8Zrb4laZc+Lnm8c+E dSsPCuneLbfw/qGrC2XUmkcM9tcyPbpvRZfKjVh5q4ljJBIB8/8Ajn9h34rfDT4Kap8Q9d8G3+m+ EdD8VT+CdRvJZofMsNYhTfLaywBzMhUcb2QRliFDFuKzvHP7JfxD+Gv7PXgz4q674bn07wD8Q7m7 tPDuqyXMB/tOS1bZPtiDmVVVsjc6KrYO0nFfo38NP28vCf7Xn7Kd14U+LPjHwb4Zb9o74meK18SK bpVi8ITXNrpNxpWqvBvMkdtDe2qR+a/HlfaBuJ3GvJf+Cnv7Vfgj48/sJ+CPDfgzWtLfRfAPxI1j Q/DWjLeo19b6BaaVpdraXkkHEiLcvDNMWKANLLL3BoA/Piuz1z/k3rwv/wBjFrH/AKTaXXGV2euf 8m9eF/8AsYtY/wDSbS6AOMooooA/sK/4KC+Av2kbX4D6C2sfFf4IX1ofiV4BSOKz+FGqWki3DeMN GW3kLt4ilBjScxO8e0GREdFeJnEqe3/8K5/am/6LH8AP/DN6v/8ANPX8zOsf8HRn7WPjjwTp+heM Nb8F+M7XTtf0XxGkmo+HIraWS50rU7TU7dWNmYB5bT2cQcAAlGcAqSCv1r8Mv+D3v4iaVt/4TL4D +C9e4+b+xdfudIycHp5sd1jnHr0PrkAH4b0UUUAfZFdh8HfiBZeBdT1WHVILyXSvEGnPpd49k6pd W8bujF4y3BI2AFCQGUlSRnI4+tnwd471HwHc3MmnmyP2yHyJ4ruxgvYZU3K4BjmR04ZFIOMjHBp+ TDzR6n4U+AmlRXs+rahrtlq/hOz0FtX0ye8S6t4Z83It/KnjhDzRhJnfesROcDDgMWFdvBnhTXPF tveaFF4V1GzsdJku9cja71K30bTXEvlrLulCXbqQ8f7tCzFzgEj5a4f/AIXj4nHiqLWF1FI7uG0N hHHHaQpaLbEENALYIIfKOSSmzaSSSCTmnQ/HDxFb6219HNpkbSWn2B7ZNIs1sng3+ZsNsIvII3/N yn3uevNL/g/rb8122uH/AAP0v+T+89M1T4YeD9I8Q3GpDTbLUtNfwZ/b8dpaXV4ln9pW5EP7tpdl x5TbSSH+Yb2wfukcr4jh8O+AfBvh68m8Kabql34ttp9SkL3d2kOmxefJDHDb7Zgdy+WWJm83qo7H dzOt/GvxN4inlkvNS81pdNOkEC2iRVtPM8zyVCqAqhumANoAUYUAUzQPjF4g8N+GV0i3urWTT4mk eCO6sLe7azaQAO0DyozQk4BJjK8gHrzSlrt/Wsn+Tjr5W2GrLf8ArRL809PO+565rGj6D451DR9A utEjkv5PAcV7HqrXUyzW00Ni00YRFYRmMiPawdGY7yQwwBXE/su6xb6T4o8QefpVhqe7w7qTAXLz rtC2shKjypE4cfKc84+6VPNcnbfFTXrTWYNQjvtt3bacdJik8iM7bbyjD5eNuD+7YjJG7nOc81S8 HeM9R8Ba4uo6XOsF0sckJLwpNHJHIhR0eNwyOrKxBDAg5pvWU3/Mpfi5fo19wlpGK7cv4cv+TPbv CsXh7xfo3wo0PVPDlvdL4klvLTeLu4j/ALMjkvZFUwAPyys2f3vmAhVGM5JpeHvhf4H8D+GPDT+K b3w4z+IFluL2S9k1QXVrAs8kA+yi1iaHePLZv327LEDaFGW8sh+K2u22q6NexXkcM/h6drjTvLtY US1dpTMdqBduN5JCkEDoABxVvQvjj4l8O6WtnBd2c1vFcPdQLeabbXhs5XwXeFpY2MJJAP7sryAe ozR089f+G/ze/wB4dXfb/h/+Bp/lrY+EPhjR/FXxJm0O5xeQalb3Vpp07FosXPlv9mkwCOrhBhsj 5uRXoafAzw5Y+H9FvpbSSU+HtPuJ/FCNLJ+9ma0S6tlwpBjy0ohOCMmJj16+JaJrd14c1u01Gyma C9sZ0uYJRyY5EYMrc8cEA1tX3xf8Salb+I4p9Ulkj8WzpcasCif6Y6uZFJ4+XDHOFwO3QYpP4LLe 39Pz3f3Iafv3e39f5K3qz1DV/ht4B8DaNbaVrOo+Hku7nQ476W7Laq2qR3U1uJohEqRfZDEGZFw2 SV3EupIC3Li10DxP4u+GPhrUfDX9oSeIdB0+zl1A3U6XFp5heNHgVGWP5CdzeYsgbaR8oryiP41e Il8MRaQ11aT2tvavZQST6dbTXVvA27MUdw8ZmRPmYbVcABiB1q3a/tDeLrPRraxj1KAR2NmbC0lO n2xubOAqUKQzmPzY8qSCUYE5OTzVS1v63/8AStPLdakq6Xna3z93X8HoUvh14PfxD8SoNNhs7XV0 hklkkjuLr7JbyRRKzu8ku4bIwqlmwwOAQDkg16za/CXwZrfiLwPei10q503WE1WLUINEuL9LSU2s BkRo2uwJlf5gDyyEoMdWFeIeEvF2oeBtei1LS5/s93CGUMY1kVlZSrKyOCrKykgqwIIJBFb178ev FV/c6dI2oQRDSBcLZRQWFvBDaCdAkqpGkYRQy9gMAksMEkla8qS/placzfQ7/wALfDTw38StF8N6 +uhJpNqH1YajYWV7MwvlsrZblNrSs7KzhtjYOOMqBWR4o13TvEP7L7z2Gg2ugMPFESSxWk08lvLi 1lKsPOeRw3JB+cj7uAOc8PoPxT1/wvaaXDp+oyWsei3r6hZeWiAwzuqK7ZxlgVRQVYlcA8cnM/iz 4wa/418PppN7c2a6XHcC7SztNPt7OBJtpXeEhjRQxDEE454znAwT1TS8vwab/LYUdGm+l/xTS/Pf +n6F8CfCifGX4cW2hTkbPDPiODUJiyn93YXC7LlsjspgjPP97rXXeJfEn/CaWd78XmhEP/FPXmnK FAwl8ZzaRLz3W2njfgfwV4F4M+Ies/D19RbRr6SxOrWUmnXZRVbzoJMb05BxnA5GCOxFJF8QNYh8 BS+GFvXGhTXo1F7TYuDOE2B92N33eMZxwOMgUT95W/rVcr/DX1CHuv8Ara/N+Mt/I9P0n4deGNOu Dc3ujm9gt/AcWuGAXUsYlvDIg3EhshTnBUYGCcYOCJ5vhr4cm0aHxiNBhSwXwqdYk0WK8n+zvdC9 +xj5i5m8nkSECTdwRuANeXt8T9ceJkN98r6WuisPJj5tFYMI/u+qj5vvcdasaP8AGPxHoMumNbag FGkWcun20b20UkX2eVnaSKRGUrKjM7EiQN1HoMEtZNrz/Of+cfu8gholfy/Dlv8AfaX3nrEHh3Rv il4Q+Hm7Sf7J0uCDXdSutPtLmQrcfZkSVo4XlLuok8sD5mYqSxB4ArB8Daf4O8eaZaa1qPhqx0K0 0zxBZ6dfRWd3dm3u7a6WbLHzZncSRGLdlXAIbleOeL1P45+KtU1HR7o6qbaXw+7yaZ9jt4rRLEvg sI1iVVVTtHygY5bj5jmn4v8AijrPjeyhtb2WyitLeVp0trHT7ewgMhABkaOBEVnwANxBOOM4pq2l /wCtbv71pboHR/10/R636/I9c0T9mbSjpOl6VeRyDxFaawtzrEnmPhNLM08DfIOBt+zb9wxkXC89 Mc3e+HfDniD4UXl/4Z0PSL+7t45rnVFlv7lNS0YG4IjaKIyCOW3WPywTtlcF2LlflNcrffHjxbqX iPVtWn1qeTUddsDpd9MY48z2xRUKY24HyqBlQD155NVD8Wtd/wCER/sRbi0jsfI+ys8dhbpdPDv3 +U1wEEzJu52lyOBxgCpd3Frr/S/RfNt6dWmuZPp/T/V/JI5uiiimIKKKKACiiigAooooAKKKKACi iigAooooAKKKKACvjevsivjegD3/AP4Jqf8AJxPiP/slXxG/9QjXaP2yP+Tdv2T/APslV9/6m/iu vIPhd8WPFPwO8d2PijwV4l8QeD/E2l+Z9j1fRNRm0+/tPMjaKTy54mWRN0buhwRlXYHgkV7fe/8A BRMePfBfhjT/AIlfBz4YfF3W/C1peWcPibxVqfigazfpdarfarKbmSy1i2imkN3qN03mNHvYONzM RmgDP/Y3/wCTdv2sP+yVWP8A6m/hSj/gpX/ycT4c/wCyVfDn/wBQjQq0LL/gomPAXgvxPp/w1+Dn ww+EWt+KbSzs5vE3hXU/FB1mwS11Wx1WI20l7rFzFDILvTrVvMWPeoQ7WUnNeIfFH4seKfjj47vv FHjXxL4g8YeJtU8v7Zq+t6jNqF/d+XGsUfmTys0j7Y0RBknCooHAAoA5+iiigAr7b/ZXs9H8WfAL xV408bt9qTVVlsr2RRL/AKHpsKKot4xH86Rj5iQnUYznGa+JK9//AGLv2srL4JLe+HvEcTyeG9Ul M3nJH5htJCoVtydWRlAyByMdDk1994cZrhMFmyWPklTnFq8leCk01FyXVateknqtz4HxHyrF43KW 8BFupCUXaLtNxTTkovo9E/WK0ex618O/iT+zZ8KPE0esaBenT9RjRo1lEWqyfKwwRtcFT+IrzD9v 744eEPjXc+FZvC+pjUpLBbpLtvss0JQMYTGP3iLnpJ0z79RXp9zpn7MX2w6sz6Hu/wBcY0nu9nr/ AKgHH/Adv4V8vftH+LNB8b/GfWNS8MQJbaFMIEtI0txbqqpBHGcIPujcrfnX2fGmbYrC5HPL+bB+ zqyXu4dPm097n+Ky1ik9He+58ZwXlOFxWeQzDlxntKUX72Ia5dfd5Phu9JNrVWtscPRRRX4cfuIV /Z9pXxesPhL8D/BM19DcTC60a2CCHbkbYI85yR/eFfxg1+zc3/B0X4O+J3w90HQ/FHwu8UeG28NW UVpBPpOpQaqL8iNUdnWQW3lAeWpABkzvOcbfm8mrw7hM3zjBUcy/3ZOp7R3tb3Pd89ZJLQ8ziLNs zy7I8VXyWPNirR5Fa9/fSlo9NItvU/W3X/8AgoH4bsWKnSdabHoIv/i6+G/+Dlv4iW/xP/4JKadr NpHNDb3/AIt090jlA3rhbpTnBI6g185+MP8Ag6l8M/FnwdJ4c1j4HX+gWl4iLNqlhr8N9cQmNlcF YGtoQ25kCnMq4DE842n5r/4KKf8ABa/TP2y/2Q7f4OaN4E1HS9O07WINTg1u+1JPOmWMSko1qiFU O6U8iZuFHrgfPY7g/KqmDwea5VgZYbEwxUVOEq6q/uFBt1Oi+NqNleWnZnDkOZ8VYfPq+W51io4n CSwzlGpGj7NKs6ij7PdttQTlfbVdj8+6KKK+3PoQr+hn/gpN+0j8QPgN/wAEn/2AbPwP+01oX7OU Wv8AwrtDqDX8Wtebr/k6Ronl+VJpmm3rp5Pmybt5iz9oXbvwdn881fvv+z7/AMFlf+CeH7Vv7FXw L+FP7TPgvX21T4PeD9O8NR3+t6DPc2tvNDZWlvcy2s2nyyXAjla1jPKKxCLleKAPHvE9xq3jb/g4 Vsf7Z/bH8M6vb6Z+0RELPwNe3njS4ubRIvEiiPSY1fSjYI6Ki26gXAtgVAEvlgPX6yf8HRf/ACgq +OX/AHAP/Ug02vEPhn+yN/wTJ/aw/bM0z45+Avip4Zh+J8fjKLx8Yrfx2bWXUNUW9W9aR7G9YybH uBlkjRAN5Vdo2gekf8HUXxq8HaB/wRk+KPhe+8VeHbTxL4tXRH0TSZtRhS91dY9bsJna3hLb5VWO KRyUBAVGJ6UAfyWUUUUAFdr+z54n8LeEvivpl34z0Rdd8O7/AC7qAswMQPSUAEbtp5KngjI9K4qi gD7u/ax+HnhjU5LS0tPsNpp89vC2i6zaHFtAjgERyqo5i5OCASMgg9Vb498YfDe90fXbq3JtZHhl eMvFcxvG5U4JVgxDDPcHFdl8Evj/AG2heFZfDPiUG40dFkltJDlmt2I/1eBnKE8j0JPrxxXj/wCJ D+KbuaKySSz01nysZbLyDgAufXAHH86iMbMpvQ5iRPLkK8HacZByDTaKKskK/Sr/AIIY+G/Cvjj4 1/DXQ/GfhW28a6Hqp1C3fR57xrUXchFyYwrAjMm8LsQsoZtqllzmvzVr6S/ZR+KkOm+GtMsrLUJN O1zRpmmt3jm8qZX8xpVkiYEEFSeo5BXNeLnlF1KMHa/LJP7rn614OY6FDNsTRlV9nKtQnTi7tPml KDVmmnfS6s09NGfvh/wRm/aN8GfDTwb8RYvh34gvNH0+PxFJdXHhXxwsijynLi3FjPb+Y6SCJEWV XhkZmVe2Cfmj/gsr8ffiX44+LHj+K/8AhzbeFfAmupos0t5/ZMkb3kkInFpcvPNFFKZX3XaANGjG KP7u1N1VP2Sf+Dgrxv8As+/EDU9a8Q+D9L8Wpr1nBDq1vaXg0hb66hQol8QsMii5dcLK+0iQInyq VyfmP9u7/go/42/bP8SXWteN73TNJ0dL6TUItPtE8m2gkaOOEMzsS8jCKKNF3MQvz7VUyPu8StGM 8HHDwk9OiVu/r32R+xZNg8VhuJqudYuhFQaV5yqcz05XpZRu046SmtrPyPz1/aTbd8ataP8A1w/9 ER1wtdF8WPFkXjf4h6nqcClYLiRVjz/EqIqBvxC5x2zXO19Zgqbp4enTfSKX3I/mLizG08ZnmMxd J3jUq1JJ91Kbaf4hX3X/AMEIfDehfFf9p3T/AIf+II7WbSvFes2TX8Uk4ie5ggS4lMS5ByWZVxkg BwhNfClaPhfxTf8Ag3WYr/Trq4s7qE5WWCQxuvOQQw5BBAII6ECvUwNdUavM9Lpq/bmTV/lc+ar0 VVioy6NP7mn+h/Yr+y5+xv4b/ZY1rxTq9n8Prbxr408QXkt03ie/nsnkuIG5iiklIDRlB8jCOHB2 7gOcV+af/BUr4dj4Oftb6fcjSNP0bw58QLZdQuItA00adoxvirKUDMQJJR5cbSMAMFVJVSwB/OH9 l3/g4H/aW/Zkih0+HxkfGOhxYWOw8SJ9rMajoFuAVmX/AL7x7Vd/4KIf8FWtd/bfvfCus62mnaS/ huKV49GsL1rmJ7mfAmffgFQygbuc+hJJI9nhTFVsLmn1qpNckU+aTfS3S/Xsjhz3AUMZgZYV6N7K 3U8Q/wCCj+v2Xin9pq71GxaB47yxgkYxfdB+bAzgZwmwZ74zXgtaXi3xVeeNfENzqd+/mXN02WIG AABgADsAABWbXm5xjIYvHVcTTVlKTa9DbLMI8LhKeHbvypI+zK2vhn4RT4ifFXwh4Zku30+PxV4h 03QWu0hEzWYvLyG2MwjLKHKebv2bl3bcblzkYtev/sQ+E/BPiD486Zqfjj4m6F8LrbwZcWXifTb7 V7Nbq11K9stRtJo7N0NzbEq6iQnZKGAQkdDXnRtfXY7j2b/gnv4++EPgr4+aV4w+HMPiLVX0Ri6R /EnR7GS81B/l86DSvsuqW8bXK27MxZrScW4bzJGXdEjcl4z/AG4/Dtj8SdXutD8D67Z2cuq3KXGm ar4l1fULeKJZ2H7lotUt5BO+C0kkrTBnYlURflr1iy8L/sffA7xZpuoeGvip8FtP1pvMjtdS0vQt ZvfsBkQxM7CbxTJEPkcj50YY5xxXyT+05p3gjSvj3rsPw41u+8R+EDiSLUrpo2N1ctLKZnjMahTE w8tlwWA3sA7Yo4l4X4UXFVbiTh32yVSCgo1LrkhFvljZVaim38Tk+VRcpRhBK8plGtX9gqNa2mun /DIm/ak+Okf7SHxsufFNrodr4Y0qHTrXRdJ0e1REh0yxtvM8mFVQBAFEjKAoA2qvGck+TeJ/+P21 /wByT+aVs1jeJ/8Aj9tf9yT+aUgPkyvoH/gmP9lvv2tLDSbrUtO0k+JNE1jQ7W4v5xBbi6u9NuLe BWc8KGlkRcn1r5+oq6U3CamugpRUk4s/bD/gj/8AtU/HH9lH9six+BWt32p2Ph3U49Siv/D2swfa IrV4rC4nR4A+QoLxKfkyjg5wc5r5p+LXxJ+Kf7cn7TmqS+Ita1DxDPYai7XVzdzCO00+3hkILuTh I0VQcDgDoo7V7l/wSR/4Kl/B2H9nzwjp3xs1ZJPiF8Jpr630DUtVlZbz7FcW8scYgucbZEQTPG1t OwACo8bZ+UfIf/BRD9rLwf4m8BQeDfh7qKm3vNUm1LV109WFvKSWKiWYgNcSMzFiAPLQBQu7qP0P B5thowqYyUUm0travW6/K/6nymIy2s5Qw6k2k38lp/wbfofLnx51y28TfG3xdqNlKtxaX2s3dxBK v3ZEaZyrD2IIrkqUnJpK/Pa1R1Kkpvq7n1UI8sVFdArqPgjrf/CN/GXwnf8AnfZls9YtJWlzjy1E yEnP0zXL0Zp0KrpVI1Fumn9xliqEa9GdCW0k196sf03/APBOD4reIPhh8Udf1TR/CN7400z+wZhr dnZyBLiKz3IWlTP3iCF+UckE49a9o8FfAfwj+1V4A16z+Asnj7wg+ovHBrdtqd3s0VowdwWbl3ds 52hN2MNkAGvxR/4Jj/8ABbq+/Zn/ALNj1jWbrQNe0e2FjBq4t/tVvqNsMDy7hMMc4C84OcZyGGT+ 1X/BJX/gtr8H/wBpjV/Fei6x458F6X4u1K+TUUSM/wBn29yggigwiyYxgQhjzjLseMgH9N4/4xtQ p5vlVeNL2koKclJc0OVSfv05qUH7yjGM2rLm2u0z+ZeB+BZ4er/q5n9KbhT9rZun7jUrK9KvFqUO ZfFB7+WqPye/4OTf+Cfvj39lvwN4D1jXbC2vtJS/ntv7XsXMkAMiIVQ5AZeUPUDnHqK/I2v6OP8A g7f/AOClnwq8UfseW/wT8N+IdH8U+Mdb1e11C4GnTpcLpUMD79zupIG8/KBnn3wcfzj1+UrPsXnF arjMXU9q7pKdornSjHX3UouzvG8Ulp3uf0Fw1kGDyXArLsvTVKDfKm27cz5mrvW12wqWy2fbIvN/ 1e8b/pnmoqK0Pfeqsfvz+xlHY3Hxa8Gy27WKuLR10v7SV+zm6+yv9j3bvl4n8rGeM4r3j9mVvGr/ ALSVjvGuLJNdFfEBuxIFa3OfOFzu46Zxv537cfNivxn/AGIv+Ci2l+EvBVn4R8d3E9sNNQQ2GqeW ZE8ofdjlx8wKjgNg8AZxjJ/SL9kb/gpJ8HfB9peeMPiN8a7Gax0NfI0TSptVmvZFcr88y2y7mBCk Ivy93x0zSpcfS4TyHMaEcCsTLER5Ukm25NOKTST5o63a0tqz8Z4ZwHENXOcHw7mLn7HDyk6dS9oR p83O7PZO97a3u1HRWt3f/ByDa6Pa/wDBLzxB9sSIXR1rThp27GRP53OPfyvNr+cmvu7/AILU/wDB X5/+CjXjLT/DfhS2u9M+GXhe5a4s1uU2XOr3JXZ9plXJ2qAWCJ1Adi3JwvwjX5n4S8OYzJcgjQx6 5ak5Obj/AC3SST87K77Xsf0VxVmNLG491KLvFJK/e3/DhRRRX6afNn9OuqPrHxV/4Jqfs3eE9GtL rUbiw8P24McZ/dwed4E1OKNpGOFjVprqJA7kLulQZywr6HvviH40+G18viG6+KviXULC0v7u6TQ3 Sz8iaOaJUt7QssIfZE4LBt2cZJJxmvir4O+N/Fmn/BP4fLolnaX+mt4L8OiKVNcsIfmXRrKORSkk 6urLIjqQQOlb114y+IGoqFl0G0li5ykmvaW2fQgm44P096/n7inE8YVMTWw+XOUIKdS0lFu6e3TZ W923dnydPiR0cd7LE4ebpxk7uMW7pPppbXv8z83P+DlbT57b9pP4bXd1dS3N3rXhOXULre2dszan eRt+J8oEnuxNfm7X6Ff8HCmo3uofFn4Qf2n9nTVYvB10LuGK8huvs7NrmpyIrPEzJuMTxtjd0cV+ etfsnDGBjgsow2FircsI3vve2t/Nu7fnc+s+v1cali6ytKaTa2tdbW6W2t0CiiivdA/ox8L399b/ APBNL9kSKzZE834dQb3KBmUArgDPTqfyFfX3/BK+K/l8DeMleW5nnM0G3ZcCBwPZiMCvyv8A2Tf+ Dj74A/CL9kD4V/D3x18EPGXivW/h14ct9BbUIb+2EEvl5y0aM3ygkntk8ZzgY9g8C/8AB2f+zn8N oruPQ/gN8SNMivwonW31W2QPtOVPDjB56jr3zXTVxVWcI0k/dR87DKKyzV49z93tr/Lb0P0n/wCC jvw3mn/Y3+Knimd1V9N+FfibSmjmuPOnJnRJQQwGCMQc+mRX8bNfvJ+1H/wdqfCj46fsu+PfAGl/ Cj4iWF14s8PX+jWtxd6jayx273MLxh3+YsQC+a/BuubW2rPfjCMW2uuoUUUUFhRRRQAUUUUAFFFF ABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUA FFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQB9C/sgeEvhV8Pv BGp/Fz4q3mleKYfD999g8O/DeC9233ivUVjSQSXwQ77bSog6GSTh7hswxEESvF2/xe+KXgT/AIKR fC/X/F2uHwX8Lfj54PsZb+5W0t4dG8P/ABE06FSfLhiQLFa6rBGAqRqAl2iKoAnA875DooAK/ef/ AIJw/tG/C/8Aah+AHwvPj740+P8A4aeHdV0vRvBGp6P4u+JX9g+DtEk8ESeFrye80dhPE8WoXwbS hH5RhlhL6rKJCVTf+DFegfB39rD4p/s8eX/wgHxK8f8AgbyftXl/8I94hu9M8v7T9m+048iRced9 is/M/v8A2SDdnykwAf1FfGP4qfsyeHE8CS/Bz9p3UPEvxBufiV4JsLHSbP8AaS1vxLJqNvceKNLg vYTp8urzx3MbWclyHV4nAQuSBjI/ll/aE0bwb4c+PnjjT/h1q2oa98PrHxBf2/hjU79Cl1qOlpcy LaTyqY4iJHgEbMDHGQWPyL90en/8PYP2pv8Ao5X4/wD/AIcLV/8A5IrwCgD3z9gH4A+Gvix8QNa8 UeP7TVNT+Hfw3sotX1jSdLkMeoeKLiW4itrHRrYrlxLd3MscZdAzRwrPIATHX6HfHjQEj+HnibTf iFY+BP7D8CawfDGtW/iHxbq2gfB34e6mircN4Y0vSdBI1PWtThRY/tV2jPiaFTJ5ihZ5fzV/Zh/b V8U/sn20MPh2w0C9iTxr4c8cTJqUE0i3lxob3clraShJUD2cj3ZaaI8s0EBV0Kc+5/sU/wDBd34z /sK/EfQfE/hjTPAmt3+g+F9W8MLFrlhdSw3v9p6yNXvL+cQ3MRe9eVIYfMBC+RbQoUJTfQB8WV+s XhP/AIWR/wAI5pv/AAhf/CGf8M2/8KI1T7d/whH9h7P+Ek/4VFffa/7d/s7/AEz7b9t/tDb/AGp8 +/zvL4zX5O13nwP/AGnPHv7NsXiyPwR4m1Dw/B468P3nhbxBBDseHVtNu4mhnt5Y3VlYFHba2NyN hkZWAIAPs7xAdOf9gDxJ9gPhsWC/DfwV9t/sUQ/2a3j7+3T9g8ryf3X9o/8ACLm4+2Y/feeLjzv3 m+vhX4seR/wtPxL9m2/Zv7VuvK29NnnPtx+GKl8OfF7xF4Z0fTtMi1W+m0XSL+bVrLSp7mR7C1vp Ykie7SDdsE5WKEF8ZPkRg5CgVzbOXYkkkk5JPegD+vn4C/8ACxf+HWf7IX/CA/8AC/8A/klWhfb/ APhWX/CEf9AjTvL+2f8ACTf9tPL+yf8ATXzf+WVe/wD7Lnwb+In/ABI/F3iz4sfH/wD5ePtXgnxt Z+CP+msSfaJdE07/AHJ08i9/55h/44q/kd/Zq/4LEftNfsp+LPB9/wCGPjV8R59K8EeRFp3hvVPE d7feHzawoI0s3sXlMJtxENgRVXYAChRlVh7P/wAFEv8Ag4+/aP8A25PjJb694b8a+L/gl4Z0y0W2 sPDvgzxNeWKbiFMs1zPCYnuZGccbwFjUBVUHezgHgH/BWD/lKZ+0r/2VXxR/6d7qvAK0PFnizVfH vinUtd13UtQ1rW9au5b/AFDUL+4e5ur+4lcvLNLK5LSSO7MzMxJYkkkk0nhbxTqfgbxLp+s6LqN/ o+saTcR3ljf2Nw9vc2c8bBklikQhkdWAIZSCCAQaAO38L/se/Fvxv8T5fBGi/C34jav40gsE1STQ LLw1e3GqR2brG6XJtkjMoiZZYmD7dpEiEHDDPNaf8JfFWr+JNZ0a18M+ILnV/DkNzcatYxadM9zp cVtn7Q88YXdEsWDvLgBMHdiv0f8Ail+yt48/be/bZ1fW8/E7xN4Z8MfDHwB4i8cWvhOzuNb8ReJT Jo2meTBDbqSZriWcs5mlykKrLM24oI38/wD2ovEvjzQfB/xX8YeK/CmteAPjN+1Z49fSLTw7fxzW F/oejWtzFczxuZljdfOvJLCENJs3CzmJGCcAHxr8af2a/iN+zdf6fa/ETwB418BXOrwG5sYfEeh3 WlyXsQODJEs6IXUHjcuRWt/wxd8Y/wDhEfEOv/8ACpviX/YPhFVbXdS/4Re++yaKGgjuFN1L5WyA GCWKUeYRlJUb7rAn9DfEX7KSy/Cv4FW3xE8L/ET4XeEPh74h8T+NvGHgz4gq1z4k1K1t4LK6vtUS 6MUBks7tobeyhUWUe2eSTMtyWLLw/wCzr4P+OvjLwB4v/aybwb8Wvifqvjz/AISvS/COk+GNGvdW 0zR576FrfUtRv5Y1dLW2iS6dYYAu6eSD5jHHDmQA+EfF/wCzp8Qvh98MdD8ba94E8ZaJ4N8Ttt0b XtQ0W5ttM1Y4LYt7l0EUxwrH5GPCn0rR8Nfsh/Fjxn8Um8D6P8L/AIiar41SyTU28P2fhu8n1RbV 0SRLg2yxmXymSSNg+3aVkUg4YV+kX7b+o678IvhX+0Z8Q7K71Hw74H8cW3w3m+EOsWs7W0F/d2Nv assmlSoRmSyto7mKR4WzCzbGIZhXF/FDxt8WfEP/AAUK1SPwR8JL39obWfiD8FvCOk+KNHubXWNQ ku7K50bRZZ7iabTriC4jLTRxBp3l2/vDuzuoA/N/xf4P1f4e+KtR0LX9L1HQ9b0i4ezv9P1C2e2u rKdGKvFLE4Do6sCCrAEEYIrodc/5N68L/wDYxax/6TaXXaf8FEPhR4L+Bn7b/wATvCPw8vPt3g3Q NdntdMcXQuxCgwWgEwLeaInLxB8ksIwTyTXF65/yb14X/wCxi1j/ANJtLoA4yiiigAooooAKKKKA PsiiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoooo AKKKKACiiigAooooAKKKKACiiigAooooAKKKKACvjeiigAooooAKKKKACiiigAooooAKKKKACt34 X/DXW/jP8TPDvg/w1Zf2l4j8V6nbaNpVp50cP2q7uJVhhj3yMqJukdRudgozkkDmiis603CnKa6J kzlyxbR9l/8AENZ+2t/0Rf8A8u/Qf/k2j/iGs/bW/wCiL/8Al36D/wDJtFFfm3+umO/lh9z/APkj 5n+26/Zfj/mH/ENZ+2t/0Rf/AMu/Qf8A5No/4hrP21v+iL/+XfoP/wAm0UUf66Y7+WH3P/5IP7br 9l+P+ZhfFD/g33/a7+DHwz8ReMPEvwk/s3w54U0y51nVbv8A4SnRZvstpbxNNNJsju2d9saMdqKW OMAE8V8aUUV9Zw9m1bH05zrJKztpf9Wz18uxk8RFudtOwUUUV9CeiFFFFABRRRQAUUUUAFFFFABR RRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQB+wP/AA4v/an/AOiXf+XJpH/yVR/w4v8A2p/+iXf+ XJpH/wAlUUV+Zf66Y7+WH3P/AOSPl/7br9l+P+Yf8OL/ANqf/ol3/lyaR/8AJVH/AA4v/an/AOiX f+XJpH/yVRRR/rpjv5Yfc/8A5IP7br9l+P8AmH/Di/8Aan/6Jd/5cmkf/JVch8Sv+CNP7SXhLWdM t9Q+HH2eW8huJIV/4SDS23qjQhjlbkgYMidfX2NFFaUeMcbOfK4x+5//ACRcM5rt2aX4/wCZ8Cfs e/sQfFD9vn4mX3g/4TeGP+Er8R6bpkms3Np/aNpYeXaJLDC0m+5ljQ4kniG0MW+bOMAkfSP/ABDW ftrf9EX/APLv0H/5Noor1M84kxOCxToUoxast0/80dWPzKrQq+zglb+vMP8AiGs/bW/6Iv8A+Xfo P/ybR/xDWftrf9EX/wDLv0H/AOTaKK8f/XTHfyw+5/8AyRxf23X7L8f8zC8W/wDBvt+134Fv7O11 T4SfZZ7+OWWBf+Ep0V/MWMxhzlbwgYMqdeu7joa8p/ac/wCCavxr/Y38BWnif4keC/8AhHNDvtQT S4Ln+17C833LxySqmyCeRxlIZDkjHy4zkjJRXsZZxJicTWp05xjaXZP/ADOzC5lVqTjGSWv9dzhP 2av2avGv7X/xr0X4d/DvRf8AhIfGPiHz/wCz9P8AtkFp9o8mCS4l/ezukS7YopG+ZhnbgZJAP1f/ AMQ1v7aw/wCaL/8Al36F/wDJtFFa8QcQYjA4hUaMYtON9b92ujXYvMMxqUKihBLa+vz8xP8AiGs/ bW/6Iv8A+XfoP/ybR/xDWftrf9EX/wDLv0H/AOTaKK8L/XTHfyw+5/8AyRwf23X7L8f8w/4hrP21 v+iL/wDl36D/APJtcL+0r/wRB/ah/ZA+CmtfET4ifDH/AIR7wd4e8j+0NQ/4SPSbv7P508dvF+6g unlbdLLGvyqcbsnABIKK6cFxbjK2Ip0ZRjaUktn1du5rQzetOpGDS1aXX/M+bvhf8Ndb+M/xM8O+ D/DVl/aXiPxXqdto2lWnnRw/aru4lWGGPfIyom6R1G52CjOSQOa+y/8AiGs/bW/6Iv8A+XfoP/yb RRXs8RZ7iMBUhCik7rrf9GjtzHH1MPJKCWvcP+Iaz9tb/oi//l36D/8AJtH/ABDWftrf9EX/APLv 0H/5Noor53/XTHfyw+5//JHm/wBt1+y/H/MP+Iaz9tb/AKIv/wCXfoP/AMm1hfFD/g33/a7+DHwz 8ReMPEvwk/s3w54U0y51nVbv/hKdFm+y2lvE000myO7Z32xox2opY4wATxRRWtDjDGzqRg4x1aWz /wDki4ZzXlJJpfj/AJnxpX3R/wAQ1n7a3/RF/wDy79B/+TaKK+i4jzqvl/s/YpPmvvfpbs13PRzL G1MPy8iWt9/kH/ENZ+2t/wBEX/8ALv0H/wCTaP8AiGs/bW/6Iv8A+XfoP/ybRRXzH+umO/lh9z/+ SPL/ALbr9l+P+Yf8Q1n7a3/RF/8Ay79B/wDk2j/iGs/bW/6Iv/5d+g//ACbRRR/rpjv5Yfc//kg/ tuv2X4/5nwvX2X8L/wDg33/a7+M/wz8O+MPDXwk/tLw54r0y21nSrv8A4SnRYftVpcRLNDJsku1d N0bqdrqGGcEA8UUV9XxFm9bAU4TopO763/Ro9fMcZPDxThbXubv/ABDWftrf9EX/APLv0H/5No/4 hrP21v8Aoi//AJd+g/8AybRRXyn+umO/lh9z/wDkjyP7br9l+P8AmH/ENZ+2t/0Rf/y79B/+TaP+ Iaz9tb/oi/8A5d+g/wDybRRR/rpjv5Yfc/8A5IP7br9l+P8AmfGnxQ+Gut/Bj4meIvB/iWy/s3xH 4U1O50bVbTzo5vst3bytDNHvjZkfbIjDcjFTjIJHNYVFFfpFCbnTjN9UmfTQlzRTYUUUVqUFFFFA BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQADmiiigAooooAKKKKACiiig AooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKAC iiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKK KKACiiigAooooAKKKKACiiigAooooAKKKKACtHW/F2q+JbHTLXUdT1C/ttEtjZadDc3LypYQGR5T FCrEiNPMlkfauBukc4yxNFFABo/i7VfDumapZafqeoWNnrlutpqMFvcvFFqEKypKscyqQJEEkcbh WyA0at1UGs6iigAooooAK7PXP+TevC//AGMWsf8ApNpdFFAH/9k= --047d7bb03f404e6fa70525fb5217 Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel --047d7bb03f404e6fa70525fb5217-- From xen-devel-bounces@lists.xen.org Thu Dec 03 11:22:52 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 03 Dec 2015 11:22:52 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4RyO-00023M-8v; Thu, 03 Dec 2015 11:22:52 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4RyL-0001yy-OS for xen-devel@lists.xen.org; Thu, 03 Dec 2015 11:22:50 +0000 Received: from [85.158.139.211] by server-11.bemta-5.messagelabs.com id BE/27-24494-90620665; Thu, 03 Dec 2015 11:22:49 +0000 X-Env-Sender: prvs=772f5cd2d=Ian.Campbell@citrix.com X-Msg-Ref: server-6.tower-206.messagelabs.com!1449141761!8308225!3 X-Originating-IP: [66.165.176.89] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogNjYuMTY1LjE3Ni44OSA9PiAyMDMwMDc=\n, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35; banners=-,-,- X-VirusChecked: Checked Received: (qmail 14379 invoked from network); 3 Dec 2015 11:22:47 -0000 Received: from smtp.citrix.com (HELO SMTP.CITRIX.COM) (66.165.176.89) by server-6.tower-206.messagelabs.com with RC4-SHA encrypted SMTP; 3 Dec 2015 11:22:47 -0000 X-IronPort-AV: E=Sophos;i="5.20,377,1444694400"; d="scan'208";a="316292691" From: Ian Campbell To: , , Date: Thu, 3 Dec 2015 11:22:04 +0000 Message-ID: <1449141749-14940-8-git-send-email-ian.campbell@citrix.com> X-Mailer: git-send-email 2.1.4 In-Reply-To: <1449141749-14940-1-git-send-email-ian.campbell@citrix.com> References: <1449141675.4424.125.camel@citrix.com> <1449141749-14940-1-git-send-email-ian.campbell@citrix.com> MIME-Version: 1.0 Content-Length: 171240 X-DLP: MIA1 Cc: Ian Campbell Subject: [Xen-devel] [PATCH XEN v6 07/32] tools: Refactor /dev/xen/evtchn wrappers into libxenevtchn. X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: base64 Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org bGlieGVuZXZ0Y2huIHdpbGwgcHJvdmlkZSBhIHN0YWJsZSBBUEkgYW5kIEFCSSBmb3IgYWNjZXNz aW5nIHRoZQpldnRjaG4gZGV2aWNlLgoKVGhlIGZ1bmN0aW9ucyBhcmUgbW92ZWQgaW50byB0aGUg eGVuZXZ0Y2huIG5hbWVzcGFjZSB0byBtYWtlIGEgY2xlYW4KYnJlYWsgZnJvbSBsaWJ4YyBhbmQg YXZvaWQgYW1iaWd1aXR5IHJlZ2FyZGluZyB3aGljaCBpbnRlcmZhY2VzIGFyZQpzdGFibGUuCgpB bGwgaW4tdHJlZSB1c2VycyBhcmUgdXBkYXRlZCB0byB1c2UgdGhlIG5ldyBuYW1lcy4KClVwb24g cmVxdWVzdCAodmlhICNkZWZpbmUgWENfV0FOVF9DT01QQVRfRVZUQ0hOX0FQSSkgbGlieGVuY3Ry bCB3aWxsCnByb3ZpZGUgYSBjb21wYXQgQVBJIGZvciB0aGUgb2xkIG5hbWVzLiBUaGlzIGlzIHVz ZWQgYnkgcWVtdS14ZW4gZm9yCnRoZSB0aW1lIGJlaW5nLiBxZW11LXhlbi10cmFkaXRpb25hbCBp cyB1cGRhdGVkIGluIGxvY2tzdGVwLgoKVGhpcyBsZWF2ZXMgYSBmZXcgZXZlbnQgY2hhbm5lbCBy ZWxhdGVkIGZ1bmN0aW9ucyB3aGljaCBnbyB2aWEgcHJpdmNtZAooRVZUQ0hOT1ApIHJhdGhlciB0 aGFuIGlvY3RscyBvbiB0aGUgL2Rldi94ZW4vZXZ0Y2huIGRldmljZSBpbgpsaWJ4ZW5jdHJsLiBT cGVjaWZpY2FsbHk6CgogLSB4Y19ldnRjaG5fYWxsb2NfdW5ib3VuZAogLSB4Y19ldnRjaG5fcmVz ZXQKIC0geGNfZXZ0Y2huX3N0YXR1cwoKTm90ZSB0aGF0IHhjX2V2dGNobl9hbGxvY191bmJvdW5k J3MgZnVuY3Rpb25hbGl0eSBpcyBhbHNvIHByb3ZpZGVkIGJ5CnhlbmV2dGNobl9iaW5kX3VuYm91 bmRfcG9ydCgpIChuw6llIHhjX2V2dGNobl9iaW5kX3VuYm91bmRfcG9ydCkgYW5kIGlzCnByb2Jh Ymx5IHJlZHVuZGFudC4KClRoZXNlIGZ1bmN0aW9ucyBkbyBub3QgYXBwZWFyIHRvIGJlIG5lZWRl ZCBieSBxZW11LWRtLCBxZW11LXB2Cihwcm92aXNpb24gb2YgZGV2aWNlIG1vZGVsIHRvIEhWTSBn dWVzdHMgYW5kIFBWIGJhY2tlbmRzIHJlc3BlY3RpdmVseSkKb3IgYnkgbGlidmNoYW4gc3VnZ2Vz dGluZyB0aGV5IGFyZSBub3QgbmVlZGVkIGJ5IG5vbi10b29sc3RhY2sgdXNlcyBvZgpldmVudCBj aGFubmVscy4gUUVNVSBkb2VzIHVzZSB0aGVzZSBpbiBody94ZW5wdi94ZW5fZG9tYWluYnVpbGQu YyBidXQKdGhhdCBpcyBhICJ0b29sc3RhY2sgdXNlIi4KClRoZSBuZXcgbGlicmFyeSB1c2VzIGEg dmVyc2lvbiBzY3JpcHQgdG8gZW5zdXJlIHRoYXQgb25seSBleHBlY3RlZApzeW1ib2xzIGFyZSBl eHBvcnRlZCBhbmQgdG8gdmVyc2lvbiB0aGVtIHN1Y2ggdGhhdCBBQkkgZ3VhcmFudGVlcyBjYW4K YmUga2VwdCBpbiB0aGUgZnV0dXJlLgoKU2lnbmVkLW9mZi1ieTogSWFuIENhbXBiZWxsIDxpYW4u Y2FtcGJlbGxAY2l0cml4LmNvbT4KQWNrZWQtYnk6IFdlaSBMaXUgPHdlaS5saXUyQGNpdHJpeC5j b20+CkFja2VkLWJ5OiBJYW4gSmFja3NvbiA8aWFuLmphY2tzb25AZXUuY2l0cml4LmNvbT4KLS0t CgpNdXN0IGJlIGFwcGxpZWQgd2l0aDoKCiAtICJxZW11LXhlbi10cmFkaXRpb25hbDogVXNlIGxp YnhlbmV2dGNobiIgYW5kIGEgY29ycmVzcG9uZGluZwogICBRRU1VX1RBRyB1cGRhdGUgZm9sZGVk IGhlcmUuCiAtICJtaW5pLW9zOiBJbmNsdWRlIGxpYnhlbmV2dGNobiB3aXRoIGxpYnhjIiIgYW5k IGEgY29ycmVzcG9uZGluZwogICBidW1wIHRvIE1JTklPU19VUFNUUkVBTV9SRVZJU0lPTiBmb2xk ZWQgaW4gaGVyZS4KCnYyOiBVcGRhdGUgZG9jIGF0IHNhbWUgdGltZQogICAgUmVtb3ZlZCBzb21l IHN0cmF5IGNvbXBhdCB0aGluZwp2MzogTW92ZWQgdG8gdG9vbHMvbGlicy9ldnRjaG4KdjQ6IHR5 cGVkZWYgdGhlIHhlbmV2dGNobl9oYW5kbGUgaW4geGVuZ3Vlc3QuaCBpbnN0ZWFkIG9mICNpbmNs dWRlLCB0bwogICAgYXZvaWQgbGVha2luZyB0aGUgbGlieGVuZXZ0Y2huIG5hbWVzcGFjZSBpbnRv IGNhbGxlcnMgd2hvIG1heSBub3QKICAgIHdhbnQgaXQuIChBbmQgYWxzbyB0byBhdm9pZCBhZGRp bmcgbG90cyBvZiAtSSB0byBwbGFjZXMgbGlrZQogICAgc3R1YmRvbSBidWlsZHMpCnY1OiBIYW5k bGUgTlVMTCBwYXNzZWQgdG8gX2Nsb3NlKCkKdjY6IFByb3Blcmx5IHBvcnQgeGVuLWFjY2VzcyB0 byBuZXcgQVBJIChpbnN0ZWFkIG9mIGEgc2luZ2xlIGZ1bmN0aW9uIGNhbGwpCi0tLQogLmdpdGln bm9yZSAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIHwgICAxICsKIHN0dWJkb20v TWFrZWZpbGUgICAgICAgICAgICAgICAgICAgICAgICAgICAgICB8ICAxOSArLQogdG9vbHMvTWFr ZWZpbGUgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIHwgICA1ICstCiB0b29scy9SdWxl cy5tayAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgfCAgMTQgKy0KIHRvb2xzL2NvbnNv bGUvTWFrZWZpbGUgICAgICAgICAgICAgICAgICAgICAgICB8ICAgMiArCiB0b29scy9jb25zb2xl L2RhZW1vbi9pby5jICAgICAgICAgICAgICAgICAgICAgfCAgNDMgKystLQogdG9vbHMvbGlicy9N YWtlZmlsZSAgICAgICAgICAgICAgICAgICAgICAgICAgIHwgICAxICsKIHRvb2xzL2xpYnMvZXZ0 Y2huL01ha2VmaWxlICAgICAgICAgICAgICAgICAgICB8ICA2NSArKysrKysrCiB0b29scy9saWJz L2V2dGNobi9jb3JlLmMgICAgICAgICAgICAgICAgICAgICAgfCAgNzIgKysrKysrKwogdG9vbHMv bGlicy9ldnRjaG4vZnJlZWJzZC5jICAgICAgICAgICAgICAgICAgIHwgMTM4ICsrKysrKysrKysr KysKIHRvb2xzL2xpYnMvZXZ0Y2huL2luY2x1ZGUveGVuZXZ0Y2huLmggICAgICAgICB8IDE1MCAr KysrKysrKysrKysrKwogdG9vbHMvbGlicy9ldnRjaG4vbGlieGVuZXZ0Y2huLm1hcCAgICAgICAg ICAgIHwgIDE0ICsrCiB0b29scy9saWJzL2V2dGNobi9saW51eC5jICAgICAgICAgICAgICAgICAg ICAgfCAxMzYgKysrKysrKysrKysrKwogdG9vbHMvbGlicy9ldnRjaG4vbWluaW9zLmMgICAgICAg ICAgICAgICAgICAgIHwgMjY5ICsrKysrKysrKysrKysrKysrKysrKysrKysrCiB0b29scy9saWJz L2V2dGNobi9uZXRic2QuYyAgICAgICAgICAgICAgICAgICAgfCAxNDcgKysrKysrKysrKysrKysK IHRvb2xzL2xpYnMvZXZ0Y2huL3ByaXZhdGUuaCAgICAgICAgICAgICAgICAgICB8ICAyNSArKysK IHRvb2xzL2xpYnMvZXZ0Y2huL3NvbGFyaXMuYyAgICAgICAgICAgICAgICAgICB8IDEzNSArKysr KysrKysrKysrCiB0b29scy9saWJzL3Rvb2xsb2cvaW5jbHVkZS94ZW50b29sbG9nLmggICAgICAg fCAgMTAgKwogdG9vbHMvbGlicy90b29sbG9nL3h0bF9jb3JlLmMgICAgICAgICAgICAgICAgIHwg IDEwICsKIHRvb2xzL2xpYnMvdG9vbGxvZy94dGxfbG9nZ2VyX3N0ZGlvLmMgICAgICAgICB8ICAx MCArCiB0b29scy9saWJ2Y2hhbi9NYWtlZmlsZSAgICAgICAgICAgICAgICAgICAgICAgfCAgIDYg Ky0KIHRvb2xzL2xpYnZjaGFuL2luaXQuYyAgICAgICAgICAgICAgICAgICAgICAgICB8ICAyMCAr LQogdG9vbHMvbGlidmNoYW4vaW8uYyAgICAgICAgICAgICAgICAgICAgICAgICAgIHwgIDEyICst CiB0b29scy9saWJ2Y2hhbi9saWJ4ZW52Y2hhbi5oICAgICAgICAgICAgICAgICAgfCAgIDMgKy0K IHRvb2xzL2xpYnhjL01ha2VmaWxlICAgICAgICAgICAgICAgICAgICAgICAgICB8ICAgOCArLQog dG9vbHMvbGlieGMvaW5jbHVkZS94ZW5jdHJsLmggICAgICAgICAgICAgICAgIHwgIDk5ICstLS0t LS0tLS0KIHRvb2xzL2xpYnhjL2luY2x1ZGUveGVuY3RybF9jb21wYXQuaCAgICAgICAgICB8ICA0 OCArKysrKwogdG9vbHMvbGlieGMvaW5jbHVkZS94ZW5ndWVzdC5oICAgICAgICAgICAgICAgIHwg IDE0ICstCiB0b29scy9saWJ4Yy94Y19ldnRjaG5fY29tcGF0LmMgICAgICAgICAgICAgICAgfCAg NzUgKysrKysrKwogdG9vbHMvbGlieGMveGNfZnJlZWJzZF9vc2RlcC5jICAgICAgICAgICAgICAg IHwgMTAxIC0tLS0tLS0tLS0KIHRvb2xzL2xpYnhjL3hjX2xpbnV4X29zZGVwLmMgICAgICAgICAg ICAgICAgICB8ICA5NSAtLS0tLS0tLS0KIHRvb2xzL2xpYnhjL3hjX21pbmlvcy5jICAgICAgICAg ICAgICAgICAgICAgICB8IDIyMSAtLS0tLS0tLS0tLS0tLS0tLS0tLS0KIHRvb2xzL2xpYnhjL3hj X25ldGJzZC5jICAgICAgICAgICAgICAgICAgICAgICB8IDEwOSAtLS0tLS0tLS0tLQogdG9vbHMv bGlieGMveGNfcHJpdmF0ZS5jICAgICAgICAgICAgICAgICAgICAgIHwgIDQwIC0tLS0KIHRvb2xz L2xpYnhjL3hjX3ByaXZhdGUuaCAgICAgICAgICAgICAgICAgICAgICB8ICAgNyAtCiB0b29scy9s aWJ4Yy94Y19zb2xhcmlzLmMgICAgICAgICAgICAgICAgICAgICAgfCAgOTcgLS0tLS0tLS0tLQog dG9vbHMvbGlieGMveGNfc3VzcGVuZC5jICAgICAgICAgICAgICAgICAgICAgIHwgIDE4ICstCiB0 b29scy9saWJ4bC9NYWtlZmlsZSAgICAgICAgICAgICAgICAgICAgICAgICAgfCAgIDUgKy0KIHRv b2xzL2xpYnhsL2xpYnhsLmMgICAgICAgICAgICAgICAgICAgICAgICAgICB8ICAgMiArLQogdG9v bHMvbGlieGwvbGlieGxfZG9tX3N1c3BlbmQuYyAgICAgICAgICAgICAgIHwgICA0ICstCiB0b29s cy9saWJ4bC9saWJ4bF9ldmVudC5jICAgICAgICAgICAgICAgICAgICAgfCAgMTQgKy0KIHRvb2xz L2xpYnhsL2xpYnhsX2ludGVybmFsLmggICAgICAgICAgICAgICAgICB8ICAgNSArLQogdG9vbHMv bWlzYy9NYWtlZmlsZSAgICAgICAgICAgICAgICAgICAgICAgICAgIHwgICA3ICstCiB0b29scy9t aXNjL3hlbi1ocHRvb2wuYyAgICAgICAgICAgICAgICAgICAgICAgfCAgMTMgKy0KIHRvb2xzL21p c2MveGVuLWxvd21lbWQuYyAgICAgICAgICAgICAgICAgICAgICB8ICAxNSArLQogdG9vbHMvb2Nh bWwvbGlicy9ldmVudGNobi9NYWtlZmlsZSAgICAgICAgICAgIHwgICA0ICstCiB0b29scy9vY2Ft bC9saWJzL2V2ZW50Y2huL3hlbmV2ZW50Y2huX3N0dWJzLmMgfCAgMjAgKy0KIHRvb2xzL3B5dGhv bi9zZXR1cC5weSAgICAgICAgICAgICAgICAgICAgICAgICB8ICAgNyArLQogdG9vbHMvdGVzdHMv eGVuLWFjY2Vzcy9NYWtlZmlsZSAgICAgICAgICAgICAgIHwgICAzICstCiB0b29scy90ZXN0cy94 ZW4tYWNjZXNzL3hlbi1hY2Nlc3MuYyAgICAgICAgICAgfCAgMjEgKy0KIHRvb2xzL3hjdXRpbHMv TWFrZWZpbGUgICAgICAgICAgICAgICAgICAgICAgICB8ICAgNCArLQogdG9vbHMveGVubW9uL01h a2VmaWxlICAgICAgICAgICAgICAgICAgICAgICAgIHwgICAyICsKIHRvb2xzL3hlbm1vbi94ZW5i YWtlZC5jICAgICAgICAgICAgICAgICAgICAgICB8ICAxMyArLQogdG9vbHMveGVucGFnaW5nL01h a2VmaWxlICAgICAgICAgICAgICAgICAgICAgIHwgICA0ICstCiB0b29scy94ZW5wYWdpbmcveGVu cGFnaW5nLmMgICAgICAgICAgICAgICAgICAgfCAgMTggKy0KIHRvb2xzL3hlbnBhZ2luZy94ZW5w YWdpbmcuaCAgICAgICAgICAgICAgICAgICB8ICAgMyArLQogdG9vbHMveGVuc3RvcmUvTWFrZWZp bGUgICAgICAgICAgICAgICAgICAgICAgIHwgICA1ICstCiB0b29scy94ZW5zdG9yZS94ZW5zdG9y ZWRfY29yZS5jICAgICAgICAgICAgICAgfCAgIDYgKy0KIHRvb2xzL3hlbnN0b3JlL3hlbnN0b3Jl ZF9kb21haW4uYyAgICAgICAgICAgICB8ICAyNSArLS0KIHRvb2xzL3hlbnRyYWNlL01ha2VmaWxl ICAgICAgICAgICAgICAgICAgICAgICB8ICAgNSArLQogdG9vbHMveGVudHJhY2UveGVudHJhY2Uu YyAgICAgICAgICAgICAgICAgICAgIHwgIDEzICstCiA2MSBmaWxlcyBjaGFuZ2VkLCAxNTMyIGlu c2VydGlvbnMoKyksIDkyNSBkZWxldGlvbnMoLSkKIGNyZWF0ZSBtb2RlIDEwMDY0NCB0b29scy9s aWJzL2V2dGNobi9NYWtlZmlsZQogY3JlYXRlIG1vZGUgMTAwNjQ0IHRvb2xzL2xpYnMvZXZ0Y2hu L2NvcmUuYwogY3JlYXRlIG1vZGUgMTAwNjQ0IHRvb2xzL2xpYnMvZXZ0Y2huL2ZyZWVic2QuYwog Y3JlYXRlIG1vZGUgMTAwNjQ0IHRvb2xzL2xpYnMvZXZ0Y2huL2luY2x1ZGUveGVuZXZ0Y2huLmgK IGNyZWF0ZSBtb2RlIDEwMDY0NCB0b29scy9saWJzL2V2dGNobi9saWJ4ZW5ldnRjaG4ubWFwCiBj cmVhdGUgbW9kZSAxMDA2NDQgdG9vbHMvbGlicy9ldnRjaG4vbGludXguYwogY3JlYXRlIG1vZGUg MTAwNjQ0IHRvb2xzL2xpYnMvZXZ0Y2huL21pbmlvcy5jCiBjcmVhdGUgbW9kZSAxMDA2NDQgdG9v bHMvbGlicy9ldnRjaG4vbmV0YnNkLmMKIGNyZWF0ZSBtb2RlIDEwMDY0NCB0b29scy9saWJzL2V2 dGNobi9wcml2YXRlLmgKIGNyZWF0ZSBtb2RlIDEwMDY0NCB0b29scy9saWJzL2V2dGNobi9zb2xh cmlzLmMKIGNyZWF0ZSBtb2RlIDEwMDY0NCB0b29scy9saWJ4Yy9pbmNsdWRlL3hlbmN0cmxfY29t cGF0LmgKIGNyZWF0ZSBtb2RlIDEwMDY0NCB0b29scy9saWJ4Yy94Y19ldnRjaG5fY29tcGF0LmMK CmRpZmYgLS1naXQgYS8uZ2l0aWdub3JlIGIvLmdpdGlnbm9yZQppbmRleCBhMmM4NWUxLi5iZjM4 MmU1IDEwMDY0NAotLS0gYS8uZ2l0aWdub3JlCisrKyBiLy5naXRpZ25vcmUKQEAgLTU5LDYgKzU5 LDcgQEAgc3R1YmRvbS9pbmNsdWRlCiBzdHViZG9tL2lvZW11CiBzdHViZG9tL3hlbnN0b3JlCiBz dHViZG9tL2xpYnhlbnRvb2xsb2ctKgorc3R1YmRvbS9saWJ4ZW5ldnRjaG4tKgogc3R1YmRvbS9s aWJ4Yy0qCiBzdHViZG9tL2x3aXAtKgogc3R1YmRvbS9taW5pLW9zLSoKZGlmZiAtLWdpdCBhL3N0 dWJkb20vTWFrZWZpbGUgYi9zdHViZG9tL01ha2VmaWxlCmluZGV4IDljOTIzZGQuLjNiM2JmYzkg MTAwNjQ0Ci0tLSBhL3N0dWJkb20vTWFrZWZpbGUKKysrIGIvc3R1YmRvbS9NYWtlZmlsZQpAQCAt MzE4LDYgKzMxOCwxMiBAQCBtay1oZWFkZXJzLSQoWEVOX1RBUkdFVF9BUkNIKTogJChJT0VNVV9M SU5LRkFSTV9UQVJHRVQpCiAJICBsbiAtc2YgJChYRU5fUk9PVCkvdG9vbHMvbGlicy90b29sbG9n L2luY2x1ZGUvKi5oIC4gJiYgXAogCSAgbG4gLXNmICQoWEVOX1JPT1QpL3Rvb2xzL2xpYnMvdG9v bGxvZy8qLmMgLiAmJiBcCiAJICBsbiAtc2YgJChYRU5fUk9PVCkvdG9vbHMvbGlicy90b29sbG9n L01ha2VmaWxlIC4gKQorCW1rZGlyIC1wIGxpYnMtJChYRU5fVEFSR0VUX0FSQ0gpL2V2dGNobi9p bmNsdWRlCisJWyAtaCBsaWJzLSQoWEVOX1RBUkdFVF9BUkNIKS9ldnRjaG4vTWFrZWZpbGUgXSB8 fCAoIGNkIGxpYnMtJChYRU5fVEFSR0VUX0FSQ0gpL2V2dGNobiAmJiBcCisJICBsbiAtc2YgJChY RU5fUk9PVCkvdG9vbHMvbGlicy9ldnRjaG4vKi5oIC4gJiYgXAorCSAgbG4gLXNmICQoWEVOX1JP T1QpL3Rvb2xzL2xpYnMvZXZ0Y2huL2luY2x1ZGUvKi5oIGluY2x1ZGUvICYmIFwKKwkgIGxuIC1z ZiAkKFhFTl9ST09UKS90b29scy9saWJzL2V2dGNobi8qLmMgLiAmJiBcCisJICBsbiAtc2YgJChY RU5fUk9PVCkvdG9vbHMvbGlicy9ldnRjaG4vTWFrZWZpbGUgLiApCiAJbWtkaXIgLXAgbGlieGMt JChYRU5fVEFSR0VUX0FSQ0gpCiAJWyAtaCBsaWJ4Yy0kKFhFTl9UQVJHRVRfQVJDSCkvTWFrZWZp bGUgXSB8fCAoIGNkIGxpYnhjLSQoWEVOX1RBUkdFVF9BUkNIKSAmJiBcCiAJICBsbiAtc2YgJChY RU5fUk9PVCkvdG9vbHMvbGlieGMvKi5oIC4gJiYgXApAQCAtMzUyLDEyICszNTgsMjMgQEAgbGli cy0kKFhFTl9UQVJHRVRfQVJDSCkvdG9vbGxvZy9saWJ4ZW50b29sbG9nLmE6ICQoTkVXTElCX1NU QU1QRklMRSkKIAlDUFBGTEFHUz0iJChUQVJHRVRfQ1BQRkxBR1MpIiBDRkxBR1M9IiQoVEFSR0VU X0NGTEFHUykiICQoTUFLRSkgREVTVERJUj0gLUMgbGlicy0kKFhFTl9UQVJHRVRfQVJDSCkvdG9v bGxvZwogCiAjIyMjIyMjCisjIGxpYnhlbmV2dGNobgorIyMjIyMjIworCisuUEhPTlk6IGxpYnhl bmV2dGNobgorbGlieGVuZXZ0Y2huOiBsaWJzLSQoWEVOX1RBUkdFVF9BUkNIKS9ldnRjaG4vbGli eGVuZXZ0Y2huLmEKK2xpYnMtJChYRU5fVEFSR0VUX0FSQ0gpL2V2dGNobi9saWJ4ZW5ldnRjaG4u YTogJChORVdMSUJfU1RBTVBGSUxFKQorCSQoTUFLRSkgLUMgJChYRU5fUk9PVCkvdG9vbHMvaW5j bHVkZQorCSQoTUFLRSkgREVTVERJUj0gLUMgJChNSU5JX09TKSBsaW5rcworCUNQUEZMQUdTPSIk KFRBUkdFVF9DUFBGTEFHUykiIENGTEFHUz0iJChUQVJHRVRfQ0ZMQUdTKSIgJChNQUtFKSBERVNU RElSPSAtQyBsaWJzLSQoWEVOX1RBUkdFVF9BUkNIKS9ldnRjaG4KKworIyMjIyMjIwogIyBsaWJ4 YwogIyMjIyMjIwogCiAuUEhPTlk6IGxpYnhjCiBsaWJ4YzogbGlieGMtJChYRU5fVEFSR0VUX0FS Q0gpL2xpYnhlbmN0cmwuYSBsaWJ4Yy0kKFhFTl9UQVJHRVRfQVJDSCkvbGlieGVuZ3Vlc3QuYQot bGlieGMtJChYRU5fVEFSR0VUX0FSQ0gpL2xpYnhlbmN0cmwuYTogbGlieGVudG9vbGxvZyBjcm9z cy16bGliCitsaWJ4Yy0kKFhFTl9UQVJHRVRfQVJDSCkvbGlieGVuY3RybC5hOiBsaWJ4ZW50b29s bG9nIGxpYnhlbmV2dGNobiBjcm9zcy16bGliCiAJJChNQUtFKSAtQyAkKFhFTl9ST09UKS90b29s cy9pbmNsdWRlCiAJJChNQUtFKSBERVNURElSPSAtQyAkKE1JTklfT1MpIGxpbmtzCiAJQ1BQRkxB R1M9IiQoVEFSR0VUX0NQUEZMQUdTKSIgQ0ZMQUdTPSIkKFRBUkdFVF9DRkxBR1MpIiAkKE1BS0Up IERFU1RESVI9IENPTkZJR19MSUJYQ19NSU5JT1M9eSAtQyBsaWJ4Yy0kKFhFTl9UQVJHRVRfQVJD SCkKZGlmZiAtLWdpdCBhL3Rvb2xzL01ha2VmaWxlIGIvdG9vbHMvTWFrZWZpbGUKaW5kZXggOWY3 NGFjNy4uOTllMDE2YSAxMDA2NDQKLS0tIGEvdG9vbHMvTWFrZWZpbGUKKysrIGIvdG9vbHMvTWFr ZWZpbGUKQEAgLTI0OCw4ICsyNDgsMTAgQEAgc3ViZGlyLWFsbC1xZW11LXhlbi1kaXI6IHFlbXUt eGVuLWRpci1maW5kCiAJCS0tbGliZGlyPSQoTElCRVhFQ19MSUIpIFwKIAkJLS1pbmNsdWRlZGly PSQoTElCRVhFQ19JTkMpIFwKIAkJLS1zb3VyY2UtcGF0aD0kJHNvdXJjZSBcCi0JCS0tZXh0cmEt Y2ZsYWdzPSItSSQoWEVOX1JPT1QpL3Rvb2xzL2luY2x1ZGUgXAorCQktLWV4dHJhLWNmbGFncz0i LURYQ19XQU5UX0NPTVBBVF9FVlRDSE5fQVBJPTEgXAorCQktSSQoWEVOX1JPT1QpL3Rvb2xzL2lu Y2x1ZGUgXAogCQktSSQoWEVOX1JPT1QpL3Rvb2xzL2xpYnMvdG9vbGxvZy9pbmNsdWRlIFwKKwkJ LUkkKFhFTl9ST09UKS90b29scy9saWJzL2V2dGNobi9pbmNsdWRlIFwKIAkJLUkkKFhFTl9ST09U KS90b29scy9saWJ4Yy9pbmNsdWRlIFwKIAkJLUkkKFhFTl9ST09UKS90b29scy94ZW5zdG9yZS9p bmNsdWRlIFwKIAkJLUkkKFhFTl9ST09UKS90b29scy94ZW5zdG9yZS9jb21wYXQvaW5jbHVkZSBc CkBAIC0yNTcsNiArMjU5LDcgQEAgc3ViZGlyLWFsbC1xZW11LXhlbi1kaXI6IHFlbXUteGVuLWRp ci1maW5kCiAJCS0tZXh0cmEtbGRmbGFncz0iLUwkKFhFTl9ST09UKS90b29scy9saWJ4YyBcCiAJ CS1MJChYRU5fUk9PVCkvdG9vbHMveGVuc3RvcmUgXAogCQktV2wsLXJwYXRoLWxpbms9JChYRU5f Uk9PVCkvdG9vbHMvbGlicy90b29sbG9nIFwKKwkJLVdsLC1ycGF0aC1saW5rPSQoWEVOX1JPT1Qp L3Rvb2xzL2xpYnMvZXZ0Y2huIFwKIAkJJChRRU1VX1VQU1RSRUFNX1JQQVRIKSIgXAogCQktLWJp bmRpcj0kKExJQkVYRUNfQklOKSBcCiAJCS0tZGF0YWRpcj0kKFNIQVJFRElSKS9xZW11LXhlbiBc CmRpZmYgLS1naXQgYS90b29scy9SdWxlcy5tayBiL3Rvb2xzL1J1bGVzLm1rCmluZGV4IDc1MTZk ZGQuLjc1ZDAyYzQgMTAwNjQ0Ci0tLSBhL3Rvb2xzL1J1bGVzLm1rCisrKyBiL3Rvb2xzL1J1bGVz Lm1rCkBAIC0xMSw2ICsxMSw3IEBAIElOU1RBTEwgPSAkKFhFTl9ST09UKS90b29scy9jcm9zcy1p bnN0YWxsCiAKIFhFTl9JTkNMVURFICAgICAgICA9ICQoWEVOX1JPT1QpL3Rvb2xzL2luY2x1ZGUK IFhFTl9MSUJYRU5UT09MTE9HICA9ICQoWEVOX1JPT1QpL3Rvb2xzL2xpYnMvdG9vbGxvZworWEVO X0xJQlhFTkVWVENITiAgID0gJChYRU5fUk9PVCkvdG9vbHMvbGlicy9ldnRjaG4KIFhFTl9MSUJY QyAgICAgICAgICA9ICQoWEVOX1JPT1QpL3Rvb2xzL2xpYnhjCiBYRU5fWEVOTElHSFQgICAgICAg PSAkKFhFTl9ST09UKS90b29scy9saWJ4bAogWEVOX1hFTlNUT1JFICAgICAgID0gJChYRU5fUk9P VCkvdG9vbHMveGVuc3RvcmUKQEAgLTgyLDEzICs4MywxOCBAQCBTSERFUFNfbGlieGVudG9vbGxv ZyA9CiBMRExJQlNfbGlieGVudG9vbGxvZyA9ICQoWEVOX0xJQlhFTlRPT0xMT0cpL2xpYnhlbnRv b2xsb2ckKGxpYmV4dGVuc2lvbikKIFNITElCX2xpYnhlbnRvb2xsb2cgID0gLVdsLC1ycGF0aC1s aW5rPSQoWEVOX0xJQlhFTlRPT0xMT0cpCiAKK0NGTEFHU19saWJ4ZW5ldnRjaG4gPSAtSSQoWEVO X0xJQlhFTkVWVENITikvaW5jbHVkZSAkKENGTEFHU194ZW5pbmNsdWRlKQorU0hERVBTX2xpYnhl bmV2dGNobiA9CitMRExJQlNfbGlieGVuZXZ0Y2huID0gJChYRU5fTElCWEVORVZUQ0hOKS9saWJ4 ZW5ldnRjaG4kKGxpYmV4dGVuc2lvbikKK1NITElCX2xpYnhlbmV2dGNobiAgPSAtV2wsLXJwYXRo LWxpbms9JChYRU5fTElCWEVORVZUQ0hOKQorCiBDRkxBR1NfbGlieGVuY3RybCA9IC1JJChYRU5f TElCWEMpL2luY2x1ZGUgJChDRkxBR1NfbGlieGVudG9vbGxvZykgJChDRkxBR1NfeGVuaW5jbHVk ZSkKLVNIREVQU19saWJ4ZW5jdHJsID0gJChTSExJQl9saWJ4ZW50b29sbG9nKSAKK1NIREVQU19s aWJ4ZW5jdHJsID0gJChTSExJQl9saWJ4ZW50b29sbG9nKSAkKFNITElCX2xpYnhlbmV2dGNobikK IExETElCU19saWJ4ZW5jdHJsID0gJChTSERFUFNfbGlieGVuY3RybCkgJChYRU5fTElCWEMpL2xp YnhlbmN0cmwkKGxpYmV4dGVuc2lvbikKIFNITElCX2xpYnhlbmN0cmwgID0gJChTSERFUFNfbGli eGVuY3RybCkgLVdsLC1ycGF0aC1saW5rPSQoWEVOX0xJQlhDKQogCi1DRkxBR1NfbGlieGVuZ3Vl c3QgPSAtSSQoWEVOX0xJQlhDKS9pbmNsdWRlICQoQ0ZMQUdTX3hlbmluY2x1ZGUpCi1TSERFUFNf bGlieGVuZ3Vlc3QgPQorQ0ZMQUdTX2xpYnhlbmd1ZXN0ID0gLUkkKFhFTl9MSUJYQykvaW5jbHVk ZSAkKENGTEFHU19saWJ4ZW5ldnRjaG4pICQoQ0ZMQUdTX3hlbmluY2x1ZGUpCitTSERFUFNfbGli eGVuZ3Vlc3QgPSAkKFNITElCX2xpYnhlbmV2dGNobikKIExETElCU19saWJ4ZW5ndWVzdCA9ICQo U0hERVBTX2xpYnhlbmd1ZXN0KSAkKFhFTl9MSUJYQykvbGlieGVuZ3Vlc3QkKGxpYmV4dGVuc2lv bikKIFNITElCX2xpYnhlbmd1ZXN0ICA9ICQoU0hERVBTX2xpYnhlbmd1ZXN0KSAtV2wsLXJwYXRo LWxpbms9JChYRU5fTElCWEMpCiAKQEAgLTEwMyw3ICsxMDksNyBAQCBMRExJQlNfbGlieGVuc3Rh dCAgPSAkKFNIREVQU19saWJ4ZW5zdGF0KSAkKFhFTl9MSUJYRU5TVEFUKS9saWJ4ZW5zdGF0JChs aWJleHRlbgogU0hMSUJfbGlieGVuc3RhdCAgID0gJChTSERFUFNfbGlieGVuc3RhdCkgLVdsLC1y cGF0aC1saW5rPSQoWEVOX0xJQlhFTlNUQVQpCiAKIENGTEFHU19saWJ4ZW52Y2hhbiA9IC1JJChY RU5fTElCVkNIQU4pCi1TSERFUFNfbGlieGVudmNoYW4gPSAkKFNITElCX2xpYnhlbmN0cmwpICQo U0hMSUJfbGlieGVuc3RvcmUpCitTSERFUFNfbGlieGVudmNoYW4gPSAkKFNITElCX2xpYnhlbmN0 cmwpICQoU0hMSUJfbGlieGVuc3RvcmUpICQoU0hMSUJfbGlieGVuZXZ0Y2huKQogTERMSUJTX2xp YnhlbnZjaGFuID0gJChTSERFUFNfbGlieGVudmNoYW4pICQoWEVOX0xJQlZDSEFOKS9saWJ4ZW52 Y2hhbiQobGliZXh0ZW5zaW9uKQogU0hMSUJfbGlieGVudmNoYW4gID0gJChTSERFUFNfbGlieGVu dmNoYW4pIC1XbCwtcnBhdGgtbGluaz0kKFhFTl9MSUJWQ0hBTikKIApkaWZmIC0tZ2l0IGEvdG9v bHMvY29uc29sZS9NYWtlZmlsZSBiL3Rvb2xzL2NvbnNvbGUvTWFrZWZpbGUKaW5kZXggNzdlOGYy OS4uNGIzYTQ5MiAxMDA2NDQKLS0tIGEvdG9vbHMvY29uc29sZS9NYWtlZmlsZQorKysgYi90b29s cy9jb25zb2xlL01ha2VmaWxlCkBAIC0zLDggKzMsMTAgQEAgaW5jbHVkZSAkKFhFTl9ST09UKS90 b29scy9SdWxlcy5tawogCiBDRkxBR1MgICs9IC1XZXJyb3IKIAorQ0ZMQUdTICArPSAkKENGTEFH U19saWJ4ZW5ldnRjaG4pCiBDRkxBR1MgICs9ICQoQ0ZMQUdTX2xpYnhlbmN0cmwpCiBDRkxBR1Mg ICs9ICQoQ0ZMQUdTX2xpYnhlbnN0b3JlKQorTERMSUJTICs9ICQoTERMSUJTX2xpYnhlbmV2dGNo bikKIExETElCUyArPSAkKExETElCU19saWJ4ZW5jdHJsKQogTERMSUJTICs9ICQoTERMSUJTX2xp YnhlbnN0b3JlKQogTERMSUJTICs9ICQoU09DS0VUX0xJQlMpCmRpZmYgLS1naXQgYS90b29scy9j b25zb2xlL2RhZW1vbi9pby5jIGIvdG9vbHMvY29uc29sZS9kYWVtb24vaW8uYwppbmRleCBjYWZj N2I3Li4yZjJlOWM1IDEwMDY0NAotLS0gYS90b29scy9jb25zb2xlL2RhZW1vbi9pby5jCisrKyBi L3Rvb2xzL2NvbnNvbGUvZGFlbW9uL2lvLmMKQEAgLTIxLDYgKzIxLDcgQEAKIAogI2luY2x1ZGUg InV0aWxzLmgiCiAjaW5jbHVkZSAiaW8uaCIKKyNpbmNsdWRlIDx4ZW5ldnRjaG4uaD4KICNpbmNs dWRlIDx4ZW5zdG9yZS5oPgogI2luY2x1ZGUgPHhlbi9pby9jb25zb2xlLmg+CiAjaW5jbHVkZSA8 eGVuL2dyYW50X3RhYmxlLmg+CkBAIC0xMDEsNyArMTAyLDcgQEAgc3RydWN0IGRvbWFpbiB7CiAJ aW50IHJpbmdfcmVmOwogCWV2dGNobl9wb3J0X29yX2Vycm9yX3QgbG9jYWxfcG9ydDsKIAlldnRj aG5fcG9ydF9vcl9lcnJvcl90IHJlbW90ZV9wb3J0OwotCXhjX2V2dGNobiAqeGNlX2hhbmRsZTsK Kwl4ZW5ldnRjaG5faGFuZGxlICp4Y2VfaGFuZGxlOwogCWludCB4Y2VfcG9sbGZkX2lkeDsKIAlz dHJ1Y3QgeGVuY29uc19pbnRlcmZhY2UgKmludGVyZmFjZTsKIAlpbnQgZXZlbnRfY291bnQ7CkBA IC0xODUsNyArMTg2LDcgQEAgc3RhdGljIHZvaWQgYnVmZmVyX2FwcGVuZChzdHJ1Y3QgZG9tYWlu ICpkb20pCiAKIAl4ZW5fbWIoKTsKIAlpbnRmLT5vdXRfY29ucyA9IGNvbnM7Ci0JeGNfZXZ0Y2hu X25vdGlmeShkb20tPnhjZV9oYW5kbGUsIGRvbS0+bG9jYWxfcG9ydCk7CisJeGVuZXZ0Y2huX25v dGlmeShkb20tPnhjZV9oYW5kbGUsIGRvbS0+bG9jYWxfcG9ydCk7CiAKIAkvKiBHZXQgdGhlIGRh dGEgdG8gdGhlIGxvZ2ZpbGUgYXMgZWFybHkgYXMgcG9zc2libGUgYmVjYXVzZSBpZgogCSAqIG5v IG9uZSBpcyBsaXN0ZW5pbmcgb24gdGhlIGNvbnNvbGUgcHR5IHRoZW4gaXQgd2lsbCBmaWxsIHVw CkBAIC01ODQsMjIgKzU4NSwyMiBAQCBzdGF0aWMgaW50IGRvbWFpbl9jcmVhdGVfcmluZyhzdHJ1 Y3QgZG9tYWluICpkb20pCiAJZG9tLT5sb2NhbF9wb3J0ID0gLTE7CiAJZG9tLT5yZW1vdGVfcG9y dCA9IC0xOwogCWlmIChkb20tPnhjZV9oYW5kbGUgIT0gTlVMTCkKLQkJeGNfZXZ0Y2huX2Nsb3Nl KGRvbS0+eGNlX2hhbmRsZSk7CisJCXhlbmV2dGNobl9jbG9zZShkb20tPnhjZV9oYW5kbGUpOwog CiAJLyogT3BlbmluZyBldnRjaG4gaW5kZXBlbmRlbnRseSBmb3IgZWFjaCBjb25zb2xlIGlzIGEg Yml0CiAJICogd2FzdGVmdWwsIGJ1dCB0aGF0J3MgaG93IHRoZSBjb2RlIGlzIHN0cnVjdHVyZWQu Li4gKi8KLQlkb20tPnhjZV9oYW5kbGUgPSB4Y19ldnRjaG5fb3BlbihOVUxMLCAwKTsKKwlkb20t PnhjZV9oYW5kbGUgPSB4ZW5ldnRjaG5fb3BlbihOVUxMLCAwKTsKIAlpZiAoZG9tLT54Y2VfaGFu ZGxlID09IE5VTEwpIHsKIAkJZXJyID0gZXJybm87CiAJCWdvdG8gb3V0OwogCX0KICAKLQlyYyA9 IHhjX2V2dGNobl9iaW5kX2ludGVyZG9tYWluKGRvbS0+eGNlX2hhbmRsZSwKKwlyYyA9IHhlbmV2 dGNobl9iaW5kX2ludGVyZG9tYWluKGRvbS0+eGNlX2hhbmRsZSwKIAkJZG9tLT5kb21pZCwgcmVt b3RlX3BvcnQpOwogCiAJaWYgKHJjID09IC0xKSB7CiAJCWVyciA9IGVycm5vOwotCQl4Y19ldnRj aG5fY2xvc2UoZG9tLT54Y2VfaGFuZGxlKTsKKwkJeGVuZXZ0Y2huX2Nsb3NlKGRvbS0+eGNlX2hh bmRsZSk7CiAJCWRvbS0+eGNlX2hhbmRsZSA9IE5VTEw7CiAJCWdvdG8gb3V0OwogCX0KQEAgLTYw OSw3ICs2MTAsNyBAQCBzdGF0aWMgaW50IGRvbWFpbl9jcmVhdGVfcmluZyhzdHJ1Y3QgZG9tYWlu ICpkb20pCiAJaWYgKGRvbS0+bWFzdGVyX2ZkID09IC0xKSB7CiAJCWlmICghZG9tYWluX2NyZWF0 ZV90dHkoZG9tKSkgewogCQkJZXJyID0gZXJybm87Ci0JCQl4Y19ldnRjaG5fY2xvc2UoZG9tLT54 Y2VfaGFuZGxlKTsKKwkJCXhlbmV2dGNobl9jbG9zZShkb20tPnhjZV9oYW5kbGUpOwogCQkJZG9t LT54Y2VfaGFuZGxlID0gTlVMTDsKIAkJCWRvbS0+bG9jYWxfcG9ydCA9IC0xOwogCQkJZG9tLT5y ZW1vdGVfcG9ydCA9IC0xOwpAQCAtNzQ5LDcgKzc1MCw3IEBAIHN0YXRpYyB2b2lkIHNodXRkb3du X2RvbWFpbihzdHJ1Y3QgZG9tYWluICpkKQogCXdhdGNoX2RvbWFpbihkLCBmYWxzZSk7CiAJZG9t YWluX3VubWFwX2ludGVyZmFjZShkKTsKIAlpZiAoZC0+eGNlX2hhbmRsZSAhPSBOVUxMKQotCQl4 Y19ldnRjaG5fY2xvc2UoZC0+eGNlX2hhbmRsZSk7CisJCXhlbmV2dGNobl9jbG9zZShkLT54Y2Vf aGFuZGxlKTsKIAlkLT54Y2VfaGFuZGxlID0gTlVMTDsKIH0KIApAQCAtODM5LDcgKzg0MCw3IEBA IHN0YXRpYyB2b2lkIGhhbmRsZV90dHlfcmVhZChzdHJ1Y3QgZG9tYWluICpkb20pCiAJCX0KIAkJ eGVuX3dtYigpOwogCQlpbnRmLT5pbl9wcm9kID0gcHJvZDsKLQkJeGNfZXZ0Y2huX25vdGlmeShk b20tPnhjZV9oYW5kbGUsIGRvbS0+bG9jYWxfcG9ydCk7CisJCXhlbmV2dGNobl9ub3RpZnkoZG9t LT54Y2VfaGFuZGxlLCBkb20tPmxvY2FsX3BvcnQpOwogCX0gZWxzZSB7CiAJCWRvbWFpbl9jbG9z ZV90dHkoZG9tKTsKIAkJc2h1dGRvd25fZG9tYWluKGRvbSk7CkBAIC04NzEsNyArODcyLDcgQEAg c3RhdGljIHZvaWQgaGFuZGxlX3JpbmdfcmVhZChzdHJ1Y3QgZG9tYWluICpkb20pCiAJaWYgKGRv bS0+aXNfZGVhZCkKIAkJcmV0dXJuOwogCi0JaWYgKChwb3J0ID0geGNfZXZ0Y2huX3BlbmRpbmco ZG9tLT54Y2VfaGFuZGxlKSkgPT0gLTEpCisJaWYgKChwb3J0ID0geGVuZXZ0Y2huX3BlbmRpbmco ZG9tLT54Y2VfaGFuZGxlKSkgPT0gLTEpCiAJCXJldHVybjsKIAogCWRvbS0+ZXZlbnRfY291bnQr KzsKQEAgLTg3OSw3ICs4ODAsNyBAQCBzdGF0aWMgdm9pZCBoYW5kbGVfcmluZ19yZWFkKHN0cnVj dCBkb21haW4gKmRvbSkKIAlidWZmZXJfYXBwZW5kKGRvbSk7CiAKIAlpZiAoZG9tLT5ldmVudF9j b3VudCA8IFJBVEVfTElNSVRfQUxMT1dBTkNFKQotCQkodm9pZCl4Y19ldnRjaG5fdW5tYXNrKGRv bS0+eGNlX2hhbmRsZSwgcG9ydCk7CisJCSh2b2lkKXhlbmV2dGNobl91bm1hc2soZG9tLT54Y2Vf aGFuZGxlLCBwb3J0KTsKIH0KIAogc3RhdGljIHZvaWQgaGFuZGxlX3hzKHZvaWQpCkBAIC05MDYs NyArOTA3LDcgQEAgc3RhdGljIHZvaWQgaGFuZGxlX3hzKHZvaWQpCiAJZnJlZSh2ZWMpOwogfQog Ci1zdGF0aWMgdm9pZCBoYW5kbGVfaHZfbG9ncyh4Y19ldnRjaG4gKnhjZV9oYW5kbGUsIGJvb2wg Zm9yY2UpCitzdGF0aWMgdm9pZCBoYW5kbGVfaHZfbG9ncyh4ZW5ldnRjaG5faGFuZGxlICp4Y2Vf aGFuZGxlLCBib29sIGZvcmNlKQogewogCXN0YXRpYyBjaGFyIGJ1ZmZlclsxMDI0KjE2XTsKIAlj aGFyICpidWZwdHIgPSBidWZmZXI7CkBAIC05MTQsNyArOTE1LDcgQEAgc3RhdGljIHZvaWQgaGFu ZGxlX2h2X2xvZ3MoeGNfZXZ0Y2huICp4Y2VfaGFuZGxlLCBib29sIGZvcmNlKQogCXN0YXRpYyB1 aW50MzJfdCBpbmRleCA9IDA7CiAJZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCBwb3J0ID0gLTE7CiAK LQlpZiAoIWZvcmNlICYmICgocG9ydCA9IHhjX2V2dGNobl9wZW5kaW5nKHhjZV9oYW5kbGUpKSA9 PSAtMSkpCisJaWYgKCFmb3JjZSAmJiAoKHBvcnQgPSB4ZW5ldnRjaG5fcGVuZGluZyh4Y2VfaGFu ZGxlKSkgPT0gLTEpKQogCQlyZXR1cm47CiAKIAlkbwpAQCAtOTM4LDcgKzkzOSw3IEBAIHN0YXRp YyB2b2lkIGhhbmRsZV9odl9sb2dzKHhjX2V2dGNobiAqeGNlX2hhbmRsZSwgYm9vbCBmb3JjZSkK IAl9IHdoaWxlIChzaXplID09IHNpemVvZihidWZmZXIpKTsKIAogCWlmIChwb3J0ICE9IC0xKQot CQkodm9pZCl4Y19ldnRjaG5fdW5tYXNrKHhjZV9oYW5kbGUsIHBvcnQpOworCQkodm9pZCl4ZW5l dnRjaG5fdW5tYXNrKHhjZV9oYW5kbGUsIHBvcnQpOwogfQogCiBzdGF0aWMgdm9pZCBoYW5kbGVf bG9nX3JlbG9hZCh2b2lkKQpAQCAtMTAwNiwxMCArMTAwNywxMCBAQCB2b2lkIGhhbmRsZV9pbyh2 b2lkKQogCWV2dGNobl9wb3J0X29yX2Vycm9yX3QgbG9nX2h2X2V2dGNobiA9IC0xOwogCWludCB4 Y2VfcG9sbGZkX2lkeCA9IC0xOwogCWludCB4c19wb2xsZmRfaWR4ID0gLTE7Ci0JeGNfZXZ0Y2hu ICp4Y2VfaGFuZGxlID0gTlVMTDsKKwl4ZW5ldnRjaG5faGFuZGxlICp4Y2VfaGFuZGxlID0gTlVM TDsKIAogCWlmIChsb2dfaHYpIHsKLQkJeGNlX2hhbmRsZSA9IHhjX2V2dGNobl9vcGVuKE5VTEws IDApOworCQl4Y2VfaGFuZGxlID0geGVuZXZ0Y2huX29wZW4oTlVMTCwgMCk7CiAJCWlmICh4Y2Vf aGFuZGxlID09IE5VTEwpIHsKIAkJCWRvbG9nKExPR19FUlIsICJGYWlsZWQgdG8gb3BlbiB4Y2Ug aGFuZGxlOiAlZCAoJXMpIiwKIAkJCSAgICAgIGVycm5vLCBzdHJlcnJvcihlcnJubykpOwpAQCAt MTAxOCw3ICsxMDE5LDcgQEAgdm9pZCBoYW5kbGVfaW8odm9pZCkKIAkJbG9nX2h2X2ZkID0gY3Jl YXRlX2h2X2xvZygpOwogCQlpZiAobG9nX2h2X2ZkID09IC0xKQogCQkJZ290byBvdXQ7Ci0JCWxv Z19odl9ldnRjaG4gPSB4Y19ldnRjaG5fYmluZF92aXJxKHhjZV9oYW5kbGUsIFZJUlFfQ09OX1JJ TkcpOworCQlsb2dfaHZfZXZ0Y2huID0geGVuZXZ0Y2huX2JpbmRfdmlycSh4Y2VfaGFuZGxlLCBW SVJRX0NPTl9SSU5HKTsKIAkJaWYgKGxvZ19odl9ldnRjaG4gPT0gLTEpIHsKIAkJCWRvbG9nKExP R19FUlIsICJGYWlsZWQgdG8gYmluZCB0byBWSVJRX0NPTl9SSU5HOiAiCiAJCQkgICAgICAiJWQg KCVzKSIsIGVycm5vLCBzdHJlcnJvcihlcnJubykpOwpAQCAtMTA0Nyw3ICsxMDQ4LDcgQEAgdm9p ZCBoYW5kbGVfaW8odm9pZCkKIAkJeHNfcG9sbGZkX2lkeCA9IHNldF9mZHMoeHNfZmlsZW5vKHhz KSwgUE9MTElOfFBPTExQUkkpOwogCiAJCWlmIChsb2dfaHYpCi0JCQl4Y2VfcG9sbGZkX2lkeCA9 IHNldF9mZHMoeGNfZXZ0Y2huX2ZkKHhjZV9oYW5kbGUpLAorCQkJeGNlX3BvbGxmZF9pZHggPSBz ZXRfZmRzKHhlbmV2dGNobl9mZCh4Y2VfaGFuZGxlKSwKIAkJCQkJCSBQT0xMSU58UE9MTFBSSSk7 CiAKIAkJaWYgKGNsb2NrX2dldHRpbWUoQ0xPQ0tfTU9OT1RPTklDLCAmdHMpIDwgMCkKQEAgLTEw NjYsNyArMTA2Nyw3IEBAIHZvaWQgaGFuZGxlX2lvKHZvaWQpCiAJCQlpZiAoKG5vdys1KSA+IGQt Pm5leHRfcGVyaW9kKSB7CiAJCQkJZC0+bmV4dF9wZXJpb2QgPSBub3cgKyBSQVRFX0xJTUlUX1BF UklPRDsKIAkJCQlpZiAoZC0+ZXZlbnRfY291bnQgPj0gUkFURV9MSU1JVF9BTExPV0FOQ0UpIHsK LQkJCQkJKHZvaWQpeGNfZXZ0Y2huX3VubWFzayhkLT54Y2VfaGFuZGxlLCBkLT5sb2NhbF9wb3J0 KTsKKwkJCQkJKHZvaWQpeGVuZXZ0Y2huX3VubWFzayhkLT54Y2VfaGFuZGxlLCBkLT5sb2NhbF9w b3J0KTsKIAkJCQl9CiAJCQkJZC0+ZXZlbnRfY291bnQgPSAwOwogCQkJfQpAQCAtMTA4Miw3ICsx MDgzLDcgQEAgdm9pZCBoYW5kbGVfaW8odm9pZCkKIAkJCQlpZiAoZGlzY2FyZF9vdmVyZmxvd2Vk X2RhdGEgfHwKIAkJCQkgICAgIWQtPmJ1ZmZlci5tYXhfY2FwYWNpdHkgfHwKIAkJCQkgICAgZC0+ YnVmZmVyLnNpemUgPCBkLT5idWZmZXIubWF4X2NhcGFjaXR5KSB7Ci0JCQkJCWludCBldnRjaG5f ZmQgPSB4Y19ldnRjaG5fZmQoZC0+eGNlX2hhbmRsZSk7CisJCQkJCWludCBldnRjaG5fZmQgPSB4 ZW5ldnRjaG5fZmQoZC0+eGNlX2hhbmRsZSk7CiAJCQkJCWQtPnhjZV9wb2xsZmRfaWR4ID0gc2V0 X2ZkcyhldnRjaG5fZmQsCiAJCQkJCQkJCSAgICBQT0xMSU58UE9MTFBSSSk7CiAJCQkJfQpAQCAt MTIwMiw3ICsxMjAzLDcgQEAgdm9pZCBoYW5kbGVfaW8odm9pZCkKIAkJbG9nX2h2X2ZkID0gLTE7 CiAJfQogCWlmICh4Y2VfaGFuZGxlICE9IE5VTEwpIHsKLQkJeGNfZXZ0Y2huX2Nsb3NlKHhjZV9o YW5kbGUpOworCQl4ZW5ldnRjaG5fY2xvc2UoeGNlX2hhbmRsZSk7CiAJCXhjZV9oYW5kbGUgPSBO VUxMOwogCX0KIAlpZiAoeGNnX2hhbmRsZSAhPSBOVUxMKSB7CmRpZmYgLS1naXQgYS90b29scy9s aWJzL01ha2VmaWxlIGIvdG9vbHMvbGlicy9NYWtlZmlsZQppbmRleCA3M2JlNTAwLi4wZTNmNTIz IDEwMDY0NAotLS0gYS90b29scy9saWJzL01ha2VmaWxlCisrKyBiL3Rvb2xzL2xpYnMvTWFrZWZp bGUKQEAgLTMsNSArMyw2IEBAIGluY2x1ZGUgJChYRU5fUk9PVCkvdG9vbHMvUnVsZXMubWsKIAog U1VCRElSUy15IDo9CiBTVUJESVJTLXkgKz0gdG9vbGxvZworU1VCRElSUy15ICs9IGV2dGNobgog CiBhbGwgY2xlYW4gaW5zdGFsbCBkaXN0Y2xlYW46ICU6IHN1YmRpcnMtJQpkaWZmIC0tZ2l0IGEv dG9vbHMvbGlicy9ldnRjaG4vTWFrZWZpbGUgYi90b29scy9saWJzL2V2dGNobi9NYWtlZmlsZQpu ZXcgZmlsZSBtb2RlIDEwMDY0NAppbmRleCAwMDAwMDAwLi44NWVkNmRjCi0tLSAvZGV2L251bGwK KysrIGIvdG9vbHMvbGlicy9ldnRjaG4vTWFrZWZpbGUKQEAgLTAsMCArMSw2NSBAQAorWEVOX1JP T1QgPSAkKENVUkRJUikvLi4vLi4vLi4KK2luY2x1ZGUgJChYRU5fUk9PVCkvdG9vbHMvUnVsZXMu bWsKKworTUFKT1IgICAgPSAxCitNSU5PUiAgICA9IDAKK1NITElCX0xERkxBR1MgKz0gLVdsLC0t dmVyc2lvbi1zY3JpcHQ9bGlieGVuZXZ0Y2huLm1hcAorCitDRkxBR1MgICArPSAtV2Vycm9yIC1X bWlzc2luZy1wcm90b3R5cGVzCitDRkxBR1MgICArPSAtSS4vaW5jbHVkZSAkKENGTEFHU194ZW5p bmNsdWRlKQorQ0ZMQUdTICAgKz0gJChDRkxBR1NfbGlieGVudG9vbGxvZykKKworU1JDUy15ICAg ICAgICAgICAgICAgICArPSBjb3JlLmMKK1NSQ1MtJChDT05GSUdfTGludXgpICAgKz0gbGludXgu YworU1JDUy0kKENPTkZJR19GcmVlQlNEKSArPSBmcmVlYnNkLmMKK1NSQ1MtJChDT05GSUdfU3Vu T1MpICAgKz0gc29sYXJpcy5jCitTUkNTLSQoQ09ORklHX05ldEJTRCkgICs9IG5ldGJzZC5jCitT UkNTLSQoQ09ORklHX01pbmlPUykgICs9IG1pbmlvcy5jCisKK0xJQl9PQkpTIDo9ICQocGF0c3Vi c3QgJS5jLCUubywkKFNSQ1MteSkpCitQSUNfT0JKUyA6PSAkKHBhdHN1YnN0ICUuYywlLm9waWMs JChTUkNTLXkpKQorCitMSUIgOj0gbGlieGVuZXZ0Y2huLmEKK2lmbmVxICgkKG5vc2hhcmVkbGli cykseSkKK0xJQiArPSBsaWJ4ZW5ldnRjaG4uc28KK2VuZGlmCisKKy5QSE9OWTogYWxsCithbGw6 IGJ1aWxkCisKKy5QSE9OWTogYnVpbGQKK2J1aWxkOgorCSQoTUFLRSkgbGlicworCisuUEhPTlk6 IGxpYnMKK2xpYnM6ICQoTElCKQorCisKK2xpYnhlbmV2dGNobi5hOiAkKExJQl9PQkpTKQorCSQo QVIpIHJjICRAICReCisKK2xpYnhlbmV2dGNobi5zbzogbGlieGVuZXZ0Y2huLnNvLiQoTUFKT1Ip CisJJChTWU1MSU5LX1NITElCKSAkPCAkQAorbGlieGVuZXZ0Y2huLnNvLiQoTUFKT1IpOiBsaWJ4 ZW5ldnRjaG4uc28uJChNQUpPUikuJChNSU5PUikKKwkkKFNZTUxJTktfU0hMSUIpICQ8ICRACisK K2xpYnhlbmV2dGNobi5zby4kKE1BSk9SKS4kKE1JTk9SKTogJChQSUNfT0JKUykgbGlieGVuZXZ0 Y2huLm1hcAorCSQoQ0MpICQoTERGTEFHUykgLVdsLCQoU09OQU1FX0xERkxBRykgLVdsLGxpYnhl bmV2dGNobi5zby4kKE1BSk9SKSAkKFNITElCX0xERkxBR1MpIC1vICRAICQoUElDX09CSlMpICQo TERMSUJTX2xpYnhlbnRvb2xsb2cpICQoQVBQRU5EX0xERkxBR1MpCisKKy5QSE9OWTogaW5zdGFs bAoraW5zdGFsbDogYnVpbGQKKwkkKElOU1RBTExfRElSKSAkKERFU1RESVIpJChsaWJkaXIpCisJ JChJTlNUQUxMX0RJUikgJChERVNURElSKSQoaW5jbHVkZWRpcikKKwkkKElOU1RBTExfU0hMSUIp IGxpYnhlbmV2dGNobi5zby4kKE1BSk9SKS4kKE1JTk9SKSAkKERFU1RESVIpJChsaWJkaXIpCisJ JChJTlNUQUxMX0RBVEEpIGxpYnhlbmV2dGNobi5hICQoREVTVERJUikkKGxpYmRpcikKKwkkKFNZ TUxJTktfU0hMSUIpIGxpYnhlbmV2dGNobi5zby4kKE1BSk9SKS4kKE1JTk9SKSAkKERFU1RESVIp JChsaWJkaXIpL2xpYnhlbmV2dGNobi5zby4kKE1BSk9SKQorCSQoU1lNTElOS19TSExJQikgbGli eGVuZXZ0Y2huLnNvLiQoTUFKT1IpICQoREVTVERJUikkKGxpYmRpcikvbGlieGVuZXZ0Y2huLnNv CisJJChJTlNUQUxMX0RBVEEpIGluY2x1ZGUveGVuZXZ0Y2huLmggJChERVNURElSKSQoaW5jbHVk ZWRpcikKKworLlBIT05ZOiBUQUdTCitUQUdTOgorCWV0YWdzIC10ICouYyAqLmgKKworLlBIT05Z OiBjbGVhbgorY2xlYW46CisJcm0gLXJmICoucnBtICQoTElCKSAqfiAkKERFUFMpICQoTElCX09C SlMpICQoUElDX09CSlMpCmRpZmYgLS1naXQgYS90b29scy9saWJzL2V2dGNobi9jb3JlLmMgYi90 b29scy9saWJzL2V2dGNobi9jb3JlLmMKbmV3IGZpbGUgbW9kZSAxMDA2NDQKaW5kZXggMDAwMDAw MC4uYzMxZTA4YwotLS0gL2Rldi9udWxsCisrKyBiL3Rvb2xzL2xpYnMvZXZ0Y2huL2NvcmUuYwpA QCAtMCwwICsxLDcyIEBACisvKgorICogVGhpcyBsaWJyYXJ5IGlzIGZyZWUgc29mdHdhcmU7IHlv dSBjYW4gcmVkaXN0cmlidXRlIGl0IGFuZC9vcgorICogbW9kaWZ5IGl0IHVuZGVyIHRoZSB0ZXJt cyBvZiB0aGUgR05VIExlc3NlciBHZW5lcmFsIFB1YmxpYworICogTGljZW5zZSBhcyBwdWJsaXNo ZWQgYnkgdGhlIEZyZWUgU29mdHdhcmUgRm91bmRhdGlvbjsKKyAqIHZlcnNpb24gMi4xIG9mIHRo ZSBMaWNlbnNlLgorICoKKyAqIFRoaXMgbGlicmFyeSBpcyBkaXN0cmlidXRlZCBpbiB0aGUgaG9w ZSB0aGF0IGl0IHdpbGwgYmUgdXNlZnVsLAorICogYnV0IFdJVEhPVVQgQU5ZIFdBUlJBTlRZOyB3 aXRob3V0IGV2ZW4gdGhlIGltcGxpZWQgd2FycmFudHkgb2YKKyAqIE1FUkNIQU5UQUJJTElUWSBv ciBGSVRORVNTIEZPUiBBIFBBUlRJQ1VMQVIgUFVSUE9TRS4gIFNlZSB0aGUgR05VCisgKiBMZXNz ZXIgR2VuZXJhbCBQdWJsaWMgTGljZW5zZSBmb3IgbW9yZSBkZXRhaWxzLgorICoKKyAqIFlvdSBz aG91bGQgaGF2ZSByZWNlaXZlZCBhIGNvcHkgb2YgdGhlIEdOVSBMZXNzZXIgR2VuZXJhbCBQdWJs aWMKKyAqIExpY2Vuc2UgYWxvbmcgd2l0aCB0aGlzIGxpYnJhcnk7IElmIG5vdCwgc2VlIDxodHRw Oi8vd3d3LmdudS5vcmcvbGljZW5zZXMvPi4KKyAqLworCisjaW5jbHVkZSA8dW5pc3RkLmg+Cisj aW5jbHVkZSA8c3RkbGliLmg+CisKKyNpbmNsdWRlICJwcml2YXRlLmgiCisKK3hlbmV2dGNobl9o YW5kbGUgKnhlbmV2dGNobl9vcGVuKHhlbnRvb2xsb2dfbG9nZ2VyICpsb2dnZXIsIHVuc2lnbmVk IG9wZW5fZmxhZ3MpCit7CisgICAgeGVuZXZ0Y2huX2hhbmRsZSAqeGNlID0gbWFsbG9jKHNpemVv ZigqeGNlKSk7CisgICAgaW50IHJjOworCisgICAgaWYgKCF4Y2UpIHJldHVybiBOVUxMOworCisg ICAgeGNlLT5mZCA9IC0xOworICAgIHhjZS0+bG9nZ2VyID0gbG9nZ2VyOworICAgIHhjZS0+bG9n Z2VyX3RvZnJlZSAgPSBOVUxMOworCisgICAgaWYgKCF4Y2UtPmxvZ2dlcikgeworICAgICAgICB4 Y2UtPmxvZ2dlciA9IHhjZS0+bG9nZ2VyX3RvZnJlZSA9CisgICAgICAgICAgICAoeGVudG9vbGxv Z19sb2dnZXIqKQorICAgICAgICAgICAgeHRsX2NyZWF0ZWxvZ2dlcl9zdGRpb3N0cmVhbShzdGRl cnIsIFhUTF9QUk9HUkVTUywgMCk7CisgICAgICAgIGlmICgheGNlLT5sb2dnZXIpIGdvdG8gZXJy OworICAgIH0KKworICAgIHJjID0gb3NkZXBfZXZ0Y2huX29wZW4oeGNlKTsKKyAgICBpZiAoIHJj ICA8IDAgKSBnb3RvIGVycjsKKworICAgIHJldHVybiB4Y2U7CisKK2VycjoKKyAgICBvc2RlcF9l dnRjaG5fY2xvc2UoeGNlKTsKKyAgICB4dGxfbG9nZ2VyX2Rlc3Ryb3koeGNlLT5sb2dnZXJfdG9m cmVlKTsKKyAgICBmcmVlKHhjZSk7CisgICAgcmV0dXJuIE5VTEw7Cit9CisKK2ludCB4ZW5ldnRj aG5fY2xvc2UoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlKQoreworICAgIGludCByYzsKKworICAgIGlm ICggIXhjZSApCisgICAgICAgIHJldHVybiAwOworCisgICAgcmMgPSBvc2RlcF9ldnRjaG5fY2xv c2UoeGNlKTsKKyAgICB4dGxfbG9nZ2VyX2Rlc3Ryb3koeGNlLT5sb2dnZXJfdG9mcmVlKTsKKyAg ICBmcmVlKHhjZSk7CisgICAgcmV0dXJuIHJjOworfQorCisvKgorICogTG9jYWwgdmFyaWFibGVz OgorICogbW9kZTogQworICogYy1maWxlLXN0eWxlOiAiQlNEIgorICogYy1iYXNpYy1vZmZzZXQ6 IDQKKyAqIHRhYi13aWR0aDogNAorICogaW5kZW50LXRhYnMtbW9kZTogbmlsCisgKiBFbmQ6Cisg Ki8KZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnMvZXZ0Y2huL2ZyZWVic2QuYyBiL3Rvb2xzL2xpYnMv ZXZ0Y2huL2ZyZWVic2QuYwpuZXcgZmlsZSBtb2RlIDEwMDY0NAppbmRleCAwMDAwMDAwLi42MzZm MDUyCi0tLSAvZGV2L251bGwKKysrIGIvdG9vbHMvbGlicy9ldnRjaG4vZnJlZWJzZC5jCkBAIC0w LDAgKzEsMTM4IEBACisgLyoqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioq KioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKgorICoKKyAqIENvcHlyaWdodCAy MDA2IFN1biBNaWNyb3N5c3RlbXMsIEluYy4gIEFsbCByaWdodHMgcmVzZXJ2ZWQuCisgKiBVc2Ug aXMgc3ViamVjdCB0byBsaWNlbnNlIHRlcm1zLgorICoKKyAqIFRoaXMgbGlicmFyeSBpcyBmcmVl IHNvZnR3YXJlOyB5b3UgY2FuIHJlZGlzdHJpYnV0ZSBpdCBhbmQvb3IKKyAqIG1vZGlmeSBpdCB1 bmRlciB0aGUgdGVybXMgb2YgdGhlIEdOVSBMZXNzZXIgR2VuZXJhbCBQdWJsaWMKKyAqIExpY2Vu c2UgYXMgcHVibGlzaGVkIGJ5IHRoZSBGcmVlIFNvZnR3YXJlIEZvdW5kYXRpb247CisgKiB2ZXJz aW9uIDIuMSBvZiB0aGUgTGljZW5zZS4KKyAqCisgKiBUaGlzIGxpYnJhcnkgaXMgZGlzdHJpYnV0 ZWQgaW4gdGhlIGhvcGUgdGhhdCBpdCB3aWxsIGJlIHVzZWZ1bCwKKyAqIGJ1dCBXSVRIT1VUIEFO WSBXQVJSQU5UWTsgd2l0aG91dCBldmVuIHRoZSBpbXBsaWVkIHdhcnJhbnR5IG9mCisgKiBNRVJD SEFOVEFCSUxJVFkgb3IgRklUTkVTUyBGT1IgQSBQQVJUSUNVTEFSIFBVUlBPU0UuICBTZWUgdGhl IEdOVQorICogTGVzc2VyIEdlbmVyYWwgUHVibGljIExpY2Vuc2UgZm9yIG1vcmUgZGV0YWlscy4K KyAqCisgKiBZb3Ugc2hvdWxkIGhhdmUgcmVjZWl2ZWQgYSBjb3B5IG9mIHRoZSBHTlUgTGVzc2Vy IEdlbmVyYWwgUHVibGljCisgKiBMaWNlbnNlIGFsb25nIHdpdGggdGhpcyBsaWJyYXJ5OyBJZiBu b3QsIHNlZSA8aHR0cDovL3d3dy5nbnUub3JnL2xpY2Vuc2VzLz4uCisgKgorICogU3BsaXQgb2Zm IGZyb20geGNfZnJlZWJzZF9vc2RlcC5jCisgKi8KKworI2luY2x1ZGUgPGZjbnRsLmg+CisjaW5j bHVkZSA8dW5pc3RkLmg+CisKKyNpbmNsdWRlIDxzeXMvaW9jdGwuaD4KKworI2luY2x1ZGUgPHhl bi9zeXMvZXZ0Y2huLmg+CisKKyNpbmNsdWRlICJwcml2YXRlLmgiCisKKyNkZWZpbmUgRVZUQ0hO X0RFViAgICAgICIvZGV2L3hlbi9ldnRjaG4iCisKK2ludCBvc2RlcF9ldnRjaG5fb3Blbih4ZW5l dnRjaG5faGFuZGxlICp4Y2UpCit7CisgICAgaW50IGZkID0gb3BlbihFVlRDSE5fREVWLCBPX1JE V1IpOworICAgIGlmICggZmQgPT0gLTEgKQorICAgICAgICByZXR1cm4gLTE7CisgICAgeGNlLT5m ZCA9IGZkOworICAgIHJldHVybiAwOworfQorCitpbnQgb3NkZXBfZXZ0Y2huX2Nsb3NlKHhlbmV2 dGNobl9oYW5kbGUgKnhjZSkKK3sKKyAgICBpZiAoIHhjZS0+ZmQgPT0gLTEgKQorICAgICAgICBy ZXR1cm4gMDsKKworICAgIHJldHVybiBjbG9zZSh4Y2UtPmZkKTsKK30KKworaW50IHhlbmV2dGNo bl9mZCh4ZW5ldnRjaG5faGFuZGxlICp4Y2UpCit7CisgICAgcmV0dXJuIHhjZS0+ZmQ7Cit9CisK K2ludCB4ZW5ldnRjaG5fbm90aWZ5KHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgZXZ0Y2huX3BvcnRf dCBwb3J0KQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7CisgICAgc3RydWN0IGlvY3RsX2V2dGNo bl9ub3RpZnkgbm90aWZ5OworCisgICAgbm90aWZ5LnBvcnQgPSBwb3J0OworCisgICAgcmV0dXJu IGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fTk9USUZZLCAmbm90aWZ5KTsKK30KKworZXZ0Y2huX3Bv cnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fYmluZF91bmJvdW5kX3BvcnQoeGVuZXZ0Y2huX2hhbmRs ZSAqeGNlLCBpbnQgZG9taWQpCit7CisgICAgaW50IHJldCwgZmQgPSB4Y2UtPmZkOworICAgIHN0 cnVjdCBpb2N0bF9ldnRjaG5fYmluZF91bmJvdW5kX3BvcnQgYmluZDsKKworICAgIGJpbmQucmVt b3RlX2RvbWFpbiA9IGRvbWlkOworCisgICAgcmV0ID0gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9C SU5EX1VOQk9VTkRfUE9SVCwgJmJpbmQpOworICAgIHJldHVybiAoIHJldCA9PSAwICkgPyBiaW5k LnBvcnQgOiByZXQ7Cit9CisKK2V2dGNobl9wb3J0X29yX2Vycm9yX3QKK3hlbmV2dGNobl9iaW5k X2ludGVyZG9tYWluKHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgaW50IGRvbWlkLCBldnRjaG5fcG9y dF90IHJlbW90ZV9wb3J0KQoreworICAgIGludCByZXQsIGZkID0geGNlLT5mZDsKKyAgICBzdHJ1 Y3QgaW9jdGxfZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4gYmluZDsKKworICAgIGJpbmQucmVtb3Rl X2RvbWFpbiA9IGRvbWlkOworICAgIGJpbmQucmVtb3RlX3BvcnQgPSByZW1vdGVfcG9ydDsKKwor ICAgIHJldCA9IGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fQklORF9JTlRFUkRPTUFJTiwgJmJpbmQp OworICAgIHJldHVybiAoIHJldCA9PSAwICkgPyBiaW5kLnBvcnQgOiByZXQ7Cit9CisKK2V2dGNo bl9wb3J0X29yX2Vycm9yX3QgeGVuZXZ0Y2huX2JpbmRfdmlycSh4ZW5ldnRjaG5faGFuZGxlICp4 Y2UsIHVuc2lnbmVkIGludCB2aXJxKQoreworICAgIGludCByZXQsIGZkID0geGNlLT5mZDsKKyAg ICBzdHJ1Y3QgaW9jdGxfZXZ0Y2huX2JpbmRfdmlycSBiaW5kOworCisgICAgYmluZC52aXJxID0g dmlycTsKKworICAgIHJldCA9IGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fQklORF9WSVJRLCAmYmlu ZCk7CisgICAgcmV0dXJuICggcmV0ID09IDAgKSA/IGJpbmQucG9ydCA6IHJldDsKK30KKworaW50 IHhlbmV2dGNobl91bmJpbmQoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLCBldnRjaG5fcG9ydF90IHBv cnQpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAgICBzdHJ1Y3QgaW9jdGxfZXZ0Y2huX3Vu YmluZCB1bmJpbmQ7CisKKyAgICB1bmJpbmQucG9ydCA9IHBvcnQ7CisKKyAgICByZXR1cm4gaW9j dGwoZmQsIElPQ1RMX0VWVENITl9VTkJJTkQsICZ1bmJpbmQpOworfQorCitldnRjaG5fcG9ydF9v cl9lcnJvcl90IHhlbmV2dGNobl9wZW5kaW5nKHhlbmV2dGNobl9oYW5kbGUgKnhjZSkKK3sKKyAg ICBpbnQgZmQgPSB4Y2UtPmZkOworICAgIGV2dGNobl9wb3J0X3QgcG9ydDsKKworICAgIGlmICgg cmVhZChmZCwgJnBvcnQsIHNpemVvZihwb3J0KSkgIT0gc2l6ZW9mKHBvcnQpICkKKyAgICAgICAg cmV0dXJuIC0xOworCisgICAgcmV0dXJuIHBvcnQ7Cit9CisKK2ludCB4ZW5ldnRjaG5fdW5tYXNr KHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KQoreworICAgIGludCBm ZCA9IHhjZS0+ZmQ7CisKKyAgICBpZiAoIHdyaXRlKGZkLCAmcG9ydCwgc2l6ZW9mKHBvcnQpKSAh PSBzaXplb2YocG9ydCkgKQorICAgICAgICByZXR1cm4gLTE7CisgICAgcmV0dXJuIDA7Cit9CisK Ky8qCisgKiBMb2NhbCB2YXJpYWJsZXM6CisgKiBtb2RlOiBDCisgKiBjLWZpbGUtc3R5bGU6ICJC U0QiCisgKiBjLWJhc2ljLW9mZnNldDogNAorICogdGFiLXdpZHRoOiA0CisgKiBpbmRlbnQtdGFi cy1tb2RlOiBuaWwKKyAqIEVuZDoKKyAqLwpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlicy9ldnRjaG4v aW5jbHVkZS94ZW5ldnRjaG4uaCBiL3Rvb2xzL2xpYnMvZXZ0Y2huL2luY2x1ZGUveGVuZXZ0Y2hu LmgKbmV3IGZpbGUgbW9kZSAxMDA2NDQKaW5kZXggMDAwMDAwMC4uMzM4MGZhMwotLS0gL2Rldi9u dWxsCisrKyBiL3Rvb2xzL2xpYnMvZXZ0Y2huL2luY2x1ZGUveGVuZXZ0Y2huLmgKQEAgLTAsMCAr MSwxNTAgQEAKKy8qCisgKiBUaGlzIGxpYnJhcnkgaXMgZnJlZSBzb2Z0d2FyZTsgeW91IGNhbiBy ZWRpc3RyaWJ1dGUgaXQgYW5kL29yCisgKiBtb2RpZnkgaXQgdW5kZXIgdGhlIHRlcm1zIG9mIHRo ZSBHTlUgTGVzc2VyIEdlbmVyYWwgUHVibGljCisgKiBMaWNlbnNlIGFzIHB1Ymxpc2hlZCBieSB0 aGUgRnJlZSBTb2Z0d2FyZSBGb3VuZGF0aW9uOworICogdmVyc2lvbiAyLjEgb2YgdGhlIExpY2Vu c2UuCisgKgorICogVGhpcyBsaWJyYXJ5IGlzIGRpc3RyaWJ1dGVkIGluIHRoZSBob3BlIHRoYXQg aXQgd2lsbCBiZSB1c2VmdWwsCisgKiBidXQgV0lUSE9VVCBBTlkgV0FSUkFOVFk7IHdpdGhvdXQg ZXZlbiB0aGUgaW1wbGllZCB3YXJyYW50eSBvZgorICogTUVSQ0hBTlRBQklMSVRZIG9yIEZJVE5F U1MgRk9SIEEgUEFSVElDVUxBUiBQVVJQT1NFLiAgU2VlIHRoZSBHTlUKKyAqIExlc3NlciBHZW5l cmFsIFB1YmxpYyBMaWNlbnNlIGZvciBtb3JlIGRldGFpbHMuCisgKgorICogWW91IHNob3VsZCBo YXZlIHJlY2VpdmVkIGEgY29weSBvZiB0aGUgR05VIExlc3NlciBHZW5lcmFsIFB1YmxpYworICog TGljZW5zZSBhbG9uZyB3aXRoIHRoaXMgbGlicmFyeTsgSWYgbm90LCBzZWUgPGh0dHA6Ly93d3cu Z251Lm9yZy9saWNlbnNlcy8+LgorICoKKyAqIFNwbGl0IG9mZiBmcm9tOgorICogeGVuY3RybC5o CisgKgorICogQSBsaWJyYXJ5IGZvciBsb3ctbGV2ZWwgYWNjZXNzIHRvIHRoZSBYZW4gY29udHJv bCBpbnRlcmZhY2VzLgorICoKKyAqIENvcHlyaWdodCAoYykgMjAwMy0yMDA0LCBLIEEgRnJhc2Vy LgorICovCisKKyNpZm5kZWYgWEVORVZUQ0hOX0gKKyNkZWZpbmUgWEVORVZUQ0hOX0gKKworI2lu Y2x1ZGUgPHN0ZGludC5oPgorCisjaW5jbHVkZSA8eGVuL2V2ZW50X2NoYW5uZWwuaD4KKworLyog QSBwb3J0IGlkZW50aWZpZXIgaXMgZ3VhcmFudGVlZCB0byBmaXQgaW4gMzEgYml0cy4gKi8KK3R5 cGVkZWYgaW50IGV2dGNobl9wb3J0X29yX2Vycm9yX3Q7CisKK3R5cGVkZWYgc3RydWN0IHhlbmV2 dGNobl9oYW5kbGUgeGVuZXZ0Y2huX2hhbmRsZTsKKworLyogQ2FsbGVycyB3aG8gZG9uJ3QgY2Fy ZSBkb24ndCBuZWVkIHRvICNpbmNsdWRlIDx4ZW50b29sbG9nLmg+ICovCit0eXBlZGVmIHN0cnVj dCB4ZW50b29sbG9nX2xvZ2dlciB4ZW50b29sbG9nX2xvZ2dlcjsKKworLyoKKyAqIEVWRU5UIENI QU5ORUwgRlVOQ1RJT05TCisgKgorICogTm9uZSBvZiB0aGVzZSBkbyBhbnkgbG9nZ2luZy4KKyAq LworCisvKgorICogUmV0dXJuIGEgaGFuZGxlIHRvIHRoZSBldmVudCBjaGFubmVsIGRyaXZlciwg b3IgTlVMTCBvbiBmYWlsdXJlLCBpbgorICogd2hpY2ggY2FzZSBlcnJubyB3aWxsIGJlIHNldCBh cHByb3ByaWF0ZWx5LgorICoKKyAqIE5vdGU6CisgKiBBZnRlciBmb3JrIGEgY2hpbGQgcHJvY2Vz cyBtdXN0IG5vdCB1c2UgYW55IG9wZW5lZCB4YyBldnRjaG4KKyAqIGhhbmRsZSBpbmhlcml0ZWQg ZnJvbSB0aGVpciBwYXJlbnQuIFRoZXkgbXVzdCBvcGVuIGEgbmV3IGhhbmRsZSBpZgorICogdGhl eSB3YW50IHRvIGludGVyYWN0IHdpdGggeGMuCisgKgorICogQmVmb3JlIFhlbiBwcmUtNC4xIHRo aXMgZnVuY3Rpb24gd291bGQgc29tZXRpbWVzIHJlcG9ydCBlcnJvcnMgd2l0aCBwZXJyb3IuCisg Ki8KKy8qIEN1cnJlbnRseSBubyBmbGFncyBhcmUgZGVmaW5lZCAqLworeGVuZXZ0Y2huX2hhbmRs ZSAqeGVuZXZ0Y2huX29wZW4oeGVudG9vbGxvZ19sb2dnZXIgKmxvZ2dlciwgdW5zaWduZWQgb3Bl bl9mbGFncyk7CisKKy8qCisgKiBDbG9zZSBhIGhhbmRsZSBwcmV2aW91c2x5IGFsbG9jYXRlZCB3 aXRoIHhlbmV2dGNobl9vcGVuKCkuCisgKi8KK2ludCB4ZW5ldnRjaG5fY2xvc2UoeGVuZXZ0Y2hu X2hhbmRsZSAqeGNlKTsKKworLyoKKyAqIFJldHVybiBhbiBmZCB0aGF0IGNhbiBiZSBzZWxlY3Qo KWVkIG9uLgorICoKKyAqIE5vdGUgdGhhdCBkdWUgdG8gYnVncywgc2V0dGluZyB0aGlzIGZkIHRv IG5vbiBibG9ja2luZyBtYXkgbm90CisgKiB3b3JrOiB5b3Ugd291bGQgaG9wZSB0aGF0IGl0IHdv dWxkIHJlc3VsdCBpbiB4ZW5ldnRjaG5fcGVuZGluZworICogZmFpbGluZyB3aXRoIEVXT1VMREJM T0NLIGlmIHRoZXJlIGFyZSBubyBldmVudHMgc2lnbmFsZWQsIGJ1dCBpbgorICogZmFjdCBpdCBt YXkgYmxvY2suICAoQnVnIGlzIHByZXNlbnQgaW4gYXQgbGVhc3QgTGludXggMy4xMiwgYW5kCisg KiBwZXJoYXBzIG9uIG90aGVyIHBsYXRmb3JtcyBvciBsYXRlciB2ZXJzaW9uLikKKyAqCisgKiBU byBiZSBzYWZlLCB5b3UgbXVzdCB1c2UgcG9sbCgpIG9yIHNlbGVjdCgpIGJlZm9yZSBlYWNoIGNh bGwgdG8KKyAqIHhlbmV2dGNobl9wZW5kaW5nLiAgSWYgeW91IGhhdmUgbXVsdGlwbGUgdGhyZWFk cyAob3IgcHJvY2Vzc2VzKQorICogc2hhcmluZyBhIHNpbmdsZSB4Y2UgaGFuZGxlIHRoaXMgd2ls bCBub3Qgd29yaywgYW5kIHRoZXJlIGlzIG5vCisgKiBzdHJhaWdodGZvcndhcmQgd29ya2Fyb3Vu ZC4gIFBsZWFzZSBkZXNpZ24geW91ciBwcm9ncmFtIHNvbWUgb3RoZXIKKyAqIHdheS4KKyAqLwor aW50IHhlbmV2dGNobl9mZCh4ZW5ldnRjaG5faGFuZGxlICp4Y2UpOworCisvKgorICogTm90aWZ5 IHRoZSBnaXZlbiBldmVudCBjaGFubmVsLiBSZXR1cm5zIC0xIG9uIGZhaWx1cmUsIGluIHdoaWNo IGNhc2UKKyAqIGVycm5vIHdpbGwgYmUgc2V0IGFwcHJvcHJpYXRlbHkuCisgKi8KK2ludCB4ZW5l dnRjaG5fbm90aWZ5KHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KTsK KworLyoKKyAqIFJldHVybnMgYSBuZXcgZXZlbnQgcG9ydCBhd2FpdGluZyBpbnRlcmRvbWFpbiBj b25uZWN0aW9uIGZyb20gdGhlIGdpdmVuCisgKiBkb21haW4gSUQsIG9yIC0xIG9uIGZhaWx1cmUs IGluIHdoaWNoIGNhc2UgZXJybm8gd2lsbCBiZSBzZXQgYXBwcm9wcmlhdGVseS4KKyAqLworZXZ0 Y2huX3BvcnRfb3JfZXJyb3JfdAoreGVuZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0KHhlbmV2dGNo bl9oYW5kbGUgKnhjZSwgaW50IGRvbWlkKTsKKworLyoKKyAqIFJldHVybnMgYSBuZXcgZXZlbnQg cG9ydCBib3VuZCB0byB0aGUgcmVtb3RlIHBvcnQgZm9yIHRoZSBnaXZlbiBkb21haW4gSUQsCisg KiBvciAtMSBvbiBmYWlsdXJlLCBpbiB3aGljaCBjYXNlIGVycm5vIHdpbGwgYmUgc2V0IGFwcHJv cHJpYXRlbHkuCisgKi8KK2V2dGNobl9wb3J0X29yX2Vycm9yX3QKK3hlbmV2dGNobl9iaW5kX2lu dGVyZG9tYWluKHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgaW50IGRvbWlkLAorICAgICAgICAgICAg ICAgICAgICAgICAgICAgZXZ0Y2huX3BvcnRfdCByZW1vdGVfcG9ydCk7CisKKy8qCisgKiBCaW5k IGFuIGV2ZW50IGNoYW5uZWwgdG8gdGhlIGdpdmVuIFZJUlEuIFJldHVybnMgdGhlIGV2ZW50IGNo YW5uZWwgYm91bmQgdG8KKyAqIHRoZSBWSVJRLCBvciAtMSBvbiBmYWlsdXJlLCBpbiB3aGljaCBj YXNlIGVycm5vIHdpbGwgYmUgc2V0IGFwcHJvcHJpYXRlbHkuCisgKi8KK2V2dGNobl9wb3J0X29y X2Vycm9yX3QKK3hlbmV2dGNobl9iaW5kX3ZpcnEoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLCB1bnNp Z25lZCBpbnQgdmlycSk7CisKKy8qCisgKiBVbmJpbmQgdGhlIGdpdmVuIGV2ZW50IGNoYW5uZWwu IFJldHVybnMgLTEgb24gZmFpbHVyZSwgaW4gd2hpY2ggY2FzZSBlcnJubworICogd2lsbCBiZSBz ZXQgYXBwcm9wcmlhdGVseS4KKyAqLworaW50IHhlbmV2dGNobl91bmJpbmQoeGVuZXZ0Y2huX2hh bmRsZSAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpOworCisvKgorICogUmV0dXJuIHRoZSBuZXh0 IGV2ZW50IGNoYW5uZWwgdG8gYmVjb21lIHBlbmRpbmcsIG9yIC0xIG9uIGZhaWx1cmUsIGluIHdo aWNoCisgKiBjYXNlIGVycm5vIHdpbGwgYmUgc2V0IGFwcHJvcHJpYXRlbHkuCisgKgorICogQXQg dGhlIGh5cGVydmlzb3IgbGV2ZWwgdGhlIGV2ZW50IGNoYW5uZWwgd2lsbCBoYXZlIGJlZW4gbWFz a2VkLAorICogYW5kIHRoZW4gY2xlYXJlZCwgYnkgdGhlIHVuZGVybHlpbmcgbWFjaGluZXJ5IChl dnRjaG4ga2VybmVsCisgKiBkcml2ZXIsIG9yIGVxdWl2YWxlbnQpLiAgU28gaWYgdGhlIGV2ZW50 IGNoYW5uZWwgaXMgc2lnbmFsZWQgYWdhaW4KKyAqIGFmdGVyIGl0IGlzIHJldHVybmVkIGhlcmUs IGl0IHdpbGwgYmUgcXVldWVkIHVwLCBhbmQgZGVsaXZlcmVkCisgKiBhZ2FpbiBhZnRlciB5b3Ug dW5tYXNrIGl0LiAgKFNlZSB0aGUgZG9jdW1lbnRhdGlvbiBpbiB0aGUgWGVuCisgKiBwdWJsaWMg aGVhZGVyIGV2ZW50X2NoYW5uZWwuaC4pCisgKgorICogT24gcmVjZWl2aW5nIHRoZSBub3RpZmlj YXRpb24gZnJvbSB4ZW5ldnRjaG5fcGVuZGluZywgeW91IHNob3VsZAorICogbm9ybWFsbHk6IGNo ZWNrIChieSBvdGhlciBtZWFucykgd2hhdCB3b3JrIG5lZWRzIGRvaW5nOyBkbyB0aGUKKyAqIG5l Y2Vzc2FyeSB3b3JrIChpZiBhbnkpOyB1bm1hc2sgdGhlIGV2ZW50IGNoYW5uZWwgd2l0aAorICog eGVuZXZ0Y2huX3VubWFzayAoaWYgeW91IHdhbnQgdG8gcmVjZWl2ZSBhbnkgZnVydGhlcgorICog bm90aWZpY2F0aW9ucykuCisgKi8KK2V2dGNobl9wb3J0X29yX2Vycm9yX3QKK3hlbmV2dGNobl9w ZW5kaW5nKHhlbmV2dGNobl9oYW5kbGUgKnhjZSk7CisKKy8qCisgKiBVbm1hc2sgdGhlIGdpdmVu IGV2ZW50IGNoYW5uZWwuIFJldHVybnMgLTEgb24gZmFpbHVyZSwgaW4gd2hpY2ggY2FzZSBlcnJu bworICogd2lsbCBiZSBzZXQgYXBwcm9wcmlhdGVseS4KKyAqLworaW50IHhlbmV2dGNobl91bm1h c2soeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpOworCisjZW5kaWYK KworLyoKKyAqIExvY2FsIHZhcmlhYmxlczoKKyAqIG1vZGU6IEMKKyAqIGMtZmlsZS1zdHlsZTog IkJTRCIKKyAqIGMtYmFzaWMtb2Zmc2V0OiA0CisgKiB0YWItd2lkdGg6IDQKKyAqIGluZGVudC10 YWJzLW1vZGU6IG5pbAorICogRW5kOgorICovCmRpZmYgLS1naXQgYS90b29scy9saWJzL2V2dGNo bi9saWJ4ZW5ldnRjaG4ubWFwIGIvdG9vbHMvbGlicy9ldnRjaG4vbGlieGVuZXZ0Y2huLm1hcApu ZXcgZmlsZSBtb2RlIDEwMDY0NAppbmRleCAwMDAwMDAwLi4xNDM3OTQwCi0tLSAvZGV2L251bGwK KysrIGIvdG9vbHMvbGlicy9ldnRjaG4vbGlieGVuZXZ0Y2huLm1hcApAQCAtMCwwICsxLDE0IEBA CitWRVJTXzEuMCB7CisJZ2xvYmFsOgorCQl4ZW5ldnRjaG5fZmQ7CisJCXhlbmV2dGNobl9iaW5k X3VuYm91bmRfcG9ydDsKKwkJeGVuZXZ0Y2huX3VuYmluZDsKKwkJeGVuZXZ0Y2huX3VubWFzazsK KwkJeGVuZXZ0Y2huX25vdGlmeTsKKwkJeGVuZXZ0Y2huX2JpbmRfaW50ZXJkb21haW47CisJCXhl bmV2dGNobl9iaW5kX3ZpcnE7CisJCXhlbmV2dGNobl9vcGVuOworCQl4ZW5ldnRjaG5fY2xvc2U7 CisJCXhlbmV2dGNobl9wZW5kaW5nOworCWxvY2FsOiAqOyAvKiBEbyBub3QgZXhwb3NlIGFueXRo aW5nIGJ5IGRlZmF1bHQgKi8KK307CmRpZmYgLS1naXQgYS90b29scy9saWJzL2V2dGNobi9saW51 eC5jIGIvdG9vbHMvbGlicy9ldnRjaG4vbGludXguYwpuZXcgZmlsZSBtb2RlIDEwMDY0NAppbmRl eCAwMDAwMDAwLi4yN2ZkNmU5Ci0tLSAvZGV2L251bGwKKysrIGIvdG9vbHMvbGlicy9ldnRjaG4v bGludXguYwpAQCAtMCwwICsxLDEzNiBAQAorLyoKKyAqIFRoaXMgbGlicmFyeSBpcyBmcmVlIHNv ZnR3YXJlOyB5b3UgY2FuIHJlZGlzdHJpYnV0ZSBpdCBhbmQvb3IKKyAqIG1vZGlmeSBpdCB1bmRl ciB0aGUgdGVybXMgb2YgdGhlIEdOVSBMZXNzZXIgR2VuZXJhbCBQdWJsaWMKKyAqIExpY2Vuc2Ug YXMgcHVibGlzaGVkIGJ5IHRoZSBGcmVlIFNvZnR3YXJlIEZvdW5kYXRpb247CisgKiB2ZXJzaW9u IDIuMSBvZiB0aGUgTGljZW5zZS4KKyAqCisgKiBUaGlzIGxpYnJhcnkgaXMgZGlzdHJpYnV0ZWQg aW4gdGhlIGhvcGUgdGhhdCBpdCB3aWxsIGJlIHVzZWZ1bCwKKyAqIGJ1dCBXSVRIT1VUIEFOWSBX QVJSQU5UWTsgd2l0aG91dCBldmVuIHRoZSBpbXBsaWVkIHdhcnJhbnR5IG9mCisgKiBNRVJDSEFO VEFCSUxJVFkgb3IgRklUTkVTUyBGT1IgQSBQQVJUSUNVTEFSIFBVUlBPU0UuICBTZWUgdGhlIEdO VQorICogTGVzc2VyIEdlbmVyYWwgUHVibGljIExpY2Vuc2UgZm9yIG1vcmUgZGV0YWlscy4KKyAq CisgKiBZb3Ugc2hvdWxkIGhhdmUgcmVjZWl2ZWQgYSBjb3B5IG9mIHRoZSBHTlUgTGVzc2VyIEdl bmVyYWwgUHVibGljCisgKiBMaWNlbnNlIGFsb25nIHdpdGggdGhpcyBsaWJyYXJ5OyBJZiBub3Qs IHNlZSA8aHR0cDovL3d3dy5nbnUub3JnL2xpY2Vuc2VzLz4uCisgKgorICogU3BsaXQgb3V0IGZy b20geGNfbGludXNfb3NkZXAuYzoKKyAqCisgKiBDb3B5cmlnaHQgMjAwNiBTdW4gTWljcm9zeXN0 ZW1zLCBJbmMuICBBbGwgcmlnaHRzIHJlc2VydmVkLgorICovCisKKyNpbmNsdWRlIDxlcnJuby5o PgorI2luY2x1ZGUgPGZjbnRsLmg+CisjaW5jbHVkZSA8dW5pc3RkLmg+CisjaW5jbHVkZSA8c3Rk bGliLmg+CisKKyNpbmNsdWRlIDxzeXMvaW9jdGwuaD4KKworI2luY2x1ZGUgPHhlbi9zeXMvZXZ0 Y2huLmg+CisKKyNpbmNsdWRlICJwcml2YXRlLmgiCisKK2ludCBvc2RlcF9ldnRjaG5fb3Blbih4 ZW5ldnRjaG5faGFuZGxlICp4Y2UpCit7CisgICAgaW50IGZkID0gb3BlbigiL2Rldi94ZW4vZXZ0 Y2huIiwgT19SRFdSKTsKKyAgICBpZiAoIGZkID09IC0xICkKKyAgICAgICAgcmV0dXJuIC0xOwor ICAgIHhjZS0+ZmQgPSBmZDsKKyAgICByZXR1cm4gMDsKK30KKworaW50IG9zZGVwX2V2dGNobl9j bG9zZSh4ZW5ldnRjaG5faGFuZGxlICp4Y2UpCit7CisgICAgaWYgKCB4Y2UtPmZkID09IC0xICkK KyAgICAgICAgcmV0dXJuIDA7CisKKyAgICByZXR1cm4gY2xvc2UoeGNlLT5mZCk7Cit9CisKK2lu dCB4ZW5ldnRjaG5fZmQoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlKQoreworICAgIHJldHVybiB4Y2Ut PmZkOworfQorCitpbnQgeGVuZXZ0Y2huX25vdGlmeSh4ZW5ldnRjaG5faGFuZGxlICp4Y2UsIGV2 dGNobl9wb3J0X3QgcG9ydCkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOworICAgIHN0cnVjdCBp b2N0bF9ldnRjaG5fbm90aWZ5IG5vdGlmeTsKKworICAgIG5vdGlmeS5wb3J0ID0gcG9ydDsKKwor ICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX05PVElGWSwgJm5vdGlmeSk7Cit9CisK K2V2dGNobl9wb3J0X29yX2Vycm9yX3QgeGVuZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0KHhlbmV2 dGNobl9oYW5kbGUgKnhjZSwKKyAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgIGludCBkb21pZCkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOworICAgIHN0 cnVjdCBpb2N0bF9ldnRjaG5fYmluZF91bmJvdW5kX3BvcnQgYmluZDsKKworICAgIGJpbmQucmVt b3RlX2RvbWFpbiA9IGRvbWlkOworCisgICAgcmV0dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5f QklORF9VTkJPVU5EX1BPUlQsICZiaW5kKTsKK30KKworZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4 ZW5ldnRjaG5fYmluZF9pbnRlcmRvbWFpbih4ZW5ldnRjaG5faGFuZGxlICp4Y2UsCisgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIGludCBkb21pZCwKKyAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgZXZ0Y2huX3Bv cnRfdCByZW1vdGVfcG9ydCkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOworICAgIHN0cnVjdCBp b2N0bF9ldnRjaG5fYmluZF9pbnRlcmRvbWFpbiBiaW5kOworCisgICAgYmluZC5yZW1vdGVfZG9t YWluID0gZG9taWQ7CisgICAgYmluZC5yZW1vdGVfcG9ydCA9IHJlbW90ZV9wb3J0OworCisgICAg cmV0dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fQklORF9JTlRFUkRPTUFJTiwgJmJpbmQpOwor fQorCitldnRjaG5fcG9ydF9vcl9lcnJvcl90IHhlbmV2dGNobl9iaW5kX3ZpcnEoeGVuZXZ0Y2hu X2hhbmRsZSAqeGNlLAorICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg IHVuc2lnbmVkIGludCB2aXJxKQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7CisgICAgc3RydWN0 IGlvY3RsX2V2dGNobl9iaW5kX3ZpcnEgYmluZDsKKworICAgIGJpbmQudmlycSA9IHZpcnE7CisK KyAgICByZXR1cm4gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9CSU5EX1ZJUlEsICZiaW5kKTsKK30K KworaW50IHhlbmV2dGNobl91bmJpbmQoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLCBldnRjaG5fcG9y dF90IHBvcnQpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAgICBzdHJ1Y3QgaW9jdGxfZXZ0 Y2huX3VuYmluZCB1bmJpbmQ7CisKKyAgICB1bmJpbmQucG9ydCA9IHBvcnQ7CisKKyAgICByZXR1 cm4gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9VTkJJTkQsICZ1bmJpbmQpOworfQorCitldnRjaG5f cG9ydF9vcl9lcnJvcl90IHhlbmV2dGNobl9wZW5kaW5nKHhlbmV2dGNobl9oYW5kbGUgKnhjZSkK K3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOworICAgIGV2dGNobl9wb3J0X3QgcG9ydDsKKworICAg IGlmICggcmVhZChmZCwgJnBvcnQsIHNpemVvZihwb3J0KSkgIT0gc2l6ZW9mKHBvcnQpICkKKyAg ICAgICAgcmV0dXJuIC0xOworCisgICAgcmV0dXJuIHBvcnQ7Cit9CisKK2ludCB4ZW5ldnRjaG5f dW5tYXNrKHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KQoreworICAg IGludCBmZCA9IHhjZS0+ZmQ7CisKKyAgICBpZiAoIHdyaXRlKGZkLCAmcG9ydCwgc2l6ZW9mKHBv cnQpKSAhPSBzaXplb2YocG9ydCkgKQorICAgICAgICByZXR1cm4gLTE7CisgICAgcmV0dXJuIDA7 Cit9CisKKy8qCisgKiBMb2NhbCB2YXJpYWJsZXM6CisgKiBtb2RlOiBDCisgKiBjLWZpbGUtc3R5 bGU6ICJCU0QiCisgKiBjLWJhc2ljLW9mZnNldDogNAorICogdGFiLXdpZHRoOiA0CisgKiBpbmRl bnQtdGFicy1tb2RlOiBuaWwKKyAqIEVuZDoKKyAqLwpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlicy9l dnRjaG4vbWluaW9zLmMgYi90b29scy9saWJzL2V2dGNobi9taW5pb3MuYwpuZXcgZmlsZSBtb2Rl IDEwMDY0NAppbmRleCAwMDAwMDAwLi5mYjkxM2EyCi0tLSAvZGV2L251bGwKKysrIGIvdG9vbHMv bGlicy9ldnRjaG4vbWluaW9zLmMKQEAgLTAsMCArMSwyNjkgQEAKKy8qKioqKioqKioqKioqKioq KioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioq KioqKioKKyAqCisgKiBDb3B5cmlnaHQgMjAwNy0yMDA4IFNhbXVlbCBUaGliYXVsdCA8c2FtdWVs LnRoaWJhdWx0QGV1LmNpdHJpeC5jb20+LgorICogQWxsIHJpZ2h0cyByZXNlcnZlZC4KKyAqIFVz ZSBpcyBzdWJqZWN0IHRvIGxpY2Vuc2UgdGVybXMuCisgKgorICogVGhpcyBsaWJyYXJ5IGlzIGZy ZWUgc29mdHdhcmU7IHlvdSBjYW4gcmVkaXN0cmlidXRlIGl0IGFuZC9vcgorICogbW9kaWZ5IGl0 IHVuZGVyIHRoZSB0ZXJtcyBvZiB0aGUgR05VIExlc3NlciBHZW5lcmFsIFB1YmxpYworICogTGlj ZW5zZSBhcyBwdWJsaXNoZWQgYnkgdGhlIEZyZWUgU29mdHdhcmUgRm91bmRhdGlvbjsKKyAqIHZl cnNpb24gMi4xIG9mIHRoZSBMaWNlbnNlLgorICoKKyAqIFRoaXMgbGlicmFyeSBpcyBkaXN0cmli dXRlZCBpbiB0aGUgaG9wZSB0aGF0IGl0IHdpbGwgYmUgdXNlZnVsLAorICogYnV0IFdJVEhPVVQg QU5ZIFdBUlJBTlRZOyB3aXRob3V0IGV2ZW4gdGhlIGltcGxpZWQgd2FycmFudHkgb2YKKyAqIE1F UkNIQU5UQUJJTElUWSBvciBGSVRORVNTIEZPUiBBIFBBUlRJQ1VMQVIgUFVSUE9TRS4gIFNlZSB0 aGUgR05VCisgKiBMZXNzZXIgR2VuZXJhbCBQdWJsaWMgTGljZW5zZSBmb3IgbW9yZSBkZXRhaWxz LgorICoKKyAqIFlvdSBzaG91bGQgaGF2ZSByZWNlaXZlZCBhIGNvcHkgb2YgdGhlIEdOVSBMZXNz ZXIgR2VuZXJhbCBQdWJsaWMKKyAqIExpY2Vuc2UgYWxvbmcgd2l0aCB0aGlzIGxpYnJhcnk7IElm IG5vdCwgc2VlIDxodHRwOi8vd3d3LmdudS5vcmcvbGljZW5zZXMvPi4KKyAqCisgKiBTcGxpdCBv ZmYgZnJvbSB4Y19taW5pb3MuYworICovCisKKyNpbmNsdWRlICJ4ZW4tZXh0ZXJuYWwvYnNkLXN5 cy1xdWV1ZS5oIgorI2luY2x1ZGUgPG1pbmktb3MvdHlwZXMuaD4KKyNpbmNsdWRlIDxtaW5pLW9z L29zLmg+CisjaW5jbHVkZSA8bWluaS1vcy9saWIuaD4KKyNpbmNsdWRlIDxtaW5pLW9zL2V2ZW50 cy5oPgorI2luY2x1ZGUgPG1pbmktb3Mvd2FpdC5oPgorCisjaW5jbHVkZSA8c3lzL3NvY2tldC5o PgorCisjaW5jbHVkZSA8YXNzZXJ0Lmg+CisjaW5jbHVkZSA8ZXJybm8uaD4KKyNpbmNsdWRlIDxm Y250bC5oPgorI2luY2x1ZGUgPHN0ZGlvLmg+CisjaW5jbHVkZSA8c3RkaW50Lmg+CisjaW5jbHVk ZSA8aW50dHlwZXMuaD4KKyNpbmNsdWRlIDxtYWxsb2MuaD4KKworI2luY2x1ZGUgInByaXZhdGUu aCIKKworZXh0ZXJuIHZvaWQgbWluaW9zX2V2dGNobl9jbG9zZV9mZChpbnQgZmQpOworCitleHRl cm4gc3RydWN0IHdhaXRfcXVldWVfaGVhZCBldmVudF9xdWV1ZTsKKworLy92b2lkIG1pbmlvc19l dnRjaG5fY2xvc2VfZmQoaW50IGZkKTsKKworLyogWFhYIE5vdGU6IFRoaXMgaXMgbm90IHRocmVh ZHNhZmUgKi8KK3N0YXRpYyBzdHJ1Y3QgZXZ0Y2huX3BvcnRfaW5mbyogcG9ydF9hbGxvYyhpbnQg ZmQpIHsKKyAgICBzdHJ1Y3QgZXZ0Y2huX3BvcnRfaW5mbyAqcG9ydF9pbmZvOworICAgIHBvcnRf aW5mbyA9IG1hbGxvYyhzaXplb2Yoc3RydWN0IGV2dGNobl9wb3J0X2luZm8pKTsKKyAgICBpZiAo cG9ydF9pbmZvID09IE5VTEwpCisgICAgICAgIHJldHVybiBOVUxMOworICAgIHBvcnRfaW5mby0+ cGVuZGluZyA9IDA7CisgICAgcG9ydF9pbmZvLT5wb3J0ID0gLTE7CisgICAgcG9ydF9pbmZvLT5i b3VuZCA9IDA7CisKKyAgICBMSVNUX0lOU0VSVF9IRUFEKCZmaWxlc1tmZF0uZXZ0Y2huLnBvcnRz LCBwb3J0X2luZm8sIGxpc3QpOworICAgIHJldHVybiBwb3J0X2luZm87Cit9CisKK3N0YXRpYyB2 b2lkIHBvcnRfZGVhbGxvYyhzdHJ1Y3QgZXZ0Y2huX3BvcnRfaW5mbyAqcG9ydF9pbmZvKSB7Cisg ICAgaWYgKHBvcnRfaW5mby0+Ym91bmQpCisgICAgICAgIHVuYmluZF9ldnRjaG4ocG9ydF9pbmZv LT5wb3J0KTsKKyAgICBMSVNUX1JFTU9WRShwb3J0X2luZm8sIGxpc3QpOworICAgIGZyZWUocG9y dF9pbmZvKTsKK30KKworaW50IG9zZGVwX2V2dGNobl9vcGVuKHhlbmV2dGNobl9oYW5kbGUgKnhj ZSkKK3sKKyAgICBpbnQgZmQgPSBhbGxvY19mZChGVFlQRV9FVlRDSE4pOworICAgIGlmICggZmQg PT0gLTEgKQorICAgICAgICByZXR1cm4gLTE7CisgICAgTElTVF9JTklUKCZmaWxlc1tmZF0uZXZ0 Y2huLnBvcnRzKTsKKyAgICB4Y2UtPmZkID0gZmQ7CisgICAgcHJpbnRmKCJldnRjaG5fb3Blbigp IC0+ICVkXG4iLCBmZCk7CisgICAgcmV0dXJuIDA7Cit9CisKK2ludCBvc2RlcF9ldnRjaG5fY2xv c2UoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlKQoreworICAgIGlmICggeGNlLT5mZCA9PSAtMSApCisg ICAgICAgIHJldHVybiAwOworCisgICAgcmV0dXJuIGNsb3NlKHhjZS0+ZmQpOworfQorCit2b2lk IG1pbmlvc19ldnRjaG5fY2xvc2VfZmQoaW50IGZkKQoreworICAgIHN0cnVjdCBldnRjaG5fcG9y dF9pbmZvICpwb3J0X2luZm8sICp0bXA7CisgICAgTElTVF9GT1JFQUNIX1NBRkUocG9ydF9pbmZv LCAmZmlsZXNbZmRdLmV2dGNobi5wb3J0cywgbGlzdCwgdG1wKQorICAgICAgICBwb3J0X2RlYWxs b2MocG9ydF9pbmZvKTsKKworICAgIGZpbGVzW2ZkXS50eXBlID0gRlRZUEVfTk9ORTsKK30KKwor aW50IHhlbmV2dGNobl9mZCh4ZW5ldnRjaG5faGFuZGxlICp4Y2UpCit7CisgICAgcmV0dXJuIHhj ZS0+ZmQ7Cit9CisKK2ludCB4ZW5ldnRjaG5fbm90aWZ5KHhlbmV2dGNobl9oYW5kbGUgKnhjZSwg ZXZ0Y2huX3BvcnRfdCBwb3J0KQoreworICAgIGludCByZXQ7CisKKyAgICByZXQgPSBub3RpZnlf cmVtb3RlX3ZpYV9ldnRjaG4ocG9ydCk7CisKKyAgICBpZiAocmV0IDwgMCkgeworCWVycm5vID0g LXJldDsKKwlyZXQgPSAtMTsKKyAgICB9CisgICAgcmV0dXJuIHJldDsKK30KKworc3RhdGljIHZv aWQgZXZ0Y2huX2hhbmRsZXIoZXZ0Y2huX3BvcnRfdCBwb3J0LCBzdHJ1Y3QgcHRfcmVncyAqcmVn cywgdm9pZCAqZGF0YSkKK3sKKyAgICBpbnQgZmQgPSAoaW50KShpbnRwdHJfdClkYXRhOworICAg IHN0cnVjdCBldnRjaG5fcG9ydF9pbmZvICpwb3J0X2luZm87CisgICAgYXNzZXJ0KGZpbGVzW2Zk XS50eXBlID09IEZUWVBFX0VWVENITik7CisgICAgbWFza19ldnRjaG4ocG9ydCk7CisgICAgTElT VF9GT1JFQUNIKHBvcnRfaW5mbywgJmZpbGVzW2ZkXS5ldnRjaG4ucG9ydHMsIGxpc3QpIHsKKyAg ICAgICAgaWYgKHBvcnRfaW5mby0+cG9ydCA9PSBwb3J0KQorICAgICAgICAgICAgZ290byBmb3Vu ZDsKKyAgICB9CisgICAgcHJpbnRrKCJVbmtub3duIHBvcnQgZm9yIGhhbmRsZSAlZFxuIiwgZmQp OworICAgIHJldHVybjsKKworIGZvdW5kOgorICAgIHBvcnRfaW5mby0+cGVuZGluZyA9IDE7Cisg ICAgZmlsZXNbZmRdLnJlYWQgPSAxOworICAgIHdha2VfdXAoJmV2ZW50X3F1ZXVlKTsKK30KKwor ZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fYmluZF91bmJvdW5kX3BvcnQoeGVuZXZ0 Y2huX2hhbmRsZSAqeGNlLCBpbnQgZG9taWQpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAg ICBzdHJ1Y3QgZXZ0Y2huX3BvcnRfaW5mbyAqcG9ydF9pbmZvOworICAgIGludCByZXQ7CisgICAg ZXZ0Y2huX3BvcnRfdCBwb3J0OworCisgICAgYXNzZXJ0KGdldF9jdXJyZW50KCkgPT0gbWFpbl90 aHJlYWQpOworICAgIHBvcnRfaW5mbyA9IHBvcnRfYWxsb2MoZmQpOworICAgIGlmIChwb3J0X2lu Zm8gPT0gTlVMTCkKKwlyZXR1cm4gLTE7CisKKyAgICBwcmludGYoInhlbmV2dGNobl9iaW5kX3Vu Ym91bmRfcG9ydCglZCkiLCBkb21pZCk7CisgICAgcmV0ID0gZXZ0Y2huX2FsbG9jX3VuYm91bmQo ZG9taWQsIGV2dGNobl9oYW5kbGVyLCAodm9pZCopKGludHB0cl90KWZkLCAmcG9ydCk7CisgICAg cHJpbnRmKCIgPSAlZFxuIiwgcmV0KTsKKworICAgIGlmIChyZXQgPCAwKSB7CisJcG9ydF9kZWFs bG9jKHBvcnRfaW5mbyk7CisJZXJybm8gPSAtcmV0OworCXJldHVybiAtMTsKKyAgICB9CisgICAg cG9ydF9pbmZvLT5ib3VuZCA9IDE7CisgICAgcG9ydF9pbmZvLT5wb3J0ID0gcG9ydDsKKyAgICB1 bm1hc2tfZXZ0Y2huKHBvcnQpOworICAgIHJldHVybiBwb3J0OworfQorCitldnRjaG5fcG9ydF9v cl9lcnJvcl90IHhlbmV2dGNobl9iaW5kX2ludGVyZG9tYWluKHhlbmV2dGNobl9oYW5kbGUgKnhj ZSwgaW50IGRvbWlkLAorICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICBldnRjaG5fcG9ydF90IHJlbW90ZV9wb3J0KQoreworICAgIGludCBmZCA9IHhjZS0+ ZmQ7CisgICAgc3RydWN0IGV2dGNobl9wb3J0X2luZm8gKnBvcnRfaW5mbzsKKyAgICBldnRjaG5f cG9ydF90IGxvY2FsX3BvcnQ7CisgICAgaW50IHJldDsKKworICAgIGFzc2VydChnZXRfY3VycmVu dCgpID09IG1haW5fdGhyZWFkKTsKKyAgICBwb3J0X2luZm8gPSBwb3J0X2FsbG9jKGZkKTsKKyAg ICBpZiAocG9ydF9pbmZvID09IE5VTEwpCisJcmV0dXJuIC0xOworCisgICAgcHJpbnRmKCJ4ZW5l dnRjaG5fYmluZF9pbnRlcmRvbWFpbiglZCwgJSJQUklkMzIiKSIsIGRvbWlkLCByZW1vdGVfcG9y dCk7CisgICAgcmV0ID0gZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4oZG9taWQsIHJlbW90ZV9wb3J0 LCBldnRjaG5faGFuZGxlciwgKHZvaWQqKShpbnRwdHJfdClmZCwgJmxvY2FsX3BvcnQpOworICAg IHByaW50ZigiID0gJWRcbiIsIHJldCk7CisKKyAgICBpZiAocmV0IDwgMCkgeworCXBvcnRfZGVh bGxvYyhwb3J0X2luZm8pOworCWVycm5vID0gLXJldDsKKwlyZXR1cm4gLTE7CisgICAgfQorICAg IHBvcnRfaW5mby0+Ym91bmQgPSAxOworICAgIHBvcnRfaW5mby0+cG9ydCA9IGxvY2FsX3BvcnQ7 CisgICAgdW5tYXNrX2V2dGNobihsb2NhbF9wb3J0KTsKKyAgICByZXR1cm4gbG9jYWxfcG9ydDsK K30KKworaW50IHhlbmV2dGNobl91bmJpbmQoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLCBldnRjaG5f cG9ydF90IHBvcnQpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAgICBzdHJ1Y3QgZXZ0Y2hu X3BvcnRfaW5mbyAqcG9ydF9pbmZvOworCisgICAgTElTVF9GT1JFQUNIKHBvcnRfaW5mbywgJmZp bGVzW2ZkXS5ldnRjaG4ucG9ydHMsIGxpc3QpIHsKKyAgICAgICAgaWYgKHBvcnRfaW5mby0+cG9y dCA9PSBwb3J0KSB7CisgICAgICAgICAgICBwb3J0X2RlYWxsb2MocG9ydF9pbmZvKTsKKyAgICAg ICAgICAgIHJldHVybiAwOworICAgICAgICB9CisgICAgfQorICAgIHByaW50ZigiV2FybmluZzog Y291bGRuJ3QgZmluZCBwb3J0ICUiUFJJZDMyIiBmb3IgeGMgaGFuZGxlICV4XG4iLCBwb3J0LCBm ZCk7CisgICAgZXJybm8gPSBFSU5WQUw7CisgICAgcmV0dXJuIC0xOworfQorCitldnRjaG5fcG9y dF9vcl9lcnJvcl90IHhlbmV2dGNobl9iaW5kX3ZpcnEoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLCB1 bnNpZ25lZCBpbnQgdmlycSkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOworICAgIHN0cnVjdCBl dnRjaG5fcG9ydF9pbmZvICpwb3J0X2luZm87CisgICAgZXZ0Y2huX3BvcnRfdCBwb3J0OworCisg ICAgYXNzZXJ0KGdldF9jdXJyZW50KCkgPT0gbWFpbl90aHJlYWQpOworICAgIHBvcnRfaW5mbyA9 IHBvcnRfYWxsb2MoZmQpOworICAgIGlmIChwb3J0X2luZm8gPT0gTlVMTCkKKwlyZXR1cm4gLTE7 CisKKyAgICBwcmludGYoInhlbmV2dGNobl9iaW5kX3ZpcnEoJWQpIiwgdmlycSk7CisgICAgcG9y dCA9IGJpbmRfdmlycSh2aXJxLCBldnRjaG5faGFuZGxlciwgKHZvaWQqKShpbnRwdHJfdClmZCk7 CisKKyAgICBpZiAocG9ydCA8IDApIHsKKwlwb3J0X2RlYWxsb2MocG9ydF9pbmZvKTsKKwllcnJu byA9IC1wb3J0OworCXJldHVybiAtMTsKKyAgICB9CisgICAgcG9ydF9pbmZvLT5ib3VuZCA9IDE7 CisgICAgcG9ydF9pbmZvLT5wb3J0ID0gcG9ydDsKKyAgICB1bm1hc2tfZXZ0Y2huKHBvcnQpOwor ICAgIHJldHVybiBwb3J0OworfQorCitldnRjaG5fcG9ydF9vcl9lcnJvcl90IHhlbmV2dGNobl9w ZW5kaW5nKHhlbmV2dGNobl9oYW5kbGUgKnhjZSkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOwor ICAgIHN0cnVjdCBldnRjaG5fcG9ydF9pbmZvICpwb3J0X2luZm87CisgICAgdW5zaWduZWQgbG9u ZyBmbGFnczsKKyAgICBldnRjaG5fcG9ydF90IHJldCA9IC0xOworCisgICAgbG9jYWxfaXJxX3Nh dmUoZmxhZ3MpOworICAgIGZpbGVzW2ZkXS5yZWFkID0gMDsKKworICAgIExJU1RfRk9SRUFDSChw b3J0X2luZm8sICZmaWxlc1tmZF0uZXZ0Y2huLnBvcnRzLCBsaXN0KSB7CisgICAgICAgIGlmIChw b3J0X2luZm8tPnBvcnQgIT0gLTEgJiYgcG9ydF9pbmZvLT5wZW5kaW5nKSB7CisgICAgICAgICAg ICBpZiAocmV0ID09IC0xKSB7CisgICAgICAgICAgICAgICAgcmV0ID0gcG9ydF9pbmZvLT5wb3J0 OworICAgICAgICAgICAgICAgIHBvcnRfaW5mby0+cGVuZGluZyA9IDA7CisgICAgICAgICAgICB9 IGVsc2UgeworICAgICAgICAgICAgICAgIGZpbGVzW2ZkXS5yZWFkID0gMTsKKyAgICAgICAgICAg ICAgICBicmVhazsKKyAgICAgICAgICAgIH0KKyAgICAgICAgfQorICAgIH0KKyAgICBsb2NhbF9p cnFfcmVzdG9yZShmbGFncyk7CisgICAgcmV0dXJuIHJldDsKK30KKworaW50IHhlbmV2dGNobl91 bm1hc2soeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpCit7CisgICAg dW5tYXNrX2V2dGNobihwb3J0KTsKKyAgICByZXR1cm4gMDsKK30KKworLyoKKyAqIExvY2FsIHZh cmlhYmxlczoKKyAqIG1vZGU6IEMKKyAqIGMtZmlsZS1zdHlsZTogIkJTRCIKKyAqIGMtYmFzaWMt b2Zmc2V0OiA0CisgKiB0YWItd2lkdGg6IDQKKyAqIGluZGVudC10YWJzLW1vZGU6IG5pbAorICog RW5kOgorICovCmRpZmYgLS1naXQgYS90b29scy9saWJzL2V2dGNobi9uZXRic2QuYyBiL3Rvb2xz L2xpYnMvZXZ0Y2huL25ldGJzZC5jCm5ldyBmaWxlIG1vZGUgMTAwNjQ0CmluZGV4IDAwMDAwMDAu LmM0MTIzZmUKLS0tIC9kZXYvbnVsbAorKysgYi90b29scy9saWJzL2V2dGNobi9uZXRic2QuYwpA QCAtMCwwICsxLDE0NyBAQAorLyoqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioq KioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKgorICoKKyAqIENvcHlyaWdo dCAyMDA2IFN1biBNaWNyb3N5c3RlbXMsIEluYy4gIEFsbCByaWdodHMgcmVzZXJ2ZWQuCisgKiBV c2UgaXMgc3ViamVjdCB0byBsaWNlbnNlIHRlcm1zLgorICoKKyAqIFRoaXMgbGlicmFyeSBpcyBm cmVlIHNvZnR3YXJlOyB5b3UgY2FuIHJlZGlzdHJpYnV0ZSBpdCBhbmQvb3IKKyAqIG1vZGlmeSBp dCB1bmRlciB0aGUgdGVybXMgb2YgdGhlIEdOVSBMZXNzZXIgR2VuZXJhbCBQdWJsaWMKKyAqIExp Y2Vuc2UgYXMgcHVibGlzaGVkIGJ5IHRoZSBGcmVlIFNvZnR3YXJlIEZvdW5kYXRpb247CisgKiB2 ZXJzaW9uIDIuMSBvZiB0aGUgTGljZW5zZS4KKyAqCisgKiBUaGlzIGxpYnJhcnkgaXMgZGlzdHJp YnV0ZWQgaW4gdGhlIGhvcGUgdGhhdCBpdCB3aWxsIGJlIHVzZWZ1bCwKKyAqIGJ1dCBXSVRIT1VU IEFOWSBXQVJSQU5UWTsgd2l0aG91dCBldmVuIHRoZSBpbXBsaWVkIHdhcnJhbnR5IG9mCisgKiBN RVJDSEFOVEFCSUxJVFkgb3IgRklUTkVTUyBGT1IgQSBQQVJUSUNVTEFSIFBVUlBPU0UuICBTZWUg dGhlIEdOVQorICogTGVzc2VyIEdlbmVyYWwgUHVibGljIExpY2Vuc2UgZm9yIG1vcmUgZGV0YWls cy4KKyAqCisgKiBZb3Ugc2hvdWxkIGhhdmUgcmVjZWl2ZWQgYSBjb3B5IG9mIHRoZSBHTlUgTGVz c2VyIEdlbmVyYWwgUHVibGljCisgKiBMaWNlbnNlIGFsb25nIHdpdGggdGhpcyBsaWJyYXJ5OyBJ ZiBub3QsIHNlZSA8aHR0cDovL3d3dy5nbnUub3JnL2xpY2Vuc2VzLz4uCisgKgorICogU3BsaXQg b3V0IGZyb20geGNfbmV0YnNkLmMKKyAqLworCisjaW5jbHVkZSA8ZmNudGwuaD4KKyNpbmNsdWRl IDx1bmlzdGQuaD4KKworI2luY2x1ZGUgPHN5cy9pb2N0bC5oPgorCisjaW5jbHVkZSA8eGVuL3N5 cy9ldnRjaG4uaD4KKworI2luY2x1ZGUgInByaXZhdGUuaCIKKworI2RlZmluZSBFVlRDSE5fREVW X05BTUUgICIvZGV2L3hlbmV2dCIKKworaW50IG9zZGVwX2V2dGNobl9vcGVuKHhlbmV2dGNobl9o YW5kbGUgKnhjZSkKK3sKKyAgICBpbnQgZmQgPSBvcGVuKEVWVENITl9ERVZfTkFNRSwgT19OT05C TE9DS3xPX1JEV1IpOworICAgIGlmICggZmQgPT0gLTEgKQorICAgICAgICByZXR1cm4gLTE7Cisg ICAgeGNlLT5mZCA9IGZkOworICAgIHJldHVybiAwOworfQorCitpbnQgb3NkZXBfZXZ0Y2huX2Ns b3NlKHhlbmV2dGNobl9oYW5kbGUgKnhjZSkKK3sKKyAgICBpZiAoIHhjZS0+ZmQgPT0gLTEgKQor ICAgICAgICByZXR1cm4gMDsKKworICAgIHJldHVybiBjbG9zZSh4Y2UtPmZkKTsKK30KKworaW50 IHhlbmV2dGNobl9mZCh4ZW5ldnRjaG5faGFuZGxlICp4Y2UpCit7CisgICAgcmV0dXJuIHhjZS0+ ZmQ7Cit9CisKK2ludCB4ZW5ldnRjaG5fbm90aWZ5KHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgZXZ0 Y2huX3BvcnRfdCBwb3J0KQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7CisgICAgc3RydWN0IGlv Y3RsX2V2dGNobl9ub3RpZnkgbm90aWZ5OworCisgICAgbm90aWZ5LnBvcnQgPSBwb3J0OworCisg ICAgcmV0dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fTk9USUZZLCAmbm90aWZ5KTsKK30KKwor ZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fYmluZF91bmJvdW5kX3BvcnQoeGVuZXZ0 Y2huX2hhbmRsZSAqIHhjZSwgaW50IGRvbWlkKQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7Cisg ICAgc3RydWN0IGlvY3RsX2V2dGNobl9iaW5kX3VuYm91bmRfcG9ydCBiaW5kOworICAgIGludCBy ZXQ7CisKKyAgICBiaW5kLnJlbW90ZV9kb21haW4gPSBkb21pZDsKKworICAgIHJldCA9IGlvY3Rs KGZkLCBJT0NUTF9FVlRDSE5fQklORF9VTkJPVU5EX1BPUlQsICZiaW5kKTsKKyAgICBpZiAocmV0 ID09IDApCisJcmV0dXJuIGJpbmQucG9ydDsKKyAgICBlbHNlCisJcmV0dXJuIC0xOworfQorCitl dnRjaG5fcG9ydF9vcl9lcnJvcl90IHhlbmV2dGNobl9iaW5kX2ludGVyZG9tYWluKHhlbmV2dGNo bl9oYW5kbGUgKnhjZSwgaW50IGRvbWlkLAorICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICBldnRjaG5fcG9ydF90IHJlbW90ZV9wb3J0KQoreworICAgIGlu dCBmZCA9IHhjZS0+ZmQ7CisgICAgc3RydWN0IGlvY3RsX2V2dGNobl9iaW5kX2ludGVyZG9tYWlu IGJpbmQ7CisgICAgaW50IHJldDsKKworICAgIGJpbmQucmVtb3RlX2RvbWFpbiA9IGRvbWlkOwor ICAgIGJpbmQucmVtb3RlX3BvcnQgPSByZW1vdGVfcG9ydDsKKworICAgIHJldCA9IGlvY3RsKGZk LCBJT0NUTF9FVlRDSE5fQklORF9JTlRFUkRPTUFJTiwgJmJpbmQpOworICAgIGlmIChyZXQgPT0g MCkKKwlyZXR1cm4gYmluZC5wb3J0OworICAgIGVsc2UKKwlyZXR1cm4gLTE7Cit9CisKK2ludCB4 ZW5ldnRjaG5fdW5iaW5kKHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0 KQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7CisgICAgc3RydWN0IGlvY3RsX2V2dGNobl91bmJp bmQgdW5iaW5kOworCisgICAgdW5iaW5kLnBvcnQgPSBwb3J0OworCisgICAgcmV0dXJuIGlvY3Rs KGZkLCBJT0NUTF9FVlRDSE5fVU5CSU5ELCAmdW5iaW5kKTsKK30KKworZXZ0Y2huX3BvcnRfb3Jf ZXJyb3JfdCB4ZW5ldnRjaG5fYmluZF92aXJxKHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgdW5zaWdu ZWQgaW50IHZpcnEpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAgICBzdHJ1Y3QgaW9jdGxf ZXZ0Y2huX2JpbmRfdmlycSBiaW5kOworICAgIGludCBlcnI7CisKKyAgICBiaW5kLnZpcnEgPSB2 aXJxOworCisgICAgZXJyID0gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9CSU5EX1ZJUlEsICZiaW5k KTsKKyAgICBpZiAoZXJyKQorCXJldHVybiAtMTsKKyAgICBlbHNlCisJcmV0dXJuIGJpbmQucG9y dDsKK30KKworZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fcGVuZGluZyh4ZW5ldnRj aG5faGFuZGxlICp4Y2UpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAgICBldnRjaG5fcG9y dF90IHBvcnQ7CisKKyAgICBpZiAoIHJlYWRfZXhhY3QoZmQsIChjaGFyICopJnBvcnQsIHNpemVv Zihwb3J0KSkgPT0gLTEgKQorICAgICAgICByZXR1cm4gLTE7CisKKyAgICByZXR1cm4gcG9ydDsK K30KKworaW50IHhlbmV2dGNobl91bm1hc2soeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLCBldnRjaG5f cG9ydF90IHBvcnQpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAgICByZXR1cm4gd3JpdGVf ZXhhY3QoZmQsIChjaGFyICopJnBvcnQsIHNpemVvZihwb3J0KSk7Cit9CisKKy8qCisgKiBMb2Nh bCB2YXJpYWJsZXM6CisgKiBtb2RlOiBDCisgKiBjLWZpbGUtc3R5bGU6ICJCU0QiCisgKiBjLWJh c2ljLW9mZnNldDogNAorICogdGFiLXdpZHRoOiA0CisgKiBpbmRlbnQtdGFicy1tb2RlOiBuaWwK KyAqIEVuZDoKKyAqLwpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlicy9ldnRjaG4vcHJpdmF0ZS5oIGIv dG9vbHMvbGlicy9ldnRjaG4vcHJpdmF0ZS5oCm5ldyBmaWxlIG1vZGUgMTAwNjQ0CmluZGV4IDAw MDAwMDAuLmZjZDBlOTYKLS0tIC9kZXYvbnVsbAorKysgYi90b29scy9saWJzL2V2dGNobi9wcml2 YXRlLmgKQEAgLTAsMCArMSwyNSBAQAorI2lmbmRlZiBYRU5FVlRDSE5fUFJJVkFURV9ICisjZGVm aW5lIFhFTkVWVENITl9QUklWQVRFX0gKKworI2luY2x1ZGUgPHhlbnRvb2xsb2cuaD4KKyNpbmNs dWRlIDx4ZW5ldnRjaG4uaD4KKworc3RydWN0IHhlbmV2dGNobl9oYW5kbGUgeworICAgIHhlbnRv b2xsb2dfbG9nZ2VyICpsb2dnZXIsICpsb2dnZXJfdG9mcmVlOworICAgIGludCBmZDsKK307CisK K2ludCBvc2RlcF9ldnRjaG5fb3Blbih4ZW5ldnRjaG5faGFuZGxlICp4Y2UpOworaW50IG9zZGVw X2V2dGNobl9jbG9zZSh4ZW5ldnRjaG5faGFuZGxlICp4Y2UpOworCisjZW5kaWYKKworLyoKKyAq IExvY2FsIHZhcmlhYmxlczoKKyAqIG1vZGU6IEMKKyAqIGMtZmlsZS1zdHlsZTogIkJTRCIKKyAq IGMtYmFzaWMtb2Zmc2V0OiA0CisgKiB0YWItd2lkdGg6IDQKKyAqIGluZGVudC10YWJzLW1vZGU6 IG5pbAorICogRW5kOgorICovCmRpZmYgLS1naXQgYS90b29scy9saWJzL2V2dGNobi9zb2xhcmlz LmMgYi90b29scy9saWJzL2V2dGNobi9zb2xhcmlzLmMKbmV3IGZpbGUgbW9kZSAxMDA2NDQKaW5k ZXggMDAwMDAwMC4uMTE0Y2VmYgotLS0gL2Rldi9udWxsCisrKyBiL3Rvb2xzL2xpYnMvZXZ0Y2hu L3NvbGFyaXMuYwpAQCAtMCwwICsxLDEzNSBAQAorLyoqKioqKioqKioqKioqKioqKioqKioqKioq KioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKgorICoK KyAqIENvcHlyaWdodCAyMDA2IFN1biBNaWNyb3N5c3RlbXMsIEluYy4gIEFsbCByaWdodHMgcmVz ZXJ2ZWQuCisgKiBVc2UgaXMgc3ViamVjdCB0byBsaWNlbnNlIHRlcm1zLgorICoKKyAqIFRoaXMg bGlicmFyeSBpcyBmcmVlIHNvZnR3YXJlOyB5b3UgY2FuIHJlZGlzdHJpYnV0ZSBpdCBhbmQvb3IK KyAqIG1vZGlmeSBpdCB1bmRlciB0aGUgdGVybXMgb2YgdGhlIEdOVSBMZXNzZXIgR2VuZXJhbCBQ dWJsaWMKKyAqIExpY2Vuc2UgYXMgcHVibGlzaGVkIGJ5IHRoZSBGcmVlIFNvZnR3YXJlIEZvdW5k YXRpb247CisgKiB2ZXJzaW9uIDIuMSBvZiB0aGUgTGljZW5zZS4KKyAqCisgKiBUaGlzIGxpYnJh cnkgaXMgZGlzdHJpYnV0ZWQgaW4gdGhlIGhvcGUgdGhhdCBpdCB3aWxsIGJlIHVzZWZ1bCwKKyAq IGJ1dCBXSVRIT1VUIEFOWSBXQVJSQU5UWTsgd2l0aG91dCBldmVuIHRoZSBpbXBsaWVkIHdhcnJh bnR5IG9mCisgKiBNRVJDSEFOVEFCSUxJVFkgb3IgRklUTkVTUyBGT1IgQSBQQVJUSUNVTEFSIFBV UlBPU0UuICBTZWUgdGhlIEdOVQorICogTGVzc2VyIEdlbmVyYWwgUHVibGljIExpY2Vuc2UgZm9y IG1vcmUgZGV0YWlscy4KKyAqCisgKiBZb3Ugc2hvdWxkIGhhdmUgcmVjZWl2ZWQgYSBjb3B5IG9m IHRoZSBHTlUgTGVzc2VyIEdlbmVyYWwgUHVibGljCisgKiBMaWNlbnNlIGFsb25nIHdpdGggdGhp cyBsaWJyYXJ5OyBJZiBub3QsIHNlZSA8aHR0cDovL3d3dy5nbnUub3JnL2xpY2Vuc2VzLz4uCisg KgorICogU3BsaXQgb3V0IGZyb20geGNfc29sYXJpcy5jCisgKi8KKworI2luY2x1ZGUgPGZjbnRs Lmg+CisjaW5jbHVkZSA8dW5pc3RkLmg+CisKKyNpbmNsdWRlIDxzeXMvaW9jdGwuaD4KKworI2lu Y2x1ZGUgPHhlbi9zeXMvZXZ0Y2huLmg+CisKKyNpbmNsdWRlICJwcml2YXRlLmgiCisKK2ludCBv c2RlcF9ldnRjaG5fb3Blbih4ZW5ldnRjaG5faGFuZGxlICp4Y2UpCit7CisgICAgaW50IGZkOwor CisgICAgaWYgKCAoZmQgPSBvcGVuKCIvZGV2L3hlbi9ldnRjaG4iLCBPX1JEV1IpKSA9PSAtMSAp CisgICAgeworICAgICAgICBQRVJST1IoIkNvdWxkIG5vdCBvcGVuIGV2ZW50IGNoYW5uZWwgaW50 ZXJmYWNlIik7CisgICAgICAgIHJldHVybiAtMTsKKyAgICB9CisKKyAgICB4Y2UtPmZkID0gZmQ7 CisgICAgcmV0dXJuIDA7Cit9CisKK2ludCBvc2RlcF9ldnRjaG5fY2xvc2UoeGVuZXZ0Y2huX2hh bmRsZSAqeGNlKQoreworICAgIGlmICggeGNlLT5mZCA9PSAtMSApCisgICAgICAgIHJldHVybiAw OworCisgICAgcmV0dXJuIGNsb3NlKHhjZS0+ZmQpOworfQorCitpbnQgeGVuZXZ0Y2huX2ZkKHhl bmV2dGNobl9oYW5kbGUgKnhjZSkKK3sKKyAgICByZXR1cm4geGNlLT5mZDsKK30KKworaW50IHhl bmV2dGNobl9ub3RpZnkoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQp Cit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAgICBzdHJ1Y3QgaW9jdGxfZXZ0Y2huX25vdGlm eSBub3RpZnk7CisKKyAgICBub3RpZnkucG9ydCA9IHBvcnQ7CisKKyAgICByZXR1cm4gaW9jdGwo ZmQsIElPQ1RMX0VWVENITl9OT1RJRlksICZub3RpZnkpOworfQorCitldnRjaG5fcG9ydF9vcl9l cnJvcl90IHhlbmV2dGNobl9iaW5kX3VuYm91bmRfcG9ydCh4ZW5ldnRjaG5faGFuZGxlICp4Y2Us IGludCBkb21pZCkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOworICAgIHN0cnVjdCBpb2N0bF9l dnRjaG5fYmluZF91bmJvdW5kX3BvcnQgYmluZDsKKworICAgIGJpbmQucmVtb3RlX2RvbWFpbiA9 IGRvbWlkOworCisgICAgcmV0dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fQklORF9VTkJPVU5E X1BPUlQsICZiaW5kKTsKK30KKworZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fYmlu ZF9pbnRlcmRvbWFpbih4ZW5ldnRjaG5faGFuZGxlICp4Y2UsIGludCBkb21pZCwKKyAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgZXZ0Y2huX3BvcnRfdCBy ZW1vdGVfcG9ydCkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOworICAgIHN0cnVjdCBpb2N0bF9l dnRjaG5fYmluZF9pbnRlcmRvbWFpbiBiaW5kOworCisgICAgYmluZC5yZW1vdGVfZG9tYWluID0g ZG9taWQ7CisgICAgYmluZC5yZW1vdGVfcG9ydCA9IHJlbW90ZV9wb3J0OworCisgICAgcmV0dXJu IGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fQklORF9JTlRFUkRPTUFJTiwgJmJpbmQpOworfQorCitl dnRjaG5fcG9ydF9vcl9lcnJvcl90IHhlbmV2dGNobl9iaW5kX3ZpcnEoeGVuZXZ0Y2huX2hhbmRs ZSAqeGNlLCB1bnNpZ25lZCBpbnQgdmlycSkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOworICAg IHN0cnVjdCBpb2N0bF9ldnRjaG5fYmluZF92aXJxIGJpbmQ7CisKKyAgICBiaW5kLnZpcnEgPSB2 aXJxOworCisgICAgcmV0dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fQklORF9WSVJRLCAmYmlu ZCk7Cit9CisKK2ludCB4ZW5ldnRjaG5fdW5iaW5kKHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgZXZ0 Y2huX3BvcnRfdCBwb3J0KQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7CisgICAgc3RydWN0IGlv Y3RsX2V2dGNobl91bmJpbmQgdW5iaW5kOworCisgICAgdW5iaW5kLnBvcnQgPSBwb3J0OworCisg ICAgcmV0dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fVU5CSU5ELCAmdW5iaW5kKTsKK30KKwor ZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fcGVuZGluZyh4ZW5ldnRjaG5faGFuZGxl ICp4Y2UpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAgICBldnRjaG5fcG9ydF90IHBvcnQ7 CisKKyAgICBpZiAoIHJlYWRfZXhhY3QoZmQsIChjaGFyICopJnBvcnQsIHNpemVvZihwb3J0KSkg PT0gLTEgKQorICAgICAgICByZXR1cm4gLTE7CisKKyAgICByZXR1cm4gcG9ydDsKK30KKworaW50 IHhlbmV2dGNobl91bm1hc2soeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLCBldnRjaG5fcG9ydF90IHBv cnQpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAgICByZXR1cm4gd3JpdGVfZXhhY3QoZmQs IChjaGFyICopJnBvcnQsIHNpemVvZihwb3J0KSk7Cit9CisKKy8qCisgKiBMb2NhbCB2YXJpYWJs ZXM6CisgKiBtb2RlOiBDCisgKiBjLWZpbGUtc3R5bGU6ICJCU0QiCisgKiBjLWJhc2ljLW9mZnNl dDogNAorICogdGFiLXdpZHRoOiA0CisgKiBpbmRlbnQtdGFicy1tb2RlOiBuaWwKKyAqIEVuZDoK KyAqLwpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlicy90b29sbG9nL2luY2x1ZGUveGVudG9vbGxvZy5o IGIvdG9vbHMvbGlicy90b29sbG9nL2luY2x1ZGUveGVudG9vbGxvZy5oCmluZGV4IDg1M2U5Yzcu Ljc2ZjE3ZmUgMTAwNjQ0Ci0tLSBhL3Rvb2xzL2xpYnMvdG9vbGxvZy9pbmNsdWRlL3hlbnRvb2xs b2cuaAorKysgYi90b29scy9saWJzL3Rvb2xsb2cvaW5jbHVkZS94ZW50b29sbG9nLmgKQEAgLTEz NCwzICsxMzQsMTMgQEAgY29uc3QgY2hhciAqeHRsX2xldmVsX3RvX3N0cmluZyh4ZW50b29sbG9n X2xldmVsKTsgLyogbmV2ZXIgZmFpbHMgKi8KIAogCiAjZW5kaWYgLyogWEVOVE9PTExPR19IICov CisKKy8qCisgKiBMb2NhbCB2YXJpYWJsZXM6CisgKiBtb2RlOiBDCisgKiBjLWZpbGUtc3R5bGU6 ICJCU0QiCisgKiBjLWJhc2ljLW9mZnNldDogNAorICogdGFiLXdpZHRoOiA0CisgKiBpbmRlbnQt dGFicy1tb2RlOiBuaWwKKyAqIEVuZDoKKyAqLwpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlicy90b29s bG9nL3h0bF9jb3JlLmMgYi90b29scy9saWJzL3Rvb2xsb2cveHRsX2NvcmUuYwppbmRleCBjNDcy NGEwLi4wOTlkMmYzIDEwMDY0NAotLS0gYS90b29scy9saWJzL3Rvb2xsb2cveHRsX2NvcmUuYwor KysgYi90b29scy9saWJzL3Rvb2xsb2cveHRsX2NvcmUuYwpAQCAtODEsMyArODEsMTMgQEAgdm9p ZCB4dGxfbG9nZ2VyX2Rlc3Ryb3koc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2VyICpsb2dnZXIpIHsK ICAgICBpZiAoIWxvZ2dlcikgcmV0dXJuOwogICAgIGxvZ2dlci0+ZGVzdHJveShsb2dnZXIpOwog fQorCisvKgorICogTG9jYWwgdmFyaWFibGVzOgorICogbW9kZTogQworICogYy1maWxlLXN0eWxl OiAiQlNEIgorICogYy1iYXNpYy1vZmZzZXQ6IDQKKyAqIHRhYi13aWR0aDogNAorICogaW5kZW50 LXRhYnMtbW9kZTogbmlsCisgKiBFbmQ6CisgKi8KZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnMvdG9v bGxvZy94dGxfbG9nZ2VyX3N0ZGlvLmMgYi90b29scy9saWJzL3Rvb2xsb2cveHRsX2xvZ2dlcl9z dGRpby5jCmluZGV4IDBjZDkyMDYuLmY5YzViZDggMTAwNjQ0Ci0tLSBhL3Rvb2xzL2xpYnMvdG9v bGxvZy94dGxfbG9nZ2VyX3N0ZGlvLmMKKysrIGIvdG9vbHMvbGlicy90b29sbG9nL3h0bF9sb2dn ZXJfc3RkaW8uYwpAQCAtMTkwLDMgKzE5MCwxMyBAQCB4ZW50b29sbG9nX2xvZ2dlcl9zdGRpb3N0 cmVhbSAqeHRsX2NyZWF0ZWxvZ2dlcl9zdGRpb3N0cmVhbQogCiAgICAgcmV0dXJuIFhUTF9ORVdf TE9HR0VSKHN0ZGlvc3RyZWFtLCBuZXdsb2dnZXIpOwogfQorCisvKgorICogTG9jYWwgdmFyaWFi bGVzOgorICogbW9kZTogQworICogYy1maWxlLXN0eWxlOiAiQlNEIgorICogYy1iYXNpYy1vZmZz ZXQ6IDQKKyAqIHRhYi13aWR0aDogNAorICogaW5kZW50LXRhYnMtbW9kZTogbmlsCisgKiBFbmQ6 CisgKi8KZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnZjaGFuL01ha2VmaWxlIGIvdG9vbHMvbGlidmNo YW4vTWFrZWZpbGUKaW5kZXggM2M1MGZlNi4uODQxMjhhMyAxMDA2NDQKLS0tIGEvdG9vbHMvbGli dmNoYW4vTWFrZWZpbGUKKysrIGIvdG9vbHMvbGlidmNoYW4vTWFrZWZpbGUKQEAgLTEwLDkgKzEw LDkgQEAgTk9ERV9PQkpTID0gbm9kZS5vCiBOT0RFMl9PQkpTID0gbm9kZS1zZWxlY3QubwogCiBM SUJWQ0hBTl9QSUNfT0JKUyA9ICQocGF0c3Vic3QgJS5vLCUub3BpYywkKExJQlZDSEFOX09CSlMp KQotTElCVkNIQU5fTElCUyA9ICQoTERMSUJTX2xpYnhlbnN0b3JlKSAkKExETElCU19saWJ4ZW5j dHJsKQotJChMSUJWQ0hBTl9PQkpTKSAkKExJQlZDSEFOX1BJQ19PQkpTKTogQ0ZMQUdTICs9ICQo Q0ZMQUdTX2xpYnhlbnN0b3JlKSAkKENGTEFHU19saWJ4ZW5jdHJsKQotJChOT0RFX09CSlMpICQo Tk9ERTJfT0JKUyk6IENGTEFHUyArPSAkKENGTEFHU19saWJ4ZW5jdHJsKQorTElCVkNIQU5fTElC UyA9ICQoTERMSUJTX2xpYnhlbnN0b3JlKSAkKExETElCU19saWJ4ZW5jdHJsKSAkKExETElCU19s aWJ4ZW5ldnRjaG4pCiskKExJQlZDSEFOX09CSlMpICQoTElCVkNIQU5fUElDX09CSlMpOiBDRkxB R1MgKz0gJChDRkxBR1NfbGlieGVuc3RvcmUpICQoQ0ZMQUdTX2xpYnhlbmN0cmwpICQoQ0ZMQUdT X2xpYnhlbmV2dGNobikKKyQoTk9ERV9PQkpTKSAkKE5PREUyX09CSlMpOiBDRkxBR1MgKz0gJChD RkxBR1NfbGlieGVuY3RybCkgJChDRkxBR1NfbGlieGVuZXZ0Y2huKQogCiBNQUpPUiA9IDEuMAog TUlOT1IgPSAwCmRpZmYgLS1naXQgYS90b29scy9saWJ2Y2hhbi9pbml0LmMgYi90b29scy9saWJ2 Y2hhbi9pbml0LmMKaW5kZXggNzdiZTRlNy4uNjZjYjEwMyAxMDA2NDQKLS0tIGEvdG9vbHMvbGli dmNoYW4vaW5pdC5jCisrKyBiL3Rvb2xzL2xpYnZjaGFuL2luaXQuYwpAQCAtMjE2LDI1ICsyMTYs MjUgQEAgc3RhdGljIGludCBpbml0X2V2dF9zcnYoc3RydWN0IGxpYnhlbnZjaGFuICpjdHJsLCBp bnQgZG9tYWluLCB4ZW50b29sbG9nX2xvZ2dlcgogewogCWV2dGNobl9wb3J0X29yX2Vycm9yX3Qg cG9ydDsKIAotCWN0cmwtPmV2ZW50ID0geGNfZXZ0Y2huX29wZW4obG9nZ2VyLCAwKTsKKwljdHJs LT5ldmVudCA9IHhlbmV2dGNobl9vcGVuKGxvZ2dlciwgMCk7CiAJaWYgKCFjdHJsLT5ldmVudCkK IAkJcmV0dXJuIC0xOwogCi0JcG9ydCA9IHhjX2V2dGNobl9iaW5kX3VuYm91bmRfcG9ydChjdHJs LT5ldmVudCwgZG9tYWluKTsKKwlwb3J0ID0geGVuZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0KGN0 cmwtPmV2ZW50LCBkb21haW4pOwogCWlmIChwb3J0IDwgMCkKIAkJZ290byBmYWlsOwogCWN0cmwt PmV2ZW50X3BvcnQgPSBwb3J0OwogCi0JaWYgKHhjX2V2dGNobl91bm1hc2soY3RybC0+ZXZlbnQs IGN0cmwtPmV2ZW50X3BvcnQpKQorCWlmICh4ZW5ldnRjaG5fdW5tYXNrKGN0cmwtPmV2ZW50LCBj dHJsLT5ldmVudF9wb3J0KSkKIAkJZ290byBmYWlsOwogCiAJcmV0dXJuIDA7CiAKIGZhaWw6CiAJ aWYgKHBvcnQgPj0gMCkKLQkJeGNfZXZ0Y2huX3VuYmluZChjdHJsLT5ldmVudCwgcG9ydCk7CisJ CXhlbmV2dGNobl91bmJpbmQoY3RybC0+ZXZlbnQsIHBvcnQpOwogCi0JeGNfZXZ0Y2huX2Nsb3Nl KGN0cmwtPmV2ZW50KTsKKwl4ZW5ldnRjaG5fY2xvc2UoY3RybC0+ZXZlbnQpOwogCWN0cmwtPmV2 ZW50ID0gTlVMTDsKIAogCXJldHVybiAtMTsKQEAgLTM0NiwyNiArMzQ2LDI2IEBAIHN0YXRpYyBp bnQgaW5pdF9ldnRfY2xpKHN0cnVjdCBsaWJ4ZW52Y2hhbiAqY3RybCwgaW50IGRvbWFpbiwgeGVu dG9vbGxvZ19sb2dnZXIKIHsKIAlldnRjaG5fcG9ydF9vcl9lcnJvcl90IHBvcnQ7CiAKLQljdHJs LT5ldmVudCA9IHhjX2V2dGNobl9vcGVuKGxvZ2dlciwgMCk7CisJY3RybC0+ZXZlbnQgPSB4ZW5l dnRjaG5fb3Blbihsb2dnZXIsIDApOwogCWlmICghY3RybC0+ZXZlbnQpCiAJCXJldHVybiAtMTsK IAotCXBvcnQgPSB4Y19ldnRjaG5fYmluZF9pbnRlcmRvbWFpbihjdHJsLT5ldmVudCwKKwlwb3J0 ID0geGVuZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4oY3RybC0+ZXZlbnQsCiAJCWRvbWFpbiwgY3Ry bC0+ZXZlbnRfcG9ydCk7CiAJaWYgKHBvcnQgPCAwKQogCQlnb3RvIGZhaWw7CiAJY3RybC0+ZXZl bnRfcG9ydCA9IHBvcnQ7CiAKLQlpZiAoeGNfZXZ0Y2huX3VubWFzayhjdHJsLT5ldmVudCwgY3Ry bC0+ZXZlbnRfcG9ydCkpCisJaWYgKHhlbmV2dGNobl91bm1hc2soY3RybC0+ZXZlbnQsIGN0cmwt PmV2ZW50X3BvcnQpKQogCQlnb3RvIGZhaWw7CiAKIAlyZXR1cm4gMDsKIAogZmFpbDoKIAlpZiAo cG9ydCA+PSAwKQotCQl4Y19ldnRjaG5fdW5iaW5kKGN0cmwtPmV2ZW50LCBwb3J0KTsKKwkJeGVu ZXZ0Y2huX3VuYmluZChjdHJsLT5ldmVudCwgcG9ydCk7CiAKLQl4Y19ldnRjaG5fY2xvc2UoY3Ry bC0+ZXZlbnQpOworCXhlbmV2dGNobl9jbG9zZShjdHJsLT5ldmVudCk7CiAJY3RybC0+ZXZlbnQg PSBOVUxMOwogCiAJcmV0dXJuIC0xOwpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlidmNoYW4vaW8uYyBi L3Rvb2xzL2xpYnZjaGFuL2lvLmMKaW5kZXggOGE5NjI5Yi4uNDQ2MTQ5MCAxMDA2NDQKLS0tIGEv dG9vbHMvbGlidmNoYW4vaW8uYworKysgYi90b29scy9saWJ2Y2hhbi9pby5jCkBAIC0xMDUsNyAr MTA1LDcgQEAgc3RhdGljIGlubGluZSBpbnQgc2VuZF9ub3RpZnkoc3RydWN0IGxpYnhlbnZjaGFu ICpjdHJsLCB1aW50OF90IGJpdCkKIAlub3RpZnkgPSBjdHJsLT5pc19zZXJ2ZXIgPyAmY3RybC0+ cmluZy0+c3J2X25vdGlmeSA6ICZjdHJsLT5yaW5nLT5jbGlfbm90aWZ5OwogCXByZXYgPSBfX3N5 bmNfZmV0Y2hfYW5kX2FuZChub3RpZnksIH5iaXQpOwogCWlmIChwcmV2ICYgYml0KQotCQlyZXR1 cm4geGNfZXZ0Y2huX25vdGlmeShjdHJsLT5ldmVudCwgY3RybC0+ZXZlbnRfcG9ydCk7CisJCXJl dHVybiB4ZW5ldnRjaG5fbm90aWZ5KGN0cmwtPmV2ZW50LCBjdHJsLT5ldmVudF9wb3J0KTsKIAll bHNlCiAJCXJldHVybiAwOwogfQpAQCAtMTk0LDEwICsxOTQsMTAgQEAgaW50IGxpYnhlbnZjaGFu X2J1ZmZlcl9zcGFjZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiAKIGludCBsaWJ4ZW52Y2hh bl93YWl0KHN0cnVjdCBsaWJ4ZW52Y2hhbiAqY3RybCkKIHsKLQlpbnQgcmV0ID0geGNfZXZ0Y2hu X3BlbmRpbmcoY3RybC0+ZXZlbnQpOworCWludCByZXQgPSB4ZW5ldnRjaG5fcGVuZGluZyhjdHJs LT5ldmVudCk7CiAJaWYgKHJldCA8IDApCiAJCXJldHVybiAtMTsKLQl4Y19ldnRjaG5fdW5tYXNr KGN0cmwtPmV2ZW50LCByZXQpOworCXhlbmV2dGNobl91bm1hc2soY3RybC0+ZXZlbnQsIHJldCk7 CiAJcmV0dXJuIDA7CiB9CiAKQEAgLTM1MCw3ICszNTAsNyBAQCBpbnQgbGlieGVudmNoYW5faXNf b3BlbihzdHJ1Y3QgbGlieGVudmNoYW4qIGN0cmwpCiAKIGludCBsaWJ4ZW52Y2hhbl9mZF9mb3Jf c2VsZWN0KHN0cnVjdCBsaWJ4ZW52Y2hhbiAqY3RybCkKIHsKLQlyZXR1cm4geGNfZXZ0Y2huX2Zk KGN0cmwtPmV2ZW50KTsKKwlyZXR1cm4geGVuZXZ0Y2huX2ZkKGN0cmwtPmV2ZW50KTsKIH0KIAog dm9pZCBsaWJ4ZW52Y2hhbl9jbG9zZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCkBAIC0zNzIs OCArMzcyLDggQEAgdm9pZCBsaWJ4ZW52Y2hhbl9jbG9zZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0 cmwpCiAJfQogCWlmIChjdHJsLT5ldmVudCkgewogCQlpZiAoY3RybC0+cmluZykKLQkJCXhjX2V2 dGNobl9ub3RpZnkoY3RybC0+ZXZlbnQsIGN0cmwtPmV2ZW50X3BvcnQpOwotCQl4Y19ldnRjaG5f Y2xvc2UoY3RybC0+ZXZlbnQpOworCQkJeGVuZXZ0Y2huX25vdGlmeShjdHJsLT5ldmVudCwgY3Ry bC0+ZXZlbnRfcG9ydCk7CisJCXhlbmV2dGNobl9jbG9zZShjdHJsLT5ldmVudCk7CiAJfQogCWlm IChjdHJsLT5pc19zZXJ2ZXIpIHsKIAkJaWYgKGN0cmwtPmdudHNocikKZGlmZiAtLWdpdCBhL3Rv b2xzL2xpYnZjaGFuL2xpYnhlbnZjaGFuLmggYi90b29scy9saWJ2Y2hhbi9saWJ4ZW52Y2hhbi5o CmluZGV4IDA5NDRhMGUuLjE1NDQzNzggMTAwNjQ0Ci0tLSBhL3Rvb2xzL2xpYnZjaGFuL2xpYnhl bnZjaGFuLmgKKysrIGIvdG9vbHMvbGlidmNoYW4vbGlieGVudmNoYW4uaApAQCAtNDQsNiArNDQs NyBAQAogCiAjaW5jbHVkZSA8eGVuL2lvL2xpYnhlbnZjaGFuLmg+CiAjaW5jbHVkZSA8eGVuL3N5 cy9ldnRjaG4uaD4KKyNpbmNsdWRlIDx4ZW5ldnRjaG4uaD4KICNpbmNsdWRlIDx4ZW5jdHJsLmg+ CiAKIHN0cnVjdCBsaWJ4ZW52Y2hhbl9yaW5nIHsKQEAgLTcxLDcgKzcyLDcgQEAgc3RydWN0IGxp YnhlbnZjaGFuIHsKIAkvKiBQb2ludGVyIHRvIHNoYXJlZCByaW5nIHBhZ2UgKi8KIAlzdHJ1Y3Qg dmNoYW5faW50ZXJmYWNlICpyaW5nOwogCS8qIGV2ZW50IGNoYW5uZWwgaW50ZXJmYWNlICovCi0J eGNfZXZ0Y2huICpldmVudDsKKwl4ZW5ldnRjaG5faGFuZGxlICpldmVudDsKIAl1aW50MzJfdCBl dmVudF9wb3J0OwogCS8qIGluZm9ybWF0aXZlIGZsYWdzOiBhcmUgd2UgYWN0aW5nIGFzIHNlcnZl cj8gKi8KIAlpbnQgaXNfc2VydmVyOjE7CmRpZmYgLS1naXQgYS90b29scy9saWJ4Yy9NYWtlZmls ZSBiL3Rvb2xzL2xpYnhjL01ha2VmaWxlCmluZGV4IDk0MDcwOGYuLmI4ZmM2YTUgMTAwNjQ0Ci0t LSBhL3Rvb2xzL2xpYnhjL01ha2VmaWxlCisrKyBiL3Rvb2xzL2xpYnhjL01ha2VmaWxlCkBAIC00 OCw2ICs0OCw3IEBAIENUUkxfU1JDUy0kKENPTkZJR19TdW5PUykgKz0geGNfc29sYXJpcy5jCiBD VFJMX1NSQ1MtJChDT05GSUdfTmV0QlNEKSArPSB4Y19uZXRic2QuYwogQ1RSTF9TUkNTLSQoQ09O RklHX05ldEJTRFJ1bXApICs9IHhjX25ldGJzZC5jCiBDVFJMX1NSQ1MtJChDT05GSUdfTWluaU9T KSArPSB4Y19taW5pb3MuYworQ1RSTF9TUkNTLXkgICAgICAgKz0geGNfZXZ0Y2huX2NvbXBhdC5j CiAKIEdVRVNUX1NSQ1MteSA6PQogR1VFU1RfU1JDUy15ICs9IHhnX3ByaXZhdGUuYyB4Y19zdXNw ZW5kLmMKQEAgLTExMSw2ICsxMTIsNyBAQCBDRkxBR1MtJChDT05GSUdfTGludXgpICs9IC1EX0dO VV9TT1VSQ0UKIAogQ0ZMQUdTCSs9ICQoUFRIUkVBRF9DRkxBR1MpCiBDRkxBR1MJKz0gJChDRkxB R1NfbGlieGVudG9vbGxvZykKK0NGTEFHUwkrPSAkKENGTEFHU19saWJ4ZW5ldnRjaG4pCiAKIENU UkxfTElCX09CSlMgOj0gJChwYXRzdWJzdCAlLmMsJS5vLCQoQ1RSTF9TUkNTLXkpKQogQ1RSTF9Q SUNfT0JKUyA6PSAkKHBhdHN1YnN0ICUuYywlLm9waWMsJChDVFJMX1NSQ1MteSkpCkBAIC0xNjQs NyArMTY2LDcgQEAgaW5zdGFsbDogYnVpbGQKIAkkKElOU1RBTExfREFUQSkgbGlieGVuY3RybC5h ICQoREVTVERJUikkKGxpYmRpcikKIAkkKFNZTUxJTktfU0hMSUIpIGxpYnhlbmN0cmwuc28uJChN QUpPUikuJChNSU5PUikgJChERVNURElSKSQobGliZGlyKS9saWJ4ZW5jdHJsLnNvLiQoTUFKT1Ip CiAJJChTWU1MSU5LX1NITElCKSBsaWJ4ZW5jdHJsLnNvLiQoTUFKT1IpICQoREVTVERJUikkKGxp YmRpcikvbGlieGVuY3RybC5zbwotCSQoSU5TVEFMTF9EQVRBKSBpbmNsdWRlL3hlbmN0cmwuaCBp bmNsdWRlL3hlbmN0cmxvc2RlcC5oICQoREVTVERJUikkKGluY2x1ZGVkaXIpCisJJChJTlNUQUxM X0RBVEEpIGluY2x1ZGUveGVuY3RybC5oIGluY2x1ZGUveGVuY3RybF9jb21wYXQuaCBpbmNsdWRl L3hlbmN0cmxvc2RlcC5oICQoREVTVERJUikkKGluY2x1ZGVkaXIpCiAJJChJTlNUQUxMX1NITElC KSBsaWJ4ZW5ndWVzdC5zby4kKE1BSk9SKS4kKE1JTk9SKSAkKERFU1RESVIpJChsaWJkaXIpCiAJ JChJTlNUQUxMX0RBVEEpIGxpYnhlbmd1ZXN0LmEgJChERVNURElSKSQobGliZGlyKQogCSQoU1lN TElOS19TSExJQikgbGlieGVuZ3Vlc3Quc28uJChNQUpPUikuJChNSU5PUikgJChERVNURElSKSQo bGliZGlyKS9saWJ4ZW5ndWVzdC5zby4kKE1BSk9SKQpAQCAtMjA3LDcgKzIwOSw3IEBAIGxpYnhl bmN0cmwuc28uJChNQUpPUik6IGxpYnhlbmN0cmwuc28uJChNQUpPUikuJChNSU5PUikKIAkkKFNZ TUxJTktfU0hMSUIpICQ8ICRACiAKIGxpYnhlbmN0cmwuc28uJChNQUpPUikuJChNSU5PUik6ICQo Q1RSTF9QSUNfT0JKUykKLQkkKENDKSAkKExERkxBR1MpICQoUFRIUkVBRF9MREZMQUdTKSAtV2ws JChTT05BTUVfTERGTEFHKSAtV2wsbGlieGVuY3RybC5zby4kKE1BSk9SKSAkKFNITElCX0xERkxB R1MpIC1vICRAICReICQoTERMSUJTX2xpYnhlbnRvb2xsb2cpICQoRExPUEVOX0xJQlMpICQoUFRI UkVBRF9MSUJTKSAkKEFQUEVORF9MREZMQUdTKQorCSQoQ0MpICQoTERGTEFHUykgJChQVEhSRUFE X0xERkxBR1MpIC1XbCwkKFNPTkFNRV9MREZMQUcpIC1XbCxsaWJ4ZW5jdHJsLnNvLiQoTUFKT1Ip ICQoU0hMSUJfTERGTEFHUykgLW8gJEAgJF4gJChMRExJQlNfbGlieGVudG9vbGxvZykgJChMRExJ QlNfbGlieGVuZXZ0Y2huKSAkKERMT1BFTl9MSUJTKSAkKFBUSFJFQURfTElCUykgJChBUFBFTkRf TERGTEFHUykKIAogIyBsaWJ4ZW5ndWVzdAogCkBAIC0yMzAsNyArMjMyLDcgQEAgeGNfZG9tX2J6 aW1hZ2Vsb2FkZXIub3BpYzogQ0ZMQUdTICs9ICQoY2FsbCB6bGliLW9wdGlvbnMsRCkKIAogbGli eGVuZ3Vlc3Quc28uJChNQUpPUikuJChNSU5PUik6IENPTVBSRVNTSU9OX0xJQlMgPSAkKGNhbGwg emxpYi1vcHRpb25zLGwpCiBsaWJ4ZW5ndWVzdC5zby4kKE1BSk9SKS4kKE1JTk9SKTogJChHVUVT VF9QSUNfT0JKUykgbGlieGVuY3RybC5zbwotCSQoQ0MpICQoTERGTEFHUykgLVdsLCQoU09OQU1F X0xERkxBRykgLVdsLGxpYnhlbmd1ZXN0LnNvLiQoTUFKT1IpICQoU0hMSUJfTERGTEFHUykgLW8g JEAgJChHVUVTVF9QSUNfT0JKUykgJChDT01QUkVTU0lPTl9MSUJTKSAtbHogJChMRExJQlNfbGli eGVuY3RybCkgJChQVEhSRUFEX0xJQlMpICQoQVBQRU5EX0xERkxBR1MpCisJJChDQykgJChMREZM QUdTKSAtV2wsJChTT05BTUVfTERGTEFHKSAtV2wsbGlieGVuZ3Vlc3Quc28uJChNQUpPUikgJChT SExJQl9MREZMQUdTKSAtbyAkQCAkKEdVRVNUX1BJQ19PQkpTKSAkKENPTVBSRVNTSU9OX0xJQlMp IC1seiAkKExETElCU19saWJ4ZW5ldnRjaG4pICQoTERMSUJTX2xpYnhlbmN0cmwpICQoUFRIUkVB RF9MSUJTKSAkKEFQUEVORF9MREZMQUdTKQogCiB4ZW5jdHJsX29zZGVwX0VOT1NZUy5zbzogJChP U0RFUF9QSUNfT0JKUykgbGlieGVuY3RybC5zbwogCSQoQ0MpICQoTERGTEFHUykgJChTSExJQl9M REZMQUdTKSAtbyAkQCAkKE9TREVQX1BJQ19PQkpTKSAkKExETElCU19saWJ4ZW5jdHJsKSAkKEFQ UEVORF9MREZMQUdTKQpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlieGMvaW5jbHVkZS94ZW5jdHJsLmgg Yi90b29scy9saWJ4Yy9pbmNsdWRlL3hlbmN0cmwuaAppbmRleCA4ODFkY2Q1Li44ZjMxYzRkIDEw MDY0NAotLS0gYS90b29scy9saWJ4Yy9pbmNsdWRlL3hlbmN0cmwuaAorKysgYi90b29scy9saWJ4 Yy9pbmNsdWRlL3hlbmN0cmwuaApAQCAtMTE3LDcgKzExNyw2IEBACiAgKi8KIAogdHlwZWRlZiBz dHJ1Y3QgeGNfaW50ZXJmYWNlX2NvcmUgeGNfaW50ZXJmYWNlOwotdHlwZWRlZiBzdHJ1Y3QgeGVu ZXZ0Y2huX2hhbmRsZSB4Y19ldnRjaG47CiB0eXBlZGVmIHN0cnVjdCB4Y19pbnRlcmZhY2VfY29y ZSB4Y19nbnR0YWI7CiB0eXBlZGVmIHN0cnVjdCB4Y19pbnRlcmZhY2VfY29yZSB4Y19nbnRzaHI7 CiAKQEAgLTEwODUsNyArMTA4NCw2IEBAIGludCB4Y19jcHVwb29sX21vdmVkb21haW4oeGNfaW50 ZXJmYWNlICp4Y2gsCiAgKi8KIHhjX2NwdW1hcF90IHhjX2NwdXBvb2xfZnJlZWluZm8oeGNfaW50 ZXJmYWNlICp4Y2gpOwogCi0KIC8qCiAgKiBFVkVOVCBDSEFOTkVMIEZVTkNUSU9OUwogICoKQEAg LTExMjAsMTAxICsxMTE4LDcgQEAgaW50IHhjX2V2dGNobl9yZXNldCh4Y19pbnRlcmZhY2UgKnhj aCwKIHR5cGVkZWYgc3RydWN0IGV2dGNobl9zdGF0dXMgeGNfZXZ0Y2huX3N0YXR1c190OwogaW50 IHhjX2V2dGNobl9zdGF0dXMoeGNfaW50ZXJmYWNlICp4Y2gsIHhjX2V2dGNobl9zdGF0dXNfdCAq c3RhdHVzKTsKIAotLyoKLSAqIFJldHVybiBhIGhhbmRsZSB0byB0aGUgZXZlbnQgY2hhbm5lbCBk cml2ZXIsIG9yIE5VTEwgb24gZmFpbHVyZSwgaW4KLSAqIHdoaWNoIGNhc2UgZXJybm8gd2lsbCBi ZSBzZXQgYXBwcm9wcmlhdGVseS4KLSAqCi0gKiBOb3RlOgotICogQWZ0ZXIgZm9yayBhIGNoaWxk IHByb2Nlc3MgbXVzdCBub3QgdXNlIGFueSBvcGVuZWQgeGMgZXZ0Y2huCi0gKiBoYW5kbGUgaW5o ZXJpdGVkIGZyb20gdGhlaXIgcGFyZW50LiBUaGV5IG11c3Qgb3BlbiBhIG5ldyBoYW5kbGUgaWYK LSAqIHRoZXkgd2FudCB0byBpbnRlcmFjdCB3aXRoIHhjLgotICoKLSAqIEJlZm9yZSBYZW4gcHJl LTQuMSB0aGlzIGZ1bmN0aW9uIHdvdWxkIHNvbWV0aW1lcyByZXBvcnQgZXJyb3JzIHdpdGggcGVy cm9yLgotICovCi14Y19ldnRjaG4gKnhjX2V2dGNobl9vcGVuKHhlbnRvb2xsb2dfbG9nZ2VyICps b2dnZXIsCi0gICAgICAgICAgICAgICAgICAgICAgICAgICAgIHVuc2lnbmVkIG9wZW5fZmxhZ3Mp OwogCi0vKgotICogQ2xvc2UgYSBoYW5kbGUgcHJldmlvdXNseSBhbGxvY2F0ZWQgd2l0aCB4Y19l dnRjaG5fb3BlbigpLgotICovCi1pbnQgeGNfZXZ0Y2huX2Nsb3NlKHhjX2V2dGNobiAqeGNlKTsK LQotLyoKLSAqIFJldHVybiBhbiBmZCB0aGF0IGNhbiBiZSBzZWxlY3QoKWVkIG9uLgotICoKLSAq IE5vdGUgdGhhdCBkdWUgdG8gYnVncywgc2V0dGluZyB0aGlzIGZkIHRvIG5vbiBibG9ja2luZyBt YXkgbm90Ci0gKiB3b3JrOiB5b3Ugd291bGQgaG9wZSB0aGF0IGl0IHdvdWxkIHJlc3VsdCBpbiB4 Y19ldnRjaG5fcGVuZGluZwotICogZmFpbGluZyB3aXRoIEVXT1VMREJMT0NLIGlmIHRoZXJlIGFy ZSBubyBldmVudHMgc2lnbmFsZWQsIGJ1dCBpbgotICogZmFjdCBpdCBtYXkgYmxvY2suICAoQnVn IGlzIHByZXNlbnQgaW4gYXQgbGVhc3QgTGludXggMy4xMiwgYW5kCi0gKiBwZXJoYXBzIG9uIG90 aGVyIHBsYXRmb3JtcyBvciBsYXRlciB2ZXJzaW9uLikKLSAqCi0gKiBUbyBiZSBzYWZlLCB5b3Ug bXVzdCB1c2UgcG9sbCgpIG9yIHNlbGVjdCgpIGJlZm9yZSBlYWNoIGNhbGwgdG8KLSAqIHhjX2V2 dGNobl9wZW5kaW5nLiAgSWYgeW91IGhhdmUgbXVsdGlwbGUgdGhyZWFkcyAob3IgcHJvY2Vzc2Vz KQotICogc2hhcmluZyBhIHNpbmdsZSB4Y2UgaGFuZGxlIHRoaXMgd2lsbCBub3Qgd29yaywgYW5k IHRoZXJlIGlzIG5vCi0gKiBzdHJhaWdodGZvcndhcmQgd29ya2Fyb3VuZC4gIFBsZWFzZSBkZXNp Z24geW91ciBwcm9ncmFtIHNvbWUgb3RoZXIKLSAqIHdheS4KLSAqLwotaW50IHhjX2V2dGNobl9m ZCh4Y19ldnRjaG4gKnhjZSk7Ci0KLS8qCi0gKiBOb3RpZnkgdGhlIGdpdmVuIGV2ZW50IGNoYW5u ZWwuIFJldHVybnMgLTEgb24gZmFpbHVyZSwgaW4gd2hpY2ggY2FzZQotICogZXJybm8gd2lsbCBi ZSBzZXQgYXBwcm9wcmlhdGVseS4KLSAqLwotaW50IHhjX2V2dGNobl9ub3RpZnkoeGNfZXZ0Y2hu ICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCk7Ci0KLS8qCi0gKiBSZXR1cm5zIGEgbmV3IGV2ZW50 IHBvcnQgYXdhaXRpbmcgaW50ZXJkb21haW4gY29ubmVjdGlvbiBmcm9tIHRoZSBnaXZlbgotICog ZG9tYWluIElELCBvciAtMSBvbiBmYWlsdXJlLCBpbiB3aGljaCBjYXNlIGVycm5vIHdpbGwgYmUg c2V0IGFwcHJvcHJpYXRlbHkuCi0gKi8KLWV2dGNobl9wb3J0X29yX2Vycm9yX3QKLXhjX2V2dGNo bl9iaW5kX3VuYm91bmRfcG9ydCh4Y19ldnRjaG4gKnhjZSwgaW50IGRvbWlkKTsKLQotLyoKLSAq IFJldHVybnMgYSBuZXcgZXZlbnQgcG9ydCBib3VuZCB0byB0aGUgcmVtb3RlIHBvcnQgZm9yIHRo ZSBnaXZlbiBkb21haW4gSUQsCi0gKiBvciAtMSBvbiBmYWlsdXJlLCBpbiB3aGljaCBjYXNlIGVy cm5vIHdpbGwgYmUgc2V0IGFwcHJvcHJpYXRlbHkuCi0gKi8KLWV2dGNobl9wb3J0X29yX2Vycm9y X3QKLXhjX2V2dGNobl9iaW5kX2ludGVyZG9tYWluKHhjX2V2dGNobiAqeGNlLCBpbnQgZG9taWQs Ci0gICAgICAgICAgICAgICAgICAgICAgICAgICBldnRjaG5fcG9ydF90IHJlbW90ZV9wb3J0KTsK LQotLyoKLSAqIEJpbmQgYW4gZXZlbnQgY2hhbm5lbCB0byB0aGUgZ2l2ZW4gVklSUS4gUmV0dXJu cyB0aGUgZXZlbnQgY2hhbm5lbCBib3VuZCB0bwotICogdGhlIFZJUlEsIG9yIC0xIG9uIGZhaWx1 cmUsIGluIHdoaWNoIGNhc2UgZXJybm8gd2lsbCBiZSBzZXQgYXBwcm9wcmlhdGVseS4KLSAqLwot ZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdAoteGNfZXZ0Y2huX2JpbmRfdmlycSh4Y19ldnRjaG4gKnhj ZSwgdW5zaWduZWQgaW50IHZpcnEpOwotCi0vKgotICogVW5iaW5kIHRoZSBnaXZlbiBldmVudCBj aGFubmVsLiBSZXR1cm5zIC0xIG9uIGZhaWx1cmUsIGluIHdoaWNoIGNhc2UgZXJybm8KLSAqIHdp bGwgYmUgc2V0IGFwcHJvcHJpYXRlbHkuCi0gKi8KLWludCB4Y19ldnRjaG5fdW5iaW5kKHhjX2V2 dGNobiAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpOwotCi0vKgotICogUmV0dXJuIHRoZSBuZXh0 IGV2ZW50IGNoYW5uZWwgdG8gYmVjb21lIHBlbmRpbmcsIG9yIC0xIG9uIGZhaWx1cmUsIGluIHdo aWNoCi0gKiBjYXNlIGVycm5vIHdpbGwgYmUgc2V0IGFwcHJvcHJpYXRlbHkuCi0gKgotICogQXQg dGhlIGh5cGVydmlzb3IgbGV2ZWwgdGhlIGV2ZW50IGNoYW5uZWwgd2lsbCBoYXZlIGJlZW4gbWFz a2VkLAotICogYW5kIHRoZW4gY2xlYXJlZCwgYnkgdGhlIHVuZGVybHlpbmcgbWFjaGluZXJ5IChl dnRjaG4ga2VybmVsCi0gKiBkcml2ZXIsIG9yIGVxdWl2YWxlbnQpLiAgU28gaWYgdGhlIGV2ZW50 IGNoYW5uZWwgaXMgc2lnbmFsZWQgYWdhaW4KLSAqIGFmdGVyIGl0IGlzIHJldHVybmVkIGhlcmUs IGl0IHdpbGwgYmUgcXVldWVkIHVwLCBhbmQgZGVsaXZlcmVkCi0gKiBhZ2FpbiBhZnRlciB5b3Ug dW5tYXNrIGl0LiAgKFNlZSB0aGUgZG9jdW1lbnRhdGlvbiBpbiB0aGUgWGVuCi0gKiBwdWJsaWMg aGVhZGVyIGV2ZW50X2NoYW5uZWwuaC4pCi0gKgotICogT24gcmVjZWl2aW5nIHRoZSBub3RpZmlj YXRpb24gZnJvbSB4Y19ldnRjaG5fcGVuZGluZywgeW91IHNob3VsZAotICogbm9ybWFsbHk6IGNo ZWNrIChieSBvdGhlciBtZWFucykgd2hhdCB3b3JrIG5lZWRzIGRvaW5nOyBkbyB0aGUKLSAqIG5l Y2Vzc2FyeSB3b3JrIChpZiBhbnkpOyB1bm1hc2sgdGhlIGV2ZW50IGNoYW5uZWwgd2l0aAotICog eGNfZXZ0Y2huX3VubWFzayAoaWYgeW91IHdhbnQgdG8gcmVjZWl2ZSBhbnkgZnVydGhlcgotICog bm90aWZpY2F0aW9ucykuCi0gKi8KLWV2dGNobl9wb3J0X29yX2Vycm9yX3QKLXhjX2V2dGNobl9w ZW5kaW5nKHhjX2V2dGNobiAqeGNlKTsKLQotLyoKLSAqIFVubWFzayB0aGUgZ2l2ZW4gZXZlbnQg Y2hhbm5lbC4gUmV0dXJucyAtMSBvbiBmYWlsdXJlLCBpbiB3aGljaCBjYXNlIGVycm5vCi0gKiB3 aWxsIGJlIHNldCBhcHByb3ByaWF0ZWx5LgotICovCi1pbnQgeGNfZXZ0Y2huX3VubWFzayh4Y19l dnRjaG4gKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KTsKIAogaW50IHhjX3BoeXNkZXZfcGNpX2Fj Y2Vzc19tb2RpZnkoeGNfaW50ZXJmYWNlICp4Y2gsCiAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICB1aW50MzJfdCBkb21pZCwKQEAgLTI4NTEsNiArMjc1NSw5IEBAIGludCB4Y19wc3Jf Y2F0X2dldF9sM19pbmZvKHhjX2ludGVyZmFjZSAqeGNoLCB1aW50MzJfdCBzb2NrZXQsCiAgICAg ICAgICAgICAgICAgICAgICAgICAgICBib29sICpjZHBfZW5hYmxlZCk7CiAjZW5kaWYKIAorLyog Q29tcGF0IHNoaW1zICovCisjaW5jbHVkZSAieGVuY3RybF9jb21wYXQuaCIKKwogI2VuZGlmIC8q IFhFTkNUUkxfSCAqLwogCiAvKgpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlieGMvaW5jbHVkZS94ZW5j dHJsX2NvbXBhdC5oIGIvdG9vbHMvbGlieGMvaW5jbHVkZS94ZW5jdHJsX2NvbXBhdC5oCm5ldyBm aWxlIG1vZGUgMTAwNjQ0CmluZGV4IDAwMDAwMDAuLjQ4ZGFlYjIKLS0tIC9kZXYvbnVsbAorKysg Yi90b29scy9saWJ4Yy9pbmNsdWRlL3hlbmN0cmxfY29tcGF0LmgKQEAgLTAsMCArMSw0OCBAQAor LyoKKyAqIENvbXBhdCBzaGltcyBmb3IgdXNlIG9mIDNyZCBwYXJ0eSBjb25zdW1lcnMgb2YgbGli eGVuY3RybAorICogZnVuY3Rpb25hbGl0eSB3aGljaCBoYXMgYmVlbiBzcGxpdCBpbnRvIHNlcGFy YXRlIGxpYnJhcmllcy4KKyAqCisgKiBOZXcgY29kZSBzaG91bGQgdXNlIHRoZSBzZXBhcmF0ZSBs aWJyYXJpZXMuCisgKgorICogRWFjaCBpbnRlcmZhY2UgbXVzdCBiZSBvcHRlZC1pbnRvIHNlcGFy YXRlbHkgYnkgZGVmaW5pbmc6CisgKgorICogWENfV0FOVF9DT01QQVRfRVZUQ0hOX0FQSQorICog IC0gRnVuY3Rpb25zIHJlbGF0aW5nIHRvIC9kZXYveGVuL2V2dGNobgorICovCisjaWZuZGVmIFhF TkNUUkxfQ09NUEFUX0gKKyNkZWZpbmUgWEVOQ1RSTF9DT01QQVRfSAorCisjaWZkZWYgWENfV0FO VF9DT01QQVRfRVZUQ0hOX0FQSQorCit0eXBlZGVmIHN0cnVjdCB4ZW5ldnRjaG5faGFuZGxlIHhj X2V2dGNobjsKKworeGNfZXZ0Y2huICp4Y19ldnRjaG5fb3Blbih4ZW50b29sbG9nX2xvZ2dlciAq bG9nZ2VyLAorICAgICAgICAgICAgICAgICAgICAgICAgICAgICB1bnNpZ25lZCBvcGVuX2ZsYWdz KTsKK2ludCB4Y19ldnRjaG5fY2xvc2UoeGNfZXZ0Y2huICp4Y2UpOworaW50IHhjX2V2dGNobl9m ZCh4Y19ldnRjaG4gKnhjZSk7CitpbnQgeGNfZXZ0Y2huX25vdGlmeSh4Y19ldnRjaG4gKnhjZSwg ZXZ0Y2huX3BvcnRfdCBwb3J0KTsKK2V2dGNobl9wb3J0X29yX2Vycm9yX3QKK3hjX2V2dGNobl9i aW5kX3VuYm91bmRfcG9ydCh4Y19ldnRjaG4gKnhjZSwgaW50IGRvbWlkKTsKK2V2dGNobl9wb3J0 X29yX2Vycm9yX3QKK3hjX2V2dGNobl9iaW5kX2ludGVyZG9tYWluKHhjX2V2dGNobiAqeGNlLCBp bnQgZG9taWQsCisgICAgICAgICAgICAgICAgICAgICAgICAgICBldnRjaG5fcG9ydF90IHJlbW90 ZV9wb3J0KTsKK2V2dGNobl9wb3J0X29yX2Vycm9yX3QKK3hjX2V2dGNobl9iaW5kX3ZpcnEoeGNf ZXZ0Y2huICp4Y2UsIHVuc2lnbmVkIGludCB2aXJxKTsKK2ludCB4Y19ldnRjaG5fdW5iaW5kKHhj X2V2dGNobiAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpOworZXZ0Y2huX3BvcnRfb3JfZXJyb3Jf dAoreGNfZXZ0Y2huX3BlbmRpbmcoeGNfZXZ0Y2huICp4Y2UpOworaW50IHhjX2V2dGNobl91bm1h c2soeGNfZXZ0Y2huICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCk7CisKKyNlbmRpZiAvKiBYQ19X QU5UX0NPTVBBVF9FVlRDSE5fQVBJICovCisKKyNlbmRpZgorCisvKgorICogTG9jYWwgdmFyaWFi bGVzOgorICogbW9kZTogQworICogYy1maWxlLXN0eWxlOiAiQlNEIgorICogYy1iYXNpYy1vZmZz ZXQ6IDQKKyAqIHRhYi13aWR0aDogNAorICogaW5kZW50LXRhYnMtbW9kZTogbmlsCisgKiBFbmQ6 CisgKi8KZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnhjL2luY2x1ZGUveGVuZ3Vlc3QuaCBiL3Rvb2xz L2xpYnhjL2luY2x1ZGUveGVuZ3Vlc3QuaAppbmRleCA4ZjkxOGIxLi4wNTBhNTM3IDEwMDY0NAot LS0gYS90b29scy9saWJ4Yy9pbmNsdWRlL3hlbmd1ZXN0LmgKKysrIGIvdG9vbHMvbGlieGMvaW5j bHVkZS94ZW5ndWVzdC5oCkBAIC0zNCw2ICszNCwxMiBAQAogI2RlZmluZSBYODZfNjRfQl9TSVpF ICAgNjQgCiAjZGVmaW5lIFg4Nl8zMl9CX1NJWkUgICAzMgogCisvKgorICogVXNlciBub3QgdXNp bmcgeGNfc3VzcGVuZF8qIC8geGNfYXdhaXRfc3VzcGVudCBtYXkgbm90IHdhbnQgdG8KKyAqIGlu Y2x1ZGUgdGhlIGZ1bGwgbGlieGVuZXZ0Y2huIEFQSSBoZXJlLgorICovCit0eXBlZGVmIHN0cnVj dCB4ZW5ldnRjaG5faGFuZGxlIHhlbmV2dGNobl9oYW5kbGU7CisKIC8qIGNhbGxiYWNrcyBwcm92 aWRlZCBieSB4Y19kb21haW5fc2F2ZSAqLwogc3RydWN0IHNhdmVfY2FsbGJhY2tzIHsKICAgICAv KiBDYWxsZWQgYWZ0ZXIgZXhwaXJhdGlvbiBvZiBjaGVja3BvaW50IGludGVydmFsLApAQCAtMTYx LDE4ICsxNjcsMTggQEAgc3RydWN0IHhjX2h2bV9maXJtd2FyZV9tb2R1bGUgewogICogU2V0cyAq bG9ja2ZkIHRvIC0xLgogICogSGFzIGRlYWxsb2NhdGVkIGV2ZXJ5dGhpbmcgZXZlbiBvbiBlcnJv ci4KICAqLwotaW50IHhjX3N1c3BlbmRfZXZ0Y2huX3JlbGVhc2UoeGNfaW50ZXJmYWNlICp4Y2gs IHhjX2V2dGNobiAqeGNlLCBpbnQgZG9taWQsIGludCBzdXNwZW5kX2V2dGNobiwgaW50ICpsb2Nr ZmQpOworaW50IHhjX3N1c3BlbmRfZXZ0Y2huX3JlbGVhc2UoeGNfaW50ZXJmYWNlICp4Y2gsIHhl bmV2dGNobl9oYW5kbGUgKnhjZSwgaW50IGRvbWlkLCBpbnQgc3VzcGVuZF9ldnRjaG4sIGludCAq bG9ja2ZkKTsKIAogLyoqCiAgKiBUaGlzIGZ1bmN0aW9uIGVhdHMgdGhlIGluaXRpYWwgbm90aWZp Y2F0aW9uLgogICogeGNlIG11c3Qgbm90IGJlIHVzZWQgZm9yIGFueXRoaW5nIGVsc2UKICAqIFNl ZSB4Y19zdXNwZW5kX2V2dGNobl9pbml0X3NhbmUgcmUgbG9ja2ZkLgogICovCi1pbnQgeGNfc3Vz cGVuZF9ldnRjaG5faW5pdF9leGNsdXNpdmUoeGNfaW50ZXJmYWNlICp4Y2gsIHhjX2V2dGNobiAq eGNlLAoraW50IHhjX3N1c3BlbmRfZXZ0Y2huX2luaXRfZXhjbHVzaXZlKHhjX2ludGVyZmFjZSAq eGNoLCB4ZW5ldnRjaG5faGFuZGxlICp4Y2UsCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgaW50IGRvbWlkLCBpbnQgcG9ydCwgaW50ICpsb2NrZmQpOwogCiAvKiB4Y2UgbXVz dCBub3QgYmUgdXNlZCBmb3IgYW55dGhpbmcgZWxzZSAqLwotaW50IHhjX2F3YWl0X3N1c3BlbmQo eGNfaW50ZXJmYWNlICp4Y2gsIHhjX2V2dGNobiAqeGNlLCBpbnQgc3VzcGVuZF9ldnRjaG4pOwor aW50IHhjX2F3YWl0X3N1c3BlbmQoeGNfaW50ZXJmYWNlICp4Y2gsIHhlbmV2dGNobl9oYW5kbGUg KnhjZSwgaW50IHN1c3BlbmRfZXZ0Y2huKTsKIAogLyoqCiAgKiBUaGUgcG9ydCB3aWxsIGJlIHNp Z25hbGVkIGltbWVkaWF0ZWx5IGFmdGVyIHRoaXMgY2FsbApAQCAtMTgxLDcgKzE4Nyw3IEBAIGlu dCB4Y19hd2FpdF9zdXNwZW5kKHhjX2ludGVyZmFjZSAqeGNoLCB4Y19ldnRjaG4gKnhjZSwgaW50 IHN1c3BlbmRfZXZ0Y2huKTsKICAqIGFuZCBmZWQgdG8geGNfc3VzcGVuZF9ldnRjaG5fcmVsZWFz ZS4gIChPbiBlcnJvciAqbG9ja2ZkIGlzCiAgKiB1bmRlZmluZWQgYW5kIHhjX3N1c3BlbmRfZXZ0 Y2huX3JlbGVhc2UgaXMgbm90IGFsbG93ZWQuKQogICovCi1pbnQgeGNfc3VzcGVuZF9ldnRjaG5f aW5pdF9zYW5lKHhjX2ludGVyZmFjZSAqeGNoLCB4Y19ldnRjaG4gKnhjZSwKK2ludCB4Y19zdXNw ZW5kX2V2dGNobl9pbml0X3NhbmUoeGNfaW50ZXJmYWNlICp4Y2gsIHhlbmV2dGNobl9oYW5kbGUg KnhjZSwKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgaW50IGRvbWlkLCBpbnQgcG9y dCwgaW50ICpsb2NrZmQpOwogCiBpbnQgeGNfbWFya19wYWdlX29ubGluZSh4Y19pbnRlcmZhY2Ug KnhjaCwgdW5zaWduZWQgbG9uZyBzdGFydCwKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnhjL3hjX2V2 dGNobl9jb21wYXQuYyBiL3Rvb2xzL2xpYnhjL3hjX2V2dGNobl9jb21wYXQuYwpuZXcgZmlsZSBt b2RlIDEwMDY0NAppbmRleCAwMDAwMDAwLi41ZDNlNGJhCi0tLSAvZGV2L251bGwKKysrIGIvdG9v bHMvbGlieGMveGNfZXZ0Y2huX2NvbXBhdC5jCkBAIC0wLDAgKzEsNzUgQEAKKy8qCisgKiBDb21w YXQgc2hpbXMgZm9yIHVzZSBvZiAzcmQgcGFydHkgY29uc3VtZXJzIG9mIGxpYnhlbmN0cmwgeGNf ZXZ0Y2huCisgKiBmdW5jdGlvbmFsaXR5IHdoaWNoIGhhcyBiZWVuIHNwbGl0IGludG8gc2VwYXJh dGUgbGlicmFyaWVzLgorICovCisKKyNpbmNsdWRlIDx4ZW5ldnRjaG4uaD4KKworI2RlZmluZSBY Q19XQU5UX0NPTVBBVF9FVlRDSE5fQVBJCisjaW5jbHVkZSAieGVuY3RybC5oIgorCit4Y19ldnRj aG4gKnhjX2V2dGNobl9vcGVuKHhlbnRvb2xsb2dfbG9nZ2VyICpsb2dnZXIsCisgICAgICAgICAg ICAgICAgICAgICAgICAgIHVuc2lnbmVkIG9wZW5fZmxhZ3MpCit7CisgICAgcmV0dXJuIHhlbmV2 dGNobl9vcGVuKGxvZ2dlciwgb3Blbl9mbGFncyk7Cit9CisKK2ludCB4Y19ldnRjaG5fY2xvc2Uo eGNfZXZ0Y2huICp4Y2UpCit7CisgICAgcmV0dXJuIHhlbmV2dGNobl9jbG9zZSh4Y2UpOworfQor CitpbnQgeGNfZXZ0Y2huX2ZkKHhjX2V2dGNobiAqeGNlKQoreworICAgIHJldHVybiB4ZW5ldnRj aG5fZmQoeGNlKTsKK30KKworaW50IHhjX2V2dGNobl9ub3RpZnkoeGNfZXZ0Y2huICp4Y2UsIGV2 dGNobl9wb3J0X3QgcG9ydCkKK3sKKyAgICByZXR1cm4geGVuZXZ0Y2huX25vdGlmeSh4Y2UsIHBv cnQpOworfQorCitldnRjaG5fcG9ydF9vcl9lcnJvcl90Cit4Y19ldnRjaG5fYmluZF91bmJvdW5k X3BvcnQoeGNfZXZ0Y2huICp4Y2UsIGludCBkb21pZCkKK3sKKyAgICByZXR1cm4geGVuZXZ0Y2hu X2JpbmRfdW5ib3VuZF9wb3J0KHhjZSwgZG9taWQpOworfQorCitldnRjaG5fcG9ydF9vcl9lcnJv cl90Cit4Y19ldnRjaG5fYmluZF9pbnRlcmRvbWFpbih4Y19ldnRjaG4gKnhjZSwgaW50IGRvbWlk LAorICAgICAgICAgICAgICAgICAgICAgICAgICAgZXZ0Y2huX3BvcnRfdCByZW1vdGVfcG9ydCkK K3sKKyAgICByZXR1cm4geGVuZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4oeGNlLCBkb21pZCwgcmVt b3RlX3BvcnQpOworfQorCitldnRjaG5fcG9ydF9vcl9lcnJvcl90Cit4Y19ldnRjaG5fYmluZF92 aXJxKHhjX2V2dGNobiAqeGNlLCB1bnNpZ25lZCBpbnQgdmlycSkKK3sKKyAgICByZXR1cm4geGVu ZXZ0Y2huX2JpbmRfdmlycSh4Y2UsIHZpcnEpOworfQorCitpbnQgeGNfZXZ0Y2huX3VuYmluZCh4 Y19ldnRjaG4gKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KQoreworICAgIHJldHVybiB4ZW5ldnRj aG5fdW5iaW5kKHhjZSwgcG9ydCk7Cit9CisKK2V2dGNobl9wb3J0X29yX2Vycm9yX3QKK3hjX2V2 dGNobl9wZW5kaW5nKHhjX2V2dGNobiAqeGNlKQoreworICAgIHJldHVybiB4ZW5ldnRjaG5fcGVu ZGluZyh4Y2UpOworfQorCitpbnQgeGNfZXZ0Y2huX3VubWFzayh4Y19ldnRjaG4gKnhjZSwgZXZ0 Y2huX3BvcnRfdCBwb3J0KQoreworICAgIHJldHVybiB4ZW5ldnRjaG5fdW5tYXNrKHhjZSwgcG9y dCk7Cit9CisKKy8qCisgKiBMb2NhbCB2YXJpYWJsZXM6CisgKiBtb2RlOiBDCisgKiBjLWZpbGUt c3R5bGU6ICJCU0QiCisgKiBjLWJhc2ljLW9mZnNldDogNAorICogdGFiLXdpZHRoOiA0CisgKiBp bmRlbnQtdGFicy1tb2RlOiBuaWwKKyAqIEVuZDoKKyAqLwpkaWZmIC0tZ2l0IGEvdG9vbHMvbGli eGMveGNfZnJlZWJzZF9vc2RlcC5jIGIvdG9vbHMvbGlieGMveGNfZnJlZWJzZF9vc2RlcC5jCmlu ZGV4IDQzMjNlMTYuLjMzOTk5N2MgMTAwNjQ0Ci0tLSBhL3Rvb2xzL2xpYnhjL3hjX2ZyZWVic2Rf b3NkZXAuYworKysgYi90b29scy9saWJ4Yy94Y19mcmVlYnNkX29zZGVwLmMKQEAgLTMxLDEzICsz MSwxMSBAQAogI2luY2x1ZGUgPHN5cy9pb2N0bC5oPgogCiAjaW5jbHVkZSA8eGVuL21lbW9yeS5o PgotI2luY2x1ZGUgPHhlbi9zeXMvZXZ0Y2huLmg+CiAKICNpbmNsdWRlICJ4ZW5jdHJsLmgiCiAj aW5jbHVkZSAieGVuY3RybG9zZGVwLmgiCiAKICNkZWZpbmUgUFJJVkNNRF9ERVYgICAgICIvZGV2 L3hlbi9wcml2Y21kIgotI2RlZmluZSBFVlRDSE5fREVWICAgICAgIi9kZXYveGVuL2V2dGNobiIK IAogI2RlZmluZSBQRVJST1IoX20sIF9hLi4uKSB4Y19vc2RlcF9sb2coeGNoLFhUTF9FUlJPUixY Q19JTlRFUk5BTF9FUlJPUixfbSBcCiAgICAgICAgICAgICAgICAgICAiICglZCA9ICVzKSIsICMj IF9hICwgZXJybm8sIHhjX3N0cmVycm9yKHhjaCwgZXJybm8pKQpAQCAtMjUxLDEwNSArMjQ5LDYg QEAgc3RhdGljIHN0cnVjdCB4Y19vc2RlcF9vcHMgZnJlZWJzZF9wcml2Y21kX29wcyA9IHsKICAg ICB9LAogfTsKIAotLyotLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLSBFdnRjaG4gZGV2aWNlIGlu dGVyZmFjZSAtLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tKi8KLWludCBvc2RlcF9ldnRjaG5fb3Bl bih4Y19ldnRjaG4gKnhjZSkKLXsKLSAgICBpbnQgZmQgPSBvcGVuKEVWVENITl9ERVYsIE9fUkRX Uik7Ci0gICAgaWYgKCBmZCA9PSAtMSApCi0gICAgICAgIHJldHVybiAtMTsKLSAgICB4Y2UtPmZk ID0gZmQ7Ci0gICAgcmV0dXJuIDA7Ci19Ci0KLWludCBvc2RlcF9ldnRjaG5fY2xvc2UoeGNfZXZ0 Y2huICp4Y2UpCi17Ci0gICAgaWYgKCB4Y2UtPmZkID09IC0xICkKLSAgICAgICAgcmV0dXJuIDA7 Ci0KLSAgICByZXR1cm4gY2xvc2UoeGNlLT5mZCk7Ci19Ci0KLWludCB4Y19ldnRjaG5fZmQoeGNf ZXZ0Y2huICp4Y2UpCi17Ci0gICAgcmV0dXJuIHhjZS0+ZmQ7Ci19Ci0KLS8qLS0tLS0tLS0tLS0t LS0tLS0tLS0tLS0tLS0tLS0tIEV2dGNobiBpbnRlcmZhY2UgLS0tLS0tLS0tLS0tLS0tLS0tLS0t LS0tLS0tLSovCi1pbnQgeGNfZXZ0Y2huX25vdGlmeSh4Y19ldnRjaG4gKnhjZSwgZXZ0Y2huX3Bv cnRfdCBwb3J0KQotewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0gICAgc3RydWN0IGlvY3RsX2V2 dGNobl9ub3RpZnkgbm90aWZ5OwotCi0gICAgbm90aWZ5LnBvcnQgPSBwb3J0OwotCi0gICAgcmV0 dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fTk9USUZZLCAmbm90aWZ5KTsKLX0KLQotZXZ0Y2hu X3BvcnRfb3JfZXJyb3JfdCB4Y19ldnRjaG5fYmluZF91bmJvdW5kX3BvcnQoeGNfZXZ0Y2huICp4 Y2UsIGludCBkb21pZCkKLXsKLSAgICBpbnQgcmV0LCBmZCA9IHhjZS0+ZmQ7Ci0gICAgc3RydWN0 IGlvY3RsX2V2dGNobl9iaW5kX3VuYm91bmRfcG9ydCBiaW5kOwotCi0gICAgYmluZC5yZW1vdGVf ZG9tYWluID0gZG9taWQ7Ci0KLSAgICByZXQgPSBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRf VU5CT1VORF9QT1JULCAmYmluZCk7Ci0gICAgcmV0dXJuICggcmV0ID09IDAgKSA/IGJpbmQucG9y dCA6IHJldDsKLX0KLQotZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdAoteGNfZXZ0Y2huX2JpbmRfaW50 ZXJkb21haW4oeGNfZXZ0Y2huICp4Y2UsIGludCBkb21pZCwgZXZ0Y2huX3BvcnRfdCByZW1vdGVf cG9ydCkKLXsKLSAgICBpbnQgcmV0LCBmZCA9IHhjZS0+ZmQ7Ci0gICAgc3RydWN0IGlvY3RsX2V2 dGNobl9iaW5kX2ludGVyZG9tYWluIGJpbmQ7Ci0KLSAgICBiaW5kLnJlbW90ZV9kb21haW4gPSBk b21pZDsKLSAgICBiaW5kLnJlbW90ZV9wb3J0ID0gcmVtb3RlX3BvcnQ7Ci0KLSAgICByZXQgPSBp b2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRfSU5URVJET01BSU4sICZiaW5kKTsKLSAgICByZXR1 cm4gKCByZXQgPT0gMCApID8gYmluZC5wb3J0IDogcmV0OwotfQotCi1ldnRjaG5fcG9ydF9vcl9l cnJvcl90IHhjX2V2dGNobl9iaW5kX3ZpcnEoeGNfZXZ0Y2huICp4Y2UsIHVuc2lnbmVkIGludCB2 aXJxKQotewotICAgIGludCByZXQsIGZkID0geGNlLT5mZDsKLSAgICBzdHJ1Y3QgaW9jdGxfZXZ0 Y2huX2JpbmRfdmlycSBiaW5kOwotCi0gICAgYmluZC52aXJxID0gdmlycTsKLQotICAgIHJldCA9 IGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fQklORF9WSVJRLCAmYmluZCk7Ci0gICAgcmV0dXJuICgg cmV0ID09IDAgKSA/IGJpbmQucG9ydCA6IHJldDsKLX0KLQotaW50IHhjX2V2dGNobl91bmJpbmQo eGNfZXZ0Y2huICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkKLXsKLSAgICBpbnQgZmQgPSB4Y2Ut PmZkOwotICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5fdW5iaW5kIHVuYmluZDsKLQotICAgIHVuYmlu ZC5wb3J0ID0gcG9ydDsKLQotICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX1VOQklO RCwgJnVuYmluZCk7Ci19Ci0KLWV2dGNobl9wb3J0X29yX2Vycm9yX3QgeGNfZXZ0Y2huX3BlbmRp bmcoeGNfZXZ0Y2huICp4Y2UpCi17Ci0gICAgaW50IGZkID0geGNlLT5mZDsKLSAgICBldnRjaG5f cG9ydF90IHBvcnQ7Ci0KLSAgICBpZiAoIHJlYWQoZmQsICZwb3J0LCBzaXplb2YocG9ydCkpICE9 IHNpemVvZihwb3J0KSApCi0gICAgICAgIHJldHVybiAtMTsKLQotICAgIHJldHVybiBwb3J0Owot fQotCi1pbnQgeGNfZXZ0Y2huX3VubWFzayh4Y19ldnRjaG4gKnhjZSwgZXZ0Y2huX3BvcnRfdCBw b3J0KQotewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0KLSAgICBpZiAoIHdyaXRlKGZkLCAmcG9y dCwgc2l6ZW9mKHBvcnQpKSAhPSBzaXplb2YocG9ydCkgKQotICAgICAgICByZXR1cm4gLTE7Ci0g ICAgcmV0dXJuIDA7Ci19Ci0KIC8qLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLSBGcmVlQlNE IGludGVyZmFjZSAtLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLSovCiBzdGF0aWMgc3RydWN0 IHhjX29zZGVwX29wcyAqCiBmcmVlYnNkX29zZGVwX2luaXQoeGNfaW50ZXJmYWNlICp4Y2gsIGVu dW0geGNfb3NkZXBfdHlwZSB0eXBlKQpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlieGMveGNfbGludXhf b3NkZXAuYyBiL3Rvb2xzL2xpYnhjL3hjX2xpbnV4X29zZGVwLmMKaW5kZXggOTA1NDRmYi4uNjUy OTlkMCAxMDA2NDQKLS0tIGEvdG9vbHMvbGlieGMveGNfbGludXhfb3NkZXAuYworKysgYi90b29s cy9saWJ4Yy94Y19saW51eF9vc2RlcC5jCkBAIC0zMSw3ICszMSw2IEBACiAjaW5jbHVkZSA8c3lz L2lvY3RsLmg+CiAKICNpbmNsdWRlIDx4ZW4vbWVtb3J5Lmg+Ci0jaW5jbHVkZSA8eGVuL3N5cy9l dnRjaG4uaD4KICNpbmNsdWRlIDx4ZW4vc3lzL2dudGRldi5oPgogI2luY2x1ZGUgPHhlbi9zeXMv Z250YWxsb2MuaD4KIApAQCAtNDYxLDEwMCArNDYwLDYgQEAgc3RhdGljIHN0cnVjdCB4Y19vc2Rl cF9vcHMgbGludXhfcHJpdmNtZF9vcHMgPSB7CiAKICNkZWZpbmUgREVWWEVOICIvZGV2L3hlbi8i CiAKLWludCBvc2RlcF9ldnRjaG5fb3Blbih4Y19ldnRjaG4gKnhjZSkKLXsKLSAgICBpbnQgZmQg PSBvcGVuKERFVlhFTiAiZXZ0Y2huIiwgT19SRFdSKTsKLSAgICBpZiAoIGZkID09IC0xICkKLSAg ICAgICAgcmV0dXJuIC0xOwotICAgIHhjZS0+ZmQgPSBmZDsKLSAgICByZXR1cm4gMDsKLX0KLQot aW50IG9zZGVwX2V2dGNobl9jbG9zZSh4Y19ldnRjaG4gKnhjZSkKLXsKLSAgICBpZiAoIHhjZS0+ ZmQgPT0gLTEgKQotICAgICAgICByZXR1cm4gMDsKLQotICAgIHJldHVybiBjbG9zZSh4Y2UtPmZk KTsKLX0KLQotaW50IHhjX2V2dGNobl9mZCh4Y19ldnRjaG4gKnhjZSkKLXsKLSAgICByZXR1cm4g eGNlLT5mZDsKLX0KLQotaW50IHhjX2V2dGNobl9ub3RpZnkoeGNfZXZ0Y2huICp4Y2UsIGV2dGNo bl9wb3J0X3QgcG9ydCkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotICAgIHN0cnVjdCBpb2N0 bF9ldnRjaG5fbm90aWZ5IG5vdGlmeTsKLQotICAgIG5vdGlmeS5wb3J0ID0gcG9ydDsKLQotICAg IHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX05PVElGWSwgJm5vdGlmeSk7Ci19Ci0KLWV2 dGNobl9wb3J0X29yX2Vycm9yX3QgeGNfZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0KHhjX2V2dGNo biAqeGNlLCBpbnQgZG9taWQpCi17Ci0gICAgaW50IGZkID0geGNlLT5mZDsKLSAgICBzdHJ1Y3Qg aW9jdGxfZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0IGJpbmQ7Ci0KLSAgICBiaW5kLnJlbW90ZV9k b21haW4gPSBkb21pZDsKLQotICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRf VU5CT1VORF9QT1JULCAmYmluZCk7Ci19Ci0KLWV2dGNobl9wb3J0X29yX2Vycm9yX3QgeGNfZXZ0 Y2huX2JpbmRfaW50ZXJkb21haW4oeGNfZXZ0Y2huICp4Y2UsIGludCBkb21pZCwKLSAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgZXZ0Y2huX3BvcnRfdCBy ZW1vdGVfcG9ydCkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotICAgIHN0cnVjdCBpb2N0bF9l dnRjaG5fYmluZF9pbnRlcmRvbWFpbiBiaW5kOwotCi0gICAgYmluZC5yZW1vdGVfZG9tYWluID0g ZG9taWQ7Ci0gICAgYmluZC5yZW1vdGVfcG9ydCA9IHJlbW90ZV9wb3J0OwotCi0gICAgcmV0dXJu IGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fQklORF9JTlRFUkRPTUFJTiwgJmJpbmQpOwotfQotCi1l dnRjaG5fcG9ydF9vcl9lcnJvcl90IHhjX2V2dGNobl9iaW5kX3ZpcnEoeGNfZXZ0Y2huICp4Y2Us IHVuc2lnbmVkIGludCB2aXJxKQotewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0gICAgc3RydWN0 IGlvY3RsX2V2dGNobl9iaW5kX3ZpcnEgYmluZDsKLQotICAgIGJpbmQudmlycSA9IHZpcnE7Ci0K LSAgICByZXR1cm4gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9CSU5EX1ZJUlEsICZiaW5kKTsKLX0K LQotaW50IHhjX2V2dGNobl91bmJpbmQoeGNfZXZ0Y2huICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9y dCkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5fdW5i aW5kIHVuYmluZDsKLQotICAgIHVuYmluZC5wb3J0ID0gcG9ydDsKLQotICAgIHJldHVybiBpb2N0 bChmZCwgSU9DVExfRVZUQ0hOX1VOQklORCwgJnVuYmluZCk7Ci19Ci0KLWV2dGNobl9wb3J0X29y X2Vycm9yX3QgeGNfZXZ0Y2huX3BlbmRpbmcoeGNfZXZ0Y2huICp4Y2UpCi17Ci0gICAgaW50IGZk ID0geGNlLT5mZDsKLSAgICBldnRjaG5fcG9ydF90IHBvcnQ7Ci0KLSAgICBpZiAoIHJlYWQoZmQs ICZwb3J0LCBzaXplb2YocG9ydCkpICE9IHNpemVvZihwb3J0KSApCi0gICAgICAgIHJldHVybiAt MTsKLQotICAgIHJldHVybiBwb3J0OwotfQotCi1pbnQgeGNfZXZ0Y2huX3VubWFzayh4Y19ldnRj aG4gKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KQotewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0K LSAgICBpZiAoIHdyaXRlKGZkLCAmcG9ydCwgc2l6ZW9mKHBvcnQpKSAhPSBzaXplb2YocG9ydCkg KQotICAgICAgICByZXR1cm4gLTE7Ci0gICAgcmV0dXJuIDA7Ci19Ci0KIHN0YXRpYyB4Y19vc2Rl cF9oYW5kbGUgbGludXhfZ250dGFiX29wZW4oeGNfZ250dGFiICp4Y2cpCiB7CiAgICAgaW50IGZk ID0gb3BlbihERVZYRU4gImdudGRldiIsIE9fUkRXUik7CmRpZmYgLS1naXQgYS90b29scy9saWJ4 Yy94Y19taW5pb3MuYyBiL3Rvb2xzL2xpYnhjL3hjX21pbmlvcy5jCmluZGV4IDRhY2UxYjUuLmRi N2IzNDQgMTAwNjQ0Ci0tLSBhL3Rvb2xzL2xpYnhjL3hjX21pbmlvcy5jCisrKyBiL3Rvb2xzL2xp YnhjL3hjX21pbmlvcy5jCkBAIC0xOSwxNCArMTksMTEgQEAKICAqLwogCiAjdW5kZWYgTkRFQlVH Ci0jaW5jbHVkZSAieGVuLWV4dGVybmFsL2JzZC1zeXMtcXVldWUuaCIKICNpbmNsdWRlIDxtaW5p LW9zL3R5cGVzLmg+CiAjaW5jbHVkZSA8bWluaS1vcy9vcy5oPgogI2luY2x1ZGUgPG1pbmktb3Mv bW0uaD4KICNpbmNsdWRlIDxtaW5pLW9zL2xpYi5oPgogI2luY2x1ZGUgPG1pbmktb3MvZ250bWFw Lmg+Ci0jaW5jbHVkZSA8bWluaS1vcy9ldmVudHMuaD4KLSNpbmNsdWRlIDxtaW5pLW9zL3dhaXQu aD4KICNpbmNsdWRlIDxzeXMvbW1hbi5oPgogCiAjaW5jbHVkZSA8eGVuL21lbW9yeS5oPgpAQCAt NDEsMTMgKzM4LDkgQEAKICNpbmNsdWRlICJ4Y19wcml2YXRlLmgiCiAKIHZvaWQgbWluaW9zX2lu dGVyZmFjZV9jbG9zZV9mZChpbnQgZmQpOwotdm9pZCBtaW5pb3NfZXZ0Y2huX2Nsb3NlX2ZkKGlu dCBmZCk7CiB2b2lkIG1pbmlvc19nbnR0YWJfY2xvc2VfZmQoaW50IGZkKTsKIAogZXh0ZXJuIHZv aWQgbWluaW9zX2ludGVyZmFjZV9jbG9zZV9mZChpbnQgZmQpOwotZXh0ZXJuIHZvaWQgbWluaW9z X2V2dGNobl9jbG9zZV9mZChpbnQgZmQpOwotCi1leHRlcm4gc3RydWN0IHdhaXRfcXVldWVfaGVh ZCBldmVudF9xdWV1ZTsKIAogc3RhdGljIHhjX29zZGVwX2hhbmRsZSBtaW5pb3NfcHJpdmNtZF9v cGVuKHhjX2ludGVyZmFjZSAqeGNoKQogewpAQCAtMTk3LDIyMCArMTkwLDYgQEAgc3RhdGljIHN0 cnVjdCB4Y19vc2RlcF9vcHMgbWluaW9zX3ByaXZjbWRfb3BzID0gewogICAgIH0sCiB9OwogCi0K LS8qIFhYWCBOb3RlOiBUaGlzIGlzIG5vdCB0aHJlYWRzYWZlICovCi1zdGF0aWMgc3RydWN0IGV2 dGNobl9wb3J0X2luZm8qIHBvcnRfYWxsb2MoaW50IGZkKSB7Ci0gICAgc3RydWN0IGV2dGNobl9w b3J0X2luZm8gKnBvcnRfaW5mbzsKLSAgICBwb3J0X2luZm8gPSBtYWxsb2Moc2l6ZW9mKHN0cnVj dCBldnRjaG5fcG9ydF9pbmZvKSk7Ci0gICAgaWYgKHBvcnRfaW5mbyA9PSBOVUxMKQotICAgICAg ICByZXR1cm4gTlVMTDsKLSAgICBwb3J0X2luZm8tPnBlbmRpbmcgPSAwOwotICAgIHBvcnRfaW5m by0+cG9ydCA9IC0xOwotICAgIHBvcnRfaW5mby0+Ym91bmQgPSAwOwotCi0gICAgTElTVF9JTlNF UlRfSEVBRCgmZmlsZXNbZmRdLmV2dGNobi5wb3J0cywgcG9ydF9pbmZvLCBsaXN0KTsKLSAgICBy ZXR1cm4gcG9ydF9pbmZvOwotfQotCi1zdGF0aWMgdm9pZCBwb3J0X2RlYWxsb2Moc3RydWN0IGV2 dGNobl9wb3J0X2luZm8gKnBvcnRfaW5mbykgewotICAgIGlmIChwb3J0X2luZm8tPmJvdW5kKQot ICAgICAgICB1bmJpbmRfZXZ0Y2huKHBvcnRfaW5mby0+cG9ydCk7Ci0gICAgTElTVF9SRU1PVkUo cG9ydF9pbmZvLCBsaXN0KTsKLSAgICBmcmVlKHBvcnRfaW5mbyk7Ci19Ci0KLWludCBvc2RlcF9l dnRjaG5fb3Blbih4Y19ldnRjaG4gKnhjZSkKLXsKLSAgICBpbnQgZmQgPSBhbGxvY19mZChGVFlQ RV9FVlRDSE4pOwotICAgIGlmICggZmQgPT0gLTEgKQotICAgICAgICByZXR1cm4gLTE7Ci0gICAg TElTVF9JTklUKCZmaWxlc1tmZF0uZXZ0Y2huLnBvcnRzKTsKLSAgICB4Y2UtPmZkID0gZmQ7Ci0g ICAgcHJpbnRmKCJldnRjaG5fb3BlbigpIC0+ICVkXG4iLCBmZCk7Ci0gICAgcmV0dXJuIDA7Ci19 Ci0KLWludCBvc2RlcF9ldnRjaG5fY2xvc2UoeGNfZXZ0Y2huICp4Y2UsIHhjX29zZGVwX2hhbmRs ZSBoKQotewotICAgIGlmICggeGNlLT5mZCA9PSAtMSApCi0gICAgICAgIHJldHVybiAwOwotCi0g ICAgcmV0dXJuIGNsb3NlKHhjZS0+ZmQpOwotfQotCi12b2lkIG1pbmlvc19ldnRjaG5fY2xvc2Vf ZmQoaW50IGZkKQotewotICAgIHN0cnVjdCBldnRjaG5fcG9ydF9pbmZvICpwb3J0X2luZm8sICp0 bXA7Ci0gICAgTElTVF9GT1JFQUNIX1NBRkUocG9ydF9pbmZvLCAmZmlsZXNbZmRdLmV2dGNobi5w b3J0cywgbGlzdCwgdG1wKQotICAgICAgICBwb3J0X2RlYWxsb2MocG9ydF9pbmZvKTsKLQotICAg IGZpbGVzW2ZkXS50eXBlID0gRlRZUEVfTk9ORTsKLX0KLQotaW50IHhjX2V2dGNobl9mZCh4Y19l dnRjaG4gKnhjZSkKLXsKLSAgICByZXR1cm4geGNlLT5mZDsKLX0KLQotaW50IHhjX2V2dGNobl9u b3RpZnkoeGNfZXZ0Y2huICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkKLXsKLSAgICBpbnQgcmV0 OwotCi0gICAgcmV0ID0gbm90aWZ5X3JlbW90ZV92aWFfZXZ0Y2huKHBvcnQpOwotCi0gICAgaWYg KHJldCA8IDApIHsKLQllcnJubyA9IC1yZXQ7Ci0JcmV0ID0gLTE7Ci0gICAgfQotICAgIHJldHVy biByZXQ7Ci19Ci0KLXN0YXRpYyB2b2lkIGV2dGNobl9oYW5kbGVyKGV2dGNobl9wb3J0X3QgcG9y dCwgc3RydWN0IHB0X3JlZ3MgKnJlZ3MsIHZvaWQgKmRhdGEpCi17Ci0gICAgaW50IGZkID0gKGlu dCkoaW50cHRyX3QpZGF0YTsKLSAgICBzdHJ1Y3QgZXZ0Y2huX3BvcnRfaW5mbyAqcG9ydF9pbmZv OwotICAgIGFzc2VydChmaWxlc1tmZF0udHlwZSA9PSBGVFlQRV9FVlRDSE4pOwotICAgIG1hc2tf ZXZ0Y2huKHBvcnQpOwotICAgIExJU1RfRk9SRUFDSChwb3J0X2luZm8sICZmaWxlc1tmZF0uZXZ0 Y2huLnBvcnRzLCBsaXN0KSB7Ci0gICAgICAgIGlmIChwb3J0X2luZm8tPnBvcnQgPT0gcG9ydCkK LSAgICAgICAgICAgIGdvdG8gZm91bmQ7Ci0gICAgfQotICAgIHByaW50aygiVW5rbm93biBwb3J0 IGZvciBoYW5kbGUgJWRcbiIsIGZkKTsKLSAgICByZXR1cm47Ci0KLSBmb3VuZDoKLSAgICBwb3J0 X2luZm8tPnBlbmRpbmcgPSAxOwotICAgIGZpbGVzW2ZkXS5yZWFkID0gMTsKLSAgICB3YWtlX3Vw KCZldmVudF9xdWV1ZSk7Ci19Ci0KLWV2dGNobl9wb3J0X29yX2Vycm9yX3QgeGNfZXZ0Y2huX2Jp bmRfdW5ib3VuZF9wb3J0KHhjX2V2dGNobiAqeGNlLCBpbnQgZG9taWQpCi17Ci0gICAgaW50IGZk ID0geGNlLT5mZDsKLSAgICBzdHJ1Y3QgZXZ0Y2huX3BvcnRfaW5mbyAqcG9ydF9pbmZvOwotICAg IGludCByZXQ7Ci0gICAgZXZ0Y2huX3BvcnRfdCBwb3J0OwotCi0gICAgYXNzZXJ0KGdldF9jdXJy ZW50KCkgPT0gbWFpbl90aHJlYWQpOwotICAgIHBvcnRfaW5mbyA9IHBvcnRfYWxsb2MoZmQpOwot ICAgIGlmIChwb3J0X2luZm8gPT0gTlVMTCkKLQlyZXR1cm4gLTE7Ci0KLSAgICBwcmludGYoInhj X2V2dGNobl9iaW5kX3VuYm91bmRfcG9ydCglZCkiLCBkb21pZCk7Ci0gICAgcmV0ID0gZXZ0Y2hu X2FsbG9jX3VuYm91bmQoZG9taWQsIGV2dGNobl9oYW5kbGVyLCAodm9pZCopKGludHB0cl90KWZk LCAmcG9ydCk7Ci0gICAgcHJpbnRmKCIgPSAlZFxuIiwgcmV0KTsKLQotICAgIGlmIChyZXQgPCAw KSB7Ci0JcG9ydF9kZWFsbG9jKHBvcnRfaW5mbyk7Ci0JZXJybm8gPSAtcmV0OwotCXJldHVybiAt MTsKLSAgICB9Ci0gICAgcG9ydF9pbmZvLT5ib3VuZCA9IDE7Ci0gICAgcG9ydF9pbmZvLT5wb3J0 ID0gcG9ydDsKLSAgICB1bm1hc2tfZXZ0Y2huKHBvcnQpOwotICAgIHJldHVybiBwb3J0OwotfQot Ci1ldnRjaG5fcG9ydF9vcl9lcnJvcl90IHhjX2V2dGNobl9iaW5kX2ludGVyZG9tYWluKHhjX2V2 dGNobiAqeGNlLCBpbnQgZG9taWQsCi0gICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgIGV2dGNobl9wb3J0X3QgcmVtb3RlX3BvcnQpCi17Ci0gICAgaW50IGZk ID0geGNlLT5mZDsKLSAgICBzdHJ1Y3QgZXZ0Y2huX3BvcnRfaW5mbyAqcG9ydF9pbmZvOwotICAg IGV2dGNobl9wb3J0X3QgbG9jYWxfcG9ydDsKLSAgICBpbnQgcmV0OwotCi0gICAgYXNzZXJ0KGdl dF9jdXJyZW50KCkgPT0gbWFpbl90aHJlYWQpOwotICAgIHBvcnRfaW5mbyA9IHBvcnRfYWxsb2Mo ZmQpOwotICAgIGlmIChwb3J0X2luZm8gPT0gTlVMTCkKLQlyZXR1cm4gLTE7Ci0KLSAgICBwcmlu dGYoInhjX2V2dGNobl9iaW5kX2ludGVyZG9tYWluKCVkLCAlIlBSSWQzMiIpIiwgZG9taWQsIHJl bW90ZV9wb3J0KTsKLSAgICByZXQgPSBldnRjaG5fYmluZF9pbnRlcmRvbWFpbihkb21pZCwgcmVt b3RlX3BvcnQsIGV2dGNobl9oYW5kbGVyLCAodm9pZCopKGludHB0cl90KWZkLCAmbG9jYWxfcG9y dCk7Ci0gICAgcHJpbnRmKCIgPSAlZFxuIiwgcmV0KTsKLQotICAgIGlmIChyZXQgPCAwKSB7Ci0J cG9ydF9kZWFsbG9jKHBvcnRfaW5mbyk7Ci0JZXJybm8gPSAtcmV0OwotCXJldHVybiAtMTsKLSAg ICB9Ci0gICAgcG9ydF9pbmZvLT5ib3VuZCA9IDE7Ci0gICAgcG9ydF9pbmZvLT5wb3J0ID0gbG9j YWxfcG9ydDsKLSAgICB1bm1hc2tfZXZ0Y2huKGxvY2FsX3BvcnQpOwotICAgIHJldHVybiBsb2Nh bF9wb3J0OwotfQotCi1pbnQgeGNfZXZ0Y2huX3VuYmluZCh4Y19ldnRjaG4gKnhjZSwgZXZ0Y2hu X3BvcnRfdCBwb3J0KQotewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0gICAgc3RydWN0IGV2dGNo bl9wb3J0X2luZm8gKnBvcnRfaW5mbzsKLQotICAgIExJU1RfRk9SRUFDSChwb3J0X2luZm8sICZm aWxlc1tmZF0uZXZ0Y2huLnBvcnRzLCBsaXN0KSB7Ci0gICAgICAgIGlmIChwb3J0X2luZm8tPnBv cnQgPT0gcG9ydCkgewotICAgICAgICAgICAgcG9ydF9kZWFsbG9jKHBvcnRfaW5mbyk7Ci0gICAg ICAgICAgICByZXR1cm4gMDsKLSAgICAgICAgfQotICAgIH0KLSAgICBwcmludGYoIldhcm5pbmc6 IGNvdWxkbid0IGZpbmQgcG9ydCAlIlBSSWQzMiIgZm9yIHhjIGhhbmRsZSAleFxuIiwgcG9ydCwg ZmQpOwotICAgIGVycm5vID0gRUlOVkFMOwotICAgIHJldHVybiAtMTsKLX0KLQotZXZ0Y2huX3Bv cnRfb3JfZXJyb3JfdCB4Y19ldnRjaG5fYmluZF92aXJxKHhjX2V2dGNobiAqeGNlLCB1bnNpZ25l ZCBpbnQgdmlycSkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotICAgIHN0cnVjdCBldnRjaG5f cG9ydF9pbmZvICpwb3J0X2luZm87Ci0gICAgZXZ0Y2huX3BvcnRfdCBwb3J0OwotCi0gICAgYXNz ZXJ0KGdldF9jdXJyZW50KCkgPT0gbWFpbl90aHJlYWQpOwotICAgIHBvcnRfaW5mbyA9IHBvcnRf YWxsb2MoZmQpOwotICAgIGlmIChwb3J0X2luZm8gPT0gTlVMTCkKLQlyZXR1cm4gLTE7Ci0KLSAg ICBwcmludGYoInhjX2V2dGNobl9iaW5kX3ZpcnEoJWQpIiwgdmlycSk7Ci0gICAgcG9ydCA9IGJp bmRfdmlycSh2aXJxLCBldnRjaG5faGFuZGxlciwgKHZvaWQqKShpbnRwdHJfdClmZCk7Ci0KLSAg ICBpZiAocG9ydCA8IDApIHsKLQlwb3J0X2RlYWxsb2MocG9ydF9pbmZvKTsKLQllcnJubyA9IC1w b3J0OwotCXJldHVybiAtMTsKLSAgICB9Ci0gICAgcG9ydF9pbmZvLT5ib3VuZCA9IDE7Ci0gICAg cG9ydF9pbmZvLT5wb3J0ID0gcG9ydDsKLSAgICB1bm1hc2tfZXZ0Y2huKHBvcnQpOwotICAgIHJl dHVybiBwb3J0OwotfQotCi1ldnRjaG5fcG9ydF9vcl9lcnJvcl90IHhjX2V2dGNobl9wZW5kaW5n KHhjX2V2dGNobiAqeGNlKQotewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0gICAgc3RydWN0IGV2 dGNobl9wb3J0X2luZm8gKnBvcnRfaW5mbzsKLSAgICB1bnNpZ25lZCBsb25nIGZsYWdzOwotICAg IGV2dGNobl9wb3J0X3QgcmV0ID0gLTE7Ci0KLSAgICBsb2NhbF9pcnFfc2F2ZShmbGFncyk7Ci0g ICAgZmlsZXNbZmRdLnJlYWQgPSAwOwotCi0gICAgTElTVF9GT1JFQUNIKHBvcnRfaW5mbywgJmZp bGVzW2ZkXS5ldnRjaG4ucG9ydHMsIGxpc3QpIHsKLSAgICAgICAgaWYgKHBvcnRfaW5mby0+cG9y dCAhPSAtMSAmJiBwb3J0X2luZm8tPnBlbmRpbmcpIHsKLSAgICAgICAgICAgIGlmIChyZXQgPT0g LTEpIHsKLSAgICAgICAgICAgICAgICByZXQgPSBwb3J0X2luZm8tPnBvcnQ7Ci0gICAgICAgICAg ICAgICAgcG9ydF9pbmZvLT5wZW5kaW5nID0gMDsKLSAgICAgICAgICAgIH0gZWxzZSB7Ci0gICAg ICAgICAgICAgICAgZmlsZXNbZmRdLnJlYWQgPSAxOwotICAgICAgICAgICAgICAgIGJyZWFrOwot ICAgICAgICAgICAgfQotICAgICAgICB9Ci0gICAgfQotICAgIGxvY2FsX2lycV9yZXN0b3JlKGZs YWdzKTsKLSAgICByZXR1cm4gcmV0OwotfQotCi1pbnQgeGNfZXZ0Y2huX3VubWFzayh4Y19ldnRj aG4gKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KQotewotICAgIHVubWFza19ldnRjaG4ocG9ydCk7 Ci0gICAgcmV0dXJuIDA7Ci19Ci0KIC8qIE9wdGlvbmFsbHkgZmx1c2ggZmlsZSB0byBkaXNrIGFu ZCBkaXNjYXJkIHBhZ2UgY2FjaGUgKi8KIHZvaWQgZGlzY2FyZF9maWxlX2NhY2hlKHhjX2ludGVy ZmFjZSAqeGNoLCBpbnQgZmQsIGludCBmbHVzaCkKIHsKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnhj L3hjX25ldGJzZC5jIGIvdG9vbHMvbGlieGMveGNfbmV0YnNkLmMKaW5kZXggYjFiODI4Zi4uZmU0 ZjBhMSAxMDA2NDQKLS0tIGEvdG9vbHMvbGlieGMveGNfbmV0YnNkLmMKKysrIGIvdG9vbHMvbGli eGMveGNfbmV0YnNkLmMKQEAgLTE5LDcgKzE5LDYgQEAKIAogI2luY2x1ZGUgInhjX3ByaXZhdGUu aCIKIAotI2luY2x1ZGUgPHhlbi9zeXMvZXZ0Y2huLmg+CiAjaW5jbHVkZSA8dW5pc3RkLmg+CiAj aW5jbHVkZSA8ZmNudGwuaD4KICNpbmNsdWRlIDxtYWxsb2MuaD4KQEAgLTIyMywxMTQgKzIyMiw2 IEBAIHN0YXRpYyBzdHJ1Y3QgeGNfb3NkZXBfb3BzIG5ldGJzZF9wcml2Y21kX29wcyA9IHsKICAg ICB9LAogfTsKIAotI2RlZmluZSBFVlRDSE5fREVWX05BTUUgICIvZGV2L3hlbmV2dCIKLQotaW50 IG9zZGVwX2V2dGNobl9vcGVuKHhjX2V2dGNobiAqeGNlKQotewotICAgIGludCBmZCA9IG9wZW4o RVZUQ0hOX0RFVl9OQU1FLCBPX05PTkJMT0NLfE9fUkRXUik7Ci0gICAgaWYgKCBmZCA9PSAtMSAp Ci0gICAgICAgIHJldHVybiAtMTsKLSAgICB4Y2UtPmZkID0gZmQ7Ci0gICAgcmV0dXJuIDA7Ci19 Ci0KLWludCBvc2RlcF9ldnRjaG5fY2xvc2UoeGNfZXZ0Y2huICp4Y2UsIHhjX29zZGVwX2hhbmRs ZSBoKQotewotICAgIGlmICggeGNlLT5mZCA9PSAtMSApCi0gICAgICAgIHJldHVybiAwOwotCi0g ICAgcmV0dXJuIGNsb3NlKHhjZS0+ZmQpOwotfQotCi1pbnQgeGNfZXZ0Y2huX2ZkKHhjX2V2dGNo biAqeGNlKQotewotICAgIHJldHVybiB4Y2UtPmZkOwotfQotCi1pbnQgeGNfZXZ0Y2huX25vdGlm eSh4Y19ldnRjaG4gKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KQotewotICAgIGludCBmZCA9IHhj ZS0+ZmQ7Ci0gICAgc3RydWN0IGlvY3RsX2V2dGNobl9ub3RpZnkgbm90aWZ5OwotCi0gICAgbm90 aWZ5LnBvcnQgPSBwb3J0OwotCi0gICAgcmV0dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fTk9U SUZZLCAmbm90aWZ5KTsKLX0KLQotZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4Y19ldnRjaG5fYmlu ZF91bmJvdW5kX3BvcnQoeGNfZXZ0Y2huICogeGNlLCBpbnQgZG9taWQpCi17Ci0gICAgaW50IGZk ID0geGNlLT5mZDsKLSAgICBzdHJ1Y3QgaW9jdGxfZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0IGJp bmQ7Ci0gICAgaW50IHJldDsKLQotICAgIGJpbmQucmVtb3RlX2RvbWFpbiA9IGRvbWlkOwotCi0g ICAgcmV0ID0gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9CSU5EX1VOQk9VTkRfUE9SVCwgJmJpbmQp OwotICAgIGlmIChyZXQgPT0gMCkKLQlyZXR1cm4gYmluZC5wb3J0OwotICAgIGVsc2UKLQlyZXR1 cm4gLTE7Ci19Ci0KLWV2dGNobl9wb3J0X29yX2Vycm9yX3QgeGNfZXZ0Y2huX2JpbmRfaW50ZXJk b21haW4oeGNfZXZ0Y2huICp4Y2UsIGludCBkb21pZCwKLSAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgZXZ0Y2huX3BvcnRfdCByZW1vdGVfcG9ydCkKLXsK LSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5fYmluZF9pbnRl cmRvbWFpbiBiaW5kOwotICAgIGludCByZXQ7Ci0KLSAgICBiaW5kLnJlbW90ZV9kb21haW4gPSBk b21pZDsKLSAgICBiaW5kLnJlbW90ZV9wb3J0ID0gcmVtb3RlX3BvcnQ7Ci0KLSAgICByZXQgPSBp b2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRfSU5URVJET01BSU4sICZiaW5kKTsKLSAgICBpZiAo cmV0ID09IDApCi0JcmV0dXJuIGJpbmQucG9ydDsKLSAgICBlbHNlCi0JcmV0dXJuIC0xOwotfQot Ci1pbnQgeGNfZXZ0Y2huX3VuYmluZCh4Y19ldnRjaG4gKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0 KQotewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0gICAgc3RydWN0IGlvY3RsX2V2dGNobl91bmJp bmQgdW5iaW5kOwotCi0gICAgdW5iaW5kLnBvcnQgPSBwb3J0OwotCi0gICAgcmV0dXJuIGlvY3Rs KGZkLCBJT0NUTF9FVlRDSE5fVU5CSU5ELCAmdW5iaW5kKTsKLX0KLQotZXZ0Y2huX3BvcnRfb3Jf ZXJyb3JfdCB4Y19ldnRjaG5fYmluZF92aXJxKHhjX2V2dGNobiAqeGNlLCB1bnNpZ25lZCBpbnQg dmlycSkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5f YmluZF92aXJxIGJpbmQ7Ci0gICAgaW50IGVycjsKLQotICAgIGJpbmQudmlycSA9IHZpcnE7Ci0K LSAgICBlcnIgPSBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRfVklSUSwgJmJpbmQpOwotICAg IGlmIChlcnIpCi0JcmV0dXJuIC0xOwotICAgIGVsc2UKLQlyZXR1cm4gYmluZC5wb3J0OwotfQot Ci1ldnRjaG5fcG9ydF9vcl9lcnJvcl90IHhjX2V2dGNobl9wZW5kaW5nKHhjX2V2dGNobiAqeGNl KQotewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0gICAgZXZ0Y2huX3BvcnRfdCBwb3J0OwotCi0g ICAgaWYgKCByZWFkX2V4YWN0KGZkLCAoY2hhciAqKSZwb3J0LCBzaXplb2YocG9ydCkpID09IC0x ICkKLSAgICAgICAgcmV0dXJuIC0xOwotCi0gICAgcmV0dXJuIHBvcnQ7Ci19Ci0KLWludCB4Y19l dnRjaG5fdW5tYXNrKHhjX2V2dGNobiAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpCi17Ci0gICAg aW50IGZkID0geGNlLT5mZDsKLSAgICByZXR1cm4gd3JpdGVfZXhhY3QoZmQsIChjaGFyICopJnBv cnQsIHNpemVvZihwb3J0KSk7Ci19Ci0KIC8qIE9wdGlvbmFsbHkgZmx1c2ggZmlsZSB0byBkaXNr IGFuZCBkaXNjYXJkIHBhZ2UgY2FjaGUgKi8KIHZvaWQgZGlzY2FyZF9maWxlX2NhY2hlKHhjX2lu dGVyZmFjZSAqeGNoLCBpbnQgZmQsIGludCBmbHVzaCkgCiB7CmRpZmYgLS1naXQgYS90b29scy9s aWJ4Yy94Y19wcml2YXRlLmMgYi90b29scy9saWJ4Yy94Y19wcml2YXRlLmMKaW5kZXggY2I3OWYy Mi4uNTZkNTRiNiAxMDA2NDQKLS0tIGEvdG9vbHMvbGlieGMveGNfcHJpdmF0ZS5jCisrKyBiL3Rv b2xzL2xpYnhjL3hjX3ByaXZhdGUuYwpAQCAtMjUxLDQ2ICsyNTEsNiBAQCBpbnQgZG9feGVuX2h5 cGVyY2FsbCh4Y19pbnRlcmZhY2UgKnhjaCwgcHJpdmNtZF9oeXBlcmNhbGxfdCAqaHlwZXJjYWxs KQogICAgIHJldHVybiB4Y2gtPm9wcy0+dS5wcml2Y21kLmh5cGVyY2FsbCh4Y2gsIHhjaC0+b3Bz X2hhbmRsZSwgaHlwZXJjYWxsKTsKIH0KIAoteGNfZXZ0Y2huICp4Y19ldnRjaG5fb3Blbih4ZW50 b29sbG9nX2xvZ2dlciAqbG9nZ2VyLCB1bnNpZ25lZCBvcGVuX2ZsYWdzKQotewotICAgIHhjX2V2 dGNobiAqeGNlID0gbWFsbG9jKHNpemVvZigqeGNlKSk7Ci0gICAgaW50IHJjOwotCi0gICAgaWYg KCF4Y2UpIHJldHVybiBOVUxMOwotCi0gICAgeGNlLT5mZCA9IC0xOwotICAgIHhjZS0+bG9nZ2Vy ID0gbG9nZ2VyOwotICAgIHhjZS0+bG9nZ2VyX3RvZnJlZSAgPSBOVUxMOwotCi0gICAgaWYgKCF4 Y2UtPmxvZ2dlcikgewotICAgICAgICB4Y2UtPmxvZ2dlciA9IHhjZS0+bG9nZ2VyX3RvZnJlZSA9 Ci0gICAgICAgICAgICAoeGVudG9vbGxvZ19sb2dnZXIqKQotICAgICAgICAgICAgeHRsX2NyZWF0 ZWxvZ2dlcl9zdGRpb3N0cmVhbShzdGRlcnIsIFhUTF9QUk9HUkVTUywgMCk7Ci0gICAgICAgIGlm ICgheGNlLT5sb2dnZXIpIGdvdG8gZXJyOwotICAgIH0KLQotICAgIHJjID0gb3NkZXBfZXZ0Y2hu X29wZW4oeGNlKTsKLSAgICBpZiAoIHJjICA8IDAgKSBnb3RvIGVycjsKLQotICAgIHJldHVybiB4 Y2U7Ci0KLWVycjoKLSAgICBvc2RlcF9ldnRjaG5fY2xvc2UoeGNlKTsKLSAgICB4dGxfbG9nZ2Vy X2Rlc3Ryb3koeGNlLT5sb2dnZXJfdG9mcmVlKTsKLSAgICBmcmVlKHhjZSk7Ci0gICAgcmV0dXJu IE5VTEw7Ci19Ci0KLWludCB4Y19ldnRjaG5fY2xvc2UoeGNfZXZ0Y2huICp4Y2UpCi17Ci0gICAg aW50IHJjOwotCi0gICAgcmMgPSBvc2RlcF9ldnRjaG5fY2xvc2UoeGNlKTsKLSAgICB4dGxfbG9n Z2VyX2Rlc3Ryb3koeGNlLT5sb2dnZXJfdG9mcmVlKTsKLSAgICBmcmVlKHhjZSk7Ci0gICAgcmV0 dXJuIHJjOwotfQotCiB4Y19nbnR0YWIgKnhjX2dudHRhYl9vcGVuKHhlbnRvb2xsb2dfbG9nZ2Vy ICpsb2dnZXIsCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIHVuc2lnbmVkIG9wZW5fZmxh Z3MpCiB7CmRpZmYgLS1naXQgYS90b29scy9saWJ4Yy94Y19wcml2YXRlLmggYi90b29scy9saWJ4 Yy94Y19wcml2YXRlLmgKaW5kZXggZjRkMTU1YS4uYTMyYWNjYiAxMDA2NDQKLS0tIGEvdG9vbHMv bGlieGMveGNfcHJpdmF0ZS5oCisrKyBiL3Rvb2xzL2xpYnhjL3hjX3ByaXZhdGUuaApAQCAtMTIz LDEzICsxMjMsNiBAQCBzdHJ1Y3QgeGNfaW50ZXJmYWNlX2NvcmUgewogICAgIHhjX29zZGVwX2hh bmRsZSAgb3BzX2hhbmRsZTsgLyogb3BhcXVlIGRhdGEgZm9yIHhjX29zZGVwX29wcyAqLwogfTsK IAotc3RydWN0IHhlbmV2dGNobl9oYW5kbGUgewotICAgIHhlbnRvb2xsb2dfbG9nZ2VyICpsb2dn ZXIsICpsb2dnZXJfdG9mcmVlOwotICAgIGludCBmZDsKLX07Ci1pbnQgb3NkZXBfZXZ0Y2huX29w ZW4oeGNfZXZ0Y2huICp4Y2UpOwotaW50IG9zZGVwX2V2dGNobl9jbG9zZSh4Y19ldnRjaG4gKnhj ZSk7Ci0KIHZvaWQgeGNfcmVwb3J0X2Vycm9yKHhjX2ludGVyZmFjZSAqeGNoLCBpbnQgY29kZSwg Y29uc3QgY2hhciAqZm10LCAuLi4pCiAgICAgX19hdHRyaWJ1dGVfXygoZm9ybWF0KHByaW50Ziwz LDQpKSk7CiB2b2lkIHhjX3JlcG9ydHYoeGNfaW50ZXJmYWNlICp4Y2gsIHhlbnRvb2xsb2dfbG9n Z2VyICpsZywgeGVudG9vbGxvZ19sZXZlbCwKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnhjL3hjX3Nv bGFyaXMuYyBiL3Rvb2xzL2xpYnhjL3hjX3NvbGFyaXMuYwppbmRleCAwODgyMjhhLi5lZDc5ODdj IDEwMDY0NAotLS0gYS90b29scy9saWJ4Yy94Y19zb2xhcmlzLmMKKysrIGIvdG9vbHMvbGlieGMv eGNfc29sYXJpcy5jCkBAIC0yMCw3ICsyMCw2IEBACiAjaW5jbHVkZSAieGNfcHJpdmF0ZS5oIgog CiAjaW5jbHVkZSA8eGVuL21lbW9yeS5oPgotI2luY2x1ZGUgPHhlbi9zeXMvZXZ0Y2huLmg+CiAj aW5jbHVkZSA8dW5pc3RkLmg+CiAjaW5jbHVkZSA8ZmNudGwuaD4KICNpbmNsdWRlIDxtYWxsb2Mu aD4KQEAgLTE5NCwxMDIgKzE5Myw2IEBAIHN0YXRpYyBzdHJ1Y3QgeGNfb3NkZXBfb3BzIHNvbGFy aXNfcHJpdmNtZF9vcHMgPSB7CiAgICAgfSwKIH07CiAKLWludCBvc2RlcF9ldnRjaG5fb3Blbih4 Y19ldnRjaG4gKnhjZSkKLXsKLSAgICBpbnQgZmQ7Ci0KLSAgICBpZiAoIChmZCA9IG9wZW4oIi9k ZXYveGVuL2V2dGNobiIsIE9fUkRXUikpID09IC0xICkKLSAgICB7Ci0gICAgICAgIFBFUlJPUigi Q291bGQgbm90IG9wZW4gZXZlbnQgY2hhbm5lbCBpbnRlcmZhY2UiKTsKLSAgICAgICAgcmV0dXJu IC0xOwotICAgIH0KLQotICAgIHhjZS0+ZmQgPSBmZDsKLSAgICByZXR1cm4gMDsKLX0KLQotaW50 IG9zZGVwX2V2dGNobl9jbG9zZSh4Y19ldnRjaG4gKnhjZSkKLXsKLSAgICBpZiAoIHhjZS0+ZmQg PT0gLTEgKQotICAgICAgICByZXR1cm4gMDsKLQotICAgIHJldHVybiBjbG9zZSh4Y2UtPmZkKTsK LX0KLQotaW50IHhjX2V2dGNobl9mZCh4Y19ldnRjaG4gKnhjZSkKLXsKLSAgICByZXR1cm4geGNl LT5mZDsKLX0KLQotaW50IHhjX2V2dGNobl9ub3RpZnkoeGNfZXZ0Y2huICp4Y2UsIGV2dGNobl9w b3J0X3QgcG9ydCkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotICAgIHN0cnVjdCBpb2N0bF9l dnRjaG5fbm90aWZ5IG5vdGlmeTsKLQotICAgIG5vdGlmeS5wb3J0ID0gcG9ydDsKLQotICAgIHJl dHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX05PVElGWSwgJm5vdGlmeSk7Ci19Ci0KLWV2dGNo bl9wb3J0X29yX2Vycm9yX3QgeGNfZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0KHhjX2V2dGNobiAq eGNlLCBpbnQgZG9taWQpCi17Ci0gICAgaW50IGZkID0geGNlLT5mZDsKLSAgICBzdHJ1Y3QgaW9j dGxfZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0IGJpbmQ7Ci0KLSAgICBiaW5kLnJlbW90ZV9kb21h aW4gPSBkb21pZDsKLQotICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRfVU5C T1VORF9QT1JULCAmYmluZCk7Ci19Ci0KLWV2dGNobl9wb3J0X29yX2Vycm9yX3QgeGNfZXZ0Y2hu X2JpbmRfaW50ZXJkb21haW4oeGNfZXZ0Y2huICp4Y2UsIGludCBkb21pZCwKLSAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgZXZ0Y2huX3BvcnRfdCByZW1v dGVfcG9ydCkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotICAgIHN0cnVjdCBpb2N0bF9ldnRj aG5fYmluZF9pbnRlcmRvbWFpbiBiaW5kOwotCi0gICAgYmluZC5yZW1vdGVfZG9tYWluID0gZG9t aWQ7Ci0gICAgYmluZC5yZW1vdGVfcG9ydCA9IHJlbW90ZV9wb3J0OwotCi0gICAgcmV0dXJuIGlv Y3RsKGZkLCBJT0NUTF9FVlRDSE5fQklORF9JTlRFUkRPTUFJTiwgJmJpbmQpOwotfQotCi1ldnRj aG5fcG9ydF9vcl9lcnJvcl90IHhjX2V2dGNobl9iaW5kX3ZpcnEoeGNfZXZ0Y2huICp4Y2UsIHVu c2lnbmVkIGludCB2aXJxKQotewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0gICAgc3RydWN0IGlv Y3RsX2V2dGNobl9iaW5kX3ZpcnEgYmluZDsKLQotICAgIGJpbmQudmlycSA9IHZpcnE7Ci0KLSAg ICByZXR1cm4gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9CSU5EX1ZJUlEsICZiaW5kKTsKLX0KLQot aW50IHhjX2V2dGNobl91bmJpbmQoeGNfZXZ0Y2huICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkK LXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5fdW5iaW5k IHVuYmluZDsKLQotICAgIHVuYmluZC5wb3J0ID0gcG9ydDsKLQotICAgIHJldHVybiBpb2N0bChm ZCwgSU9DVExfRVZUQ0hOX1VOQklORCwgJnVuYmluZCk7Ci19Ci0KLWV2dGNobl9wb3J0X29yX2Vy cm9yX3QgeGNfZXZ0Y2huX3BlbmRpbmcoeGNfZXZ0Y2huICp4Y2UpCi17Ci0gICAgaW50IGZkID0g eGNlLT5mZDsKLSAgICBldnRjaG5fcG9ydF90IHBvcnQ7Ci0KLSAgICBpZiAoIHJlYWRfZXhhY3Qo ZmQsIChjaGFyICopJnBvcnQsIHNpemVvZihwb3J0KSkgPT0gLTEgKQotICAgICAgICByZXR1cm4g LTE7Ci0KLSAgICByZXR1cm4gcG9ydDsKLX0KLQotaW50IHhjX2V2dGNobl91bm1hc2soeGNfZXZ0 Y2huICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwot ICAgIHJldHVybiB3cml0ZV9leGFjdChmZCwgKGNoYXIgKikmcG9ydCwgc2l6ZW9mKHBvcnQpKTsK LX0KLQogLyogT3B0aW9uYWxseSBmbHVzaCBmaWxlIHRvIGRpc2sgYW5kIGRpc2NhcmQgcGFnZSBj YWNoZSAqLwogdm9pZCBkaXNjYXJkX2ZpbGVfY2FjaGUoeGNfaW50ZXJmYWNlICp4Y2gsIGludCBm ZCwgaW50IGZsdXNoKSAKIHsKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnhjL3hjX3N1c3BlbmQuYyBi L3Rvb2xzL2xpYnhjL3hjX3N1c3BlbmQuYwppbmRleCBiYmEzNmU3Li44MzYxYzdiIDEwMDY0NAot LS0gYS90b29scy9saWJ4Yy94Y19zdXNwZW5kLmMKKysrIGIvdG9vbHMvbGlieGMveGNfc3VzcGVu ZC5jCkBAIC0xNiw2ICsxNiw4IEBACiAjaW5jbHVkZSA8dW5pc3RkLmg+CiAjaW5jbHVkZSA8ZmNu dGwuaD4KIAorI2luY2x1ZGUgPHhlbmV2dGNobi5oPgorCiAjaW5jbHVkZSAieGNfcHJpdmF0ZS5o IgogI2luY2x1ZGUgInhlbmd1ZXN0LmgiCiAKQEAgLTEyNCwxMiArMTI2LDEyIEBAIHN0YXRpYyBp bnQgdW5sb2NrX3N1c3BlbmRfZXZlbnQoeGNfaW50ZXJmYWNlICp4Y2gsIGludCBkb21pZCwgaW50 ICpsb2NrZmQpCiAgICAgcmV0dXJuIC0xOwogfQogCi1pbnQgeGNfYXdhaXRfc3VzcGVuZCh4Y19p bnRlcmZhY2UgKnhjaCwgeGNfZXZ0Y2huICp4Y2UsIGludCBzdXNwZW5kX2V2dGNobikKK2ludCB4 Y19hd2FpdF9zdXNwZW5kKHhjX2ludGVyZmFjZSAqeGNoLCB4ZW5ldnRjaG5faGFuZGxlICp4Y2Us IGludCBzdXNwZW5kX2V2dGNobikKIHsKICAgICBpbnQgcmM7CiAKICAgICBkbyB7Ci0gICAgICAg IHJjID0geGNfZXZ0Y2huX3BlbmRpbmcoeGNlKTsKKyAgICAgICAgcmMgPSB4ZW5ldnRjaG5fcGVu ZGluZyh4Y2UpOwogICAgICAgICBpZiAocmMgPCAwKSB7CiAgICAgICAgICAgICBFUlJPUigiZXJy b3IgcG9sbGluZyBzdXNwZW5kIG5vdGlmaWNhdGlvbiBjaGFubmVsOiAlZCIsIHJjKTsKICAgICAg ICAgICAgIHJldHVybiAtMTsKQEAgLTEzNyw3ICsxMzksNyBAQCBpbnQgeGNfYXdhaXRfc3VzcGVu ZCh4Y19pbnRlcmZhY2UgKnhjaCwgeGNfZXZ0Y2huICp4Y2UsIGludCBzdXNwZW5kX2V2dGNobikK ICAgICB9IHdoaWxlIChyYyAhPSBzdXNwZW5kX2V2dGNobik7CiAKICAgICAvKiBoYXJtbGVzcyBm b3Igb25lLW9mZiBzdXNwZW5kICovCi0gICAgaWYgKHhjX2V2dGNobl91bm1hc2soeGNlLCBzdXNw ZW5kX2V2dGNobikgPCAwKQorICAgIGlmICh4ZW5ldnRjaG5fdW5tYXNrKHhjZSwgc3VzcGVuZF9l dnRjaG4pIDwgMCkKICAgICAgICAgRVJST1IoImZhaWxlZCB0byB1bm1hc2sgc3VzcGVuZCBub3Rp ZmljYXRpb24gY2hhbm5lbDogJWQiLCByYyk7CiAKICAgICByZXR1cm4gMDsKQEAgLTE0NSwxNiAr MTQ3LDE2IEBAIGludCB4Y19hd2FpdF9zdXNwZW5kKHhjX2ludGVyZmFjZSAqeGNoLCB4Y19ldnRj aG4gKnhjZSwgaW50IHN1c3BlbmRfZXZ0Y2huKQogCiAvKiBJbnRlcm5hbCBjYWxsZXJzIGFyZSBh bGxvd2VkIHRvIGNhbGwgdGhpcyB3aXRoIHN1c3BlbmRfZXZ0Y2huPDAKICAqIGJ1dCAqbG9ja2Zk PjAuICovCi1pbnQgeGNfc3VzcGVuZF9ldnRjaG5fcmVsZWFzZSh4Y19pbnRlcmZhY2UgKnhjaCwg eGNfZXZ0Y2huICp4Y2UsCitpbnQgeGNfc3VzcGVuZF9ldnRjaG5fcmVsZWFzZSh4Y19pbnRlcmZh Y2UgKnhjaCwgeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLAogICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgaW50IGRvbWlkLCBpbnQgc3VzcGVuZF9ldnRjaG4sIGludCAqbG9ja2ZkKQogewogICAg IGlmIChzdXNwZW5kX2V2dGNobiA+PSAwKQotICAgICAgICB4Y19ldnRjaG5fdW5iaW5kKHhjZSwg c3VzcGVuZF9ldnRjaG4pOworICAgICAgICB4ZW5ldnRjaG5fdW5iaW5kKHhjZSwgc3VzcGVuZF9l dnRjaG4pOwogCiAgICAgcmV0dXJuIHVubG9ja19zdXNwZW5kX2V2ZW50KHhjaCwgZG9taWQsIGxv Y2tmZCk7CiB9CiAKLWludCB4Y19zdXNwZW5kX2V2dGNobl9pbml0X3NhbmUoeGNfaW50ZXJmYWNl ICp4Y2gsIHhjX2V2dGNobiAqeGNlLAoraW50IHhjX3N1c3BlbmRfZXZ0Y2huX2luaXRfc2FuZSh4 Y19pbnRlcmZhY2UgKnhjaCwgeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLAogICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICBpbnQgZG9taWQsIGludCBwb3J0LCBpbnQgKmxvY2tmZCkKIHsKICAg ICBpbnQgcmMsIHN1c3BlbmRfZXZ0Y2huID0gLTE7CkBAIC0xNjQsNyArMTY2LDcgQEAgaW50IHhj X3N1c3BlbmRfZXZ0Y2huX2luaXRfc2FuZSh4Y19pbnRlcmZhY2UgKnhjaCwgeGNfZXZ0Y2huICp4 Y2UsCiAgICAgICAgIGdvdG8gY2xlYW51cDsKICAgICB9CiAKLSAgICBzdXNwZW5kX2V2dGNobiA9 IHhjX2V2dGNobl9iaW5kX2ludGVyZG9tYWluKHhjZSwgZG9taWQsIHBvcnQpOworICAgIHN1c3Bl bmRfZXZ0Y2huID0geGVuZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4oeGNlLCBkb21pZCwgcG9ydCk7 CiAgICAgaWYgKHN1c3BlbmRfZXZ0Y2huIDwgMCkgewogICAgICAgICBFUlJPUigiZmFpbGVkIHRv IGJpbmQgc3VzcGVuZCBldmVudCBjaGFubmVsOiAlZCIsIHN1c3BlbmRfZXZ0Y2huKTsKICAgICAg ICAgZ290byBjbGVhbnVwOwpAQCAtMTg0LDcgKzE4Niw3IEBAIGNsZWFudXA6CiAgICAgcmV0dXJu IC0xOwogfQogCi1pbnQgeGNfc3VzcGVuZF9ldnRjaG5faW5pdF9leGNsdXNpdmUoeGNfaW50ZXJm YWNlICp4Y2gsIHhjX2V2dGNobiAqeGNlLAoraW50IHhjX3N1c3BlbmRfZXZ0Y2huX2luaXRfZXhj bHVzaXZlKHhjX2ludGVyZmFjZSAqeGNoLCB4ZW5ldnRjaG5faGFuZGxlICp4Y2UsCiAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgaW50IGRvbWlkLCBpbnQgcG9ydCwgaW50ICps b2NrZmQpCiB7CiAgICAgaW50IHN1c3BlbmRfZXZ0Y2huOwpkaWZmIC0tZ2l0IGEvdG9vbHMvbGli eGwvTWFrZWZpbGUgYi90b29scy9saWJ4bC9NYWtlZmlsZQppbmRleCAyYWJhZTBjLi4xMGIxNzQx IDEwMDY0NAotLS0gYS90b29scy9saWJ4bC9NYWtlZmlsZQorKysgYi90b29scy9saWJ4bC9NYWtl ZmlsZQpAQCAtMjAsMTIgKzIwLDEzIEBAIExJQlVVSURfTElCUyArPSAtbHV1aWQKIGVuZGlmCiAK IExJQlhMX0xJQlMgPQotTElCWExfTElCUyA9ICQoTERMSUJTX2xpYnhlbnRvb2xsb2cpICQoTERM SUJTX2xpYnhlbmN0cmwpICQoTERMSUJTX2xpYnhlbmd1ZXN0KSAkKExETElCU19saWJ4ZW5zdG9y ZSkgJChMRExJQlNfbGliYmxrdGFwY3RsKSAkKFBUWUZVTkNTX0xJQlMpICQoTElCVVVJRF9MSUJT KQorTElCWExfTElCUyA9ICQoTERMSUJTX2xpYnhlbnRvb2xsb2cpICQoTERMSUJTX2xpYnhlbmV2 dGNobikgJChMRExJQlNfbGlieGVuY3RybCkgJChMRExJQlNfbGlieGVuZ3Vlc3QpICQoTERMSUJT X2xpYnhlbnN0b3JlKSAkKExETElCU19saWJibGt0YXBjdGwpICQoUFRZRlVOQ1NfTElCUykgJChM SUJVVUlEX0xJQlMpCiBpZmVxICgkKENPTkZJR19SRU1VU19ORVRCVUYpLHkpCiBMSUJYTF9MSUJT ICs9ICQoTElCTkwzX0xJQlMpCiBlbmRpZgogCiBDRkxBR1NfTElCWEwgKz0gJChDRkxBR1NfbGli eGVudG9vbGxvZykKK0NGTEFHU19MSUJYTCArPSAkKENGTEFHU19saWJ4ZW5ldnRjaG4pCiBDRkxB R1NfTElCWEwgKz0gJChDRkxBR1NfbGlieGVuY3RybCkKIENGTEFHU19MSUJYTCArPSAkKENGTEFH U19saWJ4ZW5ndWVzdCkKIENGTEFHU19MSUJYTCArPSAkKENGTEFHU19saWJ4ZW5zdG9yZSkKQEAg LTE1OSw3ICsxNjAsNyBAQCAkKFhFTl9JTklUX0RPTTBfT0JKUyk6IENGTEFHUyArPSAkKENGTEFH U19saWJ4ZW5jdHJsKQogJChYRU5fSU5JVF9ET00wX09CSlMpOiBDRkxBR1MgKz0gJChDRkxBR1Nf bGlieGVuc3RvcmUpCiAKIFNBVkVfSEVMUEVSX09CSlMgPSBsaWJ4bF9zYXZlX2hlbHBlci5vIF9s aWJ4bF9zYXZlX21zZ3NfaGVscGVyLm8KLSQoU0FWRV9IRUxQRVJfT0JKUyk6IENGTEFHUyArPSAk KENGTEFHU19saWJ4ZW5jdHJsKQorJChTQVZFX0hFTFBFUl9PQkpTKTogQ0ZMQUdTICs9ICQoQ0ZM QUdTX2xpYnhlbmN0cmwpICQoQ0ZMQUdTX2xpYnhlbmV2dGNobikKIAogUEtHX0NPTkZJRyA9IHhl bmxpZ2h0LnBjIHhsdXRpbC5wYwogCmRpZmYgLS1naXQgYS90b29scy9saWJ4bC9saWJ4bC5jIGIv dG9vbHMvbGlieGwvbGlieGwuYwppbmRleCBiZDNhYWM4Li45ZjMxNTNiIDEwMDY0NAotLS0gYS90 b29scy9saWJ4bC9saWJ4bC5jCisrKyBiL3Rvb2xzL2xpYnhsL2xpYnhsLmMKQEAgLTE4Niw3ICsx ODYsNyBAQCBpbnQgbGlieGxfY3R4X2ZyZWUobGlieGxfY3R4ICpjdHgpCiAgICAgaWYgKGN0eC0+ eGNoKSB4Y19pbnRlcmZhY2VfY2xvc2UoY3R4LT54Y2gpOwogICAgIGxpYnhsX3ZlcnNpb25faW5m b19kaXNwb3NlKCZjdHgtPnZlcnNpb25faW5mbyk7CiAgICAgaWYgKGN0eC0+eHNoKSB4c19kYWVt b25fY2xvc2UoY3R4LT54c2gpOwotICAgIGlmIChjdHgtPnhjZSkgeGNfZXZ0Y2huX2Nsb3NlKGN0 eC0+eGNlKTsKKyAgICBpZiAoY3R4LT54Y2UpIHhlbmV2dGNobl9jbG9zZShjdHgtPnhjZSk7CiAK ICAgICBsaWJ4bF9fcG9sbGVyX3B1dChjdHgsIGN0eC0+cG9sbGVyX2FwcCk7CiAgICAgY3R4LT5w b2xsZXJfYXBwID0gTlVMTDsKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnhsL2xpYnhsX2RvbV9zdXNw ZW5kLmMgYi90b29scy9saWJ4bC9saWJ4bF9kb21fc3VzcGVuZC5jCmluZGV4IDRjYzAxYWQuLmEy ZThkODYgMTAwNjQ0Ci0tLSBhL3Rvb2xzL2xpYnhsL2xpYnhsX2RvbV9zdXNwZW5kLmMKKysrIGIv dG9vbHMvbGlieGwvbGlieGxfZG9tX3N1c3BlbmQuYwpAQCAtMTA3LDkgKzEwNyw5IEBAIHN0YXRp YyB2b2lkIGRvbWFpbl9zdXNwZW5kX2NhbGxiYWNrX2NvbW1vbihsaWJ4bF9fZWdjICplZ2MsCiAg ICAgaWYgKChodm1fc19zdGF0ZSA9PSAwKSAmJiAoZHNzLT5ndWVzdF9ldnRjaG4ucG9ydCA+PSAw KSkgewogICAgICAgICBMT0coREVCVUcsICJpc3N1aW5nICVzIHN1c3BlbmQgcmVxdWVzdCB2aWEg ZXZlbnQgY2hhbm5lbCIsCiAgICAgICAgICAgICBkc3MtPmh2bSA/ICJQVkhWTSIgOiAiUFYiKTsK LSAgICAgICAgcmV0ID0geGNfZXZ0Y2huX25vdGlmeShDVFgtPnhjZSwgZHNzLT5ndWVzdF9ldnRj aG4ucG9ydCk7CisgICAgICAgIHJldCA9IHhlbmV2dGNobl9ub3RpZnkoQ1RYLT54Y2UsIGRzcy0+ Z3Vlc3RfZXZ0Y2huLnBvcnQpOwogICAgICAgICBpZiAocmV0IDwgMCkgewotICAgICAgICAgICAg TE9HKEVSUk9SLCAieGNfZXZ0Y2huX25vdGlmeSBmYWlsZWQgcmV0PSVkIiwgcmV0KTsKKyAgICAg ICAgICAgIExPRyhFUlJPUiwgInhlbmV2dGNobl9ub3RpZnkgZmFpbGVkIHJldD0lZCIsIHJldCk7 CiAgICAgICAgICAgICByYyA9IEVSUk9SX0ZBSUw7CiAgICAgICAgICAgICBnb3RvIGVycjsKICAg ICAgICAgfQpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlieGwvbGlieGxfZXZlbnQuYyBiL3Rvb2xzL2xp YnhsL2xpYnhsX2V2ZW50LmMKaW5kZXggMTM5ZTQ5YS4uODU0ODM2NSAxMDA2NDQKLS0tIGEvdG9v bHMvbGlieGwvbGlieGxfZXZlbnQuYworKysgYi90b29scy9saWJ4bC9saWJ4bF9ldmVudC5jCkBA IC03MzksNyArNzM5LDcgQEAgc3RhdGljIHZvaWQgZXZ0Y2huX2ZkX2NhbGxiYWNrKGxpYnhsX19l Z2MgKmVnYywgbGlieGxfX2V2X2ZkICpldiwKICAgICAgICAgLyogT0ssIHRoYXQncyB0aGF0IHdv cmthcm91bmQgZG9uZS4gIFdlIGNhbiBhY3R1YWxseSBjaGVjayBmb3IKICAgICAgICAgICogd29y ayBmb3IgdXMgdG8gZG86ICovCiAKLSAgICAgICAgcG9ydCA9IHhjX2V2dGNobl9wZW5kaW5nKENU WC0+eGNlKTsKKyAgICAgICAgcG9ydCA9IHhlbmV2dGNobl9wZW5kaW5nKENUWC0+eGNlKTsKICAg ICAgICAgaWYgKHBvcnQgPCAwKSB7CiAgICAgICAgICAgICBpZiAoZXJybm8gPT0gRUFHQUlOKQog ICAgICAgICAgICAgICAgIGJyZWFrOwpAQCAtNzY1LDIwICs3NjUsMjAgQEAgc3RhdGljIHZvaWQg ZXZ0Y2huX2ZkX2NhbGxiYWNrKGxpYnhsX19lZ2MgKmVnYywgbGlieGxfX2V2X2ZkICpldiwKIH0K IAogaW50IGxpYnhsX19jdHhfZXZ0Y2huX2luaXQobGlieGxfX2djICpnYykgewotICAgIHhjX2V2 dGNobiAqeGNlOworICAgIHhlbmV2dGNobl9oYW5kbGUgKnhjZTsKICAgICBpbnQgcmMsIGZkOwog CiAgICAgaWYgKENUWC0+eGNlKQogICAgICAgICByZXR1cm4gMDsKIAotICAgIHhjZSA9IHhjX2V2 dGNobl9vcGVuKENUWC0+bGcsIDApOworICAgIHhjZSA9IHhlbmV2dGNobl9vcGVuKENUWC0+bGcs IDApOwogICAgIGlmICgheGNlKSB7CiAgICAgICAgIExPR0UoRVJST1IsImNhbm5vdCBvcGVuIGxp YnhjIGV2dGNobiBoYW5kbGUiKTsKICAgICAgICAgcmMgPSBFUlJPUl9GQUlMOwogICAgICAgICBn b3RvIG91dDsKICAgICB9CiAKLSAgICBmZCA9IHhjX2V2dGNobl9mZCh4Y2UpOworICAgIGZkID0g eGVuZXZ0Y2huX2ZkKHhjZSk7CiAgICAgYXNzZXJ0KGZkID49IDApOwogCiAgICAgcmMgPSBsaWJ4 bF9mZF9zZXRfbm9uYmxvY2soQ1RYLCBmZCwgMSk7CkBAIC03ODgsNyArNzg4LDcgQEAgaW50IGxp YnhsX19jdHhfZXZ0Y2huX2luaXQobGlieGxfX2djICpnYykgewogICAgIHJldHVybiAwOwogCiAg b3V0OgotICAgIHhjX2V2dGNobl9jbG9zZSh4Y2UpOworICAgIHhlbmV2dGNobl9jbG9zZSh4Y2Up OwogICAgIHJldHVybiByYzsKIH0KIApAQCAtODEwLDE0ICs4MTAsMTQgQEAgaW50IGxpYnhsX19l dl9ldnRjaG5fd2FpdChsaWJ4bF9fZ2MgKmdjLCBsaWJ4bF9fZXZfZXZ0Y2huICpldmV2KQogCiAg ICAgaWYgKCFsaWJ4bF9fZXZfZmRfaXNyZWdpc3RlcmVkKCZDVFgtPmV2dGNobl9lZmQpKSB7CiAg ICAgICAgIHJjID0gbGlieGxfX2V2X2ZkX3JlZ2lzdGVyKGdjLCAmQ1RYLT5ldnRjaG5fZWZkLCBl dnRjaG5fZmRfY2FsbGJhY2ssCi0gICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIHhj X2V2dGNobl9mZChDVFgtPnhjZSksIFBPTExJTik7CisgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgIHhlbmV2dGNobl9mZChDVFgtPnhjZSksIFBPTExJTik7CiAgICAgICAgIGlmIChy YykgZ290byBvdXQ7CiAgICAgfQogCiAgICAgaWYgKGV2ZXYtPndhaXRpbmcpCiAgICAgICAgIHJl dHVybiAwOwogCi0gICAgciA9IHhjX2V2dGNobl91bm1hc2soQ1RYLT54Y2UsIGV2ZXYtPnBvcnQp OworICAgIHIgPSB4ZW5ldnRjaG5fdW5tYXNrKENUWC0+eGNlLCBldmV2LT5wb3J0KTsKICAgICBp ZiAocikgewogICAgICAgICBMT0dFKEVSUk9SLCJjYW5ub3QgdW5tYXNrIGV2ZW50IGNoYW5uZWwg JWQiLGV2ZXYtPnBvcnQpOwogICAgICAgICByYyA9IEVSUk9SX0ZBSUw7CmRpZmYgLS1naXQgYS90 b29scy9saWJ4bC9saWJ4bF9pbnRlcm5hbC5oIGIvdG9vbHMvbGlieGwvbGlieGxfaW50ZXJuYWwu aAppbmRleCBkMmJkYTBhLi5mYTAxZGQ3IDEwMDY0NAotLS0gYS90b29scy9saWJ4bC9saWJ4bF9p bnRlcm5hbC5oCisrKyBiL3Rvb2xzL2xpYnhsL2xpYnhsX2ludGVybmFsLmgKQEAgLTQ4LDYgKzQ4 LDcgQEAKICNpbmNsdWRlIDxzeXMvZmlsZS5oPgogI2luY2x1ZGUgPHN5cy9pb2N0bC5oPgogCisj aW5jbHVkZSA8eGVuZXZ0Y2huLmg+CiAjaW5jbHVkZSA8eGVuc3RvcmUuaD4KICNpbmNsdWRlIDx4 ZW5jdHJsLmg+CiAjaW5jbHVkZSA8eGVuZ3Vlc3QuaD4KQEAgLTQ0MSw3ICs0NDIsNyBAQCBzdHJ1 Y3QgbGlieGxfX2N0eCB7CiAgICAgdWludDMyX3Qgd2F0Y2hfY291bnRlcjsgLyogaGVscHMgZGlz YW1iaWd1YXRlIHNsb3QgcmV1c2UgKi8KICAgICBsaWJ4bF9fZXZfZmQgd2F0Y2hfZWZkOwogCi0g ICAgeGNfZXZ0Y2huICp4Y2U7IC8qIHdhaXRpbmcgbXVzdCBiZSBkb25lIG9ubHkgd2l0aCBsaWJ4 bF9fZXZfZXZ0Y2huKiAqLworICAgIHhlbmV2dGNobl9oYW5kbGUgKnhjZTsgLyogd2FpdGluZyBt dXN0IGJlIGRvbmUgb25seSB3aXRoIGxpYnhsX19ldl9ldnRjaG4qICovCiAgICAgTElCWExfTElT VF9IRUFEKCwgbGlieGxfX2V2X2V2dGNobikgZXZ0Y2huc193YWl0aW5nOwogICAgIGxpYnhsX19l dl9mZCBldnRjaG5fZWZkOwogCkBAIC05MTYsNyArOTE3LDcgQEAgc3RhdGljIGlubGluZSBpbnQg bGlieGxfX2V2X3hzd2F0Y2hfaXNyZWdpc3RlcmVkKGNvbnN0IGxpYnhsX19ldl94c3dhdGNoICp4 dykKICAqIFdoZW4gdGhlIGV2ZW50IGlzIHNpZ25hbGVkIHRoZW4gdGhlIGNhbGxiYWNrIHdpbGwg YmUgbWFkZSwgb25jZS4KICAqIFRoZW4geW91IG11c3QgY2FsbCBsaWJ4bF9fZXZfZXZ0Y2huX3dh aXQgYWdhaW4sIGlmIGRlc2lyZWQuCiAgKgotICogWW91IG11c3QgTk9UIGNhbGwgeGNfZXZ0Y2hu X3VubWFzay4gIHdhaXQgd2lsbCBkbyB0aGF0IGZvciB5b3UuCisgKiBZb3UgbXVzdCBOT1QgY2Fs bCB4ZW5ldnRjaG5fdW5tYXNrLiAgd2FpdCB3aWxsIGRvIHRoYXQgZm9yIHlvdS4KICAqCiAgKiBD YWxsaW5nIGxpYnhsX19ldl9ldnRjaG5fY2FuY2VsIHdpbGwgYXJyYW5nZSBmb3IgbGlieGwgdG8g ZGlzcmVnYXJkCiAgKiBmdXR1cmUgb2NjdXJyZW5jZXMgb2YgZXZlbnQuICBCb3RoIGxpYnhsX19l dl9ldnRjaG5fd2FpdCBhbmQKZGlmZiAtLWdpdCBhL3Rvb2xzL21pc2MvTWFrZWZpbGUgYi90b29s cy9taXNjL01ha2VmaWxlCmluZGV4IGM0NDkwZjMuLmNmNmE0NzUgMTAwNjQ0Ci0tLSBhL3Rvb2xz L21pc2MvTWFrZWZpbGUKKysrIGIvdG9vbHMvbWlzYy9NYWtlZmlsZQpAQCAtNCw2ICs0LDcgQEAg aW5jbHVkZSAkKFhFTl9ST09UKS90b29scy9SdWxlcy5tawogQ0ZMQUdTICs9IC1XZXJyb3IKICMg SW5jbHVkZSBjb25maWd1cmUgb3V0cHV0IChjb25maWcuaCkKIENGTEFHUyArPSAtaW5jbHVkZSAk KFhFTl9ST09UKS90b29scy9jb25maWcuaAorQ0ZMQUdTICs9ICQoQ0ZMQUdTX2xpYnhlbmV2dGNo bikKIENGTEFHUyArPSAkKENGTEFHU19saWJ4ZW5jdHJsKQogQ0ZMQUdTICs9ICQoQ0ZMQUdTX3hl bmluY2x1ZGUpCiBDRkxBR1MgKz0gJChDRkxBR1NfbGlieGVuc3RvcmUpCkBAIC04OCwxOCArODks MTggQEAgeGVubG9ja3Byb2Y6IHhlbmxvY2twcm9mLm8KICMgeGVuLWhwdG9vbCBpbmNvcnJlY3Rs eSB1c2VzIGxpYnhjIGludGVybmFscwogeGVuLWhwdG9vbC5vOiBDRkxBR1MgKz0gLUkkKFhFTl9S T09UKS90b29scy9saWJ4YwogeGVuLWhwdG9vbDogeGVuLWhwdG9vbC5vCi0JJChDQykgJChMREZM QUdTKSAtbyAkQCAkPCAkKExETElCU19saWJ4ZW5jdHJsKSAkKExETElCU19saWJ4ZW5ndWVzdCkg JChMRExJQlNfbGlieGVuc3RvcmUpICQoQVBQRU5EX0xERkxBR1MpCisJJChDQykgJChMREZMQUdT KSAtbyAkQCAkPCAkKExETElCU19saWJ4ZW5ldnRjaG4pICQoTERMSUJTX2xpYnhlbmN0cmwpICQo TERMSUJTX2xpYnhlbmd1ZXN0KSAkKExETElCU19saWJ4ZW5zdG9yZSkgJChBUFBFTkRfTERGTEFH UykKIAogIyB4ZW4tbWZuZHVtcCBpbmNvcnJlY3RseSB1c2VzIGxpYnhjIGludGVybmFscwogeGVu LW1mbmR1bXAubzogQ0ZMQUdTICs9IC1JJChYRU5fUk9PVCkvdG9vbHMvbGlieGMKIHhlbi1tZm5k dW1wOiB4ZW4tbWZuZHVtcC5vCi0JJChDQykgJChMREZMQUdTKSAtbyAkQCAkPCAkKExETElCU19s aWJ4ZW5jdHJsKSAkKExETElCU19saWJ4ZW5ndWVzdCkgJChBUFBFTkRfTERGTEFHUykKKwkkKEND KSAkKExERkxBR1MpIC1vICRAICQ8ICQoTERMSUJTX2xpYnhlbmV2dGNobikgJChMRExJQlNfbGli eGVuY3RybCkgJChMRExJQlNfbGlieGVuZ3Vlc3QpICQoQVBQRU5EX0xERkxBR1MpCiAKIHhlbndh dGNoZG9nZDogeGVud2F0Y2hkb2dkLm8KIAkkKENDKSAkKExERkxBR1MpIC1vICRAICQ8ICQoTERM SUJTX2xpYnhlbmN0cmwpICQoQVBQRU5EX0xERkxBR1MpCiAKIHhlbi1sb3dtZW1kOiB4ZW4tbG93 bWVtZC5vCi0JJChDQykgJChMREZMQUdTKSAtbyAkQCAkPCAkKExETElCU19saWJ4ZW5jdHJsKSAk KExETElCU19saWJ4ZW5zdG9yZSkgJChBUFBFTkRfTERGTEFHUykKKwkkKENDKSAkKExERkxBR1Mp IC1vICRAICQ8ICQoTERMSUJTX2xpYnhlbmV2dGNobikgJChMRExJQlNfbGlieGVuY3RybCkgJChM RExJQlNfbGlieGVuc3RvcmUpICQoQVBQRU5EX0xERkxBR1MpCiAKIGd0cmFjZXZpZXc6IGd0cmFj ZXZpZXcubwogCSQoQ0MpICQoTERGTEFHUykgLW8gJEAgJDwgJChDVVJTRVNfTElCUykgJChUSU5G T19MSUJTKSAkKEFQUEVORF9MREZMQUdTKQpkaWZmIC0tZ2l0IGEvdG9vbHMvbWlzYy94ZW4taHB0 b29sLmMgYi90b29scy9taXNjL3hlbi1ocHRvb2wuYwppbmRleCBjNzU2MWE5Li5lYmNjOWU4IDEw MDY0NAotLS0gYS90b29scy9taXNjL3hlbi1ocHRvb2wuYworKysgYi90b29scy9taXNjL3hlbi1o cHRvb2wuYwpAQCAtMSwzICsxLDQgQEAKKyNpbmNsdWRlIDx4ZW5ldnRjaG4uaD4KICNpbmNsdWRl IDx4ZW5jdHJsLmg+CiAjaW5jbHVkZSA8eGNfcHJpdmF0ZS5oPgogI2luY2x1ZGUgPHhjX2NvcmUu aD4KQEAgLTk4LDcgKzk5LDcgQEAgc3RhdGljIGludCBocF9tZW1fcXVlcnlfZnVuYyhpbnQgYXJn YywgY2hhciAqYXJndltdKQogICAgIHJldHVybiByZXQ7CiB9CiAKLXN0YXRpYyBpbnQgc3VzcGVu ZF9ndWVzdCh4Y19pbnRlcmZhY2UgKnhjaCwgeGNfZXZ0Y2huICp4Y2UsIGludCBkb21pZCwKK3N0 YXRpYyBpbnQgc3VzcGVuZF9ndWVzdCh4Y19pbnRlcmZhY2UgKnhjaCwgeGVuZXZ0Y2huX2hhbmRs ZSAqeGNlLCBpbnQgZG9taWQsCiAgICAgICAgICAgICAgICAgICAgICAgICAgaW50ICpldnRjaG4s IGludCAqbG9ja2ZkKQogewogICAgIGludCBwb3J0LCByYywgc3VzcGVuZF9ldnRjaG4gPSAtMTsK QEAgLTEyMyw3ICsxMjQsNyBAQCBzdGF0aWMgaW50IHN1c3BlbmRfZ3Vlc3QoeGNfaW50ZXJmYWNl ICp4Y2gsIHhjX2V2dGNobiAqeGNlLCBpbnQgZG9taWQsCiAgICAgfQogICAgICpldnRjaG4gPSBz dXNwZW5kX2V2dGNobjsKIAotICAgIHJjID0geGNfZXZ0Y2huX25vdGlmeSh4Y2UsIHN1c3BlbmRf ZXZ0Y2huKTsKKyAgICByYyA9IHhlbmV2dGNobl9ub3RpZnkoeGNlLCBzdXNwZW5kX2V2dGNobik7 CiAgICAgaWYgKHJjIDwgMCkKICAgICB7CiAgICAgICAgIGZwcmludGYoc3RkZXJyLCAiRmFpbGVk IHRvIG5vdGlmeSBzdXNwZW5kIGNoYW5uZWw6IGVycm5vICVkXG4iLCByYyk7CkBAIC0xOTgsOCAr MTk5LDggQEAgc3RhdGljIGludCBocF9tZW1fb2ZmbGluZV9mdW5jKGludCBhcmdjLCBjaGFyICph cmd2W10pCiAgICAgICAgICAgICAgICAgZWxzZSBpZiAoc3RhdHVzICYgUEdfT0ZGTElORV9PV05F RCkKICAgICAgICAgICAgICAgICB7CiAgICAgICAgICAgICAgICAgICAgIGludCByZXN1bHQsIHN1 c3BlbmRfZXZ0Y2huID0gLTEsIHN1c3BlbmRfbG9ja2ZkID0gLTE7Ci0gICAgICAgICAgICAgICAg ICAgIHhjX2V2dGNobiAqeGNlOwotICAgICAgICAgICAgICAgICAgICB4Y2UgPSB4Y19ldnRjaG5f b3BlbihOVUxMLCAwKTsKKyAgICAgICAgICAgICAgICAgICAgeGVuZXZ0Y2huX2hhbmRsZSAqeGNl OworICAgICAgICAgICAgICAgICAgICB4Y2UgPSB4ZW5ldnRjaG5fb3BlbihOVUxMLCAwKTsKIAog ICAgICAgICAgICAgICAgICAgICBpZiAoeGNlID09IE5VTEwpCiAgICAgICAgICAgICAgICAgICAg IHsKQEAgLTIxNCw3ICsyMTUsNyBAQCBzdGF0aWMgaW50IGhwX21lbV9vZmZsaW5lX2Z1bmMoaW50 IGFyZ2MsIGNoYXIgKmFyZ3ZbXSkKICAgICAgICAgICAgICAgICAgICAgewogICAgICAgICAgICAg ICAgICAgICAgICAgZnByaW50ZihzdGRlcnIsICJGYWlsZWQgdG8gc3VzcGVuZCBndWVzdCAlZCBm b3IiCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICIgbWZuICVseFxuIiwgZG9taWQs IG1mbik7Ci0gICAgICAgICAgICAgICAgICAgICAgICB4Y19ldnRjaG5fY2xvc2UoeGNlKTsKKyAg ICAgICAgICAgICAgICAgICAgICAgIHhlbmV2dGNobl9jbG9zZSh4Y2UpOwogICAgICAgICAgICAg ICAgICAgICAgICAgcmV0dXJuIC0xOwogICAgICAgICAgICAgICAgICAgICB9CiAKQEAgLTIzOCw3 ICsyMzksNyBAQCBzdGF0aWMgaW50IGhwX21lbV9vZmZsaW5lX2Z1bmMoaW50IGFyZ2MsIGNoYXIg KmFyZ3ZbXSkKICAgICAgICAgICAgICAgICAgICAgeGNfZG9tYWluX3Jlc3VtZSh4Y2gsIGRvbWlk LCAxKTsKICAgICAgICAgICAgICAgICAgICAgeGNfc3VzcGVuZF9ldnRjaG5fcmVsZWFzZSh4Y2gs IHhjZSwgZG9taWQsCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgc3VzcGVuZF9ldnRjaG4sICZzdXNwZW5kX2xvY2tmZCk7Ci0gICAgICAgICAgICAgICAgICAg IHhjX2V2dGNobl9jbG9zZSh4Y2UpOworICAgICAgICAgICAgICAgICAgICB4ZW5ldnRjaG5fY2xv c2UoeGNlKTsKICAgICAgICAgICAgICAgICB9CiAgICAgICAgICAgICAgICAgYnJlYWs7CiAgICAg ICAgICAgICB9CmRpZmYgLS1naXQgYS90b29scy9taXNjL3hlbi1sb3dtZW1kLmMgYi90b29scy9t aXNjL3hlbi1sb3dtZW1kLmMKaW5kZXggODJmZmQ3NS4uMzIwMDQwNCAxMDA2NDQKLS0tIGEvdG9v bHMvbWlzYy94ZW4tbG93bWVtZC5jCisrKyBiL3Rvb2xzL21pc2MveGVuLWxvd21lbWQuYwpAQCAt NCwyMiArNCwyMyBAQAogICovCiAKICNpbmNsdWRlIDxzdGRpby5oPgorI2luY2x1ZGUgPHhlbmV2 dGNobi5oPgogI2luY2x1ZGUgPHhlbmN0cmwuaD4KICNpbmNsdWRlIDx4ZW5zdG9yZS5oPgogI2lu Y2x1ZGUgPHN0ZGxpYi5oPgogI2luY2x1ZGUgPHN0cmluZy5oPgogCiBzdGF0aWMgZXZ0Y2huX3Bv cnRfdCB2aXJxX3BvcnQgICAgICA9IC0xOwotc3RhdGljIHhjX2V2dGNobiAqeGNlX2hhbmRsZSAg ICAgICAgPSBOVUxMOworc3RhdGljIHhlbmV2dGNobl9oYW5kbGUgKnhjZV9oYW5kbGUgPSBOVUxM Owogc3RhdGljIHhjX2ludGVyZmFjZSAqeGNoICAgICAgICAgICAgPSBOVUxMOwogc3RhdGljIHN0 cnVjdCB4c19oYW5kbGUgKnhzX2hhbmRsZSAgPSBOVUxMOwogCiB2b2lkIGNsZWFudXAodm9pZCkK IHsKICAgICBpZiAodmlycV9wb3J0ID4gLTEpCi0gICAgICAgIHhjX2V2dGNobl91bmJpbmQoeGNl X2hhbmRsZSwgdmlycV9wb3J0KTsKKyAgICAgICAgeGVuZXZ0Y2huX3VuYmluZCh4Y2VfaGFuZGxl LCB2aXJxX3BvcnQpOwogICAgIGlmICh4Y2VfaGFuZGxlKQotICAgICAgICB4Y19ldnRjaG5fY2xv c2UoeGNlX2hhbmRsZSk7CisgICAgICAgIHhlbmV2dGNobl9jbG9zZSh4Y2VfaGFuZGxlKTsKICAg ICBpZiAoeGNoKQogICAgICAgICB4Y19pbnRlcmZhY2VfY2xvc2UoeGNoKTsKICAgICBpZiAoeHNf aGFuZGxlKQpAQCAtOTQsNyArOTUsNyBAQCBpbnQgbWFpbihpbnQgYXJnYywgY2hhciAqYXJndltd KQogICAgICAgICByZXR1cm4gMTsKICAgICB9CiAKLQl4Y2VfaGFuZGxlID0geGNfZXZ0Y2huX29w ZW4oTlVMTCwgMCk7CisJeGNlX2hhbmRsZSA9IHhlbmV2dGNobl9vcGVuKE5VTEwsIDApOwogCWlm ICh4Y2VfaGFuZGxlID09IE5VTEwpCiAgICAgewogICAgICAgICBwZXJyb3IoIkZhaWxlZCB0byBv cGVuIGV2dGNobiBkZXZpY2UiKTsKQEAgLTEwOCw3ICsxMDksNyBAQCBpbnQgbWFpbihpbnQgYXJn YywgY2hhciAqYXJndltdKQogICAgICAgICByZXR1cm4gMzsKICAgICB9CiAKLQlpZiAoKHJjID0g eGNfZXZ0Y2huX2JpbmRfdmlycSh4Y2VfaGFuZGxlLCBWSVJRX0VOT01FTSkpID09IC0xKQorCWlm ICgocmMgPSB4ZW5ldnRjaG5fYmluZF92aXJxKHhjZV9oYW5kbGUsIFZJUlFfRU5PTUVNKSkgPT0g LTEpCiAgICAgewogICAgICAgICBwZXJyb3IoIkZhaWxlZCB0byBiaW5kIHRvIGRvbWFpbiBleGNl cHRpb24gdmlycSBwb3J0Iik7CiAgICAgICAgIHJldHVybiA0OwpAQCAtMTIwLDcgKzEyMSw3IEBA IGludCBtYWluKGludCBhcmdjLCBjaGFyICphcmd2W10pCiAgICAgewogICAgICAgICBldnRjaG5f cG9ydF90IHBvcnQ7CiAKLSAgICAgICAgaWYgKChwb3J0ID0geGNfZXZ0Y2huX3BlbmRpbmcoeGNl X2hhbmRsZSkpID09IC0xKQorICAgICAgICBpZiAoKHBvcnQgPSB4ZW5ldnRjaG5fcGVuZGluZyh4 Y2VfaGFuZGxlKSkgPT0gLTEpCiAgICAgICAgIHsKICAgICAgICAgICAgIHBlcnJvcigiRmFpbGVk IHRvIGxpc3RlbiBmb3IgcGVuZGluZyBldmVudCBjaGFubmVsIik7CiAgICAgICAgICAgICByZXR1 cm4gNTsKQEAgLTEzNCw3ICsxMzUsNyBAQCBpbnQgbWFpbihpbnQgYXJnYywgY2hhciAqYXJndltd KQogICAgICAgICAgICAgcmV0dXJuIDY7CiAgICAgICAgIH0KIAotICAgICAgICBpZiAoeGNfZXZ0 Y2huX3VubWFzayh4Y2VfaGFuZGxlLCBwb3J0KSA9PSAtMSkKKyAgICAgICAgaWYgKHhlbmV2dGNo bl91bm1hc2soeGNlX2hhbmRsZSwgcG9ydCkgPT0gLTEpCiAgICAgICAgIHsKICAgICAgICAgICAg IHBlcnJvcigiRmFpbGVkIHRvIHVubWFzayBwb3J0Iik7CiAgICAgICAgICAgICByZXR1cm4gNzsK ZGlmZiAtLWdpdCBhL3Rvb2xzL29jYW1sL2xpYnMvZXZlbnRjaG4vTWFrZWZpbGUgYi90b29scy9v Y2FtbC9saWJzL2V2ZW50Y2huL01ha2VmaWxlCmluZGV4IDJkOGQ2MTguLjE1NGVmZDQgMTAwNjQ0 Ci0tLSBhL3Rvb2xzL29jYW1sL2xpYnMvZXZlbnRjaG4vTWFrZWZpbGUKKysrIGIvdG9vbHMvb2Nh bWwvbGlicy9ldmVudGNobi9NYWtlZmlsZQpAQCAtMiwxMyArMiwxMyBAQCBUT1BMRVZFTD0kKENV UkRJUikvLi4vLi4KIFhFTl9ST09UPSQoVE9QTEVWRUwpLy4uLy4uCiBpbmNsdWRlICQoVE9QTEVW RUwpL2NvbW1vbi5tYWtlCiAKLUNGTEFHUyArPSAkKENGTEFHU19saWJ4ZW5jdHJsKSAkKENGTEFH U194ZW5pbmNsdWRlKQorQ0ZMQUdTICs9ICQoQ0ZMQUdTX2xpYnhlbmV2dGNobikgJChDRkxBR1Nf eGVuaW5jbHVkZSkKIAogT0JKUyA9IHhlbmV2ZW50Y2huCiBJTlRGID0gJChmb3JlYWNoIG9iaiwg JChPQkpTKSwkKG9iaikuY21pKQogTElCUyA9IHhlbmV2ZW50Y2huLmNtYSB4ZW5ldmVudGNobi5j bXhhCiAKLUxJQlNfeGVuZXZlbnRjaG4gPSAkKExETElCU19saWJ4ZW5jdHJsKQorTElCU194ZW5l dmVudGNobiA9ICQoTERMSUJTX2xpYnhlbmV2dGNobikKIAogYWxsOiAkKElOVEYpICQoTElCUykg JChQUk9HUkFNUykKIApkaWZmIC0tZ2l0IGEvdG9vbHMvb2NhbWwvbGlicy9ldmVudGNobi94ZW5l dmVudGNobl9zdHVicy5jIGIvdG9vbHMvb2NhbWwvbGlicy9ldmVudGNobi94ZW5ldmVudGNobl9z dHVicy5jCmluZGV4IDU5MzllN2MuLmMyZDQ3MzcgMTAwNjQ0Ci0tLSBhL3Rvb2xzL29jYW1sL2xp YnMvZXZlbnRjaG4veGVuZXZlbnRjaG5fc3R1YnMuYworKysgYi90b29scy9vY2FtbC9saWJzL2V2 ZW50Y2huL3hlbmV2ZW50Y2huX3N0dWJzLmMKQEAgLTI0LDcgKzI0LDcgQEAKICNpbmNsdWRlIDx4 ZW4vc3lzY3RsLmg+CiAjaW5jbHVkZSA8eGVuL3hlbi5oPgogI2luY2x1ZGUgPHhlbi9zeXMvZXZ0 Y2huLmg+Ci0jaW5jbHVkZSA8eGVuY3RybC5oPgorI2luY2x1ZGUgPHhlbmV2dGNobi5oPgogCiAj ZGVmaW5lIENBTUxfTkFNRV9TUEFDRQogI2luY2x1ZGUgPGNhbWwvbWx2YWx1ZXMuaD4KQEAgLTM0 LDE0ICszNCwxNCBAQAogI2luY2x1ZGUgPGNhbWwvY2FsbGJhY2suaD4KICNpbmNsdWRlIDxjYW1s L2ZhaWwuaD4KIAotI2RlZmluZSBfSChfX2gpICgoeGNfZXZ0Y2huICopKF9faCkpCisjZGVmaW5l IF9IKF9faCkgKCh4ZW5ldnRjaG5faGFuZGxlICopKF9faCkpCiAKIENBTUxwcmltIHZhbHVlIHN0 dWJfZXZlbnRjaG5faW5pdCh2b2lkKQogewogCUNBTUxwYXJhbTAoKTsKIAlDQU1MbG9jYWwxKHJl c3VsdCk7CiAKLQl4Y19ldnRjaG4gKnhjZSA9IHhjX2V2dGNobl9vcGVuKE5VTEwsIFhDX09QRU5G TEFHX05PTl9SRUVOVFJBTlQpOworCXhlbmV2dGNobl9oYW5kbGUgKnhjZSA9IHhlbmV2dGNobl9v cGVuKE5VTEwsIDApOwogCWlmICh4Y2UgPT0gTlVMTCkKIAkJY2FtbF9mYWlsd2l0aCgib3BlbiBm YWlsZWQiKTsKIApAQCAtNTUsNyArNTUsNyBAQCBDQU1McHJpbSB2YWx1ZSBzdHViX2V2ZW50Y2hu X2ZkKHZhbHVlIHhjZSkKIAlDQU1MbG9jYWwxKHJlc3VsdCk7CiAJaW50IGZkOwogCi0JZmQgPSB4 Y19ldnRjaG5fZmQoX0goeGNlKSk7CisJZmQgPSB4ZW5ldnRjaG5fZmQoX0goeGNlKSk7CiAJaWYg KGZkID09IC0xKQogCQljYW1sX2ZhaWx3aXRoKCJldnRjaG4gZmQgZmFpbGVkIik7CiAKQEAgLTY5 LDcgKzY5LDcgQEAgQ0FNTHByaW0gdmFsdWUgc3R1Yl9ldmVudGNobl9ub3RpZnkodmFsdWUgeGNl LCB2YWx1ZSBwb3J0KQogCUNBTUxwYXJhbTIoeGNlLCBwb3J0KTsKIAlpbnQgcmM7CiAKLQlyYyA9 IHhjX2V2dGNobl9ub3RpZnkoX0goeGNlKSwgSW50X3ZhbChwb3J0KSk7CisJcmMgPSB4ZW5ldnRj aG5fbm90aWZ5KF9IKHhjZSksIEludF92YWwocG9ydCkpOwogCWlmIChyYyA9PSAtMSkKIAkJY2Ft bF9mYWlsd2l0aCgiZXZ0Y2huIG5vdGlmeSBmYWlsZWQiKTsKIApAQCAtODMsNyArODMsNyBAQCBD QU1McHJpbSB2YWx1ZSBzdHViX2V2ZW50Y2huX2JpbmRfaW50ZXJkb21haW4odmFsdWUgeGNlLCB2 YWx1ZSBkb21pZCwKIAlDQU1MbG9jYWwxKHBvcnQpOwogCWV2dGNobl9wb3J0X29yX2Vycm9yX3Qg cmM7CiAKLQlyYyA9IHhjX2V2dGNobl9iaW5kX2ludGVyZG9tYWluKF9IKHhjZSksIEludF92YWwo ZG9taWQpLCBJbnRfdmFsKHJlbW90ZV9wb3J0KSk7CisJcmMgPSB4ZW5ldnRjaG5fYmluZF9pbnRl cmRvbWFpbihfSCh4Y2UpLCBJbnRfdmFsKGRvbWlkKSwgSW50X3ZhbChyZW1vdGVfcG9ydCkpOwog CWlmIChyYyA9PSAtMSkKIAkJY2FtbF9mYWlsd2l0aCgiZXZ0Y2huIGJpbmRfaW50ZXJkb21haW4g ZmFpbGVkIik7CiAJcG9ydCA9IFZhbF9pbnQocmMpOwpAQCAtOTcsNyArOTcsNyBAQCBDQU1McHJp bSB2YWx1ZSBzdHViX2V2ZW50Y2huX2JpbmRfZG9tX2V4Y192aXJxKHZhbHVlIHhjZSkKIAlDQU1M bG9jYWwxKHBvcnQpOwogCWV2dGNobl9wb3J0X29yX2Vycm9yX3QgcmM7CiAKLQlyYyA9IHhjX2V2 dGNobl9iaW5kX3ZpcnEoX0goeGNlKSwgVklSUV9ET01fRVhDKTsKKwlyYyA9IHhlbmV2dGNobl9i aW5kX3ZpcnEoX0goeGNlKSwgVklSUV9ET01fRVhDKTsKIAlpZiAocmMgPT0gLTEpCiAJCWNhbWxf ZmFpbHdpdGgoImV2dGNobiBiaW5kX2RvbV9leGNfdmlycSBmYWlsZWQiKTsKIAlwb3J0ID0gVmFs X2ludChyYyk7CkBAIC0xMTAsNyArMTEwLDcgQEAgQ0FNTHByaW0gdmFsdWUgc3R1Yl9ldmVudGNo bl91bmJpbmQodmFsdWUgeGNlLCB2YWx1ZSBwb3J0KQogCUNBTUxwYXJhbTIoeGNlLCBwb3J0KTsK IAlpbnQgcmM7CiAKLQlyYyA9IHhjX2V2dGNobl91bmJpbmQoX0goeGNlKSwgSW50X3ZhbChwb3J0 KSk7CisJcmMgPSB4ZW5ldnRjaG5fdW5iaW5kKF9IKHhjZSksIEludF92YWwocG9ydCkpOwogCWlm IChyYyA9PSAtMSkKIAkJY2FtbF9mYWlsd2l0aCgiZXZ0Y2huIHVuYmluZCBmYWlsZWQiKTsKIApA QCAtMTIzLDcgKzEyMyw3IEBAIENBTUxwcmltIHZhbHVlIHN0dWJfZXZlbnRjaG5fcGVuZGluZyh2 YWx1ZSB4Y2UpCiAJQ0FNTGxvY2FsMShyZXN1bHQpOwogCWV2dGNobl9wb3J0X29yX2Vycm9yX3Qg cG9ydDsKIAotCXBvcnQgPSB4Y19ldnRjaG5fcGVuZGluZyhfSCh4Y2UpKTsKKwlwb3J0ID0geGVu ZXZ0Y2huX3BlbmRpbmcoX0goeGNlKSk7CiAJaWYgKHBvcnQgPT0gLTEpCiAJCWNhbWxfZmFpbHdp dGgoImV2dGNobiBwZW5kaW5nIGZhaWxlZCIpOwogCXJlc3VsdCA9IFZhbF9pbnQocG9ydCk7CkBA IC0xMzcsNyArMTM3LDcgQEAgQ0FNTHByaW0gdmFsdWUgc3R1Yl9ldmVudGNobl91bm1hc2sodmFs dWUgeGNlLCB2YWx1ZSBfcG9ydCkKIAlldnRjaG5fcG9ydF90IHBvcnQ7CiAKIAlwb3J0ID0gSW50 X3ZhbChfcG9ydCk7Ci0JaWYgKHhjX2V2dGNobl91bm1hc2soX0goeGNlKSwgcG9ydCkpCisJaWYg KHhlbmV2dGNobl91bm1hc2soX0goeGNlKSwgcG9ydCkpCiAJCWNhbWxfZmFpbHdpdGgoImV2dGNo biB1bm1hc2sgZmFpbGVkIik7CiAJQ0FNTHJldHVybihWYWxfdW5pdCk7CiB9CmRpZmYgLS1naXQg YS90b29scy9weXRob24vc2V0dXAucHkgYi90b29scy9weXRob24vc2V0dXAucHkKaW5kZXggOTc3 MWNjNC4uY2UzMTdiNCAxMDA2NDQKLS0tIGEvdG9vbHMvcHl0aG9uL3NldHVwLnB5CisrKyBiL3Rv b2xzL3B5dGhvbi9zZXR1cC5weQpAQCAtOCwxMyArOCwxOCBAQCBleHRyYV9jb21waWxlX2FyZ3Mg ID0gWyAiLWZuby1zdHJpY3QtYWxpYXNpbmciLCAiLVdlcnJvciIgXQogCiBQQVRIX1hFTiAgICAg ID0gWEVOX1JPT1QgKyAiL3Rvb2xzL2luY2x1ZGUiCiBQQVRIX0xJQlhFTlRPT0xMT0cgPSBYRU5f Uk9PVCArICIvdG9vbHMvbGlicy90b29sbG9nIgorUEFUSF9MSUJYRU5FVlRDSE4gPSBYRU5fUk9P VCArICIvdG9vbHMvbGlicy9ldnRjaG4iCiBQQVRIX0xJQlhDICAgID0gWEVOX1JPT1QgKyAiL3Rv b2xzL2xpYnhjIgogUEFUSF9MSUJYTCAgICA9IFhFTl9ST09UICsgIi90b29scy9saWJ4bCIKIFBB VEhfWEVOU1RPUkUgPSBYRU5fUk9PVCArICIvdG9vbHMveGVuc3RvcmUiCiAKIHhjID0gRXh0ZW5z aW9uKCJ4YyIsCiAgICAgICAgICAgICAgICBleHRyYV9jb21waWxlX2FyZ3MgPSBleHRyYV9jb21w aWxlX2FyZ3MsCi0gICAgICAgICAgICAgICBpbmNsdWRlX2RpcnMgICAgICAgPSBbIFBBVEhfWEVO LCBQQVRIX0xJQlhFTlRPT0xMT0cgKyAiL2luY2x1ZGUiLCBQQVRIX0xJQlhDICsgIi9pbmNsdWRl IiwgInhlbi9sb3dsZXZlbC94YyIgXSwKKyAgICAgICAgICAgICAgIGluY2x1ZGVfZGlycyAgICAg ICA9IFsgUEFUSF9YRU4sCisgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIFBB VEhfTElCWEVOVE9PTExPRyArICIvaW5jbHVkZSIsCisgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgIFBBVEhfTElCWEVORVZUQ0hOICsgIi9pbmNsdWRlIiwKKyAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgUEFUSF9MSUJYQyArICIvaW5jbHVkZSIsCisgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICJ4ZW4vbG93bGV2ZWwveGMiIF0sCiAg ICAgICAgICAgICAgICBsaWJyYXJ5X2RpcnMgICAgICAgPSBbIFBBVEhfTElCWEMgXSwKICAgICAg ICAgICAgICAgIGxpYnJhcmllcyAgICAgICAgICA9IFsgInhlbmN0cmwiLCAieGVuZ3Vlc3QiIF0s CiAgICAgICAgICAgICAgICBkZXBlbmRzICAgICAgICAgICAgPSBbIFBBVEhfTElCWEMgKyAiL2xp YnhlbmN0cmwuc28iLCBQQVRIX0xJQlhDICsgIi9saWJ4ZW5ndWVzdC5zbyIsICAiLVdsLC1ycGF0 aC1saW5rPSIrUEFUSF9MSUJYRU5UT09MTE9HIF0sCmRpZmYgLS1naXQgYS90b29scy90ZXN0cy94 ZW4tYWNjZXNzL01ha2VmaWxlIGIvdG9vbHMvdGVzdHMveGVuLWFjY2Vzcy9NYWtlZmlsZQppbmRl eCBmODEwNTQzLi45N2NmYWU0IDEwMDY0NAotLS0gYS90b29scy90ZXN0cy94ZW4tYWNjZXNzL01h a2VmaWxlCisrKyBiL3Rvb2xzL3Rlc3RzL3hlbi1hY2Nlc3MvTWFrZWZpbGUKQEAgLTUsNiArNSw3 IEBAIENGTEFHUyArPSAtV2Vycm9yCiAKIENGTEFHUyArPSAkKENGTEFHU19saWJ4ZW5jdHJsKQog Q0ZMQUdTICs9ICQoQ0ZMQUdTX2xpYnhlbmd1ZXN0KQorQ0ZMQUdTICs9ICQoQ0ZMQUdTX2xpYnhl bmV2dGNobikKIENGTEFHUyArPSAkKENGTEFHU194ZW5pbmNsdWRlKQogCiBUQVJHRVRTLXkgOj0K QEAgLTI1LDYgKzI2LDYgQEAgY2xlYW46CiBkaXN0Y2xlYW46IGNsZWFuCiAKIHhlbi1hY2Nlc3M6 IHhlbi1hY2Nlc3MubyBNYWtlZmlsZQotCSQoQ0MpIC1vICRAICQ8ICQoTERGTEFHUykgJChMRExJ QlNfbGlieGVuY3RybCkgJChMRExJQlNfbGlieGVuZ3Vlc3QpCisJJChDQykgLW8gJEAgJDwgJChM REZMQUdTKSAkKExETElCU19saWJ4ZW5jdHJsKSAkKExETElCU19saWJ4ZW5ndWVzdCkgJChMRExJ QlNfbGlieGVuZXZ0Y2huKQogCiAtaW5jbHVkZSAkKERFUFMpCmRpZmYgLS1naXQgYS90b29scy90 ZXN0cy94ZW4tYWNjZXNzL3hlbi1hY2Nlc3MuYyBiL3Rvb2xzL3Rlc3RzL3hlbi1hY2Nlc3MveGVu LWFjY2Vzcy5jCmluZGV4IGE1MmNhNmUuLjc5OTM5NDcgMTAwNjQ0Ci0tLSBhL3Rvb2xzL3Rlc3Rz L3hlbi1hY2Nlc3MveGVuLWFjY2Vzcy5jCisrKyBiL3Rvb2xzL3Rlc3RzL3hlbi1hY2Nlc3MveGVu LWFjY2Vzcy5jCkBAIC0zOSw2ICszOSw3IEBACiAjaW5jbHVkZSA8c3lzL3BvbGwuaD4KIAogI2lu Y2x1ZGUgPHhlbmN0cmwuaD4KKyNpbmNsdWRlIDx4ZW5ldnRjaG4uaD4KICNpbmNsdWRlIDx4ZW4v dm1fZXZlbnQuaD4KIAogI2lmIGRlZmluZWQoX19hcm1fXykgfHwgZGVmaW5lZChfX2FhcmNoNjRf XykKQEAgLTU0LDcgKzU1LDcgQEAKIAogdHlwZWRlZiBzdHJ1Y3Qgdm1fZXZlbnQgewogICAgIGRv bWlkX3QgZG9tYWluX2lkOwotICAgIHhjX2V2dGNobiAqeGNlX2hhbmRsZTsKKyAgICB4ZW5ldnRj aG5faGFuZGxlICp4Y2VfaGFuZGxlOwogICAgIGludCBwb3J0OwogICAgIHZtX2V2ZW50X2JhY2tf cmluZ190IGJhY2tfcmluZzsKICAgICB1aW50MzJfdCBldnRjaG5fcG9ydDsKQEAgLTc3LDkgKzc4 LDkgQEAgc3RhdGljIHZvaWQgY2xvc2VfaGFuZGxlcihpbnQgc2lnKQogICAgIGludGVycnVwdGVk ID0gc2lnOwogfQogCi1pbnQgeGNfd2FpdF9mb3JfZXZlbnRfb3JfdGltZW91dCh4Y19pbnRlcmZh Y2UgKnhjaCwgeGNfZXZ0Y2huICp4Y2UsIHVuc2lnbmVkIGxvbmcgbXMpCitpbnQgeGNfd2FpdF9m b3JfZXZlbnRfb3JfdGltZW91dCh4Y19pbnRlcmZhY2UgKnhjaCwgeGVuZXZ0Y2huX2hhbmRsZSAq eGNlLCB1bnNpZ25lZCBsb25nIG1zKQogewotICAgIHN0cnVjdCBwb2xsZmQgZmQgPSB7IC5mZCA9 IHhjX2V2dGNobl9mZCh4Y2UpLCAuZXZlbnRzID0gUE9MTElOIHwgUE9MTEVSUiB9OworICAgIHN0 cnVjdCBwb2xsZmQgZmQgPSB7IC5mZCA9IHhlbmV2dGNobl9mZCh4Y2UpLCAuZXZlbnRzID0gUE9M TElOIHwgUE9MTEVSUiB9OwogICAgIGludCBwb3J0OwogICAgIGludCByYzsKIApAQCAtOTUsMTQg Kzk2LDE0IEBAIGludCB4Y193YWl0X2Zvcl9ldmVudF9vcl90aW1lb3V0KHhjX2ludGVyZmFjZSAq eGNoLCB4Y19ldnRjaG4gKnhjZSwgdW5zaWduZWQgbG9uCiAKICAgICBpZiAoIHJjID09IDEgKQog ICAgIHsKLSAgICAgICAgcG9ydCA9IHhjX2V2dGNobl9wZW5kaW5nKHhjZSk7CisgICAgICAgIHBv cnQgPSB4ZW5ldnRjaG5fcGVuZGluZyh4Y2UpOwogICAgICAgICBpZiAoIHBvcnQgPT0gLTEgKQog ICAgICAgICB7CiAgICAgICAgICAgICBFUlJPUigiRmFpbGVkIHRvIHJlYWQgcG9ydCBmcm9tIGV2 ZW50IGNoYW5uZWwiKTsKICAgICAgICAgICAgIGdvdG8gZXJyOwogICAgICAgICB9CiAKLSAgICAg ICAgcmMgPSB4Y19ldnRjaG5fdW5tYXNrKHhjZSwgcG9ydCk7CisgICAgICAgIHJjID0geGVuZXZ0 Y2huX3VubWFzayh4Y2UsIHBvcnQpOwogICAgICAgICBpZiAoIHJjICE9IDAgKQogICAgICAgICB7 CiAgICAgICAgICAgICBFUlJPUigiRmFpbGVkIHRvIHVubWFzayBldmVudCBjaGFubmVsIHBvcnQi KTsKQEAgLTE0Myw3ICsxNDQsNyBAQCBpbnQgeGVuYWNjZXNzX3RlYXJkb3duKHhjX2ludGVyZmFj ZSAqeGNoLCB4ZW5hY2Nlc3NfdCAqeGVuYWNjZXNzKQogICAgIC8qIFVuYmluZCBWSVJRICovCiAg ICAgaWYgKCBldnRjaG5fYmluZCApCiAgICAgewotICAgICAgICByYyA9IHhjX2V2dGNobl91bmJp bmQoeGVuYWNjZXNzLT52bV9ldmVudC54Y2VfaGFuZGxlLAorICAgICAgICByYyA9IHhlbmV2dGNo bl91bmJpbmQoeGVuYWNjZXNzLT52bV9ldmVudC54Y2VfaGFuZGxlLAogICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgeGVuYWNjZXNzLT52bV9ldmVudC5wb3J0KTsKICAgICAgICAgaWYgKCBy YyAhPSAwICkKICAgICAgICAgewpAQCAtMTU1LDcgKzE1Niw3IEBAIGludCB4ZW5hY2Nlc3NfdGVh cmRvd24oeGNfaW50ZXJmYWNlICp4Y2gsIHhlbmFjY2Vzc190ICp4ZW5hY2Nlc3MpCiAgICAgLyog Q2xvc2UgZXZlbnQgY2hhbm5lbCAqLwogICAgIGlmICggZXZ0Y2huX29wZW4gKQogICAgIHsKLSAg ICAgICAgcmMgPSB4Y19ldnRjaG5fY2xvc2UoeGVuYWNjZXNzLT52bV9ldmVudC54Y2VfaGFuZGxl KTsKKyAgICAgICAgcmMgPSB4ZW5ldnRjaG5fY2xvc2UoeGVuYWNjZXNzLT52bV9ldmVudC54Y2Vf aGFuZGxlKTsKICAgICAgICAgaWYgKCByYyAhPSAwICkKICAgICAgICAgewogICAgICAgICAgICAg RVJST1IoIkVycm9yIGNsb3NpbmcgZXZlbnQgY2hhbm5lbCIpOwpAQCAtMjIzLDcgKzIyNCw3IEBA IHhlbmFjY2Vzc190ICp4ZW5hY2Nlc3NfaW5pdCh4Y19pbnRlcmZhY2UgKip4Y2hfciwgZG9taWRf dCBkb21haW5faWQpCiAgICAgbWVtX2FjY2Vzc19lbmFibGUgPSAxOwogCiAgICAgLyogT3BlbiBl dmVudCBjaGFubmVsICovCi0gICAgeGVuYWNjZXNzLT52bV9ldmVudC54Y2VfaGFuZGxlID0geGNf ZXZ0Y2huX29wZW4oTlVMTCwgMCk7CisgICAgeGVuYWNjZXNzLT52bV9ldmVudC54Y2VfaGFuZGxl ID0geGVuZXZ0Y2huX29wZW4oTlVMTCwgMCk7CiAgICAgaWYgKCB4ZW5hY2Nlc3MtPnZtX2V2ZW50 LnhjZV9oYW5kbGUgPT0gTlVMTCApCiAgICAgewogICAgICAgICBFUlJPUigiRmFpbGVkIHRvIG9w ZW4gZXZlbnQgY2hhbm5lbCIpOwpAQCAtMjMyLDcgKzIzMyw3IEBAIHhlbmFjY2Vzc190ICp4ZW5h Y2Nlc3NfaW5pdCh4Y19pbnRlcmZhY2UgKip4Y2hfciwgZG9taWRfdCBkb21haW5faWQpCiAgICAg ZXZ0Y2huX29wZW4gPSAxOwogCiAgICAgLyogQmluZCBldmVudCBub3RpZmljYXRpb24gKi8KLSAg ICByYyA9IHhjX2V2dGNobl9iaW5kX2ludGVyZG9tYWluKHhlbmFjY2Vzcy0+dm1fZXZlbnQueGNl X2hhbmRsZSwKKyAgICByYyA9IHhlbmV2dGNobl9iaW5kX2ludGVyZG9tYWluKHhlbmFjY2Vzcy0+ dm1fZXZlbnQueGNlX2hhbmRsZSwKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg IHhlbmFjY2Vzcy0+dm1fZXZlbnQuZG9tYWluX2lkLAogICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgeGVuYWNjZXNzLT52bV9ldmVudC5ldnRjaG5fcG9ydCk7CiAgICAgaWYgKCBy YyA8IDAgKQpAQCAtNjc4LDcgKzY3OSw3IEBAIGludCBtYWluKGludCBhcmdjLCBjaGFyICphcmd2 W10pCiAgICAgICAgIH0KIAogICAgICAgICAvKiBUZWxsIFhlbiBwYWdlIGlzIHJlYWR5ICovCi0g ICAgICAgIHJjID0geGNfZXZ0Y2huX25vdGlmeSh4ZW5hY2Nlc3MtPnZtX2V2ZW50LnhjZV9oYW5k bGUsCisgICAgICAgIHJjID0geGVuZXZ0Y2huX25vdGlmeSh4ZW5hY2Nlc3MtPnZtX2V2ZW50Lnhj ZV9oYW5kbGUsCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICB4ZW5hY2Nlc3MtPnZtX2V2 ZW50LnBvcnQpOwogCiAgICAgICAgIGlmICggcmMgIT0gMCApCmRpZmYgLS1naXQgYS90b29scy94 Y3V0aWxzL01ha2VmaWxlIGIvdG9vbHMveGN1dGlscy9NYWtlZmlsZQppbmRleCBmZmY1MTlkLi4y ZDFmMTEyIDEwMDY0NAotLS0gYS90b29scy94Y3V0aWxzL01ha2VmaWxlCisrKyBiL3Rvb2xzL3hj dXRpbHMvTWFrZWZpbGUKQEAgLTE2LDggKzE2LDggQEAgUFJPR1JBTVMgPSByZWFkbm90ZXMgbHNl dnRjaG4KIENGTEFHUyArPSAtV2Vycm9yCiAKICMgaW5jb3JyZWN0bHkgdXNlcyBsaWJ4YyBpbnRl cm5hbHMKLUNGTEFHU19yZWFkbm90ZXMubyAgOj0gJChDRkxBR1NfbGlieGVuY3RybCkgJChDRkxB R1NfbGlieGVuZ3Vlc3QpIC1JJChYRU5fUk9PVCkvdG9vbHMvbGlieGMKLUNGTEFHU19sc2V2dGNo bi5vICAgOj0gJChDRkxBR1NfbGlieGVuY3RybCkKK0NGTEFHU19yZWFkbm90ZXMubyAgOj0gJChD RkxBR1NfbGlieGVuZXZ0Y2huKSAkKENGTEFHU19saWJ4ZW5jdHJsKSAkKENGTEFHU19saWJ4ZW5n dWVzdCkgLUkkKFhFTl9ST09UKS90b29scy9saWJ4YworQ0ZMQUdTX2xzZXZ0Y2huLm8gICA6PSAk KENGTEFHU19saWJ4ZW5ldnRjaG4pICQoQ0ZMQUdTX2xpYnhlbmN0cmwpCiAKIC5QSE9OWTogYWxs CiBhbGw6IGJ1aWxkCmRpZmYgLS1naXQgYS90b29scy94ZW5tb24vTWFrZWZpbGUgYi90b29scy94 ZW5tb24vTWFrZWZpbGUKaW5kZXggMjBlYTEwMC4uOTgwNTZmMiAxMDA2NDQKLS0tIGEvdG9vbHMv eGVubW9uL01ha2VmaWxlCisrKyBiL3Rvb2xzL3hlbm1vbi9NYWtlZmlsZQpAQCAtMTQsOCArMTQs MTAgQEAgWEVOX1JPT1Q9JChDVVJESVIpLy4uLy4uCiBpbmNsdWRlICQoWEVOX1JPT1QpL3Rvb2xz L1J1bGVzLm1rCiAKIENGTEFHUyAgKz0gLVdlcnJvcgorQ0ZMQUdTICArPSAkKENGTEFHU19saWJ4 ZW5ldnRjaG4pCiBDRkxBR1MgICs9ICQoQ0ZMQUdTX2xpYnhlbmN0cmwpCiBMRExJQlMgICs9ICQo TERMSUJTX2xpYnhlbmN0cmwpCitMRExJQlMgICs9ICQoTERMSUJTX2xpYnhlbmV2dGNobikKIAog U0NSSVBUUyA9IHhlbm1vbi5weQogCmRpZmYgLS1naXQgYS90b29scy94ZW5tb24veGVuYmFrZWQu YyBiL3Rvb2xzL3hlbm1vbi94ZW5iYWtlZC5jCmluZGV4IDFkZGIyOWIuLmU0NjAyZWYgMTAwNjQ0 Ci0tLSBhL3Rvb2xzL3hlbm1vbi94ZW5iYWtlZC5jCisrKyBiL3Rvb2xzL3hlbm1vbi94ZW5iYWtl ZC5jCkBAIC0zNyw2ICszNyw3IEBACiAjaW5jbHVkZSA8dW5pc3RkLmg+CiAjaW5jbHVkZSA8ZXJy bm8uaD4KICNpbmNsdWRlIDxzaWduYWwuaD4KKyNpbmNsdWRlIDx4ZW5ldnRjaG4uaD4KICNpbmNs dWRlIDx4ZW5jdHJsLmg+CiAjaW5jbHVkZSA8eGVuL3hlbi5oPgogI2luY2x1ZGUgPHN0cmluZy5o PgpAQCAtMjY3LDcgKzI2OCw3IEBAIHN0YXRpYyB2b2lkIGxvZ19ldmVudChpbnQgZXZlbnRfaWQp CiB9CiAKIGludCB2aXJxX3BvcnQ7Ci14Y19ldnRjaG4gKnhjZV9oYW5kbGUgPSBOVUxMOworeGVu ZXZ0Y2huX2hhbmRsZSAqeGNlX2hhbmRsZSA9IE5VTEw7CiAKIC8qIFJldHVybnMgdGhlIGV2ZW50 IGNoYW5uZWwgaGFuZGxlLiAqLwogLyogU3RvbGVuIGZyb20geGVuc3RvcmUgY29kZSAqLwpAQCAt Mjc5LDEyICsyODAsMTIgQEAgc3RhdGljIGludCBldmVudGNobl9pbml0KHZvaWQpCiAgICAgaWYg KDApCiAgICAgICAgIHJldHVybiAtMTsKICAgCi0gICAgeGNlX2hhbmRsZSA9IHhjX2V2dGNobl9v cGVuKE5VTEwsIDApOworICAgIHhjZV9oYW5kbGUgPSB4ZW5ldnRjaG5fb3BlbihOVUxMLCAwKTsK IAogICAgIGlmICh4Y2VfaGFuZGxlID09IE5VTEwpCiAgICAgICAgIHBlcnJvcigiRmFpbGVkIHRv IG9wZW4gZXZ0Y2huIGRldmljZSIpOwogICAKLSAgICBpZiAoKHJjID0geGNfZXZ0Y2huX2JpbmRf dmlycSh4Y2VfaGFuZGxlLCBWSVJRX1RCVUYpKSA9PSAtMSkKKyAgICBpZiAoKHJjID0geGVuZXZ0 Y2huX2JpbmRfdmlycSh4Y2VfaGFuZGxlLCBWSVJRX1RCVUYpKSA9PSAtMSkKICAgICAgICAgcGVy cm9yKCJGYWlsZWQgdG8gYmluZCB0byBkb21haW4gZXhjZXB0aW9uIHZpcnEgcG9ydCIpOwogICAg IHZpcnFfcG9ydCA9IHJjOwogICAKQEAgLTMwNCw3ICszMDUsNyBAQCBzdGF0aWMgdm9pZCB3YWl0 X2Zvcl9ldmVudCh2b2lkKQogICAgICAgICByZXR1cm47CiAgICAgfQogCi0gICAgZXZ0Y2huX2Zk ID0geGNfZXZ0Y2huX2ZkKHhjZV9oYW5kbGUpOworICAgIGV2dGNobl9mZCA9IHhlbmV2dGNobl9m ZCh4Y2VfaGFuZGxlKTsKIAogICAgIEZEX1pFUk8oJmluc2V0KTsKICAgICBGRF9TRVQoZXZ0Y2hu X2ZkLCAmaW5zZXQpOwpAQCAtMzE0LDEzICszMTUsMTMgQEAgc3RhdGljIHZvaWQgd2FpdF9mb3Jf ZXZlbnQodm9pZCkKICAgICByZXQgPSBzZWxlY3QoZXZ0Y2huX2ZkKzEsICZpbnNldCwgTlVMTCwg TlVMTCwgJnR2KTsKICAgCiAgICAgaWYgKCAocmV0ID09IDEpICYmIEZEX0lTU0VUKGV2dGNobl9m ZCwgJmluc2V0KSkgewotICAgICAgICBpZiAoKHBvcnQgPSB4Y19ldnRjaG5fcGVuZGluZyh4Y2Vf aGFuZGxlKSkgPT0gLTEpCisgICAgICAgIGlmICgocG9ydCA9IHhlbmV2dGNobl9wZW5kaW5nKHhj ZV9oYW5kbGUpKSA9PSAtMSkKICAgICAgICAgICAgIHBlcnJvcigiRmFpbGVkIHRvIHJlYWQgZnJv bSBldmVudCBmZCIpOwogICAgIAogICAgICAgICAvLyAgICBpZiAocG9ydCA9PSB2aXJxX3BvcnQp CiAgICAgICAgIC8vICAgICAgcHJpbnRmKCJnb3QgdGhlIGV2ZW50IEkgd2FzIGxvb2tpbmcgZm9y XHJcbiIpOwogCi0gICAgICAgIGlmICh4Y19ldnRjaG5fdW5tYXNrKHhjZV9oYW5kbGUsIHBvcnQp ID09IC0xKQorICAgICAgICBpZiAoeGVuZXZ0Y2huX3VubWFzayh4Y2VfaGFuZGxlLCBwb3J0KSA9 PSAtMSkKICAgICAgICAgICAgIHBlcnJvcigiRmFpbGVkIHRvIHdyaXRlIHRvIGV2ZW50IGZkIik7 CiAgICAgfQogfQpkaWZmIC0tZ2l0IGEvdG9vbHMveGVucGFnaW5nL01ha2VmaWxlIGIvdG9vbHMv eGVucGFnaW5nL01ha2VmaWxlCmluZGV4IGU2M2Q4OTQuLmQ0OTE4NjcgMTAwNjQ0Ci0tLSBhL3Rv b2xzL3hlbnBhZ2luZy9NYWtlZmlsZQorKysgYi90b29scy94ZW5wYWdpbmcvTWFrZWZpbGUKQEAg LTIsOCArMiw4IEBAIFhFTl9ST09UPSQoQ1VSRElSKS8uLi8uLgogaW5jbHVkZSAkKFhFTl9ST09U KS90b29scy9SdWxlcy5tawogCiAjIHhlbnBhZ2luZy5jIGFuZCBmaWxlX29wcy5jIGluY29ycmVj dGx5IHVzZSBsaWJ4YyBpbnRlcm5hbHMKLUNGTEFHUyArPSAkKENGTEFHU19saWJ4ZW5jdHJsKSAk KENGTEFHU19saWJ4ZW5zdG9yZSkgJChQVEhSRUFEX0NGTEFHUykgLUkkKFhFTl9ST09UKS90b29s cy9saWJ4YwotTERMSUJTICs9ICQoTERMSUJTX2xpYnhlbnRvb2xsb2cpICQoTERMSUJTX2xpYnhl bmN0cmwpICQoTERMSUJTX2xpYnhlbnN0b3JlKSAkKFBUSFJFQURfTElCUykKK0NGTEFHUyArPSAk KENGTEFHU19saWJ4ZW50b29sbG9nKSAkKENGTEFHU19saWJ4ZW5ldnRjaG4pICQoQ0ZMQUdTX2xp YnhlbmN0cmwpICQoQ0ZMQUdTX2xpYnhlbnN0b3JlKSAkKFBUSFJFQURfQ0ZMQUdTKSAtSSQoWEVO X1JPT1QpL3Rvb2xzL2xpYnhjCitMRExJQlMgKz0gJChMRExJQlNfbGlieGVudG9vbGxvZykgJChM RExJQlNfbGlieGVuZXZ0Y2huKSAkKExETElCU19saWJ4ZW5jdHJsKSAkKExETElCU19saWJ4ZW5z dG9yZSkgJChQVEhSRUFEX0xJQlMpCiBMREZMQUdTICs9ICQoUFRIUkVBRF9MREZMQUdTKQogCiBQ T0xJQ1kgICAgPSBkZWZhdWx0CmRpZmYgLS1naXQgYS90b29scy94ZW5wYWdpbmcveGVucGFnaW5n LmMgYi90b29scy94ZW5wYWdpbmcveGVucGFnaW5nLmMKaW5kZXggYjVmZmVlNi4uZGY5OWM2YSAx MDA2NDQKLS0tIGEvdG9vbHMveGVucGFnaW5nL3hlbnBhZ2luZy5jCisrKyBiL3Rvb2xzL3hlbnBh Z2luZy94ZW5wYWdpbmcuYwpAQCAtNzMsNyArNzMsNyBAQCBzdGF0aWMgdm9pZCB4ZW5wYWdpbmdf bWVtX3BhZ2luZ19mbHVzaF9pb2VtdV9jYWNoZShzdHJ1Y3QgeGVucGFnaW5nICpwYWdpbmcpCiBz dGF0aWMgaW50IHhlbnBhZ2luZ193YWl0X2Zvcl9ldmVudF9vcl90aW1lb3V0KHN0cnVjdCB4ZW5w YWdpbmcgKnBhZ2luZykKIHsKICAgICB4Y19pbnRlcmZhY2UgKnhjaCA9IHBhZ2luZy0+eGNfaGFu ZGxlOwotICAgIHhjX2V2dGNobiAqeGNlID0gcGFnaW5nLT52bV9ldmVudC54Y2VfaGFuZGxlOwor ICAgIHhlbmV2dGNobl9oYW5kbGUgKnhjZSA9IHBhZ2luZy0+dm1fZXZlbnQueGNlX2hhbmRsZTsK ICAgICBjaGFyICoqdmVjLCAqdmFsOwogICAgIHVuc2lnbmVkIGludCBudW07CiAgICAgc3RydWN0 IHBvbGxmZCBmZFsyXTsKQEAgLTgyLDcgKzgyLDcgQEAgc3RhdGljIGludCB4ZW5wYWdpbmdfd2Fp dF9mb3JfZXZlbnRfb3JfdGltZW91dChzdHJ1Y3QgeGVucGFnaW5nICpwYWdpbmcpCiAgICAgaW50 IHRpbWVvdXQ7CiAKICAgICAvKiBXYWl0IGZvciBldmVudCBjaGFubmVsIGFuZCB4ZW5zdG9yZSAq LwotICAgIGZkWzBdLmZkID0geGNfZXZ0Y2huX2ZkKHhjZSk7CisgICAgZmRbMF0uZmQgPSB4ZW5l dnRjaG5fZmQoeGNlKTsKICAgICBmZFswXS5ldmVudHMgPSBQT0xMSU4gfCBQT0xMRVJSOwogICAg IGZkWzFdLmZkID0geHNfZmlsZW5vKHBhZ2luZy0+eHNfaGFuZGxlKTsKICAgICBmZFsxXS5ldmVu dHMgPSBQT0xMSU4gfCBQT0xMRVJSOwpAQCAtMTQ2LDcgKzE0Niw3IEBAIHN0YXRpYyBpbnQgeGVu cGFnaW5nX3dhaXRfZm9yX2V2ZW50X29yX3RpbWVvdXQoc3RydWN0IHhlbnBhZ2luZyAqcGFnaW5n KQogICAgIGlmICggcmMgJiYgZmRbMF0ucmV2ZW50cyAmIFBPTExJTiApCiAgICAgewogICAgICAg ICBEUFJJTlRGKCJHb3QgZXZlbnQgZnJvbSBldnRjaG5cbiIpOwotICAgICAgICBwb3J0ID0geGNf ZXZ0Y2huX3BlbmRpbmcoeGNlKTsKKyAgICAgICAgcG9ydCA9IHhlbmV2dGNobl9wZW5kaW5nKHhj ZSk7CiAgICAgICAgIGlmICggcG9ydCA9PSAtMSApCiAgICAgICAgIHsKICAgICAgICAgICAgIFBF UlJPUigiRmFpbGVkIHRvIHJlYWQgcG9ydCBmcm9tIGV2ZW50IGNoYW5uZWwiKTsKQEAgLTE1NCw3 ICsxNTQsNyBAQCBzdGF0aWMgaW50IHhlbnBhZ2luZ193YWl0X2Zvcl9ldmVudF9vcl90aW1lb3V0 KHN0cnVjdCB4ZW5wYWdpbmcgKnBhZ2luZykKICAgICAgICAgICAgIGdvdG8gZXJyOwogICAgICAg ICB9CiAKLSAgICAgICAgcmMgPSB4Y19ldnRjaG5fdW5tYXNrKHhjZSwgcG9ydCk7CisgICAgICAg IHJjID0geGVuZXZ0Y2huX3VubWFzayh4Y2UsIHBvcnQpOwogICAgICAgICBpZiAoIHJjIDwgMCAp CiAgICAgICAgIHsKICAgICAgICAgICAgIFBFUlJPUigiRmFpbGVkIHRvIHVubWFzayBldmVudCBj aGFubmVsIHBvcnQiKTsKQEAgLTM5Myw3ICszOTMsNyBAQCBzdGF0aWMgc3RydWN0IHhlbnBhZ2lu ZyAqeGVucGFnaW5nX2luaXQoaW50IGFyZ2MsIGNoYXIgKmFyZ3ZbXSkKICAgICB9CiAKICAgICAv KiBPcGVuIGV2ZW50IGNoYW5uZWwgKi8KLSAgICBwYWdpbmctPnZtX2V2ZW50LnhjZV9oYW5kbGUg PSB4Y19ldnRjaG5fb3BlbihOVUxMLCAwKTsKKyAgICBwYWdpbmctPnZtX2V2ZW50LnhjZV9oYW5k bGUgPSB4ZW5ldnRjaG5fb3BlbihOVUxMLCAwKTsKICAgICBpZiAoIHBhZ2luZy0+dm1fZXZlbnQu eGNlX2hhbmRsZSA9PSBOVUxMICkKICAgICB7CiAgICAgICAgIFBFUlJPUigiRmFpbGVkIHRvIG9w ZW4gZXZlbnQgY2hhbm5lbCIpOwpAQCAtNDAxLDcgKzQwMSw3IEBAIHN0YXRpYyBzdHJ1Y3QgeGVu cGFnaW5nICp4ZW5wYWdpbmdfaW5pdChpbnQgYXJnYywgY2hhciAqYXJndltdKQogICAgIH0KIAog ICAgIC8qIEJpbmQgZXZlbnQgbm90aWZpY2F0aW9uICovCi0gICAgcmMgPSB4Y19ldnRjaG5fYmlu ZF9pbnRlcmRvbWFpbihwYWdpbmctPnZtX2V2ZW50LnhjZV9oYW5kbGUsCisgICAgcmMgPSB4ZW5l dnRjaG5fYmluZF9pbnRlcmRvbWFpbihwYWdpbmctPnZtX2V2ZW50LnhjZV9oYW5kbGUsCiAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBwYWdpbmctPnZtX2V2ZW50LmRvbWFpbl9p ZCwKICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIHBhZ2luZy0+dm1fZXZlbnQu ZXZ0Y2huX3BvcnQpOwogICAgIGlmICggcmMgPCAwICkKQEAgLTUzMSw3ICs1MzEsNyBAQCBzdGF0 aWMgdm9pZCB4ZW5wYWdpbmdfdGVhcmRvd24oc3RydWN0IHhlbnBhZ2luZyAqcGFnaW5nKQogICAg IH0KIAogICAgIC8qIFVuYmluZCBWSVJRICovCi0gICAgcmMgPSB4Y19ldnRjaG5fdW5iaW5kKHBh Z2luZy0+dm1fZXZlbnQueGNlX2hhbmRsZSwgcGFnaW5nLT52bV9ldmVudC5wb3J0KTsKKyAgICBy YyA9IHhlbmV2dGNobl91bmJpbmQocGFnaW5nLT52bV9ldmVudC54Y2VfaGFuZGxlLCBwYWdpbmct PnZtX2V2ZW50LnBvcnQpOwogICAgIGlmICggcmMgIT0gMCApCiAgICAgewogICAgICAgICBQRVJS T1IoIkVycm9yIHVuYmluZGluZyBldmVudCBwb3J0Iik7CkBAIC01MzksNyArNTM5LDcgQEAgc3Rh dGljIHZvaWQgeGVucGFnaW5nX3RlYXJkb3duKHN0cnVjdCB4ZW5wYWdpbmcgKnBhZ2luZykKICAg ICBwYWdpbmctPnZtX2V2ZW50LnBvcnQgPSAtMTsKIAogICAgIC8qIENsb3NlIGV2ZW50IGNoYW5u ZWwgKi8KLSAgICByYyA9IHhjX2V2dGNobl9jbG9zZShwYWdpbmctPnZtX2V2ZW50LnhjZV9oYW5k bGUpOworICAgIHJjID0geGVuZXZ0Y2huX2Nsb3NlKHBhZ2luZy0+dm1fZXZlbnQueGNlX2hhbmRs ZSk7CiAgICAgaWYgKCByYyAhPSAwICkKICAgICB7CiAgICAgICAgIFBFUlJPUigiRXJyb3IgY2xv c2luZyBldmVudCBjaGFubmVsIik7CkBAIC02OTIsNyArNjkyLDcgQEAgc3RhdGljIGludCB4ZW5w YWdpbmdfcmVzdW1lX3BhZ2Uoc3RydWN0IHhlbnBhZ2luZyAqcGFnaW5nLCB2bV9ldmVudF9yZXNw b25zZV90ICoKICAgICB9CiAKICAgICAvKiBUZWxsIFhlbiBwYWdlIGlzIHJlYWR5ICovCi0gICAg cmV0dXJuIHhjX2V2dGNobl9ub3RpZnkocGFnaW5nLT52bV9ldmVudC54Y2VfaGFuZGxlLCBwYWdp bmctPnZtX2V2ZW50LnBvcnQpOworICAgIHJldHVybiB4ZW5ldnRjaG5fbm90aWZ5KHBhZ2luZy0+ dm1fZXZlbnQueGNlX2hhbmRsZSwgcGFnaW5nLT52bV9ldmVudC5wb3J0KTsKIH0KIAogc3RhdGlj IGludCB4ZW5wYWdpbmdfcG9wdWxhdGVfcGFnZShzdHJ1Y3QgeGVucGFnaW5nICpwYWdpbmcsIHVu c2lnbmVkIGxvbmcgZ2ZuLCBpbnQgaSkKZGlmZiAtLWdpdCBhL3Rvb2xzL3hlbnBhZ2luZy94ZW5w YWdpbmcuaCBiL3Rvb2xzL3hlbnBhZ2luZy94ZW5wYWdpbmcuaAppbmRleCBjNmFiNzdjLi5kMGY4 ZDIwIDEwMDY0NAotLS0gYS90b29scy94ZW5wYWdpbmcveGVucGFnaW5nLmgKKysrIGIvdG9vbHMv eGVucGFnaW5nL3hlbnBhZ2luZy5oCkBAIC0yNCw2ICsyNCw3IEBACiAjZGVmaW5lIF9fWEVOX1BB R0lORzJfSF9fCiAKIAorI2luY2x1ZGUgPHhlbmV2dGNobi5oPgogI2luY2x1ZGUgPHhjX3ByaXZh dGUuaD4KICNpbmNsdWRlIDx4ZW4vZXZlbnRfY2hhbm5lbC5oPgogI2luY2x1ZGUgPHhlbi92bV9l dmVudC5oPgpAQCAtMzIsNyArMzMsNyBAQAogCiBzdHJ1Y3Qgdm1fZXZlbnQgewogICAgIGRvbWlk X3QgZG9tYWluX2lkOwotICAgIHhjX2V2dGNobiAqeGNlX2hhbmRsZTsKKyAgICB4ZW5ldnRjaG5f aGFuZGxlICp4Y2VfaGFuZGxlOwogICAgIGludCBwb3J0OwogICAgIHZtX2V2ZW50X2JhY2tfcmlu Z190IGJhY2tfcmluZzsKICAgICB1aW50MzJfdCBldnRjaG5fcG9ydDsKZGlmZiAtLWdpdCBhL3Rv b2xzL3hlbnN0b3JlL01ha2VmaWxlIGIvdG9vbHMveGVuc3RvcmUvTWFrZWZpbGUKaW5kZXggMWI0 YTQ5NC4uYzE2MTA0NiAxMDA2NDQKLS0tIGEvdG9vbHMveGVuc3RvcmUvTWFrZWZpbGUKKysrIGIv dG9vbHMveGVuc3RvcmUvTWFrZWZpbGUKQEAgLTksNiArOSw3IEBAIENGTEFHUyArPSAtSS4KICMg SW5jbHVkZSBjb25maWd1cmUgb3V0cHV0IChjb25maWcuaCkKIENGTEFHUyArPSAtaW5jbHVkZSAk KFhFTl9ST09UKS90b29scy9jb25maWcuaAogQ0ZMQUdTICs9IC1JLi9pbmNsdWRlCitDRkxBR1Mg Kz0gJChDRkxBR1NfbGlieGVuZXZ0Y2huKQogQ0ZMQUdTICs9ICQoQ0ZMQUdTX2xpYnhlbmN0cmwp CiBDRkxBR1MgKz0gLURYRU5fTElCX1NUT1JFRD0iXCIkKFhFTl9MSUJfU1RPUkVEKVwiIgogCkBA IC03NSwxMCArNzYsMTAgQEAgZW5kaWYKIGluaXQteGVuc3RvcmUtZG9tYWluLm86IENGTEFHUyAr PSAkKENGTEFHU19saWJ4ZW5ndWVzdCkKIAogaW5pdC14ZW5zdG9yZS1kb21haW46IGluaXQteGVu c3RvcmUtZG9tYWluLm8gJChMSUJYRU5TVE9SRSkKLQkkKENDKSAkXiAkKExERkxBR1MpICQoTERM SUJTX2xpYnhlbmN0cmwpICQoTERMSUJTX2xpYnhlbmd1ZXN0KSAkKExETElCU19saWJ4ZW5zdG9y ZSkgLW8gJEAgJChBUFBFTkRfTERGTEFHUykKKwkkKENDKSAkXiAkKExERkxBR1MpICQoTERMSUJT X2xpYnhlbmV2dGNobikgJChMRExJQlNfbGlieGVuY3RybCkgJChMRExJQlNfbGlieGVuZ3Vlc3Qp ICQoTERMSUJTX2xpYnhlbnN0b3JlKSAtbyAkQCAkKEFQUEVORF9MREZMQUdTKQogCiB4ZW5zdG9y ZWQ6ICQoWEVOU1RPUkVEX09CSlMpCi0JJChDQykgJF4gJChMREZMQUdTKSAkKExETElCU19saWJ4 ZW5jdHJsKSAkKFNPQ0tFVF9MSUJTKSAtbyAkQCAkKEFQUEVORF9MREZMQUdTKQorCSQoQ0MpICRe ICQoTERGTEFHUykgJChMRExJQlNfbGlieGVuZXZ0Y2huKSAkKExETElCU19saWJ4ZW5jdHJsKSAk KFNPQ0tFVF9MSUJTKSAtbyAkQCAkKEFQUEVORF9MREZMQUdTKQogCiB4ZW5zdG9yZWQuYTogJChY RU5TVE9SRURfT0JKUykKIAkkKEFSKSBjciAkQCAkXgpkaWZmIC0tZ2l0IGEvdG9vbHMveGVuc3Rv cmUveGVuc3RvcmVkX2NvcmUuYyBiL3Rvb2xzL3hlbnN0b3JlL3hlbnN0b3JlZF9jb3JlLmMKaW5k ZXggM2MwMzA3ZS4uZjYyYzE5MiAxMDA2NDQKLS0tIGEvdG9vbHMveGVuc3RvcmUveGVuc3RvcmVk X2NvcmUuYworKysgYi90b29scy94ZW5zdG9yZS94ZW5zdG9yZWRfY29yZS5jCkBAIC00MCw2ICs0 MCw4IEBACiAjaW5jbHVkZSA8YXNzZXJ0Lmg+CiAjaW5jbHVkZSA8c2V0am1wLmg+CiAKKyNpbmNs dWRlIDx4ZW5ldnRjaG4uaD4KKwogI2luY2x1ZGUgInV0aWxzLmgiCiAjaW5jbHVkZSAibGlzdC5o IgogI2luY2x1ZGUgInRhbGxvYy5oIgpAQCAtNjMsNyArNjUsNyBAQAogI2luY2x1ZGUgPHN5c3Rl bWQvc2QtZGFlbW9uLmg+CiAjZW5kaWYKIAotZXh0ZXJuIHhjX2V2dGNobiAqeGNlX2hhbmRsZTsg LyogaW4geGVuc3RvcmVkX2RvbWFpbi5jICovCitleHRlcm4geGVuZXZ0Y2huX2hhbmRsZSAqeGNl X2hhbmRsZTsgLyogaW4geGVuc3RvcmVkX2RvbWFpbi5jICovCiBzdGF0aWMgaW50IHhjZV9wb2xs ZmRfaWR4ID0gLTE7CiBzdGF0aWMgc3RydWN0IHBvbGxmZCAqZmRzOwogc3RhdGljIHVuc2lnbmVk IGludCBjdXJyZW50X2FycmF5X3NpemU7CkBAIC0zNzIsNyArMzc0LDcgQEAgc3RhdGljIHZvaWQg aW5pdGlhbGl6ZV9mZHMoaW50IHNvY2ssIGludCAqcF9zb2NrX3BvbGxmZF9pZHgsCiAJCQlzZXRf ZmQocmVvcGVuX2xvZ19waXBlWzBdLCBQT0xMSU58UE9MTFBSSSk7CiAKIAlpZiAoeGNlX2hhbmRs ZSAhPSBOVUxMKQotCQl4Y2VfcG9sbGZkX2lkeCA9IHNldF9mZCh4Y19ldnRjaG5fZmQoeGNlX2hh bmRsZSksCisJCXhjZV9wb2xsZmRfaWR4ID0gc2V0X2ZkKHhlbmV2dGNobl9mZCh4Y2VfaGFuZGxl KSwKIAkJCQkJUE9MTElOfFBPTExQUkkpOwogCiAJbGlzdF9mb3JfZWFjaF9lbnRyeShjb25uLCAm Y29ubmVjdGlvbnMsIGxpc3QpIHsKZGlmZiAtLWdpdCBhL3Rvb2xzL3hlbnN0b3JlL3hlbnN0b3Jl ZF9kb21haW4uYyBiL3Rvb2xzL3hlbnN0b3JlL3hlbnN0b3JlZF9kb21haW4uYwppbmRleCBkY2Q2 NTgxLi42Y2VlYzI5IDEwMDY0NAotLS0gYS90b29scy94ZW5zdG9yZS94ZW5zdG9yZWRfZG9tYWlu LmMKKysrIGIvdG9vbHMveGVuc3RvcmUveGVuc3RvcmVkX2RvbWFpbi5jCkBAIC0yOSw2ICsyOSw3 IEBACiAjaW5jbHVkZSAieGVuc3RvcmVkX3RyYW5zYWN0aW9uLmgiCiAjaW5jbHVkZSAieGVuc3Rv cmVkX3dhdGNoLmgiCiAKKyNpbmNsdWRlIDx4ZW5ldnRjaG4uaD4KICNpbmNsdWRlIDx4ZW5jdHJs Lmg+CiAjaW5jbHVkZSA8eGVuL2dyYW50X3RhYmxlLmg+CiAKQEAgLTM2LDcgKzM3LDcgQEAgc3Rh dGljIHhjX2ludGVyZmFjZSAqKnhjX2hhbmRsZTsKIHhjX2dudHRhYiAqKnhjZ19oYW5kbGU7CiBz dGF0aWMgZXZ0Y2huX3BvcnRfdCB2aXJxX3BvcnQ7CiAKLXhjX2V2dGNobiAqeGNlX2hhbmRsZSA9 IE5VTEw7Cit4ZW5ldnRjaG5faGFuZGxlICp4Y2VfaGFuZGxlID0gTlVMTDsKIAogc3RydWN0IGRv bWFpbgogewpAQCAtMTI4LDcgKzEyOSw3IEBAIHN0YXRpYyBpbnQgd3JpdGVjaG4oc3RydWN0IGNv bm5lY3Rpb24gKmNvbm4sCiAJeGVuX21iKCk7CiAJaW50Zi0+cnNwX3Byb2QgKz0gbGVuOwogCi0J eGNfZXZ0Y2huX25vdGlmeSh4Y2VfaGFuZGxlLCBjb25uLT5kb21haW4tPnBvcnQpOworCXhlbmV2 dGNobl9ub3RpZnkoeGNlX2hhbmRsZSwgY29ubi0+ZG9tYWluLT5wb3J0KTsKIAogCXJldHVybiBs ZW47CiB9CkBAIC0xNTgsNyArMTU5LDcgQEAgc3RhdGljIGludCByZWFkY2huKHN0cnVjdCBjb25u ZWN0aW9uICpjb25uLCB2b2lkICpkYXRhLCB1bnNpZ25lZCBpbnQgbGVuKQogCXhlbl9tYigpOwog CWludGYtPnJlcV9jb25zICs9IGxlbjsKIAotCXhjX2V2dGNobl9ub3RpZnkoeGNlX2hhbmRsZSwg Y29ubi0+ZG9tYWluLT5wb3J0KTsKKwl4ZW5ldnRjaG5fbm90aWZ5KHhjZV9oYW5kbGUsIGNvbm4t PmRvbWFpbi0+cG9ydCk7CiAKIAlyZXR1cm4gbGVuOwogfQpAQCAtMTkwLDcgKzE5MSw3IEBAIHN0 YXRpYyBpbnQgZGVzdHJveV9kb21haW4odm9pZCAqX2RvbWFpbikKIAlsaXN0X2RlbCgmZG9tYWlu LT5saXN0KTsKIAogCWlmIChkb21haW4tPnBvcnQpIHsKLQkJaWYgKHhjX2V2dGNobl91bmJpbmQo eGNlX2hhbmRsZSwgZG9tYWluLT5wb3J0KSA9PSAtMSkKKwkJaWYgKHhlbmV2dGNobl91bmJpbmQo eGNlX2hhbmRsZSwgZG9tYWluLT5wb3J0KSA9PSAtMSkKIAkJCWVwcmludGYoIj4gVW5iaW5kaW5n IHBvcnQgJWkgZmFpbGVkIVxuIiwgZG9tYWluLT5wb3J0KTsKIAl9CiAKQEAgLTIzOSwxMyArMjQw LDEzIEBAIHZvaWQgaGFuZGxlX2V2ZW50KHZvaWQpCiB7CiAJZXZ0Y2huX3BvcnRfdCBwb3J0Owog Ci0JaWYgKChwb3J0ID0geGNfZXZ0Y2huX3BlbmRpbmcoeGNlX2hhbmRsZSkpID09IC0xKQorCWlm ICgocG9ydCA9IHhlbmV2dGNobl9wZW5kaW5nKHhjZV9oYW5kbGUpKSA9PSAtMSkKIAkJYmFyZl9w ZXJyb3IoIkZhaWxlZCB0byByZWFkIGZyb20gZXZlbnQgZmQiKTsKIAogCWlmIChwb3J0ID09IHZp cnFfcG9ydCkKIAkJZG9tYWluX2NsZWFudXAoKTsKIAotCWlmICh4Y19ldnRjaG5fdW5tYXNrKHhj ZV9oYW5kbGUsIHBvcnQpID09IC0xKQorCWlmICh4ZW5ldnRjaG5fdW5tYXNrKHhjZV9oYW5kbGUs IHBvcnQpID09IC0xKQogCQliYXJmX3BlcnJvcigiRmFpbGVkIHRvIHdyaXRlIHRvIGV2ZW50IGZk Iik7CiB9CiAKQEAgLTI4Nyw3ICsyODgsNyBAQCBzdGF0aWMgc3RydWN0IGRvbWFpbiAqbmV3X2Rv bWFpbih2b2lkICpjb250ZXh0LCB1bnNpZ25lZCBpbnQgZG9taWQsCiAJdGFsbG9jX3NldF9kZXN0 cnVjdG9yKGRvbWFpbiwgZGVzdHJveV9kb21haW4pOwogCiAJLyogVGVsbCBrZXJuZWwgd2UncmUg aW50ZXJlc3RlZCBpbiB0aGlzIGV2ZW50LiAqLwotCXJjID0geGNfZXZ0Y2huX2JpbmRfaW50ZXJk b21haW4oeGNlX2hhbmRsZSwgZG9taWQsIHBvcnQpOworCXJjID0geGVuZXZ0Y2huX2JpbmRfaW50 ZXJkb21haW4oeGNlX2hhbmRsZSwgZG9taWQsIHBvcnQpOwogCWlmIChyYyA9PSAtMSkKIAkgICAg cmV0dXJuIE5VTEw7CiAJZG9tYWluLT5wb3J0ID0gcmM7CkBAIC0zOTIsOCArMzkzLDggQEAgdm9p ZCBkb19pbnRyb2R1Y2Uoc3RydWN0IGNvbm5lY3Rpb24gKmNvbm4sIHN0cnVjdCBidWZmZXJlZF9k YXRhICppbikKIAl9IGVsc2UgaWYgKChkb21haW4tPm1mbiA9PSBtZm4pICYmIChkb21haW4tPmNv bm4gIT0gY29ubikpIHsKIAkJLyogVXNlIFhTX0lOVFJPRFVDRSBmb3IgcmVjcmVhdGluZyB0aGUg eGVuYnVzIGV2ZW50LWNoYW5uZWwuICovCiAJCWlmIChkb21haW4tPnBvcnQpCi0JCQl4Y19ldnRj aG5fdW5iaW5kKHhjZV9oYW5kbGUsIGRvbWFpbi0+cG9ydCk7Ci0JCXJjID0geGNfZXZ0Y2huX2Jp bmRfaW50ZXJkb21haW4oeGNlX2hhbmRsZSwgZG9taWQsIHBvcnQpOworCQkJeGVuZXZ0Y2huX3Vu YmluZCh4Y2VfaGFuZGxlLCBkb21haW4tPnBvcnQpOworCQlyYyA9IHhlbmV2dGNobl9iaW5kX2lu dGVyZG9tYWluKHhjZV9oYW5kbGUsIGRvbWlkLCBwb3J0KTsKIAkJZG9tYWluLT5wb3J0ID0gKHJj ID09IC0xKSA/IDAgOiByYzsKIAkJZG9tYWluLT5yZW1vdGVfcG9ydCA9IHBvcnQ7CiAJfSBlbHNl IHsKQEAgLTYxNCw3ICs2MTUsNyBAQCBzdGF0aWMgaW50IGRvbTBfaW5pdCh2b2lkKQogCiAJdGFs bG9jX3N0ZWFsKGRvbTAtPmNvbm4sIGRvbTApOyAKIAotCXhjX2V2dGNobl9ub3RpZnkoeGNlX2hh bmRsZSwgZG9tMC0+cG9ydCk7IAorCXhlbmV2dGNobl9ub3RpZnkoeGNlX2hhbmRsZSwgZG9tMC0+ cG9ydCk7IAogCiAJcmV0dXJuIDA7IAogfQpAQCAtNjQzLDcgKzY0NCw3IEBAIHZvaWQgZG9tYWlu X2luaXQodm9pZCkKIAllbHNlCiAJCXRhbGxvY19zZXRfZGVzdHJ1Y3Rvcih4Y2dfaGFuZGxlLCBj bG9zZV94Y2dfaGFuZGxlKTsKIAotCXhjZV9oYW5kbGUgPSB4Y19ldnRjaG5fb3BlbihOVUxMLCAw KTsKKwl4Y2VfaGFuZGxlID0geGVuZXZ0Y2huX29wZW4oTlVMTCwgMCk7CiAKIAlpZiAoeGNlX2hh bmRsZSA9PSBOVUxMKQogCQliYXJmX3BlcnJvcigiRmFpbGVkIHRvIG9wZW4gZXZ0Y2huIGRldmlj ZSIpOwpAQCAtNjUxLDcgKzY1Miw3IEBAIHZvaWQgZG9tYWluX2luaXQodm9pZCkKIAlpZiAoZG9t MF9pbml0KCkgIT0gMCkgCiAJCWJhcmZfcGVycm9yKCJGYWlsZWQgdG8gaW5pdGlhbGl6ZSBkb20w IHN0YXRlIik7IAogCi0JaWYgKChyYyA9IHhjX2V2dGNobl9iaW5kX3ZpcnEoeGNlX2hhbmRsZSwg VklSUV9ET01fRVhDKSkgPT0gLTEpCisJaWYgKChyYyA9IHhlbmV2dGNobl9iaW5kX3ZpcnEoeGNl X2hhbmRsZSwgVklSUV9ET01fRVhDKSkgPT0gLTEpCiAJCWJhcmZfcGVycm9yKCJGYWlsZWQgdG8g YmluZCB0byBkb21haW4gZXhjZXB0aW9uIHZpcnEgcG9ydCIpOwogCXZpcnFfcG9ydCA9IHJjOwog fQpkaWZmIC0tZ2l0IGEvdG9vbHMveGVudHJhY2UvTWFrZWZpbGUgYi90b29scy94ZW50cmFjZS9N YWtlZmlsZQppbmRleCA2YzEzY2QxLi4wMTU3YmUyIDEwMDY0NAotLS0gYS90b29scy94ZW50cmFj ZS9NYWtlZmlsZQorKysgYi90b29scy94ZW50cmFjZS9NYWtlZmlsZQpAQCAtMyw4ICszLDExIEBA IGluY2x1ZGUgJChYRU5fUk9PVCkvdG9vbHMvUnVsZXMubWsKIAogQ0ZMQUdTICs9IC1XZXJyb3IK IAorQ0ZMQUdTICs9ICQoQ0ZMQUdTX2xpYnhlbmV2dGNobikKIENGTEFHUyArPSAkKENGTEFHU19s aWJ4ZW5jdHJsKQotTERMSUJTICs9ICQoTERMSUJTX2xpYnhlbmN0cmwpICQoQVJHUF9MREZMQUdT KQorTERMSUJTICs9ICQoTERMSUJTX2xpYnhlbmV2dGNobikKK0xETElCUyArPSAkKExETElCU19s aWJ4ZW5jdHJsKQorTERMSUJTICs9ICQoQVJHUF9MREZMQUdTKQogCiBCSU4tJChDT05GSUdfWDg2 KSA9IHhlbmFseXplCiBCSU4gICAgICA9ICQoQklOLXkpCmRpZmYgLS1naXQgYS90b29scy94ZW50 cmFjZS94ZW50cmFjZS5jIGIvdG9vbHMveGVudHJhY2UveGVudHJhY2UuYwppbmRleCA0ZWUxNDU4 Li5jOTcwZDQyIDEwMDY0NAotLS0gYS90b29scy94ZW50cmFjZS94ZW50cmFjZS5jCisrKyBiL3Rv b2xzL3hlbnRyYWNlL3hlbnRyYWNlLmMKQEAgLTMwLDYgKzMwLDcgQEAKICNpbmNsdWRlIDx4ZW4v eGVuLmg+CiAjaW5jbHVkZSA8eGVuL3RyYWNlLmg+CiAKKyNpbmNsdWRlIDx4ZW5ldnRjaG4uaD4K ICNpbmNsdWRlIDx4ZW5jdHJsLmg+CiAKICNkZWZpbmUgUEVSUk9SKF9tLCBfYS4uLikgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBcCkBAIC03NCw3ICs3NSw3IEBAIHNldHRp bmdzX3Qgb3B0czsKIGludCBpbnRlcnJ1cHRlZCA9IDA7IC8qIGdldHMgc2V0IGlmIHdlIGdldCBh IFNJR0hVUCAqLwogCiBzdGF0aWMgeGNfaW50ZXJmYWNlICp4Y19oYW5kbGU7Ci1zdGF0aWMgeGNf ZXZ0Y2huICp4Y2VfaGFuZGxlID0gTlVMTDsKK3N0YXRpYyB4ZW5ldnRjaG5faGFuZGxlICp4Y2Vf aGFuZGxlID0gTlVMTDsKIHN0YXRpYyBpbnQgdmlycV9wb3J0ID0gLTE7CiBzdGF0aWMgaW50IG91 dGZkID0gMTsKIApAQCAtNjAyLDEzICs2MDMsMTMgQEAgc3RhdGljIHZvaWQgZXZlbnRfaW5pdCh2 b2lkKQogewogICAgIGludCByYzsKIAotICAgIHhjZV9oYW5kbGUgPSB4Y19ldnRjaG5fb3BlbihO VUxMLCAwKTsKKyAgICB4Y2VfaGFuZGxlID0geGVuZXZ0Y2huX29wZW4oTlVMTCwgMCk7CiAgICAg aWYgKHhjZV9oYW5kbGUgPT0gTlVMTCkgewogICAgICAgICBwZXJyb3IoImV2ZW50IGNoYW5uZWwg b3BlbiIpOwogICAgICAgICBleGl0KEVYSVRfRkFJTFVSRSk7CiAgICAgfQogCi0gICAgcmMgPSB4 Y19ldnRjaG5fYmluZF92aXJxKHhjZV9oYW5kbGUsIFZJUlFfVEJVRik7CisgICAgcmMgPSB4ZW5l dnRjaG5fYmluZF92aXJxKHhjZV9oYW5kbGUsIFZJUlFfVEJVRik7CiAgICAgaWYgKHJjID09IC0x KSB7CiAgICAgICAgIFBFUlJPUigiZmFpbGVkIHRvIGJpbmQgdG8gVklSUSBwb3J0Iik7CiAgICAg ICAgIGV4aXQoRVhJVF9GQUlMVVJFKTsKQEAgLTYyMyw3ICs2MjQsNyBAQCBzdGF0aWMgdm9pZCBl dmVudF9pbml0KHZvaWQpCiBzdGF0aWMgdm9pZCB3YWl0X2Zvcl9ldmVudF9vcl90aW1lb3V0KHVu c2lnbmVkIGxvbmcgbWlsbGlzZWNvbmRzKQogewogICAgIGludCByYzsKLSAgICBzdHJ1Y3QgcG9s bGZkIGZkID0geyAuZmQgPSB4Y19ldnRjaG5fZmQoeGNlX2hhbmRsZSksCisgICAgc3RydWN0IHBv bGxmZCBmZCA9IHsgLmZkID0geGVuZXZ0Y2huX2ZkKHhjZV9oYW5kbGUpLAogICAgICAgICAgICAg ICAgICAgICAgICAgIC5ldmVudHMgPSBQT0xMSU4gfCBQT0xMRVJSIH07CiAgICAgaW50IHBvcnQ7 CiAKQEAgLTYzNiw3ICs2MzcsNyBAQCBzdGF0aWMgdm9pZCB3YWl0X2Zvcl9ldmVudF9vcl90aW1l b3V0KHVuc2lnbmVkIGxvbmcgbWlsbGlzZWNvbmRzKQogICAgIH0KIAogICAgIGlmIChyYyA9PSAx KSB7Ci0gICAgICAgIHBvcnQgPSB4Y19ldnRjaG5fcGVuZGluZyh4Y2VfaGFuZGxlKTsKKyAgICAg ICAgcG9ydCA9IHhlbmV2dGNobl9wZW5kaW5nKHhjZV9oYW5kbGUpOwogICAgICAgICBpZiAocG9y dCA9PSAtMSkgewogICAgICAgICAgICAgUEVSUk9SKCJmYWlsZWQgdG8gcmVhZCBwb3J0IGZyb20g ZXZ0Y2huIik7CiAgICAgICAgICAgICBleGl0KEVYSVRfRkFJTFVSRSk7CkBAIC02NDcsNyArNjQ4 LDcgQEAgc3RhdGljIHZvaWQgd2FpdF9mb3JfZXZlbnRfb3JfdGltZW91dCh1bnNpZ25lZCBsb25n IG1pbGxpc2Vjb25kcykKICAgICAgICAgICAgICAgICAgICAgcG9ydCwgdmlycV9wb3J0KTsKICAg ICAgICAgICAgIGV4aXQoRVhJVF9GQUlMVVJFKTsKICAgICAgICAgfQotICAgICAgICByYyA9IHhj X2V2dGNobl91bm1hc2soeGNlX2hhbmRsZSwgcG9ydCk7CisgICAgICAgIHJjID0geGVuZXZ0Y2hu X3VubWFzayh4Y2VfaGFuZGxlLCBwb3J0KTsKICAgICAgICAgaWYgKHJjID09IC0xKSB7CiAgICAg ICAgICAgICBQRVJST1IoImZhaWxlZCB0byB3cml0ZSBwb3J0IHRvIGV2dGNobiIpOwogICAgICAg ICAgICAgZXhpdChFWElUX0ZBSUxVUkUpOwotLSAKMi4xLjQKCgpfX19fX19fX19fX19fX19fX19f X19fX19fX19fX19fX19fX19fX19fX19fX19fXwpYZW4tZGV2ZWwgbWFpbGluZyBsaXN0Clhlbi1k ZXZlbEBsaXN0cy54ZW4ub3JnCmh0dHA6Ly9saXN0cy54ZW4ub3JnL3hlbi1kZXZlbAo= From xen-devel-bounces@lists.xen.org Thu Dec 03 11:23:10 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 03 Dec 2015 11:23:10 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4Ryf-0002Vx-Gf; Thu, 03 Dec 2015 11:23:09 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4RyV-0002Bn-FQ for xen-devel@lists.xen.org; Thu, 03 Dec 2015 11:22:59 +0000 Received: from [85.158.139.211] by server-12.bemta-5.messagelabs.com id 17/88-12831-31620665; Thu, 03 Dec 2015 11:22:59 +0000 X-Env-Sender: prvs=772f5cd2d=Ian.Campbell@citrix.com X-Msg-Ref: server-11.tower-206.messagelabs.com!1449141771!8312548!4 X-Originating-IP: [66.165.176.63] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogNjYuMTY1LjE3Ni42MyA9PiAzMDYwNDg=\n, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35; banners=-,-,- X-VirusChecked: Checked Received: (qmail 15662 invoked from network); 3 Dec 2015 11:22:55 -0000 Received: from smtp02.citrix.com (HELO SMTP02.CITRIX.COM) (66.165.176.63) by server-11.tower-206.messagelabs.com with RC4-SHA encrypted SMTP; 3 Dec 2015 11:22:55 -0000 X-IronPort-AV: E=Sophos;i="5.20,378,1444694400"; d="scan'208";a="322355024" From: Ian Campbell To: , , Date: Thu, 3 Dec 2015 11:22:07 +0000 Message-ID: <1449141749-14940-11-git-send-email-ian.campbell@citrix.com> X-Mailer: git-send-email 2.1.4 In-Reply-To: <1449141749-14940-1-git-send-email-ian.campbell@citrix.com> References: <1449141675.4424.125.camel@citrix.com> <1449141749-14940-1-git-send-email-ian.campbell@citrix.com> MIME-Version: 1.0 X-DLP: MIA2 Cc: Ian Campbell Subject: [Xen-devel] [PATCH XEN v6 10/32] tools: Refactor /dev/xen/gnt{dev, shr} wrappers into libxengnttab. X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org libxengnttab will provide a stable API and ABI for accessing the grant table devices. The functions are moved into the xengnt{tab,shr} namespace to make a clean break from libxc and avoid ambiguity regarding which interfaces are stable. All in-tree users are updated to use the new names. Upon request (via #define XC_WANT_COMPAT_GNTTAB_API) libxenctrl will provide a compat API for the old names. This is used by qemu-xen for the time being. qemu-xen-traditional is updated in lockstep. This leaves a few grant table related functions which go via privcmd (EVTCHNOP) rather than ioctls on the /dev/xen/gnt* devices in libxenctrl. Specifically: - xc_gnttab_get_version - xc_gnttab_map_table_v1 - xc_gnttab_map_table_v2 - xc_gnttab_op These functions do not appear to be needed by qemu-dm, qemu-pv (provision of device model to HVM guests and PV backends respectively) or by libvchan suggesting they are not needed by non-toolstack uses of event channels. The new library uses a version script to ensure that only expected symbols are exported and to version them such that ABI guarantees can be kept in the future. After this change libxenvchan no longer needs to link against libxenctrl. It still needs xenctrl.h in one file for xen_mb and friends. Signed-off-by: Ian Campbell Acked-by: Wei Liu --- Must be applied with: - "qemu-xen-traditional: Use libxengnttab" and a corresponding QEMU_TAG update folded here. - "mini-os: Include libxengnttab with libxc"" and a corresponding bump to MINIOS_UPSTREAM_REVISION folded in here. v3: - Remove SHLIB_libxenctrl from SHDEPS_libxenvchan, and replace with SHLIB_libxentoollog. - Move to tools/libs/gnttab - Adjust for rebase over 31cf2ca75181 "tools/libxc: linux: Don't use getpagesize() when unmapping the grants" v5: Allow _close(NULL). v6: The extensive API document updates from the previous round of review have been implemented in "tools/libs/gnttab: Extensive updates to API documentation." later in the series, so as not to add further functional changes than already required to this refactoring patch. --- .gitignore | 2 + stubdom/Makefile | 19 +- tools/Makefile | 3 + tools/Rules.mk | 14 +- tools/console/Makefile | 5 +- tools/console/daemon/io.c | 21 +- tools/libs/Makefile | 1 + tools/libs/evtchn/minios.c | 5 +- tools/libs/gnttab/Makefile | 69 +++++ tools/libs/gnttab/gntshr_core.c | 95 ++++++ .../xc_nognttab.c => libs/gnttab/gntshr_unimp.c} | 34 ++- tools/libs/gnttab/gnttab_core.c | 124 ++++++++ tools/libs/gnttab/gnttab_unimp.c | 89 ++++++ tools/libs/gnttab/include/xengnttab.h | 218 ++++++++++++++ tools/libs/gnttab/libxengnttab.map | 23 ++ tools/libs/gnttab/linux.c | 329 +++++++++++++++++++++ tools/libs/gnttab/minios.c | 117 ++++++++ tools/libs/gnttab/private.h | 47 +++ tools/libvchan/Makefile | 8 +- tools/libvchan/init.c | 24 +- tools/libvchan/io.c | 8 +- tools/libvchan/libxenvchan.h | 6 +- tools/libxc/Makefile | 15 +- tools/libxc/include/xenctrl.h | 168 ----------- tools/libxc/include/xenctrl_compat.h | 48 +++ tools/libxc/xc_gnttab.c | 53 ---- tools/libxc/xc_gnttab_compat.c | 111 +++++++ tools/libxc/xc_linux_osdep.c | 280 ------------------ tools/libxc/xc_minios.c | 73 ----- tools/libxc/xc_nogntshr.c | 46 --- tools/libxc/xc_private.c | 80 ----- tools/libxc/xc_private.h | 24 -- tools/xenstore/Makefile | 4 +- tools/xenstore/xenstored_core.h | 4 +- tools/xenstore/xenstored_domain.c | 24 +- tools/xenstore/xenstored_minios.c | 5 +- 36 files changed, 1396 insertions(+), 800 deletions(-) create mode 100644 tools/libs/gnttab/Makefile create mode 100644 tools/libs/gnttab/gntshr_core.c rename tools/{libxc/xc_nognttab.c => libs/gnttab/gntshr_unimp.c} (52%) create mode 100644 tools/libs/gnttab/gnttab_core.c create mode 100644 tools/libs/gnttab/gnttab_unimp.c create mode 100644 tools/libs/gnttab/include/xengnttab.h create mode 100644 tools/libs/gnttab/libxengnttab.map create mode 100644 tools/libs/gnttab/linux.c create mode 100644 tools/libs/gnttab/minios.c create mode 100644 tools/libs/gnttab/private.h create mode 100644 tools/libxc/xc_gnttab_compat.c delete mode 100644 tools/libxc/xc_nogntshr.c diff --git a/.gitignore b/.gitignore index b34dc3c..9241c54 100644 --- a/.gitignore +++ b/.gitignore @@ -60,6 +60,7 @@ stubdom/ioemu stubdom/xenstore stubdom/libxentoollog-* stubdom/libxenevtchn-* +stubdom/libxengnttab-* stubdom/libxc-* stubdom/lwip-* stubdom/mini-os-* @@ -88,6 +89,7 @@ config/Stubdom.mk config/Docs.mk tools/libs/toollog/headers.chk tools/libs/evtchn/headers.chk +tools/libs/gnttab/headers.chk tools/blktap2/daemon/blktapctrl tools/blktap2/drivers/img2qcow tools/blktap2/drivers/lock-util diff --git a/stubdom/Makefile b/stubdom/Makefile index 3b3bfc9..d4576eb 100644 --- a/stubdom/Makefile +++ b/stubdom/Makefile @@ -324,6 +324,12 @@ mk-headers-$(XEN_TARGET_ARCH): $(IOEMU_LINKFARM_TARGET) ln -sf $(XEN_ROOT)/tools/libs/evtchn/include/*.h include/ && \ ln -sf $(XEN_ROOT)/tools/libs/evtchn/*.c . && \ ln -sf $(XEN_ROOT)/tools/libs/evtchn/Makefile . ) + mkdir -p libs-$(XEN_TARGET_ARCH)/gnttab/include + [ -h libs-$(XEN_TARGET_ARCH)/gnttab/Makefile ] || ( cd libs-$(XEN_TARGET_ARCH)/gnttab && \ + ln -sf $(XEN_ROOT)/tools/libs/gnttab/*.h . && \ + ln -sf $(XEN_ROOT)/tools/libs/gnttab/include/*.h include/ && \ + ln -sf $(XEN_ROOT)/tools/libs/gnttab/*.c . && \ + ln -sf $(XEN_ROOT)/tools/libs/gnttab/Makefile . ) mkdir -p libxc-$(XEN_TARGET_ARCH) [ -h libxc-$(XEN_TARGET_ARCH)/Makefile ] || ( cd libxc-$(XEN_TARGET_ARCH) && \ ln -sf $(XEN_ROOT)/tools/libxc/*.h . && \ @@ -369,12 +375,23 @@ libs-$(XEN_TARGET_ARCH)/evtchn/libxenevtchn.a: $(NEWLIB_STAMPFILE) CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= -C libs-$(XEN_TARGET_ARCH)/evtchn ####### +# libxengnttab +####### + +.PHONY: libxengnttab +libxengnttab: libs-$(XEN_TARGET_ARCH)/gnttab/libxengnttab.a +libs-$(XEN_TARGET_ARCH)/gnttab/libxengnttab.a: $(NEWLIB_STAMPFILE) + $(MAKE) -C $(XEN_ROOT)/tools/include + $(MAKE) DESTDIR= -C $(MINI_OS) links + CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= -C libs-$(XEN_TARGET_ARCH)/gnttab + +####### # libxc ####### .PHONY: libxc libxc: libxc-$(XEN_TARGET_ARCH)/libxenctrl.a libxc-$(XEN_TARGET_ARCH)/libxenguest.a -libxc-$(XEN_TARGET_ARCH)/libxenctrl.a: libxentoollog libxenevtchn cross-zlib +libxc-$(XEN_TARGET_ARCH)/libxenctrl.a: libxentoollog libxenevtchn libxengnttab cross-zlib $(MAKE) -C $(XEN_ROOT)/tools/include $(MAKE) DESTDIR= -C $(MINI_OS) links CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= CONFIG_LIBXC_MINIOS=y -C libxc-$(XEN_TARGET_ARCH) diff --git a/tools/Makefile b/tools/Makefile index 99e016a..f373e71 100644 --- a/tools/Makefile +++ b/tools/Makefile @@ -249,9 +249,11 @@ subdir-all-qemu-xen-dir: qemu-xen-dir-find --includedir=$(LIBEXEC_INC) \ --source-path=$$source \ --extra-cflags="-DXC_WANT_COMPAT_EVTCHN_API=1 \ + -DXC_WANT_COMPAT_GNTTAB_API=1 \ -I$(XEN_ROOT)/tools/include \ -I$(XEN_ROOT)/tools/libs/toollog/include \ -I$(XEN_ROOT)/tools/libs/evtchn/include \ + -I$(XEN_ROOT)/tools/libs/gnttab/include \ -I$(XEN_ROOT)/tools/libxc/include \ -I$(XEN_ROOT)/tools/xenstore/include \ -I$(XEN_ROOT)/tools/xenstore/compat/include \ @@ -260,6 +262,7 @@ subdir-all-qemu-xen-dir: qemu-xen-dir-find -L$(XEN_ROOT)/tools/xenstore \ -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/toollog \ -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/evtchn \ + -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/gnttab \ $(QEMU_UPSTREAM_RPATH)" \ --bindir=$(LIBEXEC_BIN) \ --datadir=$(SHAREDIR)/qemu-xen \ diff --git a/tools/Rules.mk b/tools/Rules.mk index 8ed1507..5824ede 100644 --- a/tools/Rules.mk +++ b/tools/Rules.mk @@ -12,6 +12,7 @@ INSTALL = $(XEN_ROOT)/tools/cross-install XEN_INCLUDE = $(XEN_ROOT)/tools/include XEN_LIBXENTOOLLOG = $(XEN_ROOT)/tools/libs/toollog XEN_LIBXENEVTCHN = $(XEN_ROOT)/tools/libs/evtchn +XEN_LIBXENGNTTAB = $(XEN_ROOT)/tools/libs/gnttab XEN_LIBXC = $(XEN_ROOT)/tools/libxc XEN_XENLIGHT = $(XEN_ROOT)/tools/libxl XEN_XENSTORE = $(XEN_ROOT)/tools/xenstore @@ -88,8 +89,17 @@ SHDEPS_libxenevtchn = LDLIBS_libxenevtchn = $(XEN_LIBXENEVTCHN)/libxenevtchn$(libextension) SHLIB_libxenevtchn = -Wl,-rpath-link=$(XEN_LIBXENEVTCHN) +CFLAGS_libxengnttab = -I$(XEN_LIBXENGNTTAB)/include $(CFLAGS_xeninclude) +LDLIBS_libxengnttab = $(XEN_LIBXENGNTTAB)/libxengnttab$(libextension) +SHLIB_libxengnttab = -Wl,-rpath-link=$(XEN_LIBXENGNTTAB) + +# xengntshr_* interfaces are actually part of libxengnttab.so +CFLAGS_libxengntshr = -I$(XEN_LIBXENGNTTAB)/include $(CFLAGS_xeninclude) +LDLIBS_libxengntshr = $(XEN_LIBXENGNTTAB)/libxengnttab$(libextension) +SHLIB_libxengntshr = -Wl,-rpath-link=$(XEN_LIBXENGNTTAB) + CFLAGS_libxenctrl = -I$(XEN_LIBXC)/include $(CFLAGS_libxentoollog) $(CFLAGS_xeninclude) -SHDEPS_libxenctrl = $(SHLIB_libxentoollog) $(SHLIB_libxenevtchn) +SHDEPS_libxenctrl = $(SHLIB_libxentoollog) $(SHLIB_libxenevtchn) $(SHLIB_libxengnttab) $(SHLIB_libxengntshr) LDLIBS_libxenctrl = $(SHDEPS_libxenctrl) $(XEN_LIBXC)/libxenctrl$(libextension) SHLIB_libxenctrl = $(SHDEPS_libxenctrl) -Wl,-rpath-link=$(XEN_LIBXC) @@ -109,7 +119,7 @@ LDLIBS_libxenstat = $(SHDEPS_libxenstat) $(XEN_LIBXENSTAT)/libxenstat$(libexten SHLIB_libxenstat = $(SHDEPS_libxenstat) -Wl,-rpath-link=$(XEN_LIBXENSTAT) CFLAGS_libxenvchan = -I$(XEN_LIBVCHAN) -SHDEPS_libxenvchan = $(SHLIB_libxenctrl) $(SHLIB_libxenstore) $(SHLIB_libxenevtchn) +SHDEPS_libxenvchan = $(SHLIB_libxentoollog) $(SHLIB_libxenstore) $(SHLIB_libxenevtchn) $(SHLIB_libxengnttab) $(SHLIB_libxengntshr) LDLIBS_libxenvchan = $(SHDEPS_libxenvchan) $(XEN_LIBVCHAN)/libxenvchan$(libextension) SHLIB_libxenvchan = $(SHDEPS_libxenvchan) -Wl,-rpath-link=$(XEN_LIBVCHAN) diff --git a/tools/console/Makefile b/tools/console/Makefile index 4b3a492..6eeac8f 100644 --- a/tools/console/Makefile +++ b/tools/console/Makefile @@ -3,10 +3,8 @@ include $(XEN_ROOT)/tools/Rules.mk CFLAGS += -Werror -CFLAGS += $(CFLAGS_libxenevtchn) CFLAGS += $(CFLAGS_libxenctrl) CFLAGS += $(CFLAGS_libxenstore) -LDLIBS += $(LDLIBS_libxenevtchn) LDLIBS += $(LDLIBS_libxenctrl) LDLIBS += $(LDLIBS_libxenstore) LDLIBS += $(SOCKET_LIBS) @@ -28,8 +26,9 @@ clean: .PHONY: distclean distclean: clean +daemon/io.o: CFLAGS += $(CFLAGS_libxenevtchn) $(CFLAGS_libxengnttab) xenconsoled: $(patsubst %.c,%.o,$(wildcard daemon/*.c)) - $(CC) $(LDFLAGS) $^ -o $@ $(LDLIBS) $(LDLIBS_xenconsoled) $(APPEND_LDFLAGS) + $(CC) $(LDFLAGS) $^ -o $@ $(LDLIBS) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_xenconsoled) $(APPEND_LDFLAGS) xenconsole: client/_paths.h $(patsubst %.c,%.o,$(wildcard client/*.c)) $(CC) $(LDFLAGS) $^ -o $@ $(LDLIBS) $(LDLIBS_xenconsole) $(APPEND_LDFLAGS) diff --git a/tools/console/daemon/io.c b/tools/console/daemon/io.c index 2f2e9c5..f265f4d 100644 --- a/tools/console/daemon/io.c +++ b/tools/console/daemon/io.c @@ -22,6 +22,7 @@ #include "utils.h" #include "io.h" #include +#include #include #include #include @@ -72,7 +73,7 @@ static int log_time_hv_needts = 1; static int log_time_guest_needts = 1; static int log_hv_fd = -1; -static xc_gnttab *xcg_handle = NULL; +static xengnttab_handle *xgt_handle = NULL; static struct pollfd *fds; static unsigned int current_array_size; @@ -520,8 +521,8 @@ static void domain_unmap_interface(struct domain *dom) { if (dom->interface == NULL) return; - if (xcg_handle && dom->ring_ref == -1) - xc_gnttab_munmap(xcg_handle, dom->interface, 1); + if (xgt_handle && dom->ring_ref == -1) + xengnttab_munmap(xgt_handle, dom->interface, 1); else munmap(dom->interface, XC_PAGE_SIZE); dom->interface = NULL; @@ -552,9 +553,9 @@ static int domain_create_ring(struct domain *dom) if (ring_ref != dom->ring_ref && dom->ring_ref != -1) domain_unmap_interface(dom); - if (!dom->interface && xcg_handle) { + if (!dom->interface && xgt_handle) { /* Prefer using grant table */ - dom->interface = xc_gnttab_map_grant_ref(xcg_handle, + dom->interface = xengnttab_map_grant_ref(xgt_handle, dom->domid, GNTTAB_RESERVED_CONSOLE, PROT_READ|PROT_WRITE); dom->ring_ref = -1; @@ -1029,8 +1030,8 @@ void handle_io(void) handle_hv_logs(xce_handle, true); } - xcg_handle = xc_gnttab_open(NULL, 0); - if (xcg_handle == NULL) { + xgt_handle = xengnttab_open(NULL, 0); + if (xgt_handle == NULL) { dolog(LOG_DEBUG, "Failed to open xcg handle: %d (%s)", errno, strerror(errno)); } @@ -1206,9 +1207,9 @@ void handle_io(void) xenevtchn_close(xce_handle); xce_handle = NULL; } - if (xcg_handle != NULL) { - xc_gnttab_close(xcg_handle); - xcg_handle = NULL; + if (xgt_handle != NULL) { + xengnttab_close(xgt_handle); + xgt_handle = NULL; } log_hv_evtchn = -1; } diff --git a/tools/libs/Makefile b/tools/libs/Makefile index 0e3f523..00156ae 100644 --- a/tools/libs/Makefile +++ b/tools/libs/Makefile @@ -4,5 +4,6 @@ include $(XEN_ROOT)/tools/Rules.mk SUBDIRS-y := SUBDIRS-y += toollog SUBDIRS-y += evtchn +SUBDIRS-y += gnttab all clean install distclean: %: subdirs-% diff --git a/tools/libs/evtchn/minios.c b/tools/libs/evtchn/minios.c index fb913a2..b839cd0 100644 --- a/tools/libs/evtchn/minios.c +++ b/tools/libs/evtchn/minios.c @@ -27,13 +27,12 @@ #include #include -#include - #include #include #include #include #include +#include #include #include @@ -43,8 +42,6 @@ extern void minios_evtchn_close_fd(int fd); extern struct wait_queue_head event_queue; -//void minios_evtchn_close_fd(int fd); - /* XXX Note: This is not threadsafe */ static struct evtchn_port_info* port_alloc(int fd) { struct evtchn_port_info *port_info; diff --git a/tools/libs/gnttab/Makefile b/tools/libs/gnttab/Makefile new file mode 100644 index 0000000..53ba960 --- /dev/null +++ b/tools/libs/gnttab/Makefile @@ -0,0 +1,69 @@ +XEN_ROOT = $(CURDIR)/../../.. +include $(XEN_ROOT)/tools/Rules.mk + +MAJOR = 1 +MINOR = 0 +SHLIB_LDFLAGS += -Wl,--version-script=libxengnttab.map + +CFLAGS += -Werror -Wmissing-prototypes +CFLAGS += -I./include $(CFLAGS_xeninclude) +CFLAGS += $(CFLAGS_libxentoollog) + +SRCS-GNTTAB += gnttab_core.c +SRCS-GNTSHR += gntshr_core.c + +SRCS-$(CONFIG_Linux) += $(SRCS-GNTTAB) $(SRCS-GNTSHR) linux.c +SRCS-$(CONFIG_MiniOS) += $(SRCS-GNTTAB) gntshr_unimp.c minios.c +SRCS-$(CONFIG_FreeBSD) += gnttab_unimp.c gntshr_unimp.c +SRCS-$(CONFIG_SunOS) += gnttab_unimp.c gntshr_unimp.c +SRCS-$(CONFIG_NetBSD) += gnttab_unimp.c gntshr_unimp.c + +LIB_OBJS := $(patsubst %.c,%.o,$(SRCS-y)) +PIC_OBJS := $(patsubst %.c,%.opic,$(SRCS-y)) + +LIB := libxengnttab.a +ifneq ($(nosharedlibs),y) +LIB += libxengnttab.so +endif + +.PHONY: all +all: build + +.PHONY: build +build: + $(MAKE) libs + +.PHONY: libs +libs: headers.chk $(LIB) + +headers.chk: $(wildcard include/*.h) + +libxengnttab.a: $(LIB_OBJS) + $(AR) rc $@ $^ + +libxengnttab.so: libxengnttab.so.$(MAJOR) + $(SYMLINK_SHLIB) $< $@ +libxengnttab.so.$(MAJOR): libxengnttab.so.$(MAJOR).$(MINOR) + $(SYMLINK_SHLIB) $< $@ + +libxengnttab.so.$(MAJOR).$(MINOR): $(PIC_OBJS) libxengnttab.map + $(CC) $(LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxengnttab.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $(PIC_OBJS) $(LDLIBS_libxentoollog) $(APPEND_LDFLAGS) + +.PHONY: install +install: build + $(INSTALL_DIR) $(DESTDIR)$(libdir) + $(INSTALL_DIR) $(DESTDIR)$(includedir) + $(INSTALL_SHLIB) libxengnttab.so.$(MAJOR).$(MINOR) $(DESTDIR)$(libdir) + $(INSTALL_DATA) libxengnttab.a $(DESTDIR)$(libdir) + $(SYMLINK_SHLIB) libxengnttab.so.$(MAJOR).$(MINOR) $(DESTDIR)$(libdir)/libxengnttab.so.$(MAJOR) + $(SYMLINK_SHLIB) libxengnttab.so.$(MAJOR) $(DESTDIR)$(libdir)/libxengnttab.so + $(INSTALL_DATA) include/xengnttab.h $(DESTDIR)$(includedir) + +.PHONY: TAGS +TAGS: + etags -t *.c *.h + +.PHONY: clean +clean: + rm -rf *.rpm $(LIB) *~ $(DEPS) $(LIB_OBJS) $(PIC_OBJS) + rm -f headers.chk diff --git a/tools/libs/gnttab/gntshr_core.c b/tools/libs/gnttab/gntshr_core.c new file mode 100644 index 0000000..72dd86a --- /dev/null +++ b/tools/libs/gnttab/gntshr_core.c @@ -0,0 +1,95 @@ +/****************************************************************************** + * + * Copyright (c) 2007-2008, D G Murray + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_gnttab.c + */ + +#include + +#include "private.h" + +xengntshr_handle *xengntshr_open(xentoollog_logger *logger, unsigned open_flags) +{ + xengntshr_handle *xgs = malloc(sizeof(*xgs)); + int rc; + + if (!xgs) return NULL; + + xgs->fd = -1; + xgs->logger = logger; + xgs->logger_tofree = NULL; + + if (!xgs->logger) { + xgs->logger = xgs->logger_tofree = + (xentoollog_logger*) + xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); + if (!xgs->logger) goto err; + } + + rc = osdep_gntshr_open(xgs); + if ( rc < 0 ) goto err; + + return xgs; + +err: + osdep_gntshr_close(xgs); + xtl_logger_destroy(xgs->logger_tofree); + free(xgs); + return NULL; +} + +int xengntshr_close(xengntshr_handle *xgs) +{ + int rc; + + if ( !xgs ) + return 0; + + rc = osdep_gntshr_close(xgs); + xtl_logger_destroy(xgs->logger_tofree); + free(xgs); + return rc; +} +void *xengntshr_share_pages(xengntshr_handle *xcg, uint32_t domid, + int count, uint32_t *refs, int writable) +{ + return osdep_gntshr_share_pages(xcg, domid, count, refs, writable, -1, -1); +} + +void *xengntshr_share_page_notify(xengntshr_handle *xcg, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + return osdep_gntshr_share_pages(xcg, domid, 1, ref, writable, + notify_offset, notify_port); +} + +int xengntshr_munmap(xengntshr_handle *xgs, void *start_address, uint32_t count) +{ + return osdep_gntshr_munmap(xgs, start_address, count); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libxc/xc_nognttab.c b/tools/libs/gnttab/gntshr_unimp.c similarity index 52% rename from tools/libxc/xc_nognttab.c rename to tools/libs/gnttab/gntshr_unimp.c index e8a0fcb..71dd558 100644 --- a/tools/libxc/xc_nognttab.c +++ b/tools/libs/gnttab/gntshr_unimp.c @@ -14,37 +14,49 @@ * * You should have received a copy of the GNU Lesser General Public * License along with this library; If not, see . + * + * Split out from xc_gnttab.c */ #include -#include "xc_private.h" +#include "private.h" -int osdep_gnttab_open(xc_gnttab *xgt) +xengntshr_handle *xengntshr_open(xentoollog_logger *logger, unsigned open_flags) { - return -1; + return NULL; } -int osdep_gnttab_close(xc_gnttab *xgt) +int xengntshr_close(xengntshr_handle *xgs) { return 0; } -int xc_gnttab_set_max_grants(xc_gnttab *xgt, uint32_t count) +void *xengntshr_share_pages(xengntshr_handle *xcg, uint32_t domid, + int count, uint32_t *refs, int writable) { abort(); } -void *osdep_gnttab_grant_map(xc_gnttab *xgt, - uint32_t count, int flags, int prot, - uint32_t *domids, uint32_t *refs, - uint32_t notify_offset, - evtchn_port_t notify_port) +void *xengntshr_share_page_notify(xengntshr_handle *xcg, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port) { abort(); } -int xc_gnttab_munmap(xc_gnttab *xgt, void *start_address, uint32_t count) +int xengntshr_munmap(xengntshr_handle *xgs, void *start_address, uint32_t count) { abort(); } + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/gnttab_core.c b/tools/libs/gnttab/gnttab_core.c new file mode 100644 index 0000000..1a752a9 --- /dev/null +++ b/tools/libs/gnttab/gnttab_core.c @@ -0,0 +1,124 @@ +/****************************************************************************** + * + * Copyright (c) 2007-2008, D G Murray + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_gnttab.c + */ + +#include + +#include "private.h" + +xengnttab_handle *xengnttab_open(xentoollog_logger *logger, unsigned open_flags) +{ + xengnttab_handle *xgt = malloc(sizeof(*xgt)); + int rc; + + if (!xgt) return NULL; + + xgt->fd = -1; + xgt->logger = logger; + xgt->logger_tofree = NULL; + + if (!xgt->logger) { + xgt->logger = xgt->logger_tofree = + (xentoollog_logger*) + xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); + if (!xgt->logger) goto err; + } + + rc = osdep_gnttab_open(xgt); + if ( rc < 0 ) goto err; + + return xgt; + +err: + osdep_gnttab_close(xgt); + xtl_logger_destroy(xgt->logger_tofree); + free(xgt); + return NULL; +} + +int xengnttab_close(xengnttab_handle *xgt) +{ + int rc; + + if ( !xgt ) + return 0; + + rc = osdep_gnttab_close(xgt); + xtl_logger_destroy(xgt->logger_tofree); + free(xgt); + return rc; +} + +int xengnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count) +{ + return osdep_gnttab_set_max_grants(xgt, count); +} + +void *xengnttab_map_grant_ref(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot) +{ + return osdep_gnttab_grant_map(xgt, 1, 0, prot, &domid, &ref, -1, -1); +} + +void *xengnttab_map_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot) +{ + return osdep_gnttab_grant_map(xgt, count, 0, prot, domids, refs, -1, -1); +} + +void *xengnttab_map_domain_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot) +{ + return osdep_gnttab_grant_map(xgt, count, XENGNTTAB_GRANT_MAP_SINGLE_DOMAIN, + prot, &domid, refs, -1, -1); +} + +void *xengnttab_map_grant_ref_notify(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + return osdep_gnttab_grant_map(xgt, 1, 0, prot, &domid, &ref, + notify_offset, notify_port); +} + +int xengnttab_munmap(xengnttab_handle *xgt, void *start_address, uint32_t count) +{ + return osdep_gnttab_munmap(xgt, start_address, count); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/gnttab_unimp.c b/tools/libs/gnttab/gnttab_unimp.c new file mode 100644 index 0000000..3f930be --- /dev/null +++ b/tools/libs/gnttab/gnttab_unimp.c @@ -0,0 +1,89 @@ +/****************************************************************************** + * + * Copyright (c) 2007-2008, D G Murray + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_gnttab.c + */ + +#include + +#include "private.h" + +xengnttab_handle *xengnttab_open(xentoollog_logger *logger, unsigned open_flags) +{ + return NULL; +} + +int xengnttab_close(xengnttab_handle *xgt) +{ + return 0; +} + +int xengnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count) +{ + abort(); +} + +void *xengnttab_map_grant_ref(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot) +{ + abort(); +} + +void *xengnttab_map_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot) +{ + abort(); +} + +void *xengnttab_map_domain_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot) +{ + abort(); +} + +void *xengnttab_map_grant_ref_notify(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + abort(); +} + +int xengnttab_munmap(xengnttab_handle *xgt, void *start_address, uint32_t count) +{ + abort(); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/include/xengnttab.h b/tools/libs/gnttab/include/xengnttab.h new file mode 100644 index 0000000..007e6db --- /dev/null +++ b/tools/libs/gnttab/include/xengnttab.h @@ -0,0 +1,218 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split off from: + * xenctrl.h + * + * A library for low-level access to the Xen control interfaces. + * + * Copyright (c) 2007-2008, D G Murray + */ +#ifndef XENGNTTAB_H +#define XENGNTTAB_H + +#include + +#include +#include + +/* Callers who don't care don't need to #include */ +typedef struct xentoollog_logger xentoollog_logger; + +/* + * Grant Table Interface (making use of grants from other domains) + */ + +typedef struct xengntdev_handle xengnttab_handle; + +/* + * Note: + * After fork a child process must not use any opened xc gnttab + * handle inherited from their parent. They must open a new handle if + * they want to interact with xc. + * + * Return an fd onto the grant table driver. Logs errors. + */ +xengnttab_handle *xengnttab_open(xentoollog_logger *logger, unsigned open_flags); + +/* + * Close a handle previously allocated with xengnttab_open(). + * Never logs errors. + */ +int xengnttab_close(xengnttab_handle *xgt); + +/* + * Memory maps a grant reference from one domain to a local address range. + * Mappings should be unmapped with xengnttab_munmap. Logs errors. + * + * @parm xgt a handle on an open grant table interface + * @parm domid the domain to map memory from + * @parm ref the grant reference ID to map + * @parm prot same flag as in mmap() + */ +void *xengnttab_map_grant_ref(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot); + +/** + * Memory maps one or more grant references from one or more domains to a + * contiguous local address range. Mappings should be unmapped with + * xengnttab_munmap. Logs errors. + * + * @parm xgt a handle on an open grant table interface + * @parm count the number of grant references to be mapped + * @parm domids an array of @count domain IDs by which the corresponding @refs + * were granted + * @parm refs an array of @count grant references to be mapped + * @parm prot same flag as in mmap() + */ +void *xengnttab_map_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot); + +/** + * Memory maps one or more grant references from one domain to a + * contiguous local address range. Mappings should be unmapped with + * xengnttab_munmap. Logs errors. + * + * @parm xgt a handle on an open grant table interface + * @parm count the number of grant references to be mapped + * @parm domid the domain to map memory from + * @parm refs an array of @count grant references to be mapped + * @parm prot same flag as in mmap() + */ +void *xengnttab_map_domain_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot); + +/** + * Memory maps a grant reference from one domain to a local address range. + * Mappings should be unmapped with xengnttab_munmap. If notify_offset or + * notify_port are not -1, this version will attempt to set up an unmap + * notification at the given offset and event channel. When the page is + * unmapped, the byte at the given offset will be zeroed and a wakeup will be + * sent to the given event channel. Logs errors. + * + * @parm xgt a handle on an open grant table interface + * @parm domid the domain to map memory from + * @parm ref the grant reference ID to map + * @parm prot same flag as in mmap() + * @parm notify_offset The byte offset in the page to use for unmap + * notification; -1 for none. + * @parm notify_port The event channel port to use for unmap notify, or -1 + */ +void *xengnttab_map_grant_ref_notify(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port); + +/* + * Unmaps the @count pages starting at @start_address, which were mapped by a + * call to xengnttab_map_grant_ref or xengnttab_map_grant_refs. Never logs. + */ +int xengnttab_munmap(xengnttab_handle *xgt, + void *start_address, + uint32_t count); + +/* + * Sets the maximum number of grants that may be mapped by the given instance + * to @count. Never logs. + * + * N.B. This function must be called after opening the handle, and before any + * other functions are invoked on it. + * + * N.B. When variable-length grants are mapped, fragmentation may be observed, + * and it may not be possible to satisfy requests up to the maximum number + * of grants. + */ +int xengnttab_set_max_grants(xengnttab_handle *xgt, + uint32_t count); + +/* + * Grant Sharing Interface (allocating and granting pages) + */ + +typedef struct xengntdev_handle xengntshr_handle; + +/* + * Return an fd onto the grant sharing driver. Logs errors. + * + * Note: + * After fork a child process must not use any opened xc gntshr + * handle inherited from their parent. They must open a new handle if + * they want to interact with xc. + * + */ +xengntshr_handle *xengntshr_open(xentoollog_logger *logger, + unsigned open_flags); + +/* + * Close a handle previously allocated with xengntshr_open(). + * Never logs errors. + */ +int xengntshr_close(xengntshr_handle *xgs); + +/* + * Creates and shares pages with another domain. + * + * @parm xgs a handle to an open grant sharing instance + * @parm domid the domain to share memory with + * @parm count the number of pages to share + * @parm refs the grant references of the pages (output) + * @parm writable true if the other domain can write to the pages + * @return local mapping of the pages + */ +void *xengntshr_share_pages(xengntshr_handle *xgs, uint32_t domid, + int count, uint32_t *refs, int writable); + +/* + * Creates and shares a page with another domain, with unmap notification. + * + * @parm xgs a handle to an open grant sharing instance + * @parm domid the domain to share memory with + * @parm refs the grant reference of the pages (output) + * @parm writable true if the other domain can write to the page + * @parm notify_offset The byte offset in the page to use for unmap + * notification; -1 for none. + * @parm notify_port The event channel port to use for unmap notify, or -1 + * @return local mapping of the page + */ +void *xengntshr_share_page_notify(xengntshr_handle *xgs, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port); +/* + * Unmaps the @count pages starting at @start_address, which were mapped by a + * call to xengntshr_share_*. Never logs. + */ +int xengntshr_munmap(xengntshr_handle *xgs, void *start_address, uint32_t count); + +#endif + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/libxengnttab.map b/tools/libs/gnttab/libxengnttab.map new file mode 100644 index 0000000..b46f9aa --- /dev/null +++ b/tools/libs/gnttab/libxengnttab.map @@ -0,0 +1,23 @@ +VERS_1.0 { + global: + xengnttab_open; + xengnttab_close; + + xengnttab_set_max_grants; + + xengnttab_map_domain_grant_refs; + xengnttab_map_grant_ref; + xengnttab_map_grant_ref_notify; + xengnttab_map_grant_refs; + + xengnttab_munmap; + + xengntshr_open; + xengntshr_close; + + xengntshr_share_page_notify; + xengntshr_share_pages; + + xengntshr_munmap; + local: *; /* Do not expose anything by default */ +}; diff --git a/tools/libs/gnttab/linux.c b/tools/libs/gnttab/linux.c new file mode 100644 index 0000000..635765b --- /dev/null +++ b/tools/libs/gnttab/linux.c @@ -0,0 +1,329 @@ +/* + * Copyright (c) 2007-2008, D G Murray + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_linux_osdep.c + */ + +#include +#include +#include +#include +#include +#include + +#include +#include + +#include +#include + +#include "private.h" + +#define DEVXEN "/dev/xen/" + +#define ROUNDUP(_x,_w) (((unsigned long)(_x)+(1UL<<(_w))-1) & ~((1UL<<(_w))-1)) + +#define GTERROR(_l, _f...) xtl_log(_l, XTL_ERROR, errno, "gnttab", _f) +#define GSERROR(_l, _f...) xtl_log(_l, XTL_ERROR, errno, "gntshr", _f) + +#define PAGE_SHIFT 12 +#define PAGE_SIZE (1UL << PAGE_SHIFT) +#define PAGE_MASK (~(PAGE_SIZE-1)) + +int osdep_gnttab_open(xengnttab_handle *xgt) +{ + int fd = open(DEVXEN "gntdev", O_RDWR); + if ( fd == -1 ) + return -1; + xgt->fd = fd; + return 0; +} + +int osdep_gnttab_close(xengnttab_handle *xgt) +{ + if ( xgt->fd == -1 ) + return 0; + + return close(xgt->fd); +} + +int osdep_gnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count) +{ + int fd = xgt->fd, rc; + struct ioctl_gntdev_set_max_grants max_grants = { .count = count }; + + rc = ioctl(fd, IOCTL_GNTDEV_SET_MAX_GRANTS, &max_grants); + if (rc) { + /* + * Newer (e.g. pv-ops) kernels don't implement this IOCTL, + * so ignore the resulting specific failure. + */ + if (errno == ENOTTY) + rc = 0; + else + GTERROR(xgt->logger, "ioctl SET_MAX_GRANTS failed"); + } + + return rc; +} + +void *osdep_gnttab_grant_map(xengnttab_handle *xgt, + uint32_t count, int flags, int prot, + uint32_t *domids, uint32_t *refs, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + int fd = xgt->fd; + struct ioctl_gntdev_map_grant_ref *map; + unsigned int map_size = ROUNDUP((sizeof(*map) + (count - 1) * + sizeof(struct ioctl_gntdev_map_grant_ref)), + PAGE_SHIFT); + void *addr = NULL; + int domids_stride = 1; + int i; + + if (flags & XENGNTTAB_GRANT_MAP_SINGLE_DOMAIN) + domids_stride = 0; + + if ( map_size <= PAGE_SIZE ) + map = alloca(sizeof(*map) + + (count - 1) * sizeof(struct ioctl_gntdev_map_grant_ref)); + else + { + map = mmap(NULL, map_size, PROT_READ | PROT_WRITE, + MAP_PRIVATE | MAP_ANON | MAP_POPULATE, -1, 0); + if ( map == MAP_FAILED ) + { + GTERROR(xgt->logger, "mmap of map failed"); + return NULL; + } + } + + for ( i = 0; i < count; i++ ) + { + map->refs[i].domid = domids[i * domids_stride]; + map->refs[i].ref = refs[i]; + } + + map->count = count; + + if ( ioctl(fd, IOCTL_GNTDEV_MAP_GRANT_REF, map) ) { + GTERROR(xgt->logger, "ioctl MAP_GRANT_REF failed"); + goto out; + } + + retry: + addr = mmap(NULL, PAGE_SIZE * count, prot, MAP_SHARED, fd, + map->index); + + if (addr == MAP_FAILED && errno == EAGAIN) + { + /* + * The grant hypercall can return EAGAIN if the granted page is + * swapped out. Since the paging daemon may be in the same domain, the + * hypercall cannot block without causing a deadlock. + * + * Because there are no notificaitons when the page is swapped in, wait + * a bit before retrying, and hope that the page will arrive eventually. + */ + usleep(1000); + goto retry; + } + + if (addr != MAP_FAILED) + { + int rv = 0; + struct ioctl_gntdev_unmap_notify notify; + notify.index = map->index; + notify.action = 0; + if (notify_offset < PAGE_SIZE * count) { + notify.index += notify_offset; + notify.action |= UNMAP_NOTIFY_CLEAR_BYTE; + } + if (notify_port != -1) { + notify.event_channel_port = notify_port; + notify.action |= UNMAP_NOTIFY_SEND_EVENT; + } + if (notify.action) + rv = ioctl(fd, IOCTL_GNTDEV_SET_UNMAP_NOTIFY, ¬ify); + if (rv) { + GTERROR(xgt->logger, "ioctl SET_UNMAP_NOTIFY failed"); + munmap(addr, count * PAGE_SIZE); + addr = MAP_FAILED; + } + } + + if (addr == MAP_FAILED) + { + int saved_errno = errno; + struct ioctl_gntdev_unmap_grant_ref unmap_grant; + + /* Unmap the driver slots used to store the grant information. */ + GTERROR(xgt->logger, "mmap failed"); + unmap_grant.index = map->index; + unmap_grant.count = count; + ioctl(fd, IOCTL_GNTDEV_UNMAP_GRANT_REF, &unmap_grant); + errno = saved_errno; + addr = NULL; + } + + out: + if ( map_size > PAGE_SIZE ) + munmap(map, map_size); + + return addr; +} + +int osdep_gnttab_munmap(xengnttab_handle *xgt, + void *start_address, + uint32_t count) +{ + int fd = xgt->fd; + struct ioctl_gntdev_get_offset_for_vaddr get_offset; + struct ioctl_gntdev_unmap_grant_ref unmap_grant; + int rc; + + if ( start_address == NULL ) + { + errno = EINVAL; + return -1; + } + + /* First, it is necessary to get the offset which was initially used to + * mmap() the pages. + */ + get_offset.vaddr = (unsigned long)start_address; + if ( (rc = ioctl(fd, IOCTL_GNTDEV_GET_OFFSET_FOR_VADDR, + &get_offset)) ) + return rc; + + if ( get_offset.count != count ) + { + errno = EINVAL; + return -1; + } + + /* Next, unmap the memory. */ + if ( (rc = munmap(start_address, count * PAGE_SIZE)) ) + return rc; + + /* Finally, unmap the driver slots used to store the grant information. */ + unmap_grant.index = get_offset.offset; + unmap_grant.count = count; + if ( (rc = ioctl(fd, IOCTL_GNTDEV_UNMAP_GRANT_REF, &unmap_grant)) ) + return rc; + + return 0; +} + +int osdep_gntshr_open(xengntshr_handle *xgs) +{ + int fd = open(DEVXEN "gntalloc", O_RDWR); + if ( fd == -1 ) + return -1; + xgs->fd = fd; + return 0; +} + +int osdep_gntshr_close(xengntshr_handle *xgs) +{ + if ( xgs->fd == -1 ) + return 0; + + return close(xgs->fd); +} + +void *osdep_gntshr_share_pages(xengntshr_handle *xgs, + uint32_t domid, int count, + uint32_t *refs, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + struct ioctl_gntalloc_alloc_gref *gref_info = NULL; + struct ioctl_gntalloc_unmap_notify notify; + struct ioctl_gntalloc_dealloc_gref gref_drop; + int fd = xgs->fd; + int err; + void *area = NULL; + gref_info = malloc(sizeof(*gref_info) + count * sizeof(uint32_t)); + if (!gref_info) + return NULL; + gref_info->domid = domid; + gref_info->flags = writable ? GNTALLOC_FLAG_WRITABLE : 0; + gref_info->count = count; + + err = ioctl(fd, IOCTL_GNTALLOC_ALLOC_GREF, gref_info); + if (err) { + GSERROR(xgs->logger, "ioctl failed"); + goto out; + } + + area = mmap(NULL, count * PAGE_SIZE, PROT_READ | PROT_WRITE, + MAP_SHARED, fd, gref_info->index); + + if (area == MAP_FAILED) { + area = NULL; + GSERROR(xgs->logger, "mmap failed"); + goto out_remove_fdmap; + } + + notify.index = gref_info->index; + notify.action = 0; + if (notify_offset < PAGE_SIZE * count) { + notify.index += notify_offset; + notify.action |= UNMAP_NOTIFY_CLEAR_BYTE; + } + if (notify_port != -1) { + notify.event_channel_port = notify_port; + notify.action |= UNMAP_NOTIFY_SEND_EVENT; + } + if (notify.action) + err = ioctl(fd, IOCTL_GNTALLOC_SET_UNMAP_NOTIFY, ¬ify); + if (err) { + GSERROR(xgs->logger, "ioctl SET_UNMAP_NOTIFY failed"); + munmap(area, count * PAGE_SIZE); + area = NULL; + } + + memcpy(refs, gref_info->gref_ids, count * sizeof(uint32_t)); + + out_remove_fdmap: + /* Removing the mapping from the file descriptor does not cause the pages to + * be deallocated until the mapping is removed. + */ + gref_drop.index = gref_info->index; + gref_drop.count = count; + ioctl(fd, IOCTL_GNTALLOC_DEALLOC_GREF, &gref_drop); + out: + free(gref_info); + return area; +} + +int osdep_gntshr_munmap(xengntshr_handle *xgs, + void *start_address, uint32_t count) +{ + return munmap(start_address, count * PAGE_SIZE); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/minios.c b/tools/libs/gnttab/minios.c new file mode 100644 index 0000000..4b70d03 --- /dev/null +++ b/tools/libs/gnttab/minios.c @@ -0,0 +1,117 @@ +/* + * + * Copyright 2007-2008 Samuel Thibault . + * All rights reserved. + * Use is subject to license terms. + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Splitfrom xc_minios.c + */ + +#include +#include +#include + +#include +#include + +#include +#include + +#include "private.h" + +void minios_gnttab_close_fd(int fd); + +int osdep_gnttab_open(xengnttab_handle *xgt) +{ + int fd = alloc_fd(FTYPE_GNTMAP); + if ( fd == -1 ) + return -1; + gntmap_init(&files[fd].gntmap); + xgt->fd = fd; + return 0; +} + +int osdep_gnttab_close(xengnttab_handle *xgt) +{ + if ( xgt->fd == -1 ) + return 0; + + return close(xgt->fd); +} + +void minios_gnttab_close_fd(int fd) +{ + gntmap_fini(&files[fd].gntmap); + files[fd].type = FTYPE_NONE; +} + +void *osdep_gnttab_grant_map(xengnttab_handle *xgt, + uint32_t count, int flags, int prot, + uint32_t *domids, uint32_t *refs, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + int fd = xgt->fd; + int stride = 1; + if (flags & XENGNTTAB_GRANT_MAP_SINGLE_DOMAIN) + stride = 0; + if (notify_offset != -1 || notify_port != -1) { + errno = ENOSYS; + return NULL; + } + return gntmap_map_grant_refs(&files[fd].gntmap, + count, domids, stride, + refs, prot & PROT_WRITE); +} + +int osdep_gnttab_munmap(xengnttab_handle *xgt, + void *start_address, + uint32_t count) +{ + int fd = xgt->fd; + int ret; + ret = gntmap_munmap(&files[fd].gntmap, + (unsigned long) start_address, + count); + if (ret < 0) { + errno = -ret; + return -1; + } + return ret; +} + +int osdep_gnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count) +{ + int fd = xgt->fd; + int ret; + ret = gntmap_set_max_grants(&files[fd].gntmap, + count); + if (ret < 0) { + errno = -ret; + return -1; + } + return ret; +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/private.h b/tools/libs/gnttab/private.h new file mode 100644 index 0000000..cb7e2cc --- /dev/null +++ b/tools/libs/gnttab/private.h @@ -0,0 +1,47 @@ +#ifndef XENGNTTAB_PRIVATE_H +#define XENGNTTAB_PRIVATE_H + +#include +#include + +struct xengntdev_handle { + xentoollog_logger *logger, *logger_tofree; + int fd; +}; + +int osdep_gnttab_open(xengnttab_handle *xgt); +int osdep_gnttab_close(xengnttab_handle *xgt); + +int osdep_gnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count); + +#define XENGNTTAB_GRANT_MAP_SINGLE_DOMAIN 0x1 +void *osdep_gnttab_grant_map(xengnttab_handle *xgt, + uint32_t count, int flags, int prot, + uint32_t *domids, uint32_t *refs, + uint32_t notify_offset, + evtchn_port_t notify_port); +int osdep_gnttab_munmap(xengnttab_handle *xgt, + void *start_address, + uint32_t count); +int osdep_gntshr_open(xengntshr_handle *xgs); +int osdep_gntshr_close(xengntshr_handle *xgs); + +void *osdep_gntshr_share_pages(xengntshr_handle *xgs, + uint32_t domid, int count, + uint32_t *refs, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port); +int osdep_gntshr_munmap(xengntshr_handle *xgs, + void *start_address, uint32_t count); + +#endif + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libvchan/Makefile b/tools/libvchan/Makefile index 84128a3..0573d2f 100644 --- a/tools/libvchan/Makefile +++ b/tools/libvchan/Makefile @@ -10,15 +10,17 @@ NODE_OBJS = node.o NODE2_OBJS = node-select.o LIBVCHAN_PIC_OBJS = $(patsubst %.o,%.opic,$(LIBVCHAN_OBJS)) -LIBVCHAN_LIBS = $(LDLIBS_libxenstore) $(LDLIBS_libxenctrl) $(LDLIBS_libxenevtchn) -$(LIBVCHAN_OBJS) $(LIBVCHAN_PIC_OBJS): CFLAGS += $(CFLAGS_libxenstore) $(CFLAGS_libxenctrl) $(CFLAGS_libxenevtchn) -$(NODE_OBJS) $(NODE2_OBJS): CFLAGS += $(CFLAGS_libxenctrl) $(CFLAGS_libxenevtchn) +LIBVCHAN_LIBS = $(LDLIBS_libxenstore) $(LDLIBS_libxengnttab) $(LDLIBS_libxengntshr) $(LDLIBS_libxenevtchn) +$(LIBVCHAN_OBJS) $(LIBVCHAN_PIC_OBJS): CFLAGS += $(CFLAGS_libxenstore) $(CFLAGS_libxengnttab) $(CFLAGS_libxengntshr) $(CFLAGS_libxenevtchn) +$(NODE_OBJS) $(NODE2_OBJS): CFLAGS += $(CFLAGS_libxengnttab) $(CFLAGS_libxengntshr) $(CFLAGS_libxenevtchn) MAJOR = 1.0 MINOR = 0 CFLAGS += -I../include -I. +io.o io.opic: CFLAGS += $(CFLAGS_libxenctrl) # for xen_mb et al + .PHONY: all all: libxenvchan.so vchan-node1 vchan-node2 libxenvchan.a diff --git a/tools/libvchan/init.c b/tools/libvchan/init.c index 66cb103..18cbbf4 100644 --- a/tools/libvchan/init.c +++ b/tools/libvchan/init.c @@ -78,7 +78,7 @@ static int init_gnt_srv(struct libxenvchan *ctrl, int domain) uint32_t ring_ref = -1; void *ring; - ring = xc_gntshr_share_page_notify(ctrl->gntshr, domain, + ring = xengntshr_share_page_notify(ctrl->gntshr, domain, &ring_ref, 1, offsetof(struct vchan_interface, srv_live), ctrl->event_port); @@ -104,7 +104,7 @@ static int init_gnt_srv(struct libxenvchan *ctrl, int domain) ctrl->read.buffer = ((void*)ctrl->ring) + LARGE_RING_OFFSET; break; default: - ctrl->read.buffer = xc_gntshr_share_pages(ctrl->gntshr, domain, + ctrl->read.buffer = xengntshr_share_pages(ctrl->gntshr, domain, pages_left, ctrl->ring->grants, 1); if (!ctrl->read.buffer) goto out_ring; @@ -118,7 +118,7 @@ static int init_gnt_srv(struct libxenvchan *ctrl, int domain) ctrl->write.buffer = ((void*)ctrl->ring) + LARGE_RING_OFFSET; break; default: - ctrl->write.buffer = xc_gntshr_share_pages(ctrl->gntshr, domain, + ctrl->write.buffer = xengntshr_share_pages(ctrl->gntshr, domain, pages_right, ctrl->ring->grants + pages_left, 1); if (!ctrl->write.buffer) goto out_unmap_left; @@ -128,9 +128,9 @@ out: return ring_ref; out_unmap_left: if (pages_left) - xc_gntshr_munmap(ctrl->gntshr, ctrl->read.buffer, pages_left); + xengntshr_munmap(ctrl->gntshr, ctrl->read.buffer, pages_left); out_ring: - xc_gntshr_munmap(ctrl->gntshr, ring, 1); + xengntshr_munmap(ctrl->gntshr, ring, 1); ring_ref = -1; ctrl->ring = NULL; ctrl->write.order = ctrl->read.order = 0; @@ -142,7 +142,7 @@ static int init_gnt_cli(struct libxenvchan *ctrl, int domain, uint32_t ring_ref) int rv = -1; uint32_t *grants; - ctrl->ring = xc_gnttab_map_grant_ref_notify(ctrl->gnttab, + ctrl->ring = xengnttab_map_grant_ref_notify(ctrl->gnttab, domain, ring_ref, PROT_READ|PROT_WRITE, offsetof(struct vchan_interface, cli_live), ctrl->event_port); @@ -172,7 +172,7 @@ static int init_gnt_cli(struct libxenvchan *ctrl, int domain, uint32_t ring_ref) default: { int pages_left = 1 << (ctrl->write.order - PAGE_SHIFT); - ctrl->write.buffer = xc_gnttab_map_domain_grant_refs(ctrl->gnttab, + ctrl->write.buffer = xengnttab_map_domain_grant_refs(ctrl->gnttab, pages_left, domain, grants, PROT_READ|PROT_WRITE); if (!ctrl->write.buffer) goto out_unmap_ring; @@ -190,7 +190,7 @@ static int init_gnt_cli(struct libxenvchan *ctrl, int domain, uint32_t ring_ref) default: { int pages_right = 1 << (ctrl->read.order - PAGE_SHIFT); - ctrl->read.buffer = xc_gnttab_map_domain_grant_refs(ctrl->gnttab, + ctrl->read.buffer = xengnttab_map_domain_grant_refs(ctrl->gnttab, pages_right, domain, grants, PROT_READ); if (!ctrl->read.buffer) goto out_unmap_left; @@ -202,10 +202,10 @@ static int init_gnt_cli(struct libxenvchan *ctrl, int domain, uint32_t ring_ref) return rv; out_unmap_left: if (ctrl->write.order >= PAGE_SHIFT) - xc_gnttab_munmap(ctrl->gnttab, ctrl->write.buffer, + xengnttab_munmap(ctrl->gnttab, ctrl->write.buffer, 1 << (ctrl->write.order - PAGE_SHIFT)); out_unmap_ring: - xc_gnttab_munmap(ctrl->gnttab, ctrl->ring, 1); + xengnttab_munmap(ctrl->gnttab, ctrl->ring, 1); ctrl->ring = 0; ctrl->write.order = ctrl->read.order = 0; rv = -1; @@ -325,7 +325,7 @@ struct libxenvchan *libxenvchan_server_init(xentoollog_logger *logger, int domai ctrl->write.order = LARGE_RING_SHIFT; } - ctrl->gntshr = xc_gntshr_open(logger, 0); + ctrl->gntshr = xengntshr_open(logger, 0); if (!ctrl->gntshr) goto out; @@ -413,7 +413,7 @@ struct libxenvchan *libxenvchan_client_init(xentoollog_logger *logger, int domai if (!ctrl->event_port) goto fail; - ctrl->gnttab = xc_gnttab_open(logger, 0); + ctrl->gnttab = xengnttab_open(logger, 0); if (!ctrl->gnttab) goto fail; diff --git a/tools/libvchan/io.c b/tools/libvchan/io.c index 4461490..bfffd73 100644 --- a/tools/libvchan/io.c +++ b/tools/libvchan/io.c @@ -364,10 +364,10 @@ void libxenvchan_close(struct libxenvchan *ctrl) if (ctrl->ring) { if (ctrl->is_server) { ctrl->ring->srv_live = 0; - xc_gntshr_munmap(ctrl->gntshr, ctrl->ring, 1); + xengntshr_munmap(ctrl->gntshr, ctrl->ring, 1); } else { ctrl->ring->cli_live = 0; - xc_gnttab_munmap(ctrl->gnttab, ctrl->ring, 1); + xengnttab_munmap(ctrl->gnttab, ctrl->ring, 1); } } if (ctrl->event) { @@ -377,10 +377,10 @@ void libxenvchan_close(struct libxenvchan *ctrl) } if (ctrl->is_server) { if (ctrl->gntshr) - xc_gntshr_close(ctrl->gntshr); + xengntshr_close(ctrl->gntshr); } else { if (ctrl->gnttab) - xc_gnttab_close(ctrl->gnttab); + xengnttab_close(ctrl->gnttab); } free(ctrl); } diff --git a/tools/libvchan/libxenvchan.h b/tools/libvchan/libxenvchan.h index 1544378..341c375 100644 --- a/tools/libvchan/libxenvchan.h +++ b/tools/libvchan/libxenvchan.h @@ -45,7 +45,7 @@ #include #include #include -#include +#include struct libxenvchan_ring { /* Pointer into the shared page. Offsets into buffer. */ @@ -66,8 +66,8 @@ struct libxenvchan_ring { struct libxenvchan { /* Mapping handle for shared ring page */ union { - xc_gntshr *gntshr; /* for server */ - xc_gnttab *gnttab; /* for client */ + xengntshr_handle *gntshr; /* for server */ + xengnttab_handle *gnttab; /* for client */ }; /* Pointer to shared ring page */ struct vchan_interface *ring; diff --git a/tools/libxc/Makefile b/tools/libxc/Makefile index 184cbb7..33d18db 100644 --- a/tools/libxc/Makefile +++ b/tools/libxc/Makefile @@ -43,12 +43,13 @@ CTRL_SRCS-y += xc_resource.c CTRL_SRCS-$(CONFIG_X86) += xc_psr.c CTRL_SRCS-$(CONFIG_X86) += xc_pagetab.c CTRL_SRCS-$(CONFIG_Linux) += xc_linux.c xc_linux_osdep.c -CTRL_SRCS-$(CONFIG_FreeBSD) += xc_freebsd.c xc_freebsd_osdep.c xc_nognttab.c xc_nogntshr.c -CTRL_SRCS-$(CONFIG_SunOS) += xc_solaris.c xc_nognttab.c xc_nogntshr.c -CTRL_SRCS-$(CONFIG_NetBSD) += xc_netbsd.c xc_nognttab.c xc_nogntshr.c -CTRL_SRCS-$(CONFIG_NetBSDRump) += xc_netbsd.c xc_nognttab.c xc_nogntshr.c -CTRL_SRCS-$(CONFIG_MiniOS) += xc_minios.c xc_nogntshr.c +CTRL_SRCS-$(CONFIG_FreeBSD) += xc_freebsd.c xc_freebsd_osdep.c +CTRL_SRCS-$(CONFIG_SunOS) += xc_solaris.c +CTRL_SRCS-$(CONFIG_NetBSD) += xc_netbsd.c +CTRL_SRCS-$(CONFIG_NetBSDRump) += xc_netbsd.c +CTRL_SRCS-$(CONFIG_MiniOS) += xc_minios.c CTRL_SRCS-y += xc_evtchn_compat.c +CTRL_SRCS-y += xc_gnttab_compat.c GUEST_SRCS-y := GUEST_SRCS-y += xg_private.c xc_suspend.c @@ -126,6 +127,8 @@ OSDEP_PIC_OBJS := $(patsubst %.c,%.opic,$(OSDEP_SRCS-y)) $(CTRL_LIB_OBJS) $(GUEST_LIB_OBJS) $(OSDEP_LIB_OBJS) \ $(CTRL_PIC_OBJS) $(GUEST_PIC_OBJS) $(OSDEP_PIC_OBJS) : CFLAGS += -include $(XEN_ROOT)/tools/config.h +$(CTRL_LIB_OBJS) $(CTRL_PIC_OBJS): CFLAGS += $(CFLAGS_libxengnttab) $(CFLAGS_libxengntshr) + LIB := libxenctrl.a ifneq ($(nosharedlibs),y) LIB += libxenctrl.so libxenctrl.so.$(MAJOR) libxenctrl.so.$(MAJOR).$(MINOR) @@ -209,7 +212,7 @@ libxenctrl.so.$(MAJOR): libxenctrl.so.$(MAJOR).$(MINOR) $(SYMLINK_SHLIB) $< $@ libxenctrl.so.$(MAJOR).$(MINOR): $(CTRL_PIC_OBJS) - $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxenctrl.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $^ $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(DLOPEN_LIBS) $(PTHREAD_LIBS) $(APPEND_LDFLAGS) + $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxenctrl.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $^ $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_libxengntshr) $(DLOPEN_LIBS) $(PTHREAD_LIBS) $(APPEND_LDFLAGS) # libxenguest diff --git a/tools/libxc/include/xenctrl.h b/tools/libxc/include/xenctrl.h index 0fc2a11..16e2628 100644 --- a/tools/libxc/include/xenctrl.h +++ b/tools/libxc/include/xenctrl.h @@ -5,9 +5,6 @@ * * Copyright (c) 2003-2004, K A Fraser. * - * xc_gnttab functions: - * Copyright (c) 2007-2008, D G Murray - * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; @@ -117,8 +114,6 @@ */ typedef struct xc_interface_core xc_interface; -typedef struct xengntdev_handle xc_gnttab; -typedef struct xengntdev_handle xc_gntshr; enum xc_error_code { XC_ERROR_NONE = 0, @@ -1548,116 +1543,6 @@ int xc_domain_subscribe_for_suspend( * These functions sometimes log messages as above, but not always. */ -/* - * Note: - * After fork a child process must not use any opened xc gnttab - * handle inherited from their parent. They must open a new handle if - * they want to interact with xc. - * - * Return an fd onto the grant table driver. Logs errors. - */ -xc_gnttab *xc_gnttab_open(xentoollog_logger *logger, - unsigned open_flags); - -/* - * Close a handle previously allocated with xc_gnttab_open(). - * Never logs errors. - */ -int xc_gnttab_close(xc_gnttab *xcg); - -/* - * Memory maps a grant reference from one domain to a local address range. - * Mappings should be unmapped with xc_gnttab_munmap. Logs errors. - * - * @parm xcg a handle on an open grant table interface - * @parm domid the domain to map memory from - * @parm ref the grant reference ID to map - * @parm prot same flag as in mmap() - */ -void *xc_gnttab_map_grant_ref(xc_gnttab *xcg, - uint32_t domid, - uint32_t ref, - int prot); - -/** - * Memory maps one or more grant references from one or more domains to a - * contiguous local address range. Mappings should be unmapped with - * xc_gnttab_munmap. Logs errors. - * - * @parm xcg a handle on an open grant table interface - * @parm count the number of grant references to be mapped - * @parm domids an array of @count domain IDs by which the corresponding @refs - * were granted - * @parm refs an array of @count grant references to be mapped - * @parm prot same flag as in mmap() - */ -void *xc_gnttab_map_grant_refs(xc_gnttab *xcg, - uint32_t count, - uint32_t *domids, - uint32_t *refs, - int prot); - -/** - * Memory maps one or more grant references from one domain to a - * contiguous local address range. Mappings should be unmapped with - * xc_gnttab_munmap. Logs errors. - * - * @parm xcg a handle on an open grant table interface - * @parm count the number of grant references to be mapped - * @parm domid the domain to map memory from - * @parm refs an array of @count grant references to be mapped - * @parm prot same flag as in mmap() - */ -void *xc_gnttab_map_domain_grant_refs(xc_gnttab *xcg, - uint32_t count, - uint32_t domid, - uint32_t *refs, - int prot); - -/** - * Memory maps a grant reference from one domain to a local address range. - * Mappings should be unmapped with xc_gnttab_munmap. If notify_offset or - * notify_port are not -1, this version will attempt to set up an unmap - * notification at the given offset and event channel. When the page is - * unmapped, the byte at the given offset will be zeroed and a wakeup will be - * sent to the given event channel. Logs errors. - * - * @parm xcg a handle on an open grant table interface - * @parm domid the domain to map memory from - * @parm ref the grant reference ID to map - * @parm prot same flag as in mmap() - * @parm notify_offset The byte offset in the page to use for unmap - * notification; -1 for none. - * @parm notify_port The event channel port to use for unmap notify, or -1 - */ -void *xc_gnttab_map_grant_ref_notify(xc_gnttab *xcg, - uint32_t domid, - uint32_t ref, - int prot, - uint32_t notify_offset, - evtchn_port_t notify_port); - -/* - * Unmaps the @count pages starting at @start_address, which were mapped by a - * call to xc_gnttab_map_grant_ref or xc_gnttab_map_grant_refs. Never logs. - */ -int xc_gnttab_munmap(xc_gnttab *xcg, - void *start_address, - uint32_t count); - -/* - * Sets the maximum number of grants that may be mapped by the given instance - * to @count. Never logs. - * - * N.B. This function must be called after opening the handle, and before any - * other functions are invoked on it. - * - * N.B. When variable-length grants are mapped, fragmentation may be observed, - * and it may not be possible to satisfy requests up to the maximum number - * of grants. - */ -int xc_gnttab_set_max_grants(xc_gnttab *xcg, - uint32_t count); int xc_gnttab_op(xc_interface *xch, int cmd, void * op, int op_size, int count); @@ -1668,59 +1553,6 @@ grant_entry_v1_t *xc_gnttab_map_table_v1(xc_interface *xch, int domid, int *gnt_ grant_entry_v2_t *xc_gnttab_map_table_v2(xc_interface *xch, int domid, int *gnt_num); /* Sometimes these don't set errno [fixme], and sometimes they don't log. */ -/* - * Return an fd onto the grant sharing driver. Logs errors. - * - * Note: - * After fork a child process must not use any opened xc gntshr - * handle inherited from their parent. They must open a new handle if - * they want to interact with xc. - * - */ -xc_gntshr *xc_gntshr_open(xentoollog_logger *logger, - unsigned open_flags); - -/* - * Close a handle previously allocated with xc_gntshr_open(). - * Never logs errors. - */ -int xc_gntshr_close(xc_gntshr *xcg); - -/* - * Creates and shares pages with another domain. - * - * @parm xcg a handle to an open grant sharing instance - * @parm domid the domain to share memory with - * @parm count the number of pages to share - * @parm refs the grant references of the pages (output) - * @parm writable true if the other domain can write to the pages - * @return local mapping of the pages - */ -void *xc_gntshr_share_pages(xc_gntshr *xcg, uint32_t domid, - int count, uint32_t *refs, int writable); - -/* - * Creates and shares a page with another domain, with unmap notification. - * - * @parm xcg a handle to an open grant sharing instance - * @parm domid the domain to share memory with - * @parm refs the grant reference of the pages (output) - * @parm writable true if the other domain can write to the page - * @parm notify_offset The byte offset in the page to use for unmap - * notification; -1 for none. - * @parm notify_port The event channel port to use for unmap notify, or -1 - * @return local mapping of the page - */ -void *xc_gntshr_share_page_notify(xc_gntshr *xcg, uint32_t domid, - uint32_t *ref, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port); -/* - * Unmaps the @count pages starting at @start_address, which were mapped by a - * call to xc_gntshr_share_*. Never logs. - */ -int xc_gntshr_munmap(xc_gntshr *xcg, void *start_address, uint32_t count); - int xc_physdev_map_pirq(xc_interface *xch, int domid, int index, diff --git a/tools/libxc/include/xenctrl_compat.h b/tools/libxc/include/xenctrl_compat.h index 48daeb2..d99fa11 100644 --- a/tools/libxc/include/xenctrl_compat.h +++ b/tools/libxc/include/xenctrl_compat.h @@ -35,6 +35,54 @@ int xc_evtchn_unmask(xc_evtchn *xce, evtchn_port_t port); #endif /* XC_WANT_COMPAT_EVTCHN_API */ +#ifdef XC_WANT_COMPAT_GNTTAB_API + +typedef struct xengntdev_handle xc_gnttab; + +xc_gnttab *xc_gnttab_open(xentoollog_logger *logger, + unsigned open_flags); +int xc_gnttab_close(xc_gnttab *xcg); +void *xc_gnttab_map_grant_ref(xc_gnttab *xcg, + uint32_t domid, + uint32_t ref, + int prot); +void *xc_gnttab_map_grant_refs(xc_gnttab *xcg, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot); +void *xc_gnttab_map_domain_grant_refs(xc_gnttab *xcg, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot); +void *xc_gnttab_map_grant_ref_notify(xc_gnttab *xcg, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port); +int xc_gnttab_munmap(xc_gnttab *xcg, + void *start_address, + uint32_t count); +int xc_gnttab_set_max_grants(xc_gnttab *xcg, + uint32_t count); + +typedef struct xengntdev_handle xc_gntshr; + +xc_gntshr *xc_gntshr_open(xentoollog_logger *logger, + unsigned open_flags); +int xc_gntshr_close(xc_gntshr *xcg); +void *xc_gntshr_share_pages(xc_gntshr *xcg, uint32_t domid, + int count, uint32_t *refs, int writable); +void *xc_gntshr_share_page_notify(xc_gntshr *xcg, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port); +int xc_gntshr_munmap(xc_gntshr *xcg, void *start_address, uint32_t count); + +#endif /* XC_WANT_COMPAT_GNTTAB_API */ + #endif /* diff --git a/tools/libxc/xc_gnttab.c b/tools/libxc/xc_gnttab.c index a51f405..dd32aa2 100644 --- a/tools/libxc/xc_gnttab.c +++ b/tools/libxc/xc_gnttab.c @@ -143,59 +143,6 @@ grant_entry_v2_t *xc_gnttab_map_table_v2(xc_interface *xch, int domid, return _gnttab_map_table(xch, domid, gnt_num); } -void *xc_gnttab_map_grant_ref(xc_gnttab *xgt, - uint32_t domid, - uint32_t ref, - int prot) -{ - return osdep_gnttab_grant_map(xgt, 1, 0, prot, &domid, &ref, -1, -1); -} - -void *xc_gnttab_map_grant_refs(xc_gnttab *xgt, - uint32_t count, - uint32_t *domids, - uint32_t *refs, - int prot) -{ - return osdep_gnttab_grant_map(xgt, count, 0, prot, domids, refs, -1, -1); -} - -void *xc_gnttab_map_domain_grant_refs(xc_gnttab *xgt, - uint32_t count, - uint32_t domid, - uint32_t *refs, - int prot) -{ - return osdep_gnttab_grant_map(xgt, count, XC_GRANT_MAP_SINGLE_DOMAIN, - prot, &domid, refs, -1, -1); -} - -void *xc_gnttab_map_grant_ref_notify(xc_gnttab *xgt, - uint32_t domid, - uint32_t ref, - int prot, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - return osdep_gnttab_grant_map(xgt, 1, 0, prot, &domid, &ref, - notify_offset, notify_port); -} - -void *xc_gntshr_share_pages(xc_gntshr *xcg, uint32_t domid, - int count, uint32_t *refs, int writable) -{ - return osdep_gntshr_share_pages(xcg, domid, count, refs, writable, -1, -1); -} - -void *xc_gntshr_share_page_notify(xc_gntshr *xcg, uint32_t domid, - uint32_t *ref, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - return osdep_gntshr_share_pages(xcg, domid, 1, ref, writable, - notify_offset, notify_port); -} - /* * Local variables: * mode: C diff --git a/tools/libxc/xc_gnttab_compat.c b/tools/libxc/xc_gnttab_compat.c new file mode 100644 index 0000000..1f496a1 --- /dev/null +++ b/tools/libxc/xc_gnttab_compat.c @@ -0,0 +1,111 @@ +/* + * Compat shims for use of 3rd party consumers of libxenctrl xc_gnt{tab,shr} + * functionality which has been split into separate libraries. + */ + +#include + +#define XC_WANT_COMPAT_GNTTAB_API +#include "xenctrl.h" + +xc_gnttab *xc_gnttab_open(xentoollog_logger *logger, + unsigned open_flags) +{ + return xengnttab_open(logger, open_flags); +} + +int xc_gnttab_close(xc_gnttab *xcg) +{ + return xengnttab_close(xcg); +} + +void *xc_gnttab_map_grant_ref(xc_gnttab *xcg, + uint32_t domid, + uint32_t ref, + int prot) +{ + return xengnttab_map_grant_ref(xcg, domid, ref, prot); +} + +void *xc_gnttab_map_grant_refs(xc_gnttab *xcg, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot) +{ + return xengnttab_map_grant_refs(xcg, count, domids, refs, prot); +} + +void *xc_gnttab_map_domain_grant_refs(xc_gnttab *xcg, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot) +{ + return xengnttab_map_domain_grant_refs(xcg, count, domid, refs, prot); +} + +void *xc_gnttab_map_grant_ref_notify(xc_gnttab *xcg, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + return xengnttab_map_grant_ref_notify(xcg, domid, ref, prot, + notify_offset, notify_port); +} + +int xc_gnttab_munmap(xc_gnttab *xcg, + void *start_address, + uint32_t count) +{ + return xengnttab_munmap(xcg, start_address, count); +} + +int xc_gnttab_set_max_grants(xc_gnttab *xcg, + uint32_t count) +{ + return xengnttab_set_max_grants(xcg, count); +} + +xc_gntshr *xc_gntshr_open(xentoollog_logger *logger, + unsigned open_flags) +{ + return xengntshr_open(logger, open_flags); +} + +int xc_gntshr_close(xc_gntshr *xcg) +{ + return xengntshr_close(xcg); +} + +void *xc_gntshr_share_pages(xc_gntshr *xcg, uint32_t domid, + int count, uint32_t *refs, int writable) +{ + return xengntshr_share_pages(xcg, domid, count, refs, writable); +} + +void *xc_gntshr_share_page_notify(xc_gntshr *xcg, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + return xengntshr_share_page_notify(xcg, domid, ref, writable, + notify_offset, notify_port); +} + +int xc_gntshr_munmap(xc_gntshr *xcg, void *start_address, uint32_t count) +{ + return xengntshr_munmap(xcg, start_address, count); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libxc/xc_linux_osdep.c b/tools/libxc/xc_linux_osdep.c index 6b329ce..9c318e0 100644 --- a/tools/libxc/xc_linux_osdep.c +++ b/tools/libxc/xc_linux_osdep.c @@ -31,8 +31,6 @@ #include #include -#include -#include #include "xenctrl.h" #include "xenctrlosdep.h" @@ -41,9 +39,6 @@ #define ROUNDUP(_x,_w) (((unsigned long)(_x)+(1UL<<(_w))-1) & ~((1UL<<(_w))-1)) -#define GTERROR(_l, _f...) xtl_log(_l, XTL_ERROR, errno, "gnttab", _f) -#define GSERROR(_l, _f...) xtl_log(_l, XTL_ERROR, errno, "gntshr", _f) - static xc_osdep_handle linux_privcmd_open(xc_interface *xch) { int flags, saved_errno; @@ -461,281 +456,6 @@ static struct xc_osdep_ops linux_privcmd_ops = { }, }; -#define DEVXEN "/dev/xen/" - -int osdep_gnttab_open(xc_gnttab *xgt) -{ - int fd = open(DEVXEN "gntdev", O_RDWR); - if ( fd == -1 ) - return -1; - xgt->fd = fd; - return 0; -} - -int osdep_gnttab_close(xc_gnttab *xgt) -{ - if ( xgt->fd == -1 ) - return 0; - - return close(xgt->fd); -} - -int xc_gnttab_set_max_grants(xc_gnttab *xgt, uint32_t count) -{ - int fd = xgt->fd, rc; - struct ioctl_gntdev_set_max_grants max_grants = { .count = count }; - - rc = ioctl(fd, IOCTL_GNTDEV_SET_MAX_GRANTS, &max_grants); - if (rc) { - /* - * Newer (e.g. pv-ops) kernels don't implement this IOCTL, - * so ignore the resulting specific failure. - */ - if (errno == ENOTTY) - rc = 0; - else - GTERROR(xgt->logger, "ioctl SET_MAX_GRANTS failed"); - } - - return rc; -} - -void *osdep_gnttab_grant_map(xc_gnttab *xgt, - uint32_t count, int flags, int prot, - uint32_t *domids, uint32_t *refs, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - int fd = xgt->fd; - struct ioctl_gntdev_map_grant_ref *map; - unsigned int map_size = ROUNDUP((sizeof(*map) + (count - 1) * - sizeof(struct ioctl_gntdev_map_grant_ref)), - XC_PAGE_SHIFT); - void *addr = NULL; - int domids_stride = 1; - int i; - - if (flags & XC_GRANT_MAP_SINGLE_DOMAIN) - domids_stride = 0; - - if ( map_size <= XC_PAGE_SIZE ) - map = alloca(sizeof(*map) + - (count - 1) * sizeof(struct ioctl_gntdev_map_grant_ref)); - else - { - map = mmap(NULL, map_size, PROT_READ | PROT_WRITE, - MAP_PRIVATE | MAP_ANON | MAP_POPULATE, -1, 0); - if ( map == MAP_FAILED ) - { - GTERROR(xgt->logger, "mmap of map failed"); - return NULL; - } - } - - for ( i = 0; i < count; i++ ) - { - map->refs[i].domid = domids[i * domids_stride]; - map->refs[i].ref = refs[i]; - } - - map->count = count; - - if ( ioctl(fd, IOCTL_GNTDEV_MAP_GRANT_REF, map) ) { - GTERROR(xgt->logger, "ioctl MAP_GRANT_REF failed"); - goto out; - } - - retry: - addr = mmap(NULL, XC_PAGE_SIZE * count, prot, MAP_SHARED, fd, - map->index); - - if (addr == MAP_FAILED && errno == EAGAIN) - { - /* - * The grant hypercall can return EAGAIN if the granted page is - * swapped out. Since the paging daemon may be in the same domain, the - * hypercall cannot block without causing a deadlock. - * - * Because there are no notificaitons when the page is swapped in, wait - * a bit before retrying, and hope that the page will arrive eventually. - */ - usleep(1000); - goto retry; - } - - if (addr != MAP_FAILED) - { - int rv = 0; - struct ioctl_gntdev_unmap_notify notify; - notify.index = map->index; - notify.action = 0; - if (notify_offset < XC_PAGE_SIZE * count) { - notify.index += notify_offset; - notify.action |= UNMAP_NOTIFY_CLEAR_BYTE; - } - if (notify_port != -1) { - notify.event_channel_port = notify_port; - notify.action |= UNMAP_NOTIFY_SEND_EVENT; - } - if (notify.action) - rv = ioctl(fd, IOCTL_GNTDEV_SET_UNMAP_NOTIFY, ¬ify); - if (rv) { - GTERROR(xgt->logger, "ioctl SET_UNMAP_NOTIFY failed"); - munmap(addr, count * XC_PAGE_SIZE); - addr = MAP_FAILED; - } - } - - if (addr == MAP_FAILED) - { - int saved_errno = errno; - struct ioctl_gntdev_unmap_grant_ref unmap_grant; - - /* Unmap the driver slots used to store the grant information. */ - GTERROR(xgt->logger, "mmap failed"); - unmap_grant.index = map->index; - unmap_grant.count = count; - ioctl(fd, IOCTL_GNTDEV_UNMAP_GRANT_REF, &unmap_grant); - errno = saved_errno; - addr = NULL; - } - - out: - if ( map_size > XC_PAGE_SIZE ) - munmap(map, map_size); - - return addr; -} - -int xc_gnttab_munmap(xc_gnttab *xgt, void *start_address, uint32_t count) -{ - int fd = xgt->fd; - struct ioctl_gntdev_get_offset_for_vaddr get_offset; - struct ioctl_gntdev_unmap_grant_ref unmap_grant; - int rc; - - if ( start_address == NULL ) - { - errno = EINVAL; - return -1; - } - - /* First, it is necessary to get the offset which was initially used to - * mmap() the pages. - */ - get_offset.vaddr = (unsigned long)start_address; - if ( (rc = ioctl(fd, IOCTL_GNTDEV_GET_OFFSET_FOR_VADDR, - &get_offset)) ) - return rc; - - if ( get_offset.count != count ) - { - errno = EINVAL; - return -1; - } - - /* Next, unmap the memory. */ - if ( (rc = munmap(start_address, count * XC_PAGE_SIZE)) ) - return rc; - - /* Finally, unmap the driver slots used to store the grant information. */ - unmap_grant.index = get_offset.offset; - unmap_grant.count = count; - if ( (rc = ioctl(fd, IOCTL_GNTDEV_UNMAP_GRANT_REF, &unmap_grant)) ) - return rc; - - return 0; -} - -int osdep_gntshr_open(xc_gntshr *xgs) -{ - int fd = open(DEVXEN "gntalloc", O_RDWR); - if ( fd == -1 ) - return -1; - xgs->fd = fd; - return 0; -} - -int osdep_gntshr_close(xc_gntshr *xgs) -{ - if ( xgs->fd == -1 ) - return 0; - - return close(xgs->fd); -} - -void *osdep_gntshr_share_pages(xc_gntshr *xgs, - uint32_t domid, int count, - uint32_t *refs, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - struct ioctl_gntalloc_alloc_gref *gref_info = NULL; - struct ioctl_gntalloc_unmap_notify notify; - struct ioctl_gntalloc_dealloc_gref gref_drop; - int fd = xgs->fd; - int err; - void *area = NULL; - gref_info = malloc(sizeof(*gref_info) + count * sizeof(uint32_t)); - if (!gref_info) - return NULL; - gref_info->domid = domid; - gref_info->flags = writable ? GNTALLOC_FLAG_WRITABLE : 0; - gref_info->count = count; - - err = ioctl(fd, IOCTL_GNTALLOC_ALLOC_GREF, gref_info); - if (err) { - GSERROR(xgs->logger, "ioctl failed"); - goto out; - } - - area = mmap(NULL, count * XC_PAGE_SIZE, PROT_READ | PROT_WRITE, - MAP_SHARED, fd, gref_info->index); - - if (area == MAP_FAILED) { - area = NULL; - GSERROR(xgs->logger, "mmap failed"); - goto out_remove_fdmap; - } - - notify.index = gref_info->index; - notify.action = 0; - if (notify_offset < XC_PAGE_SIZE * count) { - notify.index += notify_offset; - notify.action |= UNMAP_NOTIFY_CLEAR_BYTE; - } - if (notify_port != -1) { - notify.event_channel_port = notify_port; - notify.action |= UNMAP_NOTIFY_SEND_EVENT; - } - if (notify.action) - err = ioctl(fd, IOCTL_GNTALLOC_SET_UNMAP_NOTIFY, ¬ify); - if (err) { - GSERROR(xgs->logger, "ioctl SET_UNMAP_NOTIFY failed"); - munmap(area, count * XC_PAGE_SIZE); - area = NULL; - } - - memcpy(refs, gref_info->gref_ids, count * sizeof(uint32_t)); - - out_remove_fdmap: - /* Removing the mapping from the file descriptor does not cause the pages to - * be deallocated until the mapping is removed. - */ - gref_drop.index = gref_info->index; - gref_drop.count = count; - ioctl(fd, IOCTL_GNTALLOC_DEALLOC_GREF, &gref_drop); - out: - free(gref_info); - return area; -} - -int xc_gntshr_munmap(xc_gntshr *xgs, - void *start_address, uint32_t count) -{ - return munmap(start_address, count * XC_PAGE_SIZE); -} - static struct xc_osdep_ops *linux_osdep_init(xc_interface *xch, enum xc_osdep_type type) { switch ( type ) diff --git a/tools/libxc/xc_minios.c b/tools/libxc/xc_minios.c index fd7def6..22d985c 100644 --- a/tools/libxc/xc_minios.c +++ b/tools/libxc/xc_minios.c @@ -23,8 +23,6 @@ #include #include #include -#include -#include #include #include @@ -38,7 +36,6 @@ #include "xc_private.h" void minios_interface_close_fd(int fd); -void minios_gnttab_close_fd(int fd); extern void minios_interface_close_fd(int fd); @@ -202,76 +199,6 @@ void *xc_memalign(xc_interface *xch, size_t alignment, size_t size) return memalign(alignment, size); } -int osdep_gnttab_open(xc_gnttab *xgt) -{ - int fd = alloc_fd(FTYPE_GNTMAP); - if ( fd == -1 ) - return -1; - gntmap_init(&files[fd].gntmap); - xgt->fd = fd; - return 0; -} - -int osdep_gnttab_close(xc_gnttab *xgt) -{ - if ( xgt->fd == -1 ) - return 0; - - return close(xgt->fd); -} - -void minios_gnttab_close_fd(int fd) -{ - gntmap_fini(&files[fd].gntmap); - files[fd].type = FTYPE_NONE; -} - -void *osdep_gnttab_grant_map(xc_gnttab *xgt, - uint32_t count, int flags, int prot, - uint32_t *domids, uint32_t *refs, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - int fd = xgt->fd; - int stride = 1; - if (flags & XC_GRANT_MAP_SINGLE_DOMAIN) - stride = 0; - if (notify_offset != -1 || notify_port != -1) { - errno = ENOSYS; - return NULL; - } - return gntmap_map_grant_refs(&files[fd].gntmap, - count, domids, stride, - refs, prot & PROT_WRITE); -} - -int xc_gnttab_munmap(xc_gnttab *xgt, void *start_address, uint32_t count) -{ - int fd = xgt->fd; - int ret; - ret = gntmap_munmap(&files[fd].gntmap, - (unsigned long) start_address, - count); - if (ret < 0) { - errno = -ret; - return -1; - } - return ret; -} - -int xc_gnttab_set_max_grants(xc_gnttab *xgt, uint32_t count) -{ - int fd = xgt->fd; - int ret; - ret = gntmap_set_max_grants(&files[fd].gntmap, - count); - if (ret < 0) { - errno = -ret; - return -1; - } - return ret; -} - static struct xc_osdep_ops *minios_osdep_init(xc_interface *xch, enum xc_osdep_type type) { switch ( type ) diff --git a/tools/libxc/xc_nogntshr.c b/tools/libxc/xc_nogntshr.c deleted file mode 100644 index 9aa6064..0000000 --- a/tools/libxc/xc_nogntshr.c +++ /dev/null @@ -1,46 +0,0 @@ -/****************************************************************************** - * - * Copyright (c) 2007-2008, D G Murray - * - * This library is free software; you can redistribute it and/or - * modify it under the terms of the GNU Lesser General Public - * License as published by the Free Software Foundation; - * version 2.1 of the License. - * - * This library is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU - * Lesser General Public License for more details. - * - * You should have received a copy of the GNU Lesser General Public - * License along with this library; If not, see . - */ - -#include - -#include "xc_private.h" - -int osdep_gntshr_open(xc_gnttab *xgt) -{ - return -1; -} - -int osdep_gntshr_close(xc_gnttab *xgt) -{ - return 0; -} - -void *osdep_gntshr_share_pages(xc_gntshr *xgs, - uint32_t domid, int count, - uint32_t *refs, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - abort() -} - -int xc_gntshr_munmap(xc_gntshr *xgs, - void *start_address, uint32_t count) -{ - abort(); -} diff --git a/tools/libxc/xc_private.c b/tools/libxc/xc_private.c index 7f52a5d..85e6f02 100644 --- a/tools/libxc/xc_private.c +++ b/tools/libxc/xc_private.c @@ -249,86 +249,6 @@ int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) return xch->ops->u.privcmd.hypercall(xch, xch->ops_handle, hypercall); } -xc_gnttab *xc_gnttab_open(xentoollog_logger *logger, unsigned open_flags) -{ - xc_gnttab *xgt = malloc(sizeof(*xgt)); - int rc; - - if (!xgt) return NULL; - - xgt->fd = -1; - xgt->logger = logger; - xgt->logger_tofree = NULL; - - if (!xgt->logger) { - xgt->logger = xgt->logger_tofree = - (xentoollog_logger*) - xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); - if (!xgt->logger) goto err; - } - - rc = osdep_gnttab_open(xgt); - if ( rc < 0 ) goto err; - - return xgt; - -err: - osdep_gnttab_close(xgt); - xtl_logger_destroy(xgt->logger_tofree); - free(xgt); - return NULL; -} - -int xc_gnttab_close(xc_gnttab *xgt) -{ - int rc; - - rc = osdep_gnttab_close(xgt); - xtl_logger_destroy(xgt->logger_tofree); - free(xgt); - return rc; -} - -xc_gntshr *xc_gntshr_open(xentoollog_logger *logger, unsigned open_flags) -{ - xc_gntshr *xgs = malloc(sizeof(*xgs)); - int rc; - - if (!xgs) return NULL; - - xgs->fd = -1; - xgs->logger = logger; - xgs->logger_tofree = NULL; - - if (!xgs->logger) { - xgs->logger = xgs->logger_tofree = - (xentoollog_logger*) - xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); - if (!xgs->logger) goto err; - } - - rc = osdep_gntshr_open(xgs); - if ( rc < 0 ) goto err; - - return xgs; - -err: - osdep_gntshr_close(xgs); - xtl_logger_destroy(xgs->logger_tofree); - free(xgs); - return NULL; -} - -int xc_gntshr_close(xc_gntshr *xgs) -{ - int rc; - - rc = osdep_gntshr_close(xgs); - xtl_logger_destroy(xgs->logger_tofree); - free(xgs); - return rc; -} - static pthread_key_t errbuf_pkey; static pthread_once_t errbuf_pkey_once = PTHREAD_ONCE_INIT; diff --git a/tools/libxc/xc_private.h b/tools/libxc/xc_private.h index 35c99e0..a32accb 100644 --- a/tools/libxc/xc_private.h +++ b/tools/libxc/xc_private.h @@ -123,30 +123,6 @@ struct xc_interface_core { xc_osdep_handle ops_handle; /* opaque data for xc_osdep_ops */ }; -struct xengntdev_handle { - xentoollog_logger *logger, *logger_tofree; - int fd; -}; - -int osdep_gnttab_open(xc_gnttab *xgt); -int osdep_gnttab_close(xc_gnttab *xgt); - -#define XC_GRANT_MAP_SINGLE_DOMAIN 0x1 -void *osdep_gnttab_grant_map(xc_gnttab *xgt, - uint32_t count, int flags, int prot, - uint32_t *domids, uint32_t *refs, - uint32_t notify_offset, - evtchn_port_t notify_port); - -int osdep_gntshr_open(xc_gntshr *xgs); -int osdep_gntshr_close(xc_gntshr *xgs); - -void *osdep_gntshr_share_pages(xc_gntshr *xgs, - uint32_t domid, int count, - uint32_t *refs, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port); - void xc_report_error(xc_interface *xch, int code, const char *fmt, ...) __attribute__((format(printf,3,4))); void xc_reportv(xc_interface *xch, xentoollog_logger *lg, xentoollog_level, diff --git a/tools/xenstore/Makefile b/tools/xenstore/Makefile index c161046..178771f 100644 --- a/tools/xenstore/Makefile +++ b/tools/xenstore/Makefile @@ -78,8 +78,10 @@ init-xenstore-domain.o: CFLAGS += $(CFLAGS_libxenguest) init-xenstore-domain: init-xenstore-domain.o $(LIBXENSTORE) $(CC) $^ $(LDFLAGS) $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(LDLIBS_libxenguest) $(LDLIBS_libxenstore) -o $@ $(APPEND_LDFLAGS) +$(XENSTORED_OBJS): CFLAGS += $(CFLAGS_libxengnttab) + xenstored: $(XENSTORED_OBJS) - $(CC) $^ $(LDFLAGS) $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(SOCKET_LIBS) -o $@ $(APPEND_LDFLAGS) + $(CC) $^ $(LDFLAGS) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_libxenctrl) $(SOCKET_LIBS) -o $@ $(APPEND_LDFLAGS) xenstored.a: $(XENSTORED_OBJS) $(AR) cr $@ $^ diff --git a/tools/xenstore/xenstored_core.h b/tools/xenstore/xenstored_core.h index 8c853c9..624737d 100644 --- a/tools/xenstore/xenstored_core.h +++ b/tools/xenstore/xenstored_core.h @@ -20,12 +20,14 @@ #define _XENSTORED_CORE_H #include +#include #include #include #include #include #include + #include "xenstore_lib.h" #include "list.h" #include "tdb.h" @@ -196,7 +198,7 @@ void finish_daemonize(void); /* Open a pipe for signal handling */ void init_pipe(int reopen_log_pipe[2]); -xc_gnttab **xcg_handle; +xengnttab_handle **xgt_handle; #endif /* _XENSTORED_CORE_H */ diff --git a/tools/xenstore/xenstored_domain.c b/tools/xenstore/xenstored_domain.c index 6ceec29..25b8607 100644 --- a/tools/xenstore/xenstored_domain.c +++ b/tools/xenstore/xenstored_domain.c @@ -34,7 +34,7 @@ #include static xc_interface **xc_handle; -xc_gnttab **xcg_handle; +xengnttab_handle **xgt_handle; static evtchn_port_t virq_port; xenevtchn_handle *xce_handle = NULL; @@ -166,9 +166,9 @@ static int readchn(struct connection *conn, void *data, unsigned int len) static void *map_interface(domid_t domid, unsigned long mfn) { - if (*xcg_handle != NULL) { + if (*xgt_handle != NULL) { /* this is the preferred method */ - return xc_gnttab_map_grant_ref(*xcg_handle, domid, + return xengnttab_map_grant_ref(*xgt_handle, domid, GNTTAB_RESERVED_XENSTORE, PROT_READ|PROT_WRITE); } else { return xc_map_foreign_range(*xc_handle, domid, @@ -178,8 +178,8 @@ static void *map_interface(domid_t domid, unsigned long mfn) static void unmap_interface(void *interface) { - if (*xcg_handle != NULL) - xc_gnttab_munmap(*xcg_handle, interface, 1); + if (*xgt_handle != NULL) + xengnttab_munmap(*xgt_handle, interface, 1); else munmap(interface, XC_PAGE_SIZE); } @@ -577,9 +577,9 @@ static int close_xc_handle(void *_handle) return 0; } -static int close_xcg_handle(void *_handle) +static int close_xgt_handle(void *_handle) { - xc_gnttab_close(*(xc_gnttab **)_handle); + xengnttab_close(*(xengnttab_handle **)_handle); return 0; } @@ -634,15 +634,15 @@ void domain_init(void) talloc_set_destructor(xc_handle, close_xc_handle); - xcg_handle = talloc(talloc_autofree_context(), xc_gnttab*); - if (!xcg_handle) + xgt_handle = talloc(talloc_autofree_context(), xengnttab_handle*); + if (!xgt_handle) barf_perror("Failed to allocate domain gnttab handle"); - *xcg_handle = xc_gnttab_open(NULL, 0); - if (*xcg_handle == NULL) + *xgt_handle = xengnttab_open(NULL, 0); + if (*xgt_handle == NULL) xprintf("WARNING: Failed to open connection to gnttab\n"); else - talloc_set_destructor(xcg_handle, close_xcg_handle); + talloc_set_destructor(xgt_handle, close_xgt_handle); xce_handle = xenevtchn_open(NULL, 0); diff --git a/tools/xenstore/xenstored_minios.c b/tools/xenstore/xenstored_minios.c index b686e1c..6ef1c46 100644 --- a/tools/xenstore/xenstored_minios.c +++ b/tools/xenstore/xenstored_minios.c @@ -17,7 +17,6 @@ */ #include #include -#include #include "xenstored_core.h" #include @@ -50,12 +49,12 @@ evtchn_port_t xenbus_evtchn(void) void *xenbus_map(void) { - return xc_gnttab_map_grant_ref(*xcg_handle, xenbus_master_domid(), + return xengnttab_map_grant_ref(*xgt_handle, xenbus_master_domid(), GNTTAB_RESERVED_XENSTORE, PROT_READ|PROT_WRITE); } void unmap_xenbus(void *interface) { - xc_gnttab_munmap(*xcg_handle, interface, 1); + xengnttab_munmap(*xgt_handle, interface, 1); } -- 2.1.4 _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From xen-devel-bounces@lists.xen.org Thu Dec 03 11:23:19 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 03 Dec 2015 11:23:19 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4Ryo-0002pM-J2; Thu, 03 Dec 2015 11:23:18 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4RyX-0002Cv-7e for xen-devel@lists.xen.org; Thu, 03 Dec 2015 11:23:02 +0000 Received: from [85.158.139.211] by server-13.bemta-5.messagelabs.com id 1F/AA-06091-41620665; Thu, 03 Dec 2015 11:23:00 +0000 X-Env-Sender: prvs=772f5cd2d=Ian.Campbell@citrix.com X-Msg-Ref: server-11.tower-206.messagelabs.com!1449141771!8312548!5 X-Originating-IP: [66.165.176.63] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogNjYuMTY1LjE3Ni42MyA9PiAzMDYwNDg=\n, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35; banners=-,-,- X-VirusChecked: Checked Received: (qmail 15788 invoked from network); 3 Dec 2015 11:22:57 -0000 Received: from smtp02.citrix.com (HELO SMTP02.CITRIX.COM) (66.165.176.63) by server-11.tower-206.messagelabs.com with RC4-SHA encrypted SMTP; 3 Dec 2015 11:22:57 -0000 X-IronPort-AV: E=Sophos;i="5.20,378,1444694400"; d="scan'208";a="322355027" From: Ian Campbell To: , , Date: Thu, 3 Dec 2015 11:22:09 +0000 Message-ID: <1449141749-14940-13-git-send-email-ian.campbell@citrix.com> X-Mailer: git-send-email 2.1.4 In-Reply-To: <1449141749-14940-1-git-send-email-ian.campbell@citrix.com> References: <1449141675.4424.125.camel@citrix.com> <1449141749-14940-1-git-send-email-ian.campbell@citrix.com> MIME-Version: 1.0 X-DLP: MIA2 Cc: Ian Campbell Subject: [Xen-devel] [PATCH XEN v6 12/32] tools: Refactor hypercall calling wrappers into libxencall. X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org libxencall will provide a stable API and ABI for calling hypercalls (although those hypercalls themselves may not have a stable API). As well as the hypercall buffer infrastructure needed in order to safely provide pointer arguments to hypercalls. libxenctrl encapsulates a instance of this interface, so users of that library are not currently subjected to any actual changes. However all hypercalls made internally by libxc now use the correct interface. It is expected that most users of this library will be other libraries providing a higher level interface, rather than applications directly. Only the basic functionality to allocate hypercall safe memory is moved, the type safe stuff and bounce buffers remain in libxc. Note that the functionality to map foreign pages using privcmd is not yet moved, meaning that an xc_interface will now contain two open privcmd file descriptors. Foreign memory mapping is logically separate functionality and will be moved into its own library. The new library uses a version script to ensure that only expected symbols are exported and to version them such that ABI guarantees can be kept in the future. Signed-off-by: Ian Campbell Acked-by: Wei Liu --- Must be applied with: - "qemu-xen-traditional: Add libxencall to rpath-link" and a corresponding QEMU_TAG update folded here. - "mini-os: Include libxencall with libxc" and a corresponding bump to MINIOS_UPSTREAM_REVISION folded in here. v3: Moved to tools/libs/call Ported new wrappers (altp2m) v5: Allow _close(NULL). v6: Use size_t for nr_pages throughout. Rebase over "libxc: prefer using privcmd character device" --- .gitignore | 2 + stubdom/Makefile | 20 +++- tools/Makefile | 1 + tools/Rules.mk | 7 +- tools/libs/Makefile | 1 + tools/libs/call/Makefile | 67 +++++++++++++ tools/libs/call/buffer.c | 192 ++++++++++++++++++++++++++++++++++++++ tools/libs/call/core.c | 147 +++++++++++++++++++++++++++++ tools/libs/call/freebsd.c | 140 +++++++++++++++++++++++++++ tools/libs/call/include/xencall.h | 84 +++++++++++++++++ tools/libs/call/libxencall.map | 19 ++++ tools/libs/call/linux.c | 138 +++++++++++++++++++++++++++ tools/libs/call/minios.c | 81 ++++++++++++++++ tools/libs/call/netbsd.c | 121 ++++++++++++++++++++++++ tools/libs/call/private.h | 68 ++++++++++++++ tools/libs/call/solaris.c | 97 +++++++++++++++++++ tools/libxc/Makefile | 7 +- tools/libxc/xc_altp2m.c | 64 ++++--------- tools/libxc/xc_domain.c | 105 +++++++-------------- tools/libxc/xc_evtchn.c | 9 +- tools/libxc/xc_flask.c | 8 +- tools/libxc/xc_freebsd_osdep.c | 47 ---------- tools/libxc/xc_gnttab.c | 9 +- tools/libxc/xc_hcall_buf.c | 138 ++------------------------- tools/libxc/xc_kexec.c | 36 +++---- tools/libxc/xc_linux_osdep.c | 49 ---------- tools/libxc/xc_minios.c | 32 ------- tools/libxc/xc_misc.c | 79 ++++++---------- tools/libxc/xc_netbsd.c | 40 -------- tools/libxc/xc_private.c | 64 +++++-------- tools/libxc/xc_private.h | 76 +++++---------- tools/libxc/xc_solaris.c | 16 ---- tools/libxc/xc_tmem.c | 7 +- tools/misc/Makefile | 4 +- tools/xcutils/Makefile | 2 +- tools/xenpaging/Makefile | 2 +- 36 files changed, 1347 insertions(+), 632 deletions(-) create mode 100644 tools/libs/call/Makefile create mode 100644 tools/libs/call/buffer.c create mode 100644 tools/libs/call/core.c create mode 100644 tools/libs/call/freebsd.c create mode 100644 tools/libs/call/include/xencall.h create mode 100644 tools/libs/call/libxencall.map create mode 100644 tools/libs/call/linux.c create mode 100644 tools/libs/call/minios.c create mode 100644 tools/libs/call/netbsd.c create mode 100644 tools/libs/call/private.h create mode 100644 tools/libs/call/solaris.c diff --git a/.gitignore b/.gitignore index 9241c54..2899852 100644 --- a/.gitignore +++ b/.gitignore @@ -61,6 +61,7 @@ stubdom/xenstore stubdom/libxentoollog-* stubdom/libxenevtchn-* stubdom/libxengnttab-* +stubdom/libxencall-* stubdom/libxc-* stubdom/lwip-* stubdom/mini-os-* @@ -90,6 +91,7 @@ config/Docs.mk tools/libs/toollog/headers.chk tools/libs/evtchn/headers.chk tools/libs/gnttab/headers.chk +tools/libs/call/headers.chk tools/blktap2/daemon/blktapctrl tools/blktap2/drivers/img2qcow tools/blktap2/drivers/lock-util diff --git a/stubdom/Makefile b/stubdom/Makefile index d4576eb..24f0e0f 100644 --- a/stubdom/Makefile +++ b/stubdom/Makefile @@ -330,6 +330,12 @@ mk-headers-$(XEN_TARGET_ARCH): $(IOEMU_LINKFARM_TARGET) ln -sf $(XEN_ROOT)/tools/libs/gnttab/include/*.h include/ && \ ln -sf $(XEN_ROOT)/tools/libs/gnttab/*.c . && \ ln -sf $(XEN_ROOT)/tools/libs/gnttab/Makefile . ) + mkdir -p libs-$(XEN_TARGET_ARCH)/call/include + [ -h libs-$(XEN_TARGET_ARCH)/call/Makefile ] || ( cd libs-$(XEN_TARGET_ARCH)/call && \ + ln -sf $(XEN_ROOT)/tools/libs/call/*.h . && \ + ln -sf $(XEN_ROOT)/tools/libs/call/include/*.h include/ && \ + ln -sf $(XEN_ROOT)/tools/libs/call/*.c . && \ + ln -sf $(XEN_ROOT)/tools/libs/call/Makefile . ) mkdir -p libxc-$(XEN_TARGET_ARCH) [ -h libxc-$(XEN_TARGET_ARCH)/Makefile ] || ( cd libxc-$(XEN_TARGET_ARCH) && \ ln -sf $(XEN_ROOT)/tools/libxc/*.h . && \ @@ -386,12 +392,24 @@ libs-$(XEN_TARGET_ARCH)/gnttab/libxengnttab.a: $(NEWLIB_STAMPFILE) CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= -C libs-$(XEN_TARGET_ARCH)/gnttab ####### +# libxencall +####### + +.PHONY: libxencall +libxencall: libs-$(XEN_TARGET_ARCH)/call/libxencall.a +libs-$(XEN_TARGET_ARCH)/call/libxencall.a: $(NEWLIB_STAMPFILE) + $(MAKE) -C $(XEN_ROOT)/tools/include + $(MAKE) DESTDIR= -C $(MINI_OS) links + CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= -C libs-$(XEN_TARGET_ARCH)/call +APP_LDLIBS += -L$(XEN_ROOT)/stubdom/libs-$(MINIOS_TARGET_ARCH)/call -whole-archive -lxencall -no-whole-archive + +####### # libxc ####### .PHONY: libxc libxc: libxc-$(XEN_TARGET_ARCH)/libxenctrl.a libxc-$(XEN_TARGET_ARCH)/libxenguest.a -libxc-$(XEN_TARGET_ARCH)/libxenctrl.a: libxentoollog libxenevtchn libxengnttab cross-zlib +libxc-$(XEN_TARGET_ARCH)/libxenctrl.a: libxentoollog libxenevtchn libxengnttab libxencall cross-zlib $(MAKE) -C $(XEN_ROOT)/tools/include $(MAKE) DESTDIR= -C $(MINI_OS) links CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= CONFIG_LIBXC_MINIOS=y -C libxc-$(XEN_TARGET_ARCH) diff --git a/tools/Makefile b/tools/Makefile index f373e71..e5bbc98 100644 --- a/tools/Makefile +++ b/tools/Makefile @@ -263,6 +263,7 @@ subdir-all-qemu-xen-dir: qemu-xen-dir-find -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/toollog \ -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/evtchn \ -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/gnttab \ + -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/call \ $(QEMU_UPSTREAM_RPATH)" \ --bindir=$(LIBEXEC_BIN) \ --datadir=$(SHAREDIR)/qemu-xen \ diff --git a/tools/Rules.mk b/tools/Rules.mk index 5824ede..39426f4 100644 --- a/tools/Rules.mk +++ b/tools/Rules.mk @@ -13,6 +13,7 @@ XEN_INCLUDE = $(XEN_ROOT)/tools/include XEN_LIBXENTOOLLOG = $(XEN_ROOT)/tools/libs/toollog XEN_LIBXENEVTCHN = $(XEN_ROOT)/tools/libs/evtchn XEN_LIBXENGNTTAB = $(XEN_ROOT)/tools/libs/gnttab +XEN_LIBXENCALL = $(XEN_ROOT)/tools/libs/call XEN_LIBXC = $(XEN_ROOT)/tools/libxc XEN_XENLIGHT = $(XEN_ROOT)/tools/libxl XEN_XENSTORE = $(XEN_ROOT)/tools/xenstore @@ -98,8 +99,12 @@ CFLAGS_libxengntshr = -I$(XEN_LIBXENGNTTAB)/include $(CFLAGS_xeninclude) LDLIBS_libxengntshr = $(XEN_LIBXENGNTTAB)/libxengnttab$(libextension) SHLIB_libxengntshr = -Wl,-rpath-link=$(XEN_LIBXENGNTTAB) +CFLAGS_libxencall = -I$(XEN_LIBXENCALL)/include $(CFLAGS_xeninclude) +LDLIBS_libxencall = $(XEN_LIBXENCALL)/libxencall$(libextension) +SHLIB_libxencall = -Wl,-rpath-link=$(XEN_LIBXENCALL) + CFLAGS_libxenctrl = -I$(XEN_LIBXC)/include $(CFLAGS_libxentoollog) $(CFLAGS_xeninclude) -SHDEPS_libxenctrl = $(SHLIB_libxentoollog) $(SHLIB_libxenevtchn) $(SHLIB_libxengnttab) $(SHLIB_libxengntshr) +SHDEPS_libxenctrl = $(SHLIB_libxentoollog) $(SHLIB_libxenevtchn) $(SHLIB_libxengnttab) $(SHLIB_libxengntshr) $(SHLIB_libxencall) LDLIBS_libxenctrl = $(SHDEPS_libxenctrl) $(XEN_LIBXC)/libxenctrl$(libextension) SHLIB_libxenctrl = $(SHDEPS_libxenctrl) -Wl,-rpath-link=$(XEN_LIBXC) diff --git a/tools/libs/Makefile b/tools/libs/Makefile index 00156ae..f4f5d57 100644 --- a/tools/libs/Makefile +++ b/tools/libs/Makefile @@ -5,5 +5,6 @@ SUBDIRS-y := SUBDIRS-y += toollog SUBDIRS-y += evtchn SUBDIRS-y += gnttab +SUBDIRS-y += call all clean install distclean: %: subdirs-% diff --git a/tools/libs/call/Makefile b/tools/libs/call/Makefile new file mode 100644 index 0000000..5cbf62e --- /dev/null +++ b/tools/libs/call/Makefile @@ -0,0 +1,67 @@ +XEN_ROOT = $(CURDIR)/../../.. +include $(XEN_ROOT)/tools/Rules.mk + +MAJOR = 1 +MINOR = 0 +SHLIB_LDFLAGS += -Wl,--version-script=libxencall.map + +CFLAGS += -Werror -Wmissing-prototypes +CFLAGS += -I./include $(CFLAGS_xeninclude) +CFLAGS += $(CFLAGS_libxentoollog) + +SRCS-y += core.c buffer.c +SRCS-$(CONFIG_Linux) += linux.c +SRCS-$(CONFIG_FreeBSD) += freebsd.c +SRCS-$(CONFIG_SunOS) += solaris.c +SRCS-$(CONFIG_NetBSD) += netbsd.c +SRCS-$(CONFIG_MiniOS) += minios.c + +LIB_OBJS := $(patsubst %.c,%.o,$(SRCS-y)) +PIC_OBJS := $(patsubst %.c,%.opic,$(SRCS-y)) + +LIB := libxencall.a +ifneq ($(nosharedlibs),y) +LIB += libxencall.so +endif + +.PHONY: all +all: build + +.PHONY: build +build: + $(MAKE) libs + +.PHONY: libs +libs: headers.chk $(LIB) + +headers.chk: $(wildcard include/*.h) + +libxencall.a: $(LIB_OBJS) + $(AR) rc $@ $^ + +libxencall.so: libxencall.so.$(MAJOR) + $(SYMLINK_SHLIB) $< $@ +libxencall.so.$(MAJOR): libxencall.so.$(MAJOR).$(MINOR) + $(SYMLINK_SHLIB) $< $@ + +libxencall.so.$(MAJOR).$(MINOR): $(PIC_OBJS) libxencall.map + $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxencall.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $(PIC_OBJS) $(LDLIBS_libxentoollog) $(APPEND_LDFLAGS) + +.PHONY: install +install: build + $(INSTALL_DIR) $(DESTDIR)$(libdir) + $(INSTALL_DIR) $(DESTDIR)$(includedir) + $(INSTALL_SHLIB) libxencall.so.$(MAJOR).$(MINOR) $(DESTDIR)$(libdir) + $(INSTALL_DATA) libxencall.a $(DESTDIR)$(libdir) + $(SYMLINK_SHLIB) libxencall.so.$(MAJOR).$(MINOR) $(DESTDIR)$(libdir)/libxencall.so.$(MAJOR) + $(SYMLINK_SHLIB) libxencall.so.$(MAJOR) $(DESTDIR)$(libdir)/libxencall.so + $(INSTALL_DATA) include/xencall.h $(DESTDIR)$(includedir) + +.PHONY: TAGS +TAGS: + etags -t *.c *.h + +.PHONY: clean +clean: + rm -rf *.rpm $(LIB) *~ $(DEPS) $(LIB_OBJS) $(PIC_OBJS) + rm -f headers.chk diff --git a/tools/libs/call/buffer.c b/tools/libs/call/buffer.c new file mode 100644 index 0000000..1a1b27a --- /dev/null +++ b/tools/libs/call/buffer.c @@ -0,0 +1,192 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + */ + +#include +#include +#include + +#include "private.h" + +#define DBGPRINTF(_m...) \ + xtl_log(xcall->logger, XTL_DEBUG, -1, "xencall:buffer", _m) + +#define ROUNDUP(_x,_w) (((unsigned long)(_x)+(1UL<<(_w))-1) & ~((1UL<<(_w))-1)) + +pthread_mutex_t cache_mutex = PTHREAD_MUTEX_INITIALIZER; + +static void cache_lock(xencall_handle *xcall) +{ + int saved_errno = errno; + if ( xcall->flags & XENCALL_OPENFLAG_NON_REENTRANT ) + return; + pthread_mutex_lock(&cache_mutex); + /* Ignore pthread errors. */ + errno = saved_errno; +} + +static void cache_unlock(xencall_handle *xcall) +{ + int saved_errno = errno; + if ( xcall->flags & XENCALL_OPENFLAG_NON_REENTRANT ) + return; + pthread_mutex_unlock(&cache_mutex); + /* Ignore pthread errors. */ + errno = saved_errno; +} + +static void *cache_alloc(xencall_handle *xcall, size_t nr_pages) +{ + void *p = NULL; + + cache_lock(xcall); + + xcall->buffer_total_allocations++; + xcall->buffer_current_allocations++; + if ( xcall->buffer_current_allocations > xcall->buffer_maximum_allocations ) + xcall->buffer_maximum_allocations = xcall->buffer_current_allocations; + + if ( nr_pages > 1 ) + { + xcall->buffer_cache_toobig++; + } + else if ( xcall->buffer_cache_nr > 0 ) + { + p = xcall->buffer_cache[--xcall->buffer_cache_nr]; + xcall->buffer_cache_hits++; + } + else + { + xcall->buffer_cache_misses++; + } + + cache_unlock(xcall); + + return p; +} + +static int cache_free(xencall_handle *xcall, void *p, size_t nr_pages) +{ + int rc = 0; + + cache_lock(xcall); + + xcall->buffer_total_releases++; + xcall->buffer_current_allocations--; + + if ( nr_pages == 1 && + xcall->buffer_cache_nr < BUFFER_CACHE_SIZE ) + { + xcall->buffer_cache[xcall->buffer_cache_nr++] = p; + rc = 1; + } + + cache_unlock(xcall); + + return rc; +} + +void buffer_release_cache(xencall_handle *xcall) +{ + void *p; + + cache_lock(xcall); + + DBGPRINTF("total allocations:%d total releases:%d", + xcall->buffer_total_allocations, + xcall->buffer_total_releases); + DBGPRINTF("current allocations:%d maximum allocations:%d", + xcall->buffer_current_allocations, + xcall->buffer_maximum_allocations); + DBGPRINTF("cache current size:%d", + xcall->buffer_cache_nr); + DBGPRINTF("cache hits:%d misses:%d toobig:%d", + xcall->buffer_cache_hits, + xcall->buffer_cache_misses, + xcall->buffer_cache_toobig); + + while ( xcall->buffer_cache_nr > 0 ) + { + p = xcall->buffer_cache[--xcall->buffer_cache_nr]; + osdep_free_pages(xcall, p, 1); + } + + cache_unlock(xcall); +} + +void *xencall_alloc_buffer_pages(xencall_handle *xcall, size_t nr_pages) +{ + void *p = cache_alloc(xcall, nr_pages); + + if ( !p ) + p = osdep_alloc_pages(xcall, nr_pages); + + if (!p) + return NULL; + + memset(p, 0, nr_pages * PAGE_SIZE); + + return p; +} + +void xencall_free_buffer_pages(xencall_handle *xcall, void *p, size_t nr_pages) +{ + if ( p == NULL ) + return; + + if ( !cache_free(xcall, p, nr_pages) ) + osdep_free_pages(xcall, p, nr_pages); +} + +struct allocation_header { + int nr_pages; +}; + +void *xencall_alloc_buffer(xencall_handle *xcall, size_t size) +{ + size_t actual_size = ROUNDUP(size + sizeof(struct allocation_header), PAGE_SHIFT); + int nr_pages = actual_size >> PAGE_SHIFT; + struct allocation_header *hdr; + + hdr = xencall_alloc_buffer_pages(xcall, nr_pages); + if ( hdr == NULL ) + return NULL; + + hdr->nr_pages = nr_pages; + + return (void *)(hdr+1); +} + +void xencall_free_buffer(xencall_handle *xcall, void *p) +{ + struct allocation_header *hdr; + + if (p == NULL) + return; + + hdr = p; + --hdr; + + xencall_free_buffer_pages(xcall, hdr, hdr->nr_pages); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/core.c b/tools/libs/call/core.c new file mode 100644 index 0000000..a342871 --- /dev/null +++ b/tools/libs/call/core.c @@ -0,0 +1,147 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + */ + +#include + +#include "private.h" + +xencall_handle *xencall_open(xentoollog_logger *logger, unsigned open_flags) +{ + xencall_handle *xcall = malloc(sizeof(*xcall)); + int rc; + + if (!xcall) return NULL; + + xcall->flags = open_flags; + xcall->buffer_cache_nr = 0; + + xcall->buffer_total_allocations = 0; + xcall->buffer_total_releases = 0; + xcall->buffer_current_allocations = 0; + xcall->buffer_maximum_allocations = 0; + xcall->buffer_cache_hits = 0; + xcall->buffer_cache_misses = 0; + xcall->buffer_cache_toobig = 0; + xcall->logger = logger; + xcall->logger_tofree = NULL; + + if (!xcall->logger) { + xcall->logger = xcall->logger_tofree = + (xentoollog_logger*) + xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); + if (!xcall->logger) goto err; + } + + rc = osdep_xencall_open(xcall); + if ( rc < 0 ) goto err; + + return xcall; + +err: + osdep_xencall_close(xcall); + xtl_logger_destroy(xcall->logger_tofree); + free(xcall); + return NULL; +} + +int xencall_close(xencall_handle *xcall) +{ + int rc; + + if ( !xcall ) + return 0; + + rc = osdep_xencall_close(xcall); + buffer_release_cache(xcall); + xtl_logger_destroy(xcall->logger_tofree); + free(xcall); + return rc; +} + +int xencall0(xencall_handle *xcall, unsigned int op) +{ + privcmd_hypercall_t call = { + .op = op, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall1(xencall_handle *xcall, unsigned int op, + uint64_t arg1) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1 }, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall2(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1, arg2 }, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall3(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1, arg2, arg3}, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall4(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3, + uint64_t arg4) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1, arg2, arg3, arg4 }, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall5(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3, + uint64_t arg4, uint64_t arg5) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1, arg2, arg3, arg4, arg5 }, + }; + + return osdep_hypercall(xcall, &call); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/freebsd.c b/tools/libs/call/freebsd.c new file mode 100644 index 0000000..2413966 --- /dev/null +++ b/tools/libs/call/freebsd.c @@ -0,0 +1,140 @@ + /****************************************************************************** + * + * Copyright 2006 Sun Microsystems, Inc. All rights reserved. + * Use is subject to license terms. + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split from xc_freebsd_osdep.c + */ + +#include +#include +#include +#include +#include +#include + +#include +#include + +#include "private.h" + +#define PRIVCMD_DEV "/dev/xen/privcmd" + +int osdep_xencall_open(xencall_handle *xcall) +{ + int flags, saved_errno; + int fd = open(PRIVCMD_DEV, O_RDWR); + + if ( fd == -1 ) + { + PERROR("Could not obtain handle on privileged command interface " + PRIVCMD_DEV); + return -1; + } + + /* + * Although we return the file handle as the 'xc handle' the API + * does not specify / guarentee that this integer is in fact + * a file handle. Thus we must take responsiblity to ensure + * it doesn't propagate (ie leak) outside the process. + */ + if ( (flags = fcntl(fd, F_GETFD)) < 0 ) + { + PERROR("Could not get file handle flags"); + goto error; + } + + flags |= FD_CLOEXEC; + + if ( fcntl(fd, F_SETFD, flags) < 0 ) + { + PERROR("Could not set file handle flags"); + goto error; + } + + xcall->fd = fd; + return 0; + + error: + saved_errno = errno; + close(fd); + errno = saved_errno; + + return -1; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + int fd = xcall->fd; + if ( fd == -1 ) + return 0; + return close(fd); +} + +int osdep_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + int fd = xcall->fd; + int ret; + + ret = ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); + + return (ret == 0) ? hypercall->retval : ret; +} + +void *osdep_alloc_pages(xencall_handle *xcall, size_t npages) +{ + size_t size = npages * PAGE_SIZE; + void *p; + + /* Address returned by mmap is page aligned. */ + p = mmap(NULL, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS, + -1, 0); + if (p == NULL) + return NULL; + + /* + * Since FreeBSD doesn't have the MAP_LOCKED flag, + * lock memory using mlock. + */ + if ( mlock(p, size) < 0 ) + { + munmap(p, size); + return NULL; + } + + return p; +} + +void osdep_free_pages(xencall_handle *xcall, void *ptr, size_t npages) +{ + int saved_errno = errno; + /* Unlock pages */ + munlock(ptr, npages * PAGE_SIZE); + + munmap(ptr, npages * PAGE_SIZE); + /* We MUST propagate the hypercall errno, not unmap call's. */ + errno = saved_errno; +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/include/xencall.h b/tools/libs/call/include/xencall.h new file mode 100644 index 0000000..0d91aa8 --- /dev/null +++ b/tools/libs/call/include/xencall.h @@ -0,0 +1,84 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + */ +#ifndef XENCALL_H +#define XENCALL_H + +/* + * This library allows you to make arbitrary hypercalls (subject to + * sufficient permission for the process and the domain itself). Note + * that while the library interface is stable the hypercalls are + * subject to their own rules. + */ + +#include +#include + +/* Callers who don't care don't need to #include */ +typedef struct xentoollog_logger xentoollog_logger; + +typedef struct xencall_handle xencall_handle; + +/* + */ +#define XENCALL_OPENFLAG_NON_REENTRANT (1U<<0) + +/* + * Return a handle onto the hypercall driver. Logs errors. + */ +xencall_handle *xencall_open(xentoollog_logger *logger, unsigned open_flags); + +/* + * Close a handle previously allocated with xencall_open(). + */ +int xencall_close(xencall_handle *xcall); + +/* + * Call hypercalls with varying numbers of arguments. + */ +int xencall0(xencall_handle *xcall, unsigned int op); +int xencall1(xencall_handle *xcall, unsigned int op, + uint64_t arg1); +int xencall2(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2); +int xencall3(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3); +int xencall4(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3, + uint64_t arg4); +int xencall5(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3, + uint64_t arg4, uint64_t arg5); + +/* + * Allocate and free memory which is suitable for use as a pointer + * argument to a hypercall. + */ +void *xencall_alloc_buffer_pages(xencall_handle *xcall, size_t nr_pages); +void xencall_free_buffer_pages(xencall_handle *xcall, void *p, size_t nr_pages); + +void *xencall_alloc_buffer(xencall_handle *xcall, size_t size); +void xencall_free_buffer(xencall_handle *xcall, void *p); + +#endif + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/libxencall.map b/tools/libs/call/libxencall.map new file mode 100644 index 0000000..2f96144 --- /dev/null +++ b/tools/libs/call/libxencall.map @@ -0,0 +1,19 @@ +VERS_1.0 { + global: + xencall_open; + xencall_close; + + xencall0; + xencall1; + xencall2; + xencall3; + xencall4; + xencall5; + xencall6; + + xencall_alloc_buffer; + xencall_free_buffer; + xencall_alloc_buffer_pages; + xencall_free_buffer_pages; + local: *; /* Do not expose anything by default */ +}; diff --git a/tools/libs/call/linux.c b/tools/libs/call/linux.c new file mode 100644 index 0000000..55e1e83 --- /dev/null +++ b/tools/libs/call/linux.c @@ -0,0 +1,138 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_linus_osdep.c: + * + * Copyright 2006 Sun Microsystems, Inc. All rights reserved. + */ + +#include +#include +#include + +#include +#include + +#include "private.h" + +int osdep_xencall_open(xencall_handle *xcall) +{ + int flags, saved_errno; + int fd = open("/dev/xen/privcmd", O_RDWR); /* prefer this newer interface */ + + if ( fd == -1 && ( errno == ENOENT || errno == ENXIO || errno == ENODEV )) + { + /* Fallback to /proc/xen/privcmd */ + fd = open("/proc/xen/privcmd", O_RDWR); + } + + if ( fd == -1 ) + { + PERROR("Could not obtain handle on privileged command interface"); + return -1; + } + + /* Although we return the file handle as the 'xc handle' the API + does not specify / guarentee that this integer is in fact + a file handle. Thus we must take responsiblity to ensure + it doesn't propagate (ie leak) outside the process */ + if ( (flags = fcntl(fd, F_GETFD)) < 0 ) + { + PERROR("Could not get file handle flags"); + goto error; + } + + flags |= FD_CLOEXEC; + + if ( fcntl(fd, F_SETFD, flags) < 0 ) + { + PERROR("Could not set file handle flags"); + goto error; + } + + xcall->fd = fd; + return 0; + + error: + saved_errno = errno; + close(fd); + errno = saved_errno; + return -1; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + int fd = xcall->fd; + if (fd == -1) + return 0; + return close(fd); +} + +int osdep_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + return ioctl(xcall->fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); +} + +void *osdep_alloc_pages(xencall_handle *xcall, size_t npages) +{ + size_t size = npages * PAGE_SIZE; + void *p; + int rc, saved_errno; + + /* Address returned by mmap is page aligned. */ + p = mmap(NULL, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS|MAP_LOCKED, -1, 0); + if ( p == MAP_FAILED ) + { + PERROR("xc_alloc_hypercall_buffer: mmap failed"); + return NULL; + } + + /* Do not copy the VMA to child process on fork. Avoid the page being COW + on hypercall. */ + rc = madvise(p, npages * PAGE_SIZE, MADV_DONTFORK); + if ( rc < 0 ) + { + PERROR("xc_alloc_hypercall_buffer: madvise failed"); + goto out; + } + + return p; + +out: + saved_errno = errno; + (void)munmap(p, size); + errno = saved_errno; + return NULL; +} + +void osdep_free_pages(xencall_handle *xcall, void *ptr, size_t npages) +{ + int saved_errno = errno; + /* Recover the VMA flags. Maybe it's not necessary */ + madvise(ptr, npages * PAGE_SIZE, MADV_DOFORK); + + munmap(ptr, npages * PAGE_SIZE); + /* We MUST propagate the hypercall errno, not unmap call's. */ + errno = saved_errno; +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/minios.c b/tools/libs/call/minios.c new file mode 100644 index 0000000..3bee7be --- /dev/null +++ b/tools/libs/call/minios.c @@ -0,0 +1,81 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_minios.c + * + * Copyright 2007-2008 Samuel Thibault . + */ + +#include +#include +#include +#include + +#include +#include + +#include "private.h" + +int osdep_xencall_open(xencall_handle *xcall) +{ + /* No fd required */ + return 0; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + return 0; +} + +int osdep_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + multicall_entry_t call; + int i, ret; + + call.op = hypercall->op; + for (i = 0; i < 5; i++) + call.args[i] = hypercall->arg[i]; + + ret = HYPERVISOR_multicall(&call, 1); + + if (ret < 0) { + errno = -ret; + return -1; + } + if ((long) call.result < 0) { + errno = - (long) call.result; + return -1; + } + return call.result; +} + +void *osdep_alloc_pages(xencall_handle *xcall, size_t npages) +{ + return memalign(PAGE_SIZE, npages * PAGE_SIZE); +} + +void osdep_free_pages(xencall_handle *xcall, void *ptr, size_t npages) +{ + free(ptr); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/netbsd.c b/tools/libs/call/netbsd.c new file mode 100644 index 0000000..2aa02f1 --- /dev/null +++ b/tools/libs/call/netbsd.c @@ -0,0 +1,121 @@ +/****************************************************************************** + * + * Copyright 2006 Sun Microsystems, Inc. All rights reserved. + * Use is subject to license terms. + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split from xc_netbsd.c + */ + +#include "xc_private.h" + +#include +#include +#include +#include + +int osdep_xencall_open(xencall_handle *xcall) +{ + int flags, saved_errno; + int fd = open("/kern/xen/privcmd", O_RDWR); + + if ( fd == -1 ) + { + PERROR("Could not obtain handle on privileged command interface"); + return -1; + } + + /* Although we return the file handle as the 'xc handle' the API + does not specify / guarentee that this integer is in fact + a file handle. Thus we must take responsiblity to ensure + it doesn't propagate (ie leak) outside the process */ + if ( (flags = fcntl(fd, F_GETFD)) < 0 ) + { + PERROR("Could not get file handle flags"); + goto error; + } + flags |= FD_CLOEXEC; + if ( fcntl(fd, F_SETFD, flags) < 0 ) + { + PERROR("Could not set file handle flags"); + goto error; + } + + xcall->fd = fd; + return 0; + + error: + saved_errno = errno; + close(fd); + errno = saved_errno; + return -1; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + int fd = xcall->fd; + return close(fd); +} + +void *osdep_alloc_hypercall_buffer(xencall_handle *xcall, size_t npages) +{ + size_t size = npages * XC_PAGE_SIZE; + void *p; + + p = xc_memalign(xcall, XC_PAGE_SIZE, size); + if (!p) + return NULL; + + if ( mlock(p, size) < 0 ) + { + free(p); + return NULL; + } + return p; +} + +void osdep_free_hypercall_buffer(xencall_handle *xcall, void *ptr, + size_t npages) +{ + (void) munlock(ptr, npages * XC_PAGE_SIZE); + free(ptr); +} + +int do_xen_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + int fd = xcall->fd; + int error = ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); + + /* + * Since NetBSD ioctl can only return 0 on success or < 0 on + * error, if we want to return a value from ioctl we should + * do so by setting hypercall->retval, to mimic Linux ioctl + * implementation. + */ + if (error < 0) + return error; + else + return hypercall->retval; +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/private.h b/tools/libs/call/private.h new file mode 100644 index 0000000..37dd15f --- /dev/null +++ b/tools/libs/call/private.h @@ -0,0 +1,68 @@ +#ifndef XENCALL_PRIVATE_H +#define XENCALL_PRIVATE_H + +#include + +#include + +#include +#include + +#ifndef PAGE_SHIFT /* Mini-os, Yukk */ +#define PAGE_SHIFT 12 +#endif +#ifndef __MINIOS__ /* Yukk */ +#define PAGE_SIZE (1UL << PAGE_SHIFT) +#define PAGE_MASK (~(PAGE_SIZE-1)) +#endif + +struct xencall_handle { + xentoollog_logger *logger, *logger_tofree; + unsigned flags; + int fd; + + /* + * A simple cache of unused, single page, hypercall buffers + * + * Protected by a global lock. + */ +#define BUFFER_CACHE_SIZE 4 + int buffer_cache_nr; + void *buffer_cache[BUFFER_CACHE_SIZE]; + + /* + * Hypercall buffer statistics. All protected by the global + * buffer_cache lock. + */ + int buffer_total_allocations; + int buffer_total_releases; + int buffer_current_allocations; + int buffer_maximum_allocations; + int buffer_cache_hits; + int buffer_cache_misses; + int buffer_cache_toobig; +}; + +int osdep_xencall_open(xencall_handle *xcall); +int osdep_xencall_close(xencall_handle *xcall); + +int osdep_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall); + +void *osdep_alloc_pages(xencall_handle *xcall, size_t nr_pages); +void osdep_free_pages(xencall_handle *xcall, void *p, size_t nr_pages); + +void buffer_release_cache(xencall_handle *xcall); + +#define PERROR(_f...) xtl_log(xcall->logger, XTL_ERROR, errno, "xencall", _f) + +#endif + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/solaris.c b/tools/libs/call/solaris.c new file mode 100644 index 0000000..945d867 --- /dev/null +++ b/tools/libs/call/solaris.c @@ -0,0 +1,97 @@ +/****************************************************************************** + * + * Copyright 2006 Sun Microsystems, Inc. All rights reserved. + * Use is subject to license terms. + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split from xc_solaris.c + */ + +#include "xc_private.h" + +#include +#include +#include +#include + +int osdep_xencall_open(xencall_handle *xcall) +{ + int flags, saved_errno; + int fd = open("/dev/xen/privcmd", O_RDWR); + + if ( fd == -1 ) + { + PERROR("Could not obtain handle on privileged command interface"); + return -1; + } + + /* Although we return the file handle as the 'xc handle' the API + does not specify / guarentee that this integer is in fact + a file handle. Thus we must take responsiblity to ensure + it doesn't propagate (ie leak) outside the process */ + if ( (flags = fcntl(fd, F_GETFD)) < 0 ) + { + PERROR("Could not get file handle flags"); + goto error; + } + flags |= FD_CLOEXEC; + if ( fcntl(fd, F_SETFD, flags) < 0 ) + { + PERROR("Could not set file handle flags"); + goto error; + } + + xcall->fd = fd; + return 0; + + error: + saved_errno = errno; + close(fd); + errno = saved_errno; + return -1; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + int fd = xcall->fd; + return close(fd); +} + +void *osdep_alloc_hypercall_buffer(xencall_handle *xcall, size_t npages) +{ + return xc_memalign(xcall, XC_PAGE_SIZE, npages * XC_PAGE_SIZE); +} + +void osdep_free_hypercall_buffer(xencall_handle *xcall, void *ptr, + size_t npages) +{ + free(ptr); +} + +int do_xen_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + int fd = xcall->fd; + return ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libxc/Makefile b/tools/libxc/Makefile index 3305fdd..a122f73 100644 --- a/tools/libxc/Makefile +++ b/tools/libxc/Makefile @@ -122,6 +122,11 @@ GUEST_PIC_OBJS := $(patsubst %.c,%.opic,$(GUEST_SRCS-y)) $(CTRL_LIB_OBJS) $(GUEST_LIB_OBJS) \ $(CTRL_PIC_OBJS) $(GUEST_PIC_OBJS): CFLAGS += -include $(XEN_ROOT)/tools/config.h +# libxenguest includes xc_private.h, so needs this despite not using +# this functionality directly. +$(CTRL_LIB_OBJS) $(GUEST_LIB_OBJS) \ +$(CTRL_PIC_OBJS) $(GUEST_PIC_OBJS): CFLAGS += $(CFLAGS_libxencall) + $(CTRL_LIB_OBJS) $(CTRL_PIC_OBJS): CFLAGS += $(CFLAGS_libxengnttab) $(CFLAGS_libxengntshr) LIB := libxenctrl.a @@ -202,7 +207,7 @@ libxenctrl.so.$(MAJOR): libxenctrl.so.$(MAJOR).$(MINOR) $(SYMLINK_SHLIB) $< $@ libxenctrl.so.$(MAJOR).$(MINOR): $(CTRL_PIC_OBJS) - $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxenctrl.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $^ $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_libxengntshr) $(PTHREAD_LIBS) $(APPEND_LDFLAGS) + $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxenctrl.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $^ $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_libxengntshr) $(LDLIBS_libxencall) $(PTHREAD_LIBS) $(APPEND_LDFLAGS) # libxenguest diff --git a/tools/libxc/xc_altp2m.c b/tools/libxc/xc_altp2m.c index 87a0fdf..0639632 100644 --- a/tools/libxc/xc_altp2m.c +++ b/tools/libxc/xc_altp2m.c @@ -27,22 +27,18 @@ int xc_altp2m_get_domain_state(xc_interface *handle, domid_t dom, bool *state) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_get_domain_state; arg->domain = dom; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); if ( !rc ) *state = arg->u.domain_state.state; @@ -54,23 +50,19 @@ int xc_altp2m_get_domain_state(xc_interface *handle, domid_t dom, bool *state) int xc_altp2m_set_domain_state(xc_interface *handle, domid_t dom, bool state) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_set_domain_state; arg->domain = dom; arg->u.domain_state.state = state; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -81,24 +73,20 @@ int xc_altp2m_set_vcpu_enable_notify(xc_interface *handle, domid_t domid, uint32_t vcpuid, xen_pfn_t gfn) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_vcpu_enable_notify; arg->domain = domid; arg->u.enable_notify.vcpu_id = vcpuid; arg->u.enable_notify.gfn = gfn; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -108,24 +96,20 @@ int xc_altp2m_create_view(xc_interface *handle, domid_t domid, xenmem_access_t default_access, uint16_t *view_id) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_create_p2m; arg->domain = domid; arg->u.view.view = -1; arg->u.view.hvmmem_default_access = default_access; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); if ( !rc ) *view_id = arg->u.view.view; @@ -138,23 +122,19 @@ int xc_altp2m_destroy_view(xc_interface *handle, domid_t domid, uint16_t view_id) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_destroy_p2m; arg->domain = domid; arg->u.view.view = view_id; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -165,23 +145,19 @@ int xc_altp2m_switch_to_view(xc_interface *handle, domid_t domid, uint16_t view_id) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_switch_p2m; arg->domain = domid; arg->u.view.view = view_id; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -192,17 +168,12 @@ int xc_altp2m_set_mem_access(xc_interface *handle, domid_t domid, xenmem_access_t access) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_set_mem_access; arg->domain = domid; @@ -210,7 +181,8 @@ int xc_altp2m_set_mem_access(xc_interface *handle, domid_t domid, arg->u.set_mem_access.hvmmem_access = access; arg->u.set_mem_access.gfn = gfn; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -221,17 +193,12 @@ int xc_altp2m_change_gfn(xc_interface *handle, domid_t domid, xen_pfn_t new_gfn) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_change_gfn; arg->domain = domid; @@ -239,7 +206,8 @@ int xc_altp2m_change_gfn(xc_interface *handle, domid_t domid, arg->u.change_gfn.old_gfn = old_gfn; arg->u.change_gfn.new_gfn = new_gfn; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; diff --git a/tools/libxc/xc_domain.c b/tools/libxc/xc_domain.c index 96506d5..8fde415 100644 --- a/tools/libxc/xc_domain.c +++ b/tools/libxc/xc_domain.c @@ -122,7 +122,6 @@ int xc_domain_shutdown(xc_interface *xch, int reason) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(sched_remote_shutdown_t, arg); arg = xc_hypercall_buffer_alloc(xch, arg, sizeof(*arg)); @@ -132,13 +131,11 @@ int xc_domain_shutdown(xc_interface *xch, goto out1; } - hypercall.op = __HYPERVISOR_sched_op; - hypercall.arg[0] = (unsigned long)SCHEDOP_remote_shutdown; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); arg->domain_id = domid; arg->reason = reason; - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_sched_op, + SCHEDOP_remote_shutdown, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -561,7 +558,6 @@ int xc_watchdog(xc_interface *xch, uint32_t timeout) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(sched_watchdog_t, arg); arg = xc_hypercall_buffer_alloc(xch, arg, sizeof(*arg)); @@ -571,13 +567,12 @@ int xc_watchdog(xc_interface *xch, goto out1; } - hypercall.op = __HYPERVISOR_sched_op; - hypercall.arg[0] = (unsigned long)SCHEDOP_watchdog; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); arg->id = id; arg->timeout = timeout; - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_sched_op, + SCHEDOP_watchdog, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -1356,7 +1351,6 @@ static inline int xc_hvm_param_deprecated_check(uint32_t param) int xc_hvm_param_set(xc_interface *handle, domid_t dom, uint32_t param, uint64_t value) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_param_t, arg); int rc = xc_hvm_param_deprecated_check(param); @@ -1367,20 +1361,18 @@ int xc_hvm_param_set(xc_interface *handle, domid_t dom, uint32_t param, uint64_t if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_param; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); arg->domid = dom; arg->index = param; arg->value = value; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_param, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; } int xc_hvm_param_get(xc_interface *handle, domid_t dom, uint32_t param, uint64_t *value) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_param_t, arg); int rc = xc_hvm_param_deprecated_check(param); @@ -1391,12 +1383,11 @@ int xc_hvm_param_get(xc_interface *handle, domid_t dom, uint32_t param, uint64_t if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_get_param; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); arg->domid = dom; arg->index = param; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, + HVMOP_get_param, + HYPERCALL_BUFFER_AS_ARG(arg)); *value = arg->value; xc_hypercall_buffer_free(handle, arg); return rc; @@ -1424,7 +1415,6 @@ int xc_hvm_create_ioreq_server(xc_interface *xch, int handle_bufioreq, ioservid_t *id) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_create_ioreq_server_t, arg); int rc; @@ -1432,14 +1422,12 @@ int xc_hvm_create_ioreq_server(xc_interface *xch, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_create_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->handle_bufioreq = handle_bufioreq; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_create_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); *id = arg->id; @@ -1454,7 +1442,6 @@ int xc_hvm_get_ioreq_server_info(xc_interface *xch, xen_pfn_t *bufioreq_pfn, evtchn_port_t *bufioreq_port) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_get_ioreq_server_info_t, arg); int rc; @@ -1462,14 +1449,12 @@ int xc_hvm_get_ioreq_server_info(xc_interface *xch, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_get_ioreq_server_info; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_get_ioreq_server_info, + HYPERCALL_BUFFER_AS_ARG(arg)); if ( rc != 0 ) goto done; @@ -1491,7 +1476,6 @@ int xc_hvm_map_io_range_to_ioreq_server(xc_interface *xch, domid_t domid, ioservid_t id, int is_mmio, uint64_t start, uint64_t end) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_io_range_t, arg); int rc; @@ -1499,17 +1483,15 @@ int xc_hvm_map_io_range_to_ioreq_server(xc_interface *xch, domid_t domid, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_map_io_range_to_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->type = is_mmio ? HVMOP_IO_RANGE_MEMORY : HVMOP_IO_RANGE_PORT; arg->start = start; arg->end = end; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_map_io_range_to_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1519,7 +1501,6 @@ int xc_hvm_unmap_io_range_from_ioreq_server(xc_interface *xch, domid_t domid, ioservid_t id, int is_mmio, uint64_t start, uint64_t end) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_io_range_t, arg); int rc; @@ -1527,17 +1508,15 @@ int xc_hvm_unmap_io_range_from_ioreq_server(xc_interface *xch, domid_t domid, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_unmap_io_range_from_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->type = is_mmio ? HVMOP_IO_RANGE_MEMORY : HVMOP_IO_RANGE_PORT; arg->start = start; arg->end = end; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_unmap_io_range_from_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1548,7 +1527,6 @@ int xc_hvm_map_pcidev_to_ioreq_server(xc_interface *xch, domid_t domid, uint8_t bus, uint8_t device, uint8_t function) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_io_range_t, arg); int rc; @@ -1561,10 +1539,6 @@ int xc_hvm_map_pcidev_to_ioreq_server(xc_interface *xch, domid_t domid, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_map_io_range_to_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->type = HVMOP_IO_RANGE_PCI; @@ -1578,7 +1552,9 @@ int xc_hvm_map_pcidev_to_ioreq_server(xc_interface *xch, domid_t domid, (uint64_t)device, (uint64_t)function); - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_map_io_range_to_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1589,7 +1565,6 @@ int xc_hvm_unmap_pcidev_from_ioreq_server(xc_interface *xch, domid_t domid, uint8_t bus, uint8_t device, uint8_t function) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_io_range_t, arg); int rc; @@ -1602,10 +1577,6 @@ int xc_hvm_unmap_pcidev_from_ioreq_server(xc_interface *xch, domid_t domid, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_unmap_io_range_from_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->type = HVMOP_IO_RANGE_PCI; @@ -1614,7 +1585,9 @@ int xc_hvm_unmap_pcidev_from_ioreq_server(xc_interface *xch, domid_t domid, (uint64_t)device, (uint64_t)function); - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_unmap_io_range_from_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1624,7 +1597,6 @@ int xc_hvm_destroy_ioreq_server(xc_interface *xch, domid_t domid, ioservid_t id) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_destroy_ioreq_server_t, arg); int rc; @@ -1632,14 +1604,12 @@ int xc_hvm_destroy_ioreq_server(xc_interface *xch, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_destroy_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_destroy_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1650,7 +1620,6 @@ int xc_hvm_set_ioreq_server_state(xc_interface *xch, ioservid_t id, int enabled) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_set_ioreq_server_state_t, arg); int rc; @@ -1658,15 +1627,13 @@ int xc_hvm_set_ioreq_server_state(xc_interface *xch, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_ioreq_server_state; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->enabled = !!enabled; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_ioreq_server_state, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; diff --git a/tools/libxc/xc_evtchn.c b/tools/libxc/xc_evtchn.c index ae2fe1a..53f7605 100644 --- a/tools/libxc/xc_evtchn.c +++ b/tools/libxc/xc_evtchn.c @@ -25,7 +25,6 @@ static int do_evtchn_op(xc_interface *xch, int cmd, void *arg, size_t arg_size, int silently_fail) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(arg, arg_size, XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, arg) ) @@ -34,11 +33,9 @@ static int do_evtchn_op(xc_interface *xch, int cmd, void *arg, goto out; } - hypercall.op = __HYPERVISOR_event_channel_op; - hypercall.arg[0] = cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - - if ((ret = do_xen_hypercall(xch, &hypercall)) < 0 && !silently_fail) + ret = xencall2(xch->xcall, __HYPERVISOR_event_channel_op, + cmd, HYPERCALL_BUFFER_AS_ARG(arg)); + if ( ret < 0 && !silently_fail ) ERROR("do_evtchn_op: HYPERVISOR_event_channel_op failed: %d", ret); xc_hypercall_bounce_post(xch, arg); diff --git a/tools/libxc/xc_flask.c b/tools/libxc/xc_flask.c index b533656..ec52b0f 100644 --- a/tools/libxc/xc_flask.c +++ b/tools/libxc/xc_flask.c @@ -37,7 +37,6 @@ int xc_flask_op(xc_interface *xch, xen_flask_op_t *op) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, sizeof(*op), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); op->interface_version = XEN_FLASK_INTERFACE_VERSION; @@ -48,10 +47,9 @@ int xc_flask_op(xc_interface *xch, xen_flask_op_t *op) goto out; } - hypercall.op = __HYPERVISOR_xsm_op; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(op); - - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall1(xch->xcall, __HYPERVISOR_xsm_op, + HYPERCALL_BUFFER_AS_ARG(op)); + if ( ret < 0 ) { if ( errno == EACCES ) fprintf(stderr, "XSM operation failed!\n"); diff --git a/tools/libxc/xc_freebsd_osdep.c b/tools/libxc/xc_freebsd_osdep.c index f6a2ccd..6b440ee 100644 --- a/tools/libxc/xc_freebsd_osdep.c +++ b/tools/libxc/xc_freebsd_osdep.c @@ -88,53 +88,6 @@ int osdep_privcmd_close(xc_interface *xch) return close(fd); } -/*------------------------ Privcmd hypercall interface -----------------------*/ -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - size_t size = npages * XC_PAGE_SIZE; - void *p; - - /* Address returned by mmap is page aligned. */ - p = mmap(NULL, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS, - -1, 0); - if (p == NULL) - return NULL; - - /* - * Since FreeBSD doesn't have the MAP_LOCKED flag, - * lock memory using mlock. - */ - if ( mlock(p, size) < 0 ) - { - munmap(p, size); - return NULL; - } - - return p; -} - -void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - - int saved_errno = errno; - /* Unlock pages */ - munlock(ptr, npages * XC_PAGE_SIZE); - - munmap(ptr, npages * XC_PAGE_SIZE); - /* We MUST propagate the hypercall errno, not unmap call's. */ - errno = saved_errno; -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - int fd = xch->privcmdfd; - int ret; - - ret = ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); - - return (ret == 0) ? hypercall->retval : ret; -} - /*----------------------- Privcmd foreign map interface ----------------------*/ void *xc_map_foreign_bulk(xc_interface *xch, uint32_t dom, int prot, diff --git a/tools/libxc/xc_gnttab.c b/tools/libxc/xc_gnttab.c index dd32aa2..af53fac 100644 --- a/tools/libxc/xc_gnttab.c +++ b/tools/libxc/xc_gnttab.c @@ -21,7 +21,6 @@ int xc_gnttab_op(xc_interface *xch, int cmd, void * op, int op_size, int count) { int ret = 0; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, count * op_size, XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, op) ) @@ -30,12 +29,8 @@ int xc_gnttab_op(xc_interface *xch, int cmd, void * op, int op_size, int count) goto out1; } - hypercall.op = __HYPERVISOR_grant_table_op; - hypercall.arg[0] = cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(op); - hypercall.arg[2] = count; - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall3(xch->xcall, __HYPERVISOR_grant_table_op, + cmd, HYPERCALL_BUFFER_AS_ARG(op), count); xc_hypercall_bounce_post(xch, op); diff --git a/tools/libxc/xc_hcall_buf.c b/tools/libxc/xc_hcall_buf.c index a0e66cf..a57895b 100644 --- a/tools/libxc/xc_hcall_buf.c +++ b/tools/libxc/xc_hcall_buf.c @@ -17,7 +17,6 @@ #include #include -#include #include "xc_private.h" #include "xg_private.h" @@ -28,163 +27,38 @@ xc_hypercall_buffer_t XC__HYPERCALL_BUFFER_NAME(HYPERCALL_BUFFER_NULL) = { HYPERCALL_BUFFER_INIT_NO_BOUNCE }; -pthread_mutex_t hypercall_buffer_cache_mutex = PTHREAD_MUTEX_INITIALIZER; - -static void hypercall_buffer_cache_lock(xc_interface *xch) -{ - int saved_errno = errno; - if ( xch->flags & XC_OPENFLAG_NON_REENTRANT ) - return; - pthread_mutex_lock(&hypercall_buffer_cache_mutex); - /* Ignore pthread errors. */ - errno = saved_errno; -} - -static void hypercall_buffer_cache_unlock(xc_interface *xch) -{ - int saved_errno = errno; - if ( xch->flags & XC_OPENFLAG_NON_REENTRANT ) - return; - pthread_mutex_unlock(&hypercall_buffer_cache_mutex); - /* Ignore pthread errors. */ - errno = saved_errno; -} - -static void *hypercall_buffer_cache_alloc(xc_interface *xch, int nr_pages) -{ - void *p = NULL; - - hypercall_buffer_cache_lock(xch); - - xch->hypercall_buffer_total_allocations++; - xch->hypercall_buffer_current_allocations++; - if ( xch->hypercall_buffer_current_allocations > xch->hypercall_buffer_maximum_allocations ) - xch->hypercall_buffer_maximum_allocations = xch->hypercall_buffer_current_allocations; - - if ( nr_pages > 1 ) - { - xch->hypercall_buffer_cache_toobig++; - } - else if ( xch->hypercall_buffer_cache_nr > 0 ) - { - p = xch->hypercall_buffer_cache[--xch->hypercall_buffer_cache_nr]; - xch->hypercall_buffer_cache_hits++; - } - else - { - xch->hypercall_buffer_cache_misses++; - } - - hypercall_buffer_cache_unlock(xch); - - return p; -} - -static int hypercall_buffer_cache_free(xc_interface *xch, void *p, int nr_pages) -{ - int rc = 0; - - hypercall_buffer_cache_lock(xch); - - xch->hypercall_buffer_total_releases++; - xch->hypercall_buffer_current_allocations--; - - if ( nr_pages == 1 && xch->hypercall_buffer_cache_nr < HYPERCALL_BUFFER_CACHE_SIZE ) - { - xch->hypercall_buffer_cache[xch->hypercall_buffer_cache_nr++] = p; - rc = 1; - } - - hypercall_buffer_cache_unlock(xch); - - return rc; -} - -void xc__hypercall_buffer_cache_release(xc_interface *xch) -{ - void *p; - - hypercall_buffer_cache_lock(xch); - - DBGPRINTF("hypercall buffer: total allocations:%d total releases:%d", - xch->hypercall_buffer_total_allocations, - xch->hypercall_buffer_total_releases); - DBGPRINTF("hypercall buffer: current allocations:%d maximum allocations:%d", - xch->hypercall_buffer_current_allocations, - xch->hypercall_buffer_maximum_allocations); - DBGPRINTF("hypercall buffer: cache current size:%d", - xch->hypercall_buffer_cache_nr); - DBGPRINTF("hypercall buffer: cache hits:%d misses:%d toobig:%d", - xch->hypercall_buffer_cache_hits, - xch->hypercall_buffer_cache_misses, - xch->hypercall_buffer_cache_toobig); - - while ( xch->hypercall_buffer_cache_nr > 0 ) - { - p = xch->hypercall_buffer_cache[--xch->hypercall_buffer_cache_nr]; - osdep_free_hypercall_buffer(xch, p, 1); - } - - hypercall_buffer_cache_unlock(xch); -} - void *xc__hypercall_buffer_alloc_pages(xc_interface *xch, xc_hypercall_buffer_t *b, int nr_pages) { - void *p = hypercall_buffer_cache_alloc(xch, nr_pages); - - if ( !p ) - p = osdep_alloc_hypercall_buffer(xch, nr_pages); + void *p = xencall_alloc_buffer_pages(xch->xcall, nr_pages); if (!p) return NULL; b->hbuf = p; - memset(p, 0, nr_pages * PAGE_SIZE); - return b->hbuf; } void xc__hypercall_buffer_free_pages(xc_interface *xch, xc_hypercall_buffer_t *b, int nr_pages) { - if ( b->hbuf == NULL ) - return; - - if ( !hypercall_buffer_cache_free(xch, b->hbuf, nr_pages) ) - osdep_free_hypercall_buffer(xch, b->hbuf, nr_pages); + xencall_free_buffer_pages(xch->xcall, b->hbuf, nr_pages); } -struct allocation_header { - int nr_pages; -}; - void *xc__hypercall_buffer_alloc(xc_interface *xch, xc_hypercall_buffer_t *b, size_t size) { - size_t actual_size = ROUNDUP(size + sizeof(struct allocation_header), PAGE_SHIFT); - int nr_pages = actual_size >> PAGE_SHIFT; - struct allocation_header *hdr; + void *p = xencall_alloc_buffer(xch->xcall, size); - hdr = xc__hypercall_buffer_alloc_pages(xch, b, nr_pages); - if ( hdr == NULL ) + if (!p) return NULL; - b->hbuf = (void *)(hdr+1); + b->hbuf = p; - hdr->nr_pages = nr_pages; return b->hbuf; } void xc__hypercall_buffer_free(xc_interface *xch, xc_hypercall_buffer_t *b) { - struct allocation_header *hdr; - - if (b->hbuf == NULL) - return; - - hdr = b->hbuf; - b->hbuf = --hdr; - - xc__hypercall_buffer_free_pages(xch, b, hdr->nr_pages); + xencall_free_buffer(xch->xcall, b->hbuf); } int xc__hypercall_bounce_pre(xc_interface *xch, xc_hypercall_buffer_t *b) diff --git a/tools/libxc/xc_kexec.c b/tools/libxc/xc_kexec.c index a49cffb..1cceb5d 100644 --- a/tools/libxc/xc_kexec.c +++ b/tools/libxc/xc_kexec.c @@ -14,7 +14,6 @@ int xc_kexec_exec(xc_interface *xch, int type) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_kexec_exec_t, exec); int ret = -1; @@ -27,11 +26,9 @@ int xc_kexec_exec(xc_interface *xch, int type) exec->type = type; - hypercall.op = __HYPERVISOR_kexec_op; - hypercall.arg[0] = KEXEC_CMD_kexec; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(exec); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_kexec_op, + KEXEC_CMD_kexec, + HYPERCALL_BUFFER_AS_ARG(exec)); out: xc_hypercall_buffer_free(xch, exec); @@ -42,7 +39,6 @@ out: int xc_kexec_get_range(xc_interface *xch, int range, int nr, uint64_t *size, uint64_t *start) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_kexec_range_t, get_range); int ret = -1; @@ -56,11 +52,9 @@ int xc_kexec_get_range(xc_interface *xch, int range, int nr, get_range->range = range; get_range->nr = nr; - hypercall.op = __HYPERVISOR_kexec_op; - hypercall.arg[0] = KEXEC_CMD_kexec_get_range; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(get_range); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_kexec_op, + KEXEC_CMD_kexec_get_range, + HYPERCALL_BUFFER_AS_ARG(get_range)); *size = get_range->size; *start = get_range->start; @@ -76,7 +70,6 @@ int xc_kexec_load(xc_interface *xch, uint8_t type, uint16_t arch, uint32_t nr_segments, xen_kexec_segment_t *segments) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(segments, sizeof(*segments) * nr_segments, XC_HYPERCALL_BUFFER_BOUNCE_IN); DECLARE_HYPERCALL_BUFFER(xen_kexec_load_t, load); @@ -99,11 +92,9 @@ int xc_kexec_load(xc_interface *xch, uint8_t type, uint16_t arch, load->nr_segments = nr_segments; set_xen_guest_handle(load->segments.h, segments); - hypercall.op = __HYPERVISOR_kexec_op; - hypercall.arg[0] = KEXEC_CMD_kexec_load; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(load); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_kexec_op, + KEXEC_CMD_kexec_load, + HYPERCALL_BUFFER_AS_ARG(load)); out: xc_hypercall_buffer_free(xch, load); @@ -114,7 +105,6 @@ out: int xc_kexec_unload(xc_interface *xch, int type) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_kexec_unload_t, unload); int ret = -1; @@ -127,11 +117,9 @@ int xc_kexec_unload(xc_interface *xch, int type) unload->type = type; - hypercall.op = __HYPERVISOR_kexec_op; - hypercall.arg[0] = KEXEC_CMD_kexec_unload; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(unload); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_kexec_op, + KEXEC_CMD_kexec_unload, + HYPERCALL_BUFFER_AS_ARG(unload)); out: xc_hypercall_buffer_free(xch, unload); diff --git a/tools/libxc/xc_linux_osdep.c b/tools/libxc/xc_linux_osdep.c index 9f4c707..e68c495 100644 --- a/tools/libxc/xc_linux_osdep.c +++ b/tools/libxc/xc_linux_osdep.c @@ -91,55 +91,6 @@ int osdep_privcmd_close(xc_interface *xch) return close(fd); } -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - size_t size = npages * XC_PAGE_SIZE; - void *p; - int rc, saved_errno; - - /* Address returned by mmap is page aligned. */ - p = mmap(NULL, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS|MAP_LOCKED, -1, 0); - if ( p == MAP_FAILED ) - { - PERROR("xc_alloc_hypercall_buffer: mmap failed"); - return NULL; - } - - /* Do not copy the VMA to child process on fork. Avoid the page being COW - on hypercall. */ - rc = madvise(p, npages * XC_PAGE_SIZE, MADV_DONTFORK); - if ( rc < 0 ) - { - PERROR("xc_alloc_hypercall_buffer: madvise failed"); - goto out; - } - - return p; - -out: - saved_errno = errno; - (void)munmap(p, size); - errno = saved_errno; - return NULL; -} - -void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - int saved_errno = errno; - /* Recover the VMA flags. Maybe it's not necessary */ - madvise(ptr, npages * XC_PAGE_SIZE, MADV_DOFORK); - - munmap(ptr, npages * XC_PAGE_SIZE); - /* We MUST propagate the hypercall errno, not unmap call's. */ - errno = saved_errno; -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - int fd = xch->privcmdfd; - return ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); -} - static int xc_map_foreign_batch_single(int fd, uint32_t dom, xen_pfn_t *mfn, unsigned long addr) { diff --git a/tools/libxc/xc_minios.c b/tools/libxc/xc_minios.c index 047e13b..e3c8241 100644 --- a/tools/libxc/xc_minios.c +++ b/tools/libxc/xc_minios.c @@ -61,38 +61,6 @@ void minios_interface_close_fd(int fd) files[fd].type = FTYPE_NONE; } -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - return xc_memalign(xch, PAGE_SIZE, npages * PAGE_SIZE); -} - -void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - free(ptr); -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - multicall_entry_t call; - int i, ret; - - call.op = hypercall->op; - for (i = 0; i < ARRAY_SIZE(hypercall->arg); i++) - call.args[i] = hypercall->arg[i]; - - ret = HYPERVISOR_multicall(&call, 1); - - if (ret < 0) { - errno = -ret; - return -1; - } - if ((long) call.result < 0) { - errno = - (long) call.result; - return -1; - } - return call.result; -} - void *xc_map_foreign_bulk(xc_interface *xch, uint32_t dom, int prot, const xen_pfn_t *arr, int *err, unsigned int num) diff --git a/tools/libxc/xc_misc.c b/tools/libxc/xc_misc.c index c613545..124537b 100644 --- a/tools/libxc/xc_misc.c +++ b/tools/libxc/xc_misc.c @@ -323,7 +323,6 @@ int xc_sched_id(xc_interface *xch, int xc_mca_op(xc_interface *xch, struct xen_mc *mc) { int ret = 0; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(mc, sizeof(*mc), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, mc) ) @@ -333,9 +332,9 @@ int xc_mca_op(xc_interface *xch, struct xen_mc *mc) } mc->interface_version = XEN_MCA_INTERFACE_VERSION; - hypercall.op = __HYPERVISOR_mca; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(mc); - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall1(xch->xcall, __HYPERVISOR_mca, + HYPERCALL_BUFFER_AS_ARG(mc)); + xc_hypercall_bounce_post(xch, mc); return ret; } @@ -471,7 +470,6 @@ int xc_hvm_set_pci_intx_level( uint8_t domain, uint8_t bus, uint8_t device, uint8_t intx, unsigned int level) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_set_pci_intx_level, arg); int rc; @@ -482,10 +480,6 @@ int xc_hvm_set_pci_intx_level( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_pci_intx_level; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->domain = domain; arg->bus = bus; @@ -493,7 +487,9 @@ int xc_hvm_set_pci_intx_level( arg->intx = intx; arg->level = level; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_pci_intx_level, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -505,7 +501,6 @@ int xc_hvm_set_isa_irq_level( uint8_t isa_irq, unsigned int level) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_set_isa_irq_level, arg); int rc; @@ -516,15 +511,13 @@ int xc_hvm_set_isa_irq_level( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_isa_irq_level; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->isa_irq = isa_irq; arg->level = level; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_isa_irq_level, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -534,7 +527,6 @@ int xc_hvm_set_isa_irq_level( int xc_hvm_set_pci_link_route( xc_interface *xch, domid_t dom, uint8_t link, uint8_t isa_irq) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_set_pci_link_route, arg); int rc; @@ -545,15 +537,13 @@ int xc_hvm_set_pci_link_route( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_pci_link_route; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->link = link; arg->isa_irq = isa_irq; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_pci_link_route, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -563,7 +553,6 @@ int xc_hvm_set_pci_link_route( int xc_hvm_inject_msi( xc_interface *xch, domid_t dom, uint64_t addr, uint32_t data) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_inject_msi, arg); int rc; @@ -574,15 +563,13 @@ int xc_hvm_inject_msi( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_inject_msi; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->addr = addr; arg->data = data; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_inject_msi, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -594,7 +581,6 @@ int xc_hvm_track_dirty_vram( uint64_t first_pfn, uint64_t nr, unsigned long *dirty_bitmap) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(dirty_bitmap, (nr+7) / 8, XC_HYPERCALL_BUFFER_BOUNCE_OUT); DECLARE_HYPERCALL_BUFFER(struct xen_hvm_track_dirty_vram, arg); int rc; @@ -607,16 +593,14 @@ int xc_hvm_track_dirty_vram( goto out; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_track_dirty_vram; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->first_pfn = first_pfn; arg->nr = nr; set_xen_guest_handle(arg->dirty_bitmap, dirty_bitmap); - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_track_dirty_vram, + HYPERCALL_BUFFER_AS_ARG(arg)); out: xc_hypercall_buffer_free(xch, arg); @@ -627,7 +611,6 @@ out: int xc_hvm_modified_memory( xc_interface *xch, domid_t dom, uint64_t first_pfn, uint64_t nr) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_modified_memory, arg); int rc; @@ -638,15 +621,13 @@ int xc_hvm_modified_memory( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_modified_memory; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->first_pfn = first_pfn; arg->nr = nr; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_modified_memory, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -656,7 +637,6 @@ int xc_hvm_modified_memory( int xc_hvm_set_mem_type( xc_interface *xch, domid_t dom, hvmmem_type_t mem_type, uint64_t first_pfn, uint64_t nr) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_set_mem_type, arg); int rc; @@ -672,11 +652,9 @@ int xc_hvm_set_mem_type( arg->first_pfn = first_pfn; arg->nr = nr; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_mem_type; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_mem_type, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -688,7 +666,6 @@ int xc_hvm_inject_trap( uint32_t type, uint32_t error_code, uint32_t insn_len, uint64_t cr2) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_inject_trap, arg); int rc; @@ -707,11 +684,9 @@ int xc_hvm_inject_trap( arg->insn_len = insn_len; arg->cr2 = cr2; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_inject_trap; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_inject_trap, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); diff --git a/tools/libxc/xc_netbsd.c b/tools/libxc/xc_netbsd.c index 9abb3b6..5e3b343 100644 --- a/tools/libxc/xc_netbsd.c +++ b/tools/libxc/xc_netbsd.c @@ -67,46 +67,6 @@ int osdep_privcmd_close(xc_interface *xch) return close(fd); } -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - size_t size = npages * XC_PAGE_SIZE; - void *p; - - p = xc_memalign(xch, XC_PAGE_SIZE, size); - if (!p) - return NULL; - - if ( mlock(p, size) < 0 ) - { - free(p); - return NULL; - } - return p; -} - -void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - (void) munlock(ptr, npages * XC_PAGE_SIZE); - free(ptr); -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - int fd = xch->privcmdfd; - int error = ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); - - /* - * Since NetBSD ioctl can only return 0 on success or < 0 on - * error, if we want to return a value from ioctl we should - * do so by setting hypercall->retval, to mimic Linux ioctl - * implementation. - */ - if (error < 0) - return error; - else - return hypercall->retval; -} - void *xc_map_foreign_bulk(xc_interface *xch, uint32_t dom, int prot, const xen_pfn_t *arr, int *err, unsigned int num) diff --git a/tools/libxc/xc_private.c b/tools/libxc/xc_private.c index de5873e..ca4c17a 100644 --- a/tools/libxc/xc_private.c +++ b/tools/libxc/xc_private.c @@ -39,16 +39,6 @@ struct xc_interface_core *xc_interface_open(xentoollog_logger *logger, xch->error_handler = logger; xch->error_handler_tofree = 0; xch->dombuild_logger = dombuild_logger; xch->dombuild_logger_tofree = 0; - xch->hypercall_buffer_cache_nr = 0; - - xch->hypercall_buffer_total_allocations = 0; - xch->hypercall_buffer_total_releases = 0; - xch->hypercall_buffer_current_allocations = 0; - xch->hypercall_buffer_maximum_allocations = 0; - xch->hypercall_buffer_cache_hits = 0; - xch->hypercall_buffer_cache_misses = 0; - xch->hypercall_buffer_cache_toobig = 0; - if (!xch->error_handler) { xch->error_handler = xch->error_handler_tofree = (xentoollog_logger*) @@ -65,14 +55,22 @@ struct xc_interface_core *xc_interface_open(xentoollog_logger *logger, } *xch = xch_buf; - if (!(open_flags & XC_OPENFLAG_DUMMY)) { - if ( osdep_privcmd_open(xch) < 0 ) - goto err; - } + if (open_flags & XC_OPENFLAG_DUMMY) + return xch; /* We are done */ + + if ( osdep_privcmd_open(xch) < 0 ) + goto err; + + xch->xcall = xencall_open(xch->error_handler, + open_flags & XC_OPENFLAG_NON_REENTRANT ? XENCALL_OPENFLAG_NON_REENTRANT : 0U); + + if ( xch->xcall == NULL ) + goto err; return xch; err: + osdep_privcmd_close(xch); xtl_logger_destroy(xch->error_handler_tofree); if (xch != &xch_buf) free(xch); return NULL; @@ -85,11 +83,12 @@ int xc_interface_close(xc_interface *xch) if (!xch) return 0; + rc = xencall_close(xch->xcall); + if (rc) PERROR("Could not close xencall interface"); + rc = osdep_privcmd_close(xch); if (rc) PERROR("Could not close hypervisor interface"); - xc__hypercall_buffer_cache_release(xch); - xtl_logger_destroy(xch->dombuild_logger_tofree); xtl_logger_destroy(xch->error_handler_tofree); @@ -228,7 +227,6 @@ int xc_mmuext_op( unsigned int nr_ops, domid_t dom) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, nr_ops*sizeof(*op), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); long ret = -1; @@ -238,13 +236,9 @@ int xc_mmuext_op( goto out1; } - hypercall.op = __HYPERVISOR_mmuext_op; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(op); - hypercall.arg[1] = (unsigned long)nr_ops; - hypercall.arg[2] = (unsigned long)0; - hypercall.arg[3] = (unsigned long)dom; - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall4(xch->xcall, __HYPERVISOR_mmuext_op, + HYPERCALL_BUFFER_AS_ARG(op), + nr_ops, 0, dom); xc_hypercall_bounce_post(xch, op); @@ -254,8 +248,7 @@ int xc_mmuext_op( static int flush_mmu_updates(xc_interface *xch, struct xc_mmu *mmu) { - int err = 0; - DECLARE_HYPERCALL; + int rc, err = 0; DECLARE_NAMED_HYPERCALL_BOUNCE(updates, mmu->updates, mmu->idx*sizeof(*mmu->updates), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( mmu->idx == 0 ) @@ -268,13 +261,10 @@ static int flush_mmu_updates(xc_interface *xch, struct xc_mmu *mmu) goto out; } - hypercall.op = __HYPERVISOR_mmu_update; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(updates); - hypercall.arg[1] = (unsigned long)mmu->idx; - hypercall.arg[2] = 0; - hypercall.arg[3] = mmu->subject; - - if ( do_xen_hypercall(xch, &hypercall) < 0 ) + rc = xencall4(xch->xcall, __HYPERVISOR_mmu_update, + HYPERCALL_BUFFER_AS_ARG(updates), + mmu->idx, 0, mmu->subject); + if ( rc < 0 ) { ERROR("Failure when submitting mmu updates"); err = 1; @@ -317,7 +307,6 @@ int xc_flush_mmu_updates(xc_interface *xch, struct xc_mmu *mmu) long do_memory_op(xc_interface *xch, int cmd, void *arg, size_t len) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(arg, len, XC_HYPERCALL_BUFFER_BOUNCE_BOTH); long ret = -1; @@ -327,11 +316,8 @@ long do_memory_op(xc_interface *xch, int cmd, void *arg, size_t len) goto out1; } - hypercall.op = __HYPERVISOR_memory_op; - hypercall.arg[0] = (unsigned long) cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_memory_op, + cmd, HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_bounce_post(xch, arg); out1: diff --git a/tools/libxc/xc_private.h b/tools/libxc/xc_private.h index 30157cf..c93df7f 100644 --- a/tools/libxc/xc_private.h +++ b/tools/libxc/xc_private.h @@ -30,6 +30,7 @@ #include "_paths.h" #include "xenctrl.h" +#include #include @@ -53,7 +54,6 @@ struct iovec { #include #endif -#define DECLARE_HYPERCALL privcmd_hypercall_t hypercall #define DECLARE_DOMCTL struct xen_domctl domctl #define DECLARE_SYSCTL struct xen_sysctl sysctl #define DECLARE_PHYSDEV_OP struct physdev_op physdev_op @@ -94,29 +94,11 @@ struct xc_interface_core { FILE *dombuild_logger_file; const char *currently_progress_reporting; - /* - * A simple cache of unused, single page, hypercall buffers - * - * Protected by a global lock. - */ -#define HYPERCALL_BUFFER_CACHE_SIZE 4 - int hypercall_buffer_cache_nr; - void *hypercall_buffer_cache[HYPERCALL_BUFFER_CACHE_SIZE]; - - /* - * Hypercall buffer statistics. All protected by the global - * hypercall_buffer_cache lock. - */ - int hypercall_buffer_total_allocations; - int hypercall_buffer_total_releases; - int hypercall_buffer_current_allocations; - int hypercall_buffer_maximum_allocations; - int hypercall_buffer_cache_hits; - int hypercall_buffer_cache_misses; - int hypercall_buffer_cache_toobig; - /* Privcmd interface */ int privcmdfd; + + /* Hypercall interface */ + xencall_handle *xcall; }; int osdep_privcmd_open(xc_interface *xch); @@ -232,24 +214,16 @@ void xc__hypercall_buffer_cache_release(xc_interface *xch); * Hypercall interfaces. */ -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall); - static inline int do_xen_version(xc_interface *xch, int cmd, xc_hypercall_buffer_t *dest) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER_ARGUMENT(dest); - - hypercall.op = __HYPERVISOR_xen_version; - hypercall.arg[0] = (unsigned long) cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(dest); - - return do_xen_hypercall(xch, &hypercall); + return xencall2(xch->xcall, __HYPERVISOR_xen_version, + cmd, HYPERCALL_BUFFER_AS_ARG(dest)); } static inline int do_physdev_op(xc_interface *xch, int cmd, void *op, size_t len) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, len, XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, op) ) @@ -258,11 +232,9 @@ static inline int do_physdev_op(xc_interface *xch, int cmd, void *op, size_t len goto out1; } - hypercall.op = __HYPERVISOR_physdev_op; - hypercall.arg[0] = (unsigned long) cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(op); - - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall2(xch->xcall, __HYPERVISOR_physdev_op, + cmd, HYPERCALL_BUFFER_AS_ARG(op)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("physdev operation failed -- need to" @@ -277,7 +249,6 @@ out1: static inline int do_domctl(xc_interface *xch, struct xen_domctl *domctl) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(domctl, sizeof(*domctl), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); domctl->interface_version = XEN_DOMCTL_INTERFACE_VERSION; @@ -288,10 +259,9 @@ static inline int do_domctl(xc_interface *xch, struct xen_domctl *domctl) goto out1; } - hypercall.op = __HYPERVISOR_domctl; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(domctl); - - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall1(xch->xcall, __HYPERVISOR_domctl, + HYPERCALL_BUFFER_AS_ARG(domctl)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("domctl operation failed -- need to" @@ -306,7 +276,6 @@ static inline int do_domctl(xc_interface *xch, struct xen_domctl *domctl) static inline int do_sysctl(xc_interface *xch, struct xen_sysctl *sysctl) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(sysctl, sizeof(*sysctl), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); sysctl->interface_version = XEN_SYSCTL_INTERFACE_VERSION; @@ -317,9 +286,9 @@ static inline int do_sysctl(xc_interface *xch, struct xen_sysctl *sysctl) goto out1; } - hypercall.op = __HYPERVISOR_sysctl; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(sysctl); - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall1(xch->xcall, __HYPERVISOR_sysctl, + HYPERCALL_BUFFER_AS_ARG(sysctl)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("sysctl operation failed -- need to" @@ -335,7 +304,6 @@ static inline int do_platform_op(xc_interface *xch, struct xen_platform_op *platform_op) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(platform_op, sizeof(*platform_op), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); @@ -347,9 +315,9 @@ static inline int do_platform_op(xc_interface *xch, return -1; } - hypercall.op = __HYPERVISOR_platform_op; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(platform_op); - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall1(xch->xcall, __HYPERVISOR_platform_op, + HYPERCALL_BUFFER_AS_ARG(platform_op)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("platform operation failed -- need to" @@ -365,13 +333,11 @@ static inline int do_multicall_op(xc_interface *xch, uint32_t nr_calls) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER_ARGUMENT(call_list); - hypercall.op = __HYPERVISOR_multicall; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(call_list); - hypercall.arg[1] = nr_calls; - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall2(xch->xcall, __HYPERVISOR_multicall, + HYPERCALL_BUFFER_AS_ARG(call_list), nr_calls); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("multicall operation failed -- need to" diff --git a/tools/libxc/xc_solaris.c b/tools/libxc/xc_solaris.c index 6f84b82..18622fa 100644 --- a/tools/libxc/xc_solaris.c +++ b/tools/libxc/xc_solaris.c @@ -67,22 +67,6 @@ int osdep_privcmd_close(xc_interface *xch) return close(fd); } -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - return xc_memalign(xch, XC_PAGE_SIZE, npages * XC_PAGE_SIZE); -} - -static void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - free(ptr); -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - int fd = xch->privcmdfd; - return ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); -} - void *xc_map_foreign_batch(xc_interface *xch, uint32_t dom, int prot, xen_pfn_t *arr, int num) diff --git a/tools/libxc/xc_tmem.c b/tools/libxc/xc_tmem.c index 8f4c0cc..4e5c278 100644 --- a/tools/libxc/xc_tmem.c +++ b/tools/libxc/xc_tmem.c @@ -23,7 +23,6 @@ static int do_tmem_op(xc_interface *xch, tmem_op_t *op) { int ret; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, sizeof(*op), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, op) ) @@ -32,9 +31,9 @@ static int do_tmem_op(xc_interface *xch, tmem_op_t *op) return -EFAULT; } - hypercall.op = __HYPERVISOR_tmem_op; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(op); - if ((ret = do_xen_hypercall(xch, &hypercall)) < 0) + ret = xencall1(xch->xcall, __HYPERVISOR_tmem_op, + HYPERCALL_BUFFER_AS_ARG(op)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("tmem operation failed -- need to" diff --git a/tools/misc/Makefile b/tools/misc/Makefile index cf6a475..a2ef0ec 100644 --- a/tools/misc/Makefile +++ b/tools/misc/Makefile @@ -87,12 +87,12 @@ xenlockprof: xenlockprof.o $(CC) $(LDFLAGS) -o $@ $< $(LDLIBS_libxenctrl) $(APPEND_LDFLAGS) # xen-hptool incorrectly uses libxc internals -xen-hptool.o: CFLAGS += -I$(XEN_ROOT)/tools/libxc +xen-hptool.o: CFLAGS += -I$(XEN_ROOT)/tools/libxc $(CFLAGS_libxencall) xen-hptool: xen-hptool.o $(CC) $(LDFLAGS) -o $@ $< $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(LDLIBS_libxenguest) $(LDLIBS_libxenstore) $(APPEND_LDFLAGS) # xen-mfndump incorrectly uses libxc internals -xen-mfndump.o: CFLAGS += -I$(XEN_ROOT)/tools/libxc +xen-mfndump.o: CFLAGS += -I$(XEN_ROOT)/tools/libxc $(CFLAGS_libxencall) xen-mfndump: xen-mfndump.o $(CC) $(LDFLAGS) -o $@ $< $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(LDLIBS_libxenguest) $(APPEND_LDFLAGS) diff --git a/tools/xcutils/Makefile b/tools/xcutils/Makefile index 2d1f112..e127af8 100644 --- a/tools/xcutils/Makefile +++ b/tools/xcutils/Makefile @@ -16,7 +16,7 @@ PROGRAMS = readnotes lsevtchn CFLAGS += -Werror # incorrectly uses libxc internals -CFLAGS_readnotes.o := $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) $(CFLAGS_libxenguest) -I$(XEN_ROOT)/tools/libxc +CFLAGS_readnotes.o := $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) $(CFLAGS_libxenguest) -I$(XEN_ROOT)/tools/libxc $(CFLAGS_libxencall) CFLAGS_lsevtchn.o := $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) .PHONY: all diff --git a/tools/xenpaging/Makefile b/tools/xenpaging/Makefile index d491867..64876b3 100644 --- a/tools/xenpaging/Makefile +++ b/tools/xenpaging/Makefile @@ -2,7 +2,7 @@ XEN_ROOT=$(CURDIR)/../.. include $(XEN_ROOT)/tools/Rules.mk # xenpaging.c and file_ops.c incorrectly use libxc internals -CFLAGS += $(CFLAGS_libxentoollog) $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) $(CFLAGS_libxenstore) $(PTHREAD_CFLAGS) -I$(XEN_ROOT)/tools/libxc +CFLAGS += $(CFLAGS_libxentoollog) $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) $(CFLAGS_libxenstore) $(PTHREAD_CFLAGS) -I$(XEN_ROOT)/tools/libxc $(CFLAGS_libxencall) LDLIBS += $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(LDLIBS_libxenstore) $(PTHREAD_LIBS) LDFLAGS += $(PTHREAD_LDFLAGS) -- 2.1.4 _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From xen-devel-bounces@lists.xen.org Thu Dec 03 11:23:19 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 03 Dec 2015 11:23:19 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4Ryo-0002pM-J2; Thu, 03 Dec 2015 11:23:18 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4RyX-0002Cv-7e for xen-devel@lists.xen.org; Thu, 03 Dec 2015 11:23:02 +0000 Received: from [85.158.139.211] by server-13.bemta-5.messagelabs.com id 1F/AA-06091-41620665; Thu, 03 Dec 2015 11:23:00 +0000 X-Env-Sender: prvs=772f5cd2d=Ian.Campbell@citrix.com X-Msg-Ref: server-11.tower-206.messagelabs.com!1449141771!8312548!5 X-Originating-IP: [66.165.176.63] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogNjYuMTY1LjE3Ni42MyA9PiAzMDYwNDg=\n, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35; banners=-,-,- X-VirusChecked: Checked Received: (qmail 15788 invoked from network); 3 Dec 2015 11:22:57 -0000 Received: from smtp02.citrix.com (HELO SMTP02.CITRIX.COM) (66.165.176.63) by server-11.tower-206.messagelabs.com with RC4-SHA encrypted SMTP; 3 Dec 2015 11:22:57 -0000 X-IronPort-AV: E=Sophos;i="5.20,378,1444694400"; d="scan'208";a="322355027" From: Ian Campbell To: , , Date: Thu, 3 Dec 2015 11:22:09 +0000 Message-ID: <1449141749-14940-13-git-send-email-ian.campbell@citrix.com> X-Mailer: git-send-email 2.1.4 In-Reply-To: <1449141749-14940-1-git-send-email-ian.campbell@citrix.com> References: <1449141675.4424.125.camel@citrix.com> <1449141749-14940-1-git-send-email-ian.campbell@citrix.com> MIME-Version: 1.0 X-DLP: MIA2 Cc: Ian Campbell Subject: [Xen-devel] [PATCH XEN v6 12/32] tools: Refactor hypercall calling wrappers into libxencall. X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org libxencall will provide a stable API and ABI for calling hypercalls (although those hypercalls themselves may not have a stable API). As well as the hypercall buffer infrastructure needed in order to safely provide pointer arguments to hypercalls. libxenctrl encapsulates a instance of this interface, so users of that library are not currently subjected to any actual changes. However all hypercalls made internally by libxc now use the correct interface. It is expected that most users of this library will be other libraries providing a higher level interface, rather than applications directly. Only the basic functionality to allocate hypercall safe memory is moved, the type safe stuff and bounce buffers remain in libxc. Note that the functionality to map foreign pages using privcmd is not yet moved, meaning that an xc_interface will now contain two open privcmd file descriptors. Foreign memory mapping is logically separate functionality and will be moved into its own library. The new library uses a version script to ensure that only expected symbols are exported and to version them such that ABI guarantees can be kept in the future. Signed-off-by: Ian Campbell Acked-by: Wei Liu --- Must be applied with: - "qemu-xen-traditional: Add libxencall to rpath-link" and a corresponding QEMU_TAG update folded here. - "mini-os: Include libxencall with libxc" and a corresponding bump to MINIOS_UPSTREAM_REVISION folded in here. v3: Moved to tools/libs/call Ported new wrappers (altp2m) v5: Allow _close(NULL). v6: Use size_t for nr_pages throughout. Rebase over "libxc: prefer using privcmd character device" --- .gitignore | 2 + stubdom/Makefile | 20 +++- tools/Makefile | 1 + tools/Rules.mk | 7 +- tools/libs/Makefile | 1 + tools/libs/call/Makefile | 67 +++++++++++++ tools/libs/call/buffer.c | 192 ++++++++++++++++++++++++++++++++++++++ tools/libs/call/core.c | 147 +++++++++++++++++++++++++++++ tools/libs/call/freebsd.c | 140 +++++++++++++++++++++++++++ tools/libs/call/include/xencall.h | 84 +++++++++++++++++ tools/libs/call/libxencall.map | 19 ++++ tools/libs/call/linux.c | 138 +++++++++++++++++++++++++++ tools/libs/call/minios.c | 81 ++++++++++++++++ tools/libs/call/netbsd.c | 121 ++++++++++++++++++++++++ tools/libs/call/private.h | 68 ++++++++++++++ tools/libs/call/solaris.c | 97 +++++++++++++++++++ tools/libxc/Makefile | 7 +- tools/libxc/xc_altp2m.c | 64 ++++--------- tools/libxc/xc_domain.c | 105 +++++++-------------- tools/libxc/xc_evtchn.c | 9 +- tools/libxc/xc_flask.c | 8 +- tools/libxc/xc_freebsd_osdep.c | 47 ---------- tools/libxc/xc_gnttab.c | 9 +- tools/libxc/xc_hcall_buf.c | 138 ++------------------------- tools/libxc/xc_kexec.c | 36 +++---- tools/libxc/xc_linux_osdep.c | 49 ---------- tools/libxc/xc_minios.c | 32 ------- tools/libxc/xc_misc.c | 79 ++++++---------- tools/libxc/xc_netbsd.c | 40 -------- tools/libxc/xc_private.c | 64 +++++-------- tools/libxc/xc_private.h | 76 +++++---------- tools/libxc/xc_solaris.c | 16 ---- tools/libxc/xc_tmem.c | 7 +- tools/misc/Makefile | 4 +- tools/xcutils/Makefile | 2 +- tools/xenpaging/Makefile | 2 +- 36 files changed, 1347 insertions(+), 632 deletions(-) create mode 100644 tools/libs/call/Makefile create mode 100644 tools/libs/call/buffer.c create mode 100644 tools/libs/call/core.c create mode 100644 tools/libs/call/freebsd.c create mode 100644 tools/libs/call/include/xencall.h create mode 100644 tools/libs/call/libxencall.map create mode 100644 tools/libs/call/linux.c create mode 100644 tools/libs/call/minios.c create mode 100644 tools/libs/call/netbsd.c create mode 100644 tools/libs/call/private.h create mode 100644 tools/libs/call/solaris.c diff --git a/.gitignore b/.gitignore index 9241c54..2899852 100644 --- a/.gitignore +++ b/.gitignore @@ -61,6 +61,7 @@ stubdom/xenstore stubdom/libxentoollog-* stubdom/libxenevtchn-* stubdom/libxengnttab-* +stubdom/libxencall-* stubdom/libxc-* stubdom/lwip-* stubdom/mini-os-* @@ -90,6 +91,7 @@ config/Docs.mk tools/libs/toollog/headers.chk tools/libs/evtchn/headers.chk tools/libs/gnttab/headers.chk +tools/libs/call/headers.chk tools/blktap2/daemon/blktapctrl tools/blktap2/drivers/img2qcow tools/blktap2/drivers/lock-util diff --git a/stubdom/Makefile b/stubdom/Makefile index d4576eb..24f0e0f 100644 --- a/stubdom/Makefile +++ b/stubdom/Makefile @@ -330,6 +330,12 @@ mk-headers-$(XEN_TARGET_ARCH): $(IOEMU_LINKFARM_TARGET) ln -sf $(XEN_ROOT)/tools/libs/gnttab/include/*.h include/ && \ ln -sf $(XEN_ROOT)/tools/libs/gnttab/*.c . && \ ln -sf $(XEN_ROOT)/tools/libs/gnttab/Makefile . ) + mkdir -p libs-$(XEN_TARGET_ARCH)/call/include + [ -h libs-$(XEN_TARGET_ARCH)/call/Makefile ] || ( cd libs-$(XEN_TARGET_ARCH)/call && \ + ln -sf $(XEN_ROOT)/tools/libs/call/*.h . && \ + ln -sf $(XEN_ROOT)/tools/libs/call/include/*.h include/ && \ + ln -sf $(XEN_ROOT)/tools/libs/call/*.c . && \ + ln -sf $(XEN_ROOT)/tools/libs/call/Makefile . ) mkdir -p libxc-$(XEN_TARGET_ARCH) [ -h libxc-$(XEN_TARGET_ARCH)/Makefile ] || ( cd libxc-$(XEN_TARGET_ARCH) && \ ln -sf $(XEN_ROOT)/tools/libxc/*.h . && \ @@ -386,12 +392,24 @@ libs-$(XEN_TARGET_ARCH)/gnttab/libxengnttab.a: $(NEWLIB_STAMPFILE) CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= -C libs-$(XEN_TARGET_ARCH)/gnttab ####### +# libxencall +####### + +.PHONY: libxencall +libxencall: libs-$(XEN_TARGET_ARCH)/call/libxencall.a +libs-$(XEN_TARGET_ARCH)/call/libxencall.a: $(NEWLIB_STAMPFILE) + $(MAKE) -C $(XEN_ROOT)/tools/include + $(MAKE) DESTDIR= -C $(MINI_OS) links + CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= -C libs-$(XEN_TARGET_ARCH)/call +APP_LDLIBS += -L$(XEN_ROOT)/stubdom/libs-$(MINIOS_TARGET_ARCH)/call -whole-archive -lxencall -no-whole-archive + +####### # libxc ####### .PHONY: libxc libxc: libxc-$(XEN_TARGET_ARCH)/libxenctrl.a libxc-$(XEN_TARGET_ARCH)/libxenguest.a -libxc-$(XEN_TARGET_ARCH)/libxenctrl.a: libxentoollog libxenevtchn libxengnttab cross-zlib +libxc-$(XEN_TARGET_ARCH)/libxenctrl.a: libxentoollog libxenevtchn libxengnttab libxencall cross-zlib $(MAKE) -C $(XEN_ROOT)/tools/include $(MAKE) DESTDIR= -C $(MINI_OS) links CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= CONFIG_LIBXC_MINIOS=y -C libxc-$(XEN_TARGET_ARCH) diff --git a/tools/Makefile b/tools/Makefile index f373e71..e5bbc98 100644 --- a/tools/Makefile +++ b/tools/Makefile @@ -263,6 +263,7 @@ subdir-all-qemu-xen-dir: qemu-xen-dir-find -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/toollog \ -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/evtchn \ -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/gnttab \ + -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/call \ $(QEMU_UPSTREAM_RPATH)" \ --bindir=$(LIBEXEC_BIN) \ --datadir=$(SHAREDIR)/qemu-xen \ diff --git a/tools/Rules.mk b/tools/Rules.mk index 5824ede..39426f4 100644 --- a/tools/Rules.mk +++ b/tools/Rules.mk @@ -13,6 +13,7 @@ XEN_INCLUDE = $(XEN_ROOT)/tools/include XEN_LIBXENTOOLLOG = $(XEN_ROOT)/tools/libs/toollog XEN_LIBXENEVTCHN = $(XEN_ROOT)/tools/libs/evtchn XEN_LIBXENGNTTAB = $(XEN_ROOT)/tools/libs/gnttab +XEN_LIBXENCALL = $(XEN_ROOT)/tools/libs/call XEN_LIBXC = $(XEN_ROOT)/tools/libxc XEN_XENLIGHT = $(XEN_ROOT)/tools/libxl XEN_XENSTORE = $(XEN_ROOT)/tools/xenstore @@ -98,8 +99,12 @@ CFLAGS_libxengntshr = -I$(XEN_LIBXENGNTTAB)/include $(CFLAGS_xeninclude) LDLIBS_libxengntshr = $(XEN_LIBXENGNTTAB)/libxengnttab$(libextension) SHLIB_libxengntshr = -Wl,-rpath-link=$(XEN_LIBXENGNTTAB) +CFLAGS_libxencall = -I$(XEN_LIBXENCALL)/include $(CFLAGS_xeninclude) +LDLIBS_libxencall = $(XEN_LIBXENCALL)/libxencall$(libextension) +SHLIB_libxencall = -Wl,-rpath-link=$(XEN_LIBXENCALL) + CFLAGS_libxenctrl = -I$(XEN_LIBXC)/include $(CFLAGS_libxentoollog) $(CFLAGS_xeninclude) -SHDEPS_libxenctrl = $(SHLIB_libxentoollog) $(SHLIB_libxenevtchn) $(SHLIB_libxengnttab) $(SHLIB_libxengntshr) +SHDEPS_libxenctrl = $(SHLIB_libxentoollog) $(SHLIB_libxenevtchn) $(SHLIB_libxengnttab) $(SHLIB_libxengntshr) $(SHLIB_libxencall) LDLIBS_libxenctrl = $(SHDEPS_libxenctrl) $(XEN_LIBXC)/libxenctrl$(libextension) SHLIB_libxenctrl = $(SHDEPS_libxenctrl) -Wl,-rpath-link=$(XEN_LIBXC) diff --git a/tools/libs/Makefile b/tools/libs/Makefile index 00156ae..f4f5d57 100644 --- a/tools/libs/Makefile +++ b/tools/libs/Makefile @@ -5,5 +5,6 @@ SUBDIRS-y := SUBDIRS-y += toollog SUBDIRS-y += evtchn SUBDIRS-y += gnttab +SUBDIRS-y += call all clean install distclean: %: subdirs-% diff --git a/tools/libs/call/Makefile b/tools/libs/call/Makefile new file mode 100644 index 0000000..5cbf62e --- /dev/null +++ b/tools/libs/call/Makefile @@ -0,0 +1,67 @@ +XEN_ROOT = $(CURDIR)/../../.. +include $(XEN_ROOT)/tools/Rules.mk + +MAJOR = 1 +MINOR = 0 +SHLIB_LDFLAGS += -Wl,--version-script=libxencall.map + +CFLAGS += -Werror -Wmissing-prototypes +CFLAGS += -I./include $(CFLAGS_xeninclude) +CFLAGS += $(CFLAGS_libxentoollog) + +SRCS-y += core.c buffer.c +SRCS-$(CONFIG_Linux) += linux.c +SRCS-$(CONFIG_FreeBSD) += freebsd.c +SRCS-$(CONFIG_SunOS) += solaris.c +SRCS-$(CONFIG_NetBSD) += netbsd.c +SRCS-$(CONFIG_MiniOS) += minios.c + +LIB_OBJS := $(patsubst %.c,%.o,$(SRCS-y)) +PIC_OBJS := $(patsubst %.c,%.opic,$(SRCS-y)) + +LIB := libxencall.a +ifneq ($(nosharedlibs),y) +LIB += libxencall.so +endif + +.PHONY: all +all: build + +.PHONY: build +build: + $(MAKE) libs + +.PHONY: libs +libs: headers.chk $(LIB) + +headers.chk: $(wildcard include/*.h) + +libxencall.a: $(LIB_OBJS) + $(AR) rc $@ $^ + +libxencall.so: libxencall.so.$(MAJOR) + $(SYMLINK_SHLIB) $< $@ +libxencall.so.$(MAJOR): libxencall.so.$(MAJOR).$(MINOR) + $(SYMLINK_SHLIB) $< $@ + +libxencall.so.$(MAJOR).$(MINOR): $(PIC_OBJS) libxencall.map + $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxencall.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $(PIC_OBJS) $(LDLIBS_libxentoollog) $(APPEND_LDFLAGS) + +.PHONY: install +install: build + $(INSTALL_DIR) $(DESTDIR)$(libdir) + $(INSTALL_DIR) $(DESTDIR)$(includedir) + $(INSTALL_SHLIB) libxencall.so.$(MAJOR).$(MINOR) $(DESTDIR)$(libdir) + $(INSTALL_DATA) libxencall.a $(DESTDIR)$(libdir) + $(SYMLINK_SHLIB) libxencall.so.$(MAJOR).$(MINOR) $(DESTDIR)$(libdir)/libxencall.so.$(MAJOR) + $(SYMLINK_SHLIB) libxencall.so.$(MAJOR) $(DESTDIR)$(libdir)/libxencall.so + $(INSTALL_DATA) include/xencall.h $(DESTDIR)$(includedir) + +.PHONY: TAGS +TAGS: + etags -t *.c *.h + +.PHONY: clean +clean: + rm -rf *.rpm $(LIB) *~ $(DEPS) $(LIB_OBJS) $(PIC_OBJS) + rm -f headers.chk diff --git a/tools/libs/call/buffer.c b/tools/libs/call/buffer.c new file mode 100644 index 0000000..1a1b27a --- /dev/null +++ b/tools/libs/call/buffer.c @@ -0,0 +1,192 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + */ + +#include +#include +#include + +#include "private.h" + +#define DBGPRINTF(_m...) \ + xtl_log(xcall->logger, XTL_DEBUG, -1, "xencall:buffer", _m) + +#define ROUNDUP(_x,_w) (((unsigned long)(_x)+(1UL<<(_w))-1) & ~((1UL<<(_w))-1)) + +pthread_mutex_t cache_mutex = PTHREAD_MUTEX_INITIALIZER; + +static void cache_lock(xencall_handle *xcall) +{ + int saved_errno = errno; + if ( xcall->flags & XENCALL_OPENFLAG_NON_REENTRANT ) + return; + pthread_mutex_lock(&cache_mutex); + /* Ignore pthread errors. */ + errno = saved_errno; +} + +static void cache_unlock(xencall_handle *xcall) +{ + int saved_errno = errno; + if ( xcall->flags & XENCALL_OPENFLAG_NON_REENTRANT ) + return; + pthread_mutex_unlock(&cache_mutex); + /* Ignore pthread errors. */ + errno = saved_errno; +} + +static void *cache_alloc(xencall_handle *xcall, size_t nr_pages) +{ + void *p = NULL; + + cache_lock(xcall); + + xcall->buffer_total_allocations++; + xcall->buffer_current_allocations++; + if ( xcall->buffer_current_allocations > xcall->buffer_maximum_allocations ) + xcall->buffer_maximum_allocations = xcall->buffer_current_allocations; + + if ( nr_pages > 1 ) + { + xcall->buffer_cache_toobig++; + } + else if ( xcall->buffer_cache_nr > 0 ) + { + p = xcall->buffer_cache[--xcall->buffer_cache_nr]; + xcall->buffer_cache_hits++; + } + else + { + xcall->buffer_cache_misses++; + } + + cache_unlock(xcall); + + return p; +} + +static int cache_free(xencall_handle *xcall, void *p, size_t nr_pages) +{ + int rc = 0; + + cache_lock(xcall); + + xcall->buffer_total_releases++; + xcall->buffer_current_allocations--; + + if ( nr_pages == 1 && + xcall->buffer_cache_nr < BUFFER_CACHE_SIZE ) + { + xcall->buffer_cache[xcall->buffer_cache_nr++] = p; + rc = 1; + } + + cache_unlock(xcall); + + return rc; +} + +void buffer_release_cache(xencall_handle *xcall) +{ + void *p; + + cache_lock(xcall); + + DBGPRINTF("total allocations:%d total releases:%d", + xcall->buffer_total_allocations, + xcall->buffer_total_releases); + DBGPRINTF("current allocations:%d maximum allocations:%d", + xcall->buffer_current_allocations, + xcall->buffer_maximum_allocations); + DBGPRINTF("cache current size:%d", + xcall->buffer_cache_nr); + DBGPRINTF("cache hits:%d misses:%d toobig:%d", + xcall->buffer_cache_hits, + xcall->buffer_cache_misses, + xcall->buffer_cache_toobig); + + while ( xcall->buffer_cache_nr > 0 ) + { + p = xcall->buffer_cache[--xcall->buffer_cache_nr]; + osdep_free_pages(xcall, p, 1); + } + + cache_unlock(xcall); +} + +void *xencall_alloc_buffer_pages(xencall_handle *xcall, size_t nr_pages) +{ + void *p = cache_alloc(xcall, nr_pages); + + if ( !p ) + p = osdep_alloc_pages(xcall, nr_pages); + + if (!p) + return NULL; + + memset(p, 0, nr_pages * PAGE_SIZE); + + return p; +} + +void xencall_free_buffer_pages(xencall_handle *xcall, void *p, size_t nr_pages) +{ + if ( p == NULL ) + return; + + if ( !cache_free(xcall, p, nr_pages) ) + osdep_free_pages(xcall, p, nr_pages); +} + +struct allocation_header { + int nr_pages; +}; + +void *xencall_alloc_buffer(xencall_handle *xcall, size_t size) +{ + size_t actual_size = ROUNDUP(size + sizeof(struct allocation_header), PAGE_SHIFT); + int nr_pages = actual_size >> PAGE_SHIFT; + struct allocation_header *hdr; + + hdr = xencall_alloc_buffer_pages(xcall, nr_pages); + if ( hdr == NULL ) + return NULL; + + hdr->nr_pages = nr_pages; + + return (void *)(hdr+1); +} + +void xencall_free_buffer(xencall_handle *xcall, void *p) +{ + struct allocation_header *hdr; + + if (p == NULL) + return; + + hdr = p; + --hdr; + + xencall_free_buffer_pages(xcall, hdr, hdr->nr_pages); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/core.c b/tools/libs/call/core.c new file mode 100644 index 0000000..a342871 --- /dev/null +++ b/tools/libs/call/core.c @@ -0,0 +1,147 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + */ + +#include + +#include "private.h" + +xencall_handle *xencall_open(xentoollog_logger *logger, unsigned open_flags) +{ + xencall_handle *xcall = malloc(sizeof(*xcall)); + int rc; + + if (!xcall) return NULL; + + xcall->flags = open_flags; + xcall->buffer_cache_nr = 0; + + xcall->buffer_total_allocations = 0; + xcall->buffer_total_releases = 0; + xcall->buffer_current_allocations = 0; + xcall->buffer_maximum_allocations = 0; + xcall->buffer_cache_hits = 0; + xcall->buffer_cache_misses = 0; + xcall->buffer_cache_toobig = 0; + xcall->logger = logger; + xcall->logger_tofree = NULL; + + if (!xcall->logger) { + xcall->logger = xcall->logger_tofree = + (xentoollog_logger*) + xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); + if (!xcall->logger) goto err; + } + + rc = osdep_xencall_open(xcall); + if ( rc < 0 ) goto err; + + return xcall; + +err: + osdep_xencall_close(xcall); + xtl_logger_destroy(xcall->logger_tofree); + free(xcall); + return NULL; +} + +int xencall_close(xencall_handle *xcall) +{ + int rc; + + if ( !xcall ) + return 0; + + rc = osdep_xencall_close(xcall); + buffer_release_cache(xcall); + xtl_logger_destroy(xcall->logger_tofree); + free(xcall); + return rc; +} + +int xencall0(xencall_handle *xcall, unsigned int op) +{ + privcmd_hypercall_t call = { + .op = op, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall1(xencall_handle *xcall, unsigned int op, + uint64_t arg1) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1 }, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall2(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1, arg2 }, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall3(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1, arg2, arg3}, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall4(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3, + uint64_t arg4) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1, arg2, arg3, arg4 }, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall5(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3, + uint64_t arg4, uint64_t arg5) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1, arg2, arg3, arg4, arg5 }, + }; + + return osdep_hypercall(xcall, &call); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/freebsd.c b/tools/libs/call/freebsd.c new file mode 100644 index 0000000..2413966 --- /dev/null +++ b/tools/libs/call/freebsd.c @@ -0,0 +1,140 @@ + /****************************************************************************** + * + * Copyright 2006 Sun Microsystems, Inc. All rights reserved. + * Use is subject to license terms. + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split from xc_freebsd_osdep.c + */ + +#include +#include +#include +#include +#include +#include + +#include +#include + +#include "private.h" + +#define PRIVCMD_DEV "/dev/xen/privcmd" + +int osdep_xencall_open(xencall_handle *xcall) +{ + int flags, saved_errno; + int fd = open(PRIVCMD_DEV, O_RDWR); + + if ( fd == -1 ) + { + PERROR("Could not obtain handle on privileged command interface " + PRIVCMD_DEV); + return -1; + } + + /* + * Although we return the file handle as the 'xc handle' the API + * does not specify / guarentee that this integer is in fact + * a file handle. Thus we must take responsiblity to ensure + * it doesn't propagate (ie leak) outside the process. + */ + if ( (flags = fcntl(fd, F_GETFD)) < 0 ) + { + PERROR("Could not get file handle flags"); + goto error; + } + + flags |= FD_CLOEXEC; + + if ( fcntl(fd, F_SETFD, flags) < 0 ) + { + PERROR("Could not set file handle flags"); + goto error; + } + + xcall->fd = fd; + return 0; + + error: + saved_errno = errno; + close(fd); + errno = saved_errno; + + return -1; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + int fd = xcall->fd; + if ( fd == -1 ) + return 0; + return close(fd); +} + +int osdep_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + int fd = xcall->fd; + int ret; + + ret = ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); + + return (ret == 0) ? hypercall->retval : ret; +} + +void *osdep_alloc_pages(xencall_handle *xcall, size_t npages) +{ + size_t size = npages * PAGE_SIZE; + void *p; + + /* Address returned by mmap is page aligned. */ + p = mmap(NULL, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS, + -1, 0); + if (p == NULL) + return NULL; + + /* + * Since FreeBSD doesn't have the MAP_LOCKED flag, + * lock memory using mlock. + */ + if ( mlock(p, size) < 0 ) + { + munmap(p, size); + return NULL; + } + + return p; +} + +void osdep_free_pages(xencall_handle *xcall, void *ptr, size_t npages) +{ + int saved_errno = errno; + /* Unlock pages */ + munlock(ptr, npages * PAGE_SIZE); + + munmap(ptr, npages * PAGE_SIZE); + /* We MUST propagate the hypercall errno, not unmap call's. */ + errno = saved_errno; +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/include/xencall.h b/tools/libs/call/include/xencall.h new file mode 100644 index 0000000..0d91aa8 --- /dev/null +++ b/tools/libs/call/include/xencall.h @@ -0,0 +1,84 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + */ +#ifndef XENCALL_H +#define XENCALL_H + +/* + * This library allows you to make arbitrary hypercalls (subject to + * sufficient permission for the process and the domain itself). Note + * that while the library interface is stable the hypercalls are + * subject to their own rules. + */ + +#include +#include + +/* Callers who don't care don't need to #include */ +typedef struct xentoollog_logger xentoollog_logger; + +typedef struct xencall_handle xencall_handle; + +/* + */ +#define XENCALL_OPENFLAG_NON_REENTRANT (1U<<0) + +/* + * Return a handle onto the hypercall driver. Logs errors. + */ +xencall_handle *xencall_open(xentoollog_logger *logger, unsigned open_flags); + +/* + * Close a handle previously allocated with xencall_open(). + */ +int xencall_close(xencall_handle *xcall); + +/* + * Call hypercalls with varying numbers of arguments. + */ +int xencall0(xencall_handle *xcall, unsigned int op); +int xencall1(xencall_handle *xcall, unsigned int op, + uint64_t arg1); +int xencall2(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2); +int xencall3(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3); +int xencall4(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3, + uint64_t arg4); +int xencall5(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3, + uint64_t arg4, uint64_t arg5); + +/* + * Allocate and free memory which is suitable for use as a pointer + * argument to a hypercall. + */ +void *xencall_alloc_buffer_pages(xencall_handle *xcall, size_t nr_pages); +void xencall_free_buffer_pages(xencall_handle *xcall, void *p, size_t nr_pages); + +void *xencall_alloc_buffer(xencall_handle *xcall, size_t size); +void xencall_free_buffer(xencall_handle *xcall, void *p); + +#endif + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/libxencall.map b/tools/libs/call/libxencall.map new file mode 100644 index 0000000..2f96144 --- /dev/null +++ b/tools/libs/call/libxencall.map @@ -0,0 +1,19 @@ +VERS_1.0 { + global: + xencall_open; + xencall_close; + + xencall0; + xencall1; + xencall2; + xencall3; + xencall4; + xencall5; + xencall6; + + xencall_alloc_buffer; + xencall_free_buffer; + xencall_alloc_buffer_pages; + xencall_free_buffer_pages; + local: *; /* Do not expose anything by default */ +}; diff --git a/tools/libs/call/linux.c b/tools/libs/call/linux.c new file mode 100644 index 0000000..55e1e83 --- /dev/null +++ b/tools/libs/call/linux.c @@ -0,0 +1,138 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_linus_osdep.c: + * + * Copyright 2006 Sun Microsystems, Inc. All rights reserved. + */ + +#include +#include +#include + +#include +#include + +#include "private.h" + +int osdep_xencall_open(xencall_handle *xcall) +{ + int flags, saved_errno; + int fd = open("/dev/xen/privcmd", O_RDWR); /* prefer this newer interface */ + + if ( fd == -1 && ( errno == ENOENT || errno == ENXIO || errno == ENODEV )) + { + /* Fallback to /proc/xen/privcmd */ + fd = open("/proc/xen/privcmd", O_RDWR); + } + + if ( fd == -1 ) + { + PERROR("Could not obtain handle on privileged command interface"); + return -1; + } + + /* Although we return the file handle as the 'xc handle' the API + does not specify / guarentee that this integer is in fact + a file handle. Thus we must take responsiblity to ensure + it doesn't propagate (ie leak) outside the process */ + if ( (flags = fcntl(fd, F_GETFD)) < 0 ) + { + PERROR("Could not get file handle flags"); + goto error; + } + + flags |= FD_CLOEXEC; + + if ( fcntl(fd, F_SETFD, flags) < 0 ) + { + PERROR("Could not set file handle flags"); + goto error; + } + + xcall->fd = fd; + return 0; + + error: + saved_errno = errno; + close(fd); + errno = saved_errno; + return -1; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + int fd = xcall->fd; + if (fd == -1) + return 0; + return close(fd); +} + +int osdep_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + return ioctl(xcall->fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); +} + +void *osdep_alloc_pages(xencall_handle *xcall, size_t npages) +{ + size_t size = npages * PAGE_SIZE; + void *p; + int rc, saved_errno; + + /* Address returned by mmap is page aligned. */ + p = mmap(NULL, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS|MAP_LOCKED, -1, 0); + if ( p == MAP_FAILED ) + { + PERROR("xc_alloc_hypercall_buffer: mmap failed"); + return NULL; + } + + /* Do not copy the VMA to child process on fork. Avoid the page being COW + on hypercall. */ + rc = madvise(p, npages * PAGE_SIZE, MADV_DONTFORK); + if ( rc < 0 ) + { + PERROR("xc_alloc_hypercall_buffer: madvise failed"); + goto out; + } + + return p; + +out: + saved_errno = errno; + (void)munmap(p, size); + errno = saved_errno; + return NULL; +} + +void osdep_free_pages(xencall_handle *xcall, void *ptr, size_t npages) +{ + int saved_errno = errno; + /* Recover the VMA flags. Maybe it's not necessary */ + madvise(ptr, npages * PAGE_SIZE, MADV_DOFORK); + + munmap(ptr, npages * PAGE_SIZE); + /* We MUST propagate the hypercall errno, not unmap call's. */ + errno = saved_errno; +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/minios.c b/tools/libs/call/minios.c new file mode 100644 index 0000000..3bee7be --- /dev/null +++ b/tools/libs/call/minios.c @@ -0,0 +1,81 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_minios.c + * + * Copyright 2007-2008 Samuel Thibault . + */ + +#include +#include +#include +#include + +#include +#include + +#include "private.h" + +int osdep_xencall_open(xencall_handle *xcall) +{ + /* No fd required */ + return 0; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + return 0; +} + +int osdep_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + multicall_entry_t call; + int i, ret; + + call.op = hypercall->op; + for (i = 0; i < 5; i++) + call.args[i] = hypercall->arg[i]; + + ret = HYPERVISOR_multicall(&call, 1); + + if (ret < 0) { + errno = -ret; + return -1; + } + if ((long) call.result < 0) { + errno = - (long) call.result; + return -1; + } + return call.result; +} + +void *osdep_alloc_pages(xencall_handle *xcall, size_t npages) +{ + return memalign(PAGE_SIZE, npages * PAGE_SIZE); +} + +void osdep_free_pages(xencall_handle *xcall, void *ptr, size_t npages) +{ + free(ptr); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/netbsd.c b/tools/libs/call/netbsd.c new file mode 100644 index 0000000..2aa02f1 --- /dev/null +++ b/tools/libs/call/netbsd.c @@ -0,0 +1,121 @@ +/****************************************************************************** + * + * Copyright 2006 Sun Microsystems, Inc. All rights reserved. + * Use is subject to license terms. + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split from xc_netbsd.c + */ + +#include "xc_private.h" + +#include +#include +#include +#include + +int osdep_xencall_open(xencall_handle *xcall) +{ + int flags, saved_errno; + int fd = open("/kern/xen/privcmd", O_RDWR); + + if ( fd == -1 ) + { + PERROR("Could not obtain handle on privileged command interface"); + return -1; + } + + /* Although we return the file handle as the 'xc handle' the API + does not specify / guarentee that this integer is in fact + a file handle. Thus we must take responsiblity to ensure + it doesn't propagate (ie leak) outside the process */ + if ( (flags = fcntl(fd, F_GETFD)) < 0 ) + { + PERROR("Could not get file handle flags"); + goto error; + } + flags |= FD_CLOEXEC; + if ( fcntl(fd, F_SETFD, flags) < 0 ) + { + PERROR("Could not set file handle flags"); + goto error; + } + + xcall->fd = fd; + return 0; + + error: + saved_errno = errno; + close(fd); + errno = saved_errno; + return -1; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + int fd = xcall->fd; + return close(fd); +} + +void *osdep_alloc_hypercall_buffer(xencall_handle *xcall, size_t npages) +{ + size_t size = npages * XC_PAGE_SIZE; + void *p; + + p = xc_memalign(xcall, XC_PAGE_SIZE, size); + if (!p) + return NULL; + + if ( mlock(p, size) < 0 ) + { + free(p); + return NULL; + } + return p; +} + +void osdep_free_hypercall_buffer(xencall_handle *xcall, void *ptr, + size_t npages) +{ + (void) munlock(ptr, npages * XC_PAGE_SIZE); + free(ptr); +} + +int do_xen_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + int fd = xcall->fd; + int error = ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); + + /* + * Since NetBSD ioctl can only return 0 on success or < 0 on + * error, if we want to return a value from ioctl we should + * do so by setting hypercall->retval, to mimic Linux ioctl + * implementation. + */ + if (error < 0) + return error; + else + return hypercall->retval; +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/private.h b/tools/libs/call/private.h new file mode 100644 index 0000000..37dd15f --- /dev/null +++ b/tools/libs/call/private.h @@ -0,0 +1,68 @@ +#ifndef XENCALL_PRIVATE_H +#define XENCALL_PRIVATE_H + +#include + +#include + +#include +#include + +#ifndef PAGE_SHIFT /* Mini-os, Yukk */ +#define PAGE_SHIFT 12 +#endif +#ifndef __MINIOS__ /* Yukk */ +#define PAGE_SIZE (1UL << PAGE_SHIFT) +#define PAGE_MASK (~(PAGE_SIZE-1)) +#endif + +struct xencall_handle { + xentoollog_logger *logger, *logger_tofree; + unsigned flags; + int fd; + + /* + * A simple cache of unused, single page, hypercall buffers + * + * Protected by a global lock. + */ +#define BUFFER_CACHE_SIZE 4 + int buffer_cache_nr; + void *buffer_cache[BUFFER_CACHE_SIZE]; + + /* + * Hypercall buffer statistics. All protected by the global + * buffer_cache lock. + */ + int buffer_total_allocations; + int buffer_total_releases; + int buffer_current_allocations; + int buffer_maximum_allocations; + int buffer_cache_hits; + int buffer_cache_misses; + int buffer_cache_toobig; +}; + +int osdep_xencall_open(xencall_handle *xcall); +int osdep_xencall_close(xencall_handle *xcall); + +int osdep_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall); + +void *osdep_alloc_pages(xencall_handle *xcall, size_t nr_pages); +void osdep_free_pages(xencall_handle *xcall, void *p, size_t nr_pages); + +void buffer_release_cache(xencall_handle *xcall); + +#define PERROR(_f...) xtl_log(xcall->logger, XTL_ERROR, errno, "xencall", _f) + +#endif + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/solaris.c b/tools/libs/call/solaris.c new file mode 100644 index 0000000..945d867 --- /dev/null +++ b/tools/libs/call/solaris.c @@ -0,0 +1,97 @@ +/****************************************************************************** + * + * Copyright 2006 Sun Microsystems, Inc. All rights reserved. + * Use is subject to license terms. + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split from xc_solaris.c + */ + +#include "xc_private.h" + +#include +#include +#include +#include + +int osdep_xencall_open(xencall_handle *xcall) +{ + int flags, saved_errno; + int fd = open("/dev/xen/privcmd", O_RDWR); + + if ( fd == -1 ) + { + PERROR("Could not obtain handle on privileged command interface"); + return -1; + } + + /* Although we return the file handle as the 'xc handle' the API + does not specify / guarentee that this integer is in fact + a file handle. Thus we must take responsiblity to ensure + it doesn't propagate (ie leak) outside the process */ + if ( (flags = fcntl(fd, F_GETFD)) < 0 ) + { + PERROR("Could not get file handle flags"); + goto error; + } + flags |= FD_CLOEXEC; + if ( fcntl(fd, F_SETFD, flags) < 0 ) + { + PERROR("Could not set file handle flags"); + goto error; + } + + xcall->fd = fd; + return 0; + + error: + saved_errno = errno; + close(fd); + errno = saved_errno; + return -1; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + int fd = xcall->fd; + return close(fd); +} + +void *osdep_alloc_hypercall_buffer(xencall_handle *xcall, size_t npages) +{ + return xc_memalign(xcall, XC_PAGE_SIZE, npages * XC_PAGE_SIZE); +} + +void osdep_free_hypercall_buffer(xencall_handle *xcall, void *ptr, + size_t npages) +{ + free(ptr); +} + +int do_xen_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + int fd = xcall->fd; + return ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libxc/Makefile b/tools/libxc/Makefile index 3305fdd..a122f73 100644 --- a/tools/libxc/Makefile +++ b/tools/libxc/Makefile @@ -122,6 +122,11 @@ GUEST_PIC_OBJS := $(patsubst %.c,%.opic,$(GUEST_SRCS-y)) $(CTRL_LIB_OBJS) $(GUEST_LIB_OBJS) \ $(CTRL_PIC_OBJS) $(GUEST_PIC_OBJS): CFLAGS += -include $(XEN_ROOT)/tools/config.h +# libxenguest includes xc_private.h, so needs this despite not using +# this functionality directly. +$(CTRL_LIB_OBJS) $(GUEST_LIB_OBJS) \ +$(CTRL_PIC_OBJS) $(GUEST_PIC_OBJS): CFLAGS += $(CFLAGS_libxencall) + $(CTRL_LIB_OBJS) $(CTRL_PIC_OBJS): CFLAGS += $(CFLAGS_libxengnttab) $(CFLAGS_libxengntshr) LIB := libxenctrl.a @@ -202,7 +207,7 @@ libxenctrl.so.$(MAJOR): libxenctrl.so.$(MAJOR).$(MINOR) $(SYMLINK_SHLIB) $< $@ libxenctrl.so.$(MAJOR).$(MINOR): $(CTRL_PIC_OBJS) - $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxenctrl.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $^ $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_libxengntshr) $(PTHREAD_LIBS) $(APPEND_LDFLAGS) + $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxenctrl.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $^ $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_libxengntshr) $(LDLIBS_libxencall) $(PTHREAD_LIBS) $(APPEND_LDFLAGS) # libxenguest diff --git a/tools/libxc/xc_altp2m.c b/tools/libxc/xc_altp2m.c index 87a0fdf..0639632 100644 --- a/tools/libxc/xc_altp2m.c +++ b/tools/libxc/xc_altp2m.c @@ -27,22 +27,18 @@ int xc_altp2m_get_domain_state(xc_interface *handle, domid_t dom, bool *state) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_get_domain_state; arg->domain = dom; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); if ( !rc ) *state = arg->u.domain_state.state; @@ -54,23 +50,19 @@ int xc_altp2m_get_domain_state(xc_interface *handle, domid_t dom, bool *state) int xc_altp2m_set_domain_state(xc_interface *handle, domid_t dom, bool state) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_set_domain_state; arg->domain = dom; arg->u.domain_state.state = state; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -81,24 +73,20 @@ int xc_altp2m_set_vcpu_enable_notify(xc_interface *handle, domid_t domid, uint32_t vcpuid, xen_pfn_t gfn) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_vcpu_enable_notify; arg->domain = domid; arg->u.enable_notify.vcpu_id = vcpuid; arg->u.enable_notify.gfn = gfn; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -108,24 +96,20 @@ int xc_altp2m_create_view(xc_interface *handle, domid_t domid, xenmem_access_t default_access, uint16_t *view_id) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_create_p2m; arg->domain = domid; arg->u.view.view = -1; arg->u.view.hvmmem_default_access = default_access; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); if ( !rc ) *view_id = arg->u.view.view; @@ -138,23 +122,19 @@ int xc_altp2m_destroy_view(xc_interface *handle, domid_t domid, uint16_t view_id) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_destroy_p2m; arg->domain = domid; arg->u.view.view = view_id; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -165,23 +145,19 @@ int xc_altp2m_switch_to_view(xc_interface *handle, domid_t domid, uint16_t view_id) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_switch_p2m; arg->domain = domid; arg->u.view.view = view_id; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -192,17 +168,12 @@ int xc_altp2m_set_mem_access(xc_interface *handle, domid_t domid, xenmem_access_t access) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_set_mem_access; arg->domain = domid; @@ -210,7 +181,8 @@ int xc_altp2m_set_mem_access(xc_interface *handle, domid_t domid, arg->u.set_mem_access.hvmmem_access = access; arg->u.set_mem_access.gfn = gfn; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -221,17 +193,12 @@ int xc_altp2m_change_gfn(xc_interface *handle, domid_t domid, xen_pfn_t new_gfn) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_change_gfn; arg->domain = domid; @@ -239,7 +206,8 @@ int xc_altp2m_change_gfn(xc_interface *handle, domid_t domid, arg->u.change_gfn.old_gfn = old_gfn; arg->u.change_gfn.new_gfn = new_gfn; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; diff --git a/tools/libxc/xc_domain.c b/tools/libxc/xc_domain.c index 96506d5..8fde415 100644 --- a/tools/libxc/xc_domain.c +++ b/tools/libxc/xc_domain.c @@ -122,7 +122,6 @@ int xc_domain_shutdown(xc_interface *xch, int reason) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(sched_remote_shutdown_t, arg); arg = xc_hypercall_buffer_alloc(xch, arg, sizeof(*arg)); @@ -132,13 +131,11 @@ int xc_domain_shutdown(xc_interface *xch, goto out1; } - hypercall.op = __HYPERVISOR_sched_op; - hypercall.arg[0] = (unsigned long)SCHEDOP_remote_shutdown; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); arg->domain_id = domid; arg->reason = reason; - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_sched_op, + SCHEDOP_remote_shutdown, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -561,7 +558,6 @@ int xc_watchdog(xc_interface *xch, uint32_t timeout) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(sched_watchdog_t, arg); arg = xc_hypercall_buffer_alloc(xch, arg, sizeof(*arg)); @@ -571,13 +567,12 @@ int xc_watchdog(xc_interface *xch, goto out1; } - hypercall.op = __HYPERVISOR_sched_op; - hypercall.arg[0] = (unsigned long)SCHEDOP_watchdog; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); arg->id = id; arg->timeout = timeout; - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_sched_op, + SCHEDOP_watchdog, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -1356,7 +1351,6 @@ static inline int xc_hvm_param_deprecated_check(uint32_t param) int xc_hvm_param_set(xc_interface *handle, domid_t dom, uint32_t param, uint64_t value) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_param_t, arg); int rc = xc_hvm_param_deprecated_check(param); @@ -1367,20 +1361,18 @@ int xc_hvm_param_set(xc_interface *handle, domid_t dom, uint32_t param, uint64_t if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_param; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); arg->domid = dom; arg->index = param; arg->value = value; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_param, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; } int xc_hvm_param_get(xc_interface *handle, domid_t dom, uint32_t param, uint64_t *value) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_param_t, arg); int rc = xc_hvm_param_deprecated_check(param); @@ -1391,12 +1383,11 @@ int xc_hvm_param_get(xc_interface *handle, domid_t dom, uint32_t param, uint64_t if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_get_param; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); arg->domid = dom; arg->index = param; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, + HVMOP_get_param, + HYPERCALL_BUFFER_AS_ARG(arg)); *value = arg->value; xc_hypercall_buffer_free(handle, arg); return rc; @@ -1424,7 +1415,6 @@ int xc_hvm_create_ioreq_server(xc_interface *xch, int handle_bufioreq, ioservid_t *id) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_create_ioreq_server_t, arg); int rc; @@ -1432,14 +1422,12 @@ int xc_hvm_create_ioreq_server(xc_interface *xch, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_create_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->handle_bufioreq = handle_bufioreq; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_create_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); *id = arg->id; @@ -1454,7 +1442,6 @@ int xc_hvm_get_ioreq_server_info(xc_interface *xch, xen_pfn_t *bufioreq_pfn, evtchn_port_t *bufioreq_port) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_get_ioreq_server_info_t, arg); int rc; @@ -1462,14 +1449,12 @@ int xc_hvm_get_ioreq_server_info(xc_interface *xch, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_get_ioreq_server_info; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_get_ioreq_server_info, + HYPERCALL_BUFFER_AS_ARG(arg)); if ( rc != 0 ) goto done; @@ -1491,7 +1476,6 @@ int xc_hvm_map_io_range_to_ioreq_server(xc_interface *xch, domid_t domid, ioservid_t id, int is_mmio, uint64_t start, uint64_t end) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_io_range_t, arg); int rc; @@ -1499,17 +1483,15 @@ int xc_hvm_map_io_range_to_ioreq_server(xc_interface *xch, domid_t domid, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_map_io_range_to_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->type = is_mmio ? HVMOP_IO_RANGE_MEMORY : HVMOP_IO_RANGE_PORT; arg->start = start; arg->end = end; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_map_io_range_to_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1519,7 +1501,6 @@ int xc_hvm_unmap_io_range_from_ioreq_server(xc_interface *xch, domid_t domid, ioservid_t id, int is_mmio, uint64_t start, uint64_t end) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_io_range_t, arg); int rc; @@ -1527,17 +1508,15 @@ int xc_hvm_unmap_io_range_from_ioreq_server(xc_interface *xch, domid_t domid, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_unmap_io_range_from_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->type = is_mmio ? HVMOP_IO_RANGE_MEMORY : HVMOP_IO_RANGE_PORT; arg->start = start; arg->end = end; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_unmap_io_range_from_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1548,7 +1527,6 @@ int xc_hvm_map_pcidev_to_ioreq_server(xc_interface *xch, domid_t domid, uint8_t bus, uint8_t device, uint8_t function) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_io_range_t, arg); int rc; @@ -1561,10 +1539,6 @@ int xc_hvm_map_pcidev_to_ioreq_server(xc_interface *xch, domid_t domid, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_map_io_range_to_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->type = HVMOP_IO_RANGE_PCI; @@ -1578,7 +1552,9 @@ int xc_hvm_map_pcidev_to_ioreq_server(xc_interface *xch, domid_t domid, (uint64_t)device, (uint64_t)function); - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_map_io_range_to_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1589,7 +1565,6 @@ int xc_hvm_unmap_pcidev_from_ioreq_server(xc_interface *xch, domid_t domid, uint8_t bus, uint8_t device, uint8_t function) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_io_range_t, arg); int rc; @@ -1602,10 +1577,6 @@ int xc_hvm_unmap_pcidev_from_ioreq_server(xc_interface *xch, domid_t domid, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_unmap_io_range_from_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->type = HVMOP_IO_RANGE_PCI; @@ -1614,7 +1585,9 @@ int xc_hvm_unmap_pcidev_from_ioreq_server(xc_interface *xch, domid_t domid, (uint64_t)device, (uint64_t)function); - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_unmap_io_range_from_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1624,7 +1597,6 @@ int xc_hvm_destroy_ioreq_server(xc_interface *xch, domid_t domid, ioservid_t id) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_destroy_ioreq_server_t, arg); int rc; @@ -1632,14 +1604,12 @@ int xc_hvm_destroy_ioreq_server(xc_interface *xch, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_destroy_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_destroy_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1650,7 +1620,6 @@ int xc_hvm_set_ioreq_server_state(xc_interface *xch, ioservid_t id, int enabled) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_set_ioreq_server_state_t, arg); int rc; @@ -1658,15 +1627,13 @@ int xc_hvm_set_ioreq_server_state(xc_interface *xch, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_ioreq_server_state; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->enabled = !!enabled; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_ioreq_server_state, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; diff --git a/tools/libxc/xc_evtchn.c b/tools/libxc/xc_evtchn.c index ae2fe1a..53f7605 100644 --- a/tools/libxc/xc_evtchn.c +++ b/tools/libxc/xc_evtchn.c @@ -25,7 +25,6 @@ static int do_evtchn_op(xc_interface *xch, int cmd, void *arg, size_t arg_size, int silently_fail) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(arg, arg_size, XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, arg) ) @@ -34,11 +33,9 @@ static int do_evtchn_op(xc_interface *xch, int cmd, void *arg, goto out; } - hypercall.op = __HYPERVISOR_event_channel_op; - hypercall.arg[0] = cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - - if ((ret = do_xen_hypercall(xch, &hypercall)) < 0 && !silently_fail) + ret = xencall2(xch->xcall, __HYPERVISOR_event_channel_op, + cmd, HYPERCALL_BUFFER_AS_ARG(arg)); + if ( ret < 0 && !silently_fail ) ERROR("do_evtchn_op: HYPERVISOR_event_channel_op failed: %d", ret); xc_hypercall_bounce_post(xch, arg); diff --git a/tools/libxc/xc_flask.c b/tools/libxc/xc_flask.c index b533656..ec52b0f 100644 --- a/tools/libxc/xc_flask.c +++ b/tools/libxc/xc_flask.c @@ -37,7 +37,6 @@ int xc_flask_op(xc_interface *xch, xen_flask_op_t *op) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, sizeof(*op), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); op->interface_version = XEN_FLASK_INTERFACE_VERSION; @@ -48,10 +47,9 @@ int xc_flask_op(xc_interface *xch, xen_flask_op_t *op) goto out; } - hypercall.op = __HYPERVISOR_xsm_op; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(op); - - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall1(xch->xcall, __HYPERVISOR_xsm_op, + HYPERCALL_BUFFER_AS_ARG(op)); + if ( ret < 0 ) { if ( errno == EACCES ) fprintf(stderr, "XSM operation failed!\n"); diff --git a/tools/libxc/xc_freebsd_osdep.c b/tools/libxc/xc_freebsd_osdep.c index f6a2ccd..6b440ee 100644 --- a/tools/libxc/xc_freebsd_osdep.c +++ b/tools/libxc/xc_freebsd_osdep.c @@ -88,53 +88,6 @@ int osdep_privcmd_close(xc_interface *xch) return close(fd); } -/*------------------------ Privcmd hypercall interface -----------------------*/ -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - size_t size = npages * XC_PAGE_SIZE; - void *p; - - /* Address returned by mmap is page aligned. */ - p = mmap(NULL, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS, - -1, 0); - if (p == NULL) - return NULL; - - /* - * Since FreeBSD doesn't have the MAP_LOCKED flag, - * lock memory using mlock. - */ - if ( mlock(p, size) < 0 ) - { - munmap(p, size); - return NULL; - } - - return p; -} - -void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - - int saved_errno = errno; - /* Unlock pages */ - munlock(ptr, npages * XC_PAGE_SIZE); - - munmap(ptr, npages * XC_PAGE_SIZE); - /* We MUST propagate the hypercall errno, not unmap call's. */ - errno = saved_errno; -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - int fd = xch->privcmdfd; - int ret; - - ret = ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); - - return (ret == 0) ? hypercall->retval : ret; -} - /*----------------------- Privcmd foreign map interface ----------------------*/ void *xc_map_foreign_bulk(xc_interface *xch, uint32_t dom, int prot, diff --git a/tools/libxc/xc_gnttab.c b/tools/libxc/xc_gnttab.c index dd32aa2..af53fac 100644 --- a/tools/libxc/xc_gnttab.c +++ b/tools/libxc/xc_gnttab.c @@ -21,7 +21,6 @@ int xc_gnttab_op(xc_interface *xch, int cmd, void * op, int op_size, int count) { int ret = 0; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, count * op_size, XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, op) ) @@ -30,12 +29,8 @@ int xc_gnttab_op(xc_interface *xch, int cmd, void * op, int op_size, int count) goto out1; } - hypercall.op = __HYPERVISOR_grant_table_op; - hypercall.arg[0] = cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(op); - hypercall.arg[2] = count; - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall3(xch->xcall, __HYPERVISOR_grant_table_op, + cmd, HYPERCALL_BUFFER_AS_ARG(op), count); xc_hypercall_bounce_post(xch, op); diff --git a/tools/libxc/xc_hcall_buf.c b/tools/libxc/xc_hcall_buf.c index a0e66cf..a57895b 100644 --- a/tools/libxc/xc_hcall_buf.c +++ b/tools/libxc/xc_hcall_buf.c @@ -17,7 +17,6 @@ #include #include -#include #include "xc_private.h" #include "xg_private.h" @@ -28,163 +27,38 @@ xc_hypercall_buffer_t XC__HYPERCALL_BUFFER_NAME(HYPERCALL_BUFFER_NULL) = { HYPERCALL_BUFFER_INIT_NO_BOUNCE }; -pthread_mutex_t hypercall_buffer_cache_mutex = PTHREAD_MUTEX_INITIALIZER; - -static void hypercall_buffer_cache_lock(xc_interface *xch) -{ - int saved_errno = errno; - if ( xch->flags & XC_OPENFLAG_NON_REENTRANT ) - return; - pthread_mutex_lock(&hypercall_buffer_cache_mutex); - /* Ignore pthread errors. */ - errno = saved_errno; -} - -static void hypercall_buffer_cache_unlock(xc_interface *xch) -{ - int saved_errno = errno; - if ( xch->flags & XC_OPENFLAG_NON_REENTRANT ) - return; - pthread_mutex_unlock(&hypercall_buffer_cache_mutex); - /* Ignore pthread errors. */ - errno = saved_errno; -} - -static void *hypercall_buffer_cache_alloc(xc_interface *xch, int nr_pages) -{ - void *p = NULL; - - hypercall_buffer_cache_lock(xch); - - xch->hypercall_buffer_total_allocations++; - xch->hypercall_buffer_current_allocations++; - if ( xch->hypercall_buffer_current_allocations > xch->hypercall_buffer_maximum_allocations ) - xch->hypercall_buffer_maximum_allocations = xch->hypercall_buffer_current_allocations; - - if ( nr_pages > 1 ) - { - xch->hypercall_buffer_cache_toobig++; - } - else if ( xch->hypercall_buffer_cache_nr > 0 ) - { - p = xch->hypercall_buffer_cache[--xch->hypercall_buffer_cache_nr]; - xch->hypercall_buffer_cache_hits++; - } - else - { - xch->hypercall_buffer_cache_misses++; - } - - hypercall_buffer_cache_unlock(xch); - - return p; -} - -static int hypercall_buffer_cache_free(xc_interface *xch, void *p, int nr_pages) -{ - int rc = 0; - - hypercall_buffer_cache_lock(xch); - - xch->hypercall_buffer_total_releases++; - xch->hypercall_buffer_current_allocations--; - - if ( nr_pages == 1 && xch->hypercall_buffer_cache_nr < HYPERCALL_BUFFER_CACHE_SIZE ) - { - xch->hypercall_buffer_cache[xch->hypercall_buffer_cache_nr++] = p; - rc = 1; - } - - hypercall_buffer_cache_unlock(xch); - - return rc; -} - -void xc__hypercall_buffer_cache_release(xc_interface *xch) -{ - void *p; - - hypercall_buffer_cache_lock(xch); - - DBGPRINTF("hypercall buffer: total allocations:%d total releases:%d", - xch->hypercall_buffer_total_allocations, - xch->hypercall_buffer_total_releases); - DBGPRINTF("hypercall buffer: current allocations:%d maximum allocations:%d", - xch->hypercall_buffer_current_allocations, - xch->hypercall_buffer_maximum_allocations); - DBGPRINTF("hypercall buffer: cache current size:%d", - xch->hypercall_buffer_cache_nr); - DBGPRINTF("hypercall buffer: cache hits:%d misses:%d toobig:%d", - xch->hypercall_buffer_cache_hits, - xch->hypercall_buffer_cache_misses, - xch->hypercall_buffer_cache_toobig); - - while ( xch->hypercall_buffer_cache_nr > 0 ) - { - p = xch->hypercall_buffer_cache[--xch->hypercall_buffer_cache_nr]; - osdep_free_hypercall_buffer(xch, p, 1); - } - - hypercall_buffer_cache_unlock(xch); -} - void *xc__hypercall_buffer_alloc_pages(xc_interface *xch, xc_hypercall_buffer_t *b, int nr_pages) { - void *p = hypercall_buffer_cache_alloc(xch, nr_pages); - - if ( !p ) - p = osdep_alloc_hypercall_buffer(xch, nr_pages); + void *p = xencall_alloc_buffer_pages(xch->xcall, nr_pages); if (!p) return NULL; b->hbuf = p; - memset(p, 0, nr_pages * PAGE_SIZE); - return b->hbuf; } void xc__hypercall_buffer_free_pages(xc_interface *xch, xc_hypercall_buffer_t *b, int nr_pages) { - if ( b->hbuf == NULL ) - return; - - if ( !hypercall_buffer_cache_free(xch, b->hbuf, nr_pages) ) - osdep_free_hypercall_buffer(xch, b->hbuf, nr_pages); + xencall_free_buffer_pages(xch->xcall, b->hbuf, nr_pages); } -struct allocation_header { - int nr_pages; -}; - void *xc__hypercall_buffer_alloc(xc_interface *xch, xc_hypercall_buffer_t *b, size_t size) { - size_t actual_size = ROUNDUP(size + sizeof(struct allocation_header), PAGE_SHIFT); - int nr_pages = actual_size >> PAGE_SHIFT; - struct allocation_header *hdr; + void *p = xencall_alloc_buffer(xch->xcall, size); - hdr = xc__hypercall_buffer_alloc_pages(xch, b, nr_pages); - if ( hdr == NULL ) + if (!p) return NULL; - b->hbuf = (void *)(hdr+1); + b->hbuf = p; - hdr->nr_pages = nr_pages; return b->hbuf; } void xc__hypercall_buffer_free(xc_interface *xch, xc_hypercall_buffer_t *b) { - struct allocation_header *hdr; - - if (b->hbuf == NULL) - return; - - hdr = b->hbuf; - b->hbuf = --hdr; - - xc__hypercall_buffer_free_pages(xch, b, hdr->nr_pages); + xencall_free_buffer(xch->xcall, b->hbuf); } int xc__hypercall_bounce_pre(xc_interface *xch, xc_hypercall_buffer_t *b) diff --git a/tools/libxc/xc_kexec.c b/tools/libxc/xc_kexec.c index a49cffb..1cceb5d 100644 --- a/tools/libxc/xc_kexec.c +++ b/tools/libxc/xc_kexec.c @@ -14,7 +14,6 @@ int xc_kexec_exec(xc_interface *xch, int type) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_kexec_exec_t, exec); int ret = -1; @@ -27,11 +26,9 @@ int xc_kexec_exec(xc_interface *xch, int type) exec->type = type; - hypercall.op = __HYPERVISOR_kexec_op; - hypercall.arg[0] = KEXEC_CMD_kexec; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(exec); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_kexec_op, + KEXEC_CMD_kexec, + HYPERCALL_BUFFER_AS_ARG(exec)); out: xc_hypercall_buffer_free(xch, exec); @@ -42,7 +39,6 @@ out: int xc_kexec_get_range(xc_interface *xch, int range, int nr, uint64_t *size, uint64_t *start) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_kexec_range_t, get_range); int ret = -1; @@ -56,11 +52,9 @@ int xc_kexec_get_range(xc_interface *xch, int range, int nr, get_range->range = range; get_range->nr = nr; - hypercall.op = __HYPERVISOR_kexec_op; - hypercall.arg[0] = KEXEC_CMD_kexec_get_range; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(get_range); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_kexec_op, + KEXEC_CMD_kexec_get_range, + HYPERCALL_BUFFER_AS_ARG(get_range)); *size = get_range->size; *start = get_range->start; @@ -76,7 +70,6 @@ int xc_kexec_load(xc_interface *xch, uint8_t type, uint16_t arch, uint32_t nr_segments, xen_kexec_segment_t *segments) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(segments, sizeof(*segments) * nr_segments, XC_HYPERCALL_BUFFER_BOUNCE_IN); DECLARE_HYPERCALL_BUFFER(xen_kexec_load_t, load); @@ -99,11 +92,9 @@ int xc_kexec_load(xc_interface *xch, uint8_t type, uint16_t arch, load->nr_segments = nr_segments; set_xen_guest_handle(load->segments.h, segments); - hypercall.op = __HYPERVISOR_kexec_op; - hypercall.arg[0] = KEXEC_CMD_kexec_load; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(load); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_kexec_op, + KEXEC_CMD_kexec_load, + HYPERCALL_BUFFER_AS_ARG(load)); out: xc_hypercall_buffer_free(xch, load); @@ -114,7 +105,6 @@ out: int xc_kexec_unload(xc_interface *xch, int type) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_kexec_unload_t, unload); int ret = -1; @@ -127,11 +117,9 @@ int xc_kexec_unload(xc_interface *xch, int type) unload->type = type; - hypercall.op = __HYPERVISOR_kexec_op; - hypercall.arg[0] = KEXEC_CMD_kexec_unload; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(unload); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_kexec_op, + KEXEC_CMD_kexec_unload, + HYPERCALL_BUFFER_AS_ARG(unload)); out: xc_hypercall_buffer_free(xch, unload); diff --git a/tools/libxc/xc_linux_osdep.c b/tools/libxc/xc_linux_osdep.c index 9f4c707..e68c495 100644 --- a/tools/libxc/xc_linux_osdep.c +++ b/tools/libxc/xc_linux_osdep.c @@ -91,55 +91,6 @@ int osdep_privcmd_close(xc_interface *xch) return close(fd); } -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - size_t size = npages * XC_PAGE_SIZE; - void *p; - int rc, saved_errno; - - /* Address returned by mmap is page aligned. */ - p = mmap(NULL, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS|MAP_LOCKED, -1, 0); - if ( p == MAP_FAILED ) - { - PERROR("xc_alloc_hypercall_buffer: mmap failed"); - return NULL; - } - - /* Do not copy the VMA to child process on fork. Avoid the page being COW - on hypercall. */ - rc = madvise(p, npages * XC_PAGE_SIZE, MADV_DONTFORK); - if ( rc < 0 ) - { - PERROR("xc_alloc_hypercall_buffer: madvise failed"); - goto out; - } - - return p; - -out: - saved_errno = errno; - (void)munmap(p, size); - errno = saved_errno; - return NULL; -} - -void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - int saved_errno = errno; - /* Recover the VMA flags. Maybe it's not necessary */ - madvise(ptr, npages * XC_PAGE_SIZE, MADV_DOFORK); - - munmap(ptr, npages * XC_PAGE_SIZE); - /* We MUST propagate the hypercall errno, not unmap call's. */ - errno = saved_errno; -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - int fd = xch->privcmdfd; - return ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); -} - static int xc_map_foreign_batch_single(int fd, uint32_t dom, xen_pfn_t *mfn, unsigned long addr) { diff --git a/tools/libxc/xc_minios.c b/tools/libxc/xc_minios.c index 047e13b..e3c8241 100644 --- a/tools/libxc/xc_minios.c +++ b/tools/libxc/xc_minios.c @@ -61,38 +61,6 @@ void minios_interface_close_fd(int fd) files[fd].type = FTYPE_NONE; } -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - return xc_memalign(xch, PAGE_SIZE, npages * PAGE_SIZE); -} - -void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - free(ptr); -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - multicall_entry_t call; - int i, ret; - - call.op = hypercall->op; - for (i = 0; i < ARRAY_SIZE(hypercall->arg); i++) - call.args[i] = hypercall->arg[i]; - - ret = HYPERVISOR_multicall(&call, 1); - - if (ret < 0) { - errno = -ret; - return -1; - } - if ((long) call.result < 0) { - errno = - (long) call.result; - return -1; - } - return call.result; -} - void *xc_map_foreign_bulk(xc_interface *xch, uint32_t dom, int prot, const xen_pfn_t *arr, int *err, unsigned int num) diff --git a/tools/libxc/xc_misc.c b/tools/libxc/xc_misc.c index c613545..124537b 100644 --- a/tools/libxc/xc_misc.c +++ b/tools/libxc/xc_misc.c @@ -323,7 +323,6 @@ int xc_sched_id(xc_interface *xch, int xc_mca_op(xc_interface *xch, struct xen_mc *mc) { int ret = 0; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(mc, sizeof(*mc), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, mc) ) @@ -333,9 +332,9 @@ int xc_mca_op(xc_interface *xch, struct xen_mc *mc) } mc->interface_version = XEN_MCA_INTERFACE_VERSION; - hypercall.op = __HYPERVISOR_mca; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(mc); - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall1(xch->xcall, __HYPERVISOR_mca, + HYPERCALL_BUFFER_AS_ARG(mc)); + xc_hypercall_bounce_post(xch, mc); return ret; } @@ -471,7 +470,6 @@ int xc_hvm_set_pci_intx_level( uint8_t domain, uint8_t bus, uint8_t device, uint8_t intx, unsigned int level) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_set_pci_intx_level, arg); int rc; @@ -482,10 +480,6 @@ int xc_hvm_set_pci_intx_level( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_pci_intx_level; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->domain = domain; arg->bus = bus; @@ -493,7 +487,9 @@ int xc_hvm_set_pci_intx_level( arg->intx = intx; arg->level = level; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_pci_intx_level, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -505,7 +501,6 @@ int xc_hvm_set_isa_irq_level( uint8_t isa_irq, unsigned int level) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_set_isa_irq_level, arg); int rc; @@ -516,15 +511,13 @@ int xc_hvm_set_isa_irq_level( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_isa_irq_level; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->isa_irq = isa_irq; arg->level = level; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_isa_irq_level, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -534,7 +527,6 @@ int xc_hvm_set_isa_irq_level( int xc_hvm_set_pci_link_route( xc_interface *xch, domid_t dom, uint8_t link, uint8_t isa_irq) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_set_pci_link_route, arg); int rc; @@ -545,15 +537,13 @@ int xc_hvm_set_pci_link_route( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_pci_link_route; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->link = link; arg->isa_irq = isa_irq; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_pci_link_route, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -563,7 +553,6 @@ int xc_hvm_set_pci_link_route( int xc_hvm_inject_msi( xc_interface *xch, domid_t dom, uint64_t addr, uint32_t data) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_inject_msi, arg); int rc; @@ -574,15 +563,13 @@ int xc_hvm_inject_msi( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_inject_msi; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->addr = addr; arg->data = data; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_inject_msi, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -594,7 +581,6 @@ int xc_hvm_track_dirty_vram( uint64_t first_pfn, uint64_t nr, unsigned long *dirty_bitmap) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(dirty_bitmap, (nr+7) / 8, XC_HYPERCALL_BUFFER_BOUNCE_OUT); DECLARE_HYPERCALL_BUFFER(struct xen_hvm_track_dirty_vram, arg); int rc; @@ -607,16 +593,14 @@ int xc_hvm_track_dirty_vram( goto out; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_track_dirty_vram; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->first_pfn = first_pfn; arg->nr = nr; set_xen_guest_handle(arg->dirty_bitmap, dirty_bitmap); - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_track_dirty_vram, + HYPERCALL_BUFFER_AS_ARG(arg)); out: xc_hypercall_buffer_free(xch, arg); @@ -627,7 +611,6 @@ out: int xc_hvm_modified_memory( xc_interface *xch, domid_t dom, uint64_t first_pfn, uint64_t nr) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_modified_memory, arg); int rc; @@ -638,15 +621,13 @@ int xc_hvm_modified_memory( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_modified_memory; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->first_pfn = first_pfn; arg->nr = nr; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_modified_memory, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -656,7 +637,6 @@ int xc_hvm_modified_memory( int xc_hvm_set_mem_type( xc_interface *xch, domid_t dom, hvmmem_type_t mem_type, uint64_t first_pfn, uint64_t nr) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_set_mem_type, arg); int rc; @@ -672,11 +652,9 @@ int xc_hvm_set_mem_type( arg->first_pfn = first_pfn; arg->nr = nr; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_mem_type; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_mem_type, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -688,7 +666,6 @@ int xc_hvm_inject_trap( uint32_t type, uint32_t error_code, uint32_t insn_len, uint64_t cr2) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_inject_trap, arg); int rc; @@ -707,11 +684,9 @@ int xc_hvm_inject_trap( arg->insn_len = insn_len; arg->cr2 = cr2; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_inject_trap; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_inject_trap, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); diff --git a/tools/libxc/xc_netbsd.c b/tools/libxc/xc_netbsd.c index 9abb3b6..5e3b343 100644 --- a/tools/libxc/xc_netbsd.c +++ b/tools/libxc/xc_netbsd.c @@ -67,46 +67,6 @@ int osdep_privcmd_close(xc_interface *xch) return close(fd); } -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - size_t size = npages * XC_PAGE_SIZE; - void *p; - - p = xc_memalign(xch, XC_PAGE_SIZE, size); - if (!p) - return NULL; - - if ( mlock(p, size) < 0 ) - { - free(p); - return NULL; - } - return p; -} - -void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - (void) munlock(ptr, npages * XC_PAGE_SIZE); - free(ptr); -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - int fd = xch->privcmdfd; - int error = ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); - - /* - * Since NetBSD ioctl can only return 0 on success or < 0 on - * error, if we want to return a value from ioctl we should - * do so by setting hypercall->retval, to mimic Linux ioctl - * implementation. - */ - if (error < 0) - return error; - else - return hypercall->retval; -} - void *xc_map_foreign_bulk(xc_interface *xch, uint32_t dom, int prot, const xen_pfn_t *arr, int *err, unsigned int num) diff --git a/tools/libxc/xc_private.c b/tools/libxc/xc_private.c index de5873e..ca4c17a 100644 --- a/tools/libxc/xc_private.c +++ b/tools/libxc/xc_private.c @@ -39,16 +39,6 @@ struct xc_interface_core *xc_interface_open(xentoollog_logger *logger, xch->error_handler = logger; xch->error_handler_tofree = 0; xch->dombuild_logger = dombuild_logger; xch->dombuild_logger_tofree = 0; - xch->hypercall_buffer_cache_nr = 0; - - xch->hypercall_buffer_total_allocations = 0; - xch->hypercall_buffer_total_releases = 0; - xch->hypercall_buffer_current_allocations = 0; - xch->hypercall_buffer_maximum_allocations = 0; - xch->hypercall_buffer_cache_hits = 0; - xch->hypercall_buffer_cache_misses = 0; - xch->hypercall_buffer_cache_toobig = 0; - if (!xch->error_handler) { xch->error_handler = xch->error_handler_tofree = (xentoollog_logger*) @@ -65,14 +55,22 @@ struct xc_interface_core *xc_interface_open(xentoollog_logger *logger, } *xch = xch_buf; - if (!(open_flags & XC_OPENFLAG_DUMMY)) { - if ( osdep_privcmd_open(xch) < 0 ) - goto err; - } + if (open_flags & XC_OPENFLAG_DUMMY) + return xch; /* We are done */ + + if ( osdep_privcmd_open(xch) < 0 ) + goto err; + + xch->xcall = xencall_open(xch->error_handler, + open_flags & XC_OPENFLAG_NON_REENTRANT ? XENCALL_OPENFLAG_NON_REENTRANT : 0U); + + if ( xch->xcall == NULL ) + goto err; return xch; err: + osdep_privcmd_close(xch); xtl_logger_destroy(xch->error_handler_tofree); if (xch != &xch_buf) free(xch); return NULL; @@ -85,11 +83,12 @@ int xc_interface_close(xc_interface *xch) if (!xch) return 0; + rc = xencall_close(xch->xcall); + if (rc) PERROR("Could not close xencall interface"); + rc = osdep_privcmd_close(xch); if (rc) PERROR("Could not close hypervisor interface"); - xc__hypercall_buffer_cache_release(xch); - xtl_logger_destroy(xch->dombuild_logger_tofree); xtl_logger_destroy(xch->error_handler_tofree); @@ -228,7 +227,6 @@ int xc_mmuext_op( unsigned int nr_ops, domid_t dom) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, nr_ops*sizeof(*op), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); long ret = -1; @@ -238,13 +236,9 @@ int xc_mmuext_op( goto out1; } - hypercall.op = __HYPERVISOR_mmuext_op; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(op); - hypercall.arg[1] = (unsigned long)nr_ops; - hypercall.arg[2] = (unsigned long)0; - hypercall.arg[3] = (unsigned long)dom; - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall4(xch->xcall, __HYPERVISOR_mmuext_op, + HYPERCALL_BUFFER_AS_ARG(op), + nr_ops, 0, dom); xc_hypercall_bounce_post(xch, op); @@ -254,8 +248,7 @@ int xc_mmuext_op( static int flush_mmu_updates(xc_interface *xch, struct xc_mmu *mmu) { - int err = 0; - DECLARE_HYPERCALL; + int rc, err = 0; DECLARE_NAMED_HYPERCALL_BOUNCE(updates, mmu->updates, mmu->idx*sizeof(*mmu->updates), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( mmu->idx == 0 ) @@ -268,13 +261,10 @@ static int flush_mmu_updates(xc_interface *xch, struct xc_mmu *mmu) goto out; } - hypercall.op = __HYPERVISOR_mmu_update; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(updates); - hypercall.arg[1] = (unsigned long)mmu->idx; - hypercall.arg[2] = 0; - hypercall.arg[3] = mmu->subject; - - if ( do_xen_hypercall(xch, &hypercall) < 0 ) + rc = xencall4(xch->xcall, __HYPERVISOR_mmu_update, + HYPERCALL_BUFFER_AS_ARG(updates), + mmu->idx, 0, mmu->subject); + if ( rc < 0 ) { ERROR("Failure when submitting mmu updates"); err = 1; @@ -317,7 +307,6 @@ int xc_flush_mmu_updates(xc_interface *xch, struct xc_mmu *mmu) long do_memory_op(xc_interface *xch, int cmd, void *arg, size_t len) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(arg, len, XC_HYPERCALL_BUFFER_BOUNCE_BOTH); long ret = -1; @@ -327,11 +316,8 @@ long do_memory_op(xc_interface *xch, int cmd, void *arg, size_t len) goto out1; } - hypercall.op = __HYPERVISOR_memory_op; - hypercall.arg[0] = (unsigned long) cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_memory_op, + cmd, HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_bounce_post(xch, arg); out1: diff --git a/tools/libxc/xc_private.h b/tools/libxc/xc_private.h index 30157cf..c93df7f 100644 --- a/tools/libxc/xc_private.h +++ b/tools/libxc/xc_private.h @@ -30,6 +30,7 @@ #include "_paths.h" #include "xenctrl.h" +#include #include @@ -53,7 +54,6 @@ struct iovec { #include #endif -#define DECLARE_HYPERCALL privcmd_hypercall_t hypercall #define DECLARE_DOMCTL struct xen_domctl domctl #define DECLARE_SYSCTL struct xen_sysctl sysctl #define DECLARE_PHYSDEV_OP struct physdev_op physdev_op @@ -94,29 +94,11 @@ struct xc_interface_core { FILE *dombuild_logger_file; const char *currently_progress_reporting; - /* - * A simple cache of unused, single page, hypercall buffers - * - * Protected by a global lock. - */ -#define HYPERCALL_BUFFER_CACHE_SIZE 4 - int hypercall_buffer_cache_nr; - void *hypercall_buffer_cache[HYPERCALL_BUFFER_CACHE_SIZE]; - - /* - * Hypercall buffer statistics. All protected by the global - * hypercall_buffer_cache lock. - */ - int hypercall_buffer_total_allocations; - int hypercall_buffer_total_releases; - int hypercall_buffer_current_allocations; - int hypercall_buffer_maximum_allocations; - int hypercall_buffer_cache_hits; - int hypercall_buffer_cache_misses; - int hypercall_buffer_cache_toobig; - /* Privcmd interface */ int privcmdfd; + + /* Hypercall interface */ + xencall_handle *xcall; }; int osdep_privcmd_open(xc_interface *xch); @@ -232,24 +214,16 @@ void xc__hypercall_buffer_cache_release(xc_interface *xch); * Hypercall interfaces. */ -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall); - static inline int do_xen_version(xc_interface *xch, int cmd, xc_hypercall_buffer_t *dest) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER_ARGUMENT(dest); - - hypercall.op = __HYPERVISOR_xen_version; - hypercall.arg[0] = (unsigned long) cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(dest); - - return do_xen_hypercall(xch, &hypercall); + return xencall2(xch->xcall, __HYPERVISOR_xen_version, + cmd, HYPERCALL_BUFFER_AS_ARG(dest)); } static inline int do_physdev_op(xc_interface *xch, int cmd, void *op, size_t len) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, len, XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, op) ) @@ -258,11 +232,9 @@ static inline int do_physdev_op(xc_interface *xch, int cmd, void *op, size_t len goto out1; } - hypercall.op = __HYPERVISOR_physdev_op; - hypercall.arg[0] = (unsigned long) cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(op); - - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall2(xch->xcall, __HYPERVISOR_physdev_op, + cmd, HYPERCALL_BUFFER_AS_ARG(op)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("physdev operation failed -- need to" @@ -277,7 +249,6 @@ out1: static inline int do_domctl(xc_interface *xch, struct xen_domctl *domctl) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(domctl, sizeof(*domctl), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); domctl->interface_version = XEN_DOMCTL_INTERFACE_VERSION; @@ -288,10 +259,9 @@ static inline int do_domctl(xc_interface *xch, struct xen_domctl *domctl) goto out1; } - hypercall.op = __HYPERVISOR_domctl; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(domctl); - - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall1(xch->xcall, __HYPERVISOR_domctl, + HYPERCALL_BUFFER_AS_ARG(domctl)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("domctl operation failed -- need to" @@ -306,7 +276,6 @@ static inline int do_domctl(xc_interface *xch, struct xen_domctl *domctl) static inline int do_sysctl(xc_interface *xch, struct xen_sysctl *sysctl) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(sysctl, sizeof(*sysctl), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); sysctl->interface_version = XEN_SYSCTL_INTERFACE_VERSION; @@ -317,9 +286,9 @@ static inline int do_sysctl(xc_interface *xch, struct xen_sysctl *sysctl) goto out1; } - hypercall.op = __HYPERVISOR_sysctl; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(sysctl); - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall1(xch->xcall, __HYPERVISOR_sysctl, + HYPERCALL_BUFFER_AS_ARG(sysctl)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("sysctl operation failed -- need to" @@ -335,7 +304,6 @@ static inline int do_platform_op(xc_interface *xch, struct xen_platform_op *platform_op) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(platform_op, sizeof(*platform_op), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); @@ -347,9 +315,9 @@ static inline int do_platform_op(xc_interface *xch, return -1; } - hypercall.op = __HYPERVISOR_platform_op; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(platform_op); - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall1(xch->xcall, __HYPERVISOR_platform_op, + HYPERCALL_BUFFER_AS_ARG(platform_op)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("platform operation failed -- need to" @@ -365,13 +333,11 @@ static inline int do_multicall_op(xc_interface *xch, uint32_t nr_calls) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER_ARGUMENT(call_list); - hypercall.op = __HYPERVISOR_multicall; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(call_list); - hypercall.arg[1] = nr_calls; - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall2(xch->xcall, __HYPERVISOR_multicall, + HYPERCALL_BUFFER_AS_ARG(call_list), nr_calls); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("multicall operation failed -- need to" diff --git a/tools/libxc/xc_solaris.c b/tools/libxc/xc_solaris.c index 6f84b82..18622fa 100644 --- a/tools/libxc/xc_solaris.c +++ b/tools/libxc/xc_solaris.c @@ -67,22 +67,6 @@ int osdep_privcmd_close(xc_interface *xch) return close(fd); } -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - return xc_memalign(xch, XC_PAGE_SIZE, npages * XC_PAGE_SIZE); -} - -static void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - free(ptr); -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - int fd = xch->privcmdfd; - return ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); -} - void *xc_map_foreign_batch(xc_interface *xch, uint32_t dom, int prot, xen_pfn_t *arr, int num) diff --git a/tools/libxc/xc_tmem.c b/tools/libxc/xc_tmem.c index 8f4c0cc..4e5c278 100644 --- a/tools/libxc/xc_tmem.c +++ b/tools/libxc/xc_tmem.c @@ -23,7 +23,6 @@ static int do_tmem_op(xc_interface *xch, tmem_op_t *op) { int ret; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, sizeof(*op), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, op) ) @@ -32,9 +31,9 @@ static int do_tmem_op(xc_interface *xch, tmem_op_t *op) return -EFAULT; } - hypercall.op = __HYPERVISOR_tmem_op; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(op); - if ((ret = do_xen_hypercall(xch, &hypercall)) < 0) + ret = xencall1(xch->xcall, __HYPERVISOR_tmem_op, + HYPERCALL_BUFFER_AS_ARG(op)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("tmem operation failed -- need to" diff --git a/tools/misc/Makefile b/tools/misc/Makefile index cf6a475..a2ef0ec 100644 --- a/tools/misc/Makefile +++ b/tools/misc/Makefile @@ -87,12 +87,12 @@ xenlockprof: xenlockprof.o $(CC) $(LDFLAGS) -o $@ $< $(LDLIBS_libxenctrl) $(APPEND_LDFLAGS) # xen-hptool incorrectly uses libxc internals -xen-hptool.o: CFLAGS += -I$(XEN_ROOT)/tools/libxc +xen-hptool.o: CFLAGS += -I$(XEN_ROOT)/tools/libxc $(CFLAGS_libxencall) xen-hptool: xen-hptool.o $(CC) $(LDFLAGS) -o $@ $< $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(LDLIBS_libxenguest) $(LDLIBS_libxenstore) $(APPEND_LDFLAGS) # xen-mfndump incorrectly uses libxc internals -xen-mfndump.o: CFLAGS += -I$(XEN_ROOT)/tools/libxc +xen-mfndump.o: CFLAGS += -I$(XEN_ROOT)/tools/libxc $(CFLAGS_libxencall) xen-mfndump: xen-mfndump.o $(CC) $(LDFLAGS) -o $@ $< $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(LDLIBS_libxenguest) $(APPEND_LDFLAGS) diff --git a/tools/xcutils/Makefile b/tools/xcutils/Makefile index 2d1f112..e127af8 100644 --- a/tools/xcutils/Makefile +++ b/tools/xcutils/Makefile @@ -16,7 +16,7 @@ PROGRAMS = readnotes lsevtchn CFLAGS += -Werror # incorrectly uses libxc internals -CFLAGS_readnotes.o := $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) $(CFLAGS_libxenguest) -I$(XEN_ROOT)/tools/libxc +CFLAGS_readnotes.o := $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) $(CFLAGS_libxenguest) -I$(XEN_ROOT)/tools/libxc $(CFLAGS_libxencall) CFLAGS_lsevtchn.o := $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) .PHONY: all diff --git a/tools/xenpaging/Makefile b/tools/xenpaging/Makefile index d491867..64876b3 100644 --- a/tools/xenpaging/Makefile +++ b/tools/xenpaging/Makefile @@ -2,7 +2,7 @@ XEN_ROOT=$(CURDIR)/../.. include $(XEN_ROOT)/tools/Rules.mk # xenpaging.c and file_ops.c incorrectly use libxc internals -CFLAGS += $(CFLAGS_libxentoollog) $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) $(CFLAGS_libxenstore) $(PTHREAD_CFLAGS) -I$(XEN_ROOT)/tools/libxc +CFLAGS += $(CFLAGS_libxentoollog) $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) $(CFLAGS_libxenstore) $(PTHREAD_CFLAGS) -I$(XEN_ROOT)/tools/libxc $(CFLAGS_libxencall) LDLIBS += $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(LDLIBS_libxenstore) $(PTHREAD_LIBS) LDFLAGS += $(PTHREAD_LDFLAGS) -- 2.1.4 _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From win-pv-devel-bounces@lists.xenproject.org Thu Dec 03 13:07:24 2015 Return-path: Envelope-to: archives@lists.xenproject.org Delivery-date: Thu, 03 Dec 2015 13:07:24 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4TbX-0001XX-OS; Thu, 03 Dec 2015 13:07:23 +0000 Received: from mail6.bemta14.messagelabs.com ([193.109.254.103]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4TbV-0001X5-HY for win-pv-devel@lists.xenproject.org; Thu, 03 Dec 2015 13:07:22 +0000 Received: from [193.109.254.147] by server-12.bemta-14.messagelabs.com id 29/B4-09834-88E30665; Thu, 03 Dec 2015 13:07:20 +0000 X-Env-Sender: pdurrant@gmail.com X-Msg-Ref: server-3.tower-27.messagelabs.com!1449148036!8218497!1 X-Originating-IP: [209.85.160.176] X-SpamReason: No, hits=0.0 required=7.0 tests=UPPERCASE_25_50 X-StarScan-Received: X-StarScan-Version: 7.35; banners=-,-,- X-VirusChecked: Checked Received: (qmail 7294 invoked from network); 3 Dec 2015 13:07:17 -0000 Received: from mail-yk0-f176.google.com (HELO mail-yk0-f176.google.com) (209.85.160.176) by server-3.tower-27.messagelabs.com with AES128-GCM-SHA256 encrypted SMTP; 3 Dec 2015 13:07:17 -0000 Received: by ykba77 with SMTP id a77so84253747ykb.2 for ; Thu, 03 Dec 2015 05:07:16 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=from:to:cc:subject:date:message-id; bh=gYVSfziU9Ibpibk0CoFIlVo7CtuXs9Yd7QinIRWG5+w=; b=qO9F6pBoRG3si1eKxfoAVTeiB114BRZ0F+r3tWSiBLyTNbS6rYjnIIqJsNrWsI5pp1 XdyZ51CT693s69AVXkqCAcRjANvWLeRWeqS+SyygwV/BrXMra+X7ZdLFJ5Ruvwu7mSDT TmQhFG5dGDq+9HFUverLYTlu+LN2KlaccWKy2irIbXPbcOQ+4LMOkJdw2667uQPVgUB4 4ARRZO6eeyaAHCqEHACix91KSvgu0uXEWrDHTHC+GeUcqlzvkBQwkSm93iUikKJBVwrf zC6CuDoh9ZGmwG+al6c9ioIAbaeh9j81G3mb9uJl8ehsqvQKXLQ+bFnJfFDGOJ47vc5E 6meg== X-Received: by 10.129.82.193 with SMTP id g184mr6560762ywb.313.1449148036217; Thu, 03 Dec 2015 05:07:16 -0800 (PST) Received: from localhost.localdomain ([185.25.64.249]) by smtp.gmail.com with ESMTPSA id i12sm5443704ywg.40.2015.12.03.05.07.14 (version=TLS1_2 cipher=ECDHE-RSA-AES128-GCM-SHA256 bits=128/128); Thu, 03 Dec 2015 05:07:15 -0800 (PST) From: Paul Durrant X-Google-Original-From: Paul Durrant To: win-pv-devel@lists.xenproject.org Date: Thu, 3 Dec 2015 13:07:02 +0000 Message-Id: <1449148022-7436-1-git-send-email-paul.durrant@citrix.com> X-Mailer: git-send-email 2.1.1 Cc: Paul Durrant Subject: [win-pv-devel] [PATCH for 8.1] Make sure XENBUS interfaces are released when going into S4 X-BeenThere: win-pv-devel@lists.xenproject.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Developer list for the Windows PV Drivers subproject List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: win-pv-devel-bounces@lists.xenproject.org Errors-To: win-pv-devel-bounces@lists.xenproject.org Because a transition into and out of S4 means a new domain is built, it's crucial that all XENBUS interfaces are released (so that things like event channels, grant tables and the xenstore ring get re-constructed). This patch fixes code paths where this was not being done. It also adds some more logging during AdapterEnable/Disable and when moving between D0 and D3. Signed-off-by: Paul Durrant --- src/xennet/adapter.c | 2719 +++++++++++++++++++++++----------------------- src/xennet/adapter.h | 2 +- src/xennet/miniport.c | 21 +- src/xennet/receiver.c | 18 + src/xennet/receiver.h | 10 + src/xennet/transmitter.c | 63 +- src/xennet/transmitter.h | 10 + 7 files changed, 1471 insertions(+), 1372 deletions(-) diff --git a/src/xennet/adapter.c b/src/xennet/adapter.c index f9b3cf1..2c35636 100644 --- a/src/xennet/adapter.c +++ b/src/xennet/adapter.c @@ -1074,1576 +1074,1671 @@ AdapterGetReceiver( return Adapter->Receiver; } -NDIS_STATUS -AdapterEnable( - IN PXENNET_ADAPTER Adapter +static FORCEINLINE PVOID +__AdapterAllocate( + IN ULONG Length ) { - NTSTATUS status; - - if (Adapter->Enabled) - return NDIS_STATUS_SUCCESS; - - status = XENVIF_VIF(Enable, - &Adapter->VifInterface, - AdapterVifCallback, - Adapter); - if (!NT_SUCCESS(status)) - goto fail1; - - Adapter->Enabled = TRUE; - - return NDIS_STATUS_SUCCESS; + return __AllocateNonPagedPoolWithTag(Length, ADAPTER_POOL_TAG); +} -fail1: - return NDIS_STATUS_FAILURE; +static FORCEINLINE VOID +__AdapterFree( + IN PVOID Buffer + ) +{ + __FreePoolWithTag(Buffer, ADAPTER_POOL_TAG); } -BOOLEAN -AdapterDisable( - IN PXENNET_ADAPTER Adapter +static FORCEINLINE PANSI_STRING +__AdapterMultiSzToUpcaseAnsi( + IN PCHAR Buffer ) { - if (!Adapter->Enabled) - return FALSE; + PANSI_STRING Ansi; + LONG Index; + LONG Count; + NTSTATUS status; - XENVIF_VIF(Disable, - &Adapter->VifInterface); + Index = 0; + Count = 0; + for (;;) { + if (Buffer[Index] == '\0') { + Count++; + Index++; - AdapterMediaStateChange(Adapter); + // Check for double NUL + if (Buffer[Index] == '\0') + break; + } else { + Buffer[Index] = (CHAR)toupper(Buffer[Index]); + Index++; + } + } - Adapter->Enabled = FALSE; + Ansi = __AdapterAllocate(sizeof (ANSI_STRING) * (Count + 1)); - return TRUE; -} + status = STATUS_NO_MEMORY; + if (Ansi == NULL) + goto fail1; -VOID -AdapterMediaStateChange( - IN PXENNET_ADAPTER Adapter - ) -{ - NDIS_LINK_STATE LinkState; - NDIS_STATUS_INDICATION StatusIndication; + for (Index = 0; Index < Count; Index++) { + ULONG Length; - RtlZeroMemory(&LinkState, sizeof (NDIS_LINK_STATE)); - LinkState.Header.Revision = NDIS_LINK_STATE_REVISION_1; - LinkState.Header.Type = NDIS_OBJECT_TYPE_DEFAULT; - LinkState.Header.Size = sizeof(NDIS_LINK_STATE); + Length = (ULONG)strlen(Buffer); + Ansi[Index].MaximumLength = (USHORT)(Length + 1); + Ansi[Index].Buffer = __AdapterAllocate(Ansi[Index].MaximumLength); - XENVIF_VIF(MacQueryState, - &Adapter->VifInterface, - &LinkState.MediaConnectState, - &LinkState.RcvLinkSpeed, - &LinkState.MediaDuplexState); + status = STATUS_NO_MEMORY; + if (Ansi[Index].Buffer == NULL) + goto fail2; - if (LinkState.MediaConnectState == MediaConnectStateUnknown) { - Info("LINK: STATE UNKNOWN\n"); - } else if (LinkState.MediaConnectState == MediaConnectStateDisconnected) { - Info("LINK: DOWN\n"); - } else { - ASSERT3U(LinkState.MediaConnectState, ==, MediaConnectStateConnected); + RtlCopyMemory(Ansi[Index].Buffer, Buffer, Length); + Ansi[Index].Length = (USHORT)Length; - if (LinkState.MediaDuplexState == MediaDuplexStateHalf) - Info("LINK: UP: SPEED=%u DUPLEX=HALF\n", LinkState.RcvLinkSpeed); - else if (LinkState.MediaDuplexState == MediaDuplexStateFull) - Info("LINK: UP: SPEED=%u DUPLEX=FULL\n", LinkState.RcvLinkSpeed); - else - Info("LINK: UP: SPEED=%u DUPLEX=UNKNOWN\n", LinkState.RcvLinkSpeed); + Buffer += Length + 1; } - LinkState.XmitLinkSpeed = LinkState.RcvLinkSpeed; + return Ansi; - RtlZeroMemory(&StatusIndication, sizeof (NDIS_STATUS_INDICATION)); - StatusIndication.Header.Type = NDIS_OBJECT_TYPE_STATUS_INDICATION; - StatusIndication.Header.Revision = NDIS_STATUS_INDICATION_REVISION_1; - StatusIndication.Header.Size = sizeof (NDIS_STATUS_INDICATION); +fail2: + Error("fail2\n"); - StatusIndication.SourceHandle = Adapter->NdisAdapterHandle; - StatusIndication.StatusCode = NDIS_STATUS_LINK_STATE; - StatusIndication.StatusBuffer = &LinkState; - StatusIndication.StatusBufferSize = sizeof (NDIS_LINK_STATE); + while (--Index >= 0) + __AdapterFree(Ansi[Index].Buffer); - NdisMIndicateStatusEx(Adapter->NdisAdapterHandle, &StatusIndication); + __AdapterFree(Ansi); + +fail1: + Error("fail1 (%08x)\n", status); + + return NULL; } -NDIS_STATUS -AdapterSetInformation( - IN PXENNET_ADAPTER Adapter, - IN PNDIS_OID_REQUEST Request +static FORCEINLINE VOID +__AdapterFreeAnsi( + IN PANSI_STRING Ansi ) { - PVOID Buffer; - ULONG BufferLength; - ULONG BytesNeeded; - ULONG BytesRead; - BOOLEAN Warn; - NDIS_STATUS ndisStatus; + ULONG Index; - Buffer = Request->DATA.SET_INFORMATION.InformationBuffer; - BufferLength = Request->DATA.SET_INFORMATION.InformationBufferLength; - BytesNeeded = BytesRead = 0; - Warn = TRUE; - ndisStatus = NDIS_STATUS_SUCCESS; + for (Index = 0; Ansi[Index].Buffer != NULL; Index++) + __AdapterFree(Ansi[Index].Buffer); - switch (Request->DATA.SET_INFORMATION.Oid) { - case OID_PNP_SET_POWER: - BytesNeeded = sizeof(NDIS_DEVICE_POWER_STATE); - // do nothing - break; + __AdapterFree(Ansi); +} - case OID_GEN_CURRENT_LOOKAHEAD: - BytesNeeded = sizeof(ULONG); - Adapter->CurrentLookahead = Adapter->MaximumFrameSize; - if (BufferLength == BytesNeeded) { - Adapter->CurrentLookahead = *(PULONG)Buffer; - BytesRead = sizeof(ULONG); - } - break; +static FORCEINLINE BOOLEAN +__AdapterMatchDistribution( + IN PXENNET_ADAPTER Adapter, + IN PCHAR Buffer + ) +{ + PCHAR Vendor; + PCHAR Product; + PCHAR Context; + const CHAR *Text; + BOOLEAN Match; + ULONG Index; + NTSTATUS status; - case OID_GEN_CURRENT_PACKET_FILTER: - BytesNeeded = sizeof(ULONG); - if (BufferLength == BytesNeeded) { - ndisStatus = AdapterSetPacketFilter(Adapter, - (PULONG)Buffer); - BytesRead = sizeof(ULONG); - } - break; + UNREFERENCED_PARAMETER(Adapter); - case OID_802_3_MULTICAST_LIST: - BytesNeeded = ETHERNET_ADDRESS_LENGTH; - if (BufferLength % ETHERNET_ADDRESS_LENGTH == 0) { - ndisStatus = AdapterSetMulticastAddresses(Adapter, - Buffer, - BufferLength / ETHERNET_ADDRESS_LENGTH); - if (ndisStatus == NDIS_STATUS_SUCCESS) - BytesRead = BufferLength; - } else { - ndisStatus = NDIS_STATUS_INVALID_LENGTH; - } - break; + status = STATUS_INVALID_PARAMETER; - case OID_OFFLOAD_ENCAPSULATION: - BytesNeeded = sizeof(NDIS_OFFLOAD_ENCAPSULATION); - if (BufferLength >= BytesNeeded) { - ndisStatus = AdapterGetOffloadEncapsulation(Adapter, - (PNDIS_OFFLOAD_ENCAPSULATION)Buffer); - if (ndisStatus == NDIS_STATUS_SUCCESS) - BytesRead = sizeof(NDIS_OFFLOAD_ENCAPSULATION); - } - break; + Vendor = __strtok_r(Buffer, " ", &Context); + if (Vendor == NULL) + goto fail1; - case OID_TCP_OFFLOAD_PARAMETERS: - BytesNeeded = sizeof(NDIS_OFFLOAD_PARAMETERS); - if (BufferLength >= BytesNeeded) { - ndisStatus = AdapterGetTcpOffloadParameters(Adapter, - (PNDIS_OFFLOAD_PARAMETERS)Buffer); - if (ndisStatus == NDIS_STATUS_SUCCESS) - BytesRead = sizeof(NDIS_OFFLOAD_PARAMETERS); - } - break; + Product = __strtok_r(NULL, " ", &Context); + if (Product == NULL) + goto fail2; - case OID_GEN_HD_SPLIT_PARAMETERS: - BytesNeeded = sizeof(NDIS_HD_SPLIT_PARAMETERS); - if (BufferLength >= BytesNeeded) { - ndisStatus = AdapterGetHeaderDataSplitParameters(Adapter, - (PNDIS_HD_SPLIT_PARAMETERS)Buffer); - if (ndisStatus == NDIS_STATUS_SUCCESS) - BytesRead = sizeof(NDIS_HD_SPLIT_PARAMETERS); - } - break; + Match = TRUE; - case OID_GEN_INTERRUPT_MODERATION: - case OID_GEN_MACHINE_NAME: - Warn = FALSE; - /*FALLTHRU*/ - default: - if (Warn) - Warning("UNSUPPORTED OID %08x\n", Request->DATA.QUERY_INFORMATION.Oid); + Text = VENDOR_NAME_STR; - ndisStatus = NDIS_STATUS_NOT_SUPPORTED; - break; + for (Index = 0; Text[Index] != 0; Index++) { + if (!isalnum((UCHAR)Text[Index])) { + if (Vendor[Index] != '_') { + Match = FALSE; + break; + } + } else { + if (Vendor[Index] != Text[Index]) { + Match = FALSE; + break; + } + } } - Request->DATA.SET_INFORMATION.BytesNeeded = BytesNeeded; - if (ndisStatus == NDIS_STATUS_SUCCESS) - Request->DATA.SET_INFORMATION.BytesRead = BytesRead; + Text = "XENNET"; - return ndisStatus; -} + if (_stricmp(Product, Text) != 0) + Match = FALSE; -static FORCEINLINE NDIS_STATUS -__CopyBuffer( - IN PVOID Destination, - IN ULONG DestinationLength, - IN PVOID Source, - IN ULONG SourceLength, - OUT PULONG CopyLength - ) -{ - *CopyLength = __min(SourceLength, DestinationLength); - RtlCopyMemory(Destination, Source, *CopyLength); + return Match; - return (DestinationLength >= SourceLength) ? - NDIS_STATUS_SUCCESS : - NDIS_STATUS_BUFFER_TOO_SHORT; -} +fail2: + Error("fail2\n"); -static FORCEINLINE NDIS_STATUS -__SetUlong( - IN PVOID Destination, - IN ULONG DestinationLength, - IN ULONG Source, - OUT PULONG CopyLength - ) -{ - return __CopyBuffer(Destination, - DestinationLength & ~3, - &Source, - sizeof (ULONG), - CopyLength); +fail1: + Error("fail1 (%08x)\n", status); + + return FALSE; } -static FORCEINLINE NDIS_STATUS -__SetUlong64( - IN PVOID Destination, - IN ULONG DestinationLength, - IN ULONG64 Source, - OUT PULONG CopyLength +static FORCEINLINE VOID +__AdapterClearDistribution( + IN PXENNET_ADAPTER Adapter ) { - NDIS_STATUS ndisStatus; + PCHAR Buffer; + PANSI_STRING Distributions; + ULONG Index; + NTSTATUS status; - ndisStatus = __CopyBuffer(Destination, - DestinationLength & ~3, - &Source, - sizeof (ULONG64), - CopyLength); - if (DestinationLength >= 4) - ndisStatus = NDIS_STATUS_SUCCESS; + Trace("====>\n"); - return ndisStatus; -} + status = XENBUS_STORE(Directory, + &Adapter->StoreInterface, + NULL, + NULL, + "drivers", + &Buffer); + if (NT_SUCCESS(status)) { + Distributions = __AdapterMultiSzToUpcaseAnsi(Buffer); -NDIS_STATUS -AdapterQueryInformation( - IN PXENNET_ADAPTER Adapter, - IN PNDIS_OID_REQUEST Request - ) -{ - PVOID Buffer; - ULONG BufferLength; - ULONG BytesNeeded; - ULONG BytesWritten; - ULONG Value32; - ULONGLONG Value64; - ETHERNET_ADDRESS EthernetAddress; - BOOLEAN Warn; - NDIS_STATUS ndisStatus; + XENBUS_STORE(Free, + &Adapter->StoreInterface, + Buffer); + } else { + Distributions = NULL; + } - Buffer = Request->DATA.QUERY_INFORMATION.InformationBuffer; - BufferLength = Request->DATA.QUERY_INFORMATION.InformationBufferLength; - BytesNeeded = BytesWritten = 0; - Warn = TRUE; - ndisStatus = NDIS_STATUS_SUCCESS; + if (Distributions == NULL) + goto done; - switch (Request->DATA.QUERY_INFORMATION.Oid) { - case OID_PNP_CAPABILITIES: - BytesNeeded = sizeof(Adapter->Capabilities); - ndisStatus = __CopyBuffer(Buffer, - BufferLength, - &Adapter->Capabilities, - BytesNeeded, - &BytesWritten); - break; + for (Index = 0; Distributions[Index].Buffer != NULL; Index++) { + PANSI_STRING Distribution = &Distributions[Index]; - case OID_PNP_QUERY_POWER: - BytesNeeded = sizeof(NDIS_DEVICE_POWER_STATE); - BytesWritten = 0; - // do nothing - break; + status = XENBUS_STORE(Read, + &Adapter->StoreInterface, + NULL, + "drivers", + Distribution->Buffer, + &Buffer); + if (!NT_SUCCESS(status)) + continue; - case OID_GEN_SUPPORTED_LIST: - BytesNeeded = sizeof(XennetSupportedOids); - ndisStatus = __CopyBuffer(Buffer, - BufferLength, - &XennetSupportedOids[0], - BytesNeeded, - &BytesWritten); - break; + if (__AdapterMatchDistribution(Adapter, Buffer)) + (VOID) XENBUS_STORE(Remove, + &Adapter->StoreInterface, + NULL, + "drivers", + Distribution->Buffer); - case OID_GEN_HARDWARE_STATUS: - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - NdisHardwareStatusReady, - &BytesWritten); - break; + XENBUS_STORE(Free, + &Adapter->StoreInterface, + Buffer); + } - case OID_GEN_MEDIA_SUPPORTED: - case OID_GEN_MEDIA_IN_USE: - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - XENNET_MEDIA_TYPE, - &BytesWritten); - break; + __AdapterFreeAnsi(Distributions); - case OID_GEN_MAXIMUM_LOOKAHEAD: - case OID_GEN_TRANSMIT_BLOCK_SIZE: - case OID_GEN_RECEIVE_BLOCK_SIZE: - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - Adapter->MaximumFrameSize, - &BytesWritten); - break; +done: + Trace("<====\n"); +} - case OID_GEN_TRANSMIT_BUFFER_SPACE: - case OID_GEN_RECEIVE_BUFFER_SPACE: - XENVIF_VIF(TransmitterQueryRingSize, - &Adapter->VifInterface, - (PULONG)&Value32); - Value32 *= Adapter->MaximumFrameSize; - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - Value32, - &BytesWritten); - break; +#define MAXIMUM_INDEX 255 - case OID_GEN_VENDOR_DESCRIPTION: - BytesNeeded = (ULONG)strlen(VENDOR_NAME_STR) + 1; - ndisStatus = __CopyBuffer(Buffer, - BufferLength, - VENDOR_NAME_STR, - BytesNeeded, - &BytesWritten); - break; +static FORCEINLINE NTSTATUS +__AdapterSetDistribution( + IN PXENNET_ADAPTER Adapter + ) +{ + ULONG Index; + CHAR Distribution[MAXNAMELEN]; + CHAR Vendor[MAXNAMELEN]; + const CHAR *Product; + NTSTATUS status; - case OID_GEN_VENDOR_DRIVER_VERSION: - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - ((MAJOR_VERSION << 8) | MINOR_VERSION) << 8, - &BytesWritten); - break; + Trace("====>\n"); - case OID_GEN_DRIVER_VERSION: - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (6 << 8) | 0, // NDIS 6.0 - &BytesWritten); - break; + Index = 0; + while (Index <= MAXIMUM_INDEX) { + PCHAR Buffer; - case OID_GEN_MAC_OPTIONS: - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - XENNET_MAC_OPTIONS, - &BytesWritten); - break; + status = RtlStringCbPrintfA(Distribution, + MAXNAMELEN, + "%u", + Index); + ASSERT(NT_SUCCESS(status)); - case OID_GEN_STATISTICS: - BytesNeeded = sizeof(NDIS_STATISTICS_INFO); - ndisStatus = AdapterQueryGeneralStatistics(Adapter, - (PNDIS_STATISTICS_INFO)Buffer, - BufferLength, - &BytesWritten); - break; + status = XENBUS_STORE(Read, + &Adapter->StoreInterface, + NULL, + "drivers", + Distribution, + &Buffer); + if (!NT_SUCCESS(status)) { + if (status == STATUS_OBJECT_NAME_NOT_FOUND) + goto update; - case OID_802_3_MULTICAST_LIST: - ndisStatus = AdapterQueryMulticastList(Adapter, - Buffer, - BufferLength, - &BytesNeeded, - &BytesWritten); - break; + goto fail1; + } - case OID_802_3_PERMANENT_ADDRESS: - XENVIF_VIF(MacQueryPermanentAddress, - &Adapter->VifInterface, - &EthernetAddress); - BytesNeeded = sizeof(ETHERNET_ADDRESS); - ndisStatus = __CopyBuffer(Buffer, - BufferLength, - &EthernetAddress, - BytesNeeded, - &BytesWritten); - break; + XENBUS_STORE(Free, + &Adapter->StoreInterface, + Buffer); - case OID_802_3_CURRENT_ADDRESS: - XENVIF_VIF(MacQueryCurrentAddress, - &Adapter->VifInterface, - &EthernetAddress); - BytesNeeded = sizeof(ETHERNET_ADDRESS); - ndisStatus = __CopyBuffer(Buffer, - BufferLength, - &EthernetAddress, - BytesNeeded, - &BytesWritten); - break; + Index++; + } - case OID_GEN_MAXIMUM_FRAME_SIZE: - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - Adapter->MaximumFrameSize - - sizeof(ETHERNET_TAGGED_HEADER), - &BytesWritten); - break; + status = STATUS_UNSUCCESSFUL; + goto fail2; - case OID_GEN_MAXIMUM_TOTAL_SIZE: - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - Adapter->MaximumFrameSize - - sizeof(ETHERNET_TAGGED_HEADER) + - sizeof (ETHERNET_UNTAGGED_HEADER), - &BytesWritten); - break; +update: + status = RtlStringCbPrintfA(Vendor, + MAXNAMELEN, + "%s", + VENDOR_NAME_STR); + ASSERT(NT_SUCCESS(status)); - case OID_GEN_CURRENT_LOOKAHEAD: - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - Adapter->CurrentLookahead, - &BytesWritten); - break; + for (Index = 0; Vendor[Index] != '\0'; Index++) + if (!isalnum((UCHAR)Vendor[Index])) + Vendor[Index] = '_'; - case OID_GEN_VENDOR_ID: - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - 0x5853, - &BytesWritten); - break; + Product = "XENNET"; - case OID_GEN_LINK_SPEED: - XENVIF_VIF(MacQueryState, - &Adapter->VifInterface, - NULL, - &Value64, - NULL); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (ULONG)(Value64 / 100), - &BytesWritten); - break; +#if DBG +#define ATTRIBUTES "(DEBUG)" +#else +#define ATTRIBUTES "" +#endif - case OID_GEN_MEDIA_CONNECT_STATUS: - XENVIF_VIF(MacQueryState, - &Adapter->VifInterface, - (PNET_IF_MEDIA_CONNECT_STATE)&Value32, - NULL, - NULL); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - Value32, - &BytesWritten); - break; + (VOID) XENBUS_STORE(Printf, + &Adapter->StoreInterface, + NULL, + "drivers", + Distribution, + "%s %s %u.%u.%u %s", + Vendor, + Product, + MAJOR_VERSION, + MINOR_VERSION, + MICRO_VERSION, + ATTRIBUTES + ); - case OID_GEN_MAXIMUM_SEND_PACKETS: - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - 16, - &BytesWritten); - break; +#undef ATTRIBUTES - case OID_GEN_CURRENT_PACKET_FILTER: - AdapterGetPacketFilter(Adapter, &Value32); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - Value32, - &BytesWritten); - break; + Trace("<====\n"); + return STATUS_SUCCESS; - case OID_GEN_XMIT_OK: - AdapterGetXmitOk(Adapter, &Value64); - BytesNeeded = sizeof(ULONG64); - ndisStatus = __SetUlong64(Buffer, - BufferLength, - Value64, - &BytesWritten); - break; +fail2: + Error("fail2\n"); - case OID_GEN_RCV_OK: - AdapterGetRcvOk(Adapter, &Value64); - BytesNeeded = sizeof(ULONG64); - ndisStatus = __SetUlong64(Buffer, - BufferLength, - Value64, - &BytesWritten); - break; +fail1: + Error("fail1 (%08x)\n", status); - case OID_GEN_XMIT_ERROR: - AdapterGetXmitError(Adapter, &Value32); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - Value32, - &BytesWritten); - break; + return status; +} - case OID_GEN_RCV_ERROR: - AdapterGetRcvError(Adapter, &Value32); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - Value32, - &BytesWritten); - break; +static DECLSPEC_NOINLINE VOID +AdapterSuspendCallbackLate( + IN PVOID Argument + ) +{ + PXENNET_ADAPTER Adapter = Argument; - case OID_GEN_RCV_NO_BUFFER: - case OID_GEN_TRANSMIT_QUEUE_LENGTH: - case OID_GEN_RCV_CRC_ERROR: - case OID_802_3_RCV_ERROR_ALIGNMENT: - case OID_802_3_XMIT_ONE_COLLISION: - case OID_802_3_XMIT_MORE_COLLISIONS: - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - 0, - &BytesWritten); - break; + (VOID) __AdapterSetDistribution(Adapter); +} - case OID_802_3_MAXIMUM_LIST_SIZE: - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - 32, - &BytesWritten); - break; +static NTSTATUS +AdapterSetDistribution( + IN PXENNET_ADAPTER Adapter + ) +{ + LONG Count; + NTSTATUS status; - case OID_GEN_DIRECTED_BYTES_XMIT: - XENVIF_VIF(QueryStatistic, - &Adapter->VifInterface, - XENVIF_TRANSMITTER_UNICAST_OCTETS, - &Value64); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (ULONG)Value64, - &BytesWritten); - break; + Trace("====>\n"); - case OID_GEN_DIRECTED_FRAMES_XMIT: - XENVIF_VIF(QueryStatistic, - &Adapter->VifInterface, - XENVIF_TRANSMITTER_UNICAST_PACKETS, - &Value64); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (ULONG)Value64, - &BytesWritten); - break; + Count = InterlockedIncrement(&AdapterCount); + ASSERT(Count != 0); - case OID_GEN_MULTICAST_BYTES_XMIT: - XENVIF_VIF(QueryStatistic, - &Adapter->VifInterface, - XENVIF_TRANSMITTER_MULTICAST_OCTETS, - &Value64); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (ULONG)Value64, - &BytesWritten); - break; + if (Count != 1) + goto done; - case OID_GEN_MULTICAST_FRAMES_XMIT: - XENVIF_VIF(QueryStatistic, - &Adapter->VifInterface, - XENVIF_TRANSMITTER_MULTICAST_PACKETS, - &Value64); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (ULONG)Value64, - &BytesWritten); - break; + status = __AdapterSetDistribution(Adapter); + if (!NT_SUCCESS(status)) + goto fail1; + + status = XENBUS_SUSPEND(Register, + &Adapter->SuspendInterface, + SUSPEND_CALLBACK_LATE, + AdapterSuspendCallbackLate, + Adapter, + &Adapter->SuspendCallbackLate); + if (!NT_SUCCESS(status)) + goto fail2; + +done: + Trace("<====\n"); + return STATUS_SUCCESS; + +fail2: + Error("fail2\n"); + + __AdapterClearDistribution(Adapter); + +fail1: + Error("fail1 (%08x)\n", status); + + return status; +} + +static VOID +AdapterClearDistribution( + IN PXENNET_ADAPTER Adapter + ) +{ + LONG Count; + + Trace("====>\n"); + + Count = InterlockedDecrement(&AdapterCount); + + if (Count != 0) + goto done; + + XENBUS_SUSPEND(Deregister, + &Adapter->SuspendInterface, + Adapter->SuspendCallbackLate); + Adapter->SuspendCallbackLate = NULL; + + __AdapterClearDistribution(Adapter); + +done: + Trace("<====\n"); +} + +NDIS_STATUS +AdapterEnable( + IN PXENNET_ADAPTER Adapter + ) +{ + NTSTATUS status; + NDIS_STATUS ndisStatus; + + ASSERT(!Adapter->Enabled); + + status = XENBUS_CACHE(Acquire, + &Adapter->CacheInterface); + if (!NT_SUCCESS(status)) + goto fail1; + + status = XENBUS_STORE(Acquire, + &Adapter->StoreInterface); + if (!NT_SUCCESS(status)) + goto fail2; + + status = XENBUS_SUSPEND(Acquire, + &Adapter->SuspendInterface); + if (!NT_SUCCESS(status)) + goto fail3; + + (VOID) AdapterSetDistribution(Adapter); + + ndisStatus = TransmitterEnable(Adapter->Transmitter); + if (ndisStatus != NDIS_STATUS_SUCCESS) + goto fail4; + + ndisStatus = ReceiverEnable(Adapter->Receiver); + if (ndisStatus != NDIS_STATUS_SUCCESS) + goto fail5; + + status = XENVIF_VIF(Enable, + &Adapter->VifInterface, + AdapterVifCallback, + Adapter); + if (!NT_SUCCESS(status)) + goto fail6; + + AdapterMediaStateChange(Adapter); + + Adapter->Enabled = TRUE; + + return NDIS_STATUS_SUCCESS; + +fail6: + ReceiverDisable(Adapter->Receiver); + +fail5: + TransmitterDisable(Adapter->Transmitter); + +fail4: + AdapterClearDistribution(Adapter); + + XENBUS_SUSPEND(Release, &Adapter->SuspendInterface); + +fail3: + XENBUS_STORE(Release, &Adapter->StoreInterface); + +fail2: + XENBUS_CACHE(Release, &Adapter->CacheInterface); + +fail1: + return NDIS_STATUS_FAILURE; +} - case OID_GEN_BROADCAST_BYTES_XMIT: - XENVIF_VIF(QueryStatistic, - &Adapter->VifInterface, - XENVIF_TRANSMITTER_BROADCAST_OCTETS, - &Value64); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (ULONG)Value64, - &BytesWritten); - break; +VOID +AdapterDisable( + IN PXENNET_ADAPTER Adapter + ) +{ + ASSERT(Adapter->Enabled); + Adapter->Enabled = FALSE; - case OID_GEN_BROADCAST_FRAMES_XMIT: - XENVIF_VIF(QueryStatistic, - &Adapter->VifInterface, - XENVIF_TRANSMITTER_BROADCAST_PACKETS, - &Value64); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (ULONG)Value64, - &BytesWritten); - break; + XENVIF_VIF(Disable, + &Adapter->VifInterface); - case OID_GEN_DIRECTED_BYTES_RCV: - XENVIF_VIF(QueryStatistic, - &Adapter->VifInterface, - XENVIF_RECEIVER_UNICAST_OCTETS, - &Value64); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (ULONG)Value64, - &BytesWritten); - break; + AdapterMediaStateChange(Adapter); - case OID_GEN_DIRECTED_FRAMES_RCV: - XENVIF_VIF(QueryStatistic, - &Adapter->VifInterface, - XENVIF_RECEIVER_UNICAST_PACKETS, - &Value64); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (ULONG)Value64, - &BytesWritten); - break; + ReceiverDisable(Adapter->Receiver); + TransmitterDisable(Adapter->Transmitter); - case OID_GEN_MULTICAST_BYTES_RCV: - XENVIF_VIF(QueryStatistic, - &Adapter->VifInterface, - XENVIF_RECEIVER_MULTICAST_OCTETS, - &Value64); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (ULONG)Value64, - &BytesWritten); - break; + AdapterClearDistribution(Adapter); - case OID_GEN_MULTICAST_FRAMES_RCV: - XENVIF_VIF(QueryStatistic, - &Adapter->VifInterface, - XENVIF_RECEIVER_MULTICAST_PACKETS, - &Value64); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (ULONG)Value64, - &BytesWritten); - break; + XENBUS_SUSPEND(Release, &Adapter->SuspendInterface); + XENBUS_STORE(Release, &Adapter->StoreInterface); + XENBUS_CACHE(Release, &Adapter->CacheInterface); +} - case OID_GEN_BROADCAST_BYTES_RCV: - XENVIF_VIF(QueryStatistic, - &Adapter->VifInterface, - XENVIF_RECEIVER_BROADCAST_OCTETS, - &Value64); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (ULONG)Value64, - &BytesWritten); - break; +VOID +AdapterMediaStateChange( + IN PXENNET_ADAPTER Adapter + ) +{ + NDIS_LINK_STATE LinkState; + NDIS_STATUS_INDICATION StatusIndication; - case OID_GEN_BROADCAST_FRAMES_RCV: - XENVIF_VIF(QueryStatistic, - &Adapter->VifInterface, - XENVIF_RECEIVER_BROADCAST_PACKETS, - &Value64); - BytesNeeded = sizeof(ULONG); - ndisStatus = __SetUlong(Buffer, - BufferLength, - (ULONG)Value64, - &BytesWritten); - break; + RtlZeroMemory(&LinkState, sizeof (NDIS_LINK_STATE)); + LinkState.Header.Revision = NDIS_LINK_STATE_REVISION_1; + LinkState.Header.Type = NDIS_OBJECT_TYPE_DEFAULT; + LinkState.Header.Size = sizeof(NDIS_LINK_STATE); - case OID_GEN_INTERRUPT_MODERATION: - BytesNeeded = sizeof(NDIS_INTERRUPT_MODERATION_PARAMETERS); - ndisStatus = AdapterInterruptModeration(Adapter, - (PNDIS_INTERRUPT_MODERATION_PARAMETERS)Buffer, - BufferLength, - &BytesWritten); - break; + XENVIF_VIF(MacQueryState, + &Adapter->VifInterface, + &LinkState.MediaConnectState, + &LinkState.RcvLinkSpeed, + &LinkState.MediaDuplexState); - case OID_IP4_OFFLOAD_STATS: - case OID_IP6_OFFLOAD_STATS: - case OID_GEN_SUPPORTED_GUIDS: - // We don't handle these since NDIS 6.0 is supposed to do this for us - case OID_GEN_MAC_ADDRESS: - case OID_GEN_MAX_LINK_SPEED: - // ignore these common unwanted OIDs - case OID_GEN_INIT_TIME_MS: - case OID_GEN_RESET_COUNTS: - case OID_GEN_MEDIA_SENSE_COUNTS: - Warn = FALSE; - /*FALLTHRU*/ - default: - if (Warn) - Warning("UNSUPPORTED OID %08x\n", Request->DATA.QUERY_INFORMATION.Oid); + if (LinkState.MediaConnectState == MediaConnectStateUnknown) { + Info("LINK: STATE UNKNOWN\n"); + } else if (LinkState.MediaConnectState == MediaConnectStateDisconnected) { + Info("LINK: DOWN\n"); + } else { + ASSERT3U(LinkState.MediaConnectState, ==, MediaConnectStateConnected); - ndisStatus = NDIS_STATUS_NOT_SUPPORTED; - break; + if (LinkState.MediaDuplexState == MediaDuplexStateHalf) + Info("LINK: UP: SPEED=%u DUPLEX=HALF\n", LinkState.RcvLinkSpeed); + else if (LinkState.MediaDuplexState == MediaDuplexStateFull) + Info("LINK: UP: SPEED=%u DUPLEX=FULL\n", LinkState.RcvLinkSpeed); + else + Info("LINK: UP: SPEED=%u DUPLEX=UNKNOWN\n", LinkState.RcvLinkSpeed); } - Request->DATA.QUERY_INFORMATION.BytesWritten = BytesWritten; - Request->DATA.QUERY_INFORMATION.BytesNeeded = BytesNeeded; + LinkState.XmitLinkSpeed = LinkState.RcvLinkSpeed; - return ndisStatus; + RtlZeroMemory(&StatusIndication, sizeof (NDIS_STATUS_INDICATION)); + StatusIndication.Header.Type = NDIS_OBJECT_TYPE_STATUS_INDICATION; + StatusIndication.Header.Revision = NDIS_STATUS_INDICATION_REVISION_1; + StatusIndication.Header.Size = sizeof (NDIS_STATUS_INDICATION); + + StatusIndication.SourceHandle = Adapter->NdisAdapterHandle; + StatusIndication.StatusCode = NDIS_STATUS_LINK_STATE; + StatusIndication.StatusBuffer = &LinkState; + StatusIndication.StatusBufferSize = sizeof (NDIS_LINK_STATE); + + NdisMIndicateStatusEx(Adapter->NdisAdapterHandle, &StatusIndication); } -static NTSTATUS -__QueryInterface( - IN PDEVICE_OBJECT DeviceObject, - IN const GUID *Guid, - IN ULONG Version, - OUT PINTERFACE Interface, - IN ULONG Size, - IN BOOLEAN Optional +NDIS_STATUS +AdapterSetInformation( + IN PXENNET_ADAPTER Adapter, + IN PNDIS_OID_REQUEST Request ) { - KEVENT Event; - IO_STATUS_BLOCK StatusBlock; - PIRP Irp; - PIO_STACK_LOCATION StackLocation; - NTSTATUS status; + PVOID Buffer; + ULONG BufferLength; + ULONG BytesNeeded; + ULONG BytesRead; + BOOLEAN Warn; + NDIS_STATUS ndisStatus; - ASSERT3U(KeGetCurrentIrql(), ==, PASSIVE_LEVEL); + Buffer = Request->DATA.SET_INFORMATION.InformationBuffer; + BufferLength = Request->DATA.SET_INFORMATION.InformationBufferLength; + BytesNeeded = BytesRead = 0; + Warn = TRUE; + ndisStatus = NDIS_STATUS_SUCCESS; - KeInitializeEvent(&Event, NotificationEvent, FALSE); - RtlZeroMemory(&StatusBlock, sizeof(IO_STATUS_BLOCK)); + switch (Request->DATA.SET_INFORMATION.Oid) { + case OID_PNP_SET_POWER: + BytesNeeded = sizeof(NDIS_DEVICE_POWER_STATE); + if (BufferLength >= BytesNeeded) { + PNDIS_DEVICE_POWER_STATE PowerState; - Irp = IoBuildSynchronousFsdRequest(IRP_MJ_PNP, - DeviceObject, - NULL, - 0, - NULL, - &Event, - &StatusBlock); + PowerState = (PNDIS_DEVICE_POWER_STATE)Buffer; + switch (*PowerState) { + case NdisDeviceStateD0: + Info("SET_POWER: D0\n"); + break; - status = STATUS_UNSUCCESSFUL; - if (Irp == NULL) - goto fail1; + case NdisDeviceStateD1: + Info("SET_POWER: D1\n"); + break; - StackLocation = IoGetNextIrpStackLocation(Irp); - StackLocation->MinorFunction = IRP_MN_QUERY_INTERFACE; + case NdisDeviceStateD2: + Info("SET_POWER: D2\n"); + break; - StackLocation->Parameters.QueryInterface.InterfaceType = Guid; - StackLocation->Parameters.QueryInterface.Size = (USHORT)Size; - StackLocation->Parameters.QueryInterface.Version = (USHORT)Version; - StackLocation->Parameters.QueryInterface.Interface = Interface; + case NdisDeviceStateD3: + Info("SET_POWER: D3\n"); + break; + } + } + // do nothing + break; - Irp->IoStatus.Status = STATUS_NOT_SUPPORTED; + case OID_GEN_CURRENT_LOOKAHEAD: + BytesNeeded = sizeof(ULONG); + Adapter->CurrentLookahead = Adapter->MaximumFrameSize; + if (BufferLength == BytesNeeded) { + Adapter->CurrentLookahead = *(PULONG)Buffer; + BytesRead = sizeof(ULONG); + } + break; - status = IoCallDriver(DeviceObject, Irp); - if (status == STATUS_PENDING) { - (VOID) KeWaitForSingleObject(&Event, - Executive, - KernelMode, - FALSE, - NULL); - status = StatusBlock.Status; - } + case OID_GEN_CURRENT_PACKET_FILTER: + BytesNeeded = sizeof(ULONG); + if (BufferLength == BytesNeeded) { + ndisStatus = AdapterSetPacketFilter(Adapter, + (PULONG)Buffer); + BytesRead = sizeof(ULONG); + } + break; - if (!NT_SUCCESS(status)) { - if (status == STATUS_NOT_SUPPORTED && Optional) - goto done; + case OID_802_3_MULTICAST_LIST: + BytesNeeded = ETHERNET_ADDRESS_LENGTH; + if (BufferLength % ETHERNET_ADDRESS_LENGTH == 0) { + ndisStatus = AdapterSetMulticastAddresses(Adapter, + Buffer, + BufferLength / ETHERNET_ADDRESS_LENGTH); + if (ndisStatus == NDIS_STATUS_SUCCESS) + BytesRead = BufferLength; + } else { + ndisStatus = NDIS_STATUS_INVALID_LENGTH; + } + break; - goto fail2; - } + case OID_OFFLOAD_ENCAPSULATION: + BytesNeeded = sizeof(NDIS_OFFLOAD_ENCAPSULATION); + if (BufferLength >= BytesNeeded) { + ndisStatus = AdapterGetOffloadEncapsulation(Adapter, + (PNDIS_OFFLOAD_ENCAPSULATION)Buffer); + if (ndisStatus == NDIS_STATUS_SUCCESS) + BytesRead = sizeof(NDIS_OFFLOAD_ENCAPSULATION); + } + break; -done: - return STATUS_SUCCESS; + case OID_TCP_OFFLOAD_PARAMETERS: + BytesNeeded = sizeof(NDIS_OFFLOAD_PARAMETERS); + if (BufferLength >= BytesNeeded) { + ndisStatus = AdapterGetTcpOffloadParameters(Adapter, + (PNDIS_OFFLOAD_PARAMETERS)Buffer); + if (ndisStatus == NDIS_STATUS_SUCCESS) + BytesRead = sizeof(NDIS_OFFLOAD_PARAMETERS); + } + break; -fail2: - Error("fail2\n"); + case OID_GEN_HD_SPLIT_PARAMETERS: + BytesNeeded = sizeof(NDIS_HD_SPLIT_PARAMETERS); + if (BufferLength >= BytesNeeded) { + ndisStatus = AdapterGetHeaderDataSplitParameters(Adapter, + (PNDIS_HD_SPLIT_PARAMETERS)Buffer); + if (ndisStatus == NDIS_STATUS_SUCCESS) + BytesRead = sizeof(NDIS_HD_SPLIT_PARAMETERS); + } + break; -fail1: - Error("fail1 (%08x)\n", status); + case OID_GEN_INTERRUPT_MODERATION: + case OID_GEN_MACHINE_NAME: + Warn = FALSE; + /*FALLTHRU*/ + default: + if (Warn) + Warning("UNSUPPORTED OID %08x\n", Request->DATA.QUERY_INFORMATION.Oid); - return status; -} + ndisStatus = NDIS_STATUS_NOT_SUPPORTED; + break; + } -#pragma prefast(push) -#pragma prefast(disable:6102) + Request->DATA.SET_INFORMATION.BytesNeeded = BytesNeeded; + if (ndisStatus == NDIS_STATUS_SUCCESS) + Request->DATA.SET_INFORMATION.BytesRead = BytesRead; -#define READ_PROPERTY(field, name, defaultval, handle) \ - do { \ - NDIS_STATUS _Status; \ - NDIS_STRING _Value; \ - PNDIS_CONFIGURATION_PARAMETER _Data; \ - RtlInitUnicodeString(&_Value, name); \ - NdisReadConfiguration(&_Status, &_Data, handle, \ - &_Value, NdisParameterInteger); \ - if (_Status == NDIS_STATUS_SUCCESS) \ - field = _Data->ParameterData.IntegerData; \ - else \ - field = defaultval; \ - } while (FALSE); + return ndisStatus; +} -static NDIS_STATUS -AdapterGetAdvancedSettings( - IN PXENNET_ADAPTER Adapter +static FORCEINLINE NDIS_STATUS +__CopyBuffer( + IN PVOID Destination, + IN ULONG DestinationLength, + IN PVOID Source, + IN ULONG SourceLength, + OUT PULONG CopyLength ) { - NDIS_CONFIGURATION_OBJECT Config; - NDIS_HANDLE Handle; - NDIS_STATUS ndisStatus; - - RtlZeroMemory(&Config, sizeof(NDIS_CONFIGURATION_OBJECT)); - Config.Header.Type = NDIS_OBJECT_TYPE_CONFIGURATION_OBJECT; - Config.Header.Revision = NDIS_CONFIGURATION_OBJECT_REVISION_1; - Config.Header.Size = sizeof(NDIS_CONFIGURATION_OBJECT); - Config.NdisHandle = Adapter->NdisAdapterHandle; - Config.Flags = 0; - - ndisStatus = NdisOpenConfigurationEx(&Config, &Handle); - if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail1; - - READ_PROPERTY(Adapter->Properties.ipv4_csum, L"*IPChecksumOffloadIPv4", 3, Handle); - READ_PROPERTY(Adapter->Properties.tcpv4_csum, L"*TCPChecksumOffloadIPv4", 3, Handle); - READ_PROPERTY(Adapter->Properties.udpv4_csum, L"*UDPChecksumOffloadIPv4", 3, Handle); - READ_PROPERTY(Adapter->Properties.tcpv6_csum, L"*TCPChecksumOffloadIPv6", 3, Handle); - READ_PROPERTY(Adapter->Properties.udpv6_csum, L"*UDPChecksumOffloadIPv6", 3, Handle); - READ_PROPERTY(Adapter->Properties.lsov4, L"*LSOv2IPv4", 1, Handle); - READ_PROPERTY(Adapter->Properties.lsov6, L"*LSOv2IPv6", 1, Handle); - READ_PROPERTY(Adapter->Properties.lrov4, L"LROIPv4", 1, Handle); - READ_PROPERTY(Adapter->Properties.lrov6, L"LROIPv6", 1, Handle); - READ_PROPERTY(Adapter->Properties.need_csum_value, L"NeedChecksumValue", 1, Handle); - READ_PROPERTY(Adapter->Properties.HeaderDataSplit, L"*HeaderDataSplit", 1, Handle); - - NdisCloseConfiguration(Handle); - - return NDIS_STATUS_SUCCESS; + *CopyLength = __min(SourceLength, DestinationLength); + RtlCopyMemory(Destination, Source, *CopyLength); -fail1: - return NDIS_STATUS_FAILURE; + return (DestinationLength >= SourceLength) ? + NDIS_STATUS_SUCCESS : + NDIS_STATUS_BUFFER_TOO_SHORT; } -#undef READ_PROPERTY - -#pragma prefast(pop) - -static NDIS_STATUS -AdapterSetRegistrationAttributes( - IN PXENNET_ADAPTER Adapter +static FORCEINLINE NDIS_STATUS +__SetUlong( + IN PVOID Destination, + IN ULONG DestinationLength, + IN ULONG Source, + OUT PULONG CopyLength ) { - NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES Attribs; - NDIS_STATUS ndisStatus; + return __CopyBuffer(Destination, + DestinationLength & ~3, + &Source, + sizeof (ULONG), + CopyLength); +} - RtlZeroMemory(&Attribs, sizeof(NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES)); - Attribs.Header.Type = NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES; - Attribs.Header.Revision = NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES_REVISION_1; - Attribs.Header.Size = sizeof(NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES); - Attribs.MiniportAdapterContext = (NDIS_HANDLE)Adapter; - Attribs.AttributeFlags = NDIS_MINIPORT_ATTRIBUTES_BUS_MASTER | - NDIS_MINIPORT_ATTRIBUTES_NO_HALT_ON_SUSPEND; - Attribs.CheckForHangTimeInSeconds = 0; - Attribs.InterfaceType = XENNET_INTERFACE_TYPE; +static FORCEINLINE NDIS_STATUS +__SetUlong64( + IN PVOID Destination, + IN ULONG DestinationLength, + IN ULONG64 Source, + OUT PULONG CopyLength + ) +{ + NDIS_STATUS ndisStatus; - ndisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, - (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); + ndisStatus = __CopyBuffer(Destination, + DestinationLength & ~3, + &Source, + sizeof (ULONG64), + CopyLength); + if (DestinationLength >= 4) + ndisStatus = NDIS_STATUS_SUCCESS; return ndisStatus; } -static NDIS_STATUS -AdapterSetGeneralAttributes( - IN PXENNET_ADAPTER Adapter +NDIS_STATUS +AdapterQueryInformation( + IN PXENNET_ADAPTER Adapter, + IN PNDIS_OID_REQUEST Request ) { - NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES Attribs; - NDIS_STATUS ndisStatus; - - RtlZeroMemory(&Attribs, sizeof(NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES)); - Attribs.Header.Type = NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES; - Attribs.Header.Revision = NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES_REVISION_1; - Attribs.Header.Size = sizeof(NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES); - Attribs.MediaType = XENNET_MEDIA_TYPE; - - XENVIF_VIF(MacQueryMaximumFrameSize, - &Adapter->VifInterface, - (PULONG)&Adapter->MaximumFrameSize); - - Attribs.MtuSize = Adapter->MaximumFrameSize - sizeof (ETHERNET_TAGGED_HEADER); - Attribs.MaxXmitLinkSpeed = XENNET_MEDIA_MAX_SPEED; - Attribs.MaxRcvLinkSpeed = XENNET_MEDIA_MAX_SPEED; - Attribs.XmitLinkSpeed = XENNET_MEDIA_MAX_SPEED; - Attribs.RcvLinkSpeed = XENNET_MEDIA_MAX_SPEED; - Attribs.MediaConnectState = MediaConnectStateConnected; - Attribs.MediaDuplexState = MediaDuplexStateFull; - Attribs.LookaheadSize = Adapter->MaximumFrameSize; - Attribs.PowerManagementCapabilities = &Adapter->Capabilities; - Attribs.MacOptions = XENNET_MAC_OPTIONS; - Attribs.SupportedPacketFilters = XENNET_SUPPORTED_PACKET_FILTERS; - Attribs.MaxMulticastListSize = 32; - Attribs.MacAddressLength = ETHERNET_ADDRESS_LENGTH; - - XENVIF_VIF(MacQueryPermanentAddress, - &Adapter->VifInterface, - (PETHERNET_ADDRESS)&Attribs.PermanentMacAddress); - XENVIF_VIF(MacQueryCurrentAddress, - &Adapter->VifInterface, - (PETHERNET_ADDRESS)&Attribs.CurrentMacAddress); + PVOID Buffer; + ULONG BufferLength; + ULONG BytesNeeded; + ULONG BytesWritten; + ULONG Value32; + ULONGLONG Value64; + ETHERNET_ADDRESS EthernetAddress; + BOOLEAN Warn; + NDIS_STATUS ndisStatus; - Attribs.PhysicalMediumType = NdisPhysicalMedium802_3; - Attribs.RecvScaleCapabilities = NULL; - Attribs.AccessType = NET_IF_ACCESS_BROADCAST; - Attribs.DirectionType = NET_IF_DIRECTION_SENDRECEIVE; - Attribs.ConnectionType = NET_IF_CONNECTION_DEDICATED; - Attribs.IfType = IF_TYPE_ETHERNET_CSMACD; - Attribs.IfConnectorPresent = TRUE; - Attribs.SupportedStatistics = NDIS_STATISTICS_XMIT_OK_SUPPORTED | - NDIS_STATISTICS_XMIT_ERROR_SUPPORTED | - NDIS_STATISTICS_DIRECTED_BYTES_XMIT_SUPPORTED | - NDIS_STATISTICS_DIRECTED_FRAMES_XMIT_SUPPORTED | - NDIS_STATISTICS_MULTICAST_BYTES_XMIT_SUPPORTED | - NDIS_STATISTICS_MULTICAST_FRAMES_XMIT_SUPPORTED | - NDIS_STATISTICS_BROADCAST_BYTES_XMIT_SUPPORTED | - NDIS_STATISTICS_BROADCAST_FRAMES_XMIT_SUPPORTED | - NDIS_STATISTICS_RCV_OK_SUPPORTED | - NDIS_STATISTICS_RCV_ERROR_SUPPORTED | - NDIS_STATISTICS_DIRECTED_BYTES_RCV_SUPPORTED | - NDIS_STATISTICS_DIRECTED_FRAMES_RCV_SUPPORTED | - NDIS_STATISTICS_MULTICAST_BYTES_RCV_SUPPORTED | - NDIS_STATISTICS_MULTICAST_FRAMES_RCV_SUPPORTED | - NDIS_STATISTICS_BROADCAST_BYTES_RCV_SUPPORTED | - NDIS_STATISTICS_BROADCAST_FRAMES_RCV_SUPPORTED | - NDIS_STATISTICS_GEN_STATISTICS_SUPPORTED; - - Attribs.SupportedOidList = XennetSupportedOids; - Attribs.SupportedOidListLength = sizeof(XennetSupportedOids); + Buffer = Request->DATA.QUERY_INFORMATION.InformationBuffer; + BufferLength = Request->DATA.QUERY_INFORMATION.InformationBufferLength; + BytesNeeded = BytesWritten = 0; + Warn = TRUE; + ndisStatus = NDIS_STATUS_SUCCESS; - ndisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, - (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); + switch (Request->DATA.QUERY_INFORMATION.Oid) { + case OID_PNP_CAPABILITIES: + BytesNeeded = sizeof(Adapter->Capabilities); + ndisStatus = __CopyBuffer(Buffer, + BufferLength, + &Adapter->Capabilities, + BytesNeeded, + &BytesWritten); + break; - return ndisStatus; -} + case OID_PNP_QUERY_POWER: + BytesNeeded = sizeof(NDIS_DEVICE_POWER_STATE); -static NDIS_STATUS -AdapterSetOffloadAttributes( - IN PXENNET_ADAPTER Adapter - ) -{ - NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES Attribs; - XENVIF_VIF_OFFLOAD_OPTIONS Options; - PXENVIF_VIF_OFFLOAD_OPTIONS RxOptions; - PXENVIF_VIF_OFFLOAD_OPTIONS TxOptions; - NDIS_OFFLOAD Default; - NDIS_OFFLOAD Supported; - NDIS_STATUS ndisStatus; + if (BufferLength >= BytesNeeded) { + PNDIS_DEVICE_POWER_STATE PowerState; - TxOptions = TransmitterOffloadOptions(Adapter->Transmitter); - RxOptions = ReceiverOffloadOptions(Adapter->Receiver); + PowerState = (PNDIS_DEVICE_POWER_STATE)Buffer; + switch (*PowerState) { + case NdisDeviceStateD0: + Info("QUERY_POWER: D0\n"); + break; - TxOptions->Value = 0; - TxOptions->OffloadTagManipulation = 1; + case NdisDeviceStateD1: + Info("QUERY_POWER: D1\n"); + break; - RxOptions->Value = 0; - RxOptions->OffloadTagManipulation = 1; + case NdisDeviceStateD2: + Info("QUERY_POWER: D2\n"); + break; - if (Adapter->Properties.need_csum_value) - RxOptions->NeedChecksumValue = 1; + case NdisDeviceStateD3: + Info("QUERY_POWER: D3\n"); + break; + } + } - if (Adapter->Properties.lrov4) { - RxOptions->OffloadIpVersion4LargePacket = 1; - RxOptions->NeedLargePacketSplit = 1; - } + BytesWritten = 0; + // do nothing + break; - if (Adapter->Properties.lrov6) { - RxOptions->OffloadIpVersion6LargePacket = 1; - RxOptions->NeedLargePacketSplit = 1; - } + case OID_GEN_SUPPORTED_LIST: + BytesNeeded = sizeof(XennetSupportedOids); + ndisStatus = __CopyBuffer(Buffer, + BufferLength, + &XennetSupportedOids[0], + BytesNeeded, + &BytesWritten); + break; - XENVIF_VIF(ReceiverSetOffloadOptions, - &Adapter->VifInterface, - *RxOptions); + case OID_GEN_HARDWARE_STATUS: + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + NdisHardwareStatusReady, + &BytesWritten); + break; - XENVIF_VIF(TransmitterQueryOffloadOptions, - &Adapter->VifInterface, - &Options); + case OID_GEN_MEDIA_SUPPORTED: + case OID_GEN_MEDIA_IN_USE: + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + XENNET_MEDIA_TYPE, + &BytesWritten); + break; - RtlZeroMemory(&Supported, sizeof(NDIS_OFFLOAD)); - Supported.Header.Type = NDIS_OBJECT_TYPE_OFFLOAD; - Supported.Header.Revision = NDIS_OFFLOAD_REVISION_1; - Supported.Header.Size = sizeof(NDIS_OFFLOAD); + case OID_GEN_MAXIMUM_LOOKAHEAD: + case OID_GEN_TRANSMIT_BLOCK_SIZE: + case OID_GEN_RECEIVE_BLOCK_SIZE: + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + Adapter->MaximumFrameSize, + &BytesWritten); + break; - Supported.Checksum.IPv4Receive.Encapsulation = NDIS_ENCAPSULATION_IEEE_802_3; + case OID_GEN_TRANSMIT_BUFFER_SPACE: + case OID_GEN_RECEIVE_BUFFER_SPACE: + XENVIF_VIF(TransmitterQueryRingSize, + &Adapter->VifInterface, + (PULONG)&Value32); + Value32 *= Adapter->MaximumFrameSize; + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + Value32, + &BytesWritten); + break; - Supported.Checksum.IPv4Receive.IpChecksum = 1; - Supported.Checksum.IPv4Receive.IpOptionsSupported = 1; + case OID_GEN_VENDOR_DESCRIPTION: + BytesNeeded = (ULONG)strlen(VENDOR_NAME_STR) + 1; + ndisStatus = __CopyBuffer(Buffer, + BufferLength, + VENDOR_NAME_STR, + BytesNeeded, + &BytesWritten); + break; - Supported.Checksum.IPv4Receive.TcpChecksum = 1; - Supported.Checksum.IPv4Receive.TcpOptionsSupported = 1; + case OID_GEN_VENDOR_DRIVER_VERSION: + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + ((MAJOR_VERSION << 8) | MINOR_VERSION) << 8, + &BytesWritten); + break; - Supported.Checksum.IPv4Receive.UdpChecksum = 1; + case OID_GEN_DRIVER_VERSION: + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (6 << 8) | 0, // NDIS 6.0 + &BytesWritten); + break; - Supported.Checksum.IPv6Receive.Encapsulation = NDIS_ENCAPSULATION_IEEE_802_3; + case OID_GEN_MAC_OPTIONS: + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + XENNET_MAC_OPTIONS, + &BytesWritten); + break; - Supported.Checksum.IPv6Receive.IpExtensionHeadersSupported = 1; + case OID_GEN_STATISTICS: + BytesNeeded = sizeof(NDIS_STATISTICS_INFO); + ndisStatus = AdapterQueryGeneralStatistics(Adapter, + (PNDIS_STATISTICS_INFO)Buffer, + BufferLength, + &BytesWritten); + break; - Supported.Checksum.IPv6Receive.TcpChecksum = 1; - Supported.Checksum.IPv6Receive.TcpOptionsSupported = 1; + case OID_802_3_MULTICAST_LIST: + ndisStatus = AdapterQueryMulticastList(Adapter, + Buffer, + BufferLength, + &BytesNeeded, + &BytesWritten); + break; - Supported.Checksum.IPv6Receive.UdpChecksum = 1; + case OID_802_3_PERMANENT_ADDRESS: + XENVIF_VIF(MacQueryPermanentAddress, + &Adapter->VifInterface, + &EthernetAddress); + BytesNeeded = sizeof(ETHERNET_ADDRESS); + ndisStatus = __CopyBuffer(Buffer, + BufferLength, + &EthernetAddress, + BytesNeeded, + &BytesWritten); + break; - Supported.Checksum.IPv4Transmit.Encapsulation = NDIS_ENCAPSULATION_IEEE_802_3; + case OID_802_3_CURRENT_ADDRESS: + XENVIF_VIF(MacQueryCurrentAddress, + &Adapter->VifInterface, + &EthernetAddress); + BytesNeeded = sizeof(ETHERNET_ADDRESS); + ndisStatus = __CopyBuffer(Buffer, + BufferLength, + &EthernetAddress, + BytesNeeded, + &BytesWritten); + break; + + case OID_GEN_MAXIMUM_FRAME_SIZE: + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + Adapter->MaximumFrameSize - + sizeof(ETHERNET_TAGGED_HEADER), + &BytesWritten); + break; + + case OID_GEN_MAXIMUM_TOTAL_SIZE: + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + Adapter->MaximumFrameSize - + sizeof(ETHERNET_TAGGED_HEADER) + + sizeof (ETHERNET_UNTAGGED_HEADER), + &BytesWritten); + break; + + case OID_GEN_CURRENT_LOOKAHEAD: + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + Adapter->CurrentLookahead, + &BytesWritten); + break; + + case OID_GEN_VENDOR_ID: + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + 0x5853, + &BytesWritten); + break; + + case OID_GEN_LINK_SPEED: + XENVIF_VIF(MacQueryState, + &Adapter->VifInterface, + NULL, + &Value64, + NULL); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (ULONG)(Value64 / 100), + &BytesWritten); + break; + + case OID_GEN_MEDIA_CONNECT_STATUS: + XENVIF_VIF(MacQueryState, + &Adapter->VifInterface, + (PNET_IF_MEDIA_CONNECT_STATE)&Value32, + NULL, + NULL); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + Value32, + &BytesWritten); + break; + + case OID_GEN_MAXIMUM_SEND_PACKETS: + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + 16, + &BytesWritten); + break; - if (Options.OffloadIpVersion4HeaderChecksum) { - Supported.Checksum.IPv4Transmit.IpChecksum = 1; - Supported.Checksum.IPv4Transmit.IpOptionsSupported = 1; - } + case OID_GEN_CURRENT_PACKET_FILTER: + AdapterGetPacketFilter(Adapter, &Value32); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + Value32, + &BytesWritten); + break; - if (Options.OffloadIpVersion4TcpChecksum) { - Supported.Checksum.IPv4Transmit.TcpChecksum = 1; - Supported.Checksum.IPv4Transmit.TcpOptionsSupported = 1; - } + case OID_GEN_XMIT_OK: + AdapterGetXmitOk(Adapter, &Value64); + BytesNeeded = sizeof(ULONG64); + ndisStatus = __SetUlong64(Buffer, + BufferLength, + Value64, + &BytesWritten); + break; - if (Options.OffloadIpVersion4UdpChecksum) - Supported.Checksum.IPv4Transmit.UdpChecksum = 1; + case OID_GEN_RCV_OK: + AdapterGetRcvOk(Adapter, &Value64); + BytesNeeded = sizeof(ULONG64); + ndisStatus = __SetUlong64(Buffer, + BufferLength, + Value64, + &BytesWritten); + break; - Supported.Checksum.IPv6Transmit.Encapsulation = NDIS_ENCAPSULATION_IEEE_802_3; + case OID_GEN_XMIT_ERROR: + AdapterGetXmitError(Adapter, &Value32); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + Value32, + &BytesWritten); + break; - Supported.Checksum.IPv6Transmit.IpExtensionHeadersSupported = 1; + case OID_GEN_RCV_ERROR: + AdapterGetRcvError(Adapter, &Value32); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + Value32, + &BytesWritten); + break; - if (Options.OffloadIpVersion6TcpChecksum) { - Supported.Checksum.IPv6Transmit.TcpChecksum = 1; - Supported.Checksum.IPv6Transmit.TcpOptionsSupported = 1; - } + case OID_GEN_RCV_NO_BUFFER: + case OID_GEN_TRANSMIT_QUEUE_LENGTH: + case OID_GEN_RCV_CRC_ERROR: + case OID_802_3_RCV_ERROR_ALIGNMENT: + case OID_802_3_XMIT_ONE_COLLISION: + case OID_802_3_XMIT_MORE_COLLISIONS: + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + 0, + &BytesWritten); + break; - if (Options.OffloadIpVersion6UdpChecksum) - Supported.Checksum.IPv6Transmit.UdpChecksum = 1; + case OID_802_3_MAXIMUM_LIST_SIZE: + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + 32, + &BytesWritten); + break; - if (Options.OffloadIpVersion4LargePacket) { - XENVIF_VIF(TransmitterQueryLargePacketSize, + case OID_GEN_DIRECTED_BYTES_XMIT: + XENVIF_VIF(QueryStatistic, &Adapter->VifInterface, - 4, - &Supported.LsoV2.IPv4.MaxOffLoadSize); - Supported.LsoV2.IPv4.Encapsulation = NDIS_ENCAPSULATION_IEEE_802_3; - Supported.LsoV2.IPv4.MinSegmentCount = 2; - } + XENVIF_TRANSMITTER_UNICAST_OCTETS, + &Value64); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (ULONG)Value64, + &BytesWritten); + break; - if (Options.OffloadIpVersion6LargePacket) { - XENVIF_VIF(TransmitterQueryLargePacketSize, + case OID_GEN_DIRECTED_FRAMES_XMIT: + XENVIF_VIF(QueryStatistic, &Adapter->VifInterface, - 6, - &Supported.LsoV2.IPv6.MaxOffLoadSize); - Supported.LsoV2.IPv6.Encapsulation = NDIS_ENCAPSULATION_IEEE_802_3; - Supported.LsoV2.IPv6.MinSegmentCount = 2; - Supported.LsoV2.IPv6.IpExtensionHeadersSupported = 1; - Supported.LsoV2.IPv6.TcpOptionsSupported = 1; - } - - Default = Supported; + XENVIF_TRANSMITTER_UNICAST_PACKETS, + &Value64); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (ULONG)Value64, + &BytesWritten); + break; - if (!(Adapter->Properties.ipv4_csum & 2)) - Default.Checksum.IPv4Receive.IpChecksum = 0; + case OID_GEN_MULTICAST_BYTES_XMIT: + XENVIF_VIF(QueryStatistic, + &Adapter->VifInterface, + XENVIF_TRANSMITTER_MULTICAST_OCTETS, + &Value64); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (ULONG)Value64, + &BytesWritten); + break; - if (!(Adapter->Properties.tcpv4_csum & 2)) - Default.Checksum.IPv4Receive.TcpChecksum = 0; + case OID_GEN_MULTICAST_FRAMES_XMIT: + XENVIF_VIF(QueryStatistic, + &Adapter->VifInterface, + XENVIF_TRANSMITTER_MULTICAST_PACKETS, + &Value64); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (ULONG)Value64, + &BytesWritten); + break; - if (!(Adapter->Properties.udpv4_csum & 2)) - Default.Checksum.IPv4Receive.UdpChecksum = 0; + case OID_GEN_BROADCAST_BYTES_XMIT: + XENVIF_VIF(QueryStatistic, + &Adapter->VifInterface, + XENVIF_TRANSMITTER_BROADCAST_OCTETS, + &Value64); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (ULONG)Value64, + &BytesWritten); + break; - if (!(Adapter->Properties.tcpv6_csum & 2)) - Default.Checksum.IPv6Receive.TcpChecksum = 0; + case OID_GEN_BROADCAST_FRAMES_XMIT: + XENVIF_VIF(QueryStatistic, + &Adapter->VifInterface, + XENVIF_TRANSMITTER_BROADCAST_PACKETS, + &Value64); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (ULONG)Value64, + &BytesWritten); + break; - if (!(Adapter->Properties.udpv6_csum & 2)) - Default.Checksum.IPv6Receive.UdpChecksum = 0; + case OID_GEN_DIRECTED_BYTES_RCV: + XENVIF_VIF(QueryStatistic, + &Adapter->VifInterface, + XENVIF_RECEIVER_UNICAST_OCTETS, + &Value64); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (ULONG)Value64, + &BytesWritten); + break; - if (!(Adapter->Properties.ipv4_csum & 1)) - Default.Checksum.IPv4Transmit.IpChecksum = 0; + case OID_GEN_DIRECTED_FRAMES_RCV: + XENVIF_VIF(QueryStatistic, + &Adapter->VifInterface, + XENVIF_RECEIVER_UNICAST_PACKETS, + &Value64); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (ULONG)Value64, + &BytesWritten); + break; - if (!(Adapter->Properties.tcpv4_csum & 1)) - Default.Checksum.IPv4Transmit.TcpChecksum = 0; + case OID_GEN_MULTICAST_BYTES_RCV: + XENVIF_VIF(QueryStatistic, + &Adapter->VifInterface, + XENVIF_RECEIVER_MULTICAST_OCTETS, + &Value64); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (ULONG)Value64, + &BytesWritten); + break; - if (!(Adapter->Properties.udpv4_csum & 1)) - Default.Checksum.IPv4Transmit.UdpChecksum = 0; + case OID_GEN_MULTICAST_FRAMES_RCV: + XENVIF_VIF(QueryStatistic, + &Adapter->VifInterface, + XENVIF_RECEIVER_MULTICAST_PACKETS, + &Value64); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (ULONG)Value64, + &BytesWritten); + break; - if (!(Adapter->Properties.tcpv6_csum & 1)) - Default.Checksum.IPv6Transmit.TcpChecksum = 0; + case OID_GEN_BROADCAST_BYTES_RCV: + XENVIF_VIF(QueryStatistic, + &Adapter->VifInterface, + XENVIF_RECEIVER_BROADCAST_OCTETS, + &Value64); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (ULONG)Value64, + &BytesWritten); + break; - if (!(Adapter->Properties.udpv6_csum & 1)) - Default.Checksum.IPv6Transmit.UdpChecksum = 0; + case OID_GEN_BROADCAST_FRAMES_RCV: + XENVIF_VIF(QueryStatistic, + &Adapter->VifInterface, + XENVIF_RECEIVER_BROADCAST_PACKETS, + &Value64); + BytesNeeded = sizeof(ULONG); + ndisStatus = __SetUlong(Buffer, + BufferLength, + (ULONG)Value64, + &BytesWritten); + break; - if (!(Adapter->Properties.lsov4)) { - Default.LsoV2.IPv4.MaxOffLoadSize = 0; - Default.LsoV2.IPv4.MinSegmentCount = 0; - } + case OID_GEN_INTERRUPT_MODERATION: + BytesNeeded = sizeof(NDIS_INTERRUPT_MODERATION_PARAMETERS); + ndisStatus = AdapterInterruptModeration(Adapter, + (PNDIS_INTERRUPT_MODERATION_PARAMETERS)Buffer, + BufferLength, + &BytesWritten); + break; - if (!(Adapter->Properties.lsov6)) { - Default.LsoV2.IPv6.MaxOffLoadSize = 0; - Default.LsoV2.IPv6.MinSegmentCount = 0; - } + case OID_IP4_OFFLOAD_STATS: + case OID_IP6_OFFLOAD_STATS: + case OID_GEN_SUPPORTED_GUIDS: + // We don't handle these since NDIS 6.0 is supposed to do this for us + case OID_GEN_MAC_ADDRESS: + case OID_GEN_MAX_LINK_SPEED: + // ignore these common unwanted OIDs + case OID_GEN_INIT_TIME_MS: + case OID_GEN_RESET_COUNTS: + case OID_GEN_MEDIA_SENSE_COUNTS: + Warn = FALSE; + /*FALLTHRU*/ + default: + if (Warn) + Warning("UNSUPPORTED OID %08x\n", Request->DATA.QUERY_INFORMATION.Oid); - if (!RtlEqualMemory(&Adapter->Offload, &Default, sizeof (NDIS_OFFLOAD))) { - Adapter->Offload = Default; - DISPLAY_OFFLOAD(Default); + ndisStatus = NDIS_STATUS_NOT_SUPPORTED; + break; } - RtlZeroMemory(&Attribs, sizeof(NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES)); - Attribs.Header.Type = NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES; - Attribs.Header.Revision = NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES_REVISION_1; - Attribs.Header.Size = sizeof(Attribs); - Attribs.DefaultOffloadConfiguration = &Default; - Attribs.HardwareOffloadCapabilities = &Supported; + Request->DATA.QUERY_INFORMATION.BytesWritten = BytesWritten; + Request->DATA.QUERY_INFORMATION.BytesNeeded = BytesNeeded; - ndisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, - (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); return ndisStatus; } -static NDIS_STATUS -AdapterSetHeaderDataSplitAttributes( - IN PXENNET_ADAPTER Adapter +static NTSTATUS +__QueryInterface( + IN PDEVICE_OBJECT DeviceObject, + IN const GUID *Guid, + IN ULONG Version, + OUT PINTERFACE Interface, + IN ULONG Size, + IN BOOLEAN Optional ) { - NDIS_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES Attribs; - NDIS_HD_SPLIT_ATTRIBUTES Split; - NDIS_STATUS NdisStatus; - - RtlZeroMemory(&Attribs, sizeof(Attribs)); + KEVENT Event; + IO_STATUS_BLOCK StatusBlock; + PIRP Irp; + PIO_STACK_LOCATION StackLocation; + NTSTATUS status; - Attribs.Header.Type = NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES; - Attribs.Header.Revision = NDIS_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES_REVISION_1; - Attribs.Header.Size = NDIS_SIZEOF_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES_REVISION_1; + ASSERT3U(KeGetCurrentIrql(), ==, PASSIVE_LEVEL); - RtlZeroMemory(&Split, sizeof(Split)); + KeInitializeEvent(&Event, NotificationEvent, FALSE); + RtlZeroMemory(&StatusBlock, sizeof(IO_STATUS_BLOCK)); - Split.Header.Type = NDIS_OBJECT_TYPE_HD_SPLIT_ATTRIBUTES; - Split.Header.Revision = NDIS_HD_SPLIT_ATTRIBUTES_REVISION_1; - Split.Header.Size = NDIS_SIZEOF_HD_SPLIT_ATTRIBUTES_REVISION_1; - Split.HardwareCapabilities = - NDIS_HD_SPLIT_CAPS_SUPPORTS_HEADER_DATA_SPLIT | - NDIS_HD_SPLIT_CAPS_SUPPORTS_IPV4_OPTIONS | - NDIS_HD_SPLIT_CAPS_SUPPORTS_IPV6_EXTENSION_HEADERS | - NDIS_HD_SPLIT_CAPS_SUPPORTS_TCP_OPTIONS; + Irp = IoBuildSynchronousFsdRequest(IRP_MJ_PNP, + DeviceObject, + NULL, + 0, + NULL, + &Event, + &StatusBlock); - if (Adapter->Properties.HeaderDataSplit != 0) - Split.CurrentCapabilities = Split.HardwareCapabilities; + status = STATUS_UNSUCCESSFUL; + if (Irp == NULL) + goto fail1; - Attribs.HDSplitAttributes = &Split; + StackLocation = IoGetNextIrpStackLocation(Irp); + StackLocation->MinorFunction = IRP_MN_QUERY_INTERFACE; - NdisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, - (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); - if (NdisStatus != NDIS_STATUS_SUCCESS) - goto fail1; + StackLocation->Parameters.QueryInterface.InterfaceType = Guid; + StackLocation->Parameters.QueryInterface.Size = (USHORT)Size; + StackLocation->Parameters.QueryInterface.Version = (USHORT)Version; + StackLocation->Parameters.QueryInterface.Interface = Interface; - if (Split.HDSplitFlags == NDIS_HD_SPLIT_ENABLE_HEADER_DATA_SPLIT) { - ASSERT(Split.CurrentCapabilities & NDIS_HD_SPLIT_CAPS_SUPPORTS_HEADER_DATA_SPLIT); + Irp->IoStatus.Status = STATUS_NOT_SUPPORTED; - Info("BackfillSize = %u\n", Split.BackfillSize); - Info("MaxHeaderSize = %u\n", Split.MaxHeaderSize); + status = IoCallDriver(DeviceObject, Irp); + if (status == STATUS_PENDING) { + (VOID) KeWaitForSingleObject(&Event, + Executive, + KernelMode, + FALSE, + NULL); + status = StatusBlock.Status; + } - XENVIF_VIF(ReceiverSetBackfillSize, - &Adapter->VifInterface, - Split.BackfillSize); + if (!NT_SUCCESS(status)) { + if (status == STATUS_NOT_SUPPORTED && Optional) + goto done; - ReceiverSplitHeaderData(Adapter->Receiver, Split.MaxHeaderSize); + goto fail2; } - return NDIS_STATUS_SUCCESS; +done: + return STATUS_SUCCESS; + +fail2: + Error("fail2\n"); fail1: - Error("fail1 (%08x)\n", NdisStatus); + Error("fail1 (%08x)\n", status); - return NdisStatus; + return status; } -static FORCEINLINE PVOID -__AdapterAllocate( - IN ULONG Length - ) -{ - return __AllocateNonPagedPoolWithTag(Length, ADAPTER_POOL_TAG); -} +#pragma prefast(push) +#pragma prefast(disable:6102) -static FORCEINLINE VOID -__AdapterFree( - IN PVOID Buffer - ) -{ - __FreePoolWithTag(Buffer, ADAPTER_POOL_TAG); -} +#define READ_PROPERTY(field, name, defaultval, handle) \ + do { \ + NDIS_STATUS _Status; \ + NDIS_STRING _Value; \ + PNDIS_CONFIGURATION_PARAMETER _Data; \ + RtlInitUnicodeString(&_Value, name); \ + NdisReadConfiguration(&_Status, &_Data, handle, \ + &_Value, NdisParameterInteger); \ + if (_Status == NDIS_STATUS_SUCCESS) \ + field = _Data->ParameterData.IntegerData; \ + else \ + field = defaultval; \ + } while (FALSE); -static FORCEINLINE PANSI_STRING -__AdapterMultiSzToUpcaseAnsi( - IN PCHAR Buffer +static NDIS_STATUS +AdapterGetAdvancedSettings( + IN PXENNET_ADAPTER Adapter ) { - PANSI_STRING Ansi; - LONG Index; - LONG Count; - NTSTATUS status; - - Index = 0; - Count = 0; - for (;;) { - if (Buffer[Index] == '\0') { - Count++; - Index++; - - // Check for double NUL - if (Buffer[Index] == '\0') - break; - } else { - Buffer[Index] = (CHAR)toupper(Buffer[Index]); - Index++; - } - } + NDIS_CONFIGURATION_OBJECT Config; + NDIS_HANDLE Handle; + NDIS_STATUS ndisStatus; - Ansi = __AdapterAllocate(sizeof (ANSI_STRING) * (Count + 1)); + RtlZeroMemory(&Config, sizeof(NDIS_CONFIGURATION_OBJECT)); + Config.Header.Type = NDIS_OBJECT_TYPE_CONFIGURATION_OBJECT; + Config.Header.Revision = NDIS_CONFIGURATION_OBJECT_REVISION_1; + Config.Header.Size = sizeof(NDIS_CONFIGURATION_OBJECT); + Config.NdisHandle = Adapter->NdisAdapterHandle; + Config.Flags = 0; - status = STATUS_NO_MEMORY; - if (Ansi == NULL) + ndisStatus = NdisOpenConfigurationEx(&Config, &Handle); + if (ndisStatus != NDIS_STATUS_SUCCESS) goto fail1; - for (Index = 0; Index < Count; Index++) { - ULONG Length; - - Length = (ULONG)strlen(Buffer); - Ansi[Index].MaximumLength = (USHORT)(Length + 1); - Ansi[Index].Buffer = __AdapterAllocate(Ansi[Index].MaximumLength); - - status = STATUS_NO_MEMORY; - if (Ansi[Index].Buffer == NULL) - goto fail2; - - RtlCopyMemory(Ansi[Index].Buffer, Buffer, Length); - Ansi[Index].Length = (USHORT)Length; - - Buffer += Length + 1; - } - - return Ansi; - -fail2: - Error("fail2\n"); + READ_PROPERTY(Adapter->Properties.ipv4_csum, L"*IPChecksumOffloadIPv4", 3, Handle); + READ_PROPERTY(Adapter->Properties.tcpv4_csum, L"*TCPChecksumOffloadIPv4", 3, Handle); + READ_PROPERTY(Adapter->Properties.udpv4_csum, L"*UDPChecksumOffloadIPv4", 3, Handle); + READ_PROPERTY(Adapter->Properties.tcpv6_csum, L"*TCPChecksumOffloadIPv6", 3, Handle); + READ_PROPERTY(Adapter->Properties.udpv6_csum, L"*UDPChecksumOffloadIPv6", 3, Handle); + READ_PROPERTY(Adapter->Properties.lsov4, L"*LSOv2IPv4", 1, Handle); + READ_PROPERTY(Adapter->Properties.lsov6, L"*LSOv2IPv6", 1, Handle); + READ_PROPERTY(Adapter->Properties.lrov4, L"LROIPv4", 1, Handle); + READ_PROPERTY(Adapter->Properties.lrov6, L"LROIPv6", 1, Handle); + READ_PROPERTY(Adapter->Properties.need_csum_value, L"NeedChecksumValue", 1, Handle); + READ_PROPERTY(Adapter->Properties.HeaderDataSplit, L"*HeaderDataSplit", 1, Handle); - while (--Index >= 0) - __AdapterFree(Ansi[Index].Buffer); + NdisCloseConfiguration(Handle); - __AdapterFree(Ansi); + return NDIS_STATUS_SUCCESS; fail1: - Error("fail1 (%08x)\n", status); - - return NULL; + return NDIS_STATUS_FAILURE; } -static FORCEINLINE VOID -__AdapterFreeAnsi( - IN PANSI_STRING Ansi +#undef READ_PROPERTY + +#pragma prefast(pop) + +static NDIS_STATUS +AdapterSetRegistrationAttributes( + IN PXENNET_ADAPTER Adapter ) { - ULONG Index; + NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES Attribs; + NDIS_STATUS ndisStatus; + + RtlZeroMemory(&Attribs, sizeof(NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES)); + Attribs.Header.Type = NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES; + Attribs.Header.Revision = NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES_REVISION_1; + Attribs.Header.Size = sizeof(NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES); + Attribs.MiniportAdapterContext = (NDIS_HANDLE)Adapter; + Attribs.AttributeFlags = NDIS_MINIPORT_ATTRIBUTES_BUS_MASTER | + NDIS_MINIPORT_ATTRIBUTES_NO_HALT_ON_SUSPEND; + Attribs.CheckForHangTimeInSeconds = 0; + Attribs.InterfaceType = XENNET_INTERFACE_TYPE; - for (Index = 0; Ansi[Index].Buffer != NULL; Index++) - __AdapterFree(Ansi[Index].Buffer); + ndisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, + (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); - __AdapterFree(Ansi); + return ndisStatus; } -static FORCEINLINE BOOLEAN -__AdapterMatchDistribution( - IN PXENNET_ADAPTER Adapter, - IN PCHAR Buffer +static NDIS_STATUS +AdapterSetGeneralAttributes( + IN PXENNET_ADAPTER Adapter ) { - PCHAR Vendor; - PCHAR Product; - PCHAR Context; - const CHAR *Text; - BOOLEAN Match; - ULONG Index; - NTSTATUS status; + NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES Attribs; + NDIS_STATUS ndisStatus; - UNREFERENCED_PARAMETER(Adapter); + RtlZeroMemory(&Attribs, sizeof(NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES)); + Attribs.Header.Type = NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES; + Attribs.Header.Revision = NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES_REVISION_1; + Attribs.Header.Size = sizeof(NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES); + Attribs.MediaType = XENNET_MEDIA_TYPE; - status = STATUS_INVALID_PARAMETER; + XENVIF_VIF(MacQueryMaximumFrameSize, + &Adapter->VifInterface, + (PULONG)&Adapter->MaximumFrameSize); - Vendor = __strtok_r(Buffer, " ", &Context); - if (Vendor == NULL) - goto fail1; + Attribs.MtuSize = Adapter->MaximumFrameSize - sizeof (ETHERNET_TAGGED_HEADER); + Attribs.MaxXmitLinkSpeed = XENNET_MEDIA_MAX_SPEED; + Attribs.MaxRcvLinkSpeed = XENNET_MEDIA_MAX_SPEED; + Attribs.XmitLinkSpeed = XENNET_MEDIA_MAX_SPEED; + Attribs.RcvLinkSpeed = XENNET_MEDIA_MAX_SPEED; + Attribs.MediaConnectState = MediaConnectStateConnected; + Attribs.MediaDuplexState = MediaDuplexStateFull; + Attribs.LookaheadSize = Adapter->MaximumFrameSize; + Attribs.PowerManagementCapabilities = &Adapter->Capabilities; + Attribs.MacOptions = XENNET_MAC_OPTIONS; + Attribs.SupportedPacketFilters = XENNET_SUPPORTED_PACKET_FILTERS; + Attribs.MaxMulticastListSize = 32; + Attribs.MacAddressLength = ETHERNET_ADDRESS_LENGTH; - Product = __strtok_r(NULL, " ", &Context); - if (Product == NULL) - goto fail2; + XENVIF_VIF(MacQueryPermanentAddress, + &Adapter->VifInterface, + (PETHERNET_ADDRESS)&Attribs.PermanentMacAddress); + XENVIF_VIF(MacQueryCurrentAddress, + &Adapter->VifInterface, + (PETHERNET_ADDRESS)&Attribs.CurrentMacAddress); - Match = TRUE; + Attribs.PhysicalMediumType = NdisPhysicalMedium802_3; + Attribs.RecvScaleCapabilities = NULL; + Attribs.AccessType = NET_IF_ACCESS_BROADCAST; + Attribs.DirectionType = NET_IF_DIRECTION_SENDRECEIVE; + Attribs.ConnectionType = NET_IF_CONNECTION_DEDICATED; + Attribs.IfType = IF_TYPE_ETHERNET_CSMACD; + Attribs.IfConnectorPresent = TRUE; + Attribs.SupportedStatistics = NDIS_STATISTICS_XMIT_OK_SUPPORTED | + NDIS_STATISTICS_XMIT_ERROR_SUPPORTED | + NDIS_STATISTICS_DIRECTED_BYTES_XMIT_SUPPORTED | + NDIS_STATISTICS_DIRECTED_FRAMES_XMIT_SUPPORTED | + NDIS_STATISTICS_MULTICAST_BYTES_XMIT_SUPPORTED | + NDIS_STATISTICS_MULTICAST_FRAMES_XMIT_SUPPORTED | + NDIS_STATISTICS_BROADCAST_BYTES_XMIT_SUPPORTED | + NDIS_STATISTICS_BROADCAST_FRAMES_XMIT_SUPPORTED | + NDIS_STATISTICS_RCV_OK_SUPPORTED | + NDIS_STATISTICS_RCV_ERROR_SUPPORTED | + NDIS_STATISTICS_DIRECTED_BYTES_RCV_SUPPORTED | + NDIS_STATISTICS_DIRECTED_FRAMES_RCV_SUPPORTED | + NDIS_STATISTICS_MULTICAST_BYTES_RCV_SUPPORTED | + NDIS_STATISTICS_MULTICAST_FRAMES_RCV_SUPPORTED | + NDIS_STATISTICS_BROADCAST_BYTES_RCV_SUPPORTED | + NDIS_STATISTICS_BROADCAST_FRAMES_RCV_SUPPORTED | + NDIS_STATISTICS_GEN_STATISTICS_SUPPORTED; + + Attribs.SupportedOidList = XennetSupportedOids; + Attribs.SupportedOidListLength = sizeof(XennetSupportedOids); - Text = VENDOR_NAME_STR; + ndisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, + (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); - for (Index = 0; Text[Index] != 0; Index++) { - if (!isalnum((UCHAR)Text[Index])) { - if (Vendor[Index] != '_') { - Match = FALSE; - break; - } - } else { - if (Vendor[Index] != Text[Index]) { - Match = FALSE; - break; - } - } - } + return ndisStatus; +} - Text = "XENNET"; +static NDIS_STATUS +AdapterSetOffloadAttributes( + IN PXENNET_ADAPTER Adapter + ) +{ + NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES Attribs; + XENVIF_VIF_OFFLOAD_OPTIONS Options; + PXENVIF_VIF_OFFLOAD_OPTIONS RxOptions; + PXENVIF_VIF_OFFLOAD_OPTIONS TxOptions; + NDIS_OFFLOAD Default; + NDIS_OFFLOAD Supported; + NDIS_STATUS ndisStatus; - if (_stricmp(Product, Text) != 0) - Match = FALSE; + TxOptions = TransmitterOffloadOptions(Adapter->Transmitter); + RxOptions = ReceiverOffloadOptions(Adapter->Receiver); - return Match; + TxOptions->Value = 0; + TxOptions->OffloadTagManipulation = 1; -fail2: - Error("fail2\n"); + RxOptions->Value = 0; + RxOptions->OffloadTagManipulation = 1; -fail1: - Error("fail1 (%08x)\n", status); + if (Adapter->Properties.need_csum_value) + RxOptions->NeedChecksumValue = 1; - return FALSE; -} + if (Adapter->Properties.lrov4) { + RxOptions->OffloadIpVersion4LargePacket = 1; + RxOptions->NeedLargePacketSplit = 1; + } -static FORCEINLINE VOID -__AdapterClearDistribution( - IN PXENNET_ADAPTER Adapter - ) -{ - PCHAR Buffer; - PANSI_STRING Distributions; - ULONG Index; - NTSTATUS status; + if (Adapter->Properties.lrov6) { + RxOptions->OffloadIpVersion6LargePacket = 1; + RxOptions->NeedLargePacketSplit = 1; + } - Trace("====>\n"); + XENVIF_VIF(ReceiverSetOffloadOptions, + &Adapter->VifInterface, + *RxOptions); - status = XENBUS_STORE(Directory, - &Adapter->StoreInterface, - NULL, - NULL, - "drivers", - &Buffer); - if (NT_SUCCESS(status)) { - Distributions = __AdapterMultiSzToUpcaseAnsi(Buffer); + XENVIF_VIF(TransmitterQueryOffloadOptions, + &Adapter->VifInterface, + &Options); - XENBUS_STORE(Free, - &Adapter->StoreInterface, - Buffer); - } else { - Distributions = NULL; - } + RtlZeroMemory(&Supported, sizeof(NDIS_OFFLOAD)); + Supported.Header.Type = NDIS_OBJECT_TYPE_OFFLOAD; + Supported.Header.Revision = NDIS_OFFLOAD_REVISION_1; + Supported.Header.Size = sizeof(NDIS_OFFLOAD); - if (Distributions == NULL) - goto done; + Supported.Checksum.IPv4Receive.Encapsulation = NDIS_ENCAPSULATION_IEEE_802_3; - for (Index = 0; Distributions[Index].Buffer != NULL; Index++) { - PANSI_STRING Distribution = &Distributions[Index]; + Supported.Checksum.IPv4Receive.IpChecksum = 1; + Supported.Checksum.IPv4Receive.IpOptionsSupported = 1; - status = XENBUS_STORE(Read, - &Adapter->StoreInterface, - NULL, - "drivers", - Distribution->Buffer, - &Buffer); - if (!NT_SUCCESS(status)) - continue; + Supported.Checksum.IPv4Receive.TcpChecksum = 1; + Supported.Checksum.IPv4Receive.TcpOptionsSupported = 1; - if (__AdapterMatchDistribution(Adapter, Buffer)) - (VOID) XENBUS_STORE(Remove, - &Adapter->StoreInterface, - NULL, - "drivers", - Distribution->Buffer); + Supported.Checksum.IPv4Receive.UdpChecksum = 1; - XENBUS_STORE(Free, - &Adapter->StoreInterface, - Buffer); - } + Supported.Checksum.IPv6Receive.Encapsulation = NDIS_ENCAPSULATION_IEEE_802_3; - __AdapterFreeAnsi(Distributions); + Supported.Checksum.IPv6Receive.IpExtensionHeadersSupported = 1; -done: - Trace("<====\n"); -} + Supported.Checksum.IPv6Receive.TcpChecksum = 1; + Supported.Checksum.IPv6Receive.TcpOptionsSupported = 1; -#define MAXIMUM_INDEX 255 + Supported.Checksum.IPv6Receive.UdpChecksum = 1; -static FORCEINLINE NTSTATUS -__AdapterSetDistribution( - IN PXENNET_ADAPTER Adapter - ) -{ - ULONG Index; - CHAR Distribution[MAXNAMELEN]; - CHAR Vendor[MAXNAMELEN]; - const CHAR *Product; - NTSTATUS status; + Supported.Checksum.IPv4Transmit.Encapsulation = NDIS_ENCAPSULATION_IEEE_802_3; - Trace("====>\n"); + if (Options.OffloadIpVersion4HeaderChecksum) { + Supported.Checksum.IPv4Transmit.IpChecksum = 1; + Supported.Checksum.IPv4Transmit.IpOptionsSupported = 1; + } - Index = 0; - while (Index <= MAXIMUM_INDEX) { - PCHAR Buffer; + if (Options.OffloadIpVersion4TcpChecksum) { + Supported.Checksum.IPv4Transmit.TcpChecksum = 1; + Supported.Checksum.IPv4Transmit.TcpOptionsSupported = 1; + } - status = RtlStringCbPrintfA(Distribution, - MAXNAMELEN, - "%u", - Index); - ASSERT(NT_SUCCESS(status)); + if (Options.OffloadIpVersion4UdpChecksum) + Supported.Checksum.IPv4Transmit.UdpChecksum = 1; - status = XENBUS_STORE(Read, - &Adapter->StoreInterface, - NULL, - "drivers", - Distribution, - &Buffer); - if (!NT_SUCCESS(status)) { - if (status == STATUS_OBJECT_NAME_NOT_FOUND) - goto update; + Supported.Checksum.IPv6Transmit.Encapsulation = NDIS_ENCAPSULATION_IEEE_802_3; + + Supported.Checksum.IPv6Transmit.IpExtensionHeadersSupported = 1; - goto fail1; - } + if (Options.OffloadIpVersion6TcpChecksum) { + Supported.Checksum.IPv6Transmit.TcpChecksum = 1; + Supported.Checksum.IPv6Transmit.TcpOptionsSupported = 1; + } - XENBUS_STORE(Free, - &Adapter->StoreInterface, - Buffer); + if (Options.OffloadIpVersion6UdpChecksum) + Supported.Checksum.IPv6Transmit.UdpChecksum = 1; - Index++; + if (Options.OffloadIpVersion4LargePacket) { + XENVIF_VIF(TransmitterQueryLargePacketSize, + &Adapter->VifInterface, + 4, + &Supported.LsoV2.IPv4.MaxOffLoadSize); + Supported.LsoV2.IPv4.Encapsulation = NDIS_ENCAPSULATION_IEEE_802_3; + Supported.LsoV2.IPv4.MinSegmentCount = 2; } - status = STATUS_UNSUCCESSFUL; - goto fail2; + if (Options.OffloadIpVersion6LargePacket) { + XENVIF_VIF(TransmitterQueryLargePacketSize, + &Adapter->VifInterface, + 6, + &Supported.LsoV2.IPv6.MaxOffLoadSize); + Supported.LsoV2.IPv6.Encapsulation = NDIS_ENCAPSULATION_IEEE_802_3; + Supported.LsoV2.IPv6.MinSegmentCount = 2; + Supported.LsoV2.IPv6.IpExtensionHeadersSupported = 1; + Supported.LsoV2.IPv6.TcpOptionsSupported = 1; + } -update: - status = RtlStringCbPrintfA(Vendor, - MAXNAMELEN, - "%s", - VENDOR_NAME_STR); - ASSERT(NT_SUCCESS(status)); + Default = Supported; - for (Index = 0; Vendor[Index] != '\0'; Index++) - if (!isalnum((UCHAR)Vendor[Index])) - Vendor[Index] = '_'; + if (!(Adapter->Properties.ipv4_csum & 2)) + Default.Checksum.IPv4Receive.IpChecksum = 0; - Product = "XENNET"; + if (!(Adapter->Properties.tcpv4_csum & 2)) + Default.Checksum.IPv4Receive.TcpChecksum = 0; -#if DBG -#define ATTRIBUTES "(DEBUG)" -#else -#define ATTRIBUTES "" -#endif + if (!(Adapter->Properties.udpv4_csum & 2)) + Default.Checksum.IPv4Receive.UdpChecksum = 0; - (VOID) XENBUS_STORE(Printf, - &Adapter->StoreInterface, - NULL, - "drivers", - Distribution, - "%s %s %u.%u.%u %s", - Vendor, - Product, - MAJOR_VERSION, - MINOR_VERSION, - MICRO_VERSION, - ATTRIBUTES - ); + if (!(Adapter->Properties.tcpv6_csum & 2)) + Default.Checksum.IPv6Receive.TcpChecksum = 0; -#undef ATTRIBUTES + if (!(Adapter->Properties.udpv6_csum & 2)) + Default.Checksum.IPv6Receive.UdpChecksum = 0; - Trace("<====\n"); - return STATUS_SUCCESS; + if (!(Adapter->Properties.ipv4_csum & 1)) + Default.Checksum.IPv4Transmit.IpChecksum = 0; -fail2: - Error("fail2\n"); + if (!(Adapter->Properties.tcpv4_csum & 1)) + Default.Checksum.IPv4Transmit.TcpChecksum = 0; -fail1: - Error("fail1 (%08x)\n", status); + if (!(Adapter->Properties.udpv4_csum & 1)) + Default.Checksum.IPv4Transmit.UdpChecksum = 0; - return status; -} + if (!(Adapter->Properties.tcpv6_csum & 1)) + Default.Checksum.IPv6Transmit.TcpChecksum = 0; -static DECLSPEC_NOINLINE VOID -AdapterSuspendCallbackLate( - IN PVOID Argument - ) -{ - PXENNET_ADAPTER Adapter = Argument; + if (!(Adapter->Properties.udpv6_csum & 1)) + Default.Checksum.IPv6Transmit.UdpChecksum = 0; - (VOID) __AdapterSetDistribution(Adapter); -} + if (!(Adapter->Properties.lsov4)) { + Default.LsoV2.IPv4.MaxOffLoadSize = 0; + Default.LsoV2.IPv4.MinSegmentCount = 0; + } -static NTSTATUS -AdapterSetDistribution( - IN PXENNET_ADAPTER Adapter - ) -{ - LONG Count; - NTSTATUS status; + if (!(Adapter->Properties.lsov6)) { + Default.LsoV2.IPv6.MaxOffLoadSize = 0; + Default.LsoV2.IPv6.MinSegmentCount = 0; + } - Trace("====>\n"); + if (!RtlEqualMemory(&Adapter->Offload, &Default, sizeof (NDIS_OFFLOAD))) { + Adapter->Offload = Default; + DISPLAY_OFFLOAD(Default); + } - Count = InterlockedIncrement(&AdapterCount); - ASSERT(Count != 0); + RtlZeroMemory(&Attribs, sizeof(NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES)); + Attribs.Header.Type = NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES; + Attribs.Header.Revision = NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES_REVISION_1; + Attribs.Header.Size = sizeof(Attribs); + Attribs.DefaultOffloadConfiguration = &Default; + Attribs.HardwareOffloadCapabilities = &Supported; - if (Count != 1) - goto done; + ndisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, + (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); + return ndisStatus; +} - status = __AdapterSetDistribution(Adapter); - if (!NT_SUCCESS(status)) - goto fail1; +static NDIS_STATUS +AdapterSetHeaderDataSplitAttributes( + IN PXENNET_ADAPTER Adapter + ) +{ + NDIS_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES Attribs; + NDIS_HD_SPLIT_ATTRIBUTES Split; + NDIS_STATUS NdisStatus; - status = XENBUS_SUSPEND(Register, - &Adapter->SuspendInterface, - SUSPEND_CALLBACK_LATE, - AdapterSuspendCallbackLate, - Adapter, - &Adapter->SuspendCallbackLate); - if (!NT_SUCCESS(status)) - goto fail2; + RtlZeroMemory(&Attribs, sizeof(Attribs)); -done: - Trace("<====\n"); - return STATUS_SUCCESS; + Attribs.Header.Type = NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES; + Attribs.Header.Revision = NDIS_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES_REVISION_1; + Attribs.Header.Size = NDIS_SIZEOF_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES_REVISION_1; -fail2: - Error("fail2\n"); + RtlZeroMemory(&Split, sizeof(Split)); - __AdapterClearDistribution(Adapter); + Split.Header.Type = NDIS_OBJECT_TYPE_HD_SPLIT_ATTRIBUTES; + Split.Header.Revision = NDIS_HD_SPLIT_ATTRIBUTES_REVISION_1; + Split.Header.Size = NDIS_SIZEOF_HD_SPLIT_ATTRIBUTES_REVISION_1; + Split.HardwareCapabilities = + NDIS_HD_SPLIT_CAPS_SUPPORTS_HEADER_DATA_SPLIT | + NDIS_HD_SPLIT_CAPS_SUPPORTS_IPV4_OPTIONS | + NDIS_HD_SPLIT_CAPS_SUPPORTS_IPV6_EXTENSION_HEADERS | + NDIS_HD_SPLIT_CAPS_SUPPORTS_TCP_OPTIONS; -fail1: - Error("fail1 (%08x)\n", status); + if (Adapter->Properties.HeaderDataSplit != 0) + Split.CurrentCapabilities = Split.HardwareCapabilities; - return status; -} + Attribs.HDSplitAttributes = &Split; -static VOID -AdapterClearDistribution( - IN PXENNET_ADAPTER Adapter - ) -{ - LONG Count; + NdisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, + (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); + if (NdisStatus != NDIS_STATUS_SUCCESS) + goto fail1; - Trace("====>\n"); + if (Split.HDSplitFlags == NDIS_HD_SPLIT_ENABLE_HEADER_DATA_SPLIT) { + ASSERT(Split.CurrentCapabilities & NDIS_HD_SPLIT_CAPS_SUPPORTS_HEADER_DATA_SPLIT); - Count = InterlockedDecrement(&AdapterCount); + Info("BackfillSize = %u\n", Split.BackfillSize); + Info("MaxHeaderSize = %u\n", Split.MaxHeaderSize); - if (Count != 0) - goto done; + XENVIF_VIF(ReceiverSetBackfillSize, + &Adapter->VifInterface, + Split.BackfillSize); - XENBUS_SUSPEND(Deregister, - &Adapter->SuspendInterface, - Adapter->SuspendCallbackLate); - Adapter->SuspendCallbackLate = NULL; + ReceiverSplitHeaderData(Adapter->Receiver, Split.MaxHeaderSize); + } - __AdapterClearDistribution(Adapter); + return NDIS_STATUS_SUCCESS; -done: - Trace("<====\n"); +fail1: + Error("fail1 (%08x)\n", NdisStatus); + + return NdisStatus; } NDIS_STATUS @@ -2715,52 +2810,35 @@ AdapterInitialize( if (!NT_SUCCESS(status)) goto fail6; - status = XENBUS_CACHE(Acquire, - &(*Adapter)->CacheInterface); - if (!NT_SUCCESS(status)) - goto fail7; - - status = XENBUS_STORE(Acquire, - &(*Adapter)->StoreInterface); - if (!NT_SUCCESS(status)) - goto fail8; - - status = XENBUS_SUSPEND(Acquire, - &(*Adapter)->SuspendInterface); - if (!NT_SUCCESS(status)) - goto fail9; - - (VOID) AdapterSetDistribution(*Adapter); - (*Adapter)->NdisAdapterHandle = Handle; ndisStatus = TransmitterInitialize(*Adapter, &(*Adapter)->Transmitter); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail10; + goto fail7; ndisStatus = ReceiverInitialize(*Adapter, &(*Adapter)->Receiver); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail11; + goto fail8; ndisStatus = AdapterGetAdvancedSettings(*Adapter); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail12; + goto fail9; ndisStatus = AdapterSetRegistrationAttributes(*Adapter); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail13; + goto fail10; ndisStatus = AdapterSetGeneralAttributes(*Adapter); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail14; + goto fail11; ndisStatus = AdapterSetOffloadAttributes(*Adapter); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail15; + goto fail12; ndisStatus = AdapterSetHeaderDataSplitAttributes(*Adapter); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail16; + goto fail13; RtlZeroMemory(&Dma, sizeof(NDIS_SG_DMA_DESCRIPTION)); Dma.Header.Type = NDIS_OBJECT_TYPE_SG_DMA_DESCRIPTION; @@ -2777,43 +2855,23 @@ AdapterInitialize( if (ndisStatus != NDIS_STATUS_SUCCESS) (*Adapter)->NdisDmaHandle = NULL; - ndisStatus = AdapterEnable(*Adapter); - if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail17; - return NDIS_STATUS_SUCCESS; -fail17: - if ((*Adapter)->NdisDmaHandle) - NdisMDeregisterScatterGatherDma((*Adapter)->NdisDmaHandle); - (*Adapter)->NdisDmaHandle = NULL; - -fail16: -fail15: -fail14: fail13: fail12: +fail11: +fail10: +fail9: ReceiverTeardown((*Adapter)->Receiver); (*Adapter)->Receiver = NULL; -fail11: +fail8: TransmitterTeardown((*Adapter)->Transmitter); (*Adapter)->Transmitter = NULL; -fail10: +fail7: (*Adapter)->NdisAdapterHandle = NULL; - AdapterClearDistribution(*Adapter); - - XENBUS_SUSPEND(Release, &(*Adapter)->SuspendInterface); - -fail9: - XENBUS_STORE(Release, &(*Adapter)->StoreInterface); - -fail8: - XENBUS_CACHE(Release, &(*Adapter)->CacheInterface); - -fail7: XENVIF_VIF(Release, &(*Adapter)->VifInterface); fail6: @@ -2852,9 +2910,6 @@ AdapterTeardown( AdapterClearDistribution(Adapter); - XENBUS_SUSPEND(Release, &Adapter->SuspendInterface); - XENBUS_STORE(Release, &Adapter->StoreInterface); - XENBUS_CACHE(Release, &Adapter->CacheInterface); XENVIF_VIF(Release, &Adapter->VifInterface); RtlZeroMemory(&Adapter->SuspendInterface, sizeof(XENBUS_SUSPEND_INTERFACE)); diff --git a/src/xennet/adapter.h b/src/xennet/adapter.h index 3cc1d90..5b2495a 100644 --- a/src/xennet/adapter.h +++ b/src/xennet/adapter.h @@ -99,7 +99,7 @@ AdapterEnable( IN PXENNET_ADAPTER Adapter ); -extern BOOLEAN +extern VOID AdapterDisable( IN PXENNET_ADAPTER Adapter ); diff --git a/src/xennet/miniport.c b/src/xennet/miniport.c index 5500418..1883db5 100644 --- a/src/xennet/miniport.c +++ b/src/xennet/miniport.c @@ -66,7 +66,7 @@ MiniportInitializeEx( PXENNET_ADAPTER Adapter; NDIS_STATUS NdisStatus; - Trace("====>\n"); + Info("====>\n"); UNREFERENCED_PARAMETER(MiniportDriverContext); UNREFERENCED_PARAMETER(MiniportInitParameters); @@ -75,7 +75,7 @@ MiniportInitializeEx( if (NdisStatus != NDIS_STATUS_SUCCESS) goto fail1; - Trace("<====\n"); + Info("<====\n"); return NDIS_STATUS_SUCCESS; @@ -97,16 +97,14 @@ MiniportHaltEx( UNREFERENCED_PARAMETER(HaltAction); - Trace("====>\n"); + Info("====>\n"); if (Adapter == NULL) return; - (VOID) AdapterDisable(Adapter); - AdapterTeardown(Adapter); - Trace("<====\n"); + Info("<====\n"); } static @@ -131,12 +129,11 @@ MiniportPause( UNREFERENCED_PARAMETER(MiniportPauseParameters); - Trace("====>\n"); + Info("====>\n"); - if (AdapterDisable(Adapter)) - AdapterMediaStateChange(Adapter); + AdapterDisable(Adapter); - Trace("<====\n"); + Info("<====\n"); return NDIS_STATUS_SUCCESS; } @@ -154,11 +151,11 @@ MiniportRestart( UNREFERENCED_PARAMETER(MiniportRestartParameters); - Trace("====>\n"); + Info("====>\n"); NdisStatus = AdapterEnable(Adapter); - Trace("<====\n"); + Info("<====\n"); return NdisStatus; } diff --git a/src/xennet/receiver.c b/src/xennet/receiver.c index 17ab27f..8bfc10b 100644 --- a/src/xennet/receiver.c +++ b/src/xennet/receiver.c @@ -359,6 +359,24 @@ fail1: return status; } +NDIS_STATUS +ReceiverEnable ( + IN PXENNET_RECEIVER Receiver + ) +{ + UNREFERENCED_PARAMETER(Receiver); + + return NDIS_STATUS_SUCCESS; +} + +VOID +ReceiverDisable ( + IN PXENNET_RECEIVER Receiver + ) +{ + UNREFERENCED_PARAMETER(Receiver); +} + VOID ReceiverTeardown( IN PXENNET_RECEIVER Receiver diff --git a/src/xennet/receiver.h b/src/xennet/receiver.h index b2cc809..33701a9 100644 --- a/src/xennet/receiver.h +++ b/src/xennet/receiver.h @@ -43,6 +43,16 @@ ReceiverInitialize( OUT PXENNET_RECEIVER *Receiver ); +extern NDIS_STATUS +ReceiverEnable( + IN PXENNET_RECEIVER Receiver + ); + +extern VOID +ReceiverDisable( + IN PXENNET_RECEIVER Receiver + ); + extern VOID ReceiverTeardown( IN PXENNET_RECEIVER Receiver diff --git a/src/xennet/transmitter.c b/src/xennet/transmitter.c index a617b7d..8c80c7e 100644 --- a/src/xennet/transmitter.c +++ b/src/xennet/transmitter.c @@ -141,16 +141,10 @@ TransmitterInitialize ( OUT PXENNET_TRANSMITTER *Transmitter ) { - NTSTATUS status; - PXENBUS_CACHE_INTERFACE CacheInterface; - - CacheInterface = AdapterGetCacheInterface(Adapter); - *Transmitter = ExAllocatePoolWithTag(NonPagedPool, sizeof(XENNET_TRANSMITTER), TRANSMITTER_POOL_TAG); - status = STATUS_NO_MEMORY; if (*Transmitter == NULL) goto fail1; @@ -160,6 +154,22 @@ TransmitterInitialize ( KeInitializeSpinLock(&(*Transmitter)->Lock); + return NDIS_STATUS_SUCCESS; + +fail1: + return NDIS_STATUS_FAILURE; +} + +NDIS_STATUS +TransmitterEnable ( + IN PXENNET_TRANSMITTER Transmitter + ) +{ + PXENBUS_CACHE_INTERFACE CacheInterface; + NTSTATUS status; + + CacheInterface = AdapterGetCacheInterface(Transmitter->Adapter); + status = XENBUS_CACHE(Create, CacheInterface, "packet_cache", @@ -169,10 +179,10 @@ TransmitterInitialize ( __TransmitterPacketDtor, __TransmitterPacketAcquireLock, __TransmitterPacketReleaseLock, - *Transmitter, - &(*Transmitter)->PacketCache); + Transmitter, + &Transmitter->PacketCache); if (!NT_SUCCESS(status)) - goto fail2; + goto fail1; status = XENBUS_CACHE(Create, CacheInterface, @@ -183,27 +193,20 @@ TransmitterInitialize ( __TransmitterBufferDtor, __TransmitterBufferAcquireLock, __TransmitterBufferReleaseLock, - *Transmitter, - &(*Transmitter)->BufferCache); + Transmitter, + &Transmitter->BufferCache); if (!NT_SUCCESS(status)) - goto fail3; + goto fail2; return NDIS_STATUS_SUCCESS; -fail3: - XENBUS_CACHE(Destroy, - CacheInterface, - (*Transmitter)->PacketCache); - (*Transmitter)->PacketCache = NULL; - fail2: Error("fail2\n"); - RtlZeroMemory(&(*Transmitter)->Lock, sizeof(KSPIN_LOCK)); - - ExFreePoolWithTag(*Transmitter, TRANSMITTER_POOL_TAG); - - *Transmitter = NULL; + XENBUS_CACHE(Destroy, + CacheInterface, + Transmitter->PacketCache); + Transmitter->PacketCache = NULL; fail1: Error("fail1\n (%08x)", status); @@ -212,7 +215,7 @@ fail1: } VOID -TransmitterTeardown( +TransmitterDisable ( IN PXENNET_TRANSMITTER Transmitter ) { @@ -220,9 +223,6 @@ TransmitterTeardown( CacheInterface = AdapterGetCacheInterface(Transmitter->Adapter); - Transmitter->Adapter = NULL; - Transmitter->OffloadOptions.Value = 0; - XENBUS_CACHE(Destroy, CacheInterface, Transmitter->BufferCache); @@ -232,6 +232,15 @@ TransmitterTeardown( CacheInterface, Transmitter->PacketCache); Transmitter->PacketCache = NULL; +} + +VOID +TransmitterTeardown( + IN PXENNET_TRANSMITTER Transmitter + ) +{ + Transmitter->Adapter = NULL; + Transmitter->OffloadOptions.Value = 0; RtlZeroMemory(&Transmitter->Lock, sizeof(KSPIN_LOCK)); diff --git a/src/xennet/transmitter.h b/src/xennet/transmitter.h index 0adebdc..363b91e 100644 --- a/src/xennet/transmitter.h +++ b/src/xennet/transmitter.h @@ -43,6 +43,16 @@ TransmitterInitialize( OUT PXENNET_TRANSMITTER *Transmitter ); +extern NDIS_STATUS +TransmitterEnable( + IN PXENNET_TRANSMITTER Transmitter + ); + +extern VOID +TransmitterDisable( + IN PXENNET_TRANSMITTER Transmitter + ); + extern VOID TransmitterTeardown( IN PXENNET_TRANSMITTER Transmitter -- 2.1.1 _______________________________________________ win-pv-devel mailing list win-pv-devel@lists.xenproject.org http://lists.xenproject.org/cgi-bin/mailman/listinfo/win-pv-devel From win-pv-devel-bounces@lists.xenproject.org Thu Dec 03 17:21:01 2015 Return-path: Envelope-to: archives@lists.xenproject.org Delivery-date: Thu, 03 Dec 2015 17:21:01 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4XYy-0006eZ-As; Thu, 03 Dec 2015 17:21:00 +0000 Received: from mail6.bemta4.messagelabs.com ([85.158.143.247]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4XYv-0006eR-Rw for win-pv-devel@lists.xenproject.org; Thu, 03 Dec 2015 17:20:58 +0000 Received: from [85.158.143.35] by server-1.bemta-4.messagelabs.com id A9/5F-21571-9F970665; Thu, 03 Dec 2015 17:20:57 +0000 X-Env-Sender: prvs=772d45f04=Paul.Durrant@citrix.com X-Msg-Ref: server-9.tower-21.messagelabs.com!1449163253!3457396!1 X-Originating-IP: [185.25.65.24] X-SpamReason: No, hits=0.0 required=7.0 tests=UPPERCASE_25_50, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35; banners=-,-,- X-VirusChecked: Checked Received: (qmail 60315 invoked from network); 3 Dec 2015 17:20:54 -0000 Received: from smtp.ctxuk.citrix.com (HELO SMTP.EU.CITRIX.COM) (185.25.65.24) by server-9.tower-21.messagelabs.com with RC4-SHA encrypted SMTP; 3 Dec 2015 17:20:54 -0000 X-IronPort-AV: E=Sophos;i="5.20,378,1444694400"; d="scan'208";a="9228673" From: Paul Durrant To: Paul Durrant , "win-pv-devel@lists.xenproject.org" Thread-Topic: [PATCH for 8.1] Make sure XENBUS interfaces are released when going into S4 Thread-Index: AQHRLcuVQgVsHxUVhUagbULR7IVhKp65gHXw Date: Thu, 3 Dec 2015 17:18:17 +0000 Message-ID: <9AAE0902D5BC7E449B7C8E4E778ABCD02F6A5699@AMSPEX01CL01.citrite.net> References: <1449148022-7436-1-git-send-email-paul.durrant@citrix.com> In-Reply-To: <1449148022-7436-1-git-send-email-paul.durrant@citrix.com> Accept-Language: en-GB, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: MIME-Version: 1.0 X-DLP: AMS1 Subject: Re: [win-pv-devel] [PATCH for 8.1] Make sure XENBUS interfaces are released when going into S4 X-BeenThere: win-pv-devel@lists.xenproject.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Developer list for the Windows PV Drivers subproject List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: win-pv-devel-bounces@lists.xenproject.org Errors-To: win-pv-devel-bounces@lists.xenproject.org > -----Original Message----- > From: Paul Durrant [mailto:pdurrant@gmail.com] > Sent: 03 December 2015 13:07 > To: win-pv-devel@lists.xenproject.org > Cc: Paul Durrant > Subject: [PATCH for 8.1] Make sure XENBUS interfaces are released when > going into S4 > > Because a transition into and out of S4 means a new domain is built, it's > crucial that all XENBUS interfaces are released (so that things like > event channels, grant tables and the xenstore ring get re-constructed). > > This patch fixes code paths where this was not being done. It also adds > some more logging during AdapterEnable/Disable and when moving > between > D0 and D3. > > Signed-off-by: Paul Durrant Note that this patch introduces a race between cache destruction and packet transmission which can lead to a NULL pointer dereference. The only sound solution I can see to this is to move hashing into XENVIF so that XENNET no longer needs to use caches and their lifecycle can then be protected by the MRSW VIF interface lock. Since that's a significant amount of code change it's going to take a while and so I will not back-port this patch until then. Paul > --- > src/xennet/adapter.c | 2719 +++++++++++++++++++++++------------------- > ---- > src/xennet/adapter.h | 2 +- > src/xennet/miniport.c | 21 +- > src/xennet/receiver.c | 18 + > src/xennet/receiver.h | 10 + > src/xennet/transmitter.c | 63 +- > src/xennet/transmitter.h | 10 + > 7 files changed, 1471 insertions(+), 1372 deletions(-) > > diff --git a/src/xennet/adapter.c b/src/xennet/adapter.c > index f9b3cf1..2c35636 100644 > --- a/src/xennet/adapter.c > +++ b/src/xennet/adapter.c > @@ -1074,1576 +1074,1671 @@ AdapterGetReceiver( > return Adapter->Receiver; > } > > -NDIS_STATUS > -AdapterEnable( > - IN PXENNET_ADAPTER Adapter > +static FORCEINLINE PVOID > +__AdapterAllocate( > + IN ULONG Length > ) > { > - NTSTATUS status; > - > - if (Adapter->Enabled) > - return NDIS_STATUS_SUCCESS; > - > - status = XENVIF_VIF(Enable, > - &Adapter->VifInterface, > - AdapterVifCallback, > - Adapter); > - if (!NT_SUCCESS(status)) > - goto fail1; > - > - Adapter->Enabled = TRUE; > - > - return NDIS_STATUS_SUCCESS; > + return __AllocateNonPagedPoolWithTag(Length, ADAPTER_POOL_TAG); > +} > > -fail1: > - return NDIS_STATUS_FAILURE; > +static FORCEINLINE VOID > +__AdapterFree( > + IN PVOID Buffer > + ) > +{ > + __FreePoolWithTag(Buffer, ADAPTER_POOL_TAG); > } > > -BOOLEAN > -AdapterDisable( > - IN PXENNET_ADAPTER Adapter > +static FORCEINLINE PANSI_STRING > +__AdapterMultiSzToUpcaseAnsi( > + IN PCHAR Buffer > ) > { > - if (!Adapter->Enabled) > - return FALSE; > + PANSI_STRING Ansi; > + LONG Index; > + LONG Count; > + NTSTATUS status; > > - XENVIF_VIF(Disable, > - &Adapter->VifInterface); > + Index = 0; > + Count = 0; > + for (;;) { > + if (Buffer[Index] == '\0') { > + Count++; > + Index++; > > - AdapterMediaStateChange(Adapter); > + // Check for double NUL > + if (Buffer[Index] == '\0') > + break; > + } else { > + Buffer[Index] = (CHAR)toupper(Buffer[Index]); > + Index++; > + } > + } > > - Adapter->Enabled = FALSE; > + Ansi = __AdapterAllocate(sizeof (ANSI_STRING) * (Count + 1)); > > - return TRUE; > -} > + status = STATUS_NO_MEMORY; > + if (Ansi == NULL) > + goto fail1; > > -VOID > -AdapterMediaStateChange( > - IN PXENNET_ADAPTER Adapter > - ) > -{ > - NDIS_LINK_STATE LinkState; > - NDIS_STATUS_INDICATION StatusIndication; > + for (Index = 0; Index < Count; Index++) { > + ULONG Length; > > - RtlZeroMemory(&LinkState, sizeof (NDIS_LINK_STATE)); > - LinkState.Header.Revision = NDIS_LINK_STATE_REVISION_1; > - LinkState.Header.Type = NDIS_OBJECT_TYPE_DEFAULT; > - LinkState.Header.Size = sizeof(NDIS_LINK_STATE); > + Length = (ULONG)strlen(Buffer); > + Ansi[Index].MaximumLength = (USHORT)(Length + 1); > + Ansi[Index].Buffer = __AdapterAllocate(Ansi[Index].MaximumLength); > > - XENVIF_VIF(MacQueryState, > - &Adapter->VifInterface, > - &LinkState.MediaConnectState, > - &LinkState.RcvLinkSpeed, > - &LinkState.MediaDuplexState); > + status = STATUS_NO_MEMORY; > + if (Ansi[Index].Buffer == NULL) > + goto fail2; > > - if (LinkState.MediaConnectState == MediaConnectStateUnknown) { > - Info("LINK: STATE UNKNOWN\n"); > - } else if (LinkState.MediaConnectState == > MediaConnectStateDisconnected) { > - Info("LINK: DOWN\n"); > - } else { > - ASSERT3U(LinkState.MediaConnectState, ==, > MediaConnectStateConnected); > + RtlCopyMemory(Ansi[Index].Buffer, Buffer, Length); > + Ansi[Index].Length = (USHORT)Length; > > - if (LinkState.MediaDuplexState == MediaDuplexStateHalf) > - Info("LINK: UP: SPEED=%u DUPLEX=HALF\n", > LinkState.RcvLinkSpeed); > - else if (LinkState.MediaDuplexState == MediaDuplexStateFull) > - Info("LINK: UP: SPEED=%u DUPLEX=FULL\n", LinkState.RcvLinkSpeed); > - else > - Info("LINK: UP: SPEED=%u DUPLEX=UNKNOWN\n", > LinkState.RcvLinkSpeed); > + Buffer += Length + 1; > } > > - LinkState.XmitLinkSpeed = LinkState.RcvLinkSpeed; > + return Ansi; > > - RtlZeroMemory(&StatusIndication, sizeof (NDIS_STATUS_INDICATION)); > - StatusIndication.Header.Type = > NDIS_OBJECT_TYPE_STATUS_INDICATION; > - StatusIndication.Header.Revision = > NDIS_STATUS_INDICATION_REVISION_1; > - StatusIndication.Header.Size = sizeof (NDIS_STATUS_INDICATION); > +fail2: > + Error("fail2\n"); > > - StatusIndication.SourceHandle = Adapter->NdisAdapterHandle; > - StatusIndication.StatusCode = NDIS_STATUS_LINK_STATE; > - StatusIndication.StatusBuffer = &LinkState; > - StatusIndication.StatusBufferSize = sizeof (NDIS_LINK_STATE); > + while (--Index >= 0) > + __AdapterFree(Ansi[Index].Buffer); > > - NdisMIndicateStatusEx(Adapter->NdisAdapterHandle, &StatusIndication); > + __AdapterFree(Ansi); > + > +fail1: > + Error("fail1 (%08x)\n", status); > + > + return NULL; > } > > -NDIS_STATUS > -AdapterSetInformation( > - IN PXENNET_ADAPTER Adapter, > - IN PNDIS_OID_REQUEST Request > +static FORCEINLINE VOID > +__AdapterFreeAnsi( > + IN PANSI_STRING Ansi > ) > { > - PVOID Buffer; > - ULONG BufferLength; > - ULONG BytesNeeded; > - ULONG BytesRead; > - BOOLEAN Warn; > - NDIS_STATUS ndisStatus; > + ULONG Index; > > - Buffer = Request->DATA.SET_INFORMATION.InformationBuffer; > - BufferLength = Request- > >DATA.SET_INFORMATION.InformationBufferLength; > - BytesNeeded = BytesRead = 0; > - Warn = TRUE; > - ndisStatus = NDIS_STATUS_SUCCESS; > + for (Index = 0; Ansi[Index].Buffer != NULL; Index++) > + __AdapterFree(Ansi[Index].Buffer); > > - switch (Request->DATA.SET_INFORMATION.Oid) { > - case OID_PNP_SET_POWER: > - BytesNeeded = sizeof(NDIS_DEVICE_POWER_STATE); > - // do nothing > - break; > + __AdapterFree(Ansi); > +} > > - case OID_GEN_CURRENT_LOOKAHEAD: > - BytesNeeded = sizeof(ULONG); > - Adapter->CurrentLookahead = Adapter->MaximumFrameSize; > - if (BufferLength == BytesNeeded) { > - Adapter->CurrentLookahead = *(PULONG)Buffer; > - BytesRead = sizeof(ULONG); > - } > - break; > +static FORCEINLINE BOOLEAN > +__AdapterMatchDistribution( > + IN PXENNET_ADAPTER Adapter, > + IN PCHAR Buffer > + ) > +{ > + PCHAR Vendor; > + PCHAR Product; > + PCHAR Context; > + const CHAR *Text; > + BOOLEAN Match; > + ULONG Index; > + NTSTATUS status; > > - case OID_GEN_CURRENT_PACKET_FILTER: > - BytesNeeded = sizeof(ULONG); > - if (BufferLength == BytesNeeded) { > - ndisStatus = AdapterSetPacketFilter(Adapter, > - (PULONG)Buffer); > - BytesRead = sizeof(ULONG); > - } > - break; > + UNREFERENCED_PARAMETER(Adapter); > > - case OID_802_3_MULTICAST_LIST: > - BytesNeeded = ETHERNET_ADDRESS_LENGTH; > - if (BufferLength % ETHERNET_ADDRESS_LENGTH == 0) { > - ndisStatus = AdapterSetMulticastAddresses(Adapter, > - Buffer, > - BufferLength / ETHERNET_ADDRESS_LENGTH); > - if (ndisStatus == NDIS_STATUS_SUCCESS) > - BytesRead = BufferLength; > - } else { > - ndisStatus = NDIS_STATUS_INVALID_LENGTH; > - } > - break; > + status = STATUS_INVALID_PARAMETER; > > - case OID_OFFLOAD_ENCAPSULATION: > - BytesNeeded = sizeof(NDIS_OFFLOAD_ENCAPSULATION); > - if (BufferLength >= BytesNeeded) { > - ndisStatus = AdapterGetOffloadEncapsulation(Adapter, > - (PNDIS_OFFLOAD_ENCAPSULATION)Buffer); > - if (ndisStatus == NDIS_STATUS_SUCCESS) > - BytesRead = sizeof(NDIS_OFFLOAD_ENCAPSULATION); > - } > - break; > + Vendor = __strtok_r(Buffer, " ", &Context); > + if (Vendor == NULL) > + goto fail1; > > - case OID_TCP_OFFLOAD_PARAMETERS: > - BytesNeeded = sizeof(NDIS_OFFLOAD_PARAMETERS); > - if (BufferLength >= BytesNeeded) { > - ndisStatus = AdapterGetTcpOffloadParameters(Adapter, > - (PNDIS_OFFLOAD_PARAMETERS)Buffer); > - if (ndisStatus == NDIS_STATUS_SUCCESS) > - BytesRead = sizeof(NDIS_OFFLOAD_PARAMETERS); > - } > - break; > + Product = __strtok_r(NULL, " ", &Context); > + if (Product == NULL) > + goto fail2; > > - case OID_GEN_HD_SPLIT_PARAMETERS: > - BytesNeeded = sizeof(NDIS_HD_SPLIT_PARAMETERS); > - if (BufferLength >= BytesNeeded) { > - ndisStatus = AdapterGetHeaderDataSplitParameters(Adapter, > - (PNDIS_HD_SPLIT_PARAMETERS)Buffer); > - if (ndisStatus == NDIS_STATUS_SUCCESS) > - BytesRead = sizeof(NDIS_HD_SPLIT_PARAMETERS); > - } > - break; > + Match = TRUE; > > - case OID_GEN_INTERRUPT_MODERATION: > - case OID_GEN_MACHINE_NAME: > - Warn = FALSE; > - /*FALLTHRU*/ > - default: > - if (Warn) > - Warning("UNSUPPORTED OID %08x\n", Request- > >DATA.QUERY_INFORMATION.Oid); > + Text = VENDOR_NAME_STR; > > - ndisStatus = NDIS_STATUS_NOT_SUPPORTED; > - break; > + for (Index = 0; Text[Index] != 0; Index++) { > + if (!isalnum((UCHAR)Text[Index])) { > + if (Vendor[Index] != '_') { > + Match = FALSE; > + break; > + } > + } else { > + if (Vendor[Index] != Text[Index]) { > + Match = FALSE; > + break; > + } > + } > } > > - Request->DATA.SET_INFORMATION.BytesNeeded = BytesNeeded; > - if (ndisStatus == NDIS_STATUS_SUCCESS) > - Request->DATA.SET_INFORMATION.BytesRead = BytesRead; > + Text = "XENNET"; > > - return ndisStatus; > -} > + if (_stricmp(Product, Text) != 0) > + Match = FALSE; > > -static FORCEINLINE NDIS_STATUS > -__CopyBuffer( > - IN PVOID Destination, > - IN ULONG DestinationLength, > - IN PVOID Source, > - IN ULONG SourceLength, > - OUT PULONG CopyLength > - ) > -{ > - *CopyLength = __min(SourceLength, DestinationLength); > - RtlCopyMemory(Destination, Source, *CopyLength); > + return Match; > > - return (DestinationLength >= SourceLength) ? > - NDIS_STATUS_SUCCESS : > - NDIS_STATUS_BUFFER_TOO_SHORT; > -} > +fail2: > + Error("fail2\n"); > > -static FORCEINLINE NDIS_STATUS > -__SetUlong( > - IN PVOID Destination, > - IN ULONG DestinationLength, > - IN ULONG Source, > - OUT PULONG CopyLength > - ) > -{ > - return __CopyBuffer(Destination, > - DestinationLength & ~3, > - &Source, > - sizeof (ULONG), > - CopyLength); > +fail1: > + Error("fail1 (%08x)\n", status); > + > + return FALSE; > } > > -static FORCEINLINE NDIS_STATUS > -__SetUlong64( > - IN PVOID Destination, > - IN ULONG DestinationLength, > - IN ULONG64 Source, > - OUT PULONG CopyLength > +static FORCEINLINE VOID > +__AdapterClearDistribution( > + IN PXENNET_ADAPTER Adapter > ) > { > - NDIS_STATUS ndisStatus; > + PCHAR Buffer; > + PANSI_STRING Distributions; > + ULONG Index; > + NTSTATUS status; > > - ndisStatus = __CopyBuffer(Destination, > - DestinationLength & ~3, > - &Source, > - sizeof (ULONG64), > - CopyLength); > - if (DestinationLength >= 4) > - ndisStatus = NDIS_STATUS_SUCCESS; > + Trace("====>\n"); > > - return ndisStatus; > -} > + status = XENBUS_STORE(Directory, > + &Adapter->StoreInterface, > + NULL, > + NULL, > + "drivers", > + &Buffer); > + if (NT_SUCCESS(status)) { > + Distributions = __AdapterMultiSzToUpcaseAnsi(Buffer); > > -NDIS_STATUS > -AdapterQueryInformation( > - IN PXENNET_ADAPTER Adapter, > - IN PNDIS_OID_REQUEST Request > - ) > -{ > - PVOID Buffer; > - ULONG BufferLength; > - ULONG BytesNeeded; > - ULONG BytesWritten; > - ULONG Value32; > - ULONGLONG Value64; > - ETHERNET_ADDRESS EthernetAddress; > - BOOLEAN Warn; > - NDIS_STATUS ndisStatus; > + XENBUS_STORE(Free, > + &Adapter->StoreInterface, > + Buffer); > + } else { > + Distributions = NULL; > + } > > - Buffer = Request->DATA.QUERY_INFORMATION.InformationBuffer; > - BufferLength = Request- > >DATA.QUERY_INFORMATION.InformationBufferLength; > - BytesNeeded = BytesWritten = 0; > - Warn = TRUE; > - ndisStatus = NDIS_STATUS_SUCCESS; > + if (Distributions == NULL) > + goto done; > > - switch (Request->DATA.QUERY_INFORMATION.Oid) { > - case OID_PNP_CAPABILITIES: > - BytesNeeded = sizeof(Adapter->Capabilities); > - ndisStatus = __CopyBuffer(Buffer, > - BufferLength, > - &Adapter->Capabilities, > - BytesNeeded, > - &BytesWritten); > - break; > + for (Index = 0; Distributions[Index].Buffer != NULL; Index++) { > + PANSI_STRING Distribution = &Distributions[Index]; > > - case OID_PNP_QUERY_POWER: > - BytesNeeded = sizeof(NDIS_DEVICE_POWER_STATE); > - BytesWritten = 0; > - // do nothing > - break; > + status = XENBUS_STORE(Read, > + &Adapter->StoreInterface, > + NULL, > + "drivers", > + Distribution->Buffer, > + &Buffer); > + if (!NT_SUCCESS(status)) > + continue; > > - case OID_GEN_SUPPORTED_LIST: > - BytesNeeded = sizeof(XennetSupportedOids); > - ndisStatus = __CopyBuffer(Buffer, > - BufferLength, > - &XennetSupportedOids[0], > - BytesNeeded, > - &BytesWritten); > - break; > + if (__AdapterMatchDistribution(Adapter, Buffer)) > + (VOID) XENBUS_STORE(Remove, > + &Adapter->StoreInterface, > + NULL, > + "drivers", > + Distribution->Buffer); > > - case OID_GEN_HARDWARE_STATUS: > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - NdisHardwareStatusReady, > - &BytesWritten); > - break; > + XENBUS_STORE(Free, > + &Adapter->StoreInterface, > + Buffer); > + } > > - case OID_GEN_MEDIA_SUPPORTED: > - case OID_GEN_MEDIA_IN_USE: > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - XENNET_MEDIA_TYPE, > - &BytesWritten); > - break; > + __AdapterFreeAnsi(Distributions); > > - case OID_GEN_MAXIMUM_LOOKAHEAD: > - case OID_GEN_TRANSMIT_BLOCK_SIZE: > - case OID_GEN_RECEIVE_BLOCK_SIZE: > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - Adapter->MaximumFrameSize, > - &BytesWritten); > - break; > +done: > + Trace("<====\n"); > +} > > - case OID_GEN_TRANSMIT_BUFFER_SPACE: > - case OID_GEN_RECEIVE_BUFFER_SPACE: > - XENVIF_VIF(TransmitterQueryRingSize, > - &Adapter->VifInterface, > - (PULONG)&Value32); > - Value32 *= Adapter->MaximumFrameSize; > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - Value32, > - &BytesWritten); > - break; > +#define MAXIMUM_INDEX 255 > > - case OID_GEN_VENDOR_DESCRIPTION: > - BytesNeeded = (ULONG)strlen(VENDOR_NAME_STR) + 1; > - ndisStatus = __CopyBuffer(Buffer, > - BufferLength, > - VENDOR_NAME_STR, > - BytesNeeded, > - &BytesWritten); > - break; > +static FORCEINLINE NTSTATUS > +__AdapterSetDistribution( > + IN PXENNET_ADAPTER Adapter > + ) > +{ > + ULONG Index; > + CHAR Distribution[MAXNAMELEN]; > + CHAR Vendor[MAXNAMELEN]; > + const CHAR *Product; > + NTSTATUS status; > > - case OID_GEN_VENDOR_DRIVER_VERSION: > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - ((MAJOR_VERSION << 8) | MINOR_VERSION) << 8, > - &BytesWritten); > - break; > + Trace("====>\n"); > > - case OID_GEN_DRIVER_VERSION: > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (6 << 8) | 0, // NDIS 6.0 > - &BytesWritten); > - break; > + Index = 0; > + while (Index <= MAXIMUM_INDEX) { > + PCHAR Buffer; > > - case OID_GEN_MAC_OPTIONS: > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - XENNET_MAC_OPTIONS, > - &BytesWritten); > - break; > + status = RtlStringCbPrintfA(Distribution, > + MAXNAMELEN, > + "%u", > + Index); > + ASSERT(NT_SUCCESS(status)); > > - case OID_GEN_STATISTICS: > - BytesNeeded = sizeof(NDIS_STATISTICS_INFO); > - ndisStatus = AdapterQueryGeneralStatistics(Adapter, > - (PNDIS_STATISTICS_INFO)Buffer, > - BufferLength, > - &BytesWritten); > - break; > + status = XENBUS_STORE(Read, > + &Adapter->StoreInterface, > + NULL, > + "drivers", > + Distribution, > + &Buffer); > + if (!NT_SUCCESS(status)) { > + if (status == STATUS_OBJECT_NAME_NOT_FOUND) > + goto update; > > - case OID_802_3_MULTICAST_LIST: > - ndisStatus = AdapterQueryMulticastList(Adapter, > - Buffer, > - BufferLength, > - &BytesNeeded, > - &BytesWritten); > - break; > + goto fail1; > + } > > - case OID_802_3_PERMANENT_ADDRESS: > - XENVIF_VIF(MacQueryPermanentAddress, > - &Adapter->VifInterface, > - &EthernetAddress); > - BytesNeeded = sizeof(ETHERNET_ADDRESS); > - ndisStatus = __CopyBuffer(Buffer, > - BufferLength, > - &EthernetAddress, > - BytesNeeded, > - &BytesWritten); > - break; > + XENBUS_STORE(Free, > + &Adapter->StoreInterface, > + Buffer); > > - case OID_802_3_CURRENT_ADDRESS: > - XENVIF_VIF(MacQueryCurrentAddress, > - &Adapter->VifInterface, > - &EthernetAddress); > - BytesNeeded = sizeof(ETHERNET_ADDRESS); > - ndisStatus = __CopyBuffer(Buffer, > - BufferLength, > - &EthernetAddress, > - BytesNeeded, > - &BytesWritten); > - break; > + Index++; > + } > > - case OID_GEN_MAXIMUM_FRAME_SIZE: > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - Adapter->MaximumFrameSize - > - sizeof(ETHERNET_TAGGED_HEADER), > - &BytesWritten); > - break; > + status = STATUS_UNSUCCESSFUL; > + goto fail2; > > - case OID_GEN_MAXIMUM_TOTAL_SIZE: > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - Adapter->MaximumFrameSize - > - sizeof(ETHERNET_TAGGED_HEADER) + > - sizeof (ETHERNET_UNTAGGED_HEADER), > - &BytesWritten); > - break; > +update: > + status = RtlStringCbPrintfA(Vendor, > + MAXNAMELEN, > + "%s", > + VENDOR_NAME_STR); > + ASSERT(NT_SUCCESS(status)); > > - case OID_GEN_CURRENT_LOOKAHEAD: > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - Adapter->CurrentLookahead, > - &BytesWritten); > - break; > + for (Index = 0; Vendor[Index] != '\0'; Index++) > + if (!isalnum((UCHAR)Vendor[Index])) > + Vendor[Index] = '_'; > > - case OID_GEN_VENDOR_ID: > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - 0x5853, > - &BytesWritten); > - break; > + Product = "XENNET"; > > - case OID_GEN_LINK_SPEED: > - XENVIF_VIF(MacQueryState, > - &Adapter->VifInterface, > - NULL, > - &Value64, > - NULL); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (ULONG)(Value64 / 100), > - &BytesWritten); > - break; > +#if DBG > +#define ATTRIBUTES "(DEBUG)" > +#else > +#define ATTRIBUTES "" > +#endif > > - case OID_GEN_MEDIA_CONNECT_STATUS: > - XENVIF_VIF(MacQueryState, > - &Adapter->VifInterface, > - (PNET_IF_MEDIA_CONNECT_STATE)&Value32, > - NULL, > - NULL); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - Value32, > - &BytesWritten); > - break; > + (VOID) XENBUS_STORE(Printf, > + &Adapter->StoreInterface, > + NULL, > + "drivers", > + Distribution, > + "%s %s %u.%u.%u %s", > + Vendor, > + Product, > + MAJOR_VERSION, > + MINOR_VERSION, > + MICRO_VERSION, > + ATTRIBUTES > + ); > > - case OID_GEN_MAXIMUM_SEND_PACKETS: > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - 16, > - &BytesWritten); > - break; > +#undef ATTRIBUTES > > - case OID_GEN_CURRENT_PACKET_FILTER: > - AdapterGetPacketFilter(Adapter, &Value32); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - Value32, > - &BytesWritten); > - break; > + Trace("<====\n"); > + return STATUS_SUCCESS; > > - case OID_GEN_XMIT_OK: > - AdapterGetXmitOk(Adapter, &Value64); > - BytesNeeded = sizeof(ULONG64); > - ndisStatus = __SetUlong64(Buffer, > - BufferLength, > - Value64, > - &BytesWritten); > - break; > +fail2: > + Error("fail2\n"); > > - case OID_GEN_RCV_OK: > - AdapterGetRcvOk(Adapter, &Value64); > - BytesNeeded = sizeof(ULONG64); > - ndisStatus = __SetUlong64(Buffer, > - BufferLength, > - Value64, > - &BytesWritten); > - break; > +fail1: > + Error("fail1 (%08x)\n", status); > > - case OID_GEN_XMIT_ERROR: > - AdapterGetXmitError(Adapter, &Value32); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - Value32, > - &BytesWritten); > - break; > + return status; > +} > > - case OID_GEN_RCV_ERROR: > - AdapterGetRcvError(Adapter, &Value32); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - Value32, > - &BytesWritten); > - break; > +static DECLSPEC_NOINLINE VOID > +AdapterSuspendCallbackLate( > + IN PVOID Argument > + ) > +{ > + PXENNET_ADAPTER Adapter = Argument; > > - case OID_GEN_RCV_NO_BUFFER: > - case OID_GEN_TRANSMIT_QUEUE_LENGTH: > - case OID_GEN_RCV_CRC_ERROR: > - case OID_802_3_RCV_ERROR_ALIGNMENT: > - case OID_802_3_XMIT_ONE_COLLISION: > - case OID_802_3_XMIT_MORE_COLLISIONS: > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - 0, > - &BytesWritten); > - break; > + (VOID) __AdapterSetDistribution(Adapter); > +} > > - case OID_802_3_MAXIMUM_LIST_SIZE: > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - 32, > - &BytesWritten); > - break; > +static NTSTATUS > +AdapterSetDistribution( > + IN PXENNET_ADAPTER Adapter > + ) > +{ > + LONG Count; > + NTSTATUS status; > > - case OID_GEN_DIRECTED_BYTES_XMIT: > - XENVIF_VIF(QueryStatistic, > - &Adapter->VifInterface, > - XENVIF_TRANSMITTER_UNICAST_OCTETS, > - &Value64); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (ULONG)Value64, > - &BytesWritten); > - break; > + Trace("====>\n"); > > - case OID_GEN_DIRECTED_FRAMES_XMIT: > - XENVIF_VIF(QueryStatistic, > - &Adapter->VifInterface, > - XENVIF_TRANSMITTER_UNICAST_PACKETS, > - &Value64); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (ULONG)Value64, > - &BytesWritten); > - break; > + Count = InterlockedIncrement(&AdapterCount); > + ASSERT(Count != 0); > > - case OID_GEN_MULTICAST_BYTES_XMIT: > - XENVIF_VIF(QueryStatistic, > - &Adapter->VifInterface, > - XENVIF_TRANSMITTER_MULTICAST_OCTETS, > - &Value64); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (ULONG)Value64, > - &BytesWritten); > - break; > + if (Count != 1) > + goto done; > > - case OID_GEN_MULTICAST_FRAMES_XMIT: > - XENVIF_VIF(QueryStatistic, > - &Adapter->VifInterface, > - XENVIF_TRANSMITTER_MULTICAST_PACKETS, > - &Value64); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (ULONG)Value64, > - &BytesWritten); > - break; > + status = __AdapterSetDistribution(Adapter); > + if (!NT_SUCCESS(status)) > + goto fail1; > + > + status = XENBUS_SUSPEND(Register, > + &Adapter->SuspendInterface, > + SUSPEND_CALLBACK_LATE, > + AdapterSuspendCallbackLate, > + Adapter, > + &Adapter->SuspendCallbackLate); > + if (!NT_SUCCESS(status)) > + goto fail2; > + > +done: > + Trace("<====\n"); > + return STATUS_SUCCESS; > + > +fail2: > + Error("fail2\n"); > + > + __AdapterClearDistribution(Adapter); > + > +fail1: > + Error("fail1 (%08x)\n", status); > + > + return status; > +} > + > +static VOID > +AdapterClearDistribution( > + IN PXENNET_ADAPTER Adapter > + ) > +{ > + LONG Count; > + > + Trace("====>\n"); > + > + Count = InterlockedDecrement(&AdapterCount); > + > + if (Count != 0) > + goto done; > + > + XENBUS_SUSPEND(Deregister, > + &Adapter->SuspendInterface, > + Adapter->SuspendCallbackLate); > + Adapter->SuspendCallbackLate = NULL; > + > + __AdapterClearDistribution(Adapter); > + > +done: > + Trace("<====\n"); > +} > + > +NDIS_STATUS > +AdapterEnable( > + IN PXENNET_ADAPTER Adapter > + ) > +{ > + NTSTATUS status; > + NDIS_STATUS ndisStatus; > + > + ASSERT(!Adapter->Enabled); > + > + status = XENBUS_CACHE(Acquire, > + &Adapter->CacheInterface); > + if (!NT_SUCCESS(status)) > + goto fail1; > + > + status = XENBUS_STORE(Acquire, > + &Adapter->StoreInterface); > + if (!NT_SUCCESS(status)) > + goto fail2; > + > + status = XENBUS_SUSPEND(Acquire, > + &Adapter->SuspendInterface); > + if (!NT_SUCCESS(status)) > + goto fail3; > + > + (VOID) AdapterSetDistribution(Adapter); > + > + ndisStatus = TransmitterEnable(Adapter->Transmitter); > + if (ndisStatus != NDIS_STATUS_SUCCESS) > + goto fail4; > + > + ndisStatus = ReceiverEnable(Adapter->Receiver); > + if (ndisStatus != NDIS_STATUS_SUCCESS) > + goto fail5; > + > + status = XENVIF_VIF(Enable, > + &Adapter->VifInterface, > + AdapterVifCallback, > + Adapter); > + if (!NT_SUCCESS(status)) > + goto fail6; > + > + AdapterMediaStateChange(Adapter); > + > + Adapter->Enabled = TRUE; > + > + return NDIS_STATUS_SUCCESS; > + > +fail6: > + ReceiverDisable(Adapter->Receiver); > + > +fail5: > + TransmitterDisable(Adapter->Transmitter); > + > +fail4: > + AdapterClearDistribution(Adapter); > + > + XENBUS_SUSPEND(Release, &Adapter->SuspendInterface); > + > +fail3: > + XENBUS_STORE(Release, &Adapter->StoreInterface); > + > +fail2: > + XENBUS_CACHE(Release, &Adapter->CacheInterface); > + > +fail1: > + return NDIS_STATUS_FAILURE; > +} > > - case OID_GEN_BROADCAST_BYTES_XMIT: > - XENVIF_VIF(QueryStatistic, > - &Adapter->VifInterface, > - XENVIF_TRANSMITTER_BROADCAST_OCTETS, > - &Value64); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (ULONG)Value64, > - &BytesWritten); > - break; > +VOID > +AdapterDisable( > + IN PXENNET_ADAPTER Adapter > + ) > +{ > + ASSERT(Adapter->Enabled); > + Adapter->Enabled = FALSE; > > - case OID_GEN_BROADCAST_FRAMES_XMIT: > - XENVIF_VIF(QueryStatistic, > - &Adapter->VifInterface, > - XENVIF_TRANSMITTER_BROADCAST_PACKETS, > - &Value64); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (ULONG)Value64, > - &BytesWritten); > - break; > + XENVIF_VIF(Disable, > + &Adapter->VifInterface); > > - case OID_GEN_DIRECTED_BYTES_RCV: > - XENVIF_VIF(QueryStatistic, > - &Adapter->VifInterface, > - XENVIF_RECEIVER_UNICAST_OCTETS, > - &Value64); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (ULONG)Value64, > - &BytesWritten); > - break; > + AdapterMediaStateChange(Adapter); > > - case OID_GEN_DIRECTED_FRAMES_RCV: > - XENVIF_VIF(QueryStatistic, > - &Adapter->VifInterface, > - XENVIF_RECEIVER_UNICAST_PACKETS, > - &Value64); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (ULONG)Value64, > - &BytesWritten); > - break; > + ReceiverDisable(Adapter->Receiver); > + TransmitterDisable(Adapter->Transmitter); > > - case OID_GEN_MULTICAST_BYTES_RCV: > - XENVIF_VIF(QueryStatistic, > - &Adapter->VifInterface, > - XENVIF_RECEIVER_MULTICAST_OCTETS, > - &Value64); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (ULONG)Value64, > - &BytesWritten); > - break; > + AdapterClearDistribution(Adapter); > > - case OID_GEN_MULTICAST_FRAMES_RCV: > - XENVIF_VIF(QueryStatistic, > - &Adapter->VifInterface, > - XENVIF_RECEIVER_MULTICAST_PACKETS, > - &Value64); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (ULONG)Value64, > - &BytesWritten); > - break; > + XENBUS_SUSPEND(Release, &Adapter->SuspendInterface); > + XENBUS_STORE(Release, &Adapter->StoreInterface); > + XENBUS_CACHE(Release, &Adapter->CacheInterface); > +} > > - case OID_GEN_BROADCAST_BYTES_RCV: > - XENVIF_VIF(QueryStatistic, > - &Adapter->VifInterface, > - XENVIF_RECEIVER_BROADCAST_OCTETS, > - &Value64); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (ULONG)Value64, > - &BytesWritten); > - break; > +VOID > +AdapterMediaStateChange( > + IN PXENNET_ADAPTER Adapter > + ) > +{ > + NDIS_LINK_STATE LinkState; > + NDIS_STATUS_INDICATION StatusIndication; > > - case OID_GEN_BROADCAST_FRAMES_RCV: > - XENVIF_VIF(QueryStatistic, > - &Adapter->VifInterface, > - XENVIF_RECEIVER_BROADCAST_PACKETS, > - &Value64); > - BytesNeeded = sizeof(ULONG); > - ndisStatus = __SetUlong(Buffer, > - BufferLength, > - (ULONG)Value64, > - &BytesWritten); > - break; > + RtlZeroMemory(&LinkState, sizeof (NDIS_LINK_STATE)); > + LinkState.Header.Revision = NDIS_LINK_STATE_REVISION_1; > + LinkState.Header.Type = NDIS_OBJECT_TYPE_DEFAULT; > + LinkState.Header.Size = sizeof(NDIS_LINK_STATE); > > - case OID_GEN_INTERRUPT_MODERATION: > - BytesNeeded = sizeof(NDIS_INTERRUPT_MODERATION_PARAMETERS); > - ndisStatus = AdapterInterruptModeration(Adapter, > - > (PNDIS_INTERRUPT_MODERATION_PARAMETERS)Buffer, > - BufferLength, > - &BytesWritten); > - break; > + XENVIF_VIF(MacQueryState, > + &Adapter->VifInterface, > + &LinkState.MediaConnectState, > + &LinkState.RcvLinkSpeed, > + &LinkState.MediaDuplexState); > > - case OID_IP4_OFFLOAD_STATS: > - case OID_IP6_OFFLOAD_STATS: > - case OID_GEN_SUPPORTED_GUIDS: > - // We don't handle these since NDIS 6.0 is supposed to do this for us > - case OID_GEN_MAC_ADDRESS: > - case OID_GEN_MAX_LINK_SPEED: > - // ignore these common unwanted OIDs > - case OID_GEN_INIT_TIME_MS: > - case OID_GEN_RESET_COUNTS: > - case OID_GEN_MEDIA_SENSE_COUNTS: > - Warn = FALSE; > - /*FALLTHRU*/ > - default: > - if (Warn) > - Warning("UNSUPPORTED OID %08x\n", Request- > >DATA.QUERY_INFORMATION.Oid); > + if (LinkState.MediaConnectState == MediaConnectStateUnknown) { > + Info("LINK: STATE UNKNOWN\n"); > + } else if (LinkState.MediaConnectState == > MediaConnectStateDisconnected) { > + Info("LINK: DOWN\n"); > + } else { > + ASSERT3U(LinkState.MediaConnectState, ==, > MediaConnectStateConnected); > > - ndisStatus = NDIS_STATUS_NOT_SUPPORTED; > - break; > + if (LinkState.MediaDuplexState == MediaDuplexStateHalf) > + Info("LINK: UP: SPEED=%u DUPLEX=HALF\n", > LinkState.RcvLinkSpeed); > + else if (LinkState.MediaDuplexState == MediaDuplexStateFull) > + Info("LINK: UP: SPEED=%u DUPLEX=FULL\n", > LinkState.RcvLinkSpeed); > + else > + Info("LINK: UP: SPEED=%u DUPLEX=UNKNOWN\n", > LinkState.RcvLinkSpeed); > } > > - Request->DATA.QUERY_INFORMATION.BytesWritten = BytesWritten; > - Request->DATA.QUERY_INFORMATION.BytesNeeded = BytesNeeded; > + LinkState.XmitLinkSpeed = LinkState.RcvLinkSpeed; > > - return ndisStatus; > + RtlZeroMemory(&StatusIndication, sizeof (NDIS_STATUS_INDICATION)); > + StatusIndication.Header.Type = > NDIS_OBJECT_TYPE_STATUS_INDICATION; > + StatusIndication.Header.Revision = > NDIS_STATUS_INDICATION_REVISION_1; > + StatusIndication.Header.Size = sizeof (NDIS_STATUS_INDICATION); > + > + StatusIndication.SourceHandle = Adapter->NdisAdapterHandle; > + StatusIndication.StatusCode = NDIS_STATUS_LINK_STATE; > + StatusIndication.StatusBuffer = &LinkState; > + StatusIndication.StatusBufferSize = sizeof (NDIS_LINK_STATE); > + > + NdisMIndicateStatusEx(Adapter->NdisAdapterHandle, > &StatusIndication); > } > > -static NTSTATUS > -__QueryInterface( > - IN PDEVICE_OBJECT DeviceObject, > - IN const GUID *Guid, > - IN ULONG Version, > - OUT PINTERFACE Interface, > - IN ULONG Size, > - IN BOOLEAN Optional > +NDIS_STATUS > +AdapterSetInformation( > + IN PXENNET_ADAPTER Adapter, > + IN PNDIS_OID_REQUEST Request > ) > { > - KEVENT Event; > - IO_STATUS_BLOCK StatusBlock; > - PIRP Irp; > - PIO_STACK_LOCATION StackLocation; > - NTSTATUS status; > + PVOID Buffer; > + ULONG BufferLength; > + ULONG BytesNeeded; > + ULONG BytesRead; > + BOOLEAN Warn; > + NDIS_STATUS ndisStatus; > > - ASSERT3U(KeGetCurrentIrql(), ==, PASSIVE_LEVEL); > + Buffer = Request->DATA.SET_INFORMATION.InformationBuffer; > + BufferLength = Request- > >DATA.SET_INFORMATION.InformationBufferLength; > + BytesNeeded = BytesRead = 0; > + Warn = TRUE; > + ndisStatus = NDIS_STATUS_SUCCESS; > > - KeInitializeEvent(&Event, NotificationEvent, FALSE); > - RtlZeroMemory(&StatusBlock, sizeof(IO_STATUS_BLOCK)); > + switch (Request->DATA.SET_INFORMATION.Oid) { > + case OID_PNP_SET_POWER: > + BytesNeeded = sizeof(NDIS_DEVICE_POWER_STATE); > + if (BufferLength >= BytesNeeded) { > + PNDIS_DEVICE_POWER_STATE PowerState; > > - Irp = IoBuildSynchronousFsdRequest(IRP_MJ_PNP, > - DeviceObject, > - NULL, > - 0, > - NULL, > - &Event, > - &StatusBlock); > + PowerState = (PNDIS_DEVICE_POWER_STATE)Buffer; > + switch (*PowerState) { > + case NdisDeviceStateD0: > + Info("SET_POWER: D0\n"); > + break; > > - status = STATUS_UNSUCCESSFUL; > - if (Irp == NULL) > - goto fail1; > + case NdisDeviceStateD1: > + Info("SET_POWER: D1\n"); > + break; > > - StackLocation = IoGetNextIrpStackLocation(Irp); > - StackLocation->MinorFunction = IRP_MN_QUERY_INTERFACE; > + case NdisDeviceStateD2: > + Info("SET_POWER: D2\n"); > + break; > > - StackLocation->Parameters.QueryInterface.InterfaceType = Guid; > - StackLocation->Parameters.QueryInterface.Size = (USHORT)Size; > - StackLocation->Parameters.QueryInterface.Version = (USHORT)Version; > - StackLocation->Parameters.QueryInterface.Interface = Interface; > + case NdisDeviceStateD3: > + Info("SET_POWER: D3\n"); > + break; > + } > + } > + // do nothing > + break; > > - Irp->IoStatus.Status = STATUS_NOT_SUPPORTED; > + case OID_GEN_CURRENT_LOOKAHEAD: > + BytesNeeded = sizeof(ULONG); > + Adapter->CurrentLookahead = Adapter->MaximumFrameSize; > + if (BufferLength == BytesNeeded) { > + Adapter->CurrentLookahead = *(PULONG)Buffer; > + BytesRead = sizeof(ULONG); > + } > + break; > > - status = IoCallDriver(DeviceObject, Irp); > - if (status == STATUS_PENDING) { > - (VOID) KeWaitForSingleObject(&Event, > - Executive, > - KernelMode, > - FALSE, > - NULL); > - status = StatusBlock.Status; > - } > + case OID_GEN_CURRENT_PACKET_FILTER: > + BytesNeeded = sizeof(ULONG); > + if (BufferLength == BytesNeeded) { > + ndisStatus = AdapterSetPacketFilter(Adapter, > + (PULONG)Buffer); > + BytesRead = sizeof(ULONG); > + } > + break; > > - if (!NT_SUCCESS(status)) { > - if (status == STATUS_NOT_SUPPORTED && Optional) > - goto done; > + case OID_802_3_MULTICAST_LIST: > + BytesNeeded = ETHERNET_ADDRESS_LENGTH; > + if (BufferLength % ETHERNET_ADDRESS_LENGTH == 0) { > + ndisStatus = AdapterSetMulticastAddresses(Adapter, > + Buffer, > + BufferLength / ETHERNET_ADDRESS_LENGTH); > + if (ndisStatus == NDIS_STATUS_SUCCESS) > + BytesRead = BufferLength; > + } else { > + ndisStatus = NDIS_STATUS_INVALID_LENGTH; > + } > + break; > > - goto fail2; > - } > + case OID_OFFLOAD_ENCAPSULATION: > + BytesNeeded = sizeof(NDIS_OFFLOAD_ENCAPSULATION); > + if (BufferLength >= BytesNeeded) { > + ndisStatus = AdapterGetOffloadEncapsulation(Adapter, > + (PNDIS_OFFLOAD_ENCAPSULATION)Buffer); > + if (ndisStatus == NDIS_STATUS_SUCCESS) > + BytesRead = sizeof(NDIS_OFFLOAD_ENCAPSULATION); > + } > + break; > > -done: > - return STATUS_SUCCESS; > + case OID_TCP_OFFLOAD_PARAMETERS: > + BytesNeeded = sizeof(NDIS_OFFLOAD_PARAMETERS); > + if (BufferLength >= BytesNeeded) { > + ndisStatus = AdapterGetTcpOffloadParameters(Adapter, > + (PNDIS_OFFLOAD_PARAMETERS)Buffer); > + if (ndisStatus == NDIS_STATUS_SUCCESS) > + BytesRead = sizeof(NDIS_OFFLOAD_PARAMETERS); > + } > + break; > > -fail2: > - Error("fail2\n"); > + case OID_GEN_HD_SPLIT_PARAMETERS: > + BytesNeeded = sizeof(NDIS_HD_SPLIT_PARAMETERS); > + if (BufferLength >= BytesNeeded) { > + ndisStatus = AdapterGetHeaderDataSplitParameters(Adapter, > + (PNDIS_HD_SPLIT_PARAMETERS)Buffer); > + if (ndisStatus == NDIS_STATUS_SUCCESS) > + BytesRead = sizeof(NDIS_HD_SPLIT_PARAMETERS); > + } > + break; > > -fail1: > - Error("fail1 (%08x)\n", status); > + case OID_GEN_INTERRUPT_MODERATION: > + case OID_GEN_MACHINE_NAME: > + Warn = FALSE; > + /*FALLTHRU*/ > + default: > + if (Warn) > + Warning("UNSUPPORTED OID %08x\n", Request- > >DATA.QUERY_INFORMATION.Oid); > > - return status; > -} > + ndisStatus = NDIS_STATUS_NOT_SUPPORTED; > + break; > + } > > -#pragma prefast(push) > -#pragma prefast(disable:6102) > + Request->DATA.SET_INFORMATION.BytesNeeded = BytesNeeded; > + if (ndisStatus == NDIS_STATUS_SUCCESS) > + Request->DATA.SET_INFORMATION.BytesRead = BytesRead; > > -#define READ_PROPERTY(field, name, defaultval, handle) \ > - do { \ > - NDIS_STATUS _Status; \ > - NDIS_STRING _Value; \ > - PNDIS_CONFIGURATION_PARAMETER _Data; \ > - RtlInitUnicodeString(&_Value, name); \ > - NdisReadConfiguration(&_Status, &_Data, handle, \ > - &_Value, NdisParameterInteger); \ > - if (_Status == NDIS_STATUS_SUCCESS) \ > - field = _Data->ParameterData.IntegerData; \ > - else \ > - field = defaultval; \ > - } while (FALSE); > + return ndisStatus; > +} > > -static NDIS_STATUS > -AdapterGetAdvancedSettings( > - IN PXENNET_ADAPTER Adapter > +static FORCEINLINE NDIS_STATUS > +__CopyBuffer( > + IN PVOID Destination, > + IN ULONG DestinationLength, > + IN PVOID Source, > + IN ULONG SourceLength, > + OUT PULONG CopyLength > ) > { > - NDIS_CONFIGURATION_OBJECT Config; > - NDIS_HANDLE Handle; > - NDIS_STATUS ndisStatus; > - > - RtlZeroMemory(&Config, sizeof(NDIS_CONFIGURATION_OBJECT)); > - Config.Header.Type = NDIS_OBJECT_TYPE_CONFIGURATION_OBJECT; > - Config.Header.Revision = NDIS_CONFIGURATION_OBJECT_REVISION_1; > - Config.Header.Size = sizeof(NDIS_CONFIGURATION_OBJECT); > - Config.NdisHandle = Adapter->NdisAdapterHandle; > - Config.Flags = 0; > - > - ndisStatus = NdisOpenConfigurationEx(&Config, &Handle); > - if (ndisStatus != NDIS_STATUS_SUCCESS) > - goto fail1; > - > - READ_PROPERTY(Adapter->Properties.ipv4_csum, > L"*IPChecksumOffloadIPv4", 3, Handle); > - READ_PROPERTY(Adapter->Properties.tcpv4_csum, > L"*TCPChecksumOffloadIPv4", 3, Handle); > - READ_PROPERTY(Adapter->Properties.udpv4_csum, > L"*UDPChecksumOffloadIPv4", 3, Handle); > - READ_PROPERTY(Adapter->Properties.tcpv6_csum, > L"*TCPChecksumOffloadIPv6", 3, Handle); > - READ_PROPERTY(Adapter->Properties.udpv6_csum, > L"*UDPChecksumOffloadIPv6", 3, Handle); > - READ_PROPERTY(Adapter->Properties.lsov4, L"*LSOv2IPv4", 1, Handle); > - READ_PROPERTY(Adapter->Properties.lsov6, L"*LSOv2IPv6", 1, Handle); > - READ_PROPERTY(Adapter->Properties.lrov4, L"LROIPv4", 1, Handle); > - READ_PROPERTY(Adapter->Properties.lrov6, L"LROIPv6", 1, Handle); > - READ_PROPERTY(Adapter->Properties.need_csum_value, > L"NeedChecksumValue", 1, Handle); > - READ_PROPERTY(Adapter->Properties.HeaderDataSplit, > L"*HeaderDataSplit", 1, Handle); > - > - NdisCloseConfiguration(Handle); > - > - return NDIS_STATUS_SUCCESS; > + *CopyLength = __min(SourceLength, DestinationLength); > + RtlCopyMemory(Destination, Source, *CopyLength); > > -fail1: > - return NDIS_STATUS_FAILURE; > + return (DestinationLength >= SourceLength) ? > + NDIS_STATUS_SUCCESS : > + NDIS_STATUS_BUFFER_TOO_SHORT; > } > > -#undef READ_PROPERTY > - > -#pragma prefast(pop) > - > -static NDIS_STATUS > -AdapterSetRegistrationAttributes( > - IN PXENNET_ADAPTER Adapter > +static FORCEINLINE NDIS_STATUS > +__SetUlong( > + IN PVOID Destination, > + IN ULONG DestinationLength, > + IN ULONG Source, > + OUT PULONG CopyLength > ) > { > - NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES Attribs; > - NDIS_STATUS ndisStatus; > + return __CopyBuffer(Destination, > + DestinationLength & ~3, > + &Source, > + sizeof (ULONG), > + CopyLength); > +} > > - RtlZeroMemory(&Attribs, > sizeof(NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES)); > - Attribs.Header.Type = > NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES; > - Attribs.Header.Revision = > NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES_REVISION_1; > - Attribs.Header.Size = > sizeof(NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES); > - Attribs.MiniportAdapterContext = (NDIS_HANDLE)Adapter; > - Attribs.AttributeFlags = NDIS_MINIPORT_ATTRIBUTES_BUS_MASTER | > - NDIS_MINIPORT_ATTRIBUTES_NO_HALT_ON_SUSPEND; > - Attribs.CheckForHangTimeInSeconds = 0; > - Attribs.InterfaceType = XENNET_INTERFACE_TYPE; > +static FORCEINLINE NDIS_STATUS > +__SetUlong64( > + IN PVOID Destination, > + IN ULONG DestinationLength, > + IN ULONG64 Source, > + OUT PULONG CopyLength > + ) > +{ > + NDIS_STATUS ndisStatus; > > - ndisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, > - (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); > + ndisStatus = __CopyBuffer(Destination, > + DestinationLength & ~3, > + &Source, > + sizeof (ULONG64), > + CopyLength); > + if (DestinationLength >= 4) > + ndisStatus = NDIS_STATUS_SUCCESS; > > return ndisStatus; > } > > -static NDIS_STATUS > -AdapterSetGeneralAttributes( > - IN PXENNET_ADAPTER Adapter > +NDIS_STATUS > +AdapterQueryInformation( > + IN PXENNET_ADAPTER Adapter, > + IN PNDIS_OID_REQUEST Request > ) > { > - NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES Attribs; > - NDIS_STATUS ndisStatus; > - > - RtlZeroMemory(&Attribs, > sizeof(NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES)); > - Attribs.Header.Type = > NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES; > - Attribs.Header.Revision = > NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES_REVISION_1; > - Attribs.Header.Size = > sizeof(NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES); > - Attribs.MediaType = XENNET_MEDIA_TYPE; > - > - XENVIF_VIF(MacQueryMaximumFrameSize, > - &Adapter->VifInterface, > - (PULONG)&Adapter->MaximumFrameSize); > - > - Attribs.MtuSize = Adapter->MaximumFrameSize - sizeof > (ETHERNET_TAGGED_HEADER); > - Attribs.MaxXmitLinkSpeed = XENNET_MEDIA_MAX_SPEED; > - Attribs.MaxRcvLinkSpeed = XENNET_MEDIA_MAX_SPEED; > - Attribs.XmitLinkSpeed = XENNET_MEDIA_MAX_SPEED; > - Attribs.RcvLinkSpeed = XENNET_MEDIA_MAX_SPEED; > - Attribs.MediaConnectState = MediaConnectStateConnected; > - Attribs.MediaDuplexState = MediaDuplexStateFull; > - Attribs.LookaheadSize = Adapter->MaximumFrameSize; > - Attribs.PowerManagementCapabilities = &Adapter->Capabilities; > - Attribs.MacOptions = XENNET_MAC_OPTIONS; > - Attribs.SupportedPacketFilters = XENNET_SUPPORTED_PACKET_FILTERS; > - Attribs.MaxMulticastListSize = 32; > - Attribs.MacAddressLength = ETHERNET_ADDRESS_LENGTH; > - > - XENVIF_VIF(MacQueryPermanentAddress, > - &Adapter->VifInterface, > - (PETHERNET_ADDRESS)&Attribs.PermanentMacAddress); > - XENVIF_VIF(MacQueryCurrentAddress, > - &Adapter->VifInterface, > - (PETHERNET_ADDRESS)&Attribs.CurrentMacAddress); > + PVOID Buffer; > + ULONG BufferLength; > + ULONG BytesNeeded; > + ULONG BytesWritten; > + ULONG Value32; > + ULONGLONG Value64; > + ETHERNET_ADDRESS EthernetAddress; > + BOOLEAN Warn; > + NDIS_STATUS ndisStatus; > > - Attribs.PhysicalMediumType = NdisPhysicalMedium802_3; > - Attribs.RecvScaleCapabilities = NULL; > - Attribs.AccessType = NET_IF_ACCESS_BROADCAST; > - Attribs.DirectionType = NET_IF_DIRECTION_SENDRECEIVE; > - Attribs.ConnectionType = NET_IF_CONNECTION_DEDICATED; > - Attribs.IfType = IF_TYPE_ETHERNET_CSMACD; > - Attribs.IfConnectorPresent = TRUE; > - Attribs.SupportedStatistics = NDIS_STATISTICS_XMIT_OK_SUPPORTED | > - NDIS_STATISTICS_XMIT_ERROR_SUPPORTED | > - NDIS_STATISTICS_DIRECTED_BYTES_XMIT_SUPPORTED | > - NDIS_STATISTICS_DIRECTED_FRAMES_XMIT_SUPPORTED | > - NDIS_STATISTICS_MULTICAST_BYTES_XMIT_SUPPORTED | > - > NDIS_STATISTICS_MULTICAST_FRAMES_XMIT_SUPPORTED | > - NDIS_STATISTICS_BROADCAST_BYTES_XMIT_SUPPORTED > | > - > NDIS_STATISTICS_BROADCAST_FRAMES_XMIT_SUPPORTED | > - NDIS_STATISTICS_RCV_OK_SUPPORTED | > - NDIS_STATISTICS_RCV_ERROR_SUPPORTED | > - NDIS_STATISTICS_DIRECTED_BYTES_RCV_SUPPORTED | > - NDIS_STATISTICS_DIRECTED_FRAMES_RCV_SUPPORTED | > - NDIS_STATISTICS_MULTICAST_BYTES_RCV_SUPPORTED | > - NDIS_STATISTICS_MULTICAST_FRAMES_RCV_SUPPORTED > | > - NDIS_STATISTICS_BROADCAST_BYTES_RCV_SUPPORTED | > - NDIS_STATISTICS_BROADCAST_FRAMES_RCV_SUPPORTED > | > - NDIS_STATISTICS_GEN_STATISTICS_SUPPORTED; > - > - Attribs.SupportedOidList = XennetSupportedOids; > - Attribs.SupportedOidListLength = sizeof(XennetSupportedOids); > + Buffer = Request->DATA.QUERY_INFORMATION.InformationBuffer; > + BufferLength = Request- > >DATA.QUERY_INFORMATION.InformationBufferLength; > + BytesNeeded = BytesWritten = 0; > + Warn = TRUE; > + ndisStatus = NDIS_STATUS_SUCCESS; > > - ndisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, > - (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); > + switch (Request->DATA.QUERY_INFORMATION.Oid) { > + case OID_PNP_CAPABILITIES: > + BytesNeeded = sizeof(Adapter->Capabilities); > + ndisStatus = __CopyBuffer(Buffer, > + BufferLength, > + &Adapter->Capabilities, > + BytesNeeded, > + &BytesWritten); > + break; > > - return ndisStatus; > -} > + case OID_PNP_QUERY_POWER: > + BytesNeeded = sizeof(NDIS_DEVICE_POWER_STATE); > > -static NDIS_STATUS > -AdapterSetOffloadAttributes( > - IN PXENNET_ADAPTER Adapter > - ) > -{ > - NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES Attribs; > - XENVIF_VIF_OFFLOAD_OPTIONS Options; > - PXENVIF_VIF_OFFLOAD_OPTIONS RxOptions; > - PXENVIF_VIF_OFFLOAD_OPTIONS TxOptions; > - NDIS_OFFLOAD Default; > - NDIS_OFFLOAD Supported; > - NDIS_STATUS ndisStatus; > + if (BufferLength >= BytesNeeded) { > + PNDIS_DEVICE_POWER_STATE PowerState; > > - TxOptions = TransmitterOffloadOptions(Adapter->Transmitter); > - RxOptions = ReceiverOffloadOptions(Adapter->Receiver); > + PowerState = (PNDIS_DEVICE_POWER_STATE)Buffer; > + switch (*PowerState) { > + case NdisDeviceStateD0: > + Info("QUERY_POWER: D0\n"); > + break; > > - TxOptions->Value = 0; > - TxOptions->OffloadTagManipulation = 1; > + case NdisDeviceStateD1: > + Info("QUERY_POWER: D1\n"); > + break; > > - RxOptions->Value = 0; > - RxOptions->OffloadTagManipulation = 1; > + case NdisDeviceStateD2: > + Info("QUERY_POWER: D2\n"); > + break; > > - if (Adapter->Properties.need_csum_value) > - RxOptions->NeedChecksumValue = 1; > + case NdisDeviceStateD3: > + Info("QUERY_POWER: D3\n"); > + break; > + } > + } > > - if (Adapter->Properties.lrov4) { > - RxOptions->OffloadIpVersion4LargePacket = 1; > - RxOptions->NeedLargePacketSplit = 1; > - } > + BytesWritten = 0; > + // do nothing > + break; > > - if (Adapter->Properties.lrov6) { > - RxOptions->OffloadIpVersion6LargePacket = 1; > - RxOptions->NeedLargePacketSplit = 1; > - } > + case OID_GEN_SUPPORTED_LIST: > + BytesNeeded = sizeof(XennetSupportedOids); > + ndisStatus = __CopyBuffer(Buffer, > + BufferLength, > + &XennetSupportedOids[0], > + BytesNeeded, > + &BytesWritten); > + break; > > - XENVIF_VIF(ReceiverSetOffloadOptions, > - &Adapter->VifInterface, > - *RxOptions); > + case OID_GEN_HARDWARE_STATUS: > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + NdisHardwareStatusReady, > + &BytesWritten); > + break; > > - XENVIF_VIF(TransmitterQueryOffloadOptions, > - &Adapter->VifInterface, > - &Options); > + case OID_GEN_MEDIA_SUPPORTED: > + case OID_GEN_MEDIA_IN_USE: > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + XENNET_MEDIA_TYPE, > + &BytesWritten); > + break; > > - RtlZeroMemory(&Supported, sizeof(NDIS_OFFLOAD)); > - Supported.Header.Type = NDIS_OBJECT_TYPE_OFFLOAD; > - Supported.Header.Revision = NDIS_OFFLOAD_REVISION_1; > - Supported.Header.Size = sizeof(NDIS_OFFLOAD); > + case OID_GEN_MAXIMUM_LOOKAHEAD: > + case OID_GEN_TRANSMIT_BLOCK_SIZE: > + case OID_GEN_RECEIVE_BLOCK_SIZE: > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + Adapter->MaximumFrameSize, > + &BytesWritten); > + break; > > - Supported.Checksum.IPv4Receive.Encapsulation = > NDIS_ENCAPSULATION_IEEE_802_3; > + case OID_GEN_TRANSMIT_BUFFER_SPACE: > + case OID_GEN_RECEIVE_BUFFER_SPACE: > + XENVIF_VIF(TransmitterQueryRingSize, > + &Adapter->VifInterface, > + (PULONG)&Value32); > + Value32 *= Adapter->MaximumFrameSize; > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + Value32, > + &BytesWritten); > + break; > > - Supported.Checksum.IPv4Receive.IpChecksum = 1; > - Supported.Checksum.IPv4Receive.IpOptionsSupported = 1; > + case OID_GEN_VENDOR_DESCRIPTION: > + BytesNeeded = (ULONG)strlen(VENDOR_NAME_STR) + 1; > + ndisStatus = __CopyBuffer(Buffer, > + BufferLength, > + VENDOR_NAME_STR, > + BytesNeeded, > + &BytesWritten); > + break; > > - Supported.Checksum.IPv4Receive.TcpChecksum = 1; > - Supported.Checksum.IPv4Receive.TcpOptionsSupported = 1; > + case OID_GEN_VENDOR_DRIVER_VERSION: > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + ((MAJOR_VERSION << 8) | MINOR_VERSION) << 8, > + &BytesWritten); > + break; > > - Supported.Checksum.IPv4Receive.UdpChecksum = 1; > + case OID_GEN_DRIVER_VERSION: > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (6 << 8) | 0, // NDIS 6.0 > + &BytesWritten); > + break; > > - Supported.Checksum.IPv6Receive.Encapsulation = > NDIS_ENCAPSULATION_IEEE_802_3; > + case OID_GEN_MAC_OPTIONS: > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + XENNET_MAC_OPTIONS, > + &BytesWritten); > + break; > > - Supported.Checksum.IPv6Receive.IpExtensionHeadersSupported = 1; > + case OID_GEN_STATISTICS: > + BytesNeeded = sizeof(NDIS_STATISTICS_INFO); > + ndisStatus = AdapterQueryGeneralStatistics(Adapter, > + (PNDIS_STATISTICS_INFO)Buffer, > + BufferLength, > + &BytesWritten); > + break; > > - Supported.Checksum.IPv6Receive.TcpChecksum = 1; > - Supported.Checksum.IPv6Receive.TcpOptionsSupported = 1; > + case OID_802_3_MULTICAST_LIST: > + ndisStatus = AdapterQueryMulticastList(Adapter, > + Buffer, > + BufferLength, > + &BytesNeeded, > + &BytesWritten); > + break; > > - Supported.Checksum.IPv6Receive.UdpChecksum = 1; > + case OID_802_3_PERMANENT_ADDRESS: > + XENVIF_VIF(MacQueryPermanentAddress, > + &Adapter->VifInterface, > + &EthernetAddress); > + BytesNeeded = sizeof(ETHERNET_ADDRESS); > + ndisStatus = __CopyBuffer(Buffer, > + BufferLength, > + &EthernetAddress, > + BytesNeeded, > + &BytesWritten); > + break; > > - Supported.Checksum.IPv4Transmit.Encapsulation = > NDIS_ENCAPSULATION_IEEE_802_3; > + case OID_802_3_CURRENT_ADDRESS: > + XENVIF_VIF(MacQueryCurrentAddress, > + &Adapter->VifInterface, > + &EthernetAddress); > + BytesNeeded = sizeof(ETHERNET_ADDRESS); > + ndisStatus = __CopyBuffer(Buffer, > + BufferLength, > + &EthernetAddress, > + BytesNeeded, > + &BytesWritten); > + break; > + > + case OID_GEN_MAXIMUM_FRAME_SIZE: > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + Adapter->MaximumFrameSize - > + sizeof(ETHERNET_TAGGED_HEADER), > + &BytesWritten); > + break; > + > + case OID_GEN_MAXIMUM_TOTAL_SIZE: > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + Adapter->MaximumFrameSize - > + sizeof(ETHERNET_TAGGED_HEADER) + > + sizeof (ETHERNET_UNTAGGED_HEADER), > + &BytesWritten); > + break; > + > + case OID_GEN_CURRENT_LOOKAHEAD: > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + Adapter->CurrentLookahead, > + &BytesWritten); > + break; > + > + case OID_GEN_VENDOR_ID: > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + 0x5853, > + &BytesWritten); > + break; > + > + case OID_GEN_LINK_SPEED: > + XENVIF_VIF(MacQueryState, > + &Adapter->VifInterface, > + NULL, > + &Value64, > + NULL); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (ULONG)(Value64 / 100), > + &BytesWritten); > + break; > + > + case OID_GEN_MEDIA_CONNECT_STATUS: > + XENVIF_VIF(MacQueryState, > + &Adapter->VifInterface, > + (PNET_IF_MEDIA_CONNECT_STATE)&Value32, > + NULL, > + NULL); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + Value32, > + &BytesWritten); > + break; > + > + case OID_GEN_MAXIMUM_SEND_PACKETS: > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + 16, > + &BytesWritten); > + break; > > - if (Options.OffloadIpVersion4HeaderChecksum) { > - Supported.Checksum.IPv4Transmit.IpChecksum = 1; > - Supported.Checksum.IPv4Transmit.IpOptionsSupported = 1; > - } > + case OID_GEN_CURRENT_PACKET_FILTER: > + AdapterGetPacketFilter(Adapter, &Value32); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + Value32, > + &BytesWritten); > + break; > > - if (Options.OffloadIpVersion4TcpChecksum) { > - Supported.Checksum.IPv4Transmit.TcpChecksum = 1; > - Supported.Checksum.IPv4Transmit.TcpOptionsSupported = 1; > - } > + case OID_GEN_XMIT_OK: > + AdapterGetXmitOk(Adapter, &Value64); > + BytesNeeded = sizeof(ULONG64); > + ndisStatus = __SetUlong64(Buffer, > + BufferLength, > + Value64, > + &BytesWritten); > + break; > > - if (Options.OffloadIpVersion4UdpChecksum) > - Supported.Checksum.IPv4Transmit.UdpChecksum = 1; > + case OID_GEN_RCV_OK: > + AdapterGetRcvOk(Adapter, &Value64); > + BytesNeeded = sizeof(ULONG64); > + ndisStatus = __SetUlong64(Buffer, > + BufferLength, > + Value64, > + &BytesWritten); > + break; > > - Supported.Checksum.IPv6Transmit.Encapsulation = > NDIS_ENCAPSULATION_IEEE_802_3; > + case OID_GEN_XMIT_ERROR: > + AdapterGetXmitError(Adapter, &Value32); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + Value32, > + &BytesWritten); > + break; > > - Supported.Checksum.IPv6Transmit.IpExtensionHeadersSupported = 1; > + case OID_GEN_RCV_ERROR: > + AdapterGetRcvError(Adapter, &Value32); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + Value32, > + &BytesWritten); > + break; > > - if (Options.OffloadIpVersion6TcpChecksum) { > - Supported.Checksum.IPv6Transmit.TcpChecksum = 1; > - Supported.Checksum.IPv6Transmit.TcpOptionsSupported = 1; > - } > + case OID_GEN_RCV_NO_BUFFER: > + case OID_GEN_TRANSMIT_QUEUE_LENGTH: > + case OID_GEN_RCV_CRC_ERROR: > + case OID_802_3_RCV_ERROR_ALIGNMENT: > + case OID_802_3_XMIT_ONE_COLLISION: > + case OID_802_3_XMIT_MORE_COLLISIONS: > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + 0, > + &BytesWritten); > + break; > > - if (Options.OffloadIpVersion6UdpChecksum) > - Supported.Checksum.IPv6Transmit.UdpChecksum = 1; > + case OID_802_3_MAXIMUM_LIST_SIZE: > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + 32, > + &BytesWritten); > + break; > > - if (Options.OffloadIpVersion4LargePacket) { > - XENVIF_VIF(TransmitterQueryLargePacketSize, > + case OID_GEN_DIRECTED_BYTES_XMIT: > + XENVIF_VIF(QueryStatistic, > &Adapter->VifInterface, > - 4, > - &Supported.LsoV2.IPv4.MaxOffLoadSize); > - Supported.LsoV2.IPv4.Encapsulation = > NDIS_ENCAPSULATION_IEEE_802_3; > - Supported.LsoV2.IPv4.MinSegmentCount = 2; > - } > + XENVIF_TRANSMITTER_UNICAST_OCTETS, > + &Value64); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (ULONG)Value64, > + &BytesWritten); > + break; > > - if (Options.OffloadIpVersion6LargePacket) { > - XENVIF_VIF(TransmitterQueryLargePacketSize, > + case OID_GEN_DIRECTED_FRAMES_XMIT: > + XENVIF_VIF(QueryStatistic, > &Adapter->VifInterface, > - 6, > - &Supported.LsoV2.IPv6.MaxOffLoadSize); > - Supported.LsoV2.IPv6.Encapsulation = > NDIS_ENCAPSULATION_IEEE_802_3; > - Supported.LsoV2.IPv6.MinSegmentCount = 2; > - Supported.LsoV2.IPv6.IpExtensionHeadersSupported = 1; > - Supported.LsoV2.IPv6.TcpOptionsSupported = 1; > - } > - > - Default = Supported; > + XENVIF_TRANSMITTER_UNICAST_PACKETS, > + &Value64); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (ULONG)Value64, > + &BytesWritten); > + break; > > - if (!(Adapter->Properties.ipv4_csum & 2)) > - Default.Checksum.IPv4Receive.IpChecksum = 0; > + case OID_GEN_MULTICAST_BYTES_XMIT: > + XENVIF_VIF(QueryStatistic, > + &Adapter->VifInterface, > + XENVIF_TRANSMITTER_MULTICAST_OCTETS, > + &Value64); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (ULONG)Value64, > + &BytesWritten); > + break; > > - if (!(Adapter->Properties.tcpv4_csum & 2)) > - Default.Checksum.IPv4Receive.TcpChecksum = 0; > + case OID_GEN_MULTICAST_FRAMES_XMIT: > + XENVIF_VIF(QueryStatistic, > + &Adapter->VifInterface, > + XENVIF_TRANSMITTER_MULTICAST_PACKETS, > + &Value64); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (ULONG)Value64, > + &BytesWritten); > + break; > > - if (!(Adapter->Properties.udpv4_csum & 2)) > - Default.Checksum.IPv4Receive.UdpChecksum = 0; > + case OID_GEN_BROADCAST_BYTES_XMIT: > + XENVIF_VIF(QueryStatistic, > + &Adapter->VifInterface, > + XENVIF_TRANSMITTER_BROADCAST_OCTETS, > + &Value64); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (ULONG)Value64, > + &BytesWritten); > + break; > > - if (!(Adapter->Properties.tcpv6_csum & 2)) > - Default.Checksum.IPv6Receive.TcpChecksum = 0; > + case OID_GEN_BROADCAST_FRAMES_XMIT: > + XENVIF_VIF(QueryStatistic, > + &Adapter->VifInterface, > + XENVIF_TRANSMITTER_BROADCAST_PACKETS, > + &Value64); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (ULONG)Value64, > + &BytesWritten); > + break; > > - if (!(Adapter->Properties.udpv6_csum & 2)) > - Default.Checksum.IPv6Receive.UdpChecksum = 0; > + case OID_GEN_DIRECTED_BYTES_RCV: > + XENVIF_VIF(QueryStatistic, > + &Adapter->VifInterface, > + XENVIF_RECEIVER_UNICAST_OCTETS, > + &Value64); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (ULONG)Value64, > + &BytesWritten); > + break; > > - if (!(Adapter->Properties.ipv4_csum & 1)) > - Default.Checksum.IPv4Transmit.IpChecksum = 0; > + case OID_GEN_DIRECTED_FRAMES_RCV: > + XENVIF_VIF(QueryStatistic, > + &Adapter->VifInterface, > + XENVIF_RECEIVER_UNICAST_PACKETS, > + &Value64); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (ULONG)Value64, > + &BytesWritten); > + break; > > - if (!(Adapter->Properties.tcpv4_csum & 1)) > - Default.Checksum.IPv4Transmit.TcpChecksum = 0; > + case OID_GEN_MULTICAST_BYTES_RCV: > + XENVIF_VIF(QueryStatistic, > + &Adapter->VifInterface, > + XENVIF_RECEIVER_MULTICAST_OCTETS, > + &Value64); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (ULONG)Value64, > + &BytesWritten); > + break; > > - if (!(Adapter->Properties.udpv4_csum & 1)) > - Default.Checksum.IPv4Transmit.UdpChecksum = 0; > + case OID_GEN_MULTICAST_FRAMES_RCV: > + XENVIF_VIF(QueryStatistic, > + &Adapter->VifInterface, > + XENVIF_RECEIVER_MULTICAST_PACKETS, > + &Value64); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (ULONG)Value64, > + &BytesWritten); > + break; > > - if (!(Adapter->Properties.tcpv6_csum & 1)) > - Default.Checksum.IPv6Transmit.TcpChecksum = 0; > + case OID_GEN_BROADCAST_BYTES_RCV: > + XENVIF_VIF(QueryStatistic, > + &Adapter->VifInterface, > + XENVIF_RECEIVER_BROADCAST_OCTETS, > + &Value64); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (ULONG)Value64, > + &BytesWritten); > + break; > > - if (!(Adapter->Properties.udpv6_csum & 1)) > - Default.Checksum.IPv6Transmit.UdpChecksum = 0; > + case OID_GEN_BROADCAST_FRAMES_RCV: > + XENVIF_VIF(QueryStatistic, > + &Adapter->VifInterface, > + XENVIF_RECEIVER_BROADCAST_PACKETS, > + &Value64); > + BytesNeeded = sizeof(ULONG); > + ndisStatus = __SetUlong(Buffer, > + BufferLength, > + (ULONG)Value64, > + &BytesWritten); > + break; > > - if (!(Adapter->Properties.lsov4)) { > - Default.LsoV2.IPv4.MaxOffLoadSize = 0; > - Default.LsoV2.IPv4.MinSegmentCount = 0; > - } > + case OID_GEN_INTERRUPT_MODERATION: > + BytesNeeded = > sizeof(NDIS_INTERRUPT_MODERATION_PARAMETERS); > + ndisStatus = AdapterInterruptModeration(Adapter, > + > (PNDIS_INTERRUPT_MODERATION_PARAMETERS)Buffer, > + BufferLength, > + &BytesWritten); > + break; > > - if (!(Adapter->Properties.lsov6)) { > - Default.LsoV2.IPv6.MaxOffLoadSize = 0; > - Default.LsoV2.IPv6.MinSegmentCount = 0; > - } > + case OID_IP4_OFFLOAD_STATS: > + case OID_IP6_OFFLOAD_STATS: > + case OID_GEN_SUPPORTED_GUIDS: > + // We don't handle these since NDIS 6.0 is supposed to do this for us > + case OID_GEN_MAC_ADDRESS: > + case OID_GEN_MAX_LINK_SPEED: > + // ignore these common unwanted OIDs > + case OID_GEN_INIT_TIME_MS: > + case OID_GEN_RESET_COUNTS: > + case OID_GEN_MEDIA_SENSE_COUNTS: > + Warn = FALSE; > + /*FALLTHRU*/ > + default: > + if (Warn) > + Warning("UNSUPPORTED OID %08x\n", Request- > >DATA.QUERY_INFORMATION.Oid); > > - if (!RtlEqualMemory(&Adapter->Offload, &Default, sizeof > (NDIS_OFFLOAD))) { > - Adapter->Offload = Default; > - DISPLAY_OFFLOAD(Default); > + ndisStatus = NDIS_STATUS_NOT_SUPPORTED; > + break; > } > > - RtlZeroMemory(&Attribs, > sizeof(NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES)); > - Attribs.Header.Type = > NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES; > - Attribs.Header.Revision = > NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES_REVISION_1; > - Attribs.Header.Size = sizeof(Attribs); > - Attribs.DefaultOffloadConfiguration = &Default; > - Attribs.HardwareOffloadCapabilities = &Supported; > + Request->DATA.QUERY_INFORMATION.BytesWritten = BytesWritten; > + Request->DATA.QUERY_INFORMATION.BytesNeeded = BytesNeeded; > > - ndisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, > - (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); > return ndisStatus; > } > > -static NDIS_STATUS > -AdapterSetHeaderDataSplitAttributes( > - IN PXENNET_ADAPTER Adapter > +static NTSTATUS > +__QueryInterface( > + IN PDEVICE_OBJECT DeviceObject, > + IN const GUID *Guid, > + IN ULONG Version, > + OUT PINTERFACE Interface, > + IN ULONG Size, > + IN BOOLEAN Optional > ) > { > - NDIS_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES Attribs; > - NDIS_HD_SPLIT_ATTRIBUTES Split; > - NDIS_STATUS NdisStatus; > - > - RtlZeroMemory(&Attribs, sizeof(Attribs)); > + KEVENT Event; > + IO_STATUS_BLOCK StatusBlock; > + PIRP Irp; > + PIO_STACK_LOCATION StackLocation; > + NTSTATUS status; > > - Attribs.Header.Type = > NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES > ; > - Attribs.Header.Revision = > NDIS_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES_REVISION_1; > - Attribs.Header.Size = > NDIS_SIZEOF_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES_REVI > SION_1; > + ASSERT3U(KeGetCurrentIrql(), ==, PASSIVE_LEVEL); > > - RtlZeroMemory(&Split, sizeof(Split)); > + KeInitializeEvent(&Event, NotificationEvent, FALSE); > + RtlZeroMemory(&StatusBlock, sizeof(IO_STATUS_BLOCK)); > > - Split.Header.Type = NDIS_OBJECT_TYPE_HD_SPLIT_ATTRIBUTES; > - Split.Header.Revision = NDIS_HD_SPLIT_ATTRIBUTES_REVISION_1; > - Split.Header.Size = NDIS_SIZEOF_HD_SPLIT_ATTRIBUTES_REVISION_1; > - Split.HardwareCapabilities = > - NDIS_HD_SPLIT_CAPS_SUPPORTS_HEADER_DATA_SPLIT | > - NDIS_HD_SPLIT_CAPS_SUPPORTS_IPV4_OPTIONS | > - NDIS_HD_SPLIT_CAPS_SUPPORTS_IPV6_EXTENSION_HEADERS | > - NDIS_HD_SPLIT_CAPS_SUPPORTS_TCP_OPTIONS; > + Irp = IoBuildSynchronousFsdRequest(IRP_MJ_PNP, > + DeviceObject, > + NULL, > + 0, > + NULL, > + &Event, > + &StatusBlock); > > - if (Adapter->Properties.HeaderDataSplit != 0) > - Split.CurrentCapabilities = Split.HardwareCapabilities; > + status = STATUS_UNSUCCESSFUL; > + if (Irp == NULL) > + goto fail1; > > - Attribs.HDSplitAttributes = &Split; > + StackLocation = IoGetNextIrpStackLocation(Irp); > + StackLocation->MinorFunction = IRP_MN_QUERY_INTERFACE; > > - NdisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, > - (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); > - if (NdisStatus != NDIS_STATUS_SUCCESS) > - goto fail1; > + StackLocation->Parameters.QueryInterface.InterfaceType = Guid; > + StackLocation->Parameters.QueryInterface.Size = (USHORT)Size; > + StackLocation->Parameters.QueryInterface.Version = (USHORT)Version; > + StackLocation->Parameters.QueryInterface.Interface = Interface; > > - if (Split.HDSplitFlags == NDIS_HD_SPLIT_ENABLE_HEADER_DATA_SPLIT) { > - ASSERT(Split.CurrentCapabilities & > NDIS_HD_SPLIT_CAPS_SUPPORTS_HEADER_DATA_SPLIT); > + Irp->IoStatus.Status = STATUS_NOT_SUPPORTED; > > - Info("BackfillSize = %u\n", Split.BackfillSize); > - Info("MaxHeaderSize = %u\n", Split.MaxHeaderSize); > + status = IoCallDriver(DeviceObject, Irp); > + if (status == STATUS_PENDING) { > + (VOID) KeWaitForSingleObject(&Event, > + Executive, > + KernelMode, > + FALSE, > + NULL); > + status = StatusBlock.Status; > + } > > - XENVIF_VIF(ReceiverSetBackfillSize, > - &Adapter->VifInterface, > - Split.BackfillSize); > + if (!NT_SUCCESS(status)) { > + if (status == STATUS_NOT_SUPPORTED && Optional) > + goto done; > > - ReceiverSplitHeaderData(Adapter->Receiver, Split.MaxHeaderSize); > + goto fail2; > } > > - return NDIS_STATUS_SUCCESS; > +done: > + return STATUS_SUCCESS; > + > +fail2: > + Error("fail2\n"); > > fail1: > - Error("fail1 (%08x)\n", NdisStatus); > + Error("fail1 (%08x)\n", status); > > - return NdisStatus; > + return status; > } > > -static FORCEINLINE PVOID > -__AdapterAllocate( > - IN ULONG Length > - ) > -{ > - return __AllocateNonPagedPoolWithTag(Length, ADAPTER_POOL_TAG); > -} > +#pragma prefast(push) > +#pragma prefast(disable:6102) > > -static FORCEINLINE VOID > -__AdapterFree( > - IN PVOID Buffer > - ) > -{ > - __FreePoolWithTag(Buffer, ADAPTER_POOL_TAG); > -} > +#define READ_PROPERTY(field, name, defaultval, handle) \ > + do { \ > + NDIS_STATUS _Status; \ > + NDIS_STRING _Value; \ > + PNDIS_CONFIGURATION_PARAMETER _Data; \ > + RtlInitUnicodeString(&_Value, name); \ > + NdisReadConfiguration(&_Status, &_Data, handle, \ > + &_Value, NdisParameterInteger); \ > + if (_Status == NDIS_STATUS_SUCCESS) \ > + field = _Data->ParameterData.IntegerData; \ > + else \ > + field = defaultval; \ > + } while (FALSE); > > -static FORCEINLINE PANSI_STRING > -__AdapterMultiSzToUpcaseAnsi( > - IN PCHAR Buffer > +static NDIS_STATUS > +AdapterGetAdvancedSettings( > + IN PXENNET_ADAPTER Adapter > ) > { > - PANSI_STRING Ansi; > - LONG Index; > - LONG Count; > - NTSTATUS status; > - > - Index = 0; > - Count = 0; > - for (;;) { > - if (Buffer[Index] == '\0') { > - Count++; > - Index++; > - > - // Check for double NUL > - if (Buffer[Index] == '\0') > - break; > - } else { > - Buffer[Index] = (CHAR)toupper(Buffer[Index]); > - Index++; > - } > - } > + NDIS_CONFIGURATION_OBJECT Config; > + NDIS_HANDLE Handle; > + NDIS_STATUS ndisStatus; > > - Ansi = __AdapterAllocate(sizeof (ANSI_STRING) * (Count + 1)); > + RtlZeroMemory(&Config, sizeof(NDIS_CONFIGURATION_OBJECT)); > + Config.Header.Type = NDIS_OBJECT_TYPE_CONFIGURATION_OBJECT; > + Config.Header.Revision = NDIS_CONFIGURATION_OBJECT_REVISION_1; > + Config.Header.Size = sizeof(NDIS_CONFIGURATION_OBJECT); > + Config.NdisHandle = Adapter->NdisAdapterHandle; > + Config.Flags = 0; > > - status = STATUS_NO_MEMORY; > - if (Ansi == NULL) > + ndisStatus = NdisOpenConfigurationEx(&Config, &Handle); > + if (ndisStatus != NDIS_STATUS_SUCCESS) > goto fail1; > > - for (Index = 0; Index < Count; Index++) { > - ULONG Length; > - > - Length = (ULONG)strlen(Buffer); > - Ansi[Index].MaximumLength = (USHORT)(Length + 1); > - Ansi[Index].Buffer = __AdapterAllocate(Ansi[Index].MaximumLength); > - > - status = STATUS_NO_MEMORY; > - if (Ansi[Index].Buffer == NULL) > - goto fail2; > - > - RtlCopyMemory(Ansi[Index].Buffer, Buffer, Length); > - Ansi[Index].Length = (USHORT)Length; > - > - Buffer += Length + 1; > - } > - > - return Ansi; > - > -fail2: > - Error("fail2\n"); > + READ_PROPERTY(Adapter->Properties.ipv4_csum, > L"*IPChecksumOffloadIPv4", 3, Handle); > + READ_PROPERTY(Adapter->Properties.tcpv4_csum, > L"*TCPChecksumOffloadIPv4", 3, Handle); > + READ_PROPERTY(Adapter->Properties.udpv4_csum, > L"*UDPChecksumOffloadIPv4", 3, Handle); > + READ_PROPERTY(Adapter->Properties.tcpv6_csum, > L"*TCPChecksumOffloadIPv6", 3, Handle); > + READ_PROPERTY(Adapter->Properties.udpv6_csum, > L"*UDPChecksumOffloadIPv6", 3, Handle); > + READ_PROPERTY(Adapter->Properties.lsov4, L"*LSOv2IPv4", 1, Handle); > + READ_PROPERTY(Adapter->Properties.lsov6, L"*LSOv2IPv6", 1, Handle); > + READ_PROPERTY(Adapter->Properties.lrov4, L"LROIPv4", 1, Handle); > + READ_PROPERTY(Adapter->Properties.lrov6, L"LROIPv6", 1, Handle); > + READ_PROPERTY(Adapter->Properties.need_csum_value, > L"NeedChecksumValue", 1, Handle); > + READ_PROPERTY(Adapter->Properties.HeaderDataSplit, > L"*HeaderDataSplit", 1, Handle); > > - while (--Index >= 0) > - __AdapterFree(Ansi[Index].Buffer); > + NdisCloseConfiguration(Handle); > > - __AdapterFree(Ansi); > + return NDIS_STATUS_SUCCESS; > > fail1: > - Error("fail1 (%08x)\n", status); > - > - return NULL; > + return NDIS_STATUS_FAILURE; > } > > -static FORCEINLINE VOID > -__AdapterFreeAnsi( > - IN PANSI_STRING Ansi > +#undef READ_PROPERTY > + > +#pragma prefast(pop) > + > +static NDIS_STATUS > +AdapterSetRegistrationAttributes( > + IN PXENNET_ADAPTER Adapter > ) > { > - ULONG Index; > + NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES Attribs; > + NDIS_STATUS ndisStatus; > + > + RtlZeroMemory(&Attribs, > sizeof(NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES)); > + Attribs.Header.Type = > NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES; > + Attribs.Header.Revision = > NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES_REVISION_1; > + Attribs.Header.Size = > sizeof(NDIS_MINIPORT_ADAPTER_REGISTRATION_ATTRIBUTES); > + Attribs.MiniportAdapterContext = (NDIS_HANDLE)Adapter; > + Attribs.AttributeFlags = NDIS_MINIPORT_ATTRIBUTES_BUS_MASTER | > + NDIS_MINIPORT_ATTRIBUTES_NO_HALT_ON_SUSPEND; > + Attribs.CheckForHangTimeInSeconds = 0; > + Attribs.InterfaceType = XENNET_INTERFACE_TYPE; > > - for (Index = 0; Ansi[Index].Buffer != NULL; Index++) > - __AdapterFree(Ansi[Index].Buffer); > + ndisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, > + (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); > > - __AdapterFree(Ansi); > + return ndisStatus; > } > > -static FORCEINLINE BOOLEAN > -__AdapterMatchDistribution( > - IN PXENNET_ADAPTER Adapter, > - IN PCHAR Buffer > +static NDIS_STATUS > +AdapterSetGeneralAttributes( > + IN PXENNET_ADAPTER Adapter > ) > { > - PCHAR Vendor; > - PCHAR Product; > - PCHAR Context; > - const CHAR *Text; > - BOOLEAN Match; > - ULONG Index; > - NTSTATUS status; > + NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES Attribs; > + NDIS_STATUS ndisStatus; > > - UNREFERENCED_PARAMETER(Adapter); > + RtlZeroMemory(&Attribs, > sizeof(NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES)); > + Attribs.Header.Type = > NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES; > + Attribs.Header.Revision = > NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES_REVISION_1; > + Attribs.Header.Size = > sizeof(NDIS_MINIPORT_ADAPTER_GENERAL_ATTRIBUTES); > + Attribs.MediaType = XENNET_MEDIA_TYPE; > > - status = STATUS_INVALID_PARAMETER; > + XENVIF_VIF(MacQueryMaximumFrameSize, > + &Adapter->VifInterface, > + (PULONG)&Adapter->MaximumFrameSize); > > - Vendor = __strtok_r(Buffer, " ", &Context); > - if (Vendor == NULL) > - goto fail1; > + Attribs.MtuSize = Adapter->MaximumFrameSize - sizeof > (ETHERNET_TAGGED_HEADER); > + Attribs.MaxXmitLinkSpeed = XENNET_MEDIA_MAX_SPEED; > + Attribs.MaxRcvLinkSpeed = XENNET_MEDIA_MAX_SPEED; > + Attribs.XmitLinkSpeed = XENNET_MEDIA_MAX_SPEED; > + Attribs.RcvLinkSpeed = XENNET_MEDIA_MAX_SPEED; > + Attribs.MediaConnectState = MediaConnectStateConnected; > + Attribs.MediaDuplexState = MediaDuplexStateFull; > + Attribs.LookaheadSize = Adapter->MaximumFrameSize; > + Attribs.PowerManagementCapabilities = &Adapter->Capabilities; > + Attribs.MacOptions = XENNET_MAC_OPTIONS; > + Attribs.SupportedPacketFilters = XENNET_SUPPORTED_PACKET_FILTERS; > + Attribs.MaxMulticastListSize = 32; > + Attribs.MacAddressLength = ETHERNET_ADDRESS_LENGTH; > > - Product = __strtok_r(NULL, " ", &Context); > - if (Product == NULL) > - goto fail2; > + XENVIF_VIF(MacQueryPermanentAddress, > + &Adapter->VifInterface, > + (PETHERNET_ADDRESS)&Attribs.PermanentMacAddress); > + XENVIF_VIF(MacQueryCurrentAddress, > + &Adapter->VifInterface, > + (PETHERNET_ADDRESS)&Attribs.CurrentMacAddress); > > - Match = TRUE; > + Attribs.PhysicalMediumType = NdisPhysicalMedium802_3; > + Attribs.RecvScaleCapabilities = NULL; > + Attribs.AccessType = NET_IF_ACCESS_BROADCAST; > + Attribs.DirectionType = NET_IF_DIRECTION_SENDRECEIVE; > + Attribs.ConnectionType = NET_IF_CONNECTION_DEDICATED; > + Attribs.IfType = IF_TYPE_ETHERNET_CSMACD; > + Attribs.IfConnectorPresent = TRUE; > + Attribs.SupportedStatistics = NDIS_STATISTICS_XMIT_OK_SUPPORTED | > + NDIS_STATISTICS_XMIT_ERROR_SUPPORTED | > + NDIS_STATISTICS_DIRECTED_BYTES_XMIT_SUPPORTED | > + NDIS_STATISTICS_DIRECTED_FRAMES_XMIT_SUPPORTED > | > + NDIS_STATISTICS_MULTICAST_BYTES_XMIT_SUPPORTED | > + > NDIS_STATISTICS_MULTICAST_FRAMES_XMIT_SUPPORTED | > + NDIS_STATISTICS_BROADCAST_BYTES_XMIT_SUPPORTED > | > + > NDIS_STATISTICS_BROADCAST_FRAMES_XMIT_SUPPORTED | > + NDIS_STATISTICS_RCV_OK_SUPPORTED | > + NDIS_STATISTICS_RCV_ERROR_SUPPORTED | > + NDIS_STATISTICS_DIRECTED_BYTES_RCV_SUPPORTED | > + NDIS_STATISTICS_DIRECTED_FRAMES_RCV_SUPPORTED | > + NDIS_STATISTICS_MULTICAST_BYTES_RCV_SUPPORTED | > + NDIS_STATISTICS_MULTICAST_FRAMES_RCV_SUPPORTED > | > + NDIS_STATISTICS_BROADCAST_BYTES_RCV_SUPPORTED | > + > NDIS_STATISTICS_BROADCAST_FRAMES_RCV_SUPPORTED | > + NDIS_STATISTICS_GEN_STATISTICS_SUPPORTED; > + > + Attribs.SupportedOidList = XennetSupportedOids; > + Attribs.SupportedOidListLength = sizeof(XennetSupportedOids); > > - Text = VENDOR_NAME_STR; > + ndisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, > + (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); > > - for (Index = 0; Text[Index] != 0; Index++) { > - if (!isalnum((UCHAR)Text[Index])) { > - if (Vendor[Index] != '_') { > - Match = FALSE; > - break; > - } > - } else { > - if (Vendor[Index] != Text[Index]) { > - Match = FALSE; > - break; > - } > - } > - } > + return ndisStatus; > +} > > - Text = "XENNET"; > +static NDIS_STATUS > +AdapterSetOffloadAttributes( > + IN PXENNET_ADAPTER Adapter > + ) > +{ > + NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES Attribs; > + XENVIF_VIF_OFFLOAD_OPTIONS Options; > + PXENVIF_VIF_OFFLOAD_OPTIONS RxOptions; > + PXENVIF_VIF_OFFLOAD_OPTIONS TxOptions; > + NDIS_OFFLOAD Default; > + NDIS_OFFLOAD Supported; > + NDIS_STATUS ndisStatus; > > - if (_stricmp(Product, Text) != 0) > - Match = FALSE; > + TxOptions = TransmitterOffloadOptions(Adapter->Transmitter); > + RxOptions = ReceiverOffloadOptions(Adapter->Receiver); > > - return Match; > + TxOptions->Value = 0; > + TxOptions->OffloadTagManipulation = 1; > > -fail2: > - Error("fail2\n"); > + RxOptions->Value = 0; > + RxOptions->OffloadTagManipulation = 1; > > -fail1: > - Error("fail1 (%08x)\n", status); > + if (Adapter->Properties.need_csum_value) > + RxOptions->NeedChecksumValue = 1; > > - return FALSE; > -} > + if (Adapter->Properties.lrov4) { > + RxOptions->OffloadIpVersion4LargePacket = 1; > + RxOptions->NeedLargePacketSplit = 1; > + } > > -static FORCEINLINE VOID > -__AdapterClearDistribution( > - IN PXENNET_ADAPTER Adapter > - ) > -{ > - PCHAR Buffer; > - PANSI_STRING Distributions; > - ULONG Index; > - NTSTATUS status; > + if (Adapter->Properties.lrov6) { > + RxOptions->OffloadIpVersion6LargePacket = 1; > + RxOptions->NeedLargePacketSplit = 1; > + } > > - Trace("====>\n"); > + XENVIF_VIF(ReceiverSetOffloadOptions, > + &Adapter->VifInterface, > + *RxOptions); > > - status = XENBUS_STORE(Directory, > - &Adapter->StoreInterface, > - NULL, > - NULL, > - "drivers", > - &Buffer); > - if (NT_SUCCESS(status)) { > - Distributions = __AdapterMultiSzToUpcaseAnsi(Buffer); > + XENVIF_VIF(TransmitterQueryOffloadOptions, > + &Adapter->VifInterface, > + &Options); > > - XENBUS_STORE(Free, > - &Adapter->StoreInterface, > - Buffer); > - } else { > - Distributions = NULL; > - } > + RtlZeroMemory(&Supported, sizeof(NDIS_OFFLOAD)); > + Supported.Header.Type = NDIS_OBJECT_TYPE_OFFLOAD; > + Supported.Header.Revision = NDIS_OFFLOAD_REVISION_1; > + Supported.Header.Size = sizeof(NDIS_OFFLOAD); > > - if (Distributions == NULL) > - goto done; > + Supported.Checksum.IPv4Receive.Encapsulation = > NDIS_ENCAPSULATION_IEEE_802_3; > > - for (Index = 0; Distributions[Index].Buffer != NULL; Index++) { > - PANSI_STRING Distribution = &Distributions[Index]; > + Supported.Checksum.IPv4Receive.IpChecksum = 1; > + Supported.Checksum.IPv4Receive.IpOptionsSupported = 1; > > - status = XENBUS_STORE(Read, > - &Adapter->StoreInterface, > - NULL, > - "drivers", > - Distribution->Buffer, > - &Buffer); > - if (!NT_SUCCESS(status)) > - continue; > + Supported.Checksum.IPv4Receive.TcpChecksum = 1; > + Supported.Checksum.IPv4Receive.TcpOptionsSupported = 1; > > - if (__AdapterMatchDistribution(Adapter, Buffer)) > - (VOID) XENBUS_STORE(Remove, > - &Adapter->StoreInterface, > - NULL, > - "drivers", > - Distribution->Buffer); > + Supported.Checksum.IPv4Receive.UdpChecksum = 1; > > - XENBUS_STORE(Free, > - &Adapter->StoreInterface, > - Buffer); > - } > + Supported.Checksum.IPv6Receive.Encapsulation = > NDIS_ENCAPSULATION_IEEE_802_3; > > - __AdapterFreeAnsi(Distributions); > + Supported.Checksum.IPv6Receive.IpExtensionHeadersSupported = 1; > > -done: > - Trace("<====\n"); > -} > + Supported.Checksum.IPv6Receive.TcpChecksum = 1; > + Supported.Checksum.IPv6Receive.TcpOptionsSupported = 1; > > -#define MAXIMUM_INDEX 255 > + Supported.Checksum.IPv6Receive.UdpChecksum = 1; > > -static FORCEINLINE NTSTATUS > -__AdapterSetDistribution( > - IN PXENNET_ADAPTER Adapter > - ) > -{ > - ULONG Index; > - CHAR Distribution[MAXNAMELEN]; > - CHAR Vendor[MAXNAMELEN]; > - const CHAR *Product; > - NTSTATUS status; > + Supported.Checksum.IPv4Transmit.Encapsulation = > NDIS_ENCAPSULATION_IEEE_802_3; > > - Trace("====>\n"); > + if (Options.OffloadIpVersion4HeaderChecksum) { > + Supported.Checksum.IPv4Transmit.IpChecksum = 1; > + Supported.Checksum.IPv4Transmit.IpOptionsSupported = 1; > + } > > - Index = 0; > - while (Index <= MAXIMUM_INDEX) { > - PCHAR Buffer; > + if (Options.OffloadIpVersion4TcpChecksum) { > + Supported.Checksum.IPv4Transmit.TcpChecksum = 1; > + Supported.Checksum.IPv4Transmit.TcpOptionsSupported = 1; > + } > > - status = RtlStringCbPrintfA(Distribution, > - MAXNAMELEN, > - "%u", > - Index); > - ASSERT(NT_SUCCESS(status)); > + if (Options.OffloadIpVersion4UdpChecksum) > + Supported.Checksum.IPv4Transmit.UdpChecksum = 1; > > - status = XENBUS_STORE(Read, > - &Adapter->StoreInterface, > - NULL, > - "drivers", > - Distribution, > - &Buffer); > - if (!NT_SUCCESS(status)) { > - if (status == STATUS_OBJECT_NAME_NOT_FOUND) > - goto update; > + Supported.Checksum.IPv6Transmit.Encapsulation = > NDIS_ENCAPSULATION_IEEE_802_3; > + > + Supported.Checksum.IPv6Transmit.IpExtensionHeadersSupported = 1; > > - goto fail1; > - } > + if (Options.OffloadIpVersion6TcpChecksum) { > + Supported.Checksum.IPv6Transmit.TcpChecksum = 1; > + Supported.Checksum.IPv6Transmit.TcpOptionsSupported = 1; > + } > > - XENBUS_STORE(Free, > - &Adapter->StoreInterface, > - Buffer); > + if (Options.OffloadIpVersion6UdpChecksum) > + Supported.Checksum.IPv6Transmit.UdpChecksum = 1; > > - Index++; > + if (Options.OffloadIpVersion4LargePacket) { > + XENVIF_VIF(TransmitterQueryLargePacketSize, > + &Adapter->VifInterface, > + 4, > + &Supported.LsoV2.IPv4.MaxOffLoadSize); > + Supported.LsoV2.IPv4.Encapsulation = > NDIS_ENCAPSULATION_IEEE_802_3; > + Supported.LsoV2.IPv4.MinSegmentCount = 2; > } > > - status = STATUS_UNSUCCESSFUL; > - goto fail2; > + if (Options.OffloadIpVersion6LargePacket) { > + XENVIF_VIF(TransmitterQueryLargePacketSize, > + &Adapter->VifInterface, > + 6, > + &Supported.LsoV2.IPv6.MaxOffLoadSize); > + Supported.LsoV2.IPv6.Encapsulation = > NDIS_ENCAPSULATION_IEEE_802_3; > + Supported.LsoV2.IPv6.MinSegmentCount = 2; > + Supported.LsoV2.IPv6.IpExtensionHeadersSupported = 1; > + Supported.LsoV2.IPv6.TcpOptionsSupported = 1; > + } > > -update: > - status = RtlStringCbPrintfA(Vendor, > - MAXNAMELEN, > - "%s", > - VENDOR_NAME_STR); > - ASSERT(NT_SUCCESS(status)); > + Default = Supported; > > - for (Index = 0; Vendor[Index] != '\0'; Index++) > - if (!isalnum((UCHAR)Vendor[Index])) > - Vendor[Index] = '_'; > + if (!(Adapter->Properties.ipv4_csum & 2)) > + Default.Checksum.IPv4Receive.IpChecksum = 0; > > - Product = "XENNET"; > + if (!(Adapter->Properties.tcpv4_csum & 2)) > + Default.Checksum.IPv4Receive.TcpChecksum = 0; > > -#if DBG > -#define ATTRIBUTES "(DEBUG)" > -#else > -#define ATTRIBUTES "" > -#endif > + if (!(Adapter->Properties.udpv4_csum & 2)) > + Default.Checksum.IPv4Receive.UdpChecksum = 0; > > - (VOID) XENBUS_STORE(Printf, > - &Adapter->StoreInterface, > - NULL, > - "drivers", > - Distribution, > - "%s %s %u.%u.%u %s", > - Vendor, > - Product, > - MAJOR_VERSION, > - MINOR_VERSION, > - MICRO_VERSION, > - ATTRIBUTES > - ); > + if (!(Adapter->Properties.tcpv6_csum & 2)) > + Default.Checksum.IPv6Receive.TcpChecksum = 0; > > -#undef ATTRIBUTES > + if (!(Adapter->Properties.udpv6_csum & 2)) > + Default.Checksum.IPv6Receive.UdpChecksum = 0; > > - Trace("<====\n"); > - return STATUS_SUCCESS; > + if (!(Adapter->Properties.ipv4_csum & 1)) > + Default.Checksum.IPv4Transmit.IpChecksum = 0; > > -fail2: > - Error("fail2\n"); > + if (!(Adapter->Properties.tcpv4_csum & 1)) > + Default.Checksum.IPv4Transmit.TcpChecksum = 0; > > -fail1: > - Error("fail1 (%08x)\n", status); > + if (!(Adapter->Properties.udpv4_csum & 1)) > + Default.Checksum.IPv4Transmit.UdpChecksum = 0; > > - return status; > -} > + if (!(Adapter->Properties.tcpv6_csum & 1)) > + Default.Checksum.IPv6Transmit.TcpChecksum = 0; > > -static DECLSPEC_NOINLINE VOID > -AdapterSuspendCallbackLate( > - IN PVOID Argument > - ) > -{ > - PXENNET_ADAPTER Adapter = Argument; > + if (!(Adapter->Properties.udpv6_csum & 1)) > + Default.Checksum.IPv6Transmit.UdpChecksum = 0; > > - (VOID) __AdapterSetDistribution(Adapter); > -} > + if (!(Adapter->Properties.lsov4)) { > + Default.LsoV2.IPv4.MaxOffLoadSize = 0; > + Default.LsoV2.IPv4.MinSegmentCount = 0; > + } > > -static NTSTATUS > -AdapterSetDistribution( > - IN PXENNET_ADAPTER Adapter > - ) > -{ > - LONG Count; > - NTSTATUS status; > + if (!(Adapter->Properties.lsov6)) { > + Default.LsoV2.IPv6.MaxOffLoadSize = 0; > + Default.LsoV2.IPv6.MinSegmentCount = 0; > + } > > - Trace("====>\n"); > + if (!RtlEqualMemory(&Adapter->Offload, &Default, sizeof > (NDIS_OFFLOAD))) { > + Adapter->Offload = Default; > + DISPLAY_OFFLOAD(Default); > + } > > - Count = InterlockedIncrement(&AdapterCount); > - ASSERT(Count != 0); > + RtlZeroMemory(&Attribs, > sizeof(NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES)); > + Attribs.Header.Type = > NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES; > + Attribs.Header.Revision = > NDIS_MINIPORT_ADAPTER_OFFLOAD_ATTRIBUTES_REVISION_1; > + Attribs.Header.Size = sizeof(Attribs); > + Attribs.DefaultOffloadConfiguration = &Default; > + Attribs.HardwareOffloadCapabilities = &Supported; > > - if (Count != 1) > - goto done; > + ndisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, > + (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); > + return ndisStatus; > +} > > - status = __AdapterSetDistribution(Adapter); > - if (!NT_SUCCESS(status)) > - goto fail1; > +static NDIS_STATUS > +AdapterSetHeaderDataSplitAttributes( > + IN PXENNET_ADAPTER Adapter > + ) > +{ > + NDIS_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES Attribs; > + NDIS_HD_SPLIT_ATTRIBUTES Split; > + NDIS_STATUS NdisStatus; > > - status = XENBUS_SUSPEND(Register, > - &Adapter->SuspendInterface, > - SUSPEND_CALLBACK_LATE, > - AdapterSuspendCallbackLate, > - Adapter, > - &Adapter->SuspendCallbackLate); > - if (!NT_SUCCESS(status)) > - goto fail2; > + RtlZeroMemory(&Attribs, sizeof(Attribs)); > > -done: > - Trace("<====\n"); > - return STATUS_SUCCESS; > + Attribs.Header.Type = > NDIS_OBJECT_TYPE_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES > ; > + Attribs.Header.Revision = > NDIS_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES_REVISION_1; > + Attribs.Header.Size = > NDIS_SIZEOF_MINIPORT_ADAPTER_HARDWARE_ASSIST_ATTRIBUTES_REVI > SION_1; > > -fail2: > - Error("fail2\n"); > + RtlZeroMemory(&Split, sizeof(Split)); > > - __AdapterClearDistribution(Adapter); > + Split.Header.Type = NDIS_OBJECT_TYPE_HD_SPLIT_ATTRIBUTES; > + Split.Header.Revision = NDIS_HD_SPLIT_ATTRIBUTES_REVISION_1; > + Split.Header.Size = NDIS_SIZEOF_HD_SPLIT_ATTRIBUTES_REVISION_1; > + Split.HardwareCapabilities = > + NDIS_HD_SPLIT_CAPS_SUPPORTS_HEADER_DATA_SPLIT | > + NDIS_HD_SPLIT_CAPS_SUPPORTS_IPV4_OPTIONS | > + NDIS_HD_SPLIT_CAPS_SUPPORTS_IPV6_EXTENSION_HEADERS | > + NDIS_HD_SPLIT_CAPS_SUPPORTS_TCP_OPTIONS; > > -fail1: > - Error("fail1 (%08x)\n", status); > + if (Adapter->Properties.HeaderDataSplit != 0) > + Split.CurrentCapabilities = Split.HardwareCapabilities; > > - return status; > -} > + Attribs.HDSplitAttributes = &Split; > > -static VOID > -AdapterClearDistribution( > - IN PXENNET_ADAPTER Adapter > - ) > -{ > - LONG Count; > + NdisStatus = NdisMSetMiniportAttributes(Adapter->NdisAdapterHandle, > + (PNDIS_MINIPORT_ADAPTER_ATTRIBUTES)&Attribs); > + if (NdisStatus != NDIS_STATUS_SUCCESS) > + goto fail1; > > - Trace("====>\n"); > + if (Split.HDSplitFlags == NDIS_HD_SPLIT_ENABLE_HEADER_DATA_SPLIT) { > + ASSERT(Split.CurrentCapabilities & > NDIS_HD_SPLIT_CAPS_SUPPORTS_HEADER_DATA_SPLIT); > > - Count = InterlockedDecrement(&AdapterCount); > + Info("BackfillSize = %u\n", Split.BackfillSize); > + Info("MaxHeaderSize = %u\n", Split.MaxHeaderSize); > > - if (Count != 0) > - goto done; > + XENVIF_VIF(ReceiverSetBackfillSize, > + &Adapter->VifInterface, > + Split.BackfillSize); > > - XENBUS_SUSPEND(Deregister, > - &Adapter->SuspendInterface, > - Adapter->SuspendCallbackLate); > - Adapter->SuspendCallbackLate = NULL; > + ReceiverSplitHeaderData(Adapter->Receiver, Split.MaxHeaderSize); > + } > > - __AdapterClearDistribution(Adapter); > + return NDIS_STATUS_SUCCESS; > > -done: > - Trace("<====\n"); > +fail1: > + Error("fail1 (%08x)\n", NdisStatus); > + > + return NdisStatus; > } > > NDIS_STATUS > @@ -2715,52 +2810,35 @@ AdapterInitialize( > if (!NT_SUCCESS(status)) > goto fail6; > > - status = XENBUS_CACHE(Acquire, > - &(*Adapter)->CacheInterface); > - if (!NT_SUCCESS(status)) > - goto fail7; > - > - status = XENBUS_STORE(Acquire, > - &(*Adapter)->StoreInterface); > - if (!NT_SUCCESS(status)) > - goto fail8; > - > - status = XENBUS_SUSPEND(Acquire, > - &(*Adapter)->SuspendInterface); > - if (!NT_SUCCESS(status)) > - goto fail9; > - > - (VOID) AdapterSetDistribution(*Adapter); > - > (*Adapter)->NdisAdapterHandle = Handle; > > ndisStatus = TransmitterInitialize(*Adapter, &(*Adapter)->Transmitter); > if (ndisStatus != NDIS_STATUS_SUCCESS) > - goto fail10; > + goto fail7; > > ndisStatus = ReceiverInitialize(*Adapter, &(*Adapter)->Receiver); > if (ndisStatus != NDIS_STATUS_SUCCESS) > - goto fail11; > + goto fail8; > > ndisStatus = AdapterGetAdvancedSettings(*Adapter); > if (ndisStatus != NDIS_STATUS_SUCCESS) > - goto fail12; > + goto fail9; > > ndisStatus = AdapterSetRegistrationAttributes(*Adapter); > if (ndisStatus != NDIS_STATUS_SUCCESS) > - goto fail13; > + goto fail10; > > ndisStatus = AdapterSetGeneralAttributes(*Adapter); > if (ndisStatus != NDIS_STATUS_SUCCESS) > - goto fail14; > + goto fail11; > > ndisStatus = AdapterSetOffloadAttributes(*Adapter); > if (ndisStatus != NDIS_STATUS_SUCCESS) > - goto fail15; > + goto fail12; > > ndisStatus = AdapterSetHeaderDataSplitAttributes(*Adapter); > if (ndisStatus != NDIS_STATUS_SUCCESS) > - goto fail16; > + goto fail13; > > RtlZeroMemory(&Dma, sizeof(NDIS_SG_DMA_DESCRIPTION)); > Dma.Header.Type = NDIS_OBJECT_TYPE_SG_DMA_DESCRIPTION; > @@ -2777,43 +2855,23 @@ AdapterInitialize( > if (ndisStatus != NDIS_STATUS_SUCCESS) > (*Adapter)->NdisDmaHandle = NULL; > > - ndisStatus = AdapterEnable(*Adapter); > - if (ndisStatus != NDIS_STATUS_SUCCESS) > - goto fail17; > - > return NDIS_STATUS_SUCCESS; > > -fail17: > - if ((*Adapter)->NdisDmaHandle) > - NdisMDeregisterScatterGatherDma((*Adapter)->NdisDmaHandle); > - (*Adapter)->NdisDmaHandle = NULL; > - > -fail16: > -fail15: > -fail14: > fail13: > fail12: > +fail11: > +fail10: > +fail9: > ReceiverTeardown((*Adapter)->Receiver); > (*Adapter)->Receiver = NULL; > -fail11: > > +fail8: > TransmitterTeardown((*Adapter)->Transmitter); > (*Adapter)->Transmitter = NULL; > > -fail10: > +fail7: > (*Adapter)->NdisAdapterHandle = NULL; > > - AdapterClearDistribution(*Adapter); > - > - XENBUS_SUSPEND(Release, &(*Adapter)->SuspendInterface); > - > -fail9: > - XENBUS_STORE(Release, &(*Adapter)->StoreInterface); > - > -fail8: > - XENBUS_CACHE(Release, &(*Adapter)->CacheInterface); > - > -fail7: > XENVIF_VIF(Release, &(*Adapter)->VifInterface); > > fail6: > @@ -2852,9 +2910,6 @@ AdapterTeardown( > > AdapterClearDistribution(Adapter); > > - XENBUS_SUSPEND(Release, &Adapter->SuspendInterface); > - XENBUS_STORE(Release, &Adapter->StoreInterface); > - XENBUS_CACHE(Release, &Adapter->CacheInterface); > XENVIF_VIF(Release, &Adapter->VifInterface); > > RtlZeroMemory(&Adapter->SuspendInterface, > sizeof(XENBUS_SUSPEND_INTERFACE)); > diff --git a/src/xennet/adapter.h b/src/xennet/adapter.h > index 3cc1d90..5b2495a 100644 > --- a/src/xennet/adapter.h > +++ b/src/xennet/adapter.h > @@ -99,7 +99,7 @@ AdapterEnable( > IN PXENNET_ADAPTER Adapter > ); > > -extern BOOLEAN > +extern VOID > AdapterDisable( > IN PXENNET_ADAPTER Adapter > ); > diff --git a/src/xennet/miniport.c b/src/xennet/miniport.c > index 5500418..1883db5 100644 > --- a/src/xennet/miniport.c > +++ b/src/xennet/miniport.c > @@ -66,7 +66,7 @@ MiniportInitializeEx( > PXENNET_ADAPTER Adapter; > NDIS_STATUS NdisStatus; > > - Trace("====>\n"); > + Info("====>\n"); > > UNREFERENCED_PARAMETER(MiniportDriverContext); > UNREFERENCED_PARAMETER(MiniportInitParameters); > @@ -75,7 +75,7 @@ MiniportInitializeEx( > if (NdisStatus != NDIS_STATUS_SUCCESS) > goto fail1; > > - Trace("<====\n"); > + Info("<====\n"); > > return NDIS_STATUS_SUCCESS; > > @@ -97,16 +97,14 @@ MiniportHaltEx( > > UNREFERENCED_PARAMETER(HaltAction); > > - Trace("====>\n"); > + Info("====>\n"); > > if (Adapter == NULL) > return; > > - (VOID) AdapterDisable(Adapter); > - > AdapterTeardown(Adapter); > > - Trace("<====\n"); > + Info("<====\n"); > } > > static > @@ -131,12 +129,11 @@ MiniportPause( > > UNREFERENCED_PARAMETER(MiniportPauseParameters); > > - Trace("====>\n"); > + Info("====>\n"); > > - if (AdapterDisable(Adapter)) > - AdapterMediaStateChange(Adapter); > + AdapterDisable(Adapter); > > - Trace("<====\n"); > + Info("<====\n"); > > return NDIS_STATUS_SUCCESS; > } > @@ -154,11 +151,11 @@ MiniportRestart( > > UNREFERENCED_PARAMETER(MiniportRestartParameters); > > - Trace("====>\n"); > + Info("====>\n"); > > NdisStatus = AdapterEnable(Adapter); > > - Trace("<====\n"); > + Info("<====\n"); > > return NdisStatus; > } > diff --git a/src/xennet/receiver.c b/src/xennet/receiver.c > index 17ab27f..8bfc10b 100644 > --- a/src/xennet/receiver.c > +++ b/src/xennet/receiver.c > @@ -359,6 +359,24 @@ fail1: > return status; > } > > +NDIS_STATUS > +ReceiverEnable ( > + IN PXENNET_RECEIVER Receiver > + ) > +{ > + UNREFERENCED_PARAMETER(Receiver); > + > + return NDIS_STATUS_SUCCESS; > +} > + > +VOID > +ReceiverDisable ( > + IN PXENNET_RECEIVER Receiver > + ) > +{ > + UNREFERENCED_PARAMETER(Receiver); > +} > + > VOID > ReceiverTeardown( > IN PXENNET_RECEIVER Receiver > diff --git a/src/xennet/receiver.h b/src/xennet/receiver.h > index b2cc809..33701a9 100644 > --- a/src/xennet/receiver.h > +++ b/src/xennet/receiver.h > @@ -43,6 +43,16 @@ ReceiverInitialize( > OUT PXENNET_RECEIVER *Receiver > ); > > +extern NDIS_STATUS > +ReceiverEnable( > + IN PXENNET_RECEIVER Receiver > + ); > + > +extern VOID > +ReceiverDisable( > + IN PXENNET_RECEIVER Receiver > + ); > + > extern VOID > ReceiverTeardown( > IN PXENNET_RECEIVER Receiver > diff --git a/src/xennet/transmitter.c b/src/xennet/transmitter.c > index a617b7d..8c80c7e 100644 > --- a/src/xennet/transmitter.c > +++ b/src/xennet/transmitter.c > @@ -141,16 +141,10 @@ TransmitterInitialize ( > OUT PXENNET_TRANSMITTER *Transmitter > ) > { > - NTSTATUS status; > - PXENBUS_CACHE_INTERFACE CacheInterface; > - > - CacheInterface = AdapterGetCacheInterface(Adapter); > - > *Transmitter = ExAllocatePoolWithTag(NonPagedPool, > sizeof(XENNET_TRANSMITTER), > TRANSMITTER_POOL_TAG); > > - status = STATUS_NO_MEMORY; > if (*Transmitter == NULL) > goto fail1; > > @@ -160,6 +154,22 @@ TransmitterInitialize ( > > KeInitializeSpinLock(&(*Transmitter)->Lock); > > + return NDIS_STATUS_SUCCESS; > + > +fail1: > + return NDIS_STATUS_FAILURE; > +} > + > +NDIS_STATUS > +TransmitterEnable ( > + IN PXENNET_TRANSMITTER Transmitter > + ) > +{ > + PXENBUS_CACHE_INTERFACE CacheInterface; > + NTSTATUS status; > + > + CacheInterface = AdapterGetCacheInterface(Transmitter->Adapter); > + > status = XENBUS_CACHE(Create, > CacheInterface, > "packet_cache", > @@ -169,10 +179,10 @@ TransmitterInitialize ( > __TransmitterPacketDtor, > __TransmitterPacketAcquireLock, > __TransmitterPacketReleaseLock, > - *Transmitter, > - &(*Transmitter)->PacketCache); > + Transmitter, > + &Transmitter->PacketCache); > if (!NT_SUCCESS(status)) > - goto fail2; > + goto fail1; > > status = XENBUS_CACHE(Create, > CacheInterface, > @@ -183,27 +193,20 @@ TransmitterInitialize ( > __TransmitterBufferDtor, > __TransmitterBufferAcquireLock, > __TransmitterBufferReleaseLock, > - *Transmitter, > - &(*Transmitter)->BufferCache); > + Transmitter, > + &Transmitter->BufferCache); > if (!NT_SUCCESS(status)) > - goto fail3; > + goto fail2; > > return NDIS_STATUS_SUCCESS; > > -fail3: > - XENBUS_CACHE(Destroy, > - CacheInterface, > - (*Transmitter)->PacketCache); > - (*Transmitter)->PacketCache = NULL; > - > fail2: > Error("fail2\n"); > > - RtlZeroMemory(&(*Transmitter)->Lock, sizeof(KSPIN_LOCK)); > - > - ExFreePoolWithTag(*Transmitter, TRANSMITTER_POOL_TAG); > - > - *Transmitter = NULL; > + XENBUS_CACHE(Destroy, > + CacheInterface, > + Transmitter->PacketCache); > + Transmitter->PacketCache = NULL; > > fail1: > Error("fail1\n (%08x)", status); > @@ -212,7 +215,7 @@ fail1: > } > > VOID > -TransmitterTeardown( > +TransmitterDisable ( > IN PXENNET_TRANSMITTER Transmitter > ) > { > @@ -220,9 +223,6 @@ TransmitterTeardown( > > CacheInterface = AdapterGetCacheInterface(Transmitter->Adapter); > > - Transmitter->Adapter = NULL; > - Transmitter->OffloadOptions.Value = 0; > - > XENBUS_CACHE(Destroy, > CacheInterface, > Transmitter->BufferCache); > @@ -232,6 +232,15 @@ TransmitterTeardown( > CacheInterface, > Transmitter->PacketCache); > Transmitter->PacketCache = NULL; > +} > + > +VOID > +TransmitterTeardown( > + IN PXENNET_TRANSMITTER Transmitter > + ) > +{ > + Transmitter->Adapter = NULL; > + Transmitter->OffloadOptions.Value = 0; > > RtlZeroMemory(&Transmitter->Lock, sizeof(KSPIN_LOCK)); > > diff --git a/src/xennet/transmitter.h b/src/xennet/transmitter.h > index 0adebdc..363b91e 100644 > --- a/src/xennet/transmitter.h > +++ b/src/xennet/transmitter.h > @@ -43,6 +43,16 @@ TransmitterInitialize( > OUT PXENNET_TRANSMITTER *Transmitter > ); > > +extern NDIS_STATUS > +TransmitterEnable( > + IN PXENNET_TRANSMITTER Transmitter > + ); > + > +extern VOID > +TransmitterDisable( > + IN PXENNET_TRANSMITTER Transmitter > + ); > + > extern VOID > TransmitterTeardown( > IN PXENNET_TRANSMITTER Transmitter > -- > 2.1.1 _______________________________________________ win-pv-devel mailing list win-pv-devel@lists.xenproject.org http://lists.xenproject.org/cgi-bin/mailman/listinfo/win-pv-devel From win-pv-devel-bounces@lists.xenproject.org Fri Dec 04 12:40:53 2015 Return-path: Envelope-to: archives@lists.xenproject.org Delivery-date: Fri, 04 Dec 2015 12:40:53 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4pfR-0001UJ-FK; Fri, 04 Dec 2015 12:40:53 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4pfQ-0001TY-1N for win-pv-devel@lists.xenproject.org; Fri, 04 Dec 2015 12:40:52 +0000 Received: from [85.158.139.211] by server-14.bemta-5.messagelabs.com id AF/32-22142-3D981665; Fri, 04 Dec 2015 12:40:51 +0000 X-Env-Sender: pdurrant@gmail.com X-Msg-Ref: server-14.tower-206.messagelabs.com!1449232848!8260694!1 X-Originating-IP: [209.85.160.169] X-SpamReason: No, hits=0.0 required=7.0 tests=UPPERCASE_25_50 X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 9431 invoked from network); 4 Dec 2015 12:40:49 -0000 Received: from mail-yk0-f169.google.com (HELO mail-yk0-f169.google.com) (209.85.160.169) by server-14.tower-206.messagelabs.com with AES128-GCM-SHA256 encrypted SMTP; 4 Dec 2015 12:40:49 -0000 Received: by ykdv3 with SMTP id v3so122060140ykd.0 for ; Fri, 04 Dec 2015 04:40:48 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=from:to:cc:subject:date:message-id:in-reply-to:references; bh=jcZQXlFKX+wygHOE0ytUCUew44WELfCXDBAGZ8R5Cp4=; b=QihC3Sokq4D/6evv4qVe+yCwx7T/k7AmN/5MN658tszVEPBSYpFXXGPDkmlEhKpVmr qa2hLGvMvxttudG4PqlUfVtLdlOUqbcaoevwAcqLcwvAYUbIXmNfhcazL0Qa80UH+udl cSFuhXefnY73A8KQsglD7CJ5lTs15ZGBat+vZ0liSGWmPhjj0Af12EOoDYQ2zkTqB3US mLyO/URcQbyLFDoEKxV4/mq88j6tZU2VyIuWPj7j0TntkKrDibqvtDwmDtzrrxdYpCil BpKbcROyIF6iQG8RrVkyG/MKY0oqEX8QOgoSr6tUPnIP5H5PKa7WV0K6aUaS5rtMHcKM 5Q7A== X-Received: by 10.13.217.79 with SMTP id b76mr12596891ywe.339.1449232848253; Fri, 04 Dec 2015 04:40:48 -0800 (PST) Received: from localhost.localdomain ([185.25.64.249]) by smtp.gmail.com with ESMTPSA id q63sm8823610ywf.16.2015.12.04.04.40.46 (version=TLS1_2 cipher=ECDHE-RSA-AES128-GCM-SHA256 bits=128/128); Fri, 04 Dec 2015 04:40:47 -0800 (PST) From: Paul Durrant X-Google-Original-From: Paul Durrant To: win-pv-devel@lists.xenproject.org Date: Fri, 4 Dec 2015 12:40:32 +0000 Message-Id: <1449232832-20628-3-git-send-email-paul.durrant@citrix.com> X-Mailer: git-send-email 2.1.1 In-Reply-To: <1449232832-20628-1-git-send-email-paul.durrant@citrix.com> References: <1449232832-20628-1-git-send-email-paul.durrant@citrix.com> Cc: Paul Durrant Subject: [win-pv-devel] [PATCH 3/3] Introduce VIF interface version 4 X-BeenThere: win-pv-devel@lists.xenproject.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Developer list for the Windows PV Drivers subproject List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: win-pv-devel-bounces@lists.xenproject.org Errors-To: win-pv-devel-bounces@lists.xenproject.org This greatly simplifies the interface with XENNET by queuing single packets on both the transmit and receive side, negating the need for a shared packet structures and bringing static hash calculation into XENVIF. Crucially this also means that XENNET no longer needs to use the XENBUS_CACHE interface which allows it to be patched to avoid the race introduced by commit 026aa32c "Make sure XENBUS interfaces are released when going into S4". Signed-off-by: Paul Durrant --- include/revision.h | 5 +- include/vif_interface.h | 243 ++++++++++------- src/xenvif/frontend.c | 3 + src/xenvif/frontend.h | 5 + src/xenvif/receiver.c | 295 ++++++++++++++------- src/xenvif/receiver.h | 8 +- src/xenvif/transmitter.c | 660 ++++++++++++++++++++++++++++++++--------------- src/xenvif/transmitter.h | 27 +- src/xenvif/vif.c | 211 ++++++++++++--- src/xenvif/vif.h | 24 +- 10 files changed, 1041 insertions(+), 440 deletions(-) diff --git a/include/revision.h b/include/revision.h index 77d1405..eda8871 100644 --- a/include/revision.h +++ b/include/revision.h @@ -42,6 +42,9 @@ #define DEFINE_REVISION_TABLE \ DEFINE_REVISION(0x08000002, 1, 2, 0, 0), \ DEFINE_REVISION(0x08000003, 1, 3, 0, 0), \ - DEFINE_REVISION(0x08000004, 1, 3, 2, 1) + DEFINE_REVISION(0x08000004, 1, 3, 2, 1), \ + DEFINE_REVISION(0x08000006, 1, 4, 2, 1) + +// Revision 0x08000005 is already in use in the staging-8.1 branch. #endif // _REVISION_H diff --git a/include/vif_interface.h b/include/vif_interface.h index f6b6298..27c5d2d 100644 --- a/include/vif_interface.h +++ b/include/vif_interface.h @@ -43,6 +43,28 @@ #include #include +/*! \enum _XENVIF_PACKET_HASH_ALGORITHM + \brief Hash algorithm +*/ +typedef enum _XENVIF_PACKET_HASH_ALGORITHM { + /*! None (value should be ignored) */ + XENVIF_PACKET_HASH_ALGORITHM_NONE = 0, + /*! Unspecified hash (value can be used) */ + XENVIF_PACKET_HASH_ALGORITHM_UNSPECIFIED +} XENVIF_PACKET_HASH_ALGORITHM, *PXENVIF_PACKET_HASH_ALGORITHM; + +/*! \struct _XENVIF_PACKET_HASH_V1 + \brief Hash information +*/ +struct _XENVIF_PACKET_HASH_V1 { + /*! Hash algorithm used to calculate value */ + XENVIF_PACKET_HASH_ALGORITHM Algorithm; + /*! Calculated value */ + ULONG Value; +}; + +typedef struct _XENVIF_PACKET_HASH_V1 XENVIF_PACKET_HASH, *PXENVIF_PACKET_HASH; + /*! \struct _XENVIF_PACKET_HEADER_V1 \brief Packet header information */ @@ -53,14 +75,25 @@ struct _XENVIF_PACKET_HEADER_V1 { ULONG Length; }; -/*! \struct _XENVIF_PACKET_INFO_V1 +struct _XENVIF_PACKET_INFO_V1 { + ULONG Length; + USHORT TagControlInformation; + BOOLEAN IsAFragment; + struct _XENVIF_PACKET_HEADER_V1 EthernetHeader; + struct _XENVIF_PACKET_HEADER_V1 LLCSnapHeader; + struct _XENVIF_PACKET_HEADER_V1 IpHeader; + struct _XENVIF_PACKET_HEADER_V1 IpOptions; + struct _XENVIF_PACKET_HEADER_V1 TcpHeader; + struct _XENVIF_PACKET_HEADER_V1 TcpOptions; + struct _XENVIF_PACKET_HEADER_V1 UdpHeader; +}; + +/*! \struct _XENVIF_PACKET_INFO_V2 \brief Packet information */ -struct _XENVIF_PACKET_INFO_V1 { +struct _XENVIF_PACKET_INFO_V2 { /*! Total length of all headers */ ULONG Length; - /*! VLAN TCI if present (0 indicates not present) */ - USHORT TagControlInformation; /*! TRUE if the packet is an IP fragment */ BOOLEAN IsAFragment; /*! Ethernet header (stripped of any VLAN tag) */ @@ -79,7 +112,7 @@ struct _XENVIF_PACKET_INFO_V1 { struct _XENVIF_PACKET_HEADER_V1 UdpHeader; }; -typedef struct _XENVIF_PACKET_INFO_V1 XENVIF_PACKET_INFO, *PXENVIF_PACKET_INFO; +typedef struct _XENVIF_PACKET_INFO_V2 XENVIF_PACKET_INFO, *PXENVIF_PACKET_INFO; #pragma warning(push) #pragma warning(disable:4214) // nonstandard extension used : bit field types other than int @@ -120,32 +153,18 @@ typedef struct _XENVIF_PACKET_CHECKSUM_FLAGS_V1 XENVIF_PACKET_CHECKSUM_FLAGS, *P #pragma warning(pop) -/*! \struct _XENVIF_RECEIVER_PACKET_V1 - \brief Receive-side packet structure -*/ struct _XENVIF_RECEIVER_PACKET_V1 { - /*! List entry used for chaining packets together */ LIST_ENTRY ListEntry; - /*! Pointer to packet information */ struct _XENVIF_PACKET_INFO_V1 *Info; - /*! Offset of start of packet in MDL */ ULONG Offset; - /*! Total length of packet */ ULONG Length; - /*! Checksum flags */ struct _XENVIF_PACKET_CHECKSUM_FLAGS_V1 Flags; - /*! TCP MSS if the packet contains a TCP large segment */ USHORT MaximumSegmentSize; - /*! Opaque cookie used to store context information for packet return */ PVOID Cookie; - /*! MDL referencing the initial buffer of the packet */ MDL Mdl; - /*! PFN information, which must always follow an MDL */ PFN_NUMBER __Pfn; }; -typedef struct _XENVIF_RECEIVER_PACKET_V1 XENVIF_RECEIVER_PACKET, *PXENVIF_RECEIVER_PACKET; - #pragma warning(push) #pragma warning(disable:4214) // nonstandard extension used : bit field types other than int #pragma warning(disable:4201) // nonstandard extension used : nameless struct/union @@ -190,32 +209,18 @@ typedef struct _XENVIF_VIF_OFFLOAD_OPTIONS_V1 XENVIF_VIF_OFFLOAD_OPTIONS, *PXENV #pragma pack(push, 1) -/*! \struct _XENVIF_TRANSMITTER_PACKET_SEND_INFO_V1 - \brief Packet information passed from subscriber to provider on - transmit side packet send - - To fit into the reserved space in NDIS_PACKET and NET_BUFFER structures - this structure must be at most the size of 3 pointer types. -*/ struct _XENVIF_TRANSMITTER_PACKET_SEND_INFO_V1 { - /*! Offload options for this packet */ XENVIF_VIF_OFFLOAD_OPTIONS OffloadOptions; - /*! TCP MSS (used only if OffloadOptions.OffloadIpVersion[4|6]LargePacket is set) */ USHORT MaximumSegmentSize; - /*! VLAN TCI (used only if OffloadOptions.OffloadTagManipulation is set) */ USHORT TagControlInformation; }; -typedef struct _XENVIF_TRANSMITTER_PACKET_SEND_INFO_V1 XENVIF_TRANSMITTER_PACKET_SEND_INFO, *PXENVIF_TRANSMITTER_PACKET_SEND_INFO; - /*! \enum _XENVIF_TRANSMITTER_PACKET_STATUS \brief Transmit-side packet status */ typedef enum _XENVIF_TRANSMITTER_PACKET_STATUS { - /*! Packet was queued for the backend */ - XENVIF_TRANSMITTER_PACKET_PENDING = 1, /*! Packet has been successfully processed by the backend */ - XENVIF_TRANSMITTER_PACKET_OK, + XENVIF_TRANSMITTER_PACKET_OK = 2, /*! Packet was dropped */ XENVIF_TRANSMITTER_PACKET_DROPPED, /*! There was a problem handling the packet */ @@ -244,30 +249,17 @@ typedef struct _XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO_V1 XENVIF_TRANSMITTER_ #pragma pack(pop) -/*! \struct _XENVIF_TRANSMITTER_PACKET_V2 - \brief Transmit-side packet structure (v2) -*/ struct _XENVIF_TRANSMITTER_PACKET_V2 { - /*! List entry used for chaining packets together */ - LIST_ENTRY ListEntry; - /*! Opaque cookie used to store context information for packet return */ - PVOID Cookie; - /*! Hash value set by subscriber */ - ULONG Value; - /*! Packet information passed from subscriber to provider */ - XENVIF_TRANSMITTER_PACKET_SEND_INFO Send; - /*! Packet information passed from provider to subscriber on packet return */ - XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO Completion; - /*! Packet data MDL */ - PMDL Mdl; - /*! Offset into MDL to start of packet */ - ULONG Offset; - /*! Packet length */ - ULONG Length; + LIST_ENTRY ListEntry; + PVOID Cookie; + ULONG Value; + struct _XENVIF_TRANSMITTER_PACKET_SEND_INFO_V1 Send; + struct _XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO_V1 Completion; + PMDL Mdl; + ULONG Offset; + ULONG Length; }; -typedef struct _XENVIF_TRANSMITTER_PACKET_V2 XENVIF_TRANSMITTER_PACKET, *PXENVIF_TRANSMITTER_PACKET; - /*! \enum _XENVIF_VIF_STATISTIC \brief Interface statistics */ @@ -327,10 +319,10 @@ typedef enum _XENVIF_MAC_FILTER_LEVEL { \brief Type of callback (see \ref XENVIF_VIF_CALLBACK) */ typedef enum _XENVIF_VIF_CALLBACK_TYPE { - /*! Return transmit side packets to the subscriber */ - XENVIF_TRANSMITTER_RETURN_PACKETS = 0, - /*! Queue receive side packets at the subscriber */ - XENVIF_RECEIVER_QUEUE_PACKETS, + /*! Return a transmit side packet to the subscriber */ + XENVIF_TRANSMITTER_RETURN_PACKET = 0, + /*! Queue a receive side packet at the subscriber */ + XENVIF_RECEIVER_QUEUE_PACKET, /*! Notify the subscriber of a MAC (link) state has change */ XENVIF_MAC_STATE_CHANGE } XENVIF_VIF_CALLBACK_TYPE, *PXENVIF_VIF_CALLBACK_TYPE; @@ -362,11 +354,19 @@ typedef VOID \param Type The callback type \param ... Additional paramaters required by \a Type - \b XENVIF_TRANSMITTER_RETURN_PACKETS: - \param Head The head of a chain of XENVIF_TRANSMITTER_PACKET + \b XENVIF_TRANSMITTER_RETURN_PACKET: + \param Cookie Cookie supplied to XENVIF_TRANSMITTER_QUEUE_PACKET + \param Completion Packet completion information - \b XENVIF_RECEIVER_QUEUE_PACKETS: - \param List List of XENVIF_TRANSMITTER_PACKET + \b XENVIF_RECEIVER_QUEUE_PACKET: + \param Mdl The initial MDL of the packet + \param Offset The offset of the packet data in the initial MDL + \param Length The total length of the packet + \param Flags Packet checksum flags + \param MaximumSegmentSize The TCP MSS (used only if OffloadOptions.OffloadIpVersion[4|6]LargePacket is set) + \param TagControlInformation The VLAN TCI (used only if OffloadOptions.OffloadTagManipulation is set) + \param Info Header information for the packet + \param Cookie Cookie that should be passed to XENVIF_RECEIVER_RETURN_PACKET method \b XENVIF_MAC_STATE_CHANGE: No additional arguments @@ -427,47 +427,65 @@ typedef NTSTATUS OUT PULONGLONG Value ); -/*! \typedef XENVIF_VIF_RECEIVER_RETURN_PACKETS - \brief Return packets queues for receive by \ref XENVIF_VIF_CALLBACK - (Type = \ref XENVIF_RECEIVER_QUEUE_PACKETS) - - \param Interface The interface header - \param List List of \ref _XENVIF_RECEIVER_PACKET_V1 -*/ typedef VOID -(*XENVIF_VIF_RECEIVER_RETURN_PACKETS)( +(*XENVIF_VIF_RECEIVER_RETURN_PACKETS_V1)( IN PINTERFACE Interface, IN PLIST_ENTRY List ); -/*! \typedef XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS - \brief Get the packet headers into supplied buffer +/*! \typedef XENVIF_VIF_RECEIVER_RETURN_PACKET + \brief Return packets queued for receive by \ref XENVIF_VIF_CALLBACK + (Type = \ref XENVIF_RECEIVER_QUEUE_PACKET) \param Interface The interface header - \param Packet The packet to acquire headers for. - \param Headers The buffer to receive headers. - \param Info The offsets into Headers for relevant headers + \param Cookie Cookie passed to XENVIF_RECEIVER_QUEUE_PACKET callback */ -typedef NTSTATUS -(*XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS)( - IN PINTERFACE Interface, - IN PXENVIF_TRANSMITTER_PACKET Packet, - OUT PVOID Headers, - OUT PXENVIF_PACKET_INFO Info +typedef VOID +(*XENVIF_VIF_RECEIVER_RETURN_PACKET)( + IN PINTERFACE Interface, + IN PVOID Cookie ); -/*! \typedef XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS - \brief Queue transmit side packets at the provider +typedef NTSTATUS +(*XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS_V2)( + IN PINTERFACE Interface, + IN struct _XENVIF_TRANSMITTER_PACKET_V2 *Packet, + OUT PVOID Headers, + OUT PXENVIF_PACKET_INFO Info + ); - \param Interface The interface header - \param List List of XENVIF_TRANSMITTER_PACKET -*/ typedef NTSTATUS -(*XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS)( +(*XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS_V2)( IN PINTERFACE Interface, IN PLIST_ENTRY List ); +/*! \typedef XENVIF_VIF_TRANSMITTER_QUEUE_PACKET + \brief Queue a packet at the provider's transmit side + + \param Interface The interface header + \param Mdl The initial MDL of the packet + \param Offset The offset of the packet data in the initial MDL + \param Length The total length of the packet + \param OffloadOptions The requested offload options for this packet + \param MaximumSegmentSize The TCP MSS (used only if OffloadOptions.OffloadIpVersion[4|6]LargePacket is set) + \param TagControlInformation The VLAN TCI (used only if OffloadOptions.OffloadTagManipulation is set) + \param Hash Hash information for the packet + \param Cookie A cookie specified by the caller that will be passed to the XENVIF_TRANSMITTER_RETURN_PACKET callback +*/ +typedef VOID +(*XENVIF_VIF_TRANSMITTER_QUEUE_PACKET)( + IN PINTERFACE Interface, + IN PMDL Mdl, + IN ULONG Offset, + IN ULONG Length, + IN XENVIF_VIF_OFFLOAD_OPTIONS OffloadOptions, + IN USHORT MaximumSegmentSize, + IN USHORT TagControlInformation, + IN PXENVIF_PACKET_HASH Hash, + IN PVOID Cookie + ); + /*! \typedef XENVIF_VIF_TRANSMITTER_QUERY_OFFLOAD_OPTIONS \brief Query the available set of transmit side offload options @@ -524,7 +542,7 @@ typedef VOID /*! \typedef XENVIF_VIF_TRANSMITTER_QUERY_RING_SIZE \brief Query the maximum number of transmit side packets that can - be queued in the shared ring between frontend and backend + be queued in each shared ring between frontend and backend \param Interface The interface header \param Size Buffer to receive the maximum number of packets @@ -537,7 +555,7 @@ typedef VOID /*! \typedef XENVIF_VIF_RECEIVER_QUERY_RING_SIZE \brief Query the maximum number of receive side packets that can - be queued in the shared ring between backend and frontend + be queued in each shared ring between backend and frontend \param Interface The interface header \param Size Buffer to receive the maximum number of packets @@ -685,11 +703,11 @@ struct _XENVIF_VIF_INTERFACE_V2 { XENVIF_VIF_ENABLE Enable; XENVIF_VIF_DISABLE Disable; XENVIF_VIF_QUERY_STATISTIC QueryStatistic; - XENVIF_VIF_RECEIVER_RETURN_PACKETS ReceiverReturnPackets; + XENVIF_VIF_RECEIVER_RETURN_PACKETS_V1 ReceiverReturnPacketsVersion1; XENVIF_VIF_RECEIVER_SET_OFFLOAD_OPTIONS ReceiverSetOffloadOptions; XENVIF_VIF_RECEIVER_QUERY_RING_SIZE ReceiverQueryRingSize; - XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS TransmitterGetPacketHeaders; - XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS TransmitterQueuePackets; + XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS_V2 TransmitterGetPacketHeadersVersion2; + XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS_V2 TransmitterQueuePacketsVersion2; XENVIF_VIF_TRANSMITTER_QUERY_OFFLOAD_OPTIONS TransmitterQueryOffloadOptions; XENVIF_VIF_TRANSMITTER_QUERY_LARGE_PACKET_SIZE TransmitterQueryLargePacketSize; XENVIF_VIF_TRANSMITTER_QUERY_RING_SIZE TransmitterQueryRingSize; @@ -714,12 +732,41 @@ struct _XENVIF_VIF_INTERFACE_V3 { XENVIF_VIF_ENABLE Enable; XENVIF_VIF_DISABLE Disable; XENVIF_VIF_QUERY_STATISTIC QueryStatistic; - XENVIF_VIF_RECEIVER_RETURN_PACKETS ReceiverReturnPackets; + XENVIF_VIF_RECEIVER_RETURN_PACKETS_V1 ReceiverReturnPacketsVersion1; + XENVIF_VIF_RECEIVER_SET_OFFLOAD_OPTIONS ReceiverSetOffloadOptions; + XENVIF_VIF_RECEIVER_SET_BACKFILL_SIZE ReceiverSetBackfillSize; + XENVIF_VIF_RECEIVER_QUERY_RING_SIZE ReceiverQueryRingSize; + XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS_V2 TransmitterGetPacketHeadersVersion2; + XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS_V2 TransmitterQueuePacketsVersion2; + XENVIF_VIF_TRANSMITTER_QUERY_OFFLOAD_OPTIONS TransmitterQueryOffloadOptions; + XENVIF_VIF_TRANSMITTER_QUERY_LARGE_PACKET_SIZE TransmitterQueryLargePacketSize; + XENVIF_VIF_TRANSMITTER_QUERY_RING_SIZE TransmitterQueryRingSize; + XENVIF_VIF_MAC_QUERY_STATE MacQueryState; + XENVIF_VIF_MAC_QUERY_MAXIMUM_FRAME_SIZE MacQueryMaximumFrameSize; + XENVIF_VIF_MAC_QUERY_PERMANENT_ADDRESS MacQueryPermanentAddress; + XENVIF_VIF_MAC_QUERY_CURRENT_ADDRESS MacQueryCurrentAddress; + XENVIF_VIF_MAC_QUERY_MULTICAST_ADDRESSES MacQueryMulticastAddresses; + XENVIF_VIF_MAC_SET_MULTICAST_ADDRESSES MacSetMulticastAddresses; + XENVIF_VIF_MAC_SET_FILTER_LEVEL MacSetFilterLevel; + XENVIF_VIF_MAC_QUERY_FILTER_LEVEL MacQueryFilterLevel; +}; + +/*! \struct _XENVIF_VIF_INTERFACE_V4 + \brief VIF interface version 4 + \ingroup interfaces +*/ +struct _XENVIF_VIF_INTERFACE_V4 { + INTERFACE Interface; + XENVIF_VIF_ACQUIRE Acquire; + XENVIF_VIF_RELEASE Release; + XENVIF_VIF_ENABLE Enable; + XENVIF_VIF_DISABLE Disable; + XENVIF_VIF_QUERY_STATISTIC QueryStatistic; + XENVIF_VIF_RECEIVER_RETURN_PACKET ReceiverReturnPacket; XENVIF_VIF_RECEIVER_SET_OFFLOAD_OPTIONS ReceiverSetOffloadOptions; XENVIF_VIF_RECEIVER_SET_BACKFILL_SIZE ReceiverSetBackfillSize; XENVIF_VIF_RECEIVER_QUERY_RING_SIZE ReceiverQueryRingSize; - XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS TransmitterGetPacketHeaders; - XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS TransmitterQueuePackets; + XENVIF_VIF_TRANSMITTER_QUEUE_PACKET TransmitterQueuePacket; XENVIF_VIF_TRANSMITTER_QUERY_OFFLOAD_OPTIONS TransmitterQueryOffloadOptions; XENVIF_VIF_TRANSMITTER_QUERY_LARGE_PACKET_SIZE TransmitterQueryLargePacketSize; XENVIF_VIF_TRANSMITTER_QUERY_RING_SIZE TransmitterQueryRingSize; @@ -733,7 +780,7 @@ struct _XENVIF_VIF_INTERFACE_V3 { XENVIF_VIF_MAC_QUERY_FILTER_LEVEL MacQueryFilterLevel; }; -typedef struct _XENVIF_VIF_INTERFACE_V3 XENVIF_VIF_INTERFACE, *PXENVIF_VIF_INTERFACE; +typedef struct _XENVIF_VIF_INTERFACE_V4 XENVIF_VIF_INTERFACE, *PXENVIF_VIF_INTERFACE; /*! \def XENVIF_VIF \brief Macro at assist in method invocation @@ -744,6 +791,6 @@ typedef struct _XENVIF_VIF_INTERFACE_V3 XENVIF_VIF_INTERFACE, *PXENVIF_VIF_INTER #endif // _WINDLL #define XENVIF_VIF_INTERFACE_VERSION_MIN 2 -#define XENVIF_VIF_INTERFACE_VERSION_MAX 3 +#define XENVIF_VIF_INTERFACE_VERSION_MAX 4 #endif // _XENVIF_INTERFACE_H diff --git a/src/xenvif/frontend.c b/src/xenvif/frontend.c index b066d0b..a43a534 100644 --- a/src/xenvif/frontend.c +++ b/src/xenvif/frontend.c @@ -56,6 +56,7 @@ typedef struct _XENVIF_FRONTEND_STATISTICS { ULONGLONG Value[XENVIF_VIF_STATISTIC_COUNT]; } XENVIF_FRONTEND_STATISTICS, *PXENVIF_FRONTEND_STATISTICS; + struct _XENVIF_FRONTEND { PXENVIF_PDO Pdo; PCHAR Path; @@ -1898,6 +1899,7 @@ fail5: MacDisconnect(__FrontendGetMac(Frontend)); + Frontend->Split = FALSE; Frontend->NumQueues = 0; fail4: @@ -1938,6 +1940,7 @@ FrontendDisconnect( ReceiverDisconnect(__FrontendGetReceiver(Frontend)); MacDisconnect(__FrontendGetMac(Frontend)); + Frontend->Split = FALSE; Frontend->NumQueues = 0; XENBUS_DEBUG(Deregister, diff --git a/src/xenvif/frontend.h b/src/xenvif/frontend.h index eda9e3d..d90f977 100644 --- a/src/xenvif/frontend.h +++ b/src/xenvif/frontend.h @@ -127,6 +127,11 @@ FrontendIsSplit( IN PXENVIF_FRONTEND Frontend ); +extern BOOLEAN +FrontendIsSplit( + IN PXENVIF_FRONTEND Frontend + ); + extern PCHAR FrontendFormatPath( IN PXENVIF_FRONTEND Frontend, diff --git a/src/xenvif/receiver.c b/src/xenvif/receiver.c index 030f84f..53f322f 100644 --- a/src/xenvif/receiver.c +++ b/src/xenvif/receiver.c @@ -105,6 +105,19 @@ typedef struct _XENVIF_RECEIVER_RING { LIST_ENTRY PacketList; } XENVIF_RECEIVER_RING, *PXENVIF_RECEIVER_RING; +typedef struct _XENVIF_RECEIVER_PACKET { + LIST_ENTRY ListEntry; + XENVIF_PACKET_INFO Info; + ULONG Offset; + ULONG Length; + XENVIF_PACKET_CHECKSUM_FLAGS Flags; + USHORT MaximumSegmentSize; + USHORT TagControlInformation; + PXENVIF_RECEIVER_RING Ring; + MDL Mdl; + PFN_NUMBER __Pfn; +} XENVIF_RECEIVER_PACKET, *PXENVIF_RECEIVER_PACKET; + struct _XENVIF_RECEIVER { PXENVIF_FRONTEND Frontend; XENBUS_CACHE_INTERFACE CacheInterface; @@ -149,29 +162,19 @@ ReceiverPacketCtor( IN PVOID Object ) { + PXENVIF_RECEIVER_RING Ring = Argument; PXENVIF_RECEIVER_PACKET Packet = Object; - PXENVIF_PACKET_INFO Info; - PMDL Mdl; - PUCHAR StartVa; - NTSTATUS status; - - UNREFERENCED_PARAMETER(Argument); + PMDL Mdl; + PUCHAR StartVa; + NTSTATUS status; ASSERT(IsZeroMemory(Packet, sizeof (XENVIF_RECEIVER_PACKET))); - Info = __ReceiverAllocate(sizeof (XENVIF_PACKET_INFO)); - - status = STATUS_NO_MEMORY; - if (Info == NULL) - goto fail1; - - Packet->Info = Info; - Mdl = __AllocatePage(); status = STATUS_NO_MEMORY; if (Mdl == NULL) - goto fail2; + goto fail1; StartVa = MmGetSystemAddressForMdlSafe(Mdl, NormalPagePriority); ASSERT(StartVa != NULL); @@ -186,13 +189,9 @@ ReceiverPacketCtor( ExFreePool(Mdl); - return STATUS_SUCCESS; + Packet->Ring = Ring; -fail2: - Error("fail2\n"); - - __ReceiverFree(Info); - Packet->Info = NULL; + return STATUS_SUCCESS; fail1: Error("fail1 (%08x)\n", status); @@ -208,11 +207,12 @@ ReceiverPacketDtor( IN PVOID Object ) { + PXENVIF_RECEIVER_RING Ring = Argument; PXENVIF_RECEIVER_PACKET Packet = Object; PMDL Mdl; - PXENVIF_PACKET_INFO Info; - UNREFERENCED_PARAMETER(Argument); + ASSERT3P(Packet->Ring, ==, Ring); + Packet->Ring = NULL; Mdl = &Packet->Mdl; @@ -222,11 +222,6 @@ ReceiverPacketDtor( RtlZeroMemory(Mdl, sizeof (MDL) + sizeof (PFN_NUMBER)); - Info = Packet->Info; - - __ReceiverFree(Info); - Packet->Info = NULL; - ASSERT(IsZeroMemory(Packet, sizeof (XENVIF_RECEIVER_PACKET))); } @@ -248,7 +243,7 @@ __ReceiverRingGetPacket( Ring->PacketCache, Locked); - ASSERT(IsZeroMemory(Packet->Info, sizeof (XENVIF_PACKET_INFO))); + ASSERT(IsZeroMemory(&Packet->Info, sizeof (XENVIF_PACKET_INFO))); return Packet; } @@ -273,9 +268,9 @@ __ReceiverRingPutPacket( Packet->Length = 0; Packet->Flags.Value = 0; Packet->MaximumSegmentSize = 0; - Packet->Cookie = NULL; + Packet->TagControlInformation = 0; - RtlZeroMemory(Packet->Info, sizeof (XENVIF_PACKET_INFO)); + RtlZeroMemory(&Packet->Info, sizeof (XENVIF_PACKET_INFO)); Mdl->MappedSystemVa = Mdl->StartVa; Mdl->ByteOffset = 0; @@ -395,7 +390,7 @@ ReceiverRingProcessTag( PETHERNET_HEADER EthernetHeader; ULONG Offset; - Info = Packet->Info; + Info = &Packet->Info; PayloadLength = Packet->Length - Info->Length; @@ -410,7 +405,7 @@ ReceiverRingProcessTag( Ring->OffloadOptions.OffloadTagManipulation == 0) return; - Info->TagControlInformation = NTOHS(EthernetHeader->Tagged.Tag.ControlInformation); + Packet->TagControlInformation = NTOHS(EthernetHeader->Tagged.Tag.ControlInformation); Offset = FIELD_OFFSET(ETHERNET_TAGGED_HEADER, Tag); RtlMoveMemory((PUCHAR)EthernetHeader + sizeof (ETHERNET_TAG), @@ -464,7 +459,7 @@ ReceiverRingProcessChecksum( Receiver = Ring->Receiver; - Info = Packet->Info; + Info = &Packet->Info; Payload.Mdl = &Packet->Mdl; Payload.Offset = Packet->Offset + Info->Length; @@ -478,8 +473,8 @@ ReceiverRingProcessChecksum( Payload.Offset = 0; } - flags = (uint16_t)(ULONG_PTR)Packet->Cookie; - ASSERT3U(Packet->Flags.Value, ==, 0); + flags = (uint16_t)Packet->Flags.Value; + Packet->Flags.Value = 0; if (Info->IpHeader.Length == 0) return; @@ -743,7 +738,7 @@ __ReceiverRingBuildSegment( Receiver = Ring->Receiver; - Info = Packet->Info; + Info = &Packet->Info; InfoVa = MmGetSystemAddressForMdlSafe(&Packet->Mdl, NormalPagePriority); ASSERT(InfoVa != NULL); @@ -755,7 +750,11 @@ __ReceiverRingBuildSegment( if (Segment == NULL) goto fail1; + Segment->Info = Packet->Info; Segment->Offset = Packet->Offset; + Segment->Flags = Packet->Flags; + Segment->MaximumSegmentSize = Packet->MaximumSegmentSize; + Segment->TagControlInformation = Packet->TagControlInformation; Mdl = &Segment->Mdl; @@ -769,9 +768,6 @@ __ReceiverRingBuildSegment( RtlCopyMemory(StartVa, InfoVa, Info->Length); Mdl->ByteCount += Info->Length; - *Segment->Info = *Packet->Info; - Segment->Cookie = Packet->Cookie; - // Adjust the info for the next segment IpHeader = (PIP_HEADER)(InfoVa + Info->IpHeader.Offset); if (IpHeader->Version == 4) { @@ -916,11 +912,11 @@ ReceiverRingProcessLargePacket( Receiver = Ring->Receiver; Frontend = Receiver->Frontend; - Info = Packet->Info; + Info = &Packet->Info; ASSERT(Info->IpHeader.Offset != 0); ASSERT(Info->TcpHeader.Offset != 0); - flags = (uint16_t)(ULONG_PTR)Packet->Cookie; + flags = (uint16_t)Packet->Flags.Value; ASSERT(flags & NETRXF_csum_blank); ASSERT(flags & NETRXF_data_validated); @@ -1089,7 +1085,7 @@ ReceiverRingProcessStandardPacket( Frontend = Receiver->Frontend; Mac = FrontendGetMac(Frontend); - Info = Packet->Info; + Info = &Packet->Info; Payload.Mdl = Packet->Mdl.Next; Payload.Offset = 0; @@ -1177,24 +1173,24 @@ fail1: static VOID ReceiverRingProcessPacket( - IN PXENVIF_RECEIVER_RING Ring, - IN PXENVIF_RECEIVER_PACKET Packet, - OUT PLIST_ENTRY List + IN PXENVIF_RECEIVER_RING Ring, + IN PXENVIF_RECEIVER_PACKET Packet, + OUT PLIST_ENTRY List ) { - PXENVIF_RECEIVER Receiver; - PXENVIF_FRONTEND Frontend; - PXENVIF_MAC Mac; - ULONG Length; - USHORT MaximumSegmentSize; - PVOID Cookie; - XENVIF_PACKET_PAYLOAD Payload; - PXENVIF_PACKET_INFO Info; - PUCHAR StartVa; - PETHERNET_HEADER EthernetHeader; - PETHERNET_ADDRESS DestinationAddress; - ETHERNET_ADDRESS_TYPE Type; - NTSTATUS status; + PXENVIF_RECEIVER Receiver; + PXENVIF_FRONTEND Frontend; + PXENVIF_MAC Mac; + ULONG Length; + XENVIF_PACKET_CHECKSUM_FLAGS Flags; + USHORT MaximumSegmentSize; + XENVIF_PACKET_PAYLOAD Payload; + PXENVIF_PACKET_INFO Info; + PUCHAR StartVa; + PETHERNET_HEADER EthernetHeader; + PETHERNET_ADDRESS DestinationAddress; + ETHERNET_ADDRESS_TYPE Type; + NTSTATUS status; Receiver = Ring->Receiver; Frontend = Receiver->Frontend; @@ -1202,8 +1198,9 @@ ReceiverRingProcessPacket( ASSERT3U(Packet->Offset, ==, 0); Length = Packet->Length; + Flags = Packet->Flags; MaximumSegmentSize = Packet->MaximumSegmentSize; - Cookie = Packet->Cookie; + ASSERT3U(Packet->TagControlInformation, ==, 0); Payload.Mdl = &Packet->Mdl; Payload.Offset = 0; @@ -1223,8 +1220,8 @@ ReceiverRingProcessPacket( // Copy in the extracted metadata Packet->Offset = Receiver->IpAlignOffset; Packet->Length = Length; + Packet->Flags = Flags; Packet->MaximumSegmentSize = MaximumSegmentSize; - Packet->Cookie = Cookie; StartVa = MmGetSystemAddressForMdlSafe(&Packet->Mdl, NormalPagePriority); ASSERT(StartVa != NULL); @@ -1232,7 +1229,7 @@ ReceiverRingProcessPacket( Packet->Mdl.ByteCount = Packet->Offset; - Info = Packet->Info; + Info = &Packet->Info; status = ParsePacket(StartVa, ReceiverRingPullup, Ring, &Payload, Info); if (!NT_SUCCESS(status)) { @@ -1361,8 +1358,6 @@ ReceiverRingProcessPackets( ReceiverRingProcessTag(Ring, Packet); ReceiverRingProcessChecksum(Ring, Packet); - Packet->Cookie = Ring; - (*Count)++; } } @@ -1378,6 +1373,79 @@ __ReceiverRingAcquireLock( KeAcquireSpinLockAtDpcLevel(&Ring->Lock); } +static FORCEINLINE VOID +__ReceiverQueuePacketVersion1( + IN PXENVIF_RECEIVER Receiver, + IN PMDL Mdl, + IN ULONG Offset, + IN ULONG Length, + IN XENVIF_PACKET_CHECKSUM_FLAGS Flags, + IN USHORT MaximumSegmentSize, + IN USHORT TagControlInformation, + IN PXENVIF_PACKET_INFO Info, + IN PVOID Cookie + ) +{ + struct _XENVIF_PACKET_INFO_V1 *InfoVersion1; + struct _XENVIF_RECEIVER_PACKET_V1 *PacketVersion1; + PXENVIF_FRONTEND Frontend; + PXENVIF_VIF_CONTEXT Context; + LIST_ENTRY List; + NTSTATUS status; + + InfoVersion1 = __ReceiverAllocate(sizeof (struct _XENVIF_PACKET_INFO_V1)); + + status = STATUS_NO_MEMORY; + if (InfoVersion1 == NULL) + goto fail1; + + InfoVersion1->Length = Info->Length; + InfoVersion1->TagControlInformation = TagControlInformation; + InfoVersion1->IsAFragment = Info->IsAFragment; + InfoVersion1->EthernetHeader = Info->EthernetHeader; + InfoVersion1->LLCSnapHeader = Info->LLCSnapHeader; + InfoVersion1->IpHeader = Info->IpHeader; + InfoVersion1->IpOptions = Info->IpOptions; + InfoVersion1->TcpHeader = Info->TcpHeader; + InfoVersion1->TcpOptions = Info->TcpOptions; + InfoVersion1->UdpHeader = Info->UdpHeader; + + PacketVersion1 = __ReceiverAllocate(sizeof (struct _XENVIF_RECEIVER_PACKET_V1)); + + status = STATUS_NO_MEMORY; + if (PacketVersion1 == NULL) + goto fail2; + + PacketVersion1->Info = InfoVersion1; + PacketVersion1->Offset = Offset; + PacketVersion1->Length = Length; + PacketVersion1->Flags = Flags; + PacketVersion1->MaximumSegmentSize = MaximumSegmentSize; + PacketVersion1->Cookie = Cookie; + PacketVersion1->Mdl = *Mdl; + PacketVersion1->__Pfn = MmGetMdlPfnArray(Mdl)[0]; + + Frontend = Receiver->Frontend; + Context = PdoGetVifContext(FrontendGetPdo(Frontend)); + + InitializeListHead(&List); + + InsertTailList(&List, &PacketVersion1->ListEntry); + + VifReceiverQueuePacketsVersion1(Context, &List); + ASSERT(IsListEmpty(&List)); + + return; + +fail2: + Error("fail2\n"); + +fail1: + Error("fail1 (%08x)\n", status); + + ReceiverReturnPacket(Receiver, Cookie); +} + static DECLSPEC_NOINLINE VOID ReceiverRingAcquireLock( IN PXENVIF_RECEIVER_RING Ring @@ -1393,12 +1461,18 @@ __ReceiverRingReleaseLock( ) { PXENVIF_RECEIVER Receiver; + PXENVIF_FRONTEND Frontend; + PXENVIF_VIF_CONTEXT Context; + ULONG Version; LIST_ENTRY List; ULONG Count; ASSERT3U(KeGetCurrentIrql(), ==, DISPATCH_LEVEL); Receiver = Ring->Receiver; + Frontend = Receiver->Frontend; + Context = PdoGetVifContext(FrontendGetPdo(Frontend)); + Version = VifGetVersion(Context); InitializeListHead(&List); Count = 0; @@ -1415,13 +1489,39 @@ __ReceiverRingReleaseLock( #pragma prefast(disable:26110) KeReleaseSpinLockFromDpcLevel(&Ring->Lock); - if (!IsListEmpty(&List)) { - PXENVIF_FRONTEND Frontend; + while (!IsListEmpty(&List)) { + PLIST_ENTRY ListEntry; + PXENVIF_RECEIVER_PACKET Packet; - Frontend = Receiver->Frontend; + ListEntry = RemoveHeadList(&List); + ASSERT3P(ListEntry, !=, &List); - VifReceiverQueuePackets(PdoGetVifContext(FrontendGetPdo(Frontend)), - &List); + RtlZeroMemory(ListEntry, sizeof (LIST_ENTRY)); + + Packet = CONTAINING_RECORD(ListEntry, + XENVIF_RECEIVER_PACKET, + ListEntry); + + if (Version < 4) + __ReceiverQueuePacketVersion1(Receiver, + &Packet->Mdl, + Packet->Offset, + Packet->Length, + Packet->Flags, + Packet->MaximumSegmentSize, + Packet->TagControlInformation, + &Packet->Info, + Packet); + else + VifReceiverQueuePacket(Context, + &Packet->Mdl, + Packet->Offset, + Packet->Length, + Packet->Flags, + Packet->MaximumSegmentSize, + Packet->TagControlInformation, + &Packet->Info, + Packet); } ASSERT(IsListEmpty(&List)); @@ -1902,7 +2002,6 @@ ReceiverRingPoll( if (~rsp->flags & NETRXF_more_data) { // EOP ASSERT(Packet != NULL); - ASSERT3P(Packet->Cookie, ==, NULL); if (Error) { FrontendIncrementStatistic(Frontend, @@ -1916,7 +2015,7 @@ ReceiverRingPoll( Packet->MaximumSegmentSize = MaximumSegmentSize; } - Packet->Cookie = (PVOID)(flags & (NETRXF_csum_blank | NETRXF_data_validated)); + Packet->Flags.Value = flags & (NETRXF_csum_blank | NETRXF_data_validated); ASSERT(IsZeroMemory(&Packet->ListEntry, sizeof (LIST_ENTRY))); InsertTailList(&Ring->PacketList, &Packet->ListEntry); @@ -3345,35 +3444,21 @@ ReceiverQueryRingSize( } VOID -ReceiverReturnPackets( +ReceiverReturnPacket( IN PXENVIF_RECEIVER Receiver, - IN PLIST_ENTRY List + IN PVOID Cookie ) { - ULONG Count; + PXENVIF_RECEIVER_PACKET Packet = Cookie; + PXENVIF_RECEIVER_RING Ring; LONG Loaned; LONG Returned; - Count = 0; - while (!IsListEmpty(List)) { - PLIST_ENTRY ListEntry; - PXENVIF_RECEIVER_PACKET Packet; - PXENVIF_RECEIVER_RING Ring; - - ListEntry = RemoveHeadList(List); - ASSERT3P(ListEntry, !=, List); - - RtlZeroMemory(ListEntry, sizeof (LIST_ENTRY)); - - Packet = CONTAINING_RECORD(ListEntry, XENVIF_RECEIVER_PACKET, ListEntry); - - Ring = Packet->Cookie; + Ring = Packet->Ring; - __ReceiverRingReturnPacket(Ring, Packet, FALSE); - Count++; - } + __ReceiverRingReturnPacket(Ring, Packet, FALSE); - Returned = __InterlockedAdd(&Receiver->Returned, Count); + Returned = InterlockedIncrement(&Receiver->Returned); // Make sure Loaned is not sampled before Returned KeMemoryBarrier(); @@ -3386,6 +3471,32 @@ ReceiverReturnPackets( } VOID +ReceiverReturnPacketsVersion1( + IN PXENVIF_RECEIVER Receiver, + IN PLIST_ENTRY List + ) +{ + while (!IsListEmpty(List)) { + PLIST_ENTRY ListEntry; + struct _XENVIF_RECEIVER_PACKET_V1 *PacketVersion1; + + ListEntry = RemoveHeadList(List); + ASSERT3P(ListEntry, !=, List); + + RtlZeroMemory(ListEntry, sizeof (LIST_ENTRY)); + + PacketVersion1 = CONTAINING_RECORD(ListEntry, + struct _XENVIF_RECEIVER_PACKET_V1, + ListEntry); + + ReceiverReturnPacket(Receiver, PacketVersion1->Cookie); + + __ReceiverFree(PacketVersion1->Info); + __ReceiverFree(PacketVersion1); + } +} + +VOID ReceiverWaitForPackets( IN PXENVIF_RECEIVER Receiver ) diff --git a/src/xenvif/receiver.h b/src/xenvif/receiver.h index e4ab7a7..042e1da 100644 --- a/src/xenvif/receiver.h +++ b/src/xenvif/receiver.h @@ -101,12 +101,18 @@ ReceiverSetBackfillSize( ); extern VOID -ReceiverReturnPackets( +ReceiverReturnPacketsVersion1( IN PXENVIF_RECEIVER Receiver, IN PLIST_ENTRY List ); extern VOID +ReceiverReturnPacket( + IN PXENVIF_RECEIVER Receiver, + IN PVOID Cookie + ); + +extern VOID ReceiverSend( IN PXENVIF_RECEIVER Receiver, IN ULONG Index diff --git a/src/xenvif/transmitter.c b/src/xenvif/transmitter.c index 35ec80a..75bf5fe 100644 --- a/src/xenvif/transmitter.c +++ b/src/xenvif/transmitter.c @@ -64,6 +64,24 @@ #define MAXNAMELEN 128 +#define XENVIF_TRANSMITTER_MAXIMUM_HEADER_LENGTH 512 + +typedef struct _XENVIF_TRANSMITTER_PACKET { + LIST_ENTRY ListEntry; + PVOID Cookie; + ULONG Reference; + XENVIF_VIF_OFFLOAD_OPTIONS OffloadOptions; + USHORT MaximumSegmentSize; + USHORT TagControlInformation; + XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO Completion; + PMDL Mdl; + ULONG Offset; + ULONG Length; + PUCHAR Header; + XENVIF_PACKET_INFO Info; + XENVIF_PACKET_PAYLOAD Payload; +} XENVIF_TRANSMITTER_PACKET, *PXENVIF_TRANSMITTER_PACKET; + typedef struct _XENVIF_TRANSMITTER_REQUEST_ARP_PARAMETERS { IPV4_ADDRESS Address; } XENVIF_TRANSMITTER_REQUEST_ARP_PARAMETERS, *PXENVIF_TRANSMITTER_REQUEST_ARP_PARAMETERS; @@ -139,10 +157,6 @@ typedef struct _XENVIF_TRANSMITTER_FRAGMENT { typedef struct _XENVIF_TRANSMITTER_STATE { PXENVIF_TRANSMITTER_PACKET Packet; - XENVIF_TRANSMITTER_PACKET_SEND_INFO Send; - PUCHAR StartVa; - XENVIF_PACKET_INFO Info; - XENVIF_PACKET_PAYLOAD Payload; LIST_ENTRY List; ULONG Count; } XENVIF_TRANSMITTER_STATE, *PXENVIF_TRANSMITTER_STATE; @@ -252,24 +266,54 @@ TransmitterPacketReleaseLock( static NTSTATUS TransmitterPacketCtor( - IN PVOID Argument, - IN PVOID Object + IN PVOID Argument, + IN PVOID Object ) { + PXENVIF_TRANSMITTER_PACKET Packet = Object; + PUCHAR Header; + NTSTATUS status; + UNREFERENCED_PARAMETER(Argument); - UNREFERENCED_PARAMETER(Object); + + ASSERT(IsZeroMemory(Packet, sizeof (XENVIF_TRANSMITTER_PACKET))); + + Header = __TransmitterAllocate(XENVIF_TRANSMITTER_MAXIMUM_HEADER_LENGTH); + + status = STATUS_NO_MEMORY; + if (Header == NULL) + goto fail1; + + Packet->Header = Header; return STATUS_SUCCESS; + +fail1: + Error("fail1 (%08x)\n", status); + + ASSERT(IsZeroMemory(Packet, sizeof (XENVIF_TRANSMITTER_PACKET))); + + return status; } static VOID TransmitterPacketDtor( - IN PVOID Argument, - IN PVOID Object + IN PVOID Argument, + IN PVOID Object ) { + PXENVIF_TRANSMITTER_PACKET Packet = Object; + PUCHAR Header; + UNREFERENCED_PARAMETER(Argument); - UNREFERENCED_PARAMETER(Object); + + Header = Packet->Header; + Packet->Header = NULL; + + ASSERT(IsZeroMemory(Header, XENVIF_TRANSMITTER_MAXIMUM_HEADER_LENGTH)); + __TransmitterFree(Header); + + ASSERT(IsZeroMemory(Packet, sizeof (XENVIF_TRANSMITTER_PACKET))); } static FORCEINLINE PXENVIF_TRANSMITTER_PACKET @@ -289,7 +333,21 @@ __TransmitterPutPacket( IN PXENVIF_TRANSMITTER_PACKET Packet ) { - RtlZeroMemory(Packet, sizeof(XENVIF_TRANSMITTER_PACKET)); + ASSERT(IsZeroMemory(&Packet->ListEntry, sizeof (LIST_ENTRY))); + ASSERT3U(Packet->Reference, ==, 0); + + Packet->Mdl = NULL; + Packet->Offset = 0; + Packet->Length = 0; + Packet->OffloadOptions.Value = 0; + Packet->MaximumSegmentSize = 0; + Packet->TagControlInformation = 0; + RtlZeroMemory(&Packet->Completion, sizeof (XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO)); + Packet->Cookie = NULL; + + RtlZeroMemory(Packet->Header, XENVIF_TRANSMITTER_MAXIMUM_HEADER_LENGTH); + RtlZeroMemory(&Packet->Info, sizeof (XENVIF_PACKET_INFO)); + RtlZeroMemory(&Packet->Payload, sizeof (XENVIF_PACKET_PAYLOAD)); XENBUS_CACHE(Put, &Transmitter->CacheInterface, @@ -721,7 +779,7 @@ TransmitterRingDebugCallback( } static BOOLEAN -TransmitterRingPullup( +TransmitterPullup( IN PVOID Argument, IN PUCHAR DestinationVa, IN OUT PXENVIF_PACKET_PAYLOAD Payload, @@ -800,10 +858,10 @@ __TransmitterRingCopyPayload( State = &Ring->State; Packet = State->Packet; - Payload = State->Payload; + Payload = Packet->Payload; ASSERT(Packet != NULL); - ASSERT3U(Packet->Value, ==, 1); + ASSERT3U(Packet->Reference, ==, 1); while (Payload.Length != 0) { PMDL Mdl; @@ -818,14 +876,14 @@ __TransmitterRingCopyPayload( goto fail1; Buffer->Context = Packet; - Packet->Value++; + Packet->Reference++; Mdl = Buffer->Mdl; Length = __min(Payload.Length, PAGE_SIZE); MdlMappedSystemVa = MmGetSystemAddressForMdlSafe(Mdl, NormalPagePriority); - TransmitterRingPullup(Ring, MdlMappedSystemVa, &Payload, Length); + (VOID) TransmitterPullup(Transmitter, MdlMappedSystemVa, &Payload, Length); Mdl->ByteCount = Length; @@ -884,14 +942,14 @@ fail2: ASSERT3P(Buffer->Context, ==, Packet); Buffer->Context = NULL; - Packet->Value--; + --Packet->Reference; __TransmitterPutBuffer(Ring, Buffer); fail1: Error("fail1 (%08x)\n", status); - while (Packet->Value != 1) { + while (Packet->Reference != 1) { PLIST_ENTRY ListEntry; ASSERT(State->Count != 0); @@ -927,7 +985,7 @@ fail1: ASSERT3P(Buffer->Context, ==, Packet); Buffer->Context = NULL; - Packet->Value--; + --Packet->Reference; __TransmitterPutBuffer(Ring, Buffer); } @@ -956,10 +1014,10 @@ __TransmitterRingGrantPayload( State = &Ring->State; Packet = State->Packet; - Payload = &State->Payload; + Payload = &Packet->Payload; ASSERT(Packet != NULL); - ASSERT3U(Packet->Value, ==, 1); + ASSERT3U(Packet->Reference, ==, 1); Mdl = Payload->Mdl; Offset = Payload->Offset; @@ -988,7 +1046,7 @@ __TransmitterRingGrantPayload( Fragment->Type = XENVIF_TRANSMITTER_FRAGMENT_TYPE_PACKET; Fragment->Context = Packet; - Packet->Value++; + Packet->Reference++; Pfn = MmGetMdlPfnArray(Mdl)[MdlOffset / PAGE_SIZE]; PageOffset = MdlOffset & (PAGE_SIZE - 1); @@ -1045,7 +1103,7 @@ fail2: Fragment->Context = NULL; Fragment->Type = XENVIF_TRANSMITTER_FRAGMENT_TYPE_INVALID; - Packet->Value--; + --Packet->Reference; __TransmitterPutFragment(Ring, Fragment); } @@ -1056,7 +1114,7 @@ fail1: ASSERT3P(Fragment, ==, NULL); - while (Packet->Value != 1) { + while (Packet->Reference != 1) { PLIST_ENTRY ListEntry; ASSERT(State->Count != 0); @@ -1083,7 +1141,7 @@ fail1: Fragment->Context = NULL; Fragment->Type = XENVIF_TRANSMITTER_FRAGMENT_TYPE_INVALID; - Packet->Value--; + --Packet->Reference; __TransmitterPutFragment(Ring, Fragment); } @@ -1117,10 +1175,11 @@ __TransmitterRingPrepareHeader( State = &Ring->State; Packet = State->Packet; - Payload = &State->Payload; - Info = &State->Info; - ASSERT3U(Packet->Value, ==, 0); + Payload = &Packet->Payload; + Info = &Packet->Info; + + ASSERT3U(Packet->Reference, ==, 0); Buffer = __TransmitterGetBuffer(Ring); @@ -1129,18 +1188,14 @@ __TransmitterRingPrepareHeader( goto fail1; Buffer->Context = Packet; - Packet->Value++; + Packet->Reference++; Mdl = Buffer->Mdl; StartVa = MmGetSystemAddressForMdlSafe(Mdl, NormalPagePriority); ASSERT(StartVa != NULL); - status = ParsePacket(StartVa, TransmitterRingPullup, Ring, Payload, Info); - if (!NT_SUCCESS(status)) - goto fail2; - - State->StartVa = StartVa; + RtlCopyMemory(StartVa, Packet->Header, Info->Length); Mdl->ByteCount = Info->Length; @@ -1148,7 +1203,7 @@ __TransmitterRingPrepareHeader( status = STATUS_NO_MEMORY; if (Fragment == NULL) - goto fail3; + goto fail2; Fragment->Type = XENVIF_TRANSMITTER_FRAGMENT_TYPE_BUFFER; Fragment->Context = Buffer; @@ -1166,7 +1221,7 @@ __TransmitterRingPrepareHeader( TRUE, &Fragment->Entry); if (!NT_SUCCESS(status)) - goto fail4; + goto fail3; Fragment->Offset = 0; Fragment->Length = Mdl->ByteCount + Payload->Length; @@ -1178,7 +1233,7 @@ __TransmitterRingPrepareHeader( ASSERT(Info->EthernetHeader.Length != 0); EthernetHeader = (PETHERNET_HEADER)(StartVa + Info->EthernetHeader.Offset); - if (State->Send.OffloadOptions.OffloadTagManipulation) { + if (Packet->OffloadOptions.OffloadTagManipulation) { ULONG Offset; Offset = FIELD_OFFSET(ETHERNET_TAGGED_HEADER, Tag); @@ -1189,9 +1244,10 @@ __TransmitterRingPrepareHeader( // Insert the tag EthernetHeader->Tagged.Tag.ProtocolID = HTONS(ETHERTYPE_TPID); - EthernetHeader->Tagged.Tag.ControlInformation = HTONS(State->Send.TagControlInformation); + EthernetHeader->Tagged.Tag.ControlInformation = HTONS(Packet->TagControlInformation); ASSERT(ETHERNET_HEADER_IS_TAGGED(EthernetHeader)); + Packet->Length += sizeof (ETHERNET_TAG); Mdl->ByteCount += sizeof (ETHERNET_TAG); Fragment->Length += sizeof (ETHERNET_TAG); @@ -1215,7 +1271,7 @@ __TransmitterRingPrepareHeader( Info->TcpOptions.Offset += sizeof (ETHERNET_TAG); } - if (State->Send.OffloadOptions.OffloadIpVersion4LargePacket) { + if (Packet->OffloadOptions.OffloadIpVersion4LargePacket) { PIP_HEADER IpHeader; PTCP_HEADER TcpHeader; ULONG Length; @@ -1242,20 +1298,20 @@ __TransmitterRingPrepareHeader( IpHeader->Version4.PacketLength = HTONS((USHORT)Length); // IP checksum calulcation must be offloaded for large packets - State->Send.OffloadOptions.OffloadIpVersion4HeaderChecksum = 1; + Packet->OffloadOptions.OffloadIpVersion4HeaderChecksum = 1; // TCP checksum calulcation must be offloaded for large packets TcpHeader->Checksum = ChecksumPseudoHeader(StartVa, Info); - State->Send.OffloadOptions.OffloadIpVersion4TcpChecksum = 1; + Packet->OffloadOptions.OffloadIpVersion4TcpChecksum = 1; // If the MSS is such that the payload would constitute only a single fragment then // we no longer need trate the packet as a large packet. - ASSERT3U(State->Send.MaximumSegmentSize, <=, Payload->Length); - if (State->Send.MaximumSegmentSize == Payload->Length) - State->Send.OffloadOptions.OffloadIpVersion4LargePacket = 0; + ASSERT3U(Packet->MaximumSegmentSize, <=, Payload->Length); + if (Packet->MaximumSegmentSize == Payload->Length) + Packet->OffloadOptions.OffloadIpVersion4LargePacket = 0; } - if (State->Send.OffloadOptions.OffloadIpVersion6LargePacket) { + if (Packet->OffloadOptions.OffloadIpVersion6LargePacket) { PIP_HEADER IpHeader; PTCP_HEADER TcpHeader; ULONG Length; @@ -1282,29 +1338,29 @@ __TransmitterRingPrepareHeader( // TCP checksum calulcation must be offloaded for large packets TcpHeader->Checksum = ChecksumPseudoHeader(StartVa, Info); - State->Send.OffloadOptions.OffloadIpVersion6TcpChecksum = 1; + Packet->OffloadOptions.OffloadIpVersion6TcpChecksum = 1; // If the MSS is such that the payload would constitute only a single fragment then // we no longer need treat the packet as a large packet. - ASSERT3U(State->Send.MaximumSegmentSize, <=, Payload->Length); - if (State->Send.MaximumSegmentSize == Payload->Length) - State->Send.OffloadOptions.OffloadIpVersion6LargePacket = 0; + ASSERT3U(Packet->MaximumSegmentSize, <=, Payload->Length); + if (Packet->MaximumSegmentSize == Payload->Length) + Packet->OffloadOptions.OffloadIpVersion6LargePacket = 0; } // Non-GSO packets must not exceed MTU - if (!State->Send.OffloadOptions.OffloadIpVersion4LargePacket && - !State->Send.OffloadOptions.OffloadIpVersion6LargePacket) { + if (!Packet->OffloadOptions.OffloadIpVersion4LargePacket && + !Packet->OffloadOptions.OffloadIpVersion6LargePacket) { ULONG MaximumFrameSize; MacQueryMaximumFrameSize(Mac, &MaximumFrameSize); if (Fragment->Length > MaximumFrameSize) { status = STATUS_INVALID_PARAMETER; - goto fail5; + goto fail4; } } - if (State->Send.OffloadOptions.OffloadIpVersion4HeaderChecksum) { + if (Packet->OffloadOptions.OffloadIpVersion4HeaderChecksum) { PIP_HEADER IpHeader; ASSERT(Info->IpHeader.Length != 0); @@ -1316,8 +1372,8 @@ __TransmitterRingPrepareHeader( return STATUS_SUCCESS; -fail5: - Error("fail5\n"); +fail4: + Error("fail4\n"); ASSERT(State->Count != 0); --State->Count; @@ -1335,8 +1391,8 @@ fail5: Fragment->Entry); Fragment->Entry = NULL; -fail4: - Error("fail4\n"); +fail3: + Error("fail3\n"); Fragment->Context = NULL; Fragment->Type = XENVIF_TRANSMITTER_FRAGMENT_TYPE_INVALID; @@ -1346,15 +1402,10 @@ fail4: __TransmitterPutFragment(Ring, Fragment); -fail3: - Error("fail3\n"); - - Mdl->ByteCount = 0; - fail2: Error("fail2\n"); - Packet->Value--; + --Packet->Reference; Buffer->Context = NULL; __TransmitterPutBuffer(Ring, Buffer); @@ -1362,7 +1413,7 @@ fail2: fail1: Error("fail1 (%08x)\n", status); - ASSERT3U(Packet->Value, ==, 0); + ASSERT3U(Packet->Reference, ==, 0); return status; } @@ -1461,7 +1512,7 @@ __TransmitterRingUnprepareFragments( } if (Packet != NULL) - Packet->Value--; + --Packet->Reference; __TransmitterPutFragment(Ring, Fragment); } @@ -1478,11 +1529,6 @@ __TransmitterRingUnprepareFragments( if (Packet != NULL) { Ring->PacketsUnprepared++; - RtlZeroMemory(&State->Payload, sizeof (XENVIF_PACKET_PAYLOAD)); - - Packet->Send = State->Send; - RtlZeroMemory(&State->Send, sizeof (XENVIF_TRANSMITTER_PACKET_SEND_INFO)); - State->Packet = NULL; } @@ -1493,8 +1539,8 @@ __TransmitterRingUnprepareFragments( static FORCEINLINE NTSTATUS __TransmitterRingPreparePacket( - IN PXENVIF_TRANSMITTER_RING Ring, - IN PXENVIF_TRANSMITTER_PACKET Packet + IN PXENVIF_TRANSMITTER_RING Ring, + IN PXENVIF_TRANSMITTER_PACKET Packet ) { PXENVIF_TRANSMITTER Transmitter; @@ -1511,14 +1557,6 @@ __TransmitterRingPreparePacket( State->Packet = Packet; - State->Send = Packet->Send; - RtlZeroMemory(&Packet->Send, sizeof (XENVIF_TRANSMITTER_PACKET_SEND_INFO)); - - Payload = &State->Payload; - Payload->Mdl = Packet->Mdl; - Payload->Offset = Packet->Offset; - Payload->Length = Packet->Length; - InitializeListHead(&State->List); ASSERT3U(State->Count, ==, 0); @@ -1526,9 +1564,10 @@ __TransmitterRingPreparePacket( if (!NT_SUCCESS(status)) goto fail1; - ASSERT3U(State->Count, ==, Packet->Value); + ASSERT3U(State->Count, ==, Packet->Reference); - Info = &State->Info; + Info = &Packet->Info; + Payload = &Packet->Payload; // Is the packet too short? if (Info->Length + Payload->Length < ETHERNET_MIN) { @@ -1584,7 +1623,7 @@ __TransmitterRingPreparePacket( if (Transmitter->AlwaysCopy != 0 || (!NT_SUCCESS(status) && status == STATUS_BUFFER_OVERFLOW)) { - ASSERT3U(State->Count, ==, Packet->Value); + ASSERT3U(State->Count, ==, Packet->Reference); status = __TransmitterRingCopyPayload(Ring); } @@ -1593,7 +1632,7 @@ __TransmitterRingPreparePacket( if (!NT_SUCCESS(status)) goto fail2; - ASSERT3U(State->Count, ==, Packet->Value); + ASSERT3U(State->Count, ==, Packet->Reference); Ring->PacketsPrepared++; return STATUS_SUCCESS; @@ -1606,17 +1645,9 @@ fail2: fail1: Error("fail1 (%08x)\n", status); - State->StartVa = NULL; - RtlZeroMemory(&State->Info, sizeof (XENVIF_PACKET_INFO)); - ASSERT(IsListEmpty(&State->List)); RtlZeroMemory(&State->List, sizeof (LIST_ENTRY)); - RtlZeroMemory(&State->Payload, sizeof (XENVIF_PACKET_PAYLOAD)); - - Packet->Send = State->Send; - RtlZeroMemory(&State->Send, sizeof (XENVIF_TRANSMITTER_PACKET_SEND_INFO)); - State->Packet = NULL; ASSERT(IsZeroMemory(&Ring->State, sizeof (XENVIF_TRANSMITTER_STATE))); @@ -2002,11 +2033,10 @@ __TransmitterRingPostFragments( PXENVIF_FRONTEND Frontend; PXENVIF_TRANSMITTER_STATE State; PXENVIF_TRANSMITTER_PACKET Packet; - PXENVIF_PACKET_PAYLOAD Payload; + XENVIF_VIF_OFFLOAD_OPTIONS OffloadOptions; RING_IDX req_prod; RING_IDX rsp_cons; ULONG Extra; - ULONG PacketLength; BOOLEAN FirstRequest; PLIST_ENTRY ListEntry; PXENVIF_TRANSMITTER_FRAGMENT Fragment; @@ -2018,12 +2048,15 @@ __TransmitterRingPostFragments( State = &Ring->State; Packet = State->Packet; - Payload = &State->Payload; + + if (Packet != NULL) + OffloadOptions = Packet->OffloadOptions; + else + OffloadOptions.Value = 0; ASSERT(!IsListEmpty(&State->List)); ASSERT(State->Count != 0); ASSERT3U(State->Count, <=, XEN_NETIF_NR_SLOTS_MIN); - ASSERT(IMPLY(Packet != NULL, State->Count == Packet->Value)); req_prod = Ring->Front.req_prod_pvt; rsp_cons = Ring->Front.rsp_cons; @@ -2033,8 +2066,8 @@ __TransmitterRingPostFragments( XENVIF_TRANSMITTER_FRAGMENT, ListEntry); - Extra = (State->Send.OffloadOptions.OffloadIpVersion4LargePacket || - State->Send.OffloadOptions.OffloadIpVersion6LargePacket || + Extra = (OffloadOptions.OffloadIpVersion4LargePacket || + OffloadOptions.OffloadIpVersion6LargePacket || Fragment->Type == XENVIF_TRANSMITTER_FRAGMENT_TYPE_MULTICAST_CONTROL) ? 1 : 0; @@ -2048,7 +2081,6 @@ __TransmitterRingPostFragments( req = NULL; FirstRequest = TRUE; - PacketLength = 0; while (State->Count != 0) { --State->Count; @@ -2078,14 +2110,14 @@ __TransmitterRingPostFragments( if (FirstRequest) { FirstRequest = FALSE; - if (State->Send.OffloadOptions.OffloadIpVersion4TcpChecksum || - State->Send.OffloadOptions.OffloadIpVersion4UdpChecksum || - State->Send.OffloadOptions.OffloadIpVersion6TcpChecksum || - State->Send.OffloadOptions.OffloadIpVersion6UdpChecksum) + if (OffloadOptions.OffloadIpVersion4TcpChecksum || + OffloadOptions.OffloadIpVersion4UdpChecksum || + OffloadOptions.OffloadIpVersion6TcpChecksum || + OffloadOptions.OffloadIpVersion6UdpChecksum) req->flags |= NETTXF_csum_blank | NETTXF_data_validated; - if (State->Send.OffloadOptions.OffloadIpVersion4LargePacket || - State->Send.OffloadOptions.OffloadIpVersion6LargePacket || + if (OffloadOptions.OffloadIpVersion4LargePacket || + OffloadOptions.OffloadIpVersion6LargePacket || Fragment->Type == XENVIF_TRANSMITTER_FRAGMENT_TYPE_MULTICAST_CONTROL) { struct netif_extra_info *extra; @@ -2096,17 +2128,17 @@ __TransmitterRingPostFragments( req_prod++; Ring->RequestsPosted++; - if (State->Send.OffloadOptions.OffloadIpVersion4LargePacket || - State->Send.OffloadOptions.OffloadIpVersion6LargePacket) { - ASSERT(State->Send.MaximumSegmentSize != 0); + if (OffloadOptions.OffloadIpVersion4LargePacket || + OffloadOptions.OffloadIpVersion6LargePacket) { + ASSERT(Packet->MaximumSegmentSize != 0); extra->type = XEN_NETIF_EXTRA_TYPE_GSO; extra->flags = 0; - extra->u.gso.type = (State->Send.OffloadOptions.OffloadIpVersion4LargePacket) ? + extra->u.gso.type = (OffloadOptions.OffloadIpVersion4LargePacket) ? XEN_NETIF_GSO_TYPE_TCPV4 : - XEN_NETIF_GSO_TYPE_TCPV6;; - extra->u.gso.size = State->Send.MaximumSegmentSize; + XEN_NETIF_GSO_TYPE_TCPV6; + extra->u.gso.size = Packet->MaximumSegmentSize; extra->u.gso.pad = 0; extra->u.gso.features = 0; @@ -2129,9 +2161,6 @@ __TransmitterRingPostFragments( req->flags |= NETTXF_extra_info; } - - // The first fragment length is the length of the entire packet - PacketLength = Fragment->Length; } // Store a copy of the request in case we need to fake a response ourselves @@ -2151,14 +2180,14 @@ __TransmitterRingPostFragments( // Set the initial completion information if (Packet != NULL) { - PUCHAR StartVa; - PXENVIF_PACKET_INFO Info; - PETHERNET_HEADER Header; + PUCHAR StartVa; + PXENVIF_PACKET_INFO Info; + PXENVIF_PACKET_PAYLOAD Payload; + PETHERNET_HEADER Header; - ASSERT(PacketLength != 0); - - StartVa = State->StartVa; - Info = &State->Info; + StartVa = Packet->Header; + Info = &Packet->Info; + Payload = &Packet->Payload; ASSERT(IsZeroMemory(&Packet->Completion, sizeof (XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO))); @@ -2166,14 +2195,9 @@ __TransmitterRingPostFragments( Header = (PETHERNET_HEADER)(StartVa + Info->EthernetHeader.Offset); Packet->Completion.Type = GET_ETHERNET_ADDRESS_TYPE(&Header->Untagged.DestinationAddress); - Packet->Completion.Status = XENVIF_TRANSMITTER_PACKET_PENDING; - Packet->Completion.PacketLength = (USHORT)PacketLength; + Packet->Completion.PacketLength = (USHORT)Packet->Length; Packet->Completion.PayloadLength = (USHORT)Payload->Length; - State->StartVa = NULL; - RtlZeroMemory(&State->Info, sizeof (XENVIF_PACKET_INFO)); - RtlZeroMemory(&State->Payload, sizeof (XENVIF_PACKET_PAYLOAD)); - RtlZeroMemory(&State->Send, sizeof (XENVIF_TRANSMITTER_PACKET_SEND_INFO)); State->Packet = NULL; Ring->PacketsSent++; @@ -2268,7 +2292,7 @@ __TransmitterRingCompletePacket( Transmitter = Ring->Transmitter; Frontend = Transmitter->Frontend; - ASSERT(Packet->Completion.Status != XENVIF_TRANSMITTER_PACKET_PENDING); + ASSERT(Packet->Completion.Status != 0); if (Packet->Completion.Status != XENVIF_TRANSMITTER_PACKET_OK) { FrontendIncrementStatistic(Frontend, @@ -2447,10 +2471,10 @@ TransmitterRingPoll( continue; } - Packet->Value--; + --Packet->Reference; if (rsp->status != NETIF_RSP_OKAY && - Packet->Completion.Status == XENVIF_TRANSMITTER_PACKET_PENDING) { + Packet->Completion.Status == 0) { switch (rsp->status) { case NETIF_RSP_DROPPED: Packet->Completion.Status = XENVIF_TRANSMITTER_PACKET_DROPPED; @@ -2468,10 +2492,10 @@ TransmitterRingPoll( RtlZeroMemory(rsp, sizeof (netif_tx_response_t)); - if (Packet->Value != 0) + if (Packet->Reference != 0) continue; - if (Packet->Completion.Status == XENVIF_TRANSMITTER_PACKET_PENDING) + if (Packet->Completion.Status == 0) Packet->Completion.Status = XENVIF_TRANSMITTER_PACKET_OK; __TransmitterRingCompletePacket(Ring, Packet); @@ -2589,11 +2613,12 @@ TransmitterRingSwizzle( ListEntry = NextEntry; } - ListEntry = List.Flink; if (!IsListEmpty(&List)) { + ListEntry = List.Flink; + RemoveEntryList(&List); - InitializeListHead(&List); AppendTailList(&Ring->PacketQueue, ListEntry); + Ring->PacketsQueued += Count; } } @@ -2632,6 +2657,8 @@ TransmitterRingSchedule( PXENVIF_TRANSMITTER_REQUEST Request; ListEntry = RemoveHeadList(&Ring->RequestQueue); + ASSERT3P(ListEntry, !=, &Ring->RequestQueue); + RtlZeroMemory(ListEntry, sizeof (LIST_ENTRY)); Request = CONTAINING_RECORD(ListEntry, @@ -2669,13 +2696,15 @@ TransmitterRingSchedule( PXENVIF_TRANSMITTER_PACKET Packet; ListEntry = RemoveHeadList(&Ring->PacketQueue); + ASSERT3P(ListEntry, !=, &Ring->PacketQueue); + RtlZeroMemory(ListEntry, sizeof (LIST_ENTRY)); Packet = CONTAINING_RECORD(ListEntry, XENVIF_TRANSMITTER_PACKET, ListEntry); - Packet->Value = 0; + Packet->Reference = 0; status = __TransmitterRingPreparePacket(Ring, Packet); if (!NT_SUCCESS(status)) { @@ -2712,20 +2741,70 @@ TransmitterRingSchedule( } static FORCEINLINE VOID +__TransmitterReturnPacketVersion2( + IN PXENVIF_TRANSMITTER Transmitter, + IN PVOID Cookie, + IN PXENVIF_TRANSMITTER_PACKET_COMPLETION_INFO Completion + ) +{ + struct _XENVIF_TRANSMITTER_PACKET_V2 *PacketVersion2; + PXENVIF_FRONTEND Frontend; + PXENVIF_VIF_CONTEXT Context; + LIST_ENTRY List; + + PacketVersion2 = Cookie; + PacketVersion2->Completion = *Completion; + + Frontend = Transmitter->Frontend; + Context = PdoGetVifContext(FrontendGetPdo(Frontend)); + + InitializeListHead(&List); + + ASSERT(IsZeroMemory(&PacketVersion2->ListEntry, sizeof (LIST_ENTRY))); + InsertTailList(&List, &PacketVersion2->ListEntry); + + VifTransmitterReturnPacketsVersion2(Context, &List); + ASSERT(IsListEmpty(&List)); +} + +static FORCEINLINE VOID __TransmitterReturnPackets( IN PXENVIF_TRANSMITTER Transmitter, IN PLIST_ENTRY List ) { PXENVIF_FRONTEND Frontend; - - if (IsListEmpty(List)) - return; + PXENVIF_VIF_CONTEXT Context; + ULONG Version; Frontend = Transmitter->Frontend; + Context = PdoGetVifContext(FrontendGetPdo(Frontend)); + Version = VifGetVersion(Context); + + while (!IsListEmpty(List)) { + PLIST_ENTRY ListEntry; + PXENVIF_TRANSMITTER_PACKET Packet; - VifTransmitterReturnPackets(PdoGetVifContext(FrontendGetPdo(Frontend)), - List); + ListEntry = RemoveHeadList(List); + ASSERT3P(ListEntry, !=, List); + + RtlZeroMemory(ListEntry, sizeof (LIST_ENTRY)); + + Packet = CONTAINING_RECORD(ListEntry, + XENVIF_TRANSMITTER_PACKET, + ListEntry); + + if (Version < 4) + __TransmitterReturnPacketVersion2(Transmitter, + Packet->Cookie, + &Packet->Completion); + else + VifTransmitterReturnPacket(Context, + Packet->Cookie, + &Packet->Completion); + + __TransmitterPutPacket(Transmitter, Packet); + } } static FORCEINLINE BOOLEAN @@ -2837,13 +2916,12 @@ __TransmitterRingReleaseLock( // thread could be simuntaneously adding to the list. do { - PLIST_ENTRY ListEntry; - TransmitterRingSwizzle(Ring); TransmitterRingSchedule(Ring); - ListEntry = Ring->PacketComplete.Flink; if (!IsListEmpty(&Ring->PacketComplete)) { + PLIST_ENTRY ListEntry = Ring->PacketComplete.Flink; + RemoveEntryList(&Ring->PacketComplete); InitializeListHead(&Ring->PacketComplete); AppendTailList(&List, ListEntry); @@ -3752,21 +3830,24 @@ __TransmitterRingTeardown( } static FORCEINLINE VOID -__TransmitterRingQueuePackets( +__TransmitterRingQueuePacket( IN PXENVIF_TRANSMITTER_RING Ring, - IN PLIST_ENTRY List + IN PXENVIF_TRANSMITTER_PACKET Packet ) { + PLIST_ENTRY ListEntry; ULONG_PTR Old; ULONG_PTR LockBit; ULONG_PTR New; + ListEntry = &Packet->ListEntry; + do { Old = (ULONG_PTR)Ring->Lock; LockBit = Old & XENVIF_TRANSMITTER_LOCK_BIT; - List->Flink->Blink = (PVOID)(Old & ~XENVIF_TRANSMITTER_LOCK_BIT); - New = (ULONG_PTR)List->Blink; + ListEntry->Blink = (PVOID)(Old & ~XENVIF_TRANSMITTER_LOCK_BIT); + New = (ULONG_PTR)ListEntry; ASSERT((New & XENVIF_TRANSMITTER_LOCK_BIT) == 0); New |= LockBit; } while ((ULONG_PTR)InterlockedCompareExchangePointer(&Ring->Lock, (PVOID)New, (PVOID)Old) != Old); @@ -4485,7 +4566,7 @@ TransmitterTeardown( } static BOOLEAN -__TransmitterGetPacketHeadersPullup( +TransmitterGetPacketHeadersVersion2Pullup( IN PVOID Argument, IN PUCHAR DestinationVa, IN OUT PXENVIF_PACKET_PAYLOAD Payload, @@ -4546,22 +4627,22 @@ fail1: } NTSTATUS -TransmitterGetPacketHeaders( - IN PXENVIF_TRANSMITTER Transmitter, - IN PXENVIF_TRANSMITTER_PACKET Packet, - OUT PVOID Headers, - OUT PXENVIF_PACKET_INFO Info +TransmitterGetPacketHeadersVersion2( + IN PXENVIF_TRANSMITTER Transmitter, + IN struct _XENVIF_TRANSMITTER_PACKET_V2 *PacketVersion2, + OUT PVOID Headers, + OUT PXENVIF_PACKET_INFO Info ) { - XENVIF_PACKET_PAYLOAD Payload; - NTSTATUS status; + XENVIF_PACKET_PAYLOAD Payload; + NTSTATUS status; - Payload.Mdl = Packet->Mdl; - Payload.Offset = Packet->Offset; - Payload.Length = Packet->Length; + Payload.Mdl = PacketVersion2->Mdl; + Payload.Offset = PacketVersion2->Offset; + Payload.Length = PacketVersion2->Length; status = ParsePacket(Headers, - __TransmitterGetPacketHeadersPullup, + TransmitterGetPacketHeadersVersion2Pullup, Transmitter, &Payload, Info); @@ -4574,70 +4655,241 @@ fail1: return status; } -VOID -TransmitterQueuePackets( - IN PXENVIF_TRANSMITTER Transmitter, - IN PLIST_ENTRY List +static FORCEINLINE VOID +__TransmitterHashAccumulate( + IN OUT PULONG Accumulator, + IN PUCHAR Array, + IN ULONG Length ) { - PXENVIF_TRANSMITTER_RING Ring; - PXENVIF_FRONTEND Frontend; - LONG NumQueues; + ULONG Current; + ULONG Index; - Frontend = Transmitter->Frontend; - NumQueues = FrontendGetNumQueues(Frontend); + Current = *Accumulator; + + for (Index = 0; Index < Length; Index++) { + ULONG Overflow; + + Current = (Current << 4) + Array[Index]; + + Overflow = Current & 0x000fff00; + if (Overflow != 0) { + Current ^= Overflow >> 8; + Current ^= Overflow; + } + } + + *Accumulator = Current; +} + +static FORCEINLINE ULONG +__TransmitterHashPacket( + IN PXENVIF_TRANSMITTER_PACKET Packet + ) +{ + PUCHAR StartVa; + PXENVIF_PACKET_INFO Info; + PIP_HEADER IpHeader; + ULONG Value; + + Value = 0; + + StartVa = Packet->Header; + Info = &Packet->Info; + + if (Info->TcpHeader.Length == 0 && Info->UdpHeader.Length == 0) + goto done; + + ASSERT(Info->IpHeader.Length != 0); + IpHeader = (PIP_HEADER)(StartVa + Info->IpHeader.Offset); - if (NumQueues == 1) { - Ring = Transmitter->Ring[0]; + if (IpHeader->Version == 4) { + PIPV4_HEADER Version4 = &IpHeader->Version4; - __TransmitterRingQueuePackets(Ring, List); + __TransmitterHashAccumulate(&Value, + Version4->SourceAddress.Byte, + IPV4_ADDRESS_LENGTH); + __TransmitterHashAccumulate(&Value, + Version4->DestinationAddress.Byte, + IPV4_ADDRESS_LENGTH); } else { - while (!IsListEmpty(List)) { - PXENVIF_TRANSMITTER_PACKET Packet; - LIST_ENTRY HashList; - ULONG Index; + PIPV6_HEADER Version6 = &IpHeader->Version6; - InitializeListHead(&HashList); - Index = 0; + ASSERT3U(IpHeader->Version, ==, 6); - while (!IsListEmpty(List)) { - PLIST_ENTRY ListEntry; - ULONG Hash; + __TransmitterHashAccumulate(&Value, + Version6->SourceAddress.Byte, + IPV6_ADDRESS_LENGTH); + __TransmitterHashAccumulate(&Value, + Version6->DestinationAddress.Byte, + IPV6_ADDRESS_LENGTH); + } - ListEntry = RemoveHeadList(List); - ASSERT3P(ListEntry, !=, List); + if (Info->TcpHeader.Length != 0) { + PTCP_HEADER TcpHeader; - RtlZeroMemory(ListEntry, sizeof (LIST_ENTRY)); + TcpHeader = (PTCP_HEADER)(StartVa + Info->TcpHeader.Offset); - Packet = CONTAINING_RECORD(ListEntry, XENVIF_TRANSMITTER_PACKET, ListEntry); + __TransmitterHashAccumulate(&Value, + (PUCHAR)&TcpHeader->SourcePort, + sizeof (USHORT)); + __TransmitterHashAccumulate(&Value, + (PUCHAR)&TcpHeader->DestinationPort, + sizeof (USHORT)); + } else { + PUDP_HEADER UdpHeader; - Hash = Packet->Value % NumQueues; - if (Hash != Index) { - if (!IsListEmpty(&HashList)) { - Ring = Transmitter->Ring[Index]; - ASSERT3P(Ring, !=, NULL); + ASSERT(Info->UdpHeader.Length != 0); - __TransmitterRingQueuePackets(Ring, &HashList); - InitializeListHead(&HashList); - } + UdpHeader = (PUDP_HEADER)(StartVa + Info->UdpHeader.Offset); - Index = Hash; - } + __TransmitterHashAccumulate(&Value, + (PUCHAR)&UdpHeader->SourcePort, + sizeof (USHORT)); + __TransmitterHashAccumulate(&Value, + (PUCHAR)&UdpHeader->DestinationPort, + sizeof (USHORT)); + } - InsertTailList(&HashList, ListEntry); - } +done: + return Value; +} + +NTSTATUS +TransmitterQueuePacket( + IN PXENVIF_TRANSMITTER Transmitter, + IN PMDL Mdl, + IN ULONG Offset, + IN ULONG Length, + IN XENVIF_VIF_OFFLOAD_OPTIONS OffloadOptions, + IN USHORT MaximumSegmentSize, + IN USHORT TagControlInformation, + IN PXENVIF_PACKET_HASH Hash, + IN PVOID Cookie + ) +{ + PXENVIF_FRONTEND Frontend; + PXENVIF_TRANSMITTER_PACKET Packet; + PUCHAR StartVa; + PXENVIF_PACKET_PAYLOAD Payload; + PXENVIF_PACKET_INFO Info; + ULONG Index; + PXENVIF_TRANSMITTER_RING Ring; + NTSTATUS status; - if (!IsListEmpty(&HashList)) { - Ring = Transmitter->Ring[Index]; - ASSERT3P(Ring, !=, NULL); + Frontend = Transmitter->Frontend; - __TransmitterRingQueuePackets(Ring, &HashList); - InitializeListHead(&HashList); - } + Packet = __TransmitterGetPacket(Transmitter); - ASSERT(IsListEmpty(&HashList)); - } + status = STATUS_NO_MEMORY; + if (Packet == NULL) + goto fail1; + + Packet->Mdl = Mdl; + Packet->Offset = Offset; + Packet->Length = Length; + Packet->OffloadOptions = OffloadOptions; + Packet->MaximumSegmentSize = MaximumSegmentSize; + Packet->TagControlInformation = TagControlInformation; + Packet->Cookie = Cookie; + + StartVa = Packet->Header; + + Payload = &Packet->Payload; + Payload->Mdl = Packet->Mdl; + Payload->Offset = Packet->Offset; + Payload->Length = Packet->Length; + + Info = &Packet->Info; + + status = ParsePacket(StartVa, TransmitterPullup, Transmitter, Payload, Info); + if (!NT_SUCCESS(status)) + goto fail2; + + switch (Hash->Algorithm) { + case XENVIF_PACKET_HASH_ALGORITHM_NONE: + Index = __TransmitterHashPacket(Packet); + break; + + case XENVIF_PACKET_HASH_ALGORITHM_UNSPECIFIED: + Index = Hash->Value; + break; + + default: + ASSERT(FALSE); + Index = 0; + break; + } + + Index %= FrontendGetNumQueues(Frontend); + Ring = Transmitter->Ring[Index]; + + __TransmitterRingQueuePacket(Ring, Packet); + + return STATUS_SUCCESS; + +fail2: + Error("fail2\n"); + + __TransmitterPutPacket(Transmitter, Packet); + +fail1: + Error("fail1 (%08x)\n", status); + + return status; +} + +NTSTATUS +TransmitterQueuePacketsVersion2( + IN PXENVIF_TRANSMITTER Transmitter, + IN PLIST_ENTRY List + ) +{ + LIST_ENTRY Reject; + + InitializeListHead(&Reject); + + while (!IsListEmpty(List)) { + PLIST_ENTRY ListEntry; + struct _XENVIF_TRANSMITTER_PACKET_V2 *PacketVersion2; + XENVIF_PACKET_HASH Hash; + NTSTATUS status; + + ListEntry = RemoveHeadList(List); + ASSERT3P(ListEntry, !=, List); + + RtlZeroMemory(ListEntry, sizeof (LIST_ENTRY)); + + PacketVersion2 = CONTAINING_RECORD(ListEntry, + struct _XENVIF_TRANSMITTER_PACKET_V2, + ListEntry); + + Hash.Algorithm = XENVIF_PACKET_HASH_ALGORITHM_UNSPECIFIED; + Hash.Value = PacketVersion2->Value; + + status = TransmitterQueuePacket(Transmitter, + PacketVersion2->Mdl, + PacketVersion2->Offset, + PacketVersion2->Length, + PacketVersion2->Send.OffloadOptions, + PacketVersion2->Send.MaximumSegmentSize, + PacketVersion2->Send.TagControlInformation, + &Hash, + PacketVersion2); + if (!NT_SUCCESS(status)) + InsertTailList(&Reject, &PacketVersion2->ListEntry); + } + + ASSERT(IsListEmpty(List)); + + if (!IsListEmpty(&Reject)) { + PLIST_ENTRY ListEntry = Reject.Flink; + + RemoveEntryList(&Reject); + AppendTailList(List, ListEntry); } + + return (IsListEmpty(List)) ? STATUS_SUCCESS : STATUS_UNSUCCESSFUL; } VOID diff --git a/src/xenvif/transmitter.h b/src/xenvif/transmitter.h index 04f1f6e..0b7f654 100644 --- a/src/xenvif/transmitter.h +++ b/src/xenvif/transmitter.h @@ -115,8 +115,21 @@ TransmitterQueryRingSize( OUT PULONG Size ); -extern VOID -TransmitterQueuePackets( +extern NTSTATUS +TransmitterQueuePacket( + IN PXENVIF_TRANSMITTER Transmitter, + IN PMDL Mdl, + IN ULONG Offset, + IN ULONG Length, + IN XENVIF_VIF_OFFLOAD_OPTIONS OffloadOptions, + IN USHORT MaximumSegmentSize, + IN USHORT TagControlInformation, + IN PXENVIF_PACKET_HASH Hash, + IN PVOID Cookie + ); + +extern NTSTATUS +TransmitterQueuePacketsVersion2( IN PXENVIF_TRANSMITTER Transmitter, IN PLIST_ENTRY List ); @@ -135,11 +148,11 @@ TransmitterQueryLargePacketSize( ); extern NTSTATUS -TransmitterGetPacketHeaders( - IN PXENVIF_TRANSMITTER Transmitter, - IN PXENVIF_TRANSMITTER_PACKET Packet, - OUT PVOID Headers, - OUT PXENVIF_PACKET_INFO Info +TransmitterGetPacketHeadersVersion2( + IN PXENVIF_TRANSMITTER Transmitter, + IN struct _XENVIF_TRANSMITTER_PACKET_V2 *Packet, + OUT PVOID Headers, + OUT PXENVIF_PACKET_INFO Info ); #endif // _XENVIF_TRANSMITTER_H diff --git a/src/xenvif/vif.c b/src/xenvif/vif.c index ac4d454..76365d2 100644 --- a/src/xenvif/vif.c +++ b/src/xenvif/vif.c @@ -317,7 +317,7 @@ done: } static VOID -VifReceiverReturnPackets( +VifReceiverReturnPacketsVersion1( IN PINTERFACE Interface, IN PLIST_ENTRY List ) @@ -326,30 +326,45 @@ VifReceiverReturnPackets( AcquireMrswLockShared(&Context->Lock); - ReceiverReturnPackets(FrontendGetReceiver(Context->Frontend), - List); + ReceiverReturnPacketsVersion1(FrontendGetReceiver(Context->Frontend), + List); + + ReleaseMrswLockShared(&Context->Lock); +} + +static VOID +VifReceiverReturnPacket( + IN PINTERFACE Interface, + IN PVOID Cookie + ) +{ + PXENVIF_VIF_CONTEXT Context = Interface->Context; + + AcquireMrswLockShared(&Context->Lock); + + ReceiverReturnPacket(FrontendGetReceiver(Context->Frontend), + Cookie); ReleaseMrswLockShared(&Context->Lock); } static NTSTATUS -VifTransmitterGetPacketHeaders( - IN PINTERFACE Interface, - IN PXENVIF_TRANSMITTER_PACKET Packet, - OUT PVOID Headers, - OUT PXENVIF_PACKET_INFO Info +VifTransmitterGetPacketHeadersVersion2( + IN PINTERFACE Interface, + IN struct _XENVIF_TRANSMITTER_PACKET_V2 *Packet, + OUT PVOID Headers, + OUT PXENVIF_PACKET_INFO Info ) { - PXENVIF_VIF_CONTEXT Context = Interface->Context; - NTSTATUS status; + PXENVIF_VIF_CONTEXT Context = Interface->Context; + NTSTATUS status; AcquireMrswLockShared(&Context->Lock); - ASSERT3U(VifGetVersion(Context), >=, 2); - status = TransmitterGetPacketHeaders(FrontendGetTransmitter(Context->Frontend), - Packet, - Headers, - Info); + status = TransmitterGetPacketHeadersVersion2(FrontendGetTransmitter(Context->Frontend), + Packet, + Headers, + Info); ReleaseMrswLockShared(&Context->Lock); @@ -357,7 +372,7 @@ VifTransmitterGetPacketHeaders( } static NTSTATUS -VifTransmitterQueuePackets( +VifTransmitterQueuePacketsVersion2( IN PINTERFACE Interface, IN PLIST_ENTRY List ) @@ -369,20 +384,64 @@ VifTransmitterQueuePackets( status = STATUS_UNSUCCESSFUL; if (Context->Enabled == FALSE) - goto fail1; + goto done; - ASSERT3U(VifGetVersion(Context), >=, 2); - TransmitterQueuePackets(FrontendGetTransmitter(Context->Frontend), - List); + status = TransmitterQueuePacketsVersion2(FrontendGetTransmitter(Context->Frontend), + List); +done: ReleaseMrswLockShared(&Context->Lock); - return STATUS_SUCCESS; + return status; +} -fail1: +static VOID +VifTransmitterQueuePacket( + IN PINTERFACE Interface, + IN PMDL Mdl, + IN ULONG Offset, + IN ULONG Length, + IN XENVIF_VIF_OFFLOAD_OPTIONS OffloadOptions, + IN USHORT MaximumSegmentSize, + IN USHORT TagControlInformation, + IN PXENVIF_PACKET_HASH Hash, + IN PVOID Cookie + ) +{ + PXENVIF_VIF_CONTEXT Context = Interface->Context; + NTSTATUS status; + + AcquireMrswLockShared(&Context->Lock); + + status = STATUS_UNSUCCESSFUL; + if (Context->Enabled == FALSE) + goto done; + + ASSERT3U(VifGetVersion(Context), >=, 4); + status = TransmitterQueuePacket(FrontendGetTransmitter(Context->Frontend), + Mdl, + Offset, + Length, + OffloadOptions, + MaximumSegmentSize, + TagControlInformation, + Hash, + Cookie); + +done: ReleaseMrswLockShared(&Context->Lock); - return status; + if (!NT_SUCCESS(status)) { + XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO Completion; + + RtlZeroMemory(&Completion, sizeof (XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO)); + + Completion.Status = XENVIF_TRANSMITTER_PACKET_DROPPED; + + VifTransmitterReturnPacket(Context, + Cookie, + &Completion); + } } static VOID @@ -652,6 +711,7 @@ VifAcquire( Trace("====>\n"); Context->Frontend = PdoGetFrontend(Context->Pdo); + Context->Version = Interface->Version; Trace("<====\n"); @@ -678,6 +738,7 @@ VifRelease( ASSERT(!Context->Enabled); + Context->Version = 0; Context->Frontend = NULL; Trace("<====\n"); @@ -693,11 +754,11 @@ static struct _XENVIF_VIF_INTERFACE_V2 VifInterfaceVersion2 = { VifEnable, VifDisable, VifQueryStatistic, - VifReceiverReturnPackets, + VifReceiverReturnPacketsVersion1, VifReceiverSetOffloadOptions, VifReceiverQueryRingSize, - VifTransmitterGetPacketHeaders, - VifTransmitterQueuePackets, + VifTransmitterGetPacketHeadersVersion2, + VifTransmitterQueuePacketsVersion2, VifTransmitterQueryOffloadOptions, VifTransmitterQueryLargePacketSize, VifTransmitterQueryRingSize, @@ -718,12 +779,37 @@ static struct _XENVIF_VIF_INTERFACE_V3 VifInterfaceVersion3 = { VifEnable, VifDisable, VifQueryStatistic, - VifReceiverReturnPackets, + VifReceiverReturnPacketsVersion1, VifReceiverSetOffloadOptions, VifReceiverSetBackfillSize, VifReceiverQueryRingSize, - VifTransmitterGetPacketHeaders, - VifTransmitterQueuePackets, + VifTransmitterGetPacketHeadersVersion2, + VifTransmitterQueuePacketsVersion2, + VifTransmitterQueryOffloadOptions, + VifTransmitterQueryLargePacketSize, + VifTransmitterQueryRingSize, + VifMacQueryState, + VifMacQueryMaximumFrameSize, + VifMacQueryPermanentAddress, + VifMacQueryCurrentAddress, + VifMacQueryMulticastAddresses, + VifMacSetMulticastAddresses, + VifMacSetFilterLevel, + VifMacQueryFilterLevel +}; + +static struct _XENVIF_VIF_INTERFACE_V4 VifInterfaceVersion4 = { + { sizeof (struct _XENVIF_VIF_INTERFACE_V4), 4, NULL, NULL, NULL }, + VifAcquire, + VifRelease, + VifEnable, + VifDisable, + VifQueryStatistic, + VifReceiverReturnPacket, + VifReceiverSetOffloadOptions, + VifReceiverSetBackfillSize, + VifReceiverQueryRingSize, + VifTransmitterQueuePacket, VifTransmitterQueryOffloadOptions, VifTransmitterQueryLargePacketSize, VifTransmitterQueryRingSize, @@ -835,13 +921,28 @@ VifGetInterface( status = STATUS_SUCCESS; break; } + case 4: { + struct _XENVIF_VIF_INTERFACE_V4 *VifInterface; + + VifInterface = (struct _XENVIF_VIF_INTERFACE_V4 *)Interface; + + status = STATUS_BUFFER_OVERFLOW; + if (Size < sizeof (struct _XENVIF_VIF_INTERFACE_V4)) + break; + + *VifInterface = VifInterfaceVersion4; + + ASSERT3U(Interface->Version, ==, Version); + Interface->Context = Context; + + status = STATUS_SUCCESS; + break; + } default: status = STATUS_NOT_SUPPORTED; break; } - Context->Version = Version; - return status; } @@ -873,18 +974,43 @@ VifTeardown( } VOID -VifReceiverQueuePackets( +VifReceiverQueuePacketsVersion1( IN PXENVIF_VIF_CONTEXT Context, IN PLIST_ENTRY List ) { Context->Callback(Context->Argument, - XENVIF_RECEIVER_QUEUE_PACKETS, + XENVIF_RECEIVER_QUEUE_PACKET, List); } VOID -VifTransmitterReturnPackets( +VifReceiverQueuePacket( + IN PXENVIF_VIF_CONTEXT Context, + IN PMDL Mdl, + IN ULONG Offset, + IN ULONG Length, + IN XENVIF_PACKET_CHECKSUM_FLAGS Flags, + IN USHORT MaximumSegmentSize, + IN USHORT TagControlInformation, + IN PXENVIF_PACKET_INFO Info, + IN PVOID Cookie + ) +{ + Context->Callback(Context->Argument, + XENVIF_RECEIVER_QUEUE_PACKET, + Mdl, + Offset, + Length, + Flags, + MaximumSegmentSize, + TagControlInformation, + Info, + Cookie); +} + +VOID +VifTransmitterReturnPacketsVersion2( IN PXENVIF_VIF_CONTEXT Context, IN PLIST_ENTRY List ) @@ -892,10 +1018,25 @@ VifTransmitterReturnPackets( ASSERT3U(VifGetVersion(Context), >=, 2); Context->Callback(Context->Argument, - XENVIF_TRANSMITTER_RETURN_PACKETS, + XENVIF_TRANSMITTER_RETURN_PACKET, List); } +VOID +VifTransmitterReturnPacket( + IN PXENVIF_VIF_CONTEXT Context, + IN PVOID Cookie, + IN PXENVIF_TRANSMITTER_PACKET_COMPLETION_INFO Completion + ) +{ + ASSERT3U(VifGetVersion(Context), >=, 4); + + Context->Callback(Context->Argument, + XENVIF_TRANSMITTER_RETURN_PACKET, + Cookie, + Completion); +} + PXENVIF_THREAD VifGetMacThread( IN PXENVIF_VIF_CONTEXT Context diff --git a/src/xenvif/vif.h b/src/xenvif/vif.h index a842b79..ebb4337 100644 --- a/src/xenvif/vif.h +++ b/src/xenvif/vif.h @@ -63,17 +63,37 @@ VifTeardown( // CALLBACKS extern VOID -VifReceiverQueuePackets( +VifReceiverQueuePacketsVersion1( IN PXENVIF_VIF_CONTEXT Context, IN PLIST_ENTRY List ); extern VOID -VifTransmitterReturnPackets( +VifReceiverQueuePacket( + IN PXENVIF_VIF_CONTEXT Context, + IN PMDL Mdl, + IN ULONG Offset, + IN ULONG Length, + IN XENVIF_PACKET_CHECKSUM_FLAGS Flags, + IN USHORT MaximumSegmentSize, + IN USHORT TagControlInformation, + IN PXENVIF_PACKET_INFO Info, + IN PVOID Cookie + ); + +extern VOID +VifTransmitterReturnPacketsVersion2( IN PXENVIF_VIF_CONTEXT Context, IN PLIST_ENTRY List ); +extern VOID +VifTransmitterReturnPacket( + IN PXENVIF_VIF_CONTEXT Context, + IN PVOID Cookie, + IN PXENVIF_TRANSMITTER_PACKET_COMPLETION_INFO Completion + ); + extern PXENVIF_THREAD VifGetMacThread( IN PXENVIF_VIF_CONTEXT Context -- 2.1.1 _______________________________________________ win-pv-devel mailing list win-pv-devel@lists.xenproject.org http://lists.xenproject.org/cgi-bin/mailman/listinfo/win-pv-devel From win-pv-devel-bounces@lists.xenproject.org Fri Dec 04 12:41:56 2015 Return-path: Envelope-to: archives@lists.xenproject.org Delivery-date: Fri, 04 Dec 2015 12:41:56 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4pgR-0001XW-PI; Fri, 04 Dec 2015 12:41:55 +0000 Received: from mail6.bemta3.messagelabs.com ([195.245.230.39]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4pgP-0001XR-GH for win-pv-devel@lists.xenproject.org; Fri, 04 Dec 2015 12:41:53 +0000 Received: from [85.158.137.68] by server-8.bemta-3.messagelabs.com id DA/06-31069-01A81665; Fri, 04 Dec 2015 12:41:52 +0000 X-Env-Sender: pdurrant@gmail.com X-Msg-Ref: server-4.tower-31.messagelabs.com!1449232910!8568816!1 X-Originating-IP: [209.85.160.170] X-SpamReason: No, hits=0.0 required=7.0 tests=UPPERCASE_25_50 X-StarScan-Received: X-StarScan-Version: 7.35; banners=-,-,- X-VirusChecked: Checked Received: (qmail 9577 invoked from network); 4 Dec 2015 12:41:50 -0000 Received: from mail-yk0-f170.google.com (HELO mail-yk0-f170.google.com) (209.85.160.170) by server-4.tower-31.messagelabs.com with AES128-GCM-SHA256 encrypted SMTP; 4 Dec 2015 12:41:50 -0000 Received: by ykdv3 with SMTP id v3so122086211ykd.0 for ; Fri, 04 Dec 2015 04:41:49 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=from:to:cc:subject:date:message-id; bh=o5KTNfeT7eyoqI+P9Sf914tijJONVsIjk+E8B678bH0=; b=e+k225zLfydfvk/J/Y5Si5DSwCdJ6hpsJs4K6FQDpS0cz92PeIHtGyeZ5BJQNP5wXK znDWz3CxDDuX7d2mx8TYPoAyAKCnU3Z0FAlXF6DrNFX621bJm/wlQHocGZJWA6GNljQt Ehf1tdNeN+dDzfJulY/+PjhPab5NfAtk1yC3fVApTOfyfbzf79y9ckRJQm1WsJdGlFt/ 8v9NiZeKibgK4FbtvnYvMUVbOPWCPd/YUWFtbeimgsaaGrxiCq2L70GUw+9LbpJ4pD+8 rj/OlFf9we1hmVybN/MiovXTSpffIF7egEGoiGmU4oSOLptoht8YTfqFzeW0II5RYzYE F5Rw== X-Received: by 10.13.241.199 with SMTP id a190mr10589469ywf.296.1449232909815; Fri, 04 Dec 2015 04:41:49 -0800 (PST) Received: from localhost.localdomain ([185.25.64.249]) by smtp.gmail.com with ESMTPSA id h83sm8854486ywc.6.2015.12.04.04.41.48 (version=TLS1_2 cipher=ECDHE-RSA-AES128-GCM-SHA256 bits=128/128); Fri, 04 Dec 2015 04:41:49 -0800 (PST) From: Paul Durrant X-Google-Original-From: Paul Durrant To: win-pv-devel@lists.xenproject.org Date: Fri, 4 Dec 2015 12:41:35 +0000 Message-Id: <1449232895-21160-1-git-send-email-paul.durrant@citrix.com> X-Mailer: git-send-email 2.1.1 Cc: Paul Durrant Subject: [win-pv-devel] [PATCH] Move to XENVIF VIF interface version 4 X-BeenThere: win-pv-devel@lists.xenproject.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Developer list for the Windows PV Drivers subproject List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: win-pv-devel-bounces@lists.xenproject.org Errors-To: win-pv-devel-bounces@lists.xenproject.org This means we can remove a lot of complexity and crucially we no longer need to use the XENBUS_CACHE interface, which means we can avoid the race introduced by commit 026aa32c "Make sure XENBUS interfaces are released when going into S4". Signed-off-by: Paul Durrant --- include/cache_interface.h | 233 ----------------------- include/vif_interface.h | 300 +++++++++++++----------------- src/coinst/coinst.c | 1 - src/xennet.inf | 6 +- src/xennet/adapter.c | 136 ++++++-------- src/xennet/adapter.h | 6 - src/xennet/receiver.c | 242 ++++++++++-------------- src/xennet/receiver.h | 23 +-- src/xennet/transmitter.c | 456 +++++----------------------------------------- src/xennet/transmitter.h | 17 +- 10 files changed, 332 insertions(+), 1088 deletions(-) delete mode 100644 include/cache_interface.h diff --git a/include/cache_interface.h b/include/cache_interface.h deleted file mode 100644 index ac50a82..0000000 --- a/include/cache_interface.h +++ /dev/null @@ -1,233 +0,0 @@ -/* Copyright (c) Citrix Systems Inc. - * All rights reserved. - * - * Redistribution and use in source and binary forms, - * with or without modification, are permitted provided - * that the following conditions are met: - * - * * Redistributions of source code must retain the above - * copyright notice, this list of conditions and the - * following disclaimer. - * * Redistributions in binary form must reproduce the above - * copyright notice, this list of conditions and the - * following disclaimer in the documentation and/or other - * materials provided with the distribution. - * - * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND - * CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, - * INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF - * MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE - * DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR - * CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, - * SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, - * BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR - * SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS - * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, - * WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - * NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE - * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF - * SUCH DAMAGE. - */ - -/*! \file cache_interface.h - \brief XENBUS CACHE Interface - - This interface provides access to XENBUS's object cache - implementation. -*/ - -#ifndef _XENBUS_CACHE_INTERFACE_H -#define _XENBUS_CACHE_INTERFACE_H - -#ifndef _WINDLL - -/*! \typedef XENBUS_CACHE - \brief Cache handle -*/ -typedef struct _XENBUS_CACHE XENBUS_CACHE, *PXENBUS_CACHE; - -/*! \typedef XENBUS_CACHE_ACQUIRE - \brief Acquire a reference to the CACHE interface - - \param Interface The interface header -*/ -typedef NTSTATUS -(*XENBUS_CACHE_ACQUIRE)( - IN PINTERFACE Interface - ); - -/*! \typedef XENBUS_CACHE_RELEASE - \brief Release a reference to the CACHE interface - - \param Interface The interface header -*/ -typedef VOID -(*XENBUS_CACHE_RELEASE)( - IN PINTERFACE Interface - ); - -/*! \typedef XENBUS_CACHE_CTOR - \brief Object creator callback - - \param Argument Context \a Argument supplied to \a XENBUS_CACHE_CREATE - \param Object Newly allocated object - - This callback is invoked just after a new object is allocated and may - be used to initialize any object data prior to its insertion into the - cache. -*/ -typedef NTSTATUS -(*XENBUS_CACHE_CTOR)( - IN PVOID Argument, - IN PVOID Object - ); - -/*! \typedef XENBUS_CACHE_DTOR - \brief Object destructor callback - - \param Argument Context \a Argument supplied to \a XENBUS_CACHE_CREATE - \param Object Object about to be freed - - This callback is invoked just after an object is removed from the - cache and before it is freed and may be used to tear down any object data. -*/ -typedef VOID -(*XENBUS_CACHE_DTOR)( - IN PVOID Argument, - IN PVOID Object - ); - -/*! \typedef XENBUS_CACHE_ACQUIRE_LOCK - \brief Cache lock callback - - \param Argument Context \a Argument supplied to \a XENBUS_CACHE_CREATE - - This callback is invoked if the cache implementation requires mutual - exclusion. -*/ -typedef VOID -(*XENBUS_CACHE_ACQUIRE_LOCK)( - IN PVOID Argument - ); - -/*! \typedef XENBUS_CACHE_RELEASE_LOCK - \brief Cache unlock callback - - \param Argument Context \a Argument supplied to \a XENBUS_CACHE_CREATE - - This callback is invoked to release the mutual exclusion lock acquired - by a previous invocation of \a XENBUS_CACHE_ACQUIRE_LOCK. -*/ -typedef VOID -(*XENBUS_CACHE_RELEASE_LOCK)( - IN PVOID Argument - ); - -/*! \typedef XENBUS_CACHE_CREATE - \brief Create a cache of objects of the given \a Size - - \param Interface The interface header - \param Name A name for the cache which will be used in debug output - \param Size The size of each object in bytes - \param Reservation The target minimum population of the cache - \param Ctor A callback which is invoked when a new object created - \param Dtor A callback which is invoked when an object is destroyed - \param AcquireLock A callback invoked to acquire a spinlock - \param ReleaseLock A callback invoked to release the spinlock - \param Argument An optional context argument passed to the callbacks - \param Cache A pointer to a cache handle to be initialized - - If a non-zero \a Reservation is specified then this method will fail - unless that number of objects can be immediately created. -*/ -typedef NTSTATUS -(*XENBUS_CACHE_CREATE)( - IN PINTERFACE Interface, - IN const CHAR *Name, - IN ULONG Size, - IN ULONG Reservation, - IN XENBUS_CACHE_CTOR Ctor, - IN XENBUS_CACHE_DTOR Dtor, - IN XENBUS_CACHE_ACQUIRE_LOCK AcquireLock, - IN XENBUS_CACHE_RELEASE_LOCK ReleaseLock, - IN PVOID Argument OPTIONAL, - OUT PXENBUS_CACHE *Cache - ); - -/*! \typedef XENBUS_CACHE_GET - \brief Get an object from a \a Cache - - \param Interface The interface header - \param Cache The cache handle - \param Locked If mutually exclusive access to the cache is already - guaranteed then set this to TRUE -*/ -typedef PVOID -(*XENBUS_CACHE_GET)( - IN PINTERFACE Interface, - IN PXENBUS_CACHE Cache, - IN BOOLEAN Locked - ); - -/*! \typedef XENBUS_CACHE_PUT - \brief Return an object to a \a Cache - - \param Interface The interface header - \param Cache The cache handle - \param Locked If mutually exclusive access to the cache is already - guaranteed then set this to TRUE -*/ -typedef VOID -(*XENBUS_CACHE_PUT)( - IN PINTERFACE Interface, - IN PXENBUS_CACHE Cache, - IN PVOID Object, - IN BOOLEAN Locked - ); - -/*! \typedef XENBUS_CACHE_DESTROY - \brief Destroy a \a Cache - - \param Interface The interface header - \param Cache The cache handle - - All objects must have been returned to the cache prior to destruction -*/ -typedef VOID -(*XENBUS_CACHE_DESTROY)( - IN PINTERFACE Interface, - IN PXENBUS_CACHE Cache - ); - -// {A98DFD78-416A-4949-92A5-E084F2F4B44E} -DEFINE_GUID(GUID_XENBUS_CACHE_INTERFACE, -0xa98dfd78, 0x416a, 0x4949, 0x92, 0xa5, 0xe0, 0x84, 0xf2, 0xf4, 0xb4, 0x4e); - -/*! \struct _XENBUS_CACHE_INTERFACE_V1 - \brief CACHE interface version 1 - \ingroup interfaces -*/ -struct _XENBUS_CACHE_INTERFACE_V1 { - INTERFACE Interface; - XENBUS_CACHE_ACQUIRE CacheAcquire; - XENBUS_CACHE_RELEASE CacheRelease; - XENBUS_CACHE_CREATE CacheCreate; - XENBUS_CACHE_GET CacheGet; - XENBUS_CACHE_PUT CachePut; - XENBUS_CACHE_DESTROY CacheDestroy; -}; - -typedef struct _XENBUS_CACHE_INTERFACE_V1 XENBUS_CACHE_INTERFACE, *PXENBUS_CACHE_INTERFACE; - -/*! \def XENBUS_CACHE - \brief Macro at assist in method invocation -*/ -#define XENBUS_CACHE(_Method, _Interface, ...) \ - (_Interface)->Cache ## _Method((PINTERFACE)(_Interface), __VA_ARGS__) - -#endif // _WINDLL - -#define XENBUS_CACHE_INTERFACE_VERSION_MIN 1 -#define XENBUS_CACHE_INTERFACE_VERSION_MAX 1 - -#endif // _XENBUS_CACHE_INTERFACE_H diff --git a/include/vif_interface.h b/include/vif_interface.h index e5f8534..27c5d2d 100644 --- a/include/vif_interface.h +++ b/include/vif_interface.h @@ -43,6 +43,28 @@ #include #include +/*! \enum _XENVIF_PACKET_HASH_ALGORITHM + \brief Hash algorithm +*/ +typedef enum _XENVIF_PACKET_HASH_ALGORITHM { + /*! None (value should be ignored) */ + XENVIF_PACKET_HASH_ALGORITHM_NONE = 0, + /*! Unspecified hash (value can be used) */ + XENVIF_PACKET_HASH_ALGORITHM_UNSPECIFIED +} XENVIF_PACKET_HASH_ALGORITHM, *PXENVIF_PACKET_HASH_ALGORITHM; + +/*! \struct _XENVIF_PACKET_HASH_V1 + \brief Hash information +*/ +struct _XENVIF_PACKET_HASH_V1 { + /*! Hash algorithm used to calculate value */ + XENVIF_PACKET_HASH_ALGORITHM Algorithm; + /*! Calculated value */ + ULONG Value; +}; + +typedef struct _XENVIF_PACKET_HASH_V1 XENVIF_PACKET_HASH, *PXENVIF_PACKET_HASH; + /*! \struct _XENVIF_PACKET_HEADER_V1 \brief Packet header information */ @@ -53,14 +75,25 @@ struct _XENVIF_PACKET_HEADER_V1 { ULONG Length; }; -/*! \struct _XENVIF_PACKET_INFO_V1 +struct _XENVIF_PACKET_INFO_V1 { + ULONG Length; + USHORT TagControlInformation; + BOOLEAN IsAFragment; + struct _XENVIF_PACKET_HEADER_V1 EthernetHeader; + struct _XENVIF_PACKET_HEADER_V1 LLCSnapHeader; + struct _XENVIF_PACKET_HEADER_V1 IpHeader; + struct _XENVIF_PACKET_HEADER_V1 IpOptions; + struct _XENVIF_PACKET_HEADER_V1 TcpHeader; + struct _XENVIF_PACKET_HEADER_V1 TcpOptions; + struct _XENVIF_PACKET_HEADER_V1 UdpHeader; +}; + +/*! \struct _XENVIF_PACKET_INFO_V2 \brief Packet information */ -struct _XENVIF_PACKET_INFO_V1 { +struct _XENVIF_PACKET_INFO_V2 { /*! Total length of all headers */ ULONG Length; - /*! VLAN TCI if present (0 indicates not present) */ - USHORT TagControlInformation; /*! TRUE if the packet is an IP fragment */ BOOLEAN IsAFragment; /*! Ethernet header (stripped of any VLAN tag) */ @@ -79,7 +112,7 @@ struct _XENVIF_PACKET_INFO_V1 { struct _XENVIF_PACKET_HEADER_V1 UdpHeader; }; -typedef struct _XENVIF_PACKET_INFO_V1 XENVIF_PACKET_INFO, *PXENVIF_PACKET_INFO; +typedef struct _XENVIF_PACKET_INFO_V2 XENVIF_PACKET_INFO, *PXENVIF_PACKET_INFO; #pragma warning(push) #pragma warning(disable:4214) // nonstandard extension used : bit field types other than int @@ -120,32 +153,18 @@ typedef struct _XENVIF_PACKET_CHECKSUM_FLAGS_V1 XENVIF_PACKET_CHECKSUM_FLAGS, *P #pragma warning(pop) -/*! \struct _XENVIF_RECEIVER_PACKET_V1 - \brief Receive-side packet structure -*/ struct _XENVIF_RECEIVER_PACKET_V1 { - /*! List entry used for chaining packets together */ LIST_ENTRY ListEntry; - /*! Pointer to packet information */ struct _XENVIF_PACKET_INFO_V1 *Info; - /*! Offset of start of packet in MDL */ ULONG Offset; - /*! Total length of packet */ ULONG Length; - /*! Checksum flags */ struct _XENVIF_PACKET_CHECKSUM_FLAGS_V1 Flags; - /*! TCP MSS if the packet contains a TCP large segment */ USHORT MaximumSegmentSize; - /*! Opaque cookie used to store context information for packet return */ PVOID Cookie; - /*! MDL referencing the initial buffer of the packet */ MDL Mdl; - /*! PFN information, which must always follow an MDL */ PFN_NUMBER __Pfn; }; -typedef struct _XENVIF_RECEIVER_PACKET_V1 XENVIF_RECEIVER_PACKET, *PXENVIF_RECEIVER_PACKET; - #pragma warning(push) #pragma warning(disable:4214) // nonstandard extension used : bit field types other than int #pragma warning(disable:4201) // nonstandard extension used : nameless struct/union @@ -190,32 +209,18 @@ typedef struct _XENVIF_VIF_OFFLOAD_OPTIONS_V1 XENVIF_VIF_OFFLOAD_OPTIONS, *PXENV #pragma pack(push, 1) -/*! \struct _XENVIF_TRANSMITTER_PACKET_SEND_INFO_V1 - \brief Packet information passed from subscriber to provider on - transmit side packet send - - To fit into the reserved space in NDIS_PACKET and NET_BUFFER structures - this structure must be at most the size of 3 pointer types. -*/ struct _XENVIF_TRANSMITTER_PACKET_SEND_INFO_V1 { - /*! Offload options for this packet */ XENVIF_VIF_OFFLOAD_OPTIONS OffloadOptions; - /*! TCP MSS (used only if OffloadOptions.OffloadIpVersion[4|6]LargePacket is set) */ USHORT MaximumSegmentSize; - /*! VLAN TCI (used only if OffloadOptions.OffloadTagManipulation is set) */ USHORT TagControlInformation; }; -typedef struct _XENVIF_TRANSMITTER_PACKET_SEND_INFO_V1 XENVIF_TRANSMITTER_PACKET_SEND_INFO, *PXENVIF_TRANSMITTER_PACKET_SEND_INFO; - /*! \enum _XENVIF_TRANSMITTER_PACKET_STATUS \brief Transmit-side packet status */ typedef enum _XENVIF_TRANSMITTER_PACKET_STATUS { - /*! Packet was queued for the backend */ - XENVIF_TRANSMITTER_PACKET_PENDING = 1, /*! Packet has been successfully processed by the backend */ - XENVIF_TRANSMITTER_PACKET_OK, + XENVIF_TRANSMITTER_PACKET_OK = 2, /*! Packet was dropped */ XENVIF_TRANSMITTER_PACKET_DROPPED, /*! There was a problem handling the packet */ @@ -242,73 +247,19 @@ struct _XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO_V1 { typedef struct _XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO_V1 XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO, *PXENVIF_TRANSMITTER_PACKET_COMPLETION_INFO; -#pragma warning(push) -#pragma warning(disable:4201) // nonstandard extension used : nameless struct/union - -/*! \struct _XENVIF_TRANSMITTER_PACKET_V1 - \brief Transmit-side packet structure -*/ -struct _XENVIF_TRANSMITTER_PACKET_V1 { - /*! Pointer used for chaining packets together */ - struct _XENVIF_TRANSMITTER_PACKET_V1 *Next; - union { - struct _XENVIF_TRANSMITTER_PACKET_SEND_INFO_V1 Send; - struct _XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO_V1 Completion; - }; -}; - -typedef struct _XENVIF_TRANSMITTER_PACKET_V1 XENVIF_TRANSMITTER_PACKET_V1, *PXENVIF_TRANSMITTER_PACKET_V1; - -#pragma warning(pop) - #pragma pack(pop) -C_ASSERT(sizeof (struct _XENVIF_TRANSMITTER_PACKET_V1) <= (3 * sizeof (PVOID))); - -/*! \struct _XENVIF_TRANSMITTER_PACKET_V2 - \brief Transmit-side packet structure (v2) -*/ struct _XENVIF_TRANSMITTER_PACKET_V2 { - /*! List entry used for chaining packets together */ - LIST_ENTRY ListEntry; - /*! Opaque cookie used to store context information for packet return */ - PVOID Cookie; - /*! Hash value set by subscriber */ - ULONG Value; - /*! Packet information passed from subscriber to provider */ - XENVIF_TRANSMITTER_PACKET_SEND_INFO Send; - /*! Packet information passed from provider to subscriber on packet return */ - XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO Completion; - /*! Packet data MDL */ - PMDL Mdl; - /*! Offset into MDL to start of packet */ - ULONG Offset; - /*! Packet length */ - ULONG Length; + LIST_ENTRY ListEntry; + PVOID Cookie; + ULONG Value; + struct _XENVIF_TRANSMITTER_PACKET_SEND_INFO_V1 Send; + struct _XENVIF_TRANSMITTER_PACKET_COMPLETION_INFO_V1 Completion; + PMDL Mdl; + ULONG Offset; + ULONG Length; }; -typedef struct _XENVIF_TRANSMITTER_PACKET_V2 XENVIF_TRANSMITTER_PACKET, *PXENVIF_TRANSMITTER_PACKET; - -/*! \enum _XENVIF_TRANSMITTER_PACKET_OFFSET - \brief Offsets of packet metadata relative to - XENVIF_TRANSMITTER_PACKET pointer - - Because the transmit side packet structure is limited to 3 pointer - types in size, not all information about the packet can be passed in - the structure. Other information can, however, be found by applying - these byte offsets to the structure pointer and then dereferencing the - specified type. -*/ -typedef enum _XENVIF_TRANSMITTER_PACKET_OFFSET { - /*! The offset of the start of the packet within the MDL (type ULONG) */ - XENVIF_TRANSMITTER_PACKET_OFFSET_OFFSET = 0, - /*! The total length of the packet (type ULONG) */ - XENVIF_TRANSMITTER_PACKET_LENGTH_OFFSET, - /*! MDL referencing the initial buffer of the packet (type PMDL) */ - XENVIF_TRANSMITTER_PACKET_MDL_OFFSET, - XENVIF_TRANSMITTER_PACKET_OFFSET_COUNT -} XENVIF_TRANSMITTER_PACKET_OFFSET, *PXENVIF_TRANSMITTER_PACKET_OFFSET; - /*! \enum _XENVIF_VIF_STATISTIC \brief Interface statistics */ @@ -368,10 +319,10 @@ typedef enum _XENVIF_MAC_FILTER_LEVEL { \brief Type of callback (see \ref XENVIF_VIF_CALLBACK) */ typedef enum _XENVIF_VIF_CALLBACK_TYPE { - /*! Return transmit side packets to the subscriber */ - XENVIF_TRANSMITTER_RETURN_PACKETS = 0, - /*! Queue receive side packets at the subscriber */ - XENVIF_RECEIVER_QUEUE_PACKETS, + /*! Return a transmit side packet to the subscriber */ + XENVIF_TRANSMITTER_RETURN_PACKET = 0, + /*! Queue a receive side packet at the subscriber */ + XENVIF_RECEIVER_QUEUE_PACKET, /*! Notify the subscriber of a MAC (link) state has change */ XENVIF_MAC_STATE_CHANGE } XENVIF_VIF_CALLBACK_TYPE, *PXENVIF_VIF_CALLBACK_TYPE; @@ -403,11 +354,19 @@ typedef VOID \param Type The callback type \param ... Additional paramaters required by \a Type - \b XENVIF_TRANSMITTER_RETURN_PACKETS: - \param Head The head of a chain of XENVIF_TRANSMITTER_PACKET + \b XENVIF_TRANSMITTER_RETURN_PACKET: + \param Cookie Cookie supplied to XENVIF_TRANSMITTER_QUEUE_PACKET + \param Completion Packet completion information - \b XENVIF_RECEIVER_QUEUE_PACKETS: - \param List List of XENVIF_TRANSMITTER_PACKET + \b XENVIF_RECEIVER_QUEUE_PACKET: + \param Mdl The initial MDL of the packet + \param Offset The offset of the packet data in the initial MDL + \param Length The total length of the packet + \param Flags Packet checksum flags + \param MaximumSegmentSize The TCP MSS (used only if OffloadOptions.OffloadIpVersion[4|6]LargePacket is set) + \param TagControlInformation The VLAN TCI (used only if OffloadOptions.OffloadTagManipulation is set) + \param Info Header information for the packet + \param Cookie Cookie that should be passed to XENVIF_RECEIVER_RETURN_PACKET method \b XENVIF_MAC_STATE_CHANGE: No additional arguments @@ -468,74 +427,63 @@ typedef NTSTATUS OUT PULONGLONG Value ); -/*! \typedef XENVIF_VIF_RECEIVER_RETURN_PACKETS - \brief Return packets queues for receive by \ref XENVIF_VIF_CALLBACK - (Type = \ref XENVIF_RECEIVER_QUEUE_PACKETS) - - \param Interface The interface header - \param List List of \ref _XENVIF_RECEIVER_PACKET_V1 -*/ typedef VOID -(*XENVIF_VIF_RECEIVER_RETURN_PACKETS)( +(*XENVIF_VIF_RECEIVER_RETURN_PACKETS_V1)( IN PINTERFACE Interface, IN PLIST_ENTRY List ); -/*! \typedef XENVIF_VIF_TRANSMITTER_SET_PACKET_OFFSET - \brief Set byte offset of packet information relative to - XENVIF_TRANSMITTER_PACKET pointer. - - See \ref _XENVIF_TRANSMITTER_PACKET_OFFSET. +/*! \typedef XENVIF_VIF_RECEIVER_RETURN_PACKET + \brief Return packets queued for receive by \ref XENVIF_VIF_CALLBACK + (Type = \ref XENVIF_RECEIVER_QUEUE_PACKET) \param Interface The interface header - \param Type The offset type - \param Value The offset value + \param Cookie Cookie passed to XENVIF_RECEIVER_QUEUE_PACKET callback */ -typedef NTSTATUS -(*XENVIF_VIF_TRANSMITTER_SET_PACKET_OFFSET)( - IN PINTERFACE Interface, - IN XENVIF_TRANSMITTER_PACKET_OFFSET Type, - IN LONG_PTR Value +typedef VOID +(*XENVIF_VIF_RECEIVER_RETURN_PACKET)( + IN PINTERFACE Interface, + IN PVOID Cookie ); -/*! \typedef XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS - \brief Get the packet headers into supplied buffer - - \param Interface The interface header - \param Packet The packet to acquire headers for. - \param Headers The buffer to receive headers. - \param Info The offsets into Headers for relevant headers -*/ typedef NTSTATUS -(*XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS)( - IN PINTERFACE Interface, - IN PXENVIF_TRANSMITTER_PACKET Packet, - OUT PVOID Headers, - OUT PXENVIF_PACKET_INFO Info +(*XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS_V2)( + IN PINTERFACE Interface, + IN struct _XENVIF_TRANSMITTER_PACKET_V2 *Packet, + OUT PVOID Headers, + OUT PXENVIF_PACKET_INFO Info ); -/*! \typedef XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS - \brief Queue transmit side packets at the provider - - \param Interface The interface header - \param Head The head of a chain of _XENVIF_TRANSMITTER_PACKET_V1 -*/ typedef NTSTATUS -(*XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS)( - IN PINTERFACE Interface, - IN PXENVIF_TRANSMITTER_PACKET_V1 Head +(*XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS_V2)( + IN PINTERFACE Interface, + IN PLIST_ENTRY List ); -/*! \typedef XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS_V2 - \brief Queue transmit side packets at the provider +/*! \typedef XENVIF_VIF_TRANSMITTER_QUEUE_PACKET + \brief Queue a packet at the provider's transmit side \param Interface The interface header - \param List List of _XENVIF_TRANSMITTER_PACKET_V2 + \param Mdl The initial MDL of the packet + \param Offset The offset of the packet data in the initial MDL + \param Length The total length of the packet + \param OffloadOptions The requested offload options for this packet + \param MaximumSegmentSize The TCP MSS (used only if OffloadOptions.OffloadIpVersion[4|6]LargePacket is set) + \param TagControlInformation The VLAN TCI (used only if OffloadOptions.OffloadTagManipulation is set) + \param Hash Hash information for the packet + \param Cookie A cookie specified by the caller that will be passed to the XENVIF_TRANSMITTER_RETURN_PACKET callback */ -typedef NTSTATUS -(*XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS_V2)( - IN PINTERFACE Interface, - IN PLIST_ENTRY List +typedef VOID +(*XENVIF_VIF_TRANSMITTER_QUEUE_PACKET)( + IN PINTERFACE Interface, + IN PMDL Mdl, + IN ULONG Offset, + IN ULONG Length, + IN XENVIF_VIF_OFFLOAD_OPTIONS OffloadOptions, + IN USHORT MaximumSegmentSize, + IN USHORT TagControlInformation, + IN PXENVIF_PACKET_HASH Hash, + IN PVOID Cookie ); /*! \typedef XENVIF_VIF_TRANSMITTER_QUERY_OFFLOAD_OPTIONS @@ -594,7 +542,7 @@ typedef VOID /*! \typedef XENVIF_VIF_TRANSMITTER_QUERY_RING_SIZE \brief Query the maximum number of transmit side packets that can - be queued in the shared ring between frontend and backend + be queued in each shared ring between frontend and backend \param Interface The interface header \param Size Buffer to receive the maximum number of packets @@ -607,7 +555,7 @@ typedef VOID /*! \typedef XENVIF_VIF_RECEIVER_QUERY_RING_SIZE \brief Query the maximum number of receive side packets that can - be queued in the shared ring between backend and frontend + be queued in each shared ring between backend and frontend \param Interface The interface header \param Size Buffer to receive the maximum number of packets @@ -744,22 +692,22 @@ typedef NTSTATUS DEFINE_GUID(GUID_XENVIF_VIF_INTERFACE, 0x76f279cd, 0xca11, 0x418b, 0x92, 0xe8, 0xc5, 0x7f, 0x77, 0xde, 0xe, 0x2e); -/*! \struct _XENVIF_VIF_INTERFACE_V1 - \brief VIF interface version 1 +/*! \struct _XENVIF_VIF_INTERFACE_V2 + \brief VIF interface version 2 \ingroup interfaces */ -struct _XENVIF_VIF_INTERFACE_V1 { +struct _XENVIF_VIF_INTERFACE_V2 { INTERFACE Interface; XENVIF_VIF_ACQUIRE Acquire; XENVIF_VIF_RELEASE Release; XENVIF_VIF_ENABLE Enable; XENVIF_VIF_DISABLE Disable; XENVIF_VIF_QUERY_STATISTIC QueryStatistic; - XENVIF_VIF_RECEIVER_RETURN_PACKETS ReceiverReturnPackets; + XENVIF_VIF_RECEIVER_RETURN_PACKETS_V1 ReceiverReturnPacketsVersion1; XENVIF_VIF_RECEIVER_SET_OFFLOAD_OPTIONS ReceiverSetOffloadOptions; XENVIF_VIF_RECEIVER_QUERY_RING_SIZE ReceiverQueryRingSize; - XENVIF_VIF_TRANSMITTER_SET_PACKET_OFFSET TransmitterSetPacketOffset; - XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS TransmitterQueuePackets; + XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS_V2 TransmitterGetPacketHeadersVersion2; + XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS_V2 TransmitterQueuePacketsVersion2; XENVIF_VIF_TRANSMITTER_QUERY_OFFLOAD_OPTIONS TransmitterQueryOffloadOptions; XENVIF_VIF_TRANSMITTER_QUERY_LARGE_PACKET_SIZE TransmitterQueryLargePacketSize; XENVIF_VIF_TRANSMITTER_QUERY_RING_SIZE TransmitterQueryRingSize; @@ -773,22 +721,23 @@ struct _XENVIF_VIF_INTERFACE_V1 { XENVIF_VIF_MAC_QUERY_FILTER_LEVEL MacQueryFilterLevel; }; -/*! \struct _XENVIF_VIF_INTERFACE_V2 - \brief VIF interface version 2 +/*! \struct _XENVIF_VIF_INTERFACE_V3 + \brief VIF interface version 3 \ingroup interfaces */ -struct _XENVIF_VIF_INTERFACE_V2 { +struct _XENVIF_VIF_INTERFACE_V3 { INTERFACE Interface; XENVIF_VIF_ACQUIRE Acquire; XENVIF_VIF_RELEASE Release; XENVIF_VIF_ENABLE Enable; XENVIF_VIF_DISABLE Disable; XENVIF_VIF_QUERY_STATISTIC QueryStatistic; - XENVIF_VIF_RECEIVER_RETURN_PACKETS ReceiverReturnPackets; + XENVIF_VIF_RECEIVER_RETURN_PACKETS_V1 ReceiverReturnPacketsVersion1; XENVIF_VIF_RECEIVER_SET_OFFLOAD_OPTIONS ReceiverSetOffloadOptions; + XENVIF_VIF_RECEIVER_SET_BACKFILL_SIZE ReceiverSetBackfillSize; XENVIF_VIF_RECEIVER_QUERY_RING_SIZE ReceiverQueryRingSize; - XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS TransmitterGetPacketHeaders; - XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS_V2 TransmitterQueuePackets; + XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS_V2 TransmitterGetPacketHeadersVersion2; + XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS_V2 TransmitterQueuePacketsVersion2; XENVIF_VIF_TRANSMITTER_QUERY_OFFLOAD_OPTIONS TransmitterQueryOffloadOptions; XENVIF_VIF_TRANSMITTER_QUERY_LARGE_PACKET_SIZE TransmitterQueryLargePacketSize; XENVIF_VIF_TRANSMITTER_QUERY_RING_SIZE TransmitterQueryRingSize; @@ -802,23 +751,22 @@ struct _XENVIF_VIF_INTERFACE_V2 { XENVIF_VIF_MAC_QUERY_FILTER_LEVEL MacQueryFilterLevel; }; -/*! \struct _XENVIF_VIF_INTERFACE_V3 - \brief VIF interface version 3 +/*! \struct _XENVIF_VIF_INTERFACE_V4 + \brief VIF interface version 4 \ingroup interfaces */ -struct _XENVIF_VIF_INTERFACE_V3 { +struct _XENVIF_VIF_INTERFACE_V4 { INTERFACE Interface; XENVIF_VIF_ACQUIRE Acquire; XENVIF_VIF_RELEASE Release; XENVIF_VIF_ENABLE Enable; XENVIF_VIF_DISABLE Disable; XENVIF_VIF_QUERY_STATISTIC QueryStatistic; - XENVIF_VIF_RECEIVER_RETURN_PACKETS ReceiverReturnPackets; + XENVIF_VIF_RECEIVER_RETURN_PACKET ReceiverReturnPacket; XENVIF_VIF_RECEIVER_SET_OFFLOAD_OPTIONS ReceiverSetOffloadOptions; XENVIF_VIF_RECEIVER_SET_BACKFILL_SIZE ReceiverSetBackfillSize; XENVIF_VIF_RECEIVER_QUERY_RING_SIZE ReceiverQueryRingSize; - XENVIF_VIF_TRANSMITTER_GET_PACKET_HEADERS TransmitterGetPacketHeaders; - XENVIF_VIF_TRANSMITTER_QUEUE_PACKETS_V2 TransmitterQueuePackets; + XENVIF_VIF_TRANSMITTER_QUEUE_PACKET TransmitterQueuePacket; XENVIF_VIF_TRANSMITTER_QUERY_OFFLOAD_OPTIONS TransmitterQueryOffloadOptions; XENVIF_VIF_TRANSMITTER_QUERY_LARGE_PACKET_SIZE TransmitterQueryLargePacketSize; XENVIF_VIF_TRANSMITTER_QUERY_RING_SIZE TransmitterQueryRingSize; @@ -832,7 +780,7 @@ struct _XENVIF_VIF_INTERFACE_V3 { XENVIF_VIF_MAC_QUERY_FILTER_LEVEL MacQueryFilterLevel; }; -typedef struct _XENVIF_VIF_INTERFACE_V3 XENVIF_VIF_INTERFACE, *PXENVIF_VIF_INTERFACE; +typedef struct _XENVIF_VIF_INTERFACE_V4 XENVIF_VIF_INTERFACE, *PXENVIF_VIF_INTERFACE; /*! \def XENVIF_VIF \brief Macro at assist in method invocation @@ -842,7 +790,7 @@ typedef struct _XENVIF_VIF_INTERFACE_V3 XENVIF_VIF_INTERFACE, *PXENVIF_VIF_INTER #endif // _WINDLL -#define XENVIF_VIF_INTERFACE_VERSION_MIN 1 -#define XENVIF_VIF_INTERFACE_VERSION_MAX 3 +#define XENVIF_VIF_INTERFACE_VERSION_MIN 2 +#define XENVIF_VIF_INTERFACE_VERSION_MAX 4 #endif // _XENVIF_INTERFACE_H diff --git a/src/coinst/coinst.c b/src/coinst/coinst.c index f60aa43..345b0c6 100644 --- a/src/coinst/coinst.c +++ b/src/coinst/coinst.c @@ -45,7 +45,6 @@ #include #include #include -#include #include #include diff --git a/src/xennet.inf b/src/xennet.inf index 6c4c457..88aaac4 100644 --- a/src/xennet.inf +++ b/src/xennet.inf @@ -61,9 +61,9 @@ xennet_coinst_@MAJOR_VERSION@_@MINOR_VERSION@_@MICRO_VERSION@_@BUILD_NUMBER@.dll ; DisplayName Section DeviceID ; ----------- ------- -------- -%XenNetDesc% =XenNet_Inst, XENVIF\VEN_@VENDOR_PREFIX@@VENDOR_DEVICE_ID@&DEV_NET&REV_08000004 -%XenNetDesc% =XenNet_Inst, XENVIF\VEN_@VENDOR_PREFIX@0001&DEV_NET&REV_08000004 -%XenNetDesc% =XenNet_Inst, XENVIF\VEN_@VENDOR_PREFIX@0002&DEV_NET&REV_08000004 +%XenNetDesc% =XenNet_Inst, XENVIF\VEN_@VENDOR_PREFIX@@VENDOR_DEVICE_ID@&DEV_NET&REV_08000006 +%XenNetDesc% =XenNet_Inst, XENVIF\VEN_@VENDOR_PREFIX@0001&DEV_NET&REV_08000006 +%XenNetDesc% =XenNet_Inst, XENVIF\VEN_@VENDOR_PREFIX@0002&DEV_NET&REV_08000006 [XenNet_Inst] Characteristics=0x84 diff --git a/src/xennet/adapter.c b/src/xennet/adapter.c index 2c35636..52c7b58 100644 --- a/src/xennet/adapter.c +++ b/src/xennet/adapter.c @@ -37,7 +37,6 @@ #include #include -#include #include #include @@ -66,7 +65,6 @@ typedef struct _PROPERTIES { struct _XENNET_ADAPTER { XENVIF_VIF_INTERFACE VifInterface; - XENBUS_CACHE_INTERFACE CacheInterface; XENBUS_STORE_INTERFACE StoreInterface; XENBUS_SUSPEND_INTERFACE SuspendInterface; @@ -195,20 +193,46 @@ AdapterVifCallback( va_start(Arguments, Type); switch (Type) { - case XENVIF_TRANSMITTER_RETURN_PACKETS: { - PLIST_ENTRY List; + case XENVIF_TRANSMITTER_RETURN_PACKET: { + PVOID Cookie; + PXENVIF_TRANSMITTER_PACKET_COMPLETION_INFO Completion; - List = va_arg(Arguments, PLIST_ENTRY); + Cookie = va_arg(Arguments, PVOID); + Completion = va_arg(Arguments, PXENVIF_TRANSMITTER_PACKET_COMPLETION_INFO); - TransmitterCompletePackets(Adapter->Transmitter, List); + TransmitterReturnPacket(Adapter->Transmitter, + Cookie, + Completion); break; } - case XENVIF_RECEIVER_QUEUE_PACKETS: { - PLIST_ENTRY List; - - List = va_arg(Arguments, PLIST_ENTRY); - - ReceiverReceivePackets(Adapter->Receiver, List); + case XENVIF_RECEIVER_QUEUE_PACKET: { + PMDL Mdl; + ULONG Offset; + ULONG Length; + XENVIF_PACKET_CHECKSUM_FLAGS Flags; + USHORT MaximumSegmentSize; + USHORT TagControlInformation; + PXENVIF_PACKET_INFO Info; + PVOID Cookie; + + Mdl = va_arg(Arguments, PMDL); + Offset = va_arg(Arguments, ULONG); + Length = va_arg(Arguments, ULONG); + Flags = va_arg(Arguments, XENVIF_PACKET_CHECKSUM_FLAGS); + MaximumSegmentSize = va_arg(Arguments, USHORT); + TagControlInformation = va_arg(Arguments, USHORT); + Info = va_arg(Arguments, PXENVIF_PACKET_INFO); + Cookie = va_arg(Arguments, PVOID); + + ReceiverQueuePacket(Adapter->Receiver, + Mdl, + Offset, + Length, + Flags, + MaximumSegmentSize, + TagControlInformation, + Info, + Cookie); break; } case XENVIF_MAC_STATE_CHANGE: { @@ -1050,14 +1074,6 @@ AdapterGetVifInterface( return &Adapter->VifInterface; } -PXENBUS_CACHE_INTERFACE -AdapterGetCacheInterface( - IN PXENNET_ADAPTER Adapter - ) -{ - return &Adapter->CacheInterface; -} - PXENNET_TRANSMITTER AdapterGetTransmitter( IN PXENNET_ADAPTER Adapter @@ -1469,41 +1485,27 @@ AdapterEnable( ) { NTSTATUS status; - NDIS_STATUS ndisStatus; ASSERT(!Adapter->Enabled); - status = XENBUS_CACHE(Acquire, - &Adapter->CacheInterface); - if (!NT_SUCCESS(status)) - goto fail1; - status = XENBUS_STORE(Acquire, &Adapter->StoreInterface); if (!NT_SUCCESS(status)) - goto fail2; + goto fail1; status = XENBUS_SUSPEND(Acquire, &Adapter->SuspendInterface); if (!NT_SUCCESS(status)) - goto fail3; + goto fail2; (VOID) AdapterSetDistribution(Adapter); - ndisStatus = TransmitterEnable(Adapter->Transmitter); - if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail4; - - ndisStatus = ReceiverEnable(Adapter->Receiver); - if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail5; - status = XENVIF_VIF(Enable, &Adapter->VifInterface, AdapterVifCallback, Adapter); if (!NT_SUCCESS(status)) - goto fail6; + goto fail3; AdapterMediaStateChange(Adapter); @@ -1511,22 +1513,13 @@ AdapterEnable( return NDIS_STATUS_SUCCESS; -fail6: - ReceiverDisable(Adapter->Receiver); - -fail5: - TransmitterDisable(Adapter->Transmitter); - -fail4: +fail3: AdapterClearDistribution(Adapter); XENBUS_SUSPEND(Release, &Adapter->SuspendInterface); -fail3: - XENBUS_STORE(Release, &Adapter->StoreInterface); - fail2: - XENBUS_CACHE(Release, &Adapter->CacheInterface); + XENBUS_STORE(Release, &Adapter->StoreInterface); fail1: return NDIS_STATUS_FAILURE; @@ -1545,14 +1538,10 @@ AdapterDisable( AdapterMediaStateChange(Adapter); - ReceiverDisable(Adapter->Receiver); - TransmitterDisable(Adapter->Transmitter); - AdapterClearDistribution(Adapter); XENBUS_SUSPEND(Release, &Adapter->SuspendInterface); XENBUS_STORE(Release, &Adapter->StoreInterface); - XENBUS_CACHE(Release, &Adapter->CacheInterface); } VOID @@ -2779,22 +2768,13 @@ AdapterInitialize( goto fail2; status = __QueryInterface(DeviceObject, - &GUID_XENBUS_CACHE_INTERFACE, - XENBUS_CACHE_INTERFACE_VERSION_MAX, - (PINTERFACE)&(*Adapter)->CacheInterface, - sizeof(XENBUS_CACHE_INTERFACE), - FALSE); - if (!NT_SUCCESS(status)) - goto fail3; - - status = __QueryInterface(DeviceObject, &GUID_XENBUS_STORE_INTERFACE, XENBUS_STORE_INTERFACE_VERSION_MAX, (PINTERFACE)&(*Adapter)->StoreInterface, sizeof(XENBUS_STORE_INTERFACE), FALSE); if (!NT_SUCCESS(status)) - goto fail4; + goto fail3; status = __QueryInterface(DeviceObject, &GUID_XENBUS_SUSPEND_INTERFACE, @@ -2803,42 +2783,42 @@ AdapterInitialize( sizeof(XENBUS_SUSPEND_INTERFACE), FALSE); if (!NT_SUCCESS(status)) - goto fail5; + goto fail4; status = XENVIF_VIF(Acquire, &(*Adapter)->VifInterface); if (!NT_SUCCESS(status)) - goto fail6; + goto fail5; (*Adapter)->NdisAdapterHandle = Handle; ndisStatus = TransmitterInitialize(*Adapter, &(*Adapter)->Transmitter); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail7; + goto fail6; ndisStatus = ReceiverInitialize(*Adapter, &(*Adapter)->Receiver); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail8; + goto fail7; ndisStatus = AdapterGetAdvancedSettings(*Adapter); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail9; + goto fail8; ndisStatus = AdapterSetRegistrationAttributes(*Adapter); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail10; + goto fail9; ndisStatus = AdapterSetGeneralAttributes(*Adapter); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail11; + goto fail10; ndisStatus = AdapterSetOffloadAttributes(*Adapter); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail12; + goto fail11; ndisStatus = AdapterSetHeaderDataSplitAttributes(*Adapter); if (ndisStatus != NDIS_STATUS_SUCCESS) - goto fail13; + goto fail12; RtlZeroMemory(&Dma, sizeof(NDIS_SG_DMA_DESCRIPTION)); Dma.Header.Type = NDIS_OBJECT_TYPE_SG_DMA_DESCRIPTION; @@ -2857,31 +2837,28 @@ AdapterInitialize( return NDIS_STATUS_SUCCESS; -fail13: fail12: fail11: fail10: fail9: +fail8: ReceiverTeardown((*Adapter)->Receiver); (*Adapter)->Receiver = NULL; -fail8: +fail7: TransmitterTeardown((*Adapter)->Transmitter); (*Adapter)->Transmitter = NULL; -fail7: +fail6: (*Adapter)->NdisAdapterHandle = NULL; XENVIF_VIF(Release, &(*Adapter)->VifInterface); -fail6: - RtlZeroMemory(&(*Adapter)->SuspendInterface, sizeof(XENBUS_SUSPEND_INTERFACE)); - fail5: - RtlZeroMemory(&(*Adapter)->StoreInterface, sizeof(XENBUS_STORE_INTERFACE)); + RtlZeroMemory(&(*Adapter)->SuspendInterface, sizeof(XENBUS_SUSPEND_INTERFACE)); fail4: - RtlZeroMemory(&(*Adapter)->CacheInterface, sizeof(XENBUS_CACHE_INTERFACE)); + RtlZeroMemory(&(*Adapter)->StoreInterface, sizeof(XENBUS_STORE_INTERFACE)); fail3: RtlZeroMemory(&(*Adapter)->VifInterface, sizeof(XENVIF_VIF_INTERFACE)); @@ -2914,7 +2891,6 @@ AdapterTeardown( RtlZeroMemory(&Adapter->SuspendInterface, sizeof(XENBUS_SUSPEND_INTERFACE)); RtlZeroMemory(&Adapter->StoreInterface, sizeof(XENBUS_STORE_INTERFACE)); - RtlZeroMemory(&Adapter->CacheInterface, sizeof(XENBUS_CACHE_INTERFACE)); RtlZeroMemory(&Adapter->VifInterface, sizeof(XENVIF_VIF_INTERFACE)); __AdapterFree(Adapter); diff --git a/src/xennet/adapter.h b/src/xennet/adapter.h index 5b2495a..5b0b338 100644 --- a/src/xennet/adapter.h +++ b/src/xennet/adapter.h @@ -76,12 +76,6 @@ AdapterGetVifInterface( IN PXENNET_ADAPTER Adapter ); -#include -extern PXENBUS_CACHE_INTERFACE -AdapterGetCacheInterface( - IN PXENNET_ADAPTER Adapter - ); - #include "transmitter.h" extern PXENNET_TRANSMITTER AdapterGetTransmitter( diff --git a/src/xennet/receiver.c b/src/xennet/receiver.c index 8bfc10b..4a408c4 100644 --- a/src/xennet/receiver.c +++ b/src/xennet/receiver.c @@ -53,15 +53,23 @@ struct _XENNET_RECEIVER { #define RECEIVER_POOL_TAG 'RteN' #define IN_NDIS_MAX 1024 +typedef struct _NET_BUFFER_LIST_RESERVED { + PVOID Cookie; +} NET_BUFFER_LIST_RESERVED, *PNET_BUFFER_LIST_RESERVED; + +C_ASSERT(sizeof (NET_BUFFER_LIST_RESERVED) <= RTL_FIELD_SIZE(NET_BUFFER_LIST, MiniportReserved)); + static PNET_BUFFER_LIST __ReceiverAllocateNetBufferList( - IN PXENNET_RECEIVER Receiver, - IN PMDL Mdl, - IN ULONG Offset, - IN ULONG Length + IN PXENNET_RECEIVER Receiver, + IN PMDL Mdl, + IN ULONG Offset, + IN ULONG Length, + IN PVOID Cookie ) { - PNET_BUFFER_LIST NetBufferList; + PNET_BUFFER_LIST NetBufferList; + PNET_BUFFER_LIST_RESERVED ListReserved; ASSERT3U(KeGetCurrentIrql(), ==, DISPATCH_LEVEL); KeAcquireSpinLockAtDpcLevel(&Receiver->Lock); @@ -94,16 +102,27 @@ __ReceiverAllocateNetBufferList( KeReleaseSpinLockFromDpcLevel(&Receiver->Lock); + ListReserved = (PNET_BUFFER_LIST_RESERVED)NET_BUFFER_LIST_MINIPORT_RESERVED(NetBufferList); + ASSERT3P(ListReserved->Cookie, ==, NULL); + ListReserved->Cookie = Cookie; + return NetBufferList; } -static VOID +static PVOID __ReceiverReleaseNetBufferList( - IN PXENNET_RECEIVER Receiver, - IN PNET_BUFFER_LIST NetBufferList, - IN BOOLEAN Cache + IN PXENNET_RECEIVER Receiver, + IN PNET_BUFFER_LIST NetBufferList, + IN BOOLEAN Cache ) { + PNET_BUFFER_LIST_RESERVED ListReserved; + PVOID Cookie; + + ListReserved = (PNET_BUFFER_LIST_RESERVED)NET_BUFFER_LIST_MINIPORT_RESERVED(NetBufferList); + Cookie = ListReserved->Cookie; + ListReserved->Cookie = NULL; + if (Cache) { PNET_BUFFER_LIST Old; PNET_BUFFER_LIST New; @@ -119,53 +138,29 @@ __ReceiverReleaseNetBufferList( } else { NdisFreeNetBufferList(NetBufferList); } + + return Cookie; } -static FORCEINLINE ULONG -__ReceiverReturnNetBufferLists( +static FORCEINLINE VOID +__ReceiverReturnNetBufferList( IN PXENNET_RECEIVER Receiver, IN PNET_BUFFER_LIST NetBufferList, IN BOOLEAN Cache ) { PXENVIF_VIF_INTERFACE VifInterface; - LIST_ENTRY List; - ULONG Count; + PVOID Cookie; VifInterface = AdapterGetVifInterface(Receiver->Adapter); - InitializeListHead(&List); - - Count = 0; - while (NetBufferList != NULL) { - PNET_BUFFER_LIST Next; - PNET_BUFFER NetBuffer; - PMDL Mdl; - PXENVIF_RECEIVER_PACKET Packet; - Next = NET_BUFFER_LIST_NEXT_NBL(NetBufferList); - NET_BUFFER_LIST_NEXT_NBL(NetBufferList) = NULL; - - NetBuffer = NET_BUFFER_LIST_FIRST_NB(NetBufferList); - ASSERT3P(NET_BUFFER_NEXT_NB(NetBuffer), ==, NULL); + Cookie = __ReceiverReleaseNetBufferList(Receiver, NetBufferList, Cache); - Mdl = NET_BUFFER_FIRST_MDL(NetBuffer); + XENVIF_VIF(ReceiverReturnPacket, + VifInterface, + Cookie); - __ReceiverReleaseNetBufferList(Receiver, NetBufferList, Cache); - - Packet = CONTAINING_RECORD(Mdl, XENVIF_RECEIVER_PACKET, Mdl); - - InsertTailList(&List, &Packet->ListEntry); - - Count++; - NetBufferList = Next; - } - - if (Count != 0) - XENVIF_VIF(ReceiverReturnPackets, - VifInterface, - &List); - - return Count; + (VOID) InterlockedIncrement(&Receiver->InNDIS); } static PNET_BUFFER_LIST @@ -175,17 +170,23 @@ __ReceiverReceivePacket( IN ULONG Offset, IN ULONG Length, IN XENVIF_PACKET_CHECKSUM_FLAGS Flags, - IN PXENVIF_PACKET_INFO Info + IN USHORT MaximumSegmentSize, + IN USHORT TagControlInformation, + IN PXENVIF_PACKET_INFO Info, + IN PVOID Cookie ) { PNET_BUFFER_LIST NetBufferList; PNET_BUFFER NetBuffer; NDIS_TCP_IP_CHECKSUM_NET_BUFFER_LIST_INFO csumInfo; + UNREFERENCED_PARAMETER(MaximumSegmentSize); + NetBufferList = __ReceiverAllocateNetBufferList(Receiver, Mdl, Offset, - Length); + Length, + Cookie); if (NetBufferList == NULL) goto fail1; @@ -206,10 +207,10 @@ __ReceiverReceivePacket( NET_BUFFER_LIST_INFO(NetBufferList, TcpIpChecksumNetBufferListInfo) = (PVOID)(ULONG_PTR)csumInfo.Value; - if (Info->TagControlInformation != 0) { + if (TagControlInformation != 0) { NDIS_NET_BUFFER_LIST_8021Q_INFO Ieee8021QInfo; - UNPACK_TAG_CONTROL_INFORMATION(Info->TagControlInformation, + UNPACK_TAG_CONTROL_INFORMATION(TagControlInformation, Ieee8021QInfo.TagHeader.UserPriority, Ieee8021QInfo.TagHeader.CanonicalFormatId, Ieee8021QInfo.TagHeader.VlanId); @@ -265,31 +266,26 @@ __ReceiverReceivePacket( return NetBufferList; fail2: - __ReceiverReleaseNetBufferList(Receiver, NetBufferList, TRUE); + (VOID) __ReceiverReleaseNetBufferList(Receiver, NetBufferList, TRUE); fail1: return NULL; } static VOID -__ReceiverPushPackets( +__ReceiverPushPacket( IN PXENNET_RECEIVER Receiver, - IN PNET_BUFFER_LIST NetBufferList, - IN ULONG Count, - IN BOOLEAN LowResources + IN PNET_BUFFER_LIST NetBufferList ) { ULONG Flags; LONG InNDIS; - InNDIS = Receiver->InNDIS; + InNDIS = InterlockedIncrement(&Receiver->InNDIS); Flags = NDIS_RECEIVE_FLAGS_DISPATCH_LEVEL; - if (LowResources) { + if (InNDIS > IN_NDIS_MAX) Flags |= NDIS_RECEIVE_FLAGS_RESOURCES; - } else { - InNDIS = __InterlockedAdd(&Receiver->InNDIS, Count); - } for (;;) { LONG InNDISMax; @@ -307,11 +303,11 @@ __ReceiverPushPackets( NdisMIndicateReceiveNetBufferLists(AdapterGetHandle(Receiver->Adapter), NetBufferList, NDIS_DEFAULT_PORT_NUMBER, - Count, + 1, Flags); - if (LowResources) - (VOID) __ReceiverReturnNetBufferLists(Receiver, NetBufferList, FALSE); + if (Flags & NDIS_RECEIVE_FLAGS_RESOURCES) + (VOID) __ReceiverReturnNetBufferList(Receiver, NetBufferList, FALSE); } NDIS_STATUS @@ -359,24 +355,6 @@ fail1: return status; } -NDIS_STATUS -ReceiverEnable ( - IN PXENNET_RECEIVER Receiver - ) -{ - UNREFERENCED_PARAMETER(Receiver); - - return NDIS_STATUS_SUCCESS; -} - -VOID -ReceiverDisable ( - IN PXENNET_RECEIVER Receiver - ) -{ - UNREFERENCED_PARAMETER(Receiver); -} - VOID ReceiverTeardown( IN PXENNET_RECEIVER Receiver @@ -425,88 +403,54 @@ ReceiverReturnNetBufferLists( IN ULONG ReturnFlags ) { - ULONG Count; - UNREFERENCED_PARAMETER(ReturnFlags); - Count = __ReceiverReturnNetBufferLists(Receiver, NetBufferList, TRUE); - (VOID) __InterlockedSubtract(&Receiver->InNDIS, Count); + while (NetBufferList != NULL) { + PNET_BUFFER_LIST Next; + + Next = NET_BUFFER_LIST_NEXT_NBL(NetBufferList); + NET_BUFFER_LIST_NEXT_NBL(NetBufferList) = NULL; + + __ReceiverReturnNetBufferList(Receiver, NetBufferList, TRUE); + + NetBufferList = Next; + } } VOID -ReceiverReceivePackets( - IN PXENNET_RECEIVER Receiver, - IN PLIST_ENTRY List +ReceiverQueuePacket( + IN PXENNET_RECEIVER Receiver, + IN PMDL Mdl, + IN ULONG Offset, + IN ULONG Length, + IN XENVIF_PACKET_CHECKSUM_FLAGS Flags, + IN USHORT MaximumSegmentSize, + IN USHORT TagControlInformation, + IN PXENVIF_PACKET_INFO Info, + IN PVOID Cookie ) { - PXENVIF_VIF_INTERFACE VifInterface; - PNET_BUFFER_LIST HeadNetBufferList; - PNET_BUFFER_LIST *TailNetBufferList; - ULONG Count; - BOOLEAN LowResources; + PXENVIF_VIF_INTERFACE VifInterface; + PNET_BUFFER_LIST NetBufferList; VifInterface = AdapterGetVifInterface(Receiver->Adapter); - LowResources = FALSE; - -again: - HeadNetBufferList = NULL; - TailNetBufferList = &HeadNetBufferList; - Count = 0; - - while (!IsListEmpty(List)) { - PLIST_ENTRY ListEntry; - PXENVIF_RECEIVER_PACKET Packet; - PXENVIF_PACKET_INFO Info; - PMDL Mdl; - ULONG Offset; - ULONG Length; - XENVIF_PACKET_CHECKSUM_FLAGS Flags; - PNET_BUFFER_LIST NetBufferList; - - if (!LowResources && - Receiver->InNDIS + Count > IN_NDIS_MAX) - break; - - ListEntry = RemoveHeadList(List); - ASSERT(ListEntry != List); - - RtlZeroMemory(ListEntry, sizeof (LIST_ENTRY)); - - Packet = CONTAINING_RECORD(ListEntry, XENVIF_RECEIVER_PACKET, ListEntry); - Mdl = &Packet->Mdl; - Offset = Packet->Offset; - Length = Packet->Length; - Flags = Packet->Flags; - Info = Packet->Info; - - NetBufferList = __ReceiverReceivePacket(Receiver, Mdl, Offset, Length, Flags, Info); - - if (NetBufferList != NULL) { - *TailNetBufferList = NetBufferList; - TailNetBufferList = &NET_BUFFER_LIST_NEXT_NBL(NetBufferList); - Count++; - } else { - LIST_ENTRY PacketList; - InitializeListHead(&PacketList); - InsertTailList(&PacketList, &Packet->ListEntry); + NetBufferList = __ReceiverReceivePacket(Receiver, + Mdl, + Offset, + Length, + Flags, + MaximumSegmentSize, + TagControlInformation, + Info, + Cookie); - XENVIF_VIF(ReceiverReturnPackets, - VifInterface, - &PacketList); - } - } - - if (Count != 0) { - ASSERT(HeadNetBufferList != NULL); - - __ReceiverPushPackets(Receiver, HeadNetBufferList, Count, LowResources); - } - - if (!IsListEmpty(List)) { - ASSERT(!LowResources); - LowResources = TRUE; - goto again; + if (NetBufferList != NULL) { + __ReceiverPushPacket(Receiver, NetBufferList); + } else { + XENVIF_VIF(ReceiverReturnPacket, + VifInterface, + Cookie); } } diff --git a/src/xennet/receiver.h b/src/xennet/receiver.h index 33701a9..fbc0151 100644 --- a/src/xennet/receiver.h +++ b/src/xennet/receiver.h @@ -43,16 +43,6 @@ ReceiverInitialize( OUT PXENNET_RECEIVER *Receiver ); -extern NDIS_STATUS -ReceiverEnable( - IN PXENNET_RECEIVER Receiver - ); - -extern VOID -ReceiverDisable( - IN PXENNET_RECEIVER Receiver - ); - extern VOID ReceiverTeardown( IN PXENNET_RECEIVER Receiver @@ -66,9 +56,16 @@ ReceiverReturnNetBufferLists( ); extern VOID -ReceiverReceivePackets( - IN PXENNET_RECEIVER Receiver, - IN PLIST_ENTRY List +ReceiverQueuePacket( + IN PXENNET_RECEIVER Receiver, + IN PMDL Mdl, + IN ULONG Offset, + IN ULONG Length, + IN XENVIF_PACKET_CHECKSUM_FLAGS Flags, + IN USHORT MaximumSegmentSize, + IN USHORT TagControlInformation, + IN PXENVIF_PACKET_INFO Info, + IN PVOID Cookie ); extern PXENVIF_VIF_OFFLOAD_OPTIONS diff --git a/src/xennet/transmitter.c b/src/xennet/transmitter.c index 8c80c7e..5574b9c 100644 --- a/src/xennet/transmitter.c +++ b/src/xennet/transmitter.c @@ -33,7 +33,6 @@ #include "transmitter.h" #include "adapter.h" #include -#include #include #include "dbg_print.h" #include "assert.h" @@ -42,98 +41,9 @@ struct _XENNET_TRANSMITTER { PXENNET_ADAPTER Adapter; XENVIF_VIF_OFFLOAD_OPTIONS OffloadOptions; KSPIN_LOCK Lock; - PXENBUS_CACHE PacketCache; - PXENBUS_CACHE BufferCache; }; -#define XENNET_PACKET_CACHE_MIN 32 #define TRANSMITTER_POOL_TAG 'TteN' -#define BUFFER_CACHE_ITEM_SIZE 512 -#define MAX_HEADERS_LENGTH (sizeof(IP_ADDRESS) + sizeof(IP_ADDRESS) + sizeof(USHORT) + sizeof(USHORT)) - -static NTSTATUS -__TransmitterPacketCtor( - IN PVOID Argument, - IN PVOID Object - ) -{ - UNREFERENCED_PARAMETER(Argument); - UNREFERENCED_PARAMETER(Object); - return STATUS_SUCCESS; -} - -static VOID -__TransmitterPacketDtor( - IN PVOID Argument, - IN PVOID Object - ) -{ - UNREFERENCED_PARAMETER(Argument); - UNREFERENCED_PARAMETER(Object); -} - -static VOID -__TransmitterPacketAcquireLock( - IN PVOID Argument - ) -{ - PXENNET_TRANSMITTER Transmitter = Argument; - - KeAcquireSpinLockAtDpcLevel(&Transmitter->Lock); -} - -static VOID -__TransmitterPacketReleaseLock( - IN PVOID Argument - ) -{ - PXENNET_TRANSMITTER Transmitter = Argument; - -#pragma prefast(suppress:26110) - KeReleaseSpinLockFromDpcLevel(&Transmitter->Lock); -} - -static NTSTATUS -__TransmitterBufferCtor( - IN PVOID Argument, - IN PVOID Object - ) -{ - UNREFERENCED_PARAMETER(Argument); - UNREFERENCED_PARAMETER(Object); - return STATUS_SUCCESS; -} - -static VOID -__TransmitterBufferDtor( - IN PVOID Argument, - IN PVOID Object - ) -{ - UNREFERENCED_PARAMETER(Argument); - UNREFERENCED_PARAMETER(Object); -} - -static VOID -__TransmitterBufferAcquireLock( - IN PVOID Argument - ) -{ - PXENNET_TRANSMITTER Transmitter = Argument; - - KeAcquireSpinLockAtDpcLevel(&Transmitter->Lock); -} - -static VOID -__TransmitterBufferReleaseLock( - IN PVOID Argument - ) -{ - PXENNET_TRANSMITTER Transmitter = Argument; - -#pragma prefast(suppress:26110) - KeReleaseSpinLockFromDpcLevel(&Transmitter->Lock); -} NDIS_STATUS TransmitterInitialize ( @@ -141,10 +51,13 @@ TransmitterInitialize ( OUT PXENNET_TRANSMITTER *Transmitter ) { + NTSTATUS status; + *Transmitter = ExAllocatePoolWithTag(NonPagedPool, sizeof(XENNET_TRANSMITTER), TRANSMITTER_POOL_TAG); + status = STATUS_NO_MEMORY; if (*Transmitter == NULL) goto fail1; @@ -157,84 +70,12 @@ TransmitterInitialize ( return NDIS_STATUS_SUCCESS; fail1: - return NDIS_STATUS_FAILURE; -} - -NDIS_STATUS -TransmitterEnable ( - IN PXENNET_TRANSMITTER Transmitter - ) -{ - PXENBUS_CACHE_INTERFACE CacheInterface; - NTSTATUS status; - - CacheInterface = AdapterGetCacheInterface(Transmitter->Adapter); - - status = XENBUS_CACHE(Create, - CacheInterface, - "packet_cache", - sizeof(XENVIF_TRANSMITTER_PACKET), - XENNET_PACKET_CACHE_MIN, - __TransmitterPacketCtor, - __TransmitterPacketDtor, - __TransmitterPacketAcquireLock, - __TransmitterPacketReleaseLock, - Transmitter, - &Transmitter->PacketCache); - if (!NT_SUCCESS(status)) - goto fail1; - - status = XENBUS_CACHE(Create, - CacheInterface, - "buffer_cache", - BUFFER_CACHE_ITEM_SIZE, - 0, - __TransmitterBufferCtor, - __TransmitterBufferDtor, - __TransmitterBufferAcquireLock, - __TransmitterBufferReleaseLock, - Transmitter, - &Transmitter->BufferCache); - if (!NT_SUCCESS(status)) - goto fail2; - - return NDIS_STATUS_SUCCESS; - -fail2: - Error("fail2\n"); - - XENBUS_CACHE(Destroy, - CacheInterface, - Transmitter->PacketCache); - Transmitter->PacketCache = NULL; - -fail1: Error("fail1\n (%08x)", status); return NDIS_STATUS_FAILURE; } VOID -TransmitterDisable ( - IN PXENNET_TRANSMITTER Transmitter - ) -{ - PXENBUS_CACHE_INTERFACE CacheInterface; - - CacheInterface = AdapterGetCacheInterface(Transmitter->Adapter); - - XENBUS_CACHE(Destroy, - CacheInterface, - Transmitter->BufferCache); - Transmitter->BufferCache = NULL; - - XENBUS_CACHE(Destroy, - CacheInterface, - Transmitter->PacketCache); - Transmitter->PacketCache = NULL; -} - -VOID TransmitterTeardown( IN PXENNET_TRANSMITTER Transmitter ) @@ -247,74 +88,6 @@ TransmitterTeardown( ExFreePoolWithTag(Transmitter, TRANSMITTER_POOL_TAG); } -static FORCEINLINE PXENVIF_TRANSMITTER_PACKET -__TransmitterGetPacket( - IN PXENNET_TRANSMITTER Transmitter - ) -{ - PXENBUS_CACHE_INTERFACE CacheInterface; - - CacheInterface = AdapterGetCacheInterface(Transmitter->Adapter); - - return XENBUS_CACHE(Get, - CacheInterface, - Transmitter->PacketCache, - FALSE); -} - -static FORCEINLINE VOID -__TransmitterPutPacket( - IN PXENNET_TRANSMITTER Transmitter, - IN PXENVIF_TRANSMITTER_PACKET Packet - ) -{ - PXENBUS_CACHE_INTERFACE CacheInterface; - - CacheInterface = AdapterGetCacheInterface(Transmitter->Adapter); - - RtlZeroMemory(Packet, sizeof(XENVIF_TRANSMITTER_PACKET)); - - XENBUS_CACHE(Put, - CacheInterface, - Transmitter->PacketCache, - Packet, - FALSE); -} - -static FORCEINLINE PVOID -__TransmitterGetBuffer( - IN PXENNET_TRANSMITTER Transmitter - ) -{ - PXENBUS_CACHE_INTERFACE CacheInterface; - - CacheInterface = AdapterGetCacheInterface(Transmitter->Adapter); - - return XENBUS_CACHE(Get, - CacheInterface, - Transmitter->BufferCache, - FALSE); -} - -static FORCEINLINE VOID -__TransmitterPutBuffer( - IN PXENNET_TRANSMITTER Transmitter, - IN PVOID Buffer - ) -{ - PXENBUS_CACHE_INTERFACE CacheInterface; - - CacheInterface = AdapterGetCacheInterface(Transmitter->Adapter); - - RtlZeroMemory(Buffer, BUFFER_CACHE_ITEM_SIZE); - - XENBUS_CACHE(Put, - CacheInterface, - Transmitter->BufferCache, - Buffer, - FALSE); -} - typedef struct _NET_BUFFER_LIST_RESERVED { LONG Reference; } NET_BUFFER_LIST_RESERVED, *PNET_BUFFER_LIST_RESERVED; @@ -348,34 +121,22 @@ __TransmitterCompleteNetBufferList( } static VOID -__TransmitterCompletePackets( - IN PXENNET_TRANSMITTER Transmitter, - IN PLIST_ENTRY List, - IN NDIS_STATUS Status +__TransmitterReturnPacket( + IN PXENNET_TRANSMITTER Transmitter, + IN PVOID Cookie, + IN NDIS_STATUS Status ) { - while (!IsListEmpty(List)) { - PLIST_ENTRY ListEntry; - PXENVIF_TRANSMITTER_PACKET Packet; - PNET_BUFFER_LIST NetBufferList; - PNET_BUFFER_LIST_RESERVED ListReserved; + PNET_BUFFER_LIST NetBufferList = Cookie; + PNET_BUFFER_LIST_RESERVED ListReserved; - ListEntry = RemoveHeadList(List); - ASSERT3P(ListEntry, !=, List); + ASSERT(NetBufferList != NULL); - Packet = CONTAINING_RECORD(ListEntry, XENVIF_TRANSMITTER_PACKET, ListEntry); + ListReserved = (PNET_BUFFER_LIST_RESERVED)NET_BUFFER_LIST_MINIPORT_RESERVED(NetBufferList); - NetBufferList = Packet->Cookie; - ASSERT(NetBufferList != NULL); - - ListReserved = (PNET_BUFFER_LIST_RESERVED)NET_BUFFER_LIST_MINIPORT_RESERVED(NetBufferList); - - ASSERT(ListReserved->Reference != 0); - if (InterlockedDecrement(&ListReserved->Reference) == 0) - __TransmitterCompleteNetBufferList(Transmitter, NetBufferList, Status); - - __TransmitterPutPacket(Transmitter, Packet); - } + ASSERT(ListReserved->Reference != 0); + if (InterlockedDecrement(&ListReserved->Reference) == 0) + __TransmitterCompleteNetBufferList(Transmitter, NetBufferList, Status); } static VOID @@ -444,127 +205,6 @@ __TransmitterOffloadOptions( } } -static ULONG -__Hash( - IN PVOID Buffer, - IN ULONG Length - ) -{ - PUCHAR Array = (PUCHAR)Buffer; - ULONG Accumulator; - ULONG Index; - - Accumulator = 0; - - for (Index = 0; Index < Length; ++Index) { - ULONG Overflow; - - Accumulator = (Accumulator << 4) + Array[Index]; - - Overflow = Accumulator & 0x00000f00; - if (Overflow != 0) { - Accumulator ^= Overflow >> 8; - Accumulator ^= Overflow; - } - } - - return Accumulator; -} - -static ULONG -__TransmitterCalculateHash( - IN PVOID Buffer, - IN PXENVIF_PACKET_INFO Info - ) -{ - UCHAR Headers[MAX_HEADERS_LENGTH]; - PUCHAR Ptr; - - Ptr = (PUCHAR)Headers; - - if (Info->IpHeader.Length) { - PIP_HEADER Ip = (PIP_HEADER)((PUCHAR)Buffer + Info->IpHeader.Offset); - - switch (Ip->Version) { - case 4: - RtlCopyMemory(Ptr, &Ip->Version4.SourceAddress, sizeof(IPV4_ADDRESS)); - Ptr += sizeof(IPV4_ADDRESS); - RtlCopyMemory(Ptr, &Ip->Version4.DestinationAddress, sizeof(IPV4_ADDRESS)); - Ptr += sizeof(IPV4_ADDRESS); - break; - case 6: - RtlCopyMemory(Ptr, &Ip->Version6.SourceAddress, sizeof(IPV6_ADDRESS)); - Ptr += sizeof(IPV6_ADDRESS); - RtlCopyMemory(Ptr, &Ip->Version6.DestinationAddress, sizeof(IPV6_ADDRESS)); - Ptr += sizeof(IPV6_ADDRESS); - break; - default: - break; - } - } - - if (Info->TcpHeader.Length) { - PTCP_HEADER Tcp = (PTCP_HEADER)((PUCHAR)Buffer + Info->TcpHeader.Offset); - - RtlCopyMemory(Ptr, &Tcp->SourcePort, sizeof(USHORT)); - Ptr += sizeof(USHORT); - RtlCopyMemory(Ptr, &Tcp->DestinationPort, sizeof(USHORT)); - Ptr += sizeof(USHORT); - } else if (Info->UdpHeader.Length) { - PUDP_HEADER Udp = (PUDP_HEADER)((PUCHAR)Buffer + Info->UdpHeader.Offset); - - RtlCopyMemory(Ptr, &Udp->SourcePort, sizeof(USHORT)); - Ptr += sizeof(USHORT); - RtlCopyMemory(Ptr, &Udp->DestinationPort, sizeof(USHORT)); - Ptr += sizeof(USHORT); - } - - if (Ptr == (PUCHAR)Headers) - return 0; - - return __Hash(Headers, (ULONG)((ULONG_PTR)Ptr - (ULONG_PTR)Headers)); -} - -static ULONG -__TransmitterGetHash( - IN PXENNET_TRANSMITTER Transmitter, - IN PXENVIF_TRANSMITTER_PACKET Packet - ) -{ - PXENVIF_VIF_INTERFACE VifInterface; - ULONG Hash; - XENVIF_PACKET_INFO Info; - PVOID Buffer; - NTSTATUS status; - - Hash = 0; - VifInterface = AdapterGetVifInterface(Transmitter->Adapter); - - Buffer = __TransmitterGetBuffer(Transmitter); - if (Buffer == NULL) - goto fail1; - - RtlZeroMemory(&Info, sizeof(XENVIF_PACKET_INFO)); - - status = XENVIF_VIF(TransmitterGetPacketHeaders, - VifInterface, - Packet, - Buffer, - &Info); - if (!NT_SUCCESS(status)) - goto fail2; - - Hash = __TransmitterCalculateHash(Buffer, &Info); - - __TransmitterPutBuffer(Transmitter, Buffer); - return Hash; - -fail2: - __TransmitterPutBuffer(Transmitter, Buffer); -fail1: - return 0; -} - VOID TransmitterSendNetBufferLists( IN PXENNET_TRANSMITTER Transmitter, @@ -603,41 +243,30 @@ TransmitterSendNetBufferLists( &TagControlInformation, &MaximumSegmentSize); + OffloadOptions.Value &= Transmitter->OffloadOptions.Value; + ListReserved = (PNET_BUFFER_LIST_RESERVED)NET_BUFFER_LIST_MINIPORT_RESERVED(NetBufferList); RtlZeroMemory(ListReserved, sizeof (NET_BUFFER_LIST_RESERVED)); NetBuffer = NET_BUFFER_LIST_FIRST_NB(NetBufferList); while (NetBuffer != NULL) { - PXENVIF_TRANSMITTER_PACKET Packet; - - Packet = __TransmitterGetPacket(Transmitter); - if (Packet == NULL) { - while (ListReserved->Reference--) { - PLIST_ENTRY ListEntry; - - ListEntry = RemoveTailList(&List); - ASSERT3P(ListEntry, !=, &List); - - Packet = CONTAINING_RECORD(ListEntry, XENVIF_TRANSMITTER_PACKET, ListEntry); - - __TransmitterPutPacket(Transmitter, Packet); - } - __TransmitterCompleteNetBufferList(Transmitter, NetBufferList, NDIS_STATUS_NOT_ACCEPTED); - break; - } + PVOID Cookie = NetBufferList; + XENVIF_PACKET_HASH Hash; ListReserved->Reference++; - Packet->Cookie = NetBufferList; - Packet->Send.OffloadOptions.Value = OffloadOptions.Value & Transmitter->OffloadOptions.Value; - Packet->Send.MaximumSegmentSize = MaximumSegmentSize; - Packet->Send.TagControlInformation = TagControlInformation; - Packet->Mdl = NET_BUFFER_CURRENT_MDL(NetBuffer); - Packet->Length = NET_BUFFER_DATA_LENGTH(NetBuffer); - Packet->Offset = NET_BUFFER_CURRENT_MDL_OFFSET(NetBuffer); - Packet->Value = __TransmitterGetHash(Transmitter, Packet); + Hash.Algorithm = XENVIF_PACKET_HASH_ALGORITHM_NONE; - InsertTailList(&List, &Packet->ListEntry); + XENVIF_VIF(TransmitterQueuePacket, + AdapterGetVifInterface(Transmitter->Adapter), + NET_BUFFER_CURRENT_MDL(NetBuffer), + NET_BUFFER_CURRENT_MDL_OFFSET(NetBuffer), + NET_BUFFER_DATA_LENGTH(NetBuffer), + OffloadOptions, + MaximumSegmentSize, + TagControlInformation, + &Hash, + Cookie); NetBuffer = NET_BUFFER_NEXT_NB(NetBuffer); } @@ -645,26 +274,25 @@ TransmitterSendNetBufferLists( NetBufferList = ListNext; } - if (!IsListEmpty(&List)) { - NTSTATUS status; - - status = XENVIF_VIF(TransmitterQueuePackets, - AdapterGetVifInterface(Transmitter->Adapter), - &List); - if (!NT_SUCCESS(status)) - __TransmitterCompletePackets(Transmitter, &List, NDIS_STATUS_NOT_ACCEPTED); - } - NDIS_LOWER_IRQL(Irql, DISPATCH_LEVEL); } VOID -TransmitterCompletePackets( - IN PXENNET_TRANSMITTER Transmitter, - IN PLIST_ENTRY List +TransmitterReturnPacket( + IN PXENNET_TRANSMITTER Transmitter, + IN PVOID Cookie, + IN PXENVIF_TRANSMITTER_PACKET_COMPLETION_INFO Completion ) { - __TransmitterCompletePackets(Transmitter, List, NDIS_STATUS_SUCCESS); + NDIS_STATUS Status; + + UNREFERENCED_PARAMETER(Completion); + + Status = (Completion->Status == XENVIF_TRANSMITTER_PACKET_OK) ? + NDIS_STATUS_SUCCESS : + NDIS_STATUS_NOT_ACCEPTED; + + __TransmitterReturnPacket(Transmitter, Cookie, Status); } PXENVIF_VIF_OFFLOAD_OPTIONS diff --git a/src/xennet/transmitter.h b/src/xennet/transmitter.h index 363b91e..585c5ac 100644 --- a/src/xennet/transmitter.h +++ b/src/xennet/transmitter.h @@ -43,16 +43,6 @@ TransmitterInitialize( OUT PXENNET_TRANSMITTER *Transmitter ); -extern NDIS_STATUS -TransmitterEnable( - IN PXENNET_TRANSMITTER Transmitter - ); - -extern VOID -TransmitterDisable( - IN PXENNET_TRANSMITTER Transmitter - ); - extern VOID TransmitterTeardown( IN PXENNET_TRANSMITTER Transmitter @@ -67,9 +57,10 @@ TransmitterSendNetBufferLists ( ); extern VOID -TransmitterCompletePackets( - IN PXENNET_TRANSMITTER Transmitter, - IN PLIST_ENTRY List +TransmitterReturnPacket( + IN PXENNET_TRANSMITTER Transmitter, + IN PVOID Cookie, + IN PXENVIF_TRANSMITTER_PACKET_COMPLETION_INFO Completion ); extern PXENVIF_VIF_OFFLOAD_OPTIONS -- 2.1.1 _______________________________________________ win-pv-devel mailing list win-pv-devel@lists.xenproject.org http://lists.xenproject.org/cgi-bin/mailman/listinfo/win-pv-devel From advisory-board-bounces@lists.xenproject.org Fri Dec 04 19:44:55 2015 Return-path: Envelope-to: archives@lists.xenproject.org Delivery-date: Fri, 04 Dec 2015 19:44:55 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4wHm-0007uO-PE; Fri, 04 Dec 2015 19:44:54 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a4wHd-0007uJ-33 for advisory-board@lists.xenproject.org; Fri, 04 Dec 2015 19:44:52 +0000 Received: from [85.158.139.211] by server-17.bemta-5.messagelabs.com id 87/84-18107-C2DE1665; Fri, 04 Dec 2015 19:44:44 +0000 X-Env-Sender: prvs=77366c587=lars.kurth@citrix.com X-Msg-Ref: server-9.tower-206.messagelabs.com!1449258281!8673398!1 X-Originating-IP: [185.25.65.24] X-SpamReason: No, hits=0.9 required=7.0 tests=HTML_20_30,HTML_MESSAGE, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 713 invoked from network); 4 Dec 2015 19:44:41 -0000 Received: from smtp.eu.citrix.com (HELO SMTP.EU.CITRIX.COM) (185.25.65.24) by server-9.tower-206.messagelabs.com with RC4-SHA encrypted SMTP; 4 Dec 2015 19:44:41 -0000 X-IronPort-AV: E=Sophos;i="5.20,382,1444694400"; d="pdf'?scan'208,217";a="9336874" From: Lars Kurth To: "advisory-board@lists.xenproject.org" Thread-Topic: Review of 2015 Community Plan Thread-Index: AQHRLsw2VScth58vY0WZRWsGEXwwAQ== Date: Fri, 4 Dec 2015 19:44:39 +0000 Message-ID: Accept-Language: en-GB, en-US Content-Language: en-US X-MS-Has-Attach: yes X-MS-TNEF-Correlator: user-agent: Microsoft-MacOutlook/14.4.5.141003 Content-Type: multipart/mixed; boundary="_004_D2879DA323C28larskurthcitrixcom_" MIME-Version: 1.0 X-DLP: AMS1 Subject: [Advisory-board] Review of 2015 Community Plan X-BeenThere: advisory-board@lists.xenproject.org X-Mailman-Version: 2.1.13 Precedence: list Reply-To: Advisory-board discussions List-Id: Advisory-board discussions List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Sender: advisory-board-bounces@lists.xenproject.org Errors-To: advisory-board-bounces@lists.xenproject.org --_004_D2879DA323C28larskurthcitrixcom_ Content-Type: multipart/alternative; boundary="_000_D2879DA323C28larskurthcitrixcom_" --_000_D2879DA323C28larskurthcitrixcom_ Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: base64 RGVhciBBZHZpc29yeSBCb2FyZCBtZW1iZXJzLA0KDQpJIHBlcmZvcm1lZCBhIHJldmlldyBhZ2Fp bnN0IHRoZSAyMDE1IGNvbW11bml0eSBwbGFuIHdoaWNoIHdlIGFncmVlZCBhIHllYXIgYWdvLiBJ IHByb3Bvc2UsIG5vdCB0byBkaXNjdXNzIHRoaXMgaW4gZGV0YWlsIGFuZCBvbmx5IHNraW0gdGhl ICJob3cgZGlkIHdlIGRvIiBzbGlkZXMgaW4gdGhlIG5leHQgYm9hcmQgbWVldGluZy4gSW4gZ2Vu ZXJhbCwgd2UgZGlkIHF1aXRlIHdlbGwgYW5kIGltcHJvdmVkIGEgbG90IG9uIGV4ZWN1dGlvbi4g V2VyZSB3ZXJlIHN0cnVnZ2xpbmcgaW4gYXJlYXMsIHdoZXJlIHByb2JsZW1zIGNyZXB0IHVwIHVu bm90aWNlZCAocmV2aWV3IHByb2Nlc3MsIGNoYW5nZXMgaW4gY29tbXVuaXR5IG1ha2UtdXAsIOKA piksIHdoZXJlIHRoZSBlbnZpcm9ubWVudCB3ZSBvcGVyYXRlIGlzIGNoYW5naW5nIChtb3JlIHNj cnV0aW55IGFyb3VuZCBzZWN1cml0eSwg4oCmKSBvciB3aGVyZSB3ZSB3ZXJlIG5vdCB5ZXQgZXhw ZXJpZW5jZWQgKGUuZy4gaGlyaW5nIHN1cHBsaWVycyBmb3IgdGhlIHByb2plY3QpLg0KDQpJIHdp bGwgd29yayBvbiBhIGRyYWZ0IGNvbW11bml0eSBwbGFuIGZvciBuZXh0IHllYXIgOiBJIGJlbGll dmUgd2UgZG8gaGF2ZSBzb21lIGNvbmNyZXRlIGlzc3VlcyB3aGVyZSB0aGUgYm9hcmQgY2FuIGhl bHAgaW4gdGhlIGFyZWFzIG9mDQotIERldmVsb3BlciBDb21tdW5pdHkgYW5kIHJldmlldyBQcm9j ZXNzIDogd2UgbWF5IGJlIGFibGUgdG8gaGVscCBieSBmdW5kaW5nIGRldmVsb3BtZW50IG9mIGNv ZGUgc3R5bGUgY2hlY2tpbmcgdG9vbHMNCi0gQSByZWZyZXNoIG9mIGdvdmVybmFuY2UgdG8gcHJl cGFyZSB0aGUgcHJvamVjdCBmb3IgbmV3IGNoYWxsZW5nZXMgKHRoaXMgc2VlbXMgdG8gYmUgc29t ZXdoYXQgc3R1Y2ssIGFsYmVpdCBJIGtpY2tlZCBpdCBvZmYgYSBmZXcgbW9udGhzIGFnbykNCi0g RmVhdHVyZSB2cy4gU2VjdXJpdHkgLyBRdWFsaXR5IHRyYWRlLW9mZiA6IHdlIG1heSBiZSBhYmxl IHRvIGRvIHNvbWV0aGluZyBpbiB0aGVzZSBhcmVhcyB2aWEgZnV6emluZywgZXRjLg0KVGhpcyBk b2VzIG1lYW4sIHRoYXQgSSB3aWxsIHByb3Bvc2UgdG8gY2hhbmdlIHRoZSBmb2N1cyBvZiB0aGUg cGxhbiBhbmQgdGhlIHR5cGUgb2YgdGhpbmdzIHdlIHNob3VsZCBmdW5kIGluIDIwMTYgc29tZXdo YXQuDQoNCkFzIGZvciB0aGUgYnVkZ2V0OiBJIHdpbGwgYWxzbyBwcmVwYXJlIGEgcHJlbGltaW5h cnkgYnVkZ2V0IHJlcG9ydCBmb3IgMjAxNSBhbmQgYSBkcmFmdCBidWRnZXQgZm9yIDIwMTYuIElu IGEgbnV0c2hlbGwgdGhvdWdoLCB0aGUgZmluYW5jZXMgb2YgdGhlIHByb2plY3QgYXJlIHNvdW5k IGFuZCB3ZSB3aWxsIGhhdmUgYSB5ZWFyIG9mIGZ1bmRzIGluIHJlc2VydmUuDQoNCkJlc3QgUmVn YXJkcw0KTGFycw0K --_000_D2879DA323C28larskurthcitrixcom_ Content-Type: text/html; charset="utf-8" Content-ID: <018306B16DC9C944BEBCB307DD5AE8E9@citrix.com> Content-Transfer-Encoding: base64 PGh0bWw+DQo8aGVhZD4NCjxtZXRhIGh0dHAtZXF1aXY9IkNvbnRlbnQtVHlwZSIgY29udGVudD0i dGV4dC9odG1sOyBjaGFyc2V0PXV0Zi04Ij4NCjwvaGVhZD4NCjxib2R5IHN0eWxlPSJ3b3JkLXdy YXA6IGJyZWFrLXdvcmQ7IC13ZWJraXQtbmJzcC1tb2RlOiBzcGFjZTsgLXdlYmtpdC1saW5lLWJy ZWFrOiBhZnRlci13aGl0ZS1zcGFjZTsgY29sb3I6IHJnYigwLCAwLCAwKTsgZm9udC1zaXplOiAx NHB4OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsiPg0KPGRpdj5EZWFyIEFkdmlz b3J5IEJvYXJkIG1lbWJlcnMsPC9kaXY+DQo8ZGl2Pjxicj4NCjwvZGl2Pg0KPGRpdj5JIHBlcmZv cm1lZCBhIHJldmlldyBhZ2FpbnN0IHRoZSAyMDE1IGNvbW11bml0eSBwbGFuIHdoaWNoIHdlIGFn cmVlZCBhIHllYXIgYWdvLiBJIHByb3Bvc2UsIG5vdCB0byBkaXNjdXNzIHRoaXMgaW4gZGV0YWls IGFuZCBvbmx5IHNraW0gdGhlICZxdW90O2hvdyBkaWQgd2UgZG8mcXVvdDsgc2xpZGVzIGluIHRo ZSBuZXh0IGJvYXJkIG1lZXRpbmcuIEluIGdlbmVyYWwsIHdlIGRpZCBxdWl0ZSB3ZWxsIGFuZCBp bXByb3ZlZCBhIGxvdCBvbiBleGVjdXRpb24uDQogV2VyZSB3ZXJlIHN0cnVnZ2xpbmcgaW4gYXJl YXMsIHdoZXJlIHByb2JsZW1zIGNyZXB0IHVwIHVubm90aWNlZCAocmV2aWV3IHByb2Nlc3MsIGNo YW5nZXMgaW4gY29tbXVuaXR5IG1ha2UtdXAsIOKApiksIHdoZXJlIHRoZSBlbnZpcm9ubWVudCB3 ZSBvcGVyYXRlIGlzIGNoYW5naW5nIChtb3JlIHNjcnV0aW55IGFyb3VuZCBzZWN1cml0eSwg4oCm KSBvciB3aGVyZSB3ZSB3ZXJlIG5vdCB5ZXQgZXhwZXJpZW5jZWQgKGUuZy4gaGlyaW5nIHN1cHBs aWVycw0KIGZvciB0aGUgcHJvamVjdCkuPC9kaXY+DQo8ZGl2Pjxicj4NCjwvZGl2Pg0KPGRpdj5J IHdpbGwgd29yayBvbiBhIGRyYWZ0IGNvbW11bml0eSBwbGFuIGZvciBuZXh0IHllYXIgOiBJIGJl bGlldmUgd2UgZG8gaGF2ZSBzb21lIGNvbmNyZXRlIGlzc3VlcyB3aGVyZSB0aGUgYm9hcmQgY2Fu IGhlbHAgaW4gdGhlIGFyZWFzIG9mPC9kaXY+DQo8ZGl2Pi0gRGV2ZWxvcGVyIENvbW11bml0eSBh bmQgcmV2aWV3IFByb2Nlc3MgOiB3ZSBtYXkgYmUgYWJsZSB0byBoZWxwIGJ5IGZ1bmRpbmcgZGV2 ZWxvcG1lbnQgb2YgY29kZSBzdHlsZSBjaGVja2luZyB0b29sczwvZGl2Pg0KPGRpdj4tIEEgcmVm cmVzaCBvZiBnb3Zlcm5hbmNlIHRvIHByZXBhcmUgdGhlIHByb2plY3QgZm9yIG5ldyBjaGFsbGVu Z2VzICh0aGlzIHNlZW1zIHRvIGJlIHNvbWV3aGF0IHN0dWNrLCBhbGJlaXQgSSBraWNrZWQgaXQg b2ZmIGEgZmV3IG1vbnRocyBhZ28pJm5ic3A7PC9kaXY+DQo8ZGl2Pi0gRmVhdHVyZSB2cy4gU2Vj dXJpdHkgLyBRdWFsaXR5IHRyYWRlLW9mZiA6IHdlIG1heSBiZSBhYmxlIHRvIGRvIHNvbWV0aGlu ZyBpbiB0aGVzZSBhcmVhcyB2aWEgZnV6emluZywgZXRjLjwvZGl2Pg0KPGRpdj5UaGlzIGRvZXMg bWVhbiwgdGhhdCBJIHdpbGwgcHJvcG9zZSB0byBjaGFuZ2UgdGhlIGZvY3VzIG9mIHRoZSBwbGFu IGFuZCB0aGUgdHlwZSBvZiB0aGluZ3Mgd2Ugc2hvdWxkIGZ1bmQgaW4gMjAxNiBzb21ld2hhdC48 L2Rpdj4NCjxkaXY+PGJyPg0KPC9kaXY+DQo8ZGl2PkFzIGZvciB0aGUgYnVkZ2V0OiBJIHdpbGwg YWxzbyBwcmVwYXJlIGEgcHJlbGltaW5hcnkgYnVkZ2V0IHJlcG9ydCBmb3IgMjAxNSBhbmQgYSBk cmFmdCBidWRnZXQgZm9yIDIwMTYuIEluIGEgbnV0c2hlbGwgdGhvdWdoLCB0aGUgZmluYW5jZXMg b2YgdGhlIHByb2plY3QgYXJlIHNvdW5kIGFuZCB3ZSB3aWxsIGhhdmUgYSB5ZWFyIG9mIGZ1bmRz IGluIHJlc2VydmUuJm5ic3A7PC9kaXY+DQo8ZGl2Pjxicj4NCjwvZGl2Pg0KPGRpdj5CZXN0IFJl Z2FyZHM8L2Rpdj4NCjxkaXY+TGFycyZuYnNwOzwvZGl2Pg0KPC9ib2R5Pg0KPC9odG1sPg0K --_000_D2879DA323C28larskurthcitrixcom_-- --_004_D2879DA323C28larskurthcitrixcom_ Content-Type: application/pdf; name="Xen Project Community Plan for 2015 (Review).pdf" Content-Description: Xen Project Community Plan for 2015 (Review).pdf Content-Disposition: attachment; filename="Xen Project Community Plan for 2015 (Review).pdf"; size=541556; creation-date="Fri, 04 Dec 2015 19:44:39 GMT"; modification-date="Fri, 04 Dec 2015 19:44:39 GMT" Content-ID: Content-Transfer-Encoding: base64 JVBERi0xLjUNCiW1tbW1DQoxIDAgb2JqDQo8PC9UeXBlL0NhdGFsb2cvUGFnZXMgMiAwIFIvTGFu Zyhlbi1VUykgL1N0cnVjdFRyZWVSb290IDMxMCAwIFIvTWFya0luZm88PC9NYXJrZWQgdHJ1ZT4+ Pj4NCmVuZG9iag0KMiAwIG9iag0KPDwvVHlwZS9QYWdlcy9Db3VudCAxMS9LaWRzWyAzIDAgUiAx NyAwIFIgODQgMCBSIDg3IDAgUiA5MCAwIFIgOTggMCBSIDEwOSAwIFIgMTIxIDAgUiAxNDIgMCBS IDE3MyAwIFIgMjMyIDAgUl0gPj4NCmVuZG9iag0KMyAwIG9iag0KPDwvVHlwZS9QYWdlL1BhcmVu dCAyIDAgUi9SZXNvdXJjZXM8PC9FeHRHU3RhdGU8PC9HUzUgNSAwIFIvR1MxMSAxMSAwIFIvR1Mx NCAxNCAwIFI+Pi9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSL0ltYWdlOCA4IDAgUi9JbWFnZTkgOSAw IFI+Pi9QYXR0ZXJuPDwvUDYgNiAwIFI+Pi9Gb250PDwvRjEgMTIgMCBSL0YyIDE1IDAgUj4+L1By b2NTZXRbL1BERi9UZXh0L0ltYWdlQi9JbWFnZUMvSW1hZ2VJXSA+Pi9NZWRpYUJveFsgMCAwIDcy MCA0MDVdIC9Db250ZW50cyA0IDAgUi9Hcm91cDw8L1R5cGUvR3JvdXAvUy9UcmFuc3BhcmVuY3kv Q1MvRGV2aWNlUkdCPj4vVGFicy9TL1N0cnVjdFBhcmVudHMgMD4+DQplbmRvYmoNCjQgMCBvYmoN Cjw8L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggNTEzPj4NCnN0cmVhbQ0KeJytk1+Lm0AUxd8F v8N91GUzmT/O6MCysDHpsm0DthW6pfRBEs1aqtLR3SXfvndiS5LGrk2pMHK543B/58wRpglcXU2X 8d0c6PU1zOYxfHcdCpRQfDSTUkDIKQRUgsld5+MF1K4zvf0gYdNikWRdl5saVi1MEwXtqt6fFlSy 6Oh0ceE671wHFssYpjemK4ts1cFseTiURYKxgZkh0ySKAL/CjaAvJ5QIqbWEVYUsd1W2ySOYNzA2 gypGhRwYwihRv2ZIOBayn6H/asYL5qFA6x7SixC/VhxfjHIwm9/d64GG/IODq2MHV7c7zGjINfKf Tp+lSPCKgVCE8gDSAkXvBKPnIQmwxSNNqIK0sjubnjfY8TK4dZ3PHqdMgh9493kNvvAS03zNUT52 4qaqHusSq24LybcM979A+tp1FukwOD8XnCP4ILREB+Ue+idq0Ri4WT+VbWO2MGsysx4BEucD8ZDo aNBJpjGy4QnUol5DU/gT4cGnPDNgq/f5U5nb4nkEMDgfEGN0BKcJt3CME81P4N5mvvRMC28eTfcw wiL/gSUgNBjCiRRh6oQmxig1Fb7swmR1/oR7W5+hddhY4spq/CHNpa+ww7l3709Cz+YS6z6Y1tRu RIj6j0KUJmJYyENWmmqHfGllvMhrw2F7GF6fBV7Z2g6GuJeO9Z/C/ANKLTxCDQplbmRzdHJlYW0N CmVuZG9iag0KNSAwIG9iag0KPDwvVHlwZS9FeHRHU3RhdGUvQk0vTm9ybWFsL2NhIDE+Pg0KZW5k b2JqDQo2IDAgb2JqDQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9U aWxpbmdUeXBlIDIvQkJveFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYw MjUgMCA0MDVdIC9YU3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFn ZTcgNyAwIFI+Pj4+L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtU MDSy0DMAAwUQROMm5+p75iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoNCjcgMCBv YmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDEyOC9IZWlnaHQgMTI4L0Nv bG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9G aWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDE3NDY0Pj4NCnN0cmVhbQ0KeJxkfQly68iu7AZ+dLct imSNlGTf+/a/ww9kAsk6fSMUPrKOzAGFAhKJgb2d12yjnb2eoxX+PI/teD5qPeao9dx7O+0T+7wc T/vVXvYr3xz7o5b9uX3ZJ/a/rR61HJf9VfE39qv9rf1qp/DPZ/287N3xvsaxx/ftD+2n/bpv33xv 37Rf7Zj2BbsM/7lvvAA7l12hf/n5bWffty/7vr10avvC7NW+OdrRq315t7s4cLWj2/XbQY55nZ9X f112a+es1T/p/re3BHq1n3ZA+9Wu3A6IW+j24ed1uWSKX/Zz82sYdohmv++nnb3W3UR3PO1O36/h RxgQWrH/fNqLUuIbipHSeF3dTmGns1/tdBSI/TpxJfayM9r1293xfu1Xfs2OwDXiF+JqZ8N3/MNy PikQO74J/3W138/lp5vtupq94fEpQLts/3z4Se2YPAWvbeLy7BN+qGuzz/WJiZpytkVv1YRgt7Ob zAs+50Wedthpt7Cb/K9R7J7sqij5gYNzIRr/xHWm8cpN/iaon/dFdbI379e0e3m/7Ebq+z3e79rH aS/Xulrt7vybfpZKzaEcKD2esUHD/Zu4cahN4dfsC/aJndFeuLZib3gofgcyrBBa46rZJ3adcZFY iPjaqL+/L/0tT8R11NF4SX6K6Rfsn6zynyFkytyFvNwIP+EuOKBR9vINYqv/NGUzdbUv2JfPftp/ 2J8cJpYxj+P8Pp6mis/QH5fSgY0JzTlim9thQ4Vm+/152UV+3pe9uYbpj2m5yb/8/I6fX99KvsRP U90GHfATuYpSVVL+NAv+YXP94f3aG/uVAuF3ID1fmjyUiTTuWsvEzyUTyLxI1H5HZqOeD7c/585r 8L15de4IHNN/VpzRlQ0LxyOb5H1PUZGwavaHXAiqpa9gLzyyrpzr3mlRqwmtuPBP+9yXqNkfnVu3 lWjPWrdrTmq+GQsc+aTFg/x9XW61Ga5mJnbXzFBpO6Zv5DFxL/ZhbbwvSKlg3c+XnaPbd5+8PBiT nbrndgZ2Pt7vD/uVlpk2SpbBPqS1qVAzHk2iSJNbeG1cUP+1nbSWZoXMntvtbI8vmUHX3nby7PyQ Jojmzu99htr4J7R7i/eJNW1+hfxfl+/51M4K+cMuFZijXjbTx5/3uF7V7b/tl23D6Z6yCbx9qj0W bsfV2hL7QpvBsQ+pDPYF26Ym/D5CLe089qE5MmxGu4wyRz8P34w7nIUdyl723sRCJxtXm4qtn3Yj 9n23z81WsFPOlANvn0vJzyV5kxW9SVh4mCbaebelsEX0yPxz7euaPsW+LNviO6styjaq3JP9aiei 0+GH8l/2SWxMW75iS2AOt5tZvsb5NkX1DVjM+Jj8TZXfc1x+d7Z57QhmSTpvv0EHYITtf0/5NXul 05z83+s6px3KLWf3vWgrVc5z21z5of9mv6nGof/YmPKSPbXFL9i3eZX3CcMFGwXhuBBW+bf0d4Ix PAj3oH2+WhLXovPp6AXQhQCJB+T2PBJB2dd4Cp43dhZNJeQQAgem4tmxiFgXXICctame7xQ3j1s7 HqM+bQu0c39fddqJXNUNxzwO9xEuc1zeg9sToOupPcsN60KHWTgPsxXcy/Z6hPWzXwwKPu1chy+b +xGHjn57BudwX/bTX7Z3sHPxvzt205ZQZ+c2t6/Z5zTCMnp/ugaXBr2tNoj/bGE0uC989c/b5rhU Ex2F6FJcVAAZcKIj8+k8hX3H3k+gI+yyRlRACOFv8FcJPBqNgOmvg8wa3/QLvurHkbCd7mj9uF7d bAiRBraU6QDByRlY+qReNRoEWyD4u83RLC61lLDGds5+2t+6G7f3sRkhvXBVftc79VZWXRv2Be+G rx00NeEQR9X/Cp7RJ9r7F5wpoRqREqHIja9GoiDDDDggF4jnNYGHekOlcZZw3DRW9oljMIBbWjbB 5rS0T/oL7hoCURhn825uw0NzHOQbtm/vYUsAoDULTcFckOeAF4YyUKk6DnV2IQrfBSfwuSkPsDqg mvTTjV4plABNrt9jv8GzS+NqIc9UdTpKmlaFV8VDiQYoWAg5aKJ5EKoc9Yo7RZ73tk6JMKnJs4fX pq2oWH3uEWwrYFH8bwRcXGgsBM9lL7tahnLCydw1hGGxBDBN5vtMPKNBTuZk7Eez7XB+XFXsyAHb FOMsHvBEdLkRv9Hy8AVfzMs7PMozW3NudihbFPfFrh3f1bfG4UCrhrMTeDCQc7taevmSMqfal9gX imWo2Iyb7PUD32O/mj7brx6DwOdGHDertsYtvdxNUKST8uEr4ib63xR1zTia9iS8OeIgnZ1biUbD fgKZeLRFq8h4p0D+bpaq6X/r3VfXFoNqb7CnByYswm8NWyAx5EErwR1X3BA1CwtsZ5zYX+a4fS8c D/tpC2HyL+5i7KSbL0c7qPYKosMRp88SmCfnQCDtF+0Y2GESHM1Gq/h5zxuulND/cBAwI+G+6d8R FHMPjrQn9OCMJqhyetEe0hfQO7v36TcqoBHji/af2ngHEfBBAWIRUITpduRvO8WA4hjTNMCv9vWy f8w4BHai5In/peoNOtMDCJm541nmeZzdv3BQ5p+XnWt7ve0yyuvdz7J9DFBZ1O9HPtdIn8rJi6cS hjOF1vGuKQqCVWFpRmceccMOg0h50mtL/hQjfYfQEeUc8i93tMtf9QXJ3+3PSEuSW8OFjxCPsef7 NYRyA3FZ6FTrewyaUy6B3YKDjse3IXwDGqbFAIS+sDysgcazPBTg0Mj7nzy/wlA8H8/9K03EE/jK Nf+5OdXTq12wORfbbqavX9NQ6DyGidHNhV+G6Wy4gOmb8cVdPEKBZYEVvAhV1gSfZqmCiIOsuNNj 556BXsL+L4QV9tROWOVuBeGMwE/BAcO/lIj63eCk/AUGuFOIeWzp7Vf76aAL8MYNzs+0Nz+mbb7d +ud12R42v2iKZt7AvvWZlwdBR/m5rs81+bJlMh3+ebsO2hsHKiMsEsxjod1LU1nM3pSwk82phuFb a7jpK67h5ko8ZNgsmnj7hdmRTBnOsj+6/0kAPPkOvC/SHBk3D8qe36I3KTGXPPZCxDtQPNqBAPCS /0KOCW6RBeX6roxNkJyL8rekLm9ztGwiwh7SQTfp4Zs6hOa72eVmWmmWc7ODvcbLrKDhU/u1PA/b oAYZXo58nK20OGm6FWoA5+Ft6f4I+7H03MgGoL627YE9UvFX5v19RcwimZE3IV9uur/hzUugfbAK BvivEVCQosjbPBRluBihrowIKBBaHoVIKxfnDNvbSb/gluFMGSDIofP7hKNcyvY/8hefcCMlYqHk cHra4eD9ApfSyDulhr18plNzB/Gy4NZ2sUfNl9NiZfw4+bWb/Te19+t/DXptE+PLA12TpznTm5YU SvGfR+KT+kR09kyuD2CmQ3W3oIgN/xju7y532+aPkxL22wxOj46VgIGAJPhef5OrcC5xAZaPhLws yUj6ndiAy2r/S/vPYHniyPwTxneks+h/sd0e7lxyF7iBckPney2IL6y7R6XbV/BLCKVpr7AuG6yu 7/dybtzj9BG++52jM3Ffn9fPf39/YUmmvXkbSHPA9vPzfpnx+bwNuU0wA5V2lab15TpWHbqUdLiI ps3az6EYausWuLWnuwBH44ariqmlOWLnNK5Em7BjRGJ0RhQ79YoZk+3xT0vsF/KHTXZpQPIK3Bz7 vSd3gZPJfvvjP7+GBav9HMkqJ18Nuw2gGCglIzUekBCIpt6NfAaJMOydYICrLMqdVLaDz8vvyMwv ogmmJ3ZHerb9LYr3wMQ3gGGe/7j8zTTV3+sDsZvMbQk+bsbnfDlIcothx5F+EpTCbjyJ3mkEijMM ftkf3+y2xexcpsDPZht2etblZcJ/GyCs3ZFh6icoAkQrHqozcrej8cqFk+Xu4XN9OzhXiRVJwOn3 bvDDlsAkYAK39/fLNvXVPogC7H/tRaTKFWE8JaZ0gdkRR7fF7IjukGnimiZSqm60G42eX9j2/Q81 Dcj8gDf7ttjT3du+Gxo5zW7UHY7blGfaStKi0tWe2J5UciQI7DhmMC0+2nuYo2I6ms5u30AOG9qp zQyOyd/13//SjIO548sDat+e/goqzM1mEsI01/Y5sjmNUhXwJsXE/AXNDj1RXPDwhBqpA5M5xWJ/ bn9C+XBx+QrwUCPz2DLykm3vS7pT8ievYtdpyyfrJJIfF3PCSuxMjF6G5y1uqhZxFHcBuEf7mumj 3fR7XL+2A18NvMcbPL+rvcEk3v4Iov7MmP0mHpm4hJ33kNa0Hfvd7+X3NQ3qvz/l8ynvV/kYBrvc 6NmJPAXmpzudTU3I3aEttMaiuIUYnZ/fI91Ajpp2yX4ewD/OVDMubrE9P553C6qKFokSDoYZjpIm hbuMvEpyrae8DDWEqIPrwnBvJM1iv840RG4S3ce5jiHHdCJd0lz+BXsnYzHf9b1/5suObRaG6VfP WL1s816iaF7+iaFTz0pgLer2+CIssfPC/rjzul7dwgHSawOpAb/gdtgSnOXbaU8zm+CZmfDlbXJl gzfoodiidiP8ATLxe0zWUSyWfY2MK90iA5ORmWg6Ox6NBzeBU3QyoQrrZEaUo6TYy7EJLwlwmijc wEI5VwjE/KzddcssD1cZAnn28zRsabbfZO/A+3iYf7DoFknP98sNTnHhe2J0hkEIlzTFSq0XCb+Z 5OcVKd2gsO7MhWmF3WxwMsgdVAmflmfx3eFE+LcXqD96Q5lfUOWbWO7vr7/ofxXnyl/MJDMv0L/B GCTxju8UBt1gLIPbzBgwIuWaOVAJk8CJQbowG5EwUx6mh2cJiM7AHGJ094oEn7OVzgua+xv9jZQH kIAHTbYKvH6G8CY07E3741ISGLu9dSjo6J0ncoEPx4Ilwbbyki6twyDNQ1aXyIRX7opUT8X43DgM pkj7i2ogULS/ZVkIsZDQEYXfkoGh2O2b9mLZg2gTGWoSCGTtxOiSghBSXWF/u1fNoSytGZm0hEOD H7LQxQ4TbsVR4kGKsrmQ3Q8i/WQxaaNREll35aXy+rkWzqNiazOcYThZ4a/9UChfoc47cXE4j0Qz bmssO0lLfmvRQiXpp+IpMZxmXqhgtuIOV1C0oAAWTiGqUyK7ikXHZVelqwj47VB2avysVEtf3MOj nvZHWY4d8ov2yhxNEMVBUT6ZSST4ZyinbKnzfsCHhGf7tuXGOQgzXFFd//s09aieCzExfOZUlYi9 EHaF2TGj9Mb9vq9cCK6I6U93RtpWtrp6OASyE1uQUZ5P8vl2RiCcHRmWJ/xaVekFcytij7llzEqo 1IdUDEFCwo9QP1kGvW/JvDEwoVmmfTC3yzMSllxIiFyZK3Tjhrom0WiJrzYmIxiO8c8jyYLzshKA kTKNoVCr/QQk3p3eme5zP/Zh8qsOfppvT1fR4yDJQBv4uqpqKqicrrGwihO61Ltnb9NEby52u3o3 ffb+afJvpro7UrqEZB5GGfboGTIse5ymFXol6FgzkxXKidhWUJBVBJHgxjpmUBDEtWtOuhJuZ2L+ a0mFM2e9AvjqRiC8cNQ5kMeeCVEyR5wJ+h4Zq3auSSLmiSyyaChgMD84kZ1/z8gIpN/pjjnxoju2 b8Vlz7h4i7RgwOEEUaVj2n544H+2zjyIvyq4Bbf5z2ezL3vi8uDt1ExtG4y6wLXSdDByXHOIujWZ VjH/YQx7pAvtz82uKtPKFHCEpXBJTGpzRQhFKEM5x6AL9k2IlxKGwJ2/sjiIbp1eicTIzaHNIO6I /fzK4dYryhu4oHZSBiZmmTuD4lG5v0yAh6uQLUuFzAczKc5tDnfHtlJ2Zy930w06Bjvj11kaigZJ GR1+/CcNoKdTzFZsSGVWVBRCRAGNnHNx9MsrDE6Y4HxUpTZiYzamKe9tnph/Y82bvaGasVgxKHdk /Cu4msfjb+J/2ooZZW9NbJ7nNTyzR/4fwBJZb0MdXgOATCiXxosfspRFfKYSB7Qw8si0kMJmNeyP fbx5GWZzZHgcj/2w8OSJMk7XeVtrjx+dHjctMlQ5UBICR+964gRFhy4h2gVhekL8+9PfHn7l8ESm WrvdgK2yV6LuQUQczy9Winrq+fldk04EdbypLMqkRw6NouO9EMkTqIysMrqgY7YQqmEI/c80ilN/ Hgki2IEofAvYH5wsbvF8XEd2FTvUQM7Ou7AVKfuTsKEtVHPUSAwGZVWVD4h/v5WF9zB2hGnlctM6 maDA6FhYWmE9YCtsmUoBCn6e57cTmyBFGRRX141idsleTrH6BQSbYccplaTxAQBlX6AZgT2fFRvn UBbMCZ+6qyaTFobXBqVqRGuqWgwePosn+asKdRo0fGTNc0BucuAAq/7y7MPmwjxQLjVQdjLGEbVh djRPKh1edMS/3TKhvBc7yLFB8UBVxf4NUwbY47uAduZCEFezngdBaCWQsK9RkeKSzERYTNQ9LAL3 4mHF5VmP+rLV9KxidVpgDmfbLD56OzQCb1yZ9qotlpW+210VtqrfUb2zP4ZPM4sN6gDy71n66LY3 0Q6LBslS2t8+vv7m58opEL99ff2lYu/t8U/cS6hlVZY2Q4yTRhsXs4F9jQAKJuRAMqib4rmS+PWj +hGvCyU3pgfgZwqEH+UozhA2j4zEVzMSJBNOTWBAzYuRdXKT6Gg/lAq7Y9/dSruJc1PvsMedqScr vdrN3cHLLxECdG3xarTWz1KCBG7n2VL/C42PrYhzqLsd23aY3R5rBStCxef+NWZRPS39rNKXVPI3 sFGSyc7qCOq0REGxIpn5YhEIE15R+oivBf9j5svs7SQluxsawU7fEVr6Lbj8T5d/B86asEWXf8eV 6uNkcEWxt1/qf38vpszsF4PidlJ7/9/fz1I+0Yh1/++/P57wfd218YRGIDO713Ujs2+XampvKNte wQUx/Pdr6D8O/Iuzpi5qFrF4tf9k2t29RjVtsT+079vVuvXrk+8vYFRQhbYugKl+1YBbJLUyxJhZ GwDlaTI7gpFpbbao/YCSM8MSJVhYShU8cHOBC7V48Nmav2rd5uXU98+7Iy+50YuBgrWtREdmwZdH iw4ivLT7AFJw7TVVsBOZQXCZvwZsUaO07UO7C9YaqbDEFoUx5o9bKIIrZSQNBAIZ+o14pQ1fZGZs Mw4vgnKn8B7ABo2lOGSzK3XJLVirgl4RLcKuUi0tCLf7ZQzovRVmiivyy3Mw5A8XMKtiHDoy2n8w 1cnhwP7ATEXBLWNbUQFkL2m3uUY9CgN2D0nGPqYB4/16levliScARRSINdvs5tncHHXP/ruyeShZ u6uTR0bNJOpZbw9Od1u74L3LnuUrjaaYUI2pKFGmjJEjJI+sWYRvDk6eT9pepMYy73+cDWUniAVQ fF42dAFE4MzlcJ7hDBrqtrpZHIgCwgpr4zWcRHdBo4G4q+lYiQmRGXEu2iE96+2RWFk5RlEWzMxe KlrL+hmmLGn8gWUMWvgL3KMnIOjdumeavAAYiUtTkh5iR2gzUA3iABuVeG+w9NVjmUCe2L8OaZim UdXWyAo6lscEyzfiHqmTePO4fbGvSFSUmVXpKDQdMICofC4oAonidpB+zLO4wXcqqZwNCI3sAX4W HocuxnxHsCKNxQxPtNU0ZivY6SBJqgwseEVUivLKR3Z20Bz1pbhuqG4fqI/JL987+9MtTPUE9Fm2 47Td9MAqHIYukICGlwFJ2AAkUFwGnGku7EzmwWnhej7Npjn2sFjWLIMtCvVZJYtmkUiGqwb1F2Fv BNRJqgA2P8h7ePzlDosAO+TPsMJpKzehvjou/GdAEe6gAzySW3jgBCTSvyD/DeUQN5L3WJi9ZoWa 6WfvmQEn+Ub1Foy3F69tA3TZvv+Z2ahFMAMz5Y0k0Rl3eeDmLi/J6pbsvZ/IDY7bHPvZEPXMmQlr ZJQac4IWAYEBM3Rx0VZX/77Lc/Tf9+vX/aA7Ni98NbVpEVaPpfKWvASJaNeczFZLeZLICpooCbqk OFpUrfRsUvDmr8hLRgIRhuWB0vFHN90rhbvgFL4tTFdFGAg7sLNzpGVaMMvFn7QwrI8Syc8/zwKn Q1HAHUFng9WVfVj0yAzcGM0lq/Ao54al93wcdG/zcrvDKSmknfcdvU5Rq9M9f9qpZt4P6GIx4cMO m2JfFuT9x91rLvr74nmvbH3iVQVHxIJGvkDx0euZntNZwE3cbSBzqXhv0c1hoiiM3P1z3yAH8U+H MYGeb8E8gzcTYzN7FN2RDJT9p0vK4zMaDQKBllyZJpqgeZdynTVr82h8Sva/jKxeUNQmo2QWw9PK L5RKdkfvL7ch/SJQdHa9kYxyub18JUL/QeFORBbMy3uJ4ERNDpBP6kyUwJGRcPdEJsTiMsdIkX2o 2W5DCKeuJULlvtQdzaybpdFmx0dUHDUWfXndCNxxlIFJGopM/6X/GUZtar9SOR9Ld1be0v7k8e3x l1mec4lGPYVknzOVj02qgiuuY6t32XNF7wlZRySgz9e7gojwLipUPHoL24HWzrDAHWnEHc0mxaFa eX45nf7K6uVG+Ucls1iOmd2jPUvxufpQrXZlA8Id8sxbo3h3YlkJnKRjJOTvisdMeYDJCRx4N6Gk Q79ARXIv5JEjExHJpixgFqsQqUbQrWQsWfUnp0NjzpJOOz61gpRXZFUyG052mseEF/aclAnfkTCQ Nrb/gXI7D+9aZ1m9w2NsPS+D95XyZhy3wO/PYPrgNXruysklI8NTM1tKtyVGTviHquXbg0FxWXP3 O4XTMk0gRK1+h0s80ojySO0m5EeGir64BOxukP5rO8Sylj0D3lgRAgkzBbwehbf/avBhSnEHCVyz tvC+DJjcRJ7ZIwNrSYU33A61PIDeK2EYYLBZGL8F97wee+wIcFhmsHdQKN7jZvbff1hE2Rjy+2XX Iwszdmrmmi+jJkvxeEkqkrfdPZZexSDDw/2R8d4kOvXaC43vSYbzC9FrDyvEHUFUoFWmtjBzx4JY suUhtHYmQfoIM7X0sMg90R2T8yTSa9mbf6GSh1BWO9GPdnofAXUeVnQ3/1vMTOVdVw/3vM3Zd64h nucTKSfagSdSeO41fL2YsvFFOHEtTyk/dC/KdJVWJlsSnHzafCpPzyxSVd90urYbpeSNM+OgWvpy zwHYRHMp38oVDCQW5iWWLHmDPbxJiUImBjUqleGlMgoueSU8AistoTYPmnpb99HCDq/pM0adsX0i HeOI+nqZeTyDykCpNhLxnrIzy/P7eqEShiEMO1y2V1IlHfSL92N6qrhQo8J0pHmU/a9ZCU/OXPhT CDCqsjMvzCsko6KNQ8cXmH8PTph7rWRNDm+Z5lq7j7rNFZGj5H+Fs1imW4SphNViqcyMPrs4IBMf AjxsRWRtbRjGWQmT1AdEq7W0jJkZGTjy/vs7QaT4F7zQl+XHrRms+Ykm34piYOzigW5ET05ZpEPa 6mSRPCuR1s3bslkpsg+JpeUl4/vwTazOsoPwRnq2juoGZVp7dnS2vDsP3LO0NWp6s9adqqsMactu +pGFkYxTWmaLSKAJG+jytCv70vkreEl14orTfVADGYHyjsIjnKxdP9Ha8H3N4/1qIOZRLcbyciQZ KTEDWd6fUMz57sf2wC5uv6+3CfLyNCHD2+CpGKhSZ1q926vDI2T/hdBFQ/GS4PG6QHoJE+rziMtK mqOW3EK2pKkmbURvY2XRUfZVNTa3sqIP8oTfZ/qvl6hhu260LFw0VIoPpdpBLLScM2DX+fX1F4Lr nSkzc2rBS+Re495HPquChT5Y+Aot8uL5PBGMDNpsQT1F2QYY/j6di6te/Yc5Cb8/nrMmSdWWmSdM /nIv5+4r2b8W/A9PFw3aWa0HmxNle6ocFqrJyDTkL/SSMVdsNPoX5iDor0UFBx+IcI/Mj1p0ocCP mT2blBtLNxPwfDNApp0UZqM5hVV8ap+ykXlkD2/N3ZdQ8Px5V6/pNnCOugiWYaDEhZ507NvG4rre cp6AR2dMPzHWrgzZHJS+0UCEmjSUaE4MdXEKi/aQ6f4ZFZKNRoCsS6xdRFs3nuzaAln7QYqG+pZE TSN77Ff//PZg8A/WIjpERA5ot2YpYGHhMcT4oA5ogEOPPr67mO32rSxfyVJkHv+fv/+fXdv3118e spEyevwjM6W/nch02BJQ/8fAjvN8U/FG1+IKeUWhr3OMnkPyVHjp7PfMNH3YBAKY9odtpBC460cv KkNagT29lUSksDd3esChsUwuCugCglpRQM3xEVd2BkngV86m6NkDGHxm5oBiD6ICkNaM4urZK9GX PK+2APes6rqznOw7Ijj4sjkjORvXnNNINAKIXWa/n2FO1jaC85nOrPnnnoHqrHvxppLmhNGG3F/c 2lwK4CWBlpF7z8u4kjChpq0MDwDSrUi0MC3tsCqNe1KIXA7aIlVx92z10vKtq6aotuWgGK1jW7qo yConGA6O4rwHOPipiZBLDoq5soUcNHV4FuEKfplEH/k3YemedciE0Cz9jR3ECtuO1jNPXhwtE14W CDy2qJiVT+wYCIN0bS13Z304FIqFLPqIqt0/QlG7yLU2r2RlF7kCRtA0LG0F7RpNkJMTqAZqA5/Z rB0+ffEXdEkq/LuQZ+yZ+ZWDpjrd2Vugmg0xHSO7kjN8uM3bUgWhBSK4EgaLssBxVwCm6p6vgDFR 8U79n87OsamhsxaUhayeF0NliomcFQIr20zsoWi3JtssZL6jKEUUGbmUge6AnhlVGmESXMT/ArRJ +EThRPB1GGfH6IPfRFja9FctLdWVw9DG0qFDa+xo/z1Vzc51YSTCYoa7uo+SxBfkxQJpR1t6VgPm 0BiyXkyiaQRBzUJHRFh5CvhltoIiUVKYVAWI8uqyBszvE9iqV4xQW2h7ec2ytzVagKvGmvGkvE6u Pt307AIkUW9AxVZGieAZ6Cswbcl+w76WdWUOlDBMZ6fYo/Q6OwoJitIHNSZwxzJIQbeg+0obHj0R ZZlJIsCMpQkCnz49RrjkVKUz52DAFD9RFaOGYhYD+6aAvT29Am3nHkQW6Yy6jhwPeCMQANHXCwlT wRtuavY3mRwMCI1MCnDsye/v+weoSalJVo6tNU5UjGjsysMy0MMAwM7ZHTNnF0Qx1YjSbuWkNFmi Z00mj0zToXhBGNhRPTYUY2HiW5Y01EiVbnrflrESGh4iTzeS/y/LqLH4cIDe7Iemls3on61o8C93 xJqUywIOT8ID6P+uhpHwYln3QufFX2P1k3jRcLmCqvXASz0SZB7gAGnYJ2sgQIPDrcFwldErP2Th R6thwOlWgl/KaUUCkHMZuZbo9x45RdP0ec8YaZiV4SSc093fNd40m6xm5MoywJSKMrjg1dLMarZA Jqxvh0JAxXmbDEBKVuIJOQjv3Z0dV1MsPJYJk00Jl7z93jhtMgfdRFNqOHF23OSYi6aD88s1e9PI zZIhDAuf2187veQMN96+tFFOKjwphM/BVsJjI9tebsiEuaM8fmCYpnk7LmFs5OLTPKJxz/EMg6Ms EXEj/3m10P92aPtzY5JKvXLUUmjp2p2UY0/Uxm6XzcYKugMqUmhajoNAmPzNXc9rZnQjwrBh1IlO rTdqPQs0CwqChRZystzX/D4zHUpXUVaoqycPuavza2a3C/dyCyb24BtWwjT1AYV9KGLwaFJE6wX5 E7sJzWsODW2H3o1LHWw5+Gd2v245Le3uJOU9SsP7MsBhoPKZW5sMJ1dBW4xaqjwUF0KMvXqpZDqk YCRhSJjLWirWsB0901LNHEcpQFszTUaz4OFnTKDadQ3MRjFY5rqzORfdQ7F5R1K1sgAKBhnUa2AO hQx2xaekcnSSZ8BN52fJgsPt5TyRtx4I3Nr7Hy+WwMzSRqE5BMoteSr3p3CVc3542YRPEdbBs0dt z4yeDrVQ1ahuuhOppH2GYq6TM3KjHDrQUc4OpShY3OVFUFjrGOjK2U3vObKILgIu2CsCUa6dCgKJ Y6mfdEaMgOhKFHm1HBRZ74LbKPWPXgneDu3SMuNIafrj3MYoOQSssiqG7TxsbvK8oaOpwn2Br+0x +8KPD5DggUAWsaytZ38O2lVIxWwFcE70xPHarphR3KVgXAU6BWqjgsrwU1dMcdRupZ23L39QKdrR Yccksnao0spXTvKUDx2covAaK9uQJeh7yZLmtg4PEXrEMhGS8aRqyuNaqDuGssI6flkAu3NIMg+F Uje0Ye7gcDzDm0DUW9LQ3x2J4Ibqmo6yGYUqMs6K2hLY3IMpag4XnZnmE4sy7v6vUm98dfNsNfpS szs72LZ9kX8EDqrvGkjoS5nDTOVCtOTKKFjSC4kqI5svRVozyDWmQ2RVM65QAz0UtWWUfaenI+r0 KzeAun99/20Q/bmbK4kJ3pA/x8J4hrdFUZbX1qIA4GBe0vbFRPuDYti2VGjcJyr7rS0EHlCMaL1E 6B3WIG3RzEF/V0yobi1Lzkb2PlDCLbkjCt+L0DCUSVHMFYMxAzLdfxWAKtptaDq0Liu9wHiqJ4N9 +45ykwlivBVwaQmYQr3nyB3bnbkrqIeBtE8nspq3k3jJpule9Cxkg1V9Y1SU/ecHIQ8dAQbNRRxN RcqCmafaiEpOARKbxNanutRfTTXqtiC+FP/e7ZnLDNIeU4YCrJJ/S94guD4ua1ddoiZUsA2z0yzE jP2SBTnKKsKhRARHe8LyTuoJga6GQPZlSkAawyyDqYdywZQ/Lapblc1zndv2jWYoXwif8uGgHSmv zUcc+ywR7yfayxP0dfECb9TBenUca1Ho++iLPfaRtflz4INIBlFbimJkP9W2Jkc8s8ySKspVE4vS sginZ+EKO2RDadspvDrSoImXuDLxOnI4sOgjZmSCdugRgIzsMQwMkAl38gPko3iF9Mvx/AKUG0V6 muP1SiSvD8SJD/svw5b2VyU7qjgzc/eBpZ40797j+eo+WM2LY30Eh+30HtOKkmI9o0R5y7LVHUis A36HKW450v/KcTTyYjVnFpWsBQ35Dz6SgKFKBFPcEcwJ9hwlPbOgeuSkiDiOxmLgm2ag1C4UzE/W QK6rMJbKClFzAjO8hjOnNNelWydGFKa2t+y/YGafYR0P5TbcJwFuaGcr7Oj0xPp5ApB6SbD9jN4K +xzeGSX0UXpn8k8+56JW4+IDmNHjIEkaHNpSn5ZDHpLgYvwC/nqbqduxu7EpXsswZK6OUlECeJqT 3zPbEvuo3eZLBGDLdktp+MqkEfmIUckxXPdG7ixuyVpE1v+QAQgjH1xBwDNCtZqFJdhojz5M+P+c 5VHrVsqjVDuC/ZWXMO0+ZeJ+CIi/qc8DRbm6kt4yn/IavGVhY3vDGTXCllLR68+BCfeKQFDKZSio KX8+s4Nax5Z5xk20e+RbRBesoGulEWZuVe648L/3tM+TO9euhKPDCOwpipoZjeiaAUnFVhfWfHak Kmj5zQis3orclLM9M+qsrnl8fmprFm6XPry8Z0x/Qgrg5bO29akBcKBCCNBAKNjNPDRnxS9JNc3F rmlmqoyq8UCTtPy4ttXsS/8DL6Umt5zm9HnHMKu7/gQzOuR/RQvLJihC1NwAmjLacKHlsQwJWStF W/I5PR9zEMxSloyKXpOSh89iFIzGw571otcQcjC5mEWy9bVg3+Tz7a+GYSCY1l599Te3UV5nG66H i56kdACYErMW955T7gUGmhKCORVwpbZuF7xkhWiu47LbPYk37V6J4oS0hFF+c09w3f+Qf7vlLzs/ 8nEVI/PIq/yrkla5lILQ2iM4KeOXLOJd7pSpz17/yCAz9tFxwKp5bck1js/LwjfTH46z86raRu4R 04x9JItHo97sdvWSXu/ISpJ25qz7nlNteS/BBicdrcHChCLLzNU7aXjb7dhHQS9QzbSzGksouY/O 55ovlpVuWZC8orJoRe+RHfhD/ssAOlbgxJCHu0TwUCFiy4JVnWWgRoUfbjCJBFFUV03zFs1Y2XGf g7ihxjvaiza0TnuTI6brHO0AuTG8zZbxDi41EgREPmxlrTnxSZXtMfc7vUY5nv/W/8X+UyAKFdWU xPhCBNddJzwCTtRlisjMB5esLJmMCYusBCbXbSgvwD9UeqLmoLya1XqLV41iialaoOxn9Fgmy5vl SojQOGmfZwF2jTw4oUgSSqdPUbaT+guWdpznuTwkpUZ+WbeTaZ2IOuUQ+SvjF3v9YGTilU8HYzFq FaO1ZEbkf+EjHnlfx7EEnnQx4fgW5T9VUnVmbIIBF2fOQBMko3si50C/z4pZ+f0zIU2UsXEc4vPB igU78jO1XWy2UCgTQ2sZasnJwAzVUZPzVbJZzy/m3Eg42+X62c9t37+dnzi+/cFnDg3+gX9/CjMT pfN6yH9GejEHy785QegVyYVXPolAcc3Mx7uERcLe4QJVzR+gZ0m7HcH1UhTR1I7U48FbImNrWQ6e yt+Ttc6k0g2cckeE+7iWMY9/TBhI2rylzc8Kt0cM4kDYRW/O5aa5mLPZ59vzb5h6r+dHJtHT6GDh vP/RPu8ayW5xgTeG2wb2bXU8HucRQWKPxuEYDiD7STMeyAfcgpuOhf8XR11zpromvHn+tEU173Hc oFd6K0x1rvp/7veOQNouikOyWDHoZSTpJLe21K5nIvJW+6pOlpZTl7FboTlR30LxqtyCVkspM39o gKaaY+MgMNwM8O/7146+wlL3ZMI9z4Lpx1tFc7sXmZ/n1z9/H95tUb8fX5Mg1se7P2X5s9blcSsM 5u/5MZ8xhpe9pXQNa4qq5gNu1p9laZ0Qso0nZeRkJ4QnD1VdaoOfS+W5QM4dLslxp/+V2ONNeuqa Key1K6fliDBqjhyQksgF9T+bl93GFihqMKnpHSoeRgaeM7T0cLyKURXeLuHIZ2LEKAdMeW2bT9Fp PebbV1eDO/Tm5RHoqof31kCcgglHljTA+sVEBXGbSuoxJ0vsTSvHHXSzQ+1OhcT1Q/1kx+pS0jPV jtTOxEuBdiKPn70nocBNKxKfKExu9d41KmLXQpBr0oK2bCJQqqgn0/75NH8M3/ltMVfDo0x8uDqG hPB1oIwEw0P4/LXdpx7tfLDF/QA1wbZXPtLxxPis/6Erm5yjVHfmkGoVRYgBEI6aWRWpWJsZarI3 mT+KsE60p87bsi5X5ojaqLGrBcXe53H7zcgJeq/Kg6NIGAvTrMHvbDPn7bOibEX+VAZzkT774vnY gC58Esb33/TyKP3FA9HwQAFMSwZJ5U8rKxj34SvC/IuPc0EPNScCofHrxDbZCQN4p2Q+Sw45HJl6 rtldm0NCenbLVkwOn8qdiW9nkALnexfI0cAqTOYGvAmlnMinp5i1jPVyg0RyUMPNiP/Fb/c/CxRX ylrmsesRsfs9lYg+64zRJUv1acaAxKU1yylFVyKHdXqhJkb/+UMnizllC7h2prc41h4Dfn0a1JgW lG3Alv45QyfqQ/KEWZpy7hmJhLmQ3Wa38sQ0YwxRbzHHO0kGpQN6lgzJm48s/pEMZahHJpHlBLUr ZxY4XcuAxysfZENXNXIMu9ARbTiPHw9NW2oUR6J3/QmLvuZSTNXvGt27inVkPRsSBNCT7s/uccBT PB3vneyYN+iHbQi+BlO9HZvOfTHO4lvDUzZITAutrfCbkhQdpHTGencKSNlheiYGHlH8VjNjGw9F pWX4xdz7liTkeWxr85Qqw8txN2vcnjF6yh5cUEV2cpGUeZBXewwM5CnUrB20ZEz2cGQlD8LSzRIN qg85CG6Q3m7DOPAMMhPr9IvfQOZ490SjWJZ+2wDnBmD8+8zbFsx/CDvQFrELhIcMs354zR5mNWCL YLzEtPmeT7zS3qc6mS3tOZVLsL/lJFLJjfLRNVBvVbfckp1Q2KtAVf81M+3O7xxZNqMbjGa6BdLI HZd82MTI6s1abhrkjk1UO9oYbyKgO51ka91BESc/YEimm6azbKy8YvGD+Kue8/GuUesShpell5AX pmQoH+XGAsv251xludeZ3rMlS0YIvcIeahHZ4wsNzmOpPVs2vm/qHwybC33IwTvyFD1b6WuGfjqO 6l5a1spK04r6rLV3zrva/8qZnzFhfpk8sG5/H7FVaZkb5/xcl1kbsz+eDkCr9Y7n9O0sMr+8Lai/ 7qexRGNU0J7JuSUBtSfQDbMgapEB7LmkJ6gYn/ddtjGzoIL2fMTUncrNPjNvzmCKHdk1R34JwzMO 1YBlwT/SIzPTl5BSPKpJgGHdzjMnD9QslblvcKltox27sgaPCOp/4dx9hOoTIxHi+XPcTtP29jTh Mwvz8qlJh36m/JtgjLzYqvOMm3BJhzIXa0ol0fIu/CmAsepe1IG/IllzZXU0qyb4MzX8kINb3Z+M v+pC4wuZiavZRi1N0IjOmVVz4gmFo3r24wRRlrCHO53VTczLiy2/MXCJ2IQWw6ytz/bMUU41oIJP H/X/xRxDd83tQJi2VzzRrx73s5gVh97kUhbrEmDn0jNGS+aTD5TMHTQyOX4tBUtk51Sz1JILvWZU rb+uJr6C+cG+UP16Bh+VhGP95vKgTMpcePK2CWmfe5Y+Ljv9JleXIuS7+08VBW8oZ9ofPjCapTW3 lYDODNawvaKQjL7v4Lg/n1bqPwufb+INpI3d1pFkJL1zqko8q53P3MvsiU4DHj2YRM7sML1t4wL5 uH1Ily0VDmXVZL5553TEnu29NR8c2ZITI5V6ZZcrN4jS7vyvkrWjbSkvZx5ZWIX3O3JQj55PV5Lh UaScPmtnkpRGibWO8u9hhXLGy5XGFrbXW1ouDP+JEUA+Bcgf8TNzRFLPvrygcWbr64MdU38qhslT FOwyDsSOx0GqD+vG5JlzXBF7z2ck1QyaUlD3vH1hmzOn2BEfImjdhHtvIXNZW/RrxDxDyJzAzHcf Uvn8eT8iIbm4ujwcLYrx9JDidGRXDrE5c2ooNwL3Y89qST7SRV2fws9X9viQGaA8WZ9JDhCp5BZL fIb9VL8DseKZLL1SMEJ9s9/VyzWLJcJULjUSBDl6aon+nNdJO683tKIlZy9Q2vHIIZbSjTBitMAa ztOzdZdVuy17vUMUObTwhWntKjLkmxnD7X22DwfWcUMhhA8KuiXjDQBG3LjreVKMQ38+l2qS5aoy vZid79nQwTLXKx+IrIh75IjRmmMoaqZ9OWr+NtGUf7/5qDX317PGfuaY2QxtMoM573xBi2RBPj0c uFemTNF0zTm0xE5iDKgnLBW4MiVKIZxZt0YArMWlzXmjAIYypw+lQ6SI7H9VdjWzUy8KdPE0aiCK ix8OTQBIHiADzxbPX5534p5ImEszcqRDeqsqTLJy8gEIk9tcy4HuqPOMMlqxmpQDk2JzcZ133LqM 11jTVaJbCWWlqKuRjA6L4AODqtW98JZX5EaFIcJU5HUttdNxQNZVpsTK0udFVysOyj7xhfBitotH iykT5w2eRQaq54htrYx6LjVyLrBZObhtmQmzIUNHLbqNUrL3zE3zpG1pPU4/EtaJz20JlVY/xZ3I DvqLpVxnzqSimyNqlcsIgzAjcpnZ0qVl0g6ltpw5PXtmP2PN4uea/GqN8sJQnqhzyDLXLDb2leIg ZTssH1LDeXdMDSsM1Pq27DTJQseoihGszWquu96AK0WRCuGTrucyUXt1U1QwXi2/xsGwIOv4yHjU wf6yOzIGF2vTaWvQjulhNBF6tLg2egSlDs8/52uJrBMRJ+o78yyxZDOH190PuJ83aj3zYSsTxWYl J2RKYWiyAuIiSdqRHSO+JelRMsM+skVRFdRQY++G+P76y6SkaPfMGpgziy74ycyqgJj5ljlcOpTX 0o+vrjGW/XCiL01iS/bSn4Sb6eO2tFhKaKPf7gMjTe6q5pbJBWnXSD4wkWc0hdFWK1v90tOT033n QnB6Uo7gY4VSJoCYY+JImYFnuVb1l2W0KGAwctzNlc3v6uPWHEvFGpeGc857aKHaJcQziIi+t+pC 0PELmn7fFtc8omckihVpP02GPrWY/SMo9b+yTXvdj3IoMnRtYdVKzjWijgkntyzNWi6gqUdjZsfl WB4AJxJgfYAUYRU9qR4nx+/wyzcky5hrJCf5uufA38awLw3I3KRkL6mcJhDVc7o3F4Ia0Us+86lz ypS1bHgZWUgsJ0idubJX9MrnDteFjuYZ9SS1dw4BWAn5MGI5i0aIWs5FxqQtD+Zj4ozasm6xKMDI RyfXnNrXMQmwR5/s/fBEEebquBw5eZvbgWQ1FYZtIMSTM0OAm41JoNKTwabbtfdsczP33fTcn3k/ 9zDGI8d95Vi/Go/zoKmR6eg5v6veBiEmcI7Mhsi3lpw6qLBrZA+X7EAGktH0R2mMfq/OlXn/oRYV RlJXPG5bwZF25ZkTKnoWjC1O4X7wtEgPKqTwYasxcpx/JQ6TwZfQplO1KZybmF2ezlyWcTfwkmNq bt5SUSMaTQqmYuzVcRNYCnn+G2ynQ9cqkJRgndKVY8Rk0iVhPnhCoGXmBNGZUYDSu0QvOm/NMTWy 8+cf9b1HzgSLNvma8wdKzmVtGRr07BrORMwWT+aFd+PTJcbS4tSS4MpFDIZttHstImEN4RBIyH2X HOeoTaq+77z+TfrWMn+3GoEW+bKSFFZMYKDPvTQWI72zrG7sU+Vqa0TN5KYohzWHQrsaXRILmSDY KTt2YSz/FUV6O5kiKUMkHTwJfj+8tWe++Bq38yKOJYnBqxXlUnPUm0pSezK3bZV/Du6j2p/5GK/V wwoDS5MJQSlYFjt5nvHp0ypqpo3OLEqP/EVW13BXchevcD3u7mox6SKrkSVbuZKez7a4l+aMoeUt KVmlsCUKLQEPQjuv2FZFXxNTPjhyoZabV2HCRXu/ZYZOcIjXQPxfs1GOloF7QYSA9IHqqg0l3hX2 J5xjzcYcRZGqme85NFIWUvFUyQorlrJcCacZvI9l5ptmd7AIjVUTiDdvwNmz6YAh/8B8Qr5p9TYX JR7XmGaQEyTG7U16ljh2JJdlQnuOgZXNCeIik2X36INkKYNcyuYmnto0LZ6fnuM3e5KN6lKZ+dx2 6T8lz4CCpzgxE2YmhfuOipEWUwEz9U+eU6ZYBDufdqcPuQqSP9ea+F8eJ6CUJzicM6FshxoKwJO8 U82YYhvBYVZx3T2HltfIHG1XgjSlO4Wx61ILPf5/VeeiG7mxA9E/uMlibWvUT9ljOwn2///vtvqw qtvAYOFNZscaic1HsVjcxOWg1A6HbJhofvElPeo3G9xzHvXQxsxrkwQhX42dwkWDQtvO4rIx3Pqc 6H/OpdJfn5dh+XchUa0ssDec5CZFdUqr7SFVxqWbqqFsXE1k1OaW15jXBkihtEkac9vSJy2eO14c cZyrWGrG3ubQHiKfcWfmdibEryi7NLW0UPd52XbL2TwfUc5Inl1KR/5DkSVgzSIhu3qJp9Kc1SS2 nrXEOk40JIFPu/bmVGn1VE1Au0R1Zq78bZEnbTZ56Q/kKlBaWeUJIH8r57ywLeJtT+lJy2kWjx9w v+MNo1oHufr19//GDfz96y+gpyIB2IX2yOCxcwLHqzhsYu9HOWyb5K8sOp/Wu47tuICvz3em4eYO uwTlSVmrl1zHsOGG/785eAHKdS1EcDvDKl7syhw/g8sV9V+Wnavyirpg/q62MWlbWUUfj9i4ZYr9 toG43mnzFRJM3Z1Baf4kyftQdCzfUpa0nStiW74ToZxWFlqtHvx4Db70DN+sUR7PN+/hflOHDrRc VJbne/vn68nUw8dV//z3PZ6ISxgsf9pzNG78BJ3T4jfQMDHmPN78dS81rh8fsZ02R4kUGrNNTQQm QbJgMdcyDuU+vF39NWfLp7QEA2AUoshe4EVOU0vxoWYNY/5N87ZJ46U6zpHzPyTuTSpI1zIL2Fzs MnWLuiSJqlqW/JZDgN5DMmVOC6fN95Bkqen78wNTj2y5x+5vU5WKpMzkOYNUX/PimUfE3JbGcm3K ygKRI9Y3aZufknznjj00YTqjau3Siglgah4BPAPBKM1uzr1+972tnE2FTBcp13HHswZJFGtHqKYd wYZPF52YExGROoYUxLZd8g5YOKVEryZ+xPMaVxgBPUU5YB/+NbXsbP+XNsMGgFZYFrY8mCnrRBkn dSuyAI7NO+Csm4kDFGbSxjmkF5DT2lnwCL2jUIDJKlrtBHDUdS6fIstqUixJnlJPh/a7qb5e8kQP pf2qYhZZVNOmby+WijrmKqJNNCMOrMPB+9xiOU79+E/ji7sh4oMMyMyBSouDkRw6ISFbFYTIXjcA 8NKYpDKWFydOkbGj5yAGAthF1g5Q8gpgNPd3VEHc/1c60uHrqnrfwzbcpwPlGwcT+5cI+avRFUDj rAycYrls4qsEpq4+kQuiKqysiSfpNCD9nNfzSfyYexL3hND6Tk2zPM43DJMmLdLtWupqANy5fdHU YWyd0BaGzf8ctEfbtv2wbnj4+Pk5By7aJF00Ge0wdez5Dspz3KlobUpgkq+rm8NHEYPehSxxq7l7 pGRcP2YDChooa40laBz2ppVw069mn+WHVjbsIF4xRZavr3jxWGLpoaDoRIvV2GljBUcKJxiqz145 R36rK2sVoWvveqQlJxWj04s2oJc9Vdc3HV+N1+3QPvr3nVTFJj4bMDcz6ql37U8EHtHmiHHPke4Z P39P+/eY3h3cQU7Kqit5LkS9KsR4vIFLYugpK926Ns55Vyune/uzcgmjLlUrP/IuWKHWEn/OpaIv OBx3mg69uWvTPZHu0JqGw7s+5590JLMaEy4QIh0a/qFnHyvsuf9s3Ny3+tnxsf/9+0U2OH4L99/q puPFMj4uAAjI+bZrDbx6cGO2npddRNXCFGfs7nFwqTuAbAwHsM7Pjiwu4rV/oNCwdreyyof48EaH eO1boatkEIwlVsHU7gPilJxszM9889ViYJf4va2I3DIN2IiEom02FfO2N6Yn2n3/Oft8I/Jb8MMA OrYBqD43uIWDFe8iKmvOXY89X+RXZtll6W/465SQ+DvBNPrsbW235VjtJI2y+vN9bUWbF9Jmn3aM VfNuFjZ3wRha+qICmgCW1Hg1/8T5mH3vJWY+5SQ3lnR9ob4tGQwhRN4u+vOyjiIPgtrhTguvO+ka N3+4EQDP76/n7dKrY1Ze/s1jR7rz1xRQUgvsfudTWfH4mTEZskEXbgHOlEW8P82JVf5vJ89wbtko JUVDfC6jkkQ/nOQrxY1DWgPxlsJG5KKJxpCnNrp2PeTo6y017yaxL55a05aNLgjaV5Ik7JbVSgiX 0iPuS+jybuVwh2/Og3rWrrUJRnHDtXzZMGkWc9tFfbUg4VW7JLXV8A06U9J01SMUU+MrnJo8vVHK h5u8QY0DlEtadeRztwo0rRdxH8oHwTsvwrFvy63klBZORYYcv/GHfMRqk7WJ1lbpNyYtviniv1XJ ZXhTXq/Leq+pJDBeGKdhIgI9P//58y++iMdKLhp8ACWlfe2b84LRlQEafkkanOR5SWnnQELZ9v/2 8osd94A8Z6yjDWYX5pG3VSNALkbkjIfk5Nw7ZpfU11iyOZN1sMb3siY1XCnwTh80p09oUPAKXkc5 nZzQ4JhRoLStD3JJysaN9Zs7V0INrHmwQikuFCN8iOH3MO8GRTxy0eQVLUsmemPOz5Z6bytDI6U3 RNO2DpdH8g0IbDN6b24qGa7BPo0y+Rqcr2a1ovyA9pEl0kisXQghLIgQMXZRkCwCo/zz2tT8WpDo Dp9KwPP1100JuQnJx7PlWVNT38WRmTknTCFu4Kxef+MTuD/LYO6AWEzDcD3VPCBvq5BK6hXKcgHQ dcGt8Q/V3ZiuqbpeyOLBEi8iMZiNJOdj2UtG9AlZ3ImXWGkhtvnWFgdsTNYjesSuJTfu86JPhzQc 6Rx1RET2x2sMdKiR1y06kVdbE0/OQeDZjV8div01RoTGPxnH/5jjP5fmEcx/SNr9sS5MzPmu0Qn+ b5XCvHKYRP8I8fOq2Y2Am4SnRcH49rLXCE5yumC9IpC/qufoCLVjJnlro5fQwtVo83ZOHQJuFwhg eIbgp/saxYirumzBPBfp17EPj/3OHmGxOwxcYOoUSrHRANLRBEPKlrZhV0DZh9cIzpTMAQuZ7kPt GPKWRaLTJEVU6KLrr9pBcaEIDiLIMhIOUGAHYn/ineD7kuu09SbqJhsLBB3qLnOygKiUYiLy9dwU Qork/pJ40RSPxM3h6lm25ac5z86vUxwGACh3jV0wYh4B1XoPmprILo0f7AKQHZLcOpEwq7yK53ZJ TiR8u/0/iTpQxuRUGJI1v4hzdKjAiTJzLbsMAU/aTGEJ4gcerzEbwqPBCVS1480SXMMIwew9ssZz wkts4m971IY+ETM48w5EETHXX/Krm3LX5JUEG9pQpFhLTMH+Q9VnU1bHni263kXWRQChe9WFdbq2 1aUwkHMoGR62AbsFvpcz+bQ1IifP/3fY4ZacJCnJA5izK8clQLS5S2jajxe7z2zPPJ17IaB5rf5A NV+WTJP2CXrS0B2NJvlB7KdLsr4wTrUJyXIP7QORmzCU6hKJkrmJ4m4NEO4VMwWgl67s+LK4rGAv SAsrwMP5yREWeyCHjxk1irowVfSzrt0HJqUU8WyVtcaCP0pg2CB0bOu2l61r5TqQL8dkH9mwd6Ka w/Nn2b/T0aKhLeUn51alJsNKZCN4+8+4P+FPDCO73D6ngMahFcOBpk58Bu3KKNlKtJ+SSDUAX6M0 ztJBxWhPieoYwUgSZBaadApTjazvTStaiK1Z4kjZHUyNDyQ19H2dRaS4hf9Mf3t3Znt28UKdTjrt KsCpr2vPGkOLMVOwa6dYfLVr9Tl5XfaeghnU6EGT3uSf6jR7pZb2OR092WrpBpVI9MiwVSPqfM7z IxDRLt5s3OTptCccGrq1hF3nG+YlOoe36oLtKkkUjhzJ6y005fTiiJk2pXfcQuAqApzbWjQQYIL7 lY/Q1Zyyvbdg1JLDehxbMoB2lgXKtnE5LMEud3yIo6SLBbL69HOhjKu/5Z8nzAIDynwtCEL4pVDD ExKFUT3fu0LJglDGpX7OBvGl/Tg77MM90bBhUoZf5KDU41Cd0sWTrwjmKOF3TMmyJSdIljug1AXs AroxRI+VJskEUTvrfG1CoFnCYioWumhjUWVviw5vJsbczdRa7Palcdakexl42kf0LG6grIeCPfMC 2LObGrj3/cg0jYF8f36Mt40/sycE1XjlIlEmb6GhvbA4E1Scw5AYJKH6AE1F8vJ+HKf2OFOwnF7o POdbfZ3YhmE01Yzhr85tCiDFxqK47XJEMYnpBAYHsghLMrYs7mKRZCXjt03itFmFf9fYApERDKFv EuUeN+ChAG+Ob/HP99P99Cw3i2XydGChkJ2+/P7by7bwP6TBWBFTPH3TvMInG1jgLDfR+5NYsu54 YmwIrJ3Hrk4Z9jkuAOcA6FQE0fM4TnG5Nybtb6PQPkrEXD7caUna2LCnxEOcoXENvNPeCd/ortb4 6/8BxFOUTw0KZW5kc3RyZWFtDQplbmRvYmoNCjggMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0 eXBlL0ltYWdlL1dpZHRoIDE5MjAvSGVpZ2h0IDEwODAvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0 c1BlckNvbXBvbmVudCA4L0ZpbHRlci9EQ1REZWNvZGUvSW50ZXJwb2xhdGUgdHJ1ZS9MZW5ndGgg OTk1MDQ+Pg0Kc3RyZWFtDQr/2P/gABBKRklGAAEBAQCQAJAAAP/hAFxFeGlmAABNTQAqAAAACAAE AwIAAgAAABYAAAA+URAAAQAAAAEBAAAAUREABAAAAAEAABYlURIABAAAAAEAABYlAAAAAFBob3Rv c2hvcCBJQ0MgcHJvZmlsZQD/4gxYSUNDX1BST0ZJTEUAAQEAAAxITGlubwIQAABtbnRyUkdCIFhZ WiAHzgACAAkABgAxAABhY3NwTVNGVAAAAABJRUMgc1JHQgAAAAAAAAAAAAAAAQAA9tYAAQAAAADT LUhQICAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABFjcHJ0 AAABUAAAADNkZXNjAAABhAAAAGx3dHB0AAAB8AAAABRia3B0AAACBAAAABRyWFlaAAACGAAAABRn WFlaAAACLAAAABRiWFlaAAACQAAAABRkbW5kAAACVAAAAHBkbWRkAAACxAAAAIh2dWVkAAADTAAA AIZ2aWV3AAAD1AAAACRsdW1pAAAD+AAAABRtZWFzAAAEDAAAACR0ZWNoAAAEMAAAAAxyVFJDAAAE PAAACAxnVFJDAAAEPAAACAxiVFJDAAAEPAAACAx0ZXh0AAAAAENvcHlyaWdodCAoYykgMTk5OCBI ZXdsZXR0LVBhY2thcmQgQ29tcGFueQAAZGVzYwAAAAAAAAASc1JHQiBJRUM2MTk2Ni0yLjEAAAAA AAAAAAAAABJzUkdCIElFQzYxOTY2LTIuMQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAWFlaIAAAAAAAAPNRAAEAAAABFsxYWVogAAAAAAAAAAAAAAAAAAAA AFhZWiAAAAAAAABvogAAOPUAAAOQWFlaIAAAAAAAAGKZAAC3hQAAGNpYWVogAAAAAAAAJKAAAA+E AAC2z2Rlc2MAAAAAAAAAFklFQyBodHRwOi8vd3d3LmllYy5jaAAAAAAAAAAAAAAAFklFQyBodHRw Oi8vd3d3LmllYy5jaAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AABkZXNjAAAAAAAAAC5JRUMgNjE5NjYtMi4xIERlZmF1bHQgUkdCIGNvbG91ciBzcGFjZSAtIHNS R0IAAAAAAAAAAAAAAC5JRUMgNjE5NjYtMi4xIERlZmF1bHQgUkdCIGNvbG91ciBzcGFjZSAtIHNS R0IAAAAAAAAAAAAAAAAAAAAAAAAAAAAAZGVzYwAAAAAAAAAsUmVmZXJlbmNlIFZpZXdpbmcgQ29u ZGl0aW9uIGluIElFQzYxOTY2LTIuMQAAAAAAAAAAAAAALFJlZmVyZW5jZSBWaWV3aW5nIENvbmRp dGlvbiBpbiBJRUM2MTk2Ni0yLjEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAHZpZXcAAAAAABOk /gAUXy4AEM8UAAPtzAAEEwsAA1yeAAAAAVhZWiAAAAAAAEwJVgBQAAAAVx/nbWVhcwAAAAAAAAAB AAAAAAAAAAAAAAAAAAAAAAAAAo8AAAACc2lnIAAAAABDUlQgY3VydgAAAAAAAAQAAAAABQAKAA8A FAAZAB4AIwAoAC0AMgA3ADsAQABFAEoATwBUAFkAXgBjAGgAbQByAHcAfACBAIYAiwCQAJUAmgCf AKQAqQCuALIAtwC8AMEAxgDLANAA1QDbAOAA5QDrAPAA9gD7AQEBBwENARMBGQEfASUBKwEyATgB PgFFAUwBUgFZAWABZwFuAXUBfAGDAYsBkgGaAaEBqQGxAbkBwQHJAdEB2QHhAekB8gH6AgMCDAIU Ah0CJgIvAjgCQQJLAlQCXQJnAnECegKEAo4CmAKiAqwCtgLBAssC1QLgAusC9QMAAwsDFgMhAy0D OANDA08DWgNmA3IDfgOKA5YDogOuA7oDxwPTA+AD7AP5BAYEEwQgBC0EOwRIBFUEYwRxBH4EjASa BKgEtgTEBNME4QTwBP4FDQUcBSsFOgVJBVgFZwV3BYYFlgWmBbUFxQXVBeUF9gYGBhYGJwY3BkgG WQZqBnsGjAadBq8GwAbRBuMG9QcHBxkHKwc9B08HYQd0B4YHmQesB78H0gflB/gICwgfCDIIRgha CG4IggiWCKoIvgjSCOcI+wkQCSUJOglPCWQJeQmPCaQJugnPCeUJ+woRCicKPQpUCmoKgQqYCq4K xQrcCvMLCwsiCzkLUQtpC4ALmAuwC8gL4Qv5DBIMKgxDDFwMdQyODKcMwAzZDPMNDQ0mDUANWg10 DY4NqQ3DDd4N+A4TDi4OSQ5kDn8Omw62DtIO7g8JDyUPQQ9eD3oPlg+zD88P7BAJECYQQxBhEH4Q mxC5ENcQ9RETETERTxFtEYwRqhHJEegSBxImEkUSZBKEEqMSwxLjEwMTIxNDE2MTgxOkE8UT5RQG FCcUSRRqFIsUrRTOFPAVEhU0FVYVeBWbFb0V4BYDFiYWSRZsFo8WshbWFvoXHRdBF2UXiReuF9IX 9xgbGEAYZRiKGK8Y1Rj6GSAZRRlrGZEZtxndGgQaKhpRGncanhrFGuwbFBs7G2MbihuyG9ocAhwq HFIcexyjHMwc9R0eHUcdcB2ZHcMd7B4WHkAeah6UHr4e6R8THz4faR+UH78f6iAVIEEgbCCYIMQg 8CEcIUghdSGhIc4h+yInIlUigiKvIt0jCiM4I2YjlCPCI/AkHyRNJHwkqyTaJQklOCVoJZclxyX3 JicmVyaHJrcm6CcYJ0kneierJ9woDSg/KHEooijUKQYpOClrKZ0p0CoCKjUqaCqbKs8rAis2K2kr nSvRLAUsOSxuLKIs1y0MLUEtdi2rLeEuFi5MLoIuty7uLyQvWi+RL8cv/jA1MGwwpDDbMRIxSjGC Mbox8jIqMmMymzLUMw0zRjN/M7gz8TQrNGU0njTYNRM1TTWHNcI1/TY3NnI2rjbpNyQ3YDecN9c4 FDhQOIw4yDkFOUI5fzm8Ofk6Njp0OrI67zstO2s7qjvoPCc8ZTykPOM9Ij1hPaE94D4gPmA+oD7g PyE/YT+iP+JAI0BkQKZA50EpQWpBrEHuQjBCckK1QvdDOkN9Q8BEA0RHRIpEzkUSRVVFmkXeRiJG Z0arRvBHNUd7R8BIBUhLSJFI10kdSWNJqUnwSjdKfUrESwxLU0uaS+JMKkxyTLpNAk1KTZNN3E4l Tm5Ot08AT0lPk0/dUCdQcVC7UQZRUFGbUeZSMVJ8UsdTE1NfU6pT9lRCVI9U21UoVXVVwlYPVlxW qVb3V0RXklfgWC9YfVjLWRpZaVm4WgdaVlqmWvVbRVuVW+VcNVyGXNZdJ114XcleGl5sXr1fD19h X7NgBWBXYKpg/GFPYaJh9WJJYpxi8GNDY5dj62RAZJRk6WU9ZZJl52Y9ZpJm6Gc9Z5Nn6Wg/aJZo 7GlDaZpp8WpIap9q92tPa6dr/2xXbK9tCG1gbbluEm5rbsRvHm94b9FwK3CGcOBxOnGVcfByS3Km cwFzXXO4dBR0cHTMdSh1hXXhdj52m3b4d1Z3s3gReG54zHkqeYl553pGeqV7BHtje8J8IXyBfOF9 QX2hfgF+Yn7CfyN/hH/lgEeAqIEKgWuBzYIwgpKC9INXg7qEHYSAhOOFR4Wrhg6GcobXhzuHn4gE iGmIzokziZmJ/opkisqLMIuWi/yMY4zKjTGNmI3/jmaOzo82j56QBpBukNaRP5GokhGSepLjk02T tpQglIqU9JVflcmWNJaflwqXdZfgmEyYuJkkmZCZ/JpomtWbQpuvnByciZz3nWSd0p5Anq6fHZ+L n/qgaaDYoUehtqImopajBqN2o+akVqTHpTilqaYapoum/adup+CoUqjEqTepqaocqo+rAqt1q+ms XKzQrUStuK4trqGvFq+LsACwdbDqsWCx1rJLssKzOLOutCW0nLUTtYq2AbZ5tvC3aLfguFm40blK ucK6O7q1uy67p7whvJu9Fb2Pvgq+hL7/v3q/9cBwwOzBZ8Hjwl/C28NYw9TEUcTOxUvFyMZGxsPH Qce/yD3IvMk6ybnKOMq3yzbLtsw1zLXNNc21zjbOts83z7jQOdC60TzRvtI/0sHTRNPG1EnUy9VO 1dHWVdbY11zX4Nhk2OjZbNnx2nba+9uA3AXcit0Q3ZbeHN6i3ynfr+A24L3hROHM4lPi2+Nj4+vk c+T85YTmDeaW5x/nqegy6LzpRunQ6lvq5etw6/vshu0R7ZzuKO6070DvzPBY8OXxcvH/8ozzGfOn 9DT0wvVQ9d72bfb794r4Gfio+Tj5x/pX+uf7d/wH/Jj9Kf26/kv+3P9t////2wBDAAgGBgcGBQgH BwcJCQgKDBQNDAsLDBkSEw8UHRofHh0aHBwgJC4nICIsIxwcKDcpLDAxNDQ0Hyc5PTgyPC4zNDL/ 2wBDAQkJCQwLDBgNDRgyIRwhMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIy MjIyMjIyMjIyMjL/wAARCAQ4B4ADASIAAhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQF BgcICQoL/8QAtRAAAgEDAwIEAwUFBAQAAAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS 0fAkM2JyggkKFhcYGRolJicoKSo0NTY3ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4 eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi 4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREA AgECBAQDBAcFBAQAAQJ3AAECAxEEBSExBhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl 8RcYGRomJygpKjU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImK kpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP0 9fb3+Pn6/9oADAMBAAIRAxEAPwDzjB65P6UnP94/p/hTPn9B9cij5s8AfnTEOyc9T+lGT6n9KaS5 /hX/AL6o+fPKr+YoAUsR3P5CjcT/ABH8qTLdwv8A30KT5s9F/OgBxJ/vH8qNx/vH8qZ8390f99Uv zei/nQAu44yGPX0FLk56n8QKZ83HA/Ol+btj86AHZPr+goyfX9BTcN7fnTfm9vzoAk3E9/0oyfX9 KbyPT86TkdcfnQA/n+9+lHPr+lMyQOo/Okyf8mgCTJA+9+lHP94/lUeT/k0fN/k0ASc4+9+lHzf3 ifwqPBz1/Wjn1/WgB+D/AHj+VGPcj8KZnijPbNAD8e/6UmDnqfypmfejcemR9KAH4PfOKMH15+lM z7j86XPv+tADsfXj2oPTv+VNB96N3HWgB3v/AEpMdKTI9TRn3oAdgUnHpSZ560mR60AO4P8A+qjI HY00dfvEUv8AwKgBd1Ln2NM4/vUZHrQA76ijPbBpOPU/nSZHcn86AHZGOQaTjPem5HqaUY9T+dAC 8Yzg+1HHoaT6N+tGf9r9aADjuDRkeho/4FS55+9QAmR2WkyP7po98il4z1oATIP8NGcfwmjI9R+d Lkeo/OgBN3qCKNw/u0fj+tHtn9aADcOu2jcP7tHbr+tH4/rQAZ9jRn2NH+etGO+c/jQAZ9B+lJzn OP0p3+etJ+P60AAz2Wj5vQ0YPb+dJ07/AK0AHP8AdpeemKTOf/10Z/zmgBcGjB96TP0oyf8AJoAX aaQp6ijPv+tH+etACbM9qXZ7cUfiPzpMHA5H50ALt9qNp9KTB9RRj3FAC456f5/OjHtSYxRigBcU YNJtFGB69KAHYNJijC+tJxjqaAFx/nNJgUnFH1/nQAu0ZoC/Wkx25/OjH1oAXbnuaNvuaTH1pMH3 /OgB233NG0+ppuD70YPf+dADse5o2j1NMwaMH/JoAftHXmkx9abg/wCTRg0APx9aQgY703Bowf8A JoAdtHvS4HvTCOf/AK9HIoAdtHoaNoHIBpvPpSc+lAD8D0NGPrTOaOfegB5/GjAJ6mmc+9L+f50A OwPU0YHvTMn/ACaMn3/OgB+0e9G1ff8ASmZPp+tHPpQA/A9/0owPf8qZz6UuDjoaAHcY/wDrUn+e gpMe360fh+tADuMY5o4z3pv+etLnn/69AC4Ge9HFNz/nNBP1/OgBePSjvSZHp+tGe9AC8Uf560nH +TS8eh/OgAo/GjIz0/Wk49KAHfjRznrTeAOn60dv/r0AOyfU/nRk+p/Om9un60Z9v1oAdk+p/Oly fX9aZ+H60fh+tADstjqfzo59TSd+n60n4frQA7Jx94/nRkj+I038P1o6dv1oAdlv7360ZP8AeP50 38P1o/D9aAHZY9z+dLlvU/nTMD0H50HHoPzoAfub1P50bm9Tn61Hx6D86OMdvzoAk5/vH86TLdmP 50zPp/OloAd83r+tL83rx9aZn2pOvagB/wA3r+tL83qajz7Gl/CgB/zepo+bsTUf4Gj8DQBJ8394 0nzeppv4dKTJ9KAJPm9TR83qaj7dKM+1AEnzf3qMH+8aZn/Zoz/s0AOwf7xpcHsxpn4GjmgB3Pqa OfU03mjmgB3PqaPmx3puT+NLu460AO+ajJ7j9abuNGTQAvzelGT6H86TNAfntQAvPXFHf/69G/FG /wB8UAGOf/r0uPY/nTdxx1pdxxQAc+/50c/5NG5v8ijcf8igApecd6QufWjcfUUALk0ZPp+tJuP9 6jcf71AC5PpRk+lJvOOtG9vWgBcn3o3H3o3n1o3f7VAC7j6mk3HrSbj60u4/3qADce1G49hRk+oo y394UAG5vT9KXc2en6Um5vUUb26ZoAXc/wDkUu58U3c1G5u9ADtzfjRub1FJuPoaTcaAHZb160fN 600lvSlyx7GgBfm9aPm9aT5/Q0mW9DQA478df0pMvnGaPn9DR8/oaADL+p/KjL56/hS/P/do+frt oAPnx1oy3rR8/wDdo+b+7+tAC5b+9Rz/AH6TD/3f1pPn/un86AHZP9+kyezGjD/3TRhv7tABuYfx n8qXex43GjD+maTD/wB2gA3H+8aXccfeNJhvSjD+lAC7mPc0bm/vGkw/TFLhx2NABvPqaNx7saNr j+E0nz+hoAXef7xo3E/xGkw3oaMN6NQAu7/aNGe240YYdjS/N6GgBOg+8fypc9OT+VHz+lGH9KAD Jz360ueOp/Kkw9HzjtQAu4+p/Kjd7n8qMuR0oy2KAAn/AGjS5GOrUnzZ6fjS/N6GgBPfLUf99UuW B70Zb0NABn3NL+J/Km7nz0P5UFnoAdzjq1GD6mm7mpd7Y6UALg+/5UoBPrTd7Uu5+1AC4OaNpxTc v6Uu5qAF2nFL5Z9abl/eje3vQA7y/c0vlj1pu5ugJpNze9AD/LHrR5eO/wCtN3E9z+Io3PuoAfs9 +KPLxz/Wm5b1NLuegB2wep/Ojb79Pek3vnk0bnx3oAUIfX9aNv8AtfrSZb3pN7DqTQAu09m/Wl2H uf1pNzD1o3N2JoAXaR3/AFp2z/a/Wmnd05o+fOMmgB231P60bfRj+dN+egCSgBuwDuPzo2ADnH50 m4Y6n86N2e9AC7F7EfnSbF9V/Oj8TRj3oANi57fnSbAemPzpTzzk0nbqaADaOv8AWjaPXH40m7tu pM/7ZoAXAHQ0cetJ/wAC5pf+B0AHHT+tJge3507Az96jjH3jQA3A9qMD2peM/epODxuNABjnt+FB WjA/vGjHfcaADik49P1pcf7VH/AqAE47YpD+FL25P6UenP6UAIR7j86THfNO/H9KPx/DFADcUY9K XHTn9KNv+1+lABj6UmOO35UuB6/pRgep/KgBuD7Uu32pcD1P5UvB7nr6UANAox9aXH+0fyoA/wBo /lQA3FGOOKd/wI4+lJz/AHj+VACbTS4NLt9z+VG33P5UAJtNG0ntRg+p/KjBx1P5UALtPek2/Sj5 h3P5UmD7/lQA7bSEUnPv+VIQff8AKgB2PajHPWmfN7/lS/N6n8qAF2+tG0UmD6/pQPx/KgBdozS7 Rim9u/5UY/zigBcDrRgZpCP84oxz/wDWoAXC/wCTR8uKTH+cUmPrQA75ff8AOjC46mm49Ofwox9a AFylGU9DSY/zijHNAC5X3oynvSYox7UALlT3NG5Kbx/do/CgB25etG5cnrTOuPlNGPY0AP3LjvQS vvUfHoaM+xoAflB60ZTPemZ/zijPtQA/Ke9G5PQ1Hx6Gl/D9KBj8r70ZXPem9v8A61JigQ/5fej5 fc03k/8A6qTBx/8AWoAflPejK+hpmOe9GPrQA7K+9GU6c038/wAqPxP5UAO+XHej5fSm8+p/Kk59 TQA/j0NLgZ71Hz70YPvQBJx70cD1qM59TRye5oAkPtmjHsaZ82OppMtjqaAH4Hv+dGB2/nTOfejL epoAft+tJt+v403Le9L83vQAu36/nRs4pvPvS5NAC+X/AJzSbKMn1NJk+poAdt5o2mm5+tLk+9AC 7T/k0babk470uT78UALtNG0etNz/AL1Gcf3qAF20bf8AOaTPsaOPRqAF2/WjH5/WkyPQ0cehoAdg 47/nSYNJn2NHcjaaAFxSYFH/AAFqTA/utQA7FGPrSYHo1HH91vzoAMDPejaPzo4/umjA/utQAbVz Rge9GP8AZajA7BqAFwPejjtmkwPRqXaOuDQAv50n4GjA/wBr86AvfB/OgBe3Skx9RRj6/nRge9AC 8e9H4Gk2+zfnRtHo1ACce9Lx70bRjGGo2j0agA496MD3o2j/AGqXH+9QAmPrR+BpcegNGPY0AJ+d Jx707Hsfzox7GgBD+NHHvSn15owfegBMD3pMDPenYPvRz60AIQMdTRj60uT60fN60ANwPSl+X3pc n1oyaAEwKMD0pcmjJoATH1oAPrS5ajc1ACYOaMcUuWo3NigBMUYFO3N6UZbtQA3A70YFLls//qoy 1ACYFLjily1JlqADbxSY4p2W9KNzelACYx2pMc0uW9KNzUAGKMDnNG45pd1ACYox9KN3tRuNAC4o waNxpM0AHNGDRuo3mgYYal+b1pN31oDH3oEO+b1o59abu96Xdj1oAXn1oyfWk3fWjP1oAXPvRn3/ AFpM/Wk/OgB2aN3vSZ+tGR70ALu96N3+1RuHvRuX0agA3HrmjcQep/OjK+9G5ewNAChj60m73o+X 0P6UcehoAN3oTRn/AGqPl96Pl96ADcP71G73o+X3/SjK+9ABvHrRvH940ZXtmjj3oAXfnoxo3n1p ufr+lL69aAF3n1/WjefWjj/IpO/egBd59aN59aTjHelwPegA3nPWjcfWjHt/KjBoAXd70m73o6Uf 57UAG4+tBPvS4Pof0owcdD+lACZPXNGW9aXn0NGD3BoAbk+tGT607Gexowc9/wBKAEyeuaXn1owf cUbT7/pQAZ96M+9G1vU/lRhsd6AFzg0mT60c57/lRlvegA5z+FLRk/X8KNze/wCVABk0ozSbj3/l S7m/yKAAhvej5qNx9P0pSxoAT5qMnPejJ6f0FG4/5FAB6cmj/gRo3H/OKMn/ADigBf8AgR/Oj3yf zozx0FGfYUAGff8AWjPb+tGeOn8qTIP8NAC59z+dLk+ppoI7LR+FADt3HU0ZPvTc0A/SgB+T6mjd 9abkf5FGR/kUAPDD0NH51Hx7Uv4/pQA7OPWlDDHemZz3/Sj8RigB+aM+5pntx+VLz3x+VAD931pQ frTPy/Kjn1H5UAP3dufyo3cdzUeKOaAJA3OMmgNz1NMwc9RRtPXNAD94z1NKH7BjUe0n+Kl2nHWg CTcOPmP60bufvGmFD60m0/5FAEm/3P50bue/50zaex/SjB65/SgBmV6YNLuHXaeKbv8Ab9KTf/s/ pQA7cv8AdNG8f3W/Km7ufu/pRuP939KAHb1P8LflSb1z0P5UmSP4R+VJu77aAHblHOD+VJvX6/hQ W/2f0pN+Odv6UALvXGefyo3j3/Kk3f7I/KjcR/D+lABvGOM8e1G4en6UZOfu0ZOen6UABcen6Um7 2/SlyfSjLUAJu9BSZGTgdaflvSjJ7/yoAZn2o3U78KM/WgBM/wCcUgJ98Zp2eOhoz7GgBvPXmjcc 07J9KMn3oAblu9GWp3PfNJz/AJNACbjjv+VGW9/ypeQcUfN1oAT5vf8AKj5/U0vNGD/k0AJ8/qaT L9eadg+tJzQAfP69KBv9aX5qTDdqAD9569aP3lHzdqMNnFAB859aPn7/AM6MNSYb2oAX5vQ/nRhv 8mk+Y96Pm9qAF+akw3+TRnjtRk46UAHzdcH86MH3o56Yo59KADB9/wA6Pm96Mn0pDn2oAXnHejn1 NJz6CjLegoAXB9aTmky3oKMt6CgBcGjn1pMtjoKPmPpQAcj/APXRz6/rR83oKPm9BQAc+tHPr+tH zY6CjLegoAOfWjnrkfnRlvQUZb0oAPXkUZ47Ubm9OtGW9KADJ9RSZPtS5NGT6UAJn3FH4il3GjdQ AmT6/rQD70bvpSZ9qAF/EUZPqKTPtRn2FAC5PrRlvWk/AUYPtQA7c2OtG5vWmc57flS/XFADtze1 G5vWm9+1H5UALlvUUuX9qb+Ao/KgBct7UuX9qT8BSZ9hQA7L+tG5/Wm59hRnjpQA7LY60fN7UzPt Rn2oAflqNzVHkelGfagCTLUbmHr+VM49KM+qigB+5vek3N6H8qbn/Zo4z0oAdub3/Kjce2fypoPP Skx7UAP3N6H8qMt15/KmYPpRg+lAD9zf5FG5vf8AKmYPpRz6UAPy3oaNx9D+VM5o596AH7j7/lSb jTctRz70AO3N7/lRlvem8+lHPpQA7c3cmlyff8qZk+lHP+RQA7cff8qNx96YSf8AIoyc9vyoAfuP qaNze9MyfX9KMnjmgB+5vek3NnoabmlJHrQAu5vf8qNze9NpaAFyc85oy3q1Nx9KAPpQAvzHufyo +b1NJ+IoxQA75vWj5vWm/Qil49qAHfMKT5qTNG72FAC5ajLUmR6CjI9KAFy3/wBejLetJn2pc+wo APm/yKMt7flRuHoKMr6UAGW6f0pdxpuV9BRkelADsn2o3H2puR6CjjHSgBd7e1G5sdqTI9KMj0oA Xe3tRub2pMjOcCjj0oAXef8AIo3n0H5UnHpS8elABuP+RRvbtRx/d/Wjj0H50AAY0uT6Cm5HoPzp c+1ABuPpS7jnoKTI9KTd7UALub0FLvPtTd3t+tLkelAC7zRvPf8AlSfhR+FAC72o3t6fpScY6UvH pQAb29f0o3N/kUmR6UZHpQAu9qTe1GR6frR+FAC72o3tSfhS59qADc1G5v8AIoz/AJzRn2/WgAy3 +RRlv8ik/D9aOvagBfmxQOmc0fhR+FAC8+1H4ik79KM+1AC8+ooGfWk/4DRQAuD0yKOfUUlFAC/l Rn0xSfhR3oGLn/aFGf8AaFJx6UYGelAhc/7Q/KjI/vCkwO6ilwP7ooAOP7wo4P8AEKTj+7ijj+6K AHcf3hR/wIU3v92j8BQA7j1FHHqKbx/dpePSgBePUUfL/epOPQUenFAC/L/eFGF/vCk/Cjj+7QAu B/eFGAP4qTjH3aOP7tADuOm4UmB/eo4/u0bh/doAXj+9Rkf3qTPtSZ9v0oAXI9aM/wC1SAj+7+lL kf3aAFz6mjI45NJx6fpRlf7tAC5HqfypNwx940vy4ztpOCPu/pQAuR/eNLkf3jTcj+7Rn/ZzQA7I 9f0oz7mk3D+7RuGeVoAXOO5oz9aTcOm0UbgT90fnQAu7nqaTd2yaMr/dFJkE/doAXPTrRnnvRx/d oyP7lAC5HqeKPxoyP7tGR/coAX8aOelJkdlo3Z/goAdR/npTd3P3aM/7IoAd7Y/SkJHpSdvuil7/ AHaADI9vyo4o/wCA0mP9mgB3Gf8A61HFJ/wGj/gNAC4H+RRge/5Ug9dp/Ol5x92gAx78/Sjj1/Sj B/u0fN2WgAwPX9KXA9c0gz/do59KAFwP85oxR26UfUGgAx3/AKUuCf8A9VJjjkGlx7GgAoAP+RRj 60cA96AAf54pQOep/KjA9T+VHfr+lABn3o/H9KBj1/Sjj/IoAXnPX9KOfX9KTjHX9KXj1oAUc9/x xSfj+lHGOv6Uo+v6UAB/3v0pf+B/pRx/e/SgFR3/AEoAOf7/AOlHP9/9KMj1/SjK46j8qAFBP979 KXnH3qbx7flS8dePyoAXn+919qOf7w/WkyO2Pyoz7/pQBGd3t+lBB9qdk89MUmTjGRQA3nOcijn2 p2ee1GTjtQAz5s9qXLex/CnZPtRuPoKAG/N7UfN7flQWPtS7j7UANw3t+VGG9R+lO3H2o3fSgBuG 9qPm6cflTtxz2o3e1ACfNjtRz2xQWPYCjJ/uigBvPt+VHNOyf7o/KjJ9B+VADT9P0FJzj/8AVT93 +yPypN564H5UAJz6fypMf54p2fVf0pM/7P6UAJj2/lSd+n8qdnj7v6UZP90flQAnOM4pMH0pdx9P zo3+woAQg5+7QAfSl3n0FJ5nHQUAJg46UuD2FG/2FG/2WgBMH0pDkdv1pd/sKXf7CgBOfT9aOfT9 aN/0pd/OOKAEwfT9aNp9/wA6N30o3fSgBNp9/wA6Xaf8mjd9KNx9qADB/wAmkwf8ml3/AEpN30oA XGKTn/Jo3fSjPPUCgA5/yRRz6frSZHqKNw9RQAuCe360YPoPzo3DrSbvcUALg9cD86TB9qN3uKTd 7igBSD7UnPoKXcfak3ewoAOfQUEn0FG8+gpd+OwoATnvijJx0FG8+1LvJ9KAE59qPm9qXcfajcfa gBOfQflS5NG4+1G4+1ABlvajJ9R+VG4+gpNze1AAScdvyo59vyo3N7Ubm9qADJ9qMn2/Kjce+KNx 9qADP0/KjPsPyo3H0FJuPoKAF59BRn6flSbj1wKMn2oAXP0/Kk/L8qM+wo3H2oAM/T8qM/T8qN30 o3n/AGaAFzz2/KkyfUflRuPtSbiPSgBcn2/KjcetGT7UZ+lABuNGfpSZ57UZOe1AC5PtRk0Z91oB PtQMOcdqPyoyfagN7D/GgQfl+VHPTijPsKN3sKAAk+1Jkj0oyPRaMj2oAX5vak59qXIx0FG76UAJ 83tR83tS7h7UmR6CgAyf8mjn2oyPajPPagA5z2oyfajP0oyKADn0FGfpS8e1Jn6UAGfpRn2FLmjP 0oGJz7UEn2/Ojk84o/AUCE59qM88ilyaWgBv5UUuRj/61Gf84oASkp2ff9KO/UUAJ+VJxTu3Wjqe tACd+n6UnbpTqKAEz7CjNJS0AIaM0uPf9KX8f0oAb3paPxo/GgAx7UuB6Un40UDFpPpRzmjHvQIO 9HbpRjjtS4+lACUc+lLg+1GPpQMTnrilpOPal49RQITml/Cjj2/Ojj1H50AGfYUfhRx/s/nSZX2/ OgBaOfQUce350ce350AHOOn60ZPoKOB2H50ZHYD86AD8BR+FHHoPzoyPQfnQAc56UYNGR7fnRx6/ rQAUY9qMj1H50ZGeo/OgAx7UY9qNw9P1oyP8mgAwPQUY46Ubh/k0Z9v1oATv0o/ClyP8mlyM/wD1 6AG8UvHXFLkf5NJkev60AHy0YFGR0yPzo3cdf1oATFGKXcM9f1o3D1/WgA49aOKMj/Jpcj/JoATt 1ooz9PzpePX9aAE/Gj8aXIoyPX9aAG8+tLS5HrRkeooATAo/GlyvrS/L60AN/Gjt1p3y+tHy46j8 6AEx70nHrTvlpPl9qAE4Hejj1pePajj2oAOPeijjHWjigA79TRS5FGVoAOfejnpSZX2oyPagBfyo 59qOPajI9qADB9BS5PoKTIoyvoKAFyf7opcn0FNyPSjdQA7J9BRk/wB0U3PtRn2oAcD/ALP60Z9v 1pueOlG4Y6UAOz/s0Z9qTd7UmfagB+cdhSZ9hTcjuKM+1ADt3sKXP+yKZn8aN3tQA/PbaKM/7I/O mZ9qXI9KAHbh/dFG72H500GlzQAvfoPzpefRabnmjJ7UAO57haP++abk+n60bj6UAO4/2aM/7tNz QDQA73+Wjn/ZppNLn60AOyfVaM/7tNzS0AL1/u0f980maUEZ70AH4rSYz3WlyO4Ipcr6H86AEwc9 V/Oj/vmlyPQ/nSAr6GgAx7rRg+q0Ej0NGR6GgBcZ/u0YPfbSZHoaXcvoaADDY/how3YrxRuX0NG9 fQ0AG09MrRg46ijevvRvHTn8qAF2n2pMH2o3D3pd4x3oAMH2xRt4pN496XePegBcfSjA9qNw96N4 x0NABj2oA46Ubx6Gl3gdj+VABj2o/Cjf9efajf25/KgBcDHSjAz0pN/PQ0bh6GgBdq/3aNq/3aTe O2aXeMd6ADaueAaMDsp/Ok8we9LuHqaAFwB/Cfzo4/u/rTS/v+lG8djQA/jP3SPxo4/umm7h6/pS 5Hr+lAC5H90/nRn/AGD+dJkdc0ZHrQA7I/un86QY/u/rTcj1oz796AE55yDSc+h/Oj94fX86TL+9 ADufQ/iaM8fdP500mT3P40mZPQ/nQA7j0P50ZHofzph8zv8Azo+f0/WgB3Hofzo4HY/nTfn6Z/Wl /ef5NACgj0P50ceh/Om/P6/rS/P3/wDQqAF4/umk49DSfvPUf99UfP8A5NACnGehpOP9qk+b1H50 fP7fnQAvH+1R8vfdRh/Y/jR82e3/AH1QAnH+1S8Y/iow3t+dHzeg/OgBcD3pP++qTk+n50YPt/31 QAc9t1GR/tUYP+Wo59M/jQAZHo1JxjnNLz6f+PUfRf1oATI9D+dJke9Lz/dH50En+7+tACZX3oyP Q0Z/2f1o6Hp+tABx2Boz7H8qOP7v60cEdD+dABx6Gjdj1/Sl/D9aPw/WgBM84oz7fpS/h+tH4H86 ADPt+lJ+H6UZ/wBk0Z9jQAZ9v0pfypM8dD+dH4GgBaTP+cCk7dDR74NAC5+n5Uc+1J9AfzpfwNAB k46CjkdQKb36Gj86AHc+goxx0FN596MfWgBfwFB+gpMfWjn/AGqAFx7LS446CmfnS4PqaAF+mKPr im7T6ml2n1NADs/Skzz2pMc9aMf7VAC/TFAzjqKTafWjafWgBfxFH4ik2n1owf71AB+Io/EUYPrS YPqKAF6DqKO/WjB9aTaex/WgBfxoox7/AK0Ee/60AFFGD6/rRz/e/WgA70lLg+v86Tn1/U0AGPpR gUvOev6mk59f50AGBRj3o/H9TS/j/OgBMCkxTsij8f50AN20YFOyPWjjmgBMf5NHNLketJxQAY4o 2/5xRxRkUAG32NG3noaMr6mjK+tABt9jRjjpSZFGRmgAx7UYHXFGRRkY/wDr0DF2/wCzRj/ZpMj0 /WjcP8mgQuP9mjB/u0m76fnRkUALtPpSYPoKTcKM+360ALg+gowfSkBHp+tHHpQAuD6UYPpScelH GOn60DHc9hRhvSm96M+w/OgQ75qOabn2FH4D86AH/NRzTPwH50A+w/OgB/zUmWpv4frSfl+dAD8t Rlqb17frRj2/WgB2Wo3PSYz6fnSY9v1oAfub2pNz+1N/D9aMe360AO3P7UZfvSY9v1pMf5zQA7c/ qKNz+tNxn/8AXRj/ACDQA7c+eopMt6ik2g//AK6Mf5zQA7LeopPm/vfrSbfr+dJjPc/nQA7Lf3qM t/epuKMUAOy3rR83r+tNxRigB2Se/wCtLk56io8e9GB60APy3rRk+tN/EUYGOtAx2T60c+tN/Kj8 RQIXJ9aXn1pv4ijHuKAHZPrRk+tNwPUUceooAdk+tHPr+tN47kUYHqKAHc+tHPrTePUUYHqKAFwf WjBz1pOPUUYHtQAuD60uD603A9RRgUDFwfWjnFJgUce1AheTRg0n5Uce1AC4NHzUce1H5fnQAfNR 81H5UfgPzoAX5sUfNSf560v4frQAfN/kUfN60n0x+dL+P60AHzUYb1o/z1o/z1oAMN7flRh6Px/W j8f1oAMPS4bNJzjqfzo5x1zQAuG9aMPjrSc+v60YPv8AnQAuGow1Nx7/AK0uDQAuD60YPrSYbpRh qAHYPqaT8aT5qOfWgBefej8TTefX9aUA+v60AO59TRim4Pr+tGD60AO59TR9Sabg/wB6jB9aAHZ4 70n4mkwfWjBxQAv5/nS59zTcH1FGDnrQA7J7E/nRk+ppu0+1GD6igBxJ9T+dGT7/AJ0mDRg/hQAu 4+/50bj7/nSYNGD7UALu56mjd7tSYPTijB9KAF3e5oz7mm4PoKX5vQUALnjrRn3NN+b0pcH0oAXd 7mjNJz6UfNQAuT2pdx6UnPp+tHPp+tAC5ajcw7U3n0FLz6UALk56UZNJk+lGTjpQAuTRk5pO/SjJ 9KAHbjRlvamc+n60uT6UAOyfSl59qbn2P50oPsfzoAPm9qOfajcfSk3GgB2D9aMGmbjS7jn/AOvQ A7v0o57YpNx/yaMn0/WgBeaT8qCT/k0Zbj/GgBfyo/L86TJoz7UAO98Cj8P1puf85pc/5zQA7j0/ WkB5o3e/60bvcfnQAc0ueOT+tJn3/WgH/OaAFz70ZHqc0n+etGfT+dADuOmT+dJ+Jo/L86Mn/JoA XPuaT8T+dHOf/r0vXqf1oAMjuTRkdiaP89aMH/JoAMj1NHHqaP8APWjn/JoAOM9TRx6mjB/yaMNj /wCvQAfL70ceho2n/Jpcfp70AHGelGRnpQAfT9aXn3oATj0NLx6GgZ9/zowfQ0AJ+BpfwNHPv+dL k+9AB/wE0YPpSZPqaAx96ADn1/Sk565/Sl3D/Jo3Lg8frQAnPr+lGG9f0o3r/dP50m9f7p/OgAw3 r+lGGHf9KTcvPy9fejcv90/nQAfN1BH5UfNnr+lGV/un86Mr/dP50AGGz1H5UAN7flRkf3T+dGR/ dNAAd3qPypcN/kU0kZ+7+tGV/un86AFw3t+VJhvb8qMj+6fzoyPQ/nQAc+v6Uc/5FJuHofzoDDpg /nQAuOef5UYPY/pSbgOx/Ok3jHQ/nQA7B/yKT/PSk3jHQ/nRuHofzoAXn0/Sk5/yKN3t+tG72/Wg AwT/APqowf8AIo3/AOc0bh6H86ADDf5FJhqXd7Gk3e3NABhvQ/lS4b0P5U0t7H86M+x/OgB2D6H8 qTB/un8qTPsfzoznsaAHYPofypPm/ut+VJ7YNHHvQAuG9DR83oaT5cd6OPegBef7po59DScdeaTI 9DQA/n0NJ+BpuR70Bh0xQA7FJjmkyPSgkZ5H60ALijHNJx6UZGelAC470YPakyP7tJ26UAO+ajn/ ACab/wABo/CgB2DRtP1/Gm/hRn/ZoAdz7fnRg+n603I7r+tJn/ZoAfg+n60fhTf+A0n/AAGgB+D6 UnPtSfhQaAHc+n60hz6D86TPtSfhQA7n2/Oj8vzpMikyKAHfl+dGPp+dNyKM+1AC4+n50Y/zmk3e 360bvagBSP8AOaTn2/Ojdz0/Wk3jrQAuD/k0YbP/ANel3e360m72oAXDY/8Ar0mG/wAml3+360m7 2/WgBcN/k0Yb/JpN3t+tG8f5NABhv8mjn/Jo3D/Jo3D3/OgBcH0/WjB64/Wkyp7frRkf5NAC8+n6 0YP+TTcj/JoyPX9aAFw3+TS4J/8A103I9T+dGR7/AJ0AO5/yaTB/yaTIx1P50Z96AFwaTFGRRkY/ +vQAYNGKOP8AJoGP8mgBKTFO7dKMUAJRz60pzij60AJj6UUuKNvtQAnNFLt/zmjB9P1oAKTj/Jpd vtSbf85oAWk4z1o2+1G0+lAw47mjj1o2mjB9KBC4FJgetLj2owfSgBMCl4o2mja1ABxjrQNtGD/k 0m0+n60DFGKXim4Ppz9aMH0/WgQ7ik/Gkwf7v60YI7frQAv4mjv1PFGCO360fN6H86ADPuaX86Tn 0/Wjn0NADvzo/Om8+n60fN6H86AF596Mmm8+h/Oj5v8AJoAfk+9GT703Le/50Zb3/OgB3PSjB96b liO9GT70AOwf8ijn1puT70nNAEmDRg+tR/N6ml596AHc+tGD603J9/zoyfU0AO+b1o59aZk+9HPv +dAD8H2ow3rTMn1/WjJ96Bjzn2pMH1pMn3xSZPqaBDue5pOaTJPrRk+9AC8+tLzTfmpeaAF59aTn 2o5o596AF59RRz60nNHNAC575oz70nPvR+dAB36/pR+NH50ZNAC/jSfjRzzRz70AHPrRn3oyaXnP /wBegBM+9JnnrTvm9KOaAEz70ZpcmigBM0Z9qOaOaADPsaXj3pMn0pefSgBM/WlyPek/4CaXt0NA CZ+tLnnvR/wE0n/AaAFyaXJ9DSdugo/CgBcn0NHNJ+FGD6GgBcnPNHfvSYPpRt9qAF596WmYPpS/ 8BoGO596PwpvJ7UvPpQIdz2Bo59DTcHHSjmgB3Pofyo79DTcUfhQAufY/lS59j+VMOfSjHrQA4fQ /lS59j+VMooAfn2P5UZ9jTB9aMGgB5b2P5Umfr+VJg+tGPegBdx9D+VGW9P0pMe9GOetADtzD1/K k3N6H8qTHP3qMH1/WgBdx9/yo3H3/Kkwf71Lg/3qAF3N7/lRub3/ACpMe/60v40AGT7/AJUbj7/l Rj3o/Hr70AAY+/5Ubj7/AJUfj+tHbr+tABub/Io3N70cev60YGev60AGW9/yoy3v+VGB6/rRgev6 0AHJ6Z/Kj5vejAz1/Wlwv+TQAnPpRz/kUu0e1G0UAHP+RSfN/kUu0UuF9qAE5pPmp2B7UYGe1ACf NR82aXA7j9aMD2/OgA59aMnPWjA9B+dGB6D86ADNGaMDPQfnSYHoPzoAXr3/AFox70fgKOPQUAGP cUY9xS9ugo49BQAY9xRgetJj2H50YHt+dAC8eopfxpvHoPzo46cUAL2o5PekyPb86OP8mgB2PejH uaTj2owPb86AFIPrRjH8VINv+TRx7UAO+jUnPr+tJx6UZH+TQAuTj71LlsfepMijI/yaAF+b1+tG T6mkzz0/WjIPQfrQA7n1oyc4zScc/wCNJ9aAHZPrRk+ppOPaloAMtnrRlvU0Z9qXp60AJ83vSjP4 0ZpfbmgBvGO350d+g/OmdO9GR70AO/D9aP8APWm5HvRn60ALkdcfrRkY6U3I96Nw9aAFz7frQT7U mV9aMj1NAC5HoaTI9KMgetGeaADIPY0uR70mRRmgBdy+9JuXHekyPek+goAdke9JwDR+FFAASP8A Jo4x0owfSkoAOKOKOfSl5oAMrSZX0NHNHP0oAMrR8vpRzRzjpQMPl9KMj0NHOO9GCaBCZX3oyPQ0 c0c0AG4ehpdw9DSc0c0ALuo3D06U3BowaAF3D0pdw9Kbg9M0m00AP3DFGRTcGk2n0oAf+FJTcGja TQA7PtSZPtSYpMGgB2T6CjJ9BTcH1pce9AC7j7UZPpSY460mPegB2TRk+1Nxz1NH4n8qAHbj7Ubj 14puPc/lRgHuaAHbz6UbvQCm/n+VHHvQA7d7Ck3d8UnHfNHHvQAu8+lG4+lJge/5Ufn+VABuPcUu T6fpSd+/5UfnQAuaM+wpPwP5Un4EUAOz7Cjdx0pv4H8qPwP5UALuP92jPtSduhpc89DQAZPpSZPp Sj6Gk/OgYZ9qXd7UntRxjvQIXd7Ubh6U3IozQA7I9KN3tTc0ZoAXPtS5HpTc/WjIoAXI9KXd7Ume KSgB2fak+gpO9GTQA7n0o59qbmkoAfzSYOeoptFADsemKX8qZmjPvQA/t1Wj8RTM0cUAP/FaT8RT eKOM0AOx7ijHuKb3oyPWgY7HuKMe4puR60cUCHY9xRj3FN4pOKAJMZ7rRgdyKj464pfzoAdgeoow PUU3H1pcD3oAXHuKPxFN/Ol4oAX8qX8qbx70ce9ADu3ajj2pvHvQce9AC8f7OKOM8EUnHoaOPegB ePVaMj1FJx6mjj3oAdx7flRke1N496OPU0AOyPb8qTIpOO9HHrQAuRRkZ/8ArUnHvRxQAuaOPb8q TIo4oAXI6cflRn6UnFHFAC5HtRkZpO/U0cepoAXI/wAijIpOPU0UALkf5FGaT86KAFzRmkwO5o+X 1oAXNGaTj1o49aAFzmk4x1ox70fjQAcetHGOtFHy0AGR60vFJ8tHy0ALRSfLR8uaADNLkf5NJxmj C4oAXjsaOKTAowPegB3HrR8vrTcD3owKAF47Gk49aMDPejAoGHHrS5HrSY460YoEGR60vGabxntS 49KBi5HbFJx60Y+lBFAC/iPzo/GkooEOpOKSjnHSgB2BRgdqbRQA7HrRjnrTeKOOlAD8H1ox70zi igB+Pek2+9JmjmgBdp6Zpdp9RTefWigBdvvRt9DSZozxQAu3/OKMGkzRn/OaAFwfSjB9KTIo3CgB fmowaTIoyKAFwc//AFqMH/IpMj1/WjI9aAHbT/kUbTn/AOtTcjPU0bhjvQA7Bowe9NyKMj1oAdg+ 9GCKbkY6mlyKBi4oxSbgO9GRQId/npR+H6U3PvRmgB34fpS9+lMzRmgB/wCFJx6UzJx1pcmgB34U dulNyfX9aMn1oAd+FL+Bpn40fj+tADvwNA47H86b+NL+NADs+x/Ok/Ckx70negY/8KTPFNyfWjmg Q/igGmc+tGfegB+fb9aO/T9abn3oz70AOzS5PrTN3vRu96AH8+tJk0mT3NGfegB3NGOelMz+NGaA HgHHNGD6U3PuaM/XmgB2PajHtTcn3o3H3oAXGO1GPak3c0u8Y6UAKPoaKNwo3fX86AF/A/lRnPY/ lSbgKNw9KAF49D+VHH+RQW9v1pNw9P1oAdgY5/lR8vv+VJu9jRn/AGf1oAXC+/5UHHofypAfb9aX I9P1oAMDHf8AKgY9/wAqMj/Jpcj0/WgA4z0P5Uo2+h/Kj5fT9aMj0/WgA49D+VHHv+VGR6D86T8M fjQA7juD+VJgY6H/AL5pPb+tL/nrQAceh/Knce/5Ug/zzS/X+dAB27/lRkf7X5Ud+v60mM//AK6A FJ7c/lRn3b/vmjb7/rRgev60AHPq35UvOeWb8qML6j86Plz1/WgBef7zflRk5+8fyowvqPzo2g9/ 1oAiIWkwvvRxR8vv+dAB8nqaMLjqf1o+XPT9aMj/ACaADC9Mn9aCF9f1o4/yaOKAE2r70YUdzRgE 9KTaKAHYXHWk2r6mkx37UYoAXauepo2rSf560f560AKQuRyaNq+ppKKADA9TRgepozRx60ALgepp NopPxo/GgB20etJhfWkxSYoAfge9Jj600j3/AFox70AO/E0Y+tNx70UAOwfU0YPqabz+NHPrQA7n 1NHfqabQfrQA7n1NGeOppuB60Y96AHc+po/E0zA9aXA7mgBxPuaMn1NMwPWjFAD8nHU0mT6mmYGK Xj1oGOy3qaMn1NN4x1NHA9aBDsnPU0bj6n86bx6mjA96AHbjRuPqaZxRxjv+dAD9x9aNx9f1pmB6 UuBnp+tAC5PrRk+tJj/Z/Wj/AID+tAC5PrRk+tN/4D+tH/ARQA7JpMt60DH90UcegoAMn1oy3rR3 6Cjj0H50ALz60nOepo4/uikyPT9aAF+b1pPm9aM8fdFG72/WgYvzetGG9aTd7UbuOlAhcN60c+pp N3tRvP8AdoAXn1owfX9KTf8A7NG4+lABg+tGD60bj6Ubj6UAGDnrRz6mjcfSk3n0oAMe/wClHPqa Nxo3mgA59T+VGD6/pSbz6Uu8+lAwx7n8qO3U/lRvNG80AL36n8qO3U/lSbzSb/egQ7v1P5Ufifyp N9G+gBfxP5UuB/eP5U3efSjcfQ0ALgeppeM9/wAqbuPoaTcfQ0AO/E/lRx6mm7vY0u6gBePU0cer UgajI9aAF49Wo49WpN31oyPegBeO26k49WoyKMigAx9aOPejIoz9aADj3o49Woz9aTPHegB3H+1R +LU3I9P1o3CgB350mB6mjIo3L6UAH4mjHuaMijIoAPxajH+01JkZ6GjcPegBePVvzpfxb86bkeho yvvQAufdvzo/FqTI7Ubh6GgBc9st+dJu/wB6jI9DRuHoaAFz05akzz1b86Ny+lG5fSgAz7mjPuaN woyMUAGfc0ZPqaM/Wk3exoAXn1NHXuaTPsaXcP7poAPxNH4mjI9DRuGOhoGLn3NJn3NG4elG4e9A g59TRn/aNG760bh6UAL+JoGPU0m4eho3D0NAC8epo49TSbh/doz/ALNAC/nSfUmjP+z+tGR6UDF/ Ok496Nw9BRn6fnQIOPej86XP+c0m6gYfnR+dOyPb86TI9RQITH1o496XI9RRu9xQAnfvRgehpc+4 pMnHWgA49DS/gaTJx1/WjJ9aAF/A0n4Glz7ijPPUUAJ+dHPvTs+4pM/7QoAT86Pzpc/7Qozz96gB Pzo59DS5HqKPxFAB+f50fnRx6ijj1oAPpn86T86Xj1FGB6igBP8Avr86MfWlwPWjj+9QAY+tH4mj j+9Rx/eNABj60Y9zRxnG79KOPU/lQAYowPWjjux/KjA9TQAYHajAPejj1P5UcepoAXaM9aTaPWjA 96MDHegA2e9Lt96TA96XC+/5UAJt96NvvS4H+RRgf5FAw2j1o2D1o49D+VIMehoEO2r6ik2j1FJx nofyo49P0oAXaPWjaPWjj0o79DQAbR3NG33o/wA9KOff8qADaPWjaPWk5/yKX5v8igA2j1o2j1FG T/kUZb/IoAXaPUUYz0NJk/5FGT7/AJUALt7ZpNvvR82ev6UZPqfyoANvvRt96PmP/wCql+b1/SgB NvvRg46/rS5b1/Sjn/IoATHuaMf7R/Oj5vX9KOfX9KAD8f1ox70vPr+lHP8Ae/SgBPx/Wj8TRz6/ pRz6/pQAo9cn86Mn1P50nPqPyoyfUflQAuT6n86OfU/nRk/5FGT3P6UAHPqfzo/E/nRn3oz7/pQM PxP50Z9/1o59aOf7w/KgQuR60Z96TP0/Klz7j8qAAfWjn1o79vyoGfagA/H9aPx/Wj8qPyoAMe/6 0Y96Bk+lLg+q/lQAn40YOOtLz7flRz7flQAdutGPejn2o/KgBe3Wjb70flR+VABt9xRs96Bj2oz6 BaADb7il2+4pMn0FGT6CgBdvHWjZxSc+gpecUAHl0bKPwoyTQAbcHrRtpfyo5oATb79KXZx1o5o5 A+tAC7TijYfWkBNGeOlADthz1pCnvRk4oGc96AF2EdxRtHqKO/ejv3oAAvuKXbz1pPz/ACpcHHeg A2+9G33pOc9DRz6H8qAHbfejHv8ArTfm9/yo59DQAuP9ql47tSc570YPoaAI94J60b19TS7h6/pR uGev6UAJvHrRuXt/Kl3D1/Sjcv8AkUAG4etJuX1NGR60ZGOtABketG4etJkep5pcj1J/CgAyPWk4 x94Ubhjv+VJuHpQAuR60cetJmgEUALx60cetGaM/5zQAcf3qOPWjdSZ4/wDr0ALgUcUmf85pM/X8 6AHcUcUmR7/nSbh70AO496MD3pu4ep/OlyD6/nQAuB6mjA9TSZHv+dJkHqD+dADsCjp603I9D+dG Rjv+dADuOvNJ+dN/P86Mj3/OgB350fiabx7/AJ0ZHv8AnQAvHrRTcj3o4HY/nQMd+NFMzRn60CH0 dutMz7Ubh6UAP59aTmmg+xoHrQA7mjmk4o4oAdn3NJmm8elGR/kUAO59aM+9MyP8il49KAHEn1pM nHWkyPSkyP8AIoGOyfWjdSZFGfagQuT6/rRn3pufb9KM+36UAOz70Z96bu+n5UZ+lADsmkz/AJzS Z46UbvagBefX9aX/AD1pufYUufYUAL+P60nejP0pM/SgBef8mjnHWjd7Clz7CgBOaOaXPsKMj2/O gBOaOfelyPb86Nw9vzoATP1o/OlyPajd7igBv1z+VL370u7jt+dG76fnQA386M/Wnbvp+dG76fnQ A3I96Mj3p2fp+dGfYfnQA3ij5adn6fnRn6fnQA3ijIxS5+n50Z+n50AJketGRS7vpRn6UAJkUZFL k+1Jn6UAGRRkepoz9KMj/Z5oATI96XcPejP0oyPagBN1LuFGR7UZ+lAw3D1pNwpcj2pMj2oELuFG 4etJn6UmfpQAu6jdRke350nHtQMXdRkUnHtRx7UCFzRupOO2KPxFABuozRx7UcUAGTR+FFHFAwo5 paSgQfjRS5o4oASj8KXIx2oyKAEz7UZ9qXijIFACZ9qP89KXI9aM0AJmilz/AJzRkf5NACZFGRS5 /wA5oz/nNACUZFLu+v50bv8AOaAEyCO9HHvTt/8AnNG7/OaAG8Zo4zTt1G6gY3I96XIx3pd3+c0b v85oEN49TRwT3p24/wCTSZ/zmgYfiaOPU0bv85pd3+c0CG5HvS5pd1GaAEyPejI9TS596M/5zQAm Rk0ZHvS5/wA5pM/5zQAmRS5HrS/560mf85oAXI9aTIx1NL+A/Ok/L86BhketLketH5fnR9cfnQIM 0ZFH5fnR+X50AHGO9GRRn6fnSfl+dAC0d+9Jz7fnR+P60ALRmjn1H50nPr+tAC5oyKTJ/wAmgk/5 NAC8etHy+tJn/OaMn/JoGLxRketJz/k0vPt+dAgyKMijn/Jo5xQMMijiik4z/wDXoELxRx70nHp+ tL/nrQAvFHHrScf5NHFABx60fjRxRQAUn50vHv8AnRxQAZ570ZGOho496MCgYZHvRn60cUce9Ag/ E0Z+tGfrRmgAz7mjPvRmlzQAmR60mR607PtRx6UAJuHqaNw96Xj0o4oATd9aN9LxS8UAN30bz6mn ZFJ8uKAE3cdTS7vejjNFACbvel3e9FLQAm/3o30ue9GaAE3ml3n3ozRmgA3+1G/2ozRkUDF30bvf 9KTPvSZHvQIXdz/9al3+4puR15pc/WgA3e/6Ub6MijPHegBd/wDnFG76UmaOKAF3/wCcUb6bxRgd xQA/f9KN/wBPypnHvRQA7eM9RS7vpTM96X8KAHb/AKUbx6imZpc0AP3D2zRvHtUef84pf5fSgB+8 dOKN49vypg/zxQMY5/lQA7ePal3/AEpnH+RRkUAP3/Sl3j0FR8UUDH7/AKUu/sMVHS9+lAh+/wBx Ru75FM+lHFAD930o3fSm/hR+VADt3qBRupv5Uv1xQAu6l3ZFNpOP8mgB+fypCaT8KXj0H50AGaMi j8vzpc/SgBNwpc0d6X24oAMmkz6EUYFGR6CgAzS5pOPSl+goAM8f/Xo5PSgfSjPtQAZNKWPWk3e1 Lu9qAFyaMmk3H0oyaAG4oIFJ8v8Ak0Hb/k0AGBRSYH+TS4H+TQAHBNJgUYHr+tLgY7fnQAmB6UED rRge350YGev60AH50ZHpSYHrx9aMD1/WgA4o4zRxj/69Jx7fnQAv4UYFJge350YH+TQAv4UYox/n NJjvmgBaMDHWjHvSDr1/WgBcDsaNvvSYHXNHHqPzoANo7GjAowP8mjA/yaBi496Me9NwPb86MfT8 6BDvxpKTA9vzox9PzoAdmk5pPy/Ok/L86AF5z1FHPakwfUfnRg+o/OgBefaghs9qTafUfnRg+ox9 aADB9qMEd6TH+c0Y/wA5oAXml5puDRg0ALj2opMGlx/nNABzmikx/nNGKAFpKKKAEopfyo/AfnQM TPNGaXHsPzpMf5zQIPpRmj8qOf8AJoGGfb9aP89aPwpaBCf560YH+TS/UfrSfQfrQAYFGBR+H60v 4UDEwP8AJo4/yaPwo/CgA49P1owvv+dH4UfhQAvy570mBRn2oyMdKBBgen60YHp+tL+FH4CgBMD0 NGAaX8KKAEwP8mijn0o57CgAwPSjA/yaOaOf8mgAxRj/ADmjmjmgAx/nNGD/AJNJijBoANpx/wDX o2n/ACaOaMH1oAMf5zRj/OaMH2o59qADafajFHNGTigAxz0ox7UZNHNABg+lGD6UZNGTQMMGjH1o yfWl596BCFTRg0c0UAGKMd6OfSjtQMMUY4pMGl/OgQYopKPzoAWjmk/CigBfqKSlpM0ALxRQDRmg AxR+FFGfc0AGPal/A0nFHHvQAcehowPSjj3o4xQMPwNH4Gjil4oEH/ATSfgaPwooGL+FGPakxR/n rQIX8P1pPw/WjvRx6/rQAv4Un4H86P8APWj/AD1oGL+FH4UnH+TRx/k0CF/Cj8KP89aD/nmgYc+l L+H602j/AD1oEO98frSc+h/OjHvSYoAXmik/z1oxQMX/AD1opMD/ACaMD/JoAWj/AD1pNtGPagQv 4D86Py/Ok/Cj8KAF59B+dHbt+dJ+FHPpQAuM+n50Y+n50n5Uc0ALj6fnR+I/OkOaTJoAd+X50v4i m5ozQA78vzox7j86ZkZpc0ALj3H50YPqPzpuaXdQAuOe350Y+lNyaMnFAx2PcUbfcUmaTNAh233F G33FNzR/nrQA/b9KMH2pmaOaAH4Oe1G36Uz8qWgBdpx2pdp9qZS0AO2n1FG003P0pfxoGLtNG2k/ KigQu00mPek/Kj8qAF20Y9KTH0owaAFwaMGjHFGDQAYNG2lwfajafagBuKMU7afakwfQUAJzS/hR g+lLhvSgBO/SjHNLg+lGD6UAFHNGG9P1owfSgA/Cj8KMN6UfN6UAFH1NADelLg0AJj3opcNR82f/ AK9AxKMD2o+b3pfm9KBCYFLmj5vejDD1oAKPypPmpfnoATB9qMGl+ej56AEwfUUYPrTvnoy1ADfb Iox7infP1pPm60DDHuKMe4pfmNJ81Agx7ijB7kUAN60vzetACfiKX8aTn1pefU0AJj3oxx1pRn1N HPrQAn40n407n+9Rz60AJgZ60YH96l59aPxoATA/vUYH94U78f0pPxoGGB6ijA9RS/j+lH/Aj+VA hMD+8KMD+9S/jR/wL9KAEwP71GMfxCnfj+lJj/a/SgAwPUUgx/eFL+NH4/pQAcD+IflRx/eFGPej HvQAcY6il49RSY96XHvQAZ96M0Y460Y9/wBKADn1/SjPuKPxoxx1oAM80ufcUf56Udv/AK1ABnnq KXNJzS4xQAbvpS5/zik/GjFAC7/84pd3uPypv1P6UdutADtx9qXJ9vypv40nNADtx9qXcaZz60v4 0ALuPoKN7UnPWjnFAC72HpR5jelHOetJ81ADt7Z6Cl8w45ApvzYowcUANyPSjIHYUZ+n50mfp+dA C5HoKMj2o79qOPagBMr6UZFHHtR+A/OgYcelJkelO49B+dJkf5NAhMj0oyvpS5/zmjcPSgBMj+7R 8vpRuHpRuHpQAfL6UnHoaXd7Ubxnp+tAAcelHyj1oLDrgfnRuHcfrQAny+9HHvS7h6frSbh6frQA ce9GFHY0bh6D86TcPQfnQAvy+9J8vvRkeg/OjIPb9aADj3o+X3oyMdB+dGV9OfrQAYHvxR8ue9GV 9P1oyP7v60AHHvRx1yaMj0FG5f7v60AGR6mjIx1NGR6D86Mj+7+tAwJHqaOPU0mR/dH50ZH90UCF 49TRkeppMj+6PzoyPQfnQAuR6mjI9TTcj+6Pzpcj+6KAF3D1NGfrSZHoKOD2H50ALn1JoyPU0nHo PzpOPQfnQA7I96Mim8e350ce350DHZFG4e9Jge1JwfSgQ7cKMim8e1HHoKAHZHvRx703ij8KBjuP Wjim/hScZ6UCHcUZApufajd7UALmik3e1GfbigBaOKTNJn2NADuPSj5fSkzRkZ70ALx6UnFGfrRm gA/Cj8KM/Wjd9aADHtRgUm760bvY0DFxRtpN3saM/X86BBjijFG72NGfY0DDFLj3o3exozz0NAhM fWjBxRu9qN3tQAuPU0mKN3tRu9v1oGGDRijf7Ub/AGoEHPc0c560bvYUbvb9aBhmjI9aN3t+tG4e g/OgQfiaPxoyPb86Nw9P1oAXPvRn3pNw9P1oyPT9aBi596M+9Jn2/WjPtQIXPfNGfem59v1pcj0/ WgBd3vRu96bken60vHp+tAC596M+9Jx/k0fh+tAC7vejd7038KM+1AD8+9Jk9jTM+1Ln/OaBi596 Mn1pM/5zRn2/WgQu/wB6Nx9aTd/nNGf85oAXeaNxpMijP+c0DF3H0o3H0pKOf8mgQuTRk0nP+TR/ nrQAuT7UuW9f0pv+etHP+TQAvP8AkUfNSZP+TRk/5NAC5NGTSZP+TRk/5NAC5NGWpMn/ACaMnP8A 9egBfmo+b2pOf8mjJ/yaAHfN7Uc03mjNADuc0Z+lN3GlyaAFyfajn2pN1Ge39aAF/KjP0pM89qM+ woAM0Z5oz9KM/wCc0DCl/CkyaM0AL+VHHtSZozQIOKOKNx9qN3FAw4o4o3UbjQIOKOKN1G73oAOP Sl4pNxoyaAF4x3pKMmjJx1oGLx70celJk+tGTmgQcUcUZ9z+VGfrQAd6KMn1oyc0AFHNGTnrSZPr QAuKMGk59aMn1NAxeaXBpuTRzigQ7BowaTn3pKAHYNHOetJzSc+lAx2PejB9aQA+lHPpQIXBowaT mjn0oAdzRzTcH0o59KAHYPtRg03nHSjn0/WgB2DRg0nPoPzo/wA9aAFxSY9hR26UZ56UAH/AaOf7 tGeOn60dug/OgYc/3aXj0pPw/Wj8P1oEL+FGB6Uf8B/Wj/gNABgdMUYHoaM+1GfagAwPSjA/u0fh SfgKAFwOmKTA9KX8P1oz7frQAnH92l4z90/nQfp+tNz7UAOwPQ/nRxnpTc+o/WjI9P1oGOwP7tGB n7tJn2oz7frQIXA9D+dHHofzpM+1GfagBePT9aMD0NNz7UufagBePQ0cY6UlGfagY7j0pPw/Wk/C j8KBDuPT9aOP8mm9+lH4UAO4z/8AXpcD1/WmfhS/gKBjse/60mBSfgKM+woELijApuTjoKXPHQUD FxRwKT8qM/SgQtLTc/Sj8BQA7I9TRx7038KMj0oGP49TRxTc0Z9v0oAdx70YFNz/AJxRn/OKBDuP WjjHWm5P+RRmgB3Hr+lHHvSZo4zQAv50cUmRRxQAvFHFJxRx2oAd+NFN/A0ZHpQA7mjB9TTcj0o3 CgB2D6mjBpMj0oyPSgBcGlwe9N49KTIP/wCugB+Gowabx/k0cf5NAD+fX9KMN60z5aXIx/8AXoAd 82KMNTc+360Z9v1oAd81G003Ipd3b+tAC4P+RRScD/8AXRx/k0ALyO/6UvNN/D9aX8P1oAb8voaX 5euDTcH3o2n3oAX5fQ0fLRtPvSbT70AL8vv+dJ8vvRg9eaMH1NAB8vpRke9HPrRj35+lACZHvS8U Y96PxP5UAJke9GRS/j+lGP8Aa/SgBMj3oyPU/lR+P6UYPr+lABkepoyM9TRz6/pR+P6UAGeKOM9a Me/6UevPH0oAPxo/Gj/PSj8f0oAKM0n+elHv/SgYtHPpTaOPSgQ7n0pOfQ0mfb9KOPSgBTn0NHPo aMj0oyPQ/lQAnP8AdNL8392jP1oz9aADnH3TR8392jd7Ubh6UAHzeho+b0NJnmigBefSjn+7SfhR +FAC4P8AdNJz6UfhSfh+lAC4J7GjB9KT8KPwoGLhvejDelJ+FL+BoEGD6UmCO1H/AAGjB9KADB/u 0YPpRg+lGD6GgA/CjB9KMH0owfSgAwfQ0YPoaXn0o56YoATafQ0YPoaXB/yKNpoGJj2ox7HFG0/5 FGD/AJFAgpcUmD7UmD7flQAuKPzpMH/Io2/5xQMMfWijBo2mgQv50n50bTRtPvQAv50fieaTBoxQ Av50Z+tJg+tGDQAufY0Z9jSYNGDigBc+xpM+xpMGjBoAXJ9DRu9jRz6UfhQAbvY0Z9jSc0c0DFzx 0NLk+hpvP+TR/nrQIX8DRn2NNx7frRg+lAx2eehoz7Gm49v1pcH+7QIXd7GjPsaT/gNJj/ZoAdn2 NGT6Gk/4D+tJj/ZoAd+Bo59DSf8AAf1ox7frQMXJ9DRn2pvPpS/hQAufakz7Gjn0o7fdoEH4Gjn0 NH/AaP8AgNABk+ho596T8KPwoAXn3owaPwooGGD70YNFGPagQuDR83vTaKQDvmow2KbxS5FMBfm/ yKOfSm8UcUAO59D+VHPXBpOPWj8aBi4PoaTn0NHFHHvQAvPpRz6UmRRuoELzj/61Jz6UbvrRmgBa T8P0oz9fzoz9aAD8DR+FGfrRn60DD8KMc9DRn6/nRn6/nQAfgaPwNGT6n86Mn3/OgQuPY0Y9jSZP qfzoyfU/nQAY9jRj2NGT7/nRk+/50DF/A0Z/2aTJ9/zpMn3/ADoEOz/smj/gJ/OkyfU/nRk+p/Og AOPQ0fgaMn1P50ZPv+dAB+Bo/CjJ96Mn3oAO3Sj8KXJpN31oAPwo/D9aM/WjP1oGHTtRz6UZPqaM nHU0CDn0/Wjn0o596OfegYfgaOfSjn3oz9aBC8+lJz6UZPqaPxNAC8+lHPpRn3pM+9AC8+lHPoKT NLQAZPpRk/3RRRmgYZPoKMn0pM0uRigQZPpR+Ao49aOKADPsKM+wozRx60AGePuijd/sij8aOPWg Az/sijd7Cjj14o/GgA3ewoz7Ck/Gj/gRoGLn/ZFBP+zSY/2qMf7VAhc+woz7Ckx/tUcepoAMj0FL +Ao7feNJn/aNAC5+lGfYUmeOtHPqaBi59hRn2pOfU0YOOpoELn2oz7UmD6mlx7mgYZFGaO3U0fia ADNGfaj8aPxoELn2pPwowfU0c560ALRSc+po5/vGgA/Cl5pOfU0c+poAXn0o59KOfU0c+poAPwpf wpPm9TRz6mgAx6Cj8KXn1NHOOpoGGPY0Eexo56ZNHPvQIO3Sj8KTn3oOff8AOgYufY0Z9qTn3o59 6AFz7UfgaTn3pcH3/OgQfhS/hTcfWl/A/nQAv4UfhSc+/wCdGTQAv4UfhSc0c0AL36UdP/1U386X n3oAdmkzSc+ho596AFz/AJxRk0gz3o5oAXNGfekpeaADNGeOopOaMHNAC5NGfp+VJiigBc0bqTv0 ooAXcfal3nNJ+FFABuP+RS7vWijFABken6UZ+n5UUUAGfYflS5Pt+VJ+NGaAFycdvyoye+PypM0u aADd7fpSlvb9KbmlzzxQAu72/SjcfT9KTP1oz9aAFyfT9KPwpM+xpc+xoATn0o/Clz7frRkDt+tA AOvSl/D9KTPsaXPtQAf8Bo+o/SjP+yaPwoATn3pDnPelyffmkz9aADn3o59TSE+5o3e9ACjPrRyO 9Jn60Z9zQA7HvSc0mR6mk49TQMd+FJz/AJNBx70nHvQAvPpRScY70ce9AhcHFGKTI96Mj3oAWko4 pMigBc/5xR+BpOKOKBhk0Z56GjvRQAZo3e1FFAgyfQ0ZPofypM0vegBcn0NGT6UmaOKAF3H0/Sk3 HPT9KTj6UcUALuPpRuPpSYHpRxQMXcfSk3H0P5UYFGB6GgQbj6fpRk9MfpSYHoaMexoAXJ9KMn0/ Skx7GgD2NAC/56Uc+h/Kk/Cj8DQAvPofyoyfSk59DRz6GgBefQ0nPoaMGjB96Bi8/wB00ZPoaTn3 o5oAX5vQ0fN6Gk596Tn3oEO59DR83pSc0nNADufQ0c+hpB+NH50AHPoaMn0NH50YoAM+xo/Ck/Oj 8aAFz7Uf8BpKKAF/4DSc+lA/zxRQAvPpSfgaMe1LQAmfajJzRn6Uv5UDEyfSkyfT9Kd+VH5UCE59 KTn0p3vxR+VADefelz9aX8qAR7UAJRS5HtRx6CgBKO9Lx6LRx6CgBtFP49BScegoAb2op3HoKOPQ fnQA2j/PSncego49B+dADf8APSincegoz6KKAG/n+VH507n0H50ZP90fnQA386XH1pcn0H50Z/2R +dAxPzopfwFH4D86BCUtH4D86Of7o/OgAx/nNJ+H60vP90Uc/wB0fnQAn4frRn2/Wl5/uijnP3RQ An4UfhRz/dFL+AoATj0o49KX8BRz6UAJ+FJx6frS49hR+H60DDj0/WjI9P1o59KPwoAOPT9aOPT9 aOfSj8KADj0/Wjj0/Wj8KX8KBCcelJx6frS/hR+FACZH+TRx/k0v4CigYnH+TRxjp+tL26UY9qBC cen60cUuPYUY9qADj/JpOPQ0Y9hR+FAw+X3peKTHtRj2FAg+X1NHy+9AHtS4/wBkUAHy+9Hy+9H/ AAGjj0oAPl96Mr70celH4UAHy+9Jx70uB6CjHsKBgNvvRx70Y9hR+AoEJx7/AJUvHvR+FH4CgYZG f4vyoyP9r8qPyo/AUCF49T+VJge/5UZHtRx6CgYY+tHHvS8ego49BQITj/aowP8AapfwFH4CgBOP 9qjj3pePQUZHoKBicf7VHHvS8ego/KgQnGO9HHvS/gKO3QUDE496OPel79qOPagQnHoaOPel49qO PagYmfY0ZHoaXA9vzo4z0FAhOPQ0fL70ceg/Ol49BQMT5fejj3pePQUcegoATijIpePSjj0oATij 5aX5fSjA9BQIT5aOKOPQUvHpQAny+lGV9KXj0o/KgBMr6UuVo/AUn4CgBcqO1GV9KT8BR+FAC/L6 UfL6UlFAxfl9KPl9P1pKKAF49KOMdP1pKOP8mgQuV9DRkelISKTIx0oGLx/dNLkehpM8UZFAhePQ 0ce9JmjP0oAXj3o/Oj8qPxFABx6Gj8DRn3oz9KBhx6Gj/gJozRmgQvboaPwNNzS5oAXn0NH4GkzR mgBfwNGfrSZoyKAF/Ol/Om5FLkUDD86Mf71GR/k0nFAh2PrRj60mR7/nRxnvQAuPc0Y9zTcr7/nR ke9ADse5ox7mkyKOKAFwPU/lRj/aNJkUcZoAXA9TS4H940zj3o/OgB340uPemcD1o/OgB1Lxmmfn RQA/Ao49aZRQMfx/epePX9Kj/Ol/OgQ/j1/Sjj1pv50Z9zQA7/PSj8aZ+NFAEn+elH41Hz60UASf lScetNooAd+Io79R+VNooAfz7flSfiKb2ooAdnnqPypPxo/GjFAC596OPUUlH4UDF69xR+Ioo59B QIOPUUd+o/Kjn0FHPsaADt1H5Ud+tHPoKOfQUAHHr+lLkev6Un4Uv5UAL+I/Kj8f0pKPwoAWik/A UfgKAF/Gk49aO3QUf8BFADe1Bx6GlyvqaMr70AN49DRx6U7K/wC1RlfVqBjePU/lS8e9L8vq1Hy/ 7VAhOPejj3pfl/2qOPegBOPejj3peP8Aa/KjjH8X5UAN49DRx70vB/vflRx6N+VACZHv+dJ+dO49 D+VH4N+VADc+xpc+x/Ol/A/lR9A35UDEz7GjPt+tGf8AZP5UufZvyoEJn2/WjPt+tGT6N+VB+jfl QAZ5+7Ru/wBmjp2P5UZPofyoAM+1Jn2pefQ/lRz6H8qAEz7frRn2o59D+VHPofyoGJu9qXPt/Ojn 0P5UfgfyoEJu9qM+360vPXB/Kk/A0AKCPT9aTPt+tGPY/lRjvg0DFyPT+dJu9v1pcf7J/Kk/A/lQ IM+1Gfaj8DR/wE0DDPsKM+wo59DQc+hoAXP+yKTJ9BR26Gj8DQIXPtRn2FJ+Bo/A0DFz7Cj8KTHs aOPQ0CDj0FH4UfnR+BoAM+wpOPSj86OPQ0AGR6UZHpS8eho49DQAbv8AOaM/5zScelLx6UAG72/W jNHy+hoyuehoAMj/ACaM9/60cf3TR8v92gA/D9aO3/16OPQ0cehoAPwNHHp+tJx/dpePSgA/Cjj0 o49DScehoGHHpRxRx6UYHoaBCcelHHp+tLgehowPegYcf5NHHpRge9GB70CE+X0P50vHp+tGB6Gl wPegBvHp+tHHp+tLgehpcD3oAbx/k0cdP607A96TAoGJxjpRxS4HvS4HvQAnHpSYHpTsfWjA96BD cL6frRhfSlwPejAx3oAPl9KT5fSlxz3ox9aAE49KOKUD60YPvQAnHpR8vpS4+tGPr+VACfLnpR8v p+tL+B/KjHsfyoGHy+n60nHp+tGD7/lRj60ALx6frQMf5NGOO/5UY+v5UCE4pePSjFGP84oGGR6U ZHpRigigQZHpSEj0oxRQMMj0oyPSjFGO1ABkZ6UZHoKMUUAGR6UcelHPoaOaADI/u/rRx6UdqKBC celHHtS9qMfWgA4x0FHHoKTn3pcfWgYcUcegpMD3pcCgQcUcUYFHHvQAcUUYFGBQAUcUce9FABkU ZFHFGRQMOPSj8KOPek/OgAx7Uv4Un50fnQAfhS8Un50v50AGKKPwNFAg49KPwo5owaQw/CjPNGDR zTAKWk5o5oAWkz7Uc0ZNAhfwpM+1GTRz7UAGfajPtRk0ZIoAOfSjJ9BRk0ZNACZPoKXPtRk+tG4+ tABn2ozRk0ZzSAMijNH+elGaYwzRmjPvRn/OKBBR+NGfp+VH5UAH4ij8RRRn1oGH4ij8RRxR+P6U AH4ijH+1Rnj/AOtRxQAceoo49aMj/IoyPWgAx7ijA9RRkUce9AgwPUUYHqKOKOO+aBhj3FGPcUce 9H50CFx7ijb9KT86PzoGG33FLj3FJx70UCFA9xRt9xRjjvRtoANv0o2+4/OjHFGPrQAbPp+dGz6U mDS4NAC7fpRt47Um00bT3z+dAC4+n50bfp+dJtPpRtPvQA7HHb86Tb9PzpNp9KNp9KAFx9Pzo2+w /Ok2n0pcH0/WgAx9Pzox7CjafT9aNp9P1oAMew/Ol2+w/Om7Tjp+tLtPp+tABj2FLj2FJtP+TRt+ n50AL2pNoo2/T86Nv0/OgYu0UbRjpSbfXH50bfpQIXAowKTb7il2j1H50AG1aXC03aPUfnRtHr+t ADsD2pMD0pNvuPzo2+4oAdhaCAabtH94fnS7R/eFAC4HrRgUm0eoo2j+9QAu0etGF9aTC+v60bV/ vCgBcL60YX1/SjaP7wowP7woATA9f0pcD1o2j+9RtGPvUAGB60YHrRgetBUf3qADA9aMD1owPWjA /vUAG0f3qMD+9RgY60f8C/SgBcD1NG0etJgetH40AG0etLtHrR+P6UY96AEwKXA9aMe9GPegAx70 u0dM0mPejHvQAbRjrRt96Me9Lj3/AEoANo9aMD1pNvvS7eaADbRikxzS4+tAw2+/60Y9xRj2oxQI NvuKXHuKTFLigA2/SjaPajFGOaAF2/T86MUm2jaKAFwPb86XH+c03aKXA7UAN2+wo2j0FJ/npSf5 6UAO2j0FJtH90Un4j8qMc/8A1qAF2/7Io2/7IpMe4/KjH0/KgA2kdhRt/wBkUY9/0o/GgA2/7Ipd v+zSY+n5UflQMXbx939aNv8AsikwB3FGB7UCDH+zRj/ZpMDsaMD2oAXB/u0YPpSY+lGKAF5/u0nP pS4HtRj3oATHtR+ApdvvRt96AE/CjFLigrQAnFGBS7aTZQAY9KAPejbRtoAMD1owMdaNpo2n/JoA MD1owPU0bT6frRt9qBh+Jo49aNvtRt/zmgQceppeO5NN2/5zRj/OaBi8etHHqfypMfT86MfSgQvH rRx/e/Skx9KMfSgBePWjj+9SbfpRj3FAC8f3jRx/epMfSjHuKBi8etHy+tJg+1GD7UCF+X1o+X1p MH2pMH2oAdgZ6mk4x1NJg+gowfagB2B6mjA9TTMH2oxQA7A9TS4HqaZj6UYoAdgY70YHqabijAoG O496Pl96bR/nrQIdx70ZHvTeKMUDFyPQ0ce9JRQIdx70nHvSYo4PrQAvGe/50ce9JgepowPWgA+X 3peO2aTb7mjb9aADj3o496MfX86Pz/OgYvA9aTj1P50fn+dGPr+dAgyPel/Okx9fzox/nNAACKXI puB7/nRj6/nQAuR60uR60mPr+dGP85oGLkUmRRj/ADmjH+c0ALnnvRke9J/nrR+P60CDIo4o/H9a T8f1oGL8tHy+tH4/rRj/ADmgQfL6mj5aMe5/OjHufzoAOKOKMcf/AF6KADijj3ox/nNGP85oGHHv Rx70Y/zmjH+c0CFwPejA96bj/OaXH+c0DFwKTaPWjb9aNv1oELgUbRSbfr+dG360AG0Uu0Um0epp cD1NABtGOpo2ijHuaMe5oANoo2ijA96MD3oANopNq+poIHvRge9AC7V9TRtHqaTA96MD3oAXavqa TavvRge9G0Y70DFwPWjA9TSbR70YHvQIdge9JgY70mAO9GBSAMD1NLgetJtFGB60xhgetGB60YGO pox70AGBS4HrSY96MUAHFHHrRj3NGB/kUCDj1o4NL+P6UnHr+lABxRxRx70cUDDij5aOKOKBBxRx QcZowKADijjrRgYo49aBhxRx6UYHrRx60CD8KO9FFIYUUUcUxBR2oo4oATFLj3o4o4oGGKMUUfWg QAUbaXj1o/GgBNoowPej/PWjj1oGG360mPrS4HrRgetABt+tG360YHrRgetAg2+5ox9aTHvRgetA C4ox/nNNx70oA9aAFx65ox9aMD1owPWgAx9aMUcetJx60ALto20nFHHNAxce9GDSYFHHrQIXBowa TAo49aAFwaMH/JowPWk49aBjsH/Jowf8mkwPWkwPWkIXH+c0YNGB60YHrTGGD/k0YNHHrRgY60CA g0YPtRgetHHr+lABg0uDSfiaXj1/SgAwaMH0o49aX8aAEwfSk2n0pf8AgVL/AMCNADdpo2nNLxj7 xo/E0DDbzRto/Gj8T+dABtGelG2kwfU0uD6mgQbaAKOf7xo5/vGgAxRgUvPqaMj1P50AGBRgUfif zo9sn86ADC0YHpR+J/Oj8f1oAMD0owMdKPxpfxNACYFHFL+P60n4/rQAcUYFHPrS8+tACYHvRj2o 59aPxoAMD0owPSl59f1oz7/rQAny+lHFGff9aPx/WgA4o4oz7/rRn3oGLgcUn4Uv40fjQIT8KPwp f+BGj/gRoATj0o9sUo+tHTvQAn4Uv4UZHrRx60AJ+FH4UvFHXvQAn4Uv4UfjRgetACfhS/hR+NH4 0DDml5pPxpfxNAg57ij8P0o/Gj8TQAfhRznpR+NGfegAopeccUc0AJR2pcGjnNACfjS596OaUZoA TPqaOKOfal5oAOKOKOf8mjJ9P1oATJ9aOfWkyfU/nRk+poAXn1o59aTJ9TRuPqaAFye5oyaTd7mk DH1NAxcn1oyaTJ9TRk+9AhctRuNJn3NGT6mgBd1G6kz7mjJz96gBcmjdSZ96Mn+8aAFycUbvpSZP qaM+5oAdu+lJuPpTc+5o59TQA7d7UbuKbn3NGT70AOz9KXIz2qPJ96M+5oAfuHtRuHtUeeetLn3N Ax+4e1G5fWmfjR+NAh+5fUUu4e1R+2aT8TQMkyPUUZHqKZx6mj8TQIfkeooyPUUz8TRz60AOyvtR lfUU3mk/E0APyvqKPl9RTc+9H40AO+X1FL8vqKZk0nPrQMf8ueoo+X2pnNHNAh/y+opfl9RUfPvR z70DJPl9RSfL6imfjRk+tAh/y+oo+X1FM59aOfWgB/y+oo+X1FM7feo/GgB3y+opcL6imf8AAqPx oGPwPUUm0eopv40v40CFwPUUYHtTcn1o/GgBxx6ijj2pufejJ9aAHfLnrR8vrTc0ZPrQA7j1FJx6 im5PqKMmgY7I9qOPUUm4+tG446/rQIdx6ikyPakyfWjJ9aAFyKMjNJk+tG4+tAxfxFJn3FG4+tG4 9c0ALn3FJn6Ubj60ZOaAFz7ijJ9qTmjmgQufpRu+lJzRz6UALn6Umfp+VHPoaXn0NAAT9KM/Sjn0 NJz6UDFz6/ypM0fN6UfNQIXIoyKTB9/zowfegBcj2o/Kkw3vRhvT9aAF4z1FH5UmGow3pQAvHtS0 3B9DRg+9ADsj2oz9Kbg+9Jg+hoAfn6UcegpmD6UYPpQA7j2o49qbg4pcGgYuR7UZHtTdp9KMGgB2 fYUflTcGjBoEO/AUflTcGjnPSgYvHtRge1JzRg0ALxigY/yKTmjn3oAd+VJ+VJz7/nRz3oEL+VH5 Uc+/50fnQAfiPyo/EUfnR+BpAJk/5FGfp+VGfY0vGe9MYmfp+VGfpS/nSce9ABmjP5UfnR+dAg/G l/Gkx9aOPegYZ560c+v6UY+tLge9ACc56/pRz60uB6GjHsaADFH4/pRj60YHoaBCfjS/jSYHoaXH saBh3o4ox9aNo9KAD8aOKMD3owPQ0AHajijA96MD0NAg49aKMexox9aADijijHsaTHsaBi8Y7UYH tSY+tLj2NABgUYHtRj2NGPY0CDA9qMCjHsaMexoAMCjAox7Gj86ADAowKMexowcdDQMMCjA9qOfe jn0oAMCjj/Jo5o59DQIOP8mjjNLz6Gjn0NAxMe9JinYPvRz70ANo6U7n3pOfQ0CEpaX5qOfegBtH NOwfSk5oATnNL+FHNHNAwzSZNLzRzQAZ9jRn2NLzRg0CEz7GjJ9DS4NGD/k0DEz7Un4UuKXFAhua WjH+c0baADNGaNtGKBhkUZFG36Uu3mgQmaOKNtG2gBeKPwpMc0Y9hQAvHpRx7UmKMfSgYuRml4pM DHb86OP8mgQce1HHtRgUvH+TQAfLScetLx/k0YH+TQAmBijA9RS4Hp+tGB6frQAnFGB6ilwv90/n Rx6frQAmB6ijHuKXA9KOPT9aAEwPUUuB60d+n60fh+tABgY60YFGOOn60fh+tABgetGKPw/Wj8P1 oGG2jBozz0/Wlz7frQITafWl2n3pM+360Z9j+dAxcUmPrRn2P50Z+v50CDB96MUZH+TRnn/69ABg +9Lg+9Jn6/nRn/OaAFwfejB96M/Wkz/nNAx2D6Gjn0NJn/OaM/5zQIXn0NHPoabn/OaM/wCc0AO5 9KOfQ0maN3+c0DHc/wB00mD6GkzRzj/69AhefQ0c/wB00mef/r0Z+n50ALz/AHTS8/3abn3pc+9A Bz6Uc46UmeaM+9AC8+lHP92jNHHrQAvPpRk+lJ70mff9aAHZ/wBmjPtSZ5/+vRn3P50DFBPpS8+l N/H9aX8f1oELn2o+opMf5zRj3P50ALn2oz7UmKXHv+tABmjPajHv+tGD/k0AMwaOfWjn1ox/tUAH PtSc/wCTS49xRg+ooGFJzS49xRg+ooATJo59qXB9RSgH1FAhuT1oyQKXB9RRg+ooATJoyaXBz2o5 9RQMTJpMmn/iKT8RQITJoyaXHuPzowfUfnQAmT6ijJ9RS4PqKMH2oATJ9aMn2owfal59qAEyfajN GD7UYPt+dABn6UfjRg47fnRg+350AFHNH5fnRz7UDD8qO/UUc+g/Oj8B+dAg59RR+VH4D86PwH50 AH5UY9xRk+g/OjJ9vzoAMc9RRz6ijJ/yaTPsKAD8RR+NGT/k0ZoAPxpPxpcn1H50uTQMb+NH407J oyaBCfjR+NLzSZagBPxpfxpMmlzQAn40ZGetLSc0AGfcUfjR+VH5UDD/AIEPyo/EflRn6UflQIM+ /wClGT6ij8RS/iKBiZPqKT8R+VO/Kj8aBDefUflR+I/KnfiKPxFADfxo59RS/iKPxFAxPxFH/AqX 8RRj3oEJ+IpfxFGPejHPWgAx7ijHuKMD1owPWgYfiKMe4owPUUbR60AGOe1Jilx70cetAhNv0ox7 0cetLx60DEwfUUuDjrRgeoowPWgQmDRhqXHPX9aPx/WgYmD60YPrS49/1ox70AJzRzTsf5zSY9/1 oEJg0Y96XHv+tGP85oGJRzS4+n50uPf9aBDefWl5ox7/AK0uPf8AWgBvPrRzTse9GOKQxvNHNLj/ ADmjFMBOaOaXH0/Oj8vzoEJk+1Jz7U7/AD1o/wA9aAG80v5Uce350cUDD8vyo5o4o4oAKPxoAH+T Rj/OaBB+NHHtRj/OaOP8mgAo49qOP8mjApAHHqKOPajA/wAmjA/yaYxOKXj2pMD/ACaXjP8A9egA /EUYHrScf5NLxQIOPWkpeKTigYUtJRx3oAXFJRxRQIWk/Cjj0o49KBi5NHP+TRRigQf560Z/zmjH 1oxQAc/5NHNGPrS4NAxOf8mjJ/yaMGl2mkITn/Jo5/yaXbSY+tMAyf8AJoyff86XBowaAEyff86X n3/Olwf8ikwaADJz3/OjJ9/zowc0YNAwBPr+tGT/AJNGD6UYPpQIMn/Joyf8mjBzRhvSgA59f1o5 9f1pMH0o+b0oAXPvRk+tJz6GjB/umgBcn1oyf7xpOfQ0YPoaAF/Gjn+9SYPpRg+lAC8/3qP+BUmD 6GjB9KBi/iaPxNJz6UnP92gQ78TR+JpOfSk59DQA/wDE0ceppv8AwGj8DQMdj/aowPWm8+lHfpQA 78aTH+1Sf8Bo/A0CHY9/0pP+BU3v0NL+FAxfxo/H9KSigQv4/pR+NJ+dH50AL/wI0dP4j+VH50mP c0DF/H9KM+/6UmB70uPc0AH4/pS/jSY9zRj3NIQvHr+lJx60Y9zRj3NMA/Gl49aTHuaMe5oAX8aT 8aNvuaXHvQAn4/pS+2aMcdTRj3oATn1o/Gnfj+lJx6n8qADJ9aMn1ox7mlx7mgBOc0lLj3NGPrQM T8aPxpce5ox7mgQn4mj86XHuaPxNACfiaPxNL+Jo/OgAx70n/AqXt3o/OgYc+tH40Y9z+VGPc0CD 8aPbJox9fyox9fyoGH4n86M+5/OjHufyox9fyoAMn1NHPqaMfX8qMfX8qBBz6mjn1NL+BpOfQ0DD n1NGT/eNH50uPrQITn+8aMn+8aMH3/Klwff8qAG5460ZPrS8+9HPvQMM0mff9KXmjt3oEGff9KM+ /wClFFAC7vf9KC3v+lFH50AG73H5UZ9x+VFH50ALn3H5UbvcflR+NJxigBd3Hb8qNw9vypMe1GKB i5Hr+lGRjr+lJijFADsj1/SjI9R+VNxRigQ7I9vyoBHqPypuB7/nS4oAXK+o/KjK+1JgUYHtQAuV 9qMr7UmBSYHtQMdlfajK+gpMD2ooEOyvoKMjrgU3ijFADsj0oytN4peKAHZWjK03Ao4oAXIzS5Wk wKMcUALlfSjI9/zpKOPegBPm9KMN6UnzetJ83rQMdz6UfN6U3mlyaBBzn7tLz6UnNJz6/pQA7n0p MH0pOaTn/IoAdj2o/Cm5Pr+lH4/pQMd+FFN59aOemf0oAfR+VR5NLk0CHUflTeaOc9aAHUtMyaXJ 9aAFopueOtLk9c0AKevJopuT60Z560AO60n+elJk0c+tAC/56UnH+RSUc0ALxjoPyo/D9KTJoyfW gYcf5FLx7flSc+tGfegQvHt+VHHt+VJR+NAC8e1HH+RSY96TFAxePb8qM/T8qKKADj/Io/L8qMUY oAX8P0pOPT9KMc0YoEHHp+lHHp+lFFAB+A/Kjj0H5UlL2oAOPQflRwew/KijFAw/AflR+A/KjGKM UAGfYflRn2H5UYpMf5xQIX8BS/gPypMe/wClGPcflQAfgPyoz9Pyox7/AKUY9/0oAMn2/KjP0/Kj Hv8ApRj/ADigAz9PyozRjjr+lH4/pQAf56Un+elLj3/Sj8f0oGGeKSl/H9KP+BfpQAn+elH5flS/ j+lH4/pQAn+elLn/ADil/H9KOPX9KBDc0cen6U78f0pPx/SgBOKOPT9KX8f0o/H9KBif56UZGf8A 61L/AMC/Sj8T+VACcf5FHGP/AK1L+P6UnGfvfpQIOP8AIoyKPxP5UvHqfyoGJ1o4o/E0cepoEFHF H4n8qOPU0AHFHFFHHrQAcUYFJ+Jo4z1oAdxSUnHr+lHFAx3H+RRxTf8APSigQ7ijj/IptHHrQMdg f5FGBTfaigB2BRgf5FNo/wA9KBDse/6UY9/0pv8AnpRigBfx/SlH1puPejFAxfxo5ooxQAUUfjR+ NAgxRijvR+NABgUYHrR+NGPegBMe9GPelo/GgYYowKPxo/GgQUUv4/pR+NACcUlOwfWj8TQMb2op T9TR36mgQmKKX86M/WgYlHSlz9aM+5oEJR+dL+dH50DE/Oj8DS5ozz1oATj0NHHpS59TS7h6mgBv 4UUufc0ZHqfyoATijFLkepo3D1P5UCE4o/Cl3D1NG4ep/KgA/Cj8KNw9aMj1P5UAH4UfhRkep/Kj I9TQAfhR+H6UZHqfyoz7mgAx7fpR+FJn3/SjPuaBi/gPyo59KT8TR+JoAdz6Uc+n6U38aXd70CDn 0o59KM+/6UZ9zSGAz6Uf8Boz7mjPvTEHPpR+FGfc0Z9zQMOfSj8BSfjR17mgBefQUc+lH4mj8TQA c+lHP92j8aT8aBC8+lGPak/Gj8aBi8elH/AaTtS0AHHpRj2pKWgQmPajHtR+dFABjmlx7UUUDD8K PwNHFLx6UCE/A0Y9jS5Hp19qMigBMUuPajIoyKADHtRRkUce1ABSYpePaj8B+VAxMGlxRn6flRn2 H5UCEwaXFLn2FGfYUDE/Gilz7D8qM+woATj/ACKP89KXP0o3Y7CgQlH+elLu9hRk+goAT/PSil3H 0FG4+lAxOfaj8vypc+1GfYUgE/L8qXP0oz9KXP0piG5PtRn6flS59hRn2FACZPpRzS5PpSZPoKAD v2oz7Uc+lGT6CgYZ9qXNJ+FHPoKBC5FGRSfgKOfSgBc0ufamZPoKX8BQMdu9qMj0pv5UUAOyPSjI 9P1ptH5UAOyPSjI64puT6CigB2fajI9Kbg+lHfpQIdke9GR6Gm/hRQA7K+lGR6Un5UmeO1ADsj0o yM9KTj2/KjP0oAXI9KOMdKSjj/IoGO4o49KbxS8f5FAheKTIo49aOKBhkUuV9aOPajA9qAEytLlf ejAo4oEJlfejil49KXAoAT5fej5fejC0uFoAT5fU/lR8vrS4H4Uny+lAB8tHy+9Hy+lLx6UAJkUc e9Lgeho4x0/WgBOPU0vy0cen60cdcH86AG5Of/r0ZP8Ak0EfWkwPQ0DFyfT9aMn0o2j/AGqMD0ag QmT6Ubj6UuB6GjaP9qgYm4+hoyfelx7GkwPegAyfQ0ZPvRtHqaXA96AEyff8qMn0NLge9GB/tUCE yfQ/lRz6Gl496MD3oATn0NGfrS8e9Jx6GgA/P8qT86Xj3o496Bh+f5Un50vHoaTj0NABz70fnS4H ofzo496BCfnR+dHHv+dLx6GgYn50fnS8e9HHvQIT86Snceho49KAE/Gk/GncelGB6UDG496P507A 9KMCgQnaj8aXA96MDH/16AEx70Y96XA/yaTA9P1oGGB6/rRx6j86MD0owPT9aADHuPzox7/rRgel GPagAx7/AK0fiPzowPSjA9KBBz6j86MH1H50YHpRtHpQMPxH50c+o/OjA9KMCgA/L86PxH50YFGB igA/EfnRj3H50YHpRgelABz6ijn1H50YHpRgelABj3owfUfnRgelGPagAwfUfnRg+tGB6UYHpQIM H1pcH1pMD0ox7UALz60c+tJjnpRj2oGHPrS8+tJj2pMe1Ah2D6mkwaTA/u0uPagYYNGDRj2o/CgA wfejn1ox7UUCF/Gk/GkowKBi8+tHPrSYooAXn1o/E0mPajj0oELj3NGPc0mPajA9KAFx7mj8TTeP Sl49KBi/iaT86OMdDRx6GgQv50n50ceho49DQAtJx7/nRx6GjjuDQMPz/OjP+c0nHoaXj0oAKX8/ zpOPek4oEOyP8mjI/wAmm8UcUALkf5NLkf5NN4oyPegB2R/k0mRScZ6UcY70AO4x/wDXo4/yaTI9 KPwoGLx7/nSfgfzoz7UcelABx6H86OPQ/nRx6UcUAHHp+tH4UcUcelAB+H60cen60celFAgx7frR j2/WiigYY9v1ox7frRSUALj2/WjB9P1pO1FAh2P85owf8mm0UDHbf85o2n/Jpv40fjQIdtPp+tGD /k033zR+NAx20/5NJtP+TRmj8TQIXaf8mjaaTj3pM8dTQMdg/wCTSYPpSfnR+JoELj2owfSk/Oj8 TQAuD6Uc+lJx3zR+dAxcH0o/Ck496X86AF59KTB9KKT86BC49qPwpKWkMPwpfwptFMB34UfhTaOf egQtLSfnRzQMMe1H4Uc0c0CF/wCAmk49DR+dHPp+lABx6UfhSc+lHNAxcexo7dDSc+lHPpQAv4Uf hSY46UuPagA/Cjn0owfSjHtQIMe1GPajaaMHPSgYfhRj2owaTBpALx6Ucf5NJz6Uv4UxB+H60cen 60YpMfWgBePT9aPw/WjFJigYv4frRn2/WjFGKADj0/Wj8P1o/CjigQf560cY6frRgUYFIYfhRSYH pS4FMQUfhRgUce9ABmjNLhfek4oAM+1GaXijigBPwo/ClyKMigBPwNLmjI/yKNw/yKADP1pM/Wly Mf8A1qNw/wAigBM/WjJ9DS7h/kUZ/wA4oGJk+9HPoaXPt+lGf84oAT8DRz70uf8AOKM+36UAJ+Bo 596XI9P0oz7fpQAn50fnS5/zijPt+lACfhR7Uv4fpR+H6UCD8KM0Z9v0o/D9KAEzS5/zmjn0H5Uc +goAM9v60Z/zmjnHT9KOf7v6UAGf85o4o59B+VHP939KQBR+f50c+n6Uc+n6UwCgY/yaOfT9KPw/ SgYuaTv/APXox7fpS49v0oAT8qOP8mlx7fpSY9qAD/PWil59KOfSgQlFHPpS/h+lABn3NJS/hRn2 oASjNL+Boz7GgYlLS5+tGfrQIbmjNOz7GjPPQ0DG5o/OnZ9jRn2P50CG0U7d/smjd7GgBtLS7vY0 uT70DGfiaPzp+T2zSbj6GgQmT70mTT9x9DRuPoaAG5NHNOyf8mk3H0NADec96X65p2T6Um4+hoAO fejn3pdx96XcaAG8n1peaXcfek3GgYnNHNO3UbvrQIZ/npRTsj0/SkyO4oAbxRT9w9KNw9KAGYHr R+dP3D0o3D0oGMpfzpdw9DRuHoaBDcD3paXcPSjPtQAmBRS7h6Ubh6UDEo496XI9P1pNw9KBCcZo 4/yaXcKMj0oGJx70fLS7loyv+TQAYWk496XK0fL/AJNACce9GBS/LR8tAhMD3owPU0vy0fL7UAJx 6mjjHel+X2/Ojj/JoGJx70cehpfl9vzo+X2/OgQ3I9KM+1Lx7fnRx6CgBM0Zpcj0/Wjj0/WgBKKX j0H50Z9qAEoz7UcelHHtQAZ9qTNLkeg/OjP0oGJRS5+lGRntQAlHNLkUuaAG80c+9O/Dik/CgBOf ejn3pcj0oz7UCE596MGlz7UZ9qAExRzS7vajdQAmKMUu72o3e1AxMGil3e1G4f3aBCYo/Gl3D0pN w9BQMPxpfxo3D0o3D0pAJxRgf5NO3D0FG4egpiG4H+TRgfh9aduHoKTI9KBhgev60YGev60uR6Un FABgev60mBS59qXNACcev60cev60fhS8elAhuB/k0vH+TS/hSfhQMTA/yaXj/Jo49BRn2FABx/k0 mAP/ANdL+A/OjPsKBCf560v+etH4D86X8B+dAxv+etHFOz7D86M+w/OgBv8AnrRx/k078P1o/D9a AG8f5NLx/k0v4D86T8B+dAhOPeil/D9aX8P1oGN/Oj86X/PWjP0/OgQn+etGf85pfwooATP1ozS/ h+tGP85oAM0lL/nrR+FAxP8APWj8P1p34UZ9qAG/hS/h+tLn2pOfSkAUcUfgPzopgJxRxS/hR+FA hOKOKX8KPwFACcUcUtGKBiYFGBS4+lH5UCEwKMDtS/lSUDDAowMdqKKBBS8e1JRigYYHr+tGPcUY oxQAYGOoowPWjFFAC4HqKOKSigQfiKXikooGLx60mR60cUcUAH40v40nFGaAF/Gj8aKKBB+NFJml z9aBi8+tJz60Z96M/WgA5o59f1pMmjJoELzj/wCvRz/k0ZPvSZPvQMXn/Jo59T+dJk0ZoAX8T+dH Pr+tJmlzQIOf8mj/AD1ozRuoGH+etL/nrTcmjd70CF5/yaPx/Wk3GgE0DFz7/rRn3/WjNFABn3pP xpc0UAJzjrRz60uaOaAE59aOfWl5o5oATJoyaWk59KADJozx1o59KPwoEGfejOO9HNL+FAxM+9Gf elo/CgQmfpRk0ufak/CkMM0Z460Zoz7UxBRS59qTIoGH40fjRn2oyPT9aBBye9HPrRkelGR6UAHP r+tHNHHpRn60ALzRg0lGRQMXn/Jo59vzpMijI9KAF5/yaPypOKMigQ7v2pOf8mk4Paj5fSgB3Pt+ dHOKbxS8UDF59aOfakyKOKQC80c+v60nFHB7UxC/l+dH+etN4paAFo/H9aSj8P0oAXn1/Wjn/JpM DHSjA9KBi8+v60c46/rSY9v0pceoNAg59f1pOfU/nS49qNvt+lABz6n86OfU/nRijafT9KBh+f50 fiaMe1GPb9KADJ9/zo59T+dLj2/Sk/CgQZPr+tHPqaMf7NGD6UDDn3/Ojn1P50YPpS4PpQAnPv8A nR+JpefSjn0/SgQn5/nR+Jp3OelHPpQA38aPzp3PpRg+lAxv50fn+dLg+lGD6UCEz9aKdj2pMe1I BM0UuPajHPSmMSjmlx7UfhQIKM+1LzjpSc+lAxfwpO/Sl59KTn0oELnPaj8KPwpO/wB2gA/CjtyK X/gNJgelAw49KOPSjj0o/CgQv4UfgKPwpPwFAC/gKMewo/AUfh+tABj2FHfoKPwpPwoAd+Aoz7Cm /hR+FADsn0H50mT6Ck/Cjn0oAXj1o49ab/nrRQMdlaMrTcf5zR/nrQA7ikyKT8f1o/z1oEHFH5/n R/nrS0DE496OPejj2ooAXj3ozz3pKOPWgQuR70ZHvSYHrRgUALke9GRSYHrRgetAC59qKTA9aXA9 TQAfnQPxowMdTRgepoGH50Y+tJgepowPU0CF/P8AOkxRgepowPU0ALijFJgep/Kjj3/KgYUuPrSY HqaMe5/KgAx9aMcd6MfX8qMfX8qBBt/zmjH1/OjHufyo/P8AKgBNv1pdvsaM8d/yo/P8qBiY+tGP rS/n+VH4n8qAEx9aMfWlx9aPzoEJjmjFLx70fnQAm2k2+1O/Oj8T+VAxuKNv1p350mB70AIB9aXA 96OPejj1NABRxR+J/Kk49f0oAXHHSkwPSlz/AJxSZHrQIMD0NLgUZ96PxoGGPrRj60fjRn3FAhMf Wlx7Gj8aT8aAFxRik/Gj8aAHce9H503j1o49aBjvzo4z3/Om496Px/SgB2KT8TScetH40AL+Jo/E 0nGOv6Ucev6UCF/E/nR+JpMe/wClH4/pQAv4mj/gRpPx/SjHv+lAC49zS/iab/npS/j+lAxePWjj 1pP89KMf5xQAvHqfzpOPU/nRj3/SjH1/KgQvHqaOPU0mKMc9/wAqBi8epo49TSfn+VJj6/lQAvHq aOPU0mPr+VH4n8qAF49aOPU0mPr+VH5/lQAvGetH50n5/lR+f5UCFpMUc+p/Kl/E/lQAlHFGfc/l R+J/KgBfwpOPSj8T+VH4n8qBhx6UYHpS/ifyo/E/lQAYHpRx6Ufifyo/E/lQAfhRx6Ufj+lH4n8q AEyP7tLn/Z/Wj8T+VH4n8qADPtSfhS49/wBKTHv+lAhePSjj0o/H9KPx/SgYcegoyPSjHv8ApSY9 /wBKAFz7Ubh6UmP84pce/wClABuHpRmj8f0o79f0oEGaM0fU/pSY9/0oAXIpeMU3Hv8ApS49/wBK AFyKMim49/0ox7/pQMdketGRjrSY9/0ox70ALketGR60mPejHvQIXj1oyPWm/lS/lQAuRRkf5NNo /GgYvfrS8etN/Gj8aBDuPWjj1ptHOetAx3FFN/Gj8aBC0fjR+NH40DD8aKPxo/E0CCj8aPxo/GgY Y96MGj8aOPWgQYowaPxNH40AHNHNHPrRz60DDmjBoyfWjPuaADmjmjPvRn3oEHNHNJRQMXBo5pMm jJ9aAFwfWikyfWjJoEOozTcmjJ9aBi/hR+FJk+tGT60CF/z1ox/nNJuNG40ALij8KTcfWjcfWgY7 HtSfhSZPrRk+tAC/hS49qbk+tGT60AL+FH4UmTRmgBcj0pfwpuTRmgQv4Ucen60mfej8aBjs+1H4 frTc+9H40CHcf3aP+A038aPxoGOyPSk49KT8aKBC5H92jPtRn3oz70AA+lH/AAH9aPxpOPWkMX8K Pwo/Gk/GmAtH4UnHrRx60CFoFJ+NH4mgYtGaTj1/Sj8TQIWj/PWko/E0DFopPxNGfc0CF70c0mfc 0fiaQxaXFN/Gjv1NMB2KTFJ+dL+dABRijn3o596ADAoxRz70ZNAhKX8KM/WjJ96QBz6UUZPvSc+p pjHfhR+FNy3qadk+poEH4fpR+H6Um40uT70AH/AaX/gP6U3JpctQMXP+z+lH/AaTJoyaBBz/AHf0 pf8AgNJk+9GT6GgBf+A/pR/wGkz9aM0AOz/s0nP92kooAXPtR/wH9KSjmgYv/AaM+36Uc0c0AH4U c+lHNH50CD8KX8P0pPxo/GkAv4Ufh+lJ+NHHqaBi/hR+H6Un40Y9zTEL+FFJj3NL+dAw+lGT/kUf n+VFABk0ZP8AkUcev6UmPf8ASgQuaPxpPxo49TQAmT70uT70f56Uv+elAxKTn3p3+elJ+X5UAH50 Y+tH4UUAH50fiaPwpKBC/XNJ+dFGKADj3o49TRRigYuB60nHqaPxFHFABx6mlx7mk49RRgeooEL+ JowPU/lSY9xRxQAuOepowPWm/j+lH4/pQA7j1o49TTe3UflS4/zigBePWjj1ptFADuPU0cU38KTN ADuPWjj1NNzRQMdxRx6mkooELx6mjj1ptFAxcil496T8KSgQ7ijim5ozQAv50v4mm5pfwoAMfWjm kz7Uv4UDD86Me1GfaikAYNJg0vPpRz6UCE/Oj8KX8KKYCfgeKKWl/CgY2j+tL+FH4UAJ+NHHqaX8 KPzoEJx6mj8aXHuaMfWgYn4mj8aXH1ox9aQCfjR+NLj3NGPrTEJx60v40Y+tH40DE/Gj8TS0Y9zQ ITj1NLx6mjFG33NAw49aTK+tLt9zSYHqaBBketHy9qMe5pcfWgYny+tL8vrRt+tG3mgA+X1o+Wjb 7mjH1oEHy+v60fL6/rRj60YPvQMPl9aPl9aMH3o2n3oEHy0fLRt+tG360DF+Wj5fek2/Wl20AGF9 6T5PejFGKBC/L70fKfWkxRj2oAML60fL6mjBoxQAfL70fL70UYP+RQMPl96Pl96THtRzQIX5feji k5/yKXmgBMj3oytHNHNAxcrSfL/k0c96OfagBfl9aMr70n5Uc0ALkepo49aTmigQvFJxRijFAw4p cikxiikAZHqaXI9aSimAuR60maKKADPvRmilxQAmaKMe9LQITNGaMe9GKBi5pM0fnR+dAC8e1HHt +dJj60vfvSEHH+TRxR+dFMYf560uP85oxSYFABj3paTAoxQIWikx9aMcUDF4o/L86TAowKBC/l+d Jx7fnRgUce1Axfy/Ok/z1o/Kj8RQAfl+dL/nrSflRj6UAH5fnRij8qMc9qADH0/OjH0/OjHuKPy/ KgAx9Pzo/Gj8vyo/L8qBC0n+etH5flSfl+VAxfy/Oj/PWj8vyoxx1H5UAL/nrR/nrSfl+VGPp+VA C/l+dJ+A/OjH0/Kjn/IoEGfYfnRx7fnR/npRk0DEz7D86XI9B+dFGaBCcen60ZHt+dOz9KMn1oAb kf5NGf8AOaXPbNGT60AJ/nrR/nrS5NGT60AJR+FLk+tHPrQMT8P1o49KXJ9TRk+poEJx/k0cUoJ9 aMn1oGJx/k0Uu40ZPrSAOPSijJ9aXLetMBP89aOtLk+poyfU0AJxRkUuT6mkyfegQZFJketLk0ZN Aw49aPx/WjcfWjJ680AH4/rR+NGT60ZPqaQg/Gj8aMn1pMn1NMBcn1pc+9N5x1NLz6mgYuaSjnHe jn3oAM80uaTJ96PzpCDNGfel/Oj86YxPxpc+4/Oj86SgQv4ij8R+dH50lAC/iKPypPzo/OgYfiPz o/EfnR+dH50CD8R+dL+I/Ok/A0maAHfiKTn1H50ZNJmgBcH1H50mD60c0vNAwwfWjFHNH50gD8RS 0nPvRk0xBgeoox70ZNGTQMMe9GPejNGTQAYPrS496QGlyfWkIT8aX8aMn1oyfWmMMe9GPekyfWjJ x1oELj3ox70nPrRn3oGLj3o/E0nPrRz60ALj60fjSZ9zSZPqaBDuKXIpuT6mjJ9aAHcUlJk460vP qaACijn3o596AF49KOPSjJ9T+dJk+9AC5HpS8elNyfejdj1/OgBePSlyPSkz9fzpcn3/ADoAPwo4 9KM/X86Mn0P50DDj0o49KPwP50fnQIMj0FGR6Cj86PwNADePUUvy+oo+Wj5PegA49RScetL8nvR8 mKBicUce1LhaPl96BCZ+lHHqKPlo+T3oAOPUUflR8tHy0DD8qT/vml+Wj5fagA49qMD2o4o49aBC cf7NLx/s0mBRge9Axfyo4/2f1pPlo+XPegQv/fP60nHt+tHFHFAC/lRz7UnFFAC/lRj6UmRS8UDD 8qPyo4x0pPwoEH5Uc0fhRQAZozR+FHPpQAZPtRz6ij8KOfSgYc47UfiKX8KOaAE/Kjn2/Kjmj86A Dn/Io59vyo/Cl/A0AJn6flR+VH4Gj86BBz7flRj6UY+tGPrQMMGjn2peKMUCE59qOfal4pOKBhj1 opcCjigQYpMUcUcUAGM0Yo4o4oGH5UflRx70cUAGPpRj2FGRRxQAYPtRt+lHFGRQAbee1G36UZFG RmgAxS7aTIoyKAFxRj6UmRRx7UCFxRim5+lLn6UDFxRgjvSZ+lGaBBj3/Wl59aM+wpM+woGH40c+ v60Z9hRuoEJz6/rR+NLmjPbAoAOfWjn1oz7Cj8BQMOfWk59aX8BRn2FACZb1oyfWnfgKMewoAblv WjJ9ad+Ao/L8qAG5PrRk+pp3P+RR+H6UANyfU0ZP96nfh+lGPb9KAG5P96jcfWnY9APypMf5xQAm T60ZPrS49qXHsKBDcn1oyfWnfhScelACZPrRk+tL+H6Uv4UANyfWjJ9ad+FJ+FACZPrRk+tL+FH4 fpQMMn1o5oz7GjPtQAc+tHPtS/hSZ9qBBz7Uc57UUZ+tAw/Kjn2pc/WkyaBB+VL+IpMmjJoGH5Uf iKMn/IpOcUAL+Io59RSc0vP+RQIPxFGT6ijn/IoyaBhn3FGfcUc+lHNAC/jR+IpvPpS80CF/EUfi KbzRz7UAO/GjHvSc+oowaBi/jR7ZpOfajtQIX8aOfWk/Kl/EUAFJj3ox7ij8qBhj3/Wkx70flS49 xQIT8TS/jRj6Udu1ACUUv5UflQMT8TR+Jpfyo/KgBPxpfxox9KUUCE/Gj8aX8qKAEo59aX8qMjPa gYnPrRzS8egoyPQfnQITn/Jo59/zpePQUcegoASjJ9aX8KOPQUDEz70Z96Xj0FH4UAJmjNLRQITN GaOKOPSgYUZowPSjAz0oELmijHtScelAwz9KM/Sj8KMe1Ahfyo/Kk/CjHtQAv4ik/KjA9KOKAF/E UnPtScelFAC0Y+n50nFHFABx7UflRxRgUDD8qPyowKXA9aAE474o49qMe9GB60CF4x2pKMD1oxQA flRx7UUcetAw49qPyo4peKQCflR+Ipfyo7UwEzRn3FL+VH4igBM+4pc/Sj8qPyoEGR7UZ96PyooA M0Z96Pyo/EUDCkz7il/Kj8qBBn6UZGeopePajj2oAbke1Lx60ce1LxQMbxS0uBRgUAJxSUuKMfT8 6ADjHWk/Glx9Pzox9PzpAJ+NFO2j2/OjApgNpaXAo2/5zQA2lox/nNLt9f50CG/lS/lRgUYFAwo/ KjAowKAD8qMUYooEHNFFHFIYn1pf89aOKXFMQn4UtGKKBhRRxRigQc0DPtR+FH4UAH5Uc0c+lHPp QAZPtRk+1HPpRk+lABk+ooz7ijPFLz6UAJmjNLz6UZ9qAEyfWjJ9aX8qTP0oGGfejmij8qBBz60U flS0DE5o59/ypcfSjFAhOff86X86T8vyox9PyoGL+dJ+FH5UY9MflQAYPpRj2ox9KPyoAMe1G32o z9KKADb7UY9qKKADHtRj2oxRigAx7UY9qMUYoEFGPb9aPyooAMe360Y9qPyo4oGJj2/WjHtS8e1G B7UAJj2FGB6UpxScelAgwPQUuB6Cjj0FHHoKBhgegowPQUcego49BQIOPQUcego49BRkegoGGFow voKMjHajI9BQIML7UYWj8BRn2FAwwtGBRn2o/CgQYHr+tGB60UUAGB/k0YFJ+VFAxcLRgetJn6UZ oAXAowue1Jn6Uce1AhcCkwPWk49qOPagY7AowPWm8eoo49RQIXAowKTj1FHHqKBi4FGBSceoox7i gQ7aM9qTaKT8RR+IoAXaKNopOPUUY9xQMXaM0YFJgetGPegQuB7UYFJgetGB60DFwKMD2pPxo49a AFxRjjtSYHqKMD1oELgUYFGB60uB6igBMe1GKOPUUYHtQMNtG32owPUUcetAgxx0oxRxRgUDDHtR ijAo4oAMe1GPajAo4oEG2jHFHFHFABiik4pePSgA/Ok4o49KOPSkMOKO1HHpRxTEGPejHHWijigY Yox70cUce1AgxRj3o4o4oAMUYo4o4oGGB60fjScUvFAC/jRj3pMCjigQY96PxFHFHFABRxR+NHFA w4o/GjijigA49aXPvSUZFAC0cUmRRxSAXj2/Kk4/yKMil4pgHHt+VHHt+VHFGRQIP89KOPb8qOKX g0DG8e35Ucf5FLkelHHpQAYH+RRx7flRx6UYHpQAfl+VGfp+VLx6UcelIQmR/kUmfp+VO49KPwpj G/gPyo4/yKX8KKAE/wA9KX/PSj8KKQBkf5FJkf5FLRimIMj/ACKTI/yKWigYn+elLx/kUUYoATj2 /Kj8vypcUYHrSAT/AD0oz/nFLijimAmc/wD6qMj/ACKWjHvQAmR/kUZFLgetGKBCf56UZ/zilx/t UbfegBMj0oyPSlwPWjA9aBiZHpRxS4HrR+NAhOPSjilwPWjA9aBiYFHFLx60cetAg4o4o49aOPWg YcUcUcetHHrQISloozSGGKMf5xRmjNMAopM+9GaAFpce1Juo3UCFxRim5pcnNAwx7UUmTRk+1AC4 9hR+ApMmjdQIXn0FH4Ck3Uu76UgD8BRz6Cjd7Ckz9KYC/gKKTP0ozQMXFH5UmfpRn6UALmjJ9BSZ +lGfpQIMn0FLk+gpM0ufpQMTn0FHPtRmloAPwFH5Uds8UZ+lABnjtRn2FJmloEG7joKN1HHqKPxo GG76UbvpR+VHHqKBBuo3Cjj1FHHqKBhuozRx6ij8RQAZozRx6ij8qBBRxRge1J+VAxaMik/Kj8qB C5HpS5FJ+VGaQxeKKSjIpiDj/IpcCk49qO1AC8UfjSdu1J3oGOo4pvFGBQA6jim8e1FAh1GKbRig Y7aKMUlJQA7H0owPSkooEGPpS7aTj1o4oGLijFJgUYoELj6fnRj6UlJQMd+Ao/AUnaikId+ApMew pPxo4pgL+Ao/AUnFHFAxfype3QU2igQ78BR+AptFAC/gKOPak/CjigBePajA9BRS5oATHtRj2pc+ 1FAxP89aMUvFJxQIPwoo49KKADn1opOf736Uc/3qBi4owPUUnP8AeNHzZ+8aBC/iKKT5v75o+b+8 aAFpMCjLf3jRlv7xoGGKTFGT/eNGT/fNAC4ox70ZP940fN/eNAg5owaMt/eNGT/eNIA5pMmjJ9aX J9TTGJzS80ZPqaMnuaADmjmjn1pefWgBMGjB+lHPrRk+tAgwaMGjJ9TRk+poAMHFGDRk+ppOfU0D HYNGDSc+po/P86BBg5pdppP89aP89aBi4NGDSfjSUgFwaMUfjSUwDFGKWjigBMe1LRR+P60AH50f hRijHPegAx7UYHpRjj/69FACY9qMe1LRzQAnHpRj2o5ooEHGOlGB6UDNHPvQMP8AgNHHpRz6Uc+l Ag4/u0fhRk+ho5oGH/AaP+A0c+lHNAB/wGjn+7S5NJz70AHPpRz6Uc+9HPoaADn0pefSk59DRz6U ALz6Uc+n60c+hpMn0P50CFyfSjJ9KTn0NHP+TQMXJx0oyaTn0NLz70CCjJ/yaMmkyaBi5NGTSZNG 40CHZoz9Kbk0u4+tAxcn2oyabuPrRuPrQA7JpCT7UbjRuNAgyfUUc+tJuNGTQMdz60ZPrSZNGTQA vPrRz60mTSZNADsn1pMn1pMmjJ9aBC596M0mT60ZPrQAufpRmkyfWjLZ60ALzRmkyfWjn1oGL+VG aTJ9aMmgBcmjJpNx9aNx9aBC80UmT60mT60DHc+lGfak59aKBC59qM+1JzR+NAwz7UfhRRz60AH4 UfhRzRzQAUfhRR+IoELn2pM+1JzS/jQMM0buelJ+NLz60AGfpS5+lJRz60ALnijI/wAmk/GjPvQA uf8AOaKTn1o6d6QC5/zmjP8AnNJn3oyfWmAvH+TRkf5NJ+NHPrQIdkf5NGR7fnTfxo5pDHcH0o4p uD60c0xC8etH40lHPrQAv40fjSUf56Uhi9utL+NM/Gl/z0pgO/Gjj1pn4/pS5/zigB2RRmm596M+ /wClAh340Z9xTc/Sj8vyoGOz70Z96bn6Ufl+VIB2fejPvTfy/Kj/AD0pgOJ96M/Sm5+n5Uc0CHZ9 xRn3FN59KKBjs+4oz9KbRQIXJ9qOfako59qBi/lRj3FJz7Uc+1Ahce4pfxpuTRzQMd+NGabR+VAD qPypvNHPtQId+VJ+VGT7fnSZNAC96KT8qPyoGL+VFH40c+tABRRz60c+tABj2pO/Sl59aMn1oAMC kx7Uc+tHNAg/CiijJ9aBhR+FGTRz60AGKOfSjJ9RRk+tABg0UZPrRz60hBzRk0nNLTGHNHNFFAhO cdqXmj8qTn1pDF59aOaTJ9aOaYC4PrRzSc0UALzRSUYNIBaKTFFMBce9H403FLj3oAXAowKTHvRj 3FAC496Me9JilwfWkAY4ox70n40uKYC4FHFNpaQBxRxSUUwF4o4o/Gk59aBC0Yo59aOfWgYCj8KT J9aXn1oELij8KTJ9TRk+9AC/hSfhRmjPvQMMHsKOfSjPuaMn1oEH4UfhRk+tGT60DF59KOfSkyfW lyfWgA59KOf7tGT60mT70ALznpRz6UmT6mjJ9TQIdk+lJ83pRn3pM+5oAdk+lJzjpSZ96M+9ADuf Sjn3pvPrRk+poGO596OfQ0nPrR+NAhefejn3pOaKBi/iaPzpOaPzoAX86Oc96PxpKBC/nS/nSY9a MHNAC/nSfnS80nPrQAZOaMmjijI9qADmjJ9KMijigYuT6UZNN4/yaOP8mgQ7NJn6UnFHFAxc0ZpO KOKQBmlzSYHrS/jTATNGaPxooAN1GaMUdKBBn2ozRgUUDE3e1G4+35UtHFACbj/kUbj7flS8UnFA Buo3H2o/Kj8KADcfajcfaj8BRn6UALupN3Haj8BR+AoANxo3Gj8BR+AoANxx/wDWoz/nFH4Cj8BQ Abj/AJFGTR+Ao/AUAGaM0v8AwEUn4CgQZoye1HfoKMj0FAwyaMmjP0oz9KADJoz9aM/SjPfikIM0 c+lLux6UmfpTGGTRk0Z+lG6gA5peaN1G/wClACc0uG96N9G+gQc0nzUu8UbxQAc0c+9G6jdQAnNH NO3Ub6BjefSjml3Uu+gBOfSk59D+dO30m+gQmT6UuT6Ub/ejf70AJk+lGTS7vejd6UgDJ9KMmjdR u4pjDJ9KMmjd70bqADJpMnvS7vpRupAGTRmjdSbqYC/nSfnS596M+9ACfnS5+tGR60Z96ADI96OM dTSfjRn3oELx70mR70Zo/GgYfiaXjHek/GjPvQAvHvRx70mfejPvQIXj3o496T8aPxoAXA9TRgep pPxozQAuB6mkwPU0v40nHrQMXA96TA96Xikz9aAFwPejA96TP1ozSAXA96TA96M0uaYBx6GjA96M 0ZoEGB70mPrS5ozQMMfWjHpn8qM0ZpCDH1o/P8qM0ZpgH5/lRx7/AJUZ+tGTQMPz/KjH1o3GkyaA Fx9aPz/Kk3UZoAWjn/IpM0ZpCF5o5pMn1oyfWmAvOelH4UnPvRz60DF5o59KTn1oyc9aAHc0nPpS c+tHPrQIXn0o59DRz60ZPqaADn0NHPp+tGT60mT6mgY7n0o59DTcn1NLz6mgQv4Uc46Gm8+poyfU 0DHfgaP+A03cf71GT60CF/Cl49Kbk+tGT60ALx/dpePSkz70n40DFwPSjj3opKAF49DRx6UlLQAc f3aOPSjJpMmgA49DRx6Gilz/AJzQITj0o496M+360Z9qBhxnpS8Um4UbvagBeMdKTI9KMijNAC8U ZHpTc+1Ln2oAOPQ0ce9GaM+1AhePf8qOPekz7UZ9qAF496OKTPtRn2pDF496OM96TNHHpTAXI96P zpM89KM0CFz/AJxRntSZozSGGfalzSZozTAWj86TPvRu96AF/Oj8TSZozQAv50Um6jcaAFzRn60m TRk0ALmjP1pOaOaBC5+v5UZ/zik5oyaADNLn2pM0ZoGLmkz/AJxRRQIN30o3UUUDDd9KN1FH4UAL mjcfb8qT8KPwoAXP0oyfak/CigBcmkzRx6CkyPQUAOzRnnrSZHpRx6UCFz70Z+lJx6UcelAC596M 0nFHHpQAufejPvScUfLQMWjtR8uaTigBfyo/KjIoyKQB+NFHy0ZWmISil+Wjj3oGJmil4o4oEJ36 UUuR70ZHvQAn4UUuR70ZHvQAlFO4oyPegY2lpePejj3oAT8qKd+dJ+dADeaOaf270fgaBDeaSn/g aPwoGM/Cin/gaPwoAZ+FH4U78KXt0oEM59KOaf8AhR26UAMpadjPakx7GgYmaOaX8KPwoEJRzS/h Rz6UAJzS8+9HPpR36UAH40c+tGOOlFAw596OfejHHSj8KADIoz703HtRSEOz70ZH+RTaKYDuPWk4 pKKBi8f5FHH+RTaWgBeP8ijjH/1qSj8f0pALx/kUcf5FJx60Y96YheKOPekx70tAw4o4ox70mPeg BcijIpMUUCFyPSj5aT/PSj/PSgBcr6UZX0/SkooGLuX0o3L6fpScUUALkegoyP7tJ/npRQAuV9KM j0FJijFABkelLken6UmKOaAFyPSjI9BSc/5FHNAC5HoKMj0pOfSjmgQuR6UZHpSc0c0ALx6UcelJ RQMMj0pePQU2igQ7j0o49BTc0maAH8ego4puaTJ9KBj+KOPQU3JoyaBDsj0pMj0FJRQMXI9BRkZp KWgA49BRx6UlLQIOPSjI9KKTNAxcj0oyKM+1HFAgyKMiiikMOKMiiimAZFH4UYFHFABxRke1HHvS fnQAuRRx0xRRmgA49KXI9KSjikAcegpfwpOKKAD8KPwo4o496Yg/Cj8KPzo496Bh+FGKTj0pePQ0 AGKMe1H4Gjv0NAC49qPwpPwNH4GgBfwo/Cko/A0CF59KQg+lHPvSfnQAuD6UY9qKO3SgYYPpS4Pp SfhRz6UAGD6frRg+n60UfhQIOfT9aOfSj8KKBhz6UuD6UmKMf5zQAv8AwGjH+zRj/OaMGgQc+lJz /dFLg0YNAw/AUc/3f1owaOaAD/gNH4frRg96MGgBPwpf+A0YNGDQAf8AARSf8BFLto2/5zQAn/AR RjnpTtvNJj3oEJj2o/Clx70Y96BiYHpRx6UuPejFACcelH4ClxRtoAP+A0fgKNvvRj3oEJ+FH/Aa XHvRt96BifhRx6Uu360Y96BCfhS/hSY96XHvQAn4Cl/Ckx70uKAExS4FJgetGBQMKMClwKTFABx6 UvFJj/OaMUALj2o+lJxRxQIWjFJxRxQAtH4Un5UflQMWj8KKKADj0o/AUUuBQAn5UflS8UfhQITj 0o49KXPtR+FACcUce1L+H6UfgKBiYoxS5PpRk+lAgxRj2oyfT9KMn+7QAm3PajFLk+lGT6CgBMUY NLk+go+b0oATHNG00uW9BRk+goATBpNpp2TnoKMn2oATBoxxS/N7flRlvb8qQCYpMU7Le1GWpjG4 oxTst6UZNADcGjmnZNGT6UANwaMUvPoKMt6UAJijHFL83pRg+1AhMUuPejB9qMH2oGJzRS8+1HPq KQBRRg+opcH2piE4o4owfajBx2oASjdS4PtR+VAxM+1GRS/hR+FABkelGRRR+FABuFGR6UvFH4UC E3CjI9KXj0FHHp+tABuHtRmk49KM+360DFz7UZHpScelH4frQIXPtSfhS59v1pM/7P60DF4x0o49 KTJ9P1pc+360CD8P0o79P0oz7frRn/OaAE/D9KX8DRu9v1pN3t+tAxfwo49KTf7frRu9v1oAXiko 3e360b/b9aBBR+dG+jf7frQAfn+VH+elLv8Aajf7frQMSjH1o3e360u72/WgQ3HFH+elO3e360bv b9aAEx/nFJj/ADinb/YfnRu9hQA3FGKdu9qN30/OgBuKX86Xd9KNx9qAE4pP89KduPtRuPtQMT/P Skp2T60Z96AE/Ck/A0/PvSZ/2qAG/gaPzp2T60u6gBn50U/J9RRk57UAN/Cj8KX8f0oz7/pQA38K Pwp34/pS/jQAz8P0ox7fpTu3Wjj1oAb+FL17UvFHFACfhR+FLketGR60CEx7Uv4UcetGR60DCkxR kf5FHHf+VAgx7UYoyPb8qPwFAxMUuKPyo/KgAxRjmkpaADBo59qDR+FAgx9KOfak/CjPNAC4PtRg +1JmigYuPpR+VNpaAFx9PzpMfSj8qKQBj6UY9x+dHNHNMAwc9RRj3FHNHNABj6UuB7UYNHPtQITb 7ijHuKXmjn2oATHuKMe4peaOfWgYY9xR+Io59aOaBBj3FGD60c0UAGPcfnRj6UUZNAw/KjFGaPyo EJj6fnS49/1oz9KMmgBMH/Jowf8AJpcn0oz7UDDB/wAmjmjPsKM+woEHNJTs+wpMn0FAxMGjBo3H 0FLuPoKAEwaMGlyf7opM+w/KgAwfSjafSjPsKM+woAMH0owaM+woz7CgQYOaOcUZPoKM+woAMGjB oz7CjPsKQwwfSjBoz7CjPsKYBijaaMk9hS8+goATbRg0c+lLz6CgBNpo2n1pefSjn0FACbTRt96X 8BRQITbRil59qOaBibfegqfWl5pOaADac9aXafWjJo/GgQY96Me9GfejPvQMMe9GPejPuKTPvQA7 HvRg+tJn3oz70ALg460Yb1pM+9GfegBcH1owfWkzS5pCE59aXB9aTPqaTPvTAdg+tGD60mR60maA Hc+tHPrTc0ZoGO59aOfUU3cKMigB2T6ijJ9RTcijcKAHZPrRk+opuR70Z+tAh2T60ZNNyKM+9Axd xo3H1pM+5oz7mgBdx9RRuNJkepoz7mgQu5qNze1J+Jo/E0DFy3tRk0n40Z96AFyaMmk/Gj8TQIMn 1pcmk59aPxNIYuT6ijJ9qTPvRn3piF59RRz7Un4mjP1oAMn/ACKMmjNHPqaADn/Ioyf8ij8aPxoG L+VJR26/pR+P6UALRScetH40AL/npRSfjR+P6UCFo5pKDj1oAWj8aTijH0oGL+NHbrSYHtRigBfx o/GkooAX6mk/EUUUALn3FJ9CKXik4pAHPqKMn1FBx6Uce1MAz7il/Gk/KigBfxo/GkooAXPvRn3p KMUAGaM+9HFHHtQIM+9Gfeij8aBhn3pc+9JiloAMn1o3H1/Sikx70hC7j6/pRuPr+lJ360v40xi7 j60mT60mPel/GgQZP96jcfWj8aPxpAG4+v6Ubj60cetGB60xhk+tJuPrRgetGB60AGT6/pS5PrSY HrRj3oEGaXP0pPxpfx/SgYZNJmj/AD0pf89KAE3H2/KjJ9qPyo49aADLUuW9vypOKOKAF5x2/KjJ 74pOKP8APSgBcn2pMn2oz/nFGR/kUgDJ9qXJ9qTj/Io/z0pgLz6ijn1pKM/SgBfxFHPrSZo/CkAf lS/lRn2/Skz7fpQIWikz7UZ9qYC0UmfajPtQMXFGKPwoz7UAH9aKX8KPw/SgQfjRSZ9qMj0oGH4m l/Ok49KOMdKBB+dHHqaOPSlyPSgA/Ok496XI9KM+1ABx70nHvS5o4oATj3o+maXj0pMj0oGHHvR+ dLkelJkelAg496O/Q0ZHoaMj+6fzoGJ+BpfwNJkeh/OjI9P1oAPwNHHpRken60ZHpSAXj0o/CjI9 P1o3D0piDj0o4o3D0/WjI9DQAcelHHpRkeh/Okz7H86QBx6UcelGR6H86Mj0NMAx7UfhRkehpcj0 oGGBSUufY0Z+tACcZzRS5+tJn60CDij6/wA6XNJnigYuKMf5zScZpaQBj/OaMUZozTEGKMUZ96M+ 9IAxRijOO9GaYBijFLn/ADikzQAuPejHvSZpc0DDFGKTPNGaBCZoyad+FGPakMbk+9GaXBz0FHPo KYCfnR+dLg+gpMe36UAL+dGfrRg+n6UmD/kUCFz9aM/Wkx/nFGP84oAXP1ozzjmkxRg+n6UDFz9a TP1owaMf5xQIM/Wjd9aMf5xRj/OKBhu+tG72ox7UYPpQIN1Lu9qTHsaMGgYu6jd7UmDRg+9IQu4+ lG4+lJg5/wDrUY45zTAXcfSjd9KTH1ox9aAF3fSjP0pNvPejFAxd1G72pMfWj86AF3Ubj6Ck7UUC F3HPQUbj6Ck4o496QC5PoKTd7CjFGBimMN30o3fSjij8KADd9KM+wo4o4pCDJ9KM+woopjDPtS7j /dFHFGKADcf7tGfajFGOaADJ9KM+1J+VFAC59qMj0pMUUCFz7Ubvak/GjHHX9KADPt+lG72/SjH0 oxQAZ9v0oz/nFFHagYZ/zijP+cUn4Uc46UCFyKM80YNGDQMM/wCcUZ+v5UYNGDQAZFGaKKQBkUZ+ tGDRg0AGe39KM0YpMGmIXNGeetGDRg0AGfejPvSYNLikMMj1pM/5xRRTAMj/ACKM+lFH50CDNGaK XjvQMTNH5UvH+TRx/k0AGfpRn2o4oyKQBn2FFHFHFAgzR+H6UcetGR60wD8B+VH4UcUcUDDn0/Sj J9KOKOKADn0/SjnPT9KOKOKBC/h+lHPp+lJxRxQAc+n6Uc+n6UcUcUDDn0/Sjn+7+lHFJn2oAXn+ 7+lHPp+lGfajNIBef7v6UnP90/lRx6UfhQIOf7v6UvP939KT8KMe1MA59D+VL/wH9KTFFAw59D+V GPY/lR+dFABj2P5UY9jRRj3oAMexo/A/lRijFAg59DRz6UY9qMUDDn0P5Uv5/lSY4oxQAY56fpR+ B/KijFAgx7Ude1GDRj3FABz6Uc+lGDRg0AH4H8qPzoox9KBh+dFH5UY+lIAoowaNvvTEFH50baNp oAMfWj86MUYoGFFFBFABzRRRigA+oNFGPpRg0CF/OikwaMGgA/A0fgaKPxoAPwNH4UfjSY96Bi/h R36UUdqAD8DR+FFFAg59KOfSiigYvNHNJj3ox70gDmjmij86YBzRz70UZoATmjB/yKWjNACc/wCR Rzml5o59KQBz/kUYPv8AlRzRz6UALg+p/Kk59/yo5o5pgGD/AJFGD70mTS5NABg+/wCVGD/kUZPp Rk0AGD/kUYPv+VG4+lGT6UALg+9GD70mT6Ubj6UAGD70c+9GT6UZPpSAOcUc96Mn0oyfSmAY9/0o /P8AKjn0oyR2oEH5/lR+f5Uc+lHPpQAc0tJz6Uc+lAxaOaOfSjn0oAOaPxo59KOfSgQc0c0c+lHP pQMOaOaOfSjmgQlHNLzRz6UDE59KOaMH0pcH0oATJoyfalwaTBpALz6ijn1pMH0oxTAX8qTNGKMe 1Ag5xRk0c+lH4GgYZNGTS/hR+FAhMmjJ9KM+1H4UDFyfekyaKKBBk0c0UUAGT/kUZPv+VFFAw596 OaKKADmjmiigAyaMmijAx0oAMmjNGKKQgzRmj86OKYwzRnjpRx70fnQAZ9qM+1LSUAGTRzRRQIWi kxRQMXj2o/L86T8aMe9IBePal/L86b+NH40xDvyo/Km/jS0DDH0o/KiigBfy/Oj8vzpvFLxQAZpc j1NN/D9KM+36UAOz7mk3e5pM+1GR6UCFz70ZpM+1GaBi5PrSZ96Sj8KAFz70ZpPwo59KAFzSlqbz 6Uc0AOzRmm5ooAdu96TPvSUUALuo3mko5oAXcfejecdaPwo/CgA3H1o3e5o/Ck/CgB24+tJuPrSU UCHZPrSZP940maM0DFyfU0Z96TNGaAFzx1oz70maMg0CFz70Z96M/SkzQMXPvS596TNGaBC596M+ ppM0ZFAxcj1pM+9GRRke1ABn3oz70ZFGRQAZ96M0cUflQIM0Zo4o/CgYZoz9aOO+KOKQB+dH50cU cUwCijj1oz70AJmil/GigBM0UtHFACZ9qM+1LxRkf5NAgzRuo/z1o/GgYZNGTRxSfjQIMmjNHFHF AwyaOaWigA5oyfU0daT/AD1oAX8aKSj/AD1oAX8aKT8vzo/L86AF/Gj8T+VH+etFAg49T+VL/npT aWgYfj+lH+elH+etFABx/kUf56UUlADuP8ik49f0pOfSjt0oAdx60YHqabRmgB2B6mjA9f0pPxpK BC7R6n8qNo9TSUtAwwPU0YX1NHNGfYUAGF6ZNGF9TRz7Uc+1AgwPU0YHqaTmloGGB6mjA9TRRzSE GB6mjA9TRn2ozTGGB6mjA96TNGaAFwKMCk/Cj8KBC4HrRgetH4UfhQAY96MD1NH4Un4UAL/wKj8T R74pOPSgYv40fjRx6UfhQAfjR+NFH4UAH40fjRx6UcelABz60c+tHHpRx6UAHPrRg9c0celHHpSE GPej8aOKMimAfjR+JoyPSjj0oAPxNA+tHHpR9BQAfjRn3oP0o/4DQAZHrRn3o/Cj8KBh+Jo49T+V H4UZoEHHqaOPeijNAw49aOM0ZoyaADijijNGTQAcUce9LmkzSEHHvRx70ZNG6mAvHvScUZoyaQw4 peP8ik3GjdTAXIpMj1/SjP1o3fWgQceppePU0maXPvQAfL6mjj1pMn1oyfWgY75fWjj1puaMj1/S gB3HrR8vrTc+9GR6igQ7A9aTj1NGfcflRn3H5UAGB60cetGfcflRn3H5UAHH96jj1oz7ik5/yKBi /jRRn3H5UZ9x+VAC/jScetH4j8qM/T8qBBketLketJ+I/Kjj1H5UAGR60fjRj3H5UYHqKBhx6mji jHvRj3FAgyKTI9adj6UmPcUAJ9CaX8TRg+oo/EUAFFH4ij8RQAnPvRz70uPcUfiKBic+9HPvTv8A gQpP+BCgBPzo596X/gQo5/vD86AE5o5p3PqPzpOfUfnQAUUc+o/Oj8R+dABz70fn+VH4ilz7j86B Cc+9H5/lS/iPzo6dx+dAxOfejn3pcn1/Wjn1H50CDn1NJz70ZPqPzo59R+dAxeaTn/IoyfUfnRz6 j86AF5owaTn1H50c+tAhcNRg0nPrRz6/rQAvzUfNSc+tLz60AJzRzjpS8+tHPrQMTB9KMH0pefWj mgQmD6Uc+lL81HzUDDmkwfSl+b1NHzev6UAJg0mD707n1owfX9KBDcGjB9Kdg+tGD6n8qBiYPpRg 46UvzUmGoEHzUnPpTsNSYagYmD6UYPpS4ajDUAJg+lGD6Uu1qMGgQmD2owaXDUuDQMbg0uDS4NGD 60ANwaXBpcH1owaBCc0YNKFPrRtPrQMTmjn1pcGjB9aAE59aMH1pce9GOOtAhMH1ox70uD60YPrS ATB9aMH1peaMGmMTHvRj3pcH2owfagBKOf8AIowfalwaAG5pcnFLge1GB7UCDNJ+VLx7UYHtQAme KKX8RR+VADaKd+IpPxFAxKOKXH0oxz1FAhPxo/Glx9KTH0oGGKMCj8qMHrxSAMCjAowfaj8qYBij FHPtS8+1AhMUYFLz7UflQMTj/JowKXn2pOfagAwPT9aMe360vPoKOaBCfnS4FLz6Ck59BQAlGB70 vPoKOevFAxOKKXB9qOfQUAJxRx70vPoKOfQUCE/Okz9aXn0FGfYUDD86Pzo/Cj8BQAfnRn60fSik Av50mfrR+FLimAmaMn3paMf5zSATPuaN2fWlwKMUwEz7mjPuaXH+c0Y/zmgQmR6mjI9TRj/OaMf5 zQMXPvSfiaMcdf1ox/nNAhePU0nH940Y/wA5owP8mgYcf3jRx6mjA/yaMDP/ANekIOPU0cepo4/y aP8APWmMOPU0vHqaT/PWj8P1oELxjqaOPU0n+etGP85oGLx60cetNwPSl/D9aQBx60cetH4UfhQA cetGR60UfhTEHHrR+NHbpR+FAC/jRx60mfb9aM+360AL+NJ+NGfajI/u0DFx70mPejI9KNw9KADH vR+Joz/s0Z9qADv1o/GjPtRkelAgx70v40m4elGfagYUfjRmj8qADHvRj3oooEGPejHvRRQMPxox 70YoxQAY96Pxox9KMf5zQIOPWjj1oo/KkAZHrRx60Y9xSbRTGL+NH40bR7UYHtQIOPWjj1owPak2 j1FAxeM0cetJgeoowPWgBeKMikx70YHrQIdkUmaMD1owKBhx7Uce1GBRgUAHFHFGBSYFAhePWl4p vFH4UDF4o4/yaKPwoAP89aOKTPtR+AoAWl49Kbx6UufagAo/Cjj0pMj0oAdRik49KPwoELijbSfh Rn2oAXHFGBmkz/sijJ9BQMXAxRgelNycdBS5PoKAFwPSjaKTn0FH4CgQu2jbSYPoKPwFIYu2jaKT 8BR+ApgLtFG0Un4Cjn0FIQuOKNopPwFH5Uxi7eOlG2k/Kj8qBC7aNtJ+VH5UALt96NtJ+VH5UDF2 +9G0UmfpR+VAC7R/k0bff9aT8qPyoELto20n4ij8qQC45owKTn2pc/SgYYH+TSYpfypPypgLijH+ c0nftR+VAgxRij8qPyoGFGPajj2oz9KACjFH5UfiKAFxRxSZ+lGaQhaKTNLTGFHHvScUcUALRik/ Kj8qBC8elHtSUfjQMXj0o4pPxo/GgQUd6PxopAL+FH4UflSUwFpfwpuBRgetAx34Umfak/GlwPWg Az7UfgaKKBBn2o/CkxRigBfwo/CjFJSGL+FHbgUY9qPwpgGT6Uc+lA+lFAhOfSl59KO9FABz6UYP 900c9qMmgYYP900c+lGaM+woAOfSk59KdRQITn0o+b0paSgA59KPwo/Cj8KBh+FJ+FHNFABR+Bo5 o5oAKKKMGgQtFJzS0gDtRRijFMYfjRge9GDRg0AGB70YHvSYPrRg+tAC4HvRgetJg0YNADsCjApu DRg0AO49aTj1pMUYoAXj1opMUUALx70cUlFAC8UfjSUUCFozSZoz7UgFzRn60lHboaYxfxo59TSc ehpePSgA59TRz6mk4x3o/P8AOgQvPqaOfekz7frS59j+dAw5o596TPsfzpc+360CEz7H8qM89D+V LijHvQAmfY/lRn2P5UYowKBh+B/Kj8D+VGB70fjQAfgfyoyPQ/lRxmj86AD8D+VH4H8qOPej86AD 8D+VH4H8qPzoz9aAD8KMexo49TRke9Ag/Cj8DRke9HHqaBh+f5Ufn+VGR6mjI9TQAfn+VH50ZX1N GV9aADH1o/OjK+9HH+RQIPxo/GjIpeKAD/gVGB60mR/kUZH+RQAuB/epMD1oyKMj60DFx70Y9/0p MijNAC4GOtHHrSZ9qM0ALgetLgev6U3NFADsD1owP736U3NGaAHYHr+lGB/e/Sm8UcUAOwPX9KTA 9f0pvFHFAh3Hr+lLx60zHpRigB3Hr+lGB/e/Sm0uKAFwPX9KXA9R+VMwaXmkAvHqKOPUUnNJzTGO 49qXA9qZRSEP4z/9ajj/ACKZRTGP4/yKTj/IpP8APWigBf8APSjH+cUn+etFAC/56Uf56UnajNAC /wCelGf84pKOKBC0nFJxRQMWjiij8KBBke1GfpR36Un4UDF/Kj8qPwooEGfpR+VHNHPpSGH5Uv1x Tcn0oz7UxC/lRSZ9qXPsKADijj1FH4Un4UALx60ZHt+VH4Cj8BQMOPX9KTjH/wBal/AUfgKAD/PS k49f0pfwFH4CgA/H9KOPX9KOfSj8BQAcev6Ucf5FH4CjP0oAOKP89KMn2oyfagQfjSfj+lLk+1GT 7UDE/Gj8aXml5pAN/GlpefWjn1pgJR+P6UpJoyaAE/Gj8f0pcn1oyfWgBPx/Sj8f0pcn1oyfWgBP x/Sjnsf0p2fejJ9aAG8+v6Uc+v6U7J9aN3vQITn1/Sjn1pc+9Jn3oAOfWjn1ozRn3oGJz6ijn1pc n1oyaQhOfWjmlyfU0ZPrTATn1oyfWl59aOfU0AJ+P6Uc0vPrR+NAxOaMe/6Uv40c+poAOf8AIpKX n1pOaBC80f56UnNHPqaAD/PSjP8AnFGT60v40AJ/npRx/kUc460c0AHFHHv+VHNHNAwo/A0c0nNA hfzo/Ok5o59aAFpOPej5qXmgYn+elH5/lRzRzQAv5/lR+dGTRmgA/wA9KOPf8qM0ZPpQAfn+VFG6 k3e1IQuBSYFLuNGTTAMCjijNGaQw4oxRmlzTAbS+2aM+1GfrQAUYoyaMmgAoxRk+9GfrQAY9qTt0 pf8APWjt3oASjj0pfxNH4n86BCcUYHWl79TR+dAxKWj8/wA6PzoAPwoxzR+J/OjPuaAD8KT8KXPu aPxNIQmPajHtS59z+dGT/eP50wDHtRj2o3cdTn60ZPqfzoAMe36UfhRk+p/OjPuaAF/D9KT8KMn1 NG4+poGGPajHsaN3uaM8dTSAX8DRgY6H8qTd7mjcKYhcex/Kk7dD+VGaN3pmkMPwP5UfgfyoyPej IxQIPz/Kl/P8qMijI96Yw/P8qT8/yo3D0NLuHpQIP89KPr/KkyKXPtQAnX/9VH+elGe2KXPt+tAx OPf8qOPX9KXPtRn2oEHHv+VJj/OKX8KP+A0DDA/yKMCl5/u0f8BoEN4peKP+A0Y9qBhx/kUce/5U fhR+FAhOPejj/Ipfwo59KQCcetHGOv6UuP8AZox7UwE/z0o4p2PajB9KBjaWl/Cj8KAEpPwp34Uc 46UCG0ce9O59KTn0oATijj3p3PpRzQA3IHrRx7078KPwoAb+dHSnUnNAxPwoz7UvNHNAhPwoz7Uv PpRQAmaM8UuPajHtQA3PvR+NO/CjHtQAmaM0uKMUDEz70Z96XAo4oATPvRn3peKKAE70fjR+FH4U CCjijA9KCPagA49qOPUUfhRj2oAOPWjj2owfalxQMTn0o/Cl/wA9KOP8igBOfSjnPSl4/wAij/PS gQnPoPzpOf7op1FAxMHH3RRg/wB0UtGaBCc+g/Ojn0H50tFAxOfQUc+g/Ol/KjNAhPm9BR83oKM0 tACc+go5/uijNLmkMTn0FJz6Cl4pfzoAbz6UufYUv4Gjj3piEz7Cj8KX8/yo/OgBOfSjt0peKOKB ifhRz6Cl49/yo4oATn0FHPoKXijigQnNHPpS0UDE/Cj8KWigQn4UfhS8etHFACc+lH4UvFJgUDDP tR+H6UcetHFABRRxR8v+RQIKWk+Wl4/yKBh+NFHH+RScUCF/Gj8aTijigYv4ikx7ij5faj5fagAx 7ilx70gxijj2pCDHvS496TijimMXHuKMe9JxR+FAC4HqKTA/vUcen6Ucen6UCDA9aOPUUcelHyjt QAfjR+IoyPSj5fSgYZ9xRn3FGR6fpS8en6UCE/Gj8RS5Hp+lGR6fpQAn40fjS8en6UZHpSAT8aPx FGR6UcUxh+NH4ijijjFIA/Gj8aOKOKYg+p/Sj8f0o4oyKBh+P6UfjRke1FAB/npR+NFHFAB3o7f/ AFqMijIoAPx/Sj/PSjNGaQg7f/Wo5pM0ZpjF5o5pM0ZoAXBpMUZozQAYNGKM0UgDBowaXNJTAMHN HNFHOKAF5oo5ooAKKPwo/A0AJRS8+lH4UCEwfWj8RTufQ0fgfyoAbz6ijn1FLz6fpS/hQMbk+tGT 6078P0o/A/lQIbz6ijmnY/2TRj2NAxv40fjTsexpcexoEN59aOfUU7HtRj2NAxn40fjT8exoxx3o EN/4FR+NLj2NLj60DG/jR+NLj2NGPY0CE/4FR/wKlx7GjHsaAE/GjHvS49jR+BoGJ+NH40uPY0c+ hoEJ+NGD60YPoaMH0NAw/EUc0YPoaPwNABzRg+n60Y9jRj2NABzRzRg+ho59DQAc0YNHPvRzQAc0 UfNRzQAc0c0c0c0hC0lHNJmmMXJpcn2pPwoycdKAFycdqMn0FJn2NH4H8qAF5oyfQUn4fpR+BoAX J9BRk+lJn2NGTQAuT6Ubj6UnPpRnjp+lAC5NG4+gpPw/SjPsfyoELk46UZPpSe39KM+xoAXJ9P0o z/nFJ26Gj8KBhmlyf8ik/A0fnQIXJ/yKMn/Io/Cj8DQAmf8AOKXP0/Kk/P8AKjj/ACKAFyfb8qTP +cUYHvRge/5UDDJ9vyoz/nFHvz+VH50AGfp+VGf84o/OjH1oAWkz/nFGPr+VLj60CE/z0o/z0ox9 aMH3/KgYUZowff8AKjH1/KgQZ/zikzTtv1/KjH1/KgY2j/PSlx9fypcH3oAbn/OKKdj6/lSYPbNA CcUfSnY9j+VGPY/lQA3NGadj2P5Un1BoATJ9KXJ9KPzo/OgBMmjJ9KXA96MD3oATd7UuTRgehowP Q0AJmlyfSl49DR+FAhMn0o3Gl/A0fhSATcaNx9qXHtRx6fpTATcfajcfajrRgYoAMn0FGfYUfhR0 pDDJ9BS7vYUH6Un4UwDPtRn2FGaPwFIAz7Uv5UlH5UxC59qOfakooGLk+go/Kj8qTP0oELn6UflR zRQAflRke1GaMmgAz9KM/SjJ9KMn0oGGfpRk+1GTRzQIM/SjJ9qMmjmgAyexFJk+o/Klyf8AIo5o GJk+1GT7UuTRk0AJn6UZPtS5NLzQIbn6UZPtTs/SjNAxuTRk+1OzSZ96AEyaMn2p2fekz70AJk+1 GT7U7I9aTPvQITJ9qOadketGfegY3mjmnZHrRn3oAbk+tGTS59xR+NAhMtnoKMtjoKXjpijj0oAT LelLlvQUZHpQMelIBMt7Uu58UZHpRn2pjEy9Ll6M+1GR6UAGX9KMv6UZHpRkelABl6MtRkUufakI TLUZejPtRn2pgHzUZb1oz7UZHpQAZb1oy3vRn2oz7UDDLepo3NS59qPyoEJlqMtS5+lH4UAJlqMt S5HpR+FAxMtRlvel/D9aM+360CEy3rRk+tLn2FGfagBMn1o5pc+1H4UAJz70c+ppfypOfQfnQMTJ 9aMmlx7frRz6UAJz60Z9zS4PpRg+lACZ96M89aMH0FGD6UAGfejNLg+1GD6UAJzRmlx7UYoAbnmj NOxSYNACZNLzRRQAc0Zo/Cj8KBBzRn3FH4frR+X50AGTRzR+VHPoPzoGHNHNH5Uv+etACZNHNH5f nS9+350gE5xRzS/560lMQc0fSijNAw59KOaM0ZoAOaPmoz7/AK0Z/wA5oAOfejml/wA9aM0CEwTR zS5+lG6gBOfejB96N3+c0u4+350AJznvR+Jo3ew/Ol3ew/OgYn40c+tLu9qN3sKBCc+ppOfWnbj6 Ubj6CkMbk+poyfWnbvYUZPtTEJk+9G5qXJ9qMn2oGJuP+TRuNLk0mTQAbj70bjS5NJk0CDcaNx9a MmjNAw3H3o3H1pc/SjJ9qAE3N60ZNGTRk+1AgyetGTRk0uT7Uhic0ZNLk0mT7UxBk0ZPtRz7fnS8 57fnQMTJ9aXJxSc47UvPqKADmk5pcH1FGD6igQmTjtRk0u0+oowfUUAJz6ijJ9RS4PqKMH1H50gD n2o59RSYPqPzpcH1FMYYPqKTv1FLg+oo/EUAJj3FGPcUv4ij8qBCfiKMUvbtR+IoAMUmPpS/iKPy /OgBNv0ox9Pzpfy/OjH0/OgBMf5zS49/1owPajA9qBiflRilwKMD1FACc+v60pz6/rRj3ox70CEw f8mjn/Jp2B60mB60DE/z1o5/yaX5fWjA9aBCc5/+vS80mB6/pS8etABg0mD60vHrRx60AJg0c0vH rRx6mgYnNGDS8epowPU0CE5xRzS8epo49TQAnPpRzS8epox7mgBOfSjmlwPU0YHqaQCc0cilwPU0 YHqaYCUUuBRgetAxPyo/KlwPWkwPX9KBB+VGPpRx60vHrQMTFH5UvHrRx60CE/Kj8qOPWjj1oGH5 UfiKOPWj5aADH0o/Kjij5fX9KAD8qPyo4x2o49aAD8qOPajj1FHHqKAFz7CjP0pOPajj2oELn6Uf lSce1HFAC/lRn6UmRRkUDFz9KM/Sk+WjigBc/SjP0pOPUUcY6igQ7d9KMn2pvHrRx6igY7nvijP0 pvHrS8etAC5+n50ZPtSYHrRgeooEGfpS5+lN49aMD1FADs/5zRz6D86TA9aOPWgYv4CkyfSjA/vU cf3qBBk+lHPpRx/eowPWgA59KPw/Wk49f1pePWgYfhRj2/Wk4pePWgA59P1ox7frRgUYHqfzoEHP pSc+n60uB/k0YHrSGJg+n60Y9qXA9aOPWgBMe1Lg+gowKXimIbg+go59Kdx60cetADcH0FH4U7j1 NHHrQMb+FGD6UuB6mjjHegBPwpMH0p3FGR70AJznpR+FLxRxQITmj8KXj3oyKAEo/CjNGRQMPwFL +VGaM0AHPoKMmjIpcj/IoENyaOadn/OKQmgYc+1FGaM0CDJoz7UbvpRkUDDNLmjIozQAmaM0tJQA ZozRR+VABke/50Z+v50flSflQIXPPf8AOjPsfzpKWgYZHv8AnRke/wCdHajn0oAMj3/OjI96Mn0o 7UAGR7/nRuHv+dH4UflQAbh6H86MjHQ/nSflS4oAMj0P50ZX0NH5UUCDJ9DRk+lLmkzQAc+lHPpR RQAc+lFFFAwpaSigApce9JRzQIXHvRj3NJzRzQAv40Y96TmkyfWgYvHrS8etJmjPvQAtGB60maTJ 9aAF49aMD1FJk0ZPrQIXA9aMD1pKM0gF49aOPUUn50fnTAX8aTA9RR+dLz6n86BiYGeoowPWjmlz 7mgA49RSYHrR+f50v+etACfiKPxFH50ce/50CD8aPxo/Oj86Bhj3ox70uR70mfr+dAgx7ijv1FGf rS5Hv+dAxPyo/GjP1pc+5pCEwaOaXP1oz7mgYnNHNLn3NGfc0wE5owaXPufzoz7mgQnNGDS/iaM+ 5oAMGjFGfc0Z9zQAYPtRg0Z9zR+JoGGDRg0f8CNJkepoELg0YNJkepoyPU0ALg0YpMj1NG73NAwx Rj2oz70ufc0CEx7UY9qXI9aMj1oATHtRgelLketJ+NAB+FH4UfjRketAw/AUY9v0oyPWjI9aADFG KPxo49aBBijFHHrRxQMMUYP+RR+NH40AH+elH+elH40fjSEH+elGKPxo49aYBijH+cUfj+lFAwx/ nFGCP/1UZozQAdv/AK1GP84ozRmgAxx/9ajH+cUZozQAYNGPcUZozSAMe9GPf9KM0ZpgGPejj1/S jPFGfagAx70YHrRmigQUUc0fhQMKKM0UAH40fjRRxQIPqaPxoo4oGHFJxS96OPSgAo4opaAE/wA9 KOKXHtSYHoKADijilxSYHtSAM0fhS4+lJj6UwFpM89KNv0o2/SgA/CjNGPpRt+lABmjPtS7eO1Jt +lAgyfSjJ9KNv0pdv0oGJk+lGT6UuPcUY9xQAmT6UZNLj6UY+lAhMmjPtS/lR+VAxPwo/Cl59qOf UUCEz7CjPsKXn2o59qAEoz9KXn2pOfagYZ+lGfpS5PtRk+ooEJn6UZ47UuT60ZPrSATP0ozS80mT 6imAZozRk+1Lk+1ADaKdk+1HPrQMbRzS5NLk+tADc0fgPzpfxoz70AH5UZ9qM0Z+lABn2pKXNH4U AH4Un4UuaKBCfgKKWjv/APXoGJ+Ao/Cl/Cj8BQISjml/AUv5UDG0Z9qXFLgelADc+1Gadj2pMD0F ACZ9v0oyfSnfgKPwH50CG5NFOx7CjH0oAbk0Zp+OOlGKAG0Z+tLgUuBQA2ilwKMe1IBMn/Ipc/Wj HtRimAmfrR+NLiigBKPxp3NJj/OaBhR2o/z1ox/nNIBM0Zpfxox70wEzRmlwfWjB9f1oATIpfwpc e/60mP8Aa/WgA/Cil/H9aT8aBBR+FH40f8CoATv0NHHpS49/1ox/tfrQAn4UfhS446/rR+P60DE/ Cj8KPxo/GgQufb9KTPtR+NHPrQMPwoz7Uc+tLz60AJkelGfal/Gj8aAEz7UfhR+NH40AH50fgaM+ 9Ln3oEJ+dFB+oo59RQAfhRRRzigYUUuT60ZPrQAlFLk0mTQAUUZNGaACjij8TS/nQITijAo/Oj86 ACjFH50vPvQMTij8aX86PzoATijA9aPzpcCgQmB60uB6ijA96MD3oATHFGKXA96MUDExRilxRjmg BMe9GKXA96MD3oATHvRilx9aOKADFJg+tLgUvHvQA3BNLijijigQny+ppfl96THtRtoGHy+9Hy+9 GKMe1AB8vvR8vqaMe1GB6UCD5fU0cZ60cUfhQMOPWjj1oopCE/GjHvS8UcUxifjS4HrRx6UcelAg 49aMCjj0o49KBhx60YHrRx0xRx6UAHHrRxRkelGR6UAHHrRx60celHHpQAcetLx60celJx6UAHHr Rx6igAUYHpQAcetHHqKPl9KOPSgA49RRxS8elHHpQITijj1pfwox7UAJxRxS4HpSfhQAcetHFH4U fgaBh8vrR8vrR+Bo4PY0CD5fWj5aMf7Jo/4CaBhxR8tHGfu0Y56GgQZWj5aOPQ0cehoAPlo+X1ow PSjA9KBhhfWj5fWjHtRj2NAg+WjijA9DS/gaBicUcUceho/A0CDj1o4o/A/lR+dIYcUcUfnR+Bpg GKOKPzowKADijij8KMfWgA4o4o/OkwfegBePSjj0oooEHHpRkego79KKBhkego47LRg+hoxQIMj0 oyMdKMUYNAw/CjI/uijmk5oAXPsKNw/uij8KOfSgAyP7ooz/ALNHPoaMH0NABkf3aXI/uik59DSf gaQhfwFH4UlFAxfwo49BTce1L+FMQv4UcelJ+FHHpQMXj0FGR6UnGOlH4UALkelH4fpSfhS59qBB RxRx6UcelAC8UcUn4UYHpQMXj/Io+X/IpuBnpRQIdxRx14pv4UfnQMXj2o4pM0ufUUAGBRiko/A0 ALgUYFJxR+dAC8ZopKT8KAHUU38KXBoAWikwaMUALmjPtRg+lJz6UCF/CjPtSYowaQxfwoz7UmD6 UYNMQufajPtSEUYoAXPt+tGfakx7UfhQMXPtRn2pPwooEL+FJn2oo96AFz9KM0lFIYv4UfhScUUx C0flSUtAwoz9KSigBfyoooyPagA4o4oz9KMj0FABRS5HpSZ9qADIo4oyPQUZFABxRkelGfb9KMj0 /SgBcj0pOPSjPt+lG4en6UAHFLxSZHp+lLn2oATjPT9KXj0/Sk3Uu4elABx6fpRx/kUm6jdSAXIo yP8AIpN3tRn2/SmIXj/IpMijI9KXI9P0oGGRRn3FJkegpc+woEGR7flRuHt+VJn2oz7UALuH+RSb h/kUuR6UZ9qBhuozxRn2oyPSgBcijI/yKTI9P0pM+36UCFyPb8qMj2pPwooGLn6UZ+n5Umf84oz7 UCFz70Z96TPtR36UDFyPWjPvScelHHpQAufejPv+lJxRx6UCFz70fjScelH4UDFozSfnRQIXP+cU Z+tJ+H6Uc+lAC5opOaMn3oAXP+cUZPp+lJRn2NAC59qOfT9KTNGaQxfw/Sj8KTmjmmIX8KPwpPwo oGH4Uc+n6UUZNABz6UfgaXNGaAE59D+VH4fpS59qTn0oAXHHSkx/nFH4UZNIQfhRRz6UZPpQAf8A AaPw/SjJ9KMn0pjDn0P5Uc+hoz7UZ9qBBg+n6UYPpS59qMj0oGJg0YNLkelGR6CgBMGlxRx6Ucel ABg0YPvS5HpRkelAg5owfWjI9KMj0oGGD60YPrRkelG4UCDB9aMH1oyKMj0oGGD/AHqMH1oyKOKB Bg+tGD60fhScUALg+oo59f1pKKBi/N6ij5vUUmfajI9KAFy3qPzo+b2/Okzz0o/CgBfm/wAml+b/ ACab36Gjv0oEOyfajn/JptGPagB2T7UZPoPzpv4Uh+hoAfk/5NJk+n60n4UY9qAHZPoPzpMn0/Wk wfSjB9KBi5P+TRz/AJNJg+lGD6UALz/k0c+lN/Cj8KBC5+tGabj60Y+v50ALn60UmP8AOaXH1/Og YZoz9aP89aP89aAD86M/Wj86PzoEGaM/WjP1oz6k0DCikz9aM/WgBeaOfSjP1pM+9AC0Uf560Z96 ACkxS5ozSASlozSZpgLSZpc0maAFopM0Z9qAFozSUZoAWjHvSfhRmgBePWjj1pM/SjP0oAX8aP8A gVJmkzQA7j1o49TSZozQIX8aPxo/Cj8KBi/jScetJ+FHPpQA78aPxpv4Uc+lIB340cev6Un4UfhT ELn3o/Gk/Cj8DQMXI/yKOPWk/A0YoELx60fjSYox7UDF49aOPU0mPalxQIMD1/Sk4/yKXFGPrQMT j/Io4paKAEwKOKWjFACcelFOxR+dAhuPrRinYooAbgUYp2KPxoAbgetGBTsUUDG4H+RSYHqfyp1L 2oAbx6mjj3p2KTB9aBCce9HHvS496McdaBice9Jx707HvRj3NACYHvRx60uPejHvQAlJx707B9aT n1oATijilx70Y96AD86KMe9GPegQfnRRj3ox70DDNJn2pce9G33pAJnnpRml2+9GD60wDPFGaMGj B96ADJ/yKM/5xRjnrRj3oAMmjJox7mjHuaBBmjNG33NGKBhmjNGPrRj60AGfp+VGfpRj60UAGaM0 Y9qMe1ABnj/61GaMUYoAM0ZowKMCgBc0ZpMCjHt+tAC0mR60Y9jS4oATPvRkUYFGBQAZFLmjFJj3 oAXNJmjH1ox9aADNGee9GOe9GB2zQAZoyaNtG32NABmjNG360bfagQZ9qM89KMH0o20gEyaMml20 uKYxMnFGTS7aMUCEyfSjJ9KXHvRj3oATJ9KMmlx70Y96QCc+lHNLgetJj3pjE5o5p2PekwPWgBOa OaXj1NGBnqaADmijHuaMfWgQYNHOaMUv50gEx/nNGKMUYHpTAMH1FGOeooxRj6UDDH0ox7ijFGPp QIMUY96OfaigYc+tGPcUfjR+NABj3ox7ijH0oxQAfiKPxFGOaMUAGPcUY/2qTmj8KBC4/wBqj/gV H4UfhQMX8aPxpOfSjn0oELz60fjTfwo59P0oAd+NL+NN5owaAHZ96OfWm9qKAFyfWjn1pKOD/wDq oGL+NH40mBRx60AL+NGfek49TRx6mgQv40fjScepowuOpoAX8aT8f1owvqaML6mgYfjR+NHGOtHH qaADjFH4mjj1NHHqaBB260fiaXj1NJx6mgYY96MUcepowPU0AFHFGB60cetABR360Y96Me9AB+NH HrRt9zRj3oAOPWkx70uPejHvQAfjRjjrRj3NGOOpoEGPej8aMe5ox7mgYfjRj60Y96XB9aBCYoxS 496TFABj3oxRj60YPqaQwooxS7femISlox70bfrQAYopNv1pdp96AD8qOPQUbTRtNABx6frRkego 2mjaaADj0FHHtRtIowaBgcego49qMH1owfWkAce1HHtRj3o289aYC4HoKMD0FG33pMe9AhePQUce gowfWkx70AHHtR8vtRRjigA+X2o+X2owKMCgBcr7Uny0YFGKAFyPSjj2pMDpmjjuaAF+Wj5abget LgetAC/LR8tIQKTAoAd8tGVzTcUcZoGO4o4pOKKAF4opOKOKAEyfSjn0o496Xv1NIQmT6UZPpS/i aTj3pjDPtR+FLx60ZoAT8KM89KM0uR6mgQmfajPsaXj1NJ+JoGGfal3f7NJkepo49TQAZ9qN3tRn 3NGfc0AG72oyPSjn1NH/AAI0CDcPSjPtRn3o/GgYbvajPtR+NH/AqQgz7UZ9qP8AgVH/AAKmMO/S j8qMe9H/AAKgAz9KOPaj8aOP71IA/Cj8KP8AgVH/AAKmAfhR+FH/AAKj/gVABRn2pf8AgVJx6/pQ AfhR+FH40fjQAfhR+FH4mgfWgA5o59KM0ufrQAmDnpRzS5ozQAmD6UmD6GnZozQAmD6Uc+lLmigQ nzUc+lL+FGfakMTmjmlz7UnHpTEH4UUcelH4UAH50fgaOPSjI9KAD86PwNGR6UZHpQMTPPQ0ufY0 ZH92jI9KADPtRn2NGR6Ubh6UgEo/Ol3D0o3e1MBPwo/ClyKAR/k0CEzRmlyKMj2oGJn60ZpePal4 9qAG5+tLml49RRx7UCEz70E+9Lx7UfLQAn40n407j1FHHqKQxv4mj86d8vr+tHHtTAbz70v50vHr R+IoEN/Ol5p34ik/EUAJzmjmlx70Y96Bic0nNO/H9aPxH50AN5o5p2P85owfUfnQA3nNHNOwfb86 Mc//AF6AG80c56U7b/nNG36UAN59KOfSnbfpRtHtQAnPpRzjpS7fYUY9h+dAhpB9KXn0pdvt+tJt 9v1oATn0pcHHSjH0/Olx9PzoAbz6UYPoadj6fnRj2FAxvPoaOf7ppcewox7D86ADn0o5/u0bfYUY 9hQAfhRz6UY9qMf5zQAc+lGD6UYz2/WjH+c0CDn0o59KMe360Y9qBhz6Gk59DS49hRj2FABzRz6U uPpRigQmTRk5pePSjHsKBiZNGW96XA9qMCgBMtRlvenYHtScUAJlqPmpeKXigQ3LUuWpeKOPQUAJ lqNzUvFHy0AJuajc1GB6UvFIBNzUZOc0uBSUwDLUZal496TA9/zoAMtRk0cf5NGB/k0AG40m40uB /k0UDDcaNx9BRRigA3HHQUbj7UY/zmjHH/16ADcaNxox/nNGOP8A69AhNxpdx9KNv+c0Y/zmgYbj RuPpRj/OaMf5zQINx9KM+1GD6/rRj3/WkMN3tSZ9qXH+c0YPrTEGfajPHQUmD6/rS4PrQAZ9hRnj oKTHvS80hhn2oz7Uc0fSmIM+1GfajmjB9qADPtRn2ox9KXB9qAEzx0oz7UuDR+VACZ9qM+1LzRzQ MTNGaXmj8qBCZozS8+1HPt+VAxPwpPwp35Ufl+VAhuTRn2pfy/Kj8vyoGGaM8Ufl+VGf84oATNG7 6Uvtx+VH+elAhM0ZFL/npRz6/pQMTijIpefUflRz7flQAm4UbhS++R+VJ+X5UCDcOlLuFGPcflRj 3H5UAGRRu9hSY9x+VH5flQAu6k3UfiPyo/EUDDJ9qMn2oz7j8qPxH5UCF3Gk3Gjn1/Sjn/IoGKGo 3Gk/H9KPxoEGTRk+1H40tAwyaM/Sj8aOfWgAyfajOPSjmjn1oAM/SkyaXmjn3oATOP8A9VLk0ZNL k0CEyaMmlz70ZPvQMTcfSk3H0p2frR+BoATcaTJpc/Wjd7UCDJoyaXd7UZ9qBiZNJk0u6jNABk+l GT6UZpM0CDP1pc+1Jk0bj6UDFzxSZ9qXNG6gQnbpS/hRn6UZoAPwpM+1GaM0DD8KM+1Gfp+VGaAD PtS/hSZ+lGfpQAv4UUmfpRn6UALzRzSZ+lH5UALg0YNGT6ijPuKADB9qMH1FGT6j8qMnpkflSEGD 60YPrRz6j8qMn1H5UwDBowfWj8f0o/L8qBgAfajn2pf89KOf8igQmfr+VH+elGKTFAw/z0o/z0ox RigQf56Uf56UYoxQMOfT9KKMfWj8DQAf56Ufj+lH4Gjj3oAPxNHHqaOPQ0cehoEH50Z9z+VHbpR+ FAwz9fyoz/nFH4UY9jQAf56Udv8A61GPY0Y9jQAmff8ASj8f0pfwNHHoaAD8f0oz/nFHHoaOP7pp CD8RSfj+lLgehowPQ0wDP0/Kjv1o49DRgehoAM+/6Uc+tLgehpML6GgA/EUZ+lLx6Gjj0NAw/EUf iKOPQ0nHpSEL9cUfiKTj0NGR70wF49qOKTj0o4oAWj8BScelHFIYv5flSflRRTAWkpKXigApcUnF HFAgwaXmk4o70DF5zRzSUUCFwf8AIpMGij8aBhj/ADiij8aKBBRRRQAc0Y4oopDDFGKOaKYgwaTF LijFABikpce1GP8AOaBiUc0uKMUgEwaOadjjvRjmmA3n2op2KMexoEN59qX8qXFGPY0AJ+VJ27Uu PY0YHHFAxPyoz9KdgZ6UYHpQA3j2pfypfwooEN/Kl/L86MUYHpQAY+n50YowPSjAxQAY+lH5UYHp RgUDDH0o49qMD0/WjAzQAce1HHtRgUYFABx7Uce1GPpSUAL+FGPYUcUnFAhePajH0pKKBi/l+VH4 UlFAhcClxTaXigYY9qMe1HH+TRxSAX8BSY56UYFH0FABijHt+lH4UlMQuP8AOKMf5xSfhR+FAC4/ zij/AD0pOlLQMP8APSj/AD0o/CikAf56UY5/+tRijFMAx70YoxR+FAC4o5z2pMUYoEL+VHPt+VJt 9qNtAC/56UUbaNtACYopdtG2gYcf5FH+elGKNtAhOfT9KMGlxRj2oGJg0YNLj2pMH0oEHP8AkUc5 6/pRg+lLg4oGJ/npR/npS4pMUAFHNLijBoATmjn/ACKXHNGKAEoopcUCE5ozS/hRg+lACZoz/nFG PajFAwz/AJxRn3/Sjn0ooEJRS49qMe1Aw/GkpefSjB9KBBSUvPpRz6UDDmjmjn0o5oEFGaMGk5oA XNH5UYNGDSGH5UflRg0UwD8vzo59qTmlzQIXB9qMGkyaKADH0pcfSkooGFHPpRRQAYowfSij86AD afSjbSfnS/iaADbRt/zmj86SgB23/OaTH1/Sjv3o/OgBcUYpOKOKBBijBo4o496ADH1pcD3pOPWl 4pAGPek/Gl49aTimMKKXj34o46UAFFJgetLgetAgopMD1NG0epoAKKNo9aXA96BhSUuB60YHrQAl H407C0YHrQA38aX8aMCjAoEH40ZowPWjA9aACkzS4HrRgetABzQKXj1pOPWgBKX8aOPWk49aBi/l R+NHHrRxQAc0UcUcUCCikOKOKBi0YpOKOPWgQuPekxRxjrRx60AFFH40cUDClxRmkoAXBoxSZooA XH0ox9KSj8aAFx9KT8qKKQB+VLj2FJxRTAPwFGD7UZooAMfSlwfako4oAMH2owfajijAoELg9sUm D7UYFGKBi4PpRg+g/OkxRxQIXB/yaNp9vzo/Kj8aQw2n/Jo2n2/Olo4piEwf8ml5/wAmjA9KKAG4 NGDS5PpS8+lAxMGjB/yaPwpfwoEJg0YNH4UfhSGJg0c0v4UZ9qYhMGlwaSikMXB/yaTBzRzRzTAM Glwf8mk/GigQvNId3pRz70c+9ABg0YNHPoaOfegYYNGD70c470c+9ABg0YPpRzRzQAYPpRg+lHNH NABg+lLg+lJRQAuD6UY9qTFH50CDn0owcUYPvRzSGGPajFHzUc/5FMQY9qMe1HNHNAwxRj2o5o5o EGO9GKOaOfSgYYopefSgZ9KQCc0UvPpSfN6UwCl4pPm9KOc9KADj0o4o+b0pfm9KADj0pPwpefSj B9KAD8KT8KXB9DRg+lAhM+1Ln2pMH0owfQ0DDNGaMH0NJg+hoAXNGaTB9KOfSgBfzpfzpvNHNAC/ iaMn1NJ+FGPagBc+5oyfU0Y9qMexpCDP1o/E0mD70AGmAv50fnSAe9GDmgYuT70c+9GKTBoEL+dG frSYOaXFAw/OjNGPejHuKADmjmjHuKPxFAg5oo/Gjn1oGGPejij8RR+NABx6mk49TTvxFH4igBuP rRj607/gQo79RQA386Kf+Io/H9aBDaSn/iPzo/H9aAGUfhT8e/60YPqPzoAZ+FFP59vzooGMoqT8 qPypAR/nRn61Jj/OaMfT86YEefrRUmPp+dJj6fnQAyipMfSkx9KBDKKfx7UflQMZ+dH4mn/j+tHH t+dAhn4mjP1p/wCX50fl+dADMmjJp/5fnRx7UgGZPvS5NO49KT8B+dMBM0Z+tO/Kjj2oGNz7mjP1 pcijigQmfrRn60uRRx7fnQAmfc0fnS8e1HFAB+dH50flRx7UDEz9aX8TRx7UlAgP1NH4mj8aOKAD 8TR+Jopc0DD8TSfifzo/Kj8qBB+f50fn+dH5Uv5UDEz/AJzR+dOpPyoATn0o5p340lAhOf8AJoH+ eaWigYn+etGD70tGDQITmjnPf86XB70YNAxOff8AOjn3peaOaBCc0c/5NOwaKBjef8mj/PWnYo20 ANpOadj3FGPcUAJzRk+hpce9L+NAhufajJp1FAxvPpRz6U78RR+IoEN/CjPtTufUUfiKAG8/5FGT /kU6jJ9qAEz/AJxSf56U7P0/OjP0/OkMb+P6Ufj+lOyfQfnRk+g/OmIbn/OKM8df0p2fp+dL+X50 AMz/AJxRn3/SnZ+lGfp+dACZOOv6Un4j8qdkeg/Oj8vzoAb+P6Udv/rU7P0/Oj8vzoGN/H9KPx/S l/KigBPx/SjPv+lLz7UuTQIbn3/Slz7/AKUUdulACfj+lL+P6UfhR+FIA/H9KT8f0paPwpjEz7/p S5Pr+lH4UfhQAmSe/wClL+P6UfhRQAfifyo/H9KOfSjn0oEH4/pRz/kUmPajBoGL+NFGKMUCDtRS YoxQMXFGKOaOaADH1oxRg0nNABj60UvOelHNAgx6UmKXmjmgYYNGKOaOaADFJg/5FLzRzQITB/yK Mf5xS8+ho59KAEx/nFLijJ9P1o5oGGDRj/OKOfel596BCf56Ufh+lHPvR+dAxP8APSl/z0ox9aT8 6AF5/wAij/PSj86T86BC0Y/zik596PzoAX/PSjH+cUmPr+VLj60DD/PSk/z0o/OjjHegQc/5FL/n pRge9JgepoGLz/kUc0mB7/lRj3P5UhC/56Ucf5FJj6/lR+J/KmMXP0/Klz6fypv4n8qOPU/lQAuf 84pc+/6U3j1P5UuB6mgBc+/6UZ9/0pvHqfypcD1P5UALn3/SjP8AnFJx6n8qOPX9KBC5H+RRkf5F Jx60cev6UDFyP8ijP+cUcetHHrQIOPX9KOP8ijjrn9KOKBjaPwNLzRzQAZFH50c0c0AGfajI9KTm lpAGRRkZ6Uc0UwDI9KOPSk59KOaAF49KXI9KTmigQZHpRn2pM0ZoAXPtRn2pM0maQx2fajPtSZ4o pgLmikpaBBmkpaKAEo5pfxo/GgYlFL+NFACUZpeKOPagBKM0uRRxQITNJmnZFGRQMSjNLxScZpAH +etH+etGRS8UxCZo/Gjil4oGJ+NH40ZFGR2FAB260cetGaM0AHbrRRmjJoAKKMn1oyaADvRmjNGT QAZ4ozSZOaM0gFzRkUmaM0wFyKMik70c0ALkUZBpOaOaBDsj0oyKb2opDHZ9qTP0pKXmmAuaM0mK KADIoyKKOc0CDIo4ox70Y96BhmjNGPelwKQCZHpRn2ox7ilwKYCZo4pcD2owKBCZozS4HtRgUAJm il4o49RQMbS0uB6ijj1oAT8aKXA9RRj3FACUUuB60ceooEJRz60uB6ijj1FADfxoP1NOx70Y+lAx vejj3p35Un4igA/Oil/EUfjQITFHFLx6ijA9qAEoo49qOPagYUUv5UfiPyoAT8KPqKOMdvyo49qB B+FH4CjjHaj8qBh+FH4UfiKPypAH4Ucf3aX8qT8qYB+Ao/4DS8e1JQAZ/wBkUfhRx7Uce1Agz7Cj 8BRx7UflQAZ9hRn2oooGGfajd7Ufl+VL+X5UgEz7UuaTj2opgLn6UZpPyo/KgQu6jdSUUALn3/Sj P+cUnNHPrQMXPv8ApS5HrTcmjmgQufc/lRn3P5UYPrRz60AGfc/lS/ifypOfWjn1oGLn3NGfc0Z9 6TJ9aBC/8CP5UZ/2v0pMmkyaAHZz3o/4F+lNyfU0ZPrQMdn3oz703J9aMn1oEOz70Z96bk+tL+Jo GL+NH403J9aPxoAd/wACo/Gm8560c/3qBDvxo7daT/gVGT/eoAX8aPxpM89RRz/epAL+NH40n/Aq OfWmAv40fiPzpPxpP+BUgHfjRj3FN/Gl/GmAvHtSceopM+9GfcUDF49vzo/EfnSZPrRk560ALx60 YGO1Jk460c+tADuP8mkwKTn1o59aAF4opOfWjn1oELRik59aMnHWgBf89aP89aTJ9RRk+1IYtH5U mT6ijJ9aYC/jS03JoyaBC0YpMn1oyc9aAFpabk0ZNAxc0UmT60bj60ALk0ZpMmjJ9aBC596M/Sky fWjJ9aAFz7ijNJk+opcn1oGGaXNJk+tJk+tAC5NLzTcn1oz70CF/EUZ9xSfjR+NAxc+9Gfek/Gjn 2oAX8aM+9J+NHPrQA7P+1SZP96k59aOc9aAF/wCBUc+tJ+NLn3oAX/gVGP8AapM+9GaAF/4FR/wK kyaMmgQv/AqT/gRo3NRuPqaAFx/tUY460mT6mjJ96AFx70Y460nNGT70DFx70YPvSZPvRk570ALg 460Yb1pMn3o/OgQuD60YPrSUZoGLtPrRtPrSUlADsH1o2n1pKTNAh20+tG003P1pfzoAXYaNpptL xSAXaaNppvFHFMB20/5NJtNJxRkUALtPpRg+lJRn/OaBi4PpRg+lJRj3oELg+lLg+lJgUYoGLg+g owaTAo4oELg0mDijj2o49qAFwaMGk49aPyoAMH1pcH1pKPxoAXB9aMH1pPxoz70DDHv+tG0ev60f j+lH4/pQAYHr+tG33/Wk/wCBfpR+P6UgF2j1/Wk2+/60fj+lH4/pTANvv+tLtHr+tJ+P6UfjQIXH v+tGPf8AWk/GjHPWgYu3/OaMfT86TFGKBC7T6j86TafUfnS4pMUDDafUfnRtP+TRg0vPrQAm0+oo 2mjFLikIMNSYNGKKYC4PrRg0lH40AL81GGz2pPxoyPWgYvzelHPoKTI9aXigQYb0FHzegpOKXjHW gYfN7UfN7UnHrR+NAC8+1L83tTfxozQIXn2pefQU3NGfegYvPtS85pv40Z96AHZNJn6UmfejIx1o AXNFJn3oyKBDs0mfakz70ZoGLn2oz7UmRRmgQufb9aMn0puR/kUvFAxc+360Z9qQkf5FHFAgyfT9 aXPt+tJx/kUcUDFz7frRn/OaSjFAhc0ZP+TSYH+RRgev6UDFyaMn0/WkwPX9KMD3oELk+n60nPp+ tGB6/pRge/5UDDn0/Wjn0pePX9KMD1/SgQnP+TR+FGB70ce9Axcn0/Wk/D9aOPej5fQ0AL+H60c+ lHHvRx70AGT6Uc+lJ8vvRx70hC8+lHPp+tHy+9Hy470xi846frRz6frSfL70fL70ALz6frSc+n60 ce9HHvQIXB9KNren60nHqaOD60DDaf8AJow3+TRx70mR7/lQAuG/yaMH/JpOPejI9/yoAdhqTDUZ Hv8AlRkf5FAgw1GDRuo3UDDBo5o3CjcKBCc0c+9LkUbhQMMN70nNGR/kUuf84oEJ81Hzev60uf8A OKM/5xSGJ81HNLn3/Slz/nFADeaOfenf56Un+elMBOaXmjv/APWo/H9KADn1pPmpf89KM+/6UAJ8 1Hze9Lk+v6UZ5pAJz6GlyfSjP+cUZpgJk+lGT6fpS5/zijPNACc+lFLmigBPwNHPoaXJo5oEJn2o 5o5xRQMOaOaKPwoEGTQc0ZooGHP+TR/nrRzRk0AHNHP+TRRQAc/5NHPr+tFFAg59f1pOfWlooGJ8 1HPrS0ZoAOfWjBozRQIPxo/GijjFACUUv0ozSGJzRz60tHFMQnPrR83rS5FHHrQAnPrS80cUvHvQ MTn1o59aX5fejigBvPqaMn3p3HrRxQIbk+9GT70/j1o49TQAzJpefSl49aOPWgY3J9KMk9qfxSZF AhuT6Uc+lOyKM0AN59DS80uaN3+cUDE59KT8Kdu9/wBKMj1oAbR+FP3e9G4UAM/ClyaXdRu/zigB KKXdRuoAT/PWj/PWl3UbqAE/D9aPw/Wl3fSjcaAE49KPw/Wlzmk3UAH+etH+etGaM0AH+etGM0Zo yfSgAx/nNFGaMmgQUYoyaNxoGFGKOaKADAoxRR+NABiij8aPxoEHeiij8aACijvS0DEoo/Gj8aBB RmjHvRj3oAPzo/Ol/Gk/GgYfnRmj86KADP1o+maPxo4oEH4Giij8aAF/Ok/Oij8f0oGHfvR+dL+N H40AJS/nSUf56UAHNHNFH+elABz60c0f56Uf56UCDmjBo7UY/wA4oGGDRiij8f0oAMUuKT8f0pKB C7aNtH40Y4oGGDRtNGOKMCgA20YOKMUYoAMGl2mkxRj3oELtNGKMe9GPekMMUYo2+9G0etABj6UY NGPel2+9MQmKMUYHrS4HrQMSlxRgetGB6/rQAYoNGB60Y96BBjFJS496Me/60AJS54/+vRj3pPxo GLn2/Wk/D9aPxox70CD/AD1peaMf5zR+VACYHrRgetGPc/lRg+9AC4HrRgetJj6/lRj60DF4pOPa j86MUCDj1o49qMUYoAOPbmjj2owf8ijFABx7UvHt+dNwfWjmgY7j2o49qbz60c/5FAh3Ht+dHFNw elLg+tAC8eg/Ojj2pv4n8qP89KAHce1HHt+dNwfejHuaBjsD2/OkwPb86TBoxSAXA9B+dGB7fnTc UuKYDsD2/Ojj2/Om4oxxQIdx7fnSce1Jj2NGPY/lQAvHoKPwFJj2NGPY0DF/AUn4CjH1pdvagQY9 hRj2WkwKMfWgBcfSjH0pMfX8qMD3oGLj6UY9qTH1ox9aAF/AUflSY96No9aQC/lRj6UmB60Y96Yg x9KXH0pMD1owPWgYv4ij8aTAowKAFyaSjA9aMD1oAKXmkwMdaOO1AC8+tJk+tHHrRgUALu96M+9G KTaPWgBcmjJpMD1owPWkIXJxRz6/rSYHrRgUxi5P+TRk+v60mPejFAhcmjJ9aTH1owPegYuT60Z9 6Tj3owKAFyf8mjJ/yaTFG0UALk/5NGT/AJNJgUY9qAFyf8mjP+c0mPajHtQAuf8AOaTd/nNA+lH4 GgBc/wCc0bv85pO/SjFAhdxpNxoxRg0DF3UbqTBowaAFzRn2pMGjFAhcmjPtSUlADs+1G72pKSgY ufb9aMj0pKKAFyPSlyM9KaKKQDsj0oyPSm/jS4pgGfb9aMj0oooEGfal/CkzRn3oGLRxTc0fjQId x70U38aXHvQMWjNJ+NGPegBaKTHvRj3oAWjH+c0mPejHvQIXH+c0f560mPejA9aQC/j+tGaTHvRj 3pjF49f1oyPWkx6GjHvQAvHrSZ96NvvRigQvHrR+NJj3o2+4oAX8aPxpMH1FGPcUAL+NGfekx7ij B9RSGLn3oz70m00baYC596M+9JtPtRtPrQAu73pM+9G2jbQAuT60mfejFG2gBc0bvf8AWkxSbaAH Z9zRkUmPb9aMUCDcPU0Z96MUYFABn3NLmk20baBi7qTIo20baADI96Pz/OjBoxQAfnR+dGKMUAGf c/nRn6/nRijFABke/wCdGR6n86MUYoAMj3/Ojj1P50Y9qNvtQIPxP50fj+tGKMUDDn3/ADooooAX /PWk/H9aKKQhfxpPxoowPSmMWj8aMD0owPegQfjR+NJxRigBeKO/WkwM0UAO/EUfiKbRkUhjvxFH 403ijimId+NGfcU3ijigY/8AEUmfcflTeKOPWgB35flR+I/Kk49aMD1oAXPuPyoz7im8UvHrQAv4 0flTePWjI9aBDvy/KlpuR60ZFAx2aTPt+lJxSe9ADs/T8qTP0/KkwM0uKAD8qX8qTA9f0ooAPypf wpPxpOvekAv5Ufl+VJRimA6j8qSjFAB+X5UflS4pMH1pCD8qTH0/KlwaMGmMTH0/Kj8qXFGKBCUf lS4OelGD6UDEx70Y96Xn0pKBBRS80nNAw/z0o/H9KMGjB96BB+P6Uc0YPvS4NIYlHNGD60Y96YAM 0c0UZNAC5NFJzRz6UgF5o70n4Ud6YBS5pKKAFyaMmkooAXcaMmkwKO1Ahcn0pef8mk/CjP1oGL+H 60ZPpSdu9HHvQAvPp+tH4Cm/nRj60CHZPoKOfQU3H1pfzoGLk+goyfak/OkxQIdk+1HPtScUnFAx 3PoKMn0FNooAdk+1GfpSCigBc/SjJ9qTAowKQC/lRn6UmPejFMBcn2oz7Cj8aSgBePQ0cUmP9o/l R/wI/lQAvHvScUY9z+VH4n8qADjFGaPxP5UY9z+VABmjJo59T+VH4n8qBBz70mTS/j+lL+P6UDEy aTcaX8T+VH4n8qBBuNG40fifyoz7n8qBhuNG73o/H9KM+9Ag3UbqM+9Gff8ASgA3GjcaM+/6UZ56 /pQMNxo3GjPv+lGR6/pQAbjRvNGR6/pR+NABuNG4+lHFGR60AG6jcaM+9H40AJuPvS5NGfej8aAD cfejJoo/E0AGT70ZOe9H40fiaBCZPvRk+ppfxNH0zQAmfc0Z96XP1/Oj8aBiZ9zS/nRk+tH40AFH NGT60Z96AE5zS5NGf9qkz70CDJoyaPxo/GgYZNGT60ZFHHqaAD8RRk0Zo980AGTRk0v40Z96BCc0 nNO/E0fjQMbzRk07PvRQA3mjJp2aMj1oAT8aKdn3/SjPv+lAhvejmlz7/pRn/OKBiZozS59x+VJn nt+VAB/nrRmj/PSl/H9KAE5oyf8AJpfy/Kj8f0oATNGf85pcf5xRj/OKQhM/X86Mn3pcH/Ioxx/9 amMTNH4frS4Pr+lGD6/pSEJn60Z+tLg+tG0/3qYxPzo/OlwT/FRt96AEz9aKdt96NvvQIbS/nRt9 6Nue9Aw5ozRt96Np9aADP1ozRtPrSbT60ALk+9GT70m0+po2mgBcn3pMn3pdp9aTafWgAyfelyfe jb70bPc0AGT60ZPqaTafWjafWgA59aOfWjBowfWgQfjRzRg+tGDSAPxNH4mjBpce9MYn50d+ppcU YPtQAmfc0v40YPtSY+lABR+NHPtRigAoo59RRz7UAGeaM0fiKXn2/KgQmaPz/Ojn2pefUUDE/Cjn 0pce4ox70AJ+Bo/A0uPcUY9/0oAT8DQPpS/j+lH40AJ+H60fhS4PrRg+tAhOPSjj0P50uD60v40D G5HoaM+1OwfWjB9aBDc+1Gfanc+tHPrQMTPtR+FHPrS8+poENz7UZ9qXn1NHPqaBiZPpRuPpTufW k57UCEyfQ0Z9v1pcNRhqAE/A0ZpcGjmgYUZNHNHNACc0UvNHPrQITP0oyPalOaOfSgYce1H+etHP pRz6UgDH+c0fTH50YPpRzTAPy/OjH+c0YPtRg+1ABij/AD1owaTB/wAmgBeP8mjA/wAmkwaMGgBc D/JowP8AJpMH0pcGkAYHt+dGB/k0m2jB9qYhcD/JowP8mjFGKQwwP8mjaP8AJoxRimAbR/k0m0ev 60v4UUAJgf5NGB6/rRRQAYHr+tGB6/rS0YoEJgetGB6/rS0UDDAz1pMUUY96AFxx1o70n4mjB9aB B+NLxSc+tH4mgYvHrR+NJ+Jo59TQAfjS/iaTJ9TRn3NAB+Jo/GjJ9TR+NAC80Z96TPvRz60ALRSZ PrRn3NAgo/GjJ9aMn1oAXHvRSZ96Mn1oGL+NFJz60c+tAC0YpOfWjn1oAXBowaTHvRg+v60hC4Oa NppMH1/Wjn/JpjFwf8mjBpMH1/Wj/PWgQu2jbxSc0UDF2mjaaTFH50CF2mjaaTB96MfWgA2mjafS jn3o/E0DDaaXaaT86PxNABtNLtNJ+Jo/E0CF2mjaaT8TR+JoGLtajaaT8aPxNAhdpo2mk/E0fjQA u1qNp9qT8T+VHHqfyoAdtb2owfUU3j3/ACo49TQA7B9RRg+1N/H9KP8APSgB2DRg+opv4/pR+NAx 3PrRg02jHvQIXB9aXnHWm0fjQMXJ9aOaPx/Sj8aBC80c0Z96TPv+lAC80c0fjSUDF5oox70YoAOa OaMClxQAnNHNLRigQ2in4PqaMH1b86BjPwop2D6mjB96BDKX8Kdg+hoxQMbn2pc+1Lg+9HPoaBDc +1Gadg+hpOfQ0AJk+lGfal5o596BiZoyKXn3o/OgBuRRlad270c0CG8UvHpS8+9HPvQAnFJxTs/W j86BicUlO/Ok/OgQlFLz70n4GgAopce1J+dIYUUUfgaYBRR+Bo/CgQUYJo/CigAwaOaOaOfegYc0 n407B96OfU0CG/56UvNGD70YPrQAlH40uDijmgYn40UuDRg+tABRRz60YPrQAc0UYNGD60gCjNGG ow1ABn2oz7UYNLg+lMQmfajPtS4PpSYoGGeelLn2pKXn2pAJn2/WlyPT9aOfak59qYC59qTI9KXn 2pOaBC7h6frRu9qTn2o/AUDFyPSjPtRz6Ck/AUCFyP7tGf8AZo59BRz6D8qBhx6Ucf3TRz6fpRz6 fpQAf8BNHH900c+lHPp+lAB/wE0f8BNHPpRg+lAg/wCAmj8DRz6fpRz6UDD/AICaP+Amjn0o5/yK BB+Bo/4CaPwoyfT9KBhz/dNGD/dNGfajmgQc+ho59Goyf8ijmgA/BqTH+yaXmjLUDE/A0uPZqTLZ pfmoAMexox7GjmjJ9aAE2+xox7GlyaOaAEx7Gj8DS80fN60AJ+Bo/A0vPqKOaBB+B/Kj8DRz60c+ tACfgaPwNL+Io5HegYn4Gl/Cjn1FHPrQAfhR+FHNH5UAH4Ud+ho/KigQZ9qM+1FH5UAGfajPtRj6 UYNACZ9qOPSlx9KMfSgYcelGR6UYox9KADPtRn2pcfSkx7UAH4UcelH5UfhQIOPSj8KPwFGOe1Aw /Cj8KPwo/CgQfhR+FFFAw/Cj8KM0ZoEH4UfhR+VH5UAH4Uv4Un40flQAcdgaPwNB/CjP0oAXj0pP woz9KMn2oAPwpfwpN30o3fSgYvHoaMj0NJu+lG6gBfwNH4Gk3Ubv84oEL+Boo3Um40DF5z3o/A0m 44o3UCF/A0Z9j+VJn3pMn1oGO5z0P5Uv4Gm5PrRk0AL+Bpefem7qN1Ahfzo596TNGT60hi8+9HPo aTmjJpiF59DRk+lJk0ZNAwyfejmjJ9KMnvQAUc9qOfSjn3oAMn1oyfejmjmgQZPvRk0c0YPrQAZN HNGD60YPrQAmTS80YOaMH1oAMmjmjmjmgYc0tHNJzQAUUtFAhM0Zoo5oAM+1Gfak5o5oAXPNJn2o yaM+1AwozRn2oz7UAGfalzSZ9qM+1IApfwpM0UwDmjn/ACKKMigQc0UUlAxef8ijmk/Ol496BBg0 YNH4GgH60AHNHNH50UAHNHNHHvRx70DAZoyaOPejt3oATJ96Mml/OjH1oATJpcmjHNLj60CEyfWj J9aMfWlxz3oGJzRk0uKMfWgBMmilx7mlxQIbz60Zp2KMfWkMbn3oz707H1opiE3UZpfxooATPtRm lo4oGJmlzS/lRgetAhuaXcKXikwPagAzRkUce1HHpSGGaTdS8egowPQUxBkUmadxnoKOPQUDG0tG R6UvHpQAlH5UvHpRxjpQITNGaXA9qMD0FAxKP89KXj0FGB6CgBP89KPx/Sl49qOPQUCDH+cUf56U YFGB6UDEwcdf0paXA9KTA9KAD/PSj8f0ox7UYoELuFJketJk+35UZPt+VADsj1pMj1pMn2/KjJ9v yoAdkUcetN3H2/KjcfagB3HrRx603P0oz7igBciikyfUUc+1Ax3Ht+VJ+X5U3n1FL+IoEL+X5Un5 flRz6ij8qAD8P0oz7Cj8qPyoAM+wpM+wpcfSjBx2oGGfYflSZ+lLz7UuD7UCEz/nFJn/ADilwfal wcdqAG5/zikzx/8AWp2D7UuD6CgY3P8AnFGT/kU7B9KTB9KAEyfb8qM/5xS4PpRg+n60AJn6flSZ /wA4p20+n60YP+TQITP0/Kkz/nFOwaMH0oAbn/OKMn2p21vSjDUDG5Pt+VGTTsH0owfSgBuTRn3p 2D6UbT6UANzRmnYb0ow3pQIbuo3e9OwfSjn0oGJn3ozS4PpRhvQUCE3e/wClGff9KXDelJhvSgAz 7/pRu9/0o+YdqPm/u0DDdRn/ADij5vSjLelAgz7/AKUZ+lHzUfNQAZ47flR+VHzUfNQMPyox9Pyo 5o5oAPyo/KjmjmgQn5Uc+1LzRQMOfajPPQUUlABzjtRz7UuP85owaQhPyopeaKYxKOfUUtHPpQAm D7Uc+1Lg0YNACflR+Iowc0YNAB+Io/KjBowaADv1pPxpcGjBoEJj3o79aXBowaBifjS/iKMGjB9K AD8RR+NGD6UuD6UAJmjNGD6UYPoKADNH40YPoKXB9qAEoz70uDRhvagBO/Wjr3pcN7UfN7UAH40f jRg+1HPtQAc+tGfelw3tSYPtQIM+9GaXa3tRg+1AxOKKNpowaBBRRhqXB/yKBicUUuDRg0AJxRS7 TRtNACUUu00baAEo/Cjb70bfegQUUu33pMe9ACUUu33o2+9AxMGjBpdvvRt96ADBpMGl2+9G33pC E5owaNvvS7femMTmjB9aXb7n8qNvHX9KBCYPrRg+1Lj3/SkxQMMH2owfUUv+elJj3oAMH1FGD6il x70Y96AEwfUUuD60mPejHvQAuD60YPqKTHuKXHvQAc+tJz60flS9+ooEJz6ijn1FH4il59RQMMH1 FGDjqKOfWj8aBBg+35UYPqKOaKBi9uopKWjJoEJ+NH4ilyaTNAB+NH4ijJ/yKMn0/SgAx9Pyo/Ef lRn2o/z0oAPy/Kj8qPyo/KgYn4j8qWjNHOf/AK1Ago/Kjn/IooGGaKTNGfpSAXI/yKTNGfpRmmAt FGaSgApfxo4pPxoAX8aKSigQv40lGRRx60DDNLupOPaj8qBC5ozSZ+lH5UALn3opOPal/EUDDNFJ geoo/EUALmijjPUUcf3hQAUUd/vCjHuKBBmijj1FGP8AaFAwozRj3FG3/aFAC59qTNGPcUuP9qgQ c0maXHvSYPr+lAwzRmjB9aTB9RQAufakzS4NGD60CDdRu9qMGjBoATNG6lwfUUYakMTNGaX5vajn 1pgJ2ozS8+tHPr+lACZNGaXn1o5oEGfejPvRzRzQAmfejPuKXmk5oAXPuKPxFJzRzQAuaM/SjJpM n/IoAXPuKM+9JzRmgBc0UnP+RRk0ALRSZNLn3oGJ/npS/h+lGfejPvQIPw/SijPvR+NAw/z0o/z0 oz/tUoPvQAmD/kUYPp+lLn3oz/tUCE/D9KX8P0o/4FR/wKgBPw/Sl/D9KPxNH4mgA/D9KTHt+lO/ Gjj1NACYPp+lG0/3aX2yaP8AgVACYPpRg+lL/wACNGPc/nQMTB9KOc9KX8TRj3NADefSjBp2PrRj jqaBCYNGDS49zRj60AJg0Yalx9aMfWgYnNJ81Px9aTH1oATv0o/Cj8RR+VAgo/z0o/Kj8qAD/PSj 8B+VH5Uce35UDD8vyo4o6+lH5flQAcelHHoKOPUUce1Ag4o4/wAijj1FJxQAv+elHek7UZoAX8KO KT8KOaBi8UcUlGTQIOPSjjHSkzRnPagYvHpRRRQIPwo/CjmjmgAooyaMn0oGFFGTRk+lACUUvPpR zQITn0o5o5oyaADB9KMGjJpeaBiYNGDS8+lHNABzRz6Uc0c+lABzRz6UfNS80AJz/k0c0vNGDQAn NFGDRg+tACc47UZ+lLg+tGD60AJmilwfWjB9aBCZOKXPvRt96NtAB+NGaXHvSbfegYZ9xRn3/Sjb 70bfegQZ96TPuKXb70bfegBM8daXPvRto20DEyPUflS5HqPyo20baAEyPX9KXI9aMUmPrQAuRSZF GKMUAHFGf84owfSjaaADP+cUfj+lGKMUAHH+RRkUYo/CgQvFFJ/nrR+H60AL+NH40mf85pc0gCjP tSZNGaYBS0maMmkMPwFH4UZ9v1oyfSmAZ9qM+1Lk+lGfagQmfajPtS5oyfWgYZ9qTPtS5PqKOfUU CE/CjI9KXPvSfiKBhkUZFHPqKXr3FAhM0Uv4ikx/tCgYUfjS49xR/wACFACfnRR+Ipcf7QoASilx /tUYP94UAJRxS7T6ijb/ALVAhuBR+dO2/wC1Rgf3qAE49TRx60u3/ao2/wC1QMTj1opcf7VGP9qk AnbrS/jRj/aoxz96mIOPWjj1o2/7VGD/AHqBhx60n40uP9oUY/2hQIT8aKdj3FJj3oAOKKXHuKTH +0KACjilx7ikwfUUDCl4o59RRj3FAhOPSjgUvPqKPxFACZGaMjPalwfUUflQMTj0pOPQUv5Ufl+V IBOPSlyPSjP0/Klz7imITI9KMj0pc/T8qM/SgYnHpRx6Uv5flRnnt+VACcelJx6Uufp+VLk+35UA JxnpSfL6U7PuKM+4oAb8vpS/L6UufcUZ+n5UAJ8vpR8vpS5+lGfpQIT5fSj5fSjP0/KjP0oGGVpP l9KXJ9vyoyfagQZX3oyvvRk57UZ+n5UDEyv+TRkUuf8AOKM/SgQcUZFGfcUZ+lABx/k0ZH+TR+VH 5UDFyPX9aPx/WkzS0CE/H9aM8df1paPwFACZ96M+9FHPtQAfj+tH4/rR+VH5UDF/H9aM+/60n5Uf lQIPx/WjJ/vfrR+VHHtQMMn1/Wlznv8ArSY47UuB7UAJn3/WjPv+tLx6ik49RQIM+/60Z9/1o49R Rx6igYuTjr+tJn3/AFo49RRx6igBcn1H50Z9xSceoo49RQAufejPvTePUUcetADtwozx1pv4/pS5 96BC596TPuKTPuPyoz7/AKUDFz7ijI9aTPuPyo/EUALnnrS5HrTcjHUUflQAvHrRmjP0ooAXP0pK KT8aAFzRmj8aM0CDP0oz9KM/SjP0oGGfYUZ+lGfcUmT7UCF3ewoz7CjJ9qMn2oGLn2FJn2FGTRk0 CFz7CjPsKTJ9qMn2oGLn2FGT6Ubj7Ubj7UCE/CjJ9KMn1FLk+1ACZNGT7UvPtSflQAZNHPtR+VH5 UDDmij8qX8aADmjJo/Gjn1/SgQZOe1HNJz6ijn1FAC0UnPqKXn1oAKKOaOaADrS/560nPrR9TQMK Wkz70fnQAvNJzR+JpPxNAhefWjn1/Wik/GgY7n1/Wjn1/Wm596XPuaAFwf71GD/e/WkpPzoEOGf7 1HPrTcj3ooGOyfWjJ9abn0ooEPyfX9aMn1puT7/lRk+/5UAO59aTJ9RRnP8A+qk/z0oAXn2o/Kj8 f0pOf8igA5oy3tS4WjC+lADctS5ajavpRgelAwy3rRk0u1fQUmB/dFAgyaMmjA/uijA/uigAyfWk yfWlwP7tLx/dFAxOfUUmW9aXjH3RRx/d/SgBPmo5peP7o/Kjj+6PyoEJg0c0vHoKOPQUAJz/AJNH P+TS/gKP+Aj8qAE5/wAmj5vX9aX/AID+lH4D8qADn/Jo+b/Jo59B+VH4D8qAE+ajn/JpfwH5Ufh+ lACc+1LzR/wEflRz/dH5UDDmjnP/ANejn0H5Uc+n6UCDmjnPak+b+7+lLz6fpQAc+lH4Cjn0/Sjn rigA/AUc+go5/wAijn0/SgYc+go59BS4Pp+lGD6UCEyf7oo/AUuDRg0AJ+Ao/AUuDRg0DEyfQUZ9 hS4NGGoEJn2FJu56ClwaMGgYm4+goyfQUuKMc0AJu9hS59hRg0YPtQIMn0FGfYUYPtRg0DDJ9qTP sKXB9qMH2oATPrijP0pcH2/Ojn2oATP0oz9KXB9KOfagBMn2ozS8+1HPtQA3NGadg+1HPoKQDc+1 GfpS8+1HPtTAQGil59qPyoASjPtS/lR+VACUUv4Cj8qBCcZo/Clz9KPyoGJge1GKX8qOfagBMD2o peaOaBCUUvNLzSGN4o49KWjmmAn4UfhTqO9ACfhR+GaX8aO/X9KAE/Cj8KXHv+lGB/kUCE/Cjj0p eM//AFqMD/IoGJx6UZHoKXA/yKOP8igBPwFLn2o49f0o49f0oATPsKO/QUuB6j8qOPb8qAEz7CjP tS8f5FHH+RQAnPpS/hRx/kUcUCDPtRn2o+X2owP8igAyfSkz7UYHt+VGB/kUAGfajd7Ucf5FHHt+ VABu/wBmk3f7NLx7flRgen6UDEz7UuT/AHaMD2/Kjj0FAgyf7ooyf7tGB7UcegoAMn+6KM+1GB6D 8qOPb8qBiZ9qN3+zTsD2pMD2oEJn/Zozx92l/KjH0oGJn/Zo/Cl/KjH0oAT8KPwpcfSlx9KAE/Ck /CnYpMfSgQn4UfhTtv0pMfSgYnH92j8Kdj6UmKBCZ9qO/SlxS4oGNzR+Ap2B6UYHpQA2j8KXA9KM D0oEJ+FH4U7A9BRgegpAN/CincegowKYxtGaXj0pePSgBuaM07C+lHFAhtFOwKMCgBKMmjAowKBh zSZpcCkwKBC5NGTRgUYFAwyfSjJ9KTilwKADJoyfSk4z3owKAF5o+b0pMCjAoAXn0o5pMD1owPWg Q7mjBpMD1o49aBi/N6UnPpRx/eo49aBBzRzRgetGB60DDmjmjA9aXA/vUCEwfSjn0owvrRgetABz Rzmjj1owPWgYYOaTBpcCjFIBOaME0uBRTEJg0c0vFLxigBuDRg06koGHPrRj3pfwpPwoAPxo/Gl/ KigBOPWjA9TS/hR+FAhOPWjj1P5Uufb9KT8P0oGHHv8AlRxRz6UfhQAce9H50fhSY9qBC8Y70uBS Y9v0ox7fpQMXAo4puPajHtQIXig4pMe1GD6UAHH+RS8f5FG32pMe1AxePT9KOKTFG2gB3FHFJj/O KTbQA7I/yKOKbtpdvvSEHFHFAFGPemAcUcUbaXbQMTijijbS7KADjFHGKNoo20CDj2o4o2ijaKAD iijFGPagYflR+VGDRigQceo/Ojj2oxSY+lAC0cetGPpR+VACUuPej8qT8qAFopOfaj8BQAtFJ+VL +AoAOP8AJopPwFL+AoAMUYH+TRn2FH4CgAwPSjAoyfQUc+g/KgYv4GjHtSdewoz7CgQfhS4pM+w/ KjPsPyoAXA96MCkz7fpRntigBcCjApM0v4fpQAnHvS8UUtAwyfQflR83oPypu73FG73WgQ7LZ6D8 qMn0H5U3d/u0bvdaBjsn0H5UmT6D8qTPutG73WgBcn0H5UuT6D8qbkf7NG7n+GgB2TjoPyoyfQfl TN3+7Shuf4aAHZPoPypMn0H5Um76Ubv92gQuT6D8qTJ9vyo3f7tGfpQAc+g/Kjn2/KjI9qM/SgA5 9vyoyf8AIo3fSjP0oGLk/wCRSZPoKM/SjPPagQuT6fpRk+lJkdsUZ47UALk4oyabn6UZ+lIB3P8A kUuT7/lTc/Sj8qYDuf8AIpMn3/Kk7UnNADs/X8qMn3pKKAFyfejn3pKKAFyfejn1P5UlHNAw59TR k+tHNHNABk+tJz60tH+elAhMmlyaTFLzQAZNGTSUUDFyfejJpOaOaAFyaMmkzRmgQuTRk0UlAwya Mk0c0UAGTRk0fhS59qBCZNGT7UuaOKBiZPtS8+1HHpScelAgyfajJ9qXj0oyPSgBMn1oyaOKOPSg YZNGTRx6Ucf3aBBzRRx6UcelAwyaM+1HHoKMj0oEH4Gjn3o4/uj86Xj+6PzoGJz70c+9Lx/dFH/A aADmk5pfwFLx/dpCG5NHzU7j+7Rx/dpjG5ajLf5FLx/dFGB02igQmWoy1O/4DSfh+tACZNJk078P 1o49B+dAxuWpctS9+g/Okx7D86BCZajLUuB6D86Py/OgYm5qMml49vzo49B+dACZNGTS/gPzo49B +dACZNGT6Uv5fnR+VACZNGTS49hRj6fnQAm4+1GTS8e1J+VABk+1GT7UY57fnRj6fnQAZPtRuNH5 fnR+X50AG40ZOe1GPp+dGB7UCDccUbjR+VH5fnQAbjS5P+TSfl+dHbjH50DDJoyaOPUUflQAuTRk 0nHt+dHHtSEBJ96Mn3o/Kjt2pjDJ96OfelooEJz70tHHTFH4UAJzRzS5ozQMT5qXn3opKBB83vR8 1FL3oAPm9aT5vWl4o4z2oGJz6mjml/H9aOPUUAJz70fN70cUcf5NAg5o5o/z1o/z1oGLzSYNL/nr R/nrQITBowaXj2/Oj/PWgYmDijBpeKTj/JoEFGD6Cj8P1peP8mgYmD7Uc+1HH+TS/wCetACc+1HP tS8f5NJx6j86Qg59qOfaj8R+dH5fnTGHPt+dGT/k0v4j86THuKAD8B+dGfYfnRj3H50uPcfnQIT8 P1o/D9aXH0/Oj8vzoATNGfb9aX8vzo/L86AE59P1o/Clx9Pzox9PzoATPsKX8qXH0/Oj8qBjc0fh TqKAG80fhS0cUAH4Cj8KPyoz9KADn0FHPpRn6UZPtQAc+lHPpS8+1J+VAg59KM+1HPtRSAMn0/Sj J/u0tJTGHP8Adoyf7tFLx7UCEyf7tJz/AHadR70AJz/do59KWkoATn+6KOfQUtHFACZPp+lGT6fp S0UDEyfT9KMnHT9Kd+NJx60CEyfT9KOfSl49aM+9ACc+lHPpR+NH4igA5o5o49RR+IpAHPvRz/kU f8CFGPcfnTGHNHPvRj3FGPcUhBk+9HPvRj3FLj3FMBOfejml/EUd+ooATmjmjPuKOeuRQAvNJz70 oz6ijn1oGHPpSc0vPrSc+tAC80nPvS0Z460AHPvRz70ZozQIXB96TBzRn3oz9KBi/Wkoz9KMmgQv NJzS/lSfhQAZNGTS8e1Gfp+VAw5pM8//AFqM8f8A1qMj0oELn6flRn/OKTPtRkegoGLn/OKM0mR6 ClyM9BQAfl+VHP8AkUbqM/SgA59vyooyPSjI9BQIM/5xRn/OKMj0FGR6CgAoz7/pRnvgUZHpQAZN FGfYUZ9hQAc0UZ46Cj8KAD/PSjmj8KX8BQAmTRk0v4Cj8KAD8aPxNH4UtAxOfU/lS8+/5Uc+350Z PtQITn1NHPrS5Pt+dGT7UAHfrS5HrTfyo49qBjs/5zRn3H5038BR+AoEOz7j86Mn1FNx9KTH0oAd +NH4038qOPagB340f5603H0o/AUDHY9xR+NN/Kk/CgQ/8qPy/Omf56UfgKAH546ijj2pv4fpSZ9v 0oGP4o49qZk/5FLz2/lQIdxRx1xTOfSlBPtQMdx7UcelMyf8ilyaAHcUnFJk0nPpQIdx7Uce1Jzn pRz6UDF49qTj2oz7UmT6UALx7UYHtSc0c4oELge1H5UmTRk0ALge1GB7UmTRz6Uhi8e1H5UmT6UZ b0piFyKOPWkyaMmgYvHqKPxpMmjJoELx6ijA6Zo5xRzQAfjRj3pOaXmgYd+tJ+NLk+lGaBCfjS/j Rmkz7UDF/H9KPxpM0ZNAg59aXn1NJk+tHPrQAc0c+po5o5oGLz6mjn1pOaOaQC8+tH40nPvSc0xD uaOfWko/OgYvNJzSUUCHYPvSYpKKBi80v0/nTe1H40CF5peabRQMXmjmkozQAvPtRzSZNFAheaXm m80YPrQAvNHNJz60c0DFwaMH1pOfWjmgQvPrS80mTSZNADufWjn1pvNLmgYc+tHPrSZpcj2oAOfW k59aXPPajP0/KgQc+tHPrRn2FH4CkAmPejB9TS/lRn2FMBMH1NHNLn2FGfYflQMTmilz7D8qMn0F ACUYNLn2FGfpQAmKKX8qPwH5UCEopePQUYHoKQDaXil49KTj+7TGFFGR6CjI9BQAZoz7frRkego/ AUCD/PWij8BR+VAwoz7frRx7UflSAMj0pcj0pPwFH4UxC/hRn2pPwpfwoAM+1Gfakz7UZ9qBi59h Rn2FJn2ooAXP0ozSUUCFzxS5pv4UdqBi5+lLn6U3t0oJ9qAHZ+lHPtTfwoz7UAOyfUflRk+35U38 KM+1AC5Pt+VLk+35U3P+cUZHp+lAC857flS59x+VN/Cj8KBDvxH5Un5flR+FJ+FAxfy/Kj8vyo/D 9KT8KAFx9Pyo/L8qPwoz/s/pQIPy/Kjn2/Kj8P0oz7UDD8R+VH5flS/hSfhQAceo/Kjj2/Kjj0o/ D9KADj2/Kj8qOfT9KOfT9KAE9uPyo/Kjn0pef7tABn6Un5UvP92jn+7QAn5Uv4ij/gNHP92gAz9K TI9KXn+7S8/3aAG5ozTufSjn+7QAlJ+Ap3P92j5v7tACflSfgKdzj7tHP90UAJ+VGfYUvP8AdFHP 90UAJn2FGfYUuD/dFHP90UAJn2ozS8+go59BQAmfYUZ9hS4PoKMH0FAhM+woz7UYPpS4b0oGJn2o zS4OOn60c0CDJ9qM/wCcUUY9qBhn6UZ+lH4UUAGeKTPtS0YoAQmlo70YpCE60v8AnpRijFMYUUbR Rj2oAKT8aXFGP84oAM+9GRRt/wA4o20CDI9vypc/Sk2j/Io2jvQAueetGfpSbRRtHrQMXI9qM+4p Noz/APWo2j3oAX8qPypMfX8qMD3/ACoEL+Ioz7ijA/yKTA/yKBjvyoz9Kbgf5FGAf/1UCF79RRSY /wA4pcf5xQAmKO/Wl/z0o49P0oATj1pce9H4fpR+H6UAFFGPb9KPw/SgA/EUcetH4fpRj2/SgYdu tH40uP8AOKMH/IoEJ+NJ+VOwf8ikwc0AH5UlKQaXBoGN/KjFLg+howfQ0AJge1FLg+n6UYPp+lAh Pxo7daXBz0/SjmgBPxopcUbTQAnFHFKV96TB/wAigYcUcelLtNLtNAhtLS7aNtAw/Kj8BRto2GgA /KkzS7T60bTQITP0oz9KXafWjacdaADNGTRto2mgAyaMmjFGDQMMfSjFHP8AeNLz6mgQm36UYo59 TS8/3jQAmPp+dH4UuD/eNHP940AJj/OaTHt+tLz/AHjRz/fNACY9hRj2/Wnf8CNHP940AN59BS49 hS8/3jR/wI0ANx7UY+lLz/eNH/AjQMb+VGPenf8AAjR/wI0CEx70m2nc/wB40c+poAbilxS/iaPx NACYowaXv1NGfegBMUYoz7mlz7mgYmPejHvS59zRkepoEJj3owPWlz7mkyPU0AGKMD1o49TR+JoA THvS496Pzo/E0AJj3pcf7VH50fnQAmP9qjHvS/nSfgaAD8aOP71H4Gk/OgYuB60Y96PwNJ+dAhfx ox70mPrS4+tAwx70UfnSUCFo/Gkz7mjNAxaPxpM+5pM+5oEO/Gj8ab+JpfxNABR+NJ+Jo/E0AH40 v40n4mjn1oAX8aKM8daMn1NACYpaM89TRn3NAwx70Y96TPuaXj1NABj3ox70n4mj8TQIXHvR+NJ2 6mj8TQAuOetLj3pufejP1oGO/Gk/Gkz7mlz7mgAx70cetG73NJn3NAC4HrSYHrRn3NGfc/nQAuMd 6CKTPufzpcn1P50CExS4oz9fzoyfU/nQAmKWj8/zozx3/OgA/wA9KT86XJ9T+dGfrQAn5/lR+dLu +v50mfc/nQMKKPz/ADo/P86BC8Uce9J+dL+dAw/Oj86PzpPzoEL+FJxS5+tGfrQAmR70cUufc0mf rQMOPelwKPxNH40AJxRgUv4mj8TQAnHrRx60ufc0Z9zSEJ+dLxR+dHFMA4oyKOPejigAyPWjj1o4 o49aQCcetHHrS8Zo496BicetLx60cUcUxBx60cUcUce9ABxRx60ce9H4mgYfjSfiaXt1pfxoAb3o p2aM0ANxRg0uaMmgBMGjB9KXmjmgBMGjHt+lLzRzQAYPp+lHPpRk5oGaADDen6UYPpSZNGTQIXn0 /Sk59KPwo/CgYuD6D8qMH0/Sk/Cjj0oAdg+lGD6U38KKBDsH0/SjB9BTcUtAxcH0FGD6Cm0UCHfN 6fpRzSUUDFw3pRz6U3iikIdg+lHzelNo4pgO59KOfSm4FHFAx/NJzTePel4oAXLUZam/LRxQA7Jo y1JkUcfnQIX5qMmk4o496AHc0mT60nHvRx60ALlvWjJ9aTA96OPU0DFyfWjJ9aT8TSfjQIdlvWky 1Gfej86BhlvWjLetJznvR+dAC5PrRk0fnR+JoAXJ9aTJ9aPxNH4mgQvPrRk+tJ+Jo59aAFJNJk0d utH40DDJoyf8ij8aX8aAE5peaOaT8aAF5o5pOfWj8aAF5o5pPxo/GgQvNHNH40fjQMOaOaT8aM/5 xQAvzUc+1GR/kUZ/zigQc0vPtTeKKAFwfWlwabx/kUZGaQx2KMGm0cUwHc+1HPtTcUYHpQIdz7Uc 03ijj0oAd81HPpTfwo4oAfz6Uc+lM/Ol/OgB3PpRz6Uzt3o/OgB/OelHPoKZ+dH50AP59qOfSmfn RQA/mj5vSm/nSfnQA75vSjLU386X8aADn0peaT8aPxoGLzRzR+NH40AH50uT70nI70v40AHNGaPx oz70AGaMn3xRnnrRn3oAMn1oyaM89aM/7QoAOfWlyfWjn+8KM+9Ag59f0o/Gj8RS5HqKAEz2zSc+ tO7dRRz6igY3J9aXP+1R+Ipc/SgBu4/3qOf71Oz9KM/SgQ3J9aPxp2eOgoz9KAGj/eo/GnZ9hRn2 FACfjR+NOz7CjPPQUAN/GjnFLuz2FG76UAJyD/8AWoye1LnnotGfYUAGDnvSYPvSHPrRg+tIBdp9 aNvvSYNJg0xjscd6TH+cUmGowaBDsUbT6mm4NGD7UALtPqaMH1pOcdqOfagBce9GPek59qTB9qBj tvfNG003B9qMGgQ7aaMGm4NGDQMdtPrRt96bg0YNADsfSjbTeaMfWgQ7b70mPek/OigB2PpSY96S jigYuD6iik/GkoAX8RS/jTaKAHfjR+NNxS8UAFLTaXigBeaOaSigA5oo4zRQIKPwoo/OgYfnRz6U fnRn60AHfvR+dGfY0Z9qQg70du9GRRkUxh370lGR60ZFABRiij8KBBiijPPSjt0oGFGP84paM+1A BR+VH50nboaADFH5Uv4UZFAhMfSj8qXijPtQAn5UY+lL7Yo/CgBPxFGPcUv4UZ9qAE/Klx9KPwpK AD8RRj3FH4UUDDHuKPxFHHpRxQAc+opPxFFLxQAn4j8qX8qOKTigBfy/Kj8RRxRx6GgQv4iijj3o wtABSc+tLxScUDD8f0oo4o4oEJj3pfx/SjijjtQMMUuD/kUnFH40CDmjn1o/GjvQMMGjBx1/Siko ELz60c+tJRQMXBo59f0pKMUALz/kUc/5FAHvRj3oAMe/6Uv+elJg0YNAB+P6Uv4/pSbTRtoAPxpa TaaNpzQAUZ+lG00bTQIXNJRtNG00AFH5UbT6UYPpQMM/SjJ9qNp9KNp9KAFz7CjP0pNp9DRtOOlA hc0maNp9KNvtQMXNGRSY9qXb7UCEyKPwpce1G32oAT8KPwpce1GD6UDEopcH0owfSgQUUYPpSY/2 aAFopMH0o/CgA/Clx7UmM9qOfSgYfhR+BowfSlwfSgQmKMUYPpRz6UDDHtRijBHajn0oAXFGPrSc +lGDQAuDRzSc+9HNIAwaMUc0YNMQYowaOaKBhil59qTHvRg+poELzRzSYPvRz70DF5o5pPzo96AF 5o5oowaBB83pSZPpS4NGPekAmTRk0uPekx70xhk4o5zRj3pcGgBOaXn/ACKMGigQnPqaOfelxRQM TJ96Mn1NLRQAmT6mjn3paOf8igQnPvS/nRg0c0AH50c+9HP+RRz/AJFAw59TRz6mjn/Ipef8igQ3 B9TR+JpefT9KOfT9KBhj3NH50c+n6Uc+n6UCDn1oxS8+n6UmD6fpQMTn1pce9GD6fpRz6fpQIMe9 GPejn0/Sjn0/SgYYoxS8/wB39KOfSgQlFL+H6Uf56UDE7f8A16MUfgPyo/AflSAMcUUZ9v0oz7Cm IWjFJk+goyfSkMXH0opOfQUfhTEH40UfgKPwFAB/nrRRz6Cj8BQAmKMGlwfQUY56CgAxRijn2owf agYYoANGG9qMH2oAMc0Yz3o59qXn2oEJijFLz7Uc+ooATFG2l59qOfb86AE280baXnPb86Ofb86B iYoxRz7fnS4b2oEJijFOwfak59qBiY9xRt96dg+1GD7UCG4oxz1FO2n2o2n2oAbRTtv0owfagBv5 UflTtp9qMH2oAT8qKXHsKMfSgA/GjNGD7UY+lABn6UA0Y47UY78UDDPbijcPajAHpRj6UCDI9BRk en60v5Un5UDDI9KMj0o/Kj8BQAZHp+tLkelH5UfgKBCZGeh/OlyPf86Tj0FL+AoAMj3/ADo4z3/O jI9BRn2FABke9HHoaXI9BRke1IBxX6flSY56j8qb9SaTn1NMY89cZH5Un4/pTefU0vPvQIXHv+lG D/kUnPvRk+/5UAGD6/pS8+tNyfejJ9/yoGOx70fjTckev5Uc+9Ah340fjTeff8qOf8igB340n40n P+RRz/kUDHf8CpPxpOT6/lRz/kUCF69x+VGT6j8qTn/Io5/yKAFyfUflSc+35UnNHb/61Axc/T8q M/5xSUZ/zigQv+elH+elJkf5FGaADPHUflR+P6UcUfgaAF/L8qPy/Kk4o4oAX/PSj8f0pOKOKBi4 H+RRgf5FJxnrRx60ALj3/SjH0/Kk49aOM9RQIXA9f0pMD2/Kjj1pOPUUALj3H5UuP84puPcUY9xQ Mdj3H5UmPcflSfiKPxFAC49/0opPxFGPcUALx7Un5UfiP1ox/tD9aAD3/pRx60fiKXH+0KAE4o49 f0ox7ijHuKBBx6/pRx/kUY9xS/jQA38aKdj3ox7igY2l49aMH1H5UY9xQIMik49aXHuPyowcdf0o AM0mR607B/yKOfb8qBjc0Z/zinc+35Uc+35UCG596N1O59vyo5/yKAG596Nxx1pcGj8qBibvejcf WnflR+VADc0ZFO/KjH0oENzR/npS80fjQAlLSfjS4oGFJS4ox70CEpc0YFGPegYUcUYHrRjigQcU ZpMe9Lj3oAM0flRgZ60mB60DF4o4pOPWjj1oAXjFHH+TSYHrRgetAhcj2/OjI/yaTA9aOPWgYuR/ k0ZHp+tJj3oxx1oAXj0/Wjj0/Wj8aOP7xoEHHp+tHHp+tHHrR/wKgA47D9aOMdP1ox70mPegYuR6 frRken60mPelxz1oEGR6frRken60YPrRg+v6UAG4en60ZHpRj3ox7/pQAZHpRkdcUYPrRz6/pQAZ GOlGR6Uc+v6UYPr+lABkelGR/dowfX9KAPf9KADI9KNw9KMH+9+lLg+v6UAJuHpRkelGD/e/SjB9 f0oGGfajPtRj3/SjB9aBBxnpRx6UYP8Ae/SjB9f0oAOD2o49KMH1o59f0oGHFGQKTB9aMH1oAXIo yKMH/Iowf8ikIMijIo59f0o5/wAimMOKOKPxo/GgA4pfxpvNHPrQIWik59aOfWgBePWik59f0pcH 1oGH40fjSYPrS4P+RQAvbrScev60YPrSYOOv6UAO/H9aQ9ev60mD60vP+RQIOPX9aPxo59aOfX9K AD/PWjijnNGD/kUDDPv+tG7/ADmjFGKBBuHrRmijj/IoANwoyP8AJo4/yKOPWgAyKMj/ACaOPU0c epoAOPT9aMj0/Wjj1o49aBi7vb9aTd7Un4n8qXj1/SkIMj0FLkegpOPWjj1pjFyKMj0FJx60cetA C5HoKM+wpPxNH40CFyPSjPsKTPvRn3NAxcijikz7mjI9TQIXjFHHpSZ+tGfrQAuRS5X0pufrSc+p oAfkUmRTfxpfzoGLxRxTefU0v4mgQ75fT9KPlpv0zRz70ALkelGR/kUnPvRz70ALxSZH+RRg+9GD QMMijI9f0pcGkwfegQvFJx/kUuD70mD7/nQAcf5FHH+RRg0YP+TQAcen6UcUYNG0+tABx6/pS8f5 FJg0Y/zmgBeP8ijikx/nNGO2f1oGLxScen6Ube2f1o2+9AhePT9KOPQflSbff9aXH+c0AHFH4Ubf f9aMfT86AE49vypePQflRj3/AFox7j86ADj2o49qMfT86NvuPzoAOKOPWk2+4/Ojb7j86Bi8etHF G33H50bPcUCDijijafUUYPrQAcUbR70m0+o/Ol2n1H50DDHvRj3ox7j86NvuKBC/jR+NJj3FLj3F IA/GjIpCOeoox7imAuf85pM0YoxQAUfnRiloAT86MfWlxSY5oGFHNLijFAhMUUuKMUAFJ+NLj3ox QAfjRk5pcfWjB9KAE5o5/wAilwfSjnuKAEo5peaKAEzRmlxRj2oAO1FLijn2oASlpcfSjH0/OgBv bp+lLj2H5UuKP89aBiY46ij8aXj0H5Uny+n6UCD8aMe9IcZ6D8qXj+7+lAAR70mPelwP7o/KjAz9 39KAEwfWjb9KXH+z+lGP9n9KBjcYopcD+7+lGB6fpQISjv1p20en6Um0en6UAJRz60u0Z6fpSbR6 fpSAMnHWk/Gl2+36Ubfb9KYCZPrRTsZ7H8qTb7H8qBic+9Lz1xS4+v5Ubfb9KBCfhSU7H+cUn4fp QAfjRRj2/SjHPT9KAEozS4/zijt0/SgYn1opf89KT/PSgAopcn/Io5/yKBCZo4pef8ijB/yKAG8e lHFO7/8A1qP89KBicelHHpR/npS9v/rUCD8KKP8APSkz/nFAB+FGPaj/AD0o496AFx7UY9qT86OK AFx7UbfajIo4/wAigYY9qMe1HFJwKBC49qMe36UnFHHrQAuPajB9P0pKKAFx7UY9jSYooAMexo59 D+VFFABg+ho59DRj2pce1ACc56Gl5owfSjFAw5o/A0mOKMGgQvPvRz6GkwaNp9KAF596Tn3o2n0o wfSgAyfegE+9G00YPpQAuTRk+9Jg+lGD6UAGT70uT70mD6UYPoKAFyfQ0mT6GjB9BS8+goGJk+9G T6Gjn0FHPpQAZPoaMn0NHPpR83pQAmT6UZanfN6Uc+lAhuTRk0vNLg0DG5NGTS4PpRg+n6UCEyaM ml2n/Io2n/IoATJpMmnbT6fpRj/OKAG5PpS80Y/zilx/nFACc+9HOO9GPajFABzS0mKMfWgYc0c0 YoxQIOfSk5pce1GPagYnNHNGPajHtQAvNHNJj2pcUCDmjmkx7UuKBhzRzRt9qTbz0oAXmjmjb7Ub fagA5o5ox7UmPagBeaOcUn4Uv4UCDmjnPek/Cl/CgA59KOfSjBPaj8KBi80nNHPpRz6CgQfNRhqO fQUc+lAB81Jhvel/KgZ9KBhhs96TDUvPpRg+lABhqMNR+FLj2oEJhqMNRj/OKXB/yKAE+ajmlx/n FJg0DDmjmjB/yKNp9P0oEJ83rS8+tG0+n6UYPp+lAw+b3oy3vRj/ADijBoEHPvRk+tLj/OKMf5xQ AmT70ZPvRj3/AEowfWgYc0ZPrRj3H5Uf56UCDJ9aMn1o/L8qMf5xQAZPrRk0UY/zigYnPvRz70tG PpQAnPrQPrS4+lGPpQAfjR+NGPpRz7flQAZ560fjSc0vPt+VAg/Gj8aMnPajmgA/GjB9aMn0oyaA D8aXmkzSZPpQMdg+tHNJmjNAhcGjn2pufalz7UAGD60YNGfajPtQMXB/yaTH0o/CigQuKTn2o/Ci gAx7UYox7GjHPQ0AKAKOKSjHtQA7jNJkUmPajBoAXIo3D0oxSY9qAFz7UZ9qTFLzQAZGf/r0ZHpR ijFABn2/WjcPT9aMCggUAGR6frRkUu0eopNo9qBhkelG4elG0e35UYHqPyoAMj0pOP8AJpdo9R+V GB7UAGR6UcelHHt+VGB7flQIMj0o+X0pcD1H5UmB6igAyvpRkelG0eoowPUflQAZHpRx6UYHqKMD 1H5UAGR6CjI9KXA7EflRx6igYn4UnHpTuPUUceooEN/4DR/wGnceoo49qAE/CjHtS/L6ij5fagBM D0pePSjC0YWgYY9qMDPSjC/5NGF9aBCY9qXHtRhfWjA9aAEx7UYPTFOwPWjatADce1H4U/atG1aA GY9qXvTtq0bV96AE/Cj86Nq+9G0epoGH4GjNLtHvSbRQIM+1Jn2p20eho2j0NACZoz7Gl2j0NG0e lAxN3saXd7GjHtRgehoEG72NG6jaPQ0u0elABupN1LtHpRtB7UAG4elJuFLgelGB6UAG4elG72ox /s0uBnpQA3cPSl3e1Lx6UcelAxN1G4elLgelGB6UCAEelJkf5NLgen60celABu9qN3tTfwo+lACl uKNxpKKAF3Gk3n1pMUuBQAbzS7j60mBmkwKAHbqN3vTTijigB273o3c9abgUUALn/aoyf736UnFG BigBc/7Qoz/tikx/nFGBj/61AC5/2hRn/apKKAFz/tCjP+0KSigBcn++KTJ/vCijAoAM/wC0KCT/ AHhRgH1owPSgBMn+8KMn+9S4HvRge9ABk/3hRz/eFGB6UYFAw5PcUc/3qMD3ox9aAE5/vUvP96jH saMe1Ag/EUfjRgdMUm32oAXn1FJn3FG32o2j0oAM+4o/EUBfajHtQAZ96Mj1ox7UbfagBcjH/wBe kz9KNtGOelABn6fnRkY7UYox7UAGR7UmfpS49qNtACZHtRn6UuPWjbzQAm4UbvajFG2gAyD2o3Ck 20u2gYZFGeO1G2jbQAmfajNLt9qTHtQAbqM0YPp+tGPb9aBBu47UbvpRg0YNABkUZpcH3owaAEzx 1FGfcUYPpRg0ALn6UmfcUYOKMGgAz9KPxFG00YoGH5UZ+lGPaigQZ9/0o/H9KOnaj8KADJpc0lFA xc0ZpKXNAgzRmjPtS/hQA3OO4oyfWl/Ckz7UDFz9KM89aM+1Jn2pALu96M0mfalz7UwDPvRmjPtR n/OKBBxRketH1/lRxQMOPWjj1o49KTj0H5UhC8etHHrSfgKMj+7+lMBePWk49aOP7v6Ucen6UDDj 1o49aPwo/D9KADj1o49aPwH5UfhQAcf5NHHrR26fpR+AoEHHrRkUf8Bo4/u0DDij5fWj/gNH/AaB Bx60ZHrRj2FH4UDDijilx7UYFACcetJxS446UYoAOPWjijFGKBBx6ijj/JowPajA9BQAcUfSj8BR xQAfh+tGaKTmgYufajI9KKTH0oELkUZFJj6UflQAuRRmj8qPyoGGRRmk4o9+KAHZ96M038qX8qBC 5pO3Wjj2o/KgA/EUn40tHHtQMPxo79aOMUcelAg/EUfjR+Ao49BQAn4ij8qXj0FGR6CgBKX8aMj0 oyPSgYUZ96OPSjI9KBCUU7j0oyPSgY3NFO/AUcegoEJSc+1O49KMj0oAbRz7U7I/u0cf3aBjeaXN LkelLx1C0ANzSc+lPz/sijP+yKQhn4UfhT8/7NGf9mmMZxnoaWl3ewo3f7NACUUu7/ZFG4/3RQIT IozRn/Zo3c/doGGfrRn60Z9qM+1ABn2NLSZ46UufagQUlLn2oz7UAJ+FGaXJ9KMnP3aAE5paTJ9K Mn0oGGfejn1oyfSjJ9KBBz60c9aM+1GT6UDDmil59KT3xQIXmj8aTn0o59KBi496Me4pPwooELz6 ijn1pPwpce1ABz6ik59RS/hRz6UDDn2o59qMGl/CgBOfaj8qXH+c0fhQAnPtR+VLz6Cj8BQITn2o 59qX8KTPtQMM0uaTPtS59BQIM/5xRz/kUn4UvHpQMM/5xRn/ADijPtR+BoEGfr+VGR7/AJUUfhQA ce9HFH4UfhQAZFG4f5FHHpRkUDDd/nFG4e/5UZFGRQIMj/Io3D3/ACo49KXjGcGgAyPf8qMr70ce lJ+FAxfl7k0ZHvS/h+tJx/d/WgQZHqfyo47E0YH92lwP7tACcZ6mjI9TRhcfdNGB/doAMj1NLx6m k49DS8ehoAMj1NHHqaMD0o2+1ABx6mjj1NG3joaXHPegBOPWl49aNv1o2/WgBRj1/WjA9f1pNvtR j2oAXj1/WjA9aTHtR+FAxQB6ilwPWm0Y9qBDvxpMe9GD6UYoAMc9aXHvRijFABj6fnRj6fnRjmjA oAXHuPzox7im0e1ACfL60cdc0uKCB6UAN+XHWj5fWnYHofypMD0NACfLR8tLx6GjA9DQAnFL8v1o 4xRkUAHFJxS5HpScehoAMCjAozRQAvFJxRRQAYXFHy0ZNGaADijK0ZPtRmgA4o4xRn6UZoAM+9Gf ejPuKM/SgA49TRx6mjd9KM/T8qBicf3qPx60ufpRmgQmfejI9TRn/OKM/T8qAEzSjp1/WjP0/Kk5 9R+VABnnr+tH40ufp+VJk+35UAA+v60fj+tLk+35UZPt+VAxPxNH4n86MnHb8qOfX9KAD8TR+NHP tRzjt+VAg/Gk/Ol59R+VHPt+VACfjR+NO59f0pMEigBMe9H40uDRg4/+tQMSjj1/WlwRRg/5FAhP 89aXFGDRzQAmBRgUuD6/pRg0AJxScelO/H9KPxoATj0o49KXn1/Sjn/IoATj0oxRz/kUc+v6UDFw KTj0o5o59qBB+FL+ApOfWl59RQMPwozSc+tLz60CEope/aj8qBicUcUfiKPxFAgxR+FH5Udu1ABS c0v5UZ+lAxMn0oyfSlz9KPyoEJk0ZNH4il/KgBMmjJpfyo/KgYmT60ZNLzntRk+1Ag5o5xSZPtR7 cUALz6/rSZPr+tH4Cj8qBi5NJn3o/Kl/AUCE/GjPvSj6Un4fpQAfiaT8aX8P0o/D9KBh+NJ26/rS /h+lH4fpQIPxo/P86Pw/Sj8P0oGH+etJn6/nTufT9KTn0/SgA49/zpKdz6fpSc+n6UCEzRntml/D 9KXPt+lAxM/Wil/D9KM+36UCEopc+x/Kj8P0oASjNL+H6UnPpQMM0Zox7UY9qADdRkUuPb9KMe36 UhCZFGaMe1HGOn6UxhRR/npR/npQAUZox/nFG2gQUZoxRikAUflRijH+cUxh+FHFJj6/lRg+hoAX j2o4owff8qTB9P0oEOGKTAx/9ekwfSjn0/SgY7A9qNo9f1pvPp+lLg+lAhcLRgU3B/yKMH/IoAd8 tHy03Box7UAO+X/Jo+X/ACaT8DR+FIBcL/k0fL6/rSUlMY7C0YWm0vNADvl/yaML/k02jmgQ7j/J o+X/ACabzR3oAd8tHy02jPPagY75fWjj1ptGaBDvl9aPl/yabmjn/IoAd8vrR8tNyfSjJoAXil49 f1ptFAC/560cetJR+NAC8etH4mk/GjmgY7ik696SjFAC8etLgU2jn1oELijFJz60c+ooAdt9qTb7 frSc0c0ALj2ox7Uc0c0DDHtRg0mDS4PrQIXFJj2ox70YoGLijFJzR+NABt9qXb9KTmjk96BC7eaN tJ2ox70ALtHejApMD1o49aBi7RijApOPWjjHWgQ7aKNo9Kb+NHHrQA7aKNopuaM0AO2ijaKTPvRn 3oAXAoxTfxFH4igB2BRgUz8RS0AOwKTA9aSl4oAMD1ox70lLx7UDDA9aNo9aOPQUZHagQYFG0etG fpRQAu0ev60YHrSUYoAXA/vfrQAPWk/Cj8KAFwPX9aNvvTc0vagYu0ev60u0dz+tNoyaBDsD1/Wj A9f1ptL+FAxcD1/WjA9f1pM0UALgev60YH+TSZH+RS/l+VAg49f1o49T+dHFJx6GgBcD1/WjAPc0 ZHvS5HofyoAbjnqfzpcD1P50ZHofypc/X8qAE2+/60Ypf89KM/5xQAYNJj/Oadn3/SjPvn8KAEx/ nNGKX8f0o49f0oAT8aMe9H4/pR+P6UAL+NBoyPX9KOPX9KAEoxz0p3Hr+lGPf9KAG49qPw/Wnfj+ lGB6/pQA38BS8+lLj3/Sl2j1/SgBvzY/+vRg07A9f0owPX9KAG4br/WjB/yaXAPf9KMD1/SgBMHP /wBejH0/OlwPU/lRhff8qBibTjt+dG0+350uAO5/KjHufyoELnn7tGR/dpOPSj8KBi/h+lHHp+lH bv8AhRj60CD8P0o/D9KMc96Nv1oATHt+lGPYflRj3o/OgA/4CPyo/AflR+Jo59T+dAB+A/Kk/D9K Ofejn1P50AH4fpRz/d/SjJo596AE/wCA/pS49v0o5o596ADB/u0Y/wBn9KOfejJxQAY/2f0oA/2f 0oyfU0mT70ALj2/Sjaf7v6UmT7/rRk+tAC4PpRg+lJk0ZagAwfT9KMHsP0oyfWjJoANp9KMH0oy1 GWoANvtS49qTn1oyfU/lQAbfajHtSZP96jJ9aAD8KT8KNzetG5sUAH4Uc+lLuajLelACfhQc/wB0 0Zb0pMt70ALz/dNH/ATRlqTcfegBfwNHPoaTJ96Mn3oAX8DS59jTcnHejPsaAFz7GjPHQ0mTijn3 oAXPtSfgaMn3/OjP1oAM+xoz9aM+xoz7GgYZHoaM/WjIz0NGR6GgQZ+tGfrRkeh/Okz9aBjs/Wkz 7Gkz9fzozx3/ADoELn2oz7UmT6GjJ9D+dAC5OelHPpSZ56Gl/A/nQMMGjB9KTjHQ0fnQIXFHek/O igYuKMe1JS/nQIMH2owfajJzSc0DFwfSjHsKMn0pMn0oELj2FH4CkyfSjJ9KAHc+go+gFNyaMmgY 7n2o59qbk0bjQAvPoKM+wpNxoyaBDs+y0n4Ck3GjcaBi/gKO/QUm40bjigQv4Cj8BRuNG45oAMe1 HHtRuPrRuJoAOnYUceg/OjcaNxoAOPQUcego3GjcaADj0FHHoKNxpN31oAXI9KMj0o3Gk3e1AC5H pRkegpM+1Lu9qADj0H50ZHoKM+1GaBh+Ao49BRn60Z+tAhOPSjA9KXP1oz9aAEwPSjilz7UZ9qAE o/Clz7UfhQMT8KMUv4UUCEpaM0UAJijmj8/ypfzoATBzRg+1L+f5UnHpQAuDRzSfgaPwoGHPoKOf aj8KX8KBCc0vNJj2paBic0c+1FH5/nQIMewpefak/Ojn3oGLj6UmKPzoz9aBBj2FGB6UZo/OgAx7 UfhRn2ooABRij86OPegA4owKOPejNAw4o+X/ACaM0Z9qBBgf5NLgUmR6UmfagYuF/wAmjijI9KTI 9KBBgf5NLgf5NJn2FHHpQAuAP/10YHt+dJnnpS5HpQAYH+TS4H+TTcj0oz7UDFwP8mjA9vzpN3tR kelAC4H+TS/5603P+z+lLn2FAC/560nH+TR+FH4UCF/D9aO3/wBej8KT8KBi59qMn/JpOfSj8KAH Z/zmjP8AnNN/Cj/gNADu3/16Mn0/Wm/8Bo/4DQIXJ9P1oy3p+tJz/do59KBjst6UfNTcH0owfSgB 2Woy1Jg+lJ+BoEOy1AJpv4Gjv3oGOyaMn0pPzozx3oAXJoyaT86TP1oEOyaMmm59jRn60ALz6UuT 6Un4Gj8/zoAXmjJzSfn+dH50AO5pOaT86T86AHc0c/Wm8+9HNAxcGl5pvNLzQIX86OaTmigAwfel /wA9aTmjmkMXH1ox9aTmjBpiFx9aXFN5o596AFx/nNGPrSc0YOaAF/A/nRx70mDRg0AL+Bo/A0mD 6UYPpQMd+BoyfQ03B9KXaaBB+Boo2n2o2mgAz7H86Mj3o20YNABnjvRu9qXBpNp9qADP1pc+1GD7 UbTQAZ570UbTml2nOKAEz/nFLn3/AEox70u2gBM+/wClGfel20bfegAz7n8qMj/IowfWjHvQAcd/ 5UH6/pRg+tKKAE/E/lRkev6UuKXAoAbn3P5Ufj+lO4o/GgBvfr+lLx6/pS496PxNACfj+lH/AAL9 KMc9TS49zQAf8C/Sk/4F+lH4ml/E0AHP979KMns1J75NLg+p/KgABP8Ae/Sjn+9RgnuaMe5oAPm/ vUvP96jHPU0YHqaADB/vUc/3hRj3NBx6mgA59aXn1pPxP5UfiaAF5pPqaPxNH4mgBuP9o0bfdqXn 0H5UZ9hQMQr/ALTUmPdqdn2FLn6UCGY92pce5pffAoz7UAJj3NGPrS546UZ9qAEx7mjHuaXPtR+F ACY9zRg+ppc+oFH4CgBMH1NJtOepp34CkyfSgBMH1owfU0ufpSZ+lABg0YajNGT6GgAw1GH9/wA6 M+1Jn2oAXD+9JhvejPtRk+lABtb1ow3rRmkzQAuG9envRhvWk/z0paBiYb2/Oja3+TRx7Uc0CFw1 JtP+TS5P+RSfhQAYNLg+lJz6fpRz6fpQMXDelJhvSk5/yKOfagQ7a1JtY9qMH/IowcUAG1vSja2O lHNBNABtb0ow3pSZ9v0oz7fpQAu1s9KTa2elGeelJntigYu1vSjacUmfajd7UCHbT6UmDRn2pMn0 oGOxSYo3UZoELRj6UmaM80ALijB9KTcfSjefSgBcUYpN5o3tQAtHPrSbzR5hNAC8+v6Uc+tJvo3m gBefWjn1pN5pN7e1ADuaTmjeaPMPpQAZPrRmjzDnpR5hoANxo3H1NJvNG5umaBi7jmjcfek3H1o3 H1oELuNJmlyaNzZoATcaNxpdxo3NQAm4+lGTRuNG40AGT6UZb0oyaNxoAMtR81G40bjQAfNSfNS5 PpRu9qAE+ak+anbvajcaAE+aj5qXd/nNGeaBic0c0ufrRkf5NACc0c+tLkf5NGR70CE59aMe9Lke /wCdGR70AJz60Y96XP1oyMUAJj/aFLj3oyKMigAxx94UY/2qMjFGRQAYH96jA/vUZFGRQAm3/apc D+9RkUuRQMTH+1Rj/boyKMigAwP79GP9ujIoyKADj+9+lHH979KMijIoAOP71HH96jIoyPWgQcZ+ 9+lHH979KMj1NGRnvQAcf3qOP71GR70ZHvQAf8C/Sjv94/lR+dH50AH/AAL9KP8AgX6UUfiaAD/g X6Ucf3j+VH40fjQAfifyo/4Efyo49TRkepoAPx/Sj8f0o/E0fjQMT/gX6UvTv+lH40Z9zQAc+p/K jHufyoz7mjP1/OgQc+p/KjB9/wAqM/WjPuaADn3o59/yo3e5o3e5/OgA59/yo59/ypd31pN31/Og A/P8qPxP5Ubv85o3H3/OgA5/yKOfWjd9fzpd3saAE59aOfX9KXPsaMj0oGJj3P5Ufj+lGaMigAx7 0mB60u6jcM0CDFGKNwo3CgAx7ij8f1o3ijf7UDDv1o/GjePQ0bvagQg+tL+NG6jdQAfQ0fjRn2oy KAD8RRn3o3CjcKBhn3oz7ikyKXIoEHHrRx2NGR6UcelAB+NGPf8AWjijigAwfWjHvRxR8tABj3o/ Gj5aPl9aADHvRj3oytGR70AGPel/EUmR70ZHv+dAC496XB9abn6/nS5HvQAuPekwfWkzx1NGfrQA uP8Aa/SjHvSZ+tGfc0DHd+tH403Ix1NLke9AhevejH1pMj3pMj3oAdj60mPrSZz60Z+tAC4+tGD6 mkz9aX8TQAYPqaNp9TSfn+VHHvQMXB9aTB9aOKOP8igQYPvRg0UUAGD70Yo/z0o5/wAigBcGjBpO aX8KADaaTaaXBPajB9KAE2mjbS4+lGD7UAJg0YPpTsfSjB9qAEwfQ0YJp2PpQB9KAG4+tGDTsfSj HsKAG4Oec0bTTsewo/AUAN2mjafWnYpcd+KAG7TRtNOx9KMewoATBpCDTsfSgD6UAN20u0078BSZ +n50AJto2+9O/L86Ovp+dACbT60Y96Xn1FBB9aAEIPrSYPrTvxFHPqKAEx7/AK0YPrTsH1FHP94U ANwfWj8ad/wIUc/3hQAlJk07/gQox7igBvPrRz607HvS49xQAzn1pcH1pcH1FLj3FADcH1owfWnY PqPyo/4EKAG80c+tLj/aH5Uv/Av0oAbzmjmnY9xRj3H5UAJzj8aKP+BfpS4/2h+VADec0vPrS49x +VLj3oAb+dGOaXb70uw+v6UAJg+lGD3FOyPRvyoyM9/yoAbj/ZFJ/wABFPz7fpSZH+RQAzH+yKMf 7Ip+R6H8qMj3/KgBuP8AZFJj/ZFPyP8AIpMj/IoAbg/3RRg/3RTsg/8A6qXI/wAigBh9Noo/4CKd lfejK0AN/wCArR/wFadlfX9KT5f8igBOP7oowP7op3y9s/lR8vv+VADP+AgfjR/wEU/jHf8AKjj3 /KgBnGPuijH+yKfx70YHvQAz/gIowPQU7A96MD3/ACoAZtHpS7RTsD3pcDFADMUm0d/5VJx70cUA R7RS4GKdxRxQA3A9KOM9P0p3Ao49aAG4FJj/ADin8etGV9aAGYH+RRx6fpT+PUUZGOtADMD/ACKM D/Ip3y9mo49aAGcf5FGB6H8qfketGR60AMwPf8qMD3/Kn5HrSZHrQAmB/kUmBjv+VO3e/wCtG73/ AFoAbgZ7/lRge/5U7cPX9aNwz/8AXoAbijaP8inbvf8AWjcPX9aAG7R7/lRtHv8AlTt3v+tG4etA Ddoz/wDWowPenZ/zmkz/AJzQAmB7/lRgf5FLmkz70AHFJxil49aOPWgA496MDFHHrRkepoAOKTil yPejIx3oASjil47UfnQAlGBS/nRj60AJgUYFLRQAnFGBS4NGKAEwP8mjFLjmjFADcD3o49TTsUYo Ab+NLxS7aTB/yKAE4peKKP8APSgA4pOMdf0o7/8A1qOfT9KADj1o/E0v+elHPb+VACfjR+Jpc+1H 4UDEx7mjB9T+VLk+lGTigBPqT+VGB6n8qXOKMn0oEGB7/lSce9Lmk3e1ABx70Y+tLuPpRuPpQAn5 0Y/zijd7UbqAD8/yox/nFG6jNAw/P8qMUZozQAY/zijH+cUZ+tJnigQuP84owP8AIpM/WjP1oAdx /kUnHv8AlSZ+tGfrQAvHqfyowM9/ypPzpaADA9/yo496MfWk/OkAuB6GjA7g0n50Y+tMYuF9DRgY pOPelwD60CDA/wAikwP8ij86X8/yoGJgelGPalx9fyo/z0oEJijFL+f5UYHvQAbTSbaXH1/KjHv+ lABto20Y47/lR+dABijFLj2P5Uduh/KgYlGPrRj6/lS/56UCEwPekx7GnYo/z0oAbgehpMfWn/56 Ufh+lADcUbafzR+FADMD0o2+1O59KOfT9KBjcUuKX8P0oz7UCEx/nNJin/hSZPpQA3BoxTsn0o3f 7NADcUU7PtRn2oGJj3pMc07J9KM+1Ahu2jb707PtRnjpQAmKOKXJ9KMn0oASil59KOT2oGJRS4Pp R+FAhuPajFOx7Uc+lACfhRil7dKT8KADHtR+Ao/Cl7dKAE98UfgKXFFACfhRz6UvH+RRQAmT6Ufh S8f5FHFACfhR26Udv/rUox60AH4UnH92l49aOMUDE/4DRx/dpeP8il46UCG5H92lyP7tHHrRgetA Bkf3aTI/u0vHrRx60AHHpRx6Ucf5FLge/wCVAxOPT9aXj0/Wj5aOPWgQcen60cf5NJkGjIoGLx/k 0vH+TTePU0cepoEO4/yaTgf/AK6OP8ijj/IoAXI/yaMj/JpKMigBfx/Wl49f1pMijI96AF4z1/Wj j1/WkyvvRx7/AJUALx6/rR+P60ny+/5Uce/5UALgev60cev60ceh/Kk4oGO49f1o49f1ptFAheP7 x/Ojj1/Wjj3/ACpM/X8qBi4Hr+tH/Av1pM/5xRkD/wDVQIXA/vfrRgep/Okz7Ubu1AC/ifzo/wCB UmaMigB340n/AAL9aT8RRkeooAXn+9Rjn71GRRketAwx/tUfjSZFLmgQfjRzRmjIoAPx/WjHvRke tG4UAGPc0fifzo3D3o3D1oAKPz/OjcKTdzxQAv4/rRRkelGaAD/PWj/PWjNGfrQAv4frSfUfrRml zQAAc/8A16O1Jn60cetADqPwpAeO9HHrQAvFHHv+dJx60vHrQAf560vH+TSfjRQMMf5zS4/zmk7d 6PzoEGP85owPc0d+9BoAdxnvRx70lH4mgBeOnNHHqaT86XP1oAMerGjj1NH50YoAOPU0uR/eNJg0 bT2oAN7+tLvb1p+Fx96kIGPvUAM3t3NG9vWnYXHDUYHrQA3cfWl3H1NLx/kUnFABuPqaNx9TR8uK Plz1oAMn3oJPvS4Wk49aAEzRn2o49TRxnqaAEJ9qM+xpfl9aPl9aAE3D0NJke/50uFz1owtACZHo fzo3fX86UhaTC+9ABuHv+dGR7/nRhaTC++aAFyPQ/nRkehpML70ce/5UALkZ7/nRx70nGO9HGKAD 8/zo/P8AOj5aMj/IoGLx6mkwPWk4/wAijj1/SgQvy+/50cUny/5FGBQAvy/5NJx70YH+RRgetABx jP8AWjijA9aTA9aAF4o49KTA9aOOuaAFyKTjtRgY60YHrQAZFG4epowPUUYHagAyPejcPekwPWjA 9aAFyPejNJx60cetAC596TNHbrS0DDdRupOM0cUCDdRuFGRRxigA3il3D0pPlpOKAF3e1Lu9hSYF J8tADtw9BSZ9qTijI9KAF3e1G4elGR6UgoAXcPQUbh0xRke9HFACZ9hRuFLkelHHpQAmaM98Uufa jIoATPtRmjj3o4/yKAD8KPwoyKM+/wClAwo4zRn3/SjPv+lAg4oyKOKOPX9KACkzS8evSk49aADN HFL+OKTHvQMOKXNJjvmjA9aBC0UmPejB/vUAL3ozSYOeoo/EUDF4oyPekwfUUYPrQIX86OPekwfW jHvQAueaM/Wkx70YoAX86M/Wkx70Y96AFyM96M89/wA6THv+tGPegYufr+dGfrSc+o/Oj8aBC857 0Z9/1pMe9GKAF59f1o59aTFGPf8AWgYuaP8APWkooEH4Gl/Ok59aXmgA/Oijn1pOaAF5ooyaM8UA JR+dLupM0AH40UZozx3/ACoAKKMn/Ioz/nFAwxRg0ZP+RRuPvQIMGjBo3Gl3H3/KgBMUYpdx/wAi kz7/AKUAGKO1Ln3/AEoz7n8qBif56Uf56Uufr+VGfr+VAhPqaKXNFACUvajI/wAijNACfjRmlz/n FGff9KAE/Gjj1NLmjP0oGJxRx70ufejI9aBCfjR+dLx60v40AJ+dGPrS/jR+P6UAJ+dH4ml/Gk7d aAD8aM+9Bx6/pS8etACZ96Tn1p3y9M0nHtQAmT/eoz/tfrS8UfL7UAJk+v60Z/2v1peP8ijigA59 f1o59f1o4z1o/EUAHPqPzo59f1o/GjPvQAc+tHPrRn3oz70AGD/eowf7wozx1/SjI9aAF/Gk56Zp aM0AJz60c+v60tGfSgBOfX9aMH1FFH40AHNHPrS/iKM+4oAT8aTJ9adn3FGfcUgG596Xn1oz7il/ EUwG8+tLz60tHFACYPrRz60vHtRQMTnNLz60Yo7dqBBk0ZPqaKXPtQMT8aMj1NLnjpR+FAhPxNH4 mncelJx6UAJ+Joz9aXI6Ypcj0oAbzRz6U7PtRn2oAbRS54//AFUZH+RQAn40UuRRmgBKM07I/wAi jIoGNz70Z/zinZHrSZHqaBCZ/wA4o4p2R780ZHvQMbR+FO/E0cepoENx70U7j1pdw9aBjOQf/rUf 56U/Of4jRnHrQIZ/npSjr/8AWp2f9o0Z/wBqgYyjHtT8/wC1Rn/aNAhnPpRzT88/eNGT/fNADOfT 9KXn0p2T/eNGT60AN5x0/SjnsKdyT1o59TQA3n3pefelz/tGl/E0AN59/wAqXn3pfxpOff8AOgA5 pOc9Kd+dGT70ANw3pS4PvS5PvRk5xzQAYbPSjDehoyfegFvegAwfQ0YPoaOfQ0vPoaAEw3pRg+lK CfQ0ZNACYPpQFPoad83vSfN7/lQABD6GjZ7Gjn3/ACpecd/yoAAnsaNnsaT5vf8AKj5vf8qAF2e1 LsPpTcN7/lS/Nnv+VAC7PajaPSk+b/Io+b3/ACoAXaPSjaO/8qTn3/Kj5vf8qAHbB7/lRsFN59/y owff8qAHbB3H6UbR/kUmD7/lRg0AO2juD+VG0en6U3De9GGz3oAdj6fnR07CjaM9qTaPQUAOx9KP yppQelGwHsKAFx7CkOfajywewpPLH92gBfyo59vzpNi4+7QUH90UAH5Uc+1GwZ+7RsHp+lACZPtR k+1GwelJt/2aAFyfakz7ClKe1Gz/AGRQAnPtScmnbBj7opNg9KBiY57Udu1LtH90UbR6CgBPyo/A Uu30FGPYUCG5OegpefajHPSjB9KAEH4UvPoKMe1J+FAxfyox9KTHtSY9qBC/lRx7UfhRx6UAH5Uu fYflScZooAM/7tGf92jNHHpQAmf92l/KjI9KM+1ABnjtR+AoyPSlzxQA3/gIo/AU7PtSZPtQAnPo KTHsKdmkoGJg56ClwfQUUuRmgQ3n0FH4Clz7UuaAE/AUc+goz9aX86AG8+gpfwFFFACY9hRg+lL+ P6UvegBv4UfgKd+NGPegBmfajPtT8e9GDQAzJ/u0Z9qfg0mD/wDXoAbn8KTPtT8H1owfWgBmaM+1 P2mjafWgBv4Ud+lLt96NpoGNoz7U7aaNp96BDc0uRRg+9Lg0AJuHpRkUu00YPpQAmaMj0pcH0NHO OhoGJkelGfaj8KOfSgQZHXFGRRz6Uc0AGR6UZHpRzR81ABkUZ9qOfQ/nRz6GgYZ9qMn0o59KXn0o EJ+FH4UvPoaOfSgBvPpRjjoad+FJj2oATB9KXB9DR+FGPagAwfQ0YPoaMf7NGP8AZoAOfQ0c56Gj HtRj2oAMH0NG0+hox7UY9qADB9KNrY6GjH0ox9KAE2t6GjafQ0Y560u0etAxNp/umjafQ0u0etG0 UAJtOeho2n0p2B60m0etAhNpPY0YPoaXaPUUbR6igBMN6Gj5vQ0u0eoo2j1FACYPoaMHPQ0u0eoo 2j1FABtPvSbT6Uu0eoo2j+8KAE20u2jaPUUbR/eFABgijB9KNoz1FJge1AxcGjB9KMD1FGPcUAGD R83cUYPqKMe4oEJz6UvPpRj3ox7igAP0o59KMe4pMe4oAXPsKM+1Jt9xRt96AFz7Uu72pNo9aNoo AM57UZ9qMUY+lABn2oz7UYHtRtoAMn0ozx0o28dqTZ9KAF59KPwo2j2o2j0oAOfSjn0o2j2owPag YmT6UuW9KTA9qOKBB83pRk0YFGB7UAGT6Uc/3TRxS0AJz6Uc56UvHpScf5NABj2NLj2NHFHHpQAc +lN59DTuPQUfL6CgY3mjnHQ07K+goyvoKBDcfWlx7GncegoyPSgBuPY0c+lOyvpRlfQUANwc0uPa l4pcr7UANweuKMH0p2V9qMj0FADcH0owf7tOyKMj2oAbg+lG1uwp2R6Ubh6CgBuG9KMNnpTtw9KM j0FADdrf3aNp9KduX0o49BQAm09lo2H0pePQUcelAxNp9KMN6U7K+wpMigQmD6UcjtTuPajI9qAG 8+go+bHQUvHtSnHtQA3n0FHzegp3HqKTH0oAbhvQUYPoKfj6UY9xQAzB9KMHPSnYHrRgeooAbg+g owfSn8eopMe4oAbg56Clwc9KWkoAMH0owaPwox7UAH4UUuBnpRgelACcelGBjpS49qNv0oATA7Uv FG0e1G2gA+Wjijb7UbfagA4o4ox7UYx2FABxRx/kUY9hRtHpQAcUoxRgelJgelAC8ccUfL6H8qMf 7NGP9kUALx6UfL6H8qTHP3aX/gPNAB8uOho49DRxnpQMelAC8e/5UcelJx6UcelAC8e/5Ufh+lJx /dowP7ooAOPej86Mf7Iox7UAH5/lRge9LjPajAoATA9T+VHHv+VLiigBOPejj1NLxRQAn4mjK+pp cClxQAmR6mjj1NLgUfL/AJFACfiaM89/yp2F/wAijA/yKAG5oyMd6fhf8ijgdv0FADMj6UZ56mn8 en6UnH+QKAG596M+5p+R/kCkyv8AkUAJnjr0pM/7Rp4K/wCRRlev9KAG/iaKdx6fpRx6D8qAG596 UGl/D9KOKAEyPU/hS5HrR/npS8Af/WoATIPejI9f0o49/wAqXjHegBOM0uRS8Y70f56UAJsNG1va lyP7v60Z5+7+tACbGpCh9qduA/h/WkLD0/WgA2Gk2Hsf1pdw9B+dGfYfnQAm0jv+tGG96N3PT9aM +360AJh/eja3WlyPQ/nSFvY/nQAmGxS7Wx/9ejPt+tJn2/WgA2t7/nRtbHf86M8dD+dG72NABhvf 86Pm9T+dGfrRn2oATn3/ADpcEdj+dFFACfN6H86PwP50ufakwKADv3oo4owKACkpcD3pOKAFPTvS UcUuKAEzzR37/lS4pMCgAoowPej86ADv0o+lFH4GgA/A0n4Uv50n4GgYY46UY4pce1GKBBijFHHp RxQAm2jFLxRxQMTaMdKNoo49KXjHSgQmB6UbR6frRx6GjjvmgA2ijaKOPQ0fgaADb70m33pfwNHT tQAm33/Wgr7/AK07t0NJx6GkAm09c/rRtPXP60v4Gk/CmAmD/k0uD/k0Y9jRx6UAJtPr+tG0+v60 vHoaOPQ0AJtPr+tGD6/rS5Hp+tHy+n60AJgg9f1owfX9aXA9KOKAEwfX9aMH1/Wl+WjI9KAEwf8A Jo5/yaXIo4oATn/Jo5x/9elwKMCgY3n/ACaXn1/WlxSY9qBCc+p/Og7v8ml96PwoAT5uxpPm/wAm ndun60n4frQAfNR81GeOn60f560AHzf5NGD6frR0/wD10fh+tABhv8mjBo7/AP16Pw/WgBcH1pMG jHt+tH4UAGDS4b3pPwFH4UALhqMNTefSl5xQAYb1owfWkOf8ml5oAMGlwaSjBoAXnFJhulGD6frS AH0oAXB9aMHPWk57/wA6OfQfnQMXDf3qOfWkyfQfnRn2/WgQuD60YPrRn1H60A+360AHPrRj3/Wi j8KADFGB60fhR+FABj/OaMf5zR+FGPagA2+9GPejr2o/CkAYHrRj3/Wj8KPwpgGPejFJ17UY46UD FwOhNGB/k0Y/zmk2/wCc0CDAx1pMD2pdtGKADFFG00YoGL170fjTcUc/5NAh2KMe9JR+dABjjrRt HrSfnRQA7aPWjH0puPelx70DF20bfcUnFFAC4+lGD7UUlAhcH1FGD60mfrRQAu3mjHvSc5oP1oAX HfNGPeko596AFwaMf5xSUdutAC49jR270Z+tGfrQAY+tJj60Z+tLuHvQAY+vFGDnvRkZ6Gjt/wDX oGFH1zRRQIMexowPQ0vPvR+dACcDtRx/dpcfX86MfX86Bhx/dowPQ0EH3/OjHsaBBgf3TRxjoaMe xox7GgA49DRx6GjB9DRg+lAw49DSYB/hNOwfQ0gB9DQIMD0NJx6H86dg0YPpQA3j0NHGfu/rTsH0 NGD6GgBOPQ0cehpcH0NJg+hoAOPQ0YHvS4PoaTn0NABgdMGjHt+tHPoaXDehoAMe1Jx6H86XB9DQ VPvQAcelJx/k0u0+howc9DQAmB6UYHpSkH0NGDjoaADA96Me1Jg+howfQ0ALik2/5zRz6Gjn0NAB j/OaPx/Wj5vQ0fN6GgYfhRn2o+b0pcN6UAJn2/Wl59KT5s9DS4PoaBAPpSUuD6Gk59KAFzijOTSc +lGD6UALmjP1pMe1L+FAB+dH4Glx9KPwoAT8DR+FLg+n60Y9hQAn4frR0PT9adj/ADmjb7frQAn4 UUuPajB/uj86AE7dDRx70vPpRg+n60AJ+dLzRg+g/OjB9P1oAOf8mkx/nNO2+360bfb9aAG8j1/O l59/zpdpHb9aNvt+tACY9j+dH4H86Nnt+tLs9R+tACf8BP50fhS7Pb9aXafT9aAG4+v50bfrTsHq B+tGDjoPzoAbg57/AJ0c+hp2D6frQR7frQA3B9/zox9fzp4B9P1ox7c/WgBuP85o/CnbT6frRt/z mgBv+etKMd/50u0/5NJtPp+tAB/nrRkYx/Wl2n0/WjafSgBMj3/OjI9/zpwB9KTafSgBOPQ/nS8e h/Olw3XFG1vSgBOPT9aPl9P1pSjf3aNjf3aAE+X0P50fJ6frS7D/AHaXb7UAICnp+tGU9KXb/s0b D/doGGU9KMp6Umw5yFpdp/u0CF+UUfLTQh/u0u0/3aAHfL6ij5abg+lGCR0oAdle9HyU3b7frRt/ zmgB3yfhSjb6U3Ycf/Xo2GgB3y+go+X0FNCE+lGznoKAH+WvbNJ5Q9TRjPccUY9xQAeWuOpo8sep ox9KMH2oAPLHYmk8se9Lt+lJtNACeWPel8sehowf8/8A66McdKADYD2NJsHoaMf5/wAmjB9aAAxj tmjyx05pMe/6/wD16MH1oAXZ9aNn1/Kkwf71GD6k/jQAuw/5FG057/lRz/e/WkP1P50ALt/zijaP T9KQk+ppMn1NADtv+cUFfYflTcnHU0mT6mgB2z2H5UbeRx+lJz6mk+b1P50AO2e36Um3joPyoy2P v/rSfN/eoAXb/nFGPp+VJlv71GWx1/WgAx9Pyowfb8hRlvU/nRlvU0DDB9B+VLj6flSZb1NJl/Wg QpHbA/KkwfT9KPm9aMt60AGOOg/KjB9vyoy2epo3H1oAMEAcD8qMH0H5UZOepoJb+8fyoAMHuP0o x/nFJk+ufwoy2etAC4owfaky1G40ALj6UY+lJuOKMmgBcdelGPYUm40Zb/IoAXb9KNv0oy1JlqAF 2/Sjac9qTLelGT7UAG2jB9qM/SjJ9qADBz2ox6GjNGfagAx9KMUnPpS5NABikxRzmjn/ACKAFxSY GKXtSUAG0elG0elGaOaAFxRjHrSZ4oyf8igBdtGKTJpMmgBcGjFJk9qMnNAxccUY9jTeaXmgQuPa jH+z+tNyaMmgB20/3aTB9KTJz1oz70AKQfSjn0pM570nPrQAvPpR+FJ+NGDQA7v0pP8AgP6UnOeh ooAd+FJ17Ume3P50ZPrQAuD6UY/2aM0maAFwfSjB9KM0Z9/1oAOaOaM/5zRn3oAOaOfSjJ9aOfWg AwfSjBx0oyff86Mn/JoAMH0H5UYPoPyo59aOfX9aAE/AflS8+g/KjJ9f1o59RQMT8B+VHPoPypcm jJoEHPpj8KT8B+VLz6frRz/k0AJn6flR+H6UvPpR+H60AJ36fpR+H6UvPpRn6UAHvj9KTHt+lLn6 UufcUANx7UY4pcj1FGfcUAJijFL+VHPtQAn4UvPp+lHftRQAn4Ufh+lLRmgBuB6UY9qdz6UmfagB Pwo6f/qpfwpOPegYf56Uc/5FHFLxQITn/Io5xzS8Z6UfhQAn4/pRml4z0/SjA9P0oGJ3NFLx6Gji gQn40Upo/GgBKKKKACl/GjIo4oATn1pfxoOKM0DD8RR+X5UZPpRn2oEHft+VL+VJn2ooAPyoxz2o /Gjj16UAGB7UmPp+VL3pcDrmgBuPp+VLj1xS/jRgY60AJj3owPUUuBRj2/WgBMe9GB60flRQAYHr S4FGKMGgBMCjA9KXBoxx2oATaPejAzS4PtRj6UAJge9GBS4NGDQAm0Uu2jBowfSgBMfWjb9aXB9K Nrf3aAE2/WjH1o2t6UoDelACYo5z3pcHPSjaf8igBPz/ADo5z3pdpo2n0oAB+NHPvRhvSjDelAC5 PqfzoyfU/nRgjt+lGDjGP0oAPxP50Z96MMe36UYPpQAZOP8A69Gfb9aXBz0/Sjn0P5UAJk+/50uT 70c+/wCVLg+hoATcaMnuaXHsfyox7GgBN3vRuPrS7eehpcfWgYmfejJ9aXHcZpMf71AhMmlz7ijH 1pceuaAE3e9G70xRj60u360AG71Io3D1FG0epowPegA3e4o3fSjA96MD3oAM+9GaMA9zRge9ABmj P0owPU0YHvQAZHrRkUYHrRgetABkdqM/SjC+tGFz1oAWik2r70YX1/WgBaT8f1owM9f1o2j/ACaA FP8Anmjj/JpNopdooATj0/Wl47D9aMCjAoAOKMfX86MDtRtFAAQO386MD/Jowpo2igA2/wCc0Y/z ml2ijatACY47/nS7frRgdqCBQAYx3P50bfc/nRj3o2mgAx/nNGP85o2Gjb60DDH1/Olx/nNGyjbQ IMGjGe1LijrQAm2lx7UHP5Uc9qADH+c0f560c5o+bpQAc+9H50fNnpR83pQAZPvRk+lLyKMt6UAH /AaP+AmjLelG4+9ABu/2aXOe1JlqAW70ALk+lGT6Gjn0oy3pQAZP92jLZ6UuW9KXLelACZb0o3Gl yc9KTJPagBdx6UmW/u9fel+b+6aOc9DQAnHtR8o9KXgnoaPoKADK+1BIz2oyOuKTI6/1oADt9BSf L7UZwP8A69Gf096ADK0ZX0o4I6/rR+P60AGVoytJgdz+tAA9f1oAXKn0o+TNN49f1o49f1oAXCmj 5QaTH+c0Hp979aAD5KX5OtJgf3h+dGB6j86AF+XFHyf5FJjn7w/Ojb7j86AD5fWj5fWgr6MKTZ/t frQAYX1pPl96Xb/tD86No9R+dACZFGVp230NGPf9aAGjHvS5GOlGPcfnRx3P60AJn2opeMdf1ox/ nNACZHtRn6UYHr+tGB6/rQAHv0pM+mKXAx/9ejA/yaADmkpcDOKMeoH50AJjjtSflS8en60YFACU uPpSYox70AGPpRjntRj3o2980AJj6UYPtQVOOtGPegYFTjtRtI9KMUbTQINpz1FG0+350bT+NGO9 AxNp9vzox7ClwfzpMUCDH0o259PzowaKBgF9h+dG36UYPrSY460CF2/5zRt9xSbfejbQAuP85owB 9aTbj/8AVRg+1AC4owPWjB9aNvbNABgUnGOtLg+tJg+tABx60YpcH1owfWgBMcdaMUu0+tG0+tAC c0YNLg+tGD60AN70U7BooAbRk+lLS0AN70U7Bz1o59aAG8j0pM+tP/GjFADMntS8+1O20YxQA3nr S5NLgUbR60ANyfajJp20UbRQA3JoznsKdtWjb7j86AGnP+RRz7U7b/tUbfegY3n2oyfanbfcUm33 FAhOfY0nPtTto9RRge1ACc47Uc+1GB7UYHtQAmT7UueO1J+VLQAfiPzoz7j86PwpKAF/EfnR+X50 mKKAF/EUtNxRj3FADsdOaMU3HvRzQA7A/wAmjaP8mm80c+tADv8APWjA9abk+v60c+tADuPWkwPW jJ/vUc460AG0eopdvvSZbHWjLetAC7f85oxSbm9aMmgBcUUmT70bj7/nQAv40cdjSZPv+dG446mg BcD1pPxo3H1P50ZbPU/nQAfjSfjS5PqaMn1NAw/Kjj2pdzep/OkyfU/nQIMfSjn2o3H+9+tGeev6 0AGP0oxRk+p/Ol3e/wCtACflSflS7j6n86Nx9T+dACc0ufpShvc/nRn3/WgBvPtR/wB80u73P50Z 9z+dACc+1Jz6Cnbuep/OjPufzoATn0FLn2FGfc/nR37/AJ0AJk+gozz0FLn3P50Z9z+dACZ9qXP0 oz7n86CT6mgAz9KOfQUZ9zRn3NABz6CjJx0FH4mj8TQAZPoPypefQUn4mgdOpoAXmjn0pM896Onr QA7B9KOfSm/iaOvrQA75vSk5/u/pSfnR270AO+b0o+b0pvPqaOe9ADvmo5NJn3NGfrQA7B9KTB9K T8T+dH4mgB2D+VHPoab+dL+JoAXmjn0pMe5pMH3/ADoAcc+lJzSd+po/E0AOw2aPmpv4k0c+poAd z6UmD6Uf8CP50f8AAjQAuGowaTn1o59aAFwaTaaCD6mjafU0AGDRg+lGPf8AWjBx96gAwcUc+lGO PvUYPqaADn3o596Np/vUbT/eoAOfejn3owfWjDetAB+dH50c+p/Ol59aAEpaOR3oyf71AB1o5pct 60mW9aAEo/Ol3N/epdzetADcUcU7cwFG5vWgBv4UoFOyfWjLetADcUfnS7jmjcaAEo5xS5PWlyf8 igBvPoaMexpdx9P0o3GgAx7UY9qXefT9KN5zigBuD6UYz2p28/5FG7/OKAG88cUuDjpTtx9P0pN3 tQAnPp+lLg+lLu9qN3+cUAJt9qMHHQ0u4/5FG6gBPzoxS556D8qM+w/KgBMe1Jjjoadn6flRk+35 UAN2+xpdv1pcnHQflRuPt+VABt9jRtNHPTijPsKADac9TS7T70mT7UZ/3aAFwfTrSYPvRn6Uu7nP FABg46GjaT2NLn6UZPtQAbDjgGgqfQ0c+1GW9RQAbSKCp9DS846ijB9RQAYPoaMN70YOetGD6igB QD70u0+9IM9M0c+tABtPvRg+9GDRg+tABg+v60YPrRgnnNLg0AJhvXNJznrT8HHUUYOKAGbW9aXa 2KdgijnHagBu1+wow3pTsEdhR+VADcNSkN9KX8qMewoATcPejcvvSgjHQZ+lLkeg/KgBu4eh/OgM uPumn59hSZ9AKAGbh6UFl9Kfn/ZFGT2AoAZuHXFGV9KcT7Ckz/sigBNy+lG5aXJ9BRn/AGRQAmV9 KTcOy0oPsKM+woATI/u9aMj+5Ts8/dH50Z77RQAmR/d/WkyP7lOz7flRu77aAG/8A/WjPbb+tLv7 baQn/ZoATPH3BRx/dpdwz0pMj0/GgAyB/DRuH92jcPSjcvpQAbvajOf4aMr6UfLngUAG7j7v60Z4 6UcHtScdMUABI9BRkdlpOOwNGfTNAC5H939aMjPSjPcUmT6UAG7np+tG4elJxRx6UALuGcbTS7h/ dpuaTNADwwz0/Wgt6D9aZ+VHbpQA/I6Yo3DP3T+dMz7ClzQA7I/un86Mj0NNyM0flQA7cO4NJuHv TfxFB/CgB24e9JvHWj8qMfSgA3KfWjcuepo/Kj8qADK56mjcnqaPpijB9qADcvqaNy+9GD7Uc+oo AMp6mkyvqaX5unFHPqPzoATK+poyuOppefb86OncfnQAm4dfm/Kjcv8AtUvPY/rS/iPzoAblcdTR lfel/H9aO/UfnQA3Ix3oyO2af26/rQPqPzoAZx6mjj1NP/H9aPxP50AM49TSfL7/AJVJ+P60fifz oAj+X1NGR71Jgev60cf5NAEeR6mjI9TT/wAf1o49/wA6AGZHqaMjPen54/8Ar0ce/wCdADOD60ce 9P49/wA6Tj3/ADoAbx70ZHvTunc/nSgj/JoAZke9GR707Iz1/WjI/wAmgBuR70ZHvTsjP/16Mj/J oGMyPelzz0pcr/k0ZX/JoEN4oyPSnbh/kijcP8mgBvy//Xo+XFO3CjcKAGZGelLkelOyKMigBuRz x+lJkU7Io3LQA3I7/wAqNw/yKduX0FG4egoAbkdf6UZ4/wDrU7cPSl3D0oAbn60mfr+VOyPSjI9K AG8epo49/wAqdkelGfpQA335o+ufyp2RRuHtQAz8/wAqXPufyp2fp+dG4eg/OgBufc/lS/n+VLkf 5NGfpQA3j1P5Ucep/KlycUUAJ+J/Kjv1P5U7migBv40fiad9aPxoAbx70YHvTs+/60mfegBOPegD 60ufejPufzoAPxNH40Z9/wBaPx/WgA47k0fL70f560DH+TQAfL70fL70v4/rRn3/AFoAbhfelwvc t+VLx60cf3qAEwvvRhff8qX/AIF+tH40AJhP9r8qXCHjmlycdaOfUfnQA3CdeaPk96dn3/Wj8f1o Ab8nvR8ue/5U7/gX60ZPr+tADcL70nHvT+fWj8f1oGM4z3peKdmjP0/OgQ3j0o4z0p+73oz70AN4 zRkdv5U7IpMj1oATIzmkz3p2VpcrQA3PHWkz/nFP4pOPagBPx/SjP+cUtKDQA3P1/Kjn/IpxNGfe gBuef/rUmT/kU/8AGk/GgBM/5xRuP+RS/jRn3oAbuJ9Pypdx6cUuaTvQAbj7Ubj7UtGRQAmT7UZP qKX/AD0ooATJ9RRk+1H+elFABu/zijd/nFH+elJ/npQA7P0o3UlBoAXd7/pSbqMCjt2oAMn3pc/W koP4UAFLRz7UD8KADNGfajn2pcn2oATNGaXn1FJ+IoAMikyKXPuKKADIx/8AXo4NHNLzQAf560mf 85peaOfSgBB9D+dJn2p2aKAE/P8AOjPsaWjigBM+1GfY0uRScUAG72/Wlznt+tJx70uR6UDD8P1o 59P1o49KOPSgQc/5NHPpRxRxnvQAc0UZHvSZ9BQAuf8AOaM80UfhQAbv1pd1J+FGKAF30bqTHtR+ FAC7vejPvSfUUv4UALn2FGRik/Cjj0oAdnjpSbuelJkelHHoKAF3D0FLuA7U3I9qOOOlADsg9qNy +nNJ+VH4UALvHoKN4/u0d+lH4CgA3+1G4en6UuB6CjHsKADco/8A1Ub1/wAij8BRzjtQAbl6f0o3 j0/Sl6+lGOOooATcCeB+lG79falGfUfnRz7UAJv9v0pd/wDnFLzRzjtQAmfb9KMnr/Sl5/yaOfSg BOfT9KXn0/SjP1/Oj8/zoAOfQn8KOfT9KTn1P50vPqfzoAOfQ0c+hpfxo/H9aAE+b0NLhvejI9f1 oJ96AD5vxpRuz0pufc0ufc0ALh+lHzDOaTOepNHbqfzoAX5vWlw3qaaPx/Ol/E/nQAuGx1pcN6/p Tc8dTikz70APw3r/ADpMHtj9aTPbJoJ9SaAHfN6D9aOf85puR6n86Mg9zQA/I/vH8qMqT979KOc/ dFJ7bRQApK/3j+VJ8vqfyozxyoo5/uigA+X+9+lB2+v6UZP90UZOegoAOMdf0oyOmf0ozwOP0oP0 /SgBOPX9KQkf3v0pec9BR0/goAaSM9f0pMgjr+lP/wCA0Z/2aAGZH+RSZGf/AK1P3dtlH/AD+VAD Pxox/tU/I/u/pRkeh/KgBnGOtGF9f0p2R6fpSEjH3T+VACYH96l/4F9KCRjp+lGR2zn6UAJ2+9Rz j7340cd/5Uvy9KAE7daOfWj5ev8ASlyv+RQAmDijBFLlf8ijI9T+VADdp6ZNGD60ZX/Ipcj3/KgB OfXNGD/kU7I9f0oBGOtADcHPakx7U7I9aXK+tADMH+7+lH/AadkHvRlfWgBmMdv0pcE//qpcrz81 HH96gBuD6UYPp+lOyOPm4oyP736UANx/s/pS4Oen6UuQP4qM/wC1+lADcH/Io2n/ACKX/gVLk/3/ ANKAG4P+RRg+n6Uv/AqP+BGgBPw/Sj/PSl49TQP940AJj2/SjH+z+lL75oz7mgBuD6f+O0d+n6U4 /wC8aTP+0aAE5x0/8dpMc9v++adx6mjI9TQA38v++aP8/dp3HqaMj1NADfw/Sjn2/wC+adke9GR7 0AM59vyo/AflT8/WjP1oAb+Az9KOfb8qXP1/KjPuaAEGf8ijn6/hS847/lSc+/5UAGf84o7dBS8+ 9Jk+4oAM89BR+VGTik5oAX/vmj8FoyaOaBi9ui0nXstFLQIT/gK0d+i0ZoyaAD8Fo47BaOfajmgA /BaPbC0c/wCRS5P+RQAn4LR+C0cn/wDVRzj/AOtQAnHotLx6LRz6/pRz60AHHoKXj0FJg56ijB9a ADjHRaOPQUcjuKMH1FABx6CjjPQUEH+9Rj/aoAOPajA9qMc/eox70AGF9qTC+1L/AMCo/H9aAEwv tRgegpfxox70AJhc9qML7UuB6mlwPU0ANwue1G0U7A9TSYHqaAEwPajC57UvHcmjA96AG8eg/Kl4 9qXj3/OjA9T+dACYHoKT8Kdgep/Ojj3/ADoAbj2oApxx6n86OP8AJoGJj60Y9qMgev50uR6/rQIa AfT9KDmlz7/rS5/zmgBvNGP84p2f85o/P86AGYPtS4PtS/n+dLx7/nQA3B9BQAfQU7jH/wBek49f 1oATn2o/Kl49vzo/H9aAE59BRzntxS8e350UAJz6Uc56Cl/z1oOKAEwc9BRhvQU6jPFADcH2o7dq XOKN3tQAn5Uv5UfhS5PpQA2inc5xikyfQ0AJijH0/OlyfejJ9KAEx9KTbz2p/PpRz70AMx9KXH0p cn0pefSgBuB7UYB9Kdz6fpSc+n6UAJtHtRtHTil59KWgBNo9qTavt+dLS59qAE2j2/WjA9qCeen6 Uue+D+VACbV/2aNq+1Ln2NH4GgBNq+35UbR6D9aXP1oz9aAE2r7UbR/s0tFABtH+z+tGBnt+tGT6 UZ9qADAx2o2+go/Cj8D+dACbR6Um0e1O/OjjPFACbR7UbR14pfeigBNq9yKMD2peKXigBvHtRx7U 7AowO9ADcj2o49qdx6UHFADcD2pcCjil4oAace1Lx7UvHoaOPegBOPajj2/Kjj0NGRnoaAE49vyp ePb8qAV/umj5f7p/OgBOKMCnfL6UZX+6fzoATA/yKOP8ilyPQ0mR/dNABx/kUcfX8KPl9DQcehoA MD6fhRhaPl9DRx70AHy+oo49RR8p7Gjj0NABkY60vGO1Jx6UfL3FAC/lRwOwpPl9KXj0oAXr6Ug/ Cj5fT9aMj0z+NAC457UYGe1Jken60vGOlABx6CjA9BRn0H60Z56frQAfhR+FHHp+tHHp+tAC/hR+ FHBHT9aOD2/WgBPwox6Uv5fnS8+350AN59DRg+lO59F/Ojn2/OgBvPoaOadz7fnRz7fnQA3ml5pe e+PzpefagBnPpR0//VT8H2/Ojn2/OgBnb6e1Lmn4+n50YPt+dADM896PzqTn2/OjB9vzoAjP40fi akwaXFAEXTuaXr3NSY9RRj2oAj/E/lR7Z/Sn7f8AOaXaPSgCPI/yKM89f0qTaPSkKjigBmR60Zz/ ABVJt/zxSbV/yaAGD60cepxUm0f5NG0c80AMwPWjv1p+0daNo68UAM4Hel49RTtoP1pdo9RQAz8q Mcdqds560u0etADOc9qd36Cl2ijaPagBBn2owfSl4x1HvQceooAOe2Pzp2G9qbgetBUY5NAC4b0F Lg+i0m0YxmjbjvQAuDkcLRhvRabt96MUAL8391aX5v7i0mPej6kUAOw2PurRtP8AdXNJ+IpefUUA Lx6mjj3pMt/eNG5+TuNAC7R70hHuaMt/eNBz/fagAx/vUbf96m4PPzNS8/32/KgA2nsTRg+hpOcf fb8qXB7u3HtQAbW9Dik2t6HijBz/AKw/lRz/AHz+VABtOeh/KjB64NHP9/8ASgZ/56fpQAAHPQ0m 0/3T+VLg9N/6UY/6adPagBNv+yfypdp/un8qT/gZ/Kjkf8tDj6UALtOfumgqT/CfypP+BmlwO7n8 qADb/sn8qNv+yaMDH3z+VGB/eP5UAG3n7tJt/wBn9KXHGdxpMf7ZFABtH92jaM/d/SkwP75ox/tm gBdo/u/pSbR/d/Sgj/aNG3P8RoANv+z+lG32o2/7TUbf9pqADZ7UbPajH+0aMe5oANvtSbf9n9KX 8TQev3qAE2Z//VSbcdB9ad26/TijHvQA3afSjaeuKMf7VGOetABsPpSBOvFLg+vWjn1oATZjrRt4 70tGPrQAm2k20pUe9GBQAm33o28fzo20YNABto20Y4owcUAG0cjNG0UmDnpRg4/+tQAu0e9GB7/n Sc9qP89KAFCj3/OjHuaTFH4fpQAY+tG33NFH60AHbvRge9HH+RScUDFxRjH+NGPUUmBQIXHrSYPS jA96No96AFxQKTC+9HHvQAoApcDNJx6Gjj3oAXFGKTj3o+X3oAXFGPak496X5c9TQAfXFHSj5aTj 1NAC8UnHtRgep/Oj5ff86AD6Ud+1GAPX86X5fQ/nQAlJTvlx3o+X0P50AN/yKOadx70cUAN59D+V HPpS4FLtHvQA3HtRg+lLhfekwvoaADafT9KTB9KXavoaNq+9ABz6fpRlvSjYnvSbV6ZNABznoaOf Q0bV9T+VG0D+9QAu0+howaTaP9ql2r70AJg0YNLsGeppNo9TQAhz6UfhS7B70m0ejUAH+elHNGxf Q0bRjGDQAY9qMH0o2jPejb7GgAwfSjn0o2+xo2/WgA5z0/Sjt0o24/vflQVHv+VAB26CjB9BRt9c /lRsPvQAbfpSYPtS7fTNG360AJj2FGKXb9RRj60AH4CjnNLj60FeKAG0vft+dLt5oANADfxop+DR +VADaTtT8c9qTHHagBPxFGRTvy/Kk/L8qAG5pcjApe/GKX/PSgBuTmjPFO/EflR+P6UANyaXJzin fiKPxoAZmlyaX8R+VHbqPyoASjJz3pfxH5Uf8CH5UAN/Oj86d07/AKUY9/0oAb+dGfrTse/6UY9/ 0oATOfWjPHel6dx+VH40AJkZ70fiaXj1oyPWgBvHvRwO9O49aPxoAbke9LkUufejPHX9aAEyP8ij I+tL1/yKOKAG5FAI6c06igBuRRkZp340fjQA3Ipcil/Gj8T+dACfLmjK+tHPTNJg0ALlaTI9aMHr Rz9KADik4pcUvegBOKABS9+/50vWgBuaUf71HNLmgBPxpMe9LnmjPFACY460UuRRmgBuOOtGKfxS ce1ACUYPrS4/zilxx1oAbg0c5pcClx9KAG8+9GDjOKd26/pRx6/pQA3HtS7eelOz/nFGfcflQA0L S7OaX8R+VGOeo/KgBNvpRsNLgeo/Kjj/ACKAE2n0pNp9KUAf5FLx6/pQAm32o2+1Lx60uRnqKAG4 +tG32p2R60cetACbfak2g9qd+Io49f0oATaMdKNoPODSjH94flS/8CoAbtHpRge9Ozz98Uf8CH5U ANwPQ0uB6UuT/eH6UZP98UAGBjikwKXP+0KMn+8P0oAPl9KCBRk9mFLlv7w/KgBMLRxSgt/eWjLf 3hQA3AzRx2Jp2W/vCkw394UAJxxRke9Lhv71HOOGoATPbP6UZ9zS/N2NLk4oAbnPc0Z+tLlvUUZb 1FACZpc0uW9RR8394UAJS96Pm/vUfN/eFABSZ4pefX9KMN/e/SgA74xSU7n1o+b1FADfz/Kl5Pr+ VKN3qKMH1FACDp0peaUA460gU+tAC80Y7Yo2980bTQAd+lGPb9KNp980YPqaADb7UY+tAX3NKFx3 NACbT6Uu32pAvPVjTsc9TQAbT2FJt9RTsD1NJgepoANp9KNpPal49T+VH/Aj+VACbD3Ao2n0p2P9 o/lRgHufyoAQKc9BRs9hS7R3P6Uu0Y70AN8s98YpdhBowMdTTsD1oAZsOaNp9KdtHXP6Uu33/SgB m1vSl2N6frTto/yKOPWgBAhzz/Ol2n2oAA//AFUYHc/pQApYY/i/Kk3D1b/vmiigA3D1P4ikyPU/ lRRQAfQn8qM+5P4UUUAGePvN+VG73P5UUUAJwR1P5UZGep/KiigAz/tH/vmk79T+VFFACkgc5P8A 3zSZGep/KiigA4yfmP5UnHqfyoooAXj1P5UmR2LflRRQAZHqaMgjjNFFACfKB1P5Uvyj1oopAHy8 c0ny570UUwDI96Mr70UUAJuXrijIx0NFFABlfejjjiiigAyP7po4P8J4oooAMjuDRuX0OKKKADcv oaNy+lFFABuGOho3L6UUUAG4elJuHpRRQAu9fSjcPSiigBAy+lBYUUUAG5cZpNw6UUUDF3DPekyp HeiigQZXPejj3oooAMj0NIWHoaKKADI9DSZHvRRQAZGO9HFFFABx9PxoyKKKADIx1NGRxyaKKADI 68/lRx7/AJUUUAJx70cY70UUAKAvvSbV9WoooAXC+9JtX3oooGGFx1NGBnvRRQIML/tUnH+1RRQA cejUvy+hoooAOPSj8KKKAE70cUUUDDI6UZGMUUUALlfejI96KKBBlaTcPSiigAyPSjK/rRRQAuRR xRRQMQ4o+WiigQZWj5cdP1oooGGR6frRken60UUCEyPT9aNwHb9aKKADePQ/nRvX+6fzoooGG4Z+ 7+tG7/Z/WiigQZH939aMrRRQAZX+6fzo3L6H86KKAF3D+6fzo3A9jRRSGJkf3TRn2NFFMQfgaO/Q 0UUAL36Gj/gJoooAP+Amkzn+EmiigA+qtScf3TRRQAv4Gj/gJoooAUA/3TQc/wB2iigA5/u0YPpi iigAAP8AdowfSiigAwRRtNFFIAx70YP+c0UUwDB/yKNrfj+NFFABhqNrEUUUAG1u5oCn1FFFABtP r/OjacYoooANv+cGjbRRQAbfpSbfeiigAx/nmlx/nmiigA/H+dFFFABj6UY+lFFABj3owPWiigA4 9f0o49aKKADjPXmjj/IoooAOPX9KMD1/SiigA49f0pce/wClFFABx6/pSYHr+lFFAxePX9KTHof0 oooELgetJ/npRRQAuPr+VHP+RRRQAc46/pRRRQAYPrS4OKKKAE2ntS7T7UUUAJsal2NjrRRQAm1v XFGw/wB6iigA2H1/Wl2GiikAbGz14+tGw56j86KKYBsbPb86XYaKKAE8s+n60eWfb86KKAF8s47f nSeWR/8AroooAXyz/k0eWf8AJoooGL5bY6UbD/doooEHln0x+NHl+360UUAGw+n60vl+1FFAB5Z9 KNp9KKKADafSjb9KKKADb70bfeiigBcc4zRt560UUALt9xRj3H5UUUAG3/aH5UY7ZH5UUUAGB6/p RtHr+lFFABtH94flRtGOD+lFFABj/a/SjHcH9KKKAD/PSjp/+qiigBfxH5UhHr/KiigAx15FLj1b 9KKKADHH3h+VH/AqKKAF/Gk9PmoooAMZ43UuBjrRRQAADOAaMZ70UUAGKXHtRRQAY47UbfUUUUAG PalAxRRQAY9v1oA9jRRQAv4Gj8KKKAF4zwDSn1INFFMBPwpcDPTtRRSBhhf8mjaMdP1oooA//9kN CmVuZHN0cmVhbQ0KZW5kb2JqDQo5IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFn ZS9XaWR0aCA1L0hlaWdodCAxOTAvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVu dCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDEwIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVu Z3RoIDQ1NT4+DQpzdHJlYW0NCnic7ZbZLgNxFIdvEc8ikdiXltqppkpLK8ig9kSsDRqijSVEqSVq K0I0lvSeF2hCqpnS0pp2Zsh4Dic5JuF4BJP88+X/XZ3L38f4U26kvrOPjqtP68Bdet9t6rXUeyq2 XUlW+MO7lLq9YitQ1i6vaAGi+qSuI8Hik/VC6jwUzEDU8w9mj28BosIVD28Cfut7u4c3AlFP39t2 +SYg6onYupM0AFGPRct2sgGI6hXNmwk9EPVAbHYndEDUfcG0wWmBqHuC0cXVAVE9QuNavBYoq2Et Xg1E3eH1K7FKIOpWQrccqwCiujndwms5EHWdq3e+lAFRXW9aR1QDRIUr85FSIOpqvHY2UrIq63Ks xv6kBqIuvVTPhFVA1MVo1RRbDER1RitsbCEQ1REtn2ALgKhzz5rRUN58pAzV/qweDubMRUpRbeGi wYes6ScV6jib33OfORkuQh15zGUCGaOPefBn/Cljoez2QMZQMLv/Lk1RRRVVVFFF/5WSWfw7mmRS yeCSOSZjTaacDD3JABIJJCFIYJD8IHFC0oWEDckeEkUkmUhQkdwiMUZSjYQcyTwSgSQRSUCSvCTx SdKUhCvJ2p/Ry/xO4i/fmRhUDQplbmRzdHJlYW0NCmVuZG9iag0KMTAgMCBvYmoNCjw8L1R5cGUv WE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDUvSGVpZ2h0IDE5MC9Db2xvclNwYWNlL0Rldmlj ZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNl L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjM+Pg0Kc3RyZWFtDQp4nPvwf0iBD6PEKEEDYugA sHMBvPirUg0KZW5kc3RyZWFtDQplbmRvYmoNCjExIDAgb2JqDQo8PC9UeXBlL0V4dEdTdGF0ZS9C TS9Ob3JtYWwvY2EgMC4yNTg4Mj4+DQplbmRvYmoNCjEyIDAgb2JqDQo8PC9UeXBlL0ZvbnQvU3Vi dHlwZS9UcnVlVHlwZS9OYW1lL0YxL0Jhc2VGb250L0FyaWFsLEJvbGQvRW5jb2RpbmcvV2luQW5z aUVuY29kaW5nL0ZvbnREZXNjcmlwdG9yIDEzIDAgUi9GaXJzdENoYXIgMzIvTGFzdENoYXIgMTIx L1dpZHRocyAxMDA0IDAgUj4+DQplbmRvYmoNCjEzIDAgb2JqDQo8PC9UeXBlL0ZvbnREZXNjcmlw dG9yL0ZvbnROYW1lL0FyaWFsLEJvbGQvRmxhZ3MgMzIvSXRhbGljQW5nbGUgMC9Bc2NlbnQgOTA1 L0Rlc2NlbnQgLTIxMC9DYXBIZWlnaHQgNzI4L0F2Z1dpZHRoIDQ3OS9NYXhXaWR0aCAyNjI4L0Zv bnRXZWlnaHQgNzAwL1hIZWlnaHQgMjUwL0xlYWRpbmcgMzMvU3RlbVYgNDcvRm9udEJCb3hbIC02 MjggLTIxMCAyMDAwIDcyOF0gPj4NCmVuZG9iag0KMTQgMCBvYmoNCjw8L1R5cGUvRXh0R1N0YXRl L0JNL05vcm1hbC9DQSAxPj4NCmVuZG9iag0KMTUgMCBvYmoNCjw8L1R5cGUvRm9udC9TdWJ0eXBl L1RydWVUeXBlL05hbWUvRjIvQmFzZUZvbnQvQXJpYWwvRW5jb2RpbmcvV2luQW5zaUVuY29kaW5n L0ZvbnREZXNjcmlwdG9yIDE2IDAgUi9GaXJzdENoYXIgMzIvTGFzdENoYXIgMTIyL1dpZHRocyAx MDA4IDAgUj4+DQplbmRvYmoNCjE2IDAgb2JqDQo8PC9UeXBlL0ZvbnREZXNjcmlwdG9yL0ZvbnRO YW1lL0FyaWFsL0ZsYWdzIDMyL0l0YWxpY0FuZ2xlIDAvQXNjZW50IDkwNS9EZXNjZW50IC0yMTAv Q2FwSGVpZ2h0IDcyOC9BdmdXaWR0aCA0NDEvTWF4V2lkdGggMjY2NS9Gb250V2VpZ2h0IDQwMC9Y SGVpZ2h0IDI1MC9MZWFkaW5nIDMzL1N0ZW1WIDQ0L0ZvbnRCQm94WyAtNjY1IC0yMTAgMjAwMCA3 MjhdID4+DQplbmRvYmoNCjE3IDAgb2JqDQo8PC9UeXBlL1BhZ2UvUGFyZW50IDIgMCBSL1Jlc291 cmNlczw8L0V4dEdTdGF0ZTw8L0dTNSA1IDAgUi9HUzExIDExIDAgUi9HUzE0IDE0IDAgUj4+L1hP YmplY3Q8PC9JbWFnZTcgNyAwIFIvSW1hZ2U4IDggMCBSL0ltYWdlOSA5IDAgUi9JbWFnZTIwIDIw IDAgUi9JbWFnZTIyIDIyIDAgUi9JbWFnZTMwIDMwIDAgUi9JbWFnZTMyIDMyIDAgUi9JbWFnZTQw IDQwIDAgUi9JbWFnZTQyIDQyIDAgUi9JbWFnZTUwIDUwIDAgUi9JbWFnZTU4IDU4IDAgUi9JbWFn ZTY2IDY2IDAgUi9JbWFnZTc0IDc0IDAgUi9JbWFnZTc2IDc2IDAgUj4+L1BhdHRlcm48PC9QMTkg MTkgMCBSL1AyOSAyOSAwIFIvUDM5IDM5IDAgUi9QNDkgNDkgMCBSL1A1NyA1NyAwIFIvUDY1IDY1 IDAgUi9QNzMgNzMgMCBSL1A4MyA4MyAwIFI+Pi9Gb250PDwvRjIgMTUgMCBSL0YxIDEyIDAgUj4+ L1Byb2NTZXRbL1BERi9UZXh0L0ltYWdlQi9JbWFnZUMvSW1hZ2VJXSA+Pi9NZWRpYUJveFsgMCAw IDcyMCA0MDVdIC9Db250ZW50cyAxOCAwIFIvR3JvdXA8PC9UeXBlL0dyb3VwL1MvVHJhbnNwYXJl bmN5L0NTL0RldmljZVJHQj4+L1RhYnMvUy9TdHJ1Y3RQYXJlbnRzIDE+Pg0KZW5kb2JqDQoxOCAw IG9iag0KPDwvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyNzg4Pj4NCnN0cmVhbQ0KeJztW+uP 2zYS/77A/g/8dLCLLsM3JaAokEfb28MF3WaDaw5FPzius+ucH6mtTZD//mZISiRlaeXIiytwm3xw NJREzsxvOC9qyZMr8t13T14+v3xB2Pffk2cvnpM/z88YYZTBv5JrLYkVjCimyW5xfvbrN2Rzfvbk p2tNbvZwcTWrqsVuQ+Z78uSKl2Q/38TXJdO8yF5/98352S/nZ+SHl8/Jk6e7avluNq/Is5fpqryQ nHcsanlJi4LAU3BD+csLRqUuS03ma2Dmcj27WRTkxZYMrcEMZ1J3LMIZNfUamuSCxDXKo9a4R3sg IKoPuJcWnjYCfjgTZHfT1p5nqEt/JMGOR+yUoEoKIuHFUhBgWRaoq0BLQyQrKFP+SlFVkjk8Y4jQ kjJJVp5QJVXwkntVKEMNCfN6Al6xDCa0gV4hraiu71tmqapnCYSf372JdFh8FWnHVpgmsBsWCdS8 LR28fItaRHUJrrRXFMhcK33lL71daaHdeunz/XfC67c1asYWKAyahuVUMU6koAK1A5RKjAPW89bx iMHgzIryPjDC5ljlL9xz6xAOixwiHFpRK4ANCTJa3C0JFiJikfsqEXxV1Pw6EB6QFKdczqjuKHhb UZkOEwU3Co8At9DJcEtAjepuQE4NIjETk6B727gMBjoin7zzUcH5GCOdi5PMkFc/gVvh5D35/9fI dYcDFUnwSw2yw30/ew1a/BFXpUwo8vodRA1nh5xo8OK4GjgIYOv1Gu/c4A8o97fJ9WKqJvO73YJU twuy2gK1uZn+Tl7/4/zsh9fdjl0+CF9C6D6mYEesyVRP9nfz+VROFvs92b5zDL5ZbIBDcrXbvl9A cFvA3fl2gF31IOwaVlLIJXo4vhjgQT8MD9xSIft42H/eV4v1ACMmMnLhOWECcpsQc4RgtoMlYw2G E8cENxhgpEQj5vBk9GsyiTH13AoTiPvnNpwKH8FgTgXbmFNuCNcFtSadvddrysZr0gK2qETP61w8 M7jNw8CqGeBGUh/GCo1ZzgGtXQzFgbKk0qQDoPkC5YZUz9EK/EV6H7jmXQPNEo7Hhrztz57sCIvh tDSZwQBAVMM2Y5IadWAwL3bLjwsyvdCT9Xa92FR30ws5gY13oSaw3d7gztsAVUxwu00vxGQxxycq Mtvg/3+QpSP3eMtvV6TfDlhg8RCCaVA8Ot1uwYZ2Y/kgLCDIZR8LH3ZbVMv7Bf7OK/zdkwG2OBvH V9Fy+BYcFZhxwdDW2oz99vfP4EE/LHYfl/vtbqrF5FtnAm+mdvL06hIJOXkJ2C93sxsHOoyYyc/X 8Bbc1Gry9K7arrcV2I5/+Nfl5g/8f/tpT67+RZxV7fa/DwmblgcadhVsKy4xFAPDClgveT0QNg0E 6rJsCInEvN5RklPDirjDBERbqGfCPEJQDfmpX8UT8CYHRen6JrzJjYg0Nwb/C/MEKqyC7/qBwMYq GXBMhqkC/2GhQM3b8n5ZweDcaGfB0HWnnaFyVI+zk9I6iSTlYCqY20RXq9Ji4Ss0/zNoCnQxiI2x tMBaTlInmIS8I0GnNxCqLBAGBawj7eTP8cvFjZqP8rf01dJlquqo+wh5G6sUxhTjqPkG88xAMtPJ 7KpVUEhXsSklsXlRuAriMeqjq5zgI+oJcA5paFGSFpBLFYJa7RNQ0LJCjXPtNG64bxcdjL5yweef GCcW+PNxypm/wjCj/eVggBxRebQkALcnYJeNlgDDpON1M8TriLKjxSu4DSgBxvN6heEbKyWfgwxq d0SR0uLYAsMWK2sq7BiOn065nXyacjGZOdOAag+SUafv/X6IffMQ5l1C5gQbseRj2J95w8Dc2Jtz 4S92S7DwaPFkgwmXl3A3Nf4K8qn4wAwfGBR4RInAxUFRqUq3p8HdKDlG6Esn8GaLLIMIfDKrcGC5 3fi6gJeTq5Ufeze9ABG3u6EilSc1Ai84ZTxJQDgUo3GAW5eY1w64phoH7AcSB+wHagfs5woO2K/U OGBRCmpkdMACfEdDS8axq1d7YE9FFxwGYhLSDDg+w1RBhrBQEnQymf/K/JCbggp1X4L4FZ8v6jG3 UEhazJ13DvARGjuPrsOsITEEjq3G3oxEuESCkWZ9aaK2Pk3MwVgnAwGrDMdM5Kj9qINcZ7k+c3VH /Se1QYZXBmWGc9R+LA4yI2nZT2perVRRlbgzUIfM54mPVCGdueKIFkk7eyk0tYoAL1qagzbEq8Ua O0vbPBfEiPkWL2JwXC52e+L6J9tjUkQxoofSZhzUqwwxijJ9yPjRCaDgJ3MiwO+CefZwcpDemYlr wO19Wj2oqdPLAQGmbYkGYyoP2Zs1eZAD7oNPcrZHqS7J8yU3lMskvkjOkwHJLGXJtgpU3FZuIN1W bqCOC36uEDL8SrEAExYS76QAkyLSygXKupfhiLipPB2DS037gtNPUxecfpHoRnJ5/9LeEPCP3e/+ 2P8Vm+Pjfn6cn8b9rjuH2Oi6ORTiPh5VFh1hv+gL+0aH7lCGwzoZ8DDlEGYSR8VHFbRUlmszUXWj +oh3C6cUwRTeqPgG7tw2crPJrCoL+Y9R9M5z5dNbE46roi+4X7rY7jz+bvtxWh7X3RGn9x+kEbQw fWwdH7pPbyXIAnZmr4L8SdmH5sdFxd1gh0aMqvhbwGnK+zIK13lZVreuft+4wx0kjuzOiREnewf4 lf3c/fyhYcW1HK4x76lcq2T+nyHeTs9npQLbEn3ZztxBuMajMvdz17C5rD4PfU/B0qMwToVOQqpS JhlQwIRonEwgGifj6MTJOLp2Mn6e+ryFRwLe1LhvbHQyGk8galpjzdDME6joZMJAjKjNgGMyTBX4 Dwul5y2pvGlIlYLDVj4+3fHP998ZSneUdN/S3XsW9hUbduQHdIcDB/pXDD+SQAAKd4UAuM+iMIhF BIzpy2is9BlNput1pAMQGUaZSFG7UcaWTnJ9ZeqM+o2wtvDIoEpxjNqNKWxmBLl5JLZzxHnXI9RH V5ojTy/AFfDISYEHs8WI1nh/k+MZxq68yTEUJB7g9E5balx2pIox4lSux4/sz7dNeKt2y6n0TZu7 rMR3kvLi8FBkQM5RZ3yHpxpWUuGaOFyMkXW+w0NJl1xUAbVy8nbh6Mr9txsS5PQsW6kCAcOUQ6gx QjgoVqup8ii8jbnmzOGkEpzeNmez1afGVhcJlgPinp69K6uohMILckA1Rtzjvj+TD3BOWEqs5sby OfR5mjw9zVeQ01gznsVQu9W9xUHnlKT+ujBU2iRL0gVPBrS1+PFqE0ECFSOIG0gjiBuoI4ifK0QQ v1ITQUxps0zJsiTC1F+D+nkCFWNI/W1okyk1A47PMFWQISyURM1MZp/lhE9glYAc6Kg0Nnvhnltd iaxJM1lt8cOhViJrVUyjvkKUQVQafW+hEbPY9IV7bh0iJPAU1f0Fl6Cl9kpV2DMC5HiKUm+yW4Rk N4djnQx4tHIkM6Gj/qMWcq21NWry9C6HJCLQIJaAmSEd9R/LmMxMcgvKDCxv4T1S8Tvz29N7Grpw YcIyOu7Tj1F9PnX6EZ2RCrfPWL6PbgSq00sIo0v8e4axrH7hN1zq9CpBF64PArVCMSZz+OWu+bhp tYTEs/oM9YL/oCn/Msq17xwK87vmI6nBXpn64vLA/U0kU63uLNW4k6XbpO1e3o//5hr/ymiIlS9O 8LtY4UJSW/ax8tN2tvqWXFeQry9uPuMR79/I5WZZLWf4/T0UXl2Z2X8Bqx32rg0KZW5kc3RyZWFt DQplbmRvYmoNCjE5IDAgb2JqDQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5 cGUgMS9UaWxpbmdUeXBlIDIvQkJveFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAw IDAuOTYwMjUgMCA0MDVdIC9YU3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8 PC9JbWFnZTcgNyAwIFI+Pj4+L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFt DQp4nCtUMDSy0DMAAwUQROMm5+p75iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoN CjIwIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA5NDMvSGVpZ2h0 IDEwMC9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUg ZmFsc2UvU01hc2sgMjEgMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjk3Pj4NCnN0cmVh bQ0KeJztwTEBAAAAwqD1T20MH6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAA/gZRUAABDQplbmRzdHJlYW0NCmVuZG9iag0KMjEgMCBvYmoNCjw8L1R5cGUvWE9i amVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDk0My9IZWlnaHQgMTAwL0NvbG9yU3BhY2UvRGV2aWNl R3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2Uv RmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA4Nzc+Pg0Kc3RyZWFtDQp4nO3Z61YaZxSHcecsBBAU kURLNAxqLbpSzzqGekgqQU4WZpje/40UxGRZ23zO+1/r+V3B++VZe++ZhQUAgiwApvlBq7bjep4P wBie69j2f4q1bNfP5ApLxRIAYxQLuUzgvgrWcvxcaW1jsx42AJgirG/+Ul3OB87LXi03U3wXNo/O LqMrAKaILs+OD7Y3lrOe9aLWbHlz/+LmvtPtATBHt9O+iz7WK2++92o5mXL96LozGI3jBIA54vFo +HB70qhk3ede7aC0dXTXGyUpANNMxoPPp2F50X5ehXPrBze98ST9G4Bx0nhwd1grzNdhO1hpXHZG k5/9KAD/Kx33WnuV+Xi1M28P7oYJsxUw1OSvPw83crO/OZaTq520R9QKmCodd863nrZhyy1sXTzE 5AqYKk16UVjyZ7l6xTDqkitgrqT/aWd5nmupcdXjdAXMlfRbu+XAnubqkytgtmTwB7kCGsgVkEGu gAxyBWSQKyCDXAEZ5ArIIFdABrkCMsgVkEGugAxyBWSQKyCDXAEZ5ArIIFdABrkCMsgVkEGugAxy BWSQKyCDXAEZ5ArIIFdABrkCMsgVkEGugAxyBWSQKyCDXAEZ5ArIIFdABrkCMsgVkEGugAxyBWSQ KyCDXAEZ5ArIIFdABrkCMsgVkEGugAxyBWSQKyCDXAEZ5ArIIFdABrkCMsgVkEGugAxyBWSQKyCD XAEZ5ArIIFdABrkCMsgVkEGugAxyBWSQKyCDXAEZ5ArIIFdABrkCMsgVkEGugAxyBWQkg9Zzrl4x jLrkCpgr6bd2VgJrluvSh4uHmFwBU6VJ72q75M9ydfPvT7+OyRUwVRo/XNSXvGmuC052/fcvj5Of /SIAPzAZtY9reXeWq724uvupyzYMGCpNBjf71Yw9rXV6vBZqh5+HfGwCjJQmj/enH55O16fxWm6c 3w/jCcECpkmntX6Nfl3LOvNcLfdNdff8S38UJxMAJkni0aAdNdcL3rzW6Xj18tXt4+t2tz8cPgIw xXA46LZvz/bWlwJ74Rvbz61uNY8vW9e3AMxx04pO9uvVQmBb33O1bC9TXKuFO3vN5j4AMzSbv+2G 76ulrPei1lmwjp/JF1dWK2sATFFZXSnls75j/avWaa+W7XpBsAjAIIHvOvarWJ+LtWwARnk9WAFo +AeRmeDrDQplbmRzdHJlYW0NCmVuZG9iag0KMjIgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0 eXBlL0ltYWdlL1dpZHRoIDk0MS9IZWlnaHQgNzcvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1Bl ckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDIzIDAgUi9GaWx0ZXIvRmxhdGVE ZWNvZGUvTGVuZ3RoIDIzND4+DQpzdHJlYW0NCnic7cExAQAAAMKg9U9tDQ+gAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4MIAUUgAAQ0KZW5kc3RyZWFtDQplbmRvYmoNCjIz IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA5NDEvSGVpZ2h0IDc3 L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgv SW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAxMjM4Nj4+DQpzdHJl YW0NCnic7HwHt+JIku7gkZCQdyBAGOGdvAeuqaru6ff2//+cFyFhb1V335rpnt23hzhneihQRkZG xBcmM3X/8Y8nPelJT3rSk570pCc96UlPetKTnvSkJz3pSU960pOe9KQnPelJT3rSk570pCc96UlP etKTnvSkJz3pSU960pOe9KQnPelJT3rSk570pCc96UlPetKTnvSkJ/2voFJB/91iPOmvov9Z5iyV ng72F1GpVK7UavV6rVop/0fVWSqXy583ID79n5Xv/1sqlau1Wu1H1iz9jA7RMe4fh8GVnzDYdVTl Rp8z+NPUv0elSq1JtVmOY2myUf1P6AicAE1WrjaIZu2zE5YqdYKoV/4K8c7z/2+lUhkMyrBMq37T bbFk/IUAG3+eDwmPX5jkFvi8wS6jqg2SoguiWkSjVvlT3cNEzbt5/+RhXNpPSfR30H/Ipco1gpF1 YzyZjPqaQDf+Ejj8IUF0qKPJqiQnC3T9c65TqjQZSWKaf4F45/n/bT7/U6lcpyR9OOordO28SMi0 UDiBO9UoQeZbn4RBGZ5WVZ48cylVCU5Wrv/8JIGV+U5/YCAN+romMmT9T8BVKjfaksQSnzIRRJR6 vfLJ8PN30UW/f/c8YBFpMN85rue59sbUuc/p6N8gMHqbhaBQbnD96UgmPzdfqdbumma3/XOu8nvz M1Tjf0A4/nsIEKmaO9fZDIXm2YnL9RbLtmrlclMcTg2++TnfLjf5/nwJFsrBXaoQojGb6mzjp5AB VjY2ru97QK5jbWaG0v6ThFCq0up4ojP1zxTMlQbFtIlPhp+/i8o1kmFAv3/zNKUqpZhWEMdRFMVJ 7G8M/m9GKxid7/ZkqlYhlLmz6dGfU3S5IUxseyL8nKv80fz/W8EKiDS9LIv2Y/GMSoCv0u+JRKXS 6q6dlUZWPslIGFuBDWwqWEE3eWPrbgbsJ0uhCxNCWSVv76+n4/FwyNIkdBZ/hvdSjemvNqNPmbpc b6t9jfk5mf5qKlVbUk8X//Y0B5adOEniW5v1ZufGWbwDa/y9YK0xvcVqwDaqZGcbOUPmc6gpN6VF GC6kT2aFP5l/+Xev8r+PIPzq++wU7abdiw+DkcebpU7XqnTfjvc69TmwImh2SbJHfJbKdaa3Cfxl h/q5LFYhO/uXb29pkOdWP8qycNWl/9DmUETp86XBfQKspQqpmGtTJv5bwVpu8MP1ovvJtPMvE1Qc PbCHMxt0VE0fb8IsWqnnwhQ79w+bd6Vim+7cw9y24i8f8+15fKD03dO3lUHgdxxTbNZa3V3ijdja x6d+OK7clJdxvJQLsH545Hww8Djq8syHI4PL/Oc6+MOw0m0JN6b5zz9ezeX76w8/0MoPllT68Rff Sf/wxHk5HwW4DS4WVGfH/inZGMq1wa+0OpvQHjL1Gj1wU7tHVT9yumdw+7JCSKZ3iNcALuiWtKUf 7a8Q+jDihxbI5ya71stbtJkMoWkdTpZudgpnEHJLN01/VBAgUOxdO+7vud4bpdru7/x1p/UxqX1v re+++T2Dfq/90sOo/B8PD1RIdelbxiXt/LFz/khJn6NSnZ/4mT9VmRZBUnxvHSVWP+8L8Tin3mw2 77ZisJeHbxr5mQD8fjnpwY/VCsoD/1+tNRp5r40MGvB0/XGDGUoGbRVFS7XVoBCsY55oNO6fwma9 cZnlRgDWVRyvcrBeHjkPykWpVPC7G59S6TI9Cne3LQqaLebPhSw9rrJYQh2XgBzhf7WzLOXLp0c9 n1d5EfdeK6VcK5clNe9UcZn1yu38RaN+/eKR7XXJzfr3m6l33HBFFUKexyd/qrSb50gPmWrgHAJT IBptw82cAdNEld8UfFP5h8VVKbDVwZ/KZIOUp27smlJR630YcbZArd74zm4I1uNh1xeYNk23OdX0 TkfI7fB44SsN3Pd69JVSuUHzQhFqfuBF98uFnDbxUnDZx00rGFV/HHVR6NWdv3/k94ya+0T5Oqpw 9fMDOLpUqtG9feqbwo8kLtwgd85mHYPk5dPPwxWLyziz+kyjAmI02cHW2w0wQpQqdbLNS7LE0UTt DIkakX8jMGQdnLdGUK1ipwA/Us1qudIgKYpmBJHH7SNgwPCSJHL40w0r5QZr2IeDNeCptr5Pg6nC 8aIkslThWuAFTYoVJUlgWw/7EDewXh+BQXjUVMrnJ0kavhM5upmfTEDZlk8vsHQLfrzZEuYfFPMT MPbDKkuVBjxNswLwIYgW1SIpRgAmbaIO7ARZhrU/bPrl08D3Z3FLD1ppUi1cFMpLc5Iso7yFOc+a 5FGTpX+clY3Stwtl37Gl8iMM3EfhRPiCb3/cTL2uIecGRmD7u8NrONMuiRUT5DR6y9ZdhmQArO5I QpVfJs/FoYH57Zub0utQCKeZPRLb4siK/aVG1Urfj0BxQVetfA1s64EJgHV/SJYKWcOoWQf0py/+ kGk0SJqmGb7wlWqjBXqW0XqI3XKd4rj8XKJ09SK6+eiGaIp6tUapq+QlmMrUvVaAH8UKhYNcdIAK RSUVGi5dH3l0z4tGW4X2mVbhyPTFF3P7NquVswwii2JVmsLEf0lBv6BxdKF7v0c3KJwTvIxq1tF1 QQy6+fM1MxaXyaEAK8xDCIPZRIP6o1QlWHUwmc1n455ENwo/bss9+GZuGipL1GotQVPYJv5SbYkd lSNqDUbp6j3DnI20dqNOchowmE1HXfFOkxisl/GX93jVE/ielcWbkTGewlO60KrlZqeE7tCczUxD 4+43+a5grcAjYnc0nSNroVWHWAWiaIrSHU5RXBFTJkqrDHI2eqfblelLhwrCqvNifq5ZrTYZpX+3 ykqTVbvd3nA6HWmCoHY1tTMwYcV9meWUvjlfTAfy/VkTTMOoMA0qBcXNRTlrpULyqop76yivPoZn pqMOT2KEAE3ms04GSmFfFAO1MO7J6KPIFqWfz8xhl8fwUCV5XHI+5HEztRhccEO71GltEX35drAm 6qWOhCZ9f/rl3Z9pHD/0jtFyiCpHM+Y7R7lhx9OrOA9u2xTGbpZsje5wG0XbXt4Fwwhauh9RrtNy R1O0PqxyOtTYeyY5WOP5ufCFTGhGr9GEbzFyV9fBV8Ydpom+Ah/n09wMFdwC7HSlVvXmhtOxXnjR RXmL3A3JljByX78drZF8O48COLf4woeGHdRefgDAwgzzwtDYgZ8fAZvoIvUhLYNGVeNs1FyjUrdQ Fe7USZrCEE26MGA+utFo65vDtzd/1gHT1HAtud/rAjIGy2kdVdVH08V83BVZQRvCp4nOkz+N1nJD nEXHYKYyBNSLOJMsIXCrpDBY7GzHdZ2t2WEaWHCw3dnO8eAba9HnSYIfzKca7jaUG9xgMdPbTUo1 N9ud4/v7sUTRkrHcO47r2OuxenNw6KgG1umfv764pir1reMp2O8sx/Pd7RiPCMDs6nht4bzW0pDu FnQBK1Gtt9XJxnaBCtYVmH+5ns9Xe9cPvN1EaWGSZ/X53vVce7dZbzeT6w5Evmly+hXmnypUg+T7 83yV9nYKq6xAYzYrlrCb6P3ZerVcwT9Cfz8zjOkGPgX2TLvbRy7jNDsYDxOtDAHiFXfRSqnO9GbT brtWqbc1c+t4Hso7lCDDNDl9tnNRk/s5hIxKlbiI4WynXVR/nUG2SPZ6BFqoEqKxsvJ59nOdadyH i3ww/ATcFn2hRfIG6Pe393hr8MVzuI8efPk/vx72I1kc+a9Hb7ezXc+zl32uCFD6dIv6dHa5OI9N C6nMw0O8X+3D2BrxeRhCV4ARznUEVN6T9Wqx3NpeEDirPne3C3gBa7FFUK5zEwCrKbSVyQbE8H3L lOm2PFxZaNDC2UBj+mwx4BqVKimCG+Li7I2pYa2LGkflgfasxUDiO4v4229folXvdtADPqRcfGgF KMbUQ4rG0spVvkU+lfyRwoc2E2T8gAm2t0DXRaMOeBI0ugSl5+UmIY3nY4VhwaJ2bp7tRKFb/Mh9 ++2XgzUSyQaV+33OOHfOOjBbLxdryw1Cb2sa48Uu/zSCovknwQq+O3QOmTvvK1BgQStDkATWUk1h uPV8x9qD+p1F4XL6yosCx4JZ/c2AbyszZ2+wsASA0cy1xzzJ9K0Ud+cj21Q4ZbwDBntg4NtT9bqF WMLC6vjrryd7ooh9+/XrKXJt2wnTxB7xiBZ1Zvuevbcc39uN7nbDz2BViAatzZzAzwUB7KhUHZq0 IAmBje0CH2ciNquAlJUf4UOOHx/SnX7ZgYD+rbfF+R3QMiUYm/tV1hvs0EkPaZqE1nRg2kkSeo7j 4Q4mSATeGaaZZ4pXV4QyobN0A3cPXhcFmz7bJOWrVhqiaVtjvgGV39yJAjeXdzcSiCbbW3shTAuz eiudaRI8iuHmYrhLvV2HIQtku927YbAz2CaU7lsftekEkbfQ7jZk82NMiFE2cAv9rSG2BWN//PW3 t3Dd5y5g5cfel99+yXaGJI6CL18PqCs3SqNNDwwLrrlyA1Q5/Hfd/3Csgjuz2+QFdJJ60+JMHEPJ 0vHd24gape/iJEBD+nGWs70KWJTBCwiyZez7SXkOZeuYZ3u7wlecqSaophWggiAawvqZRpMf2+5M JmpE7oaFZpw5lHyFG6LyLPjvxtD0efT1n+8hau1aO1Hq9OJD/n4CsQ7cebQDhKCSAmem0k1Kmdrn KQvGdztINbq7QtctjNpjKdF03DmEe2hOmcHWWXZFDUZ7FkT1ILTGUlsYOm///JbthiJFyeOdjy4F jNHv601x6iWx7zqOnxyyIPcjL86SXf+nrwzgdssiPB4ie2UOOtC6kdjwY6uyDYP9bDgYr5zQnSlk vaXM/cRfT4zh3Aq8uSZ016E34UBFZUJdx8FUpNhR8P7lFFrraU9WRnvwnalhTNZuaAN+Lh16lZSn 4dtbMOtwXM9++/U12JijyTo4pJtOq05IJsyHs0y3fnB/jHQBa6slmW7kb0x8JIgdUyIpdXN4P/qb 6dhc+4hMutFSF37srcbGaOEcvrx7A/oC1gopTQOYf95hKba3CXCVxniZr7JFQJH2/uUQWGuzr8/C 9/fUWZrTdXB6O4bW0jRXXgbsqUsEKTX4iRu7y9EAGASOKZItdXXRSlNeBP5UJEjRdJNgi/Lug2DV ZZnOMojdXDY7dKdyG8UIrfmoEGOuUgQ/diJ3MewbMytwp1KrpSyCyIL0bm68oNhUuGFpE0bOYmSM lk4Ubvs8q079ty/JZiCeK0P0PijTXp2JzHDD4NuvJ281GU230SGcSUSd7kBYs5cgDhjWX3U/HM0A 1LHS/PaerIsTl1KlpS280F5cR9DN9sB9e0/t5WQ828fHcCbeEI8bTGBb6JeJJkHS4tA6HO0+yw68 968vkb2Z9RV1bEXBDswwWXuxv1ApUpwF8Volm2x/WxhosnJDB4JF/WbYuR16i542tE5fMkgexHXj CA8jI28zAW1t/XA/5JoNSBBRbIOSxsAHEmBbgkfAPYegUD8GG9wdkUIhYrqxM899PwDXpfmxG+/7 NNR9TWnm+YuuMtxH/nrcH8AEEDvbDDTiX14g/LcpYXj2exMCMgwmSXmZvr+Eu5k5s9K3t8zbzCao +2j286eQJQxVfnY8pKG7W4x1qY07RQQ4R2xPVI4V9LkXWwbX4iDnhNBoMpw62TmrnqRvYn/C52DV NgnMTXHj6CtUJIYm8YK+juLdSOFYsbf0odm5xq5yvd3bZ+lWZ0hat9++gaIlTuitk6NrMATT38f+ qidCizjaRcFSvd5vuoCVZuGRYNUXGVYabCKIUGy7swWDbQ2ZE/RldPDGKK2dgFZ5hu/Mwy9ffIO+ 8qkV8/dYklLml1V2525kDzlKmCbf3oPFAJagmPHX93DeFcXeOvv6Fi50UezOg8wbXbGCHT9IYMAC OpP1GqogSltftIK/BTOpxfR2SbwdSAwrj/BSgSRP3DSXjdNMCxK6oEFh4Jgqn4sRQ4XRVhagPUNi OegJNtBTtPVdGq10kZN6s82yf1fygfsEiTvVOOTmJMFcbbP6Njs5I4G83KjBLdPgNVmqNMEMg69f 44UucJKxz7JdlyIF00u8WVdgec20Y8/8cBcBsbk+/vP/fg0mRVldqqPzuncjxBZj+F9QVwInD60s 23bIB7CeTq6pq4oCXa25T07xQqEYAwRJNsOOLIi9TRTthjLLgPn8xB0LtDSPko1GUeiG1lg9e9F+ wLa4kQOG1UF5qrl3lrqoLeKTNxauDROEr/4uDtcD0J5sbMNw1aEpKL1S6Ls4htfntjVVpQE8AqZg GbG/gikw/F2P6ggFHG2LXtk1N+uhkFvQR71UKX0buRMFwiEUcODcsrHcmApFciPvFKN+293c72WO lYAxNvm0sj5+PVkjRVDGEPRO9ljhYfo022rkT4O13GA60x2k6OMxS6A56/HQUrcHdhavdI5qYShM ooXCgv+keyj0anVKHs7GmohgNW9gnedg/XLa9bgWgX1/Fi40lmq15bFTLPVifBIScbSAKEnp1sur O+KJehNWewBvoOVZmDpjud2iWHDh1B60a49gVRl5GiTWgGvWagQ/ctJgKrPd7ektgCjWaLIgOMQN RlmECWiqUYPmf3t8uwPrbf5Gu29l8bpYpbHDVbbFafLlsOmyJEHyE1xNXqWOg/cXe8ASTSz0g3zR hUx4Oye1hhLTZpXeQG03W9pVKwjWcC7Rouln4ICgVWicZqYu6+v4LBs0TrORJhu4z9a7irHUOG0V p5YhMTQr9wYaQ7RxK27d49ttXhv0pFtTUaEQxkuNRm7qMkqtPksryzgFGNZu1TpkvmNoQkneNvz3 076HezrSLDo4fQYiXZruBgLdovjeJk42nQ/3myAezLPf/uubPyxiRBn0lyR3I7bdNotsUVeNnK3d uxYfOVhfvx7czWq5XG0sPz2muz6syAjeX+0BT5EtYewmLlivXmsyvW0SrzRWzsHazq0JtQh4kTSy 03CusLDGs/IoZTQbKSyoN7VuuQDbjylEVFNpt1qMOvNTCFtcbw9KgpoUZuiYM0PtzPzEHoKn15rc YJ9ATG1WL+8FVXF96c4QmTan9tGopLwI47VGVuvc2I12PUGZBZlrKizNSPqgwzXrdM9KIUY3m9zY y4J54fcTJ/VNiVHXh/d4JreaFHz6ki5xq0ScFkr6SbDmW3uiPllZUEgfTwcIcSIJ1WD4kqz7ssCL 6ghC5a4nQY8BHo6bm7UWr0gs2/0BWMO3ZAYdY5WQ5vFLtOwhA23iHNK1cr1jgh4OXpxfirCOGSqh nF+6CacSwO5wdCaayAtybxmig9UfwapxHYDaEgWBilpdxcm6w8OoExqsDFlgk0KI48GFoRjDjUoo aqKTdwPrZX6JaHKT4CXZFKscYp7RWWkav0bg1ZVKnR2Hr7iaSo3uO6cMuuVqlQQsBlOhcZUJUsAh XI86kiBKQhsg8BGsMoMybvDeT7lKcooiiOCBZ9nqlKjIgmKiGINC2fvsYPV45cpWEAWGqFOAqIO3 GKgizMPT13vN0ESNvMwdFVeM2KGb+WOIePMo3Wh3d64rVN85BGO2XqMN/yVfVLnGDL2Da3Cc4b5k +6ECKlcGm+ToDNoPdXAe3A6//dcvkZlfNS5Vc3XsbiOQydB/TeYXtpk7oO/Bar//8+sxDoMwjJMs DXdDgcCo8ZYtZbJazWuDLcaWUgUavDCz+oKCYO0AEMNTvMoNpI3tAxhI6gPsCuXVKEGRmBb04+m+ 27ozr7rJTt60C+WdpM/9YzRX5fFFSZVGW1IkEeJlnF/+wVPpRYTxhiheDaLIJvQc8SFYD7WzUWt1 duQmtsE0SMj0/lxpC2PvkOwmugzmEFmyBp68T70x2yCkRfICNRjYTeqY7iEBf9XWUOcMcHNAnCev aIUKWM0/uH2q8rNNK57SEjSn6KPZxomOLxDRoQxbZl9O7tIcjyfTTfBysg3VcDKcqDg2hP6D6vwA rMEpgCIRy+jN8cvBXiCD2TZ6Oexu8brw4lkO1j2kQbxKVCHBG6O5wg+c17d4O5uMx+bCTl/zXcRH sAqY3PKuEMu73LYi1H3pWiXKeQmDoVkCaf0R7vNAVsGjxTvvucxPEOI8va5y7Z9Apbw0jU4uuivA 4LwaqAN1C1oMqA0KnN86MnjIsNJD7Gxmo54qUI3a92DluriyvD8BVyFJqNDdQ1FK56+gkbSyADG8 1UWMFxBD+MC2CfnjkIXWyjR0hSNvObMOGkj3eRd9zrIzqV3kpbsbeBWq5xz8MVMDsHrFokoVegB6 MXjRjL68BuspqnzlHl/80eP9z3KDG7kvv/z67bDL941QMeH73YhXfyzyQ2A7ZnO2fec7sL79+p6F +XVDz9lh7VbNo0ZkcnX0lRVG31xBOdS9kaTiCrqcuszej86DG0LF5t+URzQa7NhLdt1bNQDWsl/f k/0cxJvMreQlWemdWXBRUrlOkFDX7tNwmlf1pTo38TPbEEW11x8M+rrM0gJk8UPkrKfDnspT9UqV gsQE2ZfC1tcesgQNVeUh8bbzcb8jQt9YPd/Fa5Da9vSe3fn9tstDP5uh+5fBVtHRwd63CmY4eHdK +iRW8bZFo1arExQjaoO5k8HiOnxnc/rlPfFsa2/ZXgyFy0CFYOIZedAFi+AhDyaZj2CFeIEiAPZ2 r7+8xa6FDPzkmKy1H4P1jLszC1Uc+l++nQIHhllOmB2DqfgBrB3E4bltLNXYcXBwDEnfpsVFxMtD 8ugqLTiqnf4QrKS8Onx7T6+rzPZ9ACugH+/O5mA9nldTyFkrXYbeSnpCmthxliXQ8M/6YqvRumml AKuCh8mXAgHvvzTYkZ+Byc6XXao1Ulkdf3kUg6XliXXHtl6nOwsvPWRxYK/N7u14pdyA1J6eux9U IuhBYf4IrAMPTQSKwWybuUNBnqXfvmY+zm650QHU+QDWMu5gJafj4eUFgil0huDdZvLt6+E2wh0h WM/6RrbpB7Bar+/pfm6ak8lkPOhKbUjA6K5HKKyroF1tm4SzvE0q5UL5E0VbIFjRDb+9JYUXeQm6 oTbxz/IXbggF0OgBrBiEvC+/vITgQ3vLCdJDuNR1TJ6FB6LK63TfhhKEzX0IgjnIPukO8PDMtjYT lWkrZm7UwNlOewJuJotTP97onGS64brTqjV5YxdlWRp5++VQoeuXi7MNqBVff3m993sEa5JnEgCr ic4FRUAFV39f7X0Oq8XFLtxWB9SSDPSXx5M7VPTt6dtrZO+2QHvb3U81JQcrXb34XC13y+lHsGZ5 u5IbCEBnIYPd3nF349t5xz1Yd2mhswtYJTxZyLw9zruzHGd9e8fjClZMTMMiahTlhCHrefJqXMHa lW/SgqNavwNWbP3vVmlNVSiDgzSvAnKwQk9XrOYs50ew4vuFymhlB2DaNNiNJIq+00pebedgPVcC +U205kVLhWtV6y11ffz2IIZCNWl5eGML7Rz2Wls3TMCFvFWPvUUwaRGnG5UowKpu0gS7+j8Cq5vh oi5BbCgq8/Tbe+Lks4O7WvOHm/r5HZIgi6ytlx2g827mCSL5ehvh2gud4/EWIwSgH8TGfIPpaI8U gec5jm238jtKlXPUqBRFVTgtohmOzgLzAtbu9oQ7xjc37CiTcz4otPljsELAP9x8aDNUu4urQvJ4 ibcvzxVEAVZ/2htvvCiOQ3fZZci2Mlo7QZICXrdQs1dr7YEdQ3fWWwe4AVcc/1p+nGZZhOczxcXZ EdukcMsU/H5b+L2zG8usukoS6KFysAZZXrH/i2CtgrNNeng2nt/PbCnQawampm8Ob8lmMugDGaOx oUFhdsMIVnNku7MpAmKpXNSwANYRtA8YOeCb3fE1XI2vDJS7HYB7sCbeA1jFofd6cmdDHDYwxqO+ dL2Ycp9Z/WtmnZwzKwwWb2DNEX2ulqof67L7zJq9xudVDkbjYYejRTMAs0KiQrD6B+ccetAUzI/A WiUYqTMwVxaEcGwgmFwrWNnnB1qQjDioTc97UliDtWhoeK6ZFS9oMp119pZs78RgiTrRFu/Yss0G ycrYqNhQbkSrK54ws8bptugxypCj/jyzfgArZNbk7WCZRj77cDzs3l+LwHdYJ24arY3+1Duk+z5T r0Bmjd6y24iRLtCs8cj2Eaz7Q7rS6Ga9fv7LQaV/FEV4HgpR6iQqdArGwkvMd5n1AAYa37mhOMJG ++aGBMGNP4K17769eIuzD41GfYVXZmFyUVKt2aL5oqerXQO+N+n0zNV2t9suRzLdJBmpa0xz7Se7 AVPHzZEoXI+ndoQ358uVJi1o/cly5yWHDPfG6HNmpSAw3fv9ANK0er4lm4MV2mvyXwZrfsq70tvF pXbc4w9fwqnaXSZHb6Kwbby+qXQ0sc32LahPMEHglRdFFQU9T6fYcOLuUFyANdcbto7r9GAPJYam 28hAvbtcda4Pr2/dMDewKsLAOaZrncc736yodZXbzbW7njUvK8vn61dFz/oIVk2Exjac5pEE30E5 et+BdS5hzxofHlZJtwQT6h3080+BFVRBc5AvBKVv7mLcvOcArBG+xwedLuRjWBLbyfUEhUX+BxBU RRk7qTc8X4jhFFXRV8nJNwsxOBnFaBLtnK16YUtTDOalolE5euPL8XPes2ZW/k4wvkBlZb/Xs+Z1 3/WtmyuqoGedBKdornH5NXtJ60j31ynxyoWVb/2y2jw8gmapOuQy/2GE3MYrxw9sP4I1BpVU7l6A ysGajziflGDqwX6YReRAz5qDlVOWCaRz6CKvbsgNioWclafw7XyDCTLEda0t3Tpm275Q+JDaVbh2 sWOc3yurtQRVVYdWeo4PRXFqDwRYSbfb7ahiGxIRal9U+1MrOeFNyQq+LhC7m12QHybiPW14gJfx NbVTtu3SbT1PO9CzbrJHv6co5S8Eq2GnwVyl6vl7JYQ0i07+WJLNANwYd9PrJKsZECCY3AtlIr8p 3pvO+mpvA+ldhYq+zg69U/IAVkARaMDgCGTAdYy+TD2CFVnVvwcr7saAldrQRTcoqTfUb2/C3+0G J/FKbUHlXoPGP83Lpc0HsOLZR7zuwKqgWFimr77xAax4dJMXpOdVEsUqfxKs5Qaj9roCRZBteWQf sq3Og3TYoKNWDBe0IkOeC+MNbnaWa7Rmzkf6cJ9AL97Ee2JcfzY1+vPg4JuFGIw6GKgsxT6w3fUE qdtT8UiM1WaArasExW6wP+Hxvjl4lH/A3WDpO7C2dBtr8Ub9O7BynOEcQPNUo1ZvtpWB0bm7zIjX KdZx6o5Fsomt69GfSnjiZWcPI9g/B+tcfDi9vQcr+kqy70G+KOcvDN12gxmoc/JTr4uBFIbJt+sK N0Tl6bwIYLXv/oIBVjRpusPTKfAhsTfsAcQN6KNHUD+Wq6Q0nJuD4Tbfoa/hF1CmQm0CAZIkWy2S xCJG63XwTImRJ+4xA01WihdJgyhxx3jNjpZ7ugSgpoX+Nj06A6aNjdKEbxL4Wkzh943C72n6rwMr 7iBmB2+qsS0C75fgaa3V57gBhJ5Vp91sEIw23awG4AGzINkPQIwm0106+7HWXYFeByxB0OoieUsX d2DFGOCkAd7rahBsd7ZZ6O2HMjhGRDZp/QNY5bY8C1JnJLYajZYwWG1M5eOlCJWRpvnZGQmPSBMv y89ZP4BVbednd6bcbtHS2Hv7EjyAVVpEAB/IB/19UqyyyWgmrpL6SbAS0niNF6WbJNvbpukWksEi PoC1SKKtLVErMs2PnPwYsdHAO272TO8tg3jbY5ugSX0FbY0+stN43WWIRrOtTtargcjI92yzXV/W Z+tphyGaeIB9uANrvgMcb3Qm57ZJMvD61g/Aivvuc7nV/Igqg8V2Jtn1OZidgmnXI+HuNiW0RUEW zJVWFbAxtA+QNfj84sd5BA0jNiOR+jfAWviKjze1G3ivOX04Z4UCaald3HDZ56BqCC9uiMobisII 94/5uz03YQoQn0g5v/5yO9MA4psY+TTqJP61i/WwN/NTeATcjBRHTnGSVi4Xf32xSsqT9bzHgfa5 wT7LwVppyovo9HLC23FVLDdWq6FENdHIcX5YjTFkoVAkP3azO7+f6yz9l5XB+ZvY/ungrYZdVdV6 k110CMCoeLcndWddkRP1uRPswftw2zpY9SUevnHDvSEpZgDtU0+WuqZz+pLeZVY8m9NWUWKbGlQX vaXr398Wzfusg2sqDNv7AFaJYhE/26HC88pw43vzhxtMy/wGE9PbxfkjgjrGEq3HtvMbVGew4hvq CtXurMLImvY6+mR/+PXbA1jz4hnnb+MNyvMqZ/kqc7Cuz2Ad3bbL7sEa3INVnrneeiBznDKykhBv VUz8Y7zuy3J36r6gVkgaRcmXpE2s0J4o0tCKvGUPNNlbeMF2IOP1D2+ugxjdqe3vhwKj3LONlh2p v/GdmS6yvDbzINNxt9NnEWKXv9AlXuotfHAUmSRgfY9gxb4wy/YG5pgPqGJIAZpSNCwnaJN9gDer L0U+/lkXB0MBdkn4nl1wTCAu5LcY7kbgDabBH4I1+32wFu8Xh7E10QReNjYRBOL8pLi4wTTH61ld oXDD3YBrAX7jsxsuvHCHecU5Jmv92i/hy6XbON6PVB75+f6yQ/+/9q60SXEciQZV3GDuw9xgDOYy 4NuYqr5mOyb2//+hzUz5kKGiq6pnJqa6V+8bRpKVqZRtSZkvKx10IIR28Irn7ce9KRZZQpG+cgqu RuJ7Q9wTG8dB8Vqyaj3TEiaD+1jf/vx+3eKsK7SWpkvued2ZHsBzX6rC2/zZULq1xugQ2f0U7P4w rqOLCh1VsMl6YpN19lNHN+iK7n/+HNinw0E3nOvz5YCe5LWJ7gf2YbVc6w4oZygVSl3V8p3jGs/W LrYmwyr2/PzJ0zVtd/a/fAu0TrWxsC5sHQ8rxfn5csEjsvXRDVxu0lG8u/flyVDl7pRoXbLkXry/ kCNtd2UF3nmjqpuzH5jLVrKXw2hdeuVyR2VFVjvzEoBxlausMk3WsFCpOT95vnUEmfxv6cmKTArO Z7h/v9GcHDwm5cEGKeFlC09Gb4+bq5lsfWFf8RSH9itZP9EJwnXX7eQzGIbt4h01RQEx/dO8Ua6h g7p33Gh74/L1D9BKqQhd8V0UaWeiJy0M3xr9n9GT2fatFfkGo7LX2I0LdqPSUsyLewqbPc/bDXnj XKCjyq3/Lnmde4Gjr1UYqasPT8UCzt/LXuYnKz7DvgTHea+7iGhdcKchMKdSoTrYwggdtSXq0z8m vozkd3y5GowcIpOrDg8BBqJXa0kN63I5wddVbXrbLDdZh8crdwQXTda4BtjK7HS5mLuVujl5V3hA V8vs2wA+BMBCAnuPA+QESClDMfAXh9zAwQyxM6PTpy/eblxPjg3aSzPwjS3aEDqPd0oFabhzfQva 0UCfhtLG6NwLFFmpW8O/xiH1UX3mOKwo2gmeInNYIdMOxNf/fncV/IGBW1B7s1yg4ztYYKkEHf4c HGGx2lkwu1fhToGt9auVXshGhAFHToDzgw6jn6zpeycrhlCMtvb1+ekaBNenpwAeKc0CvPabs4Pj ubZle757wGilXFVeG65rm5bjYoRKEefV9QnDUkzL9U2lVa5PdGtDrkq4i6icXPzT9i7OfsIxWtGj 7/rsHWb98S4kTINZsLYMWFXk8S6eh7Euvs9H68SEacU8MbxBEdv1PWPVR+9/qoznJVGhHHzeIKee bVvu0/f/uNxTLENn3HD/SVNqRVK6vqvP0ON7djTWtBsEy5Sjg9xiuAUSErth88ZJid9rGOChWb5n m4Zp28dlt5wjS7n6jk2SmyASdgVDRywMBDxM4SbSQDNcx0JNmtpAKiTKBo1hN/I3zVZKUaCOYTlW HE7D1EJBM2yk4G3cLGYLTcWw1rybeCYP37BP8PYe9aa6zQjT8OPHOsBaOl8fby2PwkJ8lw90Qmah s2uqoSXDpJoefZgxsH4YxTW807JTyldjHrawWd6jqL91jERn4WRNmNvIVo4ujTk8XzdDeNywyVrG A00demWRZjC+B9aLA810XbQ5j8qWupr76WpyHwTZSk89u6ENWRrG6oCS4D0HKrcxDqdXKXBFKDgm FXWDYVIeah8G6MzEx7fA859fTygYna4bLIjHdgysjXGf1ydnO6zDsovZPchi70bQv4jnDzdzT9YW d9JAet3RR3dcNK8BtyhlZW9C2xfQir4aNigcutQcr3UDtGQeNQpyxChBZX8yLcvQVyz2s6/qlm0Z B01dbdSBVKz0lHVoSBhBSMfMtmUe16MGHy8Nj66FbhnbSbc3C6lI4W03WasUAlXtLXZUz9grfYmf 44yKNA83piIYwLmbI0tiVDmTFMoWJGh8r+v77c769NWeca5dYISzvWlsYKFXZlLaJCU61lT7y9WY bTaWe0sNWTszCWUqNq+qXEDVQ742UHXQiWkcN7NuJfeQrXSVg4mcm5vVGrWSe8iFqrBCVT7mJTnU 5GEpg0DwaEx1g0qkmqUQWIygNM+H9Th9uFJsjFZhZfoL97HU9YQnhENh1KN5gs8zWdEYFSmSFa4X sFZ7LNQH6uGM4Znn7azDbduD3JvdMgrrhju1Ztu9KldxiR/V2EGN3GPCcBo1yz1NmjNtNbihSOM5 UdFWppsjjTkqpJAtdtiqGyN9J9oxtKJxaIbycn8m5akDDPaWRhvD0vmldq7anW9PcXv5h1hJoL/d Ak0mV4mLpM0sHlSDtL+dMxpMdHTy8fORfWSApe+hgGWcdlQbpq+im6c1LFYrod1jBC6LzQ0ZdHEH YEnzAwODlI3SeT/3H1JyNOWpsiIagmG7GhKNFGrd0VxdqcqkV2NUlLlyazBbqupi1AmD7duj+XI5 H/fbnR56XeWldq8ZDnYmW6r3JgtoYDHuppnDifZ5Ph93JKkVknzDw6HR6yIFAtyFerNazgatCkeh kpB8J0WmMrreRZWJR4AVyhGJhzwcjYaD6T5IO03jk2gwnSEFQzaUchVK+VCQOiG7NFhFh/FhJ2Tk 1HynllAOk3tvqKZ+A3liSEvzpbqY9DuoFRQpW2r0J4oaqRIqVZgm5yMiE4iVvUpK3DSL/AhjRV0t 5+QBxGsTfbtZ5TFpkE6IemmKbBirzmg2GzSrtVAofAGB9sESiZwDuoP6xJslGqdjjlZMh0tndoNe vZh9TGrI2L2HhDs8bpYbbSI0uOGi4dnGma2AdOp8iO595Jd1Pci451sEuUMrIoYMXnlE8QDS9qfz KT/hHnJM4dheO+KXkFDDKlgVmUxYhJlZOU34m2gfBjH07Xwgr0QrXNuiBZL8ypQZaSZXbqN+G8Vs LrZ7Nk1is8Wedtj8QOn77Z8hw81gVgSpwSiAKlH+DJaCodluNSIOJjqFrjVbrUa1GNHYVOrNZr2K jGdFomXikh6Erbaj4vwdHwuVWl0q5fNx+owMZtKI+YiwXrNeSed5SNJnUJEmFKmFFEZx5bBQNltq yqN+q16Tas3hLnbIS+5frtVIrhspubwNXKaJTJzmA/8v8hRDxAdVb1EDUQ9AOExFUioWE5FQFbEq UXOkyXrI/3On7LtmifUImgBt32kzqZx08jb5BLZXq0HdfJw+I05eQgOJ3Yn0yTVc5pNtoBxwAe0u XYPPyhE2y/UPLtynPUnl8YhshY05nuDswqNXJhxvRbfKQ08TqV7jU4XctBeNJigJO1yIDYWKRBdS Gk1pH/2FMGje9dH3P7FgUDnWZiOICqlRjyK7D0cqZbbRuKD0xZ/jBEfl5/IFovTjqc2QrS6fyyYs m3glT1e437lsRMqYSWU9CltNivPaeMyhLwvP9hinIiLvzZu+vFKEy2PEGCJh2bHaLgdNCd4k89PV 36QDfclfMkvEfKGU+SzPExn1n280c3untJryMYNipJVHjlsT3QrznCojTXL8gqlu3Dcba/OFzFCs bIEbl/u0TkzkhwfuL14+aiCfTbMb3ualoguPEaFkWOPhRm33qa9ezjL1sq08su8M9HJhFNEZzgx5 cRPloXJvk3DRtXzKhm5VzsbkBTNLFBJmaiPCOzAj30p24SP5c9yoZ1kfeVnS4t9a1N1t34gU8yx3 8YZz9/bKK3n8KGfQi/+/Wu+1/IA/LJLJSqO9ZWhTuT9cHLzAnN9SenOV/3IywjspX2rw9trdXV+6 8FKzL3b0LTL8sETmLS38xRpvao846Aaa85yEDb9qhi/243Xj/aHWuP+IrU49ed6BZ9G4k//vNKn/ J+BZmWb79nG33RvuBWlpfuM8VL8XMjlpsLaenvizz38XuEW2t4PUQaLA3wfM9bCzXNexHdc1tNu9 SIGPC/QPOnqBo/VK7yZS+GeApE54oq/Jb02/J/Ae0F69imEUJ32DEYe/bcq43w6ZfH2s6frdYc+/ BzzC2h4PqvzW7KQC7wPu1bfl8WQ6GfYa5ZyYq78M8KhHHg06H+cBi2tWeSS3qx+mR78bcIe/VK1K 1Qoenwgl/zrAo5lK+d0J1v9BsB4VfiY9jcDbkGFhFC8cdQh8aBADxIeaGHRi9aF69DtC7J8LCAgI CAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgI CAgICAgICAgICAgICPwS+B+xhAKEDQplbmRzdHJlYW0NCmVuZG9iag0KMjQgMCBvYmoNCjw8L0Z1 bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwIDEgMCAxIDBdIC9Cb3Vu ZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyAyNSAwIFIgMjYgMCBSIDI3IDAgUiAyOCAwIFJd ID4+DQplbmRvYmoNCjI1IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0Mx WyAwLjc1Njg2IDAgMC4yOTgwNF0gL0MwWyAwLjczNzI1IDAgMC4yOTgwNF0gL04gMT4+DQplbmRv YmoNCjI2IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjczNzI1 IDAgMC4yOTgwNF0gL0MwWyAwLjU2MDc4IDAgMC4yMTU2OV0gL04gMT4+DQplbmRvYmoNCjI3IDAg b2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjU2MDc4IDAgMC4yMTU2 OV0gL0MwWyAwLjczNzI1IDAgMC4yOTgwNF0gL04gMT4+DQplbmRvYmoNCjI4IDAgb2JqDQo8PC9G dW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjczNzI1IDAgMC4yOTgwNF0gL0MwWyAw Ljc1Njg2IDAgMC4yOTgwNF0gL04gMT4+DQplbmRvYmoNCjI5IDAgb2JqDQo8PC9QYXR0ZXJuVHlw ZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sg MzcxLjcgMTgyLjI4IDM3MS43IDMxMC45Ml0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24g MjQgMCBSPj4+Pg0KZW5kb2JqDQozMCAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1h Z2UvV2lkdGggOTQwL0hlaWdodCAxNjIvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBv bmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDMxIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUv TGVuZ3RoIDQ2Nj4+DQpzdHJlYW0NCnic7cEBDQAAAMKg909tDjegAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAODPAPjiAAENCmVuZHN0cmVhbQ0KZW5kb2JqDQozMSAw IG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggOTQwL0hlaWdodCAxNjIv Q29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9J bnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDEyNjE+Pg0Kc3RyZWFt DQp4nO3cbVMTVxiAYTdvBOU1ojIiIiAK2toBUVTAUUFrEYiYkND//0dKQAGtmhBLdp/OdX0/M8/M zj1nk5ycS5eAKBIg076kmisUS0BGFQv541iTfHlgZLQCZNLoyGC5kBztquXRiZm5e0Amzc3cqvS3 dtakMDDx8OnaOpBJayu/TQ4VW60WR2aevt3erQIZtLv97tlcpdRqtTQ6t7ZdawCZVN95OT/Wl2u1 Wrm3vts4+BvIoING9dXCaavVRtoDAd/X/PjqgVYh+7QKMWgVYtAqxKBViEGrEINWIQatQgxahRi0 CjFoFWLQKsSgVYhBqxCDViEGrUIMWoUYtAoxaBVi0CrEoFWIQasQg1YhBq1CDFqFGLQKMWgVYtAq xKBViEGrEINWIQatQgxahRi0CjFoFWLQKsSgVYhBqxCDViEGrUIMWoUYtAoxaBVi0CrEoFWIQasQ g1YhBq1CDFqFGLQKMWgVYtAqxKBViEGrEINWIQatQgxahRi0CjFoFWLQKsSgVYhBqxCDViEGrUIM WoUYtAoxaBVi0CrEoFWIQasQg1YhBq1CDFqFGLQKMWgVYtAqxKBViEGrEINWIQatQgxahRi0CjFo FWLQKsSgVYhBqxCDViEGrUIMWoUYtAoxfN3qbuOAmDp/5GlPSpca1VcLn1sdnVv9UNtvEFOzo1wP mmnPSZf2a9vr88etFoenlze2tolpd6/e7OA1qr63u5P2qHRna/Pp3dFScthq4cr4/aWV54T0Yn1z p952Zz3Y33378kXas9KdlccLE4PFw1Yv5fqGrk9O3SGi6dn5J5t7bTfW5t67lQez02lPS1emJm8M 9+VarSa5Uv/AICENjYwvtL4ZbNNqo/rq4c3RobSnpTsD/aV8K9XDWJNcnpgKfSOzL7bbt7qzNlcp F9Oeli7lcsepfu6VkAqD0887aXX17kgxl/awdOcS/wNJfvBOZ63ODhc9c0iNViEGrUIMWoUYtAox aBVi0CrEcK7fV7UKPZMkua8PmZWGZzo9t9RX+OYojHbhoiT5Yrn/8hlXhq7fX9vp4DzwywfjwwNn V/aXv5wxBf5rSa40ULlxc+LWqdt3lzY+dvA/m83le1Nnlk3cHL862JcTK1yIJN9fuT3/aHHp8Ynl Z68/1Nr/f7W+/eb58umqpcVH81Njl22scDEOWx2bWVx78/bPE++3dj61v8XloFnb3Xp/uurdxvrS 3WtahYuSKw1P/r72vvqpdqK+38mFSwfNRv10zafqXy//mBppXeEDXIQkX65ML73erjWap9fctS/1 qNYTzWZ9Z2N5dqzftgoX5vAt+OrM4zc79c5uL/x+tfvVzSeHb8AFqcLFOfrI2oq161alCj3xq7FK FXrk12KVKvTMr8QqVeih7mOVKvRUt7FKFXqsu1ilCj3XTaxShRScP1apQirOG6tUISXni1WqkJrz xCpVSFHnsUoVUtVprFKFlHUWq1QhdZ3EKlXIgPaxShUyoV2sUoWM+HmsUoXM+FmsUoUM+XGsUoVM +VGsUoWM+X6sUoXM+V6sUoUM+nesUoVM+jZWqUJGfR2rVCGzzsYqVciwk1ibTalCln2JtVaTKmTa cayvt7Y2pAqZdhTr4urqklQh2w5jrdy+f39qTKqQbUm+PDx2baRfqpBxSb5ULpfyUoWsS5JcLidV AIAf+wfYIjsbDQplbmRzdHJlYW0NCmVuZG9iag0KMzIgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9T dWJ0eXBlL0ltYWdlL1dpZHRoIDkxOS9IZWlnaHQgMTAzL0NvbG9yU3BhY2UvRGV2aWNlUkdCL0Jp dHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAzMyAwIFIvRmlsdGVyL0Zs YXRlRGVjb2RlL0xlbmd0aCAyOTg+Pg0Kc3RyZWFtDQp4nO3BAQ0AAADCoPdPbQ43oAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAbgxVfwABDQplbmRzdHJlYW0N CmVuZG9iag0KMzMgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDkx OS9IZWlnaHQgMTAzL0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVy Q29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAy MTY2Mz4+DQpzdHJlYW0NCnic7H1pe+LIkm6zr1rRigQCCQQISWgXAuyy3VWn5zxz///vuREpdruW ru65t08N8cmWpcxY8s2MiMwM//bbgx70oAc96EEPetCDHvSgBz3oQQ960IMe9KAHPehBD3rQgx70 oAc96EEPetCDHvSgBz3oQQ960IMe9KAHPehBD3rQgx70oAc96EEPetCDHvSgB/2vpkqleqJK5cO/ f/j4l6JSBScxKzciVyp/VgM3Gv3+l/8vFHwvw9/U59/YzC8/xv4UVar1ZqtdUqtZr1Ur7/7eaLx7 +g+gv9GQlWqj1em0m7WyxUqt0WzWTyKjgi6//VBr1xr9ru4q1dqPKvjnRQaRGlcylEat/KUmfzuy /mdU82PcfevN/y3wrTa6rCAREgWO7p7G5pEq1WaXpjuNf5oyYETUa38TU5VaixrIisi0y5Faa1Ms 22+W4wT/yDDdRvWHm7vSqCTwTK/17RFXaXQo+kfaByz9rMgoEt1rXmYaMCrVrleIFn8eVsA6fdXs TzdTa/Xpfuv7sv1Fdv+DqFLripOF4zir1Wq5mBkKdztCKvWeoKlc+++CwN9EYMle7wcM+UNtVVus NnecmUqT2afSoOSxoTCtKumozQ3HGt/54b5OGl0hLWaT4aDX+MZQwg5U9QfaR5H7AKUfZOOGqk1G 1aX+aXJFow4VtlWrNTu9zp+Yce456vCaLvZ+jqerdpq0rEnUd6d+nE363b88C/wnUKXBGP52V+QZ Uhqup2C9KztVmow2s5T+X1X930s4lmWJaf7sgLptrEHr6zRP1mOWNAgijxx/oSFIAbLceLW2pO6P w7LU6DZLU9Ro5FkK9Y2RX6n3ZdNSvzsoQWRWltn2Tw3KakeeO1O+dWQDjWpNpW6jSQky3/1Z28L8 pS0dg2v+xbFRbfPGbMy1vmfNapMSFaH3j/Pc/geo0uTn+etLkURRnGbFbhvO5f6V4DDP6vN/HiwJ V38CK9+ialu0s8M2sM+rJa27WbKQYbxWmwDZOLCEH4cD0ejL8zYOwyhJt7tdvJC/saAALJUfgiWI bM/UnzJEpdbXvXgpda5gOZtKvVZPMmc687OwqjTYaRjbf0I3H1O1PTDm34cluCGSZf8AfH8BqraE xe51588nE3O29BIYRXMRPKqSqhDT90UdfLj6Jad4TpuVCcf7GPz8KfnL3Tu3v169Wfn4zdPv5zfL RhFJoTui6tdZ0vKnb3b/2weNV2o9zd/vA0tlT7FlR5wnRWQN2vVGX1kmqasfAfsx97fto0aLT1t3 NjEmlu3G+0NswTp1zdV1Q+gJDjWhW3vfwfWDUmTfYG4X3lPO9yMtHd+oohHpcZitlTMs6z0RIpNO mzW8DYhZ/TFNXWdcSEdNbpZkKwkGx4df3jHzgQbKn2HuU3SZatw/v2MAJhPDD22J+Pvv3vu1CAbR cvccmyLDsLyozYLdPpyAM4epukaz1W61uozAUy345RghHbN4FUw4tjF/eZvRIH+uN5rtNv6lWsN3 WmXW77fbT8o3SdYSM8C1RquN2dBqaZ3y1+OXmKqDRskLOEE0+pq3hdHeruMfyleOGeNj961j98dG b61XNl52hpHlNHkuVkO2c1yJ0Dlb54U/Zjs9cRblgcnjyL3nvnbivtW8zkMQWB7CicDQDCsM5/HT 3lW6qE2iT1TddUMwuCmep1vvOrjVVxVFLtK5cB2Eln/vdkHBhCVURuOspfINImmXm0Zb9wLLWpse 8P12V7TTzFEhajn3dBcGnzVVsnrOGZPcaa3FzdLtWqU7Z0PdfFmOoJNNMb9d2gW1XiO5b6INmCW6 3IBFwe7MTrSMfOEIqtbagp0VnkZd2H3X669CCMvisNGoJuiw3RfNaF84crfR6tEMwwkiz9CcMKA7 XYopc2WYNmOodr1ab/U5UZZF7iaHRrJqNAUfSQLbb7d7rCBLAk1SFdV6m+KPn2AWEHO8FMUKkshT nVaH5iVZZLuNcqx2mQH8ytMd+L0CH8KbDC9K5Ntam7fST7u1xnQ6fZrCRa5MLnYatWbv1ChHtVtd GloRbhOpMFRJXzIwCG01KdXZv+3X+iWvBQHlJChyR+PF6SaPbfSWKygZZlgFIjA0UnI/gCfsdR4C YbnduWq/ibMDpayKp2hMd/oMCygVB6CKs+ZQjQSWA4Rl2cFJPcgoiE1e5Kl2s8Ob6cvBG7Gtc1eo T06QFUXCVqv4OkOXWoKJlBgLNS7JkqjaaXEPS6rL6P7hKTIFmDSOLEFPV8C8aAplhqnhlDOu1OGn XqvNz7Odb8iiBBx0bhCNuV+GplE9ItuDeZFwh1M/aKtRL80rDRjUHMJSwEkRlUqe88fWKmBOUIkC Juw0W7TmP31KZuIVu3e9/jJEYLn3VDLwQCvSIj+EY6ZDSSP0wRamJg/Hushwykgluclqi1F0hWk1 u/xwai+X9nTIXSUNMI05Gukj017a5lAYKMZ8tZqPBhinNXoD3VrAJ6bGg3UbPVEf6fpktlhYI2kg wd9Wi6lMgaFqLUY2ZoulbelCv1nFbOhI18aWvVxYGtdtU0P38OUttVWOk3UVUz8nv6xFSfpI0ydz aFQXeWlkLVe2IV6Fy4CDvjBCPuYTleu2uoKVvP3xmsyVS6aSuLG7ZDmxvCx1huBfwdjpcOp0vlzM UeBGtd4VoCONcDlR6CuwICyLtUwiAfDzrOw5mfKMNJoY0/nCUplOjys1Z4JwjVqtM9B0oQvzXNnB ST0nfa1WIPOAYobrw79+zxfKOQrFv2vwgeOsZqDgBskZj/SjljC3C0zyqHF7bm92e+8Cy0ZfGmkC K82z3z/vvTHXvWHpPIXBEi2ipojMnXr95G6DR82pmkh1IYp+Sp05KHs2lqjrHCnmfsfj8WRmL+yp wrRrwJ1mTKazxXzE9zq0hIqDr2Qa8A7vjhQa7NyipTF5PhKxNUxzKRN7uVrOxxJDibPs9389+Qaw yw9NZNcaif2fTiT/k+kEy9JiFQxCDtlsQAlTL4ziNPFmk/l6ORJl07Ex34AZCns1FfqUOHE2IdDG mQgXXFbbguX5nuuHSRq5cwiugiRL/SnfrjV6kumGURSGwXoq9potzlhvPNcL4iT2F9bc8aM0i2yl B6shqy980rg7U2Ah76sL31uTRmPX4CnOCF///a+9Z0iK6cxlYL7S5IylrVLdwdT1XXgzTmPPNufO Js6yYCZefD+YOJSZR/gA1kWaUVfFv/77y249uuQ+QErVyfdZGOW5N8YFCmZ0wTgLDBM2Sde6a3cT JWm4HNKNr8CSNdPnxBTEiReFUZL4psRJEyco1WDBJNSktMUS+m5cOkD11KulvuIYXl1PFckIXv79 x8Efn7gEjkRzvQkCYqbpoNPsq8sNkT1JE3cCGsc33CiOwiAuXp5ORv6NKGu10CXN2f/xXy/xTGJF 0nUQBq4lnfNTMNXJlgsP4S+OwXdguUJOYY6q9VR7afD9wbx4fcrghSjy5yp9lRmvdmR7E/i+vwmj zXLEtpE7eA2UtRhyvGb7EarAt3W23ehIM8cU2vUWA89RA6FHWgMoj5cbECCG5jVRW+3/+PdbMpeR 3aB8b/atdNp/Lt3BstZR3F2xkllltX0+FFm0tsx1ElqyMg9DzFzA9G9uwjkY0vQBTeu1H8UwJton g1Q7yro45JHvh9kexvXG84J0t/V0qtUVrU2Kn2ziZGOJvS4mQIt4422S3T6PN77nx8U+hkCuxehO HAcw6IM4mMv9NmNE+10aQFvZbuuOOG7kP//xOV/ByFrFnt6HhQECj9A3WEpe5YctNBak2D2O0qTY BRPmshJ2pXmIfLgbghJesbPP/37LFtfZUJjAx5v9y6fnPWZ+yPrAT70k3pQCm4Nuh5+l+yL2XS/K d+lC6tQuGj05sRAN9+Xl9ikyBGW5/fRUZLFrqqrlp8nGhYYSFK7DTTeg2k5ncO4A2BI6jY5gBWkS uMinZ2oGiPylcLTTBICetpdEnuN4cbEFuHZAS4d9Fpw0ToOTOd1kaQgtZJ8+v/hnWKKyos1UVhfb z/962kwlceyCMaEl6HrCndBVbfHmJoUewGIxdNwtOYVlrE6P/dAWacHeffl9H3nAcxotlAtCMPcb HJ62obtagxBrnXD39LzPk42tyaNVlIYwzwZJ7IyYTn+4jh2l16a1VZSE7toL43ABCmwxwBcw4Ppx Gs51fbn98sen0JRFwwUNro/s/oqZ2VtYwq/isti5Q17znn5/ih1rrBluDhOUZIbpGlxdwO0qCU1R MPwscaa6NnGi1B2dF4tad7h5ftm6lmF5u9eX3JsZkyX4gxbf5+CT2Jlo2tSJM3BFaNk5vB2CObyQ fnrdh4uJYYf7Yq30KUx/+rORNp5v0sDke5yZvT7Hy8lo6qT7dC4y0jx/hZVjwGluFo4phKW0TKMp R6ve0+vOnxnmOn95KeAHw472+VI8TRwwr0yDLFoamm66aeYZwmAEskJsyV6dmQD3SZjnn//ry94h gw3ciJGXJWsTBIYhBStoX1zsXveb+XhsedtdMKbrlSuNlikfCK3UWXQAfXLK+unzc7KeGao69bPU hYaMZZSF5oAazOLEFvvMpYMYO+iy402ewgPdXMehrWmL/O05MM4HD6rgaAfB0hiq42Wyz6AF0NLb SwpamqzSfTYXurTm5plnjXTLP9zCEpWFRgyeP4H3zst2nG9A35Nl4FvnORamWCdL11PQ1DpYj9ke bwGnAvgODWYapUsZYLn/8pYtDd1YRHlEEs4n/VFG+vaaOcZQn22yxJYozsx/fyt8e6op+jLOQHPa aAYT1FKlmdEm8zSqL9nlczR7NBN6fWWV5pv5CFQVRs5YnYafXjMb2U22wRzZ3fi4d/U/C5H/H/QO lgM733vaQPOfQQMqz3LaegtA4HUvCw2m2aTHm9QbCeoy2/oTkWVEA0YT2qpsr9bVgk/PMChZwYxf XtOZjC3k+RIW4GWaOjrX7/OjdZYuFU5dH15zW2E53Xt62zsax8p2tt/o7GAaFfFc4RheWybZesjw Vv66X2sczeluUTgKxaKvPQdXWnW3kVHC0sliE2DpP78klsQOjODTG4RiLPSb7yB4PjOIY205ZPvU wPDydCEzIkRIiXl7kglwaMSf//uPYk424XF9SbewrrCsQL6SGGm5e8lsmaGFabhLrfOmOmp0/1qA 928Y5nwd7/aROaAV9+mtWEE8x6mLNPeNAdVnh8s0dzUOwljS3uLYgViyxcqLDDxonqIGo4VjKuIk PGyX0jlegPjXXM41nqYHY3+/cxWas/K3J08HLYHNirXKDKy4CCYCTaMtnm9gicriafCJdq7G0OBi bN2xyAu6NcOk0rGHnuYX6VIb8BDxmSrd42fAaQlLM84chOXuDezCUqyKsqg9TH4DVasNapK+Pvkj rk9LsyiHHwbW9vfnjSFxnDgNtvFcpuFPVrgF7XDjIPd1hjPgOYw5hh8ukhwEGUzCIrIkus+qM8fW xKFTHDYjFtktfAPY1YDd/w2rZaXJn2D5dPA1ut3qKQ7AUqClRQLoA1drHicLZTAOYBEYixwnjNZb HPVHHw5h+VTA6Gn1Ve/wtAHntQ3WzNdDcbzZwnLWrtfbvBltN2NhuN4/BSO61RHs4iWz0Hk1oh16 fKviEFkyz/KqneyiyUCw8k/4QoPk/jyVooZeEU+YVu89LL3DHjzIVld29p9ig2m12Wm822i9kkH0 v4JtYLCtOniJ82TraQw3TfYhboJe6QXP6iSf/89/7ewBmL3c29x5Z4F9nZcxgw3cN0FDeUZeO2v0 8OVtl0DoEyd5UUS2TPXl9eE5MthOmzruczTqLdYIimgqSghLmddvOxiJI79IZoNOo9FmFV3hWN0n 6D+HC5h7G+I2jGj4hydfw8nrJZ+hljgrKYBFZZllYIpGoyc7V0Y+wZLrC/MUX+iKi3wXzTVJkBTl cuoHPB8PvGFTFeC5xKLffg/L+fYpnrCtBsgCCJqAfJ1uF3dsWvQkec5mZOt36OaxJYqz/HVrC912 T4QZztWoZq2BqstXCqzaW1/nJJiUo5mCZp/H+8QCJzvbrjEaaFKiBqLCC+hMIbv72NZFQVSUwS95 6ucelrhalk7sfrsQ2uC0yghLvsdOwszVaFpdp8FkMDBT8CoXU8OYLsLDUzjqH5cagOVmn5pss9aW VrCwQczVoCcRBISKFQMGepgq78MsHJuytt7tHLlTb7JWdgBcNOoQkOziqQSR40u+tozxZOZtn9KZ KFopvNCvVxv0NNn54O8QONLNrvIelrscMFIDQbZ7X+vV69Q42oUQf5YCNmHI5msF84kNQGgRjllu coXbkjAXa28///uPJ2/YbwDLlJEcBZ7YISBsAtFiXgD3NdCgnWYXfwF+Xz398eW5yFIgCJVMGeJq eb3D7ct6gxqHRWjQmDfpKuCI2IqCsFSE6VUH++fYVE1gG33j8iR3l1K9IjHZxiV11eUARepwZDrZ 60ugAyyzp2hM1avAbVT4I0Fzt7GJm9Cg4eRqg+SoLLY7IDjrtLlpBHHyej7RVYE+73dV2+Ii2+fB CkIZme+T+fUellnhYha/1gWDpHOJE2R1OFQljgKllnMd0Q+IKc2y5xgEr+OIIvoieeq08HQJYTka qO7hJXeJ2d38ebvUx26RobeCWwQU1esN5unWkbsw0Ub73Yndf9px7b+F7p3YtrjagpfI4ZxuwRhA C27TGd/pAx4xppwGKXiVg1nx5fM+2fj+Jto+P13WGoClXwBQ6pj5yIn2cZBsvfHQTnMHk6YkLQQ2 VPV1kaOVwcjpzh9C4AqY3sWmYkRvX56zENN42QFgKYkwqsgmDoQsCKEjLKkPYVkkwHi1yeOQUTq1 Wn8U7nDeIPzhvAMrBAk1YTWA6WHKl7Ds1m7Uwhqb/cvL66cUDz0hi9vPnw9ngQkss3JwQU/laL1o dP/7c+o5q9XShmCS78JQlJxiC73iHBUXPpkDQNdLWCs08AjApZdmVx08PUWmNkuOkwWMymajCY4B wJK5huVAN+2l426Sp8+vIcIy3eMXFRAZxzn4JzDr4FEomJquT/mcYVnirA2r1iLe7Yo0dG2yl3Xq gR652W6XJ4FjDdkOrpbZHSwTossKkSVb6sPJYu26a3skCDAXEyeq0oA5IXOG8iw9BHoPjAwzJxlb 6LqAOQNDJrAU9M3LZzD7Bsye7p/z5Wji70qJ8SBDE1ylGcBS6jR7csludMPur0T3mdguWW1EduiC kwhT9QmW7fZgFqer0WgZQzDe5+e7L58PaQSOWpTmyUrtXVZLf4sgQFhmsMw2q7USlhrEVCupTWCJ K7ANsNxm+AIYuUTdCZaT+PcvzzlpPMlSzxBEXOEA0t+AJbSZE1iWjOPBsGyL08AtLAlbx7Wt2iUL 0AewPJ7zSaN0vw8mXKsGy01xLbCj8XIpXqWCR9DuYLl7Thcj5XhVDjfiQYsFcXQbzDQuSp+fTFzb tU5gqcrzqw6yxBmrAEucq8r7TOCI3sGy2ubGK9xoCYJ4//aCsDQTEkQfYTmWjKPg+GCTfhWW4FrQ w7mfbHf7IvUmg9P6U6m1+dEyzIrdbhuvdLY/QFiKR1jmCMuT5EStuTMe25s4TWPPlMVplJMeAZbw 8lpXZqe5d3hGW414MhN5QmaRUfj65VMeowbiLPXNobHZJVMiMTm8dYJlvUmrH7D7K9H9viVuRcBI Zcphf4Yl12rSIz8LbHuT+iO6w822b8+xM7csa75Y2mP+dFyZwDI4wjJNZlewtNPtebV0C7JabtMz LMnCdl4tX15z155Z1sxeLqYyOyCjoP01WOL0AW1uEwJLwjjCEm3Yfg9LO4OxRVZLTGl8tFpW6l3Z TiAonNrg3GEYBLDM356Ts8CGwMileB/Cstj7I4jFTtegSy2SKah+t1puHe0Iy9mlAxs6kCUzLo6r Zb0F4Rp1C0uYOfDeS+Qt57Nl9PQcEFgWaMlrWEZktYThH3xjtayBP6yMZys/KQ7g/J7S6uQe6nAy X4fZ7pAtVVacpySnjSKnR1gSnP52XC019Xq1zF1MtBH95GtNmZ3m3rvVMjRKWMJq+fyae6XZFwtT FUdeccJvs9PtdIkTC7Ak7FpHdsf0Lxhclul8mMXwGBie8lnmu41O32Q4EZZNCAmWaRYGabqUuy1m mj4Xzkjk+YGkGWPlvJN8D0vuBMuRimYZlrGlDuizZMzx4gv3sJRHm8NhM5EH/EBUR4bGUzz6TNI7 WJaxZQwTahXj1V1q8kdY1r4Gy3JEnWNLGLcGew9LWCUGVlgktsIrdrLPFnKvzUyS52J9EthQWUoq xfsIlnicAOLIS9GQsxar6E7uLrElePEq9AGxpWheOhiOxyrPYxBagqrDSRLHau51bFltwSDdxYux Ioqj9e7pCEsMIM9O7AiXJYgtcUMjzj+ILYlXKrYbbZoXBEHWLS8/5OcwmdznFgRRHUO0e4imggSw WJfh9AICawWcWHgAhkMva50nM5EdXMWWMJD6OLFDhAqglsvwtgZ+zbr0HMrYcuePjrHl0N0fgimY nRcUMLvAqU6elrFlixblASOWsWWzTQ9O7D5d2P2ViMDyKRgx7Waz1aZEM9yBobr9d7CsNTkz2gFF Jtdq9PVgny8Vutvpc0PTHJ4PyHwVlhjXF6dMrJVARCEOP4blVFSdAozF9TpdRjassfABLCE6xT2N LpoY85ptbpo8Zdb3YYkJqCIwmFa93oFRBSsXzRq3sKw22bG/zdYaDUuUk+MGR4/WN/t8pTKlwJbG fQeW6BdcHUU7wxLXiksmNtwlliSXmdjRqYMeq05MjQcYbhOSyuzw47mpCgBLiCbO3eDBj52rc1Qf 3jw8hyP2HpYDYL7MxHYw1eq9hyWmvxy512EUPGBJMeJks9+t5fPZEl6D+YGmOMVOn7K5JMHM6qPv QA09eA9hSY5qtkhWOQ/GTPs6E/uUgoXqTUrHawWieIIl+itbd3jMxG63jlpmYiEsgCVhzPc7XVoa m2ORlTAdofQb6LXO5iNBmqWFq/Zv2C0c6RfcuCSR0CfwKAWyDsyDAr2YFqxC+RmWeTnPw3p0eHs9 eFq/XuuUW0cCTbHqzHUM9hqW+XtY5q7Gq06WkX1LbuRuc0clk+EHsMT9kHgXz2SGosWJ484k+h0s e5jNW8oUBat74Y143KrbveYElvkZlvkHsKz1hm5e7lvyhl9kC6nP3MKy0ugDq9sNbqI0mbG/2/lj jpaXF4G99WRAfwuW+d1guWix3AA97luuMlA2f9y3PHXQZ2Rr7WAHdpK5Iw74HDvBShdgFstXyukM KAbG+wL3DGkRd4ijO1jmvs4KVpRvJgIFkgZPh/ew7LDwxWbMMZK5XoJfTvMjt9ieWIdmFNu1NZ5m JCvapzMRHNN9MpMYBvDxciCwLF6LpcL0WXWZpCu5e7tveXA1FsSxE7JveeIOAqWwwH3LHi1aEbhN Aj9GWLL8hDxn+rQwXrkzmeYA66ElUn1GtTfeBJEN0zmP7K4MsWT3mK/4xYjct3x7ihx7PpsvvaTY Buag3QD/6nx6ZpUl5YASF8XvvxcQi2DGHSY4PAAyHC/CxBszV6d8vGyj98ikmMQWgSWmAVWGnwR5 vDKG2sRJtuGUp+Vjy8TFWhNYDjGNyzJDJ8PTHUNwU5JwJlIcHiopYTmOYMImW1e70JJYcQZe5no6 mizj59cMY8uS8dNdQISlHhTBaYMET5TBYI2WwMfUTbcbmOFpbHN4giUsEsIsLiILYi7izsZ7jKt4 Y5OnrkkETn2Dp8RSPITl8fDLWaN2djdYzlqskONCZUPGMi6SuVjmTcQ+d+xAHc03MZ7HJsd+yKmo dRwtFBYWk310PrKKOa5iH1hDZWh6u7fXeMzxJlEjaKmn47EZmh46aerhwaF1/nK4cWLxSBTboY1o n610SbXDGLvW52AiWJHLS2G1nrqKI7CYaqwSmKY4RvOKYjMbj2eb/eseYsvBvHh7juYjDZWymbDn TVUw1CT7jAeAtBG2OUcbnrjrQjiUB2je2SaHqJNhcHHXaEpZkkM9qma6cTiX+n0ZT3tZOug8SGCG 4ifRIS/ZTVyrZDey/nJ1hH8gYXp/+/b2tCW7bPk29U2xC6uhtLycNY3DKYQ0eO4len6OyrioI86C rDyXmEUL+VwnAA9sxWsY49Umb4VgqUa1vBov9/vSLCBnYv0kQ6X3xLLlKjS8SfDufK2jrElGicWz kKHruEGSrEdsl8EjmHgLHtry07XSw522Xe4ZAq+7+e54DnQf4pnYkvHq+eY8Lo+pOzxtS1bqPWUR lWdzkyywhE6zbPNyvQJzKceSAjiGFjDZ4xSNJ1RLgeOFQnUHpXigF3ZCjopWzhrF03TCLSzPWqy2 B+YGG1r7cRYvh3SZdxG7XcEizx03xPOl/WZHMDenY8frMdfnQWRYZ4+nWvBwclRk/mqxdKPt0yEA WB7VCEyXh0yJHpMAeS6etpeZojxAPKZb/aFb7CJbU6cedr1ab+JoOTxVQMBrB2EW+87KDROwWK8L 89VuG/neJi4OEOtAcJE8HTKQxYuSYHZVLYLA8vfPhxgPuKbxakh1mBN3pEhLQs7EhjBrwAREE1j2 28xoTcwOlkncMdtqwYM4CVzHC+ONJfYpYHcf2TphN1ivHGT35wo2/MMJXYpNsd8V2zxL49BfjAfd RhWWlOnlZoaz1CgCRckOj7fDK6frIEAbe3i5OwCmNJ2ZSHyV0XKBHx4LybRbfdlyMfsdhZ4l95vt U8u1vroglWZwHKxtiOkhmlpt4D1ofDXm8W6EvSQ1Y6pd2V4jlABbYQJTCD0w1nGaRBvP9f0FuUFC GD/XmalWO9JsPTsXzMC78OrcI6yHrin1GvWyzcuhWVLKZ3iutzVcbNwJ36PAdQojZH+z0BgcMqV4 2FN5seKs0ZFzV+HmokVy8WO6LjXn20OIxo7p0Gbv3IFvawxGXvAiuShxVEIp8pFRvN4By2oU+N56 7W6CJSw6w1KNeFyWXMmAqNRwgigMfH8TeNe1fMh1m36jzZt+Ei40UZ6SroPAg67PrzX6ytwnWzAb 1yI3eRQ7SNM48Fxvs8YFXXdC3F4GLl3rutgMRhvJy6c8IpdLUF/Nk5FJSTN9sSEaCBxj0GlSBJa9 RpsbLdHsYfm8XiMPUAOBS0YMDxNVtNCP7AbA7kJnfsGMz6XynbNa2tZEE/HGMl7/ly73GPWy8Bte pTSMY3EHchnQJFfhDPnqtiG+pGNiFhoWtCG59Xcsu1Yj9wft5XJBblHisCtbruJ1SqzLBvOoMlKx Ihves5tD4/ZEZYl5VI1UWAOLkqt5tSatTOeWxna6nIb3NK2xro+G5X1LZPxSlQ26V0bKpRwX3jsW x7PF6nSx8djm1c4DFr6jT+lI6MkwFKbd6vHaReBa/STeTdWPUqOCPrqtB3elRcRl2RC5o9iqt06b h43udQfkaAt5sLSnRAlHkU+SVMFGBl7PtAxtODL0Qa93VOOpCkcTr3AOTXsBr4yN0U3lO5GUMwQh xrP5WITok/R0vAB53hpt9lFTx3uYeFqIkgwbGJyAsnWx3+ryumGMp3PoYXR9UZPAMj7krm0vFqW+ aicjk40XRjbQvHNi3gbJUEFwX2szR7OT+5143xIfLGDEkOZP7NJndg2Z+ZvqH/7D6FLVVBxwTL+8 nA5Dt3e+9d871onFHxnmVBb0eHVekcjd/6tp8ljzk1zfpzpk0+lYpPRUnUDij9fyy5bxhjHF9Jvl /XwGu73cSj/ebMdr8dgxufSOzcPH7GDAYEITL6pLPENRwHGj1joxfqphSgq9UlfGI3fuB9KxPACW HWifSi+UElyXiSVSsxxMVrVbgc/ivSv0in9hbqunXmmxVBFH1ABPalgKI01xv6B6r9FzdYJjPQTU CYh8rqfR6DICNDNgqT7FgH6aRzVeGYF0JcErNPOuTiyMe8AtzYOOW412yVJZLuC9po5VIkiXWI4B lI0lheHPDBaxkMoXrgTGPN8uNBWslXssQXDiruyfOZq3VcMgJtx6QzzEhc8l5VzyohwHpFwBjpjK PbsC86vWp7yqAX7c+z4+vauRc/rxptr4scxK5WYEHr+8VH45F82+lGA51/K5f6HRPH3cbHU6V3Vg jh2TijBlXZlmixTRIW1Ck1h86FjL59x9/VxE5mZKvalQc2nz8tfrMuqkqnp5KOBa4Cvx7sqi36rp Wit3JXqwQE0Va5bk5FTFe42+qx5ERL5mFHWEtfCx1FG1eq2la42jZT+qql4hTbSwVNCl6+pHmjpX YyJdQnOliNWyYA+OnXsNl7tiTPcsznXpdPzwZF6YGgazZOviOYjL83MtotrViPkuu78SXf5jRuW6 4NhdRbn7Hy8f3lUfu3x580Pl6pN3LV8V07t98+OSa5XTCzdl5K4q332t+69wfvfC+//XUb10+TWe 7lXw2x3dPDs3hJ6oFRXx8ZjAV+q+Xfq51fb59Wv6isbfyXQl0qVG4Ad1DKvVexbOPf72tep/5Fgd nsLt1m/1dScYNlTrkA2zY0LqG5XvfoTdBz3orxNuxkz9beHrv1g68VKZ9ntiYSFiJ8V78r/gPseD /iMJKyMtoiyc/XJX7O/quH/jxfbA9NPEGf5iE9OD/ofo/8EoqdR70nS5NOVfbkze/deTrxKm4UcL Z66z/6H7HKTGeenWV6u3Ycrf62Hftv9z33+Fwfs/lUe1ajdx7Vfl+UrF8W988VdEKBm7jzGrhNtv 9vZnDFKptihBlrjez1VV/Enbv7fITez63UZ/pNu7/xH2lVZAm3XQgKqS/5Z2w0v5zq3Bb4bLBy3+ tXFQ4utPDv1Krdkm9bNr9Wbr6r8vYm7qby1hiy02/8LkTQp5X1iqYPrwVJC91mi3L/9XrlJvdbq9 Xg/EKtOSx9Rh674K+vntTvuS8CP/lLJM5X3li5+XoA667vf73c5NRhaTgsDtt/N/aKd3Zdxv37jO fJBEI/TyZ1mskGRwo/kTdcWvhwxapHP1Swsz2q1vN1qmpr835L73PyuJ+dD6fZrlOLL/ggpu3VSP rl9nno/DpRwt7//jKBk5P19lHTvrdLvfNt37r2ptRlRUGUvUMzzbPV2Jg+mW4/p/4+YNVtzmmM7P 47La6HECf6rl+39p+w4uxa1la093k0FIQhGQECiiiDIidRzb97vv+/9/51UdidDBcz2e+1hea9w0 qKU6VafCqdobj0UnzKCmwrrvUBx/cQ0Ipi1OZ7PZVJZEHokgccOEz7PjLyZbyacl/ooRcdceTUQe T6N7NPvfhI4gh33CTFGUqUhOWM/vDmhems5kRGn/y8X79tCjeZ7+a/ldj57qH88u/6fuEK5RH/zS zKjzs/s7qAzL1l8jKyJMzj90KZYZ9UGhfnhR/LP0f1a5z/XvD1cZTqQZeU0bkT70xhN2eAWbhY8w 15W9qosk4slp9yMvA2jOz0vj9uuMIMsC/VOa9K1FzSzfs1RuzM5XKteUuBCLWNOE/yKELV5Rnf1z ODEy0o44abUltgb8YjVnybNCvjEzndUZvO2uw2petImiMPBdAnHee7i773HqavYFRR5+2sVeq+ZX cJ+y6doK3e0xc236j2mnPj8ArM9UX4ebTRSs9XnDTol1fHlpu37grS1N+mrjIF9GUjjbXvzlyDxp LPg7FKs/ukPYIUaoxn1OUcX/nL99+PbDUNSWNSjutzZolWvUP+DyLFWBFdQfXhS7mFT1V1WO0G/5 9ep7roPtOr3eeLpaXlHjyY1ql5/P6oLasrZWc370Tooo+fnPS+Pyuuswc8vzrwr2977V5cxsV4S6 yMp25M4aSCtE2A2C61zVr7/g9ha2fm0h/dkXIqzqUeyQpcbWPj0IdEJog3O/66KKV019jgCrPZ4O uwrZNfPE0zhsxJq5kfXFrA5+ev9UuVLT5UYmpA6lIwwGgrFeTv5bFQPcSJZ+Wm63SPmZBrpYw+73 Jgs3zupXvFaYr9njcEAEDzyuIzUfXti/NhP/M8Xqj153nbEoc4MWbEyWrf7s2uP0tx+ZfA3fIjjF Pid99aQrP3TmovLji+Ijut6vqhzBNzs8nupu7CKLHYWluFUYXYvSBKDfu6DIX9WlxPZtgsf+jvxm IBmW8o9v6647WQZ5lds/NSeGM927Y+4qHDsPykRr0IJx2irPTPYf++6PL8Kzaq34f2yWNa/ONiN8 OveI631Gvv7Wppfp48ver4F/vt0P1fT59VhmaZIkWbmroiXTbY/PYBMf7gs+nX3/9/e8xnYhB2Px 85/P0XQ0FHRH+xul+L/1IhvJpqyKJPSDKCvLBNHWySRbUJQpoTfItoWvfO2ecbMon18q5y8WF52E sV5NfuU8BGdgDAgTsPsbFPFnyXdxEiguGwzCkZo8fX+McJfH96PcV4S5af3F05EX8jfEifGLAsdx uPL15VCQ1c+3u9JXOUFPyssRLgIkBnl0xgS5qkuCVKzbKscZk9su3L6omz/n6949Voee2elhH3zW vR99qyf5iCM6GY3n0e6C6ULG3kuEY7mppzXltDtCbXiTuFxquZefru09l0/ct0citovfnStf1wvU tbPzpy/f/9hBA1rjFDtwikgqofjnGSmyNW+fnk+IkUjMcrTIn08JYjAuNMPPD7tgNurSq+wjDB25 Kny6/PP//+vQ4KPjsm7/+J+3ZDbs0VOCWnLTrHQu892/KzLe1zK5ef7PVVWcndlU29jR5vJUNWH/ TJF/9qF29JY6lWeak+Km+tXGBbozC/bPL8foDAV4LWuT/7sDJxGmZ5f/Tp51M9H5nU99SM0vfiN2 oUWxyfXa/ckcu7+vyem7zqe/KBmTIeldivQPOMFdvHx/IXsdDqRlpSuzfH1RcqlGoLcK8NBljTSv 50vfacRFtJdye3M77/WmuVSbMauXw8bC1V9aYXko11Nhsdll5/lJMsda4kTet7MCnNVFW9lhsd/6 c8LZVN8jZKbsbP43pPGuqe1G3g89euaW++vg7d95gVkSSLp+Z0SAWG/Mstra8Pa5uFaXMpFZsNPu dC/ch+dKIqk1NRxl8B14o25NbB4d3+szPIvjHHVpCi7wcC3U1WSKtbNrwWc7vc/skTgZFVZVoIz7 lLwmpK1tQr42grf3e5A/QaUgcj6VlkiPRiOKnbvbY64zfWaFqIpfmaVW/PE//3oiiIvExt3Dn/9+ S+bD7nAisH1SocYHwvslrZVYtcOb+3a5d6zgdeoy81Ua70p6OGwZbKtoJY6H/QHFKW5eJTrbbSPs T25J40F/SMt2WvjnNOL9XbaZVbqHZ8zNOqq+lrXJ/7VakIsU+4067txdBFwvSL1u7VrCD/fN/Z77 ku8bHssHEk8LCGs8pbo9iuPpfptU5uslxr/RdO/Cx89P/0mVCP4qTrbDRvn49EhgQWsEBZMfjeGi SBzabrdbtQY1jbZ35DCgPxKsvIaLvdWIawn927mgipViuJ3ma7dV9N/qOd/H3BDGsPpjTg12h1gT pogh0mCWIEJxmV/mVm/VhaJ51S1w4rN3X6sh9s3eSuNbI43OJ2mQ+2z0pJZyowRIRLRC+LOfNEu/ ArXttAZolnrTQ0nwiraOAHrdUBretXDgYTCkWZZhBUkSJyNCLkma8XlJls50g70xy7JY3MUe/24z cjRmx8MRK3IjZDUbsoI8lYX6wjhNMOZEWRZrKsP7zohBnBGJ/1j+wOR7lewKZ8pJFqJWMCTEBj9k pGUaF9s6MCEjecdMG4N4HlpdehEfKweJNP7KLBf52x/fn2qEQoTpCo/f/3yJwSxHvDgZtNt9mjyQ yAw67d4YsZ5m8pkv8wHWTIRnB5mwhEnxIg1meLutkIx1h5SPbfC1cFdzf1sRJ77M9omG6vrQoaaQ g33ZlYJgKkWZJNttHalfy9qkZE4PkVLy+LJ1pFEbT+xggc4LgiVrhqZB5LLIjnp9WAVZqsGJceCC 3CwZvblvj9UN8jwiCYAgMsPBuTJP1gQvhlM1eOX3wz2XZyTwCa7QvUffXlbbPYFgRhzAbaIx5KK9 dmdIM+MxUZCzArQHDC/BS/VKAhdL5ktQI7hxr3WP94+3i26Hw4IqPPKQpgdIXAxXkcV3d0PM8hgr VBtXv8fq2bEwBEFPdwRWrEk+twSM7KIAjbo8wBfGc7+C7Y2C+6zVUGDHCERGpEFq/Y3EL9IQz5M/ A2aCXwA96db3Lwn1iA5Ca2//gVkijNkDmOWhgND+AYO01kDyd7DKjLhYylS7LrKoC2kiqLq+0nF6 z5gjfH09umat3aaOeN9hFF03bM9zLMsgPRZY1lC0GcfNlwoi5tPTle16rqPPGDI1OeRVJFN0DIXH acmRqOm6uXbNKfUhESHFg3yXOSs7LhOzJrEj4GhF5kK8kjUlBpDzIVVrpvWHAbIUeOLoB2aZPb88 nTBiJ9PZq2T/9PoUz0f9ibqa0z34Bx7IcZ0FN6JwTND1fM/WRMwMWwNOgVt1TJAJslacJ/tAGkv5 pnKAQWi4Kx0RJYbcxB30fpnO9iEt3qerCbHWzlheKJPeZ2+JqhSVieMkVbLESB3ekLU5ZtZY4F4o PFJKvv35hHbfwWlK270sCAh/pS102/NdYy4I8DvPsxSc0bzvUCJZOqStHHT6gkWItjSelbTllGVl TSXjnt/alLyYT+DKOGWJj7t4Tzp5vkuCVTsdPLTG2iaPIVfeqKNWk3JSlICq1BsJi9VCXVqutzZm yM9y16GkJdyvY7spIu537kEjFAM1Aic2SUF8Bnp032UXJvYt3eHgqsJRYxwLhec0FzdklGiW5WFD MlwwFTCII8SCzBzxx2rWF0T2KzHcv1EAUJchURdYmGV6KMwJ+G6NLLu9kKZnafCNNEDi3DtpkDlZ fmEYpuPZC57h5nj/rr2ScWzz/jz3+dNmOW6BWSLJhzQeDuA1YtXoAD9x83VoIXQHFlw8dwE7WpYn URTFSeJroEJk0DtECsM4tJFTEHFa8qwo4VNxvMa9H5ZLdf2VPDUDR4aMTcHB9jhJYxdya0g5CSsk vBEHhoTMIqsoy5C78jOVGQ7s+9t9AZl5vpaHzZj/WIvLaKlYKSw+lhjI9gdmWQ/yIYDXzv2xWZ6O 1a4i2QbEsHa23T2eNgieCc8uDKkZwhQURWJPeRluFR41zfPYEhF/gNeDNE020SbJM1cetBoCTZBG 5CjMlWiqBakteMULh+T9QPZ3lSsOx8oGnMqCHw+Qt55i6P4XjTmoSlnhqapbFmts0ybFRFsi68Iu /bXCy071x/97LSxxNOK0Gnug4X8czbwEViyGNckC23KCOCvzAHG+OuOZHRFc59hb8hQlNbSUsqh5 gS6JSw8LowQkx/QtiYIr10SZDU3kJ1EO5xH6oXZ3YqYpbJRFCmEYoiQUEHfRihesJkNGC5IoCCLE kvaIAlAzZ5OmILP88LxzuG57KNYagTST8pgSzQC59FojJSiQvesBsSbsOT81iaSTJNCvsCLELI8Q 6xAg1Day7JUmN0J6Eo9wIKPky/QK1FObZdJApWFV398h+B6rhaiGxcZarDxfFwXN80l8BrG+6dsy SIOQYW5QGlOq06HUIC9y1BNlhgAbRMWdGYXoNr9klvHjKbHUOZ7Ezpdu+bRbi+zcz6PFGC7dl9wk 0ORV+vhUxa7thFkeLhAWBSkjQ9deh2nizqnuSE1OT4cS+ROTMlkRDC3BTmNDVrwsVMYkLYzWtosw DeKgMxDMOIt9x/GTPDbF4UBwqqdjlcfrL8p2uDnEx+fnpx3SpNbYM1gzzh2ZU8JtDU1FzDJfQsAE SfCQ01PE/PxREJseKzD0WENY2NHcz9Jsf4jmhIbNn1KMlp6e9mUa6FNZD7PEty03LhE/s1vzPEau 4yW758dEpbrUe2ncgK9amPWfMeLxDXuLHPZD0SkP28jWZgJLDQe9rzqralS9VMdYrNpgpA45xhqE STCReDvdLHlBz1//OG00bsxpQZYGa8dFksf5uEfD/R+LOAji8rCHfz0vKvbIjNMdTddJtvEcuNk8 WvFnEueFIBpJ5kzFVZSuYUu+a40XYerIDEd4L9eOt0ljS/p8wEgQ6DOd6Q4kN4t01c4IPxDE36nO DiAByWyB4q3iuEuR27LYgdMadIaSk5Wpv3aj7fPbweH7qBF5ghoBimHJE9lJI4gxOwgOdfSlfnsI G423mJtxkXi2EySpfzntaIJYJEvCfHokWuUxW9I9BMWrUXRbWJK/max5b5aEtAIWZs7wVvl4qvLE 0xdWDE8vaFFdUquLa1MijTQEOUdpbEujHqMXT0RPTE0Pwas4jhfnOCxw/6tmSRg6Inxt0url+2Et 0NK6wPT4HpZmk3tzcVW8POf2XJS1oCjW0ggpI4tQn0kzPchTSxiNtfz1ZRsYC0Vz8wI5bkDVwyJa CHO/jBcMAwLKbEQhcwPEyEFWyNhSILOwk3KzZCnJO7weE0ebsp/DOdyqnN33f73BDliHiCQZBPNn KQFR8Qnk70jLn5BcDnIDfqpHuwMkb336B2Z5KIIoxxAYg8soCaJqj2aJPDjIwFG+Pheeroi8bEYb WxWFmRHv0dURnkdfkyV1Xb685ho9Eu1aGtMVWLd14YwlFbTdDZgkEmgUp1SlemMl2B722yxyDVVi v2wIgA8vUZVoRIgjhAqIGVZeEQSRM27mH56Rf4+ee+C4NVmc6VGR2SIF9//ylNmqsooOL6fMWcw1 t9iD4o54M8lDYwZr6eVFoLKsEh5OCdgnopy7MqcGBabr910E4zNFTvGL3NOmkmJCiLr6fJLRsKYI EAKEmTsXtU0ZzMfUjFymzxp5uZaQJ/BlH+qImldgVo3mWqW2AgoUn95A5UaMFhWJo0qSYsVFrEuy RTjdBqJ3+v0FRUYv42ytLvxyGyynsmoF3uJCOIb3UD2V9rQBQk0O+3A2bINTKUmVt97Fbf66Eh/M EhcGzHoiIuFLul7NJdlMC5DG3C824KDuOxyEAhbEkR7Sic6kuRHlsc6NJmb1hnqizhQ7qxJzLitm EJrgyB9+zSyT1399f9wjlPJuf3z5488jyIjVITacDlv10gjciqB0jvvDySrebhaTiRbvMnvKjpGb bhupDLMsXk6hyo2pCSxLhMkzo6e5K08g/kw0doJJlSmzrKAsVW44IqyQ8rjfp2eI9yozMtEviR52 v+joRLzs8vd/f8/P8SBhykLrGSB2M8Ln3RFwtKfcsyDUt/10d4CcbtD9kVnuU0jbwDPC8ok2BOMe smHW6MvELF8OvgK+bMRrtjFjRyN27u0OBC8VeR7Z4YBGJs1Cgz1nU+UOSIOBtcQS1BnrDY+hKueK 0/3tgVrmp0yj2j1GddPqcDjsYO9fSV9ByGBhs4QtB13rdhcSPN2P1EVDzoKUSqWHnJGiiQ0gOTKS bbRgOQPu35vSFG+WL6dIZSlIUHa5wYMVlokhjPoDVg23uSXQCCnryaOawUpiJCfPzEkX8gAImTRe NPNdoosMPZm7RenJn2WJaSSIEeQSg64Q6t7lhNUQNnTQI0QfaJb7p8IUqCHeRWHyY6QLdKfjwQic 9dO+9gSFO6P7/TEht1SkFV5gBOH+4/fXQmdHgpUm5lQNIfFQOIaTNU2mbryltXt7zFzTMCBgz3b7 1JjgdouHIvLgAXbxALzDDRPSB7NsFoYT1/vnCkIESAp0MEvE7cTdAbM0P4fwRDRA3QwJpDFbI50o zVu714M3Z8e0ZBf7WBfZibRYKchp/6ve8vfnKk/xlRWH198Pa34wwiYDiAJGuDRgdDWmdaemEMxM SXa2R/CeAifMrQxyZX6yBFeF6N7tgbjOQSY9/DfROXqKmgRXSPbbYDUVeEHkqP5YxXQElBGTbYQl 56f+/ghG0fmyHxnRWMEsfy/1JvFEv7HbBQo75lcpllxBCmCW339/3GbwGHm524GTp9rtH5plYoKv jzW6R839eL2y8/dmWXNgtjojYSbzzJgRFuhWVE52yxIJW/HIrThlS06AmKlwUBozK93nxnkE964v h4fKfmeWWn7KNar10KWl1TrKtnuwTCTK+eyEHkaQgG7XMg0Lvj0hF+XDR0YxBDLPd8EULNfF8Kb3 cI/8j9vcFAUD75/pQvKTnnZwu7D3uNvClkQDNHU2at0/9Dgrh9wavWTh8L2aKgf87BLtYdhjVnHu TmFb3R8TQ+Y5EXLcA2Fo+SjLAXrGBSS66UZjhpDQZZYsmQij2VwUzbKCGHHUbvWFNUhPgs0B6Uk7 kDvOQti6xPMboBFIbhkvJRVP/1kO1vfpaWuL7AyyoQU/8xBEEmIYXhTo3k1uae3/+P1UktXfVtsE w+272hoxFGb0pLi0dH1pllptls7uhMDurQ5NWMTAiW9w5+7SWpx7s8nU2x1TY8pzgrJGtw9rXz0h 3Hsbwf33BQQsgiCKk+Gv55ZPT/l6pS3wGN4Mds97h+v1eDxMQvzxOIeYlQCFEwYILGgVrrIIjy/7 jWMYhhNVj1gkWmbHDJ0WARwFL0nRalRAMFPTj9AU6PJhGyOJoMgMYMnTrV/n4oSdEhlEdtVa+Lr3 E0JW2d0jxznsv025e5FCSmyqc21dPj9irn9jlvCKA2tGwzYy/oFZ7uKVYoPyCBSnR6GuINXcjVki ByayGT10x4I8nSkLwy+fn1NNQAJX7GEghoNsClPv8LKPHdip7XB7utrhXU8ODu+8JdwPGPICjKLV HdLCfGUHSbk/lN7sUwMdqWI8HSJdUVbB/vXoif3WJ7MkQOa+PBwh3yA50m/OK6aiURAOz4fBPD4U SC/R0O3MnJrL6BshathtlJo/mus2ZonwqQWYFyU6WWLwjJI8QXZiQwyyTg6P+Q0l5kWZCHyzMVsE mU8Of5LCW6huFi/pdudilmf6zolVbF2Z1+Jt2HCKOGin/DLZNrU7JLfMDGmKf1+SITSs9khouoyy tYShyn6XBfZKnXLXTvJbs0zTJHJXWDL/do5d+8RX6Oy1XvWVt6yD2O0OElnCdYhmORgh46OGZBRZ itLYPL1UIZFGvD/lhiBiuDInheJ5UO2LaG2AitPYj/2rldgdpLLUiBzEajHqERIpbwpCnp4lOtun Fme+JGQXhNh+lTz//lQhSVla7I+lDVJN90g3SOysCX5SyPUb+pFxn4GUpeY8NKb0iGuoA27ZKbeF 9TXSQw1MfjidHk+ZQZJLAt7+9lLFvhekh7e3rcF2WtcgVteXZNGIcH9glpuFpGGDGD9zNp4i6e/M sqaRw4Oz/mRuOF4Qxvnx7SXTRBVskTgNZACBLV6Yh0/fn4k0EpDGlTMWj4GvJBy/1c0oJdJ3dhCo qtMbjjl5YW0q/M6HBjpSHDy+PZWR70fF4+8vGQQX78yyvJrliFI2Vc3A8I1wr/o3RHOzaJ8tYcMk 5HTrueKVjT9HgHhIANj3ZtlHVuvMljg1zAOFphf5W0NDmG6Px6an6sMGAr4oc1dWjIDKCF9dRKYB 354PWx2mMUu7qLksYbPJt95M1GFfRlB00g1EKMaymimvoXKwRGEVZ+5C87I0zsqNvrDTRJ/0R5Kd VvuqTENb5a7cmTdBrL7SFJGpD5hbRI/nNAM+IpzfMHR/NMs2DdvYRmFF3CNw02rMst+bGMhXzilB Hqo0raav3x9raZSHQ6qDWRY13eAdVgIhStvmMWQleFL/a2ZJzi27LZwhbYMR7ZC2GfZlN09MZRWB cEcdPIO6sAtCTrcy0ueayTWM4jT1NW6ChG6k0YhAfqeOokEsrtHdhpuu05+oTpTBbVepM58gS8uF ndKr2SnLTP+8E5ObRdLWbRmH2X4X1bX7wSw8vT5WGbI37l/eSKWOOpd8GIYej/qkI+PHZhmp3MzN YwPc0cbEneW9WW4JmD529bpxmsRRlFToLcUFKjMu8V1jlkpNcFpLI/EvlQhC64O1hyshsrDe7YMp NWJ5ZtDGtpA+hYw0h/A9fTQJCLT06fWIBI1JcXx9250plghPaM2/eWOW8W5TmyVunFWggFnekHw2 xL3ELH3CKoRmOZgTjpZ3Zin0IOwFHV4qFpZQh2Mtb/hrycOtP7t1wlQf5ZEb5EgV8NBDz+R7abZG au6rWRI8PkJxtkV6ylq8dZUAzFIyLzTChCbQEliwhMi2N6nvBHnq2WGGyO2dsWwEaVHtd3CPbPdz yQdWnxr26qYO3NtAj3URQ+qbgs8ns0SfXe0goMf7JPRftVnCLkMpsMFoczPJHHFIqdkrSGPTSMNV JoTpXSTo7gNec+N8u9tDCI3naL9olqTLhzTy3ZMuH8IcymINwfZg3+R7bQIHSFwHSrUCbxmfMPJV VXWx1HGMhqnZeu9+q4HVQZ7rNIeQ80wZ2elRnKzqTpjvDrk9lS3CofaOnRLU7MtBCULaWpThSjUh P/WmELZDypidDpnv2La9DovTYwobAHU5IGm3Wg91S+B/MEsI4Iw0Dyw3DrQJq703y5SoCUSqMy8v Es9aLc3o8FgHsXUPKOwOSAkmzIPjY+GuFiANDaQhnMvw5KR9n63OJ5k4LQHpoi2MuYWp4Sk1Qib2 eUhNU6yvvluhLpj0aRd7+Izupno61YSEFRL9fTu3g1zMEvxe3c9SrxB6y1t+pFuz9EqkKid9UUr8 yVsKPbIl4/kjbqs9UERke9dwqVeG/mXfA2ntyJOsjPDYmKhOCv9BCHN/NcsrfSd6yzM95TfiPgvi Lbc1rUlNjWdyY4iisyjKYmthJUWyyXJIDlvtASPOl5afVIcquPi/2wOSdusChPobcmSAI9eWATzM rXZ9OLdEoqp9CVkbmGVG2H/PZtnqwW2kayvI4xXTG0FIf5bGEqTBN2x8JCfojfnpwnA3xX4PAXOn 9ctm+aEnllChK2GZg6eONbrdwvoIJlp3JEFBmt5gv4+QlImi+Zk6ZUc0GG4t1XqHKpK0TM1Jp6lS jPvUhMcmpbkV4zenRlrjs4HWzyOSW7qNWX6CSXxA3o7tZsnRopXvc0vot3vCeruPjZkoQH49t7Nj 5eC+fmknuMAnXszyA3hFY5bzMWTA8JhJ6k4p+qNZElYv1LJsl9pzgZ1M19Up1SCVLHNz0r2/a8Of PGSEqe8ijalyPeIhh9hVBYljm7T7t/qw6ocE8jbJSUKN6d6T3knWKI51e9JNMzlpENoGWEEQBGnh VafC4MYyst8RvrM5LhuY5RLVezSaBlXNPVmv0Bpyy6/NcjbFEyWRNFqRPn6FqbnRe2ezvCdsR2mc F7AFQkgKSQ5WGqkx2IMi0QT6+X3XOknhdtWuPrrHNrcKoiI8MLx7Z5bM1SyFVVJFRKN6dQ0Icssq mhMKeOQrzfDIU0+qsixDDVKNCi6P9eF2n+E5luWnq4A0PbevZnluJ3gH1wDqBQblesRH3H8wy0Zd kIgVsqp9ivWq8302ZtlFxse4QGn4s2F7MA0POx+lQeFou8yMOLMmWMS+N45nmYmoOukBHWj7/8As 69G5PeTa08HDA7bElOak1+pQ8xDTcdkuIJ5k+t0eJWjGgr8xS1I2Tff7w46cfpGavsaMxYUmM0Ok SCtBMVHQsKP0Wi0E260gmpxiCYPULFofQIW7E1iezBQG3dHU2+6TJTsYQ3qXm8Ko1+12+xRYBaQF NKPdRCW/fTDLuxuwkatZIrOluz1AYG1yg7qu9cksydljqGB75NTbP2WLiWBmpT+jkAVlvX/KlxAF 5sjIBtIY8QuDuMFGzB08v8ltieoiesaQ18Hfu9JwCCHoNlAYiLTbnZHkbPdYUCO3eLZoYjOxxg56 SPIIudFh709ZeFQsAnd6rJ6fCjDLcb2XwJ2UxVoatnHKJoToQzjzP34wS+RrTUHe4w6pmZdgSeMJ jnpIwx5baxg5ca4O+31mct0HdF2VPxv3uv2xvDIU2EvuP+KAkJs9NT3qpGSze3raIynwX5il27SB EI1SsLGMVGJTgyMaATKLsUlDifaPp6qufz4/gzMcd3rMfKnw1JDiV/G+tM5zsefmu082gDtGVmZ5 mRrvZmjfdZ/Asi0j3FSQuu2jWeJA2BYsIbd4kAb4AwhFQBq9saQZ6oQ6m+Vdi5I0CBuHI2buVZhu /pfNshZuPc34RNhxsciJZ18TipZtwi7ILjZVZk8Zaiws/dCSQJmTMz8wcYCHl5cd7slolmWisazi BtYMT/bsHK1QdorShwtS3CIoC0dipMYsCbTDTbt6Q9rqQuyKpfPNDvImDtwmKOMIYcTB3sDNHQpT mCx/YJawl7HM8JaZjZgl6KJRPL0c48W4S30yyzUxS9FFSkqWwrOYp5dcYxg1LFN7xk0gEnt+K5YM AyqVO1MGmUu90JYu2zL25rol+FqFo6nxZGpsqgqJLrEz7VD6mjShaW4KsTnYWg9JlNlzcfEOnQgW YAgJ9H2Pt7fHdMlLdrnfaDzNKcHhuVxh5I7NtRzF6ck21oXxiJ46KGB28qVZFraIA7a5M4ObFZCj 2pgMmZrnETf+stmJnOoZhKISdwdmnCA7KDJx4gh664oScpYmxFbx0/eXukyLedru9W1PpFfzgn4w y5KcB4L/USdj0Kjt894RkKUeOdMoaqIGW8g7se7sHd5eK9IjtPv++wnsvN0XzMDV+DFyxFbZ5Siq NsuvspUWrcX743F3mY27KkD+WHefcMLcjLawBzJdPDO6MctaAXi7fH45YaEbA4ykkYakB4EhUBeh tRnN83WJphgI/PD+f8ks+9Nwly6vZgm7Lkl5SVXl+3N6Pql/e6v8lapht7jB9QeClZaJo81VM8wT EyJIdVOc2eNwWXdvL4VOCK4kr9gsQHP9LFlrc0UPityRKGYRFpm3UhTdz8twwYxEJ8c+OIIhgTAf V8WW1vAJlQRoPQ75J9cLLdjWRf7f6qDZw0hRgDwunn80y2WKBcmH9ni6WvA3hDukvX866FBq/PR6 8CELrhv+qTH5Z8wsY8KBSQ4c9pmtzuZ6UL28YFMPb0Ku45q6vTl8/15o4yFvNtIwgiy5dvnUU2l+ UUH6ulosTS/ZIt9nDw8X3XK/jT1L1y0/rYj7alPy8gxyQbqYqnTVFI8IAfyhtCWI/fbb0Fzqbn56 zpfjLsSYh8pXOXa2zooID4ycBIfGkcPzQvK5xbQTjyZy2PKRnBVvVlHNqCwgwO6OF7AvuHNexGAW 47EWhMbPbwfCPY9nUzm58sKO882K7bZHt+AbF3UCZcFaMGa3tF68vpaNFepwUXHMW1miX95YiyMa 6TZ9XV3YyfFlZ/PD5g1FWfn5Nl4ybQimrerttVgxfXpZvH3fO0gaxltJFhgKPGdahOplIARHPb8a bqzbkJ+fK+f9RGs9q9D0H6zDrAJj4/ut7sRs7hN7rmsSVPi/9PntSM7z7lEbi8gCaVibfINdPkYt NJxsDzP4zUwxoyIl/Rj/3CzBm7nZpS8FdNBMYnJbuOft304BLk3DLpiFfpjkiS0PkVfbgf8N/SDO M08ZY99BfAZIIA2Ix31YE1oKduzPqRF2PF7YFelun1uFWRr5AWTykc71+5y5CTDXeBjNnMDgrzx0 9ALS9RVBs0F4Yge0z7Y3pGX3siSrBHZecRHm/vuFITXCDCsFEAkHN92qZMAYmx0ho19XR5xnbNXv jKg5/kPRarAxMWzAZshym/hrF551vwe/2qNkO87qLuvX13xBdUey3UiDMCneHI/ddbGdpyyzJE6w kz9Avk+k/VK8fLfbFhkefpfRCp0Qo/n+ss6WsG4WZt6lhos5BbYAT8AX7krSgl5hn2ynD4HoPnOm 7ET10iwO/DDNkeayN1bDBBcEFzjFA0E8UN5sdLY/kqw4a5bOX+Bsn+xtkZZyqm9i8shElY9ZrQdt WoHMDK8Mj+jA2ndotW7fvlGnzsQsHiu3mXyF5PAAacWIzCvgjDVPTVZRSMpk9Ruw4ARmuWYSPYDb 6/UmyyAjb2Q5IbfEGe/4eIDwvoODBycss0FopAZ5jgdjcRoZ/CWLR6eYu9LnYXKSRxyPifb+YAdv cnN62hd198m2iAxh0MJEsrlPCAAaBcBtf3ckhPb1wqV5QqSRrqdUnyGPA78i0NnwGw9ZPbFg/SuV WNiSlmvz3P7wDf6qbc3I/CLseeXTlgCIEHZB0jd7niIgrI7+ZoMTJA7kG7CLrSy1WSqEsjBDQoDY gIYI/e5IMoMYO28DW2V7D6SaHOH3I4hJBrDWiqWLZHeeubFzOeq7AyVwXL3B0YI/O7MDz7JcTxdu CiuS6VkzTjZd/f3xH4rUXC/Z7kN3YkTBTfPVXY9HbBDI6EHOkYMhMnlnAoEA+Wco6gTsAufTND9J NqHvOo7n29NRp0fPDDcMYZfKjo+pOoQESTb8DZmncdR3Tb2QGtNTw0+yPM/BFiwFx+JwlJGeWSHY 6bYs89hdcP0H7HcKN00GhBBo9vqKXQLaPHfgmSFCIjtC6K1dzxAHrfZY9ZLYmdFDdm4FuCCbwJxC 5jgQDRs5ZRFKytFRfxFVDda2A8ms7kXN0sHNwh9e+ElkIexOje+BAEx+ZEnNjCczt8Prle9xo4w+ ZGqt0Wy98RvMHhx0CUOytaKzNS1Ioscz05BJiY+8QXdafUK3uYkCPwidOdVu9bnFOsQhmMhbER5E JCMOQ1hSWL1VEJkENwZBkKIYsbTclXjD5TeUrS9h1/E39qb+8nsLwIAPrTKFxQWl5AY4sked7xNB QxppwFbgRTbho8XlbKQRh9YMJ3XkGhQFLRaWdIN35pNWln9+boncyUN+Kp65NuFmWElienUosoKU g2x5dV+3q68MY6XwpKyIrI7zpWGa+v+2d63diSJBdBAQeYqIPARFiSaZiZNJdjLZZDb7///WdlU3 0CBm8/JkclL3iwp0dXV187DovncZjyEp6c6SqVW/GHCjPMOXvfAyPmFFVDi+3Gw35TKGFYkD3Zqk q5PtdlOk8OpXs4I48vDaFJ9+P62fOAa6O8vmLGT8sjEwvHixyLI8mzWkZOxkjbI08Px4HnXeqgF9 1JwdCmNpd1E/88AFyI1SEDkEsctFwgIw4FuGhgcfxmgcxQEutEMBSdbQ1SKJkyyZWLAQN82XRbEs d3cPMIlCHTohj0aRdCgIFdiXrVFmscwrBkxYYhzmfAHqlpWBpdS6l3/biang0BFpOm1elw9GfpoD nZsXFyyKqzxJ0kjoPK5KWAc48qIFBjiHcKvGOMIOUXQnTHGdpGpO4pj1LXeo7jpU1MzWZR76rO95 k0FjM4+9mvcTLW+h72GKBjsFd50p6yjqWaWgWZWzPMcOAr9jZtRgdUc+vEYQGzSQ25yv2YAq8iyD ITfQTD8pYESs5gGuc0NZ1BxOF80OszxyuUoiGzfg/Go+bWiqwWwyn/UR1bHRES8X3YGB6ydXG8BJ uV7OhRCrWvnJWuRVA4Bt7EZjC9Hg8cfm4GEiTps17lFeereE+zLrJMux64nSA33k2KgWqZnh9ucv fCJHGbP7q1UUTKcT1xSydfrI9adhGIAwISzPt+xakhBOOhe0LdGiaVu4XN50J+z4iWcJLgjDHges PCd0ZeZsC7+MwvVZwzyHbInCFFoeWq7H4Er6h7jRMY2R7XT1CaG4Y+JlMD89lSgAoIyDIouq4bjc BdgyxIDAh2HZvFo4grV0yjw3LYfVY47jLAVmgjD/9jcuxW+isc/5CrP3WPkI2Eidmo0USjigtQhi j1hGUF1V//J103FG8qwUFgfb0ECyMZgGvmtZPF4qrvu3dOa36U3ATaQ8ZdtF+8ASF/PURrYNg487 JHcF+81+AJu0aDI7wq1iyQJTWeYBgxtxZ/md6KZqij7ra9FBsIMZVUX31ht44P3pNBi7jmPzc2Io jQjZDrZB+FOPm/aiBuzoPvIEob65J1wJZAfjCQImn4iOgRjVfjYDoBUNnUUjhOiJ4VMHTezBOMH7 J6+4fj5pyPffd18TdvVTVa1h9WbVaOwnUHxMlzhNZ8j5OGDCojsyjEbaUbCYDIXc4KBlZgBmlOpr Q3BucNFLsQN5UwT9uYIMVvAEFCzWTcqn4hZuookaiLomM5Hz6gatlki74OWy7qbrYtbkYlp+VV/4 ofWHKulCcs9VqEe3ovJsk019f7a6vL/lk0e4rqfRy5COLR11ubuhYVwWs1LltGbFKhbrGaUI1odr GpdshPcomiriBWa4XiYIaRqjhnpGbTWLb6qVRaWuq2xo2Lp6SxPLtmXhZ4fkBP2VCtTFpXBKG5R6 QLB6tcY/aUQ0QVC6BvlR7UUNLY/3hkDPLmw0go+musqmHvXRaEgDv2Lbwr4BgVC4GtozmP/47Lvl Pw9/beDWvK9UiJQg5e7m5mvCb88u5lkhWb+nhyirMnbMfOnsaB//ZV+dEj0z/CSV/571SSn2KEz2 bW3sKvis3qYj2fe8FmlUWpslzzE4VnJ2fXVeZPn64tfdVfWHtdu6tg/90p0VYxr+Yk+OadKsJOlt I/8YtBpbf+2obvS272BXdALYrl223PXzS1+JfUvKAS+6TekKw+ypf3bHTW/9T9rVNFrpPbYdn9Yh UvTangn/UWl0ffn7ucx3QFL2793lOuyZS4UZz+2PW+CYGPLUmpRnPTLYVWY87qPQeBWAnMp3X8c+ XgEyGleYcru8ub3eRn0RfAGQQsp7I2NHxEfx810BE9dXu9uH+4ue5PBhAA3H5c1PSNf3rot35+fX bK84aQdynvXIwFk+j4nAvAxtWZhXgd15IauMPES7k5fz4e/ZVd9Yk+hI+Ch+vifYaQn5+5sf5bP4 +RXNDhflSQEpyJ7TEqQ7NptFlQlUWnnWI6MtjvdmVt/QLKSdl5uzc0iths5Lebf3cZyWvz0+ip/v Ccj/FmW5fIImZ6uYbnr+ZOz0rzsGdtgw8KrMGiSzbPOtHywP4k/vcky5BZBEnYAC15/u7hHwCZv8 TECeeTzxvb0M8P8Ug4ze8JBkIE+SyeKPPUnOTwxFFUnUT3lSEp4Anuh9TLr0QLlDqUuxt5t1pfEn oT+1SiDUePz8IhAIBAKBQCAQCAQCgUAgEAgEAoFAIBAIBAKBQCAQCAQCgUAgEAgEAoFAIBAIBAKB QCAQCAQCgUAgEAgfDf8BmD9Zkw0KZW5kc3RyZWFtDQplbmRvYmoNCjM0IDAgb2JqDQo8PC9GdW5j dGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMCAxIDAgMSAwXSAvQm91bmRz WyAwLjEgMC41IDAuOV0gL0Z1bmN0aW9uc1sgMzUgMCBSIDM2IDAgUiAzNyAwIFIgMzggMCBSXSA+ Pg0KZW5kb2JqDQozNSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsg MCAwLjQ5ODA0IDAuODQ3MDZdIC9DMFsgMCAwLjQ5MDIgMC44MjM1M10gL04gMT4+DQplbmRvYmoN CjM2IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuNDkwMiAw LjgyMzUzXSAvQzBbIDAgMC4zNjQ3MSAwLjYyNzQ1XSAvTiAxPj4NCmVuZG9iag0KMzcgMCBvYmoN Cjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC4zNjQ3MSAwLjYyNzQ1XSAv QzBbIDAgMC40OTAyIDAuODIzNTNdIC9OIDE+Pg0KZW5kb2JqDQozOCAwIG9iag0KPDwvRnVuY3Rp b25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjQ5MDIgMC44MjM1M10gL0MwWyAwIDAuNDk4 MDQgMC44NDcwNl0gL04gMT4+DQplbmRvYmoNCjM5IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1No YWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sgMzcxLjg4 IDE0Ljg4IDM3MS44OCAyMzQuNzJdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDM0IDAg Uj4+Pj4NCmVuZG9iag0KNDAgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dp ZHRoIDE5MS9IZWlnaHQgMTM2L0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQg OC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayA0MSAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0 aCA5OD4+DQpzdHJlYW0NCnic7cExAQAAAMKg9U/taQmgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4AYwdwAB DQplbmRzdHJlYW0NCmVuZG9iag0KNDEgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0lt YWdlL1dpZHRoIDE5MS9IZWlnaHQgMTM2L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAw IDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVj b2RlL0xlbmd0aCA4MjU+Pg0Kc3RyZWFtDQp4nO3d6VbaQBTAcbOz7yCgCGVHoEgFRIMUEcSUAAFC Et//RUpCrcuxntNPd8Zz/0/wmzl38vHm6OgrxZDeZ3aW5XhBEElNEHiOY/9xBIYVJLcvEAyFiS0U 8HkkgfvgAHu8OxBLZXKFYonYCt/O0vGgW+Te+xnOFUhkK61u/0YeEJt83W3XcsdBF//Wz/DuSKbW uZ0oc3VBbupcmQ579WzMK7Bv9J5Yvn07W6z1nUFyO32zfBxeFhM+gXk1Oe5YsTNWNzvTIj3T2Cwm vXLC+zI/rCuS79wvddN6Ij/L1FfTXinmfn6/jBDIXIyXOg14O2u3mlzmQiL7PDqJ2q1Kjd72L0bN lPdw/fvLz3ZnGxMa9R+ZW6VfCIsOn5Vi1eFiR8/l76/fWN01k25nejhP+mJK1eXv/dvHzpnf/vgw nD/bUyiafDtrN7/OB+1vPyME89dzqmbHnp7FoOQMPyOEirJq0MV/MpbDSlRy+OGSvKCOvxpWY9L+ 7TJiuDSgkP8T+WAhHzLkQ4Z8yJAPGfIhQz5kyIcM+ZAhHzLkQ4Z8yJAPGfIhQz5kyIcM+ZAhHzLk Q4Z8yJAPGfIhQz5kyIcM+ZAhHzLkQ4Z8yJAPGfIhQz5kyIcM+ZAhHzLkQ4Z8yJAPGfIhQz5kyIcM +ZAhHzLkQ4Z8yJAPGfIhQz5kyIfsy/AFOvnPy53s1Vr08ZfDavTAD+ZvVPoWm92WI85iM96fvfpF 3Vo59aYYclaKct7THw+0LfXTlV424GwUZV2J+mhF1/Cb60kr7XE2WjJiKH+lbGm6fkufDyrOh8fe qehNNUc0bbS0DO2+nfH/2UbLiqFcZ6pRMz6WsZ5dFaMu9u8i4Hi5P9Mouf+9XpFryZdVwAzvS1b7 DyvdtEg/gWWZuvYo10/8rxYxs4I/WemN59p2Z5gkZ+z0tTrpn58ExFdrsBlW8CUKLfleUZeatiY1 TVupymTQLiX3+jdbyFnBEzktf+/Kw9GY3O6Gcq9VyUS97/T2+5V8kVS2WDlvNJpk1mjUq6VcOup3 8e/19gDxkscfisYTx6SWiMfCAY/0Af5wAI4XJMlFcJLIcx/jDydgGJboPv95BnX9BjpvB/MNCmVu ZHN0cmVhbQ0KZW5kb2JqDQo0MiAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2Uv V2lkdGggMTk0L0hlaWdodCA5NS9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50 IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgNDMgMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5n dGggNzY+Pg0Kc3RyZWFtDQp4nO3BMQEAAADCoPVPbQlPoAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4GnX+gABDQplbmRzdHJlYW0NCmVuZG9iag0K NDMgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE5NC9IZWlnaHQg OTUvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQg OC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDU2MzE+Pg0Kc3Ry ZWFtDQp4nO1bZ5PctrL1BM4w50wiEATDcHZXvrfqvf//095pcJNsWSu5ZNf7sHB5J6EbaLCBPgfd +u23z/bZPttn+2yf7bP9/2sHtF+n6fB9jYfD0bQ/d/j70zgcT+fTLzHhcDxb1gkTOZ2t0/GbKg+n i+04tn2lfn8UPn9D5gfsOhwtx7XPv8IEaPJ9+3w8255nf3NRDic7zIoiz5LAsb6a7+F4cZzLn0zA YnzLrq/7nN0ki67P3V794PXn957x0t4+vhPBJK5hUcbO1Y3z1Mds/tT1t4MV1nJUkrMm86zjO5XH sxOGzvn41nX/1vbcywceQkq7wjW94FAW/ODZUY3HwiGsM1yC3pxPp5N1uZCHGIehH47mze4zx2vS 8jaN0qavwuv5+YfjiZRap71HKm+3SSk98ty7GBUn0+908eLYu5z2CRz2Ac6WHReZbx2/a8HxEvey 9smNDqerG4SBe71cr9B1xsvV8cPQty3r6vqB59huEEVwgJNle+jp2Rfrijf+/vyPl7BRirW95GVg 26TLuVgX6hqS16CHU+ht4k03zFOfBn4QuLZDmlzb9pPEt58ncDYDBJ4X1YJlzvcfAhaOqSawDuSk Udm0dR6HURzYFyeMoziv26ZMAj8u6rpIk6LuuiYLHD8p66ap0iBISCQLyA0PJycX8zJPY5e4blyQ rtALUvTo6tS1sLBOqdehTLJ+WlVbUYc0haa6iIMoz6OAhJoicmwaoCrzelinfXm/awFXLVlwvMYN nFSJtqqbIvSTqmk6oZSSfZm3gx76umFSac3LpOi4GMaRV1U/KDVgzS16iFbQzE+/34fC96ALoqLO S6ZG/Nen9pEsmG6qSnM237QYpkn2HRNSStGVVdeWRSvRVTZpTANw1vPpvrTBD1pwOPvVuMx6mhVn gpVZzaXU66L1pEU/rIts604Mat4W0TIpmJhuk5TTMulp4pl9JDd0ium///MkEjeoja5J9UwvWqpJ 0VIenWp+vMmeqWUeJDRJJrAOPf4IrgbG9T6BvuWD6Lsewrep9n7UgkvMb9s8Tuss+aBYx7Hhtseb HudVwxTdZnnDpVoeHyYsb19Wcl2n5eE+jdMylnQWkBvp//7vk0z9hN/uRtcwzItoOqW70CILlv98 WfWIndzxeRu7VmpZ5bWaJz2j//1hgdCi5Dh2eZIVtZhk/vE+MBYccU4M9/ukxlmzDouCUQb98GUb 1TSPcpxEHiatHPX69LTqSTVx2s+39f4EET2r3QLLr+cv/30ay7hUD0bXJIdpbNJCjH2EMWDB74/z wHtsgEbPvKjEyNIg48syr+t8e3pcIDSP46QqbKG46EeeXj84i2ABtF/PlpOp7TbCv3lddOO6LQMb tsdFcjkINox9EuZ8mvT6SBaMTZIysuDxpiBiDgw8gozPt22bWdWMd6NLMj7KMkqZ6qPLkfbBfeqL NPLdoFRjm+YYPA1SPu8WPN61EGrAFiELwqRksMD+2AItitBzg1wss2SMt1lUDPfHhVUdXJ33nHct l00cVuM6qQm/0HauW4W5LvDlnvEmxmF0vEatIoeeRtYrOCN+6BucrXh6/dCZZ1CMM0txXmPBcjHU UdIpUaWVmLReFj3dVsWYwJDkRWlRN1wPz8HqLxvcn02a1WWe5vBWJQSvIy/ul/tYJ1h0LYVgddWx Ktwt0LcNizvCxbanTQ1wKBIJERGwC5jEwPAMgTmYH7qqZl3qRw2vsdeOdiaGyqdofLLTnhVBUOKZ 05YTEieT0HBYIfq65jgBe9Z3XI/mqP+eBVZQDyM8sylgghxwsOX+1c350MV40nwYJG+wHGXqeRn0 DXQy1tiA8/r0ZWUNGxSJ4LwAPsnbJvWcsOw7HLOkqy+TtCxCx8+rzMVZdInqJjGYCeGvrGLHiXE6 kKUN02Nfd1LB8ao0KXshBW9KHIgN3O+7FpzsuOq6tkbcCuKyaSg8nS9+mseOdfUzE9HgtaF3vfp5 0zV1XWZpyQa93B/GKkkRl6osuJhlDZPIsc7XIEmjyIS6PHQ9isxXP/LhZ4ezE8WeWVI8sTB0LcuJ CoxJqzeqOjFCReQ6AfRSKI3yKve//wwA7WwgB2AH5woAQPEfUOpo2c71fATaDHZUcQEePuFTFAa+ 54VFj9C2zCxxCXYYESzr+WpDaBe+Gl0usM/lAvBzue5drOv1GZSiN94eT1fq5/tJP8rCd4wQoYod zlyAZrzrR+D/YLDVjuheYBoAgMFXh5P1jOyOBs5dAOzO54uXdQLRU5S+dXpDdrsQAUS8Hl9+eEWJ z12OrzDY/EAQDuDJSTrZx69wkDDmxSDHk/UD7OUNNb/h4N9eX95xjGfqAgQYFk3ft0XwjKFfOxxe NX4t+X60bwx/JEhWm830Fbo+/EoGaQwAC7kaEga/TpLI/TMl+ZsN7opd8cvU/eUw1zAvItuYYBEC /5A+/XAzDvrr1P3VKJZfSdXQyW+4z2nfKeT1p1dGdNw3wf7927s/vHl+fa/8l3rLXzQAJ3G7q8I1 2x78B2cMbbyr7bjOFYQKb2xiNHA12uD46JgD7Wy+woFkXcHySWrv808v+R/b4eRVGtixi1wP7MwJ 4tAFv0IQyYqyQMgI0yJPwhAf8yRw8TEHp48RRrw4xxufaFhRZJFrmy8S7/uB6h+w4BL1021bZRmn ZR6nNdh6nFdlBcwEbgk+JYAE6roHnON1ltV4lbIvoqig8NyXcYw4OHDQF4r9oqMg/a8aANQj53le AS1rhvg/3nRf9+BRArHtBnw3rNsEWLesC+AxQTviAZpXtQTwBMxuGzmv88jrsifiJKoP8M4vt8AK uvk2z9um2lYMQm1f7iPWFlByGJcHgP7pfht6sT4+rMt2m9R8X0DtwO8GYOaVwLrQ27aMvKnFsq2T rIPLv2qBIUCPN2IHvJMa5Oz3p3XWQJB4BgB5N0Bj3Vb8/p+n27rdF72sqi56Pevl6feHdb2viqt1 A2nrajZtt2VsP0Bsv7jRPp4e7ngGT3fVi3m7Pzw+Pd5n0QFGT+vT7xv4rSwzdv/P4zIB6oPZsTSu wdJg3jaDTvOWjct6m8E55bTeFvHRNcovtsAK+3kZ+k4uN83F/PC4rfcvTzP8fQG/fXi6aa1ZlrTL 423EzpZi1B04kQL/vd/BlpXs6lYonAUgsXzQ66Yr79+0gK6VRl5EYdZjd/Lp4QGe/vgwth0sUHp7 WJRSXRIWing6tgfOnyYKCgHqMi8apxJvqo4cDtudts580x9dBP1iC+ykY4V/ubgZE30r5ok1fJ76 vOBaq3FZRsZA41zwTD0qSayuLwIv7fqmAWUE9e2Kgi4KcCh1sASuJz66hPjFFgAT5YCiR8vLyiIt 2yaPiZEFoAqcM86aoihi5+LENT50ZRJneeTYQZbHUd7S73kU5i0HBy7TrGagrmXw7+5k8CCXcOnR cn3f9emq0w2IfXlxlqVJHPq+5wBM2EGSpbHv2K5ng665rm27UZqlkYvgHGV5GnkOxes88T9kLr/W AqIaO30xl8rEe86GFYGY2fb1Yj1TE4Afk+A4nQ0/OZ/NFbINOLQDpBdcZP8buOgruPhKrg7Pd/Nv V//H129+e0kzvecnzwzttathNAbZ/tPzp8V+HYU+7fj9R9Iq31d82PMS/zQdoOyU772wpsPx4vqG Q4GffStd9DOKCZhfHdf+hW709uD3x2zWyXKTMtuvjekTjqDUpbuFixeFexLsnYc863lxk3e+dHxp r+/PThgFfhSH9vlVy1fpzcPXSn5wUWzK2hB3tIk8Ytte3aQVgC4mt2PZftqLJjKXKFGaBLZ1osQU GiV69hTTb4ev5Pf9TGx0b3TvQr/SgdsWSUqH0fm4azGc1XrZZ8/TOZos0g9wTziIR8dd6BJrSdIU pAQzBogfZ57QZQSdkITRRJHgZ8NnIoxu2Z7nemGSxnuK6XCyX+QvkE9hqOuY1xhf47gNaJg4jJtx 4uAVRQJuf744nuv6EcT203WfTorpXI2SyPvQZY+WnzeM8zaPUnrlfRH6cQnEtt2H9HrcL/XEdL+P PSVW+q7v6qoIHTcGBytbBrKQElk5XqP6RT4qO7xtsqSie9yO0QVqUSGycXAguT1oaGnrKvMdLyny vCKeUdElwrvphHGJr9vM+4hGAC+0UiHaM7CWZQIpEVXRcDlMD48KFhwvYS0o8QEKoNd1FMTBOCsj ir5cTZPWY5/YdPFbKiPPEbN7qaZFs1Yuq5YDeJHoWiYpNzBwdX+YuNHSmVVju5ahCSnV9jwdzapG TtMo649AOAZOabjtrrlcbyMfZs3xBe/EutEzADfjA++H28M8LmAt+0Xz0JcV8M60PdyAmA1IO3nN TPLT2ILFSVCcu5bTfZW9XLaRLrHlQBBQDss6MKkJALYlpdsw+Dqvq8zMOmA6gyYIy6fbMg1t/EEG hNIWPaDiw9OKhZ5Z1elZSSxIVg2zgAVnvxpkndfjOo3LTVV5OwxYNcX5qMf1y+/39XZfutA6nvxm IvlR91XDh3F9eloAQcemgEoAb/Nc7k+3AcCbtUIPXI4S/4/j7cvTBlakS0A9mo40SQrB9e02A/Da 398IlAAkyvX45abUPNZphb9Km7yL5glZ0ChRRLmYNXwArKWSsm3xgKdJDQssmJd1ojQWnoFWkB80 b5gCZfsC4jYvIo9rpeooqoTW88OXTcL8vhGjaHsoBM1TG9G9dVUFLDh7JSykBeVEhNZZfpwBiYgK 0uKoYRrKuJSYmR5M+kMYC+pBVEkpYcGk2ygsBU4SNt+3iffj/QHsZRSlR15UK0nyWjCFmS2PoD3T 1CeQEGWYdDTM9rRJRmlzMdIdwO1hG3s2P256gFkJ7bqo09hMGyxoeqmX20QpxO9ZQFmoeVbj7XEd 5IjFLrA6fFB0G7EInKYnpxBDX/cT5W9UHQYlZ0XaTKA3dcGmBe4kupSev1fJZ3mhF5OuWuFoLXgO Y3mYMgyj1scbLICNcuzzjK1PmygruWB/C06pjuMlZvOkxvVxxTMSODtmFn3/RuBARhNHwZKCu6RB 2vG27qUUA3wmhs5r3OKTWjBXyQvfy7omCTKxLiyJCg46Q2PTqesUrCN50dMdBWaxTRCsQj8FkfBj WluFYWj9MWHRxFE14hCI48Zkv1jpW5TlwUYy02ENXSLMH2ehzm7eCyGk7CnKhG6Yl2mc4UiWgyh9 k1yiOCFNrr+MHTvM08AJStbnnh0YfmPObEoEljnJV0XeYElJZVNXiWuHGRUy5EximIFy7axvmzr1 najmDWWiaoozdUyXym/TKSlMSNEmH1E5xMCE7gezOAgoa2L7RF6iDJwrNeUSQEgRBeI0olIPC6HY vVoXP45c63zxE7pRNHHzcKbyIpL3vTCFRqjc0zgI3iSRQAkNQ3EclMjDDwHQkXW2qXsWOufD++k8 a4mcj9g0UBuAouMQS6HKm5MhLxfbdR3b2uM8Qj992n83WRWwTXNbvss+kxUSNfKWudqlUq7LZUdJ JGfZ+zA7PrruY12o2IsKv1z78lwh9DIdiy6RXeej8qLdBuIb74jKuyv15w7m0/Et0UO4cWcwVON2 +irh8yJ+Mn9O78qVTs9aju/bs5bTKwo9vPb76usPbNjn9BVv+vo6/9uX+ztZOf2xZu7FmuN5R6bW +TXd8CpmMmWXV4rwx2TCd4f9KytMpdtPkW+TJwSO/gupg+WECVoM2Hu1nTdiT3Lns+1HofsryfLB 8pPX8ri3+rjf3r37Q/Ud6JrnAxoH7relTnYC2Nb3fVcmUZLQsbA3TN533KjqKhw/x68Y9Vv7eQuo Sg6RyXqrjzM3Entm9Lmm7l31HWVlr2FRpVEUB9fz+3o86/lWA9FcUWmCouKqtstxdlkmm2vHZZkm iAIsdU2xndFJb8zgZgp/4yLg6BRyqELX8/cj8Or4QRh6V9AwSot7Nvm0yW2b6rso9F26VOzyNAmd vR7PeZMytTphP028afi0AjQMNShFEMFznLAehr5Vt5Wnvmd0m2q8wPdJmPLjQfBxHvxPjeC97rKM quKaHCQlr5u2LWMMiHdNmYYhHBrHfRRFadX2XZXlbNlUA8oWhlREUKWBkera0mQ8LxGbAPWSetxW EIAujfMaxKZMC7ltWgFRgEkY3UkQUE1cXeFRdRTt8F307ZLV71ngViNFcjUqQOcqr8U4qlE2aVox icbqqqkSPyzqqmrhGdPIugFcBY5eF1VP1XJslxohRWQFFsy6zdLGWDCxEvh6nKah6zToEpXGiBpU Sho40FMtjATRAk4G+lBQ8bMJEmOBoLogILwRBGdeqbRr6DBdwUAGgOVFnQFGdFQwON22SShTqYOf pZIMgE0yOS/jAD2pTSBNbNvIegG2Bot5Taxh3kBvxvs2Dst9JiolQTa0FHpbFfTd5xHMaCIV2QeV Ud+0YJZcL6qpgdc4TGEN0wBno2ryCvRAAkZ3PZAKZfv09rhKOc9gYKCZ09gXJZtmBVDKGq4VyAos kKADEz2Tvleam1LJ5eFB82EBMlfLiIVRLekGFt+mvhbrbQAbvA2dUfE3LZhApxoQSTWrOmtGqnkT RZj0kxagHpgOw1qC8BJXAWdhHZEdUKMobvQCDiPLFOKVu1vwhJWl0iXQG9GY/MHT08zlNHY1WFov RknMYVpAk2SRdaATZU9/WqPi5y2YJLgvSEwFJKow8bhS025B3I2q64ZlW8F4e5OZIbY1vrMgqslc zbKoxKFmLODrwitgOdfPOLmYnoj3zFxo1eJByw7/Q3eLJ0dFwHEz0qqpsclwWv28BTiLJrArQ2IE EVhOc9HDQKS5YIqXBVsf70NdcapGvD3eBHGVXk7kRV2eA9hLOVAiR8iSLIh6UCbAVeDZhI2DfOY9 M+d67PEgwcIU6e411W+2cQhGXiVgsXVSGhU/Z8GRSvf6lvPS9/OedUx2SQBM32O3kftLYiT6vvQ4 RLHmIzYi1l8rYg5gXCapiX6sjvysZ5SfsYKGt5FJOoC3yJ25UZle34+ad6B2RcWNbmgQoEJBwVke g9EVcQ5a97P7AFysbsuirhPXicB1qgZ0J6rqIq9NJVyL7+Nu4EUQVdjcw0j3Sh2OUDpNKSkjRF9m RZX5LsSp9vHsZlVuEvdALEVTw2/GQemRlTifEemaIooroj28rzBu6rlxVcZ+UuHQjo2Kn7MAA0Zx iKDpXi4uAmMYB/bVCSPfi0zUiakojv5lwdWOyrZFAMsjxCEqkgz9MNsjGhXCXy9UK3Qm0rZX15mq +iCOoKdDtKrSMMqrMkviwHmOlkmAIA9BjAt29fLnZ/OERC3sy4XucUFfTAX/+WQRE6GSeoIXlK8h 1kOlcVEYeA7mCkJGDMcAD0IVez3eXkx3eKmuM8VVBEb2Mj3neqVMFqVzzhcADWKGJLILvv35aWT0 yjze52WOz0jeQLzfnqvvTGncXgV3fsZ8z2Vxr1V1O049vqMteyfqZXieeX1XT/dCfV5u4r/1j41+ xIhvf3gHd7/6Fy1/+kcuH+h+lXsHoP8ulP5sn+2zfbbP9tk+22f7bJ/t/0f7P3Pfks4NCmVuZHN0 cmVhbQ0KZW5kb2JqDQo0NCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9F bmNvZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9GdW5jdGlvbnNb IDQ1IDAgUiA0NiAwIFIgNDcgMCBSIDQ4IDAgUl0gPj4NCmVuZG9iag0KNDUgMCBvYmoNCjw8L0Z1 bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTcyNTUgMC44MTU2OSAwLjMxMzczXSAv QzBbIDAuNDU4ODIgMC43MTM3MyAwLjE5MjE2XSAvTiAxPj4NCmVuZG9iag0KNDYgMCBvYmoNCjw8 L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDU4ODIgMC43MTM3MyAwLjE5MjE2 XSAvQzBbIDAuMzcyNTUgMC41ODAzOSAwLjE1Njg2XSAvTiAxPj4NCmVuZG9iag0KNDcgMCBvYmoN Cjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuMzcyNTUgMC41ODAzOSAwLjE1 Njg2XSAvQzBbIDAuNDU4ODIgMC43MTM3MyAwLjE5MjE2XSAvTiAxPj4NCmVuZG9iag0KNDggMCBv YmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDU4ODIgMC43MTM3MyAw LjE5MjE2XSAvQzBbIDAuNTcyNTUgMC44MTU2OSAwLjMxMzczXSAvTiAxPj4NCmVuZG9iag0KNDkg MCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1No YWRpbmdUeXBlIDIvQ29vcmRzWyAxMDEuNyAtNjcuOTIgMTAxLjcgMTEzLjA0XSAvRXh0ZW5kWyB0 cnVlIHRydWVdIC9GdW5jdGlvbiA0NCAwIFI+Pj4+DQplbmRvYmoNCjUwIDAgb2JqDQo8PC9UeXBl L1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAxNzUvSGVpZ2h0IDc3L0NvbG9yU3BhY2UvRGV2 aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayA1MSAwIFIv RmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA2Mj4+DQpzdHJlYW0NCnic7cEBDQAAAMKg909tDjeg AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAzgyd6QABDQplbmRzdHJlYW0N CmVuZG9iag0KNTEgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE3 NS9IZWlnaHQgNzcvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJD b21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDM1 NjI+Pg0Kc3RyZWFtDQp4nO2aiXKjuraG22bGzJMQCCEQAmzHyT59zn3/V7u/wOlhn+5kJ72HW7ei rnIDmhbSktb3i3z69JE+0kf6SB/pI/3/TIfDcU+Hw/ubeKnui5lv7upoOa7nua5jGe9s9mCY5vGn dQ+GYfw8dxuuP/4+h6MdpEVR5Fkaeea77D0Yju/bP3tX5HrOCw0fDMu2Xnqd70ubp7ITPe+6jma+ edCuoV9Wz+/xsKdP2+33d18Kfvp0tMM8D2HvnnV8LrgXMpwgChzj23a/rXw4Iv9kH+8dvGquHTO1 jJyLaWKpY5iWbVvG8WhYuLAt/FqYaD0Etm0a27zCBCRTZ28mHt2MsTJ0UQ1ZtuPoBoy9um27pziL XOtLu7iwdLOOvTnQwQorWgS2qdt7waXu6Win/Tp3hLRylVXg+lGSRL5je0GcJEkcRXF0cizLxW0U uHByxzRs13O9E/JDT0+j4Vej4hWcyTZtP0rTJHAdL4y32kkCV0v8L+2ioTgKw+1OT4jhFkLx/KT7 iwP3NXc8OplYVVvk9XhWTZKUTcdoEUdZzTrOO9a2TRWfgozoiyxJs8hzgzRL8YAxmp1gr+HX83UZ OpqHflhQxrs6i3PKWEMb1uG3LuK4bJhuN0xr/E/qVvcSwAeMU73c5ibPSdM2JH1t+cDc4bL2DeXq PDUlhU9MsqeETbNS63mZpBS0qJhA6hltWpJEecPabkS5scs9Az3S9fGqcFelZStGNUtWd9MyCTEt M/yM04r2unhfV42cZc8HpaRoUtc4mAFdn1be7B3g0cv+AHPH222Z1Pm6ipoO63lWug95Xie53i7T INXQ9ePQtRz99QMnZSPGcbmclVpUG1lHmLs8zH0vZUdoB3Mvl6mXl/PY9fNFcdaPPR91u/M8dMO6 joxPaH1gmX5Xn6jrjAIjxxCIOrReN/fxvFwfH+e2YsvTbZkv13lUZ9UxeVl4089KTlNXZvUwDT2a 7YSU6vbbw7JgWlLnCGdQM68In4a25WKcHx5XqS6KVe0096TqpJwuj2j3fJkHuUxtWetRkV3hG4ej WwyL5MMkSFZxyRL7NXOH63kU0/VBNRW/fn46L2h2nJahrvgs6xIbxzxPbRIWfBKdmNSk5KCe/v24 Lue7uURKmqTtNGGU5LTcni6TWoYqJYNs0rSV03zb21XDqEQZoei6LqMeSvTfq4FjreYhSnK097K5 qUDFoh6WmdP++i/tGGropeJlwWRfZu20KJibRgWXXc2mC5YVG2//us2wu43tZ3MzNqkRHj9hdC/T hP7jshckSiiePtzb5UJ26Ski/bScF20bdiY+jdrcIkrZ2CX2y+bq4l0WRGSY4WyL9lY4KhOS5Vkz dEVK5YQhg8tSIWhWDdfbwuA1t7Mchp4EljZ3mjmpeyzL+YyJudxWKSVLw6LjZRjXYhiXh73dthNt 4kdVN0zrechdmBt3WNuDGmhB+qGJXvZdhImmp5HjRHQcOzYsyzQOnNaM0zQhXZPGFe9ZNwy86weW hwmbz2MVF/2MgoLl2v28Ch6J5S46Pq2zlOtFib6v4yCjTRaEFWNtr1B87LFFMBL5GF1426xHF2GC Stn3o+w7LnjpvwwuCMIFQfQ13KRu65J0wyg4zdOiysIgrfLwlFRVXlDe97wtA8fPGa8jLyi7cRQd idHh0Ula1Oq7uij1hRgGVhOSnTwE58j1k7LISiYwCk2eZGXqu0HBBhiPqUGc8ArG27pFB31XRS/7 gkacU+jr/doNEbfCtKpJESPIhL7j+OEJ8S0M/VNcEFKmJ9uw/DgNHdM+bQUj7Jx4Yy8pCanyyMe7 1aQqiwSBy7ct53RyLQTIk3dKypqUycnzA982nbCoKclDvOunoxVkRRYnRUUwQs5rVAiA1FSgyQjB 3nL9IPAdhHgLhIBf46gvTds76ccYStN2dOw3UfDk7Rx2NB1vuzNNR1f3XN2SuQHChh+msWegprk9 xyuEwRbBdf+I6Y6DDvBur6PZF8zaIR3sahrfQdUOVvenxzvmPD+5v7I2Y6cfPDWO/1X/awO6s8Pe y53JdJvo19jyX7P2m2E2nnv8Qb17pyApgLxGp+e3vOcad9u/ExbflvlecRx+V+41RfIDczFhmF0A quf9GLZB2kGa53mW/B6d9Iw6/zWTB+0Hf5i835hA2RkWsu1FWeJbx+9RfO/eCgkfBr0HAJ2O+7zu ycSCxLL7puw2F16gV/H37/Bc5LsO3mGuk2BTTMKUNGVgG4a1eeO2Xu5jdHRzsa4zIhZigGdtTn7c yhlQUHjH50q7q5qWn1X5yTrs6+Jw17B7c7jZFvLWgfmimPvZ6MZ0ENgB+w77KzYxrF3wNnaAMDxt k494MF3mnnFEBZoEWNy+6/phFHiOG2YpoHy70a/qnrARBBmiaqYH3dDbiRYgFvhcN2ehyH6x70U/ lXo/TWC5UsyI+WOT+H5cUuyMkR9mhDYNSTzdKWBvFVVW8nkRNUGBIs2qWuN3mJSl/qFNXYSuG+Ax Kct2fpjrwMRyCONtB8fGnpGGVpAXIH5Kq1THIlrniOVvH96oXR6fLqIM/ISCEkdeF4A6pLFNnOPd 3DItunnVVKIEMF1jNacl1EYFNt8qpYnGecjV8fJ0bkMLkaCsEeTiipQVGzWmo0g3SjkwUjEANY1f BrGfDG81f/7PA0/8sJbLhtOMz2c1osFyQ+l6eVCMtuMyC7GAzCBIoQ2EHDoOfumnddGVIE0QyaGd xvNtrk8m3KzhJApyBsSR6wIurohY1nlelODT5TyQ8JXg+0NzvVJ9/p8bT4K0vzys83pZRrmuomFS 1sFm7vp0ncQgJW/5cpYtA77WZSsVWEzJ+WGvNAhMR1lUUEDrTl1JhwEMSw4IUudVDYx26+MDhMBl npbr3Mbu249kNBzNv32+DWVSTXCKZTMXAicnQtLQ3Mx9vIyctXWRt5PqIAsAnzFcHrpuXa6/bZWg mpSooiCG/lAcXgSm7uBOUSUGxkZAPcZU3j6D78HO07IKrfjePrg+sPB8OU+sourxcVXQiADRkSQF H5vNXDJfJC3SOPBDMkqalb3U3N5DYezmQsDNWt6JMgzivBZTp83F6MouT4Gobd3JWSuf+ekzgH2e JZYAi9/uCnrfbUetUiH62HS9qhGMh01LVHGOudTmAmwVS3wNMH4lBIn1TgURJwDwy6LW28OsK8GJ x6bIq7oVU78jOJsGWvfYr7FPjtoH5ocnDexadcrmFT35s8Hloi0yoDNv+3mFuUK33hUQUZwEJji8 6EWljxaAm3mHDHC2gEQGmAsom/FeiTRCiq6D0/TTUGGpaQSfBAQPRhfgq6DThILTQI60De912282 F5ze0tT3ooo1pMY2o/E7K2oS+xH2IbgXxr+mqXvcpiImJPa8lIKqe95gVUmGDUFXqtKMQjEP2/FC T7CRGV6O/RCZTG92oz66qBosWFhbFmRr++2j60ZpjNDqhGkaY5m0WFDRKYgjHbPi7dTN9OPY3yYO kBBFnmV5SUVpXWYFZpukOdkqeb4+tGkQA+JSKxXAQ1DQtqUki6K8bhkt4wBxqG0IJEuk236rtRgw y3G3k0LL1bSMZrQgsB3N1PaGW/oo+M5d90tQehBFIWJVJ/vidK+kKT2Ko8C1HX9jHJT2wzhGzLX1 4dneMJ7oiP2lybcOL2Bjw3vwyf2kcCOQO5t8PQ29l75Tui5n+zkUbuyYe6WNY/TJ5fGZIDVK2hv+ bEeT+1mlLmLs5/Zvt/bTTsn7/4dvufHH72Z8xfEjxBo8UJ8O74LkWU58A92HwzdPfk+mf3UCYrlf hRXkqR9FGyNv3PjO6f2z09ehOm58a34ZqE2W6rXo+L7nh1psfD+u/4Ct38hL+5Q3dewYmx7c/NDa RLMbQ7THyUbqe5b2mnfh9y9ae9yR24EIB7jmbOwLf1fbG8PjAhseAL8HT6SB85xl6QtgvPmOveoX 0tHSByHg6ZPrx0WtD6/rOM71WUZ0CrOKkArjWo3XtdfnKkGks4D3QVKSuq5S/31fld6ZwAtZ0+u4 VCQZBeZuB3u00ydFG8NrwG1qtjw9yI41ZVHfs0p9vDQOLHsHIv6CuWZQIcSC1TuAi+jH9bYKLkAo +uwLIKdwpS9uAMy+Z+ye1QF5gT0KAPp2jPkFc62g6sS4PFwnjHFH6HheJbClLuk4TwqCoCYdhnha VccGOYyToCUdgO3LOrbtOAES/1Zzw7ofp/Pj4yKnkaZZq6BzVJdFOXTmcllYBpyVg5xh3ABpr7pc Z80oxvKCS56+BwzemyAIGGxYH5/OkxrrJGn0mbpiKWhhNzdNYC7g8G7utGUppUvHf+AU/0821yuG Rauxx1Xr4kJrdzlNvEyrHgLichFVyeCqQkntDPq4XWdNuOqrMGnG7m82txzmaVSXq9Ifq7SgVfq8 nFGsfCGxT3DWC/05beqh5bt71tAx4H0Q1X37yiedP9lcOAP2IwgrXteM9wJm1dV25N0z2l+erlLw tkixfXAG1NVZ+NdUZU0SH7Rb/b07g+lndYNEC6A7oS321jhMK9rQKsva+bqIlqSB1h2kLNLonpWG YRKfgPcA/79z30VU01wNFPedjbDj/Xu0pnA/3D5hJ4ELKeKH4cn37lmIwiA32zAdz337qdKvpP1v BDaQuX/83w7z9Vd9y8vaL38gsH0aMJ6zdvg9fKHjv9XgZ8T+9kLbYgd5rj+CfIXu56zDnfn/CYT8 Wdr+uOXVTzb/dxJc4C870/8r0j+iFz7SR/pIH+kjfaSP9Fen/wWd7I3BDQplbmRzdHJlYW0NCmVu ZG9iag0KNTIgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAx IDAgMSAwIDEgMCAxIDBdIC9Cb3VuZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyA1MyAwIFIg NTQgMCBSIDU1IDAgUiA1NiAwIFJdID4+DQplbmRvYmoNCjUzIDAgb2JqDQo8PC9GdW5jdGlvblR5 cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjc0OTAyIDAuNDc4NDMgMF0gL0MwWyAwLjc0OTAyIDAu NDc4NDMgMF0gL04gMT4+DQplbmRvYmoNCjU0IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21h aW5bIDAgMV0gL0MxWyAwLjc0OTAyIDAuNDc4NDMgMF0gL0MwWyAwLjU0OTAyIDAuMzQ5MDIgMF0g L04gMT4+DQplbmRvYmoNCjU1IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0g L0MxWyAwLjU0OTAyIDAuMzQ5MDIgMF0gL0MwWyAwLjc0OTAyIDAuNDc4NDMgMF0gL04gMT4+DQpl bmRvYmoNCjU2IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjc0 OTAyIDAuNDc4NDMgMF0gL0MwWyAwLjc0OTAyIDAuNDc4NDMgMF0gL04gMT4+DQplbmRvYmoNCjU3 IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9T aGFkaW5nVHlwZSAyL0Nvb3Jkc1sgMjM2LjgyIC02Ny45MiAyMzYuODIgMTEzLjA0XSAvRXh0ZW5k WyB0cnVlIHRydWVdIC9GdW5jdGlvbiA1MiAwIFI+Pj4+DQplbmRvYmoNCjU4IDAgb2JqDQo8PC9U eXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAxODkvSGVpZ2h0IDc3L0NvbG9yU3BhY2Uv RGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayA1OSAw IFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA2NT4+DQpzdHJlYW0NCnic7cExAQAAAMKg9U9t B2+gAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAOA2qiwABDQplbmRz dHJlYW0NCmVuZG9iag0KNTkgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dp ZHRoIDE4OS9IZWlnaHQgNzcvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0Jp dHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVu Z3RoIDQxMjM+Pg0Kc3RyZWFtDQp4nO1ai3LbuJIdURLF95vgAyQAguBDku1Mpub+/6/taUq2k9ls NLXjm7tbZVQiEySIbjQb3ec0+dtvn+2zfbbP9tk+22f797cd2j+9f/cB8/yvZO8Ph/0/kLqzDseD tdtZe/rzcWrt/sZku/3J90//QHvr6AaYYI8/nv1R2sMUtn2wHsq2w6KMIJWWemu/7V4P3o7er72d s25Osts7SVnGrhNkZerB9pb1eqP17ke77fT3E3wn4T7oLt2CRaLQPTwyheVkXV949tFGO+L3uLfg AW8H+HvYH+jantrmH2g0fPOS3d7NuGiypOS88O3D6410gKObVtbBPt1OY4Lt/v33oja/u0mx4Ia2 E+RNnTiPHqTlloOu4yCMkzSJojiOvNPJC+M4DnHg4iD0vSBK0HUc17H3h5PrOl6YJNHN26xTwrXu O6m6zHO8CBe8E6TjIAmdw7Y+24/RcTGfg+VhGkwQbRJsNyCZ/ulwOGFQHLr2CXNklZxNExwfKL/3 2Gi6krVdL0THu64t47hoOG/rIo7ypuvqoqjQr4skydLAcaMsy4qGBkYnmGZ38Eq1rMs8VJEX0oWm iMO04l3f1amL9cEzS97zKo3iNPEdL87ShCQ0JCGrIaopY8+PWct5lUVxyYXU5y9PMrEfeP3eq8ZJ tGKap3ldZ2NGWdfCmEHKvq56s4yC94qaaBve5GFccd7J0YyjqkMyjWXH3fr77+c+9cNS0AXZsFZP ZjS6jbGb9l4pjdGiLlhbJz4maBpIUJuEbpy0lKIpikaQlL5u1LyY6enri0pPj5U3k+zNeRnN5Xkd IVQKs5qeS63EeDnrTuhR8m4YB6FkW1RCa7OesdZFFQ5m3x38ev3zzwuP/FQsuLAsWgzrOqpxUjn8 9hA2BmZRvGqVKKKsG4QYl1cJ50VBwtD3g4aZ9KiG5TorOT9f+uix21RmVlB37Pr5YrpOT3qYZsmK VptxPk9d3Y+6yYrejEpp2WF+s748r/N6MZW3J78JmvXPf127JKwmunC+Llge3Wg0g9/gujmv09DV 3ahYnAszKEMSOCRMq2mKepiMmVSVlWKa5vN5qJiYTe0/Cjevyk+C1XqWVSUnsj5P4wozzstQFXxU ZRg34yh6SIMD6MvX3y/LXfkddmy/fvl6VWXGz398uSzny6zHWVdZrTXDCLiNgktOsLAZqqSUk1Zm k6BJgipxap6XWeZhwvHcznOXJs24Lfxv+LyEq/KslGNXkIX1NHVZUg+wyySKrNWKRUmjVVvL+QyP EsuXl9VMkywwvXUMq2FelsXA1JevL/DXCW6DiwlTmpa3dzKuJ3iaUtPY5LDRqMwmQRszrwOj9Uzz LIso7QyWYeoorPR27wPlXaaNgMM1adEPPMu7cdTLWTdVp7XSY5fFldK8ZP3Ql1k7PV2Gqhou11nr gWNHIc7nQkvOlRl6MT9fpwEOzOXY53Ep1WZ5ZAI5zpcFBqfYMK/jMN8lDPNl7rAXtBrM0JSVJNPp KgyYHpvwkc9bTiEUb4Rgcdr2VZI2Ug3r83kQUnZtL5ACsk6rvpeiisNSrROnZ7rAuWSNzEyGx81J UslBdAgUk9ayrbho0zBH+nNpedijIwwqumEahxFRVS2bBEw7PT0ZCVF1I7XsxaCQMfrC9wq4QfIo 2lh2VNVFzljihzlLgzCrG7G8XI3qmyIrGRJPUHQIZn0VO05U9Tzz3KRRepA4OsBrgrIuQ8cJy7Zm FR7hINoiLVgeulG5AQ/rFEOzcejKAn+HAc+pX543CdhnT88z3REnrJcUPEkXSIob0SanBykWHhlG gR9SavMpqfpR1pjLhKgcey7O2AfbT1nF8sg57E9hErvHgxOVdc1S/4isTvf79p6yaByGKaurMvFx o09pNqAUuzu4CWtqlgReVFS4nmf1TUIS5XJdVFsm3skJM0jJIs8LA+d4cOMiCx4lKWh/BLY4Al4A ZhwAOk5+QR6L1RzoDCx3dLzAd22KLAAigCd7ZPXAc45kmBv+u0GT4/Hk4cLpCGgDlILbty1nHRw/ pNOH7T7XDUhCAVM5MdeSxd6JpDt+4AM+bLdahELsx2D3HeNZG/Tb4yl3ZWBvIMwiAAAsdSBI9Y4O LSIBr7jyFRRisLVZYv8dbtwu3cdvf/f7U9J0LDzBOEHJq+h0eJ10b70rc5P4d9ttPHlxXsYEurCQ u4bvarzN+wPaRITkdDrZP5D6DnvpfoCduiDlD06cxW/h/Ju1/ljAz3Q/Og6e/NH2k3RzN7iH8/2j 20x3sJ3T8QdWwQRuCGyKffLT541nG5WEygDEaZ/9N8+Gzzh/w2Xe5qP/IABR4MHxomKzPCzk0178 5vlDPR87Kom9V+3fmSuGB3nNO94UkfPqOW9jvqUxMDwQNEJM6ABz+7b1l7F7J0qCo/XQ9JtXw1WJ I5zCLEszVuYl78qQdp0TpRRcaDvvN9pz8NIyT4umTr1tlxKBPd69BDqxO/6sY0Qmekb71zE3lrvt 4/3RKwQyIUgAQ4CsUpfCxDbNbVMcTiGr6az1c6eHY5yIHsAPjk6QlozxYQA4M6LE03e8JEd88wIE U5dMTcQD0ZkPqs1jhEGKECGC4mEDl15JqbZuhVZ17LqIOwECxv6wjXHgjgigIXGamAMQU0LirEb2 TojcRDTNFnECL8h4z0L3x875je6nEHwmTPPY9+Oiank3Xi9GL9eFchTICCvwLOqmrXMK6nu3HC8z QOtqZFelnuOnVdOwxDvCaHYC0FglYcykkVVWMKSCAuT2NiYlb6wa8I4kzMU8AcrzrqnFeh2R1suG t1WCfEh5osiRrXkGSvZTFgtr5VWZMQCEIq97NUCvl+fZXL48L8RKyrprG2BgesQEwoDi5uezNteX y2w0z5OSLiqeEUBzCmW6xDmeomY0AmBdIy0Tue30OA49y2sJZxkVwet5HqB5zZi8fpk5a0AZzMhp rFSyb4HLFfgVDPZT5QPW961crgDy4A7QaL5eRn0GPAC0lGAJSoJIDACYbXS07pbXV7AWM4+8kfMK VmI4CBPB07EODjRomIG4ViPgGV17GzNJLucFyMZIltXDPIPbtGXZr08GCA2ygbB53QPb9F0npss6 IVH+FFZuDA3c4/l3KAs6sExKz5AJVsJbBeSqgb+A6ZtGGQEIaZ0yCZvIZVW8N9Og1uenBeRBZaeb 8oRiLSdXsxmXRVSVACm8jblMCmiuB//TdZoD4wA5D7zqpkWykittLi8XDZLGES+qfv4CbP0ImFlO Jqbl8vL7y2Wdx3EGwAOAAqgWRd4Bl4/zDdxn3SihoAW/1n3dGcBygHgzPf/xsi5QHmyPsPWr5dVG aJo042ZZn7/SmMs8jMSVGj22GXBb3alp1thjU1cwkJz56evzpEFWoiDK+fL1X3+cu/jn2GYH8rw8 PT09v3x5mqWaYHVSfjRtEjcGk0F5mCqOGy2hoHWM+QDlCY8UEjTo+St2CHYfPRUnJxS7+bw2G+9I Uj7O68vX5wVUY5QDYXw2jB1jFAdqNU+iH01ftRp+df36Mo1mYFEQF3z+8seXs8h+XriB09fz8/O6 YN2mA1ntxcb2dB1F4DkwFgiJYmFUD4Isf4w49mc39EUEKqrH8/NlHLRqIhupByBL1RRtxAjGN82C sX4cDcaYARy+E2AvUal01/C+oTABW/XYmmABqzHnlyfI04gcrOnh8zOe04PCDWKEvqxagazLqpGS I8YPkvQNGZIgGHcPbhAETHREmw5ho7XoJU+DlCuIXrAHB8GCA/KiByomeUNxvmHdcoVdleo4BVZQ JlIZzCbvQVW6AWSrH4xqalBmhVmwR64rljFiw/ZbJaETsn3g9Ds7agZZVz08Icnrmuge7m9Tz0vr hgJ8VbPYRYeBlNEGF6rnLYs8YCtWbNFPtqlDMO64sRYQMVGDbM1P51GJJk8ZpVPVV9iIeeDFrC5S RpxloHFprQZJVSDEStWUtRgGJXjd4MmUTfVI+b0TF3kUIuuHLtGJiFZQpL5NJboY/6I48mzbiwmv bMUv6JxGru0gvSHvUHZJt3hMUChlVAkrIi+oxnUSyEieG+ZbvS2iPH2y3SgOXNA1TpW1yKXFVKzG TU1dxkFM2YplcYxBQZz4D9gIkqzr2Patigg4e3KDkHjGfkO3J4d+jgR17XvZEUTHcwnNUu3UBrCK ghsroXqq428lSPvoFlJ3Rbyl/K3g6WIw4BLdBupDmhH6pAplGGBZcRQG7onqlNCbhB43bR5Byw08 3+u3NzpxPOzvROTe7jzlNnpDaa+n3sjH61z3KjHRjTb3b+DtXmr+Zqbdve5s3VEbcM/xNoLGvg61 HgCzm8jd68+t9w5Pb1j5r6O/pQm777tvtOwYpMQJXuvuVNa2vqvX/6BYv/vrfL/8LdFdLFjuNxSU WI2zWf8/pM87SfuW0e3+p551+JbKHr2N52wk/j+huXV7L/JKxskTNjK9/1HPur0A2dyFTttBlmdU y7lx7b/lzR+nO5U/fJdiABUoEDqoHwS+526n7XvP23rbpgPNQbByiVa6JycCmkEuqW5VDoo7v0x7 Ii0ZAEnie1tpKI98Ki+hVYxVZRKgV733gohKWIiGcVZWVV1RHqm4mJ8uCrSbUkT0KIJ/YKOaYA9q UYPkbEW5BpkYaZEKwgPYXMmIcJjJaAAdXhasjF0/Q97ZiAwyaVH1arz8/jLJvkqQilji/CrlN1Qw iK7jDZC36kGShJwvq5mvT8s4gjbQm5W3Xtf2PA+iSoHIXNaNf4AbGbO+XAEtRZWxjme/TvkjVeWq vKiokA0EAjA7Xa5GDOfr1AuwkmG5oLdeDfWA50QZxi0gzXyZQdTMKCSe0XSe6FVO33SKPywAf1iz TmmvO6ogN/TSIMr6eVkuq6zANWRVD5MG3RJbj1GPUDS9J5iA5hXLW2CuAbxpnIeaCC1AWf2w9P6R ygvNqQbO9STyMAF5W9aJF5U2Xc7uL4KKajA8L6XRaiSqJ+ZpnKY+izEKyhtwSsXSCgh5VuXDNzYf 1nYb+yvTohFE5dISvgGO1WRM6TYtwEoGo7deg944SKJHjV5nODpPIpAnKD+CqA1VUsjz81n8Oq+B z4c1aEWLQAOjks9qCcICTXpZJVk3SDHIt54SnTJaqPkMgw91FBZi6EFQOiwSzLA7v6xt+PCzgo9T fu+kLdGMvqnpJQkIV1XxNguT+vZWuW2+7dWsxRrHyUjOeRF4aQN20bUgaqohlnIdS/eXGf5Wo6xa Dm4RgW60DUujKE3BXhL80Ov4NHvvpXGYVJziapllWeic/DRLMCBOQKLipBnnPrF/JcIBzUDC3L6I AN0A/bCR+UEvHAIDjuvi33vPsWkwfWrhukRbbPpSAkdUs4wysHT28B3lx7Y7owCiIhpxuH198vaz 4bH3nnXjGkRq3r5xuZ11wrKXzYN6zL9B+/vnQbvXj4C++9l9f2r3/nXRd4TDOvqgyOmvi5Mf2QDw gvjntd//w2179fj/0u7U3r5N+2yf7bN9ts/22T7bZ/uY9l8Xk9lsDQplbmRzdHJlYW0NCmVuZG9i ag0KNjAgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAg MSAwIDEgMCAxIDBdIC9Cb3VuZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyA2MSAwIFIgNjIg MCBSIDYzIDAgUiA2NCAwIFJdID4+DQplbmRvYmoNCjYxIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUg Mi9Eb21haW5bIDAgMV0gL0MxWyAwLjc0OTAyIDAuNDc4NDMgMF0gL0MwWyAwLjc0OTAyIDAuNDc4 NDMgMF0gL04gMT4+DQplbmRvYmoNCjYyIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5b IDAgMV0gL0MxWyAwLjc0OTAyIDAuNDc4NDMgMF0gL0MwWyAwLjU0OTAyIDAuMzQ5MDIgMF0gL04g MT4+DQplbmRvYmoNCjYzIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0Mx WyAwLjU0OTAyIDAuMzQ5MDIgMF0gL0MwWyAwLjc0OTAyIDAuNDc4NDMgMF0gL04gMT4+DQplbmRv YmoNCjY0IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjc0OTAy IDAuNDc4NDMgMF0gL0MwWyAwLjc0OTAyIDAuNDc4NDMgMF0gL04gMT4+DQplbmRvYmoNCjY1IDAg b2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFk aW5nVHlwZSAyL0Nvb3Jkc1sgMzcxLjk0IC02Ny45MiAzNzEuOTQgMTEzLjA0XSAvRXh0ZW5kWyB0 cnVlIHRydWVdIC9GdW5jdGlvbiA2MCAwIFI+Pj4+DQplbmRvYmoNCjY2IDAgb2JqDQo8PC9UeXBl L1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAxOTUvSGVpZ2h0IDExMi9Db2xvclNwYWNlL0Rl dmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgNjcgMCBS L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggODU+Pg0Kc3RyZWFtDQp4nO3BAQEAAACCIP+vbkhA AQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAA8Gj/8AABDQplbmRzdHJlYW0NCmVuZG9iag0KNjcgMCBvYmoNCjw8L1R5cGUvWE9iamVj dC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE5NS9IZWlnaHQgMTEyL0NvbG9yU3BhY2UvRGV2aWNlR3Jh eS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmls dGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA2MzUxPj4NCnN0cmVhbQ0KeJztW4ly27iyjXaR4r6TILFz 0WJn5r7//7d3mpTsJJMZ53qcVN2qoMqyRAIgGmx2n9Pd/PTpd/vdfrff7Xf73X63/7G2Wi9ttXr3 DKt/nmD1/ql/7Pqb/dFxnONhv1m/70qr9e4wT7D9/gSr9ea9U//Y9TdOmBVFniWhu3/XhVbrvZfk mCDyDpvvTIA9co67nyjDeh8xbbUUnOU+ZJjbp/nmv7SXn/j/srDHmU+r7SkXRkveltFx8+0QKNne DfzD5nszf5AITm4u515r28vC2202u90Ot3292eLLbovPLa4+/9xuFo2fNX9zP4Ml7cNuvIzWGFUH +w1O7HfbRw9MsHeCOHR29xnuU+HwfvdB6rVxq+E68IbJYeSxc3T9wHcPuK7nB0FAH95xt8XPwD8d 94fDYbvZ0L/jyQ88h/RjvY/l5aw7bnqROvujF4TB6YDHw/N9z8MMYQwlxQBM5ex3BxeHTyc/DP13 au5fRajHi66zousnlYdRXjdVFnp+WjWsZXXdNGV8cv20rKsiCYIowGL8KAyToq7LxMMi1odEXkZR Mz3qwvfiomFNEXlhhpnKsm7qqsRIP54HBF5Y4Hhe1IzVGYZ/hAinenoauprJcVJl3kitFa/zkltr +3GAeug2S8pOoHVVWZexF+R1XXOltexyb0ci6NvVCDmcTRklOGOsbvJK9lYK3feKd12dFy0GqK7K az1Y0UnbG8US53vP/38vQnP582nsh/Nl6Epmxt7YXndiuAxmuF4HbQbTMqFF22kruRBVWnRS6nFC R9vFhzVEMJ//uI7T7WbKOG+ltuezbvlwthDrMsqWK6y5x9MCeTp1vljO7XnCVTJ3+zEiXP/z+XJ5 +nzVVSmm62DsiIVPWIXEB+P9oKUlVRPYVqUF67Qx0+3am35UubNZRLiM0/XWN1kBEfrr0yjVOPKK 2UlXRWuMGW+X3gxYt71MvKz1dB5Ml50+SITz82Ts+ekiilLfbrTvMFDj0BbM9l1RmwEqJfMgYtYK YSw2X5vz860nI7aIoG8X3XVmGnhVC23Hp89npXpdJaWybRLXph+uz1eLM72yk6mitO2naVCVv/sI Edx6mERZ8mFSda2v114IJbnsTZ1W2jRpqV5EMJo1crycLRfj0wXar9r4SIokJ1unGbOj6YTt+/EG EaQReZgLVQVBpUmEixYS3kP3MvPDUtgBEkMPP0KE0to68NOut5yp89nwjrdNZ1QZF1JV+CCnAUXK O82LvBufrhqynifVcV6Fe4gQi9HMIkxWmhGaeHma8CR3aZB2ovD9UkGRrvMAPFaGJ15YdsrCfmTH jxDByaXI3YObCQM1t6MlR13WgudR1vECH7JrsaVtK2UdhaW5jm2SMDsYKbrS363h3/k4CNbKvhed ghaa8dJjI5rYi5s287y84zhOA3hTtYJFp7AS0NdBJB8hAvawrqLDZuflLStLmD4l2iLJqjLyogIm FHa8yGouheB17DoRUzzzTglTACVNApOy2vm17rWUSrboKbTEpvOqrDLfDbIidJyoLGGlYYQFy5O8 yn3HLzhsgqyC/Qc8C6udG4UuAMHegxMNZgeUBicvDNyjGwSnoxOEPvxUVVd55Ox2AIVwaHs3Lh+u bbU5RhVjTVPDoZ3CHD2rMg0x7Lg/+nDBwEhw80nZYIAPt0zHg7xhdREeP8IvEFI+ACfg/9E57Bfc sN/Rwc3ysT/MqIBwByTdHgh2rrcLXpgB6Go7g4oZmGznnt7JAQbZbzdbIKE15tnvCHgAq+xpus16 czjNMOQjJFgYz4zWAMAInN1h3gPPLR/z4ZkOLOB/9QXMIzg9Y8Jl3Nxz84oIV8vn+gXmLccXMPjv Jbiv4OXX6g6Fv9eTLv3ybU2CvNK01eqx2vvKvzPFN/D6FXqv/4Ug/xWbeu0MCrOfIev6Lx1op/87 BA393e/frU7gIseFTX29Z69b++n12/KokOKsoMeeB8jqfAUOiJs5x6Prkn6vVn+d5NOn7xzGtOBD 736oyQZFp91DKR5zLrq+mjd1UQ36stm5cRoc8GW7d8MozusyPG4fJI96H/wkDsAqnO36MfQ+dnVf 9euML982Oycu8vfCDJDmrGWJuz84rnu838wlFgA7tN1jQx3YlN3hiPOgQknLy8DBDy9M0pxpWUWn 425RnTW6+0XH8ggGek8zLnPQ1M4yNd1G94QLbdF3Prxd42JeXMPVvRNmrHYB620T+WFaFOmiFqut EyRZFnmOGyR5kYUnx4uzvCiyKG76SRZYfFEUZVnxcdKsSHzH8SAILH+Ui8G2eRbD8sd5kcc+zZFh aEikgGIEcV4WWeCeQpokA5FzgrRsNXz0e0XYR+JyFkXR8NnxEnPfOHHVEUGJsxokh8OZllwpqQSr xOWpb5k0WnDetfr2fDayq5Ikz4IjObrW3s4SFA38qOWCt2WS1gIuWzTY5NVqe8qYgEevs4xJhTlZ EiZVJ835qt+LlFa7sJsmyTqlCJuCucNDBzW4Wds29XJUcyJzhKpVJ883y+V06aUENLBPnyetjGRN xxLPL7FoEAGwG86wUsEleEUL/gSEqEqwAkwNWGSns2lbOw3G9JqVkIVEMO8WYevV1gJ/ma4sOyPS 43pzTLlqCxBbsBpOR63usTAmrOFiwAqBZBWwIIS6XlTDlNVYa+6HDdgqQDmgICEkWRc1WBKYnW5b bVgAm3EIiUlcALnleKbDvQR35TUz07vvAsFsRXEHXUdRrVXhbDZuIWUZ+lHeWdPEYakHEFLbZJUy 4Io9r8Vom5xAnZ36Jsl431srC6ISqhVmFgrsckbZODX2bZZz00UzImfKDLc/blYPAx22BhC+SdIW u/de1kALViRCGQSlUoULEUotCx9QDReow6AAch5GVeBRJVJmIQIWHJeK8LSpwqTtB9wRkDDegywb SSKA8nRA2S1EwKkwbk0X79cbN5f9MNz+fMKNBW2LmSFlqmEmNH/v40wiKAMmaZokaTRRSDqCjYnz Rva2TWNst8Hep8HMGUwviK9kYQElgZqzrOAWm267otIjiQD9UNhby/N43mVDN6jREAFYvsZNsefP N6usKoKwBqo3htHteLdFojieojCJEU3DdUuxiGMqjGwZF9JYyWpuFBcgl37CeNNg77nQbRJkXAkF ytV2UOYOWsUlWCvDbcJjLNFHtXVLp0SXeXiKGagdOAXYFAUBtFA894MSDG6Oi5j3G1WQnaSjOWAW hOwKj8hLUMFqKtk1MCs4KpqyYmXghkWV563GqroyPIEdNK0ZrJLgOHByFiph2wJDca+INkka2pYF aJPrZXUBagdFEqT9o21BFGLXS6syryia0xuI+E6AsQJRa6o8K1nb1pm/kJcQRr1r4MmKBra1iIIw CZ0DIEUQZDWrijxyj6coiVPyH22V+HCvoJVtnYZxCRKTJUGQVKxlFYX+wtPh6Mfk22BUC1ynbeE3 kvg0RwT9MKvbrmvSd0eTMO0pDDwAhjgGLCAYAAjnY31zBJSOnsCvwHA2u+PxcHBBUvwTBViBQVw/ ioGJQI6cAF8i0B2HwqTEdRyci3xnDxS53ywUCbtzoOtg3a7jAHNgksMeU9Ik7vsj9+AdIFXgHoeX 7AZxuDlZglPz0QWQzUAQnff32DQajToQPNrMI4jl7JbzdOR+aiFHm4UqzdeZ6dDj8HyRw78KcD8S AF+Rl+XX6osvLz3XXyYdvmR72wcwfeDWB/FZvQLvr48++NW/SpC9W+5vidJ8M7/hkMsmrzf/hpH9 tEag+eu0E4yA73/Df0gfifIffmaC6u/byx3/6t+DM693p4iI0uMwQV4/Lxb+8xgLLhYR/4Ex2q5f FGi9/kU3Zd5BbB895vhHn0eKvmzuaU03ZSxxdksnWhLBH17Cis3chw7DTCWsLbOqq6PjMsFuMQB/ lxT9WAlg/aI0jcBcoiSJfHC0LI1OB9AykJ80CmLW903k+XGaxnMWcH3MZC/BMfzjfh6L/Y9YP8hO j6YMTkGcJpF3PHqY7xvC/XPa+gAfBH9TZGUneFOUgBucFaEXFi0YTFtW6nqRBXYYCKGkcNz6mNvr pCnh6UcFGAMoUymvt0GPT1OXgTyBRBRxVABwFP6HpKb+scFlF1wK3jEG4GN4JwlPG8rttNL0Yy9a c71qAKLeUlCUwsJO0T9dDHAKSIzGYQsgYq63Xo+3STToCVAKxCWGUVIY+WeLAMVuVVcVIJLmMkrG h8tk7dDzCoBGD9er5XoaJSja2c6h6cMswrXviBep/nKm5I+VGoRwzpnwnvK5w6Blfx7a+EOSa2+I 4GRC1RQTqPVkmpKfn84GK1AMaBZA82kQcuiFmJ4u4C4jJQg2Tm5GnqfMjuP1mfJXE8gpgF8tegO+ Ok8wovek8g/Jrb0pQi5V6bt+XOlB5Fl3eSaObATjuu+np+dRCGuFPD9DdYztcBcggrYsjmo7UcbO KmPBpKxhZQeVUtfns6EcqLQ90befLsEsgq7jMClBcbo0ZtNtpDxn14Iv2v76EGG8zodryvJAhL7L 5rtwuU2gGAJ8wZi2An3l6vK0TAA6zj4ktfamCIe4AymvWg46x+KgNOcBK+hYqykDdb4NeFR7KeyE wxwsY0dGFaSNNVSHAe1XnHPQfwWa2oFYy+GCQ6JrGqEq7xfoESySX4J6SSVgCmHU49b2RgoQGU6J zmHUTS2MAMvEwyvazN1Q6pwPvRISK29A/8GYioQSc00LRkjpK/RkBehC7v78h5l88yEk296CpuUR yE7S0BZmYZgzbC+n4BeoTZ7XHbmLgKJcOx8mH2a4CP2oJCdQRh6cS52DNuGDQYuaPISLDA+/BGCQ d46zLA5Op5MDskMRygTc53AKk3TmNg4RLuAfOO25AGkekZIHBonxZqc9u+nQ98Mo9Bb37lHQ+/gr 9GiW4Y6RtjML2IB7Hff4uqUvM7chavNAPquXEYSY1nd8RZFwym/R324eB4yE+X6SBN9WN90J1ZdZ mFeg+cW3hXw9hnwBZzev/Gf9debnZ0mA3dl+sUF3DvaPQ14k+N5JmvCbM4s8H7Tgv15xezyd3JP7 yD0CajvuPycioTeUET1+P7+0Wu8d55tTGPFRFWDLfC/kdb2EXQChs3SOwRBZ2bpRQtmcO2Ne3+nv F3R5c/T8k+v57m792N4HsaYxu1OczCD8dYItRtzzuy8ZyceN+fIaP3avKDe03y9xBnoqd6e8g99i qbNbIgyHoIKtPBI3oe0mVrxez5V0VE9Hj+cxLMokDEPv8Kiwo0QthTcWAhRVTeYflwK/ZRyNiF2K i2zm+r45r7jU5n19jR8p16Pb7IeUwqb/UXByw1prODLAojme5HlJZ3hJxXTb3dEjqwgLSXluzz0F FB86BYXULEti3zniCEWQDo4fUM+FACVcdwWFmLa75RpOUFKoliJLzsmB5XUch0bOXY5zF4op4UtE MaU3RFjv/bSq6yL2w6xijNI5LXldwKI4b9quLdNSTaMCawldLy6pzC4O4Nbgo9K8Yh3+5904ybrA 8SivGavg9tKKtS17ECAN8NHWKbBiWrdtXSQZp9osXDRIiyyAo0hSChbWme94FPprCkDjvMEcTfpW kRWVlLaCfG9RcYp8cjCRnkRgeQk+0PeKMXu79kryKsuZoOAoK2tAZ9HUrVCGKn7kdNEtwxxUXCKB KyoOFKJnArQC6LO3syWUkZYEQ7Rkjbpce0FkjhtR5lXbcg0epXG3CyoxM5JK+WgrTRe/kS6BorYK i2kaUDBFtUFaaKq+MW1JBYPDdVKiv4KtCAPArFXXdFpT4aAF4+yksudrz+VAXEhSgohKeACKQGsU VkUVUiTCBVhQatFR9Vo/jICr44hZMCt4HD6p2ufc9+OgOlDDoR+pFAscUahel2/gKCI00MqIoLTt sqTGroJMPkQw09Otl/2kq4wZQOteFDFV5Nlp5BkVDiqg7UlybFbNjZ6zNFDEoZ8utik7I4kAQZEG UeSAh/3l89M0TNdBSms6Jo3pb5+fgHepbOw2DpfrCAaCLmdQbwBhqm409RtolnIgRGgCXPiexhmG WYSubrXFNZ8HRUmRqARznEAU8XT32CZThWEBtRif/rhIrjXlHowdNOU6zDhMo8jiWlOx4eaYSdMs BOj5//64jOdLL3A/ISIkvT0/X8+jHZ7/8/k8YuXj7c+5y6h0r6kCzTT+D4hQAVBSfqaJ5kzUchdE p3qwsufnUdsBW16ZacS+JP6cNOvndA1u2XD9fJHQrRbsgBJNZRjVBiL2bRyWSj5EYHHc2HF6+vN5 ws1QbadVnbP+9nSFEE+jMrc/n0bbD9Ze/vg89f2gQU9EHmZcvyUC2IkwXYEHCtSLU3oDnBB8ALhe 2LE3AxVI9sSZwdk0qE2VVaTrmmcB3Q5jzk8TdNwKSg5CM9q8oLSoNU3oF0IsIqheVKAXVNh57ef6 WlyH5ZV9wrqn56e+7YbbxSoNdtTfroPWxC1kl+Iaqn5LhH3I8HhyoHtBORsySZ0Eu5kTRlb357MR xLyEnGfFIylAV1jXJF7EYHbwHNq2keDEGNJwLTsuFW+JHXlp2yZzvaQYrBBKtTXH7YHBqLNSYuMK MU2q0+dJ5DmneIDiNWnXAKPVFFVbx15Ud8Xpnx/n1cZNKV/dVWAifEnvZ1VZlCV+g6tJWMCKKTNX 0UVJxanKuUySPIUFzztic6rNsxoDKc0Pq4s5mjyFk3CdIM+X9HuFaWBqkxDX0jCAaRjXnGVx2XVw O7zLAz+jGsClC64mWBbF8zXSInqrLGa9c+Oigjc6eVGOhUeec/L9ucSdfhcUcYyysqrymKry8K1I fNf1qBLeS4qSqjFAYrI8Ia9LVRUl5iLAtIcv9+YiiCMNK3OqsQjzZSY3zJLg5JMrxweoEa2CuuAM uhSx5yzXOAFLvYUwqKjO88izH1zPo1DuUpMG6OkAsjrHuY5lObPZOx4ViWyXapfdEZdxKVI8V7rs KX+Fns5hfslhBkpLsgswgiagShdM4FK5zIHKa6hEb8ZGFD2er7F9uQaWsSWi9CPFbsQHtvfqunty 5o4c6TdxnfXLmdcv9wqlpcNSWPRVhxcc+2kpafrLBPeZv5zrmy6P9pYAsxD3ft/2f/398u0Oyx95 nS+Pfzvmq/TPVxPcAfbfrOIvy/gpjZIGP1A/N2d2/qIGYCA/9XWqv2tfbS7VWUXeV4tbfX0nl63e HP0AD+Pq61uwObiUEP6J1Pm7Aiz6+chTbQ5BUWenlwTNor9LyenScf65oeSUt99svtB/fD8EoISH zfy4/jIhyGj5ZJJmekf1c0mr2iw43bOEOA9zcqIOZKOcI714hP4UQwLdWyzehsqKYeLcoBK88GHk fO+nvtz2ZVvtqEytgsugckeKaSWVHnvelAllCal+j1xLSQ6CrHsWx7MjAWvJiNUkcApZQEUPGZwG GNRl4lRsXs/jf4kE62PcggPxKk2LPHC8rG7aGcnINqOS0M0hAuShNwSKgpBU1zAKwi5R0zKrgGOB KeB3a4pns254vpm2pWK4Jv6QKvO3RdicSqBUqxg4Dku8sJZCDE9XK4FPE6jL0Sv0NFelUTnexXAO gSgOLnCoA82ZAOANlfMo3rVtZ68XzfU4zm8f/RoRtl5lLxMQctUInvlxC8Q0XPq26ohhh2GUsH5S BEWtGa8jZ9yCtlZyABQHlL08X0d6Vwbb3hVZVlQAfR27v330K5I8MxLM1YjbAE6pAOGTzhrZDyIH pbH0YkVV8X5ok7gBTwCrr4C2525gkNPUj89/3iDCBZwPnMrzo6w1agakwL+l9ytSJFSOkLSGViNA Cao4F4OhHFMaVRChruitvL6nvBRRHbCjlGmR+RHDDyxzfP58WW5Hb6rAJRG0rPJa9uN5+DWJKhIh boQezpNRFqS/MZOVdpAl+JFu0jgGW+5HIseG6vIgS6VkleSd7e04goaBKoMs0MPRpjEUCfoHNtAp O50/5u2jHxDBSZhQdhzo/S3NoVRamNFSJV2XekdA8Hq4DXNhHSwRWGzGFWdUoAp9UwLMiYI7dU1V flRZ1hExx4xmGGX6S0QAOY1wF2Bg6oLoCBSiq0EulaQ3OvfkhMvhGQaKiu/qJqNY3fyuEqUI8bAQ oxK8TpMSDInezao4GFYDawVr8CFvH73dVrtTWlP0LvRjKttjVRZT5I896vecwl5Hyco0CKLYP+yO QV6zukzThupFY8hVF/RyblYzViZBmIE2pZiJlW8yso8Sgd4Sp+jmYU8x1SjwXYfinWGwvJ48V42I Mp6L75zD8moRpa6ixujSd+b4K1XwuXTUORxcoI95Au9XJaruwe/dPfi9BxfbbL6IOq/hnbtiDl3f Ezpz1d7egdPmqTNHu5cX1V/D3veg+C8E3V+kDV751EtWauclWbAkEF4gN+GOoGTlkqZYvb5o9Jqc WP9StP2PjRTtO3kgoL8w8j/oRbWf3aA438ldkjrdM6D/A+37BOzn5gR/t9/td/vdfrff7Xf73T62 /T/8meg0DQplbmRzdHJlYW0NCmVuZG9iag0KNjggMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0Rv bWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwIDEgMCAxIDBdIC9Cb3VuZHNbIDAuMSAwLjUgMC45 XSAvRnVuY3Rpb25zWyA2OSAwIFIgNzAgMCBSIDcxIDAgUiA3MiAwIFJdID4+DQplbmRvYmoNCjY5 IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjU3MjU1IDAuODE1 NjkgMC4zMTM3M10gL0MwWyAwLjQ1ODgyIDAuNzEzNzMgMC4xOTIxNl0gL04gMT4+DQplbmRvYmoN CjcwIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjQ1ODgyIDAu NzEzNzMgMC4xOTIxNl0gL0MwWyAwLjM3MjU1IDAuNTgwMzkgMC4xNTY4Nl0gL04gMT4+DQplbmRv YmoNCjcxIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjM3MjU1 IDAuNTgwMzkgMC4xNTY4Nl0gL0MwWyAwLjQ1ODgyIDAuNzEzNzMgMC4xOTIxNl0gL04gMT4+DQpl bmRvYmoNCjcyIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjQ1 ODgyIDAuNzEzNzMgMC4xOTIxNl0gL0MwWyAwLjU3MjU1IDAuODE1NjkgMC4zMTM3M10gL04gMT4+ DQplbmRvYmoNCjczIDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNl L0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sgNTA3LjA2IC02Ny45MiA1MDcuMDYgMTEz LjA0XSAvRXh0ZW5kWyB0cnVlIHRydWVdIC9GdW5jdGlvbiA2OCAwIFI+Pj4+DQplbmRvYmoNCjc0 IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAxOTAvSGVpZ2h0IDEz Ni9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFs c2UvU01hc2sgNzUgMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggOTg+Pg0Kc3RyZWFtDQp4 nO3BMQEAAADCoPVPbQwfoAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAD4GLt8AAQ0KZW5kc3RyZWFtDQplbmRv YmoNCjc1IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAxOTAvSGVp Z2h0IDEzNi9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBv bmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggODIyPj4N CnN0cmVhbQ0KeJzt3elW2lAUhmHPyQQBwhQQRwRBKTgXEQxiQagiYQ5JvP8bKYlax7r6b5/j2u8V PMna5OfHyso3ijDeV3RKBVGSZEaTJFEQ6D+egFBJUcNaNBZntZgWVgOS8Il/aQ9q+tp2brdQZLXd 3PZ6KqrK9D2fCIqWzpaOz+uXRpPVjEbt9MdOJhoQ3/KJGExslatX3f7AHDKbOej3WrVKVlcl+gav 6vnTq9vh1FrYDLewZqO765+FdFgir84mqBeqHXO2cFzGc+zZsFvbWw29HA8NJPLVm5HluA/M5zrW uFcrpoLCE59I2tZpZ7TgwO7lLsbdai4m0+e7SZevTIsTvMcftY/WQ48vf/nqs+e3Mwca9f858/tG IS77eqropdaQl7vxcu1J5zAT9E9HUNdPejy9+iV/flfdjnifHSJEsrU+P1fv5S4GjXzU++YTMZpv DHg6HO90hs2if/hEihUM0+ZK/2CPWvtJxdfHi8aQN/24VdKV5c+WyPFikz/9NeqBQj1cqIcL9XCh Hi7Uw4V6uFAPF+rhQj1cqIcL9XChHi7Uw4V6uFAPF+rhQj1cqIcL9XChHi7Uw4V6uFAPF+rhQj1c qIcL9XChHi7Uw4V6uFAPF+rhQj1cqIcL9XChHi7Uw4V6uFAPF+rhQj1cqIcL9XChHi7Uw4V6uFAP 13fRS1zqn5eXvNUr7vSjVin5qI/mL03uFseu9hL+4pgYyV7c87b2Zl4WYv7CpxDaPONq5HCpt/q1 rOYPfNJAuvJrzNXhO9Pu8brqT0wSObZb7885evmuZTb3/U+ON3MYWjtsczNN6g9Mdk+3Ik/LsFSO 5aq9CS+349rTu3oxGaB/J3lTe/VbTvhLfN8oZ15GeYkYzpQav8eW4zL+AK7rWJM7o7KhvdpzplIk s1/rDCbzhe0wnG1bU7NbL29o8qsxakKlcHr3xLjpm+PJZMpok8l4eN9tnhUz2rshcyqpic29o5rR aneYrd0yLk72t/TQhxV2IijhxFq2UCofHBwy2cFBpVTc2dAjAZGuvI9QUVEjsWQqvcpo6ZQe10KK 9GH+/skviLISYDhFFoXP7Y8PQAhlua//t4K3/gDi2twQDQplbmRzdHJlYW0NCmVuZG9iag0KNzYg MCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE4NC9IZWlnaHQgNjAv Q29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNl L1NNYXNrIDc3IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDU1Pj4NCnN0cmVhbQ0KeJzt wTEBAAAAwqD1T20KP6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAL4GgWAAAQ0KZW5k c3RyZWFtDQplbmRvYmoNCjc3IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9X aWR0aCAxODQvSGVpZ2h0IDYwL0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9C aXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xl bmd0aCAzMjUwPj4NCnN0cmVhbQ0KeJztWWeT3DiSVVmaoncACYCwJMt0y1zE3f//affAqm6NdrUq zcxuxH7oDEWLJJBAIpHIfA/16dOHfMiHfMiHfMiH/EnZQP4N+r8YZrPZrvLPHf763Jvtbr/b/g3D N7vDAQNstvvDvxhnsz0EYRSF4XH/Dx385D/R+Z3VbA/RKTr+dcM3uyBJo8NuF8SncP+zYTbbY1I2 kLo4HXebH1ui6MdPq0neE08M2uyioi3jvXfY5iHrerdvD3d5a/z06dP3D+sAh6QhdRJGWV2nwe6P io+42OxPrVBylJJ3WbDbfh9xu4+yPD5s30e7NxyiNAmeGI5piejz8HA4QvxfRM1u79/wsPUPh7dX iJ/C/7/3ndehN4eUjKItSsLoYxjEi3eZ1/H7uDnmzE1GKjtpkga+w3639tsfT2WVHPf7e1cM7ac7 RCVps+P2id0ZM2OdplleFHmW5VkSHsMky9eH4JQVeRLHaV7gFTEa7HfHMAoj/x3Rsb17U1nJuBxJ FoZJDoXoGHiVIot9AG6P5ThbTno5L7It0CGN43u/KK3qLIrWlxDLiNI8S5OSGdlEv3Y4nCGcIg1h XIyCMTZ0RVrgjfVdmRUdE0PXtHTAa1WUVRaFSVmVVTdwRqvTAWNvg4JN5wWWVafTqkmrLG97xvnQ pjB8G5Ry1qSqB3dxYuCCkaYhAxtIlZddV+alVyLlKUpr2vekpeYy98lPz8oPdk96YGae3HxenDGy b3s9WQQkI72eJ8W5VEoqyfuBkSKrYbLQ1hrDa++UzS5u7eu3V0vSuBiMQ4ugvZwmY8zYxjvYXamz Y10n5suk7bIYwcf7iJRyQQn3Spq1FRFyhPPEdFt+y27D5XJxZn65OmWw5+N81lwoParlOo1cWcPZ aK2UeiTtoIyZL4ublolld4eX6sv/frPNKens5TxN51mr+TpJqAzoAbvNy21Syi6zUfPtrDhaRiYM nINR0XeZpsWNXBo59H3PzNmR+HmcTEaoZZFMnxfZC4wEL7Omw+Ducla0V25sK6qdlvCgUNZOt8+3 eb5cZBlsH3b/3zfXpgW/omG5XefpfFaEjJYXx623+/XzdXLOjD2fLnago1WkascJe7xMCxrn5Xp1 xpkBoVN3o1NN+OvU/Gb37IaWT/jTG6f0ZEhecQfXYQFEWVakDQYTyjk3WT19/p/X83I5r3bjYHaI ky8LqxqFeDmfr7BxmVlZDlqUd7tvNyf50FUlNfPYtsKKKi35NM/n83L9+u1lWa4XLMIg1pK85mas wif55G63dJrUvdG0orDbzJYWtbDOzbYvW2lZmTWjFZS7y21R3Lx8fZmxAJYfN5tdWAq3LOdF99S8 fr1NWK42k6NZRpXAyvy5XGxfIY1EPvewsmJG1Fm5OuY8Xz5/gc2Tg5KheZKXWJasn/n7kHOnEXCy LamSXQnvKntZRqQtoxAbcLwwkjS90n3V6dvrwjs2v5yt1pIkiN5DSrUZEf/wqLq8LEYbJUaLVJ0S ucbJsRSWlxEqwD6sR03znCrVN0TiOM6Lgy9mr8QRoqJrSd+PzpDTk3N5SHsl6DDyOm8Fb/IGZ9re Xmec93FgUjRJRnAehdS8Tgs2X3SXN+M8O6N547NFWDLJar+5fmbkQ6NFP4xQTBpGM+zIMe9HLNEX FuRM0SanWmgpRq2wz5MakcsslAkRRo+jFIO4H+hf2r2LK9pVDSpUUrQttqnDQbx9vlhU5arq2iyM CooaPbI2CeKKjzSLklZ4p5I82CJMCkKrGE39QDpskm+AYpeHUd5UcBsOQN0Voc8PHhTgMUhbLqUU PWHWF6RRa8W7Im8ZMu5Im87Pcvx1od8e4zSNTymqY5T4P2lei+WK4ao0ivF5vw+zhpC2BCg6xHmZ Br48d5Q0WejhyCHOPK4C1Cgy6BJK6iz2iodDmPiCCfR0Qo8VFDxAWJBUHenqshqsoYVX6qo0DO/D 5klaNmX8a39/8vjzgH9AdHsPSFHHU2pMX2Li+xd8woriEBu93R8DwJLtPoyT0x3JwXCPVHA+PbY4 hiffsH8oAohs7lM84OoD9G4Pvl98QkVX7SmIVqXd7hDESRIFWHDkZ/ul3R6DAdIDMq3A3oObqBr6 Mjq848MVJe1XdPcAeR43v6H2N9zn+/muvuEd870N+o6n74+bdYBDWAxyKAKP0/YrTnwM67HbbyDr 1VfB8QH7V7hcxO/rXQHgY9wfVvvzge+A8T7SOm7wczrhrQzSpgOG3rzpfF/h77Agv2tAZEUa3yH8 BnHxfZsQkp6qhNi9/TMw/64QeqToKUlalOUdFf6s5x7RcgeViM7Aw9s/wV+8fysCsNS360HbvG/T /TlIqzLP8xQxGP4Tz/qBSryZnZb5CrgOp6r3IHNFhd936LtPtw+KBxPiLEuwiD9BvFA4kJWQrrXs i/AtztYgw3HaH+Jm6NumqaoWe/qY5hHRaw9/zHwgPTT3SHKMpAcESYSKZQEPxxbJe/tjDN8Dfw0P z0KivK6rpquTYH+f4Kn9HoaOWjI6SKP7PEJA+IMN2oHDnSZxhGot+67rgAN5BY/skFRWIgPPrj0C ZBE8pCeQin0QZ+1ofJn0Fc1NKCRa9XmwpooYViEIT0hOiPu1O8Qr53WHNI4VIqh8Tjs+TyfHgltF izTvJAhEWeSxpzlI6UVLe9qWNQc2BvTWl5cJpSgJjhES9t4Dk7zxPZBvKxQr8Iw4hBJozVl5WHLM +TyNlDJOcj8aIU0RB9G9GGTI9lHgc35WkZ5S0Ay5vJwlrTPwrTR7lr4/bcNGOVGEhyDrrRuHgRRR XHZtWdERYFwxOjqL6qum169XM/IWPKprUmz8MSPC9+hXyGuMZnXRDEJNtxdToZKCAU6z4WAwdZY1 TIEqsCavKICE6DsydHmcdz2quwVCllq729cXJ1GFTzkKd/BrPPhpFxPregTgLmr1bEEWgEg6MbQd VwZwzY5qAkJ0dnp5nTE8byrKaQa7gwKh485nwwXwLtCcZZSDJpnLTXu7EYBqmp0eh6ZoBJ6A+UTP MAPnbBg1IGHNlRDuuuhRA55fXy8GUKirOt4Xz+2mztETgipqgMKx9i7NAbUI4VJPgH/aAEMBtFpQ gZ5phSk9ENwCvw5SY7KzAutQPVCpgtdY15tFrXaHOZXQBJ0ibH69gUyApxkLw+qWSifbvEVoqhlM ArzO2flsGVNG9EL2+RN48mkXeX+nx/0x6WCh9ZTBE2pAOmPn1y9XYM3JYMP1NHEfEZ42eraNdMG1 nV++XI0G66gJSCmwOykq4cZytTtrOsokQLw0L98+A2lfQe8cK06AcKAhXdHpSWNPRNNw57SbZAfs bYHZuif08i2+yxOCCuhUKwem0AinPcR03qo3u8F1POJHYEwcu7jZJ7DU97gZz4+KRmJPVrzOrbd7 e0jqrq0qIufFTiBCYBreL97utOwkSEJF7X3GogQwVDheDQjRcp6f0h2PB3NmdY9wtufbPOKQgDKA 8HgWa931M+yefJyAwjpe5cQhzD3Z9oRjmq29fL5iSarLa6B9MGjWEjXJez6hOCZVi9A29vJ6sSDU iH4r2rIhDDEpqJgXLQEJs2JAm5lkW7TqCmryNEx8/m6A16VZXr++OtaryfPixUjPvu355ayV1RKM hoMeN3kLiuvaaOvZwGo3eqgRhzlD1KyMnI/TMvr8fczAkQSDnuHMeC6v5EA5oDbjAtuJD/a8gLRK nCgUCe7JYlGN188zzttvXGx6GuDm6+vrVftrBkQwZuq5NshNOFRMMGRX2g1StHktr1dZwBuIk076 HrNBMy1OOWGkwWHGWV3ZChxSr2PgrNQl8YQCebBsGBiDvznxtRR1aaCsr04JijJIh6SImOWm66dh 8sAn1N/EqLH3N0gD81dJRdX1fT8g+VZNVVZVkZVdV4FTzI6uh2YbZG3vuxA0F6cQlCJPfBFhjFYe n2yBTygTfGjzOEobirFQb8EN+oE2eYY2pEMUuqpMgjAtiwylqcnLwT3uZZ4bfsdtReFv6aL73WAU hKcsy1Jf6eMIEuJDmuLwWnE/NMBwcbr28K1HoGkg/qNXzx43hw+cmcX+VjFCX09FDv7yMY1RdROg tewUhZHnGcFjAqT055eD32N8vY1dr1L95auHrB4zeVmvYder2BX+kHHskrs3Vjj31mMFV9v7Pezh DXFvHve2j6tWD4TX+/3Hje3x+K68aqN3mLbCc8vnYXI3/H4D/c5T/oUAorb0D1e8f2i6v71/+nHc 733/8LD5QfvBjw6nmpI7h/43CoB+mj29Uv87E4Ax5+nPf7b4O/JbCPPviI/Yp7+R/JVx3378+E/J f3yCD/mQD/mQD/mQD/mvlP8H5ZNpTg0KZW5kc3RyZWFtDQplbmRvYmoNCjc4IDAgb2JqDQo8PC9G dW5jdGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMCAxIDAgMSAwXSAvQm91 bmRzWyAwLjEgMC41IDAuOV0gL0Z1bmN0aW9uc1sgNzkgMCBSIDgwIDAgUiA4MSAwIFIgODIgMCBS XSA+Pg0KZW5kb2JqDQo3OSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9D MVsgMC41NzI1NSAwLjgxNTY5IDAuMzEzNzNdIC9DMFsgMC40NTg4MiAwLjcxMzczIDAuMTkyMTZd IC9OIDE+Pg0KZW5kb2JqDQo4MCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFd IC9DMVsgMC40NTg4MiAwLjcxMzczIDAuMTkyMTZdIC9DMFsgMC4zNzI1NSAwLjU4MDM5IDAuMTU2 ODZdIC9OIDE+Pg0KZW5kb2JqDQo4MSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAw IDFdIC9DMVsgMC4zNzI1NSAwLjU4MDM5IDAuMTU2ODZdIC9DMFsgMC40NTg4MiAwLjcxMzczIDAu MTkyMTZdIC9OIDE+Pg0KZW5kb2JqDQo4MiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWlu WyAwIDFdIC9DMVsgMC40NTg4MiAwLjcxMzczIDAuMTkyMTZdIC9DMFsgMC41NzI1NSAwLjgxNTY5 IDAuMzEzNzNdIC9OIDE+Pg0KZW5kb2JqDQo4MyAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFk aW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDY0Mi4xMiAt NjcuOTIgNjQyLjEyIDExMy4wNF0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gNzggMCBS Pj4+Pg0KZW5kb2JqDQo4NCAwIG9iag0KPDwvVHlwZS9QYWdlL1BhcmVudCAyIDAgUi9SZXNvdXJj ZXM8PC9FeHRHU3RhdGU8PC9HUzUgNSAwIFIvR1MxMSAxMSAwIFIvR1MxNCAxNCAwIFI+Pi9YT2Jq ZWN0PDwvSW1hZ2U3IDcgMCBSL0ltYWdlOCA4IDAgUi9JbWFnZTkgOSAwIFI+Pi9QYXR0ZXJuPDwv UDg2IDg2IDAgUj4+L0ZvbnQ8PC9GMSAxMiAwIFIvRjIgMTUgMCBSPj4vUHJvY1NldFsvUERGL1Rl eHQvSW1hZ2VCL0ltYWdlQy9JbWFnZUldID4+L01lZGlhQm94WyAwIDAgNzIwIDQwNV0gL0NvbnRl bnRzIDg1IDAgUi9Hcm91cDw8L1R5cGUvR3JvdXAvUy9UcmFuc3BhcmVuY3kvQ1MvRGV2aWNlUkdC Pj4vVGFicy9TL1N0cnVjdFBhcmVudHMgMj4+DQplbmRvYmoNCjg1IDAgb2JqDQo8PC9GaWx0ZXIv RmxhdGVEZWNvZGUvTGVuZ3RoIDI0Mzc+Pg0Kc3RyZWFtDQp4nLVbbXPbNhL+rhn/B8z0C9mJYeKV ZK/Tmdhp3dzEN27im95dcx9omnHUWqRLSs3l398uAIqSrQgWAmcmigRCwrOL3WdfgJCTS/L99ycX Z69fkeyHH8jpqzPy59EsIxnN4E/JlBIk5xmRmSJ9czT79VvSHs1Ozt8pcjvAm8tquWz6ltQDObks NBnqdvq6yBQrtr7+4duj2S9HM/LjxRk5edkv5x+qeklOLzZXZYVgbMeiOStpURCYBQ+kfXucUaHK UpF6AWBeL6rbpiCvOuJbI9MsE2rHIiyjelxDkW1BpjXKJ62xR3sgIKoP0IscZmsOLyzjpL99qD0L aJf+yMbesY29M19mWc5LwP949dMrQPATIzynZSHJ1QcQ2gjMiNA0LzkRglNFrhb44NbClQYuI+dH s9+Sn/6dyoSp79JjkZD0WCY/dzDwCd7y5GZ+k7rRTw25wQfmAzsR6X/J1d+PZj9e7RaBOxFQfJmD 7mkumVGIYFTAAM81VfAPmEFWEF5SvlYJV/AdvW+G1CVVct8MWK/UsGohBbyWW0szzmm5/hpTguqH a++b4hbfNwVWzHD1kqPkpcq3lhc0n76X7ZB8z4xx8S/PYOST21uwgd/J+Jsi0xTQLDYXgc93R7N3 R7PxZ6dJ0zrrSQJ/eCZAp9P2wUxdlJTxccBOZZtTnaKmqW7ALe20Mi09qWnCp4sC3Wqa5Aa2Jrn1 wNNQOdN6bmB7ltXgBigxzXlkzeJwh2SMZg/8saAK/JGXjIJRrh3SueE5+lVXgYfdeVxLxgDDVU5z 9iUwlwCjG+BljqiWSA3m3V8pE0kzeACqGAAl2FMhvgTwH6lKmlsAWC0BmH4iMB1zGzWnnBtgwPsZ Ur5g+AL2aHj/4eBbA/wbBoTquHY/2PxQsHwHWNhlKYLBvmkALKiWJU1f3abHZdL4UBcxUDNwc1GG ov4XGkTTeoCWE1AkHIChc8oLw6kciK+QwN5PQ8sLEwjC0KKr9WgP3e/oYQ0kHimTyUuMwSlTSdU3 bTMMpGpvfLpnWQzlj/YtIbYcLs5NP7e+SNrKiGVewEvdaMrKpBpIWiSvUdy2BQvrzDOY08GHFp9d GhoE4Zcf0mOWJ12/8Ml+cM60S/aRFcO2UiH0+x53K2XaSt7cpWCMFQg2NEbs9wkO261F4Zdm1298 4vE4WytosKEaoJ3ZwBvkBdyfOfx1/EDMRjGfHAdH0l1ySAGuqkMFOfZhPDjA7sQoIfErwjBiIQSF E3yt/i3hXrc/ON7uM/0wt79Hi+htWAMz+DM9LpJVNY5ZG+/fpz5JDg7Q+yQBWg+Q5B1QT2PJqq/u xoLHGfnntLSfh1Vdo8jDgAQlk5UvaWNRwrmApAiqyEDRFoaQsKJDv628dhUllo+7wXJaHA65rhb3 1Rwo9BYtqh0M/VgKbSiMwa5QeOoVpYyifQiNmJKGifJP0HmLovwBsDMwprbxGQ2PFNALUyyHwTb+ 0M8b+Gd4gabv0zUPjMR6t91kEuu8w1FDfVAD5lWPtm4qmM8p44A+tw/NeIM1DtDSsX0AAVknkGbB 9gzY61hgvlIkNb5vl70tg1RyvYJpS+dMfuPjUWK30wfDeuhgdVT9EpNiBF/fWbk9mKPE6RFzLgIw m4K4wRTJETEC/4w87MxQ2yyqIZ8sWzeGmStMuIaOVNdGUAKC5y5tMQMjtT+tnOFRcoFRDzqjgXnX RxNsbPpsE7F7R+P1gJrAd+2YfjbtsjKTcLRDDcIcXkA2bUqLiizQGFZ31opxmkcJURIMKSVVRaAS fDkbj5k5MJmH7dIKY2vjgxolE+AFp1keBLXDlAUTNTAJ5w7rQsTLCzFzAgZfPBT8BRJyh76uE5t6 2eJ5QVKRm2BV9dVHQ9umvPIWzTxOaqAldixCJPrPHCLP9XWKAWo/VBElHRgba2HF068QKznypmTJ zdyEy7Zb+oBHKc6VAMR5KHCT/BqTQOrPk00uNW8NhdZ9UyHNlhu067MgESW+j9sSWH9t11omMOCL Gd+OBeg5mxSAnabT7TrHOE43/uJGgLl8+4R8R8Sp8Z0+hArJWqvadZxc9mflbwaCtYOeHjcYM/0a +M5mHFDZ4ty38FOGh56UD4s47QSnDs5D0uGXLn0y2SuaBLx4UEeJ+YoJ7N4HocZzU5WVpgfywqvk KPFfsZLqPFTJZ1hUr41u5etYijgNfgV2EQzZGTC8nDnrML6yrnT+t5Vu247tEspWkfzNDmJWOflS 2/m67iJK/qBzRpkMFdqXS4rAjEDv9tispDLEYxVwksLNMUcwHDlJIyeZxjIHTvL5hAxMF/TDsFva QjxIjvO7znKONgT0prO9nNyGKJ8EcVoJqsxpKUMleOG6mkXyM2A3TYT7ZtwF2zugPjliZghhHQB3 YAqKrzZDn+nu1Ksx0K0ZwNTZa2Lototmn7QxT8tZVmDVePAxK3/qMauMEp7dOWsg2ldTYwKLclPb 4/0bZbNWU+7wPPGyq4wStJkEdi1DZfGxq4wSqZmUeKknEOOYCrXNeLvJVgfLph9TRdNG8tpOnKa+ tfRSUZHrg2WxRXBnfHho7HWtqddjE1mfGHEO7VkGcoSK4TWbKGU6YxIXDsS4GtanXN4rMNnJm6q9 JbABx+enacymyVdQzJ0r5NxplvfUWbHoUogsN42SMCmGBydz2s+JiseXQRU0E89FkErEB6wZXm6L xpbGfnDIXAToiGkm2A7ostumUK+jyOdylBLoKMDJdzsKRmNp+ycmb/KbnYq/i3ijoAyVy2t2+hkA y6/YiMdmt8G/phfzqHmNhPC0rq/Kn8vs8jwotkymhXJ3deVu2BB7vcAjOQr+EdtVw3idyE3ENMCj ieK5NKElZQGawO5aVf+B5/2DaV/WvoJDlfFNl3HEFSgCXTdHxsbbtJXmzHJdZ3203GmvitXrhqPh VTBikSV1N90SW7/zFZz62dIPqYM0crE+kBkrSyatKCZK2CsR9pRy1+UyQ8CgJ3vzw3bq8Xur8TJL a0pbn63rGPnM7nsKgtMyQC+miWAuKnT9zRy8HwUBJnufmvMsk8XneFUH1LMYT2zXdbpABWikDc5s Tx9Vy0vDD8p2jJauhV8k159x0Kuj+PnS+uoCJCFfdRXO31/U8ZMn/I8NeNIagt4fdvUz5D85QC1D Addjt6HuFlAVq2TVpo8bQ2CU9jbZ4rrpvdfu4+dCYy8sLKP9wiHmGF3NzWOsp9v645h7VOhB67t+ 2hG6fhSZh1X/VwoOuOss9/+a3T67DQplbmRzdHJlYW0NCmVuZG9iag0KODYgMCBvYmoNCjw8L1R5 cGUvUGF0dGVybi9QYXR0ZXJuVHlwZSAxL1BhaW50VHlwZSAxL1RpbGluZ1R5cGUgMi9CQm94WyAw IDAgMTI4IDEyOF0gL01hdHJpeFsgMC45NjAyNSAwIDAgMC45NjAyNSAwIDQwNV0gL1hTdGVwIDEy OC9ZU3RlcCAxMjgvUmVzb3VyY2VzPDwvWE9iamVjdDw8L0ltYWdlNyA3IDAgUj4+Pj4vRmlsdGVy L0ZsYXRlRGVjb2RlL0xlbmd0aCAzNT4+DQpzdHJlYW0NCnicK1QwNLLQMwADBRBE4ybn6nvmJqan miu45CsEAgDcHQpBDQplbmRzdHJlYW0NCmVuZG9iag0KODcgMCBvYmoNCjw8L1R5cGUvUGFnZS9Q YXJlbnQgMiAwIFIvUmVzb3VyY2VzPDwvRXh0R1N0YXRlPDwvR1M1IDUgMCBSL0dTMTEgMTEgMCBS L0dTMTQgMTQgMCBSPj4vWE9iamVjdDw8L0ltYWdlNyA3IDAgUi9JbWFnZTggOCAwIFIvSW1hZ2U5 IDkgMCBSPj4vUGF0dGVybjw8L1A4OSA4OSAwIFI+Pi9Gb250PDwvRjEgMTIgMCBSL0YyIDE1IDAg Uj4+L1Byb2NTZXRbL1BERi9UZXh0L0ltYWdlQi9JbWFnZUMvSW1hZ2VJXSA+Pi9NZWRpYUJveFsg MCAwIDcyMCA0MDVdIC9Db250ZW50cyA4OCAwIFIvR3JvdXA8PC9UeXBlL0dyb3VwL1MvVHJhbnNw YXJlbmN5L0NTL0RldmljZVJHQj4+L1RhYnMvUy9TdHJ1Y3RQYXJlbnRzIDM+Pg0KZW5kb2JqDQo4 OCAwIG9iag0KPDwvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAxNDY3Pj4NCnN0cmVhbQ0KeJy1 WW1v2zYQ/m7A/4FAvkgdTPNdYlEUaJI2zZBsWWMsG4J9UGzFzRZbnmU3zb/fHSX5La4Vc3KAKAp1 Mp/n7uHdkSbdK/LuXffy5PyUsPfvyfHpCfm33WKEUQY/lmstSSQYUUyTadpu3bwh43are3atyTCH m6tkNkunY9LPSfcqtiTvj5evS6Z5vPb6/Zt267d2i3y8PCHdD9PZw33Sn5Hjy9VZeSw53zJpxC2N YwJW8EAVtx1GpbZWk/4IwJyPkmEak9OM1M3BDGdSb5mEM2qqOTRZJ7Kcw75qjh3eA4LoPkAvI7A2 Ai6cCTIdbnqvALTNf2Qldnwldu5lziJhAf/L2Y97gOATJyKiNlakdw+kHWFOpKGRFURKQTXpjfDB sICrHFxOztqt2+DTn6EKuH4bdmRAwo4KPmcw8AS3Ihg8DMJy9CklA3zg/hFdGf5Fej+3Wx972ymI kgLSVxH4nkaKO4dITiUMiMhQDX9ABiwmwlKxcInQ8I7ZZaGMpVrtsoD5rIFZYyXhatem5tLSaPEa Bz/Fm3PvMikn32XCyVPpX4jD36T6VMkMFZqM1qaBgcd267rdqj54abUy08JK4ke3JDBbOhFMTWwp F9VAYcoL04L08lNXvLCc28Qx6nZpVQ6sW5XTgpaR+nLacmDdqnTQ0qocKKxeKEbuL3rOKdvQfEw1 aF5YTiHwC9GXUj9D7WYJqPixRr6qCTBCRzTiPwJzBTCyHC4PiGqGy8/dfQu5DNK8BqBuAqACtcTy RwB/CXWQDgFgMgNg5pXATJNhNIIK4YBBbmWYViXHCyjS5dbNwS+44qCKQNWB1/q3wZF8W4M32hev 2IIXAq2kJ97b4BzDPkIBTKYZeJkFKalBHTeBmjN4V/qi/gM1kY5rgNpGgArhFpIf0Hw+gSI2yeAy RSfP0N0kFHHwFHINi04XQ18fQhOMse6pciB1xW83Qc6aYFgJXkEx2Z/hr4h2gmjH18DBgU/6/9Qh 37vN2Ibcamq1N/J+NgLh62A+DuUyEs91yEX3IhkPCcivc3YcNkGjytV+EruGLJnOSMhV4MTmmqSk VjqycRqScWq8l7SnjlTzNHRMrfXM/wwalthl/5uzOuj6YEJSyl9IdahN86ijiHLth3qt4M4ntaqP mkdvYYvj7fPXFTIeN69yrimLfGFfYLm6c00ZJs6ytNWQsM2TUND7eJM4AeTnRT02wQWW6GxSt7Nk B1uzwvhw6IWduGgecmTxNQEW7i7DUpBOE5dH02InDV1HPu/3Mcfm+X3YwYrxCLaP4IjnkHPniI2+ BKoJBLkwTuFZVNuUCH4wH3HpU+eRTJ7PHe067Acr7tzqvYHfQDsosB9XvIjsNwxSSvLnECJZRHZU RBg59pONYMJ4ETh8+t29WwjB7OWT5juFyidR1MR+ZfCKTlkcoE9gBneuPiSqrC+DnyCTyn0zqWi+ c5BG0TjyIjPAzNmHpAO5ASmMa2PRfAuhGGzSvND7tZ3iAH1EuSa0/V9yOscdzTF0cr/Dr1ssXyAm vTo+B2gwREyl9eJzh+HoJyPIfNwEk+Tl5jm7d2XJ3WMZz0aTuTvFqj28EM13IVXklKbx3lxPq0WP S6fI71OC8XTnhe5JNscjBBJKBoHdzU42359U53SHPKiRzbcMylrXlvvBHkyzCSQFFQxAgrasokUw RqEF3UkbHOmVWjomIL+oOrWBTPi5KsMut7hXXXRd4c2mdTKVzTciVSD9DkuwrUhxJQ6x45ynJfci X97Bf86AQGPihjLnt6OojmbzvUVFU3Ifmmt7AqSUYXWr2xbI5rsLzZX7hsePxlr3j5LLxq9okmTz fYU2kkIF8KRRSCmr1tQAVVfUauz5EuRU1gR4WlI0LoaLDcwit36vI3+ArqSUot+2ZbX7H+AOb0DG 2az4phTounVYnvu5DDTLXLl042t1Axbih7BQtMtIW894/gPjx3DRDQplbmRzdHJlYW0NCmVuZG9i ag0KODkgMCBvYmoNCjw8L1R5cGUvUGF0dGVybi9QYXR0ZXJuVHlwZSAxL1BhaW50VHlwZSAxL1Rp bGluZ1R5cGUgMi9CQm94WyAwIDAgMTI4IDEyOF0gL01hdHJpeFsgMC45NjAyNSAwIDAgMC45NjAy NSAwIDQwNV0gL1hTdGVwIDEyOC9ZU3RlcCAxMjgvUmVzb3VyY2VzPDwvWE9iamVjdDw8L0ltYWdl NyA3IDAgUj4+Pj4vRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAzNT4+DQpzdHJlYW0NCnicK1Qw NLLQMwADBRBE4ybn6nvmJqanmiu45CsEAgDcHQpBDQplbmRzdHJlYW0NCmVuZG9iag0KOTAgMCBv YmoNCjw8L1R5cGUvUGFnZS9QYXJlbnQgMiAwIFIvUmVzb3VyY2VzPDwvRXh0R1N0YXRlPDwvR1M1 IDUgMCBSL0dTMTEgMTEgMCBSL0dTMTQgMTQgMCBSPj4vWE9iamVjdDw8L0ltYWdlNyA3IDAgUi9J bWFnZTggOCAwIFIvSW1hZ2U5IDkgMCBSPj4vUGF0dGVybjw8L1A5MiA5MiAwIFI+Pi9Gb250PDwv RjEgMTIgMCBSL0YyIDE1IDAgUi9GMyA5MyAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9JbWFnZUIv SW1hZ2VDL0ltYWdlSV0gPj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMgOTEgMCBS L0dyb3VwPDwvVHlwZS9Hcm91cC9TL1RyYW5zcGFyZW5jeS9DUy9EZXZpY2VSR0I+Pi9UYWJzL1Mv U3RydWN0UGFyZW50cyA0Pj4NCmVuZG9iag0KOTEgMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29k ZS9MZW5ndGggMjMzNz4+DQpzdHJlYW0NCnictVptb9tGEv4uQP9hgeIAsqhp7i53SRaBgdhp0hya Q5q4aA/pfWAo2lbOEh2Sqpv79Tczyzc5stbaUAEik6ulduaZ9xmy07fs2bPTNxevX7Dw7Iydv7hg n+ezkIVBCP9SrpRksQhZFCpWFfPZ79+z9Xx2+uq9Ytc1XLzNmqao1iyv2enbVLA6Xw+Py1DxZOvx q+/ns1/nM/bTmwt2+rxqlldZ3rDzN+NTeSI533FozNMgSRjsgi8ic3kSBlKlqWL5Coh5vcqui4S9 KJntjFDzUKodh/Aw0N0Zim0zMpyRPumMPegBgwgfUC9j2K0FfPBQsOr6IXqGoF34sZHs+Eh29DAP Y5EC/V+ffn4JFLzkTMRBmkTs8gqYJoY5kzqIQYZSikCxyxV+cW3IjYhczl7NZx+8l//2I4+rH/0T 6TH/JPJ+LmHhHi6Ft1gu/Hb1vmAL/IJu5Kn0/8Mu/zmf/XS5mwXRsoDsRzFgH8QRJ0AkDyQsiFgH Cv6AGoQJE2kgekiEgmf0vh2RTgMV7dsB56UaTk0iCZ/p1tE8ikaPcfnVyY9vaA9+fAOcFeK5qUCe UxVvHRyDfvdPgci+PvnxHd3Rj+/g7L6VKkj/E+t+U4Y6AGpWwyE6SBS7nc/ez2fdzw6bunNGmyT+ 8EwCmoPgYKdO0oCLbsFs5eOtLUzD1nahPbpFZTi6g2lMn04SNKhhU7uwtak9D2wsiMfntQvbuwyC I6Lo3uz5So/l4abIeRA+sMQkUGCJIuUBqGNviq0BvkKLKjOwrVuLUUVTECNUHMT8MWLeAhllDR9L pKpBp0BXf/lcekVtIVBNQWAE+pTIxwj8l6+84hoIzBogTD+RMD2lGLUIhCDCwOOH6Owlxw/QT/L4 DxffEeHfReBKWy+7n9j4UGLFDmJBypF0JvYdorwqAdzQKyzkJlOQy0OQduxK7jnqQ1X5Jwq0FSiv auZzheoL2gyXqZeXa4CfFiqj1Mr7uOmW8A427OczPf0lW18zr1ifvDr3p2C6M0U3pkUC5P+DGH0S d6h4PPau/ZPE7Crv8Z623BBII7zMatE99DP8xBefc+8Ol+jpv/AWf7ouKwtyPDwadBBQHKA7A6Yg 6Ql7AA3nTXbbMZyXqxWq0wZxQy5pB0GwF0ULEPxoQEDsDA8H4k8PWVigUEmy60XL7hoYjA2rrepo b4V7i6ZCt4t78j99485E4mV5VdZgdSL2AEQNoUxhqggo31XlJ3yiyBubl+biaPBAkE8Oh+c5+JUF QlL0efAaYbpHnaFbwiRbAsfrBv5I8z0pRk3oGYQJUuYn3l3Wfd2bZr5BwLKKwWF/o4IlGvYAthaw 5LHA4imUZgdj9RuySFhVdYMCz1BvFgTNtY2XaHJesOyBtM6NF3Jr9QZFWaPmG/GR4heUcFCUIcPH OkmhkucF6r+FT3U0mSU60AfzaUSEelmXqIS9T+/MHw14CAWr3txr8oQ1fVWsskGXe+P/YoNCHw0K nThAgYmv8ec2wuPpCY8jqEwcCT+x0ZscgV7MhB3pzfJmaZL2IdGoBi/a+gvSPu1dkQaW4BtlbMIU qWiBWlbeGWdjNbqjJW4c6unDAXjj8wRYKvqQmjWbigwJuAx3cmkib5/j4ZOtx7G1YcIp2O0qMrc8 9b0fDcHutv1vXMtN1vPKluBwUaA1uiPjcBtUgyEJJS3Z639taBzcWNuHhlvq+cI3NcoCEYB0oSSh WugWk1SEPMJmiCPdRlP/i2mv0VNTc9Q5VRebLlKOzJlyARtnB/dXdnGmBcfszpEzmwMVB7dddtOo qGXpRmN5dYUIm/JDpnBP2mNzfeLghsw+hXcrMYwLL7LOeYGvS8nKI25Mvw46n/YZtWuDO29bKxlX Xfrh9rrIN102PdpsgeTgVtA+SLh0gYRS5aoY5VxQX1jInqYpJFWgncmmmrc0sbtaZ+u8oHkAOOGH +XJWlRuoBSK7gk7SPGql4ZbrU7wlL1aPGiV9aUceb0iJfzDKByY4qmshJTZRjbR8MVSAN5jN3P1g RSE9FAW5BwWXSuBZGCp1diLxrwjD6OWZhssogVsN5LzEAdYZj2Dt+fnZfmbkwSnHnl4rl2FwqKLi GDHkWO3nH7zv1I8W8OUkSUHbbnWh94P3ulc3UKon9VzlJBkBD+FZ6Uj0H6T8tqapnCTAcyEo33Yi dKjsPlGW3drrrxSMHgs2cNUVxxYGHbMDvVvfeeyQX4PjyX2MrC0X0hoF5fEaEU4yukDPu7q7BS6K pgDQY2MPyNDQas2aJabLa8o/R83qrZ4cJBuXlKXWjVV2U/Qg9G4YHAT5GnlcY77Egd/Ey2qqnGK6 2eTtDeRPT3EQR+hSGM7SJEjjw6veiy62mqyHSqA+Jyyskpq+iSF5gu8FOLLTNsCoyOk11eoMp+9E SA2Ow5mJDTYX7sqtljT194a+i2UiPf1kJxISizlHlp4WlaKjzWESFcQOZD8So0Y+blCyZdc3wrv/ meYJVYNdan5TZJh7UyZOXrEPbjdt02HkLy1AHW0iE4tAOQD1cNKZ5Y11/BgdbVKiIicmzinMUXer ABMT2pKM6Lb1hY6TSoza+sJDNMVEZXdok9qJ6Xe+GZ6ornknQix7NcZsSdMijdkWxDbwShqDgza5 TLspBq4BNyj5SfTCGyU7XGAdmlAbELHFwGlFaMreyDdkPbv0uasxH9r/1qAR+6RDpgPe4hdUjY+4 3HYVT9rynNx8350rrUbv2CLRu6FxyIRIrJT+QPmdYkhKxwpCjV/6GnWnDVaoDqQX1l5KNEkvpWXv m9Oh4jP6AeqdrJvbLz43oiL3XOCUAIfO2/LMPraOojAt8hJlXvyNj9J8eW2m1RYUpmy9OIY9k/zV tv53dHB/ZCepaYyvGDmSmmdoRFm+7MzIVmKpKUcvOnYgmhohKkypEfKbLSdS0wxHUnzJ0o1eeyte TdL2iNIIx5eONOZoeFm1bL74KVkqWWO58UfDuQOnIGqSJolKRMCPhvwkQxAFxge5vSONJTq4K4T2 Crv/24OQvmh5wqTBwuqUiYFjhrh/EmLexx344fFjs5A2faQ5K9UDeUajuvZ9plZTabI8dL+tE3U1 5Qwlwpe+v+XVlY9Zd4VV1LsdtP8fp+l33Q0KZW5kc3RyZWFtDQplbmRvYmoNCjkyIDAgb2JqDQo8 PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9UaWxpbmdUeXBlIDIvQkJv eFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUgMCA0MDVdIC9YU3Rl cCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFI+Pj4+L0Zp bHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy0DMAAwUQROMm5+p7 5iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoNCjkzIDAgb2JqDQo8PC9UeXBlL0Zv bnQvU3VidHlwZS9UeXBlMC9CYXNlRm9udC9BcmlhbC9FbmNvZGluZy9JZGVudGl0eS1IL0Rlc2Nl bmRhbnRGb250cyA5NCAwIFIvVG9Vbmljb2RlIDEwMDUgMCBSPj4NCmVuZG9iag0KOTQgMCBvYmoN ClsgOTUgMCBSXSANCmVuZG9iag0KOTUgMCBvYmoNCjw8L0Jhc2VGb250L0FyaWFsL1N1YnR5cGUv Q0lERm9udFR5cGUyL1R5cGUvRm9udC9DSURUb0dJRE1hcC9JZGVudGl0eS9EVyAxMDAwL0NJRFN5 c3RlbUluZm8gOTYgMCBSL0ZvbnREZXNjcmlwdG9yIDk3IDAgUi9XIDEwMDcgMCBSPj4NCmVuZG9i ag0KOTYgMCBvYmoNCjw8L09yZGVyaW5nKElkZW50aXR5KSAvUmVnaXN0cnkoQWRvYmUpIC9TdXBw bGVtZW50IDA+Pg0KZW5kb2JqDQo5NyAwIG9iag0KPDwvVHlwZS9Gb250RGVzY3JpcHRvci9Gb250 TmFtZS9BcmlhbC9GbGFncyAzMi9JdGFsaWNBbmdsZSAwL0FzY2VudCA5MDUvRGVzY2VudCAtMjEw L0NhcEhlaWdodCA3MjgvQXZnV2lkdGggNDQxL01heFdpZHRoIDI2NjUvRm9udFdlaWdodCA0MDAv WEhlaWdodCAyNTAvTGVhZGluZyAzMy9TdGVtViA0NC9Gb250QkJveFsgLTY2NSAtMjEwIDIwMDAg NzI4XSAvRm9udEZpbGUyIDEwMDYgMCBSPj4NCmVuZG9iag0KOTggMCBvYmoNCjw8L1R5cGUvUGFn ZS9QYXJlbnQgMiAwIFIvUmVzb3VyY2VzPDwvRXh0R1N0YXRlPDwvR1M1IDUgMCBSL0dTMTEgMTEg MCBSL0dTMTQgMTQgMCBSPj4vWE9iamVjdDw8L0ltYWdlNyA3IDAgUi9JbWFnZTggOCAwIFIvSW1h Z2U5IDkgMCBSL0ltYWdlMTAxIDEwMSAwIFIvSW1hZ2UxMDMgMTAzIDAgUj4+L1BhdHRlcm48PC9Q MTAwIDEwMCAwIFIvUDEwOCAxMDggMCBSPj4vRm9udDw8L0YyIDE1IDAgUj4+L1Byb2NTZXRbL1BE Ri9UZXh0L0ltYWdlQi9JbWFnZUMvSW1hZ2VJXSA+Pi9NZWRpYUJveFsgMCAwIDcyMCA0MDVdIC9D b250ZW50cyA5OSAwIFIvR3JvdXA8PC9UeXBlL0dyb3VwL1MvVHJhbnNwYXJlbmN5L0NTL0Rldmlj ZVJHQj4+L1RhYnMvUy9TdHJ1Y3RQYXJlbnRzIDU+Pg0KZW5kb2JqDQo5OSAwIG9iag0KPDwvRmls dGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA0NjAzPj4NCnN0cmVhbQ0KeJytW02PZbdx3TfQ/+EuZ4zo DcniJ2AYsCRbcBABSjJBFkYWwmAkG5gZJ9L8f7hOnSre+7pbVoDEC3lOPZKXrI/DYpF9vPnu+O1v 33z71Z++PtLvfnd8+fVXx/88PqQj3ZL+b+XW5BglHTW146f3jw//+Zvj0+PDm2/+vR0//qz/+O77 z5/f//TpePfz8ea7nNLx87tPZ39JLc+7/j/85vHhXx8fjj98+9Xx5vc/ff7rD9+/+3x8+e31s3lK zi98deR1m/PQVvpD5T+/SDdpa7Xj3UedzZ8+fv/j+3l8/bfj176Rek7SXvhITrce32jH/ULOb6z/ 1Tf+gfp0gdCfzl6Gtu5F/5NTOX768an2OKGX9HdcjJdP433B3im1UVyhpaTxwjxK6rdUbbGSyq3M o4zb6trqVi6LzSn7crE2Dl5yFx+8lbZeUuSat9Rt8LLqTfS/MFntt9LvBperLq9rKm/+5ftPPx6v 3n/64psvX58LfOp0k07XxHxC13qr6/hIQWkm0KU1kUD6ySbZGqtLjXq8Q+N0a4ZrO5rOtWdDuRvK S9FEF7Qt89aqCWo5gEpRNG6zXlGu0dgEnSNrH3y33SbRWobEG69bw4erjaVzysOQqhhIjePIppwx yP653Nh2crE2TrvVwbb1lilY+QBqnFI30BdnHE0nV9DKEVrVtYqcyKapjf/y+FBruS0otmMaHyHI t95DUNWb2jSUjyoLkyztlgu6V5n2raKzkwNI0FRXUk6UbrNHY+HHUz6iK6a5YmBdUbd5xVd1veqo MSNF+IxPmMgaq6PU82e1Rjm7dhr/HHnc0tjfVUS30eB1oBNe0bJxNXJEN1+pj3oqwj9KLfl8QoFX /VLnZamxrjovq0FLLkDAjdB5WXK7fgo4bZ2XVWge0/lGofMQUOfRlWv3gbdm4qtUXMyISo0Jb50X pYdaz58XnM27SlJevI4sKd/K1jnQCJ07CJ0HNJ1HN640Rr0ogh91LXE+ocCrfqlzGeNWs8k0Nj9C 0C2yKZDRwmjqpDIqwh0fq6ZIGXLrnEtDY+HMBCyxkU3XGxcuUYMOyGwwELsY2R1yTTZuYHHT3Tgw qUwjJDQetx7A2k7Guv+6sPMYS+iUZ2J4dSwTjWemzQbYCchJb+aN4Ci7sQnUWdnY9FevI0MZwmms G51VMONpZBtqvGrZGaYYXQm2JfCLkiRMZfjDibPOQCggvQWG8VY6+8B26p2YUowRWE3Q7wTZGBqo 0gGFqJM/B70Ovi4mUI9cHbsGtAofVNRpHfG2A/5nJtDlKhpC2lZVwAlHIGusHpBDUNWDjXoaSELB 4MCN9KjeXm0Our8BWPTp1xUUkv+4FTKTCoSWXcN+roxxXVUgNaSUaFwvqqppYNt7hk/1awfTxjNB xZAuMM8S+Dfmip05F3gQ1pVpvbV1kGhe6msOA7qirVxDbghjDv+5ItkAQkguDyodmF6o3GaCgoRB lk6Xc9I+QNS7zuwd/cd3EBWEN0G7cqLpJoa/tWmhtf2tC8x0+pvjraPocHXapo1c091Gab0h6F3Q +rDN2MZsfZlbaSwId/yhQYcgs1yljUyuGvAnoE4q7MxodCj1GsTrtPm13s1k2kKVAlSbMyUmMZeB yjykW/piIaupR68kAtvvsAQkIkTWWJWez5+zpZ3oqilMT7YJgXULG6cYuQz7OZNT1YAXdDZ2QWZj 4S43iTr5qAsb51taJsBQxXYsZeMptj54jaJSQzm24AJng6IRscoUyKRUy4PUndhYVcsNFJnjKEwl Jkhxo7FNVHam0WkUcznlb4yb6ZurcRKT4Z6hIhikS/g5lDzlEgam1h0Gra1wfHhNG2AtjNyNN1rr 5BiBT7RGY4KegDzf654PYKxZbQ3K2R+o9UQu7M307OntKmZdp7paYl6D/LZc7UR9nouo2ycbWct/ 7uS+ampXNJjOynbgzGmPbJEhZL/crmhEW8PugoPJ38BQFgikynAU7cXGqgEgeK8aNE3zFBtowol9 fTL2uUFDejI5XJ16p2f0tfVunjNM683zgRNUuJ21dEFHLKGfRxA8W4c1up5Ol/jqINMkOv6oJ2Nc CYVMFSehk2Q0x08nyUizmBRjkybdvHv55tyEFATWQdvJOJrmC5qSW8Y7oAVrvDYX8OfhDDNOJJ4i QNCZ9KibfrgIOtI+a89omdnQKoYSe2v6jzWQzIHEib4YmjmY1j7V2Duo19bM8IHNhfms9pZqyMi+ IC/w3uYEwlNmg1EVVAILPMES/WhlW6Wmp42HNKIsdn7zHWGUON755pXt8Gc5ICMaGc+Obzs3juhs P3fGZMbEm/rR4ow7Z1E80sSopNjELeDlRD38PwTDolBRE/N4+IaObDuzHZqtcY2sELooLU7ci5My es5IPXzOqTMAlh2FhZk72FtoP0XuOoW5ezHiUMXh2KyTMYv4uV8Q+nGAnRY/3MsCN2MDHHe5TUwe aDM3oOLOYMNAALIXZi7MRmGRthN+Lxr0tn8uFujWddBGDFrmUXbY5zTWtPU2IhmsGvjpILQ+uEEL aRaLWRY7uZhmM/d2qyl0KmftL41IPvLiRNoZz9dw9/wa5CkXCqidNQsKqu54IBxF6rwVOxMRY63q vpWYeajGgIaBDFBins3b+k47EHFAdrIdUH7VY06mrulNEGBjYpYCVKmhsYHECZ74zDh1AbW/IMA+ 3e8EApICsmSpYhMA8tMLORUKWs5Vmk53Hn+LMZEpj05Bv66dSSncAGNx36KLVN0x6sWBKpKldv4q cWzXzRWIjpi9rdGXqQMzznS2hlAHovsUn3Bmwqbhaj+KWPCksRF2pRVt5S5dbz2S6HvBzvh1U1HF PMNqx+rKLXa+W2arzoALZ7r62qWCdOd/tcUehi51UoUo8dS6GMzDj0i1ZdsXCs89zQsYxm0bJbib NfZyxkR2Y115nlI6tpF5AJhev5mWFCtxKsvZnHaSZVMeFwZGialsBkY5yvOzuqxUlbj/uHmkk/nF RhZPuYyKKmpzEsd5a2xrsfqcOp+iSCnnRurWHgghKEi0oivcuu+RS4sF+odhN1TfLKG33VvBoEmX FwOwImeRUqyg5iRgBrraLw5AEqRBm4qmkrIzEWktMhENcWmdwbg8N0JjDziNxw8UkAoWOgsd2opo ojb1+kH2ztn28/g5+xlC/5lYJGs+Twi8MKEpoCLyix7w1BdMcQKElpXLL7ZJAxkzJVB8IGSQ0Vby JX6kVuYfTwX7NKietvpzjF29UmB1athm2jJsLouazJGupRLLH8HWUM6Z8d0bxQ1VGP6nocpdF2Rk m/wFnnQlf4HqNvkDrSB/ASNeyR+CuclfipfYjPyB5Er+ELRN/kA9yD9AkL/jU7ul8Kz+VLDJfwuM /IVGdfIHkiv5Q5A3+QvTFSd/U96V/AUFsU3+QGWTv+SoepH8RWN4tPPXwfTAyF/MmU7yFyRkm/yB 8iZ/ydR6kD9wD/IHaJv8A23y34Ktq5xsc3sm2L6Z7Xz9DG/yx+RmkD/WONvpTFdfu5Syr/6Hsuza 5G8XU0H+kng02eQvqXE3MPKX1Ll/GuttFOQfApK/dd3kbyNfyd++u8nf5rTJ36Z8JX/Uums/f97H cfDpWWWiecpilYPkX+ZiWZV56JzcZIL8yxw8mxj5A7VN/oE2+W+BkX90JfnHyJv848Mkf0yqB/lj yvlK/lhR3+SP1cpmkXv7+ZkSWylaWIH040XgTtOUiPJ8jovdDn44OzwTZCuDXAUDlGaIFTlcUyli idyLTsC09UQFJMVdWM+GvODhhxgVNDYuy36evLhAzxzFdSbaLXOb54/lxn/joIwFsV7o1QwVeFzp cLbkElVrpQ4beVcyMd8+Lw7WdEMYZ0GnDl4bZp5uB09o2QvBrfY4DOL4WjsPaQV7XEMWwwMoV1Ab tyaxo4IimwULYbWxFlLB7da43nh5UHCMrlSM3XdsNP1yJQQXA5a4B7wXbB/wHs+w4PjoFVG1Nlz7 dKwQRKdCPT7F51e9wzPB6VghoGOh8LP9ilWgi2NlHgzcsfKM+jwcC/Xgq1/lGYkd/Ir3KO46eUX1 isrD/eqKH7GJ9O1YZdfU3LGK1623YyEr2X6Fkbff4BB/LZc3lMTa+XPjvSjdKvM+63Qr3DOX7Vb5 9ClUDvvVqVjXD6fKdo5xn8qeN2+fUoFfE8KpgPJ2qkDbqVxwMV4iiT0VbPt7j2f44lQValkXp9qC fcFkicMzvL8aHZ4JtlNtgTkV0CjhVYbmxasgcM5RrwLyRwI4FWZ/ThBuBUFt4VZAIxip4oq0n25V 84pXAfojStQz3KqygH26FQR1XNwK7aWEX1XevsZxJ1/LT/alzpOV/9zi0kbVA5T7xbGqOoMz4cTP wh3PfAvIDmzhWxCUFr4FlEo4V4Vx18W5IPAbaRxacqFuzLk2CucKwcWIiaeSp4LtB97jGb44l8gT xtqCnevfM1bg/dXo8EywnWsLzLmANmMZuDIWBCdjiVwZC+jKWMAnYwFtxhK5ZyzgzVhSr4xlC7oy FgR3jIX2m7Fs5PAczPb+gk+ujCVyZSygO8YSuTKWyGYskSeMBcHJWECbsUSeMBYEJ2MZ2oy1UThV CC7Ge8JYIdj2l3vG2vjKWH4hjjPC9UIc+HIhLuaO54X4xvDLznprjCFebIsxAmtCmDiPUXl6W5Yv Dxa5PEkfMy4J/GA9d34os8QVAV4C8OBbrMBmDVukCTro7H7Kw/HRgVGttTScLfW3bp60ZY5KFvDy Ab55+BUyXh+sTU421WvpHA8OzrqOrYtd7WlCC/db3rje6DeVzzYG/QQnWBQzeSMRjzhKfNdPUq7y u3cJcU8cZoh74jBD4DDd7nCxZV12W4VOw16mtJSMcCloSW78FQX+xNsAaf62pumpCOmu2LOSlngc QL3dgJ3Bl9+YN7wboGCwLK0CXKNK5tjZKjGKUOHGJKYN5QkEbvareTJqw7jWZ3qH4pMuwZLBuP+p i3XT+NnuwqxrMZQ4SW6BS/hCoeBdBK75bQ6oPTqIF1kbYqtELxadBlsuv8ni3rFqXGYNNLYLAiDs 34t3bGVsJeYoz+NyKjH5RzHDFO41puFqaCwf2zskUz/r2rqtQeOFdSd/PZjs0Y8d36HgGTcquDB2 lFfcPYfAdmN09SMRLpTT4E65LxUTHqtYzByYkp8ROv2lEaUcZvcXGLLMrn76RTl5jTgZe/ICvV1+ LtEYGzReSpBmhVbWU6mFm713rNPZ3jwVyEsVzCl0KKsnJcT8Bwq674Nud15UqVUxi0Ja5i13XS0e oOElzeo3pw9fwgpkbVc89lAB1rvKzvGTX2H3uD1U5XSe0At1l3gOwu1roOW1uYsAN3N4F8PHa7iY UtRYVPTbQn8lg1NIyqziGC1hRnbDkOMqOSU+39DAM+fsfIml+rCV8l5tloiBziJJg9Yykx5WiFEF YNWVSpvM8ooVTmAsjwH0dITtq4UtTcA0blolQQMWhXYdBzU1PMj16E7kDTt9YhKIF93bkfItluNk X5IgNMmJFT+zukVuu6c+rygpL88LGxbl9LV7lMEkGMPr/81M6jBWtLJI4fBiwTN536nMgoRG95kc j3rQdkwWye3/PlDQmSBqp8HrA9UH3HbwtlNKFGt0VqaCYgGuGwucDI+UVTgYgUTWmIWG+Jm3o8LC t24rkxzM9yqlD7+CQ5qC+xYyVd2guocFZhGz7zMLogGjcr/1152DPpZJhCMz42820SGMa0PWuEau aD+zJfjVY8dflw4GrJllcjPlM6bB9LLw09OfPC6PfJil8vwEJp0s0GZLcvDW0DO5GkbyCie+jTeb zBgT9VxnoFhk3z/jaQgfpsH6vTF2kQKY8krwKzZU3MDx6htzCVT9TmIL+PwbXRtDJXPgzh14hllA ZbglamZtrD7c9+Lc9Pdf+psA+YX383zCn9NQV0ovvNz/8u3jw5s/qnoTWP/tD48P2Z7xY6YWthnG P95+xFBt4O8AmipCqUOb4w8Y8PcN1f++4env//bN48OfX/3Hf7/+orw6Xq9Xn/92vK6vvn4P/O54 ncur+vq/jrf//Pjwh7cvL6v+H5eV7YbsuizptiPnMf7hsl5eDP4KQne4t+/+/OrzX35l6u3/3SLI VzUd/zWL/JId/ul43V6VlNsLE/87fFzKlg0KZW5kc3RyZWFtDQplbmRvYmoNCjEwMCAwIG9iag0K PDwvVHlwZS9QYXR0ZXJuL1BhdHRlcm5UeXBlIDEvUGFpbnRUeXBlIDEvVGlsaW5nVHlwZSAyL0JC b3hbIDAgMCAxMjggMTI4XSAvTWF0cml4WyAwLjk2MDI1IDAgMCAwLjk2MDI1IDAgNDA1XSAvWFN0 ZXAgMTI4L1lTdGVwIDEyOC9SZXNvdXJjZXM8PC9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSPj4+Pi9G aWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDM1Pj4NCnN0cmVhbQ0KeJwrVDA0stAzAAMFEETjJufq e+YmpqeaK7jkKwQCANwdCkENCmVuZHN0cmVhbQ0KZW5kb2JqDQoxMDEgMCBvYmoNCjw8L1R5cGUv WE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDI4Ny9IZWlnaHQgNDIwL0NvbG9yU3BhY2UvRGV2 aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAxMDIgMCBS L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzczPj4NCnN0cmVhbQ0KeJztwTEBAAAAwqD1T20N D6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAHg3hN8AAQ0KZW5kc3RyZWFtDQplbmRvYmoNCjEwMiAwIG9iag0KPDwvVHlwZS9Y T2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMjg3L0hlaWdodCA0MjAvQ29sb3JTcGFjZS9EZXZp Y2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxz ZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDE0Njc+Pg0Kc3RyZWFtDQp4nO3U3UpqCQCG4V3+ a4hoCIIuiQItowhBXJ0IguaJoIKggj+ozf1fwtjsk9Fd75wOrPe5hJeP79cvSdL/2JW+/BTn+iQW bV8Jvgt0ihOLxxPJqEvE47E/A52WE0+k0pls7ibKctlMOpWInxZ0mSeezOTyhWLpNspKxUI+l0nG L/J81cnmi+VKtRYE9agKglq1Ui7ms5d9rmKJTL5UCe4bj63n6Go9Nu6DSimfScSuzseTyhUrd82X dqcbvkdV2O20X5p3leJN6mw+pzzpfLnefAt7/cHwI6qGg34vfGvWy/n0RZ5EtlB5eA37o/FkOouq 6WQ86oevD5VCNnGeJ5ktVhvt3mgyXyxXUbVczCejXrtRLWaTZ3liyVyp9tTpj+er9Wa7i6btZr2a j/udp1opl4xd5LkNWt3BZLHe7Q9Rtd+tF5NBtxXc3lzmubmtP4fD6XKzPx4/o+l43G+W02H4XP8+ z/twttoejp9/RdPn8bBdzYbvP+b5mK12h6jWOfU57FazD/P8wDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8 yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8 yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8 yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8 yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8 yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8 yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg86L/yDGer 7eEY1T6fx8N2NRv+mCccTpeb/fH4GU3H436znA7D7/LkboNWdzBZrHf7Q1Ttd+vFZNBtBd/kKdWe Ov3xfLXebHfRtN2sV/Nxv/NUK+XO81wns8Vqo90bTeaL5Sqqlov5ZNRrN6rFbPL6LE8iW6g8vIb9 0XgynUXVdDIe9cPXh0ohmzjPE0/ny/XmW9jrD4YfUTUc9HvhW7NezqfjF3lSuWLlrvnS7nTD96gK u532S/OuUrxJneU5fXMiky9VgvvGY+s5ulqPjfugUspnEv9+5n/mk8zmi+VKtRYE9agKglq1Ui7m s8nz8fzuk8nlC8XSbZSVioV8LvNHnVOe63gilc5kczdRlstm0qlE/Poyz6+rq+tYPJ5IRl0iHo9d X13W+R3oJBZtXwm+i/M7kK5+iiNJ+p/4G75jIeMNCmVuZHN0cmVhbQ0KZW5kb2JqDQoxMDMgMCBv YmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDU1MS9IZWlnaHQgODE4L0Nv bG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9GaWx0ZXIvRENURGVjb2RlL0lu dGVycG9sYXRlIHRydWUvU01hc2sgMTA0IDAgUi9MZW5ndGggNTkwMTY+Pg0Kc3RyZWFtDQr/2P/g ABBKRklGAAEBAQJYAlgAAP/hAFpFeGlmAABNTQAqAAAACAAFAwEABQAAAAEAAABKAwMAAQAAAAEA AAAAURAAAQAAAAEBAAAAUREABAAAAAEAAFxGURIABAAAAAEAAFxGAAAAAAABhqAAALGP/9sAQwAI BgYHBgUIBwcHCQkICgwUDQwLCwwZEhMPFB0aHx4dGhwcICQuJyAiLCMcHCg3KSwwMTQ0NB8nOT04 MjwuMzQy/9sAQwEJCQkMCwwYDQ0YMiEcITIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIy MjIyMjIyMjIyMjIyMjIyMjIy/8AAEQgDMgInAwEiAAIRAQMRAf/EAB8AAAEFAQEBAQEBAAAAAAAA AAABAgMEBQYHCAkKC//EALUQAAIBAwMCBAMFBQQEAAABfQECAwAEEQUSITFBBhNRYQcicRQygZGh CCNCscEVUtHwJDNicoIJChYXGBkaJSYnKCkqNDU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hp anN0dXZ3eHl6g4SFhoeIiYqSk5SVlpeYmZqio6Slpqeoqaqys7S1tre4ubrCw8TFxsfIycrS09TV 1tfY2drh4uPk5ebn6Onq8fLz9PX29/j5+v/EAB8BAAMBAQEBAQEBAQEAAAAAAAABAgMEBQYHCAkK C//EALURAAIBAgQEAwQHBQQEAAECdwABAgMRBAUhMQYSQVEHYXETIjKBCBRCkaGxwQkjM1LwFWJy 0QoWJDThJfEXGBkaJicoKSo1Njc4OTpDREVGR0hJSlNUVVZXWFlaY2RlZmdoaWpzdHV2d3h5eoKD hIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uLj5OXm 5+jp6vLz9PX29/j5+v/aAAwDAQACEQMRAD8A+f6cFJoUZNaVra+Z2q4QcmRKXKZ/lH0o8pvSuhXT MjpTv7L9q3+rSMfrETnPKb0o8pvSuj/sv2o/sv2o+rSD6xE5zyj6UeU3pXR/2X7Uf2Z7UfVpB9Yi c55TelHlH0ro/wCzPaj+zPan9WkH1iJznlN6UeUfSujGl+1H9me1L6tIPrETnPKPpTlt2boDXQf2 X7VPb2KxN8y0nhpJDjiItnNfZZB/CaQ27j+E16Da6Tb3YHQGrp8Ih1+RM1yTbh8SOmNpbHmHkN6U fZ29K9BufB8qZIWsyXQpIThkP5Vn7ZGns2cj5DelHkN6V1Q0oelH9ljPIpqqhezZynksO1J5R9K7 AaKHHSoZNDZTwtbQcZGclJHK+UfSjyj6V0h0rHUUn9l+1dCw7exzuuluc75R9KUQE9q6H+y/anLp uD0oeGlYaxEWznfsz+hpPIbPQ12dvo+8crWxY+DftbA44rkk3B6nTGPMtDzhbN2H3TSG0cfwmvUb 7wxDp6AYBNVIvDi3KllX9Kj2qK5GebGBs4xUq2UhXO016HD4R8ycblwAam1TQIrWIKgGar2kXsLk a3PNPsrelMMDDtXbpoRY529aZdeHii5Aqk0xNNHF/Z2Pani0fGdprpk0lvMAK10uneGVuYwu3k+1 Erx3ElfY8zS1djwppHt2U4xXqd14SXTomeRcZrkrnTQZmIHFOneewptQ3OWELE4xUxs3C5Kmur0z QDeXChVzzW/qvhlbS0B2849KuceXcmMuY8wMLA9KTyj6V0smmfN0pn9me1bRw8mrmMq8U7HO+UfS jyj6V0X9me1L/ZftT+rSF9Yic55R9KljtJH5Cmuls9De6uFRFzk12cngwWWnea6YJHpWNSHJubQl zHkz2zKcYpghYnGK6q70vbM3FW9G8NvfThVTOT6UuR2uw51eyOQWxkYZ2mmvaspxg17OPAvkWhd0 wcelYtt4Mkvr0qqfKD6VhKdmbKNzzRbGQrnaaT7G5OApr1288ILbqsSp830qrdeE1sbbzZF6j0pe 1QcjPKmtmXqKj8o+ldhNpO+UkLxVR9Lw2MVtRXtHZGdV+zWpzXlH0o8o+ldF/ZntSjSiei11fVZH P9Yic55R9KfHbPIeAa6D+ym3hSvJrsvDvgiS5iMrx/LjPSsp0nDc0hUUtjzF7N0HKmmG1cDJFela l4b/ANM8pE6H0qnqnh8WtqPl5rlc7Ox0crsef+SfSm+UfSul/sz5c4qM6b7V1U6Mp6nPOtGJz3lH 0o8o+ldD/ZntQNN9q1+qyMvrMTnvKPpR5R9K6H+zf9ml/szjpR9VkH1mJzvln0ppUit99OwOlZtz BsJqJ0JRWpcKyk9ChRSsMGiuc3HxfeFdFpiA4rnYvvCuk0vtXVhviObEfCb8cI2jin+UPSnRfdFS EV7KSseRJu5CIh6UpiHpUwFFOyFdkHlL6UeSPSpjQDTsguyHyV9KXyR6VPikNLlQ7si8pfSmmEel TUtFkF2QLEPSlaFcdKl6UuM0cqFdkMYeFtytiuj0rX/JISQZFYHtS7cdKyqUIVFaSNadacHoz0u2 ksr5Acrk9qivNCinB2oMetcDa309o4YOcCuu0rxWH2xymvDxWWSjrA9jD49PSRlX/h3ySSgrGksW RvnXGK9PBtrqPcrBie1ZV7o4nBO3AryJqUHZnpxcZrQ4IDa4A6VfWJGQcCrN5pTwMdi5qshaPh+K qFRicERyaarjIFUZLEp2rbjk3dKcyhhgivQoYyUDjrYWMznDCPSliiTzBkVrXFoMErS6TpbXt+kZ HBNevHF05w1PMeFnCWhpWGjyXcQaGPP4VoRiXTVKFcGvRrDT7LQNHDvtLFa851bWI7rWfKjA2lq8 StCU23A9WnNRVmZ9wkl45Z+lWtLhMcyxhc5rY1GwFvp6SoOWFW/CummfM8q/d55rkcJHQpRIr7SW ggEqrjPNcrcW0t1eLGATk16DqGrW8zmzyMjgVa0fw5GD9slUYHNOnJx6BKzOQm8NNbWSyumOKx3t Yidpwa7Lxjr0axG2hA+XjivOf7Q/eZZq1ppVHuZttLYtS6en3lUcVo6PKYZV+XgVSs70XFwkK87j iuzuNIhsNL898BmGaqqpxWruODi+hgeJbxL2ERpjNcdPp5WPOOa1fML3rbj8ueKuAJKwTHWnh8VK juiK2HVXqWvAukCRmd16VL4uZEZohjiur8PWyWNg74xkVxeuqby/k9M10PEwqSTZj7CUI2RxpRS3 SjyVNakmnMp4FVntpF6Cvdo1acopJnjVadRSu0UvJGelOMK/dA5NTMrAcirWlWj3uoRIoyM81pNp RuRBNyOx8AeGlnbz5k4HPIrR8Y3cUStbpgbeK6ZEj0HQVZeGK815T4h1Fry6dt2cmvDn+/np0PX0 pwMCVPNuAuOpr1XwB4ejVVmmQY9xXD+HdHk1G5V9uVU165YSpa2y28X3gMcVri6kacEicNTcpXZJ 4hgT5YYVHPHFJa6TBplj57qA7CtSC085POm/h55rH1O7a9uFtoj8qnBrxpVNbs9BRWyKdtYpczST ygbRyM1yHiC5S8umtkxtXiur8R6gmk6VsjbDkc15pbXDzXLTMeppKDkrxKuluNns0iTGOayZLUFz xW5cPkkmqJKE8mrw868X+7CoqMl+8M/7KvpT4oUQ8irv7snGamWxO3celdFTF4yPxIyjh8K9jMdI /PRsDANd3p3ie3tNM8hVG7GKwbPQJdRYiJScUs2hyWcwjkyDmuWpi60vjN4YeivhJ471DePO4GCa oapcrfPtUDFaOoaVJb2AlxgEda5+0RzLkDNZe0k3ctxWxE9htTkVB9kX0rVupcjaeDVUMMYrup47 EJWijklhaDd5FT7GvpSizUdqvRpv6UOADg1f9oYnsT9Sw5RNop6Cmm0GOlaI2AdaQlD3qvr2L7C+ qYbuY09sFU8VzWpIFJrs7pV2HmuP1X7xqvrdeek0T9Xow+BnPv8AeopZPvUUgFi+8K6XS+1c1F94 V0ul9q6sN8RzYjY6SIfLUveo4vuipK9pbHkS3FopKKYCGhRS4oxQKwGkp1IaBhSGlFFAhoGad0FH Sgc0CEHNLRx0pcUFIQ80mCpypwaeBSEc0gtY0LDWJ7JgS5IFdfp3iKK9UJIQK8/ODSK8kZyjEVyV 8HTrLVHTRxc6b3PU3t4JUymGzWLfaJuBYDFYel+IpbQhZDke9ddZarb6io3MBXz+Jy6pSd47Ht0M bCa1OPkt5rZz8pwKfHMr8Nwa7O6sYpkwig571zd9obREunWuC8oux2aMqmPI45p9pdCynDgYIqmJ Z7dtrqcVZjWObnPNaxmQ4l/VvE11d2/lBjgCub0/fJrETPyd1a0kAUfdqG3iWK7SX0Nd9DFKnG1j lq0HN3O91Ff9Et1YfKQKkn1O30zSisRAYjtWBqGuefZqg6qKzNOtbzWL1Yzkx5rDncpXNVGysX9A sLnV9Z+0nOzdmu68Ra3HpmmrbRN82MHFKLeDwzoxYAeYVryy/wBcfUNWKyN8pNTXqK1ooKcddSzc Br1mkc5zWNc6RuJKmuqNsq2qtHzkVksWN2sfqa54U5bmzkti74O8Os9wJ3GQhzWp4y1Isi2sLfd4 IFa0F1BoulZJAZxWLZ6WdXlluX5HUUpKVwVupy4tz5Yb+Kp7KJzexr71JfsbW5eIDhau+H1+13iN joa6FCq0ReCZ1l8TZ6SvbIriJZQZix711/iq4C2SxjsK4nbvXINZq17SG2+hYVonHOKa0URPAFVD GwPBo81k61vFRXwSM239pDptPWTgDk11/gzw2sWbiVfu8jNc/pKPfXsaqMjPNekX8sekaMAp2sV5 qpV60VZsXs6d7pGH4gvTds1qh4HFcFd6VsuAX7mun06b7XeM+ckmr19ojXA3sNoFcixNWm7o2dOE lqN0I2ul2BYY3EVq+Fle+1NpG5TNcTeFoLhIEfPOK9L8MQLYaV9ofg7c0/bOt8RLgoLQ0Nd1BLGH yUOCwxWHYotrDJdz9xkZqrPLJrGqHByims7xfq621j9libDAYOKS992DSCuzmNe1Q6jqLoW+TPFU kjijX5TWK0zNJvJ5NW4C7DOa2dCvTV+hEa1Obsi88SuOtVDYZbhqZJK0Z61D9vZe9XQq4im7wRNW nSn8TJ105vOU54zW7NGq2yInXvWFBdzXGdik4p8d3dtLsVCxFXVxtaWk0TSw9OHws9P8H/YrG0aS YruI71zXiPUIZtY3ZCxhq5e81a80+ItKWRa4nW/FslySiNz61zyUq/Q3TVPU9F8YeKrVNHWCBgWA xxXMeGdXWbO8cmvO21CeZv3rlh71qaTqQt5l5wM1oqCW5HtLnd37M05ZRxVIbiwFalnNbXtuCWG4 irKWMO8HI4r1KGLw9KNnuefVw1acrjLeHyYN79xWZdPmUlTW7dKskPlr2rLbTyRUUMRSnO8i61Gr GFomcZD60oc+tXW05sdKiawkXtXsRrUGrJo8qdCundlC4c7etczqecmuquLdwvIrmdVQjNcmMqQS tE6cLTnf3jnZOtFLJ1oryz0Qi+8K6XS+1c1F94V0uldq6sN8RzYj4TpYvuipscVFD90VN2r2lseS 1qMApcUUUyQpaSigANJiinUAJSGnUlAhKXpRiigY3bzmnZoFFAC9abinClIoGMpB1paXFBNhCoPS pYJ5rdgyuQBUfelJyMDrSlZrUuDaeh1Ok+Jm3rA/JPFdlHYvcwCZl4PNcj4P8OC8uknnG1Qc813+ u6nb6XYiKHBKjHFfPY+nSv7q1Pcwk6iV5HL32lpMSoTHvXP3WlS2bbkJNa9t4iW4nKNwTWt9jeeP zAm5TXlToThq0ehCrGZxaXhzslGPrUxVGGUOa17/AEMTgkLtNYEltcafJwCwFZqbW5bjceUYH5ul b+ha5FpnVBn1rEiuFnGJPlNEkHdOa2UkQ423O8utSj1vTpGd8YHArzmHTkmv5WzjYeKtpPNDGYwx APWoMPGGZTy1VGOugro63w1bHUGNv94Dit2XwQRMJgvTmuP8L67/AGNOWk716FaeOrS4wGZRmuj2 E2tTF1op6HK+IdCvZ9iRq21a2tB0ya10tkZCGxXTw61p04y205q9DNaSj93t21KhFbBzt6s8W1XS 7p72U+USCfStzwhpMkIaSVMY9a9Jez06ZsEIWqhqkUGnWUhjAGRUrnh1G5RlpY8t8X3btOyJziuX tLt1ba4r0LStGGu38m8ZGa15vhtC3KYrehOnJPmRlVjJNWZ55GEkGc9abNAC21eprvf+FfvCOOab F4McXKlhwDXNOCjK6OiErrUj8HaQltCbiZcYGRms7xZqvnyvArcCu1vrKS00zyoV5x2rzLU9J1B7 ln8tjk+lJUpVdgc1HcveD7Z3ug55UGuj8WatFa2flREB8dqx9AF1Y277oiGx6Vg3q3+o6vsdGKE1 lW5oaMun72qJvD2my6xqCzPkqDmu71m8FtaR2UJ56ECm6ZZR6BpRlYYcrWbpUcmp6hJcTZ2KcjNZ pNaoptN6l1Nmjaa1xJwzivOr531O/eRjlSeK6Dxdq5uH+xxNwvHFc/bgxxjPWtY90S+zKkmlfNxT Xj+ypWqJh3qje4et54uo1aRlHDwWqMuVmlHAqoyNvCkda3bS3VhyKkk05TKGx0rtwuOpxXvHJiMH OT0Ze8PWkcVuzSoORxXTeE9Ehub+WaSMFBz0rBibIihj78GvQrWNNG0BpzwzLWVXERqM2p0nTjqe O/GC7gila3tgFxxxXjOCRk12/j6+e91eVycrk1xLE4xUwtbQJiY9Kt2tv5hzmqqnFX9Pgnlk+RSQ auWgQWp0GjtNHMqBzjNd0YZIbQSknkVyGn2E0DCWRSMc1q3XiNXjFtnpxWHJCo7Gzk4q5cF6c9ad /aO2s2Ng6bhS9TzXqQyinKN7nlzzOcZWsao1MEcinDUEbtWPRkilLJmvhkCzVdYl+6uI2Q8CuN1l lJOK3Z2JQ81zOo5Oa554GdHVu50QxkKuyMCT7xook+8aKgsWL7wrptK7VzUP3hXS6V2rqw3xHNiP hOki+6KmqKL7oqbHFe1HY8d7iYopaSmAlLRiigQYopabQMWigUpwKAEoIpRRQMTFJTqTvQIBxS0n alFGgaiYpaKCcDNA0ISFFdB4Z8Py6reIxQ7M81n6Ppc2qXqIqkqTzxXsFnb2vhjSN7YEm2uDFYnk Vkd+Fw/O7sy9VhGiWix2/DY5xXK3E091nzSSD61vJeHXLtv4hninXmm+WMbcV81WlNS5me5TjG1j koNMH21HBwM16PaahaWemBWILAVyMtqYlLA1mtcOzFTJ+Gaf1mrNWa0D2cI7HRNqUdzcMBwM0TWs MidAxNc6sdwTuhUn3FW4L+a3YLKD+NZT5WXG6IbzQySXT5aoxyy2reW6kj1rq4pkuUBzVe6s4nGA vJ71jsa7mN5UU67sgN6VWkhdD04q3Npclu3mKxx6UiXO/wDdyJj3rWMzNwMyeLevHBrPAuIZchyA K6OWzVhuRs1l3MMgONtdlPEyirXOedBN3L2n6nNwplI/GujTxOdOtSBJuYj1rifscyxF1zmsKW9u 47krKDtBrPn1ui1Gyseq+HfEU13qQaWQhSe5rqPFmoRHTfkkBOPWvHNO1RUAKPhq2JdSmu4drOSP rTjJykkyZRaV0aGj+MBo1yT6muvtPiTDPgNgV5BdWzFywFVN0sPQkV7UcHSlC8XqeVPE1IztJH0J b+L7a4IUMMmttLuHyhK2ADXh/g22u9QukYk7VNegeIdR+x2Kwq+GAry8RGVF6noUnGotDrBqNjM2 1nU/WnbdNk6iI149Hf3O7csp5962tMu7lzulkIA96wjiPI29h5no5sLArwiAGqo0rS1l3gJuBrkZ tdmwY4GLkelc5qOv6hayZJYE9quU6b3Eqc1szuvF3kiyGxxhR0Feer4tFnG9vGMHpmql/rmo3Vv+ 8DbTXO+Xvcu3Ws7KT0KUWlqWJr1pbxpnOcmrC3iMKzXCnjNM2gfxV6EcPhmtXZnHKriIvY2hIj9G qC6YAdazY3KP96priQSKMGuXEYaMfglc6KNaU/iVi/avhcitK2BucgCsGGYxpjFdLoMkeTvOM1z+ xlFXZt7SJreHdJM16GYZ2mtDx/qotdNFrG2DjGK1NANtAssrOBxxXAeI5X1jXTEnzIGrKTcRq0jz jWtPklhM7L15zXDz/LIV9K918R6fDb6SsWBuIrzn/hEJbx/NRTg10UaqW5nOHYwNE0h9UuQoHGa9 M0rw/bWCrvUZFZulaeujuFA+c11MlrM9mZzkcZrSo+ZBCKiJfRWbWpVSAcV51q9kI7jfG2ea1xcS XN+bcyEc461tv4PuZbfzgpYYzWUXyO5o4qasc3prsYgrVfYVVljbT5jG67cUq3sbd69yhmNOKszy a2Wzk7pk4BpQKYsrNygzQ86qPmODXYswoPqcjy2suhHcqdnArmdRBGa6j7RE4wSKxdVjiKkgiuLE 4yFTSJ00MHOnrI5OX7xopZwA5xRXCdYkX3hXS6V2rm4fvCuo0kDiqjVlDVEypqejOih+6KnpsSjY KmCit45jNboweBpsjIpMVKVzUZUg1qsz7ozeAXRhRjNNOadGCTWqzKHVGby+XcTFG2p9lNxVrMKT IeAqIiPyjNX7LTHvYy6jIFU2TKkVv6JqSWNqyMOSKJY6FtAhg5faMK5hNtIVPaouoq9fSC5nZgOp qqY8CqoYqMviYq2GcfhRFnminbeaDjvXV7WHRnL7KfYTOaKeqqe9OMVHtIPqP2U+xEals7WS9uVi jGcmhYfNkEY716Z4O8PWlpbi7nYbhzzWFfERgtGdFDDyk7mn4c0W30LTftE6gPjPNcf4p8RS31w9 vE2RnAArV8V+JDKTaWzcDjioPCvhI6jcLdXI+XrzXkJe0fNM9TWKtE2Ph5pEmzzp1wOuTWx4mmtb dtisM0/WNctPD9ibe3IDAY4ryXV9dub66Zy5xn1rOdL6xpEftVS1kdZOomiOw5zXOPplw2oKq5wT TtH1diyxOck11kAETLO6e9YtVMJo0axlGvqjZ07TLbS9H825A3bc81yTmHU791jAxmp/E2uzTWvl REgAVzehagYLjLdc1UKKrq7CVV09Da1BTpgGGrU0Ui/ty7dqwNZnN9Kqg9a6HSozp+lknjIrD6qm 7Gir6XIpggmZC2cdqp3Fos4IRce9c9e6vJDfu27IzWjY+II5AFbg1MsvrJXSCOMpt2YhglsmySWF TxGK6I8wBavgwzLuJDZqtPZmTmP5a5HeLszp0krola1jCfIMisy70iC8UjywG9cVchme0O1vmq3v jmXcDtNCb6EuNjgL7w/PYuZI8kVHbahJGdkoIxXeOqnKuu4VjX+hRXYLRgKa1VQkpxTxTLwQSaik shLOoxwaoy2Fzpj5AJAqe11IMR5nymuiniJw+Fmc6UJbo9S8KxWmk6eXJG7Fcf4q1lprx8N8uagh 1SUx7FkJH1rNvrZp8uTkmuqi41X+9Zz1YygvcH6ZqDPOgPIzXR6nqgggSKHhn44rntGs9is7Dp0r X0TT5Na1ZVZSVRqrF06UV+7DDTqP4ztfB+jFbQ3d0NwYZ5qjrtnDd3xMaAqp9K6bUbtNK01LSP72 MVjRbYLWSef+IZGa82UYnXFu5yut6jaR2gt1jAcDHSuSOXBIGBWpqC/bdUbA+XNNv7UW1twK6cPG LdmZ1W0ro5yRWEh5qMh8feqWTOcmmdq+ijhKThqjwpYuqp2TH21vJO2AanmtZbfk5q/4ejEktaWr oiqRivGx1KNOSUT1MJXlNe8cyLwrxtq3bXN8xzDG2PYU21thc3iRhc5Nez6L4asLHRPtE8a5255F KrRcYJ3NKddSk00eSSeIb+0QxtuXNM0rWzb3DTyjJPc10F9p0Os6w0UEY2g9hUGv+G4dNsuMbgK8 +Wm52K3Qw9Z1n+0pBg/LU1pq0NlZlSATiqGkaUL2baWxzV3V/DxtYSwOQBSj6FcqKWlv/aGrhzyu 6u+1gRQ6PtXA+WvNtDnFreHJxg1d8TeKD5HlI3at4pvYyqKxx+p3T2Op+ch6NmvV/BXjyyudNNvc 7dwXHNeM3M/2xct1NVoGmtWzC5X6GtHTTIjUsdv41vIZ9RdrfG0ntXKK7jBzSfaXlGZDk1AZPn9q j2bRTqJnVaRqEaRMJME4qqp+26gwBwuaw0uCvANTwXTW7FweaOUFOxvyaWQTtaue1SKWMkEmph4i dXwTVG/1MXH41UY2ZM53RjyZ3HNFDnJzRW5zDofviul0vdxiuah+8K6jSJCuPlzScW9hp2Okg37B xUp3jtSRXDbR8lTecWH3Kj2Uh88SJZD6Uu7Jp4xnpTvLU81LpyK5kNCAigYFToiY+9S+UmfvCp5W F0MXkU7Ap2xMcNSYA70rMdxhHNJnnilYHtTRn0osCY/aKOvFC5NOxRtsPcaUFVpYSx4q3ikNNSku orLsUxC6nrUvIWpcZpuM0+aXcTSGW8hjl3HtW1/wkdykHlRuQKySoqJnVDzSu2CSRaS7ZrwSyc88 13Nt4ta1sBFAuDjtXnwkQDdVu21i3UbXAqZSk0aQijQ1C9nv5WeUk5rFnXGQBzVifVoSflIpdPkh ub1A7DaTzTo1atL4R1KEKnxG/wCDvD02oXCzOhCg13GttbWcKwKRuHBqO31vTtF0kLEy7yO1cJqO uG8u2kMuQTxzSr16tTcVKjGHwmzdWsc8JIGc1zMtt9muc9Oa2NP1WIgI7irk2lxXg81XFZ069SkX KjGW5n2cJuLqLuM10fiGQWulqqdcU3RdPij5JGVql4huFmby92QKuNf3rsmVL3bROCuC0spJFQ4e M5XiugNpGVziqc0Kq2AK9mnmlBRszyqmX1W7pkdlq01uw3k4rqLLWIrpQpIBrm1sFmGcU9LCSNv3 ZIxWVeWDrrfU1owxNJ9zrnWLbnhiapNC+7cDgVSs7mWJgkmTXQx2L3MXmAECvDq0VB+67nq05uS9 5Gek/wDARn3pxix8wb8KkkjETFNuTUYjZTuJ49KwbLcbbDXWKZCkiA1z+o+HvMJkh4+ldGSH4AxT cNH1ORVKbQrHC77jT32spIFaFrqCTuqs3WukubG3u4yCg3GsdPCcouRLHnaDmtY1Lk2LtzIlnbgj +IV0vg+/t7NGlONxrivEO6CFI2PK1LoMzTQ/K3StFJrcHFHocr/2nfeaxygOaxPF+tJFbi3hbGOD iqCa79kDRZ5rmtTkkupmkYkg1VKjzsyqVORGhpkyTFST81WNY/1QFc7YzvFOo6DNb17KGhTPeuyr hnh1zIwo11VfKzFks96ZqhLA6A8V0bwkwhlqAxK6FWHNa4fM3HSZnWy+MneI/wAJRFpGzVvXMB2X vV3wvZiIu1U9SjNxqvlDkE4rHGYiFRpo0w9CVNWZL4J0dr6/EjL8qnNdx4w1j7JZpYwvg4wQKk0O 1g0HS/NOA7LxXK31vcapqL3Lg+WDkVnUrKUEkXGnaVzS0O3j0+2N3L95uea5jxRqElzO2Gyp6Vtr LJdxG2XICVzt1CJL9YWPQ81wyqNs6VHQZoGjXbN5yqQvWr+suRA0bn5gK7S0vdP03RduV37a891O 7W7upWB+U10ufNG1iYRs9ziSCL5gDjJqrrdk6Q+awyDVm5by9RGPWtXVAlxpQ45xVU7jqrQ88Ddq XPfNEyFJyuO9IV4re1zlF3ZpM0gGKTBp2BjicUoYkc0gX1pD1pOwDXiB5xVWVMVcPAqrKc0IkrUU HrRVCJ7fHmCu00UwoFMmMVxVt/rRXQ7nW1+Q4OKaEz0W1m0+RQNy5q2bSBxmPBry61gv/La4V22j 3rsvC2qPcKY5T0rQk2zpqt0qJ9Kbsa0/Mj7OM0u71NK7Axv7Hl/vVGdKmHc1vA5HDVA91HG+xmGa d2PQxTYTKOpqPyJQehroSgcbuxqG4aO3iMjDgUr9wMXEidVNNMrD+CtSyvLe+YqoBxV020PdKlxQ 0zDjfeORig9as3tuEbKcCqZJrGcUti0PBoqPfinb6yLFxSYwKXNGaA2GDrUUsBc5FTU7NArlX7OQ mKwdTDxP8vFdPWLq8OTmpabNoa7GKJpfU1Yiu54yCjEGohFUqKBUOLOqMGWJNUvZFw8jEfWolvJ8 /eNJwaABQky+UsJfzqchjWzaeKbi2i2M5Nc8RSbQetPV7hyI6+28aSQqw3dapS+InmlLs3Wud2L6 UYpqIezR0g13jGaYdWDHJNc+aATT5YsXszqItbVOM1Zj1xO5rj+aTLnoal04i5Gd5bavBJdIGI61 3qaxZQacNsi5I9a8GDyochjkVN/ad6RtMjY+tTyJbEuDZ6o2sWzXBJYcmrIMNwu4SD6ZryRb2467 jmrcGuXcPHmHH1rN0UxqDPSzJEG2hhTwEIzuzXnP9vzHncc1YtvE8kR+ds1Loj5WehRRB2wDite1 VbaFjJXmX/CXFZFKnpV+fxuJYFQHmiNJoiUWL4qH2qdgnfpWVYyTaRCWcHBps2uJPKrH1puravBP aqigZArVRZnawxdR8+5Lt3NX1nVhiubiIbBU4rQhnCrgmqi5RehLV9Ga8UCPKpHrVzUQY4VrFtr8 RzDJ4zWjf6hHNEuCK3declaRCoxjrEuWc+6IK1TtbLJ908msmC7j8sAEZqWLUdl0g3cZrnlyrZGi uddolpJbwSMwOMVRsYRPrTMezV0cF5bSaP8AKRu21ylnfR22ouxYdaxmr7FRR2l7bTXqxxITtHWm 63Lb6VpKoMCTHNZ1p4rt4d25h7Vyeua8dUvggf5M+tVGJMrm5pV2vlySY5IrkNSvWj1ORwe9dMPJ sdLDBhkiuOuk+0Xe4c7jXbh6FJu8mc1ac0rRLNvc3mpEorEqKq3W+1dkJ5rqNGsk02zaaQdRXNXf +nahIy/dzW+JnTtaAYWE73kc1dt+93ntUMuvKY/JJ9qn1RfLZ1rirosLhsetc1ONzprSsaly6Elw etVQS3Iqj5jkgE1p2+PK5ra1jm5kyDzNrYNHnDNQzn96cVDuJNMkveaDS7gapAkCjeRRcLF1iCOt VZcUzzWpjOTQhDD1ooopiJrf/Wiuj/5c8+1c3B/rBXTqM2GfaqQmNs9a8u3e2KZzxWvpBW2tnlU4 J5qppOlw3FnLKVG4VUWaSPzIs8A4qyDVt9VmN0WMnyg9M1cvPEzABEPIrEsNPafL78UfZljv1VuR mnYDXg8TyowV881nX2tzvqCMCcZqe+toRPHtUVFcW0RvIuBQB0i+JDDaple1Nn1tL/T3XocVm6k1 vBAigAnFY5lKj5RgGlYdzb8PXItJJHkPGa6OLXYbh9oIzXCoJGhJSl0rzTeAMSOaLCTO+uD5keRW WOCc1rxw/wChg9eKy3TDmsZo0iRY70lKaBWBqhaWgCjoaQC4pBTscUYoHdCY5rO1JcrWkKq3qZiJ oLg9TnP4sUtDDDmmmRc4zQegmrajs0UDDdDR0oKVhCaDmjFOoAQdKWjFFAhcUYpwIpM0WCwBaXHp RmlWmIQjNNwKU8GkzSsIXGKCoNKORSZ5pcqHqG0UjRDrTqTdRyoWpEF5p23FO3A0U7WC1xMkDim8 nrT8UhHFCZm0OgcqcA1ZLNjIqnGCHq8AClUkRYjRmJ608vJ3NRIMPUxNVoNIVJJF/ipftDqd2elR 801/uEUmkOxei8YS26GHccdOtVxq8k0pkDda524h/fZx1qxEjRAHtSUUZu5szX0zDhjTYLlt4bd8 wqjLKfL4FNtN+/Jp2Q1c6FtVuJUEbMcCnwXOyRWbsazkIqdeazsi7J7nS3mt/abJYU44xWfbkQIz HqaoxkKakdmZankHZdDJ1RDK7sOa5Ge1kM7fIa7lo+fmqJrOFudozVwfKZzg5Hn0sDxtkqasRykR 4rr59Ijm6AVRk0DA4Fa8yZzujJHKO2XOabxW7L4ekzkVUk0eaP8AhNVzIzdOSM/dxR1qdrOVf4DU JikXqpp3TJsxmKaaftbuKaRQSNooopgTW4/eCuw023NzbCMd64+BsOK7DRL0RFeKaEzqNL0hraze P+9VJvC7l2bHU1sW+sLsHFW11ZDWmotDkTol5BPtTIWpf7Bn89ZGBrrBfwsckDNP+2Qt6UXYtDlr nS5GkTg8VUv9OmRlkUHiu182B+SRTilrKuGIo1DQ82nS4mdSyEhaJY3lUBIyMe1ei/YbE8YXmgaZ YjptpXA4O1DwJlkOKptdSNqCiJCOa9HbTLNlxxVZdAs1l8wAZouFizpxZrBd/XFZ92u2Q1tqsaIE UjArI1FQJODUPVFIpYpaXqBRiuW2pqmKOlNI5p1GKB3AUuKKWgAxUVwu6E1NTXGYyKLlRepylyu0 tXPXM0qSnBNdRqCYkIrKmsRJzWiaOqUJSSsM06ZpFGavseagtrcQipyOaTsawi0tQzRSgZpTUGg0 GgigClFPQGANOHNMI70u8etADulFA+bpS4oEA96DgUH2ptIYopcU2lzQIO9GOKKQk0yWQMdj1Ovz KKgkUsaljBApuxEOa+pIelN7UGgVJbEXhquJ92qR+9VmNsirTJkDcNUg+7mo361IPu1ViUFNkZEU ksKZPL5MZNcre6jLJIQrcUWuTUqKJoXd0jTgA9614FV7dSa4yOVjKpJ712Ngd1utDViKc+YlMakY xShAvSpcA1HL8q1Jo0gDY71YiPqayjKd3Wpo5zUXEmbCjNTqM1lR3wTg1bXUExU3NCzJHxUBGKX7 Usnem7wT1ppisJuK0/fkUw4Pem5qh2JAQaRlhfggU0HAqPO18mkBKbG3YfdFQyaNBIuQoq7H8wzT y5UYFLVD5U90czd6CuCVFc1e2pt3Ir0GdzsbNcZq5DSmrpybOWvTS2MSilPWitzjJIfvCun0nbxm uYh++K6XS1PFTJtDSOphVCoxUxUdqr2ykKKt4rP2siuRDdjdjSbX7Gn4IppLU/bSF7NCYl/vUo8/ sxpu5jTgz5pqvIPZoeFuD/EaUtcr/GafGzYprFiaft2HswWS4HO41J9snXgk0z5qNuetNV/IXsiU XsmOtMy8x3MaRQo6inFtowKbrXQclhPakwc05RmnYrnepohKQ0uKQ0BcSniminCgBQaCPlprHYua ijuctgigqxj6om181ng1s6mPMGQKwyTnFJs7aMnYk60U0UUXNhaSlop3BCd6d0opvfmkFh5GVzWb cu4bg1o5yKqXNuXBIq0zKafQLSfdwTV3rWbaQsjc1o9BSHG4uKNuabkmnZxSLF20mMU4GmM2DQK6 HUmKb5gx1o8wUXDmQ4gUlJ5gPGadRdCuhDR2pSM0HigBjVLCaiNOiODVIlk0nWnKeBSNyKah5qky SLUV3QH6VxcwxM31rubkboW+lcVdjFw31q0znroij/1g+tdlpgPkLn0rjojtlXPrXaadKjW6gdcU pBQsW24oSI3B2DvSMDU1icTr9azlsdDQk3h6VE8wAmqBtnjOCpFekwRq9ou7B4qhd6RHOp2Lg1yO pqQ0cEYwTUotZCMgHFX7/R5oJxtBxmuh0yxjNgS4G4CrSuJSscmkTL1ODUqq5PWs7W7p7fUSidAa JNYSC2BJ+aq9lPoV7WK3NUK1SKu3qay7HVlvBhTyKS6v2iYrRaa3GqkXsajOi85qF7hCQARWMs8t ycKTS+XJFIC7YpqT6g5nTQH93mn/AHjUNmyvbjnNQ3tyLZSc03qUpD7pMIea4zVRiQ1p3OuDaRms C6ujOxJq6aZhWmmik3Wig0V0HESQ/fFdVpGDiuVh++K6nR42JXFRNpLUpJs6qFRtFWMCmQwN5YqU W71zupE15WIADRsBpfJcUvlMKPaRFysTYopCgpwjY0vlkUc8R8jEUDFLgZphDdqUK1HPEXKyTAxT SBTfmzSlWockCixdoo2jFN5ow1F0DTHLxTqjwVoGafMg1H9KQ1G7FOtCktzRdAl3JQKXrUTSACkW YE4zSugsyXGeDTPJUHpS9s5oEgp3FsVr2IeSSK5piRKRtrq5CXG3bnNQppkbfMy4zUTnGO510LnN ZP8AdpQfaujfTYx0FVZNPCgnFR7WLOjUxsk0c1dNuN3Apfs4PamqkRalLmlI4q08AUVCRiqU4hdk PQ04CpFjBPWrcFiZe9Nzig5rlDAHSm8k1qy6WVHWov7PIGaPaR7hdopAcUlTtAwOKeli8nSjni+o OTZAuKbIue9Xv7LcDrTDpkjHANHNEhszTGfWmFGFbJ0OZV3E1Uks2U4oTRFmZw3Zq1GxxzUi2pHW pFtG609EONyLdSj5qe1uc4pPKK07oq7GEClUYNNaJwc05W4xVJC5rbk2crUSfep4HFNC/NVoe4+T mJvpXG36kXLfWu1wvlnJrldXjVZSRVRMK60MoKcg10WkT7F5NYQkXbV2xkLNgGnJGFKVmdILsO+0 VYgk2zKc96zIU8v5jSPebWyD0qWro6eZno9leYt1yc8Vcjulk4HFcDp2vqmEc1sHVV27ozXFKhK+ g+Y6edYWjJkIJxVCzdWaRA4C1gzatJIhANZjXt0rEoSM1rTpNbkSbGa5Yol87swOTXMXlm8jZU8V r3v2qc7mJNFjA8p2uK6kczTe5k6YslpPkg81sX+JIg4Xk1pNYRQruYCq5uIS2wrSkkXHQp6UwjPz Ck1XfIcpxW1b6ekq71GBWPq8620gQdqyt2Kux2i3MytskzipPETkRfKetMtruA22VA31n3VyZ5MM eBTTsVug0Xw/LquXYkAetVtY04WEpjHatm21sWVtsg4NYepXjXchZzkmqjK5nONjKNFDdaK1MCa3 ++K7PREztri4PvCuu0SQjbR7B1dEDqqnqzuLeElBzVgR471nQ3L7AKlNw9L+xqvcl5lT7Fsxe9Bj GKqC4fvU1pKZbxUPc1EsoqxV2yo5hTk7WGvGw6CkWCZ+iHH0rvLPwubsxvtwveta50uwsYxGQpau CdCSdjsVSNrnlpt2X7wxSGKug8QRR27EoOtc2ZWNdFDA1a3wmFXFwp7kgi5p5i461XErA0pnauj+ yK5j/aNEl2Cm8Cot7Um49aP7Jr9x/wBoUiRsDk1C1yoPC1JBBLe3KwoCcmusXweILQNKPmYVzV8H Uo/EzelXhV2OLe6RuopvmgjC1oahobWshLAgdqzWgI4WilhKlRXiFSvTg7SHLDJJ90E037NJGckE V2vhXRluLZpJR0FZuvpFFOyR44Nawwc+azZnPExSujnSXC4oizuy1TBO5pCMnivYp5XTUdWebPMJ t6HRaDZ299KqPjJrb1vwhJbW3nwDK4zxXE2l5NYzrJGSMV6l4c8TQ6naC0uiCSMc1w4nLYwd0dmH x0pKzPLvMKzmJ1wRW/ZeHG1K0MijtW14g8Hf6cLiBcqxzxWpbsNK03y+AcVzSo4dqy3OmNWruzzS XRGjv/I7k4q7feFJbS1E2OorSL+drSv6tXTeI3xpSD/ZqFho8yRTxE7HkU1m+4iqj6fIzYrem/1p qMjjPevWWWUXC55zzGspWaK9n4YuLkAqTVx9DurEYwSa3PDl7Isyxlc5r0i18PJfIs0qgL715OIw vsn3PSo4rnV2eX6T4ZvdV/gYfhVi+8GXFgCXbivVrm907QLYrEF3gV5z4h8TyXbsFPFZRwsaj90q WKlFao4240wm4WNepNbUfhia3tBMwOMZqlp8rTatEWPVq9P1oLHoSYA+7W9XL1C2pnTxspX0PKJL SV5CoPSp7PR7mR+ATTZpnW72r1Jr0nwjYpHYNPdAdMjNFTL1CPMpBTxrlKzR57qVhc2iYbNYUltI 3zYzXa+Jb2O6v3ijxtBqvZ6ejRZYZrztna52KdzkU0+WQbgDxSoNhKEciuvmENtG4CiuejEcl0xP GTXTTpwnuzOdSUdkZrR7nxjrSvYSqu/YSK2Rp6vcptIxmu/sNAgmsVDoOR6V01cLGCupGVPEyk7N HkG15flEZ49qryx+TyRXsVz4asrWCRwgzivNNVij+2OgHGa5lFnQnczLNftLbQKi1b/iXJk1dtQs EmVqHXYftkHNaRstwafQ5WbWWIIU1mTXDzn5jVuax2E8VV8kg4xW6kjlnCTK+2rNrIYZAaDER2pO PSne5EdGdCJxJb8dcVmNuMhzTrGX+FqkmiO7K1km0zpbTWgkCgScmt62B2Dniud8uQsNtb9juEQD U+YcYsthQKdhfSlGKYXANPmRokSbUI5FKqJGcqKYORSnNFwshzuZODVf7HHu3YqYZFG41LdwtEsQ TeVGUWse/wBMa8kL+taWRUiyYpLQTppmFBo0kXHaiTRJWbIBroVfJFatvbiSPIFVa5DXKcDLo0iL nBrJubdo25Fem3doApyK4vWoArHFVFGM5XRy79aKWT71FanMPh+8K6vR+AK5SH7wrrNG7V0UL30M KyVtTpY7lVUDFWEuA/amw28bAE1bEcKcgVpKrjOiIjTwr3ZCXCjJFdD4W0Z9RvklxhAaj0/Qm1Nd yqdtdRa3MegWTQpjzcVx1cXiY6SOqnhqG6Ok1jWrbQtKEaFfMA7Vxlhqc2qyPNITgdKxNQuLnUJ2 88naTxW7pECWumOenFcTdSozp9yKMPXroPJt9Kw9/oKu3siy3T59arkIBXfh4YuK9w5KtTDP4iNS PSlOPSnrsFKWSul/XjD/AGQjBqN2ydoHJqx8lIpjEgJqXHG9xqeEOy8IaRGsX2qXGV55q7qHiBXv 1iBGxTiudi1829r5UZwCKzYGe8vuCcsa5KuGxVTWR0wr0I6RN3xVeRTwp5WM45xXKWwLzqp71vav p8lrCrSZ5HeszSkEmpRjHeijTrpPkYVJ0b+8jvdJH2LR2PTK15/qs5mvpD713usyi00xVHGRXn8z K8rN606VHEVXoxVK1GC1Rnu77sCrcUZK5pcR9TS+aBwK6/quL/mOb6zhl9kUxjoasWBmtrpZIs8H tVUycV0fh3yHGJcfjWFahiYq8pG9GvQm7RR6R4c1GPUrJY5yNwHesnxXYPErPHyvtWBd3kmmkvat x7V0fhu/Ou2rQ3X3iO9eS5czszu5bao4Cym36tGuMEGus8UcaZGPaodQ8MHTtWFwvCZzTfEtyLiy SKPlgO1bU1JuzYpuKWhwMgO896s6fpNzqM6oiNg+1dB4f8J3Gozq7qQvvXpdrpmm6Bah32bwK6ZQ qx2mYKUHvExvDfg6GwiWe6xkc81oat4git0+y2pGegxXO+JPGp2vFbsAB6VzugyzapfiVySAaXsa 1SJKqQTLerpdSAyzE4PSuOuom3HrivRvEcsfkpEuMiuUvbQNb7lHauWlB89k7HROS5b2MTSYZG1W HH96vUPER2aAgPXbXA6DERqkeR/FXfeJ18zToolOcjFddahKCTcrmNOqpuyVjgNF0iXUtVV8EqG5 rvfEd+mlaStvCQGxg4p/h3T49I09riXAJGRmuI1/UWv9RkGcqDxXLNyWlzWNt7GYcyymYnk1q6fd qvyOaxXcouBVfz3U5BrspZU6keY5amYRg7I6m5tFlBYcg1z17pskeWjzWhpmqE4SU1rSwiVcrg5r lrYSWHep00sTGqtDB8OWN3dX6BskA168YBbWKKB82KxfB+j+W/mMtdFqrxw/eYYFOytozRSd9UYe pZaxcn0rxzVAf7Qf616nrXiC2gtHQkdK8mvdQimvGcdCak1iyMKetUNRuWiXFXvtSHpUU8cU6/Ni la5fNY5tpxKeRQYVIzitU6bGDkYojshu56VV0ibNmR9l3DpULWODnFdL9mQDAqNrUGl7RoXsUznf srAjYK0IIW2YYVofZgvanrEB2pOpcuNFIqR24BzirSIw6VMij0qcbQKi5ulEq4fNTpFuHNTKFNTo i1LZXKiCOLB6VKLbcasqq1Io54pc0g5YjItKabpRNoUwHANathIQwFdCkYkjyauLZzz0PO5NNmQ9 DUDQSLXd3dkCCcVg3VqV3cU3KSErGAJvLbk1u6XqUajDEVyeob4pz160kUj7dytVqbInHmO2vLiK SMlSOlcFrTAu3NTyalKq7c1iX9w0hOTW0J3OecLGVL940U1jk0VucxJB98V1mjdq5OD74rrdGOMV 04b4jnrr3Tq4Wwgra0TRptUu1AU7M1U0TS5dSuUjVTtJr1OKG18M6Xltvm4rtr4nkXKjloUOZ8zH SfY/DelbCV8wiuHiuf7T1Qs/3c1n63rU+p3D7mO3PFWNBT94DXFHDuacqh1utyvliaOpwIt3EkY6 1Z1F/sdgFHGRT5oN95G57VneJ5xsVAe1ckdKlkdMl7l2cvKd0rH1qPvT/eg4r6Kmkoo8Go7yEpCK XHNB5rTmM7DMEU7GRS4oPFHNcLIjxitfw8AdUiz61l44rT0A41WP61lVvys2o/EdZ42TFhGVHaue 8LWolulkI6Gum8YjdpyD2qn4Rtdlq8hHQV5FKdro9OcL2YzxdcfuljB6VxB9a3/EVz5ly656GsEc iuzBJptnHipX0G0cU7jvTSMmvQOJhiporqSA/ITUfRav6Ppsmo3yIqkqTzWVVxUdTWkpN6HS+GrK fWSBKDt966O4hXw5Mhi/HFbFlbW/h/TlHHmEVWTTZdamMkoO09K+XxnLKX7tH0NC8Y+8zL1rXjf2 qoiHeRSeG/D8l0/nXn3P9qunTw9Y2aCSYr8vrWDr3iqCxiaC0IGOOKxpwqdS5Tgtjcu9VsdHgMUG 3cPSvPde1m8vmbazbTWS2svczl5WPPvVuO6hkGCRWzVam05R0M/3U1ZSOZnWVnO7JJrvfA9mEtHk YYwKy1tYLi4UDHJrsIYU03Szt4yK7HmEZx5bWMFg3F81zj9avPM1Yx54BqW82LaLjHIrMuo2m1Bp OetJdyyFAuCcVwV3CLvE66Sk9GS2xWKYOvXNbE2ovIYzKeFrm4pWRgWQ1anuxIgUA5rH2/NuzX2a j0NzVNdM9kIYjjjHFck0DFi56mr0cLAbjnFITk4FVCaTuKUbqxkSW8hbvUDQsvaug2rjkVA8KHPF ezSzVJcrR5lTLXJ3TMTlDuHUV0Xh+6kubhI3yRmsuaFQDXVeA7BLi7DEdDV1cZQqrVE0cJVpPc9K tIkstIMvAIXNeX634gnvtQkiiY4U9q7jxlqq6bpxgVsbhivJoX+zNLcyn7/PNeLVl73unrUlpdmZ rl8XHls3zd+a57ygeQah1m9aW+dkPGaoC8kQcmlZtFOdmajQsOhpoEvrVCO+kY81YiuHdsCizRSm iYtMKcskgqcoVj3NUIYE0iuZB57A808XGOtJhe9JtU0tSlIebtD2pRcJUBjTNHk56Gi5akWRMtL5 gPeqhjI70whx0NTZjuXhJjvThcNnrWYTJ60gdwadhORsi5YDrT0umz1rH85gKclztPNCQbnS2195 bAmtu38QRouCa4gX6Fcd6hkufQ1VzGUbnoL+IIH4yKo3OrWpUk4rj7efc3LUl2/Bw1NK4uWxDrl9 DK52YrKt7l8Y7VDdD5+uc1ZtLY7dxHFa2SRGtwfJ5NZl03NbFyoRDWDcHLGnTWpNV6FZutFBorpO Ilg++K7Pw3avd3CRqOprjbcZkAr1jwNBFaoLiXGRyM1pTnykTjzHqmh2droGlCabb5uMjNcf4h12 bU7ll3HYDxTdW16S9PlK3yjjisc+tdFCjKq+aZz1qqgrRGkYTNdB4eUkZrn2+5XU+GE3JiuzEaQO ahrM3zF+4Mh7VxWszmacjPQ1299J5Fkw9q87uX33Dn3ryMJHnnc9LEvljYgxSHrTs+1MPWvoYKyP EluOxkUnSjntR9aokTOaB70o60pFK4WG4rT0JD/asXHes9BuYCul0SOO2mWaTHFcWLxCpqzO3CUH UdzoPE8ZkihT1ApbNBYaW3bIpt7fxandRJFzil8QyfZbBV6cV40anNPQ9WcOWGpwWoyeZeSH3qme KlmbfKx9ajxX0FCFonhVZJsbjNL0FKBQAXfYBkmtW7GcVdjreB7m4WJATuNes+FdBj0qxFxMo3Yy M1keDfDIEYvLhcBeea6a41m3mnFqjAKpwcV42OxXSJ6+EoJasqTwXOr34xkRqa6F7+20WxCsRuAq vPe29laYgwXI7V534gvbqR2MjHaa8mm2pep3S1jcseIvGMs7skTfL7Vw9xcSXDlnYkmmzEs+c1Hz X0eGw0YLmPExGIcnYORThM6cgmkpG+6a7JJNao5ot30NrQpZp9Qj6kZrvPEVx9n02MZ7c1zXgmw8 5vNI6VZ8X3hIMIPTivCxtODlaKPYw05pasyo7yJ22jljXU6F4dF9+8lX5feub8J+H5tQu1kYHaD3 r1QyQ6bAlvHjd0OK4q2Gp01e51069SeljJuvCdm0TFFGRXG32mwQXBVccGu+1PUPsVizk8sK81lv zNduzHgmvPqRitjpi5PcLyeKOLatZqTKWqxLD5rE1ALYBuKi7RoWBHuGaDCSKli4ABqd1xHuFPmY jCvUKfL3Ndv4AtXt4mncYUDNcaY3u9RjQAkZr0uVo9F8O4GAzLW9OV0RI4zxvqTalqHlRnIQ9q43 X7xY7BYlPzAc1r+YWup55TwckZrh9YuDNeuuflzQk7luyRkl95JNQyYJxVjaAKYI9zV0LYxdmOt4 hitO1WKM5OKpKNgpQ5zSvcFY07i4RlwKqRyIp5NV2VyOKqyiQGklqNmk86s3FSEqU461lRBh1qbz HU8VspKxGpYMUm7r1q39llSHfVFbtsjPar39rKIdjelZSSZScjJluZEl281KLo7fmFWLXyJpWaTF RXYhLkJRyofPIh+181J5o6moIbfzJKtTwrHGBnmjkQKrICyhcmmeZG/Aqu6PIMLUckZt0yetHsy/ ast7U7GgqfWs+G4O7JNWI5yz4pezfQPa9x7O8f3TVWa5mPHNXo0/egv92r1zbQNACgGapJrcXMmY ltbPcuC3atoqsUOwdRUSyR20XGM1We7DnOaUpDiRXj5UisOf71bTsrqc1kXS4Y1dIitaxTNFBorp OItWIHnKTXd6dfsIVjQ1wVqDuGK63RgVYZBrSnDmkRUlyx0Osg+7uPep6ih5QYqXGK9uCtE8ecrs a/3a7LwdCXxXHP8AdrvvBYCWhkPYVzYrWLOjC7h4olEEewHrXCwjzbvb6mui8VXnnXJUHoawNPGb 9PrXFgocqbOnFS5pJGxc6QIrXzMdqpW+kSXMbOoOBXVXa+ZapHjqKs2UKWWmvvAyR3qo4qala5Tw 0XG557JEYnZT2qP61Zv3D3chHrVboK9KjKUlqedVjGLshCKKKQc1sY6DlbY2a2rKQ3SiJTyaxe1X 9DlKanGPeuHGUFUjc7MJW9m7I7nRdBe1xPID681k+L7rf8gPSvRW2/2GHwAdteQa9cGW8dfQ14+H oNTPTr1rxMXHekp+OKaeBmvpI6RPClqxpz0HWus8IeHH1C6WaRflBzzWRoWky6neoAp255r0+4ur bwvpGxdokK1w4rEcvuo7cLQv7zIvE2tQaLpv2SAgNjHFeYJq86XDTBjknNJqepS6peO8jHaTxVWN N86xjvXPQwya5qhtWxDi+WB6J4Vkl1OIyTkkD1rK8VTJvaNe1dH4fhGn6QzHjK1w2tTGW9kJ9a5q kYe0XKjdOXJdmDzu5pTQ2c0nTrXv017iPEnL3mLQo3yBPWgc1a06HztQjGO9KpJRiVTV5HovhO3F jpbyMMZFYbafNretsFBKbq7COzddPjjQcMOa09O0+DSo/NfG5q+drV7tnvUoJRRnvPb+GNL2BR5p FZuh3E+qXL3E2dgORmtDVLJNZulz93NLqPkaHpuyLAJFedKq6m51KKjsc74s1TzCYEbheK4zzdrD JqzfXDT3DOT1NZU7kvtXrW+Fwvt73Ma9dUtjct5lcAUl0TENwqHT7Gfy/MIOBVrcs4aM9RVyoU6M rSBVJVI3iVo7+PoetWkvEcbM9aw7y2a3lJ5xUEEzi5Tk9a7XlVOpHmgzkWYThLlkj0fw34e8yQXT jgc1U8dajvdLaI8LwcV0mh362+gsWwDtrzu4nN5qc7yHgE4zXm1aXsnZHpUZ+0V2Y2tTC309dp+Y jmuHlbzGLHrW54gv907RZ4Fc8XGKmCuVPUjY84qeKPAzVUZaSrYzt4rRmdrEjKKaEApBu70FsUIV hXk2io1/eHmoJZMtip0ZVQVVguyUItDKtIrZpxxU2C5E0YqJolNTswxUKZZuapILjQjIOKjIOc1a cjGKgIyaqxPMNjlZDxRLM7jk0p2gVVeT5uKLMOZFm1uPKb5+lRajcifharTyfJx1qKCKSRu9NKw7 kasw4rRtY2bBFSw2IHzPU5ligHFJy7DtctxQFl+Y9KgnuhEdmaqNqMjHCVC0byncetTr1C6Ww64l 3rnNVN5Aqf7NIwxUcls6iquhXZGXcjg1WlJPWrARzwKhmUqOauNiJ3KZooPWitTEt2DATLnpmvUf D2jLqFupjxuxXlEBw4r0zwPrTWNxGGPy5q4RbehMmram/Ppc+nnEinFQDmvXrW303xFp642eYRXF eIPCVzYSs8akp7V30cS17szhrYe+sTlmHy12/hyTytHc+1cUiMbgRFTnNdjAPselFTxkU8TOIUIs 5e/m867kye9R6fxqCfWopSTcufU1JY83yfWinFKDsE5Xmj0KG3MrRHHFU/FF0LaARoccV0mnwBdL Ep7CvPfEl39oumXPQ15kYN1DvlPlpmAcs5Y96TGaXp0pelfQU0lE8ObuxlJj0pzUCrJsAHrVvSRj VYvrVQ8VqaBbmbUo2xwDWNVpQZtRXvI9PvrzytGRM9VrzHUofMndx612Xiecw2kaKe1ctHiaM56m vnlXcatj25UVKncwX44qSytZL66WJFJyafcWzm48tQSSa9C8J6DFY2n2y5ABAyM17U8TFUzzKeHl KepoaVY23hzSTPNtEmMjNedeINbl1e9ddx2A8VreMPET30xtoG+RTjiuTRNgyeprhoU3XneR1V6n so2iLjatXdGtzPqkXGRmqT/dJrrPBlj58gmI+7Xp1ZKnTscFGLnO7Oq1mQWOmRovGRXn19h2Letd V4ruGlIjXotcfcZ2gV8yq79qe46SdMz2GGpuM9amdajJA619RRqKUFY8CrTcZDT8q10vhGw+13yN jODXPRQvdTLGik5r1rwXoX9m2ouJxjjPNY4qqoLU2w1NtnWiGG2slL4G0d64XxB4iBuxBG3GccVa 8U+JAiPFG3T0rgtPt7jVNWSQ5K7q8aNJVbs9RycD1LRcDTvPk64zzXE+J9Ua4uHj3cA102rXq6Zo 6xKcNtrzS4uGuJ2Y85NcFXlUuVHVC/LdlaeTCmrvhzRZdVv0O07c80lnpM1/dKqqcE16Zp9pbeGt L8x9okIr1aVWnRh7rOGdKVSXvFXXoLPR9IEY2+Ztrzi1mzds/YmtbWNQm1e8fcx2Z4qrFZrFXBOp TqNuZ1RpzirIluIFuoicc4rA+yOl+vHANdEriMe1M2JPcKVx15q8PmLpXjYmtg41LNF6e9lSxSKP OCMGud1eUWFuZM4ZhzXcyCwg04M5XeBXlPiy8a7kZIs7R0xWVSftJXZvTjyKyOUv7jz52fPU1SaT HGajkguQx+VqgVZQ3zKa0jHQTbL0ZOM1KsjA1U8wgdDTkuPUUWAu+Y1IX45qsbtRUTXIdsCiwrlg AOc0/I6VGJFRM0qurc0mh3LCtgUbt1RhlPGaR3Cjg0JCFaN3Py0NmNcHrRDOUyTUDSNNIcU7CHhy eppjS4qFxImc1XLu7YGapITHz3BHSkgDSdjViGwZ/meryxxQL2ocrC5SpHYlmy3SroEMCdqgmu+y 1Udnk6mps5FLQtyXW7harSIZB1qJcqeakDtU2aKumJFEVNTbmBpm5qQue9VcXKiwsppkspIxioxK KtQLHKRmlzIXKU4W2EkiqN3Juc4rrv7PgMOeK5/UrRIydtXCSZnNGGetFOYYNFbmRJB98V2Gij7t cfB98V2Oifw104f4jnr/AAnoOha5c6ZIpVjtFeraT4hsdathDc7dxGOa8XhGUFXLe6lspBJGxGK7 quHU1c5KdeUXZnpWq+DYxc/arYAr14rmdblaAeSQRjiuk8LeK2ukWG45HTmtbW/DltqlsZbfbvIz xXkVac4zV2elTnFx0R4/Ko3ZHel00E6kg96u6rpFzp0zCRTgH0p2gWhn1BHxwDXqRmvZnnyhL2h6 Dc3otdFCZxla8uu5TLdSNnqa7PxTP5VusantXDnliTXPg7TkzXFNxSEFHWiivWtY80Sk5NKaXtTA awIWux8H2e9fNx0rk44HmfAFei+FzFZWmJMAkVwYyqoxsduEpNu5l+JXeQEf3a5q0ucPs711XiCa KUP5eDmsXQdDlu78SMDszzXjUOR3cmerU5lZRR0Ph/Qlu5Fuph8q880njHxCttD9jtDwODitXWNT i0fTvs1uRvIxxXnjQSXk7SzEnce9Zqouf3noaOm3HRGYNzsZDkk0u1m7VrizReMU9bVB2r1I5lQp qyR50svqzd2zFETO2zHWvS/CFp9l012YYJFcpZW0b3yLjvXeybbGyRBxkVzV8xVVWSN6OB9nq2c/ dQm4mmZuxrl7i3Z5mVexrtpgq27v6iuSa5RLhvrXnR573irna7Ws2UPsLdxQunGRtgGSauSXq52g cmup8K6ObuQTyr8o55raGJr09jOVClPVk3hPwmkYFzcLwOea1te1tIIvs1uQAOOKt61qK2lv9mt+ uMcVwt5HMFeaQnnnms6tarVdrjp0oRV7FK7/ANKl+Y5Y11fhrTo7K1aaQAHGRmuR0e2nvNSU4OwG uy128Sx01Yozhsc4p1KU6MbtjjUjN2SOX8Sak1zcPGD8oNY1lF506xgEkmoppGuLgjksxruvCXh5 Y4/tdyAAORmsKMI1HeRpOTjsbGiaXDpdh9pnABAyM1xPinxE97dNDG3yA9q1/FuvPNm0tDhRxxXD mwnc7znJr0cNhqc3qzir1Zx1SJEvBGnvTDqMksgjUEk+lRnTZi20Akmuv8MeE+Rc3Qwo55r0ZUsJ Tj3OKM8TOXYz7bT5ktDNOCARxmsX7aYblgvY12Piy/jWH7NbYwvHFcNHHvfJ6968LEVYylaKPWow klqyW4vp5wVJOKzGtkeUbhnNbywxiPnrUdraxtdru6ZrrwU6CT9oc+JhWbXIQjQLZrUuyjOKzbfw 7bTzMCBxXY60EgsAIfSudsXdSzGuSvUi5e4dNGMor3jJn8LwtMVQCqd74WW3jziuqhuMTEmqeq32 4bTXOpyNrI4htC3nCikTwxcMcqprstNSMnc461tI0MY4Arpp1I294yknfRHl8+gXUf3garLpN0x2 opr0y72S5+UU3TLeATAuo61HtnfQ0UVbU81l0a/hXcVbFUpIbkNgq1e63VnZzw7Qi/lWWvhe2lbO wflTWIS3F7O+x47KZUUDaatWwKpuKnNeo3PgeGRvlUflVe78FLb2pYAcCj28ZC9lbdnnhieY9OKl jtoYvmbGauzWU0dyY0U9akbRbiVc4NPnj1DkbMq4vFUYSs57kueTWzceH50GcGqL6LMBkA1pGUHs S4Mqhl9aeXAHFOOlXA7GoJLG6XsapNPqTytCjMjcVOAAMGq8cU0XVTSFpN2SDVCs0XFApSimqonx 2NBusdqnlAnMairVvEVG6qcEokPNX1uEC7aTQh8l06LgVj3lwz5zWhNKhFY90wJOKqCJkykxyaKQ 9aK3MiWD74rsdE7Vx0H3xXY6J/DXThviOev8J2EHCCpm5WoYPuCrEY3Sha9WTtG55sfisdHoluY7 BpgcECtXRPE9zBdFHJMYPeq1gPKsDGe4qEWgjt5H7mvn8S3UnZM9uglGB6BPb6f4jszjb5mK5iTT I/D5ZmwPSua0PXbmy1URqzFc10fieeXUIEHQkUVVKnGyYU2pSOb1S8F+WIPArAYYYitY2MtrGS+e ayn++a68svq2cmYWGUU4gGkIr2bnliEUHhaXrStgLQC3NnQBG8oVwM1uatFNbRBo8haxvDFo098j fw5rrvEpUQpbxjLHivn80vfQ9zAbanIWnm312sXJyea7smDQdJLNgORVfQ9Hh0+1N3cABsZGa4/x Zrcl/cNFGx2qccV5MFLsehKUe5TvNUa+vXd2+XPFWbe5jdcccVzyK2OatQq+flJp+zqLeIKpB9Te JQ96azoB1rKZpovvZpr3G5cA810QjVe0DKU6a3kdToVuk94jjsa3teuFV4ogazfBtuTA0rdhVXVr rzdYWPPRqVRVeqBOHRmnqGEsVx3Fcm8cLSEk8102uyeVpifSsDQtJm1O+UgHbmqgq1vdE+R7mpoP hxdQmWRh8orrtRvLbQrAxQkbgO1TTNbeHtNwCA+K8u1bWZdQ1TZuJVjWVSdTbcqMUztNCzqsjzTc gc81jeJb1Vu/sqeuOK6TRolsdGMh4JWuYSwbVtZMvVVaojSm9UU5LZm/oFpFZacZ5AASMjNch4g1 Mz3Txg554rqfEN6llpwgjOCBjiuP0fR59X1JZCDszzWdWcnoyoJLU1PCvh9ryZbiVfkBzzW54o1+ PTrT7JbEAgYOKu6rf2/h/SvJi2iTGDivLL27kvrlpXYnJrrw2FlU+E56uJUNyaK9LSmVzkn1p7ak zPsQZJ6YrOALsI0Bya7Dw54cUAXV3gAc811Ty901dyMqeMVR2SLvhzSZHxcXS4Uc81qa1riRQmC1 wMcHFVdS1yNENtbYCjjiuO1C92klGyx6159m5cqZ13SV2R310XcknLHrUdnatLlhWe7F23HrVq2v ngGBXfHKpTjc45ZjCLsXGQq2D2qSHZ5qis+S6Lvk96ck2JVNcdbAVaWrOmljIVNje1WP/QwevFcz HcqjFK6S6uUlsQvfFcddRGKfd71yu2x06suZK5as91N1OAPWrHm5j2+tT2No0bGVulLUSRMsCwQA mqglklmCR5qe6mMr+WtaGk2SRfvJBSGTQaVJJCGPWpYtKaN8mrrXjD5YxUsDTPy4reEmloiJJCpH DEvzmpEljP8Aq6juLfzB1qiJVtCQTWbTbvIpPsawuTHy2OKzdR1NrlTEgqnLevKSF6GpNOg3SEtz mqpUfaE1KiiZkenoWaR1G6qsk3lzbABiuhvrcwgsOhrnnj3T5PrXoYShTbftDjxFSppyF2C1F5Gf lFZ8mmHziu2t3TRsQ4psreVcbmHWnJ0otqCKgqjV5GGumBXw6jFSS6LEQG2jFb5tGvUDRjpVK9dr ZfKbrXnTTTudaaSMifQ7N4fkUFvas0eF1d+UwPpXoXhKytLyb/SCMH1rqtV8KxNFvswCAO1aU1Jk TkkeF3vhiK1TcRWemgx3H3RXbeJ43g/cuPmHFUdE0u4kiaTacAV34elGXxswrzkkuVHJ3GjraDpV U2oxkdTXdWmnf2jfSQuPu1i6lp32bUDEo4BrCo1GVkawjeN2crPp84BbB21j3EbKxzXoF/JFFZ7S BuxXC3sm6RqdOTZFSCRnnrRSnrRXQc5LB98V2Wifw1xsH3xXY6J/DXThviMK/wAJ2EH3RV7T4zJf IO2apQ/6sVvaHBvuFkx0r0qjtA8+mrzNu6xAsa+op0//AB4M3tVLWLjN1Gimrsxzpu3uRXhx0ndn sfZsYuh2Jn1PzSOAa6HVrlUvIY17UmgW4htZJWHNYU10bjWwucgNWlb94tCKfuM1tdANopAxxXFt 9812evZFmmPSuMPLmuzAqyOPGMb9KUHjmg5pDXqI87UQ9aDyuO9OGO9NbjpUSehUdztvCqLb2TTN 1ArY0/y9UuzNIflQ96w/DFtcXduUAOw1bu5f7HkNvGfmfrXz2Ok7nvYRKw7xbrg8v7NbHAHBxXBs CSWbkmuun0otA1xJzuGea5O4GJ2UdjWuWp/aRjj5W2Iqmt5dkgqPtSD5WzXsVacZQ2PMpzakbMie fDnFZMUZa+WP1NaVrcr5e1qnsbPz9TjZRxmvLpVXRupHozpe1s4na6ZGNN0Yt0ytcasv2jXdx/vV 22s2s/8AZaLED07Vx2mabONVXep5NZxqxqXuzZwlG1jptS06S/jhRQdpxW9Z29r4c0ze+0SYrRYW +n6askuNwXvXmXifxE97M0SMQo9K5oxm52jsXKUeW7KviPxBLqFw4DHbms/QrI3moxseeazXJIOe Sa7fwPYblMzDpzXpSw8KULs441pTlZHSaqRb2EduvcYqPT4E0yzad8ZIzUtxGby5z/ChrL167aYJ aQ/TivClWtJo9WMG0mYVws2t6tsTJTdXZItt4b0nJ2+YRUOkWEOjWJubjG8jIzXGeItZl1C5ZQx8 sHisoxa1ZUmnojM1nU5dSu3ZmO3PFZ1vbyXUyxRKTmpYlM9ykK9zXpGj6HZaXZLdXG3fjIzXoYLE qknc5cRQdS1ijo/haCzthdXuBgZ5rG8S+KUhDWtmeBxxSeK/E9xNut7ckRjgYriYYWll3yEkn1rK viZ1pWRpToxpxuW4LycsXJJLU5iS25u9LgIMAU0nNepgcCo+9M83GYxv3YiGkpaVR+8UetezpFHl 25mRb/mxXTaJpAvYS57VEmjpJbiQDnFamiLc27mNR8teZiq8JJpM9HC0Jxd2c9qjGxuSjHgGs+aR LpMjtW34wsXc71HJ64rmbdWgiw3WvmJ25me7HbUjYnzlA7GtmW6xaBV64rGT/Wk1dThfmqVe5VrE 2nwNPMD3rrILAiMbuBWBo3+vyorsE3iPL8CtlC2rRPNfREUdpAozxmiSVIuMVDLKGbbEfmqa302a VS83Cj1qHUk9ENJLVmfc3DYJSqsFs14SW7VLqE8UU3lIRxVm3u4LW2LORkirVGS1mS6iekTFuI/I kKjtVnTbyOJ/3p6Vl3t41xdN5XQmpLa1dzmTiq9pGGwKLe5o6pfi5GyLpVCC2OMvV0xQwrnOTVR7 oE7RWPO2yrJFhJRCcL1pZLaaVlkkBCU7TFiMwefhc960PEOqWqWQjtiM47VvThbW5EpDJtRisrMJ BgyEVQt9OuNRYzTjAPrVDSJYpJN9y3T1rQv/ABGsJEVvjaPStLwhvqR7zJltLi0kzb5wPStux8ZS WSeROck8c1U0jVYLiDDYLkVh6/brDciZjhSax50tYmijfck8QSxahOJzjBOacNWttO0squ3cRWPq 17CmnqUbnFczNei7VI1Y5zShNyehbikjo9HupDqEk6DhjT9SVHmeVvvVueFtBebTi6DJArnNdk+y XkkMhwRWziiIyZwer3LtdMmTjNYtwuBmte/xJdMw9ay7zgYrWmZ1DPPWig0V0HKSwffFdlofauNg ++K7LRP4a6cN8Rz4j4TsIh+6rrtBiC2bOfSuTsxvZV9a7S2AttNPbIrrxE7aHNQj1MO5m8zU8Z6G ulgiM4RK49WLaln3r0XSLUtbrNjgCvOrwcdTuozvuU9ScadZFBxkVxdg2/WA3qa3PFd95kvlqelY Okg/2lGfetcLG8G2ZYifvKx1HiDItE+lcYw+Y12niH/j0T6VxZ5Y104PdnPitkJyaCKdnHFJ9a9F HCMPTNaGj6ZJqN6qgEqTVOGF7m4WJATk16foOmQ6Npn2icAPjIzXJia6grHXh6PO7lh5Lbw1pOPl 8wivO31GTU9bDsfl3cVL4j1mTU7t0DHap4rP0sYvo/rXnQpuacpndKqotRid/qBA0hQB/DXnVx/x 8N9a9EvyP7KGf7teeSxyTXTLGpPNa4OSu7mWKi2lYhJwKRFaY7UBzXRaX4UvLxlLIdprvdK8EWts iyTgZ967KmKhBHLDCzk7s890rw3e3Tg7W2n2r0XRPC6WirJMBketarXum6Wmxdm4Vj3+vTzqy24O D0xXi4rERm9T1qFJxVkb9xNaGLyOCegqimnQW6tcyADHIrO0W2ldjcXZIA55rN8Ua87g21seBxxX I5p9DXla2MnxR4ie4doImO0ccVxTsWbJPNXblHUl5Op9aon1r2ctgrXZ5uMk9kJEhkuVT1Nes+GL X7LYgEY3CvN9EtTc6hGcZGa9ijtxBp8eBggUZjUaVkPBQ6soXBFqHA+83SqthpqozXl1jjkZrSW2 +0N5svCr61y3izxGqIbW2PTg4rwVFOXvHquTt7pleKvEZubj7LC2FU44rLTTpbi28wAnjk1kg77k SOcknvXa2d/a2+lMrY3EV3TjCEdzCHM3qcUJRYXO8/eU1cm8WTXyCAsQo4rG1HzJ76RlztJqGK22 tmvPiuaVkdd+VXZqyyLIvqarBQDQq7adivoMFgVFc0jxcZjFJ2iMxk0hqUIccUqWzyN0r1uZQWp5 qjKb0IevAq5aafLNKrY4q3baeMgsK10Bt4/lFebisypwVo6noYfASbvIsxFILcIeuKI702wLYrKm nLSZz0pk05k2oK+cq1ZVJXPbpwUVYsXF0b0OZBwK4++cfaii9M10uoOLSzz3Irl4InurguATzWVi ybyQEDDrWjp9ibsgHpVZwIEIeorXUp43KwAnNXC6Yndo7G3hs7FckjcKSS9mvZBFADt9qydM0691 CYPLuCnrXZWlvaaYoJILDrW9Tma95mceWL0G6fpIgQSy9epzUeua5HbwGKLH4U/VdbhMBWIjdjtX Dzedc3BLk7TWcJRgynFyK1xM00xkUksakijnuBiQkLVuO1jiIPetWOFDF0FaVMRUmrNaCjShF6GP bWapLheTWndQvDBuxipU+z2zbmIzRNci9jZI+mK5ZzijVRbMHz9+4E9KdpRt5LkicjiqlwhgmYHq an0nRLq+ug0edpPNON5bBLQ0dSRZkZbTPA7VyPlX32lll3EA969Yj0yy0u2HmkGQjnNZGow2jo0k YXNdFKm0/eMZTXQ4qG1mlbauRU8mlyopJyTWhbzJDOeBVmS6Eh4FbzoKa9xGSq8r95lfQLZ4pi8h wBVDxprUcg8lGGRV64a5EDmEdq8z1i4d7xlkJ3ZrB4Nw1ZvCqp7Gj9s+0Wvlls4qjaypb3YLnvVO zdlY5pZVDSF2OMVcaSWw5SseueHfF62FmUBGCK4rxXfG9vXnU9TWRoskt5KYoySBVvUB5bmOTqKf K0EWmYmcgk9ay7rJetVyoJ9Kzbork4rWCM6tig/WikbrRW5yEsH3hXZaH/DXGwffFdlofQV0Yb4j Cv8ACdzpKb7tBXU6rIILZVHpWDoMO6VX9K0Nel3bRnpWuJ1mjLDq0GY9vlr4Y7mvUrC4S30E7uu2 vNdJgabUUGOM12Gtz/Y7FYwcZFLEtKyKoJ2bOO1Kc3F7Ic55pdJ/5CUf1qHymmmOzkmrmn2stvqU fmDGTXRBKFMwfNKZ0XiP/j0Qe1cWeGNdn4j/AOPRMelcZzuOajB3uysVshMUhy52r1NKeldB4a0R 766WV1+QHmuyrU5I6nLSp88jZ8JaCBH9rnX7vPNQ+K9fLE20Jwo44rY8QaxDpFj9mgIBxg4rzaSZ 7q4ZzkljXkJPETv2PUk1RjZDOc7j1NXNMBe+TaD1q5p3h68vnG1DtPtXoOi+DrezjE1xgEc812Vq kIQ5UctKnKUrsSLS5L6yVMcEVPp/hC0s2M1xt9eav3mu2WmwFIiMqK4XWfGs87MkZIHtXlwUpS9w 75SUV7x3N1rmnaVDsi2ZArjtW8cSuWWIkD2rjLi8nuWLM7c1Ww7nbySa9CngftVDiniru0DVTVLn UdRRS7cmvV9G0mOKxSaYDpnmuL8H+GWkkW5nXCjnmui8S+IEs7b7LbnoMcVyY2VKKtFHVhlN7lbx PryQRNBa4HbisLQbc3oeabk+9YvmvPIzuSc+tdb4fjAsnI9K8+hWje0kdtSm0tDlPEAVZmVe1YB5 GK3NcUveOB61ki3cMDjivcws4KN7nkYiE3LY7PwNpwkkEjjgV6VIqugC/dHWuP8ABCjyQuMVo+I9 cj0iB0VvmNefi6qkzsoQ5UZ/ijxDHYwtbwMN544rj9P0K71OU3MuSp55rKkln1LUvPckpnPNdfba 6be0FtCo3EYrjU4JanUoS6HOavpohmEUX3/atTTNCf7J5l4dq471r2enoSb29wO4zWD4j8SGXNtb cKOOK53vqba9DG1hYI5ikGDj0rPUYGcc1Jbp5km5zkmtRbONsV3YKtQpv94cmJpVaitAyVXPzHoK z9U1JIIm2H5hVvxFI1jARCDk1w227mLNJnB9a9Ctj4yX7tnLRwLjrNGto/iUS3oimPevRrVY5IVd MYNeKR2EqX6uueteveHEuJ7JEUEnFebiMRUmtzvpUYR6G6iRquWqpcTvK3lwgmteDSZj/ruBVyK1 sLRgxILVwxlZm9kzlJLG4iTzJARTLNNzFj2rd1y+SRRHGBj2rDuHFnaM3ciqnOMthJNGPrFy1zcr bp64rXtNOTT7ESyAZIrF0jZPfGWXsc1savfebEIl4UVEUh6mPcp9tuCq9DXR6BoEcZEkoGPeuet5 44DuJGa0odemb92nSqVwbOo1LVbbTICkAG72rk21Se4lLFjg026iluPnJJNRwQtnBFTKbeg4xSLS AN8xbJqUfNwBTViC9TTjKsYpwvfYJWGvGc0slxLFFgVA9wzSDHSp7qeMxKoxnvW86c7XlsZxlG+h SSOe8Ykk4p63BsSUHJq/HKkFt8oGTVaO2SeQySGs5Knb3Sk531Mq4WWeXzCOK6jw9rEdjEVwM1n3 AiVCq4rIjZorjk4BNZw3sVLVHQapqLX10cMRk9KqzrJFb5JOMVDs2MkmeM1oalNFJp4C4zivXpYa CtKUrnnVK09Ukcu0p87PvV+3OcGs1hhua0LRwBXruVOMNGeZFVHPVFy81BLO0YEDLCvPZ9ON5fNO R8pNdFr06nAJ4rOlvYorZQuM15WInGT0PZoRlFamNe2JtULAVgm5LylCa63UbhZbLjuK44wE3S47 msopWKqNno3w80yIyPI4zxVHxjCI9TfZ0zXVeBrIxWJc8cVyfjKbGoye1Ro2UpOKOakj/d5zWZcA CpTelm21FMOM1cYtGcqlymetFB60VoYktv8AfFdlonIFcdb/AHxXceHYxI6r61rTqRg7sznTlNWR 6Z4fQLZFz2FZ+pTmWRvY1r2afZ9P2+orPitVnuSvqameMpOWoRw00jY8MWW5fPI6UzxJO0zbR/DW 7ZIum6ac8ZFcreXSzTP9a5cRilOSaOmlh3FWY7QYA1wrP0FaWpFW1OIRgcHtWdYiVRujHFTwSF9R Tf1zWssY5RskQsMou9y/4hB+yR+uK5LyXOTiuy15k8lCSOlc7FIk0wiQZJq6GLnTWiM6uFhUerId N0uW8vFQKdpNehF7fw/pOzgSEVJoOjfZrTztnzY4pJtCn1a5zPkID3rGtjalV6o2pYanSWjOCe0v tcvWYBipPFdjofgdFVZLkAY9a6OKHTNEg527lFc1rXjXbuituB7VpRqVLWiRUUG9TpmutN0WEqgT cK5XUvFc11c+RESFJ7Vx9xqdzdylmduadZyML1M881nVoV3q2VTqU9kdFeadJJb+a7nkZrm2s08w g13F0+7SwfauAuZ3FwwX1ooUqq+F2CrUh9pExtk6DrXReHfDP2uZZpF+UetU/DmjXGo3Cu6nZXfX dzb6NZCGLHmEdqutKtTWsxQVOXwxKWta1baJZ/ZocBsY4rg5Z2vJGkds59au6nZTXztcTE46jNYq sVfZ6VxRjKvdyZu37PRFjAWut8Pt/oD/AErkyuVrqfD4KWD59KVOlC9my5zlbRHM6lIgvZN3rRYQ fbrhY41yCaZqFs13qTRx9Sa7Pw/pEWj2RubnAYDIzXXGlTS+I5+ed9UXoxD4d0syOQHIrzbUtUfW dTbcx2Zqz4s8RSahcNDGxCA4GKw9PtpnbKAkmuGo05WR0R2uzdn8q1tgIsZxVeyvY4JxI56Gqt+s tpFmTOa55rsmX5yQKtxhBa6gnKR3Gqa9LfxCGDIXpxWI1sY1LvyxqvZ6jBHgA5NX551miyKwk09j RJor2cDyzYSumtdO8uPfNwBXOafeC1l3elO1nxcghMQbBxVU6LmJzsbdzptjqIOSpK1514tX7A5S BRgelCeJJreQsHO01nalrCXsgDnO6t1BQE5XHeHdl7dxiUd+a9qsRZ6bYI0W0tivLdCsIEVZVPNd dFOAApc8VlKoi7aG9Prc0x2hcLWNfXXOfM5+tVtR1MW8B2+lYFldvqN1jJ61DaYJWOlhJuF3E5Ar F1u73N5Kmt9UFrZtnriuTkjaa+LHpmoshMsWUDRx7+lRXl1gEZrQeaOK32nA4rJKLM5OeDVJjsZh meRzgmtjSFl3/MOKW1sIt+41qgxRLhQKTkxpFwyKiVCkgDZxUAfeeTRvGeKnUCxPuZcrVJPMZsPV pJ+MVHLPGAc4BrWnNwJlHmK1xOsC1RS73vkmi8zcfc5qitrOjcg4onUlPcFFR2Nc3Rx1p4uZXXCZ qnDGcfNWtpUAacBhxmuilhYzV7mM67i7WM/fcbvmzinSIxAY9q6vVbW1itQyY3Yrm5jlcYqKeFc5 NDnW5Vcns2a7AiHarV1pdyiDg7aqaUksdwrIM813Bk8yyG5OQKp0nB2bGp8yukcDcWDIoLDFU7vd bW+5fStrWbnkqo6VgNP5kTrL0xW8ldbkQvfYyoHXUZSkh5FZms2pgcKh4FQrO9vqTFD8uai1bUGP PWpSNW2EjEWfzHtVbR7f7dfqqjODUSSyXMW31rrvAujMtw0rrwOa05rIztc7O0mTTNN8scMRXB+J dPubpnuNp2mujv5TNqnkoeAelXNbmit9H8tlG7bWSeo5rQ8U2MlwVPXNTzfcq3eQqJ2l7E1nzSg8 Vunc5mis3WikPJoqySxaqWkAFeieF7Gbz42A4rz2ybZMp969j8F3MDW4yBkCpauthpnQ303kWyr0 4qHRlafUFYA4zTpUOo6gsK/dJru7Lw1FpdktwQM4zXPCNKSfMaSc01YwPEtw0FqqjgYrjYZBKxwc 11WvRy6nuSEE49K5q20q4s5f3qkDNc10pWR0pXR12kwomlO5HOKzrdVlkklX7ynitO1miTSXTPOK 5nTrll1Qx/ws1d8IVZR9w5akoQl7xla5qWpTz+Qit1wOK7DwL4Yup3S5u1IHXmuqttC0wxpdXCrn GeaZqPiy00+LybMKNvHFZQdSLtJltwktEdVNd2dhAEdlG0dK5TVfGEcW5IMfhXDap4hub92IcgVj ieUtliTTlGpLpYmMoLqdFe6lNfklpCM+9ZwgXOWbNUjcMBmm/bc9TV08M+krBKsl0NAxR9sU+2UL eJ9azUuCWyDVm3uP9LTPrVzwsv57kRrq/wAJ3N2R/Zf4Vz2kaJJqOoZ25XNdXYWR1G2RR90itF/s vh20Y8eZiuaVOSdrmvOraoJp7Tw7p2FCiTFcSuoS6tqoYsSuazNf1qbUZ3+Y7c8VreEbPzE8xh0r b6nKavNmSxCi7RL/AIguEgtFRRjiuSjKNJnPWtbxTPlyinpXOW5PmDJp08BzxbbFPGcrSsbBHTFd TpADWDIv3iK5F5gu0DrXeeErQPb+bJ90DvXC6XLJo7Of3blTSNFWO5e6uBwDnmsLxl4nBDW0DYC8 cVseLteW0R4bY47HFee2WnXGtXmcFgx5qJO2iBe9uVNPtZ9SuhsBOTXollp1tpNh5lwAHx3pbLT7 Pw7ab5MebjgVzOpaleazqAiUMIyeMUnYtFTVrh9Tu2VF+QGp7Pwol7GC3BrtdK8KRx2SyyAZI71T 1CeLS9yoeank7j5rbHJ3PheGyOQ3IqhKPKG3Na8s9xeykjODWff27xpuYVXLBCu2ZE8pjBx3rlNZ SWRvMBPFdJLIGJHpWPqMsQjYHGa0pt9AsmYdvKZ0MbfeFVXtZxNubOB0qS3+W73D7ua6B1juIRtA yK2lLkM1G7Oi8DRxzptnbAHrXS3tvAk+IWyM1yfh3EbbN2011MluILdp2bOBmuWVpM0u0jnvE90s CLGp5apvDlsIIhcP35rnLyY6tqwRTkK1dfsNvp8cfTAq5JRRKbb1LF1evcNsXpVcwCNN5HNJbkKM nrVbUbxlGO1YX7mmhn3chll2g1ctYAI+azYXWSYbTkk11Fpp7mDe4wKd30DTqUY4GLfLVr7PtTLG lMggcioZZ3lbHY1pFLqS2QGb95sWp0if7x6GrNvYRHDk81faFfLxjpWqp66mblpoZTrsQkVmMHmm wTxWzIhJ2gVXaylJyi16lPAUJxu5Hn1MXVi7JDrazjjUHrViZYjGQqjNFrp16wJKnaKjuAISwJ5F cOJw3sXvdHXQrOpuRWFlJcyt8vAq0w+xyFR1FR6brCQl1wM1VlupLm8baM5Ncrk2vdOjltuTT3xk 4ZqrG4idguaLuwlADY61b03QfNAdzTp1KkXoKUIy+I39D+yIqmTH41s6jfWMdsRE43YrlLu2FpHt R+ax1W5MhMjnbXQo1W/eRk3TS91liUrPcszdM1zviGUWy4Q4zW1LuwdvauP1+WSWVY+etdkqPLG7 RlSq80rIosMoH7mpzpbXkG5Rk1bOnOLBHxV/TZxb27Bh0Fct7M62ro5mO3a1uUjcd69R0gR2OkGX AG5a4K3T+1dZCqOA1d5rEf2XSI4V4OKUpaCjEytKTz9Xknblc1S8XXIdjGp6Vt6XCtvYtK3BxXDa 3dGW/cZ4zUIzkzBuzmPFY0i4Naly2WNZshya6IGEiGig0VqQT2/3xXpPg7cE615tbf6wV6V4Xwlv k+lOL1FJXR2mmXRi1NCvJzXol/rDNpQR+OK8+8O2hm1ASYyAa6LxNdCOJY144pVKS5rJbhGo7XZr eF5bFmfzypY+tb99oFnfx7olXn0rx+xuZlvV2uRk+td/Za/LZqgdjtpVcJCkgpV5VGVNT8N3NujC IEisDTdFnXVVMikc+lem2uu2t/hBhiattp9oHEmFDGs4ScFaDNJwUneZwniqaW1s1jjcjjtXAL5j MS7k59a9a8SaG97ETGufSvOb3Rru0c7oyAPauvBwg3eZzYhyirRM4HHajj0oYFD83BpVjaQZUcV7 NotHlNyuN68VE1sCc5qU8HFB4GTWboU30KVWouokcYStTStKmvbxPLUkZqvpmnzahdKkakgmvUtN 0+10HTxJKB5mO9eXjKdOnsenhakp/ETxSQ6DpQMhAfbXm/iHXZdRnfDHbmtPXtRudTkYLkRiuUlw hIPWuTD0fbu9zetU9ktimkrPcBD3NekaDF9l0lnIxkVwmm2vn6jHx3r0O+YWemKg4yK3xKqUrK5G HlGpqkcFq90ZL2QZzzVKN1DDJ5qxfxjzGkHJNQ6Tp0+oalGoU7c81l9clSjy9y3hVN3Oi0XRptQn Ryp8vvXT6zqcWgad5MLYbGDir889t4c0ULx5hWvML+7udXu3JyUJrgqSV79zqir6DIWuNZ1Duyse a7WKO08N2HmHHmkVz2mzQaRCWOPM7VUubqbWpiXYhR0FYXSNbGzZCXxNe7pCREDXTPpWmWEakFd6 1yOnXjadH5aDHvSzXbzuWeU/nTTXQGrnRXfiB1j8mL7ornLvF1Julbk1Vl1ARDA5p9sBe/MTjFaq lNq5PNFaEm9bZPkGaydQuXuAVIxV+dtkmzrUc0IaPcRWdlsUcjdxCBGYmuN1CVpJG5rrfEkhijbF cVAJLucqozW1KJDkPsgCcGtGKRrd8djTf7Pe3wxGDTZC+5SRwK0aTDY6PT3WErKxxUmt+Jw0H2aB slhjiuaur8mERRn5sVa8P+G72/vY5XVmTPeo9mo6sfNc6XwZoDyMbyYdeea2tTcGbyk6Ct1/K0nS 1iUANjmuaLeZMZD3rLnTfvBa+wKNqgmoLqNbobFp08hC4qK0DqxY80pcsth7bjI9MFk6y1rNq7fZ xGo7VHCrXc6xsOM1s3fhqb7OrQJnPtXVRwzesjGrWtsYUCNdSZqe6QQqABzW9p3h+4tYDJOhHFXN L0SHU7siQjAroqqjTtYwp+0ne5yVsl1LIojBIrpodGvpoVwhrrP7J0/TFz8pIqleeLrXTkIVV4qq uJpTilYVKhOLvczF8OzRwF5EwQKyYLmK3vfLmAwDUl38QTdbo0Xg1y1/dPcyGQHBNcdSqvsnXCD6 nb6nrtna2LCAKWI7V5y+ovdXTsehNPCysMOxIpghVGyK53Uc9GUoKOpXAdZiV71sWAZSHxk03T7P 7RIMDNdMllBaxfNjNdaockbpmSq8zs0ZV1ffKAV6U6PVHSLC0t5DFI2VIp0VirR/LzXNyyvc1vFq xTmunnkG4nrU105FqML2p7WypKufWtG7S2+wYBG7FbupUsZqEFsYVqyyRtnrXLajGj6iB710drhJ HyeKwL9B9uLqc4NaKtOatIFTjF3Rr3myLS1AHasEnEDn2qw+oeeghJ6U2eEtblV7is+psnoWPANq J9WkYjODXQa3M0upi3P3Qaz/AALGLG6d5OM1r3kPm6o0+PlzmiTuK5T16U2OjjbxkV5ld3BfMnc1 2fivUhLF5CnpXCyfcwacTnluZ8kjEk1ByxqzKB2phXaua3iZsrOMGilkOTRWhBLa/wCtWvQtHfbA qjvXn1p/rVr0Dw8pmniT3FS9xo9c8KW6xacZmHOKxdbuzcXLDPQ1u+YNP0lU6ErXIyuXmYnua7KE XVdzlry5CbTkH2pWauj1Eia2EcP38dq5aCQrMFHWvQPD+jeai3U/3RzzWWZRnpY1wMkyPwzpsllA 1zdMRjkZqG88WNJqQhic4BxT/Emsg/6Ja8DocVyVrZNFqaOxyWOa8RylF+6enFJ7nqVv4gjjiQT4 wR3q26abq8eAF3GuE10MlohU44rE0/Xbizl/1h4967KbqNXRzVFTvZnaav4GRkaSAA/SuXXSmsJv LnXC+9dTpHjQSsscxyPeqfi+6S6QNABz3FdCxrirXMvqqvc5bVLGBBuhIJNZ9lp9zeXKxBDgmpY2 ZT8zFj6V3Xhf7PHbmedQCoyM0oZjJaDlg4vU0NG0m20KxE0wHmYzzXKeINflvL3YrERg0/xN4ia5 mMcLYRTjiudU/aeT1rB1fayvJmkafItEbLX0K2e0YLEVzcymSVm7VZkTYPvVCGGdo712RxNGgvc1 Zg8PUrP3tDe8MWIknWQjoa1PFErlVjj7VL4Zg8myaRuOKytU1NGumjHLZ4FeficROs9TrpUI0loV bLTRcEK/3jXXWOn2uh2TXEoAYDIqnoVmfL+1XA2gcjNcv428RyTyG1hYhRxxWKiktTRtvYz9e8Ry 6rqZiDnygauLc28FmAmC+K45AV+bqxrc0W0M9wvnN8ue9RZvYa0JBG11KWckCrYYW64SuuGhWT2y mNxnFYOpWcNrkbhT9mw50Q28qyj5qhukAJw2BWa935Wdhqo99PO20A0K0RptlmeRFH3uadZ3siHa neq0dm8hy+RV6KBYBkckU3Wb0QKHUnVnedS/c1sXMKGz3D0rHWQyMMjGKtXFw4tGVeeKhDON123N zvRRk1z1ha/2Y7STLj612lmolumEg5Jqnr3h2/vWC28J2HuBXRSmjGaORvddinm2L61OkM11ENiH n2rqNK+GAws9ycN1INdD9g03SItrFflqpzivhCN3ucVpHhOSedZJV4z3r1LSYLfTLLHljIHWuT/4 SO1Wby4CPwq9JqzfZ89iKxnUkzVRSIdUvGvLtlz8oNV2Cxx8HmoY5kdmYnmqhmdpyvas0gZZCtO/ StS0tRwuKhs0Cpk1cWURtkVvBJ7Ihy7lyO0WF1cDkV0tjri28QEqZA9a5Nb0tMinpmta/wDK+yoV IyRzVyjXJvTL2reKEuIzGigVg2WsSWk+4EgE1TvvKSIFWy1ZZmZhhayjKSfvK5Tiuh21xqiXNuWa X5setcPqZeeZgGyKkG/HzORVa4Ei8gEj1pTl5FRRUit/IbPWr8CiY89Ks6PYm+lCv3rc1HQTp8Id R1pRpuWw3JLcyPsBkXEYzVG6smt+X4NdJo7CEEyD86y/Ecyu5K9KiUXEalch0e48onAp2pS3srEx g7azLC6WFgWNdJHqlsbfAAJxTU5Csjmhc3C8NnNWrbUrmPOFJpl5LGJS+AM1b0m6tiSJQMVaqzE4 JlKXUJmkJbINS28j3DAM5we1WdSS0JLREE1iJJLBMGwduaNW9Q0Wxs6hZ/Z7YuD2rkfMxI5kNdJf 6ibi0Ce1cfqbFUIXrXbh6aZlUmQW8ynUDg8ZroWYRwbvauJtHZboHJ612Iw9mNx7UpRsy09DOttb lTUUjTIBbFen3EIj8Pfaf4iuc15WYIkvomXGd1eh6vqqx+F0jB521LSM5TbPMNSuWe9ck96xLiVy 5AHFaNy/mSF/U1CIlYdKaaRDMxQztzS3JwABWisKrk1nzrlzWsWQymaKVutFaEE9p/rBXpngqLzL lGI6V5na/fFeq+CsRQlj6VLV2M7fW7vdEiKegrBbpmpZ5/NkbJ4FTadZSX10sajIJr0sKlTjdnBi PflZGh4e0d7+7WQr8gPWux1rVYtKsRaQnDEY4qSNYNA0rGAJSK4C+nuL67aWTO3PFeXjsTKpLlid +Fo+zV2I8zpI0zfMTzS2F49xqKbhjBoSRHIRqmt4kTUIymOtcMqMobnbGpGS0Og1ld9qg9q5Ca2K sSBXWa0222Q+1YkMkcqENXXQr+y0a0OWrRVTXqZSyNE24HGK6bSN+poIz8xrBksZJrjZEM5Nei+F 9ITS7QXFwMEDPNbYmjQqLmgzOhUqQ0kZL+F1gPnS8DrWJq+q/Zf9HhbA6cVr+JvFAkmMMRwBxxXH XUf2lt+ck15M1yu0Tvg3LVjJG3IXY5JrFl1O4guNkanGa6W30maaLJU4FbGl+HbCWNmnK7h60opl s5i3Z54wzdTXQaJptvc3CiVgDmqOrRw2LssBBA9Ki0N55r5HUkAGiN0J2PQdTji0zTCkR5I4rltD 0KS+vmu5vug55rpbi1lvfKByUHWqmuaza6DaCKNgGI5xV/FqQ7oNd1BUtDBB8u0YOK8u1FvNmZic tmtW58QCcNtbO6scRtNMSOc1DY4pDrKAzHJHStmMrEuAcEVHaxeRHyOaQwmV+vFEZWKaLkesTwqQ shNVLi4uL5vmJxVhLRIxknNSJt6KKluTBJFSHTlYfMaeIEgfhaS4ufs0gDnGauoIpoNwOacaUnqP mQgi85MoKYICp+apbK6WGby26Guy07RLS+h8wsATXRT5UrJGU79zhnDE7UXmr8NjP9jd5UOMV1E+ k2FlJu3KSKgu71ZbN440G0DrVqcY3uiHFvY4zSrSKTUSzkAKa6i98UabpdrsZVLAda861fU20+WQ o2DXnuqeILm8lZWc4rOnBzehcmktT0nV/iGjswhbaPavPtb8T3F8xVJG5rP07TLrU5MRZbNdTp/g SdZFe5Qj6it1GnDczbb2KnhLT7m6l86UnA55rs7lsJ5Q6ircFlFpVrtQAHFUdjPMX7E1z1JqTNIR a3KsULI2WPWr8Ftu+YCobjOQMYrSsnRYeetaUaUZuzFObiroYshVttXFQMuSapSlRIWpjXhxhTXR XwkaSvGRhSxEqjs4l19ic55FV2v5ZfkBJFVhvk6mpowsXJ61xupPa51ciGsr/wAbUm4QjK8mmSNL O2EBqWC0lDBpQcCpVVxBwTL+j6dJqUm6UbUFWtTitLX90pBIqNtbW0h8qMbe2RWeUju5PMabk+9J zTY0rF2xuobSRXU963rrWY7212t2FYtposcq7t9MubRojsU8VUqsrWEqaK13qKxkqh6Vz99fyTcG ta4sFUhmaqV9DbxxAqQTWXNcvlfQxNs79MgVat5ZYOpNSxzArtC1fsrA3EqlhxSUh2M+RZ7g5wcV YsrNpm2hsGuoutOEVqqwJuJHYVVTT2s4jM4wxq4yTepL2Ka6Q6uPmJqbULIC2AVeahi1Kb7QRtJG a1FkaSIs611Va8Gkoo540pJ3bOMv5DaR89aw5HFypJNb2toJpip4FZ0OnrtODXXh72IqbnOAMt4A o711ywvJYqAOSKjsdJgkuMsRmuqtNNLMqBflqZrXVminpocgNIuAwlwSBzTdTv5Wt/IYnArvtcEW madnYM4rzC+uxcSMQOtYN6kmZJIF4pEkGKjeIs+akEPHWqIY2STiqTEEGrciDHWqTjGa0iSyo/3q KG60VqQWLP8A1q/WvS9Dm8m1UDuK81sv9atd3pchaNFHWkl7wN6HXW0bXEgROSa9I0DTItMsftNw AGAyM1g+DtFDqt3MPlHPNX/E2rmRfs9scKODiuqvXtaKMKVJ6yZl6vrL6jqflq3yKelS3sUaWYIA BxXP2qkXwJ5JNdDqCn7IPpXPKlGDTNY1HNNHPJG7SHbV2wDJfJu9am0+IGNmYUlu6nUVHoaxxc4O xrh4yRta0N9qufSuZhjYy7Izkmuo1VWltlVByRU/hvw78/2m4GAOea5FVaVkdDit2XvDujpDELm6 XGOeapeJPEYkf7JanjpxWxrd6DbG3tTjAxxXn727W175shyc5rNycX7pShzbmpaeHhdjzZz155rP 1Ozj06YeW2QK0JNXdkWKPj6VBcWZki82Vs/WiTdTZDS5d2FvraR2vl7cHFY1xqEwdvLcgGopFLTb E6U97dUTLdaqMEvjDmb+Eou0smS5JrtfBWmfamBK1xaO0t0sMa5ya9P0F00PSTLL8rEcVqo02Zyc i/rmoW2i2bJkb8V4b4l1CfUbxvnJUniun8Q6lLq9453naDXNy2wLc9RUVISQQlcp2NsyKAxyTXT6 VaKvzOKyoI8uMdq24/MaMeWDxXObbE90igfLVWKKaRvlU4qVA5kAk6VsJJFbxYRQzGkqMp/CNzUd zFmjeL71OhbBBHJq81nc3smfLIU+1a9hoMSANMQMetU6M4bkqpGRxur2kl0wYjAFQ20jw7YgSRXX 6zbQsuyHH4VzD232ZssKXNJblWT2LLxAKHB5q5bazNZR7RIazFlLjk0xxuODU876Bymi19cXku/z Dj61s211H/Z7q33sVzMcptkNQSai6xuAetOLXUGn0OY8SRS3F1KYxkZrlLPRnvb8RuuATzXdwTq0 j+Yuc0kVuqzl0XBzW8KnKZyi5HT+HfD+m+H7AXDlWcDOKr3viOO8uTHCgAB7Vz+o3V2I9m87fSoN MQht7Dk1M58xSSRu3MxmVRTFlWIqrd6gaQqC3YVkXepiScIDgg0oQbG5HSX0cZhDpWcjuvGaW3d5 YF5JFWEg55FS7xejHZdSEl5Dg1KIDGm7rV2O2UjJ4olkgiXDMKu05bsV4rZGakrtJtArcs9OMsW+ TgVg3OpW1ud6EEiqjeLLqf8Ac26E59Kt0eXVsz576HZWwsreUh2HFQavqEGzEOPwrI0vSr3UP3s5 ZAfWk1G0Fo23fupVJxatYqMbEVv/AKZLtbjNXptIFsodZf1rJWZYBuBwaZLq0rjaWOKw0RpZm9Hq H2SL79ULnxEAxGcmsR3nuDhcnNWrTQLqdgzocfSjVg1Ysxz3Got8oOKSXTZARvY/Stq1iXS0xsy1 Vb6SSRt4U80tEO7JNO0qJnTfjk10t3pcVjarImORXIxPeptfawUVpPrE93EIHzxxRCN3qKTOs0QR TxksAx9Kp6tYXd1OUSEhPpVXRrl7H5+oFdNY+KYZpfKaIZ9cV1KKRi7nFXGniwZfMTBJ5rYNvbvp u8EZxXU6lpVnqkPmbgG9K5W/tltIGjV+AKrljclOTPOtc2rM2DWFbXTmQoDmtHXdzXDAGquiWhaf LCuvmio6EpNvU6Hw5pUl3c7yTxXWm4ispVi4yKzdImSwSQ9Diudn1drnWG54Brnabd2aSdlobfji 5V9MBB7V5W0ihM5rrvEmoefbeVuzgVwzqzcU0jFslEoNDSZHWoAhApSCKuwhJHwOtV3OVpZTz1pu MRmrirEsqN1oobrRWhBZsziQV6J4Os2vLyMEZXNec2vMiivW/BskdjbiRvvY4pXsO1z068vo9K0p beIgMRjiuegcSK7yHJNULi8e8kLM3yjpUYmbO1elQ7Q96Y43loixAFW/B963r75rQY9KyLK1Dzq7 HFb+IndIywxXJVxM56HRChGOpl2YJiZcVBFavHd7/etu8gS1AMPzZ9Ku6Rpb3jiWVMKK5uuptey0 NPSNMW6iWWYcKO9VvEOuRWUJt7YgEccU7Xdbj0u1+zwN82McVwP2iS9vMyHO4967I0ZVI3gc0qii 9TqtGlae1kml54zzXN6pceZdtjoDXRqVsdKPbIrze/1Cd7144lJJNOkqa0mE+d/CdHFcwKAdw3Cq 1/rExXylBxTdG0G4mxPcEqOuDWlfafHwFUHHesazin7htTvb3jHtJTGCzDJNRzzPM+wZyegq28IT jHNbWhaF9rmW4kX5RWUYup1KbUSbw1oCJH9tulxt55ql4l10Xc32WBsKvHFXPGHiOLTbT7JbMAQM HFeeWdy80zSsc5pp+zfuktc+5ry4iQHPJ61mySEyYHepppGkGB1qzpukXV04PlnHriuj2vtWuYzV PkXui2sXAx1NdfoWnSOmXj4PtUuk+GkRlefjHrXTfbbGwjCIVyK6KjoQj7hhBVZS945DVrQQ3AXb tya0rDTbZIVlkcH2zVDxDerdPuSsVL6fITzCB9a4oVZp+4dUoxt7x10+uW1sPLRBx3rHutRkuMlG Kio4rMTx7icmoJ42gUjGBUz9pL4io8i2GfaHU/Md1U7lvOPzcVNat5s+CMirGp20aICp5qY077j5 uxnxW64zmq9z8r/L2qzEreWcHNMSPdu8yocFfQ0TtuEEX2wqgFTalpEdrb7j1IqrHeLYS5Byatyy T6vCSAcCla24ndnLSIqMSKWG8jjPzGtuDRxIj+YcYridZH2a9McTZ57VpBcxLbRvSSR3XTBp8UQT iqGlxuIg71ooS74pOwbjpWRYWB7iuVuLUfa/M3d67Q6cZ0zmuU1+1ls3yM4FXTlbQUoneeEdPt7y 0JlYDA71X1Qx2920cRzg8Vz/AIZ1KV4xHG5BPXFbjWbeeJZDn1qai7FIiX7XImVQ4rJv7a4lYrkh q7eHUraC28vYM4qn5NtNIZmIHfFQm1sBx9l4WubmQGUnaa6yy0TTdIjEkm0sKr3murbKYoV/EVz0 815eSbi7bT2ocm9xqKOjv/FESqYbdQo9q5ue9kuX3Ek5qe30mSYjjJNbNv4cZAC60tRuyOdW3kn4 5rRtPD8spBKnFdNbaLBD87kDFWHv4ISIogCenFCTC5WsdBtbdQ8mMitL7bapG0UKgkelNaxkntmk LFcisO0ja0u23ncCapQbJc11JCTNcEsveiRFMq5XgGtWGBJSXxis3UJUimA9DW0qcYrRmalJs07h ofsKqIwOOuKwJFQPlRV651CM2igHnFZDXK4JJranUppakSjNvQ2La5RIiGNQwXohnZgKxobnzJcF uM1ankSJMg5rmqTbehtGKSNYa9c+YQrnBqG6nnnjZiSayI7lA2TWkmoRC3bOOlTuN6HIXwUTt5lS aXJGjmqGrM9xeNs6Zp1nC4xzXbFKyM7s0LnUDHcbAflY4qa70uO3svtqn5mGaj/strwgqMlah1m6 mtrP7O+cAYrSS0Mmzk767Z5Dk1mmb5qsT/vDmq/k1ESA86mPJxUjQ4FVpRjirWomMQl5MVYmj2xV FGu1l96v3ibbcH1FWJmI3WihvvUVZBZsv9cprvdJui0aop6V5/anEgrvNAt9yhia567dtDWmk3qd 9o9oL3ah4zXXReG7SCDfI4ziuP0u4NsAV61fuby9uuEdsVxNy+2jrSjb3WWZ41S68uFs89qkaxux Ku0Hmq2kQyC9Xzz3716jY2Vu8cbFQeKPZxk7pkObjuY+jaA8iLJc8getXNV1S002L7NEQGIxxVrW tXi021ZUIBx2rym6u5tT1YMXOM1pOcIaIiKlPVl3VoJJt1wzEjrWDp8skuqoiqdoNdbqMRTTgo5O Kr+HtM4ad4+nOcVdOUor3WNxi3qixq6s8McK9xTbHw1aWqi6uQN3Xmob7UlS79dpqjqusTXUIWNi FArnlO71NFB20LepaqjyCG3G1RxxT4Rm33PzxXN2U26cB+ua6y2tZLiNUReDWkasbWsTyO97mbba e97fjaMpnmul1C7i0bTvJiI3kdqkjWDRbRi+PMIrkprmTU9R2scoTxWb0Kepx2t293f3jSnJUmn2 lqIIfm6gV6Le6baWunb2A3Yrzy5mJuWROmajVD0ZZ06ETXq5+6DXoUWp2WnWigIu7FcJp4Ma571a dZpeTkitYwqWukTKUNmzdvNfkuCRDkA+lU1SeY75HP51UtHSM/OORUlzds52x1rTw/tepnOp7MW5 6bQc0y2sGmbceBTVDKQ0lW/7QCx7U6110YOimo6mE5Ko/eJd5tGADZAovLxLiPb0NZb3LliWpqsZ nAFclSTbOiEUkWEcW/3OSahuGuJjyDz0qyLZ4ZUO3cDXV21javarNNhSB3pexe7H7VbI57TNPkER aZSB71j6zL5cpSH9K6DV9aXa1varwOMisvTdON3NvlGSfWlJJr3QT7kekaA+pRGZ88V0OmxQWoaB wARxV632aTbNjjiuZmuXutUBjOFzzXM1qbLUdrcMkMUjQg4I7V5/b6VLc3zSTAnnvXrOp+StkinD EjmuTvkjtyGjHWrtyrQVrlCO0VI9o4xS20O6bAFPaTKj3qe3mjgG49ahoexoiMRRD1rnNfgFxbvl ecVffUd0nXis/V71Xi2p1pRTuNu6Oa8PSmwvjv6ZrsbjURJHlTXHrDI84IXHNdHb222JcnNa1JaE wQkdzK78g1MVmkHDkCpGeKFegzTY2kuJVWNTg1km2XsReQicvyadG0bSKoFbcuhMbXzD1xWC8DRX IVeTmhJ9RcyPQPD2n2flq8rAfWuqOk2dzATEw4FeXmW5htlIcrxV7SvE81qrRvITn3raNupnJX6i eJne2laGFvbisnTYpYnE02T35rRu5I7qc3DsD3qnPqUe3ywAMU3GPcE2bFxqnmQbEOOKyTJhtxNU RcsxwnNWIrW6m/5ZnBqXUcdhqKLUerCP5c4qjqEn2o5BqS40tkTceDWUS6PtPSo1e5V0Pk3CMLnN VyHZatEDbkmoHcjhRmtPYztclVEiCKGQyfL1q08ciAeZnFNika3YOy1Ld3gukCgYqOXuVzX2HRWi yMuG61tz6PDHY7/MGcVjWEZXGWq5dvK8RHmHGPWhWuBz1xFGkx6daq3Fwtsu4VDf3BSfbu71najc FkQZ612wV0ZyZ2PhPVI3dvN6e9ZHjC7imuGEeMVStybSxEkZwSKw725eZiWOc1tNaHNfUotMM7aT zQoqIxEtmkZDS5UguSG4yKrE72oZcUKNqk1UUIkiHmTIo9a1dVTZaoPaqehQG4u/XBrQ8QfKAnpT 6ks5dutFDdaKskntR+8Fd1oLsdoFcPaffFd54aiMkiqozmhTjB3kDjKSsjsrQNxgZNdxomlNPEJJ I8DHpSeHPDiNEs9wMDrzXWC6t0T7LbgZ6cVjiMQquiVi6NL2fmcXd28n9rokKnbnkiu0kul0zS1Z 2w22m/ZILFDPKBvPIzXD+JdZe4do1bCiuHWOjOpWlsS3l7/a0j7n4rDERh1FRFzz2qGxW4mfZFk5 9K7nw/4bRXWe74PXmtaeEU1zSZM67i7JFRo2kEayjAPrWyTb2elsEAyRUWupGZ0S37elY+ozNBb7 HbqKxknDQpe9qczcL5t27E8Zo8tNuKsJbPMSyDOaRdNu3kwIz+VYKN2bX0MWcfZ5w6nvXfeHNYtx YZcjeBVD/hE2exaaUYIHeuRd5rC7ZFJ2g1esCLpmt4g1iW7vjGCQueK1NLtIIrPz3YBgM1y8oa8Y SqvTrUNzqVwq+UrkAcVUWuoNFrXdclllaFGJUcViQJI0odlp0cTXNwDjPPNdLFYxi3A284os90LQ r26BgoArRZ1hixt5qrCv2duas/JL1ropYhrSexnUo32MuTe75UVNASkimQVoxRRq2Tim3cSzD92M YrSvXpNfutCKNKon7+pFeSLLGAlV4I1UZenhGj4cUyZDIuEPNY0sVKKaNJ0VJ3GyvE6kDGRT9JtJ rm6GFO3PWn6bodxPMDICEPeukmuLTQrXamDJiqp1VG7aFKF9Ce8jtdPtQ8jAsB0rj9Q1ye9l8qBi qdOKgvr641OYkuQh7U2KFYRwOfWpdZN6jVOxdtSsCfvBuc1qWcpiO/GBWTajM6l+ma2bqWMQqEFY TqOWxoopFfU9RaSMgmuTk1k2cxxy1aepXAyFzjNVo9DW5KysMiqpq242XtO1GW/hLTZwOmazLu5L XBTqAat3kkdjD5UXB9qy4vny7damWrBE0h+TioSGYdaaJGeXb2q0YiE3CoZRSEUgzwataboz390o IyM81ctVEkTbl6U/TtZj0+Zl4z2oWgi9rWgWunWYZSN2K523fLYzwK0NTvrnU9zAkrWNbny5CGPI rXSQloa0ViL2UAnArejtrTTYQxILCuXXUGhPyGonuri7kALnBqVLl2HZyOnfXBNG0Y6dqwDciG6M jc81KUEMQ9TSfY0lGSetTJtisgudUN2mxB0qmEZmA71pxaUYhlFzmtXS9B8+TdKNo96qMXMG0jJg sZ5I+CTTodCuLibDIQPWuzks7TTo928HFY954qtoQUjUBvWi1twuTWnh62s1DyuM+hrQbUrG1hKK qnjrXIpqM2puT5pC/WqV7cPCSu/dTcmFu5pahqKTSkg4FYt1Ir/d61RZpZGyM1Iqvjmp52x2RIAd vJpyzJEcnmoW46nFQsRnrV+1lsyeUuTXazrgLVcnjgYqRGiVO1V2kyxxUvUeg8XUkXSn/bJHQgmn 2UX2p9rLVi8sEtkJBoS1BuxyV5FI85as+f8Aesq+hrqYYVm3gisCayYXrYHANd9NmEyyG/0LYT0F c7eSgSFRWyWIDKa5q8Y/aW5rpkk0c6epIJMjrSFhUAz600k1nylXuOc5NNkyEpYhluakmt5CPlUk VQje8GxB5pCah8Rt/pTr6Vt+DNPZYZJGGOKwPEJ/0+QehqL6g0c83WihutFakFi1/wBYK9X+H8MR lWSQjAryi0GZBXe+HbqWBcITWNbY0p7ntFz4gZ1W0tfpxXQaHYm3g+1XJ5xnmuX8F2MdyRcT9uea 1fFOuGGPyLY8DjiuTnSXvG7hroM1/XVmlMSNwOK5aXT59SnCxqSD3qTS9NutTuwzKcE9a7yKC10S 1BYAyYrBc03c1uoKxT0TQINJtxNcY3AZwai1DVZrm5EVtlVB7VMHu9YlwoIjras9Chhw8gAat4tv RGUrbyMiK2kVFll5+tYGrqb+9WGP1rvNVSKLTXKkZAryv+3PsWpNIwztNRUVnqOLvsegaR4cisrZ XnxyO9bcNtYqpcKpx3rgYPFl1rUiQxAhelamo6odK08oXy7Cri4rYlxk9xPEmuIJPs1ueDxxXI3m mBozKRyeaxpdXkfUSz5OTXTwTG7t1THUVM1zbs0hpsYMdwLWNowmawrtw8jY6mup1OOHT4WL43Gu ViT7VOz9s1jFa6lMv6VthG5hWp9sdjhFyKwZrhoDtA6Vbs9YEI+aPP4Vs9FoSl3L0sjufmUikLlF yDVa51cXBwseKhMr7MmsVqzRlxLx2faK17RuQZOBXM296I5clelaYu57x1SGM49RVyppdSVNmpqW 11AhGSfSpdK0o5E1x8oHrV6wsIrW3E90wyBnBrB13xLvYwW3AHHFQodxtt7Gvq3iO3s4/s8GN3TI rl2ee7kMsjFlNY8jyyvvkyTWxp90ix7Wpt3BREaNv4BjFSxSKvDmkmvFiBwOtZMkkkznb3rMo6WB VmPyc1LdnyICzHpWTpt6LBP3rc0t1eNf7gn3TVqLYmzn7y8kur4KgOAa6SC9MFkqNwcVmwWkVvJv cDNM1K6DJhOMVq2kiNytfzlpdxOQasWarKoGaxd7ynGM1ZtnmgcNg4FZ6dRo3hY7PmxU8IRjtaqw 1cSRBCuDVb7TiUYak0uhRqXTJbwME7iuVMRNyXJ71u3UwMHXJxVKxs2uXJPSkA5NRW2gKYySKyo1 kuLosMgE1ty6YiNzzUQiWBxxitKeghos1VMsasW1on3gelWHtvtCLtaoprdrSPhs1tz0raxM+WfR jZSZZlj7Zro7bQ4ZrVX80AgetcobjaN3eo49UvSxRJCF+tc+ly7M659QttLOxiGxVO+8Tho/3Hy/ SuYlE0r7pWJpphLrhRRfsOxNd63dTkgyEj61nsWlbJqzHY5yTTo4137fSp1e4EaNJAvyHFHmGRsu c1NLGCMVDHCFJJamkMuRLHjmrQSPYelYc1wyPwaUXrFcbqpyS2RNiW6jLOdpqr5DA8mpd8xOQpIq dIiy5PFJK5VymYpSPlyadAGV/nGK1LSSK2P7zBqG/kjkJaIflTUbCY6K+SDhRg1HNcPctgng1Uij aQ9Ke4Mbj2o6iaFvAbGHeO9Z8NzEyNI+MmpddvlNoqZ5rlpbh/J+U1200ZSLZlEty+3pWHdxH7Sx q7p82ZGz1qK9/wBaTXS1oYqOpR2kUm01JmjcKzuaqkRKCJF+tdppNtbTwosmMmuQyOta+jNPcXkS Rk8Gk2xOnY9Oh0tNN0tpV4BWvKdcfffSN6mvZdX3W/hdA/Dba8U1I7pnPvRDcykZDdaKG60VsZli 0/1gruvD5UFc1w1r98V6F4SsGv5kQVhWTa0Nae56LpOqSwW3lwg8+ldTpGivqimW5U8881NoHhSG 2hWWfGMZ5q3rPiG30uAwWxAOMcVw+ztrM6HO+kRl9eWXhy1YJt3gVh6ZeNrd2ZZZMRg9Ca5vUZ59 TkZ3YkHtUdrNPZpiMlah1bbGkYdz1GTXbDS4Qke3cBWDdeM2nn8uLvXDTT3Er7nYkVoaREs14hI7 044mRLoI6y61GX7A3mN94VxaWS6hfFAM7jXReIW2xJDH1NSaDpX2SL7VNwevNOU3IIxSL9lY2eg2 G91AkxxXEa1qkl9ctzlQeK2de1N75zEh+UcVzzWuBk9azk10Kiivbok065HNdrbRpa2HmtxgVz+k 6U8lwJcfKKl8Tat9nh+zxHtg4ojdBIwdc1Fr+5aNTkA1DaDyVwe9R2UPmP5jd6uTRcZUdKblYLEc gRnyRmtWysbaRAzAVkxjLc9qvI7BcKcUOo2PlJ7qC3jb5FHFVZVV14p7K7+5rT07RJLlC0gKj3pI DEit42fmuo068sdPt8sqlgKwdVgFhIURsmqcUU0vLE4NXewjR1PVp9QlZYWKp6VjSQ7W3Nya1EhW NeOtV5Ytzc1DkxpIqGRduMVWLsr5FX2twBTktlYZNDdxjIZRMu1hVhYUTmovLVOnFQvd7ARnNCBs r6hbtI2VbApbbUVsothGTQgkum46Usmm8bnrTmZFiL7cZ3LHgGq9zIp4U5qtqMnkxssY5FVNGSW5 lJlPHvTSFsbNiqocsK0W8kr0FVvliGKgllOODWcnctIW4mjQkKOarIZJZBjvUsNo0x3N0q0gSGQA DpSGDwPEgLmrFtK6kCJSc+lTTxm6RQK29Fs7a3TzJiDj1qrW3FcLHR572PzJAQK5/wAQhbOXYDyK 7C58SxIpt7dcduK5bUNIn1NjMQeaegjNt75/LXBqeW4aVPmNNh0v7NkE5xUEgxJjPFJoCLzPmwRU i7I/mpkqbl+QZNULqYwxMWOMVSi2LmRtJGtyhIbpVb7WLRyhGa5GHxLJb3BTdxW/YTx6iQxIJNOV KXRApxL6XJck9jS7CDvFWfsaqmR2qjLc+VlcZodCpFXkhKpF6IjmuOozzVQvIT14oUGWTceKsBFx jNZ2sWVjljjGTW1pPh43rB3O0VnoqI4Y84rXj1VjB5cJ2nFCQi9fw2emwbAQzAVy8uobnO3gVp2u nXOpysZXJFVrnSPIuNlb+zk1oQ5pblAtJKeKsIwhT566DTtGjeAsxAIFYmp23lzsinIFJ0pR3BTT 2GW96gc8U25kV8kGqyQ4pvkuZBzxUaFoy7m0luHPB2isa+XyAU713V00NnZEnG4ivPNRnMtyzds1 1UnchpC6cf3pqbUUxzVO0k2yitHUObcNXYldGdrGSpOKXNNVsCl71l1LTYZ4rovBkyxasm8ZG4Vz pwBXQ+DbY3GqLgdDQ9hM9Y8azKfD6FOPlrxG9OcmvXvGMmzSEhz0FeQ33ApQ3OeRlN1ooPWitjMs 2n3xXqPw/mWC7VmPevLrT/WCu60CV4SpSsKzaRpTV2e6aj4jb7IsMB5I7VyrxTXUxaXJzUWjzm6l RZBmujvYUtkVq86cnUep1xiorQwkt2juFTHBq3fwRwovGM1etEW5lDY6Vm+JZPLYAGp5EtirmZcb VjOK0/D8Df63HSsSCXfw3NdnpSJFprNjHFJRXUq5L9kW8uFmc8JUWualiEQwHAAwcVknWGhaSNT3 rLkvy0h3d62pw59EzGUuUcH+Yk9TVi0gN1cLGBkE1nvMD8q8k102iwC3tDcy8EDIzSnh5Qd2yo1F JFm/lg0PTiuRvIrzeWdtQ1A7uQTxWh4i1aXU74xK2VBxTbCyEc8bNUNrYaV9y+NLaC3D4wMVRe4X lO9dTeSRtaLEpGcVhNopAaUmokmi0zLUNvyOlPeYoQM1oWtnJMxQIeKralp7Wpy3FKOoPQ3NEghk xNK4wOxrQ1PXYVi8i1wCOOK4RJ7oLtjcgVLas4uQsmSSa0ulsTZssTxzTTebKSRUn2obQijkVqz2 qi2BB6is2O3WGbcw4qdWUrCoWxlqhkDFuKu3DIyjZVGWXBweKLASxxSSMFVSauyaaY4C7HbxUum6 ra2cW6QAmsnV9bk1CQpBwvtTSsIzbiZzKUTmiK0kkYbgea0NMsgDul5Jrbjt4t4wBQxrQoWVkIVB Iqlq8/l/Kprb1SVLS2znHFckZheyMxbgU1oJ6lGVQ5+cdamghEC7k4zRIBI+1BnFSqGICkYpsSQz exbmpFgaUg44qZYlGM1P50ccZA61dOMZbsUm1sSQlVj2DrUAiCyF2NQxytvJq3a2z3cu3PBqJpJ6 Di29x8d6MbVFCvds/wAudprVGgxwbWLDJrctLG3S2JYDOKmTlLceiOSZlgYO6/NWgviCMW/lKvJ4 p97ZRzStzgCs9NPi3ZyOKFdCdiCdnXdMx4NYUl0JZiobmtXV7pVtnjB6CvPY7yX+1AueCa2hFzRD lY72xIiQlxmub8RSF2bZwK77RdKhvNPV2cZIrj/GenC0Y+Wc1VNOL1HJprQ4QxjcSetbnh65ljnC rk1itkLzW74VljjvFaQZANdLk0jKyO0M05iyyECqkiq2SeTXS3uo2U1gEiQBsVzBRvMz2rknUnLR s0jCK2Kbsd+1BUnkSFc5qyxijGSOaiNx6dKz06ljEjboTVmGMx8gVCJQMGpzepswOtCswNKz1E2g OO9QXGoCWXeaymuQT0pmS5rSNWcdiXBPc1W1SVExG2KzpZ3kfc3JpFXb9401pB0AzUSlKW40lHYQ setSRygjHeoDJgcimCTac0JdwuJe20t0CuTisaXw+eproRejGAM0jySSD7pFb35V7rFuczHoZEox 61fvNIL2wWteKBuppJFZjtzWlKpUZnNI5VdBbHWkbQpOwNdK8Tx4xzUhk2RcrRzVG9RpqxyEmkSI K634fae0N80jjvSwW6XDZYgV2PhbTELN5eOKfNIUmZHja43fKOgry6/bc2K9G8aYS4ePPIrze4+a WtYGEig64NFPm60VsZklp/rBXeeHVDMu6uCtP9YK7zQc/LipceZ2Hzcup6t4fso3kRx2rS8QK20K vOKzvDaS7VIziuguzEceaRn3rkxND2eqN6NZz3MXTZzAuGHNVNYtTdAy56Vty2sLQl4yK565uZFZ kAJWuK7W50pXM2wg829WP3rr70jT9O2+orC0q3Ml+sijvzW7rcf2jy4801ZoUjjBI0s7HaetK8Hm MB0Ndcuj29tZGRsZxXOxx+ff+XHzz2rNJplKzRe0nw4zyLO5yg5pnijV1tY/stucdjitu5un0jSi rdSK83lkfUL9nc5Ga1vYh6sms7be/mt1PNaDKwXKnpT7a3PyqozVi5geJMY5NJpMtaFSK5fd8zZx WxYx3F/MqYITvVfS/D811KJJAVT3ro576z0a18pNvmY61KgwciW5NlolqCdpfFcJrGrLfzHaOKmv bqbUJmMjEqelUnsgBkCm520QKPcgjGVyKaLgLMN3UUKxhfaelF1amZN8QyfakBqf2gWQDdnFPTzL v5VQn3qvoWjT3sgEoKqPWuudrHQoPn2s9NJMbZnWuh7YDLK+OOhrnNVTdMUj7Vb1LXZ7uUiBiE9q ph8/e5Y07JC1KMcTjhzmtC3to0XdjmkMe1gT3qw8ixw0JNhsVpL3ypMCp11XZg5rP8hrhyQDVW7j NshLGqSRLkL4g1ozJsBrFtJJScLn5qrzE3U/HQVt6ZCqFSR0p3SEkbWjaUPLMkx6+tMvhFC5C4pL 7UHjjVYjiqGy4vMFVLVm2WIXZ+FpPLbdyasrCYFw64NIUZjkCmkBNFCqpk1dsphASc1DaW73C88Y qKeKRZxGoJ5qWmUrFi61C5kl3KSVFX7TV3nCx5xjrTUto7Wz3S9SKyVlWKdmTuaNepLszS1iZ41H ltyetZwlm8rJJGaV5/MkBduKTUJ0WAbKqKB2Oc1q4KttJ61ijTGJE6jJ61Pqrm5mHPQ1etb6G0tQ spBOK6oppaGTLenavdWqCPzCoHvV6aEawhMkgJ+tcPq2pFnJhOB7VHpmt3ULYLnFP2DetwU1saWq 6L5BYL0FU9L/ANGnCn1qxc635y4Y5NZpnzIHFVaVrMLo7GW7EEatnrVu0uFuo8iuLnv2liC56Vue H7sY2k1i6dinI1JoiXOe1QZHTvVyckk470ltYGV9zcCsnFsaZS2ue3FNEfzda1rxYoUCDGal07w+ 94hl3YAoVMfMjICBTzVyCFZBnOKZfQGCYxelVfNkj4XNTawvQty25kbapqZbRLeLL8mqH2p4xk9a a9+8vy9a3p1EuhDgyK5lVpMKKdBD5/BqRIlxuYVPa7XnCKcZNFtbsfkQrELd8lc1be7iaPCx8/Su j/sOCOz8+VwcisCeW2glPyjFaxV9iHoVhKTxtxVO/kMYBXrWqs8FwCEABrOurN52IA6VcpJLRkpO W6G2l2uweZzVmWeKRMBazYoSsnlkVs2tpGuGalTdWbsgkoQ1ZjmK480eWCATXo3g6KS2tXkl9Kwo zbCRBgda61nS30dnTjK1rLDOKu2Y+3UtEjzDxndebq0oB71xRTLEmt7W5TNqbknqazLmDYm4UoaM fQxbj79FJOcsaK3MyS0/1grutEfZsNcJaf61a7jSh+7Q1lUm46ouEeY9f8N6gggVdvapNZiuLg7o icVX8KxRtY7j1xXSxon2V2PauOrOU92dMYqOxgWXnpbFHJqJ1iSFy45qytwGkcDgCs2+k85jEnU1 grF6mvoVujxNKMcVn6jeubzC9Aa0NKjkstOYNxkU2DS1uYJZWPzUp+Q15lG7vpbiz8pGySKqaRay WDtd3A4HPNPsbd49Tw4ygNW/FmoQQ2QhhxkjtRF3Wo3psZuseIYtYP2ZOo4qrbaA6RGVe9craSGC 83nua7/R9QaYpFjINK12O1itp0htrgJImefSupGmRXAW4kwFHODU8unWltCLmQDPWsG61p7yX7Nb cKOOKtRS3IeuxY1fxBBawm3tgAw44rk/LuNQcyOxNWNUsTFMpfq1SQSi0C9xSbu9R6paFNbaWNsF TgVM4+Sthr+CS1IEfzY9Ki0jTWvZSZBtU+tbWoW8yP3t9TmLmKSTLKh4q9ockayfv+g7Guuvrex0 62ZCFZiK8/vmZLhmj+VSawatsap3Oo1PxJbWUPl2oAb1Fc55lxqjF5nO0+9ZzqJBubk1e021urlx GikKancdkhrRmFtsa5NW4LSRl3upFdRY6FDZIJrpge+DWXr+tWkaGO3AGPSmosXN2MiWTBx6VFxI Ms2AKx31hVc5PWoPtE90+IicGtLNbiOkg1G3t0KnGa57Vr0zyEKeDTLq0mt03uTk1R5fqadkFkPs 4x5oB7122n6PH9jMrOOlcrp9jJOdyjpVq6u760/dK520nyvcWo+7Ki4ZM8A11nhe+0+CBhcbSfeu NhsprhfMJOTVOdbm1k2hiKFFIep1fiDULRrljEyhc1lLrFqgALCucvdPvriLzFZqxP7Ov5WKjdxW sKcX1IlNo9Li8QWsaEI45qa01i03l5XUmvMF0zUV7txUU0eoR8Zaq9hF9SPavselanrMdycJINo9 6pRXkTLy4yK8+V9QHGGNS+ZfqPutS+qruCq+R115qIQ/K/Sqi6qJUKs1cu0t033w1M/fjoDVqikJ 1S/eTnzSVNZ9xNMw6nFOjWQt89aUdlvT7ua0sojV5GEZSy4IpIn2nGK310ZmPMZA+lNm06O1GWFV 7VIPZMykiLZYimhiGxitNdjDC1Eyxo3Io5rhyWKYYntW3oZIl9KoboewFaulBWcbaym0WonTh1VM tzUb37AbYhUUziKPBNWNNe3PzPiudvUdkivHFPcyhnzW/BPLaW+1XxxWdLqEETEJis6XUZJnwp4r opzpxXvamU1OWxeu7hZHLNyxqKAxYy2KrFt6jjJqaGxlk5wRWetWXuod1TV5MiuIVlb5elJDAIjk rmtOPTHXkmrAhjiHz4rsjgpWu9DB4tN2WpmNG1wNkaGlj06W1PmMcGtu1urSDJwCaoahfG6fbGOK 5Ktk7HRB3VyneajetH5YclapiN5l+YEmtCG2YkbxWpDbxRjJWphTk/IHOK6nP20DwOTggVsWLJIW DLU9yYmGEWm28DKpZYz+VVTSi/eCTbWhRntENySuBUy2jEfepPImkusHIya1JdIljt/MEnaur6xS j0MPYz7mfDpLy3CEP3rptbU2OghSf4a5qCW4huF5OAas+KdZEukiLd82KiVeFTSIezlHc85uv312 W9TUF/E6w1LET5m4+tGpXCmHFXBR6kts5eThjRRMcsaK1IJLT/WrXd6YCYkxXCWv+tX616BowyiC uevsa0tz1HwtuSw59K0xqm3dD61U0KLZpm72qoksbXpXvmvNcjsWqLU22MFhxmq2n2xutRU4yM07 V5PJg4rT8KbXiMpHSmgsSeIbpLCFEyBxXOwa9Iz+TGeGq/4mgk1Gf5DwDVHTdCMEizv0Wk32Gkra myZIrXT2lkwJCK4G7u3v75gSSueK2vEWom4kW2hPA4OKh0zRAkiyOw5qrXJXmYt7p0ojEiIeO9dB 4W1W2tIsT43j1rfvZLGHTTFtBcivNZd8GoM3IQmofulXueltfSas2xWxH6VUuIItLcSjr3rJ0m7b egjOPWtLXC0ltx8xxVKSe5NmjM1HUBqDjaelJaq8twiMpIqtpek3F1PjaVBPeuyt7a10mIedgvTk O5ch0izjtllfA45BrJ1LW4bVGjtAAR3FJqElxdxs0MmIx2zXNSsMshG56lytsCTY19TlmlLXD5H1 qO5ga9j3QrnHpTrTw7dahLu5Va6mztbbRrYpOQWxQlcbsjhrKMxXipOOM85rt/7Q0/T7INGq78Vz Osos0xlgHHXiqCO06bHPShOwrJlvUfEF1dSFVc7Kxrr96hJ+9U0sJTJHaqUk42MM81UdWNq2xiXE W1ySa6Xw1FHJCXYjIrEitHvrjaOhNXpo5tFUKG4at5bCZLrFwZJjGOgrNhtpZZVCqSDUzP5pDnqa 63w9BbmDLqC1ZXFYtaRpqW9lvYgHFZN1b/a7plAzg1b1G4nilKRnCU+wwg3v1NZPyLVyGG1e1AB6 VlayoEykVvXdyG4ArnNVkJcZpoZcSZPsgTjJFWtLsYtrSOo5rLs4nmK8HFdGuIYgmMZouxMzHWET MNgI+lRPpcV23CYrXMEUY8x8c1Xlu40GIxzRdrqIrw6LZ265kUGopbGykbCoPypss8kh5PWkRxEp LU+aXQTSM/UtKt1xsUVT/s2ERjIFXpZzNIfSon3OQop80hcsWY17YAHKDpW14dsFnkXzB8o61HPC UT5qmsL5bGBznBxWicmUlFGz4nvNO0+0CRBd4HavOL3UPtJ46VFq+oTX16+9iVzVVYwBXTGCsZOT bJomI5onlD8DrSxgAcmjy1My4PenewmyuIZiwwpIrp9HtXji3sMVd02G1EK71BNWLphHGfLXApSU ZdQi2ZtxKzOwJ6VXt7lxIVBpAGllPvSGIwSBjWTiirl7yHkO45qxFAq9aIp98QCjmknjlCZwRmoU Y3G27GhZiFWy5BrT+2xAbUFYeh6LdXkxZnO2tPU7caeNuMkV2wxHsV7pzSoe0fvD5r1l6Gqt3PJJ HwDzVeKQy4JFalvJAVAYDip9s6r96Q/ZqmvdRUsNOml+Z84rVjsoojyOacL1IxhMYqxbFbxwucE1 20KVHe5yValVbIZsjPQCnLBvGB2rQv8ARzZWvnbs8VhW+qiKQo1bzxlKC5bGCwlSb5rmrp+mLd3A UnGDXSvbWNhalWClgK5KC9dJDJE2M06W9lmz5j5riUVVd3ojsu6SstRt1JHLcN5AxjpVQTXrS+Wz HbU1g8ZnOamu5oomJBGaxrexhojSl7SXxEEsQjjLHrXFa08rSHdnbXXW05vZSueBWD4nEcYKLjdW CcX8JpK5g2MJnbaBUOrWDRoTW14ZgViS5ApviBkQOuQauC1FLRHnsoIciinXOPNOPWiutHOOtf8A WrXoOinCRmvP7T/WrXomhR7ljFYV9jWnuepaRKW0ogelZVvE51EsQetamihI4VQkYIrTls4V/eJj NeVJNvQ7oysjF1WIzhYxzW/otn9h0pmbjispGV9RRW9a3NauBDpwjj4yKuOxEnZnNpdtPqDRryM1 b1e9FhZbCRuYVFpdukUUlzJww55rmNYv21C9KA5VTUrTcbv0Mxrgm4aQgkk8Vdjvrpl+UnAqdLKM xjI5p6W4TgUuZLYrlbLumj7VxOcn3rN8Q2Sw/Mi5q2rNE3ynFbEdvFd2DGbG7HeqvcVrHH6PckSh OjV6HpWmieMS3B+X3rzSZDYaruH3Q1dfH4gaSxEcTc4qVoN6mxq2p2WnjZbBQ49K5a41Ka6k3OxI qpIk1xOS4JJNbem+HnkxJIcL70m5SDREFs93cL5UYIU1qWuix2Z8+6IPc5q7Ld2WmQbVC7xWPJeT 6mGAb5e1VyrqK76Fy/1yCCEpaYDD0rkbjULm5djKxIqS8tZLeUls1WdgY8Ac07iUS9Yss0LITyaz LhHtLk5B2k0WDSxXq5ztzXaXeiLqOm+ei/MBmna4PQ5JsTRBR1NZt1okqoZOgrQtz9mvDHJ/Cafr Wqj7MY044qo2Q73MKwk+zy4AywpusPJcjc3ajTZUWRnl71FqU/nSbY+lW2DILH94dp7V1emTi2jO a5SJGgZWH410NnKk0YGeaiSXQCzPcCeUmnpcquAaQ24VSRVF42MmBWOpSNGW5icDHWsPUiGlXFaP 2Yhc1lXwKyiqgNnQaW0McCkgZqa5uFc/LWRbNiNavKvmj5etU9SNxk0ruME8VUdgtOu1khPWkiUP gtSW+oN6C20TzSDjijWY/JjAFaMLx20e7isW/vPtc+B0rs/dwRh78nqR2cBkA960PsqxDcetQxSr BF05ojMty/8As1MYQe2oXa6mdqTtg46Cucubp2BUcV2GoRIqbT1rlb6zw2U71pGk4asbnfYwXfLn jmkV3Y4ANa8en8ZZakFrEh6VrzIzbZmi1ldeM1LBYTBwTmteJAO1Thf3ikdKlu4LUu6XaOdu4HAr V1J7dLTaAN2KS3uYhAqKPmp09j5sLO/pSdBbxY41NbM5i3/15PbNLfHNSIAlyy+9JeJtGSKya6Gr 01Nfw5apcjLdq0NTaJ28iJfmFYei3bWxwOAa6KDy2fzSuWNXGhfVsiVTTYbpUV3bMAmcGuin0J7y 382Yc470zTXUNvZOB7Vp3OuRzx+RFhSOK2nSopbmEZ1W9Ucj/ZIjlKjoKb/Z/nSiNDg5rQupmiJz yTWajXAl8xM1hUpU2v3ZtCpJfGar+HDbWnmu4Jx61hxTTWt38hOAa0GutQlXbI521EsG88/erDkq I0U4s0H1G5u4BHI2VxWe2lhzu71MltIhznipGd8bVqoUpyfcU6kYlWOJ4vlzTdsrseuKsLE+csat RhSpAHNdscFO15yscssSr+6rmKvmQynB5oNtd3kgUIxzXQaToDX95ljhc12Ij0zRo8S7CwFTLDwL VWVjz5tHm0e0Nw+RkZrg9TvGubtix716l4l1ePU4WiiwFA7V5LfKI7sp71PJGOwObaNDTkmVSYji sjWmm3tvJrpNLhfyNw9Kw9dQ72zXSqKtexj7XWzZyMhJY5opZRhjRQBJa/61a9G8PAtGgHWvObX/ AFq/WvSfC4JeKuevsa0tzt7ZLmGHcSa07Sed4yWPApLlwtmoHpSWefszGvMd76HarWJrKMyagr9g av6xJvuYo/4e9SaTEotHlPUVn3V0hWRz95elOzQtyn4jv0s7QRRH7w5xXLafA0khkPekvriXULsh gcA1p2qrDGF70pO4RTJVIUYNI2Q2QMipo7KW5kCoDzW2NLjsrMtOQWxUJItyaOakf5gaSTUJI1wp wtNuHV5mC9M1C1s842IDzTukJ6lS/ZbiMsBlqraPK32oRNkZPeumsPDrJEXm6e9c9q0f2O93wjG0 9qfqCZ6HZ2Nrb2yzTEE4qhf6y3MVscD2rl4dfmmiWJ2OAKmFyqjd3o5gsPuPMclpSTmn2F6LZ+vF VHuvPOKmj0qW4iMic49KSuPQu6heQXKcYzWMJEEm3bmpItPuZLnydjDnFddp/heK0jWe6I9eapXZ L0M3TNBN5ibbgDmun/tCCxsGtsjdjFUbvXba1XybbAA4OK5HUNSa5vlVT1PNa30sRa+5n6pldQaQ D5SazdRZJIxjrXa3mhCXTxMSM4zXBX8bRzMmeBQkikUlYLxVq2hEjjIqmyHcDWjBcpGg45FVLUe5 eksR5HHWsyGR7S5wemasnVT0I4qldXKzHcBzUxiFrHURS+dCCDSqqqcmubsdW8n5WNaB1dHFEoNA jQnmyPlrIuv3sgpz6mgQ1VhulmnqYprcpo0lUpCDUlrdbWxUb7pFAXpRtSAZPWobaYiW6lLnJqOO QLSq6SqTVZB5lyFHTNOzFsMv7t8bRwKq22B87Vf12BLeFSOtZEO6TCr3rXla3J5r7GxCBdPhegq3 LKlsgVetJYWn2SDzGPUVn3Tmecha1hVUPhRm6fN8RXv7oucZ5NXtI8Oz6jiVgQgrLltmS8jMn3c8 1351i203Q1WIrvK1TnOW4+VLY5DX7aCzTykxuHWuZ71b1S/e6uXkY5yaq2Y86YZ6Zql5kNMsIOOl TJU90I44htxmqImwaAszYsZI4TuepLzVzKPLj4FZsTiYYzStEu8BOtNTkthqCYscJaUMepNaF3p+ 6FSaasflBGNXp3aSBcdBVNwWrBpvRGW9mYzGE716JoGj2/2BZZiCcVw0tyscXP3hVrRtduppPIDH aeKFN9CZI7c3ljDI0KgelYd7ZlJjNCcA1I9n5I8+TnPNU59SJG0dKUIU27yYSlO1kSBN65lPNIbi GIYABrLe5lduM1ctIlk5krvVaFuWlE4nRknzVJCvI85+TgVNChUc9anESR/dIprSoppwwcpPmquw p4uy5aaHDcfpTHwnfmpJDiPcKzpBLI3Gaqfs4K1NXIg5yd5mlbWMl3khuKVtlg5D8kVXt5rm3XCE 05lNzky9awjg69V3bsjeWLpU1ZAmvywufs/GagmnvL990rHmolt0jm4rRT7vFd8MGlH3jiljG5aG XeBbS2Y55xXAXZ86/wB3vXY+JpykJAPauNtgZJ1J9a8+cUp2R2xm3C52enx7dPB9q5TXzlmrs4E2 6cPpXGa71avRqK1M4abvUOPm++aKJvvmivOO8ls/9atemeF8K0ZNeZ2XMy/WvSNGJihRqwrbGtPc 7y/ukESKK0NKHnQbR3rnIVa8APJxXR6Uwtcbu1eX1O3oX5pv7PsXUnGRXJ2939pvWiJ+VjWxrxkv F/dZ2+1cxZ280eoqADnNDYkbN/ZQ2m1kXJNT6do8l6wkwQta39mh1jln+6PWqureJLfTrcx2uAQO 1DiO7NOSe10q3wcGQCuUvtYub2coMlM1WtdVOsSFJAcnpXQ2elw2aebPjHvSswWm5m22jPPh+nrW ki21jHhsFxVe+1tEzHbYH0rGe4klbdIaWiHds15NTkdtqn5KxNXSOWMkfeqUSjbgVSnky2DT0YWM KAFbjb71upbsIckEisq4TbKJFHSum0u7gnsSr43AUuW49jJ2YB2gk12fg2B3P78YT3rE0/yEvCZl +XPet+71WFIRHZYViO1XFKJMmbur3Gk6cm9NnmCuD1bxRPdkxxNhPaqmp/aZH/fOTn3qlHpUp+cA 4pym3sKMbbjVZ3yzE5NJHERMJT2p0itA2DTlmXhfWpjruUzUk1K6nszGhOAK4u/Z0lYv1rs4Clvb Hd3FcjqmJLs+hNaxdiUVbJllfa3etgafGFyazGsnjVZU7Vbt74yL5ZPIpydyloWF02F+1RXGnRJE 23rVuMttzUMxYxtzURnqDRzDWbmckZ2g1YM8MabT94Vs6ZCtwWQjk1j63pL29xkA4JrdNEaiRzwu CDUtrEGn+Sqq6e32fzB2FT6K5a68s9c1ThzaIlya3OjGIYeetZ1wzyE+lbF1alIQzelZEki5wKxq UZQ3GqsZ7EMTPu2jvV8WzQJ5veixthM+RVnUmMNuVJ7U402ldg5LoYl3PJet5ZycVZsYBbYaQdKi 0hozckyc81sXSI2MDipk3sOyK9zPJcLsj6Uy1g8k7pBzVqFVjxxT7iaERnOK6aSgtWzKd+hia3do cbOorDmvbiSMKzHbV6+ZZ5tq1YttDkli3npWjncFoYQyw5pBKYD8taF5ai2YrWRcnDCkTzsuLNJN 1NGDmm25xGKe2d1Dih8z6j4obh5AIs4ro7TTzHEryfep+gJEIyZF5rQyXnK4+XtWUmWZF9LsYA1b glX7N+FV9atGVd4qppjO8qo54zQ1cNCVlG5jIOKr6dMINQBU8Zrd1qwC2QeP0rjBO0MvPWtYxaJc kz0+4v0lslUsOlZIjRjmsXS3uL0YycVtR2cytg5xWqozqbROd1YU92KgRG5FSmYYwgqZLP8AvVML aMdq9OjhZRRwVcXBlL98/TNSJA/VquKoXpSnmupYZfaZyvES+yNUZG09KXYo6UtJzWqpwjsjJ1JP dhSDPNLzR7VpfQjcpPnzavRcQkn0qrOmGBqfJ+z/AIVlJ6M0gtTi/ElwZJGWsjSV33Cj3rU8QKoZ j3qn4dj33I+teMleoete0DsyNtiF9q4fXRjdXe3AC2+PauD8QjG6u3EO0EjkoazbOMm++aKSb75o rzzvJ7EgTrn1r03SkD2SkeleX2pxKv1r1Lw04ezAPpWNXY0gtTo9EvI45fKYV0skYYjb3rD0jT4p ZTJ3Fa11P9m49K8vqdtia5mis7Q7sE4rN069td7SOoyKo3V8LiYK5+WpJIIFh3Rmpsh7Gpfa0ZLZ gh+UCuN8g6nf9TtzzV4yfKyDpVSNnt5f3XequkFmdNHa2Ol2ysuPMArPudYlnVkJ+Wqkkrun7081 SfvilKTGkKGzJkGpDM24KajhjPWhomL7h2qUkBZL7AMmo3Hm/dGTTQGlYLXU6LpMRUSykbR1qlG4 2c9HZ5t28xSOO9ZVpMLPUwjH5Ca7jWrmxVPLgxkdcVwl/Ful8xe1OVkSjpdTurbbH5WOeuK0NP0z 7ZAJYm+bFcValpiA56VvWeqXNioWMnFF4sLMn1G2nhuR5xyqmpzq1tHbbABkCql3qbXUZ8zqayob T7TLtz1oWg7kk063U2RUTJtmVuwrQfw5cW8XmqeKobtuVfqKBDtTv1EKhT0rBD/aJgamu1Mjn0pk Ee1htq09ARsxqptth9K5+4Q2t5kdCa2dzBKo3cJmQt3FJS1Gi554kt18vriqrrN5bE5xUekyBZdk n61qX7okBxjkUNNaiuU9Ffy7jJ9at+IJ45ouANwrM0zJmJ7UuqSoJQuc002DSM+G9MUDo44qvpNy seo7z61pXFkj2e8elYlpF+/b2rqhOxlKNztdR1ES2yqp7VkJCzAsagt5CTh+1WmuBkRr3qKlVz3C FNR2H29zJC+FqrqmoPJhO5rctdN/0Rpm9M1z6QC51TaegNZpy6jaRo6JpkjlZGBwa6G6t444x6ir MEtvZWSjjIFYN9ftPNhOlW5pdBJMsvLCkRz2rn7y6ErlVPFX5SFiw55NZctm4JkHSic1LoEY8pUE ZFwp9662MyR6dkccVzVtgzqX7GtbUNYjithCnUitKdJyW4p1EjnL2dpLlg3rWXcrlhitaa2eb96v eqv2clsMK15WtDHmFs48RZboKablDdrGPWrf2dzHtWqcelyLdLIc9aHF2Gn3PRNJ0wPYrIPSpQ0N s534JFZttro07T9jnoKzrfWor6dix4rBUZN6mntF0LmpXAvH2J0qi8DWLI5qxFGLi7XyfWruu2xS 1Qt2rVRWwOWhYkm+1aaPpXD38A+08etdVZXSPZGMHkCuaus/bGB9a3dNQszFVHLSx03hoIsYAxmu jc/NXKaC3lPz3rqidwzXr4SaktDycVGzEJOKbTjwKSu25xISilxRigLCYNFOoxSAbSYpcc0tMViv dHgUStssyfai7xxUV9Js01j7Vy1ZcqOmlG7OG1eZrm4KJyfatHwxp0sUu90IHvUPhxIrvXgk2Cpb vXs1/wCHba00lZ4FAyueK8b2yhU1PWdJyhocReAbCB6V5/4i6kV6DegrGxrzrX23O1deIqKUVY5q EHFu5yEv3jRRN940VzHSPt/9YK9M8Lc2h+leZ2/3xXqHg2Mvbn6VhW2Nae523h62nlZiucVc1hBF C2/71R6DqK2cxjPeqvii83v8p615l9Tsuc4pea4KLnOeK0V8y2xHLnn1qXRIY/tKyOKv68YHdCmO Kmy6j1M94lC5HeiO3UoW70eYCgFVnuWjOBUaFoiuA5bFRAhfvVcjnjb745qrf2zzrmGqXmJkiyqE yKs2m24BUdapabZSopE3SrZjMJzD1qmkK4stq1vJUrapcW8OwEhTSQtLNIPNqDWImICx00uwimZv OlJ3ZJp00BEeTSWOi3W4StnFX7qPMOz+IVPKNHP+Z5MuAa0Y5tyis+XTbguXGcURMyMFPaosUaTL uNOBe2IdT0pYlLJkdaqXDzB9pzimmwaNuLWLm4i8s/drGvmCMT3NaNk8cdsS3XFZE6tcXRA6E1pc krj5kJqGFtkvPStiTT/Kt8+1ZPlnc2atbEtmkrpInFMwvI7VTiYocVKZQFqb2YytdKsMm9KrzXbT oFqd1MmSelUZMRv8tdCtJakE0Vx9lib1rJa5e4u8tnGa1Y7U3WMdKq3tuttIMDmpVkO5bmuCtlt9 qzNOy9w3ualubgG2wOuKh0tishJq9ybmhc/uj8verum24ldXaovKE3LVNA7QZx0FQojujX1LURa2 RiU9RXM2FxsuS56k1LdSPezBc96km04xRKyjmk20Fk9jQZpZx1+WpEgVE3HqKz7OeRflboKkuLpv urUya6DSaEkYyy47CrLyKYNvpVWP5E3N1NSW8LzKzDOKUYvoDkupQAHm4FZes/uGVzWmqlbzb71P q2jNfQLt6mu+guXc5q13sYkWuRLbheKI9VticsRUcngy7C5XNUZfCt9H611pxOa0jY/tq3U8EUv9 uQeornj4evl6g1EdHuwcHNHug+Y19U1VLiHCNUXh/Lz4JNZraZPH97Nbmi2MiDeKdr7CV4nZ6dH5 MqstaGtBrizx3xWNo0sjXG1+1dLcxb4wBWlOgiKlV9ThIJHs5irdDVqaz8398o60/wAQ2widCvXN bemWgl01SeeKX1e92X7dRsYkMnkuqjiuvtDutVNcfqcRt7kEdAa6PSbjzrZVB6Clhq3s5WZOIpKp G6NGkIp6ruOKRlKnBr2IzTVzyZRadhKQ0opcVRKQ0UUtGKYmJSYp2BSYyaSGVbwElQPWo9dUQ6Rn vtq3cKPlrM8UTY0rb7V5+LbSO7CpXOI0Ofy9cjYH+OvpM/6T4Ujbr8lfLNpO0WpxMFP3q+m/Dtz9 s8LIv+xXizve56qtY811hzGzpXnWtnLMa9J8TxiO4cV5rrH8VVCq5aMUoKOqOUm++aKSX75oroMi S2/1gr1nwVgWp+leT2n+uWvWvCIAgVR3rCtsa09zq7S2XDzHqKxNQn865wTkA1u3cgtLRgepFcpv LysT0JrynozsTub2nmNwFU4NXLnR55R5nVa56ylcXKrH1zXZ/bnhsNknUip5Uy9jnWtyrbfSmyWe V3GtSC2aYNKaoXDSbigHAosBQKR5+lPWQp92opcQgs9V01CJ22qRTUWDND7Vxg1Zt5Yz1xWVI6lM imQyleSaTQKzNibIGUrMkuJFmBcE4qWK/GcN0q2Ft7pccZpqQWHJrirB5YArIub8mQn1q+2jc7lP FQT6aAm7HSmncRYtLyNrYh8ZNYV1xclh0zSvuBKrxioirsMtSY0bmmOsgVat31iAN+OK5y0ujBMD npW82qrNbbSecVFhsy55Qvyqaihk2OGprRNJcZHQmrbwIkWT1rVIkmkuGmixWNcEh8Cr6SfI2Ky5 Zf3xzWsUZSHhGxml8stSpOuKf5y1fKjPmYzy2AxUbWgY5NWftC0hnXtQkPmY2FDAuFqCe1887mq1 5y4ppnBppBcwb21KMAOlRoohUEVo3rAnNZkl1GJVQ1dtAT1L9vK7sAM4q7dsIbfJ6kUlt5UcAes/ ULrz8qtZq9zRjtMcvOWreMoKENjiuZ09miartzJKV+U0ctwiyaa4RXIXFMEy55NUY7WabLDNRSLK rY5yKlRVwu0b0KrIRkjFbUDQW9swJGSK4dJrodM8VIt1ds4VycV3wcIROecXJmrMAbpnX1qZLyZc AdqjTAiBPWnLiuZyd9CraFwanNtwRTWvGk+8oqI7cUnGKXPILIkMisMFRUDRxk5Kilo4NPnkJxRS vLUSr8oFRWqyWvBHFaWMVDNgmrjXnHYTpxe5oaPtMu410gKleorjknMKjy+tTLPfbC5zitoYqcSJ UYyK/iuby5VOeAa3PDV2lxYhcjgVxOrTy3blXzxVfTtUuNPcIhOK64YnQynh7nV+IV+dsdqr+Fb1 /tXlOeCarvdvdRbn6kVStLn7HfKw45rlc25G0IK1j1iPTJSBKp4NSHTWIyTVO01iebTU2elV/wC0 7sNtbNdFKdVMwqwptEs8flttqIU5pGl5PU1KIvkzXsQlaPvHkyjd6FfvS9qU8GjtWm5m0N60vIpe lBoERz425rI1OWGWLZL0rXnGUxXN6zAUiZie1cOK0Wp3YbUppp9hPNGIgN2a9t8I2LRaNtPTbXh/ hOMSakC5yAa9/wDDtyrWxhGMAV5FacZaI9OnBrU818Yw7bySvKdZ6tXs3jiHFw5xXjes4BbNRQV2 VVehyU33zRSzffNFdJiLb58xcV6j4PnKGPd0rzKzGZl+telaAAkCt6CsK2xpT3Om8Q3ocKqms62C mP5u9V7pzPOBnOK1bPTnudqqDXlzbbO2Gg20t2WcSoOBVq/1BpmWIH5hW1HpbW9t5RHzsOKy/wDh GL1bvzWBwTkUkmU5I29FjdbT970IrP1FUWUlMUX811Y2+zkYFZUF086tvzmm7dBLUydfuNlu20c4 7Vzejs8twSQ3Wu/s9Khv7kJcY2k96u6toWmaVBug27j6VcbWEzkrhmjToTWeb2Tdt2kV3nh3TbS/ nAuMbfetnXfB+nJF5lttJ9qShcbkkcXpVj9qg3tUNzHNbXGIgx57VsRA2OYwOK6vw9baXcoXu9u7 3o9ncl1LHIWs90UG5Gx9K0FVZoyhU5NegC30FflylZ17HpMUwMRWn7B9wVZdjzu60KcktGh59qzz o94oO5G/KvZLe90aOICQpmpGutAkH/LOqVB9yXW8j521FZ7afbgjmtKxy0ILGuw8b2mnSyb7Pb+F cZEWU7O1RNJGkXcuI5D8U+csy4pqqFXJoDF3xUK42MhUqDnvVe4twWyK2fKRIstisuaQeZgVtFmc isttxSmCrKtkU5dvetErmVyn5GaX7ORVtsL0pjNVSglsxEHkmmPCQOKsFqY8wUc1OozEvd4bFRQ6 X57B+9SahcqZRWjp0gMYxVq4gFo4j2HOKj/s/b8xrVBzSSAlcVN0MxxGoPA6UhZs4NXxb4yag8r9 5zT0YaoWCVo1wB1pr25Zt+OtTFV4Aq5GmU5qbWHczktz2FEls2QQK1NqrTepqnNgUjE3lgU1Ukzi rch2ninoARmpEVfLkpNklXj0pMZ7UAUdsho2uKu4xTTQBTPmYqPa5PNXsDFQOcZxTAiUfMCO1bFv cLLblMcgVn2iK27NTWzLBI27pWkUuorvoYOoR7bluOtZVyvlyKfWt7UWSScsKw9RI+XHatYsbV0d HYWnnWikelVL2zEcynuDVzQb9PsuwnnFF0DPcHFXFa3Ia0Oq0GUGzVB6VauEdXzisfRN9sy7gcV0 822aEEV3UqinocVWDhqihE4bg1YeUhcCqUimE5FW7YrKPmrqd5aHJ8Ow3IYUnSrE0GwZFQ4GK2py T0RjOLWrE60GlFJ3ra7RloMkB25rndbYzRmNetdJJyhFYU0Be8UeprkxOx1Yd6mToUT6bKZpgQte keDNc+0XxRT8tZGs6Oo0ZHVcEjtUvgK0SC4BPXNeBU3PZp7G744gBiaT1FeAeIGYTMB619GeOY/+ JfkeleA+IIVyxrShDqRVnZ2OLYknminSjDGitzMnsv8AXLXoGlzeXaceleeWv+tWuysZD5KqO9YV tjWnudNpcbTz7jyM16BpNusUYkx0rmPDViWQMw4rrZJFgtSiDnFeZKVjsQ+fVIRMGbGVpbjxNGyA BRxWXp2mtfXBMh+UmqviDT0s5FWM0o1JjcYkeqagb1TgcVU00IX2t1rW0/TBLZFj1xWabKSC6LDo DSlJjSRNfB7Ub4v0rKe6mvOJmPHrW5NKstvtPUCuekDLMQKlvsOw77ZPZjMJP4VpaZ4iuZG8uckg +tU0hJTJqPywkm4dqcZMLHT3UUElqZONxFcwt5NDOwRyFBq41y7Q7ATWbKjbWI60xbFiTVZd4HmN +dR3GpTAA7z+dZccUrS5bpUtwrMAoqlcQ99Umk48xs/WtCyedoSzSNj61ipYzecrc7a2XmEFtsHp RqCInLzOy5JqlNEY3zV+xwwZ6r3Lh3IqRjA6+XzUMUuHJpj88U5U2rmqJFuLxm+QGoUifqe9CxFp cmrsiN5fyjpQrDM6V2iNQm4brV0oJAQ/WqMkRVj6UnJrYnlRKtwXp+81UU7GqwvIrN1JD5USZOKh mRmU1Opx1pTyKaqsTicvfQtvzzxS2moND8ua2rq08xDgVy19BJbyHg1205qW5k0bw1Y4zmoZPEAQ 4JrEhdnGM0yfTZZnBXNaqMepDbOmt9XE44NTG8WsC3tntUGc1bQeZ3rGWj0KjqagvEPINRy62sAw TVEx7B1rMvrKa4+5mnCzeoS0NyPXVmOFNWl1HjrXLWGnywNl81pgZ4qqkYrYUXc1xfozcmrAvAFy K5lyyv1q9by702k1AzVOqRg4Jpw1SE9CK527iZckE1kGeVJcZNOMXLYHod6t4jjg0G4XNc5Z3BCA sau/aUI61DTQ0rmq1yuKVE85SRWNJcL61oaVeBvloV2A9ZvIm2mrMq74tw71n6ojLJvFWLO48yEK atKwkzGv2ePJFYE10zPhq6bV8KpNc3HaNezhYxzmt4eYNs0dNuDChbNaOmaibi/CnpmoV0S4gg+c EAinabpslreLIehNbQdiJHqENrE9irKBuxUSNIjbewpbG4VLJS3pTklWaQ7a6KNpM5a14q4/5ZF+ amRptk+XpUwgLnAqUadcH7gNdk6c0rpnJCopOzQ2ecKgDVCvzLkU+fRb6YZAOBVSSf7APLl6isaG KhGVpGlbDSkrxLJFJnFVxeJIMrWhZCOU/NXc8RTSve5xKhNuzRXxlDxVC2Tzb9Rjoa6kwWyxN06V zSkR6nlOmawnX5lojohScXqztri0SbSgjY4WsDSttlqCqOPmq9e6sIbBVB5IrGgcvOkvqa8HEN8x 69HY7LxYPP0QP/s188+I9wkce9fRGqfvvDv/AAGvnzxMNtzIPet6GxlV3OIl+8aKdP8AeNFbEDrX /WCuv0cebPGvvXIW33xXZ+Gxm6Q+9YVtjWnuer6YBb20agdRXUwW9m2nNJIRuxXJfao0s1GfmAqp /aNyQU3HbXmcyi9Ts5XLYtzaw1lcOsXQHjFVZtR+2HfL1qk6gsWfvSYjI61PMmUlY3bPVFSLy1rM 1DVCjlfWoYgiHINQ3KJI2TSbAvWZ89c+tVr+IxPuxT7J9rgKDVq/jMsfSloMxvtjdKtWxWY7T1NV 0tDvq1BAYbhX7CmkJsty2Zgh3NXP3N+EcoK6PU7lp4QielYQ01Xk3v1q7IVxsAeSMkDrUlrpty8n mMPkFaUCxxJgY4pk+oyKhhiXrQkh6mdqF6sP7uMDcKqI7yj5u9RzW0izeZL3qxHgsvpRcRdtY/Kh PvVGbAdjVqacKgAqhM248d6BiwL5j5p1zkEBaIwY1yKfGpkbLUriEj+WPJFaNiUlgbfis+d1AxSQ pO6kRZwaLlFe6OJ2C+tQlwRg9abcQXEU/wAwPNTG1O0MadkySo8femJIUODWgUVlxWfcRlTWTQiw GDc1IJB0rNimKnBq0HB5BqOVody2pzVS+05LmMkAZqVJKlWXBwelXGTQmrnHyWzWsxBHFa+m4l7C rmpWS3ERdByKzNNkME+xvWupS5kZWsWtShwOBVCFiprbvQJIcisIcORSTuDLRIYVLbEBsECqW8ip YH/eCizAtXYG3gVTjHNacsW+HIrPPyNg00xWIJk4zUMDFJOatuQwqpKNpyKsHoaEwWSHisG6j2vk CtW2l3DaaivYcgkU4uzJZXtJVYbSauiMMeDXOvI8EvFa9ndgqMmrnF2ugUi/9nBHJqaAfZ3BU1As wbpT9xNYe8izXlIuYPeqMTfZ5MGpLWQ4xmoL0EPkVSYrWF1FPPiJHeneHLSKK53OB1q3ZxrPb4b0 qBXS2nIBrSMrCfkbmuXaeUAgHHpVHTXF7LHHjnNUJrgyg56U7R5vJvAy+tbKbS0HyXPV7bw6ZtPX b6Vmz6Lc2UnHSpLXxRNBbBR6VUuvEs8zfMKxVSSl7onBNal2APAA71q2uswKQpxmuZ+2zTJ8w4NM WMZ3K3NdsIVZr3mc0pU4bI7p9ZhWIhQOa5LVrNL+UyDvVZZXU4YnFaNtIrrWjwkO5n7eb6GVFYCI AVop5cMec80knMhFRvFuQ810fU7RvAxWK1tMia+3Fhniq9sytOzHtUBhdZTnOKgmc224g9ahYqUL xki/q8Z+8ie7uTPceWDwDWpartWPPauc03dPebz6106KSQBXlVp88j0IR5Y2Ov8AMWbRGT0WvAvF y7L+Qe9e56fG/wBgk3dMV4j42XGpSfWtqLaRlURwFx980Utx9+iugyFtvviuz8NkLcIT0ri4D8wr s9CiZgp71z1/hNaW56HPbtNAskJ6Cq6PIDhh0qzpk7Q2+yTkYqO4ZWYle9eU1dndF2F2iUU02vy5 zT4IZSmQKUlwCuOamyRW5VA2nGa1tNtYJ2Hmnish0fdyKt2LkTBc4rSLiS0dhDZ6TbICxXNYus3N ru2wEGo7+FdgxIcn3rPXT3xuLE1bkuiI5X3Kj3Ow5pUuWlGR0qG+t2wdtUoZpIFKkVF0Vaxea+2P tNK10pHWssne241NHC8p3DoKLMZqR/PEWBqrlw5YDOKjS68uZYh071syrAlpuXG4iiwmYNxO05ww ximoCBxSHLTN6U8kKtICF9zNSCM7xmpVzycVC8j78YqrhYvFVCCm9BgUxCWXJqVACaV0OzKcsTM2 at296lkmOM1bCReSWbFYFxiW4IU8ZoGW7i5a6bcBUHmyEbWFSbkgi96hWTzc8VSJI2l2NxSOvmrm h1APNCzKgwaUoiM6dCp4pscxzg1dmQMMisqYFHyKlK5JoiWpVfcKy4p88ZqysuKOULl+ObAKN0NV 3sVM29e9RmUHmpra4zIFNVHQGWpYsW2Paucn+SU11twAYOO9czfxYJNVDchlXcDSq+2QVSWba+DU nmAsDW7joSjpoG3wfhWddJtc1Z06TemKS9Tg1ilqUZgbmmS5YcU0th+aeGFaJWJK8bMj1eBEsdU5 MdqWCXacVQFC/t8MTio7MjdtJrWuYvMTOKxJQYJcitoS5lYh7mztYDK0u+UCm2c4eMVZLA9qxk2n qWthlvdSI4BrSlbzUBrNbaDmtKwKy8GpbvsNFq0byoTWax8y7OTxmtC5HlqcVRhQSFj3qkI2bewj uIvlxnFMis1trj8ap6beyQzMnatS3kWe5y3rVq3cpNmgrbUBNMknViB3rQe3jeD5fSsiS3YSZHao lo7jNq3LeTlhxTDOsT9apx3zYETcU+7hYw70rSOIkjOVKLL4uYpByasRTJCpIPFc1E+1huNagkEs W1DXQsU5LVGfsEti0+pRrJyaniv4pCMHrWG9qWb5jSrEYBkGqhi6kSJ4WnM6mWOCSDcMZrlNakAI RetTJfTRhtxO2sh5TdXnPIzWNSu57msKSgjc0aDbEHPWuk01PNnArIs1CW6gVt6WyxOGrn6mp1Sx iOwcY7V4N48TbfyH3r3MXBktmHtXiXxAUC5c10wMJHmc5y5opkp+c0V0GRLa8yLXeaO3lRI2K4O1 /wBatd5peHhQVhW2Nae51VtdiVQDxU7sqtkGqVvbHAIp86v0FeRO7Z3x2NWK+CptGKnhKSnccVzD PMj8ZxVyO9ZE5JzRYZrXKjPyiq4/dtkdahhvd33qvpCJo969qnUZWlnlkI5NNa8uUTbg1PEv7zkd KdPIDxtp8wrFWGUy/wCsHJqtfRBVJxVsNGsgzxUWpYdPkqkIyIsMcVp2siKvl+tZiIVPFSIHEgI6 1ZJPc2vlyeZTWnYqFzWhuV4P3vXFZR/1px0pBuSomVyahkHU1Y34XFQzH5D70gHW7q3FOkVN2O9V LWNwSeasCNmk3elAyZFKkbulLOVjIKmpSytFg9RWPcyv520dKSHcs3NwxTap61VijC/MetTBMIC1 RlhnIq0iWQSo8knPSrscKrDkdah80MpA61Ct00ZIarSRNx52s5D1HNb72G2oppN2WBp1o8soJAzi i4BLDKqgAVRuYGC5Iq9JqGx9jDmhpUmjOe9Amc6SY3qwk4PBNNvIipJA4rO8wq1acqZm2bQcHvQs oWQEGspJ2FOaVutT7MaZ2NvMJ4QM9KzNSj+VhRoc5YYJq1ex7s1nazH0OFu2MUppq3QC9asa1AVf IrJWNmFejGKcTBtpnW6FdCRsZrbuowUJrkNFLQzLn1rs3G+3B9q5qsUnoaR2OYuxseoRKNvWp9VB Qmsbe+auMboVy+0gqFpwrZFVmdsVBI5rRU7ktnR2syzx4qhqFvyTiqVhctFKATwa3plE1vuHpUuP Ix7ow7ScxvtJrXRwwzWFcqY5eKtW9w20ZpzjdXBM1GBqaymMUo5rO+0E0n2kqwNZcjRSaOtmAlt9 3tWdCRGWFWtFl+2RbSarakn2aVqlX6gOsvmnY1r6aivc4JrF0yVWzzzWlY7kuiwzWq5VuNp9DqzC yRcelZjM4lORxVyO+JTaahZgSc1pNQkvdZEOdPUpyIXbK9RU0dzJt8sjipYgofmpZY4wu5a5X7rN hLeySc5aiS3e3fEfNV1uJEJCZp0F5Is370cV2UZUpaM55xqLVEzFguWHNV5C8vCitnNvPFkkdKzT IkUjBelXXpRSvFkUpybs0Z13K6R7SOahs7eTzBJjjNLdziafB7GtmxMTwhRjIrl06nRdmjbD9wD7 U+2vQtwEJ702Hgbay74i1ukfPeo1uM9JgX/QC/qK8a+IKnz2NetaXfLcaQoB7V5d8Ql+Zq6YGEjy WX75opZvvmiugyJbQZkFdvoQLOi1xFo2JRXdaCcMrVz1/hNqW53MaJDEue9SiKJxniqSubt0jQ81 oSaTeW8YbBwRXkyTbO5NIYbOJhnAqrJZRt0qrcXk0E3lnNP81xHuFRYrQcbPaOKnt53gQpVH+0dv DVPDJ5/3aq1hFyCQtLz0NOvGjjIwetVTIY2AHWqt6z9WNArj5trsCDTmwEwap2TGW8WMngmtrWLV LW3UgjJFWkK5jkL5mF6mrAh8rDsKzIJcXYYnjNa9/dRyWwCEZxVK4Noo3dxvYKppqjgGqsbZY5NW A+BzSYkObgZpgIkOKa8ueM1EsqxNnNMLmzZxxgYbHNOu0SFCVrGa7bcCpp8l40keCaVh3I3uW3EA 0gGBveo0QyNvHamzSs42jtTSESef5h29qglcKdq96I2ReCeaZMADuU5qkhXJUhdV3etZ93Id/PFS jUXU7T0qObbOQRVqKZJHGzyYUd6uxzSWEZBHWqu/7MQfSi4ujdqABSAmjtheFpTTBCwk2r2otbk2 42npVuOVCdy81SBkM9uGgIYc1zFxbSRzE4OK7AFZ7hV7Z5q3qun2qWitxuxXTCm2jGUkmcHggcin ZJWuls9Hju42YY4rn9Uj+xysvYVPIP0LekzmOUCuklG6HdXH6OlxeXK+UDjPpXZTo0Fsofg4rnrR sy4nK6pB5jHis2O1A7Vu3mGzWcMZq4TdrENK5DHiKdfrXW27eZar9K5CUjzQc11GmTK1uBntSqps pIzdUhDE5rFKIDit/U2BJ5rHjtjM3Fa03oS0UpNmMCmx2hds44rUGmjOWqcQCMYFW522JsY01sI+ R2rS06cSIYzRPGu05qpARBLkGi/NuNRYl/bbZSxHFQooC1euZ1nXBquEQDrTTYcjGjFNcAin4Ud6 Y2MdaWrHytGx4cuvKl25rR1qMzAtWFpJCS5zWpf6goj2k0pIpJ9TNtZWtpQM13ugWyXiA8ZNecee HkyDXceD78RthjVwgprUmcnHY6G+0a4jBaEZxWfbK3nCObg5rqRrcUR2yAFTWPrL25AngI3deKhU eWWonNyQ+eyVI1Ze9RvasIs9qgtNUE0YSQ9Kkn1RFUoK7XToOJy81ZSK7KE6daZ9juLrlFqBLxPN yx4ra0/WIIAc4rz5U4p6M7YybWpRt4zA2yckVBelIsshzmpdSuo7uUuhx9KyZpd2EzSs0DGBPMfd 61r2KeTyTWekZRVNXpJQIlxSug1NZXJUstc3q0s7z/PkKDWzHdLDbbmNYuoXguchRViOs8KagGt/ KLdK5rx/8xYil0B3t5M54qHxfKJYWOecVtT1Mp6HlM/+sP1opbj/AFjfWiugxGwttcGus0vUFijA JrkAcGp0uWUYBqJx5kVGVj0C38QfZZBKjZIroF+IjTW3lyY4FeRfbHx1oF02etYKga+1PVrXW7O8 lLTEZqHVdZihGISMV5mL50OVYinvqUjrgtml9WQ/bM7u3u0uULswzU9trMdrJt3DFeex6pLGMKxp p1CRjksaPqyD2zPTLrXYdu9WGayJ/EDzHGeBXEnUJCMFjTftr+tH1dB7ZnoOnasqyCUsMip9V8S/ alC7uledpqMiDAJpj3znvR9XQvbM61dV/eYzVqTV1jjwW61wy3jg5zQ9679zTWHQe1Z2C6qA2c1I +sDH3q4oXbAdaPtbetL6ug9qzsl1ZfWqtxqvOQ1ct9rb1pDcsepprDoPas6qLVy3BNWG1RVThq44 XJHQ0G7Y96Pq6D2rOvi1vy1Iz1pq6sOTnrXIfaG9ad9qbHWj6ug9qzopNT/e/eqU6qAnBrlDOxPW nfaGx1qvYoXtWdF/aCu3Jqb7aEGVNcr57Z604XT+tL2CD2rOimv9w5NW9LvIcHzCK5P7Sx6mgXLq eDVxpJEudzq7+8j3fIaZbagsa8t1rl2unbqaT7S3rSdJMftDsItVWOTcTRea0bhdpbiuP+0t60fa G9aahbYXMdlZa4LWMqD1rIv5zf3ef4SeaxBcN61Kt2U5HWnyAp2PRtBksNKtQzbd2KqazrkVw52E YrhX1GZhjccVD9pcnljWcqNyvas6Ce/DDrVNrr0NZRnY96b5pqo0Uhe0LckzM+c1r6bqBiTDGud8 w0qzMO9N00x+0NvUNQLsdpqvaXzxNWf5wPWm+dg8U1TsTzs6X7erLknmmPfLjrXO/aG9acJzjk1P sg5y/c3rPwDVTznqLzQTThKuOlWoIpVLC+c3qaXz29ajMi0m4U+VD9qyYTt600zNTN64pC4o5Q9q y7ZXXlt1ovbgyd6orIFPFPMoI5o5Re1YJKVYc10uk6gIVBBwa5YsvpUsdyUHBpONw9odxJrhmIUt 0q0upx+VtL5/GvP/ALW2c5p32+T+8an2YvaHcfbkQllaol1JXkwWrjP7Qkx94037a4OQaHSQKozu p7uFY8hhmqn9pqOA9ckb+RuCxpv2tvWl7FB7RnarqiKud1VP7UHnZLcZrlDeP60guW9afsg9oegp rUTxBSRxUUmrrkDdXCreOp6mj7a5PWl7IPaM9EXUkmi2luKzbq/iiPynmuRGpSqMBjUT3juck0ex Qe0Z2NvrxjYYNR6xqwuLc5PauQW5YHrSyXTOuCauMLEylchmOXJophOTRWhAlFFFABRRRQAUUUUA FFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQB//9kNCmVuZHN0cmVhbQ0KZW5kb2JqDQoxMDQgMCBvYmoNCjw8L1R5cGUv WE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDU1MS9IZWlnaHQgODE4L0NvbG9yU3BhY2UvRGV2 aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFs c2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA0MDA1Pj4NCnN0cmVhbQ0KeJzt119oF/T+x3Er 3ZzbbNu3NZxbln9wS0ERp0uEgSK2FQgiGEMNJfBCqaZelZBQmJl1U5Qkum7yRkjUwJtdiMwCLzLR hARZHsRqUaalpmm/3/addYzTxev++3hcfq6fvN/vz6hRf3sA7jfqfxXfH4S//EspI4089NBDo4vG ULpGEhhqYaSUf1YyFMlQHmVl5eXlYyltQw2UlQ3lMhLKfZUMRzKmrHxsxbjKyqqqakpZVVVl5biK seVDpRRD+UclZeUVldXjH66tqysUHqF0FQp1dbUPj6+urCgvu6+TYiVjhiOpqatvmNA4samZUtY0 sXFCQ31dzXAoY/7uZCiT4UqqagoNjc2PT5k2vaWltfVJSlNra0vL9GlTHm9ubCjUVBU7KWYyXMno 8orq2vrGSVNbZs6eM3fe/Pb2pyhN7e3z582dM3tmy9RJjfW11RXlo0c6GcpkdFlFVe2jTZNbZ7Ut 6Fi0ZOnTnV3PUJq6Op9eumRRx4K2Wa2Tmx6traooGz2SyfDKqaypb5oyY+7CxV3LVqzsXrV6zfOU pjWrV3WvXLGsa/HCuTOmNNXXVBbXznAmQ8NkfKFx8oy2js7l3WvXb3ipZ9PmLZSmzZt6Xtqwfm33 8s6OthmTGwvji+NkVPEyqaxpmNQ6t+PZles2bnll2+vbd7y1821K0c63dmx/fdsrWzauW/lsx9zW SQ1D46R4nQztnLHVhcapsxZ2rnyhZ+v2d97fvWfvvt6PKUW9+/bu2f3+O9u39rywsnPhrKmNheqx xc9OcefUP9bStnj5up7Xdn3Qu//AwUOHj3xGKTpy+NDBA/t7P9j1Ws+65YvbWh6rH9k6w5mMq2l4 YuaCru6NW3d99MnBo33Hjvef+JxSdKL/+LG+owc/+WjX1o3dXQtmPtFQM66YyfBpUjthyuyOZWu3 bP9w/+G+/pOnTp85+zWl6OyZ06dO9vcd3v/h9i1rl3XMnjKhdvg4GcmkbuK0OYtWrH/13d6DfV98 de78hYGL/6EUXRy4cP7cV1/0Hex999X1KxbNmTax7l4mY8qr6pqmty15bsO29/Yf7T/1zcCly98P /kgpGvz+8qWBb071H93/3rYNzy1pm95UV1U+ppjJ2KpCU8u8pd0vvrH7QN/JcwOXB3+6cvUapejq lZ8GLw+cO9l3YPcbL3YvndfSVKgaey+T6kJz6/zOVS+/uefTY1+evzR45dpvN25Sim78du3K4KXz Xx77dM+bL6/qnN/aXPwRj2TySHNre9fqTTv2Hjp++sJ3P/96/eat25SiWzev//rzdxdOHz+0d8em 1V3trc2P3JfJY0+2d63ZvHPf4f4zAz/8cv3323fuUoru3P79+i8/DJzpP7xv5+Y1Xe1PPvbPTJ56 5vnNO3uPnDj77eDVG7f+uPsnpejuH7duXB389uyJI707Nz//zFP/ksmWtz/+7POvL/547ebtO3/+ H6Xozzu3b1778eLXn3/28dtbZMK/kwkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkB mRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZ EJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkB mRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZ EJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkB mRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZ EJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkB mRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZ EJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkB mRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZ EJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkB mRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZ EJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkB mRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQCDLZvLP3yImz3w5evXHrj7t/Uoru/nHrxtXBb8+eONK7c/O/ZNLetWbzzn2H+88M/PDL9d9v 37lLKbpz+/frv/wwcKb/8L6dm9d0tf8zk+bW9q7Vm3bsPXT89IXvfv71+s1btylFt25e//Xn7y6c Pn5o745Nq7vaW5vvy6TQ3Dq/c9XLb+759NiX5y8NXrn2242blKIbv127Mnjp/JfHPt3z5surOue3 Nhf+zqSq0NQyb2n3i2/sPtB38tzA5cGfrly9Rim6euWnwcsD5072Hdj9xovdS+e1NBWq7mVSXlXX NL1tyXMbtr23/2j/qW8GLl3+fvBHStHg95cvDXxzqv/o/ve2bXhuSdv0prqq8mImo8sr6yZOm7No xfpX3+092PfFV+fOXxi4+B9K0cWBC+fPffVF38Hed19dv2LRnGkT6yrLR9/LpHbClNkdy9Zu2f7h /sN9/SdPnT5z9mtK0dkzp0+d7O87vP/D7VvWLuuYPWVC7UgmD44uG1fT8MTMBV3dG7fu+uiTg0f7 jh3vP/E5pehE//FjfUcPfvLRrq0bu7sWzHyioWZc2egHi5lUjK9/rKVt8fJ1Pa/t+qB3/4GDhw4f +YxSdOTwoYMH9vd+sOu1nnXLF7e1PFY/vmIkk+KPuHHqrIWdK1/o2br9nfd379m7r/djSlHvvr17 dr//zvatPS+s7Fw4a2pj8T9czGToOKlpmNQ6t+PZles2bnll2+vbd7y1821K0c63dmx/fdsrWzau W/lsx9zWSQ01w6fJgw+MGtk6hcbJM9o6Opd3r12/4aWeTZu3UJo2b+p5acP6td3LOzvaZkxuLIzs nFGjhrfO0Dipb5oyY+7CxV3LVqzsXrV6zfOUpjWrV3WvXLGsa/HCuTOmNNUPDZPhnTOUSXGcVNU+ 2jS5dVbbgo5FS5Y+3dn1DKWpq/PppUsWdSxom9U6uenR2qqRA7aYydB1UlFdW984aWrLzNlz5s6b 397+FKWpvX3+vLlzZs9smTqpsb62uqJ4mQxlUuxkTHlFVU2hobH58SnTpre0tLY+SWlqbW1pmT5t yuPNjQ2FmqqK4soZrmQ4k2InldU1dfUNExonNjVTypomNk5oqK+rqa4sVnIvk5FORpcNhzL+4dq6 ukLhEUpXoVBXV/vw+OFIykb/t5K/OhlTVj62YlxlZVVVNaWsqqqyclzF2PKyMf+oZLiTYihDpZSV l5ePpbQNNVA21MhIJP+tpNjJcCgPDaUybAylaySBoRaKkdxfyb1QhkqBex7430j+Wwr85b42/h8E uoLfDQplbmRzdHJlYW0NCmVuZG9iag0KMTA1IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21h aW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMF0gL0JvdW5kc1sgMC41XSAvRnVuY3Rpb25zWyAxMDYg MCBSIDEwNyAwIFJdID4+DQplbmRvYmoNCjEwNiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9t YWluWyAwIDFdIC9DMVsgMSAwLjkyNTQ5IDAuOF0gL0MwWyAxIDAuNzgwMzkgMC40XSAvTiAxPj4N CmVuZG9iag0KMTA3IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAx IDAuNzgwMzkgMC40XSAvQzBbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvTiAxPj4NCmVuZG9iag0KMTA4 IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9T aGFkaW5nVHlwZSAyL0Nvb3Jkc1sgNDE3LjA0IDI0Ni41NyA0MTcuMDQgMjAzLjM3XSAvRXh0ZW5k WyB0cnVlIHRydWVdIC9GdW5jdGlvbiAxMDUgMCBSPj4+Pg0KZW5kb2JqDQoxMDkgMCBvYmoNCjw8 L1R5cGUvUGFnZS9QYXJlbnQgMiAwIFIvUmVzb3VyY2VzPDwvRXh0R1N0YXRlPDwvR1M1IDUgMCBS L0dTMTEgMTEgMCBSPj4vWE9iamVjdDw8L0ltYWdlNyA3IDAgUi9JbWFnZTggOCAwIFIvSW1hZ2U5 IDkgMCBSL01ldGExMTYgMTE2IDAgUj4+L1BhdHRlcm48PC9QMTExIDExMSAwIFIvUDExNSAxMTUg MCBSPj4vUHJvY1NldFsvUERGL1RleHQvSW1hZ2VCL0ltYWdlQy9JbWFnZUldID4+L01lZGlhQm94 WyAwIDAgNzIwIDQwNV0gL0NvbnRlbnRzIDExMCAwIFIvR3JvdXA8PC9UeXBlL0dyb3VwL1MvVHJh bnNwYXJlbmN5L0NTL0RldmljZVJHQj4+L1RhYnMvUy9TdHJ1Y3RQYXJlbnRzIDY+Pg0KZW5kb2Jq DQoxMTAgMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzUwMz4+DQpzdHJlYW0N CnicjVpLzx23Dd0b8H+YdYBci3oLCAI0SVFkYSBFF10bhpMWsFPE8f9Hz+FDoxu7jyycjxyNJFLU 4SHnXq9+ur755tXr73/84Urffnt998P3128vX6QrPRL+W9JauUZOV03t+vju5Yu/f3X9+vLFq7/8 rV2//I4/fnrz6dO7j79eb3+/Xv0kItfvb3+93y+pyXx6/+evXr7468sX159ff3+9+tPHT//8+c3b T9d3r89lZRZM9PmqQ9Zjzguj8KDan1+nR2lrtevtB+zmxw9vfnk3rx/+df2vNVKXVNoXFpH06LFG u54NuddY/9ca/8V9MJD+w+7LwOie8Y+kfH385Y/esw19yX/XcXhyH94fz6TZmeQK7+Wr1Pno7fpA xXxge67IdTxqVUk6pP5oHdJ4yLjecnDjNgr0si5KuUGqjzFuKT9WjsGqkEeyx3y1LFvHZi5Y1We2 hcvgqNgUJF3H9mwSBzd5yH7aMv8Xb7bySE8TQ7HKXrfVB1yte5q3hC13G+wKWGRz8VW31me+neEL u69sT+HG08sY+w+E1NRJqVt0POL7McRlmfkxTWgqiOhKQz0pUx5VdCPYDyXdSHvMYZJtufng+ag9 FO9dkXX84uTzkZpOniqkgZtjS017u3PLxQ5AZnuMtfd4GGA2QTNzuW2iSbW5TJOaT0VB2mkTTaoz bIKEmxg2UZJ62EQL1jhsUhu3TTRJD0ptoknrMIkWzREmwSIAS2zx3L+ZlItoCOBws12Q0h8l5Pdb LuXRlsn2wlZwkpXVyXgJMclJVn30kPNC8NuMiJuFfcJWhE8tGlYLm8H+G248niKQ6ImlayQghTux 2thmp9WJg+9NUe08+XKz0LAAXeo8dUOzlwvDXo0vFyUZupJQwnnVkHRwio3w8VwPD4uqQjHMaOrw jPNYtm7JFyUNm0GzDuke7Ipc9PGqERWcOQ+Vug9eDB8qELV5iQEMjnSpAXOplA0l6OZsl/miVzXQ 1Wa6taogHEm/1qI4kLN6WfeQ9BxcAn7UHIOXIRWvLyRGEIIiV12FGAe/i21hRGwQT5YBIiQ9j6xH ZZIbt2Q/RhgvFRgxiGECQKlcU8dWQ7XGSMjTTpKAaBKvGiBwSbiYiEAIHBolU9GRIzAd1zU0XVOF 0VSqMw6e1wkG8jFdbtIotwkqeUiNcj9G0PurQ60v5re6g3cMc6QFK92NPeVTGC3GqsKjU2FCz6Sq 1B3hVwwuNnhl3cW046RzGPRTpeK7SJoOclaXV0sHKW+fQ/LL5j5H1GBTlMTCTQ6pE498sCeH1vXx LHp7ls1MfMeVT5YpCVlTEcEvVznA4oQSx6hRDCI2vIzGfBavjB5SNWmZlMw9YxAtuDxOZegGKTDH jfUgDAN7/HZCUZdtfOpjzVK4liYtN9HjDC6eAU+U4vKWW2qRw11x4yhsKOULCt5SeVI0dROkbFhQ TUoGjclCcdSH7QV5gkI1qGPaHx4DuBY21C4MZEbtyHb9mRMo5HEniDw8E9tDQLSN7DjjvgL13EIo siciTNunUQLcURWa+abYbrtiJU1juPRpwVPV0JAys5sPlnV6qpcAlmfFnbT60EvwmQJH2cy52C2D H4GgDhPFzgioM948BklxzhDkX/cbIFLLshrvduua4xhFZm7TJKTnQWa1LGkpHmwp05062BVJbxpf NRhBKOrMWXHQ7x0WZhYAUibjhn0jKndcTsDlUeX7cddQpxPJ4MwAzFOczRa9o1gJyzJTGOjjfIAe ng/MOGy0GfwQVKpfCuHpbanwfz5YFWQiV7xaFXp8YiZOs81WhRm81txPM5pg26VtZBFuW1eq0DR+ ya7X2IdzHp2fZpoGSfs403rcp4nqI288ESW6N5zQhYYloqMDS6TwvA4sgaLLxhJxcm1YItUo78YS KMqGEgprQ0lIG0pccYd/WpFanxU3lKQdcrxhyRmMQUnSJHNACZyz8saSpDwnsISOO6AkDc1FDiWQ Ug+0SN22HVCSWhRefFh5UQJKkkbvASWpGOwYlCRHKIUSCH2dUAKFlnAGJZCUMhqUhLShxBXbU3Iz lmfFjRxJlGx8prihJOnLASWws9cdSk+BdldG9cQSViV5Z0CZdlaGJbK8+gksESTI3gNLBPm9Wo5A WFFiKsVFalbdGKdT+b0VVikrtCQrrFgogXVMK8l4M4ues76cg/hhcyzfppGb2bVQSiUkHdyUCfrT bvE4yMcpMf2QCC0bO4ywDRI2SsvoW1taromVzc3NLQ97Oux4ssI2OZb6RoVG8BYwN+OMbUZhSBQm pbTKL2005BHongIb6YtxP0aq19xcCXgCAjFszWJuBcVQTNbSUpCKlzkV0bulHBVmKKx8HUoVtVaA MAPTkk9sORVHP/VAktxRcQaNB1KumnHvQMo90h5fyeYAK7wkL+NFUXgJCrlcvPCSkpVDWeFFqbWj 8JI8rNiIwouKvrzwouA1Jp2HTfjdtsKLihx1l+RmV1tBhxaUedRdkkvsQx97WaZVkmQJJPIThiJL FF6UUo7C65Duwa7gmUKSXY7rzHIUXlToHdcj56bqisKL5kg5Ci/1c/fCS4qnNC1R6ON+VF50bB9R eUkptgm9pSHtymsrtPLiqx75qLw4capH6cXj7RKlF0/Ek7ueiBcmO9rp13Y/1lLBay8RbeLctZeI doC89hLRw7TSS6RZ9RSlF6caR+VF2S83TYBXvSRaU6W1jtKLu+olSi86ve3aapsQpRfjaI37cbf6 UEsvWt/mUXrxhJJE6UVJa1iWXocwWozNJUovSsRvK730Goyj9NJrUKL0opRmlF4a9vkovWhfrlF9 iSzrh2n1FV7f1Vd43aovet1hXg4pqq+t0OKGr6YR1RdnLu2ovriwM1ex0L9TzxOgOMggOeeztyNI 7BuIJBGYA2LAJNbZ2xFRauQQI5qFA2IgRYPMDAZ5mGdvh4oevR0Kefd2uIVx9naokN3bEaTgsns7 NKCcvR1Bvk71fpyd0RBikNvb2duhQnZvR9gL2b2dQ4rBW0GI4au7t0Opnr0dKtbu7XBPdfd2aE46 ezvq5ujtCOhp270d+rgfCCN2iRxhSEp3byekG2FCYQiDV+vu7YiG/YYXHG3bnR2ext3LoYP72dlR l8r92PKyostCmEs90AV0S0oOdFk8xg0vbJikJ3jBVP3s7FAxd2eHLi0bXujfs7PDXbXd2VGHb0DZ Jmx4QQitG30Y8ruzQ+vb2dmhYu3ODs9KorNzCA4vofDgm3pVHV54Bc7Ojq60OzuU0u7saMifnR3a lwNdFj2UA13odSWRgS70el6BLotMXQJdthToshWKLng15RXowjZjGge6YOHmFEQs6tsNL09Qslvq 7Qle2BtKuxQjF14lyDC58FoHGQYbHKkGGSYXHjnIMCVtkTgZVu4b5Pi9yX2T4SnWM1QuPHl58sGF SYXn5sJsP5bNfkmF+2bGHIw7XO/H3SwwMkwWmuUgw+TCdQYZJhf2beDcQWCz9IMMkwuXebNhmN9S czYM5zT9FKRsmGS4nnSYbHj0oMPcR98EmCbIOG4w2fDYN5hsWAcrHR7aibjZMMnwWMGGyXZ7DTa8 pWDDW6FsmGR4s2GS4XWQ4cnvgUGGyYXvBs1z0FggDbKJfgTSwN7z5s8De/e+IlIDe2nVe4J6IQY/ ThmfxUWEa0dGGhoG9fyYC0CzjWJdLFW8E5jNBWA9/uWBj5MtzKDsV8dN9FrW9gqF2Hc1XKPOrwGW BcDe2CZL1jXsCnidXMRw3x6nZd5EPISE6LCD2IqoZTs7El9S7Fq2M/vmLyhww7rK2FGeeipIzuzw FUvwsAXS7N4ame6GOkc0TgZz/yYTz8djR0areHubfngKyRyFtXkWTU4F7oFTeCi4pWF9C3iwEWh2 iw3zq0lGCVASQxreA0UgNvhhWRFiroOiRcO68PEYQVu2IJzHxpoCkcSnTU0ovN1QLXLWVtxIekIb zMqrGG0ag5Xpi/tX92krjIOT0kNrJZKPkB7AN+x78Ha2+LSaQdNIANrkoXw4FLtHASa6yhcUxmPe 3698rkj8BHooin6UUsmgBwhEqVtm9u9lWRO6tint8bQPNJ2vNmUzZUSzC4piWR7RRKmtwFZKK4ek g7s1Iv2x5UDiZ1ZpOa+3/g7oujfVV5gtBnNsMGLuuUGPm6xP/VFWHPV+nKMjUESlZL3T7jaIfxZd fJr0ox67pypUL6Csocv6ysgUDiPb7zko8Sue+PcnIKH19pY5VukupWbQykadS9ZC9cFtnWcI5l/K FxR3HPgrnysIzPE5N74J64eZ45uwyvc3YUTqePomvBWsG6ovHZMIltDeacwi+GtYd2oY4+9VG1L3 iGFfKD9T3O26Pp57oaHAFZxGEXt+/vAizbpthyIrIt+vuOIe4bac37xJ2bQ9E/axkmnHXhtL3xoK QsMwn2aFjaVfwKY3/Ru7IlUVuGWNP0rg3BrX+LfrpwrtqnEw6Bwjtylfw4ya6TEnUHdLUYOFgk1w DCZkeIGTKeWxsx4HD0MoFiWd21jDfnmB3TTWJNZaXb7lnKztgQzBX5Ikq1enAmzxb4cbCO33ENqu bPz9UlYJd0urqR7S2yMTqOL9rdj+D+efB/KffiSU/UdC++dbv7188bX91ij1yp89/defLdnPogod RMSZ6in+JOr1u09vUHj7b6L27Lr+vwF+Zz4uDQplbmRzdHJlYW0NCmVuZG9iag0KMTExIDAgb2Jq DQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9UaWxpbmdUeXBlIDIv QkJveFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUgMCA0MDVdIC9Y U3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFI+Pj4+ L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy0DMAAwUQROMm 5+p75iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoNCjExMiAwIG9iag0KPDwvRnVu Y3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDBdIC9Cb3VuZHNbIDAuNV0g L0Z1bmN0aW9uc1sgMTEzIDAgUiAxMTQgMCBSXSA+Pg0KZW5kb2JqDQoxMTMgMCBvYmoNCjw8L0Z1 bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTg0MzEgMC41ODQzMSAwLjU4NDMxXSAv QzBbIDAuODM5MjIgMC44MzkyMiAwLjgzOTIyXSAvTiAxPj4NCmVuZG9iag0KMTE0IDAgb2JqDQo8 PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjgzOTIyIDAuODM5MjIgMC44Mzky Ml0gL0MwWyAxIDEgMV0gL04gMT4+DQplbmRvYmoNCjExNSAwIG9iag0KPDwvUGF0dGVyblR5cGUg Mi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDE2 OS43OCAzMjUuNDUgMTY5Ljc4IDM2OC42NV0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24g MTEyIDAgUj4+Pj4NCmVuZG9iag0KMTE2IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9G b3JtL1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTExNyAxMTcgMCBSPj4vRXh0R1N0YXRlPDwv R1MxNCAxNCAwIFI+Pi9Gb250PDwvRjQgMTE5IDAgUj4+Pj4vQkJveFsgMCAwIDc5NC43NiAzODAu MTFdIC9NYXRyaXhbIDAuMDkwNTkzIDAgMCAwLjE4OTQyIDAgMF0gL0ZpbHRlci9GbGF0ZURlY29k ZS9MZW5ndGggNjIzPj4NCnN0cmVhbQ0KeJy1lj1vE0EQhvuT7j9MFxspw87O7FeLgAi6KJYoIgoU BUsoBgUK/j6zycWzGzjcZOUiznvvc6/W83F3P0/JoWPgjJIEknPoE7AX9Bl+3s7Tp1fwfZ5iKRgz OP2cs2eMBRYuekwRbg7z9PrD4cv+lijB2x9wOU8OS8wU4Ldeurgigf2veSK4mCcg+AZT8uhiANE/ mqw36IU7Tc3oqDTC4sgBveqH54IhJiwO8hl9bJBFMMSEJ0ciZG6RR6FBjsLi8CQouUEWwRATnhwh YWhTFqFBjsKToxajQx6FBjkKi4P1N4ypQRbBEBOu5ul+nhhLqjKK1GLnXE/KiZFj0xdvdlrc9wIU 9SYedl9rhWuXEEjBlBQJ2lgEu0O9stfan2vfiFPvzfXGwfYz7D7O0zu9z+XL5DLpHbSTtaHFr+R6 NzCZPGFYO7EMTY6ynhxHJnunPRpWkvOQZN1CjpNOh8O4VmdyQ6ML/yd6TI8t0cyxTutK9N9NNumm KoXqKqVlQXXC3VHghOQeNiexoMsN0gvmaJASsA3p/j9eN78PUfd0A/SCOQxhSnVNG9IL5mgQ3QUc WqQTzGGIcEEuDdIL5jAk6KNT2rP0gjkaJFLd7A3SCeYwJHpfB82QXjBHg2TG0J6lF8xhSBJdJNJ2 SyeYw5AXemqkgpno4Upm6+/rzeVWNgTbsDnb8oZYvwyYLp0c1Nh/p/uzbdwAaTKPGGyn8xdWonls dNSlIivRMjS6vmhSPFluGVNurq+Ja7+5H52uHPqyVvHR6UGf2LI2aFZ0GRGtr5zh9IyHMQePvtSn 9qmij0ovDtNauo15eBb9B09IjngNCmVuZHN0cmVhbQ0KZW5kb2JqDQoxMTcgMCBvYmoNCjw8L1R5 cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDY5OS9IZWlnaHQgMzIzL0NvbG9yU3BhY2Uv RGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAxMTgg MCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjM1MjU+Pg0Kc3RyZWFtDQp4nOyd+XcV15Xv /fN7a6XTnc7qxG0nxI6NicEGPCWekG1sDALMLCYNCCRAgAYkoQGhGSGBAEkIhAZAYjaDQAgxiEHC ZsZ2jGM7zstkd/rv8H1nHqrqXhWozrkg9l7fddeufU7B5rbT53PPrjo7FAIDAwMDAwMDG9hiYmJK wcDAwMDAwIacoSU+QGAoKSlBn319fSVgYGBgYGBgQ8jQ4t7f3x8UNqA/EEEI/TMfAwMDAwMDAxtC Nm7cOLTWo4U+KGCgDsIGxCHR/seBgYGBgYGBBWaIGdD6PnhmEMCATHBItP9xYGBgYGBgYEEaWu4H WZ5QgYEa5ZD7y2fEvwcjyzZi2L8Hooc07cd//n8fxrQtf+FP/ObnQQnStpk5pO3Hfv5vTwSiKKf9 0/tM+yf/5z+ilvZPn8T6tyd95Okx7V7/6hLy1OJ9M4MbGEL3W54oeemxUGowWjv6scdtLWIxYx8P 3UgNRMc2jB8x7KcPY9rjX3ncTtrIgkr77v6ZNtM+eqc0EG0+uPy1d0ZYS7t0Z1Igabedy5045zVr ac9OiXmU00aauejt//j5T+ykPey/ni9deLx04TGs+OOl8cfKFmpiQwuPl2GpkWPiRhI/Hvtqyn/+ xBI2oLTL4o+Xsb/9eKmWlUeG5F/HhLONl/+QuLdzrKWNrEz9JskXjv8J6N+iiWRIHTZK/k/AHKy0 2C1P/eKFe/3bB1Oe8ASG0H2VJwIEhn0xWOOtrAYBrry9DZP2lcbYWcUCT3tGzDALaT8WKDCgtFfO ft5O2gECQ3rZDLSK2VkOAgQGlLa1VSxAYEBpp6yJfWLYfz5EaSPRtF945SkLabOVdzBiC9nx6a+n z3gj/alf3vMqdn9pc4zhPIMW34VEyrKrrsWCHPQV+Xj8e8Uo7RFPWmLLwX7bXGmTt6C0Xx0+8T5y uL/yRDhgoMxwT+WJjFGPfT8/GB0dz5hhxrD7+CbuzQJfee2sYibSXps02kJ5IlhgsJZ2sMBgbRUL FhioLKxiwQLDQ5c2BQYqC/tRAQADF1q/EDMgvXZfq5iVtI+pqECV8F4xRR2UtoXyRHl8Z1lCJ/p7 y9HfniDS6BROORbxySiez0Y75bQEBgxIb42ceR9p30d5IgIwiAn+yxOjf/bYlanB6NQExgymyxMm Vl6k7blvGC1PPKRpP2YAGKhMb+wEDgx2lgMTwGAhbRPAQDd2Hoq0VWCwsLFDVl62DJUndJYnsFWJ LFvMwQucXNrcSxhe4JBmvInXrxmEGd6+r1XsHtMOhnMSyA4DRZ3YV4xXVeiXjL9n7ug6zkW/9rCT V0zZyr5wIgvliQGBIUS2Gn788Uf/jzTUvR4wM2x/w2B5wtDKa3oVM5q20fKEIWAwvbFjCBhMr2KG gMH0KmYIGExv7BgCBtNpD/uvkeoyFGYVCyt1UVPXL9PlCQwMCQxp+A9zh0N+oSeobNCp/pAXlwnj i0XONG2j5YnyhBPliSfEF1iRiHSigl6iOLpMICI+E5t8QgYTTiBgmPlmBpL4zu8vbXoQU1DAELr3 8kTS8GCYoTfWeHnC6MprbhWzkLahfX5zwGC0PGEOGIwuB+aAwWiR3RwwGC1PmAMGoxs7DmAIq8SB RhM78eJF16835fprqDyB0i6LV36A010OSgiMZKQvfrMLvyyeo058Z8L4Eok6nBnMVVUwHlAlUXUS nXDKPU2NJJ5YOZUBA/na0y2UJ3wCg5gclfKEUWYwvfIa+sFuIW1DqGMUGJAKk0abSNsoMFCZSNso MJhL2zQwIJkgNNPAYChttPKSZQj/1C1XftXyCHPoUsWHTvCZJyqUCcr6laEyw4hfBf+DPZCNEXpX ogCGN9PVrQYTaSOrTDpRmXSSCDkuTsA6WUEmiEildE5WLmL3UmCY9ZaTGV597n5Qx0954p6Agc6P YnkCgMFm2oZWXgAGAIYBDYDBNjCE/VUb8TdvojMuFi91/TK0wx9pYyTyZohrcuL7JTJhhRkMFSbw ik+0njtEJ4goD2BCqHSOnnRo5Ud1s97KnKUwAy1PvD3q/v9XGbk8ca/AEIpqeWL+0/f9NYQ1AAYA Bj8GwADAYC1t28Dwi5GeP3Ir9d+2FcoPXvnLly5z/BKtXDozsPKEoR2GigT+JADZ6CjX9kM6eUQO lcuNEXUCAwaesEQdQzsM6wkqrE+mzNCFHBZxIkSXzhVdNLKeB1dRYMDSvva3R80cTHoR3ri8D2AQ NyJsCOoLjKIBMAAw+DEABgAGa2lbBobfYGA4yQGA7XhXJLFlq0LZA6f8QH/8VmCdENPoVjlavGai lUtZvLDeyBjxq98HnjappChl/UR9D4RFCBjIHRKtvCJ2SAQwaHsjZjgH2frkLswJGBX86KTLYZfp 0+pnv5U5mzFDpihPjBscMDwWvl/VfQNDSGmNfZnYhQsXzp0719PT09XVdezYsUOHDu3bt2/37t2t ra07d+5samraTqzRgNE/Gf0Vzc3N6K/bs2cP+qsPHz58/PhxlMyZM2fOnz+P0qN59nFjl13Nplfe tWmxftJG3xVNG317KG30TUY37f0b5/tPG/2fW6SN/jMIlzYy08AQLm2aOUob/dfoSPvEiRMDpm0B GHym3dHRcfDgwchpi8z7v2s3vfIOmHZLS8uuXbtQ2gcOHDh69ChK+/Tp0zTtS5cueab99f8G84VH SDszd7n/tI8cOWIz7QjAECHtHTt2eKbd3d0dOe32pqPO7e4k6bt+9spL95D6g1f9zTvrw+QIaaMv nKbd3t7uTpv+5+2ZtrNWMlABxeOBATIh6QMNGAQzzPpwkf+0P/74Y5r22bNnxf/rdqd98eJFBxJU LdblGpKX/JPGVyFgeDtr9ltZDmZYFrcukP9V/vjjjw48GAwwhEh54mG3kqx5plfe+pLEhzFt9FM9 8LSRmQYGQ2lbAAYTaVvYYTCRtoUdhgWJMx/YtCMAg4m0k+JWuHbCHZvhOIiWKnfQwRVi5XLsky+P zws87cS4FWEeF/RRSeHFFHqJgUEnHFqeWBa/JvC0kVUtPkXUxZ1TSqQrfKRLD3alT2/AwEClfO3j XgjyP5IAgWEImJ2SxMOYNlp5A08bm3lgMJG1BWAwkbYFYDCRtp2SxAObdgRgMJH2b34x0rkHThkg mdbZ3Tvkjk3yk7wK36WvXLI88btf/d5E2qJ6Iuom9OUCXkM5yZ+v0Asui5SqCpmW9EHpTNeuiKG0 kW1YcsohhAGqT+U5TR1Kn9Ewe1yWmxkQMJhIOwTAAMAAwODPABgAGKylbRsYfukABqeqkrV98vWu SyG+cmU59hl+92tjwBBBSd4vF7iFgMGzkmIMGLqxUk5VSRjodjnET8HTsJ/SzUeZU7WkO4MCg8YM GBvGvTDLRNohAAYABgAGfwbAAMBgLW3LwPDUL0e6a+VVyaeqeLl8Pb1cfMpBC2yacq9j5RLYEB1g UJ+7SHY+buEFDLyMwrHBEDBUp3RXL+nGn0QbfKhacdhdCBhmbpsTs3rOuKw5OjPEADAYMwAGAAY/ BsAAwGAt7WgAg2cB3bPC7llVZ9J+7Sqb5IaAwfHohXjfkNZH3A9aeL6xiGYu0oAhU5QnTAFD6uma 1NPVWGjpP10tMeC0SySuTib3kts5MGBmWK1uNcS8MNtE2iEABgAGAAZ/BsAAwGAt7SgBg7fY9rhe VWdDJFK1RAcGIaU8YQoYkrsqRUFEHlDQxd5bdD2Y4XoMg92yaEIZZZvZ5ispyGr4oq+q2iX3qOOW zFmNc95Z7WYGAAZzBsAAwODHABgAGKylbR8Y2Lovy+jdrifuukndXJbdie+c5gEMhBmeNwEM+NGL k56PUoR5RNN9ycorGBjIfojjLQ9TwLAULfc9NUt7sMM+iQQMsMse12WPnLYUA0PcO9lICjbgbz7m RQAGUwbAAMDgxwAYABispR0NYOhW5IEK7AE87dk88Rgen5nSjdYsT2Z4/td/CDxtBAzhnr2M8PSm Z5wAQ6adRy+QbVzas3FZTw0R9l2iQ4QlmND8jXQyvwUFs2YzYNCZYTUAgzkDYABg8GMADAAM1tK2 DwzVKc5n8Nx+tdczeA6xNYv/1BV6fljwK694VpM+jclf5eDPalKHj4Y9K0ndYaDMwB+9mG0OGJb1 CG1adob7Z9S4GCUTHEMsgoBh7rvZc13MAMBgzgAYABj8GAADAIO1tKMLDPJBOy1Cyugppz2mKXFB C46thueHBb/DEPnRC9fBR12ug4/ktEUflrkf1zQHDJuWn6EkIB3qR4gvP7NxOUYF4rCh1XO2Y2BQ mIFiQ8xoAAZTBsAAwODHABgAGKylbRsYHh/JVvzUbvmUXYp83E4+0p/aLaYpD/nLyWoxXWUGU8Cg P3IZBhiUS/6ohmPaog/L9RpKprlHL0IUGJafJTrjUri4hwgw5BBhbBDM8M7oOSbSDgEwADAAMPgz AAYABmtpWweGUQM+kB9B6oP9ce+sjkO0ILCBw4PZHQbxxKb6cofOCe6TEgU5ID9ZAIPODCYevUC2 Ke0s0/IztWlUZ4UEMGhBInZJuSLt7Oq4HXPfy8HizEC3Gt4ZA8BgygAYABj8GAADAIO1tC0Dw9MS GHr4Z48TDOjTd854j+NJfvYjV2UGstVgCBg2LPE8LNF5dmKV8g5Ilcf7Hd0aMCjYYGiHQSWBwSg7 bse893LdzADAYM4AGAAY/BgAAwCDtbQtA8NTj4/SHtEXb/kxsWfymfAD/Jwf9LcC0TSlmK4xgylg SPF8uUN9p8Mxqvji1OUlp5InlrPzEnVmMJE2ss0rznGd3Zx2TgAA8h3iQ9JX782Oa0LAQCSYAWPD uwAMxgyAAYDBjwEwADBYS9syMDyNgGGZfF+PyTPiHtVfD0TAQEWZIY5XJcztMAgkCPPiBmMD/pbH KSLn6x7JH5bTPGc7X+4wCQwrz21ZeR4JOVgrXMLx8+rQFmV0y8pzOXOb5o/PnTdeYQaCDQAM5gyA AYDBjwEwADBYSztqwOB8d8/5Kt8m96t//Nl+einK6BozvGMKGNwve7q7M4R7G1T1F9MdBhczGAIG yglE57asOo9FfU3nGS2ImSvVadgnwLBGYQZWnnh3LACDKQNgAGDwYwAMAAzW0rYODC9wPPB4FF8g wSaMB0w0zkBCmaw+sa+WJ0b+5vXA01beBnW0Y3A7rrdB5Quh2F88sUJ94mKOYWDYuur8VsoJXuJD vUQMJ7YKrhAzV57Pnbdz/vtrsBRmmIeBIc5E2iEABgAGAAZ/BsAAwGAtbfvA4OQEL3LwIw4MOXSr QZQnjADD46Oq+RugyjERp5WjIU47jomoVt8PVV7uWDypQn2nQ2w1mASGXooNW9N7sViESYEHETyv OfiWXgQMCygwCGYg2PAeAIMxA2AAYPBjAAwADNbSjgYwnFVOADhbK48CUIJpjiMCzurCQcfTd4IZ zAGD0r1Re8fTZzsnGsQ7DO9ku5nBEDDUUUjwrTq3T5hhDQEGzgy5ojzx3ti5JtIOATAAMAAw+DMA BgAGa2nbB4awr/xTnyCEY9QxjYpuic9TmeFdgzsMDgDwPCBCvvUZfsKS2AqPEySM7TDUZfTWZVxg Sr+wlQiRAI2TS8YGdTQufVW9a+Y3L/xgDWWGBZQZyFYDAIM5A2AAYPBjAAwADNbSji4wDEbiif15 8mQA/GkCGPDxEUvVsyB4J0fR25G/Fuo6OKJHG13asyS2kr0KqjODMWBgqICV4aneMHGp+vQLaxYg YMjDksyA9d5LAAymDIABgMGPATAAMFhLOxrAcK7W40AA9uK/OAqAnAbAPuVM8pYfjczTn77j+ww5 hnYY1AMiNmpHQ/Q4j49Q8MDtpzBgyHbsMxgChvqMi1iZF+ozL9ZlXGQAgPzMC3U4KFVHgmwm+qQz M+gQAoYWBgw6MwAwmDMABgAGPwbAAMBgLe0oAANa8YncBwLUprkOB6DxlWS+LoUWctVDCEc+ZWiH QYKB86QI1ieasAF/CVRlCfVMiSWxlWr/JqNvgyJDqz/XBcX3qwbu5C1sWTgB0UI+xwbGDONfBmAw ZQAMAAx+DIABgMFa2vaBwXl2EHnZXzkE4PwWJb5lpThH6Dyfxo4VIo/eManlCUPA4Dxdir7mudSJ Dc7zpgQ/LGPwkDK5Mk47cooxg4mNkRABBrToN2Qx1VNl4k8RadBVn6lHyCUChvgP8xdOIFK2Gsa/ PM9E2iEABgAGAAZ/BsAAwGAtbdvA8N8viKOEBCTQU4Ooo4ye36wcHKQLx8lzd7nyFT++4TDKKDBo x0md8XJc500t62GnTJAhBAzi7Ajt+AgzOwwNWZe2rb6EPvHSjxyqLKe2hXfon5Af34qAIZ4Cw4Q8 wQwADOYMgAGAwY8BMAAwWEs7isDgfZqQGFqpR1SROHu/j0gtT4x66o3g0+bHR3AkoAdOnmHHTy3j p0mowEDPm1rOgGEjv5cCg+uYSiPPaiJDaz3XZaJLXvIc0oIMGMgmQzxjBrzV8P4r802kHQJgAGAA YPBnAAwADNbSjgIw8MOCtirnDYoDCVWfHkKoHC7Uq6LFfHGOEDsZgMkoMMgTKR3nTUU4fkofSpm8 Xj07Is7k8REhBgxs6W9En9lSjUSCCuhlI7tkPpuTfbkgvjWBAANjBl6eMAoM6DMmJsbQn//gGwAD AIMfA2AAYLCWtn1gEKcICh7YKg4IEkpXjyLs1aals8gCDRjWiPKEYWA4GxYM/ClligAG7WhrQ8DQ mMMWfa4+oss+JbiiILE1YWKBYAZBDkaBoY/YI7vPAMAAwODHABgAGKylbR0YXhRIQM8IEiQw8JmE Kk6k9y74QDsQQJQnTAKD44BKeUlhoDbs6ZQykoqAQT84gm41GAKG7Tl9Qo1cMiLgAXEFHrqszkGj 4sbCxDYMDDozYGB41XhJAjn9/f2G/pYH2QAYABj8GAADAIO1tG0DwxMvusHAdbqgGhRzLjhOLRan ATi2GkY9bQQYxIGT9DhKigHsUMrljnMpzxDRgybOEMnDrikwqAdHmDtvCtn23D4mwQm5LienT5vm 5RQmtSVMKsAizCCwwQIwIBs3blzo0StPADAAMPgxAAYABmtpWwaG3yJgyJBgoEKCEtcPJ3QeU8xO NmanATj3GQwCw0BC/HBmwGmpU6rkAZWGz5tCtiO3fztWH3f6d0i/b7sMOiJyiNyLgGFXwqRCwgyF KjPYAYYQYYZHrTwBwGAZGDLiRn25b9bg1VsfC8AwoAEwADAMaAwYBq36jAvawYMKNtgCBu28Src2 hwOGqVXKeVOCGUztMOxY08+Uq2iNSyS4fQ2DBzmHX65dtCtxUiERZwaCDR/YAgYRfHTKEwAMtncY QqGk2OFXmqYGoqNV4wEYIhgAAwDDgIaAgZ06mOFTF+V8fqAxB4Z892HFSC8YAwZ6NrUKDPqJ1oIi HGdfn1VPtGbAMF4eUEnLE8aA4QpRf9OaK03MV5R7hfAA9sVoExNlBhbEwBBLgaGQbzVgZphgFxhC nBkehfIEAIN9YEA2+pmf1WW9HggznKqdAMAQzgAYABgGNA4MpMGB5IGIYt0QnFKPD1IPKzYEDGzR X+FxSDVrhyEnIEI4y0eJzykCRSQwKI0wDB1QiaxJAoAmnQ28I00iknelaNHupNhCFzMUTnhtgYm0 QxHPYXhEyhMADFEBBmpBbTWo5QkABtUAGAAYBjQJDJnKycOZ2qHE9OBicYhxgzjNmMfpfPKUfp4b G0wBw0qP5heRpBxkrd67dGqV+3RKQwdUItuZ/8nO/CtEnzTlIV3RxIfwaD6+RHOYzxx2y7rkPYti 1zJmiBXYUBAVYBAThnZ5AoAhisAQCpQZaHkCgEE1AAYAhgENAYPapEBtaiBPKtbbH6ijKkVwYKDd DWR5wiwwsDOr+dHWtM+F6H+xgh52LVtgkFEJD8hf+lGVdqI1L0+YeBs0hIHhU8wDBZ9QKlD0KVYB GSq4IiMMMJwzMTBMLlo0GTHDWnWrIYrAEBrq5QkAhugCQyjo8gQAg2oADAAMA9ozGBj0Lgai04FH 0KPZgZA8QUjvbvDC028GnjY90VpwgquxBYME3iDjnGiNwelCNsVgwPC+0jPL2HlTyJoLEBUwNTMk +FQG8+Uom1PAR/Olg4FhcTsBBiczfBhVYAgN6fIEAEPUgYFaUuzwQDT3/adNpAfAAMBgLW37wKA2 LKC9kNTLbWEiDa4OCPHOUwdZecIUMHh2tVA7X+i9sbTuGLIpBt9hUI6mNA0MWIWMBMKq8CqeE34a BoYpRVgEGwQzfPj7KAMDtSHJDAAMDwgwPOAGwADAYC1t28Dw5Ivh+xxd9mqEpF5qN7pOHWTlCXM7 DAIP9G4X5z3YwEv0lqUfbXC3wDAHDC2FV1soDFBsYJdcBUxqsMXhFHzaUvhp8RIODJwZ6FbDh79f aCLt0L03nxp65QkABgAGPwbAAMBgLe0oAYPEg0ZVal8kMqdRTlYaHJBL90nF8RPy4hEw/NYIMGzV Wl/16h0xNCRw9cw6r/rLNGBYI8oTRoHBpWtcEUa1YHFKR/KUdckuZnhwgCE05MoTAAwADH4MgAGA wVraUQAGvVuilLNNEo/gBgfOHotIDBiI1NrEi8aAQTTDcjgCHtRLpRGn7IVBgWGBGxjMtMBA1rr2 GlKLS61MV7kYQrQiPKA+n0PnlyBgmLpOYwaCDRP/8AABA7UhwwwADAAMfgyAAYDBWtr2gYE3THT3 TOQNkuhQzmW1QdL2bNk7id6eMLFQZYYEo8DwxIuyAZa7E5az5ybhhDDNs5ZN2+Dqf5Fr6IDKEAcG piKutfcsBAyLETBQKcww8Q/xJtIODQIYQrw8Ufqw2+r5plfehtKkhzHt3vaM4NN+aM0CMBjJ2zww mMh6+4Fgvu0Iabe1Nz6waUcABhNpp8ZnymaIri6Kja7gdmWmY4ITGDgzZCwpCjztJQsz/LbUHEjL plUvdPW/QFq1eG3gaSNrLbrexjmBONe5BD+gCXIOHWpjk6VKUvcunlqsMMM6Cgw1BW1Bpep4/GAw wBAi5YmSh9z6uppNr7z1JYkPY9qFSaMDT/vhNQvAYCLt/u/aTa+8JtK2AAwLEmc+sGlHAAYTae9v 61QbLmt9EnNdjRRz+xpz+5zz+S344CA3M0wsSF+8NvC097Z2clS4QMWbZ4lOmhdkV82MXr2x5gWl 52bv8mkb1OYXAhtWJhcGnjaytnXXpYpcWhdeRdJBFFGKgOGjYgczJE8pmvh6fIDZBggMQ8CgJAEl CT9mARhMpA0lCShJDGjPPDla6YfIJDocbZeOGJWXO/QbeS8kig2SHF585q3A06Y9s7a6m2xmUDxw xAVCCLroZe04My4sn17taH5hrmcWMrziFxOtu75LQ4IbWMXq6I1dOMgm7OKfOF7MgYFq6jqBDQgY TKQdAmAAYABg8GcADAAM1tK2DwwKHvR5NkZkEY0ftB6LFDkkMEyyAQz1asftAdRL5IoTckijwMCb XxhtgYFsV/GNe9LuMPGypfuWTCt2MwMAgzkDYABg8GMADAAM1tK2DAzPCmDQGyuLpoqRpHdeFqcT K/sMZncY1ObatIGmvMxgbTTlpT5az+9aLoFB681tCBh2l9yUKr4pqIAHiY91U0odKsEzdxXfLFu6 P2Vaic4MGBsmvZ5gIu0QAAMAAwCDPwNgAGCwlnYUgMHVZFl0Una0YFYund2ZkY9PGpzkVMKkQlM7 DFpX7ot6z01GCB5dubEussbcZE6aAxh4ecIGMPhRKdIt/KnHy5ftT5mOgEFnho+KARjMGQADAIMf A2AAYLCWtn1gcLZO9lQeB4M8GXHMQcCgdkGyAgwcErw7cV9wdeWmuwranLQZ1a4Om6aabCLbU3Jz TynSLSS69JPILR/SJlNgoELMILBh0hsADKYMgAGAwY8BMAAwWEs7CsDg6LCcx3lAdfKu7HRPY2IN l5NYF6S1DmwYbQAYnqFNNjN5h01FMp4VDiRkq26ktBk1vO1FvsoMJk60RtZeFokK8CiViIhRfah8 uQQGdasBgMGcATAAMPgxAAYABmtpWweGMaxpch4WXvpFM+U8GccdljEzsGBTPp7JnHzMDGgUt0BC zEAVaxwY6KJPe23Xc0ig/KD26RZgoHXxzroobkfAoDfmNgsMaMVvl7otMEAE1YjnEPUrlh9InV7q ZgYABnMGwADA4McAGAAYrKVtGxh+NWYna7L8iS7PoK4CIj6NtU3kwCD2GUwAw2/pDgPvwV2fJVpy K0GKEFpc9OyWwLCCAEM8pQWlMbexHYbb7eW38ec9qfyW466KNAIMMxAzaNgQ+0aiibRDAAwADAAM /gyAAYDBWtpRAwavHso7qfK5U8CmsWC+jCDJVsuMGVh5YvSzBnYYnnyRL/2XFAxwXLoddQ4LrphZ I9prxk8QXbmNNNlE1lF+WxXnASbnKA86HHRL5YqDqTPKUgkwqFsNsW8mmkg7BMAAwADA4M8AGAAY rKVtHxiceBCGHNxBxy1Kz8QitTwx+tm3A0/7mSde3Lb6UgPXNk4CrNc2cdiQMq1BCW5jd10UwMDa a/LyhIkmmyEMDHd0KrijqUIZqriD5aQIGryDgWFmGWUGLM4Mk99KNJF2CIABgAGAwZ8BMAAwWEs7 isBA1eIBBldbCp1zWpwzry7S2yYKZjACDLgr96WIuuwONnjNXKkCA5c5YNhbcWcvJQHihFOHPkdO Lmfx9SsOYWAQzMDLEwAM5gyAAYDBjwEwADBYS9s+MLQUXo2kgqsIBpqVSHMhuxQOVfKUomQvZjAG DJd1PFB1yX3ZmH3ZazICho0JH+YnOIEhzxQwVH62r/KzvUIVXCxyh0ufRrSPC/nrVx5aSoFBwQYA BqMGwADA4McAGAAYrKVtGxh+jYDhGlFEbHDqGoeHawIbSC8DhRl4bWKMQWC4vC1bQ4VG+kmD2Zcc o9v4KBMFhlkIGLR+3FSGgGHf+s+QHADgofXq5ec8+PlePrp+1aGls8qwdGaY/FaSibRDAAwADAAM /gyAAYDBWtpRAYZWBABrOQysJZc4QkT8Vhykoxo24PhaBg+sZ+JUfZ9hiilgEOv+NqLG8PIcFXdJ YNCZ4UWTwICW/v1Yn4lLt/Y7HW1y1apDy2aXu5lh8tsADKYMgAGAwY8BMAAwWEs7CsBAwKDVrSJM DtplkTbBcWOy6LOMWy1LbBgz3Aww5FxuzOlrzO4LhwRO5XDJYB8DBrUfNy9PGAKG/VWfYzFg+JyT w+csrkqNKz4DhvTDCBiwdGYAYDBnAAwADH4MgAGAwVra9oFB44EiFzMUDXTJpQGDstVgChiyCS3k KNJIgLEEim8nYpfyFkoRfS5gYNhgCBgOaFTwBfo84EYFHPziAB79wmsIawMDhjL6KbYaJo9bZCLt EAADAAMAgz8DYABgsJa2dWAY21Z0rU1Z99uKnCTQVnS9TaACdq7TW/SZ12m3xMUuZjC2w9AnYUBx FF3eLtjAY5TdsnLWJg9gmFhgChg2fIFFYAA5+6ucYhO8xCaQORsyPl5Odxg4NlBmmALAYMweUmBA tqco5st9swavU7UTABgGNAAGAAZraVsGhuEYGK57ax1Tq+JjhZnJmyw79xkMAcP23L7GXLboa8ol cse95iCWWDl7E+/EXaiSg4meWcgOVHMAqI7EBge9IgeVWzAwzKlAzKBgAy5PADCYs4cXGJAlxQ6/ 0jR18Oqtjz1aNR6AIYIBMAAwWEs7CsCw7vo9aVeY+BKlyXLy1GLBDKaAAS/9/UQcADT1M2zwGNK0 avYm2lXTFjD88WD1Hw9swDpY7SE6pI5i3zWZAQOVwgxTYgAYTNlDDQzIRj/zs7qs1wPBBsdWAwCD agAMAAzW0o4GMNwgwiTAVHy9rfjGrnU3BBugCBafoARvYKk7DGyfQW41jBk+LvC0ETDswEjQr+AB lghyR8zpV+ZrQxQY3MxgCBgO1mjr/iEiT3JgqvH2qzMVYFCYYWpMsom0QwAMDz8wUDPBDAAMqgEw ADBYS9s+MBAwuMGW/mLdj6x1N9R7l0wrxvqoWG41EGAYawwYhBzAwON9O/SIHFpDpAODzgyFhoDh UM2Xqhg21PyRRwgVYJFRfbK8q+bLmswjaXGVaTozLMfAADsMpmxoAEPIQHkCgEE1AAYABmtp2waG YWPD8cBuLhkpubm7+KYyelOdTNsrO5nho+Kxz40LPO1nnxwtFn3mrFFgwB1UI/qQCgwqNpgCho13 D2/88hDXYZfUIe7c5cG7iBYO1+BITRYBBqwKdasBdhjM2ZABhhApTwTCDHSrAYBBNQAGAAZraVsG hueGjd1dcgOLAABWCf+kDgtySCih2MBukfBQcjNlOqEFgg2LLQHDFS6BAc5Ik5sTtMn9q+Zsom24 Hcxgois3ssMYGIg23SUkcPewpzZ5BNXJNauPps2t5MxQKYDhIwAGYzaUgIFaUuzwQDT3/adtpv2A GwADAIO1tKMBDDdV7SnlfulNx9Duklt7XME93KHdEuU+A99qMAQMTZINsJqIOCRcafIYoqPOoVVz ajEwxDqZwRAwfLzpLtJhRR8rjmNIjH6siMY3rj66Yu76NCyODQwYFptIOwTAMBSBAcyEATAAMFhL 2z4w7Cm9tRupRHICiiAw2EPggToqPGBmIPOZU6oBAxOlhWnGgaEpkvojcAJWHlY6AYakSdaA4Sum WiJ2edclZaiW6isl+NXG1ccoMKxQmSEOgMGgATCA+TEABgAGa2lHBRh0Qrg1kDhI6BENGJTyhClg yNPWfXaZdy8iUIGAISl2LVGhutVgChhqvxI6ovhq8Ig+5I4gbco+tnIepgXHPsNH7xgEhv7+/piY GEN//oNvAAxgfgyAAYDBWtpRA4ayW+1EAgNUn47uKWP+HuErSpleqjMDq02MfS74JebZJ8eQRf8T ois7kfIdPPBJUz4ZyifyAoadZE56XG3SZAIMkzVmMAQMRzZ/dWTzn7gYBhxR2UCMiuBmZaiWxSkw YGZAnwo2TDMJDH3EHtl9BgAGMD8GwADAYC3tKABD2S1V7YrDJHHiNpIyelu9K3VGKWEGJzaYAYbR O/M/wcrDQnjALnmEiV1eoT5GCMQV+dwnQ+lxmzEqTGbAkMTLE6OfNQQMfzq6hSHBUUkO96Cj5E/Y lHN85fwqwQyiPDHt3SUm0g4pJYlHlhkAGMD8GAADAIO1tO0DgwQDwgPt5beZo6r8lj5Nv4UIA8OM UvSZqjPD2BEGgOFXY3bmf0r0iUvh4ooKiIifEbdl0eQihRlYecIQMKC1XtfXRDJyhMg17U+OObU5 x1chYKCi2GALGEKPankCgAHMjwEwADBYSzsKwFB+W6rsdkcZ+6QS/NBRTlTGZnZwTmAzy2+nziS0 QIBBZYaXzABDc8GnSBwPPt1ZEN4RlwU8yJ3m/E8pMFCpzDD62eBPtA5hYPj6GIMEJselCArJ+Fau LV/X5nSumr/ByQzzLAEDsnHjxqHPR2qrAYABzI8BMAAwWEvbPjAwEqAYwHSnQ/oeaueTVdhInVkm mUEpTxgCBrroM2zgjrikVCAvC7yAgYxmzN2yaEqRmxkMAcOxrV9T0aX/mC99Ixxxy+ZcCgxOZphu CxioPVLlCQAGMD8GwADAYC3taADDHY0QKu50VBBmqCASQTqtQs7cK+dgEWCQzCDKE0Z3GJqVpb/Z jQ1ecccoAwYXMxgDhm+O1X1znGorEfGP6VKDclS5d8uazvSFGwQzMGyYVzX9PavAEHqUyhMADGB+ DIABgMFa2paBYQQChgq27u8NI/cQgwT9Rg4MhBlmSmYwAgy/HuNkgEI3FVwlCssMSC0FV93AQGUI GI7Xo+X+2+OCGZDqqfMtVr0+xEc7keqJXy+A4UT6gg1Y8zeoWw32gSHEyxNDnhkAGMD8GAADAIO1 tC0Dw3PDxobjBKzKz/ZWOi4/4z6+lMxQeWfprLKlkhnkVoOhHYaWQgIJVIwNrjYXXm3hai5kl83h RG7JFMBAmYGTwxgzwNBZT6ig/ttOIuG4dVz3HTMxMCysTl+4gWKDYIaoAAO1IV+eAGAA82MADAAM 1tK2DAwjfvPSvso7+yoZACDto1SgaJ8rSG/Zx2+hosDgZgZDOwwthRoeuEWRwMEP7lsy521JnlKU LJiBk4M5YOhs4Ot+gxcqNHBFiNR/uzWPAgNnBl6emPFeiom0Q/5Oehza5QkABjA/BsAAwGAt7WgA w2ea1n++b/1nTFqcD4lLgRM4/vmyWeXLEDMQqczw0u8MAcO1CLTgobVXlVuuNWNRYNi6aGpR8lSd GYwBw4mGb080/Lmz4c8niCQMSLHRTi59Pr4F/SFb809mxFdnMGaoFuWJ6AJDaEiXJwAYwPwYAAMA g7W0owAMZLmXkMAuPw8TV8gBM8PnRNhfNrsMAQP6pMwgthpe+t07gafNgGHtNYIBDpE4v2z1IodW Ir7DsDV56joijRmMAcOfT2xjq790xOU2iQrscpsyxPQd+mTAoDID2WqYMT7KwBAizDAkyxMADGB+ DIABgMFa2tEDBqn9VR6R/eulWFCfs2x2ORZmhnK1PGEIGFrXXqMi2HCt1aHCa44JqlrxVgMWGlWA gTEDxYYxw40Aw8lt353EKz7WyW1/Ptn4HRK/ZA73MR6cJBKowC+/q8vvyqTAQCSY4UEABjG/v7/f UDJRMQAGMD8GwADAYC1t28Dw1EsSCe5VHBvoJQMGygyzypfy8sTLhoGh1RMYfCtLA4Z1ojxhChgI IUgRNnAG3XNckbqCrsyEGpUZ6FbDjPGpJtIO3Ve3yiFWngBgAPNjAAwADNbStg8M+6u+IFJh4AuX g3Wg6osDWkQblcCAJcsTZoGhSJHAAIfvHhWRIicwsH2GqaaAoavxL13b/4I/G7/rkgzwFy5JBV38 E82no12N4sa/1BUSYMDMoGDDwuqZ7z9AwBAaWuUJAAYwPwbAAMBgLW3rwPDygQ1fOMQRgonFq9Q5 nxPxCUTLZ1csY1K2GmYbAYbhvx7bVqTRQhuRxg9F17EkJ1xv9bjleta8usVOYMAytsNAgGHQqi88 lZWw0c0MDxowiHvp2xMPtZWunm8BGKL9rwQbrFkABhNpWwAGE2lvPxDMtx0h7YVJsx/YtCMAg4m0 lyfnuIHh/rR8TgWWCgyYGcoRMASe9tKk1W2UB5DWXUe+W3RUTlNH1xGRYNb8usUfFbuZYczwcYGn jezUjr8giXX/1HZx+f9O7SASQzu4+DT1xoa1FBg4M/DyxMwPUgPMNihgCJGthpKH3Pq6mk0DQ31J YrT/lWCDNQvAYCLt/u/aTa+8JtK2AAwLEmc+sGlHAAYTaR/u6D6w4Y9EYun/40GkavKJnS8O8jid gCKRgcHBDNlppYGnfXB3V5sXADBnXfiISwwYCDOo2JCZWhx42shONXEwEGpi6nYP0VH9spuoYW13 VuJGxAxZGjPUIGAIMNsAgWEIGJQkwPyYBWAwkTaUJKAkMaCNeOplzAYuHVCcA16jB1wRBgySGVh5 4uXnjZQkdg1EAg6Fm79aAANmBrnVMHb4uMDTRtbNV/zuHbqzg4tN+KvLkRNONf21oag7K2kTZgYd G2Z9sNRE2iEABgAGMH8GwADAYC3taAJDjQSAQ/oli0RUmgAGhRxMAsMNIo0EyCWOR+AEPKeYSAGG JYIZeHlijCFg2PlXwgB/xY7w3fIcUoLbirpXJ23MolKYYdYEAAZTBsAA5scAGAAYrKUdBWCo+RLp EBKhAoIKKEJ8HJc4QS6/ZPxQQ6YJnKj5Mi2uEmtOBZVghpeffzfwtIcPG7ur+AbWuhvMUX1HcJ0e IWpDIvHVCxgwOJhh7HPjAk87RIDhNFE3/1R1euffTnMkOL0zkrat6169aNPqJCyVGQAYzBkAA5gf A2AAYLCWtn1goBhwb9rIJGFDAANhBnWT4RWjwDCQdg80AQHDkmnFWDozGAKG081/w9rJ1fy3HvVS iUtH8/+KtfNvjetOY2CgUpgBgMGofX9ifiD6ZOcUAIahagAMAAzW0rYNDE+/LFZ/qsP8k+guDtaI yF0W4dMOyWl30+ZWYmFmqFCZwRAw7HaBwW4vH1+W3ERSZqo+AoZ6BgzTLAFDD9bfe4TT8ndKBTSi +q7I3+mN6BIBQ/aiWoUZNmYRbJgNwGDY6rJev9I0dfA6VTsBgGFIGgADAIO1tO0DA8UAuugf4r6n 2IRNzpmHVGCYy/cZ4lhtwgQwPIeAoUSyAWIATAX0s4T7RApC3HTQBfoT0MzshXUSGKYxWlhiDBjO tGBCwGr++5lm7kv9jYvNkQ6azyJ4dHtxT3Zyrc4MGBtmf7jMRNohAAbFkmKHB8IMvfWxR6vGAzAM MQNgAGCwlrZlYPgdAoZNdz1EYcDh6KMf6/NXzF2/wskMlSaBgVNBySBUjIChPmV6SQqmhRLGDNMM AgMFgDNc7LLVSQ5iVJ2mantJTw4CBsIMKjYAMNix0c/8LBBmQFKZAYBhCBgAAwCDtbSjCAwfa/pK 5QEcqWWE4IxzEWDAcuwzvDLSGDBw7UEqdcGAjNzypAV8SykHhuklS6ZLZkAytcPQivDgH+STqOXv PCLEh7QgH+IIsb3kDAKGnOTNDmaYPRGAwZ4FXp4AYBgCBsAAwGAtbfvAQNiASqUFotqvKCewYC2R GFJvqf1q5bz1TmYg2GAIGPaU3qJIsEfgQSkhhxLmeOHBLTYNO4wisuMZMBAVmwaGs23/OEtWf80R ohESFI70lck7Ss/kLN5MNxnEVgMAg30LtjwBwDAEDIABgMFa2taB4RWGAVxH9EupTdqcIyo8kCEE DCvnMqnlCXPAQMS2Fyg/UIfFtctblCXI5FvqnOz4BgUYSkR5whAwnNv1z3Nt/9Qgoe0f55B2MZ3F o1jn2v7hcM7KG//ZVHomFwEDZgYqxgxzABis2+hnflaX9XogGjHsp9H+14AN1gAYABispW0ZGJ5X gIFiwJHNirNZIgS9pKMfq9O4j4GBS91qMAUMZbeUpf+WvHQ7bpXJUQ9gwOUJBAxGmjJjYFDVRqQ6 4Ub1oaays7lLtjBmIFsNtDwxZ+JyE2mHABjAwPwZAAMAg7W07QPDkc1/ugfVOi4FNvxJBQaVGV4d +V7gaTNgKLvVTqQCQLuOCu0OSCjT/bJbOfENqdNL3cwwdoQxYNjN1/3dKgN8j3QeS4ucc14S7f6e AQPWZr7VUAvAAAYWdQNgAGCwlnbUgeEo0hYnJxwlcgfVy5XzqzRm4OUJQ8DQXqat++0uMWDA/m0k ZebtduWunIRtqTNK3czwkhlgOL/7e6RzRMT/geh7oXOKz/XDOX0O0s6ys2sYMKjMsDluYpqJtEMA DGBg/gyAAYDBWtr2geEohwQs4Wz5mjvhpd+4an4VkhMb5pkFBsED4SUQwsEMTDkJDSkMGKjMA8Me pB/45w+9e1QYoPyAgjzCnV46k96IgKH83JqULUi5AhsIM8RNAmAAA4umATAAMFhLOwrAgNnga50Q vnYHj2lBj1soMLiZ4dVRRoChozwiJ0QeVZRLdhgwM9BPzgyGgKG3/Qe69PvReZcjJIDBwQwADGBg 0TUABgAGa2nbB4ZjW79GEgyg+iKChfytTMe41Gmr5m8gcjKDIWDASFDOwADBQwfxOxRRHugo0y4Z SyiTcxNJSUIVYQZTwLDnhwtoxUfY0P4/5FMX54EL4eJ8qLniXF7qVsEMojwxF4ABDCyqBsAAwGAt 7WgBg5e+IYockfH0BRtWLZDMILDB2A7DnQ6dEAZQhYYKwsHAMLMUS91kmFFqCBgutP/PBYwKVHj1 F5cXHOpg6hWXymhzxXkEDHkpCjOQrYa5sStMpB0CYAAD82cxk8eUNScPXkXbErI3zAFgiGwADNaB 4RuHjtd9c6yO+MJxjLpuwcCwcANihnQXM5gEBk9muNNRcUe7dMysuMNE4rmJjakzy5zMYA4YOvjS 3+HURSIZaY80rbmSAANlBmWrAYABDCzqNuzZXyzKnhgINuRvng/AEMEAGKwCw29fQQBARfFA+A5H 1TFXHF1iYNCYgWGDCWAYMWzs3oo7VIwQHOLBveVeEzhFoNs5MJQxbOCFCUPAcHHvvwQYXNzLVv+L 1Kfq+JfQBebwoJz/r5bK3rzUOsYMRAwYJgMwgIE9EBYUMxRtSwBgCGcADNEChuP1EgA6677trP9W HeoUo2qcCUcYMAhm4FsNr5kBBsYDYeQ56uYKFFyjAYPcajAGDP+LmYHokqp9RGJonxahcy6KmXv/ 1bK+N39pncYMpDwxD4ABDOyBMUPlCROpAjAAMAxoIxEwIAAgwpBQR8CAR5jqyCgXmyyGiNBl+sJq yQzKVsNro8YHnvZz/7+9M/3Sosjz/b/Rc859oXemmbbFBTcWtatu3xlnemTuMq3d09jaKq0sIouC ssmissleBRQqqxTFWguCqCBUsYNn1HG6bVHRBkV28PV9VTeWjMiIyKzKqvLJqnqSz+d8T55f/CKS k/UqPyfi4XncHQb96n/VcYNXg+F/yLhD564XHl827NczhyWcIT9h2LdBxFhBbAhnTawYxB2Vs27e nLV34rClSWdAGAB6FXkcT+TxnAgDwpCJEIYGRwZkqhJuUOU1G2ynKpYHIwxzPW1QzpCHMNx0452x EmgfcLIh0UlxBrVMJBKGhwJnmHnnz3MRBvelv7/2e5OzgQ/sM539atm+Dd/HfTk8++bsvROHL9XO MPHpWBuGDB6Vx2O3IgwAP4LSOkMeT4gwdOebN+9PueQlDD+9O5YB5QCN5toYeELQN7Om8/mYR+fK JPYZ+t+aizBsmPWR+97f4Ncb2pUHd8GLTyyTtvBQ6Ax3/vx/lPyxBcINrCQ4wtBOtDMEi8+umr13 khAG6wxmqwFhAOidiHdE5eB+Pz73PXBLHo+HMHSnMGhKeGLVbcLQWPV5g4moG6vVNZF4TXU0DKYi YXg03GfISxhcPZgl8pG8xkM7+5E3ZWf1La9+9OLjy4Y//LLrDMPyFIbmjd+LyJe+KpqVADTXhoWN 7GyMC5tVcz4QwuA4Q3Q8gTAAQBdAGLpfGFqVRpbEGUSC/4SbnzB4qTbOUO3Ig9up9leajhUGxxnm 5igMs4wJ2Le/l6D/H17/1Y9UZP3iE8uGPzRz+EMvD3eEQeSunIQhfu+fcwobIxJOx6+j2dVzPpg8 oko7g7vVMORfEQYA6DQIQ48IQ2tuxxN5CYN56TeZqPqkSKMZNvpTnirIyM7Yx+a5zmCPJ/rf+o8l f2whDLWzPrIJbKHWEYbUWfeuF59YPvzhlyNneNg4w0O5CUPdORnrAM6wpU4mnFKdFjXr3rh6rhCG pZOEM4zwnGHIvz6bx2O3KmFoaWnJ6R8HgJ4FYegpYdCU/HgiH2G4R73uTzYtE/miadnnIlEnap7U 8qCGX+hhtF4V9nYhDDK+M4z+/dwBeQjDf7+zdvZHMlYDZhsTmO0nTRVqnU4kDJEzzLTHEzkJQ0vd eS0Gfs4nIvXATCWWbTq/eu6+ySOr5CbDiKrJjjPkKgzNzc2iqKzM5eOgANCDIAw9KwytpXMGfTyR kzBEVpCa6jbqZUmXMMIgncHbashLGGZ5VhB6QocTC4PMTHs8kZMwHNh0XkS+/TeJnHdy7oCK3zx/ wMQuk9e682vmKWFQcZ3hkTyFYcaMGRUVFUIbOJsAKBgIQ48LQ2vpPhkrckOfvyn54ylh+CLaOlh2 cofIclt8scP0m1RfdmQzGjq3yH9h7GOvxc7gHE8MuC2nHYaPVVIcYGM4/Hijt/JjXxhWOMJgtxpe vuvmHIUhJZtVgqHb3Oz1hTBMGVk9WUZpgzmeeOR/5SsMtuZ4AqBIIAy9QRh6OUIYIg1QL31hCHYY J9lUjuHeKDJOCoPnDGNzFIa7lAN8vNFmjooZ1ppZW4hZ3xmiWyY+KYThlaQz5LTDcHDz+Sib5FU4 gC4Obr5wYPOFgzLRrBnKzgG1QK/RWTNvvxAG3xm6TxhajTNwPAFQDBAGhCETVxg6m7f94bg/vJbm DPPyEoY58Uu/i1HaIIRhxMOvjEg4Q047DAe3XDy0xZjAlotqqDp+gjUHNl80U3Io+mvnN099pjp0 hpFVj/zvbhIGAccTAIUBYUAYMunb5563V3wRZ7kuvmwjdvYLP1++rYVBx9OG3HYYQgH4pG03aGNq 7id6h2HEb14xzvBK3sJwKDIEJ1sTndTmVq+5TgjDqGVTR0XOYLWhO4XB9jmeACh3EAaEIZO+ffrH PlBj0qYwtJdYGHxnyEkY6uTr/hPfCj4Rzbqo8PqiUOujZp2jDROHKmFIOENOwnB468XDW83b3yTZ sW6g1wd3idoIg4zrDI/8n9F5PHZru9/DwPEEQLmDMCAMmQhh2Fnz5U6jClHtm8BO2/eWfRWsfO7x +eMeT3GG/ITBjdoucIcfi9TN/Tiamhu5RHjXnE9iYTDOoI8n8hKGbRcPb7tkIl79l2RsZ+slr6Pq I7av71X1ugWxMMiY44nf94QwtHI8AVDmIAwIQyZKGL5yYmXAy9txM1l8tXOlvAphCJ1BaUP3CEOX M8kIw0hfG+66+Zclf+xWKQxSAI5scyTBdI74U0fCXI7MQc2uX9Dy0rPLPGcY1ZPCoMEZAMoUhAFh yCQhDPLtv2ulcgAbowSuHkTFynj43BPzlTO8FjjDgNtzFoZ58dt/k4rrA5uyhaFmpBGG2Bl+88rd +QjDke2Xj2y/ZHK57RhPsLW/fv1CIQzLE86wrGeFoZXjCYDyBGFAGDK5pU//XcoQrCTsSgjDrkRs f+fKU7aWwhA5g9pnMNowMB9h2DTvP+tkjBjMk9HDqLbOMO8/N9mV89Qwnvpk0h9rRv721ZG/7S5h qL8s054qXD6qcsRcxfqjiTVvLTrw0ujlyhk8bXj0/47J47FbO/NbEhxPAJQdCAPCkIkjDKd2vf5V XMvhqaiIh2o26rsKccoIwwKV+e7xRK7CsCkrdd4yZRTzPnEXxMLw21gYRuYmDEfrrxwVAhDFrVWM LYR9O2tqIQzTRq9IOkNvEAYNzgBQRiAMCEMmUhheP6Xzzutfq9jhqaheaYdfR1MrT9m7bJ7XqmBj nCEvYXjt0xRDeM1JOPupStif9JQWBpO8haHhSuQJDdYZ4hxzFOKYHjbojp6Ko4UhcobRsTP0HmFo 5XgCoHxAGBCGTIQwaE9wJOHrRE69E0+p4o2vozgLnn9yQaoz5CIMf3uX6wabZT41RRQz9amOu9hO CeuQwvDvrwbOkJ8wHGu4eqzhipYBVV+NOsnoNfVqQb27RtYbFh/UwqBinWH5o/82Jo/Hbu3qz1tX VFSIK1sNAL0chAFhyEQKg33vv5EWqwRBJ7FSCoPnDNHxxMDbHyj5Ywth2Dz/UysDQTb5tY5YH9dR IbTh08laGHSsMPz2lbv75iIMxxuvihxL5LiJW0crGxLLGq7WCmEYU5N0hsf+bWwej93aVWHQ6OOJ SgDorXSDMOTx2Ms3luCZ23/s3z/+cB5PXo48O2zibvPG351Isv+O03/HH47XwqCcwd1qGNjvgZI/ 9sihE6Qw2FhP8Dth5n+avGvyUyufscLgbDUIYSj5YwuON1073hS99080XT3hF7L2hSHuiDVN1+xs 7eJD04UwyFhnkMcTQhhK+LSlEoZW8+vYANA7aTm5Lu83bx6P3Q3C8Mba6jyevByp37g76Qm730zr uImXfWPXxMLgO8N7TUdK/thb3tq1Zf6nOqEGtJEtCVXQCqGEYZZI4Ay7th0o+WMLpC2I977KcZMT HUiwuHbJoelja2S0NhhnWF3VVKpHFa/4EgoDAPRmOJLgSCKTW/sMMBrwjaME37yrsttJsuOu18Iw /smFKgvc44mB/Up/JPHzv73bakAyriRsiev/2hzFWzDlqZWjlDB4zvDvr+Z0JHFixzUvrhUETXe4 49qHO3440fSDndq49NAMLQy+M/TOIwkA6OUgDAhDJrf+/QCrAe+uMnEMwXqCO/vum/Gy3WY4fmhk CzrWGQblIgx3bVnwX8IBthgB2LJARXXk1ILYE9QwWhwNrTAs+HTK069bYVCxwvA/S/7YrVIYfnAd QGqAyocmJ1I6jjOYphSGcTUinjOMWfHYrxEGAOg0CAPCkIkUhlV/VdE+4NZu/uoXZpmVh1XfTBDC EDnDwvhg4smchOHuyAEWZMXzBKc2kcLwu1kijjPMym+HYfAvh9TM2mmzctaujiT1ltkvrA2cQeSx X4/L47FbEQaAQoMwIAyZOMIg857IaqdY7fWj6I6dWh3VE4YuUlk4IdpkiDYcchKGrWl6sNXE7QRF kKlGGAJnuCefHQZBnxv7jhs6x2hAh4Qh0AbbWTClTjrD2Bp7PPEHhAEAOg/CgDBkIoQhNoHO5N3V nkKITPjjIusM7vHEoH7/VPLHvlnvMFhDWCjyJ6eWiReIqYV/SkqF6mthmJ10hvyEQfMjtxpsp2pG vd5n0FsNf3gIYQCAToMwIAyZGGE47cjA6ffWJA3BNk+/H/RNLYUhxRkW5iQMWgO6GCsPC/9kdhhi Z9DakLcwtJbueEI4gz2eQBgAoAsgDAhDJrf+bMB7a07rvC+yWl6j2ineT3TeC2ZXn46EwdEG5QwL Bt2RozBsS/OBbW3UqZk67I3AFnS6QRhazfFEZ52hneMJhAEAugDCgDBkIoQhfumvPaMSSoKZbaMv c0bkhacWyfjOMGHowpyEQZjAtkUykRio2jbjfrsWIZa9JIRhyGyZSBWi4p5bukMYNM+Vzhkefxhh AIBOgzAgDJkIYdijPcG891V9Zo+J7RidOLPHJOqv0feefuGpxanOcO8d/1zyx3aFwfGEP8edOH82 /T87dRwhDM9qYfCdoTuFoVVtNfzUpE9nEqy/4b/1yekJEQaAAoMwIAyZ3PazAdYEXBnY44tBZkdE CYPOIvd4Ii9hSBGAP2c1U2a1MOgoZ+iBHYayAGEAKDAIA8KQiRCGPeuc9/66tKw9E65Zm7hFCMPT sTC4Ww15CcNizwG2L5aJatt31mx3+84tLw1/89khczxnGNIDOwy9H4QBoMAgDAhDJkoYvhXZa/Rg r6n3qrhNNXRXnlH3RsteFMIQO0N8PJGTMGxf/FlsAotTEsvDYhm5PoqsZdSCaZEwhM6AMAQgDAAF BmFAGDIRwqBkQGX9t3GdOlyf1jcRwqATaENuwhAYwmdO8ZnfDzrelBCG0Y/MefaROYE2IAwBCANA gUEYEIZMpDCsj2TgA1N0LS8+vSTNGRbde2cuwlC/5DNHBkyWJAqTtPXSGaaNkMKQdIb+CIMPwgBQ YBAGhCETIQwfrP/ug9gZRP2dlgc/3+nrXlOYTqwZShhSnCEXYfg7KQxutCGEHb9IRvSlMPx+jnaG 0UNiZ2CHIQBhACgwCAPCkMltNw0wb//vPngrLamzycXrv5v49JKJvjNobchNGP6S6gAdjLWISBis M5h9hv63/EPJH7usQRgACgzCgDBkIoRhn3np79sQx5WBfTYb4qs7q4uJw6QwiGvgDPnuMCz9S/1S qwF/aVCJXWLpZw1L7fAv9e5U1Pls2kghDHMjZzDa8Owjc/rfijB4IAwABQZhQBgykcKw4ayOevuf tcMob501ze9M87twjcrEYUtVrDNE2nBfPsIgTUBHvf0blBvoZlQYQ7D9ejvrTClhmJN0BoQhAGEA KDAIA8KQyW03DUx9+8vUttFvIxOHL42i9hns8UQewtD3p3e7btBO6v1lwbChSgjDKs8WjDMgDAEI A0CBQRgQhkyEMOyvlW6wv/Z7k0gA9kfNs/s3qNSaOHW0coO8cZIVhmFL9ecZtDPkIgx/d7d419c7 730Zt676vF2R+FxF1tNHrhojhSF0BoQhAGEAKDAIA8KQiRKGyBMcZ+hKhDDoRM5gjifuuyufHYaq WA8aZT53is9jf1iq5EF3/OiV059ZNebRucIZjDZE8oAwBCAMAAUGYUAYMnGEQaZZZKMZbvSVYKOJ PyvW61usMMRbDep4IidhMGLweaNKUNuOTWO1t8z2I2FQGe1sNfS/9R9L/thlDcIAUGAQBoQhEyEM zcYEmjseRxVsJo9YmuIMw5bed9evSv7YUhiqP49jPcHvNFb5te04y1xhcJ2BHYYAhAGgwCAMCEMm ShjOydSdU+/9c17q3NrOJpapTB5RJTIpoQ35CMM9jdUnYzeo7mQceZjhC4M9nhjADoMPwgBQYBAG hCGT224aFOpBnUyLihWGFqcTT9V5N2phUPGcITdhkK/7puqTTfKqTeCkGp6MXUItUMOUKV3PGLV6 7KPzQmd4FGEIQRgACgzCgDBkcvtNg6wMuDFicD5ublJpc+W5ySOrovjOcH8+wtC0LDKBSAyWiURK IItljic4w2jWqaUwPDZPJBSG2xAGD4QBoMAgDAhDJlIYNp0XOVAnck5c1fCcbtrigK6lP6iY5oFN 5w5EFnF+8shqRxji44lchUHLQHsxewuBJ9gYYZgrrwhD2whhENeWlpbKysqefhYAKDEIA8KQSSwM sQPERVtJXamEIXSGySPyE4YvVNpSBTsbFTuWfbEj0XR3GKKY4wmEIUDvMFRUVIiarQaAgoEwIAyZ CGGITWCzH1cSNrdRO0MjDNX+2UTV/XfnLgw7lotoK4jEYIcxB9HXiYYq8dSyL2aMWuMJg3EGhCHA PZJobm7GGQCKBMKAMGTS7+eDDm6+oHPAj9tXxXlTn3eacTHlmWqRpDbkJAzWBPR73xu2lcgx4kJk phSG11SsM8jjCYQhIPgMgxhyPAFQGBAGhCETJQwXVS4c3BJLQnJ4aIvpbDHr/WhhSDpDdwjDj8jM Z9eM+8NrCWdAGEKSH3rUxxM4A0ABQBgQhkyEMAgTULl40MR0ZPNQNHSLC2m3XJw6qnrqqGVThTOM 9Jzh/rv/peSP3bdP/7eXf/n2CpGEA6wwsUNVvK2SXKyFQcZ3BoQhoK3/JcHxBEABQBgQhkyUMFxM yVYTtxNMbfVukbYgUx1sNeQmDF8IW9DO4NRxdvhDJ1YqZP2yFYbYGV5DGJK0898qOZ4AKHcQBoQh k343D0o3ga0XDwdWIDuXDtuOt/KSuBphkHGdIS9haNMHOhdPGBxnQBgC2v8eBo4nAMoahAFhyEQI w2HlBk4uHd52MaUZdmw/mnKEoVrtMyhtGFn9i3vyEYYa9cav+dIrVHbWGB+ocdygJlSFnWplKAxG GxCGgMwvbhLOwPEEQJmCMCAMmQhhOLLtksjhbZeit/82P8nOtotHTH1ka3zXS88unzpqubvPoLca chKGncYTdpqo+isVXRh5qLHLvnpbxS6TOwyj1457fP64x0NnGHA7wuDRwW961McT3fA8AFBCEAaE IZN+N98bvfqtNpg6M4f99UIYUp3hF/c8WPLHVsLgvvq/2rnSqVWUG3wZNHcmbnll9NrnHp//XMIZ BiIMPh3/amiOJwDKDoQBYchECIMRgMtHtus4VhAPzZS4yv6luDZDLQwJZ6jOSxhWpqlCarOtTo0n DIEzIAwBnfotCY4nAMoLhAFhyEQKw/bLHcul9he8NHq5dQalDTnvMKz8apeTyAdUEQ0Tte24d70y Zu1zT8w3zvCaPZ5AGAK68ONTHE8AlAsIA8KQyR0333t0+2Uv9ZfDju3XX0mfFf3tl6eNXi7iaoPe ashDGG7p03/XylMqgQZEzdAlzOxOFad5KhIGnVgbEIaQrv1apf7JKo4nAHo5CAPCkIkUhvrLfq4k Oo4q2E6sENF6LQxJZ8hNGJQDvH5KxtrC66eMM5gkO55dfPXKmHWxMMTOMH/g7Q+U/LHLmi7/vDXH EwC9H4QBYchECcOVY+Kl36Bf/apuPw3p/WmjV6iEzpCXMGhVeN0RA5N3VJJ9O+vepYXh+YQzIAwB XRYGe3szAPRWWk6uy/vNm8djL99Ygmdu/7HfWFudx5OXIzu27TlWf1Wm4YpM/ZWoiHI10VFN3dc3 mnuNMKywWw3aHPa982HJH3v7xt3vJDQgSOwGrkUkOq+OWff8Ewu8TQaV9xqPlPyxywt9mlAqYQCA 3gw7DOwwZHJH33sjARBpNIk6V7winvLNwWTamJppY0JnEMJQ0T+XHYZ33vh61+tfh6rwxtcqqtCz qlCzXyciteHVsVIYks4wsB87DB4IA0CBQRgQhkyEMBxvvCrToNIYx/pDUKesUfdOH1Mj4uwzRNqQ nzDIl/4bbUd7gjdMuUUKw5MLZIw26CvCEIAwABQYhAFhyCQWhg7kROO1NqZkXwvDdG+fYUV+wrA7 TRJ2q2T2d6cKg+MMIoMQBh+EAaDAIAwIQyZCGE40XVMmcO1401WVazYnmvxmo66vnmiKFcKumT7W CkONezyRnzDIvKnii8HuN7+JO2/6U/YWc9essetjYXCcgR2GAIQBoMAgDAhDJpEwlCJSGHTsVkNu wnBrnwHSCmQCDTDNNz0xiEXCLHjHdKwwjPedgR2GAIQBoMAgDAhDJlIYdlzzYh3Aq3+IZ91lTj1j XM2MNGeoGJCTMCQN4Zt3VRwxCIe+Tsh61rj1459cqIRh4XhnqwFhCEAYAAoMwoAwZCKE4cMdP3wo fSCIloG4+NDEsYt4vejPGLdSxXOGaWNqKgYMLvljC2F4d1UoBtYWxJSMnVLDeJk7XPWNFobxQxdq YRivdxgQhgQIA0CBQRgQho4wbfTy2iWHNiw5VNuJHNygUisTNRdMqdPCEO8zKG2ozEMY/j4ShsgN 2o7nCb4zvLvqryJSGIZGqjDeHEyMRxgSIAwABQZhQBg6yOBfDqmZtctmZcdSM2unju1UzaiP9hnG xtqQnzC4732VbxJF+5G3zx731oShCyfEOwzR8cSgfv9U8scuaxAGgAKDMCAMHedHOoPVBuEMs19Y 6x5P5CYM8av/vdUycaHjTL232lns3CWWKWFYJCL3GbQ2qCvCEIAwABQYhAFh6BR9buw7buiczjpD 6laDezyRkzBYE0jmXb+Oh64q6FoIw3ORMKgsNMcTCwfdgTB4IAwABQZhQBi6wHMlcgZzPJG3MJxO c4bUZnqkMPxxkesME9hhSANhACgwCAPC0DVKezxROTAHYfjZgPfWnFYxr/5oaJpxPyreX336fSkS pz2dWHM6EgYdow3jhy68lx0GH4QBoMAgDAhDl+lzY1+hDQ+aDO5ofvdglLjZ58ZbSv54Vhje11l9 2h1ac3CHwZTN7OffesEKg+MMCEMAwgBQYBAGhKGoCGF4P80HgrTVd+/SwpB0hnvv+Oee/it7FwgD QIFBGBCGoiKFYe2Z99eciR1grYqtgyJVIcS/sPbMnOc3vPDUIpEJf/SCMAQgDAAFBmFAGIqKEIY9 sTCc0a9+oQeiqXLazNop3Y+Her24XQnD4sgZnoq3GhCGAIQBoMAgDAhDUblN7zD4MhAkOZW6cm4k DIsjbTDHEwhDAMIAUGAQBoShqAhh2LMuzRPWJYrklKqtPMwZ7wuDOZ5AGAIQBoACgzAgDEVFC8Ne mW+lCawzPqAK0dxrm1mZK4Th6cVJZ0AYAhAGgAKDMCAMRUUIg7KCWAzMMGrujZpnggV7otjZb4Uw vCiEQSfWhsX33okweCAMAAUGYUAYikosDOtVrCo4wz22s669zJ1QK4RBx3UGhCEAYQAoMAgDwlBU pDAEJrA+kaCfJhWicIXBdQaEIQBhACgwCAPCUFRiYUh6wvpvP1BpUyHW2WXfiShhWBI6w9MIQwjC AFBgEAaEoagIYfjgrcgK9HtfJK7fipuqL/NBSuTt8yZsVMLgOcOLCEMChAGgwCAMCENRue2mAcYN 2k6wYH2ioyKEYeKwJUlnuA9h8EEYAAoMwoAwFBUhDPvaUYVExOJ9G87GdSAMTy8RzjDxaU8bEIYA IQzi2tLS0tMPAgClB2FAGIrKbTcNFAJgIgTg7L7ICr6LmrEnfOd6glkTRQrDi3XSFoaFzoAwBOgd Bq0NlZWVPf04AFBKEAaEoah4wvDWWUceOpy3ohuVMCyVeXqJ3mrQzoAwBNgjiYqKiubmZo4nAIoE woAwFBV/h8FJbafNQQrDcCUMw2NnmIgwJAg+wyCGHE8AFAaEAWEoKkIY9tee3b9BJlYFYwtyqjae cof7naGuX9PCYGOOJ+67C2HwSH7oUTsDxxMABQBhQBiKihKG7/dt+D56+9d+r2ILJ74zqHgLhDBM Gr50UiwM0fEEOwwBqf9LguMJgGKAMCAMRUULQ5uS0JlYYfCcYfjS++76VU//lb2Ldv5bpXAGjicA yhqEAWEoKo4wfN8sslFGDjequEqwMdE0tb7FFYZJztkEwhDQ/vcwcDwBUNYgDAhDURHCoCXBZn9a bW1BDc81O4Jh/WH+RE8YrDYgDAGZX9zE8QRA+YIwIAxF5babBkkBiPK9uRox8IbtRC6bP3HT5BFV k0aEzoAwBHTwmx5xBoByBGFAGIqKFIa6c1E2+gn6yQX+Yi0MKp4w3I8w+HT8q6E5ngAoOxAGhKGo CGFoCfRApUXFtYWW5FRdQhhGViWdAWEI6NRvSVRUVIgrWw0A5QLCgDAUFSkMvgO4w5Y2kjo1f5IS htgZqhCGVLrw41McTwCUCwgDwlBUbneEQeV8yyYRVei6zsZ6wnlvfXTL+aQw6I80IAwBXfu1So4n AMoChAFhKCpSGJQVHNDZFL39vdgpKw+qf8BEr5k/aXMkDL4z3H83wuDR5Z+31scTOANAbwZhQBiK ihaGA51Mi6sKplbCUK1inGEkwpBCl4VB09zcXLpnAYAS03JyXTkKw2fft+T92F/99U95PDl0Gz9c /H8HNqdZwebzyX7kBpsveMvM1ILJVhiq3a2GD3Yd7+m/sodJ/nIEH0gAKCrsMLDDUFRuv2mQFIAo jgzoOmq6/uB3Np+3dwlhmPJMddIZ2GEIQBgACgzCgDAUlX4/H3Rw8wWdA36Cvq3bKrQwTBnpOkO1 EoZ/6em/sneBMAAUGIQBYSgqWhjkS3+LiRYApz5gO5EbXDS54GbhFCUMKq4zIAwBCANAgUEYEIai IoTh0JYLOp4qqByyxWZRXzwYxS5QQ2UOYuWiKVumPLNs6qhqvc9gtQFhCEAYAAoMwoAwFBUlDBdV LpiirVwwSV+waMrmqaO0MCyLthoQhjQQBoACgzAgDEVFCsPWNAHY6sR23KmgKYRh6hYtDOJqzyZE fnEPwuCBMAAUGIQBYSgq/W42wrC17cSecEkmVSq2WmGIYo8nEIYAhAGgwCAMCENRUcJw6bA0Afft f0k1L+qYjh3GtbvGF4ZqezyBMAQgDAAFBmFAGIpKv5vvFbZweJvOxcOOJ0R9O5T1JW/BtktxpDBs dXcYrDb84p4He/qv7F0gDAAFBmFAGIqKEIYj8Uv/kiMPaTEL7C2iOGKai18SwrBcxdMGhCEAYQAo MAgDwlBU5A6DffU7bnCkAwkWC2F46dnlSWdAGAIQBoACgzAgDEVF7jBsb9sKxNT2y87wcmIYr1z8 0jYhDDquMyAMAQgDQIFBGBCGohILw3bjA23FVYjtvkKoLJ621QqDu9WAMAQgDAAFBmFAGIqKEoZ2 PSEtR9OaS6Zte2n08qQzIAwBCANAgUEYEIaiIoThqBKAyAHqVdzCzB6VnSsyvjlEU0oYpglh8J1B BGEIQBgACgzCgDAUlTuEMNRfUbnsxHS2O53tdnjlqKMKttbCEDmDow0V/REGD4QBoMAgDAhDUXGE 4YpRBUcMPJG44neuBFkybfu00Su0M7hbDewwBCAMAAUGYUAYiooUhoYrxxquiKt+7x9TSfqAzbGG 9L4RhtAZ2GEIQBgACgzCgDAUlTv63qsN4VhDSo6q6Nmjcf+qTP3VY8YudN8RBs8ZEIYAhAGgwJSp MNzQ5ydPPP+rma8/+eMzceEQhKGQSGHQAuCpwtW0+mpipTEHLQzTt08bsyLpDAhDAMIAUGDKVBg0 lYP7lcQZplY/hjAUDykMjVYDrh4XRWOUqNZWYAuxxqnj2carS6bXTxtT4whDpA0IQwDCAFBgyloY WkvqDM/P+Q3CUCSEMAgBOK70ICpMYnMw8nA8EdculmphSDgDwhCAMAAUmHIXhtbcjicQhnInFoY4 11RS9OBEm1OyKYRh+pgaHXk2MQZhSAdhACgwBRAGTamcwR5PIAzljhCGE03XjjddM55gYptN1xyL kEOx/oRViKartl46wxWGeKsBYQhAGAAKTGGEobXUxxMIQ7mjhSFyBj+mf1XnRNzxFthUCWEYWyPj O0PFAITBA2EAKDBFEoZWdTxRqnTnY0MeWGH48YmFwTiDTuWAwT39V/YuEAaAAlMwYQCwxMKwQ+QH eY2HvhKI2bamtDDMrJ8xribpDAhDgBAGccUZAAoJwgBFRQjDhzt++NDKQGwOP/iF02/6IfIHO6Xu qp7ZMGPcSs8ZxiIMKegdBnFtaWmprKzs6ccBgFKCMEBRkTsM0atf5kOTE4niQ282Ugi3aYVhxlgZ 6wwIQ4A9kqioqBBXnAGgSCAMUGAG/3JIzaxdNis7lppZO210p2pG/ewX1kbOMC52BoQhIPgMQ3Nz M8cTAIUBYYBi0+fGvitL4QwixhlW2uMJhCEg+aFHjicACgPCANcDzw2d01lncM3BDhdMqbPCMANh SJD6vyQ4ngAoBggDXCf86OOJXcnjCYQhoK3/VimcgeMJgHIHYYDrh5IfT1QORBg82v8eBn080Z3P AwAlBGGA6wrhDOO6dDyRdIYFU+oQhoDML27ieAKgfEEY4DpEaIPIT9W140mu7+m/o9fRkW965HgC oExBGACgVHT8q6E5ngAoOxAGACgVnfotCf090hxPAJQLCAMAlIrO/vgUxxMAZQTCAAClomu/Vsnx BEBZgDAAQKno8s9b84WQAL0fhAEASkWXhaHVHE+0AECv5eS6vIWhp/9CAMiL5C9H8IEEgKLy4O8G zN84oiR5fs5v2GEAuJ5BGACKzQ19fvLE87+a+fqTPz4TFw5BGACuWxAGgOuBysH9SuIMU6sfQxgA rk8QBoDrhBI6g3s80dN/FgB0EwgDwPVDHscTPf03AUA3gTAAXG+Uyhn08URP/zUA0E0gDADXITf0 +Unl4H4/Pvc9cEtP/ykA0E0gDAAAAJAJwgAAAACZIAwAAACQCcIAAAAAmSAMAAAAkAnCAAAAAJkg DAAAAJAJwgAAAACZIAwAAACQCcIAAAAAmSAMAAAAkAnCAAAAAJkgDAAAAJAJwgAAAACZIAwAAACQ CcIAAAAAmSAMAAAAkAnCAAAAAJkgDAAAAJAJwgAAAACZVFRUNDc34wwAAACQyfTp01taWnr6KQAA AKC3o52hsrKypx8EAAAAejUcTwAAAEAH4XgCAAAAOgLHEwAAANAROJ4AAACADoIzAAAAQEfgeAIA AAA6AscTAAAA0EFwBgAAAOgIHE8AAABAR6ioqBBXnAEAAAAy4XgCAAAAOgLHEwAAANAR9PFECwAA ABSOkh8lVAAAAEARKa0wAAAAAAAAAMB1zv8HyROGqQ0KZW5kc3RyZWFtDQplbmRvYmoNCjExOCAw IG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNjk5L0hlaWdodCAzMjMv Q29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9J bnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDU2OTI+Pg0Kc3RyZWFt DQp4nO2d6ZMcRXqHW/eB7gt0gQ5gtbpACHSB1KlB0mokre5jFGFH+Jsd4S8O+4PDDtvZGli0y7JA LHh3sTBrsSuH7R3+hhrBYsyeLMf8O+3Mqurqqp6u960js6uz+vf7Kp6prHyfyny7uqlqNBDEzYgW ggxxRKq6su21Wq+8eveNt9/52fs///CXDx78J5UHDz68/8F7P/nxj37w2qt3gr9955Xv/eBHb//r ex/cVzQD/+L+B/+m4NcT8BsK/vf/yATf64W/r+H3M8Nvvn63A7d8+N3gpBn4l/d/fu+n7yTgrDOm 4A81/JaCJ0N48tW7P3wrM/z+z95564cJ+PXc8Ct34vBP72WF3337jbvf68B3FPymhu//grNEw+8p +Psx+LXX3/zxT+59wMM+Hc2YN50mr1T/Nnf+4uVrtzz1zJGTZy9euX7j1q2J1Ny8ce3yhdMnXtiz 47HVjyycP3fOnDlzFyxZuf7xXQdefPncpavXbxL0rRvXr1w4c+LQ3h0bVy8L4flLVqx//FsHjr08 zsE3r1/57pnmoX07N61ZtiiC1219+tmjY+MXr5Lj9uHviMP7n9y0ZnkHXrxi3ZannzmqTpqFryr4 yP4nN69dvniBD89TM7Y5y4zdunnj6sWzJ48889SWLrxo+ZrNT+4/LL7z3Szw2NFnn96ybkUAz5m3 aNmaTTv3HW4q+NqNmww8Pnbs2ae3rluxJIJXb9y571DzTAb40rmXjx341uPrV3bghY+s3rhj7wsn zlzIBL/43K4n1q9cumBeCK96bPue54+fuXBZw9lnTLRbaeo25PRYrBJaoNQ/O+HLG5zT1vXhhHT1 C9xlYXVO/oTMi+l3bGw8A3z5/Ck9IRvCCdHXnNJPu5sNfungt7dtWLV0wfwQ7lyw7EnrC/b487u3 PboquGA7+h0Rgfg0fEVf7bu3R1e7r5/vri8+CesLNrFURPoF4rNw89DenRvXhEvFvIXLQv0ywPqC PRxbKnz9duzpuMvAF5NLhYYf1e6e9t2l4M6M7Qlm7KTX312lbqPZvhNNZqeMt9OiLdDnFEyIPyx/ Aduq3B07d8kfFQ3rc9r35KYurAwK9btBHTqA1fXYnZDO6nf0ZMfd9EPrpeDsmLqY9drZ1U+5m+Gk 9TU37i9/a8PlL8eMhVe7v/xFsNbPXzq56VbXnLra1VKh1855ndVv596uuzTsX+3RUtHVj4dvhle7 Wio68NJAP+UuC1+/fOHU8fhSsXDpyke37dbuMvDt2Probxitvk2D9I327uhRqQX9hWY0qsmU3FYb v/rDeifaEiuFvwZFC1g6PDFr1dZ11Fug2j9peFLB14M6xkvh1zEjrEqh6rghUce9+qSDpZOAVSnO nw7qGJSiM2MnOjNGwTeudFbtZB1PnOamO4DPnHh+93YFB0v+wiUK/vbB46fPX+Zhtc5EC9hcv79b seGJXQdfOnVerX4Z4Kbf4MXgx3c999Kpc8HSmQpP+vBZoRq8+Aq3Xq1wurPk4OCkoxlrtfu4G6ir m4aeUf2qnZKZTh2P6zquiuq4UrcyYR3vpMHtWaNKXI/naXgqquOeZB2fUHU8FdSRhnUpYrtvWMfn gjreZOGz/er4Yjhj36TOWLhf6N03rY7p0x3A4yf17ru2u1P5XZb6hKAbR6pWAXxkv95sunC4zWl4 MvWkJ/1FSm02aqdaFzTq0TY3FixSHEyvcKnwVGzG/O25X9MQqqubhvndUV27fjN1OhJ1VKXo1lE1 vM+pUqg6pts3e1SJOurZ5OFxv2mI13FL0C2rUqTDM0HTMH4y3jSEDa9fx+sUHKvjlqiOi5bFPiKk qtuBZ9dxU1RHYron2Z2KrpXeqVTTkLZTMdNN7FRqneHhYKda1XenSodnwr3db7PW6xmb3TR01G00 ddMQ2z//J/3vtqc6TYP/2Tdex7AUkoBnYh3H1p46HmbhWNPg17FTiqiOPDyr+dMfXHTnSMLtyW4d n9jQ0zn6dUxXt1vH+E41N75TkdPN7VRZYL1TRZuN2qk2dHaqFjVj5E6lFikSnoytcKv7rXA0HLZZ ql3u3zRE6kZNQ2f/lNwf7jZ/SxKXlKrjPxNs2DSEdUyUYrvf/P0TDwfN3za/aejWUTd/V0g4rGNv 8xfVkYf9Ou5N1jFss77OAJ8Vsc/7YR39puG/KHiG2Kl000DDk/RO9S88nLpTXSThqGk4+mz/nYqE uzMWtlm9TUNMXdU0jCX2T6oWU2QT//fkoGaPKlHHTPDF8Z7bFPoWm64jDc/EOo7e5k/VkYH1fqHr GDZ/yTqe/YqGJ/vvVGHz94A+9GTqTrXvcAY4tlMlmga9U/0jDU/136lWBTvVP7BwsFMd3JW4TRGu cAw864aAN52mbtg0dPdPtmm42m3iozrqdvlv6EF1m4ajfZp4Fp7s9EEHwj4oVkfBw6l1PMTB7bTb FP6MfcHAU8ROdeJ+Bjixf8ZvU2SEe3aq8DbF3zHwDLFTvfS3WeDUnYqDZ90QSDQNCXX9piHeB0ni D390O/12018xg/LhtNtNf8nBM7eJ201Z4b63mzi43bmt3e920++zwv12qnscPNlvpwqbhozwrJ3K v03x1xw8RexUPEytcBw8c3uip12ONw096jakahqiz1tq4U1vGj6a8L/avXz+zPGDu7c91rmYFyxe vn7rn3OD0vBE8L3w8/prpi68bsufsWfkf+OiVwL18WF7JMH8xcvWbXkqBxw3SMHqpDm4HcD+VzK6 7Qy/4NIztmnnb7LCZ08e3h/7jmrRI2s27XyXgycnYl/JbF7b/YJrzcYd72SFgxska7tfcK1+bPtf cPBHEXys2+uE60xG+Nql8e69gmCdWaXWGQ6e6c5YdNLdpqFXXd00BNuBf8Py0rX/Tvu7UxP+983a XV+/0F19TqvpBrwDh79piOnnTwj9SatzRrdu9OoXfNmTAw71WxT9FGMDB7dDWK9+agHbHP2aQsOf ZYJ7KjEn7PLf4ODJiejr/bh+6mrPA2t3Vbfc+TWFXiqoz/l+piYSP4iI9FuglorMsHLX/yZpRef7 f70+cvBMcsaCk47uks1SVzcNc+Yv1CuB6t/CX1qkJ3Q3rp9awc5xg/pVBPfop2Dmw1K7/U0HDtyN /x5n0bJssO9uUr85GeB2BHf0Cw3SK9gn2WC/EmNH9vsfuiP4LgffiWBfv9jvcRYufS0zfDG5+mmY +bDUrZUPK/06zaFus85nhi+dO/Xige6HNf9q5+Bv4jMW3VDv/B6nj7qqaZh++PEnn372+e/+8MWX X339DZevv/zTH3/3m88+/eTjhw+nVR4+/JgdVA/8f5/+Ojvcpb/+6k9//H1J+H/LwZ8E8HRu+LeF 4S+/KAl/HoMfsldcAv7Dbz//7Neq0IXhT3PAaTMWuNtP3UazbCQ3Js8W3LQKtynYKwOzJy0rgz1b cLM4nKpu6bB3maijsrBHHdoq3KZgrwwsOVjYgu3WioLL1Qrq5oKhrkkY6iZjFYa6JmGom4xVGOqa hKFuMlZhqGsShrrJWIWhrkkY6iZjFYa6JmGom4xVGOqahKFuMlZhqGsShrrJWIWhrkkY6iZjFYa6 JmGom4xVGOqahKFuMlZhqGsShrrJWIWhrkkY6iZjFYa6JmGom4xVGOqahKFuMlZhqGsShrrJWIWh rkkY6iZjFYa6JmGom4xVGOqahKFuMlZhqGsShrrJWIWhrkkY6iZjFYa6JmGom4xVGOqahKFuMlZh qGsShrrJWIWhrkm4rLrkaRUN1M0LSw4WtmB31fVS3gVYKlA3Lyw5WNiC3VVXv2iV/C+KBOrmhSUH C1uwy+o2msabBqibF5YcLGzBTqvbaJpuGipUV5aBuSNDXZOwmTsMhpuGCtXl6gh1e+K6uspd6vTy pkp1G/QzmqFuT5xX12zTUKm6dCmhbk/cV9do01CxulQtoW5P6qCuwaahanWJpgHq9qQW6pprGipX V51YWiiIOzLUNQmb/Q2DIXeHQN1C4Y4MdU3Chn9+Y6ZpgLp5YcnBwhZcG3XNNA1QNy8sOVjYguuj rpGmAermhSUHC1twndRVTUOrbLhBkUfg4Hbp4Vk5smcVnrYF261VKTh1xkSauo1m6sfzjGHn0rMF lws7l9Zg9qSrgz1bsCwOp6pbOmgY8sKSg4UtuFYNQ/lA3byw5GBhC4a6iUDdvLDkYGELhrqJQN28 sORgYQuGuolA3byw5GBhC4a6iUDdvLDkYGELhrqJQN28sORgYQuGuolA3byw5GBhC4a6iUDdvLDk YGELhrqJQN28sORgYQuGuolA3byw5GBhC4a6iUDdvLDkYGELhrqJQN28sORgYQuGuolA3byw5GBh C4a6iUDdvLDkYGELhrqJQN28sORgYQuGuolA3byw5GBhC4a6iZQ7I6/UGZUJN2yoaxKuobqlHtZY Ktywoa5JuI7qlnlYY6lww4a6JuFaqkt7AHVNwlA3kfLqFn5YY6lww4a6JuG6qttoFjyjMuGGDXVN wrVVt+DDGkuFGzbUNQnXWN3Bhxs21DUJQ12D4YYNdU3CZdU1+vqTTqBuXlhysLAFu6vu8L1otcJw w4a6JuHyDYMFd6FuXlhysLAFu6yuhaYB6uaFJQcLW7DT6jaaplWCunlhycHCFuy2usZef9IJ1M0L Sw4WtmDX1R2mF61WGG7YUNckbOq+bpM8v5yBunlhycHCFuy+ukabBqibF5YcLGzBdVB3WF60WmG4 YUNdk7DJL4KNNQ1QNy8sOVjYguuhrrGXBEPdvLDkYGELrom6umkg//OMgbp5YcnBwhZcG3XNNA1Q Ny8sOVjYguujrpGmAermhSUHC1twjdT17zSUTIs9o7JHsBNu2G0K9qzCLVtwqVqVKzQHe6lkmroV v2i1wnDDbluD2RmrDvZswbI4nKpu6aBhyAuzZRS24Fo1DOUDdfPCkoOFLRjqJgJ188KSg4UtGOom AnXzwpKDhS0Y6uYblJ2jlg43bKhrEh5Odbk6Wjpq2XBzCXVNwkOqLjOdto5aMtxcQl2T8LCqSzwz jDuj6sLNJdQ1CQ+tumQtLR61TLi5hLom4SFWl5hSm0ctEW4uoa5JeJjVbTS9lAibRy0ebi6hrkl4 qNV1LdxcQl2TMNQ1GG4uoa5JGOoaDDeXUNckDHUNhptLqGsShroGw80l1DUJQ12D4eYS6pqEoa7B sA5QsFcGZo8sbMFQtx6hX5MJdY3CUNdsPHIyi5MMLDlY2IKhbm1CekCBHleJwkfVEbZgqFufUE0D xREYD0sOFrZgqFuneKmTWYzKAEsOFgTMdehQd3TSpP7//7Rw/thTl8UpGOoiHlcJCpYcLOiDNwvD UBfxuEpQsORgwRydbBoo2F11p8l/RrKHcscPBUsOFuzxiT9Bwe6q65l8/clIx+MqQcGSgwU/gPS/ QcHuqtsy9STzkY/HVYKCJQeLDCNI/XRJwQ6ri6bBUDyuEhQsOVjYGrbT6lp4SfAoxuMqQcGSg4Wt YbutrrHXn4x0PK4SFCw5WNgatuPqomkwEI+rBAVLDha2hu28umgaSsfjKkHBkoOFrWG7ry6ahrLx uEpQsORgYWvYNVDX6EuCRzEeVwkKlhwsbA27FuqiaSgVj6sEBUsOFraGXQ910TSUicdVgoIlBwtb w66JumgaSsTjKkHBkoOFrWHXRl00DYXjcZWgYMnBwtaw66NuozmsTxAd9nhcJShYcrCwNewaqaub BurtmEhKPNa+MnDL1rBbZY5cCma9L/CiVZn2WFyECFeIdil6SMddDWzxRasjGbYSFCw5WNgadq0a BqRQPK4SFCw5WNgaNtRFPK4SFCw5WNgadoXqcicNdQcUjysjBXNVrKW63AMkoO6AQpehDXX7hTxv qDugeFwZKZgsoY6wNexq1SVPHOoOKB5XRgqmKuhH2Bp2xepSTQPUHVDSSxCGgiUHC1vDrlpdYuKg 7oCSWoFOKFhysLA17OrVbTTTQlJQ11igblF1iwXqGgvUhbqOBupCXUcDdaGuo4G6UNfRQF2o62ig LtR1NFAX6joaqAt1HQ3UhbqOBupCXUcDdaGuo4G6UNfRQF2o62igLtR1NFAX6joaqAt1HQ3UHbC6 bTyU1FCg7oDVbeGhpIYCdQetLp5kbihQd/Dq4knmRgJ1K1C30bQ3M6MTqFuFumgaDATqVqMumobS gboVqYumoWygblXq4n1/JQN1K1NXNw32DlT/QN0K1UXTUCZQt0p10TSUCNStVF00DcUDdStWV02i sHe4OgfqVq0umoaCgbqVq4sXrRYLV8V2KXpIx13upIsGL1o1G7aMFCw5WNgadr1WXaRIoC7UdTRQ F+o6GqgLdR0N1IW6jgbqQl1HA3WhrqNxVF123C2Chbq1iKvqcsduESjUrUWcVZc5eIsgoW4t4q66 jSY19hYBQt1axGF1ycG3CAzq1iJOq0sMoEVQULcWcVvdRlOmhDoy1K1FHFe3UKBuLQJ1oa6jgbpQ 19FAXajraKAu1HU0UBfqOhqoC3UdDdSFuo4G6kJdRwN1oa6jgbpQ19FAXajraKDugNVtT9v746MV qDtgdVt4KKmhQN1Bq4uHkhoK1B24uniSuZlA3QrUxfv+TATqVqEumgYDgbqVqKsmftreQUYjULci ddE0lA3UrUpdNA0lA3UrU1dNvsUD1T9Qt0J10TSUCdStUt1G0+axah6oW6m6aBqKB+pWrC6ahqKB ulWrq5oGYe94NQ7UrVzdDEVAkCrTSlUXKRKPm3AKlhwsBnQW+TJ0qy5SJFAX6joaqAt1HQ3UhbqO BupCXUcDdaGuo4G6UNfRQF2o62igLtR1NFAX6joaqAt1HQ3UhbqOBupCXUcDdaGuo4G6UNfRQF2o 62igLtR1NFAX6joaqAt1HU0pdZscLQZ0FvkCdWuRUuqy664YyDnkDdStRUqqy7grBnEKuQN1a5Gy 6tJNgxjAGeQP1K1FSqtL/glhffxFAnVrEQPqEk2DsD38QoG6tYgJdRvNtNgefbFA3VrEiLqOpdoX rVr846MVqDvoVRcPJTUUqDtodfFQUkMZRXXZL7BbFg+t/zaeZG4iI6muWvgqVRdPMjeR0VSXOe+W veN2XrSKpqF0RlVdsmloWTxs+Lfxvr/SGVl1qaahZe+o8Ret2jvKSGR01SV+fdGyd9D4i1bRNJTK CKub/i2gxUPGv01D01AqI61uBel90Wo1o6hFoO5g0/MbBommoXCg7mDT+/MbNA2FA3UHm34vWh38 KGoRqDvY9PnRI75aKxaoO9j0+71u05tG8oczt131AOuTVpq6SKFIrLoDDdQ1F+4xIFWPr2aBuiZD L7xVj65mgbpGQ7pb9eBqFqhrNlTTUPXYahaoazrp7lY9spoF6hpPU6ak6oHVLFAXcTRQF3E0UBdx NFAXcTRQF3E0UBdxNFAXcTRQF3E0UBdxNFAXcTRQF3E0UBdxNFAXcTRQF3E0UBdxNFAXcTRQF3E0 UBdxNFAXcTRQF3E0eCgp4mzwUFLE1eChpIirQdOAOBs0DYirQdOAuBo0DYizgbuIq0HTgLgaNA2I s4G7iKtB04C4miZeEoy4GjQNiKtB04C4miZeCYoMdVqEvAgyzBnYMo4gCIIE+X9QwipDDQplbmRz dHJlYW0NCmVuZG9iag0KMTE5IDAgb2JqDQo8PC9UeXBlL0ZvbnQvU3VidHlwZS9UcnVlVHlwZS9O YW1lL0Y0L0Jhc2VGb250L0FyaWFsL0VuY29kaW5nL1dpbkFuc2lFbmNvZGluZy9Gb250RGVzY3Jp cHRvciAxMjAgMCBSL0ZpcnN0Q2hhciAzMi9MYXN0Q2hhciA4MS9XaWR0aHMgMTAwOSAwIFI+Pg0K ZW5kb2JqDQoxMjAgMCBvYmoNCjw8L1R5cGUvRm9udERlc2NyaXB0b3IvRm9udE5hbWUvQXJpYWwv RmxhZ3MgMzIvSXRhbGljQW5nbGUgMC9Bc2NlbnQgOTA1L0Rlc2NlbnQgLTIxMC9DYXBIZWlnaHQg NzI4L0F2Z1dpZHRoIDQ0MS9NYXhXaWR0aCAyNjY1L0ZvbnRXZWlnaHQgNDAwL1hIZWlnaHQgMjUw L0xlYWRpbmcgMzMvU3RlbVYgNDQvRm9udEJCb3hbIC02NjUgLTIxMCAyMDAwIDcyOF0gPj4NCmVu ZG9iag0KMTIxIDAgb2JqDQo8PC9UeXBlL1BhZ2UvUGFyZW50IDIgMCBSL1Jlc291cmNlczw8L0V4 dEdTdGF0ZTw8L0dTNSA1IDAgUi9HUzExIDExIDAgUi9HUzE0IDE0IDAgUj4+L1hPYmplY3Q8PC9J bWFnZTcgNyAwIFIvSW1hZ2U4IDggMCBSL0ltYWdlOSA5IDAgUi9JbWFnZTEzMiAxMzIgMCBSL0lt YWdlMTM0IDEzNCAwIFIvSW1hZ2UxMzYgMTM2IDAgUi9JbWFnZTEzOCAxMzggMCBSL0ltYWdlMTQw IDE0MCAwIFI+Pi9QYXR0ZXJuPDwvUDEyMyAxMjMgMCBSL1AxMjcgMTI3IDAgUi9QMTMxIDEzMSAw IFI+Pi9Gb250PDwvRjIgMTUgMCBSPj4vUHJvY1NldFsvUERGL1RleHQvSW1hZ2VCL0ltYWdlQy9J bWFnZUldID4+L01lZGlhQm94WyAwIDAgNzIwIDQwNV0gL0NvbnRlbnRzIDEyMiAwIFIvR3JvdXA8 PC9UeXBlL0dyb3VwL1MvVHJhbnNwYXJlbmN5L0NTL0RldmljZVJHQj4+L1RhYnMvUy9TdHJ1Y3RQ YXJlbnRzIDc+Pg0KZW5kb2JqDQoxMjIgMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5n dGggNzQ2Nz4+DQpzdHJlYW0NCnictVxbr2W3bX4fwP9hP84EyLbuFyAI0FyRAAnS2EALBHlwT22n wdhBbAfpzy8/fqSkdc54ztQ9nYczm5SWRFIUb9Jat4//cPvJTz7+3c9/84tb+OlPbz/7xc9vf//o VbiFe5B/M9aabz2FWwn19s3nH736tx/dvv7o1ce//qTevvxWfvzhs++++/ybr28P394+/kNM+fbt w9f7+RxqHJfnv/jRR6/+9aNXt1/+7ue3j//lm+/+64vPHr67/ex357Rx5BjfMWuP8z7GTXpJQ+HP H4d7rnPW28NXQs1vvvrsy8/H7Rd/uz03R2gx5PqOSWK4N5+j3q6M7DnmB83xHvEJg5CfUJ+79G5J /sSQbt98+Vh6JOhd8rsdixf34j1ek8416eHeR77lMu7zJoy0ee8yKOE27iMSqACi0JdLv/d0e5Cu /V7CEES7z3wTKDQMVO+jK9SLQOVetXMv91K7I94SkZL2l3USKNSsg4dy61mWjzMNfTjdW+mkQyQX 731GI/FCv3T9y0evZrmDzpogIWFp1ntycLZ7nE2hIpDMNqdCQZ+eQ0SMZ2WKmwBtFAXivM15j6Ch hntVogTRQMW8z4HWmZNCCYsTlATQG9EXCHInQlFgqtxEYAuqmMX7CiLne52QlNBfSnsHomTMciJk jHwTKJeo4xeFogk2K9nlPuNUhKiXQLU3pVSWEpILSaGifbP0ody7jJRljZqJeqZ7HmPLfUZZmuSN siiNetMaoDAIkcMx7yXY+ubbkCeKAhG/26BKZaVWECWTM5laoBxVh2JeQILGsCvgJaUhStSfwrLW qSrcRfHGOxCyhlXFKnTW0VUBICr5m8dSpFPJqHeiigV8LsUTNU5tqV6XRYKKQ7farct61En1UU47 ZFW4EqLWIqLM3SH6JFBWXRMh686THTeawW91JwbdSwGLjH0pQJbNq1s4DkJBCW0Qt8yTuxB3k+0+ ZP6c210GlJ0V0nQIRMX7CLs5kYOMzQ1ojqhQ0WUVdivsgSBkewo0Q9OJhU/Z3xF6lid2MDpPYXNo c1dzIAsNlZGZJoRTGnpXGIsuexabMhfbeTJYz9wQTY1FSEOh2GAPZu8O0Up10wtBNNkb2rncxSu1 fNe+DeYGfZNQNyksMXjxPlNRqYreLiiZUVoIGjxBZ9ohGbeo/RJTETiu2LhGRRpYkRC3VlyUhook AmwQZMWyQ5Fko7fpsAhLJhmquhGLKogqwk5HB/kxy/mE9Jy56MYSkwaVCTBFe3fUYvJ3BPZ8Tcqv 6ljJ1LHVQaTWx7nhsEd186qpeausfJ9jSt/rmGSt1DFFWXzdv2rzRQixqA0l/HbDPv16wBF/AUni zmgkalVJCiJ0RYg4Sh0OyZ4rVTjSTaULUWq964pikxXIh4AIARA0Uijg5pVtoXMXrOYNUCiq7PME aP0WYui4+c4dxZ66VTutL2bJ2bYEgMmt2fBYFR/okPZt0J/V3O/VniSXmTuevhiIabP2G0SSTbBR oRpJbmPniV2mO3fclkBF9gckIuqmvFUczqTpV4lXsZQtOqKKE6l0EzJ8nUnHhu3X5+tU4wg1FWEB 0hUo2KYLStB162wLFNhsFkbn4cjCVLOROTH21rg5UQLpPEoyAe0rv8ZuHXc4QX8SccAxcBN3HaLP C6hU0jQ2JCQ376yIAiPijzq3HPkQBid2WZEol+MhZbMaov9zHJKHkWurk1pLHyznhCBuz5VzhGEw UgCV6IJfkAt+IVTw/igF4CMv+di8lJ6TRMk6xUvw5pRW81Az6o/Oe7oMDG8317wC1eyCX5ALfiFU 8P6oc8uRD2FwYpcViXIxnlKm5FMO3l/EJZJPSZZyIVIaXFgNUFLqHtxmtTMpNRgnDdfqDZA+WiHb BUkkUbxzpH7JkPpo596cOnJxh6t9B5yc7nu0TsQ56rzHDSRbFMCwIMkq1rmbxWCayZBpZAnVhcJH s3Phyk/wAKhwBSTgWFCCvbLOpvMS6Ouj3OEcWDW8mwPGvGWaF1WS4pLiRcgUfJnNdoHmLkU2xcoF CgLdbLkLgJSP3KXAHGTPXQDp3lJXrtA8cpcaNObfuYsiiucugGL33KXINi79SF7KVIoteSlToyOn cdNvHKlXPVgSdeuru8huRGcpMwLdLIkwLewHSwKFtlgC1A+WCjxVO1hSxErHAFmEDpawzmc+VjL3 grEkWtLnovFgwHgKj3gKJ0/h5Ck85ilceAoXnsJjnuJjnuKFp3jhKTzmKVx4CidP4QlPqYYLT6nM zVNCfOY8AbjwlOTX5gnQ5kmhk6ekcdnBkyIWT4A2T6k+ypsTosrFU0Lm4TxdGCBPMeW75sYIbDXi igOR3M4zvcdC/AUxM70A0yhUEMQo5XTkVU12rgYrk1BVC7abRddSu/TPMPEao9sjtApiD0JxBIQm Jk2E0AQPLmF0k0Kwc2L8qppMTI9kKWm0AwjSF0iexAD6O7KrwIj/hQMhuMkQiChgZKNCyI3BXWTn jtwMiIhmzbYBBUASCzugfYvaeG9FXr2fTAg7j3ETnWCATQK3yQLGAAIA9bx4T0w1COnTnNlaGz1o AKWApgIWjMBfVBVrk5xFIETvlDW4jRZMZ4/sROdKPFa6ig4hsFwr54gjq+AjZ0yepiaMe5gckqr0 GsYR6yl/5Bwmip2Fcq5hkhiPdObzKSCFcb1LMXvGbs2i3SldECqIrXcpBhcQ9Q4I1QGVbgqsAFHv AKV46B2mRzhPvQOEDEH1Lol1MZWM1pdBARUvwd4kV7wUGHEsBQECiSfVB2ybzgZAWe3F0rwksoQT 9eaonswfDajPnCMHxliuekkjW2UajyJ0c96ThgRL79bE1lwYMajiARrt0DxwoGqhAgekAaRqHpiP +ap5EfHPudYRdbbTZkT5Vel1YyKiqWXcPSRfHxdErUxF1MVoj6RbeGeUMkZuF0TyeCt35qDjmkZH hD31gpgavYIDt5hxHEWiFlV9DNFSUC0SKKOoQFsGw00DJZ0tbi+0hFGrPECIjgCyumNC/ULjQQL6 cHMfpa1N50W9qQlUPRNrVt2oGvwKIqH4YXFzg8YD0sCsAtLOFl4Vb9boGtWUBTGGsM7h3MwtMFp+ gtgeQfZuL+9AQLiEi4ZzYn9GVWYSK20QqUCDumIVMOHcDFAZKqUt/r00O5sd53IhKeure4hqD1jS a7InBmvArAo00fvGEFQYbqLmlQVyCQcXlGAdtLMhAnjXR5muSiSBkbvlS9XzyEkXGZihtlUB09Rw FbwemIGn3WoqnOGQkDSDARknM9RFbZaVt3irY6hFlZBOxFlHh7xAUs/s2+inNX0ClFiTFGO5IA2s rXNiIDPYGY8iC4hrZChxZWdOLJIUvNLExdXMNyh7IvNi7CU1gFCOrpl9WPW06/LZkso2j/1c0lZ0 U9kjrd2taCv01kZLjdnIdJt0I0LMDYDGQ2oPKmp5q8qvfSsj/wYi3hJhVgoPV6YZTO+FCCv/VspA EMECNBF+y9iHmCkCYohASDsHJ0Sb6aaKVtZr5ZJiZC4FamCWZMlSoBhE2c8D8K4OQwHwXPPAFZCf YqxhrYQgG72KudWKWIV9UmZoMRJLLJAyz4dEcG0wZdLoEkI1u6zGBWKtTCihZqhRN90moNcgUcFC /XVEh6nDo5lFZXGYmAZVUtFt+kYsroUVfeh65FU5hojrWUdWoebVXBkNIlSVR8VRVEYOnSOLbwks FnSsAJcyq7uvEqU31ttmdCFXFjhaZxg1uN2HMlGt8KEmXqXMalQZTpcW7Jo2N5ZmkIXlzUTzLStq NOpuZu6FR7vyXyi6stR3sCTQm+6LyCJAOoFefT2jlQ2zDjVp80tRiHEYAggb2GqMMykVkysK6Qhk 9cXi7Kmb0sJrrVrL0IJtWmJHSb6cYhfVkQkh9kyliwfU3Mg4YuBoCRAcdyFNtbkHCdQrTKxGIVL1 y9gG47QnuzDRDhODosA+O6pB66XmNmqw4oO7jRqKp2Yw7vALLAiloZCaSjsJ0lqFnwy9NZhnFoF1 jcqS0GBFhHoXrDBRfa+IMQHJgcowmpYpYr3tkyCtW6TdPKhYmq6Cu/MgCHCz+nLU8kjIXpeqPAld 50BgyMp61P1QuBmQq0A0lX5PLEINiV39HAhjjXUOpFRU36DKwLF9IYpxtEZG9hq3lDGp6H4OVIYe XNo5EKCwzoEW5OdAC8GqxBh3O+yE/MPdzoyDLZeeNPAgCOsRsyvFRWVMi3pj+LfUqMvg64ERLBLB 6o2op6jLT5XBIpb6qTIKSVQ/BajGw0+VPkmz+ykgWjU/BWCXoUFCT4efAiI291Old5p9tQNgIJfD T5VenRBt5l5XN1U6dXW5KSBidzdV9LjR/dQBeeeFwIJ22wUsGwlU+uGpgIAu01MVPZh1TwV2wjg8 lYo5macqI3EzqqeCjNt2VJBry+6oyqi+E0GwQctRLYQ6KjxasjuqgiLm8lJYWvNEonBYjbL1uDev 7Zuad1bQvDnZJoC+iDNs8XBSpU1mWuqkSlvV7ghI6dpOCkO1djgpIEZ3JwWRZvdRKt96+ChQVaf7 KBX4dCe0WHAfBRWyI2ltHr43cVYl3FtduizVnd19FNbKDg7SCfTqK2nlfiifQFbDLkUHHvnwUTrT dB8FyE1AUZriOJwU+Fs+qkgI0rr7KJf68lEudfooSN1vfxyQ+6iFUB+FR7UeZzQF9V/LR2Fiu9AQ qfV1GZSrKTHzwvPObV0Y7NkDjSXuqqWY0iKD4ojFUMK0aFU1yCuNuT9KilEhu9hgalaWEUBrUbJg WvKGqrsOIFTqnSVcg3VTKkDfAEuLsL0oFNazdBYZ8+itH5w9DAXayuy166PjbyAat8qMyryGQvK0 Anr+V92It+CnV5nNtotQN252KKUTPvD4NNHTjMijWEJwJRJU5BV/PnBFrPAFsUo0U9ZWtmhl7/Sa /GFtDtyNelOgoBrN9ND2VDGHpgkJIPprnHobMNw4GjzVKMD4MjaDTqCubddOuLRlsjnhIBY02Gn6 JEWThQ87zY6sVGRkCTjrplGFuUbsxePGarx1nsjpmTeENljyznOfOVc7B1oITTDfHoiOUgogO48Z +jQLIHYUPxhAIvjApM1vvmElsgMPvAxgN9B4Fm8BWudlgGTplK1ivlv4lpVR1lUKAVJqfGJZSCnr SRBoZAkhdl3GSR+uJ/OR9cq45knqChABFJKxtvNlb++jpXKWMnCsk7aFKAyJGJSWYkctHpQW1Haa B6UFGzZ7UAoo+3UkPR7Ss78dlOL0aV1P0nOqdT9Jj7HGGZUKYq77STj/GutGEk6a9nUk7dzvY7cO ukYGpXBd44xKs91s0KgU0IweleK8K44jLAVLcUel4F4Ngl7FKIwnGJWWQh/rQSmGMtPSeHS2s8ZC B3hs4sxivjfzQoNFpWlebycVlpY9Kk0MyC0qdWhFpY5gVJr0Bp9FpXaSuqNSmXf69STIP6ybbVel eVjneVdFChdFihdFio8VKV4UKV4UKT5SpPBIkcJFkcJFkcJjRQoXRQoXRQqPFSmcihQuihQeK1K4 KFK4KFJ8rEjxqkjxVKR4UaT4SJHiRZHCRZHCY0UKF0UKpyLl+UiR8jwVKc9TkRbkirQQqkh4dCtS eKxI4VSkcFGk8FSRcmWsvRQJ99VWIS7D704vhedGllYpHH0Z8LMSjsEm7TwkU4cX1zTssQKjl8Jz bX4Uqs3tvirhGVerWGInoUAkmnAlh2cZrIQDqgzfWAnPXlQo3hzpEbU6TWhVwhdiXanDsUZ+B2If jdkdsScIr4RjzBa9Eg7aLUaERAWa5aiEg/HavRIOKaW1HNfFedhXjM66hur1fgS3Unzjaxhw7HtN oKLve5OYefEFeTF8IQJvuyD3slo4Ouk5pdfCteLMmCpYuN98I2iveewT3RJjNydPnyrP+bgBWQvH WZZuE93BiZEQa+F6jGdlRnKHkzsGrskOicvNauEL8lr4QhQeEPJR1sJ95FUL94lZC1eaotfC9URt HrVwPUPrXgvXMHMVGK6LZwuKg5uzwpBj2xWGHMeuMOQ4rxWGnOKuMOSUjgoDoEuFIcd+rTAAsSoM AHaFASRcKgxA7ApDjvWoMICBS4Uhx3xUGDJtKisMWRzTpcIAxK4w5BiOCsMBeedwVBj00VVhAHSp MACxKwygaVcYwI7tAEahKmavMOQUjgoDZHxUGCDXXWHIKR8VBodWhWEhmMmndFQYMs4YV4UBS7sr DFiNXWGAgC8VBhVp3M1hVxhyGNcKQxavuisMObSjwpDtFtCqMGCoS4UBiF1hgEhXhUHle1YYQNWu MKjAV4VhseAVBqjQrjCoyq8KA7i/VBiA2BUGrNWqMBxAr76Su8IAaFcYdAucFQadaVUYAO0Kg6r8 WWEAf6vCkMM8Kgwu9VVhcKmzwgCp7wrDgrzCsBBaYcgWF7HCgJEvFQZMvCsMup/aNhblSYUhdVqF ZV5SZwBHBKBp7qcIpOk7bh/xkkCv6/BbXRsQlyP9NIIq84HI7np6JoKZGsIx62EnBBq5AEp0M7i5 OCoTuQhJPbCzXeYVcQPyzaeAOSPqVBpMhTcts+iyH8R1j+DsVguKieNE9EoHHKHwbymu3o4gBwKd 2YMcQHbNVKZIPeqEK8hJeDfqaA5uRSXKSc2uJXiUA0TyICc1y7g1yAFkJxAMcoBI3YMcQDF7kOPQ CnIWYnHZWJl+gtiSat2jiivCgxylqHuQo6R3D3IAzSPGAd81e4wDIaWyFfDUz4d1s++S3eBW3c5u Uq1HdpNqv2Y3qY4ju0l1HtlNqvOS3SRswiO70ct/K7vRa4Iru9FbhGd2k8ynMbvB9cOd3eCi3yW7 SRqQr9Z0ZDeALtkN2N3ZDaCd3eC64SW7AUtHdgPuS7fsBrLZ2U2SUPPMbjDUzm4wzc5ukpWOls9J fFPMm0s9sptUHr3Ek0o6sptU4pHdLMizm4Ww65dpZzepPHqLB/Ou7Aby39nNVWlMkTIvTG1FEvLH ViQ4RQ6Gq86d136ChTEpr2OWgmYGf6Iw2LsOZXulzxEsaSTzl1zRtK/ad7u7Xf12JbQs2zsnlKzd pNyCz4HXUNicJm/va3kS18vtRM1kmSgSFjdxGz1ylaC/SVMsVnMeeI+doW+hDcBNp/YOxLYBiQno E8R6XQ9j2mmbXqTvbkxTVGKzLd0DL+jbHdVsl+HrXphz3SxO7jyi50tEDhW9D49IZTC4OhDr8jmy /dH8Vjv8pfiBuK61w6uO7loHc4C7L5GRdFWokkluZSD0VS99ASeP6eeJsBwbYlDkMI9uBqu3uCRM qCgwnQaN7nkONUx2fP8D5LPNIjVBqBcvuh/gYzXVvEEOuNVR/c2IKh4aMU5VVfnqQKwro2PFAFcE g/K3+5GnCL1WfCCy+gFAjYYzD0KM0eyqzKBXzHrdFRCvODQ8Gamy3erbQGRGrLlosx1r42bQ0EDF IO1st1atOfudj5IUsnjVbiqI0OyyyXSu7e06vRBFq2R3TQZPkfdVlD49cEBz5/sFfEkDULAzcbs+ 0/1OLg7je+N+x1UAABomF9NEICKvrchiVAlH5tq0gOyVM+tb/VUeCL1Xv9RS8oJYVfXO+VzDbi/M PUZsPbBHniI0jX17vZLsb0quK8nrxUdHFFcWf8QRGCZO3kBewyRev9vDGKLoJV9947J43eWK2I8U 3sJ6gti3o+2RJwgUBupl2seI/YiRfnnrEbhTKiWVq1Qcsc+/7JFzmIwlOV9DxU7XGpwPAzuxX1RV c0MIZxgzsLMGRFpItONJTZ0mY9+qb0Hlmdm3+YtgkzemqqaogNQ+Z/VODiVP+R0RdODMY6aBxFlm 6fauVXEaGk9gAq3nXLfSwEyz95SWqe187SdrXy1fZaV78vUp1KJ8XCv0Kb2JoTYN0cz2WpaVCCff 99pFPkjq8mbtaKwu6SujiuCFVqR/am/txXf1LVb/0zBOqaYsQaga5EGqYfpH8juYjGjyiHfG8Ui0 xMwMXuKFavTpF/RMdO70FPF2IzbZpi/vvOy/dMgv+y8dcoTvx/XIsUGj7P2LKsbBV7LWMI5Y+zHO 4DnDFbEfmbxY/wSxL2/bI08Qaz+uaR8j9iNG+uXdhcSyMW9mgp3Ee+REvN2I/epN5gWfJ4is1v94 5ClikWKv7zxFrEci37d6gtAK1Nv3vtKdjw/FIHb9J79oUuyLJl3W9NfyWLz99Xb7k/bQP3++hdvt P2/4eoDsKMQoeiseh7GE3n5kbRE1w91IcLfiVDUdzYR3O9bhbCe82vGSQjzaDd7tWQuLu53wbm/6 GuxuJ7zbRXXa2U5Y2j9ReR5ie15Ysc3rmIZogemxfi1jtxqCrThJQZi7Wg3BVpyCn42E2Vb5mYHd aAi2NhaNDj6JYCuZ3BxOyUacQ5OQdPzqkbT4IL7hwIFWu02peNeZQ4NW29KZU4V269KZiw7t9qUz Fx1a7VtnLjq025fOXHRoty+duejQbl+yfIdUUPuYN9yAzPq33/4oAr3Ikpq2FuAdcsZpke7zpT9b mbxta89WJW/burMVyduW6iw18patN1uJvG1rzVYhb/tEtwncjOD0SzsV9R+8jj6ODynVooVJfK1J 37QqN30Dous53v5aU5RR+L2mv6PAikFxboGPhHT0RDUxHcMmhMmTw/Ln0Hc6mxhLFNKPgcv/cWB4 EfFJo+onVl5y5MyXCf8fRsZpsKx+jCjjvujAEpXFpiWhlxy28lsoVt57yZH54lVqWnt+18DZzeAN 98zwpa8uTvaPtIe/veEzVPGGC7yMDaYaNekXJbOX0HEiPxVoagKM70UVL9ZIfhFD1mqjhJniwyWk qf5CWtx9c9fSeQwsgA/9XkjEyVvRCxwSd8akZ892JWfAOka9kcmvzuBduMy7nGYYeRsLlw3kYWEB JiRrIpuYhOESfUaJuMOKWcrcIVG9qYF3nlCN6Vrew/uoU4BpH2X45EPXg0xgOfhraCDbNbM6F6P9 r1b58agRsfTAZ7DiC46akyYfLzwqrtFIwJN4jPNyw+IzVKJvrb8otbUMltb1lYmXGxfvTuIZfCHq ncM+iWjLjmg/YL6ffSpD/krkMW6ffiHTc+objmqCOtMoG+LTr+C4i5iyL/2H7Po/vQ5v/nz79Lcf vfrlp+8OrusLkjJwqSp9Lyn1GVLaS5CC6ltHeKYBz7tJwVccgzj2Tx/+9Do+J6D+klQVrRl+AFXP yWq8JFVNr6M8T1V6TlbzJamaWmb9AKqek1UML0iWVv/zB5CVnxNWjC9JVtXC0weQ9ay00kuSxeOK 58kqz0orvwRZ+jU1nAbp1yC/z1Cl8KxViC9iwvEOf/0AauJz1LyIFccxJIpHz5KTniPnZSx5ibxf 9Bw5+TlyXsSE643w/AHklOfIeRHbXTMPfp4l59n9/iJGG1+/wZWkZ8lpz5CT3FiHM5Xp9UxlgqYy WsjAexZVP5Q0rbARLZ9/OnI864j44HEMPSG/evrF5M2lRLblwikq5pDL1A9DKKcXCv2LyleaxcK9 ya/vz5mV5MZXC8JhHPwZ4n0M5hdhMHZ9peSHMficpUpuN/Vbf5cFNMT7GKwvwiBuJeLe0g9i8Dnb l9z26W3+C4OGeB+D/WUYnHp0+sMYfM6aprEY7PqphYNBIt7H4HwRBvEm4A9m8Dn7nN0CvaoMqjaD hngPg/lljEzFm0DjBzL4nMXPR4T3YxIZZg7Rvoafkn6D+TG1eu2JaS9+ZRTkgn4cLuktjjPxHTuf tglijmk885l6e31Nv4WP7y1OrSIhioz6NZRjhhJshqdiiTH5hyb1O5RCblifsn8qixeymVEPoxNf 0cJ6Rbi+SLf372/G689lZb5+bmHKyxBTK46Hv4cYVZH/ftNe3978uL/+/T/k11f/8aYogd8o7m/y 6wv5lV7//nNp/eeblNE5xde/+0w6/vVvgmTPX33+2Zv6+rt/fPO5/Pftc9y59X6lX7w795Uh3rev 2ouIBp9s+qGW/12Ry/8AJLO48w0KZW5kc3RyZWFtDQplbmRvYmoNCjEyMyAwIG9iag0KPDwvVHlw ZS9QYXR0ZXJuL1BhdHRlcm5UeXBlIDEvUGFpbnRUeXBlIDEvVGlsaW5nVHlwZSAyL0JCb3hbIDAg MCAxMjggMTI4XSAvTWF0cml4WyAwLjk2MDI1IDAgMCAwLjk2MDI1IDAgNDA1XSAvWFN0ZXAgMTI4 L1lTdGVwIDEyOC9SZXNvdXJjZXM8PC9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSPj4+Pi9GaWx0ZXIv RmxhdGVEZWNvZGUvTGVuZ3RoIDM1Pj4NCnN0cmVhbQ0KeJwrVDA0stAzAAMFEETjJufqe+Ympqea K7jkKwQCANwdCkENCmVuZHN0cmVhbQ0KZW5kb2JqDQoxMjQgMCBvYmoNCjw8L0Z1bmN0aW9uVHlw ZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwXSAvQm91bmRzWyAwLjVdIC9GdW5jdGlv bnNbIDEyNSAwIFIgMTI2IDAgUl0gPj4NCmVuZG9iag0KMTI1IDAgb2JqDQo8PC9GdW5jdGlvblR5 cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjU4NDMxIDAuNTg0MzEgMC41ODQzMV0gL0MwWyAwLjgz OTIyIDAuODM5MjIgMC44MzkyMl0gL04gMT4+DQplbmRvYmoNCjEyNiAwIG9iag0KPDwvRnVuY3Rp b25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC44MzkyMiAwLjgzOTIyIDAuODM5MjJdIC9DMFsg MSAxIDFdIC9OIDE+Pg0KZW5kb2JqDQoxMjcgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGlu Zzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAzMzguNzggMzI1 LjQ1IDMzOC43OCAzNjguNjVdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDEyNCAwIFI+ Pj4+DQplbmRvYmoNCjEyOCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9F bmNvZGVbIDEgMCAxIDBdIC9Cb3VuZHNbIDAuNV0gL0Z1bmN0aW9uc1sgMTI5IDAgUiAxMzAgMCBS XSA+Pg0KZW5kb2JqDQoxMjkgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAv QzFbIDAuNTg0MzEgMC41ODQzMSAwLjU4NDMxXSAvQzBbIDAuODM5MjIgMC44MzkyMiAwLjgzOTIy XSAvTiAxPj4NCmVuZG9iag0KMTMwIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAg MV0gL0MxWyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL0MwWyAxIDEgMV0gL04gMT4+DQplbmRv YmoNCjEzMSAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZp Y2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDMzOC43OCAzMjUuNDUgMzM4Ljc4IDM2OC42NV0g L0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMTI4IDAgUj4+Pj4NCmVuZG9iag0KMTMyIDAg b2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA3NTMvSGVpZ2h0IDI4OS9D b2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2Uv U01hc2sgMTMzIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDY1NT4+DQpzdHJlYW0NCnic 7cExAQAAAMKg9U9tCy+gAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAADgava6AAENCmVuZHN0cmVhbQ0KZW5kb2JqDQoxMzMgMCBvYmoN Cjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDc1My9IZWlnaHQgMjg5L0NvbG9y U3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJw b2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA3MjU1Pj4NCnN0cmVhbQ0KeJzt nWdzokmWhQeEDN57bwXCCSRACBDeg/Ce+f9/YzPzfZGQWprd2d2eKmWd50NFdLU6WkScvHnuyZvJ P/4BAAAAAPCzkFCkhAupVCL51b8NAP8Gb9r9DulHhL+UyS6vrq5vbq6vZBdQPPgRMKVT8VLtEvHK v+DmK+RyhVKl1uoMRqNBq7yG4sFvD9E6U/r1jZxpV280msyWv2A2mYyfMZEftNmdbm8gFIkEPRYN FA9+a5jYL69u5CqNzmCyUO36g+FINHYX/8jdXSx6G/nMbTQWT6Tus7mn53L5KR20KC+lv/ojAfAN VO2yqxuFWme0ONz+0O1dkmi3UCxVqrV64xP1WrVSqZTLlXNeqrVGs93tDUeTyaT/knZrryB48FtC 1X55LVfpjDaXL3yXyuafK/VmpzcYvU5m88Vy9YnlYj6bTaezj9AfXG+2u/1+v5m1H3z6awge/IYw tSvUeovTF4ln8uVauzeczBar9ZaI93A4HI///MTx8CVHxuGw2yxHtbQHFR78fkgkxMnIidpdgWg6 V653hpPFigmdqnq/322/YrMhf+xoLT+x2+3oX69Xi/lk1G9XsmGLCh4e/Gaw4q7Ump2B2H3hpT2Y LDY7WqgP++1mtZxPJ+PhoN/7TLdL/ugPh8PRO+Sf+r1uu9WovZSeHtMxvxUpDfjNoHK/Uelt3ki6 UG0PZ6vtgWl9vZiOB91Wo1ouFfO5h2w28xeyD4+5fL7wTj6fe8xm0sl47DYc8DqtBhX0Dn4rqNzl aqMjcPdQbhG1k9JOxL6avw7a9Uoxl0nFo5FQwOf1uF1f4PZ4fT7/Oz72gw671WIy6LRqxc0l9A5+ I0S5O4OJfLU3obX9sN8sJv1W9fkxHY8EvS671Ww06HVajforNBqt7iP0B1UKufzm+urq8uJCCr2D 3wcJMTNE7qHUU30wW++J2tfzcbdeekzFQsSQmPRatVLBtHt1SZB9hP7V5dVn6I+JQzaYHAO/ExKp 7FpldBC5N4bz7eFw2C5eu7ViNh72OiwGrUpBlH4pEwfEJN8g/Yzw17/6swHwCeJmrhQ6ezBJ5L4g ct+tp4PGc/Yu6LYZtSo5HXRk473QLuAB4mbkGov3Ll8X5L587bzkkmG31aBR3hCxw5AAjqDlXWV0 RrIv/TmT+7hdysb8dqNGcUNcDMQOuIKWd601kCy2J5vDcb96bZfuIx6LXsVqO8QO+EJycaU0uqKP 9eFyfzysJ+1SJuI2axXXUDvgD4lUdqOxBFKl7oy4me2sV8neErnLr2RwMoA/JNJLuc4ReaiPVsTN LIe1XMxr0SquUNwBj0hot+qJF9uz7fGwmbSLyYBNp6DV/Vf/ZgD8/yO5uFZbAunKgLj3/aL/ko04 DapryB3wiVQm19kjj43XzeG4mbQKca9ZgwEvwCnUvutdsaf2bHc8rIbVTMiuh3kHvEL0rjB6EqUe sTO7efc54TWrb+BmAKfQdtXkS1WGq8NxO2nmbp20vEPugE+I3km7el8dbwQ7E7RpUd4Bt9B4xhrK Nibb42HZKyW8Jty+A/xC9K6xR3Kt6e64n3eeYi4D7AzgF8nFjdZ+W2jPSbs6beUidp0cdgZwC9W7 I/rUXexJu9p4CNk01xd4LQbwCtN7rNhbHo6bcfU+YFHDzgB+Oel9dTiuh5WU16SE3gG/fNB7OeEx Ki5h3wG3vOv9sBqU4i69HHoH/PLu3wW903jmV/9OAPxdSC6u3/Tef76D3gHXUL3bo4Lee8WYU3cj g50B3MLOV6NPVO9L6B3wDp0Xs90WumJ9d2hvEEcCfmF6j+S7C+rfoXfAOVTv1nCuw/T+DL0DvpFI r1SWUK4939M88o74d+gdcIz0UmkOPrSI3tfDctwFvQOukV4qTIFsc7Y/bIblBPQO+EYqkxt99/Xp 7rgZVRJuvRx5JOAYiUxu8KSrk+1xO35JevQ4XwU8I7m40bkTL+PtYftaTXkN0DvgGTpQ4IyXh5vj blK/9xoV0DvgGDZQEHserA/7WSPrp/Pvv/pXAuBvQxgoeOqtDvt56yFoVkLvgGPYgVM4TwdoFp1c yKK6wn0PwDHswOmxPacDkoWIDfe1AddIZHKjP9uY7enAWNSugd4Bz0gu5HpPujbZHTbD0p1Di+f0 AM9ILq51LhrAH7fjCgYKAOdILq40jliJBfDVlAcDBYBrJFIWSPZXNIDP+Iw4YAVcI71UWkK5zvJw mLcfgiYcOAGukcroRDCdgF9182GLCnoHPEMnJL339en+sB4Uo3Y1DpwAz9AJSVey+ro9bkblOycC ScA1LKC5K482x+1rNelGIAm4RiK9VFkjT/31cT+t39MJeOgdcIz0UmEOCgFN6yFgwgQ84BrasPoy zVNAg4lgwDXsSl+qOtkdaUBjQ0ADuObUsLIJmjgCGsA3wkRBkTSsu0kthYAGcA698iFOFDSzdIIG egccQ698+LJNesWpmwvhCivgG6FhrQkN6y0aVsA34hs09MrHqHznwJU+wDWsYY0WB2t25QMNK+Ac NgKf79I3aJoZHyYKAN8IbxS0aMPayQXNuPIBuIY0rHpPuj7dH9f9p4hVhe/YBjwjNKwVNKzgj4A2 rPbos/BGQRJvcgDOoQ1rON8T3ijACDzgHLFhXZCGtf0YxAg84Jv3hnUlNqy/+jcC4O9DcnH11rCW Yng0FfCNOBI8ODWsGIEHXCOMBLMTVtawQu+AZ85GgjtoWAHvnI0Eo2EF3HN2hxUnrIB72KNL9A7r ASPB4A+AvhIsPrqEkWDAPeyVYPboEhsJxh1WwDXsa5ySVdxhBX8EbEQyVhIfXULDCjiHNKyWyFNv ddxPa2k0rIBzJPRrbR7bC/pKcNaPR5cA39ARSe89+57tXj6EV4IB39A7fa7Ey+vuuBk+45VgwDlC w0rv9G1fXxJ4JRhwDrvTV2B3+uppjx4NK+AadqfvgTasi/ZDAA0r4Ju3O32kYS3ga20A54iP0NDv YR2WYvjeYcA3p1dT2Z2+hAsNK+Cbtzt9h3njHnf6AOfgTh/4k8CdPvAnId7pw6up4I+ANqzsTt9x j++lBPxDG1bxTl8L30sJeOetYT2u8L2UgHveG1aMSAL+OXuE5rUSx4gk4JuzhnWKEUnAPR8aVtzp A5zzfsJKG1aMSAK+OTthxSM0gHuEkeC3E1Y0rIBrhO+lLA7wair4I6CPLoXz7Gs+mhmcsALOYa8E C3dY6aupCjSsgGfYK8Hio0vCSDAKPOAXFtCwV4LZHVaMBAOuEQMaNlHwksD3UgK+kVy8BTRsogB3 WAHPSKRXKmuEPTI2b2b9RgUCGsAzbIKGvYq97GAEHvCOVKYw+rPNU0CDiQLANSyQTNcQ0IA/AhpI 0lfg6dc4IaABvEMDScddeUgf1ashoAGcIwaS9IrTrIEJGsA57EpfJN+lV5zaD/jeYcA5dEIylGOB ZDcftqgQ0ACekV4qTYEs/V75Ve+JXnGCgQccI71UGP2ZxnR3WA+fYw4NAhrAM1KZ3CgG8KNyHIEk 4Buid4MnVaUB/Gs16cYbNIBrJDK53p18GW9ZAO81IJAEPEP0rnMlyqPNcTdrZOiEJAJJwC8S2Y3O FS8P18f9vJUNmBDAA54R9F4arI+HeTsXsuAKK+CZM70vOvkwJoIB15zpfdktRHDgBLjmXO+9p6gd B06AZ6Q0nxH0vuoVo3a8IQl45qPeY3gzFXAN0bv+g95xwAr4RUL17k6UoXfwJyCRXsoNngQ9b4Le AfdI6DywN1kZsnwGegd8Q/SuNHpTL6ONkEdC74BnJBdXSpMvXR0TvS+60DvgG6J3ldl/X3vdHvfz Tv4W+TvgGfoehyWYrU+2x92snYvYcL4KOEZyca2xhR4ak+1hN20+hm1q6B3wi1R2o7VHcq3Z7rid NB6CFsyLAY6h4wSOaKEz3x+3r/VM0KKC3gG30OMmveuu2Fscjptx9d5vht4Bv7DjJk+i1F8dDuvR S8pnUuK+B+AWGkeafKnKkOh9NSwnvUYF7vMBbmFxZCBTHW8Oh2W/FHcboHfALzSOtLI48rhf9Ip3 Lr1cBr0DXjmLI/fzdiHq0N3g/RnAK3T6XeeMPbE4ctrMRewYnwH8QuMZgzv+3FseaPyeDVlxvAr4 hU5HGr3J8mB1OGxG1fsAjlcBx7B4xp+ujtYsjkx5TUroHfAKse83GmsoW39ltz2eEUcCnqHTBDrH ba41ZdPvTzGnXg69A15h9t19V6TxzG7Wyt3atYgjAbdILq7VZl+qPFju2TRwGLc9AL9Q+661hbK1 8ZpOiyGeAVzD7LszmmvRaYJlv5z0mjANDLiF2XdPvNil9n3eKd7ReAZ6B3wikRL7bvGnK4PVgdj3 Zu7WocO0GOAVZmfs4WydDgOvR7Vs0KpBPAN4hdkZV6zQnm6Ph+WgnPLhMh/gFolURu1MqtRbnOy7 EdMEgFdOdqY2Wr/bd5yuAk4RD1cFO7MeVTOw74Bf2KyYJZAu94md2S96pSTsO+AXycWlQu+IPNbH 1M5MW4WYy6CA3gGfsG7V5I0XOzNiZ1ajajZsR/oOeIWUd9KthjIvdFZsP2d2Rn19AfsOeISWd5XJ E8s3J5vDcTNp5omdQRoJOIWVd1swXe7Nd8TODKuZkE0LOwP4hI7OqIzuWK7xSrrV3axTTHhhZwCv 0PKutQbE8r4eNx5vnXqkM4BPmHs3uqK5Bg0jd/NeOR2w0qt80DvgEOberYFUqTunZ6uvjXzMbcRh E+ATerSqNrmjufpoRcr7ole+D9p0clz1ADxCmtUrhd4eTJe79KyJhZEek/oadgbwCHEzNxqL9y7f GJPyvl/0XzIhO8o74BOaRSoNzkj2pU/Dmc2kVYh7Ud4Bn0iELNKfLLbp0eqOlvewXYcwEnCJ5EJo Vh9rw+X+eFiNm4U7r1mNMBLwCI3elQZHiDWrh8N21i2nQ3acNQEuYdmMzupPFJrj1f64Ww5rj1G3 CeUd8Agz7xqzJ/ZYHSx2h8N60iom/FaEM4BLmHk3uiKZcne6IW5m3qtkwk6D8voC5R1wh2De7cHU c/t1vT/uV6NGjjSrmhuUd8Afgnm3EfPeGC3pXOSk/ZwKsiwS5R3wBpW7XGvxUvM+3zI385KNuIwq HDUB/iByJ72qyX2brfRm7KRpWCduxqJBswo4hI7NqI3O8H2pPVkfiHkfN5+SARvcDOARyYXsWmVw BFPFFk3eD5tJp5QOO+FmAI+waEZvD5BedUh71e2MmPdbetIENwO4g8idnqv64rka61WJea9R866V w80A7mBJpBDN9Incj7vlqPGUIOZdCbkD7mBJpMZMoxl6rkp61df2czrkMMC8A/5gUzNqkytyX+5M 1nt60NQpZyIumHfAI2ISGUo/t19ZNDPtVbJRj5km7yjvgDNOSWSy2ByzaGberz7GSK+K5B3wx3kS uWByH9RycR/tVWHeAW/QJFKps52SSHrFo1FIBOx6JXpVwB3CTOR7ErlfjVvFVNBhUN3I0KsCzhBn Ij3RbKX3nkSGnUZEM4A/xJlIeqGpQ4fExCTSbUI0AzjkNBP5KYnEGAHgEXpdVZiJpK8RHN6SSMwA Aw75mEQekEQCnmFy19n8p5nI7WJYRxIJOEWQu5UlkfQpsd1y1HxKBtmQGKIZwBnixLs39vBCk8jD jgbv6RCSSMAjgtwtRO6V7mS9P9DgvXRPZyLp9WzoHXDFSe7RrCh3Frzfus0aJJGANySi3D3RbLkz WVG5I3gHvCKhE8DKM7kfNrMeDd6tCN4Bd9AhApbMiHI/Ern3q7k7nxXBO+AOKvcblcHmI62qIPft vF/Lxf02BO+AO9hEpNpoD8QfX7qi3Af1PD1nQvAOOIOoXXYl15icwUS+2puumdyFY1WDCsE74AoJ 8zJKndkVThXqA/oqKpV7o0CPVdk5E/QOuEEo7mqDzXt7X2wM6XUm0qoO6lTuRsgdcAVNIa9uVDqL Kxh/KLdHi+2B5e7VfEKUO3pVwAvMylwrNEa7L5p+qvUmqx2dmZl0X3LxAJE77jMBfpCcrIzVHU7k Ku3RfEOvdyzH7XI25rMZUN0BP4hqV+nMzsBd9rnRn5LiTqz7fNh8ztx6rXoV5A544U3tJofvNl2o dl8XtFHdrab9+lM64rbolDR3h9zBz4eKnfh2qna7N5LMVVrD+XrPivuo/ZJLBF0mrYIOEUDu4KdD xE5L+41CrTc7iNofy82BYGVIo9qrFzNRn510qhgRAz8fUeyktGuNVlcgmsqVG/3JkliZ454491b5 MRFyWXSw7uDHI2E2RhC7weLwhuOZwktrIKj9sF2+dmtP6Vuv3ahREOsOuYOfi0Qo7JdXN0zsdk8w ls6V6p3RbCWofTXpN0rZu6DTrFPeUC8DuYMfiSB1qvVruVKtM5LKHoylHorV9mCyWO+ok9kuJ4Nm OZcMe2wG4txR3P88JCLSfw/JGb/6I/xDIkqdeBhS15nW7S5/5C79WKy2+q9zobTvN4tJn6g9FfHa TVrlNZz7n8K7wC8YMtnl5eWVwPX19c13kH93deKSIiNcvPHlcvhPfI4LoapTqWv1ROtuXyiWzBbK tTYT+56qfbeej3uN0mMy4nOYdSpa3H+DlQr+Tt7lQfRBBU6kLZfLFUqVSq3WaHUUvcFg/B6DXq8T 0Go0aopKqVTIGR9WhLgavlwM0v/93vBhN3r7HFTpKo3OYCJl3RuI3KWy+VK12RsSGyOKfbOcDNvV YjZBa7ugdhR3fnkTOqnkTB5EH1TgeoPRZLZYbXaH0+X2eH1+vz8QCIbCke8Ih4IBP8Pn9bpdBKfT YbdZrRaLxWwy0RVh0AvL4cNi+LQ9/HVv+LggvuD9B2UycbHSz6Egn0OnN5osNqfHF4zEkpnHp3Kt RbQ+X212B1Hs02G3Uc6nY0G3zagV1Q6588i7tWUbvkJJZK43mMxWu8Pl8fqDoUg0dpdIpNL32YfH XL5QKDwVi6VyuVz5CvL3peJTgZHPPT5ks5lM5j6dTCTi8bu7WPRWWBEBv8/n9bhPi+FtLZwWg7ga zvYG+bce6hz2kwqyHanFxWo0W2zkc/iC4du75P1D/rlSa3YH4+mCaH1/IOy368WEir2QSUR8TotB o7yB2vnko9Lphq83Ep073b5AKBKLJ9OZh1yBaLtaazSa7U631xsMhyPC+HUynU5nXzGdTiav4xFj OBz0er1ut9tpt5rNRqNRr1VfKnRFkCWRJ8uBrobTYmBrgS4Guj+Iq+Fsb7CYzaZ/YaMETGYz+Ukr 3Y7obuQPkI0oepdIZx7zxdJLvdnpD19nROrb3UHU+nI67rdr5TwRu99lM+nUimuonUfeoznaxAnW Vtjw46n7h9xTqVJttDq9/nD0OpnNF8vVar3ZbLfbncCeFcdv2O93J7YCm816RVku5mxJ0BVBVkOf LgdxMYhroVx6pvvDaTWclsPbgvjX3JK9KB5PJJKpdCb7SBbrc7lSrTfb3f5wPJkzpZNf/Eh+xd1m tZiOB+1G5ekxfXcS+83VJbFNEDtXnGJoIZpjeYXT4w8JG36xTHTO5DEjIt9QgVOFHI//pBCzKyha FP2XfF4Qwn97+vN8SXxYDOJaEBbD22p42xuEBUEc05c+qiL+m5dqrU42o2aLbkeD4Wg8Iat1uVpv t+LHOJLfnZT12WTYa9Urxcd0/DbgcViMothR2vni7MRFoWJSd3lpE3f/WCAbfotu+NP5cr05yUMQ 6J5Kk8nyvED/S0TLQ00P2x1Wpw3itEecFgRbB+IfH/eHT3uD8P/+75iL/7f1WtiN9qLMj6yob2lV fx322o2X53w2dRcJep1Wk16jgtj54zQ1Qk/S1TqD2eYUorlckTRxnf5oMnvb8EWVb7drqrLpZEyr bZdU2jcL/nzqSr9BbGppWyvU3AapuW3i5Xu9PusCyIKYTN/0uT4thk926XxveF8Q/xpx8RzFTyEs 1tVyPiMfo9dp1irFXDYdj4Z8brvFpNcSrVPPDrHzhKj1y6sbhUqjN1kcbn8omrgXo7nX6Zm1Fcqg II9+t91s1F7Kz8V87iFLvbToo8Ph4Cl3/Iaz2PLkqmnIk8lkxZzniS4IthqExdCha4E0DLQjHhMf Mv1qbzgV7e+t1GlXWIu70WQyHg37vU6rUa2UnnIP94lYJOhzO6wmg06tlItah9g54mxCimjd6vQI Jy7P1UanfxbNnYRONvy+KI/8QyadiMduI6GAz+t2OR1263t0eDpY+o73g6mz3MTpctHohCb54oJg q4G1mHQxvGWez6W/7g10QYjbw3d88P1kNyKb0XOxQJrfdDIeIx/D63baLEa9Tq1SyK+vLqF1zhAK +/uEFNF6PP1YLNfb9MRlSY8XT3kFaeJG/S4RermYf7hPMXn4PC6HjSicqlurOeXhn0cHvuNs9EAI 0YWDWhqO07Navd4grIZPi4Gdaom7w8e9IUO3B7Ii8t8bqXwu9yDknOJuRDNOv5d8DrvVTD6Glph1 WtVPUofW+eGtsCvUWoPZ7vKHY6mHJ6J1VtapgaEWd7ddL2ZCE1cqPGZS8SjZ8D1OQR46jZpKnOib nXq+n3j+W8NjFx8OP9+HccQF8XZMRBeD5m1u4au9QVwRvu+N1Ft2L5xk0dj+tFjlVOhM6ZA6d7xd 4CGF3WR1eUPRZDZP7fpoepoaOeyJgZlPRr12nTZxROkhv8dFhU50/i4P2Zu+/88TXu9zMV+tBnEt fJ5M+7g3qN8meb5DK84qqJQKYTe6Fher+Dl+i5FN8P/Jm4shjt1sd/sj8fvcszAhJY4DkrLOTlw6 zWqp8JCO3wZ9VOkGWtDlwoYve5fHf0Ifki8Xw+e9gS2Iy28M1IfhzLP5m/fF+h/4HOA/y8myExfD HHswSkdfG53hK5uQYmcuROunsn6fiIX9p7xCaOJkv2UZPJ+o/2+n8X+j4XvwN/Jm2Wl7anX6QjHS nb40iYlZitOAbGpkRKdGCtk0O3GxmY06DYuh35o4qAT8/rxbdo3eZHOJLoZ0p7NTYd9tVrPXQadR eXqgUyNuBz1xUZ9Hc1A6+BG837lnlj1wm8jky/UOnfMWHPtp9PWFeJh4RJga0ajOTlwgdfAzeA8e 2QMTzLI/VRrd4VS4hywUdjr6WspnEtHT1Ij8Bicu4KdxHjwSy+4N0Tv3b5b9KF7gGfWaL8XH9F3Y 57KZDVo2DihMjUDr4KcgzDuKowJmG7tzTyx7i1n2MxfTaZDuNBkNCqOvSvlpQgpaBz+F0xj7tfwU PAqWvT14fbfsq/mr6GIiAbedFHbRxMDDgB/E+byjlmYxPjoqUKSW/ezOPbHsvVb15GJM54X9V38A AP7nSKTvs73EsZPCfp8r1aiL+Ytlf0jFgt63Czwo7ODnIZHKruRKDelOT/OOlcYXwWOlkE3cBj12 i+hi4NjBj0RycSnXmuzuAOlOxXnH2XJ9ekyFWPZBu14+WXaaO8LFgJ+M9FJpdIUT2dNs7/q9sFMX 88myw8WAn43kQm70JouN89leobB36kLw6HVaYdkBL0gv1Y54uT8/dadbNsberD7TUQG/EDwqYNkB L0ivtJ77xmSzF+bYR70WnXdMxkJ0VECnQfAI+EJ6pXGlXgZTdj2Jaj1Fx9hpFgMXAzhEIlNaQplS tVoWZ3vtGBUAHCO5uNbYfLex2Gm2V4lRAcAzRPFqg9liFubYMe8IeEdCvxxaDq2DPwWJcIEfWgd/ DNA6AADwxn8BSlA8aw0KZW5kc3RyZWFtDQplbmRvYmoNCjEzNCAwIG9iag0KPDwvVHlwZS9YT2Jq ZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNjkvSGVpZ2h0IDY5L0NvbG9yU3BhY2UvRGV2aWNlUkdC L0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAxMzUgMCBSL0ZpbHRl ci9GbGF0ZURlY29kZS9MZW5ndGggMzc+Pg0Kc3RyZWFtDQp4nO3BMQEAAADCoPVPbQo/oAAAAAAA AAAAAAAAAACAowE3ywABDQplbmRzdHJlYW0NCmVuZG9iag0KMTM1IDAgb2JqDQo8PC9UeXBlL1hP YmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA2OS9IZWlnaHQgNjkvQ29sb3JTcGFjZS9EZXZpY2VH cmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9G aWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDE4MDE+Pg0Kc3RyZWFtDQp4nOWYV1ciWRSFp6fJUKQi FTljIQiCgAhIUgEBCQpIzlG7///jnFuFCgqoPWvNy5yHXv3it87e99a5+/DXX/+b+rFZfwz4e6O+ D6IAP6EYdKH/UpzvIBCBwWSyWGy6WCwmk/EdDoVgMFlsDpfL4wtQ8fk8LofNojhfobwgOFw+JhSJ JVIcx6VSiViI8XnA+RIGGIBgc3iYSILLFSpCrYFSE0oFLhFhfC7CfEZBDOiCh4lxhUqjN5otVpvd ZrOajXotocDFQsAwP2mGboOLEGq9yXbkdJ14vKenXo/7mLRbDBqVTILxOIebQQwWhy+UKtQGy5HL 4w+eX0RRXYSDZ6du0mbUKnGxgMti7qdQDK5ALCP0FtLtC0Uuk1fXmWw2m7m5SsWj52cep82gVkAz 7L0UmoFJFBqTw+07j6Wuc4W7cqUKVS4VbzPp+MWZh7TolFIhTTnAUGotTm8olsoWyve1RrPVbrdb zcf6Q6WYu4qHfS6bgcD3UeBcEEOq1Fld/otkplCpPba7vcEQ1aDfazfr1btsKho4cdAUxg4KOluO QKLU2VyBaPq2VGt2+sPxZDpDNZ2OR4Nuq17JX8dDHoeRwDEui/HBFsRg88UKnc0diF0Xqo12fzSZ zRfL5Wq1Wi4Xi9l0POg2H+4yiXOPw6CSYpyPgpAYnlCmsbiAUXxo9oaT2WK5eoJ6Rv+slov5dNRv 10rZRMhj1yvEfLBluxVKDCYlTE5/FBit/mi6WMLfP/+i6xlIq8VsMmjXS9l40G3VyoRc1rtWoBEk Ru/wXqQLwBjPFqsnivAbFcV5elrOJ0Og3MT8ThMhFbwThBrhYrjG4g4lb6vN3ni2pLr4vVEIs5pP B+1a8erCa9cpRDzWOwg4IlYaSH8sU37sjRBjG/FKmfRb1dtE0GWmW3mD/PiBHME11pNwulDrDKeL HQyEeQZF416jdBM9dejk266AGhZXpNAf+S+zlWZ/sljtZFCUxXTYfsgng8cmlYTPZmxCwFYJYXaF UtAILWYXA1FWi0nvsXQd8dg0OLapZ63G5o3clB/7lJjdDErQbNi+z8X9pF4h2tBDnY1QDmriufv2 EBrZLWbdynzcrRdSIZdJJeZtQdDZGI+DoKY7nq/2NrJ2pQ96Lk4saqngzRR0wMgSd/iqdFgNOmek p1XNRE/tyJRNCFsgVVs9YElzMD2khtYzAlMufQ6dbMNZCoJ8jWaqLcqS/QzalE4tHz8j9XBTXj9C BMFwrf00lq2Cr4csoQ953K3lEwHSoNiGcBDEF8vet0cHfaWdBUghuQdCd/I1SH4HhPLkNErL+cwT Ws4OT+jTyVRah+/a+nQ6D7dx/9GH04F7YjkJX3/xnrSr2ZjPrsW3IOjGqkyuULrY6E0OQ+DjmQ6a 5ZuIx/ruxlKTwEAGEvmHDhzPAVOQr5Ne4y597jYTEj7rbRZQX7GMOuNqa3DwK0ZqwBK4Jk7D9oBc OwumXN01emPUyt55At/foFlBn45WhnE3Xo2Xz9gZiN/CLNjfCjVORt1aEdRYCGTJz83xCAMF9Hgj 1yXUyp7RBmJgsPWbleylH66aeHvc//gJeiSE6TgQz1VhyM5Xuyi/0EWDEVsrpMMnVno6bkLQ+Qjl Wrvn4qpYQ4JWH+Y99WIsQEwDvV6kQSnemtPUm4FaURmd/thNqY4ejXev168XRu+xkksE3RYNCgbb 7yjdikxjdQfj2XKjM5zM4TV/fYrpx3i5mI56zWo+FfbSLzrj3VuMWkGPsd1znswBZTCmQ8EzXU8I AS9x97GaT0d8pJHYlS3WsUBlOPKGk9lSrUVlC+BQ6QIiCgQUSBYNYET9TrMahQLGh6hEpS0hThiB ksjc3T+ioDSFmINqPptOICo1a6VcKuI/tmjlIv6uvIVyH5snkqlNR57Q5XW+DJENEttoPJlMxuPh oNeB0FbIJMI+p0WrEL/PFRuC2HyRjDA6TgKRZCZfvq83251ur9frdtrNRq1SzKZjIS9pphis3Ul2 TcEJg+34NBRN3dwWy9WHWr1erz3cV+7ymfRl2O92GNVyFKo/xr71CSEKTyhVas2QhkPRePome5sv FAr5fC5zlYyFURbWEzKRAMX7Pbl8TcEkcsjlRy7v2XkkFk8kU6lk/DIaDvhOSKtBo5AK+fSKsJPx sqhwBSLYEPRmO+ny+PyBQDAQOPN53U4HrBmwH2Dc/cn+lcJYrzuE1mC22o9Ip9NJkg6bxahTIwS0 cZhBU+itSSSRKQi1VmdApddqCKVcKkarF/Pz1Wu9v8EKKACOFDY4VHIZDluggEdvb1/YJTeWUb4A EwpFIpFQiAn4iPDldfRtLWZRWy1VHDYifK2LNwzNgf0aULBYM6kl/TuINQb9UvDzpda/FnwH8cqh Wf/id4sN1J//+X9d/wBGCcomDQplbmRzdHJlYW0NCmVuZG9iag0KMTM2IDAgb2JqDQo8PC9UeXBl L1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA0Ny9IZWlnaHQgNDcvQ29sb3JTcGFjZS9EZXZp Y2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDEzNyAwIFIv RmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA5Mzg+Pg0Kc3RyZWFtDQp4nMVYS08TYRS9idGFJiaa GMOCxBgXLIwudGE0McYFiYkuNDFhYURteZRS+pzS0kLiypUrV27c+EAQpAj0QUtLKBCeCvj4PZ47 96OFUmhLOzM3J2Q6zNw5c79zH/MR1WHnm6n5Gl26SXeeU8s9Pm5qqcdfzYYntrqp6xP1zx0Kd4we aEzvxElDOJw+x/7xlOJDsxReZERWKLLGf+VnKFe8xhenRxG6cLlhNE6dobs2div+Q/M0sELRLRr6 dygGd5heeKHICi+C16nTrraSc1Q5DC/zU47gUIbVbxpYpWBGRQkvdWy779ilkddD8feYACW8iLh6 +oZDXZPhetwlt0fWaehPAxDZpFCWHdo+cBpWzwTXszyyFP3ZGCaCwW2WHDx7YtWqWmKCpMDSIMKN RXSHMw7+URwqSlp0wjHZYrkaAsRHT7Rn744qRMgdpZMNim4biMgvVY6Q8mUNQXN+03NHLyNGA3kh L15WPLJAyGLQNgfhJZXsB8MiNTa8SgOb5qFfT/Yrt/eRQQdh3eYpvGEqQnpwXrwvMoGkJSyhNQqt mw0JDoYBMQwkrCWUo1UroKd5oW0hv5hMnoIrVmBJ1UAx6cvaImnL1kByHA3r7EU1KQWWLENQb1iY DFFzcBDMkT9vGTSdzI0nSr1ajnwLliEwrzQs/UjLkm/eMvh3+xS+MnAQyJI3Zxn8eqlpe8srxWQw 8GQtg1fPpsevWcNCxp2xDD59YsfnGOowa2aO+tKWQchAMFJngnPkSlkGf5o5IJUwfkuXxMnepDXQ MsVeKRO4J0nOuAVwJdTnuczD1x/qGk5Tz4wF8KT46RioCmMeyyZDjhlyTJuNQEY1poKh4HCsEuSY MhWumX1rJIYplBN8lrqnqPuHeRDpovCWGAogyzhBXTGT0DvNT8Q0dfBTTs0SUM4kdU4YDpAJpkvV stdk/tTSfHHHuLHwp0q/C0oM4cJ/eWMnxdfbx4xC365uj94bQXeQkdgdJ9uoIXBOqqEXc11FQ1mW BuFN8L2vRhoJ17RicqutMhMxZLpH39jEynaAz3ADYBshb7xmJmJYTdnsheZ7YvTyS13oHqfArNJJ yZd1lbZ3Zw+uOseo/XPNsI+SL6mcIDuq380ra5CZpJisWs8E2Yap/WMFcDS+s+rkRiQF2nGjDK4K G8IcKAw/k+SMkX2E7F+LAFWc9CeLV2JdMMI1fN8eDlEtSzftDwf6iwxvRltTC78vgCkaHV+AmURO YmWPFYr/jg/BBg0KZW5kc3RyZWFtDQplbmRvYmoNCjEzNyAwIG9iag0KPDwvVHlwZS9YT2JqZWN0 L1N1YnR5cGUvSW1hZ2UvV2lkdGggNDcvSGVpZ2h0IDQ3L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9N YXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVy L0ZsYXRlRGVjb2RlL0xlbmd0aCAzMzA+Pg0Kc3RyZWFtDQp4nJWVLXiDMBBAI5HIykoksjISiYxE IpGTcZWVyEgkEomcRFYimUsdU7uFMtZSjvTu2bwv311yP0JsiWSilTwhJxtk2cOCNSrwuQdjYc1Y xXtyeP4GBHNA7WzAZPiB8YzYF1SeacLXQBqPDXCN1vbVawPcVhn7757onxL2xb3w+f8FGcF2D7p8 zhdJh5geykQzX47+JUY66RXVhs7ZwUjWQQqR0G1wxWMYei8EXoc7REeODSpm6QUnU5crrV4WjGbp bcHSa8XSS8nSNe/ds5BRYVONve/qBzYQOUOvXDMxdOX6o+XEIkTqpiaN4t7bNdEe5sFErWH1N5cM ye6WoRd0BNs+ZvaR0LDJ08CWbyfZx2ofpDeO7VZv74s7Fa94tlMXbWxH0qHykGPyRL59Ias9ez5Q 6zVfZ+G+PHPSumzbttI62V78C4NDgyoNCmVuZHN0cmVhbQ0KZW5kb2JqDQoxMzggMCBvYmoNCjw8 L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDQ3MC9IZWlnaHQgNTMvQ29sb3JTcGFj ZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDEz OSAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA5NT4+DQpzdHJlYW0NCnic7cEBDQAAAMKg 909tDjegAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAA+DAj+QABDQplbmRzdHJlYW0NCmVuZG9iag0KMTM5IDAgb2Jq DQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA0NzAvSGVpZ2h0IDUzL0NvbG9y U3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJw b2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAzNjk+Pg0Kc3RyZWFtDQp4nO3c y2rCUBhFYXMxalKwELwVHYkgUTvTkXihThWMHTjQFLz0/R+h1Fo4tsNS5GzW9wSBxSGjf+dyUOVA hNHUdT0fAjzX/e7qePlCGEUPsFwUhYW851xfahA9VuqNJ1iuUa88RsHXa3X9MG51kv7gGVYb9JNO Kw5991I1KDeT0WT+AsvNJ6OkWQ7cy1+1GLeHi1X6Csulq8WwHRc//6yOV6p2x8vtPnuD1bL9djnu VkuXqn5YS6br3eEEyx1262lSC/1r1d4szY7nd1jtfMzSWc+suslO9/4o/NUp21BVDlUVUVURVRVR VRFVFVFVEVUVUVURVRVRVRFVFVFVEVUVUVURVRVRVRFVFVFVEVUVUVURVRVRVRFVFVFVEVUVUVUR VRVRVRFVFf2qyv2q/X7er3JrLsG8NWcXQsTNLgQbLiqMDRf2lmQYe0tso6m42UZjx1CFuWPI5qgK c3OUfWAdxj4wW95C/mvtHff3AfiyoHgNCmVuZHN0cmVhbQ0KZW5kb2JqDQoxNDAgMCBvYmoNCjw8 L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDQ4Mi9IZWlnaHQgNjQvQ29sb3JTcGFj ZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDE0 MSAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAxMTM+Pg0Kc3RyZWFtDQp4nO3BAQ0AAADC oPdPbQ43oAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4M8AaY8AAQ0KZW5kc3RyZWFt DQplbmRvYmoNCjE0MSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGgg NDgyL0hlaWdodCA2NC9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1Bl ckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGgg NjM0ND4+DQpzdHJlYW0NCnic7Vtpm9pIkm6KG4QkJCGE7vu+EBRQh8/2zv7/f7RvSFAu2912Tc/M zjO7ii+mIDMyrox4IzP922899dRTTz311FNPPfXUU0899dRTTz311FNPPfXUU0899dRTTz+hwb9b gH8iDQb/uDbf8virHAev6B8W6R+hweAO1MnQfXyzPINfjn7Fuxv9RoH+qlHv7obD6yrf6PXWtb9n 0v31w9xfK44hw9GNfmTwv0mDu9F4MhkPSYTBcEQf3ygOzRz/dDS0HN8Y0uefj37NdvSXTIIlprPZ ZNStB10mo06vluXw7k1MMPiFCZkELK/meaXW6FeqYN5ssVi2tHjh9idj/3pIv4Wgz5JdLaeQ4W44 WTDMYjJ802qDu/FsydDEn/FmWI6ZgTfZbcEsfjb6FdvlbPwXXEzLcWt+NR+3680YjoV4A/IZJH2j Xlh/wQkCu2glGAynS45nF5PX4gyGk/ny56pgyJKX5C2RvBFWs58M7nb7v2yXD+4mS2GrSCxkGE1X grzhodubJo4Xa3krraZ/ajjwXm1UfcvPIf9wwgiSwPz56Nuk0YwVJW7+y1D4ceZwxsqaoW1YLII/ OFlTu88ty/Vy8ia9RnNBtW1VWECCVgPd7P74qtZ4wQs887OIuRsvJd0NwjAIfN/RZfZnVqLd/pdC +k2EIGW3lmvK7GwyhTaWsVkhYL/FB3+EFu5GC0H3fFNajP5U9tFCtOI00HgKn4Wgdqb6vqa9MG8/ 3I2ZjW6QSV4NfL3+D7JcvyBvbJ048bU1wgMmlt0kcZXVZAiWkm7u+BlZ+VfA527CqmFVxzoPp0Bq yU7zUONoE99gE0wmKTKUGvyZZIgvXo+rpqmrsszTVqTBd2a8/oU15pwosvM/NsyP9v97odvgbsru /CS2ZXbJbswgtGWySZs4hq2nCa8Mh9/DBdJBi+sq3K2uW75DM9cJrQiDMaPEx8sh2rGT0YTZOmFn cPr1OqxjPiRk031AIuFVPzDF5aRd/7cO63TLt8y70S/63kS9gzdEO6urSG89PGH17P5cu5vleDTl VC+0EIt3rxT7RtrBC3a6m67t+undMZSXxIXTs9OldsXZ17nI+ZysKutv2Q1uirQiIzLc+nw+1mWe Z7GrUhp7UaOTezh64aaYFNKjKxp8scxV08GriYPBTYi3+xgBLrtZEZuyKJthGlkSbDuaIHHMCSCA 4WQ6nc2RR6avoow2jBI0D+dc57rk1yE2rP0Vrd2NWb14+vyu8TbLyQxbIw01fj5tXdeCFchKzGfz +Ww6mUzp38lkLphJ5qtrpgMogxY+QZrpmAJvPMHw2fQGfQhP4UcaOpqyatyc6lDlaPdNeat+9/Gx MIX5ZLY24szbMq8Uo+XHnXqT7t8rdhrORP/0+ctzAcWGo7nkHd5/PIXyYjwaT+ftSuMxPLzb8rev XuzUKjIhLvCwHDbnYxF5rmObqshMR9fBpMagFfvKbcrIThxbEjOdjL+1DGmK7/CpNT9NvM5rubx5 Ew9naz0qy9gx7TBLvR2HdL1g15IkrlfzyXiyWHH8WpAkgXuFVWjDWPnl/WNpXj1MaGYFKIXJDCGq QZvwjPL9335/zM31YoG0VcSGyLa/Dgl3LeezjrkoCjzL8viXXy0Yycnr1FFl/DGfIHsA69DyPEPm WLIY/iIKqvuCFaSNtGaXc0ysLg97f0tlhrZi8/G/Pp6QQOYLwUqLYMfOZjRaolXwkQGeG0E9lpmN xy/YaTiTgvOX//7YuOIciUeJz58+X6ItM5szvIiVgMFmC26DLL2YzkgyLN7ZiV2THkuquIPRchs2 95WvbzdkOYg+AfC7qjEaDsdXbpCbEYy02ce6QJZBrEAkBvB7wZA91uxiTp+IyZKiZLbCvO6PN7sY FWuD7FbnaV4WoSEsp7OVuDMs29K3ArNg1lvNMC3btlSJuUFKYBdeDfePXz3cIilZhpisKG/WLVpr Pfzuy5d3h3DHM2s9LhNLhl7AW4hcYSPxnHBjbqiqZtq2sRV42avum9R3LF3ByMmclVT8Ymoyv1ys us9timxBBEQ1bcc2dtJaUKP7d8+NLzPjzsP7918+PZbOZsUgfZehykO2nWG3inGwmsgt5oyg7GT6 dy2umQ6hScHp898+3YdbZjrj9Pzh06dzrLArXtZoJXMnsqygaDtxxXAkDRZXyE7CznQcS0V5wR4d LZWwOWS2vGZXiGRkKERFK7q64eaT6fLKDXILilc/PtTebgOHI81Mlmt84ARZh10gKQ8btRMlxNaS 3+oWZYWfIdwfNzEqcVDdn06wq71hZrPVxvSjOI5DV9+sRdWL0yRO0jQ0peX4mpEnK9lO9+fHc27c PIxyYjmGIiuGbci0jcjDevH48ePzKXfktWQmZWqrqmGq68V0sVZNDNbcOEuTNEOxCsMoSVGyZBXZ /7LPE1pfYhl+awUQJg4cVVxvjDAv89DaULC1SNf04yRJIt9Ud1Z2+fAOHl5ePVw9fnj/eEgMkUcI l5EmCvJNMUNRNFOXeVbUg8hR8O9OVwgOkYf944fPH06pxi2Wol0+fHiPRCCIioW5aZoEhixuDcdU BEGBZLS4R3bSAuyQ2FE69L5UouZYOIrIcywDD895xe7UsBWeQTjYHTfIbUTHd8+HyNRNcwfLzPkd Psiqm+RFGljqznBDzIt8S4HfVRdWSmJfv/niTS5Gf2Dm5/cfnhrUsNl0KZlRnqdpmsGpO9UtDk2Z pXlVRsCX7SbGtheNICub0zH76mEgJCzt+lHkbNlJt4f17Pz0eL7fx+Z2a6dl6uqmDzDHzBnZDn1L d7PmUBd5dTi2a5QVRkDjp8cmT5IshTWlnRPnGYQBJNUVPaxP93XceZhKhRlmbYgAzlgulHisHUJU bR0uTg/n07H01Y3i5mVsbBU7ykixPItc2w19U5a0sG5yW5ZUxzOoLSAPe4fn94hKS1xxW786Pz8d I7AwyZtZWZeRudO9OIBpnDjLkqSzk+aV96cmdV88DIzZJLauKkhsiwWnwGNYGxPcnSC0Udtxs+34 +PzchLbtB9BrxkhWGNi6kzb3hzJyLSfMOv0R/VvNywDOs5Qi6U3N3zVPT1Y7lJsv7xsPMGvGaVFV 53EY51WBdWMghjz0o7Iu3K41QkissbOTtGia1IDXOyas4ud1XVXYqZvlNUvr6fHU1PW+DE3DzarM NV3AKIVdYHCWeDY5rIyjrLmc6yQI87qKSePHUxk4XlxgtxpuWlVZFKVllfuWm91fjrm7a1vsO2Dk IM/hLS/Oi9jz0uPDfapTV0QeNvPDoa7qOnN13S/AWLdjMIFiRV0mYZimvqG55eXxEBmqHbZgmzws uvuHx8ux9BRB1MPqeLk0oSbv7ADNbVw0CBnLjvPUs1yEXtgunoe2kxweTqWvCXRUMhihgJ+eH/Zp 6LvI3Cy7sdO6U6NMHexQJwj9IC4Ph8KHES7n0jOdKPFgmdXWy1LfDqrzeZ/AwTB8mYakfwrrpfum TJGFulzxZg+PmW10/vw3QhfIn5JTHg9F5EdwYB4G2fFch4ZqxVUVKAy1dUjriMg0jrBcbq1nw2uD IFrZ8fJwbmK9az3hYS0Bjzgt6zz0oqLOPMvLCmSKJaeGZea70f7UxLbpl6dT6RlmWGKIS4g40LYq QiIPw6w5wlBBUh32qR9iYOUrfGvG4VwEgootBeZPkLv9uD7W/pZpowseTuHICPGR+l5c1qlrw12k UVw2hzKJszxxnah5enfOPSdIIkMgqcnD1Oc0ZUSbPi73x9M+VGXFdD3XDfPj+ZC4XlrBQHFRROYW +TTF4gF+2YeasJy0SItRkvP75/sqQw43ZMII+6saTRUaimq5oBDbvg5tLz82ianZcQY0iNgPwM5F 7B9R1DQ3Pxwp+NP6UMVeQH+lUeCZMjt5c8c0oCY/wR7+cARKma+U8PhwApu0OoJ3BJ65tQEeKLrm 93oMUOYxfjpV6IRaVNdyie/ff7xind+uHt5XkePCwGVWIB48y8/LqPVwVOaBG9WHwlVkA4GQGPIW iA9fxnWTmiIn6DHwX95cHo5lHGf1PcIuKo9NjJZr3LYkS9nLc/h7xasBugE/LPa5Lc7b6CIPV5lv wxlVTtkm8/38/nJfJa1iVRKmBalwfHy+QMskC9S23pCHq3tsfpQU0/RROfaHOlA3KL2e78fV+fGU +0GGfRUjAN0tt1prITZmXByOmSl0IP+7PSwBhOTnh2MBNfbwpqWqiBc/SOrLQxPZTrqvAk2x4hyx v2B3IRCvG1aHylOkrVtdLoc8jvOG4KefYj4WQ4H5O/Zw1/mc3314vk90AdZKz88PDaB1fTggg+ZN E6s8KxFYUVsPw5XwDBn/4ek+UdlrcYbBg+PH39/vHXHennN1HkbmUpGimuZ4OhadhzWe4bW4Ig9X +9QQBSC9MlDWopHgS2w4xBIFc1ghw5+ens8A+sWe9h/yStVBqe5AJSgyW1rOmI1bVCll+cxcz9ro Ig+XCTaBl++7tcOoujxfOsWaIvSA2YqiRhI+H8qipH55fPPwsc4z+B95FDW+bGB/WSWglEDl50uB DYuUm2JJS1jMmK1fkoBNHSqryfXEo6vDqAw7ZSOwsF71+Hxq1TjUsa216CktDo9Pxxg5vyp8VTFb Dy/h4aqEh4saYc7L7v7x6VRlAD2Y6NgBtNkjvDy1y5Nv2sKEkZC/AKZRYgAagY6eL/sM6iA0gyCt 62DLMgIMFqmUGjDeSA+n4765fPj0VNkC1URq4pey/6OHUb23kuIWx8vT8wUlzAPm0al3wi/Qo6wi bc1tvSJ3ZY4aKqTzuCyD7QrJJICH9/DwqUphjqqAyfN94XS7lIpL6+G2srgwCDxcpWaHCzoPx8aG sNTp4enpXEZRfXk61ykpVkQ2ahrC7nA8HO/vj4c9+LRSk4fLhrABIA2wEcpEXVGVagEPMgq0CMN8 Dw8j85vCfMrIfrkvUhR3b3M9wu2w9CGzgNbR3M6ByevHp/uS1KBWwEQJB7fi8AAP252Ht2ZcAMtS 7NfwcEA7Yc1K8PDjsUhQ6VDVDM0KUJD3TZ058lvBdHuci4pXppARE3dbMyU0E7heSC2Km9Ql0u5y /eJhGE+PqqbZHx8/wZ9uewg2HI4m7A64n7L09lWWrnNHAshHvfv46bmGh7MqQWxKVrZvI7VCn8rK bp45EstrUevhCl9yDMVdXZYHIJ2UIDoqGnJundvCrOvZRtg9iIwNKgu2Ecpt8IOHdYGTzOz07tOn xzpCEb8cUPyhWORqOwMg4HJqyrI5P1wO6bVR6DxMmaRq0ETErptUFQBv2MKzuDw9nsnDdZUmRYUE wlDhrOg0gTSdD3+7engb1jWdttCh1Hi2NgsCTp0awPFx1XKrTo/HhDxctnu4TEyJE820qSI3AF7Z cejkq/Opjj1MjENb3em2HyY5anqscW8E03QLYgGnBGaLWpFBTIACZBLDdMPQQwopC2/DLNZGcvPw hNmgdUBUnd5/fCptcTkDTadLyHY4X85Noq9n1zMtxCMqI8OIVvH4GWDdp52Tu8pG9atjRR4uwx15 OEtteLgtzh7qcIbKv4FYRZKUx2MZWIblh4GD2VVmvXh4sXHzPFAFXkTIobPwkZeNFw+TwBq/ZGVv /+7Ll+c68NLmCGcZlhcGlrLZ+fUD9nQSl+fn52N0PWCHhx3kA9fyy/vLqQotiw78XC9rkNldPzs+ dB6Gg4BFkPN4NPrwN8Buhtj76mEUnrae0BFzCzkBmy0DDgpcO0AHij0EYPBAHo4QQ8gSKFHebrPz ymNNugBhsMs10iXgi0kT0TurpuO6wKyHQ26up2/ycHuDEMJOuiRsnRSZ0zJ95KDYtZ0AoW5aIbYJ IpXXUSZapNVexm1VzfTRcB5Ro5dLFsmI4XfYn2WJ3sbdMm0/PEbBLlGr5qhVwfEDNrynEyaP4ars cF8FTpBBD47dOGmC9hO7Fl2vG+/v69DUzAAtkOtSmxbaFgpXaBt2XCQ31ei8FZkNHfROR3UHMHLi AhVg0uWPVmCVnc05Lb18/v25hNPgGPTNUCy0ZGFjl5cnwCY3vUc/6l8z7HAm2HkVW5qd3T+eC1cD 7wIGR+tFHs6BQgvyMBXyrEgcTTWQOjLEZQ5Nv3pY9otbd9lhQtTqoFMDHka3Ag8HBTwcW9RCpA56 uapKKIgPANiOl6TedtUi6xqA0fai2Lc0nbosL8j2zS1Z/XoLAxhbcRYaIqUbtDLt+XReZmgb0yx2 dN1LYktcztF6Jh0Y6S7zV5yguMiKtrRaspK8QSwbAZ14BEl7X4hSSYXSz1BbZuMZp6fAloWtaD6l u5jwLELTjRN3y64kMwwNgYEAlMMACgCb0SDkMfKSFeUFqmGcpoGpYYlQv6lGtx9umieBD1yc+foO vwYqe/UwSwIrzGSyEO3y8d05NXfGi2KhIbFrLT6em9DQ/epyLm5d3x2FTeZrWy3cnw4A+IoTp77l JPsDNmpcHs/HjCBd7tM5fh5j8QyLm6YXf5WM7pYQtLZ47STbs/+iVSNLA9twkRGQBJLyHh2WoXst OyuAZdIogWVKYh7ZMjNbCAjiHN17gibZ2OkuHTDGObCY+sYjD7qOtQLflJjJeIZdGCHZq2aQZqA8 8XR5a7h0+TVbyZZrXE886PpjMl3wOzdwFG6xoMs0SZAN1zMVgE7fvd6HQk/Td+jGkI7N0BOEqrTR 6dwxy8uqCE1Vdz1dZJa8attgxEiG5+ianVR1ARCbRrYi8LKJmKHDoMjeoSv1bLpZuNpxRicvKf2a +JSETNe6dWpjphN4PJww2EBN6SnixugUy2JX4ZcMtQeJKUOisvCVbh6Fxs5FMyJsUBdTOm3VoBb6 0rQq8zTNKwKIwNKZi8rpJ93iZCfdsV/OmeBSQfc8jb92NFQKzTCloykotaOjqarMEnCrUiAfg1KX qVtXy9CxmarZjobeCzjOCtPugNFC80RcsvYU7ScX8995eCmoBl0qDO9Gc14xzJ0kbOClMIoCR5U4 fqPuRGY6WfBbVWavCH3QXuot1lt1S1csK1GWUQwVbSdxdEKvyRwNpLPqrabQrX/35sHVRDQOuhdG 9PbB0WVxs1M3LJK4qCjCEgkVobKRYDn8HgSuSXcCK0lzIE3oW4rArbuL2cFN+AUd8IZh6Ns7YcXw skoPSrrEOL8KfNe+cfCd3ZphxatiNh0Az9it6RgbjhU1x35pPuhEdqfJPMNuDMfccgwr7VRZEOlY OQp89MQu1bE6BVKQ1G5xayewvKQoL09ButctsOrt7nw4WbVvPqCGuV1zkJpsAG4etFpvYBpT2Wx1 F9/ia9eQRbCTVtMRKiJ2Dk30DBmNv2x4tKKjf70G+pWHR7PVurvzGtyN56wg8qslA3E1XVc3/HK+ WPE83W5OFii281cAnR6zsPSEaTSZr3huxaz4NV2TzRiebve6C+I5u+bolIceC/GStGZmsyW8pGmq spXWNIeuCMczhuOW0/FkzhIjTpSVnaqqW2E1G4+mS36z03RNobsVrNjy+yoCR6LiR24xnXbyXK/R bwLTm4wVXWRhQMdK320gIBlPkITVfAbJRG7x4owpw69ZBACzlgR2jn8hI6AGraPu6OGVQmk1RVVh Xkk2JxVeJCOzkt1eJAVX6K1jsIiIhtS71gayLHLLxUqQtxLPssLVMhu6SeTaB2709kygiWQNCLMS FFXXdvL61++hXvw0ms4Xs/ZGvftMV13tvS3H0gUqXbm3N9zj6TdvAFr7Ttt76faF45Ru8MGHbsLp HnxwG9F9vr5GmlDrwLAcS5eh7RwwHdK9Ni3SPZVE/l8yKxZD5t3CsyULaVaLKV25X/l9lb4VdUV3 zsNOnttDmheB6eUcvYQaEqvbaHoUgq/n11cBX1W7G0KY6bj9ek5PBUi28ZjW4RB+ACCSFpQVuhVE 8wu7UTvsRbLBTaUXSW9q0B3wqJWao4tFeohJl9N0xTidYwR92/ng9gBiMofB+NYaEAZ/dJ55++Vh 90Tk+rTkrnsiQi8fpu2Ljbvr42FaavjdA9LrV+3LEnpxcnseM7y9v/nt1aTB7SlK+8KWHlZgTvdQ ZXB7oTzo/sbA8bgd0r73uUpDLzHuvhfi64/Du+9E/HHtweCVYoNO207DFwu8mth+3fY67Rsjgh4k 0xhdoR61hZueJ9wk64YNvrPNt1+8GkyfOyN0D5Da177D7lt64TH8+ma7M9i0s0b7kmb6dzx5bpf+ 8XnY9fnS9ZnUq3dyfzD3m1mDP2T43UId77sf5rzmdPd1/esLsO+keSXCq6Hf/PpHb+S+Gf3yhu87 pjc5X/37MhOIYiEaYRab4qLdYn8q2U8lHbw2Qgtr7l6b/ZVlXhnst9cTv3dFT/8saq9ObYDA1dvv dnr6T6LuudJWXM3e1qz09B9H7XlP+2bu3y1JT/8auj537VP0/2H6F/9Psp566qmnnnrqqaeeeuqp p5566qmnnnrqqaeeeuqpp5566qmnnnrq6f89/Q96sHvTDQplbmRzdHJlYW0NCmVuZG9iag0KMTQy IDAgb2JqDQo8PC9UeXBlL1BhZ2UvUGFyZW50IDIgMCBSL1Jlc291cmNlczw8L0V4dEdTdGF0ZTw8 L0dTNSA1IDAgUi9HUzExIDExIDAgUi9HUzE0IDE0IDAgUj4+L1hPYmplY3Q8PC9JbWFnZTcgNyAw IFIvSW1hZ2U4IDggMCBSL0ltYWdlOSA5IDAgUi9JbWFnZTE0OSAxNDkgMCBSL0ltYWdlMTUxIDE1 MSAwIFIvSW1hZ2UxNTMgMTUzIDAgUi9JbWFnZTE1NSAxNTUgMCBSL0ltYWdlMTU3IDE1NyAwIFIv SW1hZ2UxNTkgMTU5IDAgUi9JbWFnZTE2MSAxNjEgMCBSL0ltYWdlMTYzIDE2MyAwIFIvSW1hZ2Ux NjUgMTY1IDAgUj4+L1BhdHRlcm48PC9QMTQ0IDE0NCAwIFIvUDE0OCAxNDggMCBSL1AxNzIgMTcy IDAgUj4+L0ZvbnQ8PC9GMiAxNSAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9JbWFnZUIvSW1hZ2VD L0ltYWdlSV0gPj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMgMTQzIDAgUi9Hcm91 cDw8L1R5cGUvR3JvdXAvUy9UcmFuc3BhcmVuY3kvQ1MvRGV2aWNlUkdCPj4vVGFicy9TL1N0cnVj dFBhcmVudHMgOD4+DQplbmRvYmoNCjE0MyAwIG9iag0KPDwvRmlsdGVyL0ZsYXRlRGVjb2RlL0xl bmd0aCA1MzQwPj4NCnN0cmVhbQ0KeJytXFuPHkdufReg/9CPkgG3617VwGKB+JLFBljACyvIg5MH R5AtBzOWV1YS5N+Hh4es7p7vs2ekGT9IIuvGIlmsQ1Z/Xr74dvnTn77421d//XoJf/7z8uXXXy3/ eP4sLGEN8t8Wa81LT2EpoS7v3zx/9m+fLb88f/bFX76ry0+/yT++/eHDhzfvf1le/7Z88W0sZfnt 9S/7+BxqHKfxP372/Nnfnz9bvvnbV8sX//T+w88//vD6w/Ll347LxpFjvLJqj9s6xiK9pKHwn5+H Nddtq8vrW5Hmr7c//PRmLF+/W+5bI7QYcr2ySAxr8zXqct7Ivsb2oDX+QH2yQehPpM9derckf8SQ lvc/3dUeBbqmv+VgvLgb765NBm2Str6OtOQy1laXWzDaKuIZI211FfOBik2ostYmVF9jX16jc4YY ubQ1bguoVIUqa+87ldYteWdlxDWwGUPzxnU4c5ZVbWYunDt6uVBC6TqUmZR23tbodA5B/+LIHGS1 48RgbNnXzSGtomqVaeyUiNzY2RiyI86FodytzzyV4Qu7rlQmV+NRy9L3rbhUi+toB83HFtbanRHr tpbhs8UqzMNasfa1JxcFVNpc8ZNyxU+GKt6HUgE28VSPL0vtuUjUrEs89R5bXmPZm8ua8j60qk3m xEJvfS7b2lqi631SrvfJUL37UNssJ95VYcuaokwkU+JJx6b3La3U8qZa3+LastFxC2snUZUIWVfq 1OPY5GCqHOIGccgIGKiuo5OiCSo7i8vm4YwbYxTtv2Fy21NfQ1EqkZL96ujiviB+H+Ws9Dhl3OXn jroIPfK+pbatPVSj21hHrLYlIWKMhy21vpYwfEtCBdWFbglUL4ct9bKW2g9bAiMl35JQoWbfUs8S gg876mltZe6ox7VvvqOT/NxSDkMNVxNChuwpRwkXk3EDRoe9cxEjqTA5BT2re49U1RUOjMEANIfk qMdy75Hb2rYTIygj57VuPqns9chIdJnqDLmPNJTNHlGP5c6AE3YxeDrsL46g25krOyMX+PmRAdWJ v4UFwok1Y99UxiQBJ6vzCAOuJ9sVy8c+MCCnvmYZ1/sKoq2jsG+HMsBIaBXLszlgYjW0Udq5eGdt zmuxzlgmaXAUKtrMEjsbZxYXhsWrUsIEFTi0WudItYorNN2tjI6DjKiTFyUkmIBokdRcaRiDYgWj lLBpGFi63TpsLGvcl4AzK2VRUxhwf9G3bAjURu0XVVMwU5hiKqyUc6JiaNysAXhSOD3m3nofqLFF mFteHS05A7fOBseNUEYOlKNs0K/eM6I1nmjoMHTMC/+DkzmVEF20szECfEGHMmBDYZgZkqlL23UH 84uogRcp/VivMxmSnXpNnBDT3lzUF+DjuO64AZkn29Uf1SMzQneSuIqB6hdJYioF6rq5JHG0bnpN iNJAwXy4JspOqU2tc2SMHeyMoUXvDptY4g/3ZqsWvd5UHlFHDbydk+5N9F1sbyJ45GHsioG27sY5 mc6sOTIMvZszjQp5fcRoOJigJD6loReXGrdwExV+DEkF8NyAUdQ6EB2jC28hjV1YKiendHTy60ub ky4M1xCjjOhwrZm+CHOK4oEkAYW3aotKFIaxFtmXHiO6tebAG7rmSYmRcvXOyvAQl3BC+hXGjG8J UatdYYiFGtUQ1HPFRqPqXiCOqE1VGhWQyeAwXA2FFoN5RUsx7fo/msdMJtdJ2o4mi1V1ZUPkcrG7 BHgzDr1+Ze1E3chVEygaXDhFjYqidLEoqKZaNfPG5vfD4L6EUal3cTpQSS0iq0OIxpkC9Rqr2xPH Si6SREjYIVXW+EpKOyf1M2+mwoSC10m+UOhTvMtT2By5S0gFlXmRw4ucyu5kzuAxDLxvMo9SpOMI 0Ks8PFjYECRkTk5FylwmjtfORRXtzVV3IFShNjqpbXNVZlsqqeZwo0CMAotpkDOlixEG2wRl3JCR LZ2QdQAVhoYg8VqYV++eAtSj66iW4Lw90ygzzsFvjlEQu++zVVBLsvgpA4PqFkGvmxqrug22B52L NYvKONqkELjZ1+iKzftIGHNw4qHuR3eUZTP9E2FQRKpx9+Sjo+8IuBx8H+gzzpgWN/N9vX3iZijX b58kt0IdfvukwEAKxxlKJYbrSsA81i0afWN0IQADgN5ok4FLB2ib+UIwBBw82UgQI/KKb2BiA2ox pbRz5k1mzdOpkO8IxXSwMGlBZmluFRV5D/MpCNFWxrVqm+XRllbFYNh83nQddN5IVHgLFBV4zdfh CUCj47RCKao7im7g4EZQRdtb5YpIdEggJ9wPXDObVguOh6pKcJdEt0GdIjlyKnki4QzLUoquAz8S omnSUYNFG6yL6x9+pNbZ8u4UB5c55K8nN5JErM0QihQOjmNuJJlHP7pRFNBfN3cjwD/AB4KYSTmI mYxAQEsPJIjRmdsBxOjC2UGMClWmZiFzPyq+GajOnmXX7CgmVu5gophYKyEiUEysdnwJb2v2cgVx TKy8l4ljQKUZQCflOGYyFMf4UOIYn3kCGV+YSAYywQmJZCDy6Ackgx0p0FEkg92GuFvoaEAzKpZp R6PKMmGPDQg53aFM5IW4Qxl0buMAZaKYd1SHMqBCd6yCpez+4i0TeRfN5kasolAmlroekQzomBzJ xGIQWaEMKM00HcqAETeHMqBCdSjj1IQyk+HIJUpTjFcYe6omhuyXtAMZlWdzIKOSbw5kQFkGamEP Vq8OZKCjuB+pk3FoMAkrMR7shUKCkwhm1l/mkrAeNt4EQQMhAlYw8y1CtMGcQ6RD7aowNDCYCQMp F47vQOuWiaUTKpGahSpGoboRJJn5F23NBOXi05OqXkHygOrK1bJfu8LAYYknhmIFobICm4agvhE/ oAKhpxBBVy3fgau0pkKPE2VDcwbb1HlRj0x0PznCQoXarCYhwS+PsRco5DKqhsKlESkrY6pEP9SM BinuEGlIsEJIXvwCFLPi320QgmWVVhglc2ey9OClDt/Nk1B4z6756JNIC/olPV1yIHqMKwyxYVW1 ipzVQgdUhaLYPPYnJ5s1pzLqwfEksU57Citov9Ts0R81Bg32Hv07dFU8+gvwL44+B6jcHDSgRIUo 3HYQgbKUBksFEShgJccQKG+NdAARDeouDiKaIC29GRQloASRtgOIEMYIe3PiDggiUNwY8YAiZLs1 DEcRQm1WZZZ9oqygV5LDCNlS0JvEYIRsv7RqMKID7DaHEV3OrGZSDiNQhcgTRqC2AYTF+0qMsPXj ddbgZNEZTc5GGo4jWmYVymFEQ/zbHEbIXbClCSMm5TBiMlgZRMkrG4yQC9ZSaaIIFGtbNxQhBgh7 JnZ2GrtxBItr4sUymFEM9AieKXvi4oyq6IeMmDSLAoWbMxG4060QXlDxIwNVp0SoUBSLRNTLqjql RX5h1FloAYU7pWqlyImIeaxv593JrhBJbmrgzUTQW7PfVUlXz7i3N5VR1VO0lgX5k1KDGCNpPii0 xImYCBoBRkQPeg97CQmBATC26g17e2DM2mVhleeCAW2w/mlDLhkBKeSBARjDyq8hTy9tEzqz7qgM Qu3B5m4pF4duxOS8JfS0K21F8dL9nKqXOaFdm7K9tWk6n3nyEVe5JjGIwgcegc03HXh+1I8q0WJm 8bis+3HRwZnhxJqt0JgZfKNh9mYbsDw3M8cJRPtlpf4yIWhnFQ6JKFOFRLBhkHUwj24MO7OvBZ7E 9xLVzHA7FCa6RI6TMS2IYfEK41DS5pBLBg6u1adTDlpjnN41GbNcg33nK4y5sg+5ZLh3OYPepdRw 7wKlMdK9K7FOa94FytJD1C8y68nTu8DI071AmWOKA4EyB6J/pZxYDrDmrDUX+lcy807/SrBw3v0L HcwNUHXEi8KMzxCynIqmFmKsOQ0WONS/QIV0cLCEir37V5K40C0ZUaLUg3+BoRiV9RsJkWO4f4Hq dfcv0K26f4Gqm/uXU9O/JmPaUOJQzlcYux/YkEvGwb+0loZRuOw1eknmopmFMm52RtHXfWV0PTXM NtCxzaJsblT7vFhyy6pMby5ej4Wjt+IwmmAqt7ru0CcL4KhcBwG38X2kqiW1c+e77KbXadNqMJKk osQ2ExjtO/gYyRq8UIl5HQ6kU8WeQJyxvxs1lm4uGAhS9cSoSM7x8mlIuyoVjs+kWS7tYfFyAVHs qTopFRgzfI+RN6FWNLNkjVsxtAsiHd7qYIfiD3kIF80KlEoEBwmvab9MLI6ejVFTXVyIxsdsqk1o w4N9mX5QWNUySh8YXu9usivJPOvqa5t723xtc2+bjGKhaQ5xBqaJlRf5nCbxXXafJln+vTne2Oiq iSiBKrKiBkIU1SRRL2beNZVZE4MANsc3oyhHXUGSFkC0AAGAgRTRiGi2MxrHBj2L3/goUWWrHGh6 rn0z72Y+ymW+2iD9iEoF1v83F9fsgKRPIpsCgoxzh61pFfAIeTQn1HIvtJJJyV9Q2tacen3AfMq4 2Rl7xm2KP9oUgV8BkRsDi28HW2jpYfg5Fka1ZwDvIP/YynFExecdLCMMLV+0QATjy9ZiuN0ZcHQF nIm5ScnMTQ5HVqL2MVGDcsfwFNUuWzgI/YpvETidTiePVhuOapLgpEHQn9VTG4xWTavgePqP6rWy XOo8q6wuaWe+W+KIMDTL5AyiKKg3vu6KnpRiAAFqZfXaogSgKcQKFKTC8nMH1R+EcL63vdkKzAVI J1WWJGv2RwCs74E9IW/IrJ7EnWp+0zlDT56OJDTDXY2JmXcNm9ieXhWAJ1Fa4FUO5UDkSen+tGxh rRIB8+Y1xmThUuZJBAGiHIMqAvqguMovaiI0UwkqN3+XMQacgy9AdR6XOww5mHwKm1nQicYrCRnN UKHWyFJj3TZrdMByg+DTbIHMr3lVEzuzsnSk4RyQTMONujeXlYQpu/B1g98OJFyKXFdCWip8KTAF suSnWtC+QO380EoERrWG8BtvCE41f0FyxgZ1Jx4VvZ2zrqLvgNme3hOrUPA0mbgGnnEoDu4QGHEN FNbi0AFPYtipH7LjCWR+9Xuf1CX7pC7gweF/+dVesa/2NlHzX2RMXP5rQYUEnzbhNSzxjV8fzI1x 89w7aIJ5aFd6b0YZ/tROxuwASCknf+9gjL0DvgA6tistzd89f/YP/VhoYzEEOLlpON8UYu9fJuoD aNPPH/EQw8pD0+weuHZ+/xiLfwH58RPjBVmAxBDT67w4lPvEYkBOHEXxRbrji8iuqE7LxqqAoWmV 0TdOiwQk2X2SeqFnvczwhJB4oWuUNcbNZMxBNuI0CTBmwQc5uI71HYTVBjJuJmOfhCNOk4jXptDt KsO/+mTcTMY+w5ZOwzXdkUCEeg1nwKEZzriZjDnIRpwm6erTiThbP2PgpULGzWTsk3DEcZIfcQ6S GimqkWiE4TaKoUIrw21k9Jzijs3eThNsCb52y3K6xB/SN5PedXPHZG+nAbZmRwnPYMnIGyf3Ce6Y 6+3UfwzqQrfMekpxxs1k7Kq5Y7G30wQxzm8OAMmdvnF6n+KOyd5OA+wujy924tHnjbFPcsdkNJGF BnJvz5GCkQFl13LRY07D1j24nYLd3u6x7Rjq9tYZ2k6hbrbvke0U6fZ2D2xXpL+zPwt9U/wrXUii Xml+ue16u5303l401dnbSe/tY+zR5nbSsx3J/aGZ5N5KmLc3k57tp/3s+5vt3125uPL+LXjWz2MK X0YlTGk9peLm3EPzl68k+P4zaqrLqx817iL6L7hTZRQKzRIHX2Fny0/4Q+6971+El/+xvPqX58++ eXX98ixPIgPSFXxYF/Rx7CwDPpIX33j1+vsX9T5p6pNIg/LdZkcwXWgkvvw8i1ravappTyrM0G8y rwpTHyBMf0phUP8pl76SHqqZ8anCSDZTrgrUtLp+IVB9We4VZnsSzXR6MDL4dEUQ14w5zx9LFMOT iBT5tdWDRIr3iRSfRiTB9ALgHyRSuk+k9DQibfoV74NEyveJ9DQRGQXoPh4mUrlPpKcJ0MCF44Hu XfHHZ/fJ5aH6CP/x5T2+cBM0LUhLwZwCJv9B1OUsnxpjFeSdAklOOoIli7sb/FriyJv/eVlfvLl5 9+ub97/dt7k+U8ojcPbtJf32Urenf/z+9j41UP7u9vB6eveC/f7FN7eyv19v3v0fdnj/7jxiPiuV v9AJihjb0LpW5C8xvC0rCjs0k3HoIX+lUw8yDj1Gs0TMe5Cx98BHp7Udehjj0GMmUt5jJlLeA2/v px5kzLza+vVM6Nr5jeCd/BfvUrUz/xUsF4BtPL+O2zkDzntq/bFzAymVpeBTzqtT10dMjfqgnHTi 1cup+yOmRtFgqV1tc2Xq7RFTo0YmKDbqT1RQJj3O3OJjZtYpWw1mxvPMjzEins+qz6wvfid9tHql RFJYmpRFEK1W/b5E0hiPIRW/bzw2y3FEzW224yHw1M6XrtmOXxOd2rOmJN7eACpO7U0LR7OdteZD O36qOJsvf7Yqk+nPVm1gwrspxuFTu8MPYQ/K1UhwPrSWAJZKzzr3UVLPubZatDrErkPbjFbn8HXo MaPVOXwdesxodQ5fe489Wp3D16HHjFbn8HXoMaPV72jipC2LaK6JKz2chHtjla3OAbc7aa01a/3Z W5301h6PVnDSWlvQx5kpmZHeys8jZ6uR3nrYxmFX1notRU4HKI2fRZbG348MLWCa3/9xaloiXmTx pdlFanp/epzio9dP+rSz4ScTl8noIeV6QGKR0hNJg/e/2C+kKR8nTf4EaS4yQJdIjkW+BG4tIAO8 V5LyVHoZePe6K8T4OLXURwsT9VND/GykXRop3pHmISK1pxIp69dHV0VKHydSfyqR+DnIVZHKx4k0 Hi1Sy5pl4bn+D876g4oIaXusNDVEfHfyIGnuqx/kR8fhim/aHijNfaWD/OioDJiUHijNfVWD/Oio DFAWHijNfQWD/ClR+SyNpO+jP0yaep80h8jM/1mKZD5yHYcr/7eVKY5ilbPvRH0HEyCWLwPiV+9u b19+nl78DIE+3Jf95voUEkV+Y2g/ZL2U6JcP73/+z//+ALHe3ZuQ5/YJIt2JPPhQH+85a86XKOez f3+5/Ouvixjtw7uXn9cXy9dvoKvXy8vBO//D2/tE7LPcIzOimIHPloI90uInFvhIN9gbrSO5/wfW c8V7DQplbmRzdHJlYW0NCmVuZG9iag0KMTQ0IDAgb2JqDQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVy blR5cGUgMS9QYWludFR5cGUgMS9UaWxpbmdUeXBlIDIvQkJveFsgMCAwIDEyOCAxMjhdIC9NYXRy aXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUgMCA0MDVdIC9YU3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291 cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFI+Pj4+L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5n dGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy0DMAAwUQROMm5+p75iamp5oruOQrBAIA3B0KQQ0KZW5k c3RyZWFtDQplbmRvYmoNCjE0NSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFd IC9FbmNvZGVbIDEgMCAxIDBdIC9Cb3VuZHNbIDAuNV0gL0Z1bmN0aW9uc1sgMTQ2IDAgUiAxNDcg MCBSXSA+Pg0KZW5kb2JqDQoxNDYgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAx XSAvQzFbIDAuNTg0MzEgMC41ODQzMSAwLjU4NDMxXSAvQzBbIDAuODM5MjIgMC44MzkyMiAwLjgz OTIyXSAvTiAxPj4NCmVuZG9iag0KMTQ3IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5b IDAgMV0gL0MxWyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL0MwWyAxIDEgMV0gL04gMT4+DQpl bmRvYmoNCjE0OCAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9E ZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDIwMy43OCAzMjUuNDUgMjAzLjc4IDM2OC42 NV0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMTQ1IDAgUj4+Pj4NCmVuZG9iag0KMTQ5 IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAzMDQvSGVpZ2h0IDI2 Ni9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFs c2UvU01hc2sgMTUwIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDI1OD4+DQpzdHJlYW0N Cnic7cExAQAAAMKg9U9tCU+gAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAD4Gs80AAQ0KZW5kc3RyZWFtDQplbmRvYmoNCjE1MCAw IG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMzA0L0hlaWdodCAyNjYv Q29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9J bnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDE2NTU+Pg0Kc3RyZWFt DQp4nO3deVPaWhiA8SYhYRGCoCJeVCqKW1FHqsUFlbovICgK9Pt/kYuddsYsHPr2ztx25jzP/8dz 8ksYZwgn+fCB6D9mhPenl/W3ZlgR2/FnRyzAQjMisdRkJustM5mKRQALybDi2flSedVbuTSfjXOF hWTY7kKlVj/xVq9VFlwbr2CGky0fXDcf2+97bF4flLMOXsHM6PT6aeul5+2ldbo+HTX/9OL+woZe G412b/DtfYNeu7GBV1hDr81Gp//NW7/T2MQrLLxk4SULL1l4ycJLFl6y8JKFlyy8ZOElCy9ZWnv9 xo0Ljb0MM+TGhWNbpkpMXy/DjCbTgRsXGTfhqMA09nLc/JL/xsXqSjGXVH0Rr6+XGc+t7R/7blyc HO0uT6kOXFsvw0ouVC8evDcu2q27s618HK9ghpUq1u67vhsXr09Xu4WENXqYzl4fD5qvA9+Bd2+q 83iF9OZ12PTd6Pk26N58xissvGThJQsvWXjJwksWXrLwkoWXLLxk4SULL1l4ycJLFl6y8JKFlyy8 ZOElCy9ZeMnCSxZesvCShZcsvGThJQsvWXjJwksWXrLwkoWXLLxk4SULL1l4ycJLFl6y8JKltddv bPzU2MswrbCNnxHlxk+NvUw77gYfWZlORlVPYNTXy4hMzCwu+zd+lktzadUR6OtlRjNLO4f+R1Ye 72/kE4oLTGOvWG6zftvyP7Lycq/oKp4hq7FXPL990fE/srL7cFhKK3Zi6+w1t3P53Pc/srJ1vIxX WG9eV8/+Q8BrVHjJwksWXrLwkoWXLLxk4SULL1l4ycJLFl6y8JKFlyy8ZOElCy9ZeMnCSxZesvCS hZcsvGThJQsvWXjJwksWXrLwkqWxl2GYpuXPNNU/ddbXyzDtaDwRKOYoX52ur5fpJKfyhcK8p8Lc TDqmAtPWy7ASueWt3epnT9WdtYLyXfP6etlucffs6sbb9XltdTqmemWLtl5OZuXw7qnr7anZqMwq X3GjsddqvfXaH7yv33u63JnDKyTDya6etHv+tTxf4RUaXrLwkoWXLLxk4SULL1l4ydLZ6+2brGDq L7I09jIsOxoLFFV/kaWvl2HF3KlcbtZbbjodV+wQ1tnLSRfKm5UtT5VPa4tZ1Rcz+nqZ8dx67ezc V+Oo8k9StWVfWy9rorB70eo8eeo8Xu9/VG7Z19crubB3+9zre3t5OFIfgsZei1/uXvxrGXsIWnvd +73GHwJeeP1SeMnCSxZesvCShZcsvGThJQsvWXjJwksWXrLwkoWXLLxk4SULL1l4ycJLFl6y8JKl sddvbbHT12vUFjtb+cskfb3CttgVCnMzblT19hVtvUK32FWr26tzKdUWO329QrfYXX3dX8mq/h3o 6xW+xe7hdHNG9cs3nb3Ctth1vlZyeIV6hR7C0/nWLF544YUXXnjhhRdeeOGFF1544YUXXnjhhRde eOGFF1544YUXXnjhhRdeeOGFF1544YUXXnjhhRdeeOGFF1544YUXXnjhhRdeeOGFF1544YUXXnjh hRdeeOGFF1544YUXXnjhhRdeeOGFF1544YUXXnjhhRdeeOGFF1544YUXXnjhhRdeeOGFF1544YUX Xj+9Hn1/ddDvnFfGee3f+b0Gv+QVnOz5crzX5XN/IJxs6HXQfPWtsd+9qY7z2mi0/WvstRsbP98v Wq43uz1vL4+NT2PeL7qwd/P86hvWfTgsqb1CJ+tcbOfVXvnti86LdDIrVazd+yd7fbraLYzxWj9t +Sd7aZ2u/3jf72Tpy1Xzsf2+x+bN0Zry9e9WorDz9b7V9g273Cu6EcUhhE7Wuq1vKk+OGctt1m9b /jWOm2x4TqsXD95R7dbd2Zby5Aw/A+WD6wDI9UE56wwnMyLJwqcv9RNv9YPt4qQzei3DQ5gpfz7y jTo53t/IJxTvOR8x2eHOUkZ1csxoZmnn0D9s3GTDyzK3tn/sX+PR7vKUajLDdhcqtcAaa5UF9+1i NsxYplAqr/paXphSrsWwU7MfA6PKpbm0ci0jJlucmVBcKEPmiZnFZelkwyvFzS8FJlsp5pKKT/Hw soxn5wNrLJfms/HvIIYVS05mst4yk6m4rVyL6Uyk/aOymXQyqlIeNZmrnuyDacfd4LCxk5nRZGCN mYybcFRvrh+enVgqDCT245QaZsR2/Nm2Zaj+6HCUFRzl2BHlUkZM5tiWetj/OtnwpIaBRL6fm38B BIXPbw0KZW5kc3RyZWFtDQplbmRvYmoNCjE1MSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5 cGUvSW1hZ2UvV2lkdGggMzA0L0hlaWdodCAxMTIvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1Bl ckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDE1MiAwIFIvRmlsdGVyL0ZsYXRl RGVjb2RlL0xlbmd0aCAxMjE+Pg0Kc3RyZWFtDQp4nO3BAQEAAACCIP+vbkhAAQAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAALwaPDwABDQplbmRzdHJlYW0NCmVuZG9iag0K MTUyIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAzMDQvSGVpZ2h0 IDExMi9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVu dCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMTIwMT4+DQpz dHJlYW0NCnic7Z1rV9pMEIC7uSeGSxABBUSwXBSQI60FKnooIrQF5CqX//9Him0/uEncnEnP+7aH nec7TPZJlN2dyey7dwjyhxB3/vZl/asQUZIVO7IkojBXiKQFwlaExgoHNAmFuUBEPZLK5Qs0+Vwq ouMT5gKRg+lKo31H025U0kEZfTkhSiTf7I+eaEb9Zj6ioC8nghot3Y+XK5rl+L4UVYW/fXH/IDtf F53JarN9zWY16VygLzd2vi470/WWZj3tXKIvN9AXDPQFA33BQF8w0BcM9AUDfcFAXzDQFwz0BQN9 wUBfMNAXDPQFA33BQF8w0BcM9AUDfcFAXzDQFwz0BQN9wUBfMNAXDPQFA33BQF8w0BcM9AUDfcFA XzDQFwz0BQN9wUBfMNAXDPQFg2dfRBBEO4IgMF9r4dgXkVTdMA4oDENXmO+Z8euLSIYVTyZTFMmT WFhjCePXl6BGzsrX9Q8U9VopHVYYA+fXl2icVO96A5p+t1WKaejLCRHN05vBdL6gmI+7tRMDfTkh YuCsOVyuNxSreb+eNMS3P8a1r9bI9iLjdrMYfEihLxfQFwz0BQN9weDZF3FfCTIXghz7IqKiuSwE VYlljF9fRNRCR8f2hWAyETlgdRzh2JccTBav6vRKsH5dyUV1xgPGry9BixYa3b5tJdi7r6VMxk4D x770eKUzmtELwcX0ayMbZPSY4tnXca03W9ErwfVy9Pk8xPgHxrevx7l9CKvxLfpyhXNf4E6KHPva TdQd8/SXqTo7ZcOtr91EXTcDdkxDZfZS5NeXoAZj6cyZjdOTiMESxq0vIh0kivVGi6Z5Uz2zWNfC ry85lP348H1EMxzcleM6+nJCFCt/O1w823opTnvX7BTEXvjy0WSZKJHC3dOKzths1vOBR8pmD3zt 5gXOJsuKzNyR+uVrstpCh7AHvgRZD7p0WTZVVm0Cv752v3RHp+8Lji7LxyHWl/LrS1CtbK1l77J8 e3ORMFhbUvz60mKX7a9jW5flYe9jhrklxa8vPXH1MLV3WV4MWznmEDj2dVzrzdf2LsteQ9gLXy/J PQceUymfQ9gDX7uJlKJqDhT2TIpjX7IRjsbiNLEjy1RYwrj1RUT9MFMsV6qvqVRK2Zj5H2yx7IEv OZC+uu10ab6061mLdfwCx77C583B03T2munkW7t0xKyK5daXYuXb4+Wa5nnypcKuIubX168tFvpL 19NuNY6+3vLlGMJ6hr7QF/pCX+gLfaEv9IW+0Bf6Ql/oC305fLmttyuevnzmO+zBtuvFoO7py0ew l/drR8/gYOzzMn+WzIwW9uNHnzplj/0cf/k0t2DPs0ev+hxfwcRApvEdHox9HiuRw7lPj47jbQef i8x0m898rWuw8bf7aoJZ/+UvmGim6w9DaDCP836JZCbLnxzHJzevMmHmfrS/egD3YK3r80PmzfEV bPdYxoo3t9BgHudJE0Gzko7juQvn6UPmtfisN3EP9j4TM5lvmvkKtntSgoksPJjHeeVE1Ey34991 mZn99lXP5B4sYgUNZvLObzBBNUPwYETSAm5CtN9/+0SQnJVvsiyyE9y+6uXeCKbIHgX4/2uw3U11 EyL9vDc/ALYim5oNCmVuZHN0cmVhbQ0KZW5kb2JqDQoxNTMgMCBvYmoNCjw8L1R5cGUvWE9iamVj dC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDQ0L0hlaWdodCAxMTQvQ29sb3JTcGFjZS9EZXZpY2VSR0Iv Qml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDE1NCAwIFIvRmlsdGVy L0ZsYXRlRGVjb2RlL0xlbmd0aCAzNz4+DQpzdHJlYW0NCnic7cExAQAAAMKg9U9tCU+gAAAAAAAA AAAAAAAAAADgbzrIAAENCmVuZHN0cmVhbQ0KZW5kb2JqDQoxNTQgMCBvYmoNCjw8L1R5cGUvWE9i amVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDQ0L0hlaWdodCAxMTQvQ29sb3JTcGFjZS9EZXZpY2VH cmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9G aWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDE4Nj4+DQpzdHJlYW0NCnic7di7DoIwAIVhCi1igoY2 bOhCUuJtxpgAYdEJwURT4f1fxFSjGw3dHM4/fzkPcBzHLjKhL3Up840x6n0w8YIw4sIQjxYBJe/V gCepzAzJdCXmepnQMNnnRWmoOB7WS6Yti9L83LSGmstJCl9bn8uiuStDj2u1iWeutiIrW9UPo/Wq q7c/W3VqnA7D81bvYGFhYWFhYWFhYWFhYWFhYf/STv9ALL4Vm8/G5guy+JhsviuLT+wFRXQCxg0K ZW5kc3RyZWFtDQplbmRvYmoNCjE1NSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1h Z2UvV2lkdGggNDQvSGVpZ2h0IDE1MC9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9u ZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMTU2IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUv TGVuZ3RoIDQyPj4NCnN0cmVhbQ0KeJztwQENAAAAwqD3T20ON6AAAAAAAAAAAAAAAAAAAAAAAAAA vg1NWAABDQplbmRzdHJlYW0NCmVuZG9iag0KMTU2IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3Vi dHlwZS9JbWFnZS9XaWR0aCA0NC9IZWlnaHQgMTUwL0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0 ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0Zs YXRlRGVjb2RlL0xlbmd0aCAxOTQ+Pg0Kc3RyZWFtDQp4nO3ZzQqCQBiFYUdnzCDDGdxZG2Gkv7UR qLiplWlQTHr/NxJT1M7BWQbnXT98F/Adx7GLTOhLXcp8Y4x6H0y8IIy4MMSjMKDkfTXgSSozQzJd ibm+TOgi2edFaag4HtZLpi2L0vzctIaay0kKX1ufy6K5K0OPa7WJZ662Iitb1Q+j9aqrtz9bdWqc DsPzVu9gYWFhYWFhYWFhYWFhYWFhYWFhYWFh/9ZO/5lb/OJtfvw224HFJmGzdTjTN5QXW7e0hw0K ZW5kc3RyZWFtDQplbmRvYmoNCjE1NyAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1h Z2UvV2lkdGggNDQvSGVpZ2h0IDIxNS9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9u ZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMTU4IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUv TGVuZ3RoIDQ5Pj4NCnN0cmVhbQ0KeJztwQEBAAAAgiD/r25IQAEAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAPBubtwAAQ0KZW5kc3RyZWFtDQplbmRvYmoNCjE1OCAwIG9iag0KPDwvVHlwZS9YT2Jq ZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNDQvSGVpZ2h0IDIxNS9Db2xvclNwYWNlL0RldmljZUdy YXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0Zp bHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjAyPj4NCnN0cmVhbQ0KeJzt2r0KglAAhmHNnwws9NBm LYLS32wEKi41mQaF6f3fSFjU5sGzxvvOD98VfJqmlj6iL52Yli3NMo0P1g3H9Xwhyffmjqm/Vx0/ CKNYUhSuxKxf1k032CdpJik9HtYLq7eWFybnspJUXk6RsHtr+1Fa3htJj2u+WU4nvRVxVjVtN1jb 1MX2Z/O6GaZd97wVOywWi8VisVgsFovFYrFYLBaLxWKxWCwWi8VisVjsn9nx/xKF34rKH0blZ6Pw 31H5BWnj/0YvstrDvg0KZW5kc3RyZWFtDQplbmRvYmoNCjE1OSAwIG9iag0KPDwvVHlwZS9YT2Jq ZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNDQvSGVpZ2h0IDE5MS9Db2xvclNwYWNlL0RldmljZVJH Qi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMTYwIDAgUi9GaWx0 ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDQ3Pj4NCnN0cmVhbQ0KeJztwQENAAAAwqD3T20ON6AAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAB4NWJ8AAENCmVuZHN0cmVhbQ0KZW5kb2JqDQoxNjAgMCBvYmoN Cjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDQ0L0hlaWdodCAxOTEvQ29sb3JT cGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBv bGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDIwMT4+DQpzdHJlYW0NCnic7drN CoJAGIVhR2fMIMMZ3FkbYaS/tRGouKmVaVBMev83ElPUzsFZBuddP3w3cD7HsYtM6EtdynxjjHof TLwgjLgwxKMwoOR9NeBJKjNDMl2Jub5M6CLZ50VpqDge1kumLYvS/Ny0hprLSQpfW5/LorkrQ49r tYlnrrYiK1vVD6P1qqu3P1t1apwOw/NW72BhYWFhYWFhYWFhYWFhYWFhYWFhYWFhYWFhYWFh/9RO 348tdmmbvdtmR7fY5212f2f6P8ELIcWikQ0KZW5kc3RyZWFtDQplbmRvYmoNCjE2MSAwIG9iag0K PDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNDQvSGVpZ2h0IDIzMS9Db2xvclNw YWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sg MTYyIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDUyPj4NCnN0cmVhbQ0KeJztwTEBAAAA wqD1T20Gf6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAOAzdxwAAQ0KZW5kc3RyZWFtDQpl bmRvYmoNCjE2MiAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNDQv SGVpZ2h0IDIzMS9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNv bXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjA1 Pj4NCnN0cmVhbQ0KeJzt2r0KglAAhmHNnwws9NBmLYLS32wEKi41mQaF6f3fSFjU5sGzNbzv/PBd wadpaukj+tKJadnSLNP4YN1wXM8Xknxv7pj6e9XxgzCKJUXhSsz6Zd10g32SZpLS42G9sHpreWFy LitJ5eUUCbu3th+l5b2R9Ljmm+V00lsRZ1XTdoO1TV1sfzavm2Hadc9bscNisVgsFovFYrFYLBaL xWKxWCwWi8VisVgsFovFYrHYv7Hj/1EKvyuVP5fKT0zhf6bya9PG/+VejtqEjQ0KZW5kc3RyZWFt DQplbmRvYmoNCjE2MyAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGgg NDQvSGVpZ2h0IDIyNi9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50 ZXJwb2xhdGUgZmFsc2UvU01hc2sgMTY0IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDUy Pj4NCnN0cmVhbQ0KeJztwTEBAAAAwqD1T20ND6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA gHcDdIgAAQ0KZW5kc3RyZWFtDQplbmRvYmoNCjE2NCAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1 YnR5cGUvSW1hZ2UvV2lkdGggNDQvSGVpZ2h0IDIyNi9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0 dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9G bGF0ZURlY29kZS9MZW5ndGggMjA2Pj4NCnN0cmVhbQ0KeJzt2r0KglAAhmHNnwwsVNqsRVD6m41A xaUm06Awvf8biVPU5sEzBu87P3xX8GmaWvqIvnRiWrY0yzQ+WDcc1/MDSb43d0z9ver4YRQnkuJo FczEsm664T7NcknZ8bBeWMJaXpSeq7oZrK4upziwhbX9OKvuraTHtdgspxNhgySv264frGubcvuz RdMO075/3sodFovFYrFYLBaLxWKxWCwWi8VisVgsFovFYrFYLBaL/TM7/kOk8E1S+TypfKkUPloq 3y9t/KfsBY9hSIUNCmVuZHN0cmVhbQ0KZW5kb2JqDQoxNjUgMCBvYmoNCjw8L1R5cGUvWE9iamVj dC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDQ0L0hlaWdodCAyMy9Db2xvclNwYWNlL0RldmljZVJHQi9C aXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMTY2IDAgUi9GaWx0ZXIv RmxhdGVEZWNvZGUvTGVuZ3RoIDI1Pj4NCnN0cmVhbQ0KeJztwQENAAAAwqD3T20PBxQAAPBgC9wA AQ0KZW5kc3RyZWFtDQplbmRvYmoNCjE2NiAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUv SW1hZ2UvV2lkdGggNDQvSGVpZ2h0IDIzL0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAw IDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVj b2RlL0xlbmd0aCAyNDA+Pg0Kc3RyZWFtDQp4nNXTy26CQBSAYWeYGdGKDtTLQo1GBa2gcaXGW4mJ 2gUgTQnK+7+IDhV3HOyy3/rPLM6ck8v9DXpBkkqEMhiV0COVFa5qEK7IRMQIy2qzpxsAvd/SCuJl REpNc77eAjYLq12moqW8Nz84HsA5LgcaEy1T9Y3zEwICdzeq5rFoNWPrhdco1TU82x/PdncO09Mo uvj2+N+22XNI2vt83eACCNzPx3wp7y9Pnv+dyve+Vsbvv1GlPV3Ze4C9nnUq8T5IhffO0LQmqSxz 1K0V4w1GtMir9QagXuNvFMe7jgmTMzCCUXJvOMPz3l52A5xRpXQNCmVuZHN0cmVhbQ0KZW5kb2Jq DQoxNjcgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAg MSAwIDEgMCAxIDBdIC9Cb3VuZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyAxNjggMCBSIDE2 OSAwIFIgMTcwIDAgUiAxNzEgMCBSXSA+Pg0KZW5kb2JqDQoxNjggMCBvYmoNCjw8L0Z1bmN0aW9u VHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDM1MjkgMC42MzEzNyAwLjE3NjQ3XSAvQzBbIDAu NDMxMzcgMC42MTk2MSAwLjE4NDMxXSAvTiAxPj4NCmVuZG9iag0KMTY5IDAgb2JqDQo8PC9GdW5j dGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjQzMTM3IDAuNjE5NjEgMC4xODQzMV0gL0Mw WyAwLjMyNTQ5IDAuNDcwNTkgMC4xMjk0MV0gL04gMT4+DQplbmRvYmoNCjE3MCAwIG9iag0KPDwv RnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC4zMjU0OSAwLjQ3MDU5IDAuMTI5NDFd IC9DMFsgMC40MzEzNyAwLjYxOTYxIDAuMTg0MzFdIC9OIDE+Pg0KZW5kb2JqDQoxNzEgMCBvYmoN Cjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDMxMzcgMC42MTk2MSAwLjE4 NDMxXSAvQzBbIDAuNDM1MjkgMC42MzEzNyAwLjE3NjQ3XSAvTiAxPj4NCmVuZG9iag0KMTcyIDAg b2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFk aW5nVHlwZSAyL0Nvb3Jkc1sgNjY2LjEyIDIyMS40IDY2Ni4xMiAyNDAuNl0gL0V4dGVuZFsgdHJ1 ZSB0cnVlXSAvRnVuY3Rpb24gMTY3IDAgUj4+Pj4NCmVuZG9iag0KMTczIDAgb2JqDQo8PC9UeXBl L1BhZ2UvUGFyZW50IDIgMCBSL1Jlc291cmNlczw8L0V4dEdTdGF0ZTw8L0dTNSA1IDAgUi9HUzEx IDExIDAgUi9HUzE0IDE0IDAgUj4+L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFIvSW1hZ2U4IDggMCBS L0ltYWdlOSA5IDAgUi9JbWFnZTE4MCAxODAgMCBSL0ltYWdlMTgyIDE4MiAwIFIvSW1hZ2UxODQg MTg0IDAgUi9JbWFnZTE4NiAxODYgMCBSPj4vUGF0dGVybjw8L1AxNzUgMTc1IDAgUi9QMTc5IDE3 OSAwIFIvUDE5MSAxOTEgMCBSL1AxOTcgMTk3IDAgUi9QMjAzIDIwMyAwIFIvUDIwOSAyMDkgMCBS L1AyMTMgMjEzIDAgUi9QMjE5IDIxOSAwIFIvUDIyNSAyMjUgMCBSL1AyMzEgMjMxIDAgUj4+L0Zv bnQ8PC9GMiAxNSAwIFIvRjEgMTIgMCBSPj4vUHJvY1NldFsvUERGL1RleHQvSW1hZ2VCL0ltYWdl Qy9JbWFnZUldID4+L01lZGlhQm94WyAwIDAgNzIwIDQwNV0gL0NvbnRlbnRzIDE3NCAwIFIvR3Jv dXA8PC9UeXBlL0dyb3VwL1MvVHJhbnNwYXJlbmN5L0NTL0RldmljZVJHQj4+L1RhYnMvUy9TdHJ1 Y3RQYXJlbnRzIDk+Pg0KZW5kb2JqDQoxNzQgMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29kZS9M ZW5ndGggNjg3OD4+DQpzdHJlYW0NCnicrVxbr17HbX0XoP+wXwIcBdDnuV8KI0Acp6kLuLFhoSlg 9EE9lWUBuqSSEqD/vlxc5Oz5dI4sO26AyIfcs+dCctaQHO7v+Oyb4/PPP/v6D199eYTf/e744ss/ HP/z8EE4wiXI/2asNR89haOEerx99vDBX357vH744LM/fVeP5+/kj2+evn//7O3r4/bd8dk3sdfj 3e3r8/0cahxX7//w24cPvn344Pjj1384Pvv92/cvfnh6+/744ut92DhyjPeM2uO8jHFIK3lQ+Ofj cMl1znrcvpLZfPXq6fNn4/jyzfGpMUKLIdd7Bonh0nyMelwv5Bxj/qwxfkJ8skDIT2afu7RuSf6J IR1vn38oPU7oPvkdm/LiqbwPdTKpk1LmpZcjl3Fp9XgFxriU6oxS+iU3pWITql3KEKpfYj9u0bhe 8LRd4jxACDuXcun9pNJlJm+rjHgJfCxv5slR2G+WMa1fDpu7rtKmJJQOwxmTQuMqPab1uKaLiNFf FWpe9VzzZdQ1cC2XNDmncVLyTmNjY8iK8Jiv2mqt51MWNrCJyiblYtylLI1/fPggid32TfApyiqj M1IUCSTvLUURUNkGS7Fe6pI8qJhd8otyyS+GSt5fpQS85yUgH5jy80lRtjblJfmUAqXLpymhf39T qHnVcRLxxTVuEtFWl/yiXPKLoZL3V2211vMpDBvYZGWTcjluUqbgu3Q22yb5ni4trEY9XmrK3luX fXYl+Sb9tWUFQmWfZz8pl/xiqOT9VUrAe14C8oEpP58UZetzXqLvotKx9kRvl9TWfunCy3PveVxC TGtgUanuYhX9olz0i6Gi91e5XO95ScMHNmHZpEyQV3Km7Ess6Ac8kRfgJsq4i1FidN3lqFTkaHno FhPU0+Eb8KCEyVerAopT+ZKKNnaGdFIOvFpofXVqz4myr8SQuGxXH+dLmEoBFmTOaTiljeul5PNx w/T0VYwjoqnacyGGCGNy4IzGg4gSRDYnpTLQxsMBRw4vfZWrZb+RsqhsKsPSTPOBGeV6SnEXsgl+ hEulZKfKvYsgotFFtNxIyKidE5aROoFbGIm7b8pQovLRVOqjkyLmVzYeIqzmjJfGSNoeSxqGoSK6 olQk1SnZkfzwkSOyjAht2Bz3BXBNeS7E1TXlGTBD0nlMosRQfBMqNh2J88xD5NZ1UcIenWZXL+kk MnBQmxojqvHJi2oNE/sF1JhKhcLGssm5L0V6mNEw05HBZL7ZCbSdWXv0p8WBV9aeZ6UJuh2BMQjb spzZ1H5hRu2kEnShbY1RtR87tGphrzy0ymDLgp2mUsKg2Q+deVxJ146suQxLBZ6kffAmSdrbiScC T5M7bAk8iShKNYGDCM0EvggX+GKowEHl5gIHNfsmcAw0sgsck5jdRYr55rFJPMn6y/YYO8sEnqZi 2ilwMPQAg8DTHJSMCnxRLvDFqNqPGqEKXHttm8AxZp4ucJ3Pkt8mXMo7iv8R6ynvWLk6pWNdWCny BpU2ccdKvFNxgwjJxL0IF/diqLhB5eTiBoXVLHFjnD5d3DqhZdKYbi6buMXRXUCJx82dOpF3rF2d kiVvMKaJO1ZuMop7US7uxajazZgubu00beLWMauLG/Mxb3YeV8I1kGyCR0eWRSX6wm1g2cZ4eTJy ga3sDJVKaZ3bPWDngKqirTSxUKCbMICNaWDg0hqO55w6xF5aBQbmJHjK46sViEPohKcZUA4qoOME qyGhTaM11YdRgQ0UBgnqOQkVrdug+xL9CsJW8QiyUhk+61DzSipLdWkn91YQx4XL5c4EI2rnicuV hYAqk9QaqhmDjYdROknrp/kKatseznEOQtAMHkYI3ZJKHMe6UIPyJzFNGSaYDCHknCgZ1W5W58yJ AlCy40TGxUm11J9FQ9i8S/3OkK0jbtbOiDqOUIn+HY4coQoNfOgQYOCUFQasQKjJzYL9JKZRCP7F Gpvb0DFNsTIc1llP4Cx+pA6jFNqKK3k+FcIdQxlFnUo6hjzMxK+MPFdwEMDLpLcCL04oO8wyDzNx 4SKPmYCeM492Fe+iijlnzjilJV5FukvnjEP9JV9QedxhqEP1kpNVeKmKmULZ5mu6TH1UMDUVmNgq u8cx07gioSAFl65SpgoFe3tcaSaZeitO0SnLbkVFj1DYo81JuhSbUZE1HKO3NKJCteJcNZOCfMei RJyluNGFol7qaXSRG/QUm3hzXR1IUlOdhfOxREpxXLVXHxbTTfZKo+sbIT5lVN1gAkzikoFymEpK QTKCUcQAHX4oTAEbhMLqhcKbWUUuRLS2WVctAAKbFp+6EdJgvHDtCTwmqagnFpAJT4PiNDEsi+te 0oZwOQw9t/2xutr+amgKCGfHwoiGwjQjYUyiC845eRs2b6uXnlN3St+2sU04QR9nIp1QamPBYiWs AWArogWMCjUUYApXrw5cxmln/lOIunOXspNNdSnPGWtP+CuLAbdAzPl8C34BNvW+1ZyxgGoxFKhA pehABcrCRQIVGLU7UIGajlNRtqh5VMXaZg0AFKdiL3SvFImihINp4ZK2bUR9e9yYD1Cgir0zBeRA FfvwQEqAKlqEQqACZUkcAlWUaCY6ToFIyXFqUY5TzjiFJRHKFcw7Y8kcr9R+H8ORSmc0HakiNozC lC5ybjAFofThMAWBtQVMS7gOU6q1fD6Oav2EqSgAaBRhKgoAhugwFRsjScIULGbUDabAWCjl9kSU cmpHqYhu+m5x8jTvIiN9Cshe2M22iilHdiLDvAKDgEtGDdU3hxxQVTYCUAxurc64BvrV4pCK41KD hiiIcIsQk2nJBkrbFsazGjK9JMOCj4GXi0dB4nRgFnQDQ+XL6iBoDFoPUJEuY8esLKpRShsHj4Dg /82pB2XR2LJMC+bdJy+ze9IO/pJQ5pPXRWQQ1tS2a9GHlTGPLBPdZm6FSucJo1ryBxMOPK06xRjZ 2PNGWE/aHjOAw3amJBqpOV2OyYZKKraWHTUqc+0wExe6RL58LI7LSzKS+R5TNZa4+WVEqHfw+KZL D+0XtZeedSJlbQSsIezbQiVQnVGmneW6xYpEUbWq3XeT5ApRCoROHJRJjrYo5F+8bbRcxTz8TWhz sOOm9kffcmpGDAYqR4JOaZ6mvFv6mYBJY7N+JD9Cc0YZZv0RrnYZlmSZBp1laJikVopcyLxoirKi y+K5DXH1mK/h8av0S9IjOTpqNocuCTJQvXt+3HJbfXh2XbSFLFGjewNxyRJUaUrprOKlnU+XZSEd J1S3g4KyHdktUcwDVDfLmkpN5lTqWi5PJEZZY9kOGnceyRVGCbkRX+vw/FOlIbWisxgLQDH/fmVI nbkWe9yZJofjBDnlBfEm1sToVoGiCBh3ChWXAU4lT2Q5w7JkScdhrq4z7qzBAAfjIriDJalCRjyt YjcaMyTcJaTdkOSvumAUdxYwHTMkiX/blSFVelJmSBLgaRZMZ7AozTJY/KeMoAFrpQ1mnaH2XFQN dJx0YJ4/gdcjdZ1sOue6S75Y3JzXvZJFArgs4QpysQRFQapCR5Jhi21gxq/IWRBiOpcnU630bMTI QcWFokZknG7WNKpfMNiyMl1S4upWkNvWZqMWIjBguqsGG6fbuXMt41t0bno4dr1BGwsZrpVnCpWF jbIrNNNftVdocKBwqCATQ9gh7JZsh0oHKr/k28Dhoju7UD/QN44Zoez8snMmEy79cb5Yxl6QCZTd 9nGuJbNbJCQyo/CiIS0ozbJUUNrSbmQKH0cCqe4Cp+C82RyM4b5CEVd+znsYZx5GXqnjHoaIl4mK nOiwaDCMlQTuMBVovhCcDfIyYxphFAosnLvpSjd+h1F1N5/6kohroX2RAE13o6YlS2JmAKcGDTQl qksTUiVZwlUd40VlcxadwSNVX60Oqdozd0W3iwZm9O0clDmdAbDeWMx9/0kcV7bH2XEQJoa4jY0N zBDXMAAG1kXLwBZeYQRu5ArK7mgCg7NC5QXs2zv0qTr4Dfcxiq7npV37RBUirn1wK5TcM8Rko4mb w2d35rNd3Zyb70pxFpI1Gt9SZpLwvyzITY2XO5hcE0qjE93qqqAkXvYwJJCn3NtFQTP14JdX3Kip cXT4oBozgGE7Ci8X36eRVHEXVN/NaobIVeYjWUKiaGIxNcu7e5oxteDzwGPB8G73JkWpZM4t89GV oVTRBDaoRjCR/bZRZ2NjpKyPB413cpxo+X1rPK02QLY5xBzpsYiZJEtnwn/hRXLTTDyQ9IBM1blR LIJQE29jFFkgVr2wSFgHKHNtMF+jskbw1njY8RCpEcajgoEYBtkJbHf2jOxsdbOHcs7QK3nSx/eP SnVtqFS7OxawmdoYehVLQyY/GStMIVXqMmvWBJQF3zO6jDOvHZo6P2BUBsJYBHK09KvmUKE3c26H 6z5ZBD4odVI9n4todlhCDZZv08fFHZ7Zdf3mvJdlvs0utpo+HpYi2Ileve1gwKIGWnn4a9yg28DK AKY3Tmw8k87C/aqihqJ+cLBAHwsevIuD+mvnuaM7wOUOJ6zschfbkfFBBRpd3KhmR/xiaFgFyjAI k6qV54/WdGjj7rlO22KpnJCxI4qhTGGW5EQZ3PCuIz4h4Gh+AqVC579qAgmjFZW5nvnylBeaVe/G QU1Co23RYi7bVAMo9N+LbiJQw5ZotmYXbZ2GGdYOzidVvdjDGGdqqlh+50MG9mq8YuheAmUuFojC e5tuZx0YzbyNpI8zAQ/lIcXMQJbOttkv0WC4uBfyW0sQ+61OgqXM9TCoU1oUxhKCQINctoW9dopD utXoQ0sd9G/LH2TOVg0fC4OxwEOjtxPzSSW/oTTGKSegRr6HcaYB7fr4DmOdiYnuk7o0EBfuP5Y1 7cZ2u4qN2h59omamrjeSOsEWM6TEhOqKGVLi7TBjhpQmjy2NGRblMcNiqLXoq8ljBu15Cxkwbu8e MmBKZ9SvhTtxh9y4PWsru4QSH85+xQsp8iZCA4YUE7MH6pQnJJ3HFjAk1IV0DxhA2c2z6G5RHjIs hg7orzJm8J5XzOADM2bQOWWPGZLl9FfMgBXF6TEDarDGqZ0r3VlCLs0NP5CQy0ySkBHF/bUEhMgp ipxS3GIGNLa9xpgh5uBlGRNvB4dCsT4MZZemjBli0rqi9Zg3SYwZYuqXtoUMoO1CVnZhTI1lcBo1 gCp9ixrAiNOjhsgbTIsanFpRw2KslKM4xDHewziTlKle+l3aY4ZIF9ViBp359JgB1Ehb0IBll+qQ DRnFpY5r5VBhc/i1DfU1r14IwSl0FqInhoj/YEzH/xiSxt3E/xgy1+j4D0Zd+A9qLPyP4TziKPBg xTqK/6Dywv9FOf47Y8lXllBCu4ex8H8xFP+FymEdAJNx7ML/CU96Ov5PFAA1x38Ir6UT/5EPtYNM drFQIfqtPsorylYmhAKL6YfDhG9RHf+FCmXHf1S/tOr4P/XaQ+F/QuRjg38U8szm+D910xr8O+Ho b/QS0ujuSV7Ryyin6PrqSsgZC/plmrV0h35ZYJ1r41+Z2e0qd+w79CM9GFYOouPWoDv2I8OX4ob9 A3H+SjwOGZqFF8DtRTn2L4ZiP16N3bEfubdZN/DvKDbIDv4dOfHlUMucZ9z9bVxYhZVOEke+LvjX a4+xwT+uNlo1+MeVvHrbCv8N5T9tg3/xNltb8N+wHbLD/6Ic/hdD4d9fJfx7zwv+fWDCP+a00L/B Z0sb+iOmmdXRH9fcC/yvtUeN1sjzmKHbq43hNlMF+ka8h8Ew7+X5yl0G9LQzIJp+KNXUx5d4GFRl bQNjTmXwlnDwsSWRG1+1mizCTpUDjT6BuHggrCRL7AzUcAJNU+BRzqdJq0A0KEkH1uSlSLyBSMkd 0umLNoASDaHrvlIemFTe3Ysa9xqBGpvXJmS8yiRztoMKtHkjE08LUy1igEpkWjVrL2vMTGZpfh9U b54uAdUsIvO2leGcijxTMqoHp0owa1yMU4OR3vaHjNMK7JW7DI0/7HZZcPHKuhZjnZuzX1uXM9bI /spdhluXM2hdSi3rAnVlXcpY1gXqtC5QV9YVZz2tK54Ff7jKRjHkZl0RdZLtfNo268Karqwr4jpv sy40OK0LXZ/WFa2s8rzJFdA+rSviQFnWFWe8si7Qp3XFGU7rAnFlXXHMzbpAndYFarcu0Kd1gTqt y6llXYuxNDj6tXU5Y7s2n9fWtRi7dcn+QPh/Wpcz1ltxJcyvGefI9spdxrIuY5h1RbsTonXF4qUE Zl1g9GVdHk3QumL121Szrlg9gIB5IaNYlwEJNa7sC3FKOR/3ZVxYUt+Nywq/l3FFzQ65cUVmoc16 ADF7MjdGvcH2pyt7C9uygvrTuIAJbRlXDNxKalxeIr+MKzIOMOMKk5OgcVmSdhmX0HZ3DIkLZTkr GJdRp3E5YykwdI/SrxmnEdgrdxmbcXn9pgYse/2mMrZyTWR3mIy2N5xGRdawywLvBTXeIW69LIaK 5yWLvj3nL3zZv3lF46ipLns6CDXY/XzaeZHBDPu04q5gRQ9FAgO7LZD/FFzmq8OR1t/qamtLpbP6 bfoa7Q77z6oS1pW4DrpuCjCfdtbCzc2WblljX/L5NHqFipaLB5p39nIokUO2EhQtjS/MekKTw+4j 3IVejFX9Z3LfS0bSqLwrdV1oafjcdLEYrgvUg1uOHhkHw12LpGd1rLEc9WTi1h9PnZIpA5f4dVNG tsiLysiBxTqqjUW4OpxBfeibaekjWKDq+sC4dRUJ6ZyWCnTK+501ysRrPB9nv8fRcvLkp4x9RjX5 zYIqRCvwpyskDfuMbqW0nLGyUib8K4V4BdtSiFewLYU4w7fUemXbYxER4b5TI2/Dz24Ww/WKwnPf KQJcNfu9DOLnWv3ksbRDVWBdj+cyCcGxFj1kTlYLlS5rj0UBhFxMrYtwtTqDasWLdbha0a+hJdWK YWt1teqUlt4w41o2taIavfTz8XIXtGw9+a6b1jgyFIdaI6/FTK2x8BM916rTKylikr+qJ/TqrqUN q+5ayjDaNbhe2GGz2E0ZHHigZuGBoLTmMqhe3ayZCa1u36cBxHHPWVk/XVnQg68JGpnclFaOW+1K NVpRuiZssvZqSJBpboHhl6q+eP1zYaFerfa5RCdRpof3Rmlb3h/4Yzrrlb4/bhk4SVZh2Y0UGFaM oxEd33HKv7HbGHZ/Yfm5wVRqp7Vmm4bZeuAdIP3dyoueooW4ZS5JslS7TL/wnvZ1DydjubhBWdTi F5C6Y+nZQAo8Vu2Gjk2b3v6UQhn3c5qd8bLphrF0ozIrL7YS++tWwVN87ElvonFqVjNpDiSJsBbl NZN2CWquNE/DNpwyaZXtcfDGg3AcuUVNtNmCvraquNkqkFILipbd0C8Jdd2Fdoeku3mdjRkfnsDV SsoY0PTk0xoMJyYvDqK5lbxB7dkpM1L76rYm1675p5rqY/1WXfshU+yZu4LfF8aNikuSi9GIpc3u UpVIXEbLLnVafWinufHgL9OPO/Mo+Kmh3dnqR4rM49pFgRXg2tdphS5FsU+Y9yy65Xc1M51cQ53o bGkcM/7zqlJRnqeuM7IHcpkeohcST8KJ6X4QNroHopNxCfdrJjF9xp1Yxj1QHNd20LPkDFyveuIg EGB2oxXgBqOfduArJq0jYvAvK58Eo3noNS5PUQFGfDrTVgSOtrKbTL+Bob5AlKX/BTOBy52IiMSH WJ6qsHgNKIripjImUh3i9BQdN6N8VPZedAqOJWpZFwNXk4kOc0N1mdhK0nEoU4imcF74xgYX3cxc 9pNoZl+LwaITpAO421BdJx0HfvNnn+3LDumsU0T10WAmmV/r4l7SknrcEfAULF2Ax7gOthLHDGF0 ++qa9+3Vkgl6nw8xamCi9+YV4dzaAsjp4ZsTTpIQ0Ji3z/qFM5RqHhXKilEGaceyqSx1nsQoQcYX v3b+U+gW/cVqyx3mC6PwLltjNQaUtU9GXs3cefFCuEDYj0DHIDzHjWr2VbQzYKbw4EVCRRWICk45 f3yLFFNn0IvtwS+4ZPXNLXk3c1r+x36EIp0/QpG1rm77OY8ywqGftIz9xzayfqb3mL93Id6PaDEc xo0z6ad7afvdjSi98Jc3PhgjJS1FvW8MrboJ2q+eICjpx+WnqAn1IFvf6d6+7Wc8fmoB6B3VAAJc eqF+GVf9ll865yQGJifSR+TSpvqvd0TTzmE++A0QsSL9DRDkrgSo09BCw1csx5G/jJFThpubMv3m VPhFQbAz1N6GtxuqOYNmCvcM2TnkdS9wF0U8sslQyly6FlrBxpHPKZqYwwGIiIDfhkx+FwFBIOvF D55Qb4W8Vtb7SPx6yvil80uCEBTJVS+apmJdAU62DECO+AZD4mzBLnzJF6Z+n0EY7HLA6eX3BDwj ewPL6vrVFb7pkA2YRvOPZH/R/OxnW657wfxYKZyGHr0QyXD9Xav3p0e8s3nznc17v21+8UTm+s+y 2HE8+UGG4NbSOprIHwMRE3qCiR7P+VM3RX/qJh5/klFh0oLRT26/v0n1N4/+83jyrw8f/PHJ/VMq v3ZK6nsPLVNcM7o7j/apedRfPA9F030uYjFTZhFZ/3nPZJqYOWZTPjmb9uukgs+JEvMlYmMfF0v+ 1Dz6x35yKEXbW/iCEvsB02yHfnU4f/JXjMavW1rmZ2eJX2VfL+37m3/5378+elxvnr39+4t3bx49 LjdvP7HA+fEFzusF4io+/ZwFxvD/s0J82/Oh7oLejkJ1//H7b776xNriR38wKqV6tTh8x1Zde/jn J9d31wX4R9aHr+XSh8b5/c3XL94+heKeP3v0ON8cj+rNnx89TjfffWqt+aNrzfF6rfwplJ+jyF+J Tb5QhhUfLvQvWN+L149kkd/8u671y7cv/v4M5vv23adWu6GV+Q+hJ/gPd3+IjJOLdybXNLePL9Pm h2D1/c2/vXn/7J8+NQkHKX1R+zu0muFgAaRGDS7fu2/3X7qEO/LV39f56BLUkNSOqpjR43Hz5++O Hx+1m6fvDsj45Rvhv3t/QPLvXjwX4vUL+eeHF7dPX8t/339q8eMfmf6dI8O0INuv3bOEV29kAa+e yT8wk/d/e6UzF5tpN8e3RRBC/ojypMKIHj3uN0/lDzT9bzB+fIoVKh/0W3T2V/kD/3+mjT6xxPmr NWTL02LcD7Hs+5v3b47PIX5ZR735zfFG5vTDcQu9vH7/9sV/yX//9v6FklhFTFi56fLbcs/k/w++ cWKpDQplbmRzdHJlYW0NCmVuZG9iag0KMTc1IDAgb2JqDQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVy blR5cGUgMS9QYWludFR5cGUgMS9UaWxpbmdUeXBlIDIvQkJveFsgMCAwIDEyOCAxMjhdIC9NYXRy aXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUgMCA0MDVdIC9YU3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291 cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFI+Pj4+L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5n dGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy0DMAAwUQROMm5+p75iamp5oruOQrBAIA3B0KQQ0KZW5k c3RyZWFtDQplbmRvYmoNCjE3NiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFd IC9FbmNvZGVbIDEgMCAxIDBdIC9Cb3VuZHNbIDAuNV0gL0Z1bmN0aW9uc1sgMTc3IDAgUiAxNzgg MCBSXSA+Pg0KZW5kb2JqDQoxNzcgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAx XSAvQzFbIDAuNTg0MzEgMC41ODQzMSAwLjU4NDMxXSAvQzBbIDAuODM5MjIgMC44MzkyMiAwLjgz OTIyXSAvTiAxPj4NCmVuZG9iag0KMTc4IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5b IDAgMV0gL0MxWyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL0MwWyAxIDEgMV0gL04gMT4+DQpl bmRvYmoNCjE3OSAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9E ZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDI3OS43OCAzMjUuNDUgMjc5Ljc4IDM2OC42 NV0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMTc2IDAgUj4+Pj4NCmVuZG9iag0KMTgw IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAxODkvSGVpZ2h0IDE4 OS9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFs c2UvU01hc2sgMTgxIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDEyNz4+DQpzdHJlYW0N Cnic7cExAQAAAMKg9U9tCj+gAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAICjAaKqAAENCmVuZHN0cmVhbQ0KZW5kb2JqDQoxODEgMCBvYmoNCjw8L1R5cGUvWE9i amVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE4OS9IZWlnaHQgMTg5L0NvbG9yU3BhY2UvRGV2aWNl R3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2Uv RmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyMjMzPj4NCnN0cmVhbQ0KeJzt3YdW6kwQAOCL0jtS BZFelKIUQUCQ3rsQwvu/yL8bELmXgEYSsnPOPw+w59vJ7Owkeq9//gAPyS7ElnAPyZUUxfU2rnCA 2YjkWqnV6/U6HFqNWq1SKhVymZTZBumbkFwpjU6Pz+dF4bl3u5wOu81yYzTotGgbeBPMFsRWHgmJ VOt8zBZwvOZz2XQqmYg9REJ+j9vpsJqNeq1aqdhuQWzqYUhkRn+u2R/iGPS7nVazXqtW3or5bCoZ iwR9bqfNbNRpVAo52gFpz0AiN4VKg48lRVHL5WLxMZ/NppPJaNjvthu1Suk1m4pHg947h8Wk06Ay IusRSOQ34fKYonexQoF2grcxnYwG3Va9Uspnkg9Bj8t+Y9CqFLJrYvxb/Pqf2GwDPY3FfDYZ9TuN aimXjkf8bofZgJ6AlIwNHMF/7QFvYfGBd9CulwuZZNR/ZzPp1EQ8gNP4/S2gZzAedBuV13Qs5Lm1 GDSMn3j8bgfU8mM27rdrpZenqM9lMahF9v8Yv90BfgLTUa9ZyT8/+JzYLxWvfLjhP5/AAj2AFvJH vbdmvUouVvo5478ewLiP8v8U8dhNWlQ+YqT/V/hP/2zca5Zf4gGXRZz0/xa/84+6tUIq6nWg9Esv zT8Dv/EvP6aDViWXCLrMOqXssof3PDzjR+U/6tYLz2G3Va+6aPGfjcf+FYXS3yylox6bQS2/HJ8P /Cb9s2GrnI35HMbL8fnBM+lfzkedai7uvxyfN/ymesbdWj6x5YPCb/iT3oavkgnfOHnFM8XP8OM+ u14peN/nGf/Jr+Ye7y1ahcClzzt+y+9WMmGXSS1s7QiAZ/jzUauU9AtcO4LgmcY5G9RzMVQ7AvYd gfCYv0C1kxa0dgTDb2qnWRSydoTDb2qnX2P6jjC1IyT+q3acwtxZwuJ3teOzauX86wXGf9bOS8Rp UPJeOoLjMf9j3C7GPWbe284F8Kh2UPLf0wG7judzewk8k/xRIxd1GfktncvgmbbTKSV4Lp0L4RGf wqUTtOsU/CX/YvhN6eQfUOlI+dJfDo9LZ9opJb0WDV+lc0E8Lp15v5oJoa7Dj/6ieKZ0mqh0DPwU /mXx+L6ddkuJexMvPfPC+E3pVJ68Nyoeju3F8bh0htWU36I+X395PFP49UzAipoOPPx6vVqMGi8h m/bclikKHuknzVzYcW7LFAe/ppeT9mv0Vn+eXiQ8ajrTTvHxzIYvFh4Pat1S/O6sIVk0PG74vfJ5 15V4eNQy8XXlOUMvIh43/EH12ft7vZj4zWX7/Pvci4pHDR/pn+6Nit91TJHxOPfvSbfhd3qR8Uzd VxJ3hl/dVmLjsb7/FnP96q4VHY87Zq/0eKv7xYwpPh7ru8WoQyvjnHoC8HhS6BQidu56EvBY386H bZzfrYjA4xmzlQtZuerJwOP5vpkNWFTcrlpC8FjfyPhuuA0KpODX9GJUT3mMci4Nkxg8eq8dvidc Oi4thxw8GtL6pQc7l0NLEB5dVp180MKh7AnC44bZTHvRfAwRj1rOqJrkUPZE4XHZv3Eoe7LwHMue LDzHsicMz63sScNzKnvi8FzKnjj8pux/NuSQh2fKPuH6yXsVgXhmyIlYfzDbk4inV7N21vuDwiER jwpnXE3car7tOETiUeH0CiGz8rvUk4lnOs69/rszSyYevRQOy4929TdnllD8ejXv5vymb2YcUvE0 NaknXdrTZ5ZUPCqcwbfNnlj8ejVrZTyGk82eXDyaEt7jp5s9uXjc7F+D5lNnlmA8avaNlPvUewnB eKbZR22q4z/vIRmPmn0n6zUcTz3ReJoav8fsx9sl0Xh0Zrs53/HUk41Hqa+eSD3Z+DV9MvWk40+m nnD86dQTjz+VetLxOPUvx3o9+XjU6x/RNQsSz1yzHvbXWfLxNDWqPFhZvySQj0epb2fYvyQAwKO3 knKUNfUA8MdTDwF/NPUQ8Cj1rbRbd/g2CwJPL4el8M3h2ywI/Ho1azzdHn78g4GnF/28/3BGAIKn JtVH28GRhYHHM0Lm8MgCwaMj+3Z4ZIHg8ZFNHhxZKHh60csfvFGBwVPjw9kSCh7fsimX5u+6AYOn F4NCwCiDiV+ztHo4eDQYp++0f9UNHDy9HBQDRjlM/Jqa1mJ/1w0gPD3v/FM3kPDLf/sNIDzTb/66 pyDhmXtqf76BhMevJL79rwig8NS4HNn/wSwkPDMXO1RA8fhz9/3e+xQs/HJYCprkMPHrFbpk95ol MDxqlk71NUw8ehnMeb6KHhieGu0XPSz8eoUnhF2nh4afN/FHS5h4VPR7nR4afjksfo3FwPBoLH6P Wj6LHhoejTcJuwoonv7opHffnsDhF/2vawocnkKz2eeJhYZHJ7YSNSuA4lezesK+HSzB4el5G7+F A8XjO3b76QkefjkofP5UEx6eGr2FtlMxODyaincDAkD8tB7ffiwGiMcjvQoofjvdAMV/9UqAeNQr fXopUDz+grAZzeDh19S4HL6RA8WvJtWHTaOHiN/9VBAifvcaCxE/b21vKYB45pZiJnqQ+G7WrYGK X/Rz6IoFil8OXr3M1w+IeGpY8OuB4tfUqBhgXgRh4ktBwPi3zWQGEj8ub17BAeLxryCECcHT3GK1 Wi3w7xXv4Wk+Fz8SFIdYLheLD7aYz2ezcacQ3GbeFHobLnhdnC2m08lkzBajIVsMBr1ut8MS7Waj Xis9bf7xjkRmDLx2xlO8OOvqxxbv99gXb6HVWaJWfa+UWeKtVCywxGv+JZs5jHQ69ZRMxKJeK/ML TxKZzp0sVpnF2VY/uniObfFMOvWcTBxGPB57jEbCLBEK+H1elvDcu+8Ow+Vy3jrsNotRzfwXzJJr ldkTiTGLs60eCnJZHK2OFmcJm81ivmEJk8mg1+vYQqthCbVarVIplQr59q8oSmRqo8Vms1kt7Isb jy1+anWWUCjkbCGTSaXXHOKKic+/3Cq5upYr+Ft8uzpLSLjFn5+FRCLg4v/HkfgPqrUqVw0KZW5k c3RyZWFtDQplbmRvYmoNCjE4MiAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2Uv V2lkdGggMjA2L0hlaWdodCAxOTAvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVu dCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDE4MyAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xl bmd0aCAxMzc+Pg0Kc3RyZWFtDQp4nO3BgQAAAADDoPlT3+AEVQEAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAM8AyrsAAQ0KZW5kc3RyZWFtDQpl bmRvYmoNCjE4MyAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMjA2 L0hlaWdodCAxOTAvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJD b21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDI4 NzY+Pg0Kc3RyZWFtDQp4nO2dZ0MqsdaFKUrvHWkKUhQUkCpNkN47M/f//5G7MwMePSeDoAMk933X Jz1fwnMm2VlZky0Syf/r3JIeoDMP90cyQcmP0NXV9bViq+sruSCO8Hg/He2LlEoVVmq1BietVqfH yWAwmc0WTmaTXnWFx5HK5ArseMKjCQxnNG1H+yqrze5wYuRy33g83n/l8wduMboL3ocjvMJBr0WN fzqya43Jhhvu6NFCu9G+KBp7jCcST//qOZl+yWCUzReKrxiVypUqr0oh4TNc42ikco39NhbHDIdG ww2XzX032mfVam/1xjtGzVa708Wo1xsMhyOMxuPJZIo0GXWKYYsCS6MwBVIVzHjNZktgtD5+tBGM xg/3l2azOVaLxRKn1Wq93uzValyLWZUy3ERT2qLl/lTU0b6KERR7lP6zE7uZvsVseBqVM9GYrkUY 7c9wp9ZmCs8GO9NkaneytWDO9knEENBE8etGrvG8dJfn+38VQ5tJNSJAo/Vle6v/ERqpXBfIDyik MWNprgx3r8M1bTSVsBm3e0qvjaHyeHPpz3ecNuPyvQlLozCHKxPaaEaloBFPY4nWpnTRsOvR650B Z6JlSvtjfUbXdsOuh4WAHuehZSpH4n1OGc2qn/Pr5P/CgBVwPbdoo1n2sj4tlkZzk+4s6CrQ7LL7 4tHgaORab6ZHmbFhFu2UW4Oz0HKdP9enzAow8+azS42hkV7pbwu0WQFm1og7VFgaY7A02lBGI3RY k16b7ivUGRtB06mwRKqUGRt2My6FsMZGprQ9vE0p227Ww+It3tioHPEGbcZmjxVwPjWpswKweQpY AXeqTVnGwSxaSTduu6Ey42Bm7wnsdgNWwJelzQpwaZoSm3Hoqcs4WOFzNMo4RnQZG3RWwxdoGjMO 7nSjw508pQozdVYAzgMCJU2qtMZqlFkBQQdNZcaxmQhF6uh1B2UZB7selULYkoYyDtped4BLywf0 2DfSFGYc7KKTxkccNGYcwr4GZRyUWQEWDp4CRQBlHEW6Mg5wAq/4RJ3GjEPYCdCYcQgfbmh83bGZ 1R/t2KsCXMZRp8rYwN5ZDmPTp+3rDqqMzZ69k3vdQVfGwS0b/N5JX8aBbtg84G/YUJhxoN1GwHJy GQddrzvYZTcjsNtwGUdhQJMVAJP25MTvNvRlHOxmXBG4LsRbAaoyDlSf8XGNhMKMg5m3UjcagavQ KOOg6XUHnAZqAjcgJXzGQdPrDnY1KAqcBiRcxkHV6w5m0U57tEJ37im70omMwKMdf4iW8FagQ48V YFdw7BQyAtsrnfTQwER78QpONNoyjs20vmeigRWgKeOAirZvoqHXHaUxNRkHM99X0YCGpiud4NH2 bJ20ZRzsEnk0wYmGMg6KXnegw4BL4AzN0dCUcXBhjdBhgKOhKeNgFh04dQocBjgazU2alowD7PM+ VyPhX3fQknFADSjcCdpnjoaeK53stgYI03AZByVWAPmAe4HAdktzZQjSknGgI/QeHyChKuNA5TmC b4n8oKHnSic6C/gEsvStwApQknGARavG9pZnZAXslFzpZBbdbGCPReNpKMk4uJ3TIZDXftCo3Ukq rAC77OVv9+6cEnped8CjqcedAn9O4A8NJW2r6NHsNzUcDR1tq4c9GpRx0NC2yhz0aLYZx6U/7Hc6 7NHQknHAXpP7tqDRknGw63EN9prvHg0lVzqZefvF/40N4GhoaFtlV8NyxLbfofE0FLStspvpe9Kz L9v4oKEg44DqXAiZ955rtqLgSicqAfG9acAfGvIzDigBmcD31VlCRdsqKgHRbw5pHzSkX+lkN7P3 pHf/+fmDhvgrncyyXwhZDikBFGQcUALeDiwBFLStMvNONmDcFwh+piG8bRVKQCVmV8sOpCG7bRVK QDPl1R9SnXkaoq90MovewSVAQnrGwa5G1cdDS4CEb1slNuNAbjMl8HcScSK6bZXdzDu54OHzjOwr nbBvlqIHHDj/0BDctgqLppa40R08z4i+0gmLppn2GxUHzzOS21ZZZt7NhyyqA/dNTuRmHMxyUI45 Di/OHA2pbavsavz2dHOwCdjSENq2ihzNS+CoRSMhtm2VZRbdwr1VddQ8IzbjgEVTeXAet2gkpF7p hEVTf/YcuWhIbVtl11NYNKbDHc0HDYEZB1SAdi509KIhM+MAr9kthO1HLxoiX3cATO816tQeu2gk JLatQm3ulx9duutjF42EwIyDRbU5Dh7gBzDkXelklsPak9dwpAfY0RDWtsqsRvWkH2rzj76eg7CM A3bN93TA/EMYwtpW0a6ZubMcv9HwIqttFXbNVi5kOyIH+IuGpIwDYDp52DUPerWBpSHoSieyAMWI Q/tjGJIyDngy3deY65iE5h8aYtpW2fWsU4z9zALsREzbKlSzdiH6OxjuSicJGQfAtPIR5+9gSGlb ZVaTZi7s0P4OBoyNh4CMgwEHkL3/RWneioSMA1zzqPEStP0ahoSMA8HU03dW9a9hCMg4AGb4lgwI fc/YUTToSudFMw52sxjUnv3mnxrNrzTm8EUzDnAz/cqTzyQGzMUzDjAAvXLca1SKAcNnHBezAixs M+3ig8fw08PZ3zSXbFuFJTNqZMMuvUIcmItmHOx63q+mgnYwACJ9ReflrnTCLJt2XuM+s/rqd27m ky7Wtoq2zPdcxC3S+t/SXOhKJyrMNZhlOrGWDNKF2la5WVZK+C0wy0T8VtvLtK2iWdbMRcWdZZIL ZRwwywZv6ZBD1FnG0Zw/4/iYZRrRCvNOZ29bZZn1fNjIRW+Mohizv2jO3LbKbpbjdvk5KP4s42nO eaUTJtmsX89GPWa16LOMozljxsEiW9Z8TdzadSLXsp3O+LoDrf5uNX3vNqpE3WQ+05yrbRWt/kEj /+Czak+xYrY0Z2pb3a1+p0EpPxnMmdpWudX/lomcavXvaM7RtsptMc1iPGA71er/oDl52yqwLEbt curedbrVv6M5dcaBWMad6kvUa9GcbvVvdeIrnSyzWYy7tUzMb9PDJDsxzGnbVrnn0q1lH/x2w6kn GU9zurbVHctjwGFQnbKSfaI5UcbBQk2ejzpVjuWkVfmzTvO6AwzZajZsVTKxc7KcJOOAx7JeTgfN Ujrqs59rjnESv20VqthqPu7Wi89hr01/ThY+4xDxdcf2sbQq2XjQbdEpz1HHPtOImHEAymY5G8Fj SUb8DpPm3Cwitq2y/AzrN8uZePDGClPsdE5ZUOJkHBzKYtJvVfPPYd/2sZydRZQrndwEm08GrVoh GQ24LJd5LDzN79pWEcl6ORv3ASUVu3VbDWrFZR7LlubHVzp5kvl02G2Uc8+xuxubEWbY6Z3lHv0s 42B3JKNeq/aaSYQDbiugXGyGfdAc2baKOABktZhNht1mrZR9jgW9DrNefXmUY9pWWZ4DngiAjPrt 9+pr5ikW8rlsRp0K1srlFssnGu7Pj6/gkwozAASHsVrOZ9PxsNduVEu5dCIa9LqsRh3/UC5PgoRo 8r35ar3Zitlp+zswLBdAMRkP+91Wo1YpZlPxSNB/47BsSUhBkXCm05eqdQfD0XgymUxBs9l8Pp/N 0I+TyXg0HPS67WbjrVou5l6e47H7W58bgWhUCu6ZEEOCJJVr7KGnTL5YKleq1WqtVm+8gxr1t1oN fq+UivnsS/IpHouEbn0el8NqMujUCIQ4Ek4yhc7q9vpvg6FwJBKJRh/iCVD8MRaFX8P3wVu/1+N2 2m1mo16nQRxX3NwiD4STVHat1Gh1eoPRZLaAbHaH0+mw26zws9lsMuh1Wo1arVIiDJ6DUBBeUqlM JpfLr66vFUhKpQpJqeR+QwgIgniKr5LuJNvq4x8u/cn+z+q/slWNuw0KZW5kc3RyZWFtDQplbmRv YmoNCjE4NCAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTg5L0hl aWdodCAzNjQvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9s YXRlIGZhbHNlL1NNYXNrIDE4NSAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyMjI+Pg0K c3RyZWFtDQp4nO3BAQEAAACCIP+vbkhAAQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACPBiZh AAENCmVuZHN0cmVhbQ0KZW5kb2JqDQoxODUgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBl L0ltYWdlL1dpZHRoIDE4OS9IZWlnaHQgMzY0L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsg MCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRl RGVjb2RlL0xlbmd0aCA0NjMzPj4NCnN0cmVhbQ0KeJztXYla8joQ/Vt2ZFUQUVBEcUEBRQRR3BBE RGRx5f1f5CZpkZYWaOk2+b57nuAwTCZz0pPJv3//43/wYBgWg7Gah1owiLjN7nR5vG6njSb2OOA2 h9O9EghHNzaiARdrNSOF4APu9QXXYolUJpvPHcT9DhpCj5k7XF5/OBrf3jvMFSu1h6eH8v4q/NAj 5nan2xeKbu5ksoXL67t667Xb7789nMY8sMmjLLc7Pb7wemLv+Kxce2i8vPUGH5/fP9+DZnHLa7Oa 32zwybIaS+6fFKv3zXa3P/z8+v75/f0d/X62yzt+qPUGZ4vLG1iL7xzkSjePrU5viAKOiI8Ifr/e rveCMFcsCrrTg5inDvOXtfrLW39IIj6a4Pv99mDVCY88CrrDtRKK7RwWyrdPKFk+vsTEMX76jydR N7QVywU9srV3ennbaHcHH99S5pj8sFGIwyo3k6CfVx9fuoNPeeY46T9eLhIrgFasKOgd2WyZkP98 raQCdijkEXVx0Gczx+S/uzf7ISDlBlP3rW6Og47SZQ5zUm5690drLgjkOepb+wUlQedX7KB+GgNQ bv6oXz+99hQEncubYfN80/IGQUi9ryjoHPnP9uW2z9pyI6Y+p7xIyH91qmlryw1jc64IqCtlPiLl pnYQtrBBQFuSNxRfhvoINwgP2ahlegT1je5ALJ2rLkMdl5un/IZVDQLKGF9kO1t+XIo6bhBaxa0V S8oNyhhPaPOgePeCiuMS1EmDgPSIBSuWz5j8daM7VFwcp8ljPWJBg4BrzBrJmMHXMhnD4fv97tB0 PUIyJp4p3rZ6H8tT5/TIuskNAmNz+dd3c9XG29IZw5MfNk3WIyjbPeHE0SWqMRoyhgDpkVLSzAaB YZ2+6G7h5vl9yRojJP/VMVWPMDZ3MH5YeuwMtGUMR95UPYK7gdXt0+vm+1K7kgRYj0RM0iN4pcb2 i3ftwZf2sGMgPZIzR49wK/W48vSmPdt5/A6fz005sORWar7WWq6RkSdvkh5BKROMH6CVOtQr7CNe jxh/YMmglEmeVPVaqWPyphxYoioT2T0jK1U/6iNT9AiqkL71/YvHNz1ThiM/aBisR9BS9W8clhv6 pgwB0iP4wNJA7mipbmWrz72vH52pG69HUEMQTp7evAz0ThlC/ttQPYLKzFqqcPeqe7pz+O7dHa4Z VW5Yx0o0XXzoDHVPdw4//fqpQXoEl5lYplTvahJMc8kPm2dxrxHkcZmJH1aMKDNjGKZHEPfA5nG1 1dd5ZxKR/+pc7RqgRwj37LUxZeaP/He3ltH/wJLjblCJnOCn93Ac0btB4Lm3DeaODyxzehsoxtwN Ku8TID2it4HCNO7EQLGtq4HCPO7kwFJXPWIid90NFKZy19tAgfZV87jrbKBgHf64edzHekSfvGHs K7Ejg/dVEXlsoNBJjzA2b/Sg0jKNO9Yjeh1YMjbP2t5ls28ad6JH9DFQMKw7nLp46hnYR0qglx5h WFdo++yx+2kid6JH9DBQoAKfyN2/fep/TDAHv58vJR0OLHGRPKm9fpjKnRxYatcjXJFsG6W1Z5LX Q4+YXiTHQHokq1GPMDa32UVyTF67gYJ1hnaK5hZJHsRAoancMA7/Vu7B3CI5Jq/V0I0SPnZ0Y3ah 4clrNHSjnXVtr9wamFxoeGg0ULDO4Pb5U8/8xUqgzUDBOHybp3dvViQ8Ia9Fj6BWMnp43bYk4TE0 GbpZVzh92TR/d/ojr8HQzTgCycLjuwUVfkx+eQMFamk2srcdqxIeY2kDBWoLIpmrl6FVCY+xtIEC Vcmdi4YFLY0Ayxq6UdLET++71iU8Ib+kgQJtrZmqdVWSJ7+cgQJVmu2ixUnDGyhU6xHcj2VvLdta /7CUgYJ1htPllqWVhiO/hB5h7L6t/KNV/ZgAyxi6WXfk4Pr1w3Luyxgo8Gq9aA4sT5plDBR4tZ7c WVzieWADhSo9gprJvYq1fcEf1OoRvFoLdQCrFYMYulUYKPBqvbG0mRRApYGCcfi3iyBWKwY2UKjQ I6w7enT7BmK1jjg9kgkrLTekTD7DWK0YSI8oN1CQwMMokwRqDBTQAq/K0M161o8hBZ7TI8oOLBlH cKcEoJuc4PfrTaEeYWyeWBZIY8BDuaEbBT51CaQxGEOpHsGBP3l4h9EYjKHU0I0Cv1t+AdDGC6HQ 0A0y8OTAUoEe4TIeWOCJgUKBHmHd69k7aIHnDd2LDiwZuz8JanPlochAwbpWD2pg2skJlBi6kXKN F56g9PECKNEjjCOUrrwCEVBCKDF0o5bs5AGIchVBgYECLdfti5bFp8LyWGzoZl1rIJfrSIEeYWwr myCX6wiv2AWGbsYZSl9BXK4jBYZusMt1tNjQjZdrqQWtrRljgR4BvFxHCw3dUHdXDvMNFIwjkKq0 YS7X0SJDN+uKHAFshseYb6DAWdMAmzXzDRSMPbBThps18w3djHP14LYLNmvmT8RjPRt5uLVmNNdA gXcoeMJbiDkGCsYZztyA3aEw5kzEYz2x03ofcNbM0SOMzZe8ANvXcMAHlrJ6BHXD+9egs2aOgYJ1 k27Yan5zMctAgTRUogjwrEkEztAtXbGMIwhWQ/1hlqGbca0dAm7KeMwwdKNCmQO9vRLIGyhIygMv lKNZegR1lCmQp3xiYEO39MAS9wY1yB0lB/mJeKw7evIIujcgkNcjrDd+1gRe5THkDN2osdm+hCyi xpAzdKMtag96Y0OADRTTegRtUUd3wBsbAjk9QscWNZI1dFOyRY1kDd2UbFEYUgMFJVsUhtRAwboi x9CFCA+pgYKa9Spn6Ga9m+fNIQ1ZI2PotvmSJdDHTQJMT8Rj7H5aig0xUIj0CNccUFFspAYKcjz8 TkWxkRooSKWE38xzmDZQsO5Yrk5HpZQeWNKiRDj8iA3dqC27oKVSThsoGJt/h5pKOT0RD5/0USGj OIgN3XxPaTUppRAbKFikAe/p6CkJRAYKfDJPwZnNH376jxM9QlFDTIAPLP/0COuJFxrUlPkpAwXu 5p/p6OYJRBPx8B5FxdEBD9FEPCRFqDjq+4PQQGHz7ZTp2WBHIkM31lFXHWo22JFoIh5jD6Sp0VEE Aj1CRCA93cFIpEcw+Ru6yE/0CH3kBYZuxhHap4384CnP6RFMnqKOGGNi6CbtPC0HHxwmhm5Enp5T Gw6TC6ZUHTnxwOUmRC358ccdSslnePLU5fzo7ys+jdXmGx8g4P6AxjqPzR/+MXnKdlj+OzidvQ0/ BJLKlhirkfNN8nWEPjEi+JKMZOBulTbyYxHL2PypClUaVmhAsPm26To9EA7Xwp+QqTq3Qd3B32cp 2k7MSHcwthRzzgN6DlpF8/TxLR3Ad7ukIM4P/jsyVZ9hMfAzDEnec0OJm3UC4UR67psUReSFr5tT p0bIZ2TetUKVYwVDeCWZeIVo6g9+iBua/6JG2xYr/hDr3Tp/pmiLFZnoKdulkPwW3G+krNBz8nvi nKDEgM5hIr//TQ65aUl6sSMXqdhdir4HTuQ3Z3XCjlZqauWUkRt19DQ55AaioWCsex34DWohpu4j kyuZ1JSbqdnWqNzs3VDTmhH5PTGho9aMHnPi73dXfKOXpgMEyXRo8JMyBMDye7LB/uN83LS4E4nn Q3jlBTcItJhaJQ/CkSEllOgR6VVqGz0udKH8Hid9NEvJ5QXpRDAyH4aOrlgkv8ddMS0WP5mHdmxI hNOR9DJ32KmxchO7ytT0APhDkXj8fuHR0OKL1Fylp6C9wfI76ZuaccPCHh/3B9mJ4sAH9/2B8+JO zSoh03mgvOgyB7JznaiYizSaNZObkmKJ5LfMeGJKiqX801Jkuiz8K4LEBC2dSQV//t2Iv8AuN1CL hrwh8ltulBme+Q/9DEEivyf1JobqDWwZPrGXSfNm/xr4UTf3vJHc4ESbD/w+NXuyMn6lA+occR6z X+nFDy4Anz4ouk86lTcrm2ew+2Isv2fMJmZda4c1UA9JTWPOO7ewB9BjzBtpjVqEk0fAJ65Yfs98 bYRxhvaqgJesnPwWLtktyEtWVn4LlmzkENSje2JIzrfFoXcEtmG9uifCgreNWM969h7sKcKCd6nJ 829gT58WPNHL2LwbOQjvZ8ti0etAqDHeA9vgLHrZGTc4+SegWhbJ75kbLLdkXauZa5hnZ5PbXbND 74O6Uc2S36LQr8F5iFqEmfJbEHq7L3EOMvQz5TcNoeeG4y54PBCF/gwVHHDsRXN5ZoceFRyAtX7e Gy/C0G/m631w26yy93lZvM3C63B+5jwNJAi9zRsH2OHMkd8i9s5Qugyurxfc7pofek8sewvswHuu /BaxR5Kq2IC1Zrm5vkreYWfdEVQuQb35ieR3abb8FoUelcscrFep58tvceidod1LUGtWydPC49Db POtHtTdA++zCV1aF7B3+JGpx4CTOAvk9lTiu1X20z4JJnKnZsosSZ2Xj9B7O+dmCd0qn2TuDO6Um GFmyUH5Phd4TPQQjSxbL7yn2dv9WoQ6kQZsMV1EI1hUG06CJb3cpShxv7LgGI3GUyO8p9g5/Iv/4 DqHiKJHf0sRJlZoQtirpMx0KEscTyVy9AEj7qdtdytjbVzaytwDSXpn8nmbvCCQKANJ+0fm2PFDa 7wJIe8FwFTWhh5H2CuW3hD2EtBcOV1HHHkDaC4erqAOAtBcOV1EZ+nHaW8dehfyWsMdpX+tYKKuE w1VUs0dpn3/oWrdo1chvCVhXKFWsW7doVclvSeht7rV0qdGzir30dpc69p7oftmykqNOfkvZ273r B5XWwBr28+xlitg7VmKH1RdL2IuHqywD1uHbOL5uW1HuxcNVlmTv3zypvVrAXrX8lmPvDGyd3qLN ymz2sre7VIJhncFk/v7N9K1WPFxlafau0HYBbbUms19Cfsuyd4dT53WzG4Vl5Lcce5t7NX3x9G4u +6nhKhrYeyJ7JcTezMxZTn7PYn9RNzXvp4araGFv90bSxcc38yqmZLiKJvaetdTZvXn1XjJcRRN7 mzu8k797HZrU5yiwl6ljH0rmam2TujTJcBWt7F3BxMmNST2mBvktzx71OZvH1VbfDG01+3bX8uz9 G4eVphnKUDpcRTt7hy92UG6YsF1Jh6toB+tYWd8v1buGl0xt8nsGGAfZrjpGl0yF9jK17PF2Vbht D4xNfK3yexZ7tF0lT6pNlPjG0ZcbrqITe1cgflAyNHXm3u7Sxp51+qJplDrGVfz5t7s0srd7jE0d PeT3bPoGp47scBX92OPU2S3cvqDUMYD+gttd2tmj1ElkrxqGpI78cBU96aPU2chcGJI68sNVdGWP moVIKl9r9XQPvm7yex59uyeUOC7XO4MvfenPGK6iM3ubyx/bK9w8dz/0zJ1Zw1X0Zs86vOHEYem+ 3dcxdxTc7tKJPgp+dOe0omfu6Cu/57Jn7e7gBs6dd71yR2f5vYC+07uKcudBr9yZPO1pBns+d66e OkM9ckd3+b2APtpwgxv7ZzWSO1rp6y+/F9LHuXOEcqenmf7s4SqGsSe5kzqtPL72P7XRnzNcxTj6 rAPlzl7uqq6RvjHyeyF9m9Mbju/lMX0NyWOQ/F7IHtFf4ejj3F+u8ii+3aU/fZajn6s8vrwvVziN k9/K6KPkSZ+W71vdAdq21PI3UH4rpR+KpbKl22YHrV2V4df7fFs1fZT7nuD69tH5zVObZI8K/ipu dxlH3+EORBKZfOX+udPHi1cpf4Plt0L+rMPtW43vZovX9ReU/Ur5Gy6/ldK3O73BaGI/d3nbeH0f KuO/aLiKifRR9vjCGztHZ5W75mtPCX8z5LdCMDj8nkBkc/f47Oq++fq+MH/U3e4yGnjxurxBwr9y 12h3+x9fs3+A2ttdxgOnD8f/qFCu1Vud3oD7AdJfYJr8VgFmzD++kzm9qN41Xt7QD0ApNP0LzJPf qsDz94djifRRvnR999R67faH+C/Av4D/Cepvd5kFzN/udPuCkY3k3lGuWKk9NF463d5g+Il/Av4N utjLDAP3B3h8wbVYIpXJFkpXtfun5zb5CR+fn5+9uvUb7Dwg/vgHuFcC4Wg8mcoc5c4vq7X7eqPV 7nRaN0d6f0DWHQyXQugvCIQisc3tdOb4tFC8rFTL+Z0QjD1qAchfYEf/gdcXCEfW41vJVHo3EfFa I0WWAEN+Af4T3B6vzx8M+j0O4FkzDfIT8G+wO+w2lpbAT4HBsJqE/vgPk02u5Q0KZW5kc3RyZWFt DQplbmRvYmoNCjE4NiAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGgg NDEvSGVpZ2h0IDE4OS9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50 ZXJwb2xhdGUgZmFsc2UvU01hc2sgMTg3IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDQ1 Pj4NCnN0cmVhbQ0KeJztwYEAAAAAw6D5U5/gBlUBAAAAAAAAAAAAAAAAAAAAAAAAAAAAwDVazwAB DQplbmRzdHJlYW0NCmVuZG9iag0KMTg3IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9J bWFnZS9XaWR0aCA0MS9IZWlnaHQgMTg5L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAw IDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVj b2RlL0xlbmd0aCAxMTk1Pj4NCnN0cmVhbQ0KeJzN2VlXGksQwHFmY8ZhEdxQMYgbCXGLEpe4xQVF ASWymfv9v8jtnkHtnq7q6of7cPuV31H7VJ0/c8ZU6j85VnSwT2x+nPfjuo5tySL62PXSfhBMTYVh JpPN5vjJ+M5EMhKDqUw2X5iZWygtLpXLKytfKqvVarWyWAjin2m7/lQ2N83AUrlS3azVt3f3fhwc NhpHxyenv04a9eWsy6HlhsXFL9WNWn1n//Do9Pzy+ua2ef/Qaj0+tTvdbvvuaL3gcWgHM6vbjRMG bputp87zS+/P62u/PxgMhsPRaDTonG8V0wxaTri0c3Hf7r70XvuD4Wg8fuPn7/sZv1zWZmKYKR80 e8MI8E/+kc8HTDnh8sF9/y0JVGhPlXbvXt8QJ0J/rv67N6ahlS5uXTyP6V9tefm1087QADrZLz8f BzTk1/7Brk1DO1jYuf1jAC1/9uvVC3ZtEXqFjbPuCPkjRejmVo/b2LVF6GRWGi3s2gJkQ1zcQ4co wWD++zV2bRFa6ZkaOkQJetPrvzrItSXoZCtHT8i1Rfi+uzS0g9LuLXJtGfpz37DdlSAb4uY5cm0Z uvnqCTJEGbLdbSC7K8GUHS7tN+FrJ2CwsH0DD1GGbIhfL1/A2ySgN43tbgLy3YWHKMMUK9XhQ98A 4rubhCxA1z0DiAcoCaMAQddOQjRACYgHKAnRACnQn/12Be1uEka7Cw1RgW4O3l0FYgFKwmiITWCI KkQCpEAeoEtgiCpEAqRCJwcGSIFsiGUoQCrkX55AgAAIB0iFlleEAgRAOEAAhAOkQiRAEAQDBEA4 QBAEAwRBMEAAhAMEQTBAIIQCBEEwQCCEAgRCKEAQBAMEQihAMAQCBEIoQDAEAgRDIEAgZENkuysP EYFqgGAYBUjeXQSqAUKgGiAYRgF6kIaIQPXpHYPK0zsC+e7KAcKgEiAMKruLQDVAKEwGCIM8QFfi EFGYfHpHYTJAKOQBEncXg0qAcOiz3e0ZwGSAcJjYXRyyp3dxiChMBgiHiQBpoBwgHMYB+ri2Bsq7 q4FygHCYCJAOSgHSQDlAOigNUQelAGmgHCAdlAKkhWKAdFAKkBaKQ9RCMUA6KAVID4UAaaEYID0U AqSHQoD0UAiQFooBIuBngPRQCBABP3eXgPz1weOQhsLrAwLaQWkSIAqyp/c4QAT8DBAFP3aXgk52 EiACfgaIhMF8vLsU/AgQCfkQ+e6S0J0EiILvAfpLwkmADGAcIBq+7y4N3fj9JQ3jAL2RkAeIf3ka wChAYxpO3l8awDhAIxpG7y8HBpB9eR62+kMSTgJkAqMADWjIhli7eB480zAKUN8ARgF6pWEcoF6X hlGAnk0gD1C3Q0MeoLO2CWQBOm61L2jIA9R8pCEP0N5N69wAsiegq3sDyAN0dndmANkQj29MIAtQ 4+p0i4Q8QHvnJwaQBej76dGmAfTnaj8bBtBKF9YPDjaKNHTzld39dQPoZJfrO2s05LfZqq8WDGAw u1arGEB2m5X1lWkD6OUWV5fzHg2dcL5cyhlAOyiW5rI0TNnp3EwxdGloeWE+HzgG0PHD0DeAKdtN +55tAC3bcU1+IP+3qA3/R/X/d/4FZhzYfQ0KZW5kc3RyZWFtDQplbmRvYmoNCjE4OCAwIG9iag0K PDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDBdIC9Cb3VuZHNb IDAuOF0gL0Z1bmN0aW9uc1sgMTg5IDAgUiAxOTAgMCBSXSA+Pg0KZW5kb2JqDQoxODkgMCBvYmoN Cjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC4zNjQ3MSAwLjYyNzQ1XSAv QzBbIDAgMC40OTAyIDAuODIzNTNdIC9OIDE+Pg0KZW5kb2JqDQoxOTAgMCBvYmoNCjw8L0Z1bmN0 aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC40OTAyIDAuODIzNTNdIC9DMFsgMCAwLjQ5 ODA0IDAuODQ3MDZdIC9OIDE+Pg0KZW5kb2JqDQoxOTEgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIv U2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAyNTku ODIgMTU5LjA1IDI1OS44MiAyODguMDVdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDE4 OCAwIFI+Pj4+DQplbmRvYmoNCjE5MiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAw IDFdIC9FbmNvZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9GdW5j dGlvbnNbIDE5MyAwIFIgMTk0IDAgUiAxOTUgMCBSIDE5NiAwIFJdID4+DQplbmRvYmoNCjE5MyAw IG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40MzUyOSAwLjYzMTM3 IDAuMTc2NDddIC9DMFsgMC40MzEzNyAwLjYxOTYxIDAuMTg0MzFdIC9OIDE+Pg0KZW5kb2JqDQox OTQgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDMxMzcgMC42 MTk2MSAwLjE4NDMxXSAvQzBbIDAuMzI1NDkgMC40NzA1OSAwLjEyOTQxXSAvTiAxPj4NCmVuZG9i ag0KMTk1IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjMyNTQ5 IDAuNDcwNTkgMC4xMjk0MV0gL0MwWyAwLjQzMTM3IDAuNjE5NjEgMC4xODQzMV0gL04gMT4+DQpl bmRvYmoNCjE5NiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40 MzEzNyAwLjYxOTYxIDAuMTg0MzFdIC9DMFsgMC40MzUyOSAwLjYzMTM3IDAuMTc2NDddIC9OIDE+ Pg0KZW5kb2JqDQoxOTcgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3Bh Y2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAyNTMuNyAtMTAwLjMgMjUzLjcgMTYw LjM5XSAvRXh0ZW5kWyB0cnVlIHRydWVdIC9GdW5jdGlvbiAxOTIgMCBSPj4+Pg0KZW5kb2JqDQox OTggMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAw IDEgMCAxIDBdIC9Cb3VuZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyAxOTkgMCBSIDIwMCAw IFIgMjAxIDAgUiAyMDIgMCBSXSA+Pg0KZW5kb2JqDQoxOTkgMCBvYmoNCjw8L0Z1bmN0aW9uVHlw ZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTA5OCAwLjIyMzUzIDAuNzM3MjVdIC9DMFsgMC41MDU4 OCAwLjIzMTM3IDAuNzI1NDldIC9OIDE+Pg0KZW5kb2JqDQoyMDAgMCBvYmoNCjw8L0Z1bmN0aW9u VHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTA1ODggMC4yMzEzNyAwLjcyNTQ5XSAvQzBbIDAu Mzg0MzEgMC4xNjg2MyAwLjU1Mjk0XSAvTiAxPj4NCmVuZG9iag0KMjAxIDAgb2JqDQo8PC9GdW5j dGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjM4NDMxIDAuMTY4NjMgMC41NTI5NF0gL0Mw WyAwLjUwNTg4IDAuMjMxMzcgMC43MjU0OV0gL04gMT4+DQplbmRvYmoNCjIwMiAwIG9iag0KPDwv RnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC41MDU4OCAwLjIzMTM3IDAuNzI1NDld IC9DMFsgMC41MDk4IDAuMjIzNTMgMC43MzcyNV0gL04gMT4+DQplbmRvYmoNCjIwMyAwIG9iag0K PDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5 cGUgMi9Db29yZHNbIDEzMC44MiAtMjI0LjgyIDEzMC44MiAyODYuMDddIC9FeHRlbmRbIHRydWUg dHJ1ZV0gL0Z1bmN0aW9uIDE5OCAwIFI+Pj4+DQplbmRvYmoNCjIwNCAwIG9iag0KPDwvRnVuY3Rp b25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sg MC4xIDAuNSAwLjldIC9GdW5jdGlvbnNbIDIwNSAwIFIgMjA2IDAgUiAyMDcgMCBSIDIwOCAwIFJd ID4+DQplbmRvYmoNCjIwNSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9D MVsgMSAwLjY2Mjc1IDBdIC9DMFsgMSAwLjY1NDkgMF0gL04gMT4+DQplbmRvYmoNCjIwNiAwIG9i ag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMSAwLjY1NDkgMF0gL0MwWyAw Ljg1NDkgMC40OTQxMiAwXSAvTiAxPj4NCmVuZG9iag0KMjA3IDAgb2JqDQo8PC9GdW5jdGlvblR5 cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjg1NDkgMC40OTQxMiAwXSAvQzBbIDEgMC42NTQ5IDBd IC9OIDE+Pg0KZW5kb2JqDQoyMDggMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAx XSAvQzFbIDEgMC42NTQ5IDBdIC9DMFsgMSAwLjY2Mjc1IDBdIC9OIDE+Pg0KZW5kb2JqDQoyMDkg MCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1No YWRpbmdUeXBlIDIvQ29vcmRzWyAxODQuMSAzMC4wNDUgMTg0LjEgMjg4LjA1XSAvRXh0ZW5kWyB0 cnVlIHRydWVdIC9GdW5jdGlvbiAyMDQgMCBSPj4+Pg0KZW5kb2JqDQoyMTAgMCBvYmoNCjw8L0Z1 bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwXSAvQm91bmRzWyAwLjhd IC9GdW5jdGlvbnNbIDIxMSAwIFIgMjEyIDAgUl0gPj4NCmVuZG9iag0KMjExIDAgb2JqDQo8PC9G dW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuMzY0NzEgMC42Mjc0NV0gL0MwWyAw IDAuNDkwMiAwLjgyMzUzXSAvTiAxPj4NCmVuZG9iag0KMjEyIDAgb2JqDQo8PC9GdW5jdGlvblR5 cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuNDkwMiAwLjgyMzUzXSAvQzBbIDAgMC40OTgwNCAw Ljg0NzA2XSAvTiAxPj4NCmVuZG9iag0KMjEzIDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRp bmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sgMzY3LjMyIDIz MS4zNiAzNjcuMzIgMjQwLjM2XSAvRXh0ZW5kWyB0cnVlIHRydWVdIC9GdW5jdGlvbiAyMTAgMCBS Pj4+Pg0KZW5kb2JqDQoyMTQgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAv RW5jb2RlWyAxIDAgMSAwIDEgMCAxIDBdIC9Cb3VuZHNbIDAuNCAwLjUgMC42XSAvRnVuY3Rpb25z WyAyMTUgMCBSIDIxNiAwIFIgMjE3IDAgUiAyMTggMCBSXSA+Pg0KZW5kb2JqDQoyMTUgMCBvYmoN Cjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuMzI1NDkgMC40NzA1OSAwLjEy OTQxXSAvQzBbIDAuNDMxMzcgMC42MTk2MSAwLjE4NDMxXSAvTiAxPj4NCmVuZG9iag0KMjE2IDAg b2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjQzMTM3IDAuNjE5NjEg MC4xODQzMV0gL0MwWyAwLjQzNTI5IDAuNjMxMzcgMC4xNzY0N10gL04gMT4+DQplbmRvYmoNCjIx NyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40MzUyOSAwLjYz MTM3IDAuMTc2NDddIC9DMFsgMC40MzEzNyAwLjYxOTYxIDAuMTg0MzFdIC9OIDE+Pg0KZW5kb2Jq DQoyMTggMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDMxMzcg MC42MTk2MSAwLjE4NDMxXSAvQzBbIDAuMzI1NDkgMC40NzA1OSAwLjEyOTQxXSAvTiAxPj4NCmVu ZG9iag0KMjE5IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0Rl dmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sgMzY3LjMyIDIwMy41MiAzNjcuMzIgMjIxLjUy XSAvRXh0ZW5kWyB0cnVlIHRydWVdIC9GdW5jdGlvbiAyMTQgMCBSPj4+Pg0KZW5kb2JqDQoyMjAg MCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwIDEg MCAxIDBdIC9Cb3VuZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyAyMjEgMCBSIDIyMiAwIFIg MjIzIDAgUiAyMjQgMCBSXSA+Pg0KZW5kb2JqDQoyMjEgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAy L0RvbWFpblsgMCAxXSAvQzFbIDAuNTA5OCAwLjIyMzUzIDAuNzM3MjVdIC9DMFsgMC41MDU4OCAw LjIzMTM3IDAuNzI1NDldIC9OIDE+Pg0KZW5kb2JqDQoyMjIgMCBvYmoNCjw8L0Z1bmN0aW9uVHlw ZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTA1ODggMC4yMzEzNyAwLjcyNTQ5XSAvQzBbIDAuMzg0 MzEgMC4xNjg2MyAwLjU1Mjk0XSAvTiAxPj4NCmVuZG9iag0KMjIzIDAgb2JqDQo8PC9GdW5jdGlv blR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjM4NDMxIDAuMTY4NjMgMC41NTI5NF0gL0MwWyAw LjUwNTg4IDAuMjMxMzcgMC43MjU0OV0gL04gMT4+DQplbmRvYmoNCjIyNCAwIG9iag0KPDwvRnVu Y3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC41MDU4OCAwLjIzMTM3IDAuNzI1NDldIC9D MFsgMC41MDk4IDAuMjIzNTMgMC43MzcyNV0gL04gMT4+DQplbmRvYmoNCjIyNSAwIG9iag0KPDwv UGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUg Mi9Db29yZHNbIDM2Ny4zMiAxNjYuNDQgMzY3LjMyIDE4NC42OF0gL0V4dGVuZFsgdHJ1ZSB0cnVl XSAvRnVuY3Rpb24gMjIwIDAgUj4+Pj4NCmVuZG9iag0KMjI2IDAgb2JqDQo8PC9GdW5jdGlvblR5 cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMCAxIDAgMSAwXSAvQm91bmRzWyAwLjQg MC41IDAuNl0gL0Z1bmN0aW9uc1sgMjI3IDAgUiAyMjggMCBSIDIyOSAwIFIgMjMwIDAgUl0gPj4N CmVuZG9iag0KMjI3IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAw Ljg1NDkgMC40OTQxMiAwXSAvQzBbIDEgMC42NTQ5IDBdIC9OIDE+Pg0KZW5kb2JqDQoyMjggMCBv YmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDEgMC42NTQ5IDBdIC9DMFsg MSAwLjY2Mjc1IDBdIC9OIDE+Pg0KZW5kb2JqDQoyMjkgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAy L0RvbWFpblsgMCAxXSAvQzFbIDEgMC42NjI3NSAwXSAvQzBbIDEgMC42NTQ5IDBdIC9OIDE+Pg0K ZW5kb2JqDQoyMzAgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDEg MC42NTQ5IDBdIC9DMFsgMC44NTQ5IDAuNDk0MTIgMF0gL04gMT4+DQplbmRvYmoNCjIzMSAwIG9i ag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGlu Z1R5cGUgMi9Db29yZHNbIDM2Ny4zMiAxNDcuNzIgMzY3LjMyIDE2NS43Ml0gL0V4dGVuZFsgdHJ1 ZSB0cnVlXSAvRnVuY3Rpb24gMjI2IDAgUj4+Pj4NCmVuZG9iag0KMjMyIDAgb2JqDQo8PC9UeXBl L1BhZ2UvUGFyZW50IDIgMCBSL1Jlc291cmNlczw8L0V4dEdTdGF0ZTw8L0dTNSA1IDAgUi9HUzEx IDExIDAgUi9HUzE0IDE0IDAgUj4+L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFIvSW1hZ2U4IDggMCBS L0ltYWdlOSA5IDAgUi9JbWFnZTI0NyAyNDcgMCBSL0ltYWdlMjQ5IDI0OSAwIFIvSW1hZ2UyNTEg MjUxIDAgUi9JbWFnZTI1MyAyNTMgMCBSL0ltYWdlMjU1IDI1NSAwIFIvSW1hZ2UyNTcgMjU3IDAg Ui9JbWFnZTMwNyAzMDcgMCBSPj4vUGF0dGVybjw8L1AyMzQgMjM0IDAgUi9QMjM4IDIzOCAwIFIv UDI0MiAyNDIgMCBSL1AyNDYgMjQ2IDAgUi9QMjY0IDI2NCAwIFIvUDI3MCAyNzAgMCBSL1AyNzYg Mjc2IDAgUi9QMjgyIDI4MiAwIFIvUDI4OCAyODggMCBSL1AyOTQgMjk0IDAgUi9QMzAwIDMwMCAw IFIvUDMwNiAzMDYgMCBSPj4vRm9udDw8L0YyIDE1IDAgUj4+L1Byb2NTZXRbL1BERi9UZXh0L0lt YWdlQi9JbWFnZUMvSW1hZ2VJXSA+Pi9NZWRpYUJveFsgMCAwIDcyMCA0MDVdIC9Db250ZW50cyAy MzMgMCBSL0dyb3VwPDwvVHlwZS9Hcm91cC9TL1RyYW5zcGFyZW5jeS9DUy9EZXZpY2VSR0I+Pi9U YWJzL1MvU3RydWN0UGFyZW50cyAxMD4+DQplbmRvYmoNCjIzMyAwIG9iag0KPDwvRmlsdGVyL0Zs YXRlRGVjb2RlL0xlbmd0aCA1NjUzPj4NCnN0cmVhbQ0KeJytXNuOXceNfRegf9iP3QF0XPcLEAQY 20mQAQw4YwPzMJgHTUNWFLQkRBLGmL8fLi6y9j6nWzqG3Akgi6zLZrHIVSSrjrZvftz++Mdvfvju b99v4U9/2r79/rvtX8+fhS2cgvxvxlrz1lPYSqjbh1fPn/3nH7Z3z59989ef6vb6o/zlx5efPr36 8G67+7h982PKZft4924fn0ON42z8L394/uzvz59tf/7hu+2bf/vw6c0vL+8+bd/+cPxsHDnGR77a 4zyNsUkvaSj864twynXOut29FWn+9vbl61dj+/79du0bocWQ6yMfieHU/Bt1O1/I/o35m77xBfXJ AqE/kT536d2S/BFD2j68vtQeBXpMf9th8+K+eZd7MrgnccRTr1su7TT69hYMmdnp2OepFaVKEWqc BtrqqbbtTvoKIwxhFAgTe8d/csmnknZK5u/sbAxZUt58aNYpfebcT3OyMz8sDNGJyZTbqYlMJjEp 9B3pNPfW7DPpwOLT2LyjQjj/rFAmUVlEPI3oXW01efNxtlKbdleEfdX0RIFMhWcKlr7/eP5siDiV PeaA0oc0juIM+dacWanaQaWR9WO9YAL5eO1FZZlxEyolFVMEcyKdQrOuSssCJxrxUSw9YtacqZik Pdsp9KiMkDehZs+q0yqzylaJPRqFzvMU6lzN8zQDKVHyDMLrOhH1OOMptarfbXkTqgXsiAzqi4LS i3UmI2NmDK1cqUyJmSvNrycTY4iCVE8NUk7Rh+vwTMVUewztFDGBrHGqrQfRrdNRwKNwvGhXcODU h1JBJQMjVv26IIQ4pXxbJSskmgqd2HXCZkjfG82+Yg9ChK7zwFTCwH/wGRpdELUlCiH2KVSou4BH 8W1JQkAnNcCbsKQaZeHOuN8ZOePr9/uQxZBpmhhIrYdpmmg8p8M0TawmNN3FNMHoSQyuHXqIe6c8 j4x4yh2+ViAvGIJrCXsfqZcmNpCBAUFGbkJhM5PoaoJISTYjDds+fL+TIVI3/ROEqEeIAL2kfhKb RV8sMClDNlSoAJMSKsrIdspw5NQMEVpVVBJazFWWPTNbRfIGwbtT6CsbWvfmJJCQ11Cx3HicVxYZ py5ObOFeGRMbL4yMsTXtS8/EQiXuVPtAfW+VvaicSc4NkTeXqUqM2RYwMhmyfFlfitBxUjUKHnXb /GQmk0JUk5N9Kg17ncR8d0YSOychp0wSnwBMlAnfvWPfSevtuqdgJGJV6hvmrjTnGoUKJ/PIGjk6 wHqMEefE0QBKIgRQmUMDXWEOjq6K60LVoZRsOSiVq2BPrTMwCC4n+DzF+5vCCk4iowBA7Gv08oiZ 1fQeMHYnkiGtPsIQX+r0cUgEhthpVvnmUL3VrktTrUwDW+gh0FXSUDUBbF3/x+0xL8cZctwyHECp OiMKXOfIXcLpo5gOSUyRgpOVmJKhm+Cqy3GnImBHlUOG4DOaMZSngpwjmHnA0ipWpTPrrkNxM+mp CFMQCmg19OA36o6BhXo/m+XE75M6LxosAHsFKiLF6A3nEBjiW7EXVad8eCSlkh3xlZ2z6lc2uCAM yTBdPfR2IrkynKF77SOLxo0+MWzZJuZ3ZZcb5mqq1dZUXuCEaDwPj4SauY2GKxJ8rN05bp5taFP3 PGyoOHlvawj81sxNVNUI2PgYxWoqhMoiX2t22nR1KqEskmAIEAUf6LDEbdBqDRJkiOKFimMFLiJF o392LgtINHVu2ZcoOFVIiYkDwroR2jXy+GRjoLd2jfVaYJjYPLSq02Mi6QWqsjkdqGrOcmBgtRjK aAiggZm5GLMbYagURd1QZOqMT4EDTa0LWz9okQqPysCRLlqNaildtRjoFtNWN/UUFYbYXOz2lQAl O5V1V9QYjNE1rmyEORhv1q9UtetuE3d3msbtyLuPNAYZuwtBrXM114EAVQg5umPtMH5MXOibldGC fDajr+6/BskiRC10ZDnM14ZkhoYWNOgpDIaoF5SFdAAQqLgw3Fs7H6IyylSdI4LJCg1rCUpp54wD cjUXtVYMHbr6wqG+QRqCQ49s1ZFdjcapgWjK+hqDerQFNvZtzDXWtKUpxkUVAScaAE8JhB1CmBZl sepqAcgAjRfG0zJEVd7VJlpaKq9qQvBEUXlV40IkZ4RsBk3EaFnphmEaESpgY1ait2Us8s1sh0dX 5e/IcoYihiz7sfBWKd0568+4RY8d0ZEERHYqGfQLY5AhS74no50dgxJVIGo5MCodQVRAuikuiqZ7 d0alqmEbQnWqVw5gpbpnJ3fsPKleYCxSESZkwBAcQcW+hL7SqRwlQTaUzkQbFGUd6uIa+ezYx3q7 H9LKaIiw9uAG6uvTgxtQK5qJqXDzPbaJKTMjsObMc5WxTfKE0A4hoUtfoY1QsazQJkU13T20EUar K7QRSuGboY1RK7Rxeq0xKgI/ZOx6SlFN/gFjD22EoYEYQxuR1swGoY2sMx4iG9AWKKmwRVHHza9e 2Gqgl+7mKtlQ3k/BGI5hTeQxuoc1MUNDHtZEU3/Wk1wo3bjguyNhah/OuCdj0BSTJnuREWKcSg0W DSgqMsNKXNLMsNKO+N2g/zHKMrhwaO4sQKgbYH2RSDktqWRUmzWcADWLJ+VIFCNRq1dfcG0OyrqX ybFUnBCUTl51EaI8RcDiQYNM1xiPwT4hyTpadBErcrNkt+znkISkjMUkj5JYdupIP58l1FW87xgh ROoWPu5UUQtmXzKQNiNGnsnT9xgCw5jhR7l81dwTGC4Std2UzizHiiqirjIO1jTlWOoL/KYYQKTd 9m0W3aMyDHmmwFig88q3JvCYYYOY+KKiFXCcIWsU5WCo7yimVbWBh57IkXlES6oMeUpzpULc2A46 HxBmrGaxCNsugR6Js5ueSxoloDNwXeMIVHICN1pOdoTgjad+TV4BakyOZdeQhPMsv6SX+w85n9t8 hFHUku9ZfwrEg8LyVKKXyoQiaExMfFicG6gn0aWTFpJK8h0537CLeoaY9Fk5A/ShmlETDPZQzVgM mQTnOspePgmOYOC6T+I0QlUFRRk8Un+E4SNw0sNPL+kFqz7gAaNoyHz86CVjDXGxj4WZzxV202cL u6JfLewmHrJ7SScVhYJ9Y52xvudDjgKkmpmKVOj97YGxpqntcQaj+/t9yANGnhZvLsbAAawUUbGT qkRFqyKAwUBQDhdQnfgTlZisW87GvoXnn6YeoAysBchBte6Udq6sw1hz9WYRUhdlBWmbufEAwTZy DdUz2sxPtQWpkGuP63V0QtS+miOOVnX2pJSZgfUNXrCTSDIxKdRUeUsI3vTv9HbQzC5ks0Ck6VgA KnJxqXhfK9t2dg5cn2Dboia8yjuX4xaiCpkeYRzMi0MeMjI2wczLrdRcdRmpOdqi3b3XgIO/JwnM Gv29a103sUpojJQDjw5ZuRCJIYmeRylnniNZzSNbDJmwxwmZkwW71jkwhpg4Ne7JKHQxOb1TmhqB 6O5BAhUzAvnvKBKC/Kq5QUKZkMuSfV/yK6WdaeHeHPWYh1iymhTUzKrW1tA5zlPzEl2ybF08gn+t LEmTSHAr7c/kVQwa0+nxPbFL+u3EyktHqA5J2roWgKC1O6Wdm/umNvdDtUg3gW5qGpjMuvQuJmkZ VLM1Mb7M9JkZj1LIvFXHieWLC7LCFXQLmNo9YDDRVUZhzlFhBNhwKythhyMlKlZIgojNXI/L6XZC D1376E7ZJpW+N0dCi15cQMeVTlq5ptiJFhWMFFl4MLVF06qlpykWvyiDK0ZW1YrGq4uqFgUvhpxI 2tpZroXHy7xaV4wWmuKzysiAgBQHYAY41dQMNC2oFqlhPeaXtIKSlz+dudvdF8+p/Plzqtk5hfiR YTwvINNU8zVGmnoTYgWqJNHW5Hbz4g2MdS2XJP5a949O+PWj07pOG8ZbQJ90XRL6N3mH6PLwftHF XbePObAERQYomwuxuISw/XitmUPySiXuTlBMt+u5slN+AbkYVL4N5VJ95qUI/zD15EK5Do8q5oZJ cOkFR4YHuSfNCBZcO2OPT9ryhxUe5JkRMu1BdxZltlXtzKK7nL2QmadddnkhM3thXAuZJVi+pygC ysyAhcw8m9cBWckEo3ghE0RYdgIp7GaQhUwwQvdCZhZbyF67xBJK3QuZefKEsEZCBAuZeQbeK3gh E4yW/RQEVZoXMhflidKBAUjF0OiFTJ35UMfEd9P0OiZE0iqU1jHzrIcipqq4ehEz+8UDqphZc7VD FRM6HdmrmCXYN7SK6dSqYi6GVjExtDHtU4Em0c7LmPjuyk+wFxbI6q5nRZ0V+6hO181AHpOArWXM PFgBWGXMjASCKRUuuZBfdEf3LLlHJ3CmtR2WMjOuBCN3T5lBadKkdUyIkem4M7tcw9LpqTrnlxDG +xq8jAkLGofm6hCBuFWWbyHndMNtq4wJyoqp9UB5GfPAoCJtgY19Lf9f82YGaVFFGAypsxIa2nkZ E0tTR9MyJlSevYqpGq+HKqZqPHsVExrPw8uYi/I65mKgkAliVi/RYGKt3/m5js+m5JVMtfixA8UR RwyiZGRKR2xBQLsP0ZTSipkaDk0WM/VblbdPgBpGi4UZK0OwSZgxJ660WmstLEPYwKr7u0/bFD/8 oyvkVXn6YUHaeZ721qZ3uTpSPo6SOUPJThlwO0zdYMmN2UFhBNXszrUjOdLOmVI1Dd1aZlGa6YpT xb3NGDuMV95tPGDIhs92xiiKUFW9yecXypCVMRMYcUEtlKCG1nnB2U592x8sgA5jb/UaOLZD9G7Q aousBDt+CFRg3NM0gOkGjsN3sPI1hvbN/vwCZuhUBMpb53K2/nKpkLIUUs8Zdhs2aOaVkZfewiAA 1dnL8BdTkTV9y5rsRtY0RUkQqK9XP6Ds3Al2B5ePusNBWPfm6u9GJq+77FrdJmapG0LQd+3O3urI /nrIJM4n6i6xr7l7zDul6GF987HuYVH7Q8YeRmAbyiMM+t89pS30Xb8GXFcc5xhguCDBdT8W+jJy mD3mSNEjG/hoMldyD/bCPP07mWrU9b2kv4AhVbuKQWN1gNFxjQfpmpVv2/ybrOq6PAxydlxAHrmq 3PpuYy5gkPS0lSMwZNZCDBiQqsQFDEgv8hEYMsMFA4ZcPFjWOoZRCxiMcdi6dbt4ztiBwRkEhsyL QJ+fGcQODMluagkMSU8ps15RUDq+ZFL97bCRusdyk09q7PmCrTJVD3Xh7alSJkWGVHmYLWTAnU1c yCA7POdCBqcWMhhjV0C61EhaGqnnDCJD0usFRwahcjtAQ9IDy5AhzoV3SSmLIw0aIo9oIoNkamN3 /TgOOKF9OyNJa+5Lc0gz2xEXYj1ZxR24gLwzL1wQKh9hQejQFi5IZjnLwgWnFi4YY1dUDF7fOmfs MIAs9yG9o0I0vCMqyBr3Wv45AhAVNMlpR1TArcU+JGQ/12FooRKD/DIph+awDXwLnZatb2QW5W9k nME3Mjo0e9VDZ7ZE3/LDrJEr38ioUHvdDzKv+/w75r657c1Vt5FvZJDAVtYumCOkyReJfCOTJF7l dweSX6tG+BOZNHmPzScyoBgAxvV3fyDjtG6cD6M/+azrfYx9k89jVBzCJQoKIq3nesMzdUM95tRp f/J0tnUG8iPyhZPXnRdjGcz+BuqcsUqSPuQBY9WdF0PrzkqtujOofKw7K2PVnUFVrzuD6Me6Mxhz 1Z3zSF57xdE7ePu76s5gjENz9mYwsahj3RmMdqw7o39ddWedfGVbECMe6855hIP95T69SA3T9fdY 7NmHmyK2rXe/ToxKtEPVGXT2qjOIsKrOuRPBVtUZjLGqzkqtqvOivOrsjH0De/HnseeMQ9WieSxw wThUnVfxw6rOq/ZhVedFe5F5DThWnTsvc/eq8+BzR6uSybZEBrliEmkQIKsiCtxhMJ6AWOKvg4le 1Swgje7X5lZqHJqLMpO6J13oPoL2afCiVAajXDX4GgeVZ44NvhbZ2NT1GLbCcucDiL3u3Hk2eXNh ZJK0nNuzVRPZM+mhXxSIQcUV0i2qWk67GOoFa6g+ktNpo6fs2rl4ki6nkkq015877WSvP8tywt4s Sw1MrVEAxHbUQ3VA9VS80Kw6ZEEQqxv2hDtaDXZYVSWgk6q8EUA7zkfsnr0IUJUT2+EAvl329ARV ycFHr1Yn7nzgvZeRsd6xN/OFDUE+dVbE4D3atzFXx5Kkb+usYkXt65SXZBZj4ODVobyQwP1D5ytP ZL7Jt4jlX9x8dT4PM0M+s/Mvl3uLlXu1dPcrf9JS7CctUxzorzImbv/cniHdb3gBoP5Xmz5eU1J0 zUZ7DbQ3G2Pv0CvUfOhAxuqQoj7k2DsYY+8A0z7rQMbeAeffWQcypMNPz5/9y7tVrUuUro/Z9FZh HH7XwwgKvx3C47e0xahlUAWb/bdDSTCfvx76imn1x0BYHUZdzju/el6cRngo8nBSsaGvFhY/W9KM 4sGk+WsnxaN18ccyFaYfzFu/WljcIw6fVy+e29nMhz27uN9o9qM3fc+1tbDZq56KNxDHH209HNqD XY1E/s5gH6uo8+Wxdq2So4Yn+1j8gOLKd4c9HShBX/EdxqbrY+33ZDUoGu1jp+LOF8fOcjY2VUIV xyewDsNtB+UDby+8lE6pP646b5e/3z83vkPOAYBW2444Zwi0ty/AOQOg1b7jzRn+7O0Lbs7gZ29f aPPYuo7rNjTiwi4bzcSLPckc6sBsMsLbcHCFYW1GeJtGfN5mhLcV/fGPtRnhbbtou5ze9tMjR0bd bwhz5D06nKxVfe8JodLBNb/9WaznL/itwfbzL7Ieeil+4yMbhbceAqw/Y6Hba/wh581/3YTb/95+ /vfnz/788+OHVnsKCST0mXgdJ0NFkksRargmRH8KIfCbOwGMKDNI6n4pRAxXpRhPKUXTutcDKa7r Yj6hFCloVf5SinRdFzE8pRhFSzEPxLiujBifUgykIfmBGPk3aCM9hRjRXpvwXeTDTYnxmhj5KcTA ywhUez4rRromRnmSTYlBy7ifFSNfE+NJwLPgQXP8ghjlmhhPgqDiCpolflaMek2M/rnHJmLfFmF0 jb5i1hd1U/7/xV/PPwkcVlTNYPoTNe/Ldf344f0/X919evP+9kW6eXdthfPzK2znK5QIWxd4ET09 fEj6JCjna2R183KN371/+/bNp49XFpceAzo5ziEJgqGhlZJHRMGz6nNptB6Vmla5KQyeaeDfbfjw +kj9h4r3l5e35ebNbb35cPsi39zLX/7vNsab7fZFLDcfP92+KDcv/+eWLa+uLeIxmPw9i8Bl9W9Z xPv/vY355tWHTdaiIv/jlYi83caucr+UdVyR/DFk/Y2St0dFz1obui76L6roV7/epiACd2g/3bx6 eduwIenm42m7JvpjaPx7lJ4UHq5L/pMZzuvbF+Pm3RuRmGsB7+7lO9kA3Yqr8j8G479H/qDjrsuv cqvVv/8VlkLDEaOZ9lcs6eMmf6hHyJ5kdj9dW9HhRHjBf7YktD6r/UsuouD+yD+AUpgbYykN16wR +RkeMgZ9SbLn3Tl43p1RZTpflv60JzR9DJn1aVutZPRiJWDPQ/4fKNCIMg0KZW5kc3RyZWFtDQpl bmRvYmoNCjIzNCAwIG9iag0KPDwvVHlwZS9QYXR0ZXJuL1BhdHRlcm5UeXBlIDEvUGFpbnRUeXBl IDEvVGlsaW5nVHlwZSAyL0JCb3hbIDAgMCAxMjggMTI4XSAvTWF0cml4WyAwLjk2MDI1IDAgMCAw Ljk2MDI1IDAgNDA1XSAvWFN0ZXAgMTI4L1lTdGVwIDEyOC9SZXNvdXJjZXM8PC9YT2JqZWN0PDwv SW1hZ2U3IDcgMCBSPj4+Pi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDM1Pj4NCnN0cmVhbQ0K eJwrVDA0stAzAAMFEETjJufqe+YmpqeaK7jkKwQCANwdCkENCmVuZHN0cmVhbQ0KZW5kb2JqDQoy MzUgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAw XSAvQm91bmRzWyAwLjVdIC9GdW5jdGlvbnNbIDIzNiAwIFIgMjM3IDAgUl0gPj4NCmVuZG9iag0K MjM2IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjU4NDMxIDAu NTg0MzEgMC41ODQzMV0gL0MwWyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL04gMT4+DQplbmRv YmoNCjIzNyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC44Mzky MiAwLjgzOTIyIDAuODM5MjJdIC9DMFsgMSAxIDFdIC9OIDE+Pg0KZW5kb2JqDQoyMzggMCBvYmoN Cjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdU eXBlIDIvQ29vcmRzWyAyMTkuNzggMzI2LjE1IDIxOS43OCAzNjQuNTVdIC9FeHRlbmRbIHRydWUg dHJ1ZV0gL0Z1bmN0aW9uIDIzNSAwIFI+Pj4+DQplbmRvYmoNCjIzOSAwIG9iag0KPDwvRnVuY3Rp b25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDBdIC9Cb3VuZHNbIDAuNV0gL0Z1 bmN0aW9uc1sgMjQwIDAgUiAyNDEgMCBSXSA+Pg0KZW5kb2JqDQoyNDAgMCBvYmoNCjw8L0Z1bmN0 aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTg0MzEgMC41ODQzMSAwLjU4NDMxXSAvQzBb IDAuODM5MjIgMC44MzkyMiAwLjgzOTIyXSAvTiAxPj4NCmVuZG9iag0KMjQxIDAgb2JqDQo8PC9G dW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0g L0MwWyAxIDEgMV0gL04gMT4+DQplbmRvYmoNCjI0MiAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9T aGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDIxOS43 OCAzMjYuMTUgMjE5Ljc4IDM2NC41NV0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMjM5 IDAgUj4+Pj4NCmVuZG9iag0KMjQzIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAg MV0gL0VuY29kZVsgMSAwIDEgMF0gL0JvdW5kc1sgMC41XSAvRnVuY3Rpb25zWyAyNDQgMCBSIDI0 NSAwIFJdID4+DQplbmRvYmoNCjI0NCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAw IDFdIC9DMVsgMC41ODQzMSAwLjU4NDMxIDAuNTg0MzFdIC9DMFsgMC44MzkyMiAwLjgzOTIyIDAu ODM5MjJdIC9OIDE+Pg0KZW5kb2JqDQoyNDUgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFp blsgMCAxXSAvQzFbIDAuODM5MjIgMC44MzkyMiAwLjgzOTIyXSAvQzBbIDEgMSAxXSAvTiAxPj4N CmVuZG9iag0KMjQ2IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNl L0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sgMjE5Ljc4IDMyNi4xNSAyMTkuNzggMzY0 LjU1XSAvRXh0ZW5kWyB0cnVlIHRydWVdIC9GdW5jdGlvbiAyNDMgMCBSPj4+Pg0KZW5kb2JqDQoy NDcgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDYyL0hlaWdodCAy MjcvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZh bHNlL1NNYXNrIDI0OCAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA2ND4+DQpzdHJlYW0N Cnic7cEBDQAAAMKg909tDjegAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AIAPA6TuAAENCmVuZHN0cmVhbQ0KZW5kb2JqDQoyNDggMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9T dWJ0eXBlL0ltYWdlL1dpZHRoIDYyL0hlaWdodCAyMjcvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01h dHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIv RmxhdGVEZWNvZGUvTGVuZ3RoIDIxOD4+DQpzdHJlYW0NCnic7du9CoJQAIZhzaMZWOihzVqEI/3N 1qDhUpNpUJje/42ERTSfztDyvvvDdwWfZZlm/9QHj4TraeYK581txw/CSGoVhVNf2K9lP4oTlWql koWcDOu2COJtlhda5fvdcuYO2g2T7FTVjUZ1dT4o6Q3ai1Re3Vqt7pfjaj4eDVqmRd12vUZd25Tr r25aHdz3j2u5QaPRaDQajUaj0Wg0Go1Go9FoNBqNRqPRaDQajUaj0Wg0Go1Go9FoNBqNRqP/rw1+ NUafHrM/kdmXyehHZfbhskz+Y08xmrGDDQplbmRzdHJlYW0NCmVuZG9iag0KMjQ5IDAgb2JqDQo8 PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA2Mi9IZWlnaHQgMjI0L0NvbG9yU3Bh Y2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAy NTAgMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggNjM+Pg0Kc3RyZWFtDQp4nO3BMQEAAADC oPVPbQwfoAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAB4GqLAAAENCmVu ZHN0cmVhbQ0KZW5kb2JqDQoyNTAgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdl L1dpZHRoIDYyL0hlaWdodCAyMjQvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0g L0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUv TGVuZ3RoIDIxNj4+DQpzdHJlYW0NCnic7dvNCoJAAEVhR0czsFBpZ20Epb+1BWm4qZVpUJi+/4uE RbSeZhfn7D/uE1zD0E381Aeb0nYUs6X15sJyPT8IlQr8iSvFa9kNojhJlUrieTge1oX0ok2WF0rl u+1iag/a9uPsVNVKVed9EjqDdoLkUN1ape6X43I2MgcdpkXddr1CXduUq69uWhXc949ruUaj0Wg0 Go1Go9FoNBqNRqPRaDQajUaj0Wg0Go1Go9FoNBqNRqPRaDQajUb/j9Z4p2g9Y/ReOXqPIK03kt4T ytB5YT0BzPh6Qg0KZW5kc3RyZWFtDQplbmRvYmoNCjI1MSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0 L1N1YnR5cGUvSW1hZ2UvV2lkdGggNjIvSGVpZ2h0IDI0Mi9Db2xvclNwYWNlL0RldmljZVJHQi9C aXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMjUyIDAgUi9GaWx0ZXIv RmxhdGVEZWNvZGUvTGVuZ3RoIDY2Pj4NCnN0cmVhbQ0KeJztwTEBAAAAwqD1T20MH6AAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4GOv1AABDQplbmRzdHJlYW0NCmVu ZG9iag0KMjUyIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA2Mi9I ZWlnaHQgMjQyL0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29t cG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyMjI+ Pg0Kc3RyZWFtDQp4nO3bywqCQACFYScvGVjo0M7aCEq3tbXQcFMr06Awff8XiSmiXTDN9v/3H+cJ jmWZJv7qg0eO62nmOvabC9sPwkhqFYVT3xGvZT+KkzTTKk0WcqLWhRPE27wotSr2u+XMVdoNk/xU N61GTX0+pNJT2ovSor51Wt0vx9V8PFJaZmXT9YNGfddW669uOx08DI9rtUGj0Wg0Go1Go9FoNBqN RqPRaDQajUaj0Wg0Go1Go9FoNBqNRqPRaDQajUaj0Wg0+pc2eL4Zve7MHn9mb0Ojp6PZy9IyeXg+ AV9GxBUNCmVuZHN0cmVhbQ0KZW5kb2JqDQoyNTMgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0 eXBlL0ltYWdlL1dpZHRoIDYyL0hlaWdodCAyMzQvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1Bl ckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDI1NCAwIFIvRmlsdGVyL0ZsYXRl RGVjb2RlL0xlbmd0aCA2NT4+DQpzdHJlYW0NCnic7cEBDQAAAMKg909tDjegAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA/gyqBAABDQplbmRzdHJlYW0NCmVuZG9iag0K MjU0IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA2Mi9IZWlnaHQg MjM0L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50 IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyMTY+Pg0Kc3Ry ZWFtDQp4nO3bvQqCYBiGYf8zsNCPNmsRlP5ma9Bwqck0KEzP/0TCIprfvvW+94vnCB7D0M38qy+2 HNcT5jr2h5u2H4SREhWFM98x38t+FCdpJipNlmo6rptOEO/yohRVHParuTtqN0zyc92Iqi/HVHmj 9qK0qO+dqMf1tF5MrFGrrGy6fhDUd221+em2k+BheN6qLRqNRqPRaDQajUaj0Wg0Go1Go9FoNBqN RqPRaDQajUaj0Wg0Go1Go9FoNBqNRku1xhNK64Wl9wDTe59pPd/0XneGzuPvBTg8MVUNCmVuZHN0 cmVhbQ0KZW5kb2JqDQoyNTUgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dp ZHRoIDYyL0hlaWdodCAyODMvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4 L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDI1NiAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0 aCA3Mz4+DQpzdHJlYW0NCnic7cEBDQAAAMKg90/t7AEUAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADADc2eAAENCmVuZHN0cmVhbQ0KZW5kb2JqDQoyNTYg MCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDYyL0hlaWdodCAyODMv Q29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9J bnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDIzMD4+DQpzdHJlYW0N Cnic7dzNCoJAAEVhzdEMLHRoZ22Ekf7W1kLDTa1Mg8L0/V8kLKL1NMvO2X/cN7iWZZr9Ux88Eq6n mSucN7cdPwgjqVUUTn1hv5b9KE5UqpVKFnIyrNsiiLdZXmiV73fLmTtoN0yyU1U3GtXV+aCkN2gv Unl1a7W6X46r+Xg0aJkWddv1GnVtU66/uml1cN8/ruUGjUaj0Wg0Go1Go9FoNBqNRqPRaDQajUaj 0Wg0Go1Go9FoNBqNRqPRaDQajUaj0Wg0Go1Go9Fo9L9qg58Do48Fs38Hs28Jo18Ls08Ny+TP4wkU orKXDQplbmRzdHJlYW0NCmVuZG9iag0KMjU3IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlw ZS9JbWFnZS9XaWR0aCA2Mi9IZWlnaHQgMjYvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNv bXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDI1OCAwIFIvRmlsdGVyL0ZsYXRlRGVj b2RlL0xlbmd0aCAyOD4+DQpzdHJlYW0NCnic7cEBDQAAAMKg909tDjegAAAAAODbABLkAAENCmVu ZHN0cmVhbQ0KZW5kb2JqDQoyNTggMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdl L1dpZHRoIDYyL0hlaWdodCAyNi9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAv Qml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9M ZW5ndGggMjQ2Pj4NCnN0cmVhbQ0KeJzt1E1vgkAQgGF32V2QaLuLSA/WaGjAD9D0ZI2C0SZVD7i0 CaL8/z9igKDn0ZNJn/ubucxMrfYodJcqxoQyIEqUMkeK1uDCABG8qRFUTNZEx3ZcEMd+N+r5dEQa HW8WhCuAMPjyuy80rym3Zz+RjAFktJ07BstrJpwgSlKQ5LAamirOa8MNZXrOAM5pvB7d6jiFxFl2 +l2P/+vnre/YlqoWbnBITiBHWW0q5R/znfwDifcLt7wS2uxOl5tvkM3ys/daXKhSb/UGnj8B8L1h v60XvwlRnZuW9QZgWSbXKS6fosJUDUhlBKPqI2Ow60d+wAXn8TK5DQplbmRzdHJlYW0NCmVuZG9i ag0KMjU5IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAw IDEgMCAxIDAgMSAwXSAvQm91bmRzWyAwLjEgMC41IDAuOV0gL0Z1bmN0aW9uc1sgMjYwIDAgUiAy NjEgMCBSIDI2MiAwIFIgMjYzIDAgUl0gPj4NCmVuZG9iag0KMjYwIDAgb2JqDQo8PC9GdW5jdGlv blR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuNDk4MDQgMC44NDcwNl0gL0MwWyAwIDAuNDkw MiAwLjgyMzUzXSAvTiAxPj4NCmVuZG9iag0KMjYxIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9E b21haW5bIDAgMV0gL0MxWyAwIDAuNDkwMiAwLjgyMzUzXSAvQzBbIDAgMC4zNjQ3MSAwLjYyNzQ1 XSAvTiAxPj4NCmVuZG9iag0KMjYyIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAg MV0gL0MxWyAwIDAuMzY0NzEgMC42Mjc0NV0gL0MwWyAwIDAuNDkwMiAwLjgyMzUzXSAvTiAxPj4N CmVuZG9iag0KMjYzIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAw IDAuNDkwMiAwLjgyMzUzXSAvQzBbIDAgMC40OTgwNCAwLjg0NzA2XSAvTiAxPj4NCmVuZG9iag0K MjY0IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJH Qi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sgMTQwLjc2IC05OC4wNCAxNDAuNzYgMjE4LjA0XSAvRXh0 ZW5kWyB0cnVlIHRydWVdIC9GdW5jdGlvbiAyNTkgMCBSPj4+Pg0KZW5kb2JqDQoyNjUgMCBvYmoN Cjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwIDEgMCAxIDBd IC9Cb3VuZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyAyNjYgMCBSIDI2NyAwIFIgMjY4IDAg UiAyNjkgMCBSXSA+Pg0KZW5kb2JqDQoyNjYgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFp blsgMCAxXSAvQzFbIDAgMC40OTgwNCAwLjg0NzA2XSAvQzBbIDAgMC40OTAyIDAuODIzNTNdIC9O IDE+Pg0KZW5kb2JqDQoyNjcgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAv QzFbIDAgMC40OTAyIDAuODIzNTNdIC9DMFsgMCAwLjM2NDcxIDAuNjI3NDVdIC9OIDE+Pg0KZW5k b2JqDQoyNjggMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC4z NjQ3MSAwLjYyNzQ1XSAvQzBbIDAgMC40OTAyIDAuODIzNTNdIC9OIDE+Pg0KZW5kb2JqDQoyNjkg MCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC40OTAyIDAuODIz NTNdIC9DMFsgMCAwLjQ5ODA0IDAuODQ3MDZdIC9OIDE+Pg0KZW5kb2JqDQoyNzAgMCBvYmoNCjw8 L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBl IDIvQ29vcmRzWyAyMzUuNjggLTk1LjUyIDIzNS42OCAyMTUuNTJdIC9FeHRlbmRbIHRydWUgdHJ1 ZV0gL0Z1bmN0aW9uIDI2NSAwIFI+Pj4+DQplbmRvYmoNCjI3MSAwIG9iag0KPDwvRnVuY3Rpb25U eXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4x IDAuNSAwLjldIC9GdW5jdGlvbnNbIDI3MiAwIFIgMjczIDAgUiAyNzQgMCBSIDI3NSAwIFJdID4+ DQplbmRvYmoNCjI3MiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsg MCAwLjQ5ODA0IDAuODQ3MDZdIC9DMFsgMCAwLjQ5MDIgMC44MjM1M10gL04gMT4+DQplbmRvYmoN CjI3MyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjQ5MDIg MC44MjM1M10gL0MwWyAwIDAuMzY0NzEgMC42Mjc0NV0gL04gMT4+DQplbmRvYmoNCjI3NCAwIG9i ag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjM2NDcxIDAuNjI3NDVd IC9DMFsgMCAwLjQ5MDIgMC44MjM1M10gL04gMT4+DQplbmRvYmoNCjI3NSAwIG9iag0KPDwvRnVu Y3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjQ5MDIgMC44MjM1M10gL0MwWyAwIDAu NDk4MDQgMC44NDcwNl0gL04gMT4+DQplbmRvYmoNCjI3NiAwIG9iag0KPDwvUGF0dGVyblR5cGUg Mi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDMz MC40OCAtMTA4Ljg0IDMzMC40OCAyMjguODRdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9u IDI3MSAwIFI+Pj4+DQplbmRvYmoNCjI3NyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWlu WyAwIDFdIC9FbmNvZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9G dW5jdGlvbnNbIDI3OCAwIFIgMjc5IDAgUiAyODAgMCBSIDI4MSAwIFJdID4+DQplbmRvYmoNCjI3 OCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjQ5ODA0IDAu ODQ3MDZdIC9DMFsgMCAwLjQ5MDIgMC44MjM1M10gL04gMT4+DQplbmRvYmoNCjI3OSAwIG9iag0K PDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjQ5MDIgMC44MjM1M10gL0Mw WyAwIDAuMzY0NzEgMC42Mjc0NV0gL04gMT4+DQplbmRvYmoNCjI4MCAwIG9iag0KPDwvRnVuY3Rp b25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjM2NDcxIDAuNjI3NDVdIC9DMFsgMCAwLjQ5 MDIgMC44MjM1M10gL04gMT4+DQplbmRvYmoNCjI4MSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIv RG9tYWluWyAwIDFdIC9DMVsgMCAwLjQ5MDIgMC44MjM1M10gL0MwWyAwIDAuNDk4MDQgMC44NDcw Nl0gL04gMT4+DQplbmRvYmoNCjI4MiAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwv Q29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDQyNS4yOCAtMTAyLjg0 IDQyNS4yOCAyMjIuODRdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDI3NyAwIFI+Pj4+ DQplbmRvYmoNCjI4MyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNv ZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9GdW5jdGlvbnNbIDI4 NCAwIFIgMjg1IDAgUiAyODYgMCBSIDI4NyAwIFJdID4+DQplbmRvYmoNCjI4NCAwIG9iag0KPDwv RnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjQ5ODA0IDAuODQ3MDZdIC9DMFsg MCAwLjQ5MDIgMC44MjM1M10gL04gMT4+DQplbmRvYmoNCjI4NSAwIG9iag0KPDwvRnVuY3Rpb25U eXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjQ5MDIgMC44MjM1M10gL0MwWyAwIDAuMzY0NzEg MC42Mjc0NV0gL04gMT4+DQplbmRvYmoNCjI4NiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9t YWluWyAwIDFdIC9DMVsgMCAwLjM2NDcxIDAuNjI3NDVdIC9DMFsgMCAwLjQ5MDIgMC44MjM1M10g L04gMT4+DQplbmRvYmoNCjI4NyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFd IC9DMVsgMCAwLjQ5MDIgMC44MjM1M10gL0MwWyAwIDAuNDk4MDQgMC44NDcwNl0gL04gMT4+DQpl bmRvYmoNCjI4OCAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9E ZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDUyMC4wOCAtMTM4LjM2IDUyMC4wOCAyNTgu MzZdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDI4MyAwIFI+Pj4+DQplbmRvYmoNCjI4 OSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDAg MSAwIDEgMF0gL0JvdW5kc1sgMC40IDAuNSAwLjZdIC9GdW5jdGlvbnNbIDI5MCAwIFIgMjkxIDAg UiAyOTIgMCBSIDI5MyAwIFJdID4+DQplbmRvYmoNCjI5MCAwIG9iag0KPDwvRnVuY3Rpb25UeXBl IDIvRG9tYWluWyAwIDFdIC9DMVsgMC4zMjU0OSAwLjQ3MDU5IDAuMTI5NDFdIC9DMFsgMC40MzEz NyAwLjYxOTYxIDAuMTg0MzFdIC9OIDE+Pg0KZW5kb2JqDQoyOTEgMCBvYmoNCjw8L0Z1bmN0aW9u VHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDMxMzcgMC42MTk2MSAwLjE4NDMxXSAvQzBbIDAu NDM1MjkgMC42MzEzNyAwLjE3NjQ3XSAvTiAxPj4NCmVuZG9iag0KMjkyIDAgb2JqDQo8PC9GdW5j dGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjQzNTI5IDAuNjMxMzcgMC4xNzY0N10gL0Mw WyAwLjQzMTM3IDAuNjE5NjEgMC4xODQzMV0gL04gMT4+DQplbmRvYmoNCjI5MyAwIG9iag0KPDwv RnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40MzEzNyAwLjYxOTYxIDAuMTg0MzFd IC9DMFsgMC4zMjU0OSAwLjQ3MDU5IDAuMTI5NDFdIC9OIDE+Pg0KZW5kb2JqDQoyOTQgMCBvYmoN Cjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdU eXBlIDIvQ29vcmRzWyA1MjAuMDggMjU4LjM2IDUyMC4wOCAyODIuNl0gL0V4dGVuZFsgdHJ1ZSB0 cnVlXSAvRnVuY3Rpb24gMjg5IDAgUj4+Pj4NCmVuZG9iag0KMjk1IDAgb2JqDQo8PC9GdW5jdGlv blR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMCAxIDAgMSAwXSAvQm91bmRzWyAw LjEgMC41IDAuOV0gL0Z1bmN0aW9uc1sgMjk2IDAgUiAyOTcgMCBSIDI5OCAwIFIgMjk5IDAgUl0g Pj4NCmVuZG9iag0KMjk2IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0Mx WyAwLjQzNTI5IDAuNjMxMzcgMC4xNzY0N10gL0MwWyAwLjQzMTM3IDAuNjE5NjEgMC4xODQzMV0g L04gMT4+DQplbmRvYmoNCjI5NyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFd IC9DMVsgMC40MzEzNyAwLjYxOTYxIDAuMTg0MzFdIC9DMFsgMC4zMjU0OSAwLjQ3MDU5IDAuMTI5 NDFdIC9OIDE+Pg0KZW5kb2JqDQoyOTggMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsg MCAxXSAvQzFbIDAuMzI1NDkgMC40NzA1OSAwLjEyOTQxXSAvQzBbIDAuNDMxMzcgMC42MTk2MSAw LjE4NDMxXSAvTiAxPj4NCmVuZG9iag0KMjk5IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21h aW5bIDAgMV0gL0MxWyAwLjQzMTM3IDAuNjE5NjEgMC4xODQzMV0gL0MwWyAwLjQzNTI5IDAuNjMx MzcgMC4xNzY0N10gL04gMT4+DQplbmRvYmoNCjMwMCAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9T aGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDU4Mi41 NCAxMjEuNTYgNTgyLjU0IDEzOS41Nl0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMjk1 IDAgUj4+Pj4NCmVuZG9iag0KMzAxIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAg MV0gL0VuY29kZVsgMSAwIDEgMCAxIDAgMSAwXSAvQm91bmRzWyAwLjEgMC41IDAuOV0gL0Z1bmN0 aW9uc1sgMzAyIDAgUiAzMDMgMCBSIDMwNCAwIFIgMzA1IDAgUl0gPj4NCmVuZG9iag0KMzAyIDAg b2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuNDk4MDQgMC44NDcw Nl0gL0MwWyAwIDAuNDkwMiAwLjgyMzUzXSAvTiAxPj4NCmVuZG9iag0KMzAzIDAgb2JqDQo8PC9G dW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuNDkwMiAwLjgyMzUzXSAvQzBbIDAg MC4zNjQ3MSAwLjYyNzQ1XSAvTiAxPj4NCmVuZG9iag0KMzA0IDAgb2JqDQo8PC9GdW5jdGlvblR5 cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuMzY0NzEgMC42Mjc0NV0gL0MwWyAwIDAuNDkwMiAw LjgyMzUzXSAvTiAxPj4NCmVuZG9iag0KMzA1IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21h aW5bIDAgMV0gL0MxWyAwIDAuNDkwMiAwLjgyMzUzXSAvQzBbIDAgMC40OTgwNCAwLjg0NzA2XSAv TiAxPj4NCmVuZG9iag0KMzA2IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xv clNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sgNTgyLjU0IDkzLjQ4IDU4Mi41 NCAxMTEuNzJdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDMwMSAwIFI+Pj4+DQplbmRv YmoNCjMwNyAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNjM3L0hl aWdodCA5Ny9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xh dGUgZmFsc2UvU01hc2sgMzA4IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDIwMj4+DQpz dHJlYW0NCnic7cExAQAAAMKg9U9tDB+gAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADgZtQ1AAENCmVuZHN0cmVhbQ0KZW5kb2Jq DQozMDggMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDYzNy9IZWln aHQgOTcvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25l bnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDEwMjM+Pg0K c3RyZWFtDQp4nO3d6VLiQBRA4UlC2ImAoiiCKO6jKCrugqICyvu/zxDAhVGwk+40VTPnewJ+3DpV VHff/PoFAACCYfSZpmlZpmHM+rfgfzGcOssK2eFINBaPR22T6UOw3lMXst2hSzpz2YWl5cJKLhU2 Z/3b8K8aS108kXIy84v5QrFc2d4/PKpVt/PJEOmDWt+nbnVtY2v3d7V2dnF923x4fGycltM2wwdF pqbu9Pzq5u6+9dTuvrz2dVv1SibM8EGSUOqeO4Oh63vptp9ajcuDokP54JuX1PWH7qXz/PjQuL2+ OKtV9zdXszGL4YNXflJ3f3dzWT85OtjbrpSLhXwuk4ryfwMeSKTu987meml1eWkhM5dKxmORcIju QYSK1M2nnWQiFo2E7ZBlmabBAQemU5e66GjomDr8IJjUMXWYhtRBO1IH/aal7thNXYPUQTFSB/28 pe51kLomqYMMX6lr3Fydnx6TOvgkk7rdrY01N3VZUgcvJFJ3uD9M3eJ8xkkl4qQOotSkznFTFyF1 EEPqoN34wzBVqWPqMM1H6sJu6lJzGVKHgP2VuqSTns8NU7d3cETqEIjvU1da39wZpa5B6qDY1NSd 1C/HL5uQOqjgNXUdUgdZvlJ3d31RPyF18MtX6m6HqdvZLJdIHTyTTt3KUi6bJnXwQkHq3CtOpA7i VKYubJM6iCB10I7UQT9SB+1IHfQTT12vR+qghHjqesOpaz+1SB3keEldf+q6o5fX52c1Ugef/KTu 7eX17lZlrUjq4Jlc6tZLheVR6mKkDoJUpS5B6iBMfep4jogfvL+8JnXQ5lPqIrF4wk3dIqlDoL6m LptbWimuVbZIHYLybeoKbur2D2tn56QO6k1O3S6pQ0DEUtcdDd3rC6mDNJnU7ZE6+OIzdZ8WwpI6 eCSVui8LYUkdRMinjt3X8Eht6jj3hwhSB+1IHfQjddCO1EE/4RPY3nDqSB2kCaeuN5g6UgcF/KTO fY5I6uCb59R9XQhL6uCRTOr+WghL6iBGQepYCAuPFKaOhbAQQ+qg39jLa1IHHcZTFx+lbvCdOlKH gHyXunyhVHZT536Sk9RBuWmpq/ZTd33XfHgkdVDq59Tdt94umwzO/UkdZAmnbjR13c7zx0JYUgdf PKeuPUjdZf2kekDq4ItU6lgIC1+kU8dCWHhF6qAfqYN2pA76kTpoR+qgn9gJLKmDav25s0KTU/fp sgmpg1qGaUeTzrTUjT1HJHVQx7CTC6vrE1L3dSEsqYMyhhlbqBxf3ExM3fhCWFIHdQwrUag22pNT x3fqEBR3+I6aHXZfYwbM2OL26dUVa/6hnxF28uXKBqmDfoYVSc6lSR1mwTBDtk3qMBOGwdAB+J/8 AZ14lxMNCmVuZHN0cmVhbQ0KZW5kb2JqDQozMDkgMCBvYmoNCjw8L1RpdGxlKFBvd2VyUG9pbnQg UHJlc2VudGF0aW9uKSAvQXV0aG9yKEtpcmsgTW9zc2luZykgL0NyZWF0aW9uRGF0ZShEOjIwMTUx MjA0MjAyNTM1KzAxJzAwJykgL01vZERhdGUoRDoyMDE1MTIwNDIwMjUzNSswMScwMCcpIC9Qcm9k dWNlcij+/wBNAGkAYwByAG8AcwBvAGYAdACuACAAUABvAHcAZQByAFAAbwBpAG4AdACuACAAMgAw ADEANikgL0NyZWF0b3Io/v8ATQBpAGMAcgBvAHMAbwBmAHQArgAgAFAAbwB3AGUAcgBQAG8AaQBu AHQArgAgADIAMAAxADYpID4+DQplbmRvYmoNCjMxNiAwIG9iag0KPDwvVHlwZS9PYmpTdG0vTiA1 MDAvRmlyc3QgNDg1NS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDg1NzA+Pg0Kc3RyZWFtDQp4 nKVda5Mbt5X1563a/4AqV1J2RZa60Xi1N5UqWU5sVexEK9nJZjP50MNpaRjxMeFDsvbH7+45IMBh kwSI6flgD8QmLoCLe899Ac2mVqISTd0KLUUjK1HrBv90Qip8LPFZZfC3Fk3Lz61QGm2p8XX8Wyph Kvazwhh+3wmrW/w1whmFv41oG5JvRF3xi/hHXTl80ihR1w1INBYNhzEaJ2ppQbxpRd1YfIIZ1EpZ fGIwLY7XaFEbTgg9a8MvKylqq/BI4ZFt2Qtfbiv0Qs+6tQ4NrKbS/EQJWTvMDx2ktJiPqoXkFBpd ccV4hOVLZUBQ48ualLUW0tT8jkGDQ4CWtJyhBmVn2EsK2XLl5E6lOSj+UXPOxrNXo+EZho/JGa6y MZoz4Hc47xZDGEnq+Jep+ZgE8Z8FnxsDon6BXLbDfBsuoJV83ghVVaBjFRoOH1stVM1xQEtJxUYl VOPptEIpPzFspnKk6rCrnKarhTIQiAYklK34CSjblgOCsgNVjCxUy7lgz3QF9jfOCl37XhUaFBML aWrY3eKRXyWYDl5azheNdidOWmNSTauENpwheKQtJ4bH2pFgC4KObMEsdUveNBIC1/CRE5gpCbbC SN8LMugFFjwy7NqANUZh91RVC6Mb8kajgfmqCoJrMF8Frhmr2ABBV5Ft+MRhB1WNsVoMqGp0bzEp VVfCVpACBWmwdc2GQaNlLy0sxAUNJSzVSUFnLDmhoFRWeYIttIMqVFNNyGMInDXgoYLCWIuPFTTJ 2paf4DsOW62wCtuCPwq646qG+6kF2KO5scJJ/0kjXINVKizSUXYUNMUpyKnCY6e5QHDfGaxJQdGc 4TZCiZz14gDKDgKgoA6u5Sowp7ZqQAcK0NZcDmbQ1i0bWrSSIgNFa7kzCqLcqp00iVZTBiHlkBFM DGLa2naHGi01RUFTWr8cqicwAS0MWFc1OMjNqitZsSMRQ5JH2IG6ojopzKeuOH0FpUALMqAMAUWT zYZPDVXBsIflFA2pOE7EcIwW/1cQxxoEMSdoXV1Tcjn5upZkDiQbLUo7JguE4rIgpfgWZ6D5FKKN zzAGEIhPMW5tuWrtoQxchTah1XIdkt9rMZLCd2tJhVGWSFdTEDDvWkrIoIIsokW1hRICN7gbWH0t yW8FNaylFx3oM1ot1VITLyvORbFl+D2O4SRbHKOlPDuO0ZIH0Inag5PCv+qm5oogajVgGrMCTQAy txoaiRYFHpJdNxwdKo+W9sqPMQBYbNUeqLHylpDtwG1dcYwWXNMQx1pVhAIAf61oVzRWWoMl7Iv5 KdoZBZpgLjRBgetkM5Qe8A0B12xhXGwZ6fF7tvaowxbBypKeg9Qq36Mlh9gD06C205pVvi/mpzFr 4FPDFuEIuw2jAh4DvGj1FFvsS1pa8jNKl/Y2kegBbGOLwIV51xpIgqeYlabmakgyWq31lrEGqzAa d1+3oKUl+7aOLedtGCljzqb2ptew5TgGPyNgc8Ta0CJrb/U8YNIQGkqcptk02n+P9EzDp603imx5 8+h7YAbGEXWpPaYlN6DTta1qthRbnLM3nzXx2ltUSd5TQ6239VBstFqCeEt7awne4IvldzR0u7bG fw/zs7biU45hie3UbktJ1JqUW3Kc+uGgwGhhXAeuooUxnKzZo2XL2wWM4WjDNLXbKf89zMqRJ5ra DUhztB9oURc0tdv5cYkCzlH+FPsS1oiDUEvQ19RuD2y0QWiRV9Rk2FPSw1xab9goYS0RhbgGpAcF Tc2DNappruhi1DRc3tmg7FJDW89xokrbgjsa+i9hoLkLFVt8il6ywt6gBU8DQEg5padCy0lEQ4uz h/YBNtgXnIMfQz5DjtBybJGy4W61/MzzvuUYlnvpSMVR7h0pt9BJ3XLc1rBFd6jiirB6tLi/mBmg CfzU+BcQUbKFvgAOUrZskRvAA+yV5Bj8jMhjKtLjrhjstoTI8jN+jzIJs03nq7LeY0TL0ZRjzmAv PoNpBRD6pxgXU6B9l2xZPqW/Jn0LPSSxyZB/kohMjwWYgr2glyalafjU0cPDd0xNeo42HNotZcu5 SFJpwRO4DnAAK6zIQGslHFU4BtA5ICK4RpmGe8i+4IP0vprhHjXEf4PZyoY7b6Dd+D7XK/nUckUN XUtX0RnhGA7aTS3F5CE/BuPA3/TfwxjwNfg9+qCYjSAlqeh1m4aeuALHAABs0e9R/J7xlA1b2FEj 2YM2z0h+5iDjpuL3INr0gtji96Ch0G3Dz9BD04Uy9I8BVRgNGikBFBiNrrL2fKavrGmL6KhITY03 dJI112+8l2yxe4YuMMSWHhbHcOQpHWWImfe64DvT2tOphTtd7SIGtCDLBtIowUS6aXS26dkC0tAi 1hlQkoaaTasjDffCQEIljD3HYF/r+5KegyU1hmO04JOBdsNIYr5w99CCyOIz0LPQAUFvQVpGNfAB 2Wr5FPSsHxeaDIsMjtHOw8CSk5ZUDEejhlpaIfqRcIg4BvXS+vVSVx1tj8FuQ/ywjwZ4AHvDp8QD xyjJMABx3pd2/J5HGkiKdERabX18wd33nxk/Gvtayim1GwjHp/xeC35yZjD7nCk1uYWHRSeWLX6P yNBCOtADc2kZnxniS+udZiJDS7/CUPdb2ixD3W+pYYa633I1xFnZWkWvGLNqXUW3mKOR95Ya37aY n2UQVlXQF2wAWjW9XWAEWpafIXCpaOlszSiTuAufGi2GKpSopqLLSx1Gq6Wjzb7EZuIJlZYtx1ZL KhzNGnrmCJIQBaHFuLVyWD+2Gy36YXDXEY9VdLgZDdXEYh91APXow0uGbZItyxb4afFdAAMkDmYR Lbrd1ke19FUsA7Ba+6eYC403npIeuU0JhXwZHxQwrvZPSc/5p6TX+qeMliv/lPFz5Z86Rt6cMyMn ACBaDLgAXZizYhzOqND6SN0HDJAthpigwoBK0rb54FgSW6wiPQawxCfE7JZUGN1DFBmZsMVd0D52 sqTSMmTnXmrGrJQmy/wAl4SWD8gathikYw/R8sE59xeajCi/4U47Ru4VqbDlZ8D4tuG3LQNPxJn1 LnOASBEtH+rRV7E+RKavQh6ixZUzkIY/yRbjZslwikG4YlhiGZsqhvGUBYT8kBXLOFPR27bWpwoa thj+U7KtzyMQAejFA9rBT1pPOL5cr89EMPS1DH/hJrPlmDGA9aL+o2XYqhj9kxvW5wG4SobicO4w U2g35sR1MNehiTQWOt1oL9nOpxkoB87nGbhbjGC1lyFmLDQ5YRmta/r3cN/YIq9ACdFCyyjR5w24 cp9ugEgwcmTioeJnji3wybGv8TEjY3RDL9+2Ph2BPXPUUEML6SqfmQAFx9SNoQzQfkPmJENRjub8 U45G/8pRawEFfMq0ROWfMsNQ+6dMDUg+pcZbeni0y41t/FOmNpR/qtnyT5m40P4p6Rn/lPSIVY4a bylnjloLZmPO1HjLnAHnCP9Js8UERMX1Sp+lwFp/+9tnr3xaqhKvn7159uauWzz76dNd/+zNZrWd bH4/6+fPXr0Tu+d/FNXvfvfv/xb6uFyf55PNtpv91P+y+QLOnRb/1S/Eq9Xyn/1kI14s5/PtYrr5 JF7NuoX4Ujz7499F/Q+xH2jEIG+XK/H85sN0vVx9Et8su9XNjqw8T9YGsq9OaKIPYz889llA/D1L Aewtm9jvFzdi+Vb8re9W4nX/Ydp/3E2sGTMxbG9qQvst5KjXy1/OL8yFhdXphanChf3Qrdbij9vV 5na3IHWeXJNfkE5PxBRO5F6cfuwW3bt+9eRQ2naT048c4rabrubdYkD5rLyZUVywYVvc47Z3t3dx XefpVHHJs+lNf15IApU6zqpJ71F7ATeCPA+Ao7kENvtO9UGn0q1600+2q15sbnsxWy7eDVBgR3gE 0U2/mov1djLp12tqM6kfSkI/WQ60evRAXw10aTSZ9af1pp8PRP+Els6KZBM2vwmI0QRIVAeQeEKy REYbkyEgA4E/TN9hE8/3D9LZ6DQdlQXnQwkzB51Kge/b1fRDL+bLeb/YbOcUh0NR6ID3080a0nK9 479NzLF0uCAS7pFk7nbzWwdz2z6S3N+/x7OVxz+A4vNXL5+IH6croK/485sn4vl2s5wvN+DTE/HX 6eJm+XEtXv1FeM6t1v8IFr9KzCEPlkoHSTThb5BU5QoEIieZu7WPl0wlw0SazESKAbM+AD8tC3fl hx785SYEDidwr5geBDtQSgBbMaWoHoFcAuCKyT3/2K36BdA40EuAXDE9au2N1+tFt1p1lFzRReLm kcRfLhbLD6C5XNDh3cBVDdBcJ7BB11kN0M1O0HSAQh00QgeN0EEjdE4j2gKN0PJxGqGrMJE6TUeX a4S772VKef+6ny+xl9fY1SmgR2yWUQQTCFhMea8bMoFjxZSibmzX/SrMTtaPpNndLO8ocYFcAghM XtBMEDQTBM0EQTMZG65LBMs8UrBMECyTESxjSwVLNve9bFXI4JdzWNQPEWllAtCKyd1LUwLKiimt t3d3y1VEWpkAr2JyH6eb2+nCe7yBYgK0iin++a5fvNl0k/eBXsKzKaY3ifFfoJdS7DYr67beiZQN VtwG2bdB9m2QfZuR/b3I5WTf5jzoEtkPHvluPQneFct+cxCYuVKOB1D9JoBqCH0SkFVMFdA8WS42 q+n11ttK2uRAOgFfxaQnq77bwAr0G0RygWbCoymnuZzNuuvlamfYQfpj38dkVpOAg2Li++ihScBB MaUQPjQJHCimE+OHQC4FAnklc0HJXFAyF5TMBSVzQclc8GScLZDxnLK5RyqbDcpmM8rmsjnKgbId eDBtaQJxaGiaBLoVk9sbGpVwW4opDV16lVD/YnL/iQaTeFR7n8TZI7pKqH9bZYWtDULWBiFrg5C1 mczBfi9zQtVmvI4SoXIhl9JmhHOfWft22r1bdfPzuZCwMhXUSgXCOvw1IRCw4a/LBARt1mQc7NMf /lbruOcJDC2m9d2ymz0ReAZ0fvdJ/Fq8hB2f+vArAI1KIGkbU2Hf1+f3KChum1FcWeKqthkIKkim NsFTbaIwpt0HHtPKA8kOJgfZVB7gLN+3r8X3y4/iZnojPvbiZinqZ82g+rIb4IB4k+Uyj5HuV3PS t7rM3TD7BIFLTsyeHfK+U10aIFH0Bjnb4+HrbGyk6iY987pk6bXMLH0vmd+e71tnBi9NEr9arqeH mpYgl80Tq9pmZqJK2GAewYaM+MlSx+ZP/btDwNGJtWQdGyVzG1JgU9RhqfHBbGgzffde0uvzfXf4 FPYqTjbBUl3I0s/rr8WgHDaa0lFC0z6S3N75cY8ktC8BxjzkQbTSPpL2aR5SpDOIVWIwlRfXnX+t QuFR7QqP/oi9/9tkpFEWVHmUzGmmzIuzzNiEfO3wgIla3K24Lat+1nfrfi2uvvjYLTZ9KNPWCYNX TB/B6k0/YzlD1MNk+2iSXw1T7aPpyKMk+2hCd1jcv7bdCjHz1ZfDRPsJTZmVt1C0U7uinb+Lsfsb 5K/JoE6TTRAPKr/EipnA/z/FYu3b7WyYxB9Nfd7fTLvI2QQOFRObdPO7bvpuQbHsn757GukmYKmY 7s+L6ft+tejjohNQ9ACWrqb9+knM/CXA5gHkdmGd2NG9+tKj5no57+8zP/3NUQp89GgQ3OlkFu26 TKlnXnJVsI8hxFKhyKd2RT5/G2j3N0i2yrgzqjgsgkmBJM8+PaGf/rFfwQjM1kvRXc96VjBmQ6so E4hRPN7mtl+T8N10shbThYfOfrHxBgeWbSM6Md/ONtNhrnv0cF8NM93jp7296YdZ7tGklm8FeLqI 6S2ZUvALwhLMaIjDVah/KR2ER2dcfl2Kyj8uIQ5vV8u5eNOtutsDx0Mm4KOY9H9Pr6+PsugP5EAo SSqdsf9NQTE+GKmo7XEn41rGORZNjv2lBw3/2vv4ebEMJ8uaBCgWE5z7Q2tU6+mCeep1f1BsaRIg WEz9zqPg9G7nPELMn38DA7m4Wa68pr96fZRiHz1QN4GzinjSu1r+H/3BWF+L569/jHakSeBV8VjP Z9Pr7rob5tpHU9tPK4FHxYRedB+m2/kw3/6IWb2YwiL+8gTO/6af/YcIPF3Emm6TwKjiEWJlIIUa xbtxsMvDJPVokt/Nltfd7Iflu+lkmKx+BDv9gaWrL58O09UnBLMHcFXIrKpQgFYmILsJbkGomKtQ MVehYq5McHhDRlaFIp4ygZ7NBFy2NIMeMxn79Ll4sdw5CsM8+gPXbHOwGZNNOSzXYbE2kyS5hN06 k2e6lOOQ0ZZEM5zx0Wxp9uxz+fVRFnw0qW/hesyWd2JOyx7VWyVgrZhqPEqaQLViOrPpohfzDkHg FMFVIJpAt2Kib5eT7RquPnxLQEcgmgC0B684AWjFdHgOJyZFE0hm81nRUHBRNkp+UHMXYCPUQVWo gyqX8WpsSRbV5kR6n7A5r1o246u5chn2yZCYX9EJvC6mtw7BfFQHncDrYoJBOHQCA4vpeHX4ML3p l2Kz3SypFDFznMABl5cVF2TFBVkJ1UHVZkxCcVF1vy1g5D226AS2FJONzExgSzEdz0x/7G0XfR0E MzoBMcW0ueDZcgIZuh9A3C7Xmx3shFESmFM8yutu8n59102CidUJ7Cmm91Q8n80ED12JVT9Zrm4w W+ZGMPnguegEJF0Qs1ANV6EarkI1XLXBQ2mDh9JmDG1b6m392C0+iU03e7+OWVIs4+oLBDiz7c10 8S5WBxIoUTzOjkUg6HNJ+zwFEwNiH9KL609xvASIFI+3d75NAkaKKQUNMgnMKKYzoc+wPwEn5v38 em+8TELNL0nKDoD4BpPd3zr8leFvxli5EmPloqgFK9hmsr+XjJdLGy++MqWMifcxvZh128XkFoL0 djsLyLHerj70IS1iziOerrIs1VVaqXRVwLKwlFEs0tki/QXXOZx+DPsaJ5ugtY8FvlnefDpf7g82 rgo2TgZQshmRqvbFdKY/z5MN7H3IyQwVxDqccYjTT+zRpSNe7vSemy4+inDuZIY8PpkxPCui96cT zp/M0IPjCTaxmpzEDY4nHA+eLWUesuP+ZIYuLsifnsw4Hj5bi9eDWvxx15KlD2rxxwT2CnNe2Qa1 +KO+xVdrEyczjsll70npQQn2uKssYYMazwaZET9ZatsSJzOOyWWzF1rmNqQge6EPL+U+mA020zcq 0XnoDaIa9ypO9jyt4pLu583Xw4MZYwkNT6XaR1I7OZcxllC8/HBya6F9JOGjSwv7cxdj6R1dWqgT MJ8vt+hQV9ehrq5DXV2HuroOt3d1k1GCknJMWFeCQJVXgiZjSVSpjXzTb8T2Tuwr8PKR9I73M2Fq iun99bujQxfHhLKnCXUoJ+tQTtYqA96q/Cr85ujUxlhK4PzRMYqxlO5vlCYwo5jSD9PrD9NVXGEC OIqpvXgpflgu747OTTxwE4PWhTKwDmVgHcrAWmcck+LLpD/dTtfitluL5V3PY9M3B0ddZp92mYO3 /cfjIxtjh5uu19v9EYoESF1gS7iuqnXGn9Clh+MQqt12sDu7NxzAPZjwnIR4O/0FnBhMNoUQFyab sbL7Okmhcbw5Pp8xlh6U5jcDcZcJlCmmeLPcnfQ4Ookxltzxlb4USlzgfdCbUGTTocimTUZvHnJd 9zc/vPzmLy9f/3R0xmMsxet+0s17wQo7k00vlvO77aY/PosxlvruXQniu9US4PvN0aGMh/E1FCV1 KEpqkzMuBUfXg1WM6BrRJGpxlJu42HFeg8ptemkEsbc2TQIHiyndrJZ3d9Bof/Dmcy2Cc3n/Fozj AxtjB5r13bttLzbxrNfn9uiAxjHhfPgTCszaBl2yGbbaUtmEsZztjWWTQLdiajtDxuMpRwc6xhLc LHk4F5B00y2gmotwkuLolMfD+BiuA+uQENM2o0PFhcaDvOM7+LfTBfb7nVf45+JTdN6aBJhemnAm 9DQlcW84ohDYHlc1TpnNI+LgULUPyBQnn6C1z6WmUpC6DphVxxApk+y5T5SlUo86XkF5SOpRh/Rn SOLFaSeE6VLqMdyCHKQe3WNSj81R6nE3wAHxC6nHw2L2cV9bkn9zMk3AXUo97tlxkHpsR6ceT4bP px4Pb4aedC1Z+mHR94TAhWSTa9N928elHk/I5VOPhzdsT7qWpB5bNZ4NbUb8istq51OPJ+TyENzm NqQEgg8LYw9mg830vQC54ShC2Ks42bO0TFWcelRHl8JGU9q9fmKQeRxN65uDFwMdvn1ikI48oZ7N ypldkcy//H33N8e+guybqdIizXeb5+QgzDXRt/QqhXS/Gr6bA17Kx80tmTb0ggfJ1pPhXJZtdRr7 TF16fuJ3oq5+hXltutlBWTxMd5i7HT3G1Rc775IHGcCLeQ++THgAYbJa8ibgbCaGb8uoz1vSiwzZ qZ+pM9tflwL78xseJVn0H8W8g6OJ/yj1PJMhdmfEt7NuJX5xZn/VS46bdBr7TfHV5J8XN5jdpvM8 HmZoR9PcJYcYuK38a3i5R/59nsPE7Wj6u6tMsw+UCijF/ChFNczEPpSpNkiCC3/TlsUU11lfrZbD pO5oSvHmYgKMi+mEI+6bFaSTbORLnW92h2MprMNU7wNZuKsK+9+52P3NKFVxodbfxcEW842zYaJ8 K2gUrWE2+aETzijS/bGNnNVog7CElYcr3kGi47bE1Y60LmkPxRTXed9spoBMn9a9V1LalaGiDjPa J6NlfTEjMxrTlMrnt4cXf2QC1Iupzbv3/t7jejJdbteU+v11tgT0FpOON+wSmFlMZ/n2rX/f8TDr PJrc296rylp8WD/lzWL/vh+214P3/cgESF7Y4pAoMOFVKyZcITOhSGqajEIVv1n55wXmD5SPB51l AjuLCb7jFY1Ft5jshb9bLbf3d/oSmFpM/6afTNd02SBuwNQn0TURs76jkb2d3j05ylmPHut//++z 1WfLz2af9Z+tP3vymRC/HuatH7qhweqFKrYJdwHN4TuoT0gWxFUBmaLgxgWOQ0A5Ps4Kzn+E8zj5 8/MofjPz5/rrYc57NKVQxhomtkdTu8/FJ9CtmFJ8+cbhG8OGuejRpIcvHmsSgJd/Q7UJd8FNKI+Y UBc2oS5sVMYWqYL0iFEZi33/quvz8qoyfk9xVZi1rlnP4vN8+i4k7xELMrr4qV9vji5Ujh7m5eLt qlv7RzAbw3T4CdFsDcyEIrTRGdYVF6FfwGgvZ9Obbl/uaxIwXUwSwUJ3M59GFUkgcTm5cA7q7X1h KoHBxSRPXhw4mlLUX0gMVjydT/+nF7SCt7BI690JhsX+BINK4E7xaD5vgcgiJidUAn4uCVBQ5lDb NKFYbUKx2oRitTHpFLApLv5+419Uuge4+BKb4X3DBy7AZBTflOLj7hdseIMGmLu9u9kdQInXTQeO ukqA56VpZrw0XVCcDugSBSQyPa5xHGjq3KYWXw/fC6KX/JCF2QHmD921LwNu7+7fUK4S8Fk84KZb v/cb9bFbi7fT/eU8lYDQfEXRhFKyObyrfEyi+K4yIbT/1xbBMg8t8Q0nXH4seve/3N0bdZXA1uKx NuDw8GroaFKT7q6b3L+YNIGpFxgZKqom1JSNzUimLYW5n+PdvgQ6FxOKd/sSuFtMZzLrPCh018vt 5jC61QkAfvAMEzhYTCdGt4OwdHhDcjTtc9GtP7Y36fzF502/WPu36wxvUo4ej+py3d2IV6+H1ycf KprByoULzCZcYDbhArMJF5hNuMBsMqVaU3LKIIBZ1MC44HEobR4RiqloNaIZT4di2l0+ZRCuuIUq XYwi4xIu1caTpw3cmNMGYe9C3T5O/zyL3aXf5goV1MPTBvedwjuPn8+A719fXf3Me/RXV8CB9fun L17+9PrlT7+/uvq2X7/fLO+urt7w3XIhWy5eTFeTWX91dT3/at13q8ntV3fTydM7n/0/s6gITu5o +g+yxbGY9WbT7V/8lKCb15pB5f2oa/HZg5+96f+2nwg1PIIwluDRD/ONpvOEP8+th4Xwh/EnXPQ0 oZ5sBiX6Y1IFr5cM+xzXcJZQgWaYcKvRBG01h6+bP2FX1kVGhzpUUweqUXzg4JV/W+WP8IdoFQbn bwLhA6KR2+cP4JjBO69POhdcNzWHBw/SFNKvOJfnu5bsSbiPHhbpf2M5ORVbZf029gi/03m4KbZ6 cMgbd2JHbQQl9fSXw7Oir3cBnfh+ukY48GmAPaeDqOx2293xAv8r0/ecOiFScM7AHt4UPqVw8WcO 9ry+/z0dW1xUrwZgdTL6XnLOIow9vK2annlu7Yev1D4dvTQ+HsLkKZ1s4tDWRfzPrkLlVlF6nL+u Bgd1TgmZ/DLco5eRE+XicnI0Wja1jOxhPitzElG0jMOLxKfLKH6fbzU4jHRKKHsaycqcSJQto8kt o7Q4JPXgcNApoewrFKzMolvRMkxuGaVHoZpqeIrolFK2rG+bnEyUraPNUGhKU4yNHp5NOqWUzdPZ JicURetocpjdFFvWuB8p89mo/DpyUlG2jhxqNw/4lfS4kiZFK+tl2yYnF2UryQF3/kd1hyuJr0RP WXOVt+bq0dZc5bC7uBqIlcjhua1TWnmLrh5t0VUOvovfb4yVxEP9KaOu8kZdPdqoqxyC61KjjpWo 4XGz05Xk7brOyUbRSnQOw4vftnwfVdcp067zpl0/2rTrHIrrYtNe1WZ41u2UVt6660dbd53F8Yhd L2671eZ87LPLkoVAI7rq0deNzmL0tqK7Es19NJfR3ESwjlAXgSKqWRTSuMWRQZfmnwm5U/6IKdUs 9bQanmw73cS8YpmsYpUEoCbrHBUwIeUEFBc41dN6eHbulFQe8U3RPmaZkNXqAiakrG5x4VA9lcOT eKek8q6IyboiRUzImpsCJqTMXPEtUvW0GR7BOyWV95Bt1kMuYYLN+kEFTEjZleIbquqpGh7hOyWV B3b76KSULQL2zM8tpoCx+KdP1VM9PAN3yoQ8MLpHA6MrAsaCzJw8WP/DT+6lMLGYFPOgf9ryHZUs vP6p/yh+7P65XIk/hBLs8Nzd6Th57A0/H2tdkchk+f1IDG5SwOlK8wzqqRkeeDsllU80tEUik2VC BsULUvk2vDA0JLCjHwc3Iv4NLlA4oRMsK/4GFym8LN+GdxcEvMXfQC/8JLcNReqghZh3oBd+XdiG Iqx1OZuSf0Mve4SjmYNSQvuAUoKI596+87fRhpWFHfEDwheS/oPfET3pXLK7g5/BPaGQDSwH3LhH FFeVImo1qHCejp6FU1fVJTPPrD1M9DwFV3x3VB/VLE4IZaM3d/gu1ZHLaHLLKLXxdVUNqxYnlLIm 3g3qTuPWkRFmV3xJtdZHZYsTSlnAdHVGKArX0WbWUfw6WBn3w6YoZf1OV2ekomwdg2rayeilkCf1 UeHihFI2M+vqLMQVrSMDca5+eGa2TZHKRkOuzohF4UJcZiFyRGK2StHKJmadzAhG2UpkBrtd8b3L g8RswoC6/NtxnTwvGv8PCYi4vA0KZW5kc3RyZWFtDQplbmRvYmoNCjgyNiAwIG9iag0KPDwvVHlw ZS9PYmpTdG0vTiAxOTIvRmlyc3QgMTc2My9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDM4Mjk+ Pg0Kc3RyZWFtDQp4nK1bS28ktxG+B/B/4MVA7IPVfBXJwDBgeO3YWNhRLCcO4OQwq+3dnVjSCKPR 2vvvU8X+OD1jqWupnRwkcrqbRVZ99eIrO28Gk10xRFxkY4PjMhk3cOmdcZS5tMaHwOVgwiBlNCFx Mx9MDIlLb2iQkgwlz2UxyUk7/rPyHb+T78NgCn+TgzelWC6dsUPijoI11nJvqSSuFG4WorG+SBsZ E//K3JGNVl4RVxJXIrciGVccjE1OPi5cyVyJwVj5MEdvbHHcReS+SpaKMBekORlnnTSPXMlcocE4 F6V5Mc47aZ65krlC3rjANDKxTCLLK5PlSpYK0yGmkYnpJC/fBK4UqTAdoZFZiq54+YZ7L4UrzLYf mEZOLFwLCXlbpBINd85yTMF4z8LMLFQupZIZCZLmyfgYpDkZTwNXMtMhJp+Zf5+CNC/G54ErzJuX seTMdIoIkwURhkEqiStJmpMJVsDMDK4TNFmywQmcDEMIQZoXwzJgdnLmCv/LxRseDouOuQ1J8GZc QxIECxMUSWTmNpQodFhdBiuVxBUeXeKPoxUGmbfoWOqFhxtZHFxxrFvWcsWKkjmuRBMjd1GGzJUi T5gOsfjLQCYmxqtwgyiSL6x2MddXTLnUV9x7qa9EW+WVdYZsfZW4Ul+xAjOWXImGvJNK5goPszhr SPSwsJ5RrK3YaLgPI+pF/Igr3CoN8iRwJcsT7kvUXEZAMvAiplYY3MJyTAPLuLC1JctmVdi8kk1i I57tR3oXk/AiBLbA5JNIIxjGNlU7SrFIhZtTkuZMMDH5IuYnNlvY3pI8rpo3VOtjPMTQsiAkhlaq vQsXYi1evhElCMxTESMJRV5FMRvuQoyN2OyKGAmP1VRckwxMbKMaNr/OAmNh+2Il4PGwbfC45UkQ YKRSRNbySiQiQojCiQiB7YtZ4mGQMCACZ6vk/qQS5Tt+TPIdj7fKsQqc7askURI2gCI+owjAVeDS oMjgmahlnRfS7CYGyyoiz7nGNlRY0e3gBMUkXslbqSWpJSHCPmcIMn42TjtEVqaShV7MQkXoURQq WTwaq1HJQq/qQBZ64gUKm6gdRKVKFno8UK4xPW48yLC5Zp3UxAvaXDngmmM7L2x74iKZYbY7ruXJ h1orllmKtI0iP7ZIrtW33C/7R6kJvTTId9I2FflO6ImLKIww+1ySUbKt8QC8MMH2Z9k9ChcDD8I5 MUo2Za4JcfG0zsf6JX/jovAnbtwR8+etNElsn6K91om/EYla/ilvxbm7IE6N33rBPUh/7L/YWqVt kPgjsrUhDmJD3CII7iSjZS/CSi/9MsskOs41z3pbZKixIhHkWWar/fzzs/MaWAbz49nF2U/j77sX m9/Pfnp3O55d7Lb3l7uvr8brs+e/sB0E+eg/5uz8dQ2E/OOLLz76U6UgwXGicHG7unnQ/MvL3f3q Soj/2bGP+8QIQeuWaLXRnD8+jrI8jk5OssIJC72bkwBO/BKtQeXEu1M5mQa71Hvo5yR+ClbCEjGv sxJPZkVRr5nCo6zMLc6es14fDLpXK5+Nb8erze24vYMYaEkMum76k3XTK7r5JDGkedB4+H4xfH19 e7V5N0shL0ghWFUKwZ8qhaBaRuv9qzer7e6x9pJi8SdcVjw4vDuUEeX0PluLMqBMU+kGlB4lnns8 93jOecZU4n3A+6DZZVDt8hjFctBMBf8AxWFCzw1L/ZOOnuYd92NX0UsKhTh0suE4tIITuzSaonIS u1DQOJkGu8SJ7+QkzJwsxbzodE602NvHiWKTMtnr44RmTpZiXow6J5pu9HFCGielk5M8c7IU8mJW OSFNN/o4UaKFTKX7OJEUtLESl4jpDps05ehihRSHLVP/TlYObH4pAlPQWdG0o48VJZWRpYpOVg6M Pi0R05MJ0tSjjxXNlacnJLqNk6WEIOmJbtK0o4uTpLny9IRE14KTskRLz3OTphx9nGiuPPXGeObE TZz4pTCf9DCfTg7zSXPluT/MtwmhXwrzSQ/z+eQwnzVXnnvD/Dwh9EthPuthPp8c5rPmyXNvmJcJ IThZCvNZD/P55DCfFUfeMQWQNfIpFUeKHjAViJgKRLyPmAoQpgKEqQAhpU9I6RNS/gR6CfQy6GXN M+TetOSrzfX1eof5l1/KTLKemRRFnWfRqcLXQk/pzUy+2tzstusX97tNm1H6pQSl6AlKUWeUPRwV LQSV3gTl039/Yv5xa3Yb82y8NGH3BmwtJStFT1ZKl46rbKnrLo3CN+vX99vxMQJ+ITeRNUqI5Gr9 8tGmaRKpSROTbWbfzLtpacO2CaNucChQqAmWtECEfm6GfasyPFkl15ubO/Pinbm4f3G73fx3vNxh zQPjmno56KHJ8lv7mDBkTX9m6g+NZ6YUKMHDUvfvXTPYi8UdtOpOJ+LH0OSl/tVkogy5Z+wq90mh YLuTCQIfYWksaipRrD2VDztofHSvGDQ+4hIlNZEoNpzMh6LPshPYx4cHG7RESM0iitWUoo8N6qHw fqOaV1OL61XGb/nV9u36brOdhJCXhKDrpDtZJ52mk08QQjkQQu+U619fnn8HzzosjMCpUy7ZNz6V /y5reD//1h4Munch4Pv1dvV6NH+7+MOu1wMpqIsB5WjX68Ok0OWjO6Tg52a+N+7+vL4x5/80z7br t/P2wpKT9moyWLzmmrpE4ZVQOwfrxblFwTYComKLKs0rN7dWz0dMJd47vMe2gpx7mMopcyrYXihe M3nfm6z+sNmNf4Gol+KITuwYd/qAMey137xZ3Zmrzd3O3K1f36xfrS9XNy3lSqdyer25Hm9299eG tezvwcj01axuXtY+X243t7fjyz/saH1wV5z6f+6Gj83mlbk8yiVr1+ilLPWiTgcKdpOKb+oA9fFQ n6D48b4c0yu+tCPlz9hPQzbcrK0xtsB1UBcauYXzbb/rIKUPvYjMYdYcpfCg+gEU/7qGZrpTKR1P 55eoNa1YmFpgBaMEqMXhBt1DYh2zRox/iYK6VnEEV5hbxd5IMBwltg96j7rvP9zGWh65xnt0CoXY C2xsi/u0REk39cNNrA/kQ8Mwdm9T7Hcp0hIpPS853MP6QEY0dabeTQq7RyQvkVL3KAppetHFCFmN kf49isZIWSKl58vUZdwqI0FjpH9NoTHSMv+HtPRVBVIdXRcnSaGQeidyfg+JXYotpM/hkqYaXZyk QePkCVsU9nge8pCWvrKQNN3o40Rz4ekJWxTu+PTdQ1r64kLSdKOPE82Jp94l/4MTkWGJlrreX7Km G32caF58v2n1hBORS+E96+E9nxzes+bGc294nzfA7FKAz3qAzycH+Px/StIOTgKW7n2o82lNnGc2 xxOnh2LQVbOcrJq5K8HoEMPB6lXp9ZdH+btbCmNFd5nlZJdZNLMovS7zm9V6e/XO3O1WL67G45N1 H05083bcmt2b0Vyt7tqsaSm0dBN9Nf5m3o2r7d1n5vi02UOSuo/HllTBedBSFGWqR/n7xncxL2G0 AS647icQfb3d/LZ7w7Jc31XmPzs+0/VE1ut1BeG5XlY4Vf+okVLN+b2b8iVigSti/SBi/SACJ8J7 wgIZYepLWHdIWEBLWGBLwDWDXga9DHq54Y732LIsRfWt7982dQtRoWMNpQSMAdukQGC6KrIwqAMy P23H8cfNZnf24+Zq/H51W++QSJfnq+14U1/XyyTV6cmZmkmSflo/lntttYw4AR0hQZoir6G2mQvt SfvNW0hyPtm87+8H1pzn47t5efwbHt/NZjeeyQrk2dc3L+cfTcsuOLicfTuuXo7bqS5tWv27m6v1 zXjxZiVcy4Mvb5jCSqIRfm9361crrtRfP2+2v77YbH49e7a5vJeFwPrk7s047mSUu7PvV5fbzcHv qp8Hv5+tV1eb1wcPJvDmb6d++LPX29U11AK8/nB/ffeLGeq1nQpjvbYjNVev7VTh12s7Vfz12k4V fL22U0Ver+1UYddrO1Xc9dpOFXi9tjMpSL23U6UvnQu4E1ge68sex9Y91pn9tHXCZUKJCVVtjMVm 70EEq44eq44eq44eZ9o99NbjYI3HspTHspQPaAcb9xGaBxv3OHDjI9rB5j0O4HjYvoftexzE8YR2 8AWe8P00p+IS48IBHZ/QDj7C48COh6Z7+AqPgzsemu/hOzxg8Rnt4Et8hjzgQzwA8rAYX9AOluJb rBFhB5hTwM5BgPkFmGfAxYPg8B12BoJrz/F9M2OAFwBe8KCLJeQAMAPADAAxBNAHmCGgfzijAHAD wA2htUe/ADfAgQecpgoAOQDkEPE9QA04XRUI3wPkAJADQA4AOeD0VQDYAQEg4DRWAOgh4TuAG3Aq K8DKAsAOADsA7ABQAwJEALihoB1ADgA5AOQAkAMsNiDBCFgYj0NzrxalQ+lRplkpIraNIpQgTpvV JkIJIsw3AvQIsCPAjgA7AuwIsCMsNwLcCHAjwI2w2AhwI8CNADcC3AgLjgA3wnIjLDYC5AiQI0CO ADcC3AhwI0CMADHCgiMsN8JyIyw3pkNhAdkIBCPMMyJARSATgQRha4JgcYS9OoInJuzVEYRP8N8E SyTs3RF8KwEUgm8l7OERQCKARPD+5PEdrgoRwCOARwCNABoBNIKlEsAiWCIBNAJoBNAIIBFAIoBE cK8EsAhgEcAigEUAiwASASQCSARLI4BEAIngVgkWSC2RAE4ECyRYILWJuYBJ8LUEEAnmRwCTYH7U Jj61ERAmIJyGYX6ZYGgJMKfJ0EyCjSXAnQBzArwJsCaHvAcON8HBJsCXYGsJMCU40ASYEmBJsJ0E OBJgSIAhQewJjjBB7AmOL0H8CeJPEHuC2BPEnSDuBPEmOLiE6JUg2QRHl8qhsPYn9/ARQlaG18qw nQwhZthMhq1kOKoM28iwiQxbwBXddsG13Q49uC6H9/vrcqC7P7OL8UCYuP7ULg+1qzft3kq79NFu TLT7Bu20fjvr3k6Kt3PW7ZRyOzDbjpm2c5nzSUUR2rz3icRsfwigbfJjjoGkDIeX5kMA0LT5EADa 7w8BgP7+EAD66d0VlkHOk4tH9wwPJmAgDm+BbZy2C9I2EdoSfFvAbsu/bfG0LT22hbu27DVPwCDZ eQKG9o9PzB/OWg+mRR/96X8GfD8eDQplbmRzdHJlYW0NCmVuZG9iag0KMTAwNCAwIG9iag0KWyAy NzggMCAwIDU1NiAwIDAgNzIyIDAgMCAwIDAgMCAyNzggMCAwIDI3OCA1NTYgNTU2IDU1NiA1NTYg NTU2IDU1NiAwIDAgMCAwIDMzMyAwIDAgMCAwIDAgMCAwIDAgNzIyIDAgMCA2MTEgNzc4IDcyMiAy NzggMCAwIDAgMCA3MjIgMCA2NjcgMCAwIDY2NyAwIDAgMCAwIDY2NyA2NjcgMCAwIDAgMCAwIDAg MCA1NTYgMCA1NTYgNjExIDU1NiAwIDYxMSAwIDI3OCAyNzggMCAyNzggODg5IDYxMSA2MTEgMCAw IDM4OSA1NTYgMzMzIDYxMSA1NTYgNzc4IDAgNTU2XSANCmVuZG9iag0KMTAwNSAwIG9iag0KPDwv RmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyNzQ+Pg0Kc3RyZWFtDQp4nF1RTU/EIBS88ys4rocN FKV6aJqsNZv04Ees/gAKr5XEAqH00H8vhbqafQmQycw8HgNp2qfW6IDJm7eyg4AHbZSH2S5eAu5h 1AYVDCstw47SLifhEInmbp0DTK0ZLKoqTN4jOQe/4sNJ2R5uEHn1Crw2Iz58Nl3E3eLcN0xgAqao rrGCITZ6Fu5FTIBJsh1bFXkd1mP0/Ck+VgeYJVzkYaRVMDshwQszAqporBpX51g1AqOueJ5d/SC/ hE/q26imlNE6oXNGTUJ3DwmVPKPMlZnjLKN8y96v+O1+GYbzJONlOu7Zrs58cT3M6THKGGXl/6bb I7asLwnJxfsYTvqQlMqWhzZw+TNn3eba1g85y5LGDQplbmRzdHJlYW0NCmVuZG9iag0KMTAwNiAw IG9iag0KPDwvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA5OTc3OC9MZW5ndGgxIDMwNjY3Nj4+ DQpzdHJlYW0NCnic7J0JYBvVnf9/MyPNIY00o/u0NLIsOZZt+Upsx7ETH3HixIUkJAQ7BOJcEI6U QChXWzBtuQwUSlua0i6hLMu/C2VRnC51gG1Cw10otFBoaYAQoJQWCt0tLXRbtL83snIU8Y/syhW2 30f+feddM+/NzPOTfk8zI2AAwItigMH5yxct/E5PcAEYvuoF8O9bOL97wZq31vmA428D4NwLly5Z ftVpD2rASfcDE+YXLj++85IPXzofDDMeBDh95uLlKxZsTpzGg+GG93GroU+tWN5zwWf2rQGYh3FV WrK8pl6t++IKAFbE/IGlXZ9a8bfPzu3C7Z+J8caV84/pW3rD6e8BLDUA2L62fvPaLWffNXc7MAcG cJ1frz/vXO2Oy/d9Gpj3/wjArzply6mbH7v/BSMwr/cACA+cunbrFvCChNtbjdtTTz3zwlNmPXf5 mcCklwI8dPOmDZsvaP/C158AWLsNmMFHN21cu+G1pu/8CYC5htS/CRPsDR4MM7g/ULZp87kXPP/9 mV1Y9yaAtuvP2HjOp9P7093AvvZXTOs786z1axc+cKEf2AffBdDkzWsv2OLqkh/H9X+D62ufXrt5 46mnlDmBfQP3OfT6lrO2nptOwI3YvlaSv+WcjVuujbzdAczbMoD5DSDngn9ppHvOB59bo7S+JwbI YQK49dXyBFk+dfayk/9y999OVUFchlFJL0/ApTD3w2OhS4W/3P2Xi1Q4mDOKdS9JUY0wCCrUAQcs LmugH0/7bqyXxVyOu5K5HowgGm8yNuAGApkl91M4hbWLRtbMG1iCYT8k0nvggi69BciKY7o0aAct 9oTxmQ+XMQ3CXGa4HQ95Oo1bjxvvI3sKLn60Sezsg5Zin4eTDVvBRdKFEjg/21r2DvgcMa4E2g3f g3Ow7B0Y78DlvSQf1zke7WW0VrSVaP7RtGPQ1qItH61rF1kXt7FFX290STCuTP/NuBJuND4Cp6Dd jOFbDa/Cd/nZsBnjt+F6u7ETNpEyuL0b+TtgG6Z/G/PXY9rNuOzD+HcwvBrXqx0NS8K14CNLNB7T K3A7V4+2pfzwM4LbXIx2uYF09q2wAK0Xyzhw2Yl2BfMIXMk8kr4V83EJX8T6ryDpaPNHlz14TC7D /Hm4XhnGv4hhP7aDx6WCFkGbAZQxg/917xS7DfmA5/3hj6TdAa8XvJ474Aw0H1qk0NumUCgUCoXy yYX5bvreYrchX4yBydNWCoVCKSYMpO8V0VSg4yaFQqFQKBQKhUKhUCgUCoVCoVAoFAqlcBgegFNy pZPrYP/ZbaFQJgvMTcVuAYVCoUxnPnzy7+IPoT2N9lO036M9V5RmHYZhK6zm7DDPsBR6DAugDeN1 GG4zfB7WGcoxfSusHC13POeDOYfdX1Wv3191MZargd7s/VXGh+B04zOw3vg+3C4thttx+W2OhTnG DriNnw0DhnNgAfMIXMW9D1ewJrgK1zuWXQpWwwVwGWkL2QYpT/LI/U6Gs7Huq2CbYS+sNryBy7PQ RNhmrMH4u7CN+S1s47ZCBSnD3a/fj7XN8BYu6zB/8+jyV5i2GRYbVCz3InzFsAlEvh9CuC3RcCaa FcLFPAf/LPBYXVHsNlD++bB3QOnh92uheUbTkmiL0BKj5ZLZ8sVt8dTmsON/8NhTKMVHNQoMw9zJ 82AE4HleEHiBLDOAIAggAMSMMmIPzg0a+c8E7UG73XhTMHzZ/hvtejbEZ/HR8o3Lm2a/ftLss5vK Zi3nK+1ND9/28wfXF7SxzNGLjJL+2OJkryjTmPw70ViKUo4CjjLFbgKFQqFQKDlgDtPJz1TZj08s 5AAzTB4fa5gMAWY0JDEkxOGLwDKM004SZjOMm6lhgnaSmmRqmVqFYeJMTc0/8MGpuJ2AyQLMhLUk nxNAyRMOMn3SyHGkX4LX+JZ5D7wvpkEEMf0hSCCl/wYmMKGawYwqg4xqAQuqVVcFrKgqKKg21L+C HWyoDrCjOsGB6kL9X3CDE9UDLlQv6l/ABx4M+8GH4QD4UYO6lkAANQTB9AcQ1lWDEtQIhFFLQUON or4PZRBBjUEpahz1z1AOUdQZUIZaAXHUhK6VUJ7+E1TBDNRqXZOQQK2BStRaqEatQ30P6iGJ2gA1 qDOhNv1HmKVrI9ShNkEDajPMTP8PzNa1BWahztG1FRpR26AJdS40o86D2en/hnZoQe2AOaid0Ira hfoHmA9tqN0wF3UBzEu/CwuhHbUHOlAXQSfqYl17oQv1UzAf9RhYkH4HjtV1CSxEXQo9qMtgUfr3 cJyuy2Ex6groTb8Nx8MxqCt1PQGORe2DJem3oB+Woq5CfRtOhGUYXg3LUU+CFagn67oGjk//DgZg JepaOAF1HepvYT30o26AVagb4UTUU2B1+k04VddNcBLqaXBy+jdwOgxg+Axdz4S1qJthHaZ/Gtaj nqXrFtiQfgPOho2o58CpqFt1PRc2pX8Nn4HTUM+D01HPR30dLoAzUC+EzagXwadRP6vr5+As1M/D FtSL4ez0a3CJroOwFfVSOBf1C/CZ9KvwRTgP9Uu6Xgbnpw/A5XAB6hVwIeqVcBHqVfDZ9CswBJ9D vRo+jynXoL4C18LFqF+GS1Cvg0tRr0fdD1+BL6DeAF9E/Sp8Kf0yfE3Xr8NlqDfCFajfgCsxdxvq y/BNuAr1JhhKvwTfgqtRvw3XoP6LrjfDl1G3w3Wot8D1qN9BfRFuha+g/ivcgHobfBX13+Br6X1w O3w9/Sv4f3Aj6nfhG6j/rusdsA31Tvgm6vfgW6h36fof8G3Uu+FfUFNwM+oO1BdgGLaj7oRbUL8P t6Z/Cf8J/5r+Bdyj6w/gNtQR+DfUXXA76r263gffRb0f/j39PPwX3IH6Q113w52oe+B7qA/AXag/ gv9A3Qt3p5+DByGF+hDsSP8cHtb1ERhGfRR2pp+Fx+D7qI/Df6L+GO5BfQJ+gPokjKD+BHahPqXr 03Av6k/hftSfwX+ln4FnUH8Gz8IPUX8Ou1Gfgz3pn8Lzuv4CfoT6S9iL+gI8iPorXffBQ6gvwsOo L8Ej6afhZV33w2Ppp+AVeBz1APwY9VVdX4MnUF+HJ1F/DT9BfQOeTv8EfqPrm/BT1N/Cz9JPwu/g GdS3dH0bnkX9PTyXfgLegedR39X1D/AL1P+GX6L+D7yA+kdd34N96R/Dn+BF1D/DS6jvoz4OH8DL qH+B/aj/C6+g/lXXv8Gr6cfgQ3gNNQ2vo9IxfeLH9D9M8jH9d3mP6W9+zJj+5kfG9N98zJj+xkfG 9F/nMaa/dnBMP+eIMf3VjxnTX9XH9Fc/MqYf0Mf0A4eN6Qf0Mf2APqYfOGxMf+UjY/p+fUzfr4/p +yfhmP7LIo3pz9IxnY7pk25Mn+yf0yfvmP5xn9PpmE7H9Nxj+qNTYEwHHHFBFc1uETiONfA4qIPB YOA5A3fYVRocxwMPIAqCwPOiwBoFVBFN4AXRJIgCBxxAZgUDz7OskRUzYY7nTYW+IsKcd0mWiCFX Du5jgVpDmZSw+RcVJq4V0w7G7C52EygUCoVCyUHm3X4MHw8+0UyV/Zj8EMco400dComiaBENgsSz Ro64SmDgWP0SeTTOyBt1B4vEeOkfcaK4Au7G2DFkAUNuX6xAdUzQpqcVsldCZ58zCMTJNhiMApkH ELJgln47hiBKkihIEscTlTIxwYwlMvMAeq/l8A87NUkVDBgzSkajsbCNzbuk/g9A5wEoH2UMb5Di xLVi2sHK3mI3gUKhUCiUHGTmAYrrOhUOOg/wSUEwEn+e3AUvGHWvCkPoRFkloygJ6DARxwmM6Gnp eaLAGdH7F0QhMxdgQh131XQegJIfFr8JjyV2PeJkGwxGkRzXQ/MABoNIvCGJIJokDjuoWTLhSxIk ySJIQuYM64X1eQAhOw9gEIwS2UJBG5t3SToPQPkYxjA20nmAwsFa/MVuAoVCoVAoOci820+VeYCp sh+Tn1HvXxAOC0mSSTEZJZM+D2DIzgOIIjGOXAWAQT1G5gHG70TReQBKfighM3H/jSJxso1GXjIY DeSqlQyYJYEEIJnMZpNkNnGCSTSbZJNsJnMBiiSJmTOsFzZgF+YEzkLCRoyR6wUK60kpeZfU/wFy XoxQ6GsUKJOMMYyNpolrxbSDVULFbgKFQqFQKDmQdJ0q/vNU2Y/Jj8hnvalDIbPZbDPzJlnkBANx nIA3cCL5rlU0SYbMl60YEkVJlEnx8VJcF9mYBYy5fbEC1TFBm55WqJpM5gF4CayH5gGkLNl5ALNZ RtdfNnOiWbKYZXyZJbNZMUtSZh5Av1XAIInYmTkL6c/ZeYDCXg+g5l2SzgNQPgY6D1AUWFUrdhMo FAqFQslB5t1+qny7SOcBPilIfOZyaumwkCzLDpk3y5JBNEhGdLR49LQkE7r+JpNBkAQZg3pMsmD5 cVdN5wEo+WErtZBjyUvky3aeF0xG3njYPIDRaCLjY3YewCgdPg9gQ82cYb0wdmd9HoCEeezegln4 B7pwzsbmXVLvGznvq6G/5jjNGcPYmP9zKSlHg7XR34umUCgUyicROg9AmQjILdQSuZX6sJAsW5wW 3mzJzAOYMvMAJvT80a0yCCZRNqGDZSJliTs17qqL25kPPW6ez+2LFaiOCdr0tMIRt5LLAAQzcbJ5 XJJ5AHMWzDITb8hisVotsmLhTRazYsEXxiwWh0WWM/MAJrPJbObNJuzMBhWDZt5k/Ae7cM7G5l2S PygfyaH9ZnozhrEx/+dSUo4G64gXuwkUCoVCoeQgM+s/VeYBpsp+TH7Mgon4Ryb0pATdq8KQ1Wp1 WwVZMRskIzpOZhCMBswhX7bKRtEsWWU589WrScHy4666uF+V03mAyYMroZJjKcjEyRYEUeYFnly1 kgGzZOINWawKuv6qlTdbZZtVtaqKVbZaXFarJXOGZdKHsTsbDSaDSq4WEEjnVkzmws4DuPIuqfeN nDclFPpeBcokYwxvkPk/l5JyNDhXothNoFAoFAolB5lZ/6lylTGdB/ikIItm/RJq9KRE3avCkKKo XlW0qrLRZJR5dLREo1GWLRbZbLUYJfT+LcTBks0W2Yblx111cTvzocfNCxP2E9wC9ecKgrfWTtx/ yUKcbFGUrIIogCULZlnJgwMU1WZTFYeNl1WLw+ZQHTbValM8iqpkzrDeawWr1cjLvNNqsVpFWbCa bWa5sN+o5v/LY/o8QM6bEv6Rx25QpgBjGBvzfy4l5Whw3tpiN4FCoVAolBxYdZ0q8wBTZT8mPxZJ 96VkSzaEfpXNZg/aJdVhMcq8RcAEiTei26RYZFXhTeg6KapFVcgl2A5cc9xVF/er8kOPmxcn7Ke3 ROrPFYRAo5McS5NCnGxJMquiJIKSBbNU8nQ+u93ptNtcDtFiVzwOl83ltKsOW9Bmt2XOsKJYFUVQ FJ638m6yomQVsQvL1sJ+oxrIu6T+D5DzYoRC36tAmWSMYWzM/3kUlKPBBRqL3QQKhUKhUHKg6jpV rjKm8wCfFBQT8Y7QSEjJhBxOZ9hpsrsU3iIoIjpaJoFXFNWmWO02Hr1/p82u2FXFqiouLD/uqovb mQ89Zk7K7YsVqI4J2vS0oqTFTS4DMKngBzCZzDbRJIKaBbNsxBtyOFwuh93jEhSH6nF5HB4XpjhC Doc9Mw+gqoqqiqoqCFbBR1Y0KaJqcVks4+/CORubd0m9b+S8r8Zkok+Bn9aMYWzM/3kUlKNhKGkp dhMoFAqFQslBZtZ/qswDTJX9mPyoZuIdoZGQmgm5XO5St9nhUXmrQBwnMAuCqtrQ9XfYBYtqddkd qgNjdtWD5cdddXEvmTdlAdOE/fSWifpzBUFr95LLAMx2COo/C+CQzBLYs2CWg3hDLpfH43L6PJLq sgc8PpfP43J4XJrL5czM9Nhsqs1mstmxMwsBu81mM6uSXfFYlcJeWa3lXVKfB8h5Xw15+iFlGjOG sdE5ca2Ydhi09mI3gUKhUCiUHGRm/afK3cZ0HuCTgl222ezkhSHdq8KQx+ONeWWXzy6ool1CR0sW Bbvd4bSrLqdoRdfJ6bK7HHbVYffZ7eq4qy7uJfOHHjdvnrCf3jJTf64gRDp9ZB5AtpMv281mS+55 ALfb63U7/V7J5rYHvH633+t2ed2lh+YBSD832bPzAHa72UbmARRFLWxj8y5J5wEoH8MY3ujzfy4l 5WgYIp3FbgKFQqFQKDnIzPpPlXmAqbIfkx+7hbhSDjIPcDDk9friPtnt1+cBTKPzAA795munaHUo XjIPgDGn3W+3j//2VDoPQMmP2OIguR3A4iJOtixb3SbZBK4smOUGN4DPFwj4PCUByeFzhQMlvhKM BbAnezyZKz6cLofLaXK5BMkhhMmKst3ksgVs2OML2ti8S+rzADmfryEX+NmFlEnGGMbG/J9LSTka xtjiYjeBQqFQKJQcuHWdKk8do/MAnxRcVqfTRTwkDOleFYYCgWBl0OotcYl2yWVGR8sqCS6X2+Ny eMlF17aAx+v0up0Oj7PE5Rz/7anFvXX+0M/OyRP2E9wy9ecKQmKFRtx/xUOcbKtV9clWGTxZMMsH PoBgMBQK+iMh2RX0REORYARjoWAiEPRnzrDH4/J4LB6PyeQylZEVrU7Z4ylxuwr7jWr+vzym942c DyewWgv7zALKJGMMY2P+z6WkHA1jYkWxm0ChUCgUSg58uk6Vp45NlfmMyY9H9bg9Hq/bQ0KeTCgU DteF1WDEI7nMHnSVQDWbPF6f3+MK+E12rzPkD3gCPo/L74mgbzXuqot767w1C1hz+2IFqmOCNj2t SK6OgsViVf1QQR77bw9YFAv4s2BWgHhD4XAkEg6WRWRP2B+LlIXLMBYJJ8OhoEX/kXW/3+P3W/1+ k8ljipMVFY9F78KewjY275L6PEDOhxMoBX5mAWWSMYaxMf/nUlKOBp9cXewmUCgUCoWSg8ys/1R5 6thUmc+Y/PjtPp/f5/f6MaR7VRiKREpnldpCZX6TR/Zb0NGyySa/PxD0e0JBs9PvigRDvlDQ5wn6 Yn7f+J2o4l4yf+hn55QJ+wluhfpzBaF+Q5xcBmAPQhV53J+jxGqzQjALZpUQbygSKUPXv7zM6osE K8rKI+UYK4vURyLhzExPMOgLBq3BoGzyyTPIijafNeiLen2+wjY275L6HFHO+2psNvprcNOaMbzR axPWiOkHX7+h2E2gUCgUCiUHIV2nyt3GU2U+Y/ITdAQCQXTxgxjSvSoMlZXFWmKOSHnQ7LMQxwkc FjkYDIWDPi0su4OesrAW1EJBXyiI7tT4najiXjJvywK2CfsJbhv15wpC45kVoCg2RwhqAex2l6bY FQhlwSyNeENlZeXo+ifKlUBZqLo8UZbAWHlZYzQaycz0hEKBUEgJlVgsAUt1Ca5oDyglgXJ/wF/Y xuZdUp8jyvlwAvL0Q8o0Zgxv9KUT14pph9B4ZrGbQKFQKBRKDjRdp8rdxlNlPmPyE3KVlIRKQsEQ hnSvCkPl5TPmzXBGEyE5YA2p6Gg5rZZQWIuEAtGIxRP2lUeioSjGIqFK9K3GXbWlgLsxdg49bt6e 2xcrUB0TtOlpRcu5VaCqDpcGMwEcDk+p6lBBy4JZpcQbKi9PJMqj1QmlpFyrSVSXVyfKyxLlLbF4 VAUVt6JpJZqmaprFErLUkRUdJapWUhEMBAvb2LxL6vMAOZ+v4XDQX4Wf1ozhjT7/51JSjobQcm6x m0ChUCgUSg4ys/7FdZ0Kx1SZz5j8aO5wWAtHQhqGiG9EQolEZVelO16tWUoUzYaOlluxaJFomVYS JxddBxJlcS0e1UqiWhJ9q3FXXdxb5x1ZwJHbFytQHRO06WlF1+X1eCzd3hi0kp8H9Jc73A6IZcGs cigHqK6ura2umFnrKK2ONdXOrJ6JsdrqzsrqiswZjsVKYzFHLKYopcpssqK71BGL1GiR/H/pL6/G 5l1SnyNy58pxu3MmU6YLYxgbKyeuFdMOsevyYjeBQqFQKJQczNB1qtxtPFXmMyY/MX9ZWawsHo1h iPhGJFRbV39sva9qZkyJ2IjjBD6bEovPqIiVVlaoJfFwbUVlrBJjFbFZ6FuNu2q1cHsxDtxZwJ3b FytQHRO06WlF743N4HJ5AgniZPt8JVUunwsSWTCrijw4oL6+sbE+2dLoitcn2hpb6lsa66sb63vr 6pIu/UfWE4l4IuFKJGy2uG0eWdEXdyVis8pihf1GtTfvkvojNnPeV+Mr8DMLKJMMNf+itRPVhmmI 1HtjsZtAoVAoFEoOqnWdKncbT5X5jMlPomTGjMSMRHkCQ7pXhaHGpuYTmoN1LQlbzJFwo6MVdNgS ldXJRLwuadcqo43Juoq6ZEU8WdGaqIiPu+riXjLvywK+3L5YgeqYoE1PK5bfPhc8Hl9JEhaTx/1p tZ6gB5JZMKuWeENNTa2tTQ0drZ5EU7K7taOpo7VpZmvT8ubGBg+Qp1kmk4lk0ptM2h2V9oVkxWDC k6yYkyifUdjG5l1Sf8RmzpsSyNMPKdOYMbzRz5q4Vkw7TMtvL3YTKBQKhULJQZ2uU+Vu46kynzH5 SWrVVcnqmsokhohvREKtrXMH5oabOpL2ChdxnCDssidr6hqSicYGZ1lNeWtDY7KxPpmoT3aibzXu qp0F3I2xc+hx88HcvliB6pigTU8rVo90k58JjDTAceTnAcsa/WE/NGTBrEbydL62ts7OtuaeTn+y raG3s6etp7NtdmfbiXPbmv1AHgXY0JBsaAjMbHC6apzH4Hozw0l/Q3VHdXV1YRubd0kvkXCunHA4 ZzJlujCG24nmTFwrph3y6pFiN4FCoVAolBw06Vpc16lwTJX5jMlPQ7S+rqF+Zm0DNJQRp4qEOru6 z+iOtvY0OJOehgA6WlGPs2FmU3NDsnW2e8bMys7ZrQ2tzQ01zQ2LGhpqxl11cS+ZD2eBcG5frEB1 TNCmpxUbHu0lcyplzdBPfh6wvCUYCUJzFsxqIU/n6+rq6elqO7YnWN/VvLzn2K5je7rm9nSt7+xs y8z0NDfXNzeXNDW73fXuFbheU6Q+2Fy3sK6urrCNzbuk/ojNnA8niBT4mQWUSYYr/6LtE9aI6Ydl w6PFbgKFQqFQKDnIzPpPlbuNp8p8xuSnOd44q7mxeWYzNJfrXhWGehb1ntsb7zy22V3vay5BRyvu czfPbm1rqu+Y662cXdMzt6Opo62poa1pSVNTw7ir9hZwN8ZOJAtEcvtiBapjgjY93eBGLQiMHv8Q YxhiDWCAAxivBw1DdohCDJLQDK0wF06Ek+AiuAXugp2wi6ljm9hfchfz7ZqkxbUabYt2QeyJdBrI b7HEYAbUQguu04HrrNXXGc65zrlknfSrH3mtT6/HtRvTt4m/+JD56y1/Tf3uJ/sv+9133/4TwOtt o23OF56I9YfW3dYN1j3WBwAYTMlugmFZ3O2/WwMzOYORBxHALFusimoDh9Pl9nh9/gCUhMKkh5fF 4uUzKhKVVdXJmtq6+oaZsxqbmme3zGltm6v7kvO7FyzsWbS491PHHLtk6bLjlq84fuUJff2rTlx9 0vjPWi7u5PIv+3MiL2TC0+A8ty/oO2Hl8Ss62ufNbWud0zK7uWnWzIb6utqaZHVVZaJiRnk8VhYt jWjhUEkw4Pd5PW6X02G3qYrVIptNkijwRgPHMlDVHV0woKXiAylDPNrTU03i0bWYsPawhIGUhkkL jiyT0gb0YtqRJdux5Cl/V7I9U7L9YElG1VqhtbpK645qqSfnR7URZtWyPgxfOz/ar6Xe1sPH6OHr 9bAFw5EIrqB1ezfN11LMgNadWnDepqHugfm4uR1mU1e0a6Opugp2mMwYNGMo5Ylu2cF45jJ6gPV0 t+xgQbRgo1L+6PzulC86n7QgxcW6125ILV3W1z0/EIn0V1elmK710XUpiHamlEq9CHTp1aT4rpSg V6OdRvYGrtZ2VO0ZumZEhXUDlfKG6Ia1q/tS3Np+UoetEuudn/Jc9Jr3UBQ3bu/qu+Lw3AA31O09 TSPRoaErtNQty/oOz40Q7e/HbeC6bGzBwNACrPoaPIi9yzWsjb2svy/FXIZVamRPyF5l9m9jtJuk DJyupaRoZ3TT0OkDeGr8Qyk47sLIsN/fviu9H/zd2tCKvmgkNS8Q7V87P7jDCUPHXbjT1675jsyp rtqh2jIHdodVGQ3IlsMDGw/m6SG9OAn1HnfwyDKkRdFF2CFS2noNW9IXxX1qJrKxGYbWNwf099l+ BtdKbcAzclpK6hoYUltIOlk/ZYypUW3oPcAeEH37rSNT1o6m8DH1PSBB0k8OdjXMz4ZTlZWpRIJ0 EaELzym2ca4en1Vddd4IG41uUTVc4OGDpXhs1/a31ODhj0TICb56pB3WYSQ1uKwvE9dgXWAY2msq +1PsAMnZk81xHU9yBrM5B1cfiGJP/r4+ArhSYvzgn6K6Hd2bWlKM+/+TvTGT37s82rtsVZ/WPTQw emx7VxwRy+Q3H8wbDaUcXX1cgB0NsQFOz8VOufpgYRLpk1OGGP7xeqfeMCKI2Cv1FEZbkFIHejLa b4pE8lxpJP0uWUtfHFpttJmplsoj43OOiB/RPHmIwwYb4mzvilVDQ6Yj8rCrZSpcNLrAHg8r+iJa VwqOx//MGP6NpPc0E+sPpNrxkHWRAtj/Mkmj0SMKBkbD/QjpndVVC3CgGxpaENUWDA0MrR1JD66L amp0aBf7I/ZHQ1u6B7IdZyR979WB1IJr+vFYbWJa8J+Chc4dUebKZTvamSuXr+rbpeJbzZUr+oZZ hu0a6OzfUYZ5fbs0HN/1VJakkkQS0UgEehncyWFW1MsHdrUDDOq5Bj1Bj68fYUBPE7NpDKwfYTNp aqaiuF5RO348WD9iyOS0Z0sbME3MpA1mSs8YLS1ijkpy7gWWfKQimRnI4NS1ou/wbqf/L5OMEyr7 ZHaodzmeNJJpag6YDsvWyIopJppaE70gsgO3mVoZvTCCidGUhgMcFtoBC4P9Q0MavqJY/fqVfRkl WUxVELfUnxpcly0bCPZHD4vKuKp+KnYGyb/dwdo+m63tHKyNBIay1aXW56wNW59iTiSq/+nN39EI 0Uz9+MaWqXRo9dCqaATHzRJS8Wg7MGoN9utbwJZsIy3B/+4OGVZwVeTFlkIJhLlKLoGfUsJcYpgv CY9wM3bGveGn7+cqYD8ay1UMV5aEd3HlXMnwnHD7CBfdaXfVKx3VnIYnuEZXDfUstLvRdnPk888a LoTpKuolaINod6PtRnsaDT9XoJJcDe0stO1o+0kOV8IFh7Ww2lHO+XBdH3YVhfPAO2hpNA7b6cFa PbAEbQ3adWjb0Xi9HEk5C+0StN1o7+o57Zxn+IYGbLtn+Gp9sfP0M+v16NpMdPVJenTnCf2Z5THL Msv5izLFWjLF6mZmkpOdmWV5VWZpj9UPkqXJUr+nw825cSfd2PAtqAz7ICgMA2G4hXNBCo3l+NGU ds6+syxev303ZwCGYzkGNkA4vYdjhi22+g4Tm2bfwQ+SYfb37NuZHPbtnVZb/faOxewBuBttNxrH HsDXK+wrcAm7nxxz1Hlo29F2oz2F9g4az+7H18v4eol9CRT2RahBm4e2Bm072m60d9AE9kVUld2n +y/79G3uw5L7gGX3oarsr3C3foWqsC9g6AX2BWzaM8NNs+t36YHKmtFAODYa8ARGA3Z3/Qj7s+EP KrBHxfFMY4+6jyvFD6wNXOlwrA67n3e49bTwCPvqTq0yfEtHLfsspNCIS/Es1vwsaGhL0QbQtqDx GHoOQ8/BINr1aLegpdCwl6GqaBr7ONoTaM9BLVo72lI0kX16GKsZYZ8ajneGO9zsT9hHwINH/En2 UX35BPuwvvwx+5C+fAyXIVw+zj48jE5LhxnzAddRcanisgbzjewDO8vs4XSHjd2Nxy6MWoM2D20J 2hq069B4djdbOrwhbMeN3AePo2MUZofhTX15O9wqQvvp4fZ4F3ZAjUi8pQ1DKNu17XG2PX7jNzFK JP7lGzBEJP6lazBEJH7RpRgiEj/zPAwRiW84HUNE4qvWYIhIfMkKDKGMsDf/oKw83LTkDEbrUNjz 8Sidj0fpfDxK54OBPZ+84AMDadu3hhMJPGI3tVdWJMKD9zKD9zODxzGDtzKDG5nBi5nBS5nBVmbw ZGawkhkMMoMhZrCdGbyPacZDMci0f/+I6Ox2LzP4ODN4FzO4lRmMM4MxZrCMGdSYpvYRNjK8qEFf dOuLnR3knw6XbXNx9FHYCB7RCPb5CI4Ju1GfQkvrsXYspJVmCvtCZFm6MzEvE0+21J+F/z57ccW9 eBr2wstoBjxBe7Eb7cWN7MUNKKjz0Nag7UF7By2NxmPpUmz4dboqqDVo89DWoF2C9g4arzfnHTQW zhpt4t16w0ija0YbvgTNwO7FVym+ImykvUQNqpVqD3ddkFFCzJJQOsQ2gf74RrtNtI0wlnv+bHn/ zxaQOiT2y+x1ZOhmrx9dXjf8AQ7dzLbh+H3hDhfzDQgZsOcxsyHOxHDZDFv1+CwIimQ5E4Lsnbis Hw6uxNWU4XhV+F7GSta6J/xB8LXwm8ERFoO/Cd4Xfl4bMTDD4Z9jyp33hJ8NXhV+rGZExJT74yMM Lu7V9KK7gs3hux7Xi16KGTcNhy8mi3vCnw8uDJ8R1DM2ZjJO3oqxdiV8XHxVuAe3Nz+4Lty+Fbd5 T3he8ORwa6bULLLOPeFabEJlJpjAxlYE9UqjIX2DxzeNMJvaq4QbhT5hidAo1AtVQkQICyVCQHCK dlEVraIsmkRR5EWDyIogOkfS+9sryXyEk1fJgjcQNehhlSVKpi7IwMeILCyGlIPrZXuXdzK9qT3r oXedlvrT8ugIY8KPh8ZoJ5Oy90Lvis5Uc2XviJA+LtVU2ZsSlp7Yt4NhvtyPqSn2SvxYtKJvhEmT pMsCxBHbBQxju+zaAFnOuOza/n7wus/7P9K+BDyKKvv3LrV0VVd1V2/pJUmnO0uztEBCAiHQkkIW RzGACoEwtIDIIqgQAq4oi2wiCqigoALuoKKBBAgBFRHlr04GRxxn1FHQibi8CeLIH1FI9zu3uqtN Ruf7fN/rSlXdvnXr3nPPPed3lttipa/SOdBRMWzIb1wmpa/RXz6+TuXc+g3Drx5X/3xuTX1vVkjm 1gyvf5BFavvwv/HpoUP24e/ZrWbcPjoQ/3voVayeDhxSUzO8CVcb7VAIfw/tQGK+N9pZwDizdihk CababUq1K4L3oV0hu0E7SUJFRrsiSTLacZi121lXOHTIzsJCo403hOqMNnXeUMc27xRBm6Iio03W IvSO0eadrEWsTf1Ao0lODjQJ5hhNcADlGE1ycMBoUv1Lk17pJvdkmtxjjETxL21yUm3UE2Yb9QS0 if7ez9RLolHcMKBmygQW5U4qGDoVzkn19948w8c8rtDOKTXp8Dcy6dopM9h98tT6moKpQ+qnFAwJ 7Rww4TceT2CPBxQM2YkmDB09bucEfeqQXQP0AUMLJg+pabh0VFl5p7HuyYxVNuo3OhvFOitjY11a /huPy9njS9lY5WyscjbWpfqlxljIkPFR43Za0CU1EFQZ9wZilUFeJ4GreUmWNmegIbwDwr67spvB Y9mGrBBjKgWX1Ktwskc9BvUYxB6BTrFHNpbKSD/y3TUgnN2Mt6UfaVDtKLgERefNr5uPfEOvH5L6 q4MPVM2bzxieukbr/tsHng2t1ycPqZuH0PD67lcPr68ER3+nKELtJDal+v5mndU6FIKpVGVPqOzP KinNNGR1MVYnSemGv17/+en7YKYFi8j+BqwH8TxUV0Prg8NHE4CC0emYsRn8KWYi6mpggnU4iuvM PtJkR6Mo9R2xOZvnvPnpUpoX89L31JvwSp3JksyHMSua4dg8o1uDnVHENyM/nAH+OeTnImwzI/kV nF+ze+L65NfsObuTbwHwmtInQtvQDnw92oFeQ4fwaXjrZbQPNSLmDg1Bj6EF6CG0AkzceKi5B10F Bw/1D2F/shH1Qk+AkXsCtUDbsegu1IyysC/5DVqIltFj8NYypKJ8NAiNQrPRffiK5Hw0AR3n7kbl 6Ap0E5qDFyXHJe9PPpB8Gj2D9tH/SbYjKwqgKXC0JE/xf0/+A/WAN9ajjeg4fkDajXQYZRG0fBzN RZtonMPJ6cmfgYIwugVo4FAVasEHSRR6n4q+wj68gA6GXp5K1icPQ6scFEcz0CbUjPvgS0mYn5Cs SragLBjjVuh1I9qF9sDRhF5BH2OFP518Onka+dFF6DKYTyP6Mz5IE+2LE5XAMR641A1VwJPZ6FV0 BL2HC/DrZDav8L15nb89+QFyoxI0Bqh9Dt48iX8kd8GxkL7FDUtegmzAl3WM2+hN9DkO4F54JK4m 3chsspnOhdD3Ini3BNz/64Hfj0Dvn4E47SEKOUqf4l7gzgu5iRNJG6xIBD2KHkevYxVmGsJ1eAn+ EP+TDCYTyaPkC/oQt517X5wMs74G3YjuQy+gH7ET98NX4j/iGXgBXoHX4Y24Bb+HvyaDyGgyi3xH Z9Ba+gp3CRxXc3Xc3fxy/l7h68S4xOHEXxI/Jnsnl6MrQR4WA/Xr0WaY2T50FH0Ex3H0BeaxFdvg COEwHoPvgOMufB9+Em/D23EjjPIe/gJ/A6bpf/F5AhaXCCQbnCDmChWQueBtPkQeI0fheI/8i/xE vTQfotQ+NEZr6GygagVdC8du+jkX4I5ySeBzb34Dv4Xfxr/AH+JPC4q4BGz9ny481d69/bMESqxM bEjsSjQmP0ceWEOwIhB8xYD6yXDMhPXeABL3MjqGFeBdAHfHA/EVwJmJeCauxbcCJ5fiTfgZg/aX 8AHg0t/wd0CzSnIMmnuSPuQSMhKOa8hUUgtO2QOkkXxIfqYitVI79dDu9FIap1PpPHob3UDr6Z/o p/QLepZegCPJyVwel89FuCh3KTeRm89t5r7ivuIn8O/yXwqycKOwXGgSvgfvZqA4SrxSjItrxD3i B5ZJIJ1voN1ob8eEPT5BF9OhdDe6n5Ryfghn/gzyPBFdR6sISCrZhleSO3EjKeRvFQaQAXgEOs1F gNdvkS3kLBlAq/BwfDWaSdK/OxXc3PNwi3FvoDbuAMztz9DzrYKC7yLfCQraBb5SBYz5Ji3movRd 9DE9jkXuCfQJJ2MvbiPP0VEgBa9wA/lxKEwfQy/RWnwn2k2GIiSft6wGOR6BnwdcGI1743M0CZHs CJCicvpPdDeaRf6O2kCPV6KH8XXcdHQ/KsUL0FfoWdCKbvxNQnfBg98m13OriAs3IsJth9lV4EJM eTdaiuN0k/Ad+QjNR0c5GX1GXwTqj5KXaBV3mr8KzwANuBMtR7XJxeg2fhz3Pp6OKK5GRdwJQLcF tDcXhvtCQJUJgGl7QLubAQcG0Sqo8YHkXAFyMQYQYhMcjwBOcCBB14OOjwUU+zNqFEaTJjSdt2FA HYS4dxNXofHJZ9HG5HR0U/IB1APwYEVyAfS4DX2J1qBteFniDjQHwsqPQLev4IeRo/ywZA+yinxE riYbOq8vcLsI+9C3cLwEXwby+9Eq7m/oalSZXJ38K0h3V0DYjehacFxbYZanYIQ/0IOoNDGC7EwO o3NgvsfRlcnnknlYRjOSN6CR6AB6RuTRZDEKa1yP34f53oGmkquS8+jUxPXAhzXABR24NR/w5x6u lrub+wkhIw8HwMezPU8RXdJIcKsgNpGNugvxXCtFssi1YuS3CHwroQdAoCSAl57IF9XOxtpjI7Qz sar2GKqEsnYBLiXFYUfYUQQX8MXRhRA9eEHn0XkU4g6yvcR6mPcasFc8ktCdOwWW8ttFEN9EXtat lpggS/25mNAf416t7a2osv1kZfbOHONpBJ4SJMjWd6nUn+/HxVA/aEdjhIQwxu/KsnVx+IlHwJcG iuKxKq1Na4UuWrVTqLKySms/Cb50Aw+uDtZiWqympqTYRR2lDkr7lHq+Kj9e9tRRfAOV8NDE/gs/ Jh5qaWG0XkMbyC0GrVY0fx8Y23MN+UVlfFPynJ4f6VZmFWRgN0RjPC9YT0kWC6UEiZaYbJcWSUQC 30P3qPYy6TNMuRjBuuoow36l9jkfIzHKuKa1R+Mxg3mMqPYYXLDDWVHBzpJiHI26GHm01Liu7d3S 49OSlmLagL2nTye+SV0ZnZ7kV1wNfwxlQxxYoq/omtsvl0iclEvG2ve69uYccR3JOZcrYOJBEkfd SOIFB5IsooYkq6hly4qo+VS7qHltTsHhtbmo22vLIh6vzU88PjVAPNlyDnVny7nU7VODgsOn5gmO bFnOzi5CkhshSfX5irw2t9dr85AiN6VIE4scQhPeo/ez2VRVliWU7fN5vUj2uN0ObaBNFARKBiLf Q6r3IbXIpjsqRtq22Ihtflh+KFt6CPoF5u12VLCEZBN5oiG0fQYTt3i0rVVrzdzPMH6lrmkOpq5a O7DSUdELriv4ntE7tcMrevrYzf4fH2BxPF7rdRX0KXWF+4RdpZSdpZ4CGvaEaYErTF1hV3j62O1H Lk98h3uN3TAWDxj78Ngd7w7HWYk/jd1QnXhr7Hzcf3jiTT9+fj2etR7vSFzNzvWJ9esT1fj5RDWp xLNAfm5JviNsgRWygj+VjboAAoq6vNa/NkBmWALZ2SwHY/f53T6f35ftsfsDJVHnAbIFNG0qUsgW 3UoDfj/FwMSirqw+D+p7ki27iqw5B8gmFAUNLiGbGvJf7COw7x74bocuJca/+WVjxxvMazvTpp2F C6psa2/LcAvKGZFbYTCrpNg3+Db9KlzaLRjNQ6WhkjzcIwKlXoVQUok9D3k5Tx52yFByWaDUPbdr Hu4dhstFXXrmoeICuNiwkoezeLhoVmcecotwQaani83CYhx3lfUt7Z3lcQsF+RGcL3jcWaW9+/Yp i1BcivF/eXbL5g2rdu9dvmwnrhhcM/6SIXDS/AcufI6/3PwwPFgBD/qzyqE147nxj//jzdea334L vznv0fvq5m26v+7nOkH66Ud8/+ZP2IMj+PC8R1fPYw+AWQsSV5JJsE4auliXu9gx0pyiRdOacGkD 2mKzwF13iFts1yCq0RCl9EXH46sN5rafZcwFMayMManCEeIoK+9bXiqIcHg0jI+v/3PV+AOLb+ty cQHMP3HlAXwO20593H7+vZpVG/a/kshLhDqNP1VXupKuGpFkDSOnxCiQt1AM90a0hV5ja0qebtQ0 MgYK5xrtdqPQ2qiqRuFful2WyRi7LQ+U6kVnmkbG8f+g01WAHGVdInCUZnmzPBppXwyLk39xl9sX HxhfdTRxJT6BPz+wb8Oq8e+fb//4VOLfCQtQqdMp5K9ApQ8t1y+3YqucjbNlTpYU9mMQUbBi4mM/ FhARRy1epyqKAs9+PmD8ekBVrG5OpBYsC7wVIS3kxu7XBEDYZwAw1usq/wzSHa4y5PfPWZ0Cyqoz zBLE2uMxUGmntwL+QGKNO7uVFKO4qzzLC1MQxL7lXkHM8oqRLoLYpW95RO+55Q8uvI66py/rufD2 i2ff2n/k5f1untd7Mbfj/n7ddg+Zsr7sovu72/qsHDNy5X2Xj1nT088SRnPBfvbn9oC29tPz0E0S +clCb+JFQboJZvkTj2+qBAeREL/CNIuZm6ozsbaY1hqLoV5nAHXOlBQXOQBQwL4AkDgITtTiNc/j NYnaNvzANnbflrgJxnk+8Rm+G+IbGY3YLYPxfQFYMEqPGEYNyziGZELhCxL6if1Hgu83GzyZrYAm W63M0MG4Z1q1NgP92gxV1lK6XFJcCvbCzTjQt3xPy6ixvSv60paW2nsjVf7Jf4RxB+EmMpPcCPb+ It0/h8yhpApXwZAFiAT4OdDAz825j82sNa6dRL2q2oDHtSAsfcKeQaQbbtq9m3GpGS4rgHqKinQf YcTGUiS+jLit8HwrZ1B5Nh5nkJMiqrklZVnHgMVy8AdBznPxpzsJ8wJ0ORDkeHdQVb1gOr82ZJoV dD8TasmBFFaDshQFrgqrQ71AoFvg0gL9sxGyU/5E557OQE8C6+kkaIdROKX7rVaBdamxGqQpCruy ukyXv/Spj+CEFWSldaX9bRsviVYfGeq6wnO5f3D2aNcEzwT/VdmzxFnWKa4bPLP8k7JvI7cIN1tv t68QHhE3aG/7PiYfCh9aP7EHMiQN0pJnkIIUrKNq5E3+G6TMmi6fg6haxbruqPbWSXq4oKxYwkjS wJcYJMNLZkMJAn+j4d5qaW2eQ1GUJqw3VjtsVmuqYFFVKDRUO+qYHdUV6CmE2E6t2RRZ0k1Rqume arQ2eORetlowdTCvcGXFeK1RTLMCx2tRvJ4MrtdHjWsUQn4tB0BoFwlZX02eQFlwOuG0w2n8thPD WVNT49KcDMSznAAugONdIi6NobhDixTki8KYWce23rxr3iUzjz3xwW3r9m1fsGD79rsWXB4nxzCH L35xYkMi+XEikXhjxyN78eOJh787DRHuzFPXL2fydxwE6TzIkIz+1SBnZmYWZJMbyCzIqblmJq2H qynzyWZxC8kastHCvchhCQk8oRKPFYLfkQ3uyWwdEDZckeQJA3Oh8K3uMMQxxxBHmyGOwA3dz4TN lChDugIKr4MXyLO+bKwvHod4nSe839qMY3gZSilabYrjxge+pHzqSgZ1zBOMo7hpNcMFDkEQ+4Bq l5LzjYOOjX74i17zuDsGLsh76dJ3JgKVMYhUROBLEP+Y1gfJoak+l0sYozJ1cDiMwild0jQoBd18 kKmZlzUIBtnTYI4NngQVRn+wiezXFSJ7vaE8zQHOdh4gTK8PWti1BfVi4hGtZNfDvZkCksyAitNJ jAF1ye4g5jgndKvTRcYE3ayO9b0LumbqbrWSMV5muQxe/tZoTCfZeGw0YzD90gH8AGE//5qwXzxi eTtHvEypUUbbZinX2W533u66x3nA+WXgy+zTAeU1614XCcqaRRDeyQm4c3IClpwAxcQSyKFqUGsi TzeMdGBHE/btZnQiRlgDJorcSVnlDsoqZ5RVrZbrvMdAIJnC4v1kMQohDffTFcfuSjKRzCYLCUea SSE4bWt2GioWZ45YFDzXlG6BwQCPLN7qMA3bClvPqA0csRSWpxVOl7K1HC1XC2rCq8nTSAQ1s8Bd gtPUtn41KI7jc2tqijzhSDkISF/mLBXkG4Yg5UiBMyKInHihnHiLntr03baNdyx5DO9znfvLsbN/ eO7QkxOCO3YMik05eNfhL6fNevCxVa6jH327Y9zzB55eObkEJKs6eZLLAsmK4l3phbb6fTpbL18O wkzAowp8wd0KZNWu2IOy3M0TzOGC3XL4bmqBqvj84MqENKYyITHCVp01j/RiiNvSix3IWVFZCYas Dda77S3tLWeFdjjam51svYt5NUsdqi5XuaGOsY6bs+lVWTdoM93XZc1Xb3MvV1e578l+RpXZj1I5 EcN4mC0s++3KfszSeiru06goHs7XTJ5GfjJDl4A6HshTnZ3W2dlhnZ0dQNlZNzE0O0RCPqYXoUVi p5fEDi+JHV4S6yIGkkcwimgRArM+s5e9H1nbw9eE++3yH8PNuB/Elgd1awan117UhB9IC0vU8NtN KD4TjWcQub2VqQVYfSY7KdHJiMsuPkRB20Asahh44Noa8JHS7jMAb3mmaAoHkw6RXRE429WNeetn LXz5yTtLr3A7rXVNy2dev9rdGP72pVvfmTXtuiVrE19/+HoS3+3buKJ+yYIn3JvJrXdOWbJ0aWj3 kem7rpv4WM/gK/cfTPzvSWbpA4BGGsTQMvDjhwNISf6cYlljtSqkoZo3MVswC1IGxc0Cb6K4YBak DK6bBdGSbmwxC6Jp5yyWTJu0EbCYBd4sCGZBMgtpi6GXVzvHKTOUTcp25W2Fv4JeoT7EUSfAB1IE KvKylYpgd1T1HcpB9MtRFRFFBSd3P9mPLIjgrbqMOA6aoHdkrolM28vzsp6bVyabBkVOeSdG4ZTh pshNuFxXRT2/oExcFO4jrrUTpl9W1V2GiEZChBL2MnsHCq172Dtkt60JrzbE5l/MijN7cobhc0w7 qRnmBILlsxAZV+B0tMelgmIwMMZGiJr8bJezAjD7A91aWkHze1RQLjc3xrqoASGCNrpb0a0VyqJR FYoeqVDyc+Deo8KwSzWZqK7DB0XD4AjjUgcE1Q7qwGRD+1Ly+INvvdWY6IMnPkP3XLj8mcQTAJDr 22cxm878wjD/LNiuNxpc5to7zYJLSa+i0yy4lPRSOaGwjylfCpj2IQzcUhl7cI5NDno8OU5myKx2 jgvmqDaMRB8YccPJNAoGiDETw0CIKRdoVvthAB6GO2VOwxTajevwwG25q3I3uJ5zvaF8qHySbZFc Plv3AHXJHqfL9Y7N7ra53Da7Ctiju9jQum0rRGE2u+7BaTL22jl8jOESGBzdwQhyTNRmawu1NRqn /W5c8Rm44sPIp/mIz8QV39qQ8wDug+x4PbTst8u2+7fwJa8zvnRCmDiLJwBTDB7EHXCyXNoKS88o D+KCOhqlRqmYL7Y2gy2iBtYwtKmFODO949YRcgBnXCyrAliDPG6RhfRjXvFsvGFJ447VY1d33X4/ +ah978il6w5iy7z7zvxPO16krbr38JObdo2szCLfv5i4eULi7F+OrNt1AsivAinxgB3KRd0zlijP jvPwRExxdtegrmJVBXcjm88PulU5iFGRxhwRI5LQgl6NLbvXsENeI5Lwpt3+lg9atDfN5Y+3aYfj bPl7zPLjIaLuGeIfEhrvHB2aRa8Tr7PMdF4XmmeZn7PMsjznQ8sHWQ4xxPjfJaWWwpgC5uxks1LY eMDIGqUSICwbH5toJLbAAplEYmYL0O6iTmtf1GHtizqsfVGdZqy9hpEG8AFzO72XeZza2osAN/o1 BE2FCZrQGAQk22/0E8QVulrpneid7V3o5bxaugFww4A6W7U3i3XlzWI0e5tIYUM0ExikbE9HWWlL GSLDAAHDMoKxjzkojV1CBaFwkykZRuYHYKQGQ3hueP8Qr4M4OJlfUpCPHFo5M0TY3UFo6PkG30WX zaoeNOZaMujA9Mb2W95b+nmi9fF7vt7xaXv5yPtHzH36yTtuf5672jazuKp44Kl/TJmU+PH9VW13 4eF4Ad7++rZDFz6NP1/TtPmRl19m+DIZrFEW/xxwco5uO6xiDv6IhZMAshk8FBPMSYpaRylhDB5p +G+UBOyWOun/oJEgXxMJrYTbbLwQAhS/La1GLAdQG6s60zZCO8t8dw34wvy6CkdFyokDrWDRs4Co IBb0dTrLJ9PdqxNtw/va99ElP9zD/bxj9fqEM3G+6ZMd+Ft85DGWi78apNwPUu5FBaiYPJiS80YF ZQd7MlMA/joZ07OnMxwU+K5BpxpkRtMImc/sMSLmqJ3liJio200HmxWMh3YfNRNI1GxFMypCCz0K a+4xevQYKuL5JTLuHHYzz7yNpavT0fdegxDBJERIEdJqROF201Slx2d1ULig57NKNix702PgrMeY 6S/zMweDsXCvNAHmybS0qk8W7pZ1WdZlkZPKN8W8VIzvRHfiBdw8S611rjJfvd17L1qFV3PLLYut S5Xl6n3ePznecjkVFPQhBUba2hN3YGYnPQx20MOgqYd7qoN1r0lYGuQk01G0Q+toh9bRDlobrbPr IdBaO0Z2zU7sTXhdY2+fqao+U1V9Zkjuq6unmDaR6Q2FZqNCs1GhGeIX1nnMwDLk0T3Es7bkiInr BpgbofyZDLZnnEdnRdxgZWqrIaO2+ckTu3JCAVDaXaFQL3brEQKf9cTObiFs/ls44FHOrUW1NTU4 EuljpmhN3xFBjcvdQYM7qjOeOeeGk68d/HbWjSvuS5z96KPE2XXXLp81Y9k906av7H/Z2qsXb9ux ZOFzNLvbIzO3fnx867SHu110eOWBJML44JrX8egZS++eOGXF0gvJqrUjn1205PltYAv2gVov5yLG 3lU/PcTxSBAlIsQ4GsMCJ5MYmHNEWPT+hCWdNatl2gkxhjF3Y/outr8C576WlhZa09Jy4bmWFujb yM8ZfdvQMr1XnfVu64PWp6ynrTwsb0Qul4fJ1fJUebf8hSxaZZvIxhRjgsDbOOsLMsvlFfAxziBj MUK8IMY4uZ+1P9+Lq+RIiMPcE3aTpNiZVnDRWBKPuWntqQS9liYSaW8zCEFza01CM8m9lnR6z6Ta TPLBfOegL7gBHPup43hdWUMX8YTyArUQfj8ZD5WUjN9FdKEZjwIPdZTuQS/gF0IcCVi4mJHsmC+m 9w1iDNWQv1egqg0+vkCaqnTmtQ/2YOyZQ9+9kKCELN6GNzUkDideb/gVBYvIGg4cPQwOM2EUYMQB BbyOGQV8igLhhRClMQEFLCEe82kKTsZh/FhVGyPhNyjAuA/74wZc6EPxhSR9lyxOTG7AlTjWkJgG EUiyHVhfAxGIiGxkyqBc8AzPdQjpL2TKUod6vkOZM8sdAguBy0QYivJq+pWfU2oPzQSr9dX0u2fM SqKYlfiXSkE245IsM11lurZWMzySZTMGMguSzSTDrBFTNXursc2uGSHBvxvThXOGN0IYuNcYuGxg LG9ce2nF2nTLDGmStpKu1d7m3xIOaqc1q4WvwdVklDbDWq/9oPyg/mCTOIVTORu1yhLPcRBgWwRR VKBsERQRI8S2RO1GKiwkKm54RChldR5WR0Oc4oa3pCDPW4ICFZrIHF1CFuUbnWBCmrEVFNyqO5UQ mirSq0ZxR7njHF0L+tGEsW4dpRwUjyt0rYIV9l2zi0dFslBcJBLxQfuHf0vpjx9O+POBZAT8Wlsb 8lXGAm2VrTGWIG9j24DmPmA0nVkB21yxQjt82Hb48Ao+dQclG15vvXp4ffDK8SlEHD+ukbNTi9ic PM22f1PoN7c2/huhTuZTgEtxAWV7h5RtQ1BS+hcy7tMX2h994iP8/cZh+TmlfPPPw/CBxBAyHm/Y d8t99zJrvwE8k29ASh2GV7tjHxMdvRvLSXPcsILqgmkFddJSSbg+MJ+fIwES8XdbhS5ZEvV16R7M ypXAXn3dQZK//nWyWPdVS5LLGezevVs3lJMbBNbnBYMOZPHBu4nMu74O1suXPAv17F252hcRFOYu CBCq6kXMXxCczC8QBLbEgoVRKhhCJbiZwAmjizr129mXNfvVqosiSg7rV5FZbwoTU4X1pQQuAhp/ 5cfKppsaDBkoFUrnY88aLoxRSOdif2405DFVEFLZWdnIyMajAyb4MtnWeKydhcgjjO9VqRxL6vNL eg5O8DzYxjJLQ0YdbLcUG/hjZGZLHeEOCRQbKcDh3qnkW6QA4t/e5QNJqryBRLa9Wzdt+rI1Yxe9 vjrxIL54cb/Lhw9bsjnxCb7xmsjg8f1Hr1+d2ME31+ybes2zpV0OLJq+c1IJvcqRNa3qstndzm8V lX6zhl11WwlD12nJr/ib+WMgL+27p5CZuQSn3Dxjrl/rE1kphHqrUwCH5+UuQktz16JN/Av0GXUf bVSPqO+h1twfch02Z64jN5d2F7o6uueE8i5Vq91jPdX+Gfys3Duc9zo30Y22TTnb8NNkm+OvNhdy o4Dm1gIcAMpnu7pWGFm/UNcKzY4wl+0KKjQ7yElaxH45irDfZQTyvOYies1F9KYXUa72RkIWDAhq fFWrLcbKW/zBKRNSW3/RuLEgsDZQSAcbDm/qpxFxthsBEcVc7BW4gvxCYLGzsLQ35xUjzNUgHreT OR5c46GLE2982Zb426Mv48GH/oEvGvBa6aEHt/9zwo0nlz/1BSEl351/Hd/0/pd4zM4T7/bY+sCT ie/W7U98s+oAy15tBtsxHrTSjnJxD90ZysODLSndcWhBO7J4O8l4590cU8bz2DQlnGckSiVDYCXZ 2N3yGTWGyBvIHMjL1UwmaXI6s6GlnD8Qee13i/yPpsifM0U++Bsin/4a7yTnJcWDb9P70mzRIlh4 C2fhBL8v4COCVQYNlangyXJnubKokE29Yey0wcVnyQnjLNkRRsbOPvv/fS7GcaYT3ixvFkR3BDSi KNw7nY+G0C+8Gf/0wvi7aubVjbh9XcuyxE5cse6ZkqFVD98wYkfiT3yzJ/eKaxNHDz+XSGyf3HtH 35Kh3zx78sfu7L9CexJQkv3a1Ype1T0CH7RYRBFRji2ILAWtyCIyeXRrzjJxNL08JIdUIgdUTiIZ y2lmDzNAIv0/AIkk/RdEUQb8MS2xaQZXmaASrzrT+isUKSlO7Qynzie5wgubafTCX+lSvnlHovLF hLoDKNoGc10Gc5XQi3q+Mdc1Is5MF6b6WIiErIQErP+f89OtqT3VNHQkfjU7ecCE/zq71lSky8L/ /5zZNvrphS9JffsoNqv+O9qnMdS6EVBrH6BWEZ6mB7Ld2R4yqQu+xuLCTlpYiMJOLylCQWLAiofR gbHgDdooBGYSxpEuRYWdNK6wg8YVZjROrS4EPxK402WSkSdtNeZsOEXphOnHxpoaTpGNjULmLuqC u+SabMw12ZibgarcSEjGcgaqZGOLT/ZHpvyxE1RVafGzaR5pBpNYYiQTJ7PfJTkrUsn6CpYXAF0b whVk5wRy/DlUUCJakSeSF7EUcZGCIp+aG0ZZdlcYGrtdIRG+5fNFYZxjBaVzO+ASlMJhVEjZv/ti JFcg0oOoIeOIMDUE/7hPkaMTQGZ5xZ4EEJL9MMXt5AAjyx30CnLjmsR7W/+e2NLYgEd9sgXjByIv h6/dM3vZoVvC/VZgsu6u0wNJ5Yu4/cTcun34mr9/iOsapzc9VDxnUdWVS0eu3HI4cW7R5HLsYGv8 NKBmPtNSHGRJ5YN6lstTxtGgJG+V35OJzBNitQC6dFpKS4eltJhLubvaEhJFgWXFDZcDllC3Gm6H kb0TWI7NY7ge2HA94otUrBKruY5Wcx2tqXXcW20NpXdyD+oyEPU71MKSVosOmJqVVvqQikPqKHWS OkflBtT4ovHazBZuBmNT4hCNpaTB+OENRN4G0GJwHEBb4CyA69OHyM+HDrULfHP7s2T8z8NIQ3sV UPoaMHQx8JLiygZizouaBSKmJ0ihMEhNhxc/ZRiJzDI05ZWUQaFQyDQ9n+Kz0TRd3lPN0IWwDeuG fhcbG9cNpWWpe4/i1L1rt9S9oCh1zw2m7r5AaqO7u6qVhfi1/Ms86CHEB2vQVlSPuF5IR6PQcXQa 8c4QVK5FlE9tazCe+9Jr8S9zLU6Za3FW11LBhbEWT3If1nQwZoMnjNu1CCKIeE3t3Fh7xjVn+x2G o2B+GLNfO8R8byaj5cmv6GTD3z6na1PJdGEemS+sVFc6BMlAn0YrA58mHGjkgnZJ6iSqUgdRlX4R VSkiy79DphuqLREr23Ng07Wamw/WFPAahZQXx2p0IxlrjYdcOOTSXaNck1ycC0eQsXeaskrfmnL5 jzRcD3fuMdnT9n8p+xLAqKp773vO3fdl9skkM5PMTJYJBsjGQGwuKiAim8qwyFSsogIuBAX3GmsF F1RqP61WLfhsLa4gCZCCT1PLZ7WtxbYuhdblWXCr1HyU8hSSyTvn3HsnE7Rf+4C593/vDDOTc/7r 77/EKHQdLfmyKBBy0J9D2U63agp7SG2taGEIBJuZtIVfecH05XUvLfz5d37+GtgU3nzDqVd+mz48 GOn71fJ30aqhKIU9C0s2bLCr6Or2nCBOrJVauTZpmjSfXku/TfNrpH30PuQoYN1KHJw6dj1zB/sk 86nASgxoZd5icG3s+7ZoJVvoBD4gV7JHyVn4bg+6Ftwzg8+V5NzfYwXx/XftUyPoM9PpkwUxEjmZ aQiHT0EhCC9KoiCxNMMkWMnPsugK6Q0OBaKcJFEsZAASFIESJBrKgGL64ERbH8uCTexWtp99n2XY MwR8Tx7LgwQKLLfyNN8H1/b8Uz2CDICc+N+GH4dHnIXNOGjNjnhfQ4WuQxiXwuq7AyuJjg78QCYD R664FgCdwyRdxwtGh9CB4tQwilMrRuJUHDD+ccJCB4PFFwM9iomXdsAOIYIzNLNFMDSjRcSUZCAB desxF2ZHxASn+EyxGq1xYyTH4Ed1RQ6J6Ls7gogM5ji8BbKVE6r9Ocb25/CWbE8jMpAri4AX4ncG XasKWQqHyljwQBKgf7x5/0vwj4AfehB+Z5gaOjqAlF09fHvo2cEH4IefFhmHw5gGUnN9p60AiKwG SwkYK+uDP93Ow5Lmo70toUueDv1ve3JHv+Ifc1/nH39YcBw37NRgtwZ9+d8j/fF37J09QFGcjr6n QTf1CA2yo1ohIkZlIZHQO2ZE0FSTOBxIpyGCxfU3dZhSLPw0qyu0SAEoiLJGCSKUZI5oB8NVDcd2 ENVgUDhR7P58X3g/32DvqGo4jMt39vcbr7/ejzGyrLu9lFcdF+eJGuXIkSZHhhxZchQwp9ZgChKP ELkl2EHSRrAjiRx5D1oS8DLGSU0DC5SEZLXo5MAqNAU05JMLyDnHPzh+N0KQN9kN85RFGTBvq67r yXmbQt6Wwih/9kjTERKcIHFwfphCmU53GLjCvomCuuCHFQKzRlmrvIKWUpmuTNfpeiatNmoL6HOZ Neo12jpVkCEr5NQ2bTacQZ/G28JM9RRNegA+SN/P3y9spn/KcxbUNW0sC5ESgYKiqmNZAZGCcpZ+ FrABhIIgSjIyV5pm4H1aYnVb0NoFNyPFPm4bmxD6wLjtiih5sJ6L3dliXkrYyk0ykHehH1sDMnot 7EMnHVCTJWQZRgz2Ucd67MxTCX2lAYw+mN+ZYJew3SyylXBzj4k9jQgu/ix0hIeIVseIF7qKll0e KFBh5Jg79fDu36hxiCBh624kQBg6IStQArwW/CelIBdAGH6LgsNvEaBrxlYFPVdXrmTU4S+e0yT8 pFsx8MaOZE5rTJKqgR3tOW18OyG3j0F33cqA7MJVXQWkCZCFxpoBSRIIhtraQRL5PaAGmA+AFDh3 bDDSCs4D7O5ifktxAbvr+OHvnT7nIXrw2FTm18dbmfePJ7DVfhjZnziOicAHPXTYg14FD/valrdk z7UTwkqQJLWQpQy62a0a0zxlnqCQI0SeCS8gEyFAnqYFkYFQ5AWGRgb8eMmA02UGnPbub0eahuNY z1FhS04p68gy8hXtKBGoQkIGCXmOvEReKXfLrCyUx2duxJZwvFEVfeV/L05jvuqQluK0Mr8oW8h2 EH4odB050QO1cOInl1vHEGbwbAY9/P5OZCqEBDpQJIk/biyOKtBO9wr21Bxawv4dU3OCPd4hx+d4 ZCkwELQjgsjxDonv1hDSlmtyvOZHDx++PrLDh8hKh6xEZACTXzxXMh2gTKodRmkG2DkG5sO/pOGu Xw4WEVvczNyEWKL7eDcePIRiyXfYNyiNqgDN9oyoDvyG318RqqhgGIPxyyG5gnkitEN7WaNDoXAF TFTa5mzf7JAdXcAuEOcb88zzfItC54Xz0fkVd4YehEakiqatKlkMjPLiAmVMEPC8uB35QCaB4vEX ygpzecRrePt4z3XlcZITbxqP/TS8bzyuwMS7xeMNJUqVj3ZXgkrdM2y6xyJ6KfbUM5gzSjW7bhDq y1Ncmd6MxC4YidI93KxQYoaZJxbyFgpdPoNKjmcwQkPiw3aDah5PmS0wU1NNXQBuA22/BlOf6i3u eHFvcdfmV0Dl238CFdd+8r3fFt+GvwKXgUdeKv7kz+8VN21/BSx6ofjfxb2gBVT0APn7xYMudsYM IVlVqTDg7aql5go/nGHM8J9rnOtnZKUKKVoqFHawDGvUgn9tAV5P3soIu9HyO2i2lhcIYiwYrtE6 Ylt4HYRoIgrQv2hY9VZU9VZULbkK6v8WFPkq5BMp9xhGUOQuZ8nd5fYwHxLuoWCcoGJVEK14Mmki ugSIwfp7Z15678K/FV8t3gauf/5HhTPHfbd4O7tLs5buuGx3cWjoaRqsv2nxLQEVreyC4bvZvyG+ D1B1YLd933mZjRkYCbcHoBxj4hhO8Mf9NVwDOyaUzUxiO0ITM2eyZ4amZwrsvJoFmSvY6+nr2PX0 evY+6of0j6mn6DepN4MHqYOhg+FojM1SDewklimw94bvz7yZYdLBhkxLMJeZHp4emxKfUjMjkxcW mPMCi2KLKvPx+Yn51cvYiwIrMtdn7o7dnflT+M+ZiBwGAWQDtlXkKFxLNrYix4T94QZ2IstAOlhH 83WZcJCluCTti7IQX1BsqqpKp6GQquLF6ChmiJYxQ7QsIRHN+MJ413yesPm8oMiHpQ7vm88TNl+J PXxnwGiiobsBNiQ99kh67JEsCVwygxS3XJIzOUziMSJncqR+RM5GxGym6857UkZwahfnCeUos9l4 1Xi14ALX1CpsDLtWpZ1OlTJsBssiutvmCqGJJbI9U8v8Y92q3I8eeez//rL4/JatYMqrWDAvH/pw 82VPIXncV/wAVPz5ksXnLn2kkF2Xu/7cfrB4/z5w4a6fF3+yf3vxvbuaCg+D3DYgfb/4dhG9uPjb 2kkRLKGPImv6DJLQMFUN59hJS9aA1RZbFL9IuCzOiKR8XSBHnhxTOCzGC0zKyDGheITsEVbf8Ac9 VrQFnQd6qmtbTHxdWdtiuGfdPaPn/9hTmXGeR6833DN+3p6OiLR2RuyMxNny4thlsVXiNdq1+q3S bfoP1Cf0Pv1j7SPdQLozYep+09RNXRGtCpiMBiXOwpXnbFgUg6FopCr0wnB/GSLf72BFoRCVrCZ6 J4w4SBOqRvHb6GKPUnBfldEe5ry+FM7TFASAihAoiiNZr0IitTLVnaJT1WH4lcqOkvoJ/7vqh/un tr4GB5FfxWRdjR85EHZRfafRj2ghFGeii1wTqTN3ysxZ0u8HRuczsQEmxZ6SYOs53ZhoWhOxSQZd xOfTkGWPRnImsv0Wemh2LGegcNCojqNHyZgvLEuKhYIhXw19EkSaroZoPVIOknwU3rHnN9f96g8z 6+adOXzkpXmXzx+TnPFf4NFb75/1g8eKY9lds1+59uG3KtOpWauLXWDcd9dPkPmh1XRz+7XTLiEd IIuHP2L+yv6BGkv7J5tUrWcp0MZlyuhS5RzaAcPdk4hHRBExOU5ep5ZlTZUyWi6jY2V0hUejGDTs bjH0COAQdl3+AvoC5kr6KoZJ17bSudip9HT+zMop8dNSU2vPphfyiyvn193u02owOI3ZIeURaY/I eEStR9QQTnFe7BBpj8h4RC1GzaZiqk7NpGCKrk236S01p6WnNC1K5GvmpS+Vl6srtIv8S8PXytep 1+k3GqtTV6bX0nfIt6t36HcZt6ZuSd+r3q/fH6hyA8cxyYxVkYmKmXqQoaj6qMWMH5ehliJFoo65 tuL2CliRDqpjqmrTIM0G2VJai60aI1ZVBWnifGSRQiw4GDg+FUgZR9Mh52+FPSad0lSZTcYqqyoE nmNoyIF0qhrd49iqijFRG0vFPci6HwpSY0iSgLjcBkiAOWAJWAk2AA70ga22MqYq4fOdMg9/MIuF VMVX+Kugn+AMcVR512g4r1TeJWaoelCPHTdNg/Pq8c9DhLI+Oj6pfMV2eFVbaI1AxsKxAf5flifT VqlCwjoHi35knJs4KMw8QIA6N8/p2RSS7MStLsZQIXsAH47glTJDpFEX554XYgiva0RqQfkFkWFf exVsHu8m3VK1pFiLlPq7KdKAPxRkQkRGsQ3KLN6pnvfKjVc8efacxZOKl85ddvG3D/+fx75cy+7S n3li66O5CWDfgu7r1h5/5JfFvz8I3jYuv2v+KVeeNuXimtD52fbHll7x8wuX/eZm7c67bz53dnPz irpJ29es3nvlVZ+gH3Ys8gR3kQqcwR7OU4u8R3Aehs3/Swyb8zBs/l9g2EjHsrAKsQ9F5lSLffDK noRTULKTSwDYhCvrANgO3GzAx7ZMdLHgKuLDHlL0gaeRBz0NXHTQCfyOwo4Hy0EjPHfAGDpQ+NAg PZmdLshf+oNL4Uk/qK9YydxRrGDVZ5459ndcmYbiGJwv8YO4LWX0BcwC4VWBCfa5mZMWZpIwlTlD WKM/zn6s8woFTdw4xYn+UYbLX8bG/hGw2Z+BXqQKS5EqNNz81/tOpAoLiSBIBOcE4ZLgymB3kA7+ U+95R14lqTAvzpYSbgeDY8Ukj+OlkhWTGBf5cayYVLJiUiGAI9YRK+agoTONggtbl4IW4j5nqQJo Nt1ghYDWBL82mSUvXVg8/sZvi8dWvjTtmRvf2sHuGnzuneLgY3cD9RN69uC2F7d/6yXgxxZDRB7P VNyNAsf0sI1eS4mntBlEuMZAGIXiHyvR1KhwrxzdP1wyBt6CQa3Ez+LwpyV7JHh0b17yq+oL7vt+ 6N0EKTfzDz1CinpIB36ZW4sGUl4OCBFloKNtsShWJFGVRLGiwALINr3zmvHOa2ZzM+LKTlKQXGGn mljQQNXRaalJGassUW4Xbhc3KP3KgCInlDkKZKAsQLekVwSKTAnoLTs7SekU+t+SKCYE1i8ILIWE CLJ+CFkRfdQnCYkSxKUCWAoFktqpy80RQLewQUDXANgqtOty50FwD9wIIcR3zAQ7h4Vj2SXsBraf HWBZtg/e1iMv2ezAXF24NxI/wrjsD3k00cihcOcJkx3cui3/CFS1jdIRo/2/baIF8EnwY+zVq1+d sbUOvbptLka0KDKYmQTFpDg9e+IfrEqToNnBrJoBnDz0yu/BjSfFq8eA9S8PvcTuOv5298prrmHq j03Fip2i+DXYp4ZvPU/pHhehXULy5DKDVsZP+vBQ6RX0qFd4nKWPVAsyXAnzLmMxh3U9i0R7BPo8 z7PR0Ft43KeXcaJeZgSV4TfQx6huKaNL2835eipj1luZcI5qM3NWW3g6Nc2cbk0LL6Dmmwus+WHj AeEBHZphnIgxyNH1FpoNEI1kAy1si3Iae5oyI3AOe45ybuBC9kJlReAq9irl+oDOBjBGbAlI70LC sp2dhEFDxDHAfFZFMywLOR7xmYSUiahquq74fZaFf+FEGEWZHT0sFU7gs2KZ+GwvCghigmLxXBik UQEVZgWhKhD2BwJhSxHFqoCFSMtUdD1hmH7DMC1REcIBVjcNpFrRV2LpsKHroigIEH2nsGWZJiVE Q6GoMVkEc6kEWrG5VAA9bIoFc3ckcJ1TJNIH7nzOcckL0cjMoWh4aCgaGQrPmrL0tA9HjydBf7EL 7g7d8EoRZ5YDs6NPiAHXacaePejQscejyg+IoXXE0GYZ+1tSGGlih9nT6LmGchSX8LwL/WojT/Qo Nmvjrm1AkgarClTZrI6SFQPNPkcUfBY6+ZpBDcB1jgD8qHj9L99LRSdIIPTp72fXxMZ8+Ivi5buL v67lQ/7iq0gpd/7gvr+m6HeHosXP/n5nL/3ssalMYX1i6bTjj3m6eTqSHB89ebJMGWWguO7RvXmz VEWrjciFVbopjBThslxJNLxn1RGP3Rf2bopfcePthjxy4iIgKMN6q943AbTTE4QJ4gR1otZqtfsk y4ezlhY+aG6qUnXP5SlM+1Kcw0x4Wc6rwdUyzDD1fJ3coGWsNmaiMFHG73i6cA5TEBbLi7RzrIvB Uma5sEJepi21VjPXCdg1v9q62reWuYO/Q7qP6RN2Wi8zrwpvM38U9mlvWR8xHwsfax9ajRxpSVdM 5AsH8VEW8BGpvi96MOHKpKxQAb8RlkwOR64f2xqmDI6CKjIWEBJsGPMj2nZH/ApI8kQR4F/1QSMP yadrqgoMQzUtn09GWwZVmVZ8kgw4A/pEyedLOBOBaKiqCYX2KwqNDAVNQ+hTVUWhhKYACCBJSii2 ApGeOm9nQtog9Uu01Af6tp/n2oQ+W+J6bWOOsdegDfQiW0pQEX/gpSS2CdlZR7B8FcIHI4cKhwqI ICJWGCVj69hR4oSb1tAfXccS1CHsKT85ErRnIVH0DkpX4nkS78oYyY7kAI51wxU5Cxc+VuR8zonB HTUVOaG6IocHPm2L4exHvx2P5XwoLqbRQ9WCoQ6fFQydLIiIohlEyRgdP8lC72nlZKUyeTKgKpMd soQpiCnFF0L3fCF0D1MQUaOlsFwsUWB+ovPfDEYMliefImwvKh8B6eyacaeC2j8MDcHsQPGeeHJc oLgBDsIXiret7pwzH9w6NHPwSyiPaZ1TVQRkrK7rMylwUo/Mui6JgogyB1wtc8BdN6ZUv65wJbsG RnlSpU5gBjmIk32uTzVY5lMdK4vLRvwr3UvGe4GD8i8Ch515QZxIM5PQDn3UY4WwdH5ka4hgIuhA 44OI8agwEdw/2pMQwdShg4XkVWiQmjTmEnAJd4n8LsdgSeAEXuQ4kaNFScHVnAlJ9kuSzNGcSOOw O4jv0gkIkFMEOEXmAApEgNwHI7YoSUg4kG+m9cGwLSriWbbULUHE/tttVZaVBEWfNRveQ8Rguy0i 8+X3QCJbJsGJ4gYkH7ghCgzvUDVXNIjTjOOQQ7iZBJ8+xHFIB56SZTo2Z91J2ayAPCaW1MJjah2u gDfQYcbWELIHsbLad0ERFWYXUrT08BGniY90XBBwSCRlAuiBRODd5yIY91n4tezpBT8jHGnCSUO/ /gwk50w55Zsg9sHQTngZPbM49YYbrtwAtgz2DH0fcV09ihm3Yq4DJz1f7l2f2Pa9LW9pWOJ01Ww5 HUwTThdpSZBF13O1NYXSVCBXKciBqOKQhhvq6Bza42q37FMM2hkAGFFiBEnKVCZb6iTwJQpuEoBB rgMj1cmxFoAPmC960JnB/OHDd9F/Yat4DspSFdJr0m6wHbe0oE2roPixgo3c3TOUThnIUQ1QLDeX iqg4WkTuwcwjSEHh2smOmUe6OowDxmCpPLTDzJGVw84tkmikuTTDtfCrFpIuQlKhIcLqZA6Ek1jl vLs9koPVZPmzRIc1t4K2dhxoAj4ZqIefzzl98LdMdPDVhfTmXvqpC8945plB/mJcwXBncRkMk6h8 qp1l6CyABstlKd5C/MlzzzJsGlCcUwKH615xoPy08Ig7iA2XMnqT17zCYZ+ZDNSYzYE7wV379hWX 8XPv+3LffViD1BaXgV7ySZ12iGGzPGfQMIscP45F0cmzDJ3mcdmXLZFPe1p8aBGpj/majwDJ1maz pjUJeotX7tsH7iouu4+rvQ9j2WcMf8zEmG9QdVQ7fNduFFWxIaJGG+rVhoac2hZor5jYML2hoBYa lqvLGpaMvUNdW//D4EPRJ9RAnVdwVUumDWHq8ciTdTsiu+v2RPbW/T7wTp1wWhBUYQDIxAGsZY10 0LRiQz8bU/FQPJxtbGjJMbnG6czpjXlhYfYiYVl2jbJOeVX5Uv0ya7a3aIAxmlItofFJf/i8+ivq YX2sSevU7tE2asMau1Hbon2u0dpuT/HtzGuKO9vrU2/a1xHbj+e2aKRJUuNwC6WWcbWyFiY6d3te 02J0qA8+2RN2glyMOTdK0inzwvf5YzG82u7PQk2plcbHaLn+fON8arIxqhLhizJdPeim3eQ8xREF lE6mMKzgQpafObBCisE7mMIVt7h/NIWzAng9U7g6TcZfO0W+cMrDU1J98Fxbq7XxbIxEZmxmS4bN 4SwDxs4yfcNvOcRuL37pyWfG5Ui2vKqmZWyuPwc35UAuhHvf8ZuHBK/aIpQOVzd5YxyavJCoyVEZ tplvSr3I7eVgnOvkIOf3cAB/aRKE8z4n5TmNwP1E53JhgvOTzliO5AU5jWD+pBSYGzdhpPgTj/Bx ULxs1kCCTKYqHSqhHCRXmD14ECMbB7Kdh9DlAWfCTek/dzkYaa7U5ka0Kq6morrSpFYPg3nt5G9r S63TYP8NSNC9YCDgD4ZqMjTHa9AZmodeRHdc+LPlW56fduXprSv2Xwyap9x207WVW8OXv377bU/O McRQ9fOx0Lf2XLF4/GXLLvmPTOUt86Y+deusm2f5NTWaSkuXjzl5YVe4684Z9vlnnHTNwPFbT54A 3qmLGXUzm05fcu7sk6/GMrgWySCuzsBTvT6yrwesoqfYVnYKy3bGt8ZhPF4da46dElsZ3xDnJvo6 gh3RM4NnRgtCQV2gF4LfjC4XLlUv0S8PXh7tj+9T9of2Rz7wfRb6LPKXyvfjw/FIgm3Sm/xj2U7d Zs/U57AXsfsr/8EcMxQjoDFIt1fEkJcjBWKajFuaRhIA4bIwt9TeZFfnw6nXZWDItrxE7pYZpz9D JvImh926q6NedmvAK8l0xonJuMufpAMJLIzZQL4K2TWXgUyHgXbkzWbK8tL2jOql7RmnjoPgiM2l gJ12p41E8nQawn4ANoBNYCsYAEwcdILZgAYYfMQCB3DLdCUWDUA4ExA0D1iYMwHhTOz492KRIC8N 4q8MwqScnjRngUjVtPZRwBtmulVOzTq5dwAx7tBoZnbSmp2k+clxA7pWUV1JpPHNtubxVTBgUDXV tbQ/VNbvO+anvaue+9aWLrt4+D+fXwFb5n1vzdM/Wb3maXbX0D/umX3Pr64sfl586xFw/4vz7nzt 16+//Bq2FnOGP6YPIU0ehU3PU6HhAc9LlLzmS9EjdI8wPAIvfDkW1qLdpAMdK7Q51EqKphgrJvPh GCMDLcALeAV5soI86XTnDbyCPJHD1954mSQsjD2F8fhB5k2JCojHTvWdGjrbd3ZoiW9J6CH4EP1D 9cfGj6OKoEak5XAZvZxdraxUu9XHle3iDmm7ogSVtcpfIK1Vn6dfod+k0zpAitnOjCW10EvQ19pA baLepwZQAKzrMjXyHWPoq5PBbyNgkce8el5PaQKxANUVFKkhO1Kmrf9WehmVkrNx5EUCAGwt66Sm bJdLge2uGmhz9GIC3SLcYxPWOZ0wTJQwzPRYwFOnAY9hA646TeYDqb08iPOdPOQ1UuUi4TfgiZ3k vREtvOIKBT+uomVPCTh3mKuscH6V+yvAyAyXCQvRs6uO4Lz6Kq+Nwsw1GYUD6B/JgCA29EA7EHIG SbSQkXOlLAfmR7rjucrPn91f/O9Vn9z+zJ/jWyI3LbrtyR9/d/nd4NbQzr2gEkhPA3jzlkcrVlz6 iz+89dJ3kDabivjwPacjExy0b5Ago6bVFvU0lW31t8bmw3Oks/xnxy6GF7JLxQv8S2L98TfYN33v RA76Dvo/D/01cpBorWA8no1iVTcjivUefxJMqScFJ8JWdQacok71T4/Nl/LqxepB7qPgMXBEM0CA 1mRDR9pM5k0KqTMaqTNplDor9SOHmwG1e8Q3ptKmPkrz6V/LPKm8njaM101gmLa5xOw2ke7DjO9o QNPCKsYkHgLWhSaHxcQkGtEkCQS8w6aGd9j0qjlNr2rT3O19O6T8rrKE0ngeb5aPwzM78laK93Kw uLoA89Gk/Iv8Xv49fphnMC/N5mm+iggkMbx8lSOohL+I88NHCX9FqlrmlOkyHAmTvEFJfZGbTvE7 0mkdB9yUAn6MKDNcoZhsxYYVWVaHf3DZcvkkgwlL99z05urlb9yy5P6mnqHE06vX/GTz9dc8uvZH 648/thHQd8ydDLVjU6H1m1/9/OX9v9mDLeIMZBGrkC4LIB7abYfiVCyAIsMCWxDnyUvpFewV4lJZ CDiTW8kqHrDPwlRljMySsfaxx/xHo8w4a2JkXGyyNTM6OTbXWhw5K3a+dVn0/Ng13DWBo/Bo2KCC QFdDoTlBnL6hgzF9g7HJgIbBVMQkntoFn8Sy5NmOfptsnoF0wn0+pGdwE+PA/38kZU8+ZKvIiSOZ HdUbUqV63QcE8xBrG1q2qkCNxnG9fjrTgs87saMWB/Hgbs+F3JEPNpf09Ui7o+BZRyPF26mGFo8D PMZx1YidzePy5RJTxAhTOEonRtiBNOdgphht4ApZUiBxAN1DDHKUwCVeegk3jbjjjjqGujrcuRBu cy+pZPc0i1Mh5+eTJPMEkmSQDUd/c1fj3372SfFz4P/zm0ADgx9L2269YP3QfjhXmZC//YYnQD70 WC+IIxOugLriu8UvjcSWXZeA+9aeesnjSHv7EKt0s3+gQqDNrvKLQI80RcZG7MjKyEPKw+oTqhBV 69Stkf4IEyHgUjTeUimotKLHJBCAWb+PoTlK2ugH/mGfs6A78z6bGWm49cQw5PaSyshBZiga3gtI 8WnPuAktpAg1G4u3bKBAxMaCH7FVJPgu/lBHsIdqrAqoRheBOOwWqfjdIpVPicdBStTJFMy+4WNk LBH1WDjyPNhFJamjQKI8mKK0LxiwQFEeEc9D2UMFB7HAQxFzptMi5zdMTuQ5AfnqhmhVUCanV4As yDbcfDPIIsFdhWPC5taWdpzeRmofa/0Anji2beNGX/SWNWcurpgw/qzT9u6lf7i+a0XL1PnWI9LU Jd9aP4jnQ1CnFOfSnyIZraIakNe6RJZZf6Oc9p8pT/FzYmWkslHO+BtrcnKb/wx5qj/PL5AvkY9J /whoJ9U01n6j5hu1Z9ZuaNzUyLcl2+o7G6fKU5NT6s9JnlO/jL8geUH9ksbuxv21Hyf/VvN5rRkK coE++FxvXczHEy/ASFBjiQ/QTfVTr6MAuQ/eaBtsLKZLU6pjihQMNKeb8RTK8smTh8vGV3jjZVJ5 KR0Ovx4CRsgOLQl1h5hGtDtwXiPR6SGi00MlnR4iOh3PeCJ3P3V0On4Vnvnk6vSQ01mACGR+jpXp h2PuZyr50FU6SFPVcY/R4h6jxV1GC+XjqRf1vfp7+rDOxPVOfTbyfzyR1l29f1JeJyKtRzE76dVk QFEMfyNn4ppO9LweyTZelcSqPjtrRKq73GoJo1zbE3VPpP0onmV2wB1ndsBJI3chpyGEW5NJXITL 76Cj8UOtXh9U+QCbi7bI40+96sbbwhpYs/VPA5f/7q7nr3t86Z82vfDpg4/feMPmZ667ZvOC6Nz0 +AsXtW+9E3S88wAA6x/oHlz+xd5rnqIbftf/4m9+8fIvsF+7jqLoj0mWf/PPqCCSukAI9+e8b5Mo Ms200lPoXSpDbgVCkZaQYCqmn2YBpcdY3i9LyijbrpTxhOLZebs2r6RFu7mtZVgE/SIIEsMetEnT eR05+vHWizhkN0n7OQlGxCh+nUhQRjIbmWAMIs7Uk+AGN6yT66M7SB/ILFKcEGppa9kaHAjClcFN wa3B4SAThH6PBfzeNvs97vCnnVJ3A329Afx72RKI5d+nGFJe66Kcx+wQ0TGM13tZVvB+zAlkKEiU CiTh06zAtDnhcu+xK+s1XnZlj4zmCW+ggxPEYDCUaBeN0/i0xikVQBWQXqEweHkzlcUDd5ud2CYY DJg1JuEGLmCu6/12/5pnZ/SuXjHnrg4UyBy+t/Djh4fOg4+uu/7su28c2o11ym1owztw1ybFg8M9 UDoxbzsy9wURkyMudD1YBr6M0GwZzXh0bx7KXtzoEZxH8IgovelQWVwwQrNlNFOWg2bc3aM9gvMI HhFl33QE8R+h2TKaKUFG7XmxDe/jbHGDuEncKvaL74kDIk+JcXGl2C1udG+9Lw6LUlxEoQrPQFrk 6N3D/e47NOTpbwOKYzlG4vg0SzEbmU3MVqafeZ/h+pkBBlJMgnkdXTGME/fCeUyJlRjCSoyEvwJD TBXjmSrGq+ZhcJQsYbZiZgknMtQq8hs6MNtky385R2FVecpl9B8ypgnxzm29vb3MX/fuPR5gMsf3 U3D4P4pzwUTCFxZY2lPK3pdKRpRSsY1HaOX5/NEZfsUj1NJrPOGjPULxCNV1sNJ5hk2zk5hmdi3L hgSW5RkGMqyPAqoMab/CmKzMl619DVl7meNjpr4BeRihENLGalqSNsggLnfKs2Ua96fZ7Xit3X41 AkfIBCiTqwhuouDllgWCmBCdLkd8/meS007U5hiB6Jhl4IReF9U5EwMOWdIqX1p5s7l5nSE4Yyo0 wdAzgiFVAFHjKyhHck8oZsVbAZxxt7hiCA+eXNtbvKS6Ld7e1ts8+QfTmU9+97svr39Qm34vs/j4 pj0zL8S6Gskv/QXpc/28B2+Om50Sv67ihzB7KQYrOaylYbbueFs7luecsIXLc4tEWlf/zh7laNGb quPUT0seIXoE7mCySf31PPpqCVpcwkfSVAM9Vi1OWw30orPFkhskAT1gfxfd4RiGZbh2cRrabm6M tEC6ml4t7af/wvGPc6CGy/BpIcdNEDvV2epCZiG3gF8o3shcyz4ovsz9nnmLO8B9wv8396UQsCSJ pWkG4iZbUUAXoiCkndZammHSTruthMSVwfVBDItLNWSZkpg+oNsiyxCovFrAV4EEQQgMp+llAwoV RvpqPTaVFXeQlZymSuJRYmtYmoUC0wAgT7WTmo20LW6UHkfMBuE/ymkWJxKP4TdkJggSQRHAhIoo 6n8lp11UznmE8VwHFJdhdh3FZZhHsodKSWUUKoZyOC3DeM24uCuXR5wodNDk6Cac1BkiiIvfpaEY VnEbVaFroTNe15bExsqcKFRWduAu2m2VuJn2jW0Jcnou6Q7RJX1yXZSbeuaG+7clSbPVtiA+vbvN IC246ESuFHJ6Tvb67DAOgj/KeocBgj+IPs3v7yAHXLG+LYz/82fPVTgvB4WFDqw8UjpKuc26JGnM I/UFnvykuBy8+G7x0ZvYXYPPg63FNUMXwvh1RTJh7hZ0aCezCVaOtnGlZOzXWLQTLFfppV9jp06w R2Xv+hXrszPPEiNDphC0T3CmEbS0Ouex45yz88ub+u008rx0Ns5uZN9jmdnoMMDScXYl280Oswzy SyRIO64KfifisgRQdLGRAv3UAP6dsiN+yxcjfktlmd/isJ4TFwluUOTVjQ4Pe5WkrsmhZjGjTQ62 OSTB5kwwIFf/w9iXgEdRpYuec6q6a+mllt6XdDrd6e4kHdMhnRASQlIgECCyQ5SQCCigCSBC2EEB AZFFQFxAxzuu1228KiQsol4ZB5cRo/hcuDqizDfI6GhmvPdjvG/UdN45p7o7HXS+N52k+q90VVfV Of/59+XyF5mmLd20mAGVLI1RrMGEmREj9wNbDmGSB2VSDcBKDpyXM57+HNiXA3tz4Lycmnn+HNiX A3tzYHNOKKUlB7bmwFIObMtRcOQcWM2BlRzYliMU5wrIag6s5MCWdFIQn8kOIr5/baLJUhlhL7AX hD+6vgwaPjJ8H0QuPhgW3L6gwDDhgN/oIDoJB41hr0cWz0TgvsjDERTBDNEa2adAhaV2M5qTpFCP GLWb2QlCKLTBAkEKBVHrGeWHCvWFKZnksgEb2nHY1uXOmEgG0kfSDgRLszuyzwd99Eq+7JV89Eo+ kliukCv5qNjso5ZYH6GQVJD3mck1fRn/mw9f6ihAyXDmIuEMqQ2nSa29ORyBZwAkRmqUDwjBZSjB zfsZwaUMHzjT0vpPGWvAJc1OxXYd2a06DS6MHIdrui4XAHQnBNXcclwTbblF2ch+H434WbZcL5TQ QJu9kXyrnKo6VrPdFrWbFR9ULY6MUJ+x5/wzsY2UKacR8i5a1JTK/NSYkCv9P1LxRMeqA/m3vv3r Z7rCrfU339N9zfyrNtey0XsnzbnumhPPH+2LoX9bPKf23sf7DqDDa9ZMeeCuvk8y+t9FvEqd8JRm MzBGG3pKPi7/ifmz7Tvme5uRJZw7hLFwrQwPymfc5939bjbI2612p4r1P2h0WkSL1WwdpARac9ax NasE+puthW6q87mp/meimp+Jan6mrOZnorTKFKJHUDcWFdWo5of3/5F2a4lpf9f3egKdiSqXJoh/ TZPchDZ6iRbo/s6NbnY/7H7BfdLNuhmUdDgzmOTM4JYzIxE5KXX9vltR0mUZflH5Ey9T/pQc5Y9N 09KTmnq5MjnJJX+fGw2lq4OXqEI46IN4pioKzYlu6B3QCJ1GRRB5kRMZoxxVjFYflEQ1jUSkqNIy wtYpsqT9rTmYsv3RlefmPjJFFrtLFo3rfJKNHnh+zM0TK27p60S337Rk5P53+l7GLGR0/1dsDOOC BXjg50cd7nSS4ld0/ZMqzdoCAnnoByonesyNxnF8s3EWf4Oxnecr5Vq11lnlHiM3qU3OMe5WQ6sw TW5T25zT3EsMS4T58hJ1iXO+ezV0CEaDZTYzwzBDnG1ezCwwLBAXm0WXn+UUTM3sgyxL9hxvgT1r WZKb7YU+akXyUWTiss1vOOoTSDvNMi5SCqQTnPUCz+kkaAqc1KyFkcpyDgJO5oIcw2Vd+8Qt9AWm ajRmnBiNMWzNoFBWCbKmXU4jMYYDs5XYJGkVSkD9d8BPUYZag9OEhhJaQKvoAA1fmlAwBDIuqYGG SOa0WwIM8RLDcboPUi6eyMvibVgsbBuMPZmMauI+oKE50w3ThesM1wksEa/IUTZa1hyki5znWpZG P77j9T9A5/pvdn2R6n3x8PbbD3dt234Y2WBsz6rUH/t6vrkNBqDlndPvvP/66beJVWF7qp0twFij ggB8Rlthlq+QR8hNMtsQfCGI8oPF5nBehaMib1TezcF9Qb7WVeub4Jrgm8XPNre6Wn0d/CJzu7zE tch3MviB/Zz7nPeDwAX7hcD5YH/QGWbjctxRxdbKY9kJcov8pembvJRsUqyM00/c6kan32oCVs8g hPHkIIwnizD+Zk/hGRHKoibOFTeJbJCiTVBLJ4Vc1OPYRHcmSSSj92QLhOgudpGsAokmjKyAtiRK DjiTMgQl7VXSPM1qBIBf9phnHOVyjqNcHuQo//5yRzkN7MF8gzrK8xur3XCQpzzrKI+Tms0D/01n fNPc35pcF7ktw1acDjvpgRWNKUwOGmx/vHb/jXec6Vj5xfqWvWXKE6vW/ObJFZ2HUu2GV3ZOnbq7 /+BjqR93XVXb9yPzeM+p0x+dfvsswYVxqXbmPMYFGfjh3dpiE4qjEvdw1ITWmo0NjgZPk2df4OGA odJW6WsIjLaN9k23Tfddb7veNzewKfCh8SP1ovFr81/ccjEKmeOOGlRlHo/GmltQO/rE/Af3n5xf ey76fkISZC12r9/EWY12P4sRwGVNgkE4AAY5ngfM0YC4GCUoS5o0V9oksQFqjg5QLJCoOVrKmqMl ao6WqDlaoqIKNQQ7ybxIela3UT+cpg1JK5QMKlze/ExzNSuFP/MiXuaB1oqauUJKtKjBmaMGZ86p q6W69ygvcLmpOW1pzjEzZ4zMl+p+PutgGVTSvuihacvyIFdiacmBma+k/rb0g1tfX/ZoX8Gzazqf eH7VysdS7YgfPgmWQe7h1JYn9vxwJfMfPT2/e/PDj9/EHG4bnvY38Iwr4M/a8IQNyiwMs5Xslex0 diG7gjUKCi/wgsWmCBbA8NBEly0QhaJ9PORDQRu0odDlPeJyR/CfW2ezWs7/1ZQcBm2k1HaQpKcb aI052vYktfHULxloL8htl5aT4pFk3GoyPWmA/PvtVlqXpm05qSGqLxzdpcNh7rrt0fr2htnX1o8a Nfxae4CNPrJsXO2TscaGucv7PiQyVkP/V8whPEblzMWurPsrK0F7iCWnmqJqUQ7axnLg6KD2GwNw YQ4czoFDOXBBDhzMCmMbmtmQPVQrTBBGFzaHFoQ2CHuErYVP2H5T+hpjEVxet6u8qfRjl8GHZiIk V0DR3cq3Cq1iq6nV3Grp4DuEDrHD1GHusHRHu2MSyeQsLB5a2CLOMs2Pzi9aEV5RuKnwbvFB8/6i A6X3lj8uPm1+LPZ4UVf09aizKKPihDJAOAMUZoAi3dCUPoYA4QxQmAHySLy6Gqhp4WMRs8h6g1EH ayrL8xIXVshTSoMHPA2eyZ45nuc973mMkiffs9TzhYfN9+z1IM8rGE0cGHupF1qzk8NlUk1Jhmcg AlCGtOJel91ZSb3TpEAZhGWteYvzUJ7fwbF6GCE16l7MGG4vajaCa6y/zJTvhd5Cj2ZzV1aQ0yuo 89Ktb8nS9tCekZ4gOdMTJGd5qA3KQ13F5NORgs7D0OyBpL4uTCRKSBtif82ZElhCLk2+piRTA6Ak Q5hK9BJ+GHgpM+ldzSVeei8FsZLKuRUnK1BDxaYKVEFc7oXAretMdHkE9WnA/JEA5A4JcIzcZDBN 0pzNwUKJsiyJPogUTNPJH4hiRbq8UvKou8r0oHtNaZZCX2TMY54haV84pmG5ta0xx4/3Lp+UCVCM x5cRj3iOotVLQm7ipOPeMhqdSCwRJBeZvGXrmLp0mVmLXREIG+ylUUVWZZvMGEOWoA8IRZwPGq7A m4Ad7xZYwz4QClvMfLHog0UxQTTGWR/Il/OIdK1XL6UbqqKVxDdv3pxtGhwnoT6kkFT2H+SgbIuh WDRWhqoqh1b/LMUZ/5CKK9Sx13BY2rF+w5qqyN1v3D955LCSu6bf8kqL8oK5s31Dh9OZ8G199UBz +xu3vPcJHOFftHzB6BFhd6Ri/OZJjWuL8uPj1t/gntY6rTrsz7OJhcmRG1pbHrr6WUx1Cvv/B5UY 7gcuWDMyOMjeYRqURjoAczmwMQcWSU3NaCXtHV6IgU0eCKDZIkIGOGUhLolYDmNMkhwCIWj5BYEo XW4shAUiM+zn+DHCmLnczdwmbh/HAixwP8y9wJ3kznBGWqIoXavoEsVnjmQ904g43Q6RBtLVi36g uElEeSK+ESN2WqLXVRbuBOoAbjj00MLLDFm0Q63ukLtAGGVvA+3NrRI7Pu1qkZGnIy499oZ48pVq 2i+Mpvci2XtV3XWLS7du7TpyxBYvCjzykFy/4FF0/W7ILU7dubvv7omlXmKLxJT/PBvFN3Hfi8BL wlEcrkoUtDlJSZHvNI9qr4zbYCFvc5qhzWnCjFHBIwmSzkH6tDNHsnHm6NPOiNtFFF8v1apdVJ92 qdSJng1+dlGu6Mpq0i572p2e9qG6qOnFRTRpCxm8fhc86YKuSV6a502UaO93XnSz92HvC95+L+vN um6yTqG0w6eL+HizrJq0iA0KZ4TzAitkWLWQZdVp965Inbo0N4U6cqkWLVAXqjDJM8j8mPaT/lxd 1tk2jQKtq0n3NcIL38vKVotkITmapGI4VplZsw9YeEV3yJSUbNYTqtLBVbEo9cO4BkqPMg0bPrr2 scmyqduk3DR16p7h3Q92j1syuaoT7e/runNI49Tpe+9ANT9+Svi7l/jQ8SyLaOKgrJCcVGvwy6nW yJk1IOeKrPxAfCnJic+NHXUZeCDyRmjMplEX0nJviXhuNjVNpj5WZYAgpNSIhE9alBrBqforebJB mDl04XeYfheJrVEIFFSCIryhOo4QilQCJ97gvU+1W4vKKkEQbyRzMSgSomINqBLHgUaxGTajWfw1 wkK4ELXz7cIasBquRmv5NcJqcTvcjm5ndnB38DuFfwMHhbvEZ8Gj4ivgGHdI/D14XfwUfCR+C/4k /gguiaX4cUQ3cIpFgLSwmQw0UTBoqrPSgNG0MtMxluSQG4n4SNBZosn6gHIYMha0mhI1oeJRof9F BoPZRELYz8Xx2OC/nnhPHCSyyebVIsfzEUG0C4IIGIQiemquQRSBqOfZGjlRYAA0JMzQHOI1TRM2 CUg4Dn1HNMMmAzJgSBOCSIMh01/+D0HXXq+nr62vzevuvdCWbuST9dYoNYPrHJK0pXT4/MArN9k7 k9RqS0L4XGrxf16I5Lvj376YuomN9m29YemMVegOjIB6LtwxjH+q4duXMR5l8Y/YJf4zJxTDkvZW pUv4Z7wYhqxXHWWxkRnkzsjiq5xJnzMOpM8JOWE41oH0OWngCDXnCH7gCEKtM7c3aM3ot5fJlDWy OQULfhpkWEyfI5mzR6g5lRD4gSO4gSPEnLRzNgNjRSOUc8RXOT7UbB6uEswoJyH8ZNb0oZ/nBCxk 4UyhVZXokpRp6ekpxrR14UPaYpalFT4IpATN+gcnu616mMBJLUEgRaP7osJAYMa6BjRKGDctZpoB ZVYgYkVWEdPGfJ0/KqT1WI/8cY/8Ia25mk5dp7iWkU98mODaYQlbLKIJymxlj8IoQb2/Z7pNIJsB FMKmhPyCStmfpzt2tWP5hZWs0SzYjD7BoxpYwBpNgsnKqzKwMXbOz/tMedZCEOFK+Li1ElRxtfxw 62im0ahxE/km05VSozJBnS1NUxdx8/kb1LXGddwK/kXjCemo+nfjj0KRSSkCRZaYtUiKqQn7MFCt ruZv5w8yB8xPwqfQU6YnzEfAUeMJ61vsx8ZPhK/Yr6Q/q5eMPwh+Ey12ZaZb2agnIuniJ7VXpomI T7RKrAoUnuMjnBSxEiONlWMs0ByxHO//WKsmTMmCaUEJtcRYoN1mFE1KVIwrM9hpYquyWNmg7FRE RWQxZSDToU/M5VUCEvFLCb08jnyB/OiiKf71aXaGVg/gDIIo8iazWZQVBcsDTV0GoGJBe7y2UJSs wd8pHB/kFFWNGzi7wcBZ8TxHLFa7xWLlFUmKi7wdn05KCqTpFkCQU1leUsxWC709FXN00ouCEDJV IpUNRfv3sgWS0vCbLAzG5ic1MThZhEvFjSTbE83UhMkKXKpsVEgxl5maSTbAudQFyWBS9+QR+L3t +4VUaPdMvNTW5sZCN/4lJK/N/cvlBNI0UKHbf6GaAGeV68jf9nSKYdML+dOziZ+WoDmIXu4/jxW2 83j9n+kG5VJQzbRypJmgTS9UTh+oKMD3nznElUP6/4LpTS8kc8sN8P3nD3FB/UN1cHslUk7szFGs 0uALYr5y5jBXTi5zGAxDJ/TLZ6+YPd2Ve7rSf75LDLJBQNvNZzrZWvs/PKrWgFKVViA8ZBvITtW9 qWSF0oK0g7WJf/Yi7IFyB5uLFjxgYgxsSr104ukGNvn0iw9VjTj6fKr7paeLz2J28asLytvopr6D p3vQwh8/RRuO/PQekVwkLLn8N+YcMjK9DCwDVFi2DhQiGFRCJlcUcUjQZGSRYERGC14GElVupUSc rgTaEMd3TFKhFPLoFbqneGpapPvY+/j7rQ9IJw0njSe505Igac4aL2MTHBavXAVrTZvhHhOfUK9m Z3GzTNdYD8CD4kHTMXTc/Jbpbes78qfMR8L7lj/IX4qqOlA/QFUkt0XO1A8gkETrB4giMv68fsBC o5HRKwgYBVpDQJJkUkJAkixytn6ALBolJInyG+ANAcmRbAWBNyzQEsktImCUaREBcbIK1fGWW80h UZpnFG7VRCwcHNOMU4ybaHOxKzVrkLkVhSbjYR+vbDiV7rlO5QUsLshfypd6f1YvoCzell4ibeku t6RcAK0RcErf4jeO1g2oS6NZt9WdV0NT+U15NeaQq4bBf2T/cEGNTMsjOWpgqKBG0PzZ6uizqPOI Bl+QXZKn7yKCRzUJuWBiUIJbU/f/8bEyf2mk62zqLrjr3Ke1qa9REUz9o7F8VPLHlLnvXThhVqqN 4FRBairzV4xTXvRYF56VTNxlNk8n44DLABKbKTekDrBja+ZTSwYwZ4/Pul1+FmlGVJHMV2XR1nwZ 2uaJdokxMX6PpBpNRpumSkGTZg6m0deTiHvPed09Xo9M3qgpkLJPX5fkhxIZ105/TZG9WXpeZDSL hnEkWFReKZMNZxZUp8Wtxkwxc8wy1DzUUmW9XzEVqUW2cc5Z6izbLEe72m5rd6w1rrKsVdbZ1zm2 WXYqu9Xdth32g+JTppfll5QT9r+If7b/3dIn/8Pe7w+oNrfVmi1f47SZ/D5WGi1tlRjJk30I3WCp ZuvTVEuSWcacA0u1HrvNFlFFO96RzJg1REyi3WQSbSRd2GQkXwD8sh8l/K/6kf84ajgi4RHR7MfR DM3UoGoqmqO+qiL1OBx1VIIhMMYnko/omGlBc7l5spmZYu6nZTNGdSUkPEKoodsX3IDZBB7CPtL+ DmM3Kf7tli9d8MgX2pb1et1yL4WAm6jeGVTnc4OYCK6nC2I0vWDF9NU9QF9f0ish9n9FiDdtFEDJ q73/86PVNWKousaKycARR42SLvw4i2iMpOh/Gr9zpO24LaZHXFfT2jFpaRszdKwWbrQPL60b51Ki BlNqyWvn4qH8+J+6U4tHFpZvaK5M3fC0XFToWyTlsUV996/cvGEVWvTjW8+PmjWdrIEiTFc/xGvA Ct/sgj+vCK5Zm9Xj6Pc8UmGFXvnhXU3AAKwP0Ci617QJGChGRUJCroE14ng4Fo3lxwuT5VY4A83g W4Qp8mJ4Pbqe7xDWwxX8emEX3MbvEP4BLyGfh4/CYj4u1PD/zp+FHFnzx2RHJcJsRyCFb8NqDUS1 goh4UYxAhCUHBEnrRDSP5MAbxXl4CRJdSqCCUNwqouNQ6sZyhMH4EpoNAOCISZ16VUOWh60QWDXr XOsm63dWA00ELyQfWVcA8VYInwdwMlgK+gEDaLVa4JHkFQWE+BEfhh7gJvcR4EKc5lvIfcS4Vyd/ 2VDX9yXNg0rrTLL1VLplQNrYhqf8SDGM8sRKq48eT8YS7712jIwiGUq9AdGyWbQ2BOH4nx+WaHkC /e2rY74agXf6RhC59rCrhhooRGcNsuM/r3OAPJIItCpoDOsFDIYmCxxF6PHOa1KTmfl9v126tgN+ s5/hjftX9127XvgV6Zv4NzxKKuih/V9NoE5TjQYEWbGOSGMsy4hiHVYiPYe5OixWeY4xdeC0+ZO/ E47QR37STEDudVUMKU9WJR0F6b+/9cDPe+C5d3voC+PZGxjZ1tFesB1HEFGMDSRZi3YSNzxG48VA kIYiXsg4S77ttujFBL8baAWS8Zho1AAN8uhMPcbqGm3a/lLXV3eRlo7W20680U1jhyH4kn0GnjLs xHfg16wIMqAOksdh9cfpBQlS3VXvZfvlF+wz57H0BBahc/AzwztAAFM0mVSbYfAfxwPIMgI4DvO7 eOYr9jh6TJM4joe8UAXxFzIrxatfhAlAvrbuexqHVieTFIu6dOcqXZtWjFzV0KHVSQU2LVxXfzCx GJ1DJVOD6+0dI/oUUgkN79+Br+0Ht2k+hjW70Uo3qTH9E8OKBuj1uBnO4vao3hNoHvDD/KOKJdZg hdYT6DgQ0TzNrkCfv5Yrtr8KLMXWGPDkPX1jun4GvpVeYkzsu9R2Qe7rU9Jp8jrlPuJW/IziBboK MCvtm7dhslNYnW1FP1TvWsxh8sMVODzG4gYY9EXGjh410nEgb+/tB+4cfsXD08PwNnSupqb5/UBx vLw+caW8tH3VzBlNwzpHFK4l3BedRrfj54uDVZoS5mVbWJ4oSU4DjJXjT1/Gj2HAT1YM8zVznic2 x7vUixq80Euez4mfz5MHpYdtxcEYXxz9AniKvTFYDDylmYfs1Z+y7xJ9zOXkOS/pbdZ/InEqJDPK Vu0cyLXmjOFq5+XPpzekJHa3gv32YHx4Y/O4q80OK++c2lQ3fFiDa2/xLWv2bWm8ctaMX+/ffQ/z iFTnDEyqrqhD8CZYF49Ulta6OmYsmlLdbHMuGN22cymWx0/ACHwKfkDIzCsAob8BiL7B+tB3hwww IRPrIC3SUQCfSqnwrzDyHNDPMfj+/+cYfD88ZJg3cA4E/+ycLweuA1In4NiBc/h/4Rwe/O8JPucc +V84RwZ/OyHr58hgIWhhZ7OTMMWRgAvkgxhIgGrQABrBZHA1mANuwIR4NdgI3tKuv3HxlBkzWq9Z s2FY3c0rikrnzi+8apyZH62xgMc//mBhXWlhYWkdc42/stwuy27/pAmrli+/buHYUbeuG1pxU4fq nNaMjLX1zfgndG1LwNuyrqOlpWMdszAkWkvKyqKhhSDxeU9NoudMDy2lm0jIZ3rkHrwmMNRDwNw/ ehxM6O/yu/rxlx38s+PxCNjDoarKZEUs/W5Lv7vS75nPucv2L3+//PPL9yOXfX/mesyH5ZWV5feQ zf8mhySHFBIoVV2BX/+RHDIkiaaRbZ+X/ANtyR7b91x5ZUUFPRi+RT5LtZLt/5KD7yEQcx/elOO9 1NlkcsgXeAcewEAz+bL1eANfqUhU9Y3D0L3l5ZUomD4oxWHgK3LaJ5XllWUYIJhEczswh5DAlBcB wtpRGW+utBoFPysBI7QwRksEaECrHFYJNIe7UsKIgyZjho3yibddkcnaptopxFLbxL5Tc65tI8Z2 wooNNG8hRtIYqonNHNYmR903fnRoaP5Ep9hd+7tJ8233WyeFO9hW8lUDryEYk1M9oAMmmUWYO/pA /lFQbDYW2+WXMWkSgRtvWZDo/awXJno/J6hOLhRUKquHJoMMLSvCUR8auS5Mjp/8q1QP3sDkg/bQ vHkhu76F3xyavxhuwpvUphXVc+YMW0G35Nqvgw2wDl9bxNrGSC3AGYXibRa40LLKgiwoyg5lEQtN ZoPxagYypuNoXhcUDAAkes6d6qtoO4W5TeJUsq2npq2t7xRGw+qqgipIggLCDkZhRqc2w3vX3Xjj vosbHlgPP025Fj8AjZBL/QPA1Bn8zEOYWSAAZmn5UcdQB5JlVzGnmNVirH5ioswBaDFD/MNgKXte t2q3MwoZEytg8NZHx0SpSSR76dpQSCuSxOe9FfgfFRUyfh9S3gbT00Gpb8xW4CjgMlwFz1U0dWaf d+3YRPLq+rFj75wMP07tDE2edfND17VsXDpxBhyhtkeKR9dP1Txw7dpfV+1buuGqsclheMTex3ee wCPmxOgxSZNcSrHBj+8Xmor9AAbwvWpWzsDt4x7mEOQgx3hewvcrkbs+ZJNA4jMSCUtuuU1JYgjf dW8y0St/1pvEk0vCKEjMoku/yaAikx6t0E55SDgE8x5Sr3+wbOOapmlXT9+YOg3rlzbVp1beUT91 7x3oeW7ix2PrR69ZOW40XALvqU+mlmwfO3ILHuu/4jm24bHmQb4mIGAAxSwWcfGdHmIBuSE8ie/0 vkMYVky1EbkOMQfcvalNKHIptAGOhOG1U1IXUnsBk/oYP3scP7sDhDFFHac5gMijYqfTXlxYwhf7 /ebiEoyzBE3KyoJR8uAyCJLryJkHT/RiWUB/5M/JViGpWky0qrJAf+js7FRVVtv12dORnMnZ230b 5JeNb9395Jyp69ZOm3to7ZBwUVE4mQhF/fc2FCfKS7T9SEx0vhqruLHziuK9nQ1DK0csv+e3C12+ xBC/2+1L7dyYV1BXHwqQOC1So97FjgA2PJ/jtNJFKmxR4SIzbDHD+TyciX/RAoQMnftc0OUqyOsM YsXOHhAt3gA4zujhhTDRRnPT8fps01+QlFshjaZDxOddj2yZwCKH3Ylq1nStGd6wtqtzddfquoa1 hzvv3r/vwF3772JHNO15d+uW9/Y0Ne15b8vWd/c0/VR/5s23zrz3+zfP0NgZfLutbDVeq5Fj4tuC ASIs45I600bxOFNyCJqxTEqHFCbeTeJ7KQgrxrQIiFoPj+7ufPCj6pXMuKFt0efLtjaSbxyHBfSv 8bMXgX/XFo6PwHXOnU600wHXOuACBTYrcIcVrrHC8Twcx8JQrKgor3OnEQ43rjeiYiNeyyZTyekY fCD2TOxEjFkW2xxDU2JzY2hUDBbFhsVQDKqdNttkCKHNGIqpakwOuE/gMYuhlw5h7Y82i65JYDUd r4I2ghI9+uip5J/4HS9jgpVt2VdBAR7L6nqmqpI0SOVi9UwyPdCcleEKmK9/mpPf/MC6pbeNsftq Wur/7jjOjVn58PULHuyoLpq5paV55YQohw4PXbt+XXXFuPr6WOHI8rxLtpZdc8rLZqwZP66jeUJx tK6ixEbGZkRqPpPCY1OHpYT124bDbdVw61C4owLuGAKvL+0sRc2lsLEUthevLUbXFMIOB+xU4XwV zlThWBXusMAdZriQgfPBCoxkwZrOaEEwWBaNGjrdbqm+rBPz885bJThZIkVnGCnRUAbLyuKgriAQ zJPkchnmyXmyLR6oxEjWZQuI1vRw6ZRDSfYSSzIeNTxybXQh4UHD73hLyEpNW+6wZV4wwGSQMkbD Mkjbc9pqlqvOgbPDauTQt9rCxkjTtiPt8x5de5XpiHffGm3xlCtKmto1rxaxj1zdMrSwYcaQzp22 bnXKyvuunn3/0hHz58P7LNq1a8YueHLdlbWLD17ruXtPyZSbG0e0XxUXhV97atrGDJ05PP+O2wrm 7JlTXjV3+7TOe68gK3FIaj07nE1i/LaCRs1n4UwsBMLbK63brGghVjyMbIcZjsMsgcfofthkFDDy d0PWjPDYNGB+dKohiZ8x0VOBuVHPKflURQVdA2FFZ0oFShiyw9/o7rsZvXDPG6nbDalIaj3c9gRz 50+d6Ka+/XTOF7I8G8Ea0R1a0xrPHR5UJA+TUbUV7hDhjeIaEY0X4QShRegQmLEcHMPAFgh9PkOn qpoCHrfb5Acul7nTBFDA7TKZHS6z2eVgJP8J9BLwMiVdUoC3ZnqkJ3Su1VuBySFmWxhMJOkkUt41 MGd6bDIIhwpjmVCaLD+D8e37jkI59e35o6lLjlec992085nndj577TP70Nm+4/C71lTqk09S7753 2rprx3sHHjh8px39z3N4pK/DNK/Y8FssG4fBQe2GyvDo8NYwEw3D7SG4KgS3B+F4Dyx0QIPD4UDt NrhdhqtkuEKCuy2w1jLBgsYIcAY3n0PzGTidgcMgVPAQYBrpw6MRKQCuTtKeR1EDASyxu+0Bq8Ed 4C2ZBZ/sfbeCkMyKCko0MfL+ErLSJyftdvSyHgW0XlA4hBSYQ0uhe/3F7p9+eP+D1FksK4DHL7q7 h7y540049pb779+y+tln0KXXUt+/937qD/ge98LtcPeL3fLXqb+mPunb/vs773zp+b13Udt/Q2oj cwnPuwgatLw7ObiY28ChJm42h4owC8dc0sx0sjzPAo7MpIiJLUNwjsxdMiHrRIzcMmbhRsCEVUDY KHPpbOo174tG6PuiL8kcYR74a9+41C4YR6cheo5YRprxLPjwLDhBCJSBp7Tl88vgTPxbsqAELSqC LUVwUSFsKYTXh+CCAFzkhx1uuM0BVzjg7Ta42gbXy7tktM6y04LWijtEtB3CVVgMAVZ7p9eLOuXo viiKRvnyYKfVWtqZz0Pe7DQB1hUoLg7nBRRDOGDITkmvqwYmsnSkLcuZf2Fa2iCr2Fk8KSSWq4pU udNlqljOtOSyO4aHttR/f3A2dengxs++evnVb86+t2DHrgULt++av/GZF27Z8vhTjOea1B9fSUHw 213vudgrLz7y6fmH/mvilZvnzd++rXXJxj7f41u2PPXs+o3P9veDmXjMFMNJZCQ1WfD+cEw4rjac xJqevb+V/qcOAJajRzjofnP/RdZJ9510vwJ/XmQ4gfddbpD+xgLDE3jfTT8na6MEf6MReBxkvwkf DwxP4n3vX8j+dPy5h36fDxCq1dF/zrDE8AH+3kawXpu4awxcNwa2j4YLNNiswYW18OpieEMRnFkE GwNwdB6c4IHFMgSlQScLg42wsdE6PhgtKBgRtRYEkwGnc5QvEGVGBVhBwAIbZujpCSJLJjs/yeSp 3orLZqcgHI3GrExG4qjGbJ/Sc8wbMwRdsdsDDMSc0or5AGk9gmm+Ycnnkpsval1z/4K1r9w2umbr fz304tmSwNQ7l87Zfd1w6aR91t3v7/71R5uHGgTV1w8K2zfuHX/9reP80am3XjP7N9umhtqGRSc1 xIYv+dW8ln1LJ3t8Cbnt7hurw00rp7mXPrO8duyes/tTb99439LJo0agz8wej8ck1VzVUl5z7ehI 5YL916a7BC7FIxjAevpD2pLbo3B+BHIRVwR1hGCzB3Ie2OyGjW4YVVYptyvMTgtcb4btPOzgYBUD YwwciuDeALwVL5IAbA3A8QGIRTtHFATlIAoGi/OdpCGGJOaLSASBIB5kXzggMb6AQcguAEqSME2i 6I/pcZu+nn+G/GSEo1FakITGMaoOR0GAIXZzWEAiGq3o/7H3JeBtFeeiM3OOdsuSLHmX7SNb8hJ5 dxwvcWI53h1vkfckTiJbsq3EsRzJjnFSCm1ITAhL2NKQpG3oAk2/NgWaQnALFPCj5SvQS7k8WiBA H23pa1+63Mvl8UqsvH/mHMlyEvi4vV/vbb9rTzL6zyz/Nv/8888c6RyZT9hz6ln//YvfGdx+9sP7 7vzN6Z6PnlC07D8zdvqt7Euf46aN//P77vtnmvHLM499xrHzeZzx+Ndw9NM7vc8Ef/+txhufm2t4 8jHc8vsP1l73PeqbHkBIthW0Y0blDste1SEVOaiEbSxOZu83Rqk6jaA1yFPjuGiCosBiFsAv0V1F 8VJEajFIlkB/B1USWxIyB/5Ewfajrs+fGc764aPKtB37jrZf9+M7O7mWuccDxX13PjV66W3Z/Gsl fTU2xz3/du7SNyVulGeBm9Vop6PuYBGeKcLZueW5pCcDN2TgxiTckNibSOrBUanwjApn8+U8SS4R UKaQjSinKD/VbLFI/GZHURNfYBzD6gdx9JsXi/V0o7DcuK/Nf3xYjoyler7F3vv5vunjmzNAJPPA noNNbYf9AynKLM/skbaJ8ze1/BDq+6ePD2RcQ8y0el9n7XhrtihuZAP6ZlOwUvpmbTNa40g7osL7 VLiUxzqtQJc6TSoSkqlUqmhlFJh0eBREb8qkwYbQnKPvzCzNkOaqAW/L334HHYXspx9VCTv23QGj cLRTNn/psZvn/ZT+GCf8peHV4j4HjMO/nuP66ThQv/cj+vwDZHfEaxSwGeAEQXVURVS8KlWhVHOp 9GUNiwv0WcoFg4sXFvQXFooKjeLzf9kzeteSW3/1q8Wp3/xGNn/2o6+cPctvo3i/Bta2g75/BR10 dH6kxL9R48fUr8G8USOlQinQL4iplcoPVFihylLNqOZUj6lkKlUMTsfFmFMj2JIQLCC1CRCgKAUR eJWcKBRYTjiExbEGjVToganFBYh45ux69PQcfckZ3lOSABOwhF7a55TXL2A2/SwWTMecvp5atiP4 /mLMM8+QtzFaNJD3F6Nk84ut5NxiKyh8x+Ud8niwywTYl77muO1AAe7Nx7H5+FAebszryyONObg3 G8dmY3k2HrDiJCtWWXFTBp5NwzvTcEUaPpKKd6bisWTcn4Dr43B8bGMsGdFhrxrv5PEh2NnHxafE p2QmowSz2Wy3JGTGxxszkUVvESycxVJkp+8a1SnSFESRmRrFpZhTkxPBRBPiEAEfU1Ly1oJ+sbj4 rQW2WZR2i8WiN79+bmEBJ1zU00/6fduP/bOxl0Ax12MFw+chNlLgDFxcxpXEL3l76tn5Pfc+cX9w 8fzw2DwmJ0ceO3l9f8HUKI7/3eKf9nk+/N19NU2k9dD3do4/PtfafNP5sk7/j3H0qe9h4ce7igYP nXnefy54wR38Ic4rwikPbXz9yB0Xjre3HH/vizf87FgXe+7ie9zbsDOKRTlo3NFSlt2YTcrSG9NJ eWpTKilPaEogsHXsjx6LJv3KMSVJTo61YZNJ/B0Bttus4mNJtmt4TaxcMMfoFXFmTq6h0Rdd7uBf aENNg6uSpXDYArOG3o0UV7iS4viS0hIc3riIonNvf4MvumvM8/WZmprpr3uecPPnghsqR9tyM5t3 NzTubMwo6PTOdXZuuvuF/Te8dLT9ztlLvYWuu4e3f9G3rmr82OaR+zwldFU/HBzD68TnA6EMh4kn Njk9WBbYD264aIWMfpnirRcppwuLdGaBjdJvRh8+d+5ccEz2xF9q5YdekH5T/CGbT/2OInESsW9Z qlUKgtRqG30EPVYTG31ADuHpU0AVBCtVcggjEVaLzvFp+pjhgkGYxmxy0MmiT1iAuUOnCd3iSFOk BHMfXggK587hJ14LVpDkxV+DE5nGHwSj6Mw+fPlfiJq+vQOtciSqlEabw4CRQTC8Y/iTgTcYkVJm VkVpwFYvFlOp9iy+VEyPG9kbysriJbUbSkArppyMmOy4hOxa83ZPgeIczssqzzDIuNNKZVHvTCN/ gOqvPdjNnwMbsaJyNOyoLitrLCNlRY1FpDyvKY8MaLwaMkJwD8HJZpPNumpVjNVaudqapqxWEiXM HHOazigvSNVrFbZUzDGu6L9qtl1itrEAtrH4QnidsGVE2EUcNQzR24Y5t11pJyW898zQmc80rZ9+ cGz03hLZV6lc1tyQWMEPqr0bV9nbxx01Yy3Z+R07fTd33P3y52CB3LSp8/BHY5llGQb5aaW8EER+ t8RzbHjLSV912a5TI+5jnmKq72hQQ7UsDzx0ukOvUSttMp5oiF0uU8qZpS+8SF3ziwuwVRW3qaX0 ZmJJbAb+3CNPP/3Ik09yJ45gZfDDI/SXZUEn92vYn9hRqyPvUDreqdunIwM6HBODbDk55jyNVa1O g22rYCbmValyjdpqNsWrtWaZjsY3dL9VvRAR34fmlC10QhUvngWEZ5ehJGKt4n5dvPvs/t57fNUP GV+p8bZk8+vv2+m9tTv9nDavb2Prrrq0c4lDD87W25yfH0z+hmXj/oF7t2ypDZzaTKYXX+n/XHdO 0eBcD0kMnbWlgA2mQrQccLT2FGFmEwNZeLMFe2Ox24BHo/C05qCGuDV4Rj4nJ/L8fam3pJIBCOkC CEUHjlqx1bo6PyAk4IScVDlEyWmpRtjWoGppbxk+jAP3So+SIoM4TI+J1qwpueJ0rqyMu9I69twy cutghTH/PveOUxNVNfu+vXv6sc9uWON/+DNbm9d723Jz273raic67Pmdu2Xzd+w8MeMqzt+wYeZB 98jDn2vZeNtPbvQ888KFG3f85emC3n0bO6babDmtkw1N129Z/Tdcu/8TZzjsg6QnqIEfbGX7IPjj 9/B7wF/GorOObbpoo9oUy/FGvlx+HIYRAJtMbpLJm2W4XIYVMiyTGUeMOMvYZyRGolSpFViNbUhh Agxon5p+1UNNstRYpU6E8INwZmWsUa02xsIGRq44z9nPyXjJQy7AXBIPVMAV48QCOtIQTMxJ35WQ wfIK4byBxReDrBQP6mGxjV4wxGC6y7VkcBYuA5cYuXwuC+IyBcfvefH6oH7qWfzsS+2T0SZ9lJyX abTG6AncEJzn9yxOwTJWal+VZLbnlWYG36C7+eMgvx3kNyEL7Oa3OApRvt6aLLNmC8kYZeuzSXJ2 cramMDbfhjSChmhQrH0yDx/NO51H8vLSLfao89yq76bbNerQlmRwDz2ZH4Q4KYad+g2yh2jQJ5tJ x3gW+gJXCtnCJ3kZUCSBFq5s3dZ1qY69D44Fi/GPn38+vqBh8f9cXL21Pitrw0DJ+zimbWRdYvKG 3ZsuI7JDX97Sm993fWcmv2fuaEbThor8aOv6wsKKVOWlnyYXODKzavKTxDe6/oG/HgzAiq5zNG5M x2VpuCwRt2hxkxIPKHCLAvdwuA9WNWtsLLIetZ62PmTliqwYWfVWwcpZrZlma5oag2kgaywkS7xZ R084LWaZZumEU7ydI87jwStPiPDSJpdtAxSZoVlL7Zi/Pqn/s1/3zL10pLHn2E/3u0/62xMebXxn 8+GtsKc70HHgqwL29d/uWdNz6s25W167u62wf/9Gy6uVu784PPXg+OojN4Al05E8DCOpBEuudKSX R+E6Oa4lmLfqdYKO6HTxsTakFGClUtuV6lg7gpG7xn0Ao0VgB1eWsqXhOY7PQqhsCb4X/G3QMf/+ znu22Yvd9w5f5PcEfxf8VfDd4FtfKhn78vjE8W05VNuUkwzgRIPaHFlKpYbnHRpcpMFIowcb4jQa rJWrbAgLEFgp7CoVltkJNSO1HYfN6GLIhqgqS0C14PthB0bfc8n+8xmXprkJCKTnFmfJy/ye08Gf nA5+TaLOPQvUVbDjAfdNX8/Ja4jMRn+nRhTEzvNybKdnsQ/L1ZL7lYiV0NCN3pdnJMAouWcX7yAp i+/Oc3bu5eCPTgeVgFe0pvNgTRawpuZDidiWiOdgm288ZCQ367FHi7u0uFzdpCbNPF7L42mM09Li UqKtOp3FhlKEFEfK6RQ+Jc4GsbciWpdqt1iSDWaYSPZHks0EFURu7S8uLX/L9pY2uSVkTIJRkWkJ mxK9l2nhz/82+Lu5t0/3O0/+8ig+1vuNmuD/9dw3UlI+dmz7/IngAyTqxLe67nvtps//4lRf8AfW l9bv+dL2sfsnKjzzIQ3y/Wz8Ch0xGpuKEJlWydlkSjshvFpBj7ExT31Y9UIMU544UAvizRsLC+ss hhK+//ziI/PzpP08US9+ALZSgX8kYsdOwM6hJIeKAzP4JzADjt0KouOBmSHSx/9j5/w803fO5T+Q dwGKQdmOqHI5jrHp9SaVVRkDnb6nVGnYJIRloVrcuVI7xmydzCwti5PCAfJu4dYDXWe+803uTGVd hmoe7xy7c3POU98x/i+bo6eQ/CUk90Em9z5HpQL2x2oOWAPHZ0IIXJ+aA3+OkFqpUtnUnEnNwSqu Fugmk2oHyQQZkXGY6ee7ISdfvWCoWDIuFgjTJ71B1JtQEFMBm6foBX5hTpagl6JiDLsFrAgFxvzB i8GRs+fPk7x/CcaR5GPB/eDEXyCrg6mSndP5LkM5DoNIXabgpWnFMSak+URVSumzGQRDwx1e1M2T Mn7PpQIRj6wA8MSi+x1bj5vwrAn3m3CzCZtiYmw8Z+K5GH5O8wUN2avBoxrcq8H1oBqtVlwXtbJb ZHgWFkddk45Mg/oIr9fJeAUXayMkXq6w0V8REhVnkmuAJVj9sFJa/UoWxON0FtnRH13Anz68VRgM XyaEr8WAE/aO7O4IjoOAeQ390qes4Kw8+K0jwbP8WQzWYUpWEk1qPE68yB0BJ3Hqkhu0Frd6SEgb rSJvSePczcZ5wlHWA5NQQW+INGOshH0MHXGlwqSELY/GpldhlUpLQqN7K8G7yH5CiILeunREHVBi t3IKPKo4HYoHB1kWEgum7pxeXLhD7DPWS+h9Hb77ycVH+Yd+QFr4R7jNlx6A0XiA28yizT/wr4J3 MaIstMNRfSgTHxLwLWZ8OA5XxrTEkI1RuDIKb1DiNUpcpsB1BJcSLLOiRH2ikMglJsJ2II3e7DWr NanmT7jZK65KV93xhbgyIqIkJ2742Re6uo69csNNr97b2X38lev7b3WVkrLhW7p7bhupKB2+jT/Q c/LnNx34+YnugZP/NHP7Oyecl/gq32nPyFd8a9f4zkxtPe5bJ61OFtB5NEpEGxxZ18XeHEv2GW4x ELkVGfUQSxmjk6N0NhQtRJNonV2j0aoTw0vUsuWASWC0hBgHd2Nkt5fEhWph5lsTq4t3PTAV/O38 /KVbbslqGqv5kN+TBxH9xpvclcFe0jK4q6LFbmCa/hr/IWg6Ga1Gv3acOFSCDxbjw/n4cDYuTapP ImWJjYlkbezGWLLRhCtMuI7DZRxuYAq3IEGgp7SZhVEajUeH+0DlvBIrZdZRCPX76VEue/cQl5m5 ptCaFo/jD1nxDFSZLfam1P5UkiqYzTEae1TUzTrs1c3qyKAOb9ThSh3OAVSrlFijBDtWQpPwIEI4 KB7wsrvOi29VDNJbpoPhYwdIF4sHwQCLxXtygyX0gRdXDzf9+h79IXvW0qmEsbgsk96oi19z9ej3 dRR7ikubD1VV374pZAVdTRvbs5r2Z3u4q0zh5l90CAWGA/F1hYJlySRS8nUHY8rTJ356Dbt4Huwi Hgmo35FniqPPGLHq2VeXrPSL7YKZM5vV6QlKm+hsY02mBLtCoRLsGrYQqdhCxFZMMfwKmUkx9XoV MVKknM9lMK8hKSA2Lh5bxNs9Fv75X71qW1fdUvSVeWJ2n56s+vaZ/bsWt+G1h4/uPxx8CJetabQb gnp+j9A80//5++P4ohO4vdfdwb4n3gKzNRFsaC36vmNqbwWeLsf7Cm4pILOrDq8i19nwYSs+IGCP gLsFfCgNzybh6xLxiB736PERgrXKGGvWWitC47l4Sy7ORVn6rKNZXFZW0boUq9mstKIioYgUrWVf 6kJIy2nXpJtRij6FpKTkpufGc+Y1NAxNN8eHwlBx3MUvqYr32cO3XypEu7louPoOGc4MR6PxkXfb 6S0CMQjMyufCoStXrTp8Y/n2hixzw77t205Pww7yAfeNTx+o4x/hyzfv3eAYa8lO7rgjMHLXVnvV 5JeH3Q9e18BzacPjsTlrbZbibKvRVNg+3d/ymYHics/tvVHVg+tTkwprc7IqC3PiY6s6htfVBboK 8vtvdCLxjX3ce2yHluJQKbAN1ljeLqfxAqHxAt1tvrT4Igvb6D1zC/decP/54A3ck9zLlwq4l09T HHfCKLUDjjS02bFmIMmbRPpiR2PJETWGLZt4Kj4nw9MyfJDHe3mcZpN0bNFLHilVTxfUBLOC6bnk mt4UYg4e1MaL5xC8FHjw7SrL+p2nfPsf2FWeyD0uM9qqt24YnV1v+D5+uzTgG96YW+z0+nbayV2L k/bujTUFSUWbr28lR4FrJcyNHcC1DuLMtX0Y98IORKOV8xyRE97GERNHOI5odQhrMbhObEK4k04c fABjP8ZujDHR8Yhj84SIARvsKtex20RsY7l0kM0iksjLCnYEQR/YWgI7N3Gl5XcEi54Lrnselyqj 1EoZUZp0uI7f89EdsHg9F5tusZgy6jK5SqrxVITka4F3G17jOJelx/pobZQ+KtqmjTJpo+7WYq02 6nAUHovCWVE4SjMfj7PjcVI81sTje1WYntGT+ESVJl6jsiXGmxLjVYknWejRpMGrNDgBApDElkSc mJQBYmdgGxMeYd6MT/A4m8fmJJ6YQUdJZlOSmU86xbQySvXxLMHnCb6H4FGCBwguIzibYDKaNJM0 l8StSepNIkm2pGgtSqTRiobgqNBefUFUXdgFgwJFHYoxS/iGAN2sQzgXoVfaMiKaiWwporlqMDC9 JU/fr5qZlSGX09PyEiONdtZz9LeC0mgY5WuDP/pm8EN9NAchWnTw0qPBf3r8G6Z4OTCti5a9+4uf RMUZ1JiXG/Xn6BhxY6UVBl1zwaXTEA6VOG/KNKytrtST9xd3ZA84N8QU7q0h7yDJ6twsHvyCwxlr UqIog8qIomL0KqNKRyG1yqjBCpPcpNRgGc2MSpPSpjKaVCpjPISNJm00ikKE4zVRWAPhc5QJLlG8 RqMyGaNYFKjESLWkV/ptBHZTRTz4WFjQ01eHYqYSFj7RH/fRjBbrdMydZ7JXz2ZgUTHs7Z+8++0L eRU61argG6/gV4NDP/+9KVWjXIXVPwr244KqbpO+OvgZ0k1SgufN+THaaty/+OtIeaNRlSNVbpPx ah5H2wT0EHhcLJ1wgxo5Lpo5HY6dgsawbx4sXhikrlV/gX7FlR5nS+zA4PDuYNZ8sOyN91MKDVp7 5l9A55PBNPxLcjR4p701I6WxHO+m1NPAu/0SqBvQJodVr+B5Hv8zj7VA06bRmiAMMhjYnTqjEoJa HnbLdM+jJXo7PY29WFxM/0sKBO8eCjf3GErot4gspRjCOfabl2iisHC/vLSe9Cdl2mMWJznv4hdM 2TYj+fMD5GupOfkxp08vtsflZZsuX6an/3hE9guSqb0TIDl6/SsdKM6hxohXEK4GY/5xLhfcsh3b S6F1+uU/kZvJn7FCW457Lh9Cqu9CQ3CTpaX0vG0XYHiT/JFT0F/ULGYgxSOIcs7q6OHqzazuT6E6 c6jOAlgPkT9D3Z+hzkbrcjRSXTz0u538EShWYeflmxhFhpTVpsNu8QC5ALXrWC30TA71zIe6W1nP 9XhQ6qkL89oMeCdYz2q8RewZ5nUV9LyB9XTgbqjTnCMY6VlXETN5gdwqe1HETIYYZiMX5glqb2a1 oCOpVh2ujYfa22XfF+UhnaIGSWTfA6wW5IG+wFU0kbhqJm+RCVYHHIt1fKhuFfS7gdEEjqGOccxz Isfsb42UbkXv4Ifxw+QgS/+DS+Bu5n7Afcgn8xV8hWyL7D3YDuWr6tX9mmnNT7TbIN2q/X10LiQf Tbpn9G8YbovpifmJcY0p2/RS7L642PiG+BOJPUlbk+3JPzdfSt0qFAo/tEynP2CtzdRltWR9lF0I aUhMq6z2xtwjed/O/2HBDYXfLTpT/L2Sw6Xm0nfKvlv+eMU/V76+9pUqz/rT1UOOnpp76x6pf7Nx W9Pfc7rrb5BeCaeLnzY125tPtsStpJW0kv6bpsK/SVr5W/n7e/xzt3y25fhKWkkraSWtpJW0klbS SlpJK2klraRPkzZ+NSK9t5L+rtIfV9JK+kdOrXlS8rY+15bWVtd29j+a2rn23Pb5jkDHuc7szoc6 f7/pIKTbNh3b9KVND2w6u+nRTU9uem7TS5tecvqcwa76rme6Vd2l3Xf2NPY83nOhN713oPf1PtTn 7nuv771+Y39Lv7P/ZwP1A48NXNq8dvP45je3aLZYt/Rv+c6WV7a2bj05KB/s3Bazzb89Y3v99tPb gzvecHW57nK9+V+Q/vW/bxoiQ/qh1KHcobVDzUP9QyNDeyEdhHTPP1j66tDDQ08N/XQlraT/+oTo N1EQ6YbchW9EcvQc4pD18h2Ql11+A/IqyE3IdHkMWREH5VYop3AFyysvn4O8isED0NKKNrN8K+Q5 SHc5BXIDyynOAsBwjj7ZENoXMAwFgIHmVSzfCrUl0OYNyHXBDyE3sNwKtaWMn1LoRfNKllPeylj7 MkarDOmBShmjWIZSWJ7KcoqhDBWzlnWspIHlTSxvBbplyMngHgb3MrifwZsZzq2QVwCVOsj1DDYw OAXaVAAVmlMqFYCf5k2sTStQrADMFO5hbfpZTiWtBGx3QK6HNpWAjcIpDE5luZW1qWN5Eyuhv1ur BGwU7mF5P8u3Xv4DqmJ6qGJ6qwKcdZAbGJwCmKsA537IKYdVjMMqwEnbUNmrACeFu1h5N4P7Wa8B yJtRM2DuYdz2MD4HAB6D3AD5Zla+mZVvZeVbWTlwSp5E9Hdm9Md2SexbJxyzNjW74thv8KLJKQnm UB35rATzEW1kKIE8I8FyaP+6BCuQO9xGiQrJBxKsQrfI5BKs1WbKjoaeX4i1MY9KMEYy47MSTJDC xEkwh9KN70swH9FGhqJMcRIsh/bpEqxAReE2SpQQ84QEq1C9KUeCtfK7TRP0t9E8R18Tm4wZLANY n2xgsJyVWxisYOV5DFYyeB2DVcBoKvmtBIs6FGFRhyIs6lCE+Yg2og5FWNShCCvQUHKbBIs6FGFR hyIs6pDC6gj+NYy37zA4KqI8msFPMVhPeUv+KYONAMckX2CwKaJ9LMMjwnER5Yms7x8ZnMzaiDhT ItqkRcBW1n6RwasobNYwOI/BiRRWRvCvjKAVFVEeFZLlDBJQMSpERWg1QN1oDHngsw350AT8n0Kz aJKV1MKVH2Cau6Dcy1rkQ00NGockICeUjUL/KRRgVx749EDrvZC7WUstpCa4GoJSD5qBkg6GfQLo hui0AvZZwD0NeATA6wOcXjQM8DDAk1DnD9MRwtwXgu8UUGb4qgzlMh5cgGES2gpA1wV0KI5htEtq 2wJXY1BKa6eBx0BYJqoHL5Nj/GP5GWG6ENAGuB6CGlrqYppYLqOIxydJKjAq01A7zOSlVyOAewb6 +lnJNLRyM80JUB4aj2bgiWrHy/pNMN2uZf09rIUH7QaaVNNulgsSR6G2AisPQAnV32R4BJfkoPVT wIUXegZACzWspShRSAoX44lagJtRpDzvYtKN/FXWc2XLymVUqQ2Ngj7GGR0BZUN7L5PAF9ZbDupl ugqE5VkDeMvBApYwtQFn/7l2rmb/V2z9H8XWr7aDpVGqY5YwA20nQB90HEcgeSWZ8pjufcCPl1Fo ZzVjUEK1GWBj08ksyc9qvGwOdUG+JDvVWRHESuUwogNMYwKbW7NMQ6JEU+FRGmG8TrHZSK8nGY7d UDsFSdTHEOsb0mg9RDOtYL9L8odqJtlccgOVYYZRlGGG0RpmtnQtuuK1l9nYOLMmkeoUtKC6pfWT kjUJzBbdEi2vhGFYwuVheT7zMFdKTluMMygb+uUsG/eP42viKtyfXkuRVhUaaz+zo9DYhezo2tKL 1K/ma22EDqgkoixTjF7Iz/iZJc4y7dHnn0+w2ef6WElFTbuWaVWcRT4pF6USYTqfJ6VZTbndG7Ze EQ9tSX3HJ49RyKuFfOcIs/Fxxm9IX8vnYS7TsYvBbmlEr57nV87dbObvKMeVsFMqYDX5jMYuNps9 bHxcUEZlHYUWoboCCef2K3xHDuPEBX0nGTUP06Yoe4ibf493/pTeUDBfgaM1hENICdvlTigTNR4a fw9bScYlL7pkp5/k4UP29fFePjR6neF5EIhYM0X7Ei3GI9EbZZY5Ic2WXCa3X/LA4npPPYSLjYE4 1iGrnGD9JyXfJlKgHlL0uBNha3GhpZUuhPNvOB5hLbmY7D7JG4e8gZuVTINuRItfWv0F5u/HJbvJ DvH48ePLPPyytU5Ikaww5CM9EofeZXPiU+NjXtrL+oVaX9tX5V7hq0K6v7I31ZroHSPlDvG1FIcs zZzp8BwPjWEu894+RmUkfO2JsBDqhcQRCgC23PBqIXI9xHgRWwbCLZf7E3EMC6QRD7CZMh7mITS3 l9vSp9fqEoWQlJHrxnKbXtLEDNPj7r9yHEO+ncZJE5Jmlq+nPiTGTkt62QkthiNWgqlP8MmiH3cz CULrV+VV3twFWH3M81w7+hSjo9C6saSj0Nq0pKdIv7K8V4D5C3G8hiTZr72Kuj5mVP1hDQSYpU4w 7OJMEtfSyDX6r7WCyLWuCaIn2qIDNcBVH0RRTlbSDGU0snNCTS9c1UFpHZRkQYsuqT6LjVgfW5Oa oF0PW+9EHE7I2+F6gPm6BiSwa3q1Edq3Ay7atx71Mxr1gK2LtXQy3G1Q2gqf9VI72qMWSnrgmsKN zBuK9NqhlxhPN0vro8hpN5QLYQmXc9XMKIY4a4MrJ+BvkmprAHczw0f5p/QbGNwe5rNB4rSG6Yhi pjhrpTjUyUp74LMT2nUx+jVMZpHbdiZDA9SLstQzDijlfElWsR3VT69UQ8eI8tcKaUmqGqaDJsbN kv5q4bMTOKf4G6G2m60UHdCzjknaxbRXL+mMStvKrpakEkeqlklDtUp1UAdwG/xvDOvOyXKRF2cE tuW662P1S61E+WqkvJZproNdiaNRy6662VjR2lxpLJ1Mjiup9jFLrGetapjEXWELaWDWK3Ifsk6R RkcEJyI9OraRvISsWviEOSJiCdX3SCN9tV6o1muYTihfXWHKH4c5/4xQXFi0Wuge8whtvgnf1Oyk R6j1+Sd9fteU1zeRL9SMjwtO7+jYVEBwegIe/16PO1/Qaps8Q37PjNAx6Znopn1aXbO+6Slh3Dfq HRaGfZOzftpHoOgLS4RM+lGWKzhd45NjQpNrYtg3vAtKW3xjE0LTtDtAKXWPeQPCeCSeEZ9f2OAd GvcOu8YFiSK08QFRIeCb9g974GNkasbl9wjTE26PX5iicjR3C63eYc9EwLNWCHg8gmf3kMft9riF cbFUcHsCw37vJBWQ0XB7plze8UB+jd8LhICCS5jyu9ye3S7/LsE38vHaCRVWij2dntHpcZdfyG7z Dvt9lLWcXo8/QMmsyS8vY43ausOYmOLq/K4Z78So0DEyAtwJeYLTN+SdENq9w2O+cVcgV+h0Tfm9 w16X0OViMgaEoory4gHftLDbNStMgzhTVHEjvokpwRUQJj3+3d6pKZB2aJapo76ntYZJSS8m/T73 9PCUABRmxoBERF/49E4Mj09TRU35BLc3MAmDIbgm3NDLCw2GoZVnYipfEELEfRPjs0K2N0fUcCSu iVDra7IkDgiV2u8JUOmoMiPIQ/cwrrWMg2wvUJny7Kaa93uBqts3MzHuc0USBaZdIqtgCCCvD0hB Pj01CQbl9uyl6oU2Y57xySsk0qq1ajrGI77xcR8bDclScoUhVwAY8k2ELStkQ9ljU1OTlQUFnon8 Ge8u76TH7XXl+/yjBfSqAFpul2wwJ1dwTU6Oez0BSp2iufakuZax/0xq0UpbvEJ1udMHjFP5PXs9 4zARmE6XTyuqr2UTi4rXSccgwEwR9AWK8UC/Ub8LFODOFUb8ME3A0IfHXP5RkJqqcmKWDhwgEHxD MD0mqFpcbGrTlv8+OShLrkDAB2ZMzcDtG57eDYp3iTPQOw66yaYYl8krdElz+5UcxpHbQyenOBLX bCfMeKfGaHGEVeVKVkW5D1WPe8EcRdoUl1/0bkBhmo44lTBX2O1ze0fop4cpZHIaBAqM5dJpAaiH pqegMEALJTsBCQtA8IAH3CVgoKMtaemarLIOlKQ4NyRNMyZmxny7P0FGau3T/glgRpqnPvCBjJed nuGpkIktWTLYuNvL5ldlyMxdQ769nggnDe6Izg3GEZ1Nk0u2IlUFxlwg15Bn2RR1RYjqpwwEpsCc qB+EWSrO6E9SgTjrmuqFro6G7r4aZ73Q3CV0Ojt6m+vq64Ssmi64zsoV+pq7mzp6ugVo4axp7x4Q OhqEmvYBYWNze12uUN/f6azv6hI6nEJzW2drcz2UNbfXtvbUNbc3ChugX3sHrAbNMB8BaXeHQAlK qJrruyiytnpnbRNc1mxobm3uHsgVGpq72ynOBkBaI3TWOLuba8GHOoXOHmdnR1c9kK8DtO3N7Q1O oFLfVt/enQ9UoUyo74ULoaupprWVkarpAe6djL/ajs4BZ3NjU7fQ1NFaVw+FG+qBs5oNrfUiKRCq trWmuS1XqKtpq2msZ706AIuTNZO462uqZ0VArwb+1XY3d7RTMWo72rudcJkLUjq7w137mrvqc4Ua Z3MXVUiDswPQU3VCjw6GBPq114tYqKqFZSMCTeh1T1f9Ei919TWtgKuLdo5snA+Bho9tXOgmYoJt EIbQLNbCNmAnXP9vtoUJ1XdJmw432yi4uRPcw9wT3FPw/3FunvvWspsXf5sbJkvcutjmOHT9S8a9 Z5k0nmX8Mo75VL6I38g38usgr4DWLtjyUd5E6mP4IXw/h9jGkcriZ4fUFEfo/jZCl7PQMXTtPw7R O7kGhC/TV+lihNrIU+mkgs9EyPG6bB6uBTHkCP1dhj9UfTlY42x1FhZCK/GeNaLPUiF1hD49fhtA tyJMbiP3IY6cICcAPklOAnyKnAL4i+RLAH+Z/AngP5MPAf5/HHDAxXAxiOOMXAPAjdxGgFu5zwJ8 A3cDItyN3PsA/xt3CeBFLgjwZQ545hEfQJif4qcAnuZnAd7H7wN4P38nwHfxdwN8D38PwPfy9wJ8 TFaMsKxEthpxslJZGcDlsrUAV8nr/j973x8X1XHuPefsD1bYPYtoEBXlRxARiSFKlBhCjCHWGmKs McYQa4hNzAaJMYYo8VJfa30psRr9eJUg3RLFlWsVURG5upwYhUVB6cqyu4aKtWq8KNZaS4yl1rrv d+bMLitiat/03v5zP+fzPc8z58yZeeaZ7/w6yxyIoH1Oi3y16doXoE/VvgR9hvZl6DO1r0CfpZ0F /VXta9Bna3Ogf6j9EPpi7RLoudr/S0RtvvZn0Au0H0NfFWAhQsC2gG1EFVAWsB96te4ZIuom6vKI SvdjHUqn+z86M/Rf6q5B/6PuBvRv+iCXPq/2WUJUfXKD+hAhKDDIQFRBUlAc9BFBY6AnBf0H9O1B u6HvCToCvTbIBr0+6AT0pqBfEzHIHtQB/UrQH3D9WtDX0G8E3YT+56A/Q+8KgueD/hJ0C/pfUXkq vaCvI4Lepj8GvUHfCf1r/Q0i6r8xBBPB0NcwkKgMgwwzob9imAP9dQn5SrVSLRGlOmMYEYwDjVFE NEYbY4nKONyYiitPG5+GPsF4Enqz8Qr03xuvIs4fjH/ClU7j17hyI5gyT815JJIoVptKPSo1yOsO fpsOL83QoS50s3Twki5DB0t0b+h+hPM83UKcF+s+wnkpPEx9+xOcV+hW4MpPdT+FvlKXD/1nuo+h r9L9HPo6+J96vpP7WYSHR0JPCHoU/kkMSmQ+/D30q0FXmX/qcT6qPwovHYOvqGdCcR5gGACfhBng B8NA6itenkByVVVBNG8semMuifzRR4uySe7bi96aT1aZMGUh5uw3chaQ7SScqCeh5ydxL6S/GkmS XkLPTya8PD2NrkAJa5saYiSDuK4lwfT/5TA9AK03nOs6EkKGcL0P6UeGMq/SsJpZ0p9E+F0RSBB5 CB2X94pAQpGumI7OmQydMf35SKwylZgiWvcAEsVDKmIgYSSah9Ts24kPk5gfLfxgITnNzhfZ+Ro7 d9GzIM5/a9ECQc/OMeycws4z2DmbnVey8yp2XsfOhexspssjoZSdK9jZys5H2bmZnc+w8wV2vknP 4lh2nsLOc96d/+58cRE7L2XnFey8ip3Xs3MxO5ey8w52rmRnK+sl+8F3D/0DWiB8OQBeGog6G4z6 GYK6iPgfuC4Q8i1nWucirFR/i07b4r1X2feogACgD3ijBwcksIUg30gwI5oygAwjsWQ4iSMjSDwZ CfY8guHvUfYL/mgyhiSRx8lYMo4kkyfIePIkSSFP3SfNB71G//2m9oFkX7SMvydXCFpBEkKFoUKc kCgkCxOEycI0YZaQKZiEhUKusFwoENYJRcJmYTsG3QNCg9AqXBa6RJ0YJsaKSeJEcZo4S8wUTWKO mCeuEg+rAjGmDVIlq9JUmaoFqiuqTtUt+tUudYh6kDpWPUo9Xp2uzlDPVWepc9XL1QXqdeoi9Wb1 dvUe9QH1YXWDulndqj6nvqy+ru7SEI1OE6wJ00Rq4jSJGLMmaCZrpmlmaTI1Js1CTa5muaZAs05T pNms2a7ZozmgOaxp0DRrWjXnNJc11zVdWqLVaYO1YdpIbZw2UZusnaCdrJ2GES1Ta9IuxNi1HGPW Om0RfKHDmFjMal9ISlHkhAZ6lYgTyydehU9x5dk58Czk9wIV+f2bCk+eT1Pk68cVmWlW5Bu3FDm3 VZELmxT5fpUiFxUp8qOb9FNRRFi6nGhBWqFgNtGiKxVW2RiHhdXLFPlJsCLXJjFmajZqN8ZtnLIx e+MnPLx5o23j5UJ9YaISLkwrNBWuLtxT6OLhy59KnyZ9mvHpciX8aeGn8qcXinRFo5RwUVpRVtG6 ouqiMyysLurcNGjTxE1ZSmjTyk3lm1ybbiuh4tDi1OJ5xZ/w0Pbi5uKuX0QqnvvFeC5LmAeFku1M qkpufxb8WYxy77Mcdk29ecbmeZuXbl7HQmGbT2++tkXcErYlYcvELTO2ZG1ZscW8pXLL8S0Xttwu DS0dXTq5NLM0t3R9aXlpQ+mZ0k72VPTWsVunbM3cmrv1k61lWw9vdW29YhEtYZZEyxRLpiXXst6y 3XLYctrSuU2/LW5b6raZ2xZuW7WtbJtt25ltN8tCyuLL0soyFav+I1yxuHw2k/ryynJbeWv5tV1k V/9d8btSdk3bNW9X7q7VSnkqSEX/inimB1UUVZRX1Facrri2W707fHfi7km75+xepJRx9809+j0x e1JZ6Mk9TXsu7Lm1N2Rv/N60vXP2Lt27YW/F3uN72yvVleGVYyunVWZV5leWVh6uPFPZtS90X9K+ Gfuy963cV7LvwL6WfVerdFUxVROrZlctrlpfVVHVVHV5v3p/5P7U/bP25+xft79if9P+C/tvVYdU x1enVc+pXlq9obqi+nh1u1K+/9yslO9gAZelXNoURh9sV6T1glLCmsqaozWnlWuy4hPV5wmfT/h8 JtO1n18/pD4Udijh0IRDM5SyHqo+dPzQ2UNKzQhfzFWe/eKccvdww+EzhzuPBCrWHDHRM2QBl8rf hgpHCrks5XIPl4e4bOLyNJcXubzGZZcia0Uu9VyGcRnLZRKXE7mcxmUGlyYuF3O5ksv1XJq53MHl AS6Pcuni8hyX3L7a24qsC+SS21UXzWUCl2O5nMDlFC5ncDmHS25n3SIu87jM55L7ta6Ey3IurUo9 1DUo8ihvv8e0XHLWNBxVZGO8Io/XKvLEdkU2hXDZqchfz1SkPUGRJ/n9k12KbD6rsKIljMs8Ls8p 951pinTBvyMv0z5S0IvRYro4U5wt1qr0qizVAbUWY8At7fKAowHNAWcDLgOdAZ26JHaeqNugu6Lr ChRpKDAMWgbT3sQRFliG42LgxaA7+nT9Mr1FX623sHtl+nOGUF1XQKchlB66LkO2odhwThKllVKx dBlz/GxjmbE1WAzWBx/qO1ta2bcwJDxkXkh2SGlIq97ST+wXjNRw9EvtN7lffr+mfqf6z+jf8pC6 X9NDox+6HTon9OKAZQO2D7CG9ce9prB5YeVhtZDX+zUNnDMobdDRwW+Gx4dnh5fQu+EHwlv6NQ2Z MVQ7NKdf09D2oV0RYyNyI0ojyiNaIi5GhkSmRE6KnBG5OLIockekKyo0KikqIyo7amnUyqiyKFuU PepqdEh0XPSUaEt0+8MpgWUPL4tJjMmPOTNsLK75jpgzXGuPbh+WM2ws8w3iKgfiK8cZekRPGZY/ 7DBwdthteo4NjI2LzYgtiq3UJbFwsy4ptrlf6vChw9OGn42LjItnXxa0x90YETsib0TtiKvD0+JT +6UifDXuRvy0+OLhZ0cmjYgduWDk5vjU+FQaG1enjayG5b0dcb0dmBXSnQx0L0KKp034k2et8Bfg r561ogD08bSJgYAR90XDVk+ypPMkg1t0/8RAtn+C7n2gOx/ozgm664HumqB7JuiOiWqPyWAGSoDP PFWGLZB1wNfADeAb4KZnj+FvuHcH8HiqJAIIHpMkAiqkF8J2QtAdELDT8LHnh4b1nhxqiWEH9J1A ObALqAB2AzagHjgKnPXkSAGeHzKrB7DdGt32mpi9dOdCNVLuttN0HztNsNMEO02w0wQ7TXfZ2Y/t V6C7FeguhRjE+hhY7ymDrTGw1QRbTbDVBFtNsNUEW02w1QRbTbDVBFvLYKsJtsYgNVojdG/IeKVm YF8b7GuDfW2wrw32tcG+NtjXBvvaYFsbbGuDbW2wrQ22tcG2NolaNUuxDT6kOz2oL+lekqHMpya2 i4TuIaE7SOj+EbqDgu4dofs76L4RusOD7hmZDS996LlgWAzkIacfe4YYfgL8FDVHy/pzXFsLrPdY DZ9CbgK2QrdA3q/8e3DPCtQAMvA5cAjw98sxhBuARuA40AI4ARfgBs4ij8uQHcAVlFjxoVV623NB MgHvAFnAfCAbeBdYALwHLATeBxYBHwA5AMoooYzSEiAX+AhYCvwbkAfs8gyRDoKlVqAGkNmeIbqT RvFuGttDQ3fQUO/SvSl07wzdOUP3zVCvUo+Cd/CgCR40+Ty43tMKj61/QLa08pKuh0WmeyyKYvtY 6F4cupOF7sOhu3DoHhy6A2cys6aN7bqZxVrrNVhTBWuqYM01WFMFS+ywpAqWVMGSKlhSBUuqYEkV LKmCJVWwpApWVMEKO6yoghXXYMU1WHENVlwjP/C1CrqDh7YMunuH7t3p9k0aZ1wa269Dd+vQvTqv MrZZwTYbLEuDZWmcZWawzMxa1qeQm4CtniywzGwoA+7PNDOYZgbTzGCaGUwzg2nmHkwzg2lmMM0M ppnBNDOYZgbTzGCambZQMM0MppnBNDP3f5bUB/rbYJwJeAfIAuYD2cC7wALgPWAh8D6wyGMD22xg mw1ss4FtNrDNBrbZwDYb2GYD22xgmw1eTcP6iu5YqsZaWcVqldZoNaHvTen+JLo7SfRdD/7OPa5K GuJxSMOBeI+D9IfXs+DtZHhZC+9mwbtZ8G4WvJsF72bBu1nwYha8mAUvZsFLyfBMFjyjlQIhDUB/ IBp4wrOGPET2o6X+s1NVsd59Jht12sjE/+UO545GfMSTKY4F0oEfeGRxhke+iyV0vMsESzJ7YUnP 8S4TLMkESzLZbMCGEtjuSesfHzuN32l0m/S/o9J9RqV+6BUi0CtECF3EgnldGuZ1aZjXpYmDPNvF 4WQWWlIaWlKa1Bf9d3/IMMgoIBr6MJIhxUKPA0aQDKJHCm1IoQ0p0FnhIcwKDyEFN1Jw42k3+o1D eNKNvuMQ+o5DpA+eqPeLWY+Y9YhZj1j1vlhqYbTnKzHc8xsxxtMorvZ8RQKFUZ6vhEeBx4AxuBsM DAAigWggFhiJmAbUcRmrzx2QO4FyYBdQAewGbEA9cJTNrspoHZCH/lvGuiDWpz1AX0b7MdJXSPC4 hUfgH43HjXm2CX4ywU8mMRTexVgNb7ShXtyoE7cUDvYMAYbCb7HMwyb4zkR01LvfWgeRyGcN8lkD n06CPyfBn5PAhx2oGxNq04TaNMGGNaLBUyKGQO/nqRLDIAdBDoZEvvD7JPBlrjjCMwm5mZCbCbat QY4m2LcGdq0Bb0qQswm8mQYb14A3JeDNNPRAgR4HSua4a1zpx1YPWCH8U/wg0dRoSjyVj72p/N0n Q/DUEeS/Fv65BM5dgo8uwUeXkNIR8O4SeHdJHAhEAJFALDACGOm5hNSPIPUjSPHIPTaYHtgGb8ty P3DLCuTzqluYU93yr0lf7dCaiaYzA7SuErSqEpLAVwGsR8A8LALzsAjY24bSt6H0EUIi8BgwhvUY cg+GtIEhbfBIhIjnxf6eqaihqWBKFmPKEMihWDFG4t7DnmmotbXiMFwbTmQxDvFG4Hq8Z6ofe9o4 e9rAnDbOHNrjtIE5bazHGe4rZbBnEi0pnz2uvQ+ne1p8N6dDoffO64/+v3gtIfdKMKYSFlTCgkr4 phJM+Q1SrQRLKpFqJVhSiZQLkHIBUi1ASgWYm6Nc//J2GYKcl8D+KuS+BCzZAQuWoAxLkFsbvLUD ubWhPCXIsQ050ta4AzkuQdmWIMclKNsSMGsHEWjvTQz3tKDeWk/03S2IPXUeT53HU+fxFGXYecQ+ j9jnEdsBNp3EE+fxxHkw6CSeOs9GiEY81YinGvFUI55qRF6NeLIRTzbiyUY80UhUvtGFjixB933O +0ys8hxyaSSiNMHjlGZ6nMSIdqNFu9GSX3mWkB1AJe6MgjfhM8w/l0hPATR2GuT3cH0KgCelWZht 9ZUSPBcR24nYTulx6OMwZjwB/SlggqcDTznxlBNPOaXncT8d96d6vpCmQb7kuYqUOmDNC4g5DVoE +s1MpDmGpZnI001iaY+RkiHHA08CKTyPVOAZ4FlmoVN6DpjE85wMfN+X9xjpRcgfANOBGcDLwCus JBbpVfiC5r7kX5a7XkogA5Bzh/Q45DjyCPPf94ApwPO4lo5rL2Cm9RIk9VsQYsuwUeb1JPN6kvGU jKdkxJZ5XTnJaJRujZhK0sRnPB3ic+QRERaK34f+PCSdQ7/gKROnYh79A+iwTMwgA8RsyHcRZwH0 Jcg3AfWjeKdDGkPS4B3Yi2vjMANJhj4eeBJIAZ7C/VRIWg7kCS+BD7j2HOQkVjbqpQ54qYN7KRP8 KIOnOuCpDniqA57qgKc6aHnhrQ54qoOEiagHVorJzPoOWG+B9Q5Y3yHCzyiBha4GUIoOEU+IbwHv IocE+Jp5GHIcxuu7PIxr6bhGPRuFHGQRtStOYDnJ4nMsNxm5ychtCXKTma9ehM+U3NYgJ1mcg3jz gGzo1G/vAe9D/wg5JHg28tw3InfZL+eNyFlmrWAqyj+N1VgHie2tbcKyJbBsCaxywqo14iSUezIk 7GcWZECfDcxBnNeBudDfAuYBbwMmXMuCfBfyQ8jFQC7wETj0oO0+UHwBfJjKPG0V3wCnTAi/C36M YzwdgLI4UQ4rUTM75zMWKD1OKK85p1JzeO4FcHEGQPn2OnpPE6utjn+4PfTnteTlhBO11ME4gXZH efAP10Dfu1imlNn6D9ulYTa8xjw0wNfXBXHLOpRyA9SH85VY4EwH2lt37MGM815G0nLCw2CfhZfN ifp2Mp6/x8r5W2bhGHD6cehKj2yRnsbMTumVLX5l/y3KbGFlpq2M9hVPYG7yY8xLfox5iRPzEifY t8bHPKTgxz6/umSt0MlboYVZlcHaRCbqtQz1WiYuwbWP4OkEzylmIetHwDClHzmFWnHe24/gfipn kK8fwbXufqTDrx+hJTqF2nTepx9x+vqRSJ9PWY8IS72lARdYC38RJVTeLFhZX0JrKhNMfZ/5+LuP fMN9vwH8ylMGH5fxFk77HlmcgNwUy5ywysL6G8WnFrTwMvh0DVp3mfgm8BauzWM+zhTfgaQtfD5r 5WvAiDLxA+BDYDGQC3yE1jwKtU5HD2Xk6OAjhwUWW5h1j4EF18GC6z4WKFZaYGUHZ4OFM0FmveNU 1ucqfHwNoP3QDxFHYcASMRP332BWW8QfQX8T8i1cnwf5NkD7pncgs4D50N+DXAgsAj4AcgGln3rw cS+Y17LMrExH7i/4Wo0VuVMuXmKpPQ45DmWnKdLUnkcYnCZ6VkZv76+U0cp7KSezZQKrayVv2sdp GYsyeukPtYxDvfWUkXT2QXvwf9kMJIHOvvz6GZmzz4p24eStnLaNMbzfyeTjq+VfZvFgpZ1gzPC2 4BdhrdIbymipA2j9svH4o39CrxjOW2YZ74MtfmPNGu4T2ttZeGv87jmq0Vo6fHOw9+l8Ha3fwfJ4 HVcygTdYv0/zY+Ms5aS4gI0DMpt55ABLmAdoW8igIxFA5yndKdAZkoP5ibJ6vi9PJaX3kXqOMofB +pzPSZCSk9vh5Ck48TS1wcliinjGSccw0ofn6PSzV/abITmpnSjra35jXw55BCOk97nXfVZ2W8hm pXx2hZwwJ0F7QxqPsLH0DVr3fmNqNk+b2iOyq9SbKpYDTRn3iM7PRqU8Xs+/x71PYzj4XWvPu6zU asY6U/cIzjzG+njme8pL5nfMmRSP8dIgZjBijkHMMWQHns/gc4buJwawJ5RauoQ+UnmS+kCp3w4S 4POYv/Ve2/r4at/rz+7a9vqScq7HXXjpdR56l3kvGy3/fcxGFX8xb3vrn68Y3vPZ4/Wo13LvXZqT 6CtvgG+m2z3SZGKkyaTjIenD3pr+vTemGpLisRMr0OGxC07gK+g6Ms5zAXdsuGPDHZsQ4bkgRAFO 6F/hWih7X6fxmEggYPBkkSpI5Rf+/F5+b8o33AC+AW4C3/Z7U7BvdN/pGWL42LPWsNVTYNgBuRMo B3YBFcBuwAbUA0c9a6UAQOcpIA+x3340sC8QqGLvFb/7L/rBvl/zd97pgl15sGsZ7MqDXXmwKw92 5cGuPNiVB7vyYFce7MqDXXmwa5nvjVv37+4oIdkLvZL9LUO+368TZr9fJwr4rxP5yCkfOeUjp3zk lI+c8r/l14l8WJAPC/If4NcJc49fJ/K5J/1/x94JdFtLf5++wH4ve7Dfpy94f+NiqXb/Fo1aRapt SLWNvXtXUrU+yPt3nmoVe4sfes9vy6gnpJyGlNO+k71GcMkKLlnBJSu4ZAWX7OCSHTzKAY9ywCM7 eGQHj+zgkQ28yQFvcsCbHPqlxbuZqLwZ9rUd3m56fSsc6bHf9WY4wPe+dqcnwvdrDf2lJhrlDPjW d8Squ95OB3jfFsNLt+55S6zvkc/939Hy97P0jZjfe1mkCc9Pgud7fw/pfQfJ3z8S7X1/DaIlNsMS MywxI5YdsehvU/Q3Kbvvr2zueSP8dy0Y2osVfVAnNtSJDXViQ53YMBNJxwwkHfNbO2Ya6ZjX2vn7 hWD0sLTn3Qnsha68/9uPuZxDGu1Zj7nLMcznHJjLOdh8ezzkk0AK8BTupbL3KHRO58CczoE5zTHM 6RyY0zkwt9mPOZ0DczoH5jj7Mde1YU7nwJzOgTmdA3M6B+Z0Dr4qc9B3C5jXOUgw7D3tt7o6zVbr T3j+dJ/V1Wm2ep+KHF7Cult5p4h+H1cvEEF6jBRipaXBiBUIVAHKe770Xuas1ENWNm994j5z16eR 04PNX6mXrXfNYV/yZPWYx8psHttbfU2ENRNhTStSmoiUWn1vCJ38zcMA/uaB5+dbT3S/eXiIreCC 6ZsMv1XcTuh7cQ2rOLZ6eRSeGo08x2DdrKyoTvEV1aleV1R9Ye0aWLsG1q6hbxV9bwXpG0Hv20D6 9m8Cf+PXXVPKGz5qW+ADv43rj5i/4ms+Wke/QuwOWHqR1cnTjBFdnBGKtc8jTjri+L/PeYm9v+pi 76/U96y+QpDHFj5Xp3lsYW8inmCrY28eXtZ5LdzC3jLQOftL8KB3zh57z7uTnXd+jNSv+L3vOMbf d1y5z/uOY7287zj2Le87rjzQ+w6Jj9hOvxHb297pm4BLyNm7Lrl015sAPWq8FTXeihpvRY23ojxr +Jp5TY818xq2Ztb0ui7W39Xj+Pzj1/MkkBS019VgeAoYnYI54of0L2AIYV9fFegXrnEthn7jmozA oWbfWNOQMTi05HEcAWQcDh3bV9MHKaSQIPplZOT9Mg4DeZVkwBOzcQSTueRHYPNnOPqRcrILae/D EUr2k2rMdK04BhIbjkHkKI7BpAFHODmHYwjpwDGU/B5HhCAKIokU1IKaRAkGwUCiBaNgJA8LfYW+ JEYYKAwkw4TBwmASK0QIEWS4ECVEkThhpPAIGSE8KjxKEoTRwhjyiFAoFJJHhYPCQZIo1Al15DHh mHCMjBYcgoOMEZyCkyQJp4RT5HHht8JvyVjhd8LvyDjhvHCeJAtfCV+RJ4T/Ev6LjBf+JPyJPCl8 I/yZpAh/Ef5Cnhb+KvyVTBCJKJBnRI2oIc+KAWIg1iB60UAmi0bRSKaIA8QB5HlxoDiQpIuDxXDy ghghRpEXxRgxhkwXY8VY8pI4QhxBZogjxQTysjhKfJS8Ij4mPkZeFZPEx0mGOA7rrtnim+I88jPR hNXAKjFLXEh+Ln4gfkDWi4vFXPLvYr6YTwrFArGAfCquFleTIsOHhsVkk+Fjw8fkF4ZPDJ8Qs2GD YQP5paHIUERKDMWGYvKZwWwwk82GEsNnZIsBB9lq2GbYRiyGHYbdZJuhznCU7DScM3xFdht+b/gD 2Wf42nCTVBv+JqmIVQqQAsgRKVAKJLWSXjKQOqmv1JfUS/2k/uSoFCaFkQZpkDSINErh0lByXIqU osmvpVgpjjRL8dKjxCk9Bk7+RhqDXuO09IQ0gfxOelZ6lqCNSN8jl6XvSy8StDr0utell6VXSKf0 qvQq+UZ6W8ojN+kOVH0i3TUoZJFXCPnyNHCOCK3FkO3AVeibITuBLi4p7nTrrWpCTi6EDASCgVA8 UwYZDkRzxHE5iiMJGM9B9Ql4ptwvnESEcqsiWyshJyGPUMh0YDowC9cPQM4hZFe7AvsdBqH1kHKd hlEWak9PUPsUG98EsgBq/2JcswHHCaF5AwKXTN85S9Fb8xCnGXJF7/F6hPkzYlFLg7ukxe622LOd oQxm53SGi84V9ivOFSf7Ozcz5DuvUTQfcq1qtrlWOcJceormCwgDjniEgZaZ7pkts92z7WEtLvvQ ltP2GMj4ltOO2+5pFPbElnP2sS3tLVMQbxriFTqTGBIRbyziZ7fcYTA7x1M4St2DHNvdkfZFTjVD KeJS5EKn2A6dotveAgq/8CcU9usIAycHIUyR7KxkSOUwoXwUCzhKXFoGi0sPhPjCOxDegbALOsVp VwyDN3wOOsVV19hvRacr5WSXa2LzKPgwCWnecaU0qxEej/AE4E3XDIYsZ1LzQldG82bXMobFCOch fMC1ksIRAr9TTHW1MsxwZTDMc11kWOS6ybDMLVLYK+ArwFHhjnVUuSMdVneC47B7dIvonsbA6w9y LqQJdTCBIRu+NiPvFUAB8i9zLbOnoM4mos4mQ06FTGy5ijrs9NZliw7pUUgcc5G2CXW+DGlRVMEW ipXQKazQKbKdgQxm5ySGRc5ghlJnOoM3/mHEPez3vDec7QxnMDtnMdxE3QMnI1HvgP02wsDJWISB bq785xRwZYMfd4oZROhib/H32xjSnAcYkp2HOGwMac7jDFPArymMb80M06BTzHSeYpjtPMOQA95R LOUwOW9w3FLgIgp4eDniUKzm8HJ0jyuMoZvDQxm84WroFN0cjmfwhtvB3/ZuDjcHgpvB4OYk8DLd j5sUK1yZ4EOmL/wJ9E/8whvAlw3gS3f8eYif7QsX434x7peD2xSVChwTXU0Mk10tFL5+h/O9+Tj4 DziGIgw0NyMMOGIQBtA21lEg7nYK1k9d7u6nmq8hfAPhRIQTWT9WiPuFuFcB5CJsRtgMvQqweuPb U1x6Cl97y0Bbo/CGM6Fn9ho+yzDDNY9hmVtHgbY4nsKxEu2TYhXHMrdEgXvpFI51uAb49WNlFI4W d7KjFe34rDvVcRG44k71tWUv+nMM4ojkiOVI4BjNQfuABe4FLTmQS9Fej6L9Ay3JuEex3J2DvmEp 5HImi9zrW0rcRS0WyB3uIj+ehTF0942JFM2hrhT7ddbXTUZfNxX91BXHdXea46Z7SvMp+PmMa9XJ uWgfFLwtOI6in2pyj/ZKtO9oBrNzDkMuxgyK7fAnRfd49ibDIugUpdApVjnjGCqcWQzZzlEMZudC hnXoTyiOoj8BTurgc4oE9AEJ/n0A6oEizXmBIdl5mcE7nnT7Qg+ENIejLUWj7NPBuVlAXI+25W1r c3q0tRWuRWg3uX7hbITnNd8ChwngbQfcf46xCANoN6VoN6VoA4eBo45sjAkUuRgTKOa5rjMsct1m WObuT+H1i6MQvAPsTfAD4DAjDNhbEAZ6jjsn16PM63m/tNyv/DLKL7tC/PxWTnFPX+qNX4v4FEVI g0JCHIrR8D9gn4ExJqOly54JOa+lC1yc2ZIPrrY6F1Ow8GqEzyJ8loXzW9a7V6Nu8yhaUsFjijSO PeBuNTgsQ9a6i/zs3MDgtasBNlF4w3bogEOLvkcP0L4hhc2DOtE2upBXOoWvnvh9pV7cdzCHOgwc dV91z3S3s7a2mMJ9DuHTCJciDLhdCNsR3o4whW+e9GUuRTc/v1zG0GO+0d0fo2+m2PzlKobF0PNc mT3r8ctE10WGsa6bFC1zvyzE2G2yFyI/wBeuQBg4afpyJYW3z/ky/st1FPT/m7Cv9BD2fR4d+zJP H/b9HIl9OSeYfTOnP/tazmD2nZwo9oWch9nXaWLZt2VGsS/GJLEvw6Swb8I8Y2w2uslE4xnjFTKZ 5fFH8TryiFBFE1E1XDWWaFU/Ud0goZo4TQJZpUnRPknWalO1zwprtbO1bwsbte9o3xG2aOdrs4VS 7SLtB4IlaG/QAaFML+rfEyqk3xnDxHD6DRpxprHMeFJcQAShQGhna5IV5IeEnMDc/0Q6EZq0kJj7 n8DcvwmmnsAc/8SbXFJk+emYz/9mJuRiIA9Ywfb7khMFwCccG7gs5sA650QZB9XL8UyYX3gzETbH KrJpKCTWJbVYA5zAOuQE1hwnsHZoioHE+mHLdAW1WQxCU7xynYZRFmpPT1D7FBuxtjhxCjgDXMC1 RGAsITRvQOCS6SU2n+69x/Abk3LtxGU8mwJ5rffne4R9z3zZjpWfSIz/TXy6QujedSGoD/uGCcpN xvMvn6QiV602Sfs4IdI30k0iSn+RbhG1cYwxiWiN44zJRGd80phC6B50gX4Nij+/mD//NGWo6nGw kqg+Vq0CQ/+o6iRqzWTN94lOOxrpBmrHg6ESGPo0CWZ5hLA8+kt/k+6QUDAxjoSx/Aax/MJZfkON tcY6Emk8ajxGonnegipctbx77dxQAliI0Aj+NewA9kAHPxuqAZlLilo/vYGQw1jvNtgBF3Aaz4Aj DVi3NrRzXOWykwM10nCHA3qjGs8s7A4Dwi+XKbIRfmnEuvwLrOsbsTZvxPq3MRzX0SYasR4v2aHg i1oGoXGFcp2GURZqT09Q+5iNjVjTN2It3wj7G8fjWgGA9kTzBgQumW4OV/RGrPMb0e4aJ/Uer0fY +0w0+0LtHGIii0geySfrSDGxkApygNSSJnKKnCNXyA1yR9AJIUK4ECskChOFGcIcwSQsFpYLq4QN Qomwnajk6s/TZfnz6XLt57OIKI+VL8op8hVoyXK7PFoG4+VouVlOkk9Bi5Fb5Hi5FZoky3Ks7IIW LB+Sw+VmItbckrfLIXIFtNvyDlkn74HWLm+Q1XIxtMtyoUxkM7QWeXnNFdkCzSWvqDknb2Z3s2tO yYugXZQX1DTJOdDOybNqauU50M7IGTUH5ExorXJaTYU8hT07qcYip0NrlhNriuWx0Jrk0TXr5GRo C+T0mnx5OrSF8tSaPDmGqGvOyjmIsZTl3yovwJUWXGnFlbO4clHOR+yxNRdrptag/DXJNe01aTVX iarGJsfXHEcem1keC2R1TY4cyFLW1mTVHIeWUXO9RluDllkzt6bLerummoj1hfUr6801KFv96vr8 +vX1y/+HxiId++IcYd+aU77q1od9UW0A+x7aQPbFs8HGgcZwtGL6NbNIjC1WkX4nQy+MQgrEdgXA aGa7CdwmpF4EdFxSSH56f0Lk5ZCDgEgAfWV9AjCaI5nLVI40YAoH1af56V5gjJJpOrOBuQD67foF hBTfVCBLCug1KqmtLN+eyAGWAtS+fEI2Hb8bttxu0HD9amD9vfH8gTjPWWdaZwNzrSbrAmuOdal1 uTXfutq63lpkLbFarDuse6zVVtlaa23YZLfarS7raRznrO3Wq5ssm+ybiqyd1s5fhm6qhb7H2mW9 s+l0jZpqNYE1wTWhNeE4omtv1t6uE+t0dbPr5uIw1S2oy6lbWre8Lh+h1fxYj9oeBEah/xNviN8Q Ufwz2KVm7NIydgUwdunBrifAsSd9HOsLjv2AhGlfAtPCGdOGaDO0GSQCTCsnkUEV4NuwoL8G/Y0M D/KAdfFg3WySANYNI6PBNwcZa3QaXSTZeMrYSsaDe78lTxl/ZzxPnjZ+ZbwINl4CG+lu4YH/Yvuo ZeOZZSnMsqeZZc+A7QWkk3KezKVfPKvFuFOL8agWfXwtxp9CzDVqMf7UYvypPc2vU2AMqm1X7m/M UaQXtVfvCoccJAe1pQ0H9QdDDoYdHHow5mD8wcTD7YevHll4ZPGRPByLjyym3+4Svxa/hoduijcx go7XjCeidrp2OlGh7b9K1NrX0ANognb9P/a+BSqu40qw3hNqmj+RCSaEsAQTjLGiIYRhCMMqDFYw JhhjIsmYyJhgDIjQhGbk7tf9erDUNG2FkXsZDiJYh+Vo+k938/rHcBSNoiGEMESjKAohGoYoLMMo ig7R6DAsyzKKluyt6veapmlZSc5uMudMTp1bdV+9W7fuvXXrVr2iDxU1hkRR21HbKDzmDYgA4rhM iACRJAJExc3FzaHouB9DHIiJ+6e4n6DYuKW4JfSRuJW4FXQg7mdxd9FTJPr8v+0J9xFL+ogjfcQj 6sDGUzWw/4imrqI2sNAQAOwAzsOqed6GaGc9lC4AsPZ5sPb5Kf4ZLH4erH1+nn9e5GGZpwGLn7/v B2owDHg1Ifp8LpRtpETn1wGH9eN8VQCABzoZgC4f4DqnBqDX155AHw+DPD2sUE49gBWA89PvyATx +zzsKkAGNBhJeGCZSRu+XzQIu4rBREJHO8f5upTfAmDXMZgVALCzGMwj9qDPw3rivOwHNFjoqwNA g8VENiIfeS59LPjeV+CSXnp/25zOxepthttcgi7Smswl612GDi5NP2FN4zL1LmsmvL0CNQf1U5Dn 6metB7kC/Q39IneY1GTq56253BH9orWAK9dPWQ8DDaavgrZp3HH9MuAnCLcG/QT0clxvA7wFKI8A 5YS1nGvXpVgQd0p/FyiVpOa0/r61ikvQr1uPc1r9FvDX6rcN1zitIQw4nNMVWk9w/YZIUxU3pN+2 NnAjhnigOWdINM1yRkMK5DZDOqnJslRyLsMhaws3YciztkNNIeRa4HCKG4G2Su6Kodh6mjPqaqxa bspQaj3HzUL9KaCssPZzNwzV0HYe8FOAV1iHuEVdhXWEWzbUWI1cO+Q2kB/b7a6hzuriMg2N1gku 19BqvcJVAT4FOm6NxmMtdnJD/GgiwSE3eEg9aOeMhPoU0Gtvfmk0nZs1XB3NAn1nRw854yHP4wp0 raOFIOf0aDHweVyePlrqTMQ5ocR5GMnjoW2/ocM6y93XX7HeAGmvjVY4Uww3Rwud6fpFW5tz2iCz zoOOKusi5K3WZaC5PVrjLDSsjNY5iw23gDLr/a3RRu74B8nWu0CjJhbwtToL+Dpfo7Pe57YMA5Bv Gy5Y1yG/aN1yhhnMhGdg7rBug/Uco2E4J/g9y1GuwBBvTneWGlIMkc4Kw4PRVk5p2BjtgBF5aHU5 00GjFGc18bc0rJfzkKFuNJI77ZNQ7xqt5o6T+jwjGpVx5WA3lbPGMDCq5gre37amOet0FWD/RqNo 9KyzVVc6quO0xmiMGw9gXFcKNB3AcwD6hbFzlhqTRi84ZcZU65BTZcwAydOM2eC9CWTuZBpzRi86 1cbUUTO8zR91cJnQY6mzw1g06oG2JaOXOJexbPQqaJT4/jbGrbmAZxk2wFcdYM9coE/htB9UYdxY OToN8hwdvQb2iR+9CWNaN9robAWvuOU8a5Bh3FgLXqEDy7ucA7qO0dvOamO9Ndl5wdg0uuK8aGyD UUgA/J7TbOwkPJnRB1y/Dwff2ABPwG0dxq7Rh85qHtdgXBdpQ6Bdr03k9Bj7bNFgSfAH54BxkGg0 DBySQappwPW2A37cakuCccd+3m9wEHwa40YO48Zxgl8GjcqNk8DnknEG+PjG5ZL+ii3VedV4ffQB 1M8RaRdsGdw545ItFaSNt2UDfsfSxW0ZV2054BsXbPlcgXF19BDBiwgOs8O4ZtgAH0403XVeM27a Spw3jY9sZc5bJhr43zbE67KcKyYxRJJzOII5VYTyHu7F+cCQZ6t0XoJ5Xc41QNzod14ytIIkVaA1 jIXB7MNtRzmtKdbQ4bxtSjAtOjdgFoC3g/3jnQ/189gfjE22Wm7WlOyzM9CfM6XxNoc5yNsfz9Nz pkzcry7Pesp5yXTQVu8sNuXamrhcUwHQxOo6bEddyHDJLONcpoP2G9wp02H7PDcP+CLBlwm+U19g W4KRumXtdyGwZyd4TqGNgTgzZY8FjQphHPvNeeZ09xFzofW4u/yDZLwKmIvtd91Vpiq72H0cx1j3 CYPaLuYyzaX2+zCOBNe14thrrrCvuxvM1fYtzmWuMd11t4D1lt3tOPK7T0HbdrfSYAb8NLTddh4y 11mPuHHUHXKfMyVD5G8wlzrCuH5TrC3V3W9udEQ6I00FYO1Yc6sjTMBB/iFn5AfJjkbw6tLRRFeb ucLR6m4wbTs6wPPNDhnoNY3jmLHToQK90jEOHtsFsxj6wvHTpnF2mA6D5xw0HYG1Kc2wYevljpiO 2Pq4NFO5bRAsX2Ub5tZNx216Ltl0wmYFK7lsw84BsBsHPpluG4fV0AaU/XjVcIne37ZdJjWTTgdQ zriiTQ2261w58JxzHTC12BZcSThSuVJN7eZprsB0CsZCaZy03cErlLEXJN8wtbgyTErbqitJPwXj 3mo6bW1wZUOPa7BuLto2uSqT1vYIVrpIOw0rss12B7wi1i525ejv4lUV1iAtd8N0DnClqd9Y5lwx Num3XfngyYe5BEOkfspVhHFXCfTOgTXCrOWuMtOQPcFVaZi2x7qOgjWSXbXAZ8hVD5Ez2dUEEQMi IXgpyGladqg9l0DfBs9V8wPHWc+0ecOh81wzP3QMeG5akOOC55ZF5LjouW2J1i+6ZiwHHGbPiiXJ 4fDcs6Q6PJ4HukJ7FddvyXBc8mxYskcrPA9BOwQ7BFivYV5fdlzlyiFuw3w3d8DYZVpyHNPuLf0V c7zzKvYfVxeM7zXnVTy+ri5jhuOmFxnSHbdgJmY5bntFlnzHimfaUuTQeaMtJY4B7wFLmUOI7Zd0 6Y57zla8IniToK2KW4d6WG2hrwfgVxsQww+BXwGO/cp5CGg2YLUi/mMqIDhZH80V1nVnvHHV0cFt CfhoOnhgMvY946TjIY4GxA/jAe83ZowhrsFSOSbyphrUGDdEjok4o5Ebixb805S8g+vnHRveDGOT 6YQ32xAGa9yK5aj9tDfHfNZ2wJtvqR07AD6QDhFGbak33HammyNhnvbjsfMW4bHzluDZ4dPC1Waq siZ7DuGZS6znmx3FMApNY0ngMx2gaaTptC3a1abftie7Ok0j4HWdsB9rAJ5G8AQG4s8QzBfYDQKH ePBb8Hl7GskzgcZlP+jSmIyQ9xL6XtME5H2Ge/Zc1yDQD8PoFNoLcA6zT2u6AvyHdY32w1wL9iWI 7aQvnLv0hkRDBUSzKdOyP5/V21xWXw4zaMPF6W32I65s0w17uWuc5JdJPonnC0TvEZz7PA16bIAe 5+3HYSYu2k/g+Iw907Rsb3BdN93VuyBfNmldc4Zie4trgeQczjmj6b5O5bwJnjmENbVFOx8aKuzt riWQZMJ1x7QOs2nVtAUzGuaU/ZRrzbRtWndtGkohXwNLFsAYqexKsCdYw/nQNGE/DRyq7VqIwzZT C9SIQc6HeLycjWTGPdJv26LdNI7Dbtq0DjQ3jZNkZO/qrzhvGvLs7W6xb1cG3M755HHHmsPs/WA9 2J26E8yRukjXGpETwbgMuZN1rbYliBJ3dSnAYRpWyX5zvH3EnWbosBvdmeZEu8190NRi73clmVPs LueKOd0+4c6F/Iq7QH/FPgVRItI+C565AdGm2pxlu+M+TNaIIV0xrBEj5g7Ye7dAlMgFzjLDbVg7 VNZctxFWuttuG96Bu10fJMOqF2uchJrDeD/vniD4FYJPGaYxjldM96yuFXAxrneqDemA0ziyuW8Y 8LozgnGoJzjsr+AbxKzGu32D2bbknoe9fYObNnZCXw3GIiwPniPuRXMkyLBsPovrzTp//V1Sf5/g 6wQXG9esB50b+HsBPEEN9MfNA1C/ZaoCmn6iyzmCbxO8HDwWOBgSLZXudvMFa64nzHzx/W1PJK73 hOF6TzzBEzHuWjCbbaueFLPDEe9MMZsdiQRPceI83ZNu9jiyID8L86sBr6fOQ7DKLHmyYKdxwq3E uHuR4CdI/SGCiw0yxyHuOOwV213ZgbipAGw4YL5EPJk2dHjyzFftLZ5CjIPuGC8G+jxYx6cN1zyl 72878txT5muAV+B6T7X5pqnFU7oHryH0dRAzC7kWA6zAnkaIV4WeVv2srtjTEYDLCK7CuIsDmYc9 avDSfpce4+51jOOYLOCes3h/AntIDXhvPewBlmAPcMve7tGZDuIvQdNhRzE3r8uyIM+AodpR7LkA +4HDmN6wAmO0Gyf7BMOKMxL8JA3veQwrZEVL81w0NxpWPGaCtxLcoWs1tcCuZsBR6vGYbzsquHnz iqPaGWkudtTA7uKeo44zjseOJ4wnW5bGOjmXZWGs07sEM+sOeCNEJPAZ+Ip01uGIzc2aD9n7nVd9 uaVtLNVbZukcy/BWWhjrvPeopWss21tr0YzleOt938iWXqvL24S/NL1t+CvS22npG8uH/Sf5wvV9 2/q+agO/WH3fqr6vVMvgWNHub1Xf16hleKzEy1j0Y2XeLot1rNKrsXBjR729lvGxWm+f5fJYLbQi fCyTY/Wc1jIz1uQdxP16h0m/I7hfr57/msbfziP429lrxZJ4OSLJyI4k3nGfFr4Iib+UvZfxN7L3 sk8v/OXuHfZ9X+O4RNqecObhFcQ7iVcQ7wyu8V7Hc9A7brluuOad83EjX98jlrmxNu+C5c4Y4072 nU74Tgwsq+Z07x39BOxzMi1rY13eVd9ZhO+r37I5pvGuWR6N9Xo3fWcOPrv5ThV83+/WhDHruNg3 Ir7zAf4Ew3deAa3cd630WJ/7hFU8NugptlwfG/Y+ssaO6cfpqzJTgisfn6uRGz9QwI0fNLnxI0xc Iq5B+8ktHynklo9Pkls+MsQysQr9kfhd8V+ifHKDxwvkBo+qqOeictDRqNWo++gEucnkTXJvyVvQ x2dRBrlv4Ah6AyWjBnQG5aGvQzqK+tBfoWPoIvpr9BoyQ3odOZAL1aJvosvoTTSDfoy+gpbRz5AU /RzdR3K0iX6F/oKiqWz0HtVLnUMuapD6MfJSP6XuoP8Z1homQb8MM4ZZ0K/CroR9m9oXdj3sR1RE 2L2wX1AfCdvcv4/66P6M/Z+inhH1iq5QnxJNir5N1Yi+I/oOVSuaFf2Q+rLoH8NF1NvhEeFPU+fD PxGeShnDPxn+LmWOeDdCS++P+HpEPx0T8Y2IC/TTEf89wkF/PMIZcY1+PuJHEYv0ixE/jdikX4n4 ZWQCfTIqIiqC7o6KjYqjNVEHop6mtVH/I+oefS66I3qEHoz+XzE0/d2Yj8d8nP5RzCdinqHnY7Jj sumfxHw65tP07bivxX2N/imiwDqt5IyX3CSi3EaIhZKNBIhHyWwYG8nGs4lsCpvOZgF2iM1jC9li tpStYKvZGijr2Ea2le1gZayKVbNnWR2+UYKMMBK/IH4B0eJycTnaB7UH6IP0QYToAroAUXQhXYho +vP059E+uoR+AYXRZXQZEtEv0y+jcPoYfQyJ6dfoWhRBv0m/iWLoBvotFEt+fx1PS2gJ+gj9Dv0O 8JTTSvQU+f3102D1DJQk+qHoh+hjoNMCWiKa4b/zIuV11KC8rpxTLiiXlHeUq8o15abyEUuzYjaW TWCT2TQ2kz3I5rIF7GH2CFvOVkF5nD3BNrAtbDt7ilWyp1kte47tZ4fYEdbI2lgX1CnZCfYKO8XO sjfYeXaRXWbvsvehzU5S+pKqRlWHk/AMNY2+xK6zW+y2qlUVpmplW1SRqnh4lwhYiipdlaWqVh1S 5cFToapYVaqqwH9DDjeBNRN3eTu+oTcPdYDvFiIFeH4J8fYvgpe70Mvg599EleDlP0avoFVIVcRG r4Y/E/4pVB3+bPiz6Fj48+HPo+Phnw4/hF4LzwnPQa+H54fno9rwwvBC9OXwovAidCL8xfAy9Eb4 l8NPoDfD68LrYNZQaBjmE7ZyOtpPfAaxiQApAOkAWaiILWMr2aNsLVvPNrFtkHeyDNvFatheqOtj B9lhVs9aWY4dh/wywCQ7w15n59gFSEvsHXaVXWM32UfsmopWiVWx7JIqgV1VJavS4F0Jm6/KZPMh 5QBeBHk+m8SmshlsNtiIEkvF75DbPyJ3WUsBKQ/9ANIfo3+BlA9z/2foT9A9SAXhVeFV6HPhx8KP ocLwxvBG9KeIit6KiSV35GSjcITOTABcQZRmBMopgFnAjQC2fZ8949L0E5jQDBHA+BXNyJkpjZE8 z2psZ25oXKR+XjNxZlFzhdTj97hOoBPaCfiyZsrPG9fjthgwLwHHvAX8rmaWAH6PS9yP8E6A+5ob 5L3QDuO4P1wKsA79rfP64L63oNwGGXEZzC+UTIGyBcLj2gYD6KoO08xju6jjNYt+3QW5QBbyHttH sOv6XlBHamyBQHQQAOsigCAbthluCzzVidCnYBuh78AxxDx4HdUpmuVddtziS/xeoBdKeKdO19z1 21bgDaU6i5cB44c090mZp1n3210ohb7xMx5PoRRkxPbCcoEO6kLNVnB7QTd/WazZVpf2hKkreiID 5dylS5Cs/lKQRSindmQj+gj2C/IFMh7Cc6DPungdBPvhOp6HuronflcfQjkRWn+/3hNB9hOesf9g XGgHfXWP++qCS79f1PQkqut6UtTmnjq1o6fxsXYJURJ7/Brvn0T3m/RD7IxtKNh5Kmi8PqQkfPjn 7ss+vR9XCnYJtnX3pM9OTyr9474eogzUI9D3cX1jT7oQN9StPVnqjp5DBOdLf0zm56da1pPnp1H1 FOJ+id/z8Vqt7ilWn+0p9dvMteMbZPx1PRV+HTH9QE+1+gLwuNhT45/nfBu1p6dVfamng/ARfBLH tqs9MiLLdI/K769Cycc69a0enfpaj5rYcEHb1L2kbeu+o+3sXtUyOK53r2m7SN2mVtP9SNuL6TS0 Zp7Ey+AxBht2zwD/oHo8/7srtQjrphHv9CG818Rq+7AO/nnzBN8T5rR/bgf7VHC8Co5rvI2wTJoE 7aAQQzTJ2mFNmlavydRa/bYS+g6Ox4LfhFqfgurVN3vOEjtjuN0zoF7puRC4Tqnv9VxUP+gxqzd6 HLt4CessgPphj6cb9VwisUPUc5WsuQLw9N3RPdOkPNBzrTup52Z3as8tov9joDuj5zYGf0zK7lkh ZU7PvcC1tDu/50F3Uc9G4NrTXdLzkJRlwAPsSMY3cG2/4fOD7qNaEdYX69hdq43urtceIO2atEmB 9upu06Z2d2ozuhltdneXNqdbo83v7tUWdfdpS7oHtWXdw9rKbr32aLdVW7snFoZY+/xrSmAcflwZ 7GfB/AS/w+tcZIC/hYj7u9aiwDUJj6GwPxDmiTDnXQG+hOmAR/d13/osrNNkXOZ84y2UfniSno+J tbt8ObAU5s1E0DwKXv8CYinRJ6D0r/tBMWlX+Th5t4LsGdSff60MXleDSv/e6kpQKYyJEK/nffYe QSMiYb5pDmo5PA80udpxTYH2cjenrcegOaydxODfhwv8BN4AmiPaGf8cxv0E7o+F+Sfsjfn2OH7j dUJTrr3un/dYLph3eP4F8tNUaedC7r15vprj2oVd8zAoRgmxSHNCu7RrT4T7wzGxQXvnjEu7emZC u6Zp0W4SfF776MyN9+gzd98Ta9rfiyXP8P7M/fcSyHt4p1G+l0nqgYaUPA+Cz76XTGhOvZeG+8Jf 8uL3xf8NoajPkDtp/zXqX5EIap/93Z607N+HfkVOVN4kJypfEU2KvkMNkLOUIXKWoidnKXPkLOWf yVnKv0S8G5lAl5ATkgVyQvJP5ITkJ+SE5J/JCckv8AnJvmR8QrIvC5+Q7HsOn5Dsy8EnJPs+g09I 9uXCt60R2XbOEST1qEwyLNFLrBJOMi65LOmVTEpmJNclc5AvAF4vWZLckaxK1iSbkiZJn+SRZK6d bhdL2nBqjwVIkHRBngwprT2z/WB7rqTtq8vtBe2H24+0l0s6JZ3tVe3H20+0N0gYkrokGugFpz7C ET8xBAaBuk+C70ukxK/DuEQFfeUqYVz+Ar0L37ccpM+RL95C9EM0B9+085D+K/U96ho6HHYz7Eeo GJ9fQUsK1aC6AH27UDovQR/059O8j9dd0HwhQOdVySOsb3tsewLkYtB2UjLZnkxkbAQZnyb/5wCh TITvpcuCRMNXdTbahw4ifIPaIfKfD/B9ouHwdV6AIkCmIygGlUKKRWWQ4lA5pHhUAekjqBK9ApK+ iqpRAnheDUpEpyAlIxmkj6MuSCnoNKRPoOuQUkH3H6H/QsVSseiT5Le/XTu6yjv35co75Yy8S66R 98r75IPyYUmWXC8fllvlnHwc6i8DNimfaZuQz8ivy+fkC/Il+R2oW5WvSdTyTfkjhmbEbdtMLM4l jZI6+RqTwCS3bcuXmDRJHZMpH2QOMrlMAfTTyRyGXjDXGeDgT8xx4EMSc0L+SJLFNGAuQpLU8amU OSLvYlrka4p4zAtwJXOayQV5OoErhl6mnKkC+S9DD12kF0iMVm4FaWaw3CCFhmkHyXLlfcwpkIyG 3s4x/UC7hkFSCnyszBAzIteAdhrGyNiA7ybhIMA4SIcBt5mE50nGhbkzE8yVtgkmTT4D7zDg3nww xcxivkIvhKMAIAMG5gaUw9AKgNEyDThhSzDzzKJcD9ZdBn3FQHeXuQ8SrjNbfm6TDNFuV98AijBF JIzXINYWpMSYAFh/3BJTYrl+E+hVXNwl/y5QXJRktW0rzAqHwqO45JcwAELV4zrF1R3Jd2kB9Ypp PMo8gAy4D7/8XdDvqiKROQh5inwVSvxGI+9SpEtKFVmKQ4o8RaF8UFGsKFVUgG8MEz+tU1TLxxU1 QFWnaFS0MqcUHWQM1xUyhQpbUqFWnAXfEUOPMIYKnWJAvtY2objAJJBz0F1noG0jrBL8cpBdJqMJ PZAzUQCFjl1mYn0t8Dt88kl8x29Nn+UYLbuNR3xnTMGHJ9vWQcNSgGrsW6owVSTmrYpXJSry5Ezb DeKr52D24BbYNpsSddsIpAnlZeWkgJM0opwB36GhvA4wBz621baOk3Ih8HxYolY+AvuM+E+JE9hk 5hQz37bNpimj5WvCibGSwWfGpIcbEjVbDrMzha1iCnAfvjNkhQxLhXvGp8mKAbBdDZsmnCoz6+w5 +Tjbj0eJHWLExBYMjOA1xU3FLcVt5jBoBTNQsQJwT3Fb8UCiZs4pNvz2Oqd4qERKEdG+T/5IsLt8 GKQkJSNWHlAmKVOVGXgWCXXMMvBeV2ZjUOYo85VFyhI5J2n0A5nbirPKMuizeCcu+OEyk0CAzHtl JcBRZa0yH/uOsl7ZRKIMjxMvuq2sVLYpOxUyJaMoVnYpNcpeZZ9y0O/h15lMoB32zUylXr4A/oth yed38jvKaKVVySnHYW4PQp21bV1XjaOtKoXNxefl+GRelcUk43gI8llh7IsUxapD8lWIX49Apzom oW3bF43x+KjymHNsOR550OK6fNV3yg71FapqfGIP/r2l0KkaVa2qDuawSqZSqdSqsyqdaqBtRHVB dVFlVsnkVkUrjNYMibmbODqpHCoPsQnIrZr2RUrsweCfaapLqqtkLXwb1r3M/wz7KNC2BXWQ0/NE yNHb84gCSHj7JqRbkG5DugppBdK9puy3H0DagHQW0kNI96AWQRI1iXBdUzSkA5CSmpLe9rztaUqF lNGUAf3Q4jfF9eRO8C+gF8GuL6Evwr7iZdgdiNCXwHpRYOc30FOIir4fvUkkIn/1aq5G1MlFKGug XN732eaK5gsEqnnAeA1AHf/cCNDK13cAyPj6Or6uLqidgKv4Uqjv4KE1AG8MwNU8tPKlLOCdAGf5 940BvKr5UoBAfYRSkDGYXyiZAmULhMe1DQasq47vcyBAd0GuOv69KkjeYAjuvy4AqgNAkE3Nt2vl +xRs0xFQL4xhXYCOF4LsKJQdAfRCid9dDLBt4DtBBlya+dIRIEN1UN/V/HgKZaDsjXzpCdG+pnm3 jpcArgJMB8kZqEuwrMF2CC6D+wwei0AI9FlBB8F+6gAe1z6kr1D6B8sQXKoCxkHoX6gLLgWamwC3 mi+0pAJkfIhd/qOUgn2F8nHj9aSS1/uJZZCNBTs9qdw1v4LLQD2C/et2887cWQG4x+P3AugCfflB wLsNnj/2eyFePwR5UIDNAn0DyhZR86552BINcAAgKcDufJuWbICc5p25yJct+T4eLUXNu+dhTbM/ 1rVUApT48JMHAXIBCgAON5O4fvIIX1cOUMX3jWPiQIixE3QIrseyzPh0C+xDeH/yuE+HXTHwSb4W HG8/LF6FikuNPplOntipP9kA0ALQHmCrx8UhQddQ61NQfUsZb2cMRwFqm3etUy31AE0AbUG81DvQ 0gnA8HiXb2z8IPDR8GUvQB/AIK//Y6Bl2AeC37Xo+dLavGstbeEAxpt3xemWy3w56bMjGd/WIMB+ e92nL9FxDmCBb7e0214tdwBWAdYANgEewTjQAGKAWIAEgGSAtF/DPwLn4YfF5V/X34RSmFuPW3se VwbGxsC5HlwKY/64UvYYeFL/T4q5oewXPH9Crf9PKgP3B6HK32R8Avk+bs0M1X+osiOg/wC7a8ua /fPt5CnfPDipBDgNkMmD1gf+/arQXuANcPJc884cbmzevT8W5p+wN+bbk/gN68TJ/h0ZSP24b/4F 8js51Bx6783zPTnSvHseBsUoIRadNDbv3hN18DHRtqPfSVeAX/B0JyeC/IS398mpHVv6xy1wDmCa K773+FdQUZFRMeRXUP+pzu2pPhqR/9gQi4oRqskByAcoAigBKAOoBDgKUMs/1wM0AbTxz508MDxN F4AmAHoDaPoABgGGAfR8eysAx9eP/xZwGWAyAGYArvNyzAEs8H1hWPoQuIOKX7v32oPXNl57WINq RDXRNQdIQgEpyY+l1mTUZNfk8O8zAPJrimpKIJWRHJc+rJJ/OgBUGXzbo9C2FlJZTX1AasK//9z7 G2BxibgahYlrxDXoo2KlWIUSxe+Kz6CPibvF3ShF/J746+gT5Ne/aeTXv5+Oei7qefSZqJyoHJQX dT/qPvrj6Ono76L86L+P/ntUEPORmET0uZikmCTy/3x+t/1R1AHK90vay+h5hI6BXx2rDYJ6Hpr4 EvzsGPjOMSYAYGyPgW8d6+WhjYc+vhwM4IVpwd+O6Xmo5XkLgN9ZnwjPH0PHREEpek/Nh9eHSDAC seQ33kh8VPwaoshvvPeT33hHkt94x4hlYgVKEqvFarC9RqwF2/eK/xKlRR2M+iOUHrUa9QuUGT0T PYOyYp6OeRo9F/OxmI+h7P9/fCkG7UcnIEaW/QF+h0Cj/fRBGuIznUvnAp5Hv45E5H9pH4x9PvZ1 9GkYmXgYmZLfu6T/UYBGYeT/rCPq36j/jfZR/07HocjYyNhs9ElEh4nRfgr93mX8A/wB/gC/P6DR y8i3229ALbDbxzv8T8Ku3omeIXdAPAu7+nmURe59+BO0AqkA3YH0Odjh/xwVkpsg/pTcBFEEu/1N 4LSF/h0dRr+EVIz+D6Q/IzdElJAbIl6gRJQIHaHEVAT6AhVFRaEXyZ0RZeTOiJfInRHl1FPUU+iL 1Eepj6IK6mnqafQyuUWiktwi8Qr1CeoTqIrcJfEquUuimnqGegZ9ifoU9Sl0lHqWehYdo56jnkPH 4YujF71G7pWooYaoIfQ6dYG6gGqpYWoYfZkaoUbQCeoidRG9QekpPaqjjJQRvUmZKTOqp6yUFX2F slE21EA5KAd6i+IoDjVSLsqF3qY8lAc1UePUOGqmJqgJ1ELurThJ/S31t6iV+hb1LfRV6u+ov0Nt 1LepbyMJuc+infou9V30NXKrRQf1Pep7SEr9A/UPqJP6PvV99OfUD6gfoFPktot3yG0XMnLbhZxa oBYQQy1Si0hBbr5QkpsvWHLzhYrcfPEXMS/GvIi6Yr4eG4He9f/PyiT+f1YW478jiirwF17sbOwt qAmm+DPy3zL/+kMofP9PU/8hFC8QCuOHUODfDFFxZUEUCQDJPCD0hZCy7qYpDSntbpoXQ8q7m6Ys pMS7aV4KITMNNKmE0qdXecBbn/R7ab64mwak30tTEUSjD0HzchCNMQRN5W4akB7rlQiQAm9SIGGq V0JaOpiqClPF/uMTqF4lVAtPoKomVItPoPoSkflUkMUT8f9WJLSJhOpoSJsHUx3bTQV6hKI6HkS1 EJLqtSCqxZBUNUG2P0Xu70n00/lG6PUQ0u+lqg0h/V6qL4eQfi/ViRDS76V6I4T0eP5S4F/7AFKJ nyHyu7+9XrGX7s2QfrGXrj6kZ+yl+0pI30gi/zE3iWBJhK4h5LjvpXsr5MjvpWsMOfZ76d4OOfpJ fkqKp2sKObJ76ZpDju1eupaQo7uX7mQI+cIInUDp84PWEPKFovtqCPlC0bWFkC8UnWSPfBTKhf2G /5eXR5QoTtEGqVPBKDSKLgWn6FX0KQYVw6/kQ65XWHE7egj/71baQlvgW3GMHoMaJ+1ENO2hPWgf /Tf036AweoaeQfvx+SESRX0zahKFA9UsfQfkiia/IEVHYhEdAPiZCgJcvy8AcF1Vp0hayuT8+XbV Q2kFky8bqsyRVjNFspFXTktrmBKZsTpBWgelrTNa2siUyVydB6QdzFHZlc4kqYqpl836S+F9qlTN NMluVJZJzzJtssVXi6S6d4ZlywKfV0ukA0yn7G5nhvQCw8julyxILzJdsvXObKmZ0ci2XmiQOphe WQMpa+VhuD0zKI/szJFeYobl8Z350quMXp7YcVw6zVilFS/fll5jONlsybj0JsPJU14tk956RyRP f6VK6mH6ZNvBpSCfUAryCaVAJ/B7XPnr2u3lFWkrUymbqBRJZUytbEqwl1DPyzEfbC/BTiHtE2iX X9Mewvj45Q3oj/CplD7sXJCX+u2EpMVMtqy/ZFh6mxmXZ3UWSVeYy/JDL98C/pPyPGGcOkuk9zrH 5YVCfWeZ9AEzIy9+JVm6Id/onHucXQS58Fc//T59Hnz/G/Q3UETUVNQ0iozaitpCMfAunL5Ifwve TdHXUCr9ffrn6FmRXCRH5CwdvUDmwpG4B3H/hirIzXO+PVwWmZ/t+Jf+u3hjrpFktn1Af4BQxOsR ryMqoi6iDtERb0W8hfZFtEa0o7AIaYQUqDeiNkCSzahNFMXzxnfcHSE7Q4S+xtfhX3rnQMwNrEsg O4TjfB0Fc/l9+q9+q35xfBggeT/k4/CF448uxSmo6vPJHQ7pTIeqPEM6Jz0AcEc613FNuipdg/Ii PG++tPL5ZOmjTrpDJ53sjMXvyhfKM3DquAZPa9K1l1akq50JGAK4LUiTgNeCjxdwAj6Yyw4P6ZJ0 Uoo6xdK18ozPZ760Qlqt4qeOa/AWdaik18v/L3PfAxbVde17zj7nDH9ENDgqQUBCqLFoKUkoKEGB YZgShn+PEjo1XK+X4jBaqkSN4XK9hFji87PUGuO11FJLifF5rfV6udT4+aglxM9aawn1IrXEGmIo jxpCiLGWGoW31m+PzIwx+RKS99rvfOc3a35r7bXX/nv22ecMXEDkuyfVjkV0LkMNVroZC/nJwzrY w8XRZzIdCT5sKM2LMTgi3byMg7HJ0w7Yb1VNT5qeVIS/zd9G7fC1gI2KjhaIRgvcP+3qtPeUGOlX xFNLJooU+HzCzdFqUETz337w4vyp3wWLWBHjzapXFaGOiiwf7pKiqf1CEQk+7Gny4Zv2KNldUNvU Dh+2SdHVDjr20x2fN79VMfhekI7t6i4fzRrys0PdQHea3qyD/FSry+nc4MOnEV9Kh00t8eHnk/9s OuLotPpogkkTj8OsxnprlGuKSZ3Fh3KDcLqPjq/EN5RLapwP20Gt2K+cVvrVUB/+IPH8q4cjquLD 71QMGiGtSgOdgz4a3gHfg6NG6fTRLFdM+B1FLY3gWkrnreP+Vqbs9eG4vxXQ4VN/6G/JOG7Xn29/ 4/H/PUXB/CPH9JuT6oWc8hzwNzJnjWYkzaJtRq7r3Nx8RdMOa3HaGh82RNG1BjpCNYc3L26QtaK1 asd9WFpZaKvFFW2vts+HP6sYWqFWKM5pW7R6H00LlfKYbyRiL/mOEft8IxFbyXewFiy23xEJjV6x UYvVbD7sMro+9IkVmlmL9+EtikEroNMiS9zUQn00VH4RJy5rug9L5RcNIlScFcPevHqD/NTSoYhW 0eOj6aOxMiCcYp4Pe4b8FKhdokBM9+FbyM8isUg9Rueoj6aBRtFeESkKhU951VpKYVK3CJNIFmk+ GieNlSE6KtQhEXVH/tkUFecf5sMmUB7H1WT1uPAptRpO47GZjmg6h3w0gjT+6laaU/rVK94aGjsm mieG1TWU5oza5aM7q/iphWqhco5wi3pYbfXRHqZx0KomqC61zoffTXmFK41qOEVe4aPZRHnxfttm wkS10Ee3grw5lQE1TE3x4bNoNHfSlaCT0sT4aOJoNPMMkMAzgBo4oVNVuTJQ3Mztq1IgRp0S8HjA P9D1+B8DKMeAsoAyxRTgDHAqfgGrAlYp/gFrA9YqAQHrAtYrgQEbaWQGYTTy6iRQ/HjiqhZBV7Ue ZZ64IC4r8aKfrnCPmDaYNiipuM6l4TqXjuucBde57EnPAHefUX7jnlc8c8SLXrPQDxRV7zXMdN8Q RPdLsxU16RJOxf1552lyf+ruT41O4aX3TmfckfZ/JNZZr628Zr22dpv1zMrL5QctNy2HLTfTl7u2 O7PKj5YFJ64oCy7zd+1Jb1k5a2VP+p6VPRkL0y87l5WfTsyy1CVmOa+ntzhXlHc7Q5OCnaGr8tKv OZ3lA2X+6ZVl/it7ViY71zmLpGV5mPO4s6r8amJWxl76FuU66ay5I92odXD1Qutg+Tz6Vlc+6ozN jHXGrtpB37aVj608mT5rVWhiluuMc4ezqMxsqSszu32OZrZn7M1sTz+RftHZeIfPTuvqzHbraucp Z56z2WIpM1dcKDOnB7p6nDWuQGd8Rpgz3ppjXW0945pOXsIy28uLXRedh11U2iTzyp7yEtdlZ6sr 2ro/fY91/9oD6dHp11zzrfsTR6z7qSZyEo+74jJNlLsp84Br0NlePmq5uXqh5SaVYbuzzpWQGbv2 XGasNYEiO+VKS69c1Z5euXLQaXGeK+9OPLx2JPHwyiaKs+ojv91RL97fXPpEvXQ5d/t+s1isw+nJ 1uG1zVTaA4jlwqrItYcRSzJHtirGmuAadp6F7tLddZ9RD+l1Rq467Ix0XXa1OCvKh1bq5eaV+lqL 64S15Y4+4Wv5sfvEHb3go9r9o1r6s2nbPmfM2rOrQlaNuI5RHzziVNaeonOHa5czr7zNaUo/4TSt 3e1qcha5wp2Jljpn4qoYZ6jzePlYmVh7ZVXo2naUyKcXJO4oE9TnRZK5LNhpSc/JPLBWSZ+1ttUZ u/Lyylnpld8MTq/MCJM1bzllWWc5teoUan6Uamn+ypOrzso6S69c278qNMmMHG5bXiBLjKP08Mz2 tcdRvjRnSnqZM2VVP5eI+tJgYpZ10LqfavCCbxnKO5xB6dOdQWsbXftXJpd3OkPSNzpDnNddh1YG 8rdV7c6QlYOuQ85zNBsGiB/QDKdgBlUDltFsLmg2/yeax8toBg+gGbxSmYYZ/J6AJ2lmnYHZdCZm 4I9xXzLlL1P+ouRg1s5172CH4TokryfrJ3WXQ/emFOkyuvpUUnQqxfUkc/A5QqdcQ2xwMzT7qmZl wIc7QysBJs75sHRFViN9GH6ucEEN8uG20yf/t3TfXKpw9fdmeO+vUenx4QrpcysdHT4sX6NbfBh+ p2WF0uTDzaJP/oVzvZule2OqhcpPXHeTu3I2Mk75HfACdm153cXrzTzE8yS4hQrv4wmlmu4IPOzt nf8y/GVBZm9fXW+X4NOtBu5+ZefeNkwHr+Rkb9vIu6V0n9VLh6r6e7E6teYoWlVVrnrxQjmk9NG3 Xm8PtJJroFNVTvl4OErHZjpV5YiPh9V0J6ZSCm8P25RihVeHdT4e+HfqadinWOPjYb7Cu53FPpyZ 7sj4Pus298l6AdVYAO8lT6Eao76AOWAqekQwesQ09Ijp1COeUu5Bj4hHj3gQdfvQtLenva08jN6R cNfeoaGtV3uV+ymUME8pot7P+xObvXhDSaQxUEkHj4TVXhoT9ZtoKjkfvH9cMKGbzLzxWZaa2sC0 yLSURhCtyk1yD6GKS26KNvWY5hNXTOfuCV6YAk1010MphOkU/sbAbfvDxlWD5hIT3auYnBO8btpt 2m30GtT7TMF05nml2GS0G6cU1bhGvjaZErzSlJpKjf0GRWP0kq7UFOZJZWwzLTV2kOYEaWzGmFeq hUalKcbYSDq6YzX6JzSGKcQUYhSbAo0S4um+3TjjSWVcN5KNYYNmAWONIujbYU86irvXiDTOGTR3 GIWk7TV2emrCIMfEJ5A0Ylz3RKgPGo06jVeD5grjgnHJk0Lv1LuJF1wK44Rx0qtUlXqrTiNGH6Q0 +4yDXvEVG8X6Hp3mUL2TdNu47BOpkvUane6z9BaWjTXGBq90kUakXqq7SLubtJFGoeHwitGqj+o0 4+j0jcqRYCR7Uur9+nz9oh5H2hLKMdSI9NSIfpqOIL1dDyFtGpXoJpXGk/KgNqw3a9dIF015HNQv 6V6toNfr9VqXXqfRtUTXSV9Pfk55akc7otGso/WT1yb9qBffoO0l/izxW/V9njJotXqCtoU0raSp 1Ld4aZx6mEb9WdtDmmJ9nZevHI3uMLVayt1fT9ELvdIMaw9pi0hH1zs9Wl/kKZXWTUeoRrWg5fBb aHqkV6pj4qZGNaDFs6wN6V61oTVqjaJP0BVbM5O2UevSBjyR0EjnPb7rpKnRWrROL59l4oCgXigu ouytXh6ztWyxnXeDRQfparQ9XqnixDpBV2+xn2WtVKvxSheihYhiQb1fbCNtiGbTSj0pxSIxJGgG EBUkX9Pma0s9KenqFS66BM1ZooByDNKivXRt2DGhMSBoDIgRzeSla1L7RQPvKohQ8tokusUVr7Jv Fpux76KRdFSc9cSiHhIr1Ba58yJcolG0ePnMUXcIq0pzkXqSfNQKz6xkiHgRr24Q89Vq0h4gbZmo 9koZohaLQN7BVKn8IkTYRIknGnWRSiXmXQmR7RVJtNqj0vynFqN8HutA3rmkFEI9JcK97A/TFZfm P5XmP/cODPLG2zy9fPWlK7bq3oGRKTYp7Qr3f5r/1E3qOa80pWqpsl85hCu2oG/HPKmUbZQ3zwE0 /6k2tdEr1UKlUo2hayj/ZR9V3eypHTVEDVGK1UCFS03zn+rypFKuK8m0ukjD1Voo19UcTzqsMPgv y8RgzSeUXjXerZ3cevdvu9vCT2Ea6Fr52e66eO+3/Ab/q5nG5u1nsvOqJ3UWPNz64JqikfiUoivx VfEpDw4Vdjx2tOiCIzh+ncNKcq/j6GN9/L2o2ZFNXMHn1jiKmX9wKL7G0Ra/LqHgsQZHxxfPJNQ6 ShynHa7PrSkOd3Q61ji6HRscvQmuopsPB8WMOKodfUUHinYXrZg4yR+f7M99lrKd93m32L5a99Vm xxGKhOJi2Tsujul2PBOx3C0OLg/5lemKwz/n7zjIMRV2UJkGHLVFrQ/2Ft10bCEf9Y4hx07HVUeD Y9Sxt1h37POOhX3hjvCDT9pKJ560GXjSFhiwIWCDMgXtHYT2nvwTR7lG+Wf0su9Pua7cfuZ3p0X1 hAX3pp38bBK9Sf+A5b/4WG4XO9xPMflehJ9v8JN/C0WsxJgV1X1qXrJasAKfArJT6gu2wT64ILIg sSCrYJn7c4X8/MJO+flgoZc+hT6d7u+3Pyu8Plm/riCGPvPu509LQd4XgyY+3XYf8uzzw1qE2yLo I58M887xTmXib13cPx2n6j5n55fkD32s05U/kN+Q35a/N78jf1/+6fyD+Z10dtP3zvwjxB/M7yV9 H86jxFEa91Pl71Bcz/FTWbGLrsmae0U+ES1KG4jSTkFpg/CkdypKG4zSzkDPM6O0M1GuWWjdFNwT qZjLFSonc3y146djpV7cVndfyXNzt2flT/6UebJPpjuArxBWKvvQGkvpVO7b/KGnehcuKC87dyT3 Zl6B+yzOs+Zez23PK6GzNHckryDPmucifg3Ow7lX/r+VkVt1KZ4XVLnv2f4VV+EKuvPj2i/zYvlu tgmtcZubbK1+h0c+jY0NH/L+Att8/5PfNWI2ElQSXlm0uKOsAVeGv3a/14croLteXi94cyl47rnR h5uPnlfqw5mVNV41UTPpmtg5URP87XnF8zbEvwG/x0h1IuOt84r3aXe8NV7xPu2Ot9IrXsmVYk2T N8FNNt7tPvF+F7jjI1vRM+vLlRf/r/CAj1gnraJ1Eu9mTsEKaSpWSNOwSpn+KVLybMr3XEFKMT8l yx6gk9Yv2UN0XnXLo/IzooM+x6Rs1906L9keSOd02IVkX8g+m30uO5Ywi/BC9qXsyOw6HGdxkO5v Ul6ePXk13EznAdT7M+D43Qz+Tx9Zyi4v9iGMf40+H1JqvHiee/kZZRgOp1vz2e1HPQf8KXKKRuvg L02Fx+BU5xRhhfBDsRejIIAwkPesxv8PfzceIfRXeI/q9rdAxbix4pb3e6vs0+/GBaXsLuzWu7Gj pz4mSzmPvf3/hKFSvL/+gzG8/9bdInv/B3dj//r7j8l+MHeyu77mbqn/ot+NvVb9Mdm75jS6665x xt6Nvd70MVmqv5tb7tLex+9afwV/p73gb8twzfzmbnVwM/PT9DcRLh6iERxE9+RTFCU0RRFeJ39X 7ziF+7MgOjC/6f686Ok2PefG7JT8/bkH7muwxeUevr/IFpcT92hO/iF7bZ7ZdiO3NTcv/1jWkETJ 51bkn8hpsqXl789ZPasnszNnk0xlO5N/Micud11md07L59Lyz+SciZ6V35Xbnn04vyfHlluTfzln 131j+YO0IqvLvJrT87nNtumPpkXPzz2bezZ6fl517rkvn8sfzr1wX0P+tdxLuVX5F3NP+SDylSjz lSi1Mu0H8aNLmhecOZBz8r6O/Jbc47KMkvlgGWXpvMvlXaKPLousNxmD9ClT5UUVhOQJGX+ef/6e rL77Ux49lNufuyP/Ru6V2c0FSu6IrL28sAJT7nXJ5DbSSvdmrrMg6MtXPlgimeOHrCE+6RrwmNLu uY7MvIizYG79zFh7SNR0e6g90h5jj6Uj0h4/t3duCTGx9kR7ytzSmU67ZabFnpVVY8+bO5S1Lapn 7hAf9niyLKGDOHl4vGWtIw+xWevcvmLZD3vx+LBHzoyd2zvTktk+dyjq0NzT9iL7spnOzCv2ZfYV dqf0EtWjeN6f/WSl9Xlb1jysFGSt+Ps+lMk9D/Itp0kpmKFbd2cesTojgzPbrDcz2zI76bM1szuz lz630fe+iLMz9MyBzCFrVebBzFHWRXZEBvNhbaVvvZm9EWfJfoxPL28dmYJ8dUhf5In8sBePj8zT mQetVzKvZvZGBs+YHnEWqbr5m7U1ssN6xerMPBrZMclyLsRKzF3OGZFKUMZNq7/VTKe/NYrkYGsY nVFWMeE/QDSLZvL/oqD7G/Hv4t9pFP2HOKLo4lXxqmIS58R/UwznxXmy7BW9SiDlNcxrebVEXYf7 2TBeoYe04FTpLLDNty+1xdmttgR7ti3ZXmBLsxfbbPYSm8O+xlZmr7atttfie6X73GjfAr7SXg9+ k32nbbO9wbbVvte23b7Ptst+0LbHfsTWZD9q229vI7sO2yGyPWY/Dfvbp9tfxvyMa3zCB9u1WEMm Pu8WW4691LbcvgFxsewdF8d0O57bsdwtjkK7C345HdtwWo4p2hppO2HvnMjrtl8pdyCtdyz0/UPe e/hUM9k9ITgLIjeF1y3Znbp8Wldq05Id07r4M7IytSU1Z0nj3KzUpoirSxpTj5G0PDKOju3hdZEt YaPTE/mIrCTLnNScyI2RLe7D423/0npG6WtuFvtxe3H7SD2UujV1e+qJJdumJy7ZNjc+bDQ8LzWH kexOkmZX6p7UPcrk3nZQlXj3r4pQ2ukxOIPS+tIG0oboHEgbTeu7tzPtKp2jS5u8cpl0//edU6ZR v4+ImjM/JXmpCN6w1JqSELyBPyPMS4uXjKSkRQwttYbvTklbWkKSCD8Xfi7ioTnzI4rvbQzu5SPC HGFeMrJkJCIsoth9eLxlL4lnlL4ihtiP9HLbx9KC9Kj0eemLUuKCe1PiIrrvbQy7umSEkexcpFmY /lA6zwzyufinmFOCz9CcIjL8U3dk+Gf4LzaRHJxhzghebEpbOuF/8nVaxk9mKK9sZRrltXzSZ5Al zWKbmmex0eEgOcdSSKcjZf9n8Ixl8qXzGZFTa3EWWC/NDkoOvHf67HZrv/VK6L7QfdZ+y8Ds2DlR s9tnt2ZcfOT4bCW0LW36nKiMa7OLgjofuXLvrqCB2TV8WAYsA3OiyLLm3l3y8HgL65/tDN0XdttX K/thLx4f1v7ZQayz3pxdY70wNTC119IW2mYdsbRZr8+ukF6CBhTPHvunmH+CduIssOy3HLK0WI5Z TlhOWrosPXScTB+1XLRcJmbQMmy5ZrmRoaRGWy5nmDKCMkIyQjMiM2KSm/lIHyXLy5bLyc3E4fDy diZlOfk64/Y1yH7gZcIH5XeIdRlZyc2WpozYjHjilYxEwpQMi/SSEfPZlHbKPpwFFqelIn2rZR0d VZY6yw46qtIDLbstjcQ0W5RHNloOWA4vTbAct4Ra2i1FllN0nLW08pEeSJaNdLSC5cPjrcayjXzV uH01sx948fioslSQ7rjlOqVfYTlnuWC5ZDls6Se8Yhlxezk76dL2qWaUFnvZgUc/0VlgDl6cFpCT nJWcZW4zLzJ30tGWYZo9mjpMUskSJfTkknhzWLIl9eSSkCUx6dmzImdFBgyGxvFBvcKUOpw6HBrH LB8ebxmKudTcSW0qfZWwH3iZ8GFuW5xGupMzW0LjLDcCLnLvMIfNiuQ+YhmUXgIGJ7l3/imuVwEb cAbNrvYf/eAxo1Hx7HZPZtfVNy9/nEGzKvwOew6zVX7Oqvgs8/JvxBk040JIl+fwnyc/Z1z4lHmN qg95dmT94z+TsyDJGuJMcM1YmFSS5LqnJ6k2aUuSK6k+aWfS3qTakBiS9yUdTDqS1JbUkdQZ4ryn knTdiXlJ1Tjq6dhLx9Gk3qQ+nB5va0i/hRC+yBP7IS9ePjYkZSc1JJ1eFJhUTfqhGbVJV5NGzXrS 2CLdvCepIKk4qTRp4FPtBn+KuyZTl1Lw8Im/78O9J/wJyzk+g9+8G/sDoxKg/4JLy+9XiZ/6WQlf AO4y0YwnXgYOA3uZ1+awrLWD6YL8KjAWzAL9FUIr8FGJzKtjkLsY1SuQXwZuBCZLG/gJgp9U5sff Fe8SE2UcU1R9u85v/y3EO3Fvs6z/AvxTjMbj+kGSx1hWqxm1PGh/ACbX+N+KagqBpQr8Jjx0wKcD OBVMNfz8GDaBwBmMftnw9iZQ+m/WmrnswB9p2wjPGy1cM8yIQn6jUOvX7yd8iRl1oT6P8IuMWiLk eWxvCnF7+AnhK8yLp/UIkv9Bo3jUP+tfIvnnSPU8o7EeshPYCPxPRtNy+LnJaOpDjmuY103gr8Cy EHIo8oqCXAfLR/T5iJDQeJdRO8eogxFPQK7VaPZSt8ByOWzOAA8xKnNU/LIZGAD0V3upBYfFz/Af 0PktoQH8UvWiNocj56fXah//jk0dY9Tm8G/wRDzLYi/kZ7Us7g+Qh4GvMyNeAHYxo0aAH8Xv925o UYwsa05gLLRdehiXV/phWRyAXA7sheUZyC8AHcAFaiZhHuJZAExGtDrkefgF3oB+hBHyG5LhGDT8 PlCkAh3gR5D2GpjXGcdHdJrL9RxjDeERo5VSfQMt8iSidUJ+HnIzI9msQZ9v5fc+GcULSBULJoy1 2iBsNriZVvRkfvc/ApZBYL7FaKyHvAj2O4HF8NAOeTVr/WbDZifw8/DwPLyNMSrjiC2IUXkDPl9B zNWyX6Gey/WHSfZDH5th/CPZJCHVYllGYBbj+GXsde8d7yRm1jiNetHGjBbFshoB7QusFQ7I5yG3 ALfBvsLNs/01MPFAKzBkjJ/tXWQb0vK7ledgPw8e5iHVFeBTsBkDZgJ17M6/AlzGv+rXCvnZMLX0 KsLt8DM8xm+qVsPm4riJ5EqWDeRC9mxZN8Yzwwt8d0kjgXm8Ja/PhfwksJotb9nH8UxxfCsQb/SN HwHidwbj+E30+M+AXBbDzeNt33H+W0bK2NuQ8Uax9Mb+b9lRD8ot/MaD5bHf8RvTt14zBZH8jmkK P9dgpCsC3jnWf41rId5wdV8p8Gaz/jS12s/cNvxkf5VbRlTae5Dx+2EDbzjyfE78nyDj3Vb9x0D8 nl/+hl1HKXhMjQ+xf8WMXN6FrOgrgCiRTiUdu+xHc8itfr9kjtyvAgx+SWpKQ74XIb8DDAb+HIhf rpjwDrAJbw/7PQvEG89+/khrhhbvtho3IH8TuAmYAXyGe6PRBHyZ2rrYP4Hwl4z6m4ymxYwCqCvA 9eAPMvp9h1GFvQDjDxu/CH+8XQr7t6B9DHiIUQNvvAEZHvTzYH4Fzxchp0I2gPeASYNcDfsNwDHk FQSMgvYqLL8KOQAoPT8Oe2i1KWDehzYOzB/B/AnyTyBPhf00YBVQAN9BKfYC14B5HlgBb18BInLd CZSlNgN/DaYeuAI4H1gELAGijPo3EImM7RGU7iUgtP4y/v+Cdi3kduQbDjkbiMi1y/C2CMzTjIFo owC0l38ZELzWCP/b4WcBeBv4GqTdDz89wC1gUP8G2kKMIG0otC/Cw6PQtsIDeCMBchNkB3AAGA8e PWT8ce6HhC/z+gG4CT3zn3iNof4v0zTunzw6jF8y6m8ymhYzCqCuANeDP8jo9x1GFfYCDPXwBvTw BvTtBu6x0gPLfhHSM8uK9PaW9MmMeAyWhxg1aI03ICMX/TyYXyH3i5BTIRvAe8CkQa6G/QbgGOIM AkZBexWWX4UcAJSeH4c9tNoUMO9DGwfmj2D+BPknkKfCfhqwCiiAmGfEXuAaMM8DK+DtK0BErjuB stRm4K/B1ANXAOcDi4AlQJRR/wYikbE9gtK9BITWX8b/X9CuhdyOfMMhZwMRuYb5UF8E5mnZpmi7 i8DzjDQvNWAWasC81IB+3sD9HHmVAZFWa4SH7chrAXhF2kO2waYGee1Hvj3ALWDQXgbaTozATyi0 L8Lbo9C2wgN4IwFyE2QHcAAYDx79avxxWjWo44+NU28fz8FV+Cdjufz+NfAJRi2cUQUKBbgY/GPA U4wK7FUwOmy07eCl/ZPQxgKLgbXgRyDDg1gN7EfaNZB/BFkA/cE0QV4CORn4NJgtwB3AfwbqQOnz p0Dw6rOQb0E7G8xVMNcgn4cMb8IPmAJUgU/BJh+YBOZRYCK8fR44F8zDQFneQOBKMDZgPNAMjANG Ab8Ey+8BfwhvrwFRat2Aze+hfQlyH7TBkF8E/k9o34Us2+sXjIZsF7SR/hAwFZad8PBL4Ezw94NH KvHfwG8AM4DHgT+HTRVS1YMphBwDuRdaye+B3MVrJOpXJehXjIeAi4FYQSmSf4+RelEJ+hszDZD/ DJv549d59S7XtMCj6LGjWAHKX0COQDYBG6FNhuUhrCQPgt8KywEwWNFpJbDcBQa/rtT3g8Fbj7S2 Zhm/5xQHgF3wcANy21glr8PBvDjG76GfA1PJqC7H6rfPvYJlORvapWASWPbDb03VaOBU+HQgbRGY YESF92SFfLv0HNeGH363aqC8aqiMilMJK6ORwqibgEfAjzIqrfIeYYzu/tRNjOJZjll7Va6lka8L mAY/ZhkD/FyAzaCsf7RLEaN2CCXqRqrDvD7XumTpUHuYVWgUs/ZNuc5HKVrRvsPIZRkYaE0oC9Ue aY3TjHoO8ton23Ssm9tFMsgrATE0I1UQIgmC543SD99r0EWO99lPM1I9tONeph1tx1gL3AiMd/Pd aAXGXWAOQK5FTc4DVgCHcT9SgUjwa1bdfRc2Vsetzzzl3oxWYw+nGJUb7lJwi4y4/XSjb3SjVrtR wzJHZs667bsxc3bDsxxBlbBshtyM0jHvj/rpY0t9ibyng4cy4A+Bp2Xfdo+1ZvScEvQBZtLQ7kWI rU22BfpbK9qrCv1hOuRvw89J5BKCVj4rxx3kY/CzA+P3NGojFLgOvAutsw5+bLJ3yV4k7yuBVvcI DeCdE5QuHv3kGuKpZ3uTfMurlD3rQ4gZv8nWv4PI6xkD0Hv98fttP4x00zG3h2q0IKFfP/jlLBsK +AOo4TPSJ/KSb3MPIM6FyNef71XpzpdQr5M9EDG3o6Rp/Dt4o0zWD3CtepG0EbBsgJ9QyCXoDzdQ GxfBNIPZjdz7wRSi5muAq4FhwBxoj8LyAO6Oe+BZhwfUkvEbjKZaOesiQswh2v2I6gnsGW4DvoBd xCjI57GvGA35feBGaAuBfmAOAJ8wRRDeh93I+8DMgxwCDzvAWBmVt4BvSBvIF+HNKXcygfHY59wH nAEP18C/Dtzl3mXltdB57KlGMRpm+NzlXmGyTZt73Wjl9sJqPNqNVq5trIWi3H4YHzUVcc9Ejjq8 xSO2OuRbAfRnRs8BfxQRLgR/AJ6vydqA56XAWCDWk2I2tHuASUi1DXya8Q5fGcGf8Cvl+Qd34lin CQf4LyHHzyOXdWAqUHvjkGth2QucyqUQch9YQ1l+K9uX7+jFAvjBalz7IuzbUFenIOdBmwU5HDLW 1dRS7PM9yP8iaxWeH0A8oVKW+8+I/Bxy7AeGoKQtsNkEeRgehpFvr9wDB/Mn2LdAfl2WS+5mG+Mc p7vXfZvj4R0GbTHLWh08L4TlKGyeh+xAXi/IejZl8niEthraPLTdWWinwkOflMH/Ffstb0FeLvs8 y9o3gH7gOySiFUYgvwZ5N3BA9nljM8fPsnEQ+Jzsz3StoxkPNuGo2zbkvheM2b3zvwmjZhPv4KFW B6Tsfqbwde6N7j7JlhtRb89C+xXkchhMFxB3VcIKfAL9/y2MHdzraSWyrVGKZ5D2GcjvQH5Hykir Icc/IZJrwB24f0Fv90P8pmxGP/RP4zTi+Smj/39C+2/gU4C4s9MqZZ3ADyLxQ22YXKht3Muom+RM gtznIZJS6Rke6hF/vZwfTFWonyr0k29jdmK50LSIPHwfNov5Lw2ozxpBmHOG+X6TbZQ3WaZ2x146 0AbE/puIg/Yi+sYbqJNj7Ef8yD2/RfIYMT3F/t0zYSRmMOYbDH9ezSKvy5hDjgBrUK6nEP8Z1E8w eMy3hgL8ApjvwaYZdfIqox7GaNwAcwnMFOAiMHOAT8pearxH8ttgBoHvwjKH9/qoH6Yhnirkm4a5 NA25E/rh6mBUIfdB2OQwkg3LYajbbcA2tqe5ogppGcuAX2DUmjFmB4GvGrjWGHJ0oz8D2xj1GNhc gjyF0bTPQG9h9HsJPWQ2yv4YYuiE/ycNGSeiMuQo49xt0B6Fz79C/ivqE7OiLlAPPwV/BqUIl/Yo 701Djtkq7OFzhF3w8zxkB2p1DqO+CNEWQ9uNVE3yuiavF+5o09D6VZCZ/zLyuilnS+nfXZOc47cg J8PnTbTa27BZwDn6fRd+LiLfDeg5PfD5LeR1ArlfAmLc6Y3Az6M1k2B/FvJ82YukDJs/SD/AnbBE jRmbIaO3U62a0frMJILBGDQdhrwePssgBwJfgfZrSFWMOn8YeBnl+iHGSziYzwP/APwy5oE0yCrk YHjGGBTlwFvw0C79yJEFOQqprkNuQCqbvBYw+j0Lb5jn/SpkPHKWhuVzYIYgYzam2mYtrgh+uCoZ J+C52XgA/fkBXK2+gvZ6AL33AfT2BzDudvJ+GnLEVdJUBDkTcijy6kTkvwAOwX8Toj0lZekH2I68 ymG5CCNuG7DC3f/T0Do8rp9mD4HLWA7YybJ/AlAgX6wiAuIwmvAE2cBKzO8FeChAXw2DfNA9PzCq 7p5PGLge9niKra90921GkyH7WBpGB8t28F9GLg+xbMLsbSpFDX8dvf00P0PR/mB0E65DnazXl5I8 RT/APVznvzOD1ab6S5ZpRGzj/UBgCaO6HC2Swqn09VxL1GMX8T6kzncH65hRz3MuOuZzXV5fMNvf ynM/LXqGcBrkae4nRIlAPLsZ/xXwW8AKYAF2ut6CXM9PWzjV+PXxbjA7gbzu2ss+xROM2izI24Bt YBZDPs+oRgPPgnFAWwiMArMLchDkYeBG4AHwr0J+Afh9YDxwHtAKzwGSufV7vtKhpFWQ34AHJ7Sp zNB9DdsvB46Bfx1yH2uFjOE8y/rDkLugXQgMhecb4P1v8d/VegDyfORSArkCltfgLVlGCG85sDkK BmVXLkpLMFNhvw0++xg1PxmzLDszohDYxqgMwMMr0LbIVrh1gMsF3AGmHP5fQ6p58BkF/08BM4Ed 8GOHzTAwFf7/A/J52CyEPNVdLpbjwUdDroXnOvj5nawZ2crQtuCubQbsN4EfBf8yaqNStoL0A60G zAPzqJRl67hrkv28xn1V/S0j9QTutzfA/xWpwiF/DamKEFsW8sqCLOtwAWyyYbMD5X1LlhHybuAI bJYDH0TuIeMxjLBMdkfC/AL4OcZoPMeov89akmN4bgETJmOTY2SM/47OPOCX5HiBHM+oRsBbBMvK G4zaLGgXQI4af47bBffFGvi9wAOyxiSCqQUmSy0wHLgL2ALLX6NOlsp+LuMBDgNLga/DMkT2NDAV iO13wLfk3hH8fFWOAticAnYhbS/KlQ1cDnwHZfwjbF6C5++C7wO65AwA+evoP4mw3Ci9ATXZ4qiT V2WcwHKkGoPsD3kd8upB/xzgVP4JLPthXJuKgGlou8dY64c5zfQAy/oQ2jES5apGVF9B3yiDJWY5 k/Svyz4jI7+1ET2HsUPGLGcG7FNp2A2rh896jPq93E9o/oxBf47B7BfDM5WckYCLMXc9Cz/JmE8w pylvgrHJWRE2AXLeY9Sccj4EPwZ8Dfhb+LSOxRIqkONgWYVofyTHGurwPeypLgbi3QPRgPL+GfIK /std+kY9j2X085dxF7MCe+8v4wnmArm/yveGdK+3A/e2LDfhqfoAnqc3+fH7MK2MpE0DsiWel2mF 7j2Nedh/COfxwrLoBVPp9rwF61uSte2MtFrmK9Qwnuzf0LqxEojmtYE2yLvNeg6u7Fu4pQzs6/I7 BqKXUatT7Nx2yr3sE28lZSv/irma26UIeHh8EeaQRRzhWANs2H6QZcrPzqOGGd3EHijX3XxnpNRz /IzKDUaKsp5XGuCHGf2w+2pU4Y2RQuzFLeR3OchREXAHsAeYhr0mfm9hgPdYlBG/Lub57QXS/l/2 vjw8iyJ791RXV38fSX/dYd8ChLCFsIWQhFUIi4gQkhgRIgLDLiDbADKI7CC76AgiojIRERHZBGRT AVEQAVFRARVZ3JCAsopsyXdPvd1kYO5PrnPvfeavefrJWyfV1bWcOvVWVff5unMhLwNW1CVamyDr Wf6c9SDSY8a3jmOPvwl9gRi1mTHR93yYjTQPQsZb1+HtQ0hP5nd4trsIMR1wdjdk3S+7UavdgR80 BkcDp+i+DnbBvcHFmE/h4wE+ofwk4FCgjZVGGaScAp7X/l0lTViLBYsFrg/EaRm43oIMXB9ohvhm kJtAboI0M5BmBuRZkPWeugxsoIxqAfxNo5UDNBHTGlhXX6U+wx2SA5D3Ix+9yjqn5kA+AhwDTEX8 INQhG5p/BVehVqo5t2iR9nthfFajehC4QaO+ljEWMTmQt5K+i/icRvUsUKdcgpRLtM2zrEs/hDfy HbIyYBtdIeuaHEKfrrH2Mb6nUWSoq9yueO1LY8Qjz191DizPAs7RaCkgngNCG/EBg3G+eY+2T/Ml jWos5OuQZwN3a9Tvc+T4L4GncZWewftp3x7GzRpVJlLq0suY16ANvbItY3VF2/V7PI6i5rm6dI6v CHwAZ7V301FYe01zI/qlDUp/FpoHWv2AJuLfQvx9KJHjjfH6LYd8NhLx30OOA9qImQasAHwffboP NqNHU676m0btj8Sy7s1Vuu1GSLXUax5znV4baDRC1hDNvbhzO0a9quOBY1Qa5DTIYyGPhTwX8lxc u0nP7CixpjoGfAU13AY8i7bMhI1VRA3PIl5flW4egm0UZVyta8XxT2LsdwFqDWfIvXqdpj21xEKz oUZVn/GU6qsRvXzKmg3UlnYqUBNyV9gwMx6dtF7SvWPqr5mdVLp3YlV3za7a31XEWslgWj3WcjFG Tup3hooIlNtav+GR8YzWqh5T3I+l9KxtnkL9TeAujaoPsBrwSY1WdZw9jZgGmnUt76wXPwg4BC2q wjhb75vEQql9YGbLQZAPQp4KGTHmq4j5FjG/Qv4Y+IlGQ/fyKbmac+5hTIN+9P3tHvq9hyw3hlwa 8l2Qy7LcX+uB1st1Wuf0jG4jvv9xLmzqeOC5cCnIpZCGz4r4sGaGxZQM+UUth3dDngFUwLbA6cBX kc9VYB9gd43g1XN6N8dyRWBxxFiQ74fcAFgLmIZ4/Tbj3PwipHdtTwGvArWes/GULTu/K3AB4vVs NQu17QacpUtkrK5jgB/ieV9vnH0UuFDXjeO1T+a8cBzWqNuAX2HVepLnx0ZhPYst0aWLJfoqXq/+ AqyIFf5ErPCXAfNI7xe0Bo7m6dk/VyPn84u+FlcFkE9NX0u6VjV1K0Q/D8NROKtxWL5+ihFCqwci /Yl8zWOp2ouS8TBwJ3KuiBpGQcbTNKyNo5HnEo1mbZ0D73N16avDnUn7XWjtyfBorAxnQtar1oNI cxB1O5V/icudiJ6amB9mvNvrtfBRPvsXpKyq3zLDOtelLwxH6BicbR3+VltU/mNoXQy0fRo512Hc nf+aHnE6PY3K12PwIGLOhTFn6RiWYyC3AeocVuZrm1yZx/wjTnjPvsN3kwjPxux2QvMwr0k8Rl2I HHhWpc3aonj07cVIXApZYqwdxcg6j/i7kb4OynoNNrMTvPQ+VgKaH4jgeyme1ggfcuKRpPESYvAV FNaERqxGvPdiiuNYUeAOBtpC+Sv06hErvW56dcfyfKwndW4/AcO44+roGY2uYUZz4AUaBlO9bx7G jKBjfgMe0MxDB/TzEToBH9Hyph6DTfCm2DhgMe+tsT7CaxdpCCWSaoeY65BzIHNZ4RykvG7Goiaj uCam549KtYC6Fcf1DCWKWtCqNR4cUgmov1j5vm5d+DtC/v4XjHTMedK6vYY0L+D9caR9nrkXKmBE t8JI5B7kXdhZjKzJsBk+Gx6hez+Md1iH9wPxVDofT6XD8FoJw9skfw8QXg3hy7CZ+d4zbjw3X+g9 VUcM3q6VD9+SfPix5OP9+fnwi87Hk+h8eL/kwSMiDznkwQM8D94seXiinQdflzw8bc+D/0Y+vgea vx34BeLhuZEHfxu2bI3w8eB9kY733oMehzqvAZ5BjPdFWrzTOww/gfAWIPxz8uEJwyNf5wB/9Tw8 3xeoj3gYeC9y+Afki8CnEFMFCG9zmgr8BmefgAz9EPwTBHZV4hWU9RLiH0TMX4HNgBVRq4dw9kfE HIOGUYo4BXwP+CX2aJVxFpqX90F+BGcnQIYnj8hFbtCzKOR5C0AuirJQQwFPBmoPuR9yew0pvVJu QPa+LXQQXyF4GnhJo5ENy0QakYF84EchxuCqaB85jTQQnwKET5TwvtvzIWT4AAj44QsX6FnaA8Bp QPggCfS7QK9Roo96/dkQ8eh9MQ4Irx4BzyjRFTgbmImrvP6FrQrYhkTdjB1oV0/gr8Srdwk/KEbd anhoGF4rftDlGvAaktCehA+V4Y2UET7qtsMGDHhrSJQo8XsEGQWMxNmTwLMoF+NF7gQ+CfzF7xed 23HI6FndLYxeHbz854cvcOu8kR5GS+E5Fobnlf+NU/jSEPrIf9fhRiBGK00EeqMJPireWxJ5biPw g+ZJeLIReIDgq0ZtgZ4nladh/D6CoPNwD8g5aGM7aM9rLzjH+AtQIM12IOyBvHH3AnAdrvJqOBRy BOQ3IYN5yPOCA3eJ2kCvXPjpCTCSAF+F3/VR9ylqLhKATYBgJxGLswf12x/Z5nNg8zmw+RxYdQ4s X++8MKsab/o9qEv0vpEApqLTwKvIE95oBFYhb2xuRU08ToDfEcF/icDMtBmIERqGjxxcBoWExRoN gNC5scm3Xn32d8jFgehNE5Zm4osM5gSkQb9LsJb5GGSUYn4OGVoS8PczMHbC3m9k0CNGSdQKbRHQ pAH7McDkxkrkAE428pAn+oKeA8JPMgwLJ88TEjwcLg9Ez4bnAuHpxytvLRfWyCtOLaM3w5gRvK9Z 3AA3hr3ex9gnlBgGbxC0lAdOC3vfz/BmNMyABH85MRbo8cl1yOgXwugLg2npgO5r/juC8XUEI+sI +P8IxtQRjKYjGE1HMJqOYDQdwWg6Aq47gjF1BGPqCMbUEYxE3H8ALgcuBC4FdgZmAncAZ+PaHpBz gD/BDsEkAt5lAv6lRifIb0P25qCPIccAvXkHPSUCaCM0SV58HbQdLERej8Mjjh7HWW/ugzWSl3NL 6PlbXOVZO3qNMIsRZi7ai370RjRmSQFrETOA+P2U0R0yyjXeguzoX0jlz8HvpHLxTdbfNIYrh/We NNbz7tNneT2v08wHrsfvwoKItwlPt2GZsBzD8zZHfaTHGJiJwpijDYwRoznqCQ5RaLuJedbECsqE ZZqwQFEWCBsT3kznaR68LTC6ZSZkb2z2AXq+kd7cjfFuvIw0R5G+FmRv/vVmf/gZCqwN5HjEQ7cS 6xmJ8SUxlg1whQkWlfBYNjCTGt7MjhEkoVsDtiGx6pAY+1Qa8egRifrIIYg/BBmsYmKONpGnifQS Y9OEPSjMmCY4Snn8gx6X0JXpedj+BkSepvfbQDC89PgNazbZH2exVpFeKV6JdSFjdpOwZ97bawRb yuFIg1WZiTWJ2Qs1AaeZKMXE3KfQ1yZs1YSfs8QqQmLlKTw7ScZZzE0KqwuJcWGAbQzYvMCIIK+v PSb05h3PhtFTAvkYWCcYnrWAG0VjxGD0GV56z1rAihLlGrBPeQ9kzHTS87iGT7KBlaTh8bBX56Go Lcas6fmvevNCol4bSORveN7CWCFbhfV7ay2MVhNcZ0ID0rONVKSvh9rCckysLiSs1ASLimGYHyOA XYAhYDegA+yBGXMD5BrAKcCuwHSNPCPnYObNwfowB7OzxlRgArAJ8jkH/AkxmJF5XZKDFWYO1p8a y+EXrH9VeDqGu9Z6ltE9QxQhVgXXkuoxrEdPiun12LCBtOvhYX0eoTP9+vQcJooN7DFisKhM0WS2 bp4VQynt0x6Moaz701vF0OAHshh5/cjrqwhmwGKM1XnGaUmdqB7P7RVwJpIsKs4YT3XoLmpF2ZRE /SjGPxegEjw/1KAEakp3814gmfpTRf9ckNk2RDWpLvNwa2b/FBpAsf65QryCc3gPmUipdA89RPXp EV4r6dWkPu9QGarM810bXs1n4V3IXWkg/ZVGMmdPKEjlUlneubjUkNdX6XQ/9SL9vdxBNIxnsjE8 X91MJ5kJoqiLfgdDWoc2MZTUIatdjF7hIY9ong0KUyNe92VQB2Zjg3ekg2k4z2tj9V6L00RROapG RagxNeddbCY9QH04z+40hGfPx3ienuynKs97tqLUhFrwiuI+Xh/05Rr04DXeozSaxtMUeqJX4vBe MgYYD0wCNgW26dVj4AiZBcwGdgP2Bg7o1WvQUDkUOBo4BTgHuAC4GLgCeAT4E/Bc74H9H5bXNJoG MAJYBFgGGNt78JBBZhywNjAJ2AiY2rf/4B5ma2AaMAuYDezWd1iPXmZv4GDgKOAk4Oz+g/uPMOcD XwQuBi4Druo/fMhAcz1wC3A7cBdwH1eth3kAeBSYC7ysURkDBz86SDnAYsAywBhg1YFDeg1UNYGJ wAbApsBWwLaD+vTurzKBHYFdgD2B/TibYWowcARwNHACcOoQXcps4Dzgi8AlwBVDNa4HbgFuB+4C 7hvGDVAHgIeBR4E/AHOB54Zzv6vLwBsaLQMYBDrDB/UaahUDlgfGAROBTYYPT6hrtQamAbOA2cBu wN7AAcChwJHAMYyJ1iTgdOAc4DzgQsZ6Vg5wKXAFcC1wk1aTtRW4C7gfeBB49NHB/XtZPwHPAC8A rwD1r9wl8088VmF/VhJU/A6ovyCjqNC/Jelr9cqnBDNhHea1usxR9Zjzkpm/6jMnNWSuaMyj/C5m vGbMXs15vLe87cr/STKYGYr9iVC/8U1jmTti5B1QMuuWwtrnz0qCQnfEiDugybxXmLmx2P+FfPO+ 0x+h9+1Abz2PVQ1hl+1rFW8q8Hf6f4Rl74AGz2GxfyK8uYf/I3TviFj7UvQdUPL8Uw13+/6spL/1 eCe8U2neyuGPsdwd0OCZvfKfCO9URjatpS28+9vDu9CvhSNKiPKiqkgQDUSqaCMyRbboLvqJoWKU mC9yxHKxVmwRO8QecUB8Lb4TueKCuGYYRoRRxChjxBrxRqLRyGhhtDWyjM5GT2OAMcrYZGw3dhuf GoeN48bPxjnjiiQZlFGylIyRHWU32VfOky/KJXK73C0/lYflcfmzPCevmGQGzSizlBljxpkJZgMz 1WxjZprZZOmb+HIVVhPCbOqFhfB+CRKRbUk/PxORmWybhaik3dbuYg+1p9oL7BX2Dvtr+0yIQiVC tUOpoQ6hAaFJoXmhZaGtoYOhn0M3HP1mJz4c/a6HQhx28P/vRvopi+GMcmb6Z7b74X4vLJ7ghaXn eWE5/X0eDss39cIKi7xaVdjh/38DOdox8TFNY/bE/FRxTsVlsemxoyqlV5pUeXDlHK+8Kj2rDEUr jCqTqizwcq7ifQFPVLnijb0q+d7/VWP9sKkfdvZD75swopq3NhVxfroa0X5483//uhr+dTX862o8 44er/HCPF9ZM8cN5XlhnhB8e98KEFK/F9Rw/LI82mfUS6rWo17HeAPxXLslIKpWUkNQmqWfSyKTZ SYuTtiQdSDqTbCaXT05MbpPcPXlU8pzkpcnbk79OPpcSTIlJaZCSlTIwZXrKYq+U+kO93OuP9MOZ frjBD39GOaJhjvd/w8te2Miv1b2l/HC3F7Zr4YdDvZ5vNwHXl2o3td3Cdmva7W73XbsraVFp8Wmt 0zqnDU2bnrY4bVPa/rSf0vLbl2qf2D69/YD249rPa7/MKzV9ipdb+nL8Xyx9R/rX6ecyghnlM1Iy 0jJ6Z4zOeCZjWcb2jIMZv2aamdGZiZltM7tnjvKuvq+3d/V9l/F/ZFajrKysAVkTsuZnrcjakXU4 69f7zfv1sz7WQ4fannV00N+I52s6jPGufSDoh9F+mOaHo7ywo3++4zzvuo67vHw6Hvb02/GSp4dO UX5Ywg/9/DrF+mGqd32nTD/8zguzn77leyVxyLOVfp8vr8d5vyrWiXVkBBoFGuGbKkXMEXr/Z442 R+t7IOZcMoItgllMA9nBbCoeHB0cQyWC44MTqXRwcnAyRQenBWdQueDTwRcpJng2eIFqRVaPrEF1 IxMiEygp8kzkGUq2P7B3Uor9of0hNQgVDpWghqFSoVK8ThBqAK8wokSskSRbM6tE8yqiBe85sngf 0pP3RcN4j6C/2fM0LeAd3zJaw/vLrbSL9tNBOko/0Bm6RDd4+24HNpAMrAisDGxEuCqwCeHqwGaE awJbOFzJ0tsIVwbeQbgq8C7C1YGtCNcEtrEuVga283+rOPV7CFcGdiBcFXgf4erABwjXBHZy6lWB Xfzfak79IcKVgd0IVwU+Qrg6sAfhmsBeTr06sI//W8OpP0a4MrAf4arAJwhXBz5FuCbwGade8y8a 6cf7plG81/szGjmAlq8IfO5r5gtfM1/6mjnoa+YQl7MicNjXz1e+Xr729fKNr5cjvka+9TVy1NfI MV8jx32NnIBGvvM18r2vkR98jfzoa+QnXyMnoZGffY2c8jWS62vktK+RM75Gfvk/aGQ+LaKltOoP NfKrr5GzvkbO+Ro572vkgq+Ri9DIJV8jv/kWc9nXzO++Zq74mrkKi7nm6+e6r58bvl7yfL3k+xoJ exrhRRw0EhSeRoKGp5Gg1BoJmp5GgsrTSNDyNBIMeBoJBj2NBAv9Gxr5gPbRF3SENZJLF+iaMERE MMLTSDDS00jQ9jQSDHkaCTqeRoKu1kgwytNIsLCnkWARTyPBop5GgsU8jQSLa40ES3gaCZb0NBIs 5VlMsLSnmWAZTzPBstpigtGefoLlfP2U9/VTwddLFd3SYIyvl4q+XmJ9vVTy9VLZ08u/rZEzBRqp 6mukmq+ROF8j1X2NxPsaqQGN1PQ1UsvXSG1fI3V8jST4GqkLjST6GqnnayTJ10iyr5EUXyP1oZEG vkYa+hpp5GuksW8xTXzN3AWLaeprppmvmVRfM809zeiZQNdbzwPiGXytZDBPBEGeE/SdngTWVytK p2z7c2b6lsH7zGfsL3xprv0lpCyOO+hLc+1DLN2NdId9aa79FSSd7mtfmot38VfmPWMD3P/pSN2Z 1UfQOJpuf1NQ0pGCkr4tKOloQUnHCko6XlDSiYKSvrtZkn2apXuCLTnujC/NtX+BdDfH/epLd6rR 9wU1+qGgRj8W1OinghqdLKjRzwU1OlVQo9yCGp0tqNG5ghqdL6jRhYIa8dgXtfUTTV696zualYxK eLd+kEQoCXO9Xtdd4H1sNNc7le26Cw1mi15MK5jj9LuBLbJlETKM30MPkqEa+jH3IOYhxPCqL9SN pUb+uXtxLvuW1G0R07kgdVekVnjXaineo1TGNZdQzvlQJz7bGNf8hnIu4JouuPqWa3QJxiVdK76m s06t62Nc0CmNK17JuiTjsq6dcRG5dNI10Rowzuu3r6iGqjHrQvvRHL/55Iv/7saXfXPF/pv38v04 KQ7ysYVjt98SKwSvmcXy265dpX2RxILbrl3Ix5KbT5P9WFNMwTGH4wfflqf+bXLH2/LsLLQXbavb 8mzNR8ebz6AL8kzAkcrxZW7Ls/bNZ0wFeVpC7xPO3ZonW8MFof1vj9yaJ55eHiHdF7tuzVN/ydh/ +uznyftNvWt68bY8F/Gh3wc4/bY8p+NgndCw2/LUe5LOt+XZjTlWf43t1jzb8qE92JNuyzMJh34H afmCeLZzKw1fzLmqvUlkhLQpwppqTcMb7v/5DSYR+TJwMXaFhyHr2gm3Db79Ia1p1lQjrHOSWPhy ThHaz0/aGFURZLiX3N/03s44Y/ziXRNlRIkoiWtM7b0RuTRyKYkoiiKslPWz0Zv3oIhao7WaM2/e edJxuh6v/Jn6O195ZcpTVjmpR7+wKljaO8hgy/tE5soKMk7WkLVlokyRk+QU+YScLmfKOfIp3qM/ K5+Xi+RiuVS+Lt+QK+Vq+aZ8S26W78r35E65R+6Xn8mD8iv5rTwhf+S8zshfeB9/QcW5YXWXaqaa q5aqlWqt7lVtVbrKUh1VZ9VN9VQPq0fUEDVc/U09rsapCWqSmqKmqulqppqt5qin1TNqnpqvFqiF 6kW1SOWoJWqZWqHWqPVqo9qi3lbb1PvqQ7VXfaoOqC/UYfWNOqa+Vz+rM+qcuqSuqOsqbEkrYEVa rlXYKmqVtMpY5bndMVZFK9aqbFW14qx4q6ZV20qw6lnJVgOrsdXMam61tLpY3a0+1vDItZHrIzfY hm3ZEbZjF7FL2GXsCnYlu6odZ8fbNe26drLd0G5ip9p32/fa7e1Mu4OdbXexu9u97YHOcecH52fn jPOrc8G55Fx2rjn5ruGaruUG3QjXcYu4Jdw4t6ab4Ca5Ddwm7mvuG+5qd5270X3b3ea+737o7nU/ dj/h3torg1Iv3yrICmxV1WQ1Mri3anB/1pK1yJR1ZV1SMlkmkyUnyokUkJPlZApyLz5BheQ0OY0i 5Aw5gyLlk/JJ5t2n5FMUknPZEhzu3WfJ5R5+nqLkS/IlKixfli9TEfmqfJWKco+/TsW419+g4tzz K6kE9/5qKskW8CaVYit4i0qzJWymMmwN71JZtoj3KJqtYieVkx/Jj6i8/Fh+TBXYQj6jGPml/JIq sqV8RbFsLd9SJbaYE8zyP8ofqYo8JU9RVXlanqZqbEG/UJw8K89SdXlenqd4FafiqIaqqWpSTdVE NaFaqqlqSrVVqkqlOqqFakEJbGWtqC5bWmtKVG1UG6rHFteWktjq0imZLS+LUtj6OlJ9tsDO1ICt sBs1ZEvsSY1UX9WXGqsBvDtsogarwXSXGqaGUVM1Uo2kZmq0Gk2pbKXjqDlb6gRqwdY6iVqyxU6h Vmy1U+luttzp1JqtdybdwxY8m9qwFc+he9mSn6a2bM3PUDu26HmUxlY9n9qzZS+gdLbuhZTBFv4i ZbKVL6L72NJzKIutfQndzxa/jDqw1a+gB9jy11BHtv711EltUBsoW48CepDHwTZ6iMfC+9SFx8OH 1JXHxF7qpj5Rn9Bf1GfqM+quPlefUw91SB2injxOvqFePFaOUW8eL99TH3VSnaS+6rQ6TQ+rs+os 9VMX1UXqr35Xv9MAHkfX6REVVmEayONJ0iAeUwEazOMqkobw2HJpKI+vwvRXHmNFaRiPs5I03Cpt laYRVjmrHD3KYy6WRvKIq0yjedRVpcd55MXRGB598TSWR2BNGsejsDaN55GYQBOsRCuRJlpJVhJN 4lHZgCZbjaxGNMVqajWlJ6xUK5WmWi2sFjSNR2oXms6jtTvNsHpbvWmmNcwaRrMi34x8k2ZHrotc R09GvhX5Fs3hUWzQUzySLXqaR3ME/Z1HtEPP8KguQnN5ZJegeTy6y9Czdnm7PM23Y+1Yeo5HelVa wKM9jp7nER9PC3nU16QX7AQ7gV60k+wkesluYDegRcwCTegfzASplGO3slvRy3Ybuw0tttPsNHqF mSGTljA7dKBXmSGyaSmzRBd6jZmiOy1jtuhNr9sD7YG03DnmHKM3nO+d72mFc9I5SSud085pWuX8 4vxCq53zznla41x0LtKbzm/Ob7TWuepcpXVOnpNH613hCnrLla6kDa5yFW10A26ANrmF3EK02Q25 IdriFnYL09tucbc4veNWc6vRu24NtwZtdeu4dWibW8+tR9vd+m59es9t7DamHe5Sdym97y53l9MH 7ip3Fe1017praZe7wd1AH7pb3C20293qbqWP3B3uDtrj7nJ30V53j7uH9rl80Mfufnc/z/yGiKEn ZUVZXSbIJHlRzpJ/l8/JF+Q/5CvyNblObpRvy22YUfbJT+UX8rD8Rh6X38uTPJ+cUdXlRVVd1ZCz VJrKVB1Utuqiuqveqp8aqIaqEWqUGqMWq6VquVql1vIY2axqqK1qh9ql9qj98gsOD6qv1bfqhPpR 5apf1QV1WV1T+ZZhWVaEFZInVZpVXMZaZa2BVorqwFI3q6f1sDoRuck27aBt21F2MbuUHW3H2JXt 2nY9u77d2G5mt7TvsdvZGXaW3dHubHeze9p97cHOd85PTq5zzrni3HDJtd0ot5hbyo13a7uJborb yG3qvu6udN9033I3u++677k73Y+Y5WeD3wn8LsDsBphdgtlNMLgCd1tg7QBYOwjWLgTWjgBrR4Kd bbBzCOzsgJ1dsHMU2Lkw2LkI2Lko2LkY2Lk42LkE2Lkk2LkU2Lk02LkM2LkseDkavFwOvFwevFwB nBsDzq0Izo0F51YC51YG51YB51YF51YD58aBc6uDc+PBuTXAuTXBubXAhrXBhnXAhglgw7pgw0Sw YT2wYRLYMBlsWB9s2ABs2BBs2Ahs2Bhs2ARseBfYsCnYsBnYMBVs2Bxs2AJs2BJs2ApseDfYsDXY 8B6wYRuw4b1gw7Zgw3ZgwzSwYXuwYTrYMANsmMk8WIHuA69lgdHuB6N1AIs9ABbrCBbrBBbLBnM9 CObqDOZ6CMzVBczVFczVDcz1FzBXdzBXDzBXT/BUL/BUb/BUH/BUX/DUw+CpfuCp/uCpAeCpR8BT A8FTg8BTg8FTQ8BTQ8FTfwVPDQNPDQdPjQBPPQqGGglW+htYaRRY6TGwz2iwz+NgnzFgn7Fgn3Fg n/Fgnwlgn4lgn0lgn8lgnylgnyfAPlPBPtPAPtPBPjPAPjPBPrPAPrNv4Zo6st4duWav/ER+Lg8x 1xwD17B9+1wT/6e5ZpOKV++q99RO9ZH6WH7O4ZfqK59rTqlf1Hn1m7qq8ixhKatQAddUZK55BFxT EVzTl7lm4//INYl2it3Ibmq3sFvbbe30f+GaE86PzinnrPO7c90Ju5Gu6xZ1S7rV3VpuXTfZbeje 5S5zV7hr3PXuJvcdd7v7gbv7v1zzX675L9f8/+Ia3o9H6N29dw/Avez+blWQue4NfM1J7/ZxU4LH l74nIHFPwGRr/47HV67MpQB6Kmj1t/rjjaCNeO8eQ8PoA14zHabv6Axd5g18hCimn85TBJWgaIql OKpNSdSI9Ls40+RvnPsk+TvjFHmVcbq8zjjHmk6GussaxdjMGs3Y3BrD2NItTYZzwS3LeOkPcryM HK8gx2vI8QZynIEcH0OOjyPHscixDHKMRo6CTGucTg1pfIE0oUCaWCBNKpAmF0hTCqQnIOGOnX1R y/alm+fc0wXSGT9VgDn8OJHKU/lkMNsanIOyLLKYdSMoyGzZl3vqHfddfDVL310JIu8ikfu4L57U V8vcf8qW/rW3/rWMoEa4h1MZqaM4hVmQ1vRT6jOOHM/9y/FeiOsNnRfpXw/oHPSves3Ij/mqi3IO sx6ucnZ4qb1Q5uKqlXyVvpFkUjwl8J9+6q5/SeLF6R4r4fvEEN2Den4PfAX4Oucc5d3JlEVkEebt e2Q7KqTqqSRyVAPVmKKsu612VMxKt+6nslZHqxNVtB60HqJKkcsiV1PVyOs2Ue1Qp1A3SnJj3arU xG3mNqPm7qful9TCPeLmUhvUJehbTCNKoyz+07//7O7XM6jvxnLdy3MLUviviV/fNqjjP4Df4l6z hHwMOAftz4VO/zNtCHDttK9oCv+fTtr3o4vfgoA/MqL9seHV/94/qP+Nglb8Z+vvUkeusX52PZT/ RrI8hiaxNJOeZnm+f8/VS6m/YtoAPZbKvZXIfZbNUnfqy/JAv31t0Y63gcfRmhR57p/tjNyHM3uB FwtaK/CbMo3rgCf+Y+0vhpaPpHE0hf9msqyfuY2jRbSElvvSGo7dwPV6x9dEMb/P21Im/3VkWWuw rZ+TJ43h2Em+Ttr9P+pk4i0W/p/WT1HuXZ5FaRRrYhTraCb08yItvuW/ZTTMv1/vXVEwE/CftpFu 1Bu6+ed/I/m8p5s0tOfvt7XtXzXz5C3tX3kLU3ms9aOvt/+URvQzAAEPOe+/KL8l7XFPvyJwqH+u NoetcOgU6X6s9h+q7R9evEEy8uXIxfqLp5FLyHDbuG1wz/7mXXiDrymkVwfuDfeKe9W95l5381ye qXi+0asBwgrA4FXRfSR5VfQAKV5tbGMOwlM5gu1REWhVe9XcZP8MPGF4mw9yOjva81574BSFjyHW Jk5fOkvn6Lyz1dnm9Ha2O+85ff63NJ2dh5wuTlenm/MXp7vTw+nJOf27+dSmYqGpoWnOLGe286Qz 03nB+bvznPO8s9CZ4zzlPO0scOY6zzjznGcd/cX1KOaimqi/fj/NXn2HiE7wYdEVPgLCEQ4FRZSI okKiiChCEWKFWEGRYo1YQ7ZYK9ZSSGwRW8gRl8QlckVYhNl6HMOhwkZdI5F1ZDCv1QpNCT0RGh16 PDQmNDY0LjQ+NCE0MTQpNNlZ6rzqvOa87ixzljtvOy85i5x/OC86653NzivOCmels8ZZ66xz3nI2 Om84Oc7LzmJnlbPEWe286WxytjjvOBvgZVkafrvRFI1nNTWhBW0x+lmTCatRbFUZ3KoOfBSiTnzw qpqPSOpPg8mmzXwUQfuLov0lKZePUtBCaSGFpDL684RUFhqJhkbKQSPlRQzvcyuIWBFLMeI58RxV hI5ioaNK0FFl8ZbYSFWgqTixW+ym6uIL8QXFix/ED1QjEBGI0LUWbejl0KOhkaFRob+FHgs9SlW0 j2topO/dXZNqaR9sffZWH+zQY//0wXYecQY6w52xzmSnn/Ow05//H+AMpN4cN8wZ4TzK7dtHHztj 6RP6jD6lh2mVM8mZ6Exm9vk7px9Aq2kLXzWCr36Ur+BzdJxXvz/QSTpFp+kyXaXrlCeCzmA+hjhD hOU8xsdoZ7QICVcUdsbxMcGZIEqK0qKsKCcqiIrOND6mO9NFNVFdzHQGOYPEArHQGcnH3/gY5YwS i8USsVQsE8tZc6tYb2vFerFBbHbGO+PFu2KbeE+8L3aKD50pfDzBx1Q+ZjgzxGfic2eoM1QcFl+L b8UxcUJ8H9Aj9V5mFc0rcfB60z7rBs+3DWALXdkWelIvqkB9mJErUj8aTpXoURpPdWgiH40oh15m ba6glXQXz1hrqBmsI5V20R5qTgf4aE1f8HEPLKUNfc/HvfQjH23pZz7awXbSeM9whq3udz7S6Rof GXSDj0zKpzDdJwy2pvtFQASokygkbMqGZXWBZXVlyypB3UQpUYp6iTKiDPUW0SKa+ojyojz1hcU9 zBZXlfqJOBFHg0S8iKfBYpaYRUPEfLbBoeJ58TwNEy+Il2m4eEW8QqPFq+JVely8Jl6jMeJ18TqN FW+IN2icWClW0nixWqymCeJN8SZNhGfgJLbZt2iy2MiWO4Ut9x16QmwVW2m62C620wyxQ+ygmeID 8QHNErsE78HYrj+lJ8UBcYDmw7qfEwfFIVogvhJf0ULxjfhf1J0HWBTZtrZr72pCd1MFCqKjgKCY ULAJKmZERUwYcDBhIAdJImIcRxn1qAOoCIpiAFREBcScMIxZVEBEwYSAmBNiwvyvWg1N19yZc+ae e8Lz249fV6+3qrro2uvbodJtJomUklJmPSkjZcwGUkEqmI2YAZu0tLW04XdXnvmwBD12iNLvOA/O k/PivDkfzpfz4/y5AC7w956I1wo0gra48gz+pkwzYDAPLBtYN8+frYebwkWo5pnCBXHBXAgXyoVx U7lwbhoX8Ze/6y+sR7U93kxHvivfje/O9+B78r343rwD34d35Pvy/fj+vBM/gHfmB/KD+MH8EH4o 78IP44fzI/iRvCs/iv+Rd+NH82P49nwH3pK34jvyCt6at+FteTu+E9+Z78Lb82PxHIpx9G/wZUvp Uuz3DGJa8DKe43m+GW/Em/At+Ja8Od+Kl/M6vC6vxzfgG/L6vAHfiDfkG/NN+KYwnzHfnDflzfh2 vAXfmm/Dt+Whz8pIiBWxhTXrUX1Gkzai7RkZjabRkEuUyJgo/hi3lFvG/cpFczFcLLecW8Gt5OK4 VVw8l8Ct5tZwidxabh2XxK3nNnAbuU1cMpfCpXI7uR1cBpfFZXK7uGxuD7eb28vt4w5w+7mD3CHu MHeUO8LlcMe5Y9xJ7gT3G3eK285t5tK4LTyF9W/lXvOaXDp3mtvGFXJV3HnuAneZO8ud4y5xBdxV royr4O5zldxD7in3jHvBveTecO+4T9xnXsJrcHe5M9xFLpe7wuVx+dw17jpXxN3girkS7iZ3i7vN lXL3uHLuAfeIe8w94Z5zr7j33AeuhvvIfeG+Qtpq8dq8lPvGfeeh+8lVc3fgVxoG9YxwBY3gOARq mQVQUpbCyw79pRM6Sxd0FnvmOry6opt0Qzfpjm7SA92kJ7pJL3ST3ugmDugmfdBNHNFN+mIN1R9r KCf0lAFEBvvCmeiAswxEZxmEzjIY66whxIAYMEOJIbiMC7rMMHSZ4egyI9BlRqLLuGK9NoqYE3Pm R9IaHMcNHWc0Os4YdJyxWOuNQ8cZD46TBC62gWwAF9tENoGLpYAHTUIPmowe5IEe5Ike5IUe5I0e 5IMe5Ise5Ice5I8eFIAeFIi15xSSA04UhE4UjE4Ugk4Uik4Uhk40FWvYcJJLcsH7LpPLTATJI3nM dFIADhWJDjUDHWomKQaHmoUONRsdag461Fx0qJ/QoeahQ/2MDjWfWwLutKA2g/9eBv5fs1uZwR2E a4DpEroEM9iZMYNcbaCWu8qclEEOC3ktZLE4h3/ALDZSz2M856w9sYRm62vyAaY/Ul3hzBiizSz4 JzM3qzZjD0N2nsKc3AFZfAwzMwOyeCfk8W7IZCGP90Me50Amn4QMPvG7rL1Tm7fKrL38X8hbYcTG pTZvzSHzCJ5D2kxoHUFLPwNaR+bMEXi1hbZAEbTKyuBlD+2jCsjeSnh1g3bSI8jeJ/DqAe2lZ7CO 9/DqBa3Ij5C9n+HVh/kKL0eo/ynkrYRAm4RoEk3IXm0iheyVEznkLUc4yFtdogt524A0gLzVJ/qQ t41II8jbxqQx5O0P5AfI22akGeStMTGGvG1OmkPemhEzyNuWpCXkbSvSCvK2DWkDeduOtIO8XUaW Qd6uJqshbxNJIuTtOrIO8nY9WQ95u5FshLxNJsmQt6kkFfJ2C9kCeZtG0iBv00k65O0OsgPyVmjj ekNrLQvyVmjp+mJL1w9abvsgbw+QA5C3h8lhyNuj5Cjk7TFyDPL2BDkBefsb+Q3y9jQ5DXl7lpyF vD1PzkPeXiQXIW8vkUuQt1fIFcjbfJIPeXuVXIW8vUauQd7eIDcgb0tICeTtLXIL8vYuuQt5e4/c g7wtJ+WQt/fJfWaeFvxjfuYGcAPw7LSGONJIGAl9BJmVIbQxaDIj3EWqPs7SJyqi7GG6wH+8exm0 25SRHlBGljCxolhbiEUwWaKYAfZ8kmtjwjr3QEROY2gC5PQauoaR0rV0LSOTjpWOZeTSidKJjI7U S+rFcNJAaQjDS6dKpzL68rfyt4yB/L38PdNIXiOvYfAaELoax7WF5RlcnuDyFJdncXkJLi/F5WW4 vDDeSqQRqJ5Cr5jmsNAqYeGvZ/EZvMwIYZCcpsHrOXxHNSM8A68+HsvyVLhzsnBv4jJVXEIj4fWe 5uBdaoTnf9UR4b4cwlOjCH2qilHqTAuEO5nB/xtqcx6B/8JoNQN9xvp5jegWiPvD1FNqpDa3cF9P +J1pIS2hpfXzk+c0Au+ew9Ij9CQ9p7bEOPhvAvFk+NvGqS1xhDri3YpYcNlYYVq1BJQZIvwKVmox 4VkxJULLikSrRYUzPE/BGvrRQeSbWrwXnnfKgovbUHu173TC543H4dmr9VEF1cPzSin5RhRq8SYE 9gHxBqd+SJ6T5HrCfCOleB8FFuq4QlKitkwu1HPCWafCXRNU+w8yMx3Pjm2Kd9uqj6+A3E/Fc08J nllaG4e2+UIiXHEn7L2q+v3NLGYWkyAijFQJd90tUSNBZCRxIsLos3Cvv+MqosGMBF+yJx2IcJ2b cIfiLWpLdYaWiRERroQT7te3RG0poUf/nlDcKuG+sSG1TJlHUPZpEk1iOEmCJIHhNadrTmd0tZ20 nRg9yIkZTAMs+wos+9aYOza6L3RfMLa61bpvGDy/WpntUg/huAWUjWOwxlM0lzGhV8AN2mjO0JzB OMqlcinTV35YfpLpp/tS9zWOtFGaCN9cl4kymqJa1hiWvcG0hpJZwShoJaynu2aEZgTTG9fmgGvr g2tzxLUNUjkRoVtRE3HE7h1Ob0Q9rOwZQT4LRDi2Y1jnWrBOCbjWdiGjYM7toBZ4lr8hI+xjifwU bOtanDqtmjqDU8J9g2PpCnQrBS7TBOo35TKCE9YtVT99pnZabUmhRMGWdIZ9E8HMBqddzEQzcUxi 7bivcJVSDnOKucDkQY15C+rLh3jNRQ2UXgm0UfWgDQr7HtqUVsSOdCMOUH6GQCkaQyYSbxJIwkgk mUuiyBISS+KhpkqGmiiDxsD2x9BY0Fi6HHQ5bAulK+hK0JU0DjSOrgJdBb8KpfHguJQmCHuKrgbf peC+ibgH1wq/A+xHSpOgBFFJApQgqjkdShDVdgJXpVCOxoGOk44HHS91B3WXTgCdgG47UToJdJJ0 MuhkoRRJPcBZqdQTXFjwYm9Qb6kPqI/UF9RX6gfqJwVHk/pLA0ADpNALBb+eAjpFGgQaJA0GDQYH p9IQaShoqDQMNAz2PgVPDwcNl04DnQZeTqURUthm6XRpJGgklHoqnQElhELZfw/6Hko9lddAqadQ 9qtBhbJPdd9gSZKqXR/YBHNrJKMcM/5XZVhTpu74no78A/yq0YLSJ1hWsxnCZ4GXNARfcCKTyWzY w1nQdq8gX6ghVdBB1JvOg720h16mD8GQmrJ2rAvrz0ax69kDbAH7VCKRmEjsJSMlQZLFkmTJEUmR 5KWGtkYLjR4abhphGss0tmgc1yjRqNbU0Wyt6aA5DvIwVjNd85TmHc33WnpaFlr9tCZqzdSK08rQ OqdVpvVJ20DbSttZ21N7rvZq7WztXO1K7W/SJlIb6RDYc/Ol66T7pHnSxzIqM5J1lg2XBcoWyjbK DskKZc/lmnJTeTf5KHmIfIk8VZ4jvyGv0pHpmOv00hmjE64TrZOmc1Lnls5bjufaco6cOxcJbesd 0Hot5Wqgzd4BegWT+dl8PPzy2gzPGAglXDsay/kT1McqEoskFkmsiCxHshzJchFZgWQFkhUishLJ SiQrRSQOSRySOBFZhWQVklUiEo8kHkm8iCQgSUCSICKrkaxGslpE1iBZg2SNiCQiSUSSKCJrkaxF slZEkpAkIUkSkWQkyUiSRSQFSQqSFBFJRZKKJFVENiPZjGSziGxBsgXJFhHZimQrkq0ikoYkDUma iGxDsg3JNhFJR5KOJF1EtiPZjmS7iOxAsgPJDhHZiWQnkp0ikoEkA0mGiGQiyUSSKSJZSLKQZInI LiS7kOwSkWwk2UiyRWQ3kt1IdovIHiR7kOwRkb1I9iLZKyL7kOxDsk9E9iPZj2S/iBxAcgDJARE5 iOQgkoMicgjJISSHROQwksNIDovIESRHkBwRkaNIjiI5KiI5SHKQ5IjIMSTHkBwTkVNITiE5JSKn kZxGclpEziA5g+SMiJxFchbJWRE5h+QcknMich7JeSTnReQCkgtILojIRSQXkVwUkVwkuUhyReQK kitIrohIHpI8JHkiko8kH0m+iBQgKUBSICJXkVxFclVECpEUIikUkWtIriG5JiJFSIqQFInIdSTX kVwXkRtIbiC5ISLFSIqRFItICZISJCUichPJTSQ3ReQWkltIbonIbSS3kdwWkTtI7iC5IyJ3kdxF cldESpGUIikVkXtI7iG5JyJlSMqQlIlIOZJyJOUiUoGkAkmFiNxHch/JfRGpRFKJpFJEHiB5gOSB iDxE8hDJQxF5hOQRkkfqRIL1qQTrU4moPhVasNrRgtInqPVkBpIZSGaoE2zvRgtKn6CqiNAG1o4W lD5BrSfjkIxDMk5ExiMZj2S8iLgjcUfiLiITkExAMkFEJiKZiGSiiExCMgnJJBGZjGQykski4oHE A4mHiHgi8UTiKSJeSLyQeImINxJvJN4i4oPEB4mPiPgi8UXiKyJ+SPyQ+ImIPxJ/JP4iEoAkAEmA iAQiCUQSKCJTkExBMkVEgpAEIQkSkWAkwUiCRSQESQiSEBEJRRKKJFREwpCEIQkTkalIpiKZKiLh SMKRhIvINCTTkEwTkQgkEUgiRASzRIpZIhVlidCPAhKJJFJEMH+kmD9SUf5AP0ro2UgFglpPsEaX Y40uF9XocqzR5Vijy0U1uhxrdDnW6HJRjS7HGl2ONbpcVKPLsUaXY40uF9Xo8uNIjiM5LiInkJxA ckJETiI5ieSkiLxF8hbJWxF5j+Q9kvciUoOkBkmNOhF6pdrRgtInqPXkJZKXSF6KyCskr5C8EpEq JFVIqkTkNZLXSF6LSDWSaiTVIvIGyRskb5AI50Wp9YlxvIjHMZ8OOF7UCXvJw7GXPAJHe0ZiX9kV +8qjcORnGo78RGC/eS72m3/CfvM86De/YYRnRaTimccW0HvuxThDf9yd8WXCmNnMQiaWScRxahz9 wCkcAcEpHAXBKRwJwSkcDcEpHBHBKRwVwSkcGcEpHB3BKRwhwSkcJcExn3cMxbEoiXIkAa9zjgHG yN9BXI5br4N35TdkbJgejAszmQmv3VrhPgUHmAt4h+2HTBXziegQQ2JKLIgzfovQ7kpUjg5gSysR 68yk2ojQwkrEvV8XKcDIK7XIVYxUYURYYyGuUZi6ppoqUk1dV03dUPvmYvzmB6p1lKjmuqmauqWa uq2auqO2jru4joeqdZSq5rqnmirDKWX5MsS2RiK0Vlm6Ad5z4X2jam0V+Fe9rvs7hVFrKHXp0MvS olnQb9Kh2dDf4ehe6Kfo0gPQI2jA1J3dbFS7DqHtvAHbyRtrIxcxkosRYQTzMC0XHRe5X7v3hXFI HG9UfoK9LIwSUWpPHSCGz51jXGtj5rQDaHjtqH1dlKeG8Pe4w8tIPU7ek2/wPf3wJRGRO0TY8xOp tyh6juTBegyoM3URxbPIAUZCvpAvVEE7i0g8Wc9oCMdtSQU1/N23zyTzYfv1RDFvAvUc2UO+iKIu xI1hhSNi5KEo3pn0Ut0TIk9EjIg56EYcDa2PahIedAnZoR6FPKiBtfci4SRWFC9hyiDemowT7i6h Fj8JGSQRjuETR+XzdFREuJ+NhHnLvCVtySARiWbiGQ3mlvCC5SxETLgnjgZzHF/VxEDERjHCPde/ iWIOjDNu9VNR1AKyve44Ql3MkDEBPUd0aqNCKcugJf+icXLVES/0WYI+S9FhWXDYSHAowVVboKu2 xBFI89qxdeFYutKzBLfC42DgPYLima+0UHUU4F90XAHaFCz+HkI2tqi9SyWDRxIJerdwr3blCKww vVI8Uoo97xjsZScg3yGsjVwmj+EXF/ywBXXH9f2I8X14tOeG8iiXKroRj1ZB7U3e1h7DUsYXU+Hp lcJRuQ5q0TDaD49JQc5RRi0+RpiLzIb/39SijkJmEWjxkkRSqBa3ELKaCM+XKlCLGghPhCKdYSqQ bKmPM1+I8JREE0Z4rlp99CG5jMehKOlBItXieUR4Ik0VsAi16CFcI7gzlHJntXgyHqE7BXM7qUWX YWZlwFSZcBRMFQ8ngu9AbUiaqEXd8blV8xjhninP1eL9iPDsSl+G1GaEMmqFT78S7sC3sPbIlzJu iBkmHP/LqY1SoeYWjp7QONi/LB4L1sJypI17O/WfOrZLGSlNpZthrVtxpHA73Q7fs5/uZzToQXoI apF8qD+1aSHUjDJ6HepCHXoP6iSutkZXHZXGLZFhvbMDSh5Dd1HhCXt7cbTsFBWOB92AzNWgd6AG xHslQk1df/QKcwmPQwlPGqod51ceNQZNQ72Gv4wBHnuvu5OM27/o6LjgMjGQYwyNx6PMwlooroXF tUhwLRq4Fk1cixzXooNr4WBbhHtnQg3NtMazyiUQJcq8xDahk241HiORKI+hwHs1chbdggGfGAB7 bAb4hPImNMJTSSTg6fHwuoV/6ejaeCnEHclceF0Qxc9BLWBBDtTWGnXRbIgakGSyThRdB+/fyAoy TxRdCO+PyWwSIoqGwHsh5OBIUXQMvOeQUcRRFHWE9zTSr7ZWqYt2gPcVxIp0E0Whrmdmkya1tczo /0g7WVnaU2tLO8HSzkJJzYYynw/lURPLuRaWcym9BaVPBrXIS8yTf9E5GKozKQQfP4N6CvU0lvG1 qMtRY1GhZc4Idz69LtfVDZXzzJ/didOc0eUv8Bf5XP4Sf5m/wufx+XwBf5Uv5K/xRfx1/gbzx/ca ErxKF6/1UtReV6O8kmocXlmkvPaE8jf5C6gXUXNRL6FeRr2Cmoeaj1qAehW1EPUaahHqddQ/3ybV kWpdY0bCbmbvs+gNeM2JjarOa6JrymizdxmW3cTeY2Ph/9PfR2qv5BGu+LJSLWcIc2nVzvWldim1 z2rLxOEyEnA2C+G6Il0TRpctY6sYVn4Z5r4E02/YpzD1gt0L0+W1vPM/4KLl4dv+7vLqnKm7kikW t0voFdgw7rrNGYM/2aoFwl+ntn7lnH+0fX9hztotWYC/0P/cJjvVPjNj9IGV1y4rXJGZifvwgdqn N7VLCq0Y5dlUGrpmumG6U3XDdacxymt5sOTzxXwJf0tXOBf6j6/S+SvXwAj9knNM3flUwlkRoarW m3Zdi4oRrs8xwf6QsEUSPC6h7NmerZ2qa5nW93/q+svKdfhCr9bkT7KJ0rXyEqFWQZ2I6oUaiDoF NQg1GDUEdaqg4CYleGS+5J88hysSfsvfXSksujoM2o5yoU8bj7pWUNjSYtzSYtzSYtzSYtzSYtzS YtzSYtzSYtzSYtzSYtzS4v97rSrpjEf6mxATYg61mwL6Uj2g9nOGvtYoqB0nE1/hnCLoo80TzjqC Gm21cFYSSYe+3j5yhJyEviCe5URKSSV5SqqgL/mFUqoNfU0D2pSa0tbK86xoL+E8LDqcukHv05P6 0xAaQWfT+XQxjYb2ViL0srdAuyYbes05UCddoHm0COqHMvqQPqfVtIZ+YyXgYHqsIWvEtmDbslas HduNdWCd2CHsSHYMO5H1ZgPZMDaSnctGsUvAmeLZdWwym8ZmsHvYQ+xx9gybyxawN9g7bAX7mH3J vmU/SRiJpkRH0lDSRGIiMZdYSBSqvRSLuhx1BepK1DjUVWp7MgF1Neoa1MT6PUyTUJNRU1BTUTej bkHdipqGug01HXU76g7UnagZqJmoWai7ULNRd6PuQd2Lug91P+oB1IOoh1APox5BPYqag3oM9RTq adQzqGdRz6GeR72AehE1F/UKah5qPmoB6lXUQtRrqEWo11FvoBajlqDeRL2Fehv1Dupd1FLUe6hl qOWoFaj3UStRH6A+RH0kqAT3l+Z01BmCajup5eI41PGo7qgT1HJ0EupkVA9UT7Xc9Ub1QfVF9UP1 Rw34C/kdihpWn+vScNRpqBGouOXSSFTcfmiZCYp7U457U457U457U457U34c9QTqyd+7CLSeioUz kVBfor5CrUJ9jVqN+kbQ/8iIKzTA8GlROnhPfwZ6NlVsM4mfxF8SgJ8JvrCX0lR4lpwBRpmmJxRR TY9qSi0WOy/+wBEtmhzVNANC6ZQQa7lCqqnRnmdpUw1G4aEpa69JJCSqCyWSZFfFCEUHtYhRqsl8 I6hghNcwxpOZxoRCY82HiYD/vYSXwkxtZRKDj5JCho08vq1T0CqbfQ8SfcyT44KSoxpFKaIkpxVR 7M5klhJK9YXnetk+aLN4Mz/IYj5usK2CU20t0YDtmoGbyf4o0dSnP7pa6ysaCB+09WWjPab5B4T4 RYSGWOspeCGopa810sc7ODTE29pEYSREZPqNhgZ4hYdOC/WNMO0bGh4WGu4REQBLmCmaC5zVb1LP RwUE+1i6RngEh5kO79tHYdKYs7ZV2Np0sVEo7G1sx8FHO0Vn1UfFgr3/li3jFHKBy/UlQ4cNH2nd RtFK+dEkpG9AmL9PuGk/1/6m/V1dujl1srG3tO3SpYulfZ8una1bKVoq/yKjP/yLXH3CIwO8fBRR pIX6L0w0GDaK6DIQl9EoQpjc0twfdJuvdouaVOJoU6QdfGDDyVMv5trvHGObOWXB8ENLzGQTdq2x XDHu/GmrPUOKvCLGfL13dumoAvnlr+sXNpiVsdmsRbBtWVZpK4f+cS6cl3b7X7vcHaYVeMciX2/c 8tETNvT81NiLngvrdbTFi/G7P9gcqZyaM+t7zaUno3tHzHlY/dPc0WM6ZhTy6TeX3HRo3q1Fnwpp a5p8+UGrvGi/X+451SwaevqWr8n5afO674tsnLY1OTnix/QHk5v08bQ/7+O0U2Lo6/b0Y9olx/wJ o7w7LqjJt2d09aaU/2IV08v5+UC3Qc/XBby9pKv3WctukGcQiQk5b7ow1/2q11qT2AnPdbcaOu+Y UmrWkbKQR5ujiBR+EQ2FMfykxrzEUGLAjGnW68XZ15qrjlv37LwvQz7BpmoBliHjlpImCsP5Bi3t am6OdAqTvXD4HPl5b/vs05326ipGCTM0lwxVDFYMTB6Q3H9xX/+IiLBuHTt6hQdZBdftJyuv0OCO YVMChGjHsPBQ7+leEdM6qnajsBdxJ0KptIJZFGM0tSExNTS0CJEMUQxSONd9VtDFPWq/YMaMGX/0 BT7hf2fNEQp9YXtbSXQUsrpVstq/S0hWKCX0+/1o9umrefaHD8/d1H3kL1s+tbQvYg8Fjt3/tCx0 Cfs2dERgQrfpix4b3dE667KhWXqe+QAD82GdZuxen9NmzvIJw75o/rpmzcd2SR8cjEcuiI10ZudV JzU+mHVzfIuVXt1tJnX6fG5lj8uv+LXze2mutNefrTPkuO3tEy8y+5yb28x8rv4d2ZfBy0w1jKVL V3bVcjFzKQ2aG3Z052vT2JrEmZPv/Bqf73N89Qrd5PULX7jvn9sn2cPyWF8/n6YWUUXblo39YHN/ 86OzMXtaHI1rW5Id7brcf8CAlBKS/dqj0ZnGKZb3uwUNC93V82Vpu+x+l07H+R1h8nRjG7y6SqOs B8YnbhjhPDPT+IbDAbCx52BjRWo2lt1gl+zXgu6b7qINZ//exmb9W8yipcJMmfRN1bm3j6lrgF8I rFXNyKxt7GxsbG1tuyqNzE71UbHgl/+EkdXOzv7J7P/QmB7vck815Wrazs3RmPNz5stnkRltXXt3 u+3w095Y24eje28d0chu1Nb8fb9u753epdxy+ItOhi6vhs6+rR+5JLtD1Vj37c/Ki9tNr2y2qE3S mxrLjX06t5c7fD7e/chh9+mrDEcOzrU92yX7zbN56e/6NHLX9jE261LV4UgLud5uvQ0zWixaOHfY 4WYrst9t/vbrW511LsnvLsrMKnbcJ50HfO0YFbiAfbe905340Rs+Dy7io27bL2/47f6N2RFLvMs9 z7Syssja0KQ5b3Lg1C7zffzwnFKjVe4D02btP3A772PYnLZk4SGLdvkntmtolJfpTh36NdO95S/t np0/O+jC4zYLr80711eewGjsHuYz9WydMU2GX8T9jxKVVXOrsVPTxtkOvZWoNf/7QpPjf/sYbtOn WjFCwA0k4BdbnBT9fr9/oIQIHzX0LWytO3Xt1N7O18NX4dnF2tLD27aLpZ2Hh62lR2f42KWzp5ei k42tnZ2Ht8gALzV4nFu4z3AMudjFytbQ8PCQdbLmCjelAQ5TgAUmgwUu7v+/MkAoy1CSoRBPUkBd Z21po7BWoAWOU7NAFwWYoJoF9vprFvgn6474I7+zLg6xaDjadsH1DeeefexW1G+o9saXE+8Fjj84 K5+uz4n037giZb389M+p0a+HHkno+pkrK096O8Fct1nMkkbd5t7OzNt7MehI1w79fzJvMKq1guO+ D3jKaj2o9J3QYc4G4+16n4yyI6qHBUzZuN184a0Xq5PvTdvyKrBpxmDPja/nnjT42fnK0D39Plb1 WBXsWPJ47sPGyUn+/tK2H+maVw3YI34jM397sndaWqHXlUEVvSrfuHz9nlJ2lOp3n2Ba+mPvzVkr HKztp7edKNnuFPzw3exZDseaX3nc/3pWxYRe76aff+jrNfny9XUL/xZjrvjwyq7Ay3i3o98gfvCJ bvyrAwndttlXtorTTlviC802jRzwuy1Kv5N52LZuiq0169/b3CR0D5k0rvXSVdUdvMkPhiz88NY/ KBqLglLVfrG2VLRX+oJ5vS+MDA0Fc4AdFeAb4OUR4WPaZ3qEf2h4QMQsNDNogNla29hYd7W1ATOz qf1oI3z8b/rsP3KwPeFj3X9QeJ8wXjfZ1NRxbaRrUK9mN0IvX3r9dMq3NYZ6Zfe6RfzS9GDHZJvn 30tPObq0vB7O3O40WrY0N8t04Nsq/4yhg2O2Hps1eGrSAK1bX1vd2zB9Sf6Oaf1+Ll5w+82x6s5b Lrr3v7Mrs2dZW/81TbdtDZ/m9rpxfOXXTvHhyTciJ5nM6P/LInvDgmnjNaDIxGzdE9Dx1g/yb3ER 7SoiO466a6AYW1MY4/n10sVJTtbDD7fRr3RQ5Ie302vb4nwXl57JNj1XXEmx11zk7uIW1dZCw+bg 4OJhXo8KLT1f9+/5KEObee+UsvHq+OjWro9n7xhU7ZTfpYf9xn0z3Lc23hhzqcFytx6/ZUgnsdfq HGwi/CLjFLqCM+gT8l2ioWDhTc29/tBJBLMy1pVIoAQuVjTUlNZ2TRoRiQauGJq/qhgV1vL1qrXL tdbLEsoTJ3dPtw5N65FTYqn4QTWTAZXomMgYV2Y6dGf6Mn1EXsZnRE12cGuz5kEr/S8W5TLXhLGV WxTDlV42UDFA0T+5b3Kfxb3/upepcDgUbcGC0MVGqbmYswJMWc3F7P83DTkhYfoq1/o//YsSZmzX Xj+3dtr1LNRht83+wGd8x5D0gR+eTZr+Ykh3y+K+mfJvl55YWm9ueXnu8MT5ZhMyenYcciQ13W39 /bCjh/bVzNo/MPxDr6d9fs4t12kccGnrelPLT/LhZ9yuWN4fVJgT9iidS2W3upUdWjZ4dHWC4/rX b169vL+4uV2PQ27rqlxbLrLYEmW0qiJey7i6wqUmOiX3sf7WlS4XmhUuD0+wmBqc1LTGqMr1ht/l Ft/dja+kRh9rs2eWl1u/1BFXPj7ZPMbtbhLt36/jpLe3soqibEK+bEnQr3wW8Gh7aofjF9rr8T6x a2+/S/3UsLXUxz7+9ezmg45eLXd7XDBzdRP3i50MJ91dZTww1vJ4pl0/o5d6jZoyE+52Gm+Wl3he +nIRHz0smNd36Tm3nfP68KtvgnJ/ex62eXTc6J/iY5KbObPjPuRv9pNFbO38wrJj4wsPw7s0fBu6 u4df1MeRe2JsDX1M+GV39Uq934bmORVda/xk1hnJvmufO9xrvmxjhuyzfhuHzMqP5dt/djqqNXmA z2QHl2zH5y4v9kbOKpHZSYON5ls3r+BH3X2Q8vnBAL1M78Tvww2t5p7QMJtdkdCnTcDpVcsTLsaU JJllce7rq1KzFvv/ohNoeTRyCmO8OrPacM57w1/MDy/JD0wfYN1x3Z37U3sWM/M8B1zNW3LxUJNP fHjMb5t77qIOgd8DklZX6KXr7esyXPvG6Z6KKE0t8O9Xdf5t6G+H/m303/BvRReFnQIcu5OtQmiM 2ljjR+hqw8f/Xnf/H7n3ppSg3fduO8dZzJ1i9UP5sYr7Z9eOaDk8M+9uExdz3ZdXt10dkhmhMG3w TOv6qIRGA+ObOcZlJborWt9ipjyec+z5Ui3dD7wksWrp5eaXbM3/tqH6rZ9Rhy9zHi0xfvrIZXPK by1dc2M+9c+XFkzcVZDtKEn9mBa0yq+47R0n1+zFBQ/aOlm1yVg87MeROpVsh8+BK1YoQv72Zqxi w6d5N9bsfWy2Zl5Nof4b7YOuwSP39V+xyZkZNMC3QZt2vulrKq9pLhiU+nHhtgYDDKRRmxa++HHm N7LOeLj2IkZP4fTiYGlLp6NnLEdt2mUys4/1jMtJ97r/sirFg+435nZ/+ZC0h+S1GDzq+0eN06dM 5XXuvRN+kW1/z73/sCMscm89dfeGCKNYkKg03wUrFAti/th+U7y2ePzbi2eU3qxMw5RByVszh0wb 81ZL38rn/xvX/0tdd/it9dYsO+3O9ut898m+zBm382aNGEp2W0VMHR+so78z7/ic5YesihqmRgd7 HhpNL7mY6g9fe3e2Q8Xoo7vGrDMqNyaLM47OrP614Hl38rLi+HKZxoUY54oq10Z3h+2Mq3wUE3h9 /m8P46s1Oy5in6y0MG8R9vn9l8qZa624D1oVYTlNXDbETpGFJxxK6brez/LsCP6pp3tvw8RfTXtX aDW1+XjZelCkdc/24fILT8N6fl8k0793SuYRW1V8qPEzl19/Ptup/cTNJ57l/CR3nFPkGm72UpF7 dKaP+3jSWGbAF94ySHzX47DvmL2WHR99XLT48gi3xxvC4oMyug4pej/rxI4msz3bvUpNamenOaOp 58WeJsHNo6rk5zscze+798HH5z/tv78lPaLTIZezU1s2bB0p7zEyeuo4p74GOXv3Zg/1u7DJ8fv8 WWbzNzZS+D52bDix6YWNLcwK+j5p/+ToW+fLHYpKbOYPaW3hbD5p3FO3V2mlazfkdgs9tqBNhGaD l5FmJ5Kifmsz6sDuwJ5LUyI99oWk6Ked2DGgqmHo12U2QXu+3RtxIbrlRd9jG/7fZNuFUphsdddH 9u94ovh064ZTyVsqQlivOOoFrJmyYWnF6s0LppVK3ZzULlyqpG+0giNvQXSP6v4F71tOKV57Led/ ctY7zwffGVPzO7lrT2SeeJb3avn0c4aa//mORsfc8JVeeOOX/jx7vVCx7JPCi/8aNrEAszDLciZG RgNgdhu49jL2YRPEIPKCxiOg5ho0/XIyG/Igj1ADHYDgcRvyGSDLioIagzCNLIbAQun+ehbmgIkM Zf8ual0Na/5zvDuyKdwgBUkLj2GYQcgCrQYNBl+GTIZkhiKGfPAgdxpDCYMCQwhDJUMBkJcOFE8E sjIYKheqNajgzKwllQX56UWJBRmV+miVCksTI4OWNcf3nK1znzs17uh9/GbhqrxrixRWb8w6lcn0 dsH81fMThJ7P4THSNHSYtXtpx63yifvTZOxiFzruK13sv/HNa9U9as4/Alc8O3X+zCHf0OcbH8v5 bfX7LO01j/fhJu7f7XslV91RyjNknPDsga/9yxPXlDSbmdjcC5P2WvS/mxMRdc1JmrfoatRhOdkr Nxc9tJhupDvvclDS9I8GcYkTOEPzL7xV+em/4uN9nYtfjBx0T9gEmgqu3n6doWh5lQNfKgNbUl70 zIoD89rbTzS3RSSz6cS0X2WIWv1/0nXfptmiPJVpbiv+1iu1rU2qerJff9pN3+ATkudbTCMW1Umv YM0+tPJVQ+3CyYHvI44tbGLSMGhiUkHEEZthE5MoUEgQnCr7BqwVgH1GAilNxhpIICdJbsTMCiPQ crgMqyE/ZJTN0MTQ3MjcxDgKI0V66fDvashNuNWcw/R+/vm0he8M5SzQymtQWpn6oZjh7DqO66ZL p3ttNpz6mL3N61F4V3bs0Y39y5mVcyomvmuascRLg7tI45h9ndAp39ky0erT4x992iq6yniynGfI Td11/YvXRGcq3UuY/ERjyY4Yj88fVlzj/aE8RXdhxAG2je4dSXI+trKG/VsvPgsIe8a7/QZHyi5p xa2n3ov8VtnPsPXjkwrm/XJ95036VWpe7PFfHxjc4PX3WzWTn0fK4WPzVHtf+/xsEnRf+rlI898Z 1+vzSiLr7M7a3W/V/br+4f1FL9WKW67cCf38X6hI77FMwom53v7c61lvSjJanVu3IMeoRyeKVdL/ NM8X64BprxM8jT5lvD4ZfXtLufK7R/MytL9e+XQliYMBABh2GW0NCmVuZHN0cmVhbQ0KZW5kb2Jq DQoxMDA3IDAgb2JqDQpbIDBbIDc1MF0gIDNbIDI3OF0gIDZbIDU1Nl0gIDhbIDg4OV0gIDExWyAz MzMgMzMzIDM4OSA1ODQgMjc4IDMzMyAyNzhdICAxOVsgNTU2IDU1NiA1NTYgNTU2IDU1NiA1NTYg NTU2IDU1NiA1NTZdICAyOVsgMjc4IDI3OCA1ODRdICAzM1sgNTg0XSAgMzZbIDY2NyA2NjcgNzIy IDcyMiA2NjcgNjExIDc3OCA3MjIgMjc4XSAgNDZbIDY2NyA1NTYgODMzIDcyMiA3NzggNjY3IDc3 OCA3MjIgNjY3IDYxMSA3MjIgNjY3IDk0NCA2NjcgNjY3IDYxMSAyNzhdICA2NFsgMjc4XSAgNjhb IDU1NiA1NTYgNTAwIDU1NiA1NTYgMjc4IDU1NiA1NTYgMjIyIDIyMiA1MDAgMjIyIDgzMyA1NTYg NTU2IDU1NiA1NTYgMzMzIDUwMCAyNzggNTU2IDUwMCA3MjIgNTAwIDUwMCA1MDBdIF0gDQplbmRv YmoNCjEwMDggMCBvYmoNClsgMjc4IDAgMCA1NTYgMCA4ODkgMCAwIDMzMyAzMzMgMzg5IDU4NCAy NzggMzMzIDI3OCAwIDU1NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDAgMjc4IDI3 OCA1ODQgMCA1ODQgMCAwIDY2NyA2NjcgNzIyIDcyMiA2NjcgNjExIDc3OCA3MjIgMjc4IDAgNjY3 IDU1NiA4MzMgNzIyIDc3OCA2NjcgNzc4IDcyMiA2NjcgNjExIDcyMiA2NjcgOTQ0IDY2NyA2Njcg NjExIDI3OCAwIDI3OCAwIDAgMCA1NTYgNTU2IDUwMCA1NTYgNTU2IDI3OCA1NTYgNTU2IDIyMiAy MjIgNTAwIDIyMiA4MzMgNTU2IDU1NiA1NTYgNTU2IDMzMyA1MDAgMjc4IDU1NiA1MDAgNzIyIDUw MCA1MDAgNTAwXSANCmVuZG9iag0KMTAwOSAwIG9iag0KWyAyNzggMCAwIDAgMCAwIDAgMTkxIDAg MCAwIDAgMCAwIDAgMCA1NTYgNTU2IDU1NiA1NTYgNTU2IDU1NiA1NTYgMCA1NTYgMCAwIDAgMCAw IDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgNzc4XSANCmVuZG9iag0KMTAx MCAwIG9iag0KPDwvVHlwZS9YUmVmL1NpemUgMTAxMC9XWyAxIDQgMl0gL1Jvb3QgMSAwIFIvSW5m byAzMDkgMCBSL0lEWzxGNzgwNDY5MDJGRjJGNjRFOEQ2RDJCQUY2RjJFQkU1Mz48Rjc4MDQ2OTAy RkYyRjY0RThENkQyQkFGNkYyRUJFNTM+XSAvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyMjU1 Pj4NCnN0cmVhbQ0KeJw12HWcFfUexvF9dneGklxi6V66lO4SyaVBQUpCQkJSAVFKASWkQ6QbBKSu XgUFL1JKN1z1SgqI16LhLs/nXP7g/TqcmDkzv/l+5hAVlfTnyRMl/Z0+Kuopo4yiTXQfE7sdbpjg sWl48yk60twcO22ObwKeOzHTnBwOPHeqpTld1pydYS7tMZf5lKu7zY0/za1FT4nO9a3J3Rp2mjyF YBrcM3lnmwJFTZGLpth+M7oUfGnGFITJ8JcZ2wEemPG5zMQcZlJhs9jfL3rJcLhtlnaDs2ZZIviY RS+/brbMNVsTYCrcNdu6wAGzvZfZ0dvsawhnzP5asNYciIOR5mB2c6iMubzXXGkFHIKr1WGLucY3 usbRvf6LuXXZ/HrBPGwJP5lHbeCgeVwTtpkn3lBM1Ncm5XSTaqVJ7f2MictmMpY0mVaY3BlMngRY BnxK3naw3OTzEYwpUNyUH2QqTDCVeEPNOk+JLTTFVLhvKvaFw6ZSOThlqlQxDSqYho1hl2nEKxvN M40rm6be69j1zcyelnDHfOPTH7t3o7nk9Rl7uSrwj1cKwkRztSgsNNfiYJi5Hm9u+jIMUvgNQcr+ JkM1k3mNid9hsnqFBDnSmJy1TfkjpqLPbZDoLQRNC8MC0yw9DDHNM5sWPv1BO5+xoH1b09lHMOji kRB09eEJuuU13VebHnxmT3+xoJdXZNCb/ezjizno6/UZ9PPhCfp/bgZ4XAQD68N5M6g5eH0Gg/nS g712gyEtzDAv/WD6KjPjCzOzFPhUBbNSgC+ZYPYts9hrIljC1jd4JAQbO5ndNcweL9NgH3u9PwOM gEvmwHhzMB686oJDsTAcfjPf+XoPvs8Hc8zh1DAWPAuCI/PN0RIwCTx0gmOJsM4cbwjs/IkEYEMn S4Nna3CqEngNBqcLAqfqTFXg3J6tCxyXc3zKOQ7k+XrgVR5cqAJzwfMzuMhCuchX+bGH+XufueNh HNxtBh5PwT0Wyj1PlOB+ddhqHnBYH3xmHhaHpeZRCJz3x15gYZRXT6gGJvqKifHSDwPP+TB0LcLk Prphioom5c8m1VcmtU9cmCY1DIUfTFq2kHazSdcCPDHD9IngqzHMkAd83YZxRcGnKsyYAFPBByvM 5AaEmWNgNjwxWXrCURNfGXyJhln7g6/+MFst8GIPs8eBJ3SYg53P4XyGOcsCr8zF7ubiEORuCY5G mKcG8Cl5i8Ehk68T+BSH+cuAl3BYgK9SwCM9TPBaCosmLZSkG4yYylGfwhbY+vSuo2pUaoi8ZFvS G4pn9KOkfwwhBgTREEAsPAPJIRmkghSQElpCGra3nUeJkBnSQibICOkgPWSAOMgFWSAn5IB4yArZ IDsUhtxQCBIgD+SFfJAfCkBBKA1FoBSUhKJQDIpDCagMZaASVIRn4TkoC+WgPFSA56EK1IU6UBWq QXWoATWhFtSGJlAPGkMjeAHqQwNoCC2gOTSFZrATWnHCd/CoLbSB1vAlfAEvQnd4GdpDO3gJOkMn 6AgdoBt0hVegC8yFvvAa9IEe8Cr0hF7QG96F8TAI+kF/GACvw0AYAYNhCAyFYfAGvAnDYTSMhLdg FLwN78A4GANjYQ7MhhnwHkyAiTAJ3ocPYDJMgakwDT6E6TALZsI/YSksgcUwD+bDAvgIFsLHsAgi 42IbrIJlsBxWwEr4BFbDGlgL62A9bIDIVNwIm2AzfApb4HP4DP4BLG9FJuYu1nzkud3wNXzFK5mm iszWPXAEvoW98C/4Bg7CAdgP++AwfA/fwSE2FJnsZ+EMnIajcAyOwwk4CafgD/gdLsI5OA8X4Gf4 N/wAP8JP8B+4ApfgMlyDq3ALrsMvcANuwn/hV7gNv8ETeAx34E/4C/6GB3AX7sF9eAQPOZ6MC8Vy plkMon8in6KUYmqIGSJKKRon8imCKUopuinCJ6KoNEC1RRtFBkUURSLFuBepE+ETGRShFcEUiRTJ EnUSFRUVFTUUoRXBFFEUiRTdFIkUiRSJFBkUhRXZFcEUURSJFK0S5RJpFU0V4RPBFIkUiRSJFIkU NRSJFE0VhRXZFSNdpE5UVORTJFIkUiRSJFKkVZRLlEvUUCRSJFL0TyRSVFQ0VYRW3PeIYIqKioqq FXC/JEIksiTCJyoqSimKJ9ooSim6KSoq2ihKKbopaijaKEopuinqpNdY3ow8EUwRMJE6ET6RQRE+ ET4RPhE+DeXDCINonCie6J8onpg9GskbuC8QjRPFExkUGRQTWpRSZFD0T9RQFE/EW8RbFE/0T9RQ FE/0T9RQFE/0T9RQxFT0T9RQhFbUUNRQFE/ceYgki+KJ/okaiuKJ/okaioqKioqKiuKJ/okaiuKJ RIoaiuKJ/okaikSK/okaiuKJ/okaivCJCIsIi2AqEr7IConMQcKnyJnmRlDc5SlyNncBbRRtVKSN 1FD0T/RP9E+0UfRP9E/0T7RRZFBkUJH+UUNRWNE4UTwdZZ1FLuaTPIrsLqUUpdQpnosMXGIqiif6 J2ooiif6J0opiif6J2ooiif6J7op+if6JxIpiif6J2ooiicSKWooaij6p9vsNbcAouH6PekXX5O7 ///9FwPRIAghgEjqUkBySAYpITU8A6kg8osvPaSDtFAd4iAzZIKMkBXiIQvkgOyQDXJDLsgJ+SAv 5IGCUADyQ2EoBAlQDIpCESgJJaA4lIHSUArKwnPwLFSA8lAOKkMlqAjVoCpUgVpQE2pAXagDteEF qAfPQ30YBA1hJzSBxtAI+kAiNIdm0BQiv/FaQgtoC22gNbSDl+BFaA8doQO8DJ3gFegCnaEr9IDu 0A1ehd7QC3rCQHgdIo3rC/2gPwyAzTAYInf3b8IbMAQijRsGG2E4vAWRqo2Ad+BtGAVjYQyMhndh PIyDiTAB3oMP4H2YBFNhCkyG6fAhTINZMBNmwFyYA7NhAcyHefAxLISPYBEshSWwGJbBSlgBy+ET WAurYDWsgQ2wDtbDpqTp1sH/RRp2HGw6HX9Ksst/mKvjzLUbUVH/A1LjKm0NCmVuZHN0cmVhbQ0K ZW5kb2JqDQp4cmVmDQowIDEwMTENCjAwMDAwMDAzMTAgNjU1MzUgZg0KMDAwMDAwMDAxNyAwMDAw MCBuDQowMDAwMDAwMTI2IDAwMDAwIG4NCjAwMDAwMDAyNTggMDAwMDAgbg0KMDAwMDAwMDYxOSAw MDAwMCBuDQowMDAwMDAxMjA2IDAwMDAwIG4NCjAwMDAwMDEyNTkgMDAwMDAgbg0KMDAwMDAwMTUz NCAwMDAwMCBuDQowMDAwMDE5MTgwIDAwMDAwIG4NCjAwMDAxMTg4NjUgMDAwMDAgbg0KMDAwMDEx OTUxMSAwMDAwMCBuDQowMDAwMTE5NzI4IDAwMDAwIG4NCjAwMDAxMTk3ODggMDAwMDAgbg0KMDAw MDExOTk1NiAwMDAwMCBuDQowMDAwMTIwMTg2IDAwMDAwIG4NCjAwMDAxMjAyNDAgMDAwMDAgbg0K MDAwMDEyMDQwMyAwMDAwMCBuDQowMDAwMTIwNjI4IDAwMDAwIG4NCjAwMDAxMjEyMzUgMDAwMDAg bg0KMDAwMDEyNDA5OSAwMDAwMCBuDQowMDAwMTI0Mzc1IDAwMDAwIG4NCjAwMDAxMjQ4NjYgMDAw MDAgbg0KMDAwMDEyNTk0MCAwMDAwMCBuDQowMDAwMTI2MzY3IDAwMDAwIG4NCjAwMDAxMzg5NTEg MDAwMDAgbg0KMDAwMDEzOTA5MyAwMDAwMCBuDQowMDAwMTM5MTk4IDAwMDAwIG4NCjAwMDAxMzkz MDMgMDAwMDAgbg0KMDAwMDEzOTQwOCAwMDAwMCBuDQowMDAwMTM5NTEzIDAwMDAwIG4NCjAwMDAx Mzk2NzAgMDAwMDAgbg0KMDAwMDE0MDMzMCAwMDAwMCBuDQowMDAwMTQxNzg5IDAwMDAwIG4NCjAw MDAxNDIyODEgMDAwMDAgbg0KMDAwMDE2NDE0MyAwMDAwMCBuDQowMDAwMTY0Mjg1IDAwMDAwIG4N CjAwMDAxNjQzODkgMDAwMDAgbg0KMDAwMDE2NDQ5MyAwMDAwMCBuDQowMDAwMTY0NTk3IDAwMDAw IG4NCjAwMDAxNjQ3MDEgMDAwMDAgbg0KMDAwMDE2NDg1OSAwMDAwMCBuDQowMDAwMTY1MTUwIDAw MDAwIG4NCjAwMDAxNjYxNzIgMDAwMDAgbg0KMDAwMDE2NjQ0MCAwMDAwMCBuDQowMDAwMTcyMjY4 IDAwMDAwIG4NCjAwMDAxNzI0MTAgMDAwMDAgbg0KMDAwMDE3MjUyNyAwMDAwMCBuDQowMDAwMTcy NjQ0IDAwMDAwIG4NCjAwMDAxNzI3NjEgMDAwMDAgbg0KMDAwMDE3Mjg3OCAwMDAwMCBuDQowMDAw MTczMDM1IDAwMDAwIG4NCjAwMDAxNzMyODkgMDAwMDAgbg0KMDAwMDE3NzA0OCAwMDAwMCBuDQow MDAwMTc3MTkwIDAwMDAwIG4NCjAwMDAxNzcyOTUgMDAwMDAgbg0KMDAwMDE3NzQwMCAwMDAwMCBu DQowMDAwMTc3NTA1IDAwMDAwIG4NCjAwMDAxNzc2MTAgMDAwMDAgbg0KMDAwMDE3Nzc2OSAwMDAw MCBuDQowMDAwMTc4MDI2IDAwMDAwIG4NCjAwMDAxODIzNDYgMDAwMDAgbg0KMDAwMDE4MjQ4OCAw MDAwMCBuDQowMDAwMTgyNTkzIDAwMDAwIG4NCjAwMDAxODI2OTggMDAwMDAgbg0KMDAwMDE4Mjgw MyAwMDAwMCBuDQowMDAwMTgyOTA4IDAwMDAwIG4NCjAwMDAxODMwNjcgMDAwMDAgbg0KMDAwMDE4 MzM0NSAwMDAwMCBuDQowMDAwMTg5ODk0IDAwMDAwIG4NCjAwMDAxOTAwMzYgMDAwMDAgbg0KMDAw MDE5MDE1MyAwMDAwMCBuDQowMDAwMTkwMjcwIDAwMDAwIG4NCjAwMDAxOTAzODcgMDAwMDAgbg0K MDAwMDE5MDUwNCAwMDAwMCBuDQowMDAwMTkwNjYzIDAwMDAwIG4NCjAwMDAxOTA5NTQgMDAwMDAg bg0KMDAwMDE5MTk3MyAwMDAwMCBuDQowMDAwMTkyMjIwIDAwMDAwIG4NCjAwMDAxOTU2NjcgMDAw MDAgbg0KMDAwMDE5NTgwOSAwMDAwMCBuDQowMDAwMTk1OTI2IDAwMDAwIG4NCjAwMDAxOTYwNDMg MDAwMDAgbg0KMDAwMDE5NjE2MCAwMDAwMCBuDQowMDAwMTk2Mjc3IDAwMDAwIG4NCjAwMDAxOTY0 MzYgMDAwMDAgbg0KMDAwMDE5NjgwMSAwMDAwMCBuDQowMDAwMTk5MzE0IDAwMDAwIG4NCjAwMDAx OTk1OTAgMDAwMDAgbg0KMDAwMDE5OTk1NSAwMDAwMCBuDQowMDAwMjAxNDk4IDAwMDAwIG4NCjAw MDAyMDE3NzQgMDAwMDAgbg0KMDAwMDIwMjE0OSAwMDAwMCBuDQowMDAwMjA0NTYyIDAwMDAwIG4N CjAwMDAyMDQ4MzggMDAwMDAgbg0KMDAwMDIwNDk2MyAwMDAwMCBuDQowMDAwMjA0OTkzIDAwMDAw IG4NCjAwMDAyMDUxNDYgMDAwMDAgbg0KMDAwMDIwNTIyMCAwMDAwMCBuDQowMDAwMjA1NDY0IDAw MDAwIG4NCjAwMDAyMDU4NjggMDAwMDAgbg0KMDAwMDIxMDU0NyAwMDAwMCBuDQowMDAwMjEwODI0 IDAwMDAwIG4NCjAwMDAyMTEzOTMgMDAwMDAgbg0KMDAwMDIxMzA1OSAwMDAwMCBuDQowMDAwMjcy MjcwIDAwMDAwIG4NCjAwMDAyNzY0NzQgMDAwMDAgbg0KMDAwMDI3NjU4OSAwMDAwMCBuDQowMDAw Mjc2Njg3IDAwMDAwIG4NCjAwMDAyNzY3ODkgMDAwMDAgbg0KMDAwMDI3Njk1MCAwMDAwMCBuDQow MDAwMjc3MzA3IDAwMDAwIG4NCjAwMDAyODA4ODcgMDAwMDAgbg0KMDAwMDI4MTE2NCAwMDAwMCBu DQowMDAwMjgxMjc5IDAwMDAwIG4NCjAwMDAyODEzOTcgMDAwMDAgbg0KMDAwMDI4MTQ5NyAwMDAw MCBuDQowMDAwMjgxNjU4IDAwMDAwIG4NCjAwMDAyODI1MzMgMDAwMDAgbg0KMDAwMDMwNjI1NiAw MDAwMCBuDQowMDAwMzEyMTQ3IDAwMDAwIG4NCjAwMDAzMTIzMTEgMDAwMDAgbg0KMDAwMDMxMjUz NyAwMDAwMCBuDQowMDAwMzEzMDA3IDAwMDAwIG4NCjAwMDAzMjA1NTEgMDAwMDAgbg0KMDAwMDMy MDgyOCAwMDAwMCBuDQowMDAwMzIwOTQzIDAwMDAwIG4NCjAwMDAzMjEwNjEgMDAwMDAgbg0KMDAw MDMyMTE2MSAwMDAwMCBuDQowMDAwMzIxMzIyIDAwMDAwIG4NCjAwMDAzMjE0MzcgMDAwMDAgbg0K MDAwMDMyMTU1NSAwMDAwMCBuDQowMDAwMzIxNjU1IDAwMDAwIG4NCjAwMDAzMjE4MTYgMDAwMDAg bg0KMDAwMDMyMjY2NyAwMDAwMCBuDQowMDAwMzMwMTIxIDAwMDAwIG4NCjAwMDAzMzAzNTEgMDAw MDAgbg0KMDAwMDMzMjM0OSAwMDAwMCBuDQowMDAwMzMzNDgxIDAwMDAwIG4NCjAwMDAzMzQwMDcg MDAwMDAgbg0KMDAwMDMzNDI5NiAwMDAwMCBuDQowMDAwMzM0ODYyIDAwMDAwIG4NCjAwMDAzMzUx NzAgMDAwMDAgbg0KMDAwMDM0MTcxMiAwMDAwMCBuDQowMDAwMzQyMjUwIDAwMDAwIG4NCjAwMDAz NDc2NjcgMDAwMDAgbg0KMDAwMDM0Nzk0NCAwMDAwMCBuDQowMDAwMzQ4MDU5IDAwMDAwIG4NCjAw MDAzNDgxNzcgMDAwMDAgbg0KMDAwMDM0ODI3NyAwMDAwMCBuDQowMDAwMzQ4NDM4IDAwMDAwIG4N CjAwMDAzNDg4OTIgMDAwMDAgbg0KMDAwMDM1MDc0NiAwMDAwMCBuDQowMDAwMzUxMDYzIDAwMDAw IG4NCjAwMDAzNTI0NjMgMDAwMDAgbg0KMDAwMDM1MjY5NCAwMDAwMCBuDQowMDAwMzUzMDc3IDAw MDAwIG4NCjAwMDAzNTMzMTMgMDAwMDAgbg0KMDAwMDM1MzcwNCAwMDAwMCBuDQowMDAwMzUzOTQ3 IDAwMDAwIG4NCjAwMDAzNTQzNDYgMDAwMDAgbg0KMDAwMDM1NDU4NyAwMDAwMCBuDQowMDAwMzU0 OTg1IDAwMDAwIG4NCjAwMDAzNTUyMzEgMDAwMDAgbg0KMDAwMDM1NTYzMyAwMDAwMCBuDQowMDAw MzU1ODc5IDAwMDAwIG4NCjAwMDAzNTYyODIgMDAwMDAgbg0KMDAwMDM1NjUwMCAwMDAwMCBuDQow MDAwMzU2OTM2IDAwMDAwIG4NCjAwMDAzNTcwODMgMDAwMDAgbg0KMDAwMDM1NzIwMSAwMDAwMCBu DQowMDAwMzU3MzE5IDAwMDAwIG4NCjAwMDAzNTc0MzcgMDAwMDAgbg0KMDAwMDM1NzU1NSAwMDAw MCBuDQowMDAwMzU3NzE0IDAwMDAwIG4NCjAwMDAzNTgyNjggMDAwMDAgbg0KMDAwMDM2NTIyMyAw MDAwMCBuDQowMDAwMzY1NTAwIDAwMDAwIG4NCjAwMDAzNjU2MTUgMDAwMDAgbg0KMDAwMDM2NTcz MyAwMDAwMCBuDQowMDAwMzY1ODMzIDAwMDAwIG4NCjAwMDAzNjU5OTQgMDAwMDAgbg0KMDAwMDM2 NjMxNyAwMDAwMCBuDQowMDAwMzY4NzQ5IDAwMDAwIG4NCjAwMDAzNjkwODIgMDAwMDAgbg0KMDAw MDM3MjE1NyAwMDAwMCBuDQowMDAwMzcyNTc1IDAwMDAwIG4NCjAwMDAzNzc0MDcgMDAwMDAgbg0K MDAwMDM3NzY0NiAwMDAwMCBuDQowMDAwMzc5MDM5IDAwMDAwIG4NCjAwMDAzNzkxNTQgMDAwMDAg bg0KMDAwMDM3OTI1OSAwMDAwMCBuDQowMDAwMzc5MzY0IDAwMDAwIG4NCjAwMDAzNzk1MjUgMDAw MDAgbg0KMDAwMDM3OTY3MiAwMDAwMCBuDQowMDAwMzc5NzkwIDAwMDAwIG4NCjAwMDAzNzk5MDgg MDAwMDAgbg0KMDAwMDM4MDAyNiAwMDAwMCBuDQowMDAwMzgwMTQ0IDAwMDAwIG4NCjAwMDAzODAz MDMgMDAwMDAgbg0KMDAwMDM4MDQ1MCAwMDAwMCBuDQowMDAwMzgwNTY3IDAwMDAwIG4NCjAwMDAz ODA2ODUgMDAwMDAgbg0KMDAwMDM4MDgwMyAwMDAwMCBuDQowMDAwMzgwOTIwIDAwMDAwIG4NCjAw MDAzODEwODIgMDAwMDAgbg0KMDAwMDM4MTIyOSAwMDAwMCBuDQowMDAwMzgxMzIyIDAwMDAwIG4N CjAwMDAzODE0MjAgMDAwMDAgbg0KMDAwMDM4MTUxOCAwMDAwMCBuDQowMDAwMzgxNjExIDAwMDAw IG4NCjAwMDAzODE3NzAgMDAwMDAgbg0KMDAwMDM4MTg4NSAwMDAwMCBuDQowMDAwMzgxOTkwIDAw MDAwIG4NCjAwMDAzODIwOTUgMDAwMDAgbg0KMDAwMDM4MjI1NiAwMDAwMCBuDQowMDAwMzgyNDAz IDAwMDAwIG4NCjAwMDAzODI1MjEgMDAwMDAgbg0KMDAwMDM4MjYzOSAwMDAwMCBuDQowMDAwMzgy NzU3IDAwMDAwIG4NCjAwMDAzODI4NzUgMDAwMDAgbg0KMDAwMDM4MzAzNiAwMDAwMCBuDQowMDAw MzgzMTgzIDAwMDAwIG4NCjAwMDAzODMzMDAgMDAwMDAgbg0KMDAwMDM4MzQxOCAwMDAwMCBuDQow MDAwMzgzNTM2IDAwMDAwIG4NCjAwMDAzODM2NTMgMDAwMDAgbg0KMDAwMDM4MzgxNCAwMDAwMCBu DQowMDAwMzgzOTYxIDAwMDAwIG4NCjAwMDAzODQwNTkgMDAwMDAgbg0KMDAwMDM4NDE1MiAwMDAw MCBuDQowMDAwMzg0MjQ1IDAwMDAwIG4NCjAwMDAzODQzNDMgMDAwMDAgbg0KMDAwMDM4NDUwNCAw MDAwMCBuDQowMDAwMzg1MTI2IDAwMDAwIG4NCjAwMDAzOTA4NTYgMDAwMDAgbg0KMDAwMDM5MTEz MyAwMDAwMCBuDQowMDAwMzkxMjQ4IDAwMDAwIG4NCjAwMDAzOTEzNjYgMDAwMDAgbg0KMDAwMDM5 MTQ2NiAwMDAwMCBuDQowMDAwMzkxNjI3IDAwMDAwIG4NCjAwMDAzOTE3NDIgMDAwMDAgbg0KMDAw MDM5MTg2MCAwMDAwMCBuDQowMDAwMzkxOTYwIDAwMDAwIG4NCjAwMDAzOTIxMjEgMDAwMDAgbg0K MDAwMDM5MjIzNiAwMDAwMCBuDQowMDAwMzkyMzU0IDAwMDAwIG4NCjAwMDAzOTI0NTQgMDAwMDAg bg0KMDAwMDM5MjYxNSAwMDAwMCBuDQowMDAwMzkyODczIDAwMDAwIG4NCjAwMDAzOTMyODggMDAw MDAgbg0KMDAwMDM5MzU0NSAwMDAwMCBuDQowMDAwMzkzOTU4IDAwMDAwIG4NCjAwMDAzOTQyMTgg MDAwMDAgbg0KMDAwMDM5NDYzNyAwMDAwMCBuDQowMDAwMzk0ODk2IDAwMDAwIG4NCjAwMDAzOTUz MDkgMDAwMDAgbg0KMDAwMDM5NTU3NiAwMDAwMCBuDQowMDAwMzk2MDAzIDAwMDAwIG4NCjAwMDAz OTYyMjQgMDAwMDAgbg0KMDAwMDM5NjY2NiAwMDAwMCBuDQowMDAwMzk2ODEzIDAwMDAwIG4NCjAw MDAzOTY5MTggMDAwMDAgbg0KMDAwMDM5NzAyMyAwMDAwMCBuDQowMDAwMzk3MTI4IDAwMDAwIG4N CjAwMDAzOTcyMzMgMDAwMDAgbg0KMDAwMDM5NzM5NCAwMDAwMCBuDQowMDAwMzk3NTQxIDAwMDAw IG4NCjAwMDAzOTc2NDYgMDAwMDAgbg0KMDAwMDM5Nzc1MSAwMDAwMCBuDQowMDAwMzk3ODU2IDAw MDAwIG4NCjAwMDAzOTc5NjEgMDAwMDAgbg0KMDAwMDM5ODEyMiAwMDAwMCBuDQowMDAwMzk4MjY5 IDAwMDAwIG4NCjAwMDAzOTgzNzQgMDAwMDAgbg0KMDAwMDM5ODQ3OSAwMDAwMCBuDQowMDAwMzk4 NTg0IDAwMDAwIG4NCjAwMDAzOTg2ODkgMDAwMDAgbg0KMDAwMDM5ODg1MSAwMDAwMCBuDQowMDAw Mzk4OTk4IDAwMDAwIG4NCjAwMDAzOTkxMDMgMDAwMDAgbg0KMDAwMDM5OTIwOCAwMDAwMCBuDQow MDAwMzk5MzEzIDAwMDAwIG4NCjAwMDAzOTk0MTggMDAwMDAgbg0KMDAwMDM5OTU4MCAwMDAwMCBu DQowMDAwMzk5NzI3IDAwMDAwIG4NCjAwMDAzOTk4MzIgMDAwMDAgbg0KMDAwMDM5OTkzNyAwMDAw MCBuDQowMDAwNDAwMDQyIDAwMDAwIG4NCjAwMDA0MDAxNDcgMDAwMDAgbg0KMDAwMDQwMDMwOSAw MDAwMCBuDQowMDAwNDAwNDU2IDAwMDAwIG4NCjAwMDA0MDA1NzQgMDAwMDAgbg0KMDAwMDQwMDY5 MiAwMDAwMCBuDQowMDAwNDAwODEwIDAwMDAwIG4NCjAwMDA0MDA5MjggMDAwMDAgbg0KMDAwMDQw MTA4OCAwMDAwMCBuDQowMDAwNDAxMjM1IDAwMDAwIG4NCjAwMDA0MDEzNTMgMDAwMDAgbg0KMDAw MDQwMTQ3MSAwMDAwMCBuDQowMDAwNDAxNTg5IDAwMDAwIG4NCjAwMDA0MDE3MDcgMDAwMDAgbg0K MDAwMDQwMTg2OCAwMDAwMCBuDQowMDAwNDAyMDE1IDAwMDAwIG4NCjAwMDA0MDIxMjAgMDAwMDAg bg0KMDAwMDQwMjIyNSAwMDAwMCBuDQowMDAwNDAyMzMwIDAwMDAwIG4NCjAwMDA0MDI0MzUgMDAw MDAgbg0KMDAwMDQwMjU5NSAwMDAwMCBuDQowMDAwNDAyOTkyIDAwMDAwIG4NCjAwMDA0MDQyMTMg MDAwMDAgbg0KMDAwMDAwMDMxMSA2NTUzNSBmDQowMDAwMDAwMzEyIDY1NTM1IGYNCjAwMDAwMDAz MTMgNjU1MzUgZg0KMDAwMDAwMDMxNCA2NTUzNSBmDQowMDAwMDAwMzE1IDY1NTM1IGYNCjAwMDAw MDAzMTYgNjU1MzUgZg0KMDAwMDAwMDMxNyA2NTUzNSBmDQowMDAwMDAwMzE4IDY1NTM1IGYNCjAw MDAwMDAzMTkgNjU1MzUgZg0KMDAwMDAwMDMyMCA2NTUzNSBmDQowMDAwMDAwMzIxIDY1NTM1IGYN CjAwMDAwMDAzMjIgNjU1MzUgZg0KMDAwMDAwMDMyMyA2NTUzNSBmDQowMDAwMDAwMzI0IDY1NTM1 IGYNCjAwMDAwMDAzMjUgNjU1MzUgZg0KMDAwMDAwMDMyNiA2NTUzNSBmDQowMDAwMDAwMzI3IDY1 NTM1IGYNCjAwMDAwMDAzMjggNjU1MzUgZg0KMDAwMDAwMDMyOSA2NTUzNSBmDQowMDAwMDAwMzMw IDY1NTM1IGYNCjAwMDAwMDAzMzEgNjU1MzUgZg0KMDAwMDAwMDMzMiA2NTUzNSBmDQowMDAwMDAw MzMzIDY1NTM1IGYNCjAwMDAwMDAzMzQgNjU1MzUgZg0KMDAwMDAwMDMzNSA2NTUzNSBmDQowMDAw MDAwMzM2IDY1NTM1IGYNCjAwMDAwMDAzMzcgNjU1MzUgZg0KMDAwMDAwMDMzOCA2NTUzNSBmDQow MDAwMDAwMzM5IDY1NTM1IGYNCjAwMDAwMDAzNDAgNjU1MzUgZg0KMDAwMDAwMDM0MSA2NTUzNSBm DQowMDAwMDAwMzQyIDY1NTM1IGYNCjAwMDAwMDAzNDMgNjU1MzUgZg0KMDAwMDAwMDM0NCA2NTUz NSBmDQowMDAwMDAwMzQ1IDY1NTM1IGYNCjAwMDAwMDAzNDYgNjU1MzUgZg0KMDAwMDAwMDM0NyA2 NTUzNSBmDQowMDAwMDAwMzQ4IDY1NTM1IGYNCjAwMDAwMDAzNDkgNjU1MzUgZg0KMDAwMDAwMDM1 MCA2NTUzNSBmDQowMDAwMDAwMzUxIDY1NTM1IGYNCjAwMDAwMDAzNTIgNjU1MzUgZg0KMDAwMDAw MDM1MyA2NTUzNSBmDQowMDAwMDAwMzU0IDY1NTM1IGYNCjAwMDAwMDAzNTUgNjU1MzUgZg0KMDAw MDAwMDM1NiA2NTUzNSBmDQowMDAwMDAwMzU3IDY1NTM1IGYNCjAwMDAwMDAzNTggNjU1MzUgZg0K MDAwMDAwMDM1OSA2NTUzNSBmDQowMDAwMDAwMzYwIDY1NTM1IGYNCjAwMDAwMDAzNjEgNjU1MzUg Zg0KMDAwMDAwMDM2MiA2NTUzNSBmDQowMDAwMDAwMzYzIDY1NTM1IGYNCjAwMDAwMDAzNjQgNjU1 MzUgZg0KMDAwMDAwMDM2NSA2NTUzNSBmDQowMDAwMDAwMzY2IDY1NTM1IGYNCjAwMDAwMDAzNjcg NjU1MzUgZg0KMDAwMDAwMDM2OCA2NTUzNSBmDQowMDAwMDAwMzY5IDY1NTM1IGYNCjAwMDAwMDAz NzAgNjU1MzUgZg0KMDAwMDAwMDM3MSA2NTUzNSBmDQowMDAwMDAwMzcyIDY1NTM1IGYNCjAwMDAw MDAzNzMgNjU1MzUgZg0KMDAwMDAwMDM3NCA2NTUzNSBmDQowMDAwMDAwMzc1IDY1NTM1IGYNCjAw MDAwMDAzNzYgNjU1MzUgZg0KMDAwMDAwMDM3NyA2NTUzNSBmDQowMDAwMDAwMzc4IDY1NTM1IGYN CjAwMDAwMDAzNzkgNjU1MzUgZg0KMDAwMDAwMDM4MCA2NTUzNSBmDQowMDAwMDAwMzgxIDY1NTM1 IGYNCjAwMDAwMDAzODIgNjU1MzUgZg0KMDAwMDAwMDM4MyA2NTUzNSBmDQowMDAwMDAwMzg0IDY1 NTM1IGYNCjAwMDAwMDAzODUgNjU1MzUgZg0KMDAwMDAwMDM4NiA2NTUzNSBmDQowMDAwMDAwMzg3 IDY1NTM1IGYNCjAwMDAwMDAzODggNjU1MzUgZg0KMDAwMDAwMDM4OSA2NTUzNSBmDQowMDAwMDAw MzkwIDY1NTM1IGYNCjAwMDAwMDAzOTEgNjU1MzUgZg0KMDAwMDAwMDM5MiA2NTUzNSBmDQowMDAw MDAwMzkzIDY1NTM1IGYNCjAwMDAwMDAzOTQgNjU1MzUgZg0KMDAwMDAwMDM5NSA2NTUzNSBmDQow MDAwMDAwMzk2IDY1NTM1IGYNCjAwMDAwMDAzOTcgNjU1MzUgZg0KMDAwMDAwMDM5OCA2NTUzNSBm DQowMDAwMDAwMzk5IDY1NTM1IGYNCjAwMDAwMDA0MDAgNjU1MzUgZg0KMDAwMDAwMDQwMSA2NTUz NSBmDQowMDAwMDAwNDAyIDY1NTM1IGYNCjAwMDAwMDA0MDMgNjU1MzUgZg0KMDAwMDAwMDQwNCA2 NTUzNSBmDQowMDAwMDAwNDA1IDY1NTM1IGYNCjAwMDAwMDA0MDYgNjU1MzUgZg0KMDAwMDAwMDQw NyA2NTUzNSBmDQowMDAwMDAwNDA4IDY1NTM1IGYNCjAwMDAwMDA0MDkgNjU1MzUgZg0KMDAwMDAw MDQxMCA2NTUzNSBmDQowMDAwMDAwNDExIDY1NTM1IGYNCjAwMDAwMDA0MTIgNjU1MzUgZg0KMDAw MDAwMDQxMyA2NTUzNSBmDQowMDAwMDAwNDE0IDY1NTM1IGYNCjAwMDAwMDA0MTUgNjU1MzUgZg0K MDAwMDAwMDQxNiA2NTUzNSBmDQowMDAwMDAwNDE3IDY1NTM1IGYNCjAwMDAwMDA0MTggNjU1MzUg Zg0KMDAwMDAwMDQxOSA2NTUzNSBmDQowMDAwMDAwNDIwIDY1NTM1IGYNCjAwMDAwMDA0MjEgNjU1 MzUgZg0KMDAwMDAwMDQyMiA2NTUzNSBmDQowMDAwMDAwNDIzIDY1NTM1IGYNCjAwMDAwMDA0MjQg NjU1MzUgZg0KMDAwMDAwMDQyNSA2NTUzNSBmDQowMDAwMDAwNDI2IDY1NTM1IGYNCjAwMDAwMDA0 MjcgNjU1MzUgZg0KMDAwMDAwMDQyOCA2NTUzNSBmDQowMDAwMDAwNDI5IDY1NTM1IGYNCjAwMDAw MDA0MzAgNjU1MzUgZg0KMDAwMDAwMDQzMSA2NTUzNSBmDQowMDAwMDAwNDMyIDY1NTM1IGYNCjAw MDAwMDA0MzMgNjU1MzUgZg0KMDAwMDAwMDQzNCA2NTUzNSBmDQowMDAwMDAwNDM1IDY1NTM1IGYN CjAwMDAwMDA0MzYgNjU1MzUgZg0KMDAwMDAwMDQzNyA2NTUzNSBmDQowMDAwMDAwNDM4IDY1NTM1 IGYNCjAwMDAwMDA0MzkgNjU1MzUgZg0KMDAwMDAwMDQ0MCA2NTUzNSBmDQowMDAwMDAwNDQxIDY1 NTM1IGYNCjAwMDAwMDA0NDIgNjU1MzUgZg0KMDAwMDAwMDQ0MyA2NTUzNSBmDQowMDAwMDAwNDQ0 IDY1NTM1IGYNCjAwMDAwMDA0NDUgNjU1MzUgZg0KMDAwMDAwMDQ0NiA2NTUzNSBmDQowMDAwMDAw NDQ3IDY1NTM1IGYNCjAwMDAwMDA0NDggNjU1MzUgZg0KMDAwMDAwMDQ0OSA2NTUzNSBmDQowMDAw MDAwNDUwIDY1NTM1IGYNCjAwMDAwMDA0NTEgNjU1MzUgZg0KMDAwMDAwMDQ1MiA2NTUzNSBmDQow MDAwMDAwNDUzIDY1NTM1IGYNCjAwMDAwMDA0NTQgNjU1MzUgZg0KMDAwMDAwMDQ1NSA2NTUzNSBm DQowMDAwMDAwNDU2IDY1NTM1IGYNCjAwMDAwMDA0NTcgNjU1MzUgZg0KMDAwMDAwMDQ1OCA2NTUz NSBmDQowMDAwMDAwNDU5IDY1NTM1IGYNCjAwMDAwMDA0NjAgNjU1MzUgZg0KMDAwMDAwMDQ2MSA2 NTUzNSBmDQowMDAwMDAwNDYyIDY1NTM1IGYNCjAwMDAwMDA0NjMgNjU1MzUgZg0KMDAwMDAwMDQ2 NCA2NTUzNSBmDQowMDAwMDAwNDY1IDY1NTM1IGYNCjAwMDAwMDA0NjYgNjU1MzUgZg0KMDAwMDAw MDQ2NyA2NTUzNSBmDQowMDAwMDAwNDY4IDY1NTM1IGYNCjAwMDAwMDA0NjkgNjU1MzUgZg0KMDAw MDAwMDQ3MCA2NTUzNSBmDQowMDAwMDAwNDcxIDY1NTM1IGYNCjAwMDAwMDA0NzIgNjU1MzUgZg0K MDAwMDAwMDQ3MyA2NTUzNSBmDQowMDAwMDAwNDc0IDY1NTM1IGYNCjAwMDAwMDA0NzUgNjU1MzUg Zg0KMDAwMDAwMDQ3NiA2NTUzNSBmDQowMDAwMDAwNDc3IDY1NTM1IGYNCjAwMDAwMDA0NzggNjU1 MzUgZg0KMDAwMDAwMDQ3OSA2NTUzNSBmDQowMDAwMDAwNDgwIDY1NTM1IGYNCjAwMDAwMDA0ODEg NjU1MzUgZg0KMDAwMDAwMDQ4MiA2NTUzNSBmDQowMDAwMDAwNDgzIDY1NTM1IGYNCjAwMDAwMDA0 ODQgNjU1MzUgZg0KMDAwMDAwMDQ4NSA2NTUzNSBmDQowMDAwMDAwNDg2IDY1NTM1IGYNCjAwMDAw MDA0ODcgNjU1MzUgZg0KMDAwMDAwMDQ4OCA2NTUzNSBmDQowMDAwMDAwNDg5IDY1NTM1IGYNCjAw MDAwMDA0OTAgNjU1MzUgZg0KMDAwMDAwMDQ5MSA2NTUzNSBmDQowMDAwMDAwNDkyIDY1NTM1IGYN CjAwMDAwMDA0OTMgNjU1MzUgZg0KMDAwMDAwMDQ5NCA2NTUzNSBmDQowMDAwMDAwNDk1IDY1NTM1 IGYNCjAwMDAwMDA0OTYgNjU1MzUgZg0KMDAwMDAwMDQ5NyA2NTUzNSBmDQowMDAwMDAwNDk4IDY1 NTM1IGYNCjAwMDAwMDA0OTkgNjU1MzUgZg0KMDAwMDAwMDUwMCA2NTUzNSBmDQowMDAwMDAwNTAx IDY1NTM1IGYNCjAwMDAwMDA1MDIgNjU1MzUgZg0KMDAwMDAwMDUwMyA2NTUzNSBmDQowMDAwMDAw NTA0IDY1NTM1IGYNCjAwMDAwMDA1MDUgNjU1MzUgZg0KMDAwMDAwMDUwNiA2NTUzNSBmDQowMDAw MDAwNTA3IDY1NTM1IGYNCjAwMDAwMDA1MDggNjU1MzUgZg0KMDAwMDAwMDUwOSA2NTUzNSBmDQow MDAwMDAwNTEwIDY1NTM1IGYNCjAwMDAwMDA1MTEgNjU1MzUgZg0KMDAwMDAwMDUxMiA2NTUzNSBm DQowMDAwMDAwNTEzIDY1NTM1IGYNCjAwMDAwMDA1MTQgNjU1MzUgZg0KMDAwMDAwMDUxNSA2NTUz NSBmDQowMDAwMDAwNTE2IDY1NTM1IGYNCjAwMDAwMDA1MTcgNjU1MzUgZg0KMDAwMDAwMDUxOCA2 NTUzNSBmDQowMDAwMDAwNTE5IDY1NTM1IGYNCjAwMDAwMDA1MjAgNjU1MzUgZg0KMDAwMDAwMDUy MSA2NTUzNSBmDQowMDAwMDAwNTIyIDY1NTM1IGYNCjAwMDAwMDA1MjMgNjU1MzUgZg0KMDAwMDAw MDUyNCA2NTUzNSBmDQowMDAwMDAwNTI1IDY1NTM1IGYNCjAwMDAwMDA1MjYgNjU1MzUgZg0KMDAw MDAwMDUyNyA2NTUzNSBmDQowMDAwMDAwNTI4IDY1NTM1IGYNCjAwMDAwMDA1MjkgNjU1MzUgZg0K MDAwMDAwMDUzMCA2NTUzNSBmDQowMDAwMDAwNTMxIDY1NTM1IGYNCjAwMDAwMDA1MzIgNjU1MzUg Zg0KMDAwMDAwMDUzMyA2NTUzNSBmDQowMDAwMDAwNTM0IDY1NTM1IGYNCjAwMDAwMDA1MzUgNjU1 MzUgZg0KMDAwMDAwMDUzNiA2NTUzNSBmDQowMDAwMDAwNTM3IDY1NTM1IGYNCjAwMDAwMDA1Mzgg NjU1MzUgZg0KMDAwMDAwMDUzOSA2NTUzNSBmDQowMDAwMDAwNTQwIDY1NTM1IGYNCjAwMDAwMDA1 NDEgNjU1MzUgZg0KMDAwMDAwMDU0MiA2NTUzNSBmDQowMDAwMDAwNTQzIDY1NTM1IGYNCjAwMDAw MDA1NDQgNjU1MzUgZg0KMDAwMDAwMDU0NSA2NTUzNSBmDQowMDAwMDAwNTQ2IDY1NTM1IGYNCjAw MDAwMDA1NDcgNjU1MzUgZg0KMDAwMDAwMDU0OCA2NTUzNSBmDQowMDAwMDAwNTQ5IDY1NTM1IGYN CjAwMDAwMDA1NTAgNjU1MzUgZg0KMDAwMDAwMDU1MSA2NTUzNSBmDQowMDAwMDAwNTUyIDY1NTM1 IGYNCjAwMDAwMDA1NTMgNjU1MzUgZg0KMDAwMDAwMDU1NCA2NTUzNSBmDQowMDAwMDAwNTU1IDY1 NTM1IGYNCjAwMDAwMDA1NTYgNjU1MzUgZg0KMDAwMDAwMDU1NyA2NTUzNSBmDQowMDAwMDAwNTU4 IDY1NTM1IGYNCjAwMDAwMDA1NTkgNjU1MzUgZg0KMDAwMDAwMDU2MCA2NTUzNSBmDQowMDAwMDAw NTYxIDY1NTM1IGYNCjAwMDAwMDA1NjIgNjU1MzUgZg0KMDAwMDAwMDU2MyA2NTUzNSBmDQowMDAw MDAwNTY0IDY1NTM1IGYNCjAwMDAwMDA1NjUgNjU1MzUgZg0KMDAwMDAwMDU2NiA2NTUzNSBmDQow MDAwMDAwNTY3IDY1NTM1IGYNCjAwMDAwMDA1NjggNjU1MzUgZg0KMDAwMDAwMDU2OSA2NTUzNSBm DQowMDAwMDAwNTcwIDY1NTM1IGYNCjAwMDAwMDA1NzEgNjU1MzUgZg0KMDAwMDAwMDU3MiA2NTUz NSBmDQowMDAwMDAwNTczIDY1NTM1IGYNCjAwMDAwMDA1NzQgNjU1MzUgZg0KMDAwMDAwMDU3NSA2 NTUzNSBmDQowMDAwMDAwNTc2IDY1NTM1IGYNCjAwMDAwMDA1NzcgNjU1MzUgZg0KMDAwMDAwMDU3 OCA2NTUzNSBmDQowMDAwMDAwNTc5IDY1NTM1IGYNCjAwMDAwMDA1ODAgNjU1MzUgZg0KMDAwMDAw MDU4MSA2NTUzNSBmDQowMDAwMDAwNTgyIDY1NTM1IGYNCjAwMDAwMDA1ODMgNjU1MzUgZg0KMDAw MDAwMDU4NCA2NTUzNSBmDQowMDAwMDAwNTg1IDY1NTM1IGYNCjAwMDAwMDA1ODYgNjU1MzUgZg0K MDAwMDAwMDU4NyA2NTUzNSBmDQowMDAwMDAwNTg4IDY1NTM1IGYNCjAwMDAwMDA1ODkgNjU1MzUg Zg0KMDAwMDAwMDU5MCA2NTUzNSBmDQowMDAwMDAwNTkxIDY1NTM1IGYNCjAwMDAwMDA1OTIgNjU1 MzUgZg0KMDAwMDAwMDU5MyA2NTUzNSBmDQowMDAwMDAwNTk0IDY1NTM1IGYNCjAwMDAwMDA1OTUg NjU1MzUgZg0KMDAwMDAwMDU5NiA2NTUzNSBmDQowMDAwMDAwNTk3IDY1NTM1IGYNCjAwMDAwMDA1 OTggNjU1MzUgZg0KMDAwMDAwMDU5OSA2NTUzNSBmDQowMDAwMDAwNjAwIDY1NTM1IGYNCjAwMDAw MDA2MDEgNjU1MzUgZg0KMDAwMDAwMDYwMiA2NTUzNSBmDQowMDAwMDAwNjAzIDY1NTM1IGYNCjAw MDAwMDA2MDQgNjU1MzUgZg0KMDAwMDAwMDYwNSA2NTUzNSBmDQowMDAwMDAwNjA2IDY1NTM1IGYN CjAwMDAwMDA2MDcgNjU1MzUgZg0KMDAwMDAwMDYwOCA2NTUzNSBmDQowMDAwMDAwNjA5IDY1NTM1 IGYNCjAwMDAwMDA2MTAgNjU1MzUgZg0KMDAwMDAwMDYxMSA2NTUzNSBmDQowMDAwMDAwNjEyIDY1 NTM1IGYNCjAwMDAwMDA2MTMgNjU1MzUgZg0KMDAwMDAwMDYxNCA2NTUzNSBmDQowMDAwMDAwNjE1 IDY1NTM1IGYNCjAwMDAwMDA2MTYgNjU1MzUgZg0KMDAwMDAwMDYxNyA2NTUzNSBmDQowMDAwMDAw NjE4IDY1NTM1IGYNCjAwMDAwMDA2MTkgNjU1MzUgZg0KMDAwMDAwMDYyMCA2NTUzNSBmDQowMDAw MDAwNjIxIDY1NTM1IGYNCjAwMDAwMDA2MjIgNjU1MzUgZg0KMDAwMDAwMDYyMyA2NTUzNSBmDQow MDAwMDAwNjI0IDY1NTM1IGYNCjAwMDAwMDA2MjUgNjU1MzUgZg0KMDAwMDAwMDYyNiA2NTUzNSBm DQowMDAwMDAwNjI3IDY1NTM1IGYNCjAwMDAwMDA2MjggNjU1MzUgZg0KMDAwMDAwMDYyOSA2NTUz NSBmDQowMDAwMDAwNjMwIDY1NTM1IGYNCjAwMDAwMDA2MzEgNjU1MzUgZg0KMDAwMDAwMDYzMiA2 NTUzNSBmDQowMDAwMDAwNjMzIDY1NTM1IGYNCjAwMDAwMDA2MzQgNjU1MzUgZg0KMDAwMDAwMDYz NSA2NTUzNSBmDQowMDAwMDAwNjM2IDY1NTM1IGYNCjAwMDAwMDA2MzcgNjU1MzUgZg0KMDAwMDAw MDYzOCA2NTUzNSBmDQowMDAwMDAwNjM5IDY1NTM1IGYNCjAwMDAwMDA2NDAgNjU1MzUgZg0KMDAw MDAwMDY0MSA2NTUzNSBmDQowMDAwMDAwNjQyIDY1NTM1IGYNCjAwMDAwMDA2NDMgNjU1MzUgZg0K MDAwMDAwMDY0NCA2NTUzNSBmDQowMDAwMDAwNjQ1IDY1NTM1IGYNCjAwMDAwMDA2NDYgNjU1MzUg Zg0KMDAwMDAwMDY0NyA2NTUzNSBmDQowMDAwMDAwNjQ4IDY1NTM1IGYNCjAwMDAwMDA2NDkgNjU1 MzUgZg0KMDAwMDAwMDY1MCA2NTUzNSBmDQowMDAwMDAwNjUxIDY1NTM1IGYNCjAwMDAwMDA2NTIg NjU1MzUgZg0KMDAwMDAwMDY1MyA2NTUzNSBmDQowMDAwMDAwNjU0IDY1NTM1IGYNCjAwMDAwMDA2 NTUgNjU1MzUgZg0KMDAwMDAwMDY1NiA2NTUzNSBmDQowMDAwMDAwNjU3IDY1NTM1IGYNCjAwMDAw MDA2NTggNjU1MzUgZg0KMDAwMDAwMDY1OSA2NTUzNSBmDQowMDAwMDAwNjYwIDY1NTM1IGYNCjAw MDAwMDA2NjEgNjU1MzUgZg0KMDAwMDAwMDY2MiA2NTUzNSBmDQowMDAwMDAwNjYzIDY1NTM1IGYN CjAwMDAwMDA2NjQgNjU1MzUgZg0KMDAwMDAwMDY2NSA2NTUzNSBmDQowMDAwMDAwNjY2IDY1NTM1 IGYNCjAwMDAwMDA2NjcgNjU1MzUgZg0KMDAwMDAwMDY2OCA2NTUzNSBmDQowMDAwMDAwNjY5IDY1 NTM1IGYNCjAwMDAwMDA2NzAgNjU1MzUgZg0KMDAwMDAwMDY3MSA2NTUzNSBmDQowMDAwMDAwNjcy IDY1NTM1IGYNCjAwMDAwMDA2NzMgNjU1MzUgZg0KMDAwMDAwMDY3NCA2NTUzNSBmDQowMDAwMDAw Njc1IDY1NTM1IGYNCjAwMDAwMDA2NzYgNjU1MzUgZg0KMDAwMDAwMDY3NyA2NTUzNSBmDQowMDAw MDAwNjc4IDY1NTM1IGYNCjAwMDAwMDA2NzkgNjU1MzUgZg0KMDAwMDAwMDY4MCA2NTUzNSBmDQow MDAwMDAwNjgxIDY1NTM1IGYNCjAwMDAwMDA2ODIgNjU1MzUgZg0KMDAwMDAwMDY4MyA2NTUzNSBm DQowMDAwMDAwNjg0IDY1NTM1IGYNCjAwMDAwMDA2ODUgNjU1MzUgZg0KMDAwMDAwMDY4NiA2NTUz NSBmDQowMDAwMDAwNjg3IDY1NTM1IGYNCjAwMDAwMDA2ODggNjU1MzUgZg0KMDAwMDAwMDY4OSA2 NTUzNSBmDQowMDAwMDAwNjkwIDY1NTM1IGYNCjAwMDAwMDA2OTEgNjU1MzUgZg0KMDAwMDAwMDY5 MiA2NTUzNSBmDQowMDAwMDAwNjkzIDY1NTM1IGYNCjAwMDAwMDA2OTQgNjU1MzUgZg0KMDAwMDAw MDY5NSA2NTUzNSBmDQowMDAwMDAwNjk2IDY1NTM1IGYNCjAwMDAwMDA2OTcgNjU1MzUgZg0KMDAw MDAwMDY5OCA2NTUzNSBmDQowMDAwMDAwNjk5IDY1NTM1IGYNCjAwMDAwMDA3MDAgNjU1MzUgZg0K MDAwMDAwMDcwMSA2NTUzNSBmDQowMDAwMDAwNzAyIDY1NTM1IGYNCjAwMDAwMDA3MDMgNjU1MzUg Zg0KMDAwMDAwMDcwNCA2NTUzNSBmDQowMDAwMDAwNzA1IDY1NTM1IGYNCjAwMDAwMDA3MDYgNjU1 MzUgZg0KMDAwMDAwMDcwNyA2NTUzNSBmDQowMDAwMDAwNzA4IDY1NTM1IGYNCjAwMDAwMDA3MDkg NjU1MzUgZg0KMDAwMDAwMDcxMCA2NTUzNSBmDQowMDAwMDAwNzExIDY1NTM1IGYNCjAwMDAwMDA3 MTIgNjU1MzUgZg0KMDAwMDAwMDcxMyA2NTUzNSBmDQowMDAwMDAwNzE0IDY1NTM1IGYNCjAwMDAw MDA3MTUgNjU1MzUgZg0KMDAwMDAwMDcxNiA2NTUzNSBmDQowMDAwMDAwNzE3IDY1NTM1IGYNCjAw MDAwMDA3MTggNjU1MzUgZg0KMDAwMDAwMDcxOSA2NTUzNSBmDQowMDAwMDAwNzIwIDY1NTM1IGYN CjAwMDAwMDA3MjEgNjU1MzUgZg0KMDAwMDAwMDcyMiA2NTUzNSBmDQowMDAwMDAwNzIzIDY1NTM1 IGYNCjAwMDAwMDA3MjQgNjU1MzUgZg0KMDAwMDAwMDcyNSA2NTUzNSBmDQowMDAwMDAwNzI2IDY1 NTM1IGYNCjAwMDAwMDA3MjcgNjU1MzUgZg0KMDAwMDAwMDcyOCA2NTUzNSBmDQowMDAwMDAwNzI5 IDY1NTM1IGYNCjAwMDAwMDA3MzAgNjU1MzUgZg0KMDAwMDAwMDczMSA2NTUzNSBmDQowMDAwMDAw NzMyIDY1NTM1IGYNCjAwMDAwMDA3MzMgNjU1MzUgZg0KMDAwMDAwMDczNCA2NTUzNSBmDQowMDAw MDAwNzM1IDY1NTM1IGYNCjAwMDAwMDA3MzYgNjU1MzUgZg0KMDAwMDAwMDczNyA2NTUzNSBmDQow MDAwMDAwNzM4IDY1NTM1IGYNCjAwMDAwMDA3MzkgNjU1MzUgZg0KMDAwMDAwMDc0MCA2NTUzNSBm DQowMDAwMDAwNzQxIDY1NTM1IGYNCjAwMDAwMDA3NDIgNjU1MzUgZg0KMDAwMDAwMDc0MyA2NTUz NSBmDQowMDAwMDAwNzQ0IDY1NTM1IGYNCjAwMDAwMDA3NDUgNjU1MzUgZg0KMDAwMDAwMDc0NiA2 NTUzNSBmDQowMDAwMDAwNzQ3IDY1NTM1IGYNCjAwMDAwMDA3NDggNjU1MzUgZg0KMDAwMDAwMDc0 OSA2NTUzNSBmDQowMDAwMDAwNzUwIDY1NTM1IGYNCjAwMDAwMDA3NTEgNjU1MzUgZg0KMDAwMDAw MDc1MiA2NTUzNSBmDQowMDAwMDAwNzUzIDY1NTM1IGYNCjAwMDAwMDA3NTQgNjU1MzUgZg0KMDAw MDAwMDc1NSA2NTUzNSBmDQowMDAwMDAwNzU2IDY1NTM1IGYNCjAwMDAwMDA3NTcgNjU1MzUgZg0K MDAwMDAwMDc1OCA2NTUzNSBmDQowMDAwMDAwNzU5IDY1NTM1IGYNCjAwMDAwMDA3NjAgNjU1MzUg Zg0KMDAwMDAwMDc2MSA2NTUzNSBmDQowMDAwMDAwNzYyIDY1NTM1IGYNCjAwMDAwMDA3NjMgNjU1 MzUgZg0KMDAwMDAwMDc2NCA2NTUzNSBmDQowMDAwMDAwNzY1IDY1NTM1IGYNCjAwMDAwMDA3NjYg NjU1MzUgZg0KMDAwMDAwMDc2NyA2NTUzNSBmDQowMDAwMDAwNzY4IDY1NTM1IGYNCjAwMDAwMDA3 NjkgNjU1MzUgZg0KMDAwMDAwMDc3MCA2NTUzNSBmDQowMDAwMDAwNzcxIDY1NTM1IGYNCjAwMDAw MDA3NzIgNjU1MzUgZg0KMDAwMDAwMDc3MyA2NTUzNSBmDQowMDAwMDAwNzc0IDY1NTM1IGYNCjAw MDAwMDA3NzUgNjU1MzUgZg0KMDAwMDAwMDc3NiA2NTUzNSBmDQowMDAwMDAwNzc3IDY1NTM1IGYN CjAwMDAwMDA3NzggNjU1MzUgZg0KMDAwMDAwMDc3OSA2NTUzNSBmDQowMDAwMDAwNzgwIDY1NTM1 IGYNCjAwMDAwMDA3ODEgNjU1MzUgZg0KMDAwMDAwMDc4MiA2NTUzNSBmDQowMDAwMDAwNzgzIDY1 NTM1IGYNCjAwMDAwMDA3ODQgNjU1MzUgZg0KMDAwMDAwMDc4NSA2NTUzNSBmDQowMDAwMDAwNzg2 IDY1NTM1IGYNCjAwMDAwMDA3ODcgNjU1MzUgZg0KMDAwMDAwMDc4OCA2NTUzNSBmDQowMDAwMDAw Nzg5IDY1NTM1IGYNCjAwMDAwMDA3OTAgNjU1MzUgZg0KMDAwMDAwMDc5MSA2NTUzNSBmDQowMDAw MDAwNzkyIDY1NTM1IGYNCjAwMDAwMDA3OTMgNjU1MzUgZg0KMDAwMDAwMDc5NCA2NTUzNSBmDQow MDAwMDAwNzk1IDY1NTM1IGYNCjAwMDAwMDA3OTYgNjU1MzUgZg0KMDAwMDAwMDc5NyA2NTUzNSBm DQowMDAwMDAwNzk4IDY1NTM1IGYNCjAwMDAwMDA3OTkgNjU1MzUgZg0KMDAwMDAwMDgwMCA2NTUz NSBmDQowMDAwMDAwODAxIDY1NTM1IGYNCjAwMDAwMDA4MDIgNjU1MzUgZg0KMDAwMDAwMDgwMyA2 NTUzNSBmDQowMDAwMDAwODA0IDY1NTM1IGYNCjAwMDAwMDA4MDUgNjU1MzUgZg0KMDAwMDAwMDgw NiA2NTUzNSBmDQowMDAwMDAwODA3IDY1NTM1IGYNCjAwMDAwMDA4MDggNjU1MzUgZg0KMDAwMDAw MDgwOSA2NTUzNSBmDQowMDAwMDAwODEwIDY1NTM1IGYNCjAwMDAwMDA4MTEgNjU1MzUgZg0KMDAw MDAwMDgxMiA2NTUzNSBmDQowMDAwMDAwODEzIDY1NTM1IGYNCjAwMDAwMDA4MTQgNjU1MzUgZg0K MDAwMDAwMDgxNSA2NTUzNSBmDQowMDAwMDAwODE2IDY1NTM1IGYNCjAwMDAwMDA4MTcgNjU1MzUg Zg0KMDAwMDAwMDgxOCA2NTUzNSBmDQowMDAwMDAwODE5IDY1NTM1IGYNCjAwMDAwMDA4MjAgNjU1 MzUgZg0KMDAwMDAwMDgyMSA2NTUzNSBmDQowMDAwMDAwODIyIDY1NTM1IGYNCjAwMDAwMDA4MjMg NjU1MzUgZg0KMDAwMDAwMDgyNCA2NTUzNSBmDQowMDAwMDAwODI1IDY1NTM1IGYNCjAwMDAwMDA4 MjYgNjU1MzUgZg0KMDAwMDAwMDgyNyA2NTUzNSBmDQowMDAwMDAwODI4IDY1NTM1IGYNCjAwMDAw MDA4MjkgNjU1MzUgZg0KMDAwMDAwMDgzMCA2NTUzNSBmDQowMDAwMDAwODMxIDY1NTM1IGYNCjAw MDAwMDA4MzIgNjU1MzUgZg0KMDAwMDAwMDgzMyA2NTUzNSBmDQowMDAwMDAwODM0IDY1NTM1IGYN CjAwMDAwMDA4MzUgNjU1MzUgZg0KMDAwMDAwMDgzNiA2NTUzNSBmDQowMDAwMDAwODM3IDY1NTM1 IGYNCjAwMDAwMDA4MzggNjU1MzUgZg0KMDAwMDAwMDgzOSA2NTUzNSBmDQowMDAwMDAwODQwIDY1 NTM1IGYNCjAwMDAwMDA4NDEgNjU1MzUgZg0KMDAwMDAwMDg0MiA2NTUzNSBmDQowMDAwMDAwODQz IDY1NTM1IGYNCjAwMDAwMDA4NDQgNjU1MzUgZg0KMDAwMDAwMDg0NSA2NTUzNSBmDQowMDAwMDAw ODQ2IDY1NTM1IGYNCjAwMDAwMDA4NDcgNjU1MzUgZg0KMDAwMDAwMDg0OCA2NTUzNSBmDQowMDAw MDAwODQ5IDY1NTM1IGYNCjAwMDAwMDA4NTAgNjU1MzUgZg0KMDAwMDAwMDg1MSA2NTUzNSBmDQow MDAwMDAwODUyIDY1NTM1IGYNCjAwMDAwMDA4NTMgNjU1MzUgZg0KMDAwMDAwMDg1NCA2NTUzNSBm DQowMDAwMDAwODU1IDY1NTM1IGYNCjAwMDAwMDA4NTYgNjU1MzUgZg0KMDAwMDAwMDg1NyA2NTUz NSBmDQowMDAwMDAwODU4IDY1NTM1IGYNCjAwMDAwMDA4NTkgNjU1MzUgZg0KMDAwMDAwMDg2MCA2 NTUzNSBmDQowMDAwMDAwODYxIDY1NTM1IGYNCjAwMDAwMDA4NjIgNjU1MzUgZg0KMDAwMDAwMDg2 MyA2NTUzNSBmDQowMDAwMDAwODY0IDY1NTM1IGYNCjAwMDAwMDA4NjUgNjU1MzUgZg0KMDAwMDAw MDg2NiA2NTUzNSBmDQowMDAwMDAwODY3IDY1NTM1IGYNCjAwMDAwMDA4NjggNjU1MzUgZg0KMDAw MDAwMDg2OSA2NTUzNSBmDQowMDAwMDAwODcwIDY1NTM1IGYNCjAwMDAwMDA4NzEgNjU1MzUgZg0K MDAwMDAwMDg3MiA2NTUzNSBmDQowMDAwMDAwODczIDY1NTM1IGYNCjAwMDAwMDA4NzQgNjU1MzUg Zg0KMDAwMDAwMDg3NSA2NTUzNSBmDQowMDAwMDAwODc2IDY1NTM1IGYNCjAwMDAwMDA4NzcgNjU1 MzUgZg0KMDAwMDAwMDg3OCA2NTUzNSBmDQowMDAwMDAwODc5IDY1NTM1IGYNCjAwMDAwMDA4ODAg NjU1MzUgZg0KMDAwMDAwMDg4MSA2NTUzNSBmDQowMDAwMDAwODgyIDY1NTM1IGYNCjAwMDAwMDA4 ODMgNjU1MzUgZg0KMDAwMDAwMDg4NCA2NTUzNSBmDQowMDAwMDAwODg1IDY1NTM1IGYNCjAwMDAw MDA4ODYgNjU1MzUgZg0KMDAwMDAwMDg4NyA2NTUzNSBmDQowMDAwMDAwODg4IDY1NTM1IGYNCjAw MDAwMDA4ODkgNjU1MzUgZg0KMDAwMDAwMDg5MCA2NTUzNSBmDQowMDAwMDAwODkxIDY1NTM1IGYN CjAwMDAwMDA4OTIgNjU1MzUgZg0KMDAwMDAwMDg5MyA2NTUzNSBmDQowMDAwMDAwODk0IDY1NTM1 IGYNCjAwMDAwMDA4OTUgNjU1MzUgZg0KMDAwMDAwMDg5NiA2NTUzNSBmDQowMDAwMDAwODk3IDY1 NTM1IGYNCjAwMDAwMDA4OTggNjU1MzUgZg0KMDAwMDAwMDg5OSA2NTUzNSBmDQowMDAwMDAwOTAw IDY1NTM1IGYNCjAwMDAwMDA5MDEgNjU1MzUgZg0KMDAwMDAwMDkwMiA2NTUzNSBmDQowMDAwMDAw OTAzIDY1NTM1IGYNCjAwMDAwMDA5MDQgNjU1MzUgZg0KMDAwMDAwMDkwNSA2NTUzNSBmDQowMDAw MDAwOTA2IDY1NTM1IGYNCjAwMDAwMDA5MDcgNjU1MzUgZg0KMDAwMDAwMDkwOCA2NTUzNSBmDQow MDAwMDAwOTA5IDY1NTM1IGYNCjAwMDAwMDA5MTAgNjU1MzUgZg0KMDAwMDAwMDkxMSA2NTUzNSBm DQowMDAwMDAwOTEyIDY1NTM1IGYNCjAwMDAwMDA5MTMgNjU1MzUgZg0KMDAwMDAwMDkxNCA2NTUz NSBmDQowMDAwMDAwOTE1IDY1NTM1IGYNCjAwMDAwMDA5MTYgNjU1MzUgZg0KMDAwMDAwMDkxNyA2 NTUzNSBmDQowMDAwMDAwOTE4IDY1NTM1IGYNCjAwMDAwMDA5MTkgNjU1MzUgZg0KMDAwMDAwMDky MCA2NTUzNSBmDQowMDAwMDAwOTIxIDY1NTM1IGYNCjAwMDAwMDA5MjIgNjU1MzUgZg0KMDAwMDAw MDkyMyA2NTUzNSBmDQowMDAwMDAwOTI0IDY1NTM1IGYNCjAwMDAwMDA5MjUgNjU1MzUgZg0KMDAw MDAwMDkyNiA2NTUzNSBmDQowMDAwMDAwOTI3IDY1NTM1IGYNCjAwMDAwMDA5MjggNjU1MzUgZg0K MDAwMDAwMDkyOSA2NTUzNSBmDQowMDAwMDAwOTMwIDY1NTM1IGYNCjAwMDAwMDA5MzEgNjU1MzUg Zg0KMDAwMDAwMDkzMiA2NTUzNSBmDQowMDAwMDAwOTMzIDY1NTM1IGYNCjAwMDAwMDA5MzQgNjU1 MzUgZg0KMDAwMDAwMDkzNSA2NTUzNSBmDQowMDAwMDAwOTM2IDY1NTM1IGYNCjAwMDAwMDA5Mzcg NjU1MzUgZg0KMDAwMDAwMDkzOCA2NTUzNSBmDQowMDAwMDAwOTM5IDY1NTM1IGYNCjAwMDAwMDA5 NDAgNjU1MzUgZg0KMDAwMDAwMDk0MSA2NTUzNSBmDQowMDAwMDAwOTQyIDY1NTM1IGYNCjAwMDAw MDA5NDMgNjU1MzUgZg0KMDAwMDAwMDk0NCA2NTUzNSBmDQowMDAwMDAwOTQ1IDY1NTM1IGYNCjAw MDAwMDA5NDYgNjU1MzUgZg0KMDAwMDAwMDk0NyA2NTUzNSBmDQowMDAwMDAwOTQ4IDY1NTM1IGYN CjAwMDAwMDA5NDkgNjU1MzUgZg0KMDAwMDAwMDk1MCA2NTUzNSBmDQowMDAwMDAwOTUxIDY1NTM1 IGYNCjAwMDAwMDA5NTIgNjU1MzUgZg0KMDAwMDAwMDk1MyA2NTUzNSBmDQowMDAwMDAwOTU0IDY1 NTM1IGYNCjAwMDAwMDA5NTUgNjU1MzUgZg0KMDAwMDAwMDk1NiA2NTUzNSBmDQowMDAwMDAwOTU3 IDY1NTM1IGYNCjAwMDAwMDA5NTggNjU1MzUgZg0KMDAwMDAwMDk1OSA2NTUzNSBmDQowMDAwMDAw OTYwIDY1NTM1IGYNCjAwMDAwMDA5NjEgNjU1MzUgZg0KMDAwMDAwMDk2MiA2NTUzNSBmDQowMDAw MDAwOTYzIDY1NTM1IGYNCjAwMDAwMDA5NjQgNjU1MzUgZg0KMDAwMDAwMDk2NSA2NTUzNSBmDQow MDAwMDAwOTY2IDY1NTM1IGYNCjAwMDAwMDA5NjcgNjU1MzUgZg0KMDAwMDAwMDk2OCA2NTUzNSBm DQowMDAwMDAwOTY5IDY1NTM1IGYNCjAwMDAwMDA5NzAgNjU1MzUgZg0KMDAwMDAwMDk3MSA2NTUz NSBmDQowMDAwMDAwOTcyIDY1NTM1IGYNCjAwMDAwMDA5NzMgNjU1MzUgZg0KMDAwMDAwMDk3NCA2 NTUzNSBmDQowMDAwMDAwOTc1IDY1NTM1IGYNCjAwMDAwMDA5NzYgNjU1MzUgZg0KMDAwMDAwMDk3 NyA2NTUzNSBmDQowMDAwMDAwOTc4IDY1NTM1IGYNCjAwMDAwMDA5NzkgNjU1MzUgZg0KMDAwMDAw MDk4MCA2NTUzNSBmDQowMDAwMDAwOTgxIDY1NTM1IGYNCjAwMDAwMDA5ODIgNjU1MzUgZg0KMDAw MDAwMDk4MyA2NTUzNSBmDQowMDAwMDAwOTg0IDY1NTM1IGYNCjAwMDAwMDA5ODUgNjU1MzUgZg0K MDAwMDAwMDk4NiA2NTUzNSBmDQowMDAwMDAwOTg3IDY1NTM1IGYNCjAwMDAwMDA5ODggNjU1MzUg Zg0KMDAwMDAwMDk4OSA2NTUzNSBmDQowMDAwMDAwOTkwIDY1NTM1IGYNCjAwMDAwMDA5OTEgNjU1 MzUgZg0KMDAwMDAwMDk5MiA2NTUzNSBmDQowMDAwMDAwOTkzIDY1NTM1IGYNCjAwMDAwMDA5OTQg NjU1MzUgZg0KMDAwMDAwMDk5NSA2NTUzNSBmDQowMDAwMDAwOTk2IDY1NTM1IGYNCjAwMDAwMDA5 OTcgNjU1MzUgZg0KMDAwMDAwMDk5OCA2NTUzNSBmDQowMDAwMDAwOTk5IDY1NTM1IGYNCjAwMDAw MDEwMDAgNjU1MzUgZg0KMDAwMDAwMTAwMSA2NTUzNSBmDQowMDAwMDAxMDAyIDY1NTM1IGYNCjAw MDAwMDEwMDMgNjU1MzUgZg0KMDAwMDAwMDAwMCA2NTUzNSBmDQowMDAwNDE3MTExIDAwMDAwIG4N CjAwMDA0MTczOTYgMDAwMDAgbg0KMDAwMDQxNzc0NyAwMDAwMCBuDQowMDAwNTE3NjE5IDAwMDAw IG4NCjAwMDA1MTgwMjAgMDAwMDAgbg0KMDAwMDUxODM3OSAwMDAwMCBuDQowMDAwNTE4NTI2IDAw MDAwIG4NCnRyYWlsZXINCjw8L1NpemUgMTAxMS9Sb290IDEgMCBSL0luZm8gMzA5IDAgUi9JRFs8 Rjc4MDQ2OTAyRkYyRjY0RThENkQyQkFGNkYyRUJFNTM+PEY3ODA0NjkwMkZGMkY2NEU4RDZEMkJB RjZGMkVCRTUzPl0gPj4NCnN0YXJ0eHJlZg0KNTIwOTg4DQolJUVPRg0KeHJlZg0KMCAwDQp0cmFp bGVyDQo8PC9TaXplIDEwMTEvUm9vdCAxIDAgUi9JbmZvIDMwOSAwIFIvSURbPEY3ODA0NjkwMkZG MkY2NEU4RDZEMkJBRjZGMkVCRTUzPjxGNzgwNDY5MDJGRjJGNjRFOEQ2RDJCQUY2RjJFQkU1Mz5d IC9QcmV2IDUyMDk4OC9YUmVmU3RtIDUxODUyNj4+DQpzdGFydHhyZWYNCjU0MTM3MQ0KJSVFT0Y= --_004_D2879DA323C28larskurthcitrixcom_ Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Advisory-board mailing list Advisory-board@lists.xenproject.org http://lists.xenproject.org/cgi-bin/mailman/listinfo/advisory-board Archives: http://lists.xenproject.org/archives/html/advisory-board/ - login/pass "member"/"S3gurtasunG4be!" --_004_D2879DA323C28larskurthcitrixcom_-- From advisory-board-bounces@lists.xenproject.org Mon Dec 07 17:07:33 2015 Return-path: Envelope-to: archives@lists.xenproject.org Delivery-date: Mon, 07 Dec 2015 17:07:33 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a5zG9-0006Qx-0o; Mon, 07 Dec 2015 17:07:33 +0000 Received: from mail6.bemta4.messagelabs.com ([85.158.143.247]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a5zC9-0005tW-St for advisory-board@lists.xenproject.org; Mon, 07 Dec 2015 17:03:28 +0000 Received: from [85.158.143.35] by server-1.bemta-4.messagelabs.com id B3/CE-21571-CDBB5665; Mon, 07 Dec 2015 17:03:24 +0000 X-Env-Sender: prvs=7760ade1f=lars.kurth@citrix.com X-Msg-Ref: server-4.tower-21.messagelabs.com!1449507798!4062973!1 X-Originating-IP: [185.25.65.24] X-SpamReason: No, hits=0.1 required=7.0 tests=HTML_50_60,HTML_MESSAGE, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35; banners=-,-,- X-VirusChecked: Checked Received: (qmail 43274 invoked from network); 7 Dec 2015 17:03:18 -0000 Received: from smtp.eu.citrix.com (HELO SMTP.EU.CITRIX.COM) (185.25.65.24) by server-4.tower-21.messagelabs.com with RC4-SHA encrypted SMTP; 7 Dec 2015 17:03:18 -0000 X-IronPort-AV: E=Sophos;i="5.20,395,1444694400"; d="pdf'?scan'208,217";a="9473410" From: Lars Kurth To: "advisory-board@lists.xenproject.org" Thread-Topic: Financial Report 2015 Thread-Index: AQHRMREYncyMDbOZok+Sfm2s+7UlGg== Date: Mon, 7 Dec 2015 17:02:46 +0000 Message-ID: Accept-Language: en-GB, en-US Content-Language: en-US X-MS-Has-Attach: yes X-MS-TNEF-Correlator: user-agent: Microsoft-MacOutlook/14.4.5.141003 Content-Type: multipart/mixed; boundary="_004_D28B6C2A23D18larskurthcitrixcom_" MIME-Version: 1.0 X-DLP: AMS1 X-Mailman-Approved-At: Mon, 07 Dec 2015 17:07:30 +0000 Subject: [Advisory-board] Financial Report 2015 X-BeenThere: advisory-board@lists.xenproject.org X-Mailman-Version: 2.1.13 Precedence: list Reply-To: Advisory-board discussions List-Id: Advisory-board discussions List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Sender: advisory-board-bounces@lists.xenproject.org Errors-To: advisory-board-bounces@lists.xenproject.org --_004_D28B6C2A23D18larskurthcitrixcom_ Content-Type: multipart/alternative; boundary="_000_D28B6C2A23D18larskurthcitrixcom_" --_000_D28B6C2A23D18larskurthcitrixcom_ Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: base64 RGVhciBBZHZpc29yeSBCb2FyZCBtZW1iZXJzLA0KcGxlYXNlIGZpbmQgYXR0YWNoZWQgdGhlIGRy YWZ0IGZpbmFuY2lhbCByZXBvcnQgZm9yIHRoZSB5ZWFyIDIwMTUuIFRoaXMgc2hvdWxkIGJlIHBy ZXR0eSBhY2N1cmF0ZSwgYXMgYWxsIGJ1dCB2YXJpYWJsZSBob3N0aW5nIGNvc3RzIGZvciAyLTMg bW9udGhzIGhhdmUgYWxyZWFkeSBiZWVuIGludm9pY2VkLiBGb3IgdGhlIGxhdHRlciBJIGF2ZXJh Z2VkIGVzdGltYXRlcyBiYXNlZCBvbiBwYXN0IHBlcmZvcm1hbmNlLg0KQmVzdCBSZWdhcmRzDQpM YXJzDQo= --_000_D28B6C2A23D18larskurthcitrixcom_ Content-Type: text/html; charset="utf-8" Content-ID: Content-Transfer-Encoding: base64 PGh0bWw+DQo8aGVhZD4NCjxtZXRhIGh0dHAtZXF1aXY9IkNvbnRlbnQtVHlwZSIgY29udGVudD0i dGV4dC9odG1sOyBjaGFyc2V0PXV0Zi04Ij4NCjwvaGVhZD4NCjxib2R5IHN0eWxlPSJ3b3JkLXdy YXA6IGJyZWFrLXdvcmQ7IC13ZWJraXQtbmJzcC1tb2RlOiBzcGFjZTsgLXdlYmtpdC1saW5lLWJy ZWFrOiBhZnRlci13aGl0ZS1zcGFjZTsgY29sb3I6IHJnYigwLCAwLCAwKTsgZm9udC1zaXplOiAx NHB4OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsiPg0KPGRpdj5EZWFyIEFkdmlz b3J5IEJvYXJkIG1lbWJlcnMsPC9kaXY+DQo8ZGl2PnBsZWFzZSBmaW5kIGF0dGFjaGVkIHRoZSBk cmFmdCBmaW5hbmNpYWwgcmVwb3J0IGZvciB0aGUgeWVhciAyMDE1LiBUaGlzIHNob3VsZCBiZSBw cmV0dHkgYWNjdXJhdGUsIGFzIGFsbCBidXQgdmFyaWFibGUgaG9zdGluZyBjb3N0cyBmb3IgMi0z IG1vbnRocyBoYXZlIGFscmVhZHkgYmVlbiBpbnZvaWNlZC4gRm9yIHRoZSBsYXR0ZXIgSSBhdmVy YWdlZCBlc3RpbWF0ZXMgYmFzZWQgb24gcGFzdCBwZXJmb3JtYW5jZS4mbmJzcDs8L2Rpdj4NCjxk aXY+QmVzdCBSZWdhcmRzPC9kaXY+DQo8ZGl2PkxhcnM8L2Rpdj4NCjwvYm9keT4NCjwvaHRtbD4N Cg== --_000_D28B6C2A23D18larskurthcitrixcom_-- --_004_D28B6C2A23D18larskurthcitrixcom_ Content-Type: application/pdf; name="Xen Project 2015 Q4 Budget Report.pdf" Content-Description: Xen Project 2015 Q4 Budget Report.pdf Content-Disposition: attachment; filename="Xen Project 2015 Q4 Budget Report.pdf"; size=3454578; creation-date="Mon, 07 Dec 2015 17:02:46 GMT"; modification-date="Mon, 07 Dec 2015 17:02:46 GMT" Content-ID: <3B6978D16129374DB33E6A180D166E27@citrix.com> Content-Transfer-Encoding: base64 JVBERi0xLjMKJcTl8uXrp/Og0MTGCjQgMCBvYmoKPDwgL0xlbmd0aCA1IDAgUiAvRmlsdGVyIC9G bGF0ZURlY29kZSA+PgpzdHJlYW0KeAGd3VuPbNlx4Pf3+hT1SBnmYWVmVVbmoyUZhnyBNRaBMWAY htCmhhqzpZkmZ+D59v79Y+29M6tPU7JNgGSdqHWJFfeIFWvXf3z9N6//8fXt9ddv307Xy/X9/v76 ebp/u/vP6/vbxwBff/rd6799/afX3/x3fzy9/rs/vv7mb//+T3/63U//9PpDP59e//jDP72+vby/ va9pPz6vsMH+8IC9fXvrP5+3y/Xj9vH6B5t/Bb384fX3r//wX22Itex72Kxlb5/vIbbB1rIDc4DL 58fb5XSdJR//nOVC/7tD3j4/Zqmrgx9n/Nvf/fTD7/7Dn/7T3//h9ad/RJqo0UBYzuD187b8x+X8 8sOPr7/5mx9Pr3/9zzBexHwixent2/X88fY+c4eqf3g9YN+d++ekcJTfD+kH98h2vrzdY9KxBib9 Au4vg/sxaCHfISD+vMxC/vyMvBF/VhJedkn4K5KA+2h++Tx/YIljnu7Xt89+Or31441cJDLnRGbR bs7/44H7Q2T+LE1+QTyGJpt4nC6f32x/eTl/fHz7uN/OpOR0uX47fd5urwfsdPn4dr6jU5Dz2/vZ mPdvH7f7GYQkna7vrz+AXb7dbp9Xa13wjGgG+Xg/t9L528fHDdWDfLwHOVnpem7e+9u3+8nwA+Y0 YLcb4Wjm9f3tPpCPU4Mu3z4T0tOFXMEfBAqfUA+F+7fT6bwherbP6XJzwPvFqHXAl/3IB8S837+e rm/fPi7XE+idHtxOEeJ6+na9zJ4b7HSFzeXcnja6ne4vOG3evQPdvn3e7h9hcYXQ+/U+sMv98wTC EFwurf757Xa/XgaC3uGFAxTwpXnXb2/XS9hfv13p90Aufgny8e1++1yQj/bHiBNGrFmfH+crWNue znC6fru9X9r/Qr7e16wNcrK/Lda8BUPrc6xHdie+n3B1A1H9Byhy358HYeHtciEMZt3ePhZvyApm gXzch064dYb3D7A6ISw7FJ6X0+1zRr1d3qPK+7fPdV5c+PhIrBBsEw+ceftEsmDvl3fnQ/zF4pHY E8rfzsO6TYYdDlWReS20jfrEsVvbf3xjpw25fmPuErF3NPm4RhO/u50Yq6Hl+dPZGv3+GXVJ99uV 3IG83S/hc/n2Rn1nniUu99OI6znVPXWkE3qxXX51JgMH5J2kvNuk/fZRTzx4vxOkl50FEXwgVrqR ASuBmHf5mNV/CXb9dn6fUQnNvRPeyMHgcPv29vHWaQ6J/rncjzYwAff39+TuoQ10iy1/t9o+9520 vN3j3+3bOyrDlDawHyAk+IztQDh5Sj8c9ZbkA9w2bb+TjZcB+B9Sd8Oi81Lky7f36/UJ5tDZjrcT wr9fYdJSWZw7s3K25sfnx41yv3+7fsSud9vFCBiwXkwUpYHd/Z32ZOEu11QmfC9EP6Pwfv9wlA2S OmY6LHbABnIHHsjn+9izO5nkTtrvROWbxvuLAwbERl4dkJln6sLyfE2JAa6X7KmTnN/WiTsCTzej Lp9UO8bz/lQTDJ5XRiIC33kwkPO30/3kLH74EAiAsKjvjE00z7jG5nZ+s2hIvY9C+uEGNGbw/d3W 5w0yqDvEnYwfsNPl9O0TzWYlohTtWIs4DJO3E3dFs893PnEIheiIeSZu4y4c73bNETwg8MjEQfKA 5RyuZ1bDOifsHI28399iC+Vx5pGnz/eP5WbOSO6XSd2HfY3KAYzd3CVzk9+HrI5Ui3rePnNHGdpI zMZz8ScG/AFD9hM+neNgenPHXbBzlMxR7nODEaMh6hPsZEpefPkpSDUu0/OeID0srfUw0npPsNl3 xBJBLdDcN7buzcGfx71dcDon+jyXPLy/ZYHyj2j+JfL5swHJL4Q+K2w7TcD2a3ar3c5Xu30u7Cdg +7vfC1t/vwVsFyHeqfPxCB9Xkv7j6wEiwlcxAHQuZ7J7La44YC+XM2PwzvYeMN6VVWWfg3y+fZr2 KYgYp8TIkhqyc0l2TvmJNIQGD4ScCj5Ssvtn81LNoWZ7MGbNo5snTjrFY6/PrxcSlimhOd9ODNbj 3ywlv84OPINuHMta5RN7yEiCdx/IRzF21v4tW7b2IkX2AuPUTg57+3bNhwa5v6NEZ2MDh3DQWkcT D1zTS8SkoG33QatY9IO8UfLyceYkdoIn3h9nTuHKmI2Hex82fBj5hmgP2MeZ0d688O2D1gU4nU8f Izm3bO4PYFg95v/MVr+dXvmaXPyGVfHUA4II12JC07ZRmPDJxbX2tk7kPkNt3wzp8qv8QpttGOHl RXAIsCPNxtzQ4uVxtA0y0z6SrMRpjTKPX7gsydkW+oTaGKZ9N0vxVZ+FVA+c+NBTsUJY5zMas0Gc 7XIvNHjA4gvX/rQSA7aohJ1rv4KFnZQbUvzfRu8d7wktsGk/HQ6EJkjsPCfjK67boD+CUY5r6rKP PBMOYWTCsa0f5PT2cX/mJ+mhwznKHdUzGgtXW8lxJkA+IA+G7qMOhj4W2qm3b/fM0QdSO0sfiO8s fRxvZ98PjjfkjhMbS2VrXP14+E04zjzSx51I7hJEQ88XLuFakHFgBXK7Txyw8bQxG+Tg6QO28/Sx 0kGoY78HTx9YPYi+Y74x5uVxvp1Vo6NvZ/501E9Qkov78VVM40TZiQ3EqR0AwcH7i/S9Wc5nvzeR 8w+vgd7e3uPfhQOTD73fWRf2MoZ+ZoQPAH7e5R5NmiHDzZuoYBY5iwsnDhG9BCCkKUehykwKG1Zl mWjZCmMA4eudxsemT8b95cOxpH4rfAqSwuRtZR/HqIHcbxOIEUcoc2zMRK7FdkIUemapwvKSJ7yU DVEPEIsDcASftPP4N5oTjbbaRjj69d3QAMK5Il/UeRNrz1Ynew4Jr2KjheH9LNWL8gLLEOKiBJID GfZ0shg2ujmQ2Ph+E2DdR+u2lONHMLaugKjVJuV4/xSOnDfOTtosTS0zXjnHljYzRoK8gi64Ttoc 5OM2MfOWNg/kXuDphFvaLPwcXGG2wf4AhwLGcR5b2hwkm7rCgsTkRrUYM5AjbQ5GhnIBE/ncjDqX EzZvP8x3Rx5CnAQHClGPcQhxMpfTmdUWIU5Sv9M92bR+vuK9ysrK+WGx6geyfFY3aTgIUfDzeV5p 1dQPGlMd4TgzoT6Vq3D4Bwwdgq06wE4HkI/3KXQUH0UI0Zb817QHHYDEzhuelQ/eTyT1dns63/vP T8z+/P5VLMG6TD3kEAghMNv1LBCXGz1eaVXyLhm93HiazzlQFlo8KHAAOy/kufk3cqAEIMMdQSrj EvI+QQo4xmk/YPKoN/96eaxElxjN69N+NO4q8mi7HakCrg9CHeLitDQOUin6HO90EpnvEPPuJQAT Oh2jRuNT3ZIv0YLMiB8sw7edYG72u9tZcmktOaKkxCgFp7eJyiD+LmR6gjBIJdvtt48i7zf5D4hF 5dgEjRR+FPPZjwjFwDIZkVnz/Ci+AYvoPEeYi/EXm0dAd/Y9RHaYei2TK+HclUBce5W8P/P5csUb Ef6+vBASRJmxmlpIiIshIUMAyjiEqpxZ8baSQYs7zpXQPUGqMbLCzVujEAtpRhashBPLZtPs9kNH UcoQ+SoMnXnyWcnnsMIimArxj6tsdIy2NBvE8ZzPGCoRxH6fgsGVmW4w5Unljgl2sVlkbkye9I21 yGrLymYe23WbSAt674ZLYbmqyiSZ7WLbJwgl5lDabg1CKpb7kwO4fFroPhUvhGqZM4s2EQ9iflZJ GtjK2eIoLECgPUnwxqmXOdwX3sXRShcM/hPnxVSSvDGpB5cryV1UQP1qmSvoIXFaNsZimat+eVea Advs9izwWWhSRrvMFGtQyWa3TQUraogylSdb/ocFU++amVPubBQ/mnhs9kqFi706tdYyWLNW7JrA YDPcik9OOBqwGaLvzzyyXdY/hFgFpBeindZuWe9WZ3qAZL+fhFUWt4+aEJ+1DnCTeWI01l8ut5cL uShuAYGDWn488yPLj/KG3yuOBlFxXSKqwhaExz+lXMaQQlcDAxNvtBY63OTTqnEUILlC9pMIKsBt MuQN0Cxa+jY544LBqcLDTLpF1osUbBN0gaWYOhzBSnbGfH3KA5TYUtaQnhCcjoIILtIiuFZabZqA y0mMEuqfs9cgtzwSNFwvtNsG8P9vVQLWrBlD/KK2UuuFlN2q7WygqL2DHpm+nIBitDhOr7LtA8Qk 35U0mwjRj1HI9Jfl7XTX6xyPN2ZmUYkeCnlmqc8S+EW591jW8pwQwpWPQmovEw2XOu0OaBLJUSZ6 wFBGclaq2zJv0nmFW5BLZh8easRNo/SVjStXFZtd/Ar6UZKf66IoyDsPAkJrbvBoGvP4TjqSADDk 3YU5NimcPwHIyoX0jPJbVN01xVskF3uPD/qU5h8wyoiNbJFxNrrxVPjwgCkKipRCiEvN9iiGMeTF byBnXv3lrOB4E8DZNcG5u1MzipZ8jo+D4xR0QBjyTf5ZIGOq8k3w3NE+LgqawYSmEUmO85ZQSWQU eNISwnTJAe+Q9pM6TOl/hwVpASuZ1zTEysf2bwRN8M8O5eJmwcS/oVvtMy/T/rcCFBVS6QWqgEgN PjI/RrH1wbibSg8oBXad/CyYO4qB3PnbGXUZlwAFNeFWZ2k/uvsIq0sR14DWD6TTVcaCpOiNud5H 9DLQIOvA5ykKtxTYkq+p4YfAqdgNCUQxazuY53lG5q7b6uLhCCwRHlvtBAxMkkqH1tmd8+Q+Zs0T vcQGJgYNZ94Sq9Cb4vAuZ+a7MaJWL6ozpOPdNRfpmyLlZH50y60fEu0ldfUMhot2BHlLlN0Nsi6R kdS+v39mFBslbQtGhkSk6P5hLfEefMCuajWzIw/oZCB3iQwIwVz1pgWZtTLMXwaZXzTQtM+q+uJm WjSBOVtZ9BMKKfh25yM1vb4EOU8YLmpVgJghQpYWOoPgbdMIIZcGNilBOHF0qXrFNFqi/LNB0L8M cNzHDjPqsHof+LtQ+CXYruNRhsE8K54/6fgOg0eVKWg3LlWblHryL2kkyFZ5y5CTvEjBkBZyFgcK ljsTYo71wzNSojaGzgTV4ls9+nvmZ5Cm7iPdsNhDJFR4BBoRbZ9bHVOpBiRto7AfShKSrsFddWzY MWpKOIZpt0pvIF3+GFVxpDz6gKB09xpQf4AYscgQpNYChBZlKBK8zG6quiAseGm7eVNbndqbHKds +iO8pVSjpF0wrNMpRByQhO1sCbHqAQPJiI0VnPTZSoqINt7UVmbcfic5smo5HCpufMJKPjdCwy2Y bwRDO6lbeIueZ1YBf1n6knuDSPR5AgxVIVcNB4SsiYe6qmizfVQ+9IS+Lb4WEoyxMah7bJe2vc89 00IJB4RBbrqM6a63O6XiSQQCiaeZV6xkGfJmlUhvJQQjnTLTIdJS+CUBq/q50tJNTkZ61FdE3+j0 JD3qHhztYWSq1XSnlqzwWy7byC7RTN1j+Lj8D9n5eQpHRdPCtgDdUSc5OkKi0gbIFr1NgrGBRkc/ 8strlQwJBrihreRiq8+p7ZPAM1vmtKEjgDJKFCDer1KDsQ+JgGHWJrPFno4kNS26Z0p2WHUZerIW eruwKFWlxA4r5ODgclDVrtTZk5uoLOiuwqVE27wCJGo1RbGy9MxOnRhbnSwQZSg1EE+9yxlZ+QPE XhwgpN3i5dZSeR5qfwfqVnZWMjxpSCxkNKsM93mdDDUxT3nhrQdhY1si2FnEkG8T/3MNBGuqbsKl Z1vxnUwkKVWmthrxJj9Vq5xnpSiblL3f0qCx+2NnKgKxg6sCLSISNKOMYsHKnOlIoVeAe6E+Xek2 dwA3oQvJSPIG9SlfTYPADkO9ilwr0KTJ1RGC3GWEOCEzgBxIscRE27Zbt7kV1TCXiDPOc5vb8eQf sXS7za08J9SkUzskzDkhCQi8jlFsRzcgQeY2N6LYMwzI4ASb1c/UWQfSZa51si8tzW+6zH0JcB2V Kv5bl7lRRaidMoj21mUuOez6a23XZa6lHJgcELyucq2EzG9jVWnkusqNK4R+yTmzSlogySYnipt+ dFz/fWgHyY904lDzjlGflRImTSmsjVWy77PYAgZ5PgLfPD8KM8Cygi8CDrqbwXC6MZBPEJxYd7kP GJMxd7mtI5RLMHhHhW4rdUGRpjM9212utM8S46S2u9zwZnPhvfu/76TX6ci0IuP9c7p/HjLNKONj mrVk2qhEaspru0wzwZx/FnJkOlJ1AQZfoF2ou5Gqu+Yh1SCKhZHlIdXsmyLzA5ZyV5+UTg65llSD IHaQXaqrfSIlyEOqWVgtQ0BLqF86n6rUEvNpUajwKGJIFDcBhnrlyWHOLtMA9/fyjUOmEUVoXsZ6 yHTOa9Xvp4urWigrvBp/llQPRJbW4R5SjQg8VSr0kOruscd9hdVINQrrXkO8Ta6thaeD5UOsMcZt j/yGYV5iDSnhwZO8Oi8d+OIHKhu7XMoy77L/Vml0ou4l1XriICzTHBLsUu2iYYsykurpJXyfgvQh 1SznBtmlerrrFuyQausIJZOwJdVWohbvE2Q/pJqTE6gl+0uqcVNa9vbsl7+X36R6Kq91uz35dB0G KBxLN6l+WVXVWd1FeXVQ3Fv+ww91mkiSH7CHd+JV7sv5L9gI7A7DLfdapRLCp20c5rzVBRXk8zbJ Hwd3EywEeR9pFIXrDeyiPNjbNQ8lJdZ/Ig/nbd18ByEx9W8oVq2cuoT4k5QOrtmqWZ2ICgacUMR0 ndyx+o2IqfMsruaTqxp0RgHLWA+prPtaFaS89C06b+mvlRjXGsl2SPOyxMVsB+yS5a1GOR5fXGRM Ij6Yl/PM+RgStrFiRB1F3ZnKZpFj0mRiEAIPQHZsNjuGcGbFa2tMV0pSSM19qkr5nXEXxFpHyjCQ C1E6SvxJk3IgxlSqZ6k6zNxqqo+AJAPWQrEi0ynna1SZMRYYHBT0T3MzjjEcqnkg9L2jKGNMNdgN xl0VxkobJAKj9Wlj6DYKhwpuG4U8q+ROAYMoeyvabIwR3VRzKPJVjYxVmpUjMMyLcoPc3mYlIjXJ YSD16I4nuRJVGlSVrTgfYcTcZ/zcIQWQwqfZDmwVu9E654VUqv4KGVnUEk2WO0lQE8w0rhTSWmSY Wzogw648xhZXTnktSVCwbJ6VKuskB/xUtnHiBfn98FTdFYhMRnUVGmeIfxXQLjPtgAijOcIkcQex MLeKcy30od1RGsHU1Kjc/mQjm+BS641xaN4Un+CUhenCNpmmbUE237fbkkd2mYU5C580w+TsDr/p QpLU5cj2ubLLhCEIES1mKQwRAloMfapUK4VMuFL8FGIThxYwVtsLea2oKAstN4tth1RVrZpHqqir tQQLKzgK5hLFBOOEhWRgSDOxNB93zeaG5uQT+emkqrVySbX9DLk6g2hQhXfDoRv2jsxrtfZ2wW5e keVEChuIUa/w0omR+9pFodhEhIGltnMfN9uBEYOFJgOF3EVV0wtUAFyAcAAkS6wMQ2WpfRBZ+Jxq yyxUmZ4DItfEpO2mIYME0acpNoWU9h+jGCGxpZWqOk1tcu+Q6HTakozZIFEl7d6u42ugGTpd120M BdYf9RI1UQadrH11az7UJIVTBwwHk2JUlA9J1fuBKIrkWyvujaeJxWojCGbU3KYpAnZheZ/oAeJz MUNY3ONZgp9RXbUokZLrhXjR+mSVWlRUH6Ru6Sh3gr4xXcI2FmCywdipLJWBO/LDuPc211Y7jCyJ Nt8Z2exE7Q+6kNG1vAsG3PqUZ90buUMIK2QJFz1uiNIBHUYq/QxhgtyscHSPUSSYTW9eCyXmpGfK J+0W9yfarUzfNDhNGS3fUBdAaH8pFH2vnqO0ZZiuki32UFrXQbzJAWO4taKrjrblFuzykynT0tCV wNGkDhqmlKgMLghXEGRL4YJwagVnR7C7dGfirA2Gyw6rkyCKbilcELd1QfyqFG7CbPUoa9lvpXDZ ELfgWEJkJ4ULY44rYdwC2U4qHIwzGwT9utvCSmvto0BUfXAJZFK4bsk0DocBjk4KF8jVvAMCTQ7X 5ZrtgmTWJHFBlMTg6yhbEhcZDA92hLt1fwr514YT7kZjkUNrkdSJjrX/k8+Od8S78Ubg2AG3eDes 1H6MOkTWkSVD+LdBkjSmVROWeY9R1Py83axMGpcZtf4i1RbwxsupqkR12Lr7kQvF0S2L2yEQ2uPd Y5QftiyuZcTbCdkW7/YrspHBPeLdfqmtegme0sUSej8keJs3isNfRXgEux43tLfaQ7BVN12LZHf3 uUI+iWYSOoIdhYZvjgyLrQQ68Yd8wVpJdiVFscZmwbcS6APi1KsE+gRCmontC2Qq2ycvUwKd7UZe ScmqgBYoMiIJwlYBrTHNhdkzqzrdiod3S6UtDMIc/BND9eu59UyAtgpoXXej2QAEd3ztykjDaRVA 9crZV7CDpYLfSqCEgvJNoALvVQINJkpbMqz0bxAHMh36uaJKoE8QWCqBJnbHKAIwJdDHQnsJ9LEd em8l0B2p4UtxovN285lQ70XQTocq8ZclWUVQik6qxtcmJukOOqmmxeElBauhLpdzyMpIkIRXFeEJ 6lJPKnnVALOPtJr81qXUWq1rlRfBDfJNqEKmiqk7dbo/sLzBXKu0lh6EFQXMtYp7F+qdKqcTsjpr UcnbnGhBZi0BzZiYbZTVCc/bttLcqwTRmZJcl2N4qBEOHEnOsECoe5WB4Gq4I1wXK2fZ5P1WjEoZ t4uVYEqznXldrMBKzonDRGa7WHmCHBcrT7AVFYud0SAcEpotUn6Gpchdk4HZAb7h+kswuWjqtMat nscMavUDh/x82zzh3KtECjXfpeLbvUowZejFxrlXidAiwWeh+I79CQX/hrCNy0mW3Sh4HjA+yrVi +ZR+cdI29nHBSojJm2JQArWNE/uzpXNzx+pY7jXIVBgMUY4rktC163dTMtram4JweMsYSk9U7jgB r9OIo33Zy2QumP9STPrxxp4EQPzOmIQi4A5h2IobhINr2jaKelQpnoXKaXsuxR21Pd86/5YnTfEW iD2zP/xF5SqOfpAuN6sS4mw/sjUAujklQSt+1AvaoOkLi0YCwxbf6Mv8E/d6/nZIfPDIS/Kdj9uh HlwcsBF6FPPIQRYrdl4qtZVLudLiWsKyj2MjSxQjHw2sX8zVaelhvMrkK154VgJGXxf/3qTg+uq5 xwKduCXdfgnC+EfiEkfhQ9P8qAA7MMbfW6YqDhOlOJuQ28uvB0Qzljev9PUJVkMunra6KkscFaiS vQDv55whQsbZheRNq8gQpoc6YS2ZXfSTy3U2p80iIp3nDzGduyHNFSrBpFkeEiESYV2jRtAjpRpy my3WwFFdKTdQUTfg6jo+QKhy63JYzux27mNS1mcYWq/bxzVuPdlYld2ymjLU3sFsGdewUYLqOpAT 2YS/dCyI6CgeG61uCsLy0icc5nl7tNU8lmRefyC6WFba7qqxYD3h5+Wa9gDUGdKkHZJTvykftcqU DqP49KyBeGscoaSHyzc2SrfMosr5LmYMRxxfbGHj362UplaSj3JbTx4YL7FJ/xVjNS5EpCf6RkpP CkjhRvFhg34c9bSCBkGjW9PpAThgDyP6AUnuJxk+DOsTTLygqYyteqyHYcEw8QErRUulv8AKVu07 o6ZkKLaFyP0liLq7PUU9upDmZjuYF34Dc9nvYgrEk0cnNUonkDtNELfDC6Kno/woGJ+P2ka5mWkU Ws/9mUDdFVcY4L4XNsZskOapNky6usFgVRqQS26lLpqig0LRwlMRLwsVDMrBMlWsVmcmDEzkwBRU XH1aXZ8OXu6x9AfBI5NPkHDAXU2vz6MYkHNFEPPurIyV8FvoMmtLtisNUBw4TL0HDjdCFMQvowKb euVPVWrY5AyPKE65v6JpMN6dUoPJUtYoZaBGFYYzPI1h4qIxo9BNz5onTF6wEhBYbZ1eU4MyeeZN 79eE/T3pXvMW7ElmRAj6i51ngyVbD9hDBo8dkHILAh678i5irOSNBxYMf5F0/YUP2GO297zfSfoT 7JDqp7mH9D9gD0l/gm2SPpAJNzdJHzxIehRfko4Ljfoq6UG+SnqQL5KOmsG+SPqLJ2c/k/Qg66Lz EPRAXwTdQlLa7NMu51EhOZ/EeZPzYD+X8yYq35jI7xNzKwmlXEg+BNhryRFz5dg9DzGq0v6zmDPS X8XcxVjxxlcxZ7ATc4F9qpaYB/kq5gpDX8U8QoF9FfMgifkkMCPmQX4u5sG+iPmstAm1AC0xb0wQ K3EkS8x32CHSxFLf51cx/wo7RHqfOwHXfo2/7cF0P4m5IKioIfdwGPQH7CHml25LeJfnFXfYM4ZP cw/Rf8AeYr7DnHgT84HEjiAZ9NcgKj1w28QcF4KJ2rkusDHoQS4fVUBAxqAHUedaBjaDvs1TY1yw MegCIjQfs7VJdRAUrnZ3yHkwUeFmpKac1o2Q+/vBYAz60KHusDDYBD1Ycam1DoMuGBV9bgZ2JL3V VcKfTDUvXiD5BOnMRXbdtmzC78JUYFdsstlzQ1BDaR8KMpplzxWaoDBVnE3Qg0AsMdvsOZPJsHe6 Zc6HUsRDE/TAxpw3SEE7R7SZ8yByhQzQMucMUDDlqgVb9aQg8xwGR0fOZ8yCHHL+gD1MN18lm04q Hyb+CXbI+dPcX4Btcs4VMOdE785/k3PEXC+niVblAufaYTRMtOMNe6HRNm6Sl3l5SEPU5cs5GLHa XtIZQX9OScWu4KPwTAbdEYUWD4goreyJ5ekBQBooKJkbR48aPJlaAZuonzXyqOFtqiHFCVoNnyAh HFnabx81EcAHpAjvNKMjWbleu4kcnY6vF1rtSNYWXtod3p1kPTxi8hUXJgdULqPlyFD1s52w2LFN 4hErGDWrmiPIlnEH8RAjnaAc64XzO+LAnsVQg50vaEQju+ciisHEluEoxcv2Q9olQ/spRPskQ2tt q8cVFL/2dYpnGIe3uu9ZEEWwbGEJyzR+xW7X8yBINtE/zOTROgVA3H9VzzU4sbancM+DkAhjTzX2 gWjEhhnIx9CqGH81VypU9Ai/eey9/lf0SqEE+wyD1afe6BhFgo5n44pa0S9I8/b0foeF+4J9OeMh tY9zy4VU4dfDlF1GPX1wp+COLdna5FY2tMGeV2yuy7O09KDuE6zWmblBn1cs0xJaUKdb22pkRunC agivqRRE6DC2ylraaCaTcf0gdVzrE3E3oCTV5QzIbr7mIc88v9khMiBo6/rGgR0mh6pKtYLPGu3c KKHfxMPs0erGU4Zj98aioXIpzYXW+NZKCEyJwoXkAwKT7bXPAaMJc5s4KzHnWMm4ylfXfqsEzCbL 0jEupDz4ghQpEh67QIf43PwTvfnqTqfT1pcsDWTegHQpM2HzMQo1BeoFrIUodjuYSqY+6zpdaS9P lO5tXO2RSy+hL9HlidPFHSt927hfIihLhAU1dCtXjksTOkUQb/jvbHZ553wSZrx/36jqUwGflRkN Whml+FCu20LKEprJo4IAza1JS8HFS8mXICsvwCTr4Fbl5blWzAzPHb7Yj2HbTF0vENymZUgsY9Os xgbAA5wSiLfVNiStrWDTujp/mAc6y/4vCM8WT1Bhe2EBnyubv7hJbc0jrF0SZg41LxJfR/WuLMWE GE+2nyymOAUWzCEyLWMwmV4HDZ92r5I0t8iqfjVokLgxFbx5kOmPZGGwJRR3gLSyt00dbEC0qbAy bQKAybKFzLuk3F4qohAssqmVadFDq2G+uOu5BD5CM8tWKmwegtCP1RUHyfvGshRloitWiDPq9Axc AREy9HWMqTmsrE2sx0WOgKhwz8W6UdpmzCuMVNueeb7I0zyGoSexh0mBpjrnyO1mZcYHZzhoQaK0 Senj+coDptoaSeb5StpdP2KwY+6CzYqCO9HZlOeOFSVBZHIKHhtMea7AZy4u952npDWDqMe7JKUy mNhtSb6L9VVSo0QbqLjJOpyIqSP4HAk2iPPmZQi5x5e5K9fmqgWmlWDncxkG4YP3xCBGT03zgJBr fXo5occoclzpwRgE3joDSPhsppSTpGftaHez6oyZUjrz6D3HIEn0G0VNiTIIG0MdaEOITMCid4wA T+me66qXLgq4+E1DihflXxHJm/gF8Rw3AazOpxffUvbthqGantdD6YiErFJ1HBCdrmkDMe1RNN1G VTQVISmuPvunB0c3ycH7p+/fIfG/+IHCl9/8/ON9f/4rMK99+e7vfn9+fAWmZkvCh3KupniKczm/ KxX9TA8YCH3XNTejpAucvho+LwOiSikKn5CCBnxM7cRNVDVrLXREpCfM3dwYKTR4QLpsHoP3BEuF VEqCbCsxatXNnvajFVk3IcWBVXcrWeAH5iBO1Ur7+TZIdQPoabQhXI9RDpFlCbJWQg7xe2Me+4Gt 9+LdCg1WLsqY384H8/p760vdICWXk4g9wSAjVTPqWGmn1GO/J3ruWPnlRvUdc5C49XS+DeJ8tSTu lTvQW+aEEyX9fBGh3WG1ZXnMRmhBJiermYtFcBwxbY0YzFql+enA6npRA+BAPDC0ENqup+BloQOg PH3OYk3bYCjjXbrGLQvNM++oVzf/7DYVsmgMk5kHpzGjOCEJrVGyO5YurEA09dVOxoBM2+kGmXnM FId6jFqNjfOSzCj3DKjObqxPYHRfhzfJQhYnz9PFlS9rNQoy82YPT71wReMHBE/rXFjztlECe81E Gk+tNBVmhPKJi+bZLycZNdeDxnor9cYTtEheT14Q7ZNf2LKY5/J0Y96wVBORJgaIBq03pQjYyN6X HzBVXnqG30H6zo6oiSaVlEPCI9bhjc4mkXu0sndN1Lr1EuhYirR3ejOQSW0Zg7GVeFr3EXmx1gar u1HCOwm+mR5y8JY5qAnzrC60HYD8YkmVWuOgoNmJVZZ1hWdEKnK/da3zdJafn3iFh2VUP6MDQ8D5 Q2ynDWo74jMdslfuaObMOx1i8BRIDjqAkP8HHV7y6kKNmPigg+E+FtdaDzoEE88MBRcdQOa6ICqj g6UmYf9KB7AlNAcdKBXZfKaDXb6ceFR86iib1CxpmKqQDyQ+KFgVRf/eGqXH3q8ouG9fLdZ71DWv OMEkzevQvuvllzm8VEJRyYcuHv8u6yTYVT62EZxyu/dvXaD42f1vdLfoahQDwOiYHjrioM3K1iZE tfXXCBJS5BoNO5VO/zUkiLNWQ9KN+DSqSpMHxRZItYuq6Z5w1nya7dZ2RGy0tggkzXYD9yJpUhXw b2wv8T7+DdUqpiR8H8GwaSiadTUYLq664V4QtbQOir0eiM0s6LRg4kfFOob7aNntMysw+oldiXLR gze2D6ktNiRG7bcLcgDbrZXWh7OGQk5x6HO1Ba8OlqFJn0UXvVHNMOz6PBCREcghxxNSlbXtIDFn UdZENps6C3q6IhkFWOocYJlVqC5tLuqi8UvyRpuLum7T0Hwc5OeHHQrUqJGRP85bI0iRxbMCxLDV FpySjN6VetWL90QEXJYn5oo3oxbfGccEYDNqA5net/3EpMsv62d9NmoDm3bUjQozSlfJWj2jtnQj QbfdToZWVVx7GLUoS0YXYcZoT2vKlxNHB1UsHIwMUq2uBLt4iam1tO4wmrxF/krilE67QIWD7tSn +cgXDAljo95XKJP9oTbqLPVvexA+iL3NR6Rql5pGNiSVzXBWUFDZX6I3kNZiLSaaf4yqDNvjLpBq L3O7IaodOgjLFgo4ODeQaCMqX6M8n09hneFqVDcg61aEkdGYM74YTMwew3L52yh3u0lt+/qheRsk f73ixwPmXQkLMk//pPk6g83cYJHhgEVAdakhTSWodvhFGGuiYCfxGnxZF+NEL3WNzo3XfIjBTO9w FN6Qa4onAMpHE6KW8l4zvLgo1bq7aiIS0H5i6894PwKBAjBqu4dEoKYeF/q6wV4KLBX6kNWOqCIA HlxmXgq4cDBcpbJ5kzfhdR8nXG1KNEMuZ6UDIhJIPnH/AUOjgkhvR4rlkn729uRYs1+VKq0StNbF UPNgVXNCpJfMmxfmY456eNPzwgnLpxCxQ8zLi08VfoNN0K+fmXDFRK7DmMrIJWwgKqYrDcClvIkX PPNNwx7uSOYbRAV6YtILLwkjZfKr+Uau7cDEXUZZU2W/URYoJsvgeKsJzQdEZFujSPPWKGtBanKM x0pFfk6+7zck935x5h1YoY90JiJUZ+qCiUypx9IKqNy8mR2Gai1ZWRWTPH1ReMuGKJcjlJ7t2L4J x5CTuDyMRUJUaDkFrWMcs8Ir+ueTYLnmEHjl/q3vvSoie1blo0HhVTvPEiLtZUL15cFUWjpjtm0L G6as8gQhROubGDsMtWzTpw70V+fiEZnvrv277TiUVJXlzgxG5DJsWGKzT5Io28N7fQl6F4453TxZ e4hQmYHCfeK4CVrZw7xlspAXApx+Kf98wASERbDbep+yyWsfbCsxkW8tkZItBlEE7eXMyPn6cOYT jFBVTvjDvE7hExu3w8zt1nZId5id5mrfXkTfTNETjFyoxzA7wSAbu7g3khVqU3/2b7XBANhQlWps wGJWhx6bTD7kByUZeUAvmQ9J+F42RmLmhUVd17tkSTLE8/PFkx3UaxdOp8XG6qCOFwC+CZCVy+pE U7CqTKnXWB3s7f2LO06YUhw3LQsiXCih4DEyyOZJRXz1LBuzwarqkyeuYxRTDuvUpTCj4nRo1Xol OuokPBOIIm2qUzYkJsBHsjbvlsuY1pcaQDSRtBKhm4LPDmleucjgtY/qubLS8aykxak3Pxg8bXIj x1MAiVSrwAgHTYOak0C8HSm68EO5RhC15WV2OJdFq7qrJkNCv56SlVixhsNX68/n96Ky1iAnZIHY gfWSTdUwNXEsRmDozpbMG3vyPRITon25/KETHXnKhbsudWRiREyeRxHR+fiThdwiOUzXIZMLZU4r kTZPKq0ujTAZlvL8LrPmLxGwor6sg80PiPJCCcaat42SN1ZonKuVMUMikvku3Lz96I1KZmi9dO7K QJvE0hvS1SWCHCebfYjndzI8kj2OuJBxH0eyuWIlqOe5wiIfhcqybiEWfxQ5tw1XiKXDBGW65uPX thCrtUYuEvcJsSpu8/yttYVYQVaitUPQQcG7J5nwOkZlJcbNrxBru1ZAYVK5IqxAWIPxYBNhdRvx OZHmFmHN/QTMl7oVYUX1bjGYdvO2CCuINoz4t0VYT5AVYXHpDxhZKMJKQF23aEo385dg0W9FWHML 4RZt0RQss9bNxIKtCKv1YMLBRK8twuqUjhR/tggriASy6GmFWIMbbzUhOc4WYlmJohRFH7yO8vT5 CTIyITqn1A9r11VT5KsctIuJF1zqJvkCW4qxWDv46YD8au38klg+rJ0mROZreugPaxdkOgF2y4aw dEQm+9XaBZsecD9k7aYI4dltNmO3di0hqBvIbu1w0DU/TFmMZe1ABEmOvdk2Kwk2lyXdLFs4VHGY PHC3doigqv1s7UC8gEjg8tpynOYxI9PZeli7kUa6/LB2IDKPVpIibtYuPvmE64zK2iUQ6OdSM2Hd rV1SsFz5bu2Km7xB/GLtcIfkosOydlNkwYhna+fIHuw+WbZFdl7jCeaeiMzUrbdZOytVQi64frJ2 fuR60pZl7VQIyMv0GR7W7gFZ1i5SPWC7tbPSbJfaj7Wzne99JIwPa4doYuelOlk7SBH27v0O8fy5 DNPyHoy2WEn7Pk5ezXrrm06QV9ToJVsxRFetcUSoYQy16muiCbsq1NzRMLk7yEcUG+QyoNpziirO R8X8s7LSWOote+hp5OqgeYwqKqn2ZPFtJfXL8arP2yGoAG0M9YYUGZrek/0w4h1CWIPpDpHHj1+t d36H9QrRi4vCWMfzrVJjRNBKVYOBkk/ZQ68Xp7EDCm/MKYAIqxij4wlXkCdX7B4MhH8XVOBo72jX cAwU1TRK5dozT7LBJjMZzxDJSgnUmrdGbVaT8Ic6h2nmw5I+YBjsbjyL+wTjlPj8gXiHYPPZsy4W a7F2jggy77LbkzRM2QOu60E3SJ8NyOmssoSQwOVelNkgPYDFiW5AdlAAtibKoP+p/QVYOuKjjAXX RwyCcdap8mDgB6LgfKtmJsVJhHje8drZlY4OSzB6YlH2SHl6jVoxfyqcnTZkA3BWBC1GHLAn4gk4 VJ++EvSAWWzaVRD0AbNlj/sBdCQtHhI+P4CIERbE9eOIDJgEbsG0a6xRYwkjw0RDFDCvMW7dTUrO N6X0fiN1Q75Ja0HeahwBWGzQOCJbeWaDC1Rs6Ht7T6PwYdQ2NjAGWop0HDOMbW+LNgNbT0bjQn+E qBtopmthreeLXoD4bH8QVzs1ejevdGLuQ+jmang45Jrv2O+yN0mnKnqJY4N5X+Q6eXUZjO84+sSa A0bftghhujNYWfgvWDpRx8aCCTAZklmvhHtK/zykL0MZxTfocTNz2bQh8hfLB7dVaVWsNWEfxx5W x6TCD9h03q1YcnP1tVeoJLT+Smw6qSaMedEftdVALFo/y3z8bHf1A6EnD0df/XUVwPasZoq0U6Ha 3Lzir5Xnvenu5usjk+Km30dSU0WYjuX6Nzc/99Lqv+LRzYFXfp2PUe+A0C61mEmT91SzlZEtyIpc 6wvy3mLGbD4+IomACCQEJqMJwl6SJ5B1ewIyxcuHi+/8Kg8zZvPwkc20hfbkM/OCRNmDeGwePga4 aIcByJbPVJEWdTVq8hkF6UpA8XzP8TuaXOIBcNoeQU/7wFYHqMFCyL5kcbKZOkw0g7BKD/9eh4lB 2aDNvwcZZ7C79wfgyGUeoOXccTY3Whw0CpnK1w46NY6Hdw8lV1Q2I/aTy4S1mu5DJKfl4KvgjjgL g900PsapF6tXqHU9F3aUFyrQZExyeyVSJTPzaRCuzedpRuHVkIlYWIgP8gC6ELiCAMzL/AAigUhU MKqkmXOQ73jNtGDkbvSzfMo3OI1TWps/GgOyBZKTMdKV0Jwmw7QHjdIoMC/b0v/8U6FaWdF8EgZk 7q97urs+hLtDmte1w5ZhNQpWjMV8JMkotUmEB3EPsXBy4bWOzEzWRjXnkf0YxRBfJ59iSpXQrXRA utOeksYTbOqD4dlKGddkP4a33fwpKwKkhGO7QWp9Up42ssRGQ1ylMqSKMTn3jmdM5NwgHU/gNR3B G8xK3J70a0ZNyxqA54pNo54rx4szvu3T4lDQsGchvFr3laVY1fhBfGFPvZBYq9pOZKLdSGrYWuzA yvGSBYWahaivf3RiSei0vdIahUjDCZW7H/6J0irTjS8ner7HkiL7Yb5KH9/nTzYdWpsQu2v+oraR zxfgrbXrrZq9T0nYxkrz4XmeD6kyZTBg9cYjTzPgZszQ0aKK13rlO6HT6Cc5IM7Xr5a320aBZbAm YEa9+teSRbV627QfE8P/CsxXYQkTkLuCVKo7z9Fgrp0PpXYPE0u/KumobkmaSs0EpdtVTwHPhBaP uRRI9LCtX9IZOpry/f9yRLlqCqsgUUljd0Sp9arPI1YVtsYoGWHEkysiF/Nl2QPG3QbzRmkEYips 0U0i3cx+lRkZP1W08PBFic/0TxHRSTlbUzF+mfkcjRWR+9LlljHjeqAuBvPfJ1gQj6nTJCpVgS2q aIpMSwnhSjmDic8oLByWO8I43QDtt7sjEFl8ax8pZ2TQObIOszskMHcDnWdLOaMt70Kwdn+EsC4b oPDkjyzfDdrmjszOLV2fRdaBxf+tswlxB4bL/KmJHdauerwT4628ljxzY0TjySH5pRwmauwOCYSB 6ihbea0FNsjDJW0w1F8+aR3B7dpI0mScbbP+3uOTT7KN/vDkbPdJoz8Tfu4h1ibCxmyQBNs78CoL iZz4OgQVUx6wQl8kkemLA3xovPzuCQYTBd7BbcbVwCzWTI9rFKnOJ3D0HVCsB5FeTH1Xn62Utryz fJe5l4JstHcmylGzMtbPew8QPcY5gNqq5YNoSAZq7Awg4gx51sLfITj+iQqZrzVnG+LU7EKDvCgN IeWmvg/fVsxsyxYXE0pXC2CsbaP4ER1RRmWWOxnfuACQnyokpdhaXh2/71ENLamOxZjWbl032kbF Y0DEjgXTBqr8vqYtFjxgaUz9dqs1VFEa2Z5h3V1OdrCNqxNSi/HSNRGN5bn3eU9i2hj1WiNT0sqX YPxeo4jzqkKxVL7zAkIhx+VnUtQzIBtMp1hGBXv6xkV9pgxVSSK7idID8cgpBWVT6vdqHvfjy99g rIo/P0qu6eiqoElP5us1G2Rk39d2xrkdo0bqFLseK5GLWmMCrO2SgWKHtd1Cijp46b36Slf4iOsf /kqReTRsRSHLtM88dmpYGpbi92h3nwewxEAfyfTe+mDu4pX+2rUb/Z0/wZg7q+mjztNpGDwYX+up FC81XqIw+U1/hFGH2xKqec/pzT4Yh/QE45+kAPmS8j7pfwCfp99k0QIWc2sB00lKCWzsA5B0LQcq cmkagzN/OwENZKaDO5g6XKPojrsBf2BSiXktznQVTzwgjJKYcxh6jMLQyQcbNXEsrvfJ/dnNOiMY Pj2170ai8hYsgIcbRvEDhaEJogcKAxCfJGFMWq2ZnS3b3R9BYXznycaDSCC9qjBmJ+UOMa8wbz4Q usOCCLdWytXf13TEOetstrgJNn/eLISiX4OmZx+Al/bvXo+Vv2di3TFE/YrgFbYogSvF+beGysbs 5JnYcSAPIh4wsjwNELPOEAg7hNntzhAtdrjXqdev3WAyKYMAnKb37/n4RbYq1vs3tci+FsdPf8k6 OZ4/pOigjlEjfA8a7pDMk7fThVZZMclAUbrr6A02YrOVA3SvbC20cP8exm3m3bVkPNb7DjYE3B42 7+OGztOnFWScw1gt5bJZy71PN5H5jTGojdIRmpCRoLKRIAwRDSIHouAFqbFgIJPyubs2in9qrXzX rM5KLuO6SVlv83xrKb5ukOZVWBgTfIyinzKvtVKv2IY2Y1nMY09SoWC+uGItTl+IPa/CKhyIPwam oUC7itW1snR7uEUl4SlnaMwRp7idY9oLinaYb35R/5rLrO65lSYFEMmL84EosiZJ3leVWa5RGocb JfJ0/zTzVjMFiDuExhShTUrVKBZElAhGXrUHgOgxDQO19vnENIjHgYtW/Yms2W8kd9FdmN9+424y EzwR9doBSEwFVufrA8YN7GJURjNdH9/DiOqTCK4NvorqAYvD2FHrfn+WnBvORqu9CSkIutoYYZow aoPxwxvMOPpWlA7meZG/IJxfeIIhrqsIMKeuZWGN8yAs1bRwdzyute2A8kHqTgchwNMZs0OofG8m V7vxPqoiJFdqpWiqV0VmY8nS05wlpDMVcJ2P4MtMtCuzr64K4Jl9LQQgIE+Q2oSmpesJJlrKrbSQ vzTiMPiU3243jwYWw/UojGGCkz8VuwuPxp3wVkSx3S6YnVeM9QTpdJCaJ3yPUaK++TxKEbHqhJWG 9Yl9Zbtlq8VXnhcWTTBNFLw/T66gP0g63Pzbd7w7LWFaibb8pQMU+2xJdGwR5xfUZdOVLUUxIHz6 ckzKa2w6JLnfRQF3MBMPxXZpz9L0PpmRIPDezYNvotWBpZ/N2yAdmEWai80dxo4LsuZymovq6W0Q 7jfcaUaNKEsMPOIcNNlkY6Q801fiLDqcvkBwsxaGNWsbVfBRFGWewL21bVsCvXYbuVCCq4++eX45 3+4pefK8Z9CePyCROBWVDjfnJmGHNK38YqtYb6NQnxjYzr4ExErMxZqXRZ1gL+b5oEhIFRSMvkhQ xq2UoPBXSLgSFHwvmdtA3USWZ8wjvn3YZAMeLs4oT4a1G0OsGCP9lkGtVIT2zR+8B1Od8BUarNk6 Aqhc38YTBDNkbSfEYafTq2CeH6ygDN/E+kjqK4CN4pV5yR0wxkh+GEV3mEGMYx9FbSHfxcdSSjuF khDgIZJFaE6nk1GUJrpFGsLb6qx5fx5icus+P1jKslwTjannaSU/00hUmp4njCZiZEgCqM66mbSO joR2Q4l1pdNuYtvW9vajOn0QUpJiUYI+qTdEKboknHpN7Wapgvwy/xzM1m0Qyfse1xcYv1z4QtcM my8IU2QtAC3nWK47XkqdnCocIKNtSTJFPBi6gQi7hn1gyLKdp4J3GZYAopVYUaphJYHpHEaYs75h o8Ylzp9grCuumeaA83GuKFVpj3vzw1QbN4gTHonxPqrEeE+gn059yOwD5jZDQ9mUNpcc61qo/b4+ +F2OOYgDNFad2w6EVysEpORzJyRZ05jJyGyp/Ms029cnt0Pivt67VZbdRoEI8j+mOJYt0+Kjh0/h vGmEZ6JL7faFrN0S5kaq7Qihy/ORlPD1NvEBUMfs79q32T4mu1kznmWk4FuoXW1vNtuM9VYADCE3 g+QKoZb0h/SKNrbopqP1PdXdgzBopEZwkyjs/qInCXJOpLTQ/EkDRJt3SLNy/S5Ng9LU36sLia6Q jXCN0oDou7UilkzdOY9CdGbaDjrEemflwV5/dMoXuHIdJHa3QMIHq6kNfeHwJOi9hDvGlXv7uM2a Od9DLjkVFIAUc5eJMqvowJXH9LoZyvBrVlzd4NGjCjXqSYozcejp02oRa3oyt6rENOEguq84tTiV rzOJ4rBGW/+qGmOqFcx3naxJNEidQioIGjWPqZqM9ICQDN56pez7KDqCpal+Qjb3rjJtzz1mJR1C VsoFk7HZD1YtkUVRcvMDxFc/TZax8N3pREgxmUgk/6r0aKBZoDOUJLLIi04TYAgGJl+OmhMY4Zfa 5qJmtnwCkwIMUU+5PovTvhuf457EA5o7BBcOLu+wCR1F6X2SPpbO8xesd7ulydPxN1jR3wF7TEZ/ zi4780swcSwlqqXUrbBDTMOo2LvvvHhlkKNIeaWP/f0y+bcgYquCb207TzBsEJnMWlg6rTwsAwlq pkLJfJWFTPj+IM9uP2FAq+Njr2McvtQqx7yK69VDYM9KI78c3SdqBE4/I4VpdIPIrkLHTgwEktnO HelOM3UVrqTF+b0+m+7vqUWaJc0+cTZ8cwXixiZYb6arXHVftmqOTM8E0BtkvOVesDhG8TBsoCNb ScaTp5Au6w8BQQ3P/LBCKovzHTmk3FYRtDSKQTjw3m3P43A7xDT6RypbajNjWJyr4fYs9OlmQ6WF XZmrGNslgm2H4W+rYat6HixpH19rofDuEeMThNb3kPMHS+2j/OBMzWNZt6KRD5lA227qGhGuuHIF eHDScRcMyasIDd6umOYibcrBj9PtrBuG8t3qE/i+QzEUhgIPerrDfFIn824167NiShPiTX9kJqli Mer1cGbGY2xcmE1iKviw0txldlFWYL9BJpjqFfzMO0Y5dH0tjXJ/k+sq4yJLrT1fLWKyfLF/TWMN lDEsVQY1g8rg55a9Un6yAU26ZiHz/WGHNY/krQopma+RygsMJO2C1jknMIwE7KXjFbU49aCpTFQh K2PnllSOkIWbD/WD6KFtpVz19g6PhZvUDYxoNq+CU7WxigfzTVO/8lXb5mWJM40gAsBnssBqgzEe B0GfjAyzTJHM/Qpz/56FRTeJ76tWYvHUXDkybX2wF12KHdaebosHV1LOepjXieq7wY6OlomnVPUj hyspj1qIuyVwjua2rlGFe4lpHmG+SI07ArJ4Ac/R03i46sLBPoW/eMjh9Vcx44X9YEUDPCpd3Nkg 5XlTG3oaNdqwVv+UWVtJCWVqvvFwkti0o6uLRNQSq2GF0egmi/ep26n99uoZiIp2CfkGaR4t7tbh gEUF/drLrLICVqL98wmCtluvsAORGOF+SJWMBfHF07bjkwqyIzAvGYSmbxlUnnY9HOUalGTyOWC+ sl8fkriuy5IYqI8Is+jbZ10SpudyW4sq9sl1qFtfuhLq8MvZhroQyUoP/f65Fcg2/NvXf3p9e/21 W8N/5RMIr0+fQHj56R9f/+PrL3wCgU2eXGJ9AuHy+ATCv7zFy0+/G0R+81d/dJo/vtITcU2h/i/9 9Mcfjs3ZqKLkukXlrvb2NsHef/lbrt+x3tb//do/fuujDL/9rfGvv/2H1//t9Vf/41906PPrr/5+ /+GnP77+hf2A/of/tGAvv/rpTxvo9/soY/7319/+96//7W9f/80volE2UdPwhoYjhEb/92sJ68/R +Kt93X/ef/jxx23311/90w77x/2HHZ3/8voXL4Pq/3Sgfww+IP9un/W7/Yef/uvtOPtJ/9ftVy+P vfZf/e1PB0r/fp9/LPTDjsi/So4q4k9c+UqO77hykOOg93GagwY//fj3f/GyeHec+c+d64mGf/5c L7/6xXMNff+b/3M/+38+EPjjQZif8GGJzF9usJcneTqm/qtEYg7/P8jMX+8oHRj99P0BHjg+aLNE 5n/eUP4P+zLH5IOc+6n+7ljlkMmfftiGv/xqH/WXxy//eGB0LHUs/sdDvXYE/mFD5B82WT4m71u8 /uqB+yLzIR/H2F0Qf9ogL7/6v7+Q+8lqvS6rhdgKdJfRS21uPIWreJUPMXQpecbVf+jvy2/+5sfL 61//M0VP1Sv0zm/6/EM/bRXn/kTvAWLC1V4DCUWvhl1Z9X2m5yIHbFne/Tf76Ow952y6EF89gwXc TeOXD9C8sL7bwMzLMfj79bLEf/Pj++MY/y8t8ZftnH7a5hbNeJihWY8MJZabDY54a7OP2QyKqtc+ mifqD0d/DEfMoCrlBrtE7fLaJ+PM8n2swfG6cPwXfAD53f0CH/Cb/+V3f/j7P/3jf/7dX/3zH/75 p3/88Xd/+ukff9h4PDv2iBMVC3yrVopfD6t8OIf8cdkuF/HVNifdv/33PzfzjwVlKM8LHnZtGhW6 dP/O2v9rKxbgPqF4rFhhV8f5+fsVubE/7Ep82Mmf/vh/7LD/61DMX/JjL7/kxx4H5Fef0bkukpZ9 iGkKEX/tVnVzZy/jVZ8P+J3aiUti9jrV8Q9pjAhU7lZtzW89bR5Z+HzIa5+dHm0TSwt3KF0ClIZt AF9k3gFKDmL99ZHrNetF5WiHLZV7rDe/ofEV+uYv764f/rzKbSO3M+yjv1twHeH2OML/T5XjOtdW 80N/Wdrjmeurb47JpIWpa5/7Yx+pz1gmGeYyNBFLu+9Gvg3WF8B3mHrMTrBtLrtywBDs5Z/84Wur Zpg2uLXLmeZ/f9E4ZS3mt6n9+ulna2xcPr1tuP8/2SOpOgplbmRzdHJlYW0KZW5kb2JqCjUgMCBv YmoKMTcyMjcKZW5kb2JqCjIgMCBvYmoKPDwgL1R5cGUgL1BhZ2UgL1BhcmVudCAzIDAgUiAvUmVz b3VyY2VzIDYgMCBSIC9Db250ZW50cyA0IDAgUiAvTWVkaWFCb3ggWzAgMCA3MjAgNDA1XQo+Pgpl bmRvYmoKNiAwIG9iago8PCAvUHJvY1NldCBbIC9QREYgL1RleHQgL0ltYWdlQiAvSW1hZ2VDIC9J bWFnZUkgXSAvQ29sb3JTcGFjZSA8PCAvQ3MxIDE0IDAgUgovQ3MyIDE4IDAgUiA+PiAvRXh0R1N0 YXRlIDw8IC9HczEgMzYgMCBSIC9HczIgMzcgMCBSID4+IC9Gb250IDw8IC9UVDEgMTkgMCBSCj4+ IC9YT2JqZWN0IDw8IC9JbTQgMjIgMCBSIC9JbTUgMjQgMCBSIC9JbTMgMjAgMCBSIC9JbTYgMjYg MCBSIC9JbTEgMTAgMCBSCi9JbTggMzAgMCBSIC9JbTkgMzIgMCBSIC9JbTEwIDM0IDAgUiAvSW03 IDI4IDAgUiAvSW0yIDEyIDAgUiA+PiAvUGF0dGVybiA8PAovUDEgNyAwIFIgPj4gL1NoYWRpbmcg PDwgL1NoMSAxNSAwIFIgL1NoMiAxNiAwIFIgL1NoMyAxNyAwIFIgPj4gPj4KZW5kb2JqCjcgMCBv YmoKPDwgL0xlbmd0aCA4IDAgUiAvRmlsdGVyIC9GbGF0ZURlY29kZSAvVHlwZSAvUGF0dGVybiAv UGF0dGVyblR5cGUgMSAvUGFpbnRUeXBlCjEgL1RpbGluZ1R5cGUgMyAvQkJveCBbMCAwIDE2MjU2 MDAgMTYyNTYwMF0gL1hTdGVwIDE2MjU2MDAgL1lTdGVwIDE2MjU2MDAKL01hdHJpeCBbMC4wMDAw NzU1OTA1NSAwIDAgMC4wMDAwNzU1OTA1NSAwIDI4Mi4xMl0gL1Jlc291cmNlcyA5IDAgUiA+Pgpz dHJlYW0KeAErVAhUKFTQD0gtSk4tKClNzFEoygQKGJoZmZoZGCiAIDI7OVdB3zPX0FDBJR+oMRAA FeQPuAplbmRzdHJlYW0KZW5kb2JqCjggMCBvYmoKNTUKZW5kb2JqCjkgMCBvYmoKPDwgL1Byb2NT ZXQgWyAvUERGIC9JbWFnZUIgL0ltYWdlQyAvSW1hZ2VJIF0gL1hPYmplY3QgPDwgL0ltMTEgMzgg MCBSID4+ID4+CmVuZG9iagoxNSAwIG9iago8PCAvQ29sb3JTcGFjZSAxNCAwIFIgL1NoYWRpbmdU eXBlIDIgL0Nvb3JkcyBbIDIyOS4wMjU0IC0yLjQgMjI5LjAyNTQgMzkuNgpdIC9Eb21haW4gWyAw IDEgXSAvRXh0ZW5kIFsgdHJ1ZSB0cnVlIF0gL0Z1bmN0aW9uIDQwIDAgUiA+PgplbmRvYmoKMTYg MCBvYmoKPDwgL0NvbG9yU3BhY2UgMTQgMCBSIC9TaGFkaW5nVHlwZSAyIC9Db29yZHMgWyAyMjku MDI1NCAtMi40IDIyOS4wMjU0IDM5LjYKXSAvRG9tYWluIFsgMCAxIF0gL0V4dGVuZCBbIHRydWUg dHJ1ZSBdIC9GdW5jdGlvbiA0MSAwIFIgPj4KZW5kb2JqCjE3IDAgb2JqCjw8IC9Db2xvclNwYWNl IDE0IDAgUiAvU2hhZGluZ1R5cGUgMiAvQ29vcmRzIFsgMTczLjQxNDEgLTEuMDc5OTk4IDE3My40 MTQxCjM1LjkyIF0gL0RvbWFpbiBbIDAgMSBdIC9FeHRlbmQgWyB0cnVlIHRydWUgXSAvRnVuY3Rp b24gNDIgMCBSID4+CmVuZG9iagoyMiAwIG9iago8PCAvTGVuZ3RoIDIzIDAgUiAvVHlwZSAvWE9i amVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDMyNSAvSGVpZ2h0IDEzNCAvSW50ZXJwb2xhdGUK dHJ1ZSAvQ29sb3JTcGFjZSAxOCAwIFIgL0ludGVudCAvUGVyY2VwdHVhbCAvU01hc2sgNDMgMCBS IC9CaXRzUGVyQ29tcG9uZW50CjggL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngB7Z0H fBRF//8TVKpUFVCkh95C6L2D9CpIEVCwwCMioFiwADZsKIgK8ogUqSIoCqKCBURFioriYwNCKKGF kh4Imf97d5LJZHbvcpcC/Pzfvu4VZo+7vbvZee/n22Y2KCiwBXog0AOBHrh0PXDgwIEjR47stLfI yMizZ8+e8rydOHHikA/bP//88z8ftt05tO3YsWObD9uXX375WWbbp59++mEObR988MEyH7bvvvvu x8y27du3+/D7tm3ZsuWrHNo2bdr0eWYbfbnBh23dunU51KMfrl69+v3MtpUrV/rQ676+hC8fHh5+ 6Wj0/5NSUlL4ht9+++3WrVvpH07aF1988fHHHzP8VqxY4evvDLwu0AP/f/TAmjVr/Icsd9+xatWq v/76C8H8/vvv169fzzcMkPv/x2AM/Moc6IHchdOfox8/fhw7DRsSipcvX54Dvy1wiCu1Bzi/XKVz ZOP678uGdZfphtWHfOTItnbtWt1uZ9e58YKPfNiworFIPW38rw6LP8DlymvPnTu3Z88eLGq6Uf9i +kjkeRwRvjn+Ft6ZdJ/xQ71svOanzDYc4p9//plP17dfHBv/u9fD9ttvv/2atv3+++9/aJsPHnmG l/B2tXGYP+1NO16GJu9kHzMm043gwD63jeddt789b87DOI/AawhxuG77tU29QHvObDo/Tj5jfKh6 mfG83FW/Rv9f9aTR8NSZ8lwYfzOcj8x2MpzpzHbUMDAarmOQ0cdlSsGSK4j6dlDiWHwZ3GGurur7 6A2e53+B7uDBg1FRUQkJCYlpG23XLd7DFue2xbptMR62aA8blyPXjUid63bGw3babeNXu26uIcCT Hjaigs4NW8h1O+a2EXh03Y66bYQrXbfDbpuXaGWEh43B4LoRZnFu6rqhN8wLR9q+ujIYDf1SoNrG pUDu+nVB4PrgehnwhLtBt9xFUC47zoxoRBajGnNL55c2QowK87+cGsBKw9f815VlnvRAc7wbzXFu NMd6oDnGA83RrizzpCvLPOmB5jNuNJ92ZZknAzg7iXayzDM6xaqdhq/5r0Gx2lUI640Azog2FxOM WZIGTrsac/qHH37gcg1lSdpmkmzvB3B2Eu1BnE86pZlnXKWZJ93E+ZirNPOkmzgfdZVmnnQT58MB dXYK9P8JdSbrtGvXrk8++cQpx4S/+FEIqAZxejOAs1OjDZaBhb7FqnnzzTefffbZBx988D//+c/Y sWNpTJ8+nSeJuJAxRtEU2lcazljWXOc3btz43//+l+/8wAMP3G1v/JCHH374pZdeIkv7zTffME6c uiyfuRLUmWgNg/mdd97hJ4wfP3706NGjRo266667aE+dOnXevHlYpFie/ArpiTtZ5pkrHGchBJYJ WWMjb45A4xpzfUZqz58/nw5wxlYAZ1ec0WI8NQb/oEGDqlevXqxYseDgYE9BC/6raNGiVatW7d+/ /+uvv86AQYVdib7E6owBjKn20EMPtWjR4qabbrr66qs9/QSev/baaytVqtSzZ89XXnmFqxPv1dG+ XDgDJhHaadOmdenSpXz58gUKFPDyE/Lly8fP5MdyjULaMFadRF/JOEs3mai1LsqATOETphrgArLc MkKcvhfA2cAZKxfHpE+fPgxvLyPHy3/lzZu3a9eu7777Lu6hAfUlw5nSICiuUqWKl6uQ95/QunXr N954g3jv5VJnsifPPfdc06ZNvV+FPP0KfnjNmjUfffRRauR0qK9MnBFlrp/U1+luMm0MKiwrIE3j OICzFR7zJRQGa4sXL27YsOE111zjaZD4/vxVV12FrM+aNQscFNS5jTPGGEnJ4cOHYy34/lU9vTJP njyVK1fGsgXqS6nOZFuQ17Jly2btWmT8nFKlSo0cOZLrm4T6CsQZT5mkMIlyXZTRaL6qE+SAOvuC M55j27ZtGcDGYMjmLgOyXr165AQBGahzFWdyKxMnTixcuHA2v7Pz7SEhIW+99RaRZwNqBMW5mRHt tH0VyjYaekCbAfzCCy9gVDu/QzafKVGixOTJk7lQXGk4U3dBfZfuKZOQwqIgTXPB3gxdziLOMTEJ Z84knDwZf/x4fGRkwtmz/9ZEFV7JE088kamc5c+f/7rrrmOkhYaG4p21atWqQYMGjPPrr7+e//I+ 2HjBiBEjGEi5hDOizIUd592LnGFy8FVr167dr18/wkdEw2CfUBhS3qlTJ8xyesDL1QyLt1u3bswT 0Yl2sswzafia/xoUq12FM6YmvYpV46kz+S++JAYDX5ivTTTy/vvv5y/tW265hZ9WvHhxL5Y5nVOn Th1g4brnhFommo2/uZ135sTxqw1RpkNgVrLM36zgDKuHD8d//33cqlWxL78cM2FC9IgR0f37n+vW 7VyHDudatYpdtuxfiTPxrt69e3uhgNAK0bC5c+cSjiAsg8IaGSvikJs3b0a8GFTQ7eVQtWrVwhVy Ep3NRBV8YZrisLtSAAK4D7iQlEEyOBk/cjOqSDgIeUyCxlx2ypUr53oonsQAZuwponMKZ/oQP52r jafPBWEuQXw9ZIuzYNSTyDg2f5mJsGTJEq5RoO3p0oT1wtUb98Eg2gBZ7uYqzhjYFJcqlvGUCfop UfYb59jYxP3749eti5s2LXbgwOjWraObNIlu0OBcWNi5+vXPhYaerVfPetSte6Z27diFC/99OJPU qFu3rusQIoLasWPH9957j6ELv6SuDIrVrkpO0YAR8lkQgUy4HpaxtGjRIvjVoc4OzviDffv2dR26 N9xwA8korkLIZBrE6f8aOKtdPH2OuWDBAlwP10tEoUKFnn76aY5Jz+QIzmD1yCOPuH5WwYIFCSoy zqlvBHmDYrWrcFYNMMT3JNFQpEgR54ngEjd06FDD8L7EOPPlibgqlrEZ+D54yopi1chUnRP/+CN+ wYLYO++MadcupnFjHtGNGkU3bJiBZYkzLNepY+H87rv/Mpy5kpOXcZ5r5LVz587kdxBiPQGt+DUa Os6qjdLdeeedrkMUHObMmZMjODNogc75Exiud9xxBz8wnV5HS/FrNFRyCmCXLl3aqFEj5/ExaJF7 XpB9nDEsyR3zhY1P4Szg0TBrA0IBWW6KX6OhKDYaXCg4jz169HA9PhcKcvFKoy8ZzgSx+Vy99Jor D2dB8Ws0POGcePRowsqVcaNGxbZsGdO0aUyTJh5ZVrpss3ymVq1/Gc7EOW+++WZjCLEL4CiyAbKE 2qBY7SqE9YaMemGEN2/e3Gl+48aSnsZnl1BnTZ0Zfjjvzp+AaY0JB77UiTkgTn/CoFjtKpxlA2bR YoIGxgcBCK63K9E86bopZ1k1MAMoBXH2D7Ho2bNn879pHGcRZ47ARkdxTvGDjJ/ALh43BUKS6EuD MyxjY+u6jDnHAEtOTjYoVrtOnJMoJpk9O7ZXr9jmzWObNcuE5Yy6DMtnataM+RepM9d2okbOk9ur Vy+Mupyt2WZgU7PkjM9gRi5cuDDLOCNqBKaMn8CnYBIwgFXBZzq9GVvAi0DgqSFnCmTZMHCWuxQp EUQyPo6LEuVkToF2ZZknFcWqQVmdUze5AOIgGCBnTZ1tmlP/kL9Dpo1LB7u33norIEP0JcCZTDos 60FsYilMQIBlH3FO2rcv4eWX4zp2jG3RwieWHboMy6dr1IhZsODfYWwzrtu3b+8cmePGjUNwZUmJ bmOrtpJjo6GLsmqjzvpGoMwZOecZopoQ7a86QyuiZvwErg8vvvgiv06x7EmdobhDhw6SI3x5rjaM ZAW1K848iWFPzND5oQifQbSPOL/66qvGVY4IwO23384HcbHKcZylTBPPd3pAEyZMcGWZJ/kyOTWj StrYui5zkaT0WrKcKc5JJ04kzJsX161bXMuWvrLs1OVatU7/u3AmCGxcohnYTz75JPSp8jCFsN4w KFa7CmG9obNMG2Y5j06iCcBiKviLM1XiRqELLOOPGyy74ow6GFldemPgwIEA60Wd+V8CXwzv2267 zeg9wuBkr3SifcEZl9Yw4GGZ2DXQwXIu4SyJJqxt9B5hz/nz57sSnVM4wzIGgH5lwALRWfaGc3x8 4vr1cf37x7VqFYco+6PL5xrWiW5fO6ZXzbih1RPGVEuYUCXpsZCkpypfWN4t+buxydsnXtg19fye V5P+Wp4YsTnh+J746FPMmvy/MkGSUWRcnBlFkyZNgk3Fcs4a2zrXRGidRN9777040a5E87xzg52S JUvqKklSG09TF2XVzmhiW3uEyPT3yjaEMoskU5whGuOcCJJxBJ7hoqSIzhRnkkQ4+PpB+AJ8McWy jzhTgMHViQ0XyQiCyV0O6Nz49Mcee8wwDLjE0bFOonMKZ/Jr+gqQTKaAGqXLsqGcZb1x/sCBhIcf jmvXzmJZ0+VYT7GvBvWjW4TGDqiTOKnmhVerXVxUJWVFiFhdWXzAo5L4oKL1WF1BrC4vVpezHu+X Fe/fbD/KijVVUtaFXtzU8/yu6Ynhn8afORQXG6PQvtLmOzMaw8LC9FFEG9cJlHSWcw9nNBruDG8R YSWw6SPOcGpYvFyOsDecuiyJNnDGaaXu1OgBucs1zRec6UPyKQaM/CIie77j/NRTT/G19a9BfTiU 2bKc+sfV2AZSUgbMEOGs8UO4rCHxbITOqlWrxuQRarzlvDAvOKOSQDpkyBDDzBg2bBjPG0TnCM50 u17Aib/MrH+DZRd1ZtrUhg3xffpYIPugy9Gt68ffWffCizVTllUXa6vCpv0IEWskyDbLqzWWLZDT WF5VRqy6Say6UawqLVbyKMUjZW215K+HJP2xKP50BFBfaTgzK0cfQrRr1KjBeTdYzj2cpdWNSWl8 DZJBcOck2inNOKqGoUhODUvYx/nOMOIa4OX7UF7lI84QDTLUTOq/gjIPFpKSRHtXZ9JnRrkI5jqJ Bp1lV3XmQ1Fw4NU/19km0UzZD/MoObNOaeYZGccmKmVclDC5SR7lOM58HAkOlV9mnpeKfRlE66J8 ITo68cUX49u3l6Js2dgEsd3i2DHNGsb1r39+eu2U5dXFmmpiLQ/JMiCHpImyZBlRTtPldJYB2cly SbGypFhxg1hxPX9TPqhy4dt7EyK+jD0XZUB9uVYj4TQZNiqySN86Wc5tnGGqfv36+jhEJpiJmSnO wGKMwBtvvBG1kgsaKANbbxjqzO6AAQP0j1ZtLhS+4wzRxLR1M4OfMGXKFF9wNq5myDQVdwbLBs6c Oy7FmYKsfgsNQnzYG0TvnURLnPlLhsiYNEeM1BDobKozcyu4CimWsbeJxhgUq12F8/nDhxMeeCC+ des4Hl50uWmjhJGhyXNqizU1xFoUWWcZac6oy7qNnc7yzW4sI82K5evF8uvE8hLWY8UNyRs7J/61 Mjb6jIL6cuHMYDOMKyqmXFnObZwxuRlIOgsMv8aNGyOyBtGGOjMqjJ9ARliy7KM6gzPL4DPU9ZFP m4INJNUvnHGWsZD14yCyMALRXtQZFTaohCAO5QVngMK0NrpL/1xPbfqKzCOugUG0wpkG5aD625ku LSu6lUZnE2eS2hxQ4oz00/8XL15U/BoNifP5PXviBwywWFY2tlOXmzeOHxF28b+1xdoa4kMPLKc6 y9nRZcVycbG8uFhWTCwrSuPiJ00T/vlAQn1ZcGaMGeFcakhw1i4XznDavXt3fSARoINxLzijue3a tdPfwmReAPQXZ0YUGkH1uAQEEwVnnDEvWeYvVxXXDUU2Nlx+gzJmg3rHmYuq/hMwjAlOOllW6gxN RqxAf7svbVJyrGGiE63jzFQmqtD141Axy8DIEZw5ZXr4i3gd/HrHOWnbNpzldF3WYl+qViSuZ8Pk WXXFmpriQx4eWNb95Qy6rMW+0m3sG5W/7K7LimVwXlZELC0slhVP3tQ7PvLny4Izs5j1U0abbAUz oC8Xzgg0hVvGPCzm5HrBmdCorqpID9EnxbLv6gzObAxvgjMUZiPWAKhY9gtnVNgoMUXlCft4Ume8 DKN6B3ZcWVY4U0pqXDH080gnqE1/3mgzNQY8FdE6zrSxyfXXk3qA8ezjjINMyEuZ2V9//bVk2SPO Fy4kbdkSf8stGXQ5Y04qtlXj84+Eig9q2SD7xrLlLFcQH1QQH4WIT6qJjTXF57XFprpicx3xRS3x aTWxvrL4qLz4APfZg43tZBmcl14r3iuEBZ60a3rsmUgn1Lm6kie1fPopQxQYct5xZkRxChAgJiJR d8FgIK2scs16Q6WbeQ3JRC7IvIu3MCT0LJVsA7LcEGgGv/6tCBAhizrRurFt6BoRLUI9vuOMsJL4 ZqGzZzxvzz//PMawqzTzpCHNcpcLgp7xoRyd0ghPOJN11X8vnBK7AH9XomGfzJGnpYSoxWWtFexY 6nCghp9GtJxyMlf2CR6SlPeEM3ku/TrJN6SXsokzWWZCbeQlJc4kARnegCw3w8aWu+e//Ta+Rw8v uhzfp9HFuXXFh76wbIey14aIjXXF963Fr93F3wPEgUEi4jZxeLA4PEgcGiAi+ouIPuJgL3Ggm9jX WfzZXuxtKXY2EF9XF+tuFisxs21/2RPLSwtZOL9XUCwtlLy+VdyRH2NionWocw9nhj1zi/SBROmR XJzEqc5EKphmxZQobDCVoaZB0Im1qkAVGHWWacMpBYREU8uUKaPeIhetoqoQEYRQxXUazda/L7/8 sv6tEBojY6VwRk+bNWumv3jMmDE6y5mq82uvvcZX0o/g2sb/5ee7Eu2KM8OemLZ+KLDyhDMZdv2V hPU4NV5wplhLf71s00vkmFjKDI9bbRyHDcucK5IR3ZLvYjY3/yuJNtSZXSM8SLIgmzjzo5SZDdSc vjSUrX+dOJ//7rv4bt086nKzJoljw1Lery0+8oHlj6qJr5qKPb3EweEicrQ4eqc4OlIcuV0cGWqx fEiy3M9muac42EOEdxUHuogDncT+9mJ/O7GvtdjXUvzeUHxfQ2woI1aWsPxlZWNLXVYsv1dALMnP I2Vl6cS9b+tE5x7OXCH1LCcXcK6WrjgDHYlL3EnnKJLP8F6yk1inimhQZXKfJxHhXYgXsVxYMNQZ nIm7GtP3MPxc1ZmhqC4UHJMhTR2CXzgbrrqnH8jzrIfpO850xT333KMfDUPIFWdwY1UW/ZXUcjDs 2VzVGaCM18v3MmsVABXIsmHTnPqHrLSrRiuBduJMaF0fIaVLlyabJomm5/VSLv37e2qz9A1nR5nZ HAp+veB8/vff43v1im/TJjWOrfnL1IpYBvZT9cVaJ8sylJ2WX15bRWwMFbu7i4N3iMh7ReQ9GsvD U1m2dPlWESFZhndY7pbGcgeb5TYWy/80F383EX83Fn+GiV9ri28wxa8TyzCwbRtbZzkV53xiSV7E Oun7STFnT0qNzj2cjYs8AsQQcuKMLmPQ6qaj6/kCJTw+ohwQDZIcXB8Jnt7C7FreAtGWKqdtPGPY 2wS7UGRFtFJnJmvoR65QoQLI+IUziqMfwUtbLm7mJNpVncEZ9dGPhiFE9zqJxiHVU9VcAKWl7Qln KKA4RD8yba60+D4Gy+zqOEOra/QMNx9CEWgnzrgYeioc41zFt7OAMyEv3cwmp6OzbKjzhYiIhMGD 023sjDWcse0bX3ilnvjIyXLGnNTnDcRvA0Tkf8Tx/4hjBstpupxqY+ssK12WLNu6/E8z8XdT8Xcj 8VcD8Vd98Wc98Wdt8XsN8W1Z8UExTOtUG9sCWUqzzfLivGLxNTwufDko9sxRiM4lnDGnuZ7ro4La Ickyf3Vj21n/yeBhDEAi0BnMIuLgzHRgw4LFC2PdG95CZll/C3qBuWvgDNbGpQbDlcHpxNl4GcYh l4JcwtlfdSZubPie+LxOnHFvuRKqE4FjAlaw7MSZ5yGCFbONUCHvRa8pVgExg2gdZ9pMWXK+lxgX 5RyuOPOJrBeqvhsN0txZU2d+OBkKKc1Aza8zWM6Ac3x8wn33ZbCxtZxUbMfGyW/YLKf6y245qQ11 xZ6+IvI+cXycODZWHBsjIu9O1eUjIywb+7C0sQfa/nI/cdD2l8O7Z7Sx21o29j8thMUyuqxYrmux /EdN8b9q4n9Vxa+VxNeEywiCpdrYYonO8tVi8VVi0dUXNnaJjTqYSziDDHKsnymcOyfOEGRkUfGd ibEAIKrN/1LmIcutMY8JQTOo+C8mUOhHxkEj/swnEhwjRMyMIQk7byTHjWntxJnD6oOcUBJeoRNn 8qf6B7FEvMEyuwDu3Kwotr35rs7+4gw+hlXMisROnLkA6j+B66SNsgvOGLd0vuGGyPeim9QCMV3C O85cDTgX+sfJNrkATzhTb6a/nuhK1nAmBKqkGZObVLJHnAllz5uXrsuajU1OKrZdk4vz6nrTZUq/ vusoDo8RJ8ZbLOeSLlssV7dY/j1E/F5R7C0vdt8k1he1XWaD5avFInDOIxYFJ29oFxMV4Uo0AX/X zcd7VGE0GvYzV04nzpiC+vUcMWVMArK+UbPBzCOKfKTjzMnSfTTa2IEqyi3JZYL/4MGDOTi7cksz tFP/5SCGvpM5cuJsLAlC3u3KwRl7G4NHZ4GFfJ04G3Ewrm+ecCamPXPmTMjVjynbnEpW4+QC4h1n XsDyhs63s0igJ5yJ9+uvJ1sts89+Gdt8KyXNWAicYyfLSp3Pf/VVfMeO6bUiWk4KG/viWzrLDl3e UE/8MVScmJDKsqXL2NhSl+8QR9102Ypj9xThabGvcNq9Ld95H9KMv6x0Ocy2sZUuw3IV8XvlVJb3 lhW/3SR+LS22FBcr8otUG1vqcirLYmEQjwvr20RHHXYS7coyT/qIM/kC/TTRJv3kxJn4if4ylvtD 6XSWaUseVRCMOZX6WyjM4NKh48zrpSOcSrL9j4Ezkm1YqtQOGTjDi641xMTwC64onI1oGFF3J84E HPTuAnlPOBMZg2hnHAMzRi7OYLDMLvwa2+OPP65/nGxjonjCGcXXX4+9kQWc8TtUBAx/3JVlifMF Ji8PHOiMfVm1Is2bXJjp1V/e3EwcHitOTPSsy3rsS8tJ6bGvqLdF4p8iYa+I3yGiN4ioueLoRCtj pfzlP2qZumyxXEb8eqP4taTYc734sahYnU8shuV0XZYsy7/nv7wt+myUQXQ2cSYRrJ8m2hDkxNnQ DkJSBsvsKpBlg3SJfmTCL4plGjrCetvAmfgSt8vRj6MXb8tQGCNQ9xdIxGAhXFE4kwLWfwI5OyfO RgSDgJsXnCEafxZ49cOy+gozIp0su+LMehH6e2WbtZg84WzkxEnro8vY276rM5cgNW2KazJyQ8G2 K9HJSUmJTz/tqsuwbMWxvcS+fugijiPKrrps5KTS/GWpy0ZO6sxikXxKJJ8WyWfFxWhxMVakJIiL CSLxLxE1X4TfKv6oY+tymo2tdFmyvKe4+KWo2F1YfJxP2dg6y3Y7OPH7STmLMxEV47TS7U6csaL1 l7GbKc5GaQpjLws4Q7ce7+U7sDSBoc6MKAJH6uvhVBJruqJwNqQQIXbizALa6ifQwEP3jjOnCcEl aCBjC0Q2uA67suyKMzNK9I+TbcpiPeFsjBOun/7ijEulvGZOECB7wvn8tm1xaVOl1FoEcv5y4j0N 3HJSdhz7w2piZ3dblKUu32/7y8S+POWkPOjyfjuOfXqhuHDCJvpMBqJTkkTKBZESJ+J+FIfHif/V sPxlQ5f3lBC/FBM/FxE/FxK7C4j1qHOwg2XL5CYyFv/nMp3obKozdqlxWhkkTpwNqeUGVZniTImI fmSCJ1nAGXKzgDMj54rC2ahYYzncTHEm1ZspzhDNFAZizsxlxnZl13ecyTTpZ0e2CV16wpmsmf56 f3GGXKZkSkubjyZjwjNsTnVOjo6OHz7cdZ5UXK+GKSs95KRg+ac+4sSkdF1OjX2lxbH1WpEMOSmj ViQtJ3X6HXHhmLhwXFw4mUGjL8aLlESLaJFMbZtI3CeOPCj2VrT8ZV2Xfy5ssfxTAfFTXrH7arHe A84Lg1JWlIo9slMRnU2cCTXrp4k23rQTZ6NwF9cpU5xZTlY/MvIBm4po3cDW24axzbCXAXN1KLkK txRoaWwzhkk0qxeQPiPhckXhzAJc6uvRoEbaibNhzLCsmS84gzDnC+eCBpvvOBu+sPx6VIF6whkS 9Z/A2gh+qTNzWKBY4ox/Z6PsjnPS0qWWy6zFsaUuUy6S/CbhL6Puy64VgeVdPW2WfdRlH2pFov4r zh8VFyI9EG1rtLgoRIrFdex34p/Olr9s6XJR8YutyxbL+SyWd+URO4PFJ7Yc23EwQ6kvbGirnOhs 4kzOQj9NtNFrJ85ApL8M/5SwhkE0cBGuJAMlfWcm/OpvoXyCzzJwxgek2I9MkSLawJlPMYoSZVGo jjNv15cQIbpLVVvu4YxuOmtIeMZTGQmROmpi9a5gJQQnziwypr+GUjofcZYgy7++40w6Uv842Wai pSecuQeH/nrmq/oeCuNkqQUKsLc5Xx5xPnXKWl0kY62IXB876SFcZoPltFoRElJW4CvNX86RnFTU PHH+kDh/xCYamUajo0Qyhvc5cTFGKI1OsTUamb4YJyKnij2lRLouS5aDxS77AdFrPBC9KE/i7hlS oLOJMwFqvTySU8ZwdeIMicY8XMQXBnWiia7gxyHcRKugiQSxcWREirdIomlALoOKBBZjgzut8Bb5 pE40Exb0RBUvpvxbssxfqc78dTqeuYcz6XK/cIZcI8xFitmJM4zrvJC/y1WcDVdIfjROgSecubzo X4+aWN/zzug4OUopzRjt3GvZE85J8+e7rivCnEfLzJYTHo05j182E5Hj01n2pVZEzq1wrxVJy0md elMkhYvzEeL8YVumIVp3pSE6zra6zwuLaDSaPxfFuU/Eb2XTbWx0WbIs/24PFivciU5ZXjI28heI zibOEGTMEQA6J85gSymXfkIhC6JZ6wNF4EJN0lmFoPkvMphgawxj6GZ1X2boMGawvggQqVpusqiE f504v/3223oZCaWGBHycOOOY698NNPzFmfXEmEKCR+Caz+XgVFTyAjaMRr9wJgRt9DBxXSfOpJL1 n0Am3TvOLCzAZdDY+HoU8Dg12shScdaou9Y/jjZWDeFrTzgj3PrrybX5jjOBL8kyf4m9K5Zp6L5z MtLct6+KfVk5KXnfiqaNL7zEVCm3+csf1xYR96aznLkup82TyhDHtvzlk783+/b7uvM3hkxfc/PE laW/+vVJkbRfJB1wEI1GE+7WNfo82mzhLLe4XeL3Oqk2ts6ybH8bLJa4E33+y8GeafY170xQwvDa mJoEvJJovcgTAI2oFOcXQilDMuxh7GqmHWFyY2IpxtVgQG15izGPo2LFihzfibOxGgbJa2xaJ85G SRVFDlh0BtHOkjCe4WX6xsBzfmH5zeklOevZlWUvxjbs6FYKpa0Q58SZ+d1cBlUvceGiQyTRrlMw jLpW+UauRSCTKc6UBOgXSfleplrzia44I68EvdV3o8HFx3ec1YQLroSojyeck1ascGG5ceP4QWFi rRvL1H3tvS2dZUOXZezLqOGUupzGcvL+Tv/7qemMdZWbv1Gk8LNXXTM9OGhqkHzM+uY+kfi3SPrH hvpgquF9XrrSegJL1+g0orkIQLSTZfnM5+5hsZQlBeIOfJ5NdWZ6ixF35WZwnFYnzqDN6XASrZ9l 2qgY7q10nxFoiseozDReY+yyEApnHJYNnMHHWFmUiLpiWTe2iZrqx+QnMCyvEJypnNS/GxlbJ8s8 g9FCcY56JVpJvMILzkg8r1GvVw1SV2ixQbSuzgQ/jUXh5HsxnOg0NswJYyOcol+xuRRT3OUjzlzo KEeX6szka53lDOqclBQ3eLDL2n1NGyXPruO+rsiWNuL4A3atSFZyUtu2N+r/bkkoVgjrjVnfjLXK SMgyG0SnBsd0omWsO6NGJ/xulXC7Eo0TvdpdoC981v3c2ShXon2sCgNn6NN1gZPLXDlXnCGaM+K8 e4scD1zwmYtBUZlkWf3FhPO0PCZvwT5Eym2UTZzRNd1x5lNQYVecwcEYorBwheBseKmEvFxxhlyM CtmT8q+q83RVZ6xWoyRevguBJvrhCWfmYTVp0kT/FNnG6yHV5Qlno8IT3wEDw0ecSRoqS5u3eMKZ XLMLy40axQ+pby8T5FgjaF1NcQgz267HPibnSbnlpA651Ioc+K3NwIWlr9a0WAdZtmd9c69VEpb4 PxtqZHqfw5VWwTGKTOKsCpMU6UenaXT8L2JPaXeit3kwuRddFXvgi2zijPlqrAfFGYdciNaNbdUm VEV8kkw0XCOspCBpsEtYGyAVxaqBRmPWEh9johPWMq9nI2LGzGiuJASyFMs09DgYK+foAw8zFevd FWfINYokKZPmQ3WiL4uxjfWuhxC5fFEG44ozT1LYqf9eeglmwdwVZ0LZrEWgv161MYcwxSFXQY06 c6h33nnH0y1BZbW2K84wiIeuDk6DEydZ5i92OJdrBaz+MtqMbGVpMzwYUZ5wTnjiCe4N51zr/sJM pFmynHH+8i4qRmDZP12+eKDriq/qlXspv5Nf45lZ39wjEn4VCb9lJPqASNKDY5JoWTaWZnWn+9Ep 4vRKsTuvO9Ee8lbnNw3IJs4ItBHmAhxmOnjCGa5lQBv05GCjwTOKX6MBzmqDLznGDIoV0QpnjDRW +daHB4XZvN0VZ46GJOn+IPY2KF12nJnbpf8EPBGMak84E7Q3zCSyw15whiaji/TPIthFLS6z2whb UVaK8+spysd/YQhJlp3GNpa28a1woHzEGbuLmICEHYeI+VOuOCdHRsZ17Zoe+0q7/3Jc9/ppLKfl pORa95/WE0fG+jNPyqoVifun88T3K+SZluodG/wau7O+vkvE/ywSfrGh/l0k/mEZ3om40hCtu9In xAWVwHLT6MMPu+NMlPs9F5M7ZWnhmMM/Oon23dgGZ06ZPvuYUUEmAgaVIhsNibPx16BY7SqW9Ybi 12gonIlpG6OI2ynqLNOGYrUxwIw72BJGu7w4g4Ze30KvYsOQhvaEMypsLEZKxRcH8aTOCDRZe083 vtfR9tLGeCBNz6eoTXec6VUjpo2lTTGAjzjzS1VhJwVsBsvsysj2+fXrU3XZDmWre6knPVbHXh87 oy6zPvZPPTPq8l1pawTpcysy1Iok7Oty68LSeaalB7sMfo3dWV+PFvG7RfxPApvZkmmdaCLeimg9 JW1b3VbNmPSj7ewV2er/hbkTvd4FZypMEn98PJs4g4YRdCIYiyVsUKx2DZDlruLXaOgUq7ZBsdqV OCPNoaGh+iCkEpvaJy84w7UxT4SpWAwhRfSlN7aNeDtXJyJIXnBGiKnW0C9i6CmXNS84QzSTNfS5 q3qnZdqm4g4LXIEsGzrOjAFjRhtmvGKZhndjm0CKssMJbHrCOf7BB533Uo9uWf/iQszsjLoMyx/X FEfH+DV/OfafzoMX3xg81Sddhuvgp6565Yu7L8bsEHE7bah/FvF7LFfaglrGx+wcVqrhTbgbjSY4 JotMHBp9bqPYdZUL0d+7C/TF9yudO3PSINovdUagMVYNgca9BQGFsN7IbZxnzJhhDEU0AmC944x1 beS/iDuRh5JEX2KcsTP1SDU/h6Q2YHrHGTr0CjfehYtBWt9JtCwDk385d/riP0bXedol7oF0Giyz q3CGVsNaQMohNAs480HcQs4d54SE2A4dJM5Kl8+FhcUNqpd264q09b7kPWh+6JS2rghzK2xdPsLa fcPF4WFpa/dJXe5rrcMZ3gN/efKaigWfs/JQnoiG36sfKV30rn6lbp1WrtuSip3W1++2pW3/Xf3u 3PXo07veX7P7SPhPF+OQ6d8sohMwvP+2qrWpM8lAtLS6ZWTM1mgKS6wKkxTxd3cXnIl7f+Qu0LEH NmcTZ2AxQta4oti3SK0OsmznKs4MGGNlUUwFIwgmuVaWtmwArFEqiWwxdejS4wyzRmULOsuCZjzP 5snYRp3ZqNbWgwDASGEP2BpE6zjTZmUYZivrCW5PFPM83UKokH52sqzjbNyXhzdi/+gse1dnVsRC 3KU640Gzvp8rzud//NHJ8rn69c8/UUu7n1TaPWjINe+/3bHel25jG/Okur6/JbTky3mLzLi6wLN5 XKPZ+SZVLT3gmUrtvwhps009arbfXq/jrnodd8tHi167H39u9z9/4E1jeCPTMuIN0dKVlpVjbhot I2MUdf9U0IXore45aCZOZhNnAl/0vJHKJH9B0vBS4sygxSowhiKROqc0Q7SBM7sItOFLEh+WJvel VGdsZsPUgTUpzZniDCPGLbo4C6zX7R1niCZ8zbWLvLPrukOyS7GueQE5a7Dl9V5wBkBD8Ul/EKzz HWcuTWr1XbJgTpZ5Bt+Ze6zHpMW+ohs0QJdh+VxY6MWFuMyaLsv7VnweZq/DmTEn5blW5NDeNg3f KlLq5bwlXrymyIyrCjxnEa00Os8TBa8fdn/Fjhsqt/vSeNTtvK1xt13aY3fjbrvb9Ns9d8FPcacx vKVMY3iTw1KuNFM2mIElU9KUjcWmZ6+YgfX3LS44I9DLXAQ6+cOwc2dO6UT7a2yDMw6ske5hDBCM xWk1iM4ldSZlZgRe+AKYrPr6YLq97cSZZ6gdNdSNdbcwIC8ZziwGbhTbUGlG8bmtzJmrMxRAJQjr 1zTOAhl/nWhDneUuWQMIJXiOccu6vkzdAl6imsxPx+dlDjUuAF2hqko84Qx9Rswcjx6xNlj2rs6E stUsKpwId5yTk+Puu0+3sS2WQ0NjOtcVqw2W7bXud3Xxa/7ylI8qVZiVv8zMfAh0iRevtohO0+hr Hr75pr4zK3X41PUR1u2b1n12pj12te6T9ui7e9yju08e2SPi7fhYAkSrcDcarfvRGSNjZz5wx9kt IJaytGjM0Z+ziTNEc64Nj49BJcv/dKJzA2dwI6FpiBpg6usV6Cy7qjM4M7CdlRJMMQYkJ9F6hSdt xD2bRZ4sbWck8flF1N1hYPuOM9gak7DkWYAyRbQnnFWuWW8ofo2GK85cDZgpqV9MaGNdgKRfOFNb 6D0OBuDJZ87E9O4d3bBhui6Hhp6tVy/+Dm776Lj/8ppKYv9QbX3stDV1Pax1/+vPzerPLRzyegFJ dKmXr1FEF3ik/M0951fo/KGnR6NemzsN3GE/dnYaKB+7Og3c1WmQ9bhrIt408TFpeONK67Wghkan RcaYh7XnZheitwSLRS4CHfe/pdnHGaK5ohrSwNkkIMNAVUTnOM6MUnTZUFV2WUASz9egWO26qjOv Z9gb3jeHQqFAwCA6Z3FGj4w799F1lL3x6xTLNLz7zpb/vG8fM01Y6sdgiiIcSjQl0bmEMxe0li1b Gp9Luo2z72TZuzoT7pA4U0DCyHFV5wvh4dHNmqWzXL/+WRvnpMdraPdSl7dTryjW1xKHWbhPrhGE v2zHvlLXutfnVlhr3V880PHJjyvWeatQjTcKhryev8KsfGVm5i1pE11sevGyA16qcMvK8p4fzfp/ 1nPYjz2H7eh5O4+daY9dPW+Xj90PPrU7/vQvqRpthbt1jYZo5UcrjU4SB+9ywZkE9FIXnBO/m5Aj OIOqUcUtTy5VlCQoJdE5izNDlwiqwTIfyl1dkBhSV4pfo+EJZ4gmv2MUiHJ86i2RGJ1oA2eECb+V klTnRj2G9ykYFEfpaxzJTuMySIWGzrKPOEM0OGBjG2QR96ZIAKJzA2e8KsNt59O5trNeOmabXzhT D6YKSPCg4+LiXHGmtjOdZUC2WT5bv27y7Gou91/+unEay2m6nGFdEXnfitS17o/93qrNu8XC3r62 7lyILlAFol+ziC71Ur6yd95XsceS8t0X8yjn4dF64CcD7txuP34ccCePHQNGycfOAaN47Bowavfb C3dfjJUaLcPdukaryRpkr2SsO0GcXmUtZeAs5HYr4U7+uGmO4IxAQyuj17B7ObMETomy4uHmFM5w R3G1c9DyWYTZwVymoQ2K1a4XnDkyNZPOnwBfJH+hWEJt4KzvSnidf8mJGxvXHKq/nCYNoSRKHA2W fccZoolZGZE9eoZnWFgVO9lJtG5g623Dxla7urFNtsvpZxED505hsOwvzsRhEHSpzqiAa1gbwBNX rkyNfaXp8tm6dc81qX1xEZY2opymy/KerTs72PeTknHsIfa94chJoct2Tkpfh3N/hw+31Wn5TpEm 8wuHzStU962CNeZAdL4Kr+Ut93hYpb5zK/b+b4Xe88v3ml+2Z/qjXI/5oZ3m39J8/qCGb49o9M6d zReP7Lz69qGbh977/dB7tw8dw+PHoWN22I+dQ8fsuuP+XX/tpdQkLYFlarT0o7XsFXVlv1zngrPb 0kMXl5fMKZwhmtFOCZNTMRlOFJyQgOB8GVAb1SNqV5WO6A04RQqJvBkayvHZpKhJlrOmzuAMicwS 0qsy5MEJ/I4fP54hzW/U+TXaTpDlMzrLXNkYtFinzk+BZdwWJ8t+4YwKE9M2kun8CtJeTC5jlR6D aB1hva34NRoSZwxsgmbOWhTSHFymyHpnAWesIGJ3EmcaiLWrOse//rqMfaXqct26Z+rUOde2VhrI 9r3UJcurWWGvZ/q94TzrsrDX7nvs43Jt3y3ackHhJvOvDZtXsO5bBWq8kb/KrAKV73i4cv83KvV7 o0K/N8r3faNcnzll+8wp03tO5e5v9Gw2d3S9eXcZj9B5ozqtHDVm66jxP9iP7aPG/zhq/I5R43eO emDnq2/sSmGCM0SnRsacfrSyuu0p0r/Xc8F5k1u6atFV0Sf2KaKzENmGYn2DI8p9nQOV4cSTxEbI YaGPCmrFr9HQKabNYTHqcIr1OXcSNPmXQBapJcVylnGWRLMugWutMpMRyPAyUA2K1W6mOOOhszyp 66/gfppc8YA9mzhbXvS+fRBthAJkR1GvRSErnamg1hHW2wbFahdHgHkuzqUMOD7zOJhIhYEtWfZX nbnKIcoSZ9qecI576ilwViyfrVPnTO3aMb1qpOFcUSiW11QUf/fL6C9zPykXXWYtgug/WwxbVbLj oqJt3y3S8p1rm8wvBNF13spf/blqVQbNDBn0aqWBMyveOrPCgJnlBsws2/+VkF6vDmr0lgmy4jp0 3ui2i8eM3zL2oe/HPvSD/dg+9qEfx07e8cCUnRH7dtiVY75p9P4hLji7Zp8X5Yk9+E0O4gzaSDD3 bXcVUM44mISGhlLKSCIJpTMoVrsSZ17ApB4WIGKJElcEOCBXCdxbBpvOcnZwhmjwZDkgY/1AiQOm OBXIrIICmFCjQJYNTzijVjiDzA5zmsHysHXr1mUCCyznFM5oNA6C62QoPpGkGHYUXwnfREdYbyt+ ZYMTgQPOBEycfVcDjKsHwQedZX9xxk1gkzij/p5wjh07VrGMLsPymVq14oZVFx9k1OXV5cTaSiJ8 oMv9lzPa2PKerX/vadhv+XVd3yvWcVGRtu8WbvlOoSbzC4bNK1Drwf7Vhs6oOmRGyOAZlW57vuJt z5cf9Hy5gc/3aT7HI8tAXX/uqLC37um5fMJj2yZM+W7ClO8nTPlhwpTtEx7/ccLjOz799EcRRzmo J43OmL068rgLzkTDXJYEDI77c1XO4kzgCypxb43ZxHLcqr9YZcy9ZYTDPrVPXJYJ47CxMBQpVO7u TQaKOK3TaFRHoMH/snQYEBksZxNniGYDB6N4Uv9oYgJ4ECgdc4UgkaGrs4zCknPhR3FZoOqM2LUr AhyQyxEZMeYCS5ZzEGeIBgpWRPH00Vya4J2vR3aYxLecIaWIxqjGtSE2NXv2bCwKIuRGvZDeG0Qg OXFKlFXDr1CYYhmiWWvUE84xQ4eSlsJfViyfqVkzfnTVNFGuILCxYfn9suLDyuLQbSLD/OUMsS9p Y8v7L2/7sU6/5SV6LS3WdUnRjosKt3332pbvFGw879raY8bVGD692vBpVW6fFjJsWqWhUysMmRra +zkvLI8OnTs6bO7oBm+NbjL3wQc+e3TaNvvx3aPTv390+g+PTt/+9rvbL0b/YC27bRGtZ6/cKkxO vOWC845gsdgluB3/2/wcx1mGshmi+LmuVqs+EmSboYKgs/F6T8NPfxdDkUQnhRZOkOUzKvZlNLyH wiTI6i+qih55v6TwTXAhkXKic2TbKaWAEQqVMWszrZ8k3UyKHJVXLOcszhANWS+88IL3Sysdy1fl C/O1+fIswU2UHrUlYsBP8346eBcrMHPtUgjrjSzjzODxhHN0nz4ZWK5V63TNmgn3VUnD2WZZ4vxx iB37Mmo4jfsvt5b3X/5kW/WBK0v0W1as59KiXZcU7rjo2rYLCjV/s1TdeybWunNKjTumVBv5WJUR j1Ue8WjF2x/t1u4VjziHzrsLlsPeGt3wzVGN3pgwbNXU57dOff7bqc9vm/r8d1NnfD91xg+vzN6e ePo7EQvRaLQdGfNSYRK10gVn1idxy1Ul/PxKLuEM1NjMSK1R161TmbU2YifXxsSwZ3Ml2qBY7fqF swx8IdNMhQDbrH1b13fhZnLHeTwOHWTZzhHfGZD1DVcU6zrTy4vrV/X0JB3CPXGwQNBxHWG9nWWc 8QI84Xyuc2ddl2H5dI0aiRMri9WaLiPN798s1ldNvWeryz1o0ta6T703XNPVW0KGvl9i4Iri/ZYV 7fle4a5Lru24sFCrOWVDx0ysc/eDte9+sMboSdVGTao6alLIyEm3NZ3ljjMs1597l83y6EZvjG48 Z1zvhTNe/nrGK9/MeGXrjJnfzpi5bcbM71549fu4E1tF7DabaKdGZ8xenV3njrPbCp+JO6flHs5S piEIi5RFhBBfT2PDl+dRcGbNE4xCziTI8m+u4gzRbISmiTm3adPGu1L78isQSmLCmMFOkHMPZ9Am 9kXJCt6Npxo2X768fA3XIgpdqPSAVhno1hHW27mCc8eO0l/GZZYsn65ePcHCWdNlWOaxtoL4tqH4 toHYWl9sDRVb64ktdazHjs5iZw+xi0d366Y2u632qs8ajFxeduiymwe+d1O/JTf2XFSq68KS7V6v 2WDsg6FjJ9UdM6n2vRNr3DOh+t0Tqt85cWiT2a44jw596876b9wR9vqIBrOGN5w5rPHLAzs93+Xx R7o8yeNR+/FYlyd5THlgze2T1w+ZvH7o5PW3T94wfPKGEZM3jPzmr4VpEyq1ChNXnH8Mjp5U4uzI kjzOjEh/nLy3U+T48cbj+Asv6FFu5kK6bnpMW7Ulws6/6CPDiYV5MzX8nOMKi467kTJ+KI7SQb5k OCuoSaDgLxsrDDi/sPMZrkWst0NMgBJolbdyJTo31FkqtYxmE6Cg5geTyV97A6sbU/y+++7DoVYg Xx6ca9XCX1YsR1WrlvBApVR/WeoyLK8qI1bdJFbdKFaVFit5cFd0HiWtv190EV8PEF8PFN/cJrYM EVuHia3D163vcNeyaiOXVh26pMqgxSH9FlXqtbBS5zfqNx4/scG4ifXHTax334Ta/3mg5tjx1e8d P7j5a244z72j/uvDw14d1uDFwQ2fG9h4Wv8mTzTvcVvwU74ugDD720fSsleyZsyeqeFWuZ3yffDh 8kEHgnx6sBpmjuOsklNY4FRKTJs2jRtEEmDB5TSqKRBxkCcMhS1Hzoj0DTTxLifIlxhnCTVBbKJe VE6SlOEiw08gx4Rq6z4mAS4cT5wCEKa6BgeZyLCiWDUuC84qRcXKYNSWsNg+MT1WZeGayddWFyJg R4VJSBGx5ExxvjhrRLklv8ZfXZH1dpbVmbSjR2O7Rw9dl2E5qmrV+DEKZ1uX35cs2zjrLK+4Qawo KT5rL77sI77qL76+VXwzSGwZDNSbP+00Znm10cuqjnyvytAlIYMWV+63sFL3ebVbPDimyYRxjR64 L2z8f+rdP7bO/WNqjru3R9dnnTiPCn1zZNis28NeHtJwxqBGzwxo/FTfJlNqDG1tLFriZXfJjmdc KkxOLXQa2+B8qKRPLIP8oRYtcg9nxTUNAKF4AMFiIi3aTSqEBiFW7qDBmJfpKvX3ysFZz09hMLBy DtMAiW/jSHLvBmK8KCDmNL8CYGFf8Ws0Li/OkmtC2bCJF49/Tf+TvcIKojyAXwG//ArigXrSygBZ 7uoI621/cWZWl0xU8X084jxggK7LsBxVpUrsiIpWKFva2Om6fGMGXbZYvt56bGghNvcUX/YWX/UT X0mZHvTT513Hrag+Zlm10UvTie67oFqbx0e0mHxP04fuafTg3Q0m3RU6cXSdCaOa3jnewJlo9h31 54wImzm0wYu3NXr21kbT+jV+vGeLSUUnlvTCr/FfX/0x1yV7dfxlF5y3BYcX8BXnwx07XhqcVaLZ aCiE9caVibOOtp6r0tsGxWr3CsFZJaf0ho6w3s5VnNUKn6zN6wnn6BEjiH3hL0tdhuVTISExA8E5 U12WOF8nPm4gNnVPJfrLvlKmD23qOXlljXErqo1ZVnX00ioj3wtBowcurtz5uT6tHx3V8tE7mz1y R+PJIxtMHhn60PC6D97et/MzOtGWNNeffXuDl2xpftqS5qaP1R3YKWiqr5Z23unXhB/90Ip1WwuO aRUmhx5w4py8KdhHS5uXHenXL4Az6SppXRt/dX6Nto6w3lb8Go0AzmixMu/1qjCMNE84x0yaZLB8 qnLlc51tnDPV5eXXieUlrKU+cZ83dU2DGsO7b/yXfZ55v/bEFdXGLVdEY3VX7jOnRYcnb2/7xLBW jw9rPmVokylDGj46uP4jtzWYMGxwmxcl0aPrEQFDml8b1vDFwY2k1/x4i+63XTMln6G/XnZrvF4+ 5vQml+zVPz2dOCcu8gNnVsQL4BzAWRdl1c49dcbtYr0jaWzT8IRz3PPP67oMy6cqVTrdqKJY6SH2 pWxsyTI4k5X+rIP4vLP44haxqZvY3ENs7iW+7Lvow0aTV1S3ia6qNHrIwuq3PHNrp2mD2k8d2Hrq rS2evLXpk/0bPd4/bErfBg8O6td16qiwN0fVx2uePbzBK0MbPX9b46f7NX+s8a29CzxZ0Au8zv8a 8f4tImaLlr1Co6kw+UXsrerEOWaaHzgfmzYtU5wJlhJLwSjyccO79H2jhDKbG6Eq3zdqmHNkQ1P8 2tAjHzemTvi1WQV22dsIBfi+4WX7vlH8g3susdXVGWeK3pPPE4VwrrAtZ2TEL14s/WVsbIvlypVP Vqp0qlaFi/PBmTi2B39Zsby8uADwT1tbRH8B0ch0N1ume+3Y0HbKyuqTV1SbuKLquOUQXWX00pAR S0L6v96667P9Oj/Tt8Mzfdo+3bvl9F7NpvZs/FSPsCe713uie7P/DO1y6/g+nR/v03ly196jm47s WuGxikVmFCjw7DVXP53Hia3rM3mm5Vm18ykR/bWIIR+tVZic2yB+LurE+fRwP3A+sWCBd5wxMomW qDMSaAR6IMs9oIxt5Fit+4cTHRsb6zqjKmnrVukvS12G5ZMVK56sXOH8i+CcMSfl1GVYXlZMLCsq Pg4TG9uIje3FZx1tqC2ZPvdF1+ferzFlZTWD6OGLqvd5pUv3GT26zOjW8flu7Z7r2urZrs2f6dLk 6c4NpnWqN7Vj7ac61HiifZXnalSYVbzMq0VLvnJtiZcKFn4hv020+w2tDKhLvVj8zMm1InqTiP7K JjqtwiTyeSfL3Mk9MszXOBi+c9TWrd5xxi7K8ukLvDHQA6oHEAWFMw0MCvlfFO0QBXXF+cL+/VE1 aypdtliuUOFk+fIJk8o44th27EvXZYtlG2dmRn/aUmxsLTa2tQ3vTsh0yqauH33U6KmV1Wyiq05c jkZXGbPU0uhh80P7vNK5x8udur7UqdOLHdu/2LH1Cx1aPN+uyXNtGzzbJvTp1rWnt6r+YtWQOSUq zC5W5tUiqUTPyOejRo9f11uwtva5z0X0ZhGjNPp7sa+3E2fiYBE+Z6kOXHXVmSNHvONMHkGdkUAj 0ANZ6wG0mKyWjjMzL9ShyAC64sxaYafbtcNfTtVlm+UT5cpF9wXntFoRL7qMNC8rYqWr1jeziMbq tohuLz7viDd9fGP7F9+vMXVV1Skrqj68osrE5VVsokMgesjbDfq91rb3q227zWzTZWbrDq+0avty yxYvtmj6QvOGM5qFPte09swqNd68vsqc62yii5ayNbqIrdHXeLW6r3uh8D/h88TZ9eLcp6lES6sb sf65uBPnhLnBB4J9VeeD1aqdPX3aO87KxyFNSchIf3GgHegBH3uA5YMwsHWciSSoeVXMwnDF+WJy 8tk77sjAcvnyJ8qWjWp4s1hm131ZLKflpAh8WQ9pY9u6DMtLC4ulRcSHtcSGZlYO+tNWluH9WTsp 0xs/avDMqqpTV1pET5ZELwsZszRk9HsQXX/A6817v968x+xmt8xq2vG1Jm1fbdzylUZNX27Y8KWw 0NdC6sy9AaLTNfrlQljdRaRGT/foR0/ZMCDlzBpBMadF9EYR/UWqRh+d6mSZZ06P8JVlK0s1aJBx OowKT+o5qTGQV1Em1iUmJupnJNAO9ECWe4Dye+pw5NACbZbUdhLNk7Fz5igb+4TN8ombbz5+883J b5RKA/l6YdrYiLKtyxbLPK61LPNPGon1TTJC3T52Y7u5q2umEV1l8vKQictDxllEVx79XuXbF9S8 dW6Dvm827PlGg65zwjq9Xr/d7NBWr9Vr9mqdRq9XCptfus68krZGp1rdukZf/bSLH11j9k0xxxeL M6vFmbXi7Efi7CepVjdcu65DsiP4UGk/cD4+a5Z3nCn5UJFJapizfO4Cbwz0gNEDiDUxbaUUrsuF gXPi9u0WzoDMo1w5pBmWj5cpEz9O4Wznl9112WYZnN+7VnxUS3zS0CJ6fdM0mcbwbvfXJ81eWlX1 mVVVnlpZZcoKk+gRi6rc9t9a/d+u23tune5z63R+q3aHN2u2nlOj+VsVG79zoyLa0uhZth+dUaPV CvxEw659Nv/nPz8iTi+3lvijNtsiep04Z2v0sZdd7wybMN+PmHZ4gQKntmzxjjNzBJSDQ37HOCOB 3UAPZKcHyGaq0cU4dFXn5ISEk3XqpOpyGsvHb7rpdNvSYrkPury0kHiPR0FrRsa6UPFxw1SZxpvG 9rbjY1s/CnthZZVnVkJ0yJQVIYZGj1xSaeiikFsXVO3z36o95lfr8naVDvNCWs8r3+LdMibRWmRM +tEqexU8Nfi1zUNSTi0SUe+J08tsoqVGY3V/In4PdbG0dwaf7OqHNEeEhJyJjPSOMyXKqsOZt56d cxd4b6AHjB6gjEGNLopOXXFGoM+OHo0oSxsbXYblYzfeeKJS6eQ54Kz7yw4bW7H8XgGL6A9CbKLD bKgb2zLdnBDZhU9bb1xbb8bKys+sDHlqRRrRy9KtbovoxZUGLqrY792KPRdUvOWd8h3eKdd20c0Z iH5L+dGp2asiM/IXeC4vVvdV0/Lcv6b9hRPzxKkFIgqil9gavTLV6j7CLZ5d1uO9sDb4YBE/cD46 cqTBMruG70zBgOxwohZULRqnI7Ab6IHs9ACFr8qVo5TIE87xq1crG1uyfKx06WOlSsXeJXF2xr6k jZ2myxbLBcSS/KkxsY/qinX1rVpu6U3bQe/kDS03rq3zgiTaTaNHKKIXVuj5bvlb3i3XcUlZk2g7 MlZe0+jCM/IXfC7v5HUdEyNni5PzxMn/ilPv2kSj0bbVze6vZV2kmSDYcD9YJg52cs0a7zhTukP4 S+IM14S1s3PuAu8N9IDRA7hyqtQTP5pAq0E00sx24ejRk2FhSpcly5ElS56sfYNYmlYrYsS+dF1e YrO8JJ9YktdKb31YU3xUW6yrJz4GamzvVJlO/rTltx/Wf3lliKXRTqKXVs5IdIWuSyG6XJt0jS4l I2P40TbRlkaXfbXYa5v7XDg2U5x4XZx4U5ycK07O1zR6qfiroyvLyRuCDxb2A+eDZcsaGWeJtq7O zKpTs9hI+huJBuPUBHYDPeBvDzCiVBqUkYZ8uOIM0WfHjtV1GZYjb7iBR+LjCmeZk/Kgy5LlxXkF j9WsE1hTfKiIDrNk+pPU+NifHzd+8/1qGaxuO9Z9rx3rVkT3RaOXl++6zNJojejSZK+qp2l08/nl N+8aLY69JI7PFMdniRNzbKLRaIi2NTpirNh1tQvOO4OjbvODZaT56N13O6XZMLaZjCylmbodJsP6 e7ICrw/0QKY9QDEJo0sOM9Yx8IRz4rff4i8rXbZYvv56HqealxBLMuakdF2WNnY6y9eIxVdbGr26 olhbw0pGf1THlmnpTZPGwpVuFbeh1ca1oS9a+WjLj344Y/Yq1Y9eXLHfygq9lleA6E5LUv3oJnas u+68ko3nl3lmY/uz4VNE5LPi2Ayb6FdsopVG/1ccfkz8VMiF5V3BiQv9mOAMy1ZM+6uvMsVZ5RHI D5KAzvTUBF4Q6AF/e4BxRXmSxJnKMYRYJ9oyteWWmHiybVtwVroMy0evuy6yZImkaUXt5LIXXc5n ifJim2VwXnSV5Uez3v7aarbhDdFEvKVGQ7QsNWkbuaHlxx+GPmtVmFix7gkZNXrIkkoDV1Xst8LW aMvqtjS65btlOiwqP/3TVvv+/E/KkScElSFHnxaRz4ljL5gazX/9cr0ry6w9ElnfP2k+1LKlUQym 0FbGNoEv2cn8DaSo/B2lgdf73gPK3maksXSkO87UkyxcGFmqlNJlWD5aosTR4sVPNSomlnhh2Taw dZYX5RGLWLkajS5vEY1MZ9BorG5Lo2U5aNzGDjs/br7wg3rPraoxSaswGfFepaGrbaJXVui9vMKw 1VWf2NDok+29Yw7cLw5PFkceFUemiKNPakRLjbat7iOPud+LipvN7Qw+MybI96pOpNkKgi1bpvg1 GgpnrGuFMxaR72cn8MpAD/jVAyzMq0Ya83A94XyBeRphYRLnVJZLlDhSvPiREsXiH7RxlvllFce2 bGyHLlss50m9qQREv8/tMxwanVpnoqZsdE754pbYz7sc+qzTrg3tvvik1dp1LZava/H+ttYff99h 264e/+wddOafO1JwhCPuF4cmiEOT0oh+PJXoSE2jI8Z50mXEOnFB8MGC/klzRM2aZz2XXkuc6Tk1 fw2Tm/nsfp2gwIsDPeB7DzA1Q7l1ZFL0m8Ommdqp/8bMnCltbKnLFsvFih0pWvRYlcIX59m1IhlY 9qDL+g1iMLxX3uim0elWtz1lQ65+IBcpYj2TAclbBwnuJ3VgmAgfKcLvtG7NfPBekUr0AzbRD2XU 6OmWH71/sPgpv6uNzZMXNgQfruAfywfy5DkxaxarbRuirHYlzixDoS6Y1NOy0K7vZyfwykAP+NsD ej0JY08JtIHzhZMnj9erZ7Esddlm+XCRIocLFz7Xr5AgIZUe+/KqyzrRC4OtWpQ1IaYf7dBo8YVc ochazCR5ywCx/zab6NttokeJg3fbRP/HXaMPPyz+10TsvsYTyynbgo818ZPloKCI6tXPHjuWKc6q eoSoI+U6/p6dwOsDPeBXD7AKqIpvM+VH1W8bOLMb8/bbWNpKlyXLh6+99nDxQolPavllI/Yl/eUM FGe86xNmuWV4a360lb3ypNG9kr/uK/bdKvbrGg3RUqMl0VKj8aMfscD/5QZPIPN8ynfBp/r4zbIl zQsWyBthKDk2Gqgzy4+ovl2/fj3Gj1+nJvDiQA9koQcwAqVBSAKapRSlQDtxTo6JOdG+vWVjI8q2 LsPyoUKFDhUsGFmpwMU37VoRf1lOxZxbQRWx7k2ZmpK2s1fWJCw7MvYp0yqZKM3SByxm0j35q15i H0Sj0RA9OKPVfY9tdY8Th8Zbz++t5p5cJvBlPwhln4Rlnyc1y/AXf601eI8fzxRnvTCe0EQWTk3g LYEe8LcH9AQ0xqFcPcyJM8/Eb9585IYbDJbBOYL0a+t8Ke9mzEnpsS8v6qz+i9dTYAbUVtlYhgqT tMVM8KO7Jn/VQ/zTW+zrp2m0srrR6Lut//2tius8KV2msbFP9c4Kywfy54/askWy7MXYZmVaNamc G5owKdXf8xJ4faAHstADpKi4mYKK2GAiItCuOCefPx81fjz+stLlQwUKwHJE/vwR+fOdG5hXLLra KhchzJWpja0oNhvBVlScWdLEvSnwtqxuXaM7J2/uKv6BaDQaoqVGDxH7B4q/u4nf69sr+LnMqtBB pp38WfCx5lliOTj42OTJimUvOOvSTFVYoLAzCyMz8Jas9YA+fY/J9XjQ7jgnJ58/cSKyXj1pY0td tljOly8ib96IgtfE3a9YTstJmbRmdJy9/a/NNWuOsaz3mqqC6Rv41BtaJH/eRvzVTvzVRvzRQvyv odhbQ+y5SfxU2HVulEGx3E1aHnwkxH9/2U40H+JGVBERmeKsSzO1OtTQZu28BN4V6IEs9ADaoWZk 4EGzHLQnnCE9btOmwzfckK7LNssHr7nm4NVXR1x7VcJDdq2IN059J9rllRfeC3KF1JcnU34IPvdQ 0MFCWWQ5vHDhqG++0Vl2VWeCYHp9TsBrzsKADLwlmz2AB62mTJKMTkhIcBINy9Z2/vzZZ59NtbE1 lsE5/KqrIorkSXzMBcPUApJsY55FnHcGn/8g+FiroAN5ssgya3Vyy1fSzJnizGw1FdCmJwPTIbM5 MgNvz0IPREdHqxA3fjSTMjziDNFJScd79JA2ttTlg1ddBcvhefIQ+EX+4ifmFtFZwDn5i+Azd/td 9KXi2LJxZPDgc1FRBstOdeYezdxSUAUiWFkxC+ci8JZAD2S/B8hBq9s00KBA0SDa1ubUP0nh4Ufr 1bNYts1sxbIc/BRMxtwbJN7Neaj9wHlncPLm4LMP2Iv4+Z+N0nG27t184ICTZSfO8KumNuO/oNTZ Py+BIwR6IAs9gAeNo6ePxvPnz+tE6zjTTvztt8PlykkbW+qyjkD4NUFnbw1KeSeHifYJ553BSSus RUX8WPfejnTp31+1IypWPLNnjyvLBs7Y1ep6SJYqUKGdhUEYeEsO9gBFxWo5aCxG5miArSLawJld wmIRpUo5WU5lIU/QiaZBybNzkmgvOJNKTlqFHAcdrRcUnj+rPnJGrg/eeOPpr7/GE8kUZ8xs7gum zGwSVYHkVA6OzMChstYD3EpJxcSQGOofvOAM0bHr1x8sWlRpmbNxuExQwiM5RrSOc8p2a/ZEwtvB 0Y8Gn+wZdKRKECaB8wtk+Znw668//fnnsOwLzqzPqQwbLomsxpa1/g+8K9ADOdgDaIo+L4OKpvj4 eEm0U53lM7Gffnrw+uu9UBN+ddDpbkEX5+QA1GeHBbHIwJHqQYdutGJu4XmDDlyVkwirX3GwTBnk VrKcKc76UopcDEkTBKQ5B8dk4FDZ6QGjTgy7kcpPiPaEM/8b+8UXB0uWVCy4No6UC0p4OLvxsahO uQKv8YUPli59eutWxbJ3nKkS4aKnzGwSBEzHyE7/B94b6IGc7QHqxNRasgxUArbecYboBCJjNWsa XJi7wUHH6wUlPhEkFmRRqS8BzodCQ4l96Sx7wRmXWc2CpKMolz116lTOnovA0QI9kM0eoGxbz7lQ F8Hqsl7UGZzZEg8ejOze/UBwJneEwUI+Xj8ogWoT/6HOXZyDg4907Xr2778Nlj3hjArrawdxv2x6 KZs9H3h7oAdyqQe+/PJLFd7BJWT6pCvRkmX593xCwqnJk1ni0tTljBFj+b+RVYOi7whKnuWHUuce zuGFCp2YNi06KsrJsiecKbZRNjb9EygayaVxGDhsjvQATvSmTZvUiGU2AbUlTqJ1nK12YmLMmjUR 5cv7QjSviSgadLxhUOy9FteZ5qlzCeeIKlWi1q2LOXfOlWVXnPfs2aOKObnocTf2wHojOTLqAgfJ vR7Yu3evWrwOrlkpGm/RINrE2d5PjIg4PmRI+DXX+Ag1LwvPFxRZxYqBx40LOv9sUMo8F9XOcZzD 8+aNHD06Ojw8xt58xJl0nmKZbuHGQIFQdu4NwsCRc7AHmO6n15YwrYC7FetEu+LMk0nx8dFr1hyq WjVTb9pEPthCO6JI0NHKQScaB0V1CTrbL+jckKDo4UGRNXIush0cfKhu3agPP4w5e1ayzF9fcNZT 87BM9QgdkoMdHjhUoAdytQeoPV63bp2yutFoyksU0Z5wpkaULfHYsVNPPXWweHGTWTdv+pK9hrTa cTzlY8cUyLKRKc6GLhPK3rdvX652fuDggR7I2R7AksQx1K1uorgwLon2jrOEOmHfvpMPPOC92uTS sEzd5vEHHzy3b58BcqY4E8em9Eu3sZk8xbyVnO3qwNECPXBpeoBlDfR6CWK5zDLwxDLPS5D1v/F/ /RU1dWrEjTdeGnKNT4ngXtXPPBP955+xsbGuLPOkJ3VmUQLWCFJxfgwVWP71118vTc8HPiXQAzne A2g0k4Z0P5rhvWPHDtY6cIVaB1m1k5KSEtG5pUuPduvmvdjbgDHLu+EsD96z5+lVq2KiogBZbn7h TDxfj/DDMkswBVLMOT7AAge89D3AvTMMoklPI2pOohXCegOcU7f4+Li9e8+8+eaR9u2tPHVmxSf+ 4RwcHF6w4JEuXU699da5vXtjo6PTOPYbZ9ZC1H8vLLN2EDeSu/Q9H/jEQA/kRg+gVtwMUbc8qQjF lTaI1ilW7TSYM/ybcOLE2eXLT4wbd6RFC3xb1qX3D14ZVcuTh3kTh1u2PH7//WhxbGQkK9WzGSD7 rs4YEVSGqPV1ARn/ApObkrnc6NXAMQM9cLl6AHgRKT0uRJuhDiwKaoWw3siAsbaTKLfY2PiIiNid O88sXnxq2rRjw4cf6dTpUJ06zIk4WKxYeJEiqY9ixSJuuulQ7dpH2rWLvP32k9Onn1mx4tyOHTEH D8ZFR0uK1d+s4UzofvPmzfoli+gfdPPDL1efBz430AO51wO40mRt9Jka6Bf5LAxR+AVqnWLV1gjO 0EzFOeM/eOXpGxM1o6Ksx+nT8XFx7Dk3hbDe8BdnRJnfBbz8HLVxVxq8jECtSO4Np8CRr4QeIOtK HYWuYsj0li1buB28QlhvZGBY28nIcepeOssZW06Q5TM6xartO85EAPCUCXPpPwcDm+BAYK3sK2Gw Bb7DJegB7FLMbEPO2CVLC0o6y7Q1gjM0LzvOBASYHgW8SpFpUAJHMXbAWb4EoyjwEVdODxAvInFj 6Bo4UD+G4YrqKagzMKztXEacAZn1Q9SqfRJnKcoBA/vKGWOBb3KJewCvk6VL9OIxiQbPsIogq+dd aeoMyNu3b2emmPye6i+eMgs4BO6ufonHT+DjrsAewM0EaicjKDjWLJMu8YM1WU5tXkp15sJCgJpp UIZpDc6YEyg1s06uwI4NfKVAD1yWHiACzMxKEj1OXgiUsZ485ZGUTepQXxqcudTg0SO+erBLijJX G1JvuAyB8PVlGTOBD73ye4AZCkBtJLOUTQvX0qYlYpZ7OOMCsI4KK4dQZe2kWCoyofhAodeVP5wC 3/Cy9wBTsfbv34+LigftShN6zX8BFIKOKU41NVknSXfG9FT6nvdEFUfAnMZgxgZAcDk4H6GuIarB l+G/qDkH5IAiX/ZxEvgC/7d6gLgTC/KQpDZSWoov2cA+xxiGbqxiZmwhrISkWB+ARDaQgipSLidQ ILssjcJhmRjCStd//PEHEswbebvTyNc/Bb+eKRUsJ84F4v9WHwa+baAHrqgegEpUmFgZWS24dtVr HT1eAJs4trwYDLHbiVax0WCXJ/kvV/HVD0Kb4/BiFtHlPlyAH0glX1GjIvBl/gU9QAkWcIEYTrR3 PTXY9H2Xw2IPsJQ91n6gsutfMGYCP+EK7wH8Vvxrqk2ov1Kqjfgiu75jK18JvLwRFUb6ORS1ahjq +OMB1/gKHwOBr/cv7gG8Y3xhfFvi3mSBCWfhDmNaL3VskMt/UVPNy/C1iaKzZAqe9b+4cwI/LdAD gR4I9ECgBwI9EOiBQA8EeuDK7IH/B21NDtMKZW5kc3RyZWFtCmVuZG9iagoyMyAwIG9iagoyMjI2 MQplbmRvYmoKMjQgMCBvYmoKPDwgL0xlbmd0aCAyNSAwIFIgL1R5cGUgL1hPYmplY3QgL1N1YnR5 cGUgL0ltYWdlIC9XaWR0aCA3NTkgL0hlaWdodCAxODMgL0ludGVycG9sYXRlCnRydWUgL0NvbG9y U3BhY2UgMTQgMCBSIC9TTWFzayA0NSAwIFIgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9G bGF0ZURlY29kZQo+PgpzdHJlYW0KeAHt0IEAAAAAw6D5U1/gCIVQYcCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDJyBAVwNAAEKZW5kc3RyZWFtCmVuZG9iagoy NSAwIG9iagoxODQxCmVuZG9iagoyMCAwIG9iago8PCAvTGVuZ3RoIDIxIDAgUiAvVHlwZSAvWE9i amVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDM1MyAvSGVpZ2h0IDE2MSAvSW50ZXJwb2xhdGUK dHJ1ZSAvQ29sb3JTcGFjZSAxNCAwIFIgL1NNYXNrIDQ3IDAgUiAvQml0c1BlckNvbXBvbmVudCA4 IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlCj4+CnN0cmVhbQp4Ae3QAQ0AAADCoPdPbQ8HESgMGDBgwIAB AwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYM GDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBg wIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIAB AwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYM GDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBg wIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIAB AwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYM GDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBg wIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIAB AwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYM GDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBg wIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIAB AwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBwOzCaIQAB CmVuZHN0cmVhbQplbmRvYmoKMjEgMCBvYmoKNzY2CmVuZG9iagoyNiAwIG9iago8PCAvTGVuZ3Ro IDI3IDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDIyNiAvSGVpZ2h0 IDI2OSAvSW50ZXJwb2xhdGUKdHJ1ZSAvQ29sb3JTcGFjZSAxNCAwIFIgL1NNYXNrIDQ5IDAgUiAv Qml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlCj4+CnN0cmVhbQp4Ae3QgQAA AADDoPlTH+SFUGHAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDA gAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAED BgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwY MGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDA gAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAED BgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwY MGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDA gAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAED BgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwY MGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDA gAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAED BgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwY MGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDA gAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAED BgwYMGDgZWDIjAABCmVuZHN0cmVhbQplbmRvYmoKMjcgMCBvYmoKODE3CmVuZG9iagoxMCAwIG9i ago8PCAvTGVuZ3RoIDExIDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRo IDE5MjAgL0hlaWdodCAxMDgwCi9JbnRlcnBvbGF0ZSB0cnVlIC9Db2xvclNwYWNlIDUxIDAgUiAv SW50ZW50IC9SZWxhdGl2ZUNvbG9yaW1ldHJpYyAvU01hc2sKNTIgMCBSIC9CaXRzUGVyQ29tcG9u ZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngBLN1nYuRGsC3otby5IsvBe1eG bEnvx8z+1zPfga5MN1kFJDIjw56IDCzH77S/1m3Zxn1c9m1eh/W1Lsuw/izH8fp5buMyr6/jOLb5 d9mPaTim6bMux7685uM9rr/zvu5ueb+P5b1ux7I9t/fz/fxp1+fr9RynbZu3bV+W188wHuv7tU6v bfzzeT+P53M26uHpn3Xd1vXI49etfz2P/fe9vBfzaV7z870/n8frta7TMhn5WF23z8Ox7/M2f17z vE793o7b8DH5rXWbFeyvcXlu/Tjtn7WbuvHTzGOzvSbzGaatN9Q2bvMyvuZxWfplmN7T61iWY35u y7wsy3OZ536fu/21H5brifvLkmdU2sZpnrZ93471uVvNNFjh8hqmfv0s2zKuxj6OYRjXrHs6tmGb e2Saj2NdjTPN+9R/1nHs5nnYX3O3jAY45mX1rH195/GrWbVz9zLa1s/vdc2Cl+drsEHDMo7ry9j5 3DQ//byOx4J+GW1/WeK4jcM4T8s4+GFbhnmZ1mlc1snv3Y4qwzR5bDtMg0UO67Csw9hv89T3x94j T7t0/p+b6aimo58N1VfNMvdLs+zzNI/9ee8+NlPXTc9pWTxx6/t+msZ+brul28e1GbrRhUN/Dj70 az9PbW7tm8WTx7pZy3Zt10ynG9epm8zBrBuk8XWmMPZ9fm47Fzf9MBZT2/dd381VPU3DYrBmeLaN y+ammSsfNVPb9E3TtVjCvnd9NfZ127f9VBV93/q/8+0wVnVTDlaxDLULmqGp2qbtbu1QV31VNZWn VbWvyrGuhqU2wNyafdfPRu1Ha+lyez21mGFah2adjnEZuqHrLaO01PE9jBhv6dy++XTp56Wp57pD GHeOLe47rA7TT3U/elaDhDNa9G3WjWemZhi6uUSooZ+LcjGLtm67ava4duqXrq26DsERpBvmcS6r qmpvgxn4pzZO1ZVV39UuKMqxbeu+a8emnLqyrW5t3Q2PruvarizvjRU3TRkajC5qJj+3hru1KFX7 7tEst7av+v4x+bx79OXQNUXT34vcU7VVWbdVVd4M1qJ0Uz4etdn0Li7v98cjX3blA/H7W9eUXd8T EI8clnJs7GDn32p8tJbUVFNXVGtvmr3RGmssyrYo6rrp6mq8FcOjGut6qArXD0Xd1V1V1E3tmnG8 Nd2trJp6uJd13XlCb//cV5jsoyxq2+mJVdnULYpkkUPbdTfzLIaya+prU1fto5jNpBq7jOl2FKja up5uTXu/j+2jKtq6HMdQw30Pk2kaC8UeZdO3g8ErPGffFtMbqmaqpwojWW7R1/0Dfw0odq9L45dl 3RVdcTOXur0XZl23LsTB7b0cqr6u0c7W1OhQ4toOVU2mGYq2e9TdPZtWFtZhC9upqYuiKoqyQX0b gQSPonoU92tTGLuo+sZoZWO/i++quNT3R/W43b6L6+Nxu1/L26X4vhe3r8v1Wj58eq/cdbuV10dz M4j/H2VZFoh5ySgVUnf3+urheWZ5zwqaqvCNB6B398j+WWI+LDwLV5SPe1Xdqyyv7CpLsuH1oy/c UXQeWLae4XOUre5t++jqe9F1VVe4sx/qvrkasDP4o2yWR2ur819ZjHVrqL6rprvntkNbDAV2rMpH 4Wv8Pd8e3ePWPu7dw5dV7emtQZuxxpaPpuj6x70vDE4VdHc/u8j3d5S7tYhY3SyyQqUHPi8et+Ly KGr/Pm6PokGW3lh+eFS9a42PCcoaWdpbadh7U93Iw7Uuiy7M7FILdtnN3DA4nsUM1YBoRYHFqmtL YPFJ86iam2vruyH9Q+h88qh9jrf7e5iC9GEtcyxvjUl1RvT0eznefVpiiOpukpl0W9yMc8cS9qJ4 1I+6/S5Lq788bP4D6f+b+714oF1YBqfW2MMGtvca5zzwvjvI192c0Nfn1/qvu4Vcb7fuq6y/yox/ vzXXx/1+Ly5hv8v9Ud/qx/etN5HvosZt36ZbVpfQsSyuhRG/b/fyUn4Xxe1aZX6POlx7rW717ass L36oKkyJp1HYk8v2dr0iXX46NQAq2+5rOIeMmGVbYAYrtv0Wb863HvtavAsef90JOK61yfX93l6t OJTKfl5uj2uJHi4lOfe/bsWXxVrOV3O/FTfzxRSEoW7+utbXW40rLAD9rpfqcrH26/W7uNXl/7QP 5L3e7+b5uDfXa30JlYqvKpd/txE8z37YNs+xrvv9EqKVFu7PR9Fe7sj7+L5XF+PcyvuVhD6uOKSu rtf+G5E9tqwxDNG6Z7ZFgVAUCfkmcJk0USHlNaLeyGJV3Ov79yM3IsKtuqH/DX2yXmNFBxFsLGoT L01zu7kNkW94wGYhuymVxkSuc2nfj/vFdtwolfZStNcrwUR2ayCkzT07RY2gG+nDmaSqjYLCv+Td ZuB7+0RTeFBdPe4Da4On7XXdWebjRkNewn60MNVhcx9+poJpSvJILTSt3yIX4QPSF5Gh9svW4/qm Z8SpkZbRqZnF0z3gCrAYLWeAv0B3dyvtXJVTwzvp5rYfYha7rRzZQkZ+HJtY0ooNZfaG3l0sZ9Ou NEfVDfUwDlwNxr/gcsR8dn3DABTD+GC4m45VYLebenwMfeuBfuFj5Wdmb6Cpm25ipOp+YbUbvgHt PxP/tZmmqp8YMp/FLNAJnAq+RJyrvjY9l7VTzfKwO+PEFerapWZRjW/W1TguBuPwzOUwVANTyG8Y jMJLaDkso7WuNWM8cUeXLLCfS36ecaa5G7dunDiC8a4FAsNicb5xU9+ulSl0S9s3M60bp4q3w+/K o/N0LvZJlZYL2KKZZSJt/+Dm3Xu+R23CnBiOwTzyf+LjIWy9lDN2QB92cyzHDa2GghPFn+ExD3bT gtslZLF5Q2vA9k5R2tysnT2YTbEyMOPeTiWHz+ZNJfe8f7jZXixcSNY7REapvinQjZ5lztutGSae JNfJFfyuejwnVrt6KEbO1ug5FmN5Qxw5DgZGY3oyMseKf1lyL/oRQXiWjUFszdB5TpslWMzITTVJ A9qpu8f5uLGOCrfQ42U/2D3MiL1tKj7DpRQhh97PjEyRhw1Vt5yOAcFHeR4C77SOd0l4Ci6MbaAA B46tzeEJ13OTCRiwmjzDRGwBlmV33JoNZKR6ZLAvXRwbxK/5LeYyW289DWXdX22W60kWI3XKRtXx dOhnosmgcdtsF6sxMq0IUOJpk26Q3nr6khlv+LHVNSsjqoydEYmxBQ7mzZugj02Jr5dNJdOsYtmS epbItH3OesWzoTEyRP2IF5W11g+eoZ99ay6+Ymdr1i8OoOn0tAR1NJQGcruttycxjKdLhQz3vmTw /c/ePUoMRGWw1xwqSiPLou1q2sN/E4+Uh2+jaxqnt9Se9CF1rDNiR1XMXBTUQH2u/J0T3/DO7SBf hfmfeJUnr8abe2SSDFTHPeceRlR4jIXt6Ph1TT3xJxNG4VAT6AUXZZz08BJ3kEzMogiiPHSLECl7 6gPxTlwhT++revFQHsHQDogQdz0aZ3hQZQjX4z3shEyIZnOnro136q7Kx9yIqMKRLu0QN4wmeqHO 0MAKyKNNjtKjDT2auuAFo5gYMNIxiXGniloiwOIicYzAae5FqLnS77PI5ejbxTZFGZpSopl+9QNN VSaSEbsJLIe5bzrB71SveA+7TOMq0qSFMLvlUrnoKBbohhUR/BclQkwsDhmRyJK7/k7BIgvdkUuI BkXQDYKACk2HZpxWmrZZ+2az8pVWpBAM2ZMR0mzd5Nx/IlyibchttqooAzDAygKQLEGsQHARDszr 4hn9sEVhj6uQr2Vc6FKh6wQu2I09T8/TfpC1sRFkNiJGfLJP0yJ68qwGGEDxLqwSrELwfUArjD/Y 92lrusMke5iA+N7/4mcx+AJkmCqIydhNgQ6ivZf2KeSkOceNZp/2cbc3OxgEjjIu0/wcx30AxUBp 9ue2f6bX22D9cx+H5/SyutcG/LFzAUYAEqund+tSi9yPYwJBgGM2016FwiCLbj46azie/T65BfSx rL9QhsF16xT4aFtnAM60iZ6H9QljsXPzYujpafRt7+fnelgO6pnmOvsSMAKtMdT0XgYQw2dc3sP8 nmf02aAxy/OzAZzWt1G2+dX1Hrq1+wBJ8jO+66e52d7tE5PZ3L1fDubGLPAh4KivFyDJBnJpD7Fb 3AAsQvtFK4r/hzbQxJzQdZ46lxkTXy3HOKwM1jT7YupHOzIDNbAWFCBwzYztbQtWwV9o/VxXWmHa rNfWov8+908mF9+giYWu42sFzCD+MLwn1EKU1cL3bTXOthzD/DIu3O6Aq8CEIDDHsJErH3bzCoRj w4f1WBBpxfirmbRVP+w76SCSQX780NnxGVK3+sFysCUamwHugOo8Z3gYpOvw888+zk+87PceE65I Z0gTW7ptm+zPsVrCHMDLt+9uB1Jt+KqDpPnan9lEOxIwECnsRTPiocBBNWjE8oZjywcrhHHDrYuF +HFwYw/qsMjlFfns4XljdxxmnwuhKhbUHf2yI8UKtOpRJ9RthqN52gWr34cRM3OXFpha9BcxX3b3 cgYm5rNfR2w6HyWCA6b6A/Bi3IVwrc8RgAXza8hlNAv/AEvAxDwZq9EDnDQ7a24gtYoQks35sPsj Rn/5foFytWu3IrgJjoCiuVmPepl6vE9mmw2VGoNNEMhn99knGzuvDYwR85O95YeMbL+vYXvPG+j1 STpshx9MYyYfYMDnazte025HXuvPz7Ee2/T8vAG37+7jN7tpfa/JDzDa/Y9v4brre9z2f+fX5+WT z2aD+v0N6Ty28bW/uudua/fls6w/8wtaO+/P1/EDh/zs789n+R3fr+Xz+1zepLvx4fGzv9f5+YGD ru/P8/mz//MBSB5AZljy4sZ/cOb4/Ofz+9l/fp4/rwGeuz/n7QUAHZ9w3j9Q5e1t9sf8+9meBl+X P/vy9t3n+foFLL8/7+n446EbMQc5v//4bvvsy/7jWbly+7y21z59Bl+MUNv3FoL9ef8cs5+PP0Rr f/7Zga378z2/zW8mWfsP4vtoOd7H673u/1A76wlfd8svcHbzMNDw6738vBDb6tafz3P7WbfX/DL/ z+v9/vyaw9+tNULCKer3BwoOtN4gz8/n+nmRy+Pnz7b+oRlfn1+znanVHwu2Kcd8oO/Rvc0D3fZt eO/Ha6O8nr/r69finq99tLTnk9LYwLmv33F/Uomrdb2HDYj+tu8LXTiAhw86HqzslucMnscxT4Dz Z15/1ueGRWc2ZX/3B63scwvfIyVk/p2tHg90Zire+wAB/6DE1pkbTQbRp4j21l4uW/fexCOevGLm jb7Frh82ZXwiHpkdV/qDvqMx5vkez8TTSGwgXugoeyFoiH5km8ae7m+7reqOhjGhNgGtBE8MQqxn iBwd7NulYSErhpRZHpviAAZTLHyiZqDel2ri0FJiM/d+WrjTRhYLsOR+4T9x6gdOFidBBBTPhUE2 LxLLl+KEx83YEkYMPBv2xSoAzvwJvvoc3Q5/5eRAkdqZfaiFeJSr+IUf1w938VQ5DjzJJvaAUXer CPQuSjSlOFqcap/4h9M4s/s8EPYA/CtIrYU8/KoYD7Mc+NAug7YH5bYpdGrCHEPROXwG7hAYeOLE sevd+mJ829PiUIRdwzoHW277o0Rc80jk5/pAxIIhDiy3DTGFtvVjocgSL1OsCWemElzNG+cws23N dC8mkQ6vkjtUz1ymIWgnHE+I1fiQvyr24a7xxwAAIi/BJv+F9xLfjpfOobMhHLdq7kTrgsSu2eOC Vvzh2FkGkAdY2S9DcH546J5Yr0IPM+K5WQuAuBJ1ifsGzhhljHqWH0BYxGGp3RDYOfhbVH/oJ9yB kvqz7/d4wYFJrcEfVj+Jt+Owcu/EOGe4yN/0RNEdF1QQimVqVp5fPA8Jt1eOHaB/Rs3Ct91O7dcz 6+MjnCZu5qkzLDx813nMzFMOaJ+4Pt565bGgAtPAMz2QQaQoNoPjdrw/1wjHzMFGVuNwwwOsjgmC INoxnmrICQm1Hf5YigQI083T0FbAJmfh4jbWDpnC1OQG/43CFt7/LI9Tc3FFv+JtrAPB4Ll6KioF 9MAd2BukjaX90iCLj0TZFcsWNFc4E66B+8GfRSAgN3tuhUI0QiZigWhCMEVq5b0DYoOHb+Ab0TaQ q2gBgpei/L4EK74+2mvbg61gvBcgoFhPEFeUEKcLLFNw1NYAVyBWwDiYJ/wSU4K5mu7Sn4CZH4Xw gCaoVdPcPRsclpEBT91XA3VrL8Jqkc83eBloOQE+78CiAnrUXPoB1g25xngCTHdfhJ9B5cWx3Q2y ONbiuEdd3/C1XIbhoXXWb06GLarvxngJQj0WwglBu1XXL7hWWX6D9qrrmfd4lNB1EF0xmhh89CHa esDriuCyd1BcoD/LMmu4eIDPGtoeaB7uBoIDLFqVPAoQ26xy9RV45yJoqA/qv1qIPqgPJOoyGDtq 3i+3O9Dz6wZVvXwZ36f2xL21QSt4YJICmeO1uF2u8PkrEDiY2g04l4tgxhYegBGYeTNbBMwim9sF VW+X0nZ4jIVU30ETE467EarpC3R9AOurwJbAQYusRNOe2sGZQaXBxwXJuIh2vQGBrQskK4wGYYrj xfSQScxjtEd3vSF1bVJXSHLUUnu5Fpb2HRTAZfamvt6F8KYDYQCP1t9+KYCoHgRHtSxz9QnWgtfC KgP3foesIFa7ka9A4pekSPALmBHcaQrQ1M6SIcIZCY/5CmCLeOB++E8nRYIAtc9JANiA3iya+gF+ bYJIZ/vkbU4kWQ4DnFtcsd8t6RI7Ai1GOMgGPBZYLWWQp0IKEBDpER9TQUfwm90kWP6C1VaXewMT DngO3ZWLgeSCbeU7UBQAC3y/SSUkXQPueJAwHH3yFjQFIi7eBz6QFEF+0Q9WjjfKGLX6JukQ4B+g Sv6ZJIQDuALwAiCxbnRmeaNpJaGSZEpyxyf3M6tF38KXk/UxVeJPaJLqKSTpoLx2wOyYyuSVIpUQ Y98Ci8NqlpOcTA37cdOjKck/icaq0i2YW87mcUolrrGb/qdZg37bPAonXIWigNdTDkmk684cDKJh LhclB4WHwhTktvomg4GejW0OQZUxAnz+u2p8JGmCbRAZ517sJWuHvna2xMXZ8uv5SOA5FIlsdpGa MYg+BJOAD1EdyI+FimbCw5IS8G48LhGDv/GAjfOtH6FTSS+aVdIZuD9QFqk58yauCJzH2vgJ+kM3 Z9+gfHAkqEfLTtF2Zwb3dsJWjAQoDcDVg8OSVCshq7gQPUPwh6xm8kpuw9vUCbokd4VGQVeiRFkj 6SfXmDVMLiq3NhaFbQbU16XorsHlsrXFrQdE0u6hs+SZC7qOlCE4KTd59EE3BiOzKodvrBEzAXSU wQxZTABrSedFZlAC5TzLj1KcwfYrKYFywKOhICGvbiMGwyW4VloKo9xR5mFv5Bogo7IGlfRmTEd2 3FQiy+TTdtfIXj4uJmNchowUXI2D+AbopX/kHc9h229PozBdIQ8eRn/IjJwJsAhmEErCb7FQu3hS AwAzWVxLNHhAMl5GW8ADAwsaJ9/GPULWiDhesE1TLUsVxy9bJpMhaRJtQWDIFl5iaprRoo0tJ8hO J7NuyaaUy7k84U/QpTSwvAppN2dTVeCQ/ZLRNiR2o9y4YQwEqBPTMRMokq1/XK/JvRAwSswnV4rU BuDc6y32zGrsBiMjgxOrFRMAY77IIaFoWfxFf91a4pyEIC2b9FqSpY9r90331/cLQU9arixv7bWp vgizgSNxXXENz58kq8P/pJUwEiCLiLXIs7JPdXslYsl+x00CHaNNno+dYreTgSdrzFMsdMO0lR4k 0+RWWxmhLdgRO2LKpTQcnWtX6CDqxDPd5KFyZ1ci88XENHwRmUek+YoxfEg+fp95sjBQw0aEFZJW R5nyJpUpXXhD8G+SUmIk66K0LplP90ievfWkq9lS73GKcM4k0UwJx2lKWqy+MLQsbwpjogPji9Y8 TIlgq7Z5QyjBJaLU+Go8HnNGLFqCnnGHFXSy8WQ1+y/5K4EAnydu5kqosSS1EUiZf0xZ2lE4/7WU 6OaeIX5k1DzYUJdx7epeSoKnzTnnemHvWpKBswwGauUhSsBJM+NnPjA0WhWDcgWJEjqZ+9kXLBip wKu88nYURLTt1lWSU8lJRCcYDKxCiEZ6XXIMmjwW1RJv3NJ50VA6sFUvDIQDA1KSAknVVIp6xGqc bfU+iUeUBQklQcoSXb16p34qgEPm0W/tJPcDTIbYy6b1nfIvzrf/4UguXl9CT0AaDBXOXHeBrxRC ia3AP54rmA5GC5BOUAk1mnwjg2RYsVUuUCUi9Eg2TgbKj6xi4GJGLlRaBS70NmoIfgDmnO7F8s2f NwmQQ08hi1DihM+tCB4eFHEZNiBw8Px2EIn6UKwj+AThNRtKwM9gy+IR6B6GOTN9idK2vlrUGgkk oNzJLQKcufkpiDJzQYG01X9JMeHA1gpYoNfCEBRhVk5MPMGfHGJCrUxTcosls/tCCTcDCJAta7d5 wb7sjGBlEX92JpzSLpk+tBqFJ229DAB4Malh5EGQJEwzNQC55Dops0ClMmtVs1q5qUqk2jrwHRZo kqmD0IUmPvUNFBcyR7MJbsR3oV5iX5GqPYayib/FQEJNO4JzU6+V3RbIcWmCEoiyRa8KmRL7N6VQ aBZFKshJpqWC6hrDtkHPQw6ELyB3SsHGsbTb6o6obrVhCcHVCzG/2TzxOvQXEybJSBBwNQ6WqlBG 1c8Vrrf1iC9KRSrpTiKEIS3ClWShwyLJ6CZxGX4g97sdwyqJlxV3iaHEgM0RyUiAjPeGh7gM6UEB 7A75SSboiSA2vpZXIK24rJtrlYgAC4mHGcEAzru9W80+C4f8YOYAwiBfaDbhwVHyCtDUAAfDMwmO 40Rcseh0gBqnfQUspHIwtVpdDZnpVsszG3aLmuiwHJmUwFIdZ1FyxKJEDGDP5QTtv2tAALSQsFqY as/GgapJ+I+W04ZbIllB7G1gyjNNrV2lVA65DbWGqioBRE23hYFMms6EABMPZYjS1XYLuyyLpC/u gELXLRZUIwrrx+wwoq6WFQHlqLLbkwcJ8iT0BslbpUQA5QD8g7GI6zGNZAuaUCzDK1Nbn0ASE1PN KJljDuRV+qAhjBD+FFeionT8WJPB3iSxGvBJod4CFaEtWulBmwfykH4mHpiC0sWxiS9ssguV6dnq o0aT4GhUHr45TBhwBt2SZlJLABYHIJ1cbW6HtKPcso+pXLm1diHCoHE5+rU9bANQmWaLLB/kaibj XbdJRRh+R+x6krlAS6oKpojvo2JcQM5lDIJ+hCQzkaXLVLHKFfhQxgJc1g4f0AYFYE/NkNBKWoJ+ 6FisIl2V/bSVISQICKZID6csst3kOBYwN4VgLNUBfbsn159kGVohKXCSTsOZ8gN0mvwXFRTUuztI ULIkUETFlL2N29W3gvlpV+mJ7Ym58VWSJds8PztZiv05HMDitZkDiBfgQxWDgs62URF5ZkCZWFxA BuEtzV9cax6NAKMZ2Ndmhh6Il7h8LmO6os/4JwmWy1G8A8zhm1CnlAMBQYCkSYtBtjXxR+wrH2RQ QElcpQjpEnbzRu7tCxOIDVhUGYaksGMewER36gV8Uq5c1WSBg73wGlg3IRhjPkHErrE4celBJO1j 4SwqI/E8Y3Ia+JnUg1sKCvgRcM3MiWZRS7wSyCLAIJirYoBkyz3Ht3QfSaFDkkVtwjAEtSrDnLaR AVQMjM+obkksRmtWs2mhND8FesdP/iItlAMjqBw4ORPQXwoRcFgHXoSjRlPPKa2QrDEVOpvibPdT CS7cGvvbUSPIhlZTCmslwel8ToNxeL/KYrkkwUeFUDdKBtyVkk4qJzWYHHHQJeOEFP18ZQkn9QD4 6sQjoyBpTkDXiDLKi7NuA5DVbuFx3zgcJIpypliRvt1NwoIraUQuRqBjJcSnwUyFT1I/hKNsVqAf QrA3UqySC3d2B/lwSxfjfT6CASUYIpiZy2ONVAnTLB1IgTX9ocKE5RdCMtwDsaZ/uCS0JYUTk4dU 1DnluSvAJjnkpaLDmMGnqhWbIyVDqHxsj06ZtEumLZVsYEMudIFVPqUXpWdrEzMdZjfKmwWh2kgO K7vJdBJgPgVlwzCPw1EoEghCbiIMjRyfrBwnJZXKKVToFRQlR0epykmufDSGj4repprtYEZNz0ys yI4CqGkYxeGhEHZ5dQvrlPyAWVIZlIyraBRGDQ9wiksijz/ES6KulC7IvWJ+wqDS4HR7REr+xU02 zx6dsRkmZWdPDFo5B/CZ10r1laqeKAFOKR8jZpljS+nZUhs4bN0280LzOUc0WL7xWWQmFWaCwXez DPLvDv4C3eiJyE0NYQZakF3kIvMMzRMjC/KIZeJ124oUziQMhUQjhiRi1E/iRRPgouAqHqhnpaLg dI7je1P8UhBCSJzPahJCxQIpm1KQQKMQqxQwQIDPQgX6Sv1YLeOBV6xsLJTcUweyE0LFOKPGFFqT eEydIiBipdI7xSIn/EvWeOoCMdiGP0lHo+rvVDpcGl8GiFb1w8AHy4srGJQ+BBcti84s6oRVhTlT ZBF0LK7lWKWEj6bjIFUn5CvIFROrCwockXAoOHDVXJVEpag1WlocJ7RLLCz4sihBzVUeAWQY6E6M Q0sELMwgQS/wgBCJOnS32hXiCptjj6wUXB2YDdZK/aaYSDiSZ9AhwnuwwzcdCKNKYa46JYXJKfOi BW4dJR8VlXrEBEQsrEsF1Ke3aBCepLzImWjBetxLDnlqahh6AoHSfKaBfkDs8FXyD/F7oyyw1WwP 6wlYhAObma7DElPzQFJTDCCP7MFCuHf4OjqAeuKxBoIDdCcb0s4FERRdxL7E37Z5KTnmBfM9RAoU eAr0JVHU40/JS4gSla4FQTrzMok9/eyZiIPmsEoKnVcPTRS4lxAJYNH1xODEpGDQxP7w39R4C+yD PgBpiy/1rtX1Mnx9w9LAp1CA6rttAzvXalkTZH6Dc4viG+T2KL9gB1dFtUX5VapCR/kvcILBvy6K b283NbXgJDBoMGrs8Q19VilsRrcvwCg0WB3t9SKMBncHSMAGtxRLSx7A0etvMwTuJZHgouJiVm5x tUcDkL+AQpmGD4F+j/KiOhdi8LgpCzdjRbpQu+aqwhksaL2GMpVAhwgBnUp9sWHyf20FmSiIARNf Ho8LcA/uAF4KXm0oiwa3+/7qcUL3/wkUk5rgrxN/vORrCL263/oL1HitAeIuNd8cplADnDpohbY3 lylDD4Kv/DrUd+HX5QLML76+Eez6V2qRL98qmgHjXyHW93cNsfnrgta32xeaP/7nfv3r6tvHBQgL EMhz6r8ej+9AQ67zLJfWl9RGg0jKr4uMxeMv9DS378sXqFlRt/MCkg3F/a9UMCP6w8jfX55+/T+Y w7Jt1u3+5eNb+T9KvZUV329/mfyX3MFN1fTlr+/vh7JwzlaqflP1TdS/slN/3S3TemyfKd2+rA06 K72BUnJFbqkeX6GGPbWThgRAQchd0dw867v9uqpDl5hQfI4FTBxyjpY29IEJS+SFTgUnjHZR9wzm sQdX5wXwPQxf+T8eFvEEgHEN1DGgJSkIm7Wm5+ITSk0BeS05AYwPHg0w9Dg7HR52KX0qF6RMWgpF Vqe5uhM+G4Kd8vJtD529UDevFBwaV3x9QecUXVdf/1vsjTPikEpImeQNducx6uvvsiHJAuAHhAY5 oZar0OYsr35cviwZogX7coXZPmyxqVp1OMkXmIPKBX9imC9zeFzoU24lwM7lKvHRJ0kWLIBVMgKI i4N1x1dXxE8B+eX/PL5MC7/gQYv0RVIdVusp5nD/KyzjtAGpDfSd++wq+AwBv66ei2WvLsPA9jGS jd+xpEn4/BujfLnXE4ryL/Ly6AyW2visLtLhKplEe/YdGP8W5pGtuoaHL9jN90a8Xy7B8wqj0jsn jTKPoJT+QIjkBQym1N8hGPtyu9rIkK6WR7vc5BmjeKT5vj2XHYE5h3p23arNFi/2uJdkhg+JlR/C kzlqFdYiJ7BqHORoBCpUCOi54NnQwTOR2jT9gwbXAMrnCYVMzgrr+quRXCIsl++kfL6/bWv1df++ S3ORE1dRqRJ9lCbJJWl/2RM/2maqNbnAi489wnCh2lfIdiO52dpoFjKVBV2/Zf2q21/ON2Az8yKO QEojAD+t9zy+ERD56/YVHnRsAgVuBOr7+p1Eim/w11+X/+dOChHM4Q7UcCZCzfAp/+Dfb6xS0iGm iPoMg1XerwSWHIRRvvFxtBQdhdtJgcwes+BAArGU6IFx23OUKr7kkXNagaquHZO43XgDDBCla27Z dVhq45yXnzwiZyuSrvgPz/drGDXJNRlPKWmgMOUNCZeSSyrizvcmC2I0AVzgZPFad80ZiCGZVEkF fiSl0EJTkZlZJJZAJbaS4x/rlzRIdD5Fr96idGyKGZXouAG3uWHJX6Mb644tfAzC7221a/zsk2D1 0OZ4LdVX0zINkgZnbjAYOWLEXXFcg7AkERYb7hIX417JYBoPfp5CiCQJkqo8k+Y1AbXicCroumO4 3YFgBgyGjpJCX8lW3sLXOX96kvOIUr66BIKG7xtZFt4JkpRnP8DRgG4Bq7CGS8YZ4FnFvZRAzByD mXNZJHH8EDhZOkP+UXbIyU2SwZsTUUtzJ/sDbL9yX5Kb4xLI9IPcGUwnE2+X+5QMFA2VDE5Huh7y KEB4Uy/6uwrnpCsYiBzFUyPBd+IjAbrj1MQy53SdBH8Sd6q1bwI9LhMnxUzsPR8/SQ+K1DmyJAmN KgS0gzwwH8hXQDADCJJObp0SH+cB8yCTVALPqY4TfQcacO8tLmPmJJk5cJH9xMe0F+fxF94p15k/ CrRHbaUP8ZCVRrgkKSrTiweRbJRcFcpQeT5Mai5awubRfTln1JCFZNbMWu4VmJ9zOLQNoeUAyLee 3tKZgLn/BeivG75EDCg/4UzK0B5JeJAp+iliQ+l98x5CZsqfoqIZKEH6xSSxPaHLCTHJGr5C/80h PDWYvbM2TGl46kUKzACOFfggxxJb58NkJZqvqEILk2yR8CYPMawoQO/cq44aQpbkGPGfPJl9tD6L De9w1+jkVFIYy238rjyMrCMKrCNJ5eJLqj1H76KxfS8txeGik+PiQXJweBJh/CupKHABlUjzJz8W RSCrQboT8NO353KwL+ZUDWJfaB6FMfYoUCfuCDE59gnwIkqSpBiPtsAIngwUUss0nCQHyABPHTJM 6set2MVPyAJciEwkKqM5gm47sppoLCmbHAegkfib0CIDPMoUWYETk1zHw99I1KMHjXbn1AvJrAPc QQmhMOa3tMpxPxLKXg52DRPJj8mfFvfBhsfFzybnZK8slT8cSHSiFnufQptjkjl14qCusx6AD0EC oTKlxBoiYefEAZnSs8DrEAJO7eBK0hDwc2hFvcEzoZTq1qQUCudVxCzO7zgukRBVHEtdrBSROqKc kMifzsXYwRNRTkFa8kUhMjUeap+yF7HFW0AkcbYq7fz9gEf5W1ROaWAGKkSihPYWrCVgOv/FYAG/ RPtbDlM6JDNMhQAqQJQIbA+eIcZzttTuSEPZWXiXGrlEWqLkTTBG8SXsTfrAjhgZgOtQQagfAAbC JoQXj8kzQQVTY5hQ0CEN545cIAYG0rTAFKy/bNViXdCZHAZJ9kpEmKM7gjWxfADBMedxVrB5ysag G36HCYsXRZclwDeAMwSuVF0MgICGYzQqVrIMTAudMwHIUyF0xTc2Ag3BL2BZFYugFpOX4LHjSVE5 /5WchYCx22rQp8wL0ADgCKxVGp11byjhV+GosxjrM/DzoNeAtIGC9B1Sq2BOggGMB23Kkf12Blgl c5dK/lnFI4QaYLWpE+3fK2jdOqRPYCfBoqcPein0DVaj0BxS9F7ml/Mhe+rId/huQGPnG/qPH9Ll QDMKvRaMLkkwpih+zimTqVWirDOD0nC9E3L+wokNmLJj9vDy+RgOoKXU1cehAHOAlE2zwlsVv2e7 iDYwFhqt6RkhgaME8DkqeFYhvA3tM2kRpd1aWagfnoZn96PcXY37sb0V0uZEhZMgSuRz2MNF41M5 eqeEe/wodG73X30z5u13Pf68lWp/PtNzd6v6dHN+j2qD39prqMu2AMXTedbzqYxXaw6VwbplwLS1 qWjVQGsf0erLoYsFPE05sWpstegq9uU1cqJApwcl+nJA0pk1nG1NQk2qwNERmaCghPYeKoWfiLLN TKX+IWtHrtUKAwSfkF9V0FInZzcJaZL2LJKf1HzbDr0b4AzgOrnG49mueCBNH5Jamuy7fT1q/Cql uQPyk3SVQ/GwRZn9AsIKBKrfQjIFT3Wwm6OIDgo4AgOTNIm9PJyMaaULHHMwe6AkDW0vJVjSisHk TpwaAkkDJXc4yyGSGqBWk5lIjSSn5KClT6UxF1Ux/lb7p+ZTZw8IK4kEkgToW0BnuFcu4qHjhERM v2OWsgIzYvdNrlfutWpXVaAPIk1PqKoxfNLhxJ0owQ2XgJGB1ukiv9NckEcJ4aHczgNF55nKAErE nxxRh8qMgJkyQNwHJVhbyj6lDS2HEfBEaqV0UDHiyTDI0AdV1xCDXrR57bqyBaGGI0wSlRSo3fBY UCK308wgVBQ17Y1a0c1AdhMDaSY/JbMu/To00q9QLNDSTk7gjOBGuog2AK5LhQz1YfCcVKVTWKAH zWCG6VAR8YVG92twUaoDKpqzNAFjMWC0oOfkQKZjX0cKYpyMsxabFHVFU6iFTUoveKYya7kmnJzz K5v8lFNGrAqZM3Ikl5O15JMoFmlBCUP4sxMX8ucp1YZ17w5QSQghJgVGIxhfJoyVAD/nZKK10kyO eiUlup6JjeDPtKXEv6HwG6C5zLQ9NZoyBdlIuqyUT7rB5EyPMgNnUkhJjhwZp1sdgElNgiNXOUhr Gi5Ipkxxtty+la5hTYm4ZM+krCDg1IIKer86+WJ+KbPPlCesLgGaZba9M0NEG1j9v7B+VpEc2Uro rNATA16zTVG80pLkWcrVJjAEwGI9dHycA6q0WLKFkpPdHIZlloieuaapSuD6VPmxx6ZtyTBnrIRL UxSxMN/ypQZikBAWJN5KQNCzBAIuiTwSSbP9IhS2Vf0zKicJhPFAmBiAkY37O8iV4L5ISxLwSv2D RipJNh/MJ92k7CoNS/BZIhfPuvFd2JxU514Sy+BGLraCQ5A+uFSMwfICwNPeJQ6CZN2ZUnXCVFmC KjYhUIo5BSTxjRwfllCHIaf8DG+L3wyuHknXjrvDqkrMAuOWjlMGEk04cLZc8Jm8m4frhaIuzf2G FRe26oaG1CjGqeKLpkwYSHg68BCF9otvzm8k4kFfudAimiSWUq1bTiq71BGmuUPXOHqfwJ8zmspL sgtnJ6t9feu+U3abuIx/JxRQX8Vr5Q7BJ7Wq+IKp3jsxtXiIB8wZFlOKi1MpmnBfnOsRgii3JI4Q 8l+V76WFAAQSuQyeAPFacCZTUqWxgEg55V2p6dXDITiWSZ3QF+d9SMymEimRDMdYqZGFi4H9pTwp 8RyHMu56MgDi7xlGeUdOBVu8uRQd2T8ImN47fFJfxSlNeJMFnjWKwj21T1xufwlterXHAurECZzm m506kxM5vwyHPYs//S10EiZYiTJeYFWIIVwUFgiaheQpQcUZ6WsAOhAeuPembF4BlJAz/jo/P4Fd Yg1DeVwK8jJj0cajkIbIIV0Vg3RYMXGJk9GwJixE3WJSdEudF98Ys/MME8epqMR0CRqB+olodCER 7XjY4AGiRCTkzEvQRN3ztR0/TvKIR8aAyAUlicGDFaaKp+Ooqw/B5mFbj04FWXNzdpk/7LlSDDqK JPbmnnLdaOnkhelCj4jv7TgzjmKr/vuPcSBZBnc+3RowNXGO6pYF82R1C6SWi5cj5Kl71IFHdEBA 0NbBGnuYI+TJNMdRLFWj/e9sGdK0JUEGeYd4yGJYQIrdnEzPE++0Q2oj7aB4h5IAMUTLM6DmmSmY dDeLsOgL1EAUPyX2QBdxlmQ3GYwuYZ9kuhg2htwOhsXunGkymBxHpmQg3C6DppI5oY3MftXCD0Jb MD6JVJFI1lMgzHu2BUQvQJiqWccfuPzkRaFyGzY9IZ0kTIW06fpjD4WVFF8CP9tC0lGCqZFK9i16 ih7F5SyggxuWk3xYAjrcjnvIULrdCGPFjwrLeREYJVJp73GQkk4DECtpB+RLxKwoNBBfMm6Yjr4i AcoIZW1SoQTdQm/9dc46Vevqr7SoB1ofrraYzkNxJl1mNdHHp2IYr8RMSCcfRwklJIRPG9yiI8ii KqgISY1MgxXF91gimFKyb8QLM8CswqikJlrMwwJWQKFQ1dOQN8LuFiOmdYDi0Jws8AX6JFALoqTn QDriKIVSPk3EAnlRyl0PozNZ5Cc90B5LFjJRrZZJpaCVUgxqE0WInlVB7z3cxkfPR/wheCmPcLA9 q0mpAPLm93AFHZnkl8+iVOGcgNuACwxACkpPGySmh1YC8Ezpf+E8BQsUHwujttPjohKx1inm5oS0 DpOglggfORDqrA83cwMTHfeouMfPfECqh2mw1zjXP9QYckbdowXGCKx3JkxpbWdAggz59tbIfJlU gDOQbtB3TwmvswNpPXRiRQL9dOCh7gOJuhoGooTUd23jmoCH0hOIFRgtuLRU18VUYV4+DZjjWUFv k8+zbTmdIWvAlqjRhZ3ayJS4G1s7Jfbvm6WFh4CT7gDzpPqusDAYMjSpdhTIdKhgaQW1qJr8JMfH YFktJIoJZVCCfJlOMobnBNiWwODs6WnK4T+BzHubf7ukv5BUKHPqkeCc7JgPKq2gyAI7SHOmxJWQ 5G7DUj7ofJfHNme7FmgpRs3uGxBDcTpg7KFxgEf3Qp4NZSlA5JgO+3/2vmDOzQ/sLGOtJJgeYWlj T5N1YUelJYPJJjvi+FKpHviEvYzm+cm6DKeNLq7nCSe7KuuA6XIMhAEln9Zll+kFVKIfMLodQFjc Qpbkl8JqqGRnmBNXEovYLxsKRuHV4FVG1z+Y0zIDmyW9S0c6G0WR8jrAVpwF2jB+ip/C9XQ0ypC8 SJuHK3H0MxsX6wBPIoVAGyx7PXGn/9UuhmB7DRJgLbBWD428u4dhon4W1rcAJQX1pSmVAhiAQVRn ZXT+G8knPKk3IM9gPgiyrcTSF5rOEvwGWGHzHvwBm2g53Q3Wmgr8ZMsdF8jCIDx0Y4KfGBy/x1no nZtjNW10IhrmKt9iFzfQAah4U8skFEshLbNK7mLn1fEidkSYkZpzDo7PedefBUAEwKEt2JcMcKO/ BskIT6CuaTb7FbNCAkNA6pRjkbxdFKbNo2oRKIJA0gma51sp1hqslya0zyFPMFngJH8smDyol2p1 qVxM/DxSCZxNrtrAAFvCDIo1ASIZnSAbn/xEfDMYM+6SVfBXHCEWApP0t76n23NeCY9F0RHO7K1p phQhK2B2ww7Ru7aSpLC26WXH0oeElAjVy07pNJaSe9LiMAUjOhBw37LU5K6+hGFIDwqd8yFc7EMg zQgdb8LeQEdTWsARAMWCXSUyHJ5SF5fiASYxc1bJz9eOLFfVmWCS/ZCcCo0ieXF86ZnYaQlVgnyJ Ysphh8tDUS+iqP8DlGMsS3K5jYsiPr0mq8b6A0vAL0lKmvCnriz6vSVf8dNRgQQY879sEWWF4fk8 MW/MZISCMIgUcg96YL4bM2fzzyMHsYnfnMacJ2LEMQUcOAZNiM1wxeqaI4uAusTaPuJc1ps4xr9Q /MZVGO5nITSJgGRyONRRYfKc9wGaxi0E/IJQOTnnUZpITqSR0ot3EUdRtMJM8BWbC0kw8zgpY/w6 SsaGBEDlnziMwAqpLuSxKJlO7KZcUFSiIkbAyGszUzEgeDV5k1ETxb6YOcmc2ZhsAEgEn0fmoSpi c1qXqRwficRT6m7QQuVdYISZU3gm3IgVlNNdCJKa8scd6B3wnHxfcKN7YCkMtzIrCIKC0rNEUD0h n1xFXynKc9g5QWkcKBE034IjndPKjKkI1DfiPNWOeY7STz2KXJDydXAH140kByZIQRzsJK0rtAmB 1AyaZgA77K4epo3WrkOjZ66LcsoeQqZYVk218mu9AwC6DhcItPXl+AkYqMOC1itiZhE98FO5sL4o OXLgQmDdBB48q6xVHevgofNGDh4AZVW6pgRXZA9fmXclx029N2mxAvpK3xKFsXw8FXOAswWMA6BQ lH+I4yeYgE47GSctXEELh6mriBbRQ2J79YeQksAZqm21QwEEONqeWvhUhHf6dagTj/NvswA0T4BD iqbfOtssMGfIdYBEQIEaa61IAhSYFVDbHdAlcEgDOPQDQHELYJJGXOh1aNUC6QV26C27720aBehd YY67XiDaNEAgtQaBqGqLsf5q3LFq7ptmvSdp1BJqP3Do3qvd8Eszk2l76/2r6jLNBTSqSb+EzwQ4 Vb+dngYa8Wo4rP/MZ/noAKF1Bij691j/1elXlwMtJvaf5wSG1ZQGXLt/0u1AZ5v1OX/+6KQx/MB+ 9TR4m9V4HFpAdJ68/KShCFh606zD4Om0kLtemtb8WZQoby+V0q93ern4e9KYYv8Z3rPOCFhFkwFP 2/XgAA+74q39hrHeWjwAd9PrQVeOn6cuH/2fz/H8O20W1s/7peGwfhSblhQoBwVeVxjy5/n+0Ski N74/y5/X8fvP+1cbD200dOrQuOK5rzo7PzuthqdDvxndi7Xa0UZY/5Nzfhq26PyWuvV+eZ5dXrR5 0Xx4bLWL0dRU54iTWcFZOQwfcQEM68ajEluTEPIC1NfBQDcVnKnEFAf9wtKB17IAW//WyyZlxLr6 kCfMqDcOcN+oz3Qngh3pKqTVkNLUdOfReQaOGP5yaWCxdLvRlQHkrxTWJk/PFLIeSlSx+9HZYQ10 NnvkgZrGAKxM0jn9o30h9TE8gWlpJ6TaFrAIxMOQz9GOK24nhB4nW4AlD4/EHGA0XAdzHrVd1q4H qqlvBjRTJmD+YL7uCbc7auC//i16DylG1zYpXXTSL3qwqkM+gMrbyV8YWwbjbV2ANS0dzEFa4Q0k jGZIIe0ul/K2FOQxCU1YzukgoOyJRaUdtKJb8OMBplzB41p0604zz+9tTBsTvZD0H9atSd27dIOm 1tvnOe8fh3d0ebJ3BNc+oRMOT+/tX4kLTVtMSd8nfW20HNJ/OxXyk0YrqKSzkEYiiE9zbcnicYcQ p8sJCHCsk0SwcY+ba21CNg3HaFWTRG0djjWW0XTaEQCdXnSgXrV+skD71gbZ1eLjRf9NGFI7HWp0 kSmgiKTLcjABuBt4c1dAfiS7J6eQQlzzobI8RpoRRYGi4E4NuiG0aX6SjAUwcw++SltCi3UiwWAS PrPZtoZ1lEmOI/ye3lw50AG9lZw7M26j2JxBksCk7ZJHyImbTtGp8QD6lBd8NcwnPeiQgsLvtEeA xmIOJ2uCfzgLoZaakQEOqDOGzQ8PiYz0DUvhcxwNqUbWBWTBnNDD/3nTwPa0VjwTFFbnlBYzRFGz 5rBiwaLIV1kvJIH5htXDrPiGLD3zypzl11lrBF4Y/zWVyUBato+nytPmSwfWcrgwEBCnzupsVtwO WLcZ8cTT0iTHtVwg31mnGzMP1/J5HUlexgGFXcQ94LcFlOKky/A6P5UaYl6PJ4vUHf3mGHPP+TX8 UquWdox3rUA2efDYcS4iox/8ymW8Yo+G6CQnwe05jylApjgzOofG8xYUg0z453K1vChuHZSF22NG xkzlMNfWkQ1Ii3kIcTS3OHNCTjhwIuRqk4Xnxub4kqO+oTgixOlXp83ag2UCdfHP0D9wLzcy5ArU obdL3FeYXoA+UYFzkWkkLjC0fnMQqsfTVSUiXw8L4NqLIJyLj6cJVETA5J4C9nL57B+3Gc7DecRX /JgcDE/JSsDGIPImZibgHwGAQmV08iCJZyTCQYk++Dxy34QAqsY9sPUr90Wcwj9Kst6z7BTMyjTs I0yRxyuiaqfAXPB43ilYwkzBZmnoMokrc8rM7qrLQcagebpXy7WA/2WhJEDMCxyOaID7ZNjTT9kO Ig1GTWm6lI7NMWNMErwlcJ2Wy4hNWJTo40aHP/nEGIazGJAyn5oHH0wLLb5gKpfltjltOdjS8+XS 5iNtWKxU3T42zWFLh2K4p2Ym3e9iXnza2ZhVkm3GJyzITjSkPPi6YrrAhimzP9sZ8sfjXSZOhfnw cJ0S5bEHkUu5kskROdwWVjfNYHn/cUsqq5MFm1MMgBv51+jLa1Wt7eaU+UtNWiIxlmEkPjlm6jOp lVAO0wQddJ4j8h8nXBgXykcM0sYGlxPpQl3ECczXusgiHq62eb41IY+1RWtWFDrQIgjIyUQwdsUH PEC0zSdOEIBtcyow6T+YJx/b9SnLwDCZoXjaQqDWGoSHebMoTdERK/PBcKZTm4z7FGOEo8QgoFNs lgMFQaLTKjRcMSG+uwVAcbRNGxW5jmFUrCyspBlyBDgyd0bH2m/bKcvDzLQi0QP8Ugq4PCgEdUJU 5AdoLMUnV8/NaWciRSjspcvMAaMG5sXQwabMGhMO4p3Bge7oHPN0v1OJJkERTIK7c6+lfUF/1Gum MAp2pAutJoE1HkshDhTAQI06QFGyJf3H+am3wYCJ9Nr7BI/1CEpUKJT1UqTyIw5f5jLrxS0nGSKQ voQ5oAHanh8TNcrEziCHcpTEeg7C22CEt9VOb6tnjIpDGpNGA1iB4OV8Z4GYHEHcIzCyBnyu0kb2 IKF/mJigCfezs/iNqiRT2DJH0ZXk0z9RrriX7NIlsKngXQG+AKA0GM3m5wSWok8H6vWd9ifUQOgn YAcVSgl52Hm0n0KHXyhGgt2lzoqdAXfZPfCJYlNRvLAdCHDROoYGNAGK1Tw0tMkZC2WW0DQVxWlz 7QmB+wIFRDGigF1VmHp2JglGKdAGDgjJbX2yWn6F8KW2lmYFzgPIgE4glOApKXCUIgPVQAxKnXQA a2cprCIvWGaqQ1utY5Ipg27aOwcMPCFgTHAWGAccV+lpEEsGJ9SQ+4AJQF00am+UupqpWjXT1KZH HC95p8DshIJdBIjIFSmbROQgYoCC7oK1df090cMwNYMi/oxxgu+AfaCJgE7s26XoOvG/eauXztpB UP5O+5FgDBAbtB+SelPuDt1lsCwkmUezAv8xnanWtgq32aAgo9KUQXrzGRuszi9VpjgA7qfqNqc7 wK+qywM7YCVVhe4KiQBE7maSTzhA+gAJwZKP2wBwSvUZwBxSYc4QHlVpsBrl6ydB1Osjh1JtFel4 Q570HLOwJVBHYyRV51ZNVDz1nBDoTXV92JwcuASreq5EZ7B4Xwawwh5g9mCd0URMaqM1x7fLggI5 tJAMBfTDnGlO4CGckOciTZPkMvVwAv3xLphrMwdX8SPyIfGRErJnqdAPKpiUBrbI3OLWQMFyJIc8 YmWuTiYUq4PaJ3hkjsk54GGaEIobqM9KZAGwApOcCcdKJE3iE4kG2s/mtve4h7b/v2S3XQIUySZY vD1BIasFusmAnG0xzjQYvrGNAXkic+AlWKuJ4nB0cS2mNTZoHGthOlKTCmoaPGc2ahBQcVdGDnfF SoRVmpgOtFk4qmi+lAumoZCLHt/6kNiKHBzAcWlbAYC8XDXMAcGdSJvN0yve2Z2mdmbBp/hQl/gg tKgcrUI/2H2AngNCwYSTMs5aEBck6LJ0kY/ySRWrBae6OtJnrmG3aLOz1jvCjpP8AVF0VMdKMnC8 ytQ2Bg2lVXC8rBwOwwgpCMcbVhoBkQ2EdeNPMmIgWiicmdJPXUoQDIAY4hGoizHNh2/nJBFdcbqe ThJpIIUtffMXxZBzO3cHieiFvAcAvKng1hsWTtRY7TvxxRgE2J7QgAQszAvkjO60LmQzC61fsgTf 3/jJVBP/BxbqClWsNCfVpaY6ok2FJjWpXB15Uy/vHhYeg8ZkJulggclTm7WRkyckRwythUNFm+sJ 9ps9rZBkHG6X34gajF6JWncGlp0qOmdQOKbKSTHMTX4iegCvylASqKjpuLIomQnITyUFA1nl9t7w uXILZI/MUQ7W7tQETU9kVPkmM8S6y8WxYhHSSJXMFD3GCfVOBo63XYYsO3zHG7DIoM3gXwonuXJL ohd5E/IjcEtmOhGKzId0VbxzFCBnFn1KYgDzvppTxYrnuO2DpATtS3ukZJobzlsgwBITwg8imUQn mqknj0rLaYosNQkskGoqTx695HU0Oxt75ohTvpGTXpIQSlvNyGmMe+rbrfLaT4gQt9ROu4zvwaSf yl8eASpqAsr+3c730HLiPL6olIvrLImPYqBORZoIEWMv6+3Es1SD+mGTVnQJ3NP+MX1aUsCmUE1Q wLOCMfENUxGUQqDUsnIv+Cq6KIhG1YOmrpRnoh2ivznDjqAKrhMcptki39dXfFdaCTyamudSQGo/ OH3xlzmdHEKWwLBr8P+zq0jRC6KFS4kFA0WrNaPABBQMv2BZcM/DDXjLwecxSZCLN1VVxTs1aZ6r 5tIcI9oadW1ESJAKPPVEqp6g8vznuDOy/Vw6RVpVqXclFwh0oPJIbG75CVkE9QmZ4kFDtSTHeOFA SYp4LaoUGVpaHHS+sHCge+Z+ZPGWAQCMCr1AqPr2Kl4SbasDdDhXy2ftC9RlQWuFvSksSwgPnRVc aDohcs8ZZq/6CnjM2daBQHlXr9QzAOCqahM4059v49qcQoexwHLBO4OGwyrQ9vkJ0Mgb0SCyKdVK haYHQKNSKZdoQs2VT/0J8dC7G+AKbgVfQZG0RgWsqeY8G7NAyoRdPTj6SLVYDYxSM7buUIu+/QDY AaMBl8QC6jDhFHqKKs0dvGgNFK5BTF5QVkEIX5AWJZrAHKCNDrG+Nj2Ar16yBoOwwXpSOHtCPUo8 Xa0Mz6l3Ny7mWKebhfatlqhxsSkp5w3ZUxIHVFEWnubsad5wwkuq7/L+LAiPnvDCUvgeNBGSY/Vn ebO2ye+gTBBzZ9AHuBkEGNKyKdvLUWy9Z/MWs1SYZikAM8WjAMT0FkFphcKAaD2UgbRqgJceauoj L02DUe9Qu2B1x6IBNtjv2QPMAKgKaIFm6vyOVQtcaOEKuxteAM9U7+l/PkJB3RKMFHinC/HshXTe NAff0wd7nzLi9u6ODVysKzJAETFG7Zz1zIXGbXr/fgCG5rH9frDd9kpvbHimAulUEKdLugv0Agcb 4oBD32uAJJze3AdNtr1wLV22UepjnyZdnGGA+vAqDYXEweuecGMXgDSVAyI7CFSH9wVyinmUCueF cUoJtR4PaB5ktTWvdCVXoAeM/BktCbqt1zLMeT/eMPSQCnr7BDurOdaCfPk5vOgPrWCbw+ultvnQ znna32/dkn+B6V4kCObUGjoNisGPBjavIIIrqNbb7TC7liqLFsgYevBiOjKy5+V2yZ0oCdbbZ/Ch XuRwYahiPWknS3IPsAIczorIp3+UnlrOUGvbQoccVSoV9SrfSfHJl2BovKoiFNSmDfgTSNtLOxgC W6bLfephIZNQa0e3RxOWJUoSR2uCdCfQRl56w1MA5iUmMypgetXZVZXsuqRzEJp4VcHqLpA6zmzt tqpdBaip/dQy5kRdsGHaC7hesx/yQOkQbcW3KiOpMoumDwkUGJMEReXA59PjeKXFlWUbJzBmI2Gk PPUJOE8lrjJsRwTUdsNnsA4MNe8twTyK3yGiboSUL29ofPsctX7OJwQmX+lAhduBNlIjz/M3+k1q AML81uNbeyuYLo4Cok4YGvMoUM3i99QUg9hsgrUDV12jaQ/q6tNCA6SaHtyK7Htmov8MEYAqhyet d8e2uqdD9VXDSjtotm+zovZSxg3cTh33qNlU1LjKUhh7QnV6+HxpC0QazhtMuVIkns43jtmTaMW3 /G30T88OIH+qi6mUgLnpjsNWhLqpB0gxfACo/qAeWQ8AlAl4JE2frmekxhszqSaTDVQFdmIxT0UC pxrmB2qngZYHpYaZQaSizrI0Gh77wK5TQa0KPyf4+Rp0G3K5nnVYtaSAyTLQbhRgpIcVE5GXJyYr ObKGqXhn1AFQEF0PAhkFvs4pkCQyjRNdmkJzwGYchgT+/A40dJyFtxSLntMq8ByxABjjfDlMkBGA F5zQtEQ/7GoO08RUMogAXp18ikYXI0X5QctFGXwRyO1DqihJTkGNSIMTAfApNXvJ6aSYXEFtQhzw ig4AeeNM/JtB/4dASFwLaE+svyCXv6iglOPUPei2ICMWHRQ7KIToWR/AvtMRgpObWILbdvMrX5dD nAu4+wmuObvcRk5X4jZOPjfz5t19vE/erbg+mO0Z2QMHBBCpskgFE+84yWSAgLfY6Fso0uRty3EL PHTzUy3D++OeWojAij8tMuT9wjdSlJt41tx1JhRxcn1yVMufKCG84GN/W6wAK0BB4vIr6De+swhH GBsfWrjK5xQpcZjFE8ESrdpJH852aoFNXNzH6VUNxkcXi/Q5js2D5o7GQxVFS+u70mgiexeJzrwy D5Wczswp/UTcIod0DXD4Ts0V/1l0lPYJwXziX5+lDlzbxPgG4pnqWhw8T+wcH57LJTh6mL1F2s24 xwHm+P8c6QBnGA+86Wf+dFDv9jF5Q1/iWCg0vzcwXWotEgiJB0Iu5TBCXs5/ShztoMS73tFAvSzO J64NVQCtolrLFFDXzspbIh4R83LKVbDkhGZiWCGnfU49oHAB9AEqEfOoDEnobo8Da0AZU4lla8RG qa1JwTSM63yCSA6kZ5UwFXmM9M8Vt0BpRUvWpecp8puXE4TqZFJPgxECcHoAfhZyZivNEdk8KwkC wQaeSIGii9MsVOxs+paYl/3BSlKEI1wwGZU1YhaOs7ZUGmwis1jMbWaVKrt0pwRFCGHsJK4BOjk+ +YWeoiH+bRA5vCSyziFpO2pq5zzO0rXQE28ktE1kRNbDkIGUAp6I1ML2wVfUXInNE12bSzpjCziV UKN2+21znTV21hsfJegWMsEO7UsGpTgSfAownTdVHAjsxXSRLvRNHIutnDv/himpvAWaOcVrDhoa o2WwJrzuX4tNAZmY8ZqqIcGzdWj0AMtKEZ2uChgAMHVONsgDqElcfD0L8MQjF1Wf+lEEHwNAKSHK qVvVhYiW8ngsl0JDR9oFaKm7DoE92fFWoh0wJNCRKN7OQilxkJbLFIr4F/yRRJZD2HRqoYmxScIz SA9i/KcZnMZPzazj9sEHIkdgwA6C6T4MCS62NWnhIFg8Mz5hOADTid0oexLJimEj6diSgICMUr0K CsuZ94ijCBtT5Tehrmc/vtR/wiod7iULfgiMRxPaNa3IKS1rIXcwIVTGeKBFvJedSIkhuyFaP8E0 8GfURoY8zwWf7TLMLFtxc/whmhZrWwr6kZcMkrW3RgrVzvk6kY8jbg9va6VizmvCruReSsiRYpVE OfNAy+GNKLPsI1Hx3ykradCBHqkQdl0Q2SxI7xGRuNO658VYwll4n+NlMzZIPgdSpcGLai50z42P tDk1UJoqqAYjas492I16AAXjtzwovR2iiuE/7BTNj0rZUH+HJorMoqDxh9kxY1mvZfsvmB6SAkIC h2V0nJyYluY5C4ARSmkZ7jthU1yLR9gc0kYMWRLsZHp2AOZBzVrRf61dtClBPvNEJZACI0XfMkCB VfNfutjY7rTOoMKpfeQ94V+MVshqUpVRiXQCOmC17IHlnCsyX08nqv4x+aAeZm0ncBRZ9hxyG743 LIACPGPVMpWYM+lICgC0gRtSfc4qBdLTHQZ3Ej022mU5CaIK0Rse6XlaT5M9ujQNUgwLBKOrWCna zGyxqJGAn+qQqQYvuDRk8HyTiJCwV+eZC8IaIMi/LD6dEzqTQ1iot7WySGffH0tg7Chh9YRuMDy1 SkMwzSSIIKZEO0xhooB4bx1NKoCWT6kjCrFHkHmKGXDHykTq/azQ0fCKgGMJrMRmAdyoLN0pPCOn Y4BnWBSx8AZlJa/NR4kAWZZ8Chg/6plaprI6Go400YTATWXayVOcxvu/F3qy1zYLyGlv6FFNjc5+ N/bRjqRZAzmiURg1HIQrg49pPsMTI2v+I9/y0Q4r4Ga4LxJiVUec3A7/4rowN3iKqHGQgjdP3C4n pORY8TL7dTosyaLlLIKNUn1HPZJMUPdptGtv101Dm/5/Jdooir9tRwzl6csoN85RfPpNda4Hh/tB teZiVp7+F6YIDBYPCs8b95a8noYx7uPiyuTjNMocCAtEjQOQziAR+SSAmHucRIhwh35F+pMYHEE0 HGHCXagMVi+SL+oJZ+uMAFL253cFhqUMwMOUleYDgDsNp9hjJpFdZBQ8w7i4I+KmWzX0VUYjV5ov V+HElCHntoySBCRyyLPdwWTJgF3wfzrtOJWAD7GeidoSu0Q/Uypp+RSuoPL0Fzr9iiRuoq8UkDNE p1YwFUWhNoguiYm0CrqyqFkrvJ/u1iFzCGiulJFCegTMpuJARdRYwdDmnQyIq+N5BLK13mIMDp9M hEliPP3bMbwKcDIetNg1jlcgrQ3Prmlz7UJcbpCICimijrCHzBfOckP9V7Q+5a5+QfqStuLRx8YA LK93IS0zng1y4sD+81e/UJ34pIkGo2vUFHOAwlOCS5bOHi9nqiqOMvWOYFb1pQkVappKvBxpp+5/ uHa68XBFXMjRk2jQfSan6Ro9lALUc8Djt8THC5QvGW5ukmW4Kyk3qkoqHmZHP8b3loeLbeeG4Uwx ErJhYAIRPrXLycum7IExThlDSJbWJuD2FLMk58itlGe1CS48azzktrVrmCXYnXMRbcUxsk2guaS8 ZXPPEEVApoWJnXK+Q244J3dTmpIS1nSAd+gJbhqrl6Agm6p3nbnE41LfG83MsXA3rzTAdXJMvBWP kYN2mMsTzc3Ww0Nz3hagxseGnwbednI571G1d6l1Fmyd5fC8wdO3dzHf1UlMITCo8zw6Bj6GiiQi Vn+VYqEUFCg/4Pqu8Drufw75qn0SAqc6pXDUF4ort66bsesdyOXtmwL8WglvAOLshlR7O8arDubb P5waSw6OKqB+qDFALk9apty4iUo9V+DsRnGEVKpYF1ysyQTAGfgAUIc3UyNaRPI9wcPp0C54gWtT jw6npIIhmy7ATCATv8gRAAJH65E6TyAclups9cxr8WybnpdPlgo/xADw/6Tkpetip87NZEtdmA4P 5qpUmZOdc8owgcZyEEuAAodJ+KtICpPluKsYSTcFUbN5+NMmIKwQOth7mitDNxWWWDSkyC5y/FQO GBMlqB334zjqHtXOk4Now3kMj2nELU0A7VccknoBkIOzsR7RP/JeQNUjCq4gqzBT58pN7TwJjS3T Pd6KNWFP/UMmbZez13CM1NMBo1XdmK0TzhAVswMspJ8kYEo5Ssp5MMFi7QlfXQq+8C7fepF7BV+r Q3OkCwYjutd/XGOAe3p7KgBEKJMEtKdCEd5rek4tK/aEfp3AN9hbvagshqLRFPa4AaAEDXK8WguA vFgR5ANMShkyIOh8v1inhzVU/alZrBpWM8gccukJWYChLBOmBnfKS/sUmQIMPQdmlZJDLwRUcA0K Mz+oZwpPIXUgeD08QfoqVF9e/5nK0T3gzccL2eB7XvEmVQBBhaV5nR4weQFH+w+uq0XDrlb8xyK1 fli9us4Z8NQi7+vzB8Do1Xze7+cFd8vHO9bUQT+P4493+T2Pn8VL8Z4vlebeBjfun339+0gXiH+m 10tt7/76eFVcXi338ipM1zzd6mKv+vPKvJ/D6/C8He9n2n/9DNOef5U4+/L35UV4i9feqaSG6P15 uV2t8Od5vL1j7+/j5+/NS+5UCnup4PJ5/98/u+8MbsBflczb8/Pv/rd38z23331zt1fj7b8fo76e +78pOX56UaBvP38ULa+vj4e+/vVCv5/n55/j779ff7+CIv/+/fKaw3/ez/efwyr239/ff34P79v7 saLn0yvwtNz4/SyvP39ef15eJvjP/vm/r39///z5//59/dn+/ff9/vfn8+fz8+fP8fEyvt9//t95 ++dn8cPv9vox2vHza5i3/39/A0KnlDil5c/3y+F58Puy/tFeo5MHUauaHtfqc8GbT7sAavaaV6kQ yJ/X6aWXuDd1SjtoZIFwEEFMtSkB1S0kL8XEI0DmuU6eZZk+cD/w5lk6iy0xLMbSg/199vUHSWI0 eDvsNVVbqliDT6YVADFJwiXNCkCPRF7t6PnqO5oJ/hv4LIX7OF8flRQ3BX7R6LV/RZvSK16yprG2 W5K6kgjRhYEAeT+scjXtVjQqWIDbMgOyVMGcxycdPm8qulX4U/5bmTewpr8L/BvEqAOLpAmAW7pM lkBbaOW57m+9ATSKAcILgyaiSr8JTpIpkFgA/dkRRv7DwghXMGYFyN6q4G2T7oC0S//BsqMa0T02 RE4Lvm0CeVNm8FjtymWSJgcA0qFXhkDNLdDb+OlPc+bc9NgpkoLZGmkDfXFBunnZqPJxNKA2yHny pM48xERJG5Fykg4wl1lI6mrSaz1NG+QGkrzLQQYFxPaVWoP2ApsDb06z7GpyX1J/acrgYWht8yQf lEHCa/XGl12FujOUtAOSaTqTlj4+hICCrhXqgrRZMjsOiQWJP6KaFAB6KEz4BD9TS3vQ9jY3qc/c w0/2bJyX8b3Qze7HkfCsVSNrNedw46To0p1DAl05H8ZgF6OiM3kIdsCltCVhWtW70sLAGeaaPeVT JPGbsz6y30E5vEvEscogkUyMRHLsY8LeybvSYjXEcopq3cNqMPIS/8Z0gicH/eTx/Bn4+NTssXup q8bK5swxSDJa+xS/xofI9ZwnptiBcOWRzFOS3alqY+F4NzlLBpjiy7C4ThZJxPPWvFMjb2wAOSY8 56KzeYIY8XUOc7lNF97UPfpWBltYz+zGVVYSEA8uA7PtuhJzLTkFXImAaOITD+LRCPYSXOWUMRtv PwTf8a94hNwu7/7mwfHuOfTxIAJlK9fxhvdUB0FkEVHRo5IkLdQ4CYRTFCLazelAOLMZqKkwdzEI P5ffIdxOh4p434Izo7qVz8tJ5kWLngCScQEFoCJcFSwmyovNMWcXw4d5vfFC7R5a8IC4PR4sfAit +IpXTYzTylJNp+hS0MLR5dWA9ko9SRPvB2c4USnoIattkam/TfeJeLkiB2BBDomd8QHW4WOlyYAd g3DnMDuexyCmyXW0ackv8LXMAluLkyXZ8Z8vgxJzUCmI9KkmN2nTwYOwGzwTBQDelIBjpYLUEicn TAnYQg0XDJGGN7hLlgB7k2v5MC6JtCCvCcPw0m0ewU8XcJrPw7i7VJQm9snapBOC1gp8FW42r8EA cdBwvEAYB/k5WWfpcbKZk4KYlS/DUeTNkOIwfNidG8y3I5ec0NO15rSowXB0Jb3ms9+cYTJLGZNt D0nmhNdId6l85hwhAzkNseSA0o3IB9g3m6IcmcOFRMkxOZSHtZVVIIlib2W66ZySsy2nZ2759kgc QQx1Fk+pbvommOB5NwyeyDv7wIaoTOWvaafgaK0toLpVjpLb1FvHi0xFDEFLl7I8uOIrKuM4az9U fKQ0mhQlDsqhYUwg16XalSs+NXdF4srX7KMH5eIxVUzpsuiVo4Idr7IioFSWJ1lZyjqSV2Ic83qz hDQiJCxg/o/0dTcZ6a9ETLrMxSklAqkjIZX82BANxnXyHsfbt+eLhwShNKXBiG/sId1q+npNmBPx CS+mUEqcdxYdPRJkITL0Y7pSfTQAySIOXGtmVy1mrVpS0HmKIyRnFOKLKkVqqKfhJKOLPWwQKYGu iKsRkz6hMcmLWRLbVPGm6BcMFIRAxBGkkYyYJGNAl5ADkUP0rDo9USuxdrHQxV3EOkheglBzDnCX xoOUkrmJC+0IpSaAgyTZu3xIj4ro5QpgWZBo+oM+p/OE7tecW3ApnapqjvZTugmgoD3EkmkgLCwG 4/hZHJ1KWhPOb2aasDvwzYn3WhGNl2ScAD/BEU0G84D+AelSN2hJNkVexplxeKGFwnBIJQCEwaDR 9JPMqzpBaI7YgwQLcKaz834IaG4aMj6QQbg2EEDsH4UDfTfrQIySDKEFtXZClVSZbaCbAjJRgeDZ 0x7kM7BFjocnXrZTxma5UFF+Qf0VOtD3ic+dCMkDLNKXmiVauLpElc/BWkJu8XTuitqUAaMqkT3V 2sBe54iz84Cs4KWyV4EpkrJgIOxFEgZwBNxibSl8TVJP5pEE5kQItQ/qx3OgKxXRngg0RXytGETB HlfnTZcIUjjJm4pcFiu1bZlBlLxQlCJlJ4JeOJIeDtEqJwQIUpWSPcXoBpIRQB9oZEAaKTaQdXrR QnEYy3yPyIQu+AOc/5rX/oI7Urbv3DoVxVa6LLQAG6RbBabHxVSslq2pHDMEHvzySLnp80FBJjNT 1jUQKEMsa0a0vEPSOZQLQ5jMkNA24BKRxgOygZooB9oCDMG6onNUcAUDcBYmtXzgOQoGjQLgnNhj 8s5MpEwWNA/BjOrJTAmrhZCtIDMzsPuepEgxWUD6W5+QM21EGD3drQiAxSlurIITkIYtT3b5pJ+r 80mq2FAYoaJCQUP0Cc6w6hxkCudLDQRtowe1baGFaMgclArG5ylBc07vRk0ZkAILpbh0DHqW9oym TcOYYwjulI1sfooVzyMGOcDjKrDVg2aj3Sk9BRD/lSsGHVF4BzwLHmFrKELCrv6NmyfHyCyYbV6n kppK14DF/usm6kFcP7CIFXAvrA57pq9NKgXsLwcUvzGpZsel9QFj5SgQO02fnDiJY/Gx9DkF4VRO +gAiKYfTpLw7TP7dHJgPzY9obMbWqSQWzP5GANUhpNgy2pLDoAITV0GgY2FtoTdThGz/qbnsq22H Z3CeUDhQYpBSCRcag7nB2yQd6SVWfEhWk4WMc9TK0yjOPK8hs3kBhINXAfRPII6qGNLaIgkXxqRh ZGQ7PDZoKdiEhKMe22V7KF+HqfmKnuxVetJGkUXZnEUlsm1JXgyKJT1N+NMPyoPPFbATbo4yt+lB npS4p67Aqiyay0VFW1iUNUWtqpYdBImnEyyrwlGFm+E135oIMDMoZtiAUNqe+KjJH3eKdcOB2g7D c+QhKfnA1PyY1KpiRcu22KRv/BErh1AYOOpEvuPUolxN7an9QWSiu7IZDJepSjLh9nNA5jFC8X2a R1zzlewE/5jOjzUwbHpsSbBzql0HJU8mXHY0X8qOSU2GP1kIaRFnAZL+0XJcHQUkOAcTsiNMUrB5 Cjkp+3iz6MsyyaHQWYNMHyVa62asIhtyzt6mXD3eiaXZ8fL6HXQbwWN8cA9eM5TScAIvjYFj4gc3 3wpUJWdc5ntmLnOOojR6ElVR49kbSwwSiXcj0GYYhDaFIo4YeOE2Vz/UFjgABHN0DIhuYKETX89y gvnFHKur5usRk1PWfBuxmk2EwJCpRFu2ygWxEqY3egEKD8kXd0eueoC2Mt2cDw0hUgq8BLVX3pS+ lBy0VLqe5bs8O/8o5UonQOBZ+IXSMIdgiQp7RMOknOACR8NXCZhMIM1weZXKjiR+oj9VUMUvOjXA DVsSdMqBZaRN9PcmD0SSaJNUsoDVeDSJD+gcblVcXvVvIlIRX6JpSwabZFRvd8Ln+HV4pL+CAaI1 8kqpNQFPAgq8qFwqPjnNKBxAATN1DJNXDNWgGP3nmGMWkqN8IngeScyuVCQnlnri55oMPS+3zsnX gS+NlxjKG+9dXoDrlbKdaICwiJd1CirIKSJSueSDzbI1+CX4OH6UFY0Z4ptbbJJtFnv1Ti5kyWtb 6S6alCef+AUt7AzKn4JvKMEiU5I9pfOFNdYZl5Dnyp2gdHAsjeASi48/LoBKbtcWwMkjNlajkIAJ CaKd4oBy+DJE0u6NPs9qzRhteiEAQVKXxvRqPlqF5vQKw/EKN04UHIviElX3ElYWm8SB6iwprJSB mxW2lP2BZ8eh5dsIANni+AOSVxxCHr4Nt73GtxV0GNUtSMk2YpjkS7Kd2DDHG0RahqN5JRZZIMos FQj+jt5KtO3D02XCjNpF5pUzaiATozNlvORsBUZNTyPKS0iILHQI20TrMim+E4LB6YVT6I3TTm6P JOQ8qUuU2BGi3CJUJghJVdCbgi8MrTmBecK2cVeKtxMA6j6X+h7hGUBJ2XVeE6auL8iG99+BltLc VGAoYDbVNDedxkNxJjM9TS+dOsDSaS+gcTIoSEVmp9BUh8tASVBGQ6VoHF6TF92lG4ISPugybCpQ ou4cUD74P6DKuXzdN9QhO06u5lfHCIXAsGwvClQu7qVRCnTVjQKxlZjDphSCbi99j7uPg/ZPtdjL onwXbKwI2SfpfgAlHv8cRtyfb0Ma6SzI3cfPR+sJXYl3/72f2kvMz3+D+kKv3zBoFcfHCkCGc/68 YcXLjyYEwN+f8fXcXvC0n0MTitUHxwT11ZgCFK1uWNXzP3pcPPeftw7Gz00ZsHYcv+v++3wfv+/f pzGP9/h6L5p1+F7DDY2QX/o6/EzQ5ONHA4uf7XVsfyDLL8CyUuTn5/j77ffj7wNCfvz+ecHZ4fVz PnvrljF/9p+f1/aBBMPCVSorLYboT/vfvhn0yPh7/7yg4P+u+7+e9f77X6OAnT+vP0/Q+/s9f17v 59/b53c/gl2j2nP7GxT9/KPtxp/P338OS/+z/UCTodR/wNkA6j8Q679fWm9YvcbQf0PC9x/g9t/L 3wDedKtun+ngMPwCImGrOqAoUVf1bf+8lnGH5wHblZZqygEpTROM/aW0XqbCLqkyP/uzqNnenCIY 9nRU6ZYfdbuAUcDJmIJwxaSqnUmjPMUKMPGORS1rdGN2lgG2Weh/rj+03gz9U64l7/YLiLqmt3D6 MgvPAaF4jPLQZMZ/zIEWwZKTyXJRt62GvQeQht5u7y5Mm428k86PgwLy7lkr6U2hOYaGwOQ0wjS/ k2wJRqkthiPC2DWnCQrYgGSTXjGQVs3DG20l0sY2Jd2LSma9tdMzV3G3Cn4Eg93o2a1utlE2Dh/2 PslAKw45nK080pYlHb+D5/vYei0I6rvsfGBIiEUHuI8nq+uEuv8X6FhxNYTY+zB1bgH/YhEHMmD+ RN00oStp3YNz1EI7UpGKb6QzPUX+mtVgVri31jXq1eU/Sd/qA4pFp/FJ63L18ZPqbBTQBzvdZxSQ OyySJu2dFjimB4V29qKXf+hSeu16fT4OKLxjLh4TMCuNhLe8RjOHAPTGWVppirSTcYJDqglKT8/8 aEDkKAfsOV0+8v5WHdBhy1gDqdMhZ9z3NIBPciwTaJ56DWmgMVdJE6xBuqJCo238nzPjK0LxN6Dl 5oDwmMdqlkq+IPnJJ+LYC+Pb4cByDl+gmL3VmCUaDMQ0YEMAGkSdeozhFA04PmExKacGs9Ok3g9o 1yOdQ6NTtCQJDczUO0KPEzAV2EhH/OREOVKSFAiCJGBvj3NfyIktZYylOhzVwTDq27EMISA7i7cu elqAfii0l6bJPQLzRVhiF3j+nYOUllaYJGaCr4LN2QWYeQyPamSF+sPO3KNFMHZHb2bF+ZA1iULJ VrMgcBC3LYXNcYy0S2Ed+EPy4k4smR7EzAVejwsyExrZhZxPj5uQDgFJpCYPyxUAW8IA641tFVPx GJm6ILE5tcWjSL7ef/HCQGRsLd+JxwCbY6ySo09rAKcYcsbbUOhy+pMJqCkBOXl5TA5Y+orH50qF TxwFJ7N48XnRXq4PnXn0wYK4JTbWohxYCx4uID9xEm9mTAzGJcl04lRoDsG0ex4P+awkj5cHzEw8 ArpPuwknKfReCPyv3D3wMaiOVPKDOZxxbDgG8D86wfo8ToOLtHyHmKUXSQBGms36oHu2AI6YYwHx fKEuToE5N5EGudEJvM2oTdzLjUA11DbxuO2BXJHYDjr05zEmH2xSyyxOI7cASJv82tSeD2bxtXfw rYbnOrHzab3nGmEdIpCjp65y0M3uS5ubTFLUOXhGlHitaXKdNhozKnLyhM4BpTFiTtvxUXKMBJ6b gv/kkmyC64WoRs8bdSuZrOy2lI3MPmUrz4I7HaI76yj4l3HfXUKpysSnoMCXiCcHxBXlh4m7tBAJ bNvlxe4J5MUsw3S3s3klx1kPcp7Su3uIWJQ7llcIEj0RA+LDQwU7qgVoZHgvxy77nCfzijlLp0Fw E+/Rr5x+U+GT28scZ9CVDqgxCd+4UgrCveiC/xhcItklrj7/7798jDhYbIUNcRTAJsFtcgY2nJsJ TxM7Jj4RXJ84E1ZJ+T/R4D1yNk1aMAyyjvgiqp8CKXCbA/hMI4QteBlRS4TC904YHtA0c0ZavEHq Ob3SF2Fd1DMDhBBLyJD5VASX6uoEFBrOQGoFJ+AvyJFv40xbf8RQoOqg4dnVQeB4FoySWg7yKUjJ kZmncg2FtSNPOJ0s4DtyOOe5WKEiOCgRJhIQnYB+PlPiD6FV3QScPEtCOMgGtxyqQMAtIlEfR5sA J+95d7nJEOxAJUqVxHH+Ta/OZIvFT+k7ATd1RBd/kI9gg8KZtO2xGJPCBpfUwdlBm0LvwlUQ3HU5 SAHzFJ84PnCiZ7ke8grGMJPUmuecgzmBIdOz157CWgRNQVeiTULMAGUBYHJOQRGYMbUBCb3/f5ru RKuxJMnW8KPc1YlGkARCQrMQEFG5+v2f6H6/U11ZlRUB0jk+mJubbdu+Hb3NbyXh2s90AT0ZsCl3 Z5YZrqJn6DrIXNLe/6UVHszQIRH2O6py3iBhASxo5g7+GRyJMJlxDfocUPF958S4A7bhPhABuwtU SFmOeSGIlsOGUteORt7A0mKV1iG4BtXKmZTvcFZBJUYPyXMgBoYGla6PM2YlzWhKLBYWwgNpnsRY 1oToCoIppYJZ8IowCtWD+MJ4yElchlYEqUA2LEiaGUZVv6wcqDjmG7QCmS1spBPeIZY1qVP6BiA2 YWc/cPyMgGQSGxy270ndsukj5khmZ4FqAFsijhl0X3EzVhkO58vT287hFzi9JilDGHnv6J5Mjfa4 6OxuMwxI8hPIVYcCItMbW42k+qs046i/5M4kQG7jlctV4SpwSkK45jVSX9WHRjXqu6mr3cbVz3Xt o1M7kkpTF272y7421rj3tRRqgEat0NFRfV3vErTqs2kbYyVzZJ370X4X5kVgtRCgQ95LOWTOmehP w6sR2w7s62R0cvMUFmr+4mnHt0whFuXa0uonm7cn9gxwAWxZ5izdI3+vJx0Nt6ygN/jCTAv5FInZ DGgQv8xI1CDMO+/QjVoZ3S/G9Uryes6WLI6IkEmwzhHmvaGiiqbHy266+Vguz394BgsvZia+GgPB cDZ86UtbW9COhWmNCspA+nX/RodlfcHcgAOdZbHAOg0YSwY9lpW2mvqr8dGt+HOADnuoJlgLjDbo 6cjbKRFYVnXL1gxuZVFAoMzT74xPhV24Dt9d6p1z9MchF29fC3zh28AUNhJdiLXeSMjTG9tU0CtB m7Qe7q/7+r83Pn4YEtdf+GxX1/G9li3HAtPTSK9s3gds1JIH/1dy0ym+2rPUekICNSf6nKJP9XcA 1PAvwXEmnD/RaO4N4Fm5J5duM2QsGhBPINi5AvfgybdLZq1+Bj7Vfj21VUYz4NHFVLqTum/gjAfb ZpmBakHwZhRxK8Ie1h7It3Fxeih2sD3EH0h8rOKI12NIVhCsysZ9+AZwo47xrwyKQ2cPPqGVLI4R +AAwPJpCRwD0gr+F/vaxxk/J35fdBsUULRgbK1HZUG5T8rHqbBIczIh7u4WHaQ+1sOWJGb3CztFd BtyaYpzAIHK+iRNYwNh5GyNNYdr+mog8f+4QnM2o3cjwhNI3kgbNH23cLXj+G6N1Zis37MJC37JV AZE8zg+FeSC+qOSsnV+MjaxHhQP2A2IZOqf7Xetob/2l6WqZCRd6GilG0ASyUi0oLoitPLZ+Njwi Ho9pk/ENCy5krFoNpVpY67BWszWY2m3uFlClP86C+XWVgDNGHOHAjvmK4PbgPlOhU1ybpcTdskPV W1ZhGkzoeDyN+uBks9QbCWO/0G4iUme9iF3eXQ4i4n5fWDGciFBKWXF71sqGyELzLnA0so6Kg3hZ 6C8YCrvdvTSGIqWyCC2Ub1mGAEAFF/fN6aiZFusPJFLXXD4oAteUzN5q9n5VT8bpVUIUoZ1whZ37 t+/G7RX+NbVdkcNys0KRvFyJdqK+pOCbiynkdhGPaKu8I6CAikTYrwxL/ie9iGAZQC1+9o2iEVQ3 W3OUBBZWMbG6eb9CtACSO1FrZNiJBwYms49SD4K/HaZ1bE9oVeNhr2gUncZFy2HUVC6E9IaiON/I lCCst2evK8hULmEVglKsButR9Niqtgzt7P4tsbFqqtQDmlkiSHsNpGVvrRjep0J4IPKI/6wX7RMV q0mIeIOUc2vmrT8s4JhQFOHfGkDrSzb0aP+FP0ZtxVGU6iXPrIMHWiU44oxK/wmJpMMmXDMJRWsb F9a0AhRhTXVJVisHpMBaEN0MRAdsDYuJ03fL1iONnBAwArzILj/rh522XS+EyibT870uLlbugmEI BVN2iTKtNFAWaq80/NyQvY43sbafj+2nS/rryBgcAlfFmjD2xFbDO3HO/Jf1F8ysqVW6n9enZ1ez KpQb8N81KnEw26apQ8krCTuuuOm2PCpVwApkXo5iM6vVsWsCnaKX7Ra2y9NVHd0gJgssl+zIMy0K tDdlDhIBcjwWazJRhhGsSXhECQJfWe7YmmWEPT+zgwmwOC2RI1iHxttPPxIaMZKQYbgENCVMjQSo tp43oRAIOaea6IfaVboPXrjREQXkuDEtaVNICqluV9fh6mwhTVIniiIhdu+f+gizKQnsmH9CHw7I nwhMQ52kj0A57MU0YHEqQWyAIDdmOTuPr0QpYX+htdG1bjjE0CBP/Ly8369urIOFvF++4L0HgrEo rYjG4ckDF6LO6xIq5EyA2BWweDl+uWqPlLGj/6Qfjvd3JNjkGUgIdMfc7Yr2fP76pk2M85mMMCiy y+UIyMLG6ED83Z8eH2eAbfjy9fhze3we7iA79+ulc3H7+vSYBDZOiM4/h6t2UJh1iR09iBio1DZu e8LOaMmAv8cVdJxIBJldkHi42fniYjwI9vcRXPtNnPnbJWA30gQeSZCZVgcVCfoE99ONii0aMZ3c T0znEwgYRAxixXa+XKHT/yaZu78k9BE52/16KNi9q3aeH1oCQt9/XUHO+8/vGz3q64Pwb2LRj7D0 t/MnCJpWLv724XGH0x70g7rF1U1+ZmHA1QQS6ubngfT0GCVX9h1h4zB3f/oG+WJGn8n3Qs2hxeHk ZHk/cbnxnr/pcXwcNfvvDSv79u3l18u/BuV8//NF2/n49/AFggecg6P/In9fP10sSI4ajny7f31d UgW+7757EfUOYhw3Ah3peSDWA1rJGlOqvGy1neQCeRCAIHFi166ZcZK+x2+wNBv7IJpN7pu9wTgD lxge6JUJwfvwy6AX/hu+t9qTuaZBER6HRcuvgH5BDS5r3AFL2C+X7fPhZTy+Xx9eSUekWgw8PL1U 3bsj2boVMNItsRr8/ORcqoOokmDnQgLtMRU79lcS8PDPN5oD+iLN1zofRg7GKVZ8QUrWWm9X7/AF qBOcHL/6dFkr1sClLRybko0SsgTzDG62nq2++HUf2zsggyqKmwwNDSwI6q7wZK2lgYP8LJT12/wP BB44T3qdMTolYEwrzvzq24Q+QQbTPlKowSSHCHu5FwFwr9xVKKldD/7svISDFQArqH+XxRn8t/7s +0RJqwc5EmIvj0mOYB7iaEgAmw4cwMQ0xujwCVylW/Pg6IpO0G8QWJUqWj3xmYHDnV94ewBxCyhs 51qgaMgXmZi3y4aHUgegnu2OPINIBQbhmdAN5Yq3C6URHxMEcF/uWFToQkRxEIMHVh17wyskOaSL sH/qQCAs8DVcywGM0VooFjepbhVmC8PX2Wpjt8Ph7kiKp/WuSPb43KRQ7jB5rvnVjXh2ftQXJHKK E8lwMBnu0ndg6WzWrIV8OUKS6ocxj+sNjFSnExZQ1u9cR8gWyNe+zoOSmEaDYQaB5Vj6cLw2rFX1 hUjdMe0VmO0C4pmOOtkr2QUVmss7DM6rQN3CHPe9mr7mY9zPGmucaVfyFsKxpbVR1weBTu77mvL/ 4YwAaffR02r+mo424+yRfToo08YhbLGVCVxM9bl4qUtPtxVKrKO0mlt0DBCKmHYT+7QJUggxzyBJ pFkjCIg3XrHfSTNYqP5fmVZMSB7HKQNFSAGeUw++DNgM/MSfp1cz4D85XzBXcZ7mA2rwT0rjLGoR nf0LjJe8ib1RLtMJ0lDUxLnMlNjbFijgjKbOpjw8wJVmjSTvXKnXfioBDLkU3pkf3/YZJ4w0scGq dC7HMwQNnohNoOds1WVlv0MnEH0UmUcMVrH+2JzxUSB3IrTYm5F2LIF4ayJoYwn/Iyr1y8UlQSyW HZFkk2c/xzDb8Aix9PkfjdFgDa0ir0/+AM/VFQOUfphMMmWy02qvC953AbRyAQWZ5kC4Yt5B6xEg qMyoBWiqELewEy4dLG47FzN6eEi+CVUS9sSGIJy5TNCYCtclkjBDQQjLG9F6h7w0D7NATCqurE5f yQCsNEK7LkhlAEwi5FfGaDQKhEGY5is8S7AfYxlNtVxapCtZo0Isn8FGknOWWooEw9Hk3T12gYcm 6FsfpDP7hXRJGpVi4kjZ4vtEK0LnTEcvhozwFVcz5E33ZEbp1ko3Q3D9cLnekW2UvUGr/Exw2D2D QCmJnkSwdNizwmlqDuQNUwKttCP6oWmBb/En0YGaXIc/w90wTFmgIUUBJVAj/W7eB4IdOCgFO0QS 04voQ0iVsr9gQQm+FFLGUDq3JYIRRVM+Duzy8zLZyFFoPIAlSZPUsAy5NDndR5iU38I7MV11CaAD 1Sivz+qMQnxiiVWpQaAxUAMzKt5IeW8AKLAEPUsPAD6dGQ+glQQwmOQ+oMHdeTPAvSAhcASmbO2R 0APccKamEVdgPDQZBvDiYeCvrvlGnU0fZ4Es5L2DqyEFdVgYIBY0abp6vazkZZ7GR8eNHbv2srA+ 6OLb1lVc8lDJqume0rQcWLRX++7Mte+eIiP2UQAbtApWBaTrKMR+cHsToMRsleeao/XEGVaQSFah T+RD2RAQz5zAIrUupVlHuqewN+AqktaAODtSDbiGMjXkjLfj83E4O8et9VHMDIXMbEcvwr1D2sum AkkAqDEJA/ekRPoXARCWDU2VyQU9IBMbZN0LoANQ+GsYMywLKG2xAMzhQyG6uqmR8E+whTaACVxm JN1fMDtKAuMweiLGkD0/DC8FhZJGAGuguRpPiY+z6o6jO4UO6oRqwvPCPrVvbmyDcBlwU0ApJWmA 4GW3DZITlVStJwGahFOk3uqAhgy2InFLi8AyYTGsgtgEezYUHddmKHEjmyCrxmhL8AfMArOY4dyB FKNuAYCdHzdozoBgEXs+MBpoqadSufVmRqN3/TTvUra5prV4U2RlqBjbHqhjmS57qB21h8LKhLYz 55AIic68TYJBloRf/s8GgQujBzB2wx6JSI+jX7mpaj4hLkPRApLLOAJN/AG2SsBoOW1wEAWNEntg m8HUrCXOeFIfUGRHbPTb0Dn1b2VTGPDL2olzrquNrK+yhg6Ym6X58k1HrDLTQQ6A05qZDgt/eBsz DbzxfL1OmZlMR0OmywB/z3r5Hz0xd9Y6nJm6ifb24rj3LJMBQKXJjExo5A6BD/Zn2awd5k8AxMH2 zrWb1vlUvxQoaDtQ1HhLDkLvF4uh8kH8xCpgLCykaaX/QZF7bs3NKPA2NPlLg0PeJrWDxTwxhfWS RoUuPj9PuihsOSVjkz6Csa2VUzNCQkRDjYiXNr8vJpvsxXzx8sRISO86E/C8mjx3yh7qDZW2vDkO B4vgFZPfgwNeZAYprliLLuPDlvS0mPq+Y3FaImzIQvAhT/Nf/UjDws9YObvB72cc3urHs8VCq/Ub A1zL5htSJ02i1YQcbsxMrvH0xsR1HYzyYZ0IlX9mZrPksHQoPZzWGVv8LX8klUIqoUlnaQzY0uxS wgB2iz2VosD9xri+jFKJtfxK3xg2YW0aetpiBjA9lxSRXyvQQF28ypj7gqHz3fQIeObVdGZhzvpi S4P9DPfo1SQdjI99cFyo68OZolW85QT8wftNnr1FPwwZUV+26C1cJXWR3HGyGBxyBwesm9/1zSpg K1Woxo/s20ypfnCIkBzRhMUgHhpVGCHAB4pg9dVqMX6IasxvAD8PsHGLigCtXcwOBumDHgHXGDwU jmNMEbcdyso1ATwgb+snnsMqhBa2uC4hwfSDCtlboN1CqTWQORDfXvAxD31KV0SQAdWPES3eKd47 Om+InJCsHOWxivyC0E4pvgBwQuv9T7An7ilCzKdzdW4x8HfRiWAqQFwkBDDHeBAvFQB4PlhMH1zh GuFdobgYVcAATxbp67WamlcVuYlYo74UR8fKEHGJ/+IGgHwEoim+AgxxMQrWpJowViK7nqa7Yd0e EuGzM2Ii2sT9EqTFrCqeF5RKFqrd+76oT1AMmHTIItqLNEH0J24USqMZuaddXiYSBiJKDqRkIY7i aSCtZnfwTaBYqV3H9q410VIxtq+v8BVjNPrfAFcH2G6mQN5VC+oPaK1A1DF/Z3hjFHQFvUg5rLgX yXrLVDxdiuHDBAnQLGWPnRLdgp58H+PC2MgrQcngLnwJeYX+iWPJS9ZLer7yrw7dl4nIPqQlQHUh vcxxJQEXSEfTgbx5iwoTuM9F4UBQTRWAL7eY/2bAIdPGX6AK9XT0ExfGqKsLiFoBaaVmlfNliKaW bcHc/K+hrwzPCiXycoWSuCg+wLowYd/KwORBEHX4szZQXQ7Blhb5mP8ifZSaeC4Gq3wBAcLzJfZw Y2NY7GYMZBb9MZUGQb+8341ISTSW12iX/wYLWIUw0xgf/qRhkkpHCwHdkZk2borpNVKJ7bPTezIV n4m7oa6DfALpVVpn92p/In3IaYkVZLjF6cH70wuz7HQF2z4S+YGTDkjcO3FLXFrIRFW0Wb/ShYCe GUheo2CzY2tFhsXSYJkcBV6xCcCQQaytOICWIxsTH/ish3AaBT/SGT2IvCRdafyDh82h1GkcPmHw AjJ0vlgi6hVSD5mbRhqQs6veGRoQVRIKvCmj6ryuVM7KtWoYGs2I4AUPzGbCZaLgsiAj6nw1XMFQ SvJMRemZ5C+weoyZxLCaQsaVr0Agq4YiPozTK/GxrjXdnKIbWTgZBjuVH0p9Ib1AA4RCjCNPCZ2Q x6IAMU7fAiMQlL4HWciqQRhgCg9xel1WHTnHRLsix4Uv4c7mCHfS2IKwIiB5L8QH8iwHJUuBtgkj lIWXV7IjWRu51LSEfUyiCjKSoAOicY1hZJhsersHXtUexmKQfl/rOkI3+gFK0NvgWy4fdFsbRVY4 MM7hJ67v3sn9iysCO4NPKnmwoVyHRfUARgMKBAF+utUweVIsSUoX2JFwLlfrAX5hLV1rGK4JAg5K wgnUY1xkwJsr8MLu0muF/u6vnzuqs/Qlzjdc5h0Z5C9gI/Vjf4NpBtFgHu5cngZvPfyBAVMABrFe Tl9uPKOOcT39B4KMyEhVWPN9CsoM8NX05GZJW5z+wnWByYBOcDD9iAPBYmitW/O+LnqDeIxOfLqF WpMqJleLQAwFPXxdP29eTD3jQYUiHJfYBerzJ6bup4/tPy/7bw37ufgdbvGVSDVNa/8YClDwz971 fJBpQDR6Ln6yu/nOPkUR97q9uT0QCRug/Tj+eXR1n39R7YDZ4iRfsZBpdTy88fSA614vj/+cvz/h s5efvwkkP/6QR6Zt8f2JJPwv6vTj++f2+S9Fix8/cfXfDw2Nx/E//37+5/Pubr/vywUl+X77un3H a77f4c9HjOX73+4BvH9iJeuEr9wobNDeuP9NUuTxvQf+Xn5Of85pa9y/Hz8/dDmul2Q4wMua9/j6 vv/936jM3/9+n4mF/Hx/PwDRaNZI0TjaHn3DikaP/iFaopkP3bj//PsV1OxRfvc3NrUGEsCmSwJv x2O+/aVJcn+oA5hqcD7w7vT+5WI7eNj2qmoBPaaFAtG0KV7uwcuu/zN3sD4E5Ssh6ke30ZkweGkI IfHtGOskNlBkiXibFzUVZQOa2me61pfb+9UtnH7h/jhY40XFASwPE45fTSbBklXBgfuBsF8TJQ+C s3jBm34RVbSDbKQkPFd72KEdFzmXlEdOlH/oAjhBy/5AFsBKQhUNOzrtkiLyWzIRngfuI+PAnaX3 C90CJttr3+CoYaAwRqA6bX8bjrVuLdsBDwFpQhxetDv5vEBjB6IHZAwstj/mW4B9rtn07VWiOjBx 6Oug0kb4DHAMWFIIdEdg6sZcYrWtTtNLkXnd4epfoe7Dy7tczyxw9OptPKSCe0mwaGu7ExYKS7p8 LXaswx5KBnaNtn7BiX3fjh9pA/BF1+ikfI9Am2ssBuFYCyOiXbrydRdlF5oKdKVKZbvxe4OJK0Kn QrdOMWFNDZBVJAMq87ogMWMlqmgj4z/FMwVsugJs4QzhtIktNSVe6QQFOegRNcDp4KgCP9W/iKjC HwGVWwLb9zRJ6KODuMyGbcD4JsJMOBs44r2+9r7Bv7X/+Jp/lIm7g+lZSVecs7vSK3gBvDIDTGDh tB3LJiKS9Jh2JSxLZ4LcBScyPUAVYEVaGEQBLnIu1Z7dwZ7K+ksRCCZrSGshmbDHB11aAcJ8diBf q0TChsj+G9HARiwAqdZd8RWjyh4Moy1MFYf7GYQWX8fGiP4nnt8tQ0yx24yC+Re4FxWvqLTZNqGN zgNplXkVRoKoROQSPp+TRYhlhdPxf0xyoa+9FURVUCMUCJxxT1kHdAGECv6mX9lUSG6AGU/oK5kT NQXvg11q2OtJX9iSQMcQFfmYY8ZQwASITUxd5GBKIa6eAnSVxYgp28Kd0yxEZMmMCnjZM9kvU/dJ 5pQuhyCqbV3Fv+CkrRxd01hqrJWnqZ3zqmGOmYu60TeAv+PYPviMVfm9iE6+73kDHzRRaBtSAS00 XJa4MZfbSFhoCMRD8h55AKCsYNNSQB2Wn4aHSnOcEStkChgU5wnLTKFsSCXamNJX+8Un/VbXbPlI 13FMBFSebMDNICRYQTpauAWaDSGWWz/aJNmJ1IIiAoNVfAdzB6DiY+gpNhGqlJXiS1Q25XqyuGDm 4EvafyBIV5N44DsKhOYJr+X3Pi6oluxpjI/Dn41ceH52Y75jhEW2cfJsqB6UaLFDjAvIirOlMlZl Ankc9kRINUwYoIRvIzH0Wd2vYfC6IFzMY2uB1F7crRhOPGWUBBzMoCuokH869ugJGFBIcYyY+VoU LgaS5gKPCkkHqRCJqLO2bACwIUuF+kltw21keczV6AHDgE/gPBk2SBC8OSDerr7SZp8f6KIvQwk6 PrxwDHbQyZgqOiU2JzTPsOoa8UmycWkUS7zZPdzNrPojrHvgBhuCh36lDeMYqZVhlHCleqWrZKC2 uqxfkVEB4r/ALIgDWgHwgYZJss0lfEGOGurlYRBiUJSRku9DgmhCxkOERsnvYD9wxSDzNMw9GRfU NwNDAKfQJcgUMGyzpKVszM1/3FPPT9EXwuQ+IY96CjSFFFn4sJQUXk2qESQFkb6uJoDpISmb+WQG NOtWNegSdJVgKXHaxTRu5lMIzxwGRUkVtmOmYFYd640I+Uy/cQ7wTO5Ab3FXiKx2AjEoi4Cny4/0 3J/NIi3RZDyH0LpHTan5ehfYMMxmunn2NjPlYSFaA2MkejxNZDs0RecMPuw98w7IAW9ActzNwxqh aVAaoCv8yGpBfXT0GMDSpXEQQZhnnC6gsdZMoGOgvzFeQM60RmmW8uwD2GK8gJ0BSWubMVrMttM0 ZqFQ2dxsAl4L6QVU6WEXZwU4IQCPqTFbfgimC/1paOZBe8BhWJGvpZRLgzqIbWkAiG4G3E2zE8Q9 QPOSIHYoaR1bPzsICrBdBAaSgoaruYnLMIAYpwAxQJZBN4EUPxbLCUhtpuVpaDrp/DLx6ufFZLGY zIC9DnRrwQwubyKYo4kgsLmAc/ox8c1ESGf/BHqHenkm21vESIWtwSXBYuA23gPPla4uDC3xJI81 jZS2W4nugGMUmxkF8CBYgFHlhABcl/mZaVYMwYPcWhUwsniDcEbHuvW3aeVX9djE+WE8OwgZRFcz aVCzrpdnsKjz6QGbhJPnnGRiGwHCgb8MxDRBlM2wGdBYs+PP7h17QwsOQIXeA/dmzfy0zU6n/cxf da0r7Tq032KJw9pcukYvbLe9M4zMdPdvbgo/sC+2bnOxzNIGA76bRZAmRW6NGUClgaWb06w/9F3v IprEZgwUMPktgBoLeVyI5k8WDxMBs3MXDZ4emBh9zho30+UL5Janzc2uQou9bd51fgofb7P5NGcy axABtTlR4GYTZnBMbpjrlIPNynUbAulZXcemjUmycL/sx+yvN2bToHkI1JbH4rKDS3sFu0UJZ0UM b+FyhBmZqVaBMk+LxQJRHLGK0lpfgEk3i+nQxn9eP2VF1VE8esZvAW/BogNi5b2VzLK259dpi7sy T88zivBgvTNpVpxoxGiDn4e1mxswe2I1LTGQPg1f1hxanrEYMiK9GQSfEg4OQO51TV1q84Bo9TAz +1sFs1SFRayncsTz/B9vtzZ5ADbjWR7qu8sQaWvaCwxojpSFcLPz18UTuzD1YFyi0C1JrTAPU87b 0QsPMIsW1RMbMDP1wscMOLNvqvxQP9RPrTtfU1NIcJ4ri5lPeSGter0au6Kvu4qxGqkAh4aYg94p 1fRuY8qx4r3zLekI66xf5It4iLGsvMWOYTxUGs0ys6WR3fuiRefAmLhBZ2B+HbCuSqvj1OG9yABx EQA45qcE3Kam0Y78ZGWo6mjwKsd2VFsy/zxYhL9kaT8Qa/C9Vav9QjFmxBI2V4HB8xxLmU8BXctp wIICCPEGjFo4Jd+RHRBDKHURA8qtCswIjwi/Ax8NCgg3aK7qqxCOypcILYUEkGw19WeRrx2uQC8S r4/ZOxxSEnWEkhXhAiiB4/4tEouAMUKsfiq0LISVZaDaSrgwEv1QYFjJHjYbOlTk0AkxMbBUA9aK a+ErkD05W4liyWMZHPAfwx5BVPjtoIrwMLQUCO8wVrVqMfVa74Sf3nAW1BX0irkH3UImCC5zOVxQ J+4v+pXBKskVEEs0RM/pfqMH6bLwWAgtIAeDgu38SkxeHhqH31E4WK6wDaTp/7zZGEexFj83RmGl zuzogmN6klyng2HyMrKCTMmczsU9liSWM8uMAt0EgcZKn00HoJiYIYkHo9GJqQJMxCGfDd8VhAIS jY/U2kMkV06eQqDX6EaeKwltgANGYYIg7npj7TfDfhH9JpExmUA0Fki1aLwYOxC81FJGClUW8EdQ QcVBHInL4YVyWimScFruAF6G72ph3PzkbePMsrRO2JWrakY0UW8w+ProEhP5frlJCLJ2mFaANvGB lmGtApgW/8NApSgGXAlCKClr8nqc85jaQnCjimzQR+CEQELJnHxTYmjYjQxQtLdkXEiz5lv/JHdR kKK8ljM2lfInpGt2s4dSQhlkE9or7Jewr+Cx2e/u5YiQDP/syjxdE8mWbHW0TWIYQ04ndVPeGN0X ExlVfRzd8l52IpmzOkreWmOGXtag37KbyioaaRzKz+qiF2Q8zEhqE/vW041UBqoGAEW3akrstB1h Gquqa6a1vDGPfQ2X1oBhQGpTRxRu0+ppLAXYAO8eeb214B0x9hTrDcp6nbhoaAPjoJTxdnK8CI66 gr4wfm906oEZGPf4QOogIcWveF7Z0hGiCyZuQt6uWs0lKNVotdlLvjLygI7JZOWqLPNosTe7wQUM ychVd2B7FiOgnOIcIB8QAduBiSDeowhb9v5vFersxOS5u+jZFjYfqwyQwuUCopv6Si0DCOJwoMRX c43gB0zrkClUCHyKqjiKWCBr8hOB0R93Cw0HeIjAANmUeBg6KpyD+VC2CjoVWnDqlJM8/8PddvCv yGVrD7AowfVeAEQGAAwpi/QZXaoHUoMwrTuCjRCnxciFWE/jVrWgGxP6BkS9fPmD6wU1Ij4lx8L7 Aa1919VgpCEQDp2KvmI2Ap3hgaft8UH61V1jMLruDgM1KSPAoU9fgDRUN7xHQgpwuS5w00cQAeDw TAMWFk2MwPB+EiOIKAcAd1oeyRBpFYyoxIBQfHVjIPEEywL2jqLsyjzwdQxqFFacwPR9VbVusClI OMwyHPHVgfyO318c+Qe2v7toDyeVegCUGiHVzFxdWwdXp+dwXnkvDBt38f5lDnUKlzlYEXhILxoU ur2/k4l2Sxp0UwPjU3+5ac0FfBXRzncH/IHqkGjQtk9SXfY/3Gwdd/3f3p8T6PVdshzwUkghDQb0 QoofkHB/xEV+pC8Axca0vn99Q9lvEHPQMXUL0DF4nEgHsJe+7tfhD8j2et+TekZDhmIHZ59/KDPj VX/6ICkQROULweRPGtE0PL7Pp+/Pj3+RrG/wVTD+9Q/+9Okb+kwoxN1+X153uPhOItWwb4WF8xfY Gg365+vyH7g8ovSX939/H6DwmgUp1prEM9gNZeaf88Mjfq4HwDLNDAIgJxA2XQ4Y9PmLwsG3d4DZ D1D0L5Ijf06PP4bpD2QZ1I9BivSdZMoftGs1hL0rymCdOKIsTV0DmNyddOBgosZHw9dJdOU/f8Yt Vamg3nK47W4Y6LRTklE5KHP46zYp6RiyiiVsxvdPP2Bp/E6EYyZUa5FFu7PxvL9/ewtdDw6gNRZ6 bbIwcr9UU06nvq78Q5TZHZ1QY1+NhE8O/YH5bM5VXSwlcDl3EFytRmTtqyZbkwHnfMDpvMFD5tUQ cvcuRlTJcui7DYz34szdrBqHMUdLaIFPt/XxnxUZuV/rMUKqWMHKsTJ3gOvjKxmGeNedQrCtcA+v qkNvXYbons4xXqBmroX6MNNXtrIFn930ul8pg75t3J1Icx7ky/erpinHqXmBIAP+kbZbm7vt6cUF sgU9J+GiPSykD881sFH4MbaWhLZsYQ7D2VTAKOIAW6UfOApWsVXpFu5nxyY2wqH7p0hM5FWLVMy3 c57MJ2ClNkO4FkUUEVS7iOoqrx+H2WY350g76GL3E22KA7A3dUODhAdJWAl3usLRPtkWf9YJ5ViA oADBzgFkBytXaswTB3++bq6/aDP1DJpWsGVEgJA7UVNlw+D2Tp3bo+2NvaGaIcMEXHeMBYD/pma6 XUe0h0C2GeTcGwj7O/0D270ADBinIowS6sCjHcaeokEig06TCUuFnS9oH4rIBWTiZ481sN0iBXXz j0DXTiZmE2XDrxxCCoaEUosknZ6m8eCQThXYDk11w4fNGtYntrLxyVqICRT8RkSwLxr/bnMD/hnb XlrwoCbsDQbXNm8i7dZQY7YI07TLyuKLPQfEmdLdAG1gRDbOJfKGX2iIbnh/eih1p6TB0IWW2t8p idWJDkl6lMxEqNGfcD3qoCcYX03tYBKWC8sXDgiGaSpAPn3SBGKeOI6kqbqu3uHbQfZOYAlgiD3G QDAIwcRgymIYwZW22+mFwm3KakfdnIDBaAw8h6aaSF6b5RojQCnEcyILucLAaIfsScySIRMVFEf4 s6k1qrpgnB386+joAMB1T0wYqwZiGxgbEaKZE2qzzhFDUrs16MVXHmLMEguDQPkWFCL4Vu7VsW/j r/jg5zIAA+Se7mdNz040GpNQBMcCwvnNk0OcgdKeu0iEU7Fe+GiYulGoo2cGZy8jN4R1zeswnwWu MhxvN98GAOCrTNAyMt3GI76LpVgk2vo1yZaZ0dBlYJ38ayc10wMfCEaWElYXY8AaUg3EAIFeA7gF XbJBbYBfWdeND/qoWQ+XZj4OT9J5k0LxhAN792anVBrhtfOYwFun2UCh7ChWKjxBrzMcyS0z7a+e jfHmJdAGww4SDJczWb2YVf3Ss8JeLZ5Yuv1jHuLBCuVxj7U1ylLlkShdshzfZPYJMKQKEpgXmWsP ggbgers8GtQV5zecOgjI66FKIGFz6CEO3oqGkaOl/4aHCqWFnMiDX2KdkalwgD18EDLgG2C0DoP7 TOKNMaidefcGiX/UWDk8Hhr4gXkgekLaJfRhp0EKkFuQJoIjiqZs3F+60h7cE84QlvjyBACQqENV 4MBy/zd4rAQ/rM/P4YdTV7bBOV7AcVHzvN6r/T++JTgBdIQT6IY9sAsQA5Qc67IPQpzYMEjEsyfQ RI/yaviNRkKXw/Ci1a3CKjUoLHI5WWpsjwg503kQaUTi7RSGWXNVKYIkoUfmB061Aj+COgwYBGk2 C8wJfI4t6gMGfzH1OqNkAKImUlseED0mHoBKl1w/FEJnImKf6iuphbAZWE6mwWwAJgCu3hf8C/UI QAapYMwi/k3xxsOijCQUBoDkv9Flkyl4AcdG2pwMsAiYq2/GxdyAif4HfASwA+AH3mvYchaVVCsB Th4YCdC0zVZbLQqRi74LwoP9vIGSI7cmJNEFkyAe3HJDkKUbJi039QDHechnrVZkDIjW7mBwrwBv ma1plP9GlLVmokGvoWfo1XyOv0LDnoIFfQV4pZMOpGvHDAQc4zJqrtWULkfQUIdGWZ4lp0mRwAdH 3fuA4q0d5QgNC3S1H/XFmMJMJRNvJnn2PJznQL1Ykt/CbIZNQbowIWfg1oni3C/Sq7MmirGZJlCk u7kCcIOXzE7yvHHzGYz2xyUdxSpXb7Ie9zn2SkWcjMUqAyCGw0fVDkRdKiF1GRloejVLmiDQjLdo XfuM+uBovhHmpzmZDaK1Awv2TfgiY+O6ooGaLqtxZlYsN19MNoSPMh6vE00LrbWEDZMv+ogmkTrx k7xC92r5uiWvMca2HRm72FT4Uh91u6d5emr8/K0yikIR0HywshWn1uotLhj1LJvOAn7bQGTnzZvh 8uCmgqscW0vwfuUi7pergajyrolVRCrFenZkpOMOQ/akPlRf47FCu02d/dWIeSCoOtmOOmwgI6Uj FWfJIgJLR1u7HtE/pi5LcEjEVLM6u5rmabx6az5G2dIWJuCxHatL4opX02LDfOmo4o0NyqtVGxDX k55250MlbzhoQ2qQrDaWBqGGmrIzbwkmDvzPXWunUfADnvMX/qVrPYyk/gG3nShpsCxzzo67sK69 vPjKCgaHq0BZYzl3Q8lCNFBZ0zAqiOhbc2fiLBdNwvy353RZKrTB7zps4v0wc+Oae18876zHtGoV gH7lTVQJVD0MXUUzAD7b89EK9zy96UyFwYom86Ilth3FBh/xIy8suvo1Ts+3IgDVNnMrW3t8BqXQ yFT40H2BJys1qvZ2AkEu2bSM6UN7isJxR3WyPU8x7sI5U+wPzonHKoc21z2LpXXr5TWQvwXi570c 1mnz8hpD8qq0ZLZ9HSjN7O2hDW8VYRMjPagi52mA7galqE2Ma5lYcVYIC2x20uBZG5ZWYkdKqk3r YHdzWEfiUlUSuI3/dm+fwlM7o5ZpSIfZWWZmrxht27QcujCMmxCtfDw7/K5UzfA5DcPlrEbkRs0s ATIYhkyvDI4sSLxHZtYKEWLyr57LWPtq+0bxmhaO1c3QDVeFcJ21V5PWsfSrhLKy6hRsTE9X6jk2 /FGtMS+aFG9Tl+N1JzJiaNrak9EfA9OwVVYwglWaLBsOp+yqOEZLhDCkS3ypKohzN55oiZPHNxAK MyxwqQjBxFXTWaOZESHzhyJKhS7Tnf4X7+DEh4v5PFwhwMx6bTU70kmd0FHAjYwgZjE4wj84u2/6 0WZm7noTQ7NhaXp3Af83JvEhy1EsQbVmRAncryU5q+DjSNTGmSYWH2HfNs623Txr/POltUxIQ6be X5LZ8VKTlS1aQZQ07Bjdh6KTiZNrkInJ2KshVxgAlgq9rBUxtmDY03y2fGEkHRyIsTUIwlnBntK5 TUQpKuqscfWI1MiFfMysQM8SYt72MgBkUKqxHPQNO0WZTqUB+rtFHJEHIKw8piBYZOOmDNxg75fx WI4OJjlWJgKJT8IDk9vWPRF1OZhkmf+SVbf/k3UqErYy2yA7esWuQpqlEObT5Osxq2pZunVmvZvZ ofrEUU8zDt+sMsI2UDLkXDFIwoQhDGBPHH7NlfyL4dVYGBSEM0MQ6odah4nqaYLWBbciZm4NVsxX WHURJFgCqtZI9+V79JSeQcGJc5SS6o8UfFy86A5BuYC8TqyfqVX+SERiJCgNso319RmD3St8R2Id fl4+IyNJ3wbLWUHqlyxsvmC3zgS8nmn+yCPlZ9R+pIhriGhlfEqJvGcLV27j2ZKjD25tpIfjGIKP yshki12XG9js+4QtNhhi5g6vRdYqzinUiRRSfuPqAjCCFWTa9D4BGxO6DqWXMvPT6gWOTpRctcQ3 afFZ2haIteM7+RYy7OpirN/gyLYKVyxIhGo7qtXHXKkMkZTRtnIuYcCHtZchy6S5sC7ZUcgwB9Jh iWzwCPUURbdBg2emTtdj6vnMeiFHBDtg5sEcZMKbZZesuAt1XEWh0R2HhssoMIDbYfugGBIcwA05 ry5ZOJUoHMUG6UNSuvQKugxprwLlvICinZP7yhRH0tGB1RJtiTW8Ku5h1HHQ3OZwwax7PSsIIONC Q84hLb1GosoIT3JxAIuUk76h0olST6cVoAZ6AclVLIgyloonDLliUMzPqj5rJ5Q11hs7hq8vjvnr FGHHdHblnrQ6/L2CEVDaj9xiBjCD3IPQoccXBTQAMhL32TFqb90nX0AvGjQKT0Q3pdoBIcS1vneX oF4AplLfQCZ3H9u4dEz5jOIj6M+FguFjhFPpBbx/3FVGlDSgJHilxgy65U0KRh3qj1zpcDThAfvQ ECOgolBZpNPfd4h85zq8AlSmvZdDMjxXfExFwmiuxpZUDsxfCakD7tQeTsjkER1xUrdO6+PXjlk7 Xp2SgHkAxFPCVoUMkkKPN2oUSFLzwEBXQulMxBmL1T1zsv4gdWBlIH1atB+g6c+umAOrU+2FEwaU g16pPftLzN6kDfw3+RQiFFe2SawBtv6Bdb79+nCN3fFBgNi1QvuwXFjMCeapMbqMsa6TTAmbGMkX 5rY7eB0o9W7SnEOHxMJnt2BiWhCj9AeMrdRJFwLnFyar2EDKV6etX59M/Dt4HsQDcqURAX/HDgbc GcbD+eeVGgbxGb+k3uIJYPM9o1Dc0IjkejdIxGbmdHk/g7Ggqu7aU8oxB67SYz1OQrgZwxP8ilXA LW+wUu+lrQCb9Vvz1pSqucBU2AHcdTBOGcCAWOhR6Kkqc5q3nrgzm60uEKUyCz2JzrksgcrOF5F6 cPQAlREqFx6JqHppobkM7qP7VQlbRYU0fdWs4cG8JIWHaNK7hbnPTpguQxHKsEeEZ3YFfVVPewN+ W6jCa8GP6hwnan0qiw3yKX+Ck+tGm2qoHOCe0+J2rNaBjjIlOKAqJtar+hYPYa2xrCHi5GgGg1Qe VqkMxOcTTHce6STuGrBn8tSvZpyuZlRnewIrzr2QDnB71vaddquKooMtCfQMenKaIv4gx7En2c4g rfBW3pTnt1rg3wQPVmpmbycHqIly0EACixtZtVEa720J0FT7nNu17AnoytXacyOW3ao5VZb3IyNp tv35ajz5WM4F8OWlysaV8IzmHtfRHgQN6x24x4q7NhpoKptxxTOsezBAfZZeBFE52z3hC8ut4uUY 5+qr+V2ew3NRzbeuOu0oEPY6B8eHxDI2rJZiU3Iz2AYJ2ZnbGiCsMy775w83+5mfSutpVJyrcXc5 7KFbg9lfB81e3QZZqVxrGIFzUtXsudegT5EPhw9lrW7KE8YPr9QO11Nn0BQi+arv2kqO6YDCsfqw w0ZFcGrHSwU8sNRs5J22gwf6LqY0j2qn5qyQq40wN66TeuqtijqG8ezXfUZhzIM4JItGDcR0Mdn/ noCrxuHWTvSGCtAK3B1pi/7hLjM61VScuhwzNTOFDpUUr7BWQYicpofwiZpd9R7CW+gSwRg+mR+O l1LFoAAvevsx6bz3hYl276eoCA6IM1zK3wE0+DBVMXpTgjN4tVgn5D5ljHjF4gYJAluxM6fWwS5A d2OUOg2FMGJxWYZ5LdOgtOSNSeF6PfEJMY8Y0r5mK8yRCMxYuLqHwDK81P6udu/VagHYoMIeey40 2PylB1skgGoiX6JW0YG1ZLA6gplnKNIrYMvJ8yO9zLk25qKqjqxR34HZcZjJn6y4PMOhMTrHYvxR l9uyPdMY5by9pKmsBmwvVtpu8PVNa9X0bUFiXwO4MY0ikwo8HI0Fws2gUwR/RzRgnD5jWmQrqBcy Mu2Kr6tp8TFEP+tjxia4S8Ne/UJczU5FQaDaOiY8lWv5lqg9o4ulL/ozqta5YL6KhFQCxK61Zksg JuC3ilt+IxyyHIyHlctB+7ZI1rG+uAGCE4KUiRTKW42OJSoZ1SZ/7b4V/DPZjuQuEjkjQXSQAHXl nAkLTZa7cQICWKAutLQkFHdVAtSlYAk9QibSx5DZiI2gOlI96P24udLMy398y89Dw6VxBcZlXqLo khpGRjAzspWvmFv/E4T+RvgFxv7TvSE8SyJwXAffCo6QXrCyKnSpItIv8i8Foo4ZZlogcjYvLTIH 5D0xnysGCG0NnDEQjpZUy4U/CAibGVuSlW5UulfdR0WS2jakR0S64IKAdwmKrBdu66SoWHyWPl6o iNkpXyN9CYcxIEA0rxJ16itdAsBCOI8sKwas5RD0IlkCAkX/Npoh2sY2HMI0BThJtWKLQ6agvBK0 X+xsQN8B6tJZ0APMbSZflm7GVg7SgVhAmIlMPmvhELVw2BxkJ70LTyvPSn9BXgYDSWqAqjOwXIIg j9YgbXd/2fjjXJpYgtmB60CpgAjdpbfA8DRJ9myUo4hHdfZwWa3Eq7xaxyBUA84NcorzKJWfBrXF vnwKZQqlHFh5yGOfXaFVByD2TSALsCsADngXOoGr6I/pBcRVhJBBIMJqZff4e54XkAs+g7bJ3bUP 0qKaMPju1lUoigRFwgB3kGJLWSXyzis41A8ulAoTTKilnhAwVrYbqCMfjTI9A+zFvfUDw2UkYkdP QERQDl0dsDnONTldLYfMxSIeNP5KIRAkWgps23F2Mgsv74Px6zUSK8PwMkk9pZu1ypWUfsB6zJPF QSB7kXZY+D5jFuiqAKWkyg5i6IpVGcpTsh9YZlY6UsEzwAHCUoBg1Vl79VyVDV5kIfBgioJ2gNLS isz5lo66SMVVstyCKuDnsjW3XNYcV4mr4sQ+MmyQoI5sVjYd37deuLP2zZY2VZ+qiq92Ve/oxAUy T8Xz4RrLpPM5XfaZ9KWowmp3iJgfSHWACzAkvmVarW1FsqEzyTdar2p8YQOgm5ZIqwsCUUZrTzEi IckOYvCN+q7BIbys2rz5FYvQd4BBCvQt5caAk+nJStMtbK2t0FemXKHZcOsmu8ZXqCmgGq4JmzdQ sZVs3EwLH6uX1S6TtTXYLY4xebRNjKpVnDiPPnp/7rWd0M85xIHQWPKp1QJRTKAGlTybaO3RP3h7 qbZhiLFKcIaPDQgFxrT2+NF8VcU7bR4O1FCwaiWwGLLe65tIdcM4wLOisESB+JUGFKYCL3oH+zci 6m8Q+8yPY4CQGzhLJGCepWb9+XACHX4+htrHvMXIV/IxzEAnn8mr5Ft8ua8EPPFNusMDaXAfsYAt QI5gwBqrqcdW27PuE9kwxmGkJvrdc/1/pHAVA1CF4eAWHNrxASs0OQ4L723WWRirInZ4i4U3qGmg M4tR2bGaqDUJu8lCzFFHZ4jbVHQI0g/CsORTTbHp8jFB7VSwn7dJXlRJ3GeZo+Zg5QMD1XHMqvZw 7ObMTFa5doMnzJJ/bN1la0KYnJStwWYH4m85WlPeyHkyZNZidwLXW/y8L/Pm941PQ+cDZFr8gUfn ZMD4XKT+88VTqGk/9zOln/wjpH0xxX5PwiRU1dAYGKvbMMwCFP102q8UWoK72SDEW10nb6sGF8TN 1buC0wQGjRkZ8zYzhixAHTZPbNPwPImI8MTYsvHqg2ZFucGMW2BWH468yWYJfC+mhA2FTDpPyG4N vpd4PqeS+VmqAOYX7HWvNCbtLvOX7r/NvVcyMDE5VmHGy0IZRdvyt0ZudFBFzS7Zvucwg8WjyS92 SiJazDtFlwrjzjUYWePXRqHyqx5C8Nxu7Gf2oWp4lT9m6h2+ahzsc4ps0053DRI9q3iO5c58WKCO OIDlCzHwHdgxDnx58HBOGV9f9cDsG7cOa9iAMqfCpQ6YmBMzDl1Xe1UTsQqqqDh2MWexHFB7NpGW oYViw2VZ4PA+Ze6KIxhMWvFCEdfs2nSUYODbDKH90IxZ8L9RB3VoY+7pdjVaMiIQAZiPa6291QY1 BqToQvDAzByIEDKMu3uNbULxtuZCERZmT1HjVo3iE3gBXlBtxs4yX8Cxs1rvpNc9wgO+G6hN76g3 LuxKpX26pg9B+MBb+VpaIlFJiuksfI5wJtsLY+TEuAIjRNYMkimR2y3LV4QVoySp+pkVWVh4PeJj C1nG0KEMFSg7iObwh/YFavONub/FQgtEFvGrpRSR5Xc5Rb8Xetk6AfJe3fUNeqWm9ywipfXtRZFA NFRCKuXyHU21bWgW/6MRdoT2rP8GmQJsNAspY4cL44PHmPWBWDUymrYeZKISEHgCGqt4PzKxzEHw Ds2FwCTDKB3pNoKC0LYMjq6UgYhMYWYFHep/MswXGaINV66tee0VgrRxlYM1Ke0qxjZ6gbUxT4Az Rn6nhbYpXUq52lli214VIBF1rJTAXedSZU8Wnj3fludsX8wu211xtaSgHZMfw52H63ZurCBwUMV8 0ohqtnhDnSKI2Jz3rsbYIzy/U6b+xSEDPG2sfq16J9DXX/Mz5iIWWUSqMAXZUXkW1LE0ijFIRbWt Q8HCtprjvzrGmelHNPpQIwi/DMmok8kJCvKtwgyRyQbhSZI+mOoSXRFUKIfEU9a/Dn0tI9QueZ+H mjX7qKtuGx+JvhgfCFACK7KpniipVKNgktaJVE6Ob4Ip8pVCte9n6tZD4x/wEQ09sDiYSVcl1wol JdFvZ4CMaZdjVzHp4h75qIFml5LcqxGDQZdrg6TC4b2p29hLh6MVUm0Jyi5Fl5AivlMFUI3QO+ja awztTeArtQDqB2ESRjucxOtj9mENOnhsQhie1RQUJq6DTIaZl+s6G+E/0uSQGYOciVAIYbisDsUN FNSJBiYEBDBeRp6gjhMwQAkj7614y8aNQA0EA2Beni29jnlOYanr7s+qVA44QGOknt1yayJMA641 bROarojxcBs4cJIK0OnwS9gI0AUIoBvp9cJwNC9ZbE2nyyv4JEgCsw7kJaRgXNb31KphvMB/IrpQ M+ihg/sQBRK4pE5i3brlbf8J5MRFfXNhX7AqNiTFWiGxe8GCjFCjoYdQHyib8XdLHc0Tr8Rv9twU TLwRTEjLgRowCNRXHdvHOXc34v7m6sV0AiDs5EagyntC0+BqkgsuX7sdt3QkUpveHj4pV9Ocfj9/ I/peLg9v3B4eNI6PJKr/UCY5Up8gyp18dYg16Brr+OyKxPf75+5KGuOAZYydTcyWpjaFk2u3EN6x yak9+xcVFKRsAtEUuomxnD6/aFRf7v9BACahQc7CBY778xc4mQjGxZ1reyouSg/uYUxi112PiO1E wl0zp9iwJgDthj1jBK4Fg3et3gW5GG+XjsX1eLdk4NcMkz9HObMlALlDL+HKNgOrKf8SouseUgun sf2waRc3D6aYjNMpyw6ScbzzRWuVa+xkWXEUOh33wy9b2qGCRSU8mXsNNm8TjkU+weVbepuTFare x1fJLwUU8CUn6Hm3SJLaZ2/1gSh3UMJomBa4xWYT5sNANFiUljYvXfAorROic/H5K2tb4c8uIcm2 fn6ljWIJF1ZBLTiMscHYwcrFw+CkC5Ztml4RM8gtdHDD+4A2Ug14CpxQKNANIITj0EVsWFoTkVZ+ lRpR/slHnqFt3ZdR+sMHyQbgP6K11AZkZcFEjnC1zy0Bp23HaL1+bOlx8zrufXGe+eP8mH1QEQs7 1M6hHVyuwyPUOKxux5o+jna08CeYFIovoPsFrN2eBaXx7CSKwwTjtsrpVqBQ9Vmd5WFfO8rktIoq YEmMYp/0VcrIKuzOpTWDb8kkpC8ctReipWhor2vHxl5Q4rTl8ccchREwZlK2+lgR0JZh6/TfimvL FYCPvLCJDS8O6GEqr4dIxbmn/r5VikpJCe78CoC1Keh0/32/dDlxBRAj6fltGStlE3eT8beooXDz Y8oj0Hn7LMB/w0VAcMfskyWpkkVNKp470RWeJ5R5VTGHRyXZpGLiHAg/B+FWDFGt8CvureJB54Rg 3YpTKiAg+yZNQUTbInBWj+PNK42cOWnbA9caeVvVsHtig5fx+bHa7STtKTabNNZ8VfDRqRY/THkm BWnfUkV55XlZ1bNp1xIrIrjbMR8xS4oittX2VE49HL4r8nyAeXSxnUhkx5Vzwy4EsZ2ZYuUQI9ul z7bfnD9fagPv3gR7uF3RToQa33f90gdZC5MOz1RDsU16S7uQlDTInYsIkbUS7DEwcS+huOtCkG1a fJYFWxMdWWVMf/diOuxcOgq7VazMTgth0PW9x+TxQqwBV8E9EXoEUxaVOAEnMO285Hi1H1TH5BnU ViyW/dw2rr1ByiaAoJnPVaLlh9QFYAfml/U+sxabVgbd+gr/h8YeooJYslECdA1GqXDBmqulcEh6 D0Lpt8su6TC4gj3QuD/rm5YMCJg9NEz28GCLjqlG3uF1/GgEncE7qPxFaIYKtpp36a/Wi/zXeEbv grwWmQAoODkoGYShE44eg0PF4+KyjO2dNxa7BinIj/Cr8A/kDoI9UZw4nC4jMEEaKOw2NfDe0kVB OM+JSxEmavH6BFcbk4SXZsPbVTmpBYvQHCcIkoucyemUNHUqmc8SngjHi/C7DU3szinJpAS7vLTO v226ZEyvw6M0VibCbmQhsm5vESnDH/VRyoZoJKDboFuUl/PqBrNEhWUYlLyZKfcPdyd0FESOkDjW h8czcRGJCJkRQvlNKaNuyhgxp1NdSeJmc/F0NQGeQRilyCCwtj0IkEKJpcAw+ayUG64YoitAVGkt H+08oxaB4AsKrVRUDUGxiMgXW4wGESIN9uPWS02KZDlGrwMGeg5ciT1qNQtxYw6gIipfyyMgUeYb ZctnjYgZiwBu/CTbMnsCA2WsIZbBpD5S/gsGGRoIQdlQFufkARB+7XeBC7LOBZI3zYYkHdKthTro yhTFp/PcxHCh0pJl5Gkc4/9hCKXeSL7r6RsxXRIAyccCtmToUrpJZ/lf/yfIBpxCijlNWQIT0Ixl RE+80JJSf0kaARca6I0w67edQvdmCgupJMjylz4DGpOMa1LwCbwWDJucxNSj9XAQY6cammLwij6A T4aAwANwy8N0dXACa/FtuATLmfkm0hlEAzsY/GEwn+fT+RwERCMau2zaEfsZcAVT2ugBevWkM/vh RWQT3ofUg7+iMJp0YIIBpzj78uROuxnhX1+ioWFYJsSqp8v+AYT9g00+f/l/fj5dPxHrHUTz6ZMB f55NiJ0sfNFb/pku/4Gkxa7Waxz1lb+i2srygRITvY4ejCpOv4PFIGNrG7goNrOXLNeTf4xVsFFD M5vOZwv/Wv6zmOjE04v3NKmLfwy2RhjJxQTU4SHGyJg9LebmA7eOckI6wB4NEEkExOdTq03vYOnp Bk/9IdJqghjh5f2QxIUWxjZmJx5monDeA89ZEN2JyRvgfP3PdEPM4UmnfBT/GdOwikIDbYyD9IH5 8Xt9DzjBH5ioiPHmGxndmMBvxjRzRabeAGgYmWiM3DAokA5spusO51GR6xeTpcCjD4PKjkytH1lF 4jG4ryigYsv4cxoKYtLpiPqZoKENdjEF1gykxaMgV+Fcq5dJE/QyBy4FJeGhL59I2fhEyhU8W2Rz 4zU1B148e1a18X6e1hixxgUyPbSDsVsJGViMVDWL0UxrhhUr+jTRTH5oTBguT2ZdfgX6w50X8PZB K7YPoE921sC6gqG9Ers22yRBrGUAkwnScT/srIQBcQTAUxjOb2mmkfIg+tgdMWA7vyrKU9Zkcecu SEA30H4we2KEr5qPQTqfsLDnp/nzE5vcPKuhxOj2FQcaPN5XfPsff+3iQ6t9kP7ZDGNKocKosR3k 04ou3mRqGWWzMHi8erPcTHWW58qKtAOwXhmNxXqg5QAYNaz+rKRDeSgdoVZQFFXvUtIBpTpY0bgx UDuVeQmMtb5Mumfm7SymalPgO0RB//Ee7QOPh1XWUkNWi95eyb8wADCkYevH+vTkr7wTJrHHvXtO PtEbqBVNddyCsTpaQ9Ylk/BaCivNhnc7WWARdTBECzdPGs5iwu/0ji9cpzyzXkzSBvGuDd9pOXvI JLMucRrDMsS9m1JjmYh0LjCwOyvyYQ12uqM/txhxyzXEAAA9/ZUZ8muZFj9KPKQGa/5iZboJUHOV GRy+uCcznuVqos/ApUBbrfV4tFp/4tXLk4J9syg9CmYO6OZQhQD5SailPduH/Y0fBW/xmXmMvqKd OtUH40Uny1OtgcGozuao4bN+AtcFwdgPWUJAnHzN9hsgq5AHH4Ms0VWQsjle0Q4BCIPrwjBnQxxs Fk2XUYWlR5oXyey306IOZysUJpiE4INbGaz2QEV84WIVsZmoyVvoCAlslBy8PzTY9ttMaVuHEs2p XQZgbEvuizZBXzYSLxtceui50LDichsPIJMrE/uIvlwVIZQRRsKpYGe2ePIrhr5k2bcaPAXN+J78 n3p+sVOsTCGBzU4vmnPjKXnsDkEjIiBVMwVJdqcDgE7mBWirxmTc+gsE2Dj5Sl3gdFXYxFxg5REt GlfFJEks/1sUI9IMukQ1J/MVbGu6yV8BRqHo3YPqyRrlWQUh3Tyo+3pqRYo0BSy9ixl4kHaFRItg uULRawRiabjlV8FT0IjMLuyroi7zzDM77tF5Hz/2oKpjWlMYzBwMc+cwY9ELsiv4TD2wQmKFCwvW ENRHX1mSoBSCJS8vylbukTMYeTr5hbuFFvxCwWe91gxjIgH3PYHyqHyYBbyIlJarUvEA3Lc+vm4m KnnPT/D1KgdV6gtfnErjrFrHr7ZFCyfbt94ZTQUE4UMG1MkEYXOuR9/svr7JE/ByYjzD5CCAmbW8 rHx+zyZeOcZf1Q4qEljVHAyPbxkyB3F1nocRckk8GEvQEYP2310MVs5/MtHFy3tbA1fIV2iHaRJv Mp40OJUSXib+NXMbr2lQBCpcFAgzOsPVvgXVN3/w56ZPt1jQ1hbNmXYYyIKy02uY9ys9cKAhGjyB CTba5ta6aEWz6mZJzGSRdAhAwuLwHCdm6g2wZSRSszNmt8gozlouHf3AfRJjl9iY/lKf1RIYoyw+ DmxG+0ACYQBqw7I2CVWFU29ic9IJmX65hnyxBZUbgQuvltLkmhZCFOKSjnbFDtkjND5Gk7dXj2gh iPGZM/CmZExeHAFKTaQ0J/jDT8proBN+Lsegu8XilNdlFcHImABLCn76rb6ip51H9Sv5WUVGSavJ WB5EEYY4FCtotJoLWp2SgLWtXA1LMSahSQxJViW1AzHooKQ1OiWKcqA9b2LJSaJhsdhEEnJ5iQoP Jh40DQzrr5AFaKghxcBEo5Kr+ygwNei5r4wChz92xB1X0qn1Kh7QBixlqXDsR4KtQc2dHNcnCY4H KRcEGsQOP6wSiDXOEiAzZR4ConTZ/y0Tw/k9JuJOUvABm5dYxcfzF//G6JavAWnRpGT9WKnBg5RH 0lAHEoOkYAKQcSQ0UqpAIK+1SAEcod+DynVZvyJDS72AOQjh0eMWFLZ7hecHIgX1oEVvL3RZ6a64 7HCIxsgTnTyG23AjxhQODowM4gHgJy7elV4YpOjlYdTwmSi/kIjg8SOgQYoP0vYhNNruVwSaI/2C 0NE2PeqKzmf00so1RVUreFtTAPb+lSwPhaJejSqIu+quKGQvoqyYjR3635IkSLIBfxKJEi8df1Hj IN+kTbr4EXgUagXhRTQ+3wOOXOhWM++QsXf3qnVBH1ml69vZ/wHBCaHgbt38gipI9w4YWeorlwRV huAKge1bIhE7AsgpUyCB7916Fm58wzwnOPEOLqZrsf8Mnj+fuzLyftkhPX8j44HV926NI1K+c6sg /QjKyz5AVByyjtLeMxGfVUcQ3e9bWHesbvIaMbnNOrmV/R6Ofbd75d2DN1F8gbiuy5QvEzyuXrI9 8w4AWXZmzbacI+wAe02yGoMVAcmD+42qi9wcjxiTz2IHmi5Bf/FAQERl8OS5LAcHn2CxA2H98NWW nZrdkWcKtg72fD5Zu34cnsTJhDRajtwGeHj3TC6YtK41AHEMlnDGQE0H0IclmZVb1bvNNRNj4UdG CEuECGLvACZI1gwGI4VmFkvI4X1NM8IaVMehHdG0uk07YC7efmcisPUtaiJAkMnYrQBDIl2qp0w2 LHQJRKM6C9OGT4aJWW4YyJBVAJvPq0iGyFWFgwSrchqeDornhgbJWB9D1TlSRVKRhY2HB8ZHsrnC /To+H7TCjrmsk4Ion4ho7cAOVWHuzl8cl+CfhpBVAxEX14odCGQLkj+y1v3ilRXCDJWSOq7wjovL EwRmWjVAT5Um7dwTWUKgJwrka55sABLHXlUKJI+GMtqsATTdnVrdEBQI2A2cteiwDZNKzhtprSth Ldhu9yMUBEU9b6+EgzaVeayGyMHpc3cXpNEJsqWsElH7zie6DgAb37A5pWB1aqSr8Fwh2Vzyo9WP Tgnr828Vs09QVmathc6kcKq8QdfRsmG1svU5uq/WcnWb/OcYD0Pq1j/KKP4LslQOqPegYsCyljAb Q2L6klNhOO+En7gCVR+4uao0D4MTa6d4UzITHGlwE2E+UgtvC2D04HEEZmYFdQ6bNljxeMG5EOlq huSzlWR5cjWRqnd+aGuusKheoFRp8WmiSQlXhv8PB2fwgHH0WiDs/JV54Vxh9oqe0FwnV8wjq2te r3WpOxQgpiaea3dUCJZux2HeFnjwb/BysHR38joTkpSKGrHF5GCHaWinMeOvBL+Lg4OsT0DRYPMq tEqo3sUTeC+prXYSp2XabmLzDqpzR4pcFBg1XKUAwJ/7tbAdbageU7mmHVa5v1CkxrfdYZShPXds od3YHtepM9BiAYGtEN7HPdkk24n9TSBh1XsAoRjqMUbQAhLI8TziXdFE4aKI2vOoXtunoL72e4bn AJkXAQqFQcXyYcLcA5coSYpwJVCHKfYNO031F3uZifWjlRvhOzqhyltOoCCk+OugomcLKYRP6ncK BwRy1M7ctfebHIUJ80elGZ3aE6yLvUVQRZnKbkWPKn1lU3xDaUKAnUIe9yraE+7ppKqbr3MlMphI hkLARaLSwnsRm0AyYNNQaW1JADIwoDtcdy/j4+kNRXCw91bEtyGoDDDXwiTWXn2Kq4fgCiHUIDhh QZP92GB3Ys9/XJiCSBBpoUk2Bl2DOvDWtmmfG44xigBk34mvpki1yfQ4ZKcqRCLD5OqvIaSX3hBa hV4Q14OAjNgQ96Ms0m0pCiL2FLRtxJDUrWMPQHfjLHJ4EOXOsbX1M+mWsYXRkBqwcjG0RQPOFMTx yqTmmRGZu8hzBceqZs5ry4GkMhJGSbxUK3lbkFSZhqAdUwtnFT7jDHnZijQWU7cvwlPgA5J6wMhg S4FXAyOlw92SFvwlT4Ox0trwjhAe4EDRuAxGTg64C+IxgeFUG2qrMwkLoMmM4hDOgCeBBFN4OZBB fg9oKIX3V8kGaApcA3zzKB0S/ZcleSPSXV/056C1rc5BcCADwGdQQ9At4lpgj+/JrMEqlJqDDsLd 4DKQI0j2IFFR65BfQEXmtH97F+UN6bInwJVkeywwDBAQIV2aAlPhMKVdJBxegdgvGMHaJ8PQSK2F gC3mJJy9VzN9HhQDePJ94+fyNVeUydlhrFMNpnzcP7Krlzmt5cWAgf0F2mOwfcYIwW8M1WwyAY8C dT1c/iyXls1ApPV/GdCNNhcCA1BdmhbjQE5hmY6HMdEGrwgi9h8ID9mRYEnYnuTPU82bwU9oega9 egICTeazkPeAIimrGfTR6aT73fR9RuPDmvPXadfJgT3JmGQgiNjUtqFhMwBHt62F2nWJ3sB1QBJA IU+Xemcw4YdkJSJCJjkTzBag1T/KR35k2HRL1/yHOSqemykk2z4EEpIgo2uaULZlkqTHGRuII1zK RMi++3DlC3UIbfDDstg+mxkYk1/wE0wR2xCG10oIRwC/dXpbsQOQA5u1nkxC8FFt5tEtnBd07Y7S +6bnmqGxXpJP4csDu2ScWIqMZKDpIOnYiNYJpLH8Efmwd6VaI58E+VplqPLGARymlcANfdfT6fzl qZIWkiHjsRj9zCutS49h2T1YCj0bALOc2aQ/aQ9hFoTFoGDNXtJfMeZmnhLyANKh1RoTORAIF8QV rqsfDH39BJidGWArHAzIJJQQLL7XKeCaDQ+sFaA7dHjAgH65UMOgbqMxvjVpiuH4mvH8NJ2Rhh4V hlaAT7KdNHNq2NTyUPthqC06QMxy8aQ9UmDNmTxXM/J5OFwoKp2esU4CRl6n9if8z1cgBvABOSBc lNiypTThKlgIviYYmh9gzAPn7IiElzZcKiTG1tg9L8MvdFkPnS5vgc2nRI7G9DUC4c9BzlsQ63so yHAocUpJUlOeZw+WvRFmS/xaFsp6KRRBYxV9Ug0CPpu1IQZgxl91d+AkVotFPiopS6PEJXAyqdR0 PGKsbgvJmYtlGkaQnWAYQzYKb6+JERl3XvSJGYcZ51tMM6+oEKh7bG0+I6hS+9Mn8qbxr/+bb/Ok 4lR9wc+ZhEVljPkddYU8b87ews2zmaIKP79OTCsVOjSbew+lzpOxEIgUT6JYZADznBBq+4fH+Jex gWN5u/MU1rLi9XJC+cfXbXZtE7Av5xQ8F2CBF03soeVJHsU42+K1o6MyOlvtplhBoRBYKZ1qiVlf Fj27L5iRXbQLDiJIe/lAe1gnf5F/4T2AxZ1LMnoFTNy1d9mewgeDodq47E/5o4qZ1uOg1Ng9QpuB feA0i7Iin1AkSSNW5LXCm0rtTBU0Cxlr/JObCabmHrkmz1csEbD4hqfrx+9uDEIM9lFhh4EFrgZl mxdE5ZBwFiUiEutY70G5BsBcWY3K3ExFH7gRFRYujYZF08vd8CZ8ECiMh+Rc/UtXvXMjbIAaAeVA svGcQoYbZw0QmbkJD2ePewSGQz5jB4mhUqjwRhxOMY/GOWYGRnPmBT7F2Oxtyx3VDnOHfJ2USi79 jYAS5C7utDYZBe0MvpTkimYC4LCyN8tDpbP2c/GtWKgos8kX1xmnHSWB9+cZCkR+Xuer8xo9YwDk bTaBdWAy+Zj+CjW9Pgq3IJlL0CRP8co4nyPuXIQFyEe9Kmor1FWLRs19o3oEuBFJoXrb2rUHXMjT JERl6Owh5t0kGuPqcXsz29EwbbBVMe4WnpHvMgj+x4ozdfwAh6+dT/N3yKtl7y7W5it/ZrCUvits tPdWq59HzW6BQEGVlruCQDnWCDZ6ApWkxkwK6RGhwlbxqKHLElb2k+zQ/q8qLfbJWy6nGNx8Cleq YBNb3KxxDj2Nahe7B8OyCEH1NDn6302hVT41YnnQ9hdBkjjH1Ar85yukbnZjSLbtpyBJiwIqbhjM nck0kTZJzRO3G1thfED7qFDw5/ql+jUOsxgA2PCvS5QSpLaR646SEkUOGTzvWjCkhQZgPE0JWaRm CnxvV9csBG/V4iB4n8u2pEqcp5xGoiDBen4RuMPqw+1E4NI6nAxZd0UNtHOTG+OiqNzUA1yyfUi+ hBGZRxjGbkpj5AXAxjh4nUSO28FWva/6hWXTFdIMkiUCdv2hZ6o5vT1DNuJBqFkIP8jRa4TVKOi3 9vimTgzqjiSHSTUnwnIBx7PcQeBiOFjnXqTQBeEOgihd5djMTvyQcYu6rQFwFcUI0o6l523pH5XK yNHUU6SsgzlUaiMVc3TLSTF5NSK6kbLsO9eEDxNoGkPMXyCYrps3FnJBa1Cu5J5H8wK8keeCo3wf Ja7jwCYOqIJWLkTudU5h9q9IVt4RpLXaueXcU0uGYEcIsfwPCSN/hWNo6GBk4aONHEUibEIiB5bi oeBjLKFMJyQCsxKXBZYF6ZuFdPplqkYRKGIadML9WcdnJDGLPyI9VxrBUhGQPwH+S86i+L8jBemB s2Z4y6sVHEUlqaQZyxrf2KWi8C4AB26z5m+XSGh+77ubwxIIgbzFKoxfCBWh27AdU2pwqGlLjYHn jcluTcdmHNrFdudyAAiwng1OnczUUdyVg8GSfTBE54zCq+MYQZHgQdX1jOLtBfiAWwbv3e1fQosc zQ5GDyrxUjAntEZCDqkY2PAGJ9lYxIhGKzzIdaEqHcNL4f7snDpudAezU/+AaOFzo7HtaXPs9tdI Sa+UQrAenan33f2OJjSJBjdCouqiH7ug0Ol1CAsg0UmEJEpAVEAjAA1C8uPVhYjAW/oYZxjx1b9J kezevyC3hEYMIr40bW4Eb0gXeAz6DDBGvjxja19dY0d4g6g1uQiMaIA0OBmEguV+25FE1jIATool blA9vQF30R1dYIdqDBE+mTXYL5blu5v4SBVTl95+fB318XZE1P7Qhtv98EYPmfixeyE98Bs9/O10 O3gbIebrw2Nh0aSQg+SwFgOgv4hsuIzSDZD+uRLhvh1JbeBcu8rRNw+koq93XHdU6NB6SJEmUmQ5 3l0f6VZBEtoPt0f+pS/9/U2q+vr35/a4uOXwz8/32cWLX58fRxcZXr3AJZB/qWW7/vB+vT+u99v+ /udOQfr8eFz+9/H18/j7xzMoYN9P3vk4d40jmetvTbjfyV+jYV++/qUJg8196mLJb5chxuZ2Eaa7 ET8+3Sj5uOKJnx/308PVscf7HxIoNLUPn27BfNy82Lx58/Hv4U4h/dSll+MOSsx0t2JufYK69dX9 lV7wddJxGtxndPRL1PQrwe0bLvzx9HDZJ1Xty1lL/dnNmMfzp/rB13n/F4s8SXUXLMLuKWzvXdlJ YQRbXeVA9YGwOeV2JHOq3sRSvMtvkNCpf2PrmlXGfaSv/vrhgkalhivOcVWQwz3zYHNQVeor5Ot3 6jg+cgcMAjRNqHMB2ytw14WfHjIqH+w8jjsrBC7CiNg2di6ckynRWvl4ZVMXpkCUBQjp/3u4S0st hRfSAUMOxKoMNj9cqxHQJYjGSSFE5SWMrqDQDwHb1F7UT5CHoU95W19KIpYPyF/zBUK8oFtuGEM0 Wi70lUxu0rSwf+vWsgQ+Qr+BQb4L1bZYg8SEOdwgrHT45zBTGCVXD5Dvj4GikTI5SU7fhs63tatx ijZu/gdMNyeI4T5zjeCtazJ0M7TK1RIA2BgKBDvAtvwsXxjb8YyFy0t3cgcRuaBKbOkOkXw6yK5K iYiQYoOo0gETPF6+MTZvxHJXHIO+N4Qa0P7T/HfoYxQt4Nvg4eTCXcDBTToNc3CuCkCnv/7F+wW9 A/yUzjTVaNmTOD14rJ0lnnTlPMh8+wwOtn4orCSCFYe2jQ84CQas/7Y8Xs92URkCFOzML3AY9rmC CrsEE7hpfJ2KsR8qttkPTb8CgamA9VKa8EC73+/ZIZ8IJodmd0EhxSHmp61r5TanioKg9ZGP8zFO FxRt++vaRGZnh2E8HdXpiE4wv1qahuTGwYsVIRJOt5MnK2LbYyEsRumiWxJUtQDQEMmLsXIh5YC9 FR7s/CoWoZcqU6mqU4O/eBRfXDWFbSfNxKpjvAfCM3tLxRkV1yQPtRgv4+I10WbRwZaBpftO9RCV HzMGdlf9VLc1r7VCXcL04mP7gBmhPmRxOERjrXRdaTuJI28maE2rqUstfVrFCg5P8kinXV9smoxR +1Zt6BNxrT1NwwyQ1qqE+n93G79x2M4GIXl31ibyvGMBxsuEtAtX3G2uWsj70zMHALVuYdonOt0H hzeIL5sKgrZA06RTvmuk0gBRP01vXczXhs68C5bs80q6UF9FZbY6VpfV2jkvxHsvaHFluoat1aig wnG49dN6VTqxCJRchA2ehGoiClW+cBYJe70e+J+CyyjAMN8NUTKVlsoFtHEsgsBqQY5/vx8LrqxU 9BR/VXRhEgUBETPErCIfzkQwmLpaYZ0FchAOiPOir8uGVUQ0VudUsWHX/uLWTdJrVDRHa3xRyqaR RV5WnqVsYDFnhtNastgRF1uV+AbiPoG1F/EXlNiER9aUNnT6OccguxSjehBed78IgmsxdhAw2rQC kcHJbZr9oGyFNvGShnlI/InBYbBU/EdKqrlvm1MSk2bHhPZjcSkU3BfHwucgPHQl4BzAPkKPQpCQ TysNe5X/QsqhCMT/OQfEj6BBKF1FB0/4wCwnJBLm7peY4Bjp/GSRpdhbkC8Q59x9QZBeyJqsngal qKd1769zFIoRr3tYX40wg/CjFNKxpnGaGgSw55j0t3KDXkrIheOGumOAFF1yx52aaUy4LLxv/5Jf qAtIOnRKUiVPA/R3GdYAHrWkEDVw1SAHMSi9Bu1IRuVlZefyFKmmzAQVMc7f+FWgzxuiXg/2SFjn xmkg6Ld+yQRF7zGLZHGSXB0F4MjtFIQAbyHVHcKW4OljZMggmtKLAO1YhMG17T7sVOq71eIhAwJI AUzEM4IYYxxJL9U+9KkhCWfx3oB4SLWWxv4EMsnzZKnRqsLnSnVBT1BQII98sH5JvWmYQIJkk34b euwrUtVy0/LWQb95V+8Agyh8pGUAQ67UYEykfQZBdhfYa9j8v2TS5ypQaBhcy06ZFi7YEPZRIlgz lQygPqooDliAtSpvSdnDQ0LnuiTOEAOWjc4Lheo4n+7GTEc3sBEkiITq8zJ6dB5gEdwGSQxv3OjA r4wVCEmBxMtAPyW73mU6wgDkx9pZk6aJZEaWK+PvVBWb99jUZpDEajCVbMcgQksYrATfNCUFs0C1 9Q2WAmAyCuOkmhFjdMYYMal2G90xwpXV4klmYMbOAZkgPEbChsOmnWrwqwYG+Sq8VvBB/6RqkpfK xPRCx8wzmW9Ig9IhyIapJ2JfOQvZqezYGzi3Udu01LVZhdGr1x/un9UcbdHFlgnTgjAUpUhyeYHg QE9L56SLYq3rPiMewdryTGsAxqSG4YPeDCiSF2Z8TKI6JgZeTbPejWtrOrPrqJ/Rlkn23ryvNqBX eUNpt/eBC4Ifnabx1OprbFDhj2iQSbDwNcrwBDC2vEyj5WlVGCwH+9TrQGqqn95krExsLH4Lq3U2 bBLkwTmxf/iu2WPSCPIqPQPfragTMgn9s8R+Cfms5QkyGz6VqLyJAKoA1UHTWPfB/8iZU/WebuIE ElcaYgiBaEYe0gz5D1IOR8fxAzv6xGzqwAK/8Q9GYvAw4J8UcMvf4FQjY5/szOJFcsZMzDYhU4Zs AmWyhgHSnS8YZo+1DgytOBVwjjVt5FSVSFBAk8BoqyeP7JmQrawfJj1gZDUI5TLIFtgs1EldrNID wrPvM8iAL14G1r6eKmSByBLK9+UwKMcaHGPxzOnULcZBbOwSjMTJeBJddOPb3yJoa7CxVs9Cv4eA YfYaBAstk3ZnZR9siPo+0BWMTy8dJqcAN5mppQUvPxkPllWRMbjOKgcCdwbKBE/MlPZ2ocJkjWKa YlTUULUbvnigcMOHRpxt0sH84DDzWK0g1rplDlPUactwIGUcbpJTpiyKMu/bh313z9VxsLwJfCyv yDa9NK+Kq2kdZVyO5rjitosPMrmAfP/JyTBaLsR3/d3xHEaHc8vFuxAieA56p5NV74UlvERhgA46 9uP+W0Ze+/hSpQKs+CpwM6I2lkyFlzwXt5zHcdxsix0qD5EusHQujO1bM7a9/o9D02xLs8I3GDtm AdKtd/AvzMWY2ImTQfaxXA6kinshI2GLsxoTQfd5K2v8jXdzBsTPTWaQbKsmf2BEPcqClSmoCQVP a6z1a+e0XB3riq4l7tJmHrErKdO8HXQL8Yb0wfnhcZr1g7vgnsrOuLcuIC94EfWVfEmsMCcxPZwc hqkJ7Wo8AqCtX62/r6IYiRA4Rqcy84gFP+Ibq0N4H4OA8hhx5rZ1VsfTrGZRGQeNNscS2g+vT8kf 0MbxyjN0l3S50R68Ce2iwdYFR5yxtg3QMZ9oFlzJaH5DxTk7bAdONgYrJk/ImJBYg4Gi0HXph14D rCNxuV+bM5SOGUA0cHHkoUESP70c0KSBsUJkg1AwVYgpxALLiUI7/6s1bf4GXL4V4Uc2Z9QkUGJE 1Dfgnw2FUw1nE8V1b3uYpCBZpBfZU/Bds8Tfqhf+7SX1ZsC+4Bm50zhNCcGyO8gkxOiSEz9OblEO IhGQPsgycHi2pIil7fqHiFlaBxeVTSfzYcpkwtpjMBoKcXWJHRDSKMjdZKra5A9FtwitZa9lXfAF YWepkH2DsLDvSxjRTHSgY6SmF3jg4YwD+XD8Vr4kw9ZUYsCdn9UCrEsPJNIY88Q5awTT4nlig+Ry Uaf8VcIFxJJkoTxha0Zv0oIkKOupLo/UJLKYE9My5UFSMhRGleTFUjwc8wkDJgaS+9/RqKTGeinN r/bmIiEJh9WYFmXLQfrQji6Hej+9+HMVFu0WpnaCUoLBnm3Opfw4LVJPZ2nDPB1ihsPojzFP3ZGo Qpy0Jgowo4ckWGMcUlDZuobMUEphHdCkj1FGiWMWKU7mlEqwWwtB1mXQJv/Sw62I42kD1SlJNcUu 1Us/2RtcJngk8+DZJd1e6t9dk4b6aOKZiiTUIutasIQWmINWxZjcrokVe9rliMMDzCF5K101Z4xj zP0g93ojvKTVER9MOuwIeavX0DMfgQ0fqD2MwmVM4Tmksks/6QlbElsJ5uhE6bD+HAiZYApWbjl7 oMTQC+WvkB6/NUuyLK0z3YiOoCa04YsT6EZTyANFw14iS7E/3ZNJTsXCPXSuJkQbhLRChE86/nH8 DDIOfkXBJUZBq8LCM5BmALfYB0ABRtbNf0jAKSujNJITljvLctBJawkcA6eRqfJWkv1LKTnwId0z 3fd1AKvbbJsH00maFTKn2mAirOYzxZVSWt5VMc7vjSK7J9TRVDNNeVzisBjILrDTMIrHu8MDjzn4 mfAFMWpT5U5GyAP82c2JUZXpM99oZsBmXU348egOQ1MGA4f8dl3hOd0SxOJAxy8n648f7gA8jcsL 7y5zPLzf79Q5TqQ1SBtfrrtPr5Pbo+Aer5fbcXeHUTNOQiBwZpji3sV/JJnPN7fw+R6kO+Dz4/NA LORy2N0engYtvRHT+PMJLb09vi798Hp1M+MDHP7nDvq9f4WDXq6X+9/9xSWDYPVuQnRd4Y1qB0D6 ev97dxfhz+f5EYgLBr5f3Xt4/vv945rD/3xf7z/uENzCz10TCL40jCdC1dAu44KwiDfsEkzr5dAV tyigUR9vsFhzPuBOF6ZZa2D2VKmxqUNhLKvGnMg2Y88mfhmVb2Acc8XDSPTZL1VuS8R63/GcYnKm jcqazi0rZImvponyb7BlUq4mg23/0mVfXq41lE/my8gKdBdoqIyPhBqw5Hyvv2ieipJTGVbelTfn 4noNNOSSxjgn6OEmFrqnaDIwXj7ho2vmXBHsdQFV/CTtdgtE3KLtRHf0gmB1/jLkLvhPWg8qkqir JtX04MBdN7yPziIC2aVIWHHszNsSl+/f7Pxg5g2deWLePP7bkexrOwiCN9Da53wamGQTAFlroVW5 pzWtHEFg17iQr+HvmRQCItti2YFBoCDU6oEafgxqOPouuVcLFt4Uy7dhwRBWhBIc8Ltrqhe2apWi kELoqkiRK7HGhCnWKe/t8A31BfuVUEgQyt2Pc+jxe8HZMGxPsq/ZuWx4lrGD+3bXYjJcej0feHbp jFKXaEGQgOgiReGQuHKQsJitPSCIVDMFUmk104Ts9/5i9xw7iBoaTxJ0S59BVc9e4h8qv0wWG/ko t4L+xZGoRMhnHoliifJAVJ6it6YUxuX91RtFXSpuQlK7gDGra/pFD9m7bHP0FR3rK36h0kP9KBAJ 3LE+hJyYT4R10QzkIrQmeITKgi713PRfOiw0IBt07rgWqJqVUsPFnIOzW4ZPSfDEQIZIymxHgZiE GgltPdZQSdTletpqOH1T+GkiNKHKcToAZdM4tArWzMPDTZsx92ehHrREiixIKNd0eqUpw3+jnGkC G0WfsS/XnDQARFi+YQC9F7rZcb/ugvS5j3gX4ClF5OYUoCdiFlVoMVjJqMYg0ZoFXTatF8mr9Zdu gJaExdAVOUp9igQCDQMseInfAhMUaEWwsVMwjBubEB6cYcNlI4MEWGFuOeyMY/JadkMdhH4Z0h5p jAVdolC2haAh1QDs6HGG5GYfjBkdNeYx8aTQAj3GSNyjE5HK7kW2ZssvBGmwRMUIU+8Qgz2NBzEh 2mOitEOr7DiWRGPLMsN7OsgmKxH5+p5HgdmMSVD7ChEGBbe8Sd9kKaW5iQV27FAH3I/mCTpuXxOX dwh1EfBgeCX/Ma6fV0fDLrSXjTBTnkWWkehlKUj/kbx0UWCSgcYRrTdbKC1fGuGUMIu8RO24OrIA lmbsrd4eY/ky9tgpJT4O4vnNi2RcLsBCOi+nTcbFJmu+xHimmzWwieALE+n0RqAJLZNWUfJHjCGM 5R27THoVxxnKwZcYTzPIfiioC228j3sxX1IZB+MKB8ftJZojNyxCzYQkI5xPS8acxjuwIBkcA5fP ohWBSxhvNQ2eRP7qoUZJsgUDyAJMu8kYsFIn78ArTC6cyqqKOsgwsGHAGOwZZCRX9VKTyvbZmJnV Fe1DmQizKI6PycVqA8fMht8ry6MHWCncJjPcOuNIk7acF26sE3FULK68gzzDEU6Am4Tbwi91CRi1 uIjili51GFY/hEEWVJyk+uwDfijvG2uemYX/xuQH1yb9wWAgV/HSMJRAZ0xAgjr+z2RyEyWLxtmy 7PJF37U7BQ0OKECe5Us6iMODxcqSuTJAYvwEH/EfTgbOaFI9VvbaqU6HMS0u3h6rRPdTcGmdNxdY dok8Q0TNB69kXWuqgUzettQbvYjXguwEVyoLGrNs1fCyCZ+P/pZ7hprwC2AlW6ceOmFtdn0IJgCb YS5gKmMVZQkLNzwUW8qMR/yLygirfX4PR3LcPPUAmADgF0hh7eEd4VSDPsyFKwdDfb0Pjw5uAC7C I8bDHDxJuEKNy2JcwgvBDncs5Ye+aajj2zG3YvcFOgwoCWsv2D8s32MhfQ6JctvhgAmnzA032hY4 yM/rjnGz8qX2JqXZseQa4RImiLEemyp24jLQMGhIRABy4KoX+y+PYlYtUuu3ayzDNBBa8Ymx4FIy wA8zJuA6KDA8ytfIOFvncGWgk77BOfQdxKJH8GhPxrwduKCHBF9DqLTY57QWIBcmMvQrzBa8EF6G eGkCMN4teXiS7oYQYjP6Ly43TAyw5mbFcOfo0jAtHhnUlz1CwPiTQJXNG0wJLS84PaTFcFnOqKcu RuQTzDIAynO12yTGpozX7mVGE+/YugqjW05eAwP9TDnB+EX3DaDzG8g+eBOQ4+WNbJCYsTJoHdlG WnPcPiJ0Cit2qhwlC2k3DPOKlkkLAdkyWqZLR50gyLg8DKTCF9RmHQl1TWI0DZm3mTu+QI6WMHfb b7GVjF67KkSuYW8pgKOCjwD5Nc93jaSOwyXxTq1L4xa64gF5c2+EKDJ1D4BIK8WYcsPOI0Fep2N4 LQ4rmfiGPjp7AS5thCF+obeENhL0MJSAUMRmswm31Sl9N9fZOeLuZPrkBEO03dmUjMwUF9cgz5Qi 4mP/43/Lf3RNuSK1Gd1UchjmBL4zJhByVmDPS5PE0q3o0o7EoHUeXbkeVlAxOtOxZKwgv8Grs90V E5oRnc++eRcmHsY3wMnBdhZCWNT0n9NpMBhVGXCzE4yyGNromaZgTEBm+kIt80V+xbQVNtZ7hsFJ 25GYFlfWfujMC/dhSYdDuvw0z2cLwCdzDoFvAgBr1yiIQGL5Tc4wNxQD31Oh8AGPOsiKCtVswWYX fmPWmnro2RKcY06tFy6Ew/Owjlv1MY6bxnssZm2wbbGgQAWhWBy1WuSH/DiHWbQUl5mJQqark/QQ +6kxsHVF1/BLXWLrVj3HoVFmx7ubIyaSibKMqeCBA+CfCBtZnb9mwPFaeqBoaz0I2DbaQQxu+L8A MlRdTPau4+INI6tJTM+OzIfQBm6WjJ7vm3MYO7RbQQ6H33LlRvH4tbLlwvB8ahTPwNhTZzwmIfa+ ypisQX9KH6lDHeSYGBUXnUKIATcIqn5sC4GccpSO6ZxAezzaLyzHhl+tBye2hls3aMtFnIS4hUg2 dOZkTJQlDT6b04v6rd7heMUUz5/jjKyL9UrW5m1q7GDhftM6dAbAiG6cdAjuNjp2DQukENeytMpo fjA5S95YsA9fy3zbmyDhXhEyzzvrb8PVKFr/7Nzf2lT8StnV5xmrseRA8HTlX4oUbTvMrgvyOoTl GsTKJLl2hzusIO40ZJpV2fH1UAtyUbjf1hmDM/hQbFkoFXMdTpxERJIsj0l1GocV2RR7iD1RzzP6 djxr+hVZm71poT3Yp+ONczulbXzqh1njFnKWEfEL4iREneJh/K/OXgkq9ktyd9mraKHASKbEG/ir TwsyJD/WrsAPBFRRUQSEFyA3UREu6OYG5JW+Ex0KhBZQXR09xlEchs7uidMQQiXlEC0ci/gYMnsw GOaMK8XQd1EXnSrF3oKJrXc38OCba2KcRQU5AvOk28A2dBSXcoEhgFCK/ABlmbg8/OMeMQCw1klS rBiJazAF3CNuUM+k/goJDJPcuQYOYBU8BT2G+gALgjWwM7y9m1YwgN5vUnmH8bvLLfSlS3+6XcfX PCHqJAwBdyYxxkFvoap6B03ieWGwjVP63uWjcK/HHryFunM4dm2Zu8XG/WaYd4BJt3odD1A8R72d 5v8E44BVkOiAOWA3RLcO9fuzA/MODHvrbX9A5zzhMkKzro7aR/PbOWsfIIPEs6PoOpigeDEkAFxt 5vmYch9UaveXdyoBoC+IEomARkhzHSGP5ZP0AHFad/BhySEZggwBa8iXF5DgeXu+YAd6GZQtbVi0 wKsWQqTJ24LxbuEePfboYDu4zHjuAJcG0AO2x9R14WnwN1oCmr8Dj+BYQsWBiKcdJQEMT9CVV8LV YmMiYnrG7QLdJFqwv6UKXJMc6w7E88j3m66RxNWVuzu+aAocCd42b/f4TjiHl9vHoCqmhIAp2mQa vtvb/is89YpYZQb09IBT2glvYCKAz41nZ3RRV3HdnZd3ltyzdzcj4F45kwfT0UdwnLv2zmsNdmId HOeTnvdxez+jp7o+DvDILEFmg5ClB/iM+se67he/wtU0HVBN9NHj/h7alvJndFrYF8vE1cSoHOaG WBuK21131gzED0NSD9NXoPzgaX6OS2Uk9UL/OyEewh01t8PgjLb77GSaLQr1CGswVQj3BkJidwaE ndJQtd5A0LQddq7iOkU7C5CtyGJFgRnf3q+vuxsIGuzKZFwJh97p0S4u1GMA+/s1jWUYbYvEAXVz lCaEdUT42KLCXL2d93dWZFyurjY7bXFOMT3BYwZG31wrpu29+0hNFwWI9LEBvlr+Qdwg3OtpB0rV awwzEhMnIK2X47Vh/LrnDghxwl0NssXiY3AsJhoq3QrIuFsB7+5hTLMCLnz9E0kVi7iBdoEfRuyd bLMemZbr7ZMBH4+fvfF8Y2vnO6P/hqNCjSPFMmAtiALLaK8fEOC7STru/mAbf17iAD88BeU4Mefz z88PJPs7NY3/z9KdJkZy4wAWvsq0JaXW3Pc9parunj9z/+vM96gu22UplwgGCYLAAwgeJeuWCFxu 9UonwMbnw+Znv7lJnlVJA11W7Vke7uZ41xAf2+0fGLISzbsTeH26q/p8eLjf9Xa93/4ejrfjQ7qw fGCZvZc73I0ll6VbIjCaKjv58vi5/ler/vzc8eaf6/Gi2PSPMtL3x+Xn7/ny7+vt7+37cb/+fP/5 +bn/yGVWUVqWNWlSzTy5kekIytJVIlYzqumC55MKdUWCwD5QLrpSKQSGIpJweqm2LEILGFDxrkIa iunINAvrzyqqe5yvTjysihSXlajMhaHxM21elQM5isIyEjVROAmNpeUWdLPvP0D9W3qXUlN4ZYRR pK8vZ2f6WxCNlnfSH3haVEXcakknoNKErToniHXZ8iULw7NAqKlp4ps6RFCCLp1AR6kKXtDoUjkg p3AWXUt0BIuAiNL/Chk7RS4SvPyU9maiVne0GiKmkmhMwUzAe5TDxUKLAK6dwVgULmgF4QmUSLLt ZDxk2qGcOgg2Bcc590J7ojPgsKoA1hqxQuEVKF2QiGhbnPWlOJQkytZoFEbZ5I4VAC8VCgL4rLo6 wA6E4krI+pedBRZSgX6wDgvvBC5c42ApL+oJjygVIaAAfWPD63Ja+mNnCBAXpO0ipfW6cLUtADc0 TxwN8/TUPC4sUikV0JspErudfgkgGjaf53CXDleyJfdcMSU1uFgRCuh2mls0iSE+km5s3AiCFlN2 A1y64DH3DHx0/X5nWTAihJ71HO6LIhtTfB8zznIwAEKHMngzMQS4bVIikZX8Fy7gVHQWgAxbXapB 6xO0Qj5D8SIF7dMPFNqVkIGBPxobI2Lg9AFvnO2iC8kg6CW4X6FjfL2QnsdEZ3Qvswg1FQqLnChX oCWsL66DXA62DmtpIZxQWQutrNy3qaRjFWNjVLKwyjzi/B49F3hVTQbsljEPJsegZRj4kIEp7Uqv fpo6pA0L9XwR7oEq4lR6DTVlJVZPuRxv4qRjcf1S2cuP5LzoMRWMxeVEg0NfgDGU5L7uJSsVOlNL xM4l/e4VpwaWM8b75UFG5zwo3xFNYTiWPkESWH7oDUcGYpHJIK6Lw6mywThUb20kWUo7CX57/MrA A+4IU1Yo76+jFVV50G+mVudMaWXkkaxBvTrc7KsA+jh74oPe0AqVpZsCoE31L2wB+hSkII9xSoLk fwAfh8wZGQ7CaBII88zeXJydy4uD6ghfvM63yrwwe8BtD135rsh2Ti2XuYQBIbakqPN34mLdIOBs K5nO1b1ANPngBzZATdZXURFWsXLElU02DflnEAapNk8AXzSWqLu4fAUSXx4IEeI4OhvLwNJbsGJx hhGUJkZpP5klGkE2dtJp0rt4owY2MvZotk2ThU9X4JQNKEvdBUkPX1u1Pf3AZ5VtYXgNup/NKvvd cmtyuMOuZp/uc1liz53TdnBfDxtMRav1agEOIpHLjlINjy4ySe0SY5vxuJ2CVXwBz76WvMhRkblR 3qZLeECwYHQXVcFndxWgl+NTWMrfHtZI6GGtK/3SPZCc/Jh86kBQXidHjejJ83RVI4wM8v58pfgM d5JbWUYQbz23WqvcCH3ggnEEP9+3eXaGA7N1pDtvjwz4gfaqhKNH4FCrR8CfQj7XL1wwn3eeVKxH OWY9BcALJoZMqyyqqyE3XRPU0q3cMXEQOVV2MtaJgRGUoGhW+Vm+zBVVRsVfWITcRMJIMIqGlLpR EIQKN8e4kgqEmLLuEKJX3yCp7n0cw1AQCsz5U4QCJ+lIncCEIMsvHuFPAwylcaIH7REOJJuBekby Y3Ar2qurMDk8LFwhSa8TkdyV9Ff0MiwGO+i1PGqOe8zPrDFkPuphyi8Gw3iwX9Jkc5XRBxADmakG QaxWxhrolXsNpikCLS2Yv63GrEtziiXqLVRsUOkgGq0kaX1WH3chOgDglJ3F/TeVNcPzc1Z7omJ7 QLQZamb6GPmBzDi8UbZIsvHwEKVhu2WM2mXb/48n2N/ejl9lFrym1cEGbwSLSi6rlAQ//msq1dJH qsUBypXsOgqnYKWBXXeX6ddEIkRQgCu4cF45l3/MjUiUTlCRA7WoUdHlcqeNtBHUNpKlWTnU9thD moU8dA82kvCGValyW90lTDaOBhGqBQn1s76FK0uPC1BAMvUyVvyCJFhEjJnRCgy5C/Jh0ihK6SJq JusckogW+K5+JttqjlSJBXbRbRJVX+QrBmqlYsrUlG5aiYF/TUbxFLVFUCL//fP19PL0pL6IXnr6 TcgMxmLagLAHM96T53bnmxhqC7vTRDIbKuIFSaoagL5ku5g6dXyb7+nY5DZWqR4I3AbRU01IiWeH ZywLA/XoAPuLS6osoAE5wqbUZVTNo7pDKiRaSJFFsUQP0vZlOJLFWBQ5offoTAQ0mudFaYH4the1 w7uV/BQmLFrkOsZF75Et1y3V1iIam3zT1WYkzFeg5PVdJVKRGcEH2L/BLSZBpptZGLIvr40FrES1 eYZGB8EJ8dGHesWSQ32VMO8xDa4wVS95ih6toI+DyQgLkRMqJxTFai3VQ9UTUOti81c8sQt67AJK 6Um7DMitYglBLbKvS6PhhKT81HrYSAO5ibEf2wZg0o34AWnRoxShcZwAYmC0dOJmt9u7pkllZdRf LRnSF5PbeL0wWfdw6h3Z1BfmJrEh5Iojw5FKXkhFHgWo1cQg0mUHv+gcFPtfcoO9WaQBy3pSh4eQ pYaIGZl8UZbDv+//yGf2hzyPihmaZ0ZQwj5oHzYu3bobszY/CspYcQqnygVoPRiml9sYmOrzJLRe Tr+l2RZgYTC57zVl+i0wX1OUSKlukgqu7u55p/9Aqjj89Ov5df5EFeCSVi4dLZka9TWZCMNk+vIC +IOocrE9RSpD3rGqJzpOXwlSaI2yA7rd05rVhoo0Qfc0VeVNTFhrgABZcmL+qkfg0yXJ6v1qMDds yrzihdqnXJFz6HxfF4wUa/G7JtrIL598/DOWIKqLqAnF0TCtrH431V06RVpaseioBOwK0RRnJs2p wbdJa7HlRFkhA0pmWl49nUbSI4USUlbWBJGKiou0H4TsiRvq91FxwRf7ktFoQlmYXI4cimoSb3el l/yKdgq84sntBGEvVdcl0Iw9qtOlhwUXWtZYLNZZM4E1pOWsnzqCVOaWsIhZc219YpsRAMLPwOMx sbIy5IatyNHhPeUU8Uq4IKw+Ngv0yfuTocG2Z9LyB8KebC8maJ6RBAzB9BJj5CUdnGXGxi+HGHzM 1DLzGN5cWmlXfAVpfrIf5YQydfKL85iy4yTutK0t81UuCsI5t82ci8nt2pJk7rFsUalQnZXGtWSR exKsjoPpGHrpMTw7p2aDnrKPOAttUhunPOXlQSmOcrHklLWU34gczTBAbjuS6bSvfU4VBzWY6QIy qsDTc2XUoNZRJ5DTnM9lZx/E2vfsUR/NY+PlnkrxxEXspePMeiEbtPKSXGOGPUcHUnCvfkYNIBv/ lx0FWdUC22zbE4blogEgrRwPeK1L8MB6NK9jERzgavNxnsuRlRCo1oHHQwx6uaQmyAFS4ubI2UTQ QOAO6mmHuGfSEl475IlhSSeTeoqCxsy4cZ4agVJPQOKn9LkV3FNGHQyLjO1zHF1BvmEthp5wNLgL tS47ri3IzjYrp5SvAx76KUCth/qYwQ/U2RW5BKhiXG1uXin3aWds+asqf0q95YKjH3I4q2lgP2zV LDkspQCiYX6X1YpQuLJcO0lo16C6r++4Ce3JdR+YdOTEljrXSIUoCV41M1EXwBDu9BQGazsHRJDj IKI/MyeCRRjs34S49TzggozY7srdd2jYVlFJG1ileKAkVcvUifCrdkSSd3PVADxkMnaaHe0R1s/a JvuWH4OQcAVxFNPFQEN+8sAJm4z4ADsHsbOHS5+DEBQ9gBr4J/qnHCCIEN4kgLykfft5wRXcZhAq GXMHVNOxjOZNs+qoD4ipScST91VIRw9Gc2xWdj0o6FR6pH2+Prs7eS82IAcSPK9PtZxDD7qbPvw1 R5AVLPBcehqZN9y8uVGQ18+mNeCpB/xVvqXhW60uZRCObGaSFAnrI9KW9XgXkRjnETBu003BU9Rx yJMRciNMkljJ3pRVqzG6d4jyyOs0NdaRf2IlLVEcYIAsI2eP70iZ7Aw3AyEQ0QAf8EaZnkFVNFwS LQgqrfYMC+sjVX8hdsBfJYCaLfwQTpUefMDoNPaMC5wqGQs/x8OcHKdUK1E2pPqjvHZSoAyx+hWq RiCmIKwGKBHh4L84sU+6lAzb4xaPNLQgJ0zqDDxRjgIYxSw6Fs8NZH46AO+qxMRtd/W+/N7j5SzE cFs70U/1B2fqrU7nu4+DugDsBVQ3k6oZsVXb4SbjVjUFhRKUIfATRArjnfcwLNzuzwPO30LSGne8 K9K6P1y36PRBIdTrdnupijLaf7gVujEKJ/nAYLKs9ev68Dggmmeg9QdjPu2h6Ztg0lmZhPPhtNS2 206zlY/Qy7f7oTgHZXDbbO77qxReP3uS6/Z6EOo4Y8ou5TkO1wfk677+J6xSMEWqsHTnh/oJilbA vw9I/bo93ndnelaZBjdU3uF+v+C3dKwDBGUVq+FwvymFcdw//HpWKEJL9veqUeC9579X9Rge3/fT z+778X19OHPwohDE/XZQ06KDBH3j+yr9+IE5fx++/9ykNV8elz/38/1bPOjwkKCsVMbP7e9DqYrL n//7c/tz+vP38XN5/P1/9//853T97/n++H78vf71rwIX5+sfPzzu58f3z79Pj//66E0tjctfKPz8 5z/ft39f//3f68/P4+9//t79c338/Plz+Pu4nb8vfxHry/e/kTRxBKnsOwhR0EMAKz23+SrrWBWS EyWk6IvzGSOZytgurpAvfQKJWoTS6v6twgBZxatNi+pI0znVkcb5qPe1WJK45OGz8rMS3NXz7ixK aq9MXynuNL8d6DS1xUVWnUXWsgAg4i0bpSTY2xRF5yRaOoVAwK1CnWIbBBtIBcekOdvP7+i09UEW qLmvZq0XFxWi2KprIaVaDm3QF7cS6iwWJ7e5EzAdXTFVx0LmsYBjO99hYZsZznazSNJeEE26HNqk W2JHbofcivfRxScs1KpnilGzAoz2qsvyb8eM6uU7qlj8ztwXayFFZ4hp5YRNewkWO9mY4jNWU3pp 7Ur2ZbRWspYaD+nOrtzaqwvSqkC7LpKWrQoT5YSw6wrPQauzLlJiMrKNAhVvh7ewEUSqXnlbD+h+ UW542fK3VMPBcoE0FqVuf4lVXFVnvAgXLQMQPmYI0L/Q66jxK0aAqH9pDtYBKutA4Jwh4INYHNWJ d54tN8M4oNLFy1gJ/mMRKuOh1DBl304hBG7p2EnWlPIApZrqbV8u7/rzy/hBtO1lIkgh8E49Ls2F 2YbOtFfIsuJvwFcAGibDDLcsWFvmYbosyHy2th4ryN2W/lK7NZKvxLBlFUqwzSYjmm3e4j+yZzN7 g1XoMmOLbLsOOOv8TPv0eSySnuu+MhJ9Sd/UevZtvHzkm6ze1UonjeogqWngK7rVtbUu4CAEgK0B ivi5Rx35nwBsBrbGKb5U5mEpze/Iox7uW64rS6fDN/Gt6KOmeTbD6WgBE43FytrFjnFdGFB6uixL roxf0S1tBf+rgBXGVR+pFC3pB3qmk8sYssh2x3Sw2N3YPiYumHZxcIbf7LH49q4L54CLGAqBkSyC KPLRJk6Uxu78RExHQg56wMccqZ4MCKSME6ohsWTMFX8Qf/hFaBikR0ZkRBReQcfAWIkl8CbiJoUY XEQFuTNlJPlbV2i9q2oKFgHYBJp9TxtyxSMsoah8TC/wtfEqrGJQn3x3Hc0rxIADk/heiY54bLSe ZcQD5by8G6UkwfUNhJ33rpAvoviVfgbiOCQwDm9fvmtwlNh2G/3HOZLawcchiVrLETNDOrtTKjmo ywbHX41v84b30H1hKMrNiGFRnqRQjPtVnJkxprKCszNkb4Y7eCSGz4uGVsiBvkX9oUl/APyKm8Hw es80xnJNAW/FPBf4WM+ilgW8UgG68mDLJTO87xP1Wh3exDULZBnKkcszvLNOYAFeeoszyFX3BU0l ybrnTUBBFjyfL+r7OxztCzUk4A0CL3FF/skESTO6vax/+K7cT+fOQz32FOAhg8HBNUkOMfIhHC8m 1m/j9gFvyKVR5cgTA51pAg6aUxQlfA/Y1WvVhAOuEjMNLYHTXNZXgAUeLo5DP8gDV5uHr1v+cN6u o3Ir56jZvxQIh5CCpFSCs+b5rkUkKq+Im5gRmoFd6jm4CbhQblQ3gjAfZRTrKK67HffNvQgYylWW tWHmrMMDjb2u4VuWZwUdJCEgE9FBdXRqc5YjjAJPX5FnzXMR6EJkAUFpInoFLRxwVdskLslGoyoj UyawpmMLOKShDMDB8mVWgz8YWbVzMYWOMoRay5yHo8d2YpmPHXQjWzGYAmdJUvUt/EN2pbzVFzvY dUjpcxG6+CQw0qlSkArKAXdAJ45oKzVNb0jostVcAhvIAQ6gQ1VgVvQZbbDjXO9BUb4GR9jyjcuU WglqwSNgR0xVOejaQwkppYzpuQzJADdQTVvUDZAnMth61X78ruT16XMVe9soL/nquSP6JF5iWnrQ xdu8b5N8PNWDSa7DCd3a/nfXHDSwbM6qdgfBcLLYmoeHStoa7zV9FB6TwPcEyXy8P72+13wJpJVw pQkbZdSRhkEzERhXncgI1Wi0KlKqe5+ioJDa9OMfHxZe+fzq/L4oKWw0gHnnJIaWJFaPPfWg6wcy b/pJBBdl8HQgVaQYautwO6MAOyP7sGKamVzivlILjTWSozb3XEHfeCwBUCqA+Pi5osqN2D8OadQl cJ49GPrdX4AeaoYEQtAoX+dTGh2o7/94CQ50MU2SEyslsed8fXlSoBiPfipDETl7nfzz+fUE4Je4 GFdUdJuojAw+By3JnTVwpecBYfJm8V48kr4xU/+pNLcLKJdrWpQ2WZKwYgK/H8Z68dXGE6BHHM2Z aKSAnUcvWgUhhuG0zcQsX9HhmC9KMSS8snPfnjtKsiu3T13D3IUQ+IK5RULMIjSr9pXnqYYDyGaO qgnx/JQ4/J4n2SGTkGWZoD1JJQbMYHhZOn2yKxWxGUkUX9riosZIHKzs5eRk+uxEvwIeFWRRevoF f3QNt9GbplWi1KQIJHogY4VRYrck2MdKLEdWzWIDSUoN8RuAS9tVNV3DpGJSlBMdZUVbVS9FcVQf JcdU2+cCu04U4+RfeokAvij0nnQ0WB5fDWbDX/GHyqpgxmWQ6ydNdueyQF/GPyAwcFyGpoKutYkw KkxB/mVLY479WtSuNmuaOUsynqpJocizZyKS9Kp/o92uTlA155lQ08YWcx2UMJizdWzrtyco6iRC ZaIX5oI95XJbcYrLlDAqsOLiogDW9p6510sprV+MMnFKkad4lZYtR7QsWS3ERfU25Sk2QQ4EJtSD dSlMW8uXgDH5MKCyTCPsQh4R2ErYFs569oVCTjZ8pToq+dDugwyU0a9YvAoVzVNBQBek1gugaYnf WlkNjgbUIPOOMjUmBcWGUL64DrocE14Gqj36lx1wDab3zaMkyppjCr2vBnuP4SK3WktjJgbGSJ+U Xu+5VKGfPrH62j9iZWzhK27SUsUqXL8yjitAXf0dS6LP07QZhgKg9SN1ZvMOqWRQur6qCPYrMWYY W61iI0hMxbVHz0llbFMmdg9qtS805Ao6f5SveWWZkA1z3MFAVs+xJcno+gDbSq6BJdsFGOXaz8Jx ATXDC2hYBlnpqX2LgDXL3GcyeMM17FKwdFKSysvKxU6AhUeIKHuDhSbR11JqtlSAht2VGWTqeSid 0bY1xgb/oomCUluQ87p8TFW8+LZtbnFfCRRMc1ZEuQccK1+smG0PmzvCfoKgXeFVSIgfIR29vODS ebSNBcDI9Im2ibHceXBQe8Frdk5Oq2bp3F+DmHWoB2y/zVi0H83FGKDMG5F8D8uMcFNHg8WrY+cN VUZgz8I1+3LmMpuS06P96nepyeDjvFjM08BVZ0BKBmDGDs3jYNhysLOAy7WXSJCx1B5SRD07mMle PQKOUSYyH9CNGf6OkCllyrOwSfWI6DYrM0augVrO0PewnEUdaIy4U2y/kUjDE7Pn0ICy34ddXXaX ErgbtqJn8JT1GFtoPG9lxea7CovxDjoYxzDUKD6ze1ZcUREwXc1vRSSY4qVRFKvplG12tz5nGzL9 81dKmWaTGpVMe1N+mNSeVe2O/gXRO5BQxpdHIR9EXURCbkmpRvlQ6qeBA5W0xasFDzx1PeuzkqSF CRBoVBYvBTABBv69znIdLpq7u4p+497rTN5v+57aM1pNOlHF0Y8wZDEKAY6y/4iV/eNT1R3LiSMV OaF5iOC5dpDRRmnkEfmwYoykRSeULsLoJXEE08NqmF+YmaS07RMj3AEQ+GSvcDg3NKqYui5ly0q2 oec8Uc5ZqUPS2EqJkIzHGeGLNS9sVKQEfEsnSt4hy1ALX80gjdojJY1Xa1nfijVIWytlSBt0vp24 mlL8QbSFK+2Vojc8VA0zXm0+OiQ9HA/NRoKGmJMsImFwCW2lXXxlKRq1SyNpaqXthCBdmiREGyog 2uygAfSclosA8aIrG1LYBSHalXEkTKWJvkVmjdDw3TpohswjNeK8AK7RL6Aj1pQYCqrAAMUJPKOM R1Vreti1k/WqpSKL0hiZNdx1X1PS2Sl41avxpIYXlt8eBNG+jvZx21sNgYU7RBaSFf+Tpgj4cPVL niozX6Pt5SZ4EL1pU3gsilT8whbvHGr7tc0yM9HkFJ7iAjRbSps0ldoa06Qpmwv1MXWSoCoxoj+O L/RcdDh1wxMJJM1OUl+kGRaXcXEY60Nm/kZCsh3BhklE6CwPTlUHWkXIA/xSNyXmU/nNo9PEfAKj UxzHmVySn9Hs8q41NU6LluOAckTV4azoZfnqi3M8CnbFroqWqH2M8eHb+6M8STAfhRYuwSFlO8sm lDgsD9n+gE7LKliDwNtfIOVYFmjBkuX4JpS5PchVl4Quq1sAw6taK5tdVAgaBw6FD1wKeiuwgSEC xlpSbZCDMIpZq5XiYIuS8h1M5ti+spF32+te8nMoPgSoYK8Uafnx8f/bPqxZEEq7PcTtuLmvQuyQ udR0+ewXCcxy6RUV8aRHt0Xo5UeD2zsn+nmu7fUq7f8il3q9/zlv7tvNY3m9Hb+R/audA3sVMSQz n3UvpiZNWsp+CeT6BvReHCQtj4rQogN6stobHhai78REPXyW+S/lVhzjIspTiGQDZvuI/GjfV79j d7QhQERgdz9eUE2PsL/p7VLyL3/kintS6etL2d7Qv3LHxsbOCFVG8P82IlSxwwsjxIHZ34U1Ba80 DvbfnA++K0lcAvJqI1u87gLyBTzUr5bUXvBBiE2+v4MOBVGE+ewVOKjwHK6352CrhPJNpeTT8Vbq uFzwSpFIG77eBAcEHdpXcbypqyw4sr/dhHhkmktnP+zvq5UYBw583pUajnNr1sUjCwpJ85fzr+73 3p4U4YJRbXd6blNJNT2q4SysIpznn4t0/gUJwcxVNZGhTvba5iEW1gSnsGRByyVuMgs/CuO0feIk amuoAVp1ccFmMRmdAn2LWQh6Vo+FzGPwqrnaXUAwbI8Qs/rNnpZn3apysk3DDBF765w1U4BYtx9E BLfAkhiTRswFfDy1YxxBUBomZm6Yi3B5GdamWg4zgbxiw9RZuJewi0D2IX9ZguR24m4oahHL9mcI AGjBxi6TTt5zpUID9iPY8uIuivbqhCKudBrQi/3WPqRxrJuComalCKO1WfcMc0KNEXcDU5lb5rHk GQs8YE7tWzdppVa90jSt3LC8xUzEsuWUdqdjXQpvtz5QfQLmVTGltukWqlE8E0BmKFGtnqDKGB74 C9tnfiksTzlX9rQI6HhOcXPllM17KnMjoq3+lurZKQDXo1HZfH0U6BNM1FnarD8tULYoFkP1TNbx WrJbKnrg8gxX1xeQpJZHF6DeFoWxBrdIUtFlf9PTqfbl9nV2aJMeTW9ZL6PSp8POalqVrLBUxNtR a3i+lebQvn8KXsTXTdzLqiP4jkRlSmJONmdluVnprCWCaiwkxpF+/5ASUCUodUIoTt9llFo35dnu YOo+K5mB9M4l9lPmYtxicuRAv4sQ+1jGGJ6vG1qWR18wnML4m5OuJltGmfavgZlAdonqpZYVN6z9 VnqRmqk6MnqFqUtIik1bGD3OwhmsWUlZBEIMFtYZ2dvuYVDfJUN6qsMn9JsJR2fPbIgboW0FqQTY rdorR9Qa8NVHJ9MJfThsmHgK1pRbQm6oeIZi3cQoZ0HWNHi6xdBJdpYzPWYZL2Vcsy2pzAYLsNXf QuMaRtz6adgqN5bVoqXWYzNFkOZdwD5cye5uKrFTYM828jEgRMfN1pJSWEvsMraMntEQOfxYsZiX XAevl4HBam1TRp2o74VPdL564Owry7iH1jxBARBV3ph9f3s7az2X6I6mqhrGPNR2CfA6EHJk3hlW Ckv8QbSa2eOaYnJTBiOzUWMSDn0gwpdxZbo1SFZXC4iYO+OhrGoXL2GdBUta0HNdqPpY1h27kYHn UYQhsrSzOogiD47zqfPMQwZHmdaIZ1ZrXkNJ0V4pYmB3Immtnom/eFsuU/00A52P5UFchoXH4mWA 0Tq1p4382XLdMYejTpZDXVJ/Ng/vi9XNWSIejK/8yJzE8qf5UIbD35LN37ROOKDcUNfR10qpyPMv iS/M7vbChVKw+UV5JgxvxukHq9C4kOURR2xPAT/XPGLj8ylpM8mB9lDkpzSjhQCInlvrat3Cqx17 E1iln6nJbEq+OUES3NF4/hcJYzcyw2QZ8amLY9E/7Gpag1jaRjFiDn4rRVMHc7L5s6CYC1E4tvNz KPxoKP2OJvh5+KNux9MW97EjQ5f60qId+lW6bUOCfRS0hyGIOXPGSuPl3BjQ0SItYVuuMadcJpcc pbR57Nzl1UQHa3aFaMrw5KOLYsEGMlFHpeXuix3l7ue22wXsVLK4cpChPM+xiziECGzELuBI/EQ7 xVxqDaaguRiIpFu7+0EMQKQMPdcYVB2bBEVAPFgiJAMUVFMTNwFjRZwgF0wA+AJBkISAHYRS4Ejb 5M5JR1xNFvMnbHDUeVXB4BkVRD/wPXBGh9gyLZ2QgyRZE5zDz+zbdsQfrAHE2qM9UC9+DCZHGrEO kAP9c5YhKfSgaI8LamAsRpXPYA5QFTKVCU0kS/DGvTzVHIzkx6IepW1qdCmI1ZgVO9MZPt/DPmNv M/Vm4SbJjeAnmCWoEnyrAbNgpz6SscjjFsUwKhpXiiC0LY2/+IuTkALmegjj0vkIGMLmjnNUEIGC Gg2ino/KOUxNonIMtL3eJVDGshFBkwB011SjiifKVyyAEkoUF8Gjgq4u2nDUE6pPaJg2gnFQAE2F RVTg2YV4bc8ujnn6TNCtzEaPKIWz8/X0ssfRO1gW0OdGhgAgN+xFazBtgzyxlYQEoMlmSzQVL+6R PDxAiBkKBeolINUQhDS5VmicmhjGzxYosTA8SkeYQcbOVo42hzfj/C6Y4sXPd3m/a8wxxtVU6fZY bE/VJvfSeoF9Cg1ki3e7OyVVAWpYTV8iGNAxrG/V7vOhsN/eahuGVo2w3WJZEAcV96Aet0gT2fnF jhpoGQ3XE1RfEK/0vVJw0SonjEF7XtTzlfcYc4joEABNrk8IBvwYsqZ4iI8mYtBiGEM+dYjs0fKu C7IU+So2IiBQYrzGaDA5R6RdyeYCY1Os3YcmT0IhpmG878tJi5pX+KiNDaj2p3d9ofEiRqIw4DpE LIJAnsy1ib/sVJCSbE5FSt33RfhCaAkifp0hxoQI1AfIiSJJ8UligfSJUCiz3IU1mBBivN78hfPg fV83KPPqEr9XrD3+T4+oXhDOpdC8Dom3ccEclGZchISIBLVJr9IHIWjxJMTyH7+qx6xKjNP6otkj odctRShefNIJjr7k6LGCVNrpGFDHOBKQOHnhOn9EZxoeGNzcS0G5u4H1o8/ot6GLTDvYuCNXR6hV 0eRiGcU0XGzhUEgh7kIoTSwXCyMX0cPqBUi+Fuqb+GS1Gd6m/5jeBt4461i1mjq/2HxLnoFZD1MS tylezQdFMowyufO8dmSkok1Ok0dcT9iuEiuGPyWgvgfVl4S9v68deSn44qJ0CzUtiCfG6OvB8IIX xSjZHWEqaoAlRFuQ7kKtLlj8IJYuDCTJn2ClyRplskNtjGCi3qkMlm+4gmf2t5+oR4nS0rYt+93b dPeu6cYCslissH2lG4ylCaISMxnpm75r5bQViHYu2dpjMl20pEWpDQtjC4w4AtWcYa4VNMDrdEMf aj69JTOBXAHTxLE9SKQw9a2LUgxuYlVFcXs0WqyYV0jcAkrK6EfTM31o6x4NZiVKAl0fvPYNgVWT y0Se22Dk6c1V627bi9RdFkYX7LOIUEr2LpBg/7Ro7+gZt9XnqmR4GT5231wOGrY8BNYatski2Fr4 LdoW9VhZ9k9ZQF7KmKHtUstuEPQdxSXyhN6ozQIHjK8sunavVdQ+/V1kxf4IJapYIG8KX8fTxCxK 1UCtG0m9mleDs7eHUdoDOTAAwHU8PhvC4HtKt24EYF7mh3/H/bQf8qKAWT123ilEb8NAtEry0thL 1Xhk4mQS8gbtB2R+jB1APtBZdxoS3xYoj5ZrVbEJw8EKsnGuonAaQItVnYyxGdfMzvHRHpX610G+ xDV1F/dGNd0oPyxuyRnr4dyfOxY6tVmSLf5m46gjZlx5Y7zgXuNTYowgALPb6xxhu9JAQlVwdTWT kuMhZYjfyuKk34dtvPFhvlLUroACT0Cncg3kdOUMx/+7+0qeRv4Tk50vVaExnF+7ucG5krx+u2KL v0RiK21Z1hRLcybPlu3d3txiLxYF1FdPDe7MheE8MT45nfweFy0m4QSl1c7J6ZWA2/lVaeJuwfHx IPUeA1g7mLUd/02oOrrlvQTgXFndr8ewc3/ncfMttNtAa61yQfy8DzlcjkGH6/OWkm+xqrZb6ger qjSgYfCauGY9Gk9OyJABYq8aNxlnHsw2V0GE/BM/s4tznBskj/3l4nICmerkrk3EzqzxpJwj/pZb yoZ2th1nDHLoM2CCsoYxeFIKFRgXT6aXVwoO81S5fYHVsojD//paBebR4ZUmktcthZcTbY6Vu1MF FmWNdQlHc+Tr45H6kLvB8/VtbvXqWDHSQjCgUCXQ9VBJjIMjl6TNzeeJYdS8xbzLIC3e4fAXU4H8 TF1gHOPCx9ULAWp+rUckBhxFQsqJdVn0KnnpFpg68LlY4Lbe4RtqkHS7cXG9sT0YMu4WRxMtMFak 0K85UhtRF9qTPyFkY1LkU+dE60/ziDgLJOh8qY+aLjVUF0HDyJCcb60yQ+17rRm8NgVf7CXwbW6J Ks0AE750ka2pm9sDoF4M8KgsKYe/et1Q2oWMYWsE1NwX4CCoivZyl0yaaMhUataRpHm92eAuyZfe kKDtA7ic3E71VQwZfxkWU+ig/iBYwSsnM8lp1I++DnKXJK+EiFRODK+E+tXS/gI+fpVZ1HCoWLAc 5WCm5mK7yjWgTHajSKnVWBA91CyzGkpFV6VmL8o/Bu5ulXTwwsWVq3YTbD8pgmE3wrkcUhVFnCrn yrZ/2PwhtxuGU3p5fXWOEhwpNZTgnVZQbRdCL51ShShLY8XCNQgaX27OK4nOUeyD0hnysbfn+/p8 PZWVDQjfHKsnC121jvX9XiJ2JaDlU2PtcrMr+Oxov8PlG/fdhY4Vl3EyHZz6Z3dXhwSflsGuJ2LC W5DV/cH5cdmro/hu384L3F4eKtIonHF3aqAT9SBiia+ncznkkrR3P3vZ06Vhn5V/Ltn7/tMFEW0F Ok6y0J0tqKrHWcJ5Hzo+Voc/uPDp8n3G6c/fjtjbXi97RwR6zS2vUrzPEsA187L/lsB+uH0rNoJg S1Anh/pa3RhPMbPfRFV1E1pFoAb5pCq2DHZJ7+utMwDJnv7x5B7BeX+iGlgulo08o7parI4QoOyy Yg46RjkRVXMc8Ocbat6oIXLrykIA4HpX39vEsXR4n7T/NfrvbqSr8jsiGAtcHZ/UIUh+vQ2yixaY CQ9FjtQfr/hIO2TcTkCF0NkUAB8baU8EytILNg74CSdHm5WFUV1EkXMRp8oHDcZuewV2LHAAVyO9 NhEAWidUV8HvDp7bdDAfeuwf+zI6Qw0r7yBHas+D+736HltYHMuG43ZXMZy13RmYoN7qAwrvk+YA chWg4HB7uM5RMu22AKisreCTeZ8qW51B87Zs2BsxikMtriJE6jLZ7ICA7c37mYpAInQFgNqf1Han Ss47R68ZHM2OZ9KEJ7coLEjDoWtCvK2nbbNqe4rIFO5aBV0rIpZIqf0G6bQI2EEOLfdMhbEFB5Oj JXwf/6H5rNIp/6yqovYlR2wln6dvP/zHjc0GkKVOSdOVtsV9zY/sFYtqVmjVtMvkxJgyaQq+Ms4K GiJQBdcqZ0/1h3usqQXaWn4B7IAkyD3G1K8exPetIBRIhbBhH9UPaE459pSMdVlVa0raUtFxCaJF CtLqnWxOT21JsQpbBC3ALEE6EKNjpinuqlgrzc7waFlnkuCPGmxPEUqZRVYyN0XK/oaLoX8Ggz7x e4fLWiIyNiuGqoeVzAMucSTrL14qDK1vvqxzeq469tXNtmpLEy26Pd1w293PSgtaxvyHjWNFZuro T0tgR986lpYV1uOOUAbwq3kU+8dCdNJN5VdvS/kuud1oiRKDjIpmey5ZDwPVSoGg11kYGK71WrRd N1TznOYnFJ5L5zIRvO4lb1VruvSHjj2ETUd/kKZO7A1HM96A0RZUHTwuVaoG86maMEyvlmZrO+kC ywvvupbOtc6afdYWU4sAQrCqhXldr1qVpP2jr+aX9rSnwLzwMfCy3RcuY1FyBSx4GItts0LvLQ8C A3YrqFTGkjD7qf0gvdcZGNuDGIeYZnaL7UuyGgRzBXtC/ZqvOo2J1+NYZxgmViprmuUf9me/6Oq2 +1XEBopnHZHLAlu6hvyG4C3KeOj8OG33mTHXGNNRvFnYoJMsSpUYE1XhoIJURNoSa5cgcWyQVTIX dDJFNY+usCdFTNVjFlewu8EdaZiUdtHwSqhlHY94jd4RgXNZM0//WZptq/Ki0W93nY+7T5YyO96T VQ0pG6L9m6ouMRuoGvqsr/SuG1J7npHNYTEw5aF88qGZ9I6LEz+2nLCBidhZEgJ5kg0Iug+RVXpP LJAEdDiXSG0JJBrNojOansxeGNvfmmC9ABaTbVfT78xOU4ze8oYXmp/kljDZJadPGClLO6rMIIJZ GkG2lXMMx+7UsTOT2LhvGUoaPK7m+ZvFHpmv1Fkrq/W7oSQPPuRCnVBBvjsexSDYTMEkLbnGHB0m tAowTDsma9OkWIZ3dGKeR8Xe9SnLSgiD/Zvj5i7COn5avWd+9pSarwdZyRhsU56/Qx/4CvZEpCWZ 2SncCYD0KQ2TbjTJaQtakJA71iyPr0SaNKY+o5wotzY8KvvD0aLRF2JGOoQ7wJUuRhTW9tRa09aO yqQA1UKTKXPlg8DiQgnhuRj4m9hh2o0f7w6cO3dk1UIZ+bBSvzjefMQiSHAIV8T/lhO6QBKjb1Kb XD9ZblxJwLaTnuBA4Aig8z8+S8pMh74BsKAEL63MHDBaAnMFatzHlhUXCkWOFB3BlPJgYSv9HakE MuhndCU3/1Xpcqi8RLiVFoReucOoDt8f5yurtkekqgKTGicB0aNhBlX1aG+5b7pAhwZyZMdv5e5C 71VmMA4rsEhnym/kFwuGREeFWbqLtWxdedJEBG5qD5EtB8ADov4xUd/bIpOQlHVCwfPA8s+7KWQB VCqwoK9LmdddpWMGXttFL+EvyCVPGugABfWhauT8TqwpT642eCwfpMN9Asg1LF4suoZcoqxRnKhC JbC6EVo6dtT7uJzD0AbcE/D5lJKniATgV4/AKC5s7GM8ukUUJoTEodLuNi+QCUmDHrzr1xkDAxUy 4WvXCBOA2BTGyWv0+CM3RzsJkrljVJEsNUM03pC4LAgCLxQkZkq0HL93GoNaQD6D4RAnj9Gd3OTV BWS+az+gopXtN4iiEEXX4yAXBfnfhbXMxCRgecWalqki6Jz3XI0eHMZwminicXqgy1sMe3hlrNxX g2pKIbJPEm6EfdJN27fSCRmCecSPWLbG6k8zWrMlgI7Li5tJDHWD6v7IFaMQuh45JMkjiVQHJMx4 gv8Te4Mud9lnrNEso9x0wpcCI7O+FzKg1e33KRMUDWjFD3ZpkWCVG3udKpMxFfQNgCEanmiDqlJE pZBxxR0FgdR5ve04RqoKBnRUne9GqZpwDg0ZP4yEuAjK4V5xMjelJXBFyop+6GPlHOpnA4Hz4HUW PH1bUiYsw4Sic9Q4Slh7Vxet29hV24M6rA8nNk616i3zTecZdLMcHn3Xre6uVNGnEUkD6EjQRiwC BuRio3qZl5Udi7NpsNkUWOzWsK1YXqy7CExjbpoFGP3mWWBu2oi0FMEotRibVful6BIMJKUWywzy u3+7SAiH+BKEpf+pBgXQbCij3IR0VNKmJNFgMNMHCKyBayrqvPZADbb6qlUUrH7B7oZYyVSsaxaz t2BWkuGv5GHMXKngZp/fa/mnc1H1CaVUFe2yqHUG/UAZFA6hUULNkktT0hqWLJqVujxGhHOaF34s okhHhnw9tWHdNLjNfHehVF3VqqJvVG7RHyZm0TQPM1aEaLDODN8SEv3iWBMjO7DiANG0cSfPmgZv 1k3zgnC+2ncE7ZJY4lWaBqhPVu0RSOK1zTGyA0W3IEavlBtJKTiREPV2WaODuxuV9Ded6ZaUfWja HBSEkuEtKFwBHI/ZrhnBieBvIkACGkzBC1Ebe3I6QAHXTjuTlorQtIuhTW8etsIyQxQK3Xg6y5CB o5dit9SAR+fUtHFF6xpTWfQAcWJZMiml1MGvFkGPZRkS+a3xPSQZwE7ZsL5lFcB+reAC6w7dAGz9 zvQW9bOhtxcZHqa+Yn/JsdeFnM0Cz6E3AUAKVP0qT1egEKBzcXMi5mMhZhukp/lM5ictY5lvwRq7 F3ONdFHqxsfMIShbFnHXStkyovArERNR7MTOBGQhMlHUQKF0KPzNvuvQXh9AlSqRNDxTgYViByvn TlN5ExZuXgazE0eUnJnp/PWxTS1pEkstkpiKsRJRaCwHc+TNrdmClkYOIEPGOBFXD5I1pD2exeVL khqReuYDy4ddzUTUbL6LbswQ0o1yvNujmMaiCqwM1I9P5ISJVrapzbLUdgntJEfEwEfiexynnLXA KcPOfbVBHzEuObKyS7RJT3rMFok0zxdon5qmJxg7NGZOnahrFkqJ+TSAUIpJXXoDL9Lt5ABko7og 6u4RpXFEkhHiFgIPaZq4xoqUlhDWksFiWzt+mkXMFeck6g8bvssilxVk5BM+81CmrqWINJNb4HUq 9ywuan202SCxGcVjyjTWhQaCd+nyLm4bdoqW5NLPdXMCql9Sdxk8NBXibNSsF4wD+kCeDzytJtAw r0iHHY6WH8tEE9xjlpCc0TNMIPOQxC03hX2lP8uW0SIvrTJX2tAqk2eIrBWkdBlDxS41aM4GlHIm p6gyovskZ2lrc6C8pVLKkvHe2lgh3S6bxOQgAXJjuAEB4iaFUdm+f0l940q65pA9AynsYmQ3+2TA GIDBAWTrVGCDtcOmJoyeFmlpG2m+xc7KPrLf3bZK5FQ3V1qRkLiw7/OdGNWYyGh2rUCnOeC5R+z7 sIesnrZa8ANnsoVjyHSyjkAl4hrQgDRA++sdB+atnV35PsM/3mdjLyrKmvsA5wM1Stpm6qMl/CCb 5BFa2qN8JDmvmNdqfuCN8nO5USo657trIec1d4+v15mP0hn77u4u+VJZb56lFCx/8f04o0Cu3DMu qjTjUcTGpQAgcBRsqlYFJszT+5K+yTXjnCsHIhP6uJvJ1dxdfHKl7nJFASCvHHqVZnJhr/J+SfSR 2yTnVqqpF4FcTj9Yy1WvMIgPcarLPTYuWO2F35wbPiowuLVryUlGEOXdVgoATPCq3NXzZXHCANXH AEUBVjASn5Qk7NA9NTdUrlYGRC4qqlYCb6WVK5RzXR7vcm0l76oCjcjCcJvtN7AJYVcuxJl++DDf WN0N+bl4H4ooO7j8amm9Co9fnAYoh7p86CprQIA4QZeWArs6qAUNWu5Gwq9GO5bvfsQxZUWvrpDp an3VpFWVtu+H2/V4Vi38Z7tUH/rxUMhZ23ZShUsGRmphUIXEEVAlvf2taAl+LWla0/b7e+h0JPzu 74q3XLD4zVVitoofEpOV+9Ah95ss4INSHrKdb5ftY6OI9PnfSpdDwafzbeWYwMOPpGg1w5X/2N0e /q8AyU7daMxZLQ9PUJJztFaF6quU3AqJqFz9wJ6lJas8Dc8er/fd6ft8uEHFGzVSjABE7WTC0/EM e6svLzXb0YRXZyVKc9fLhAVFqXSRIRgHLZ4qxQMgK8mNp6tdsn1UkEVSe0W5H/tvZW7UNa+6tXI0 AgZb+BcQPt3Ol9Nm7zlVg3+AzpL25eEfZU071RCZJ5/Ar2x0db9lI6s/AVyoBaP8i2IUDZ9/iXOF KeZ6T78RFDWZz1KcCwVslVk5nOd3Ta9QfdWcj0qpXBebm2FOUPZn8RB1RY7zZhPBX0n+VvhdafDA BmpkVqK6gIkE5rWy3NXzUY9+LaP7gAGDuQpqjGpCS+eTWuvQLDSEAItexXz3iBcmU/Lk0EOIF2h8 Co3QE6ubtHMazCXNZWKkisuoJg0D7b5IkhmmJBSUhVwVTSnm8mV2lzdfmMYPiBeiIWXW9KJAmujQ jZz1MLXM8IADmjFbHvOSl4cWL6jB01GnbXmpRIA8wa+oHe3jXfC5a+IVIAm0RT/qC3Eghg10NhJ+ RSrDTKjNdHtywLE1xTKMwFmZHaEow7htT7S0SzO2VUMKUcJPsTu8NyScQeRr9Lhn2Au/4UnWBYtL 4IhRxz4pjbNYmExFRktBToaDFQeS3Kynh6qZwMo6UzHtd1AF17LS0bqdPHjyxrQKSBqkRcax+Gl0 GgUM4GiiXSQjPXsV/5Eb2qLBl2EfCf9pXxFT3JJdZjlmYmX2cAEKJbZg6ca6z+q1tOnACcNKuliz LN8xc40BbQtcsunLxn2HRFoWnc0BtbEWLDdWIuuZd31rGDe6zpIFa0FQB5YHVRzJkX5peeGLlbNa pjejVxhOv1fzXDdgqyXBMkFHILuOPZSfsFg78a3FC9azzrawMlVcnqET+GV4mdaIvbP2rGPWEuum nldXHYBEIy3H6xIyVY225BorKdYrUevPEsTBY5DBqDFh9tOZqi6doGtq5FFmDJ2Mn+XOw1TCivWo c8QOqnid/cMA0BS7PTyWAGi01lOG9eK07C6WAmO1nHUJwPqcjW4hh+q38lwPchvmR4TY4YmhSJJL Zn+nHNg6XR8/rF0VxWOCWi6t0RaqolWga5M0KfYERhGSddUiUErBF8F2e+9Gc12W1BhG72ubamO6 roNJTVtrthitHQGdirm+mPTiTZZj5WWciwE2a40AE1zcGKtZpDS961jeLPmJcaql0E+Z7D08mdQk g2oHH7CqVLt7SZ8wV9zTnNUBLhCjZJWYFzo8ui2QQp2NEbMqtx6zEGQgEyPX1/1mqzJo5nguQ8kl beWIITNVGi/aUK02T2HemTWqtKnXU5jdfzoc2a56vOJsZeqXixFmZcmmEhx0XIaAwddxBYOokVEQ adSfJ5UUYJhXT3uAQKirQPHmJctqQFzdAeZXH0tfEebks+kvkOGbPQaxKiTNjtLnTTxS52J0U6dF e0Qv6ha+hIlSGoOXCotbOiidEtS1lpAD61QPedPJRn6uUr3/kUwWO3uMzb3cvxaO8iW5KwbcPKVI pcpjJQ6poYsYuvEWZ8YZmoJH0lpGMK1cEqEuPpjWNMWyTlNbOAn4rJc8ea3H3bSy7ZN+Q3vg+iYF 15nkCdT4DuVMXfeSmYGZ5GtRIBxeb/MS2L+/jlPEOldppO6YRCXwuEOFZvI/fJ7PM3VqZHVR+BPM +/J+efIla2kb74ZrUNqMHENjqHN8plIleVvlgLS50g+S31QfgRZ0V+QRBJBMxSePb/j3lUv4OXsu eujK3BF6vKOOOCsfeSg+Ap1ImJTMDPKgW/gvt6OavbgmxxACcCql/dmugBxw/MmTAtQgCveD6g3+ feE5no4vw/HHKzgyXDyHr9Wk35Oe8u3aXR5IAC1QKTq/XDEOn8RGqWpuwQmUDIcx+Rw/F7byibU7 aEBuWLDXm1JeO0YKluq8MH4jzBxw6SwqJZ81qdoakIQLSpedqJZfAjMQ5Jy+DrYCGHlSI6MbrOF0 esVDd8Cl1MPS0Y1EucW6AwsqzxnoQI9KIdZ8X5fk+roxfK8qP5dDG/RzAYSEMMstjN+4SHApj5VP yFGqBiwsUT5licFYmefKjdRmfqivoEegJpgS/PEEytR4CnmSKFwQSjJkZBt7ASJ0l3IBi6XcS89a BmDkAmrb5oeSFrIGaXqnrBvzkBQ14jxp0iEtCs1A0ojdG8VlpYUZNIUvKbPVXOkCY62EKYAzyzGH mjJJ9nzJr/zx0rGINn7p0xqpVdxinYzTcPrCeyNnOAGGSnncOsVnNMXIQVvabUiT4VI8PQKohjRr pLf07JsgDkiEaHoQtIecuiIyg8kbX1mpsqAJofcTN6JAVkhnHEKX+KpnD6FYinnuoW/ggu8PyHvc AYYId9d1VV+Fj0BvyfqRLi+SZNeFM/RMQYFYNF9V8YsCCoYXYdNcQ9nTw0fykAVxsAu/Nx3eXysF bYqhuJBhbSJgwAH+JF3djKoOiXabg2jOXBAqOOxjRovw0xXD5WfXyRlgxJQYFYxHpLWwqLtd2Nqf C99fvt3hprpoY3wYO4SKSMR+i7/3zWIxRoDHb8pQUHiEbhe+CWOB5wC+EIl519RD9DHbUKpRZRj4 KR7eQbjE21vwrw/6n66jfBvHFNHoCzJuXDTVVDRTzCm9IPTTfEUg397WJpPJ7Ik9jFxywiyehQD8 NruDIOWiqzYBrpaEbeb71wQcp282QoXL4qX+b9J1v0bCdDZ1SikvKiVPHYfUScZWMnol90mihqX6 0k6E14UoL6LuJnT7xnwspmBSdVJzwZY4cdz3Azc238u2fS3G4VL6gkVKD+A28KDJY+gLgny+rO0T oReYewUw9H4xlukTyqQLimR16JsBUdrInd7MmjSH3qAtZPibN4p7lMGvdfSUki1mkHmjS9yZlfxh 80nCatSCSoaC4OkTASrlX0ZnIUnjoYyunnfPwnzyqw2e2aFBjElpwWrCRHqrfjHon35QxacoYVeO E/ZvhRTYQmnQTgxJqWk2jhvIs/xoyWvEDyZOtRF5pT/oeXIEOzeSOtwyikIb8tQu4TMX6h4DUJN1 ZIni1Vsx70pNp+PkVc8/XuibJpJWWBF0rEu5sqLTIxPbkOcgEJP4XmKhb2krEROPCONCvG2syboO tWkYJ8JomrOtoqa2p4gDd2xEVL4Fl8Ab5SaQv3SFQfY3/cMswWbn8xdfNUtIWN6E77ml3A+dZXAF f6jl2KnLEuv32XoSeTanMG0Wu8xSCz9zfmQmu7TXO5GEl2YWt69EDQiEV5jAYRSDarKcuAvOjxam DLsTqYioRjAwaAH6qfNE0vbYV1UdqArN8C0foMpamPxhNPrisGx0kp+7Ne0WYWZyMDSZPAqVpFCp PllGhcPZwGKgvjhSEZhljjPSjQic4Hf8N7jLBeLngN/sssKU1CaPiaNamwpTsgdle5ocOnBE1zeO H+ekd19bKXk0PNNUtQRmblCeFAeZFxdIbhdf3PNDDbzK2fmWliZAHY4zQozGPnL+IcTPR5a/ZD3S 76aWrFroWf+rN1K0gtBYaGh0k5MhqNfMIVLauuDZfaq9VYbUGtnSSBD8RU48SDxf1/BA0P7QMmeB Px9s/MBC9e9I0uaSMbq0XEZShSn0ABMOKGhGaSGt7hwi5+5Y1ORfZb/6eiLEVjHttMbAkDZD+I7k mqU5wDQJm4TUtTjpYUZBItCZPtaRkgmoHYe/ukjV9pgbY6tz6N6DUH3AgsUtl4xxqDP1HDOYSo88 eC+DVXfwXDW+U40ISYNlzR4SEmnWeKPIw7dYGeicZQazhasB5FpyALjDQsD+WEFYES46Kq5SI5yE kSbNGk8W7erkYnASyh13kJb7Ag72jNJVo/MqrCFDQ9vzsgFyaTOyw9XVLBtaT+au5GTrcJJOYIfD ze0JjAgBG2ACY4SZQDKqyoDmqzTdCDm3Gs6ecWbdAD7OQ4A8apfc7xrCQcoVIuHFhdpWyrbiOxZh Mbl4Dr5UGrbFfLb/Kvu3+cF7lfK0UUxG30i+a7MpQiu7h7+9PSPDymJIxJQlpW6zPC6IGMMpFUrS I8eQJ8of7GTDSylMB16oNMsaEw22N9rzLwa1sWU7b1pv4AOxZjk7B7t5K4PPJYaiTyqZK9QaI6Ie NILLynVz944QdL38ZGAXXeDJTjndleVWlTxwKf1YepTivxgiiMSH7XzMwDTE5SBBpWyPC7wMGJN/ C2SBiVj5/lKl94HsvKHe+WF3tVdfrQR0TbECdTbQPAdEIswSO2UXI44OFFT1OlwOKFfTWU9clIEI 1XO53dI7IPutlFFfAUbRV1DZqXLbx039c7V2FQPZK9iMfys4HJe+oYgyqHe3yxKBDOc7ilIlC1nN MngdX4gdK8CLLTvxTwmIWzQT5DxLNr6c99KekUlk1pF9QOq38waxXOUkzg/Vnl3A1yDQ8+VxX8PG spEv38pWHHdhZ0nSik/DuUd1J7TJYZ0KSu/v2qC+yPHwrT62loVRzw9XUnZcyWgg+nB4VFv7LGn5 Ac87q3Bzu2588l5ljYd6Fzc41ymBspzlEF9Pzjr8/rO6/Fxuj+v3eXtzNOGfUcK6YwR3Px7xdFIR Gsg9Icj30/V2OX7v1OuWP41q38vWRqj9p9bH0SXFAY4+9biqWa2W9J/v8+16uqPiYPaf4/flfpQ0 rbj09apc9PXvBdBWUVvR6m990k0v9/MB9lbW2h0et45wPP/35Lfb5fv6c7q5tEMYtdxhnzfFsGFx n9tLyL5ench6UDy72uAGWKq2rGc1sL/3mz+bSnJD3JfNXRWSb8e5ypgXGYmiH+/YtSIfso+dEulk UUhc3Q/iA5H7oeM82yZQYnU0emXMfbuKI/LSC/XMxSuMvqojlSgXxBAw0nUkt3LwB+drqkUjAftC Zm3Ln10EVrwngX+zRv1NRmcsqtCEq5cv3akBoyzGeY6aA/U1HZkyd0u8h/gcdLs0ixL6kdZvsuDG csO1pl0A1ddYOcnR59UMobqO6JAM3ipv41AzSJzS8EQLZyw6IJUGoxlgKFIc46rQRKgcdAPEMwCY BI48pNxwKhPWLKCDKrfgigJVVQMYAEsCID0AnK3Os/GixGnAZ6astQlJk1Spu808kgUtFmDvSqFm QTelMuLLUbkyT2k8Kq28cGreVNWWc/ATo/sFS+hXYQDqXKuij0CccCGuSJUKzooXQjyWg7ZasCic M6K19gqFcEtF5hMJx5dI67hI+haRs8BB7rmrFh0oyboabywhEWNjCOmK6E87PjJNaHvWj4etSoE+ tNpuS3G0tOiHvmMhjP7pCnSv9aVxLXiHL1dQSb5lzJ6yLTl0RBMOnwU4YrZuA7/KWDW4ehdGVaKk rStUtmGCCPUKXU1KrCaQH22OfQp2SKo3HqilshLVFxK7cTlkVFcjigKCxkAT/O0/S8LJ69WLcJ9q osmi30L0li9PxV6DWauNJK1WM3oU92EHIrWEhIDpA610j9irN0VPrEPiQTSw3TeWg3ArK89H9Ihi OIirLQDFZXTexetKv2OYBSXL2/cBH3QMtHWsXGTS3daaNoJJSu52UrVH3YhYessegXdtfJeAFQ3S +bqnsTNvZgrFayWbaedgEYAU9B5nW7BtSssvvGNAyQajR3gZstC16+VZDAXeb8KxIZg7pAjbr/qW zW6NLTtQPa5RuIDBzF/tqBffZxTVecyrpIrRuJUQ8GU4SBArwmRSwVjDWIk8FL8yY303JyxTl5Xr bxY926zBZ8dwIvnSmT9RXO8PoFj039yEgbLNExcchgAOR4THyM7lcDNy2IqS6tm6nBzGGssyp1bp APmvWo6blAOb94PZsAN5MT4VE2PAciHjhARMA3g9nLURE0FKXXgbS+BQ4C06liMincBDvukKxnyJ lWzjnAymplQi9qk0G8Y174OtM7YMcD24duMZmGQ4AoeQ3Q4/mIlcJX/rFr44hsBNUIeERarjKqYR YtItMAiwVs6O9jJlnd1Z+hmO4escIK9L8hi4h+fiadQIzdr34yuUaoDt75bg4dJaygnXZyW0mtUj 3pM2yTHgCOQBZ+iznr2AFHD3muzlBkeJujiaynxUAkJOn89QDYZvMCj+RDxryjFmyfNbS8DCKV2d zGzqaDRuwBRemwS84ba0v3a4ccQvZ2n0P/mBAupgw6vjY0F+afz51otX5qURJaKZ5wQxX7VnSlaY 2Pm2OUA5+B5BL7ev0IeMH5u4JpEz3SwvK37KWwdrgitGywO6VU8/vs1y5uKgnZzwaijH66Sr9SC/ +GsilUiVVoA57FAmlt3Tnxxb1415+NcmWe3gz+QU0cM5XyxzAyKvb7iWHDlvmAeE19NUnlHDKPw4 J/DhCDnFGTgeHk/OmYorFaZACSEUeMQTxBiCf1+2v79JuonNksvhrTeNTGE4j5Np1LSe4OvJksei XPgunugPafaWORRh1ZimFO6WUFrFgvslYZuYk1czNMF2X7iCSzYYlJsG9MJQlESYxF0j7IG0ahrk W7b1nrSDGRqov5DeiieQGf0WDoRNqvhqjtndD/5oe4UGbI0HxDCSMLOZhILKyINGPMggXLE67yqx UqfJ5oMIYCAyVL0QdctLD3bxMObIFXSr9vtX6ICiwUX7zqjvUX7m4J9AbZCmWh/V8DBBlAjR4ei3 P5qZsJgLds1H0vS5P9EsUKfiEHyr2paKAPirYoKla3x71OmxkkLpCMe1yUu0xb9R8QYvvpR1kh9s 4uiulIMeXVN5EBW6kz25VfrLfWXexfkib+gXFF/JgdcKw3av+KrOaP5pg6EuHdGpbT5ciMIEVDxW YRMd4VmjrhPCDzM2J8J8Bk/vKKVcz4m86PEKtiyrTOKhqndRZlv4V9OQNLcigkIO6llgqh2w52rN CqxO+wuUVJvEzn5XJgzNOMOkW0e30Z+VJdZFhlNqsuk1inC7SXUAKBqFVjpt0IGV6ipUehw/VUdC Hq6uDutPijko+VJ9AcpeaV8ArsLYnv61BM/RNvGFinzAj/8UgiEnnk7VDPVX1IqJO/ZDM071aU2j Sqv9AMjhp/HaRq41o+ocbiVy4rmGHjGaI4JBX6R507lUYuOiFwiPfu12kdrfbjEiBl9ZD2UxlN9w lwpYkHtnKyhwETVSCKFCyr3o1GDzol0WGkxAaK9KKWslzeouCu+rY+ExVQXxMVdTx8OxBtpGApR1 KW16bvhcLoTm4obaMNZ/FhfP7LHMNYNVkqEccprCxEMPDJxfUUeThU4ypY1ODTAdmtTBWZ+wQFoW SSbt14wlAso6Fymg0FwqzTWCS8TLWu2vble+f2CKrqZaVi8ejdxiPHUnxe1qtEsZn6mCoKusdSaF qRT5tWRZwvQWSmTku1QKO9REe+p5Gg1JUxVnVDemg30QH3QXE4qyMyglHGYn1DsWcLOmuE/bNHrI UT3EtRS0MXCdhgBCUkT1FBGOlabKaChrhBpE5qX/1yesr4GzKE4TKByHuFNNzRENSYlbuLXAILBh LHpyIa1dcme821YpoV4Np5FBKgoakLMW13LTiMIvXiGoqXy0PRqMDZPfkYV4dou7u5b634ppQhtF fUhX6BiPgX0ZXUhW5xR+jZUBsOSc5jeVokBKIvnZXPVqa212GoORumpF8z6N7sIWDzio+Jl7ju1C pZakMV3I16UxNnxxVyuL/fCeiM1QVFk4mjXryTPXYDyfYEe11rd4luRod48FiK0pmVngru2o4fQZ w5JSswK2WEPTxSNM0Po8Hh2PbVXWUS7YfkuLmFVAjo7HYC9ZBye2vStRHKyTj6+6lyCswWBcA11W 5RE15ucVcWfMZmQqq+4dWlzgQ6d6TTjDys7stMKCYbJ/0ULrOMFKB7RpYoQSrLw6hKEiyk//szZK OjYSYTRf6gJxtpXjbpAuQy8Q6DFLp+8wO6snC1+XMrwZxhYgBF/AWCk9H7elnh2eBaG3XxkbWa8Z Uu8gakZ+XP4dYi1VlZPMs+BRsGn5jpwIXlL31u9voWtP7xQVubhsUbbrhqnDTqhns7QEK1iQJSwV mky1m2ItbK8ab3dZZiuL0v8Nip98zoN48ODhXKZrcT+qkThQwK00YDdx988A9h6Z5Bk40sWvkONL /7DACyAYgoglyaHLDK06JyAmJs320CFEWjpxX3IH/FfCRJz1i9jwKLSzkYVsfaAHjP3FtD2wzwy8 j7eXWTFyonVH6cdkVkv0loaRHHNQN9K5ZZKQZrZO5JpXNlWukEpsqy9BT0bbO2ss2hTjU/PZjhky YsrD9FUYnh/iJafVcHiZ1hopxeQQZG0W2qvL1dZW0ldhyYgud7UdfDkrHqdqxCXLyfcwX+SlqHb4 62aVSJWLz5ENt3L+wRCy3tGFDPx214KZipFWq6QpeNDtq+mZnxYDJkKgNWeSK1oRB3zDNPJIfjcH pXjx8T3XjixKlBK8wQTUr/BARnzIs64xxzVRSiHtALAYjICM4hASAmVmeVd2i+eG06U0azift9zm TfVRJSoDIERuoVQ7j89gc1t5sPaRwwIl4ZCDwdPl3flYiSs4MEhrM3ppSR7fCMgvkowHjJRLHPnl +aO9t1qMccnTQasqmcoNdm4bnGGPJN4c5bV7Gr+Q84j9+G75ecppSo8rk2mIEdokf+kUZVIAZDk7 eRdbQB5AAH67w0/BmrYAe968eV24/ShrThIgnq3yib+5eIqISt+C5wELvMKXQmzVcHZlMskPREJ4 8CUUtiUXB/nSRGMKfHQ6mt3QROQ4KuV6uG43kkyBqNLT/KfqCO8I+/IAulJ/r2SWkpjohf3HKomo 3y6HujQxpAXDAC6c3wbs+2fj6E3VRdAvF/Sm/vK5KhwUqIKm1UGQCaYDoUM1frenCuHC+HLSFO1F jKBBiVYKCUusVRlDOi2saG915Uw3contcr7MLh2V6BuoYx9yHiJObvDgbdTaCYb4uYReeWtqW5dR LT8Z6T7DgCv1md28TPTDHMS+SOe9o6hVVUDKD3eVmbHjJYZ6viOSqiLICUZXNwp3XIG6zfoOpqqx cPPcG/A1cn9U+2KLFUumVgj6gqwrt/JdVvblupE5/Pg53YHbBxiM2Z7A5ENVmDvc8PgD7AKz1+9v ydno6eH0fbz+LdP8BJj+7UjKPvyt+oS8dHAd318pDb1/nC4w9f12u15+cGTp0Y/T+Sc0LUP7cVca BDq+oMkSn9XZwM9Pj9Pt5/pwkf9C6NfDz/n0I6V79+eh4MdJ3vPtP+dytnFmJ0DK03YLryPf6nI4 snIvT3yDWF8g6VFIpPoh6PhNWZLj1dNfAPv6WWmQ3QOkh+UVwV4LYaissYO2QWIj4XrloKuXUskN issYVQH8tDh9g8im2wpYds6so2+FHooEyaY24wgcGIuDKd0SDk5k14REuRtBGURunA3qo+DfQaxA djdhUNeFUpPOXTyiyjNFTIyv0irS081slLf+LlUcGCdP6ngcJadXIppYEafItniED11KtBYFgdBQ bUQ7YrhWkTssqBAJBeNd08W2d7sJbC340v5aT+BlXpd1HZELQa+d2UrxtDLRtGYK0hvX7qTYXofe FZ7x+SYztST581gKt0Rw00zJD50mOZtAhxZBvOuocpCe1Bvt8jerU3YHWaCmlak164wG+erlJVI6 PoiQawSlWCKoF1WrlrU9tZ3DGtSSTDXNlOjvDOiFmUTlxmxpKurFpC+euVYgWsBOG4ZSVTAFBQWY LKYlQk8FEK3gFIqE6rFzX+JosUELkExON0bsWWQw8FhRWLZ0u2iiwRG+VZBDS5R8tawP7qcBYxFD 8RgE1hCPebKvKjCvr1wIDQ5lw8ZoolWEVvWkC6JFz2tzC/pn+Zz67RS5xnoBZtrTzvzDYWZrjipQ ZWnaOEJhUiX0ZyuBMi2S2Fs+ApS0Tinf9LCuE5W0c2NGqzgMlJIVNcGIDUS4NpLMnqhUchW+pKJ6 OCtjbxQdsHSwnVwHfRa3tVAQj8TbVy0Dtiu5jBZaLtmOSK9gNIA/SpTA/NnNwib6zaKDfVtWLFU0 NrO5Kg1Ud2s95S3tmUS07pATGlsHengFz423FadqCa7FFLFOzW2WsRJJ1k2fZ4rz+RjAMnSJjuxT m5vU9yjab3kVZJBObWkiNSELC7qQNSuMYc8U5WbheXy8uHDZc0ZWrniC4i2+TGOpQkhbyDJc2BhA Mn+tbdCuEfUEuQgC/4u3yMnLZOSCQdMKDpRnwdJm97JrJc5gB+2SH/5KOUZ8Pl4FAszLBGg4SHyj KAQnEYSYv0S3+D6SUctYlfzT3v9KMkrbAIr4nipzcpWye30gA5+f2WVz3vk8mf1whNKL2B2vfaHK ZZGVZ/5bqTxSSfnms04Xagdy7lzbQF/Vc3CFnEYmVCzL+WWRHWk+Fbzlz/rtObTXQWQyMF1bxcvh UcfKhhfzVWqrDKNgC5M5hiWBbDIBIsAfnv9ICJOVoyKlkrMOKWOYIkgBCAAGNZGABA1VbtaexLjQ bKq+KEoAQrhddXn4PzInSvXpeV46PzQnqNqS+btSoF4nGv+5fMUmc2oxDq2RN5XjqDP50wgt//25 ze8+r4Spo+1yqdGaJ9lP0BC3u//UI+Xw2zU81+Q3n+Nqcuadl6WpTEKj4IHlf4IPwZfeCj/yPV+X jtdSWpPzj1R7C7vCQHMhRvadK5UrVRYxD7nsLBrGr7JYu4sn4SRH4UhdHiOX7SUHBWEogS83Hvnp +CcFkmtDGVTZ5mTTt3mU3CTeq9FZcvylaNg4wH4Wr+HZ/c9t8BW+blXBpQ/ltutCSgzZ485zf/lt 3Le30j0pAPOdJ4gAm55VjlTFQqlsHm9Gt4QP3jXLjbfCIdDlnCr+JM3JJ2MF84H5aCpgUxNsMaLO KuQq5RHkjdL0NJBgTT51uw67jQ/D0Yx504pZynUnzT4ZZKD+OoMGmqA0RDOzrnNamVVknnrW5oJP nBpfyYni1reddKbAXf6B5cA7nrptuW4p1Yb/K7szNs5nJWw6T+ubQW7b1LTicMT0JW+ix9NsxML5 R8aHa2cOoigdh1OYIX1ijpNXUqsZWC4cCij91rTgXOVztjXVlbyr9y03Wqir/EynlNdXo9SdoHzI v3gNlIQW8D68xd2LG8eyg+jY9ch/HmlUnriTNMkbQBeJMVsHsS/lUdaich2mxKRUUQJWTWaCq+va p08MTNFgkw4tcNGUSc5j2WqhOFox7YRj0FjpL9KQdtIGlIiLDQC3kd9O+VEroMmESUENHXwmpda0 AyVLoywVkYpJo0bmVezF0Mrdg1rfHKIYUkfyKB+P17mJ6tg6HBBVNVOw0xK0Ua/mBtKL9xRRQ8Vl MJp05oo5D77ClpSpGragkjY4+hW6D2npumavuS2yNi+e0jNojCbQXFFcGkqLAVXOdbWO0S1RtnHc n5vrKLxSTQ+EVHntERfwLU/z3lGZGqnfPTfIKv1+8YS2Vs33XXHvF8+uFwBRNJeWaQ+BW3mEFGKF WbTbY3r0obJMfEuGCV4WblGQoannn6qIEzwC2gIAr3mbiNBEQhY0BYVrEfFpX1T12Ee8otepWSvF 19dzeDk9Qql2RuEYcWA5qP86fX71AWEvh1QmEh8OddNlfVHrF55FjAkNBrrqR3cpkKmXaHJPZzCt MiIJPq85vkjFpSmbdzpEdRoa9Re/e2XlC8CbC1nfwDFLFn1qvSvmGsiwEJCklow6GnWlJnUQZKnH kRYNgEZbtGA3faIJnHeMcVIRj9e3dTmyesvwaH+sEkZzNdMWOetULA9i+iX4dspDLoJcWgusDeZg 5qA82k/WgReahTILzlj9zU+ah5S7gZoDVGUlT80qei+TIb3oYt0ZxqRJrNbkll3SAcb2XJROSIcW nqCx0qdJkVgIKaUCyfLYh96C4EUzR/cQYd1QjLIJbz8hpVWU0o8ezC/+GtwRcPaDwUJydB7TkXJI ywHLfraU4YKS9JhvdB4V121TerS965vL3shg8BlNVysjXaGBli0NGDm5us7T02etZkO1SqelwPVQ KwIQo+vaMEjFChvjEFHfGqZVqgpk8Adb2IHuFDENQzFJsuB8Wc/6Q+nBEAzH+C1zBXXeEpfBvzys 3Y7uncYe+rc+1vkERN64Nckkoa/e7F1yLwua1VMvif63BUMNK/YbUOV50BuKWocIjEJJjOdqWTh/ Idq27DyvEdltezz72Li37Lb0qEElFOBpR1iydcc65C0jnemS2OGN/ujPVGgxbzf0ndQ1HpWFIlmd zOiejbMJOt7Z6kJzW50TWjp/8GecUys7+aI2IX5u5pTvogsEkthYhqVHiwVkHbmC8WmIdLh1KT1G YCtAA+GKr7RAxqhhtpSgGUhU9kmCzS+WDTJJfbTokFWGSHF6AuDZNda1HVfaSlvgvwWfYWZstVWv 0wPq+Flf2j3p0MA3VQK1J/jvaMJiLVWZsNCurURsdEoITmTJZwIxkpzxp5dWy4kw0zyMSbzZvWIB TF3NgTR5MSxxE0aBZguozvt61rbiLyaL3zy2ARLENJPoCh1rcvv8OKeTwFfA35Yly2hfzl4dtfTT cPTxsiOKPZYB75KZ2rSM+Wxpp3cpIs2koKzRbyyozI66fDSzed42EcatBGlPVMe4bDEdk8Zs9KTt CrOIUokUvklJ7Crt0q31lDmv4aaLGPRYISSi+10HGRjD1TPbaEQ/GdWsRvyz+KZRFvmuq9yr5bo9 tjoy/M8wK26VcnMz6SyxXNPnE9FWJVIxxti4v4lBgkNEK72nWfwbU858gSPJfwAxMzTnj+qrv1fT vbbSis5gYqB5whHCILziIiWy0+psHsd3et/ol8TMS3IoQ8uEn8ovkUVDtfCd5QsBqGRbVeeyxWlZ cQo+mux9jqrJVPv9za6Uy8KqDKPXRJtojT9dWFSHe51OpthT2tmzEdnS3uFIkYsGPjZOmwjHEEEd bmI3E8ejVwevVDTdJKJnp4+Zgq+OM5JoARoHWvUWyi3Hj2QjCY70kgwjBysiXXCEN5s1qgdGRUJg sQRB7rskMbCHXQwTlJmXN82wbZ+15oJO+GJ1IGXfb65Q40KyGVc+SFSBSnthFb1UFJu/LLluNXcE X650ifqca8c/AbexF7nCyJWWdHYRLpqDj3B6AF9HtveOlHIf7S/DrBTHcIe/8Zy9HK12ASuyq7Xl ptkyXIEAFEqD0Qp1Yqcq4sJccBXwUGJhhSu74OIEdtvNKr1rpgKAlE43kmLXCWjzsWEfOG3PrRQ1 /G22Uj5aiE12tPRI2AzmGsgI4q74JZcfgAWfK/MIh7mUYlxQE5iKDhCbbuj6sEbD5Lb0OEqx/QKL naA3yi1CBOARGcW7bO/m7ijBzEsBx2VqqwokNGNQkFjDAn4UKBhnF6L0MKAH0wMS5vSB6xB13ohR QVcqqTJqH+gNsQ8riLoiPi9ptrxBx0JV7wQOFgRR9BKEdOGKDFv1FNV1WaRLQyVIS6GTNRi0UVRF /YIoJQkZOFEbSz8sBdBsK20byvMS8AhJKgV8Ns44J6CvVDMWuFscpf3VkCX07fZu54LOOCRsmDME 2SWOQioVqu3gR/BPevZBp8iRhtm90jl6RM1dyONeNrC6JgieZhKPOk+uJYlSGUTTlMAumRGFRQu9 K2vcwxILAoC+aedBiWBlRcq/T843nXxoOqz3jyPRU5MYhARvwdDtdX65SrzXToQ7cg5wbh0a+IBW x2GNoClGHHkHjklm6cryvLUL4t7eFMBwJmF54meJs4F0We+DUB4HsJTGibmRL2m+IgaqoIzqzPiv rOXNdUZu8dT1j+fxVLrW0EHU8DPSpaTJ+gKjyxmWUg7AAr/SLE0MZ0SWYR9pxqmqGSI93vGE2O15 ptCNAFPMdjMV8Ug3bD+FoHan8BfaCbgKSUXSCopQX9ZEif2Gzj/vOvLgpLmK4ECo9gio5IB2klRB MupZeGgmszpcqooHKngsi5UE0HsBQjjOiOrekF8w1kW1px0C14qi0lracNibtnPwTZ1aOxDO1gT1 qnWUdV3OG+EvB5VfHtMDHM2PihJX07lZVXAJd1MkxKpdPnGn77mulZxplobU/YoqUFmtJQ5KQDxQ zxlGGqmkyemETG4LmBYv12TSKxSRxm6+FAFoBROuERUy31X6IPmCQVR6WIAVYGIOrho09yXT2kwN frp3JjwWrHpt9BR6/S2pqhSY1Oz6g55QfACjjPJpga6mZOjT1J2MbtNbtq2pC3kio6YClYP3khYx m98j8WpzI4++l9Xqi2mi5kbqa4ThCq4taL+NevGo9yHkYk2g+gquUtQCfJ4rpebpihY201KvVhBH tQoHwruurf+xdKAeeIfEl6rHtxPEvz5uUtFsNJ6EZHImjlCJcPn5XhdpEhcjpwrGCDya41YfnbUR iir1mEZ1TRtP/HZupa8NQo5y36/F2SqGQz/bGiMlQMsN/8FCU3RUhQhP4QhLaxP96ECBMt8JXHWN WIZFy5OZtLEiDIalAGt5t0p27NF660CJxmBReeIYjKAhKRLFYI+bGxZs8m9ACZ2wriM1sauR2Gul L5SIyxxYPEC4abVWBjsXDj8e8WFYadgEBtzFiDD3I8ilXHYVfr0tDG6dFyYMkDEFSA4fxcCz0kTE 292WbbFRRnCphJbvlq/AfGfT+p9vCbiD0sNC3bKKNYCRiDht223KoCtsnxGOSnPNGG+8FwYgCzNO nJPt07KMcFct8Bk+DqzHTwHTRj4PXsTzZXExwrk//BiphkyZkDX3HNxgDa7YvbnwTCxkYObMsv4O 6cjqYp2WFwULMJNZ8r6F3PC+w0GRBgg3QFKRQIaWbcv56R+LFymoLOjZVrnF6Aebkbc5LNVsfAY1 QD18Sy/K92P6cg40TXphjJvBh4SPU8/gnQnezfznZ2Y6QyxSLj0Uj1zfxITx2JcyUR0zZXZDKyXt jZS/zivTVbpB2gdc77tBJZYly9slMvGBB3yHvZvL5LEZzwFYsuZRmbxT8FPp9xyy4Cxr3hPk1GBQ pRtGdj4dZOOpAQ2OOwDsISM0VWMMey35rmzuEq9Y9D5hRPgosBXv3gt+6Zrs8g78Aq+4Jw2yAzfc IVDxpXTD4HDoOvdEkh5Jd/pPHkW/ckSdMIQ8V5CzusHjDx92o285qeZOO9CBsMzjfGj6jQegzj2H lwumUG3gwhV1CZ9tJ0ZSrk8eY1iRE7p/F/fBBEpiMdyAAj/U24s3aTm0cf/q/6Zp/WBSFC4i+0qC mPs+2kZOLn9nobJ9ZaR3cCynVaUaE5bD7H94BAFjIfoCiTCPAFdJXyM9ywGwXCp3kHnWpj0VbFCV Eu3cTSmYXGCeYMlpOfJmZQ3tcFpKZWz+HRzCMevFvtQe0QmCUvCQ30sXqawijWCy8rcMRDngQA1c HxsSvCuSpwWSlGI2+Xd7XaNfqirPk+Xs5D4wwmneHAROTSBC5MmcwnYt2aATT0rD3A4RdXODluvE +Y0r+aQXOVnMRU3zsz0PQntoqt3r5pXoUmirgiGbCuGqK0hSWxnTRtLrkiTevYCOnxJzQ9occ6ae UeYmU0JkXRP0cRybY+ehfFn3l8Un8OSRoaPyXkwFaLwGv3WG6buRytVHqgLluUVvpIdu4fmS7ZQO rjOpcirQ3cl6vENibRaOxNk5bOopEPg4GP+UMMjz7PMmWbnJlJIetTN9Ynbk6IYiFE8wHXxTlyXv PjPAppmi7sGT/qMEA9lmAdLYF5r8XEqVYPnHpUSuq2YwSD0PnX+aT2+yK11g3hVMMUFd38jjJSmK Zihd5YJtNilaVL0UF8vD1sNFkwq/ASDRGV5r+X/Qq4d1Hx/u18rKGBu5fs0p+txEa1oZklLE89Q9 jUFgAnkC/I0UuFTKijKkuemVJZptchh+057RZWCowVLLJiX3kb4OvdIs+NQUp+UFfTxO0M1FLRaI I/3jgSUK+uPZklgP6Jn9MA7YKn0O9iwpEbfNDe/e+gklIEX4ic/y1uWIQoLRAGqNOhmPoKsLSiqX Uj0Yd87Rr/BvpKO+iUCRmFfEN80WnHdpNST8rh/rTcEFXzTnRuAzpqEgRkTaMuNVS8Cq8wLTGB7E YgCuewh/K7ng2T8nKFPKk2L//RVwBqiilMUCSFgRzqYGzCviKRbQgoIxeCi4QqYqOSys5gNj5SKY 2ukCviLjmrw1CLLdq3MOwlt4fAH80n7XJxRiqcVW9CJpAt8FFrVB31lqJey2yki6tsyRKz1lHJdd g7ImizgpaK8C26vWmM6B8ETB/cNi9I2na+amoq0iuj9UHutsDsoTLiYgqKoGMtH0YFiX8QIliXXL Yav7cvZkBrJHmnRiGDKxRTrwqeZbxZOFLjD8iTMH/SnB2Mo88rR/wzw6znOKvwqSdBSeh6wXvWjm i2+JPI/SEqSEcLB3AMw4n8VOV9IoHtqPY9MQGaNKP9+2lVmuJJKvtoh7yrSXMr9ZJCnW5pjYk0uW Ee8to+lxhF66VmPnEFIiOqrz0oRVNxHsHsZLgYRKfGTAWCRQU2aLwDft4apGi2Jhy4Fmzdeh/rzD YHv/2NNpDBSanAir+aOrxXGwM4sqseaO6Hb2H7rWDy3yaxZOtTh66MwpE7oNB6FsfHiN1bd6ul2l Elr8jKC1kmlL1zczKUwj7V5DCVsaAn9KItBbYgXWhXJXXEJbWoLs9dd+DpNbikL4nkVQXNFdWGCt 5MagHtXl8iF80VpIz1RznZnp10CZa9EQuBkNpUWQoeNuhbL9XmayBpuQNIbS0+1yylwk0hRyytxy 4M10WXGr4GAqUi+VeCA4Zi6YL4SaSpPj7WzEoVhsIWEy6XOSkgJwHKoglMMUxAbF3pmC/qJ/qLYR uqLFCgDVOTh/0UOb5tzA3ai3oZOZYn5JmWB96YdURP2rF3sWRNTEcAyfyUV6nP4w4iWmjBlbKO9t 9Vw6geHsOVgt6TobJVTe+I2AkXMTxxRUqostXcPTEJOJUWZnaqOkgmaWBab57wDLufW39H66tpNB J56tnTgjtcAZmS5hZwQDt9Ae3uvUTF1CXbBi/asfsnVNU7MsPVahs84sNjVS74Id+tw73bBMXpJn Fli1bHihcLLMrSXmKeOGDPuK1cSntbKYspt5wGa+DiHkarzrzRQOyXeX6i7rK4uOrjV8lW2xQsTJ e/3zuSXFyxJFfJL8Fugu9GpYdJ9AgRXX+FN0RNcLjB6iRl7SGl+f+/i8qURFsMQMuDGt1ogFUS66 GFIRQGH30HTw30i5TsOvTS5CpdsZyuzKkgEPnS5UREi3s7byDD0g3Wl2J92uTtc3oYmF9VSnZM02 1nWduE/5xXY+mtG5GU15U8eMQ5VpDj0lS4HZWbiHodti7F2WXHOasSeVQB51GQY+BlPzhdnGTFOm I7vek/rVdKY1FBWRfgRTtKSROGs5f5EJyRBDHHi4zonkroK3TO4go45DMdjAbsYwmM3gz1Fl0Vwb +2Q1RGxIShOnlxebqZZHC9zg5fgRhOtqbG/8I83BV8dntKM0VduE9/ZJH8+gVhl4+K28ROeM2Whs 9z2fuG3I/OIrbiKdGJmAIMCCuQPH/MRldryX7NypGo9egS4hoJEAxsd30hNCZETEemRa03hYk/5h ZmIbxcd2Eobt6ma453AjDrx3GqoUb9vnSypjnHsw5zgEespbQ0Ow7mqZvmO/TglcHcHPtlbDNcx6 Q8+AVl/DsLaDWw1ANVH3fAjJJ8iPAUCHMAd8plKkrj7AlwGOV2AZ8EfYTUKjlmzUg20PvsBtmN1X gG2yF4G1uzxKHeGsCgdqiHPGepyOJ48a1ZTIpxao1G1QF9Pe4YT6CxMudxH9V55a6vgOYCxRsHLI SK/7AzcLJXhd7gCSOpJQeqqD3iRfXpZSWUMuBQ+q3AvGAIqIzwJLd9BiTA8jXYGkcRugF9siU8Za nQS1IK4z1ayjkEoLnzAlVYrVT1Bjd+lwvJN0aomp0j7RrSoxH05KK1zWqglDqJinJL/9dXdD4EFT xYTlciLGGnQLJ6t+cVGp4xQek6VcirRX9kipWiAVboBNlTEBTaP2Dsk7LtWhUFl7f1U3OCIu11Rv lIXcOYak11F9C8+8k9I9jr4q9OCZ25W/O6iBTODwbtnbaoKo9yD9+7tH1/lKRqDP4JjYhBRbd8Mq oWNJv6Wxns7VAXGAoBxrRzx6BgnPulq4Q1GO+/F6cgbjClVWXkShjqNvKA1d5eTdn7PiGdebutDf 5o93PMN1f3Pq4FkBCxmc/ii4oXLH4eHYPsm86pHoefnnPf3xvNSDSYyK38qV+MxucQfbr+pSo9bK XW+3d+Ww1bCA0l18g5VL5Vbr4+orOlPN67p1c7y6x+aidsjVcynHrXDJ8fitWolS4GsHLmL7EnaR c8/m0h5HHrMDDre3g35THVlFaB1/Nb5n1yx92pmQXtzfqzl9viXuerPiOA8X3KoNQgQkQWuk6AJh OCn3QQ6uyqjIWu94SgJKqKub4zNyr6uyrs7J3tXkVCvbQnydiljJdsWiL8u9f40v8SXW+KqjM49k 2Ic6DUzYy5QaRc2LccCBYgnQu6iIHOAiDAs4vwcBVz01DVJO8Rn3lIXbyV/QIwpqkwIayd1GUqU+ g5WaafeJKEmI13zHMGmNqjFQbIJrXokRF5db08Y0AKVkxvhpeebzm3Wah3lqle1FdNtA9ypJLDvW KhVXqprtTpRYyXjsMaoP0algkTVb8yjzlCJDzXfFD6lhiSXFKQt5ejklZr0StDuO+vZCWqanVla6 18z2ef+pNb2YF1Dq9dpoq478ZGa/HSh0XDvXqC7oA/dEcxXR8Yz0WDBWSEdRlkVVjUT1KCXTRVxJ KNCyRi7B/B5ZP2K/KIqIhOfBCjwOyFyKNV9YPJKqLXAw7URXjNPsFCQs391dhBSnYmqFOUued+ib 2EclWURM26BSZM3L1hyLgYbQcenm0Ll1x3jUDPHBkphV7O28XSt1NUE8okUc1VYZurQcHazkCeAb SW7rmWXFl6xBimFnNoSirNsotA4HXgyFUab9bcGKr4uRSUiWZBy/UvbNksTkaDXD2S1EbA49i1qt Xo0mgzpywgzx87CrA8TWXCu2N/jaEc/MMfvCOO8t5a451nOSATj+2locuo5UY75jQ3qSm5IVjuew jhkPDFx+DJecWYk3l40shp/f7eaZMm2B0wCWoy8zOllLPWHhbHkObMS212UJ6QEelsKVGZKA5Yfs 64ECoKWMjOwkZo8kZ/65p2Qd5ezz7XiPmZTstzJGhn/Ae+s0SdfPx2xrNkvbc429sYz5/Dv2otw2 W+nZz9y396kEPw9Z5rKnKgu4raKMWxZ11muuscuD3u6jwzikzFeOLiPTl7DWfHCJenmmTLqsvAzX qE7YaFIK08jCldLG2ebsuEJwgEXLOi9HLGTEa9A/WFnm/+f8ySC1wblSmKUV8cJYp3AVJz1W1K5s iYWwM3f45fP9qfszjXkALiV/msHus+x66dCyCnOO82V6dO0OWOlaDGSUmAhq8Vfd5VmjmbxaSlK0 3P2Jik5TAbL0ZvfMYtdZsrm8CqoFM/Jl8pU6oKjH0/tLVr1PlQWa4V6H5bIYO0nR/m8cqvhrZy6o xEfg6xMx40Uu+wvkh5RyoBja0uPzatEf3Dtr1/c+t5yBvl30gW/FPB0ck2kMXoSchleOCuY7M6cJ MaJrCLnxZagCet4a5TtHtcIqhUyFQuxLtdkzX4acGaN8F4HCEqIquesCue7/20bNmKvGC3t6TLI8 afYz500GiyQuc7ts3PcqhWbPm0pmSFLNEyJmqW6XTitXxY7+ZHaaYfyhdHFZVEHr8oB1AvSar9Dj x1xAwqAb2Wgq5Mo0G5p/2fmCmH6Q51LUI6cq/oPemEWiJLRvfLXMNJqBBtFruSV0S5nthgSoNP6u Rn0EgOTw0y1+JFj4ajk2Sm0PNAQdOnzdRKvkpjL8wfwOPyKzaxsB+Fx56NUHLm3QtdTqNqxkcOTr arTOQWBim3kNTVgEjnyZpFBtLnpRIcMoJkN2Ql8ysmovKlZqfYUt/I/sl9ebl1mYKhxhYiSABFHD IVqSrRCGiZKoVteFkpjIRybGeF+hpehX+b0JvgR8Bwjyu0kovLyUuToRY8HhfJJ8T6WwqshgAgJZ L88IA4oQkmsjQyxXk15mr8+vry99sgRcGuPZ/AUUfcCDpAqiwWOe6pEKX2hcM4KCian+VlSgQGyC 8G6VAiq8MJ18Pv3r48Vk9w88aYK9vmiFnQ/v/7w/P0/U0XjBALVZ2q0/lMTzk4oPfPtqIPQ6VaGJ HxOQja5SdcHDu0iFJJ6rMaszdJWn1QevqoH4EAhWhCnM8PTxQsUI5Ln7ZK5pPe/Aen3ITx6zWZvm iZX4l4P/YqzpTjQyIKIZ/hJUE5iAayIPGlRbX4gIzVW9CQUoqBMD6aovMw+p1bSzPOHKPruu8hb1 KoEQLoRJgcSqxcoSbjPFuIYFQdr2aynB3gRqDNPAtDSx5rxN6KXCXkUplBqmS6EEmj5CVHJy1TKM kU6lLwm3r6GbpcFFjwfpFiPzhG0jIVXUX7BUVp7lz2+xbHIZj0MHDCs9QooiGdrUEm3yrtP5NJVP pvr8Ta4pvJxvGlaGJ00WP6Vji61RUvGNZkvBtTTKmGsYRRG9vugGGQP0U1mO1FETXz4n4S/2xHix kLNkWswhDrMOQBCxNvERAwqILcHMavecXHfed7GTNkMHtjA+kTJrlpjYWEm9qN2YiYWX8rNMpCup Y7VhWUhRSi4sLUCzaB4zUAQZ8FBXf/BAhgOd5RsQiE7uCpzllCbTqrV1pOlS5q2UrFOvlIqodxi5 ma9t3KArmUdhjaJcWNCwdWk4rQlKFvaGPwW5ivP/f5buA7HRY8ei8FbGrUAlSsyZkvvN7H9N8x3o 2e22RP6hAgoFXFygaF4qt9Gh1jJhqPewH1abKhQSqB1RgZ0YdMRgobUMJjVLi1HMjHZgqCcCCRw1 gsudqWUu3UffaphHGzjWbtxEt2ggOFQT0XSNSaGw+utTtJOSNbIcDZFMe9SUDwRZL9MtqswlDGwD 6I+SED4MufI4VT46BgSKYMtozD2d6Ng+wpE6lIFUe3gbE+KksAs7TUsK/0OT20QJiWfZGqjg9gsm HcjM54U1KXC6XV9YuWawOCCYR0OLcrJIe5PR8zZWByEhmDaaOla5Az97mPhY+IpJy+Y0Lx+d3oDW QFo8ur2Se2HUGtvaJJ8P4syChWmzBh0fAy4jt0g3jbAjTmyb7x3de2D4ApTBRPY34u1KNr9qWK4v s9vUIhySMoc4VDvOSOmGNE0eiW2XJa6p1XnzHLteQE3nJKA02NrsjUPMtlUbWP9UwsPDNN7Ib0Pp xfGZt+41lwzm0DEziquza+dzXHInRBhOBOHeABDUU43yKBYD1qjKDwKvMoHszv5kbZsrYmEas+z2 tBIxIvZWzVjL5s0EGyi/2mi9x2Nruskye3QTk0xszk7mOWW+2CHH5KQvbMx2nKwRpG7KTXsp9CjM oZNsXEKopVkLXsOiY4/QvQbQdkXP+MEeY+FRGvZuO/SCsSEWoIlWmAZvpVtYb6HzqN2UpV1aPRyT zeIz22m3nfMFPAg+3aRbVn1oI/CBqJ0yFEzlbET3FBAsgGhGshkDyWHE1p0fWJS0b2JcjaAZIUsA LG8NElpjUQDefpW/hY4y3PWOYYXSaiOLLdvI4vIs2YjqzpnAdzWBDYIdjchL5hQTcXV2JjvGGuP2 MCrIAJSbkETRZ32xLmXjCiKnRS3JppAVwdW3As0w+j2pFptwY4x6Bg0mMoGnzieQKhdG6RXKgbFD vxqW8G0A40g21IhsZ1sZIGJiCyDksmUJivZvLWskWz3ifQ/myo/0cKcUsUD3n1jNphuGTsYpGVIM tSdn5QgM3QgOmtq3RTBEPVIz4jN4ssVVcQYiDTBwiwdWBKPTlFJk7pY6gbcmJY7K5fDGHWAS27wA AkongDIAAhxgz8tpxagqMxeIIWUYUQo++Ck9PN/5E6oJFZXvDkP7LPW7Y/AON267y6Cm+dVIvBBL gAB/HFAajAfAMZdu275D7zCwQM4oeDnpyIbKb0Kx4ZBx4lwPMcGijM8FWsAuLVv54OQsINP5cype KrKBhRuMivwMQuxYO6gEbFnJZlhFSdYlPsvix3Y7g3eUIkFehRytP4eCjI0CQkd+Vm1FO1cXoDe2 coeZQY2jHuu1oxhBEIhwWGhXbDBgEET18/MCpfHizXtHoQE7YCx0cli0wQxIyWmwN+njsZIygSxU PJkvhmDDsTURLbRGxD3TkZdOv6R4o44sVRf3QdRxlEV6KLYi0CmQZ796P1XfXVUcuvad/KiD6imU G/cEKudqKJxD03ZLjOiY6NAbt+KDQoDgM3Cc6pB4froNpjIMaOfLlz+tI+tzFn8Q1AVQD2YJ6AaO ezU9GI/uqvvv6n7HlNs7x8pEfcTv1FLMduxl5QU89eA/GBPennEmNnjDwCWIDerm5/FinRn1gJos Gi3Si8AgQieJW4VzwBzADppXuYPddVUdCvxCe4k3Qm03zrMD1wPXPhDRETvZMGY9GrTJJKxDqEYC 3345HA8XMUqrNhoajY1Qn8Ctd2IZmgXIBTeDCOHlsC/KPw5uzE0BCLeDvgGS3o0zqRwBEa3AAmwS ixgm6KfqihAqxY+djoWleQKXG4tdtXr36nbwnhy8R4YA9cHOsSIJKAL1en8XZAElokvDzGHgAFI/ CaYQwzUMFis3YnyiCxEXBFBhZHOFDd8MS8EFaBziM8xMreeNBqtUrOo1LHciDz+K9CoaDAxHYz9+ 3bC33YUjrdYyFug9KNDQI3ZCsxU0iedZdRLYe0ELmCvZgcXubqIV4FOoNDLzMiJ0JY4tXsUprjVP awtduQuuq2rEanuLLDyHWp6UCte1qlPQXzpvXRupUL4lSNMwrm4WR3RjvyjMs3SF9IHtu0MwVZzA dRYysOSB06uqKy9VWADJqo3gpRWfrUhUpHmytIc0Rs1dD32cPiNdbnF8J1UG1iUB6jkApTeSMuDX yrMMthj4q8tJOrv6VNoItZWowCE7UaxSumJYrtgrm8MA1gvYo6hVuQAFxYhp2lP2xojlMHXpq/VK pfJKFrCrN07bvJB8I7P5NMiYwNamYjKJiQIjlaRYq2uhF4WBzEhqyuU48cle5HZVa0icEIH6CDHe Q9NVs/Fw69haO7LavI0SsifyC2hjCCZ+NRtLSQllN44ALsYcWLjiFgGidkOBMy1UjpfAMykpUcs2 Ppsh46SYL9IuKhdJOvWE7+ycRLo0eNbqUkGohWyPKe+EKlyKEgYkiQDSEpZeNUMoq0rSE/0PILRQ o5HsEEarmAgVx2MyalOqQXQGmTnda5UJLFKLqTV/D6ebhWj39Ve0p8oXlcAixqu1clv8hDp/UKqI 4mgkVI7iIrD3ZJEwlqghS3c4fn52soEXvi05DkwPfWQl2HqpNXqnihPMVHZC2LwBZbyULUKW7brx +wxGBxdHJ2TcZNRMKjvDWmtwF1lJdoGLgGYwsaHPJmYbbJ0+nPFZSp0NBPgaIGwfZdzJQ9SjECo4 mq2DJcPesZuw0syqvZ4xFFXQ46G0HhRhmF/FLlISjJ/+xRr3+LGWzXIWaOaintuU2/vBgHQ+j4OB wYiy74zt6kdGnQ67fPYncKc78ifZZnukU41iqr5Z9QwqFnhmic3j10blr4zhwZwRthjTRTYcDoeO 5qcoj/ZGdQvFxA5ldBXOYIO0B46hjinKImKEs9VKGtUSLgPL6pinzScIqcrU94QkuSxIZvyRy59f Y0AOqEGMLu1nBGaP8sXZkK+KmTDnxtPlCgHMIFcugtuMcwY0biRLcGtWHGkTQwjKxc+wV7Pw+IAR V4KydijKi+x6OzvSMbSIIQeKCKbmUwATvDIGBf4H/MR4LRWpQA4BX/jAJwE4GL0LMAubnK2vtWG5 vDMImsp4nqJLaoqwCY18dR7NH2kxTYFqQ/HyrLykSGhrQA2QA5bK+JY0CpICK3mJd/uYPf+o6dwl xTbAKCgYgKSQlUooP4+XYXzQ68AdODa+AIzwLjw0ACyUsPPko4jg0fEdGP9hI8xuQ8FXAIPlI6FE 9zf3Ewk5+B7CksfgxDeViofFw8zWEAa79PxJqQ9iMiaOvGu0Jr7BaQ2Lg67zYRnzuHCQHCgZwdcj j8o5jrXWeTra+cCDgxDpyCtkjqe/fDIVsD8VOzzUEEGfluC1vg4n72KoHvTquf8Win4A/UBVXJwq njy4MBbQ4uUR1vb45silxWs/gigBd0/rR7hX6FsxGGgV0rnqIpAimCf/DnUepOjbX1JccRZjEjUn WDW0TnsqiAxO80Cz/TbYndlzIQkyVKBNg4CLGJgYwhliyoHxO/KYBWnMLTzIlqeXfW92NGZ84akU U0o+QXCzYEyIr/kYMrmVuC3uoLQAC/Rz9bTYeBYuT4cMuoNFGrwnQoBANTVnvDe0doGKr1Rj9KSh NEWnrK4Ex2nwPyPMsRVMcPFg+Y9cv6b3tyUFYziF8WXRLznCJDu2MmaPkeMxctN8b1SAhFaTRrVq iJTPEoiS+l0J2CRkmgjeIAfcSXCZTqFDk1wVjxHLSSwB6shDz+cyxwVrcWCdwRXdvFSXQRkHo2oJ kvYQSOS0ojCfj3BLvyt386gkzcCwgd3FgFqWMEWtDvZUTIC0vD8qbRPdjBTw142xl7nx5flJ8oJA zeC3D8vnx/eXJ/h0UPOIIsl6gvYGKT8DjZ+UV3heLP55Im6LxR9o9evD++JBvR2QtaIXisnEBAMI c40FX9SRWLwDtC1q7zfq1Wo2kUJCM0NqvMYTU3iVZAoBDeuMhNNmQdb1S+fBs/BVLQbe6qzPfitV PD9XpvgJuvzy8vi4AAc/vAxW/gjIBkTXV/dpfNV9tTKk6VnHHp8Ep+DWHrNYPEjQ0Bndqsd/IOBm D+MXzjy688Eifnn5M/2rGsbD8kEPyv5wO1Acb7ZYn/49qOrTE00g/B483ipxxaO3v338szCGIflg eW1+0sFwZJOsl0uFlR91ggiA69MGJbKYW701Dk9g84qJLB4s+bfXR9+3NgxuU6qdgfnestTLjpcs 1pdi9Fmd0RhdeLQ60u9Y6NSgzrb8YwDqRsOvMcBqapSSIYTB1GpREFHkxqTNV23pgTiMB+sy5Dl8 nnIoRKVWk/MK7QPWg/CcnWuCm1Cegq+uoLhMHfTB9keJ2CkA4FBKuyQlCQ8EB1BRCyiER9hfw9Vo VEg1Tw3Mg45lb52UKRrGliThbVC2QYSCgvn4A1dAjthIWlvKEzuAPWOvZYSwP7MMUBpYZ6GatlOn gAGiPCODYLKfNIAtUn7Wl/zcYuagFDjiAUzEB5p92/N50Krd2rO1nHvMZh1bSDRfl1wHWmZlRgyD 05bdmGUGpA7ZYJ2BKpkJ5RzicIS0M5BYaZmY7Lqgkg/oguhbLq1213Av4iTqhQ+0yr5sTvzjS4Z1 5inbwc2eZcSYQ57uaYw9b/T0DpnyYiWJmE/ewtVhCQNhgiKZ317fjQZaS5wrA8FmTzPrWO+hCUBU rmMVQQ0wbglr2zOMThimfhxAnUNfMW78eUYVmJk3wJfPSGZyIswxUo059oNBYOAD0Lwh+54TBPDx RMMe3sVtwAPUBZCGoSNbyHnmTjU1eTdsap/yUKEd7LTApAzRcmcaAVzE2qR7dpCAkEiQBNEMSCkK wpW8zzgFlhEMVqcfwYYAChaviCqb38S7D6UCuhWW3bTJFWIZ/sK3RkyrkDPiADBN/et4YrHUjN4E g2Xs9UEKCNXhGyxoj/RDNlfbop9F1dmwXg6jYPpyWiC9GpCpzsjj72gPU7a9BGYY16KMfg8WbGJp equlYhCZqV4VwYMZ5gUuhnsXL5oY0EQymBXMY8uRCW0SRTXCIeHFre3gZrak7dXi9DS/uoKVbiCr +WMgXXlg8MCkWc7FiQq34lHEHSX2prUItEd8VO8I1zFYuGZAWVmkjVvLX9EGxnWlO2KiijlojR0S WAltz6vQTEa4gBibyqxp7qCj2ciKLqQ8CjuwSMmz9SeQrP1AW7/ae3WqlpgVxPwkldpqfZUWhBAu GGa5FbUP4FWpVlkPHqImWBIfTqBwqbdH342xDnm2juKl8Jl4B7wpqo+QEkjQKinYfLwQD7goL1yJ 2g/5YrpDgrgZXAC3Nd/WhAVKaRhDK25OYOd85cJUD5m28SKWZN5IIZCezw0sblIpHAszuaVqrAXZ 1kxcykLXua5Q2TgNwP0iF+RLM4uJEzzPdxR4mlBZxQTOIuTaOLWHjtAlNTR0v2VfLQJSeowjgWXE a6cegJDAiKotdjFQBAhoiguS4W9yui29SieTa1OHUhUTaf2BCmi1d7of1cOztHTdgBtVoUW53K4p dY7Tbf2CwCxN2oCcp2Y+1NXlVHPvdccwVqM5tWhdu1LacygoAJZm0xEKyb/0ixWoDTAbNYYFwhoE L1aUw4l6FAE1wi3seKDqDls5Dmr3BNer+WKVyZJ2BBHPGsyxk87Mu44yl6oBfmiASgcwxsMVXAAp gkpXHgFg3tlLNiLHlIfzAHwCZwBincblmC4YR9xDmB4KJYQAf6yGoUw6z0hVCfc47cjpYJAu15eO fNt/Q6XgyaBpvMSjMgDrw33bAXA/8KLO0sPJvOCGwtMcA/ejBCpOGohL4dwrjqVjzg5Yoo4r+66S wDHGI/YncOx2+UE3VEvgeL3jyyl+CwLcHX7g3JUOVs0AIKa97oa29UZ51t4C7Tvv74iZ8WC918F5 IMrbtxPZjpvzdyfOnS4OWVOm1+s2uLrOgEPFPNyVI9jpAVTz+4zRCg48ochiER//46bj329wH0ao EwwVkNgc/lbKwEiq3uDQQKAqAQSrlPhdsYj18cfMGJwBppD0QK8qFZAArFewGPQRz/CqWG44U4WU FTeOeozgqYOIrEB8tweIhXlaCHd4kfPwEC8rQHu5K4xwWKGSXj7Np6lW4AL39fqtegQE0pNc6fy4 fjgBGAN1D9oPCIXdxasFwzqQzZf6CdgEXJ7XCi0gSmO14sQmHUpFgBAjgAIW4fv3K2MGpuoVdzjy UUUIZ8uZp21FfT3ay7bHH1xh79rj2Bpc5QFAw+YCDqgA8c5pid+fxhzhF0/YPZXpUNnCvKgtfN4S P7OiRrFeriGrVwRXwnDAAtYIEpCMuv3fqm1gveIAx3suQCLK0NNk1u+ukEzAp3ZtfadWMLzx6PQ7 H8YjX1cO2vSHiFVOw4MpK8RTaK0YhtVK2Vyhp5fVFXnzuL6q0nz52t+gnfDh1emulMqwpoliq6bo DiAamxZZ1uyjBIOfOp8xgXAAouFUpzhA/mYdA30rINBpkiSo5iNWOwURM91yDKYml+TOXIjR4AOr 4bz/huqDTM0kFBThG4QLNsb6Bd6JVSAts1yUa6Hd4cw9sbrcugywFgU466raGdZ20LtfRaO0wDWd YtYi7WLmlycq52LI9TX0b4dmj6a+XhpXw5NhMGxX1pfzWhkDQFehFmgiDHp1Afol1UyEzdnYmZXt 6SJ4kgVl74F5l0UBPZ5YEdkLj/SfF7lLACYzkQaE6oNqaW2hsQ9HJYDzBY/mjDnGFESYLecegSn2 TOWUKeFsNOblWQGutDFsucJHAbMvYmmsfntCBDVkU3Y2Cx5EB0UJ7JIhAw/kJsM/2UE2XEHEgE3A ZTikTQcxPlUMehOULQRrl7FjnGM12C6zlu13YXKT+hCK62JhzeJMEGE7XSwPA3HYyrJxwzzAft1+ JzMfHP+h3jKh9LQv0Qd2GWtRLS62JRvAxm6kIQAHJg9bZkDHkECbTmae298QAhTcYH5THntIa0aS HSej9FAlqByGcl/aqTKr2r7hdMNkWS0UFFLwRqw1c4LtyxKyxWfagQ28kh1lVLjDwrl4AmEyAA5F riCZUC/SICJcglRGRwFw6eFi2mL6qnUxyGr1coH4h66QP5NfoR/4k1EBo7LobmSkF9aCMVl/LZwm jxRh2Lw9mCYbQqJ9vhIsRotYHgY4PyI0EvTAYTM9RsIrAZi+1xYWx1MTDlTsfKUMIw0sS5Efx8rS bECQ+opocWzN7MSy9BjI2l+12JK4BzFSOytADtzK7HOwFOOJNWqG0YGEIT8/TmAZzzQ+DLcsNMMb yYfVHfHGW8Eu40pmymaRbw9BlA5EgI/zbvgVRCVXz5bP0ihGXMErLWBoMJl8wLT0IHYJ68uw5meJ 8dee9yjZBNNhKsSyWrVQeaKijS4wWaQuTySA1JdwAnZg3hgzOosjeE2f4LFmhmMrgg88CDqPGgGa A56aqQ9iw+atxEHWL1zZUJsag+keBxsBuRigOBhQxqgOAXTeZ+SC0RXI0MA4SR3Fgk+CTDPmIQGo GAc7G1fJU59fCCxwqwS6Eo1X2JAMyagThAIlx0zh2xA/w5afuTMte+JqvXvT+BisR4uejOieldSx 8NqY82JAJmGNFGiP1HKNNF9AqdAEUAD8+pmV7sVmVBcAQcxkI0lO/KY/hqizBX0NSCZe74vGOpKJ IQtSt17UQ+PhxBdh6kN3qR0YV8m8w37hoQe7QWjQhDvNOizDtAZog5dbWxugh3GJaFeOefxtWksl VXPhyDxjYfCZl/FFiYFxj7bnDyiNQ9HK8KyYrgYRwKKb/jaklWN2jprLkcgBfrUB8FYR55eniIlx KQEwZh9qi5Hy/vT48g/YNRjwU1VqqxC/0oWwlT+PECHEGnA+piVA6PUV7AYAHjRH52KVqtgKy/J4 7w7fenKAF/AHCoT72ZlfkB+0SNCSTwetennAyAQ3BWcCrP4AvmCbfzwIg9QVqt1C7CGnIJ0gZlQe TwQepTGkOC8fZZfDx8BI4FnY1LtmgQlBpa56dPwZIBnIBmYL6fqAQgFlX94eXhwr9qydegmcA2E/ uusJERW/Fo739hztXqADiAZUfMJUffB+YOPr28MjMO35Mfjs5XGANfik5vnLA8PRnuBpz3r8x+CE +mvK8gGsF5NWfV6/OhkNEzUcnlabHHE0zIAwihfRF3xnTs2Kr4YNa2bTzV4BzRMaiA7r6pirQFS4 HAATtghXrCHwtN5C2J4NtsP4gh9Bq/4xofinTTFoemkc9NSfTk9bPCtg3uw/wH7hfU9hqSYa3fd5 8aBH/8RXfvJ0D3w02UYawOmVgFwU36eFIuH/aKKJBFPCaJ8FDoCWxjlQ70G/TbxRUkHASEVjfvsT DZfoQZWtQRA62NFFsN7krYDLf4HEQaKlI9Dzfhx2sfuG+Ev2HAbokTFvAb+TOuwJEXXRfQ2RF5BH g09cYKchnYnj+5/PtweNb5x0xdOMLDhZN5OUhTgHcZO17E3P4csT6Hh+BPST8vdn9GRxgUFTYfqL R4Picm+M3ewJb//YPyiUacLT8yf41euatPfFHwMRGtwwgrZB3d5bQ4xjj2oVP788hes2wi1PqwD2 rjeAZ12IIk5IHq1zn0JQ4bhL8DIQWV2CRiPhJYoEhXgQA2Pbmkf7doMyCI+6/P6pwzpIIpOi/vED AFmsR3sIErnVn6asnPSSOMj7MjTYHL29PQC+kwOyTauE6ULy3ROnOwr0K/y/GvUaZPjJ28JqQmv2 xwwwGvTL6Fpe3md22vyjiBMiX1km6NIQ8wfKKxg+fdPTwqMpBwOGfS1UYe49we5AgxOD+U8YxrJy SOKUqTe9Bl5Izlr2DjoZwc/mgINPu/quFnaiYmWxJYOIBLQcDKzeVYTfaJkMYZMaYqcQnJpwnom2 B5ij9NMMY+P4KMhlTRJOcRAL6O1BBIH2EY0w0MTaPl1n6FMdd2fZ7IIf8PnG2Zr20qIpAo60nSDa 7I/U9dKwkwBtM9eVdZoUmrYwj6r7tnKz5bhFcPvUfijaORE9j7DwqjxTtYJCroaYSM3+5AlE151t GS3PCNu0kR21FQds7/HMHItdmEnEJ3ak7b8IcBFnKge7TyEpGwbbIMWLAugJCux3VmhJH95gay5q UbkYxk2mnNoYBpyZ52I2gJ4Ax2zRyUKRJiIs3pCxoki4eRKzIDk0X6GWd2Lv9FCRKap7tKZOCcum Ud1WnMvGTsu4s43Y9mqNQkkZJxachpHPSs4zPibuW/pSW7Nuanb/Z0EUx4Yslk/kmd1LbIoWL5Tb pX2ygbKRUM7ZK7plxTGNHuGTrGJ6wXnEEd0tOFFpHdU+g1s6yKRNZWt6LDMgbWjEixGbYeP39jwZ TMUCQYWlgRApMJ2e2B6Ycx2piTTazx19WSS5XQdw17moVjG7pjoCxewllDTyRN+TPWNjfDLS1P8p So4yXwzVMBpRoKs5Y9ApzqXFDA33xNW3v2QigkGj2EtBYkwr32DFPJM37TPKndzXYHXMaGrcDm+5 WyifbUB269aH6vfyUohGB5u26Ak8gym8lzKwOTKt2z3j5BY5LwRmPgdItS5MB5CUibjVW5JDMgpj WnQm7EkU1eRJ6vMs3hrFZ1GXbpEMEaRWqVdwHXRfhMjAJe6tDEbyIMI+E459Qjqvwk+Ac1SN1Yqn E1LN+IXRIlHmJ1gLvo0qzSmJtY2Kr7K5GFIuj3tNX09Qvo/9ygbljEX3VYYiM076j7WbFBlGkKwP ndkn2J9VDX53hgKg3YCk0Laiq0QFYdjzyEEjbHF5cUdeilvx50ydKlHWtIYxSWV8WBONCEGwAlvs nmZhJwftBHaQmXmlaVaqYhRWy3osPi20KjKPFJ02c7f5JWsWJvFguz6icJhdsyyg4GEGATA7sHMT 12stWFqMBIwGgRhwFTogl30L1aVF8seqlUUhiL55oT6hqSRm1pJVw04nTxaHIAvPomCKZQjvfyae YtO4KC10C4fHxHVmVBt8kuO2IR7QD2xs7VExSXSjWjGCChYxF5Cb4xpKUksg1ZxZRj3J4L16NZC2 HzhNnBGijKwUwO1tzjXkwGa620oMKLeEKiQvREKKSxMX3YxMGQQ/GSIiOiq01ILkBXu/yEZ+qaZx ZAQegO3QDdh23O3SFWhX+sGk53gaovIElanhmCAAYb7wEKifhkgz4k29PqYMLEYSzRs158Lf8ShY I3FWrMd87P9SFdQ+omv6ZaLJxJLYWxmkyjExIJcCOyINlVkj5YZHC/0xGOrCGxYxi4hZwirGA1fL oMEu9EZri8OVXgS40BkuaWsWxOTh1b5woTx2gS2Yvyf4B7QEi4d8VA4TvFL9VeAWBxwpU+3ejjKJ dcjD9mxuLyz9+I7KzZMu2Rn39BIIUogR41HkwzFMmH64t7zrvSCLiQfjiyRAjIw5UMZiCiwJ7SeR 8b3VOfFjUTmBQiwvGFOoDTxBN+FFkBXzG8m5ktOl5yC6BQ/j4GK6giBiHhYXg0QeMQlhMBA1+fVR rDu67OjcMe0AYw3IptkSzIHGMEX83ps8a2Q8YQvndkE1hT/Bzh4u+xvpVMuNxurj/AVtjv0HmxPE OzvwSwyXVEDqtLjK/yBQY8Ypjs8VPQzB0BGNS8TOzTlaGohteZOVU4+VBYHXLQNOp/6oIEgAtjrP zpeUd54sCmV0/GgBpsq52J6KsvDDg8WKGnu5r4SNAI0x22WdGEpaUJ4MSK41/yWDvYQj8y9iLv4D +UD/RJg31P6PhyxaIcqLNW5YVGPFDEY8JhgFVgQmHPMmxNBf4F39R909bbEU/QjrVLcZSicoU3cb 4EI5q71x65OiSCBXqxOZcOWkN6DcEskeZlIojCA4niwa6EGFABR8ICFAWUwl6YLOHItco5B+ft68 ERYsWFwUPIA1vFK4h5RKGSChBffISXFwAStQ8k0oPNzwglFaWQWfi/V8rb8B3dHTq1hriKv3rOCK V6ugrPhtQYeJx+zWt9ihmrFVywX0qnSJ6ArIl7B0Al/8X48UJBMygeUrxvwt6OLYQXTu2/byfbx9 uxCJeYtbjaGNna6MxtERjUrvxr8tbABUPomenI8TqxHiuKqXQirIp+K/QjEQbw0WnahaNSgYCB88 vD3eVhpTEZOaNmf7dbKdkE2Co+56q1i1Cmg8uFjswBRjHGv0BVdbCRFMZKJU0XMRNBJbUZepbDAT Axbci80JWTTm6sZTG3gNrQdBFOAxCL9BiKsPR8PHFr9Qt2L9BXq/mfD9qjCFeERVFBTC8INoCMhe uEazVhcUWVN0VXMd0xy/XPbGuhLhaomj3yq7reKHpqmLooSIhQf2j8oO7a5Qg2COAIfgm05TC/pt 5bY2UDBAlmG9pEWzLT1QcLWCiQGJIfDyUyqhXJ5JxwMWxwCVm6kOchJuFDf/kBFQyFL9AarAQqb3 CLSrjyV3t5wourUIQNCYU/wo2JZiLIusDbsGDr/iEm01ovCwNZC7NVF5jcx4OsBmxPE5MGi1xyJY Sa0YTaJolMaSrlT1O+KoEhYYxXYsgWKWCg5BNBI7Rate3gRLSNUIQU4avgArTTRrHsrXnlFslo40 uSpG0BL2Qs3qGSHXvo3dgYPQzkir6CvloYdrRTWZOH6dMHq4MJDepmaztjWzCe1PwEMt+TqyQTCK haE9X8TZDsDkMCowaaHjjgTRiPLn7ANev4ZCv9hyfgHYINfMNelIqt3aJcqDyoeQbFR4m4QFthtA V3E/TQB2H54t+sQQW5jbE0zXo62IBiPH1oAMIJ6OANAUKdnENLTj5jKoW8voZVHsxDYYFSwzFXS5 eAxTFq1dG/7Kzu0QuYoOR1eD5fDGOJvSvsAmZZ4y5TjvHFiIJw4ce3gR1vpb1YKvwzYGfHNW1F4z O8gEmMCZ0jLHsYrt14QjbBv+znCEbdrE4z1QnCBaBhMTkrXEsIkEbdvPmsFLYIYp0AegZrhWsVi5 ELewAngZWTh0qbdmQTDh1OckV6G7kvGdAWGGzWm5imYm8hW/MFydhZ/Zzc4vcyxySaOd7YP5AMwO tzfIWVrQ4TG/yrpjnnh+RhdbZWIUzhX0G7zWhDJkGGLw9Gw5c6fzLD9eYN3USTWE2UNuR1ayIjoe kXFotyNsvaPiwBw0loNKaFan4StSQdLYbiPn9bFUAXdYt5agtxJfxIkZA7SOSZTNezL3UhJ17Den MkxelqTXBwJk+zHPWOKbLHSywF1SGZXNZhJYg/BCclISesnaWfMu4rkz8IwgidI9Hy2e17nRzOxW AuN3xU8kO88kJO8D/rAFdABKIKllhrs1uqZjutj6qyCdfDPwUliFI+v5/o88NNAEcKDDAcEL8Luo tLw8MA40I6csryHK33hcmKTaQlxJTRzvEAZWrXVhIkgj6AE30GiYKr3THM5aEm6WxSyCwIMoLIvl IxtcX/MPwEiaFGTFr4vX+ATM0djAF2+MLAtc4scA2FXytGQ4GBjLufmVJaE68o0CMwM6ugxSMqUP oiIrVjAUU4goTPQNMxMqwavyGP01gJU84EoALvm8qKyv2IleUrXPlz/5YUBDz87tHCCcGwaK0dip beINBuoNsvbE9Qol053gIY52i75BQYo3C9BRyF+mOnxfV6CrMCDz6OuwanKjvkDdW0BsntWfBBnU E6M6JO2OlTRObuR5RzvnCcLRTNniIZ8u7nadM1aeBRhDY9I1sNfGaZLkMJxB10h9hVgDeZJV8bC8 zFCt9ALFQmcRMNMqkuKOHDTLc6N8i6aEDuX+JJbWJlHLjXLA0Pu6E/cEqkyzwuN0ZoGS1jWd4Pl5 S9anOBg9zDErhmLHiK/X0vQYmsNCLLrnyTCL+EL2Q8tv6lfbHXxqCynrZJSC2I0v+Q9s244v9Gra Tl6rb1PsrVZLve2Hjk4EU2A0ua/5kZ0tBfiyWitqIJ9YE+0a4QPWs155OyeFVqEhhPnUurKPC4mW DVvGRxEs27EYouZnslbkwJYqnpuNx3eZFNSOCsqS9Zjy7xlb9p1pNsaRfc7TmCCpp17otjlRh7U6 1EF9RcdCGGPgU6FxybaId4X53UcrMUD8grpk+20fBmzwCIRxJQfZsbQtBdWezRt8Z82aas3wWOPO GGAwG2pdLvc2AqwZFxmPXoiHxWWOH1Dr66Jn8CSH8soEMoP293dnD5XRKQZulCatxq1eQ3txWPKF 7UCpRB/EzNToPNSUK72qA8LTZgYzrYnWW5dQrf5v+rMThNIwzVhBgIXsD+01d3Z8JLTJi3d/x56J lOtB86W5Hulhzd2eSFVn22vND3kveJrlZC/yqw2F7qet23iyhvpJboFWD0DBkuEEpdbtS+1RdHDb pumwAv3XFuatgaieTfnbgIkTemq+slXmpZZWqbICnfmwWupIK40UDRTKb2ewVAov2tTo6kRdqN3n 7UR2DZumjVi4hAaxdCtnWug/sCVY22rplK4SC2wCNAmgm7deuhC4MoTUchPTKV0iGDSu9eecR2Z9 Z4k4rypmAZK6qQpBEldtQunpYAuZ/mG/FACkDfKpR55rGNibbbRiN8wb95nktwfjQ+GkwaijwMnw MegU4Mapu6xJsGppI192C3vD9IHhVA4NDLyArVisYG2nzdGMhsOYNjwspDR8GGYWBuCMAWY4E8nN FuDZYFERpjOTNYuB9L9ggNiMvEFaTRqNUtJWO6tJhdpR1AXIXWqgjBjI2JOxI2go41d9XrFxzE/H ROqI2K4GeK6hGYGGhXkZZakH0U7ZAP7Qe/pT/JoNFnjF6qBTW+4m181Dt/AiCLMpMPMvsVwCYpo0 1xP1gs4qHBAhf3U6IdgWs531AX/ONN523IfmBTHpApWjD7zgToPOsdIpC4dOA6eNW2FZEWcm0JA/ y72zG8CDstYiDzBB2ZBsP5rZt8CQwIfeYSz5IKFhYWX+hqIGG4DXbBXkLbWgPxruEVFT2DA7jbLC Jdmxr/rAxZYLKeNM0fXgQe22cFBW6NhMRdZjlJ0StRhgXlAK20BzjF0a28t6N3UHiPOMhpSE2KHY h8G8cE6OCCaJ9ZmuMBFGwEJX9paPYJTKOKNDIpAgcOaVpeXcTVcYTB+YJarSxOoTB4CywBqisVI9 Si5ShLygtBTgCOzhsaET3sXb2sp8NwPq8gGCnDlRAj4fH4mVuxdZPZCBjq52rJRMEBNPIrBAlQCA lIO/peLGb12dMFA9X8kFjE/epaxilDKqHBwB2xkOLMcZDSuCKzYY/wglKxzDP+WYqjNQcj4WE74t jMsrDHy6E/u13FtJrWRA0nGlFCvLCqCQfq+nvLtKjwJG6OnYc9Aw6ebc8/hgjGeoiSRRIJ66gvAF HvWp2jJ8TP65vbF3QIFoQ5nRoK3JsjAEPAIjnGVtwYANCapZri4EO5uQKgexinOh4APar53lA2mK jjFBlg4zwNIxz/n6ifrOAteadWcMckUpUg5MfBxdgOCYOFRtTiGae7tvL+DftjvYQMYf5+KWCsuf MoCGgRfLiQKS8c8NlU0zCYyrj8nV1ka1gEOhlmGKwGS72yj1KNk25eURsx0qylDBsj69KgJQZkKe MeDI4c6QOCIMQNZ30+ogyuZYkwzC+En5tyF/ztqEA2ioQTBssCGT5CxIFGs0qtBYa7OmmutYYSQ8 6PXdfFJQvHRftWkDFA0LEZVhQTcQdFTv6UbcM+PfwXsWmduJh1VaKoFFyAgCHFoIFKZllzazm2NV 8Whbbi42jm+6aUEZ17BuNLrGCqHOKMULyie1/6Z4aerQ+aG7ZVKZcQZGCoeOpM4mB8IjW9KO7vSN V8WjoQvbnqmed2ZbhuL4ExW9oSp1L0NOT0NgcAzrJN6oyiRcPKZCIEn8PSJgEVlWBju6ZFU+AAgZ SxJnIg0qAhAAa/zEfFowBs2CVMATK4zUX8wZQiKu8qhTkJFVcqqiSMIOxru7CQVbXWtEU1RP84Xn OfngADMIjNK82No449b8SYJJNQaMVVUaKAhLDMyIGQu+BR+By2OeBy9jyVZD4rC9a2QMVxTojQK5 6Nen+ybqsEP3QE8nBUI8RqVe8Jk6DJUX9mT07Kt+UUTAM4DaFYysrgNEk96oC+xbjYWlMiaVUA7L B33Jo4cMdjoh0BI4lZzEXsT3NDYUjKx9S6euYbDrlHIMn0rWXi+VsnA+FyIp7aMkByRJde4aRyqh kW7BtVacNpA3Kj72u7Kv7i2p/1rlFaR9o+xINmJMd0eNdaE2hC5+1BKI7pEyMWsbCIwZgE1Ca0st sIyVjY0KKxtHi0GMGKzIxOp+mD977SQiONFMR1RgsLpKEKi+gBoWcDLcWjsEUek0scjdCOCIvj4m fibroKSCCa2ui+l3tuBFY2TR432ym0MLsHt3l9VZcYZEowowjn5UYrqMGyrhpB7J8esqpwBaaSms l9BIxck1DdnXqqfiJtCS9Q1yjBgOlv1aAtOPH1cSYYIQgMvzUkhB2EUlHHLjZejf5p74Tl0IC5Dg eTlyr+FRLVtxEppOI9W1wTe+Go/kd+Rf1WtUfkx0JPz75X76/nu5/b1j2J/vKnWgd68R/ncKR5+u yiFXJxlaDY++d6xhtcHFTf4jDeD0/S+s/Hy5q52s7jUaNlI28vcOlH37q4iyDIPdz+3+97z77kDC 5v/QqYGH72u3eKY/inJ7y+ZbLWWMbNzrS7B4RXGRqzWhi2UjXNSqPlfGpPvu6oLYrsyyKiXavb/8 BIY78lC97iuKPThdlsHPDQf89g1IP5+QuVW0vt7ut++DS9HfLS3Nveyctni7eezhLstAIWqVqCVO XK5OQgxMBj1fd98dBdnqPCvZLmNDPWoJGJSGAbmhz+++v61GB9gFQ9/JyVW5D/kXWl5lkBpknVxV AQJfJ40iSb8U/aqPlD4BVsfDr1jEQUltT4S3p6yogf0K+P1tzR+dJSnWgf4vI6DeQshbhvImZB/Y viUxOKVzjqy0yyP8Q8KPX0RS8gjpvYl0yChBzE9vlLaghjk5UVOmm5U9OX1KBzDMrV4VWJRDv5eI Ilp3qX4RuH9zU91biEBb1N9Wv8U0Ke6h5n6PE244f6PrkxKRIEIh98HDDKfUDJMrclH8Adzvwikn rjS3q4prmBHlwYUdTj+H2w9RlljwvVdRXG3waai3W500c2NyMYmXy/2vZITjlQwea1jpHIICogNQ fOf7GXXpM/IgqgtuLOhGs9jSPp03VxNdGobEEmkdO6XjdVZeQaWbHQQqleCmZtRRYoHlhP3vXiXr ZXPslMo3ykwphpR8kIsqPZJn1L3R/86vpJctNlGWVuhVaDKjQ75QXHtbtLgD19Kw29DpM3rAvoa7 zhU+ddhWrnBlpux0Im/5xRmNTFbbJZMiSrxYm0RXFgS7yDPYAmxpgDergwkPlWgH9LO9QJzWTlz1 jvFXWR5UrD2LjnQnE4Du1QhH/YqAZnOlKDU5BEI8NJ9XR4R5CvRIaGKzsOXoF+YOm1MiFRs6oxBK IKCywam2+UYAfsWkYLEU/jzwy+zq1Cw77V3SQzXKMgwLSTjmOMtHaABeAncJqvBuEVkZsgw3Vjvb JoMQzA/81y+egv0/OIamxuXmj2gM0wpiw65mlngGNr7ofDmn/DYbjwbkk0GMWXqMTD4OwLzTygwV ujwGY3x49/D1uOcVaeNWVs8tUICBwhoZn09rub2fT3GHeDesHiAtFKuAezF8+2aAVFl76GRIH2wY 9RaepzgKM4mbydSFAbLWKvLGBfbgvHF/WEk+kv6cZwKyA7M6JY/LHEGWnRTSgqYXzgr8Q0xFCJcJ yGrik0Yi4cLwZaF8qCLeyzVX3LRT1WCnkF3WH+Ya6EC7OMCcWQ5viDxoh5nGJf21XX8ZN2w6tY4x HhafGzCzrxnFoVUcp7D6XPCyL1nQQd7oQ9FFHvO1RHBMOfwtUIKtlxMapuFSZrdegF8qbZ2P562k g60a4A40BSEBR6EvnHSGihofni1owZt1DfM735w1jt1tN4Xk5DICCVHgK15jdFkWhIWrnRk9XiQ7 Nkc4CCH7kg8CZQ4GL+SipVqAfAIAg8GEemuI4STGxsc7+emqlzfqRsaNyI18WIhEEQlwZOgp+KJZ 5iWCUdjGPG5sRuOFehHWxA4eGpfp6R9j4t5fRMZMeGnkH7CGaQ8CQTXkU5vSZ48V+BtCHmlSS7Yj eyA+0Hvk1+fPTuaBW79jJheRCij2KwBn8f4HFxhKjUobjTWeIcwGgQisBP93Bd4ytCFSMVjiFW3P nSJZAHyA1JBzQD+QJQ81IB2nBbUGYSQ/wcUNChmONmhkxLaA2JFUgeXYiRirfG2xMETQDxzuwhZg JqKo/kTnZGouEB69WH0YeDlKMs4u8hvZHrD9QRwBTi6WgVZZ+0VJXBK1GOaO7BwLXUoLjidBrwRx sYmA9SrlBnoJDEw581phtgixSg4ehd+G0Q3+0lmVXMhboQ8UcNw5MFqVYuDwxS0izCMjRmEzQ2q7 FI2pQMdwQMlrsFt8UmQ6nYb7e5ZRMEhI7Noi1vGOSysUiP2jfEuM66mh4UKjqhn/Q7I81BpTR2KK Qg8d24oUDUFGdQ0+7fqP8ZWa0ZFPOlIoKMzQI0jN8PpQe+N0ofGZiGpI+x/RMW+KuWvzRNmkEfjI sk2YQHQBXkZGbwjSa2sgXYGq7Wr8sQpSdyZfuQoj2vRTAbYiCnSgmS8HO9xNhfOQM/uN0jpmEyqo MYqxmzCI2egUzS4sYTFSlS/KwqTEP95UKCovzHjLAfFeI80VtYAroUOvpmj0UcwIhzG1WY11QS7g udJH1SZFyqOXUq3QtHRbMF339pDOMfRWOi7HjrvvYmrG4vSLYEcwE9WbskKLGbA5h96GOxA+tNIK pWzQYVU0NFZ4XlUzDm2vYJQfOLUQLTqGcwIgjYajPTZmGmdH0DSkBB3vtT1RRL0z4NwGV0FOW4xh DW9tlyG9jYBzxVJZVEEgv5dhckdRDm9MlZkRkLL4C1X5rJKQFJV5Ysq5wFnKxKM8tRY2PgZqJKZo QM+RiaUlwXSdX9in7QjAYX00Y4DutjZdLuYIHljY1Sr95F8bWWHc8oo8gj4k9HactIHlW0UXgVqb FPAzynP3TLVtiwFKJ85EXRA98kyyLE4gp0I9ImbNZnkk0XoLMn5SSq70MJ/olb+tstZ1MS4Rt5K/ rLPUWWF3Da14tUVNST4BLVTFsXW0ZCNEvjha72kl8UIfS2kIAyai1kcRUnrg9VkEVriSxoFXC6r1 4dvi4Ul+CsjaE6xib8Yipxk81lqvwZ49JGcqlXKtX1Qi9SIWt6baYnlTlMK5MXWjmbf7UD6P4pVG 5gv7vyovuJM0sAaotbN4l6jx8ClfIM1ZVFEpGJFOCqSHebFn0EnDojf4mtomNWq2YuvmYE53kDyA Kh9ptxwP/HbahjY2gOao8KclTzcJzFIAJVAUeSYcNDzoJvIqI8dVxX5n6kmzoTYZgiozfQwRdcyK IfrEtdZE1P8i4FaLngliil02CbpvzNNJNADlWfSl/bF5V0lXoMPr0m+WHIpEO6W9b0TGy3pIl1g+ ppaA0THkwApildm3t9RuOJZVE8OzKxz5J0nNVptgW2lY0LZYi1pXoNaFPJxBWKWXV7YzyqOP/AbE Ey4UotJ52Jf3FaKLaKL5KbFBjSNCwLQES1iYMEBhOr/GJIFZsUPpBcEvKLr0uog48TDdYi0GToWO GuiSyBis/ALYY5YT552yUrQwux7ixt4ChGR7ZTVzG4AQyDBZ7DyFTy5DCCoAmfkfVIxeaCigWrCU 7sR14j9E1wEscxloJuZzcLR4pxdDufMKpnDExCOBkB4rHgeTi/6WZvd0vEcYWbFUSi5ingPl2WB4 nqEuGsM5gXe7fH94odrjiSHRwWlhLQrk0qnieNwHaEyELu1PX+5P0VvUomFMCUywt3Dr4BX+qpqD J3Ca6htalWKelXDxjvgmRRagTBn+RQMLG0aDBPayqMvxDOdk6osV+A7owlrLP+B0wCQ5FRXTcIci uIAXWH5OkWKZbH6IUYUiQWQBRVyJuEhhWdwSkK3/523kJQFrYhL6D5QFeDLIUOYCnHk9tpgwZ3rS gLAO81WKczh3LnTT4MadPoBhDay2go5121XeY+jcrJK52c3SNEWIXx1RVH3dAG1wKSHTZrCzp2kE twxIq9s6p7WRmfhUytgAgSFYYDcAJlQa0VHzIaUenBQRCtbzyIAHaguPSr33uJ6k67VaQB6ew1iE QgjEAHH6cEQ92syDtJxABdfMQeB+Ds9T4jXpE0CBkPlGY1TWNNQ4hIYYsWyLVQs5DCT0RaVLXCg4 LDbCfeXfNYEV7VSNNWg8Ox+uCNbzwxEmxl2EDRuZAuWqaHqZOzgDeYx+hONVXsNog+u/zgDFE3aZ Z+f3eU+jpuZzdUIAmCSHY9p/hhYfd5BkY51ohh5fTRbpjMpJMhGACS10TfmEaLVWVof0ucsf0RpD 5fFywYl10Rnd0SJMA7ioiI/5QH1mCgkFODqtCtQqOxGPiMv6pVtGroqRIProiqJLSQCFI9Bg7c5h ixcLMDTRF7TFq+VfcU9056iwX9ihTT0433Pw7lpSRthKzLMO/4YThsH2RnENkCnN1ZLg7IdB6Wtu vh5DDACb+BZh+4VbgPAGTWct6tEI77sLz93ny6q1GLGpQsAuCvTAoBDb8hTQ/cAQPhRcQALGjp6C M2YqlJYcoX5i1UK3VFDYRqwNjYFKXy9JFSR8EDEodyUS9pftLT42QNiApBhbgfpSnQrFdaFkIA48 ZAE4l3m773THABosC3BwmHSOkVHcKbyAGAntqa6qyDEIRpFs2GwPPANgkSfRcY1xYIo5diCYBu0O 1HlFIbY3ETNcadCSwwRN5d75dxUiphlAUURXARGEXMcozslymwvoGZbXsXTQqSsov4PfvAPUBn8G 4mKZRm32DOul8+YoxU7A/AIw7m+KMIPvnDIXYxaQCJmGogs0KLxbtZCYsefTLagPGFgsD4IMxAv8 R0R2uiFIFcAHvA1a3CjqAb5U9gRSCZoFuDmMDz4HNEVcBkG6H4AGvHOunz7cVZ6Bx51uP/vrbXX7 PzU0jo7uc+Dg2SP+heDCkFcqopx/7srHxPIV3yBZ4LfiEYoof2qq8gSCBKqUUB2gbMjdnvQC8shi 9T/g1oreKIEycLS2A+ZPqztU0etAqWT7ttuqfgP8MyzARecAKgOiPsf1S+Ub8Y7VDwE0UnsVTjph EJgP0jXP96+TMMEUUzkrArPd/KhjYiq3u9vFhkvm7BFTf4bSu3XWpGrGBQ3+gka1ePOtgMbFyBl/ xZ+Vfw7yVSfk9H3a/jgR0dQZeWdPdqpg5ashzEBThwp2TGTlQG6uERch02r8xOU+ATqNrwE530Vz O9AQ21ywB+LYiZwyBRRhibbtLvIIGj0o9VOYJzRY65CNChYp+pKAAB8rVkOy1usfEw5YNRi+ryi4 y+GjiYjK50oKKXHjOwEs4m6CVJ4x+KRc9TklTXCgG2HdRGiCirvDLtc8qcviFUWf3YuWXwjqywmt lGdxtraqKqg4bJGSPZ+qe69rAtlaSGkcGAkqxuB2W63U7kQ6qktCZRkMvQ3CVUy999Ml1u/6m0al s4WcHIFYXWo/mDgyZG2epHjUZb1TIT/ZsvdszjYdtaxB4TSeIh4BxambygHTepuG9KAmO1W2+7qg vqcjGBXmsDCZyFrJHcXszQiSvj2FrFYeXRepwGJS7cU2b4Oly55Mu26OqrLQGZ8rQtU/+kATs0PY Sb5wgQ4Yq7beZhHMqqAQO029fRpbH9E+XOxb9xYHj3UAUs3aPL6FBmfnOFR0/U5HFP01L4wcJyx4 IL2ufjQF1y0oHgpfSCtJmxcg5thrCqCMkSvcFhxqL+KjMBWQTJDQbEw5rjuAJPyNgQWgUF7kZaW2 m0fbUviG1P0RJplhzWbeHNxH7eOaIAxTZF4iJpgd3daZMZxj7G/qlIloU2J0+qDaGoHBgF4bHts1 p4Fpl3XHNhNUDWy0uzKZ3kwq84ntDQgNWY4lgtDiQkE15jHXXpwOMcO2wK6qmpo6Yx2GzoARuuQ5 cGVZMqwYe2t8HtYXacbzMHoKEGpYhlaByDbsMMM3EsU25zKo9VKOnOHlWWSwK60mo4qBlLkS8x/j KJddIw2+jRimbQD54EBErQynbP2oAYfKzjBgoXoDM91smHCABjcIoJFDxjaLPepmTjf0gtvJ4OH3 VcYQdTzeGvggAEJ6mQTTeMlgKQMLxAY9c7NCqqBJy6jpUEc+XL5ZuWmDJPGHS0yHaHFsnQcGczP8 3PCnP1F23RpcxkUN8UNFRlTjNEKyEFtXn0oXgHxIRXAWVK3MXxnNHfXyEK4xQJOmgfSAjvzYcoB7 obrQ6FXagLAHTdBSSCKfEhgUx0BP+crl+kaGAwJyHnmObgGA8J+ddV5ZAbQrHqvk+rzd2G4hCXlz QQ3uxwjrQEOv5mSGsoIVvz6eNhAyNGMvx0J5NGhAMNn9j0FAhlhb80/58zh6niMz0/80Pvd/Bab4 p2YHdxsqwIyqCZxT2IFRhctLBwbUGTcjoBCBYfWPJxj+nqlWbSxwafuwSzxs6AI8ZV1WvvZ5t3sx sCvwG7TqHb6FQIQVVCU3QNloRdztF/BBdRvQz55AxKCJQEl4R/Uh4AMQlVoVqlxD4Qwmx/uDAD1T vYOIc96qrMDLH6TlqlKvtOPPY8UHXAZ5qDPVSVCs4+2f2udWpQxq7SPowWxWtgPbvAbAjbUpBAMk yuv3jFAHoBV8BpkQUEEeCBaUwrW+xUv3AAOupZRQ1WLDZACcAxYFrThRlEzhijfppgvpvRQMzwKY GH2SPe8hMGADyKK+u9QEKONA4h3xBgQO6FXpolK3odNJF/K5IQvZgLw29Yq1EC9Aw5cqCkMFN2Xa AYxHfXxTQsEA+MHYwjpARYt/tCLE1wQ9mBGZ281L9XWtpzB5JT4M0Z9qdwTPuF3aew8xV1Org/RA xU1SkjAI2mAf8J/HqWGufgjqpvZJMXlUuDlc3TIijuba78SqssWKQHiShfCgmAW5hfyoP/JiipSC af1KChgBlHFg6AOGiIC6Ff+4kLBVKVn0iay44ev1QamNyhmDxcUMlMFwIKAFCwYvyKAeC7r8hxIi ana48uVBaWifJxhEhcD7VCN16e3x4+1/DLIXPIlovGmMWg1eqTFvfwyR8hdPisA/fr78Y2D7x1C3 QCoAohKNPxomFBMkqOJ0jTRcxCo+PjEk3P5HFa2qWwMpVZUdONTU0gDPtAm1DMSq2IsPKUrPFAGo JrQHamay4unQ95rsR7/A3WgIK8Lr9MiEqz3TN0mBllhc7w+e8VoJDmPpu/nZ9ZYYfI3aVDNEkRvS 8/qkIrZaHF6lb6TeFPvh6cO9CrlbAn034ZJZgwmIdllWJP4PdPT96zHmrcCJMjXqC81Ueo6rzMWr 5/hHnIYoGNaXyshojbRzkp20VP+EcleQBG42RVUKhNALlpnOqCgClnS3zwyqSVHa5A+l8SGvhCil 8GfRWK/gtwpTt2mQM1M9Y1YxDTkSHmbVxwc2hB9lfbgBbOZCKR2w2D43ygUZendjTdP60JB9OWaX GhObcMGbqAEplg6vyZZRjf00mWpu2CDmRsi2NtPwpkyjTLTZIwEw4Ylj+MzWaVTMuUG365EUEGjt 8UizL/ViNSrCl75VaKYUC7JizCwne6WFozFaOfW1lSbyS7KlJdRcO463k1USYgWmf7XfIH650yi5 zm+tepfZ6T6+rDLqutwWbXDh+/JBXfcgTDNpvpvS1pHwUJOf4iqwE3RrazD+hQItc6qbdi4PhWw0 CGmhFv7Q8hsB2HzKfwYh/JT0JB5N/EvscaqsDSOoHUBPXDUyrWJ+6DvYtI8JplU/ylqki0a1+8zS sg5oWnPYptP8hpAzRPxgzpN/csguaIEkKVZixkx1ShZS6gKfqd8K+Njs0pOpfQciCz002kYGLmxF KmPjq0aiEIH1WqjUpQUmXDOAMojW4woDVe0j4FjafvrWhwUci5b6WojDw+lPLYH1RgYgkCXjtAlo 0uKN4FnfKuRb/LSL7ldm/8n4a0t6jSDROCyfCZRWgUnake0vyH2MIYIu00f1IscEWD5CZo2TelOa Qd4bmx7TGciaocqQxCNYf1uH6WAyGf/sLmtEbSDy3IIqHpp+11ADMvpw8VAs0pcFDgyaDiaarhhF ZwNWKUthgWQ+USHeVcEyUsLArdC2/+qA1KcGtxiLv0Ko3+3dlfwx06RylpjZ9CiSkRQJu1QPhxDO 9m1H0DLgPFRqjDEHt4K6zZrLSbJuMrTGOuJHWPlekxaUkRUpXkxdu9lnRabLjuB5YOm7yIAZJNs2 ZMzWqYtlOLKXhVFayEvBMDNv6TaZzk/0d/H47A0SbX6Z+QWUEBsynRUvkT1kjMrmKH4h3UwVDHew z1s5IPysRxE6WR3EqHStwhxFWH2npdQJYaq8w+dDxmf2IWn0EG/EwAAyz1CIcRT08oxFh4y7hKhO kohBMc9imzwCOhBXeEKmOuH63AqpMv5KskVSTJxArdwTLoGZKX8qd4AtFW2l0twuzkmZM1qLGAKQ 9S7SCVexbj/TRcU+ikQaOkNSiKRRzJbKgxOGMXTisvxC9SvK1/V641ULdVHYhJk9BShtIkzPusbS 5veJLxu6yoeQCY0sC4MrGgfYNmwAeZdCj9WEo+GsseXegb0JkK6KwDYp7odQF4IsmAI4T0p5hdoT 1s3Pkg4gGCOUQki8BF2kyifRy9dOcCnzwsySIh43ZH5yGzwqN4qzigcU00NfAPMvPOkaaUR5oG9b wQv/F4kQXqxuYXyemgRlRnQuwCs4xSXkcPGvokYTjTI4SBRoXLhGUDsYPGyXg41JhY/SCbqlOZSU SIAsC5h/oVk0m6p0wvjNE48SpUEA18QWiAJHmt/DK5d2QjcdJF6zPasBNxIaxX3mq8LvK2vpf7m7 0dnh2BxXURuPdYouepQwFMcfLcyNzlZo8OQTFcWADQtsyLYDWpr5khE03niCaAiUzkJ5hJEDOsrI uxRUKXWOCBEq+H1wRHA2X55nDlXg92MC79evkJWjbDLut+6CMooiuFF+WUEiJB8RDxQzvCtYS7hF dPRfiR4vWPRJXK8y6Yaj2I67vMQtYGSyUTXdKGgD6QKspDyElACE9Y5s4LtBzDRbXOSzlAwjD2+S QSyMJXAFQIIoRSsNWDVqIHpQtCeKqsWXDgBHfuwxeGiKuoNn/otmyaSA7lTu4it8+vwVOgFAi03n hwl5KNJxXUIIYUzdW/lgSRpFE47wXlCissXA2P1ZBWTAm2jLDkgFyj5VIKJYA6AI/oNZqHgItqHn wwCP8lCQEhWmlsPh0bijHoiOusVJBGipZwEVPJ+VPlAIGh8Y+zhGMCY5UAsoqv6DYMpRCY5mAian XHDRGK2qWngBHsGkgEe3KMoAlVd1AhqP6OuUPsfb3c5wFXWSjdsGdR0j04u1Rwnw4zdEE78TXInE WyGMK+zyqEx54PgcnNiRgFBQ/0LgwPlYqWHVdxDq/t/74QeYqaDy9+V027kPwXdIvxFJT/f+VgFa Geof5a5j8x7/Pa+/qyK+2f0cLvc9AjGk+hv19H9h1+HSoFSHaBjRW8c/znl9Th3UC+RPYByuKPxS W3ByDd+PShyOR8Rx1QjhDwjtCjEaxnu7dFZnFaNxP3eQUOWjK2EeibXTQj8AqyjCZ79dN0bckYgq eu9h6KjC33DDr81l9X16h1ZXSsTcqUV8FyAonOWZQgzkQDQN/lodC/MVpV+kaapFx3atio0Ih2LN Zudq0K8gP4UvVC9vTAQgqowCYMfr/rcT7YJ4VRrB0a0MuDnUuwqxq4puhI4qrsfclSdgBCCRcP71 BiUbV/w7pNWxp6fbF+5uwS9F76Gd0LVv4wihDg6VBQBJRgs3Wuu7wzrLGogCXH7ABpcbDqo0PnQX Xgx99wuwV7gMku8hnSrgVMQCJ47sNNikmkxZG4JTkey/jCikF8QKFRR0KgqC7T04nZhVwGsBma3M C1+LnRV1VjzcmnLuqKUdiG9tWIRl69gECjRa6wBa2B64WcIsqFkUUuRL3Z4Y9UoBKxdy2i1hzi5u DRIEvShGbIGL9MmlLerrpXBVtUEGiCyZ10Cpx5E21hpa2GvFlOkgutnvnZj4GqJos4aAUhfCcMBb 4KE4+/6VnolMWtoLLZ5SpJu3l1Imi397utGwNYi0HeXIwJqXYF6BvEBFR9dRsyVniRuWVa2l9lwb ClJTQ9SJgfB2FYxhnVRWKYyfIrOF+MUSEzytFbsUcTPloFWPsQ2C0CfsrRqHOJuDYGwb8llcQDVW ljkItVRulApnOfoPJGhTsFnbJoTWKORq/9oMwduICMKIulBWEYivX8t+hbfaGDCn8FIZJ8UkmTLK 8bE5aGzIZhSQzG20SqCvLRyhwm72OU9zRYm3UxVDVJTJKWPeZinSjmksvG6PzHPCJWHSV4LFdoMg YrOzM7MfBnFhAQHMIw8xXXI82EZ+spMycmwrbsOMc7aijZ71BDdEcbCHk4jonb4qE/NDQoe+o6qO rfQqUbHadQYlmnF2pAk1j3oI6cKCIiney2iLEpaN1zbPUtEW9zA1vVYHwO/DCrB1snYF7xfZt1k0 HWLCfGFvMDW8Zbqk8T6T4Q4LZyZC0eVhdXjimH+S9kvFyv5lJZbLLHjxNpC4uTNvDj0pVABmNIVL 5ei8KxPd6LuNzY/zIqsrI7jCjeiRrEj+FYiPzcmHkdnMQ4y64yamCxMRGGJYGYHGgOHHiAqYZbMB G3l7DPWMdldyF/Jn2f6vTxWu/BN6xpFgYGMxQY9fnxQXjL8ansRdfYTDgLMWH+CjQABONZcInMvw hq8ocRufigXPHcrvZ8jm6GEF1dT8CKZ92Ikf+Db97ZRDng42skZy67gk+sofWjmOME5qYsOaBhZX cyH4Wq+sONxzQ2NqTFqunGVGkIwaU715BUQool6AhanpG3flhZcY7BW56WScuwfONmswSKVm3AeK NNESYAENCiEamSxKuXvcHyDwFAvJY86dHLfatx7i36otBiUy3/PGDRDXwxx06NjLYtv5g0B+c2h8 3dsX/gsy/gMlkMg/RjpHL4c7H7+T7xIGfgkfVY1E4AznlPfHkQzbLRG8scFjBMCRIn6OB1oaHkW6 2LkjI7w+lnCFsRnIvEjuMwKsRoIcoVhVvn0DXJphIlTHwSKgmMBRA85x1R5+5dufXKum2wNdYZgh BbxbDYL7gbkMlMMxo7bySKsIa5Snbnb+bD5mCCXSrI8DInLQedhCGMSI0wrBbWDALL4xSy4Q86g1 y/B2MsSLVXN3WL4caoiZJoBuuMdk3jNaLwtOnPHxXE6WbuaikyGuF0jj5ZXasQQS8mjg0B0DbohJ XGWEQ9dAwVNXeRBRZaWfOu4uv90l1f19AML4AHBQsAaw/qg+L4CAf08KALxGyajhSYI4IkYHOT6F wj0YNHICk1WxO7L4EyjjHysCMqNcMxRXB0MbActwzgrL+E157bjFg1kCHgMsyAyAZJCuvHrL+OXz H6i7qt5CCSBh3PXnZ7Ck/sBKHyDilifI4gGiW0t1FLits977UGFnX4NevNYPUApVv5+dcNePmuQz Y2Z0317/0IkvwGY6wVsRynUIzl+iP9mgbUAHfnXbMJyNKxjNLS07ADtEhvTCZgF1OmhuaJbKJnh0 YBB8ExRUSOzBCyqJTO+1FhRXIeLAakGxRKFkAcdBWcVhBJ+L9cezSrZgMSdDWvNeEuyYEosHaf3m kXNyf+sG2JUs80Kc4qbsDc7+r86M+03Hbksr4MJZSXYxWsG2kGpFdUXcRQG2d9jueduuaN+yEjQv 8mQYV0kp5ZV4HRpYbGCqp1oM9t9Ue4cK8ntFLvNiEbZzfUvrd4kbtT/1ZbNLI7G1rNEikbLs+W5T GEq6Tptkrm9bOL+5NP+cYzsmn1T+zOxi5Yz4oMK2lSOoKGTwDs41gEXo1Das+aAnHZIFnBlhs49Z pNSSHSHGVx50z9Q7daJKzjEXEZ+YCGLQ/h9X04ZbyoaOeHIKtUPGhK+9FgUlgEEQ2w7MUhITDsug scp0d2EGhgfWNMaQf9qPOYmZRoxNlpLe2gPGl2fc1EkxdR8yN1z5G8jmgMtbt80FrvTIjAdNZdJ0 jFpMP5tdcI02xZJSCCI6vDoMLEP7b4FfHbWtsGNd0xlrU/wW1OklVclgtZAK2JTdXOFkL9HOQps0 racYvAjv3uI+lEu2UaJr71XriRHSi7P23AKqdR+hYLNR3ZSSFo6t8mx2bFbSdGZbylYLZ1O/xY5n uukyXHek2QiI2UvR0BW4gI4ottNMa7xRl4LjdZWP0Cebgb3N10xrqIQSH15KlsptsWEaI02JhE8W qG1vpjOrHBFilj1k0hAFqkrRlgTJMR09sYtZjABnaQshXYlscWW12+yywc7G0w5lX6pwB5owaE63 GUGemF5gZw0QPVTm2Oyzx1lqqe/kUAvbW4mN/9vPmTX7bA8S2FJydAVtYMmkIUyVkC4Bs9jGLAoG t8pSLLDBgdjSILQua+kTjbkULactPy8oAQZqg2HJW7DWsj2XfJYY483tUB5GiaVN2EiVY2tb94CO nbW5ZaNRFEaBrsOFpr4IdldKMdCHTLLf/yDnxNbuGYTOZmnvtlkx0pgNqPQEggBvhAeKKdBHWd56 ZVqay1J10m1sz0wNRmBq0pwSX+CzKSL3dICxay0SUKVjWshh615WpTtIbf1Csi5SP6Zt22KqJ92n /aYpayywkchNmJN09Y/mWcg5CoGnxsLseE2gIh9Bqfn/GkjCw6RU91hQ8kr0iOqKR0vzbJRY0Udi nBXujQkqVTiMbawWH7zFHdeTzDz8ErhfKW1E+AM3mj/lZUTOwtigo4MLJXxYnqwp/a3Ghacydy1K xdZSwBW8oh3Ud2ZnczmYdWr+mDnrbcSMJFODFXUEyVJh6bhWJZeTcNvxaEgenKGmdJVKIHIBhbEl pGfSuTQGRwDJP3XqW4RYVzHv+YkQNnojDwIABmm2VigVKljH06jl16R9LU//WdX5a8u91eiztosy BBWc6AFahCgD84tpA9uM7MMxpdZ4/eiw6qmGE+ICcU1UmaUkATFzjKbHoS0dKDTOtd6j72gwYrNM QRoMgxcDi6bh+U5q/JCIwQ45+JU4kFnrzEFAJJIaLje4wOsMOVJoKaKVKsWwhzdWGLazegDLAAB1 IfDBoB/eJOm/1F3TBJrA5zk6oAtYEatN/Q8VZhzVB3aNfQ11gEigfoFmOMwdy7pSg0KVZE51ZDq8 ThAYciOqF5yH97zvhCjuNc/Zi6EJ1Zk9V0MVqFEztN3Fuf2NEtDBBhOjGnAB/gbZ0XIgAyxZ4LeN UvEE7TQJLiZ2OfVqdSLJWVAxwG0lMZn4IFGMFCqVBRAfiSwZ4Z5KyUzxLKPqIWYAPqTUD6c0Neyt Jtqv2GxBDVxFzYEVoAJj7g0sofOAndixMMNAnTh3uw+Z4GEf4AVzAP80mHGR8VrNS/3FilUhzezb SV0S/Z3uDt2x29pcI4FvL+Zjj6MaF1wliF4Nl1JlwaIzfmBFRdsMONkw4J5sKBQgUN8CTq1LRCP6 7xt4B+MOtGIEjGlcQgPea0oEkErOKKoTuyW+n87i+vGptVBGMNz5wK+zlynZ6iZbm4fBQOBUTvFD HCTMMF75B0YPOKRph9UZJZKJAgx8RXcEeOx3skVKo6gqhJMQrS1yYKx8CzwxBA7WI/IgBUW6YzUC W8oLKD9g844nTZSx2o0nCAeICKgGCVnY5G1ysaFomw08kLVEFhS7KJ1WLQ7nacrdViYgiF9xCXLi gEsgHfQ3kA62bILgzSetnqK1gfkopHRa8J2eQvLgabtvlGgAnWFBsnY8HPA0cnVVdqXir6tjfA4q JBFbRyFC1YCzP8YchfWClwmzHLby6Us9E4vr7GzHk8ohYD0t9yFENb4r8munQF49v1okUTv9fT0h JSP33ver2+n7fseYhWNiFB8UlHCsH0wdnotjq+QE3LtDApGQFQDQ9uvxX2TZi4MeD3dnYMJYoZiQ 1H+RZU/X7yuwGfb58/dw+gscPR3+Xg9qNQCcQ5PvJ4j66X7Af9YGVGL4L8Qban1zeqDX38/387fa FCof4POqkIAB7axGFN+LsgnGi6KzOIyw+YTeRtE/Af1RPh0bWtkeamJZhQLXKrutZd9fQfUD9Z5h yCIUqkDc9somBLlDtWNBO0EUxKkwRxTvKd+x/UY9P2+Qdq1EKLTzJVUt6HhBhFUzU0kB+hZ2ySgF +1ngFpAkEQvhdXtSupzGp68KIw2T/l0j0ZspKez05bUy15+qIqSFqdiv1Y26/diIdPg9SHO9hoeL iRxeTR3It8+CisUZyAW7wFPFMqyMTudU55lkEZaKadu4f/NHKMPTqwoVUh4AjOQbzhg67R1VjAEa pm+Vv4Ki4vMTNhrAomUYq8/kK3LLuixVArPX09SxIe9Mc7TtFn1FZsCodDbMEfJsiUdmFtpgiAru 2H/EFKxshPHiZ/SWK/1FiZmzgl1KMuqwC73cs07oy0JSlckZIm9VIOwBrjhqIQDcsvWFphmisFzr gP7DaifAZz0lUNYqNYX2r2gMvqy3GCOArsr7dJHdxk5nDG0z73M8Iz22lPEBFqaHzLE1uznTDrYQ 61x7Q9mFmGgVFGj6CcpfsW6XS5EQDXEdwcNQ1xDiZ6BV5dFkutPgUi6KfJM9mtA70elP1rSogW2I tLTpFEygckH0SjN5NE+HSvEmmTX6DWsv2SQAHZKvPrlpNPswdeTyiv9YhR206lYwPlB6Kodg6ROn nkm4qVnscIuKjt55tehA+udCIdEJeOkQeENpIxArkV6EW70zWrrmLaTeINhN4pOLk9h0HP2reBCG v1pugjw0JJVLM7IERF4qrGPaP2cXIJMKzUlEssXbN62TqcBvo7KTxGemvgPDbTqFK7xMVevsEAEy 0QvbIQUfaj77dwh82SijtTWAsDT/iZ69m2iSpASPpLCHBStHr8v7oQMrNd+CoWxbsvZHclB1bZ8f mW0MPUFZt/enKyjzqmToK1MML9wM2L3ZYq+m9dOhl0m7VcQGt8WINzNPlMxixqFPMwUz7JZfJxYj uRd3Im89jXFBQbFU81WZwyxeS4I5mPVhC7Yy1EKHMbfHOgwa5xnrO2+QLertnZlYFp7lxP6ETFec ll8celCowkwIxzDdrXB+hSGsXp+tma/H0WTiZ1D6BCzPnubCSDKyxRXHz3xlGJuSHMTqi3I45oHg d03iPpodxpAvmTcZrEuVrjPFB41hxTKk2eK8M2ZIZRxiDHbQDS7H1LwA5zDAysePJNDxOpwUrLxO 88G9Cd8FMXJOEJ5KlIcn5o8wzh2zwrODCLH6c2I1HqYEGWeuG2yOGv/ibYFKwScKCgANUDBFGPqL X7j1H1jPb6wIHl8/clcxH7hCHGTxFTYyN7lykXxDTnClG+upM2O8xD9lp+sd6z3/oAF0OzDZG/I/ yljEqQZOj1PTp3zBcnvhPKqkBvJzbHn9WePKxRsoqJTWiEYYjyqpOoiEA2IGeUhw7gIIfDEOXQ39 PTNFIXRTZXhdoBynB3agJGcZYAxYTvyIFik45MkHdBUHCUvIizeGellpXzYODKM4AtcFSZsovu44 w+FvhMdvfP2CUjmVeaAv9pfcUEiYhsXPBtZxDQdFY3EZlsAIE1Xme6Um8+IjWnLgTG4iNOxHQIIh 4ZNMPjGfUiZ0oQkyqjx4CEVxJYIweFHkG4EhyEZ+fQGRmlejLHoQAVOew0rMiHc4uYPPCFhTKT7x BTxEF7FMfMNrJp+h8MQIsS2MHqpsGGXNd1cBJ0gIdy33NhQzEUMd5zx3MuygbEaydHq4pm/jYXti a44b79XWCn+zSIThkegRDccQRIW0cOBQ0YtdRqQ1Ay8RpsoHrzwFILBnKblqKMAnsFT80wEGREh8 6KTXcHxyEJQKygC8TOxFR33b/XCzKIFunoe4PkyqeEN4vmowMVcJP4ae/ZdsiExZ3y7W6wIxGmbZ WVyGorpEPjSdUAlXWxXxQ0Bxwm3ywmmS3F43Bv0JrnCpPRB4NMUfZcJUySIQiSTSeCq/N4WzfrvY QvNvYZoXZ66JpUSeKrykHkLqKDDNxfoK6qhoraUa0SWJ0IA6ywgpTFc81GfATxIvQYY2sxhHr1Ud orpDHhi0la6FGYrxUi8huMlN2CeFoIZv2sPS8PKJjmqQ3lr1FrEL5CZX9kHgwfs3DomLhhQaZhFr rcf7o+RFnC4j70NPIxH06wp0j+5oXorUzMhbLD5O3zG3PJEkByqyGykkQKAqvkCKHE8X0LcV0JDZ qp8aSAcYe4vOoPDKiRbvj+vpZh8pkGsFBBgO/JLuKotHkypAMfoTVBOWXliTyid+hCFA1UDZP8gw Ap1nmy8doDdAlKSFaVvgt2YYNqNGVUKo1S0hP0Ec1uCUJFrJrCX8bDDApQnT4sBks1+PgutJjacm Tp9r5aFMQ/2zN1EXAGIzFVBDU2BbaWUQiuN2CSvjL7UGZqqKsWBBkI4H4FUS13RlME7LAMz+Cqmj VdIbdp66qT9qOkFQoUmD6TXKadzUigZZXlWdojNhlEUikjrtJahuohjMrFcYaj8UgPA9TUhZG4pC TfrokZ22hlkZ7Dn8vaiq0EjoUFGrUVAa87IUQDQf6bBZrHbFVpE1J0ineEs7QWuZjrEv0GXmta1E UxuxUcKR8NLhWG0sn2bMeg3l88kMcOqUfEaT6CwwqrfoTqAQQn97G/JDLQJ86RHVrTtg84ImPjCB tJlr2rcso5SB/ZZ2oMRt1sGqBEG5ef+3NVhhoV7i4FUgs/o6/HmWXFltBofohvHDzTj44inh1eTT gA7VIW0BTmx37jRD224Sbdnav94tijZeK90cm6bgVwNr/mSvYBN+iCPPiNHupeMVCySuDSohh+7S /V5kbAVebDIsDeOpa9ZkK6eVzlBI6zqbwmfkCGGaAtLA9VpcFS2j5IWEzXdUq42kjYA94rnN7bPz AX9j4vGQRc8IpSCYKSwUVm5LarBiUG2LxpKGNpN2rmrXCP/pWhcKi9UcJgeicKYSdewFVr2InfNp CxYQ5ponKEmWIhIH2xorgcJ0viNG24mIUD21rVAUozMyhGhQTXZ9+Kc104Q6J51SourpGEZLgRYy REuzChhj1G+bLIVIihpQplr24eyEynyZNRMkxG88MuWosPD8woSMA1saqYiBDDfuKVWjquaRizFi 2R7LTycV6kjxvvitCLc+dPKL9ltURqDws8WoR3jyntoQtaQEGcxjm/yCUJJ2Op0tZCk5ods4Wxqg PDtLas5iHB57qC/MU1s8f9pYuAHqizvhOVa07YgQGHS5SIUqEC/EOckDkfPHJAiur5mn1hQxt+db d9l57KjMRZ+SJM8Uiza8jCHqdlGxeEa9qLbWE2DLRfwxCNtYF1w0Y+3XtlBTbNlR5mNx1xhaUkjI G9QA9KvqFcXLaHLyCW+GmRMa617JccEr6+PFlcYmVc1NUL2QMe2SzUvnHylVoe43XRIti1M2JaZ5 FrxrThbKLpYUDA3ywPO2/8Tp8h6+U8BmB0PZVoMTaUS9sINQI0P4gXSXiq8h3FYbwYD6YC8IP+eN cw9OA5+ADvLpfBTPs7Agn5ODXTKsjzk7WwUh+eLQl5Wz3gBr8KiL1qyk18vhPWw/AL/hb2oxxLED OygZIWrGp0Vj8yxY5W4p/d8fIB4gA1cN+Az8wnHjYnqOVG6sNm7e4Qu1dY0Ty2HDx+NI8lFdPAfK lbPMw9feqhF3b464/uUdgun0Mmz2ym33fwrQsPhbDzUf5lgG9wqVUflefm4c0jhxTowDpwUKeQgc F3xaiusR4cmbo293CBscI9hbwU3zqLeQ7aqtBFQa/2MuopkHRODochs3MfAqw6vjFSnmwoMW+K1I a8ANHdANiBLcfhDQfGpeN98yzB0REIDDe12FxTY5/GiMaJ4drBZLMAyE7xipF+6rOrmbsXYB1Hxd rocJipwWzlzpdY466AayAFkiaVzcziIrDBz+A1Hgbpsa8IPay5ABO0dmP3kweSQDbE8gwc8Nu8Kc GgieN2CRypGZSZEnFIuJNjigtvGMbvfFw8/n78g/KJM6FeBoVZj13dmFMAi4xB5ObpaNPIJl0FF7 R1Npb4LSQwsKb6mfbSGHNsgXF2dhUDpjkXCqrH1ktwHlrDGpymReQ6OBVTnk4wwUgH7rLFYbUNIy g50x2yAASQjch3P/qbSy9QbG0pH9B16kWAOgwpa9vnwsz2EAoDB4UJRJeB143COCfqqtEawPvLiG X4FK0VxhtrFANSTYCudUxQzoc9+3gkBmjWklHSrd64y5awUx8FDjwaLuItAWf1H+wYJ0C+ip8raK byCaKvqtyOtBldkqKQTro4qKAlX8AzLrO79DoIBLg38qRrC+kmaAFazP5+bLva5TBONSNVwY33lZ tWdFMLxH1QH4lNP91NFGlsZG/gHTXvZOAET//c/uP06sg9Sq9X05fSMe/9xul/u/94uaxneVlGG9 304DvH6fUK+vfy9Aa/j36arexfcWuxrCrMyGug4I0Yp13BVP/la1WSWP7e5++7lfL3+Bwvf9TZ3n aOHKEYtZiLXQByfyR+aVu4Uz4pgLCFhSrNnA9kpJKENi0RJ4twCfVT/e3QvYOABTLKDe0Qb6gsF+ PSsucbUync13/oAQpvxA+jQneNdwXzr/LvmkhIB0FVG38r0LamrZ+dAix0L/EAgA160rrYDFWjET hcCr2wB+E9Swrq6fYY/NLjgLnEbUw+au2BpKy4JSqRNKABznmgJrOg7gJNkgOOoW9Oz4N+Ewr0Mc RVShVlJaFZjwmrQZkUx9fdEh9rN9HhJN1rlANH+HCU6oylJmJyTfop90nUiZekGv9hqmtS3Zyhan OYmy2dcshDbukKf12YNefQdHs67hW47nULWXjEMaLT8D6UM7jS2ytWOxOmwJ5qnhgo/gK6AcVZZg 1/98WGggjE5Vrn3VGFSNCAek3NLDdCQ9mDosME2rGzry7sMKZzgFibK1kLZLuRKfEN42C8gwfWHu 2hRMEOVkva7PF5qysEKKMQnoBxGKCY9ePNwiU7hc5zbCAcSgEvEip64OgCVwwg4VXDbj887iCfot VaHHhYhapAUKVVACjIsXkQKBCZh24hrsS+Opg20jsiuKq0LOlWFxd2fTWsLDoVeqZb2y9tkAOM/k hu6gJStRdLIfVIWlrYOihPd2rlzVRLDKVTFSIVtsmoqR1WFjsmTST5WiWtsCnLAxuHpRD+NiMyIU tg/IruEpF8bKSvaqXdy2Sz2KGBYhEPLDsA4vDQyn0qwzGy4pLVzpiJC2WmIJ6gwu1lojo9H0XzFW EpoU7VO/bi80QOvS8yYM2BVBl5zw6QhRplLDmnRn2thMbas8rHS4xBwSjr9kM075lkxjz52Ab/q6 JWATc4VojWaAbKHHhtZr2zftvr41NLgBSWx9nGB6IAbMtsUwh7PMEXzDfNdZih8LGpjAkrQQsuDt sEy9D0qHhc7/bgPxzJKDcuQoCB9HKOAiaKsodIFwJjsuQe5si4W97UiWIaSZhGwNDGdWXOgx0zcm A7ggPLFaJuzDvVcI4/Yl+5+rxKd4+TzU+/CHNezOLRyEeoEnUVtyWt3G6I6qzTvgoLK9Q6WCfkIW +SbAK81qlUfMWPCR82nba/0UB9ZE8MYWmxeTCFUGE+UAj18Md+UfyTnVhS8l7CTMAZFgK+W+vWCq 5yDwijgVfHWYQA6CT7iQTbWf/cZNGM98sGb2diQ6nSEaNm2NyLcDNYgs+Jg3gXYSfJNsqOnHwKD9 fY5UHwnLQ9kA2ep1XzKj15sAg5PpxT8PQ6Y3Gd3ezFrLivG36WGzp9WiPcPgmyaeGNtlKQGDhoXk tzDHLgrahfoXYiAk2RK+J8diBPRfE6292sMtoFSrOETYSAHHr6ljPcZN0UjqtmyCNC2SiKbAwUi2 p+X+JeRkzy5ADsIwGV7ZKmwqy18E0NwUl2fy0KL8Av0YWbN6CTVdi52Ytekv/IcK3khhyLLUxU52 to9VJc+KC9Kygkxo0YecGaJd7xi/lUQTiPlwsZuNQ98mMG5hK3oI8wl2JFaRZxmKa8NQWK/UvTaP 9IZFkY0rJcBzZgEZ4Jpnh4Er8YY+cAmqiqi0TrESazaB1wAr1IrgKdF7Gq89Y/N7olXkS0paOh74 zxWmUsMUAjLsfp4D8oyvgamDBJfjBprLEtY0znLOuAf1CQaTYSOzpT7SRlVob4R/axyVxVhiSv4g jpatyxDzw984aGDcHiclkZ2auoi7QmyBXWF6pB08YqHBPC0golI4wNLiTRs6P/iX2xiIp5/+RGyx lkuWoDl5825r2M2ICbLzWRZeGXbDzLdog+GFmSg+76U27JkAyb6Vb2JkPO1DfrGt35de0uyEEiNB wbK8HuwTHBXG2JKc4kuddEdYaBzrkFZdKT+kPXmVbe7QQGYDKJi2gUYyJNop0uFG2TsV+XFnA5PO Au+lY60qzwwfRuikfyhH/YxGyq8X1QHqarkD2ixAw6SJRi+IOO+deHgSVeMJphFyB4MMVR5TBgBh RD1WTCCdK8U1vDRmnIEIVaO1eAwKJ1OJaM+/JGrTRKFSjJATQg/DcTvcBMgQ/AaHNCABtnLhm8dc flPGVMJgdycICPDyi+IuphI7WAlwtKDD4RQEBkCikdAj0AIoqb4EgXsBxBOS1ccga8kk8/wSUnzV gKDsY2ATjvh4owRiNMWTDdRwnaYBjqnHz9eA26ocF7ZKl9DeonsgCPIECCxj5QUOWzCIwtHyif+F 2BYNBH0Zdx/qFyRK64BLpt8I6gwIryIJlJSHqXnr7g4FqKQMyYpHbTDxNiGTxCgA1LQKCoRZldcw mUT2JHuNslEtpbAVoxuqH7aDRuhFgZiU3Y4El77kE7RYY0LtE3sjkmynuKHKwimFV2ofBAtiaHob ZMCUwbBzxcUHVwKBgov8NMAYJIwoqjIuNT52foV9Cqt9SIyIFEppexIxMOMQHhG/kCEgNpiuhGji F8BlrzGPOOdW6EynSF+8esNolj0vfr7d1jYNW4O+ffkrsK3JhaCCBhtrCiSk/HlVFr81oLG+NY5h V+wDeeIWvk56TkEBdYTAPIVXa4mFMVixzcRiCdolAkaVE00USH6EUBDTPlg2hcbSsPrTgawVjyWJ VA5dly5a7nWqGt/qXsqrAv6aAdFm/nEnZIKvi3S8WOax40Ob0zg9jhoJwEI2aU+nDYp605vL6nKb sJ6fHmirasIKAWhEZ6Sm43/1fYny9lSdYAImyjVt/bobrW7rSi/B0DSCSjZBSU5QeS0hDNwOl8fG Nx/ANqiySRW3jY4vqgICLZJNlByi4Z2JdjVhxBbpJYPtQQSfHIY82lmEC70lOYMTC5ES7DFFEgya QTtMAlKQGRG5pHJko4SsVumCHPotHNglJroFpscmGuD7nIYP0Ydbgs1JJ+Eit6a7gG52pYlO9ixl miUzsXoSb4+k34JaK7VBZxDLdhbDKJL8sXyE0zJLJVNg57LDSkFjUMr5sibUCYeelvoVZ5xUDtzd QmnNWzKgbD0Mn3dmQiOhyVqoO6U7aVG2XPJbWByYqnUNk1MlxXo8WOiGvIOHDWNItVUmHCPwSd24 VHH+tOskb1mzoGNXZCpYSsZ/M+XQYfK1rjEHuGuAJWGJsOt8XjSHLdcMMfVkjtlnW9TMy3rf+7SN IoeLF0A2nIoWzQPMBCvdjiwC6MXC1nDjThaAaCtTFgXdPdGuweXgbuFmbRbdMB5lZsHQDZ7lHkc9 1jWQvJIgAuxCNrSGJStqWxJZ16c90t9qiPiBXqTyJnYezK0XdGFMBhrZYqFodZ+mtck+W25B8tTN SpgCpk1LlAVkPIpE8JFZu6NR2fYlkTShgnSoAvRyWijbJMNnQvwiSsSDXrCWRKmEqSxPk2jLJkd2 3fI8hXGzGQEF1i0PpBIIJTx4umXv+lZ326fnHlvFvM33Trdh95ppb2a3WrqIDZZrK8jz2CF2Cqqj +pAZc4xGBhGhsoXPu87Ra7lppdhw1TWQEUqDMdj4lj5gSmckLN8Os5PYDBirmqRQMK+ATghYZpjB NigVGwqvH/c4T4nzo8Jtxh6vtAty/ni7dvMBSjCb2NjcV2gkTcHCt0fTk8xUohfcyhasabrq4ZG+ OiFZ5e1cPdYIM1lkrU15FGDUIObgKCwdN3owWEq6jOLJvmHC4nSVV5Kb4Cm7wvFemZtvwpir9nAe NGuKAnOcMCOW5wrCfcvVxlVLm7HKj1Q4rAF3yEw7gpApQtuj1oOm6O0Cfx9wId34Or7v1i8scP3K oo1YRzJenHBaYhT54QIDS8mdUINxOxEOwmKuQBza0Nha84aaeWeNvxMbjwjc1wvBU4qW9y2n2AdU vBlkEzL58n8afE9TWNK+vX+VcdDH0JhMbUPEz0gt0wmtBnu+Z5qfTq7MG+Kb+EPpGbDcDSQQXSBS QLCqzud6sNx9eKwcB2CM0iQn6f2GErRlDbQqOv+RW9EORGIplXGask9JCQlkJyKx2DmJv32BsKoA 4iVBWUm43RJbSHf4ElALz4XFsYl4FrYj+9QAbuPITB+8FLQWaEd4AMUe3HrowEuIm5Ko+IKWQjw9 cIrWXMpqB+8niqRbNXharULOHuxFpA6q5Us/A8gJNO4y0EYsI+oBfKhC8KAmXFyBks57dKYb7pyL UYTBXBzZKILuUa5DtWG90DtglpCOUhBwp/BflYS1eYPxDPNVZMHLToqQXPEeFfON7YxLDJOExjrQ LDMf0C2sorKHsyZhxSoWIPcCtzttLbRatEaV4YpJF/DonDW1jrGLtQr4tb6Dv77Vn3aOGiK0Asjo zQo4QGY7KW/vsLvL7vb3ooqyGg3OwbvcN+o2/9y3mMzXq6rDtzMm9P+e7/Dmb7ceLypv/Fyvrle0 4//Ox/vPN8IzcP3njOqMJP3tzDiAdKfqVXb59veM5wx8Pv91y+32oxgEqickevt92/rw5+/l57tQ 18GAwv3wNtGDsbt/MXldUuL6GjMWYDis5t9yGZ8XpdchldUNgRlXD1rNZKTZr5tjFQ2fCiTgegNc WQkBK2CguTnHIffoaj47bMwFXmTK8E+nmIn3aKvBc1jd4XoN3vdMAOkN5Cag15GGB4g5NjVMXGWS iM0dftcxmgpBx7AXFfitiwL/FG4ADygo0hvU7t2oDI+u6f2E5KgMuCvFBvCK8YnDLyM6Kz2sxepX K80BRPSPX7T/iN16gYdTbUQSnq0AyAf67ubaOQ6eD3BMbdE8cHP5F61An1gAVorkARKbC2yZsCwP 1sJuUayTDzJFe+b4aTsFEgWw4AtP2wKyOAUAyjWwiKnmbefwep4AHGsUIacFMor880Sd0YSjbOO8 2kXsiKEiNs21zYJBSJWC6bJ+bUBwQrhGcaIYV9Ty5DCE/kQttoot7FS+NhalcqslbCIoooJWmKap aM2yuu0dEFqKY396pT2oM7d0NjF7mRr5/UrUKdZsIBC1arHbq+z7KVgObOExPbahB0QBN9DyNf1r x+jiiNM6dlU2L6eXvmGc8pVt9yjfn14ZxZH69MZ2YE8eLS5xqWL9H1DE0mP2v0yeeCWVcS+Gq+ce kPGgwTZNO6aAcNHn0kigypQsfrd9w/+NeL6hEwr8QItyC9L3cEfVFuB17Dq7HmWOFRCE2Alp4YQG xKHJtDlP0Sbh+iLzIEi2k1Fk3dmw+Lx8j1L0RO9t9gzH5sYGGxaSS4PnZx+UKY+PwcrKnWSr2ZhY jzF8Mt0UhkBxAGdybplOOeecPY1j6WWOPpM3L2erM1DHI+gKXp7vZVYyzssP9Sqm2fDWYsxlhSYA 2eY8jvzahe3NRu71Hs+9ZT+X2oZe5Ql2G046xxEtIRSWl8d8ZPbpPSvS/xdfmypk8hGUkUSR4Xcw QUMEYERIMa5mBHorhJPvynKAIkj8jszCgNaVeFBIOM0Ho1vLyii1obEsraj4Ue5j3LJCcRS4lk+9 un5yQezHxio3OKqHx/gtplFt9U5ULPON8hLPAXKLjBOikREctlxJCol90aKq+fDMUjICbFAU1px6 nM9MVSURMqWRQu3KjHX7axBBVwLfXta8Ha6Q1RSDusfHxiRHOqUHkU1MJGvdaHMHm8GmTIokvofy hzoHmeg8Hfa2rvvVsNdABe5Ufub5MKlNtRsZ4rwRczOkoKg96aGSebUFoBFJqXsFpof/y55vXrPm eEfEPqeSvUT44C25JElqOKI3kGZt1F8izYvWWu4Xw/YX3eZ2CaineZgtXHhmLftmGxdSuXHqzspl pVRpJzS2MAj7gklUDAWCpx0E0OrJECk6UhyBY8x09I7i6AH7y4MWQXWpMaYkuDKrzx4RhYXa/H+W 7gO90V3X0vBQzraiFaxgZcl21T739tPzn1G/H907VNnSH0gQBIGFRZCS8DdBoeXhedK+FdXGP/Ku QgQOjGmnFZrNcBqyrJGucRvdz8jmAHtDzmv+3/AGNdeGTUqnmhwHO8yQPrLh4ZmF/UwpN9WImxrm MpycoVHzzxrBshA46KwndXG+JN/RIZg9yG6zpAE9Ij8wOPugbVy83DU+UNBcdgXQZOyCzmj+MJCW CpLXqWNtyIfN5hRHmNptNqw9YzEgWulOLUgU1ohhtgXmQummgU+C50i/cNqLMZk0osiaagQIuyt7 uzupXJcMiwsa62wcz07IuhcgGJUCRHAyx1u0ypQo+chcAL5WFo7CQ27p2WZhwwFs9CTny6uNP3iz jBnv1ANBHBRPnJ05HXoCCDKhS+IWZ+bkssguGPjGoG8JOgv0Tc1UWdc0I2BDNKaPBlzjRvME+RpH 7el5MHUoKbhAa8LSWCFxLJBQjB9BN4spFRWgykJ7kImrwyAbl0D2iEScamIq0slUmoxtx16jFwZ/ CZCZsAyMv00WJ7z7rorK5q7oXssrGxpMNuuqDgxlc4AcnbIGdLBu0DK/eZ/BYmbAciYmyxY+wDSR qDrJvQuyosCtW1kJ5hPKYET8A+WqykmHGY6FQK3aasPDOiB+EB0fajPckjVmQSHElWEhrYFsMIxH 8IRKuaGQipar8wJn2GwVzv2tIY+o6gkqnCDUVcbExaqohjQrcoLhpuBJ9LbVFIphnRqnW0aMtM8/ Qqu2GQNw7NxiZ4Q4AZVqYYl9ZowCXOmUffY+jrz3y+t2I/Nsw4XAqrLKmuZ52SxERXPECjjKoBpB igBbsxBEabfCgBmYSnf5zn2UnBkOXQfdQMkceke1WjvbcwF/ghHRE1YsPjnzHohGVB/zlM1Kk7l1 bqOmVtnJhWZDMMinRUb99nBcjclnANgwiqy1QVR4hcIKGVn/gfSCy7O8AIFhdPUl0oPxEKr6y8VZ AZMkgIuvFWWaDfUNI+ZbdiN2k5lBShwpfhdzJHo2NcowDt5r+YWMeauMZZeSWno0w9wdeFgwuKng vZBbDgLePcUzfUw904v4OkVNI8lLewpcrV/lALkFHkwt2WeW0lM0mRq4jg5Gd6bXnX5R7id/5lOi wRKSPTKNSihQ2jxZVF4kQ56AkeYhRcJnTa0lfGD1FhiT7DPrmG2Mq8ma5P3Fa/XCAbTUEskWiVqP ZNGU2rDAlapjdV0SRBVQYMbrQqtFZpCRa/OjhloQTA3Tg6WNzZFb5AmWA+lpzedjynGQ9Uimalte HHlxXatfoLN1k+mLW24J0BeC4Pe5xtg5Z9mfXovuaWz1EBrROhL0QeD2zgwMoqfZSkVD2Lp2Jzgi mb0xW9u2cAZv8glrJGPN/gWZNdy1s3WPCjv9g3QdUa3yXkt/Xr+caxXZht5AbPi0kB594fvqe81y q2Y5ZDPcSaual9YISwZfAixD1cmcbc0JowbUkJ7QI3RoCxm718vsDaFnBM14GVy7S8Z2HmbHVhqu GFu4ldSIeu0xRjISbFoDDuV7mO9L95bS2bx7Z3DfUd0mhjQUOplUF9dsbAOM5ju8QHcUWM53xMfW gvwHbS1TkNfqTyIzbWU6dLftFgHAdvfkehGZ9uYteJpehHSOWmx0idL7X0KB4rmQUbJkjK71U2ki u3kksw5n6ZvIu2Hlja3HkpK9DMN7uZhaHmVRsGSPJSkLzADpPlIAU2Q6toCE99OZXqkf4HSMwf4m qLGwcb65V7J+JAn5ZSTClleowDGirWLMGK51u5DES+ZUm+BYeIuCJ+o7B50PbOYbIbLKqTYiw1dD HofF0vKwYOiuC2mWSySqcCqKJhiZHPVPm54ytLS0QyfD2GUKmpVMKqsP21fRzOu42EjN1pQWXTND ASyPM5tZHWOuZ56jRnt1ljxueZj5VM84yh1cwBRX01ucU8mmqSE2m3LVCbLKXpYTCw232Aq98HQe J7X9ZGSPhpfIzBfNM+5Lu8lwqlljKzirY8XPfNCHvCfxcYkI2tby5190Ta4+QY2Nda3/Y5YNHyMh hH2W8oV9m/zCQypqyKVfLXAG0GxnHc3I4f/BuM2gHOPMr/Dp159pcF1xJhp+LMObfW4DCy+J3Nkx mtHQAO6lv6muQ150XzjGPdNp6mmEzOtWfp4xjTc9mP2WicJYyw8TzqqL1jxcX7Oogji6StsJ6ygf 5EVMnHAsc+rdHpxeMon83EwUW6FZmWv2rgkRIcQ9brTMKTE0imOTv6vbbmN0wJUyJvIqvODaJOkG GcyweLiwmcj1qMFnzIu865M112wtsLVSuoH+ZjCtj1kSorEcgUndnkXqg3FOH6lTFGLQRmVTIJ9S uXn+xvd3K5SZqztZMEbTEmW+489olXCbB+ta1Z7z4U0vQ5BfDTRvi2zBiLbBjbUYpJ9sIZuScVcC jnwLTrZPBTLv2D5OuAwknxw6ATrBFrZ+sgASgsIHGf82zGLxNaWBDEQK3jAI9GwQyXLXu9FvuHaG YJDneSzveMvCK2AE0fPnb+xI9pvFhvdSQPt5yymIv27FaNo7oHTWb2sHvYYRqfCD905WxRRBusEt Fpy2DFdm1ADBkaJFFFS06BCMwSfYlViDMS0/QIvgMlSpPKZrrBSpqH5J4qCt+ggtDSxlACEwH5cl HQnJ8Z8N3fj2hrVraq0eGQmpDVwz41U4U2RYFPeAiMVtBPoj2EOO8PeU0SjkAtHB6DDFBUrxUTE5 71tb4z9fSNQwbtEVfB4OjagPVKQ0FAk7v40A4i7I7eD7BQ1F89M/W7bPK8fhgX1QA9sPH2kX4Ak4 HWRMVENbr6FqcMiqOeA3O9ry9mHDPopziRiFgp2eV11o5EkHF35G4m8HPNT5J7IyYuQV9ApudCag J3yiLXds5M0G/LjOOJg4zl8QNhxFiLEN8i/VjOHKeMUOMox46cS7v9V90Djw8fVHqWekzfvrO1B1 1FKGrSJSd+ZgXOjo/rfnt7sVAHG4oMcOPvZjHPd3v4LHdU9NjfjaqnmoQv1EJ3765a+qIH86p03N jfPz8wGjHtU/Ij5/KbmhUsdN5Wj1o/8o7AGF/nu8/cDHz7fv2+NfKPi9ktH/OulPYQcc6avq0k7Y u32d4pWr5uGKb1j59fs7yucZ4h34e7v/uXu1ciWVm/4xfB1Neft7V8mjetZA8nB4d58dOPj0A5j4 CYfGFIe/++FLrZXrS+0R1ZI/b05IxE0FeH/tNYPwGzkd/7JjwomGKhWfvr02Xqz6BUDsyk8YW7Uz HEZZmZEn0i48NdKs+ipK0ODbhw+jZ3/JchnZK1osonbY8kMi5PP4jDCPNd2Jh1VegFpXyPemTjWY QOpMpIzR7jDAx2DO6r5KCzBdMvEY/Ohqh3ce6OmG8o3V27aFXgulrxYJ3TYF6BbEG9nWFGCv7CXZ qGXE2sb2De9WdwL0jYes74PNS9t8NbJXnunhzHMIsR7CX+yaYODYvBAMZn+AGwhRnNmOCWan+VfC Fx5ADpeA3XoS3f83pOWvssxsBBPDUoJYOZYtE65mAtfRmd1hs6rVq9VXrZDMmKWEZe85fGnkWBbf OsTS5jHkEZv3fmDrXMnHglm3+LItah1DbgROLJyFwT7wyMw90nKGuQQO1djWSgsgP9EiYneetRFP CTzOCAuX6zPSan8BLqykUE1rI++H4eXkYkYd8S7s12hHmg6Lo/l+Vqfce84EE5ZjIAjglVmw2WYb q53c6oe4N5ix3DPYYXtD96XFS0Tm0vGyBLoWE/yBQjmeo9gzysAR/JvHosktZS2L7KvKtXmy+svz 4tInlyKAoNhcNZBE0QfAjSsyXGcJVoL2gFxh/oP+elAMRvGTUEHzeHotDhoOePepDchGkEudM8Cn IF5jAe9gg6022srP0nuBpeWVICycKAcCCw/iPbaacaNJEfzIA+M1ahm3R/ikhUZwuyJtihQyzKMW 8SK0jGy+TdGemIvNybSyWD6pHBcXx8RWXAwST7EUR0HKmYlhQKTOJhMzEpcYtMiC7zqcaIKiCbkT hJb/LK6yqtkGKwilIhxV3dws87kAoDQE+uB2UI0YoHDD0hsIxMHzcAPEXeLc2hbXQ4G5wGfBvTE3 lmWYNSt9E6wIiKHuCxU+HYRWNMxbhbEAyezjjrTjFgGC9xliqmWIjK/5IhrKh07XPCQiil5pPolx rdqvWUVr86DecNFgIUY9b22AXaRFMTmcHAPqwqUxYb0fXkL+Rdw9FlyTZ174wEnzKKugaesrCAa8 pLljuouINZnv3VhrQ+WXATdBOp4BdQFNEVo9K5AL3Qbf0HICEI8U/INKKpJAW3qluFzspqKCQKPD rFB8zD4aQWbiRyetCL24gQKG37KQehO0LfysDkLQWaV6RQWE2CeCx3kMOjtYD/FWCN1IQ2xGeEwF xZ/FGXodqSbMylQ1Yk09HDZPSyAH8UoMOoUdPmwnV/pQDxZFCoMHk9Fj/GhIoSFMPuCibZxGvI2+ YwDVKUlmwkwqRKW4tyxZo0POQtpVW5yFQTRS9OHJxQPtCmcJvC2/d4ByRh40V1eFFFS0U9PoCNym mIferThjQR6zHG75E6MoQDIGiHiamXmqp2I8nrEPSVXEbW6KqMM+lSstdaIxIl7nw7RVn61rvqL0 UHuzNJ6mi+fkJ1b26sJJQ1h2ab2fL6mkHtJ/6QrtT88YkQIlQaVZ1ZFdkEHHGGJzqYAc4maMmiEd hMfsdByeyuFlNbzbqNOdNjhDX8x1clRl07iVdzCstU/MawZRVjo8j/6PJGYeVTEVAEoGYxxobH78 0Eny0LtAbkNlyuBDaWw4JzvkSeWL3F69EUIU/prNHqNrHmdSM2NFqPSksjOUKzB0oyw5ldOrWqKF TEqQq7GAEw4ckm6pdUyfQCJIk76pvIA3dowhppbOZT+8yMFYTaPqMSNYZv2YwLI/o7y2QSIYxlXN Z3BuR5wxN3if3me4m6qKMW8VfWanpJfUuk5ihGh5cQjmvDKh7tTUnmDbsoIqHS6m9d6rvrfTB0EH QaEeydKVdDJmWbbOYXSknRubNdkxZ1KFA1Mw/1AJUCspNU6VZ25+x0EzDcJcKxmN0OYsS9zR8Y9e msw6W69cFpNQ0+3wtjl66pC7+XbeSYROJ9w58qmi2u5GwfN/paodh7qcvSlI7aiv9XLq6Co4g6rR y6kXODxx6ujUTgmcOEHO2YKdbTWfz/edg+hVbqvr7mE9EviMcGDXhknJaz3pZK8Kei/ocGd8sXCa SObDooC1hfvzzYxQjIijED9UrqYIC0eSqYHtXh3pVLL1ekK+EIm9Nhhrh9CRyhTyUWX1YPYurvJ3 RWQ+ph/vk1aEDvN8n04ZMUpO7D7w/lmnHhJ0mQNrArvX3XTUHxrt4o/tlC16l3CkEDoritYs/9Nq u91bd4yvUQaelJpwC1NLd3WPBKob4BVMohLZds3ru6WCvePV0cL/b8nh3PTcqmRRjgFJH8A7lOp3 1jFVGvyrkFQr9cb2YmjzhuAM3k7zWN0YhqOaBk1gQn3meDQLS8kA4IlGkUTq5QGBBuYctRzZAE8y 70Wfks6eTl17fJ21MumBpbhj/nIY1EYwmFRzwFwt1H6wNMtf6BN3IpprTYTjcKUoC8yi6jU65eGe adqM9xFhNn5HQc2ITJO+22FkqbW2cfFYY36ky3Mu1YUtUVXOmUlgBIZV1B4mzr1NMhuIYETBFy0t shG5c6JtzzNG+KVMgNGt26y9acXGGGy603GtrGbiMRjIlL9GIPwrx6J0hZUoE2x91ywmjlTqJTlk OrNsNCk/xCiYiS07K+VP2MjxSmL2oW8MOr3KHbJyscEluahO4Jmx9RTAqa71qzckPakca7uRyihY BbWuI8/MS91UkXicFUrx6b8pazXQSmL2XoKVmjKpaCoDbKSUnW/NU87fjMgeNrOCBNVyn3GOaEiL HttlFo7y/B0QqVSGedaM8HC+B9eygw+PnBmq5iG61SsDjXXMYJklett0M4upk0H04jwLM12aqbMm dcOQ5Ko3IC6iBuS2N3utT/wKitSE8noznfkdx/ClK1a/JG8tzCPKH5MM0QbN6uyMBqYAIGtklTRE lEFjzCiy8wYGHdLFjlAkzkOOczBWaC0Dm0Pnv+x87iUWRGtKxrhhsUBYalm7pGwsTPKKxlvWOEst lY5zNEzz9ZG2CeYysGUQm546X2put3ImWihrQuE6WefNo8DYdNEg5SDxukUaeinwyLg3opoGrhTx KHlRJzpamoZrErnpdFfI7/AWcwjbVpAvAmAXNxAJy6MXFGjHwHLirZAUsYWJr9N4A6l5cOKUXGgD bMaRUHoDk/WJd1SDenTC9EJmzmuqYHYruf5haEBTayaFYmBph8W8KiiNkJdPlx1O7UCBWdp8kFYo SBkzzxjnoDI51jDLpw+bn8TSmub8UPpionSg5t7WDCOcu9vKWOaAopkJAkBuGLlTdrrUvg/mYq4r bJFBCpflFPK3pUUyJhgg6Sx7wraNAjV2AXDl6LWxi7vdyzvFxEwS8QS3MndcLCaUs+x8Pf1qSZKa jDItnsh1CTAn3TSwKS8u9AqB4ZB5Hhet4UaxqeSLeM4oNmZ0LBTYPLI9xaxxE1+xhVUcoVceWVjG 19L3wp+MuT/k1buFbgvcjA8EAWZY3wFwTCAYQbxslKHEaBkxY2qr7tBhjINSGB4gHgfhlayptIgZ SevLkBEsnq5hHbpjFOikALaQmEsrehouKidWakB6sTpgOlu8VX+hhiQAUSh6BU68rysqVwyoXWCN FTiETyyigrxobKVMygHEe6Y18E4hcewS4GZ79k5YbeTf1jnohkWT86lhEFvfOlxgq8Ql5xJMivAi ePPeT3VH/YtRCJMBlbgMjGyjruIYaKqIFAoGQIqw7oJx9uiKOIDtr4bwAE3OCnAiTtvFbf++EhBQ 1bZ0ugowBXMKAYU8AQyjJkJDcXnbLE1In5UFKBllg4xcJFDoCma2XRvgHNCkH9iPGoov6GgGz7Ip 0OJm358NqeBW2//XyrHYSe2H8q7uS9nKHbTBHgYOq0D+x04HMJXhgClBcNeIzbmxBBfgBMAP+wky d5EeQLa3ynY5dEGyojAcEC0rAeO9NUHasvPbWXVlsRCRt8fm8hrt4fIKoGCMULiuu8BlZJ3SYXI+ 1NC2jxmbGtYHUlvuR3kB+2vbAwjMV/7AKGCGK+Kpq7ayt5uXRKmWmrcg/Vpc4VOsQhA0uEolXrg0 uMtAGJOKM7v2uFdRIdi+rehqoOgfYTrjzIt3Sv5WW8HRXtIVBhlpk6AMkTSEkqwRRVXlHY2sgM1H O2Zhkxq5VYXmANaD/oHv/EmBKKS/NHicqAeTr3qDOgCSDsrL0hHgomI3iLfXLaKuEqzwwJ3aGpVt t9kcdRZwQ3FCPJUQB136zjuAsMhPQMzqJUMn1WUHZNIh6lxB2aEzxw+qGm4EsawzDkrTrDZfyj5X VuWyQQ9WCkChY40/vyiechYa9pRnUUlevXFoeZU8QtrVPVal2al58E4NTvFB79oTxxgt/BtN/PLy LRIxxu8d0/t0ef0ef+fkQqWgH2cVbhGnO1XQhY8QZgjx83T+wZ6+fqFV42P/Pd+xtmHgYGl1PBQ5 UWP6x2VKlZweuMzqQqOTh4efXn9f1+/bWdFq1G5o+vflGyINGi/RAOAHbrsOR/zUJ2oCQ61VwsBG hkF/SwpghV9Qv0etBEXuKY+qJqo4N5N0vxLQ8d5jGke/fyGxO7Vwe1VVR8kEo4UnH7pcOsUVjvag kuwLqNpcA3dVX4ioEXPtQVYPFphchi6rQjepECq0SYWIdv2qrBDZVmwYgVkOSxleM2Qgv/j+ZcrZ BzPX7mjW0oRQuKP0SgRjNNpQXMgZ2+0r+wO8xB9eb7pBkalTVjFrpuKHNR+Jmol8eBh9MHP19bDV 2exwZ9vJpkGbPc1dnrA5QS9lufhB7O2NGakNcFAZwBjJAcsfVeCVM2rbBHPk//oWA8aaZvmyzANI dc38B1ngCLMbyJ3wWPadS8DCZ97dGMQzIGvLnu6CWj2CmMeHOAfWYjix2jxn6xRPxUEPQn+HxXAp iEHB0jxYiEvRg45d/YUdyqvJUVzy5YCGZM8j4pRbWOF9bUj0gryT6qPmCwsGQibiHdhaYjmuSi8E THOZSlbXWl0A5438It5eLhws68wPVDnT+lr8DS7R+4KkndOxQ5M4TWP5tvZ2jhiXuP4GSXU4sraA LDTKZM2357ta4s9jDSyzPMoUeFouqSaWQJcVtCJbpTN9o+N2QpEal2zsglGJgm4QYTFOTBMs7sJG bgUH2aDF+QsawfkBJub/oeAAqyGXZIjGidjgiX5Ct7GY+NCa2b4kw+N/z/WwYqfB+IEYY70wnF6R b+MijtpVc+mu9dc7A9wt/uQiI8pj5Cq5nN9nx47lhAPW5mvOGXVIOPy63GbLNd2hdeTAtzGifC64 3/6ICaxVEANXWA595S/EMx2cUVyrVVBSvuoGFKzjApDh9ucJe2GxuYhDeVhBa4E536yKqW2Z63KX oS8Ulmh58aB4iSILO/g0wtzdjO9W3d4Rlu5PwYUwcMNdqAXV5KnzAHmG+hvBb5AC/aglBX2i4Cmt AtFwZXPFeb7e6t0qyfLnnXKfEwug4SoHRalNmBQ6vkzQk/a5XGAgqrQwrxwUmLyLQbi2ojJwjicH N7WvUG97pYaAXYLItMmHnRGHMtdW648P56gFLVP4jiwMNXCpsEE4kJ+bh+n/MJy0O9k5/q6YQVyi hW0ebcYFqP6CZ/Avsb1zwAIoRpDSr9EUsRODLQLE5qAl94cn+9bpbR0B/76amh4J+v0NngAs8rOY lqaKEnEOScX5Zfx8FRZdn0QIFfllM9VineutfO+GmAOgZQATMJ3D5By7Rta6YRo6us5giCimDmsT c2UN2I6CnjcMTqMGOBLgO39N5UYnyZFgZ65p/gAFNmv4RNCgc94MgHB4/T7VwalD14r+jKM/iHw5 oEZHw62nOuisPENXPDtxRcWCt52xbko5kU4kS+4C6jC8SKlwPM0mQyMYmJCT31jM6RJzigfqbLst vinD6mvlIhmahmmwg4SQ5b1EW4IRp0mGAxqOIJKCN6EWvdFpYZevhhLS3AJuIgad2ViaTpJJQqa8 ijr2g5kKTw0iJpPSUH5sYng6EyY2545qmqCWGUScT1mbCTsfLTsY0P76YEuqWI4pkIcmU2TzWlN7 HXmKZSh4sZtBaoBcxJ7A+qJ0kk+gHDxQj9hQzQQsLCqvbTDAK78ghZmT9HCGBbIBMuYSDHZh6Gsn eGUgLB5PnwRKQDHiJkLTbISO1gYrgv42vYhmJtwjeXNLQG8NcagibEpTZKdcYd7BxPzewYAsgHlO j1YzP9NCIz4eakb+zmGi0ffgJ0f0mR7jvqqhhlviRZM35M2fwcVsvCZAPEw5427Zor/A/PCl0ALP B0n3NZVhFXzoNQaWxpBqo8Ayusw32kTjm5sASQiSP3Wn9zJ773MjBT02X5gLPYcYMPpD5AsAbPo1 m1fR1C5mykPWv8cjwlQX8w3EmBkD79JgwiFrWK/uzTsOkkonnQRFZgtHHU5MEJJlBDQGek3l7Lbo GMRpAoDPe6apNV/NpvMZsJqx8uc7azhdzt+co7j5z2wyn8KEAdJuW0/ni4Xuz1f/LJaTAPfJbNlZ qfPJ/P0tjH8Koh4tYgMXHumARqvOFOquUQZUByHeXtN5i+b1fBHuNTfR336vplwmswMwiX7+tpo5 u3GhfT6Fek8Xswmg23+eDSWbOVmSqXKBr1bQfJ9Ptm+T5WI6nc1g7KThypmfl26crd6cpznzuvVM k+omrH2x+Me/a8dbGgGfvzk8craedgKsA0MXsxWpzJz2uJzg7LlHe7yY2NYOgDXRpmwLcaVoUCYZ EIc9rjtN09Qy4BlepQBI4GPya4YHgjZxyibLZnx9M99NSZ14hzwmidA6sF5Nt+TphcadfZ0n5s3i jVTn6TupGXJXhdfPZ5Pk6pupOxheT92spl6evjlGs1QAUTsuU9ey2JO5M0iNyMzfVhCDSmMaESmI DidlnWfjINwpZTQ7vLqxb01MOd/XE0bIhdrnZioXtGaomO7U2H9Ud0ID6Y2ZolgCeIrExupgMZ4C FX05FlXflqR4X70Rlwu2G98yJ7rQC1ZLwzWhaZk271rMMtB+pjelI9K4dcrmppYtXabfug45nMk+ lLya6Yah85VRBRPXUx2kic0OQCUbaKFghWTQ3DCml7TNajrfz3RnLBatk6mrBZ6V+pC48TxpGu/T BCrxTjXAy4yR0SGAsl8eRkws0PtbU9BconXwXsM2nxh4WOtQPzaWnqbMmmNOJWu3z+jFjN+m+fON ddCjXFVLOqrYb/rMULQ2+EdfhsWwhDdrCHxpBsjummdMVispebUKz3bNvXHwK8VIGDMHoJpU5DqX Nyk7TJ2MWAe5kiQxUnmtMMLsh0wPa5nJYnU0uLWlNXdcx4JKE3gYw+dRXPo0BQybYevwXIoLmhuZ XALXn5ZRb9DN8ju0QFszFpaL5hQUdNqY4sBozEiz+qzFiRtgyRhgeKuadQE8bxkLfdR6mdJYuP6z tngpm0+ufiIqnru1mMNQRRwug+lOym7zlcnEvadVjWKf87aHphF2DHDutFd0++Fd1if4crRnZK8h nEgsnV0op9/K7z08wNL0Q2QMPiQWcSM3OGpGzoNQgSdgYpfoyW5bNZg3U4/fpa0kPXzHlkyvM3Py uNslt5jnOWb4rYa5xlLdyjC198cmqLaKWAKsdJ3gFw+/Y9BFKGKUnPzCStySNjsI35ybANoTXAgi 4fTWcuiWhUOOhy8terABAMZIycs5CyTQWpJmCig8BBGKQcRtPV+4ZKUObC8r7I92LHLhjpX7ZsKa 6BrWSZBYVLFQso3Jyr30B+YYbx4gWzRq36i9c/ldv+XpQie5Z4Q7eAEouAYZQAml14bkrQM8KqGZ 8dBmjdJ0sZAYW4Qo6g0CFdUJvUU8cZ67bo+fM5AfUWHhnMW8jZD4OaKksgO4BOIasTQkLw4nQamW htoFB5D8ACTcipwgCkgrngsLFky454gtE6tHkbR4H/FSELYK/wRZEWdttzTR4dxwhyrGxVkV1oEU AJWDkKwDztFogwnmjLdAM0IOUHbbZ01QIFpgtVoNaMzC1PCOUv+xccIbMZEHMjr2akBl4caoZQYR bAkZFmRXW8KO4JJNxqe0iHciJ5TOI70IFl4EX9Am/FltBYlQrXjUGq/BcJC2ohziRG0E3fIX8BNN w8pBXbO9Gi4CNvE4DDuWU8NokolgWwq+u+pqiO69Qde0JxTdSIJQCJxu6ULoqmEXiioOASyRWwU2 F9r2Emy5irIadSBisXacPaKmDx3Xi9BVEYZY41jLEAmtS0eqpmi0AN8VkyRkvFt+HQjKyBErpjRs 2wQndACzJ6r4ScaKZgBLg+sh2NQBXnsDEgIVjYn6yuE5VXUR0+FKOunwHv9Xc34LU2D9aSNoDL/S 48s7oGpDz0Gnxfm2QQ0CPqDGEwGe8CIUYri3Whe2wNhBcJZ/AKAdFxqKrZhGAZa02Ys7SrNeRhkJ wtre4h9y+NVQNH5QDCxGAjBXiSxoA6pss0/UO3xIpSxQNaN0q9KMBwim04PqFHraLZKzAhd4iqqr gpo1EBf4HJRU0QBnityrOYicjCRaTelqrMDlKv5hFonXtDrGctiXWe8Ayuq+hgVSIYfBAeQrKIMC /qyIBwAX501RCyU4XKLaSIVVDQsQdzzfWOJq6j3MFQlVBqG0AeKvH06O4kNDVXJhdwe5m183UCEm MxFhp+K6q2ZrrCpeYM7qS1xVuD6QEapYDfBRzhfDdkhylM6uMi/wHIT7Fdq4V/2VTXgomW4wwbcx srF0MV0holiul92XMyWNPAQUDqpI+9glzCyHfZ+UOIZ+drKcnIjvEYU7bxEuDWiuErKbVEEHQV/A R+1nUOaP2Ck0gLWTGQPzkWnlRp5HxS4+qqIMoFX8oQrJqljcj3cHJGoMhjk4VTWK83cUasB0VaSf OhM8XT34b4izgwidn9ipmbBpBbLvD5D48Rvo+3P70SkwMmL1F7ax3M04oq0qHCo4g69VwFBzI3i5 8hqPI+r3ALEV/Tjd/xyrt/FE8b4bn9uP8x3xu53YqBJvCHWHsnUXiLrDE2Hmz3qFdI0zfbh9P06v 0/2LqK/X1/X+BTY/fmn8F9K2whzOc8SPhnp/wsrdAGC//AET6y8GuDoZCp+cb39RuxHEFT1RAF/9 bdXTby/06Qc8nCiUAY9tXQETPHTnFZIVIJoSJiQQr1I2/o3tfHtEtKfi/oIcVwy54+qaW9TdeBgg VrjVwPOrrk+WpZMkOo5bAnerOm4mRFbWVhDpHbPWnAStWtqAe4OQrABFi7+FyrfWrzJ5TAuOWmRS MDpDKKkCrgDvNhva0VDNis3haTXwXAeSabdKR22sBu7Zw4XB660Mp5X01PacnZSRp35+LhVANb2y Kabo5l2ysrksxTkIzUe5S7nG9rBkYIq9uxpo7TeAaLtWspxW1TvkjcbutT/GM9Td+uUfP9qHBaiE ume9MkLi5i6x1OodJ0CMDAxXg+iwvFqO9FVG4MLHY1TiJMOPzaj8k9KXIS3tKIpmwDuWn7dsWXm5 e8M9hPCsl7Po2GGBEfosYwPos6ZLk0Ji+dKWeB6OfG34lLVr+ABWHGuSSAcL0QqEoiPr3d+eEczC eQlEBVyQRFSzPL1ea9UYaXZeEjyw5SZcq6woiCc0tFVSJCKCiKMYr8PywjHcfs4B7nxRWBYBdsTI J0CooH7ZdlE+TcURjAn/qzWV36OxFm5D0PrGHQpqDqwDamq4vDwUKIcwHyj8haMBh7eUW+tJ0soR wjqL6nPCw0kreiyxa5Fx8RuNM2RkVebAorG+WOsJHrma/2BNVS/UwoKSnWcQ6BxBng/AM7HSSKfm lHVH16M0cEXq88ieG35Itu+EGPQ5sqh5oUeeQjkYaKNcuuaXolAtO7CXd/EeuYOk0vZbUqV2cKTB 5QD9eIphpuehedBmAuBCgoI5gov1EWunl/YSgo0g29BwsfnRRoVrLdtuEDe7CdXhEguocpBQN5Nb 2/NT6Ig01l9I6XzxIXayyPHpPSw2eFECDMZ1SFjRgI2qf4SbUHehaLQHAY2gaSPqRHgTFAk9KKw8 C1aMn0UzXioWKuKDyrhazCi8EtUWYoTqxuAYEepgyHgEwCBIN8AWHCFYEAp2nXcJbIiCPy9apL3O WUMIXQnPxejh+lRBezlX8Dl8/llM4Lx30RwhS7UYM1q13J6AaSNIMguQ7lxf+3g5ogbTgHOukx7m J/hlmDO5C8eF1J5TUkBkJXIJDQy1ZuNENE0UfbIjUpS+B14VJA2ydcGB2FyoXOgRoFoNQKMuWCuG Lor2rrkNpCqrCLwbMihyDCgRpTkckuHooAEPBlKEqgRgALE1VVzrd6EfOB14sYEJ4UOKUIA8gXxF qzPNCrcNpxOFzQCXkLhmvtBZKLue4SYVHQvbgX4wZ+F1QxZdZxqiPNU7YgCtFLIOiKORQT7SD4i9 FhtOQfdWtB5ExWYRnf5ShZmBDFRif4bpgEnBJxBZCmfphqhc8ZWQEAqvL+Uo3EohEhdGDjtgED3G LlZfBZDSb2CvrwOH6b8MhPZBCoSmxV7GJqwVfymi4G4eTbEcDeELjSHV6OVxdbIwrIMpSMC7CdyV VL0dD7YSCyQpavYggXZUMcC7AZqYbnDeNq9X1MDbqYGRahoWQGowNLcqvhV61eIRLZbKjA2bHkj6 pCejn7D0AGeiwNeCpTjZMNnrYSyqGd1rEzds05PcWnxjiuJZZb/LIeh5UC2o2mj6zc+aAphIbd0I 7ukULQLHA6cPsJwNUEgqE6IRMBPvF4Lsjjbv0AiaUxsx3LLJbLjTl0w06wiToAVifboQVssEGKho V7vtdOwmbWuA/TUwD4rsGqCZtlhZdnAWBOkxp72X9sAyoE40emBT8GGP8Sx3MQtBCfAemkrL0l3j EFhEZvSBrYMfDpwHgqpJG3BVKgrmIRXjkmCsDtke37MZFi9W1H/NmJQH0mKGtLuqPAQNsLQF6bfM SnyzuIM8mXo1n5uuhIW8vp2s1lN7JVhOH5BceNhO5geKNoGFLTY4xcSp3Unb/01Q4C/ph914zLwM ivnqoaiZS4d+saEhxpq22MwXeNkT8yIkUq/hpVPYMtYz5TdJZyBi4O186gJwt4sAcGHvujSbvgPo pnB1t04XUGISBTt6JRWbgeEXcGg8Ty8hHi9eTbyGsGegQliuqzVn/hZi78yy2cBXWaDFP7P1xPgB o7Ud3G7OapWngd1XC+A6NFB6iz0gisBYaOO7b+sXq2QAZfRCfYHP/jOYk49o24TiPw9l110c5gj8 JOb35WwvNzcHm8Ls66ReS9gBMz3QlRB0eOUCZj6D0WvMaklqoftemVkkovnyzZ1wVLhqOTaPXryt 58QCYzdMekDQIY2GUus+go5J/iNoM3ME1w0/19ePKVwSdAkKQu1mSbyPRRuD5OkUqoxUWCZ56vtY GL2a5N1mJqf0sWppREC14SLSzHuEfKPhqgi40wDPOcVo5Zuv3wyd0X0nSemA0HiD4C/wfii7u+sI IVAaxlafvBGQ6SETE82ds60u2LgxaWaxbV6cJZEUYKFTRz0lr8ye+UdNMsUGyRS2qvieyQX/mnVa 1H6KwOcQa80Ism/11zWNZ13pJBvsszw4UKkFKDux3r1BVrvbSPA/9RjtM4tEqEaF32HiBGKDnZmx eWRf03xeBkX2zJoEKdVpPWJVVKAgX4+z4YJxCrgumwNGtor5yBVsOCHwO0omVdzA0Jd+agVfTghq QQVazfRYx6yxUOyJOWnlIXDDNGPGzWpzgAHoviy6blY2xKeSemaClTRba23KsFA9Jq5feXhgZInp Ya5IEtTpQsfrjSRtTySFXwEOOXHb7BaRXwz1zSvhUDOjlkJTeEcm+XezGAJrnGwgd4QE7RhLcKLa S4t7iIUhVTOMXrffvvGBgNf9oivl+VjGZNjhGrwCTqERHrZOjp1FNPwQHUpCCdBsIJKu0+jWUG9R LC/94YDGGi9e6WkLsCQnSlvbjQXQ4S4LEHB86Q/wfGzE4p9ZVahWVzG5WKyCDou/xezAk2ytyc/m i8HFBJgcf0ggZ6wS+uIjgqlSiVCtQAC6Lf09vANekwdXbdmvFYeycgW11VXxlpbsVlOxQEQTU4G7 VkzS4uZiZl/wErrc/CUT6D7aNkd7LO7aot9hvuIok0SU0YKkgaPKIqBQy6quo5RZu0PDiIR3jeQB NYIM4+rw9gsqLCCwa9TLOqu0gg7CV+uqgNE9bhKOkk1pWc9r06mrRVTia6Euf8OPkZljqxaXehhB aoOxCFCOVkOcirlX8wZ6D7DdKsMIr/Yag1RwEUheFFv5GeEF9BkULMoWM4FtTu2cFXYVAqrJJULe zduWRR3FSFGCCY82xgKyDuaftI3V0yviApSLRiWg5piQp0jsoHAliMCItB0uAFgArPhDfGUFClxg jzGI23ME/iPK66zYgea5Q30GYRpGGYgO+0tFBeU9AZNYk6I3uGT0ufWZ4IGdon59gSTbw9wuO/tP gae2axobpD4cOPDGO8quU8Xb/KnPbgFkFs2p9QjpMgAGRe1oxDAAI7Qtweo9ToLIuvFsj/a6sp89 dYVkSyyx9USdqo6Qj2FEnMPT1SBB/w2kUNylYfhc6NOxqz2DehtzxWrEtGEZ1Siu2AVqH24ecBSS iNMVuxfQ0JC13SXQXjsBJTZvK9Ib+lo3IROqaJp10Ffhsp0YAy3XANNVrgQZD8HMryR5vIzLCEOC ot3BWkM7wu50uO2p2KsOCaEBosZO2ES0cwHYum3MUAjzEKdw+0lVVQjUKHroOAnRstkabfxsH3YQ CuB7yJKIwDkaXN1KWEZ4OIGhDEdlhEuJmvW0Qs+92LsMcbCs05kGFbaazE+HtplyShaTbqeZ2cWO jYtr7f+OnVIaJDBUWWJqB5G8KksMY1fR4vkYu96xOtuKDwCLmwz8w8MMLdNQ0GKRu7LeahV8KuwB 44WtD3IzkOrYKU7V+QYjBqs7JMtXZmLAMMytShnKZ0CD4bJyFSZtANMH4dA6s8lxlUDXUGmjHYYR BxjhmcwjAOt8/GdDMeplRFV3NiPYwt9nRzEinT7lBKrGmoxK3hgRCDv+ufg+bLsDMRWvVsXF7ADR P0xnxzuqzRGIun9sH84iVFlDX06nFzarX9RSUGYWjOkcTkeUgXVhmAjCMd+RjxMMbjbgUGuqE4wM OypthD0q8QGvhoJiVzcCjx0YkpzUKI48D/PWtTjrYG3ocQeOParl4LQ6OGqVHJzxiC0MqtV6X2mL 4snKLf91JNnpooIExPbroNhDdTk69vD69ao0BbDzoriDXii9Uf3ho+44jw9Gqm7xM83ofDMsYYUp 1KN+/lwu36fTz+EBX30oEnK4glt171vV4tPrW9nky0Nlj/P16SDBjl1z/t/nTTMg8K9rNT1+6gQ+ vzfr7z1YFk59un6DtHUMY3iUBCFqOQJH6j1B5cbQTIZ7b1CT23+AAxxVnaywdzvfmdk38GUvGDLW r9q/H2B8gKbDUyWfsqWAVNNRQU9Tv1ySWYQhD5s3DWWVHO6nhgnoHPPc5LEBARcUbm/zRFkQxPYm DCDd+YDQ4LubHWBH9CHuZ0bDQWnUhAaMjIzNESYVk9F8QPSXPqB9zLCnA4A79U9VNL3QmMrJVF5S DkkOR11N5SEUgUekt7o8aKuptS6XoEYNDjkTJhtI/yu5GVWf9W3/hZxVKHJWFCLLIlmDS4uSjVNF hhm2pyNyMLjPLgbQbsuC5RTuZq65XI1SwJtUQ9tTrF6OHmD/gDybTxutrQv+Bxyxku9nOeSWOnbb AmJ1UR8ep5tN0hshYIg1GZ5v1ruZJrcIaLNckpSe1nqxVaBz76zcEqteGufW+JWSG+0lMG2yjMs8 jQIR3B3LVSb/XF07ng6jzdhIKwOkYYOyn5ZryTCZe06CV2uH3KcMio8ZVLdbtq1NFlW5x1YNDF/W XNF+i/cn3m/pYStFeDZrm7QThGGr4Kp3t5pk4T3nnRgVMWBLRfqMf0OsY5YHRq/0pR4tPDSg/Npw WDGtRL636cOOeJlEixfNbGGyXLQPwR+Mm2UBi7grex47OOr6ZSrJJIXXx3wW6DllYMYsBTKdsvTW lQ9Vm0i0Gh0wUrfmwMRPDM6t8ic1MYZ6X2U0zhNd1pBUYawsHC+eWMdm8R9kwDvd2EisVf2SdB1O EscIIEhR7alpCTpLPFjMUqb8KZyAvJxxSIosBKFZ+T7bn0WLiItwSmTwWgP+ernAQEcACNphV1SA jzWunlt5vZexB0YRVtUvVT7heWq3W4hHUtwfbdCTvOYiGADei6MiDPh+5XhWWiFFGyE/4SYHsrZm eeqHMymieeg5Ia/f7cwZ7mPEa29vheZo6Zdbhk9ghwifS5fDqAcP3wyWaUWyVmkk/RcZkujAm/mZ nhb73SyKM7BSobS0A4d5edZpKGMeT2ApNnRubw3RC0HQcIJYK2oGkCkvn2ebR10GxvlHuMfQbOQT zggILp+zp5QBZgv51L8FVmQ3BBblarnoMBrCZArDsWm4ije+FXeQtT5SWk/zkdP3qFZJDBI+LGNN CHV52QST909vcoJJFFLFWSlFrCOe6CJNF+BQIzQTTTERRUAGEesSLsF/cw2ST5kU9kTGYVQnMOBA MNCxRmwoHkq2KcaLIa/GKOlwBuJi0xN+pqGO4oVFo2dCrZgJgChilvaJTm6czUt7JyPf2Dft4YJm aY+jGhHidO8fYQbASnkIMScTgqMhHgdxG5sCRhRuAZtWl2gwXGWpTD4BtSCh8K8AWnws6NmvZ4Tf JsoATPCjKSfS9jA7NxY4QrJcAk6N96pwQy6cvngRUKOYuggzKAEU2RWQAVBBcaiwLdIsqeHVjNH3 GqmU/SdQVyrKqJaKEojJGIgWq4ep6KtXC2+lNwoFIcDt8Gh3vGCKwSfZoi2QbSx98608I3loOaqD fhkFqj6A6BHiR0t2iM9vS4kguA9I7h+xIxmWKjEOxTLmjqcK8pSP8GbDAywV/ZbBSZbUKb4WMCR0 VETuqe2kRvgEPYAYBmtU1wlzFxIHZoCukBkq6nwLkYKniZnF48QVeAvZmiM6NhQBesJc8MIOEzLM swcGgICL3qfA7/XHlO4U3QIjwm+N48w4h8iK0I1rfwW8GIA9yEXsCtaoUGdsW7qG35YKIQACrgbO NLDa0FrwG+AOowzyD4UIlPbKBrMIeATP1CUgKzzTn6ELgDs4DizXPXVHO8TgvqAFMg1gF/gTyG1b H3G2A8N6sM+BEtTVp6aBfou0y3qEKfggOAIOCPQgKNBcuQOYbskLtZ2rLJX4EwFAChJlgLSc6syB RQYEVgbZgD0ekKPh5SHYJBMq7C6CpSFAldRM5ggSW8fhQm43VqA8OAu4D3XXkCKqyofIUeGx+heF PjonHHbxNvGERhDPH8Qa7DmB4U5DYg083rBLwFPAOggboIoy+MWglHbxEGIkMYkhKRnwEQUInxlw cJJIj0KgkwYg0t6BNjLorzfpT4hZGBrcEYJpiIMoaay9KoFJpkiJR6YE+kwYlNNDgXVZdhGycc3e B1gzUZRfiiRrE9bBbGqUUR1VU4xCiBQR+CRLbvKzJDQNvmvGkS5BEAU4qG3vzAiDACY0ClBB9tMc k+hqfpR4YdBgjJrjSUwQy5Qm0FuXYC3Ce2AZpptVgikLfDBoVFIj3RS4OR6TbaEC3kcksCWGI0qj ZzEXICC2zj4AWQ04lf9kBs0RiwroHy9wwCWbZdQ+GJ9MCFGADbMhspndkNpIUL3FeDQ0hDg4q23n p+GZ4uYogQ2mJ2BcjhL/0wvD+3FNjUHb+A0ZUXmHZoSBk0hDrOl0w0PoBB41uDJ6qnu3yK5RbAF+ A56VVph4f7Ahq1quIq3ryoji1AoGz0r8x+3BxTFwpfzAoNKwc7+azZRWk0varpRpaaBAuq1bGpIx CW0kNuNLtNao0hPGxW8DePQEddRJeLEjI/OlPAaLaE50o9o1UXu9HlwJ2y/nEEJP3h8zoCUJU2yz l1zmnASqaNlodhNMWceMvvRiRjSTEUYfAq+/U53xAxH5FtO6FIA7IMLMi++bd7MMYr0wGBTda3F5 TQ9j51cdQWSf6F6g6/KfJtNo7FoJX7Kh9hrEbsihGvADuJhs5D/cbBa/hXcn2NojwcHnr3PlsGD/ JMecerBJETYfkTzFm2jqWCFIsXVk8/6mR95CDppngWW4eFOQ6fXe3iLUd68wCUJ3LXnvH6wzFF6L +4OqhIJaggaOSXJ8Yb2WErBg+4xb6b51SV73DhNnaQy8a4pxsAtS+Dy5+dWmK/HtH76psgB8j/w8 uXN3jAJ0lkVRQERcMUQMlXA7XpMAxiWiLD6JSWSy8UypC9pLQAYYogjK3tIOnoNi8qiL9U4Rzuyv HNUAoGc5/hAbrrWjJzzAKWOCEa8APPHf1C3lmtkuLdThpArtioFEN34EzcR78SvfHkdQx+JFdIQF xMWzBEW8WU8bwYTYhgMsRGqjL6ikmFkgyx8FOwT6YSzeoYf28GqnmNnp9giicJv6IP4KdekGj7OX 3KnqNqV6CJIlACqMUe8gk7dOsfEvVp5zk36Pu3GkF5jDmXYd7tVG3YiX8CjISdgY6KZjHjASCaki q2F3gg5BcdCcX/VDzB54IMLynbfDS1GYXMGvx4ZyB0ECW8hXKA1AgN4MTBBAaDN+/EC92juNzvjo yU2FAW0Qvd+q0gqZGWgbviK4R+Rrx7lTitRMgBYBcNopTByoWp1252yxcJABfUHQ4G/tSA+kogPV SMCLHHiId6Ew4v9VbNDL7qGw9t5TjE+biytIG8C1c/a6zsETILc4QqKxoNd879ATfYTRXteEN45p thPZRn5RNTVoFH3u7DwXASZFBwZIABkdzOATGAgRUqennb2u1Ya3kMNxT2KECmKQTrV8g2HV6/Mw 1MH2SWsPtOHqKKTUSIVf4CSoTXh4UODUkSj03Q5vlRrEaP5tOIyeDeF+DqZrF/Z5f71p/BE87cGh 79BdsHWRP30UntHg4hAtj0vHrRVmewWF8oCLCQ6E92WEH30ENqfs3PDoRkiVlfIX6Wmtvi2IEDAi WCiwdMsar8+MEYNqm9CyGpnmLip10o2PTWGSUokT+HARsgjFJnc3icdgOmctN2eKV+AYXipMNC0q 2gnJhpv0TBCFGTdmlOlCWwy38hRg3A7RonopY2CXuUkJqJmfO1W5Q6NouB30gT1gMCAWP9/3nqDs xRXSHtNXSAXWJGaB2ThPCrB1a3+yL4t6w4HBD1XqwCX2oECpOwSr8tHeh82ovWBkk5T6wYchkwi4 Zl36o1wwTakIgrlpzin567HUWvNgqrWNEPQPjkJdEYbNccACINQbIW9GC1M1oO8GZ+tQM4MernUP Mzf/KXo4Lcp3hF6lQ+4Ue69AQfNGV6PMoi3L1KgXXKnhw97Rao+7Q9NM185tU5b25SA85RlUclBI WGkGBFBQi5PUzDcqaf5fqs+A7qkSwwMztIIVZ59fvtynhglmMXYqQilsFsCNW8s0VB4ZCv758poP xGMHpTmCDriIMA0rv5s6ypWQXbDtiZCcVHbuhD5gqyYCHg0RC6fxLMTt+aUeL4TcgXP4oqG0CiOf /lbf+6LYAik7vK5j6j5VhHippPu6XTvx7+BX8x0s7Gg65XNV1ED5VRVCB/x8x/T1kvvhDqpV6uHn 8vy+nH/cr5Iy6BZ7Vr3k5/nbyXmnyzcS70M1CTd+qZZMpCi+iv3+q1L06fn1+lZp+d+g/5cCFI72 e3UIHv7t8+fr9vfyRNgFBd+VC76//PL9VJLi9VK8whtufz3w7+Pr5+f5fP397/Pnz+Pf18t9//35 /vk/96+/N2Uu/n5//f1+Pf8+76//3r+f398/f51G+Hp9/Y8u3bzu6+frz10tDMWcVXq+/zwf//Nz fzlR8Od/Xn9e//1+PP4+/v7v1/cf5Zq///25//vH0YSXn7/P/yaS6x8v/e+Xd9xe3//+ef3vv1/X f7/+/vv1fzXiv4fDI2NjqrGx4nZ5VmscHJdpNLGcfNlq4RATU5l1k68pj8Cg7O6MDJu0ml92jgEt T+fGd0UhqrzDO4NRWGUVsxQWcBsBIiPBh8oL2ipVvECl5Iio88+xh3oBITdX5fKGlyGk40tAcbga tokBJXJkMOv8CbGwjUAIwi2OcsD9BtdgtK6Wbxxp6MQUbw1AZHONgIU/xUOVsRata5mAtIsGTiiN yFza2RRaxWwpYYupixaISqp3VWaoegGodMB0IQzO0Y4FMas8VJFDl+WX6kvmkv2sMdAZ74f/BLox zIr3cpdgX4Idl1WQAl+SWwUoAPUwThVzLy8Kx0R9hV777B06q3y7PTPtYQlfMyowOkeV8AthFzLB PvcOET1/WFbSdpUWCFbJE4GXkYKDT9yvUll7RGRFVxtntgKTuXcneBPZCXuBYpW5UELEqLlSgAck t+pZHwfwzVmy40Nn1cnlbxYM7Y6cW8sMFjHoJYYbEKuNhIBNPjywZQFp6Q5OY9gs9p2SgqSLhs0N 26rmav1Sx4BS8aC0wu4PvpvVObwdNxfUCQu0iDiNjMfqpCprAM9SAYrSqyGT1aqyriioi1yb18EJ bKMFP6MK1HUIdAc3tmjqAXNpOW4XDPeOuY6Jza8pzcWDcosOB01z8CqrAz23blXggq134KzpAE3j aQX0W402VgcL3dVQcBMsquYIKM4dfD5LCZemgxjB6cat1WqklSuJAlbmNV1ONhXJjFhRYwlY1g9s WnkwALjOSRHGUfe5xKBVI/Aexum4mAFEl5/lc+jUcY1RTjnKIRhwY29BzM2w7ni7vIdcssMCLGEK em9bdO1M4nzkQlg6obpcgZHilzXS6bBwySZjEEfdG2lMMD1lk6Cw3JNS06S9VbLeFM2vsDLLN2/o gpTinBc6BpL0ZEQLcYYLOGyDikB6NKDDPJxBz4NwD8GVsMq76zAeOWjRQlWMcgxz84ZngS9tWxWu Pu0WldAKCin5IFzITeOXVUaKjtnaYOLwhnST8wSzBFwjYXJWbNvhQIa4+88wmh+EmhVK94JSTZt0 EqRvQvLyEi176NJR3vzESgR6e/vAHCEYJEOgGQShUwhA9YW9UrRoMrQNENQ7JrIgCGa7HEV3hbcx 6EvWxFApB8N7Is9SA+4ZJ1+AjJkRiEBEn3AaPl1YSOB/IRmTU4KXMpB2gLFPY7iTKv62fAQAedRd EWSxV3jzhMCRC0c3j1dLbTY3xj/Q8HgVQlADHfpXjOnKOKOiZuBEFhtQA8TwXXSsqsii2YZqYHCy cDPtU4iSJVPYQbwJH86Ygz7j28CXIMHzQDkmQgtYcf/mTsJzwMVd4wdqpNO658HEmSnFvfNG/T0q KGo82Fbg1dAEzS4zVaorTr8KY2LA1EZd9HZk5DmbiRH8rWINB9Iv2+iOGGT+KeuAECMHQdeMoRFt 84NLYezhP54AeQI3tamiWDa82ffSCnZVJmoMJY8NHhtOccmInVXA1Mg4MjlWWNeT0TgGyHZB6QjZ q3KK2uLtI/UH4xbypp5K1BpmNtOiENGqZTU0mVzCsYww6P8DXAhYkA2yIhoz+77F9WGqAWCzQ3Aw cMCP4GdATAw3NOkl4CVYaZDrwscAeSo2AIXic0JaLHNABhiOxQ7DeTaboIFCL9uJ3ToYbPCOzwlz QHwbL9mhsrXr/H1vKbfShl+u128KM8C5IHXgYPjYYqNwQXBfe7G1UrGUkEc4sBbDSbUsKBOQ4f0t 8qPsCrgIYe//Y0cOvAOlAJVaC4HefdXGARBOZGbAi0+gTO0yUIElFGSAThbr96XqAtC4gZYrbgzT AhS5VWMBdiFglRoIk/MgMKUeQY2s8lijnAewrVwIjAdIOzyQ5VopGGAOGAs+0+ZxECssGAH3HQV3 qZpBvFOA1bxSDF7/j5vRU2fTf9BRZ37wmXoOehFJFS/xzcyCHcOxQG9T4LDrYWfQLbzd5DbAJfDq 4h9yBHDBkL0AvtT+CcRdlE4MT7ifEQq8U5sZEoYeDE2e4dfOAM/4ktroGoA5YqUu1e2pV3vdhDqA o+mBVVxJjfBE/70RlDHFqY0k2cb/PtZmo6THSMVgzYBpY7LB7/1PNZ8VNhmkSqCipAeicMMKpzau 0Xe9sae7fSU5YExB1Rj4OObLKf9NEuq3Tq88B24+JTfpGL0qHbFAEE5pOIktww2zBmX60DClHiH3 diXMVbslW1gfDYTd0UJ+KaFCzmUOAgbhjeGE220s4mDFBjNw1WPqqeYhvZfbAAkuyi5p6nyaEpNZ BX/8BDN8i6YeMVAvTBLypVe4qRow6oBQ/6bEfLL+T4bVxwBtt5qIo+JNjQhDbfc+jUVA9aLEVEuo OpMXrN6WFnqOv+2xBNdUNC/tsFDJZLB6AYtgT8MY0uufMFhbBpQuYJ+ZC/P+d+yaMnGnvdF/aqfQ MykmVgJ5FpiJZv6GMKulE195lzoP0G+/JFSAazfSq5IK0bz/qc3xbz32nwkINwPR/VDL+c5E8LcS JYBzyulef9MueiqX0aNScP/2uwts4Rm5H7O2S8wzDefFq2CcuaKW5G/2EpuJQp8JkCoYvsxXTdIL TRgND6OGh88g0EyN5cqDMpo0JN0DsDNrWMK6mYK4i1FkQeLhy7OAVwkzsvVEyRfQbi0K1c+YRcUu a8KkESer6JmGNO4xwysbpJ3SmrVOao9wZIEaf3+wfiXkaAvwlvEz3r+QrBkUNr82rB48asUwIuMu Ag+rjtMsZThR7sKV5ClH6cGgfPkMX5dBc7vpLJlVyZpyT9LuQ7O7xFPoB6vumgxgo6bzIwPV9CE4 9XWyeqjvZQmaZTSmntkcIcDSL1q5dPzowbc8gIjSIizDZ6U20xlYuarSGHaXCLKsj4Bnn3BitIof oiCbZ5TamNsWY8VzmT9Iv7hKK63AFXyeRMnJlMcrEEBJR6AZWAT1om2Gxk76aSvpqWrb4BLQE0Jg 84sF/YOtam0Vjbm+pusqxqLgsjRtu9uEddb0akznqwjmtE7yS7UET+FmeRhTU7KG/fFHyY0Y7KY5 UjMPjcoKAH1le6MHkaHspl1yNKktXZYiyUlKZznurbZamJUyzr6ltB6lvAmCd1Fr4h0ZFRbI2knb 5MOMalu9+JUt5XynzqtQSFBF8bZVYie4tHQLn6lorfhR6tx5g0afEHSUgyRw4hDSfF5/tQpzjhlJ ewlFcuJUdKBCbdv6aqgOlJO35JOI5L4uxcRplkSUEJoKb/EuUo8Vbqvo1/3sG7tkJ6BR02aPQ77w FckW/bLatgHSBaUdhL4JXGu83tRrtPibesP/IXkxqlvj6A5Pt8QDT0iNBd4Ut+s3IPVSbeFFRVro HENtELZwoX+3+/WU3FEc6VJ7AQGcYUHKuLJXeVP4g64KaX3OgFf+RvxPCvAH1qfE1DCeewuNXhhx RufDpGg1MdstSm0IoEm0nb/a2b5EkbLTafeaVGWKjWZ9LBlkeBkJG59Kiqr/dqBgTT3KZp/D3PYH g26ysuE03XCXRJPbLaXlXACKkJst29tKAXp5r9QkxUnh7VZjGfhivDIvRGDgy6pJ3rG5uBbtT/HM RbXouIVYH5ASguXS+oAksU2E8NHFKuhvQDjnLXj8WRiKsK6srKDALDNucXt4R/S8RbwPaVMOnsE0 s6xVHZAucGOaYAK6kHTYQhaFHSUTVpdIpB0toXEnWu9E8PaR8WBrMyVx6mJ56LFD1KM7gciqRuHd Qq3zGDR0OPEIebhspbwMJ6KVAEEeJBKgGiyIT7QEKCG2EyF+VlyG416YIj8WMiOiXXaKIi3yYLZJ lFUUymMnEAL0aIpi+iB88DrAMzHuipHTP4ddljItNG1/6ejOMFlmYcFTSe3dKJ8XI4ImVLUdH1/M LYCDqNi5qekh7ISLdA6eqvLJ6oxG0qnb5ooch0BIPC6X4UK9FQZ7uZbqIOoaHKUDY4TVsJHo6QQj hVCyILBe1BNmLa9Rhk4qDo9Jf1eoe59rZSVwBdva7y51OdQVhRFd2kEA4QAumOxtow5sz5QARhzz JcxRSiAefQx5BrPt0O1KMLn8KPAXREuZiNWFpeSkRWtYo/2x5fpQk3DDaJ2YvaFBXS29sHEOr8aE OsJZmDCDqPmajmQ4YBCQRXSuwmdBejmxKGDOlZNn8Tp9iHe9PeC4alf0Ta+WzSFTUA2YovSNLA1c CEqP+xYKBpABUXRWG76xJwK2gThSnXKCQCbpIt1cH7VNfkEOpfyRFENFVWQZkKir/XxdI+D6U/4B whTkIgeILduALGWQwC+yBBcdqHIzRMJvgCkkWCkmqQj3wJRAFuWeoDvVBX5AuaQHrmBqnG2pNpm7 y1UW8oKvS/5Xp/HV91jp1fg9n7ChYxx77DPiOigMNfr4ktfYqVVRyYi7tMBV2RAdcE3pAMRrsH25 h+0FVh9V2GVOHvSFf07SBSjc307fczCiHEOJv+sB4dkJg8+qZKuAoaB3LGzlNaoGonkyDQ6RdJSg 9AACN8BK3W2nN0pWVJhYmyPOYx0jdj8ODiK8vnaPb+c+6pV8ZCnEDoF8HpTb6DdpESU5HoSG5K0T yn4oa1HBCuIH6snp1B2dV/UaPV0v8PhvW1BbSSjJn9KX6O4ntVRKU1x3N8Ts6xpWhk1ZrQAoXJhq 9NGz3RzXUZFHdI8BWzVls8OIQ1fk16Dl/hylYOArl6AzAxieWVUXNgZK652OyAS7S3P4qgLfdmeg PZejc1agtt9xp7GNd4+bX6sPoKEmIAw4ji4VhHsd1QAxulJvUtKmLTsEogSCminghmY5orFpAsK1 uDXvy20GOmDjx+OloxXLdSOkCw4BWVufWchOiS2J5hJaq4emvymR6O+yZmqzo4XTedl/ulY+rboz VY5pdpZFI2TpOiML3f+s3LhsnYScuS7bJSMGkWUP4Ket2qoYtYljpGNlWQGgjwrmm1+kCX2TOdKP qsTrN5GzXcprA7HhpFYoCK2u2OQBJjVgTnelABj1D/nyw10R+IHwUs047YQt6+vaJgE9VPDc9oQO gvx8fNgd4OU3+ie/CP814e/2NIycvk1B2Pi9z5iaJEZZOkzdd7PGfhpk1CYfGLl6yiNbKsvnVdXC uWaC5L8fYF8ZZaIyQtRBGr29KyX0qgnPukjKEbKtHNJ/JkV1+83Nqte3FwCqiZkgjwY6Lu9LUexR MCinNjJUmaaNOW3tcLSlivIKDZk0ko/2uDwjA5d7bDT1V+2gZIZ+kAVSaMhV1LAUvnS5QQ2wStck hGTuXWTyES8rC162WcG79AXKLn3U/hfaaBqpehHpwAceyIbDuuHunmOvtOWmSlADKIfKWpcwGKy8 ZM/GWS8S1NWUdUeAtwWa5SdqFYS0zcMpM6VwaG+TRZ4lWxo527YadBHTkJGOC46SIUHQ8tf2lxa4 aL9SCN5iFlvHLX/mgaSHRVJu3PFqEV/Nh9ZQBh6exqJogvlSOoTv4QOXewhf0SrFibHscWjnMEDw 7/YowotRxmfNPYA3Io9pFb/SSt+xaBbCd+0FAI4VUFjhwxhRoXwhnhA/94tLUcvho7w1qCAHPi5g nsecO9s72jkPInEZ75CzYCHjMvGmeFoQLa6BvBif8zCO9Obu+vckhnKQu2vEVhOODKdWmMH1KJTj 4NVlDGSuZr4Kj78wR3gNbYPg5MHazihCycHrWXZmS8AVqnsSp05YVHVokbTXrSAqY2/y8Hz4x5xc 3DwOtfCTB4SEKerh0gnwuexBSFU+4DRylHmfpdRybqtqwn/mYYnUbDTgKbctQFCoSIjLBFl6SxL6 hWcoqyU8FLfkUHt8EaQmggHgtu0gFVcUwBLocIDBR2HGchDepxtcQCs/X7eYRS/cr/wgp7Kq7ABx /m1OKK+W9xsPUJOkBiG/Yje4rodCiUsl5L3mYYiS5AHCcy3hBTUcZT4udSM0H3qe+RSi3pEraSon XaqFx6oXfA6TSIgkwi2wohFp9m+kM3DpUS5fLJP3KnPh/ZRBx706peeWEojQiTZ2QIzFCBLOkoiL tAq/q8ZVkKbOU3bOnICh2vYmAiGab4JIA0UygG6LgnjczJXFsHAwwuWHzKtSS1xPS25zT5Zhb7Vq q47OeaeoO2eU72Xeti9StzhznhOr3q4IzfatnpYGqrnstuhb3Ed++Y01wFgzSjlzvuLtRXehG/aZ ikgFgo6abaeGXvPvzNQcNcwYYixlTHwh8Mabxmgq83IhMfkun5A5manaZzFjGcz2RscU1lSnzCRM 6ykTYOESNcgJ5Q5YWeugl/VYpLsKQEE1jFmE/6Z+Cx0NopyUzndaUdbYrC1wFgjwnhsv+SnnyGM/ Gr8CgYSfkystrM1lhlMT+QTBSNt+SbkqAaKLLFI5jqj4TsiUvNB+tR97ktGk4ryMOi2EI2fmoEDb b078Aq6yGXaAl8KJhkfObAHIoRnnfUJmaNjIbfsDXhbJqCQvyRC7vtQPoGjHNRoLd7uAJChe4e1v gt5eBgaMYePYez3fpsx7M1kvEWjZmoi12OwB+BDdZNIUCWceU0UdRVEexn+1qEUGEtxsiBvkhYRD BZ+CSXcTRVEgQ9Kk1u3QiVGqh/6UtjFcotyR6yk9lcU927HO9BE4PVG4RC/Fd7TEEHuy8YJjFON5 b6a1rV7aYHSZpgF3uDHL4U+rlF/8a/ZCObyhJ4CT+lB0fIRTO5zYx0mbhMNkIimkI+2pod90qeDZ ouMLbzdVRNNhtTRICGxoLA4MJe1jLySzNFZUO5pMBqSQbbS2NArMMgzR+xl0Kmd4WTfVfmgUkCSY lXVm78lc17TS/QXcVgJSFL5XgteoZarDbllyETleubaxfbDqGPK+CqANqRicZA20SE2JbgEbbLky OpqGbA/46Ne2LfhBhQOwvJIpvQLOYqCBqSECoySyThKrd7kM0hIyoXnASkhvyR89NDI+D1wBxKIs B5aiU9vBANp1IUlVPUWntBw8rZiJVcDjrapWouYRJCR5Bn7Ki0EOWyhTyLJgDB/1o1CsULF4k6NV zsP8o3nRXGqXyRJoqHkGzhJEJmMlYEzMN91kIFqLbbcYgF79RMJ3mbweDN+NUhSlSDCvvUNOQt7H 6gWCDm1eq2pi+dEKStRBoloJQNIUpcHRXlo+4eSQQdBCrVN/gtLrJj1Sj0KvM4J5LSkpRwCoVWkI q1Sj7y1OqbDyFh3DggYya7qQ0a4KKMHkQZ0gR52v93kFYCeAvKITIVyuZlVYHm3xbatBLPn1mL/W 4pj1mENKXdDW36U+0n66BpbyBC2z5YSNgdSxegCnYDZLlUUHXmAxYC3jM1u7DUzsjrAo/JaimCoS 6Pv20mruIBS7s6w4lW/dYA4wDobS/5JBQBm2U4c1lB/E5mhqD3Ff6A2cEyCZYTGJWYE2RAFetYHU 9NImktwGrtYvTMXOGDgv5AmcFuw2yfAS40yYlhEEqIflWOu9VF90STUId7Hy2tOQVNCBSXAup82J ZJXB5AEOLjS965wCvYf/0CXTgj9GmQyfj1MvWmOcs3Gmhe7JGlR/vIGjPlKA2O8G12SnNVM1YwIW y0YYFX+xFuUTS8nBMG2FCU63j6UswVL2UMrBjBypSJOUAwh4K4NG+8uHZGciFBBnSGZPdIe/+11Z rQGl0jSflNaH4eXTmcEmWjCaCTeU0kznCTeV8mCH7+qaMS4GiEFlsyhZpmIYVWpTVTTrnEp0OY4e RUnNHoJgCmhpu41KQIxFz3T4NcV6muab6yMdAbCVj2srwQBsy9qY/DHrtZA5kWcKwMxXVVnFY9tv E8zO9zOlqJ5VBxjbHLYMoz+Ibj2fTbcJgNs+ZkWTT8GitBiLIbKE//xr6EwMtzJgND8jnHahRZXT bJIyJd7Lio6v6HyGmRTMLNf62RRmYv3UiLRtSkCSs0E05Mbu80vdQxmEItbA9AQSm5OiUylJ+Qyd 7lAm65SrmjtwD8rUKfGUF4krh7b61cMOe1nH8uafzzpgpAmRLlNy2H5OsjXQ0mx/IU88hJJbghlm 3eUKWkB0Z8GuWsI7NVqviONzLj7y3TiqPuhV8TRzZzANRWZj//J5OK4mbMy+Qa0JnyHNuB6qS7Sh 1ZN5PsaAk1ACJyqFE829nUEidIXXcpvJIXfL+Y/tp40+habIa+VdmJTmW7aEu+hRMdnwcj6vtuh2 2lTWZj+LX5U0VYQ23C4tqIjo14ZTk1W0r+o1x4MW4xzLx4zYtqh3bbN+EGK8LugBuxD3Msihrf3C fbGt/yIAC/PvvhGzgyEi8joCz4mGYT3QWDcVnj99Z+u448TajCAEBh14Y0c+gR0L9bm+6/XgohcV Q186nEttTaIT53JDwR5RiWBK+GnHSy0Ps419jJ4N23D6U5VgqxGtajNvXZSteDJEV2cIMNTAUXcE hpLtrcEpo/QALET7Kzvjovhig7QNMTt3FmFENogO575DD0mD53x3cp/IQkDhIC0/AUuw1z5t07ax wnuAoSJogb5aBVALbnIhO/Si5SD+IigQfAGa6LA8fG6n2SmY/IVapjtQox0K9Sj4bG8CQLNOwl1A lZjhxqPz98COSMj32/3u9uvjhZCMYGzLArBUhQcFe/Gon3AYGCbg5tMpcvcPSCI2t10u6jC4HtNY EWJo6vXpZD2t3veai9Po6ifSnyrQjxfAFt6jxMThoZKvZ4Nxvpyr93n6UsPYhnl06eNVeV7wyMNZ gp7++fmlXshe4WFYGiALiHR77FTPeLkRVRwyCZF2pUF4+V+THY+HNn25PRG/EdFBplV4uMAnwU1o 0d9aqsbFEdEaqfkOA747rO+q5LQqFkdFLzQAQKLqxsON++e3Rh/6BrceqhkWjEMOmhxvxbR/fj4U GFFNBF89/vbheUM7V+SYEoOGd+BkPQ14vgOrL4qKoI8rG3L9OhPZ7YYFD+JVt7jKxl8PmBeitbIb Sm/gWb+OzxuUGDtdf7Cvv79PJIm7/oNV/fTd7aVys1a5QzHl2/NPlPKHAw1Pt921HTrKmBCuTqct naIIGydsJ9I9aLuzF3WFw3+uPozJFJTncD66pe6JHtzhetQJykkfjQXfw10ImZHKaBFra4uBudhW hap5q6xwu43NKFAnex4G9xRaD7GH+Fd3udrj2w2QnjzpedPB9LUNyXTSXLonzJSnABdTASomS2BO m+0OBAXrbWzxAQ+W+9DtEhgYm7A9MML++Ejxyu14uOyBgiSswQPCFsP0UBaBOlEliKk/IYrQYjBa lZQVd3bNJ9IsBXzBLUGdAFuAfNt5aKVhD8JkHm77tiSAG0242+H52J8hkLYbQLUhm5TfFKbYME8P J6wQ6WYkDXZ2J7H6Za9yi/lvkwUrFMZrewJltT/B4ZihpqTclgyzTk97Fs0x2aPfGkSYo1yCGto3 BzhqFPAcwgngNcLAYRsu2vdgn5Q5BUfVLtsN2iFiJ0WbNZItwTbLLxXMVzemMu50Fkggq2Kviao9 oOQblq2CPGcl4g82NZimQFCycbcAnhH3OfX5ZM0U00Bkbh+bLWvQ2LGtw46bPgX5w1IV6NGjQOCW AWiN00ttwLLZSnkoILR+WDKCmEGXNlLZ0GWd8E3b6HTYb2RGH64qWbXvBZcY3u1UxGDVQOCRnCqf 5dxSi4T3ZFS1kJmkjG10wmamrO1kQTpWMwtK4zL6lkEP+/V+WmMFtE61RYgaEzh4pF1z/gzoD6y+ OgjSpLbDZW1ySX1YXfnhVmkszU3NDge3QWkDs+WaV6pCr63lfI8wKb5xxWyUflJxpPwcTbBYkhg3 W/owRApVmnZwIaI5W8jAuRHOPbzFmt8OKIZ0tdZDgKC+vOsqOvicXyFBoqoIKAkYy0fiZ1dkpGQK T6tgnBPFt5T7MQ3h30ilgA7YTy1sw6OfvRrYexEpVBfDM8G/QiYrMNaxdVXcElk62go3DnbBqZcb lmnVU0sWPIlb05s5Xa4DlXF0BQMSxAKKsvB5TPxlbiDXhXvG1RbLWcNjXHDvvEp+IBzjOD9EkC5K yq2ydEpzOGWDtMDy6rHkwayVORsbOizHADR4GCRBK0ltKWWj2Zbieu5/37URLHgc3b50FAQ+wsVm L28F34p2nhkLVXOLpynJTg7gan2Iqs2ljOrBeYOlsZPhtM5kOS4rQTckyVka4ZvsMARvv/LkSzCI JL60Lw9EI6SAXe+NensBelTFTLlm9StqA+QQoYfHK3qDucGg8GLyuni2YqW4NW/iuihEgd8hKrqR k8zpRpMU0gbVCVsiRHkGnlhetECZow3CUCETQl3BWDRQHj1QpEC9isIxUcXioiD+vyqRc6FIsU9Y BzwkhMWrhQ0jSM/7L5wCfoiiPIGDrXXjj4rARp+ahodwXAsnhCIzW/W9RUzC28ca0Xi1F4QfIjh8 M6xUT6SwitzW1ILS4JRQsIrQilcmAWJCT3GZqB2iJWgUy8YvguZQKgE1jAg2vnRAUWgICEjAzycP uRHHaYAeBvL4wEPUBYeB12rxjd7V30qFiwLCNPwRHRH8wuefAiVQ30I2wA6izt3b+zjpixwDgrZo uBIBizV+rhGCJDjnqj3gaIGqlcIgJui1giOZCOJpS3fgQ1GZP9wyWHgVBdW0QtbAJULXLu0T1KAo GgGFLf1i+EaZV5II/NIsxbQH5onT6pg4w7qcicZxcNCxhMA9QtzXf4RLN/R04qDAEUtjDWsAPmg1 PLTcgFRndTe+7AnF15h+GobcTA6KYAg8PVLwSz/kcAiLmsQo8wI9wPZRNMG10hwAWMGT6PpIEfzl ezauQA+/yOlOAySUJAJQcInpDGUqwjV9G2cvLSaGB2KcFAER7cAWBu+OIgFjcIjgFb3boBbCawI4 MlhMPV5/0RTzQS86B1NvyRCYjVVLebDI4XJv9J5JI/NIyDIs2uyFunVIHQMfI5oiObspZjEwyxso JWnrBMkan9AAvKxakmYaTcoB4sOJHfvfdVtEPosEZ07EkOrZWuCesYWe/lP5Kk/4wOSteXvMdRvw C05T3gRvioUBVrXVRFNOozK3TRwxvrGfwqxoyFB7+oARixZuns/3VBAt0xOc4vYGT0E9RWA14gEq eLnGXXfRu7fK6lKif1Dipwo+a2dNUZwhqnba60WVf1BjFmtXq8L+SAlD/JfkLU3X9eY6kfU6BkGi DuZQts78182mXQVyI1CRFIm5F8d7t3oL8WguDbpyc1rfvFHTBr2fOrs6CAXTleCNFIYwcdGYDBlV AxKNKQ/HSxIJbsAlTEHAg/cBVwZygqi9XeC6e7LHVmIF6GSKofprmWoG+uFn3GLgkS40mViy5dTZ gV6iHzQA+Tz68VaP/YKCHMJse4LXhMlgmzOtJGGi6aMP10pITztcQL+onGLWWgXvXVdUxWSsEk4Q TmZ5MHVVbDA20C5y7xM3ZbkIIIsRwFU2knzxy2akir2anWGKXYfwP1/+Uzns7G4U+Drl+EgEaS8w VmTtyMttJGbXwK5QhetlmKuhd0eKYhgx20FzTtkbyo033gTPxIDB2Y90wxRnIbUuy6a+iF/NSv+6 oO0RxBh/dMxTmAZ4CmREO6TzqD8sonos/WfelsFpSrMBrXvjLkAoGA3aSEmYCs00kLZvQLwtBc1w dxukgJ9f6ypNXOI0vdPS3QHGOwdkBU1HCMRlbh3xotYMrZTMHTM7GJpJMEh1J2NF3bwx68Lomdq9 icplPSiyeT/2pFSf2hT2POugBbrjRgkqDL95YrluW4215tdw2M6phboZW9uKWTZKV40M8fg1nNKr aRZ0utVuMz+QGJugKntc4sBWak2SYUixgb3aEgmTYxo5fb4MsShNFlUWZEJQvEMLf0W0vM0KUtJE LknyqJUz1m4LsAbIC3hn7ZV5YclNKpkChYDGAHlPyJ8sp6aCEy0xmJZjEdZ+CiPXrZ9yU5y3Ht6R LFZlXzH7GRwrqnfxHLmJnEy/8/Zgk9LBzeaMPoBfi700qqRx9w3yz/jZ5yf5FZOlB2mbjbWMjF75 xDLHG6Q75dSJ1H9yYWaadFeWuu5pEhiQDE3UbDNhNu4UPW9D4iY2QWWL3KjckLJVVWZXxdzks3yW MxobMZgIK/CMj2K3y3qtKtaM5WMfZG0ih7aI+JNhnb0rljRxAaM9JpIBJqKmdLsN2nSDE2v+d5po U8xp4K2c8kDm9T9mZZz3trCY4BraUtJ+imaEoWtHU+tCvlnmghBMirFa01r0guFkZitSe0AhQeUe yeHxDSw/2WwHSyY28u8UgNTS42k/t9Iyivk/lMrCKlFq/Kahr9nV4Xu6ZrP8p9mS6Wt6zcbSnBmk 5ikxWN5kaMXtxeUDNIFPEKmfuhpDVj2T7gcJmRJZxomCQ4Cpowan4X3HRAhhxBfDe+5P2kVD3GAs PubOIsQNO/DiBDtsz3CbWw5atfgUVfLXJk8nHcsUrRj4MsfCaAU7d62pkSsS1NxMcSUFk0ZSI5wN Lx3Fvkgi8BjnSwffMPoUtc/Lzuibj9Ln2uYJU1Mz3+XjzWfpqklkZARf1LKeS5SQnkQyG+jwIrlz 24f1oIJXnpC1AwaLD7DUKGk5VoEeNFdBDEA0ERHUSC8IPzoqBSpKSLFJBYLbvVJ4BOgf5lT4JCKy kvKbgJfz3anzRLQYro1FKMC0oMuOx2aQLxVmxsBh/kwJfhVT3CeMJztVWpol0HLzNno5A8T7GqIu dZRFaXrC4EdIaldjm5LKgDD9LAIySZwE3KHYyAaD/5UJ4pzXpzy9QkcRNwCgxJLi2R/yWbB8SLA4 rMfAx5EKAeBLTxNLbj/RoQvDSm6FPWklUwPeTwPiErunwLPgnm0etMXtGq1ibLPEKUYHqWwLYp1a mm3zjVgVeyoRCYURZCO3xOJ2O91br5S/IJU+Y7xgC5rtkkLmdl0WE5ZTE18WpzuQy/OD/n0VBQUC 0Pd+xZyHDcQWjK6iw+0rByBBNkSIknNoH9r1eV6tcZGxw26RwA8OD/M6uDIqoEBa/wFCUGoIcbG9 r1AXxaVIcPjZMJ0AaO9R+AWM4vLwkyvgAh4iGN/dECZBUeCgIDu4QVefwLwwGLEzWE+cLZYOlgEK I2XCuHzXyYOVCr/JKYGFEPZgMijBVcw9XDeO/INHwBBCBZW2CWbfqWqtehCQS/Ue5dNBSvDiQHsw L3TqUTkfl1ZLWcnfm275DRaj4AfYCGSDDQiBggI6Sg53F22yXfGwkSoE4xrGRXRCIMRud3loEtTr A2rVJnqPuH+MitFqFEeNBu2qbUIODxj1ScXf4+HV8XMIwspve47iH7BzcJ3CJIA8CFwlSKBgd9A2 HPgTrgZ6g25fXrcziBj+i+WJ5+nMPcCi0/Q0U+2P52BwhhVDzr3cqX0eUDHr2/PD4YCfSjEDHv8q CPL5DBpWYvrj03GEzueD2H8760+fK2ANwdMkOLfvMTPRfctm4B3fFZb2UgxqCGhQeqRllVPQqlWi lkgAdINEv0HrCNNSBo4PfD2uh5fS0EijSkMrOeKsQYcV/jzuXw8H+EGoVTcBS3u0swsf8P4Q7MPz zxMKDuk+Px0JeIFXAkfvAFytV+MFDxr6LjNx+75842w7UVDNlYtTCXUTZv7wZNV1gKYQ9hfRQMxJ tmG/OzYRsv2QZiBLDUPhfhAmrNMphFefXyUpTk+FXtS2NmzKidwA805jVJ3lS2JAQRVDdP2WMyEn Bw8eTz+SFxVmuX0rat2Tnc9olORGXGn84auSIhoAIiZAfRyA9qigA3kH3roCI5fQ1QqI//wBEvfL 5bGVQUA89kKYsqwWDXQEpZxF1bPNJ6gxsBw6fkMABmNTSfNw5L8wXUG+3gwOll7onEpgFSh8iw/c F/JaMOjBPDfFtoHAJdOimiriQ71DNRmO1WBxm9MqUlBTaC97UB6qnQAwMQV9QOgh5GZFMKY5i7QP dIWPMj34+JBR07ciDSYkOwBtL8faloEbiDIkTRzPhELZQcqqLFtNBl1Vik9lZWZbLoHpkHeTcnZe QOw7EGgmRSsYMdaOKZVRsqTD4hhGVajYq8wtbq0yLJkJ6YV2UShjsEN/ktVlm9lW7YEWKnXlFfDD xPRbQ0Eem9XNyuguWJb5rHfwYuMOe6RUSu3qvoyBJoYHskdtN1v7pmJNmFb11yf6eCjtyEgetwro k0dYcmVmYN+eLoVr5Tpb9VQ/RghkenndcpoQV3CgNYUa6TteDcwxm8gzl1ar8gMYMpCZzfNQco4z rzBUCCZjaWXpGnnEyoZJOdS7kTE0YABS2RDWVzJRvxwh0VnAo37y2LRCvJ1/C0CFfhtx20aAmZI4 5Jjc7PIYhDSqu5YwsVQQnxGzeFlBjGhKRYbRJK2H7CxzauSokwGzJFVmqjyFnTLD1la7QNKWQhCh DTikcXEQagxJwDuAFAnf2kKx/UUXqZ0tJ5G42bLSCBIrQPzawSB5ceC9lIb0li0DzC8ROf3TLQZF PlNn2AZZhvKflptW6lSq9E9aaepSYCu8sTZAMuTw9EHa9BYysDbE4axieu/0E8CdLqnVJtNs8CyU WPkyaIjf6N4eGqBON6yvRt1Ac3vMG0A/+cusJK70PxTawBGX0Qbfd4zAlb7hsuPXaLNMmgWds6Hb VnyD7eUfahUNfH4nQeMo5Hba4NykNTT2dzdEk43mi5eQw+ld7AjrpsUMfZSqqJeSwZBSonR+T39a +vW22iMSHc1u3XSBj1StKRNB42mdqeRnHeIyfmJ1ogcUd8n7o4iI7JF1eGI8MF4bJ4dXyh3zbC4a 9LzdaXxA3hd5mI05WD6i5O+aQf6cQJg5D0l3u0ZqwpNJMD+WX8Of59zhLPmVP+f3QhW+v6eRjdep UyQsjIyUTF0OXfdGoa4IvdxCm9swxwryRCtkBK4XhQoBMAZRBsSPJqPiSJzJwR6HbPtINCKIFltw 3HiZftBAovCPSktoFXGhJbaKHClvs9Kl2BRijpRCPR/VZ+q4xsXBJ0VX8aepHo5J8XgDpdMeu9vM Ox+a5ys0EJFrUm0TLPCJMWxFRSPiGeQZQKINsyNUdVXxBcmUtRHvuiEWd0ADB5SPH13Ou3yI4ihg 5q6j/+KwDlKNYDmgoHeRucQTh18LezWuLv+14CJg2Ys0RNQolAm/EJKoOWCQXd7Ae7WkUq/vZ5mH gfrybPsHdq1kh6CUj66RM1CsaCtwldgmsIJOmArEqlMgGjCvaEgo5GyvkKeg+7lCrsWqilAJyOz3 h/4VdBtlLxNZBf3GBwu4+w1UwzfCZcVNdrcLbaAKrgT7YGwWzsGYZkr+emowjdfAr4gN7BBwBCea A5mKCUUrYFzXly7ZLgwQXmit8iroWMWPvXoCOhJ7DyoScN9d7U4d9DBBqyga3KGHovRCNyGf3+nz fgCDxTcUBIQu6tJ/X46xpSvFBgJGkT4J9JUgVPWtwdxbGLIQn15L9SHNNbR3gQYS78AztRlmUGgG jfRjKKroVQQ+6Xg9IiWQARQYbiQxfDlQZaijES4JYhvFdC2vIPYnNK0AaXmRtgg71bnosEydFeeZ kj1Z6BuQBQJzIpWWe3kpEgMC3qgpA2bxJUTCsMZlJBTtDthxRfvBN6DUKkWEs3ipP2VSNKFHB8AZ ykBdyGkIbNDvyM4I0nUaamE+Qm/wurXZw+kR4cFvpNX8lWg8tnH38Dif2HftmveZP+U56Y82EEF7 69UHQAT1WPvNgUg+BKzpLFiC2IEjNEZzHI+2pOqlOruvu81BOboQJ9MviqDvAtP2VLe7WRtPbCXy JzOlg+XrTJZR35meRJQXC0KljPycmgwtkJOyHzyyHIUcUAiEqo5sIeoE7SZnZZpJwu0i/0phQzbB Cm43Cwa2owPT1Y7mUrs4vUmSPTHi9Fpb5BVMXGlIdwxYVT7MMyNk6zSECVK8UuwXtlw+iw5ALEtD NJbKxTi7cD6hPFWSeYMdaqgMQoCY8jaozWW6HA4YjFaKoFMa4V2AbrBbXQCkwKnnKj9QIirtVr3T hje6obkeW9/lpKQdFX5Rkhi2rgs+TQgeRFraqGyGLeJl4JoXwTX111PVl/AgNxlVr/NoRTjwlgEa ECtzJktFhSitB42d62zPUJ/I/cC/WgrcWMmTKJzjIcD5SuKwUSVOSR7ktVavZvkPsjT11hoQottI z6erxRtxh5oFIpXdk9SZeEfZgooed16C5+spaNnAKDodDsu0DYAWErdVKoV2jEaaIeySeWGczCPZ vwArAKSpikE9C2UynPrCxkpNZFYVEgJyA2osiw2vu5hHJtYgV/K7BN98vsO+zRJGne5Ag9EqllT/ g2e1Lio8Wzq2UlgYKFJnj5qZ8NiOgaB8TEQvqFCTgTPjKmgCPtR+T82iDixRYkV6xlzuH+lcB3fO rcxNQM9Xm4F15ArUkw72hQm7GKwdcma+UNgKkDO/jCApWYNoZM1klLrIx/4HsZnnwxEYqJTFrcYE a0o6W+Oa+FLwCLG8CB/KzriiVfQdS79jo3uvBKO63yRUzYRMWfpb1feMVF3YH+wPsPJSPUsB/w0+ 3ktKjgcvWt5dh5fubtmWEmUagMEODjTiXAW4dktCBpcJApgxPq707LrBmYm5oXuB6oAjW0EMRwUo YJc6kd/iiA0PIzbLBAeDE9suJAA752r4NqfAdj4xt8musXjoxpjjqjxaZstlHhT6G5rGZg2DxUha Q9mqcjNMJgtm/a+bKaH2GFlXmxKMKXWMvgvFpxXMPop+ToNO0QTDki2s7cA5xlbTfVXUZWnL7mot f4/a2dAVLYTjmH+VA3mQT+GZlWrhZYL1GExzzUuYPbJN8r6WfKCi/ENzr7XOJiMDwW9k3XIriZIv xc33s3OQuaF5aJHzYxQLS8GDJVFEJpxh0V9sXREW8cQVCTz8dfU3Fyf6tVJoWVsm+cyYQdFLkyr3 1Tbn9Gq/LLKwxLdt2cZPnjk/CtC4cniTpqhDyItDf/GW4VYaQ9BoO+W8WjzFe4wzQ3KyKn7mqqHA 8jZt6gMXUy1eHG4PZ1Ug4/GQ2/xOPm+ONBA037kUmy6TXWFs4YHg3IQV6xgEQa/2c7nBk224a6sO qQezNjsKr+iG9tCpjvDhuofXbQUsGE/7M+3ZCEMEFHVC9CiWP22QMGO7Ckh90FlIVUhRRC5Ory5z Qe2Ls3ZxrKu0wI9NnwsFBr9GoEQxXKxrckY5/4Jl3Q3bzu0HydIrMtFbrCpLsNGqKdrt0dBKYCsQ skCPyw4DwL9C0hKMgJiMbaFYO+5slYoAzBcQyhM7wGG9FSfGVxDzr8MHMABFbbYV04LzfqUmHs2E swRpdqKh2FBRbbEyqnD4LvRBjCb4I+mCR/G0wFOxBmFdQfolTIeGqTFZSUpDYB7iYgrXXF9xD+F3 zOV4VvUBdTmGIPU0zrrklKR2/a+F0lkeFxtvkZ2pRb20WTjZcykEDj1FomICITF/9CgR4rX5XbnU Il9TorjSSAA1XOk1Ikk6pCnIbwjh4emn9xh9NtYZaACpnthSDcYBx4p6noJ0nQEDIZGqF6HNIDpx 8LaN51jiOJz3DejKrLoAMcicqEX0g78H/GpX9mWLLOzMQtv88bo1VrUK6q4wrIDdM7DytIFOXlTa 9Cbi8G01PMBZgv30L+TM3kb8sUqCUD78fAR4KmCKmr4D3AjQITtVMGwUBSTCT9C9maChMBT4rHKp 50DFzOugZ6ROeMvlC0dxnI2ngICSENGjIdkHeDVIGiIMQnrA1sGu18qkVwhawYHrqqMYQ0/V5D++ PrGR26NuO7kHXrGgHQ2ITYrceQPvgdQDvlUAwHR9KPyww6aOdj6Ax8/rl3IQ/sXJhW6E1GONwkJv ykEDVQfgC389Q3YDt9W6wKK+PV54ySpxA1Nfnz9wyG+QtVrcHUf4HW9Zfekroni05AOO9F016vv9 5/v/0XQfiI3mOLeGlzLlbMuWrBzt6pl//4u6zwv17VBlS18gQRAEDg7BEyj4UPVphZvdq5aFswVB qzeE7etPVS6QnYOUfw4/N7Whj4fKQW92v0BkRaePt18lr2uTQt/qVP/89f853PgvEPisULQC1U43 PF8xta8nn/74f3f7B4B23f7sbx5+CX5eO8wRfH7ZHm5V5iBJ0wp4e7zBesk7Dvyt8tcAYsAuhHh9 RsxWZfunUiAmPTiYmNDlAfgqeABoqogAUTZEx3WVP9DNK84CZscMhuAbalUYvNZXMgIOVIzuruIB 8BzRGyQFDD8D/wHD8Dn0XsxkNHxVun1Vpe8rYrg5fVHJBFZvTKUWgquB/M5WrFzJDXEdCk+gipFD sP0CCKcU/9LjpTeA27jNePOSHQj5JhnlpSomEl53HbGJgM5BTduFgHOLbE+7bMBQYRcqhAmMyasU O7Yw2BxG51czrhnbAbT0G/pF6/vXMuUa6YXqj+D8R5TtGEtNrtrGu0ZQzijpaNtg4YOCJAyPIYjV fMQHBnyxFbZzeAM078SymkqmR9UYULHlL0wHZ4waFCRntOe1au3EKX0gs6MWv+dCCwMcW38G9IMf MmaeQaU9GhYq4wFRNN0XC8JkRiweZlUYUEm8jB/aNgsRUdgUHTQsVBZ4yh4G9DvmAIh2R54tg5Xq VTkE6MzyW5oZWtMfvsk4sNVaGonU+szsBxbim+ZBMUSsqrM8/Axa83VZMg6NlQX9d1DecEM2SqxR WBgMbdNIJGeJxmDwEMSgpA84aisC1J9thPbjA2utTw5QVkVc2UM9DbdW4sfqCepkqzWxNofy8jNb zlF8gVh8M0vobv0anLjlkbOFwnFLqlfwcLgtssYqVGsWY209lDz9UlbFGgQgD/q2xktTht8GjkIy rex8DSYqmLWTXls1aZE1wbVU1JrHkVDOt0GwArqwwiNOBeVakM375ghhg6eVLAiunK2PCYa/w80K gzU+VnKaruSLMY60zBPt7AxOENAU+gZUttrC6Cz/AKq2SOdN8RnI0Q4tCQ6CSlwh+VYNHl8rG9Tf HbTFKFhR23Q/z/HqlpOwPP0B1lV/2XpTdF6i33h6td+8yPIvTf6KhF28rn57buv7xmmACmJITlgl K5PVQ2TYLc0kBv0wODmT0D6l0so107R6ptjUmm8fRvcauRqwVwY5Z8lOeT3jteYdcck0mRsv4LJ2 a6llvWY577xwIRI1DpAbxBO8IbvJ5LW1JEyap01oHMLiJULiUse4lEQnllwyF1JnzxTkFH/1SdvT +GD8NH1Qx8DjzR0uGnSUrruAdPLHcDCSUpWkDXUpcqVLDAYVNELCRaPj0vxtc0U7dZxbr6EFCdEY VA9guOIM2BDp1UUNxKvxIhpRSYLyGUdO+4CNEACoZZElhClHV8TI0S1CE9aVlxfxojCGnd3LZYi+ Q5jiG0OG4+sIW55tOsXFfMCDjQM7TBsxcGgSpBVll+8s9izs8wlA2As5/HGZePo6LvqgmgTGVZtN g7WWVyaaZpFErHHmo3tgXhmcmHEVhIxZYdTaOzZe+lABXri1TAP5AZboGQ/clkYVuUUxvBq7gYUV 5qv4sec2xm04JEBhgvg0kryoUoxnmN9YvwLLSLMGssBHiF1YnQqJNPWn8cVVk2IrwBaji+8CkESY WECriqWGahpEUNPEre1/52HSPgO7EXUr71/4OTsLjRJIkToSG2mEsxhKV9bECuGHP/uRg1bVDpES Bo6BZ4cCzQTsHlCW6s1sdZ37aFABD3R6kDSUY7ocQEBxfDtoqBGBugy5TphZ4C+AhjBpMOQZWBIs /NSQdjBWjB3NFFEHdJt36wfPR3sOVBn+EjoWYdIW2CidQwgDNkBIRLhtW6ZEgUPAIE+H4BX6IgsF E4O7nasFEgFTugrHM4wLmqpKc5xbz6SToQnQoRhe6FuQyhi/+JpaDmnpxQBRYO/guD09TBUQWi1f wCDNDyEV0plWwdIwAUBDFDLjBCAxvjHxgVqaFeWV/gQnQXhAPK9VySGmJ2o/8FyAubZAXr1S6K4Q bnzpinF7en0kA/iHDmG4Q/DgfhHfFw/68whHA6pBfHwU0RRghWDrAX4NooJ9zS8e5aFKGbgEOhRM CMXAENbGLgJw6Rp4DiK0hOO5ORA+Cpz9BSARbWsTgVt0xY8hi8Qyr/Ah8cbue13+gU1C19QBGGou YcEVA7SjtwKpYPIgQsjSsG2dZQnUGDJteFg4qKXILdWnDQ/3Cbisgc4ssA9gXguxSsP/QuImctP7 66HGGCCjb9KZRWBAUy8tdSoHpjeRmktGsPItht1q5VbwozUFSOQRJkEBL0Q3cKZ6DGlXWQFTw0+0 G+4xdiBDVBmdppjHlNHhwkGdLG7W+ULhomXzzeSdVZG552a0JLG9rLGsekku7/PiPsjP8Je1qikm ecH2M8pMttWB8ZZctUa/W3PLatmYY9pYTdn10rFWrVYBSwBDBxBpPferbnmFeWohtsBOgK6f1KAV tXDS2zhZLSWSnxYEd1k0i4kHA2qBSxpepMHemdkXmlqy7mmzIJvcVxbCgkE6GptXaHkfdyEAKEMt np3l0p2DjFnM+QZW4SnXVjYy7MTmo+VeJMyX4DPYS2W9I0Xgj54RF5SklZZbanGu5cRRW/whm9MQ +olXZL0uf1hULfqHhjHmXLtMmc6asOyZ1AMZJW4PYt4MmeEKDHEdnQKgAaZabZUKklALAOmiL0fU aI+1Q6vdZoVnynQbfGIdHS5Yv2XeGdCq6lE9Lib7QD8QLVh0bpKwd7wC8gA8SQUABg2cZ9BGuuQB A4hZg2uYd5Y7RUAIc1SVjINBsD5TWpD+Uc884FK6IVZMcGS8djop1qfgAEvuvYNF8Ra03Jqj7xDR 4EfTQXc473ri24xbb0smHmuprGIGXzilsPtsXFtDr+n8Dc5B3DbcSO3woZUGkJSye1B2n1J5oLUp bh/LaSzVv835Aaix4VZMs8ZAWHaqxOu5HA0jbcrCLP3glk/709NOK5+Pcg0CllltWJt57dPxnBgD L0sTQt9McFcHxFGGFNKCTdeZd+NM/uDiAK5MeYrtdSGl3QL94Xco7mU+uNtj47JugJwcDMCyWTT+ DrfOW3ZWtHK2XgCt1W0/5mNMhWeKJ6/JbTDMxsLbpAJkQEfpMyQ5V5aN1IIvxlBnyKR93Zjyi1nk +/3Z+N5BOQInmRQ8osBaFixaQYQK3TFamSMTTBfqO/F6F/vAE6d4OfeQUrwN2+zoJflCU1N8I5h3 LmMufCCQYh9To0p5VI6e8PlHqTnUhj68sF1+PudI5A9QVddnRsd5x1pvHKhNxYdHY8nVRG6nXgaW CM3gvO6+ZUO4IurM+EF3+Fr/hhWGIHahSd/R3m3udCoQDYtKwVnhkzvOQ7DDMIhsB648cZeZt2Cp JaCMUgEDi6xQSpgr1QPCnSCVpqEop9KuwVCza7gLzdX4lOIdQUv4ZsSpNBXRaugjQifN09Mo0/RR oMbuE23xXI4lBRMfFpBs9h/bPVwQyccmbKCReebdiyWcSqDvSX5jn4xR+IF9odX4LGgaaKDzLkXI ZOLlbW1G82D5ejpYrNiZhxbjhDVFHtMc4ftHeKNQF3FUoOfswiK+aFnhcr1kGKJWk9hgom+DhJUD B1PZ0q5hFR7aPA61UMlBpQB7/fEcPRFZyaZvCwSJYAJF4IuoBHAUIToZzv7u1dmpfLCEnub8PmCF ZisqqVXrddzL4v+pWwnK+F5fyAdH0PNQ+Kqy4JlRW4cxq7WgHl+hBWEFAd1oJ+zB+ZcdVgnmgSGA UOAMmEiUJCooOh0kAxijnsP3vvMTITTAHbUC1ooLIL7a2I4eqaewwutZZ5WAWFftFWqBNNgub3xD G6v1HsMzQt4SIAUnRCN0Rl08VFxL276rhQENQyLdQolI/uJtg5Pg0+4WigonHaxbYAuwLIAISxhC G0GrE03tudZDUbXqnfaeG0TkIjiTrzoXb4UXqTACEleYKywAOrqhsY2EUJtkhq9k17naA971jbfW 0aDIu773mJAbDdVxoBQas8tUF9UIin2XWJv0O3wPGqdUhFEHQ3krGN0cuWIn1n7QHMyqXfYRJvEp 4YrfuxtcAlRSfQ9qbVc+LAxzN0hZR3QcRVP5BYhTQ0s3jDwJbG1xj6Jc9YbN9wUmCx2rwILawlpN VsFN8WiX9AqcBsCjRscfVRI2UFYkUagWeFxT4hpXCSFYDChklDUGgtdDvMWvjl8MIozFjIVJjAin 1RDwkOpmBLMM7od4iryXUh+XkhB20DdL4+6iYyPXykQQAQUwx+kZ3A9Qp/FTu8HHZoiaxjTUFXB4 MCJt0XfqA3kzFIfTF4VyYmo75JO48gKr+NKnqtpGEz5Bm4H20EgOWW03pnAd/7Rf3nRWw/lqIlWQ QZXmmOAw/x9w6sIwGb5TNWDrA/C7kgxKF8Qebvo5KxEufb5dnI0IBDRzYKWwVEU7YKEe4aXXX4jv Rk0MOkddTz/X01/HD95+bsffH9Du+vij3Af28Ony9wKCPv09/v3f4b/KPf/dwrAPf51A+OPEQ9g0 pvBRfY/bBTQOz8Vl/vv3AOvGR778Hjb/BGmruqEcx/G2v/0CwXe3m1fdlCipesSp5MX2onDE6srm 4zL/miOAXPOCUaq+i2SAYtkUiR1Q4sUErEAvsm7tJ30QH0mRdEUnOiH3+v1Fn5lZZhOkbfpRFkR9 A5UBwX4He1KVr43qKyTMGlzST0MhTaVS+sVtVN4BmlYTAwt9ldihi6G5ciWSFx1Ta4QZPaAww2Re U+bMVg5uRGRYsuV1fXx3PJw8jsUAwGj9Mr5cLqu2mWPmUiHHKVLkMqEWVsuCZ0oIov4ypft3ptUq z79jt01oDW4XS/imxi3omAf7jZdgBdEACG1EUoVE6L4MmsX2VB1Oa00cdlAfZQNQk/JeypTk9dVv mgyv+7IO0GIaV3oH/9MJv+aEOUI3dStqtolPCQkwDJV6G4TvE7+CnhIy0iOwPlHJQElKSqcx2sTu 7biSrMo97jjuXpkOVxlYpGIgNjBZy0Gt0M1QTXODxVRJAM+WUHQNomF6d/ykwVhA1h3vtcfP1O09 HAfwDKCubAJDypEuZuH4cHYi/Cpf7G0+5Aa4wFJbHhFibspZZe1KsAyVC7PGl9VqEeRBebjjMY0X V4i54AkpZcy1mOhP9yiXvGen3OaBSRSupKQ7nEKv+axcVi5KqGh/WokXb7v35V5g64NyiT5zwohA i8HHDeAvWTXyLoPQec78Ye4DrEQkyVuI8BgHgF8oGKoAQulrnmE8lzg2+bdiG4ok4a79PDXVGDya Dw4xEzREA+CYiVRolYJcpTxfVZXU6xx/MYL8Y1AmLaU9RCHaikeHp7kBUQJ/q0vhGeNOpJoFQRyU ookUUXuC5kZP+Ts+G7iNIPSaAwyaNgqhtFypkL0iPJ7J4FHbyBj4VfGueZsaI7Y1Ji7jyUO82gKl M8JYHjy8Dt4G7SGOnSBEICIKicEIxuNRhrbgr0IXOO1RFGM1DMurcD8giROuhdpAlit7fcUGRRxQ uGp64LuAtrQV+GUDo6e5Oz4YdxRtADRSGMYXj8eIX1R5NFgoeeN78vGBrCBQzqqQQYu1yYBWkE4g BvIGqIgxvpcdfQWKqQKbAoyCUOhNnJwYfZ7PF9bHr88HLiiyHIRG5Bcn011FNGImF7uyA4yWn48h V0IGYBL2CxykiCO0GT2Aahsa+Ey/KkxqoAbmaLSLPqE34tvin0/4A/MReMHbN9yoDHnxw7ugOb4h bMGFkEQXVDtJdFRRiA5dsZFPwONu/+PcFirhB5ZDEkYIBVNdKAewSpGMRhbXJe4u5NAsUJ5Crwlb bEO7qp5XhTh4kTkVK7Wxnt4VEMKdAM7wLr21C9JW97cVGC0cTyPhzoGsS2fPhROaIzoC9Abgwmjh ezY5CtaWnYsHyQzWhGly1pcRXAFiJGyOAbw0sqraFIn0taSzt4T/dJfiNQyoocCrArp2eXpoxMuq /HmyPpqmAfXuaVjJcrYgmrBmghwHdRqISqCkg5SsD6kmuNhItNO6x4JCI4rCzswIz6Ka2ms+Brsa Pm/H+Kp+BZws4At/h+Z/PqM9KW5KQ+CO/UwBqD0Qv1QLhhTJU6ueHemuENtdrnO7Vo+YqTmdUXLQ wyNRQWyU5I6tBPMkpbZBmzvIMxNNeyA40U1mpOibOLBiwBcrr4NT6A2aFiTYc4TN4nulBAP6YwuS TREy2a+m0IDpgNAHLNUieo3FB2h9cU5en7zZnu9oO4RcnXuKEO1z0PqXaiqqceCuKcIAXm23P5be 0xJmC9vEi/z2HGTItuovPjAMYZyw4g7ig7g6Bg/GGl7rSnCrP20gVtgcAQ2MqugAUqRW+aJj02hX JFuNCuDVVMhqxDR3aYO5iZio0gQabi3yB0alhkTCpNrAWNRhqClEFlMTAD6lOaL6gpKrSAA/8p3+ TGFb2HacORxE892hY457e9RA1yqt8KJiJ8h3DjersIIjAv+FxANmw3sB5t2qgAVwuT3UuJQPURZN HK191rUqLyjsoGRER6xVF0VpA1CyxkjreALOp5qYuoZUioqoFx3NSIbNW3qlKK1J2bGAQd+eY4CV bkDr9ODk1p5nuoTsGvTtAuxNotTL5tgjPYw52TN1zLgDxp/c1L1NNSC/sdNiPUJGtW89yB/IHDXT YXW6SUnq53TFKLD/4PT+CUs3RqHrA3F/vP7BQO3QNQJ2UGEE3Mi0H0irsHO7khmZL0cn0sEnNsWe Z/hUb8bf9pKviJSeb6aQp4kdT9iPFfs1jSgzoxJjLWAdzB6J0mBFLvU7ANzIJh8zhQ6TLTUrlcAc tVp4VSZoWTrD81j4vol8iX0Lxmc4muih0q30LTR+NDszFFBTEymGtx+kOTQGK5khSIfvWR5XwcWk KNhh87BVA5hXnsUSyKwODfROn2aGWFwarAEZe5choj8jEHq+M211rD7Czxl3++7jkD9BFFevz1wF txhID6TOdeBLBYyEw96gbmoaiwAnQ1ksOePSVnrWeyiRCle7TZcsSIwN8NH6b1HEFNQNwKFvYdye z0ngjzCPyl2SC2HmFfVqxkXjrdC1EBYukWStvwvQkLQSWwx0paYmuJZ8aSwT0INf1aex9uZPsHVS XfHQm86WQ0PThhrGXovJt+UPX7L2gg37J3G5HkroWk/X8nbet8q7xwpSpq+fekqYYEWnSQHvkwHO ZZATx99ssTF1rLUsf4OaQvH4AFLsLXkabhPTR71kpNSi4zfOcSsrRDE3AABuFfCjfCX7T3KddFAy VJPK6PBPeBwcAO0vZ9JogBkz8w3lpInNdUkTjl69dKZqi7/R1Ak+QG9bWzI8nRpwy6yuSbDOEoIj all/Lc1/N/TGJ7zRqpGb4V6TiDPZT5YGNZn5vTrxYgE1BepMcDTeozpL5X0Ix/++5EuMH8b3eMUf Lt1cqyWRq9yubV7fZSabFV+MlkM/4CSBlH9oVFuiRzJ5MRbiL+nj1lsLt2d4h5v6VRPQCWC+MsqO idcGUDx0WRRTZ/3uAZ1LL1NsMMwsOXiXma/mI00qX5z4fe6BuvtkNtmtM6PSGNJdcmOFMgUpoDOU +WA9uwlg0VQ7gSUxiy3guoXzbCLXouQsU+LSQOnOw2NyfSzdZOB5V3ccXnd41ybs2wKt9w46w4cT cmMrBBDsaOdiNzhzEYv/ddzE7m/S07KB8S3qAdqyEuVe8u2J604OwZ6lh7xWSm/0JH0Mh74bDjcD WJE8eFzlK9bOqhMS0A9Ol7bVkaQqGtRszqveiFUGsJblyXeq3y4JPKu+X/GF8WY0cjqjkcg3uYbl E1jxNAyXRk4aA9zK2TUvcvJo14phDBenjJLsvoDP16uPQ0g4wok0QXtRDEugvboBEId85CY4Obke cSDGgLucNOjExbrkeuC/KGiSb5ImpEGnCheIhLoDjIHwfpLBF3+JXUlXIi1NYeu51+RRJJYHyaRT PWamDNchONpcQ9RkGaNrht+Kyxo1Qyt3ZjpCh8Obs40VBlwJk9zunaaAxwq+dSW0GiTI1UdNQowU mwdDgAG0HM9TskBEL81V2wpiBXb4vAYJAgcQJJKgaG/Hs43vVPqsw+bcL/zXG7EqaZEHKFsAbAaX ZopLBvP3vO2XCqiBbEJyWMfq4AKNBiJ4bjtZQ1Q8wAhATI9Fq4XJgvOJ77US3O0xkaG9BliCOloq C1iEdYcG79ZhnRlj90DeapggKMIauJWUoaqKZ0JTgz0iaasKAn5xYlj7W+GA1VUGLSQSBCfzyb5v N7kGo86T3N/BXmCDkpnbQ5lQ0qsAslh7qHdeCgFZV1hUawNmwB2VXJYIOdkF+Q02dDkx26FO7DYl g4Dwp+i23eiYGyHJqw/QVVOtMhEKJwaXgCtgUnQrpEMGxPceI5EA7gDcKLlZOxSglkKAkrYJ1w7l mHwdkAVhMSrxkEmZRLxUKQ9ATQmaCpZ+we2gTOmXbo7szlADmA8AZzh/0coqKxF1sZ3sqIPxJDso hvGMzgZSIEM4lpZi+QfjAK+I6MOV2pvyB49QO2CPRui3BpIsu8pRMdw65B8ltpUKgf8AsYELGOUu M9wupIslNDZhDkFRNMuQfp/AQZGrlTwNVDEEcEZKYgRhvPIgVRyFbIPg4HxGGTt4vbtNWdMBva8w bWoJRbsYGhA39rUbO1xLmgNbz8V2YaseDSKVmrHhGnYVLAgLBplBPM9L9YeNfiUy9KRzvpCzQZNQ fkMHXINpl5ZI6PSNlGJ3O01wCa1EIIbNgQS3ji1TrlOLXayn6ksrf4E+D/Dr9DKTF/hvcAHjDij0 g2wM7LZEwLeTBDFoj8rW4kCr0Bt9FM6IdCqbAZ4H/sl/hOlLHCi2jaErT2Q8OxCtNEn1hjF7L5VN 3vw9b37UkADy10WH/mExg1G1CwIN0VV0Go59ULAD3RYqj4p7BuDLKEUSho27a3u7hO0qIqF4BI5z v0yiQ4rnPHVCKvqxPShATE9/TyjKNU5FiB+YNlDd5aebfMpNkmhz+KfHqgpyrvCHgtsYyrG+cWjX F0kSU6atBHByUGzQI3j3OKkQ6QYJBwN1UJkc1FnWjkq07+C+3x+0ufmUK6E+h91i+OugTErI0mKo m8x2ndsRX1Hr9fULwgnnZYukaN2D1A6bNvoG92jDvFSFIrjU0nui05t+Jk0mRLEcPFUvzwqZA5Ez tx8q1Xi+KeAaaUdGKLCUXQIdl4dqDsfehV3po83kJnSECmCfqhHQN52WYiiLyEAePh2u6C/pFSgt q6Vr4Xd6wS6YnUwisvP20wz2fftT9s7a+DBhNRd2Kpc3Slk6yRqwOjcZzWUldEjTBDPdUIezG+zF 7GjQJeWTTfBA8MpvmHHMavdlMLyCOCU7Yre2lAezMwDMMZz59Amx1pJ2a8hOtl+m4fHdRV0KmSaq S1DkoIqsfBPVnwVscwbzqlsrRxldmfAVwPdGomFLLUlZ0ARoE4eVxUE9zIevPCvGbMufu44YBiy4 GjvuBe6tKxaM6tCCQ0e+NifHkgL4OfPkYwuT1e2TTRBbxZjWGfaQeVWOI76vjisJlaGS6Anmdc3x U4VeGNFelrmWGOrSuSFm0W3VEHBUgJXi3S6h3l6F53ev6EXh41EnLcMdSRnW6gIrlC5yw8KeI/KS iL02mzdGnMcYXMqZEiTwofN3cY1EK3lQjZH4aw594CwWMgVdR8ooH97ay2vl5sUr4uoWCmACZMAD QrWZb8nnzgVbdaqLoMY3A3RyL/GfAzG9OhecJ+NB2mYlCsx/WditxaeXnuAUciqjhBfWcaFyLeuv enzFNviN25W6dB1dIfqO5GETeqvLG++R7iMs6V3hhciJV2RvNSc0j4/rojABNlkxFR9dQyLoCh3J A/jut9B1juj8xxezzAj2OdtiXoxEQaId/Zi14n1oGH9cIUp/iJ3z0l6fVnHwSFE8Bg59Xtv5KqpT RzGU6uv7KeAAr+8ZFCzoCvXhTAakFIeJWZGV7o8SFvfJ59efLgOUaCRwLLgp9E7AX3wdRip2iuwn fOSVar74Q1jOjRTLQRLy+OOfQhVEvT6B7eBT+rzIDxuz4rcryFCYoJhFYAPZQ+N0QTGe7f1ewE4I o5eKBsc6FG2JXYXRVE7HnMASYFiVSF53pVr7HPEVKDY+fxIKvQTIuCyGJaAS7COq8v/S0VGKUVij 6eReAIAuJ2YTsKsH26cCUqEAkCEXlofNvVeYokAbhgz0K5Q3lEZSgGIUecjiBPs9SQDwaai0Kwn6 O5Aq/BlO6Wu/ehFcwRdkh31kQNuSHzYH7vJiXwm45hWLR4IBv/oNGROGBB6dcPYNXvAI5QkzDOEP mg5/qQwocJisiCnUkAyMnF6vVQGegNooCG5RV42Tx9LDUREggF/rYkxUQoO5DihKzdyuqRIWQ4QM MhB0oxVpZ7FD+QLREBGmrRWvME4hTjjaGkGPkGYpGYhbMCV0DArWF5uMSRIMscHYhIwRlB+YDDqn lQ2J8VTSlBif8XebzBSdLjWVPF3UTTSV9ROaGL76TO/eHwhVw6iRYYHB1nLNC+/VS3ie8JpsbHb3 aZUAJHIK4Zt05OVxOGYQJ/vQNbDyF7NtvPN+6mn1ESHbGundLn9//aNbxq5twwzL/JeihbZX49H2 eRvkX9//FJGOiGQPyATGaEO1W82tICRVXo0gnNjfbrRTOpgZpqlZz2wB0m+4cFMPRBzMafAoStOR kNX4fX35Y+gpw8ejL8CVTiWDs5nn0MkKGldzAoZCvFplBG20R9d1NpPvpiqwrpEva/OmCibgVuYC MMqMVCnzbVE5DaAo7BRe6TjOEicuwkkG4n0+qSLSyEb9DXD0TPPcV15lSIHCryA7B675h7Yi7odO /oGYQkQhocwBRBkK4RV1TWUAzUX0BZYGWyZiqOjL64O93fpCDkH1nt8mfmU0Hm3SBxuDZg2StyI8 E+4HvL1HopIHyjFCvnl+eaDVhKZdPiIFog6TRzkPnqUbFFsTWZ9GSuO6tZnLhJeniMGsu6lwbdJ+ U9DZalqeynuttEGXkUy2U2GEprNrK8YbMl9R5QoPmx0VJX1dyQIoF98weZjVwbB7dWA06EsTUS5N T/izv4P3oVX0jiimwEIj0mPHfFbklL48k7bnG29UatYUCM3ymyhwfs+XfQJDf3z8gciWLGDSSw+A y4N/5VOoSvM8jXz+fH5wS2oe9Dh6mGUw4r23NUAl+kyQnlcmIhtIFI9yJ9ZRV8IsUxyvdcgpKUGP EPtL70gbyWM8y4rqlhlHEaiNtY5wMdPJHPJmsrFMaXGlEdwTqmpsvE3hZRg4rSW02qg9vpIeYw9R 6DO7VKJW3eedWeIl5QugiXTMJDWvyZm51MOmSZMeN97waLnnszCWPNYj/aRULAMblGWSBKJuJiY7 ZIjUwxybDOn/1n71qxXBMDZ0L9izqWZgZNabZa3+dcE/7jIWigLRp3Tqhb/Db9JSt2QoGJ/a613G 2FRSJsaHlvZsvYmoxdpsqHMCuokY5QpGAaidwiPEwAS5rKW48wUogIFlfXxIMTRs9JrdtlgyuKo9 aIDNF00BC4T65myUuVAa1NDorTuV7DfryLay5vqmXxWfkR7RZbKL+c/qamOqlJgr5dPQaGA6MbB/ RcUNHfG3epoyrHfCuWvUPaFjwDhW3BtDKss2xFHmnWvD8vAHGPZwK16bwS3xIZkTkt2uodD+Vwt6 yg/DrAlMTIv7DB/hpngVJHFBhwqkR9UYyX1REz+XjXvDBTIn9MFbLZcyQtpDmJ7ZGWmeRcO7t2Se GlIulWGytFimU6H6KMFtwaPP7+r5u4kfxu75s0FstL3QKPer5nhYJbKN/XiALuOvsBO9SCfMh/HK TAnGwcObJpAxwsvXMst4KhEH+MryCMY6Z6kHfnwr6s7sQrnjMGekTXgOA8+Mh0Z3qBZ3UcuhxIw1 5THyxGuIuOAGyPiYGiXWMyDpUQtLTmf7q4xA2WCuqCfhiBNsLAqqburnq3i1b0IhXYcanRvFtI5X Z39TjIZSt1wA/pYMlKNVQurjaVcUxQPLnBowbweDj2/CM26dBfCDo7lD7f3ybw4qCXTYaelhb/QJ wbjRBewP341jxC2cLAYxzJ3MTIC0Fb4TJ/n+roL7pkEEQn3ra86MlTNX65MxIL4IITyqmVVqu1Nx Nr8LXGWiW2SIwNjQeXhu1spzKoAcqGlvWpmRe5hADSDMmgibIiUbJMkUmt3cF7wQjLH2n+NlQ+OD 1mfnhc5XUIgFUaR4+cQ667wMDA3ANDL9RCpCKlkMEY0R1fS2AETjrqivSUMkHovkPJsFgGTe3hjx jWHnpd4CiedWYLBEghomdC9Y0SAFa2O+SKC0x0wIZNzaovhakTqvt+kyB74NAhJqDMHgtbnn7Xcw RCUm+Iq2EJQJ0RjgtSfXWNFjWQbtkcoSrL2il7RTk5sNsBX4wcp3pTZ5834TsOpIUH84uQAP9htn qODddoy9ONMb1G5MAgJcd8NCRLhiSo8q0Cx547Uvtp2qXVxs26AYjw1vwDF/2lamyiGb7ZzQViSx onk0BkkqIm1Y62mEE+krzxI/itmLIIwFcVGrNgn6p6hR39pFWAqmwk4RNdYv5TWC5yUUmpjSB7nr HmtpoHYybJJiE78UBscTMtfSo5nfbIPnizAh4SJ/L/dYzxDB6weSmaxCkAV9szGINUMFhD9PZC1M b45EUsekipsSncSEQ34bcpcOqUpK4p4LPYIUGBKPJzr7LwyZsB9spFeNgvtzG0zuZoCwt8jOOBb7 F6prRaE7CVNLp3/r06tm0puKw8iitQEK9mRCg5w8GYYTGC0HgIFp8297I2mLBRQOgMztVeG3qQ0z EDgl+aKiTnB0HbAje/kOE0U5osBAM4CRx5MKs+5BEJAof9Ia8g6QJwiVDbeGHNgFcoeHGvfUpnIq wcLNyYAx8oG76L0XQnuUjmmbLx0vx9BB8DZW00xa0igAI94kauwCf61vnR7lsXOMo1nvvR4pDQAg wnsEwkQOD5CKWhoRFK4HKwJX60rYEpqwn2DS0YExmGtK/GooIl4wVipytLIG9vPLOOzwmU12uHJU TDRUaOqU/PwB1YKRfKJgRKUXsF7hz44g3FxU7kXRvR1vKlZguUNdlXbA2t1d1Seu9G4FGVRK3t+A aM4xxBdWq1g1h6NKFPt/IJ149MfLz213viLZqhnsbmcCVpzZmxTu/cWXd0Os+Ys6zkfvOx5Vnbhc 1ToGbKuNcFG/AhgLOf654iMDhZWziGV/Q013o8aqdHHa4yL/BR57FgKzghZoykf0Y1R87bjcVHU+ /Pwcfn8wlA//PV7/Vl5DZQ21lI/n/+7UwFBY4/KjgMb553z8ezvvr6d/fk/nf86X38vhVwEJqLGj GzXt8M//lHjeesXlRwWP2/W2+/nn+FvZaKUslFLeX7zgd4ca7ajHajn/KOesfclFuY4ffOarIh5O 6/OVG6+HX3U2FGE+n/4BjFe4GVlalRCPUsr5V+mMDiuUajA92Dr5mv0aq5mmybohjYMHt3as07PI DJTZlJGb2x0l6WyBL0elMru51pllRzAmkNk8NXm+PpRErmiBOjzSd50LVwqGHcXLZWK+P5UTMA1p lgoUEpTQ4nbVSRaxMWpfSF9bNeDPjGlpDnPHjDY9mlYmH+qXLFjGucoteJtMCXytTFxppdKcPnyB ycmLxow1DQ422DX/KzUALYxX344mBf6bwezBQQHcKvBULUEWtuq+9td4M4C4zIwkmHXdJJtEWmV/ bOGB28vZlUQCnNrjUKqUKIDK7Zuo+q1DAskNnXz30SYCcHupP1Rn2Tq1m0tVujt4Wj5L92zHQMuP 2539ITSgMSlL7bX26mBpoPsNgN7qBwf+egXEe7pre1Kr1gVuzmpB9D2XCfyQxJRTSLh7pzpKo5MX cjYRLqowL0Oa6QHRt2kUkA/0xH2VjQBBG8WvPfpr6SoloGTdSrmVQMOObvRYYyI0BAY3Y8iraHGU IyrdacU0DBRjTF+fqYhkOP2RzONHg4hVOZFwVH/DFy3chpRIbSOa7Q5tFwp9Lf9EWvj2QeSl/WTM LA/GDcpNbLZtaqjNFdIqJd8oUEZQgrUMmxyB8ilO7qt0vHFj6Ygc6GvopQ8pwyt77FfZ56kDRc1i qxoYCuIxKlpIEvKC3BVo38pN5Cw5dfeee8KzJEF7ToHtLH0emMSrgSMrCt92g4jfkebt6NUqP3yZ PiQhXWIWWFh0hNokwbVaAUmxTIcGUBRmP2+DcqcSHqJ9XCZLZZ6Uz8re0w6Lt2S2Ne9tO7Xd+L8x LfOXLM5vEax5AxYMSDY3w6NabaFUKni0k9fKE/xOgFmA1+pb8rI8lpvlemtrLJTmEUwMhWhtlzfX obj189WGX6ajndGFCPlwljinePG9Z4UMLNCMvNqA9HaPYoryVvgdgbHCB6hrX+kb0bIAOQRFbWyB vuOlh6u09VBVh4gZ0QC5X8UFqCaKzfIUK8TXJ9Fe+Vk+QO/J8+VqeJEvG2LeD+4Wl9OFJADj9Ld2 g3r5jMUe+swb5We6tCKcj/Z6c82FXrz7vNZgNeUEedpPzrwQqgjGhGfCNF48Bh1nuIiJdyW+raHz QiGep7UzNOfZA7myhbNqshFaQEfdBZFCEjxWNF+44CudhQ0snCkxAvcHxCAMFMTqLRBrEaufxXZe UWwhHnkia0EioTvsKXjFzUXO4lJoi5CIv+36sBh/Rmt8e904XGgqIYraVkITwT7hQxWEc+BN7xAy u0YzI5rqsiGvwsn92yKVomO743vbUn0G8a7wJDnnKEejjZthLIwDd7VDfHybS6vnGMP4K+25lhPp MvqnTuCmKpdFQ4U5wR7+i6aY9goKCA3mS6Qxo/xR3Um3UmaDrwXTWWFflDXliXnNMbeMmheSAx9a EP2OOMojLYxd2bzbIXrC/fCGmMaDm+mSCVU0W7QdX3bG2shD9gAc4TJ4n5VOJEt3Eg61DHYLgjVG 4ACkWTilEP2zoqkQkT6HYzzihVbcoCGRFIljifHZMwN48NBACwrVuoXkPQ2SA6X2XAzKEAEq490g SRoQY1XrF2+PdBbwAn3ym8KuzqXTZLpKxUAvMKy3R4kCz5taEfUsWF5SySgXIbiMbjTegY0aZMxh oopBAK3dprHqfMJ04uNSJ5MaHkgYOrJ4iElbHFxPAD/orOGpHwiwYWXPOJzVhqWxMFWGBEYGMAJu w9UUYgCHYveqbAw30acwdzRndGWhMmkD8HoseipQqdoVACs/P+EeQ6MrZaGZ98oeaTaxQwMgKR0a VyfNgiLwp3IGaSk9gdUUdToQzZjNjA73JPpw2eAmWu41hoXodKwMi1KsUJ0gc2PZkW1w737HBRbt P8b47UVgtQTtOsgQlIzp0USouFaH7YDmWJaQxiSwQKsOfmcANI8EgNXmcQYBgi1d8/YQ+v3xSO9N fyBIwCZwnzosHeFEo2uFUsz0a3Bxg6VTmODUKehsdgcoeAuiJEtpvYxwwDi76SMYmSnvXpxYyUE5 AjBLCT2CdbtI1j4F10RnE8aWrzDtWT8OQ7gh7repaeo2EUN+oIJm4mzSoU6k+7l4rFpkVUOL/o19 cDVtDxODgDEjYyFlmnysl67UgU8S1odAEvx0Ykm6fokFWotpNtlC/A0R62seOf0w3WUShJyUTauo ZTOQYECR99MJTQn4pc5TZPKzXlnFRssQvBtc7yQe88iAkWu8ZfGfBY08TG/aFGW3iVmCE2BFK8oH YuDTf1NdD5t52sJsEEhg7ZiJ7GqoeYchhm3TIzkcEvLGl7cHL6YeTQUaE4TIJBO32SCXYWWqFEwg P2Y/KFH9Fg/3XfqpG+RQAko5d9rXzea1gWq/TorcELY02sDg2VakGXdjsnrQ/uRJQdlPTSHh+bJp 5dWlHFuMQno9Cajl6/SgHJVhBMSVAMv2eoKrWG9DZ96BUk1pg85YqLrc1ps6B2yB15CI0aPVHmEc WufMEqNcQRs3zSs8ixKaIA0Gi2gnFFK39/olsQwoqufEQoXr5NOfbJEMEukwyORbER+KL1NK7afZ NLV2zzw0Pc3r0oj0yujDJXUkAN3UmNxWuKwep7PEy0i0CiUIPWSQPUBJnq9QLzCm1ieD2kWFN947 wKmlb8kywNgTjEkuo+2BVFcPs+mNuNGfX/rZ+7XXskv7sqQmBc2RMbegWRQHDGVGwLCUH1ypPYTv +ayxOwLnA9N03RSXwfEnwwFh4eW2YHAcwq0YlBDpcvEJsdRsqZKssDFQW947tKNFRBLM+riQXqwG shW9yaP13h6JGnKYglE2KZymlEFlNFp97bkjpzwSj6dDcLDWa+IcO9Ta2svcxR7ewXBTg5Imw/ku DdRMwzralhRZAm+qFYSgjZ5Maaza+gYsz12iQ3xdJhCa4hLOHJXITPFyw6t95JdkMDOacmoq0TJ6 q+pAleWXz9G11KK2Q4b5LzBzACoXprVW8kdHEQMCuSl8RBGuDMfCSCnBkQ8aEIh0rjnNDku0AWE4 QIgeZgYawUYk+NG3fCQq1ox+YZPpSMoanEsb+L1qjBtKppinyAqMDtSBL+lRZ4syGcyYA5G5rBZv T1YenykkKws23Zu0PHHJntR/D9T+FXPmoyg2QCptskD6M7+ZwMbzGmSL01Z975aOUSIy14RyO+5i xclAMALYYsAND+30czOcl9V40sa0UDcBiXn28IFg75RHKBG1B2bG+88rMpoRYShK0QFr74nayLAZ SDIFY7a8QeaMVHW4Lev9SZYJLW9FI0nA43NKU5LS8lsKH8zYBG53pCdyB0RZzJFv8v1wynuNYWmf mtCA6yIcIxJRp7tEIC8Fn55j7gNNTeZoVCINbadgBO7rgHQvt91AAoJSUfo27oWYCwNbZ4nM8YNR GkAQnhcC46XcXbpgAouRyCdsFF1Mz/Q30VvlqJmR8ZXaODTX3NOjVX5sOwdNQ0x4ai5P0UaKvG5t tDWP1PWIsomPbV+VvONngxQicH29FmClq23e8zqv/1ghBvA+TFo77/zaigYhb6OufQcWW6PegLIb /oC3jiZp5LjxbKW7VU+6u/lsI6y5DRdCGLMpAKiUlDYwoKlgy4TkUkgwSJYmiQR1okGIbTblknFy qinkI/bCwBlXahr9KzIIy2HpETgyD8yPGjJmXoQr2viKG6YOZ5pEbs1Nln9GVDPN5AmrKfBLiOur jdKFVmAQV5ZxEBODX2paVC6U6+LTNyyxahbxosM1ylSATXag6n/BfeBUNb4ENIuDc7gKagNTUoIo bJu9SM47yFxNbBE+zh0z5il46URdHCuCwY6DxJBeMtAsDfOhh0ohkRefZ3ILdbwNSiVlnPTEuBgv FTWRz/zzbvN4rG5EyjBvUEk37VAKCTPQgdzlhyiy3EcTi3IjZ9PtKgBAupCKK2YDzAGfgsJR4EOY 1CkFuwUH4hFXwfMM7QbFYDZj21VfIGp6BFeA286xhRHl/Te0WH853Q8k4qPIpXu0WOR2UCRoq5II iJnwaCAb2DCKOk1Qg/d43kB1z3H5lHgGfQfnVZNWYQGUYYV41XIAPV9UwK2WgMLIFWR2ZJq6FhBY l54xiivX61pQJ+QZCq6ARdRklYh/d/sfhUPUl9juznsXw18rEoy27I3K3oKmd/u/CnF4jOPrVK24 dNYfAjQ4GkqIBQxSVj3j+LPfXIHCxw4cdHKdl94UQt5XD1ntix18V9mDs3LLahKDnX/hz8phgKJV uLgpd+FEvPOv4/puJ3UwQNnA7J1DCr12f6iMxvn2T2U1nKR3AH7/PV/RpIHV2MuVhd4Dlc+Q578/ NwcKqqzhvRB5tTiut72S0B6rcAdsHGSvXDSoGyz+9//ON6i78/iUiFZNGnwNXXezutNHN0PJj8f/ Hs7/qyj08ff4q2r0VZv+ufwAL9vLIOMDp42AuV4eVd03H2kJM2NeqwnA5IDo8H53QCmA7Nf77h2z vI05Kq6gLUfXX9EghoAWmW2o0KtzAKncCmj1Xjrj6+B2ug/trJxv9fGq7wD67iQC0CoiMQ3D45WD ed2+V1WjHFDF9ktCVeXCFoH4tGZfZREqwuh1oGxKCCrW3q+OXaPf/UN5YXimnfIR7UVhC9sGYD/A d1TrKqsDN1X+rGqB6halpaSGPH2njjHgFphKq4HTwEJAnulyBoGafAHLA/0iZiP0V6WmHQ3Y90fT WZatr+nc6oQc/rW3E4eOK2jSCQVeEc1XVSBgJAlZ19C6EZidLjgVZqD1KzU3QJdSaOH8alyQdnWE KgGUEeuwgDBSGDNA1jNDy32sfhczxbZ65SluMEus5FACMcdlAYyqtwBFTWNlbWxWwBs/guW/PUSG yUe23zBGKqYgBnsd4rvE0VRkolTmqUHTWLYr3j9Q3ZCtLzawgMaZC5B1RfyrLAIeloA4f+D2O4AO mE6n4NCRuhX6Aa6CkYlPRyt/VHEeOxYqHKLMEyvhNaWvVnuQftapxvi74as9lTbyEt9hist+AOpZ BrAthnmKI7NSgqMq3La0xAQHRbNmnYUXY5wdMfftyAh6lmOwkQLc693U0+adUjC6ZmXwqS0jEGbj 5gs2kkzoOgP4BQa3/GghlFuSwl3tGanZlSJfq8ZvLHfRvA1RcHKE/0zoEfYLvnYanbyBDJ0EgnSN hanXArpb5JVOmlPeAuZkiqkMo6wJtDz/vTQRpDymeguYDEJ2X6a1XUvGU4rB7KZDuTDw/l2eTiqF Ii8TbPeiaRshnHZ6LR65dQGKbjbJocDCTWaLRAdclnx3pTFEYuf5qSdJODTXMQo2z2gGd4h5r8qZ TET5Sr+WMKKWFVRpB9mkl3AZqKnnNaGmxLS0A1cqT63GRoTXi2jmXsSVk1oxN0se+0EpG1C31lub Nsj1WPFeUvaJtrjTI3XRo/Um7epYQOs4m8DlM0bth/Fu+L08S5OrRIdXlwigQnJURjM3iZtcFqd8 2Z05MMx7GTkOV1NDbpj7ZxzaTpjv17xbHkiVhAUKdiU6SWTcTl5Eg8zrsaB7aYekmF/jfcaKaQJD bPTM+5SFkdLjWIXHcmnkFPhqni8s4JrmKIXv8Ls5sgWY8oId210cUOjApRJKe6wfXNtL+ZA513e3 lQvExVwLSTxfGFlUwF/SXgGsW0IW5tOJYUWo8KKwW8z6cHuetpha+/iBOXUlDSS3thFgqGR7MW1J nNqNxkirBCR8xcpQcGsRior0wpUIeDZulkXUOqGIOKHEiqFB9hCcWCa4yp03LSsUTl0QucLBa7Om 0SiSoAXJmhdE/FIbfnRN/ebcJqfwC2P0/WYjC8e6eWVACYfzTBRdrQA4MoepURjYTw5OzW0WBOkB 0ov3BjBH8MjtBa+EyfaOqWQ9IR7aMHQtGDFckSQVgnBLlB4okbAJphc28VglhIFRPh8BYrxJkfK7 nx1Tz7/9fICIICMNuCnGnpICgAkhmig4ILcg70NcGflcrqIoHJoiDuDk+rLgCxArJHQZlEXgNFjt JwgUZBibGr6s+YFWukJtKmQRMseb1/xnYaOYH0gNpRC9FX/QQKJXasPQ24z8PZ+LHj2JDMXgPcoI uz8qMk0qspMPoCKQSNG3mNIoemYeLvnBFuiax8IYCFcICIwBGoY/1ZRyRp1qp2U4mfACaBP4FHQS eNIfgYT2R8eSLep0Z+jbQGVhw6FhqJ6i2K4XHCZ2+DgY3uNdOP+aM17nj6G/ArnCNwImi23y2gex c0FjFrpD+4mrg9AqJvP+x3PhRvGfgeiEG7jd8EKEhVueVqDSCxA4AVUPr2oX6xdYTGP9I1AzGuim mLRQkyjbPegdpA4fAA9XCuPRb1oIWdcnoNz78x8gKWn0AA+C+rlOCO1QuCcFTxRohjkLNQMX644z yfypq5Btj8AJj+3mxDSdAL0POOlBz6Fjwe/BaV6u0kGZBZ1Zg1hkzGS9Yj/6kKzpD6itjomb25Ng EJ/fliHkxEr5PSNoKy3U9MJeD0XrBDSWMAHcMVgLRaHfHsX19Yi2eGqDB8WF1uvPHaI1nWpQuyfg NvpaGRNwL+gQjOvS7oeKho8YA3dpSaJ8B9V60LDMzaJ/AXYtgI+VKiKZN4eOmSqhITDH8kQ+NmDh P36KJS4ofbNHAfLJfCGDg2qc2gk18VaNgX5P3g2+RNM8MBXXL1CwGR2DXJLE9TWoIiReQHtdo1rL bBCg+J/vBm7QMUR3CLlbyEojqBn1YdnN9GeM3Sqre5SK8V6qvaY7sfSTD0jp4YFUNUnzzAEThAhG A0MFS+48wHX1MTR6Md+g1ne8oMbDRFkDpYF0w2MHRLdxwahN3Rv6TBjuliTyECuDG+GC718PrFM4 IJyGSmDja48JnqGncmQLBTdOImUYBtE2ZFBECw3zoprKLF7mkrXpWdEvb09naRaYVGoIH5M103jj n0Z7JSULv3+BsbM53m4w6ViT0h+wWkcb1k0S10Sk05dquuA8w4CeGBRGhnJ8vjxixRt+P9FTnQup rj6MRrLWgZ1aaubQf+iOxVpPmXRokGlCUMtkDq7SeG/FJC8R43KPN4a+mDn1rqA84ZScYvSsBBZQ D5SX0oWQrjKXbaAgVRpF4hqDrA1TncmSqtaqwF7C1JTOSZRCLBNkYUvqLG1ojsmY8TLWgcQS+iuM 5wwyIQTSys9ajWY2DSjts+DSoQHwhCr8AOCROLDeBGUH5oYt8DHwuKuRZe0EkJIO692QtQBD3l4t prJIJnmDZb0MZ55Mq5YxBjAZmXJ56swFAMlyUAvL727i1ZaLcTOMUS/IiEi11HohxjMFAD9BiBA5 q90bBIY2mg4k15oGVFfmIlZqFIIg7/Ji+U7cEr6TzUKIBHrGzwoNH0CvvJjQkktjjaOySmUMtTGP i0jAx040JszqTgSz8eu4PJwH6so65ANxHtbPpbNr83geLidkwCv3IO8ikLm+A/p0DfTj2f6nDdwS iE8sEGPYUqiytF/5Tjk8uWsl6HM8gqPz/FxbL+Z+BgG4hCFSO8nSxXrqLk6Z6cDx7CjcN34Pf6dj lQ1W1Zbp9RC3NZgHaPjIjZpoCU9pdCYhEv3y0ehgQegsWnJK5hVrXxqR7FWEZ8ImZkPBhHINIpoi awxEr+9evEYO4cC3xSzuKb/NP1xqPFj98hmPmw0QPORuceaRoAyHxtM5cgZGvr0NbVPfjarB005J t/oXkIicDT7leIRzSl9WCJ00iczzmHQDqUhM2zdNYfkSXiHFYdUZcJSV4PQ8kh4bHJ1Wfjw61YFy 5lFZ8yogU7ad8uvm4vOhjTUsgvQdJTHJJ71oJYBHS+e7BoLZK+mULrEgZqvb682koTycV+BxXCkP yamevVF8GHNty7XQztDtclYQ5uQOmTF8INjGhvHoWxpl0qQGei7dIONmbHMH5ZgipQRZm8NNterU RPDPicoe1rrIC36jjrZg5cy6hZec89MGgZIQ6XrmWlwxRRABnR5HJYg1OzNGIOYsf40CvGDfOvrE 3CxeRSQTgGs/NeZbazWGUq3fFSzYgks42lYsYEhaLTjuMatmrpk41DaQ2gh1/Gm4txuiusWm6/zN JoiBbxIJHClksH+R8h3ZnqbGKCYhbycK0mMDRC5FDkBj4P/40CI4z+D90+RymqQQpNtWZFGtXRiI Wh7khxJCxRQ1A5oNlQ1DRj8LoYqIByyFsXwqRAw5i6Qn3owvh/0LFvBZpU5WeJjF5vHfIpJVbgKs GRdNYOO12JtIheh5IWkgB3gy0bVrPzqwxhfBW33kgMAP1RsROMPB8CGBO8AZArHzXGPEVzGgkUA1 A8ASN827QCvC4KidHqWkrkt9ATKCxKxWiLmYplPs2wUaDWhCnUN1Ba+g+an1PZzA8AlAHA6zRndm l4oBXaEZlYoFRwA6Dhq/e69oQTCUZrkOyxMSIqZH3+xi4XGAg3cF23wc1JyMuwl+CdwDZLEZcSft hQ8wrGa9o9oqboCNNx0JVdJjUByoGWwHZAM7Q9x0D86s3IBiEYCIc1AYRMKbP4+L6pvHxQbiORRQ kQtP+T5FEw0v6uTNk8oqYKRlh0yqal0pabgb7SA8ZZydywZSAg15dXI7qCeAnW0EIOCKSKsH4vrY q8Bp8Nd+dQ34hp5pn9Pe1Hw+O76witgBWqRc0WMP0Bx85CpPV0CYhDdOwruohFEdDYfowZFQt09K fMB8VZq+IIiDzg/Knus2pA3qTEhUUPUP1RPUJ1Gsd/0XRON+//nBReqHb5S7Xv1ozuqmHElYJmBd oZJqY3iGtiYfMD+BT5lf3T6qyFz55e3NeYgAO3Xg9UUjqAXeeMDnRkGRqZi92/10Tcg0JN8hiSpw 3JzyBxjCKCdURSEA92pEgAlHCp2fp/T8QWFrWL720mOHXBrBLWANlC81cP4ws3wIEXWq4O7yDcKE oYETqwNxUEqk2hvquThGjw6jqF5NMu07SSkQqsyGFysPXpUStVMq/WFeaLdbzhRef1IbM0S1ZHhj iGKF0kGAdFSdD7PX1A6ugsgFYoKugHvgxcOX0asB1AwufFIP2QhO3WZM9kvsfx03kA6j3FzXSPt7 RVLmjU3Fy3JzqaK/kaJCpBPZ/8zIKJDR6HfcoGYSkYIWHQb4fbrV7fUZsVlJlrcGVlvVZje1YdoY 9Xj3nqcSTDsIzAlQpyIe4NaTWv73/QFgVy3Cptac3Xl5YnZM08rpB1fj/aoe4y2I04CyUF9z3Mgp PW2Y2ARasv2mWVXQ6RxDGm8cSDUTo/t2BMj1OGdRmoVuBd7GTTeLKnWtkyQ5Oxu03jXqwjRviLIa 4PWc2YDZmlCezYwwIoDiqTxDVUoTwB4/qItmA429lNwklTDszamSVhkI1XEyMQ3LVP5PGL6jwzBg KsngmIdkAm403MBmYHJFe9xiEms1cHilZrj5bPh8SA4sWycyVHqlBJdmMYweCO7DQ3YPLJsWh97r tPd37IJWKC8Sq594GWTCXLNI6ktFWu4MStbeg5rG2XYCJb0MHky9CkKwYQZW0fJSGCRI+7PtLoe6 8xhOLRYeziCbCDRQ+ob9ZEatFaGdQaCVf1LMnDxhY1HfJWjkZ6ymIWWdemRltZZZnMHkiqgw9IaT zXWB2jASqWBOMD5AePktOaJRGusNpdV8F/Zr9WoRc+ByaxewjqWnLc50hnkPMGt1gzlzY62rbH32 meza3OXoZA5F0LdNSboGg/Z7OwlkmV3Jhy/7o5VSofoOB+60m1BoLX4DI0OJhV08Dt2qFk1oL/Bc +z1cxSveCnzSd+635gd1yvm2p0G1Kwgzb0I5srjfL0wxIIucY2VPmcbwZ0R4fd92nDRkWuO5vpM8 aukPy08O4foUAJfdqh0m7d3jRWiXJA5XRkVuLoa/uQEOASS6aN0xLKSf/Ww4NLgUwHvjWL01p1gG X0vptvVAZQb0db+3gW0O8lY+kX+h5TxizqRjCrm4npC3w/9ynByZlETeiJ5y5tvGxe/FECBfDvvr ixBDEERkohjRGdqtiBsiyhtvYy9H99PRf2Ic6CsHS3p8QInYHeNueRq+kGiS98YfbbOYW8Kaeixf C/mDeyzGgpTidZCyx9i3yJPWprxcYSRwVbyVf23vSf5vgTykgsY4/AswITILrMxpFWSoJhJfpbgD 0ixgF+T0H8dP5OIB/GT+IDcPDEE7ABL5zUg4xWbt4BVqu7cIgiPaV0QmJqqiciQffrO4k09OFM9V JsakEtX2LeXR9vxNPqP3gMS5+DOH4pnXY88ztAgakVSElG/LTSGLYM4NAmcOatB94QZGUICDsNfr AtJ94WeBqlerDotwXezpQcA01LBYfCH9jZKwO3aKXgqForODawAXPhTSeJg61ROkA1EDeYyPjcnB fkEf4QWAAMELdiu6TiMxTJNIL5x6IRJwoIcIH5N94WxUFsrjW9ANlg5407PgtNREZELy4jjNMZC0 tMhL7MwvF66BkSF8ojbtixAe5IVIQ4x6RjWNgtAS8OViui2UiHYj7iHh8CLKVnI5R9+1WC4UamBh oEZx3AAv9iV5bGG1SFNsZvKE2feqsivmfnSXwBQhGmAtXmhba/3gIy3vP8+fHAR3eeAFGE8xCEkV OKSt5oprxMrN3MYjlKOGeSNBGfdU1NiFtIqGzDQd8AesoMuQcj0Is0Ps5AFBUdoWkgB7p052E/uh FybVwByZDhiIiRVoAkYDF8MLAsvMDPikuD/AMjAWBvfkNSUxQFYNdHx1SQcANcwshQct2XoAHYMg BiwHucprhL/Bn8GvQGPwLAxKwQrBdIRw1TgioKoJgTwZBusDSuWexR/0W+WlhyXeSyC+gLuX94fQ W9H8+8Pjx0Mgqrofd+xPl5Ewy1l4JWK26Vl2wNQF9kHoIEiBac2JcNxopADRALSaCHB+FOBrhRnf mx/DRkMkKfgDhvLbUxBfKGzYrPzL08MLgFc8HoIorzHXh2RqnKINzAGT4MMgePAOPHGqYoMNdXcK LEDulXAhqzqoyAkWq6fo+HMcZnhrfFqfhRLW7fj/XkSvzNynJ6ivcQl/tPU+CB0WK4eEqw4YrqY9 mwXqYj1eaE4IaMV63A6OsNMBkR5O6bKCYpipMVooX+O9oKrFywPunNmKnI3hX72EUM4mTyiwHt8Z 8lX8NmNdZ1oLkkmbucVTq0NBqSZwVOqECjzwlsSe8afyoBhjSqAmyrN/tBiBGfze20hPW4PAAZ0V ZwAPUzJPbHz/SIFMNRi90g0GH4RkcD0CBk6LmiMh894U6AaRMOPpUwuBfvYtxTOSdYnBIQiAjweY V3qQDTej59RLdibuJ0PJXIYNk3WzDImsoTFSQffsOLWkUoOYPlJ+QkzLS3Z4nQb61mBI7fmMVD2D EdF2vQ07rtr/KGOP958RGTiaoSnzQFy0/blh67+eocdMBen5hKZTM2CyfApzMFiJgfZpS2q7cSQv mw9gEz7YSycgekzbSGUFld0fhnOwDFsNDiIXK3MLucZocmLU6nCMDE/rOGsoWVnRpiExEk6GiRV+ CBEKnJuskI9pi1H25BIHCg3RysHPdcGFZMZ0ghQdLQppMtnLNqEzMsI2MbE6Hhb5ltBMXytIjsj3 kyyttgVKGRjQHtvXXL/3sUWOqYn1jUxrfFvubTuA7dF4WtfA815KeuBMuovIKx3DT0lEzQuS9Ypv G7CaHSg0IZp0h1Vt/5xeB4GtTJM8W85VhXMH8vVMJYjTPu/hIBEwEh0liZcbqupBrTC+zruQ+GyF AtZxXiOTQszAtrwReKxVq9WCuPNPoFteq+VcTKuP1RBwZiXRkPw6LdQtDbVKuo5cPrYlFZKVp3LV 2IpBVeGo4asO/gjI05IshYUMYGVZ8Qrc9DbiUU+ooEUBsMfXy1mygPIXfDtOowx8wBdnU/qcb6hh KbaUAD/d8m8fohYFsgGpY3GOM+4VHdeC0jCgHM0K5OW7+uKjIhLVE9FuuJ3dJwawVqqGzMHTnJyX eplD1vI/o8L3AMhx5+gEiM2sN2viU1AtqJ0Prf/tZfAKT8itMUdjfzFcbTzE+YQgT5af15nY+dCW RK8qka+f+BmcUmEC0aH//nt1Y6/deh8PJBQag4IyxBL/UJET7MY3NjXozo63AP7UAGFCwCMWsNt4 QiA+R1uiFlQ0umAEF6Ed1sKyGCI8QzdG+4xNQmV6hvWeYFVvpwL889QmuFDkkxcAr8PZsF3U7OpM 0kgalTUjYW6GywUNUWqV2uNaQit1AQ9Mm7lckJHPly0nn9/JaxonvCiFF+ToloZPMY4FZJbu+cfj nATEZOSQsAMikga60OYe4Gh8OzO9csIf8S82ELxT2RNhy2iQqMqrk7kXor3Z6V3Y5eRHdJcYs3oP sISQ5rtqgsYYh3RO+8sJiGXzMznhPjGTDYK3dtg615EOm2fCBe1r8wiLkBfJd+V/Uhd/eh0LWiug oGplSEnJh+lQde2A1ml1EmMhtAE9SmQkljQuDngyoNX5rOIHHRHO4l+txMttChaxhsUHZGoV4Gfv uC4oh0GGxk4Y6iicOEj4SvhOkaGEboJi8bKH4gTjIrEuwljPg0MOQIRMJfxUk6SiGncqVBRL+ia8 RZi02btYnOp+eaImhD7QUDG1b9vzjgRYVEqEzjDUcGcUxqlz5cDGyjtrBLQKYimSRPUFDfgI9ujQ MwQ1oPVRy64QCpgC1IIaf8X3g9JAROCxoJVgNZgJqCigWemOkBPgqoID4BGHtbneWxo+IOrW/eCJ sAro0xHOghE34Ah8VI1jSJFY/9LGcZuyISew6Uqrhh0Frl6uqg7DD+EwyIdD2ANvKbfrnLx4wqvt HBU3pYaVGwaAIvSuTkCxH1iW10FfdtGPnVgXxTh8oh44YTC4ajWHXTo4EgoFylxiCsPGnHaobVCt 81lFX3WT3e3vDpesdi+w6gC5Bb0plqGMcNhRB0FiCCuSjOH7CzyFvCHvksj3Uc2N5DPo4eV79RuQ oyxyRwBq0hVmBMD0raLINtOvHap46vy+ji7UarBeaHJn/IEuocKwSidp7ogRq7Lj/Y74Z9GtT2sV O8BlColD4QIjPfX7B0DqyEh4sgMYtXKuG+gQEG04wFaGPjjXQBlk1GQMbuU8KkLtzcOEBOeCfyNJ G4Lt8devm11/7tXCiJUNN3YanuLQ57VzQS+XqmbDnG3zV9YCTl6FBsDdeYdlvfkJ5uwr6BgkC78a TpV89ChWt6rIhhfFORTwolJI0B1pXK91d3tb7y9fB7VKwND43rcdTvQxoRlpFU1im9/oq3epukGE P+jaGN+HH6W5rxWmDv/+xzGgSqKoNzynXDoaUT6hGtxnKKUEgLFdxloPCgTQrOdkQLDcDLtCLWoC ANXD5gHjuKJQeyD1AQ5mIuygzA7OM/hmFgzUpTAiE5MyIaejzcOJPQyqCGaEsFLIAfQoFFEDeWka ULd8hLkWZ7ka1MBgGQXt3XwaGXOqqjLAWFi6+dH0hwV7B8sDi5YGSKJUvNcyXkerT5YGAdWo0Lo4 rsGKsDinUoKk4MXlQhTMlpCwBqgILZNyHhA4LDYareka1zn7pYOAKK3CAD/DhoHAqigkgXJPiOLY vMwWXDEkPJqjZEjKShtkVSwVs87tObSV3kDvBMBV2jcoLmPrTlzuACsP4eSE0lkKiUN9hqBgsbM1 CRhmAQcGZvyIQsEqMCI2u90HbcDwOEsBUxw0Nx6hhYYZZe3FLhwX9nP9bhuFnIJ1qUzk+8KJrlyo cnxsNxcI8ZXbwSGyPDrl3FWzLWVyV0x3TsKrQmAVPQMKWdPzB5SMsMQr6RLoibXYOhMusVgjQvQi GUNszPHquR3WGmREK7uOWEZZ/ZYTnW7XrKoqiob30vyYGPYEVafeJY58SJigVjIynbke1KHFlC5r K3EAS9F94aHDJLc4StTOyQXyjFYP7YdafsJkh0aAbGzZhjVajNEKUCPerbwxZmXgLM4Q4g5t5wXz 6jijSMz+gFwCQA2rXvvL+dQtWxy2DrFvFxjJgp7z+6z0ugeKsarj/ll73WKBB4IRsHy9Xltf5d91 CM5J+CVLOQkRROkKwNca3DrLYfo8dJIdqXPBPaaSFFgp+eCw0ZbK/FreL9e1JRa4+s7bAcjY46AB HsE9Bv20dU+AYAjyIkqAixv4nDkXMDS6UzyB3s8DL2ASYrmV96+0nQi/XfL5jYXEIhnhYEhXbosA BOVJ9FREg3Ok5wO+8c15sp5ZNISCEtSz5qnY3hi8IdTCANHO++l0zmTxqpwTIR4FhN6U5X8uz4/c pjRc+5JyVKkxtzNXilNkACFRtdg4Gs97IbJ0qYwzadubNEAbf8m2q0AsowlWtUO54HHa7G4uD7fO D7W4g+0CstvlZGQkEuiva2hwOJ4tkwNocq4GERcoCQxBZmvB5xxb42/qU3k6OE0AF15ekT1sRGAl QjFeulV8qh+kUchYtB3oKUAS6MHAXBIHgFxyjIm68YTOLl6VFsJmhDBI2fsPZWG4uNgbQWReHP4i yEQVjIpmeyUoWHCicz1QUKtocK8Tr3D+uaFNTKCaEEzH4+30HCGYT/BYDZbXi9zbfhsuGVEGfBFf i974NQDDENPMwAbK0fbbbh/Oti6KzcW4VCIqrecbD/dQh/9PYTDc5l3wIvlHI2H4hD9Ohirg9CGB mT6ETS37vJbL3mDI6pZdgSZb1s0YRhpnMpikJoWokfOpmKlHGxhRuGe0MTDHOu9c+sAYI7DRXNbR 0LNfqgHiCFGemMwIswWzgnLRB8EKqQtkPSCNSf+L4dT08HCULfhnW/ZCKkkH3Sjsmj1/VnI8GIgu kDNIs6SCUBs6DLamCx6l32YfZpSG+rMdy9XtVB7ELfAGQq6jeCb9Ho2eTP349cQKVELTlniIRjPa cARbQKIMROhn0YNhFhVj4HXiVmos/kwslAHwUSBvYjI2IQ9SGwIQwjFmTHZWfTZdBwrRF5gbpR00 I/3K5gSzVGZ2KksIXaNlEWhovJYaHWiVhmC6pg2hM89qBZgGdFQXNECD3VEDkIjCBYNqQCSAl4Y5 a4KKDLyt5gszQfTPbfvVIE3yulEyDwRPReWJ9FIxYf/YnOzlKQ91MnodXVcHm6JEFjwIdAnAAley Nz0tVNzALJBLYYPABjPLjWYU0qlbKrYwFFgTcMBVGCBqNYPpsTGulc4w7UMDtcEkJ59AM2oQWOp+ aDK87wGs6nXufn4AYS7+PDqI7+XxTSUBdgHkqtAIXBAW6MKPx+evP8/vfzqS0b+wyIoDw20HEc3I qOdgi3xINeQEXOWmPx2B6LTHO7HVh9BzJMMKAoC/2fSQOl8iYUbpRQuFpVMeaGF1ZOZdtJkGGnfI qi5UjiLoHHaamj1gnJIGuNs4+soDk4Zb1UPx8fuDstsBp/75elVSRNURRHQ8bciptpK9t7yohl2l DbcEbvtH0QndeUB0XaAdk64eRy5nSogxxBvi/o77ihLc7uk+9CRqdF9kXC6o1tEIxki/UVVf/MBK PaLI6njS88ZUtxsTuD64CQZIRYP69cdwBaRXNsfzFcQfgM71hAznxIZ++NQP36Epl2eiWA1Z50/G qwYWSkp4LdmnPC+ff9A8dWiKmQenKoqt8d5P076MtPxiUCORkJ42UE5dqMRHyqgGstb0rxZg07Ii gclUmp6ZL++vIZypWNBk9ttolpSkQfbmkxRTFhLe0p3pYQGaC6YfGxj4ZBP3A1ulkCz7m3KQhgdq XexKq0os6KqvKHQPnU7BA4gVmTesLvK41v3BNXWs4sA6C0G3DCgbb6qxeg3kwOysA1VkASMc+5Ay VFiFKeIj4sCbUxIxaOeGuCLtsndprM9Qu7M5GOIZYIeTkrOS1E63NJe06flRdRwj/vyf2iyHoRr8 y4MLJTjMKlXlewSp25qhaXFvq3b/RQddXY2ReOJshNXwhaKZ4v7XuHK1D/a46JWJkXGXUGKD3cPq LJ4esg7mWr+RNAvT/PI6k4iwvNjcNZvMtyyn0uu2ORDyFDyBQr8+KH2vy+o4PT0GCdc0wl/Mecpe UkmRshtmJig1u5OiPD5GvGQwiNiAUj3KnyAwTGlSFYVa+gyBllA84zhpo06H7gBSI+Ca0NUsK++R gjAkvCVjRyQWC/9bAVlv4CeplCHTPYOVS0f3dO/OlCYMc8ENJJQlbexh3QxpTovUM1+Mqk3DK6lU hJH20j8vNYKle0nKFNMu79aeclXNUw6ollHvnFGLWMpGEjpgafZcDzGPzPO0mrZzAMyRmlumo4QU INbXEk9cuhwc66qpp7L2ZBetzabrdMUNnf1qbZYU5jwIkSQrn7/NtxLZfCYLdrlsLh/PKRCXw6zt LVL4BT6xbsTUvU8/38ZA5sm3spsAxBZjuaqr/vYc8w5ULpLJByhCA+fHS5n1P89GnrpX5U5zUfiN GpdDDmq1zvdeTj5fASDrUSImczzGd24tMHSw6mqDkPOkvM3fXDuYpPbwbUvbKaSQnSBJj3AmYJ5G lHVyysNo7c5bG3e83DkH0PO9NjSaZxah3rpPjSRuahexdDiyPDNXSi8jX1iZx+F0IiDvOrdfL8rq oAfETQDO6/6W6y/gTSSClOpJ8ud1QyAm3uGaQChRHyUjYOJq3CUo7+C4xOMVdYs+ClBdyP/VJlgk LB32l+O3UA4XVYEuVLgT80EQo226H29fjPH5tYe7V0BDi7WhPHu7m6nrMHBEVcWl4g7fxvPxKpiy 2BBQXPQodrQJVj1Gft5aisLgUjfD6ray6f5T+Ldo0Hed6obiuOiwV7EkP83DBIkCVH6j7ZyGmmSr Asx/NeLa/VxRXr/DeAXbMHnAMChAuEHQ8S7a9KnnbY4ThZEGj0p+zZMUfKiicaRoeiGYFX/j/JoY oe0JKHz+2yGk8lzgYmqA9lMOgpPuK8uB/ab8TxsY2+8KxxU1e32hsVENY49ctFV2EXoSPu4hbbEX 93NEexm18SGgWEw7W2pn/7IwHxYrDHPWVzTaiLSQFjugsdcCfWBQ7UYF1MCLwCAqwYIE4NroQZ6z gMqGcwSygEzaeGtnPapYUDfcQXvF3aRUnU6R+iRMPmZHLmR/ZhCUIRb0UJQgKwiDQkWFUTF+txAD 1gJOQ22+YUr297efN/qWE/vaxw9QqE4JPhIoy3SEadBdZhOtz5Qyj7UUwA4v0R/KA8r2RDN9wwee pAbu3/CvUJJxMw0pypbLgQxGPCpsPLl7uYNQN72YagLImfBt9CmqBw+jdbbDx+gLHdVuUwy+JL0R vgR3Ap294816MqBahzE/vRHI4RSu9uQrpHlyOujnssfCiokdRC9F8L0MWwN9RdDD69YCUHmjRhiD 0mu2/+Ae5L082loerTSJoq56cR0H83omQlmQBhr5FuPaWwJ4cQXtB0elxEe1Bdzohu6Dq9AgAfYO TiIYJx16FiZe7Ox27IN/pXUIZIEQOUehgRztRd9j30EGoclT6yO8Hf0WEdoLvs/QWvWm5Q8gkEYO +Klsqj9ohj3/oF781W1MbHlqe9SdU0b/6gC5vZt1EDo/S8kVm5k1jMP6FXSJi0jgo6X0CvJMirBQ aQ3wJsnJzOgc1HSxV0oCsrxDA5dYoHulHkDiRHM6LOHe8NK1KtMIs3Gk16Bpu/K1TBUAEPIJtfss P+DoNmTtgaNB5pDfH8RFHFLM6iqcXOCtB1VGjvt/dpfzTb1o3ykAAle9KHKiNMnp+0cNk+t6A7RW 6eN03vzuric49xocrTw1gHoLP3U4o2acHRDpKnvVocInoDXu9fVHhW2lOs7nX+D1Wunsv8qGqK5d 3e21hMZFzYXz9hq2rtkaf1Cf+/i7A/WDddUMASlfgNYHlT+U6/bJ4e9193vSRCVXlPuIOL4Dfv9c wN2qkMC8T797Ra4dwPhXCqUqI6e/JyWx1yd3qnStzskvcFuFbFi6qiOH61+1rQ+7v5F3T0pAXI+X 39PP70WVbJ3Y6pN2VodFARcQtqSGMicnVUdQxC/45Z0uKVMgD7ImPacyRn69Spc0H4DheN07Tb8C 8NtjgGBuKE6O1CTRchASE1JKZ9RxCZdztN9SMnI3ipH3PBC61MVWW8szuVf2wCgZQvkKhwheLrI5 pTpkG1DfvSNw/DhJpONaEkoqwodVqYCY2yhRKQnTZ23k1YjYqRXjqL4fFvXLtgL5F9omzeQCCTUd gYMD3TupM6TejaXacJJNDloP6CztYuaWBpOeMQft65AcotISJeZDH6D97qk6QFNKTn8PrO5ye3pH 7MUkD5GD6lc6QzUSZUQ6IVfiDqBfGoJNsS1Cp9glNUDkuFg8czKTBEeGqys34cmZfWtohmgMaLNS I3k9qjjAUC2pKMj+7MBgPOg3doBnZI0rW12qsdJJreqiHV9YNrTWqsEVUGOCgShZ/aYsBEuoUDk4 2lo5ICHrjYXEo1bnCde35d76zdPgzMB74fOWUj7Q107pYq6a1R+MBbniX/NY3mHEkvYlh8P6AE0B cVAvUBxXCeasRVwVXpPlPwfPCg+OGbaMAgW4r8XiLfQVebCvn6ftFXjFBonX1g4bPoBv4F6eazcT /q7yDsZnB/02Vu58J9d8lXro8ZB/wivRwNIaBY5OILSXyDvsQ8B4VnL61gfpjmif1rlN3oo3+L+j FnKWcg24F4KCgkrZBJ6tbUfQm6D1gOjgPbnv+Vda1pOq35VwiTJ0DpQt3cfDIFaYfA80RBuOmW9k LPQyvwtzssQAP8xZIT6zUFi4bHKw7mTRpbz1nkqQLX9CY6oEslbxQwrFky1OvAjlZaq64afgMA9h owliFoDJ0kjo8Af0k+GXFXK8qay3NxupnIq5pVQK8ebYWBS9Wyl754Dw/pJVemWBau3ikBgKE6o/ Nd7wRdI3qco02SeF86/v0h0ewod1ESa0SVPuxDLdrXWLH9V+FvOuKkLDvef/GzvThFvl0Twrz5R2 8ENF6KcGisE58mbMBE/+4EiX+pd3yrnCG6imeJO4gjAxJFTj56TOyo06wFHk5XqD4z5bAvmcaPkf 6tvTr4ZYqSXtbHbE/rA4T1rIYucWboapFn+kNFaCBOYq5IJPbthIOMdd8yVDaCaxKDZCk8HAcfu5 TeKCCPPmT+keYh88kDfVhg43SJn51sStDWyWOYAwnp6Krcpu3iudkzDxOsDdsDiYgyIVpEy+Z/ge Un5Mky5osykkX2bIuNMeNcQNXrP2dUf/mL1xinKtaZ05Yr+hOoJIKMLewhHt4KwHriJqFaSU17Ad upHWzmDlD3ND9CFYEwDKEjaXyycwAKgaaeLOJ7Ytc9uzDpFe6EPRBEmGUzNG5fkIMKfev5rR5MW7 c0FxmbZobVE2ZIJhEXMRKZ2iXfx3MQ2IPj4QQFhARme6kQzvYYSHsVXZ34/3bRQ4+Lq8Bq+MD09s us6q+hZoYr6bkbXf3DP1dIxJ8oRCmIrbKXdDlwSwwhxGJH86mh+7aQr5J2qiQN2FhIIkHDNGeJ1Y /G2HdT+H/RYFaUk1M+DMon2bg6liOzzX0AgaNbGqR5fdKA1EpRB4RtpVREyRfCJ+bNGgUlofOMWQ JSFd+IaoGBURIrguj85PRgxQQp0B0YLFMIIAc3G8Isya2lsA4EZGGx2/SCbukOUZ1h3YtzLRgFL5 FxgBzL9aExCM0OPicYeolqoAfaPFuwtsQiDOAlNoApbhAC8EQtoFo5YV6R5hWjgRUB6opP1AblgO wjMA0IOE8cidoSkBuSA58EWYLeTq5fOxhwKCYEd0oP3gOgNXDLlwKZgXqAEMIWDLE2g0DFITwCnO mPOA8EONdnUUVB/CF4KW2WwPLVMioeE54VVWTDuvlXCBLvlalyvZHxG2xcbtMiFK72JXah6CZHsa 3OO63ojxCKVKTQKKRrZtWa7SKIHCosBQDwF7PQgmGU5X7Y2XhyoSgLCAEmGUT7aVE6ReVtAjAN/1 EDDkbTzW6LMuB66VVSHiEEnNAueWKKGBwbqNJhWtbow12xwMBtRQyKZ0oft1EGQK5oM+TTrOo77g YM2QYK2yYW50riVYKIht2lB5nSqu+08bTQGqZK1P7Ru+gGWzLA47xI9kSJ+QQVFl/0JOBzvS4kl6 shCaETRWt+WSYJZKbyQ98CMwIsNEX03VEjzwMfsk5LPYtdIv0pLhCJSR7U3qxI/BTTMgdiW9KKEn dIyXPeBaItxF5INqkdIgRgnG3GrbCgmHx8W6Mwpd2cBmj6if60KEUqrmGmtizrW/gKEF3CEDjzny EuaYR8Remd667me6NVWDUglt1E5d8ZMmmporgmMaiTdIcq31JKSB2upuUkmx5t9ke58+QECyBAfj VhM+vrRkmU8aNntIaIPB8QJAvNkuESBBA9cN5/eQP64KI/b44O7wZnR5Avc2N6WdJitgWokMP0nL aKgHdgZrWKXHy4AYJmozTXp6WT028yCK7lv2oOYYJWYPNYEpNl3CbU0Nj/Yd5SdMamzKpBEUrPre Na/UCSvjV+/VR+LtxiBuaPI9r9QD24pA00HJOA1hmN4UDZoR+nz7UyLPcQD0n/Upp/NYrmeY554u M+N6E0hSK0mWMYFaG92yderaVPe7kZLI8n4Tx0Rk9kszJQPodPuqNA9SCU7XOxlMSqXfUoFAdiPg j0qKlPLQmEqrzEMdL+x6QD05UCCDxhx7iJfOZK4HDCxla7oaIULTtIYlR9xYmIi+WkkJyVJmcFZO obUmKJASeK69ck0MYjaWXtOKMo3sElP3rVmV2Q7rNwUYD1vCCKOyQnoJZ28USl6FU7PD5cl8Uu/J P5idsjpQg7BKZ+gDcLw56OImGKPD83lW6pmqOHAA6aQWmQLpb+k8DkmWvbQd+QwvFJua7EdVYHbq uVmpvuVQRCXZhyaDpXl4NLlDc7ghexo+bNWWfAi59s8UBMqYaJ7XRgjJRvLNUqEoJGGKBEw5w4j5 EomZWsVHEN6wJy16LEKwaIaLK2EdYApfc43cw0j6gCT9zkngdUQSyPWJTYVTSkCYP3yTPM0hK4ch W+w7pMwlAxtzWXk2XDI3cTY+HIvmO45csCGQavhT35/73JbBAuPKBukUEHKEOfCcHZ6MjaJ81xwE KCoslB9RDQ7bLvQF5N79DqTmAboYRQpoZkYyTYM4qwnC788f4JC2IQs0LapxF3iXSyys09KwVkPh eEXf8StFnweOuiCFg630pRbCk437bFDltGDcaKmLA6i5ghnndkfy1I2FAc2NYoYbnljYHEIxcLRg 6B/+Ho99J34uvxAop7qg4UASEzaQIdqUIJv/pPaCzbzYc4hJtiFPAKNEpa2+ObZBuMIYZ/Z1kpzt qFAzMQ1nUEvpkuFXVtGw8A4RDwVPMAaQBChOkKWCBMwQDAAiEEjANgoVJ74RdnARIdtFAdWYqCbD 5oCN433hkp7qyQIKZ0lx7iARwh3Apsiu0E+d3qNQ3r0Cnx7gWxAsXdDM8E9hoDDBz4EYfi9QwjMU dglVUM48jsxiDd/lAXwuJOqAqTMPueOx0Dv9D4WBnBxdR6EKnOzeFjNVYxOltg3PSmiGNKsdQc5q LyD8V6aSgnGbaUu0tPxPO7P3ZAVq4JRW9zVoQjivRoQyznIWwh+6Lb7DiKSNyHDGPwxTzFhALzjS zylhoacCOv8ibqKERvheGx0wiZaJ7KBDkGSB3lHpCdRrG67XG2RLA4or3Gb8uNx4vwdoDL2DGODo 4v92wh6xwE2DU23Ttvl9eaxmLikAAMNJTB8C7CGG2sU4oWub1AfhEeaKK33hy+q7+su7krJUQudw NeKdflgBzqH4iar0D8hPsdZKOTRO6SG1oxdRRimWRwFlgdiG0iwuosQVdaybIAYcrK6qOIV+ukCb 0sKCdhvfMXFVwDBmXyBZRHQ7zmPIBsFWOiBQnOUQB6OgkvTJXAC8VV34+1oxBQgqonKFF2ZbfcmN Cg9Ie0RZ3Z4hvLIR4Dg1DcDaMMDlBpi5P1OjJTAPHdaefaxyBFvShlzEb61yLTQQ2AuSJqrjpUKf n+jZ6jjQKbAb+qwO+tHXVf8GXRuUT1+QqhLZ34dOjlMkpB31AMBKABOFmiEqGxsr8L9hWR5OWJRG YoWlbPoJr531BhKE6yFOgxIrfAHhBQFXa0Dda71Bdq/jOMeg0quDF3GYFQGAXaqGcbnsTmuFOwgF Xqpug98pz/G8ukCO6c0ZtqpINFhUNWdAvLMU9W+NZb25rH8uKitU5mD/u74Fih4c6AhTRtSGwh5+ tn87cvEAW91cQdDg34jwvokyfcJVfq+SwLrjU8EXgYF+pcpwzH0HzVWkQiZE1VlDU80WpTbomelq zwymvovTTfpqlg04Q+btHqh4uRoi1SYIU4mcSnzAFzCC4zWZ+uo7u1vhFc/7kMjABF5ZpErlMFRp HBPCePSDBaWsTfxlei4JItyW9ArdjEks4zKwHztqNRGulo/sdp86RplHbImsvCvjxrWt+jSrZb0C p4RVOBpPW0KkWG84EiozFWNkFBsxjZROMA0UWZEdAS1JHJiG8mrssSmzNwPpks4y+Uwz7MoRjbJI ITOaXelsxQ8kgZoN4FjTg52HDS12YRdSTxKEECoW1GyNw2kBLZZXcctyJnUYzuAoXnZYWk3Hwu9Q hWUOmTj9tQbJ9+bYgWjghAAZUb6Vc/JnJjIZlbEDAHR8ZPzK9sX0Tkrs8cQTWiXx1qVMnjEwTfxC I1hPq4YhwCkNIyon1/l6RsWMCIkDD7JIAKAE6O+wymAFVro85lalAjXDG4wQpyCptszAPy3jPioZ JwjqGYTPu4GL7cJo2qRjwS+p1/Azc8ay5O3O6g3BfPVwDgb/y6u5qbRCjnXHobEyw3dqqH5ZzEsx l9HnSATM+NEhlfctWj74WB14q74Ub/lbEOhXAawHYfjYnAmefYHcGp1wVSESakGRJmfRu2HhRMQN 49JBoPwP1XVlDh6hckvwbgVQtgSGR9HAwlR/Rmk0TD7MvQmlE98lRat59IZuNHV09cWs0ex5LFCR 75VL+bnjU+FqcjYn4IXQtC1SuEi7ogpoAyeaT8+dIiGAYxADxfIazeDzWkt95X+OaF3hV4al8zwp nh7FBQ7xg3HVwjw/7mokx/zeeaCBjeyENxXcRPE8SZoeOmcG5Zx3v8ZrdHECNCyH3DV1OtEEPAHM QSL3GhQ8NLMS3kZcdVqbtMaLa5WdcZ0LzNOdssluaS64pROkQXOJa95PtfjKjoG2i5/vHb1bwFJs p+Id596bBYxGuTKOHWLYoASy8QVLyfvbueo2yZKfnwvENBz043MRUsGMOTL5f9LwHGGRH0I8kobo nl9oEEIBAHpSDIAOoxr4SRR3EaF7R2ErAO89fH119Lq+OJqA7N4TatHKxgS+RhUQBsiWKvo4/cGp cVaQt4AFODwpt09p+WymII3Zu6kdTKs4wpLFSNYEXGJ6zXsytUjMOxJ6aQgiNWmMCLESWNKrLDMD hazCAjDK+C5NOi2k4voMvcEJaaQM6TfqoCkU485EM+hTTMMT4CTiPzcqXSjo9UO+ORUGT8R50cqI 06EJEJPo52QQVlj1A1xubSFSrwhvEVIgDaG4NJv94vFFVERAnYnLbKF2du+q+1Zg4ugo33sz/n/4 KsPXjGLK8KOkUCKicMLpSIARhX/JgXQPFFSOKu66cSuCDTqmALhA8NIarb0CNlPL1aoo27bg3ZXo ACtW63Xmi9gtg+DNKNtwEI38eFYh2eSiPp6hxQnMaS9MaOcTObcFaoNGSUYemMq7IjtqJgXhEYjY Pz2PJhry5VoD0cDVclU5zetgBBM83mrUR5oluNTQcABNtmy00R6g6SchasWEM4B2AAjGAe/dHsxi RJs4jxAA12gLzIS2CLcNVlWmDcM83QAE67E0ja2HqqMA+YRzhBCCDIT8YnAaDZiZwxCDOhIJ+ACn TzDoDSZFmHVIin/BI2Gz3/dzzRrcmW4EBy+LBBX+ZN7xHxp445O2xzLIpss0hbcRMXZ6JLSE4xvz rWaYxXAPyPlyTjgtrI7lRceF6VEGC8KzMDicsBLg2zBaWbfEdecKhteVwQzm0v74YexpCJWqONE0 fR9wYAhAu4AMMv5QUvLb/DcvoC8V4118OaXQCBJIkIxnPQVtRY32pHBk1L7nB/gRfCMUjD7aaEAb miWhJZiQij33wjClQGADDUuKSukBysYOE5NCGR+PpbOIl0C/jA9y5lghhEiPitnsyUExwUweby76 G47UFNUC7FXQKvWmeCq3NLd7FhAIHzusx48YzSF2rlXowl+koKNQRKpHD56eVKuOsg7RgVw9O6M0 sB2ko/yFQf94fAjnd02Ydnh32F/IJ/XuLo6PLQA0TW/MNnNz4GAgkNGhoUTuUEojrNZwTbdZA8LU AxneFD6TZAaBtgybN+KNf6C+GiJSSTjxabOwjw6pbK9OWI23NSNmAlVgWPc8XJf/ow0wrtoalXRq vE/XEpniJFZkIiGhZwXfwWhkolPRmKeC8+PHf+ChD6i7L49YuQ8ujOyM3F4dY3xW/O+WIis7Y4tu 736qB7oPstUwiKyRBFJpDOX3XEbGEOgC4Rg1R3hrpinwCCpTs9uBodjjJInOnNlWIYGkk9vg6URr cngXXZyMQFgTBI/1o9KeH/9/SJKsY9OSaHSf4O9twAKmQi62YJKnM1vuCZPmmhmp+e6A8tLkXuIX hirTQH8YkXTS+/DugIjQPas5SJ1+B4lP/kh+O3E3/gpE2XqQLptj0n0G1R8UWM7CSkshwn28NBSU BSBHgI/1n5dieBg3fxKNJbjz7zhgkDBZTX+yIdkEdQYiGHAvLQoUv6dYaljITIpOesriiSPnL4uQ YwKkPAy3sYAuQZLN4l5XXqoR0mv7FHBw7YRhIZvnkcANOpBXXoOdZNeysvDVnAxmzQEOxtFTKqhN GVL7kGgTI4FgYrvqyaaabAUePgI94rjZV0FtVG0FZ9gQT6SiXvrH6aUo6yBHz7I8tKthwcIgfsf7 7iOP0ipiYQAorUkvG+K3nMZ5WVOHTK02leDIE7IYQv31FI892XCxqOOU1/rGIecN+151qbBuNtYb KgfkRFkmBl2b1cecTyNk2zC+peqaM/1nD0W21I3e2PDmOulf2kELdFYf/eOZ/LRA6fpChx0k0KYP MjGHpmMZFnOKKBmxQaDdN24hM2dyAKbdR3gaoDd50/TESDJZrGdrd5Pa5ghThr49RofmBlskmgCa 1MSZ8zIZ5jypsf1JqS0ZRJdHZCEy7F7v3mwWkNqddjqwRg4U5eqbmFNSKRXPd8rseFSLqUF0t/Gw vcWAzL9S9SRnuTF5KHouAhNtCiQrCzuH28dSpX7yURxznrIrhJHCwJxYt+OdcsstqI6+44QJJ8GD 7e7kAPPHg9gLVAvpBAlAy07aCBA+hNJGDIpCUF0tFQu4ncAc50mBl4PXEHQGPHQuCnAvchOfnx86 /EbeP5QGGgEgA195FFhG0CuEFaV7ExyIrxu2V11KIToAjcsKl4BJxoKyVVlFA3iU91QeElIHkThX /zAIVbQu3ARNhBcB3CJeaBS81xsBgDiWXnrQStvt0ZsC03AEoYIapsbn5suudaU+MQjhD2Gbu80Z luT5Dh5DilNi8st2bj0VqiOsAVTwxGy8tpMeOxE9Em1zSGptx556nqAp6FYVSlU38P4gIYRF6FF1 ZiskGdMNrfJomzhU6ds5aHBbcDd6Hf4nuGl21uN3QryqjRkgF9pQXcr4MginkDb4HmkC+bQzppl+ 9u03uEblTfJQ3xIYpPMADV/tl84y0owtoiNOpg6FH4LRGpXhWIJAl2oFQMC2Z0U5lW4ALmuEFoHv PGqhJmq8P9AjHMnGcFUg/h9L96HYWK5ja/hNzimHKidZsnK03d0zc9//ke73w92hypb2ZgBBElhY BL0f5QgqtdldYaxSRjh8DjGFrHa1HEFCxiZzJgKeS9oW0fPC8SQdxZ+LjAkgK62snBVAO8x2pFOQ FIQaCRMp2lBeVhdpEw4hV6QekivD52F1gkrDFaA4HvOy4Z+bjOhBGLuogUu/Qg5TwmEDYjF1T9Xy KBgAyYyKikcNsEidSnax0FNE1dM+pg68lQDxEkuIQHPg2MY9IPhDAlTSE6PAwCHW9WmxOS4c+Xes fu/EPfC5+8bgQ52vL2sw2BnshKPkajsKoeeSkwgogOy1HqI2zEPjgQHWwxpfikgjBp6N9jz5ZOlt fN+SbtJYko++CP0G4cRXUpAvzTuvqlz1jSacrWv8zEvT7KX8s94Ox+suLvC7ySTXgUaG7dIHWN0F BDbInIahYhLo/k1SC/TKNOQYatY8lmYByEY4mLskA+uHtUrvK5GtoMAF97Lc19vTSj7e0iVIHGFe Ir/6Wy/BQeaXO7BKyoDoi0LatEM7g6ACINUrx8bhAnMt38aq1MlQZWAj4hP2JlyPPOTjkB2Xlsqq EbdWMgdaGYNU5g26ZTK6me+CzNzNgc0p1xBet/IzYwjTPEkxIK/opIdLNxVS19tl8wGkhUwiwqLX xrct7CEzxR4V14WJn2vw7yQqkaMCFuv5tBc+K9ECPLikKNfy0GKytmzoMMB2v99cZH2F7G5vYONL OUtOp/1ZlhH3D1b5HtJ7vkQAPp5Pl0/cY9cSgocP178+r58evl5Pu+tfbjncSNoBdpblYfd13p23 63+wm4+fnxKbnA44vJ+Hm7sIr6fz5fPTLYPn0+m2312P169P+PPpy02Fh8On3h0/I/q61vB4g+qf zsfL9nYiEYI+f6Mb39xX6JLEM6oxpvDpcjl1AeLxopQvVW3xh9fXVhLY6cFAS+1CJw2fCbNrwNFs C4RYxswIS8LFspamLc+SPy+l24U1u04Od9f1Z6Aniw3NN03SjzLQloXmlaLG1hROsSjZaW0Ovz0m BmbVtXp36xk6eUs3vaX4ogPiMLTRqYc3624Evz1GmY3CTiI46nMBUaEleMhkCDmapxBLGcVBK+bW QgDFTtpNaocYohYaFEQxOLl2rXqYu6aXOIIVRvzQBXzmWPtol9apVxfMVealYERnWoTKNB/TkGFt LsIoSMGGCu0EvQ63Xq2A02cRDWh789tVYiaUmbzn07bMTmJ2L0I/Wuw75iCFhszb3b1nsYLIvll7 vPVc8M5JHPGgzarsImtLgUWBdMihiKQX/OhwgOjaWWIgr8+yLCmPHkpZo80eMZmiXVtZxNRkU8fm xza0iaDU2nlbnjpSZB1umxN3sYUJtTS5hW9Kkd8yxKIgpKBvQR7x4g6wGMdCZcKseLCB7IHoMHS5 jeA4AH5jAP9lnEC5Miw8oxugmq62BHqL/kH0JP0ID+iAAllREgit2iZKyhAK/xaeg+APQ2/N9G8w hUcdPQi4brSfjAJG7of79Z593GErTWSaOFXRKQcLpgazr/gdBQDAcK2fE09nk4hZGnh4Z2YG5QDy i9cLXbA1BA4kkSr6qSniBJZ9r0oR8RPaLlYhCCre8Ae4TCHF/+sXqTLUGT4UlRj8BzkVu/YwrTQ0 +kBixUbUg/ELzcAwLLRtYYZniQkmMHxhAWhvInIvH2TBi/Kq28xPAQu8ZrITxZAqxIvbp87vyGkA yiUD49W5jzpXjFFYUKjWCPg5faTwgbRurB0ygCCEoAHkPGDLELFwA3V8xCvXDk6mL8Lmuu8DVg4J C5aPzJkR3nnDCTgEC3o39GsYJQxg/lGnvAALbGXcswHRQhCgOPCAYCimuMPHHR5mlj87Mcyb4NoH Rr1BI4KZuB0dfJ4rmTgdWB15yizzp/d78E4eNGcvjIRV75CsK714gjxqxzDxWdzZxb+I5qNfAQ8Y PfGA+PGR8RZcXYASfy7YEo5TVs+aqE2QDcXwWIWBcrdBQ+HoOJy4Jmx5ssmJfe6wMF+SJwpigaIs oxh1mN1F5LxCVedL+bPbvNn+cks6HK1f3uPcYfDpEwkMrMQ7zf30skbwIXKO6j6UF0iCasjl6UNt C+MIctSRfGiZKoN9tBr/Vin3KHElRiYZl937INaQ+nN2+TXjJqnjPo9d2bwf4CcfvOEJjwkyA+Tw 4aD0+UFoJJznRMeteXMsoJPCvN7SbsiAzL9OQeEuPxwqXdav8E1d0SoYFG6Ofwips8cRihTGVQ+7 gkYSIBoREEWmA83nkXqL7+yCs7BNTLDlHXBMkluqxVuLYurY/gKfjSvFAwULQ6qwix7hYZruqDLV 03h1xFaiw9Z22UX4pzxNj/Fe6QmuJ7XzmH4FwdCH1/s4SyEDIizQEg8YBKOgybG13CxPkXLCITDe 4TDy+oP6tC2phYLk1dbUt0fhqYYzB1cVhk1JQ72q52lBYB20EDDFleQnTxu1LV0gvlxgqgUtqe+F LUjqpWy3/svnNsT+0l8/e5Bq5WVH5qsEWm8y8t+9q3QushoNFo1YOB0vSwFlBOyV8sGscbK7a7wA ieVMKDVDEIMC9S78JqS7FBnB33N2O+HI8JCLDvqs44ryFLwC6AFn0CTKrpAwW92M0Alv0G4jKJEE Xa6heIcOlYPfQh48blb4FKIaGhroSl+U7Fh5k7vj6toAc+kbmm8uIML5mS4DdTU7oKrGAvCaw7VE s8uYII8DzZbpQctrNoiKzMw3WQh6ABIzcCMkV4NoONlGiyw2aYS0x+uoepo5kyIVk5YdnAAnCFsK 21VBMEjNS2GbGl2QZ8qDdGZpIQntTK804snB+blBLx7ggKRWEmi/VBsR9uALIo+0gKD1tiQQgVtk co+vrJsmpsqhZR4pChAIYVT9GdpEov6xdmBv+g9EOCjUIHgkHTJXRGL01liRhBXRwoXHKPKiX14e mEt7DQ14REJp7ew/yw+5lna85Vvb9RkkEwIIEtfIFh1dLMqnVYtXmRusyDVtIHHTnyRV6qK04D67 SU+3agU1k41KlGVv0aigL1m/WrUDWjTSkm/86KNtKd6yVS5ls/ZAM4nCzm3IiEBJA4nCoXEOlapf /04yE2emqOlJf7QkHP6O3M2TsEXytEYk4op6dMycCO1pyJkQ0VjfetNqWI8sKR6HClkbUoXi/gIo ltagUGJMlnU5HNTpCtLWaPISg24hMjnVYlMJDkVQVKoHXcoZx9GkmQxFcCHzF4UgQMquZBX0AQWg BRAx4lO62plGyvFf0Rhrui3MulUUz39+sra3vwtugp5MGevMzybbqmdQdKI4fMJTFZUwpwS+bQ36 2b4hf4XmtS9EF2dw1KvwUuuwvilNOy1BRdlaD22LNayRTBlMrl5wLsCSq3O2NpO0YwP0OBBRs8nB LECOn3bXJpvtL/PImLWwGh1vWasaIrs1SnM3vVKzVl4Tv71a8gRtJE9BsUbZtwY2HYQip4skEHX5 Uahr9g1a9+fd1Y2aaj1ktOiDn4ySFYnc0kz1wUubWH5t5wq1NDEsTTYze6meEh4JU4guPvMMJi+B kpGaLaUkC9iOBOtfA8FUCuujC8JcS2rDoM3g6KuhrusLC9hvaZn4u+VExDb7zCymCFk7j0Zf+4yv NjAymuhFxqdl1ik96/hf6x5Drh61aBB8c4dAiFHJAfWSHbXpWLGTLQlaebLpdFwpBEWGoadqFIpq djRbbUkMlCQsLEKPmFUFjwjBHjWpuB5++bx4jA3Bom9xNSJdaql8uDFJt+e0ZTS92zkYroJNpnu7 F73QBQ1TaYRiLSRK7zYr3xTYktyiFIasjz9Jcez2bwxNo6+rlGMid3Xd3lpubXu3TbptVrAmWRh0 Clq8sWWTHunfqK5ZSdaGSkgkm7cBdw1HtrHCFiXxZ1HOeuopN2xmwFPW4PninzBe1oBR02DuQbdw SPxr7Ay/eKoHWgmqrJqQaNMVFWqZlU5ZjBqmKXWl4eIRcVnM3IYIVUNxrC57oswRVDoIOktdfBt5 IVNwNoV2j4Dw6Ot6RoGbfUY/O9A4ZDlYRiwLRcpMsjENfZjFYOsq3b8yDLKnbXIR7ZljcpVnoOHq pI4eaJZYFe8KFbbLiO/gGmVucS4MlkpQeVq0IN5NmY43ifI4OIlRo7Pk1bkPy42NreguBy/CQ/sF L0v2GT5K2p3ZSo+jFnOH4qeYRZwquNkfpw8RmHlSLYccIy6UVfnHx/QkwpP0Hz6OwtHhxC55xGGI ooGA4EaYPCfOXQcR4fOyeXDqKcDGKgaQ9KMFho1pgGLs8JCUl5FZyj7/llmurSmfkZf4jOiskcNV Mcgv/FkDp8Uh/DU6Gq31HSTiH64d7wttLUWKPKz2jkM62wh/cFCxX8EmnuY65oK/Or9siyjxQc9A GF+7EAhxIk8eZ6dzKYu93uCCRPD2mw+1VTeGkIF0hCDnS4cb25P/4PWJsBighoQjmVmRa59n2CnI InG8czLn/kokwukmB0csCz24IIiExC+6Yo8PLKEERhyboIwoJlFslmYXxTbQGjELod8to4nVgmDL 44+jInHUyNkGy6+EQFi3Ez1hVj1F0fLFRmAInBK97SnQBo/rEOtGthYnXmPeOqk9JyvByEAA72mh JRYYOwdv4U/gBEuwj/KuW4+pW7x3LCNdK9CYGPWuM4DtunKxR4vLCrHUxCSyLpSfU+OES/gLlD6S Xp6yz/S4Q6V5/JRZFXL42xs4HrK7kHaZHkslKZcOgKJT4dTXpoBW/ttgx+YvmSSVF+IxrWKZF3Ky OZRIlXaRLqGAziLkqdIKErrtaHu8GqpqBBhUTKroNwAonEIoEJspTKZs2bCCaIySk0OOkZkl7izg 3BlLHB7wDQEQhCetYzpLv5QD08AIS5lgawDvuXcpRLtjlVUf5xDvFIQlIKTGNWQMmdkYyKYCrQO5 QLCN7jGozIHfwNmuRwTdB6VFaD8t5QDvTL8wEJI0gvB+idN7QgwWutlDkteby2oJbwQSS21d1EpW YfClCIt79D4+LkuZEOQ8huXK9nCQqThiOXRWimiJHo6XL+hw3N3D5bC73mRaOIFU4b6X/juDdsWN Lico7PXz7IrAo1v2JGo4C47sIwxfbqcveRtAqsfL30Dg3fmfEOrrX9+nm9wWMlOgJR8lfLh+7wHF n64f/Ib6/uS9OH2dDjcosvZJs/11AQ5frldFXsG71+PX9fSthJuq5aY4fF7hzlp8ucll8fftej3+ rWHf0k2cQNFf16tmXJX/dfzr+/Z1u96+fPL19T+34/n2fTt8/QNQ9rv8zcfb35fbt2QVt9vt+s/t 62+ff14u33//3/+er9/n01/n6z+Hz6+LDz+15K/v7//7+uv76+//d/nn+/o/n9e///q71/75/vtv ZXjo/HX9VNb39/XrGy5Ol4UwwqSMGZ0GM4JZrWZuNDu46FFYCOK4mwPCYppU8DR4WvE/oB9SN6qw xczUTtlKgQCDFlgQUjiB0RaLo8AktO/NsXYgmBMuEEZV4RLT/Y8zmBSFN+K99Z/OgX2pXUjdcv/b Y36HgFJxxzbEPzVG9IVGmyAOlFPpIEt9+LOXoFgD3p53OzkKLDKmQdRoUzvuG+xNmdDXXZApELNk A/GyX13EYPmGLJqhHUqxHprCgk0a/jK47OQBsBaZexrzjvPdlCm3zb7kNfDaciUAex2Y6Fx+mwF6 eHHCCa2+l+q9UF8caXEmQLPuBFaLnxUfiopvpxAulFm9Qy9zswB0v2CtcN4RefhF2naymeNJsGfV FoArLzH2eMcAzNTI5RpBZia59m22T+BWJXe7qGQ04fA2ETPfGUlitiLaKQWrfGZnaGt7i48dStrp iXZ0dGsA/DhOs6SgghCaMgDvaNseKHwGiCbeTmG2iwP/gz4NqLMShCFRhgo8aTvVStvQ+snpKhzp TrSjs3YSqoXJGAhY2HhLtaG1Vl07V5H3ts2uafML38Q5HDZ4KxoT6DcqoB3UbtElUDlUnhkr3Hpp kbcLwH3UHXnbDtXuYY9LdyJXMgSWT2UJ06w5pGarwGmQdM0X9mgZzmyYGSq2VxiwlFmMndZ151Ll dqbR9tAdy2TD5LGRoINK0WbnadbYBCzv/GWwNd8mxFkQg+2AD8uIYW2xYWNaKt5WyHYqEEI/icW1 aAwm1iT43l7czhvzXOvsEjYEkkElisjXHk4WfGkHelSi6AwDZnCuNJMmf58oVqzHdscHFRGC/7SM QR+uaKfPs2Ta2gG5RFkXgzfmQdqc9O3p2e7D4zNe7e28Bga+grPiEVUe8wckp+Ip5CvC66AuoQaa +ozxknPN5vQrlyiHiJGiHPaq5nIwpGvld+kEd4JhEHGSTRrtmA/BUCbZTDpt1VBkGDs6A4XOsUYh hAxYv2YJcUk9O4f83ZpGXIaLyzA2zSPxckgGLWFY+1EaAYgrYzDQLjfn2XU89l7ePRucwZ8xpPPg jSwJT0Llt6imSeXPB9vnIXeIH8oUiZdrALTRSSL2rZQC0fNLuJGKEgoLqjUpC0Y3GpjH37KOBEP0 ET/CoNAbdrXHjdpY6X+4n/+OGd1UECWv/+rheGobQwsEPSc6S91GcnlokIQyRXPbQDMkhxbcodin ByxTP4L+PEPzGpLgLJ4GnJcPxW3QJ22J5g37Za6oz/i6W1A7QNAK5FVJkc290ZNmDfeC58DN5GmE roxSMWaCcDlsQTde0iTDzcCOUqapY9NyFaVfMB+9yf5ZiyDgYHO2vNMgmZvL1YPFhziYkdwlikHl m3xR9XhYRjwXKGwEcW2Z58MLm0MCRBhohFcpiCAu4DHaB6kgpmZE3H5IJaXNgyIfzVJtTrM++8Is oaxR9FKJ2EcgNY0LzWXs6QjhzOVKBEoe3ktbTRyzWhl5bz9uXSfWtUpN7L+miSaYC+lmUEbSyeNX W8oQUKMRPGw/BAUo1jARvEmhR5zq6WPUuSFFTorcAFRgaTlOYV/ulYNHxzIV4+EIavPz/aOryX7w YagRtxwYAKngFd9ZMaxUynUMG0AEJMeeDTFVBnRdrtGKDRQWj5DGdVLxAhzBx2TBH3V+WxbVZ+xR HwCJ8SujbmpH6YjlsVBgLuoviXsnkahIDJjoAdVTzEE3YA7DugP5+gnqDAJ0dRzlfACyP94jAEM7 9F7VnNx/0fXwpX8RXuRtC53+gVu93cF2fQMkFHnCrva7ukunDNWq9LBlXQN0vN73lXVK5EhbPf96 76z6b735791/7/VDguL/UoP8bV2dlMOuSAvOffKr8+3VQfThXvGN/XoHDsNnTYzliC2uQVMtpYkV 1L+QXGKwTROpoR0oBvW3iagxDXSePiKggs0kyyFGbvf6xecLxxatoAviH7pnIQkG06ikrGEwXUIg MwIsbKX8cGGwqr/oaAiC9Lex9IGw3R14Lxn077v/Umm5ZxXYlYV/7slAZ3q2RMlJFPTXB//xWMlA koAJUksNhnsPA9wLoQg5QZikrcUTBLxzxyBJ4lYhbxWgMd0XiG3YKI+yRVJuadUTsQGiDoCkdOJH et1Sk8BRNycQQ+Fjz9oUHuUZoDXBXHeEY9JjoAf8yVVgjhSB0HGysbLTEW2eAuVP0GAKQzbk3CT5 ZQQNs0GkpQ/FwWCVAWghXW2bmvQgRGMVkLzB7PM+iEuwDXZK4lZXy5SMw8HRdKDXjdevB/mSG1yz wHD8pzBn4aQUT/n2pEIhj7JOUyWfTJyFeHSqfMjGoiTewkB+0DNDZv4a4cF3gn1C8iyJz+ahnXKw sgRldYtoDR8VS9L4gFVrEanTMnXRhxo6xkBTTgiw2JbytB7CZNEgqSQymlakrFUgzdMKegxRrGhT yQpGBP1qLQGTFZ4wdWy1RvvOiu4Z1fqncPMcoxBC0m37yJQV4qx9cgfg7loZ25ssLo0V7SumoCHq V5LVotMh1k9LVkzskFtr3QDIEPsMQKEe7HCdVaZY/2xNxsI6UHgFyTZsVMYQvwIiAXnmf3NB8MFi LiG/eVv4g5Iz1oow6OdUXll0ydpSZNAsNWx+axq2Ejy4B1bBHpg90RYcWkVYVlZ7ruit5mmVimzO FlO4PeGY7G3Bpgf1159wMqrUdAGfZzWWVaFDON70Y5uWZhKLvugfdHQly0NRgOi2kFSqop3Mp/Kf 2/rk0nkQpU2CbYJWcp31opGr4PaUxX3IRZfNMXqzHNQL8a1ESKzvmbiGD3bRpmyrYi1CKLWwOWyP YjowGQiBIUawrKwCDT8mon2trhAflDUbKZ3pB8pldhIp5I5OGu463nI/oZBWAtadOcNQImNqYxc2 PM//1SSFU3J10QjmXgbg6negHGCTZZREvSfXB9NGk1JT7VysdR9s+cgCoR7QVVlE6DaTQr/gtDZu BoSndSKrg6HRtq633J0a3xHLupu17+BPrimxOwapAQx+eznVCrrkUDFZGPRQMjCsPjJmSj+Vkc+M YPDQCvYHozY3yHpgOYAVMxnYC1qk4caPQkDHs0/0vTrHuisAVe4rDWI2x93i+DDjOsEmT9hkQub+ QTKpfaf6vKm7/mA8MfUC1VOlhmXOHqrPr25A0LxieyYLR99n6uaJTLhKu6Co+AbEyTjszGXaYlpA UB+8lBkaTMeJag9PcrSiExYe8FiLjpluiTDcJJiy4I7Q0VArVlZTjDQYP8ZDoiCruX95+s8O/aUs ldk0cvymKwFDPosEykhPkHYT7WUe+ZzkQ/syFOu4PqUKUWhE+4KUswO5xvhcXbc8xyhzFjql6bFg tRFmXxAr5KyTmOWI41BzDMtt10WQpga/Tjn5gDAPpmw+Q2rAn2XqQmI7Y8z2M9aFNvyQp2O21GVu EbtQIdTP4PBfSZuqOL+tlewGHhrOzAcjOe9HdwxrnqRxL6m1uUkzlRJc/aNmLmYiA4VxL4k6X4/V ytNUX96yK3k4yJmmQrQprJms1+10gOJG04wKMzcHDJyBpJ+GLS/c3/pRJpOSpBlwgIxBe0fKsnSA eYPqpwvBCLQdUpxKg/cTLO8IruGF1NX/MXw2mm1G8JRzxkdDFaEsGkICZYuSy5pXMkmW3bUNvuEr Q/uDQ42wwhpBPj60YwMgzsEjU32RGFv/mh/GkfOBldjlXPwiF8Sg6je0QA8LmgPz1P3tWA4/owzo AHKa4FAyepgX5xVOIR8zLllqluTNHT+HGFORFoCmoI+j4Oks76Qe8RLBEavNn4iCYS00T3vfAmnh b86Mbx1WJ0YcMwhLeLsQA4yXcopXwE1aXuEzy0d5MMyoPB5IC6CYX7h6jICWthMxUcdA4rxLLQV1 4WWZZU/aBriDlTutqSyQSOrST2qJIQ/v2nI2O7wwV7R72OQNkQMYG6NInLDDnbynIHywNCYkIEnE wToJX4LaSCECvY7c7hA94EuWDCgjnOxfuMfDyinXidS4KNCYwui+pQnAZZY/AW26u+TO5a34ABJC vZbIwJ1uAH9FxNxBk7GgpSoON0NH3Rzh1Z2PAD7zu0vvgBqOX4fn7zEoWXlaiF4ak/lQVlvAddcG UhVDj7ANOlMTsjT+J44tnrYDGn5HWMW5fUfOl3HCzXLbs0wJEuzKtIvIjZGMNY2vC/yUlhbp15V/ KNObaNh4tBd0UPx4d/PFaT+i/R5Wy8iiu90nFB1HenM9kgO0XMZiBOu47huo+3ErzbLTAK7p21ww tmPSg9zRsMPV1YvJrJmaLbczrLEU1pH3yy5DVpGotbPzDruuj8Qc9s72KPdzeTYw00uYEbndcQMY vzzDUotg0RKjXCuR6l3R+O74B3brFiEZoRg6Txhdm/cst+mcAHjfSdPRwQsSOIsOnM8Ym9iycW+x 7vUEOxcBnjy1Tb2b89KfkEbHE2QkLknIRs6N1UJFanGk4uhPbHMjLjjQEQIM8kttPyHMQ9A3N4cq Jn8KKTmOgFTdMYu4tWqBnXY4RUOdb/EN3m25TqSS9jXpO0FQPhjpgFMvRyQk5ECPL3HwnOvoPMLi IA0IbSNXOLZIR5I2YB2JCCR9cT7BiQkSBcDSJBAuPflJWUN+q/eSPMMyYbXv+ktxpQc5nFwsSJSl BI9pb0DmnILDL3NColQa+MWuPEwNzTIA+VrqlTjM2qnmGMvOcjg3A7zdv724YxWqTKvV1SWHcwLC r9p2KMcVwVoYOwEDB7YCypVUKMpCZq7J1uHaAqt48TVrlE3ecmkLQBmH0IqMNWdNWc9bevCiAdzW V3HIrf0uLNI6afOSf6ctMnSrAJbybIvMDB/YKFUK87HISmpgRWVk2nlL3dCBJmthqGyWkMLm2DKL xR7oMWZYCdIhdB2WD8mEYQ7OWZ6UNjkpNW1/7FaLLdp5bSh2bY1igkATIaLyfmgI46SeeA58zWoo BlDuEVumDUhiJSuILqydlfZz+zFRuxfMi6yktulXR0cL5beL2NxtupbXUKHu3JMezZbKJLLHSqdg /XVQLpBqwEi7ENSNWctesZExvWzgoeOsL6MDxbIl2pmYKOWQteLD9La/J/yn03VOn6QAzVGxx9q6 AcF22dbj4i9MTa02WqRDyIwgwdnBjdv9nkvAUky/jSqDnO0bW4zh/brG7G6DBaERbTsb4diO14wq jSFOJy6d9YvhkGnPZqjN7DncY16EjZvTb/iyIZli+vhnyfVWXQ3vADV/Hv5sjHhR7NLMB3/b45mC mTki6Tkjmb/+eV7yUHlPnIz2K1YtO882aqsqpr+kwASdlTk7L9mwEG3aNn1rONkQIDPBh+zBTJ1c LE4Q8BDOjCjLs9ArCskO1OAXNGaDQol0pPSqNJLxKnb7qExWeOcoOSO5MKGLvElWLlvfjmscOSSc 8sY9GihHN3TRD0aE35RzRGe9Pn003n5Xl/+56jxncKMfVnPCMcc4ISssdCfzN63gYDJW8TzysOAQ 2WP4SESvQXxS5fhc82kif4WyShZR1Ls4QNY1LKCGsokFTxi1XX1jStbm8HmlZbdIFQsJKrCuB+MK esPAcMloLN86fAID5/XxjkdVKYESLrjRTOLzJzA+648XERsIU87MCIkgiAxGMaB6xXhzz5Rn+KB0 wEgM8gOnz343L+EHuskEzd7MyyoEwIUDdEB0AroJwHCEJZt9mcbQEi+HrL2vkKDwyqej/Gu86Ahv vVp34GnaQ1lVrGAltF4QpSHNlPqhAzUf6QCxeoSYG6MaHDQ9hjolTfmtDHGdUHzYgU/3EoPARbjm 9Cj663BN50YtuIEuQSchI0ShxwAoiuHTuqrncCdoqM8sktzp999yfhCZ9nI3lzhdgjnjO3GLSEB3 OxtuhAUtdAh0yJM27RsF/UhgIAiwVFyopmLP+hBKY0iVpIAWWOX62qA0auPRQyOiXfeVlljCklw+ GkH4Qx0trT2RLDizBrfOBsXk3FIGUyVAIYGWLqAlmguiAS2kEkSSTFwvddPX3PcmqOnXU+rSeIIx BjqWGxjaxA2hBbmOzdbwohw7ugfCvO+UcVTDrH/wF30KLQgGIQCITTiJ0nNIqQ1ACfRUoEPtXfQZ Ui7oA56hAFoLeYP9ql0VeGXFA4gZHOps8sM7ATYvzTsVonPZ/IT+4A4am/w5uVZ1wwYX4k0DWChk TrLxIMKQnUZPyJIc1Go5b0C42JhU9Z1KB2h7RufSAZ42wTcKzYVAW4Bao09yHGHfajlwPGAWKkSj XLmWUmk7/Cdkb5S4UWq5sD61zsg+Slf96oBFAAoNo47iO/X42ZWXVEJjlO4KK51pevtMCZoS7CcM pAVWbSOl3WlvELfuhy6Gdjk5YvbpCOWkTQQSeu5QQDFBq11oNoCRFMCqOewVpQPwvjSqDlilw/cK JahVvTC2EE+aMC9CR0MIAW/qLvMtpLBz7s+iFaGIqJf6W4JcUDIAVdQgLNeUNRJJw1PErCGaWioA Dc3LxX7VPq1sKa4vwsFWafpgIfRxfisNBCL6CrDc0CeEENQUJmTRaJkdbCIzK+K4F8RENJ9QLSpx NctbHe+U7kCwU1bSo69mLPshynrwYqpkCIhWSg3gsOBG1C97D9UqNYXiR1xE0ZoIZSXGOOelUn36 lVjuKXBAfmt3qX591XJAhaw3fhLs0ICHADC9EPG5I1i34Wmz8M1oQocstN+a3yB0SaIdY4brkbRp Elb5Hc7oqAebwZC59pFEiWgYiQn+VyNh3dBX+GqvNyKDC0J4A9GjtZOS4YDHA4leA3UBeR4mCTLX GJ0qhiHSRDEg3gHd0EHDBUHVFupjtoXC/6o9kjyoyUeUtSaleWRb+cTg70wOivIo30qa0ziQ7+vi P0GeUcE1rPmiFGNFnrathUq93SkYmtE5niRZzmsKa8GBosNUgedwZosrde7kUaE9Y1ZBjiGwFY2f IFphAMtU40xtinJXEWWYCarzDCTrl6WJYTEq70+AfCPaMmhDfHr59Qex35MD1Bs9L/tD6xRXpAD4 3GET0irugJErPER4MYPtTqTpalGisD6UoYX+ppNF0mCksOwgIJVl5lkLLAPTxIwTmyBVl+IjFoSV gbHS8mCFNSWiH7N/aIWON6kpWBZS6J9fmYugo3+1u8WxM1OFYSPddZZHd2xmpRQymYu+KzBUza4J Pnlb+TVrkd7aqJMiFTc6dt4iSfalrLWUOiwxZK59wbppubNftNyB2jJGtNc+uFhQeEuN1Y9xYY9g /hgfK7W2EX4Zm2t5eyQBGJ92wdDxkPSMOm2JLSB857Hwy+Smi7NDBk+3iUtuhi4SdBbmZ9ewR3u5 4LjtEoCcSc87ITa+SafM7BSutNVOeuH/SdJl144GQPYkST71NKzeiAL6NK9zN3IABe9bWgkz+8cq 3ApqEw8P90+MZUt5ESxJS/TSDGJb5s+9F19ARC8uMeRkrdTdTAGbhanxXiSoWUKfEUTbxgPdSdyu FHDHJLMyZvE8Cal4WPiqi/Pa/y2nVJrmtAnEK6DxylbvjIqVUwvbFlpEmZD6GEO8QDz1BI4qWI2q jMsA/mLrEURKaFAz2pU9HFkNgGEpvnAXMaRLzVLPWoE7eaeeTOt7AqbNi8WdNb7beNro28Ooiqlq 69fECV7RB911nWtWfLuAU6AWXBHPpV2gRQbsxmIB2s98H3i8YWIsdV9kLhghcFQZCh0khLmxjngf bZECpoaVrja19Q1YZ61Y/+GzI2u3SRkHHZkAQUQHn42RwGFzrDJHmzIIPXRSWOcaeX4c6aWQTR/d 5GsKfUwZTaIuA4qgmivNSk92GDScwtnCLHDWUtnZfEO35up5g4A2TCbxlvIO4xxhvHBAPMChJUo+ ZTgo5xIniosKz/RV9+jA4XnxND8wBoctFp7aOmvubnWpQGQOjD7TvUOe457L6ADOCM2GbPgEfbqE JtHxEPCipuK/RZZ1VDkgL9ASc7BUvK6EkzalFK+upAMEAYQcf4Z+vUarg5N9AKrAiACY0oA4kezg O/ockMr7Efz8XFJij0pR4W9YENQMBlpSkJ51/dl6KRUq+AbK9IMUOe/snPv62OlvGNK8Do5xrZfk vkuXo0k0Kwlu2Spk/XW/GuB0vzqBnUBV525vCxRzgh9Gd1KwlAcyPeDbBi0OGRcMCG/UWfAX7HSz O9ZUWKJr2QYYLGNzDFqZKkosIGMI1Et7ZGEAjFUgIKtUC90fVqqWAKfQKoma3WQWsoRnCOCCHK4u +81pvbtI6QEaA0UBMx2Tx+8FuCH8bnYXLN+SI3elmKwI7kELY4UlghA3x6va5JRYy2kgb4zEIbpx gLfBSOUIluCF6PR983YqT284ogwOEp7oFzjVDyBNhbh9DCiZEL5kg6AMuhCeqZfTKSTkTXmGXQF3 lXfCXXXelGMizNaI7AF+MEZgo5YcIZYA0Y/DhSR1XzdKXHzYyQCxOhOU4b3tJMfA6r0ptwvvAKcu rSv7hdvltACSfPIfwd12J8lY5MSAFhp0OUlkvNklSzlzXWVnQOHYm0/s5s1Rhg3jdVrpMbHrmsYg TbvdklTIq7Qc8G8vfJYaOoxcNzxN+ueNZMin244kJMowpuBKLyBRlx8DyupCOnmPcapxp2WlkAZ5 t7l0c58kPMfjN/Edz5c1LrUUHyeymja4vE9pp0tZN1x42M10B7kRlmeivZXCxUAqcFDdkOkE9QWa dokb0dM6CrGUWqNb++Tq2K1uhGKY6w1adQg0RHd97oq74wVWr8GrCyDa0JSIxISgOJt1mS7A6ZKT EMgBOZymDVhdAmqyhpOSF8HuzrIbuShwtUUEB6rLLeILuaHPkjcAeMlkVaO6RJB+YnbTqw1FdZ/f +fquUVKLXC4UkmQl0MYYjy4umbTEIAkDpZxWGwgTQi5qegl8/ZxP0oTd2XDDfmUnkcQlJZGXh+wL MZRi5bqkk5K9a6drEwfSN19MxfezVB5pNQB/0riYIKae+mD+TUmd1mcJREppJKeKNPLHizTZAeo/ yZJMK5GBjSRCxwDtbgks1RIt+Nh1qyARAdIPTSPk/DBo8Hg3OZo30GWw/0HCInorkwjE+epheoQY 7ItmsyRI3Rso5KG1NPgsRQcQ3r9+p0yUqgQYxnYjbCCEYPkzUs76IADrljCXSILcP+4AhaJLb1LB CyMrviC8A4NGCBe1kWpJbimZr1Qw2atIRL4adwFYlJUJ2vZ5lPMS80gbfilZkDxCRtXaZWpIV17u IGk5WtDcSmndL2GU12VJT8YFAUROOl7SVYqCW1JC+L3U9CXxkYDIKIsDyLMOTZeXHmqvZ7S5ZQ7Z uS2iVD8uNSj8I1YlVCEgNVubAJdlCAgpFT/qdWjkVoIMqwcJoEXPLQJEi01ddes3yfCNKZa1nNUd sAjllCtsErl0q+jkC3GoxA+yEBWcEGChNrYdZzFKJ7KfYyMy/4f/u12rxFx2UFEHjOpSuYDuYbjC DG1wBddE7eayAKeBhKINgriBAu2spUoC5hf1EeSCBQvt2CY7uIVOX6qoNlPKYfzsJGJt5xjxdlv5 XgpBrLcLua3kOrK+koxBkWIFf9+NovbccmaVtAnXW0RDH81z0ZmiPLKdlO5nQTO6V0AGF4KcFEyE YGj0v+oFUooSSplOc6U4MxySrNtjjJFrBbRPJMk2rpME1bWwypf1Q4zQ/Y9b2tUBmLaJ9u3JPCSn vQ21DVdFwq9SmktGJchGyBM2+xAjkyDFJJIOqxMNEXotK+Wy0a6OPHQErNgi8yOevkEQjDVUZSMX SBVrykBivxadZ6d0YyCL3aklYQ+AtnGD7xWct1MAJSd8n2swFhPjybktYQghHgBRihYBANYvws2e KrH2y1a0nOq4QxBjAKYul52osahEYWEIuzCIxCMOPeGcaA5rU7BjDkd0nkiIgpchLw0XJLt7C8MN AxdvoNleZk0K0BMRL+WnOFEiRwng3yvMGS2GincdNp+kfMNA0j+r3/GeRcEUDiYVp+CpuVJE9nJM 6iLOsBHG6/sDpn2BHKeuGOxdN4Pj4CAVuhTEXpoUAXHNCiYtj31OmNgHszAmhr+KEEB36wVjUEHS lQNmkW/7OCCOac1R4SHgegMmh68MoRGRUSFjVlCilPHeZFWzkzke4WVM2QxoPeaVZCyHorOhNcb3 THfOj8dALDyUPhLwYoNDv9TKxeIsKMuTfGnNYOwrjPm9usdb7rgokMwBPaY8b4IvTy6s6sIWPE1O Oycod7Jj1/kb2eGcz7eX+8z4d1EVPlXQtNpySPOD9Ar6zSXT3hzDUqNzBtWUs8RBG29hytdDFRcO 4rDXfg4Pl6w+aeY4Hfrs3h8OkfSbniQiblgQcHC/yJjzzOIgPmp8DJxrY6LJ81v56ksZ0cuug6ZV wnjqQY41yuAS1QiZg6j5+TBdgsanvYMhpBgEb8jwKwIVEOdUkjM3JA9d5nJ63hrnSfg7xcl/LkjR j2mILyx38bDkHkfxIlSYgp66OXSF61UvE3j0jBxtciABB/34Qupu1AUT1KI/nppQhHG1EnKauTnO U/jTk7XP0A3ZLFcXNMNn0xXj27ig0xCpPKggGu6adj04YKj/KkgGZmXSBNRwEodQP85s7OvUWSBB PgowkSJV4zN4DgRN1aEvobE//wlB6R0VD3oDe4Zo/urQ+SSEkMPHw1zUyV5izHiduYqQHs/wLoE8 VIzaOG9uEoOxZK+BQVFA6qvqmMjaW/EkUzIFyJLmFXLwLv/WkW7w6RwiAIJ5hQZT0JCKjo5CfSFy WlCtfGWOMqzaRCkpLCDhASKFVusniVvjIfdU+Jq2IaNqmz7oDLqurx7Cfkvo6n1oZ0BEZOJCZEHB QBhCuovAilKu1vAw58HV/QdvGLUcuxXOxZHvujQFdgx+ED9DgQGtRNg1iJSuewmYRQg/N44F0cJ8 i0wB/cBRAWuqhwNAaaHRhkQ6EAhacJxiIW/agJRc7YBKBWH4IrFWLSZwGHjowQ+mprvovjBPeL5+ GEl9ircMISF/o6MtFjeNgKO8AWbh08Q8gGdHMAJ8WhiQWe8J5V2nsaZRsoPawDtlwRWKguJOGCW1 9L/xAUUScuA69bJa/QQKKLzGoGIFggCRwplDOYPyzDQ1DQzh3Za7EMlQTdoZAd+vRVGiSKom4hnA pcUEKDOY2SCKtkSgVu8U7gewoLeZJkQOZFyCi4B/kLy437RRVxXahYnWI1C5mRWaZ3QsCbrhE0Xb HSi2+aJCq4g5TMmlppeQ3CppZUAqSPmCLilVUzc6aSuxk+yF8wbRLyhjxdYZa8BM9pnfipjTWIIz rU5i48E4tvlATzieZQimY9UCv5RzQ9esYbY2yF6SAe+Q5RKQlfBriI0FXJSUCRtQSagEFYzJEggc ss4UbzT9LE+dubGUe7LdovHzd+fW5KeiiMXgLaf2PL3WFwJ4fXATIDUJc7MlEaG1aSKV4hRWe/iV 23OtqG2IIaSqCMauEotkoaRCgV4heuJvKVOQtVSzgoKwBSCorSpFoIwA1TVfB6mObVyUxwJQRMoM 0epovX4LaLV4/Rsis5qowvMmCfQ3pNYk1LsfrW6AzADToLxSzXXDoTzgp/CUD+0jmIdJWFfBlJHt E6KeaJmJY0GzNFJR+ooIrXJ6aycwTUw7eGDTXnCKrIoOCRaEuYd8CpckA4t5MbN2K9MvzBZlOE6A rFYVVR2aSAiGgFyYFpG6xWJg2J11swSaPH6bJSIWgBVe9BZE3nbTQmYEfak9Ts9kPAhaNZsmuGZR 8I7jCnRafgtdNxlDGikQqTXgreG+epCsxtyfVhRMIVgzLPC+iSaBjIlEyf1r3Td+2m67Mfnbe+lI s9hksR+OTtNog0U1pEjyfDkTbMSpxIDifq7ZGmOqG7agRtO2LT+740951yezB2EPyFxw1maa5VDv nu6psTG1nGkc5aJpNnJBsxjiPmgSkEAa3OD2e2wiY90ZOgZwLW7XtlVpMEjcWGdX9pXRz6YrNOYh c9Z8dkNOEZUO+XWbiqvv1BDvyCfZv6GY8opYChgfpYaOoUraPiE6tvBPCgj2KjUAEztCy+zG3Ck5 YOYEAykialc+9Tt/zZXiDOy+xd0pQ8bLM2fBEsRuYD9rGQMbhg35z7plw7hOehIm5PE8S5uAK8Vy Z5MrvVNymr584k8okPczjCy2FvIVnlUH9hG3OhGNDypDQsl6Y37xjsqFmH/a0WY3gCcSuRb5SgaY hcb0z2i34Oi8hTbWFttUckf/8V8Uj3jLBXGsNieaj8AcE8hAvOLTUHTkQOOBmBSxiuMZovvuzDgD dxO1DCItE3U5PTp6vHT7EuYaBzp34eM3sllfRqMtUwdRdzpWF2DDUo+CikskKbSKw/8iV2R3yZXL 10IY1zZ/h9/kADQ4W/3wS3j0keycVea18VhR6dyFBYDmC/rep3mO8GepdLmJXbTkaw4y5xQsrYsH 8CwendI/XAcoHfT7gRbxa+Uu5QJyM7EC4Qb4orxt/5CtBnAE9SZqrNq48kRbst4cRWPQnfQGBZTl +TIyB2HLjeknjg/nENDsJYk0pTNFMwQr8p8B31EBQQoJSqrViudWu22Kw+u0u+5Vfl6sM97O7GsS kfkkOHxgki4shJ4EkJAmxxo21cl1g1AHKsE1hN4Kcx7gWucA5iWIcDFYGJGcxeHCUtQC1tyqxqsG 7qG2aqqk0ABMTV2fXuOpKqq6CQGMCCqAYmOZvsPXwDJ87FKxwsRI2DH28GK+NnzDpXIwAXADAAeg BLIGtWkkHLIsrJIZg7bAjmfYAzwfPrNHywz0O2xfoP2c/e1pHjZEF1mZN+ur/xerE2cfRGLIdQoz FyxcQm8gmN6pAnsWqNVgqCjUB1YPdo11HER8gpsBKwl0AXWND1zWbqBSyLWbEldn5ZZDABhHgWqU vsPfgB1AGmIBN+wWYA8s35ibQhLomo2Td6CpMW9jLZuzGlHc4DUe63FBbsC0k4ABJLFs3291BPip JfJHD7JRUmm4ijTRbp+06igo6AUMR/n1Or4qoEasQg9SvnCKFRAQb3VorNCy1QqArFOTqBW0g74b cZmGybwukTVRH5JfNwMOMEMHJYuO9Er6S8AkgNZgQU6oKgUqrwIdNfJKP4Cz6NwG6NMYSQMO1BXu EBwpurG3drnCEb7YhZlY00ak/OjlWlfjQdoQAL5QQWDxCVhtDPanT0jfUY5mcDG8PKgTbrNdH+Dd kkQb29jT4dnEAve9RJYGPZY0mEDAico0lgUg/A9dpEeA6hjIANXl+eNd6uiYtIRwOsj3LvUDyrbI g9E60oHj+kP4BswOwB4eMSTXNYiHb4RkKaopM+LuEfRdVAKRGb7tB3ib0QHkwpW9FbBs3nTnohiU /PUKMa0R4kuX7YpIwx3gFE4lGoOovDsv5BTfnawSRgKWVSKX4LEaEVmd8pl0TR1FW28gvcjsqw2E 2Aogx3TJ73VTeMGwXbUFVV58wXID5Q1zVJLhpNyQdiMP3te6MxVfAOjXUPA9qBecrDMFijZnCbyh 7hd4K9C1KWEsyOAkZTr0HoJ9U+hSHhiTu5QgWoveTOYhvMH75dWXDzxlCsm3BLQWASSNDjGJpBR1 aqY0yoXGYOvWilQdJqlb7i+0wMaWV77lSnX2gzJ0mHCDDtJ9knBGwbR07AKVuqUhZn49nhUYelo0 sJCfiSZTB2hUKml6AdyvIodPrKgWS0MOCoeDGgL5pM1lywDeeGGhFlgiBzgjdXcsxZZcamPT89Td qSJ3QXq+govqv0whO1hZSTG0cUOMBk1DT0ZZU13DEF5uXQCRW5Al6xFoahOwFeC5K9rcosJ2KzoB 0nVAwJ4YXuruSDEHDTYdbTGI+n40yXWK/oeCAvpApGDPdkkboWVK/1O6V0m39aUzHO2pZWBmP2Za dUYGIl12FVCja5AVTk5bezUToHzgLASpinQmC+ZF68y+1kw4kghBId8PibC8FnCqeW7DaKCAxurS MVcQsz18z6AAbjIGSsViWWE4gGRNCMYG28bGB7CU2GjT5R22Y4fJ3jfPBq69PyvC5cddv+gRx7dY XHjdKjaU4Fx4Olg1M4z5wUTTq9wsNhtajhD3y5PtlZ1XUiiWDCOX3cjE8HtmIvJmA8v6lISGFbJh qLKtSIU5x8rjNXHOjT4URasLibNuMmNqCAhXC0O5NDpzSkcz2JDnQ1K5xl09F0iYy8wA4n6wK6u4 FnSpM9syGjkYjJcYdRsdOlskWilnNL6+r/LTYggzl8o8lYXPdw17hBl+YM+K/vNLoZi82sxpngNL GGrHRYAN6APvUntyHfqHn2749eJ+HNP8CCwUapjbxbjVGgJUPVeXFjk9x0yDg4ExB3gNYZORjHzC qjl9HRtUX0T0/AL/MIn/dKcnt+IjMkxYseIYhkp/v0eXhePl2+ay8GWkmuSwaHaZFXlkeSHwZH30 amxPDxqd0JJwP2/wDvI7oviWAJl3qjk/zFQ58XzP4YqNicIkVZqe5DlgvOZtBBxjGhFWMJ0yp9Oe gasEQ5QalyLVFy38gwXDdA8UjY/qQIWOhquGEuswGEd5DvaGCpRGQ/oVDcOZI38ebLxQPg+khpy9 se4VHiI3E1qrqb5DteSteJwLbILm++uQdzhZcQn5GUHGLPZY3GoG6ECP3x4gJ34dJ57HBV2B03Xr lNccm8/15FOha3L3eJvGnqDi8efKAnDoZKBieAgvloR87pozTmovxfN0BB7uyC+N8xPIQ09/oAlu PvgO0YUQJXg2jawtSoMrRsIBJiTl4HgP6EEaEClLTzomHIVVww1IGEFkJ8JUu+FRsoGTBAAIBoOF pI0fPBKqgLi4emSKhuDAkMBN2shPh6NQK3012rxdcLWB4hj6Sls4/uBlvip3GDrWEMQ+5MLqqUIV pqUGWhVmKIQA5idcAqAw14SBlEhp6aFh5/iTV6Lg69PwRINJxT/kLKuc72miBN+O5s+Q0flYXo6g QPjgDzBNM1P5qUH+MOUBu1hw4C36iL78AyfmX/sXJ/3PPTQVBAF54OiFitZ44QujQfyEDwvhqQ1Y lYeuyzTEfIGcGi8NNhJGE9pSTwA4PRBGV94JmPAwACmA4QmEpDKu/aqLYFYjmarz7Y2M7NNgHDPW khOuqXaXWnmODsAQtBdQAAPQOHrl/AGVg5qknGEfUZS13/hJg0kRIMKERA0pm+7F1G12gXgJJW2B rkNm0n6aHCCrKlX41TsADfGJyQlgHInlPlAUilJaFOgS1aXkRiPY25j1ssLquXfpl2bfU1pLZato cDrCXQuOD4mlmWcmajMWOrkG4JSN33qF7GrSwJ1gw+Aws1uafZ01XcgWIjyBHl3VJV2806eOvid/ yJgRMPoml/LxeBUQ5KtET+iUurU2kXRGA7HaKhFIbgZZH4yN0Fh9kEiglV1+IPrcUumdsnF2I4C+ 1idIjJ4WYQMcp3uE4YvG0n8QGc9F5HSHgrFSCOwXDmQik3FwfktI20mCDVVuQcB8M81njzHIJqYp NCpuemp80gMAaqr1VGSFelMP7bRtWA4KIIA32wus9FEyW+gXRryp+C4gEoxupU+FdJc2+tRIGvfC HwZiRlRjZoFpytiSfjtP5YI9y3QgZNBgCXdClkLkwsoJspiAAJiVAWZJQQxYo0uFxQOtoc2uds22 gYZA54Mc1QekrYtAF1aARTYkcBCwZqBO+8evWmjToe2Rw0nZe6GFL8937YfBa34G9CnSjPU9IDaI mzKYpPa3R23Td9jkm2CbKWyGLlvEIKJa5HWnobXOFGbJCFubLnY4p/LIwjfWQJYDTWt89U7HbcBE bY2zOGlUloEVj/5QAF9ohd22TS9Eur2VdFIQ/zF7Wvxb9JaV+VuFhRitWqMqbUIFmNQhkPHYyRpd 0Uiws4ItXzEPNWHCAZ5sX1GxwUD9tb41CkIE6OSeNxOIP1zR49BRUKdE+B59l9O6vQ+bXfhOB2qF 0ReVMBBWZkNZnhTNv0+glN/nFJSUrCPto+2X6vo3jNvO6Hv3jd6LfZbCRNiOfrby1E3FLgtaWUZg x0aYzfEzX367RC/M06IkzhQ03Oph2aOg9G0wZdNZThjTKaxVW9tEBnhHpKU1jq4U9ZvMCvphApj0 LWv2BUprjmdS6KAzAhYVK4WJ4UvqIeZk5nlqJqBRQXW2NJmYirVuhO/Soaw+qtCpAytBK2c3iQQp t775Ulc9UY2d7mnIE4h1iFnY0NCbGu9D81R5NEbbxNGthdTeCublNkXLF1F4MHka8OZ8iueDKni9 10Y9EjnUxCwRhwrMKTGs9G/aZgnspgbPlX/ql/kol5LOmyaZMmptXW2CeYcZYJFoS2WZAbQblJkA us++dGlgoLX+mARjWrcWmM3JTuM4FBE7zDYWQqa1bzurSJD+YCNNsjo2urQZXclOsT2cuVtCeIlW WhwJjW0M7M2q1+uxcBnF5kLpkNntrLZnOYSjYpTXwkXJLSYSQgKUF2vJD7rQle9g0sKi1QT+VbZl lsExvgWdZ5E+lR0WacSyoz/Kk3Qd4CsJLhetdITyzVoDsrxfS3bBu5ms2JaaaE2T+ICFg5RiXeU1 eLQEAmWoi/KhCsKIplu6Wv4as+R9r2WFzfN2CtADZ0XkMDr4sNJCdkgZju10NG8iVFZKCl3k5HAE UES4fQLqwHZtFq6Kagy559PwgYqqe5raRIyxN9gH85jsCYw3x3ZF9YH5rqhgqNspcvGeHYDmyGlM Jb5stSuwnNzdaImTAy7wpsurDB/3wRuJxVLYusf0nFQPFr1xEoXAPIW24jhxhAXroBqZ6GV84wlZ OkuznC3HaM95UwFp5cmSGVCii4Y4gP6IUqYCCHxAtjQFgF7Ams+JmlsaA0hjAszjVNs9RTqQfto+ SLrGQdSRSzSb7zjxR7M+psSWr8bZa8lt47POU3VwP/+UGiAMaQ85cyjX1IR2ySpJ0ySg0N/cLTXa 8n/SyWT4ESaXWdHpv7woJjVZM1g9CduG51N0O4FWywTqZLLQRMwiOR040hpdcKHsTFSM/HVJNMMP 0qqoFE+t29iVP46x6Wa3oMemGoAgzAFTHKKft82X3nEtk39upMr1ROHViIIE48if5qlW/g47q/lT JgyChVkI0QQPwWGwwsoFQxnEUAhZ08U93HSmj0VUAL2AjsAclGufQ2EKJCAtl1rkILIAyVkvD3IE 4PdiSQGJATtBT64RfDmAGiKhQcSOEK1uwVtiJYMnYVa45YDuAFuY505iDcC4n4cRCmTDagMbYmTC rINHgV+xlUFvXQYIkooSDRlXiuwZ2+05xPjjHNAJS4VHQj7w2/CWg6Q9I/ExTBNhsgwSGNZu9IOa VQy0DTAIaoIqg2Lh4DIgSKdw1O8AMG0ElMIea+oB+ArYjU39cZVuAioKlb3IaoEVC+KFi2KRwlGD kbtCr2AGtPF8QpctCzP67ul4xjHe7gC7Z9GJuToQvigHyAX+7zmpoeev7Qkre39bHz81GHMYGK+X VQHAxJ8NnY1IrUnHiMbwSRxyGaG3X9JXHC7uKTwdvo+Xz8vuS9aLAGO0YM1Eloboel4ZJ9cCXtFh Iaf+RoneX76RjeHJ2MHb0kRf/bg9uy7wepGPWgqKww2M+nGVBeMmzCFT9Xp3Plw8c95frvKCfF5O mNjbjeTUqvSHCwc/wXvSh+z2f+9dInh02+DpoA3n21YWaOgzBHl7+bi6iNA3t5sbCE/SdLjq0D/f t91tc3Lp4c0FiH64QFOBuao7fjoRsPXwIc462vAOT/5yPfrhcN1//xVUuzvvLlcZslXnhkEdlOuD mOLhd77gRgzrvUwd8Oo42Ij0hEK53HOY6ohiqOuUTtAfDG3QehDt6YsuvgPe1zM0MHl88eNmcQZj w6yB8dDhPlt1YaJAzWkpdiNiAh1HiXfL4/4T0dl1iEbN/ZWr/Q1S7WAC3B6ITqlCpgeV7wQD7QWQ 1+RCAajg5hS9BGtrnEYrv/TKRpF2o8WbgQcq63dt1luse/T4dMWsRLk2IYqFHQS5vF06joI+setN iTissGAkUdcjKqfEJEuBA6E+uDbwef1mCtrFLDjmlqALbNlsUP3+aDsWCZUIBUXa8yYQNikIU5xF Lmb36gIhu/8RxOqiWI0R+BBJE2Uo9Ye69W4vGcjbwaK6Xb90tWpwPmSzWxE9Ix/1diI+obNFCiCP xqGFNNoxpLVtBsq929mM/G3tK9YmHbVWaVA7cFlpbHkCTHqiTJFEeLIytFSX8Ipj0gp6CBIIKU54 SvNQdms2EisB2vVRZ8NczQd9hvdpc3/rgkdg0mjnLuXVPtEtLNYihppj2Zb8RFTXmlzAyr2JIedd 8ei6RyUmUgGlUijBM1GU9dMSXTytXRHgu1z9gQwXO4Vvo+LaI8qI5EwNwLvtHqANVZXagpXT8QWI tm1BoFQDEg9TxIKm3iLdIl/JsvxLPgFZK/vdbc7Sgtsd4pjHXi55tZrsDcH8turCECHyDCfb0pxI shXORgr8Dn6269lpy6vmCkUSQL3hSbExMIZdDWkjnI01aoFCSjdn12ZSoBs8L114EVWAXZclA62d rYyxiG+EUYyBycZihjFQiIX3xaSxobp3QO/0MAOItGZn6y4DVUcV9m1ocbKVXYqlE6MghobNuqTW MOfSXu3V03UFns8e8GZQdYKVDZ1NVxljt1Av9o6NO04v+4fpmokTpciLtnEVkgC/MWSLssWbcjeD OAazkIHjR7UI6iMt+NQjMOG4n+RnJDKSgpWNIIVDMCgfGsoE64qCANWz2ezXymV+sZ5/RtJJiVLG UwLpeWzWjZ19HwRN6GyD5NR9nRLdEwRLQ8tehWNEeRKO61YFKYrrs2tYVHOrwySxSexUQ0yixF7I IGVQJ6iFuzJZNcUlGB8iAKhqKRTZyR+eRRcDGYujtDBZnRq/eBaP6JIR/G/FyunBFCekrGPf65m3 aATR6yz5gxAyO2Pm6HfIjAIZzUaxOIHMJ4xThjkaiWZ7N2RRS+iVA4dvv2VWySoGHntYWZ7E8/FD CXccxo3I94gzA8fIE+d7sopZbd5my2b06bKOxAeDFnKc+RSM9Cb+byxcKA55Rwchgdqd6UsE3AaB Aaw/3WI7crFoHTAk97ALMnCHOGuqyAugUKrNYudncq9wzjWflk3iEW5kYQjzgDeU986/B+cMFMbF 5nZ2nDwwFpzCQeDt8fGyzeEzQBKubnLOVCedcKocag4cx3PiIx5Abgm1AXd46ndZFznAnONAAeY2 iz0P0C9xqPxRanqOn1PnJpJRJte+5eEboqCT8O1cam4c9xaQws/K01d+GDYcAIgC6cPm0uBc8Lzf KKSADUWELnmzbnX81recSOBhwCwvOEw6zCNYOeCQR8yn5ohHswomCCnUGO6BX6GAfHYvDsgTkAOO U13YotwJj3crgG/oHR8bfDTyfJD/3bvByIAavcjHAXpy4XRqIJrcMvR1ss+zp/+6ye0VAHK+OEYY zxdNu7PzEVD92wDRMWM3Au5HOJi8A17UllCLEuvQMF+EK9Z90tQkswAqoonIucXLgBIh4Xkq+hPg TLsid4NlXEUlGBQKSbCabb6E/hMGcQXPCFJA3BbWVf6lois5uDDFCDg2Rn5KgwrB0R8uEH8KSjJf A4xoY4CO4oMYDCrmZ3iy2eFDiMSosIHwPdESvqISg+EIDlI/JVGzL9AKp5sS1JvxZj6ZcNtNUqpN JMOtJQYzF5IiiEJhEOS0pzlCW0igEdFVi4BulhO+rUW9AYbDnCRzjTHmxP3zXwkRaEhEzvCvboGD eCsDXCuZNr421Uq3qoOuaE/oFDoxWp+mwXuhsr410AHgTR/xDmikmVQfJN8oggA39RrgbgQD+lOc FaSWNJXqI50pClNMJWiLmIwx2NWc8r85MhBW6Q7oHx0kfzoVSk6Ofevt8mwIbMVjbEIF8/gWMOkB 1595Qr8A2rTMMJWyWJAEkEf/vPXbFWl6Ul1wqpBDr9VsTw5aRfNCrvDZB6qyPJSX5M8veJoGExcQ EcvdZJE+u6nlNQgdRE6mC7pTjCkIKx567VMvrBhKRplBdDIPherrCyitMB5gRwM85vcXua+ppWbD waHN02C3iApPyM5hPIHRRVMsg2QNgS89uFT+MgK4Siz2q+WkaIAhiBBewoZSiPuc4hRBCTC0cjTW E1eVpdsKEkyJoZ38KQZ8VZAF0R3uRggljzBnSj8y4RFd9o/4LzK/EzGWSUsHLJ/KSxUr/8AMSTW0 NHQogHTNLe1hDqnATJbHuOMMDB4bMLwGGdx21EyE51BFq5zIUfHctkMqTcNkILdYm+OGWIFWBhMC J9w8TMdol22urcGvAvutanpqEaaxgeQ+A65Czpywn4nbd6GNkK4WDOXNtDJW+uetGK4wvMjAZGWL ttk3y81TLTDt1EHJuhaRche2gP6phs7bWFU46UGoX1EoYeJUOhsjC6J11kYswjl4UstB0I0n2k9b QjSng1M6i+/aDq0CxgxlDv+DwquFFNhcaVDLGOEE6FFohof+sDat2/qklQCmQq66WBCtBTLUv5BK douFy2y1skLYCL8dwuB40j9WI8W0VrUYmH0kHQ7fwtflLEBTo9CIMFj1kRWi9dY9bbRGvpfaV83l FC7xWjPNiieIWjSeYdBqQGKtFVkLpf5OY352O8ugpZPtYMVnPiPku7qCrupID727iRLEaymoQvi5 8bLyG/Vk79XOX1kZtPuRbuigaWn1qIYCq/1n6rWKWK6JhSERl7kdzSxTQ6uO3cd2TMRea6UClFvO 6KSQHJXtdIYEI6XIyKRgE3WhYquQvbitGTDXdtnO1y6iQ3YVe6RnfN6eanlv2Woja8eRXSoMnuJR +JX2eJc9xgIsCzaLSMA3M4zU2ZL2Uy3WVDPQUmuWGeVY28HXhrxFVrEsAeNpUTU/mzklGFSNXVUT iG+GS1lM/WLPwrKuHxXa0HsrgqmX1Ir+pEcFP2knbgY00t/aMhyVIDYzkgazWzWfOcWWA+Ixbblj 0G26NmrLSjQTmnG8B9sDK7ovDPVvtujLuhyJrHcKF9YOdlM+FeoekKw1M4J1zAJpLlkx5EnmfHDC oOvMdcxiPpGGGSm3WhtIMG8YvCYBDVtFvO7OR1cFaUGhZJi8aFrfcTQcQ7BGhvXTJQ3QQusS69++ y5CO5ZL1bk7nsC2RW3LrLBAErNtdjRSY3a9GQQo4g2Ao3JBjetUvrSA5b2tAf0YiUgTCkjpDSw2A e7cYCTmVdCpqUOll+EuLbYQlco0TZV3psW4EyxOM3jV0dz4V/wOZbHDnAGKOEqdf3lEINE+qNMI6 zuk1NACC3DwGORTTBPZTB06JXaZkNebcaRpXO9eep5ybCPfmn43n3u1/fCcQAZD4w01eWMkG1BhK 2BlbPq9Z4z3PAycolUav54DpLwQVBCA5ZCeoLVXKzOPTKKwwFWP3SfeptTsO/aIMHbqPGauP3eSV +4+jK1wyRDOH0BHdOJhxcfVoteMRc+z9qaLFKqQCfsGT9Udcs1q7e92tXPgYUR6fDTQd1Cwxhd5z df3jb8iHutawozkNAHoC4RwcGeDwvkRJ3BVERXUroStgwOsOYAdEw1ng5fALyES4DRCGC5okYr+T pU7V63ADPTFu0YdhsFXsfHRw8KFbAIFZHdnGkkceHaor0OkH55GW1uAGTUXCDNiJXJgoSmyylwYE UfWyxZZG4IxDiGMKau68/eLj7BUEYIhd+R0cnZfSAmYMFkUU393ibYIHD9Ipy+GBC7yDLctaLG0I QnD3Ce7OQ7NEco7ZvALGSjIAcnNCHlcVYB7IK/8CAA8FNBgUWIccG6K4gxlKYQDHgzbDdk+qRBGN qu0ZL+IAg+eCH09XUNzhBKKUiQNG6+ZAhYGir0cgNBwQt/VzewLEnqSAWAaho4KfPy67D1f8Sc8i 9wj8+LzbXruIMCz547zx50UiBtCrFBkwUYC/1NCK30FflQ/tVWttlFwCynx0TSBM+QrchrlCIgGz X6dP0CVQ8ij5hizQLjSEMB9h3p7Rh3O4qWrK06I6iSYAz+UcQZ3dHj8VAV+WTGN5+zxvusjwoqmn T3Cr3sjUsL9dJB1JPMqUAeRyXp2vHxUfJk5GuxvgHRi+O10vy25oJOFPTOKjjBkQVz+Da09XMlye z+vTTaqTgHjE+MOn7CXattbs23FzRbq/Xbffxy+s7fN+85ekGRK/YGhD+OXakDdl//XXpE0B/38d /vo8Xg/rr6849kH1f7mE8fL5qTDXOKJ173a3bnE8faNM0zDpSvzTgO1L07H7PG4/CQoK/3k83Lpg Mdj//Hm77G6Xy+m6P3wf9pfL8ba5XY9weLpz9ZcSrufDVy32IunKnqGR8nec/7pMQpKtcQWS3wQO PvsTzVts4AZr/t4cPitKbg5yJBOsc0cG6N0NUHymgRTJy9uz6yy1RysB7EkAjG88oOSlSzEoIg07 EL1f4fnIzIqRY8GQQP5FHHx1vm6v5W8xRIIvlELe6DmqIGwhUAIIp1d0jHAOm2sjsr+ciqyArs0H JaCAux7zcFam4Yadw9NP4jXyjPhf+pBvCWAA8mu9JlAjdjgvMbQdcyAsqX7kk7E4HKk6IvenTOb4 /VRBxAi0fjGXNUkGc3mH5NDYnyOIWzZEgjD/N+fOQICRCxkIBwn+QOBLxiEC1EkPaJzM7aXlBi+j x19kK5JgXF4a4L7EKWWAmaRM1KN7R+VVEWYqJUUBBfpsQYL6FyaL9H6Q+UevJQBZ1LeiA8vdeQlr LmZgNXImQHkUrVqcPjAKwmf2F7i+UECHWtp7WjDXa2ku4P8I2J1BgIx3wAJMLv3FQNiiatM3iLzg maMr1m3hu/jK2PiQYb12fMif85qV2MonR4cFog3IGl2UoIMrltOieRauuN4kICsI9LCkJ4qzDaBq 27Asqw69gOZx98tzjqlt00QI9wjmNsAcwdu+pYnEJEShZCtgeasEESztErdb4tG7nQdRgBKR+IV3 7SYaXKzP6/ZBTWOKuScz7NrGpViWgBzLWTjhratC5wButpYa3ebptJrxxmnfTkouwKCwfpHZMO6X 0qQoCIZrS7F3O2EEDBW+gHaGwwvawtvVGyvajvzqkFM3f9pN7XcFe7MdQPQMjKGpA3DhsY6GZU6E 4L8kTHk8BFlwCdp9ywUd0g+Ot0NtJ9abTRI+D+nNVHId5/qZ5J03695cG3fH09bsBIk1yNUmWOCF jeOoD3OKmEOPbdBdbcCqES7pVAGzafKVidQzeey5ntls534QI6vZus+i0MTlmxLsrgyPDg0ZfRv3 HH/TUpVp0Pv+1Ukcxol+2ZrL/KLSsWTomCMVqYR4rh6VDW0h7KKbDIvl1gXFgG1WrN25Uot4KNC7 TvtB29XfyYNiE0wXpRfTmSOKmT9dFVoonCr5WTm6gcTP8nH6oKHSqPr+tKovbLKCTV3r6a2s4tqW UYT3z2iT0UaUwOcOykF6Sau0JKpgcKo7Ojq3rQgCY4ZJGRtEN55navQ88J8NLAwR9O+UYzyVGApM xG4CYQXzEz0z9qrwSv9CjFnhybPR30Yx6uCkWEDRfdg+i7Oy9URoRsu5AcxTZnDxHQWyfg1hGPwH Rod+uegz9gi0II5D9B0BFz41FyAeBR1QUe68IM77A0sMW8CTWdpvzwQPnf/NdNR9M4JTgfnduWke ksL0i/diAARo+HJcVONHKqEGHXUgsQ0GB9O9O3hFP6q3a1/yT7TEKArWOFShBdmWBqL7dA2WLwMs Ct2IlAkLcro2UR/M3PyjLvHuZEIHBIoE+XXCSYTkYy8WduEm1UsNJhkOorO2ktVoHvQedQMYyivK R+FJwig6n9CQuSWdd1lcSiRCa9f8LJ4CT4obomdGqIMOZFWtJnmdLmilOv6bAW+Y4uSAap5w5b3L KVIyIpOWBwDlynFt+FZP7rjhm/u4buG8YfhwifC1eEqAmTQi6DQQwDH3JB0o4Vg/BZQSJM+60Fp4 oydzcPMyuathEWFdCYGPBZyB3aSGdbM4SFGXGtrXUosY9QSunZKpFMrwZRlKuZvyqKRA+X2EpEXO HXQY2FBqGP+YQ4eUBhjVNX0gVMkHhrWponJ9OgWgFEPO43niYOZe0iVtwZLqfpbYWYWFYBTWXF6o 6ZUCDPatieFr8WcpZBANEAp4SHpGtg4FqgA4KJt+B9dwa2VR8IKKwAM+UrE31M8T9nugtwYZpQIZ Oktsqguz4UpLys07L7dDh7ijhRamAeeFX0BZuWlk/md1ByYAhfRllK3YjwAGgK8sw2Ci6Jul7vgv nAG7T/Lh7rgsINKdgF3VFpoDP4WqADANJXhHSg0eOxwBygAN0pAQQvDzBEFCUaKwaiBooviIzkAv oaY/3FFX4NEboFDnBUKZvQoaEZJQWUAJLqTiIaawY6AoXAOfk+p4rOeDxMvqXAN/v3sMfB7wG4jp S8V5MR45WFZPwbPQX/fZzbcBt9qJ0I39CM/RKOpDgcFO6tLc/sWTV9GrBCAxjCGdk+kopLtzCRiU IwsFlEdAW5ugoTtBTVE3YYEwv8eSsavXsfkXEHBTK5AGTgqE0FvKEqxNGh0/IC3i9J87ITGv4XoF oZQbWg17+YGO9EmTCzekRFAu0JB6FQIAIwED6G/t81qjkFz7PPJlKD3Z+t1qA8qjnMbGOCr9rtvr lNSxgqZMyYUWRv7Pw7KsKq8faKswxc7xaDk8OsasTppW5BsaOAz2Ugj7pyDFNFtjCZBCdqKF6OTb 15uJ2LjFr+wrYd6wvPJCeE2ZnqDFdcLvmq0fniE6aKtFpOzMRV70P4wG3hrN2FPQJMILDjZHJ1AW aioU4kXN9kAjHkt54GtBDIC/D41FMlS9ATRD1+mjz0CpCIVkqx61mwIzl/XCaSBto2/WNQcKmhzm 6SxuxAnY90IYriNG4LlJ8RS4atsxqGQroGZETGzaYIZrvEmd8IOUrXuWp+eHjykQbOpQgCgw+fmY IirQzLb4WKZkqiFrk4JIUyDt13iP6DjVKxhrJ4npHejXCqBaAobtv0qia0oqt6UnqJN2WDkpHmkB 57vmIcy25dwQWZVn4Iyh/SidLWYEkPUXSNEq6iPbSGgdbRBXpC9E5vWWPmtUMH+qFXaWWKxo/gay 0Rjq061rvgZIgyYbDGvYT2VRTI1NrF37Ee4oRVCkMdLcmOMkMGPs9wdpXzpg4Uet03QyIVWvewnS WyPpvBpDaKFlho8IAw5FbIGNpeQyw3VH56omhF/PtUjD/Mo4afr6Tdea4G2UFim2kJETfY4/X9Aw nFyiNqPgWJCzXcGOzDJl4gkUagmyp5f2MhLsrAATPziYofIoNZzatcfQNxljHYMv2wxiGlBC3+rT rMN2I2F/Okx+KQaJZuY4dWhZVmK459hXOmXtSWzqdvSACVUkPrRb68KS2RzU1yfxX+LuMjCZKGgO 5tqwObELpDU2ZRr3KAZWBDtyxGjChqyWRgN+C1dligDbmX9Ms6KvCgmbtZPbN8sXBEk16h0FhXoa HJCrEYbcqh+y6Vq3sFkyxhXB4Hn/zVI1rsuHQFGWq43aNmvK67WmyDymNGVD4NiJ7Do6X7pv9O+2 Tmrgq3gShKTvbASi6wW2A60zaRCPup8Ot+Xjw9LaY83H6BmZHfGHY+sSj1GIZMEq4oGwk0mKycHQ zTj0AVNE4jJQqm57L8NviWSVpcseY+GnxO+RvWWcZvZ+DN0EGqm33TBHeOM0qd/PGfeaynl0MNbf fF4+XUY14DMTPcuUz4ee84pGhFmjFRSBOIohlZgZvYjMIcvBvBxnFxDyMWOV07SSXpgNvF1uUSk1 8p+5lzlhw13iZwFCmXc8xJyQquWIa5vRTPbeMBJ1pL57gBQYb9HqCHZ8n0bNMwjDmfpUjbvjfOVv rje5MZy4UFxBVb5LvNCPRo0fW1aW/DtemoQkrGWV8D4qXu25yXi/rNO8Qs0glg5fM8VLF6PdfFSk ZQMQ7gvr5Uj7dPu0cKLcQ/w7Hh+nDluJQe1HYlHpkZ/l50X5H3h33Lt4yV5xO6LknOPvNRBQGB4d eZSzRfG8uRw6ALE8mjx37rs0Jt5SKRQkN4I2eHPqAgGXoyU+HneR1yTVKpo8OLtD2QARwPB++bp/ dx+Z0/w6U14HST5yUflU2otuyaPkp3BL9RHGkCMK2imn6/oNcDM8QVxlp93BbHBupLoOuGuNxisV JRW8ZsxkwcXGjHCoHj9Dur1Veg2QL+xshYMcIrWDQkHkdM0VaZLTyvCAtxmZOjwZZALrAG6UDjTS nj8UAwcDA8KGDRk0BssaRj3QtvP+Je4AWcGYSkdwXmkS/EtyYEBWaU+AR+A1oBPiqDwJ8aVDdnZX 6OiHx0J+9VeCaEgrGP66/ggJxFgGakLW1A3yQ7D2f+mT66UE4Kf1GtyJ5XyOUh0Sr4mHJfzzgGnt Ir8SWYPi0GhD/SLbeh8wKC1AYB++Me6qfyVJWG5gsQGooeR+QMQO/i4Pg5aXMBvGToySNOBdy/m8 gVHC88HvZXnASd2cvvQ7tjNE/aDvNxgvqH4FQ6w7qLKo6UjLUZE/gNv+07fSDmsF/YByn0GJVwgW 6J9QELLFEG5SZ5QrAT66OnzuLzf4p16US1rBZ6llySCIWBYJ7QP9E3h9h7VK3g0SjM8LHwS9wipL 6YJbKvsvZRFqGOkiTkfxLU+zzLu4zkaBQgS8lbFi936SL8IQE0iU6fKoI/hKcEOByyTS7YufmgBA B6qhx1M3bOdDTOYD8jXoUIdKSaw9oFUYIzxTbvHzUZ7uUk5LA6I7mzPEuOzJUOrdGax93lMKwZoT 8vfnIPriKbjn2+WN8sjlAoY2LNP2ESwo1DjK2q3XS98F4RMePaJE0GIvyfAiVkCFtHZygCNvIzQb I2KXLeNG3sYX7xpuXzACfOyDihGQCIrfrQDP4gIVB/SVoEQbdEg6FGTwi5oMqn4LJ9B1uPaF+pHL 9brb384E0KmEKPLU2ugJtVAOkLW3jHfJvcH/KShJ4PB/ikzQ9N3uSnEb0wko0Jy1+RAR3Z8Qa12S VvxiCOHJJlwaJHBh3RDS0jJCwq+35EFrLSJh4FS3tlrQzEggO2xZP+UnJwlDFrILi8PtXsKvApEh p5M+xZJygNcRS9l9FFHic2XSkNNiQz3MjEsZOWRNURhhagP0lbTMFOVIiaMNXsSutyxZEpUW6CcI Bmf0CL54kTPfQn2pmcJJ0/JkubEStSQOjG5nWZZdH2M85nmwefptqyMbRYHStTKKPcL2W3m2hSxl pTJkJW8JXIT3l6R5UlQFC3bOA7AMRraUvhaWS9PBw6/tVhIKgbWVcCy+akNB+7awyyxj87YzxID+ gZukRonr3GGZkofsLfh2xlDhsFcpqbQD710BgNldN2eGpdqm4YcWWhuHbafzQKUyCMdGwIZgeRsA CvyzhkOe7dKdSmPFhU+xe9qGQ/NsV4L/9ua+9g8rioHI8ylFm2NigbVqYCtmDmWvyocBwpN8NXO3 80E2TezXYPDsf7aCQpkutu8X+1pQT1sqyIblljkCMXzZAnbAFuyJQYBKgeJBBWcdSg1S7opIwH98 zlIYoLPz+PGfWYvk5T5MNgHby45L0MyRdlj2JFiZCcgQZUYBwLGq9QElmw3MivBx1tbrkW3hieBK dlr40nQExh7C5uwWyzjbg5mWwVw63kwWHjJjhv2gFewpXiDcPlw2U23xRy/JStA9e3CsxScQmYNa wvEZ+ErISFYzGTHDM4ycOgQMZiOzgxlbnDV91HSWrSZ3iC7Pyx/8Ed3zZL/z0DSDf+cbNxLKEKJw 1rI6eHAMf0caE66iPxxkxJOGIAIuFE4VGqdMaPXDd6OLQ4/7z5BkaJW8hSOwrQnaEoTrw+wx3ZDx RgfZ8EBO1jX5aAXzmC1kDDk1oxXkUM5tnoymlWCEY4BDwlo3sgHHilVXBAzNxRJiNT49b3A5IHBK SA0Z85wFdid0VT+5Aox7QYcI4SmPFiAm5LO8unuULc7kJSePQf+MYMghz4P/xtjLHeN9AD2UzGUi x0DhDy3URk/0mTHq3po+4sNScMBxw0QOAzzm+/hPoR261HF+emynXsCSIBQ6VnbB3lLqnzXvu6Pu MOfuqCO0KFX+Grcabv3B8453hsUN8NUq+sgZAFw3QUA2DHcfU4QAU86FR4wFD7BIEx0ewryvikro Bp5+E82kMV6wiGYqtTKFqKQpQ4k10Zwxu32qb7xOblM9hA+k2jSH2GDNodvcDOllyBWxRzMiWYSc a2RmbISTQgxWI1yRum7sKB1ZOtEws9uxxaD49E1y8lYSXgbc1Zjycsx8vu2TbD/gDk9GPYmdlkAg MB9GQU4LU/H5T7hBzMJQDuphAvjDLOFlJ1gwi/FItsZn8ByuDyQmfTTH1JJPn2MWuhY0zVP3qIkG YUHqCoqNJmSlCF71blM0B4uvFvNJT6lmzqROdAkv2EabefgwrKksAGEFnqJIlNUz1kvoB1grxMgl lQE0sAg0Ul4nJMSIaQfYDtIwrMegR9AIVznYygT/wWyCLsFbd/BClVbUHM8Pl5B+QAnhyTotuQp4 Td96KDiyLKDkCeB6vNeecJ6w5U5k85DJArriID0MRwMlYuXlL0JHgd2pqLWEuP8F6GCD6o0mRwSw CG9opAIbGCXDgsKQjQYWJEIyMnjJXhQvnazHyPlZ9mhgYjMeSKEKcDRM7a5cHSFdSL1dtBbE+wZJ RmeNqmrVAA3FJATAhqBAc+MQxlyVwSOiLGxJwpD7AZRV8at0zN1t6vI79UibE1r8QOw+D2QFpIGw yBMHuz7E4zRwsEpoELlBFJOkX8EsEYZRcYNWyxwLdjZsZk2YITgM/AWag7YFkRBDqSEeXUxLfUIy S0RDZg29MwOvLvZKt0kJ8EK3fFheoMARAjeKlm8pZWZMAv6qKIQSztS6RWVT+uIA2KfGIbSLUHw+ g1XaZJXYVChfSwsas4EG4mHigzZ86W1n8KlmUTM4oQRTliwxXJ61rSmQiDbZE1tMQVJQtSijaaqj 16r/6S8UxjdpqpVUQ0a72nra09XiS2WgwwLcrEHWyJBw880Ub7+30GuD5TTSoZXEt6ZPwTtwZXJr 2tH/ZwsLRQ8LaCEqOIPjbcUovqS1010TIcRNG4qv1JSPAZkLXaWX2kljjZ/Vm9LTCcrT2Yd4xAao 7SYsjlLQcGAZGZGgZ/S9LEXSFFvDwqMg6a02H/iZcDDtkcx4JjHhWgo6KKSb1QiVzgrS3uES0wHZ KwxeYmdkqbGWtcSHnZKlz61r+pVIpNkAWbU1kAKR0i1N8pSlyaJngIxOwODSJijzg25rvfMpLWxN E40fVr2+pnF6ZkITCFm1KtFAa12KpFT12vq8GJ7cimFdpfqEbJUjirBQCi80McaH9v9+sob71fLa 3mw1ME213q6lxymykfFJ64UtQRUm8bK1UU+NgK3TrKHLxES/iZQwZu+3hNB3qkHepkZ8XRIHnyoT kGYdMPR6TU+aT3BvSDUx0jARBVKxdwLYwXcUxIj4P42gma2xXdJqXuKyGhYCdp4F5zd9pY21nBGK TmwLhMH6KohYFCJAUjfTc2JE9Da+akRkXYm5hDCnKnppc2DUqdtOrjF1Flg8HOE00T8269SuHQgz vHFkyGRjgJd9y8ZlCWdpJCs2VhabEMnsfbSXSjnCJim09zB1DUk2gzKsLsUqNLJzNDM5ddwK0WXp 8vN0aoktqwQ1lIjArt/VJ2Ycs00lwuXWdVZBj7EYtOmPDITS9EH8MU5TY+YrC5gtQV+MarR5zz99 BK4xOsg+g9LmmEE4T5Iqxg+bgoXmPWQX1kOoZiBoxIacB7YFT4dxUUidFYLPax3hxBDLG/eNUYr1 oRSeU3apRqpPP5joyqS73CDfZYQ4b4hRYLSrIZaCz3sh81tGjbjQxghFghDA1Cxgb4UFFv/nu+lp Z0K9o9QQ9GTFWubZPcUvdbSR/a6lb446WhR0wV+xl7SXnuY2vELmQNYgy47T0lVeDSA0RgFvx1Qx J4jBkVUCpIeMAR2lUaYRq5NM/GHEyYaWZGkW+WLMxWRAAWrRK4LNtGKWFNkmQun4+svbgPrxMDhv mY7Ezk60JFqastrKv61j0mVYdwtbqJPlOcdFcxA8gp0yhBYWp33Gh9rAFzGk5pzRZbhZIrSzC3gM FlONX2hS8DLjimA4OIncymVbYS+VvqKjH74a6zFnb1sa8ixTg874F6FXtQB54LupqjskBmNno2rd C2KMVerDusHVwA5hGVvAM0dbQcnQqpacyjFOkPwpQ1m9EbxNgdYhKHP+aji5cdIBFqnB4z5j4xiq EHum+vszXg1Ci8sHTa4PQssWpoZaAuPAm7IV8Wv54gIEZJVHjWjr0HuZP7nMsZukRaU28b1Dh3n6 bOkPWCKX3wFz0yX2kcf8eizVcHlTzRJ4PuDCz3g7jqXDaNGbyzcrh2qXQ4U5AFVwweDSW/onkXJA AbLvD2wAmzARwBQB4LGgwwgcwkXp5iXjH6L4Bonv38GfvpSyeHuDeGBGaf9qeXwJwcG1gjtixiFN Bd3C1DpzD4eB/iAmRulznn3wasgNZEarg5QBiWCZ0xuy6xINEsIToISpWPJX+WY1dXt4Kf8zOh4h IO5BRYA6nrpg5HWvWWmiAZduPwMPY9dpskuUghy3QGqgSjebqVRq6g7Kw20AVg7Ig2u0fXU+yvVR AgIMzMiiNQADE6QGjIXoDfsa2AdkA0j9JCiAmmn2RdklzoVFO94OJi1FQsg0Dmno3hVfEzEa6oWW fIXmgpIhabiFnsFfhLFF43bdXkRQqTngvSjEc1ElCjYaKqQWnLVDNx1IDNwKEod/Ha642P7RfrBc 6HSZjrvqUZpm6JxL1uK6wml3EbEh0/BtOTLCS12/WEJxiJnnytg8rxgvD0rLABwLJvQEmi5QdpBp SDDkDXU8LH1yF7tscB8DFJYd1qp+eBWgDWSOUFoyCpg4TNPFlGtsZ5JG1PWtVNKorX0JulaCblBU ADuAHAyNj30NJwdl3j59iWIqKQeJYXsiRW+3X3QJBr4/fQV0g16RtIHOAODJKYFDPrc9XigkuYk5 vJ9lXKdGMPfIr/1ZRmFkP8ESUN4Fg355iE3vO8leaLhMAwihmJ3CNhrqYfealRYBt9Mkg6VRQ8Ah 0a/R0UPvTWTYN5iR+kutIGGysIeOCSOAEMsybX0QNepOT5Dm5N4FCppG/OvFWUTKNBSPmfMdwYhg OsxSiJwC3xZ72m0yCtOY0UGXpo1hlxYGx1EaiQiNTavNO258ETollcAdEL4sYfsiNiupl5uD4kId XftYwg0K2UWHNU/UB05oFK1RbyVmkO5AtSZLpj4m7eaNqqNKmkE1yaGFbPFicZrVtIrTiBk5KdBt bxYLk0w+Z2XKkT6ZK0zeS8vg5vhqkjmh8eYqSYsjTm+5ewCZeKuucsA+1cSQ1WI/RDqZunVLAvaC dTphrbK5kgCUVEKPLkEsQon1Wn4gG9uI1rZjubadDAVv8X5Y4Jxq6ezdgKYcGbTBuIat091JILY4 OTnAFsA6JoqSfWlrlscALZoBIKi65GsEL1rO7MaBFewE97tZEwNgwLATD2V+IZZKGmWPsMuXPYkh lbkUxtEfbAa03MoH+7BQgDMlPialgD5jkRH30f5lGQawuPDOxb7it0xE5fisJAgMBqNh87L52ZuY LawUgxNCxe54/dPmrpdemJ2xIPYEwNVkILfZojZ4Bg/BRszsWzqAW6tk4UwWDyuHjyGRQmRUYddM FO/EusyQCy7egCDF4u1xWRfMBiZo+7SrKAYEZh8xZ+z85cJAfni7XyJydDg04oGdl/EQkS8nSxM0 nOnoLmYGYiY+tqEOgnbRHRXy7leNs1+zphXJgqA5jHE9zhyQ8I1N2K9ygjFqGNlATJ4HOqifGVeZ GchErHGmvhJVHf4C3zBCzp9yLzgjnYZ2sw+MLuARF5NWMXSCoUJ5vcLugeOFglGG3Adfu3acAwUY NKScF+9w9rs1OmenIap2mSvE0qMBZHtDy5nJ/CIe9D35s9UIIEsmaCWrJAcRpZIHkTzJpJvF6DGr rLN1iil7s/6AFNiFNbhG5uqwhZxDd5Y5aJd/ww2RYhemN0YlF4HQoT35fbl1UCvYl9b7GhuLb8QB c80cow3NLH/aeHTAE6ctZzgXMQdtuXTKmAMaGatP+L+d1nTEEknt8f73PTpe+YnjrLhxbMbO48zy RONXHvY9Oyu/UkWRCvikBtQAcfVwVQC8pQCNjRTLL2oXhSE8bYguy7XJJR9HrmJydqXdA/IMelxj eY2xrUBKIeAD4UB6PFB7OpMeAKBRRjZeIxxGF/KKITrMWPYn/Cp8gGQNgOOuUCKcJZKica6290yc Rt/ye4E/PCNjQMMTc6fGy4pAbX2UJ95jfDT/87wgUSPj3F48PTiSM+SaoRx/3D9wlwCJKCjQM9BW CSJwcXWHzPVM03n6rvJy7txhdS2WIFdzA83KyogIhLMGWys/bxk57suWzDN9ebh7Aov9fri/l/4X VIR36HUOpXwE0LDus+c2Q8RI3Rl5oxNmJHPF4IAIpVAiow5zBMrRpcaH35+MJa7QvFAXsEOYWogD zfBFnMGwFyNFe3zRHMTOJC+PQhq0P/KbJAlySWqW+RAqANk0yg2BkSCEt+UvE5PqGgt6omTHTtXv BRBEGljSS2TXuzTAmGigY9TyzdIyPRtcIvdJy9Xra8ikHmiJ9M4qDeWC9ihfnT6s+eYg6M+T5p4u 8H475txrbuc0Xg8+nEIQEXsNvSVsyjwL0aEBGmcqBxpBos1nM9TyoBfUJFhF6s34seRDOOVxNff9 rJw6kQdvtqJbWV5Ig4BDrKJ2+RwokZxUPJmBA4TNQqRVsC2wU5aPFl4wIwhXsmhQpCkJEsXgxOYs vakmzVyxmhkF9937wcL5yPcktZd7A9RKkTPV3JEuBoQpU+gkSQW0mFQmrQGn0sbtzg8zVQjWIiBf Apz1V2MjuW6w7kxoiidFg4VDs6mcZAatDwQKpDUNR4sCZ8lBG4KeyCKouqwpzQFDRYTEnkIWYGiw qT01G2WAAz+gjlP+lqgaSWFlidCquz/vli/QsbEI5gUAlyiYUN6iBZO0qXEf+ZYgsZG9+Xhv/LXr vs6YRkR3pyEuFPOTGYhZ2tWEhsCSkzCUb9I83E8yZ2lm1eVmRv0i+VJoPPqNYpg1d0DvZKQcmuS6 PtUQRtcfSupgEY2GrLVRlqULwUSVctUReakwpKHwtbvN8J9Nb+zuX0+lx7GIANufXNuoDy7EfHq4 /48GPt5JGlFFVp+hgpOvGxyNyz20/PmuBNlPvzxk9e5ySOMYjH9fgl21a7sh0pHnB3k3GjoLDnkh lhtXy4X5YMZbz2yjWo1UXmgjuj7IzKKHuh7DF9hMw6EGA8E1zWmyn1v8J0z2k907xYczGV+T1XDb UlvYbDvWQ2tACbGMOL0MTtNmOV6UrFU242Z7C0Y7coe2m8XWZ38xYEJYKg5YIh1rgJUwYgYQhQob YcmEtYUnBOpBrD2gHMW1SYVHMSPt/yxGWqgpbeFhiIxD+Fy4IhMoiEYA18NrE1SN1LWj7orwjUaW MkYvxgJoW2Rn+FPGto6fewx+9v9Zug/0RnOea7cTOVeXZcuSZeVgOVX3+89/VGfd0NehypaeQIIg CGxsgsAPDoTmW6Hzr5DBNHG8I7hRaI1euI/XyS0Ewugex6krOWY6y00Fm7jQNUgCg55wLvgkwKu6 1aqbT+UahMiVQ4zzCLkFXsqKtTEcglrW3vPfLwGM/o4CXVow0ETD2CXyhGOFMvFU4TsaBj/yFZy2 LLAkqPdCgVrHw68gP17sdcSCFenfB+m3PGlpRejaeIf9YmRICrXU+sE3SzYzYJDPkDMvJfb8YVwG PiI3t7yAYYNZpWf8Zt3IK9VUr8I+0BeOFA/eW/RFSyBKa2l9DmFmG5wVWJXJdzF18ptfdhcqZ1x4 YZ6kJ0SdHS9tyqNkaANRy3nk2ZFJgjUOxghapq1omUHCPD7+J+vWsWt5aMYhXZK5dlnFGRrbrJw3 CDeiUYa7yXvkRbjA20FeAancbkNZMASzk+rV48IBuuhfGCGXhXwuyTOnXQSSjtU9rQTYiyAgmiZa UFy+JSmG/nGYKXVDM8r8trIvQINQkc0Da6V520raZ2VqZEl0jdZBqsvZtFpNMYtcF0/xAW+vXAOD nqLLWNWKGmSa5SHQtE4P5MlsJiQRy+QFEZhbudO0mfPA4Hu5FdFySdHNNrI2gI0Qj13frdC+7qWa WQqEwMuzcuezMdrPUpyZBIHDOc+fzD1TI17pOW0najFNhS6Mb8ttDeW7V2KlpDHNSKjmvvdmKAQM QgzxG3vxUqcefp8UHQTULVJuYeNcETqZwaN1eQBsS/x8N/BrfU4HREQTFrCWrtQsMSBJM0zXaBXm tF4HvpopkvMDOTNaygxam/0eeClsUwpjJGNybE6rdt7RcAowd8W+NUzJSuPbvVV/6Gq20v152i42 Af1q0nVUeqEgPeafGPyEqKuD1br1Dd1BMBb1JgrRRgFo8aONdoBypxGJDgXdZpYNpxhBTKIpf0DT JTxkJ6IVZIo1Q1SLshkyasaMbS7GzjfaBlIuiGeLIlZXVHI9e2JpB70oBrefgmwok0kPgGXBtd+M ZkzIHIqbJjGE1N4oVGERtTeirye7+aAcR3E3A/XGzGoObYuLJaZnFkw0u3HRXEsFRPyG684/RfMa qKaG3sME9AIsdKnyJ3PNXMa+2t024mvIQfxnYKQokHn3K7m1N3Z/+tgh1epVO4IdYKctaluY9R4L M8WDCvrQYNQyx3XBgWBDt4OD9GKJzR7pmLYBw7YuH2Pr6h/MGRAFvTOy8EHMXigoFKuCqwBAcCYi KWgRaomYqhABJG92k2MtQpZ0BJgXNU/V4MAnICFeHTodsLJj3dpl/4s1qo4EfNWxa0BR6DFQ13Mq f2rjdre0edqO8SBKMCuk9KBKMnQWUTJiYUhlJSUqyFCh5CkngQ0Kyfu5hZgiPnoDtioepoIMIKLP eJDgYM3oJnxInEaUWizIXwJDMvQpWiMYuOO7YO9K1UKTfIfVC9IJQn7sOf927t7AxVCmr2mwcyjr MYQtMceEJcrKXuhT+/zB0apSR2TEFNQD+DmMFLkWGhaGjMdrlCrqW3UPQLfCy8nzAvkMNlUqGZrs VMGoswkhwu1vACa0Ecv6+/uksjHqcFxijEx1FkKnAX4VQ/j8jT2KTeofIKXHkpgj7cL+oLTYqpqL M2zX+g/c8lGhGjPzdop4rEiFshFKCRwUfAZPw3v1NNn+vd5/IcQKM1zxlQGpCnP4HJsV4oi6WiVr FQA8iLy+iR3QCRyG1FZq+vfv6ROHFrEz4Nzbwdv3v/8PjXTopsjgmo2lTkTovtigX0ZUm6u1QMPS L1i6eiWImPfjPoawfsBV6Xl1wT9+3APrhv2GllOvygVTmh9KjnbrGMrgfX1CNq7egJ54COVR+eBv B8NBnW8/B0h1T9I4CuwPdcKraH0900nc4yBXqqyYhKHUEeVTSDhoGqp6+nIuHnRZYwwfMD+0Ffw/ NRggwwiizvRUlaJjDq+lA27voGtTDZJMgzsW0ThKYVTDBI/czPqurTIcOo6irq9U7hBZXo6FacJd dVyivIvJqGS02QwW/ZToMYPA9SY51qtp3858rHVUUdkYwHKZm88t1cdvvp3eHIunesMkmIDMlYzw mPIv1y2gHjwY/ZXFMis6p29DPx1a6noQr8LMiPomw8lJgo9i5x+HXWmg5oYpXonqKkKA0PUjgjdN 9sLt1+au2ZBWEoWeS1k4mQ6blqW0/+Lj3dGEtlT4E/5KcTuAVdpHJtCRsv7CJnM657ynCsaphj3+ Je0YbDaTErBy9tTI/cDelaU3Ye1GUPcH2gxvZ4eB1PFyY8ex+IoaZSPlv4Dqti582ITB4jLzJGCl AM21UwMIvNMR6druHYC6ksifjoXFWXPsLEMScK1ew95RhuoeeI3lQDpVi3q2JUFCSyYwz+hwzntp IXOZVegmnw4atU7lcYkIcm6rNcwZKx1s6xCSJhyVx9DxvheJ4w42KWwI7nTdkC05LNYRqzYoSShs WYasWr1457PRx5/5/8IOn7b0AwOtp4HFuTOAETAVr0amWBh2fC2NKbgfhk+4keCFZ87dKIvdzmiL 4OpchMXB5eZJ8iK48pxl1UOnc6fDqrmilk5+A9eX+1T8l8Qh3dZWsYdwC9tgJQcdlgPSBIghwKht y70vbk+Sgq1BX/mKvAXNFeWHlRGTnkqCvxBFTuO4+nxizh/KBN/Oys9lEj8eBb/8VYLWZr4Bf0JP I+G6NEYrQYgiC664NxUGFGoRvbBOL7yCs2Fp57HM8RvaE/vPUBZoUJw84zDweI5FBW36yzdyVz4T dfM8nr8owVugOrAhoWzwCqdZuVGeJXS3vHgjGOCq2UAqAEXbUQ8v7f47ISCJDmAeAL1gLWUrwyeB DHGcENKcw6Z3oAWh8OYpDNEhLa4nEiWA/aa7HHI/BDggLC07GQkwFgImcLXneXaeGwXFOcPJ4z0G dBkjesVxfFbMldM5Ma7IXyRCFwOg2uQoMONmFyk4hrwoW6RfCOKd3F80OAxV6J+n8oqLl4vnZxh5 a34QHkacmlNyBD4aGQhcPFjVPqyk4K8HGKYn8B3AiScubCQOqBtoq13Q0A5bS0NnHFTj8LUqA6ul kNR8RnSuRkeAaz1HBg5b002SwsiDlWqVjakJDkTjQqhOuy7bcY9V+fxKXoA1HybSOVQIRhewEwRu LKPeFZKYL14JQtIwbwEyQS8DuaDHhml2QvP53VYBYOIXh4P4PBF3EZcI5gb4CF0BkUFFKIavXdi2 4beX/RLoJggCyZHqPET7KIOnvXSAEJV2OAvQCuD7wHmCAlOPIOH1Ek6kRf1vuMNyV04VFB4RIGhK ezQ1pmPQtP/aVBu812lpRNgn9lnblx1ATgNwVPVRe8J84FTpGU0Gm4HZg30ogRkGyg3hKczxAE+i eHbQ+6QpUZRGXT0zECkgFJN1YJNA3YZPLGnyO5YogNtk8hKKAnIxtzxJG33qDvdSZzxhKBooWPOq TAjHDvcink6iNw1dWIlaABbVAl0GNplhmGcKtDbXNM5DWTkvKmcXsBiYCqyr6SUPmmISJyG3xgM8 lrx6TmikDu4QVr2MNNgwcZO57T1ECb5tRzlrZq7D1koBiA2ZoRAKHYYBikXlF+hGW+8Bc36NEMsU yUmJoF0YkGSCmSz6G9Y7G/k1MRvSWGmeeeQiwhEUz1Z6WhEgrGsUEvoyW4n1VlMSYNCc8Qnhp9ya p+ZKgHPU3lSZGRmI1cyrG6pgVpVCC6PmmQT0wJFhAcpA7GQC6hxLZRQzWSBL4LkajHMgnYtiP/aK kNsIfqR0ACeyB/Bbtie8MVPkSTAuRgI4Jx5vUhkdU8CAZ/Z9SMJMtkEwAqFU0fDYp9VajN+ykTg0 EGczO5xMyM2aCEaRPKok5SFkvkbFHWon9Kgn0bleH0nWTJkGeBWzaOL3EBh0X8nGpNTmoWv8QNHp /Uy110UH7WUk6GwVSMzl5kgKb3RYzJYAwjWJiA6g7joVeCiikJXJBBlQXTplNpE5lmkj3ESaoWYc 3iJsZ2LJLuC05InHapiYHWYcjxpS36JhIBKRNhhDrQpDNUw1BvzrEzrp4dIfLmbls5OKHhu+ph0l fwanR9fsJQTAbATfzy0emRHwCueJNVVB2AyLR7FRNDdtNyEIs7MZScvPBt3c1CxawWIQU8D14L0M oHyTLvlnRK4FKNgeFRahbW248FWrT7R384ssZqHRMF90CfiGQIw1+MhizNkgXoJrFuhZlHXD0LrV /dkfIwkeKZ/VNCGi8nX63CwhVZmMFied62A16UJvkk1gxGDjzWBmpIGuqIgki9rQjKfswIux8Epg euMDtFfaRcotrJ8wyvM61JXhg8BrVTz1Tk9duGMD+5dHyTQzDhrU2jrN8tuTRex5a9VzO60mvNIE pfOcxKdhmeYwTD/XKJxl2lPqquluRKq5Ki9BT7xo2wl93m6hMi1VXSj/6V3UNQNJ94zMEw1hkBg0 JHwD33tL1j2/yOpIYbAhjFZHYuoEAepJel5mg4q1ghHD87OVbnIhm62aJGMbtMe73ddsc45qtpF0 WEvW1MItYVS1GhdRBBa4pFXAGaG7v7UgxmGflfdkRiuDw7AA0ljNZJwIymUsO8LPZIlGL9dpC8Gs K9pZd8pcZA8zAAtGPw8hQ5sdyD1jkUxea10y0rrqhEyhGNNI02aQV7KvqYstBjXOlgEiYxVLcFiN zEW9W8rEpguPDIuz9d6d6CplQwaLWqTrOM+tkR6hYTJKVm3Z6lLiRiVlMUcyHJZZVi1x1X9P9CUj RSRWAbO1lc/kMAXYFEa38XgFOAd95ssB0Pi3YL0enpPP+PR06s0fz8G2zkphcArBiNZEUP/kJtQ+ KSMg1sDhH6DaHAt29pQ8O29+lXBQB4zFCu/1MZRVsxnYqPxdAqdXTwMGa8LmBNUCoYpJmkUzX/JL 7Y/KdfS1+RuY7M+QTEWcrIAFAxEgwPFZ53z8jIbJbUyEA1jimr05LvPV1aBuMWkquBgS2yqgzSVQ IIy1vDhCDgci6WmceXuVLCuzsNhZKSFC4LFdDU8EBnooTjEKnqHLObov4ETamcHXR0uKhlfTaYmX 0BZGvQj+1UiLdAsCeZqaLKRRCLiOZiLA6+3GWE/Jh39H32HDXFl+sLfTjjQNbN7yxIId8thLw7Np s0SxsWlca0yedOuf2ZwRbdHXulyRZnq2wkC3oNK+HcPVwKArl+BQ8ZtqewOJcgKFdFYYIZ6H6kXR Zp7MrCrW5YIftbYC9TUpTRxE2o3am0Pv81TN48WcTIiX5qrwvPPBdJZSCmmjOviYNSAHku1wQoGG DvSvFph4bXnwbjWo35ww28QgcA+fgOH1pDwP88EsZwMZQGsWE6UnzWIheCGJ2nQezs1I5conUqZS RdYZKknpaiyzSVgNjf4x+IamQovFRuq5xbcnhOJwNb1TAOddSLRZtqM8sdm2rUmUUBVN5CG3KuUT U9uCWukbIjK3zA5BK2NfBsA+Vg8vKVniqurr8HtOg9RJ/OrSOvFqoAkyoKv9TaptE3Wt7bUqyPGa RMeqzKl35BLzW/AmD2XvZMG/4DVQWkZJnTrwdZyvilFAoPHTIn4DaWDuDv0DVss1haIDtU3/tvWG hduAjHEXaH/Zhs+YMAAhe7pBU/jTaGSQmapnwJAiG6MBXkE70NgAL7jQDZ2ySinAxyMM1oe+Vbmx uqpf1f5UdlOLsOrvdpFrVzWZO6wPujMkScRhe6nBPtVyDmX3/22HAG3jPxwILKHSKlqjlvktdjGa ou8AvACc6MswQ2ioQ8EUmECUtVlbXsxb4E7xe7XEX4BP70NVDVkK+FMrtcZVAEPtVBAgFinoFN3S Q9vl3g79Dxvqf/xaoQM1exWY8G3lZjv1zI1BnS6AJMYpdbMt79UF8LCjcr4qx3a6GvSPZCC6Hg9H xYjWDDB/wKlaHx4LY70pGADEg6jaQR9iGc54xtD1YLU/IGbAxmOFCcCaaOMAyKkl67i9iglgAssF VJEB+AyyU1KjAhudnBcV2Buhu0pFIC0HaaI6A/uwmVXjUBFC/Voo4H+q837e/yspECMalEl66jJU Y/hy/9XsGM13aCzUX3YBIAyJrXAHYFLJA2+6xmiGgf9WcxdSC4zVElKousf/lfZVAOFDwWLFgOHe FQ3uFEdkXuUIAMlRrlVIRhoGid+wjJVEUEHaB+BfnavcAXwbH7kiHklKWeZkpRLE/v6vcwaVdT7e f48qJ8e/JluQ+L+6fvv8H7DeKX8h9N9/Ve1A6Eao/vkXEn6//uKp/yigDAavNPL3XxWPtURDVGjQ oLuTFlV0/pLXqFj1f05A/DXQuN8SAQom//f5+9+9OtMfV8Uf3OEkxJOaw/WrMxmrYP2vXAMlNHZ6 eb/+D6huWEuT+KGxoCe0xMjiTmNi/1ZJmAYpCdyJhj9ErEnXA/q562mx0xg7yO/z4sn/qlShBEdq ZWRxv8vRVPijsgpmBDVTjdgMMlVNY3/eVZVRQsSHoGT8/08MZQg2hLlGdM7mVWkgdWPgrfRDCgWt 2n8SP/Bkox5l23SuOrpZ5qY2ALRrQIPVPZUcY46YF7hukLhKNwdVjiGNFTiQkTN66P3mv+mwVThe 9k3NVZVu7gBa74bFYipc9x0GChgH6pa4ZAwc/cfV6AKGglWpmOv+Vh6S+bCDQ1FWa4E9DhswuOaB rs2gqrxLxt3WjIzmQI8l+3ayWUiz0OLLTl7pCB5PSkjT+NtYxFsZt3d1g71YRX3z0/tJGHDtGQBF r4MqaogmyghWY/UA077iUIzVyhjP1hkfMd8wcGVXdzd7gMilPUVVcbBWuMb/Vhy5a88rVeoQPxxf y6jWkyv4nQS8suy7Gq123QNiO0aPUWc52/iku287hG0ruiQvi+4CNlSiAdIZmN7OnNKo8rCQ9prs oRqt1gQrjGRgG1S55Pb1tCDkqsFRLWO7q8IIWkbyGi4vOUWMCQCXw3KkXSHOfmyLuE7Jk5YppRsE fTNwVYlCLHEbHjv56zcZqDRslMsVK8sc2/lRs2IS0F4kS2CHjIZqXdxlDHIJAups9NknEljZvCPD ayCqz2ylNMiz3lkZ28BjoTTWLZe47XzOFSifAKW4rbOeZ/CrCK3wssWuXADWQglkzVMhQXqZQODh 8sulkq2uumy0jxbi99r82DxUPa43GxccYXC0dZT/AGAvqR5ZQ/MD2WN45NpWVzpCgJS6ZmmvDzVG xpkn6xNJcB6IzutizviVV8NpohG6xIXJNSbrQeujy3O5+SF8Q8rD21eGjvvLjV3itfK48jshiicA Wu53R4LlJHHMQiZ56569fVvkqQt1OdcBMlxVXhFPzUZpzqpfl/jGvKvwTZ5OHvbS6ekAQDBDwBEH zbZQfiMvyPFeoHguGThGyMJp3cOuqQc/iLLzaR7hfIVbC99gDuMm8ZG5SRzFwoHxePNvNVIv+Eu2 a/qBA8hR9Cnvd5Dq8CMOM89WywRXYb8OVfFkoprMQjTdwGA+ZAzQre2r/rIbVGTo6LaXt8h32qFS qOuIeAiQQl1gl0eQESgnWNwbeNINgZeIxMQgNB7JgQvM9QYQkZYor3BMp2Cz4lMvGtYigCrYq9DF uwaOI5+caN0VYb4ID8CkgVc8cMUrNWncV3LTpJiAkKFapavBoeoohnhMiE9c3E4eI9kRXgQ6kJdw AywvBA4b9GQtIRUuvhgm5IcbTAM0SThWjGzsoTZiRWNfcCMEFRUUmIQg1PIOmvdfCDm3XKR+jNeZ wy8szsGujh8icQEBBB/IFqu4FEo1HxsvAAXYOYwLFqmB9tMX+4gOJvgNeePbGzu3iGNEsEF+ojMI IAsKpp/3mWN8aTFJjjilKIpaCkfwPzFGw2E0MyyPRonc1++LYNd0V+AC1fUnoBjM9uwwNEbW/V5M AcQJhObBnqBmgbb1+mIu2K7Jk2xDKqhtvrxYkg7ALWUhiN4jNVtr9cwEMGFMAFxn7ekDvZ1Ar4hb f4fKJiRJcKxAFkLccjCRWJDBQ0ykYpwUoVyPLggNtSNsRQCkFtAMWUE1zfd6uzCMd7OaPAZYDsYR 5xYO0e1Q1+YFoxDiYdSoEPChwhrkMDIoLm5w66HLioI1XSSe9QCGwLf1AozipW5v4rWXIUAlHCNY pEPNgvFpiwCIfkBZ9FKRYbgKgyCdxdxIIAIZd5IjAwE1ajXc5A+LKSkjQgyxqcEMDegfP8ygEknR qKA1onYBoNGJiikQK20BiwbN2EubtKuLIhIl/8BtYtcAz6emGZZGUeicUGiID41HJtXIeay5SA9L lIkrjbWugBoqtkDO2Thr5AlTLgjBOA6h8u0Vgr1/NmZeKVFIQ8OM5P6a7l5enMwAeDULBlepM4ON 6aNpBeAKIad2OPKTY4qQD5SAWGpwWz6ayx4HUHFlyHOIUthmpqP43IlqYFXzXoYxXCMQI3NdOrh8 BVMUo0xnCQaQzhyxaT3BPVTFiKU8RlkT5XSUSaFTnm0GVNp0oaEqWbADtkQYYvhek7SpWoWQ8GEq 1GQKFXevoW5OUoPeDzSQpIMnN94eyb4ZT6NA3aBcxcyNXOAM4Q09WE+DjOTQ6TmJSXZYnjHESrZa g5g7MJTJx6g6L3Vmu7kJKdCwVFPbp1MtUmTPLBt24xxq4KWZQa87qPiRVq5WJ60OniKX2Xpj/GoW RCW1UHCD+mm0kcpQwWFSyOqHyOJRWYTBpBxCTKkgrl5q6fG+t+MCvADIxA+PFB6eFx6pSQYTBNni ooX+qQyImWV/QYeFJTcPY3AJFhBvbwe8tyxYEP0AmaH9jRFhaxK9mtSAHqieXc7UP2BUxoWIM+Rh U56gz89UiHjZiExhC65r0qBW2ikZXZ6ADpiY85VnsD3MEhC18ipcDrfrgx4byPIRGRhobb2RGqgI jEYadRh3FsaKyzKnESDolguVZXzZPNXwVmyNjRPfUkPh5CXTH33F9I/ZTgfoffbLe3v0GA4NYSAs hYODsplhVjbmZK610F9+0E3rZcuULRiureV1vsI22VGdiDEZUM7pMiTKmdk/RQPGRFA5NzR/TUz/ uTNoZ9bK5ZHdIyja1dpm3hl0a4+245mXnVT3YggeLVyh2NrL8WSpxv4wWAaFbtNqZmU8KHpnXrAy 7Jt7sjYBZX3tLrbL2JnjrTZRWzM5j4kjNvFfbA2AEz013X2hxprCBGixVLfUpBhDzZPOFGxx4SF3 Qom0C5PNSwe6usxag5TKIV7nhNtoYup5gm2MVfQyRTzWfAyzijiAOc4JFE24S1zgmVpaXAF8ajcn vxY9Js4rlMyJMLjL4WOcfMEFRzmyrPpyWOKKUwlp/GcBCte11LYdU5IOnh3DNDfd/BWJsG9DTxHT mJZg3pFq6bdQ8FOuJK/MWuoWbqgGqVTrcRFJI+cQ+lQztlvWr0DCAekI/qQcAfuTzAPfcFByipyR TaACOnJJNvk5emb7wLHdB/4h0bTMvGFvbX+1NPFXWiqYX66YkMQ3CLqwfw3DF6e41e5in/khwxoy SDpiaWPJ203I+w9Q1FQgIY0gAo5EKG5AqHdhxXS9kNDTqaUW1dBZujqZAlBoIRFNtIZaujqIYHPR N/0VcWQMY8boqT8srNPdGtzvoZdGn+YaMgso5ydVoVTldLvGaORL0VNWi8A1xqThiDJKmUSQ6ZK0 DMEcZkiHA/DJM5bF0dYwEmGju6CiFlSbpfEcczDknP00NOG1b5VuNutMtMkisN5TlxyyzevjHTVr TEAzSxGPxohi0eqWOo8KYJ362FaBPCttI79E77fmdxPMyhjmTBwBtml2tOa2wXiep0+Ggm3mD3s+ BeaJIRVFoKmOiV8ptoiPDhRjzoHqlNmQUIYYS5G3zep2QjsQR6RolHGtYbM3r9DvhtLhLwk/tYY1 8wzF/216EVhBttsrWm7HQC75OpszHStG45a6vGtYFKxqusunYbS0S5LaVBKb844qx9GEcQ9rUVSq 7eaathhr0DT1MEOSNjTDH11h3hnodwE7sTSWrKShBztbdzyJ+jpKBnCDnOeIeQ90PdkjVLdh3RXE kvpWyKXFTSDseSJYsbBx4CLPzLKbm/UAUZdaKWznW5pUlUYRAntoeuthNJCBcVF16uwP0ipCJ2f/ MF+xBWqcAWb5gBWcCo2MJxZfgKJ1fElfoe2d1nsMdmB9/oB5lvDmoN1VzhqowWjxJdp/YPoBB5qw CU6YFbJOzlQF7i16MthhNewFlz/CfProKqKqvUAXimykQztcBJrQVIbUPvYGfHu4awwUQkVQRsmr GdXg/mZQeJOxW5FxRkPxFrvJifG6AcDpF7RJb3lE2bEqAWKGUSV+lgFr5jK+ISAyh7Q+1j0n2mYZ fVhBlqBiWJVGs33QdMHAAPHD1iLZC2HYcwaftImOjhyvmwM+p+YpnUSlXescosiZuyParXOpoEzG 5xbII6dAyT98r4ihhAJ8CKEUCdYJWliozHhlyRNENVLiGr/j36MP43mqo+2wS2RRG+nlDKiQ6uA4 pOCsw7VkX5iLOtv481CjL4c3KQ9QBZUqXUsawLvVcHBoEAbwDxkpOYK8Cj7be5DUh5ILaKhkDeuR GcAfxvz2N9BVsZE5WTLwGRNYmgPkDqSGr1YxJJLx5QMqGVSIBy5FcsIkD6iV8EAb/t/t1zGL0HjI cZz2D7TuilrLHSB3f0kIOPOucsDOuftB6ZZEiMSNly2rogQ3ZrRbUaAdwgjWVsT3CiR38dd/MGRl h1GBFRjGs8fRPjllEdn9CD2WAPkG4Mp0nDDSceHvv5jSMgQdZwrkr9owRjO4XnHuj9vfgFm4tW0A Cn3Ue8Cvl3pIl+p5iRApA6fqYZ47p1E/XAy8BVK7tAyCoiYKxRCc8s+lM6rPTGgw+6NiII5f/Pyp PLVMjByG6rvXH0z+XXWMsZjbeiDL4B+5knBsJ28q991ReFXr9fyKd/uhZAR01xaGvxG02wFR5ero 8H5THcdRcUjXwc32C9xBzpjYPRPQXqGTPgUmKusuh3M6fmNuI5Qf0fZPf4HoQXNge5AvjfGnCiXy RjZZxI5WRbqiLoHo9gAQCzw0jjYFLuUkQaVndF5LfNBWkEBaE6nS82yjWaVKCK1dw0szUGYT7WWm 2+rCZjKLbEOWs80zctYASJvBmG+XcYHytFoS2V/200T2AnOQ7VD4wpJgNrGvShn13JmYcEdINsNr jZVpZB/UHbKegqGVauJrtV3H9LS6XK1eTOS4Ihw98K2EI5cPTuz6sX2aWqoxo5ORa8FixK58nrEJ belxYi9HpxWQP6NUWjCCRYhLLdyAU9cSmDBnnQ0VPTGQAu4YqblFV5d51kRewlKL1lQc5J88Mr+W tu4DQUTuDUOaVdheoGBY1sZilecEuRCph1UTHmMefguctLKQrXiIRcsH4DNYDvMD1BvLzeBKceBh /a2mLHI+G1m4Ol/EK92uASoh5LR6mS5e5ZM59ZpCpsTEFeQcwOdtNwvkYavlssmElO2/i0+dd+0h wBaui0UkE8up4aXwMnqOJcnyAiLkX9iZSOZ5KP4PYUJc1sEgA53iihC1WMoYFVSSaHFKhIHxJ/Ah dirjWQV0zT9x2q1ETObKDlobP0WY+bpBsjlhWN9GLTSDO2fDIUfR4OVZtemVcPO5IhLoG6ufm61C ICtsXKfClrjJJFrB8fkVebmUgdep62XBYYWpgZUTcU+ePS59vmIsGGBNQZXubLWNkKxlZESa4xj5 cioVC2S7v8uEQuX2c/XDfMZVFnFa3Dl+E201ugRlCvB8OC3j7QinFAKj+hAGfah36roQsTHiAeiX C5txLfTW3zyUjo2w5OV05phZs+tm3nhJqDxwyXxN0i5jiItfOTsOfK6adhHQLM3tFrR2p+EeIIgi GLxll4Fsqz7h0eENkgKUExnAnyAsw13EHSL0wJUoK12d12q0UXHLxKc8JXqSw8/Pf8kZcBEBFyaI ZGg9dwTwgh9dBFzAOgSFtAO809D2ubiYc0BdwwmEUBVwHo0SIFN+/gTdnLg6bx+EbGz/DyLQC0/Q SX46N62WQhL1i/ZQ6j5k+sQFfFrdMSt9bxoyY57oo3NYEc2AiKc/DTanzwUUx8Qyj6rIV/aMrAyo TZpmWaFoU97DeWEGnNPIfhhIE7nGubiIjPxri7k2KsJzL2hiZ7zE33sQt542PMZR6F5ARC1jfFBG XlA2hRboNYaewDio0jjS1yCRQhk2ROMjLRalKl8zMzpjFv4mQGOIDYebvFMdvzf7fn3n4emPt6oW ZLymGk8bF8x40+tEFMQTmp3ooTWDVHiA/pSU6U8qRUmCqsCKwdflf8Rngh2ovqIiwao2NUCvpT0g h1CbiHws6sB32OmDimfQ3BD80ljWUUAlmMaJhMHwnm260hYcV31FOEz9eMViTEh1kJKmAMLY1mho lA1Q5lbjSwWDX70nqxJVb+whiJGIQhn1LLPM2INTizLKLJhc+OcUhidOWvShyqOU2WCxfnDXwlID K7YJUamdL1SLXfG8wkakPDh/733dg/RnyzAk03vr6cqWAd0IcoOhO8QOLoTPGXcwMKnLWMUYom0T ULhY0zD4dCA4WaZDQolQqrFQykakqPID1qjnLl5CUMlEemgh5eK51b1xSezfEDzQlu0A5hMrFEUd 07JWWXcCyAk89G2SFv6mUXrFThKdueyNgfPou6RhqIi2ea1ND3wvJmaKQIA9pzeWPUK0K4NWd000 JnW5etKUN7VEIHKeieatGIU2R4nUtdJY5KAXOJ+eB5IzTX23fFsA3xgKKCdcbuuW6ZCeS0VGciUE VS7Civ0/WB+oE1GXdOKOliYwnimJGVJHDaOHd6s5afaZfz4EJoQ+GlFmzcacYENw31pOwXraagCn xdpzdU9pQTOIkD/NkBPzPZAR9lIqypui+dLelKX8o3kcXGq1YxtHC0i4WR1U6y2giQar1ZCtYila I0BU9G6mQAZKYWHaAskcgxuaYTENX9DCzFBRrZsMkHWBTQt7pLSZApZHTQn2LMfAemTaG0WRlwta 7Ky1ppttUdYCk6iVz7c5b/50MYOoJzbm4KQx15Z00HSBoJTxYBfMGy+IznhCSJOJCQNz+AWbIuKT jYpYoWBai/2sa5a/fB7vZ2Fa7s/As1AvP3tz8bWA2ltjvhXd62UK6OHtSW8zO88nufpQb4jKfjY+ jyGUMffXecW15f81VE3ppraJvQJWZVW8zrM8d57teu91H4HxdbRTrx1Blo3N6lofxsul1hSbhCiC vvLtmhK9z7JlSCYLEGqfGHIIWqTZMZ+ADoKI7eoKaiZ2igEK4JB4Fgj9cbcRlXlUBYhCkkbyZNV1 UwsfOQszsXRUxnfWIM5kvbAYMtyyCBZkqtl7a6Mp3QXBxqk5O8S9ajki9rw5c95a5lcmhNl2nWoA vFPyydRkYz0yw+LZWMcB6cFECgq1vcMEhZeX0jKZTGJU9+ZaaaFOWZxZOrPSl2YLDenwzZB6Nn5c AlPexbTfE/JELTUGqKaD4RtHhp5B0DKTpV1va2ROAGBZwpIylRpzkcmqpHmZvqwXaZltXBvFhdS5 N2cQycfKMPL0pbyGUW3jQ8tZ5oeLYmwMiibE0mfXLCZNLmbEwzzFJCd2S62WaOq+HRAZELYLp9cn lzBJvlP5Eu2gUH7hFcBUR9NjdRqnXGujNL5SHnvaaYF1CV01esQjRduo8xDoLalQ1ENbErTIf1yX tu0QmEyYhlpNdFnJtfY3pVdkK0egWa3Jhnasul9CJj1Eik0pJY3N0Df6j2WGN6Jnr/u2YvlHBcK9 hJ1vza9ZLXRdxy3omR0Dw2OlVknA+ifjZP00c0g1FeDe8ZzHf2DWqDKhpZurOWJjQi2rEB3O5c7h ri5f3oSXZFr9BMrWaGaXbDVDZrN9aqZM3pNRhaFt9jHhpXWaHZaVWmsuGjJZnxZYe9zwvanfwspB aOolvdsUof2zT0FmPr6zXGQjQulb/1oUtePVcY1aUlEhfAef5k5IcMUwN04ueT8ikogXqL01SJu6 gHD49vTMFZwZvlJPNZCoEIG8OQKNhCe2bOV0D+7s7aPDpl4wcoNhOeShiV1iGjP3Bkz1JF6VF7Em ZnnV9MU9OiUL2BSmb4SWD6XPWDf7lf0bOcScCota+u8whKVpZyITmfJ87QWV8SJ8UnPOQn78EqfF cBfwZMwZWkakINE/rqSUsmF1EEQ+c5OXGNOAfbGLj8cSN8OcajV3N11uKow54XlkkCqwaakVRogN W8sgDrTA8yCOoo4WYgshrSBtdr9iHvvDDU4QlyTEWmDFyoEFy0RAC4VaFinTSprJAyV6Cs5c5FHC clONL0w+tlfHTbOyqHau6HORmQXhpYKeQeamMo5WEWsliyxSatL4BXJcJAwuXZ+9QUShwnAIqh9U yow1dzIc1ASWArGsoufWpvJwn6kL3eucWR8ALnhXjEK1ZwghZtoWHqglahSoqmB3OeAHSAg3DNqE 7tzw2wbuQW+2d1+ZEDVXUbbKgk0Z0spShKgcvuZQ+yHhQTGhQ8qS6JUDbwD/oNDgUXVcLc6RyPRK oXY4M1EENccYt/DBWq35rkJyBrFDbYWjwUUQWp6JiiXQUq8TqMEo5JrIyCv0i9jFwgMXvbuztJSD wIg+oiEjYE2XKZiQShBUdSJkS1Gw9lzKyb3rVNRuUlXpQDGW9utrtudE6y5ukvKT/9ipf2zjvycT qWqyQF9I6c34qDSDawqtkmVAPcePPG2RMYkrETqVDLtPR4BZHwrkGgafojpXD4AAIpnfFbjVO9UQ 5CVUT6lOC69AXB/s9qHSy+Xt2kk3gnPIvEZSqGC241ucTG5YyJzR8y48c6GGNJ4ns6gbNEX4mjFV +dZJYTBL3EHKohn4qrBe1SKO9yoU4M9j3cOiod/6rMYv9M1ZaZiBkSGpAVo9IaCRGlTPaYA76gve DBW/n96VyNYE4Hb6hv96d72SNEYTqX17+9zdfaypdBgmST7onXilFa7xYf4QoQkzjxGNUVb3WzdE bYTSBZxSkMpCwErJwohUPRmyHQI+ELdy2c7IOzomTSFiiPYPfvzwkPFlz5+Oi1TbeqeABrS2PQF3 hbvhpVj/QFSfotyrOLI/Xd8j3n8cfIViCxt1m0ra+tMmgWp2YAVDeVU2URLbZ56ADkry6lQrEa2+ Taeu4cUPWR2gW2EQSYII7p8VD1foogLicNy9mhZoykcYLL01fq4JQAYLY+0r+YJODgE21XGf/+68 GrbsWhsE0PsNHFoyfTLoPnWQYzOaWVN0Hf1YugoxWju0RvkXj+3iqiyT4EGhjEq0Q32RovVoiNMd RmBbxA7/nIgRth1pBVwmFlsgrqaqgYI6G31HEkJfWRGCvkp1VARIPZDpjcog171K5nRGZXIVRuDe COkaj7D9FwwOXFY5Q81tSQpgNoRbJZGqZHdxdUmQtBOKo0MlPBTEBsjLT3Qcqg6pAaKiDk3AwlaL yG4N2yTM3LqhuLRT59ruka2bOaEquMSGB9y+FY9xqZLXynFjsGsPpjTyth5eTj+AbQ0mHfLf3760 A2X+QN08vY0k1W+pBr526Gg9peC1V7EsJZGwXh1x6pApJoVBLooR0Ji0whgGBE5i0oriC7PM3Y/K WFhTOD1NJJaGiokUOH6Qy+rECSSCG8KXLNAyXmG3HBs+DDedr+KRnIc4XZzSAmxngPEZZLW4Dqwg Z4aHwWUUHDiCyt/sd7CS9aaA2hIZm0+s0jIqJYf5KXgbP04gdbYcK6XAh8IBY3Fz+yMCyVADjC1h XHt43k7YAqrzdqZYV3KerbOWAossoE7nuAG5+oBnHxAB+2qBthNQwjfHwx6lAsPALfXuAHI4J/kk BQw8Ww5nPg9vwROYdL70IRzRSs0l7cl8GH90gpLPePv8CALLodjn/HO4OdLezUPgtcJ/OEkLjsQ4 ETnbakEIf5aJZYER0kZQ3jy3U7jGp/VsLwU+k2b+b0E4HDM/Z5BJ3tB6tsMuYQ9OyuNo5b1w7iCh GINcdEiCICsXhZPIe+k0qFM+FDdGLV07VLfq34oAEGh3KxRl1/JpY2Bu1O6MnMZhEtTZY1v43Pb7 NmFydhVUMJrQD5fk/HFNyaJYX4nQGqwbPDjxDQfMJVrVP0dkJK/nqxidnGHeVX/3in7i9muw0LfQ jZO1e6aKWDQ9g27aoIenDZvVqsYUCp2crVHdawi4wcRTeMVdNmgv1lv+JGcXTOjJdK14i/75Keg4 Z1+fONs27OfyG6ZUzij7GPvRBy4jBp46uMxlJgu58cJTD08RkfEn39UXjcpbkDJ1gwVj4cAGY2LW woXgD6EZN78uO66rV4HhNoeCGvsQX/fPvbr4x1DWIxDTtE344G5TkxxCYzaHP74OOWtYvag96gUy bVjWP4RonwpzgEtYxEVwkAGjJGJ4Upm1asliRnuTa4Y3VtnVHm4b24W0yrLiuCntunwSRy3IRJg5 UCeW+1MVUUFSemSYvdHNnkpbRm00gJ4UJ3jXwlVKyprUScNVaN6evX8FaEXgS61hYJC9QDYbmZdK 13pUzFt6a584QJBvz5Ev3KipAwOaa2GAXkSDYn+TiPil+rQezNc3URYiuzDEykYb6v4xvoUiQuM8 e1IOmPAicgtQXD4J2IsUDazJq0xKrLqaoDPtcMYi1+znig5rCyqsdkHa1k+dqrbVMUHQy7PYo8lP FQUslQt5XiqSq2lgPAIxJE8K2oJC9Y5xMBperjPewlqNUNscrcvofJ60rJp17TMHqc0zZNC/5mHw tLGoRi45QyqUyV2/P/m8Oeypr7Z1E+nzAoSoDbbhL18WJnib091OstEhX1+env2fjPztyuFJFh3q +fOL1nofCqZd7auFbvjTkDahPUNX/UN1Zyt6m39JOF1VfNikdomm2YoJWmmwdIcGMB2mg4eEQnoO YS2hHDNl3JT8K+dgjWHxXGhUNLYg2phl0hlss4h9pBaKadiYEBgSZhLK0udBT6ZFqZXAls1Rp57M AUuZD+0FqJSBQQySYTdNYRrxsla5xmWa7UbK8H+FYpgxP0eDZDeFx+ZI2/aTia9YbrKkJoWdHtbf 768LRYUZgmY95Dv9JbFwNTUHVEQg+3BOVRK8i0mlVEX08wp2xzNIygTxoV/Zc4Oh8AK9p33txIAQ 6qEpjK5vDAOWQb5WIpwfk5cRCDxPeEmetiYw1neAHyOWEAXLrmslYniFulnUWknwrzGrAwC04CXG /tsTtYJg1w+WCPOaZqqSMHuuDaiyzMt3lbTBBBwA11sUtC2iqeh9QWHhzy5TKsAKoY2eZvgAswAP 6gCrqi+Zr2J7kJfC2p0AuMhcqp3O0tMGplgLoBn6L/sggp6wXiLJvfMcoEDNke40QkHjNdfCXqYD qgKhSgGzeLpjogQ4UGTrfyaTtDd/7HIxi1WmYArNGbMAuKJs9XoN5DehnyisCcrymEquWVou2c+Z h01cpaVVz35XnZqdRBZmEBwZsFhUgFpCwzaK54V5vHn+xzxfLZ7kDl6fJJhM7Rd6s/jzYiIqqb18 +bNcPC2YNLO25yta/YeqvHmyMX9dvC5MHJc1J1M6OudlSmhrEeU0+GvXVE+jOvqMj7roteBp9YeB WCjf9LAtjc8/L8unxoBTkckLw3nVzJde/5qRscnBDKYS1hQt5eRYRJ5eu+DP68Lc+YcpefETO9Pr DfCTZAFZsQ9/ZINUDvFO1T+89V2VfjXTCeT5H695ef6TeTTlWRvmccHleHEl46ElGqnu0+szoT77 WJ0mpdld3N9xmy0nVf7WYJ3LzHQUJm9Ht0tT0AyvbjJlU9NJbohWMziGzo4mlo1IlwtGxQJHnuVi mhdUgha1CrHkHpMZsqrO+FHgzKwn+5h831ZPXuBm/5p5jcr66flpIflVwxYWNU1yBQmrIWLkM8W0 o46ysyQolUNsL6qHJEcXrpZPOtbKQaN8zEI+GxP2qVIbNk8FbI3aaXqayf743CQiIxPHshulvJaW pzFkzK8pSN3zENcOuchuJUwrYRe30poDc2WV6l0+gmK6PdmTWJj0gbmwzSrDnRwajD86MhKvbZV5 t8CZJs8OQu2T5ehqJnq94IM5SCHthK4TgY7TOo4OC9YMZK54ZvB0PfWJ/rSAeZkaCBZi88eeImv7 C8/ZqqtBFJt82B/XWH8qwOIFFY3PRymlVOpNYXxjaZAtWvaFVWtLc1qIaXUXph86WpWb3q0hUGTt 8Idf4NZ5xQa75YC4XNYynY5xkEDf+SdlJxkdL2FTmKX8oBYyz9eG1rDMDkNnVjbRvLCW971+mGzT No3S6Y6JDfFWB871C5kUzh7h+9RzRnxPTJ93OapDlCGQasJZLfxrM5e1sjcyvZzYl0OkYk3NX92r VlQswyaWPzJHlF+kNdlOT/EXZ1PzqsSl+RBWeajwbxdyeovM3MT79Flrbgl512RwRYQGOH5Fafqg XVMpz1bGxoY5krNElyZzt0VdpGlKcm3cLbjzalxWjm4Yd8EVu51GTqmo0U260SyOlUys1vJ25rHz glDeMwvvyf2V9EUtcb8LKOW9LHAdV8LEk4Yw0mssFroDfBOYgb46NbKwoUBQ5qtoreCCHAWVOlWy z6LpGYbf2IZcO8LS771bD9aiFWmqEvXQV3oieBE1ijnhjiLyeg+EKyso/QGhLYWihWLUKLVLvDXB a/lKcBxQTPxe4ckSkcGg4ibg24T/iCcsvmhfAhTYFRsZAlBVcaFuO0ANUslQXYPNlBLFGIg6a36V stOiAD0jpNcOMBLqohQZMgwNkSy5ooUQMiZIO3dAAd4bw85mdfIQ10c+KZbCboETAiqlV4HB0Ub6 BxQKR9teaEbwKBTRfoGYWV7l7rYf+xVC6FbhNXS2rmP+hJu2CzqQy6lgHgM8fVM+w25shL7Ka+tn +LKIH4PogewBpciGxDSmmpZi+3Zsn2HZ7gdXDZwLPyFpbYtShDzsDERcQXe9YQLjMwsXbTeONyIL 3F6MmEJD3CZWALh2UWGtAq9BdtH7QDVbEHeMRGgV4h+iN3zPIUyoT/GagaWzc1nnXID3fvVDnCYS hHOSJqgNKguXt2caOtQOBWMf4N9ub7XrK9oPSTPr8HjtWwfpw8uh+uLQgW1tM5FQsH3+Jix2mW0h JEZsVRyJGx2jzPOhZzisMLkBmN5BkKBZHEdqdEPTSnxt1gev6buBpkGO/fKhfICZJIoG0mG5G1K1 visSqugKRDUcO5l5LcE4Eu0emu1xaMeR2H0FTw0xVhWgUisAZWUxuh6ABrL1I7hT8xRthqreZQT8 DiFFEz0dvkGFuKPxQwFiYDjNVkgBrfT2BSM7nxQ9xo6t8kEMVdimVkCbg/wAluBZuuJBsDbfhsKp autr2BqCqxLXc2KaJtFCgzIpASiz93iis9JilZ+33rrVMPUT5DKoYkfiwdboIVA/KaoHcrtt7wps +14JB6RQKtCJc56sq9F3z86/QyM0DqU3RoOp/eXajhry8wCXRr4mkIOS6UGaoPRviBdINOIxZVM9 +BOiqwSNAjKgzaktHLl2t/3ofL1QVAPv4EK1VaJrxwbX/wQxB//BFsG3gFAf+FuXgKog99tJgWY1 TKQV/Az89DdJ4y3/vZ1+4clH0CYE9fpzuf2LpQuAvuM53xWT+T0o2/3zre4F5vP5xzGU6l1gPqti YsT96UXOXfQBejY4GMvY+YxY2dUadrgkBBcsqlSLEsqKu1dy5qautYF6nHGJFV6ta5A6ZrJbQOdO 3FPYG6qsqA7EW+n1cPsUUPrAV0peYy9/yRFR4HqCbQ3EPquHExfasY6UXTFow6vX5SdKH6Vl0OlD /GoYtJP2wPKyciBVOo/yf9/s8KnNWAeHOuBPTQU9k4NgPx0KYNjgwhSvvANIv0NKUyTo6E9ph5n2 MPBG2cSRWTIXFQhKWzpmVDqg/RDmij0ADCEUVK6nTQwJ0CQ1qewIYxZMaUkuQ80syS7JozVpthQv DfR8o1wZf/MDVkwRTQ5otb5qG6mjoF/k9UDTVTAiCdRrI+q01R6Kt05Jyjl9q1ii4kcbCw61DZcl G9puFJpjvlTYIfvEODIn+zuRtDXD2iKjZH2Ru7G1Q79s7NEhNlitDgnDSmQwU/i6U96jNc4yoyaz BaYEI+yZjVu/3UqOMkb6HOXYqjZBnRRjbgbykqDe+h5Ka53GcymR6WbJVpSZBwMgDJu8pH5a+dzC ZXEFb4a/4E3cAy2RH3wtL2Qudz6C91Gmli/G0PJszW1iMvWxnTkGjK71KIopAnGsyFP+hzU9elPk FmtkeHK8Hv+DpW07gh86rmvIwlwRHkL5RD90AkbAaMA41msJXNJSGTvkkUDcrI0X5j2D7cBBYLdk nE5b6jvOr4NFCKSjwDP+OUVgUpIzSJGl7efCiqt9AadRV62Y7Lcu8FJA/3ijnjAkqsn6ygJpANRe 0MCr8GKAAWnVGW8Ws9cpfoUW+c9DohNrSHSOo+ikmtv5hMXdXB+OII8okNSgBArtXw+njnXjWvKl NwdnMolN4tDN/l98CEBNJX/jT4aiOHhvUdwxCEzOuXhB6BPgGYWv1H2Q7ItN7R1ExEfJu3s44Dkm zi6nIhxgfm68Az1zV/kF8Ah6eazjA9hBk7h24TW8R2XAo19xTatKrUAvSD8eqygAjEOFYhzJhEQ+ M6wB+B0tbZkma3Ml2OmU56kCOtoVKYIj+GO5y+TUoZDcmKglNsjzqaiWl8W3yXtGGOaMpUKBE7mk PJDo9xSgShDh8IEywr30OXgqB9y1gOIAb6LO4RskJKeGskXZj6Nry141xyPR8f2NipwOn9Gb46q2 qcu4YKFwhzltub6cybz7CAQawssiQ8daekA1Fnwsl9LUKOAh4gBWd6H2zdiHHAkNUwSC9S6tLfqy 63DAYaFTgBUlM2fAV0JVsR49Fnbp80TfECfXUwbiqkqGGN9HheWFdoIoj1a7BCADx+ppxTWCcFGg aCs4VpiGKwPgEv6FMwiqRKsi1u5SO3q3VWJcSBuMgz8ySBG9cq9oTAyl4wGhE9RRBtol7qYLuBmg j2JAMSfovhHTe5eH7ZFFkTgVKuBisbj9OgC0osWgipIrihGsFhJPgdveBHcSY9Ly0BR98dyB0Sud GXYBxti+gh0U8FxGrPV8cSLQPiop9QJNVCxFyZrYmj4hHdCm3I3nKQn7BHgDnAQiwfeimvq8+BIU DHMA1IgBgU5gnOfmV0gOiKiq11oSLF01VL+IKcgvuMzT9ISpmUB4YlWNWgS+PLDweuGZpq1UQrwj o099B+8NTqnBAkLDCCmkHMqHBpyKQf7og7ru7zCt97hOA3iXfTJYUFWhr5dAlkJWwz5drl4sUWsz eCpoIdybfojEGxItmWCwuJWyzI2GD9lLHOgv047RcqWBlJuLKUeXqwPA8KItmdZmwcSuclVljECZ 2HQi01zlFqZnU4EBKOQ1U8/C1kwh28J4uzf+nNWCnRfsKnqPF+oG24qsSUI2a4iVZja5+FlozZjP 5dkWP3gaPjMuli2ozhvKWWjHTeFDh6a1BPM0rV+TDnaLh/ArbLAQNZj+7LY/LJuMkmQtgrqfO9TI LnWWkLm0mrAxgOFMGYPTTtLWaC3WNutifmsZfOa/uMx6aRticcP7RwsxD6QD6SwKPAcLNl9MpCOy 4A9zhfRBS4QPnpePVksrD2Y9jUMzexIdv9YpDLouHnTkBF6KBK9MtiaIEjvqd7a96hHjVLglUBYI aZf2yYj7y9NdZhNqy7I1GQGUHFr/XGqKMqfDg7JSslWkgdgzZdVcxDK3aYLnx2lo53v0UmW1an3j Ryq6L4LHfcqkNSi9sQWY2yOI9pMN8sM8ojLDV2qddYmR6iRiY1CgxHr6BJOpFHbFuKw76j6RP7NM GO2ZMjC8D5L29rKbjgar2ipZQDkK2XGMXdCKrL0GpNC9s/NomafZhRSeMKXDtDbFrOADE0tnPEP1 g1TVcmDFKxpvl1PJUo+xlNtWFgTRfhnLSlAPPc/RymMJZJnytj4w/z0tK04zcswsWmVs48AmEosF xkGuXKSDx+LkCY2rl6ZiBZkmmtvM2vFyekPZeBCKv6irJS/CnemZzE1WC05aI+GwXbYLpIzwNMW2 DpbABC3Xayk4HMDvADCWKkyshDETNqxFNpKlZS4Ad+GAXiOT/o6EqTeTE/F0PzJR2Icshw9xsJMQ tImtCXLl9Ej8MvheBho6tFEiByMqsmd7atRq/3qGlGKrQUc5WFPK4rJHkqkmu7azfW7wPKuJJ4JA VdP1s5c2Rky6P0peQ66SZP6PtnuF5VeblenOXcgMub5VJDvpWUOK5sf0Oo1S8NnA5J2xYtrJSyiL E1pp7eC75ANSCAsaiTOSyssY9Dqel8QQpph91xRwmTGrj/wkQHpzxz/cibiKWBftK8KjYAtzbPNA 3E7ZkCLmemt9783cenkW2yoxFTnsV/I8RA4TJac9kroJx62Z1L8asNVhDuokP44veDMLOtkfpo5w SCO156bU6KwaVc8xY5dN4bZ786tdwusz/9xKbwUzLKCzsPVCZ5qBmejZNKVDDQ4nXONt8+dX5sPn EPujPaHN3xwtkyIUzsPRGloG9I8/GCOz4IDcsvzRpKlAIJ72eIXZawS4l6igzQHPa8sDs696Rt6r 1dZAtuHuYZQMefQY0/hho0w3MmK7WlAyHzx77hOHxaqk+4aXlzkS1XiSbHa61ldXJiXjHMlThGc2 ewWbIHht7wDJ+DCZEBpCKPZOtzk53ZsQlQsEXOPyNmXoi5KD1XlQT1IAknHG72QRrAb9sf3wLubz jKokIvVeVk9QWQVDcazdx1W1dThUp8XpCsrTEX5xA20JKLun/cJIidVOrXYi4baeCIo/DW5ryBEZ 1bU9iNfdwfbibLdBX96V04wNJuLevIc8dVLV0T59SKID6fxeBUXYk8PW7L2P5oiRBWSxxkEctL8H ERcArbqglhOBfwuAsp0COrUyKQ3IoMKbRKmXUEHDQcUnVNRbq5JiHWTagmD9zesO0s1s+tC60LJH MWmNOWgdrPZmgEGUXUq9qeIlDM91j7G18IpE4KL4YEaB3ThRHaCgJXYMgw/rfYaaWliDdRWwYZmu ZrEZUT/ME3G8LqOvRkIFEXgMicIALDBhgfF5N6ouwAZd6HKNFz9rFNqsHphDFxdoIhUiBNMQ/KsU Q+UyWCIX4acFBJMMZ2H4sazKStBLJ4igMaFqn2sFmdt2qgEoeeYaj+KD0KkHGmighw69KX6sGY4S 0xChMe4n4xBnmATBIkZhKlHY2Bi/OgyzdnZW2FuAhlnW/qDAWs6DiWzgWkUZGH2Y6LlyHCCNSNFA jeI4l3WElCXEmsuAGAL8+sAOA+qxbY2Mt2SdEoaZnwbLEKsCIQZv16etstAG3xoRg0Uzsm0h5VXq 4MA0uSp50XIotqUlLKs1m6ihwfkV+9sBTtHuVzrHXpixJoJ3UZqMnClmgtAxSmf9Ta8Gz88Z078G gRIAQ6kXOI3nRv+pAHKqOQfrgjydLxuUVj+Ai1WP+OTg0ZKA533kXiOxHcotEmPHWp6+Q1f9bGqC obDBmx9RfDtaDqFZYdtAzwZlbjErldXlE4Jom00GDYSI8Qi6ik/9QcMrVADWc6xkJSSMXlCiV1SA +7xT6tqhkcoaVL2WuYhkGbwK+Pr6dKwkffEKJZq/4IS1BLiMEcpKqNZwgHppm8Py1Fv2Nbomsihw Xp0Gx9w5FW5XCYv9FwZ1oJpi15CyShcopayh7gWuhqo6wVKF4S+YYqcrOipUTepPpRac2gjuVNgC hxRaB+o1r6KGDgr3fcArzuIASSGQkYQ9X/UJVX+30Fen5qGMYtayQk1LVaFSG9dIDBhDkHo+Kma5 TkEIL+jc0jfGE1F5GNpx86/rjWaz8dxk1wBd+dczQg6/e8e3z/5tFRLRND9VrFgiRV8YyUxtiPoW bPi5QW01yxCHvR98vP04/ai8ocwGHjKs2HmE3ypInHdGh/fuOXPgoVLngYrGBjT+Xe1b0DqAFo6J 2Q1o1hdvVzj6W/XySo/HLlY0QxzB3qpE4RUdDmg6wKwpFJibviHAazN6sLGqprGH1jujMudmOrYS +Lmtdgq4U9ZDzRxkXlsPPt6uH07G4z1TQ7LV1Aq9lDchbSIbuPmqKDGEJ1Uz5ywHLu84YcxztpCt 7ejTeMUR5K+XLW5w3FRFVKqmonvHYzXOSUzxdmNlMWK1+kDLlVhp5ZO/SBTKffjSzKDsaxxiRw6i FtfkthUw5Lsduj4TRAiWFpYQhCe0YaXHkgOud3f+jEcLYKxuJTLYdONXrMMsILJbilmqq6AydJE/ FIH4uj4JFhgxASsnAznXtsFCHwu63vBsws2EISYjvbUIM82ZUUcoWkPymIqDXJpqFR6ScSm28h8U TsYqxWVIJghlxYiFhRY7ik/g5Kpy0FhvZC95Ed1Psdmh0poCNAvIILYWJs5tuTMLnPaV4CME7o4I kKK0ZYLLwSxyrRzFwaix4JZbCTfRoqvyi1QsYdxIQEbHBS2whMpcis4sBi1Y5GZZaXlidO01qKKO 1bS1kyfCDgTmVyHZ/hLN1BdH21p7icby1Jha7KywyhpTKeZOJGVcGGmZufwTFPKTTG41+000d1Rm myKpZxT87qP00giC2ZlBya80I3PINNlrYeqdVWY+OGGValFoU5P9bIYxKmUq58abBxsvk5tJsvXg 9OlxN/sUZIxYmaD8vtJmXsqj5LMRkzecBJtkgSmm/flCWRv2mjPFPHRGZa1ybCl9kAeqmPh7hv2E Ni+PJmUnx+K9ns/vctIkFS9R1/u+dMknfcUOsvpsGcOtkI/9CbjruuOVDMXliz1k2MtvWMTx8OUQ q3Vjevq6/9yuO/vDpweZ256saLYFhe8WBpHTKAHDD+RP8HvkfbzOomQlUd0dZqHFnlYqqROfc07L slh5naFAAXTDvwqxs6HG+iDnUhIkgViyZ7Lz9IiI8hhUQs3+l88x+tc7ZyajISrX5nI0WtUia50h cAbVsI7w7VhxhGjvo9JUyANDN5rCstbernUVeW+vlrvfaI/+yd1SYc2opFQTQQqSvxEsU0qWp0qz 257cZNJmbqGctQnK4NNPc41BFQ/lCYY3iPK4DIEVYSYmfK5gXgyPX3KZb2aa5D3qDxPkCgaioElQ Vfif48fRMtGq4gJO0S4TlnHADCGEmblmJT+3mBGiDMCBCXFVqDGpSfdzcHxZlNhzGBcGoaprAkQI CCMVHgaM0vpiL7O4mJQYodYmpne1wwomABzPcRJywi8kPHhQET35aT4QSrdHu1AqUIR/lbvEzQ76 K3chnmX0Ium34bHIGV1G9NPe6IAUARynzqdLPwa9e6CdzrFoitTFj7ljHgjM9pUn+K+4D3SAReOd olyUFz/rmGjRgT5taQyf8MnA3fEZwZZCvgo1RPeBe8JetF78D23gC7pdcGo3QCec+i3pkUe8pCB5 WATxKZBS6EgY0XI0RtsigtZF8akTzzWtbEMlZ3HhCkuBA+vOFeLGJjC1IKIceaDHykEYoEH+LRyi YF2TxgA4UCa/EL5HQAMkP0QcBYAaJ6gPAGkQYBcoNiAMMbIh4Qz7ICSgOro9TfxIxqG4Pc0ryVyu h6TCTcBHhsGjiKLOEl9jWvYnLAiYnCCi6zwQ+/rrG0CwUdAyQ5/qODXM4IWZGP25USv0q3SbBTA4 kwKSzFt1IAvpkxA0SYPFssFXhkPMbidLZKRABF48lCRFJWdj7WXtMmiMI9yKIjS4NrwescskX/Tu mSLAVwKd4OWNKUoyhKE7wj0mToeTNWjBCS5YRRUCsASAzLJp9L0PzKK1I89MQw8axVVZSDMKEpur VNu0mrW/gJTpsC42/e17MQXTq7SmLc7hjckA2PIWTya5mp3HtsbwF4vtSBLGNbShcHDqVwTIwFS8 z8Rdr2y+NrlI05pdbDeYCbWAERkFbWKAzqKyFNTXtIX52l9K0imoNSspMNmKzfjs9jLvllTnI3da Mc+fbWQ6VGQQQ4Rg8ESYofwN9sjy609JaG4DqoYw3O0Wd9OEVQl6ZcKYMf9BRtjBYA/rDT/BUmL5 kHcv/c5kQQyshU6I4NtYfJlWppg3xdAJmlpsOAtspqCarfUUPjmXgTvDojOnuq4XocrcNh/1CnUq lAwiYQ4F8LARInF6JBA0dQPeAmzpkbiVzhm3KF9mq39KWjb4TUUDYfq63Ri6B1xqjKmbLFvxoGGX cAy4DJQMsdUGM6WyMKYPPM2eMG9wS5jnjKfVwXNDAQPiNKIMv+3kut0V/meSq4zV0gP/gWFm1Sf3 zeiOwWGm4JUcS/4YxRMIq95DS4JVszMZxuxpllE3mvAtMeDCSKHtf/FqdoB+yeVltk2/UUI3SF0I zVkOuU+lMPTOg3zLpFAl0iQHVpHpMBn7gya4l8PnZRA84iZbDSClo1SOxkgvmdEMXZiqixkB7ZJl BoSWXM1ml1aaVCxb5xUAWy8jtGVpPvun2K9SaxGJfR1Nt5WCRZadhDuHBFs1pLHLuJVWZ+KDallH 5t12D8k9xjc6bCA266FFr0TXjgzEQeuARBWy6OS9IL3SW21SiMf6vN7aoiIVKkn2gvOYMYm26T1e 024V64jEmUv9vlk5h1HCznKnTSVVdaS0o9x35shaUIupWylmj5r2pHvAYl8ZroPKM3NXxpoQXBin 0V6mtGveYfmCkesFHIoyt+pZ+MFgXSE1jD0XbYB+ypgx4DQ6J9uZ1R39psc2JYz9JEPraUijChUM DaS90TbWiLj0v30chtyS65Vlq5sBatDlbWTiws8b8Ep+MeaxeWmEPoaL0DyTvcQ6i0tPRisf5jPk 26oT6B3YTkuz6/pb5tD1TCUVyoCbC2Ha7RRqMjbxelwVzNCJg81Nr/oVWks1zHuFXqC15osdizk0 xVnpZ4wP/8B52I40TKe0QnrdzRwCq1YJ91Z4MrQqj6dSM6U6/WqmP7D7ti2UgqWSshuUgXpJi7fW Igb7xnPNk3b5Wa9NBx5LmlhJDHJA0Sk/wiuIqmDYmckaarZ6ieH2NC8lFjltX1hnYVjaJc9rntDe Eiu1Fk7PGXBc4JHGGFPcgjgJ8h15SR5h+FhNAox2XfLdWxSnkme3246Wai0idttHfNF81gCzxG86 2PfVaGnDJYI2xriMjYeaSmV8u0b6XTo4Mm3eWskBBtSCmc9ChDUVAYApcqV/olRzxtpPSTKMAunp TwwNozkrL101FL1BNaERAmeFgU3TNCvTfaYD3DcjZ/VkByiWq7NorN+4Qyy077JFnmAoSJi1zC5V AELXSBxd2ITRIDMmwkvbr84jM/f4WXdKr8Q3KA7nJDRZrG5eYcVpsRAP+1PKbKpC7Cr+3FwBOzcV aa+8cLPcR6rqmToMeHNRZszSTEZbh817m1XMg3LHTcp8TtMcxcWIW1MpcE5vZBLX5Ev7JN5ULiD6 EDeghUOPEr7VUgU/a5O1EKIgq1xwIfK+ekirhNUTLCBwUOaCVbHUgTIEzYoxxbOE+VqShVRWZJud e1LIBI9T7VCrpflnZc/sQGHDSQS24x0E12hPEDHczFfiH1GbX2EHBY5x1QrvLPiFySC+i8UbtMgZ KFoPY+B5TDgrKhTqykx7geO8XAAZgKmDFHgMfvLksM1h5IKAhLO2ls/hSkp2AAz2ly/+j+BdR97A hh8Ect20rzw3I7IpB0N6PthK/z/yhDgnHB5hsbjVKgWfhw4FF8g5gOmvEHHxNTcK3dfRgSVMCg+l eHTL/4o6Qj9KyADeZGpAETIVATzqBEDSGEwNzaGCjglUvVD0d9tcJ86D7RJxNURAHdykEhwPxqMg Gf60dVqZGLvYlgcjyBbUi2Q1Dz4vJO0kK+UJwlR4TTHhvTFMedwtXgRVstW+xhUXiu49jScmpORT orEJgfM1CiyDiTo87QNHWC9DcHhrGPJMvzYLkz2bhiPH+mNLZwIDPUin665Ye85xjHSpsAjCKHRP pgHCAYnhbKuHUBqEqDWPq1m5DKWbCd/FjAahaWfS1VswIU9VB+hGAbYnauBVBWX88fpKUIQfcJYk AHkkSTY9Rcdc6Rw3s8CYAh7F9tQm15J0QJQdC+cZfGI5V60S+r0lflIPo6E/oNvT/qMinEbZDU0o LqouOfct3AGEEgQFCQE8Gen5TsUAjQx2akIFxlda/K6BgQwGugHzDn/4tQIacZq9HfAR3lWNhPMG qHx0oiVAGiwDTTJpiPRxiOT3ERTsl897dRsQVat9cXEg5m6v6vTP/oTqfH1XFdm3F0xgOTiNA9f4 GagGsi99ABpSKAMewvkHkbpEnYfdFZKmmDGcTETgKMkQsQ3G8dkzIVRKJWuHusoVbobwowsrPa1K 8/7y7XmX6+/5V1sc04lNjc/tGEFYlrfDjeiAWhnGEFasvoSEJLosbdSgv/tPRzn+nBSCNrs/vg7q YTtqMn4y7J+VUML6+/p78VCfShhcT8pWKPb8/akrffQpO3BWx6OjDIlMSmIY0gZB/WU1YTp09JGG IEuCNddiO5c7IP7DbSNfqfCFSQUOu/49qkqNwa63Ck3v0KX113Vh6RW1MNrwcRHT6b4nXcNy1Z67 vIQC17jzSutrtAM8YecqYMC/vbyC5IAvME54foRiVoVI25hy+QDMsjn0mUFyKC14JxoqfAwWXYot Y8q2p75Uw1LI5rhxZV5/WKcgUDxBLhr7NTEjj70yNfxdoUDHc9BdYUWBkoDbOs3b26xkN+K3WEcq EfAGFbQeeUBekhk62Uxn6sHSBLmVVGLKWnhWoLOSrCVbzQXLcVMDOm1OMw1vtypqlB4pqGW79ER2 LPijV3yYzCaGZJu/bdOYcmZn+U3uMH8gsEs4nOM6FzSXrVecTbZs9zrlfRw2zU+wPHE+md/ozHm8 OT2kIdHKKyYwXtfb9gZ/qM5GEvSG0uYBLn6zKGm3uhxAcf5DIb4Lld3osUv+FVeH28h9KrKwZBoU bhnc45zr0t4cS+QRF5fDgZGZ27O1R2y9lhXnJ0koW6OFcQAf13h1S0zSHnjKDzlO5TF9zC8q0oyN 0GDFLjDy5M7Q5cxyKB4hWD5A0EAVtiZKDK70ikoX8izC8Dw0sMqIc4gmxwJwMM5azhUOEGM2Iz+w fcE1/C5v9AsZ8vla95dV+NF4JhTCIrrPGxcvcGY4GwSmawpceVdY5ImL5efI29k9qQthebE6CXBL ckcEiRQ+NDhDbOEwSMAEno9EDL+Ef0JB+ZOlCnJtWPTCRquesY3oUKEkjaoYLL32NSXvCj10icdP +CGJwuF2F9TFOA4WUV4/6cOZfVhqVV8S9WRcqmESDkqGaDYGPYGQXlicOt5FqhwcPDiTRhAtyOXb BSFAX6PrFKarPxuVSEs9OrjOtXRGlMJxMuXF0Jy8iCw+ypfjICuWAkUU0XDhfFqJZn5qWiQeIWvQ 2gwFbE0WKa/a67RQailGkrEQBvOw4QCxdRWUFHt6tViVX8wpflWM0aO47BO+ikVyjLVMyII/a6ei koYaHtr5wPeMBsav+EXQLXKAGXKxY9vulpichQlF3uKBgh+FVlBG1SV81HagXKhuXmcWi415v3SJ Q1vgnSy9J2xTbMLfxS4y32G2tdwWBmGJb8Mk/V9l6piknPl42gVAPHxRhsp7xFPMSBsBC0UuEQDi WjWI9LnWEz3CuhkwGEZwoYhFHKSBcdOKgCpRa87aQaqdOLor9W8RZVV7i762VgkQXZmgRHu+36LO RhJzCSzCbEGssluZtgIHKqCHEp3QEHo1G2YBsiCWByfZWO1FjmEjUIPQmKFJFxjiKmtKNG8v7EQz nSNb74mDHM/XkDY8nryEOfiK3kIr7CNGSO4TclL9A3ThEzvi7QKe0AwfmAz8ETmZMD1KYCioM1Zu QWt+UpNH/KdhxkZwR0iFaoPPiPACfmd/r++DIwQ7gNbt+pnK0qcGjtxs4A3feFWXUmBbeEoN2zdN 7X1k8EjG90xosEzQkzmBOJdKjIkMc2NiWG/cb30VDE9Ap3yJLcCpX7jAXNXjml5I7BSDufVYwqzk DmNhc8fElJ4nZk9Qw10HJdQZCqY9sJFC4EcZELLTKCohrG6/OXiNPEFGelapEHrysq1uiYk3L7Lt XCBO7QbdeVeh5YXFS25HN7492Y9c+A148VISNjGtHDH1GynqGegjnMaBVLpS61xFqo8BpU3tFW4T PRmav6llamDDNUiAlTbIabIpZp6Zx/Ci5oYJzfYiXweAMAmakI4kt6WMe4kGsz6rVJnubJ06NkRK JjPTa5tepEiq8bQngZxIhrCKgrEnzVDNb5lYOwFzAu+QrK0GdKXuvCiFVI1o6B9KO+WQHNHYQARd JslsZtxPP8Ab2tEMiDAmfmaXzWe9NxSGWtOtL8WbczGeuL7XIxDI+tSBmdwP/c7K6hsNCdELBjCK aYVpSsvjtxtqs5YoSZHW6JM9Au51sT0CLFXgiR/IDYsdlKGpDITmo/Q3anBMb+1k1D8vyllU+MWW Cg+Jr6qqQLCeh1Tj2b9KIlCNFwU9ntd/VFlIB2wHsH/er3R0uVgpamNLvieCnqZ0A2GpLOGNqh/g shoCW/5taFfnof080EhjNFx9G97DgbaV63nWgKoG4O3TfvvdX56zEKoP2fhje4KSRC6AsTQcpBCB X8kjjfc8NSzAKu4GXdrWsKxqxGNb/UoVlz5WH+AJVlMdHH9V95Y0kGwr0aDAUchXb1esRo2J/48B 1PZAsfY2LCqO86wEUlconWEvBDMEHVVxN8CUJjEJTd82L/xZQ02pcuV/7NYIVG1WmIweZ4BsmaCx qoIopaVrdHQqC5sjXRZM5D/aPRbelw0cg1rVgiYdINHbrW0VjUi2rXksdxUKKi4RRuUNbXrxEcwr IUJyqsmgngYlSY/Wb3+I0Z1MInNpOrzpl4ITq3/sezHL1KZo24WKBBa7igUtKmOi1MLmZZH2qMjh h5Y/AJf1waOokc03jWD7WCpDPBPQ/hoVyWqOkg3E115+C1DSYY71ztLg/e0Z0YbeoeZJQw+X9pwF 6z2befzeXawVIev7bJ3J9Che0qqQHTNHFt7chpD2rliFaDVlzgfOemeAbCJzjKZJDq7LaqUKNr80 fvalaDtL1a4Z+qv8FXviWYna7pZNdWk8uS7rlPHSEX94NYNWoRFjNW8n8DREB9RFaWA01MSltzps jpu+CyC/TteTLia2xNustXDqYQA9y+vJ9Avaxj5Yn7xc4SC364A22V0ErU3skssmLD+ptbHaDnkt OtmS9ai8QeOVqjFkfDJdsrZN8Qk60EppMBoLBkizzbBHe+D/tjulTVUCa7OPFaR11/8e4h+mF5j6 9k/tTnZJSsU5hZVSCVbSQb4HDa8QyOvmzzTFomm6Ti0jAx3jvdJAzGTLnk7x6Sy4ZSY8vg6YJ8xv XotNR+ytAaqh/s8yWm9KRIXbZrs4rw10Ze2sT9ZTRWPG9jfEvCfruMXayh1ea3+Ab2VnWgQJkGcs zniczKvN22eOkH1DKiMl7yykjuhmHoJZmcvkcXpeZYz6bqn3FZ0wWT15pZBUjZ3hUH3DtrEUI9tF CatcpBHvT1w8T86XM7OVHLfemBf+4z6RuROx9yr7EQZvnc9tcaRylMB3ljCniufQurhNAcIjjmgr hwjKEw2ZIO8F094lrcH+EC6xgqoF6rVbtNh75/GhujmdBFuez2rmeZjIgoj8GO+voIRGFhkJA9vC 6SUCqDIavvFLsSPf1VqLBuM5pfTE/wL1/cvR6+zJlRBnc9xCSS30LUqMlZXRSmR7VM2fwNlFxQ1F evreGYpUrMS6GNmMELxqbtQCoa7GWuxtwRA2ogKA8wR5qi94wrnwpBBYBTKhJ7xXgHlcA6n4w63P KC1IKkggAGqBWihDWdHCNMFg6OiQ6grlfOISD+gUyEI3YZO4BqhYlNdjbb8lGZhwW6vwyoqpkQqw u4R/8DgMTNFmxxMEh2IytE3KK6vJsUMckr0RnOoB+IKOhHigELQ3weti9RTjwwTCEMS3nlXSFUsu XFFICLsEZMTfk6EG2JVqB9aUNir29GE8ecijBP1cA87ln9AWGCzODdxOIAvciwUdlM0TKm4HyBfO CtHtPvCzn+SjcBYCK4XVoS6jbuXdjLvSF9B+RwKe4RVAZhxvU1VDwLzhzf6BUhNxMG11OogAg+4G ORwwA0FU9/SgwBgfeoJTL4lJ6L0ceOCIobDTNjISoGb1QEchfiQAiAVsKitiIFyFQgC+IZX+DehF wzQIE78TPTQbIBzSOLRnhZEjrytADXq1e45sB86qJINd6z6L4Do1GUC9qt7uwY8gd+3yxFBZ9avb FAemRp/Vr7gHpRgAkoZPTeZg9j53cXxDPDgAPhDeQ8oMSBoMbUDuYB0ZElJWPefIvWjjYPPTjRr7 tU3c2zuGJFYnpAUih/nnX7D5Zo8IZjp6hWkCmPTm04VbioAgt5JoAfAQeHIMRKK1CBXhAKTajjzj bRuLfqRmhOwlgVE3oBTlxvQuBbLdGzKQCTjcpg4wJBbGUPy7A8ZIPgo7nON5qCldXmYqXsOiqSOa vyzG5nrc3CSkDqolw1U1QVPxJ3CbtcplBoUgL3fv07VGM8bjfbsHLktOGEoEcAUWkDzdFem9hA3y HWh9SIYeBV8FPaPcegSyY4/6+HhXU1ch6JtiF0iHeLW+hxUrKvK5QaZVUyN2pQLa3gPkBKhCegZo ff9CzYSvK+aM/G7Yj9/gcExsKKjudnU8So+EjH91qB8W6On4o7lAbVir+hWYKqQYqRPvVJkLWgef Rfe87D4U61DIo6sQqzUaTfsH/9mBiCG3SmCAba+/DiXEHb84zRAojF2Jlu4AQ2x3d0GP/yqMAqT+ /gQrYyCinJ//ddxgd82JhOptuPj24cxEd35ev772P//6/uI4RXf9fH79ONzwfvv39ulERKcafnUu oQLT129nMv5UxuP+9xs07T1fv/efL8VZ7ucvpT+cgfj9862Ei5MMoc0fP19fTkH8+osV/3n/+PrW 2q/P/+6f17+OCrw4DFHTrh798fkF+v49edn3j/LMh9u3siNwed84CFLlDv3SKSVEwNS361cnPN7/ 6p63A+kRv9UAcbXLtcVxhcYWvB0x1DeqRw/5O1r1naDUU/6FuEPnHfKIp351nqP8hfGWDsDaP311 Mx24Q/q/dh/qnNycoyj/pHJKmLxx3Cd60D6h3eD/hoGyeYuEDJW7/djOsFOEBHCubsu0Ru6j8y07 YvEjcm4FeNKmdg7IREUCN2eGf3ohW1XJKYk3s4HgfVi95xgwnPePnZFVFVpi5fNejWjNoMSpl9FU TbpUiiSAvUio9ZqptkdtcCV9bBMHnn+FR2SX2MfYxqrKtC/jRn/bUoHC62O5OeXxy+i17UGeYVs5 FP/KkFXlvCkVaZfB7oeqvmMyI5uzaSZjC1MvYz8ZKMzO0/ZLG6WiWpqq4S5xUVLVhAey4yvKJjT3 /cG4mHSmO2je6ilTcFajiXcxCaisnwXFizkq8bKZzsoKae7YMSmrjGdTVC5TAvDKelus36RTq9dT ppLxksJqbaiakgcEotrJoi2VNPGoLBVDLtvFwrbqMG1+hIGWIislIBULZmdWY9CymRY1DgaL7X4J Bx4EKyrDYJ2FHo+nocH64xCN8FNPBmmE7vJDIhGqWFXGWfGw1vXW+yAmYK93woc1LQ8g9yDCmAUH QtwH5eB5cR4MXYcPR2+zgL47FBjEAWJlLbFGLN1StFwLWQl+HR/NhqVw+VbkcXIi+60RlaEaOXfY 8tG0ZnXmIYZ6WTXeeFwD88cNIXtolvXSK9SU0EYOVo5SXLXyhti0YamR70vi8kJ4bRyq4G6ro3XH HTVVAa32PvM7MWoirw4SLc3B/wxS94m0iHVCM6hCbpp+QULi+HBE+V0CBWfYxTeI2y8hwlNz1jk8 mDcokQAX4kmGYbXbWkq0QnUz7vk09RmIVD910mN43T0XTocyFjuBY0tmSYZnjnTUDlPRVTrAbcEY 87rX7TMYzQPyzfMV4bKcTfeCynnsMkmEY4UOMOTT+9Vv9By5h7OXl83NoUtDUKveGp+LGtM+cYB/ rNqUMeSqyIXQKFNOqdHNu1Ha0Y/8xgId3jY3GGCu49xn4dBwMCrLNzLj0vECvL3ToosHHJNNClxx LnI6b7sEoLIASjc5FoYwB62Ay47vJFlkHP2M6AfjOopCgkrDYxukFcJWYZk74GkKiBXYhv4tZSX8 2GW+Kh4xPl0XSM7n05IiHY3W+FimENm+bDoYHAEFJ7/xdTeVJhiBRLvy3GWC6JGBM/BGw1P9b5oP vkY/wyHN7fRZl0rrVL87xa6dmK8cdxpXsJD4SUSsAAhlgMiYwlHAjqaix1KWNDWdLzVZNocXp66R 4TOkWAtE5isDJFvHq5c74oal601M8zbsMOJRDjkfrCnMODSvmJG4YeVpPKgdReGOxR4SppriH0lD QAcjRlEqcR8Z9V1FsUj8OiXl0jBGymSpippl3Owmbmqh05OHLpoQxGmiF7lRb4EEqTZNZU9qT9wy PDShKrhAIGb4xE+kS+DCUpXqtdl/NK5xZ7LCoErugDclVAAFYmM6JKATUzcBA7SYCJQ0vQ7dFeQ1 ZyBIfsnzN7K+Dvrw+jKJUmpUTdTdLbz8Sm5OegsVmUVljHCnNXdOF1NOX7SbRdCLsACNlQnVYq82 EMarQFrwkuRDU/vKi2lrgfxD04yRO50HV8AYFBz4XE4GUkGreqnzECvU7kLCQBEroWm+sCu+wqFt 6q+wSWmgeSKCFnxCAtyO+EbHwit21VkFsQa6gBRgwVCRcljBFdIuIAToTOYF0mBQgBID8sfwhES0 NjCDoVHwAdBnqQAQa0Cw8raCZ/G+Qi6hweBXowHe9DM0wnsNm3nYkQGyQCquQAkDkSE8xBbe8jxo I7DCLcAnn3rF6+6PxBAoHdjlPcZKRVWfu2RRyReldKqADP8thaSYLRDyXZnd6rFAX8E/wNiQwEpi h7yBV4AkDn8MKS7RZ+LqKagK/OYNBmVAaBWGtcMngBD4IcUq1xAXNwQv5JfwYCwQYcihgR86oocG 0PRuY6PFkl/hwLAVj8rOG3KPZN5J17SGT2oFbQwypdvsPOVpiN1LxXybDpBdwFy/AuPcICUJpTF8 WiCL8QBK50raok6vK7N1LdkBgMBGHW2Y6Y9bmWIPDP0HOfdYT7V4uRWwTEC+8nlZTwCssvMAUlOo txMI+Fbp2xjLzYVSBK43+k501cxQq0i/dJy1BMNqHDTIJCqTBCcsiSYvQGheAPALa4IapZXaq806 K1tn7muK59fH2u7tCbH8nV8CjD0lrFcWgAQhzJPjM86SC2UelV2C9cEmaUgPUCPIyVyVXYJ8AqMh 70kQGF3N3uXqHwfhSRgprG74ZDubI97o6TSGkihGrTJ/WU9HgpEpYQC9geBIziDiwFz3pks6R1VM ZgCnVhJKnUxttKF9NJV9drs5FfCfbmv8WuVqM7CciZbDDE2TFWyc/qkTAgEu7wYeV3xbKgE2bex0 X8OeHKEA2YbSa575EQnbg0HzlGv5R399J78gs9BEAxmuFgu9lnAxfcwIIjMn1N43jSCKpoAiSySj flLJBdOHSNXN9uPU4mYtocpalZp43kDT7jB/zHSoZGndp8oOZ54ZZzd2tzenfxXCNkyGeKW8U9NT qqcPKlyeHAkVIK8phnkwfFVPgpFTkkDjpRp3XlFyNVhZlZWE3O8AT/aWPLvU7XB+MqhTO+0LV/UF BQ4673nsapkYOjBfwUeNtqu9Jbw4423Omq5ewISWDglaHLeGmmdt9No8MtoEORRss8tMt4SavGDb atRxt1Jsi1EQqzfklzWl2GDuhw9nuc9uU4pq4Jha3FuOR4xa3osHlMePcf2+Un/PimJtzx9nHrh5 uVJW8Zyi1ntzG0RmydYMkBGvJAqHlUCrcnhakfxpGe6jHD5LoeU/pyaORB6al4W4Bg/ywTwE6AVR 5A7wBLMuoWO9K8bTeDhWTPdbVflE42YwBqK23Bmwo03Qnmc7T94NlzBKlCZEVvEOTeKOtpfqUhrX Y/NCTqqf+RKqnQ9KAjwCu8PqUexKvotQxdIJYrJRSIs5OpwNj3Jxrg5v1XoGZ8sBrMAj0aMG1fJc 0e7OCz7lsWuRGwpTYC8anBMOgzqbAO3wI8DCsTAtgeHwprjKfLlVtQ+8i+/F/+L1RNIWTGmAbwtc /Mcdcmu+auh30svOpzPWTd3LVfQrB7NNMUUfxFJMJFKLDJYXnmcFaLZzx3M6EtVrCxzolldZ/fMC GwHGFs+l7TbG0I6GtI5KcAIJNWdTZ4H5ikRSBCEJe+08dJ5k1WYUlKar7qqOmImT65L6iBp4nm/y yi5Ib1yfq8Hsu51/iTnG5xAoRuH2PTkCyfU8EC8dtQJF+vbIPHYO2riCxWFUnOvlUf47WP/Z1YvA FNWqfQfkaYOn0fekgGC+IsyVEB++lhCMQ2SOcDV9XowSBctc0wavMC92NtoUTfkeoiq68CLD5KVO XXoFTrI1CpFpOgDcoYpGhKUi7GaK68+2SxAjzzdaUaQLrLk2ipKjg//Wm5uIQ3BqhrZ3O6BArEq3 HN8LA6jD8IpAAi0TdUeDalDKLcxmWy72G8DB8AWdVtCp2cerRpxTaOQR7CuuYhSour4QOEwC2zfY Hdhhh3e85PMWR/qMO7dTJRUYLnYFsYJO27AGuyAZ6Hg7l4NSFByAhoBHlFPAqAYHgSncIQZAKUZk jenqR5TYG9QQJVMNCZPoHfqMM+x0PCfoIcFWPqJiGEG96ir4Capjjmia6Duc5xsRVQmKuL9RlUGj HzFLccxDh9TDQYcGUOPSQjDbYI182/lr/gRbR1MFYeklnm51YsFzO6UxYOXX716NNlr9HggTyrZH Acfs266ch/oWEDOgVaU/FGqITawZdpJ/QePAZVV3ACVjoMKvviFlj7Iht+M3jC8I9Riwh1hu47nG wrE6bhIGesX8Rna9B4jdbwoUQ1mVj6huRhuz4YraR4b3T/u8j9fv4wFrt13hMFDvAz2qeAwNi66s xrJ3gArPZ8inmsen78i9EEk9udy/1Ss+fSomjIZ8u/wA2Srxce1oPiBrVUTO1x/jFyO4GhQ2wjvl zWGBihEDkbUNzonl62O45LcyxwfY5wE++Xn/cRCdoYb9OpgPk9fZcgG257/qJKtCrFmQWHArQX2d vr9P158PrF5t/fm4uvbLcYTYvE6hA9uiAkNbwZg/YOHb35/LX+0Gsv544P36Pw92GwhX59VzBi16 ncLawH3xfrzocMbrXjETqHUb6mGHoOrAwGqVvFdSm3ZIZsglAbDhfwDASUrQUkxvOaZ7yBjwVWGO HZ27vR/uWwzltvNDgckbWCuZUJVqpGsdV0mZ/I+fjjdEtlZ/251I2oYl2FRhBJznUgfEnAoZu+6s mAaE/4jfvieQyxYsDvBUvuMLUdwXCO/b6mTbYi+VUSrhcPkEaqp6PZVgMMwBqbidGgMyRReXAlCs wJ6FDyJNEWHNAPoTHPbx5E7403FCgcQiV4c90wUFhZS01qC7buJvR4CnedBsQtFNcLPnN72qDQKO NrXxw/3+TRyUWyEF+RHM/OpWS/KRqq/Aq9jipCOBYaSam8DhTv8ESUNrqQ2Z0CubIMw689Qv4OfD ufoJ5QoVRXEIYbPCtDRkhtQeDIioUWOIXXzbQDXVa7xZT9UfUN1G3mbShN4bsV9KxqyO/21xgyp7 yFzXQY3qHZiA5iTourQOJan2o8oFwIhTGUTVG7D3bdNQXeXUUZ4lmtDsQZdXqSU47w7bHVxZOlLi xh6m4F7+TD4BvJkphM8aVsV4aB48oGr0bDtbW50pGliGtD81XOUmUHCYcFaaPDwq/rlLSr0pjqhQ VRgch4TZ5ygw9xZHMK90oOdYJyBeWmu3SS5E7kL/gISn5BQWsgXIcsXzsy4GLDsWte5KTw0wJPfE 01JrRRoUCCg5Ghfc67RZCyxg21t4klyfjU9ax3F75EzD7ABBMEB4tp0Xln2L0GRqpdMY9UDcUFpI tJ6uoOhcD/u5ArIBwKFGlmp/MP4WdDl6jxb1WyO5NjxbToEV1m+iSW7AuL35uei7Vjuh0nY5tfDC OwcNs1znrcFqkOV4V7ps7zmng1trQeXqc004J3wZGCzEhwMibvEoK79F3OYsHhr0gw+QS9ky7IUB jZwRR3X0JrHMuNPtas+14TYHtbWRd725ajMX67Ud0xBvnhXyMpc7L5jvLGrmBj3DnoEEPLKYOR7H 0+ZkWdDBuby49pt7poKHGlCEi5UdSjNAbg4EamBVuzkFvJR5Nl8vp4eb1lPq+4G7l3j1B9Ugx5LX JQ7m1aBOcCBzXzlM0CK0iq4CD5dHCMBL6EC/HFrOMC+rjQ0kV3UFvrwKn9zIOCp5Ybrc38iMeU/+ 5jp3agmHJDoq+biEhxnmqxk5oeLcXELuDGcujBlER8I+Q9FB8vcDv5V8kCi6hc/k2QEIOb28Ymdp cc4KInwXm7SzLRoKKBgBpNFcPn4q8RvUNmJEyeA+tff2wV7LzRMN5hoFTYfaiN/h48AZQg9MKPbJ m2+jIPUh1zD3unsAMHoTx3LioHzODhAkLu56GkZzipg02LbD0aucNR+L8gxHKZbEFUsmmIzKBZr3 OPNC0zi9KSxlJz0bvo1aCYVYu0TWZHiVvDCY/ax14WnQPMrXq2lZobOmthuVr2uMwAGReIpTxEQ0 3BiBPcvFhDmbrBPl0SMgoBfbKtOk4DezORxizSAIL5Ck8BG5NQCmksjFLVRA45NVGKytYsJJs4Ae lDkw6tpJXsYk/dRd00RP8dmFdc1wMgBS0UNhNlA14IukC/qNEt/fTzB2QUHBj3i02ATwawBhJUTT tGUDTSpDjVQ2NOMJTgcB0sNwKiMqXvcuMCRsCdP4TcFqbXLenyeE4wUy+dZLEcZF8PndTdQCfxZj SGkxyiuFzXyAkLwcwBGlkOWBOUIDgiChBADUB2bXeaj6ZaQD5QZYDh/zs+8jqFN/jE2f1L6BXDUI 9hjZNil10lMvgH0V0zN0FAM3lJb61ywgltpBeZtdIBS4E7gvjAWCBEF10mawM5Ahe0NMGodROdMH iMHkel/bEEJHNAisE9ppxLySxEnQFBgLZvwIWTZkCIqd1ud3qCABhjhqRpLRE+PmRWA0/DTiqvVx AoO2AFQ2BQwoZVrBZk1A4GF9fhvcjpkIbgKZJCjYGVYbgGoegr1GHJiSwXkkH8uS2IPz6An833Od nOjnzpgzkQNsG2tAXM/AbYxb6mQ9sA3kEPb7BAzD/g0Edrtno3Q6NVK/9QWOHafUmWjuhWUFBg1m pkcDx3lssl3//yzdCXpiSaym4ZXcMoMnJmPAgJ3Ouv10739R/X6iasi04ZwYFJJC+qVQrBxnsCwB fC01SAdVgyTBN9uuH5UjCk70qa7L7va3ScNgBcbkL2+70a/VMG2LZvhTCSGouZw95bu1T40b8OCN +tBLeccEQT5sqendFVhyoDTgkMydh7v4VhPkCCDqY5xvT/FruKg9yCq9SOU1nhbpMTDYlSTHYMMy I8tOtQS0YLXfF4VB6C3zaEXCES1irEWReth6yCp9W4TM4+tQOu9Tqf1Bhxf5WBMrq9TBfC8YmC8x 29AMFIywlJbnyI2jEHU3usEigrF9SkcjGf6Xc47OQf5A2OIIZqepSsnT6P5CDOS3LhsXnoYMQ/QM NkDSIoXwY1hLPNi3aRLA2AjwKzdRiIE2TYcE32nFPh4TW/8dBo6WFFQ7Ot7buaqhkyBG367kI2Pt zA6qWBMpqjp6hXUSEMwmWVeaOaTRikfhWF0KMPmfJx8kIiluWUUXl1GkmVbhri1s2gYFQjdnWWGW U4hAm9LgY0BLR3NZofnDRYwlGpM0EDFh1RHeNu4erMVym6MG3Fv9+hQv4kyko6lYtagkgbahWi5D iIBUi258b3AAbcShcywzdQq5Lac90lBwqFDuPhnU6XLZdQHSu30vWbqIizb6wexxbuESNJ8LOLBv ebjCAQ/Mm85KSYKGDSrSaclyC3O7Nlq0jBWRjTF82D3IZfmSCybOQGksHZCh/Qxi27QKN4UzJ9NB sTYsIykLVMteodyWNu6SmmH1uzRVdIHMx3xuisUnVtf00vECY3M75kpAhoDjoLaQYT5j6hJA0Q1K llZPXbNAhrW83ZUiRkA8Xte2VFwLbKZnLZRbWSn1YueYoc3ZDh79vUt42WY2CRLN7qWHw4s1bi0Q pZcthk/BLZl0xC1NhTgMDHO1MZNEytmGTrp10+gIV2a1z23OsEePtoUDtXyXkazLLWBfFDIUy5Bq i7n7Ct+Ta22w6CP0mdnKZvAuoyHK136PsyI0UXReI5kGhMwxF2UoMtqZgtkn2mTM9ZSJgRyZFVVk KAklu4LJwh7jOIwNA+L1mowNm2NAq70qnJZtyGZ+vAjgyiw1FNQAaTJvGGtKxr1zxGRJZ9MyUrKo DCUysoNEv4LPmObSNoqDM8Kh1g7HZTMYm0GiP35nhEYX+T/GYLYYSdfaK/dCIkobpX5TnqZmfBZb XMDT+Q19aLkOU1UkYwpkza4TsNB4rJMXoL/MOTtxS4IEMiFPgFMEcueCVTAw/pcfmMmmKQ8RKRAm 01TcnyeaCe7XTDguBlLz6MoW5oSB+8xpK18l0rHNcnnkBHFGvJVRjbod/ORxOSzpuhzxFK0bTEtR EfiSZ0C50mAMoiwSmPZjLfyS7dlM6zqubGnLWSg+gVQcOBTFHa1Op63myU5+MeuYXAHQyvYgAq+t k7+tUcNmeMyhNDaYGnAdL8Lg6GzsncWLhVhHZMud6M882NwERi9xAQAIjpvPR5V6UIb1nnUz+Ddc leusgyx682pV2brGbT14QA97KLufXLCXgfPjijHqGDOCEYVO2e3o14blQyrloKR8WUm5GoTu4al8 unTpIGcAF41rbnZGZBV4RuvSNWStGkvOy1aOijFit6oPGRqPWWExVryQQeUY5MJI2LJCyhXy2WUm yAwJRNACV0hHPGACQpKEIszDEeNyqyUaO2HOd3KQGD6DqpwSq+MBawn/t1iPy6EcOD8fN4p9dRid 1Mt1xUclRDDRJ4EETwIW1I2CSBug9cSqJct7UBJwiVhWe6AXigKgUYglQhq0nvEM99YUpSiEG6iH WTZReWiOnAd79y6Igi8VYAGckWoL1yq2BC+T+vUKjem5ifmAn88lD0/WXK50ab1ynu/AGfgf1H0n UwUMLxsb2dU0VgNAuXRt8JDCpB1zVhIziFaOX3DVVHtWdVmOI1As9AmAq8BCd3MApoBYLj9TQQKM JWkx7O2oPLJKLhoAZVXKHQQIDFdnWDqidiHeBj8omWzHr1/4mGxioBnEClwXNA4armiDrEXYXXWY Ad+QPUUhqqfipjRzd48h0BIMW6alDmSVwiK9qaAowFJWtvRQQF4Ar9ZhntKDoX5QXa8aZ1mgkmCB igDQww9A2U193WeoI7fU/TGukMyqG0twVXz1/u2aPHnF15+/8O3wtcpnGDjUEaRmMnf4NjCwm/OA zaHzZg1LAw2fP8Dh2pYdqqYFJFB+qscQdMIJUl41DCiHWEK6XZMnz10RViuiWqwu4Ytz7eC3We1N C7gYROwiOStSYjNMVWKo1XH5XXygEiyE0wwkMMuIh/B+wSStZ3WkxRiqrQ0Vt0DHbyD5ETis2oY2 b389rTUrAH0GKTonYMTKrsqf35ipzFEnTYQrlLGFNVZCVf1ksOQ1OA7rGLqkXvBk3ILhJZOLTBiF yIjpVlO30g4CLlBEmbSFBkDdsEN53T2hLqrBTAXXS5ig8ZQ3i6NCa0s2r9jfaePiPosEgTz9iLW4 OrEGy8eCRBeyEdIYGBMjV9BUQ1sRFoV6qh1dxCdkFEArIqOyDkFq1yiT3X/aey1ilf7pGccBuPA0 IPzIBHbh4KGgst696vV27WrhS6Z01sNQitL0nas8fUq3hBCGO+3Qgd7odh7aYes8A6ROgQIPwVEp otPZHRNBl8JXJlKQifCmKlFSFq30WhrVOqqJpDOhJWlpAi1dx2CSkne3AgPKySjKHepqlF2KI1Lm fIW/GCpoSD06sGAVaCERLgqf0qLZ6NgyPUteldFmDhkgrKNOB/uhEkVhBYwNRkiYbTldTh3YO2xc 1NSYS7aJ6mWVCdtmWo4wJW7jpvpsiO3x9NruE4JHP9s6zMOex2hI1wufKyNRCLkQsdi0sUhAneoK n+yUKUVo59w/s1vsUPZZO00b2hhe7AuZmK6h2XyKI9voHjfmhUO5UUYYNOyIvdHDGfQN1p5nKJ2D dF5M8b6JPNqlPmV1Bg8EznIdsg9o9YCRtyqXtvdmlpoiDBICHK0MB3EL32TFFfeXLWfvoNXbtIGO MpZZQfYZDerXkNqEmjzFjPIdorEuOJNQAExZPZsKBRe8t315GNI/3F7EFontqiw+AXjmBKIbJnDT YRzAY4kH1eImQZlp7Fh7DaAe3mWTQJ+Cs+1/RasFlOHqIG4GyuacCZuR41sLnZWW4SCG3vEiLDon hsy2NGVTkyUp6mwLEnhVHtlLJcr6Vlc4w0Yrc1svgXfG6SBPKVEY3syQVF9WwextuIGbk2yMB1y5 4StmBDMTy+Fw4QPMHC93Rr7MT7A6kzlDAQkbFz7Eoeiu6EfGgI26rj1JhlG5ukxV8xibR5zCERC9 E5BOsxg2uN6DpbWPXSCILDpQBAG1p0sSNInVYGdL1kkxjdgWKROxjtSmgZDiaqkZaHna5Io9hujo okS8HEU6wVDpHRNmNKCGtei/qWfS8DxMBzGciG1wtki3D02QGVJmt/H3WHNX27xdXiiH2irFNNzV 6GZ3L9yghTHcMSeTsoOZ2bMeno6c1MujLFQy9qrxGHl2CbpT2eG/YfxlQeuYoabNqFzOM8dGI6XF 4zGXJcXlPDipmBBpKoIk47SyFXAIUcLqpl92CqeA0c4PSiJ2Z0YajjEqDpfJ0xWYHTP0fxPDByWr 8J7wVTRoDvOlVGQD97ORWUkpoNnZ+CpPzIoz6TO9vMMry+cqWtAs2GBv+5VohJz+cYLyLjPjmmvW O1vYBPxnEoEfYAWv48dph9GY853px8eU48oA5kpSK3xeflagga83oDmUibbyThnKr+90C9DmIInX pOTM6zVrGiVGjnTogbrOXc62poCMJ0wmBJfXDFCAoufPgyM65As0yOXPwaDGIFZBr6ge4gE/CIQy WP8+v6lxnUvvFdouXJH77hA3gMJPhvyA10AHGgjNhBF5BrYDPoGLQBvoaHgR1McH9StlDhoFxYGy oOTjyH9vy74LwYNMwmICkUEMnJvSwYwIqgA3g9r4Aurhl5zwl2chJGSkXk3NXPgEYQW5iF4rSoVo wVO8IdNEHbmCEDB/85AqxsLVdB64sAucyvIAkgA+a/PNtRrow6jggqbM5bQWWGjOSiNIh3xpXfRq izB3MEV4ZCGudxQzcT5a2YYGUObs+/LZkLwITEHoEI5WGdG59QHV8E84WK73gBboGB6VqxiNDQ+v G4AZY4d8qyJBQRRoG4jorZdnq0aSvYAp2jFa66BHft80F0YHUDJCc8/TakilK7fENWK0RQQsxSGA i/Nlz+PH1aR1DYxt1qFk4FbQKEWMqq0dwnqog+N5dcTQsH2ALUKq/YAR0KJFMxhLG5tx9MFrBMmw fGYloDytvh/BX7igeYUwhrcI+VkSMzbNIKN9pTakgBErr5irPoe3DVasJP1g8EpRWSRfQQW7Mw44 4xeJcwVYVEdA/0S1DDq4EcnxNGoZGdqPFiBlFIKm1y7kNXh6IeXjQ4Lvb0/SUSgh5xFbiQPSrf6L UmSW0FosU3qkQ4OTwkQVATO18GgcjSmIfBhU8HBxjIiJpGaL+Gau2hKakR/qdNIgUVdgysgjHqUW dLKH2weqaM4wcHtS0QPaqb4HcwJYQWWznwy88ia0B+3jGQ/RRcjiKZyg/4mzYDYc8S5KEsPEJaZf 3Q/PWHrweEA3p963SX5Ip3I1IHJEs76AXFzbImpyV60MQofhzZsAttFg87BNkrR1yF+yYiI6qnUv y9fqmFsmpdW1k5QwbWSYP83nbYtsm8M5ftI7wkVESmT0sNFbmpg/JC1YzbLMlbKoTBH4sJmpIutj E4+Y6c8GQC2nIW0tyDu4yrC0LuBUTQlbp8Kna7ZeFDOGAHycrjdT6gpRmiFhDGOtLIWE5eFqrZpc SctJj58MbXKDO6aj5aB80jMbiwWO4QkEfsanrrduSbUQNutWRJizrlWfaOcp6TZJp1kLXA09ExvL HHcWRk0MhYo8XDijYwsBt1YkdVmzloLVrHAHq3dFxESlyR7cGx5Y2MGCUQWoKrUbgme80H7BR7xh qzNZioN8oEhWn8xDK5Wwto4EGA6eisBECggEWSF3ufmkBam4EN60cBVjoqZwV2oSkmm/wFXGhheN L7TKYIgOUiUBjeqZgCMDpVf0Co/PhkdpaHris9HQO5HP5pelRyeFgBXytdqFsNWlSHxD7ABgxZU1 RPSaFxuBLYrgQ1SM0C5htzSo0L0CJCAdksV4QNiynHNAtFRmKUdoVId2SepwLlMCw0D28q2qMxBm 28lFHcX3DBNFIxJ9tq4mLWB4Yamk+qrWtME4LOLHNqZGSHLCV2ktj4RhxtratOe5C82EHn2zkD3b LsNmY7x1rtCLs+FUA5DvQGFM9oWBcOFaHp8DvUtuyCDhniRizyFXUgxUmMSRiGspvGjOFEhKrFx6 OyG285ZN4qCqOX45rA92cKx0IBoGbwKW1ljMQjhCPIeGT/FgflNLC6gLR1iJiw2ett6tOE7lzKNz XBEw2Shlm+hIMDPVU3qAz4pM+T3Vn/2ECobZoRhMhFu0iXlZpwH4RZGwgGGrQMVCC001A/+2RtYV fc0DV1OybewznJjQeP1v9voSybcKdF8qKrRzsggsfIal9bJhZerbPozZbCwEYhCiWJUYpJDl0Zr+ pMVnkVQLO45nyJZioTr6MFibVNrN4LmNGCexiNmor8wIzVtBTEmQUwB0cua0T3QjtEIUKGTtZlgq xoXCqvA1ixRrO4iWBDdEl5gfnjPc6qhz2xN5fxpXok18qQLyWETeuvgxV9Kv5sWTc2HEzCVUPNGJ VSVPG6hhTBoFfQsV9gWGzxYtkcgDVLoHcgGslC0870XRTuEJ+4S9hMbuDK86Hi/cOiJBQPikXsn3 G/Sf43niwHJZ7J35arn8wjTtpGQhWCWpA/OUGecl/qZITBcFQiJUiRwPDQPw21SfVkGF88q34QsF nlYwgjSXxJi3SMPsZPDlwmrcTVvcNMBOIZjqn/BDeV3yLqt3EYxTyIXnHtwN2a7S89vHxX8KlVR+ GQYcbMA9BPeUbFZhCknUUvjO17JRSo0OLEIw/iBHE7LU+HmC6MrF80ApzM4QIIBEUSOQO8d97bKy 16Y9VVs5X1+cRInQ5fVBhLjQPOYJLnFzbbglu7tZzAK49+gNUjRn2HM7D3eQe3i0RE3jAzYRKEhR QRaD+3w53k0W3lgid4h0575LzIYTowB8qjohbn7inXpqkuuiZznbil1DDxz5r7J0x5hdxgSivsu5 7Ha5W2DdAaYNI4a6ym+WLWoKKgFU7HqAYzgzdKzMyNA5YDGMUV4q9AyVIMF9E7YmoTV0OXhF+mVJ tJPZCIiD74EM1P0Ok4SiAr8DzPPCq6lrqIpjWFRZlEpdqxAO0TaRyo+DoQ1FWd3SGkGtrSOoGUau B3nJiguAp32hTrLUzyoRKB7SzVwyKoNky3wGLUP1pJX6DzzrAqxBvKsurip1APL5GwKjULK0VDcu GX4wDr6QnqzBLsCyaEGzVQFGP9BT5Q7kbaKebFlFFTwCHlTkoPvRCFrVpKWyA/DAlVhbPYN6h+MK DFTmYq8KATBRcQeJ9P1ZQRUTa4rd/BlDmKyaDAp0fN0xP1JbtoDyqa+uGItvpakCSMHPgF3T6ToY 0rALRhZiUIhD/ryM765iPB//KL+gqITka/VAWu7rT5nDlWz4/rjrUn64UalvoOhINUO29+u+rHEZ vBWPkLANDJdzq+i4LOB91S1kDMtgVnLhDoO3jCaxl3R9vRNScQRhny4vg2G7+REKj4c36sirJ64u iDRjiwDVR0rwt1TiiXpgFShzcRLfV8qb6nAuABsIAZB5ucUofOjWN7CVaycxs+I2tYeIkmlxXuyn Uo12qlSjmZDzkBcor3RiUmEkeHbyihEx9XWVhAYSr7uwrOLCJPdKyEPqyqdlcQgj+96mb8cApeJU agmIgzUu9D0ULqiQ5rCT9efJkWNs4Pv+63hIESsHfGg/GDJNJLmXygkNe9G1hG1hjG4Opa2mMo8V BIabKobsjEzRLM24PxSy7WmBKs+CA2lD2KTkRUnGtoxwMyrdJ45Re7EzH/bWvWP4Tl6HS3dWA8Jp GPQ9HWggRm5HFQcsfFmxYDukhkMCqf8ixvYMu6McRa6aXL4QoFIx24xscFA1k/ZSvylKaYtpx2V1 2P9NoXqk7CVqOVRVTqIh2b95NwmN3GwE3Oy/OrAmJzZ1b1sjEm3K8rGzLb1oeoSNSqf/pTBAdX3o j6BfannSDdsPmZE+b0dDNQgzk4HrGgyn2FSuiP8GOfQQLDiD8BEBlEfqKHoVMMIjbbjWnli3lVC6 YZKQREuGIr5/Jwv25tBGObLGD1YW+IaL6hf/2rZsbQX0KWvb8NymEm9X+EgspkYFXp1v0fiA1WLr lADdqKEoYuPBRTYE4Qc7D366dPA9DNbOhKfjIhwvJ9wo1K+wZWoIV6CS4yezk9DEpAN/Cg22D4qG dIuBM0RkAeenyAkOhU9DUls2GRsEdi/MW5THEtjWQtH32y/L14YXkN6m2cZX3EFk9nwJgBd8hO5W SFpPFH7XsBqbvdOj+vef4mBJAdkrXtO9kF2yQN69wdBCvE5bKQOiYW+BhW2AqiUYeWXYoynbLkER J4WLat2eqLcUAAZuUnBz0VvcJZTTsqWkqRemCwoIOfnt/YwCkf5tykAVP66GlvnT/Wr1O2BFk0fM MFtMitKFwRJZMGpWFZmwsTcdfG7UGQ/A1ta8qI0wh8WwWZOvE3MswhQTKnFAy8wbVKxlHEWCcvn4 LJksKoqwq/MwS2KvH7OgejCyHsy+W/BK4bAppF+Yl8+kxfeMdcYsO7nwvi6yKikH7XfWsjIvn4A8 wiivyTBlB9MVcSnSWEUGrs4ZtUDsOJcgIjan04pIvxFn5yulQ5I7hi3HBasQfM5mBxBYp+wfz1ul 4AcPYcmwoM6QwiI6zeej585J+pEXT8fIne9GMBgGTVrwZbSPajD0DIOTgfSQ3khvPKzNEn2AGxxA yJU+vCkd6HFQkcPB2J7YwYuj0MbwmSHKtSD3qMAozxulzmAEfDTN8L1INpWWJ8CQlgQlTwPLtVK+ 5oPQlw3YYrOq+TGWQzvZ0khH7aUI/MqVo+DYpTspQODoeLmojIMMHByU8adgTME1nWmfpYxbUrLR RR8dV21opohbWOboXXCE+AOmymc2UuusNw5H/oP3+nVcjDBBHpQ5FvUzFoqkVUsDqqmoeHDBPuq6 7SnGMvOCa/ijza9Yo3AMjUm9FDQ0ICsvuJn+0w6m7qY57KNShwBlCVRlDVFw40EYVbEVszENzeJS xOxmHMqwTKO43pwTBGtm30lAPODjZD8xTwhbX+RE1Y4JaxqVlSHSLGB/1G47jLWxLUZJ0WPZ8nhX aNAtRar/1aRp9GfbDiYyI8urSRKaW6SF4fxcMrdxljOU8OmhrC6LVNZNrG6BBEsilQH5DqchmJ7t hUhSGEWWUScs1UhR6SYimGTMn1R5R48dgampQjCcnmaL99vfvCyA1wFMfVM3+ekG02hNn3wP7MJ7 wz9EU1Zb/qrlx/Oy8gTvfBV8n/bEexgBUQCnEFfzaXgkFCOmCmyIQSQYzkc+NAacEw3pllxPLqiv ELr4VLxmfsFT1SAN/TBtASkQBreQ12meVJdIHJ7MGUb/SDV/avZd1lDbOLLzZslBFgPkRLuZDiOY ubCeNyl080mnDxgHUZXIaaNtrWM1EROIJptRPIloJDukw3zQUada4Gza+e2VXJIO12jEuQa+YaQd 42HUqXmYfExiPLSLrB5dWkTPAyEsBExSmy1cI/UrDsm0YBZAHBCYnPYvzqld8XSDswZEPlraPjN8 Iq9/bOv2AJxsKEhAvmo2zunSkP5BOQvWspBycKtGWoUwDOwb9xOHNAG7J+lOiSXUyGPAcrcSbRwb eyCR2lAi8VLaUCtucmo77z9MSsvmhXl8F17ybKEtgFUCRMMnuwIvQiJYqBDxHraJULWuMkZcQX9Z EYNMVRKfAESAiSGRL43T/khHayBJlltpmXYjh8WSSHiOLkZYqVbJWumh+Csgzhf4pwGiuQ9hG8lw zAB2lg7XBKNAxqs1FK+hsQiArSw1jh28eiLGNEtgVfo97AgNpdgl7NY6pQSLwppxsP6KJmyhZMic gtU+XBNdAPWWKmzQazh2Vs9Gzaj2uqWPWJ2R0h2cS0EhgKda3+3EKAz8j5mNK2sSwYTnBByNP3sZ BpUKFTvz/KyIZyF8xavYLwXFwurtkp73hAvhvFkkwF/4BEgOdDOAtmYLfRC/gaLBU7FHusqLL/Yj ewm4Xk6kkBBRKjBkVlqwZuyGIL6AvriFbE6oSBMeIRGJ27ziLdqeSBiZubtATRMfNlLWlK6t9gte 6jjPuztcsgmSD/s7Y28WlVFmxdBlahHEuZYV6sHWshx0NQPJqNnACGhZTKAFQxe+g0XwiYKv6Gi3 ejBSZhYJwkT4Tu4GF43JTgtJz8h50fzhlFuhizZMViJGMAKgT0PNMzryL7jxfrM6JsdW1Cd2N186 YfRXtq8lJKtO01fNoB3a3t3hx6wFK05pNSHUyFCz1PFbBc0CNYsndOslPD21j7a6qAQzSQntjt0g bGGGzZ0GNx+S40veVkBkG6ZtwvZJgOqaPtVGtkZwkLN3dgobkK9ae7z1kXI2zEzrKigUEuhuu0YW /o4KmK+AlFhVG7OMflEzi2qQ+hykehRE0KUhEzWf2Wh03YiITCHMAVB1qCnXpVgGwfkiB95J9BPp Iq1KNhkNfNLnzzQ5KsBL8VFKgxB1zjD5sJbtFxYGY2elMrZqiNGiYF6EioPWH6uRplILGrDobp8X YacHE8/XD2d2dFJ4enxArUNXKS4XAHRaAcovdF/pb0N3iEhQhtg6DRSgDVYHwYv9SQZOvrRJ/qqR VYIxIxkBDJWsoVfWbEcAXfqZeYV8QqhmHpZubVKPjgUU8EUFdLdPG/1kCIs/5Wz7mYoOdBeRYZba GeRdmbk9NoILLhtl1qYWtfniJGLW6+M/kmd5jAq/Wd6ywTv7G6tYjpBPgrpO7UM2gM2dUeW4MJpo QCtm3S1nWpZ9Z4ypKgyB+2IecEXGsgY9393QGPbLKj2TKBRXgCVB7RrTNDBlHYd7m0izC5TRUDfv 4zM3IzuqDdEQ7TeWmcrkAjMLj4xJqFYFHm2aZT3tztBgB5sH+qgA9XhJusr3HMyAVrkSXDMJC9q5 U4+yk3tUzc438FOgtKP+rjfkRLaHZpSZOJ+Tncd1DN9L3cAhpf+pmqnoqGreOYqhcZzOL7rIsXUK KkDPKXH4Ns+bX6DRPDmFOFh2CmaWouyIuVPOfMj2/moK8MHDt5ju4OuNDFhQWefQ/ZP/n/+rz+xG r/uEEWj2+cUe8InS05IkO9cu9zffneOumAG/GBgFKGuy7Arfg9B2rgEsJwomoBuVnP3KAQdag4KB ScAwzr7axf0J/A7/4XxDIBHDl/OoNsFvyAu+DP4/XbFEvwZ/okZlnD0ozRag5iNfwk6htGBLBE6V m0hZo1I6I5YRWKDwRpOTC80ECm2T6RpCLPVYKQzKFebpR5QDX0ocBR1u3WB27VI2VHdx3nvQsjEb OWiO/gaq3vwFbyxPVMJsedoy3dEBblZusOEYP7thwFgZnkpem5e0MiOPr7js3YI11Q9ULq5AbMo/ hNtzYbz6xFe8lirO7t4rBtIBdO9aFbPRBYI3dy6UUUraDp8PmrUKwMGu5EYEmIL8NUC1i+dc2Y1H YKmhHzELtgcaa6vdKcAP9xm/AhBAJOhlOA+MWJqvv43cYfs6CIUmFqo6mI6vt5djuC5In3thuFWQ xjVMSNnHD5E5gKwV4MUd9YIz1ZyAwG8Li5zUXTluZWxDSFysCOg1SaU/8Li8cKzbtX/dMCgNXCTg Q91hfKEqh2LOZY8rPqzUBWRYaQ8FHbT8ff85/fz9VU/i6vJAQLHMawWHr5+/intclO5QUVl55iqE XG9KN/tqqneooKIKswIVYgc3X1zUkdbRH18rEaEvvC9z++eiuoh7/b6Ju+jA9/H812/JxU2CuMLd iop0O2n1PGSVy1q3nP4UOOj+wsvhHtfL6jYwn5A708QEIg4fV+nl4fM+VDPExMUalGqWGl7Oc6nZ gHXp5j7u+kDNorzaKfB1NJD5rfxIODyAXaeFNcLWTwrBSHw/GKqGJR1LOAd9u2BRrIGcQrYRFXdK DfVArGmRpLgH/tSLPHPL9nU83S0NboKJM6hceWjWuIiGlB1KfYl3YKEkjxTg4a5eJSGSMok0ylwF hmBlVk6jpVLjJtCWiA1tE6So8oVWDYBIyI2/gqAV5oXnV0qdMsGHxDV0GtgPhxfMMW30DI7kyVIp 2jJs97UCt43L8wgrlZSc5TGqpZwKpYW7b5EeCcb7oL5CwzJlJENSFV20F96m2FE5qPYPWHfXF9Ln 1EHWUeAZtw0MdGRAVE+pLUbAkAGSo8IWOdvjclY4AcGwbDfTsZNInsznZmSxCrJKoUa2M24j1VH+ KXeM6QvhrO6/+BBHzo5MQGj4NqiTJ9G8qsj+Y/Tamju7ws9nIrFgzY+OEAfcXDxCbxA8Gijz0s8Q Q4VlWE2sT1grBWdj8rGxhpRCMSvZYeLAE8Eh29KAqh51qobWtQFQPUBpr6cL3r+YuypITS46xKkt CqTMiNKUvc+29Ni87MTozeIWI4EegBxsN2GaCEapooAQAHMhMIFjWMSB/dzFrqxt9Z16NhiFYmOn iREElgXAIiC4Bo0ZsYVIUsK0EZVnRzaGdpmgJvazrcfii722A6fPGSBcZISNgVgnDSTnxAgDyjgP 2f/+nLwmsWh9sUaYj1U2g1AaGafIGvNZWEDcYUZtXkH3+vn1kwn7vlECpS4ZRV0iDXKeksSMNM9n okvOt4aBInEEY22a4usEf3GROEx4Ej6TGcfoYkAyAvOkACydv5SFwdjwQkksME9GaVk7/Ks5H8d0 DFUYiy0fJ3e7ZAlMzgxkoYlZYACrg0sgLXYFdlQuLRHIVmRz/Vfvgi1p9lJ4WLngGSakbnkTDGJu KpNcfgWEE1zRP/xSaSSldnAZ2anlSAQgagXRHJo2/HIXu14vB9jz5SQz/jlX0nPKlAsEMN8cLmeu IUH6YmybI4Z2mrL1y3s2cs2xGid9wiTA0GzM/7AEk1Ddl9OUx5kAmpPtcxDzDGYWeH4ZiuHAsldy h8NCra92ZciUe7YOxuRsSOTI0I8RSnmCDhgeO9riAJrGtdo7bf2+SkfkgPgiWEOOUCAMazS3gGNf 4lGWKcJo8ORXq/IwrXlU7ndrTYFLJYLgAe+xhEtMmawj7pqDFbKqdOIha5bXMZ6i59WLNgkj0ldl Z1jgYeqZzoxWRAZIu8cH2Rn5FKSGOcem6g1WPaU03h26sRMkY/DjQpaNFjwErJNmH0t3Do3+VH+d 8Allvjmnk5iCnajW1AgeYntTiv7nF5oFm5S4ja7QJp2V0KElf7mJWJeJNZA+785d5GZOsNhm5XPi Ak56g0l5qClHiPDifuM66UqUU+4par62iJifw4FZpmo0ZffTgoZHTQ3sm+LSd8GRk6QOJhfj0/N0 F02KWFqjoht6ijqrNTuetFATAQ7UmyF3ikLIibLJy6aBtht2G3IU2ktDUFZha1QNSexsKrXr5zxU PJZewslhB7Qe6zx5D/t6cE5OkUVh9wdbOEVl6glpRKELAyIScF61XyqUjx9yfjROjOLTosTs/qCm RzykSX+Ob9rQ2r0CjdMhsVEbGeEyPc0FDBs31d1ORokVSmgWqTXbErfTwDFqT5Fda0ilwP6QekoQ 5hJim9Edjot6A4nAbZST3oB9E+UxYJ2aSEeWKtTZpMK14kC6K8I+oINQiEaIzYKqou54mnZw9NA2 VgtMrFMkCjKy4VC2Hb4WATLy7h8NRYmGVpuSppZRiMfM666rB8TNIZYwb4Lcff/YjwkoQfaWdoxN 8xBWSgh4CyokcuYZi4Yqg0gizAR3dBJSHY4SBmFk5TL71F/NjmKkYXKBMS91IduOw0uLJ+pg7tJE aVWCzOkOKkyRmseEmySaUokgBTq1wrtwVF/BRmhl3rziAynmtoqucyM0wAivwhFkAHLk51a2UY5y fenjQIFgWfpH9nsgraFCf8AY1qs79STHahqi4d2gDRqx9FhUcmCCtlcmwtJ0gICqNnLfm0ajquJL as0IyjKmBiXKTg0Wq4qohmT+mgL8wAokqlV7FnDTAuACZx+gJfLaSttelNLocYgLXNG46tMpA/Vy ITTNGuJShqLJrjqI7djyAfBpFl0KhuAqFwSJTQhrEhODxaKsV0wtFboqJlDnVJAeIC3yHxtVWbKG 34aLFLIlUZgUyFFUPkHyJxqrBVFGfpuCXwaVK5Wx1irfAe2xMxgeilm1EGmZfCRZ2RndYCTaG0PZ 9Ng/QaVR3d6pX9gLnFaErpTJSGbMZpK1gExCdWK1duNCLewX4vxIyS3hVqPZJ3jMONDIcjSYVsjW 3vOmjWPa6a2ddSFNaGSykpl1ZxMsJmNR4HLSO5OXnhggUG6yVfVjxg8g1Wh94N2AHvo6hqBWXtUH wTLGYrxmSM9Ajn3fdo7jLQ6TMWuBas96Tt1DjQxMGE9v7FfSLwScUKEbM0+4QxepPMZFmpiip2co 7MLE2zAhOpCU6ZEVlxhT30UvbUesUAqZ3ATbFMMtw4ma9JDefa2V4nEUi8+p6e3kDLRfsRzJftZs eATlSi+WoSJsl863SWZe21UkF7ArxTopcxtsujI4hr1LudpoQoMdK7OJ+cLP7Gd/KxSsGYEtpqM8 H4gH0uy33FU+g82UW8QpsL15jIck66mtLgucxjZxhbDC0dHNhxOMnb7aLrUfmUJ16WsqXQjPskQe 1ll4td3NypaFiOaekuVrKrQfk6C4snirVWDwMhXjFqanG7R6AFtgXHtxqb9tR15LQ7c5OUjC3fA8 jsVrkknsN0HFOJmCtR9pwVaA6qDpE0s45Wv6ryeZpUyGgXflf+IEtC92qgvjtoF62PaRZXE4qhSE d1Kw2KuaYObgVy/0MAn1P+bHobS3DYFmsK0TAHySdOPPndK1ooDQSqJthyoMYwOhDwdCz4LSYdKS FWqjsZNkUUcQj8yM7YBBpMJ5g84QQgG7wly5CV7VdWasowTPL0DPNA36+xr5M0J9h4YIhOv1by5V xPIDNVdlX8Jjr6R01sx475raGHLoTbcwssVxmNaUUWqeNiDvNHwDtmgGYAu1fC6CCBNvX9AxawG6 LVCzruYJDvEYuS53l6am8bGK1gWFCB6iFuhpviR67LTMDmoQdW1J1A+Cic9pxC2XhbWCloPW2wBp hXhF5QsKEQW7nAINCa9uaAgMa8MXcA8m63MOIHunKJ2xszQQKw0R2a0PSSVNTNRsWuJXPkNaIMey 21uIKhaxpHjR2mg+hvc3np/EFb4eH5mKyFFloeEhNkSGohYzK7urKC9cV8GvBlcWRTFqK8x1rQuK K2HPpMyooJB0BbzI5siyzbISKQYxACUuGlAwI+gTIkJT5G0z9jiqgdgXvr8HczqJiWTO5LWD43K6 smo9L3WWtjo5j+lsvQGYTsmcZeemMTjFkD0T1YUmYXhXiBssOlASXsSZZgCXfexYfpEtBp/7Fhlx Ev043nxqj1MwfHDRVZojxQENkZxZOWWX1wFCEZr6KY0SNFPCLhzCivohDQdbsNJp9dzswAVaHq4i 6xhAGghFa8k17mB+ToUVQgoLrXteeSluyGm5IekgKOsPBmVk5ygw2c3ldHo1cknF2wt4hDaFLbLZ USrQtLdTg7BiQGv4L81Nn2o4yLSKsQH8iAbQAkBFas6INWr8qWuyrQmQC9zJFZY0eVmOoCAVegGl VSyxpgAQjJRtq4WpPvqxc19eoBZTM6QXocE86ByEDV639tS43AzjNLrLe/lxqhYYBpgLMwyGasby 29sm0MWkgqM1laNlsNgNvgIetxswUKHifiiAaKPqHjFcC8aBx4F6JcEiQEUWLlew2zvIUHqhASAZ doQDft7wsNCA48mFEMorDllEZGPebICEVb32otLX9HBFKmIvSxXgiaZuTgQJy6w7Q7olkkJxfAo7 rQzvf+l/VeUt11piMWwTcChZt3TZ4/lHxjiMHabqV0WrvY9ER0m5EPuPH5At7BH0qZCH9LkPN9pV Y6ML/iDCCKgKiOxov3xe7lOk4wZZ1RwQUrY2NFfVDYjw1/GPoshKRLup7/Lp0r/byZ8qa9//HH+/ rz9BrOf791GdavWRr78usDv//oUfVy4Ejvr9o1r01/3v1X+//37//r9/f67w5/P3//3z496/v1+f fy7Xf++X3zPs+fvP9ef/3b9//Xe+/d5/f39+/nU94OXu+kCQtUsG9ffvjya+wNg/5z+/6lj/3Fxe +H1z2d/978VFhD//53L9X8j0+arlalUbrGv+IMldcWhkN3fw/Sg2otmLCXz/ev52+/dwv1cD3IWA fyDJl9Nf01NA+377/HWZ4bdscRNRCFtFkev3l5mqiX336enD/YauP/x1SyE4WbY6qPa+j7aSvF1a 6MWfy7/u3/tRftkNjF3k55kKVHfTYEVLlFyWIq72jCMA9/vpetvK0wZ6H1Rvga8XfZjbB0H6393n aCbqV3dxozLevimd3r8EAVvqVUEbi9ccAconFcVb50/t+0t6v/v+QN6Aa9qo3H5yBC7uV+cRQOld KYhbVT5XX7skVGg2phQEUwgb25xP20m2NyrML6sealrYxLP9DweHjjsVIMhlkhKGyyEvlAFrpCjK 0g/2N1thKfm0ycx1j4Vvo2+JE9UXTmDeKhp9pUJoc1A6gTneHJahZJ28UJTYfa8lgos6UR5uv9UR iaSONEFP2dBYU5VcpRQoX7sOfVnuaNarN4QX7SaSl2iqsoOoDmqVScdCggPb/cTdspRoGqq4nOKw WLuhDZrsVrQf2vPSna5s9uyq7eHCJHtHm4xJ8Sgiz2jNEjPuGZuV5Y4bW6q2VHFjKWeYBug4B6N1 rFbFcHQwm16HbJRB6ILaYqz21DBp24qkfLrW3uMflCzcV+I5bZLKa09UGh1Fgmv0GkZiG2QptDMD 7RnbtN6GpqJys0Ht7/Li2oEdcqTfmeoGr6PM/8O5R1jp/gqItuPbGtDZj9Vq8NoGE/1nn5fai4I2 FI5f2ZJBwAZSnrzXOAIGndnsfb+wLO0QpfPZipjwl4ADKAHb3Hsp9cwhbQCSXgDS0ICQYcTjvjDo xTY0zr0p9MBw8WAhhuz/0G2zfRDBw6bpoak1wW623TDzwVazEOwfPBPKXahRPL2tyvMA6Ixvdpc9 2rMBZzlS1g5PhbixOfHDzJi1mdUc8mo2tkjbMqKNm+ZRPXhLZWZ3DpfFamj5I0xNdoi1KX+GWWbG sgXYRhwQH5qSKQpQZI82qsy9HK8579MwbHKZ26w+GBMaPJJ4y9j0SUspho/t4S89YK+VtxAIXF4X 5ssi128JXjqvJs9GjT0DNQ+Z+D2HAGNZaYqPEHBkK5cnEMzHxaAienfsqCAxhPVV5A913LK7mIJR xUSMnPRZh8YtxoGF7L34kSBLxJ8NHHNxBsNIeVvsnGB072R0xnjkJ7AxItMAeKg2fWkj1iKWSQ3o KyI6VcQo1RekEdt/0QRIbcxEkgfbQo89Q8T8moXJ7aJNRi1wUiuYZlTMFRIXeIj3UF9SHDuLZZuX idMrREOsMGrlUDxG93iirD9MNJIFQeEgAAx4apBnA9U4eD23yppHsME3s/MhGpwQXcKvuAVciPFI wooGGCxOESzENQXPAyha1lgLABKQEnoP0Unt+b8UOyAAPmZ1OsvfFKa/dBFMjVdhXhVk4KiKUGBA uBMfAgbvSKW5YBvgqqUv540AAHvMBfLACwhpwfaQFpkzPsvnI96lxHHp4Fn+zOoLxei4iCOomE+v QZRhC1Lp5EVha5QILO2ENfia1+T0CkfP3/kxjjMbAAQGxCSks++GtbKayk3yjOHn5PHljEqFDNo6 QKbR6M2wq0XgqD3UjDLMyTKAMgTDTwSP+gI8xd1zGnf7tgTQaczx8Hd3XamMGmykWYCUsrSQNBAP kK96Ee9b6B+4z0RMFZLGkeTdKRXL6VPK4G2jTKxqyZ1hFwHxQMUG8EYBFIfYHTsF+Kih2vNdfsY/ DbhTZ0IVYaVuQ1qRE24WLPC+XQKZBLlUOfFMYKI7tTinBt+oFEhRoELBi0DKAlE8aFlWKKC4rje1 pNpHNUq6yW6Cd92S5jsE9dhj4QxFX53Wj4yGZxmlWE3pCdGrD5ThxnJaTcFBe7Vx1SyHnfFVwWtc ZP6N+eaMy97s3HtpVUGjnXD2KH6IU5VT5gwH9Dqt2wBMEgCpLHB/Wj5cDUJUpQSmEHQqe80gqojS mGq/SxvxH30grzoS+ZkAsfAxQ8xauVdNxZwrI8DbFlh1X3zROP0zVV1qMLKHYNJalbc9LKSkLUxE EQxH51V2qeSKqcNHO3xsWZXLJj5o2i1nal+YC77ZrwOZpbFhIaSCNocHhzCbIkYJj67GtX+VRACq 4syqyyQ3nvkPvDUs9FcZwADCQhUtqSyDp320Uly6uwUVGbZ0q91C0WF9CbEZ46vC0nu3JHreUvtE Gl41lKsx7GfVwd5XS/foaQ2VXhfLMOKF8upROOS4e+Ow0AI/VhbDqzGUcg1+xTnr7f9YU/KS1FSe p9reFWSIK9AFVIus2HfxuqqyQXWGK1tjHv5V0VnZDXj5Eq+qbtysDFvlmc1CmXCX16103012qi+v rLreq2v9tlq42Q7PKz5BUnyOr/RqSAofKcbzuBmQaGxfyeTmdbGofs4ignm4StKkVKc6xLrmqsCy i/+cl3fZIMZfPbtT723ZlZXN50lBaXPshr6kivROAWTP+L6hN4QhtUv7VEV2zd8SuD7X/hmokQ/N 40mDhLq/LHDJ3M1HEdXyMq4BvLsNcG2+7rss4/FFMXP/RGfjnTsHEU79oeEUM6VC0hUEsUV5X0gI x09Wh0JronF0N+E1XvPECF0pQPMgsjI7FBpqajdm33kIkEUzJC/VB9IXtse/7U0YiBqIJ4LVSA0N RmxqnLiUsByJLDZyYhsDIN2qkwOO1OTxMbGpBgi5UGNgSos0uoI7mxUlnwpKGabYPZOdQHTDk+3L 1aMQUxBzCTIrvjAY5zNgicqf7EWvF8swcJNol2Fl+ElIyN2BGmqnYRNVXMXWYotoS2CJMd46Nm53 zyaVptte5vWgPLs469CcmEXs0ExZOyJQDx7rZZtlkB5LQrFlvoXtxck4nZ5KjWUFacoP9h0bjB04 g8nWTG/L/Q6Pay6NTkxZf3Q0JLkoWaWwd4dV2F9xBPsjXNdf7VYae7RoM7Wd0SO2YAnvhQjb4AyX aZrFaGx+S2kLqhZws+mnCMf4Zc0HBVPTWbHlmSNK44GGG1tbPIvfFNEle0g6McP11bciLM1ZvAKm ki3bzlqhA/nviE8l91+JrLbaLM/Ww1P+tPMyMqDhcunnVwg8ysBge4d1wYDRApuFzQY8LTovQ99K aZF02FLeP2xQ7XrDa8YGB7foqSBtEjAFhXBl7MRqxEOoRWRSxXIDUBkPlyRQUIzswhzDsRk3GAGx Mo1xN3NHV22/1GExGitit2UvuTO0G3WzAE0dQSwOIWLY6NFsLLXXmCJeR5JkxU6F0Z0FyMJLDDF2 W4BYl0cmfhpP+VR38Sc9gXgv+4W65QnEgd5JHXu8fGn02q/syMSzpGpztPHI/4/liXE5C+NgWBQE RxrSx8YyEMZ8ktz+jP279qLQZ7yXFYRp6QN12wpJCJAFOFseP5RsZdIJRPlIOX7ZWMy8h/+TjKNJ /4Un4mtnD1voXMKoMuguXmP6P842WH4NSIMRVzQsbfmNIBOsdcWiGfClDMV4UMwCofEbvoxp25bz hCT54/ViAGwKbFMWRwE6QpDviDlDmJmrcHuOmbc56jzCyU/glZtVPor/nUhiwwdCl3nlNQ4aZ7aJ 8yHle4CbZfT52fFWdruvOJHnCoZyKQSuQih50GQkZ9xL8wlQ7jYwMDhXlVSJ0dyHgEAOC80Ck/ao M/W9WzKIcJr04OBWcFzH7fsT5A2b6R47PtrgIJL9gLx35SckvwFiwYuQFCWUpQ92YxnMlJMLGIEA 0GwQQrMDC3T03wgVZwj61ljeFtgHOANhcoEa6AdAqkVPQoQHbJ9zv/Kd5Xj8B2ubIzh0B2YPx9bJ CS4LjVSFgAeY71X5B0A9UPELRqQkLBCr29SqnSCrsUEdVNOVdRt+BUaVZtw1fGoLdE+bj0pfBB4h mCEadqjUh6TRKjDAnJoxGoJS5WoCdWFDEpX9CfMBunIb/Qa0sDqQLYnbKAog74AzuEs+qjINe0hL ic5dw1ZtYTSt1LGCzAofcOcuSigrryDHGW5m4PdfoB7sFKYPNfX8UZGEo4LM+lUgwg2Aqh2b0b26 InDUihc71GxqXoarRVtUdmFdDq531WwIF3bxnO9l3pqgQhIAuW43lB4NdYOqAdV8CN+FE5Z9DsDT jvv+KlZtmt9u+5O5ikPAfW6FUzIC6Fb69s41hUapcATawn8heQBLMCBg3JWHkNhvFx0ap4WoGvPp vrudZRhXhRjBgptl816D9UBzksxvd5nIBrR3E13Xy5VpKycYzivjdAeA/XHf3/X80ysQ4E+4aPnB IG39WdTvr99foGKX00EGAyRvX39cuvYNN/2GUQMvbzKPXdt4v/z5cwOcqjv9c4XwXtw7ePuGjh4v f243U/4Bmp6v//rBrYSKTH/f/wJOj7Dac6Bq7biN8Pq/0GawMLTYup5+FNa4xdvd7Wd1usYRxi6T 9iI72qDiJYM3RyB/oCtEVEqvDNOjPG3y6L3CIOjjL6W/T5as9Q14k4BKD0Asu0/tA1JKj4SalWo7 KV3lNcM6LEn4XtiKJ8VKEveOeEI1WzZIBeyLCqIQrskgdg1CnLMM27ti0rgjoOkKSqJ/pL9epPJi +SpXwDuqO3Ps25Qxd5rcFrqqJEKVossCdXIAnBl86wWN9IFy9BMiB72AyuIARxLoATSh+YCnIUui MHAcx8xF6ErONTEPCepdA8nelQ4ooRY2qwoXlFS4jfKqY7aC2BB0xdzpZDrLNAcowtrmDhoSOQvZ zD5pw6hWPQ8dnfwiINmmWMC1jadbpWAfxkvbFw23dbPgMlMYXcJMdni15H1CAxgL9LWMj+xJOJGZ B4GI+Gi5IBrqMzJtdiAP1s2HoTeMqefPbKMk5ezpX2NijseSiRX0yHwKhSvKandk7pXtgPTsRLWU y/2C52X+tOvZjZlqdl53pWWYZQ2YrN3MVlksTajajgmW6evS9mydz+UDlwpgR/5QgNRbzdQ22vFf By01jBQ4h+0qscsGZF812pIMPy0ByAtqpemwMHDZFPGxKcLGvCKEyg4EGdMpBh3YBYxiDnut+RRC DJcGj5dAbpeHknnLItt+hbpCuR83cmjS8aCsoONW9YNQLEiYRtoI/dESDMxT3hHqMlGyKNgSrDlS kemayYe0Y3QyH5AVdzLN7NwZOQEEjJ4xg8dKnlQxBp9m2Ojg23CeYR70YVTLFWH3VvuRDwAxy/bI 1sjwCIoL20BRuV7WSs6CNEPL5FgZGnrWFDk5spx4Q6oKwiHKduXosD1zAYBFuf/qhzKn1IVj8DFV xe4NNgjGsy5yL6VJK91yntO5XbLIc3y2TwCAl+4B4rvxCFkjltnbuGvlGBokgU9XVdhAGl6sq+21 6cqZQJKMuo2yp3nxus38ZS37wpj53dU2yxbf71YdQ0Oeohax+OuGk2jYrFBQmGRLyyHbiu3JjVxt XJSTh9LYNcAqNADvMbDnCJ6zbGjMDs2KNQtmWwm6uTDMtwrkdaLZW0rPYWQuRkCKr0CPjE8OQmCN d0vnKseP/UlSrDu7mVwAPgx7BQKbAUhPgzAEjxgte7kbvJjC2fk8ZZ+a/wIOhBIWR1O+xF0wGreM ZdV3pjNXF+zTLWHBf4E/A4MARqyHyQTW8X7Z8vnF+eiBhNxZUFeXtXGQWruxv6WgeF5WhuZCJFbY OMNeX8Edz6V3c1QbPqejG77wjr/y7o19lgoCsOniK1UorSJkoKK74V7GxlUJdYnj8B2gI+yr7O2Y gdeiC21ymTyQz6UwnkwRWIEuYm1da8ikciUIhNQK7lbGNiHMQbQKfASOlW8IF3uav5iTWi5H9QaJ JaEYx9lKVxuznARtSYmRKx34VvqfMQUv8+nksUuLKfeOdk2ameI0XY7QCA62LOmNG2fKIaOBBORX X77yI88vOZKYGvq3dAazXwPawC/YENbEw4IB6wClYXjWyKoSaa6WfvqDcjB9KUXGghWCMWMPjuJU +K1uMO7iKKGYKRCWXSVhEZRSmVRGT3JnoBZACfCGUWEm7pSHPOw5aZsoU9HIaJifHxklA4vIcLp0 S28b2viUZewJCaFAbqGlLREslK5BVGQxpsy99JFnDOl1vaSy0haUgMfCYZBh99qNeB6DG9WY17Ac pO91yQFM3aAsrZFu6Z4r+oIYWD96GSMlO/VKEyIlZC1u0/LALBFu8LSoTRDyM4Uqcsj0WR61WRdI kOPEh0rMWxXyWvatMY+WK+sROxurUqq56paV9GkJy1pBzUFEiQwKmwelBcMsEdRAfIk0fQqd8xiM CaT0qgI0tBBaRTKmtrPhg6eolZeV6eX8LqB/S796fOUysoHdXpeBeIvFCoD2tqz09sr7/WGWIMzl 88sTiQ5K88L6iV6F6FMRxBM9A07hjRX1XIDNzEdn6xcwIJDsabkKOl2/6Fj5WK02hRlPKCVhDUgr hdc34Dz3Ba60/magoZYxc0tDfl/A7EsIo5km+N206Mo1OCj9BrN7MqGlh72+oByWsMMX+Cv81Edw Q3NEZpOpkX+0jQy98bZYLVZPXjBs0CjaABhfAKX/rL1lisuXxcvCPwgXdJyvDxftq4EBMRixthTa MBBMtJwFar3MDXFeXQqIXyy9JYIKNyn/g0Q86B9KLUqGOGJm9/ZZm8Eho3LoKWyTkMEtaw3yi4jr pmasoeoW8vX1ya2OLWvDUt4i9lw8L7YrMLS1RQKavheNqJ1RgCZNu7CH6huCTVG+v1m+gFV3HvqV SkXHgjXhmf+jwfR61PHu8wJq6s3GbKXICPDcuoTPWhEUsewL+I8V6Vo4wGw1YPGs/2m/pp9s4luD D5sXE8JqBNInMayhKjg8ChzDoJEPU9EeVb7VKOCx9pEEC2cuvQb7nq6hPXFErEiErRrCdfIHywLT cTMtYZKNFqsXn2qfWa1e8Q3G87++ERU8PNis6WAOD+C2xLCl7F5LlJs/0TwSNHYrucRgOE1rrWm8 pMmniK6FzVLkxN5vjuhJlCvIjG6xRfrVIF1kCm0W14BVdfEf2UjJoRi9scL2BNFHSXb53k/2elxN wuKjsLBiSbWEhmBwg6fzwvVoYy301cLMCofp4XEppy6pJ7PUAmHzytJHKMhCL8Lipaqk07xGjRmE Odo6KSnvwYqpowIFInHUmL0n+JAuTWPsNOKD9ua0liaG+iuWVpqVylqjuYmW4o8xaE1V/kPb7AwY v3r1/nOdo6dn1VKC7WLtI2Kaemw/QEyDCKDrlaB1273dpkogtutMBv0F1vpuaRtlJ2CmxBOPI1EY ppbxYtn9Zm/rfaFzxIQYYxmkb0txHLrMPGwb+kkV2wOFjDBzGor2tvf8V444uN5AJ3KTOVfjeSgF 8tiFiNUG7T3mwlggNn/XpUEcC/llMdhYQ/wzTeBzPLhEMI9ove52XHvuGEwPvDWW9j+2JS08F4aT jV4f1tqCMNvavigi4ogOKGyXauev0kImywTEreYMJ4qxkbDN0FkSOnuytFlDmjIgiF/kMM9l8lCZ ylpWKgSQyrPI+EcfTm0cIjrgE7zsLEgLlOmn4DfLwBB0blYiGmOA0Tb4zENq1TDVkTMqNVqU7wBa uHvL6JmQTJF0xnXWVr4rEHgskILa9nGliWH4hAxzcJ04wejLvGdLaMcziEV7WNoayfcpk4DlYdfG WtpnzfDvWHql9GKnOs8rwisFNV7k/PJ4LeYH85Bp2IqvuUXKZPGPdel8GZuB79nFKM22wAP3bX98 lizEn+wsG8uARdQIDYudkrWZW1YijHX3Z5ET5/IYEmpRhPUzAGR0dALs/V1VXrZqxqZHGUWstdJ2 jBPOUO5BHz1G7LoH/1gcVJCjAOfuuKjpm9tUruGolMtknM9KN8sbtwZ4Mi5FZiWptFzyf9ESMRHc GOnK4WC9MkoCE1BG6hUI3H18FsWprpyU0qKtCLr7m3MqZoFurDvvlwjNrhaTgESUTCuAXHZGGfG5 oKjeWiEklkYHHxEEp6ha4KgqdFHeCJpIOAmzkIHmrkwJZE4KhIsYp5RgiVZhRFpHeKW2eeyS2QwI PIPYfHXr89n5aBmk0pmCgks38wMYQH0DeFg5G/z6LgqspmTJzFVYlUIjlZDnHhZe+x1vhNA0O966 jOE5YGHp+fwQ8bKPgbEDF0s/M2CJOvz5s9zgMo81AU2yJiVtwWeNyvG3KF+dIvlUUuD27xdmbSk3 ed3SfwL/JQ+LfQjlgZl16f+ozdev9ISv4UXAB1TyZPhJYI7VwwroX+aLFD4PYCDCD3jyrMCeMcPr KjthSCVynedoiRGFa8Gpvso6K9s50HYHwq0kRTTfbEG0cCGVQJSZlSVEMGAs+Mc/SG34EJGyrKHv oCdTlHEHcDInJEVOh+x2uy8MFLwk0w/sIT25BDTIICy4SKJ0Sgl8EGEQd6fXYfVQmA3QT9okvM64 vt7lcyriYVjgeuCh10tJP8OW5Yrv90oQ3CxTlawlXUnKEt6EzpT/DAYKk5HG50uVe8snF1vYXiUt l9lu8cUWCMZWNesvp+DVMg5wRwsqZZBOr5W7Lne0C9cqR21M7paCO/qrgEMzkrVJeP2sKoKRVpeg GiMeDUISuCs2RDGD1yBPpNlaw5pa0LIuAfogQS6kRiemJPfQ0VdYJrwQqUvmLgwhUb8jRCZ502sE 2qjGABF+v0todvMi+Op0/JZCrQ6E6itBkV7ZQ7/xvSRwaVuyT0G7gN+v6k4rRqEEQ1ESIYy7wibA 7A/lP4QnBAQq+RJ+rfRxNZu7Y/C/nFtRlA8FMY6+VGf6Ks9a3rK01qpbKKChErrYReWS1Q3uGD76 i8vgyQ5YKOYAS5OYLxhEWqFwQaZQ5GrDVvMW1F6UQbUK1+e5t6ugkNVRlOOtEtwK1VZ1XE1v+JsC 7qA8mhlhsLcM/BJdvWJJka3qBXS19zEGr9/CojDOK55VkOvw5UdnJcRfRD7wpbhNEPT2UsasWFik t+rXYkVmDQmfmJLYjSCUpelggbGpiB58LU/OkuG9MvIwAZ0mL49ypje0A/RVkAfabBVdarZVa11e ljRRKbv7WwdIxGkO1zlsoniIbH1IPKkDZko1LUCkjHYhJ70UO5miGYIXhbAIURVgRB4S9OaiBLVa Hl3MKCByON+UrW2FhEhU3OiMhvTsAiwKkAh7TOymAjWWVUntogY0sWxoUR7QvdDP/n4gPtqG/JP2 EZAIH2wuFd8xinSpnOm+A6JWpMRNo36Qtv0tiiUOJlpEijprIHJ0UKC++t4Fhi5/RGoq3D23ghpx 4UVjFoBy/WYBoLvqIgqwC5343DBFo9SQUYFE2r6C4ZeTtPMfl3YWWcNwhedwtdiEetSdeXGyu2gA Ilxu1YHX0V7IsvohWAG2j0moXnV+OoPgvMMH3uv4TIdgEqUUlNgQkfEPe8nUhdtwi9c7QEf7CnHG MviLGqFIugQT0fwU52vKx2QtPVnZdwnjREBZESLueITNw6jwnfHLKSVCKVcvduRcHSeIccxJR2KE NvF2ooacWVO0mu47sas6r8Qm6LIA7G63UPt47IpB++N8+1Npn/sTK6QIsI22JFpayIl/vFqOK8NE 97WtBbtQCQx2d5mSGTBFlyON3YL8DQGnGakism7tS3blQhYQpCwBCB0zwN/hToDnzE4Nt1EZNkyy qH2GFCyV05AZBzqXQ8Ou7EnR86qwMVHZIxkqE3dnQbGL+AEOsgkEMGqFxQsysMYGYc28Xw9kzi3S HXORgxl86LcH6suuZH1zoWCR7N88EUClFxGSa5cvw2jPxxlL2GfMWugxo0o8xmjzhn0Z5MU2CxTl cnBngH4Z87vNModAc2YDdi98z4jl6UQHxw4ZVGykcEhJsPOrzBOIIhutjBVeiO07sI7rw8hk21VD mBfAy/RnLbOIM+X8XwKM0ohQsh63j+sDyGYoAksTbcjzgKbWsUBLwf0pNRkiPaPPRg/DY9GEFrJD oKRST/NBmG5SJHIM9ZWjEXwuS9uY9CQ3w0LRnRYJzVsFayo+ZW/DWZ51T6jJWiWPZDGPgRn65mdD 0hdj2mEHAJpb47NmGIgfEPRMXV/Db5mKfhqKZUSyIJ1BwJj4CJvZarVaCC2ng2plyOM9/XBObBZo ypkQZWr5tI2lUcD2wTD2leBa3OV68YJLbLYMJx9VxcITKMIOp7wBojJHBH3saWKfMWF1MKauhT0h /0uujAG/OlInX96ExXoYSe3/YzJHDXt79gkJZySoEuMbi1SWtRiBaKBwXq5lvVisMfb4oA5QKA6j Wnz1jW1hHkARIkCHFfxhhFqKlsOIxVky++klYzCCuKdE8Sqv5rcjXJqiSh7Yz2lWnmCx2sDyxk9K TMqrtjZGpuiVpPRM8zJMdMyaBaJLliK5BqBmDPuPQ1UzCIp78BWBFOIcF6zMejrLiwZpMJ0u4bD5 hDJxPGV3dHC1cjX+qRw0ucfXOR0xnLUsJggc1xXpq0qK29KjNk7r6ER+HMYPVPdksDmJ7j70BGTS oc2HIJs9GpcAlgeEaJpPpigkfI/a9DkWRdtCBmZk3FuekdUpDY9/aVLlAJNlLrq+/O1AR6X2yYAA 6ri65Hfc5USuqyepDiqrqTg9reO1+5UoXoUo+IZUIAxfZCdxSP0WnTNDhRSSSNE0ejCxRjVDosoq CiN6achmSUc4r5HgFDHBWrkMeU15boXp8IfHOPU8zVak26lcxykOjNZFrfhuk3xYyRyDwT+FNfAd +hHqzrSaRu4uXUTxeB3ubGJ4DQGt1sFx5NRrESuPIQw9QkHT25xt4tbFQzjNMFDYSMl+WoVvyCTG jfA46J/3kEKPkbXgJjjHYHQ0pIZahIvUSCB6IceCSeXbQgYLwqFwaEVcZHLlHc8v6EaTF3cSY/mQ Atqlk8GbnpVODGOZsABQlN4OhJccW6XOVfsDwI7n66IpGNx2IXc30AMGBlUEzdYdKBNcBM97W4DZ JhAgxbY40h6iq0ujo1yBbqYZ9haaaqaWe28k5a2Gq4ZTlRiPKRY+gRLO1ZOlENuMupBT73YlwNHz ugzAhWHoWiozZAz0Z4yAb2DkRAoAgwURzBkxvSKCsQXsBxODg3z4DvJNUQLU2rDMXSMG6gV75VqC IIwLRIiEoD16mzSFnKkZ6+toaT7wVVPGExAjgTz7un0SAYM4AypBTw0Aghf6a3t8FywYgofm2W1t LTJ/EbK/wgCRx6K0EF5oQGXEm9Fg/gv0A18judVr6PIGB3HyWFigjqPnU5u9UWkBSX3SjArJiCk1 BdVQzeDtqfYNohiRYwXm3nv2ZjwdZtLe0XDCRcOXk25hGcIPboz7B4SMdF5FuHQBVCpE1QZqYpbx mSAWSC7GRBsJAYT+CDd5N53hVcI3BgjNafr2FIAejWcG0mT7kJXQTHWUfFg1c8+iQnUJw/YT7TMc qEli2KduZxhFFzJJ+Ap0hfNSIbhP+4SLhqLiJBOyXiiHlPLBt2EMRSQ9mb6ye2dCUkRZB8wDAv/2 UWhOvHbQHxoBWd1BVuGR0f8DUoEQbV5mb2cissZA15ZxUEQh2G0kM7DIQ7DupkxUYEaIZsAdW0Cl +KeBplh8TJNYn+wz7MECo9OI59E7WvAyc4uQEpaW0jMNuLUp0jEMIB4Gmu9mTAjp+/s/Ql1h8eJO 1kU0hIEnuIEdRVu6xlQ0DbUhyijuJ6gqodQgzpL+jnWkqiZ9iZR+kwMvJ7JFCKCZsK5wXczsYYFO +bBk3LoUkH8TbKKaJquhuAAB3q6XqAF9LRNAnELxcyEe/xV381GhCZPULO1TCEBQBk91fayIpDH6 Cqb8LqZRzGu1WT8JK8zplTUJWRTF+2f7vHgaHD9WEjVukxSh68EJBQa/tzPRFORbF3Tai0LlRl4k iCw2CNzykMNUBp1jgZqpWQm+vyjCE8VaWdolCRdTQQd/OrBgHlB9zdayJUYonxCxpJ6tHofMbm6v sYAtd5xjnyxm0XXFlQyKB3RqiSOw1IE+ZbsOVI5pE1AbKKsY//qVhiyyprs11LeMdNPLBUk4thIs XJLIKehxM8m4TuQF6nyoy4x5bDiiVP2NRI3Ekz4i5RwQn4UV2ly00aMtzaEA9rA/Y1xrbCP92pWJ b6xprzXTjIK2VBsuwjaDfBZ7GMEv2YYlzwSTSmQ6RLRLGAu8+9FeKhnJEuJ/spSVT5ZdCuBH5owr adqipZaBK/8zqGQ+pdRn706o4ZD9iYAsmWyKQe2hwVzLTLlOyxqDkWiB2TwH4gxm7Avoo5mwlzLT yDrL48iiKBqCPoxj7jIzj3lmGLBVZpjzkFwHJjTLLcCv+rbgRUZkKb7BNT7P58134LzNLVF5jWy1 3FomOIs0RLLcqcYGKmaWajYk3SepBQNwjjojnCauslpoN7O4FGsGtN+l5yF+xnaeiUcYVSwd/wyy 5KQqC31uCixGIHWZ0c+08gZjvgxGLfD+2f8lg4XfSiLQDQOZz5dJXXo2AgTXcylAy3msepO7z1zP /oYA+Qum7L4yqWRuhcg9f+VWsKfNRl7tFFJDqGfQbgAxy48jLCHRjX5AaXfcBy1AieAu5TA7JD4L 4fM8DImRZSICZ41SCYYysw1V7eApeKoJwGvlW8FucGAokwxbCEm1pyESwaLV5JVRWnWKbmqCmYHI 5HNXCs96ycttlrLnujqvaweVYUBDedAARvAsLGF8HtAGpE4fn5rtoj1oEeivlG3Jn3ewyOQ597Fx w/4ARgYOUAkuMRDwnl4gXkCZyc80ZdCVjGaZmhArs5IMHAJ6+aoohN4/71vZwUYIv6qsBEQSTmOG P7AgKBGcr/P75heIChNS5gJkKl0YIdR9lTIK4Ea5sMhmKs3UpvalvggywlxLI9aKj63p0ZVzB/ca hm0HqKKUNOygNoRDSmhPlxt+bu+oFHAnyxbo2j13hnfvpsDPu5xV3SsILKUY7qPOr1VW7ems3jKU TkEMz6qL4VnFPFxXB84L+gIOQcfQ0rsylss4jwjGoGguKA3KBmgPIfxSWgEsdzl/V/oA/Ft1CyCz wboNEXAI0lUqwj18FRv2maoaatMcP9TvHRLKep6aDZ/7qjCUX693CKnqDQfpwtetChv3y+HW/YBm r9KDcZmsf1X1AIUq6owgCnQAVHUnEd0iQZut1L4CHrLMVVeokjKoFiBYbq6ho6GvguNMHiGV6UZe Va6rEoEcEDRNA+ECdX0tEx7kiHfggB1f9iqPVCuqv9wAmjqVLA23rPQB11qlB7GPjlpfJdOXRm7l qhivuDncEqpHuNCcnJ3flF2GIIbPW985a6BLqLJOSVvpxPQPOVaaIaiU/ijz3MsdeCAyNCV3VihE wAKbiTlUxhx2By6WxW082L1qmebSqQd/VJRdbMs/JkfmympOLE9vwg5lo348+7XiPypkXZ0CIH6S rnEu3WhDgeu5CY42KrSYL6bOAOZyNgR84/iDH5CXV045mYWRUm/gUIqP5MKl/eMoCNxABQcTx9bi CiZ8UqifnqGFJPWbthCLDUXXxtuhFUPK0z/B1x2m6Fj+AOUgDloUlVINdCgyUipG6zXILUJVAd5E CyQYsi3PwQ8rY5woRN/RMOk3RaUL+6QpaCLoMlibCBObNIeAhSkpXC4xHs3UnTZ+0RF8bkFC8qHZ kvJbAu9pyQkLKl46d5q15iqbTYfAudsHgCGpCr1dPIrfJL7PwfxrW1Tgf3h5GcV+EkozM2GwwOFG BSZGcxI6gnPBsHLsfaMKE4h7Z2LOQ2hf4KFyJpAlkhUyj9FCfYtaGPx3w/YyZZZQODXhxkvxHToL VO7MCSI6PoEpq5akT2QS3LHl4rziaXQ5xqPOPOAlDF6gsFUGAav3JOma0Ez6PhXYeaVKkTSlRMe6 k+DCJrYZjFqtKnsNRokRTFlFVvyARGrke60NuroCDqdgVfuyUuFfkq2hcLCwVs1aYLVUPN4UDYbp 2++l9VO+hlPwsRJuClPPeUYQpuoVxWEFU2z0EKIz9CaQZKQ5IyTmd02w/a6aA4I7XBB2nZwDAVye Wii37jCgoijtmBgDsOm5wp3GBQljXoR1BItgYp9nlMXjPmaYZbqwxNr9A7YrCd6zINCwsoGfJXZ2 uZHUWdBonlTQDS/myFTmNTMRgRIcagYs76ikKgYaA7KUZQ8HQHHAw4GCMjo/qhGdsGTYOtmlZVQw UdlYnivVozayjMsJZikGVuccgg0yEtnmC4+MGzV4NXeJ/Vo7i+67Z3GOczE4fKkaHYVmdsK4mnK2 a+53fjIni9GZk66FfInM/l7hkJgR9IonkJPEsPU5M4gHm0uOsjkvGeRZqnrn0iKd0Y7zrpImi8/Q GUzsSwgb6956lF0TLAyaYudaCxaopwZyzIJFtgIJgRVB9xpkGmeps8e5WtyB0g/mBzPJc2Q8y7UB k6Ab25uDUMJC2bM+MhbmcQ4ROnNfciosNwsTbxoJb513ry+MJf6SC2LuHJWO/fIuwAehc40nUOsB olYQIx+8hBGsSR6z+XvEonoGMgiFNfLMSeh0cy09FRfiWTVCTSn2Qh4eRIzA5mzuXHYav9ipXJeO KLqcCJeU1AFnw7H6qIBJ/k7ZRLS0Ux51HGwoXpa3fXTmI/O71JR+pXQp5WJO5Nqv5WPAD20BniJY eQpQCDJL37PBCyE0fNEm8XbykVy7D51iYLwaMFVuDGEO5I6z0O6DDIYnocKAIcitUT5GCLMVLrXA 36HQuXQGbNaITUARzs/SS2h+5s3A0V6viHSF8akAPsPLeCXchMm0wFHptlLyWw9pKUl5QYSSSzpt MoJUFjQrflwcOxp8NkJBbiAthedC/KOkEcmSyr4OarXP5oIRprwKiFY9gH/5YVbVMPUi/MXEtWXy hsQOEVmeAK6dIzaxl1VuQ03TdAy3cIXvKDRtWSK6hczkY1h9aTfdHSeMpT9AC6HnnBKoAbaIcsE1 lCIBJI2zSmwDhd4czMYDxDWns6up+GsYIfRfDRARhKAnUq/TWJp7m1BHclCMcRSuigPpI9hs+Yzk rM8s5mgJhMoL1bpxYgstyVcp5am6HIpYwjFMVqYZSc5zla6W+Hf0qTywEoqssh45m2hKnrQn+FXp 17wnYEckLr8LO+lURXQq1yvmYbTbdTNCXgMOCqvUBfGRh8/RntyMKoe29tBxSlfcAUiOmkWv0kr1 RR5RrZEYP26yijLkvUGXx3gcaUBTh4hDdqD38E9LYGAGYTA42WWllAeVEiKRXooHHNvHykiao9/D eDuCU9C0WWtFgwIrjB4mqZfgBc3SWjxZw8prp9osnMfwhl8Ht/EqcYDBUj89IITQEqSz21fUHI4T wrDgWUgIsyrcqDqHHqG3pUzDcmA2ZYyXSQv5KTXOLgKtSieWbwnEkcYb2lUyvOoSFjXwAxIEg7LH PVeNgoKFLGm4eAZkqj71v9pJow2u0mPwLDq1HRiCnkr+LyUYUPdI+St/0oAVl5HpitNkwxqb8Zu8 QZT/aiIyxG1IHX55dqZGyRfbXEOGFBlk4nBwMigxhJK1S8gflkhuhIF5khFfpI82l2oR4SyypItQ ydlLJBBHQC22RxRQJiL+MUq9LuD8cMWqm9oLYWVB3xC1EDRYesnA9vpiP+ZkveyV5UiXGgo9Q25g lJM+KOZIldBniDZiAkILAEj1Lk4gkXt29R726uRFQ9TsvpLiAVzaN9iAMnuvU3iiFh1aieXoBE22 CdrdhCRabt2TcdA3OutObi1R8bqZYw5DoSWGMsgO5ZbCbatjwIiMTKp2QYmUR7tn7EZqB4UKmxJN gxYie9y2hreTS6NWCcOm29ZP7duqEdwK6d40287bb0OsCpChEmVb2IvmKSzoIcLYYlSNNswmqIp6 ADxTBBQZvibx9LkV0ZwnRZqsr/Z96TdTFr+LJCMymqeaIpuU0B28NCQrYWGwkX2puQSccBsqeW4j LsqmO9ugB7IzSK6IOXmHsdlOpb7RrtRVm5SGM9QKWKYHBOhp74JrqhKjQhgmruv4Tl+bqEs99BRq TE6AqMgaaseIMdlmbnMh+9QZcyQYGU6YdfEwn2gOJyjNwuoiKtaDa2sBX2Mzq28mCZ1QC6w7MLrD FwQKgE1kREQCvRMm0RwnaeDqwEpI9bLjJOBrstsREUQsBIBrI2hQpG/wI45M2QSXr1gjwmKSM5KA qbPOWorfzIwm3BfUSW46JNU2IUqiu4ywVIu5j3QPbwyq3PNg8HLySd9sXx0doFyIf5kW0GriUp7/ lPcp9gfej72cOMgIFk8kDiJCS4ns9Entpd0KdZkvqlA55o5cdF96Ckdl9RVKo+fMhmYSFmRGZuL2 Jx4jDjR4ZSgsGo1ja02YweRkzQylorOeQ65NwfPpuVB8q5yRICbGJmqXtDnS0GSCOO9h4MKsI1lZ dYSyrRS9U0m27ijNLC9lW8DC0Ip3jMFsZqP0kCYRmPpQ4dFh19aNTrPRZzKl3TAV5rIm+rBt+YdJ 6k0/dpqMfBWwLKaGyprwBr4l0cxIQR9QsNZaUwtH4GlC3orgvsHKAChilSFYJTa/ekwikVUjR34z Hjk6GsPXYo0Fh/zTKMensKFJEdSnb6ZwJTJlu7Ll7H1sXe4fA5cByRXLQKAIghreL24exJRYC6kc KM448Un3y7A8SpbQI3AjMeY/EAJJyBBywwBv91fapCCkI9WSQ1j1DibLsJbhxJEl22bXaHmnWgF3 l8KTSEIoqrtOdXhGNvjn22fDZDSoxp9FR4+EvUjF5snmXTJ6fWsRZL/wpTcKR3ByOZ+AKVYqFFV5 WzCBXMSSi+EJ5ZuGJ8kGKfXV3CEaKGFAVnLKSFrSYA7mto/cEG3SnPFCHtkYRhK2f6Zn2PNsNdgQ W7ZMh7ApYAUzw7yz0stRYW8MmjImK2ehqhTcCiBJEHyJXLqfcXO7Lwp4hvBECKY/g5g9KR+FAS+9 MFsPbU9g+HKbtS33DUlzZQL8ZVSH/BgkfMAFvnwLjvbmAjJQBgTparW6IjAqRcIhbJAAg7g6se7z EvZuUBqIB2AC5qhgLOfeV1UPMWLZjApRwNcAwZyFyWWUGwz0QHUAV4Bs7SjDASaGkYbZAnwCVqP5 55daGpCi/pPcByb0QHDTvaRjQy/pUa0CgHxVW+WlGlKpkh9qBwQiyd4c6Mlb4CPjClDREOypCh7+ 7a4r0Iw8zynEcQKlDtYu8xAYB3cpB1HD1TMxBM0EkCs/AaAy1HsAbsA1RLnL3mC8oNkA+aqFSE6W Swm182owrGLQd9iz7EotAWOqVRLK1D19knnBo8pqyIsEnU0oYrIvIXi776pZDnauzK85Qg4hThh1 4xV5ja5ExFoSfeHqx+8q6AoiVOCjGira9yec/HgNVgV57a8IqFQGQBXg5ya7cldDrlRjBs75WV0S NS9+jRk+bRj3g3oXgFv1mz//qMn8pUTx+VfZYVUzoNng5y8f3JTXkD788fnz8w1wU+0EWZTV0H5/ 3nYa/7rJaT58/xy+gdp31ZHPQGxNqTlyVOLZBXuh31XOcP0fVE0iqoLS7s6biwS/AMWu+qumSfnM xJuoQYcJrNAPaJGVAjErwRxQCpU1QYL8JTFeuKdQgN8l3hNVQTAKx6VORIYm8nWHO3JxU3rE47nE ICZMFgVvyEbmSs1yDOgr+2Jmg+0mMwlexKh7+BXjYojrlayVVUFd54LRbiLdKWReI+Gj/FkOAqAA HC7Ourwv/1C+NOmAPrJZaiF8ovtnndgSnV9mSMFJ2LkStzgh7cegtsK3jhTZPmiYQXVyXe0QADrB NGaTXSxTy65ID2Xocpl5gI0QSKgdGxE3Kg/f7kKTMEjm4LAgqcBOt1grWCCTSuqjXioLZ+tgDtH7 NMtAL+3LAGFzZPzCNFx+ZE5dAMA2thOgfe5igdTDYVWSH91tJfLWU9qS14I1GJDGUd6dVk2BevQf waa/yrWzvMzRj0YCVmj3MJRSF2wn6GjmYG7ah/vJSbR7Ua1TFoACpJZ54aWD6EayJUddOhnTIrcD ESS4+oYN/wLeZ7YyW2xbOcU2NAmNxina/hkwYvtE4PYuOEtBScNsey8q6Q03pEhkQh/Ocpulm2cV AZmw5tmvM/u4iC0c5sDuHV+4ZZIqVjjO3X5TQLgIJNVmKf2JtWAuTjqBu4uNTrXYtiUboT2uUxIU V7/bEMBBPvYh/rUvVnpYv7KJ/YfyRTYNGKAM4lXOqc3q+Nr1lMFkzfFNgIbShOOAalXlVcLXYRNn VUDzJRjanRwDcdKH1Hm+/Q407RBAHw7SbA3441GOK29HcU7AvzCYgB/dPNAthUpQwqrhDPIsCgn2 L5F1jg+ArURBrL+k0MCD5oZT7LliB7O8joB02ZkvXDrjTEepmDyF+VPIGM7Ef7DpgNPszMWAmX8s G9W2oB9trCwSJOkqK4vnOkMGkjHhQLRgzDCqOo6GOyo/6Fe4dcgA6bT+DDN2EX+i8DS3pMIDEOtQ usL2BmLvwaU2Z7rC7xoGMxoxuw4zZkuERrVOniEC1ASAm0bySbajZ/OMEipdwq8qr91ujyCFQovo NHID1k9WFILjNpkJWUEZtOzeMMLsT1s/Dqwhh+CcJDOPKTPoAeLECsTWfCkTPJ5oPToJCQkllwth 1Gdgkq15lIyyCnRwwGF+xszOy00D05i1/6amonxX6CtvuCTV8BseTeKw4XcTQEZ6QDF3cgA3SNz7 s8WqvEuAOrKwRj01ekAGS7nNAelmxm2edDj6kLXJRgwonwTu3FSaje7usDWp9WipbOV68QwoQEY7 iIB3T9nyhHka4wjxaLScSZwLyxnxWBhLWYX0vY9I/WQcIVqOJNYpFQfVtRVgXn3QMA6mdT6fRaeC 7SZtF52FbEU0nYrhjNNslj4IMC0xd2ahKu0gkYRCJoaI+Yz8lIs0DvsWv5c4pczDHjIyaVxaTmvR hiEAwkZA9MNI5CxjD7XLCzUQuwIQnBLDBqCJaRmgZmUA/jiZwkYlMF0EpxVsSIiWL8CKZGmnRvTZ wHVw+FgTFtpXR5RsNb2PuWaAbgic99O8NGhefBxlrnzxymtYOHP2P4jfugFiPNfa9EdIm9XnVed+ 2moCzWAsDh1zlLh6jt6HT0XnSa9UioDP5I93x8kXGHIdkGZpZT3CpqzjwE3qGlSRlWvpewCLcqu8 TllhPueRdlaci1i/MCBczUvHrHYxPqsMsXwuWFjdKoAgeQwzAZQqauDUfVVVhV+q1wAPqFBBji2G zP+12mAfc+M4OqVa37z2hgf1Wbq9XWJsYEGZUKWliYbkzUErygfroHTJp0CkAjsdN5Y1yH/WJn9c ghXAIK862EoH0uzATdUg6Fx/2apBC3z16idUMyIITbEEjKxka6V05XB23Nt4n9RKUEQXaLZYrhWA 8Njy+ekfaJxu/Gt5FMTg9qscgZ4lvknqU1MiSj+tEAYWWAmFl+2UpFhr6h9EQKbKRHSY3/vArmVf K8RQoYARPnl9z6ryWoN/dGQ0Kym4Za1CAdBwVaohBLEj9tAB5NYaIHT1lOO+AIiWv/e0NHWDlmUI PixdFuW05vlVz/vi+fmf153ssyU4FbWU3HheK5JQJQgUi35BKWWveTMsooHr1zcIHURruEAZw2Md WvD4EaXV3JhVRwhVdkEEpBzTWnPrTlwgphZCy1kV6T3KLaujfDwcWQUjq2JIgYi1m0qh63jU2FAA LMiH+am8Upm9HvCQKcI0YFB0WKgEoEkVqdCOAArd0a6IQ8kFD2I5mAaVSCD8YSTGaXZPyCsbURGG t9WT6SRKAa1mzcRzcJ5WJGvoiK9QopImpELvem2QaAULwgspSDmeuH2WknFMciwHKYPfeDgofBme LYijogrRtITvy+UOU2BbZTdWT1pePy3fVXjuWBA641yYWKU5KIHK1Ci68mQ8arzgNh1YQuuND7GI wizkgJxW2cSPqjfgDxzzhlOWGNfq4XolqKvXQcS9XLEF84oVV+t/1IJ50t3St0ur6e13oqCDQWVL 9qTdyUkFPQzC9Lwe92hrkKjSXRPa9is5pWiOX5I9sooMxmie1mK1TAQjUGoDD5EvVKV8cFVM+Jpe Q/x0TIixZQztCr4lFX7tBskg4tB+S2ko0CTcgn3LCW/21ubxFj0zvUQp1V0wS2Nr4dIgoYj+fCPT gd9JsOodWBfnECPy3tC0iM+Jc/oDR1Hqlf5o1Q0Av6RgSJtR04fJF5JbjqqQNLE41FxHTRFb9Ot5 /y3SzW/P+0Qa66ha0/j7CpoavwVXlqZrwBqF+6dzmjZvyMioN5zdRymnlNvrUh0WU7URlDxr7skP GkqMTUPZZIxNwnqgoDUYXM9omnzrJTdYovKk3iMGxiN77VCEOcWQPsyvmdxpFEcjNgw5tDV+iOkn vkF7mSLF2gYYC7nHGql5kJqNkJHA1LbdsWrMtJ0qfK/S/ZlP3JJqaAtw0CaaIz1FOgSzwuY5gNRK oW+m42iVvLPgxJQDU46vGoRo5Bk2Hd4xuRrUpJWrkH7jo39pg0bFjwSDm3vhQR8RdmyIGW1RGU7y tKdmCOGlExpYXwZ0YlejpzQ7/oDIYLp1xcQCNk3I27nLnN54OCpFcKQIIvXZ4w9bJILUjuEJUOuh h9Sy4IU5MdaJGF4Ke8wNhhk/eB4Vg409yOspaUIA1BDYPKxTdNguU4fZaGxTtpM5skLCo7E2k4yd 2DQaUlnZwMaIUddCF+3YmsDk8GeGCrsLzfVrcfkLSO/JXVVTxBQMgm2FnbyRkk/9ytIXWAl0ZRyz uYQ6BzTI9ssRZhGxD4GXVgObckrEVUsoRQdXPVoENvyA9n7ufRaZFTAF7xsqAzGg3+8BCPaIYijN hq9ubEXl7CalsTj8UkZEPo6nLU9F3/EGRfEmymShKVibGt5uD0pJFvULS08KlJFXIB+/FHSa8jjh 4x7Jtko6rJPlo3KsTruaRcyAV+OC9BQclOniw065tNdYcCRm7Jj5wQMF8iwwhrcaPsRyLC9UsUr4 PNWD7TEkG2ZMfVtz5hmdhrlSedRC5g9qPzYazKUKyShDuHzHQuxZXqXzCFJa09rnO2DR8AP8i0/E YpgubWKmJpWWIUuH60WIxAryAJEKJ9QHj8KJEpXhXqhT6p9WSEw7aECVRQYsj4FEUpnWtZon0otS YPJ58T0tZL/v6Il1bwVbPJ5UDpp/Gfwc/6pooibXIEcpr9+jhDreC2LCkc80AO9LnFTQGDMUF0M+ HyYK2R/AGRLiEcdVwoXIGg9TU1nhebnkhBcnmQDNAdyCDb4g9RwKWBX3G4cRnWAxQTGipPqE6bDx iyfl9HEh2o9g9SxYjrVFSRsgvTU2Fu2EcOkU+rIla6CTbiPlhvCrOZ854qW3dWKH59KRGfBFyAZX UWyuW4ikxri9kSNMGKdirOCCQQTz8IJlPvRCCYAGJh3O8OGlabkAlTmq17HIPCnZdpLRCvCBCyhk 3Z0CbcIWzALALhsZQM4XdxVqNX1yqNLAsh06Lho0w0mCAQEepejkc1G7FSaFGfCJAhy46Uqga7Qh EvVc8OrZdtNr5XQH/uF07ayLnstaKBLEe8+NLhvTx69vcHtp97IRS3iUZPlmUibqz9J89ATPkajp 646/ct4CWkq1K/ZRWXHpk+rmKs4wJAUlRTeEQjPQSIgMT7K8SkEjIEw4qqx7OZFwk/AkyYMYyH1S oWfgCFAN9KF7xDpgC1pHLAGCivbmduJSAJEgipTGCVIICTjwLlgxBwdKDBVrcMEgiAnmW4ajlEjp xXImr8oLS0hWSRqsXgLnvnoPkN+5iGkSuUPdQeIfLi6UzykvE9LulriLSgMg3+PlW2xlLo2TNSkq MFcdAtXKFJWSrYyCqEaQtDrWFWrwKexb2WglsmH9ym6EnEOMhULuQgtegLR/bG+SWKWOV40cWYuJ bA7XGypJZZzoh/R1qyq3FXDE/64gBzr7X5YoiG5zusibtGwTQIL1A7ICBcWMrDSKwy/hzGIuCopU 491NjlJF4dZKjQhboKgcUvfBYVGrCQXqJIKIiwxVb6GtjGUUKWgl8zeZUHTFUIuKSKWtwIL/pKkX WTJQWb0KUFh/EQBFIpRILljjSeEWIZ1qNAiBiQ50XkCRBwGV4/f+JoiDMTQBGNROIlr2vhR/faGB BNjJK4bDnz7uyg1Z957UNa4ocxW0KPgCZqPaOggudhFeh40scocAHGSAuTWK4H3JwtB8XGDciqUY lPMXZcVb9eTCx6qXxOghmcZjpNZOAnaD//y4zf2b9Q3HAD7SM4Rtf7ibuKxvC43mXvCWgj2l9Vfl pgCKkQoqiWIBOY3RHB7Ef8H+uL0EJ8hbiLQgW1BuWXHm0lGSymgHVdJ0hMse1EIEs4F7CuhJRKQZ LLrrAsulJoRGUG68fLqgxb1aWJRLuMsjZY4y3nQbiLBCDiM9EcyjT0ojDeaAIYQG+kMVvb0UHS6R zF4wVyGksRyLpsG0l0o0/CAeSChVVm2HipjB9wIKtZR2bx0KrJpOV2mjK7hbT7tPX4YuvU1Kshkd 2B5hRNBIW2c7XDvUp/SiSaJAIpoymxCTTy07dq9tzD7RFrN2mrXhUGI2kowyVbZC/0R97cX2HRuk P4QMAgxhmKoFeq9ENBqpA/K2W/sne9smplP7ZzaPTdNj8Es5Z56xKSOUHU0IWTVjBTDCIQO0bMeV ZbZ7+saD/tKXWrWsC2+F9YdfMY5ej5XOZn45Tc/0U/cAPRkTFodRALcTR8kChPe2s45xHZ+wYaRC s3Fc/ZxpXqsJfC47nC3nvauxWWUuaOkb5lM1ju2P7KRWjf0FR9NFm/H8UxVfPKBOstRrOiDQzjOD VLcpaqdFD1fGYciC+0P+7bf2jK3KVITFTRbFv+irtJDJABtlzbTfgQCCBpWjt662hoLqpXmqbCOv W3SAHYt7vZ5mb6eh1QpwTIEikul5agrwbqNImcTqG0HbuTPBzyTOiwUaKBD/FWFwUYW9zg5cvDps mxieNY5hu0RYZfz0SQqODJI597SbAjZm+diqCNBk0xs+8QtIJ1dJYCFihkENGoa5+l8Zop09tppC U/zew4Zr4agyvbsAojC9fczRBKJs26n1PqEjkcIBmy6DNhaHRwyTfvCJnxz5+qI4PIoEvp3QrfBu p1zQcv4jvsrVC0mI6qIS4pRTS9x9YVcsFOLzgvspiqj0uEg0swRBFcRBbSOkVSackhIrWrTvGIWF MuuejFYo4iPtiRCpAmSDpjCNTMsbOwviSf53wKA82iwrkfE00sPIETjHOXYeHaHinNdwZI8C9Exz f+iu4Gg8EYUjrjGxumg/ql6Hj9B/abfe8hI1jtRmUchGjBZjYi/dmJSXWUhZPYTRIAbopkVpNztg 5suMeX9hjLxQf2236RMsWWiMsFo4fIwzJYf0ZR4Y0VCbgzIR0mKt4VbvsdnkOpNAPrWoIVssxVtc MuMxf6mDhIOLo+VxioxpVuwjClMUZIRfkIrpUCrdwmEn0pRQ2H75aDSFujQZwCIEsrAqDkOIP9nz PU+xiCGIw7K9gwuMgYvWyXEGL91tQYyFItWUZ1JHQQrgMfowR4Ynay/gjPB3Ct3WkRTQPCYued3x 23JHvG6S5syHFTRpzqEq0p8KD0OVGf/8k7RnXtXBz1xr6smIZKTRXS6+59rwXHKwNJV7y5sbbzEj P5RFFQBDkfTLofGA48m065EyFikIsqTKUAcSFoBBy3U6uEASyEu/muUQBqH4meYLeLcb8AFNygyb kbYMMNfcRGxHfIxxuAsfoElIhHdyHWl6G4b8xuI3+Ss5kmaJaOEaeukV6temwMMyAo58m6Ov5u3Q gFJ8i5q1FxSR52j7BD0KWPCSEVCbBTt0Z5xQU1/rKI9Wk7a8PEFeo8mhK/UN/3QWP+AklgA4I0WO GsBEFmcbgYG1CuFKuAgv5aTANyAe7VaYYrY/4RgbpKUoTpffwlrIrTNqu9B/McF20Lav1hFv8ddM VnbVbIg+dVWWQWs0JGarYgNmRmri3+AOFc6dyVoOS2B4MZJxynywzCQ0kDMCeKs2kDb2I0e6M5da tZheDTMRq8JiA38gFzriG5z4/3m6E8TGchyLoiupsOVR1jzLdmT1/pfV50LZnUOELf1PgiAIAg8g yCueidQMlnnB9mcFNfuMFuLXizxcnDCpuiG21rbh+ymbwQjNvAatnNxYLjB2WYfmlpMIZJjyVgYL W7Ow/WsHt745wpgQg4uiJuQojPKSBHzcwXOLZmx6i11nJgI3/UhXtLGUNhqj/L384GG2r+Rqac8U 9Id/2CDZnfmJqTvwgqOLDBneQMkndmZdCBtrPKWQwiJs1Xe04bK4SsOnsbt+emaZQi5KR98igjIx WD3X+ATWuRUWuldhhppteGlYusgwyygT9qdbsEKaCs9T+Js+xJW1UDsyCHPmC0Gz6/FqQQ/pjgYp ddaYDDFNZOCpluEqAQkWNvvTKZXi3ADDymcJn7khL2POpLdSALJ58dzMs3Em957E6dCjagtPzq0p L2/QbOJHaCYWk47wz0wdGgC2wHpBO4ZQJk1V82Vm3zgUJsftc5bR5ADCThmhnmh+ww9xxgNklD6h JDP8kEo2aAtEM9vF4FpMmJ/pmrb0Qkgu4w9uWMK5sI1WMqWt15QjPqDWQipXYEraIoku6RCTEYqT Wj6at9CMpri5Dz2R2O4eODNZGIWCGKyDsCY5HegwNJ9ZGltJzuzbiLWtiPULpgesUu14QtPidiql bB94Rd7A6Ig2s4kIexHeVQp9S1BIE/7nbAGMCmFoSbUXcwjuNkoB/11IWTuC6cAuHRkp652u80vz DCoL/5tRoY567En6XjGJDaAsYkwRnVB8zQ+WfWV/7AeCC0B7wkNppsHNDR0u1vFQ7kF7xWxRKXe6 XVFTcmKJN+qh/CMXJMkibOKwyNSRCgrE2jC3NWniMgmkw0wHijWk2EEa5S4x6skNPdMa7z7foHjT jnu+ydTMX0PtQXUpM6nWsxyuuizbM6HcfJRok3qmuogk637rWhbbt/wW3WM5TYVAWxyJQpNhjfLK uCZ6ieas3DTLCCNdYquw6bAkKIvMGO+z6dlIRE4qLHKRRyzbszqG1oLM4u0pcgFBctym7wiMFNx3 t1/AabSQKtMCHmpeklF7DfwmfDKwmglpCrbBbqXKAOsoBfzsXSxmy/knRniMdWR0xNlke1zLsSD7 jViSO7NAdsm3HV1Ap13Q3kFiWkk+JjQeJkWoby5DkH0KoiaRaqmYpiSt3db2QSQqAFU4yNmoXmfL EApxLoNllVEu2G7OJmdPdMiy5etJUWivJ3gUGCFOglHND4WVkzaD4IIxoihaQiOhq9XVdmoztW6p rUwKL8YJCoOH1hKOgelDarPATenPnjFR4jq+Slt6HcpuQaTu0NBiMSMEQQ8GxqOl8APngas4Y8DM StX+O8EU2M2KtF6p5CyY0cZJM3YZkWWG6nBi75RpQAfa05M5u57kIroUi7OBykjHJAYQgD9C0LbD TPzxe2pT25Fn9tPven8vW9FCNX38BbPF+2fVjKtKxjjRMCqiZuPtMQJmD02yJoUveUZi6waskPd6 NAuseJygSklPoyDhOjRx5LTNiIDteNCM8/bG4Eq9W7l5r2MQ0awsovHs2wqMt4RvG1M6nK7jFHKU dFdqFaeLV9epPecOAZefILrqQiMe9lWeNue0zFsZ17ZITo6HIwczQIfnSFOFVNEPn6vkzFmtEi4H ViryhUPhbkDukwIhYacHfk+J5OXe/v/5fcnJjror7wBWdbchNBIsy11y0J+3OPf58Tl5mFhTQWUv l0zN97yCKiUnr0FeQZOhUjmduys3rVoi4MVePG0gl/ll7hDknyqpIBNYqrbkY86q9F2w3E0L1bVw jR5i9i7DA6F1vyFATXK1w+tSB6GFko27oFAqsIxgybpScZW1kHxbTQz/e+G7YRx/Dj+qXxzn6j8p uypCfCt66448nxmjCifRU/I2rBJ96uG6/e52lP1bod3wVsM0qP0F4CjBu7Tt/UYS8e6mDq0ytbKl S6bu2kfH9rFLZjFUVkldnNf1Cp7Lu747tn88u4owrpUzrGyH2hrby3UlVd2QkHGRZawQwX0lu1gx 58rwQn6NyyDP38d/Lncp2N9uXTQKA1Zw43T456Q0rrxuNKufPEndeCKBmku/kil9/C21eKriyuDG XCMBP59uU/ZWNRRXYV6+0a/oRw3KijZ2DJPyvPtWPlry86axmymJztDmn/VVNQ/XVppEnvvP1+kG nlaIQMGPqvVW8EPm9nXvnsHd9/36PzdVgBXykJp9/lUBxP2GgNGd2s4XQAoo+C7VXH3gKpMo43vt IsLw9P2PmcdSAiJh21cKTetlj/J7CeLn8+/5oJgwJn8rFGKW9j/KYKutcjZeeDt8utIl0uG/726U 3J2x/OfoysapEyLb/Kpsdsi88iC/2/utXPMLWdrufnVpKoD8ZFN7DcbbbrTsGkiQvB/PP/vLb5nq ZsUtlAYLn1fjxJWUqmQD5r9vx1956dejyxyvOPCjfsv+9qvlii2b/BLZlea+7ZTOVseb+OpfqRcC qDby9eey/z26cdLLGhF78Mn9hv/3/xpUF0Gef60EXL1Icd96spVwVohbgvv9/Pd4MpG/5/O3vPjE HkkXN1jeMc6wpMKfr2qnnyqgTn4q3vKjasRZoebYf91iRXKo+Iw8905SHGXVk22DTUTOaKpQuFXg 9k/NNltNP3LIgRUtgX93dbpAYRtv/924pFKSvOfUDBfP2FRx2qwWRiFYlkWVnKklOBtgiRohVKRO tKDbJ4VxCvwotF4Eo/oXkB76MbCrEEIak7YL7QnSoQ7l9Is7Hd7hIdRyUbXiHVUr3p19To+Fxoeu O0EDvXLmPaToU1Vpl6KetFPc4hNs1UkL4Qmpv8qSg80B/6DBTneohtF1lUWHwtsl326teuwtDFB5 CjEg7hG3t6iL8xFbt+LKFa/guZMbnQCCJsmEzcbj6NH5wjb+Q/pgm2qxds6Hzj9XgZN3xKMCTDmE 4mC7rRP0B75bXQqNcSFtWzhD2eZcUbb2FPuefUZHxdfgbPaI7lMU9GbDyS4eB81BfnsPI6pNkLmZ 5eY727ltOcK8z/Tiw+eFIkY68Yes6RBu4HI7r32b8ZPvkIVWVNd2m53DTIBFFs0MTc6t8gDD1obN 8ugmSP4B845hL0e6rN+2doELlpdiFcxU2y6PpUb96WFelVezpVgHrF82v3Tl7H458JKCojlrFm5j Tw3J8m+uYAHn8ZLkNHK+mWAM1NAtWa0FCOYkXV0wBvX2wFKM15bre9aPyWRj6J0da4fyDgtz+IIP 7gD1aIncveEdpkVWaLuzCSGHXFc/HDEqABlTNat5zJSj3peg4/xgVWq1URwWFq0h+LnoQ5GFJIQQ OwbLbuA6iDuZHIUX1hx2FkUFu9Htkwp6E4oWBD+Cv4+PPAFutHfZwL4IY5bInX3OROnxuhRrMZuJ Bfwz9zO3gl2VPR9Y0TMoPJMrh6c412UFAwtMKX5UvReWnxEOR7BCBWhYi3hCevm0kzOQi5f5iwAT AyjwIgtKBAINYBF+Y2frWJoRZmI7dRemNGBNLtTR/8Rh+ZJAB7FWSJYdzEjOcCVDCA9F7IAsk7N8 El4HaE1DGYgEHsEBfSxFp1C5IZxszjK4j+eWgwGcyZZmhQ9GydmSYMZYJPHBCNNqoS42nZayu8sX hVaVA+zzhA1Ion1N9SehYq8SCnxghZJB/kKptIbV07mNjYA9PQdFQzg5bszvXGleqWbNhBSQuvmS udiBVGZ/xLzA7EIEGM8yTkIekK5hLrIfOkkvnSr30/EZvGPaZ+Szt+WQLOTlSZKpEflm2fnyf60g jnOnU62pVpNllR8OrgR4loklK4adjRiJJTqSBxs45oNSuaTWlFoWu8sv1eWzqJPkdk/zJcyXrJ3S JuVbjU/ehYie5Nhb7Hk/yHWpWYfmTY08Ou4UgC763TsH68TtDRiTf238Ve2szIym+PocE066/0iF RvgEhtZR1LJfCMRccYqtZT7n80WnjJ/oMarmC7TgORKED1VnzTeCKcjBKeMRdTmCpiTPJTg0n8sR Xu6jETwDKst0lbQDW8glkmr44kSC3D9PIEZTtBG/xoxbr9xD06Ul8sRnbxQWmmlMKiyIvFB0eoZa 0oEfwmfCQSgZXgl3soP8TTXGkfJcF437wPwHPZE9f+jXfNOowUFazHXkzRFFkuUFfpaJTuZfaBuL yCpv3v2cE6THfszdCxzj4tEJs/wQY7pNC0Au/54L5mUR3nR+wIHIoRZKS7Gic/LoUQrVpBRcSFQM gVNb9g7tL4abBobT0iUWR9DcuK4ytXLJsUD/dBv1RWD5sbiMK1AYigPT0Ga4qX7jtWjHLwZEtKjp HEO1CVmzZo5isRloAedJb5RbsGEF5mIWZNiaGcKE16PG23FSq2FvdiFiNuiW5NZ2N8SE8qamtI46 Ye5Brykxstqk4zMBhUWEeKeScjZto+CLUnIT+EGQKEE5b2H1nTXQOOrDExIyXRAlc2Jhpm4EUxoO KQ3h8hi8qiAJv1lrFk6KhC6UjU+sExOqhdrFo7CLWFpSenCBz74cg/F+UwO9kqo7isUq80vJuoID clj7sfViHVkWAK+J7CBB0SRUp20tElS3Klsm5tsyKVBtkLPA/J12QI2EfzKMpTWCR7KnSxaW+udz VMmkdTQmIKJCInAWg5Mi64RCKmtTTi8NjBPy5Mm2cIlVS2WZTEtcKiBli84ISN1FwIuAFB1i7MBJ WcKTt4wXVSXpxThvbgxDF36V3otyK5MEVfI3VYHX6b2aJpEpvobTyjTXpqX8P39HMp1ctpiJ85Im 0mZFDdCNQAxqMsOTsVfbRC7moA1nMXBOWASjlCloulQ6SIWnrikcMp+C0pgVa7CaSCXGFPukVaCw ro01fdUCscaIneeVxkKqdThT0/aZxeQT1PqnHTpDW7MF/4l9YL613AxY4Va5tYKDFkdKqaXWSPtY IM8fLK1I8Xn6C3U96k2Mzdbxq1NFgxuWUmLxudykPTUm/xsGwtj9axC6bRp0Qif5MpueJcB+KFbC jLK7ZYUOVU7bsXec9OwSNxaLlzxPMz3uP2vXDhcNGR081K7sGR2WwDtjyrbTfgZZ2rEDuWxVJ4ay zcfmkXoUopVhFqBOd4GRwt2Y8zEGs1lD4ZWqLkJ7mE92aGs+C6rQH/yfVeVBHC4HxZ90I8Qp1BSL HIG0EkeJMbsYLWPPCzwH2D5YRBvgVPneQi7GBzBnJHuaDqZ7Cvr6frToO91LDJgg5MTITcvGnde5 FbjRgw7qsnAzEzPI85s6M+gNjk0JikhmuDK5sMgYIV2gojCvr5NIDd7R6WUUmLUsPaNgRNLnBMY2 UeA9k189Xrc8ZB6G8uJnVrHhYmTwGmrp+/g3E1HGC9lph2QD4QCFnHEoM0s43cSYAsYAY9WrzFby pzoB/jAxGcR+5jwWarKN5gvZtAheda70pd+wO3asgXmMIDXE1eFNHIrhyk7WktkpNEU2y4JmWtpz 0Zb30SC4f7lwNgIukVcwjRnPptULipj3utAoetvLyeEXX4zfylPIueNZMch1z8iXSfq5OXtxUubK VZAJINcXbWgwN3hlNv2q24aD/4bVaXNjIRTcCj2QDVKgWazGPywnkJ3S9cns83w9Rj4Hi4y1g+e5 6Ms0KSIqz8tssRHt4jPjCYO1OffoTYKETCt+JvbzR7uhj3suMMbpMHGigVqx+pkCrHfkmGLlUElX SGkD2QFb84kEIXXRnGcYm9Sy5PxC1fIc8/g8x3khNZrUGL6TW8uEAdPEJy2A2jeIeuaE5VriNxuF JFs4gFRrgM9iMRRTblkuP0+cysyfjHz6OdaS7RaoUJOpVfHS26mgcp6Rg8iUXU9Y0LVeSdJhOHen XOiHQzsuDWnnXxA/rPWqfRXAK0RC9XQQnqC/qU5mLbkigdfz9Sr9qix30zq+NW+0l8yAxa4rQoKr CAbw0hEiGXzAlo6vOY0mwkTDoKX++IooSke0/tTpJXaUXp6jOQeX+NKVZSZl6ZA0+Nrx++AFaIP3 zSFEGhRSNGep9CeeWDX4NRZbOeHktCxHc2FS+9Mg4dV8RWB1xUJ9Xp5QK6J9AxCRg9kq5CwbgVUg ezIKz9Y6CsNMyuepIi8BlidZnVESZW1MompNhAbBWdRZJoQQaKtALqj6vNYmAiyAFuBqeyFvsBOr REuDoMNFyTaARV0LKVsX36FnvYMxVnpCgiV8UWHmw+2kJiioyTV5m80NVLJxn5sKFtDmAcLVr5AN pVJySJMKsbJ2pZjO9YdAYKWXV7KC3SCnIQUuAF8qacC0IGNou4K1pcpeoX1lZqlvDO+7KHoMMQfe BGVPydnSfd2P5lsosyzS6lcPTh3GDH7rBjVlXYFmIGv50oF9IGAVPQC2oMKgJ5hslT8U/NATMsI0 lbkAq24g4lPiA8KsZOzu9N01f/ebAtKh4SpDq4DhYSjlCRoMcAQDhoqrjKGIhpYu++8unYOQg2EB +4cfb132UpxVQv6dys6g4MP98LNRr0MrJ+gfqBCx2EKPgUdlLkP+HnVU4Odzldz1uoYrSvx1od5N qltVm2UNSy8vVVjp6crIiDUIgcQYacWTp+zXs/WDT+obE3xFRZQA9+DhDu38Vfvj9AN7vt3/+b2p Yv2t6keVQG4ouirNPYED4K2BQYJBqmbhb/cbnv/6w0ChqgYI1w+8hRq7uQ6AevpHaRB80QWE1wMG /ldFbk81NRNG2MrxhhhfA6J9rjuBl+3RFXjlIZtrQwWRAlY9cNz9rEtmvqoJU12ZWAr8FxQAjW6A 3tBmN/S5KxO2DXM1nT6sfovwifIuu7BwGddaVcpEHjhWX3GW0ITJyiZX0Fv1b8tQ5RcouTLakEyq X9FsKKd+AEdXdZDlfofzKqegELSi19VRh8/L8SaR34Gxm+q03C7fEqQLWEBoRR0qOU4qSLqc54Id lYEP6C29vanqljuZhVo3m9aDqjD+A2IpC2wtT54jHUFXyecvVVOSpXxD0ScvQVBFtsp2Vy4eYrxc qYVeQj4Y7QjphTOj0DYsUVLIqUMa4beRofvSooPVWCm0gNFMaWIYbHQpLWCjzxaxi7XYUy5CSI/Q 2Xrqe9sLvJVCgBjTQCBh1YS8HuxM0RJCtW5oYoWvNeN/hIIBqSO1XKpQbYu0KStw5OiKbEkx+q0S /zLnbTpls1PSBknTymRuf6cWqVFqz3ANzTOdMlADGVt9mM1IgwkG+smKtiq83QWpVgB3mzotfbPL Ky9SK8HjJYSW6nmSkoFzcdqmIZBHaZqFLuP0Nqax2iwlQ/A24xgjA3gbhWmikHpPOW8bElUf/+F3 Vi1AGqMZpNRvGtWKsRfbHSHa2GO5atLPWc7UulT6cO+d0xnZmebQJn+RK6srslFWrRRcExcPcVvP VHM3LRrpwyhiEBiAUeIPRL1cUMrctGEcEwEZGbcMErsXnoHIE2wp23ZY3zJgXAFqT7ccGBaSNkth 9R/G26rYY2pR2f6im/DgaxZVxTfac1DYFsLaZlJoFxH2Vhvuu00pOxMZpJQtAvrwAYNSHrI/7bNM GHxzhYSNkyKrWpc3SCEEH0Wf6FIxpRq3ZemzWfwUoJxxp2MGnybYZYlLOGteGUI1N1Y3pNEEwR3K S7fjwxlZiKavWMby7DkWoslFuN2QzWb3zz6NLc2MzGr/YaF9yfWgGTbeybQruVcnEs4TjBWzobKH SJT35cUo4hcqyjIWYIao4ctDLF8IPp9T196f+IbB8wvZ9KB+NrwMdRv5uWB6/mZWeoljCXqWRcVe KkQix7uINv+zBA/GueVjoMwqJqCHS25jZrCbhMt9kvfEaAIQcBuZgMIZHe/CMiTUCFMxP1ciQeQx oEPYWH/cZKxjyobIhETxRjxrDekRslX4HsLdV9ZX89x11mUO4w2C2Jt66hQtcjIDkYE0RHBkykiX esDs7DwdQgpC8IlNg6wrz5GF4GV2bYk3RloJFzYtMgqv4E/8ax57auMYBfs3nEqJSChZyR48eu/U 64Bac6yZwYi7uVSfapiAxfwaODWnH6AfBi7yght6ahKqCMGN5StyfbqKvaa4jZ7AWDlgmtcPQxHs IL/nkWZmJEIu0EIklawVIBS24VF5UuYmECDAKIjLH86Vg14GCROp8bF3laqUuBaiCs2CjcA4PBTs 1cnwDguDNGAhHYdMWsAqEFX9TRGL4C0k+gWEEmrke3jNsGga9+MCvKMHUFWnKwFZkOHqoSyQF8IM l4aHO7A9B7drpAP0CAeWeRcBAcDqbcCLHPsHGr19ObTv5ScfAjoUcKighNPxAV/YZMjBQ2q8V1cD 40OKCymU4pKrETRXsCLkEBl+gslAgE2pvmBDWA0mqfxu/IPMeLrHuBiTluPwOJBJQADsAzbhyqFH HQG5TGibdMYAUv/im+FAxYOpoPQwdPxawLWkPSlVwXfSYxnJogINE5T2jOV8W2ddIfm4aXa+KhVa qY9BL02/KVIPJXDMtyhODE2GZkFz+Ky7SZOOdZsXER6AHhSCi6Z4FwJhnj5Bv2Q+E+uXwC65tRVt 9HoAHVEnqBrg2QEVwd0NtmdjlGE6U4/hxHckEwUEGO1Et1hkkRtgcWRVKoUUeJhWa8RCPqTLxKhx UglIF55axWFzaOjKtYD6VnCoGNyE3p3M0Yao984xCUlALfXBU4ynaI7iIiSTYjVBDHONQ6GkxuS/ qQ88JOKPti0BX7dyOaUkCf75HvBl5SEU+WW8W+YpCQ+H/GvPwtebwRRyCDvdCvcUD/NtOFH84+w2 K5hJgguT+jU3k6+NyUkZ/qu7XdUEegZHohI/key5wdfJQmlVZtka9QlsNgb736iIFYTmHXj7oe6K uiT+JLnWFExZkZYqspArRReKXrX0q20i6OIyMiVOKqWgnA258hAiYJVQZbOqPEuBGVP7orI0+qoM oziDxuk20hzIKVxFnjrd/6FOREVwWoxNkYocLTSRO3MSJeJZn1WCDdsGUL8AlhzXDtDW6UspeqhS KUJ5GWUxXmgDJ64RryOEYByCnnRL51TeQ7AHbV7/WPgWKcaueoNcuA+FZNTQrmrJH3QqI/GMsNXH c1i4taUYxdS7+HAbI4VgCBoAYlfrQ8mRyKgchkIahZzC0yvdW3Ue7OsIP0zaKreo10+aU6GC8klF DCSuroyBJcAUFWUYWzGn6FcT12/CcAmPlHqf0kEILOG1Gihhx4jUoRGpl6suyZMgoHcNDK3NG31o KAtbgEIkuBrLvpSuJlrUO2Ew8KaGoHg6jWDvMIYO8o1a87klrMniklIHw+vTN0UEiMfokEKNmrIA a8bVDx2CEFwjoerAeFkPmE+mLUTIrTWniJZau6UJEz/hgBdxlubXtp/SgCFRy+UWUgsiIq/EYyv1 VzimQbfqC9b4Gns6H+ErGx3NENpuM7ZHlzA4saq2X1s3dWrft7b8YAuciQqJihhEeL7LLv3c5s1M oodFfiOA8uloZFHXtsivjYr7YUQNT5sC1rPMKYtHrJBOs6RF1EGx3hrYCnHZsZUNzB6kQ6iJEHg6 ggZfi2KIvs3uz7xwpIumKV2zDAHmHZMIusO+QRvuZP8HYQ3KTR8MdAyiD47NMOnGBw9kCAUCMzUh QqgLkgrKVXuEEeADTJxolWnDenoaNk0TUd0pkzT3HPxBJh2DYILDHMLasX+KS9omDBeFzKhQYP9m SzE3s7RkYDZRcT6NlilILwYjRzwSQNC9kqb2t4GxWfGTMp22+5RLQKt2vbWBYHpTK/BKbbaL4nGK j/pN4XatNg4jkN1WfKNqZgZBG7OIWEfcLCY2897Q0RuMD6rDXlsJ29UR1NBDEhLSiX9gQ3PYlDC8 oeSZvmzGHEaZIXga6MwH0JQit+GrdDmbMn8MLMuGttVhDsuTnd/xC92B6RjOjZ21x5MxVWatvU8O SUWLP7u7imnv3jqd8Zs4XuZdW7jqB46p3zG6Qpe6zzG0bqOK4KCLd1mnMMzcwPBojDUQ8KNndMGt 6cycXj4P3VNfFKCkJqR5Ng8CWXmjHBNEls/CWeBGBakDAWdaeE62+a66ZoKSJNJmlJGGDrngjN/y agQ+qiVtGuIcZ79Up2oXxIKsXr5PgQzSkA+jnQbbuLBS12+cGPkqhbeqDq0VLp5moZe5GA1Eqo9z 6J7GZ0M/SpTi6JtY/My/g41zVA4iJgjj0HgyFw7dXBhi561yYRQceMxEy6t89w5TImMmIJn3k4Ou eXkI07pmOXJRoAWyVKXHEcpX7i8AhyvOm7PWA7NBKdyQfVUVQZlAl07xKLfNRTBZmEYGwNozxVrp jIPoNYYy7a2C1mA2BVJNXLVHSoUqpARqMGvpFBZRixE5KmP4oBAUR5UawX+uX7Kfs4xgTFty7Q3T 2UyZR33sgSv3E+ADcHYVlINFRQpABNxn0syT5uJ5joKaRDWCCYOIibHTESNwCjnBTNqIJ64LSE4R kQ7tBpIQqfHviZDHeeJlNlnh1lbniMS2SCKRAwCwjPL+XnVigrl7Fk5BFJoGZ3N1JoyjT85g7nqe UG9Xp5rgR5A8Rnh1WaryCUOjDUZytXPpagU4E1yCo8Ymdy5k27SGOUBS5GhD4GUVTl5gly3CyxS4 qEJA54uhFt0dCNXrWphOJWOUixEhetL6gkBL66Vtys4Gl1Xm2kewZpnHMrEJEfwPfCfPtITwGnNC GDYFhQYWXVdKLujLhX3gX+hlOB9Ir1v8pKC6em99A1aHmAIrgWMbScJAv60MYZDyVZbm5Rsw+FO+ 79mf3of1euZW1QOJskpMR9Gv7ODTHYBczQpp2NJbyzu9/E55adTBLy9g6sP55yIjukoSClmgQY5v abGlqkqK1oJMUzjq9e8F7Hq/X30LVw+clSx73of0/mw3YF/Z0apXgyXv919P/vcGvf1W5fn7+/f+ fb7fbr/I+4blgm73ocPX69/rRTZsFx0efyXr3r+VvVbtw62H4GPp5LeSzQGwt3KP79LUKz8B48Wt e1WmXX7XNXzymWG+Hv6WOtyliji3+5XbLCX25srEkqpdyFgtbhVCZET/dtcc+Pbn51CFaVhwKcrX snklvZaZXCK5+ZKLLZW9dGVdg99lIAN4gTCw9PuRbBzu4Z0E3lwDe8HWpfiaSwwF2pn3OAtAVk5c +OAgy9o0wtWBtSIFSocA2XwEeEOE+IgeZcQmq8T7quSHiSeWYDhy4yWfEx5wLYga4igpPQhRMmx3 xx2USYEgkWlUOKutGeB20tcNnRKCAaphqOVqF6gQtgjuVA7b9Zl+7P42rLM3VeaFTinekui3cA2z +iLTXcfbxQn2q3trzWKRegvCgjDaIc+2wavX6Q7hR0Q5mx8kaf+x6P0a5gbZpShAbQMzg34oilYx nNC+pYxG+i7sypnu8FXQU3BfUGOXJNIduw/gZNgj7X6igWl3BNJaYO/16qYHBxgnzpsWgT1K2cW3 Nih6ixILTTraN0F/9ip4ZmnKUa0vmJ8KMZQGBLHcdpUEimHZD8TISiSm/GgSFgK0E1c9kGVk+c8G pP2yeFPjxm/jops72AJYmOMlKnUwLYKoDFGqU9iWzRR6y0IqRZfOt+eQK/kAhlHp/vRq1SpMipRn 8bsL4sGAB5ii/djmp2+qMNSRXWAgJAR7Ywme0yJCfVOOQAtCDzDktXo74cLMIwA7CJGmLXNBfMfw hTehs2Uzj+6mnk24DTI0ceZPO3DMNjh/26soUuc9M8/YpBJllZ7rtjIMh55mPwJ1z+bWnliAvosp HeksN5WGFDItampqbZe2t8ehnkkayeyyYY0NEBqgQUkI4e8YB2XtkM+HdBT7vmew1QPtvCYdXGxp MU3iDovcDiL0YOIAoWa77d5mDd0mb7jgMdtPaQRUNGNGlggDJkMLRsiU6MQoaUzUiyMHDmUjZW2+ uWxC38VtMy4ajvaZTAQD5oMh5fEaFplu6iG0XmSho5E5oIdmSuKtb8JU22uzpAS4QfxZzuaqgslz 5DKDNmww56DsI4Wrmb7e8gbW5zswURDuuJXHSu8ZrnuqZBJDyI5H2BjoStZnLHHiDAZHjJVRpYXs JnKgBX4ZWCwDLoej/L6PY2Ck4ZZT2kDUN3h7Y4swEMsn5IKV/YUYXp+MDs5VqbDoz8/kMUzNzDL0 AgWZBfBWz+uXN84tzdHJ4neDGG+GlypHgNvGo/RqJ+acXA068nKyzxmfnDD1lIOA9MRJaXQ46QtQ X0mw3J/YxRfIdwn48wOZSqjIf7nBwiUZ1ZaQ9ZzRy0DlLBsD01G4c07hWShZhlwKj5Cl3FUsynHB s9Bj6zQDhl+QyVeGWkc7xzEyAF6YyV0q0da8zNRwgkK6ypkMtzNofhHkC2rSauIjb4AUpZRlMvZ+ qBz3o8sTrQicU5iunDp9SdaKq1xxflzJh6Sg/AeEAalK1WC5G9qjb2PAZHzztSFVEdH88PJyh7K3 W1AEKzHw2Ph7dY+5DFSefes9iMrvErG58Aw8WNP4v801Xx4sY1SRI+0YQKDGMpfBj+CUF8vhVTVC L5esXdXPpaqry2dngz2g0fI8W+QkR7oxnxWYVfInvCj07OPjP29PH+9/wpwr3lsSsrkO9Q18hbBW WhysED4EvvVY1wkZsQ6hbSE+SsgCmgBDyVj41xuAAqoDuQoV0UuFZ4F0C3ybRFOnr/G39KjJJ4QP w8GwADgNwIG8eDigLrgLoAed1jkkFzk6RhvsquKzDOKnN2ixpxuVn8A4eNBRaAmfvTNQ7ku4UH62 zMzlahGE63UVci0NNU5DXoBz8NDyxKHHADR9AOuCsMD7gTDGAnDSl2nxcU0bGgAJHwyxQ+vA9cre ThlcdZ0NH96GrViDFmhcfHaDVWWQK4mLmZgG53l98qcHVVEGGFb/EOCFlYCHliCBJLrNeEiWxsCV wVfLxQZLBlWG/pEP5CEG+GvqEZuIAA0Bz1FigqFO4YrOcYfxRD9wPgjJwMgH+FFvHtQroEmPWktQ owM5sDUzmNokTpaBVds5c7q7VW4hIbEFRi/bSaxD+EtaBOODreUZph/Cu4085eCHcgWteSuSliYC A9kMcEL/QUj6eo4kWKUfdtGwYXAKlthyvGh9qSIISZjlRokUKBJOBXHw990fYVfiSE3wrTVqJ9UF ZZuaHtBdvxbmbACVc7G5NMb0gqMJo6gtedof0sKQoT2XFpcF7aIrxNAzxuAsBnakPSxZHRxac6+V waEGQ+nJLfnTn19TCAXm+jTtN/oqAj1hI+o8SgqtQljpY4dyYXYUTfiQaS353faFpaNVAD4SR/1c SS68pZqCg+zSApTBI6iyKcVgE6cX9RrWFWI3npz9dCFeyJwrD7yZARgaTP4zxA0Bhien3c5X/rlQ AyxP/+Nat4lwbgmn7tCH3pQsVjSPI78ifW0ZVB2hkv8FcU0Nk3CD2XpDn7iFdf7wlvhDEBZudFVl e44YgYFN8ROa2PZkNYSgCQ9IQTU3RJTj3xWcuMMNHpWXMVjhIMGANAkZBoXpMmRAs1pAFwSBgWGa +9kUkMZCFX5JzNxG136X0Da/BAlp1lfPNM1S/Ymi0WMGKYgwqjXMGkW4GJxtJZY7bbjiXCYykJcm Ee0zi9bhcvfSCNoEY3Ws+OoghrEoLoeo2BjGaO9AN8GJYy2kOP0QP/TEIcoHbhy+qx36WWH2Rl9U kcK3ieObgvkqCMUgD1QFw17vcJsm237IZzNlcdaVfb8LJaHl/gAUv4UE2kOcBKFh6BttOOvi9kZg qVkG3fjTWZdKIXcNnAnP0kgSqMd0JF0HKbcJBG4WSTXf8Ffcp7nMZszpEA0GkjET16gSgIZVwNCL 3mg6sQ6J1k47I0PQr/GlnGSge0wSGPUCWqCpljfidegVD2tRvySaSmBDtrg4N0lzmQD6YtOYobgP RYHBZhYqIEenea4Mg3dFZkhaz5CrMWYR20SGjvqGkeC/ugtwg0pZ3VhOM3FnaKHRMX7N4BrbMcuN Nht4NRws3vgCWtgNQmT3YQ6YbM9EVEeo6EOjfpP2UM4CdMsk5vVRjEQi/ZmhZtgJJSVWoQByw1Zu 5aQ/qZW0Uj4XErlh2d81EMREscn1LK2B3njkcstaaQa6Cg31Wcjow4TU9JeyVBw3p1gszazo2Mqa 1SmDKOclAw+S27XL1F0gWQqQwLLk0mBMPgdyMNIJQi6BmeH7ZGhitBfRxe7NOZENblJlV/KsubdW vduuAYbqddBSDG+OiEXEwQ/wN2hDPUyMAFlIRSd4FeVNuBcSgvJGcDL9AAXj3yAIgWe852lBC/mk 4eRhmEYHn+bNUbRGya00T1PbVuYJ4w9W0G19nJPJ7uEQgMQkZfl4I5cVfgj7qlJQf8tkW+/enCTm P3HJg6tzRfn8HDzea6j6HmgjJTmEwc1BoBROailnkoVcbQOLK4fnbCywNx5RaeFeqPtgvvD5pgNY V2FPD8w9X+EruoMobj+cQS4xNbBCYUD9yrYJEn6k8kA5ARXa4PDBmmGoUAUvlMwNX3EZUSCi1Fkp cgquQkykY3ILZXW5BA+X9PRoOQQydI+cwlukNWI72BFK2Q3gUrMdQO63h2OHqXjcwVWMC5osHU3G FZy21C8e/tyFldhitFOonoM1QC0CJ40GyODYMYc62MFZY60hnz4FyNiau2mFqMguWuI/qeDdc1FV VS0n+fQRCgGuLOuQ3/s5DAcQ5K3GG4w+rc7c9nAkvrymoMGw3jLtYC0hqa6d8wZeyWCSEmYbGSCU 4787fU5iqBVRhrBkvcnF4itxryFfn+r6smsI0/qKyslX7F66EH5J1EfVVpUsNnGgHtyEH3UvIfbu P5tNzyAAWF1lKnPnJ9iUAcfzSIUMTCpgCAJh/gIAgVOAP5zvk6MEacNiGIH/LXA4lT9bwcRK3pw7 j+AYxii/zPWS4NtACYsG/yuQi82ym0gqptILwTqmx6rRQBlStKjJNBbGEHbJS6xEZN8lVmWbOa0r 04tUWrTKMEoSnM/gEjcZYka7L624ssdUCsIDnzUCwaukIc6rcR2pxgv3lnQH5k4q4hgoh5RISJR3 SW5MtGVXljW0W82MlUiQU7zEYa2qBXZeQXKbG2yLKIQqS5U8yYqUywwTdMpeKjEMWcr17i5/GxwL TFSbBDgJ3lVsAYx4uXxDGyvWULazPr8v0nJP15WSC9+7bwDn5edydH2j5u6Q7V3lHQCedxinjOM9 kBkc2uWDA70Cec8KLNz9qaDB7vytqMK+VOArDPYCfdU2SuvjDhMO0a6ignRrzUop/z7fqsOgXscB yi3LWtEO8DE0+/oPzFzW7vVHyYZvH11/dP23gfpaeQaZxgHeV+nJ29/b5a8HdAoArxZHdzf+qPyh LLTcbxccXiMcwgyrPv2jqsNZBrK03L3RqAyhFWh3o9hfYNTn/U7attHDvmVBykq/nhSLAL3ioXCA MRzUMylvXHouwBu87CJFVSxuJ8VDMP2bPFwPYHNQ9UH283dwv75g1qiY8s6PSMFx0pKtinKGMV+6 tweVbakKNvCwuhzwP9No6n7Uv1BGQmcekp9Mum7pOFJAoQGhXdxZBrOKIaXUuipxK5sezwN6Iegq qygictl2cWW1ZTSqfst+f/9W7UQ9jSITQhikzDWUhOJuwivkSjm6u/P6U3gCPVugvmTlSohUZVrn F9nTt/UPmZU4LSm+cAvdCE6vC1nkuETeKgwuT9u2QQ1d0B4WXBRGar0tpsxbGqqwDsUkgELDqJsT 0m3hWJXG2MsWoCR4TQvE2BzSoylJyuBG7QPePYJpKTMiD+ClfeTCq7qjcofFGQ5fIq/8WP0TCnTQ AmujpoeWlIZMTopQBIkSoP1U+Z5ditYtgGSRdnLHZtbOaJeaqJulWWwTofYFVgtltb5MVH2qbcFF 6SV6jMFuRVMvNmJ9ATm/FGPXtFiwKtOsEYdffVazKbRg5zYJtQrsRIKDbMaxdtKtNB8EG4olUTow 0/aNGL+zT9g6QdlBf17UTJHlSjAV32sDYcm3oaCMjqVGxYVZNQwEZQq0MYnWdvEZyWNjsg2xMhhU fEid2Mdg0evPs66LWlLMkGHGL0sldBnETRkz97CMQRRubfBZMnjLuLIjMtvaUbUaIMY4zArenLyC Nt91soajkxPLeuQ00v38UXYpXzEXb4A06Vh7v3JQ2Gg8jypJ23LLhCxhnX2ci+uHHOSQU+Yy+zsQ sR2CwcwxchM5D06TuVcMWp8zn8IqGYTosiMCBMyqexUzpxnhiCp6nmGJNkzOia/wZX6eL6pXwLfx H/Q5aJerZkRV04p645i0Ux2FPfP2Y6xidNm9pMu4ZWCxbnGKjVqwH7RqcjklufE2IZ511qOss6qY xkOsSh40BdwN8GvDRDSn3vSaB/Mmq1wRsvxuElU4g3epE+DYSEuvMngxfziWJQwGx3SGNPiYWK1e TQ7sBSYFW84j4pD6gU3dMUguA1LxlU1r7B19zVvkIZt3IfUH3iqbFK7OOzLFfI2cgLwX6BD3GIcr 35DVHTpXlRLuGP7luHPfctBhdwBFfiNHpaRMSD6IAKQGXggtMkIgHNcXme7AApaNY8Ak4I2AnrwY FC9JLOefQ5dX9vFHxpvZ5APmK0L/ZLZCQHmaADauIQgWNibptCS3PLpS5CCJbDnOvkcQIxsNXBAG g8waAZolq9zDQFekvUjpIpYqJY4jCDgklcgfNCbpye/ndSI5xzRS5SNytMb1hrbpc/J+uTqBovgU ksbtDFkj20EB8oJ1hQ6ub1fQvoL3cwIBoZw+gKrGQbTcR2he6dDPRlcaGUQuQcUDCwPGaLyVlAQS Ol4eeBcSvFwYKfh8vGSjlDWGjaZERYkAjrha8+hoWjBKP6AAOW6QPyi3fF2Sy4OvcYTJ+cUxs9HR cHKhDIWMPmMpS7V8SFilj/MrfR2JpiNUsGzDPG1QKlq9PrMJxowvRgtLrOCgV2HOkh8bCm6VOlie YFhx9/GVrBg9bqUp+W/Sm8suNELVTiQtGpLeQJk1IjbSNUx6KRExOkuIA2bCJsr+C0R3553745pu oit9OoyV8JshyO4rmQwikOcJcvF0tP3LAhNJzgkAPNktOX6pPYnI5qh0PtK69rHJKsfSN7owcAAy AkC4tGikWlcKa5BcQISkRpNirQL0SbLJJ7wDyxJ2A+vCRA2VM6k7mXtw3We5owPFP7u/LUi6q9kI g5ViNTRRYOSP9/9UxCO2GLWbvBaf8lSJX9SD8SVkqklisH+w3DBNWSmqZk0j5CV0P4H6gwEh9oYQ 7v2qhD7yqVA8Cr2J6WTHHYSNq2AAPBkDSaLncMtibxUal2ehcyEwYPOEBbse6cetXo8CDC2x6Q4z yY9liiUUuQCPsdgaoEyLOCmJUVUHDAyyiYdTmSE+Wn/wIG9WVgW1m8kkLSOObCSpsDXvUxnUQBIb bFU7okrRIOXeghdxgBlbAjYnu5eHwRE0hTEaXA21goJl2yIe4BN9CJ5qm9GXMcNmXigf42cq8DFt arYKkIrxQIJwGNBZho5Nw3so1JVmyeLEs2wDVLv9JljGLvUub67904bO0fYld3WA2nZ/n8MwPVDE S7EeFpJ0T4BMYI9tdIKkVSQOM7Z1AkvslTYYRVOpkzxcBNvTClzaXv0AMZ2AXkVx29DaK00J8IVt ENJpB3soFeZTycnewJjAHPsbff75UYqmJQYsMgHBZuWdV8hqeAia0ub6PSd9LIP24sKkZCebAixf cTChW2/aUxVtBsVggGGHLsHE0dWW6x+bfZ5pxkNxgOYQJmOEbalASLwJ8caSBE/xmA3ksnSBTBBr MB7St2W2OjZiEZqGBlTstY2PNFs8RCbg1MMFlUImTbS58wnrBfHaS7tN8KBhoEtgs+VSBCHJcV1X u7N5Ny8qF8xaaVQ+ixEYZC4sjVaHB9Hg20y3JgiapO+sTSwrfdZsW4/w+SyXvmIeFHDUHZloXSEH D2sKmIZ4V+ViSLaW5w2tXcCO2D6uXZ8IGTA1URgg5q2m0iMYJGChUT+Hys7wLaW2FevC2uj2ubY2 KC5+atBgSx6emlSmwyDx0Tja1pMXy5ZyFR/QNX5a4/LKlT6h7rIgBOAocIvWTqRkSt2YFJnO2oaH W1mUnXbMpwWdCaqFBmXrN1OWDNkLLLYmTYymkkbGNi1V7NvYjcK+RreUuY0asjEGTQMKSG2L9xH1 hcPeTgw84IgKwWhBpzqKxVLOLCLBdiRR1rY5hhhLgZaIM+U1THpAJo9hJiVil7GUfDIjcEBOgmwE AYAsnjheYQtqP5GCpZu7biEeZUP7pstoupJvK1jkt051Ne9mC6Jv6EX7/EqpxfzkhyTpmPjSALyF UV0+By0SIxJPL5ExwjwQaKPOPMAhUDdJn2VBRjCPhNM0KgAUTLeQa59BjhI6CJQdGJ6HQcprVpus G31mJXaIg+/hhdEiXkeXR1qw8VxnlJJQnvfdUQ6yqgF/7UWUeGfanBEhm/sWlDTXW2RUh6rRG6sL y5Y/CLumfD0mLwTo5X8gVKdi8m70zj/07wPW7SpwfLDolR/0VNoK70FVoXgUKW1B8e4/O8ftlyBc GVBBlE6hZs5LnqJUYV8usChbVNKpU5P0kmd72wlgg+FiMtdpcO6hB3ifegBPprsGfvcTFWcehDal AtEM8MDwvYDl8laxR4MdqPSzOILxBez1sAGNxyuFtHONJZL6dvMp2c0VSFXKBSqWL4ePjtZqQy4a f7Z6BRDcwGFQwwWuGLjKIQagYb9xOBvL3QU1y/81XuAosBfzja/UMsTA0LCC08yFN27wbAACGKAU qsA2l1JdEYQqWX8+lYHfAd7cdud24aINQ30DOalAdTAfP9rQzDsAg+MP+QRPIgWY2eHeMvVUh4iT m62z89FQmhmAZNBaxEl/JI6GZsYhFE4LH5bw29DgUPhgX0eKMYqI+cxkCEOYRLDhqXipqa+kYYHk gq52oYD0EAv3B+E8kekxDjVq2ls5eppopwFjatHKhyQgTXLtvxgFr9ULUAvTF/JgwcViQtUuW30a e7Ex4lp3mvD6iw6bVo4+0YNiBlcnZkEWx/zEBCoOGg3//5HSeLRdYm3JXyYvgZFz1WVEnSU/dDrV qkE8DB/bl5/mjCJwuRxKTJx75yAdZRuSKj+JQTxuPAtEOssCv5cEOP+pYNAsB51eoNAFBdZOzUv6 xRnwFzHqtLuIAEjHnHV7j+WQMLuAx7qzu5EN+L+5dbScLvAEWvxKO5HP1nX5c6QaJ9xFQ1WApksh DKwQtuA+EwLXEUJ2gtzDNLBdyqb+6sMpfEC2Y89zGqE8aHKFQZMx0CreHs4uM5PAL+0SjAwozl5y WiHwWW6gRSMZEl4re1RDUv4c2TaxigZ5b9DoYO8yPKmJSh+DywmiCca8TgsQ9U4AW7+JHq3l5DJO kKPiYJRU+sl3PoPHh27vFbEp6bLblLqdMEC8OWlVtvwx2Wedh09JKlddsQ1JoQBn7FR2tuxoCdor dXFh1/fExYyoDhKW7tK3chelPFeZwOyE5okLqApN66pIQFGoP2z6KY8T2BZvSb8scXNqCGXOmnhL bjJdLUCRioH1lCORzWw+gxbNDkaEkVYIAcXQa2mfAFWQJXhSwesqbAAPS6+Fqpso+bf+OX9LxN6e zkswINxTkWEwtuLVytSC0G831z9pDLZZaMq0QWrpjdR8NTS6SDCUFjQ52b9fcN3qVgDTqlChRgRU H1i7VqSiWsNaKHu8YtWIVbA6jFTKMGQZImlcbgyU6FwuI1EgVjvPqWpxAD/HRH9tVdbFRpnJBkae 9Q6tvkE9AZtuTrSGkVk+fAGmzt2bbZVCJCD7BMRIn+xXle2VwTyBtNPy3Eoh2FZLt0GJQqjqQn21 Hoxw50ZBQm0fI64HWOVk29JTTXx3ioGiKuSb2gIamyGyA2/FMuIhhZUa6ZY/CKnCLIk9PNhLptRK L8fTJykAVRHk4EFlcRdDpJ5SRiKOlLOoSgG7sqrT2I0SoCuWRPwd1ErY9uqoVwmjhUaaaeTTeCWT espHeaxlqlTQJ+1gH/EvqTUchVzgsyjBWouoDGA/G18JwCIu9jIZxbacClzYochdGHm1Ogg5ReIu UUGhdAjwmXqy71OWAkA1jx4gM518oTAMDq/sv9SkwBbq2pTb3YsXi/55D1pXnI+yTLuybkW99y90 fzQyZJjiUErRMQUimOeTtxNqCi7bLUSjbO3tCuxJiixsNdyVcQb1+8TPwM+cmbH27fS2f8MDg4cl 54PZEG0vGRjo5dllmZglKhvcaOqIFIurI/kQcu5acTzMR2tBZh+Fz7NJGGlOd+Rr8KtsWaTPvhOW TpvYU95UNwp89ilXrltxUWsUHCavGIc3UBe8aET2Te6NbGUUFnNP7fkbN+jfbrsj91Qu1cgoY7eg jabufJn5elM9w4mktCmZA54LWhLpdF/gaIf1KtvbthkEnT/oQJBaFlmr+TVtohm/b5K7Uo7IQCom 2scycliVijzEMRiqEzeQLnjsNntSnqr5HWtvtnJeOZ7uOZKP6LD5mQ55R22P9n3JbFmu4gGWIDaw eeOSqTStYeUmltXhJ000Yw7WZWf6PthtzrZzMHLeTZid653/L+PFMBnzTO6iyIbI9JPezQetSW5t VgerEnN4CewXhq6fbE5WPSv7w8MsByMsA9k3BMO7Kml72CQNVE8qNKZl4QAlJkAJyVWPmiUMZxUY jNDFZ9YjVc/f0D3ZwksbcgEFsmGm6KrudENFq8Ps+ypjw91PaCWDPrR15nntXFyCqayrKkjwMzyt 9ETJX0IUZaRwGguAyI8y0RxF3kShB87pZKx9blU2Hqdfe6W4YwZG6TIHd6TRiOHPLSNzgGj+Wv5v v/YUhsoGCd6EhPsIvKMzFORTBtSCvEojgXvy23iS5Ugn+CQtr98PLumWCruWnQmnghoGdsGPXuSc lrFWC3y6oLMN4BisFrJY5iooEoaWY9m34NZA7R6xXuAJZWsDB0KvO7+c38rR1qUszhxgLhsYMYeY Pzt4uZGWifQaHId6fzTeMAStgZFDu4vw5ChbrsgDlaYddAfha054ujjsKtJwe+R4CibAzUxf8TuB IRz+PLsar2aCfO+iLjwi7JMuy4kPHESgQUqr4/53eppLHVQOf9Un0rQJhFRyOuQBg0CaOggo4IGn THK5NY4m4K/2wAncY8fFJUGNP49gx94xjTsLJ4bam3OnwV1Ypv5BmWxKUvRGkwL5nPyzME3IGwQY hBoy3yvw0yDlMEpgpvRjqDgO1UIoPqwbWApEBRzLzwWZOqSvFrMJdobecEILnPeH1AJezaWBhCyD YUN5g47JjRzfdzIEHccZ9QMMB7NCGcELptcEePH9OYDdRL+9KNKqbIisX1nLZQW/wfAHfMYDxAGd FpUOUHeitG85w0ajLAfO4g/YoSFI+w0nwC8dB1fqypdaRq0MasAC2FcjdI4GsdEvYdTPyllDHypb ECjqK+9rbwGQeYf++s30mrTnkhVR2OcvsqqTMWMizzKXV4uFbGq9Adl9BqBGaHEhrZp0zI1F/vau VQMFd/K+W6hCsJ8w2mMtGCQJFhSLMHEBJDjf2vNPCebGNmRqx98WgDfCs59iCFCfKGF+8h660ntk wJn1KBHHKb+S2gdcWc0KLDRYMtbsYOCbXNBmtAoYtIrFnKDGxDhSh/LeyRDBxWBRhBeod0xFuPcM MFS/0S2e4P6wINRpxMxaGtQM/pg80SUCQA7hM1RCfDQ4eA6adRNa5Sc4z4BDaScgknbMcyGD9JUS 2ZAiErg0NF2SkqhCI4zMb+kmvWFP+mEBYApKWv/xOeaGSLc4bEXGhxg9KhdhegcUt4gIFIF0zRPG 0RgebwYJsrF54UV8zKjKVPWxZ3TornlCFCooAmL+UNFaHfRKoMG7QEosTVEVOhzElbR4cdaQgE2I lh1cRCyJ8aZ4gb6NUMwk3UnVYCcd6AeqL06Hg+FcKNlCFrbPCwBRZ3OZJdHtLTIxzVm2lpc2o6aF UpI8ZUYUm2gMNNP+TRHXi5HqOsb6FhQp0lF6sJCTBlImPsLLBxHVarCuPW5SNB48TOviJuGiLVsj Bm5vMZWOHuiLzni1NkcJiKMUAvK/wiDoH72hrcEVNVspj8/FYtFsFhsBhRZoq4IFhaUhA2KCErBi gzMclCE02Y2DE6AhWAZRSMag0NYkCqlYMylGDRezc5QCzxMiDZlf4ytah14ddZbEiwUuJ4Jsyacw tTZnO7xn7Awb+0fr0LC0aRMTcIsjQlDxnQCjzBBWz8GsmkXec8FQ5yzIbavcOxpuRRTZI020hd9U G/l4f14URwOfmgjNvbpkujCW/1M4L05wGHLkYnvnRwZVXYkc2QtwRS/xN/WHG+mVRp2WU7CEwFta PvZH+3lz3SSjqaG2P6dtUlkY2/LwW4JOm8R8FAFdrdnCTNomBp61t5o27Xi20xRWAV7t7AkvoanO 7KRVikfRTzg2QWzDMiLRXX0VElpux2jws7Y8r7k2Bb2SDo162uB8gGVMILLYCKxhw0gFWgmPFUSM RwcDsQ2MAdC+YHW1UsgLJpAOTEuvNQ6rryRvnHSHuOTjTFRIcraATtHsbZZkYbVMJsMwwoLS1rq5 sPbbzW147aBlFntUV8wTSoRJWTTEqNmsDHWVbPBvwPY5CDYnDzrChpNIMQHh+BQW0LgkEpixbgQB GxVAHt3M42Q5ky9+4ATtSTsF+bIdQ4T98SYBQ+BDE4qOGAg++EXVC24bir2rbc5FDg/TmlunMkkG Epyvsid5eYHqKQXOiO9C50PaUOeLYG4525YBZoy7xAHsohbmrtMoMHP+AN6CxacAHreC9+cdBq1+ DZnnQ3ULz3FPWP8lWeqId2Zt9RPGZdnzXRjUEdn5Mj9rPCxUM0H9nRPgW3EUnIf1WaCxjzllnEO+ HqYViTMuMCZd2iFTILzwpSiKr/DXhogSLcsDIbteF8ZyGkUtBUam1ByMZT8ihD+IsY9gW+G0jNui ChzpXFhZNhqscw4P7kM7NmrF4CIPh95n3Zs7hqGGmbRNaMhrmTyF9bt+XNgrp9U/ZsSs8SjEcIg4 +w/Xs0XTjj3AvvWFVJnAkUoMSmS1mEx0obh4a9jyX/IIuG6CPfgeyLhXBrz8n3GrQCpelBVMJniT xaUR2VzgeRWuyksSl+PzW8XCAc4X8aTKWTK97iWpRl7GuEdY/JK6+XdWJdm3igpI8dpQLPCKOuI8 7qgagSqDZAJTt+3UViTWteXI4idQmIfYfFdvW0BJeHETbOFjc5d8bgDuXu9CbfgN+eLV5aDpIYEh QUiHHPqzDHfCY9VyxKCjhY1lNyWnVpZRGxvRLlnIk1YGZELqEo8+jzvrvYc4nvYYckarE+6kr13F t0V7UBrkzlMz87k8plX7nEbM0WaEKYOP8xAWy4Z4SYCHjXBpT4ZgxSUmTiIjj0A/oiTlAGOUfDc3 x0GoeKmVlxCMAU9YbSPcHE81yYFduEDmAe9bpdFpA12NQw3wMcJtZ0gdL8v4VOjDJw42nDyUMxRR G8neQucGZyFNoXh54BCV9AOn2uOuAKiGJ/yKiNA2MCN4a8cGEMwDhkKQItIzsZkvacZS3CXqg6Ah tA/kyuyFu0MqoDRkqYiHv41teeXdV3xAZvVQXvgJFGB2gWwmOEgfBK+QdeMGwaReDs09lRCkhl3W Pa5iBbRLvOBLHjMsy/WLRg4Z63Q+7aNZoFkL2uhg08jjLRKxgkLedsTeapQVWYkQaELLofjRiah7 122VVVTJba8MSpNsCOGEne8I0K+8jImo3C4O+EAOYmczSoAr1b0YQQo4nC9YFNBtbGp37C/A7pCq cMnW5m5zNSnBYR6RK7sU6QFsi48U8HJSAE4Oa5V9a+SCDr6Dz8IyJ4ACtAQv6ha+WFkHvIbceVHg Q9b4UindEsgx9LRUEBp4W6QCkurWRYCzwgE3Ry3WLohM6CDS8mw7FxFGIt32ePyEhQKtEXxSnhdL xUQUCVFuG6hsGuCQRFeKMqz6BPhGloMb0MtgFqDPo4isoFkRhKI8QjHwdRMnwGXKsZ/4AvfEAsQU DgITcxjFxx8Hx0AuJg1vQKLvhTuq9JuConhEN8RqzTX2EgETQ8I93HVYUCaRHlMVHjXHHAQvIAzb jqKBGPyQvrCovUJZWIEDZoK8AhggVTkRaQrpKJSGBWTVOzr0Vs12C4xescvYNuF4YsNWTaBR27Rj O9q0E1G7GhYAUpxBNMvit9mEcXVlrESUzBDqzgEcVidRdMRSxiyKqBs5CIc23CklZtfMaupAFFUR foymUixIeuZA69Qsz6BswudidrqnS5SZUA4gMYOCec3yEKSJpDbctgsKDVf7Z/9KnkXWLP6wO5uU kzG26DBe61ITzkZYKaWhgM/JTDkoIdC4bWHQjKQ480igv2MpaXiyP3nGbfVNxiQkwFLgdVzIzpww mvAF2bgELdw+t1djS7YfqymYxebe3mR8rHczbDPx4XH4T61S0qOBi1T7n/42wXjS3GpZjo43U5SU OgxoTIWJohNJfY5mdi2Hmtth8eGK9uXQ9zS1AISFAYsl7wZkKxCdK4XplbxtnXZJI4AUja8dtBi4 z88GkpVmaNikDz/iYrtGm06KO0Vie6pUhZyVigb7JH0IKK+6E33+UHg4GtGJs3ksvkaNp4SSVXkj 5tOkwIEtA4QxmzKNqKyut6DtCzXis8VgsdonTQW41NvpNFrD6oiS7l5sm0Oz3SsjjpqiQEtksitY YtjBvg+4xswC+p7MDEOJXtvRaDNv+kHCid/JmLKZ9mdLFB+qYDzms73emLpaAnQ2iDGPlV3aGffm 2sSxGNiZ7efGTgJDUz1JMPyXKcWOYsciwGR40U4xVqrB0fTrrxdMHXPNgKc6x+kdpe1eUukOLL6W Upgi1pgf6VUNj22po2SH+La/YqwtL/mPOc1a31qhtjVUcshpOSuIASMgnabPcCEOJg0HLcDcaQUN WKDtK+wjplNwdkWDrRBPSQEg08yj7MlgbkpHL507nKJq2Zo5tVRRdo+HM2iZjcT7tbB+6TLSukpj YfxDVz2SE2KNMP/L/EFX9mTaLsv/1VyAb+k55qTlkxXXbGFpE8XfRk3Oq5UlR3qn36xMbfjwERKy AM1PUEM2U/9TYj2PWXmUWbOacYEaS6PbnYKncmTg0GFBxvv++QwFVFfBre7OoOeHc4yZsf70ux9h BPBS7mCYvLsyPQaU4GhzbP0M1RnfPQePy0a0bPD8Nqk+KoQMcgm2y5DMZp78WenooIyXBjKA0dT4 5dlnPk/KWDiQ5wd4zo/MJyLhfKMk2frCICxiIpoKqyauZMvajUxbmHO7RwZIGiMcQfzCoKt0lpfN nMyn9r8kzxwQI5J2lXcZ+URaI4EUODAZaCTEJoIirostp76t/4i0iVF8RQr84Dst5GI2KxjPeTH9 fF7niH2GV7mVXH98429nn3elVwOPeTxToBCfVzIwx1mZZ95wWHVgJuAghHz8a0nd6so2mf4NeIFC BFcAFfP/QaIhyVx58O0ToLjOK/IQ0gGX+Hx+qY6rhOjXZ3hCzUvyVaP1D/CqlOPPhZRx4LZEbUL1 /PEExg7xAasE+5QK7CUws/ZoB6MhFvqDbgT5cPh9BB1pFIEcIYNBzz4m1VoK5yOg2vInRDJkBO0k G2NA6IIFfiSEXidg9TUwatCzzpgEsIGUVVCbHr1SDQoT2nAKzE06t8rM9fsQa8uh3rEZCjET4cmi KoAQAj4TY9lYQSUNAgDhimwEUoQYcyFh2PBg1CgMlQ/HxlUdmlQrPVpDgR5546sNFD+ASh8VuS0U A90JyugB7KpEtogRCpO6AarKbJ+cahe7oXRhubRGiJzxeMTKNu9ZKrO80dfCDMPBfGOhZSwKHJtC r6QdfPVSfKRZaxbICJa37P2LY9oMsSmlfNQXmZ8P0TFrQbe4YMoQ4xP/UID+sXB0bBatiGbEVWHg yE01B2ynFmCzhT9woawCSq2y3tZjGE/wBCJtKCCXAhX2Diu+8BDFSVcHyjWJlrb2U0ctHrYhnmOz /iy3wEEOaw48gzA5kg+rVd8Z6gBRLBSTGaxCd2Jwk9MKtqKoC2onSaLr3nnT9j7jUbzaCY7KHQgO 0BONqmiUtoub6A1OOjJkQYHeQsdHEp1FSLLSaUhBpjdp1g6fGIqHcbisewNPqAI18QevzUbQff8F YTX0OnJmw2uErUiGLs3giM0IgT4EN4gh642EU9HRSSID7x8wLCQpsRSE8RVQFKY9wRoxLLLW1Fi8 KysBB+oigZy1hsEk0IzolAYA3hGn0fhkkazTMaOaPNYoFs+A5YBS3xgjTdbKDUMUZ6SHHE8g7cGX sS5U7xUBQOCCOBQoekGXhXssFjEyK8NXFsnHU2uLFL0/e0ADnWpJKrWUqulPosLRNq7u85NlTSmt Fk6NtcR0NzLsGxONRUZtQmv8CURpNZmU0RYpjQgzfKEiYG9k44nW2wQbS5E1WC6MGdO8a/WXm4u6 mmq2/Sm8RU716q+Wut3UO7og/E/vz60ILK5LH/hpxmTOel9cJorTZlNhm+7QaY8YDFoJtgVYREwL AHyLKxzaZBkWKnVNFqqgMUrJXtfVq++vT31rLkZmPZ3292v7gTGo/d3UWsJ2lla5FrGFNRi3a9/e YkIobHA9gSSGnjCnjoRMrZ/Bb/G0pY1kPBMDtf2ix28WNouRrcLGM3MZk/Zl6sFWamUwUS20LDCb uxYMleDbRO2rhdczg9lgJMeRw2wn+Q1kxtxb+x5Rzs7CbSyI9odNwQ/deDAbcAFhm0GOSDEeuJ5X rPIUB0PXytdKmoWGy4poww7cBEO90hsb12jiSVhxUWBSBTXzulVFyrPbGAkHMq952gzp009wA8tQ C0haWIaIYXoxKtoniQaYj0LMvkZJgVQODRPSKT7GnCo6GZeYTpgl+WdgULRMSheGcgGy+zK48wJY wKjBmTlNwOwd+JuPxZ1URJnFnQmUmZoN3D23Pe6/sqNNAXL5+KZK12k+mvag35wT9YiqKhybHD0p CcVU+WtO3zCJ0VyrnQrN6PIVe4iXDNOmtLPMGwRHxW109Dw8Uzc1k8dB/fe8lg8qk2iJO+eciEmw I5Rl0bnFjrhCHKDck8Qi3Yjlx9wlTgCI8brgVwlF2UZwh8QnoInpBkut/GPOCH5mlEE/yQvbcoA5 EhU6pbicr7AjF8a+TLRCDJqwbeEfhoDr8WQOhKg61vewsKuEwmbLMKaP6iQ+d+kw8SHAyULCwXoR duFJmBafSKeqJF0bTw3lILQJxjESahLHzre7C4D0BGJ4YWN0cncpjMSL78oRqFJ7HRldAERLLOiV t5Bcc+i46uWP4byOOb8G65hClnWQh60wTzQxxpUA+Sxq9ZeIjTYA1CadJke2P8yHTjK4M+FbDiE8 eWswtiBZAsOshQz0NdEyqp7SMGkzDMveT1kpYem4xXqnO7DO7pzZTERMDZkAARVwL3Mp5GHsexDv 3BSjqdgKkfYk8qUroYtP68RCzpr0LQIpixGj/cAfC82xo4R3GP7eSUmKLk9TCIxSYVviTmEIjMgD IPAKU8Qhi4Nf1lEI2pWy5Bxqn4nH7gJ9o0SfSqB7K2fBpmIlVSbaqGn1Qi7mIc+EhjCvWNxiQTH3 pMdksm35jPmzH+VuGTA3mDcZWIK9WNr9fyXmFSEIjsgxDDfzgafMIGyws+1Spt0eBawDUzzcY4P3 +dc7lUm283dlWsrItZQgA6BQMJ63ACZyyxtzf6r0Yg60AmoeDE9in3nS6PtU84ALcbGBpZqU3gl2 8L2VBtx4YC6BJCWICRJh4gUYKvErisrNg7qBQaCm1eUWqQKGlOusYAucqyPxci4PlaT1IRRFEiql QIUM8gJoCcxQWhQqiTYwGoAD1AqqgUJWkk3zp0/oqCQ2tUaCM4PCjLKstaO6N0rKxGeMWi+lZKtA 0rveNi3GpWiCvnoTngZR9gHg4tp5g1CC7hSTEQpeFpEJXuvsA86f1h8SUFUgKE6g0zSnUXv4SFTg fIE/xUqgc7WvQkjn4BLUQe7D1b+AQzLeN2oRCKHgmMYAw3SacMO5Iwyb25fsaIitGiBB0M5NqLcA Lwr2hwghN2RZDrbv5K5Lky+FtdxW1YyrvdAxAUnlal9LUgWClVOrcV8pN7GR0H2QkHzRuxxj2LjC EAq6KGpxctxAhedy8YO1JYaDsrQpEdfVgrotPVuBC4i0/sLK1dG47W43hbvlWFe2QkkMhXrUKZEA LVn7pE612/p+1IUAe0tsVqVDVriK2Zv9fX+4uUevohYKbqtlcUay4xmKPleOW0dqcas5YqxlgytU IhddaQg1MDSLYv1Vq/myuzvqcV7dlPGA1qmk4lI8MLv6IWdAnIK30u/VEVFRyOkVeeodDdGJFGs1 mdXDIZxSs62/4x1hqxWmVXNC9ulGO0eiohqS1G33YgZXym9sIfVzmb1VLSaVp5MSOquv7uOLW+Uv u7bAn/LrDQpHzQL4LhGGt1eSAqwvHZqixWWBFLnVYjeOApBwz7YahCUUAzEVHS1QAwX0b7yEupR+ JTL8erHuDNAK0KYEbQIDphQHaFyOshxV0VCzowsHo4lYgf/NAXXyIcf/dFgTe0R2csSIlGj2s1k3 XDIETCV5xRrENbrvFYVfaaeDhW9pn2Y1E7kAVGA8ZeLa0arwsAH8a7GILIVPwvkkvnbc0noD3VoS 1ggAsOibraY4mmUruZSIH5Xhsv+AW6tqm3FiP2eMQImtqqPtfgJ99EIa2jZhU9EytZvFE1RbcrI1 5VV7JY7b+LbSRO18cHcKiro1IsEyO6wF6GkLBeoZ7ZvNwnPZTendpeCSifOYxZsGzNpBq86YOugU EaR87CISgGkPv4VyC2YF5jPExNGKaLCKGTP2m7aIElllI2f4UhodSrXZ2ZuMkYLSLipd2tfOxpAM 9RofOp4VuUN7QQb8oVLoSGhiR1Lsh/nQBRkLSttKeLj4gIUC6sYpQm1PsvVjwZsgjphBAHp7TbuQ k0OqKBTBKP0ddMwAtx9THo4fZS72oHkJ0HRhn0nWC1rZlDprw84rYfgxKgy8v3EUbxkJZYuElQFC GRs8F+Zu2SvZCwbJ3wo344UwkLNkWCC9LrWDhZMtot2KAaIByULPyhSQK3kD8rHHbvEmKXGpdwkL fLKvd+Ul7dBST3wvPN02qnJFBQw9kbGDmLH+2tNxzG8wTCZaO7fOjafUBuwTZGJMbuR+Dx5b1nvx JixiWs/PQBV9sQIy/vGKPhdSN+1jhJRpwBb1f2LMMMMmjYuNRyo3DUNYfHEm7zJkcLyVzrYywIDw md2DbWaCeqJ604MdEExmTiVf2FfZkUHdQT+mhBFWGGPzukUtiCwjP9lwtJrXAV/lpzGJbYoIzfwN 5jXND+RaNzrrDkG2ZqBc1iXmIoBtZEZ7AD+AUZ+vQMdENBrK6BlAj8WMHp4pa1k+m+TJ9/9AuFiP 0j8hFSEhecdQsfCofAw+Jcu8Ehg51OGl9aJD9tZrsBg6oQ+4le3JWINDSLxliYc1gA7ABiAF4Jva xQxTGVlgxu7YAqdAOiVjBzL4re+MRIkD1vXLQtIuow+0mE2nC098cYEVDQHDAAPkAcZ0P3fnHgc5 5zVAQ6NmHUIEZQVdqvFrIBwFVS5mRrRgiLKwmjcvy+Ljhc/46+a5hz//NOclDk/HukNokC9WoNoU lZHL29JZIlvapSvG8ut5+91eNUgDVFiBDI8DairAHMgCajEdpttlXG8fT5aFFxCDC9Kun8ABKksw z8MnjBOg4BtQFPgoDDQsATKCV/0NdcPGAevMgfEEBz8Qy0eCXO63FdWUeF6bQgk+Ml7vsdo/l3+W kodNWknIYSlfAJali7Pg0E8+/FjChKkAjvlUS16Vp0hIMJ6z5TXJn/Fz5S3UmBegJmJJQFUtTDSK Eeab8r/RLE3OyX1vgozCQI1L8yauVdRMdxmilWHFxf7XddOWxa/LIC/jNYbcLaPSZxzjOHfhHXHv oiqCQFqojUINJodiEsq04qwkn4Qnv6gVQ6nAdmgGXZuG4tdUin1u/6Y4nb/bNbRtm5v8GUBBChk3 clHybKhYOge+mtuMJyodcTzTNnZPf2o1nckP8AAiZ8lzqyz8rGseov9SQlqY2nqhDZyGSQDTd61S pvYLpOWOdQaS+8ZB5xvQDv0ArK23+doG0SZRDXzqxEP2X54Cg5/izqlBRUGT7hfzzL96m6OY/5Nj Qh0hFU9s62XeeGH+iy7bN3VDLftaaC+fFtnDKMOhwHn64lxR2MYUs1COCfzKnElqme0umAeVMHB7 nf25kFwpIqlgM0cNayEQIBQK8+k4xgAGFtnEER+EV3VhvSGjx75m++R0G+4kROkKUTmMJs5uWazK yA2gktF9YfvEJZ906xA25ad7GHUQHYBMPjKKo5C76uUmML2dbLGI8J/9E8NRiWKPiMMaJk+azeIF paoSq9qkjQp+62aEh1se9MERI5oESHdABX+mqxM/WyglqDH/EMtS5my04d8UerU1jBcrJMXFHaSD L+gQMmy/9MVIMBc+y8FOYYA8ZMpcd3qyK8XanHifGjadaWcnXP1u7gzVYqE9u4LDgtZe0KXBhJBb hj5pDw1Ptzz1a4PWIswGJ1KpzBfNWumuuxvIplEgPjzO7yIOMG2dGnF7nGWOMMpYgqLVY3GJB/kt GFoFBC02elIU4hfAa+NNfw6eP8g+aoRH6Y0Y5f2OxwwGG+hOqUQuDWV3NyD6PASV6gpZTRUyLrIG pNmDAgQCtrrWQ+xHYWJGtIu8dzsE3SP4Y68fnpGgIhbxtrHP+NuMALDZACmKEfNSqak44GOST82S 1wxMjSPXIgdV0QJ2GXo5ayHVWkpA6yhcKxky17NqNEQksCRcsuoTeEmkdFDgh85FcfYGxYuT8Qpw 3VwHfpq3ZCT+pVxsxkwO82cI7bD+MkjCyA60jYQk4ZlogQeKhDJ7PG5DbmslEqlkI6VPPFbWboEW lgGpxA1kUL4kNlMRnbiOChATZyM1ukgrZKSaEl9ZbC3JLjbOv8hgM0bTyqfHeWielVtca4QHLd2O YaQ0TdlPeGWWs6ASAZsOlnm/S4FbAUZOupG1EthJh9hamrI6F1CA7TRVBFsgwNDacgLetIBva/XE vDqHy7CAEph5RXLbgGeAUQSTyafIKru/gDjxh0bA9EywF4J+KLHgKg4ZZhhhAC+6KBY/j4ntmjDr O8eEW5EW6oYUliY1ZVnJrMpPS1NzJfhS3tvuVKgjYCGk+rWEJ0mFHyOJkW1Oxxggv8n3FGHJLO5O gTQCaUuI4pDlKJYGCbeRJ+NMPPRD57xIKTrsbX6wBuwsfFznYevdaHJyOB2M1Q4Lw4PBOyVumHwp VZyiShPQojxQVA5IrL3xlwKi4EQpXLhKKTd+qlwB35yT3jF52LmXFEkApOcOz0Dy5krdNDg7sDGp 4yHPVz7XvhSR3GN+UBszbctzzN2UkxZH7Kb93iyQGUIVdInLJt4uZrYZzmjby3ajp2bPYoLwznat Grwf4Kk207jm7+Ejt8/yDmUI0KH/t8eRMgq905GZF5Vh5OIVSyERea85gwZ/yq5oT57xRJthdn0c CAt7ccc/RK/HyQx31pRXlajbzI3WG8SmGQzbJIWDghCM0tt8YF69D6nl6+cNW1lVVMiJJ0qmnlLP jRosttQtRoBRfsDlbDSgswgzWISo2oH0wH/us4zmOGZTK+c5V7VRtKPytXn86T4yxpqIMEJY5742 O0QdWlZCYjJfSixOoAbkCNk75MMu5ZIdrHncohAysZb7Fzt6mztjyUIAQTDl8tirbVUOMXOAErIz +idww8bhZwidPxuFsVgDVC950E45S7DHjBiDICGewaFWZIBI238rX9Ig9JC3axLNoO2QosYIs19j W+4HlqYupamNcFmECC0D1oUymJchsv2syIACEnrByuDKT7hiybQhPBs1puEjkn4rCi0ptBWBG4/g i/WBYUQIIgq+LXu28iygwJhvRY+QD9wKTbJoPKSSQIjVIIZAMZibMeK57iC94bZBuKAtBS+WB0hy VQw8DdP7kvUKtgqwUdTiWoGS7gVU3xWQ5M7DStIGOPmTToAfqgAOFQSXqTOg0jL0DAQGq9pKoA2a VL0WyOR+sOPhDrEsLRYu6sYrlcN1WG2Ku4zWagmEpHm+qgRfknvLhQ1b70pBYCt6Jl1WQ4BUBSim Aq1yskC2+16h4/inyjooTasRVEdYG1ZW+Wt8cxUcHHC1Pq92t40qwjBC0itFt24kcMInA+O8BvgK ulOWodLM1clZbxXglZsLxwZLGSDIj8YxWVph/3laDwP8grHUeZAOqnJI1E55BiIPm5RCjgoAu1Mc qmnAhcPtAJXHNYwUwyqxTLdUpR/L/adYj0ABVNjqwFIVsdPRpTirFAIilkjdZXlgWLAhvNVLa6wu QxsHj36fqyGVIw6SNRHgyk8otlsO8cSsYZXsYqMOWLyorGs6kGRyW5wUUnWTwdpV9AV4Xxz5p7FV 0riUjGzWMa4Ahzzsry7xq14GJY7wJvSgPIeLIIVI3FSojPRJqWW3N7qzr+sGz+ffm6Idx0oyy8kG 9l67gtDUuLTRwNTlqH6IYtfAarWgMVDl4e+DktmV+FAv+q66B+puSklf3Mune3B6dU727jY8glJJ /wW/VABx62B3O6L/ct+pruwaQ1gscPf0A8gNp718u+TRN9BuFbwrc3Nw6WSllQ+HbxC92iAiJq41 DP0+grYRdzE1Jo8QAO2lkc9Fk+qIiIVc1FwnhksVnpWMP6uWga3AY5n2wdN+K5H+cnQfpFlBY9KC y0T96rI5Ncn92ehiF+GulHIFnStKowSIcanto6ZRdWysX/NN4m2F9K0FbTclUBB3m3OhEbVH9GFt BLqLU+wVmjZFBjpshfTGUwS7O5IIXLq8gLapkrmKHEDjks6n3oAVRUOxxCw9yjA2RTX22rWpmpYz wNxHVT2iSuzdtGMkQvPt4KH0qZaN8AUHkypIWbUK08euCSC7frPctEEJWGs8JDZIJIgM+5KWhvPb USltdz+0DOn6gGtpRMX1PIwNU9kA0vjhbAKnzL5il+aG9kT7heMZJ3ZjhtroWwuT4rTlsGoKozOf bGf23zfjtVWUuetpB0Ds+jYx/a7fhbpWR5Y58NCSsLHkl1VmTeom/WzTzpCwDweHVymCW+oMlwoJ xm2rLM1A1VbbYdUtkAZS5w4EAzJqbWyNzLM9ri17iPM8pdzz2YzRG3Mep+s8bFQ2PVs2JcEgsbWp Y4wnl+w39BKt9uCsgbGpdOrRgz3L3mTg1D1rznUJlM3kYKuz4gppO8eYlnm+3N9J1UYpIkp5t9On 3AgCTW+bNrtmrZ3Nx/YWUQnbv58ZLB5IKpyoEM3ELo+3NbKeMh0T4k41fFkwdtFOsHgLVbjO8CiM 67vyDbjbYyDYUdlobOpQF1u8qRkLGH404BbziTWXpcQecmLL0ThGAONRHJztwBd63002gONjPPY5 s+CHwYOCH7jXPFyPuSYpbNWESDrVtDb4GJzHjijgvMmAcuTpCqCrsGDGWYAoktjGaJB9yp1wlJBT Wd4RR0QiDYOEK0UcRcZ5o0j0al1MHkqX9xC8KOaO550lk5mbPvcBh7HmWK6BIr4IA87x1hF6yF0Y leYJGBKE4jmORBKLGl/+Dt83AnCAn8sl7B2j4MqU7BAf8t64pOEBQQyMHRRCJHOO8yaZ0qBCFPKk c7X4WDlmjrjK8uIPhv11alhemZPPUlgRwcGffDUoIuz3Few8SHKoM3+U/4VfSGNU66sUKNleeooD 3PfYq6pDQF6plWZB5idXdQHiroCFXD508ehjGlhVDV4rPNeWCwkQKGsr/Hj98QQ26CdULZ/zeEHP nGa9Bru+gitLNYQMcwAHWJ1jyKRN0YOOmxua9uEU8MwytDFQLxgBLvXrSiabh0o7JI4+wTHRg9LN khP2o6f9w1FVtYDP4TU8DWYJJqXaar86n1RWIKdWuK4mj/vKfwwNAIk4amtxmyiIUAdaHykUa/l9 MPvACF/xmDm8wOqAG1AtvCi/lwAGKwC84bTj0mtY0tra+Wx8APB4nUf/+hy+PYm15Yvy+sUP0NY0 GQQOGjSpBLEEI4RU48bzW0nKgcAAbWnA+oNCv6wnYxlbDdizuAVoH6w7rAGqE13JWx2ZzITJejOd zxooARik/LoA6ngIzBwl1e3oMD8ySvQ1NyYOv3VdtvCUuiCVId8fH3+w5llK9VSOhugrFFCVE9A6 loGpZaWWW7iQIOm8P754URIhGe6CPznaYGoTGxkt5d4jBGbVhYP6k1L68vpcq4kGuXE6XhLiQvZ2 wYGUynOlN7Qe0OR17kyZgIFUCRKwpeCG9WJxNAYiRRTBEEUIjAYr4Gj96EUkEAzgv4FqxF9E0bWK hgK6xw1p6y9G4WUytYAXiVPEH42inrbxj/GaC5xUSUDKXBCcYZvktF/lMpxMKBXbCkW/YgtkEitL YqzlaGyahzBUtFhih4VEkv0R5Y+UTSncnkwSy4GXu2oBzcB7hZAsVq5a1LRBmbWnV8GIGsTySYJd vDzP75VcSPDM8RQzUbvauQhqtrIj0rONTOY8OKqmIo4CNHeiPXRbvVO3RV0ME7uM1wooDTyQkdDH 6AnJmGsSJwffKFtQn+8kmdQuVA4pZXQxNOv97U+xKIxFTwUQKhj0bA4tHjQZQKmvAiXmjPoV36lm QqUS0sQFJkQbF+1ZpjJ01Ez4+K09vS0Du4MYaYBBGqUxO+jkLfYQvaIlaiE1QSFIXwy+MDVJMi3S O4GT4cCgLQKmIn0cAlwDZQlzqXYkqixA7xpy2eymDz7Ao8WyBQRswkzUVeur9gZYTHCK1iU9H1/P JYHiJrYWWKP4/NPpCeqb5z9hHc3TJKlJdFaFIPhvSwYCxolcO7RtSaOjMFMz9PnEdnAPsyQKtiFi XHo19WIuixyJ61VemOJtb7Tc7SAvlqRHjY0NRicUhZmEbHpMCyS0ODDBRjV9F+6pWcwK08Q5lEBH 04qdPEJulFgIiVHRpzqx9xm8xfKAt5OpopA+8QXtvXTOZvSo5Qo89c5sl1oxGCoiuJog+6EN22ap WUP09SNaqJlQRmLZ3AiXe7avxQLMDvoxsBBZWz5FMd9lipjYrEi9BQ8bU7t8u7OQRNDuDKRd1R6H GPTTcgUZtWVDNGv2r2Y3pemJl1RacmOuxDS9XkzT46hvHVpOT/SelHuPWLbmuLVo1zcLDsD46/NZ Y5YZfaDSkDdbk7TD68dTyK111KqlvhyXWSxsO1TTO31tP6J2aYo/VK36RRoTWda2H5+oWxHmdA77 gmr1UzFtd66mlWnjVE396I0itj1R334d861IgQ1dlw7+UO4UZsIpmDtKue1/TIQiuKmXShnFblS/ uzxxiFLzRHsAbSSlpDWNZPqWhEc7XSeX3i4btwRPU93IeqMf3rsqNvYUXtdkfxY6fV08WdVeiBsI TnWQBlrB9JLm+Oc/km6tk/8JEmsuFWYeBUPa9VlEBVT82j/EAL5N64kvmIZ/BaCdPRNLO3MEIHsg RQ8R9aSTdbZgwpy0srI7+0CaHmvcVGbaWXzENmtBD4uizAprt5wRSUm23IgbYy9ByaLqJE7S2cae RLO4bDHFdp1yaiVmlnYCgK1HDGgSIko8UFxjs/d6nopTRXxNCBsrdsUHs2mT00gjotmy4fwjqu19 S8zwO3JhNJK9OxiYQjBxrMcOJpABBnCEsUqLDtMJds+Wx6ibnIwJ3DSXbZdVGSpWl9bQa2YkOfGt NeSsWyu8UJKllHzbSxAwt3x7v+i1N9tVDLuoDAp0a6xm1gabzhFXmcg5a4FWpq9192QZJySkxjxS OF+SCTK/k+2tnV0XC3ruDXOIqH5Tna3chB5lHUUxx20BrW389i1WUa2F+rVIu5YnkwZM6tI85EEE rb0J1Twepzy8yfn2dR4l26+ubWq2GpNRNovASuG6rM+HAHFg3mVHt2WhWhAl0YOfJ12JbmdVS302 EfBm2QglxnMjeH7y/32GC7Y2xgAb28SZXk2aibJEpGDZaLTNzyyg2i7FjOQ6lOs9BS7EhifsTw/a +jrLYEQFoahrWyU4msjwYTmaHGZbJ0Eq557jXWi0UpOa5bCD7gIghBXg7XALu5cMLtGfCg7Ariu+ CNgmdJOHygtja4V6c6eFZiEq4cn2JQ4vQJETzLHNYQwfAIdz2y2qgrIsa1Y6Ckgmn9n+DoL0WIEM 378Clm0EgfnjhvPKgzuEN0KVwc5VcM0x56kD+QDW/uQ+o0QkIpf8fQDJNhDhHeiM+/X4EUpthOlL zoMYc+9FEgDv0BuknfDw49CBiDkgbNSyNCEsPikLU0xqguKwsZPwfYnSknr1C8yRWVH1VyhlOLaG gUycenCBN0OIqvKtRwCQ6uDVNF5dwGdd5qXGLto6cuwtGFTgMGw8PBPzCh2dVPmGNqiUcdUS4Bd6 CU6CpEVDta0BR+6OLPqkr7fgbcg/lF5iAlh4Xy3RQCSAg1ibOtegzoCrj9JNwVBOugeq7NzIWd2G i1c9AAIDqS3lQUJVMBTqAdQNiQmE765A6JkcTmnb1VI/g7KBpIPidr8mqFN5XkWOXTsI+gTUydEF QkIft9ubssoV8T2cu5NUxjE0Uqau0sdyQqtScapGsrsCAZnVL1bhGbJXUq7SFr6aGtLV8QaKyx7v L/cWXgbsO1XdWk1npbDdP9eNfiJ4IXEif+BR7IQaf5e0GrwHFIL/AoTc1VgB5zrd4LPKwyQMrlyR Z7huKcyGB+CFa7obzk11YbHwYgWWCcMdIH5wV+HJXYpoUQYZDhiyefiBoF9XVWO+7oGiYZ+wcbPp UtQgy4Ig0aL0B/j9pj0XR8KWAZeQyu7kKz2XVBwrSg0/vvn9sgalnmIjdkTK7eIiPf3BnYU2Nvf7 +qrgM6Tc5Ylg6svm6mrFgNbzBRgdSAyjlaAMcYYGu9hwj+H7n+OP2Md3oYaKXcsBhnkrTHyFA2sH 8g6fNldzayqi4K9CKv6DQEsMjy1Bm/BZKDBothiH4MLVEre+jEBtEI9u3QY5jADDmt/u2sNWNxRs XeIYPLvbf0skDnl3t6M5CSv3JJEKhYYJV19/54pC1F+U0pYEjqulskOwIexzIyahUtgb1dv9PbHC 0wBa4ZjjSnZ2JRmm7ox1JBgkj1oKSmsJGRSLmDXUWVyAtpHcLAjoeYjdSfAUvGd5lOsbijeRo3PJ xnA+6qggD0VoyQUJhzj3EKCwMlPmmx5LF6+OFC99WJBafzYGkfSC2afuBvWhwJYNQjrNG/XWVxA+ MknLFAEUg1NV17f0uaIlNjGxOcdVkDGtFIku5bL4H/0WvgwNptpVxUEfr0hQjFahQWiGsGKVQ4yw iLNQGZxbV057wVHNXRnLdke4bSAcpQ0KxqYga6VGpHPHMq5d4ftyi6lxoUV53fqndWh0ZBQDaqz2 LohO3/t8dHUAdkpHKLPzMhKuwIbVc6r6gbSfFwE+TcI/M1hkWtBm4djcBCoP8mzHcy2HhBQNK+wj ll1ccm4RsOPgg60O+RQhJ2jbIRsMhFLnboRvwzltSsGqNipPgMLtkhBrYW57i8/h2LZhgDO7yFij JFjYNLFpwpCByE2K0T1yvehcirS0ZDuIn/RsjLblJg/NNvAit+i3G4sOF6BtryqmH/BZGhkK2o3L pcBG+38VldPeEi0kG4uOENopRbJzt22T1+YofSec2gbJ1SUzGG2Q/vWXHZkiszG0l5KKbs8U97B1 kAWbUCC8XUPcTDiZ4Nr2gsBtps6AiCRO+KUqMnSSvHarWHMUWVJPclrhnQAS1SDyKg4p00QF1Lwm /NSKKPmfFAtaORrQsEo1ozZtrG5b4Pl16gF07vhRUTz6FhO0I7bbzNDE1pEB0rh0smjNo14TyW+z 6jJjuRlFnlBhHxOBFSjqVo4JJolN95y09wkt45qF4JiDfQSXO2NgxM5EiPaC/Ovd6hANtWWLgeOA 0BTG6+UxHNRYAzZVMUHx57ZLPZp9kcolBVU8HI+sws46xWvqXaiIPSVqUF4/hnVvqd22OLWslUKv BVZsueWfYJ39XEyjOkPILqrZeaACCmIgqVZ8aRQmxZLE30KcPtcZRYQupfWNy4LtsmVDNvHownX/ 03P+IznUHQvE2SHpHLZMQQ1nJDyV9iii0V3XI4PFWTqmUd0YJCRRBpOMaY/86vjxGzFmWMl/SGBF 0jDdeFomrLoiLDRP5woqgGbD6BJpKRzWB3OvC8G8KFMIBaQ9Navyt75FREqLssQtprIvtEpBHcZS 3TIaZVB4qbJsijpRMeCVblay8ub0BJNVayL+3dFjAJn6HWDDME0DN9jJUnRayGSxdBEf4syj7M2E Y+gOybdZsDIDI3jsWkoS0XRAJ2cLsgCv4d4e87ecbb5XuVKCX9yE8r6s7+A8tJVuYRjl0XEfSkRj ooeYBLkw6wt28DkGSvMoz5CXQyXlKemT98JXyPXJ8/NlOW50FA9nEtaoTZ6Mf6AHvqRKp7glHwDE VGBFLI9fwH9yxdjHBkKg34AdzQZD4UUIENteSwFz5RBiDp1IKfPYmgc9uPizjyBErGj1yNHpIk6e FuyGo7CWbZ4CNwMScvjgHFVfyTXi3dRazgIEUSDJcMIBNVXOc6EEXOWmcZf9GZvfFCllusOfrZXw Mv6O97gMQUYFnoxdWwVvFH7vlK/lZofSr19EG9TE0oEIHfYbAQWCOH4xF7kkuxiudw4Cr5DMwQkC BQrE5JiFa/odWmWU9Hq9dTAm8KobKvGJn1lQKeaVsxjgySn1aDzPFcudIz8DSphQm5gBMw/sYzQD jwWpsyMVP831K37KbrAl8ITc8+OxPExnUu1gFgt+msyaLTGZW81XJHAmgDR6VVwG/g82IHumk+cO gEERyoPozKlSB2CBAMBEkRQlaTUQKaXkmTqgBT5P9LYkUB0FCnD92tD9Qb4JYlAArvGqMK+p5txq wYkwCVqx2HD8r1dz4OCqvG6bvy9xz6qmlDyV5PiZRTHZZkTE4dFSFospk5rtwjzzzIi0SSyJiTKw NVV5SSBZuhPV7yWM4gLP7taNDESRgaflJF8xuphO80juLhZuc/GMdnJa/e7HbAnbFgfExFVDkS1W MoON22Yx2UXjABMpaQqF++ntyif+L033gt3KzUNpdCSxLb8lWe+nnb/X6vmPqvcHpW+SG1uqYpEg CAIHh6gHGYy1s4WxIdY468zYSNYLBPyxb0iRY0nlDrF1JjY6ok3Qo1ODOFZ8Sm0ijlXTkkeVUxXT rC2r82UVImTAHCH0Pw+PQUdS3CP/lTS38dp/V3seXbUuuToaqZxaRtSJJwLMLav+0CSdGaXowf2h LGwYExlIxgyhNA8GQZn5L4/TP61l6p91sJa/Xsm1C3uvNN1Ptcq7BlywacCZ+Sd03yM+vnb0pVCb 5vg/c82GeLB1UD7ezT43882bo1PevRg2l29pcYM50hs6Xg59TooPBuUh9MGnc2K/dUuROlgdrM1n ZiwAYlQyhVYFC5RlgEHPzn3ohKXmE5bNxkGz2GBd0lt/exZuA2us28wpENadwVZAoeVOASoeoMUl Cx+7uCYtsW50od9NXYYa2z9TCVVjA5GWOxJCgFqE8SUxzwxWd0n3k2TL9r2SApBknwTJEg77DGDt JqCr3so7k1K3EDfsSlOQOiiqjALcDMZWyl6r7Skd8GEl4JymJGATuBzyP9kzbZfwqh6LPiYi5+Ae O0odUk+KRJMJg1lH9UqOaOV4lNyojc+v5ZrcIbVZ0WpbkxLZbhUqlGSlQavyqSFsuqkOuWfoiJlK NESmZEzZ4tJarA4j4s9PGXlH2la409TMyjBv2fTRlOC2MsnZIWvZetszPlosCTKMz/8oC/SNSukG FkF2Jx8+REzMVSDALHSyL71ljdobHL/qgrcWjcnSY4692EGz7REUzS5v1/Z3kNjAivFyGCh+OPDO 50iueelFRaw47daiTQeyVkSzJ050a7Uh2fmcGj6LgTQOOwJPg5HkBmpGEyscadamrRO9n2WIlsOk FxLY7ezLPDENGkBB7Rs7gmvx1XFRrRml8VZ1IaqwdZKtaevQ/EwuG5s9hXiz29gRlKkr63vRVhEc LdO6bYt2ELBuucj/NWNVid3ssuYCuhudQ8ohXNMjLH7TrGXD0G5obIcITNawMixACbh6PmrNIZvT bZkSiDx1onFQU9MClZ91Gv7MbIDhpwd+6t8siKWosbBarzcTt0JFaWzGIHna6Kxm20igLv12XKLf CMDgbC9OalT2x12GzMcYKFgn2JBOWmnWVYHL/rPpW51Tipz5+9xIBfGpDK2Nb9YCegYQu9rVKmmw EobOHrQMp84zE9UOyaMkTFRbrkj4pFt8IOclYUEodkcF5yxfTa85cxon+kkrPHIcbMEPeJ9ls1lb aCLcomJDtEBTpPbZoOMk2PzJhXACuDEM9UMZiVceoanMPuHY5ANAHPWBGFgrs0N5Xuhe5gfjhd/m QBNknUZaCVaBmIJe0082HLjAEPHGYR1WLad9rXiyAw6+8rOFDcHu1UZc4kExaJrNmvhrPLeqiaOK fkU6oWGKHhiFYg1iftCHPZHvrWsoTHwnyl1ozkkQZlgLKbsdsOsJkFkQWHHC7X82wW8rQrDrt+Op TdOePgGYPRq8yykQSgjc8kGq0gxLFqTgu+KrC/QCg3xeWI0I2wsuA2GFQkryFp0Jx2CtNnchkq8Y K9GlgEzsaYEjIYa0HMFGcGABo4oH7fs/EFBwmegVOHZan5F8B7AUus1L4uz8QMjNBdgIlYWJRVfG pD3s7+JQkDCYa6BLxMzhCIsQhZ7wTYxSoN7hAaUGrimT4JZBPgW2ylQLxGoTl7g31ul8FEvxo297 VSLI9/FWNkUOvrEu6wC4Mix0v1OiwWsuQakKPAAeq58ccsg/AuWBCt2sYrA2uljj0EK4MFSTs4Ry 6nJwGey3uF6wHmwLc47ve4HcYZ/iWsMYdzDeHvRrPEtAqLeF9mK+KwQaUgt22F3Bxb0DTkOQzN45 ePaV770bDu351LvwsF0jiyL/YkR79R9WMgg8ABwxe3nmQwL5VgZBRIW4QAewJUeqkhikewflVTTC j9FNfajDVVao0oVfI2ornixQhz2Ihg6KcngNHJcSGA7MXR1vOL0UR6+MaHe8DVUWG93aEVTDlol3 542HwlavIcU/rv6G3AIlukE1GyFsYAkl1j/QhQGn5oCE0+ZajA/VdFX1SfTY0ITbM+OV80ZKVusi xjhZgcwhLfCd2L0rb030HBh14+LkAuRhwCRPPXVIcY2/0+m0ucVzPh9v8FcyOngH4j3gGv58Umfj +u/VexCbfvK5XN1wO+8ON7oKmYH2n9f33dn/wNeqc9x3p7/z8Rec7ROXH38v1/M9mBpOfbxeYd3w 8stObY/T7zVQ+npxGe5zL0rEM6elVcC4ni5TDOQizYCmDdm2coZW7pfyMDc08QqfnADmyPHemnjd XSJvB5abSt+C6a8QY+x+lUZ8fj+c7x6A7H083pHK6fnkNM6yHnjO3vKIq3+vK/fbnUxuUheHw22r 8AiQXt9C7knJLJ3Pxz+c7YMSI1BqkrXA9jfZDRj+bnMzQgkkc8BG0M8fyLxhMzMtOsRpU6qGDHgd iK1vEg0m9Aqei1mNLU8HZV6MstVFe7enu0yB12WeT7fDtjGdNijqPw21VyKC6y002kJd11do+b6v MMC7Up4l24GoXuESs+ITJsozLDvz2sLQHz0pJzXnE2bJpnLWdopvIUsiWBUxsqlZt5Xv8Jv2lD3B oieLeO2/CcUCz5zh+0sPqSAjG+Ji688jzITFdetXz0c/R/8vTdNLMzcXVHb5ARxyY5A5YXyUduli qQODP5+lMNDq7/JSh8rFmErkfBMtqdALO9NSySpPphgXN2Z5jo4u9CJNI7pe5UqixiPz+9UM9/pS KQjfy4mokoJ+v+0lnSZPVktBFUVjYHAX08UWy3vtTr9WuuxSc3TtpaKb3vV5s++YKwgkVQE4dj7C n7PZi74fZJrtZVvAZ/PS4kK/UFYQvR70LtwSXDC1XtAbGhciyZbZAEtVsCF2txIQJQ74nxoEkBaz +hWznWlyggN6xrgxNB0hkhAFIEqA2ZRtmvAGLYsnXSOm89rfbEHHjmyholrWW8hpyiVwg369yNVe qAMOxbBKw9u326mV5KEaX5roznPpmHuhcB2XkXMR/gYN63/4rDYlc8F0AxcD6MAdZaKjf39yAKDH 4i54IH+Xk8Plzfto79WZHHYxt596QbYuBDOGZ3pGYW6eLdcD6u2T8AF4u2GCnvznEu3UkJxIXO6Q Wj4OH0azYoNcNa5IAXSADUn6BHLB0+twdF69IC/GF6m7gXueF52/RPAcmIe/O0n43KY8oCAaDqzv /AKUjFXH0+WGRg8TSxUpdwAZWJMHGx0rJhuWzkRQIh1uMLLNMIwRPZQRwZyuJrZQciCa3M3oUoF+ RMdJ7sR5YW/0iIJWbmL8nCglkUwEFDmaHD7xl8iib4J+ik8jdwjxOIq8ZX3joGohR5P/12g5/saR k8d9rFAqIhx4NqQC0MfNFhh2TaAMVSSpANeYD5BbtXW6tZN34nwnRk0KMJZTGmZLiO51Vw5kDmfg BD+9OIbXrf4KFHfSHzgU+ltSKQjU8TfhSb46FzTgt2cImQVBTQ0gEiIVY1D4FijEWYZ9WVcoamaO J242ScwfiBBlrsKdYCIIxb3gCU96RIzq7Qi19GrSVhTStyaCWxr4Rf4uQJ22RoAkAWbkI06QVquI SmwTsy9IRDcqeBQ5h3yGjxTSQUF0fah3QNqmWLlaD8PM8uZAY+YqT6RjNqLtjcp5+WNk+xz9wgOK JiB3wcDCsALzDBDAL4sYHHiAgYZUEw0SboApGukTZaz3D8ZDSzViOem6uPNRu2OYw6EMSo54Hxku rFikwIzmDsspzpw4CYEN0QXcAG1GLxKMfH8+C6Z6VvBSfCrH6gsOXRXPLQH45X39HHsMluBeHKRW BmjBYXk8I0S7SK3eTOWDgqRKXnctkpFeoKTBSfQO5S5OWiRvDJxAEnEXdnfXWIRIeK+egqaF2Yt+ 9/T0jPg9TwlrcYtRewWhWir+cxXa3vBrewXnk3clkiG+E6avitm6qeeITwDg56riwmEiJUYYRP39 8iCSqWRuSIhIeNhNlqH/expekA/7yugFeuq6aHE4de8AGDxV39e3yNXx7j4/nsn341mDL5hr0dWQ 8XD2Iu15tFvMYC+O9JuniKpwMZtMFEKMdpbAo4Te6LLVDS9jkW2y7s2BsNpdQI+sBAq9zw3d7Na2 ufY7kiIT5NceWYQICtZD1FERZSVlHLXIvLRO/RVzG0MTJ9MjPD9Vzq4whf5nsdIMOAGk0WcItxkp ETjurgZ+QgAALIXMIRKsGJMw6l6YyaozRUCUSLLWcTY5e5VhQiRO2EByFsBrOlkztsuiGHhwXgna 0nAvtFCMH8inYQ8LoGDZWaJMh3Dbh0GWrSzrywWWdWADk1W9EKZiXgQgDvzesZW2j3KLYknbDfMi BWZzMS657BYuCRRxh7Bl3dz2yF6V1B7kh5Fr02TsGCvP7+y8x4qwxfV+co4EYpAgxeu+1iSwy8Bt viRnB2Fd+rSxM0lE5bescVtMx3MyfB3FhbmF+ALhyh4QQpYKZsIU2RsInwR7iHSMuqd6rG0fFmgT jk4OAqWTbQltfOErWjMfHS7Tw2yw55cct6uxdVZ/+YWIduZF8sDasbFVHJVqZXUk+FBfKXLyDjIM lw5cpEZA39jL1M7tRpfxAzNvF/WY+WaISsaxqC6mtyG6DH0WiwmmwpmzaMOfEiXOjSRDF/lCSqrC xqFEwMzgV8aZTg+7OJgCAxPjFzT0tlbz3tTo4tcTG/jFClnojAuzZqWw3O3TLujgwGNxMXdG4KBD RjIO5wuepkyMAYIokYzpXF3KbM7pAwuTFVAEw1LzMfPi9YlsEWa/F71a5043WC91k+1hKR0yUK3o 2YqutYbKqDxZxEzYMwMSXfcfTTOSrLe1yziiuc/BCnCu0xPZy+xPxzEYq5exT34AbOFDd5RGUac6 V5oxoQ1DOcsaOdmQjL1VG8c8Y5pBMyouD3vY3JR4oxzlCxJkIrQcYo+/tvzbQtxOjccytVto3N/N rJnoLkbWNmhhtJ35MvvgcXWGpkCiCSuVaWdxrUViM3Ghp9saXhXjytxoOHn7y7Xly5grfeMlATep MbNVnjXjFixP/SqMVs4XfSSHZBgplpQRUS6uGZ8614jmDfgL+zJ9zEY4JAcnkI1PYexln/1rLfAi 4UX5Q5lQ0oLBldd2a3wSb8dzMwiL+5rDspI957TOjx7Kd+I5+a1VzT/JWFUxCTysgwxIbm7+2VBQ eLwSiUBnF3gwv3cPAJecJ5Yyi8NFkGYRRoCEuOsYCCFrAhZEFKl5eagyVd5gnuu0/8bmYgHCwxin fCfOcolAZQDk8QUOsmg9Es2oV+8RLCHwx8Oo1bsTJrChSFbIFxJnrFnoFK8PhYYnLzQ4Zei8S8xA sHTQKTp+WoBQFT4jiFdDKr51o18DU3yIiqMvHpHYVXr0FLm2kmtEwRKXeusMLjfNGUw3iiDgf/Q0 QD6/ULNfq4OX0/H62Ga2mMDwhKSXgx+JfvnjDTWhfwSuZivzapRuhyISdx4iFOyIjqUJMRFihBdv NYf6eGw2MR9mWkmpRF9WVQzki8BUeijQ8I35MwGe4vn2Bf3odYjiJmGG3yaEwRnxGFAqnC4J62BK 14FTwVeReYoJKC5kKpBs6LojBuNje6Ar5+Bx1S3QcxCxyMnHuhaLor9QMrq9SrZCreYDSYmvzhmm vzPVJFUgVD0UcuiEsXXU2d34eFQaeUjk2zt2YrqqepDyP1jHaE4Jk9KJiAOywGiRjSKS+Q0OZiqN kRJiEwlZBZ+9bwvmoOMCbopHSiAtBYTDJ2PBhXl27hlvp2HHqMFp9BDAWGnEeC+eGN3HreA8/xtB Hi0E/wjhY+RUdQGv8EhTTUWpaYhwtCw9sUTMHYgOibaGsH9BNwQgwDVAUXH80rC+qMud1DaBhmZe YuKAG4MNTUQDoiMaAltLKRuriRfEmyvH0wvkw6bVU/heKUrMDvA6kIjKgseiKTss7DJjpoMOqFgp GcLsHCK32HYt3pZL67bIS0RM9cGkyN40R0cKzovH+QzpWovD9OmgBSuPbWAiHfXlhMtWRxYpaXt+ qWvFYfwq7iY/2Qt65cajF4cJ36L1OBMdjfDBSmpjFgp+WCgRMmlFxA+H87kTgjF2gzOXV8R9oNMU Oe1+UK0R2dgp4lWMxiOhHxSHekBAjMupeYevKQ0RR9wCpdIeUxhlmR0FoVFgkCpMM6xeOQWN+BmY A5Aa4NdUA55goeFgEU6pGWiAsgsD+Tyzkllu5jEkLE51xsvzPbGllw6BPJp7swRBYvCsq+AzyJMS u1YIvQHosWxfUGisYJoZzYp+kRuU5xZpCtoPIQOIxZc7bq+Hb1UzUDXNNW2EEgdjVtQCGPhz9JbA PgxRgqcZPJyrwszwPYj61VXlE8Bqm14XGHPOUH6CK8F3MWfh8/tDLUOkoI6mEnIaHGrRB+q5GFAY 7odbe3sg/7D9nwugEE06qO96x8VFz0VnvqsxcQWbedLq9AeAncoYl/MvOBeUftns7xBfdTDwdzGb A3DhrYG81+0vrA4OeT3cYLBnuN3xdj3efq+HXyCyDoQr7m/n478gujOO8wFQCLAD254xogFyB/fC Bq1KsDOUk4AG7wxLg/HCroHOcgH709dKTWa1nBUQP6kv0WyuT6UJklfwMAIHscDnKrxMbctxUDZp jthsXq0Yo5CJ9WmMfNh46Bnhm4CVrEfrWvKC+bQl4T+7QWMxJiUsNmqz0BlNWLdZLRuJ9cWesCnK ZKFMM1eIf1X5+JZBsmytYHNaFZdKm9ia3QxuVXnJtgKjpwBMThRND6FmK5Tvi9zHJGjuS3MozRH6 TKs9hEFmRGi77BLU+KJmeHAu/M39APf2FIOvKjgkvNxN1VsMWO4HbZ6Wegq81XCgo7H0awRk7XqQ oxxTTBlq6Te7Dd3mUsRwdpei4uSpGjn81oom7KBv6Ck7DN4mLMrWhN91DWarL2YBVI63z2ibUtVJ 2Ej2vF5mpHTcfN3a8vxnoRNPJjmRGgXn4guZ1EQBNNthLcgyYRnwkmqsrWZMK5TYDb4NkV3+XJpV y5BN8+TqzPDZQkFBrEbNmcAv7hEWvQuZhd5q2iYURdQ+zWDzVdpvvTy0AeZEMMXjmvBSmFw+IPMF hv3QajGnXVjIxByr+CqkwShgRuJ7Qw41mJtnBPzFHFFbQJYTy8VDvFuIm/efgwQOYuNdwRMl9rbm qj35YPgKXG8eo/6057OhQUZe+2RrrihWCOoHM54XJAAc/53vyygXWM6LRXYcOcOLmi4jHJdM8UO+ qN2osCbfuLqIAIbYIPYKHjZPCwdRIrz6AdL6vXUiRxw8wIt3xNVeEKCIxsBVH/6GAGDi5cLPOA+Q kJx+IAOHrLYxCDogLeoUT4nzhvAmvECHCD0o4KrugaCPr1vFB446uX9M/W0BtN5+qm2iWUY6oNHG 5c0dQmdcFPAWUMIr5EQB9Sy4wIMAuDy1BNNonnxjaIIJmAqyj1AOnAK66mB1cYx6EUArlXN1dzoJ mdEBAtHQYMDEwsfotJ9mRfcdYo3oEBGKLCY2AYf4Fjgjjtc8gC2mhTBkuKzhOz5psoUDuH+1UzUL E6wdoW9BStSGtm3xJTHjrMrGO5YIGBWkwDmaz9ADfNNAVF0KNw7cgWboh+97nwUKS+tAP5Iy97jI qXK1NN7k5Eo8hMyp5TPwQJFXaFS0EWR7GkOrnR0Om+1cfOhT0ZJjDbg6Je45mP7R1bg0O1QWvpDe RDCow0qbWwqdmRN2FAhYMrSBxeE2cAZbwMEo3WVV5WlX4mXcCcCyJYY12kL8WKqRZb3muVieXLVB bCZ6co+W88pFP1ZqndAyw1XyxWqFD6thkaPUsiAgQ43wYJ70Lv4hMJdaQri4VWtFfTsLGLW1QDEl Fz/m8sdBDekV/sQuSrGsYrZCmFZGovhhZhYTI8pMgR89L8gTZbgM+0JrlVUhER/6XoDtSlNm7sKH 0DCGlUTfMwDiAnoQRIPy459OlECne1J6g9bGwwcPlREQ2wpT/ZhZslxa1V7cZrFTK+e7w0toZghz y81isRY6g4oQuFWZ2Tqi7pILGG4ieCbIKvY9LAOm8f4aMyfzU+0FkAf4AhqjKbUgpEA6Jk87aEuq GI/NEiv+r/S3gL6nV48i1LCSnjGXABJQYRmTKoEES9Q4/KUD4P7uVVmQzIpRaAqQ6W8QTVCYj2A7 rY8WCSCldl0DSvW3N+wAEv5rzNoGtoBbnJ912tXf2gerg32A6bhwTo9Dh5YhqU9BzepjLBSmgOo6 KxxsBEV9f3sC3bzh1fkxGCRcuNPqOH1wD5ZzcBR2T69CZjoJ6/i5l46REwgaHKMP/h5Meep+WPaJ z9lvgx8g5wcmkhVkIRMFSTbG8N6gWfOYpWK0QSYo1wAwH1Fk53lD4KHUDUpnfLFS7VwvmTVNgXAA O2yVHwLmH3oSWGeWVm+qgONC4fZIOZngxpRJgtKzKOHa+lACylQOYmSiTUyFKfCOaGC9h7CxvUyY 3rL2zN9UywDN0UIIBoBdsilUeF70aUNVkpHmqmhkW2Q9IKdsvo0z4p81GcvIvXTSJwkk6DLrqBEr xdDjfI1OJhC7Ko1nx8RXtLfV5ALRj6s1kcIOkcmN7c3LQGCtW/iMs7VjsbpjUjoshF/YonZbSzz0 x4ZrxYcb6GIxODvVmmxlW6cI1cAIl9uRmSJxVYTIkOssBmhZIzrvUr3xsVBwjoeGGMNDwKH5ICyK YbXF+OM68CzhfDsLoGWCcsHsvGNE3MgUvCKlD+7tAS52GaahCZjHNJpC0bJsmjIRZOICQzJTnCw2 SwdLwfIgWB72tt4nitCS2J7JL9JXCVa3AR8GRGBVQ1qMjrUcZi9HJXG1j7ClAlU6OR6RIZR9SDqY /Jku/ok72bUmolehlbnL3ClAXcGuETqjiTxG1GFMc7VxqiAqSm6kpRFZuUAiyuirxGf0ZpOKNIUG q6XyoVnh0Ez+SDMYdU+dE4/86JA1UXPUShEak022HIJNjnaWS4y7PTIBqY8wM8yGNnw+TZA5j4Va 2rytBAuHJP3c/hIGrqJz57/4D2FTYaLGzUHIBaLeFrY8FNE098rjy2hE5J/yILpSSrITZBjReWrj v1SXLMX6eNvar9q4xfT6Xh+okU73lvNxVv3tURaSCyIcNgc2JvIwvoH3iMmGKb+Jwe37VgdPUurW dPjJUjIoDZTntTm1sq0MvoFYuJ2LddGERimty1vRCXucpvTBr638vvCCD52MW6lwBGlSuZZgay69 b2GzPZ7VsppEuK8Np4nlPbV38xQCyjpe1FB8lStF0NkVTfkklVhwcj+3EbNtkb5IWIxF2weDwwCq sNEa0UsqnqK+2sFml2mXaAilNeXC9Lq3VzAULs9JDAfmFpaBM9caMAK7IVHIX6IBwPMB/Qxw4xwe e0xwBtij5BfsuWAK7etzBo3B5ezpKCNuhXajMbe3peQ65gObVkxX5jU8fKpb54irY8IV4fS2EVAk voB9XGWGrL4b1QviuFoX5Vd1To/0N6++6SF7E1qBYWg7ZJ5ZTnXJlJUkTZpP6O3clUijeJMfV9qg keb1Rz7O449AwjUJ/LRs9D4Fk3/xP7MSnu0nMmpNklYuSCefjM7IZivvLb0UNVVvj8jC6iqj52qz ySHR19YBc4GWrcpKk2A6+CqzyAxNQoddpgRotzTEeskTdovlUZ28PiF1JqY1yT2NCRBcPFuTjqna oXDi5K3Sb6LIPbPSLCkPtDaJNwsp6WAjIHmjFuZkgrb+lvpvr9IlxiQoWG+ZCYL2cd4g3bWpjX76 WxPsK2CdIWn1wE+N1JrqGlPgAs6qR5Q65MX3EXud46pxFQYyo+UijcJamQbZX776zsFTQFghoe+R PDwblM1iZOZzg5nfIDsnOlWq5s5n+fWE8+zOuLaxifQEcCi6Cj4kLp3PRmsdEmazA79m8CPl6Fa9 0hEP6GLmw92DHLpdLzj1vn3UHuc52zLAr3roYl/Awh/bhd99QFTZGv00D/II8IH6RrGyGYGXzBR9 I7aKjZcTFYww9OZ2HAka2osFWRJM/45fxQ9XHUR6iCK1WVMKRlb/7WvvX7sFlctY01O63dE/elP4 w/pZxeW73WKNaJERdWasIzM0lZG0eacbJs+CoONUsnMSOqUzHBfTOuioHLSVQtR2n+IFvdBz/5N8 8GByXUqdGDd5ukTQkd1mF10tw26qivL6gqEgQMpiSfaldUQyTmI592cgThmU3KZQbrWK9aR+F8+N tjB4pCo5kg2gJJzE5EOZ9Zxq244CMNIHHWHRLay13J8sBEA4ZwlqwjhAmwl+3tNUeqnQyrPMHLcJ zVvHBix3ZssSWX8ebDPtHaETgiCTbCptz4yiPV2MB8A3NfTKxtQsm+siKwgNNk4uIkWkMxQ0rBne zbeTLLJ0wPIleigPfwjYO0NOSYJrg/+YgBZJ3k1lM4xO1+Qw7GFLtIDCXIjgHKT3eKq5Pn72Yr9A 48+l4s+KcoAHfQBtps6iz8rZ47LxWOQw6PdnVazBR7QW2EQ5AXfhZWUXwNPuBICZ8oajEZRpP2vT X0TnaLPjt3DKMiwzggDIsCs8UwhndGcAv94DtiCb/sa+BvbKgyhNAXODLQblbdcVekaVBHjGkJd/ qTCHo8SyEhqsS0BSQCSiZSR06YwpqA3KxvGOrQgchIXHRiY5SNqZpkHglHDQTxh5/OMByoDa3t0I wPvG/wxXBSdG/txvUXkBzhXWiAWKootWfVBtRPHnuKCYnwpe3NBB9xfwMSbz8fJ3Ot5xgF2J43o8 /p1v+Jnnn/sdb/MIPcYIPf17/zuAmvd3LYZXb+9gXOzeajGDGGHgJZCkFBTuVswft1M3yAdwqNnY tqpehEmSGBmuVfBQyMP7BBVgPuA4g0QNRNZpCp6TAlDU6XfJLTVHaNzAuRxjtWNYZ7PvSQRQyrI8 k7k7VvgXHls2Y7OESqYNYFtIB2VEHQXxpxEovqDXcpEw3giOev6zVpYjkqTPga/8b0WQXSE5A8KQ djvTCbaSXQVk5kJTVMN0o2WkB466t7CoM+u9/wLkdoKd79NOUG5JulR6KLe4fEahSEehWG82erag ci4WBEvBFTHrPlTElk0Pb9GRFDsItKMl1jRHt2yINY+OWn7QArWVG7WkiXPqzC/3vTMazn+xUbYJ 2I00T93jTBZuyLsxCB11b8soG8rqGyLVd+ssk7KKk5Fht2WQMq3CJemaJiEyPw8jNNCpSfdJ18dN bdK+TV9Qr/2PbbCJyifS737dbLyJqQwPiTAl9hiobx4v66VL7BvcysyyxuB6hqAoynVgxvyJcng1 w6Kyg74pEGUABVT+rzIsb4QCZAt9xZWdTVU4U2Qb1mNGtChu4O1ogBAAMr6x39ZITliec2GzC5oy H/AmeISeCBITqmqteFtH+theALTJ5eB+2Nd3Dg35bvxGDemmD5X449wx84+YBT4XGFs8YDPJbwcq iElgEoW+YIXneShnKwtcJp6fDqK1y6/eBqQXaJCLb1llUCTXl1CMMt8wupcvSc2xXx6vPTUKqM21 eETcTQztE3itPAoj4r7XKOspUvDSQ/Z8XCEz461SYfI2Tl6Ec23mBdfClNI5ULjXiNtCGHavA+YD cED1JxfWnlAP7ezc6n5KcumN7clEtT2bKyGZrSAnq8Z9aBBGBlq1xXMK3DsnnTlzpkarqJYjdq6G +IKzCmQT+30tcB4FMBwRTweL2D+3XIZFxI8tB5LCgVY1woOGRyD5FCpWF7dJhxn1amj7MJCKT6uq 3kQo4jvueShMwXIQjQ7VToriFvghf6CeUEu8JT5PrjLPp3YmViK9mg3JBIzbiEctcyG6OGfDvssB BlGIjsfv6BfK2XRywPVWNJGi8UbELDbZd1U+SVB/QC+umghnTtRyNULgRWe89EF1li8zp612QI3A xFi4Svo/DgZnTNe4FrIFHP2iAz6JagH8OJphhvK7SZiwCIkgDS10syiiF+Lwky2BbtCV4ecUvBN9 8d1MUOJx57jZRs1Xo5B5bIUlKstZF0pnF1YAxIovQgAquxhAGuApSCkeE7EB1QBxPsaJQ8Gaw7o6 qMij/AYlcnPwpwGC3cRez3FLTV+HLwFwC4CfgBCwZsYhnTFjBTNCtJdQSSkFegEpjB+FCVzpaECr qA4yGqbYqw8Bki8VU+5wbwGc4oehppIXrkFnpVrKg0YERkfzePEROprn+BkNDtznQQW0b16ZGDAy D2xIkY2rsRuQWexHu7BdwX5+g5SGig4xONBTLFe9QI/4J9yyDouahcFIc3P5x5PRx9hD5jVAnVm8 P6ttC1UVcrv55fU5Ctv8q8yxoBXDb2GwCMT+hfmG0+pKU7KMLawj7nCZYNin/sBVjQVIZTQNHBDg YreQsMmBawvTzACRw1Y81aogzVeJHpdFErayogj7t4rEseQUgnYYPPps8K3Z8lz/PmneD+AjnOGK LX9X4FFVTffhxX0Zpr6h8/lL2F5R3yelRD8qufxsxK+wZCU4DVvdZr1LFeoLzp77DMQPkGYYwsvi 9R8P/nimVkSue1iG2NXF45jDevTm0aTz/kTqw1KsTCgZiFl0QBRjxixlnW3i4bdUxW0Yhj7xPTJw SghdBH9YpqmeWaPCaelCmm9mw9ykbq4nBhPTRebQk7XvX6OOJG0hEkLXOCgRbZEs4iRT5eeAZOrk CUbxpYb1x9szodOSlMxMLFbV59QbEI55wchGpDQMMI1FsfCUlgAYwwPji78gSQ4P8pOCJbWXBW03 fcjnX6qmhg48WQ69aLNGYTglFHoeba+IK6ghzqV1EUmzdqH7Fpt15DHk2XREAu/v1+VCbc8WLzOQ Jj13rbkMDg+iETFW2VWRTNTNNo2Kxs6KoXAsgTXJktcx4zNx/nJJHOxsWkxRzfibGkZQ/XiCGRgv qbmszqrq7PsaVWAcZmi11YRugzRfgB72Vp9X2CEzaagSnM3XcFC9ipTB7UatDMbU46RSoUdwCvNi FYMTdTJ+70wD3Q7X559YU9mnkkSsblWCrawWmJRrsJOsLreiLdfyUtjEZvDoSWR7fqSNA4wklC5l VB6H0SUNb46rXEP21tMlKwYFMhdjmsz5GDQzkM0yjyal+rpUyCIFuETBLx9H5LoQ8XXIsezssy2v ZTX1XV2XhTVLCYzumOKSUzZeIgpQ6gPHOtomaLO93ljF0cTiwhA3VkKvbc601netqCE059Jq2eBN GttoONC1XI8AQPu7dlOOgECLAtzk3nbQOtNEtfV5ED5sgGOemMnxNccp2GHMFaNn3jq4rVUuO4Ku VkyTCcilKbtjLgFubawVh+jZOpDvZPmL70nMZw25BLeVjwicXg7exqZ4UjA06TKYFEsdXdOQSlra /Wmv1Zs2bpVfdS6Mq4m26esO184osro9BxbqMv/P0ezX6b+ugODgrnwJ2EseVuPrH15Z9VA1RGH4 bKaAuAhXx0isN07yYqDNRJe3nILxokBc7fU6xqnIOfBsH3SLjnG0ut1YNY0P8d/nCY8/rQVFcnm5 4wKYzVwn1soiymYZNxGm/8QiB8pFVF+O72s8VdnoO/LnHnDweJKmEj4klUSHDd9xocBaPUn/qWuQ qQ6Tm+nJY9btbYXQZ6K46CxMqGa6zooa04+DLVKEZi69UqiKeCIhmHP/leLAwUhcgZotY2LoEFAr y9P5eHlrL7r0xj3QMLmaUT/5r2jCUrcunbVJj7jimuHhtNTG/K0YHDod2mTmaDIV5YaEhLteb8ZD AoPTHvCRdUOGmRZYNAdJJ7wHOT81uQgVzbCeswdMLlWZPKSS0TnC5s6iGPC51cf9DwH72gFTzd3E NuQ1fi8l4cmXi+e680XpSZY52JWyyI81/MYOXzbPJtW4ufuCsoVcc1ihYEQvdLPlzrcx7xlOOYWo DDD7+tu5GBscV9YlPs1T1QeBW9Y8b8pM8RsnG7vgmhNeTIy+y8LPimHhmAtOcf5IFYZ9PgljvSuT mi/ta1Iy85MB1AgEvdXhJcIixA4W5tD6QI2wAEbrmQdMoSm+a40yjeXVe0yUGYqNK2Lb1F9LS5jc eDRODO3FWqaMRYPGYRYYrokjmuQdpRfeCk5dH76q4e5iY8Mh/ewp/HGeeh4CoFAn1dGY0LFV7LNH 9JRVy2MnbrGGCbMwrSC2gIyEXtMdd5gDMUThlaoUj99L8GjKNwmdIfF6TPKyovWBsgiaGZKRaSFZ y1ovqlwBvfcTDRGhW41B7voPCNWkoQgwScIC93fmSiAwcdPs356VqaJ+zDGZ6D7VErY1OQ7i2b6b 3PXS+z2pSKsgwXcyg2tSnmjsEpWTRBSUZCSsrpK1BTLZJRPSb0YKKgwpUJelwMOhAz2suoeuU34j nkGWTN6t4uAGXaw/QCUZST++e80i7ZDOK8yGm0Ak/GtR9dIjqYF4aaLqyctIQ6PMocp3UBLkG+gB bwQ4CAjhsV5xhakOxi8cli+QfJ2+COtcAyr0yEDmuPoQfZnp8JSSotYpBk8pBCsxVMP9cFXfk26P l+LJMgJxCa6iW8blGi3DcnU4MKgOYOr6Ynukxl8/J2e11po1t273B+LaCEBb4Myfr4oPIydG6IuB jQvrFHUcSZhkfFJwJFYz3mOU4KjRccZBWiU2sITmNWIx2B+AcLgsmg9RiBUHwQIxGWapi9BfJxrI xkCKjhN551U72gAWkxwgS0vJROlNYFmVRDoZrbpsyZF4p7iU6y+fE6CUREBdw0Vq8h5G0tK/yErM mmYIBPwFKS9DgxAO/w5dkxzJHFb5kI1q0nBsvH5LyD/gXqk3oCc21Zwv70aEw2BeyYUARb3TznaN 2ahQhZ6GEELGYGrV+5SFginDtpA/9aCTGklLPwFgAHNAZ69Co5Bme7evppC7HTTRDDauSrlAtwGu A7SriKqhcE8gpj9g0xLMnxc9cfQAXxdzGUYb7IYV+3UGR2PmwkYDz4HbIYCsRli5Q/xGDOQE2zUO KKuPqYDbAYRQueoVr79hqtBHhRSo3/C+IbE9ylvzEJlxZpH4e0HcSdUPioHNihJaszHEVS3ACD98 K1zsjAE69cVr8pTY8Goz8HUfAUsVjUAajreLMO6tgIpc3P+9Xf9+r7fL7+3y93f99//sfv9O1/97 uf7d/y7n+/+Ol9v98u/pdrv8ezld/s6/Ch0oUPF7vvxWruL07+n+dz//3WHd1be4eV1fyPYBcVqd g/vv758aCGppnM+a8xec/H48/d7UaXDJRSmPX78e7l5+OJU6vKLxfFZ5Y3+597LDE0a4j7yDUE0D FRTO59t8WKEMLPDz6a4/kgWKdfSSRA0qq6CE9bwxURUXdRRup5vyzaprnJGJ7y74ReYG2Cv9ca2m BthcDkJp6wMK+HWr2IN2z7fdDRtZSWwFGUjthsqtA8poKF2NXK2Ox3qn9DdCuFIkFZ7ALEZpPuNX HxXQ8PHtcPZOzypyx4JXNyZithm57G6I6BqpCES1U0ptVDdc2Qw8ZCC9+iD9imBc2RtfMgQY1QwD orcUCUNSYYefa2dP4i9rVQeQnGm8VAXsvR6A3i/eROnASamQqqOr4y1vgSmtYAjOfz0Lrj9rBj9f sVb0bI1GZi/fw3L2L0JyJHY1Opy28H7H+dBA9bDSFttVVO0I4YjyrAA+s1HQYb+1Ip0XAODjPE9e Fg7tSna43BfOs0bVIZHQkeRhwDq5Y+myN5bEUtnqdgHHXiQpOkRU6tBOUhsMW8drrG0mFJ7PdgNT 7dZfy73qDWWdmEG2gCENKY9Pgk7fdv7J2tfsbDn7kOoysFigmYlqV0MY+QERSSpODXNmpQD7nS4J mJSaYwoZCaUyuawEpecWNtyOqxbMr3EvIWSDq2Jhp/rEP+c/djqGOSs/aB+Hqts83NcLQyuq7xxN DG+2QP/tKvqsjxjaelvJsdIdtp5yjh7hHEzGRW9txAyHUwU7GcDMMVlU0FumDjIdVolVHlvaDlie Ljq9mbHV9MJW+08UgsjijLc9zHNlc/M5SsR7CnNeyiOxf8mJxGiS7bCVa5hLNkgl2oy7+XpATzCs gqIdZ/M4bGfuE4H5lVmFbKPMfTnr5yMml2y1LQ9Tg7Lmhp5N9RP8n8UzXjPDnTCujuXYqcvd2LFK AtnsBVBtweYes029IWBvSQnbZXtXYsEkqD26kX40Su6f/aedHPmNS0QRSjc3peSdk2g40NWSqq7N 1QtbJiHtyIWEP6vdNyxWJb8gux4qqSXEK/kS1Nt+KuFrTFVSLa1h3ocE69FICErOuq6tkFiUXyeb PEbzDpLmYhq3g522587q5X42S+OSmoj+tINWbDNFKfbs4snQpm6S0WmvUbQFfRBvtKj6xt3gG7jS 6xLMZ/eaeRud9W7NWcc/DnOlosrH200/LUlAtDbNjqOF3cXOtKC13AG/qmSzA9yqA8fTFKu/+hB8 yXSPU+qZTFqxnYMQxVia+ZhFQ5rRQ8ksu5jHmM9icD3xuFJU8Sf4ZWa5eJwnYAAtTm4MyNRqaSz+ uMZAyonbR82GiMt6GBfTXTxGXnP3GixfkD5TSzonRC12Ylq6X7owjgo/l7+Sh91bRKmDpVriYHAe wYgItxeHCQU7SMzt7/vCMLFJ71kLQRI/pWulpPLIV7BdvrdAtwxUETnPWugkFulDUbWP4SDQvc7M h9n7TqcMOtai63P1mSRhuaApft044ayTeCe4pvC8en16z8cumuSQQXtEhQXqOgXqAJQZ0OA04qSw iSICvQIbWKDGRfdEhZkUE1QuTKxd7OupBt4ZbqhIXddmYbSwuap5pTI0IZoL8fCd17Y6CVEM2ykF vrPciAIdk+ArbIFdyMQFrFU7MYBjhtBRgMZkyIWT3poVYkCYglOyDGspaeRTQICineSCuw0NDsj1 S0Umgj3ExqGKoh/IbRi+QMbXg4zC5UPCAGvEEbbYcQktAwfEvEY7UJpZhseFlEJuAWihboEmZXZA LP64Xg9FrpDECaUFvpqd55B89F3orCkFL4Rsl3AIug2905BorLnp0+VTLROgD4JQzIJ4zVWeGjTx 4Y1RsOvlU0B1JUnoC0Am+Jv43em5tJkKeKcbSKRQjmjSOSFeb7QqOAuoSxVgCAEN2pDxTCvMxOcb U+BCUioGMlngRpOVFANZ/Sn0lcsSMlJOl3qKBzYKgIH9TBujBS6tP4D3QDOtI+eZPosmtA6mBAQg RWrjWfAWNxEkDITWRUCieA6ve4i5r2Soi4209O7gsZ4CUxomtzot1osUhqd8AohSYgMjRcKurqbZ LGoHAsMHZX4tAkPR7yXYtr2bOqmNwJDGpAppAbww7k1GwTRr5mGFvYvi+JmgUmDgjpb+i8/kCwKN swPwW9BDvCOZo+Biup+m+WTQejoiv/IpcRAsSedgv8YfnmL9UiGz7x8ZAcsw5J7aUR7KnZ7T6rfv Jw8FcC3gn5oI6PYqMYi9m2XnQGQvgI6SBfI01BjW3vN1VmdoNox5lokUX0tL5o6mhJn2EMoaR74E V+vEtSXQiE6axstagfwG8BJAXurQkBeLCvNO39wU4CaxJStkHFI4Eg0hyRSIcKi0H72qjAjlZjIL +qhWBP2RG5EXWncIAVr+8fEMEZdr8FwNlUiyOhxAkO2ScdO1pGL+1ZFooHIKz7ILFkpJYreX7IA3 Lr7l5hYv0hl967gDnQxBDxg26BUbYPIzO3Q1DNNbTQlbHiZbaiL91h/SSJ9cZwk3AunI18UTJF9z wfiyWlIw5pBsDZU4ykGkhJ5oDj2vhGlJ2OzzgJPUTB47k8KMlM/SBYpQBhykKUPhJvdWPl2iSYmM RdIxO9Sa2bHeovPiiIIQiSJ4vNVqFbmM2dEVuwwVbSfTkBSjwYL99IYILOkwTOkMhpS2DzjKGiSH 1oslGo4VKGv/GYQxkQQ++4LLZy22h/SmZcuqIt6ebtVYZC4IeQL1awm65MH2txI7FkiZb/sniA9k DT+pc5pt47N4PaxtPaeyKeL3Zl1zsLmtvrMfZeLYLwaizQuxYnZfDdsydYQp4YYVI3B1eG4cRVsJ rF+z9vfcghy/iLG5NPPCaBeTGK8+PxKLOz+Vn+DcWQcYjZ5ZyElgIuyohsU3cuKNHprTkvNlDRhV XU5E5q1um03mIFduzFq3+5SLYsqcYPI4Esm34CYmGa9QZx9zNgMUa8cFJtrj88P1qbEGnOZZ+hBY GHsnR6XNGK7Ygzq4YYD5ie7mC/Mhbb7u0YFeT2YyXGOrqA47keWXu8VroI0zV2C67+KyXzZNxt8K 9VDUD3tCuw2Wy/gedNWsgYVpwmupCb3WfU5WDfoUpGy3hkubs4D2/BNyozx0kQK6yoMYdRlqFqrW SIhBHuFwSthNWwOBENXo3wizPIHEER2xgnpZIcNufWl4NtHZnqLqD4ruPcKmgCZqlpMBKG7r8yuF fWydn2qLubadSOephx5D+v3FTnFFOBHWcTApS02BAaNB5yVH+EEN3vZBXfWBWOSGmHsZbeZW3bFS 9HZbG09uZKXJng2+BA3LVeLKE9tg3F6CyQy6Ur7DWiJ2c6HDoOA66x3odCyFMvfju/EvE7e/WhMF x/lNNF7LWYbJC/ilmJfOUmOZIq6zIYgoPyrCbNxpTsvH6ig08lutJnmhGb9LqJWWLRc54hHX8nAF dCbcsmrOu8bDBL9aNjeiEXPaKYnWbPXlTBUnsbp96V2aNGrJyTc3ubQloAQTZrDCU8HjxYFOXarQ rmPWrisw9CdaBA4H0a5OYGMDCINV30CEL4YVNYgjBK+ifKMGC47LHx4Ycks5fcIsCPL5+3odYOfb j6pp6ISRQA7wMFXVUIp5znOHvAiXj5WzcFQeSItHCN4EdHxCarSG/ahL6mYIoCqXAanx0wqKMiCk L4B+Ip3t9+ELNlL1iqFP6hVYBSADFXD63g/M10Z9YXiReAzGU/FTsbZui8h9AP/ZqYHwrTCJFgTy ajs7RNoZ8AqYVEjHDcpNwPy8aQ7HE89WVKTIA3ai8Fm7Cg5Ukhd6qME4t2qKKjsAlqnEhT+dyAdV eekR7ElRX0faAUfbi8sCoisYC2NSa/R8he2CFg1OsAh1XA7GZUiVJTkoHGGw6g/M3CiboKwuBOl4 Votgyo+i2gKRjsCg+mWIDsQD0kBa0D6lXdWjIDbxptkxmMqfTmEEglUfAIZQWQgBq++USdGroxdL QZy2h6A/da33vXEPEnb2prmO+J+9vc7rmcLvtj7cXKBpSMgucaVSwEQKyEl4Dv8LczcGOHC8Ki6Y yb5WAQMcUt2LShzD3HTqRyVcEG3ljisvYVIrhBt3OBKyV2lU/Xgq4XoM2SdhP0APoXBmXbNnLN5q XwP/3Lnr/XcRjvXKdCP3Vt3hcttATS+IvYF4SVDx1XOVk3vnHT4wnT1fovUCgVVqrULsFPTtJYBH IN0GwGjGT0pY6FLVeWGbh9A7lTKgtf7vQ7WWb2rQwkW3Smxcboonq3ZL3HDWitZW6xm2eYYUqkZc HWZoJryTIK43bOcVGPZ6V/J2DznuVYCq5IJeFadVC1d14+6t0O3lBrJ1CyR5d4H+/mJH76rXcbpd b6fz/wJqffv3L3waXny4XX7UPvbl/k89j8Pf+fAHAoYb3wHUx9/76X+KHt/31//93AHP/wtvvgUs q/Vxuh8rCXLQC8VD/oUa6wP0+Xi4Ndi7nvxqufbuf7fj/wnYNhaFpkcax3OFPi5g8PMVfjwvA/y9 BjsbuXbMuWlyLVj573IY4Pp6v1wv14jfRIArbiYvOz293re329VtVPSksWu1UiC+ylnczps7eao2 4p2CipdYwYoMmxfTBzdXJtxyUMf3pAUTAfbtHY4/Cpj8azWYONrp/Y37zS2a+xF5ngq6SMUYF9+X Jl3hC7WZDaWCFmqZZGoqZO0Cr5s89Z5HpYx1C02bYqw1edWfpjdr5Cmsx+4PMA6gt94pjAon8hMq lFNXlStUHcm+VFCG2azgxrcueVMbi+qScGIk9/j7MGXmq6Id1puKx2zC+TZ3qQcSOBkg5Q5tBhBb yG5V76KKzZ6VhXaLEs0V1lAJ2f99WBWnr80Z5hP8aq3qw5mdrIgQ29W7d9bHb4seEqt01jeLZD0r RxU2BZhi8hh3RHWfKwPFGMBv2YASwFU3MqL16uRFpaphS8JYYUYhJWTr9OZH5hEMLikGss6Y25HC wDUytUcCcFWAiWRuUEYunaUFRtKdVTVicfyyWjPvZMTeZJBD1JmUqikDykoDhFvqNdi5rpILS3jC NP5eAuWlTNs+SttFNbd/BzHb8ftTl9Hrgbsg6E5kADX5iXjH7P+nngj+EfVh6iVDu8sxGHukR0ML iaVNENbnxaA2UkcnpHcHKizN2XaphHIFEdpX7aclqBShCii2QeejBDMH+eVTgN18E/Q5iDLAX4LY r/yASAIFNhxvHi5kMJiA1xBRnVux52lAbSF5fBWORx5h/rVrcndFCryyPGX+QbUdIL6e4+YOKPOI eh8crLvWofp2HqWbuRz1SwaScPwXbL4DCdYZjpCCvh6SG5drwSfxZFcZC3jM6Dt7N35ttKkeB07M p5rjkDmsKI2NRcADoONi5tcVD2iTZ2pUEC09Lwzi2Zm2vKXOq4HWXF+0YDTcRuMXhnRaIN8JlMbz 49U7oQTlHA/cxAG5ufOeqKs8Y8Ii0iBloUFgXKPgnum0+IvL99ZrRD74ahMKGYIHAEbINl4HqQIR pANyUFEpcvQ7piYQ03nQkuiP64WzADbJD3XYSQhG8qajiTJmKWo3eWgYYAEadzECc/1xEZoAkZa8 SLjoBCLZgMbCtsDi4rVCpxBOpcR8UV7bDDom2BkrwA3HEf7rJ2R13qfJCS+FXOfpeS7EZ6KUeDgD joe6UnjXNi5NDUmgsBYgXRKo5+f0psv0Z5SOXgFmyd3fJr+wsXmhOqWeDaschvb5loQhevVVwRbX V6Dof27XNS7fuNyvJZ5EAdQMzmkMvRvFm79CoPpDiTuzQf+FH7SxyfQN3zv9FrtSKjFc9AWfpx7+ zo/3rdRHH+DGO1EroKK8/q2kzCSuxHLiBEx/E23WTKrn6VSx7fsm8NDVga8pQGUxiNCKymX3Yw80 7+6hQsGzwY7c+86wu6BDEsBMYVFz7GvxEQyItmhV7Z9Coym+bNFElizesejxwAFI3noTGiB0CiEY 9mT/e1UONfBcoAT2S3NFYbFNx1j4GhIcx1ecZghzpYsLaR+gu4WpuWL34HdBF6CpVWB1h8PRRp8U sqXVAb0dSY4V7K5gHMDKZvAigzJjoKVqVrgTo2Y4nSo2h+rAZiv34cHR2COkxfYFwoDjakm9Edx2 CNXXU+y4sCYICSm4fApVwI2/hK645YvqLcOBYGufL7HZSPNdnefQJNkGAWny/H6KEili18cZYo9S LAQujkv//vwKgRFKklC90/ngPANbraeotT43fmAVDCu2EEGA73xQ+K9vUEhjhcKhXccmDXnThQji 2MJJIBDLkEBVQV4OQATs0CTC1AiJD+mueilG7A7grvBT/2EKqIEpdoLKQjM1QnJNxt3tyWn+oOHz 8iYDr+I0zMIUJ6+g7Q/44QB0UC96ReddkyTClj3Lk6Q4w/EEp8PTa/4DB1qZjqgYl/vm5Dt2GUHq 3GiQouK0C+iqMUAovMJX8dZwAWlRHTfAtFw/OzZAN2PWzdkEKIdHNxDGTAPBuWG2XWUW+tWUwQH6 wFyGY0eYTNjAUp9gu64RvstQEIw++Y8p8wyGeeQl2MZMZqXDBo2IDClqcHJ6RwrKwlDoQMVmJ8X2 t8+06H/h+0yTKWk/YbH7Y91Fy6RriY7179hN2wTTxDx3np50utIFekutXNeNlHCkrefqdBttYAb9 IDYdr2MgcN2x+Eo3GGv/MQQRvcnCigQnJistIBwGF3UOwhhJAzgzlXl6SJuxjJKlarqBUebdjVAU EgIoxK82LUEpwF6PjwenS53vKH3gSebdUtJ5bHl3VSqG0ll3IFd/mBmFDmKHGqHHsb7uMwi/G0AT FtBcMsUmrg8ZOtaEWsB/2DsfONRDdBSvHG5mhZGH0K4A9TTJFIzZM9HgN5syMB8n1n7n5kZBXc2T adQArMmmTuBAnEbdTD0uKdOUrqam3QXnzN55HMmZ+BSmG0wHGCxIGE9elkInA5DDlWQ/DK0r9bkr bGD6HO5Grash7NsFMymr4vYU0KD1THuW7CZh2mmbgfYMe6NG9BDkpWdmjRapD99M2b2tmdIsuhTw 6xdz/fAWyDHzThWhRa6h2yTqEWi2cCRbEVugd1wR+w+rQDSQRoM2TE+0szA+k5yylHz0qkaTBJ8H sFS+tsprgI7pFbCOWF0FrfIVIVJyvfKtNd5b2Nrj+qRtzsDrecvfnISochJ7eWjp5893Z0w5EtE8 DN/nZo7rGRuB5xbG1/4afmtz/3hDLLC/NMBATNdrAirOUcSpzuP0VJOYC9RBMo8yF6lQ7hwPgbRb WjyQ1Ljsc/0MJ6LExkL78/qIE3ZOLsDYPAP5wYf0SvYyQcTG3KXM/Cc3IVETFJ86i5SG+4YjGqzf +xObxoh8o1EmiKfGteCdy+Q2CpaY492yYG7qKmE3DdZpu4knKtLnWUw23QiwTWHrnweYkAV1NOzg U4NL/uyz0Zh793ZdJ88pBu8m12wgaIJy3+NXTyynwrZ4Sq9FZvV4jIPwU8VyozsXcJHyzTJIoM0W NYckxbNqqzAz+buHIWvJdbaTKRmZ2AN4NTJ0mQPmrVWruUZmJtg6NpVDRe4enfkq6VNPGS4ytSPy rADvayTwsWxNcm6WjDn1MJiWlPGbesMlUjuUZ4F/rQsqxJIQYdwTd7aG+G6lgaxlIrKBop3akkor EEJpUA8tALOmmgPsaCrU7LC0dNNYuqCBvC3d5enAYpKgTzpWHDH6yO/lhQqduG5cZj6u/3Ojc3jF xjohN8TXLZrj82rEIuWB+7YX6wS3xrJFTMHq6VS12FPI0PJxTH8iQnUzBZ6c5/HYBanivYJofCu4 az937hkTWGQrVgvrhfgG/ALF+ltnZ+nhtQo8tenmOGbQMIwgTnfEKnwzca4Q7/HOIPfD6NB6AkqA loAIXE7VDXDQ6l5xNPqcGBx9VAd0Fmgp6i4qjoBqgtQccI1wWLAPY8EhQxhzfB6BpfIB+j8nwgXu RupVTuEGNQ8+FQgInSVNKqsLZhHvQ3ExWnvUVHLWX6Csm1Yop8GdeuFL0bcAxIfoa5DTSgRqiixj egI1QgxAK25VADmuaaDrab9UblofzzBhgAy+YDQr/YtEi6gzhU+huZHyMMWIq6IEvYYPA3a4piRD 2tqvCEDYC7FgPAIZVBYA3p4iBQHVl7AdkCxUAMAFi6onqg6QVGVj4ZDDlIV1wCRwX4FVsB34MJGB L3q3l0EAjXUAVkWg3mJGfgFCAbAgFM+OQ6iGsqrUyMEwbYwmE2L64S2REJtrOFUoBP2BxKqzrAuQ jPMRQcvUmKelUgkerYLjdFTWQBgJog1+Aq70IjECN1cKxUcqfvRoBwPZgLjRcQFUcBi1kcN/cTOH exgXWZGQkFpQrUccT9QYV0oWYxWJ1x+AHuRfTWO4lcQDMAvRUmFhs6AeOOweLfkc4RvEpPyCKrJw u+qKK/txMWkmOkjcLPb6Nv11YzRjswlBhA4ZFCxb+Ys1CFKaYnsDdGnSixGD0JFIQ+wogtkMYeu1 dcD3JlD7KMIgaZjwGcDmDWawwV5C1xvNIIdB+FVrJs+g43If4Dt3wKWRYCscrBBvsLnnAqT1hOiA +gDzIHjIPOmi94Zq9lI6pQ68wu/8s/LGPUsk5m96An2kwJfLBfiMbgq39/ozQGQvnwyO3t/owqlS zmTjnWw6UCXnyjcHWYIwe++elI4sxgbh2Mv49rcL/jA8eQ/qxMaNFgvcvGxVhI5z7IWYijdPNene vwbuBNB7KR4e9m2zA/C6OIT0HPu2LElTibQPZ58pahzg5V6a2GIPosPghcB/I9DiziH60mkIJqVA T1XiA0x+l1eJCdur4iKjttjVtZanYS5Wj/fBlTtIL0h+e0Nrq7JK2QCK51k+jhhK8/e9Fo3KMgmW UaA/Q2RGKsMC7woRPGCtB0hC4VhX0m6R9ahotYyY1IF+0K2xAXSehV0CL6WyoJflXcwaqyh7woIy H9IQrBQCqX+kk6IpV1410CmuI+odQQBHpKiqX2EY1nIoY9YsfDjza1EcVoqXu0vhEG88dSuF/49R 6Hm4wAGe5AO0kOqBUAEk+9XKdK8hd4ABIsp06/L64zhwDaQ3uqMFFeBoewWiVoivMx0+ii+q7rpN xGYXlMUnaOeFWXF44GmshHsDg8sce4INTeuhxFX+wWjUQpTdip3EXWynC1tFJPA5ECsaJceYJ8Dl UN2jT8lFtNBOq1yJJtVW4uZzOBx0GYet10znkZbk5DTyNBuw/YtzrK//UZODIUtf5mFa8iFUnYwB +UE+O8Wge0ZVNbCYySaidKjea8MBAaJG00bWBQJD4JhEctQCh5NO5bIyqlJjEONIvx5h94RQusBg /e6Ujs2sgrgcA9sZr2py6LZgoUoU3S9nLuzsHIBSqFwWwDSklydtz0YdpltcC04EbRE6xD4usugc VYAZR4vpBf71yhvuC4LxTv0PTp/NEXSrW4DsZjZIs102xXsDDRpo8z0+ubjJk/lFwFfuDq/JHXyq EuzAR15pKFwkDw4RMBPIgsbGYxVXuRcUEEoReqpECd8oQm+eOn+tos3C917x7IeQuJA0pN9hkfLn uEy8L6ETH9uk52Ih8US44t/yvNUooAmmWsAhXtAQ75FLFgFtDewSejowVlk4V3LPCvqgaxzRvulN 0O72dFdNZAHE4BPyEUNeeHhBO/mR1e4TjomqEFZzGrHPaj1pCz+r3sE3VyBL96BPIWCkEG/L1z2c 1zkeMzF2U3BtqBPFJI3OSOa28ut7pRHN7siwIFQs435PFuAI9UUr0+E+9XABmr9DP7DBGue7irPF 9ZAKX4QvoMQJXUKuxssmn0htDuKL5LCqAmCEHnEO+9n72XjDBAAEEZ8KAwdywIms7wTsmRxh88mH p4W6gXYlivRFwZOZy0MGlUyE4mNFfKED5Ay9QRwVNOqIUGKRK600ChXNXQZCmDAxT1HAdN7zhH+k GF0QAtfxd9KkIDpFnstFVXaDu02DkTvmzuuu2+IqjRq60Myz8+N1u3A4vKzoqckYUgi1sAz7WxzW 5Dpsi2UkThDdiw3Fyf5PoEVAxcmBFi0ka0tEIY429a4VL3hGt3SgT8ziZ51IB+Blos70Rr2UBm6C NBo6R6Bi8EKTdyyjSKM6VuOFdqCBaELaJCJqoE3QKFHreUoYZkB0eq7qozUYFFM3AINF5J1Z7GSx 0dNJ0RdNAA/GVyRpoWLaF4okOoMvC36JV5eaA1iQhp3WtQh6joldwk618vxeUaBaNwtAzdoN5xz4 SMWLRGVlDvy7/Ceen5IIxmsmkU4LHNNP1sY3zJtot/ob4lwr3yKj6NkItCrCI6jAMP/pmznXW9Tl LqZyaRV0Al9RJw2fWqhj7Du2B+MoOBf/EsBBJIZI53Vg6leENTa4RKfJRcf6Q/Y8lvBa8PiK7oCs GTjQt8IqsCuIlylV9wEGDVkmDCAxgUwXzSbRQ9pcTRWr4QCBNHEaYRN8GOyQZAy8yNgshL1U8CZ9 sgENDEcx/EEoJUa3NTl1lYmyJp0oDoGkjD2afALRjKnJiOMJBrfMUxI0UuBcNS4qYWKIbwiaLyC6 3kiIGko21EWhDUiO0UZDrR4G7Bsh1pwtPr1CcVHtjdYcUm5kUWus2tguBixARxcqWny8PAX6Qf/I DiAJMyUPoH1AILos9qcqJwirbk7VyA2wGsd22KguCZv3dApR6zBbqO/727OxmBR/jMgDFEIxt11Z FQ13xxBnRclDwZivlydcWA9WG+bbi9T05plU2LjopBFR3VTtkSwceU5dlarQ0KswVqOzYtKl+tnz UjMrpll2HfFAL5+eFBoZGfQeNz2zrZBUHQboGwq8uTowOukHz+zh7VVWVsi8z9lYs1EBpQiyFkMm 2uUuNuGe/o/lSjGY89BvhGWTZLgZF0zgt0UH8433H6KhEp4NXcxg6mESDM0AmgwKaggxmJ9aLJq3 3i1vINfgS9CMcOMaD0x9U4Adjxfi+9A6FcE9M3kvXl4IebEiDVVl9MoXKUz6xiTSpzIszETDMgQG 0Yqmv9kjXTAa/ZV1Ci8fpaT5JCElMVsGC9Y+SM71zd2MuA63XXqQ1ZhJCq4cEbuw9o3LFKf85TLk c3xr+/v+x6x5fSp7w2S4QN6Fcc68NRw3+6rcS1UV2qh1BEE6ANwM6J6WzVUGh5bmQZhMMw8YM9TW Nn0PiidQ7qfL+lr27Jm57A2DntWiZn3oB9ur6xHaNdqqJiVfMc4stousYZZQM+0SRm+Kkq3xeNJs GGC9eu7mln+qC9lrHj8/n1RL8vTUNXgwXWwx9N1Uc1+90ATakXNUA2kjPbQrldGa5GAOUOKye1rT D2NjP62IDUVNTx5K5XBK2TfbUWVYzITGMj6hjR7AJxp8uK059IucdUNX80l4N9G0+TMasWVxPUcL 9dZGQAK6Y6qU0UrXZFSh0ORp3RiXojcuDiF34copmM9n76HIY6gPXCN3GhB77qCMzoRmkyTjaqfi HLblTgtWGwsJGMzOtDCbIIBe+2xmvG1H1yDGEFqdp6ycVZdonRPWvzZfe7SR84DUoWpjffOOV/uZ ybHHtIbbvOSL662PyjvMtHG6XaKDFPeh7XxYt7Tpe0eGLlq1+cO0Ul/qzYDStUkdci0eZ1vgjaRl 8m0rlq09Wt9dbK+wpvxAhuM5uC2OP9A6h7r10hXElLvQdSGqlLCjFjRbKz7zh5QIybYoze2hBlvp ifwcMg0yVd2O02hwsNJGRxF6hnAg4nSLQiK/3Up9v25z8BMGLoQTSZoOLhPIvafz2YDJ6spKbugB d6Q8kcDNNlrW0pLXPX2OR0FRzKYEUGcSif8n31RnSibmFdcfdlbu2/+dpeKVNWre2eiDw2gOHgZa r8DdRN1KsynnffFFO8ajy/nVMhcWHBCW5hZUipFEH7Rom15jf/jQOVZTK7ITAL5ti8JyLGFknOE5 pYUFEU4fU6UJoEjjwhm8dEk6VkRZCIhFj2CAjeCLUFzRFKBYlxhE6lNQZ3kgIhCLXNnkTbivfuoU QK7mkIOZPeAwXSfmwgpfI8gI6XieTmZiHEd6iZ0jc1RVT1yRQi036bCnc4LURoab8sFCtUMWIg2D SIlE782pPC++PWkQ61Q4FNkXowjENRLybn4hCXS1o8UoJXFvfd1xSgyZSvSQT2/sFdQjtJTr0WHR ugCcLy7oFgaShPi+l+KR6nRfUCwoBV77AyLXW/EyYlXQgE6KXTvBSku3jgZ4sLl5AAihReBe7DX3 9+65DsdGvxbVgoqqdiGC97Y+400sfv15F4U78UgUEFDHq+FBKUBXAApgGpARqDVeMQA09DlIB5gk /Icc9QDYMoxIjQGUQvwWCK2LwgsGxkeghdjA8OJaB4IADgL5obYk3OV4Yt56E2EM2ujNTdFqofru r/SuiwPICdzs6HzAPPQGoOIJRAGwIJaoNPqdrtbtWbmd1ISaOMpNVOJx+Ifpt6aV4m69Q12Gzq1U OHhnqehxxT06bUoR0vfl/gM2Fki0eYvGhhFN8CoAAyk7/D1nsqEUcBDgPxTLvAeXAEOoFqwbHDd3 07zwfReoiQHRUbm2N8s7lQxgsgikJeAslI0OgWCCpkhW3xXDLIeS/ElbtxwSN49e+xYL3TpyChyq Bt0iWXN+HP4e4VM2g0dEjF9OyL0zruO3Tu4TAhQRJO5VfHBrZGlItZkFfKjA65OgV3ggQ+DWsgvA uV4mCTQ26ahjIYfuCKbd6zgYDmwCpqatUHGzBOA0LlkGaZAQZmoJKwQPQs8Izy07sPLA/RjIsPkv gK5UhzPEZRm8VU23Q1mBfTIvvTKyxESAEx0ZuiZUkCQBUHAtaI/D5sCzkhWpb7Rp6Dh74Rtv0yNK PEMJBV2aDpVVuE5FAs83dsIxrdDP0/Dxo+h7pR+mtv8RRy89jD8aBV3WoswI1rS3Fu6uBrTXc1xX wCP42HMxzAeF3lxgpMjnqNE36PTP6bK93E+HG6gUCooJ+4Ot3Tse74lAwQjcY2UrMOXPez9VQ1lN icO9t/X1TkHM39NWMWfUelD79fJz925BSO4dOE4uAHYZISUnQKklJOQGjsevpYoKQfX6r/ZCQCts s+QFaN08KSYQN3TyYgHvagiE0HmJIFGzpj7bq9WuRsScuXC4yqqUBEmYSJuqZwPiGQ6rs1fDwPt6 Ja6laHnGR5W/yyIBu6G+7EhVjzJNYNBeh0WoJYjZwTIl1kdrI50NsGQGiNT7ED0Ut9C0StDYMZid rJkCzeBECSKq7i5KAMdkxkNulXX9OZQJZ9RYCBdoonPisHG1XCiVVvdLnbH6lIFikFkSltMm2Nkm toUtoVJVy/8AJjopXvnnas6Ugfcoz3T0lY8Bmqx8tA3uU91oyXar3TNzw3JUbMKlqcvUjl3KheBq d7qq7cTKtfM7PoMS4PMAwDkeZXWTJXv/3u/MGtxV3SQ2vOSvLS7oFHBKMm1I9kK2rpNdEuzQHfJ8 ZbcZcJ/MpmcUthSz5sxRfQ4otsGXEM5v03/+QB6EVLJX2bBODmU7e/Kj3m1bId8+MDPfnbvxCvjG 0Hj4Uzl5nIeqM9mC36v5x86KJCLF+QE24ye8zdxOTymHbaDcSm1E6kAHlUr2T7wFj2BI2GfjUYrI USGh3fKIJUqAbUR2pnltA9zcHTZ7OxkTSQ11XVc5R/62lcNC21JBLlTIp03COAMkxtByhhzlNwHV 04qtukAj4TjhQOT5KuBcO3EUybOeF7DALnrJ4DpazmAaSV7Ey4cA3fCB6BKNIlNSTZJGj9aDrpbr wMvikyEgcTsJIUTLM3jM6UChARghpzGoSifAevybyJucd7+5Enqp1l7PQuoAu4myRTgFO7BiMwVn rP0hQuVUOpUPbitZL0QuPll2Bh7JwfvChE49OacRg9SfbuAOQxfz8PU/6CoexD+5kkBs3fQ0SFdY 1kCnwAWMRK5nYLvDaOAp9LLhX8V6EKYXJguWKolQTbi8bq+P7MVdUMdH30OEPEhdO6fDCvbydKlB 4FhKmXvnEc1gaJOxc289xAzy2JUHtVK+kUaEEl4OJUQ0c9xI4V9IWjFvYatGZozc+IcjqedbF+kT J2wjxsrX1T3xybiXdFJ/Xvh14c9hZT26ICF+V2BGC8jq1hXAdWogFmp2+1dM4YbqnUIben5nlBuO YCxOiPPyYSVaqM24cE7cgQVSTMKsJc8IsSs0Fp8aklkAzKw6sKsPOhNgUKwoxO78NrXj2NMHFQ86 /wu8UE6ZPFxS6BVoRs+K3DU+ygjlMDVsgkY9SNhVcEnfE6HFHvKlBRMYhA7r0E9LuXAYlOptkoWD TWNgF/vgF/IKk+l0cx0u6tQc9vrELLjB7v143xZ/sgJVIMlsPQRPi7IPAIiGReC0iU1wJc+otUOV UwxrIRzaV+yJtItLjF6UGimIjgVXqPnZuiANyhosEz7TtIBQquma6tb/VuYYI/2iPK6jf+JfFlyn zBBdavEbr06JuNmECkokXVCI2TU0gKfbJxKvxMTqyU1uJPWwzNAX2mIFeJTwbxaRIFR0n4g8MkgB lAJyKpdCck1Ty5gKpUejfsQwlxc9OdBNMm6jRo03PWmIhptpq00PtDYFZEV/wDy2tnC1CdY7E6zh CXcKHc1FKT+mKW8ZZGFSWkkiQN/BBLRBaQONAbl+HrojyhAcQ2NFeYI/Z1oZw0qyzpDhJ/qsa4bv OpuCWgKF7Wl04GBTNmiGvtQzeJSrP1CU5UQoWxPvvaUBp1RCXMziCfm9NWyIfE18VR3MQ3oejtMM Umn/76EALkslfFLXNFV20GrDKQ/us5NB8EoDVXSDwiI/m0Z2LEKn0VjrwZYJoGP1mvVZEnaBNftY dxBA2tbyYgCadgNs1puIIDQbpfbDZGmUT8OYQkH9s/h6etXzCKYlHRzrADh9vqmzrTNPQd9vz8Gw wY9QtKA50HBYbQaBcHxUsVOwNd1mWDQan02x5vjhLVjVQOCcPqRez2BeMHUVue3FMG4zAMGzvMO+ gLqNCXKtXrMVEUgC11ctfUZi4+hHt4wRf1SdULjcaDTFPjBmr26FqaoCTk8AlaWwVEAIfQwlrlI4 ePXj7cm4UovwVwIPtH5ShQJubq2qNQ2IftVbPYBph7Jas9jp2i0dE0r05KGGqXnYPVO39H8rOkTO 59SShO10tqZEPdNBilh2jdAo6Jaxkd4C7Km2xEwMMVRonCJ9LF7C9z3IYmwBzqTRx8w+2aeREo61 lP30r4dAdrQIS5sn9uh03BoshdAjPgxnbUR09cXClaaARuqDFnmFLvGZOdaLrMoA2x4B0M72ztQH tHk8tM1wY2+WOmRW6JKExULpDdIsB0GMuk4aEh5NQiWrW+/pH2xbg6kEeQOsPUMShBBV9TACM2UI WngmAx/6Q68UWtfXJsvy6u2i8cy5MSwn1QfMNg1zp1GHspZ6aOJpFuUgKclQMq1WRvbOsFIHIk33 aCDr3A+EZls0fYneZLXoDN6I/L1Q+qDNQe106s+StygGGbN9M8jKzudLvH3Rk7TbW1yzhGaCgfJE U5a5tFPO9sBylxOyo1TZu8yeTSMLk3AIpJUx/WHuWqx5LFZ6Pw/D00SiUDJoOTPZBvpRJtKmWa4W JptR5un5H4uk61pmTdp/+Yed4qKTpCVJYPiMe8MjNJcaXSMytSRhN/DQ4gMekHRtPXOD2U/IPSYL 5L8A1aBSJsHNrqdSUamNhlAzg6UD2iYIwOT3uFSIDzO+gbnwLZNvftv8aV0WrdYpMmPlK3Okuww7 Dz+1B5V7SqtCpZWxSFMHxgqiPBmPFIfXZ25SkoF/Uzait6rpQNKyGDTlkSxDKSg/u9FTZEEym50r Uea3F9caKDlwK6pona21qZFCCZNG49yN9Uxu7m37Z+Am72kHsWmlduwmdbT1uGyxtn3onbR6yzYT EpTNJ8yV81/bkDmljOTqdxPdZqHPVgEdc1PdakG5z3hLbruf4r9IolGnL/bFrRytFiqVdUs+JkeO +vVxmPxkNPK/3awFai87lgfC7YFQpys2sJQZTGRrcw19Ni3tAu5RWoE+cNF5y2VbElKqloOTqTAB BOXyBR4LVfj8YoFLB+lUuyr3JK1vttRHkrpN39o7LTSzzpF+1rWEY9UxNoKF6AJchCZGnwtEcth4 ZslKhFjww1k1NIfsQFgiDWHcpvSQ2NyFBhMuR0T4inzvTTskGk/QMJ9eUBfbRxAk7HdByHwA3xwX 7ewfJFRwjCYkIg6xGwYy6BbIGvFbnAid48y4tJfR9ZodoFTIs/oBAAegAagALiywhGDBRUMu1YTs dK1gcapKLg+QjVARt+PtFm5CUBRK0FKogg4DxwDdkInw2ooVInp1QjZcuVi2Q3e4yDocJiaShVoF Es4TEYB767cuglJjIjnCVxddCkKsxDHMBSYJNIlzBnrooLT6dYpeKBjYbRXJTED7g+fi5S4dKIaH dJw29E9pxKF8DRYH+A6vM2JXgsZw1Ty/mp9Q1irfxj4WS4fO4P1yzDuCHOgKwqxN0q24IjTSdAS+ wpbA2dBH2B0EyfFtgFJEsrjT5IoKWkVZh7jDIjsE7fZECVKDi55iCmL0oaHOoNQUhQRhQi6HZwv6 I2Q4HtAx+iIp48fGDI4YjV/ayU1QpPn0X5UbAlrBtpC5wKDdYXnWQJigNntRlyviPzrfbWBwp8iH K/jUQIMkUz3RqlsYwAXm4Hy6vkca/8Qt9ZTL0kDDhIB+2MVaoBvBVxAu7a7V0e2YZYzboCPM4YHE 4UREKDQFh2oNeAlEAquBVMmwNkzEp2OqcecgySYWZkvftz84jrHKqSud+HKiHMQHHpxaoN0HMYs6 qzpH3PL0JOhZX1E35QsIlqCP2q12YhVetRYrHJQZlg3LhauewMg6rzM+JMJKuJqx1enoHfeDjdNc HTXvQYggxk+AP6DRhPbasWDmrdkMbtU9KDMlQgkHKcKBoasVFQF16kN1TnUCXzvk2Sv/KJ/qGvoN 68fWhQ8TD26uSggUEtIcxRR7HbKN6gpKTQtgqsOX1RT81YzrC82A0ipiAYSPQBqEhbHqOYTTS/Bm XSg+EN4I1TP2utbcHS29Dh9oudSWKZXXAO7DIS+j2yjZ2oBlXszztI5PDhWnEoelKa1kq6dcVLkE rltKDY0CWpKQ8iOGL0ot4agcojJDRURwYxVLiZQN/sXO/bmoLq2QiLcEEoxyIeBmVTyA9soM4/yf T0jX5g5ZGYUYEdlnl8jNllcvIFT8ARqMH6xZTOyKo0S+PWIuA5gtDaWO/cFMprWno2IOYGK1Jly0 r2qxJ6paQbBeP6g0RHTqylZ40AX6XLIAEg699o9yJUoleG8hdnFFRZgadYkB1D9rJF926as6wvRc ViT5ppadVbByyKIXSJoepm9/kgyCJ/98Gz7Jj25Y6p8Z0fJcLWWTBoulhSb8E2Re8VurWFEX+riG 4to6muhesprqJHAaiShczsgiM42tdEmKT+zmYB42M76wHFknDew4UjMeGbd/Fq3C39I0GT6rz0eM FhY0M7iT2rMcaIkW7FXZ4VYyuNkTGMA5IgKbtN9YsBSa1hoHNTAG+44djlp4Zx9V06CVBbf+/Dli n+IDx4h0Ol/uqVd1yInZAy1jrxAk4fJiq0/a6xi5wj52JY+QAhaxQ2weSVY4td3l2DEobqf+cAFY e6FveJphAl0zGT4MxEUK1mN7M/wWW7mdqtqotm/7gpyUEVhJsoBRoEuEmomWWntUCDWI2pC9Wd7b 90gDWGZ/VuAAkkAuWTQbkWVF6JBup0G7UTOwC/s8nAV/1hZZt0Do9lxeg35ydcwJfNtxW5tLOXE9 AnQYRZi1f2thzU/hLdnbtVS5VEPjGXH4PWaeAf1wA/QSCJ8fHKc3uJARhuebC/fSEEBslhnQXX8w yOUZY4m714igIPGJ+RDcrKjavspv8US7s9tLUkgEUw8yAq7DUyGZ3n/nV6RIT+6NgQFLkBt+pf4F 7XKrcgM5eDzPx+lVEJo54PqZAv53NGzOZL44h9jJOEgQzw9QA1ryf04z7yxAJRdokM3NWz6KcXFa c5imXqWex2nhhuVMeaJJ4oClI2irUOJcMcV4PRMGweE1OLfTwSSQ7y7MC6x+PL7+g+e9vE4m20vx hNs+MW16S4BuopLaKGGN9fEDUQEndTO/ko8Hu3YRT5b7nvcYGswvfikzQISA7HIH1jU9AupyzUnL nAS3dr+/jVpyX3hA2YRxnFLV0Nzrudos9OSo0g2jpkpcctlbsaGPTPUDVasHHFgzgiGgZ+UTiiz0 lL9HiTQH6qFsvW2wA3Fl/bVDJmF5XO6eYUQO3OWW03WgXbkeWwt3WAUPyQUFH4Q+0cjX8DS6x2t+ ePeCOMGIsEC4wWnmooOkcsSNQRAm7BF2/ExwXQHbcFaTnMSAhEBpF3nzpjiRAGHYI7WAG/FpR74L kkHOry9TUQT9yOlXtiiop44FWOe4d3q/V331/OIPoYIgRvgYRINaVpFJnv3ERX7m7opcpAPkbhjS okUdFQxR7JIZ7mkJEn3HwoOeRUfZJ/MUYkkHRB0lCjRauFOM6XpNCTE2YWn6DIGc6F+0BeAiENHZ xNQBsroiVNRS69qtZozAqL/wU8ya3LQrZhPvTEhpkPguOMlF1kVk3T7R/aQhxKRmwNghgYbgTqJx q2ZhCaRH8uJvETdFLXQmLDIXTUepFf0FKwVRoFNainApnWLrqrkweBT1dL+rhcPPrCBAWEQ4fSCk ZxxSrRdZl40TXTFz3o8kJDbWASss/jrm6UFtxWnCUlofoKFmQcUbKtWbZSnK60oKyHrQEBYx4Xd0 21JtUOUPSNA4GMB+pT30KpnPPLqLmFwvJGzlWKbsjGbtI9YmPQuGtqzq339QRumqlKRnpfoZmYyf e31hoY5e+JChdl923oQAhJ1NCIAxuspO0gpBBcto4+gluwkka8Zi2TD6t22krCLOEn3Kerq2yEsw 6Astd5AFp6hl1w6TtWXrwAUA8XaWB/ZSJV/90lD5HztpX9EjohA8itFF2a5seXauFjZTFxOC3jON tqfstOXQ5qIF4/Q4x2Qdc64bTGp/sQKtVhrnQyV0imzZNFugHa7Y30jZtAaun7KuxDe1Dg2rPrPf teaPRcTAlru11VtjDbl7vJdWP+1puTGk0CLrdC2C/bxH1dqqJkzj4pHnDchoapepYNTlcuLRJIom t/IwERyxsLI9MxC/+rcMNy4Tp4DcdNmc6gATIjGdDTfb+lBqhdCIwvDdT0RSXU52EKYn6GhqQqq2 Fel1Ywo5S1hJN3jNOqTitKgZaR+ijcCIsUIdr+lgjdaybTaCeIImjtaHSj2mzIyTNr19bGUZoOko YRJyG1pIvUkpLWvVwFR8kUpnzbJTuuNkvfW9yJ+ApdtjfOl/owVMzNc3Dj3bad0b7KCRJUlMqNnP RmVQQE/wHobCBYyuXc8ygtOk1V6tpDN1yLW+0LH5OjNU+3qjWnMYoHnq95bsKEnLnKRZdy9Eo1B9 x/uiIYyuBWVNJNFAK2VGvBww7yLUy//8R0jhlCwDg8WABVmHhrlb+w8AiNmxubjFJ3DM5GuYZBNv MFWcHBWtCM5l70FCbSOmhKUwcSDjbEy7my24vGGouK2t/lTztKMtbTReVxoybLSwfRtZBxBYWdCt aQ1dSzbgOnCeXU/HAdARRAcFNMYE4/fgLzh58pEY5a6Ei6klPu6WPowipXy+sU6pmV2gEcGH85ps PRlus0sBXWS9ljBtN5giG7TY9WXiKbTGHWmBXGlOfi2yxxosnu9KlBnADrbMKqB2zBzwT6MtQP4b Y0I3yhnoz+ePtwC0FRraOI/qnHcoqd8VcnecwuIw/lqzFngwBk6KVNdrBTp3k+zGShg4vfFLqCHf xUj8yxeZIfhMb91CXwp8fU1Kc0KfS0EEHBAr2tgySJx4k8jQFLtXQuEdeNeiaMMtbMapaM3kGufa 6/zOzkdCNmumov3E4DyRniLWJi7XG0Zof/sD16sSW/oboFoChR3WUFteOq9pPZBwZG57rkWjNdpg 52s1MICsYBNB8Zp6xyjsr6HX1l2C4FpSrdI3mrTqzFXq32uB6RrTx0Q1qYTJuvgMdcAqDeYVKBiL KaiyDeUnIOtaRPcqVCRH5rRYg6axlHmNWe9xdD2I0IJMo29WTqTFVqWOmaNZt/YmJn/2GxaVbWTN 7DU0o4XPbrdGi1/sIznrSZ2S57TnRjK69mFsJh2YJU/6uV1wOoipScjWGZ0wgl22+VBMTieLQBPY K6lqs8/TtohJoP2uiXBtXvzDShSI4fN1ZrGoQgQdf6ncsaVih/FqbyGRbVYbOYG+bSNOITyrS9Ih /MacPQzMOFq2EuU1oviY2TZ9u4M/xsadMWtTD6P14qs2em1jH5m6zLhAQPxiatrkm3SWpy2MC/Tf klcSjh32ODc0Ixx4D8tWmbxR+Masq/oqKkn7tew64anHzbbmvoIMYZxxmIhqBoZ8hqG6D7Qron9D jhKJ2yUR3iwRMEMo3uY9FBRqG+vMLutJwcz2axEijO/BEQYCC2VD+tzkbDKBDNSspkH8YJBGMKfA mXcBzRuKXbBHBRgCyLz/3bfx6WhAYB5uHizRA3tBD5wC2ADPgnPCPOa1Qj4JnABprr4dYha7eklT PQQ7g6OiJZMJOFVnIR8gUxCarn9qG4A6V1njkgZ11V8osXWwYhdQHcNwHTwB0gLTUAnDVcDtwHM4 ahh45GRwMKAAvAMw1U+gyIAom7wolQcgDCYgxuuMvRcyucy9VSEGrEVpHnQFE3XQnBCbIDeh4oCV ilqgnAalBl1PsQ89Dl3RU+AF9AaQatDmFw4YRukVbIi2FfdQR8KAQkb9Bw3GBa1WQvUjYE1gK98O CAwUBckCqtXrABn6frPrlHvQZyUgoOkajT6qNVCq8hp7JGYlT7tS0WZzvf8GvsU6BVVXNVodgO6G weHcklLobE1XNcRt3sWkviqAzvxC0QkDERYKXsFj0JkJ19HQv7W6wutexdUHVZGFNivEGp6rJgUW KlzKm+EGMgVposJ2Wr4uqa6QRIhFrZJBjmP2ugERGO0wkBMq26F+KBb4tQqi/bRRetSUVnwgPBgm aPA0Qed7QaGSxscrtjkY0AADWJUsgBeeFEtWtZWclUc4OOtdLYLNRU2P9VmjQLvwO8AsbNkPVTlI /m5qZusTMcgyyHPkqm4AjYqWAF1bV3E4A4khqptvDU/SghaZJPMNV/fmsn1UbSgV/m3rylnySpSY hXD4VMQaJu6EfPYuLKhn3GmVB6g5pNvXwf9WH5mUNQDXD9auBq6+avtRL0Vr+o+tLVkDnLQOdE8O hYoQCbFYas1zC8S/QLUKcoCd5jVJnaA/q9VMLwGWDwC9DBDnPSnpCOmo4kn0VutJPmhKHZiQWcLW i9/9SNyXC3Rd6zo2SROArpqxIb/7JeyXVanySeA2/FZJDPW9d7uvujllxg+K9ypRba6UrVbK47S+ XluzVepVxhjCrEMVwvUGwgZH8fCo1amoGIevoNGnraLIuouMjR5dnkbR6IuZ39/V5w0c75oDRrqX yoG2Qc3AZ5/13r4+UDv6mjBNa6+fq8x4hsagKu9txbmETWuuKp/uSzg96Xlc64gBt8JGSdMZEwqJ V/HB6isTUKXfWaEBVuWMmijkbfexV4aui9pl/NIM1o/Umb8MkrockgrH47eiGgZFiJa3stxsyBYa L60pT2GZTFrkx0sA4cFZlQyemiYo3iq0+7DXC1Y4PUvO9mXpoYgN/DOjIdNBhWimckOm2zIzGqKl wDajzJfl5PWPlJOO6Cbj5ahCGwR4GubsB8Ncq0Vs6tRga3UbIH1jEEnOR847dEoAoGzLt31tbaeo 1D+gS74AWcDULRrOB+fko3IZIGJR5XCbRaBeP+dVU6JysDyPce21qltnjnIsM8G24F6SwWLJyULX uYF2Xdun3Th3Zwph8G0gkxV2MC3Qe0P9Au/bBUhfRsyiNzmrD4K1vSwPPFg996G4natg/9ZqRGjc bLbBFq3Deugjiziwdq9+KfcKcm/DqSIrOdutw8CF83xCvg4x9mpdCQixO+zh48MOQle0p+l3a5qT 1ykPGypXwb6Zf5Hf0J7P6eErtenotrfIsSkcUoeHCsYj0tueBP4G5N7NqcQuJ+NNhSuvuvN0RHDx YU42Mb6bU+LIFePdeydyyWTjTcKI7Dpi/+Kr2Ac8XYEgf/O4+TW8Hf5nV+cSfEnP8ZzMNAek81aK DXJc57UgnAIt8G34biECEZYBOGIzgSa/UihFqmI3oV9QEF8TuMIRhZCBGoKb+GfcuRxRHmO7kqlP cNxKzhWACZiQgMiXS+ZafgS/owCft0ZU2i3s8rA86HznfDERT6eotOjSd1kSrhx/xYke7rWwi7ZA qBnuXj0oZ0QhqXr1RtRNCnLm2XLAzObHttDUkM3ieHeAG5FckSIX22O1nB+oQ+9fO+O1cKDfVi8n 0wSHi4F5i0H1HatBp0UOHFO3i7MG+4G8BrNogeuRe0lLhIfUm6M93inPVlv0ozku6DJKa0JHwiL6 lnaYCGckPMY4PJ1sqLVFUWKBl8xdzquFOdBqjlnUU00Up5EdP9yoAnKrm+x28YspNek5tIKgQF/C NLH6oN9dUvxvMPBiMCZqS8wzL1cS1Ud3iwo7h1iFaUP+0XNPKYgulC5MFqIIr0RWggwRcc8dHHNg 1meSDDeNRyeQF7BGb4brql6AfRe+hgJXQdTawft7jo2GvxSkShuBAc+9CQuHTSPhFY78+2a4NB4U a4/cU2mRtgksztOngXxFlB4bAVfjlXb0CLiEvsdlGujAlUElwyzC5ak+oR4BKlwUIuOh1fFAyMQY 7Og3CuWH2gIoMbHmYlQKFCMO+kEzOi6KDen1kFhWD54bqCXhRr+EfvsnktP3kxAGBiFWn6+jZOlk FLolTNgBT9+SEoaYEhAIS4/HhXMTzzcapG90PvYUVqEPPby/JxJXFuA5wOAtcqwZJh7toyN2Zh3F sRoWkHs3hNKYQI99xSzEZ4OER4zTGfWKG/XA8QbYA4TRpilOYNio+cHqoxtGjvPlSg+pGIPYNx6g +RjxuTFWFX1BfCyOBNVb14J6CgMeL7b3pdtYFVtC9TzDaFpIP/rvj+hcYE4p3E6pKFYnOLUyuAL4 yPdWhyZDFjRliju00rF0JnpwOdItF6OdDGWRsyDCu2RwoljAj01nECwsYXiQOGsezpwx8ryiZqlp usbAtlvYOwfhbF/0RBlcVoItaouMFh72AltjBYzIMC3gbGz4DmUtg8lW070w8YauC7YcpqU1O2dJ xJEP4lQ7GlsEpREoMh0dkBEL2y6rG29zcn7ZA9hWuUpmi50uNKnKiu72Km1/ShYzJPqePf7/h30G uiqWaEdmb2qTubB9Zl6EtQ20btjcc7BtlyEL8rImIgzWStGB/iUqT2DJiCVB94l/i9INvp3DpBFI 5k32kG3s17nIPsJ0VurcfBpkJjYGmV14IwuT0ewsswdKMiZ8bUheWHIMz0D05lfD9hmfV+yLotCt 5GVi2yW5cG6kUPkwtiWCKO2H8k6Ynb9w6t12RfJAOQrje+qVoFR4GiiivSUltPt05NhmMvNlELAO P9sXHQXqUJEb4H5RRnUVOhSA5BYC0S+3D8wf016ag1owTyRJV/XoDchPy3s+MKqtnATtl0GEfiRD OFVIo8u5DD4ZfQHfDHLiF42EJzFMKbhNU1NEoWAsCCWmni0gI+8h+qaF5YK/Ych611iY9oZOQTOA cwxcMaOkxYpauWTS3mRJJgQ5JpsLgG+hQ8FmY2tYllZQu5JFzLg7SsMWm6rsguUO99EHa78F3KDA Y6GBjFHC1BWoP+zYza2+DERfxtt0C9jP+Y2F/YC9LuEFywWJ64xrdWLwZU5TwHuqw1p6qGXonyyh voWHdpAflvvmBYVtixlYCzG9DR8kyf/H0n2gN5bk2hqdyE2RcpSj98qq/t78Z/XWD1Z2daZEnhMG gYDZQCBQ0P8MhnJkOja6mRZbLKQKkC7w7zFchaxsJv0hFFIWLQgwbvXNB3vUWjefwoTbGjhitqm+ gnbrF4v3VZgdTiiNwi50IEu4JCzRLDJ9UDal3Q/w5IRe1dIKZ1guRQOMhJ1KbBqwB/Rjm2y0WMRE wMht1BjSkMhPIsOkPINWVs4AR4Sy84zQrLCHCT8CLoZFXRtuMGlrUmw0Wd2SAkvT8VG7ggMW1aw1 MOLGXvBW2Ku5qWprVh1hYy8q+dbziYecn/iq1BT5k2SPTV/I3MLFEopIxIpkMtuVWEADh/xIgTZ1 hRrsd0qrAsKv8k5dLOgbti4u12/LoiXje90AD4V+fILdG9JQ27ctLVMMWYKj0wiw2aKP7XcvM7hb PuWCDTWryrYM4bQ1R5LIuEiC+sSSs7ctekAt4SwHiBNgkgmA2Ikk+XjlVeg17L2KfYZTYCpo0WaK UJbY5bB9HokDMEdmG3ZWaUsTb3Xk0t8ILWj1YkTD5CZgce31tANyqw/cShkciehhhCuUieyZ4qk8 XzMw2dGgPEPWJpvTRKF1rUU1ksne5BBj0ygVXUR52XIcGK5HyC79YnFpEEm/+lVI3xg0ATGiW6mk d8a7rnuYUjF3jYIBQW61Od6k5ytbwGsrRZY6tAJhhvwu/buNLkzQM5YeiTyI9zk+UkrfYVrG59k8 I+IsP6uOSLKUsnhHNvNk3k6yEi3d7Gl/Tgg5GeG87sk2Ix2U7BW7VOcZdQzJxSatpsWRnIOoGjZB Qq+93KKCrNGEtCf0PEnVmysOyuLv7kYvJ0WLGtjK2Du21CWWoZ4MFPNboNGzfYMhzLGcZ2aHDkcv e46nk+zdttHaptGzXWy9iE4a842yNhBCzGsjc/rCpk2mdTmF5qjA/NVOvcaHrHILLwJNz5gPWYQx kb4Ql99wgd+s+UMXWxnQmQHQnvj9gLW8ZUro5v/RuaCBmdpNUhFUdFSxQqqMOSEmrsnRhSG854Jb 0J6kKRyw1TORMBvP+PBhl8t04c/K4VwauKdjyAyr6pubd2Om4/Nyo3vxC2MA8+eP6i4zz6cIbyoP o2BWqmsKWzU7xagSdYY3doWeE45+jrptHZ1+ODbePsJNmJacKJctswNfkTf6nOlSlSZvhzfxadlC 8P7FCEAN1qor0pvJR5f8IakpQ6+JQUgJUER7GBKHqxQPjGyTeSFjo90GaGMheJm9WRQbNeAE8nJt D4EAYB7gxBCd/jdnJEGw4Ax4YHYglGpqn0r9q7ADAFfmeshlzU7OQJZjXeFcb7Ud5GPKtGz5STgs 3Ia0bRNfnUo3UwhHKASjNNwDhIasASBlZKJAqe8d+ofllq5fujC2/9ycjC3ZgRZypnWC29UXLROX wIRbmVfRhZW0dtEKOJ/dBOc3LFMtUgD21guqFhQI2jVtIRC8APkDfKjpbaVwk+mByqVUApeCoeAt yOZHNBAakc6JkHBEN3ARGmRgz2twIgiJ7pWohJ2qjofT+JhN6mZbwUg2n/uKsbyGxth12BGAwIo+ vhw4+IEA73JW8aFdgOoBiRYS9FF8JJS41TfM8KKyQCXe+wz8MMis1XQYv2TmQCHIs07gk5L8Cb0I omWLizvik4Ap5LBOIFSiUF57EL3BA1dxLogTdBTrMEiChSIs9sGd8oPQEbBe+FL/FVYAtIm/VMkB BgYxKifHlVjfB0iheIH9W/4zRgMhW8kQaPvJwhm+yJekX5Bdly26WlG0BS5dS7KDywM3QPm86nXL WsaHggTQHMiuQwFqJheYALIrDALMhN2BzQHm3cVGbwKdwbxQ1KptqO+8URxaVnNJ0Dt3/gkolMBM aygTrYYH/FqtbPnL3zedXwVHgPfbawcDftwVKdtZQvRRIevtUXGPqn+AmqG67ioU5NGSnPM9ZBoa 7F+9bk7Xok4Q4H2XXRp90Z8g/ePHXp3qrXrXP44CRFcliIvlCXIBf6HWWMhQbSHBH9XR3QUphCF9 etWtfUGtxFdUTecJOhGx+LZb9bosr6LY8swjhOZKxpfcDvkGEItPqe4tauOuuPbZRK98iG8PFUMO Y9fr/uTmNWKCxMBadtCXuIZQiB1orW0BsRKDgD9jFbiyAAfs1x/U6f5NQcSzIyYQTuEJ3Qk0fOgX D1j9Kn7AlaekjyvnVO3wCWoIxxTFItoSDiR4FEOuGIiy8JTPaPByayluDJnwJZdKQk4+ea7jJ96F Y/rHbnKZCH2lUHMAr5h82acPf80syJowX544OSoGnUjmcpLjON/PjOuNk9rtyoSnz3C1pDNvNFVb ip6y46iVpL3aRAjFHKYnjNnPiO8aNb7nGEDtC2KKGmIrFxN0olBiLPeIfshU0Be1m4FXYSXalkoF 9MqW5gCyeIkL3SchM/Fdr9AAUIAt44yVgU5pCLqjEtkCmYwimjGbinogvWgD4jYNZLLfu2fkJFIK NhE0xeuTJkRFmd0kbuE+u7JQvkUkgeM169uI7P4VLcKgKgFD+R1vsSXmKgr2ipBEtYxMak8u+SIV gXfS96NBDDJDIRhTsIxcyDyjIvd5QN8r5Y/QUPVwwK1VYfj1eu7RqEf1QJoUW8iyNDtLqtkWxw+y rFk+ogYiOJx0zWqd/YF5cMmYD7wkvJIGDBwK2iXJgoBycbQybRJwDyC5fjzkd5ZUpoQsaAodpTB9 H3e7QR+n7whD8hvU7v7ElFRKmSIwTraiW8gR8mclhu9Jthmvj2znaGRhpeH5IVaZhVJNaiuJRedP ltt/ZhIzhcdt1pmK1pqKEVvJEDc/6+elbMvyNr0cgwxBmP7GYV9kfPo/tDxTiN2CD1k/eJRxs9JU YHkDjrXYffO8iaI+nVgOsxkbzNQt32f6SETxCQZDIUwlB8aUiwOVRoGJq442BGD1vNJ0xWLaZuME ZRvh+2D/TCi2qK/4kLzF0LxcRpYvB0fmM3QxJxGq7GFGWvg0C5TThyKd5ubWlzLNGrU3OHQ6zCK3 z7Rojg/kkM3KKS21fKBdaKAkq0IewZDQbelnpQiBJRUnAZ7mWyr/4qC6XDZeJCe6hCUgg6Q4K2YU YEwmYpUtZUr/MTDoSthwMGkJPLqbJEKIBEMyUDRHExSgFojZJjYSK04Zmy7hw+MG2ko9MlPpYJOA BBAhHARVlrxOyUhcbBeOq3VSitOLatvgmsD53PaOYGZjAmYhr2rAliNW3Wn9KfEa4TqCDydw8Zry mJOqbOYAijmwr1SmAai16gV4h96QLGgXpb/Drpt0YEIwk1VRmyUkATTAPHddXRPUbSC7xZ5bur6A 9OILukBZODw0IDDe4YViC7zq7rCD85dkx82C75tdNS+kdkWNUt28Fw5umSRPFzMo7YuDM9CwBx0N 7jB685FtWHUUy/Q0WPjCO2hi1euzc/TWr8qlU4+gz5DIMxrVnhkGX5CquXzm2UQlkJWmDUFyj1cM 619RB9lsYfJiFuPjyUpT+3QJilHupsQxuYkK7SI7Ke3wMlbxrSl/W0hYkMzHKGxqSueaujhLSLi/ pHJjE9WJqyELmBmWG/B8kG4yHxYF4ZDw6Dx+sQbrLqFUGYFKBkh+s6xO6xuDA+keRfk5rq/lmYUQ SxUSLFRcHi8KhhhDHw+vF31xzh8nwPAXAHyZ5OB8FTCeFTARVFDVtnodUy/hz7uC2F2VV/0fiYct qt4XzsLbQjWic7zpkL/V6WRKsQAHyQ22qsqWzzjUQOcvI6whfazVsMWSSGLEWMdvxEJxokEQMY2E SSChVUNlzGD+Qgze0nulG5a2PuivHgsn+dZ+MF3ziSB+9mYRo4oVeKeSEb4sQb+pIQYyWvOObSPM f2U9jC32mcITXpGiaiUr2uB5oQ/nOKw4/mhSM3yL2tijbUvgdWihnTW5hS+V1kkg+cozWgj5NDpE xDj2EL4zCtyrhWlE7w1sGuV/hmCaOb0w6Bsw0Na2/N1faTmEZgxAUMeGVQE4EWqOxWqQyOLp+jlH 2FF4FCgG519KqQCT5MyAbYPzR0cJFkPDSlohH4rmJJNs2jRouZbmmIQP9DD7pFOdmKBusGJNtxXL hzQLiN98pWy4BqFo9pHR2aiYx6aIvS2QLVZBrSBEMpbqEH0iD7SJJaDEdgSus8ZRMIHP0PG3iegy W6q4ALVYMm2bzJwSmKWdlwZs5A53GA9xQhILezHTmlei2AzhArSRgSngYRHDe7UcvJjWsqNn7w20 nQax+taegIhzk+PR39Y0+GKFLYcRfxNyeMxSRfZnWqnngbSUmJGbSwFXwxdJbM0qTGHi0Lw2fnFR nEOKKuKR6PJTTeFSc5MG66chSCj6UtT1xYWnvo/cvqL8AX8mIP3bHNqdAogC2GkKf8N60j5JmpHw MTweQ4Q2dgccCLC0vzVDSDaF7FMbSQeIjpS4wNC00v6w8uiGMDa4D60aHZQ+QGWSAF9oqhaLjAJK NBFjpKEjf78vgt+N17BxiSnqgjqYiE/lwuwPI8XqrWUcT0IXBjVL1PXnWwUxJHqwrlFgTS/5BKP0 b5yVEiNrbWMvCxrMWAl71A9cfXn9xnt+oSMUy/Gm9qN0UyO4WC7V0UGeLMn/phBuZh6IjIbGPLs4 KZqwJH/SY7GW6jVorfeEv42k9yhTXTD8ZOPpVASkfZD4UU+PXG06ZKLACpmLAkpb6KNpmHxWV5Sq 84IyUHdBcJBw8TBGrmefWcQeZZWxATFGQF+arzqHab4JtmYPm+iPgY1JJmYtrlFPs4189rNodjhS p5jVAHQnHk/i4Jcvx8oIATICIea61uRGK9slvAkDPNM4DRNftU/ow9Q2AqM5o8nghPancAexhkpW zMfedD4R8+GN2AWvZMPga7+naywGEhhSNw/guPjKMHCdk01NUO/WhMWR3WyjZ3uI0KnvV/Z4duxU 5GBK45cfEtUrDYu0A/PqmgTBk4YRN1ksOxUdOrZSsTGDsGAFrazCjCXpSY9QcmSRWY5NVwJMe7aB adzIGfxt1eJfGSR4u82IkwJhI5P/CFIDJqeykxuWh7OfuRGhpBPSLRPbI9a3VtCDb1RZM/uaiWLB Wd/WzjIMn8R4tmGudRdx8o4at5UqFmDxtB/mzDeAW/GLwJf2P+yXpYQshTmKQrK8+dsFfP2lME65 F0l0AvzbWYFRpp6hev3NB8MplRczPjOFseI2x0rcg47jUDiNgTfQCwnNHh3Q2HFOvo8IhvSoBsfT +hKqxQy5BdgP3mYBMXzU5u+YFUNWn/7NMQy37ninn8XhQuMjZcEdiDnvdetKZph8Tdo7OGB8MA/l Z4IOmmYFmwGQ3K+Qe5injLVxc2kgYL1t5kVRBE6MmRa+N+IcZvJFTJnPnltuCh8/yrHy1RSWDHKv DCnOGvyQXzlj93KvFp7+j7hIbaahE/xM8R9w5YAleYKcP+0rUs335d7RzyhhRBo1HCFZ7+SNeMmQ QECQJ8edYLkQzZa2KRZvgKQUlIAqlPKr4fkPtAZygcYEjEqRLS8absX5BObALRWS5WEDBEkU3nAn ZHNiYUn83jL99S4VPGmBYUMC4i0EC6n3ERiJ6yroEeJZIEpqHUwDfAqjDlaEJJdEb3Bm9C4YBEAo IR8UKcKAqwJxpPNhDTRgcAjVjc9oudGK+pgdyJ+2jqIIup0gHvYAAliLN5z6tk2N+KRYIRbn2oYH BDXMyW6lUC2WyBTeA8+GUAE/+ffVV5FxiaJVWgaSxAuRDAwGyITnhBS/y0b1pMGLhOSgexVRiitZ UtmSOsEDPPuiHq6qx5noZg1DuwBfMkg9D07o5B1UBFCcKj40H+KflPIUrOTNYkANLSuQQRgieebU jr9Ct0MCGrZtfbBB3uVSah6S0ZglmgY0xsdQ4xVw1o9wqgYs7RccINJhglOrxIC2HwCOgDvQHKaR oY0ftm8AbQyG14K2j2XuCVsBlsAOav4CBedZCB7mQbfKy4QAurswKEhJCkhoeL8/6rGIioDygt7b WQNaQUTlx3oAGlmZGkcD8KhEVgCukX59uWBRZANq6Xa+kyzc7nRrKWTqShwuh9fVZe7Pu2xPwOLd RZENlTMgxzBm1TRcTHlWKUNKtETc4/52vlzk5MvL3V+OX+fbeatEhnsCgcBuNjyvj9fT9Qwr3lzO 7hPc/+4Pl79uGYQyH36Pt9Pler6ejipsnP/ep6zzvyp53E53pTju58vtcL9drperNq7X++2f++Xv 7XY5Xq+X37+3y/3wez1c75f77XS6X65/L7f77X7fHP8CrkvSVmrjdDuub9ujUiGHn8P1ePiFV++2 1+Pld3M8uW3weFY2BFoOGW8yJ5cenpS8NjxJxU4eoKXxAGTh31cnPipqrQaIDHFovB984giBzG81 Q05KcztQ4MVfZUwqXFLasmLVzjWoBVIOeWn9KOVnGPjlXM2R4wX2WyPA8b6tPMhhdzv83EC5B+Vm uuYSBC9/WmHraqGs3KZ6siOsGuzxPHdEupgSJg/N9j+BhiIRBu9WRCdNHL1xLkPqdqy33agMAnaG dcs81ziOKrqih9L7q8sR30l1F9I6jHgq558QrFBNKd0B13aKEFbBVjtccKkYjFx5TIgdq1pTxewq w0taDvttxwV5kgQylwp1CcHQkaBl/y9urkHo4cqto6Se737E9Kt9/b5Xd9p+lu0PyvSGfZaoFWcJ tQb3kwV+JSI32+d6n4AM+RBeLQuBBLaJtEQE4e+CzpQ4ZeFT4phQE0RP8FKyomfbQMhEXLKTbuqg cUpGP/bsoT1ORZKEMi+Ko414CRaiVzoLVjwtuUt2CYamMT08wr5EKtqUcUUyq5mfRHqIIcClOKdA ngg/VQKPNmQV3ZtisLdJkD80V2vzFo6LDOQq7UmvEHvC7lVghiBLkyYzTVnEylfB8mlkAsvrNBYK 6r3Fs7RwWS1QseQJklJLBhROS5fo3V0MlDgpWwRWHDJmGOXuKQSPFuhv7tFCbxR9UQmaTz7NQbRa IlyHPsThHtFJevlLCExco5AXAN2gxEypJdOl1EbwFgdrFiHwHTYhbSP95kQ/pwIrz4Q5sUEMRDQS XNB7oRnF8O2FdNJOpED+hK6MDbfIRYyjSFxfgqO9SpsgB4t/9IjdhPA414kFBCgm14xMprs7sauv krpFjEXkcI6LiQ3FfON5Jyx+VJ7By5Wu0i5mJfjrwUkNlsO+8M1WWBarFlv4qEBSw7DdaCc63dJY 1KrWkLI1UNQrxjQs0LhM/JLTR9dRgvqY0B6FMj83YH+QyTpNrkrJCLNeLgxlVIg3WRq6wAgyyFq5 SR+SXBSYHSeheRzQOYKCIHShiwbEZMM64dWPGzEofUk9+CZ+t6so10wQK9Q6Rm2r+C6Klz3SnDG2 9TB0s6vOikHGT0063a2tvqL6qNRCNQYwa5GxM8nn7Wi91o7vtCsoUzIEg0QT8uczbJkhCMlQbNeC wqq2h9uUhQcsP9ISPGOYFLyu29emigIkjC+CROSNJE/YVEZIHQsu2CK2st4Kg+ViZzDgdpSFDZAZ z1DpCgiwsWxtzggJok0bXWMGLE3IfvdqGwCigaQd2iX9cqm+3tgsLE8AkAbD5YVOsnVnmf0gayHM h0mfedAoJKmWzqGejKG8fu91bA+NxUQeyYFl6DJoJ+6T9Vj4o+R/QTLtYPj+s0bkIOHHyPSuB2o6 uowNw2NgM5CLxpiNzdYDY/IpeJmEJ//L54E6kjaZk5xEEnUcSa+gQW4mYyYHn+dkWkY8vjfu4o82 2IQiezTHzjfNiKnZGLmShmwW61LvKpaiOTZnhroXRzIzSPGW0di+liyvqZt9pLLl83D5yyj0cT5s v2oB+Mar5iypgsAudGbcgmqfHwjd4EWB1JxtnyTJPGr+IN8bEgt50ApnsDR2WAUvDBytmHObojRO f/IEFfgNbuF6cq15+vziYNoqBOfNK0EQvBiHaMjKV7HHmKOnZksPNM4c3+ARTVTqFNIVwoJGUBJB hBlBwCO6DdjLUxaNgTyvAxuBJgCo4F/DycmHwOY2cvPxOBfTX7ETKhhZBYZC1flNRdsGJATV5DKG mcAcOOsvbt2yp+Ak0ipn6cUwdV7lasPzXHQ2iWC8QA9IsaXNhW8leOIxA3fBePjYSjr0ys+UOIgj 7AW7OJc555r3GgqRr9//cFXIDLL4JKwJ/lQFo6ZWAYReKXrCCRYTs4eAERjGh7wUe64gjAc0yG0f fiCszIjuDha2IBSKToLC1HuJGTDmjMQzAySE3lqXTXCOdQEsBdR1+t7LITeGlweODWyi/4AjUiLg zFIDKoNYSxktzBF/QzyCXk0HVwRgTnzEK+C3gsk6Fm3MR6tuRUTAXLi9zmhqjdrHRcrsBO23fSZ3 SwvWMXiEX4/UNgRCgYxAQTaIjWmHSioLQrTdsJBXoSxYH6yKzL1cGljB9PYtEgWiFCkkYNhLKIo5 tOUH4oiEC2D0ARkCE272BoENqy9RbLP/W/tsILSOAj3DRQ239JWZBraLT7H44miSqzKwSJeHO4c4 gkpMNHT8pVLVdiu6xZl2K05f2KEoDE3VYMnNDrOANP/Pr1MyFyUUwi0UJqgCKQE+gzJRyd8vL+rO gvqBaVOF22dgK1xkYQZ/TDp0+KJb5yyTjafMgf2GEwCGH9V9tv/arTDKqN65nzBw21JAx8hRFGQJ S7IUoBs7lBAKoMW6Am6rJ+xTfWxxwkpsDLRjV3oGxvi6dJNfTxqeoxlJX6IHHzovo2IzRJ2cCigz l9kMRA0aJHTApN8TXWrysajoktm0PYWERg4uxRm8jSYvSoKbVMi8mz39u1TbzLh0qXwTmD5iCMAM cN8X3tcNeDEgs7510R9CskM21XzudkIritpgTBN0EwfQFGH8sTKuumg4GkrI6qqZm7YHG+fA/opX 2/HI9PpH+5pqov6zA5tUTC5VPt0PHLagiIFY3cws7IhXi6DFdV6yt0PUivhgFfQZ+WnfYkKA36y4 YBl5id91nzDzyFPBpuQ1oLUt2U2dhu/EV7Hjnm/vx7OJNb9SZFakKmGGw7TUDLiPtMWYKGXtzSFu jk8THni9AuXtAoDtCzPPDk9p4gE9pyCSsMgAVNVUiiyxSq2BqrzlqQIWuvPMdwWrQ8j1kmzyuL1S razxQxZI0UWW7Z+HakjlVOPDDkqtKPaRbIlVqsi2elljFRGxsNwkNJlOyxPE9q8Ygr7ZQAnwdmh7 M5jdbNgHZhFAOdaLVKIiVu3PjA5anEpqLkZl55e8jc/ZZQVQCJPUZA1olcXCMEuME4MQwomgUp+A QcwmJcDTDzhxSJGA8bZuSW/iIoCW+DVuEqNo1TqDjXCCczEnjLknySX+XXI2sJmlwn/LpvJBXgkZ xVw16Mjov9JDPmSb811CZomxV1cS/3TRRHN6GDfd8YemSGQiVsuJDk2RwLpJujjholWCECHQwafm 73WqOYDZM3aCV1ldpE1E9lkCliRn/eubP8gzAhI25A3LsdQUZlv5MOzqRDRhbkZzKIUH4NMwSj4X +9LVZlwPbg2PgPdoMAx47gh0jgkabDcmOh/KV+zHbqvnteTUZnmykzWer4g4g1iaSeiloVs8sRUn Sekda82e4zlWdUlWKvNQE3yH8X4hoNprumFXVIdGDzlmIOLyd0CDLDojyR8zS9a73qmfLpGUKYR7 WNbTiKXCfa/hojl0geAy67g8UrtoE1zUMXXnW2dtHd8uC1REIJ8XBhlqjHpoWw+hjuBHqzGxXIYx c9pXsQRy6cgkyRrc4Ce8A4pldpPyGcq2bDdYZV1z88tvBZ/m3fALrAHni5dnGUpl51q/GUWIL9OA /6a1/PRwTpItOFoycAiez0IxuB68NRgjL6qc0gALo80rybB315uvU6w8KcjD+L8oKi25TDb5q450 A1lKnzZd+WbcW75Z3ma+63hkoJXS5LwdG5UF586yoykPEJoHvFJ0ojlaGnnmUSz3THphI3dVIug5 HIAXEeQbbANgqgFdMu5jJN4rSqCi3GAsjDjEhWYQuJS58vG8AtHnf6Eqvi+fyv6y5Zup6XHxNPQJ ouDE6Q7fxjmBzF6wXoH/hlCrsatRBiYgghWABFRXgr9UZnW+TyBGpQw47ip04NWvz6MNBUc7qibA h+V/P2qzcOODHJiZ/vZnUqBhSSgckgEJ33eHmkTWqIyY3sM3hmxISNT4SbD2WN7bQCHYI8Ywd5gJ jM6DfjarYOq2BIY3PDNtVhaMHJOYDX8A1JS+6jWQsYxpCwmj26zdhCfxVV440BXG10n+qh18ba+l mYIAlf1QutkFfeqeHM7KdLiVzyV8oFAPbr/OK3UTNlfYpo8VQpn75OQCg0J3X6frPFZd4gpvlLEr 6Vb16LKKXSyo9rbyy59SZSVDd+sfWBKwDQsBdau5XC2bynBvLkolw0UPx+taFWe5xOvuEDzsTns1 M1wzCAA9ST6GiZyhzQpEbJTWUMbi5No+f5235/MOevyrEPOl+/7Ol8PxtvEDEFVNDHck+uYAwfVR WOz+cj3sb9KfT3Dgk+zl6kCHbiPL5Xrbu7Lw7/l0R5AjePamADWI91Z+Mzj4eAAQq7mx3/66fRDK ffclQPjvBdDrysLdTQ51FVrkDwffH5TCDgX+vlwsCth3rTI1vLfEXxDq5edU4Y0K4IBAEBumoxYH NJ7smhInhBZUtV2PK0tnhs6j7EEBbLnE29KSRaIARSgiCVNZG6VOJDnrWi65yhBceIykIkTBFTyl Hd9AEd1IqVWgjx6xCOQuPA06pSBJ6C/ppAKPkAE2ngLpsqvtDUWe9UyoEhpb6CGwWfefgmZ+UgED b0qfLqJmgwtmgJym6LlNX36tIkDAtArIq5YTPkaEwDQVRVHahswlsJLn36c0GfTvCH4x6iIyoWd2 Ewb6OrxB2rootlCL7WFfF+yK1YmdSj/ZZIYBaHwzWhhwyJhE/81KtRu7vQo21J4l6qRG0t++oM1s V54OrQ9LtOXanZsVyNpWHMn2+XmwXVMH1CT2NRt9mIVO29Rtc3LZNiYHCgmJ7/hWXMmpDkCqsRTk tH2NkLbUatnniAaDpQuqJ9OBBdsf8iZqY+IOFhx/Kq5CkEqFDWmnzubSAToEQcLvCCvIUhLMRFmM lGVxeQMAmotj+rKrE3B5MUW0TQcZsHhQiurNVKhm74aYWt+ic4J0SEutGKCHaIOV8j5EJfwtWJrq nOnCqlG/HgGgP2+0RzAuOhe3EgUgUDEOXgg5pbmo53RIyLCwi+/8JnoV61XLX7SUSqIaipeZnFFh GVIOAtp5FnMU+Gh1sABy+VHA04B273uor2BpK1GMj7ZAFqRk6ZWiUFNjHnjV614snxxfyFjOxEzN jHECW+rgXr5w4JgjVaKKUsHplLSY9jwbUGVLrVKKHHeLqBwGMBDeaC2S9GguD4Cqy0LgOntLsgpo zkYUkqc1uL6dg8rGNVjogpF7MwtTyW6NWzm2aRo/p9uo89PTC6apr2y08dlL9fdiiiFG8HMH9Vho lDjV2dSFx/uVHZY2DfjrTJy1tX6MAoNqQcNxZXtnahRtttZGbUunZYwzmYFIUzXGyH3AlMaVuMcI 0+vDeB21RRWToiORin1k6Lod+zHuaVdqN8wiyNGes7iZcNnMkTFb13le3M4i5rdMHoVHEgwPkxib ZeA7gWjYRmrLv6uuvl05wlNEx7eMk7rG1HqBTje5bK3ssPALsouToWs2KGIyzfVbXoSR5xkF8zLa M9K5hFpgzxfuYIaw1Uu04wCB+UCjQbimz1bmIcKgcgywgUOmNg9HI+deo+E87kDUO1ezXBGkzWyU fD5uHc614JJD1Fe3ye0jk7XQ46HAmfEIVsongnKaRT8CF5B3tp3nSvAINod0zSGLlsgsyuLACPx4 bkTOTUvVP5VabNAs8Fgx27EcnAojDPYaO/M3ucx4NQzYJtJKnwT+6NayEiNxJm8+xCrClb0DW+Dq oGWwqk7KSuLGBLf2d7iox0w8QAeiyGvO8+Xo9ZrGuKJSODndeigfTP4Z6vLZOfuuNuOJ8gEDCd8X 1XkO6TBOW2YpWRj9c43hC5CXMgbLeWgNIEkthg0EnsKV1jYQ0RsB32BknldIgpv7PJWvCgUMsKuK rN6qUSGfBNlDJDkX/H8Mwb1XiXRS+2TAmi9H3B8j4ZIvVU2ZjLhJe5QeP0gCKuW8ewnuAogAFHV1 lD7mSrsIOBmB8Iwn+C1eDOGCMLxYm0ga4NvlSgEaRtgDQbGILEvcdLiQDamMrCAIkJjpmzU8ll+P TwAIAZxdZQajIwWRSs4bemNmIgKrwJJxnVFyYHOiMQnZ2CpMwqcnckwbBuALf9gafOqQAkvGRzKe HO688hBnKKpP7AQrHI10kjsMkvVbkkrxE7/l7toF43YzgDnlfs5Hx+Cd4yh5iMCw7Z67/CC/2c4l 4vRu5bnt9mMbiyyAvcvpLFhQtsbsvrSE/CJbDJxri0nAa7okA5bWRMKo2JulJ0VqCs6g3oUd45nG kUfdw/4pIpzswhWokyXAmWPYiA0ZAMNIKNWHHzu3QnCluV9tFtLYuxiSbaMlB1WC1mlZ8ySR27RV J0hWJNmsnM+cjepUhiO+4WAjUx/kRT0DT4RRahAPggk02gjpFVJd+a9qCcg3auu3zUtcIUABm+jM BPEhlVT0rg1ucXjxlgQxSINkRuADOJyfyxIomD0Zx4AUPpcZh2paASCK1lqPJO3jNbm9k6JpNTVo AB33jnTU/AtNanbJRs9bWKTwK82ACxku2tUabIWwJTXRRJJnRwxSnbINfdu4PFckCG+VgKrikDkl 2CxZnJBvTl88bg3A24ZB1vj78XrxNYuQFWAnF+Mx0IZss0FicL+SDOXq43lfDQZqCxAu8MhwxPYY 2QUWQzfSHuYYiuuLgikkwaLMfWSlC+Tq99pnN66hE+ll45RTqhMbViM4sDnalMFyiObIDwITyfq0 okbe/XtlIdtKLZJXJQ0acPwEKoS2FaVJKHhHorhdGWkNk2DrxAvxbP7usyVDqrJsVmaEKqk/i0i0 as/okrGTXEoCGL8H/LGfDEx0MjCLzEwXE7P6sjShggZsLJgvCyooy/SsU4NP8SQxSLIwMgJVUiS3 nvwcULcBo4w9W2gGeojEXnejJckHRw3v7RAE+QuWNCkiPsySQkHNYOFAZjT3yfCoucPLgdJmM9hs Ch5hkhLNe7AHJp2NsGjD4I6iJC9sMI1jOVJq4B3b6nlpD6pYJfypRndop1BUcTryteVEsgSQtSgc kN2wNs/CNUZazZrIWcY/cBpOG4CIz/vQoHo/xJzklPg5sWJyNSZpXs0YO0545rEuLWlESOY69kLB iLOZvyMNmjYmbEntLLoz1JfOA4mDQGJFErvfMDLFYgZCH7U0XQTpoARcPSKiYLRtLl4UQkjt6tPU XKCJPY0Ne/TAwt2lz29P5izW0MQDzc1CWn8Qvqx0yv2rq/Sq452+NFPvfshmJ9m0SkUJNVS2rIep p0rtwLExcmTSuxm9i31Y/Mg60wV0m/LqSesupQ2BxzciNQbvYohYYVkJsIKnrYdQaWECLw1z+WH0 fOzjgE+gvU9sz7llEWm7WWKQ8na6cyDeT+WyBJ9KUo8xI3PWoDl/K1SvKaEBVk33lhbM7qu2hqnh iiwqUtynFDfLEy5tq9iVArTacoIq4pOQEyoajvIuSd9ZMyKiYIIOdelcBlYyT2xiukS8kiYaQS9P eQzTZeI1DHvTXpyIv16MwPG6hLAFJxUZN3R1UpdRJIypSQMltYoU6KTtDMOsOXLctSYBgIFpxt9c ZhOpmSKzXYM+4oPYy47WlqIDSITlwoAdCoY9pXM7Ov3w/fn70jX5B4xduvhA9YxfXAYGS5+fkFVf RgfdxEHIlNcW5Z/Hki/jTzUZuKe8FWou6JWhwHY1Fo0Q9Rn2vFGCKGMgw9acbSlDRwtHVNntfBTm cc6Tjl6BFR7ORyAZcrq6vSLSbkrn8HySDwcnuFElj42jg6INKfdkXidWKFskRn8LzADgkqX1LH9a jcUrrdof4o6Cg3Yz7aOYd7qSg8UexFp1b2NAD3oIH+iCRg93JndpJiQXFjGCHMAsdD5N2ALdWpKe 09Ylk0CA9fS+G/sNXBDYyO0xL/Auy8SsOkBdEXlkKfGjHjl1Qfd1wTiRnmpAVL/B5bzgFSRACSBt vgInjamUfRj5w68JQg4szcxoyOPGPEaoMkIp5Vx34+ds8H3yEC10KT3vAPNOcFMbZVFHVpZVy2Yu pve5CjA2NEDArB2L6QGshK/6xJr7gdEkH91MJ8qvJ2YbaoSoVL/L+wwKHiLB7lfTFRKg4onmUOWX 3MXgZL1L9DVs9OAAh7zELpnHqG/pcR0IiG0S5sF1hlRsyz3LJDQ3O8WHHoiaQRG+AthrHR0KT6gc UW0GeEXVLdDZJoGoATqg84IU0JHwJcBvWAeASG8hVbAv6EqBhw4+M4XfpYZujtKwg5MCxCAvktkA vD9vQYTAxQomQw/gMJ+QHHl5EtgUMADmQQ7anZViFm6oUnrgmL9hNzKMPaHzAEdYnFXxsarLktrU NgjlA9nhHQnCZakBnaYgszchi1Ae5bC7cFP5afgc6A8cbFyD/laDocLXALj1/gzg2rq/z0V7ztxD iSGM6u/KTlXyQjFqQKvL9c7u0ZM8q5CFpiQMg+ClrqqZIHlVmqxHzwoqHysKHbLs0e1PlS/KwXON X4DvqVTVMOfu6gMpQ5zlO8vclZ4r5VYpbvgsmPtLh+pvANErDSI1N7QVBAyErLQ1fA+WhwbSc4HX spvhlo/M3hJp0Xy9Ptt+6mmrfREebKGVVMYJ35XqQFFVk+0U+GnZeGBDFaph850c0AAwbKpbKAZe drdiE8pL73erSo6fQy/RMEhavjE0XaIyuQoA399O19vptr7dDpf76fd6PB8ul9/j9X/ba4nT8pvX p6u8aFD56eIOwn+O14sfd3Kir3ewuCWAZp9Pe1WlTyByEPf59wgDv5z3Z2nZvr0j7UXmsrW4u/UQ 7n3fHq5nSL2Ub9nOJy1bocDwC+D8pJfLfnc5nw8qjHjdgxKvN7u/p5vBWaXj9ixP8uYWRdPZlIJ9 3W/+WhOFnaVVW6rv861CDEYpzmBxLruLYtfbm9xpWdpW+UdauEXtpkZDlMx9VcXdNDcHpbPlZl9c +1ideV8phT2/CguU9C1XHa6+/mt6OyM37ErRq7NSWW9VRX6U8naLqLIisrWVH1HmQJxEznssCIG3 rXBC9bNxw1Q9Oa7ld6s7ImNc5OMsVoJL5cjjGdg83lG8vRrwxuENvG13iI1UzLoObfmaVb7bXpkK 9phD4vUZxm1b41KlsB15gOVL2X6Eq2ZHyGQXz8Ho8du3ZtUVKavcDgGr2nFyWLHykUTqjk04LD1Q qW3YvlCLYElBI4w9Zb3j4c3uKtalZonEWginAi+EipRbxcrbzIai1Iu8WHycvBGA2KNAWbt2uvBB +sV02vfCEyXQatUohCuEKNRA/xDZUaR66mxXPR4uj2TiBIp4o9ipPHtELs+5sAhBAZm0i8gSWe62 UXXlgciFKvyBEnsGn3yFVQfP+4mkMwDnNQgBEkkspHJAiXcfloDqLcR0v6WTDkK9RVXkGdukdro1 7ZLZVff/GoVxEIAVqzaGPmLJUDp9HvyaHiH1yWMLW12snqHTPWOj83CnSHZAE8iRo0xL05MMAMYV Cc8NzYGzNGyPrCsB3vyLMmk5gNWRCPagFClbGdRhlzynUIqKmYBwmZi0Egd8ED+eInONHcKCSL9X R04DjAe/6rV/pHqIsvO4mQAp9HFTWDUdq/QrW1JnNHU1AHI8MyoNOyeJqTwmIhiLPgQjuCX8oan5 CNyrEAC2QTFxSEphgVxB80UN2jdDnTdT7RQtZ6OySnLBYSDaoW9VQpM835UuGlFyNgOPy5irGJrX r5z79YfDqGFGjDLtI+b62TPaNDmuBE8gPKQ6MwYE/xnvILJzNIooF5j2YINluodHlyyHPFxgNgGC wiPlD/FzA6SYc+ZKt9PxrvoSms7hDZz2LdQg+xLFlVszaW3S6aXToSEGMJFAWt3lDGdCdpqAucBa 2gZrAH8ia0ZjjYVHfL3kSYRXGgty6ThmGmYJMeJd538qz5up5DunvYIHw1fk3vl1Vp2lw3K0tIzG nw1jPlOGZQtVYT9gBw3xfRj/sSvOtArYiYHhLT5B/NziWEY6K5YyqDGRWH8zNQcrMF/ggPFjsqYD jAvJwcMSKQ0at+Ifl8NK+LSsGEg3cQZfbMZQi7rmI4vmM21EDeLJVoqvMdYO29PgJb1YKw2HGHBq RGHYvcE1H19Li2mxmPwcIn9PtpoT8bZe2AhogQkeHhU+w0ezKjhMM11UVbqdc7I+5/kDbPwDdhvX 2jP5YwbkJYl5QUXS6iSDLfG86yBzxjjHPGCAcrCKuhJuQFPz+Xn14xSzhGB+Ll+V6+g5YHjVnrl+ g3dzY6FC1ll7+Z6YXQpn8DDXEiLNRVXjYhDd2oSCBKbyXPXLdK0KB2wpUCDEe7xXZ8nNoyIV5ZgB gX2FqSBQ/r+s6eflmmsPQMDkfFwTyJGXKOhQfC3rFO7QiVMeqCfrjk9kH8BVQGDoAGEObnl6tto8 c2mTHlRlQpah87+KawRmyTNc/R+H/VnVDMC2hEJ9A8T/S8tcyKhcfD4/q65RsjIYbbLadFd6YuNp KotqbM8o9JvfHxzO9x9gPCrqv+RDe8gqaMQXMgkr9OETSwlk6pBvmEQ1PDQn67NO5A02zgBzU7D6 ltrGMqMKmFsQwMWrpEk1OuAGLbTfg5gAbg0CoFKn2OBTIXZ4g9PEj8CHb0gWTn2LE4MYWPCjRoxU 4p9v5LMZkyiEQiSIigxTBKYhvj6V1BpeBgExF1VTkA6rxNuCTThPvyEcn4s4EoG6iQ9vo3zLp2t8 7Iy9/FSj/tSBLQUHJDBqFC1s7TioeJIxaapHY6ngJkT2IK7XthmRodIszRXPGBE8AmoUFBLFGlbc 5VEP+D8JGKYU7zWHgU+1r5x7U1t4Yh4scmQKJm41Qtjs02CQsB/fVBas720CUwc8Id9zVYV1lM9W GjPZYkfbMCj7WT12iDdJTiNEgUQM3eBv75KBhDPgjiefTJlUcJ54WrBo1yy96ccpHdYmB8ZpR6aE G2FEOSYF7BpTNGJCx/wtAQipMu9K32ASK0RhVFoGPGKNVkvvdbjYPMwOlggssgaBANGSj+6c+Nva /DAZEJjCSLphs1YblNplh1U8VgFayjClpc+lagzgGiuAouRkcJbhdrocP8Rl6uIYnlonCQqTViUp rjGAn6oh2c9ta6pNPBOFJeJGn1HiOffGEbINby6bsLy79GlRDBQfbSdltKAyUqSYW+U4CDvRNXaL HAMTQ6o+JkjNJrIVvAbOE94FRcACJamkE5p22hQsR/l7vkgPrL7QQFvOIWAymwqadbRLE0YEuj5T BcQ120qXA9OEYnH6B4rxFqVWqiZ7IM1oL1m3PsBFyIa6hk1CNp4wMcrDw/6ILUQBog+bFLz2lcFl gGGHghEDtRmrD0eflJFsTxUqZUGEoNBa8V93HerRAsRWFRwegmTQkFc6tARWxKY1GDTzrJxhMH5o o3oKSi4PnOyrMNiRc3Yp28gvODhjwvZv9rjPNsEEvk2/2/gjus2zOI0h2Vv+X0EMf1PwPg/SAsDg nSwmrzSjiEDXMiz9Wj5Bf9pEBmzfOKTDJPIqOwfyovesBSpXlWlRHol/mcWylEFD8DB5IOhWRoCu Dcw/hcItTVaF8Xe7SiWQUEYZHzbK2Ca+gIS1k4RXLKZ3pZdT4oZjETE/NrAxk14zQPdltF+0gqIS n5F8gfZI1FkSzNzudSf2GD84MkiWIQf/76QGOw1B0hhkKQFMW3U1p7/SlrBCdJ21S4ATcpgUFE9w 1I8+tWddMEC6lZpAnTH4GVFIb1T4XFsdX0qwWArM1w4mhzpXNfIqA8q6ayQZtFKymIQHRTYFBgTB s1p08YNN/lyWPD1k3VMXxJJ5h1G/qNvGpFXizE7BTtkWM3Nr4wGiQkhgIh1UYIOfDUWyakSQzrco r55Yk9UvPWD7o6ZViQQ2WOyXr2H1SS1/tWclHsSw2eQNnR3enuhFW9O6sOHatvGDppIo2MT139nJ 7YZHtMnuEXAPMS0NuKhVZe4MeRI6UJCxzfptj8LC1sxdP+CC5Lnt+z61C8okQZQGZxe24jBSPCnF S5ZL+DPYcDJ8gNWGxLDedzmCMeJVYJ49UWqZfzh7IYhVc/BlwCX3+dN9UUoedpVV2aVAbwKMj8jt ConN6zRc4jJdEzgkSanzt+OguXOwI6/AJxPgdk/amicqM4Go5bfstYopJMAFAkuU6ihpdQ8gwkLM x4C0ICYO8CB2VV+VASZJkMfuoPc4zb7klwKLBoqEE0pXg2h2dpXP7kPeM582GJMIU0e3NC3AhTqo HPkUKKDQoU0N8BnKOfU/6DlXW03RvP0kxG4H6jRX58fBtF/QjHku97301OZkIBWvBXOEjVSh1cP5 56DCWoQc6KbEUQ405IEb7l2FOFEBbqkJvaAUYMGhXTeaIW/kK0Fu0uQskTHw01FtCgF/umrMACUM 6l7NE+37WfpWyUsVo4AMSOQzVMAITBYOUGabpDsUl1mNChZVkrMcNoSBJDccFFAzAfZQlpqES1lN Vl2KZviEN0E/neOGrJZxGNiq0Z+jkdfvAe+YfmlOZE54TBPHiWEOBT7gosNsCC+GAmcoJPC9664x GAei+LokRnkFpSGjG6gE6K7ahvwuGPi7xPeOKu9tDkh2905atfCUUEh6DGzrV8rWSpWDp+iu2hcg lEBe9HU5mqUHMskWRV1DM9ry7azl1FpXxLMMSUCD/MKUtnxHRAE2wesOn2GXVkyeaGUEgDJls6s4 IfkvJgIOK/kLQxV0USt6e8IeyIyH7JG2AV74Umh3U7Vd1AsDjFU0ia+sOJLv95do2H2PYV/+kbEK 9waSb2F0kpRL8Y3Fvq8+RQ8MtwUSun+vbNSdNNyKBMOa0QB0BX81GANCJWBX0wTRx7PuGLSepAtg yLyxirP53VLpj/0TpC/VHn6EkcLwcWAD7JpMxTfO5QQald88D3EC2sLCbAEI2Hp7iUKBdd23SNQB 0ICDvkENeJrs6B8wKjDf6qDA6fLdGwBq5D5XkUJKclA1KBvjal0ZBotwdu2iXa90x8/elYuCAp5q SRCuGX2fnJ2HFpZk3MWFwLSqfQwaGViMe7egSAnHh5vSIPLGKx7SmkkQRRlJzmSTHWFhEUK68kFz HxfJqIkTsPXXURqMZeiEOOE2eamYrjx/ZSU6FQ/qZhxAORu5OZX56RsiAL2FLUIBUQwLFJsI/G7L wy0twdTjUXfdFi7pt83tAYvAYFRtwB1rs7/ssK/dqxxg50LaP2GMZRWvj3IyMSIpmvDDhyIKcgVL xPUFHsD+gi9kPDkEhiy6YgNhCdGrZmwscYAPw1eFzOS0PqIn9k1LXAigSz3xDOBXa7FXdTxQscI1 1qTmkV4V6Lm1dot9C1m0WwsWmNGBJMeke4AtSBOKW61v13LaSWbYZaM49gAXTcYWjzEOjNqgxV6J CPr1+0NSt/lDZKvWZFcRKbQMStpyTiCRComr0B8CoPAcpSg6ATA1TjYeQUUVzULY9B+kobWD8Fbn QSxX7yy7CYOSv3YwuQLJJZPZffqz1BQnPc1y81WpsGjWAwTIpE/TzRrrAgRfpVpXYa3uk02eJ5NY BQ2N8WUkKRZ71AyYj6NVacxUga/KGfZVUWA3LJN0TK65MCVXAGpHmxOm29fSs7txsVxZwhMkboze ZhUUbWaJyduFqK1fUmqArLBcNkBJxeg1oBY1SvCVE0VIY36TwG6fSpdIyPfzRwdwUv1AKe+TXR72 gYfNxHQ6idSrHQFCKwJ5ahwZQVFZUHIMMi6SUKyZG1Knn6jegbkqbwW2RNbMokL6ifRsSd49hyAL 3mWEnYb2h5lfvVCWl8Qk3pp3+PVBLKw5h+fhL8wzyYG5E9UQVfKOgZ7t+7HM/nUkMFM1AIsFW3FU 8EU1OgFQnSIELFA3uYYDo4Te5INn6/E72JZgMOfzvMfUzD0EDQQ7GAb3A14F4uEAw4vgKh7g42TO MVk5ejUm1SM4JSwgJ0rqTg9w3oRumah+hcwwYSVghyJwtcbDyJkK0wgH8yxcuwK/Mq1AGUzTrFzw h1k7vfv1LCOoNjmXY88D93TVtXQhY4xofkGeMhCLvS1fAvwjfyYDPL/N5LyqARVfu79PNkuGOVK7 iwmQ4YdGnlnPr3yWUCr1tOGN8xuMiQTIXkIJiZXlbOg5pHyi1tHEeBahp5JquO/mCduSWQLNs46I 5JEyyngaEm+iiaOOiFYyLTwMCYO6rKrSgtJ7tI/s0ACDjhQclx4OlVou3XKIJrkScCnTs/KwwwEN ECf070UlXGsXkonN/Ps0vpJfuUED9ljA0AjD5knnkwBmFKkNW2npctE6i5rHUadYyGTztfxb2g3i ZOM30+Hw0OJSzXOa6htf8cGQ2rKj1RIv5NxYHGhAn0H8Pj/URrZS4SI+0Ky7BWN/eCl3z+waHg4A G3JJHI6Onzvta3196H8wNSudl8UjhFZVgiEnqN1hgj6Xnqv1Hu10OdqsENBaOUi7eDK8ql0iGYxI /z328oyYL2Fh0FE/m74bC2v92SWPWNG6dtgdhaya2wxBzYr49uTyxRxtGqgN5stf42Atl42pdXEb I5IQTL0TwGTzGqoFWCyNPdTE2Dofrod4vVK4NlxQJvTDSOBK1cHgAxp1q7lA5FLU3EqJH8KCzcGq 2b+upPT3EiqtwbBTH4f3+tBskIxjrtdKNPuy3Uw+eNyh+bIlrXC7wlRt9ZzS8JggQUgX0tVE0g1g Ax+MY8zd3uT2YldJzTb1rL1+/GBc3o/9KsBZvhn2cPD8MeT4zRAttB3/oij3oB1a/pBjZoNjNtxp 1d7BBXK9/I5EYgeGheYAmXYw8MFgPRzOTyCCr0uyTjaYQ+UF2pv2SoP3oBZilaDxgWaJaI3Y+L4l 5XxPcIC9QukIPTxo2YDPdqJPtOBn6xABkUHSnsmQPEYVUqoV+yrcD3IIRzFyDrXPooMq30Bhj3xg CU2BDTxMuL6WXGd+lgduTIaTxbZ6Eqo650Sn1uwQI4dIJGJluqLkJCKTdTFtj9nZ4Aqogmxbi0gi 0yMjqTzhOX9ohmm2bac3IAHpFL7m3QEZRKTaOYIvQ3AIDMYBL+kaBQgo8zWGpETyArOYLCJFr0bY JrZ7m0SaRPTBWzZHfwxB7r7fQUuIEEn1a6Q4vaGj+oczBfEcouP9ij/UAWE4gtuQIRWtONKhFhZq jSKjKfvmUzkCkxw9MrmxzQ4toglJnz6FhFQpxMaXtR7pEnb+pNc8HN7zaJNOSoj5kOpiggQUDwia ghHSqqS35YidUNq+xlzmCJGK05tc8wsARApRIQVmy7QETWmXEsfPNh3ZYkuCU9FA10bqCgNIoPmS /F5GnfhhhTJ+e1CShAzsx1qJCNgaFCoEroACfQqUBoLbi5hdP+G9zjsYqNTQ8lKHw+FsBrD6Inxa u0A8e6dC9HRrU2gySEFIJlqFvnrfGuKtVtfmYlH4cXZa/G9BK2UwzMu2GfGMG7C9jVHaqE2JIm/P 5B4Z/l/7xafaFq10F7M+REIYJHuFBMCK36sF7BpWGBdDwYUDSAXCXp+FCxP8np9pgqRQBCnaMMU1 CTiE9UKLJ4+wj4Kgq9Ta3unUv6Xo1Ikh+MRcLRzek5Rr5TAnVQ3oTLGESqUWls80rE5o3g5TmIpu 7DWmg0FqoXDbmCt2rj8LtkdCmIoUAmOK+LEna61t0mmU5yfLT8VROiN2GXUEMso4KlK1jpjHijJ1 igkiu/Yt0PvLky3mP8vBeDBsDSQ5ktJ40lvmkuY09yiW+WetI/RsQ7ggHT4HitrRg3LbnpGUyYQZ EozxXoTBdJFaDW/L7JNUa/QzILJwNMwruFsoKOWAJjZ4NOwshBf1mcng6dW3exDYNV4m8doWGoTe jgYvmhAmbS/Z8lNo3IBFsEo8t5CZowgyXXTbRRC4V0NWDTDFYYfgsD8ebnejo51g2xpXRzPUyKeF zIsYtytpegyNCBF5iK6RkSomjQlwmNfpsNjCWsOG7ZfZVwmoRFjGXGoyRWx62vHhF9OjrxXoNnZX eDCNnmiWIshvT6ZPkjAUuo0Yu8z407VYQfq3IGR4srEr6W9jxCu2XraTKihFWezKQkL97CX8b/gd ASCZpSJYpTdVovkFFiIbl8YsNEa+MHQ7CkHAeoOUQ/uy4XVWkiWSiRGgqUx1Yk1HCMzHzKEIc85x CyaerHAjsmG4Qzwn2LrBOHCpL0wmVRORehBKn3Mo0kTWlS0KOtep31DVKifnqkBl5HVXircltqhG jWlwAJszIFkatqVt+7IMAdH+Mui2t1hG/9jtYhyz6/3coVKjgmXLsQDddsyyWscGFrqfxOg8r/rS 8ooNo8oNXG0TVnNbzo/DfWKXOXUSYLwAjNWSqYjvoCHQO/RYJgT+MGYJFb5MUZgrLpXX0TW9lUAx h1i6WWOIpDeCS2Mm0jCtU0W9bQkBzcpI+shZJ/uSA2uOZijgwsssFtnht5SUTvxjyZHaklrL5l9W utwbS2K/INcHKB51ifrvZWFM0tSMSIF4tnux7fLEnYdSCjE769aQp7ob/5Gjjl2ECbSf9cBKbCPQ w/nwL51XwgFQtU5rWZSWyTcIJ8VIjFAwAtsYJGz/uROqojB0pNscNIg5LJwVFxou8G0sLBJRsPKa 02t2NWqgC3lTOokZk9ocLhTEW3jKjmTpgwIcMcYw+nJxgEftefSz4jS49ZukIFEev0ruehWrIVu4 e4hoKZ1EMylwQcaQALC3i3d4VHI7ECPWtB5wFRzc/dsw5pz+zAILXSjf1tj2rqtVqpu9bdkIgAfE oPhfUDC6444wegST++ZxtLbllKrQqHBIaxt5sYG25/GYq1/nPyCDUcJ+iUQsXdAKAIT4svJjB9wI TIK/FPWAhslrDXeCjvlV5iJIRHAEZAt1g1MB9z1f9j+MA2hV9U6AIITngfQCmGUbeqb8XEmAoMrN p3rCIEL43v5R1bYM5pJl5frK85XhCctyqZycWLhoKZpbZRNKKr1Icj2o5yDvVNIwZFV9iPNZeQbl edXxVbNYnuteRdyzS/FKDi65UddyGru17nK4+tI1duetFFEZuX5WrRcyWQLxeX05bS6yWGWnKiF8 U9BYeWG1GqREQp5lGJ9kNcu5VY5YZqiEVBWLlUo+/r3c3Z4Hir6eDpfz8X64XhU9lpd8VIPiej+p ZHy4q6BsmGpL7NWbMFzljs+/e8m7knBv9+PvXamK81mi7/14u0ioPZx+77ebT/b3ux8u9+vxptnz 8aqWsmzaqzTX/UHZ5KuCyabrUeWcT5e/l39/D7d/dGiOVS2Wvnv753z69dVNerAOz+UV+/R0UZz5 ur/9Pd/+d9CpQs218Xs+oZ6p3ZWF3vvw+r/jP1r6Pf/zz1Ejv5ffk9EY4r83ScU39ZPP17u6z8fr /e/v7Vfa8cXfyjVfbrdfI7te/tHxv5fbv1KZrdf97/87mFfdKAjtr/v92vC9f1a44/7P7fyvBGap v2vpykDsu/IbUojly8rNtvhWEDYsf9fKSVi9qiICSxcx8BRgGwavkEmgL36SWuxZoRP51SfA73Z9 c08f7POIzVyLWX2XzblqFcqdhrBDf91+CIPdfe3PhQzkwrtHTH2BTgioJiO8ojzFCdqvOgpeF72B iovadJlcZTrAeUJIdFzBL8Aw5BL6XDgG8tiWEjkieOS9hWjKWIWOw2YhqEJFzl+UxwtYlSdchSGj N0mAc4GS+RDQCtZWKAEIDU8s3GPk28++LSQYnCrwYAfu6EnazAt2MWRVsizlozhqKYM/e7exa9+u LQomfBCeWdRGEYiP6oUIq4FQRZ3g75EMkowMUFOJw94ijwN3yYkQZwocRg1Mt/Ubv4UpS3i6JjTE XwDH6EM7gnOdS0gKfXaMoOAqiQNBRZmSBQUKpe+FznO5SiIlt9Gt2xg1jNTVtgWNg51JdgK0YyFV oSjw6sI+b5ieAQHJafoinH4o2iZwV92m8mzFjk2Y+Kegc1gpYmpBuOfDtQu0VWkyZkjkZoJMPjAb iK9EXVFko/tTtQQ6BZFB4YSyHx+Sf0tOix0/u82BhE4U08yGxzygg0yte5lL0FwTyOjuwK/zOyR6 cDgDI29ubjZs/TpTQ4d5MQSZemul6Fc/bJnlxLYwDdC7Y/1Rd2KKBQucrnEz9YQgWRyoIvRsHOvV 0aQMpCv8JiFUU/ViYLSwiAJdC5020+qb0Sp7WmOSQ/C2OmnmTF2B/629wq6pSKNOM9Lawi8saf1R uciEtswOb+l8bAGLwjAS6afCOuKUQcg82VC+UberJahOdpUx0nDFqNNPRWcdOGrgFGv2BePUy6pg 4Yqsh6wpk9WjmD62yXhrG0You4I27FgrI8HWK2cgcpaGw+nzI5gxB9oYKE1ZDGPQlp/hAOlYtjQ7 hzAnwzRYVJaeUcdCk5OQ5cdLYLixQu1fK+6qPtgsszTDLFcR3q4d9gnbg98T33AFwECs/hClsuP4 bRyLLEO2FEuYl5eDGRRHh3f3ikOL7DJODIe3nJk8ReAXgvWFb/JKjJC7pOqCN8fTjVv06Bueg5tf NGGZcsHxL36Lfa1dblYLyw5Ac8BVBkHHSONwf8MwB1XgQppDGApLjHPOE+BH8BXzwccrytG1WKZV lrduTCPP4xMWCjS1hDlZslb5JQFag79DGvwYhMipM5Uw2iU44lWZCE4JatanhqBgDMJcsrJl/O1z ZieT1Yw9qfhG/t0L5AtSMTELFm7JcmC0CMtcbERLbvHrnDy1BGAGjjB3iidUsMOkwYYvMHNraGj+ /1iIEBFU5nAZpG+BD+jT4rAl2ebowP3hKEGbtfLw2tHLE82dGcqt5pf4r1ucfNNSZpbWWqCVvMrA Z2uBH4AXvsNp2mS36qYEmKIlyCX5rcu9Ysn2UiLI+pJamIelWI0LUTkunfwdPDIOV36Apr2oPc/k kBAvzGy7TjzXTsomZcGS21yPyvXkVTu/5in73F4maimvAmezmzAXMSUA6EO7XERL7pgsOSJH46K5 HSLD4sKDpLVx2qogJ5bkitbQsa4KxLdTp362TIkGwbIlhfMl2mH8LxveltSu4K/0Qa8VkmszC1RT U+bEHvVXxXa4adrUkE4NIXlLX/WDjJoayD1T647WErhUzEcbJF6S07vUE4Ejqicebbg+IFXE6UvV IWIEjmmiYqkyT0ggKQR0opwNcyduOs9KcokKzm/m6oeyN1JWyeVkkl884D9NmZ1qEySe+aFZuY48 CxpBYSN63NR9ih76k/diqCK1RGxLMpShBaq+3aJMjhFTgpDkJPi6M8vInqVOsRrSTnUZ/J2j0r0G nBTi3SwxREcRtZwmFRslZWW8mwitMmQh3Tg7US+9YwZpKz5DGdQVVCFW8mgajNlZGZRJlerJmNPI hIr2KVzSll7ANrwecVtlHLhk1Hx5XMMdeDRfGzumIrVhnbFwDZYp21AJLT4VVquEi29T3LFlrKUb wiKthISNiXbIY6Ks+JX0WtKY62Tucs+Se4MJ6MgHSV0yTP6e9dONMda3mGz5qnletFws2qlfOotu MM5EsF2lqzQfdCm8gj2BsoE9UIg2eEhnmsS3ycd2MWilJyQ6+o5HWpKq4rfBWiHlaai8+PdNUQOf cgRrhMQocBb4hnpUGRVDQZFTD30AyKV6whUDUjRSZnHOaZi2YZoxqaX3MEqjDSc2zvA1MAFkYADk WiP9STAFZ5LPYW6NeRzkwKtEsNaUc8ypRhlyr0BNOENUQbIUgh+eUcyAUDr+SUEaCtJaBMNTcd1v 728bnThX7Wd0MCyM0r5AxYDuzm5b3OAaMtqZeow0Jpjei0hTg/hNO6k2VB1Z1O/ZeWYdhF7egHm1 NIAbBEW7ZPDQRsu0tNaNGtjRS2wAKjDsWAUShVu6+S1ZixvNCNHMqLXvdAvBvpD+2K+W+T2sIHAM FyXpgspaiBZlyRbFVnUeV8fweMtaTRGXkmFmu83H6Gp3k4T+wltkUZuzBAlshBFlXzu7zUohMmdg uDOlaYis4HQngMQ2tLRxmq1inZqi/ZIIVrYL4X5gr8NTWUIAzX5BlH4LgqtQTPm82KwtTHeYBca3 NNQIZq3clxl5EqHKts6+apHbnhZtNCQyPc6Q0Y9BWwPlJV+heu11l6xJ7XOrheXWHPIObOj1BBls LKM6UjyO8Scf2Fce8rzN65l2n//MTI4UuvFxMvY5awk6YrfXbXuk4tSoQ0gs0J4kmeJvrGK/E8GJ HMcBGd2qzpYC4kM+Iogj6S27gzKoK1hHuaQlLdF4cnMIf4lJhlu6ZA5RusBXnMpySnKnysCB/Lkl vOq23YqS6A9oVAEgBVaKaeXjch4zaSW1TcqOI5ApWhgJKVwKomQhLk8pd+ndRjCZh6loYtB/jWtG iwiVcejuD2q05yXH8vHCM7PDTcoiBgUifWRE0SwFmgJGhrVemfpEFZ0CP/WEXecvn+HKPCpJ0DaE 1Z7dlxgkLBwT831FVDIJmUxd3CCVnYz0ObpjjmS1rxouod1C6RaVbas0l/3AAnE4zLf6xXVjU3hd AwY/WnySbfIRfNaqjE+k5RwPQ2kT44QR47HpMLBxysVgcJoaNKzs5cwnH+T4ZGBIDSoPHil0nPHA +0h0YrM2Ha4LtcNxalrZCP6veq3lpvN60phN0ZCNB6v3rX3RWRWcoC+NRISZBS5qhKSE9r2PqNya ZIEGNBFi2S6qJe/5ymLwVJyvtHyJFA/40IYiLMCnXnv74ACml5KgLIdclVm1ZGaLy5BGd/KahWeD 22uMeYLU+nbTotXIEPUVFmlPcTWMhC1MDpiLXhBbFsjIFo1ShWlH51zSSukUAw2YTQfxa5KJmRpx SRM0Bgyvj3k3JWKhkIjYRwi/I0jb2lrQem3VautZoKnRYTlYlgRImYIafyyyQiW5zPYhUtsQbLLs tHgNgfF5wYhMP8sJNxq7yD1XNh0Qs48TRf7OKZ7FYaXgQBiObdOiMGBI4dnLbC4sqgbFZIq2m7o7 HtTh0CUAQeqYe68SF3ga/1gDn4B2oCOsRql9CrxmpEqJNEbwhhTUnfIFkjynO+3BaIyWtRNMg+oW PbPYJ8o/ZnD6W/tM1Sx/+XVEJJYopdBp4qwzY3v49mwwV4mVXhjOK/+zJHH3fPVJqey7B2duZRuy piG6pE2yRn8/e6U/ZA/Lx9PbamqEYk5mnSv62oSG6YuCHxrZYWLcSqSQtxI74x6+vKGG5OAIiq95 U06MP+/YIIEIVACqGKzlMqc2QFXe8C54woPvMKByC/sLAPT5al08jDAZum2mz30X69BOFivEzYM2 u3xycBMCQ34IS8fJy9H3b8gZAdl9HQhScvtkI0oSPxKzQCYjLAiRIyB7cUjdPGSRgq/rkuxGc4fN AYUfbr9Mq1gvXEks+40Fsd6qH47r8DEaMkez+vllHjBw9Wu0b765FhRMDyTbtWyhY948kZoyH4vF PeE2FUhKp8Aqv09WyvpPlZIHCFltEORVfEMaqvzVsl4tt7RwACdY0kDltEZCPGgHBOlB2iU8I45T AFDHqU8LIpIfywvZR3ldb06G1uYA2eOtXKWOFbBVfPVQatKZS7oGpsqklc6KgeHlajTDBLfHFXi/ nGbYuxxnbZ5tgUpA76+Oin8aasEA7yt6rTyAqiPd3NdAFXgQBih7GrZuDkZz7MpCEL3SIYdLtRQu sPEpc12FapckSuyG9CvlfPaWi/hUA9mvlauonMTmvAWSq2lx+laXRJtgfkD+aa3msxIh5wNsvWv+ vHq5GX/dHn5ByipQKxUhQnDQ2v4KYz+rX61wghmpNuLqv/LXryVye/dwksF+cKfi4Wz8coBFLkQ1 vo9uM1T7oCoYQhV7C9aakUmdzNAWKVBePWIQNB0DwWAYTeWL+ID5UIo+I0L4gsyiwz2W2tu7rQ/H JQjYEjE81JlSVPsnBUYSECz+yk7QnYow3DcPT7aqQx+SoW1Fmz+HOn5sje2m8n6xVOLFsnVoARNg GO2TySA9DMeswuQkvs1UnUTicsuGtwH9r3Rl8sfWTzROLXaSI+Q28VBiOaWjILBNYL9rrVRfdTAE pQgQ21BSc1+Q3VWNZk1hobxazvLXjsWo5ka4OhTCZjCTgMyGuNrs34ppGX7SkhgFZqZVHe8gN6hU hsnP5gVtOBSG76PMHvqNXUmCpXy4WhEqaM500YRrSdC7pZfNQOUx+H0hTKp3yrDzUCkLBkKwBJEY /pEl9ilrCIEZID6l6TSVSzB6FVJWqlK2n4wOohNhaUseBdVWDgbnDXI1hjkXhUfxMoe2uEkp1I5k sW1gd/7zk49yaXhAmqeOw2CYZJzNFsnHLIU0f6RmPhArTKDxUx6+CDOvuCddDAU1JyLsbQGs1o2g fwZJT2OWbO883XXO1Lt618xFos3b6h6QuiQ5y6gbKJhbIz4QpNq2hdQpcbIspqEiLDShx8LPfA5g oB6YPN+wdIobu8qaZmtZF9gX41y3HkZSDhR/gY2pHSvqNFvQAEXDVgQ+xzki+ETuTMrovJuJgQ7h 7a2QdS3ZZgLogDWvl8XijjbrGwc8TMZsofz97Be95wCCjE3RGFibqO0rdo7jzNkteff1VGge82TJ YaIOGPq+y0SUEXH5SATinYFYM5AsCk8zC81XPjUMGRdQvMlqKB+45VIWgw/HxZS4qH1GlPYtF3NO vJ6j+UAJrXbpMnLsSmGWyKhQAGza8hnXZGGVHScNCHrbUdrWtqxFOAVDLssssNeUwK1TStFK9wzk moOnnwbAwcxhlm4tiVN6SeOoGVhAPRcu1yMLDS+ruKtBhOZrsvTgw2WIad23kmsaa1Co/xlgiZ9S dRbNSDqXRzMIPQz+5TVDNF7rDlVZrWWjDJE5u3F/vrEPUZRN67Cw7YU/M3qlm5Y5xCsJQIZuBKDb WkAAEIf/HOAPUTYjybcSaSYH1JdOskO/jelxzN8TdcqTLas4wIl1upDbpDEpW03WWpo1pDp4PkYt vTRzW8qV7Mx4Be6c3Y6eFV1sIrpBN+lYky3q0RKxfO2IqNWIoeBArQcG8PGkoprRY+yWuQFJL9T7 k4RZCbFycuTaATHePQxEKl9VfmGJRo4HGM/z2M/oVlYzxN5wSBjTA1yXqgZ3HsQ/8gXm+LfsFOti LhWLwHUIysqxmfB8BTZ5iBLasS0XA8fy9su84v1RF7jGphyIr7nmm9hlhEX7WEN2XOAR/rYPeH9W S6dm7i+OZfIygZiB5fFWeOAtslUD6jzbuQVPTMgcbG3DKYVGGRMty4fJrUsHaJ20rzHwVOxOGhei ADG8LSHquA9DtC/KOTLZ9jJGxHARB8hVSZIohdreRYgcLhtB96RB0qOzxrYDkQAYiQkiRr3keKHV /A30CmuanUBkaIpdHOfYPmVntSGMuK3fNsf8hkGY20QNh2iFKZF+eiMyK/NrCgZDeBE+AXTaR+9M gQr7EBcqXqKpk8Wziy0i+ljSRJ2fi4Tpx5Y06YpDaF//eWbtdHJhdlPr+N5hXsvrZ3USQr2CCCT3 KXuLGnYJ0VSwA9vQYyV7WzPzxxdtd+Q2Od+OY4gmk8xPUFpG/ipgUHdlLFFBEEfjQon8Xf0lAFEC h6eTyHDEAb7qSH92oQ0HIzXYji2I7RB6HhRrIx7N3g6VP6gZu8EetS3JOzzfaolP2fHOVfSd6cvD sxFhaYkEZRxEwrC9RChRJLG56oosVTexsQDUarAQI1VHEVJyCkBeedUbcJMkV/LELug+L4JGYvwf Ib13RxXmPMD7YtmZA/EsXwvAWYs//ikhP5FSwZa39ycSicR46cY3A/bliy48tVR+BSUXFswD8gCt J8Z29OD5yRCkD8ZiThp02MTZCGnIThpU3dhBDmmCBvWmCMnCiBdzpZr80JhV83IHXSLndIAMXAOv poo2lwu1zZevC8GyR3MyDJ9LS0SGP/IVPSmu9rZcPNUJ8Wd8FWItKVUkb5HEi8rmXOVVEbrOIam3 LtqFTyS+Cra1BSrCQcaZfME1K4K8pmEhzCVg3TifV3/STWYiK/JL1K8tLWwqyEoeLiyEB/WIZtE7 sa+zSFjCvCR/nTzOXuBCWkDbxWW13yBN3OBLoUSQSgD9n6cbnyjos8niSStYUuhrWkAxHN+qXpWO S8dKzqRnYwM82cqiJWS2pSyt17rgbPJB3qa2DJ2wK7ctlhqFq9vWzoLSQ/QrASGAnDFQWMGEmYTJ OVRCYxFkv7YtRgwmdIQbEKQNSPXUkcFjdXRA+GKU1ifdlOCUcFprvpis4NiJGDSWSRBOfVMN4PfG YHyafBUGolsMFZUaEkPDgBtL8YDh4Zd3B2h6xlRnRZpOuldX7ZDYIqpXIedPwsIskNF29MREbz08 dZRsB2NBKbMwtbg0qmmFtUY3+pWKIHI7jOGT9N0odUxFNqbnhX0RsbBGcr1eDMVaetQLaeE2T8Bd ktFWz7SqdEMRFnIytWcAQwBx+HY0XvEFHrE83og5pzCR/Y4scbZXUirzuvGmztg6SjC1ED7OYkP2 /p2k33wVR4cYdMWbRstMhKjJ5kPQGW2TFBCGEIEY7hn+odzYaMxlqofMlFnN1ETGIkfOv5CXrZ/v AuHhnZkqRYjoDFox9C5fIqyP+ESz5HRaASpDFRgMqzboWKcga15P2Zhmg2RpB3RDRdO2vHJLxwAo 0EFEZ9IgLuPtQV6gorF0a6EWEedF6Ar9OE0G0DvMBskbeJhe4tHo5Ou5qhGWSIY7sa+am3QAklAy iYgK1DEXSbMUgxbKBTXlyi6jsnRWwkdAi0ZkG5j2GKBI3vkjS9jqMsvwjyWx3DGYsDLNV8+aEGfU fFZFjfsandL8/ECcTV1Bo6hGhLQStDLn+fuZT4zbmP7jkYDEMqE5PnS98fmyfBL2CaVtqXJJ0tuU RizLT0tTm3/lUPxgNSw+/mX/Wx1cqEM8Y+sGpHcmJoP2Y4t0HKoWNGTNaholyhVf8wwgei4zNlgv TpsUrXFCYjEUR5F3Vk8Go1lcaqA5uMYJGvwvnutFeF6ZP9Qx04WdUQhCqgx8qyBXWB9IkB9olmjO /gKVcYmpdUBuAJ7gNyrgupAMmWuMiAcWi2Dj7sW073zG6Cx4DYIAaci1m8ADV7MRmU8yKdfIKKaq XCZldIadmleYPKMNoG2MrWXcxSaMuugPR+0La8ty0zzveJxSsxYlQKMt0w7AwMGMMeAhpSd7B95S vi5aAga4/Tl7RbVz5w0GoYIWCjpk5Q4oY7mQKyCh7y0xM7gDodCG4gzAFvPfiLkwbOKhseZQnr+c 2YUmbF1zCmZXwNvQmdDigPxJOKu1w6j52E0/Bghy93qoNUO5pa7gpeEIl+irAiBeKzxa8gDU0dJI cjaKBAIQu6dQMjw8lAicUrzDH+voqHSYYjjrhzP2ICV40WmrQndevWP7JQD64Vs1ATF5AA0wpvPd oHVTZ4uvpQR6p4bNac50P2DwJmMo7YGIiu1iPfIQbmqdMBqAR7+fh53Ft2axGUAa60lfAbQOgBsF MZniMIHz7U+TCRcKGDOFcqFxbDWZcZ6PcCrxWsnn2ZtgbcunFNKwGMu2DHCyJlHDGcKHZf8nHCZO iVbcEaLKONobXgu2N7CwejiW1Ey9BLiV8g0ZqaIEsAsCVjRIeA9ihdNUBQ74gp4FQROGxb+kkTi9 HkmMXI0mHIJTQkwC03RkLqqceBwAUtKI2AbehemF/XeZGN5XJMTZ+saBqp9V5ZjCHOWXSkGEGPov UiGS9Ei/Vm8GBGPcVRop+FiyOiyu2ioARVsdzAJYg0tXZzYUOowbzLWvKHLxjr27KFt6jFMJXBwn lRWgCymWliNfFkioCUsGlpa+K8+0TJoqwOqjVBjdVVpEt8H8FZbASMpNqIMhKgKw90KlYOoZVHk0 NvPEzI+SHxoplbTMEFMBcwak+1mNgkDDYB3RutLYbYdGRyqCjkDiSt58KwShngnSSTO+GKHSDwe3 HwZW+1d5E6j0QdK7zHVo7+lH0Y/KmkgYBjEDVAHyktDFEOS5Cy5DNpXKPisEAUWvyIlh4PKqA8n+ BexbEc8apex6ucCVAVfqF3gN3tdgCfLqYyt+oiP7V01pSezVKzmpJgwxlh6tNooGIf+TUX9BorIL hKng8N0RWYJ9RSA8AEP9cO+gfHfBZXWGUfqRXksYRUY4ujEbmkiJxQoiNlw3RQou2Hdo5vI7cHHx I2CnejJiHba/cIFCNoXQ1wdRmqwRPG7xEuyq+9qhZJhti8OQt2CXWIUvO2IgnVu+P6kgribDGVsn niQYA1kVpiiHqoC7jZEyt8Fj0iImqRKqIplB69k5vhYMqoa8/YIhpmTdpqoZxDi5bQyYgyS0+Ymx R96RPRRemEiXfS02IxymgLAn0EMWcjpisEvc43N9y1syRN2mAj926RqFcMkDctlMCRx1gCSgdqJO hlLXIqPIqB5PvL2wg6iepC6sODPDRDWXkYoNTROtWUKEk4kT1ymEzDUB2YJMkWf+H7JK81owZoGd HIGB7wSLORYpAzPmqhuF5nXh40wI9pP1I7IEJFIQhaeMWjQBHCHySDvCRnxW52G9iMs8k6smzine aAN5nHFQNEx2VlH1L9E6aecWgja0r7JzklqF18VPtZEAT7qFk/iYfGYSo0HoCqOpOwWos0Cb7FCa YKy0IRzZ+0LGGi9d1bk/mhQ1OkWEpbQ8QAZayDSgnJk8tkBVwmTFAydTWby0+i/9gMD3OxXwtRL5 gn2DeLRqXmLKQGuJECwZdRpSz9LJLIoDz+hgpgw6g0O6LO/CzU4WeY66oUnHtMsG97BbGhCOOSkJ ZGjOAsAqVDzFZwqm2o6Ak+Mwuhg7J9y1HJcGWVQW2Or0xSTPCABYfx/pVWayQXjf5tJiEeq11Av0 abX5VbqMnngKzNsnVsE3SM3RYM36H9eJpS7hRm89x6bv4FUmSwhM1jjtZjBlCMxiDKA0Xhcb1BS8 xT4rJcBDL+IDWHZGTglicQTlFOROdUzdABjRDGBarTw8REAoFqi0fsuqC9uQlkVtFhL0Jq09e6ON AzzH+Z4NN0N7e48HCsnSM9fM5+juy0xTU7AGHtK3nWvKYmJM/bkJKKTa18hibFwE69ROjui5V+Zr Q6IJh71kqiII+QFRDPKZpdU1HzKgzIyzog3c4i22oqHrKy+/H3nszMJAzAx1n7AhjHmu+ZNPYhaR XZL6AA5M3vFunGSzRsGt7BA95AHxtnjAPuEg81PyTbXmPT6X/zg93s2V6/l8z/KmvQeR8IZXNKHI iUZfPtcypSt7wbmt4dAP2DH/vlcCzHhIPrdwXAgIQkBWaAFoxgPVrZXr7ic+lMlzV7+fwqnC/UKJ 0SufCb/lOXnXdDzpRxvGsGMBrM0ja0Vy4flcstkD1LLbcb2FJRyYYYQIqWNDWpDs4f4jRtyKVokM vmHr43WER3ZkqxWYEhtvhIadgKS5mfj+Ae9i6ICMvDmzaMVQSWvSwyw32mFW690EcvQNxF+B6SqO Kn8MAuD2z7nlOaWIaBoLCcF8MCCoC0oQDFPxA9HKkYm21RmGPTjnnusPL3kCmAQ7xSyw9Cnao9eq UdgCHmrNYgMLh0wmG3oTJ2D5kJ7xGj2BxHYtlKsXrEqjRXEITE+Yhy9DpgIWCjNUllYP5Gc4tSaf AXO4gctu9V7c6WRIBuowsj7wsEUziiDW0uvpMWQrigSVUKc4dxGpQvoCF4AgqwWALAjE7O1jYBFS 69KzzadxKZljh6pTA2+aw5pWs5mA4OZ4L6ogDdhWLza3toJu3pVZ1hTWUhQo1Fdmvk8xHQobBBXC 5Q8dsj98OELMM1jEAg6cBrN7XVA6gDnLgPQk09IKDTsH4mmpsjjwYYsU7BUUCQNcLJ6M//UpECl2 B2hCnQJw4V3zlF+DWP2ZWgpQkZDDasAgPsgXVmkOnQhpXP1trIDUAJQnb0Y5xRngs4AyA+qGr0Xg qhm1ilbVSiourcEWdKIZVnhR3VPbrMoMi95TR0IjIfz6QAywUVdsYexQl+C+uNjKQoWr/02U2nVY ADDXgg+b2piPJxFPrRKvophXRZ1MGyOBJQ206MvAgYKVAWHFuwJpgZ9OX7RV8Ia2vU9gxuxgcwwU QBqPoDYuepQtqtAJQUNwID528ZCd1XJjP3xtUqSTdsH0Cr44glHOdHCb7U9WJjbjBGxTLKBdOQQH bZn4FGPXH3kDgJ2SLXabuYJ5O4QS5TAgdrL64fNBmP6oWhD2bgcnI426PnziljTEEgjQpMI3pt6y OLCPsUNte39gafjmizIv2CFMPGENkl2QAGIHFhcUj50aCeRQLwTFO+HQ0oP7YfIBpn8CgcOqQfYe 9AGOXC4ftQKMGpeCedXuMB170+BrtCVrg5Mc4NaJdaAJGgQOabEp0QJlfQeqmsuEfWkNL2KoamcX SdSo5HBrZ/e1U1bGhtOUki9qtvx8innUCZ84l7JHCGOfAcwBWViAti02YpJTEYUOo1V8EsU0HidZ oKbrXQMXiRBxiJgoXuTTIiXEfGK0RgDPf/KYPmtFRMbwn1CesEVDgyK5ikMYhZlqFpeb/3TgDjuv tbUR0Od2UeVHsJmaTTYhOd60rExtJ9LaMsS1bWEfgY5tW404uNTKVIxpmNv8R8TgH1zocx20aTH5 6Gws3gklhT6S0mj5kFjGhu20YJl0Z07Wj8rg5FBoAL7ooQedZitbVbqzny0cejODKcUUfFCvveuE KVVXgFaAMsFHbw4s1eE4li7wokwHqBWDpMQelnw2MuivXDgGmOflS7NyQQBOrMBxBvhiLPPTIDLZ hB6Xvz0WU55Bxg+bnVnkRdYXwzT7mR/kaV+Fz4hX0ubMYzYU3Eaz6dY5COljSXYgkwJ2PB1WcImx mgq0gl1ADTqF17FQ2Bd3NRiseCi3Kdw7M5Hj+f3m1Ay/NFBEjU+vBx+iUD6M5NiS20u4yuzXWSdj /GeyjZG/xeoo5ZIvHhySDwd8kMcyuNR4ojIY4SSQHGZ3J6S6V4cf4H85IIz4YC1jMwI+sv8McJK+ 0BJcoUKjTvglvALiSl/N+sAJ9SnKcG/QUc+rSYCEN0bCQB84hffziLlbOeA5KwjRSamQSMP1dK3q wP8QxzOc7AAy3pB5ei4qeURCoDctAeOb99EqBULxsaWdSRgDopgIr5YXbPq5mxaIwZCHylfpEHQw ZKyQ99G3OoIN1HoFNCQOst1NgnNkiPEcQ0sap8Tv0oNyqyRPmpTEsGDaWvBF/p2VNVE8g4H4bVxq roGV0EWpidzhg4Fxl0BxPQ8XNK+gVOe4VbMtI84nYRTRxYHrqAMdwhzy01rUGYKmoFjRwWRzykBm rR0SymrDck7sav4BEamuDFMKwQB0QAGhnGYfEfBr75iF1Lxyg8vHtjU4db0fqFT6ak4fnyeylOrp I0z44Ui14wTy//1cTafHyRDbIFLwn8odM31ZbcByDnZ4hb0Fx+BZWrV2sVXxlJH1EJkAMuW4eZnb Ysy2m6YIE5uzZFoz8B/blTvW9syVbAE85+HWOEVqrKqkyiIAD4r7tHd8oeywVfIvDLcdgI3GA+Xr 5Tx15bCEP81gjHC82UIbl+xwyEkAblZZuN3ohAUsjr9Le46XcazPTaF0Ouf1fGo5DKi6uCXxYing S/miZVBDbOGC4cjufSprd9+SAQTBddAkMJrGQTDQSD8qElAXLrkLXw19tARyp3cBmqGlHt4bjJ2p cat/MHGAVTdbxXEV/gyftNldzwcmUgPXwKBs+x1npMK2bUaXY2JROJjyoriTXI0r/AnPBG0GmSpK 7GlAHMYEq+IoiwsSlI+daAI54jJAaMdANvuu94MEBilVuDfRpPxFe8qtZASC2sCld6KkUgYA25J1 IfAxB4ZCiOolyxIGy5NUYXAu1TJq1ACHWUboVgnRRzICUAehlCWKl1U2qJ4BTHVzqaxt9T3AseDd M6QREFrScFnBoDLQZ1WJEW27PX+r52Dg3XkGOva64akPcjhVOcSKSWZtsqHJqk5L9jU8NaJho4p9 yPx1odv+hPQyZqWlb9bKTnT5GkRVxQFDlIfrHVWsLfTGRYSSbt2mdpGAK/v37m40tUfk5UrcPQFv ZfW6nw4sKmXYB4r3gkNdP3cFfl7l5KrnsbuoaX7duY/Oc1c1N6r0sXfP3VlBCu32pOZ26mHsbufN 3a10p/2va+PcpqeUh3zjq8olt6vM471b9rqjcH+qoIWJnbbgY/fted+tfApbnG6HnQzm6+F0V/Dh xx1/58v++quuhRobCgurG3K4df2fwiMKdCgdfTjeXa6nNojCGoqHqE2irMbR9Xxa63q/34OBqrVx vaoccnS5319dKTUiXVmxjH+kN++vboFU5wTh1NgwnuP+DpU+KcjrjkKJ2lFe0e+50TG4XtWLxD8O Dt3eXK2Ip8DE3dzn5r+f7WW1gT/L9z4BwmHyNghgWX3rgOofxVuuZdefzuJButag/VgEwOazMRyN iAUA0pjvGNra9Xy2uTIXBRzkC6sYLlna2wICNg6WBnZ7HQpN6BiIDx1m+HCqIpRdaXFCtYRz3/mh K/umzrOW2pCehhVrWDoxaaCCBBmE3Q1Lt56tEsbesSmBpM6TEXE+koovgmBbJ+cUBU95sWrC2vwA 6O5sKQsCni5CSPllT7x3ApowlERL3wLzPFNVjSINLCsCQsJqz4iqFAKy5z52giUAdNFORhHdegCA EKW2L+1YGKJKy0nINrpjMbL4E1IUsto+G0WlqT4S2I5rmvK2d4ZhitQj2ZIuMylq/V2CvvHY4QRI JdP9MSmHQxCtg2peQf8alzROQunSlnWiwAgyGBxkSBTrlsh04gxN9SVGE5LuNaLUkxlXjidUUUS2 gNxs956iibYYRVSzSkepZYKUgdQw6G+AskzzCqWXBm4wBpIMV8Y9jUNNOFbDhKJ0yfcIJZfe36Ss QZVATNp2f+7j7BXRR/uwvTiG1hIAyNhioTGyGCw0XRU54G8FuSk1vwY38a6tb6BkWE74Yj46RRlO yoiodBaLDqYEPXFrBniOwf0su5h79KrWtGjhWopOFQ+K8ZeAzeooyJ9Tq4IEoweiyxCCiLG4ZA3o U3qwSChv3e3nQK0QVxldBlL6a3AZdcwxnX/oR1palrBUhy2kjQ3NHGAVQGUy42Ge3qQ3adLQgrL/ xCv7Oq0+1UVMx5Cgw82rF7J9gWws7zLIYV/aNGTsquoFH9DfZl0uBRuCbTIBBf4IL4VDo5ciD8UX goMqLGwW/Qn48rcLs8sf9NCANJz5PBTN8Y6MkIcIzfML7CUHPmTQ33wh+ACvj7uH9NIF8xq9wbPX UvVS//MKBSwyexArOBH58p50ZVE4JCD33DXTmhq8XPoAWFT6eBHPzhXjuWs8HBlBuGw+U9oUOMmB ihjva75zy6GpUkXKsNd8C1ryQyuUh4fByvflKnN6eVjADIspV2ScYrMPB9MdhDD4y4vm53/jDHIf +iaPSL1NjQPFAj18zwYysjJbJtGF44gZ+IWw7S1UmW1cyADlOo6rZ7NjR3IHGbMhdeQXJ5BZx+cU dDHQMBjYbMmZOZDQF4TCfnoxNsCLFGvn+wwBmGqdKoqIuvhh0Fy8HZYyzn5tmQhkKSwztxtjZeoP JAPOivIgHgiKH/N64YxBOjxZX4EXmqB2wSt80opNtxZhftxe8A0K5x7r4gHPlD6NLlCyUtgwCML6 HYXwS1VBKlKaxx3eqOi2fqSs8+2DTOG0A0x2f5+gv/XUcJRrLd6fvIHg5d5orqCi2tSGFxpvnC2j rpS75Pt32DoYAVwIaSiJMSQIZOV5cavBTMzQpp5MLZQxvNKPg+/ChGH1k/FopBbAmvDUJTsZHkZt uoaCUHgINGNNGxumkzEFGBGlgWBoyGPmbcygsKBK2HLZVn5seAUB4kwLE5AIG3GXm1FrCPISXoMP JFHGhlpMHoFeBhtEkRYCFEJYxO6eah9BiuzJ8Bqk1VL8uQhaAYcEPFu+QKQerrKxJNpQDhAPXAe8 EW/VFlTUEnoabKUmOVy1RFx/PDJgDwICP0ErpbdOousj3dSE/QcPiWGAB8VEOteAKYJhwLPBMyUZ /vFL2JUmg30UlEC6OObl0V7tl+6rhZb3oxKpni8XsfmVigu+VYMUqYe4To4YHXxJZuZA+Mj+AShW whzUnwRTyOV9pV80q68YNoxK/d5kSjcvfjyVZ+7LwK4AHN+2OsFfQCzj9PSQG2lgS0ojNyqwXz17 125qnT+fSjDFxsAuc0J/QhWFIaEFDmbVCMjAfvyJtYIs281WU9HOohjBeHGXa+aCjtr4sHOfmgS+ JUajlZxnHSBnm6kF0newczWEWwtF6emQ1gPbPOS1r7pVU071oFptw2EVu7Q6pli/dUry+GMBoW+2 Sf9SIVW/CcMLjLTHCziBu7q6smqNQ7SvgHKL4jFIqT70bo0LYhF9eKISEdVZakyhuwM3okDBz2IH qQfbnpss0gJSS+NgxWhSluzstMICFI0GDBfA3BazH9EyqYWtLDel06ZFzYKqlGhZjbrDwF5H8za1 av8RKgzUqZmimkHSBjtGAlb0a6XFtVvwqLZTciiDSqSGOarlTgs3iwDlcEKkbNqDNFKDPnnIAvq3 0wqBmHFDqbAz4GlYkDa5beoPgeB9F2WK8tCeETxWs1UDfluZJzS3s76CcZ8Il+Fa4xnRY46JGcQ3 pBgUpwaUWyXbJ1C0cs4foNt2UfgrtsVsEslBvtLNS6L2pPxskkpBLA/+EVCRDzxZ5UlpADKGFzSZ VHTfERm2W6n20Ocw8OX/Z+k+ENvaYTQKL2SeLXdZvctOZva/rvkOlFcSW7qXBQRA4AcILsptb59I s5GW/8wgdVVIqpiN5HHqINAd/Os6Uzy5qNvl+/NCxKWLA94//tMD4RK4IXPG9ezxVMB/laUy0Bm/ L9JWX29PmioBGi9ileYVnZMQAyG8usTCKdmWy0tUCTJh1+40RT2ygSieDnR+WT1RXZL2SykHR7/7 ufT+RL7AEWbwAwojKRVGSybcnqL0gsoXBUSSi+ml/gR0jAFZZ3htLliXgFtGgmxhDKPNmDokQYIm 2RJTyCypalsx1Qwgu94Lc6CxizykVYZBijWTHR+icxun2ApmN1myU3Z0nM9Y8M/EiHqyEr4MOiLu RBgygtcLC5AV3Llqs5AqT4BmzwWqt0Np2obkB3KKDomTN+2tpmQbEU2xy5fEQG1ksFaRpvC8/yjt nqSXSqAVcPdbwmtY7PC590EtIsIDHecgdEulBEjGba+MZWbw7GEGsFrQ2tZwNgUl2cyNUo5SBmSf C4X3gGdLXuh0CXS9fA4u4EP+MrJ4IWwyRqzjry8Z5eGDzDkWuRSJyb7ufVJVvmJ7mgmaPkjdtwjN OKdjtBxKx0osUB6hyyYdg5TyoUHpNBRj1rDeqRpbXlFyiwiQaxJZ5p8V4cEXHuGKZdgqy1McmC2e Q4FjKpDIvyxJI6MUfTLpQI/Z3aZeyZx8AQkSSDpptspBeM5ukiuVM+DxDkjiupRXBry9hiJjx3q3 tIcSLcq0yPsobYGnieZYTtC89KESM9DTePLGtIdeDLKIWPzC4KTE8Kc0WBWd1hpl4MDDcK2RdNUp wUH1AYqrbWJpajhfTys8eWs+a1UtLh3xUmwhtoBg3XI10u2liFiW93Eq4atlLFjevKRyhGDZ5Vcj t7Y/REzAv4aHB9BQX+HeKFEOc7A2kKPTbSow9Ex1m8PpNYsWfAq5KE7is+E/HZQGz5a/o2kDGK7j DPinM4XAXnRp/cANENp5OMr3tXxRHxt5oC77oG3KrNmWOYn8eh2VxMJxkN5TOn3FlKAcdWR4GHCc StwgITzYPIJgCcOIl8LcG09MjxDv4dQtY6/Hos27aI6FRrmw5TJ3AspxhOhQGHHppmhjrzLzsGuO uLb0DErwfIwiJcx4ofee4YD0hFzDIkoCAOBg9AnN1d4y3BKdYQXh7eAYkAuUuMIXggIwis6rQ4hh pV7nHxsZtEGIgVMuioH7UK6kQa1GR7VQDMJR9s4xS0+ZvP1ScS0n9Dt8WyQBAA0JIC8gCl0LvIGi wElmA+XQf8mMIZ+NDP+CRptGmdJAdzCydnoelArIwUcyCytTCv2QgAmkg6BKwA7ABnw3RyCZLDtI mkIP8CIwSxe0tSLqeISZdH9cAJeGzjOGa490xh4qFj4OsfkSRPHPBFjgej5XWBUotAwycjFiKP2U AZBIKdMbNU07GEjOadmGQEJdAcatvL8uQcHL6jxXcWjCNBgEZYxBg2BqUD28D+B87sIvoNPeZXan glpCJKBIEFbXSqJUuLuMZYPpRk54k/oHXeEGaja3rmUz6i+QsOvqfF9arQvsDBidIYFhd8CpvRor MOtgYv8ZpGvYQqSRAML0D+BSGybEPlALFokfAHHgQut4VHQYbBiE6xI3dSVQDDhvSc6BaWpQaEtO LCLrzuC7/g5+JdF3vzoCbsHfEDDVp5WmEHHTHhgcZuW2O7gz4PpeRREw+bkL/U6qVrjdz5p40w/V n1b7Whnr69rdoKowX28A8TDsi8/+AHIv9wcUX2tQZ4i1Yhk7WLWm5CqfdHyEx/qsghYX4Keqwqaq 2sYRcFyxbg2ofX2Ekp/BydXQ3l7M4Xq8rFS2MPtbQPZxc/WyvOgDuBhOflA5Qz2Mq5rae/Wlp9rF UW1shToUaoZKw80P6jgfq+ABFQfE32HkV7crSmIudgBNNgg8bEh+u1g8SPNZgRJ8i7TWfpB6ic1g PvBpYRhIqbXeuunSJEout56Y8yZYoqo42NPyA3gtxpJoKW+CN8J9S7ZPFWDAWJZKsMSK5JTevv0W eqhOl0elRCfEdHEccsIZRVsEnxRBr54FwhQt8i12Wa3OtetNMRUMX5mOK8wW73bZX9+IgpAGkGtB orTEaa/2xQxGjEZ2sUzvBKQ4VDdbCk+JK4WNm4vccg04QUBvGFFQLTTab8KSlNvapaTd+Wg65fya nMlP1HYS/vGysJAgWvUuv1dnoV03McJu6TRxHtobQOotylqgkMjDfO3bNPzU9YCrF9ikrO0jYlhK FDGHOiJBmsXhjlDZbrSkuLrok5YtWz6CVviMbkFXKqtKRwXUhMuLgVqxji1AiKHE/juV8hr669CB 52lL5x0Krwd02/hKEeg4SZFNzaIomEu+uOgbS0EMVezRvNLhbVlFzIs5pjD0UuyRii4vwPflbw+u qWWjLQJe2LF1ZyjZDzShawX2aFFbyWjvSXUvQIlEPijybdPi57FSCsUWXuywhO3BN+WD20ztgsKd GEkYOvNSywXJWf+2y/ZBQzFxyGr2J0XKmrMPg+oBbuU0uBjO1O34zAz2W2YFjCt4mCHQFs6+LKxg 12SbGEzoEJSTUWov1bC9HeSb1bHl6WZelULLNMqcsauxeDOBgLpTMlaynN0+GA1ASq8yDaVq9HwH AA3dQWe4IgtX8bdGxOYov5eZ5iQgxydzyNjgikqBsEBZRdoKxfInouNAibI2SFZySbPseazFOGOA mfjgbPwT0wqy4+bk0YSidSU6544D4oeMrcLHHDomfd9p2UWH/HMteYJRzVYs8VC3oWq1VaHg3Oiq EHOCeeLjIvFnfZ59CngJznAws1IVsn0ApLwzXosJQTpCGbSXVcw/8gJTkGdSERSgRH5OFAeVoSGb LEOr9EinoXmlJsgUR1prx9gFF1hLyxHcrR1lyTkxWdy1EIrNlDZxxtiitF8/SLUNKGCZs3+hU3iG Z+wfRrzkfCilwQUL53xhSPcTsZ0zc5GP5Y+QMIEZJzM5w/eBwpqWiTdJZnfRCSOvKY5eyxtSl5tV MRDDy4+Q1qLjPCnzKV0QP0ixM8dKfxtMN98VbxmGgwrmH+KfHCeAg4Rz3/in5l7k7jUjbSAmtuTg eqwkPhfZIFz+mo59OFeBkQWkx2MSmMNkiIa59ArK6tqfHKIcDW+SjfxSBqgOYdq88XjKZ8E1WF4b 0CFAcUhOvnA5V5YG5FVedEzJnbWIxsFGZpTjwMjQKnINsqeBt13S574kyoSDl4wE6fuTh4UyMMja MgvIimEUzuACaxNzgkl07Xg3QUZrA415crwQCv94gQvEIQwuaCaYgUtq5Hm7WDvvvsXIxYIkBJYl NtAz36BCSJ1FCzA05B5Ydubfr2/wZ67/FLvojiqDc5w29Acp3KG1ULimTED4pOuYGjv0sqznUjo9 UnULQgFM8AA/Psh74C1DgIqAToxhkbsBiv4HycJ+tb5Q8gD0NEiLqy7hMFAcWKx2wBzWgMg8P8sa 1QaMw/QCGILldIC8lS34fq5wQXMPiFt8LxYIopHWXb9QAkmhc/T+HbJmSObny0GkdG1UegbVeFLR gvfXgXqScfMHN7lHTBYh2EhC4+ubDMxSD1++Fs/YNdnrSsHO+Bvwu3IOz1OCwGAX83QZoyX4vksU pGU0+1xyrRPuyI2k5T5WIsYI4Tg9FHqEfhA3U9JXeAx14e9UTVpdwQWlYMqCNnSwUCgKSmluqTsP Qq09WBojVC0obDBhzvzoDdiReT7h6NBUmaOBb9jbvzAi3UCVgh69H/odGzwtXk0N+OZ5xEcAy/pC YZbNGHWCjdKGFkG5DF+ahme9YRZxlrMATZZmKXtxHrAO1WIA2KFP13caCSS8ZZZknlANpBsvqdlO NpNHs3HvG24s0qTL1j2k2SeGTmPQYBgjTlC9p9F1HydmHPIVBwkCNPegrpB15B2UF/cmVy0IEeh5 Y2sELSWqzx2MxEwvJJ8UFOWZbQInJih4OCbygJZbW7tK8zRmWK6uggJxGoqXd4sFn2V/o7OJBAHC crWAhbyJrD6aWyIxJO0nvkNNaA/xA8UttVkRgJBTLNEGnew3PBidpFdXo/o5TYJEVBDeC5/Vbgiw 8vTd+EfU/RMFviflFXIephhc2Wgs9nCFBZPAbZECh31jghHL3JIXfVP76AG8lMGr8ZELLE8bU3e1 OIyicerUAFo2+wdix+82IhPEMOyHWDT6vhaea8jeNcc2Vv+ma00m1GKCApRkYLJbPyXnJwlQWdrb Img20BV1EFYbEGZTCdFFFVKh69BTabdeIYoFWEyjvV5Hk4M9LNOwBtDuwsUewDH+7RG/EjB4rPdj v0JRCmd8JH1eQTpCki5JEiw6Bgs0JhxW2E8UsOfrHUwbMe2VRos5GxhQvIbRjXpu2MJSllaXGL4n aLw42fqCDBsAQSUGHVaZdWmHiIUoj3iE0qAE0sBz5qAFZP2UVo05iXgrT8ugYXKutWdpDDrwFX5I ucXfasGU3hzHYwCftnyCEZjPi8HHbQ92AV0zxBIih1goRwqqabNMZvuzxQEkLbgn22SRLSSTGVKr qRj2WwKvybVMAXBZ1MhWZF2gVQLdJhYr4XLaEYtr7XFmKvr4LYnILvJ9tk/qUeMo4rfJUWckkUA7 heXTJQa2TFkgdlbNplJ0KNRCa1gFtNKLkWDw2KDX2VH6QCYy4i9DMlGjtRbZskxAxo2V8b8NPz3S 3s0AIL+MPXOn2RSc8zzcMjTYa3Z2W5ifmUNqubfbTmW2HQWCqMyphdJ8Zujsm7k4mZ61BuUq85Nb oAsULu5VQC3U1xgNL7Zi4hJA1tq4ATB/RmJXWBboN3Fizhyz6AYZ8GwYJm3CLCX2jPaDD40hFLTY cCuY4KNvSkkihdeY/+XYk7zo310bsxYdWmn9tWWti3UwxAi0rru+VizV0jon4K14Wmg+vB85KQ1D 8C6Dy5JMzgYEH+vDFIczrG/2U0f1srj1QS11yXBmfwa5Fqsj1GgJECsQ23SPKgKO8mantoPTZiaM tBaqqycxy4uLOXC4XZ6F6/dWlY5FcVOxMfO8EFo7DPbCbz6QA8b+rFOrwyyWKcEH1IL/fI2AQE86 zDjhilEEKpqL4mHeWltztnf+l//RytNq6OP92KjS0/BQbcdc4hEcJ4NBU40Ic/ifke9X/WoSb6zc SpP3zBfgzgXIerMZYtSCj/wunFn6gWgl0ByjsiJbABa+yECAMzb1LbOUra3j5ESMabmRWZHQms7Y u3l6HnmeSUhget/akTG8CZFifFkVO9u0wpuTbMRTheTidY6KmVor5kJeRyLReVgzcbEdMeTDaimz gNWLdlKjucTenXAFL8zZYeTjBRIHTs7rSkRJ8/AB7Pr5vpOxY+4EZM+Zpm1094KooGx6w/hy4nXh KK4mAYbNFzTbcADRpc30coEQOdDFbsq1LmVZUMdc5tR5eH75VBx/UHKIxOTA5zJAJmAjUgedv+6m EfiC1ajgs56AwC0abx2wA4oIcBYJ4MhDY0oZb3ALeAzW4hyZOGcc9l3edY4eAEPhOABECVqHg1mr oiAMEIRgPThGlAqR7AQHPVR04r3rApHMU2lYky2AUohLNiHEvW9cByo9Lj8P84DCoD8a9nwgimw9 ZxUA22gIGCjj2Z+QT8gTLFWV+8+B2yBnQdquQSkLG9YC54H3l7otN7nrqL6P5dgHpZQxWZ+QtM5l DFwvMRJ8g2CKx0qAD9kJcgYvwbQ9BkaTFFmZ5tAr2B7cSxrzVqKptYcw+6Mc9yApoxYSkI7+OGIg aRpCFFol07tyA5UNgTSeleYAMAqfuPMF2uMpuC2gPkAbgCcSUWNCEjK9J20StPUp+Tl5NENthGvB nQPK5JZjAwiwHytrAAA1WImV8rCVSF6tbzCnEqqlqpZNfcZ8oC3Yt7ocGikvFk1D+tV7ME6/Sq+G 3R4mI9TcIWdQUFipHGqfl8AJgdcpWA+1MA6GtJSlTYZyld8N/0RgMGm1NzCQ3kvYndTyEmoRRyqu tPyTZO1KlJfeLvlYuqyf5VSbKBhTdrds8CA4ybvry3mzVORis7qYI6hVxm7p6kGzMFtNAjAP0jaB pPBvw+nihIlOtICFXsyuAVd4Q5a42+UsPtgQgK9aSNBoSeaWF5gOTa90xUHK8UpGsdIVIbkCAvKQ 3bhn+CBUGHppxYBDSLS/y3sPm3T1pAekpwKJi4TAQqEW1ViRhav09LcUe6rPxXgARYn072G6CB2E /73Bn4GlkExDDv1FxjBjgmFGFbQR75BlTBoMzZRwleBFi4d1JfRqtMxYf5b33nsa37udsFgD2N+X EQNECkCt5rEiN6BRywvqBnqbMnBXkAgwGuxZwXYRMnnC0OXNXReCGuXglznf2hFWqDa4tqCJAcQo RmfgYhCBwCYtx7cjDJBfEkY6wbCHo4iMDwqO0ZZmLZSgDrXjKa1VQSwPKPMCTf6GxheIoSEdpwrH htV+NMGiJ2DxdIfoj1msTykf7SKRiUN6u9sPOahJaxiEC/YkbnpdLx2GQitxmK4gxWhaXjqaYUbA UnnE1FjVaQrliNJI/C5Y6BcUSWUlQ5SKKatak7Rsj4DK9hb6HjF8QGZJOxBWMBkpCkHrT/n5CshA OstXTZ1rS1/2HZPUYwWo0UFichsPnVAVa4oRmqrqMbSmIg/gp4ZUkFX9se7Z8ArkrSMt4D6GQH3L UFJ4WgZyIHIRaQ3ZUwxTpyyPid0Hg48gU2e6S2faIOCqzAgpnb1jKbcwOm3acYGHfjI7e1i2CMQN 6q5cxPeua21tiJ3ZKcblonnBbBsLTLCM304D2YqV12AQ2i2qMZhByoG3K4HcDB4uxKQpml8SBZ1u 1zcgG70L4r3mB1V/UdUeYx/WmR9KHM3Utw/NjgqlsatqlYVm/2ZBMar1yijJ7rSzds8vC8cIAKVM Ju8y/KTnjfswR6+r2Z0bhBS8JDu4Bt5eCt4ztYyfsVOagK8bHkues2lCGmAmZy32eTlaDiMHVFkU Zk4oK9/JaPOu2KbgQaUD+42BVI6W1pfyM8e3L3mDRYoSuZqM5yzRPC0GdwYQe4tTw+TlW5TmoWFO jUeY6Cxih0BtN2zU8AoEZGGtgrItry0ll8GcyoVgwmKlTAs2T8mYuBOpA+ersYBwrDR79AQMJGMw KcMXrZSMjmz2cnuzzwOucUjwO8YZyxSX6wp1s5tdAWbNG/trdXixiBlVhRVdMiAyPLJGMmSzAVnf bMa8fhTP8NfIGK3Bqp40RQvsUeaY/BMzhcryF0xIU54HoIYyjUnJscI8IaHlfvBkG3COdhEQTFjq CH9D78ZYAkjgAKRacKRRWGmEZ9BaTa5unMbByania2eRJlJe4cflVgZJjMfn0D6SmGuPtVhQDAPz QK/jQMY+bn9dL3gmBCvqZbUaSwvOkzKYuIQoWAdk4CSXY1c/eBOD+yPHBl3LCmqEuh6LOg83qfEb t88IS8aLDr3Bm/JtNr4GkDvAZIjZuiCvYh+4kpUnAoLCIdiBhDkpSMf59yfEQOYbqD30yPSJnSiU cYMx3UGJkrmoclkNkJODqm9sb5P3rnEWXPCncfFXkla2sfGX2jqyFKrCn0oSTQEFAqHynAfU8xX4 d9x3Mggsg/SF3wVABiPACfjaDyQk91qqH0ksWbtEZQuQE1ELwVwRijR5X5eLfBPorr5LmxR0CNfV IHff3HLDNJ4g4i04zOIDZszx5+InnA+EbQAouXNcTQGCYAHPgJg8JI8x3ADT0gfmgicNPgQPbDK4 HO/VqBLmUAB+GqIFuVQFQh8+MzY/g80VIYfxlMaqWf/6OcARqEGLfL4/hZroWWVj7DSQGu8ShPUF Egr/mf67w3JMeufNkxijBpvAbXRdHiJl5mEYWBULyI7GXxbmBOHBisgQmTVeuneZjg0YmeHbIJDB ahAGRNU0QqHDvbCcN/1XbMXyBiKEtMhOJG4mCEXMxwZvNYHcK4MYfqJY5YuSlIo8OI8Q5cFEWl0J 35gRnWHVBjgtcxpgoOHx92lBSyAKk4cMr5SrnkooUBXOhkqwiZDIUMu0Nv3f2f/RI4tF2dJmgLS0 R7DNZwxgLaxYxTeG8cgLxiBPj7zr4LLylb2DZMiRLgJxWMc2hLS4keMbqpJMhY1pver6UuksptFA X3DOa066DaZyOTYaOL+l6uZQCxtv4ZQ3Q/U8PMrsyGVxrMSHOrKOujN0wErP5lUn6nhaF7ApGiZu tWxG2vCwvxa9TcT1ZpTUjJ1yRMHzfeMLH3y/ABBxL/Ew8s9P4YBCGKJL4KNgSPwTUmv8JcTGhyhh DmakS1p5FEV94maMTGMQyVi3dUmqBuFBLaCePkxZcYb2ndlGC2PBtCGoQJJwxVBv4zBrFI49vRnY S3cB2Uqzx1OjRX1pN7fKGGeQfKCeMJCgUZwTWmqoVk4bQhBRCs9jRX+BpBu9b8NdsU1SlNHQt+Zn DGwPC2GNDdNkkJBmfczJX8jiP4+w1gCpUGiDaG+YyAK2SvMCOYfUaG9hcBFJshengMM2UWaogHks h+0cuUen6rENtd0NL/Y2KpoqDYi2ZUpTFu2iGgwRigDBPD7EQr7N2qByw5BtUkQwfN9jeo5FZPkG aCYgFhBxif+QIqQ3rkHsVKsnRKLiUCS36WA9m3XK4E2MBgGRB10cjcF+rVdvxa49T1oKeRE6CrML FAyC4DZ0mocmfiI3kWJ6N0Q8bPoYGzl8jt9Inl0G3Yd/9U80bKWje209xXcWrtBt4TTb6PBrdmM7 MXnM/lzYkX0QGRAqKZiptYMkVrXPOjGuUWhj0ZQuUTMts4hwx538YynitDZ9Q20qLugc09aqZx2l aU0cl+r/EcDFToAqv9Oglh43MnrpQ7Nrry0e1Nr5lQHT/iTPue+ZKixnfTlcZsujlAyfgKBL8T7j CruxSB3pwiHSDERAmM0lhrJrcBS03NOkLRL7w5YUy1haljO1GYoluRoX5DcYN4K3KsltijT1zXrK ChNx87ptEh1waeuD8TyJQY2NxchM7DUdpSuy/1rDBMCAtUFbhGYzKpC2/cHNquVOcwZifpktlh4B slgbJ+2VmxL6XQKC9ZEUUbZMzkImVWZz2JTHAGJWG45UR19vaif6qQzSIJh5l6Fi29cd9Ss5ZIw0 lPGPhs3ULlYR5CSHXQpCheyxlrk/JfraF4trj8BVvy8aZesaN5MtteRPa7dO9NicdojMM/PPauLc OZOGhUF0CGR6hpERTk1OJobWs3JpDAZaUp4M6ID1aHHhglZeAq3Xx6EoXyZk2H8k3vOTn+wtKR+p DKQHbfqQx5qfGCdwmGw66JWRznWTVgEsJM1IK+Rmn8Et5eJGz9eSfG2aZQ1nvHuXs4BBrI18ZT4k MFZbGexNM48EN8Z3yRgTF/UiskgSEDGfTonvETR3ePAw7QC0FZLG5kxJj/A/2J9etg45pzIEMKfZ kZdJ9ciESSTZ2MIKOMlb6ecAZK+Zl0XHPeNW4Gfr7kOcqVo1j5Eedvx21sn2yyoGm/OYLH5ejh7h wKMf+FImHEwcnTi95NDbxpc7i1910Ontjh7ogZBmeeNUhGIJw76jfKkvmMRioy8s2pI5xOLJjDEq SKkZQgpqRiXMZmtL+ZsKxsgFjs7GbhIJj1Qw6AEkAO3Co8PFyUpMHy5mkXIGQWrA17c9Cleu0Kiw gys3+1XxOpxY/Tr4Jw5JiaCRB0K2fc5/cUg5xNKQSJYiG1lt3AjYl7WBBOtKUxYFibjYfAD8A2Uo W9pAlTIuBZpQgM5kr3mzcwQwqYBnvgVRQrGBVMypUjOu3MN4JTvn9FnR1SEywltaXng4+tRS+WZW tjQ9XrxEedSTzqZsCIyigRXLkLgYNm85A11L8YU/h2VOFQrgFjizK7MBwxAwJ9ODjMvOHaAV5gvH g05Vo0NFIL+C3h6JiCFq1TeGmIL3+ndd0rBaBxtnz1WOgCeGI1XpAhwHmyxfWrqvBGF1RSCR6vNq OOARwHVUxkEW6nZ3D8w9SKCFmEn0lUisQxhahQ6C+qQ6G/EZhKWcBWSyG/RAr5J8pQAPmKjJM2Sr pFbXx4EPNXV0dR0kVPKuP0pTNZjynCF4p5OavipnVAbg9Avf7QfVLBQcLh1XdQ4Yr59hjvKCXW7n I/cGHq43z59vLteTBKyIwkW14J/d5Ve2MUz47B69H/nMv2eJyqfL4S5X1cRvCkuYMdTa51X+0EU3 AIISDeYkx1lvfa5AMYS8xF1/SqpWgQTguTMqVZsB4CqZzEn/x+165738YvmyR5nHt40r/yqNgQRq fhie+hgX1T0GHgYGK6ABv7cMcp5P+6sCCNXLkPdc3i+inQwf6muhlBrx4W1/vsku1vp+e90AMMNN Ebbn9qohI/v1rrqQnnY3a2X6SK2qxqn7+w737fly+FW+43a6/JRdfpYOfbuqIVKa9MW3p/OPvGy5 1EdFSVTIkDcNMD/L2pZwfdld+nl/P0XDqwRghU+qomG6sGX3lOImw5YzrN6JGUG7gaoSntddh3hR J6pCLKqUGB7uPrWyJUsrbXI+uyMRjI8msronsb/SKQo+q0+iNIolwBcHWfJ4vZrU8H9TllYNr74q MO08AgofFEKB9VcU5GZIRlnYBdaNNxFQxEFuOFkDwkNwpW33edi/JG5UxL8nsoMvVX/WE+SdDEGv 5XVXIdpLJ9A4Xt2q4i7WsPd4ED0gt0pYQjcaI5jVPyauRLyIj9LXRksPoZ6pi/ng+EpYCzRJmYYb 041Q1yIHmOrkDEOVIqqAjT+BqjOFAGefmIfwRQA1oFYAjtR/bUcbdGyhkhmSryURCxKgppbelWjy YOc3hAsKo3QCpXMcVKJIEDSY2lHVwQjFdoKgGSchuQKWqo3R0+WId6bFlg3qLjdYa4ZtvZSAp1rD rkV9tAoNLkBEp06AbEYjNkAp6t1LgcCp9TBpERPAMiy46ZTLbHcJUg/hC+O3X9OczCdrrgBGqdAh 42W4i/u5MLHCGPZDITqUtz+YF3uiQGuHicQ3UaHubDlMu9Bw7Ylhm23GxPvOThJyr09fsh+cruri ZbA2e4+W3e4Y0jZhRlNJ1QGaslackMqGszPaucZBzp7panDdM7oZc9GQNZOZ5A9t2MVsrIY2nxQ+ RSyGmM3uJXC5h/3t23HcZIoyxAAONm6f2fPtqEWbbbgDlI0NnvUMtct4fpg/DY/hwBc1akPwa4kJ GVJZR+y59y3bcAxj7iNQPVMyaG358fy1VvbQJsieY7fY2lhc7GrW8IthG799kEFWvmgmvJfG6sho s2+iQA4OG3yGa9czAD2zYZip0ZapMWaLNpgywr5lsWZJzlehU2aZqW0uLFVMaJKMh1bQxsoBwBkW on0a4J9RlW3t29IN2COFobMapg51DbDdWDJdLsC+MVM2pNV3WEyCOQPDWkirgLWyH8MsrKEmw/DZ WnGLB8rGbctmEvRtdkmWEUeDfYzbpZdbcywzRh4LyaTnjpgMJPX0ygtnkbNzvOj9yJ2TlE+RMUa8 Oomlo5aeQc6SwWthxdiIS8MZFIPwiqZa5ZYqF7TWmkiJxKyaOLNnGaMZpBaCNS9/vsi8AecVZmnj FjzrB4MvW6nDlZgIIs2WtxBNNieMjZjt58dsLdYRB6zUBLBZ6H0wkbU1DSvU88w482mAklfKduGv a4OplvnM1gv5aYL5RRwBjVoxqxte7k1ukd7R/V3pCS1yRNHE8HAjghdO0MLHAtnxDG3Ck+HOd3Kf 794lWS1ATwFiDSEcLHQAcfgn2Ak/cw2zVpGa95k3hF4YxJB4V3kx8wY+BLTVL5M+STEADl/gL4Rc m2AIjrap9PknoIiT3uzCeiJIHjQAFIfzzkHHBoyjYAy5WEpK6Ca0itQP6lNfITvarCTBA+SD7hh5 fVSkE8ZEq4Q81gVEQ+YsMMNEQEOTsxY38noXoKcaT40Yt3cCAIHT0EMUDxULX6YReGxlQIUWNmoq AOv4yje8FqLVVBCrZTInGFoLl8jxEUKWsF9Z4qAVDF1kygP5jrrGp7ix/ClSpTWT9bQeQnP8BZIu O8hBdSs4nYXm5Ai2UgghgVxRU2fcw9CAjpYod96BfF3Vyvvnk9XyXY4P0N7rCNJXxtNscFwkXXFn AL7Ia8A4DVFzox3szz+Jm/Ua5wwUZdgqmFB5eU56cq7fwC06SKEBt+rIgydNiLKqkCpBqzPdadKI gitSj15/sShCAN4yTg6xvSGWJ0x2GctF1uLPXo7xczcJaQ5HmaV4Xi+5M800/UmDFbvs83xlD9vE AtWo0YA4DlPesV3b6RkTI43csb6aUyQUhwZf6DNEa6VsNtYHZ1I3ZYnF7bFNbhtVkBLAsJEpR68r lqwqwfWK30buLVhIXjuFv2cTSkPlt8ZvNUdf0xRUUJ5hfWulI8+pL0ip+XimhaVwbIhIB9fwZG6r 2SAFpY8+zRlV7GiFBBtaW4PxI9GHMLExlWSFV/9NCh8XRkwB0PRylL5fxYvb5FPECGfcDgu04ega nXu1UIUhGw3OfIVPoYS5mSEtXdQxj9cLA/IYnvQetEBiC9ffvMFOJFNl5tgkDJKk952dwVt+b0xY wQS9FStR4nAdq0mfU8aNkOAnaQTBeFoO3By+Ayq3Dab8kku+cFVwTX04Xr0CnAJ806dNxEagYKUx g/W0sCatoIWYpzXVakybVgnp1aRR6DXppJJ8WhCJEgtrjSswWAA1fZG8NYHQHkq4gVkRegZ/IHdL bEjWwgINNZGnomHtgPjfxLFD//LN4S99hm0RrVnHZGjMPOpWQbRIKALbTMTeDdXBYQ6aTYAYIGW5 q4KV4ZB0ZbFQsZZg9TZHbxpDs/Y32hYGaheMf1CuaDL4E/ZpV0XvpoW8rSPpBmTBiuDG9ICJdHdt Kma23obqeZ+E1oIRtEcnqEWDBulS5NABtC0CGSY60twDgDMQbSYsnwkTa7ji4enzqeTce8Y4cSN6 djQmEQ5inXANBM8YcJ0PsWvbp99pUn/L8m07iUds401c3zELRWq0FLGlg3K34fa50EsJ9sIiIaht de1l1pqG+DfrZlTetY8pU8HkvqKJY5LiszbTuu8niz7IvK3UjmwGYxDoWO9t5RXuiGoIVE2TRMMC o6d/jYYmj6g4yD6HsPSDXnySpadTaryQXKq9JlNE9KTdBSdTIMICsnyTFpybhLXqFtRGD8lNFWFX a4WXIF/JnR9jfTuRX6JV+J7xiV8mPujTOKyGndZ/b4rqC8YUAquwj+NB9lqLanNsk8YMYkRR0xaU zLQSAjiFxQvc2ZdTJu2h1K+p237wKqGON3w6licNWUUR86JzaCm5tMlOQQ3motk1jqjlNeOn7DuZ GBkyySgQ6H1pk3VuUkAtTdg5pJ6CpwyMwkKNautmemWj2m80CmNMI2XYsynbwekcbBZqW94mseUq uh4HL5N32C5CMfVmItwq9jQFTs1og4C1idPu2iILRVEzWnERmR+fzp7iVSA2s8zOQrRTe6O1kJ4+ NnkiTAJ7zjD0w3YlpZN93O+MuXxHA+OnJd60sVkliWIN0njaXNovwcUKYyJnQHeJrahGOZljJv1s NvZXC6HP/Em6Q3tpnrWoTXtoG2ieEt2OD8mUjdjuYEXkuMrKmmRUHeEZ/GMi1R4fLdRW0xS2FtiH pDYRNPqC6WOwaoRiymR1poI2juEslNnLKaBx9SVORX4IBip+v6xLrrC+6aI4LSlgGVjzbCdbee2P 8plFsvuHwuqRE0P72sYwBqrLBZJ5w0MwJrXQLWwswelBwdKWInWDL6f3Q3HIfkJOn2xZ9bwjLqEd PMVG2bBqEuqRb0uNlD2MBykTKprjY3ijh8zf6PyTsyFcjNAh55REOgr/4CGTIdFGNjtiImOmmJ82 48n6EPNxAtBIFg7Xg9CrHula5wQHz2wFxdL1WMiStSjh2hiAA95f/L1hbbNHPMTGMy1f09nKi9Hd VNSRfM6hzmBLcFgLbRx7Phoy0fbBztyoXQ80D8xny81SwvP+BDwrqwIKHqurP+ERWE66qP+g0cEA BD8ylUDdP4VRLBeMGn3kZ8Jz+YfbchQ5VIXRqoepZSVHDzg5POdRu5uPi7UhPNIdgRpVoC2FkgSE uhyqgF0WNSTYuEOroDRwFznGYGo3lMm6D1Keuq0lasJfIU8lkZYQC3+TOFriosxP+bw78COEFFwG lqpgwFpBDkivSgylOgK4AEoQ2xBaSNzgbEDTkoNVHgBiXxRrBn5K3FxXpEKSMPAY/FpKLEgTrFl5 jiAcMKAxVHUBLiYL17OwQre8dVXcRfmIAOFvt9eF0EHiVKgwd18p1aBicqWTp1CwQg2AwdOqwspV qNiBiwG8IGXwo0+6/C5MHJSpTLB6ESDRQ0WWYc3Az5/LXpHkC1QZIApsVJriEnr6c9j56nj5c1TY +HD52auufD5cLxe1kc9u0Tv8gKBPlxsAErJ62qt+rEqCmsrH0x3+CQNVEkO32riBIJW0mPoWFbyY pOsLlNWQz5crLBquCsTe3pW5OG/ungGMX0GqG1UqIIfKRgfV3g4/JzWcZctuj/eDcs0VdoYQg3yN Q03l393vXRHmlU+Mw0Svih73nxc9fISWm6EPK3cNHfYTUFYFaYDk5XL/1dRWYY2bmh33rSLThyug Mjro+na56vB6Q4zT9a7DDWod79o1hasSGjfw8uVw+6OXHSj553y7/d/9cr38BfRCmk3ndlX8WcXo m4aM/2d/+z38+XNQ6APxFOg4T9UOIY7GDCfHfyVLB91eL1bP50ULdCmd+KR8NGRYOQ/A8i+EvWoh Lj0ESgs9iIuAkQOrMRUgW1sHfCdsoBlrLKYQ8CyBW0mRk1tBVUu+bk83gQH3HppiXBtvXpQfgYRj aHC3hOU6tWTQ4Aso1jphvav11abOywP3T/1u9+D0B8K/E7YoiRw2Ls26ZPDEAshsUL1K4vpv6kET T2MjTlVf36oH4iF/bz69aQqg2ZVQi+lClpW88NpRwSKREmVBgNTAUQDucnn6BASL4oYRE0X3RqoB E1br4QF63UcgV3hJhiSf0x9kfifCRR1BelUhkeIsv9neWr5xQDMN16683MNjuxWTW7eBJkGK2RH0 MqVkkwHXlqcteJalIAm6SFgVOrTh0ER5yALi4dGFM6HKIGl7EoNzop8CuCbeEYeSr9vou7Sg/HZh u0k2ltcN16X4jFkP5vDh5oUKARsH7b/8oPn0WKI1RWzGvEj7lgepb1sMJQr0YjkJVlL7ZU6rQ1IM lFK3/xbUy5pwXMPQuXXtg4+4q7MoJmTHVyKhl239cFN7p//pXluTDah9aCZYtJJtaFkKAat6YbNk q5Ydbb81VFsJZ4SRYtup3Fb4tKrLthwgPWpJqAbI14F93kbec8XuGR62E3tWm7UN2U/tNT5/c+LH Ls54NE12I4uF022jDQ/jKTlwozUWOAMmW439P07VrKNt0hZdrvvg9JP/bRDZCfZnGjq8lL1ld7Ip 2mW6rqud1NWE/FA/bNqgBw73pM8i0qQeOCvUTLOeutXXlmhExq8l02HCxwP2+hJCYKe+RF3p6vXu II2+2tALG3ONu/fByjJEbPttuYwxQRCWpEUs8V+3GZBTHoXJguCiFgIdelGUy2aJ2SykfZQ44Kzq PtmVjMc2jjV3aGoXb1mNy3giCUseoR2rUX+4ozeSzyX8ZxOraI3zgiNYAk4o7eN8yFL7Npu83Ri1 RGqsX/zTKaZCLf4gEcY1t9A8Crj3Ydc2GDVOqEmtV3xGvrzdOuYhIC0DZ5vEIJEPWi//WBQjfEUb HNJa1mH+uG65sSXWYiZRbCYXbkKN2MoSInd14vyTidKHXiqygycxksl3iRWLkTmIGtYhjtJCbihO 5Rcxr5idZd37nBTkGGBpTXkUCxlnJnRr+1IsCmmQlTGfyyvtQ68AGZKqlcx0hqGGoPrgiGp0VMQt 9YOilsm4eHePcIznuqiQ880OBy8PYsCJYcD6Ihh8wAVuDzs8bG0yQ3KptMyxC4001BwV0uphuiiz lq7gF5pIMF+KRWZmyARDvqMKJbyz6AvJTBEclvgDuWez8674eshPuODGzEgayHv5l6XMlhisSZb+ A2APKA6I5a3w+PIxOyHeTKS3SmDLNehnviWfDhbkK3hlTtsg0lzNgIICRFLg/N2NT1qEbvOfzSVs 1Xluh8ENPC2USwJ6fRzI1q/E3PDr95fF8qmMYuPgvHypTTrpyNqQaqyichUz9OY3Lo2fesbYUFk9 WGiRiefmd+gYHNF58XwH9WqqRNN8rQLiWt9egskHJlCT4wgYJkM9zsmZmCdzyrSqL9MLiABlBC9n 9vOYg4FFCgLzrOY44RZq0uRmcDSf9qMtFz7dDCuX+jgIsM+/K+MAnsjfsSAhkNQiIqYWrYBMqaeY Y2jKqdGaJbSW4fWSi3xjaYwouDQ6h61jcX1ao/zmls/C+YiUpESKjqVJSEUeUnJoGhGA8+NbvBHv j7Nnmtx8XUGtSsUZUMu8OtTLHzKrrkQkQBHWJ9DNUl1InM/yapMjXqEp28XspEaJIulSNB2AeXTC a/ffebKdyMgHmyb/AW71QrcXhIK7tamA6eiLfDeA8OBtkFwzsrPYVom6A560U5iAKGrYoXY0sm3G FYCinXxDl7YppSoRwhR8acMKIqDLeV5G4Rsj6lpz6GOdm1X+YUrHqfzZJVDUlKkGOiEN4xm4CmRy MOe8NUeQaUIk05aKkW3lbU5o235Npfg4vxO1aTHDsyadLcjHH9hTq2nRKEa0PnIL/Vrwz37E3ihG ZgE90K5F7HnE0Wd0YzPTT1pVXyHkiON3LrkdguoLE8jRncHMvshSsq3Y4fMZU+MPSmWflAQW8Vu+ fGOUU+a1Xw0VFIy5fIlMNFly5O8RLx/HXiXhI2PbZNACroj/0uoGaCR0MqqbhQxT+QAaFj6se232 964fPD/TN53IQ9ml8LymE1xm4+rF4QyUobNRzw+zGWjerIqhFKaI1UKSncjWsflORC/sV8zXloGi wSPWvWVlHCRHaev2NxT0WV+gs3T+bvu1npgzag9w6kvR+eGQxtA5MkLIyjJJc7LBDo2xMfo9PmSn oQlL0fdz4hsyU2kRbVNTKN+3CNWorNnwD3KSEeSJKRCos9jYqpGMgGAksmYsgaWUrw2jQTZxvQ4x 4dto2Df+9CjFoi9yKvZBO7VnZS61TJ73TLnubROIgbQM0gAly0HQCGYbFjxEoWP6BJ9TmO23CRp6 oVxIlAhju2EZxW0obWxTacohhgBMvGT70JdNEICTVqJw4in/LTCw/GdRWlnHdtpeUWOhRGUDSx3R k5Q/rVZedxgRvWUpENJpC1+Zfr/4LlRovko50fydbqPbKVuiE0wdDOuJIMXZcHwkJ1m8QojQl/aR UZKl4ntL117RhzEn9EaMFmrXWLDsXsyeTE7LodOWTG0Fy524poVSg48wAKXawgG56HQvJlJZUp16 G0Kag7ZslKF5Fr5o2UfgZ5uvYX5tikBoIsubAIR2edHDLtXtxAcenuG0edhnaHPh6/ZuI0/iLKu/ Ke82VqcMsTal6WESix6FauMENCQLekAmAkslGl+7pBYs7GigNqfwW3vBBowf340pYvg6sPro2fGH sLIIgd66ysajnUjAx0aDWopVEroClAZaGxGlTQfAqK+iqamGrKPe4DAlNylALoesHsohLYgusZf5 ewCtPOp5XK5rypkKQHVZKVHY24G0TLLHvfGyVtQrDNBmxILU2q+tkge9wSC3aA3pQfJ2ipA1cyct g+OxJPKzSp9RbwHea+T0w8hwI9BqzgLyKe5H4s3WnG0yHNuwa+SzY4gq+5g9TuLyEmzWhYCpPoe4 mxGvIAIm5WjoZ2FE5MxVoXGoOO32d9uetjATmeIjIZHPN92AQBx82Foi8yhtC2kvbs2YcS0onVgo ecTN3ldfKdu0YQqma2Rj7wRI9J0uwgYPc4EUkND2D8YrnteQRcecWUDZXdaaeM5WaDlR20ZvXvYq HGRBM9htSUxhVj115yP9N/oKU3L0PJ/QFBr0RQqMwyVzB6vacSi1yMWz8JJyHH7vAkC84XP8T3hi 5TRBvipsNsWCS2yLzslKzX2cDonUicNsr/RMGysUt7M19VScwphwPGYuvNLWkRJpSN2CkXpsedr8 7dQxCjZCE5+olUHEcCrOyUqo06WKHJaVSl+/SjrjeWG59jL3Es7qwxZKPPOkTSef2hgsR66poWGC get9gS1KgrJWdndwTaGOIpp6aQ/tA7h0SgCncvMS+9wsRpQsiJ3yI22brVL+iwWKu6wCxoPuGiAU xfDk9wF90ATYXGF5CwfW4b3mTjcqWtEgcCDnEp/XRbybf1ZsnMeWqhRs4LrzOn2eLRe0HTNbMMP7 2BQlt6phOYHbc8GPQhgkNA+eG6xqNfCGR1s+oaVFtZL0ShvMP28Vvvd4EPjjB/LBL7WThmp3OgDE 5IouBTvkSp7kWmvA/IFBhMstmy6sNGn0hDFzz9thuPYWBtpthohmtgoAAFXcLNZItGsu4s7aEE7a 9RTQRVKWvsmy7kKZVAKo5usXSMzHHFQQAbrBClDfqCoNMYVQFKmWX2r+FcLoukGoN29edRG5o2VJ unQMYOuLMwztXLVnKF2wdnWFwZNwPTggpHLb/WK3kk5Bl+V9XyWkQh/WkEjoIczCFWtd6QjQ2NV8 6Y6AkpO+lVYAXBqWga7K6Va3pCoGQgAgUEvskUoOBKRA5iZCAAdU8uLUlXBeB7gHzk+ZAqD9+nD5 hpoqz61Og1vhQJ9yxYGnaiOvb8GrR2j2Xc73WiFooLrxV4mi2sLQfrgtUN6tphamJFqgLgwcLgaO 14ZE3p2E6vX+KjP7XgluoQQ5u3J6A/mhsGjiRsOKbIB+A1ph1CHB965G9JPs68tPSeAX6Dd0/L6+ Xw9yqq9XaPYGbC0p/PL3ePsLYIbOH39cWehmw4B+YC64F3AN/4ZtA3BdNfgll3lrmufKicRiwb5K j2DUAiXDnJhNnq0yHuiDMcBjkEOYYb5Ieb/FiTQF3sQmau6UZxtHVexDNREQkPRXfCfbuuRVJccl +LrXuDXCaZhUBKYFRy0kAWhWEON0DdVEZ8XFLZAyn2UFU7bJRegO9EqpkkcUyDmEjwvcSN8V8tBG 3R4k/7qrjzYS6mlwsmvxjjR4aLOm5UFbFm+FnxkNvJdgihSJZJmHwtQGTbh2Hwr7lCDccQcTMVOH QQbZ+hDEEoCi7p3F+FLow45p42gYlLDz++19qrI/mq0YhQI7SpK4uxAyB3gyKjV/HOuQ4o2A1fGw l1JE8aqhQM/MC4Nbi8CxVBZYiG/RtcrKYlgFC9QW7rWHvjLHFAGVzt6gsihAdPNd1/KCzlLBhT5T Jx1QipgBzM7RtHC+pG1VrjEFT7Q5aYbOCgyEfiuVDFImW7SXF9XwMVKhPj9LS1WtWV/ebHIUmj+Q lxnQ2LrM0c7ocZxSRZG+8Z6vtkqXoLN3VXiJ8shtW5grHSvKUcBR9CyE3AJ19YAZFgkMrq3ODn5Q aQPEzf7vYYNFBKdgqGDEE4egg1FYBJBGqvwK7YXjFcqm2DlNNkKs0FkaWwK+dLvcZicYYZmo6bR2 A5AjPuYM16IEVEZhtbBCsZG7vQXqKHMbpts2hF4ey1wawwzOmqXQkumkrc2TNscsbdulb7xhh8un ZBJK9NWwTY99aKts92CYYASGIpYbU8EpHnRAZAaPp906MVnsc+GFxVIf90uIgTYPbawJJqxNF+lw ORT3SynyT+JQ0jHmtbvZ7JgOnuQh5kDZng0y99jGC1rZBgWPF5w5ZUoGPDd1sGT4MqqqGD3Tmjxg ZRZrExvUwbEsi2LJqs6StcPKch6NHY7NWD61Fk2QgCPAWEElOAabxpPZbN+PEijZOdG8jRoRmAo6 yIZgqIwPgMMZCjr1ao45IzwbrrllXrOF5Cvkae0YVOjGDcnzIcU8xEC5rDaQ1fhY9nJZrdWv5q4N JsU65Q7AtCrEyffjHPC4ZGWWjcOZVIYglLbhyiLN7ch/5QO6NCx/s8Q0zhg7VqEAPmN+ozLesqG4 R33tg/JoXz5UuOUzLuSQGhUgTraudw0EUiYdbqm2rRydTrzKkC19B+JXihAkDVV4jVPngAdZWVED dnpcYCj/UUcdEc/jdGK/jER+mYnzrSQpZfSOj4dInec3CyYTAzs/FhS5dMmRBpyuhZOavkeq7qhx MGmobG7dq7vbmgRv6x9Ou3hW3varG5delSiQU2S+gc8+qO40CBGc7MtK37JaB25lcak4OlmyCJ4Z XPHqAYACPLlpmBY5kXTbqWF0Nv48cQ3IeWu4VsUD2f8lopgDn4UZiTXDDSAcnNYsaIU1LbxvcUcp SYgfbfFMIDEXyRR9rLqDh6qHPNfDMb45ocGjvjVzqVIRzEKolWHFNP5ibS0CZ8MxfCupDQ8ik6+C o7voqtraMQWOwFENCWcy4I0J8sABfjCqVDG8VEemBndGM/4+GMEQcNeURdUo8JYMIaO0Uc5u6SnN T/8EzUDi2FCFwQjiYMA1t4m4qnggUc8FVwEakrorjorbNOVbwNqgEV3chbDYRpYL3wo5K5VAHlV2 rrBpDpciIWHC4SM0g8yz9AOYRZkX7QEC9IJYHsdhsIJqFHiOKOGEhUoKeMfMQk3kqskVVwbZw+bZ qloSD01h3XI+Q9sNeK0ehexr5Tt8NYcj+oaD09J6TSnpevRtg4iLYSbdYgZ9jmmeK9FhnBAfQ0Uk eXJeJPKy960U5EBhVt2r4+05nB2vVmo7yJEnZqSlyiN1IQQ8EHmqdI2QQJ7n+rEwkRMPoE0ErTwG ChQ+MB4VE/Ae8ia2inlgDDW9fcD1S/5852+eml801wvYEZ9OsCLN1s9WU4I68TLoj5cnn/jJ6N+/ FNaOqQuttF4jhohHZsUCvL2kEOixioN2AteL/rbGYi8WWrFH3Y76xHn6bH2KLyDGEPSNUkijp0KA P9hQQ3Fzx/mLxehcs7GC1C9cNiUU0Mhi+5m0GklhFOVZoL7WgNoG/nSmQAqecQhGVKLB1wZgDk4b YUVimjamxkZAco5J80JGGfVLYNCNYxeiSHZQQOd0Jvkh3akRA8Yn+BlZKqhNhL1kLfFqM08eG7nX zAU/cLKR325M08PuQqXhQhgHaOMJzRpVyt7Ga7b2nwjZkHnidt9iMW2hNs4B5oJ3bZl6kiMHSwrR Cs9Ob/BZ7WKgsZlUUHVHimhsDBR87Estu0PBNqZfSi2dGIvgv/Y7bXGqh80NHtel/SxYvIOn2q/Q VTdhYfVrVJSPZznH7dE2PEuxIgC60EP4mMqoXemYzk0ZW2HEqQJTfKJ72zLK4QpKmpKUdhiiwjDO gtE4G8GejZwkzlpBh2xdMVuwX3YAwyxrx+o3WnsUWzEfHEWNGXsbC12WwZCYe8lR+jCjQe0eFwpg Ci8HwRmmcZD5YDg8SUliGxwesh0J6KsACHQ17R71XKQwfXgELpLbYNhIxPrqSVdyYCupm3Yi84/t tY+K1qGbXVt7tBYBBJCW9+hz0bBieslghMJ5PqyACvLiX8Iyi4MBHhbIi3zahmUNu+TVIlb3CtWk RiZ7YO7XzKTGra1RmVawrY3VY3WbtvUnArWpayJXR2xOdqQHGk2S7vuFPcsQaZ7O6Wivci7F+NrW aBDK4WP5LFO/OxqL7pqblTNNnGZhNEvN2KVRNTBpQo0KB+FeJgHCEKn4Lnlo2SYcMBLQ/ppRCBUB 3eB+0YcER3p5W7nJxTytsUky8NJX2vFdetBuIHyAG8gWEg6Wh98xg2+JPDYj0pvy/G2JHjQU4xhs zOdGqr12VSduajLuMjyHdyz3sJxhNAVrhDtHWw4XUTYud7CwSRyaFz33dhq6fjcqIMUBhtLqhmE6 QzWHxeIUS6SmQYxExskdFm2hjU1dBSK/aUgtDl0zuet0KY7CrSp1IDuUxqpOyQya7dlyl4GKkREH 5fCY5uTAa6ROY0izeCxG1mKa0KoRdakdhNS3eI2IYyUCXO9xqhzdvCLUwnCRtCd0hPw6w7c9lf2M yF7iFTXpUrJNvNUqBCkiPBGQmbdlbkxGQhdSatgjzWygZJgKHCzZYIi7X6yKEdJm6STz95DvLEOL 2Oq0RqVnJ+J0hZbNBWNn1aJj1T9mgGbFZCy3WV8227woK5IEGXKOir2eNmWRtEHagr/HTMP9Lwge gdCkTwlsomE5BBTqHTiP2pgviegIk8FYzaQp9JcoNtvOgISiQ+PnxkZuS5SQ9M6t1LDGS0OqvQL5 SlQSh45wGW+p45puD3CCOCSYYu7iQs35VbuiAXA9zhL6OETMuy2QGhpR1tbDix/VxNuBVPNVwR9G wink4cJicuqdNi3++YgR5K9xQMkTDiwbxiTMy1VR7cQ+BjXnIHN24ZnBhni4aA8XE5gQ4mttYzB4 eK6uPQM/pPgN3v2mIROQcHhAmKSAQgEKCALHtVQdDXIK33mj4GnafxL1+eMtNLwloEamDARgz8MG OXi3lhU3zsc8QYocIzUcfBbsUe4QrzKCGGdwaVpFzp2dV0ISZxvYzuktuNJTOjcufDy+fUpD38H6 XHGxXb9SIZa3t0K0wQstbq50SzheuYF5DxCNjo8WQDpgGbZxixlH4/B20ze5c1Qg17Y0J1zWetgM x3klcLLciToTof2/vO5qEGUK+MUqdOTdSYFMBD9De3ayBWUphIEEwoRcafj9IGPQOfEN7WHSpgyj AMFV9NntgUMoAIwnwc1F/qtVAh/YO31goUHV4CNzebdmeMP5fQwwyjnEwyauJRVirTnMHCHy6Y0c OpRfrs9lOIDZFDU2tvdgGUUvWzVWTVU0A68sVqDKmyk1heOndMjQNOBZFb0lcH7tXJQGiyhzAOaz 3O/hkwAhSW5wZiWPFS5W/hiYE8kUJAkE1CjIWodQZPC0egWQTv8H9qFGkF9YJYwIDgU5Dk2WCi7w oaJC38le1Us33FVVeRI+oaInEFO3KCpFW50DT6gMDC8GokrpLoNVljf0CVa+3t66lG4ridZnkF5F RYDDP6WiywT3oKRfVX8la8uzBoFKkr7IEP6tXIdqHH6RB34tO7dc6+vVj4cfyeESj13zpyywBpSG cP2gWwIVSClRW6b37gYEvsmwPux/dj+Sfv9IpN4f7td7CeHX09/zVZb1z8/5B74sL3l/l8Isnfrv /vpz+73ff24/l8vlz+/v5fZzux9uv/K0b/e/918p7D+nw8/l90ci+M/9er79Od/v7ke83397zy8/ v+efv5c/Wv/f+49caeU7FN+AqUscrqY4yA+5VGNZn10zWPWXqpeUs3xcLy+VkkZ/NTrEQBSQUbgZ 5A7PlegLFAXSWtcAUoBoBaKrJkzBVHkZxgfZxfmkQa60V6vlq1R3ZyBEAIqtFBOBu34cJuAiP4Sm 8jsw1v2GoGkBF3BsuDTw+bj8guCTeNoVLIwRyIi8Yq0UhKoYOtHt2k0fiZksqxYOLa96+VooA9wJ 0BUBoePC2VWwd8Vi0RdQpDYKoVbtmNJscsQxHVUshiqiP8PeCoLQZob09okUYdM+ApGL7OgguLw4 EvEcPsSj9gRy2j2eUGXHE8RKin4oV07pf/oZ/u+7CtdoCaIb96NwteVNin4EmFY6hjwAqmkZUQOC YRbiUcU0oOmCAJuCQFtVQBLpsH19A/9bhrD3Uy3L9/6yCoTLbafKgLj51Hz0GPQrAmVMCKkckPiR 8yOP6EwxHWNYuvrQagj8U1/wPmtMfSm1gXoUViht6xUpCREKQUeleAeQe0jjaXiq0DCDdD0N27eB 0FqFNICn1ImCIwWZMBFDxOaKYTwo75qqRvYqLtVvm5Z224Boh4mYlNNK76VpOSo2IIXO6R4KKuDY GPSBS0PQjRZ0nVqxJ/obo6AJxRc6Dp6VD+YbqhObtZdWV8H9jLYvfJturSk7N7g1HShiWyVwgmDH xDzxk50ad9m7KskPLj/aP/FT26xYADq1wYGvqXm7qc04Hmz3HOZry+ajcdZsoWVr54bnCfraOGxn NnZttUVqFoJd0X7vdE1gIU5n7QyJINqGpEzbHOaZQhJtSxHWlm5HtlVm8hnJTrYCC8iuod88AMBy XTAr2x4E9BminDWWnewOY84adZCtOhisZ9Yb+7OyBnCq7ODSHTNoLQo/lEVozGy4+sjZYsz7N6eJ lT++EIqyagE9A+hlfAFFIEU9aqvn3rLNXL7m3xAwsEwAEpeGA5JHVorRSpHqJbyl69n8wQ3KPmQ4 sjlz79mHmmEsl++UBbtUOvXZIzJytVVpDk6Sb614mQ8OarFGx67VzFjj2ZV+4sUxB3TLI3tAIhn0 TN3xr7KrQ290IhOeG/UmJYl5BjvmzWXJ8av5UPwdn7v13hasZAE0bFCREGLPIHi2bpUZ8oLzCAJn GNSTXQ/u6zmthVRKsGQR591gF8thJbt2s3bAlGxttgofhAuGjbXgAyY40IkPiyxm3r9la+gXWblk ucTZ1ezh5hYU5i8OCMMbMKPrUFBcYR2rjhocXRfAxQrJcktBsLjFNMHt7//BjvJNwuLcImWQdfLx YRaz6Hm9oVI4jNf9ZB38A4NCCGa+sXgOG7yDKMNDeT8cCBLEH64bvJTbHqEU0RjUI+Nu2M8Y2FMe 0OYAiiy7WS+ck5sQb0E8cZUJoEKoY+Qidbn5+WVmURd9j9WMEjw5uZp5ofNwoNMDUsBYANnqkBhj /3rPGw8nJU+KB+8dY1FFVJPYWbs4EHeMU6Oa6Oez2edwKVjxDNULVy5drn+qaxFxFj6H3MIWJdr5 WfgDTBH91AZeQDZzhc2L3ypQAEnAk2HKZoToTdf/xM/STgDFUrp1rl/jb/2JT0CaPYYr/OMUMwF6 LGIoNTjX/9BZYKMuE0Yqwki8A0zGGmWAYwQYq3lqpIiGxQ9xHfy5QEbJfdgsue+uLmT1dwhxMgZo 9yzKk42c3kiHc8NVo0VANzZgz4fAvzh1a/VZ4WaN9kQcSN49dGYbHTypdoh1AVxhZb/4RsueNB11 jC2rAee641tkzP/VEXS4RCOaJxSCSFNnOhEl4ThDbgHKiFxBxeQl9iyPDjYYCxBBlCEPmsK2RjGc YMxTKtZs54CAt3rR+I0JxWidML1gFvEOLB5JTR/Ik1DnECu6ZGoUgPjUoG5pOzwYxPNBs1kudDDI 4KNgHE9qlLglcoYf96Vb+epUlinHDYhKTcm0LEKHaWKIaKHBQk6EcOCmCt72cgJiCYw8kMEHYmPQ 5tBEF4cJ4pgCwvCk0ngtWUMOGgJQV6cFYGapbXG2PGmflUFuz6mOZWCONziCJkRTob8uUnC5dfxo e4pB2vcUnWBLaKUgdAobrcAv1iuBb6TtUKYUG0Q9KpQ0rV4WNP+LXNMmotkmh4S6Q4NUPXw7ilSA NODCqBQRwiftSPD8OMHfkupBNV6zh2vKuE3KWreJO4ZfsqsejQV5ZySRIoA1KkV5atymixrcK59i Y1t9TNigtDO92Jz8ZDsGfo5Kx4ScfA9LdYYEgx60mb4BV5cCQX580mdkJiqktA0dLX3GyiDWbb7U n0aoJNX+6YgBRx9DMip0sHkmFvrUGBWBgJi6lS1WY/h6HwSpZfJffGFEFGmGQiix3zGJZ5EiRNMn AeYsCFZBph7VizmDfSgIrEKgbEbIapX0gDK+xPlp+oAOS+YJ7Yz6IJQ6S/lPUiG2x7b4AXJiWrET tSC2Yty2yPgbS7Eo/YbsSAaDCq9Kvtv4xBToK7rSd2bQUgcTxB7plRExrTADSUZTxVqqSUf7tFxr FsM/dpnIRoghGmyXMr1N0RuZCHib4opRi+xQs6QUucbQCoKRNiY31PIxDdHJFsNKDG4tabkYvQRy zFZ0/p9WQSGz/1w9M7hMtqCpvcyU9GZdKEfiSYotQBrbxCH7rV2ENoYOFFqWVHl8KGpmFtZLfSN2 DmOPpaAvoQRPR5wmEcsbvM1Iq95iGYgyj64zutR1JCwcmUhT3qbpYR/E34j6P1RVAb8UAaVH7G0M aCTCjmWRlInc4tv7Crd4K5IzG/Bjr3yCl/1phVpLG4xvrU1buQAwzsILRu3Dlpndx1gyJdIXG6MR WzeeNSvPYpiQ1DapKp6jURSx/cTQaKI0k5SDuH5Udr28QodsMiPyLTwhiqMMfFRQWCcdGSyMUduM PMTjwI8kGzHCc/WT/q3iQz1mK7IAmkbWDk6rA1Ic0D2C/S39vvVmFmo2ybIiY/v1Bu5ApjBRJOwr +pa6BO+SDtOQgutNA8FoqrnoG8+P8COSdr5Vy/etL1BeKy5AsGPiJMtpd7CgSV/XBvuYTmgBvWnf pmS9ZlYOjkScLG1NByWLNLVLJsKIkMYLBZ/RFlhBFVqJeEOGgfM+SXGaON/Q9iAnN9NBGItlTp+E w/vBY7C71ss5CzOgwYFXyRvFEimEM/h59OakuPDXWm5G/qcfEEQOLXIRrMKRbS0bYUQtEsOSpd+W yvnC0XUBAYCnYTqOpyUqGQYv8gQqvKBIYHq+TFGeU6Sv8J1vx3fQIMjOAEhwkTJbielKytq85RVv nPizOG0nA6ra9PRBNQAjwiqBsykBPh78Wa3p0nshKzribIb6OlrNVzYK/p7m887DPE3LWx10HT9Z ihT3F5ThD660Tz3hd6wCXGTaWKOS/u1o1F77C36yAPZiJOLwwJ0rnZkVlEpG7pz/goPtxdzQjn4k h5Qr710uWdTws7Hi8Pl6vCpia6WNd6ETO0xFCj3mbcIbp3AzactwY28RLiobK7YVMCxyOEW3K9bX /lDMqCMkMHm0ylf3t3bt2o8/kYLQ0yKCO/nbb2XpSfUnUiHpxs1/J5HSrCRZJVBGFwIRrGKcxYa/ D+jgW2rm8QqGkZDTvz4qPGrazn35oyspkciRZutj+n3upsZOFAcYI1R+t583ZW70c5t4IAA/RQr0 yzvABSmk3+ESAho2BSnhCBWDMJrAUyJhsuwfXYSAZzSUjo/vwVAHH+b2Wg7ZEZC2NgvlNVyMV3qg BQK9tvsLTkgu81CQN36hvh1PDjWQpWaOWgv7IiiYOTgXMFcSYGgFngGVaW6PdcqTBsENbIWUwTuS oJeVHwH/rd9XR/T1aSg1YE7CIiRKdmL4kzLUZ1OQeKlNeFfXFBot2AuaBcr1gYTejZLTSoRI/t25 eg9c4+NlgKU8ZTV13SsHg5XVLN1XFZAygqfugUxPpYYl3FZtxEV1iHC8/MiqlWN8VGRZ8q+v1OpQ J0Rm6u0sAxmc6/1KMVQoQ0bwZa+axU7FZmUi9FL9i630YfnBe/CvhGF1jwHFkoN/vXiRNQwcnjZO d1m+KifDhu+VlT7IFlYVo3Ich5t6EfDk21Vp4v1vVUROVdLw6PnwW1mRqoh47Kq6hY70sjtdL+qC 3OHAClr4UtGMX9WYFWg+Ao6Pvz44XX6vl1+Y8/EG8v09yVW+na+QYSnM3rz+/pjL5e/18r8bdTVA yvDnWyDz9fx/pwtk2T8+uV9vP8pRX1QnuQGTr7urP37Pl/vt+Pd68tbfw4+O7rfr3dtnrf/R4d3z V8Wrz39Pypj8VCn6cNf9n8vP/15+fhRmUXEZE+EhURLLW67oyn2L8dHyLD4iMfz4+QX5lJoNtASq hriqKQP1HfQXO3SDHxW3AnjKU4ZVdsLeFX4YCrQnqRea+r2Sg4ydHFQoa3aAPt1gfe2pXQzQm6q9 r5/SNX2r0E1MB1YYGScPO2iZFH3nDlQ9xqZUbhdNloKsznO1MpRZLznXUECI+Egmc5BkGF8xHun6 UFYxEXmt5UYHaitwUf62DNtP5Z21JsYxlWpkPocigycN/UKoTDJkFQauEjOAGLwr51+v32cyoZBK KdcEAu4cko67lW52fyIY3zWKqtn4qgLMRQ3JFvBZUCN2R9tJQAX3q4DtvIB6zh0EMMQjtQDID/5V LQcc7ArCgi2tG+qr2twOUjH53Vdl22kPH1fIPei27PsSwRu8YaCmpOEK7FBAjbK7QYseVqRE+ixy KEffODGFYwK6iTNSL2JDAdnmCK0WxyHQqFcyuxL0IlEop2WZ6N4+FpIokClF3SC7HfNbCEj9eovT aYy6UFGkexUrbShKJmeZ3u1yyfQhDehfee1UEtVo4B/yy+HNpuRdmll+OFUUjgyu1qi45yyz+cO6 Owkh9xnflRKsR1RCBI9pxIZsLkDoFn/ueJ0XQuKoSy3rQgSQrrTdiR52lAV6jZgpPnBxU+hBh0fI QyGyAecFOwxecRH0rOz3xGIIRbq1Bm0B9P+/LHTzjMjkTVMFfQ0WtGwpC0CDCvXNRLGtMAkwdGff Mh7oZyFdl96289hgbVeQ8LQ9NDgo20bZBgRR33wwKHgrIHREzKZidWcI2dkjbLVM2nYnI92TRLI/ bcrw6t4QzcTp6GvXsjoC4na69stirLYbu9W7HT7wpVB4jXP3jdtlx11G3btt2wbEYnAOjvlqfllr 7ZrayAjgfEDfQ/hDwoO4dTF2uC1Ra/lbne2zS4eWCpL60F5moVmyjDYWnJH6nCHHZmAEgQ9tXg1Y NjP9kdFmJA6Uwf31YkknLMu8a8umT+R420kFv1NiFqkwhNkaeJbZFvd50gg6+ZA9gyHIXXR87frg JmDwjK8+9fM+tN/SW1bcYiJZp6ykzqMJAYihKJvD4jDoLDbE9I+fDIdOMzt60phNzqIbQ8e++mlM wqxdEpl91w0p/sBF9HOU8CxrOl3q1Tg3/KTKPBk23Ov6tObh9lY0U5zJATcb07EfBgD4R36+W6YX embUMa1L26lABmeIrQ8l5E/xxDhoXO3cF764jvohWCyEn+NUJoxGZNS+dR+X/BbG4jP65loCOYFP uZAac1IRhOlbUI9pcMdyLS1RiX8cdeYl4/JNmqmfLT1s0wM9BlfMW+TpDkoAUvMFDy5onOvD2M1B BD6xJM0/szoYgSfF2WPAejYM6YmrxXfK+wsfRjV+TJCAlG/rz3s1c8iizCpvAW7DcYOJzRHyGwzv S4nKgRIxJ7MT+IQ2bGUgmInxnGX7cqIH5vDemnP9H/CWVx48wqErv/eJHzcVj59cX7WAOQf1veiP A/q2fOa2P/O1X59lAvPNTbYBcMgRPiLkYPLdw4xLqc0t/Hx5QuuSqN+eB6bxhkbKhLcOMujDmLiQ cICoGL5TTiwKsunhskIKLy/PT8apxafAbR6on1sOHfYzcvv8/fU/Kb5hDuEvmuFcqGmrlEjJtx0G jwKB3lx2bYdHKCpStOUZxB3YPdhCoLU08MdEtYUBkHSyUK0BHDXHmfoIeICldMldULMLTC1YohLQ ZcphIFHVXzz4WIbt3AN8DfzJISaVQUY9ia1kcpo1Tg3b9nloMRKSlPHeAyF8gDtAPYE6RVIe17Fi tlKhMDWHWbIfKgZdQnnNdzx3AkhuQWA8pEEHYBmxdGTxBDkId3Mm3Hz1DElcQWVJIKoaggiRIAw3 n7BFjISFXIX7h3AOuEDaoNlEBC+aUrg/GmM9Q9G8GZewOJCAB6RTy84lAJLwix3AAcAbWAfmDxrM 8YMZIWD0E4PDcf+Vh8jv97Gl01aMgXphSLhHVZhAL5neqBIk4G9cDRFCc2AO/jOS0trL5zcRkxd0 U6zGemOfOEpV1i6RJImESn1xD0M5sNxwdLDAP6o+9cQAIN1XaJgwy3DHsH5SPKqnXO7ifZjP1NDR KIzA4grcTCigr9whp18wFFnAc6hvtbGT9VFel+pCtVUFbqCjeDU8LaaizcI6AmJS3i6cxN4wpRHB +Ki4gf+pBe4cbdMixGnJRmAaVUmEyWJgvi91r9f+REXtm3USYTiK9kwc9e3taZDPmO0h/kYQyj2J qSE8uoyx9aKpAE789+Imx8K0yatPggGRjsokNQJfZhb71ZfxBswhlRU1BOxPdcFfE0g4SYqIemmc uL0nY0hdpJGsoG+1I2YhU9/fkN7OIHQMwZSCFhGBWjDOjv0Iu1h0Mow+SFMhI8uC33DJC9cbeWSV a1HjWDfBtZUNtAk0m2UgYk2aoWDNozVmg0KBKxkwqB2qbNjtSH6xrYCGCH2bfzlrxJx8tSLAAtZI /0OuWittaqkAs1IDfqJvwsrAfiNTNhEdtr+MoGmN8BVXqqMANOIbzgKtI/ThfgkSsn8vSE5DjkGj L/1OjCZYDs8sczeJ1UQMo7HnTCw/YMQwpUJRmkoKgB566Rd7dxP3L4UeLQtrFPFJ49FSKBuQGFDn i+DWRg4t9KtnElQEETsQp2siMBbGlz3BKvgEaFkFY2ZFZgm83DsCS4ZlnnWcxIFJkBWQjtjGEOWn NAux0aB1RTkKx2hRFbnxubTdZ+wK52VPyjiNazNXAossOglqu9eXhQPGSMFN/sMvU5gsGNoXN3qE gTg0R6VqbWhffWvvBGDpMgYwCJCnFzUgBs0+GsKiJt1puunMkCJ0cIYF4I8XjSw7Vu/MDGviufc3 lShaeoZJdEa0tjbP+HpaCH+O94zft75y3oQ1pRerYqlZTo2hKZCIZ7G/DrYoxdUVjMhikOQ0xSp2 TBMtbZkm2kkiLRLM1KojUt5PB1KoX6L0tgJxATW86jVtmSpooxbBwaLMBsqcQWbtUtJImrKlC7Ie 4P1pXYvprA8b+tV+7cm2rlR6xPUUtrHaTK82LKwO6LbThgOLEsbObfFE6kWQR8sW3X9xmLf821mt LkKmMVJ384zjOdJH4IkZAlIvEGoe0LG+KI4Cyvp9ok2Mqs2Rzl8sHbWjANumMmgwXN8Zomh4Kulr 8RzZR5m0Y/mXEY5raiH6k46MN8HNJJgq94D1MWLcVfoljI+/YEu00p4wGrnZWCk5Zg5a3zpPIfgZ W/qw1AXaOFnFcir2M0uKgTM7M2r1/miqMEJjbDKdBkJRO/XodVMJJi22EKxqeLpEO702tlGBtZlq KGYmRGtQAbUNBT9KnSktJxbChJl3mfsImC9FP4bZEibOPg1ofh/STfk8vgu+NvaYHwxLnVXQWzCF 4jE7eo+HNn4isZ8iDE3HpX7E3JiRy+bIa3mHbVIT5TkTKHCS+STWKSK6QeynGycDOI0GZTYCW4hZ L0lNtaY5m1RFmDm41Z+xJern6yZ3I9Y5arMLayccWJBR+zKBS/RJ2wQ8+06LZMoPmNZs5B9Oez6U 6o8r6JsOynk8P7ZkN+oLGLt74++HNaNOnVZMzH+UAHc014nLRp07m6Bxmq8crk5dNHTANdRIHLzB D8fYUwAYIIK0xBR6MlrpcXln/pLaDaI3wZxdsxSJkIY9Xl9Qf2lmhavEFnNy24pKqKP08sdDmafM DoVrYbqSiYGstgrEJoe3h7mugDsrLB0TpMD1DJ8/pKBhNKDj9VF2dLgEBCzczvCVKymlkNPKra9C CpsZVqNJeYBvXOUan6YgDnLVgB0YBbATdgydiCL9oy9Z9dAfOYSy42DG8oLD6LwASPmESsn9BekA G9TcgBqFwMB/eOByYkFnD9BMdnHpl1A/8BVuxTp6+yg1GbIn0zt0R8QAQgM8xGIfnsx5DjjqAiXk Vzg3nKcr3r5VW1CcM3wLInmGdMmdBjyGvQU0VfEatFVNXQ+EWlcrw4DDQuHa9SgV+l8l7f3q4iZB iJL6GLopvRoAFoQGboJVAqhEeAALUncl+8LJKzqh9kU5nQ0KpidxV3cneaxwpamEIfczmkiKdsNe lwmCptW+hvhBy5zmhx+6VK8rHEF86nbPvYrqiuxUdg5YV0q5iw5lUIPhdFVytX/KUvXeRVL1Vd0N +bhqKKuKfFrt1f2WlK34RtRoKczHjYBbNTpAhhBWoCZKKWIM3+8j6bBotZHBDU5cX6oksb9I6pwq H4BC/6py7WbC62Z9FReo/kZVrK9weRCawcd4WpbKXs0QBRLgXtftF4aRPDkZ5woUl0muUijcTF2L I0bqTsDpHfanlW8XDqqxbFhqQCOUhHn4XOsLOXXNn5Uw1C7jwypV2YBklvjrFIDCLFCTEy7FiiGT opDEywGHQFTDO1ZIFltD/wjFYfsFht1JQy0H9i3M+axoA1hW4ZouNatgcmDgOsQ4zJBeseKJ1cCU OZ40KRVKBcuzLdEZe2Kz0muD8PwRjlNWcanVihc0th3VagBktHzaEmdLliXIuvYWEgZuh1CDZqX0 B6rC3wq3ltvfdbqNMNT+nLmDewGvOynEIGgD3H/usCh9Lf6lXAKUtTMRIpMAc6IGVsLJhgluhZ+G Y6OnWdHzStjSsb4uUiXxlSYRDhoAnxJYn5xzgIvFJ8HNxQiIrNU3hMkA7tZIgD09QdKqpYPb5VdX NxtOrT5JwQSjF+hBleDr9aX7EzcXCgEmjhQeDFq2fOJNZM9hBDJNcqokXnVw8tztk4S0Mi/X7rUU iMIdBOIo4iNsgWO60lLAS6RJ0GpVAXticJ4X5epjscu8dammj0L4B80rPX+REO74A5EqzETmMGfD P5ILci5EtXXBpaYg4Sty43JILHRTbF+ncHLi7Q5QVDFDcUHj9ZFrNEn3Rl19bdIVUxqmjG4XSnbf apnnlQSnsE6uTNUCldAkPXzYXlfuKCWjV43MZZ1NU3lxt3ASkKs41yrNoJi5ejOCHUeCTju4IlUL DmUYrcLjxuN5VDxcPSyyRqWQN7EVC3dcuTpzeiRQJk9JjmIzVFGjUxezOrRAxZmjyjyRVlM0T3WN Kv+fIhWtiGQiGrRSV6d2SSsa08LCE1benbkiDvQZEP0E9zd3K129HInlAjHmRf+5eJRusFoKBXUZ r4VsGTRpPioagfmNehbX9/hClLOIZPvOHnuXz+/oDV3buYljUSF7ls1D20vT1EEN07ypeMWC/CZv nxgX+Gxp2r8KS7S92BkdlxlRKbIwY7DZB/u3eWncv5B5EQbngMJuvW74HdzqK70md+mQ/helcuKH xJHk0snBxYmVJ5yHsHcIoAGD2+ORJwg9DeER+zMZMaC6tnGrDeMlvKc4D+gbGfXhn6obEVmhZq8V qOI70+CG1RkPauVTTBlhTE7sDIjsLY2I5mnH0Qy3JAdI+5wdomX5f7RI5g1UJDNADCewH/as2CvV yoIKoTbwgbwZV2xC71KWOi2SUE1XpqkFKEREj7ElAOhsMxadjvyRzVoqHZtsgO+slF6TTk+xZqKL sLBmGYbowF7QYI7j3LYTQJj5GhjehTLsVoa/MQTpCMEbJu/GXMbnrVqgOiqFfsyR/QQz5y/7Af1F 7Q3ZK6zmGYxKaw3AoS//sirNyyNMu6zZ4AX2t35NgYGdrxDdmHds17GcCy34UIgkr4t1yWpFTmGS KghVvAiyEZ3aPxwTZjOTEfMtvoHcbDwJBvzbzF4TZajmt07Eg4eI/B2gMypf8na1khmf/WzN2K+d /PMTnAADGRx7NQuzljxUSob4DQsTeTRbMqHP2MaVZLfCdWqogSy5ESbdsreZZi1muTHP4o8pmsU0 Yjp6Mgp0ts43vW7ZS+nJpsNIjRk4my+B60S+LJ3827HDm4FTIUMNL4z53bJmuivU41XjBstYsJI3 oD1vbGZ+UYY8jyl+1H/mvz+ttzXVGvJhbuMXT+KeSLbRg/9Y8vjfYCUgFZiqdxP3TpXlEARyEG6k deP+POCcSj7yF3IleneGgeXw7SDOFsJGzHjuDI5HqhMYfyAmGR7zm0PzRRx81ZXB+QyO6dhSCazh +7eolgOGTrPiFl46UuFVNPdAVKcO7OnlAZF2rwpaURPJlu00HUDGO85FKLVJj5L2THzagEHEkLYK 9cUI9zvDzPi3cCFmRlXJjIXNQNHQRn7M0s7mtcsZahUsvRNvaIMWpls6ziPTiP3hyGbF/Yp80jhO kyX1tKAvlyy9zkyxcVgTHbeMUVBN7LvCdkxx2rH4tWGgV6wm6kdz96Al0f53BbU6VWzAhksu00Lv GAYTpcn0gvIVekrN8P4IPt1CXiyKmuHBPqVHJaZl9khbwg/K7PhSG10qZL2r6uAvLiXfzcc4J8F7 oHIYTNNkIId2mD3Rbpo4zIjMaNjOoWPChQUM0RtJiu8LBFOBqMQl7Ki1NrqSIh4hmObg289uyuPZ hWhxVOvJF7iWmHvg4SxzwsluqUfOzJpRI2+B/BnU6WmPNy1Dwpl+T6PGtGXoNYZG7Xv6PFqlKj1P 85Rr520k1YyXhn/NwtO58was0YfSpmnBJfAMb/hUNWN0AxTzcKuRkm6Et2F3+9jQAmoKQ4MdgOPK cZVeXoQLiAPBCRGZevvh3MFuEJaQkXzxwQSgmXAqqkwyKaysZEXYiL5Cjc0a4lHw4Lng+YLjTPmL JQFTIAJAKQICvAqzgk9Vaips3ouBb/4ARQua6VLIqHgmlA+4bVzUhJfCPfzne8vcEF6fqBODhPyk gYJDNRgV89mDoQoafq+fEU2whyyXt1+4twRmqikIih4cIlvrNjXkpYjtF1aCo2FNLKpNUSYhHa5p B9llP6JMDNu+mC615rqlVwQhc6URraaxV4PRk2FaCAvljXrqdl3rSMGWOJ2GQhv8hLsc06osc1vb ymAlc2JL6ISGaLa2xaiRnNFI4a7f++I0XgHD4BpjkySPnQRrCJ5dUbeCfdTjbJqGA0nTmJRj7IFE 0QWNUdzbgDN815BVyAfYxrDFaPXQLhFaPNBPcBmoZnhsdGTM5sWkT+vtj26CTqbM269WDGhlB4bC +VAYc/kuRTIOCKvCk74uKCtnV0NA2KIphTjCkGORMLnCYG0z2BAiB390eEHsYABgTBsIBiALlyT7 IZlhzZ3XUuQqjsXxFRsKWhRZLoYrBt1tC3pIKTnkl2iUQgz3KtWc9JpoTRGr7Au00Hh0AE5CoaNt Zg8oNS6ltICnnRXCXoVywWLwZ6CbCej97eXZxIO7yQBmIAoGK3ZA+KK5iJWHfIXOgjl1JjYkwlO7 FZcxDLEznAaNNJFhBij9c+KmPwvaKJSSEIcWijTAduhIYnnQ2SwiVxHDYm1NLOQ8LjD+INpgaowK 9E9vW7LmVURU5fMasVDJO0VjOeTh+zPBHJIXatRaYKCsWh0YfHB9cZZiWxvkLnQVqSOIuY9M4HdD xSfMkdki6jprbrRQaQmNweTsIHjMAo2xZ0gFMeCUDBGkaJWFPGi2tJN5kVYP4HNnJvB8xnw92VCa sL7ERvRd7myKI53dPOzO5JOStamQKTKIZ5nETFNmCKbPOM28tgGVVpeKzoAnb6GPKuS2GzH8eNA2 hf63nc92tVcB0qbJ1IQW2sgSlIA9So0FkiNFhKh9kyzjNPvE/jXIQPU0IB26kdSl+7F/PM4gBxiy oMakMYgcHy63U8ryTHmOtvc8F9s+Zx82xRapJC0HqmxDzn7WyZ6TxfsKWMhaYVjm+XPzlD7wru+C 1CRfDernN+hNeTyMigA3yXV218w/usKQ2GA6KnMVEVyzFcDDyDoqk8szBDWE2phKCA96MGO4YzIh WWUlOtrHw9UNRNvdWe+qKVQM/UMhBk5qhnrxcKAef7RD39x9jpjtnNvrta1J5vbBZEq+Apja+JsS U8cvXGl/6cJDHNfVKRSUW4nonesPLgG05EeZ92Q01UUrZQi+sBRwlqxHc/HNOITWFDu5yQi76Duc B2wnkYmhJQNxWVXng0Qj5tb8WQFazTYnRHMWhrVlSWOujDqmpZkGkbE02Gk53qGmfhzrzmDZdUjL IsUWh+27FcGOFpUfykbVqfVAsJim3WhOrJMI62ZImEXufIg7Yrb2vDDIW+DSwGX4aKAngjNmYN5D bu/Olu4ptcfDt6Jarlz7pu5Y7ySqxC0Ie6nNgdf+qjQHY4ux31nvNhl8HCRdYdK5zIndy/Eitfg7 Z113PAh4uWWdHiJcd0VBlRF5rTwp6hGSg9Li/PM8bqQjed6E/MoFNEdEkBKJheF7cA7XAqIsFNPk sC2Q5wQ98PTkb0LAjgpJIDVU5Yyj8g5g0INLRDH9KDZxsqzWjONfWQ8rHJDijZD4w1cAUWWy+Vxy UbH/GqAr4dkh/AhrEQG2sAyjhLPBMaCKKAs8AemQBuLptr6kWDWPsrvBuaFtgCC4DmQM7BdsrZdG D50Ch8GJQMGSrTc/37KaJbqaqUsU70ApYysl29WNYLT1bYAsQhl45UpGuNXWfYr763WzVRp6697B k8sSu2DPH1Dry0k2uNzni4zrX9iXDGiXEaqzfQFmH3x1UeIAZgMyZi6FZZJtC4aZRubgzPkffApS 7R4YFn47KaWa3VXiEEHOWrLtdfUt/qn2T6e/V0/YhLxT+LYAO74gjp0F19hCbWvOmsEQVqtn8jim VrGwNhPR/HzprMZMLOfYMq0nSc+GwlzArjn+7tqxC/KLfGZbtdNVxpYZwCD0IbGz/dhhOD78ajFO kdnwGb/YSgvceZgplF3AFmBA8GsY9C7nsnWIRWYCsp0ssIMM+R22fx6zEO1YEdKcvGRSm3I32uB4 5+TDratoF3TglCtgwDRzbO2/zMVOOiihj1AsjrwCYLINkC8D/NELZ+CtKg1LkdMsEZokF1qPfjfg XRCBdhQFUniHwqEGLZqtiM9lvyOn8leHgQumhY1s7c5aJGJ5erxbJmvQCRtsHPAHaANQaMyODhFD 5GAbIWWOJzWkfL0vGAeWlrWD+MaQBQB8a9swO9rVw7ZhfkdW7Gg5tpgt19CNioOJSXjKUkON24tp HMzzyhLO5y0ft4l1zZDi0gZaHaSs6MiJJziafphEU23ZqFM3bXa2GMourQQz9GSdRGs95zYqbl+m vJnwGhjTQYxVq05DtbUhTzqrWtEAyXAZ/IwKRpkNIDXdjmT3mVoZmKQE/tLBJcW2j0h+pgk9vf3q VlizsyT0hRVJGXqENypn3SJAPq2ErwA+hY9tCQIrHpFyPw0IGYIrbeLdGVEVJ0OrolHiKBCT4JmD 2ZvXe9BrBbALtdDGzgtAfEU2+PGFC9oASEHUYNPoFWxrZ8y8MSKEhC1tzLcKS+1aNQVezUl/Rz7V sPP9M22QUQNk3ibRRu8rElt+bxnO1hufoL9FIDG2RAXfEDbID8UrwJOGGNMHnJDIdKOEELle8GL7 QgPMx89waA8FtqBjV/oGXBhDLC7E7Q0eOwYziQZX9jYmSunYidJINlzPE4K+NJcwx/6wClqvM2/D VoJcQk2zCLvEojC0LszCHmvsXBVNqILVnp4jybP09auFKEUKuexc4cwNBBA7IkOgAWBmy7OjV1y7 aTyk1vkOnGzRuWqWJys8Q5N2Q6SeDCvjAuPVlBENSLHZIokRpMKHqTWfU2WR1A9ScVnazYWAaA3J GPxURXXAuGbGw82Bv8Li0mOUhSnkHD3QYik9EiJ4ABnUdHGZzXVOwYqds8f1T2Pl/YEayiWQfefw OJ/P8xyoch6624W8l/Cmdxqt6eQ0limBIM7BG3jLgBM0ojtDyKenyvKM642x7w2Neu6RZ4K+45bj LG2y8PMBYKnm0qJ01wy3tJtLcj8YQh0D6CQA1aYnxMAJREZnnUCzHIaFTTo84x+nAGj37gRhv1nc pJ6FhbtLb8DL1I41ncuzIhxFhOUsQYtQyRdURHbU8YZ1JpIGkgj41T8ImysavmN9sUQpFxY5Fs4o LO+DHKJX48Jb/ZlibtUMA825w0gVd+GthhtOnRM+lV9LZbdmaWCDsDK8qB4vvYcTW1Ld5xN/bcUf tP+10fDZ/FQ+1Pz5EmE5q7zaUo58q1QyZ5qP2wFpQwPgeDRfL1BJcgjXsJbDiySbleiYmyp5irem xgKf3DDyJ6Vq5mbmk2IZKdr/2fU/n6yDh9UTLpPUexy9aZl3LyFWipNq4LU3YIPv2Aq1hrBGgJfx j/QqKFQee2MbKYJLA5R4shxumAEAjQedwREyAHZAuRxFDmswlbfQTEaxHDK/vX39J9uzJC5fgiAa tC/qXMK4XyRt6lt2rrdAAl8KEXtd1pIk33JGpWWW5vXyKq9MzhlimopKJ01UgpbcNUR5+36qVLT0 stJCkQcm8D/yQ+EA8sbtqmWUyRpFBMSRBB7uIXEM+lDS61MrKAXOu4Yh/92/D6ShlFEd6VuHBqsv S+MxZSDKpgfUlQRVuvsgEw2C3uitTsWGyFUT51N6cQQl/lLa6ges9/lsHCAF6fQVWCiVfWAQ6Xyl wOIK/1i00ACnBlC3BFofh1JiMyLgBzWuLYGRyP2zCgM66h41QwCBFYwy36YwmGRlvpYyaU2YkRSL BWLsWXHsUen9ivzSFHQTzmD/pL/gHqVKjk9iscubNYUONxDSEJOmEcJAz4R40Kd12GgelVg6EBRq immNmDk4+WasSY9AWUhxq19OGKrrsMIFZX5OPqd5+hZSqjNUn4EtSFJ1I2QwGjXdTrUG4gwmUgpv EJgxmpM8WJX0YWqhrfEqGa7qPolDCelqUsGp2Q5TGKbpD+iELBVpCa5qKZ0kwVjPCYBc5HiADOg8 SEubkkfLH9aO1TIjSBEOlpuIFb2VikC00iwtp8Xp3IP3Jr15fn7SuvRzP8u29Y2n8GZYsJTd+vSh HEVnIUhKmigtw+DXmJGYSkuMCerasyBo/PX2pPZO5ydIgxGU1mt4/sMdsDQ7lxRMVIrrauOL8EQ0 ydUaJJtVmUg3yKbUrQb9Y2BD2BQNubMT6Q6x0cSORP9Q2gkS5qF0Gf5sUoTQvfm2vMZCf0n1Ni0a ge1uaopvfH48Sa1MMsqgs3K41984WIKoNcKLpWXGviQZWxLT1rBFwqimHMzVUGytMX+QYy/QMdWt MdtGIQcfi5ahGs8aKC4sf1a+aEQfDLByRg0qFNFkn+V/knj9RmFDtD1FqfLOqXaLg1WIPBK8Orxj d6uc86ujBsjeT8lyBG5d31+eqoWl+WaiOD8cd1hFKzPmmCapSA8TM7gsJBarIUBiiA3KqA/hDDFO 2vDzSHHOhEUgO1jUvuErAphU0zp0MciaiLSLoDq40HIV5hi/0h5scu15vmW7/j9N94HeRpNrYXgj Y2WKOZOSn7n739e8H9r3D7ZEdldAASjgAIWiIpov165dktGGjt5dYMO2xPgiNmQOMebUaOC7sKvb hdNDts6Ow+/o3obnXU2wiwqBcDyZAHFR3NgcO4+i2rnX7GuT7RyjfjhLoDUL4UySgZpRRIi325gz EsSazdHnBeiJcCPjolJ61UvxeKg0iwb3juFEw3iAF2nv4vRaD3SkfFJERmZzN1QDoEJYCAwsAgbf b7hB2V7LARfZ8F9H9qhQNBeI9YmuCkxnrgxizE72HnuPPYKcuLFgOv9PC4L81FycbMhZ8H1I9ajx Esv2vJmxe5uQZhh3tUn3MmSyTkUfinVaUDYPv+tDL7xKsxV4egetYID83AZg5IzGbTVSLIvhz3y1 MIGZ7DRjaRDQJ4Y/VuHQsrVIDM1adq6hTSqCbzxXtIOx3pW1pdEyBZFUnQe+fBTQSIFmmsEJiKjG cKdmnbCymg2BciYhNSOp1TN0GVpZwXQ7To1dLRj1lzKEWltQa4mBDQindQ1KYQFPEm2KqF3GD1xb Go0qtFfgZVaDc4RudBg+aMujeWD7zkGwRnAdlU1225czW2DjQ+zaLRGeykubiCfgIsw4LF88oiXz ckqG7sI+mIEx0Z+4J8m0UmxiLEGW7VwtAUHMNtOKBk3EhAqmMFQhmQ0l/ESWb6V70jAJUluqI4dY M0fDAHMaFNqy35GotuO0bv6KsB+rL6mjbxNpyI/2kc0AO8vGnKJG6ig4xDhaoSJ9ptAkvEt//9tM xcJ8Ck7BPpwPS51hzG72oylWNpmHx2wue8GDGvAM2KFSG9kU3iE1YKsjZiuAy0XgToMjJFrkaCha wdPl+umWc5ivV+jPhAw8DLSU7CQZb2Hl0WnBYkUkwpcgXWiC/+MbxM2/a6Dk+k0/Bi2iF9ZiUdLz 2L6wckVLiGqEKamG//deUVlAgDUN57JyRZTzUQG/pR9slSFNvhAbCALeQXM3tXPX0d2B6277hfPL UQRt8kB52KgujUoeQWEK3qYvBEnoDV17CXA0AsyNyodWwAP0ChQg7DxJIL9ZICpV2TWFNAWR7tyx kQMrNoBroRDYaHDF57EQSfAAJlC3Q+sW68Drt6IH8euoHpF8hUJlaPB0pTR4CtrDrfMh5AGYEWrm ycCbiM+HpmvgJNJ4RrpzpxpKSIVXc/dz9p1yQhuJarJlwf7ajUoVJYUXwR+aPURkvEA5Za2Iqe6v g3WYvS7KSIGZl2FaLVmJEdRX8AuEG3AKzYEml5+4kn2qbrE8Uri6OtViAhDswgCq7K4uUnKKssh2 sBJa06mL3jQa6EHMjnB8kQrdeUJw5Fp5nMldgcQEgVyL/Oy/7yDa2uAt1lEZodUggICJI5VuGGIM EpfWKIVQUeolgVBC9VTUVUUZsi5eAzcuU1f8RYaoREtZi2ougI8lDBdRkZ+nzAn0u7rWkHGQ+iDV IHc52/Inq9Nwc97f5YISsEs/Lj5TqV4ZipBlGcguMdSNGteg+qo4u9Gv4BXYW5q9J273raxIOZDX EwhbNqQEZlj4kku5vwGl0X2iBw1mr5D1goybnvzNSqVI7rxLsJSaWPa7FOXJDq938LqaEWrLRIpS KsHs1gn+fUKWs8IsGphMVBh+4TPZmEB3cCLsrWiAlG8vwee6udIVk6a2uQsAFBzx7gma58NZ66Yu efNSLriqL7JRT4qASCV1yZ18WuGJ8s4Dtgp0VHraNZAVSShRvqwd0UZZrIfy1YV1pNTiEPmsKNnd lF2IKIHcLIRI9AUKq1tvaUnXctQ9gsOv2sS01R7BMD7EhtSa6zhpNNyCb/QYMOoL8Qta4ED2Q/jp D4KmZrlFlPReqBEJ/FcgMmyzMOZJNnqZ0EXlym0Skjuir+6BnrTEfEgPIKKxyv4HXoraKZSNTpLa SaY19Y/Puq7RC04okJmS8hV/9jEZLbZoBUiGctA9v78XuymQSrNd1xWjjuNTJwVAhY0MxishYGVc Bcf5KWwYikjbsQdCQSsE3h2OvqXbCKgGFVJ2TR2x9l9hobo/fRWyBEUSbg9qiR42a4Ey2eOpUbgc NDWgvYAj7EjivVIg1EJ6tXCiV/wlXYTGgUoySSiNZJbasVTGCouSet9WRVGE0lNNvpidzXTkiAgd AbWCwc2AegQapfrsJFSSvS1A16is3SCZFCSLSESbygdAUe50oWcBgBWwAG+JiVDxbZXULBVqF/OV XdQvjYEGo3/qFBdp4B/SXnrtVDWfLSMVjeAUvpkZm5Q539o7VVXCREB0uDqeL7Qtad+k2ky13D5i SHjRxnume21lXlDiJG1D0EkBPqcAFbz3CmLBhyXtG5Lk/Kw6dA2/hlwjoKY0W7UT+cDswCBiurSQ c1No47N6eMruBoM1Miq6xbQ0qEq9z6C05oNZwW7kdBmH3cqzdDU0EKURJKLFVMwDNJRg5iyRn6sW hgJMKc1lYkM8WFcDbWZ7s+YzwzzFWmBduUUL6pLfgvbMxsxfxiETqF2fIZe/AOro8Ltf2WIsM7ak ZiRY5U1At2rURST8ZQ5KPognmKx8D7l4/BGMka9Ujs1qVypXbiGrE7zFFWF/5qnlF8YcRpKXm/Vu JOVXmIbTt9VYDg6y0bPKsjkzYziiWhoPozwcfmvOgLHWzkyIa2B2FR/BXkGgnjZHYEH2PAM6xyFT PNgmCMgH3PZ8NB2wdXXE+AkzKZ8qQzsSGoZp8Y91xdrM6YRuoOAAUdAvg8yFBzaGYDPT0I+pm1/p y6YdmBLgwHVluDpu7bhbcA1SoMu3k9oZeCGJWujEZ8gcAvusvviBMAe9qBPAeGWgM/FbDGR+BXnl LVpKNjsAz/Q8AmNho7//J/gCoRzDLKUIhGjJ9NiodAA9UCcBU2jqj0KgeZG8AI8wzoFmjHRkczgW 0V5NwqD9z1az/LmIHALrBx+worirfptrs4KzhlmoDNkb3mlFQh9Z8HyNLLesWb6P5DqZz/JtBAE4 wuYUPvYG4XfePyCJKPCYKCDuO/vWu06pL55JmCQwhKU/gxo4DtEsvFkHfMGGuTNq+1og4BKn1c16 HBOs4Phn90jmL0HPON0GGoqDLTCb38xMl+ANPwTv8m342pAg9reZ+mJoO6RsknPyFKSVG1V3od8m W7zZL14x08EpAtiUneSF8fvY5eElmCdiYgl/BFAHw0DYeNpAHiJacia65s0p7TBQGWhn3B4f14Bx gsHy+C0EkBAsbEW5YZOp1TNm5wNz9i0iW10Mo7a2SQbaNaS3tcon1lpNQZlgmIDwhlKbrLdfcKYi LSuQcgwKqnv7EwahMxgdUNofHL4X7SskbVDrzj5/BHs5Y47NQFDmhRlK1AwgC2k0pXrgjkVX2wys wx9g3/Iz4wGrNNiOixqtmikQ5EGGsTkyARIJAvoFIBtzznxSMDqs0DpwmK4B2YV3ICMpCSzE33zU ZJzYjTNoOKZpymmwdFM8QItVIcC8Qqr8HWunB4y/wjEQL3RCPR/OjFJbpo/3AzOJbcryHUwdJZ0T NzaY/Oho1CHL/gxr9bZ+CQt1pJfWk8AhB4ACmfFEc6x3fIXaHHOUDf17c+WWh70RrbQ/wJdfhhbp W5SlfgkDyI22d9Ld8lM1xIHMmitu9K7h6LN7XgPomran6FsqnWrW0ccfs9AR8nkvSDGmJPudn6+0 bKpAwKUhaIAY5ukWDILM2zy4cIQ/LdXqBGcQ1hBXX1Ez8SX2KDuOICY3pN+mJtzcXQ0owDYQ1ap/ So8ca8M7+MYyCsHQ/5Nf4RcGBnVLVU8V2x7prAqEsudtdrqPu6wJ983KBnUFPrRB0izDQQnTVEla UNMKu7YwGutcOaAfU1lkMY5Y9B+MnJpECPhRSsS3Bt1ttn6nW7BriwirqXKCXZtTaxSpdAEck6J4 pxCQH2bFJUFTAJZOxjW2iG54zlBf2sFDyFK93/JAYlmjt6WBd9qHSDbliQpRvsMaBhaYHz8UWcDD sqzNOenLeNC71Q0CpcNcJ0desNVsGYuim0zRJtiuZ9IEbuQnIYlRkS4ZMVXdWT4tjyi10qnQ+LqW +8r77+8iuRZ+bdUShJRlGqw9HCbmDdgltWAiBMBP0FTyrF80bfRUHcvH31CKIjQNH66a8eL/wQ6N y/e9FI/QfrYrv6JoTOj4P5Vl4/OtncoYcHyTaeRdHVvwrBIpOMKXXRr7iuwx0+gCQpaoxEfqz7SJ 2PaJQvt8ygGFEuaw5cqtJPqUFXvA66+f7jMwNAokyUyP9Rp14bsXn1HrdEm8kSyTNaPrHmOAXZYL rnstxpnWohrIL4UOKCNUAjuMDoyUBqO9PQQzHGhV+wPjt3Fjv2TcpBCj0J7xJ1oUAPmjbM0aoQw2 bdP+lHEjIuAtWkIL9U9vNTrL6+V/T7ZjWHl6UCWm9FSBVqsGP0l1ZKLQMVkXr12y22oYe0MZrio6 gPdCETFY2sYM3A+CDSwNicacH6/ENS638sPDZL08ndhi7GFJTVgIn/NOyjKgiwlC5Z0YjXEXjYTz qyemoxSVSWc5vL8qumJ5NaRvY0j8zMYn6GgkUT/r2jMQyCaeNRXrdC9AhELEWC4Fl2ozAvWOxNra zcwSBQrOeZFgYkf0MVCk/WNbx94FeD9evIU7TLGBkNAkupcEDY3Z4pY/TwnlnpkOzd4/gNJsqXTB nE0gSkX+uT8mqHR5tTfGaJYDx2BGzwQqP4AyziJiboU/h4zVbCyoUYMEv6VvjTUmNJQRAsajLvCo 0WXzS6Jm3IAjabOoFXpOMSyWW+XKWjhAurn7h6KN7tsu0aD96IAIlynYFlvUsW3xj0u0sU+XTzSE dmRrwcL0W5tVmxpPQs6CjrSQEuuUSort60PORguNkeZuCBFPAxhlhURZI/yjVJ9+ETrrdJIf0LKk Ok0wxPlAoFy06YCDp+wa8WFhVuFdfxIN7m3HLMn6pM0AAHnPBC8zysRSbSBexqzP0n7I9jJqCo8k DhgoPJV72V7JQG7M3PU5ZiJdhCFqBdCH8+1LwCifrmCDH1tskAuPFS7seKntjwMeY9gGrSqO8B0n Pe+1MdtGy+GxEjzMDnp4jlz4r/r7fHv+ZkdHQb7fimfiMRtEQCiUNcRAB0G9sgldj8WfDVrs8J88 Fj188K/Hz02sFJYF7HRmBkaprj7u4+iz58t7ceSTYd/dfMYcClNcROe8W2IMc+eME17TaLJ28NLV nP+KuKUj4WwedwlYyIKRcnrPndXKZQcBA50mxXfwB82X05z/CU/iZEMxAgqAh5x5qWVAIXhosSrT MzCoC7mRx8gikWoLG4DbT6ZxkFKZ0hLav2TVBupItSoHentmsQxWA3GTXg0sAhEMagNhgNlOIhsA CU4FUFw7kS31zVH20E7YIEgXwqMmhKReEA6ALUirDOBBB9drx+1vlgBEuT27RC7kRM0HgIOMcfiP +ISKAXCRT2AbnKeDhujvdcsFpoOhQKYAKUCfMjPhEvIBATifoWugDInH4D49N1AFY/en64CBUEBI rZoZXYEHR3NxYcfCHRl31F/JB7Bkb8k9dowdohKACIIsXT/CAPMQ6GL4EEtH/4G3nnLg3vlyZFIg G7AM+N2czkoT9CvUEMb6gFxe95dOuys4AM/dXX6qYqz6dJWunV6/w2rAllBUFQBca+fhshGd4+/w e6ixwgLQ3TXIGCIK3LtDJW+wZCCzHsCjsPpzRUjkScto9Cr+gZXOgX5QdWcRAJ/qCnj7p9LXejxX 5cNczupvdyIfTgrvdWGfQ+oDVndcQnURALjFhTaDvL3xs3n8qsIR6CzTuvFU9wOy7aQFaqiC4PT8 Ts2AChpXFiAk8wq81cVNUrn8bq0YNvhaJYKdBs+HlZoh6gZEtOB3g5dOvt0oJQ0oxRbYCLNJqG4e A4gbq3oDCkUDRE3W5YbzDQgXuyFL1UjKMtWaAik+Q0IoGYkxSWDsgk9v9g/8DfI1T9zRwdUw5u1K UZOiBeHbQNRWNtbAqcgbragdvLo93NabOyAO0gV6VTtCVZZgOSPD4cTFIlZoBLBLiBqRrFYplMCz ALYK1BB/4FyVmmk8ubHgt281YBK7qcu6lyEP4Z2xUWhLLZF5LqE8IxHaqj/gv1qtPI501sabOpJ3 Gk6e4jC3kVrmKThP49SLEtq4Wll3DIvJsbx4HxhR2QSAIbXoCABBMVcI5xI1OXeC2AoWRzTKQjFe Tv+UNGBMZJ/0QkWquHKiczs3VKGPgSipbqpvkk6pPYq90KWY1RxAlUgsSCTFNtiKb5HfROeXEFx0 iiHgByLvPkJJp53OS6lYGcBm56i68s+AQkvLOd8LW8tLVNWzVEUtIE+BS9gjmohO0NNWirpTR0W3 QO8SFkeP17IJh9/WAcxZ4+kTZKVDC2zBPn2OXiYIKab+6PYO0E+5gxBv/Xkehah5UHXnoGwMtgoF lmMg06dzApNHkwcrC4V3ClIBcykVdg3Is50KootSpVoCwIuLNhWbGyPHxqTmOfpL9D2sBOzqy8T9 Knyp/2rCREyxSFzpFI1dYND5D7uYTZPSNTcD80pKmDJBrqZZFWgVG3CiaSOr88UIYjsoU7sNS9RA MjN2Yh4RUieAQNODXLfZCbSW2OAZA2jXtGnbu1ksaD0OT/2bjbZjEiMPDy7voJ0R6wLzc6nRTss+ YarZHHyNtOVRFKMuSYyVxsDlGDLEIVzs28Xvnq2a3cnZnGP4oWf5AWyfzz2ghlW75HFx1NjA3GBW VAYYY5k7oBEGRrY166KBfKC5obIyyoAa68bz8mQCsf0UDsxrKMWXZcscLPLMvAevGbZGc0XeOJeB JHt/aT/I2oe8nXFbsvkWq9JkDYLd8s9R9ThAfAUPZV0zxkJAuNdhxHLg1i8lEvvEuI1my2b9A2LN qGX9Zvzkz8gQ4w5E0kprohVzDDMx3zPcTdt9W9VRHC+gO+YMkBUNPjHyxtHFRnmi2b0IOWCdgTAS 5QzX/diKGdIG41vGOxTcqPo8DIOhaYTa9HGmOd+IaazJXvcl0voFTRil9bHjoPkqD9Ho68jUUWrH L+aLaEtyiCf9y7CWsBE4EMF5fNu3OTySnd9MrUC2LnsSEzbb0tZjp/yJ6YxoCuojS+4K7UOPEM/s WAsuSiVObuGKgINtOQjY1GM4g5+0KmddaxnAKEsBZgXaJ8oQwOiM3Cp7xLdGwnORbFCqfeZNuQle MxKqyJjmXhuPVmiFObdE8Iw5edFpGko7mUkl6lApFJpPNYApR6WybDNzaUyz1nkagNLLKBcqo0FT pTRksUVPJHYJ3tjGpIsdpUBcjbD5POubdGh9pa+MtnivOH4HtNnFttdMN4PI4l2ConaHmQ0rjbay 5+nRj2w2Opoeo9Q1WjzL57pbhB6RS2ToxE3USOF51DXc6Gw8RZNSZ7bM2SCchvC7jlKHLQ/1XaKO oVgStqe9QKxMozZkH5q8X3xdKkPTtxTm5u0uuNUmjWfK0YcsU+GFPg3bTloY1H+68ZgeCvZRy6XL oLM11ZjeU16YEHBlucwx+jcmu31j8+mBm0VIdaGmvYyVooe81uomdorwzSR1ECE4T1Y/gkfVfCPD LrQWcdz5zlvpsEg7aMhiahtlymJBCy9gsJH1WEBL9q3cpnAGp/FNpLSKmorVxgnzPg4iU+OTte1b ROyTuouLHbugAbWi2eBN0xSfrDxDA4q3w+Eoeo5/+1a6UnjRdlXGi8ectConf4iia+6VRr0cAEVz 20ZIqBGmUXvKzFMFwHSQGqmk39OL3oywW1aDJDQCa8Yw67xdwk2BFzo0BnIPrNCh5oqkpHF5ruEm 5tOjCB+GIMO5B7mufvY/Nerv6tt7MP0Jo7NvGwgkwQRz84EKeik1Lsr0CtJRC7aP1Ss+aifZ/Onz AAHt+RP1UlW+QUB0KIziQW21xIgAfMtPz8k1K9hWbD4+Zp8UHACBkn5KievchQuZBLKnCkZix0Wj fe8EOn2LMdA+DIi+imiZUAFHKRON1JFvA2Lszf/wAS37lO2FiXRDXUk70tGUoWj7k+4VQ/v2PVYs dY22t0fCMfubOJQwXLDcS7YHzGA5bPS4vZnP8MF32Im+sqQWSFMd0SpjKwGdMJgam55uodEKP5hi MgLNoBNic2DI7MW+MrGkNnbKBurceuKZO24ui2WFB6lnK4JdaJ7sQNzbLpDs4F6yn5LAtMkLEonn DnLFCDf+LFiKKFmxrct2MPjiq/5vu4jv0ZiwmGwi01aSyATl2yMSHERuoTMXzFtrhlEWaKxenqqJ Y2//UXd+JvsYzNwlkNk05Zul/4oy600aRoxOgVgOotz2Vo5F+gRdGjyyz1mahIxVPvpTkQptzxEq gueJdlvWVMT1uQX21xBn9C37F0ESybIv2qiMe4xS2IWeaT+apLM8w4r0saakgrRhlCiCJj1kK/FT qjtXglbJaWJBYmBXfrR9DcYyG2g5NdbCNkDZWJBWVPv65x3ZcqyyvaGqAsoOGNL0ZW4ULz41D6qy rBJqmUOhCYfp201SENo0vH7CFAoIjfL2pednW+zSE5Jl4I2ZbqVMbIH+8bojaWjb4TTYTpk85o50 w7H6bQThlNYIe6oeRltKPaRBiiX4miSXeJww0g70CEkYbFbM2oKSJCtibHisbZwYbIV/qbhOOWC1 zKTYDC+AlLAYackasoA4wTtMMUtHQv8VXUyB4qisDxxAQLCF5/GMVcEp6ESi1PvybSuI5XgHfWtS 1ssuVG0gAmJm2upFXNt2iP2CbHdL5a5qWQp8ESyPFoviCs3syARuzmDRQ3ehacNRRhwFpDVOMy0V ueyRdjGMpLeMSf6G/5EQnFv5rCx9J9pMV9DJJMqwtRCRNc5FdmvBpjRFShutRoAhxqloetaK+oui I9ehoB7PPUFP7CzbFl9nt2flWSDmqWcL5bX7ktUgRQO2ZKkii+5X6ivjukVoz+zJtKTlJtdTjoPy oOyT1RQFNWyhbDbTEZXQrkR7REk8Bhi3wXk3PjBODOJv6lMUoEWrLdRAK9SkTbWqNcTRAwcnQbNw 4MsQ9HFo4iGnqmmevhrryJKh6W4nPm8pCeoHAISCNAcLp4u8TkuB97Le+dE5aFwbzJP9iVksPd2m YIUFTuElU4SKcuKtIqXmYgxUxVFcOoqJmwkb9mMSz7esiHG5VebBcbYUWS7WpY1mOFM7jDTZ5lV4 qAUrTXnMfkMxeqG9bPFKjSe0jzDzbQ0xgQMFhllKFEQWW6SirCl2KolZ2yxiNksuwQlKMbMCzHQQ XCacHQEsipWzzdpp0hWxvwoMuqSu5hi02temU54acsQ3PehPs4ItgAICDPLKjZoOSVXQjvMJl9oG 1IlgKiI4qOTaJY3Kh5l5rOhTWdKSQikuPeMTa2B1qD+6BeDJnMFAaafyrKTQGSBXHmcaOZZIajQ7 GyJGT2qQDpH1FzTWWXp5jF2lRO2AcVCZ6s0D1SFEBa0Mm+2O2AOzoFQZxbLLYGvgQcoHGf2VtDKj 07ypba37qz2ltLqsFIS3sLuPLGr0ACLxIEwDNGzUMeTX5spkYLJqDToTXHNqamu2f+SlCloB80Bw ugvlDZP7gUlIBELGiJD1uhokJ7hYit25rKw4D+Gqi9KuUYK6c6yYvGHIrsYcXyXX2ZcumAt014Vr QeBG6n/TgvSo3lZSn0RWLTXNOE9/OgV72QBsbhpsuyQgk36pV4B+h9yTzQHKAhE1KrEaw1prv+lA HqR+Md/WAGJvmHlgOyzIzl2uqC9dNleS6PamoIYG4GC3smPxmfWU7OcX1VVaLzinTgGq8goRrGRa IGMQrXIb4Hq4abnNwGlyBnwO4wGVA7NBkSBAlVpLy3aBYVDvRfHW8mnhkEqyArRV9pAhXDayXOW7 Cq5qNIOIq9ahuGm1Yisora6rQhql8sJ6PfIDgFYQ9wmYdo+h0tDb848SG240PBzuLjT0HMgUbry9 Sm2VX+2DKueoAX24P2vUCFWhvV39d7vB1ZV/1e5D+ejKctyvv4f78fJzV/XWF3dXMD6OP7p7hljD 1x+e64Hr5ecGv7+7utFXyn38XG/Pk4G5TbKGVQF5XK7Pi/q3tycQv9sl/Xx5mLwUcQD46f6j1q6Q hGIgCtXK04aoPyRpy9o1c1fxdYVf4wKGny8wc2OCtv9UBfd2VUfkoDjJuYFWdPYB1b5VbcRAT88q 30oTP5nHFPgNzzY/9VBEEKrBawqVBQZ/P2C06uJKoe5CylOlTM5H41W2uDW6H+/P/eMGUL80HB9I 5QauCx+oE/y83H6P7qN8KITyo/zK9aoysMonF/nh2+tTdEACdlg8TixjvJLj4iuW5vJ4WEmFuImJ D84Htbun5rDghAgF5rh7F0Bv8soBw/0FU8RaYifll49nEwlyr8qxRYS8K8bSNX8ywW++9UrlhUUF MCKWKDhyVYC5GuCIhiD7u+q+sq514X+hDdSQ266bjXnC842n2JTxS0DWcjn99C7JmYMGrFe55cal 0aSj6JFzAMBeMqByRah7RwTkpa+Pt8pKEykJ7YROUrZZewAWnUypRizmkLxXsqex0A9eHrkk8qH3 1XXHz74VBhBBqHHp3YUBcA4VchP1qGTF1MOsSHJ7hJhUueUjd3SSeAqNYL/QJkkWj6imk6+l5hr3 RNyuFHJbX/8SatsT1VQKOhgEvOtFuxp96yGNyxVfK1iRp7jAQQI1QhKpKyGNbLCsMBYWJNnGlDMg vEU9TTyxxxAMMAIeGS3th9lYdUUR66Jfvc3aF5ujyMa5CueGpVSkwoOMgdwKe38Vk2x2iyNmPxoC CgKKFvoYOGAfsmVmm6hNkh+xdrxANn6ZxnLyQxsMPNQhC5+5zVu0FTJsKosRuMEjaCNh7xbrMI42 AgBQEFzHVrJnGKXtWQoa2MTzNhgMAwpBt5kvbJP0PaPTRtx5KKHUzJpsx5y8GmcuutTbqJhd3H+u PeLZzsaSy+7lx/g124/z62fes+GqipzTxKQbW0W/djuWh7BIBGxDZce0HbEzbGKDMWq5OIHW8qX5 kf1p/AxeQ2XPGxK4gT3QOlppsCqDs+A1x00BzGhl8PqXYGaBpt1xV4vdwBsYA2LmrLg2vAjjBdZv DinPDE18lnfRXoyz4ORaC6y3NzIXeUxRkXfP31AIpIoaPjF37IO4Ga1VBcEzQODshLxt34T4BeAF KbSiWjAD5m7F63jNrmkK5ZBcF5STG+DMnWhAGELmfIRzgKiFCgmxHhU6DvPER1bLeFkpYZyZlGW0 GpgPRWHY+Dq2s8tqAOViI0ynmRpvOfJD6pEb5yErZq56NOUckIpPZhe0DJnxmUE6YSMstLKcOZIx sGf8y7Ji2yUvMvYzhwW2MR3SejW30kKAhUGrBcTLCceRJCxHnrEUqCnUZKfXLitaMoA3uOdMmq6A DZ7o9NOV9qDTKGMHmpzlyVbLSCCmLACNKxFG/GkKwcl8Y8pkjo2wFsRPFYm6fjv2YpZ+WUI9DY7p h9aYMtlwkmV6p+J8qimR8WqC0wQ1a/ysrEKWGTe0HzbQZ9ixCRua19wtUhEeRc94hI5GIEXhId9n +zU2AyMIWUsZWkHPjTO7HBOklXBPbDBYDSIRsQFAEMRAmI1GqpZOWD/xKBiH63QQLOEf/k7r2UmV EiqgQJ7OaQihYjSLYlaFCcbKJGtxqc+swTncMWtqNnGscDEuUj1HpNXvEz+kPf1UPTshRbJVzTRD xgn4gUSjTO54jMqE7nQMFvqgGekNeREJWvZhCiepK6KaGBo1fCme4ICqZZrFTGFECh0FxYyEMvWT jcZqGawdPREr4y9C3vyz/j+Ck4hGTEjA3Z88S2BgOvVY1YNAINx5Gs7AurLWyPL80jDcWPII/KD3 oASKxCaeEaSFoJg6dk3WaGouckMibtwNf6mZzIPxiK7IdQ41rINjSuIKBdkdTFriPcnzDJ0Z9Ng/ 49rznfeCXEYpvIRkiSkQOBgsKOLr0xQId05IaFuQqmclHvLRBg3zXl4wiC4AVtZbPnxRp8lLBNsU KUTi5mhgLwJ5GgbISPryaA/rsNxP3FVusGw3+h/KagLccp22A/Hsw1b5NhGkBO8CfFYdnjzKM3gD dSm8NHO4EjqbfZSi7OUWNTWNUlGmYxGRM+zRQdE0avSTZyoB2rf9U1dNyopp8P1AY1qXhtxWoYtA In/EJzlh9dM+2/r6hogSFR96H6Pm8umHFFht/NDL9Fzrrw2iIxkJFEFMUpg+MitTC4swYWEOVfHB 6l5LNttiJR0bmA5sARjYiArVkmOfhW1o/wBtscrpeUPVZ1CTv44gjxmZBydn11yxRW0F4BhD0dzO 3VSuCY3FX8p5yx9u7b1lNf0pAAyvybPGe6Us/ttZDASwL8/NKvcw6sp6bJMI/vVryxZX6BDgrzEN Y/Yas4Jl39rF4g0jN2rIOS0RwVo1LyADhinYGk7kmaKxoCJy1I4W26AIJBAFi1YUIGiNCjeU/ym4 gUbq7HkyVixYgAbl7pbDbXgtvw5rFill7AqC2DbrSNgcEQxmBhTjeUOAVcL2lBUQnQixlNNY2d4S E21qCZVEZuMPnhrpM/6316rRBu7JsyRtcDGwtn9gbcLc8QdS+wcryzWsTgEOpCWwrqnS2IF60djk wHRm2komF0bosNYECIRqkLckc/PXqwbSJdFZvEHw1/eEvzeQ01WDyWBiamxDcRIJ8cvOgReivuRc BMOgUEzSGMeRL+MhXKNaYw5dvEMO9kQZe6AbpYFT8ZcBNqNC1hqSqduOb21ZTrQ666UTSXtfiVg3 JpPC6+zNtp/m7bOBmbPryB7OoNOsiKAUqcg4yy4uVpNQh8uZSCJHY0YuqtdDFQAMd2VSMroIH3Wc bI78Mi8IUV8hAW7Vjy6CkiwEZUirJc9WhC5qH/FUGhUswXpoNsmvSeNwYk/JQIei8+wAcTtp8xbf JPs56Vs5ycjOA3IQb8CLc/X9ZVRUR/BXqE2HIsPvbOy2V+6Y51MKNiw62Xf2TdulxeJilHaCDmZt 841WZZMGijEuGFeUAchEYNxm2QafOZBj05YEhGFL0Bqo4ZXMs5IjjY2t6GOkY3rpl9E+WTE0G5hX v0bABtcsSjDVMi2yvUZ4w/RMWmHbdtiiEWxa44CIZlMgp322WLMTqbAk7SPapNwggy/tzgwMRqqG dI07DEuM+EOPxtKNLSk+rKJXRl/7VGZo7PLVDQ70gQGl1WvfPyZuMdItodYmiC+RLB0rVTVtwXzF fnTNeCyeR8KCC9bYLB3+wDIeo7PjVYoFF2K8d8uXXxUrtIV5CgH9ZV/XkVnHmXQQNiA1uLcYHEGg LvyLbQp7oUmsu50yd7iPaUoDFNbhFxSrtf+MznQEuFSaVvkLNVJu3BMDbKTMD7wXYWcHSTiMoovz xmDXipGYJkLla5gLiUW6HAmjo6OED0i3vRsnFG4g8Na6dQimbyHSknS7jHEmEHtRIu/28P7OBtaA BkOWU0Nc0LIN4llL2GlQU7X+e3n+GKsqfNGBExTzMc8VPkUQT7LhkIiqlv6GEfAgVyU2Swlpk+G3 U7gXK2Ay5SywFus5antyJVkv14YTXSqGfpjCPdyiL3sq+rB17dP9L+fMuMAZtvKpsTDF/5Im7+yR 6cPACCR1Qb8ko54UXYAh650PMbDA/jKz4PNOxdSAXC0vbsKxzGsWqsdVVZCakOTh+RIthMNwfoCA 2XHzM96BJgTUAoeYgGb4BWSW1Ykdclb6jcEjHSWpJMzrtbvuOp0u9072sZ+Zr4HFof1k2hBV0uhs vV+5OlIT5SOqreHOOWZ2+MnhtpKhapwyS5HOr2Gx5X40Rg/4C8bCZ9J/0I0WoDpuTwJmye6VS+vG Ng+DdPzfvxIwO5ION1Z64ShBDiATaheA03VTpgwWqvCCMg3fLgUDd8E5jQVEC+z0KD1JsRiqUZ27 4wkuK/EYNKU8A4dod3CZVogQtC0EN+jHF8Gz8DqQINQzB+2gjKqkl0PJrm6oq8wCLOqwvt8AlfUT zcMm3UilhLKGSrgtVVg1C3DrQzdlz4a+goJBnWUCbxWcACfCT2Xbzi1nIZDQqvnFRWZycsFRULit euZAyocvTxsTNQUY8vGxB1HCihVxdt8ZcDjUFuQmnRneGz4IedyjTBjyoMYlV0v3BR/DjT38ODzd NHg6/vx6fH//LfH48FQKw5rIHT66j82fBzWau9vsBthU9xkWDS0Eh2r2oXfY9VPGdVeG9eBTx9DG Lgtzp2ADu+2grqGawEb52b9HN54hCXj0CW6Ezho55NNthI/79YkvSku27qBIdTiAkDdXtgEDAZgS e+GTZXjjp40pX6RhA/5cr9YVZkh3ksDtXjD3xJ3vwMkuk+uCtefx/GPykpChhfBXt7F17SK8EduA /bu67Q7m9WyrYTSCFBY5akve1g1Occ+jvxXswHVhp+D3mzrgZbaX7o7TIMwWILAdDDzgcffTSQWH APsogcx/h57qVFr4LHFp24fNo3IfQMtuwtOZ8vi57P10I4ogfcCn8UbHpougRGVz05fIhZGDZkmq 9XAlXFKAKwKHcSieICnUqRxvlS/ggdifOBMyWe5G5DWgpQrE1jK5QXPwqOHhpEFKz2ZplJx1qECF 87tNkkChiVvqUNh0fOd6txnzoMyEQokYsGsKZQabLgDKcPi3V6JSPj3JDiAhpE5EwEtl2IsNgSlS g0EsufbV/KGaHIowYYmvMqsDQCrKIXBjiHbaMB/a45Oqp0nAAsATF7kBPlNdUAStWWvWQ1E2BFSN RcmUujDGFKqq4oPrKqfPJ3PuA4Yjpk5dpgCDr2W9pe7O5y8pcLAhmfxdnJgZ04ZrYFs3V7r5sPIz pgWGQRR6Q8FkoHUABNVnzCbU8CjGChDZHGS1AytKEg/JseQBOX6ivdtGMmA64ULV27xkNobElBhc XbHqXQRHaQpZyl2xjw3GUs1/eHIFe2cfVF3EZhfqyMik2GfMbZAMe020hdinszxscLMxgAg8aWNr 4kjfloUI9mkxRfaGHdsua4/MoMwo8g3riNOl4wy1UKPyoYMXPoOkbKFtgDZi1qN9m4FhWj3HYqmS ht1XlSd0sluF8+CWr+4iqA2ur9+9tVP6yQ6cmdeW7+l2JfusrbELITyWqTZfDRboM9uHXVhwmeVo UXFIo7VN250NzC75yYL0USahTV9/ttR8/w/5dX7t6fkrP//AIeTF2sE5ZYwgJLO9Z0VmSkHU87DA ZHZ9ThsuCuDKZZ75EqJApHZpZUZsaOy9tnXudpasJwOwXKDG/mThlGUO1omKhW49ywtjKlgm1oZB Zj56LIvEmpg+P4I9BamyaoUbWD/mmLHEmukTjWXA+YTphicFrAPtW+BZWG/oyhB4L2bd/5r1WjMM tXaRhLEaEoYpLSij11bvnThBtJwtaqT0BTBkjCUJe7kpsDg0YQqy/EDk1p78fA7QnluayW1p2cww 5q4W1ClqMy4MWGA+qxuPObvH5s7RmsmDnWQrobFlT0OZJnOcuZ0Bb4SZpgjC3S3l0Nz5qdnVodLY P6hFvtTYmA3ImuKTTPreYoEzmHKXsuTZrtm8+Y+tTjTkDItKeIyJ7T/2YcBCcAHUH1tInPGBoWbi tzBImCMbd3D+MqOxYMbwgeNsClowrzGYqQGLkv1cniSsJswn1Np/qQTWbpMdD6iYUUyeXOkEKyrm TxmID1BifkXuxMJK5Q3huGIfk39jUBab15boGJefyyBi1LcMmfoyfJdnjNsDUH1NoS828H9oDTYx czQJloT/gBiZxirgmRRGDbqE7MAVmOBBf+aTy19cSRcheRrkCOsNqhAnOAtatQ5ek7f0qjpHktho 4AuVD+U0l6sq8X1BZjp0ag7556EceG/OpOeGg1lKFCJc/HQvQTe0XK2A4AVFAKCF+SZGi9F0km+l 16C8/vSVJ5OsRL2z67FfSwuvND50CYDVrN5CgCa5stIDVqyuc09wY0GQ5tsZ/zhKR0Yb2hiWhbtQ N7igPK5EpdEajRz+kZbwFl6eV/nFFDcAR38WAaxg0QNEml15XLozpHzQ5uLjxAecwHcD8Ej7b9l8 2Pom90PpncPDjYInZZGUDi4rzutWUbKtYSCaAxKaD5GrQmPQGOpuKiZTCYM+6iy7+q7qSAYYw6/m dPB/nNx1NuRDdQxFJcCC6pZAIw2mqsNgrUqEGDfAD7mWAieIU7Kruhye9IxD5FbC6VlLZzj91Ww6 /4KwTcFB+BCeAGdP8cGbrDO26tJwfcPZqICOH4dIej1CDMPB2QIN4w9/moUXkSZf25GIwGrniysd itfTCqTfwqPbGwSAOiPwvG7+L1qXOYxZ0TqptwQUgs0xRu3csYYtdOrOfP2kEafQF3APn9Bu3gj1 ClPytKUFf3kLT2JKWyDlF9D4Ie6Dr2ghOEC6KN5uzc0tngrkJIdUR0IUKbB9x0qsr48IcVuUHiRp Ec8+phPSY2mQWFpb/krqbXIgAodBdIeOFR62fAoRoHa6OXZVKMl0yYDXfIfAGE6Ppu9AtWmV+utD 5Bx5/1ZfOhGzd1tvhVhrmeAHEViFyryiu6edrMGGc/+aI946VwihGggd5ldlYmiI2TCHBhJrn+AY dWcc0VFdYbhZtQyM0biVW0GSFpk0WSac65C89YQGG1hsEBDalCG9Vk0XyNImZjB/SOTwpRPpcUVv 6Nzx9rjWUAmItuE7KsQon27kMzCEilZTu1bNnCrCpH+Qt1oNEOMqj/hEm2RlKuZUERkrQ8UrclWF iEhfadbOODUB9IqJ1LkJPO9IUWV/qvFLcP68+FwVLx+LqqjYgD5TW/tFOXjAuyaNzzTQJMRa9XaL gdqmOvC8U/MI7DSRSVQzokrDFWfodJWKBOH8HncCK4aIb51KcjPdSz22FoQrqXwlW8ZsplqhBYin pbesHrLLVFu+0/e1q3tqrDIyFjAsWtmHcrlnpv6oJ6JBtlXgIKzWyZzArWhHx2l9GBeDgbVpu6RH sSAcNfGneN7n9IBPki/rhrVGB1vcZkCTWNF2WtasrFfxDbNoyyb8KV3i5JCOTRntSRDxIQBsVhYd HhdYZFUGL5qQnX3QsKzKNq7QLOK+pOmOLcrECs/OfuuooLjzif5lj0Cr6PkJDJbJwHZiCdj/7Oz2 8YKVTANbRzYS67EH2OY2+qxnlkB6JzuhpBEWC3cj7BaCFveaiB7t3bLvGE5yRdjMWlXnsNGwRngr bFG2cqCZdI4mx4DnedVa2DJrEKbTkVy1JZ1ddd6TXwx34XYaKMeJoxZCUm4NNImtK7+8k4vcPU3I wjFoP+TlCI/BjmTiFQRnExan53mJh3dcVE/s4WAqVgr4jq/E6SsmHtKUbZNDdFRuFxgmURT65Wyu r825ADkfzfR5bc4XhEGVAzjn+rmNlnPcJ5BSM5pzwi1r6Yv8O8ZtjjSvS+N+Orn9XFtm7cxRbqPQ ecd9i6fn0fJmu8UG5WVa4gcD43s23Z7swLDhNh54ngeaeukuHfBlv7Hv80zY9qW7Gq2FMvvGFsjJ vJ8n8ANW0UH5jQU5nBorWTInkPO73B4k2/Wz5J+ZV2nEAyLmOmVeumIbM2QaxlESeAOWsz54rEwH BwG6YCjnRh5FTNa4clGNHkeV52O9ZkjFFMyIf2EDAlJmn8QAAYn5JzLAEXYYDNmzY/IuzPFDGc/q JdoXmOvkdxwMrWXWYxGtJzKZdDI2xay9OAvsSdLlibBzwsmRybQmLfmxJCPfREZ0EDEpmsxeYjIp 8I28Xc9giZTm2QPkHc25pkS7NBnuUma3ieSNEfmEphcIBkbwPOsvW9B42LPuCvd064aduDh5PBRC VvdY272BEy2QN7sxfllk64osYIRWTZBF6+qUMt6adnjJZyle5Yp5csgpg47VzjcuIbamE8tx+DWe vMTt0ga0gO5o5bmyYZsNdiCWEAzd5Yv5EuQRymBp8fclOIL8FDwqYQ0/M/oJigiPfGZyhbUDTlcl t1SZoew4bzfnQIwldbN1h4BSNcT8eIMkg4BUpfB85X89JnNPUEi2MzQMtVyrlDRDgDszWPpJ8hIQ J0k1bBSeZpDekjE7ubIQ0X51TP2mZARIzc9gOhCZXEMqDlgFYQUdw9NKYZRBCzbbnWB0PrrDZbt3 T8kEtNjJhwSjQQtDVoEvC7y5V2sjjKvMThUd4EUpxKorgBQpu3Be6YvbwwOkViLlvsRRyI/ES5iX AhT7B2AWIOlVCKdlA6d520uheRA6aF4osaxH0GLjm+v3Lr+Bd9Hf1P0jO1ErUzJCpuhJWq+s1sfZ zXoakI9r8NAmTwxMq1SCXOGSaUtFlpMKYQ7tlGkrI/f2KEtWeYzzUaYr5FmmK4z3foN83m8Xk3Ul 4E1ubYgxJBHOe7z/XH90gfA97KWnhFx4rUaAx14A895up9//auZ2/w3PfT61fNDgr4TY5/nv36fR Sln+BQ+7+e92+Xker/+3Pz+uf42p52vp9iNT9PT8e3qej7/3u2ahptf77/V598KPFF99Pp53Vwre r3dN/gC1DULO8uEmw/e/9/vt51fm88/BtYK+NQDTNn4tPH4NTaLy4/m4Q3fl6T5cWfjf61+rry8P eMjY71WZ2ChcDe0fTbxXt9yOICHy+/vKtyUroY72pqpBl/NfnqdPbTKCC5BDBQlgfcqP+EQOFvVP ujxM8OPSNsIpGlBJg8FAbWoAVYA5GDrQEvpN5IghLgEzClZ6FPypEc3bJI7lXWrYt5Q5lVJ6l1rK oFBVXPa2mxXJocYl7kIoU+VkUzvYkx7w560oRqm3Zcr2J20RFuqZQh5aW98uUvpHpvQLlCXOCa8A lAIb7aWV4S07t5QrShi1IpQYh62RFjrZIWx3thj7GnymjdhWVGkasROKq1yWb1sYfYqg3xfvK06i G1pfhRPNsBT09c/UEHryivR8SWlluNFZUGpjuLSFZYwE/BbeU7pH5Ic2M1ufSnNlDJwLQCMUBVi6 v82629xs5AZmuyxMloDbXPvZMtHVtnKvUGfhkBuFUyh9G0sQdhrLhksDUq5Ibzn0YXgMJPUvLL1g on+Ln5ftZxKZQDFJSXWxEIC6YwVdlUtjaNP0fTMaMUuDHuu/9ht/W2xFOfCmR2njuXW3jjIkTDuz R0/gbjaL9bTXB9R7V4Y14Fvqs2BHW3QAfsnGFqzQkjVCYfPwXvXjszDNrY7dY8vcMR7LV+WTOFcy JHsBm7HBOuRiIw2D/i5ci5YYMdDeXjOGidG51rClmqLNp6wi+Za2zhYuC7IgsCQBNLJr69jwsk8d IbKH7r/E/ez94tjOqjMYsnmrnI/aYbbs1fBzYVMYWIZLeyKD1o5v5p4t1y702+TGzLHxRUBLYBj6 YM/gY9tbnmtWic3eKph9fMKoQPi2Np+EercVV8gL3J89JkZTCwN54lQGlcEyRUKGxr5GOtZmq0pA MtqjTGM2V1nY/pSTwISBmJEV1mZGBrrkJSFpZg+bxFv+431IDOZKMNd1gpOCDC15aUvsr9r8/izf NTAfbcLxMo/GAGOMNAMmkfajpM/ZqBtZBJSReIH5ZovyTDwRGsltn6QC4sbYQI1O/GWVaR49ECdH pFgwl99Qx3azhMzeDLZ+qqKUVkTAHZx0HoweQEjkypo6gbi0U2UtvDrJutk88Sd0NgzYfHBaFi9I ClXByDw46BPbnBveKiPgFHDmQhVMlxTOjkP9cIpyFTrFh0cLlweSah71WFNoau4OpRZ2gXGWmYxz 4kKXJ2cHZqgFifvMOI0HhyFiwzBM0ERLpS9uaceygYflrRX8gBVAH7YVzAbvQV8si1/LBSthKgzZ gvmu5Ky4PyzLlxadJwyzqtQeHmoRAGi5vUGFZsUtBQxCOEEEnOv16lW+HKLkgwO1YAeKxdVSUCcn PbyiK1BCYDwPbeBK+12BkFxy9m9JbCZRuRCN5Ffz8yEnaKQjPrPfIHtMZUvGGw5qHRgRXDOZY3xb 9wflPOONKLw4pEGrtY9CVSORlBhcxswObH+jRGHhFncgGoa3HmphMBsITohCPUokrnt4QiVZiCag lfOfux3mEdQQOpEXHsTnvpgNBKmSKogO8Acl+BAZsIQHNQELUoQcvYGElsx8Kuuqd+lt6BqIIRlP 5kxXxVl5sAfwE+ADkamgp3+ruuL7oaDZhRygMv8JHf0bUKbBsJkcf4sBXAA0eZ5MBR95DtARTPwR Vqb2C/7XeJdtGXy4BEBL8UN/OTBbKU3IU1oFShTJRhCWwcdq+FCxFgMOCYf4xXOB534THbC05jto RoCFYEpok//zd1RMChknnupOoOq07tuSSy2qAYdEGRU4C5cuA5sGAv60bjYxaFVpUanJ40OIcbMJ +QvIsUb+jWkdFm7YdB0oSHcdoaVFgEgGQG8ZEtrrtlkAbL2sYyGaiFqdCcLcdPrPI+YVAGZZKjzf v65G8258YqEV5TGjWcHAZICSitRK1Vd2GcwMaAaShSWp/PPi2xYkRMsSmGw1YN3C5ApFtU3jN+9W GccNa56K5ayLEs3gJTxGBwRjhj2X4akp33qIXLmlFGMbXKuvZZ958hviFTMTawxmDpYcjU3TZ/B5 S+ClFmresepROFxRizIJMRb1gfTSeueAsyX20GoXzikoECOry59QFyWJ7HFypWmNxbBiZaQyluqK 0h8GiBpmGIZnSDjACMoV8zN1BTqmu6rsihyDyCJUBMHqFTkNnEwwk0QtwB6rYg7po/0w0folDDOM emhHj1k7+5Fuk0+FLl1A1cita63koWs7PUZCBwaMFJbbiioOPNhtsoZJenKm38jcGODX7yDiKhVb q5JlEThVFosrb44vo7V+XkQHtEjGAbiNmDzOolKf5opnEMqsdfxmyYwdemoi1ukf82BvxPZowQmj wx2gaVU808BV/VWVFAVxWLp1mAIKS/lM5ebqRSU/ZkzSsWWrA68uA9feZjDJsl49QAwpNMTAvjjc mJJjd5pOAerhZARAsXT4yHiM+4aTjfYVDuzZGrHhpNiKjljQBSlH46p5N1WEKcRirK9qfPk43hyO iA6tLhXa2mMCQZ+lDrzFxaKvVYgPsPWvaSsFPBsB+nrY9EHo5odFiR+dSVKN0OiaFVUdbRV09SxL JXXsG9cZeNUA4r3Uo7mA6zFJzC8oiv8rT4UHUJTWoupZPomOzRoDSM9DdO/HRZY57QTwKWGdVYEU 7UbUK8XiT8IFCfcgc8CO1a8OHRS/MN9613CxDMNri8TR7rJcv7QtC3om3a3PFg8WUoxRbf8FqLJ5 mDs2VuZOFRAyEL1hGD4wRoCeSdnHdUEubJbmMpnJTD4EbwY24tkHOmJjq/Wbr2xU+mTPnKxaGl57 nAn2lx5gerZcJ8SzlfXHuta+QwFkBKhLNXixgFQGVkkFTDCvhY4CaL5c765SU2gYY4ktWWDdn0xi sW0vOiFedyV8yIM2O3Nk9fEQNZQHBJDL8BzTF+LHEQgvZcPnJGRkssQyFbldVi2rbBxaD+oFEGcr rVQUu85cbDelkQRDZakzijUdFDvHxr3hHWPh1CBnWKx2a1BMGwwoRpo7YHKM8F7nGuThZqxCUPMy x3rhY2bEMno9uniMiBLy7Pkyi3JzOCBcU60xZLg80a7DT7JY9Ynw/F/EmdN9cEve2ZjxubpdPZav ZzL+8zNkD2ip6lRhCaPwMU+rbIAJAYT2Zp8jXinJog8h0eHzk9jJAeRSwpH4ER3/58sO2A2LQOeq U7Qs9b6cY81xRhkNAsODK3lznOLwf1hWRJBsY4Hk2qx4tzyyJj7JnyjKc0Fr6HzAO2+Ln1VyhiuH KBxUW20uXGxzWWD2nBBcYoBxUdmtTY/Nn5PHRWIWeh+/wT1xsvvREmCjmpOGdS5a6p9ONeKz+AgS yyDgUHmDxRACjMOThawVrhb6MP/LR851KLyhnb1UZ9P0tFd9QGkb7xBTXiwakVssEpEJMmHxMvkB pVTghB8WfC0RCs+YQDxbIBOuzepOsCx4038dOJYfGh5uzXvigsaWTHufUskNQC/0Ht93aKM1Xmaz oPIkwpCy/CucWdYTOln1fKsKkkxMv7XLt2mEOSZ4qHDVOEwHG7AsRKqQerEY/hAHGgXhtzjORsy9 45JW9Hx37HAo1o2/0KrIkXHxJUkUdypej529qOhlkHEOLyIFR4BbT9B1uT6Ylixwp8d3QhLUGjBC PyFf1WnoaKQAicUOYIZNVRM1XAxHlPPM0eaXByZbuxge3GRFiq1AW44bVTVD3rhny8MQIOA2MgHf 6s9g3OIGlUHNADSaAUyiJeU+yrEmrsHKlT5u9NBXd+3pwRIP4JQiCW2W0yjiJJ9RCQjop/K/kiKl 3RqynFgoriRMibAVZX4EIsNkAIYSIAc3ljkLogRJXLTiRZDeWumA8nhVPAAiS9/0Wahtl4ypaiuz dGBk2ZCykZ2sd4Vd5Y/lK9e9fFM5pnBiKF7AMeSu32UmewZkDdCUSgkBvsugBBQf1QBQYGEj81Ky 5+V3o87ADSLdr06MSg+FCVdYempKw9VhvBG4vE1g43WnfIH50qmKIqsaIKtW13JyvQ+V9KAkWemz jU1OqtIH8i3lA4POoVg/mmsK/gKvg54Vdjg9VVcIWJZ2q8LAVH6AtqqOcHzKEw2VLnf5+VTRYCe/ 2HNI6EXYr/RrQDQkGbx8/nv6qWIGwP/2OB5VrdD35eQ3FR0UfvAp9Pbs8/55qrQA0TZBKcSHi1oT qkAEFsOTpWOH+MK5fyR4Q9GB5KpSXJ+/Pz6/3h5KSQCDj3cPVbhB+4/LzwOW/ftT1rJmb4YiWTlU XfIzUBnoXJLz9fZ7A1Nf7jKjf3/DvLV2hUU/vSXd+X56guwfLSAg/1dphvvtWckITd3+groP0HS5 wLfASZB/ufR0cEnFgJbibj7DseXoojlMtvgLvqVaHSsGekKHqV41WDD/VMPG+x5GLayvTAEYTs6v ECZ5tPR0GoUN7SUttr2wvqtoDoluQymhtUgFxFEIwZ/0EojUIAgTPT/SmZBJQSZvolGkCh5Ly9GI a5FfUPlUeCAkwbBGJlQBFA50BlODaPVxlsCM+euGChAugZ1iO9cvQmFrE4wrYKb4uTo51ar2a0B7 UDDEskFiaCEg31B/NehJ8VCVKML5oIjiPFSp6QK3KV4BI00H/1I4akrsug+R0F0+je54DlRkGKhW AacVRvEW6hlb47yBLvVMYKqSsUY+U/cE9FeEyE2OFe7QiLnY+RC1fGaYsxCCfpFYP8B8q0kGLSDS VnKGjpHSbe6gdbn0Bngzq53U9B5KRpG5IaTM+npzvcN04frMLDckaliWNjR9TbcIZF1A7N3qSGF8 G5ihyqhPTqvgof58jbcvCzqAhWHE5JeExnTfrhx1I2QaoRFihpPLQWHcxjwopR0BTl1snFBT3Wix vliazMEA4PDe2T38FrexKyzPRnZAKtl6BvHBJm0LgsUWqFrlgeIgNzsQ4xBO265tX1pVW8PDodbw WWAh9rcF2hDtCDYKQKp2JwvaOLySlZGdVpjUpsTk83gVmvMqhGaENsy3Mto2Yoxqo5srFzMey3+2 dWVooXemIYPNArOgDIGZR1hkYsP0lwLmzL8iJ+V7SOK1Edny9QQHbgP3TeZ0NfQJmgB/NpXBJMhE ifHLCO10stOA2fKwZx0yWZ1eymr3T+mdIYaAERZ6IJpmwjGxLui0QL37NB0a7+RXwx7kvSeZ9Cx8 dp1XjFwIO2vFAPlHpRq092UjZxjoPN8nHyoqMR/QO2NJx2IGoaLAZLOxsowjpDPNzFG9sD/qK3CU w3PgjuVK8Fh8Zg0gn8LnjMAQAgbMMfi0cY4hh+DGZHUIskgAs2Qs6bwS2zpzr05YHBBtw8waxzpQ eHYVqWOX6Kp/DNu3HUSUesEgNN/Ii11iNStgDXsm90YxQ+tD86AhLaKqg8OVHpROWRpl7gkxjWGK zks1N6GA/awFykKuTNUJAsyxjq/U+hDjcKew17wxyQ+aKx+CnDhbQCNR3+UwY2JNM4jyk7SIExif iMQWzQq23JSSpTkAkJt2DNA5sHk+hN0zqKJ5rhx/0PJYl3crhaEmOIUFZ3WMqCQ/z7DKepKVjly5 PBbE6gDODaJ1xh5GI8tdL76wApxN7zEUMaZC6J7Lmyw5Qb/SzsuA8jOGIyoEDL5kQYyXJZbVa519 ifz1rvGSlyoZmhhbghbWkiF3h9OxHyy5GXVnt/CNzYt3ix2xoNFAKC1u3nHAb44AcgSjCmIkKsBB m42uMIOlhcwTMzzQxJpy+FLgdGCjzsqm8LMSuziDz5AJ2C0zvY/D83O5H2XYDkHMiJ/SBHnoSYlf c1cSqzAWzzpmGEDO+7YWBmtUhsRc1y+3KBw8zz0PtFRDqzws63EhFY10z2MeRz6Fdz/EjAxAd1HB qIC04+Dzsn1CLBYD3+wqSK7dHOdylSsdg1X1FYCc3kDsuuYbNSSKYDr1DRxIx6gVjhbsEOpAiwAM 8TPIC7CGr6L05MKB0BATMjlKBklz+3UpLT3gZfR5T1i7dxQ2nrwxThHepS7wAydFP3pJSpDEcgi4 RZwZPwwjLNI4C+H4oZ+bVasxqBkPKdIBDUOz/eLP4Kjcv8Bs0yRGM81USgdhfA3J1Bulk+z4bfUi ATWWgIx5EdTfJEIWyb4V0hTYp14CmTw5EZgKWcLlMNwrBV30Z/w/HOr5humf2D+kvSiPr/Vb1mCp zDRnM6brW4XAcKQIUIXTYolGmI4fQDtuD+kC0G5AdoGNXTIYhgwOC4aqKbmOIMFwTfP3BnWhI1hi SJ2VXa8GHnQBowE3ODCZx/ILpbl2urklNjQUAusii5n+R5kFoCyHEfquEgjaRFvDC4UOdYXQKRos UkJQfFUjLUYQpkrRA88CNglCnRXiEBsCSHrb4oPzII7dcghF1I/WEdGTdoZWIVS9tnDntAg0a+mb b58W/hGj6MYBgRFooDZJH7BOZrFpuSDNU0HVUSOqJpQN5tUtYpo3SXVfPWIFPaoJg/eAyJDrPsPL A1iLCABRZ24oadIwPuPDEi0XQDmqJcBN1DqLOVVsoRnrUJJoAY6ZfSmsgM2CNyagjQgeEgrbwyUo UPAibJIUp0xCQ5MSDbrXDxiOhoTDQkNTBy2tdHZcWMJqKPcsHN7+fiuhFWX0hLWKTuptBumhVslY rR0Fqoin4Xvd4tIL8atRGb1wmw+RkmwaU+rUNv4B58MtfWRgGilclW5OM3fA3TA62BJvJYUoavJz 86AxCC21xZidzQWQQUrtePaXfH8mlvEahfes70awP0wGb/nHMBgWxuDlrD1KKViG8NOr7AD0T3s4 c0xjaEEbOrA0hA2lw/QUA0Ei3whAi9prhaozmEBLY2ESobY2Zo9oVp11KnBvb7BuHgGrIlo7pQXq RVsEw9M26nIqqu9beeHpNeXTbVmFNQi7Gfj5CISBO5lIxecRD7EL+Zk1zMavVGgLZii+Sp5oiFnv Pm/mQbg+jdbBxhjJkjCF8LUnIiZR963d6uuT3reUtIRnImQ6qvhak03VGrqoSi9ShLixj21Atg+8 bWKGk1EXGrylRnCTYwLCbzAiGuXdJh/azF6ra+zAshqhjmU/mDHEhJpC3wGW0xb2cfh4KG4KByWr kWIS4tQaEyZpa2sMEQFv4vaoFwKWQBSoxWntYAgRkUQlkA7DWKMsSoQOTqMHUIBBFj9Q/eHJKVt8 QXPWEH5iI6U6ikSanTc1PggtUdetqG5DU7onTL4A0WwvtnvQvYWpcU1hhBg/KB3Tx28e75MckdQJ 3m5s5X2jYU1bO1e6rd4IC8UjENX7xVJFE+xiHQFIMZao0Lali3IrcEg/hB1azlR68ohE+SiNoZQG NgarGlmsWoxvxmUUI1HDboiMXg0W5MlO/2L0JmsZBMKvOE838HxfCklUAzduD530VifprIWmW3eT yuph88pfqWJzcm75lBMZkdyaTvcstHHqg8kteMEYKwHdRwyEFpaXioyWjF74AlOMw8WcrhN2F+LH Pno/aIy8fkhGtdY0th795NtQfKY4qrKCfa4eOHpl/tEMggvM1/7DMBSDD3SUnxVj5ybwK9JLOMCv xjVBZV4eA5KMfZZty8xozTyCzOqBoMHwpkUozjKBac27wRZPW0Jh0eQRm3uCvSfaIqirho0a0Ybt rEOqpZ03oiJlgK0tlmYfTTUro2k7b9zadmvuVg+RDaRKMlit4HeqSrKN0bQc/kz4W0XMadfGjYTB JFtZUsApSCu1HhQby9cnRKQhepJE0N42DzIRQ8gDCj8mCtxJ6qsGCGyDxzA0SLe0UONV86jHyL4X FWU0UkJGaidIM7xbOWqQJsIsaGKzI7tDQbt2sLT+SuNZWTpUdmCKFJkqzkpsSV9Ongm8Ow0ckBB/ 65cfnxmgKTMtNYgpVdH+GmfFc7hTzRKNZElRjQHm8XMQNjp1pgCs3FPyf4ADbUlhCPhq+IfXzts0 9Qy2dqCS53VUXjo3Rb496W6Hk+KHU2W5tyzWyRoEmgM6ck+Dxore8E61yAeSqiwRuhRFp+jBHaJR XEydQcRXgJeKCpYUBZ4uJ9B/EBXAkcwxIFJVhVU6zbfFuZXGlRvJRwypCf8BHsk65nxNwmfQOmxq 55izZE5PQEQ0NwUHgDmTkchxhn2VGa7eMgypw/ClUrspD4ak+qvsx9A0TZWoDKRV4gBECUoqCzqY CrQtWRdaVdY0LNqfAwLvf+DJFd71kNoM4CYoMihP+xorjfupbbgkoIxrXLGCCiVItZX3CjCGOsJo 7yWoA7lAYtKPDUIBVy1I/Qb/SlSWVu2dLvgzSsOQiAxehsVCd39CjIHUZ3fnQV6VMIDJg5aVIwaj ywaGzsnCBrP6V62HquNCn++P2ldptyoX8o678K9bBS+g+pvsYnnIoGCJxvdSvVUHBs+Ckytgq3ht udb+WZ/8pCiH4iNKVSiNgZ4waWhlc6sMMtBcPZAyxGVhF0gQNZDTbdy+BgzrDYiOelbXn1BuIP7+ 9gCnK2OseVNTFUMhkWonG6VAgmYN2YSe08j515sKL4Ojwc9aXod6IzEYXgyibnUlx9m/kGE48E7m uZWaYMNO1ZEiVxhF1CPskesd0mF2JdgXkIHtgRMVCd6uTt9uYIzdKlkBYyk647HSWT2gnG8RA6Ub cKBPAJ2VqOkmQgTZrIVWCn5SVcULqr9d+i3qYH5B5AuoAo4XDBj8e+rMSJJ1ok/kKidztrwyGUN6 OPKpzMAdqIu4EoUGcPHuV9nI5HMNQ6AmiBGIe07fwD9HYo3TjIsVmY7VChcLZIE79/kE74CfmNGW E//aZQCIJ/hwaGXlCDQrHRQd8DCEt6TcXoUxNOdqzkulBjTuv0vL910VIci5UVVgRyh2SnUQ1ypW BB3uvhWEJjYe85lx+lyLbBtSHXBlYwpKCuKDEdHkIOK9u3vonS6bYCPRVVEDnkAlB38dmdipbnni zGNUoiqVSHVb6+bsKNNKgVAIqr0TZGU7djAH5SlAdAvU9TrVCC6mUH3oPJZ2WPEFSmGq+vUMUgRq a8jQJQO0F+OLSAmTT+ek3YoCFBduCv6whVXNwJ7D3NT3FDcIihvQzB5kHlOpiQNyZHLovvq6DNfM AO5eppcBHVzZgxF8D31iPNHTAWh2N3zgVzPig9lnMwjSwlWwdCU0+6SNWWi4nZKhpQsbuz2qI4RZ 5Vk5Y2JwxJjW0r/s/G1bmmIXlDXDpmMO5GCPX5HTYa8zMAaPvVZ2jc2a4WnbGlTE9uiftm+GU3VB 81ZmmTL5SR1cmglmC24WPRqP20MZJ0FyISoZa7JpMkB1zbPO++Bh8n3ysH37YaO0ccvbzG/M2TOf MIeD7hjfLuPO3SNFOcV2PQ1mw0lZYRPlVIaG2O45iW3ir5LsugxOspaUYDYAI4bnnLHbg0xlH3Fr tWCvDuQzOE8y0TfVKFYeLarxg5NcKUwgPITjkUq2mRlJnwqSYBWDnjK3uJZxLXsfpY2zw7yZXTkA Cb3eGA98WLZ3WWr+bKi5IxJHrY+GefL12jNSSruYOuCow/7MEQmDHD0vwibG1c/EYkYbDnLoFD0w ZlZj9nJFy4ylpJfC934kI5Ip2SSEDinB+eyHsm4mGs4IRSe0soQw0UTS27SML8ijt8k7lRMeW8g8 0yYpyL6lUf1GqHVEJ5StgSM8S3XQlqWIhIe3VvoOz/8kaphfgADb0A2le6QmqC1aS9oGJJp8FR+h WOrTYCTIFO1qMFidPNJECpj7LMVJUZicOEvmI3YWeBBcgQSLraNfYQHs2r9kJMMj641ZUzgmmjQt Rg+jOUvKJ2S+Q4veIJhOzvWegCDiTSvUunGP0jNKGsh/aV0bQfZepT7GWxDKkYViW/JiQaLUuokX 19OmLYOdw8oKmC/Kmd5mWipPZ3RFKkUJ9SgcY55MTROhgggkxYWseT2Gnu3p18iIftpHshSkv9Hv 2zkIdKvuj6cKv+YSWmDrR71r0NzsVeIRXpoYKApkAzM7gRIVzG6GOMYETJ/mx1DGxxJndqcS/cZU ZNCm4mgqflMjsr4MaaOjXnqR4hrEVeOTPmmEFjQfhKdQM1qEKkv9sg4dNdSSZ8ifiJhmSmvB5zjV qNJ4UcAXFF9tE7MwIIP5PFIL/uawZrHTGYUMzJr3TQ+lQQlTwB1pTSLyqaO5/6gmSzdqyp7Ebbce oJJgjKaRl8iqtysmbNY1N8cnKPLBnWyh86lbNVouy12JgxxgvOln35ZfVWt616nvxlWl2H3CfdDd u37SLZKLiJI6DcXO3uUeyQs1HYhfE8grpy2MSDIwRWF6HDjlE3OHEvk64LYrnli2rUdp/xAGmjO3 N5zQwlLKtCUqyi42lV41LPsOStFK6ZSKJxvrQCQVmfAM2gEH0lypsCVnWPOviBNIYpl0pxqkVpDJ sw2HG0WTe8zCoiTA86X01/T2h7rKOaAptCnkbtVm9+p2JIqRsqV9y5lvvApa5tWUKm9+g3/aVGIJ NVDLq8xXs3WIPVGnuWdBjnaBKBaUg4aEwO6H71ShRC2YUGMu1NUTmI7KDWFv2ymA+rYDCnGZDTUc abBfTGWuRtaWZLeKueD5bcC2ABms4kbtd27lQyybglxVyJYudGJzacr2HQTW8uDIoPmWZq2AAzJB E/yXxznHik3GKlqp9kMmjv0B+yAInWXM8U5eJnPTKLyt6HFbdrUJCqLQ9uGxjAa0a7z2u0wIXLvs 1KG+lX9psTToWfT1AqjXfI0WdteuFVrmUwclxk0u2dt8CgCE7tl5W+h2Mr0C6m1eXqkxebaIUJZ1 U9+95pGTENxSvAFpkRBhNVhq96S66UiCa0uBB8wolRM2Y7LWzkKQl7Yo2HD8ElUCqH2tEb3Q3+kk IswTt7Ikm8QWnG/lQnjpvYRn9X0ObSvRkZ9P1uxXBXUJSVC2rSCFw2wzEb8YNaXB3LUfGhx00Z5g Igw665L+6gkGVLBbGxxtS3uzQP0sZ0CnEqvSHynwmUwegm0hRWtroMrT8RHHmrY1BgjgqL63fZR1 oBrqLDd9QbOVSODCC3MzbHPWY2BSarnAP+VJv6Uu2czFee12PfClviuaaDugEgGJA0Agf9+7ZdEw dzVAubfLYy90hBsPhbPl9jQ40fskR4AZLEOJ4p24khHbuluXt0CPsXz8bsGwWWo4zZkw9BRt0yn1 LBdqwxdSuGM3Rz/GcIKI0rRvqWhqsKgfBquDwCaF1l/snbVUAx+r4wT+knSKIpVAfn1eFaCoOsZx 2xCWwESZQ8ZtxnFFm0hajk7QpNXUSBY4kx6XWWsDZNLH9OlpDKfrIrQAaxKQ2myHoagTGiJbAnPA 1qiIvooodlJf4UiM7Q9s5q+UobG07jkBwGAoZZFFakGhj8rOFI5ptOnKeB1ZCDsVxITslAT58iXS iJFZHkN0oIk7IHLE0PW655HUo8P3ctpBvas/gnpd+UwU/Ss5HF6qgI9jHcz04mridK/y/RMvOfQk WumYiQPqWQJ8ugoJWvmuZC1uSMUYrrEZjSVkk7foosn8gCWq5USBGKLWBd2Y6VoyCH+2bXUEiu5q rTt51eGX2XbikJYcjQw0TY4KNHnGuD9bXOaKKTjTN1+DDdtiyVuu3m7jfhZ+ASOllvEL7Uc3pgIs UyB8yhbXSELRMnOxp9irY0DSGMQqvRHkLjM0ucqWI3ZYvhyENAPJzd9M3lhTshSSLBZgjilHj1np V00ls2MZGXPgAliO+clMApdJ9xqUTAc84bCO1IME1L5mvUnEomVIGdu1QRghzZS+QXmgBLzUYMbs o/TU+GsyGSH0jPwTVjm5FucCjzhmqOksdV/E8NldRmJ6LE8nXbWdV0hNBBzSAxnLFAvtYOQlJplq +CgX1ovokfKwChSg/8zLEHkOc8oS2dOQncsmn0bYr21bRmgZjDjr1B/JCKn8NOWWNUA2zesxYYVD so+MSp+HeCMA4ucXIDFU2WqS2VhkV7Fo4isBpgUbpepL02f8GzdyNiJqH9UBEFbcRHvYskVSfTJ9 /YfKeuh57zPmK7SVg+DtDFhKxEcCbxnh5gVZYnEq1Gm4x2p6EIUxchOVrI42Yh6KoJssj5F7v8al FDNSkh6LoUv8qYP2+bi97cDQs0JxL0a1pojWwo/7hvFbD41n8MQGnoA5WfKAEZtOfrr9heoD26Tb 8+/sGnE9kmuYU9XKWX2/W1TW7CRiWbb4dDC3L9VEeZqVz9QyLNq1foaC9xoRzMgg7EItmdwzMDfi kxALRbZQGJo/HFsDBlERbGsXO5ORQdjsklpm1Ry+T7bpnAXrxldJGaMwaEgfFgoBGHUHe7enm3tG QaSB5lnYAGv/lMqXpDpyDk8G/bX2gwJxkxAI7gP+4iuetpUpNi6sGA5E+BqEHXEB+gDOJXvfSxKt urNc6BKQsYR29+oJgytrTY1VUJpMPJt1tU8gclIplRVRFDgknE92kSNqdiFpAMZQbTVhS5U0jppa yaom+gomX6/BkIe7b0CVVSYBkSrYK/24DEmwXLCWdMr97ldx4xKx4bAgXfBrN895TGJwN/YpmyxL WE62iiohrVdjenhYonZYNpy6F5XWUNn6KWN8dyqvWH3gcpiPP5XdBfS6lu348InaICWZDyBskFD6 8spB5/qXinwHvtJUPpEqqkyHNG1FRiDSSmkodjzljuH1Poc8ewqAXoFrSHDVm6He1+vfw7Wb45oq eLlr6qYsCDBbRREovyTtwZ4l4ALJTeFSOWJ1PQLaw8XNDnZ9fDx+lFmRPv002cvjL2T9LNm58iKm b0rS0K+X4+8UqzZOT8nE9hDAWtb4XVZ0AYWd2hTIXQFkKbzJE10YAkppylzPaaX/0yb+w5Rubczx z4oayJfiwdjb76tKBdSexOd4ONtQC84GlMkK+guDVMFAnKUjS9geW8TDHHKFjuNhgRHsC7VkCuKr jex6AMtgsKF6ZIxOJsXsRcUrWLZp3RQNJT2+rG9vAQ/ht8Smygj0LR0EKs/mo8rScuSZIGNvCsHm UM5q0F/xuNgc/ML+JN7pBiJVprdH4R6EF2dANVK8UHnXLMGgS4Qc2kDwaQKsY680MWFWAg3rliDe gIq+JsqIS3hNk25P2Vlc4p3i9mc2pply1iJhipeYptaUAVmvTsU32/fp5u7HQRB7cWq8SBntag8r qtxZbyqZwWLrCMZiDU8mS6fkqV/HbFgFEzBNYWrZlpK1TvHklZS+lZlu67X10O4IbYntm+HGzLZ2 QdeC08mWKvKkFiH6tgAEcNDYaBG2vdDsbAB0pvEoPGV47HNvIDRNmq6mkxnbQDzaFQmMl23zKYvS dpfvTvP5qjSJ8hn4qvYRg+JQBSEJWrdJMyzzw9lessJoSvYuP4+7LTdS5NhulLtUFHJsvfYGNvPY vJK+7E26kUnEJe9yFcYevDlTjpGfn6R9G0HW35I1FJrU5qeyJngWjRBa+57Xs+7Rpi0uPzE/JPSD bFQmtGPygFDGrwF31p4tZ7D8IMPMEc1rzM2XZZpFxxg0WAvk6/a00kEcjAXl5pRkLRpiN0yxM4uQ to96x5UQnGVFOM3d94jP/TDaNjR2+jjyeMAA2fl5LDIorBPLkJfCdGfvDgzLJGA8c5dXjkdVFYHB zlHNYqitmOxQ6dQG41f/2Q+ZsgzosSChzKzdr5a+3AYNe7UVD4eMaxFK2pItj2VjgtII0ZEQJK1p GEMnyLkMUcxzhE+CQVtmPeY1h0fm0GZ0IWYsioUZVPpaQEWLjWni11iRh1iRZIuynInOWzGqia1n pJBOU8vGBoaUiJI/S0Ky8VIIVsPLyWrmTPt/ktE/7AL3jPvL6mfM+jokOu8nXlaXzcgDMdmuQvOT j8ogaRimrO8MssrQJXABMwxYPgZWW3I2cLslp2/QSnY3QyPIC1uEJJeaAzT3tdA51w0B0SxzKIFj NRiuHiJkkooTTaywjF4oUNVO0oTMM5xA2WXj0wKkilUfemwTwB8RsNLxdoDKC1gipLOArT29pPdY kZ4unSYWKjkqTfKWO8Pvw6GWDeeVE9X5uwjkbXA0Hopcw4mEKmzGmwxUjZZ50IIA0NKTOtUtNgjO atHpw5FQfWh2cA2yQ5GFz9CKhq0pI0FOr+TI6tnKYQuOs35Holt4DVo8CIDliHZeZQcbMpZonShT mRLKpDd0TEUkGg6g3JqR6iGLSsUebrLe12kDcJ0MOaEtsI/ETrLDJcyL/1ZCc0C4lAGZtF6eCZrM Z/MM0qnpR9rpFNpDo/rztXdxsvZHq4c1WT6MA3WtLEkRG2/rW+QlnG6J59DelB0hwXKEmsscrub/ 18DYNAvVWPqr4VFVnGeZaV8UneSaUNZydK0X1RIqUvYjGeHpUpVtK5nuCWdqbOq4BqgaBe4tx4x+ xiBanxRXfSPO59QmVV7Ut0tplGo7KKtaCqjD/M6Rl50WhIKkZiVKRYcad8oLofzvX4tRsQ/gwKh3 NKQR4kEMGSEQF7HbaLsZED+j6DhTeY5o74GkEW8EG5b7mWLsESto9BMD03OIZIOJwUs4guPRFoNT wqb1Yh8IgAZoKh3QLoKdNtJozTRkwBwQymLgMVOEN/pQU2FDJo78JmS9BzRAS4OpnEFvDwijfIOL yJqxMgZtBHNYPmxdIdmoqH0KpCUdapS9HNgRgIGAdYeuZoBUqF8L1hdZFRDQBZnylIVonXCp8dc3 CgC+YtcIobVXGIa1Dk6pmIOdtwa/FLhow4B1BNTrrFIrAePmiwOC2IkoaLSUvAYCITVk1AoUgbeo t6AXXZjCP4gWtRok/iQnEasR2tlfq4UxEIrhWF3jtyYpI/yF4FbOjLBi7aQHfC7uau2tcjwTS8+C 0CUVHJAbbDhLwnNQUrMPpbSMPYkL/TOJxCaHyYdcQYGmljgYdeAVHrXsaB7rJTjBPeHdCb1hGYQd VkvFAnwUgau/YFZv5oj49nQkj5J/BD10/Kae9oeKD8QCjlUOdmVWlMIwC8vX+hpSnxvq7HUQQtLd 1zZoIq0MBcGPcBRgW4w1iKMaA2wOr0AkDRGxonDIm4Uxs/4Iyp4PzMgLQgQ0JBJSnyQrlo13khcm +VapJJJEqbYSTSsFR0TsfuF27WkUp3WJD9+6t01jeCmNpBXptToRaIhnaBOmVvF1/7HnAuQx9ovF wo3mJ0Xe9ySiMDcQjtYhHUVniqObBIZt7yqC7W28FYOX2kcleqv6DMJHEtjQIJ1py5CmPqDEwjse S9SbqtM9OSHZAxawmTTsMByM4l3mcVzRvoZsaO8rGsdPPY8qBpf2k0VgdtgrMxKfAloNSTF4k2sR VGH6WDMvXUVIgmw6HQQwhv9P28c/JSCEKVphdikVV3TBhFFTLw4ojGQb1+jhV18iYYqTmFtCuuL1 TWgg5kk74So3bS66OpZavVZQhXmseHwFV7z/9or5kj+1VpAfC8JdX70YK5lTtYHSJ5J4cS8OgeIq yFM5IxsJfmCRpjzettUYSRiRgLhlbzeFSIcNykao2g+WJhTxDkort23Q+sXT76rKrITbXqeyEJ0A S1dKm9hgcUonHeqd6bOzGyNcKhTRJ0oSxUj2E081I+cZ6AriZl4KeMfEulUGZ0xXu59TDGp9V3WH nDakOWjgi3Bf8xQIa7dS2wRvVfhHC30zDICecSIyYlQKFt/gt5iZ+rVgeBifposjxAiN1UNkMohH zdzeWh8eQEaN0IrtLuYwHba3iOVhnjUykhrqT+Nv4mNVd6kVO5Ku20tV/sZJdEu6Gv8U9aixEDwv Wpphfs8guhFKyMHmY/Tjflt/Epq1ziryPAuH85hFbJ9tN+WsYmI8zqrVrip22fjOVGaypAxCmZlQ TP1sNrYpyCFIk/3uxXxAkXh5m2x8JivLkxMNmIDcnovjS3XomjNYMwehY9crl/eUURCQKxQ1haV5 DZo7Q/A6Bl0qlAQMA9aIEUswY94O5uiVcnRL0AyfVXwXQs0Q0CBIgB/NrpUGJhXD0DvGD9gEDECv dVjNjZJESi6oAqlRwrDhCbwVOIZBsqYNCG42SaewAPgGCFX2dWmxQeDBDZJkWd2SpoLOwj+CEdRN CPgDkFh96IL5rcGR7okKQHHP06VzwGXMSRUMXbRG5pJKMhNNG3aAbgA6bEGzUIduUPKS3AntqmHS yrJzISEIYCkDVM0CdBhiUblRkQaZY1JHL9/S9GDHGukotyUEI3agWZ4hd2ndGWdzAQH5VJ4sCD6I EK4YjlH0DaqjXyAOUA8W2R1wyNMDujjBDnpRU41wPBQcgLCWr6eMDBbi8DUwEw35chVH7YS40qwl tgV/wiZLQXR7V0fF0ecMhHTLV0hjeKi8XZCiMXeG+xLiDduRLAra/JYfqWs5NgOtBuBAESvzAvGE d3UQHBiKcxoQLCj416MVIRcZKTdR7pyGooh6q5Xa8ExLC1IzhZhZ+wGtJutuLym4FgXUWM2KEos5 WO65654wybTSUM3V6yVzWoKIbEhTqb2GNBXq6ih6N/RBk+CVQfwycLS7BYMty2NFKpmJei0cTq5O BsmaCRoT1AVDQczgOciHE75KBNVE/1RFNihLQQO3v1UNtUhqtDXIoDzJrU6vgx2lMRtkYVzZxmGz 1h7hK+1euRVvyHQNna7yhfxqPSOpBqUHR0bftKaITcqMlTg7uVsRZ8hwZ+VxnTnAeqXpNs7qcZTt bN76VQXDYw7HJ1S+KOOTtFTXgoxgAOCv+w6huCRm/4woPVhSNGTckLxXCWvtWfDDwzuVMKiwSUNS ihmk68+EufIkxMEa+dwfYdTA4erKlmer+vNVYvNOnQxcofBEwvCUpbyDVssElg59VhLk5lfDLqk7 9B1NVfC4w3GB1gBpC7w93QQRlBBRODtUWPKzeq6ubFMl5ajUQCmtW0A4hLk6AmVSh393pZ7EY8i0 hGolUIDP8pYJ/h3F9AdclsMsz7x06NMPILqLBXukDOb95bciHE8YeGVTlFI5PyRAT9lp9Z01Valn gDVo+XZ5GoIk7avK21K+1TPZ3m/7n9txe4eJn37pBL3dFCNRetrEoeJqSXtjJ5sdfH58Kg2OTZQ1 2RxkoU8VaKnbpHkn/b3L+xqG0iVYW8EKRRLcVRhiXoY37oJao8/98FBUvNLZamdcfiWiVxclDL7U 85LYJbCjsqCDki/IcndloYcRHThtjniMutNUNVy8iDFceCZx2qWPwCDisb4SULFFZMTNgjVB1akC xV7oA8ySDsR+tBfVCfSuLgPm3KgITUjS2XiHyiXEsafMNcreIg0HEoYHLH238RDuNrtJWCZtHTvA IlolUtpri1GF47DzfOyHQVy7IK0cg/hqtzUdG4jz8pibRjEvY5a9XBa0vS3FpQY8nZyKD55Kp6VS FaBIufVfgLqNG5ZrQy/xu0P0gOKM3CKH9hTtbpS/oELtNqBzW7GdDJDkV2VtULTzVIk0zAOpGM4Z FPJpAbyAU7ZrRzkUi6PLmQ72IhtVOxJzC/zIHgm74dnZAP3jXJZNktcfzBfyHEJoF4dFGrY6IwwW Ws1ocA/dASEsx9t31CZHxF5MJ+dweD58CwHg0rOLAcAh9hwOxgdbim3OSuCs5KAU+oM9OmTKoJJB wVxiqwyQmy8pIYEVBGBn2TM7xxpiChlpyRIQEpDUmHrhJEArtrf/MoJyCqQQML1eI4Sv88n5Aqy3 YqLguPwjMw0blAWLdN7ipvEu1RHNaZApASfXFTzfk1x7llfng1gxDRL2Nabau1JgHBtvREm3pfiR /1MsOWeNRQoYz1iwsZqaseUeWr3l4RkR09ArjD2wa0tjmRj40o2seUajrJkm60suEhO+m5BQG5Gq soas5c/7CkDDDLNG/mZkFQRA9J4vHoq1WiFTLBphOdmEvDL2JfYo1GGU5K9N3htsGFn6DB8/Ghoz 0gxCG2HENkymjbXXU9vfErPKVqh0iQSEBA/D2QGHSYhJu31Qpz/10M5V8W1yISqa4GK9AqakkrmF tXqc5LjARQAsS8CnZkZ30xkFqgiCvpSncY1s/CYGakRebNu1A/oWZugVO5iZa3Bn8+0whQ2PNNiC Mj20xtTEzlkRdIBxYDTDxXfkgFKxR9E/Fa0yNALNEvOfH4Vi28XGbKQDqlpFZcz2Smt1VCTbyYZr 68tWGRVjVuwicZu6FoQrKmcfYGhm22RQd5sDw1i/FiQiC3Jl2FA9JQNT1vZrcbBMo/iqtzxH30jP MI0Mw+r8y9ca65SqtHIhwGVCCxwZh81RkNB6saa/BIe1LxxWmRFXwGCAWmOfWNw+RL6cEDKdIS8l TFypvjI4UXVqcWCEvoLomgg7Kws2i10v9B9buAgF4uIB6G7GKfzP4xrhdRS4W9nizYPrQQkRkNbS i/i24t7ZkBTT/qM4qP9Ue4OFlw7Q8xSL3DyJtiimK1ooI4dA4NauTaF8y49gyo0yJH1QpxARio5H oiu2V0hCmjMkU2ocKyF1OppKLjFpogxmPM2FAqbbuWyUcr0UWZt0BGOjoyT4D0JDnGHLnulTsV6/ yjxHFTIy+Glxm1if9GrFBWjOd6czzdgbIV75faM6nBkBMHmNsod+pBnSO2bgUDZgpMFzNuk1cFyp X2FuaaXR+TwxvacLOKF+LOgTfWy4HpFXghzSbIs/ckI5ro6Ng/1z6qgm6EK4Rxny+k6T9wNtls5K rQb7mKUAE1wCEEHNSeegJHONg3cCFjqyoCGub0oSDFNwjgffqXx4N05L87QpeLszv3nFCEgQKaqu LqV/CodAPspUpK+NKd3fBhoybhJpb2Jq/kWx9GKfDCbQlWmPwjRCethU7UklQqO8vcMYLGVxMeEz Q/s8DdhZ+MZc5shkAFTwNa62JeW5m0/hm1x2SnQbEmhFfdqOrHWBpHYGjzdX8cOCgH5uGwYDAEvC xBAPLAL7szjG4xsJ9h2WTvtrv6grACewoT20RUH4uN0bg36BAixo+TazzaoGL1wuuoRt+arYlJYr nGSNGpjhkfdZxNax3atht0O0tlkRWNLffaflhc18B30SrfAJMpThHOQKtdCkf1HDHZfxgingxdbR TEJujLnP9Y04gaYWjizDJKyIHdJjokywOR65jbZRwNzMBWFaFe3QcdlO2ogv8L+1sK7w0GSpMZsK 0Qo5KTGPZGAbzXRgZzZLOzIzyYZJ6uJtl6zhHkNtRRIzPVEj/ZCM6Q1ZmDfJeDlUonh0IR6Igi05 +6kfLMKXuGjUtqcgtZFQJmOvBUKQmzRzcW0dZs96EqBAeQI02kppjzGZwmS+yj0yGRc8+9vGYdIt JfWpL1uAHEVYjQFbTU6Z1rTpZyvY/o58epujwcYU2ZhV5ROmsNhnYzla/bZcn6KS+11oaz/b5W0S xk/vWQldF4uc+B17LAPCDmw6vYY/066IMXkLXrHqQ5j0EsZEeeNoZSlksjxchxHg/B2oh/8IrgIq CxyM3PoqVfH27bK/AEZ2V6GKWCt5rBi7twZgtOyTZcFMpM5Cjw02W8iDC69WlAOUl6JJEaEMmhND km+tjRV/HOZK2RRtswg7tLgxF5YcFqWNEsVMTQ15Q8hiCk0UScd7WomXhARwTXP3JLQ/lNv0U0jM SyYhRWCb8T7Bp1hEqOkc+Y0xRLztN8RMC6Cio9lj5Ro89rNiBkR3VtQ+1V7og+apreZAZIqLEn6w JFuVSNJtCZBnHRCg49MXhCJElGqtQo2mUlOgeYcICmRoBX5tkq2ijSbYFP4fYDwBhQUp1nV0M7ug 2Y3aMLRGwLApFrUIcAZ3e8b1qQKeBT6AojYgKC1EuOo04gIAbZgr1VaQlEm8INx6ZEgD7s27bA0x BjHIAoC0/SjJQYBTQIZkEgXplBSC2gZ768kbJppqEegoHNYKiKXqhfr1VjzDsjYrUWlksmdgp6SZ x2BMbZlIGZ20p35Mk7eSrRxt7ycLnFrrBek36Zyi+njADk2/tVF1K7eVyxgfReBtkpCFT4fgfCqv 6mwtOg6K1N70uUHqly4islRN3fkprjQSXsm6Ylae8E8oannq9EybPoVjN8gCw1QYhly39/E0/YTz AVlanDzRRKnTpnSgXUUqRQz6Lp0DhxWywluEzmrRy4bFVDOoxlVkDsvba03HAwwJ/9CLbIN+tJh+ JR/ZYwQ82N2jKNLmHvvXEqGIDoWE+iBnyLoxWhTaQmtnI+wpNdyeUtwNzN4ZmLftVsZ+IYwuhE3P 2GJe1LpX4JzCiHPwjnY6HJldhBlwuF3zVR9t7VgkSYlPsZTJz5CLUAku9IaWhS3cMjAaxfBEPbJW aKF5u/CF90hhEo8IlsbfJFh4pUjo+6tuxHLoQB0Wl5zgV6Im+LF5Id14Vzyoky02jhSVnqVFYfNs gM9tJfptoNI5RFjEPOa6WHlNI+CFKRV6KgBSWCRzJZtKwEmKAFESR4k+5M8BB1HjRTKKaBfmwIAR 5msuU0WANnIvYy2bID1ZLPgdP1C8Ssr7msONKLZdysIKU1mpEf/bU7WIccyxRRtdZAujd2jBIRjr Nw1PPASPhI1YelZTjkor20w3asqbRfxGwnRJOgmnJU7kPeO27sykHH8GVHLA6MrmtfvVd5Z5UmCU TNBOS9BmGJaSN0S5ZGli0/B3B3Wxv9dxCK2HY9vg+E98XlZl+zIlWRlJy1mOzP9ouhPENnKdXcP7 +NsabNmSNViz0333v7H7vFBOOu1YpSoSBEEQ+ACiREzauuwFWSvwnOB7G7F1li9cC4CbttOcbC/E 7NRAyy2fiOMzmzK9YKu0g0K2oVv8zwIyAJw8W2vPBbECSY/8Qy5c+699mm0QHNQnm3LnOnkmwipM kPGFi+jodH/9CuzlYXNclULtDXscv0gNms8J3CpbwW+6coE52rb1G+SKW6qcrELI3qynLOrRqwQv ly1wDggI+axqcoCrDFzAGPQ1xxBACEI8quOqVV4vrPainjSwLEzvpCL0vALQSVxd9xpEILOfj723 7LlXCegKcYhLBOWpJhGwcHnAWiF08HLZv1sYHiwx1xd4LDTgKX8YNtD0co5565BqICt6PiXeul9h YZyD9D2AtJzXQi6APzghPL2zwEcoowzhn0pMIN0IJV0f7wDe3eWBD6Vdx7GKR6il0TsBRSUA0BHr fYhVky7HWHVhAO7ZI/KhpT1LK4Y5wmARGf4rY1fiNIAT+MnT5qiDFKDYsAE3dMQAo3LyQYy8e9iq lnE0jtdRODIoAzFymcUgQn3VNXbR+x8hB1sTgcjewxjibCBZzZgZCA+6fIJdf7SgaIniHpKy8fzw q2kMhaxXOAXOmRsO+AALh7l+H55oRCQOsUCLNZh992B48QHVlwHF6oFD8sGo8EcABTap6Fx4BTEk EJ89B5OHLm8PT7VM4ofeg36ewgkVWvFexiBjJUTO22qpGNFvOd4SpR9PUHDJ8OWcBytXItzbD4nl WW42ycSrip4Q1+prkzm39M5KQlgNcJBz4L2yIH6rr3slGro+oDSghnkdRw4qgRPuSkmLMjQFZsIL AeZ9oBClamqIqzH7M+JFNktI9tpNI4nFYQMgptAO/q+PeHW4FU8xfCGDip4zzpnQBBJCZDHCPcLE QEvCm6x5c2UrFvohb30jiCbix0PYgdmr0l40RCVqMhx8hoFAL/gPLcDl049XjEVVgDPatGcAVFQI XPJgSbEbI2TilRwnk7qXrKzNYDrbPU3yw2oJuqHMYJ5QZJt/5gGVFxAs787C6Zw1dStGyllgqEwf +aXUqzxG2ID4zmG3LoIc2GtTn7IqjFQGDJXIS8IvBg4MjpNC8Jg9xzV3kYLNxrBj6gEMRNXBTHyk n+0r1D8Os4gnfYQu3zNNO9iGUeNLhfApmRhqEe7AhrB/OzrN9WAUlKX8bt+IbudlNBsRNkXOrzY4 m8wYG1lbO0c8wLqQmh5dwF97hxuocE3Les7+Yymhz2G8PEB1CTLybT2oMXiHcaQGa5nbkDuOwwav Tp6RBAc1Vk6thE+08Q35oWGKGJI5am/JvlLaoqMovvIxa4q+0FjVmRQMN2VlzGYJmoj2IfFcAe48 l8C9QDai6RWZbrcIq/0rxkc+w/wsc0gd1I8zGbcJH1+WtMj5zXvohSa2tJaJvUpraBkQjAVHcWnP RiIiRjmx4sIH6wO+OpneYjpCqhjTdkQrQB2L9JYAQIBzhHWXltF+YRRLUVfi8bZAuKqzC5aSWKh9 1O5pMoMJ0dA6Qjma2gqxzAIKDy2ckB4VWySuBfHDQ8NXB/tMgzKkzU2mqR283d/BXNNTgCTS8bxg AhrMedKmRdYySzvukgEtBnDBO1vpxI7s5xL6qp1dOoRlUuL9fnv+xL0YkigT5BbmnJDNR25M2oGz pznQ5JvsjRzEMBZLLCOBEUFELUDVBNqwKvAdTGs9mnUmSmfZrIeiJAUv3MmG9oMJxtIrjMC6YhVn rmWpwrJYeOryMeyDN2FuHV3mdLABmYTj6xmyKxoLFekaexXmCbwKhspfQkH+asc/2XxQEhPJwMoH b4VOOlMNeIoBxx+UFSenjp8WTsiQ40JlNjNSHQhVypR9JRms1KrMcll07ljLtVtJz4Em5Tcy5Nir snKkQbHlNMQcDXGs6AkJYZwz/5j5kh351xLgStBT/WTfkdTytpz2lXfExPYVIM19EbHkHsiSKkXQ gXpdLddLiUkM5I9qxazKnGKYfiyXJR5ZmKFbUgHLzp0crKhiIXN/8P59+bmSFEWZoA6dfy1bA985 mlpKZ+iE4rEGy5MdW1rWl+F2jFQorqRcSsZthjs5QrkbbmDNB4MwWKGLoWp0afEjaswxeIwvQUyW VgpNM/lf/AtkmH9PmdHSleRv8zURoEm3CYDhWBjAFPjJl+W/RC2/I+M2L8HcyGNszsbt9YCLbjKj k9pkYSS2pp0awh/+PrfdICi3YFrKzz+knd4izEEu6Xk3JOypxh6CM1iVGc9JL7UKW26STZ1m2d98 KgutDYkWCn+xsNxJq7eOKRlCWOaV5HPr03ZgGSeulp8fOecIpT8Vj51GOKFu4flofHQCIhMUz+bN h37QBxFXYUjak2xzUF8bUEs/bdwqpjU7+kPc7Ttu7/f2AjoxGKnGoc+dLmzDsllbuyxhK8Um3cJy 3CasHpFGYlebzcfEAlAJNiXAi6nhHHhuKR46KmUMNGsFarTqt9e+KTmc5sr9sbVYTPEI8NsEceK6 jB2amWDEJF3XwzxQtUquSifrB/3ibHk8342CYS5wTmyvti59WUCUmE/tZUlXWKzj9oQEcw3HLmjg xJVack6ByYSm5suSs0cHPpgqUkF2/O0QBuH0M/zWxt0GIq2LnjHn5oEy7tm24gEHWC7j32ncUVJ4 iV2XCDXm3NGWCQOAV0zmS0iEKVF6IUL6Lfj6Wkom2VaOLhuBJnp/2ZAtf5tMdgFfo5FT5dQBp2zu Gl9WX0hyGb4SSlNfjdGx0yCUFmmia3x9K0ObJg5a8rvVg6250sRsq/q93ukL/DM+WpJ3TO4ZG1Zu KlTZUT9L4sP7/zGtvumBxIVM+FXvmI6gDDNmnHnF/QAUYhUojszwHlME2+5Oe5qhY0XmUB0ZahvF WFQ18vGDLdNa/LEmk2c3YLaVUg0Zm0XLLNgqHUMZt/WYX2OpNW3GjXiTysXJgKMUUTNOErADz4PL qJQZUaMuFZVykTBZO1OC01jSbAbbKk5hmA7c7VllR21D6TeKV5shReAN05gwY6BcfN05Q2HINpO5 gQ6Ram4wHYig4MqjL/Pc42EmgYghi750nIkil41riHKA0SmZN9kuA7wNBWEIkflN1OwypZgbz98y CdQ7jepeDYddU63u7yxY+4E5GvHr8Iinv1elmra52I+86NOikBhMh3cFO9dW6OS7UsLUrPZct7nB oCqqgPDdwn6F1z4aTnhpKyJUDRUUehARgCvYBu8C6sLuTCFKQoBno0febJphSTpsw7URW4rtCXQ0 iCwdDISlt9FoRDhvZ4gHTsGg1v0m2C4KQyLeq5lRmxghsn3gJ1DONqXeT6m/9MwGAmZoJALMph8r eToeQAzt7IQmDkPapKzP0Fr8r53ayxYxj8RAXTdiBVwjqy14OK21QEoCk92cQnW1czRwpdd2qaJv as08+em6QWeg1FrHQApsdOissJFms5z63kYZ4u827LU8LdymWVPFsuvIAkwUPGiJDfqIuDpOj6UB sLayMZZTllsKO7WLvWwaaCdOvB7PPLDReJIps5UWOyaccf7VCdZFlgN/I8cIM4y3EaHCQ7QjXKwt ilpoR0aNhUhhk43y3nN4mJCOeYa32l7bZ3r9CovTOnpnDWKmS3klxuXDLHCfaJNyTDSF6RQm8Wgk NAYOpUC/TiwoW6iJqB6XfxBJpcNqNNSTGcgDUnZmx/Jri8nMNA/tJrNXgEEtyJR3UwM1DCcMadVR tlevOu4xKw13ydyyd97KY+/LLDvGpgSbWJTKm8XYvd60m6lm1WTYmGz57YfSyLWfmQdehjq6bnZn IWvcqQ1grGZTEeGS5Xq3fht5sarM6UpvrTICfSNiZbG3QHCGzgR7ozrNgxklYnWOy+Oac5GNZGxG o2SK7YmI0Bb67qUBrpiXA4n3htY2NcPDZ1xL2plACTFtxBNPCIOa6T3NfTBOK6eE4esMQBLH2pyt p9cFy5AHlhtLhZNskhOOSQuh2y6TdW2jwt62ilaGJZg2SZeaxJwDdb+N3drPPDD7eb/TYOg+klzH Sbf2jPXZ/myPINLqI+WJ0Sn2t948G1mKWqTew/MNzZo3O2xvmU66xkBiZsDkeOrPINiOTzTbERCX HLT/UJ7ZSkmXDVBznmgP7XQ3g40gas53jQ9VlU5zxXYWesxR6ofd3Kwlp00QplvISDJTJNRg22Ro EpZXOIBx4roflhX5bMVh0bt1MAYAg49elFFn3ckZC+IwEAn25gL2wqq3R3OiLTVa58jqKE+vIC29 4HA6I5kJldEXqXBotiEESkoL2xK9khF0TSvk4rlZLxRAjDU8SxIa0TbvM83V9LhTbdtyNhDgRRj0 SG+VNdwW+1ietAdz1er1PNnj2FrOcmYQRSttcr4vARds7gHOQMpcY2ODgsvGgjNwmUswmcxs1Jcc CA0wApAVONcAABMBrNI4WcXlU1eFADtvsk79UpoUD1xOZ7gdjIu34GHYFzgbJlx+F0BEZidfuXQl yCr4wJyEnLin0tiakf1F0kw+OeBrQ+bcgVIw1IBbRiEnXG8yNWFxlVMwCsmWXjYW+BqkAFcMr/Yk 6BB+LqMUvFCe9PZ0Y88HhpTc5Wo1KSRTTYhA14YYdi3iBu8oj5oHUYq2XspJ6/1xYA6QBs0rBRrg LQyA9aV41aA816CgQBwwzl2GWCispNlAUdiz+s8eBgOXTxsyg5+ykCUJV+JYMYsAcKjqFBvxFTRV dQyQKtAV8KmkBbSzqs6gWPCwJxVjvl1+pTWHScqd1lRpzyVSl+osu03VD69o1OMdQKtetq/L7oVc h/fCXavvAccNyDYQr3FU0gQrlar2/UnZ51Kog3dLka44SfVGAphLooYhAS3V66ifbyGLn176WGUQ MvIIoJZ8a0jSpuU3/xyV+fgFAh/u3jSoXrRqz3+OT138G/INsQcgX57Ge1SrA8g8GLIXE5a5Lx87 /HkGjqJ7hb6/9aQH+P/lj9kLMS8yIDH6YSqPMPnjGRYKpqqGyf7uuEH5+4B8aduTGoHzplF4BcIM +/0RmiluQsAD30gU1ErVFxi7qbEuwmiBxL3kUrsh/ISQrwj8nuzm4hTd4Qs8xxx8sygEGH7UkZ5D ChqxUALIGP+lRu860yMr+wbn/zzc5ItC2Li0k4QJF2ZrOB/AbrDkKBM/wwHhxX6jPAUCHK84fgdc E1foFcBQAIXEcfcMDgpeeXbg8pkxUAUZ/IC+7RwOsCikBYeE34g3IcEcFdHFC0px8ZiokpWizcI5 3OLOGRWBK0gkjZqKCS7TWnjfp3raoMtsodJjlFFlXLl70NpQ4CJtVGUlfiTwf2lRPD2MrvvpPU71 C2SlTJ3PoMXymP3vfa1QR4BnZ13y6zvZwmPnzjO3aBKQu8RWUF2lirABLgADLMYHyqQx0i02lNzF wG1fgjRFAypcgG38qZDRlIMoDUVpqNx3HyOpSJCVDaKkw+kHr7vzi1emIs4rAk2i5qQ4pqm0SeVN vkpKVjdCRTYBzNcQd91Ygmebo3Sva9rs7bc2ixEzehAN6RyT7s5BGnPFKRZGXmCmrhxz0JhfvKLL FTQTKOqUQsIxuC3ooywa8wIpTTGGkugln7OXBh6uucO0GyyWPHRUx8OeSteF8eJvafuTuWTDA0yk 7Yo/ILTeqpqg8dBvwFfRBpOHXqBulmZzmsQEHGF8yKbCYnZ/zzMvU8WoCjPNNGL30fQMBp/aBLnz toG894xzxkA2S4ZU3nlGDesxKCuTyfTla1R8O5Oec8GOZW7Y/ZiDMEXOC+OC7bMGvEI52UOMI25P KZpBbAyaLG09MbEy9thIDDr2Sr1mSTIbs8dY8m3P7K4M9FyLdu48Ko9GQL8xhNBkGNyuXK88rsjM 5CsLaQwdFvFYbRJwfOaYsWIyc5b5MMt88joOFUEjA5hBt+apGTOSpDMoqsnuPaxZ0tl1TETMyIdb 7qCq/pepIK1AlWyjxZDP3Mb37ZszwfzRFUPOqW2GG/9jAGOmthtYdA5cvgy1eQoRa6gcY7un2cQl ItX1+yeXNqts0hhQ2bzgeJ1xFf2S9zlWcygnqk2L8+9zFF0fWFQyV+bkx7fOMz0ZceDZd8erWcPV VOnoNyuOt7XdOWfa0dV8x3AjrpbFzIbk7ZOfZeZTI5inIIlNWC62N1+5OL4Os52UyE8rh8GJ1+bd lzjW2Xa+t3O0Kn4zTmVqLCGcHSvGVr4K3o+JndyNJ+JyjtDHsrK7+Tkse44GzFwWRG/5Gm+12jiY UMe5ChjLqEMwWYKnYEHDyMYLy2D+Ee9QFAby5pTjY21YXCR5oPlYWj2F7SIsrHoCHd/tYeeVTbHF kBnOgTH2+DDYfk9l6/efM7bGwfQ2IZxc+Ro5bflynYaVKmLBEDlWfX5YkwgUxcZs6hFCy0OE0awg mlWOWPdohzcRAmzhUgnjvXaIgwIO9xLksuSNmGkvMtK2ZRWTHQGsgQonTtcPmCF3OCzMmEOR2NsA AdYtOI7NyzsmopMW0/I2Uby2ORhuTRrFzI5vrBerkoC39ljcoyVI11+HAM8AEaTS1OZKBJu0Sqws 43d7gDQ/MYXTHEVsaAwJax0M/GSKSirKJ7W2iZ1OzSKHZOIge9AE297FFEjAeuJtR3HxNSEoFAmJ vI0FZVfi4YUVgliDRXiLEeVmHlMOhtWVk9JFDhEoBw/rMym2hyq6ghDY7dr/1VNRk4EWybMyK9NO oUnbDd2ql5Q1ZW/WFPQjykcvyHOXjYkWTSWY+nx3olEsqew4SBW1FLbBw68FLi925PzGWwRyqXL4 qRSNmfSQPZ8DYEBexIbmxDhoD71ebCXmmLf0ZOvf0Ey+sVPk2J8HWtNIzZFLVVWTQeu8Fd61ZrWE rVxp1FK/eIJEMm3EvCb0UhcTehi6NG4ss6FwpdtiTKEhKiCQ/nmpoOpEUGSVcbZYQifMWZpj1tEM NO94QICiOZZ7K5wmcQ0Xxiufch/ggBzkOho5TCAQRST0bvYxJ4xA0TCeXZ43DlAYA9+3JE2IRUES YdEfuO1m200lkkx164W89e6DOOZ+HCJUqLVAbLH5yB4OawrgEWuI9xLS3G3QhlVedGl1wM5gWGf5 aWmJupbSoKHUhp2X7kLX+4ovT+cXwBrIQgtoXdPpa69egqtaXTQtdYkbZCBo1dZW4ZTy4sxwiMQg nMjON9dvvAcy+iPFTq0AVFm09LaqCqocuKK6i73dBzqanJkNKXYzj9LhWoKxvakGCNGSZjVdAQJq tRt/3aYnaQUDbsUwqMXjbNeNLObGartjKIIRNH9t2u8qnqVz7KNpkLAereuw90tq043qs4Bplupj sSJer5P8QHV6QXTSbUa2aMsYDEe1HhtKVV1UWqCyky36azDMdph3ocf60IRdq8cpca2mfNy21XIS gq9IsVO4m3yEgpkgUoSh+CMp0UQnPNqyO9AGABMPBFj5mfS5H6TsuAq5bKnaDiDMblIpxVzbIZwB mc2oi/54yqrCZXTGUGsygcYqnMLJNd2FOY2zNltiadB4TdiSW9qUhWMxhKBW8lssSYDelgDLDE9x F2qn317zx9BEF+LbMxifNCO0xHMa0KQHime1TPMyGMOUWTEMLoAdyLJJl4FrWLwWSm4EQ9pvbG86 VlU9KEAZBWossPZ9nVdT3VH5MPWrzfIHWM8eZLFXMczuQzUCKnJDuADayhORmcYbmiIG8A5mr991 aHOrCi7dyunJ60GW/c51pjT/pNyflCr/ZCwwA/JoqT6cJn9ts/r230FmeCougEfyrX4xDZ1GmW3s tj5SfdQClWvrtDWn2sEqZ9Mz4UAuV24aSvIdSoYMcSnPACQV33o2N8gvVaHEQV8K3OJrmCaQiZvm S6IRxMRztAyzAhpWSlDKg8eaONf3a45za47icVbArmfTn3M9odmKCs6UaBmsXTkuDehX+5xFa9ln O0bQN103I8UISTjEKBfHzkKT9h5D3ZEu7Vjv1kKyAbjjuZG9yk8UedaiuwBc5DUFjKuqPmraEmj3 ZxyG66bf6Rg1HvXi4ii0nkj0gIsURCaNLRi/E3Ly2gakJxtVlhKOaIh5kkqxQP3sYNds4ByfPAAr eiBN/dKyJXE18u7QmA/z0ucJaBAHOpKtiAltoXa3NkmK3k5lLDpNg/bgoMC241wR2p0fAcVk3iQG lBxm8rMYS9LUjd6vvWZ6MO0OUQk4Y3KbSeaHTN05lwc4DBE1HFNM2dUoZ7CP/M02F3IRf9v0kU9y sygKuAe7cT/baJ0Ahdrypm2LJpcIcPOS6ThDWugYkSq0UJK13HJuJuOsDAgX8TGNnplreugP0gdY H89FMAu/EU+9sBxA+u1/fiKIRCcomiAS/lD6naPiURdw9YdRaoCkuXVEu1lV8wowT7UO0i4WFoFE 8ceJXYdL5fYoTpiVQqRs02m0Mp82n2fxoPIK8GN8bWTwbRVNpjxzjJmwyOlIHb/X3p1WivR2WCs6 n5hotShnIXXKN2CEJ18eEflLzKi7krZtnaZqFC/TDJ/ZD5gzIVScFRKi4nN5+AO2+M4+OiflG7ve ceU63U5qOgqHEAIjrEQsCotXScY7khI9i6mMhcpVWRAtSQuL8sxgSF1YPvKtrVlRybQ9npHntNks mEh2l6PWFsIsOkyjyIrTY3DIuWdAXiQlDpMks0HS2wPanEIGqtsmS8Hqtg+IX2ebe8oDODctfPRO 8lYICglLJ8GtTUwtkcbUt/7xjk1LvMdFONnAzHfTTsE6s1AiZNNPEhm3dHIympWED6lvdFXTgBZx T29IK51vEs7aatoSgqpAQIFf8trgzzCUirpPDim4LagELCPNhFBIIA8S8UjAdDDgpwrDAnlpUunk sK+t/NU0Tamnn+GNkkX9DboMh9KP82WwK/AkfK96I2D+DgiXCA/Wgg3aYQDrJaZVtvi0u9Y8aEqz MM8qJoALtVPyYafQgvZhjpDkaiWUuF1xGAhvADZMFIxfWq/EZvUnpGRf5WXDjuU7e3WgRF6vJpRF DNG9Xa5//HO//ffjZYWw4pDesq+rh3H+lU7cSwR7UaHKGr0W0OMw4x6X/Qw5BnbvYcvV2QCxyo+X SwzkDdn9ed5+wZVB/AeNhepediDr8PYSiwG7OqoKif/kMDuTXs6whOSnAtzVwXg8b08p4PhiCFKP T8enQhtqdEDpceWyD1s37PLDqzmDIuzq/Lij0nDXSkmcJe1rWQ+dMHcOHAgsSfvmRLzV+rO9mgcw 4pys97gZNoXwYr/AYMONv/C2ch0A+I6W9w5NcZQ7gF3FaYVf1E6GXYsQqHNC4FS78Q8+6/QGlNuB dksz1t1VKiYs3jBNb3NXKqeXfDI0lF4nH76iVcjA5RtGTbrniCNFrdsCQsU6KhyEo8IzNHxFYgiP bn7OKgiV0s9nDGsVCDIw6pqNQ1lCkcuN7wS572U/a4XElNwp0gaMJU/WF+ya5Cac4kmBk6ptGGwY Iu3xvVEfqFcPhNIXGWKSlFYqM1rG9nHeD2hDiUnyvkuHBs53zKO80NYaqQVWVx7H8gvVVbRJJryT lXjG4pgBxtQgTcm3tjvUiyNkqMF1geDY20oKCTa/iJB3Tbdn28HhNdhgsZoA+E0xfOaPk2K0ldF4 hmuMH3ofb9fuWQwwO4O+Z9HZg7LHpZ5ZcFQQ1WUvxJB2hQ6J2hd/eHnpeQyzfaChrFx/YS2h/e28 rqKI6YhuFTn6g2rq2qTUllCXrGPALCVEmIta6RLbqYmMUUg1Ocy08LGQAOvXFM50hHjTAeBw8P+X auReEKmZUF5RPKrI771zDRMbkJfa7C62FXY6BpQtMfaoycm8tCHQZZXnIqWlFGgh+91GcLZR2zAk 6tojmMC2dsIfa8xLKs52XFbZUY3ieEpUWPWik9qzP5BCfkrR82KbWfLYzg3LsLDHUmSVLMsCAdG3 xZfvTn9nTNsLbZ3gBNaAjcBPVi0vTuOMB9uhgeidbWd/ZWryPLJB7QX0vt1Qv9ks9q+1FFJtGY7k Tw2HDTB2mCVtbdwciCW00obb/sfE4U6yV7yPhrGQAcOW4AYf2Js2ZFv0koPmiby6Eubto/xj2t8m ZafK4oKDeZT3FTlcvNnvOi5qs0RvNbqdr7cjZI842S1QbnO3gRYsMBbzY6fNa3alPUsgVZERRmpL lyXBQ4HzmzsfQl24eHbMcIfY6Cgnuwa2YyNFEK74Fincbltu/hQ+OuuVncBI4bLLluSL4yiicXet tiFmlhwVlGHkvjUd41Uys4ITc+WYJeGMLC0PAg2kS0EP2LggiZJ+udXKEuZjBukO3uJFNljYJ4nB k8cr2VbeETIkmTQYnvWYj3A5QKuJgCCzVEOgc3KhtePGBt8kJAy1UHS3ZXhK02oWmPSBSO9CDknS TCAjBcYabeWpQLwlMpU05aPG3RT0BN/lu7NLtNBoDcBwNFoxVdjFgCZeZGkAqzXs3w3+52Z7EhIe +t052UCV8UF6n3dG/5vpSGSy8/AZkoZcz/ndL5n3JfpKxyoBnFGloxyWAEyYb0nTQF5hAk/nQSO7 6qqu59HrSnf8hkD4TGHyUNay/4UWjIU35RHioUM9N9KwCoyeHBjLCmG7raKsH4vPpVOLupG1A+BY k/ZtlXjL4UHnh/DEaomHvvpnufp6W2wWwJ7uXC/AchLNcSAAGl88J4CwXGCNzvUbMtNc+2iV4azi BiZ4wJkwHN9alyjLm4QiGxjj2CJ1GUaI4vhFQE3491SEDAD3WDk2uXA6FbTCvpCkwPmqAMFaLTT+ kgXi8X1+ii4sxklo55NS6br4S+YANBoNmueZlMeok53Jth5RiPM1lcgNNcZp1kibiTJfJo6cWLuJ Z+daUB16h6VsdyCVhrVajdvCQlYNj4toGwXhMWfxyIL1JdQ21uTWBeHAJKnAndLWWkSSe/xmTNoP NuH+bD6gi8cWDsXbAqLfUmiGrYeGjLmBmXWSDjOCwksAMU7OB7iQSNBWLUmNAa3RYUTqk2asI6Gf sK0lgBHDQfbYQXQS+CagxHjbBB2YZPUV3DRNYLSE0dR9QNiUZl1BxxwPIDlkKkgNbpgQxXaZ+yKA /4fv0fa1Xr0v4XLvK/phRPNztdi4uNi8L7pNEEfsL+ESI6N2nE4uloZDGIQsL8sK8ES59RTfCo3Y ZQwzHvjfnZWoDctFoaXkdwMx0Vvn6jtYkQP7vl3YGtar1WqzMHGA5ii2H6AagckLqnTqgqMYq7XT C7tAQL26N5h1vViv36yghbFYWXRIS2mB2lSLH6DE9XLpQUV1F0vRN2O3KoGTwN5PCa1VD/BGsMq9 kiOcKni3EVR0VqJpjZwm7s3UmCaMKGlVAxY7ceJk+YUwfiyW71Zu0KcqsiPqb42mufHR/TZBjPWU ZFEsQwU2WL1E0IJvmKZMfWxKDz1JciHLRf+uaQhlZzeCl8GcPWtdmOZq1Rol7LGz1U5xlxZIIPRl 2k0NEkk7AQoXHsfQJ5tASz5NaNXRm0kXOIKdRtCX1Yi2FHuEDdMvX23Wr5VCVUvrzb+k/IIXUnRk sVYYHNxOG5wNF8bIWJEvMX4jUKCV79Z2YYAci8gCZ3fZcEvC53ePReLBIBKvlsl20tzs15ZiSUn5 sm4Is2LZMQrHhAxEzHf1rWfYYIEy9mJWIaM9E6iB2b2tdtfD1b4/QhXanlkE46/nXxsOk9GqD3Pg 4DAJmEFlulVjLdKZ/mATJoi3zJReErDJlna0ys2fbGx06pKxiToGDKMsK5iv0dktZE6dPafVQgBy K7jfDOxOoLFJM1LDZ1QG6/hbpguXQPeMWy4EH4FFWJ6DtjkUvsrm03gWcmb82JmlH3jZsKw5xrd+ cloCUnqdw9iaLnVQvEd8IzQJVXYor5wUKK6pyRDtYB08VFJXTgzbiV2tfUZqZnmwMDsqXyhIF9WM Udzvvm4tN5eLnU2lZ06T0eOiJyCTHilvo4Q2XtcgZpqWiRGWnMfE+anlzmCeyu3BebjATCbrfbz/ /PwL5peWYnQMbUWgVJlwJ4Ndu3CDZksmXs4BfhpkGB1vgucxkqfBjr2Hc5Erx+nLCw1TcIQN9h1D EuXwNLPl2USMjJUW0y85JkFP7G3tscmjMDZw6Mxwhx/5QBu5nGSnE5nelp6P45e8TAOp5d7H4fHq I5L2pM9FQmA1weHbZxNsCZStOC3YJa1KwE4gGks1L8NhtzLkLfPAZ4yb8F17pduIZFudv3OaoIh6 7oAF7lnf21NyH7I4PWvEWVYYEtHoQW5ALGjLL72BwSLCrSjotJc7LSmGK+y1bReZoZFkoZAy9WIX d1MGC1tLT0amhfaLURz2ak4EbNYkaDGcOoqQTOy5A4bsnOn4K25DFcMlYcYfN24PdsCCAMjgpZAU 2iOPz9e5Tig1Ipj8xPEndNjdSSAfwuoMrTPystwYM6gi2JgSnfCHEm6NNzQ5aU+q0T0cdmCzor7W TiC2laxRrlzLfHSP1wmaSXKO05U88soe/YA6fY3HcbzZeYkf7XVGTqZYHZEiHCJJgFb6g7rQsu21 P9xISUgOOwcqW3mWJKknigAAWBrFVV4lXQJm4WZy8wFlrneV257w6qCq2oFFmJbTWNIcXQR3wJlZ 7YnoqIvSNPVQ3VWarFyoEkKR7znoL+2UZiSmeUC8RUs+EpHbR9qbADTYvqWHU4jjRVva2INbXhHk ZPYsBnF/HaXWaLmpdO0Ab8oQMbwtE0AcYYg0W8ihZzc2hTMF0xu7Uk7AFUNPL2ox6C6IgGffSlNt OAZx5NsrtFX6ZpUN1CDODYdxqZ8gy08p7HiPnxJqvbqxdDWK8eR9VUWQJKfJvJXPGPBS5AvbAA6Q G6fgh89yWXtvHURHicT9Db4kydK3oS6hKOc9vE2+Y+gdsO4XZKjqrDzU2+334Ph/NQq8u009Ae3B 6KSGniv3Cm0MppJPFzIpVxPAiGD4V7Us0OMfOagy9JStkLpYVipylV/wtjoVc1VlvHvVmye0VjWD KhdLoIWgqcCgbsNvhXaRrnLE1Uc4oZLFBiIFVgouKkCOTzUq4IXekFdxAhWNgYmyUIFnd3mq97Bg zKnWZSm2SnRAEYO/AIG7m8AasTnIA7YreUhyoOIMbm9Po9hdR1GbnUPcZY0GijlqDWQzrkA8ya3K O0iuBlVR85pVXkKJ68MXSE0tTYVBykuEYXqnPBTTnARLVl8jDrjwt1yDvFtjOMMcn0oxK+lQ6YyL a7BW/HwYnZRfnCFdsGAD8W8EXEz6o9zmq7rKZAROV4GO8m2DZuWXIqyUSDWmK9HdzBoEtLRKzd0I WS0/m7hVpxeUWgrq0LVXGiIKKjNilpPI6lqDR5Hpi7vJnXreJSt7A2Apw+h8qMhhgqV63y8HeO9D urKs4Cg6P4HQxNYrDXVROrU8W18SzbtJuYc3T8q0SXR7MFgCWolp+dKTHVxJbaNrGTZl5X6bzCqL snwM9yp1VvoksSz31z1GjT8klZJEujRidxt3+cyuyJEHxRI6/5MQycyn8rax16xNoWcTsEewW9TX PO5g5ZKXCadz90ZArZXzjL9Q5YphoOF0/jRMVVlU5/j+rR7F8aliKmE+mDkQNbJC/Qnb/VtB4/Nv GHFLXEVik2Au9WSUk+ltdeKnrHJLV51qq6llo5RKqCzprgZGSe74aBD33vkIEddy2eYuqNWsnoix lngsK7vS397faD7tKagQkoiFKoMgqkocUoVrlVLtXxfCIyf2QHIsYPeXU11itgarfOP348W53bBw g02RkRbFQDDd88Ny2qay/rhonH0rqlKaONVdcXj7AfIAX7UfIw0LRxgmgfdbERMoPf3fYrQrtdp8 0w0pRiaMdh1qaJqRqwu/0IL0LfVSSSKf6yx0vYLRIFGru+XvTh8MmjS2W7XXFMIoP5rGYuuxkQRj ZoHbW7FEH3avxF8CNg6mExhs8Oo9/cDX0AbueV9kFUV2m0IY+vUEY4odR2bw1oAVDhLfH+ieIWGr KMUb9XoVK9goSWS89mhFs9uLgYf0Epsyr+Rz640SwcB2N00qgcTAs5Hamhj/s5myWsJf7UIabsnY QUrOsNWyHXxTgLgCHQ7tgmAYHtkEBlfY0/zntmRBiJEVZGaezIbpErs0J4p5xiy3wWVuFdzMhkRK JRyZgrZSgB7mZfcwnPRyEpkd64KrNa2AZOVKZH8BL7Ne0cUkjEul3gkvV6j2ZWfZcntPByM1Kyhr KcOTKZNlH822cDYW58LnzJVAGiCJJDoepZ0fKMDuca48ylk1em2weXkuGCMSs5CZ0nLwDCUHrY5Y Kewwl+vjBb2rLVniNEsJscKm+mat5IWx8OkizEOgvdtwGHhkWBvnAuwmxBV3MlSYKIYaHMyiyQew uxeP1FHnm7wDOsOSQHme8YJPunAn09c1D7moIqUZARGjWSwpq9HVzGU2qOlIw1shAuIb4cj4YNTM CN7EfOhkskGIyR6V3Mvb5kFDhDKhTRyQDU7DfAJ1QLY7RgslCGX5OGFsKR6fe1hsUGnonXsGw+pl Nzn9XP8BdX0tL2sgGlmAA0zBAIATsJjBjNno0Cyv7vnYvIUyAXBAZIAJgMQk9IGtQs36U3qwc3Tg JxfCSeAhEKUVqCdMA5D5CTroqxKtQgnqadC08nYgzRoxvcQkRBfZgYTGNYZ34GpgLSAEhlaIoMO6 UDX3BbrkS5QrnANi0PwpMNTmcxEKiub65A8BWJiTWlp2qlFqMkhEi1K/Bg8K74Ka4TecJgCkn/JI w+U6kLnmaXgEbuXX3nek595bBPLxCVb97v1IKnE4BCh9Dfr0uYS5g3CAUBKn5UyD2kEyoJqy2cLq I04voZ3QNIjW1lPI+VLKA+ADP+lVS3gKqwPTvW+Wyno4V92fJV6FEwbxwfagPqGcJQq+A/pAfdqK HCDzQHqhTJwYlEOllhLmJr9uGRDoTUyIMUmNI9og2oFY8v5gSX7r78KDoVK10gHV2N5LnWBxXuQU YqbtxWa5NA4IGjgSzwZd7G1bhR9ISC8pGyrIk/GZ4jIxDLSFZO7NWvNer0JFCV2OEEkpGiWhxbwa dimzTXMTVCxBV0TB0e+S+1sUJCuUuOE2T74fcQuTRC9AXrDC3AWX6ZpgheXluvq2xmg5F3dLSCYo zQOhnSXnQ9EdPyAheBWMGMzqjWJSFoULtuHxDUY2r7TXQEgjxgoy0PFwSr64Q3mfQZ/Osha2AROX 8djF8Ls4ai1LmDRm5HTwdfBrKLqx4HYjIkidojWKRRfmiUUY7+RMBtAOS5x3iHICQ+zMAcmymn1X 2MDxB++FW4Th9ja8BdaZJXIepghaxFtxuoZq7C7/oyAl2sw7oaQg3jcLYCXQc7laeNNiqa6Jqccp FQuf4IfEBlQWS6AhwJWo8NcYrUpSpBNjoW9AhJhi8khjoOXXFmYdk9MksX8AcEAukbROtQk+d7W3 cmmRpPnCXGKOAenVsrC8ws9d1FGkh7f7q8eEA1bfhNbhirpM/mmqneIDMV+3RbP8NMvotk4Q7EAJ 6NfqC0fHWD+6SKU0cFPvituwIuF3EgHPlvpef7z5Ps5A0dOfRLdJ0YqeFoBoE20imkyVeDTti/WS /LrZ8nMjUukQpTiXqRyL13xh/Pr9H1A1hvfT2qefzMOi8yCaqg6QcZkWoTij6I/efV5STisaovGs MBGplACuWr9mXBOxzBW9e9mZ2UI+gS1+6R8o+jCJqNHQ4cothabCDTiBya07x0mG502LhWDplwkL +X93YsWU+4hmPI/LTXYKR/CIbuhbml4+lXbSejbW9rG22gGU3dLRaevCnXAZgR67M31gkXQ8hEIl WlFGfMNvaUt6oshR9VJ2CqJac5ROoQ8dNQ7tRFK3GVepsMIABMIc2LP8olVqJ8VU8hhFYTx0WCuG /jAKwqULMwmMoojsOnqg03ADia1l9AfBG1nHfhTxoLlZM0KO7cwWc9u2mY8CA913oKhNZzSfi6Hv umSMaUZoLOyd8iqGwqATGoaDsUzot9BLTMxIcENmAsVpRQjF+iJyQgxp3nLLCsisyyIbI8t9VjBd HX6jqkPT8yl00JIi4/LNLMMI1HLaLO1dfrVUdp3WbYEDOjxQbJjPSC4FzlPQdg266BO7JWOzcBm7 s/CD405kaQYeK81hiQXJgCF0KAAUBv9FvwazgXpvgk9TEsohsmH1QYKm5cv4IQiJXokHmjUiRl4b DINHGywQYyDyHzBK6rnYStpZ6K5tkfJpH2nXTDwonM4ApITTUimSr+XCatS2/XQpQm0B01eLykGn PlOFFMssGf/aCtIkGG74a4vIaiteosNZlPSlXy0hdymZS1FirSDmdyaUzYu2oVOzhchZylTrre8C iOkQkpQosiZajKSOhSJISvaIIuIKaC3aiv6e1yBC9Cr1lS5KnAR48MJHRuZYigYkUzLlzmpqSQuI 9hJFY7H/ac7t+qVfRlNSV8aXfmncgom9eNRmQS/ZqCxL22Uns6jdpIbZgldCY+nJxkE3CYRR4Jq1 qrRkReBDKtc/TYy/rDB1iY1swtmkPlLzTSw0sjIjlUrMhkSL5W6qAdSFravP1gEp697kKS9cKLZd mgJqR4v9opAUmZ5FXatN1m5pMqlGIk8aCenSaxAlbJCddjjKGPbN4NKQRUSMi7Dh50rpNSwifnhk gJQxpZmO6M5s6ew/2jABKHxqCtxM3/qFHDPHwfYWf0HecPnCxSiKYvcYtcHukcFZI44kNJvQ/zIT wpEns4qzV6JzKoK2wazaIQIWXbH6wn/WEZ0HRCUn/I0WmqFZOqIHmUWz/pTGicd0S3JSNxam73gl vXFVx8XLq6inlRYsLjOcSmKufAnGCCnSUVourpjIperTrEjRLLYZqNtSOa7NQnQ/oPtryS9u8bpI ndQVo9KjVLpWUZndRR9b73RJVFni6cRqiZf30+g8l5Z2nBLreKztKgXp6ZwSaJ159Nic+0hn5Yzh g4G27/DkAPL90t+JnvAoOLDlzbo7p9OPYO2CQKIJE1vAAQKXBuZ8y24mfORn5gLfrEc8aypqtI2H LHQngdL7qcoiHHDDyLvO5TNV8mPb5nYXQRAuroF99Bp3eDsX8xVO7JcKdGidW2/KZIWhw59CDoXT YAJahAdQmHxPeXT54gVf+ixt7vWSBY4tQM2Hz8Aj/rXswrI64TqcWX/LpoAXAS6OFG9wRc4sgKL0 Mwc9ZkMSRvQV3KUkOkobzh/6DwMJG0AELx+qzzHvvMIUfRW9g5OEYExkjXTgR8l1OhVwqJJGbn+Z fPnmbbahxFgf8g+ZKWoJD+JfFyUrhiEmClKABfShMBDH30QVNgUKDWZQbnZePPBIf1CAcv4kPgbx CzqERRUT9VZQSCdcThqnGSqREl2Azc6STKd49jXAcMmWMCHAkrhAbzkcmBoqBPyBZjnID3oKXAWx GVYvkwLqwVohn37KOARGgf0KOoDDIKKQuB91p2XHTvgA1BayBzwEGgbvw9YUuYYqgUG3EMHCT3I0 C9+Wf+qeCuoC3OBaQE4YVEmeEDYdKQoC9Yg26bGwrlDgSiiU0CuDGMqtgIhPVaiGYJQEK27hJY/7 EolB3xq5l2d5EQQpK9pDnoVyQiBVqcCNw2DMBUE09Auejo+iAABtQ5aXCjYUSrj2XkGvLuxlg15u CLw+nb0KUGEKsJ/UZDA5iFX7jxB7XXgBIi4qgo1FYgrhvopH+w9paovEw+YL036egNgumKkJT8Cv jQFnwMwCL4B0kRngdmUi4OSn50UUgKBBoCHt5vH3riiIghDWCcDQF+I4YaqERGVbL7UEPxJeYVl1 LUCXhwv1K/AO8WsJwDCLF8OnzAi41tolyN2NEUFNSZsFBR0C/ZXBGopaPYsEVXtgrkRT4RrYtujD TmREyUFBDfG4BlZFlKk3LoO6wJZ5Cd08TDENrxSEhVotw4IA+ALicEhNE3nRkL4K8L0bApHDbO1j B9SNLHsFqjv6tzBuL6qFU5YbW3nwRCLcuAQIRMof2FUE2LNoLaW5TAMINny30H8lfy0qYKTV5pEr tWKtS3KgbA2zzGbwnNRoJlMos1wLabLWeVwqaC7qHMwn8Cfl9awmEDUISW4gtgBBwOL6FFLakrRT FHK9Q9loUbCxUbdJFoUsnTv8jfZoE7TGNaWcUBCsSclMLQCappXjMYndci8CEYGHHsgKLQpKBcN7 G5JtqMl1PVzahtjO63Fqjx6hdeFUMg5p6SBO/NMXSFmbTqyEfGMwE6ZduAUc0FgmnfkMYdZ+EUsi CFjUPSQzs7/910hhiWY5Yx4ZZuGjMv6d/KWl1YQbZSs2b7cNk84RsEO3GVLFvrXl2P7T5RReqri9 bwBX7WN1VUmDhgv9Y1QMo2fgwI4k+ko7BC/UGN2mycjBy0K3w0CQu22gnJ9i+vr+rKh1lStttSbC fp8rwRaQTkPG2qQ6bKhnO4QC0g6vSWZOUnCPvs4jWskez2TNrQjGJCHsdfsPxpXaQYIwxlSaRmyf g1/aq6SVTE04H264IXi5HTITW66BITT/lbao8FUwPmvCCZvk04oMpMZz2cSlBUjzMKc2tDnoJ6E9 DloYGUKYVcZQIHxvPPQ2Ey80xDPjxcjsriSRSdaWjV4Q/xzeNLlZeQSq3b0utN57542LjOX8IUBP 8bO4QHLavJHGTgtt90vE41DrANNyzLFdl4aYaDEUGBysqS8iGuidcQS8Nk5UHaYjORi8gNid/cB5 4S6VUoLJzVVVQRh+LsReIsfeCqIbC7C5z+Vy59hlCfP4jJkyY296iJ1cb3rBwNYa3k3JESfUenXK VyES88rayVhiEHlxWJnwfBNPVzG4gEHWPVE246bei1pklZugbLjMXU6NNZffwT6kN7AVMexGFmuC N/asi5nImEPWyPyMMdpzNgzJFLAVmxSSYMWx3liAufmeMlPSbDiXjpIhMe/SuiJh+RKKOU6pPxe5 aQzgqe+BlB43K4jnx4UlEM4gF9mQsk/jbVmxjFP+eSTEh8CIYi3gQ96QbnJdKjWnr5wd9/E2Aq/4 GIbcmU21GcdOZjfnlgBeuLsaza1Ys4H5xIYw+Du3KH+OV8P/DULK2WQhK8SnM63WPy8vxubGmGpu 0FCJaWzp0tjzcU1rCNGI3bA1YU7GLP7qb8sDHOpNpNjUBH6Sv3k4PUKkRYXYv71LpuUBusm5kNWP nXVO6nkKJDxfNG9+3I5ODTTRrePAoKAJnhSAA/HcSYT9r7YIB1VDpacSK9PhqzdUmnExEeyRxtmx dP6Pyee9xumleqfb7T8kNjixJoGxL4Q/yDdH0t2x75WhzO/IW7FwoE0JEgZGjUcRnx8P98m7aRS4 mYdDKfHIjCD806h9wUTvLH7iZDGGkvDpiFFiWo+aJUoOU6CVU1aMhJeD/PxdKatquZgN0He4XEP7 FJSI+trMIeWqm02D6mTB14rHq1cfo7BlHrZZkAB/5DxDI8PxQvl6HtzHud1+LYxcUyFZBgyWsDhI dd6WQetMOm7lJbULkS3nV9gC5pH75TZACn6HIoo9pRnDCtLAIAmzpgv5vhwpOExIRSdhg2I3X+Bl XS4BFKCPRhFWgnL/1wcyCHy4DJIstMEZKpNumszDC97L7/ZIfQMlQk8tOkBpmKzE6DKGga4ryfjQ 9vf/27y/bd4MH9bsi9UOfz4XgP1NeK9OC8togmxYK/6omhOIjsxBSPGc4MUNSxdelOS3agghEMTM gaEiOy/ZjBIdfWEdWCfkXMIzMYlpGGQAlolZswBofhiK6WpVJk+WpCtJJQmgaGgVMkgWMcq/5aVb XHCqVgBKqMq8Z2jkbonCcF2U8L/NymbhBVUkG2G6AW24SykGYqCtwiMBFGk4spqbb+K/iwIUR7PU oOuCBoQb54svGr5bxeOMA/P9jfjB1AhTNI9OC3fFs0Zta0ngm0kRH1tgQx3ogBovLV++pS1bS9oy CsoHcqETcIA7C8EQDUzW+4zUAk8aEQSIKDBUnnliYeDkLfGDughullYNXhfNafFIXBfPiVGeTn3Q ZxbQsA0PEE/bQD8svGEHddKSgLC9ICE0EBUD0pZcbhKW5hD3GOYIAGAXkSv61nKg5qxZMNSqgwOk UeY6IWtaieWHy0msySB4NFSQ4ODPRpYisD2aMg3RLdZ1EmVZDgoTFG9d4lGsxM/ApQm7OPdBeoCO 7QCzRglwuG9rRMPBZB40hDYBO1Ex0IFVzZdFEyf1VePkRONwyS+BKmQQRU+36PEz8X9bxNS4sfQ6 Amyv0hfFbK8ycbr1uj0bC24IS0Fx0NQSJsTaNlnk0KpuTuvOcqQ4rZTmzlzh02xPcN0tEbXaiR5d KXzzCl/O1+n8Vt+n2J9HgRhJc8S2xJBLglggbAlMcCN93q5Nq1pYsyPrpu1dywhOXNuPDKpIcnJS 1M+SxC5DbxkmEo7GNDnIJqxusxHnUtjsbAqatZ/Tt6lLeq83CDI7UGR7C/wytYzksLj2807zGGNb n99LGEApBu6WRNRSK/nBzUhQq0HbAyqWNsk0YjQSlKMSEYw9DQV9TS4HCtj1WWecgGzpMnj7T8cA I1/wAZhpgZ/Z/SWmSrr+8l4e97tZPqgj7Zo5ZSnyBzlG+XGwN2YvI9dd2pPVvHvnyDC2t85oM+/1 yhANmCkZhTGgBWkUCXNj49UwFD3fSCONxe0JBjRTGLLFW+C8sB3zngAxvFFH8svYqLsgMjYcV4mh m4MBC+Kj6C5/yg8JM9wDXmj8n5Z5eIEkjPuKLoL6pP/4qgTgEp04ZlwepPLvWPbah8Ex1CtcqQdV XbgA8JUKLDCB8l9CCsV/oAkNcUbAMcVNbcBGtFPeVHiXpCdwqCwt9r2X6zVMnje2hNmUWJsBLgKS BznJ3v0MxgraNWD84nfLFZpOZcOjH8+D1MpEwl5uVbkrFa5E1IlRZuA5s3zRnH6Sg9luMwc659Hz 5His6PTGGSV/iVBQIeF1haeKS3CH/HET0Vf4YwbdzzI3r/1yae9x4F4yZ73I4joJrvGQvy6WAfDN dyYdx/yR/cZKLFcqyhu7jwjzy4iUvS8mcnDKEGJkEgz+O3rNQ7TIOisVvHQbXXx4qzxJh2VgeSID lSwLnX/hAnJ6gVFU5+nHFQdDCTlXOoclkJZQq3oBJDRyznUyi4f4TiFQq4S7zKKEUJdoc0O4a2U9 BGjy1PgKZNaCb73yb13pK8+eiYUrnSmpQAZh57u62UlYy1rPnD6nBrStoVzRakgmaWELOFBVK5FG mINMevtfrMIPjqgH4SeWQALHhQo1tfYztvnJCU++H0L9Bwrx9V9e5+GCcEA05ehhvL86gNX0sici 2Fe8t+AIagQ3qILgGGIHM8RtkxMWihtQ1BxwEJLMLsBL6Am1YQYGdTDzUndbbqDOahTzpeV4A8oI aETJF6RJTCcWdo/E2lz0KpomETBYvQKuLCdgpCGY+mClIJbeCgWdSw9AZeXgmVy5gw7CQ7RhHuBM p4BD5jr5L0tfBnUkl4KOTNyinwJuDa4yoUATWsELE6U0bg8KSoDJe0/eaCsPBsSW0SzJsfaqaYAp FnggDnCyPEOv8INolxYsLx8GKA1V/4A+OB9ETyNlbMK+oZjl7IIx4Zz+x0CFmo1OnaXyQHvBHOLk JF+ADAC32oEOaliWckjZ9/Xr5+YWWchUgvshkIYPQZ1sT1jv87gLdzV+7ZZurKfzIwD8OUUnYLGT 2w2ZhDx73ZvvEVseKlj3ChG+KMeg3gGstqoJJlwuKeC1bFUTVLaprF/JzBLFf75VP/aSwLKwQb0a 8867ahTLg/fiRkWgy2VGz0NGceV7K3rhn16855WFEqjLWocZP6Uul7B9uijsfJefW6rz5d8rDFlF DWORFA0VdevT715w+JC9fjpBop9exHd+SqhVjfl+uT1uv3Dmx/33qUDHQ47urzzeh/tv9+fdlfvz 5/k8//5eH78X135/f5RlVuLDDUpSu+Opfsfl+byfH38etz9KNP+5y+F//Dz+vd2eV23cbm5C/E1K 8P32eAC9/+j49gfs/K+qH9ffx/XxvNx+fx/P53+e+vO8Pwz18ud6ef4/wz4/H/urp7AOJ60aFJrN 36MqJKcnHphWWPDltwrYweAw88vjAM22jkpfV3tbhrN5JKt4T1CcVnv0tkbpx/JvNTjYr8jA6XBX I6SX+oU4y9smw1BmtTgIB5G0mRAvcY5S0Hfyw/d3XZPknbci3l2HDROTCVX4J4RckXDNyzy/g5qn MEjRDtdto71psExgq6fS0AoIFy9B6gPlFmJqR8pkYZhQZevSYRCLyXcWsvUwAZXUvcdaAKXMux95 XvdJCAvrWLM0mDgG3WJvNQgHJopzpT8shM5zoNBi6WDdJoVjI5Z4rGxIITBqKsAM4z2xE/hgFAS0 9+pSe26Z8rbMy05sQelODAuLcgX5kHxr2MJq1fnHvoxBogcIR1Q66ufuCWvB2YSwe2nGCLABuZkW Uqw7q6U4mXF1rg0avLtWzsJLCU1H25GoAw1p675leKTh7BTpFVwJ1B6oWY9CeCX/YuD28omQ8nl/ PtOGgizGkBpsZk2H1qlz2lzUozx/hc2FKUsiT491nkL7HS563UtdStCm4LzbTkjOuIhqfdNnNF7G kj2IAFK6DJ4MidS4UOAXBVWatAEr/mGfCgfHcruhiUIE+8HmGLFkxj/l2eKnR4CHNpy+am9qSyJK 9gsvH6mKdUfQcQUgXh0MWz75QbwZEXPxFLWuXcnhGwasTSO2TO73y/Lz0d1tyjYzOyzi7QCORmYZ iuGM5WTjzmIy125jgFWym7onRlZCIZPbTHgJ8p1AwbXsJQ2kowckF6UTicCCoF18s1150Ls7x56V uUzwKkWSSNtrih+RK8nU9i1Klb61vqKJ9JIUE1R2vzuUNvF/8US0GgeKLt6KOpIFom/fIcTpeeGY JBMLTWFMKzAVlwkBdpuEed2AjdDgr9FrY2HO4U/S4mOhsaymBlWUCKtbH9lmNsQiQpa2O3sEQG3z d6aPGW047pzO3GOqYiS2fDL57Cn2f6B1E83MSJCRmEUlisIsyoRIOnog/yAAwDeMHaWq5LuztD+1 L+yQlQjftVJMkIE6ZywQJU7PVCrKBBhh+qKsA6BhwJwla1CHrCCTwrKy94elh2h3is2Lb1isGf6B wyky1lnWlZFn+WQ6sISP/Du+k5ovxJJrBbfhc3W+D6qsuxfC/y21wx9LQ56+EiukkYnYAWexFJYh YQrkH5BzDP/M7vHEckgMO2PeJUEfNOQswLk7JYpsJLFi+eyY4hPjE2SN+1xTgEZvMWNAZgTGNb4W BkpHR01FSCDAcRlGxBbUfmE4D0mWACMzWwONQ3IgMLLaOLB+4e2xab2zzxiA8xChQcUCAnjI34qH GAh0LsQ7t93MBDCF1Gk5rzbXFI7B2y+9SmUG1M/B7CANf+tGF+Z7HhE4eC8+gl04NxWv2b6mqSAa ABXiId6xxqpQITT4YKTgJjCTstVA9MaOthLUw9x2q9L0+PdudnsEc/u51EA44y0WRuhcJyZQIFKT 5PgPC/wdkM0vAVw56T3XxPdVbr85MXk55gQvvpqVpcrDYfK9BcYOgjbQJtZpXAG3QVMgeBFjnJCE ATUAAoZpgvLdApIhKIZlmGZhZDtedX+shjCgIvaFNgfc1ZeFo/hnsaqs+/jm9EcuMVLDADStFzIG w7CUXA09ygNqOeir0YWKmK+KCGkgyAPn3fvC0wbQhOCB/gJy10m44YEn4TteFyZIBkUhmEjDMsCm qJN2AsuwVy9mbGD5wF6/A/khJ2FklYKHBLqoJDjOWKhr04536Md/QhfM2bzDpAJJoZElxwG4UTJC AEEqmxos1G0QcsOBIgX0Qz2BUAFN0xBi+q1Ag/c6BayRitJKMRVuPwldWOF+hMLvplFtAoWAVrUW kKaOQ9UkZP9KigtIB0OVYY/OoMyA3KBEVIXBIzwwD3bl2eDlhrGq6rXecUiv2kxUAFqehYLJ3ixt u+MY6AAYhnAFixWIALnrBs1yUyfaU0qe/L1APAMGQuKELK9wPIBk3ZWnpuW6CHvEClwNk3MphC0U M3DSgDsGUbpdIaJiRqGZHtZIyLbV22DSFxY4rspVBqUO2UBjjwQPBhrC37ChX8yhxjBcpKLQAf6Y MNdQuX4D/lndGBgv8oDRr32nHkpEnqxMCeTuNokoIMDIDDsFxQWumrlJJNb+RMURlgawRC13M5rQ G46mZjhkFIJtsobjqJBO7CvxUIt/RQZK9kNQDEKMGA3OCBYMz4l2YPsAgfBLKiVZRxxF4Ql/fW5l eNTj2kDMANs6bSFUYIs+FM8yq4pturvFA6NAs3H1bEClVRMOTzeBXoG4Rc4MNNaHhPZrjMI0N6DY 0rUZ4HAKRtcWCLC78JNZ1oqVNQOyuhqbELz20g8eow3axYAk0GYGF7FvjyntTGjYt18fvTtbJB0/ 0oiUHW6FfzBRTAeQxAbcyk2dxLIqXyLl0NaQNqE2tQBaobxQl2JNKNMzFFP8mmmFl4y2p1dTdIXH nJzB2sKOkJlgmtSH9Uhla1CMmIJHmwakL+oM11M7RolLMNO2JsNqZnwXPcXi0kp4TJj0E1XKrdiz AiY14OuwwAr/GCZtSdQ1WNRC6KTdF09igCFTn8X/io62bpIZBKNHK14UonWPx7VKYrnBDH54pxuq jBqnGxuGWBCRWPEkvZGnAmg+YHJy1C42H5FWXAz3POuoAfxHGw6ACGo3yLS6WcWCHixuS+vCnHRr UlPOyP86iVcXinK9jdu3YbLJdrJlCpLAjAfs7l15+ncrVU9c7RVab4OQvb6UOmDnZV3hffMojF4C CajSJquGFXuJUdWG0ygxOSaO1cEqdMEE2SvGWCNFdtKpVgeGI8aJKZUmGGrxUNjiqviiMR0ViSKO TbKtPPOGidSyScCIQDOoLzmu2EMqWoi+pzSwEeuxwjBqFgnMBmIRr9xpeWa6oY2rxTaEPNrmQHN8 H3ez339CgnHEZpu4MNhwjInA4GDS8j0zJm3EOENgkWGzZmuGtw/kih4GrK+zadGY9UKH2b4VSfSl vxmWKHOj9n1sKyQABCm7LlLZfHhhM2cTgdlZMmz6psZ15mnJJTqU6YJIjapkAoBk9EIG2Tm+hDqG 99ZCxnRmcOindygwq4NBwxWzk7lj6A+0zCMK2s4156fkELG4A/dC730JZ4OncTzdopCrrvQXK/jX MnOqJsTddCfK3UaoShXRMC6HrbHpjSXPJX9q6q3Issov5Y6N4wXB41uVNcbNzxOHCHA9wODcgc5k wk4hAnkufGS/IWGQ/sqez0UeIF8YZMWVNwRuVu8z8oe5X0PcXT3l0xtQDtHUf4ieXHkOjzFgOk88 IAIDOxM/wKnPw1+u0357M8XWBWdHFq6noZpOK+NO2bP7n2pT8zsC28lAdRWEUQq1zOAKmbRwKtoZ CZUVgiFgiZK7Bp3bj3F5gJ1Z5mXmj+Intwx9u7OlDFWgLWMt1MEXEf59lk7mdjwlQVjEswtp7dCx oBKYIxfY0F6+j0HmBykNwB/kHqogYdQIQvwU8+1Y9HiCc67ak3L/YiUeKvuAojojKVXzxdYtmALC wwtTuZ1vSEDAAo3LrzoPaojRL+faxIxry0/HhrxU3n2eKpiBH9/kzRuysCfAmZ+ui9Aa0qmQy2vu POnte+RZj0AtckR2VGDFvLAAY8UYkBnseq/6AZlR8duXKARDCbU4X4/6Gg7/4XLKz1TJoGImvUEs 2EB/wbKoDN+p+/zy+E425PrqIIEM2bWQ3KwOQ5jy1LyFY4UuBxknkBZWsDBAVaaufFs1JxQ6OALo 3Bb2pYCEnGKdAAimiITj/xJ0g216VZ1SIv6CTtVDCPFTG0E9BzQG+ADrog0mtq+6ApLQD5SA7aht otgveBBABcIqYdi9pe5WfNhFCJh5PG7Bl2USg49V9L19V9Si8g6SbMs69rzSFtDKXtXnNXkmCClV lJDVaRwV4zVyNYYvFdaA7BkEcBIZuBP0hx+qPRD7ZhjR3jZ4pWlDOVqXaJtMYLyVh9yryjwEeq8e xYBCt4pUxBkwN4TMbbpDvvc79nZA+PfuJkChrous5qmioPTK5XG5ePefIiAKPtzIko/IDytXpQJz ex7m8wCGNjhcgVFbRNVecY/04kA//wLZzp40QJNnnSoZUSEXVTHQCeBWSgRo3uQ+EPlzUz8D1g19 D/p+XF0HeAPU0adWC8j5dv5P1ZZzLxcMDVbOYiTgv4rOKAjyfJxA08qflHcNPw8v9/P6+M8vJ8g3 EPtem+aI4KqFcdMISB7EKiyh+sTpUTVpGG4zXEWRb1Vr1PCAGJeVLUv8jwEHrUKqzbDJrJYM6Sy1 e3+9ffV0eHKvCPSqxB/vPYQo92xFsCGHlkPIbtCfoi5b05EioQeUHbl+JXNWBGEx98SgtywKR7UU r5Z84RTrnWppuylC9K1KRxAm7ZWckMc0X28ZFDdqo4Ci+RrJtBENTz5mN6uC3M+r8oBaNSlju1vb KTUEqLF1Fy2y26Qt9TY4p7copsIYwKWjM1rkqllN4C+63hqiqNtTo9f2DSazz9l7YYTH7/eqSlM3 9KuVr24Z7aNYxwTXPI0ZlPz3dUOTAOJ1rk1r0JANxOt6DdtLABFmRwlBLuLJVC8x1cCBsW1qRqRw kp2jSKglausoAgyEogPbRezaLAbbvBe8MmZY5pQbzKB7bVGBBiwTG7He7Rs2OTFO+4udJlRutuk6 0josQQhWKoL2PMBAqSpCC5n+pk8tKKYNZpaJSmDaxMsWsDXRu7Yqhj9UWNfWbwPSiyEFbaNGG/NX p1Et09htbWd2iKK3bJ9j2B6GZ42gPUzDiKjTQDZmYcmx2psi/LkZmUWlXRwU0Cgxg5lejqeiYQxT YANugk7MRGBaUX4ZjOwuiLasJELlBtxgp5RYrLGsBNSUjACziYiswvY5lt1AeO3MtmZj8pmdYDKM sRLTJISJ6CXchZBh1QQNe2J59h4x0jswx1+DFfSxX0a+F2ojUFXD5hTH2X6EHYiroh0+YiuMtFFj Jo9F2nyz0/usNZjJZZ/0T9Zm+cquESMTx0bv7SJtuoWzrU4S8jU1LAZFGxtT18bYbMTvd+YV3mgs O4ePR5Yyb7OiWwV2blNizTJXsdT8uFoMG8m8iQLZsdf9mssqZumSoh5MBjgRBxAf6znWoQVhWeIe L4ugrrc/7H2m+8oIPOirn/wyHE7A6549O1a1N7OYsJwa7hOa2efuJ1BBSrxcjOZEVI6Wb8KLIB4O pQ7Kx3nrgH/iw5Pg3zejnuLod3guAC1/wYce8J4aXOIt4nKInBnlYbiDCxHGqKH396NG8gT53qV8 eDT/idWMQs5Jrj1+Q5V5J6jOpTX5xBD9JDsLvsLSs24zLMmDowH8nRcLK6WLJEezeX+9y2zwQb5m J3D1Oz8L78PHeDeZhXlFObCSQnM8oTwBuo2JA8RP1KA5M2uWQx6RIbnmoGsg9jSQW+rMFxcygAhT XwVvfemTyfVgfhnOt7gSmGBP1+O8vpO6lmzU1nG4KDcZLZ7AHI0CMcwN1wdcEhSV321e/FmA7Aa2 KVV4krhCxqAcPPTAH1CejsZn0kx+NnZN8eGuWX5YbMnCilsOSE0VmIXyc03PZImbOgLfCfdeKfXu +CN+8qoQBC4l83naRlFyOIVhQpOIWmv6udLBxLnXQS9/B8lp9wBkTDvI5Alb0FLpOv8LH8BMQJCO YVuvI6vjiWMRd9jBYu8xoZgCuj0H0okdnS/ALq43cQTB55B3/lNyl2/dAkloQsc3lCPaRZGFUVmI 5afTtc1AUi06gNWDIbszRkVYy5DI2EZbEw7ya6NhJrzp9HjZ0QQy1Gylx0hNYRcaupTokprQHGwU /BRmZTL8ki+eQw6Dg47m+ga7VtfZOFxtJejLizt57iFtJgBEAvo3KHmkWuav6p27TbMbY/xFm2se tLysDRKOILCjVQRw0Caspgxz8IHuQ0qDb4DSbSgmjxCCedCoYoW5Icgw45Hw4JYwvxdaWRptyCLS ASPQXggJkKfEQ+MACwpDBALCa+SAwlohcp6FiYJ8tQI/CRB6pbuHuEJHYd2LpkxrHpXAq/HJGYVe Gm9wUag5wKhWMSSUlL4yxuSnnStos3WEUXBCV/ze9Mpmdc4i6qcqeOlG5AFuDkgMJgWKSs+mxGRr Fr0hYyQVmZNfDQQjyQFKZKtVj8sRENbbCiNyQayBycHRZX9OJrMhl+juZ4nHGNcME5WpdhKK26kR vUoGhwf32ti4mUCV/O2PR2XRIlrK7cwYhga2N31YG7I69KC1xqWkmuolhBnO2wTBxD0HcC7BG5T+ qrMBkIbBlyOO74HkQeCbqGp8+o4no3UIXtnRGnMhFngAD+fHS2zaOgLlez9vyFLFnHVfLnHMfvMd VlfvQ4VsqPcUh1bKg4CoOGIGS9fvnxKzEW8qwpurAmLmcItwosU/pZe7NKm7GrI0/+LiKEx/jY5N 9wwgHJQ9gp9wEnx7UluUBYrnBlrbqZ+mh+5cxsmmj6y0Jw1mPcxonUhn1Xpz2uyZLyJnwYv3zQ6m e9cNX7OUBJ1dvM+HZNLC1xgmNJgOg+hCw7OIrWdtTodacopAqY/S7ZwO0H4FecInjR4zDN8fOcA+ hY4bXAumB2pSF4akM5/13NDAokbbwC1ulEAPbXW9iYPMlhloYacbkRNxbkN0imPEwD++GTAXNghx o1zKc6ZgaQyTD6TWcCqlPdFLplJg+sAoZSx09LUXIKN53KTZSl6YbDuMVOkImCu+ssHPFtB8+Z3G S881NdM8dn8tCYn1iUiWQKBl2dE2EdOy9o5Uix2fK85V/3apdnFdTAwIexq9kJN3RGWH4L3vPBIR JtcihDgLwgrputEVB+AJDIXabfOzfX/2bEPHkobO/LC0xiBAU0CxOahhylNQhrJ9dYxMzbqbzq9B w6+g0Ps3IDp66Cb7iIkq39uWZ/4ke88ktBTbXs0TwfDOL6vKupnJpVisG6RUXwhPte1Z8+8Ry8Se TjGCy214bYyzPcLgtVyW/JwsoT6wjg7FbesfWybDHPNmjVEvas0TvATZveJzfnffouAL6UrjU7ci W7QVgttP0aa8VRSO6re20JtONqca8aYDRV3w9Nt6t5knus46kW2WZMdhPGfuDCyujb2VGWT3EHKS 5K9h5ouB0x5uzpJY2iwbcuugcxyuoNNiVAokrrq3QH+6r2G0NgwEJ+2SFlKjb4osvxZMlkmjw4IE HmcFJHQ9e12SNtyoQp0pIqxEISkYWWT4WYMrNojxJlotE5JrMgyZHhJiNjQrm5jPivAvX2mkqKkc MzqxY5gdBLaawfFQIix9U1WGQj2Z7yS01ZJ6wcSJzbmn1c97LROAmmMKMsx4fkLbTBRt6cwjdh2N MXiIJZ4G7o+HQKqP45SVOpKXVSCAewZ4gFbyUjPxy3sJVgCUh9XvZCvxDfmxLnNIz0yw/Qf/VxpZ MQHOnsxtSdDwCY5JiTHKB+QowxskuJSkU4I35xbEUgqZ54JsuZPzTNAE7Iu/F6SIHABNtXChGFAm sBbwGX7SoXJwF5BOjhIYD+IHN+HYdx3c4FVfsgehjfCDUmmnr1JDJ6GJM1gZ2JJ2IAyw2nnNG7yq jidLP+wWFFymrzKsboFJGkPvYzKgi5HGFoDn5JtJL7yHg8C+Q/YCOAGfspyqii/hdFu1Z0hO1AWV GKBENfhpMBM3cgYLVsUq1RWQoQXJioDZmxeKlb53h+jpxTc1Ai2RnlSlYGBTlfwhgcgOwYHYcHFL MO4iQuTWwhMh8xCwcE9goB6ASBCo8KVJxfIdrHMAXQmaEsFqP+DU8HwGPaG7jNnSaeXBKpXQC8HK rrwOegnkxBZwZgm1SgerYatqwf7nof5tQCtxMPVgyBsQTSUDTZkTiKUK1VzgcmBD1kKxevGdbgF0 19Nt5za9+gOlC3nTh3exSR01Ie6TaItsoDGwznSr8ADFDcPrCuRTtVrFdA1MfyoVA6b0UiPD5Goy eIMbJl7D6XrLqvF6NEi5irUGpXaEVNKQUC2AdCVBm1OFHaoDrKiFN99hTVW11TPeQ7CNC8HQ1HJZ pfMCbcvWrEKGBggyVvdiMt8DlM2didcBGW12IIWGEdpaoiwU2QR7eZ2iEXjgHXNGgskaK30aUQiV Q0csw9a9ky/AMYxD7d9QTdwAmLnl7hcQP1C4lFILtjq0YdAwJZGvRq+lYgDxDujlNkT6tnTKZMyU Ac8tMcTcgUX7e48lyeRZD6DvEqGJNHJkjVoa+GPikEGAA8NB2ebV+AQXvnHehCr/XIq0V/sF3h4O j+P5ASb5vraiB7gXRlBaxIhm+SfAV9j3cfewWGTYnvYPWGvIbly4KL08Y7nL8CR45fECigGMBEvJ DdoEOP4DaDbjxEPDFlBJ0ciReV2paZTA0uWWP7wUEeYNMyeYGsRd1T9MIhz7+tCGHOlgcDWcrSl5 xTdaBaoL2qVGCmY1Vfvj477FW/M5C9t0eYAcBuXTZM1fS5LAqIVu1JDfXXNrQd22FSExJ/D2ioEQ giqZYLVuXQHVuu8qaZ9SsKYLzdAPpKiMZ0WkxWvA1Joiw2YjRUhPlgm7/bkrfRBa2aKgD+O2o06l B1vZV6AnUFVeJnzVFauiQKG7BCICZRtgqJo1l64rQFSwxnsBiEb50mGZ4kfpGUJfbKhwEkPQ7IK/ EfXghr8rpyAYRndqGRhoX3EeoV0hmtLekGHTB30Fz+0vcL/2Cqiglm0xybcjKVaZuVTyBVG0ncTR JF91XoQWdSssq+BMwS4iSWo00V+qFPa+tx4HfS2eJYKHbal8xyIC5AWDbIz2Qsm5wMNKjOByQWHA Jg3vX3jbTrWWqoi0vOwD9jFQn9i67VSZIRWGMWWMXCPz8ADYIZb4aezsz/BkUoE+OLCA57uNhjpX /gYTgiv7FmAaa4rfCuuEuAKKbUwlXtu6m16yavcqMmi25iRObMezCiCLC1THwbYaCOwUBqDSTwBt icxslaK3XlMCW4SfTk62fQ0aC90CpQLuCltighxgroUiKiKOkNiyXDt8Av7enZlBbBJNmehQFSF4 NzDmTlKdywMXu/ZJFx8bxFBCTALIVMpGA5Oog/tUTXVaDEuNC315YtITEKBxlhSr21wIuh/8RVVg TAQBZFDY3HuSqRPyFaJYGNow/ZWHFy7HetElE46NBccswxz+rywV/pcOMXEEXyiTwHRkt49J5Hpp j517EiPwKxsIGhmgnYWfXVe9XsCRjlm1zDNEYC7PFKPdNyAqhCFUMTyTTcqiMFBMyI/IQBvA7WWs 5eAUedEwfImLinm+Dxnm2ckrdsQp/Jl9TcamwcmOgK+pS9NNAG2LSKvoDnH2A9MU9YZlsdXJgAa+ f8CD8/JrTkp4tCmbPwRUv8VFyjrQAX6zN5OHZnqMULwaPLMsqRkDbOnIcA7sz5vidKDNY9WXEB3A MmTD2w0WqshZ40gxl4cBTQaJI1QayF9ingescbWUUPAFrz4OY0huZuyDXRw/Fh7TNGch0x28wPck gHm5fAp0lveosl+OB7eF/yKtulRMNLutOa4/PlleeL6loihwUdRBAvSqCXMJXOZccC/4QR5lpgMi svITXSb23++70L3gVx4B7948SBwKl8j94olAYnM1fCxJUEoeH8BbJnloQRCcG+5LKMFAJfJUJ1HQ SLuSk8bpcLUHte2K7sqTCnLLHeTtQMUCAGAX+MAd1rIhhGNxp/NVjGMLcswL6XA5NJqjgeI8eg/u N50Q1lT4MG/OKOo1jub0r3Tnnrgz/jmCebgGEfCciwquLKoBXOV0hbnhMrggL88o/UWJTDNXXylJ JDscxRwMLokFUewHyUGrv7l0TSnglOveikAsHUPwfAulR3eYaDCsA5thVQCcXCecmd4/PtWCUMPB naQCDxCMBAUtwQVL/uO29E2OUt54DhzOzTB5gbzKZhQQjWYQBNJguOH4Rq40vabynwNp0cMRw65m GqKel1+QyFf5rfnxSX4IPFzG/RMaEiDrlaa0iC+pWHTEMLrJHVDiuHAIeyNF8ck1KAFisASRZryJ T0hzzNHra8MjHQZVvY6JAljY7qI/LRBf2ZRHqFvj/lRoOuAjnCFueHZdWhdkLC0qnTjycUceeM62 xcTTnIETrtaIlZTjW6o2fRXn/U2IzOVABCGNgMDYKGeR547wvG9kYBgZCYzybxNkCBYDaQsmhF2H sEE7wZlG9JpEzwdQQ3jBnB3ArxjxpAcHoFb+Qh2UXtHnRmAokQvCBgIAK0hrSbJWU1CD/8I9wB2+ 0rg2YbIuD27mF+S3xPyDt5zuUN+4AYwmpG4In661Ml0DGcrgM9UB2n5op9mhYnDNWMIfNAODgc8Y sdbMyOAiwIfSFyPUL9oaCLXMaUM3RBVJPAimltkMTjGcMOeBeSswjgt+xgQQtZcIYjbtVxowIJGK QJbLgcF4BqEH9oYqpyGRZzpUO4il1SlpIhSMB0Am89Uh8Y93DpYVr857OcYQbQg+Vrsf5BVfZyAw 4MBw5UQmqbqVZRagNRq3EIKL9YltFXUw/1RlcxaTIbRSfxsvsvysxATxIUQm1wQibqbFVGnFixRV d1HctNzxliHoyUQ0KkxIrDwWqoV0TEjzogRRCDIdHgsaLw2bXksIKU0NDhY/wLhHjL7LpNENdJcJ RTg4VH/0Sdx+qQydqXNdD8aFgGqsJjB6mv/IrV/Mt3FZqt8Vu6g6DXXs1bq4UQIwobIK3txFKWFm 9SKscVCX6Qno1rZfQkrp6flWL4bRIiLW6eXkqb4aqhxTzAhOI/E4qhUzX6TAWwn8AwN8MyMWUCiT 2yr+Yb0on9Ksz46T3HpWSAFIG4nuFcjTPs4H69EhHVNp7Y/lg/MYTPulxdBaWZnWdnnatHLbYvuE oOPsUK0ZVhWIlWWhLyvL+m/x0ULtajRSqsk5GltOYkobN52TJds+G2jbhqbacLoxNZgmTI0wmcTf BnTNZIgyrdsAM0iMY2yJVJfFkd6HE2O+1e2vtpouDKQzmxLRMrsosWzZIqnNeoSCWFvSBK9hkRAS JI7fJ/8vEEMStNaEGmHmTBquh+hjMhotc6ZEEA+ci28OZ825KGNh+brVA23rzISB+OxP9rzCiCWc Wr0z5x6kj5jDJburIY+B7VNZdfb0OcHigxdlGhRpY/gkXeouh8wTEz8NGKhoz5i9tz1DiBMTLG4o OCzdHtQ+3j6HS1WRsf59Edn+m28E1WN1JkOnTUZujd1m5lIvR7CDG3G54rqhG53DEqMk1YWkSZXM kBls3xZI8KBk76xBe4J9NDuQnZHFKsJYknaiwTTRFnuSaduT1mw7oWbbrpnuhFhUWMRigFOC13Lz s/3assAGasz4iWCKRujBJ0uVxaJXJqhx/U0hwCJqNiNHiAbzWYJEbiYKxw2inTs9Y0KaAxtdTkHm 2Ux5K8Z+uTmN3OnI3YzO9k1CY5lbbskwbpezURDDn9YOcylbrq0/5eUnBpnOVd6B2eebMPqTKA82 FDaKR3P1CnOPiU8RMM6GNj5K9nnVfuo6aJoGmJnLdJgFQhoKeVBZ2IE6N1qQSawVnObN5qEU2BXs qtlNyYrZaaLat5wEIZIJzEw5R6nB4xDBTLcyM7CHRI8RYohNVjd7giNp+gxfg9zr3AtFNflxDCED VhdCQ5M5Ymg/lbYAF+i7VKDyw6S/9pP7XW4Td5uXUR5E6Wy8y1LjmF4lE40vK0ucs77nR8s640AB l/masBHuaQU76IWSWzzFteNxlwjDcxzOlzbG+rUw/QwwLlNJ3z6U9cTFMkfWtUwzi1maWam/+doc UiVecsiRakyeY99O+hmDsGy9Mq8BcQAX9EsEN6BBpIFuCIfWQtkhZpxGkDAIA45XpmvYR7AenA3k HyzDCa+TvgWESkIE3snjhHg44g3DGTiiDN7e58V/7+Ru4LZfoIP6qbwq7AmSAugALwBUQkVgULrX W+CPuzrCDOgPnAFjgEA72wsRB0+ZhAGuPHUBboNctAULLYsSMgGnhM/CA8Ofg5Wc7geMgGMVpahn qcLQZoh4pXR76xmgSWpo4HYIKpgzxAvQC/2TuAk6g1iGPYb9Adyc4g+0QRMkIJQbrgQ1xi6ZmuZE 1QIN7pR7CCiDw8OBAZ7Ao1KOA6XlzMo+1azOAYkSO9UN9pZCma3gwMlPntoSIM3Q9fJgcf0KQvei Q5C6RuCWvtBBpYyP3mIW7F6CNFRQR4BCIQDADkw0VLZ2UGfgXh3opW/grSl0oRiC4YdeXXaXu1+9 fdCt31BSSb+h98pN3KtjIKyhLsQZ8AlTLIF5e4d+Aji98dAAjDSIUhZ2kZTA6NJV8TmaC6N4nyPw HPb56g7fEBmaZo5c1kCwtOdCegGdeDVBHLwfLDdxIsaEFNLaUQWFPUCdg5hLt/WCSYEGskpeTFa3 VN9DJAiN0LogPrEVAaQpARJCHoJKfH1bqCiCvGVQVeAfOb4qSADriZH/gwfxHAQK6a1eMSmH84dR g86k+CrXbIQyrREf5HkX7CiRO942ARohKwFtQF9BAg33pj3p4QeBjOYCgSGu6kgcpVPDpoms4A6J hNApR4C3qHoAaKv1oTXScntAxGVDaw+vf02K8f7s/5RZXYkRnEcekQZR/4qNQZ6Do7318nrDeuJJ ogptNHDMAZmSXlNxD0cPi/eiTEVLkCNlfXK5LQdBDuWpzw/g9/HhRk+Ka8jM/lcWfYnWwO1yzFVD QYQvKYce9lbOUsiVregOa81VCHmiXPa7X/xJkILdyZ9vDdMDJL73XRYxtO5JCWnBPAg/TQRd7Kle nqjzeOnUifABfU51xForyO8eo4jKIC7qJBe5SNuEJJOfUWytebng7gQsn3aPT0uMfrD877BouggI 3IEHM07WaYDATh+Cfik9CghmSrNJ0h+42rrWdT/L8KcVtLr/tmQQQ5TdaBLSaikWPE+NpMC0SF6Q XBEJRarxVqSAyrIIjwD8Xt1qHqiUzibAsQ3LCY4WKAFIsoTbgvQl8wtxHZ/GVE872ftiE6qp+4yW NAZ9KwZSdEZcKe1EIE0cTUwcvRW0Vqpq0PKm7WVTW12Ws0nCEBNkUmJvarewW8Lm7APgOqw9je4r LCeltrxqNRDY9K1CN76wu1DHZk07hvxdWfRQelV/ktdS3YuX6qyYwcRw2xmxveoie/fjKICdKrBJ wPl3CHW9XPWm+nTZiGkWXw66NyiNqAlQDrstk45JgvRovjTUKYmqTxSQLXQrGFBkYmabSCjZDFE1 ojZCir+Yd1FqOxTUxW4uF13KNwsD9Mrs0LS04vZivdnrWS5TLKuDfi/RKbjPjBnY2mYNTGYYuJnZ 4GNmQnh4lnKp52xHrLZHZgPIJdYuSDYIHWOZB/Z0YDTbbc4JVb3K3eBhGyhLqzzujN42WpAs+0CI HfzELOq8HSMaxh6h8FULITysPy6wiMeDU9uPc9Iw8qyc5WcDVTHhM4sCKhUqy3Fi7QSh+8TDwQ2+ EruUOYKWkqUbNLYwVtkaEu9Lic4H0amEc0NlrLDNmS0AxlDj8qKDl7NnDgfWYDQbyNg5vnfOzvG9 wdqdMrAWsuqNO1+hY3VQEwSPI6jjemHTAuH45tyWUt+Z1r7Gb7AtbuVelpZn2D3dk9rwLTYZz/dB qXajYpVuzAbTKvNVq4OWw6Ewmy9o4hi5rEGdAMkzhMusYDOHjmEQCzOPPVBO5xowYPdgYflinFa+ inuCGljE/L2c6EDwTHbD5iCwXPknHHT+FcNy/BxeRw6E6FCwTJ4hb8KXzGpWPRkIb+Bcw9m8lTyP h8ntF3ZlhW2FZqILlaG4Zs0owHHEgedu1t6XJEDvhpDfwC/FppJesTTfNPk1+jJyDLWiFJrhlmZQ u4PPw/Qu6zVHkhMUe/lu6DP8zkeIEDVqsad5nKmvYm6lOTzGtMb8WM7GntQXpWq0rBfygDCIqJgV vJFpH87vK5JCHFqSfGEji3mu8GHhIDPO0l1wm/QaEYGRR0R0jAyXjBUtJR53ZBuWlJuGZg4g7x8/ lRORvZPza0byQIyxuE0Jb/wFwYIoDyb1XO+64kAlzKa7QePi0RTniYC2CoXw+fQeOk0kSEqesyno sTxxf6pxjTATHOxjLgKlZUfH0hjOr2nEXDHuGBb0eKGD3LLWgX+tOB31LPgltzEKdqf8WOPwIGpM V8g7qpKC5nfjdEYLxVPJmPU9M2jUPGV98LUHr7Y+E2DDSnI0SHpbOzz0YVFZyAmBErieSwzgJ0Cg vM5CYGSSi29sNVPDhY6wQQ/EpJPpjcpzbjOp8BnoiCXbEuJGQmCIc6gZn7XHOZcebjTFN3jguvvW HUwAphXhGi5hq+T23NhAy3ok8z0dRlptduvthUa4WUgIzgUnDIaFD+tVD8GhocE5w5ANMLD03fWb z/BYT3lEuVtQpFS6T+/M8mCwsnfSyYP9x4xIIYNSKhith4CREmNBbn7NRa6D+BLECuWYqhfkTfDK xwaqPz2CLCeJL5/ayJsN9SVUgoXcGTQmSvcNTifA2jVNpcgSk/LTTCxO1D5c11v/ID15+1UMXkIq 5tVWRonK1RJ5xhJAF1g8OCAoA6QJ2dMCSghS2YAAL2wJih/UtKRBGBdcEmoSrCyBUVayZ9CNOaX+ ogMTQJBeuIWzK+KLPW41Hc1I0wYq9TdU1+T6VsnugFbQB3YuUz2+Lk2OgBXAMmZV/zGZHIiDTYY/ ZSsvEGHVDNFz79Jq4akS0rJu2sg5tZHUIU1e5eRYFh4LViTfk0KZBJP5BFNqJcEaVdBCIzeIx1X7 XyvLWijISLjS5VBQK43g7wQGYro1ZyIJKsGOOS1/SZwWLdg8VL+VZfUWezK/WrE2l6FJnnHNVesB ZzSKxujXxURJworS57VaHATyiSyDsigaHuwFzGZtJGjEzRZjyYicAsGCPNwZVkpxhbYZYwoUvOfb AVMxIN1DS3eiChG4lnos1dDvbT3aTfOkDo17IguWqzNxQCpaSM8ZB54N7KY9UAj7snzJZmvSHdjb HiqoRDcRk5ZwuoVwtimxMFLIcXq+BVJiOW2bDoh7thcqLEb5YwAITu86itYeSzGZL8BO4Gb4mQf7 Gu4GjKESGDEExMDaxjNs7LVY6qLbUG1edIakgRJNsa506snCN8hug0segWvWcPIaSuz/QYlr1qKt sVLN7X1h+cUiC6h7o0o4I9b0TMz2017TZjGaX55EhpjxD10dVRBQConPHOoexFj0hDHBknBSZ5S9 eYfT/q9lt+FGO51ujKdjPmQVWWWKYq19FhO7YCHS26O6VR0xJwLuvoJ1T/y9LXLuzkCiWPYn9Lex jKmDhWU0iObbRPC2+bG72TH7KdUjM9UgGY76K8WkCmaMlQwUXMYHtiA7nPnIJLOjsjbbXLTUa7hN oTWAThONR6xMLyMzbaLbzXo553ZAu2Q1Zg1Vqot+0+Sb/dIY21hNFAGaRugNTZtTdzRjJrDvPG7L UPqLLiZqOitYsPsh+Jk7rdOxhAtr25nNMBCPtcTONSjilt2iBU+iy/6L7Ey8sVxiV3AfQXJ+rZB6 U2Y6EmPGll/T23YoqxvBhXVa71XPrpES8i0jNomFY4yUSpKN8gSLWHhVZYGJZKoYjom37IxpdFb4 ueWH0463sLJYAix29PtA1IKDvSIE9kg4TaYDeLGX8+JQXhf01ctxhrJUqC5QbS2lWjQahS0Niyyh Z7a9Z1n3LCERJeytIhjQg/6RhuPFmkVJPE+T64XiRKRuUURcabVZIO3/mRmUavNBThlDJiWhN+ku FC8gEhYyOQkx1pduPSTjAjWpaLPUmpj/nCZL1740patWGMosEeZ9y6XREPu1GwSnTOJkWnsCBVMx p6G2Y+Gf0eYFkUe2IPExPl1lzLJULXRWKHcyoDWzlsrhspIHvhNtjLMlQZEeAl1GU3LKE7QKtOc2 kq+8sFlCxhkDmbtpxd5hZFDaY/Lp0hteuNJNmnx3ur/jq3Nwld/lah4n5viTGBM/bed2JR8Mnlhj qv2PEcBk8kA/4mPpAKSHBCEHRzCIP+cWrMdfXr8zJjnEXK33Q8u3sXHZOgrXSVgZZWUtkXkGXDa2 lrGFa2a15RC3dspDzXMve4vLqBHquY9mKPfWHkUmOLJ5f6Wr2cjah8C+VEgIvi/jaQlHzQiGJEid pR2X0+jl6Xkq8KdJ4d9pQWQN1k8YD0YR7m4sWOcnH111a99RItCmqIE6euanLCu5TOHdEA4oD19Y jWVYgqiAvwgy004ry3ZT6xXYApbA6d7ZVwcdYZf3a7hl3sIpgJMwyzAIdSTMPq/7SxX34ArYqbw/ ae2FKRzLr8yoJcJJBxuF+fsvvKLX4QX9dQY/CKi8dOEE5AQ7+MJTwhP7eQsYBQVPk3AGeIk44BW0 pUS4kJMiIzK+SK3kxHNSWPrnFKMmgd0Ax4b3SDSVU/nzdVaSs6xmXcuzNRdlDkOFIesEXBdwGTCq ajXAm2ISRD0sq8S1khjLGwcGVpEV+jJvNtwE3uCI4gB6ruVPGF6Z8tVfDawrWboMe9g44Dc6gb+l iRp6YwnIKd92XuUWajs5ykbToQHfgxRVrpCb60GMPG7LM/dgT5Wf3FfeIgjiBmnBMb8ApSHdlWq/ w7tMpYISQgnxm1jArLAoBFxtDfp/cMRQOFi0y0HGsOvSnskrVCNsFrYJA69UC4Fwsd4TJzirLNUa A4MBQw0KWnY6PAKqptKGqyFjgDjYqaxpWcoYpqAKdHeQvRcACbfvKwBfpVLwBKM6agAenAaheAYb aH48iF9oFGh7gigbZID4HahM5rWgPne4JTqgmIpDi3tohJyFpQs6QGwnrxyGDhH2e5VA4Icytb27 EEgO1ZYxDU+EKdaPdyPqyQsVS6iGanbKAgVau2gOt8J/ZcH7T7p3gRqp68Itx6ckd3C0wRp7ueYh 2iXBhy6rO3L3oPZ/z6qKXO6FInwHfjRMMClQVJWV0NawYGhibBHgOD6CE73rz1w0tP0WVA+Jc7rh /9N0J4iN5DoWRffR5XmQZVu2PGT97v2vrM99yp+V5ZRDESQIAiDwCCLglerMEg2wPQg7THV/Q/PM 4kmVjzLiE7sOSWggAX37JV12W0gRDJ56dN0K8PX5/MkOTMB6saG5gTx6xJ9v4kwhhzADJRkIounP bzsd/pLSlKUxl3m8cw3y5515sJkSeOsdiu0b0WxHMNyv2kz56QQK4TalAmltuFQ646tqOW02wFG/ 2vUaShzGuw2VDVZeLg21XVEVHRsMZr408uyWMiYkJzNIxrRSyVw2xqwFqhvnDzp1bEASZfEZXRPu 8rQ7bpPhkvqu23YQnKToYWQbLhVmEFCSvntcI6W2d+Sk1sYVOHI7TTO5MbazBuZ9/dk8CKcOpw/x Zc/RifKh3L3qwl4k6dZPRZstUqxxBZdoaAdVZHuC4EGpiYfE48SAKWaaoVP2K5Hy8s2x0Wx58Qc6 bkGj3dblYFv2EjCefZBszBCxbIZguQFWS1/PzDtNRd39ahHhTbXhK0Sx7jKPHmmZs4KESodglW3H 08zXzOUIlM6TtNTO2Ti+e+Vc4ZYIha/L8dgX4cZ5nOV883xCEC27wjcBUGHSMkPAyIsEOezho5WP VjtFT0OGpaajpIWUX2uV4p5avivl1TuDLSKsvUCpjHFXZV7nCFlVrRxFXBXSy6ng/vHRfLTKW3B5 fT4aCV/OoKI3mEvTeg4vFvlyfTkcliAgnCWdvyvnpnxjdxk4H1h42N3yLQqvi9oEAFBB9OW78Szy 7Z/u5IPqlyPESRQxaAueJmuFg1EAVNGGN44inzfeFkbn1JZGG1bI2ZCUBU/lUxYjaEqmlgyQUvmU Heg1Z+FLfCLeLBexopr5txJFMHhBIX8FNYEbpeU4EZmTWag+b7PYX0xiXoxzz/Ifw/oCcSFBOc+8 E3xZZI+PVQfN/dWmPD7/dGLRtFYTThhQLzmQGzdnQpgcesCVewcKhXPHmRxmkqAJQZMkXhfjc4zg KoaEgFfQ00RAJSC0pVwAUIgQyAn3BLa98wqFq+Qgko0VKMeESpK62UhIsInBcFfywN2CVbyktIWy XLK8ci5xTxBLLhATcC1E9aIXA+UB8iu1UqAtUyI3G/eTZRi3uiJGKyoigwX09Zx7SQrTrBWiCbNN Wzuo6yGagA8EOES37RePo9JbX5uCixsfuCNMXmKnx4m9Nn2r3TzMEjk4cNok9u2CGHXRBAwgH764 zD8irIoUPWQToEAL9NKGfHY6AtVwV7ELzenlR2bUWExY+x5c485NkDuHGIQ21Lbc/gLQjS7oFbfN tCx+80wAgARmwARCeBHA1ZyzTTE9W1DP1Jkh7RhyCIN51H8BcsczvL4QMk9ushGNgiBSESh9c0bL jJ7Q0gPPXici9GW42+3EjwylX3onJ7p3Z2miQlLPJR0dECUTnqrwNU6JfwuHV3+Z3qm4MlyrCKNN jJC9bigMB8iCldIy+n4ZX3ohZgsNAiaxFOLiELAgrfRJFqdvKvQ7cHFgMXEG1bodWQXZUjT9Uxpq d9/ev3oLWOE2PsoSDwkPgpOtyrDpCwIK47wKAhB4l0YvI7OcN2Cpt+xBKUGn/e8brYHdmK2C2P4N GIV03gCBy+DaZ7irD5qCet4oaww0dR0wCIwNLjYyAGpZrIHM15CHuguldl9pZOzVkzf/aSYOeRmZ 4XSKoDwrDCwnOLgxnBWA4DY9O9ENVXC71ht+OGhGlC2aMUL2ThX4LeZGlAnN4ob6upsxZXNm0GC8 LroNrt3bBxUNCEHxlK9LIIb1dr/6E4aAt4ZQcnI5k+HSZsMLDAMtL/xkXbJhRe7oQX2FuDGT1Em8 lHqHaI+jTKM0LoxU7G9Yxjw5IGEgWfeEDwI5yXcCAH0lP42Toc6uUlmGg4Sv1EAta1WJHS0xBklL ElzFkhBAQqt1lwWdommKRk8GNRze7rIJzCzjT9mzvMAMtPW3FaTlCD3XtFUfCNAXkdsx9qkru9QD d4+M/NNNW7FGCJdjovvEHvYPg0bBGIjqFQmEWyOoQtdmPlPmovfABzaiGfVXZGxUmduQqOAqjK3c ficLgouGfGfrUdazflr0cYCBrgurNuZ7wDJA3d1JK2aoG9vUh1UgA6FM1gKWqtJJoYUIyHBhvqC7 larTOlrI0ndDhryhERtzGdtYCvwzdTEkJMHI8MoAZQ37mgwwiexco7BTYmhB3CZap7jXdrAFxGDd 7ZVtARFzSRpWuEdvktKGA0yRFxiQHWehmAz9ZltxzCxbyJq3Jg4P2mwtOzDb1RKAz9kAw45hoV0M yJB+X0W+a4mgv0Q5282APD28G6TG417vOLYZmrG2521QjSKe8zcgwJq17uKpJhLA0pir+JSl0jAy PFZrLKYPfjRA4vaaLjFalVnQGDFGOTC4VaUXkdtosDrkBpgKC0vifs+TMfOZzQAWyFKupvHw2xL2 reCmCsxSC8mXRdytrTXJC45YBS1D1m1wMce4ha/1sn1bKAQ/hDOQWxsQZLcak1yzysCseBf8u0FS vHseYnRncK1i/iaFcPgWevfli1Gs5D4fpuNOrVd+D0qlmD4prtta9erVvTl7E20rdUxOMs2AprRt KMlnzXuMXLlsWlr6WsTLN0Al5zhwTysn84UnltEkk1bWoeHbzlYCDTvn5piOIEkczmcINWN8+BXh bmYq4lsR0rucyL1BkmFkxGKK0fnSCtUWbwflEvP2WzWfiwDmRbtLZhwxlCsHKW5RCRKgcQTco4DY vi4vPhMRKt6cCz02RprYwmzi2qVKNjk/JijZyMixUNaaWnK9ZZQEknZJ+taUFkdE8nXxySittagF wMoRIEiG6XdKbZCbKgMhMWxjhM/TMw0KczHURkzyTUGulc6sHro2euaurIBcssVGpMnMaSEHBC/c qU8fLT8+W9oYgryRBUFZjZZ1UmH5tj751TYBiqzUyJGejvq6as2q6EerADX3Vc3XsNULoE6Vm5K2 CKhVK1E7GqbFcCzDuk/gDIQrG12Li9jtTgdUrE+jbLIZVNDPiosxdFxMZZpEHIGQlFPkEgNcuoeR wmU71lp2gov+JMGZON6v3n3gkQKIjIVgEIFK4d2kAgQwsHqrggXCE/TBdMktWB6FcUVPURZrmOwC QlHFmSwGcGPAbEKKizKp6oiSshiooNsdMuaAi4gLkENF7hgy2o3+4wlcOtQXsEc4OdS0NYibM6lH g01KOat8bnzQtJCF/W0bSK/A0t566A8GlYQFLCXgpsWsxR0sEpBS5zKsmQxBNHKKBwGKLI0v8pu5 8O4JY1wcMGbL3IB3FpXCQksIJ+C9HQnQhSYHyF0v2gyB1xAQUIdAVYFPhg6zir6xAyofxaYMEOEx tzFxTx9smRBFB5KXIt/Cwq6RZf9gIINGzJNdFk9QLZrDEVrHNOQdG5rJ0JOa5E1BBc6duhbBw9oj F9TUAXBk6g7c9PICkRCR78swEYRXATjehvLBHhDTewyb0HAad5aIKx0Ta8Ut+jVyDGetyY/JRr7E e+tl8DsUwstBlfAkhwJLwmxEimHHJtbVVTFL8c6CIFYAlz7MIOufa2HsgzUY1Y7A9+oHJ5E7Tg48 svMVX0KEEG0OeFAZ53hGItAAloFGA3aYqc5wg3JALYbuedjX5zNwHeXFMqXNS/NrR0W6fwiMIQjv etckkEU5A7Os8ggm0LxCH8fPm1xgUUA1Stp7eQL+lP4IGJ+YlWkMYL1g5mB4r1VNgPQg/7Djz2UX eu0hIQcEV3sAb5UEgNiqXK6lbJe2oD2agakZt1FD/6VKVnzGV3BCIqxjIK35Bq37KaEvtVAAdlA5 KEuioiktAdGjgW+KQsg4/HxRZFyyrPrSUCpFqr0Hj0adPiowH46G1WAnAwVLAtB+8nSkYkKQSRRE tC0DICbSIXBAKcjed7S2bwAf821p3HC5lxK/pcJKeZdQzjSVqOnVchWdePGUqSIqXgyHyUvO38Dw uDx873OErAbJhn9WywWaiW5Js/JGz18qBIFLK4JSyjRKgyzdgRKIP9jOy8vcKnMVjPoCm5ZeLeVV OvEZhKwiR3CtyiSnjz+r4J0gh9B6lGS9voZgdy4ADlua7uubO8sblMfeZBEJhH3I8T0/D448dJrB hLXvUC3t6ptUZyPgu7cJ+h2Vipl4+yNQvZsShB5xj+mAKyJPDjAmAanBkiB6mb2YWae4SWzg225V iV2JCS2+KnuC5s8fJCjlbe/m8Fp5kxfFf+C2oGUA77fKIz/1Wwr2dxVoPIhLcNQy3CWVQ1YVttD+ l2rV73gFL8crBxeguOVFw12lDX8HR5sRSK2vHRP4Bps7EqDCDrGpFI8BmDtYrv0ZU7j8ZZMuER3o L4sdPb+htQqmmC+8dY5A4xot2dvWj688p545P9A0l1Ff6XJie/ySRP0C5Sc8IOJ2OLAIRY0FWF+h dSNDnd2OsOeYaS8ky0GXgcwSvhEP/NUCUNZwSR2JauvHZk3Puwaj7pQH3Boo7BBIKc3StmXyJ9O2 I1ppVBAKrE7WkncSDtTuTQUohfwHW8v0dj+YV1OZfjYlSJeJxnH2yqjJThsjlBSxwdO+aS+HsFG1 QFRa1YJBotltecfY0cGc1j5E2AWkWTSRvsp+rqltGrYl4YZ233xjWTS3WMHCtCvGgOM0WmsBJFUK d5te1r7sUED/NhCZX3B41WA0hdVVF2kUNUpHLQ0qaJUI7xfygNb2Ca2ALZQXC23362wfkNlj5jXD +rFeGkaABf6RfXR/dqByy6D+lmtBX/5pW6K5yp134iYz04Zh43LdseKG0FasNcL6mQXLymu5pTZ/ AgdYCMOMvDZND97R07JoEeMqMKC535V2sSZvHQvgyjMv3OiZnIaciuA+yL+XLFjeWh2sZzZUrKgq OefIRzsaOLDWFD7Xju9bmrXFl7NSFEVb5/PcDCU2wtt5+7xBqJNfTZWuo11FDus5ENxwtKxf7gXH LdLv9GmciG9ND0yM2uZwCJn8FwtucVaedKtK6Lm0CwzkrTwqA2uwhVEaLHTltAvrQhEjsc1sAFBg GafRysUHNfAScWWDiEQ448mOvzieX1krfD5LfO+FEWbdCSkArHw0obtWCouOoDL+DNeYux7aHA7v YZ6i+GHlnTnTolQPqaCy2BlRBsZPMKV68rh6eWYt/LnvRDHIyK1fUqjqy/YExCDG2B8BCj+RiyEw wgB+a9C3YDbnUTRSbCEMCTjQssihqEV2nAC4eBnbi78LmaQJcqE1Yfj6LX9FaKAfRUm49dxSXcdD TYe2FvByh5srX2pOnAbq5/CAkoLskQWc7DSj1twH18GuQgfYnmhCqF5kLVq4v/aN1Di0wLUKMGCB uFzSo09ChjgW3BRiEENBa34s8F9pESyGo6Iz3i4Uq8sLJgaTK6IU30naIch5/Bi+wBYH4qCBLH4x 8d5qJ6aR4XMotdJ114TP/i5Q4GYXEleOQ0jkdjEgmQI4PLyqnFDJTbQM1Agjc2/Zy7YBCnzKlKsh IIOoCHsMLNxUIBFRdWE+VtszSTNw2xElqQsbG0FJuVWXXaTvKZwIgLPZgiw4LRyvrQZk4I7JK4Km ZVVTwQrsKhq6qRfyATOULmxyzBGBJgqohhI05YXJ/pE9hUSaFVRNb9DOGydsYFWTkcYJxsvxI6B4 IIKWDIdS/rx5E1jq9XhDeu5fncqfdAt+TRIWh7g2UzZrQvzaB/JckVclUOC7XoxV8iS00V0Y7pKZ IN7iVVEmeUhbAeC444R0UavLZd56Rgru7d21fGNJtlUqaIMHGlymrgLNYcGw4kelHfyCzMP9lQfx u1RcJAXhQnRxTdpu+beQ2deKZQh5Q+AFsyoL4+ft9fBhrV3gWcC1ggCi0kG5Ve1u56sT42YaPFqx AGMiOiV6wYxV/KUsqglkJfsJ+kPEDTNQGQgK0LjhHh2vvn+4ioRKKGjkugocj1cSnR8HyQe2uxw8 i2BZ1qHmj9dSra/AzLKXge2a+OfhxpP7XpslPGOEVGnPXN3ewOqvPafbh+u/TYDZPa1jwT0QBtnY G8qvIx37g8W3t88RjPUyu4PO69wDIHVMX2nlQAbgeInfJi75VEr6IidhCEB7MxRn/DFkxSH0u1m4 wc5nL080x9VtBu6xYHfqtuoTV0vArqnrgHe9K9RBH/sl6ByMAZ5Xu0HpVjsYiG0LcCIcWQw+qUoS CWuvEGSGYhRuS5N2o6ooDV55bjC+QY35biYtiJTsfX9Ftmas4neGyCRmBhQDURQCUqXLzUsTSbTM L97QSWPEKLagPYptP3iOuQraDRgKC9cPUfdPdJqAftd8f9sWemQuENfvTGMzgICacg217cuQEgNp 5ljgpqCdHeWdoYS4oA6JRklvSwL9e2h+qE888k26Wcd6lpauTeuRAd7YaKBNmqVxAXSUsax5N5tw PW28RN4oKd/gaz02NBZyMFdQamO0yLhiAWrrwWSxdZZjq5mOIKyhe8wac9uGRc2yTBo0EM4HioPc sl5GWQbxyq24IWMV8TA6LMs2+g5e11pg4K3KLSIsUVixPxHm6+ysb/+O2+3klP2AiOU8tFwaNNpx XLNmmoDp5U5pLcNDIT5WIixe6K79KexzW782FB1DamOpvzj/QpjJMFqSku2sZVRRYjJIl9WEu1A+ a6OLMfSrrG284qSVikkCdK3OQu+jDDG2O1yKKZvcmlrVAut3aOFmiFV3OXPDUPuA/E3BYDIulG95 iYHwJse7M7h2nCreNdNvGbXkWPhaHPlrqOI2OvVj8i7w9YgMGbWko5vhbUEBm/S0aWz1aBXRJD8p uA9ej7Fk1YJyUGKrVueBlNdrEKbDSJDeeNvuxK4WJlIRAP93p9/yxPs2KtJFNqw8QIKc2HyXC0TD 0+JDWnit/jJV2sHmaPHEgJC6RgVe+L6XOBCr0Ju0DQJVbRazbzw2C7WNWAY7+NYNPtwQPTKpNVOR p9SiX4umkdBvW41rwQcz0Mrm5yvlEVcmK+8PuTzftKFy0GHIhtmwcwNouVGY3vctwbnAgOjcjHJj wKpFEeTQxKQd0FevSJD7amrBNi3eOvKIiTA7eY/dn+alSkaMEfklAYSuEQc8LE/GlDWI8qiPHIeW RqLnA3FEbRpL7XhuVLtR29sKQ09L+HtE30hZvCDnNluvKUHqgXd0IRbbayaULABdRJ3fqUHOCreG 7WK9qCdlY3I80y4GVBkQnVF2o3t0khGuOhwC8klaw/kOmQYs5C893+J16dssurnC5DYaxF+8Hku1 +chNIoy+5SKaM7NgMw4/WZnFGfGSS6b+ReEATvmd8FSmg0rmFDPG4fCZ6NL6+fCNsKp03eGjMzqV ccvUNy/FLj5id2J8d8tDaDWwJcdwZEn5ZvEuYfbBmsRv4iSb6luJH/lQFyblX3Tmpn1H3RCVJEN0 KIz0J4xrG1J2NEvdADyGA7LDMECevgl1r09irSLWmCIW61uxWm/LMU/ioHBxMCh7UV6TqNGxRFoi cNJqkppfilamQHOLwsZMDVbFfLsgJFRLvr5oeiJPko1bX6JXKl6k6cXZmtG/HTMeIZ0GBArJyxxT jxLeWDFLfi28W/ir2qYrAkvAQEnXYlkY4emhkqEwy5qGQWjNDaFzgQDyAA0NiFfF0qC8yMIOaVpY KeFZ6imEbIgWhCEcYHnPQmFAgaiWqgjhBac+SiaUDFymHWjxU1UQGIHDyMEqAWHDcAFG0oAhiJAL b8obWlsynjTdN1iNCFZyYDDMUa6kGrnwFkgfCEJGn8/wZLcBVTp9C/j1rZy1V3VOXrz1DmxS4uJR mrEtAWgqBCUMwg/ggxQXmCekBosvV2E1EvpKqwzuCFMGOpIKCCDuBdQJn2EhXoUogRCeG54C+YHd KDyujdDSUjEbpozKKm8YS1Wm4T+BxMC/p5INQSWVJgGDlaUuB3KAooRP19z38vLVpAn1YW6umIgy AD/fvYHSEy5VUnj5jct1LAsclH3WLGglaku2rFBzOyMv38AcmAwUESuDZ4GNAMPT64/5cf0wkC6c tXxe+KzbwlvhimX8SrNU0FihiBflIACCwQqmOPQw0EKSKLbjExKkZV7SkCtN7FngoVmsLHk7n66U 7klMZCWDhIgucEYrZYfiOXxQt+iRJhiyXNZnghVevhTLJqJiHiVhmgRJlpI/5aEC30pNDa2DlmKz ohJJR4AbMp37hwTC1mIuwl01a/ZoFFtI1uQY4++7HOm0ABtlVgMAZV5DE8FfhFXasIrgYGo4I9uh EjY+Q7oMRAVytRSUxy73FNtNFzhdRip4WTZzZS+G9MJyVdKGrUo9Ro9qG/qVY6wAtUz2MEwsAiB2 YgC28/QAhAQpYQzRXbKZPHyGjC1i+KUaEFD/BQcRS0+B9YbpQSHlgzNDdkDaPWGXAEQUGcOtix4K 2QIFUQSXvDRNCtlBGQGWgW/DqPmKYZDC32aJx/c+O6oQHEmpMRErBqghN4OZnhNWya6MBWFwT4Ai 69AWTYrSXhG5LmG2fTKv89OReyDd9mhAWC8q+FDpdFlj5khmMk68P4ajkxlSBL+UA982BGgUcklO j7YdCNCLQh6dFTAhelWBSBkEgqtrIuRxuy+V4GYfStFvEyVIF80e0iaVJtXho51BoGNQXc+mSWU5 J+aVmAACE0RoPNwxlDaDGfBbenUlKjJNx5Mc4EDWfYuBFKQiD/JJsq4YYrLYMWZIK0wZ7mQkT3Zk ILv2OAmx6YtZWNdmAIZMqXsnAkXW8OpPKHEQbCgTO0b705ZpOz4Vog7MQzX/LTTe3g2rWIfwwLxT O0TmAiNImtRoVOuShHyCHHmLkwstNIGhsBYpKt8iz7JNOn3V7q1JzK82Ml+z8psmstMKC3o9qJLc ZF0O6Ru+JY5Np2OB2Ejmi1KiR2K/nSP7hvbuk5iPalC01xzijavaa3aFNmaVsmtTwyaQqc/PdmSP Z4IfWTzoYqjpBfvVVRgmyq2LAFpuiy7Il1KodU24KQfUlDNMkEl/YyMGZRoF/m7L0r6t/fMGYsnU XJublmncySnvbItN6g4faSe3LU87h4+Schur3Oudhu6TUEaZeSk8i3JZTZADs/QrwBmkLaJAR55H TkRZFp3Psu5ze6jyjldZ+gtG2vkVRs7XD8xyU+rLBXXdR+6XBa7cThEcvKUEmNArztjcLN6GyM4h Nb6TgHFOra/K6xYdzHESAogIOjzvois64QPnqLMuiOEA++pV4kFxRWGUZxmEgFB/5gVVVVel7pzq UmwJGRvGrmkqryyovcljDbJU5B973Cmb1Oybc080cyYk/Buv/SyTwbg5qnwzwsEHKwiz29zqonUm RksdlmSlzF3xoOnwU5+I8UHgsotNH85Q2YVFuVX8LlNJrJoRWwkB4R037GQr97HUYGZTam708GPJ pq9FcVy9TSABYFTbvAhdNAJBqFm7DxINJi8IFaBwXAtyxMDCQhPzN60P7KZcADdWeCvMFcsVOoJG OcB8zlKFPVscFnRTWK54NZecKw/L4ogKY4TXeuZRw2l6gY5x66QOCj8IiXzI4KyQLnEocXESHwNF U7ChIFXYhW+1KgJRAhcy4N4iGtFmaE+h/TMoMUIlwhTX6E3ovrQgyFL+ff1PEXKnzf61GNeQGqmn e8dQoeKNfoIpdFiNgUIdoEDBUoURyoVeLNm7DAEOaIMlYEZJo1hX1ijCfeWHOyqy+XwrKSzKulXM GfQkKogKz/j8ANwTh4R6gtKgCdei1Ph3c+O3R3UaxCs3wX/hY1UkCN6CpYUCXd/d/wPNvIGSKf7w DEUcYPkMYnOnoEube3OTCZIddLi7PlzDhaCdOrjyjEoJ2vJ+xudr+Nt1EBQ+Xd3Krn2GWRbehKDC 6/ohkL2unV6ydD0Wo6XyCLel71758hqgd//PBegDQnofHlDOzJZhi8iAR69Xu9LEnXub0TvEB+E9 3hgMDC98WOZwuEKpt0gIpLy5cjEZIzm0GDhWDrM7TaGMYkGzaSAi18uUhjwEeYVfA7G9ggrWRFoL 3EyyUNCsazTZCrIQpfpNdQV3hcipvRAiOABV9JsUQuTIKtCNRBiMB4mpG6KtQM9NTXOoVOLVHK0p CV0wyTAn1jCEHDYuXi76ZQY1mBioQRFe10vrPEi6Cabu9UIwwtiTT7/5EXRs3umdRvRXI1gOQS7P HMkJD6kyXIXQxZu3rJknwRndHtwtgfnh6kAwcNMEKfdhGMgjXaQh6Gw93XhxmtbMHQm+Bt8TGfdI Dr+/a6Zcj8SgSKF+nRqNfSs3Pv5D7G+Dg29vb64JYn9WP5kIh6U+XZEHMtTVUsRJBY5o1Eze+BMC XYq5/whheDF+knOP2wsgAoGZPiMiqbppHClio5/MI8wcVr8jep6I2jBUVMI5g93pR3zI7DSNAPV+ Rdz/PF25IVnXIAAZA6B/2g4MZhOA3yxb5k6/jCoJKs/8mX1IPWxFEB9cAtoTac/5GfGmVJuY33sT b7EJo4k5DmjBwGwoaDFTpxsP2UGYYqD17uEqVt9d12B4+eDuqLSgub9hIJSgmgIMaJ51pq+Mr34I lCn7JzPhV5r+fJVt1XBapi4QSxOvrkhLllDL+rq9ubpmNiPYk0aiFd8QQdzT0jBYl11vBI9XbkMA XlkSsmS0O16XqN+jqNAfvkere5BKJn1lHpOKWO0pNFNq4u1WNKei5fTiPAlPdbKdRr0a0QZKrOW7 29jFLw/qBMblA76FAXJ5vG3NtgJPzJ3CFWBh2HJbNLyOg5TDikBTtH6Y5dYXMBp5oAD14pdGzY8x 3zSLCfZeTpPtXtSFnIPC8HkLB9teGifF7K2ctbAllSkyEJ+twFyUuE+x8b+XuI2FzWUG19LKgDAh 2auesXxlwax3tHq7ItAviyh4T5tjV+Bd3+pu5gek5gmmxCiprX1PE8ZrEra1EWOZZS21jX2tgp6N s4NM/65giHy4C703dIRxj9g//xO17QW0CWDLtHXLgpX/F7ik2bgBC+N05V5wdUw9E+d9FS56RwOe 2QmyBbPbGt+FLRhYoipr5n884l60H84PDQHD/nZOcyRCB7WCNkLS5p3fL5SlO2aYBJpvN+mCQeOv lIGeL4ptwbUcExy0qudLWCQ79hIzeEfBd6AyX/WGvvxKQ9CO4fuLvByAgXiGzl3plcR2c7CFHDb1 /mnBmscxFwKLww/RdkNKUwQ8t22c5uOGNRdx9nwN65oMu0Fb5KefZJKF9a3CQViRYrNF7B31xIwE h4w14M7jMHlBjBkCjLHEpcuJzHUQJ8a5JcvXnpxF3ZzQDfPn7gwcnmcDLft0mPbx1lprPMaSU8zG qC9PoeEKdZxD9BBbvbTUWGfd0louaZ8S6z2bef/MM2nyrw82ZLd7yFKhrRXn/ub5GvcsKEzCNfqa vo09ac5FJOCPh2s6ZVRbqrPcFCT3RxeNnAPE2BrQld4YtUzmtnVzEfy3tTULo7eWY1uTVcey2qBU dxk8H1qYSAnBYO1NB1qg7Dc2IHLX6RO/AEXONQhRMMLoaLJJMHwtE19b/H7vzdptoiASB1ppzIuB QFLzjSmbWa5jKx6rsZOG6G0aIkKDkOjczowpBW/ZN9bEKlnNSUB+B47wBOw/yeS7p8JetD1TZFGj UORFP0n1tmZTL922DyXIK+wxiXRJsEDoO5oRiJ0Sv8x1cpc9DqpYHQ4KhTXLGioyZFgDjPuneKrE CdYma3Gy+Z76Yp/nWNveLMP4ht1LjKGqGVJMzfnPTeogHDthXB1Vi/9oYHkGc7vfHUxEJkFvcZH+ 9iaYoGwWtGguhe4xrdWMj9KW3SxhW49MEWNQoxpny4s+k3szpe4Jf0++TXynpAU1JFa4RxKwA1+2 RUKf44BRliUjmK49x0UdbsLANhKEfu0I9hGTA5+QV+SrxghgIqzfDQXbnmZUXGmbTBSZlTM6sL/4 TMRQDN4OSPtQnWPBc0Fl65dq9ep56kE3NDqSOmncW2ItCAZCFhT8ANc0Q8jFiMJEvG9HQJvVAi0B TlOSkwvWQXKZ0Ogo5A5kL/kKEQ1IBQ+j0IuVw+V47lmgQ/Gwo1Q+ybRua8GTAnaQCYtdXZcAhRDv krbK5oO3AXNAIgeZhZCN8kX9C88HglhYVCHRhKxvLJKGp9AG6Kgcb4hSIABSwVNQpiWNw4KK6V2Q W+vrUpXdANwCaQRGGoVn4ipspFGChSIAolt+nbxADfYqz7BKUFhlSUDIK9JLsI8PIXQo6qT/IVJL T0etpgE/spcvuD0kWTEo+JXxgaPAdUgsh1MucomI0idtVYRjhjtD8eVP4hw8CW9iFBgQqvf3OaCf erYykOHDlWVQWwPKC4uWjApdlEkLdpO3Kh1Y7qgz+5jvVZtqlMDRS4JWqbu0XjBjqbvwguruPkOA 5UUrKe0HSr+8yAxGuU0NEKLyHRGsdjNE3usLQV6VH/9SFVeacTj8v3q3iQDiRp40YFAjJFoK63NV k4M0Q+jAg5JgwZ0KResHhZJLQ7hlw4K/v7xxryRcuboB4YozfyuHoTgusNG7MhEC7r5sCFh8KQyR JVf2gO4rjU9foGF21ME1YDOZ+aWEhQeSOGBzE95RjqzY65u3x0JSsiqOrzSLIMFugwB61hwQn7A6 ikMmFUQwCMmfZF+xlsmxbyupSnupSecAKjADMNtGNZVWQwdaC+Mhh3XfK8gIG7RVtVI2waaJ+aZG 0pBJL3ErZxUbwbOoV2CTqSSc5oJpkAwbIgZbtBOcyna4CwLsDx/DHfC4XBdSnlaS/CWtUtH0ArIU qo0qB0UJk64N2H0wUgqDKeGD9Gp66BuwMWMZ3AVutSlFDWUCs0xhm6+rwgoVJj9mOsyWFKUHtNNc g5vCEoOC6Rw1su1l/8RpGYKKh3X+GQCmMIuEYVi0N8eCSk2LzkDKWFhT2aLyS7tm74xgg7jj5+ln L2ecUsaxcGTk+ACchaaCxVdkvz2aLIY63WtYs4G3/bRFZR/OSZGgXY+a8/bffKKtwbpmW5J+erPj DGogkenumgF7e7LBxURVF4RSB5uT0r5sOFid9Uiu9LvqJ5q2QdZupw1HVtRF30B0k7uSiXeInUzX c9CdMR3OeIWhZbe2IWqKfKkJZYLYKzDdlmhDbJO3isSUjMXrRh/CbsGSegscZoQZRtYYOhlOnjHE 23ngnvckOe6IvRXJ2Ak2ydOaIxt9SQtgwHonAr07b2dwsCP62l2hXZk3Xefxhm+HdZezsQNTrdRg +3hioyQMfFu+NqPZf41v1WuPOHItNTvbqDGwKbp8IBzEwF4Tj4PEEwy8kgxgHQmuNA6HmNpo3p9Q 0ih1zqyzmtbNQhOFmnPw6bzbcx/w311OLxmyQ/p0t5U79ambjhzqw3+lERhzY+Rd+No0tYBY3AC/ dHEeRJ6POn2X1vmDpdSWA0yvGAoLef4J99fs8EPaz9evK7lX+dL44CHuQ65QGTn6yU8wTD5Z6QrC qCGmcIEFrdopNANT45jXEPYtD0uEZUfgsqLnCbCJnDTWEsEsZ2PkLfNcC0YQqjIIl8/azxvYRa5K I9W4RGKeCLtRGva2eRM55gU7kUhcCl74iVZVKydJ5Yrg8qs3lso+8tH9ZICVNg78OIHjy8wxm7yi zmT5hanJ9Lg1vrqfT2DUO6GVzZTKa6r4LjmSfm0ngSEiJzwTs8wkdua3rHMfiak8pWSp7KCCPw97 OiVHgdmatFnukYEwORVOgeG2waLH6NozSYM6vNxL6jnwXNtgbMxoyciPrZyIcITH1VanxC1DhQRB DwqbAu8508KBjmqWSBOctBwQQFxOdli3O0UJXGpRiWIROe6iW92Fi8A/PBDocQM7MoN4XmKjqEh0 QBo4k4FCwu3EpmkPLn0VBJn7goFhd7f8wJAqv0MSfcWv1ZY/nGYOP/girdCUqc6JJQyLJ4goXmi+ 0KKwTdfGUxJvAhlQZlPgFucLWI0CBcJCgwJ7FDsFHC30GwIUfiNYafMGoUHXhiyMLYSBGBZLQwDE L43oRgo3JQi1zesuCXN/Kq4QCiTAGTtEEEaDI/dXRZZi1usbeaLiuMpTrKCw3E7IsozZUKbbK9AS QEksBYLGYqFfEJtwFxomMVh8DZoKetKyF71V+GLAtFuRLW6tb4xtZt0hIgBcFUkt1RZeV0yNNQJW GFnhmyZ1gEX+8eLFItDAFpeEswFi1zdQdtiYiMEV0ag2F1CD0UWjZuMJ9n61ihrNaSE6vodkhbSX wxmsZUQgfj9jIAIK7shJIb1h4kZiYiKFJKFwL8PiJszNt24TAUzC2F4/x17BIJANAPGgy6a+CLc9 jmbfhbCOkJGh2U2urouvmivSicihYU2ZnrFF220kUfhEBM7AEBkv8Sn9Pv7KmjZEsb+OCdqt3asi RF91MqIxtiEgjxS1KUloWwoZJICs6i5rmhhTFjAW7gdTMKR9bbSeAGc3L9QC6wZiJOEYapTE4N4O SOwwW7CyIKDBGtVXSaSfFTABI4Cn2uW4rfCHdiR1U3C4xzXgA/7pf4oXxBxooB2IJVCn6aXRA3bC ySG3YnbwNeq6/gR39Yu9lNB+OdNpuve+3UFIDNWMRjDE2l5McIhmQ031hsWE0gdwOp2Bk+P94GUk 2K2BySQG8e0eDBJOKB5MncxWNb+DGvU98JWdoRCuQoyCpDx3B6Bxn8frKGE1MDLcLkIKaWaHHlmA KENTkLpbZOEP4U4TJGCURD7jwFUzEYpunsIcNE1myVFTmqL5XcMaixGXDRBiilwTiQR3UU4GLc0y s7RbG5jXv+nYY/TCf0LvYZzItaWloc1yIDZW9jtBMK76pKB1gLSbGDSroiHtU/WsRNpKszF2tamN uU2rVMVz2qG8BJfdKnU9xC8ZddMOlejFsvVw3WQRoYerbL6+E9PuSFTshdk9maptn2Uaygpl5UvO R8lsYnBAg96dFI5CkoP/khFizyPJUJsUaxLBCyBvElMM8xOyFMSdxhw616DiLGEICwwpka0Jp7C8 u0MMQhU7BsUBsQQXWmjWjNe0HWNieWul8AGiBkXJszLvHXbAgZIzu55LweYAwLMD0k7LOKWYKHc3 S7MBPb1aNTQQVJVG17/pG+ZXy4O7pk3wQ3wzaLniyY8Bsji5k1ijE3ORsFA00yrqqS46hoS5xTi8 iG+d5QEUVWsIXjcrxFxku+BwkwksNBh/60ITWciyn7tsp5L1mafUiR7PhdRwxmA+aN+oX169Qi6z ySCV6Z+/4lee9Z1zNs2UHb9O82vwTvoDRsYihiqoP92MGmz1Vd4dshFBcbpF8KvLVsk+c+koB4+z XYfq2GRp48W8K4rolYfISAIah+dzKc2spdevUhQs4mFKOg7i8vrdvFOKk1OZA0QCiZpHyAh3R8O9 Tc8NjVyneZBYgNV5k4gSsuJaabpoovElYPO+2B5RuTZ0hEu8I166tFsORvvgbqAsygRl64HJ2srh YE0bq1NIA5BtJdpzp3nkKkGhn5hCmhzlIJ1t21kCW4Svw8CDcg/tNPnGulMGvnWT5uV64HVuhB1N Za1cTzyyCJ7PoKR6tZW+Xpdg4D/6nYRYBrK7IOoWZtLMcngk48qoMW81bgkhjMd21W/o/kwbW5fr kAx4bnZizp5fzFhWi4YaSRriXhbT74SZ0ZtZSBLYCikHnm9LzlcD3vVUyw8ObWmCn9QCkWndJilZ ijNcL7y+PbQjZrnJ38gUJQZmOfaLQfRpjjcfWcUGffdCWeB77rA6BBnIrklOTGL+NkHKuYZeJUOJ WRk4VJpUcE13Nk0kYL6MS43BQicLnN9b8OUXpWvbKyHy6QS2EhHedd+EExcbsWqARz9TCu4oAjg3 fssdaseBqBYHhTnnpk4LMkzKhyDFtMhSDsuuSqGpyfG1hWHEKi5mSQk7GjNkAsn5IdrTs1Mh/F3B m3jaS4ELvVgVDcHidd/g2w7CRQGjsWFESdqvAtV0uyCnrJTo8ZtbRRzVXcz9GY/EI5xq1gdhRZUe B8K41SqTbU3xLWoXLcggV75oZ1h724ulNiedCcBxCd01ub0qEQpjni5CzJpjohiDn2EyBV4iUJGX +z18qzxXIa2RgR+l1htVSU/gBfYzy4gTL883rREZBxlZkG2RrMjLs5WmEkKbsICvrIHRlmPANDbx QtCsgIdpUBgdezBzIajPqLi/vHS3R1OhYiXcgQmoFRkDxJifbGxgOBYuTctMFTyKssudWzpc6X4B 3Q0tFF2MQ9qWt2WkxbmiV9gLejvpIbqneEwjmasCjLHrGQz4rHijL8EfhYhEFO5QoIu1ICsQXKns cNsIhXeFjWsYQhicBUwShkKvUC04lbj1Do5FOCwGEl5CGLQLYu93+ZBFtdDdgGCBchnRvtZjp+oN WtFseNu3G8ozNDdVaS651Pl9mCRA/NGdAJahVyBnsC2A6ahShmhW+0JduaAEE2CIONSaCxLuV7nM oYAdQQ9qCkUEa5I8YbMaLG9ys8EjZcU3qvWrFznGakT7RiWWAXQAGjmsoXMQZmg6UNvb3wBTlXmX oFzarTkqyRxlwVnVDQa1uYIfK1cLbCwlXl8ySAPflk8duOcFct9lwurgERhXrWBJyJUk7mWJXmYZ WP3eC9bUiSh3Wk2DX0UfDr0Pszc2ejugZFq1F47nX2WZP07/frwqA30+fn9//JFzC7OW9rxKGuoN K/WgXELVlxWykF7+o3q0NxjKoFaXQ7GOXnDpYnh4ifK9DVCVid4UKR9bpjR4XsFzNCNd0Q4vsOs1 lMg1iTJoEVu9X3m6xivP3uEClgL8Cxcv2/5LPizwHB6PZGndUsVht0cv9gu/t+EARa+iiIkrbxX4 LycYTm2roreL9m7TIP7v0rwlGwdgetmk9mCw0tfff0yWaVewFxoTpm3zH77W7Pi0fGZYp+mW3+s+ 0LjtgTEdIk9Q1Rg/PrvyfVBTVGIxeE7zRMgIySkqkgFwqA7jv0RyqdCIhJQqjKHqiTIb5FvSuira 7Q7Ay1VfthlR3ZA/3UbUvSS0JhyIwDLzp+pExwDKsneHxnrRpEEpAxJkSq5sHcDL/QfRrOIKwbVj ovMvxJUqXSkSz2K58wuf77QPhWa/Cu30pZdmYl2MxXfjwUm1K56IkLdPOjNhg4lgNDH+RHACqPvO rXwF8BPl6lHr0t5Ley4U96TkhU0gegqQNXXYHRBt5qpkTdZ7u26QMmHoJX44nYFSkEererJ1kWrj KOWB+XaGwL5SOpKggKOhljYO6DcdV6atHOy2P+Svmixg7/HD3p9uUztZ6L1+Do+s2dxFBh8fbI6w h6xrLz1hfFoIMtUMejfJW7bcSLoGyrEJrZNvNoLZTIVMW0gMCqiXl8vMW0DZPO4lDwHQyujkDpQf HEC25bFFqJNtnChOglOQqGTRrQEdA2RnWG7w7T2qIImjyfpjTbTI8nBcqAZj+CRy3WANtvR0vFEv Vu8RYTFuRzfvtIuoFfpZjX1t9QvOKlAq5jBkS6Bl10rDXYg27kN47A2SpCfww3Rd1LEN/qMQhVdl O/mGH7HQ4OK+8oc9yEIXCOsJa3JJhEj66H5Lqns0qoRdYGKW1sKaA9ZS5l6OfAdGgaXCGw4xb1ps XpiFAKCLDBaP8Rx4LdZ0zo6O8q+gpLmCoVgcn/puodUWV6o6AZoyFmyDvcQK/ODwFdjxQ/ioJknA i1TrHB+Xf1KqpOWtcfgOm7jzbX+3g67yNC/E8w1YIg16EBrykb8IrnQzpFTaST5PoiXbkNNr7poc ojLo1flNfQi6XWqSurn5Q4RrpBh93BqTiE4CJpzcoBFzSdcBUJsuJIXjlvfumYRf90m8N/TpyZYH acEgmdLcFEvbttfdlvjxOXyL8UjSbwA4J6E6ezaVTmOZFqgHv4Ow5qIEVOMFKadmeVHBznwFWuaC Na79MBYp09p+Y7n9qGNTni6qaVFmYFkUdlAbaA4tt1hbaNWFbrWOzDZVlGXaZhano+0N3kKWRIN2 5+xwISv3Mr5+YHI3Hd6raJf2cVQlxvcEhF2B0yHc1LUpRm7yyE3ajDulYPhM4qB7nGStwOnuaSfO QQNXqHGOPgaE2GNae1hcojZrYkuemL9awfbqAmqrXvIS87tNmdd71h+BJhiu+DZMADFY1c3PiDe5 DvlSGmZnouBrYjEBILnzQE1QakP4DZMPLNMv9eAvIoy2Jmz1yKcxwoARiCLCCaPIUzYUx48YE8Zi Cf0JbbTj15AHTqPvkIHSImdUiO146IY/0azfzkYSfh8SGD6pU6SX4BFcXIqfQAreJjzPuyyOoyYe rJ5Goi5m0WFDEF0XoLqbtj6F/YYfpws0dcCauM14RcfCypV38FQ1MsqlCQOEL9eOrO9iX5eGtFFQ YGZBqCC1FPYBtu4S8oLLH67/KSwFcYFWwczCg0IpcXBqKZyVWS3UjLxsu5hbEKLBJylV1eMoYnbP onHvvPOLp0SULqA8bMOFLtkp8LSrLFlWVPuiaQwcGsUGig+ITCLhfpwGHJWfE+5RQk2JcK4aBVgE A7BT7Yj46WYqC7c0WVlAcKzfBf6jIEDA8GdUhJPhQgNfiYYo2bgqoBF7jGhTGzgWJqUpVgy7NzW6 cTHamCNLUtHvFgLqkLXKQKKfrYN6WTx2eiYjtvre1k+7lluGTKBVifzmYJP7/WRVMi7aIOKiQHJO YKiK2wo2BXETS19YPPVOm/yx8toLqwgno80cGdnhTVDZClgMTk6zeDSSCqQgGd2SINr/TXk3qfTY ObxO6mXUqAjbKKC/Yze4iBkHdosBK+xqx63FhyFnDU5RyEkUbGmW6WvbV78ZVXdnjL22uhjRgw7E 9SoKe9CNBTsyetUB1kWYVRzh7WXDO5MidtFlVq1iPp2B1Tz3JUvCvKE+Qj2MJQJenfrVI8ZGkiKT v5zp86mIXKF1ppA3os32nWUOiZubK4PDH7bRp5Y65nzUh2VhmlWgg0GZJp/JZAubHJKiTh81nj1o a1KjBVVmkvPQ/Zu4mSPkEZl4uShcTMp9amKlr0R/30IwWastMm9OuCBi7lmBqlsLeylC4XDBtb1v q2Wz6WLHo0rYy5JkrtgUfkQgwHwQEhXH2550qWiadGdX7e+TqKYCN4u6TSHDHWTA5ofLuBXH9K03 oawu9J3fhFreoB8cDKMG6y1Pz515IR5DS6ui9vHWr7Z0abRhmp3EFyMD2pGb3pqOlvh9pgppfDab NFrCbOLjRpv+mm9mJQCYeWXK+kgcA6AmbeqkabeFs0HkiRqke1rfUcbHs9r4wplqCqtV4sUDHwec G2yWyUQxEcGmafGFmCWQwnnH0FLSLWde+qaFFgWSyO9NLBin5tTLDU1KflcTWC/JmcOMuAkcM2gc 1LLuWoJ7ZDxhUlxNSHK6W783BCJj1njsCNMNt9A8WERMLv3XMksYJU/yV7uey4uFZMDsQN6BgSVj Ywn5MIHTXGLPzCMsiWHTUZ+hrlEWbA5cZhvczIdMnLLJlp/cyjzmGne1vST0DgHNIe1Odrq1w+fM fC7H2FIMQRBwv7NlNZ2zfUNxAhc1WmCQ25rXpx0bTSw3A6k5XcOLrCKtfIDaOODOw4vTJyGcfotM QJkO0EUeOc4oYJggY1Yry40FmsQtRyUR3bsk8mVo8SCslnKKUHxBWz2eruaRLLnC2Fh+30HpepyL m7NTOmlfpRVmQyqYTPVS8x/Vv2pLIgmhkGhzFwcAe8LpXERjxa/M5bygYOdaNZV5/NjLe8Cq+jIj dirEXPfEFifMJn+m+SJgWpjl0BnPnzhgX3/3D+nyO2IIHvHwt1d7t86SRePcApFTbUJ1h6bactay smAENheX8tjI6F7Tk2/pAvV7FUSw9IZtKaWehDCVx2lxWF4i+4VcqgHAItVbp3wKgCLmHraCUD2W EJIm7KtN9i1Hz+fC2VO2mq13Zyhd1ZURVzLH67uiGWBJLXAXLX0ltVE0utnrORkHZtUA8y0l2gmh FZ1AJWIyFSUmsa9MCiXTPTphGBAWuNgU7eUkzMkX12GeP2+x8DaB6FilNK/sikYTHrggI4J6Jome gqt4xfneVZQsBSsDK4IuS+blEQ4iXclRWwOxhrQQSJgD35Ut45t8adl9TGUKAkVjLwl7y1BqzmTS Sm6PIYnWcn7SkVkBk0hz6Ce9MyLOWm5nQawYlWBLDJZMkU6bzfKOHJ1pK6PZz4imQJpIxHO9BKra A2E2CzxcRNCLUmUuxo3FLzSrTxqURkgW8tlZXnI7CWT2zURVPLit5dUQihXZTCWy4bSyKSPDhj8M ISEmVDQKC4ijgdM0BJvQ7fj0mRnMiYLaj94ylkkil08dpwSedLAxfUhbiSialcsTWV8KN1IF+tvq ycqz1m5ADfPa6kLByhFnvhPjUyAFhER2nftmETgMHqP35jqTToqqqWnRZkMoEEnTuh5ANkm1uYfJ aNlk4yoLIZ1YohQx0VDhYW8kDJRBUge0l7rWTNOCMpBJLK7m+VErhAGKpCpbqQHLHoXgQZmSMrcp M2CNLP1PHAmogt2p8n0GZFnDyHQvHTIL0ONKn7jmB7EDBqL9RHLKjsxvpR4oHf1OqXuyg//4wybi etAYB9DXPkibhFBVTqQEP2oLlIZBBzhrHCYp7JWkDDaGYMMP4WTsAIysstbwTEU5KuEBylrxCwCa z5As+cxVuwAAAgm/1J1YTQxIbOVB0CNxU6DcH2iwdzTiVSncQDK1CwwQAPgVSlbhDMgeADhMMkiT qjcF1SPxXTm2mQFpu0jFGC0yEZgDgluGKtTTp+qOBzx+HH/KUgW+ylquzjIksBIdx+/zWfnir18Q LkxTfeDjl9odv6/9VMDj5+P7P99qdPz8/nz9RyVhlTeObz+f/4GGQiS/AMsfP18nhay/frz2Dhqp TMvXz9e3hGi51j8/gGNwtzrJ/lSFxYsBff2vp//v4/Pf7z//++kXtY4//3z8qqD8/UflEMnbUMiP f79d/PqshjQif77ef/79USsEbWBkePiP+h/eVOgO2LgJ0TVq1f8wXCWpIaIKu5QQXg0QXyDIWwVH ODQVaroKIT+9tq5diX9Vc4Z7o9cuhTIixyo2oxY2a5tDjWIPePOhn3sjXiVNfo+u/+hCAWcgNfi7 KsaGbBJDlBGFyxDjUNWvIG6Qd9nnynQ7MQAEJh3IRaFZsk0CRG4fAQ4Os52UBHqjoMoUhlTavcxr c/6j3gMU+vxNmEyjfY2wcXXI91Y/YigZuIozpBceC5VNf9vAoh+fkpKLT6DBBBkS3grT6hpwqzyI +i2+YuUtC6AbStSGTWhv+cIMC4nrxQFsilUMUe/SdxWTt28oMqHJ7r3/fFdyNslkIiW+Hj/tjoWR igyKi07eMWIRGbqby8ppwRzRFjXrhixIxqJqp9ZNCI/gh/G1sJbrSJ35mIUIvV6GgljoLFC5WCyS deaDZ+wLKwlrKh7mR7UQtajxr1oLwZVzguzYZVQZ7TbKrGiWzvlL+ayLwlr7y8RX9InVXYD5+FZy 4sI4JMdMbTBA+YSdfOHYMJT7j7XOOajGCMp7FUv8UbTEh5bWWskOqmyADYWifAM1+7PkzHrW1WBl v/dY+JtaCAHaq+PBx8iraOWyVua3WqGzg4pK3TNrBhp5gkZf8y6VckIPTmisWIKrhOMtbFyeEqBz b1ixOmQeteYFwjjpg3WhNQF5thcD9M2daSAmrDnyiCdIn9vv1Yeo4gVZeZosrQlfWm86jsJUGZCG imICEIYDtABxaSwsdpMDIT3IcrWzaD9JBMmLaddHOziAmEDIGhddEpOASvab36V9dWDMFBZ9oblX Ayif0i4DzVwZZ7re6pDB5giVfNsZJb2GT9pCShQJuF8rWmMfxGD7pGMroJ1BZp5ge9ZdRNFGg86w s60r5hxhzao3WeR8RU9rro5ysKWShFWI1waKujvnrluqr2UrxRqc/DAmNh8DNnUcBapZVQitDYsp hvNOH00eic0lM2M0Im7zCDquUKmboFPATo6jBQWJjSBa0MDjpLM8TWxEvnWe8+iS1OiC0FLiTS3i SQzLkS7qLn1OK2mEcLftNlrmhMhOQjVuBYgyF1kUg+Tsup1xeOLktB233bcY8GSfuOTn0Z/EokzV cAJj6mc1NN3DdMLkFl3zK4y8Ow2rAbNnJJK/kb+aHlFbRefqOil1C2+XE44eapW1wuCF2JTK9oGJ 01LqnvPT8BJarenat5jBKeV+cPg4iCEwXCj3Uig6hwaM6CLZ0xt/dy76bBTbZCDF8GTOjHb+Ir4x qFwRKtwmUd7VAgqWTZd+I8TlAPht5yOKPwvVg1DgA/4iDFONt0foPGIKMfSleQu+2eEJ8xLJQHS2 /9VAzEvzyqYSJN97mKrmHOkNo/k5DGnRE5fY3OK1eFvIWWJGrMhkMiqsCxvd/gWOeUUIScEkjjpN IHyCNSwLE8zV1JrPbgQyYD5robPi5fqwIxOdsiaYcaMPJ0fkQmFGu6VEDPikVINh6o2bB30RHch8 CW8EifKuZaSU0aSacjFrYYVgQRwPsOVI+0dEX6xYu+Wnlf4pGhc7IDJst+xhT5qQ5TJKLCxmcU/3 NwqLh2hBumy4eE+of+tZ4K3AGRAhTuGF13f4pQE9SqKDxBf661QOofGBq2u17DOwrXoJZVaHRpeA DasuSdQH/2isLPoygTXQHl55p7I8Az2A7Q6bBxKb5BvBtYg7RMVQZeMuk6pFg3lVJwRVDhoLxLGo yIKoCMQ9WOhUmGFdlMoVjpFwCoqwv6regn0kMyOog8yEBQWYhxCBxH0W5BfelfZzV3Jp6a/Aexg3 tpQLCmk3AOi0EKo9geEdHU5HaXg7NiKzUcQG84KzuFAyo7t1bvZsI7YfUjCFYFF+0A3gxZ2N2BAK /RcLNuuVoCjRywZI0LgpEFRq0qfyzeA2SG6eNg36NiitYncYSIhHGWVQHfYksXGvAQtaXQkNsgi2 v0by2EZJzjkG5UgivajNpgCZbkxJwJJw8C0xpUzQJ/bnwfm1whOSUszVmkvl9eqDm2aCAk5FiWFx 3SCki/8UJzRGSfPo3jsTKRS8SPpT0/dy3yv8ir593SZR4S32wcONwi80pzk1+jzA7f5UpAWhTi7E AcP1re5YGEo9FGIxl48CaZOFSQ3GfgqxoeYFiEaK3REvC8ukRZ2bDZn6YZeRlgqZwpbKpbAMV8EN 7kg4KzDbNi88gGzjsJ2gtlawVD63OZNdaPimWD3xZpOmlBKZmHX2wcxWmUSGuNRo+ed92/4O+SOu a9hukMfbH5I9mV4FxKUs0WWSfRPBcKp9SwuDsi51zkmafOxGEapXtmrkJbwU0z54QHUPaGFZeIXt 9atBabeYzNRknRjqfvX4emvLi5yivM3NyqqApglPWZN2xzodUWnxtt6Mp2x8o/O5jaONw0CpF5Vz 3S7XNrzioXMWMbCTI9hgvDjQPhoV06rMSfas7bHIMCIaJoW7PTdXURuYRkAQLN+SiYvgMtVZruyR cyXmm6Bnh+itjSk9lpbahjw5cHoEBhfih1TLCwEwj6mUjXW2jFiiS0ttcy3Ffqbb7+m/ViveMHnW BknCfqctsPMvS8kQCXW1h00HQcnwDrTAWqiOFYpAmtSgpObRx4RFrrFZu2OWE1cHUtjfPtryM31x 40KZgeFEdoMpccZAzkGjCyQmNJnfNjizC22LJmsue2fDFh1DbQsS5Zn4tv2UlU4e8AyPqQqJp0HB Uk/XlOeyq2HeV9AMj4ylkSdw5N5IVvSJZJZWqnNrVqTS5BiXDrLoai6FpCHR6uIZrdMvJGWxXWWr AtTC9uXSKoxFkql0OQ+guuhxRyBuNgyZfIrp5+MdP+RVMrMb8HM+QbagcAxkDdjkG+QucNs4V9b1 IaSFT/z5OYlcCx84IUGZnGJ+cp57Pti8Dh4Q1yJPHm/4QblDfCx0coqZZIFHu0ssLkOnZ07D7fxp 0G7xjlEzvxq0mqR64cjGY3Z0xIfWZBLCs8iR45t6KpexrQZ981vczGduvQuj4onBjPkkhsXtyUhb aS7GygrUDU3fYEbPsgK4G6Z2g7ysSRYPM5Gd9WXoLdaIsO60meIIvi1Dbg/OF+QZkb/CIjLdgC0Q bUj5guX/QIbIYbEk1zZ3tt0xfM5CC/7EIM93gFYRCC9u/LfA3wPfcFxqKtSuFE2PaoT36pS0HaTO K4IPcoldgVcJP73cDg9hUIUHbSFxinvrGc+d2ykLmn+MVJPES+iwMRfQHJl5NDbpggBR7WgIJOsM Mvd/c09Eg/Xoo2mVX9T6IdDALs/4paCayFRSkEPIH7X05cr7EAAbfHH6kOgl4HJV//xb2CAZg0qg 5oJjI7VAFvn2Yt2JOdBBBBCt+G9I7XA6cxqpjUI8ZqbtxhQXEFeZSMAK8p1vTKrIgB6SMLFDASmR MGUEJYFPyEkUYjGb6PaQjnjsvjZYDAxV7mvkcKLLcQvukJZorA3R9/1diEIQRQSixc5noy489PhZ iU7MxhNxWfFi0KNwRYwoc1E6H57SHbGcsQNxKsUggArvM5J34VtoIqaQPQHgJ9+kSQ+gExrLYtUM BwS2aWTgR76J8p7NbgEx6S8WFPHKy4NVTe/iHI4/Cqh5+mlY8mU8RuApc5tIo9+cX/jjJhG4qwMm zHKwAGkbLoQ7rlCVpNLzoR8NJ0ChxGx0CAEKqgm5NZVIFQ4zI0X1Qh3PEfZ8FaFLSYce36l4cT4j A/OShOyqD4CsJ4icMYEg5EaWcllxDy+JlAGrn3JEUdeheF8VaAnxCeBCf5nJMGGBFgJESn6YU7JE 1GJRYE2hVfzk5xg0C1k+kSuB6Qv2nYE/UFiqBZQokCLP5BaO9noie+AgSEf8lK4ZEf3mlWowX+84 XP1bSZ6AR9igF7dJT00oBNSwS6hf7zr0lMk/f2kyzHlvxCu9WBrx+9n/xv7+CS6UdPqRGLgnQM+/ 4SFeVifhVoY0aLQiGWX+VucC4Fx2NCz6BSSLkW4mYgPA4dvKNMttBq6G8yq4IbX4q9fnwY6Bqq+/ RwWuK7wgr7h63VJrvZbuNBhX5WevrQMtV+sDWPsJ+P32GSzshXXBq15zd/pZ5Q40QXyV7PguD1qW 8sfPqzIeXnj35wxqVvr54/NX/Q1vNgxC/voF0p5+//QqPAnN0FywO9i1IZAQOBUrSKwqCFw1ZMWz sRIeroKwatKGDXP9/OMdgbG6hNgqVWNKCdLSkuNEcCxgJnnxlYfDdag6RlFGsJO2CVLVGwgrNECj FTN+Vh+btNArYv8O9CPmSx35ZGfaIMrUAVlZqeTDU2RDxQ1QGLVV8ZtdLMUePiSR9u38WJUJv/vK qyTPh7OlQTF00EmY1+vxfHj9YSLqXp56ZsQrQe0m4MGnJD1W0t+nZ1Xfpf8CiaqYzc7Do72YD6KN A+TEIyBukHKvsDv6wIog8jtgqgrtrH459xpvi+H9TC/K7yVjhskNgMKFHCs2n2GHV+BRqALZDtAo F7lNDsIehtFqBWSmkVgBXmCasNvzsES2NmzHhBnvU6W8Q3WNdzNhcvVpA5Vt15SS0YozmAjAHS2r Lvo9usLVgEltQjE79Zwl1IejAo9KOkvxf/4MYTRXlEqLptpqYsPFwKDfIU6G1XpotWo3zRKoKUab aUBf/sSO5HOgJIPkc1nfczNYidJw3OlxNjbQqOQ+TMmiTh5cE/TlH1iG2tMNVedbeKeedZZ/1IIf CMPBYXTYZK4hjHfpQbq6K2C09uC7BZ0h4r8woeWDlVPh5AtfhasIYMFDoST3yRJnTbSi8cRFEyJc S2X9ZpKjuUgWm/JQtnhHmwVZy1slt2gaUose9OiNn8XZtHfPyTQwawNf7oJDcIZ0oSs7vGg2m/mt rbtGzT2zzFpOxMZ53bnyHCdjEvHquHZbahpRsWlIXiCYaoqixTdJU1ZqDRQgCwJysyUEFBP7GpGG ZiI4cAUK/tEWArkoBRw5X/mEqGttJ3u5dr4uZjOJa9c6MBBMPgqCbI+y+Kva+CTBIJwS7wUKuIoy NaoCK3in3HpTkPRGeyKBq1rOi8QC8QuPw0RghuXV7Qcrdu43n3Ks7CBn4JmHEpe0AA8wi4NMjEyt RsN+oHYuVCWye2JeGzXW2OrzZFQsyYTtnY4RxCQqceWYtUktR85Hbh1hpsOt+ESLYQu/9CsEldBS mKOEooQ8X4iwcuC4MYHLW/A8rAVLsB0jwt4KRmctsdkqGuXtntS8pcEbNuqpIjRW4jfJ/x2CaH+z SMFyyYqAqS2DPvXiUUAxIlVmKq3Chq72KCknh8VKfSqDg5LMb6i+L1pOP2wJpcW+yECznoRsbiPN RaeFnGlCGeOqcU0ZQEWoNMRU8oLscPVc32h15xycIWEQjautD8N3wKfdAStwu9UvVQFSj8gembca ZP0cxNjTDs5ow0BaPw7eqIGiXlhs3Wk52JhdwiEalCerPzaTu2BfL+7ZZHzz9g2/eMuq2WR6vZID x+yCpJjuJF42m2woGBrDBoxn7bRld9hPVYCovh03i2Bvtu6GNqy1XUyhPT+RxwDnf+jHj067cJoy lzG19c4ckRkssmwVz1hQrICuh65z4QoiChk4Q/BwRg+jerI0kWIXqeDaNy9Eg0e0FxaguXs4/Doh weiu1LzZZBT8Uu/oySq1I8Bh1jqtLEJo3cte5V63lnhE+1r2F4HYT36B/N207Ug35rdjGKeNzdTe A8zcPa3QuZi0LT/TKpkJZK+KEbIg7uwKhdQSNFuP6VHLUVHofNtsuqTwWOWKDopo0zh6nbKbKVYO +UWzelGon5lRx49j6zYGLsDQtTLr+oscus4gsRDZL8YgTG+XoBNZOmHxKm72ZQBUQJsHyp7L3sgr sV4wxd35Jm9KPqQmM8AeD0bQNSyn4q6BUSW7+R6N8tkRWsZX3YXFMEwCXoYducyrQWk5soQF7FZY ytAt6xRqy71pFK7pxZLDOHOWw55bdpDbOXRjza7hv88aLSCOM4GcwAzmugkwj5qYeWZWnawREGUt Bf1ZSbxtfH70kjLGKSMarBrLcN46COoEnaC8hdkN1kRiyZS3JLnZV7rI5ln8imHtNkJH0Rj3CwlZ frIxk2v6yYP/CYCtluSibCiC3jJt9cexHB6uAeg+PjhTAEF6AVT6YuBNnCEc/vcA9gRrYDAiTScZ MY++FRcsXhLQIRfD61MYZdEg0+X+YILNFKaa8C9TLX3w14iS9EJZnMLP0snE+Ckub5GnET5stPTU fCLZem6x76yrkzU0nJJcZM0/MA5PWTJwEsnGjgXGB3buDGyrZO2bdKMjOa0fnUaweLqElZNw12kc MnDYEQMrWe87aIXUPW1DM5lsfynoPTtiHWNSTIeOYVD5JRiSXxVFFLPcp4QZ33EscJv4+JEYFCwy EIbndHBLsfnrwCsLsWBfzwX0kaQfbiVONVkoNBSP4JXfOI0thoZA5bd25kzmOUQdoxUfYg+1pflN jB9c+kqNPfVCFPNCkGybzhyKuxnA2Fuwr/f8wGwdhMSHRI1lZpY7U9sWvWW0g68oYPitg8CHxlC1 TDcgtmhW1207FFawuBaHSBL25nnS5uJqwgNWcG8WMzSAr9lBgDxbV7CdogUqBc4kYzhohzdWWOgN CW34zuWu8lWzgKt+D8XcxjT9ofWexda7rnOMokPb88JmhkiEDRRo+co5ZOVMdpYnefV4xjb9Smgo RTtEGZHtKw32c45jZtG3DA7aWHsilmHP2PgyJaO6GiFGapRJ/9hOOqBmFDpT3CJoTrAmqMpz48Ns 3dQBvoYP3NgUEFGcP3aHnbTWbvhGyo4wI4bH1tgrEbgxZlmQJDgrH8eydTmERheKkil2k18SsGyB P3m5dH8Txb8D6DFQlF++qPSPHiRaZTZ2eoJwgH0zF5oIReEZNzFtJeVzVjSDfpm72wc+Kj2wd0FG 0mAMqaZBFsP2gRFsVxTXU4WO2gUIA7v9izRbA9Uw8IjHtz3XEqA+CFMfipwpbs+vU0LtH1giTCTK geIsGiJldEZl8QonmZ/tCyuc/a1uZWBlMm+Fs0pZ22Dp+veTWXRIxmQmNjaDMrDMhSFgRZ5uQsr5 bjtYPrtfiUIm1C0tPeIPmwGZQaygXfifmmrBlM8khjkxjUVDhD7TJ7phqobzJfwucHUYfDqSacK6 pqzcc4Cb1CRzi+2FRXwML2jmF2mZNKCQ8gvQUG/DLWvHvlFPjEivsl6ElnlrYXCdzNBBJ++Ck7Ns Bem0Lz+K7FHpefKoQSfvL2vINIIr6RbIkYP0UbcGyqfK/xE+MQg1m9XAZBhpi2jKHfRtdCxAXXPb wrG8xwpZGIKBRataNjpeWAK8IBQZiSq/h6qzCVmv7DcRpAqGWaDSWobD9eUneabsxqMDY4fNtqr+ N0TVTlbCyshQ5ADgku47s9jDmQ0+DOkrkJweFqIRy4IRDzSVXcZdgtjuU8Eh4w8TT5+sH73H5TQD gWpi0c4IL8/+ijXM0BMVvsrm0ky17uv8/fKSQd64qWojw10lhCRd1MJUElBjG4vatYhLRJVP6JpH rKh8Va4THsY9Fjr9jUMzNSUhkGFTe4cls3ZpsaWc22EziaAaqr1M3iCtpAA5VAJQaoGasqZxmGDw f3RBHyk1Ltj9UgZqxoIcZgvxgayYlFJ/W1yaZYtBYp+5zCnC9Nb1nEpmwbKUwbOIuDEXzgC55i5w VmqvK5eKgnHdSsEwkgLZdy3uY/uLGrbZCbqIewyaBtILH8zXhNzcG/dMoFen4RHZrFcaxKcnpSII IyxtmC8dz/umtc59kvo8IN4hjImZhbe4YW5KtZ+T5Bw94mZWWryFCkaVqG7NtQqYqC3DVMBAraTy /4Vyxi1I9WsLMFVoleRZyZsqh62uCwY/pTbZjqkQcfnJ8Ezrs4Q044R1nZSVkDkM5v2B1AlSykbz jzKzvUJRlQxSKRYON3S3a9AmATLwMExtMWhgb0B9aLZ/+RLgfIFy+cfyf+B1ojTOhp9ia62pmnBQ NkGImbsB2XxTfODry6cXtSlkssJ4y2cFy1a7WIJw+cCfUpnPR0gtMJa/ocgAYExqn/xbWXNnmcDf ShYY0en8H9jpz88nSFdOa1msUGaU+VbRCWBa8Gu1nT3tHZRyUuULA6RBsVDoz1/5eCBDMK/X9pUd XSHlsmyVdT7DiqWynr4VcIbeuoLKqmEAJD1ddY3PUpFPMoUBc4Dk07d3ROIVLqm8AaF1T6UZ3AVD rmDF6Vu9i9KBkfH1g57Ps39h14HNJfMi/1dK8atyGb1F8/zx/e/Hx7848fbxp46kMQc7g63PmjzB q89fwdVYIW/XGwmVmIZS+9WoPaUYt3GpwqFG9un7e1j3oG8wNU57PRx0GsPVvOiVkRguf1mTEHKv bCw7G4p9hsH+wpuPAegQ59P7n+p3VGqjYiGIkSyMv1/oO5wh5CG3vUvv9GsmjPSzVyua5z9VCJYr beA/CkO46BcsUKADqT+I8Su2Kw8iDVwDPvY2S+nJzQ6RKwX6Jfi9ehQvGG6OzJinoCKKThCD53NV P8hCWIG5+NIcAYS+q8hhjBzaKleY8AHLcqalSLsU0v8F/Idoq+P9U1KxhPnulK7e9sSbKiXGlZD1 wb6D/1xPHxBXa0CeM9VAlbYqKuKS5xS38JX9g9SA9tGuNxVFbFuoxWIguFkNcBPogweamtMB4aaR ziS6bZaRZEncKVUVW/4cq+iCUW0k9YJDnVEpTWvEloL3lpa2arcDXqOHL/nnZgNBVQCxyWIWXn/O 739MyTu50tm5GuNEuv2adhuIFe4nAmSv4UZNlT9ImmlTcpw9IBW7clbXBXBvWrMSpp76kf73b5cC yosaMNcWDNsi4T+B1SJOhtiffjeHmGZQ0P6YSn51Lr39oIaIPUOkN09xwM6avgyc+Qnas2WwHQHy whTaZtJs4UMQF/5vJwuqFhrNDPMkegccUyrYAOLBwMQ17oT7LcZlkHlTXKhcLzV4oUZMbwhU/sbi P8sB6B5AaAOO78O1Dr5jwbOKEC24k3sfyi3Qhg+AHI4TFwswqJ0goQoBoc0/bTZaXYYcqRbemRGy gnpxlbXMzqz1ojIF1g4PPxk7yjswkvOTUwS1g3QVgiGmHc/KTeRnWUnmxfTsBWUq0qvQtlHmSESz 2KBACiNaObQvuMUe3vl+dVthaNXPc+MsQY71rPHcI2PCTfzhZ+aeqJIiHZdr8c7XKMTn2qHC+CyK /ID8uQEdBVA8WOG/RVlkxTPxEnmwSQGJ7nKmBPK8Bj4SB7vmOAWlVHDgS2vkyfSlXCCltlpgNW45 74w7XgfjCLOsymXf8dy1nA++5ZrDtwCEw8+ZyHPkjfM2CiZykOSncGk5ebgHzOHHowSF4hNrOYaA OEQc3pchwOBJ6pZvlXuJcCl8uh+UIdUzUgolmivyxYdHSDMnStBts5Ab5nOpDsXJoZRcC9GSWeKx qzAWl4IRmyju0PZ9kmfuQFh4Dp55b/a5JKpJN7k+PVr089mbr3b38u+IyTvJLLIXWOfPlBs8XLQY mZjplARYyUl7ostVNt1CDirEwa4KR3e6w36WelloDNAyTgSG8SLBhCJzIYlfKGbwrgYKKHKR3F98 kRgR3Q54EaxCny7m5JMTUUN3kFhzmCuGPRzewDWEcNpfjreCaAKc51MclHNLfKhnnIpX4iAuqyfj QCwnwuRx/qEZdI9Om74mRgvIiULqeYEim52kwOSKOieJOkpMCis1KwAXFmukshR8YyIudE27ynvq F6WOC6l7UZTHbAl5Svgvbwq6WNuraWNzhtfvnEIeNT/0WLVnHjbXWyFQGJzQQRWaXsjEMPm1pFC6 ImVtvZBEsjkZ9voldR0JIAqkrxWcShZFNoKLh3UJFyWm2u9182mNrSEaQsfijDO3N6KkS+Vk4bYH FHoU80rDk1znzrotw28vXkPt3v9T5qtMtoFsqVvpe2hya88Kx0u1kzBGf5eXVy/i+v3El4ZU+q9q e5hDZ4vXPVUF7JL6EKZ9GX/CEU37c+MQIopLd5OPiKxLl/fKVodeQgKkHboNQwMD1AOMZlw2kOV4 IqhALvpkWtqd9GB092w7auVE4ornq3dtFlgetkiMgZ8yT91pgkJum1wcle2pF20ycYlI2XEr7j0A Y/WCA6UDhWWVZtPYowtMjXWVCmEuyqM2yUKT5RAipagFl91IVFlNB4aEaRmtgkrYC0yJOQw2XkDn ByNj9v1s6pmXwn5RYsfG2SgaTbkCJIO+CIAYKnE6BeeSnixrykDAdNHpV2Z8HQSI61bn3QL+ddyG Ed7RJ+rBgNi6pRgUgBqCDAyIdSgKJ6z9KHwnhylZcRDaaLg4i4aWjZY1FROzgYGTzJ9BZUJFr5Du MFcPVYygQNCDrYKWseI2C8bFdBQqipF8W3QnUNWEx31gd1iKkmHscYSoG6FhGIgalbSU7rP87gwB wHWWIdzM2189LpDFRVJnEQ9bXonOXhqLHBeZKJzImJg+Vt5PWwYhEUWRbcmn7pD0mHSBktjgaGPq d4DXrV624nlPWBDL4GvVsUDcyxxDBw3OOnnIioDBRcjmsOxKboZbIXJ2tdmwTBH5cOTH4eV2cCqz oz4lGR3IySxsmyDyLGJ4F1gR7ld5Kp0YiYicqU3aW3yVGy0Pim2jG6So6jFkpLTaZLNSsAaHx0XK q6jcKomOEDd8oNdVjkSjFmeBIYdgCxf8npCXf5+M6A5ZTBIbp8epaM9Im2WmYqxu21SizYC+eg+O K3UbhzOEZT5mDWh5tjLjldVu+jKUBJsKWSn8waBMaqjpmp11pfI4pgXkl5Cc/oUEunB3f5U5ZBVK Ww4MyjJ4CVrGQXXobJRRmJnalpXMAjCMJQP4gzICX/KuHY20vCZoqZEuj7z+9KZ/GJOBcjnYgQx5 gHAEs1msGqw8pEUWPeCmiWs3r5xnLEB5YBVfJAOTWWtNk4agzzJ7mZlmX3MhVhyqGMyGxB+2AbVs cmzOVoSFNjuV+pEdjXrGsB2X2Ia/rFzQmFppRDlp1L5viB72HtV8kz9P5LX7chtmA3gjE74mYpmL hNlfX/g2GN88E5JW8IQQnQl5A8hJQCjQjjKmfWSSwAWKNpXJp0HWOPXvZJle6F2alCOhXYDOENRw dbPATdIHgeZqsNkoydbUaDtHiOfC8CsGN+XMa1iqiXY0S1Fb47k6zJSW6a/xcFjR3Zi4J13gRmkh k8bjypL4NMAz21gcYKsIb9yfyyACKIrIUfcAJuSV87sarUmcrwRBsuHOFPBQZpryqAOYOPOcLDcG 6uY+0SEn2fhyag5pKBQSdaTCb4h4AyBj0XMunM7yO3PzELD28v7cy030RrB8s7J5hkuBiEJoy44o laGyq76l9LIfMQQrArmC5rAgn81PmLQXfxg7J7SFBYu5gK5+cLDz0ziFkkN2SDMYDBwlkGtzP9gZ JSrLZs9ls0iHsBXekeQc4RxXWQL6rQSEOAXRebNzPrlDGCKdlCAxNVjUFOELj2vOW6RpVUutPlxY LzTHgay7E3NB04gL1QxnQ3sSIfXDdfONLLFQHReOGWNOrtUYK0wg4LuiHBjILdeOVTqub+FYXBbX TYf2zIfYC+4dlGou/e+JgiB35PHacBGHEgwS0rpmFBSEU01TQPlvEjiNpIKQeb4mK2cbB7D69a4N WDeW16E9+EdzKgTGQOKia8kLgl1yKIUAGR9W0QIN9ATiCStEx6JHQWgDMe1mppwUqIpUQCSJxzt4 WPI1kkwBoZteuETZpbQJ0vG37BpqiW1i7VKLjAjEKdcacN25ZkthgyqUTl4xoiQQduXEYhc0N16z K4Qt+BVLt78gabiEfg6NLQCNeKZVHrcTGyxhmugYUgS4Fib/kzn+RcaPsLZ0Eg6sa2Muhmcx+Fei +zD2ZIb7RAHdx/5MIFlcDVBcX2dAkta2KJtQM+cd8ChmNPxEdhYzpyvzSfBMoKk/tb5yrU0desyS oS9XyAWzIsxmjXLNwrGxP7HnO8+ao6oYMNeEF1MTXq/mHyPQshqg+uQeyUYjSIaap9jiR2javGYG YQ71k6OFRWYNH1gqQI3ddioq/bCUHETBdT/vq4dscAJLSEiJoGwgXM1NT28OC3RSGO7ibWJphXRH 9HK02C02gISVK4k1RASeQ3PdXkpk3NWHZFaYwslOKLk5sypstnaZnkSY4QGgGeyLV795CvkkdzvQ pLByGJK2Ql20VIIlQYV9w4GRJFVfDiVxfYFGQecA0a5rH1TiKyMBTyqcoERCxRqegVeB3d7dhkrA VRUp4JPgqF5b5melDyBhq57RqwNlspZtBUAsB9q0+fekfK5sYuCepDNpzeA7v69YLt1RqBZg+RPw BDBT8Nlt71BSuGLPuuxqSbDwYiDbZ1guWPZP6KUSEjA+zATKnn/fYae9488QgHj6IyM/cLIjfE1O dIWPNwS//PkFqL6fIWzSU0G0Mq1V+YDW+oRLUOiKUyjUvMrKql1Iav7+Pn+p2ayCs7rNKhK3LaBq 9DdMHF738fFHTYnv8++HaszKdECBpSwfX92pZPSPatKVwnhT4VlJi98KQ3tKKY0f1aERo58v5TgU LtbU+8cfxSiev78/f2VmuwihPL8DpO0IQECRDs7//fqWQv39ffxVJhr+Lcs6boDRocX+BdrDrl9R As8MHzyXUq5YB8zRk6BrQ/1VHlkJa+VGcPUIiDQF71/a+BOQDnP+g6Mh9Ph/QVh7HKvbsDAl5AjY bMhA4zK2NYXFJeG/e8sesTButZq/LF/QXZJISWTlkRCyRzysDhkLKcoOHpkHKXMgkY/Tg5RDlVTY PFl2VFJqtXRE5stf65sFLg+DkWFnt50S8NxBABu9dmY7a5Ah3jpFy1yHW+Y7UFiIOMc9c27zNn1L 8RFmFWbrWhMsMfkJdEdjFBcIWWoPvBoxn9UhTLssBFIUnZr3KeXNV8l3sDxYylkKhi4zVQqHlhCU RpJ8F1nU3gda0rbnaIGHXa5qjNWHTcogvDAERpn3xRQCbD/DI6tejhMaZdKlC8LzcxQRnGWGEdlH 456wb9rMrrYEDovjojL8huBKi2AJefM+WuULFpHtr3xFNhIVLfAWYO0HRZXHq+3WdpaVGRJ+RppT KjwVXUt6cXfpS/MFRE0mq/XKwpXbWeW0tl1FMS31RoYanOSj5qC1uIcu5rzB9riK6HBzlAUmeKig gD/bA3zg1hV+cs9xLPjejy/XeVgtRJYFyAOvhnOen3xxkgM2SmZwWLJOeDKcQD7VUtatIG2CGnZM aUlctF4uKi/XfJgmEpZTyF6DMR0bMXmBacbeATmTYmIwh2eTN5vPYMk7GR7jLfvAXOCOC1iTm56b aEUw+tLGNMPfwcJO/bRWNDwwptf/iSAszXzyxcIi3apHNpu1wTEuyESN262w3EWtUQ0sEku1yIpH MPCpMpgBMXayRdDhS3mevDDLow+OxGOy+AvZQgh8Ltxoqe5OFeA6DWrA1mxtWF87HypIhAANixHw dbgXWAwwwwlkg6n9X2QmfsP0ztTTLzEgnERkDgrzjhWCUR0/oVNRYnFhsaSZ65VSIVeFbYVNIUJF WOjxhV/6HW2RWrdeqdaJ4joUAfoSHknqXQc7gOMEwba9nfc8QuLs4DdYQuV+t9mXdwU4JlqU2RKI gRAuSbgDxoZVGLmxomwOc6Acv1RcLZMEywO/ebmFnwaIyEuI6ulghqocIANLeydFIQoZEzyJZ31Z pFZMSlI5/JpiokiLfkH7aUpxUozxGLiBaJCJeifxnWnFgyA+f4vkEKaoePoC1Io5QLYXESvEIIIn KMsyqh5C8+oUcCEx0ACUENNE1HFOlCrCPngbeELlRWBhGnQN900PvLS5NUV99L9/wTkdwb5AGUgl aW7u1HgMEU5rXBQsTjUpYD/Bsv9tGhCQTvSaBepqqkmjwD6J0GAgp8iaDAEx3BnZneY2dVVgcF9n w/sqcAI8PGjWW4s8KHh3rDtYNSDCkWyQgpykcIYAEkeLK+McMFJfsKH44F8Nhp+I5cNKkMvY4FR4 KF6F1U5EE8SibASbEKxlblIuMuMp7KbXkA8ItgaTL9khtevP3S3N7eg0KmhDyCQCgxzcQD69Is2Z 5sgyUj8TztSAnDmN34l7I8CZoIkgEiepTQNYGGKKT7ioUAbhO9zeQd3Djxo7yp06p0EdDDdqZ7px cFgO1nkJYBs8cdwNUeUrjXi7XM/EHgKAyOBjfeFqEHEJM15oZ/ocOledo4IXXO4OpestpDpEyyow lTMYWBiMxQcSRxuQDBoqcw2nja9OEgyj68E9Xl0OSqTrHRmHdvkqxfTHC5IMq/P0Hvakgba/gOBA ITNKuZtCzZsvv5gmBQsIWxlymUoPoaa3NZEqLGWXDROgVNa1+zcFAcZJIBCpJBlNbAqShKHips6E seHEAG2MrSUgLlWeIq4hFxRAhNihVrGOyWjQq4VsoAS3U4wECkuwq6FcaTm9ZuAulav3Urn23qgL 1ofSmxSmuCPwwHAzmsVxsl4LAYyIbkAol1fltXzo6UlWAX+EeuoaHHrjpPIG2kjb1GPQJ2np5IzJ JHiYl8aQxoyJaUSsvqr0wa7i+5U1ofz2xD4tJJCI+csftREaIO4hlk65POGFYVJ8f1h4fcQYNCSU UZgYemuUXlmCi8KaFhPk51/6G/5RCYY6xQGvvDThbXMcrjZi8pAYN4MpLuguJWLfWA0K4mZjYAHb gEBac99X5I14eRmgF195JWKv2/IUnWZz6B4q01N9xnMPdwWJ5Jn0+81/+EjGbYcZhmFymbR9uIII kyvtpxQZXmRXgpYwEojefZBEUW4SaqQqxmy+SL5uSLLXhaH8pX2fdA3R6qsjTg0NzwR644yxkwdk bRZbAf+p9A2atynTtw/X12bHOB6vvEeyeh0JmBfYJSE3Nza2PGt/yLsia0oTilN4QeFekhi9Ss3E rcxHWzxtIXlB6p5iY1L27Ahhj3dJXOqVUQ8mDlzllrBwmkIWosmRIZkHcoWrAcjt/aEFM4HBqQEJ RY6m/mkH7c4b2Yw/ElkppBFC5su0xiStqR1ai71TrZc2+utda14/2QQrv+HXlKgy8r3TczVJgvKJ vXfBEg7GwAKr4wwb6cJtRZJ7GyaaUWAaDawpCPT2q+ocXkLK/+l9ruxJZhmvkyQduUaNTLgyIBYm H5tsvO31mm4hC/inqd7PWZs47za31/VeC2p9JF8m3NWq+iC+j6aAOZt5j3G6UW1im/fsY+sNBhlF yYQinFYqvE088inwivVSe8NK7bV4bn2+JrwoafGzMPoYKq5909GsMRkeMGlW+YZmgdSo3//7N4g+ 53PmLrVpX3H+OveAWbqof+smUiyXSUBeI8W3J+W1rcxm+l9XLasZ2/wkLfK0qyueW9seWoAaZ9on Pqn1F+rU7UF/9uBeHjjsGgD88NBAOtpJKQQJRsd3z+yyJrxCX1mJGDejALzwxfNYXnDeicK42SLf Ak9tDY3FylvO2Sp3ojMLMPX8OfCay3gchMTNy3HiXYeVtVtfdMIqY71/wVNTBEQgLyCYvyCo8YgJ 9YEREE3UiBVM/MX+KN5Ya0CyhlaSSc3loPpXPL2ASEsnK1xfD1fN5as9T4YZIiNm+aFF/4hIwGs+ itgEv53QWWAgmutcsP/CsAvF8NvNgYVinrY0gsUEKw1LUq4mUIkzuun1cPDfvmSXRJc6zW/lDxUu CidVwCJ1Jg9tfnhpY65gDnbLOlPm/sKG53ez301ZlLzrRMlepStwweJR8UrMlqdjXMRE9O2KKJO/ ShqELQi+YO6CCd+LskB2gp8a6RzEmBxf81vEZWRaNGkdKZeHJxPBgeHF2KX/FN2bMrcGd4jFyVvz C6yoHMEj2Efg63bxNkYEp+MMFEAwXYpVICRO+tiL3/iBRf3Bj7hKkjy5eFySbvdAKnwL8cA1b0fs TKJJlHO+5NkCRgPGC4GziD06MZx0O6MtcsU0HGnuTZeUdv2GKuuiDZG2l59Ocj90I2+O1AAsaOW2 xXszYMwJfmlm22lty1j+VeFrEa3jimbSdf9gyyWDHY4t8O4i/8fa5/MFyjAEaH355u2zAzY2VD6/ 4NeaKV25q8BdpySS6drOLqREybxUYpS3Y+YUMTZQSKcwYM3kqBA77F7jLhtLPNSqynX035C0LQNo UMMDBiS7bgDYBAODDsLegTmlAmOoSXM2v/OThvwkbxR3Kytg1KoddxNGhX0qLgyatw0USgSZMVh6 F75CWMJaiFpCqQHpc1W6QN3gJpNNWjqeoDegAU7HU5ToJpAYkJt2BgoZk7Iw8K9AXQzSeOeB6doG TYPJvsKygTHpjAkCJukxcxeI3f5LJ0/xj/DrlOWjeE6TUVQYB9GlWWxbI2z3RDY3g/CqnhmBgVRA Nig9rsq/LnNKSU8ZnsHgYLQh4YAxMkWOArDsSrTvAvYiOzVBa56U+IAn7TpNceqn8a4BGLM6oU1p cHbHf6DWCZscR6Da4UzQlMONOwGAXobY8HQEDQ8S73ivbMwIeQqVDJaGkFdqgcz20rpvGI69Elsi yDaxAG8Q8uvpB/DoTYiqHax+Mw7L3OxkcbAPUgDyR2UoSqyVvqrdA+zdCxExOzUFMKq0DFH3vIRZ HQPremEdoLLiENVYkOQK+e5scmmzZc/67DbFQ9Q+lpUp8TMEVjK2sZQh7vV/5x/Gp7RYZBNEScht K5xJS2jhh0e99e8LNzRQKm9vnDQbhtgum9LKT7BgtAEJpfsab0ZJMQXgbZnLcOKj7GJp2HpvumRx y6lWdfnH7eiRdPr2c349fL8DuRFULq58cdRU8+QgrxuUXGMmWoYt6N5HMPRZYQ/jgbw7oCw91mRI 1SZ7y29t48CcKEViOqD+6JctXwGJ8k7BbSb0C6ZqvRlXoaAl3lPJhkh8s01kz5ZbhY59m21JIkG1 NMgvKX+rIv7TLNw8fDp5/dR+i3urxqw1G6idL2YGzFTmsPmSASuPGFjcvtCMEwSaDAQBsgwgWRCu fXkEm0tyzdgSJy/6ZARINZNCKcnbCU5r66TeHV5+fbYXbEMQhMvKsr4OqO8Vgy8fz/ZbLLpO/7c1 tgEaVLrSypoIxabqUBueNSgLDuZ1Fsk/7EralyDKYrW1FQ5Mux1toM6A6lSJzWFIT/ZfQcG2n6zm WUIWAjrdgt4UWAKwjv4yLKQhe+4WT1oK9YyleBjc6avtJLKVkHzrECvIo+AClXbYKmmaYKFWOXvD dtYyd00QmdZe7kerptyMLrLaVPzoTXC5PQKgPLF8Cagsa57xd3+b49kmVJQuyGU2I7STyxCrspAt 4Fw12CYrphcxP8i0s71WDX6jZYhnB2CAsXDuXBGVi7btffNHeId8V3kcw7VEbVKDuNxWJfFaQIKH kcpfwQmJT70xXrDGcuo3PzX4KgJ57oWLok4ixLhafBDvGwS0RFlO+TCh6rgtnalsCky0cWChM4eZ biOGnfpkVazYAwwDbyul2+YqDzWHAtu4e7lJedrCEC6Qe/KtWsB5T+3t+lWnxjwPHodRKrES7sNX 9QvolXPHPeb0+uNZzcvu42Tm0JceE+obml6nmgvqNDQeKyChgAXZ2IdHgYZWElgft5bPzxvI8RgI 1rsDc7wdNeJvFJ7jjZiL129xD+zi1W2590t+hDYqU6gZYZIpb95d9xJwZJMKTrgFzWhwwwhwOGeT AHdGnVepW36Nfzj6fotFIsHkoZCiAEa062GDLgIvp9TEQYEkjBmUCx23B1lEWwsq+r1ikIM6jgmg BG6B9x3IipgDBNvbI/mNQiu7z2Ztiyn+23PQp9DDrrS5zhkootEkAbB0oqN5aYdF7wSjt9ZVwjzM l3ZRt9ZXn80swZiX3VYSBSB+7MCQZATaFMitofP68TkZ0F+1q9q1IHVepUFyeEBpa77+PLTKm/MU ymy3KuUXMiRGaq3vZCIFl0sgu4CCtGNnCSYDUgRz0HmxlL14IZ+TDOtZv/uRF5EbnZuNBy4qNUfs +egaJkU5sul7LDF8DM0FMgJ/bbILi2xN+Y0rkwebeWOWOeRSFvNqGN7/p+k+EBw5Yi2LruP/JlmW 3pNVLc3sf2FzLqhptaqLycwwAALmBQKpf1coW18UE3WLITAR1GMb9iivfk84rEde5CrzKgXoG19r Le1hQZGrnmrhNEKNVw+ZmcjgjBPvPvqc0JFDK6KseCziZ2O6xUlhu1NL7QDmzPDJnE2lBUu9QCvx s5m7Zz5ajzRz+fMfDIP7eWU5Q5XFlvKHKVYWbaGRHvC9/AYENRZ/OLevk6Tujy6UsHVFauk6RKkT 8R2y0vS+YF/GwUQeq4V1zBFDnhFeZHBhJJPW8wFpCL/oA1kNOGEuJsI6kGEOo3VHgi2tZoXeliOt msIT7BsA3G5IpDGqD+DZnpINQtF12iNFUTk6y8Ba07XVjMJFdkK2Vy6itnzUg6baJLL0aC+kNsfU MVpqh4SJ0msgtlNEjq4DQt2ZToVNuXMS3S1uoEp5laETOJxKSTdqpPVOhfktE1OIZAp1YqmmtaGS dFT5sQEpVLgRsRbCHIpAP7SelUaCCl2NislwP9Q3wQsqMT062OTdF/bSlEJWsi5WacBvePiEOkYB BKNBDTLYk+CIfI2FLkpVBFpod6yY6djWyQTRDFoYQ2MfSsNuJ8UpDZyaW3QZidgGzLUUHNAujSoW kg9A1uRFayYFTrtrgXDCmKOq9tGJ1gyOIljquGZDIUBGZibJNvVp8KM5WWDNVuOK1U140Ieq5XmM VjZ3ZB0kB1kiXtC3JHyOgTLItpDaroBG+SeTmp2AhoWy2s0hQcA0PWo19NS//qICHA1IuCz3HiAJ JIPxh865TiG7SE4YFCAh84aJTBJKhFo3CH0x0BaLhRSyzojkLcSpA5TPwIhH9sbAcSgTl+Jok8bN gaBIMB0BQ0CjSOpjnG/vCUJbHebwWncadPieebGhdq8q6Du4dyAgCcsYgQDdwUKxkTCZxoOmcElm ztChcI0ZZTKdZmAThYQlIADRMuHNYV/hWWMng206JETHDhEYMbmig5kC6zkXwRPmY8ESMw16wiqI TsprE6UWoAfRoEaAI8xBraKW0wEkS4tjqemBLJyhxFNy5noN6Y4gd3xJI4FCyDvrj1DSqBEFVcck YAqa2r5s0TInXOqkcVR4+tIToeuUHrCF3kjwdeQffn4qds4rUVxhVOk6WoLexF3Gkqag5Scpjm7s 1DX5ZDnMA0lG+SjATsvzozyXedVfFByFm65jlAsP/BcRdYEWhpmliMgSd1GFjWFYEYMvjW6+Gigm YJIJQ3o9GAzN1umjZLsVtgdNZRFMuIX031YpLWF/MGd1cK5RTZrm7qIZwSAsccjyRDhrJJmxfnDI ATBrOceGJETgXB7vwCMlhJUAWkfdEoTb16nZ2dxvgSD4rGK/ow/WWC7ma50ZY0LPs5nbtTUopVp2 6ZLa1T32kRkd0fau8JTSeVpNaQSFk976DL5uQEmRohBBwa0yJDEnU25BInYimsSZwpSd1mBvJTCi vuBi4K8AA/WMBvN1wkQn9phEPCjnWSsadBdvR1FoxpmMhbHXO1oSUV2nTdLkFAF6tYswu6VvTQGv ZzqtfncPDDVerTmjV8glG1VfbzY8cQeSbvLWGa06U9EIYXIxdyAfwwWsO3SIwI45Wk3OBlq0hkYD WEdUBkXplbtJYIcQTKb3XlvMJNhlZHOzqy/vU9a6HRJP+SqvN8uTomP5bBWl4LmCEZjJa/POgFgc q0yh6XfBBabgUIq3JI+cfEKeiaBGSXxZnUS75khX7oH1SSbzXtAQR1jSD75HvCMASJuflbA5CSLa dVX5JEsGZESNeoDbW62AMNLcXU5oCF5eJVfXmmODOJD5CZZSPgxn2SeNMGRY35vJNNuPcZhFmOkW zOckO5qXl1fylxUtiZQCCbkyilZCDlb1l8wwUXEvs2WFIVyz1b2Hg70SaQKXt1pLvGJP56P7GHJO B/r8UW52Totv0vIuG1bT1A19lZNjttjKQ+DZ0S2jhVwx2lRbPgn/B31U0+hJt3VgMIgSk4w/Xwm9 9ceMuwfVedqk3X4EM6XvyE5gUzJ+6+Bkpn+OzWG8Q0QpMHKsJ1v2fsnW2X3Qp0VlkZOldu8IL1rk 05aEjC3qh4+1QOechNejjYaNwmB6yRCAAIJW0RyioqMmfAId58zy/6NShSINmIs7XBCVtFODmdBU RNi/c60p15xUZNSOjdzhT9tVHcAhtcTeAn9z+tH0W2WWXlqomjAWfhThqSK0qCxUmeeUTeMYm6+e k3HGcR7kCSKYoWnBaMvlyJVs21ZPWqKQc6wLSMfbcoVfW+VPB2/JYidxPF/Qgo8XTThCLFLIF2ds mlQS/75vseNoWodEYJ+1OTEaNICyJf5oJKuubDCUszDEdgjdwrE6Oq2WnLdB1I3JBWnrYJRJmZxv L+Q8IRdcuAHyBWZLuo0km0XaSW2YiabINV6Ckjt/rSGTElt1IAGJXGakvAUJMWCPuGapy84VbDKJ WUnh1zTKHLsX98QynzByvxBEMU4x7IRL5ukJEwaLgpqEIIPGfUH+4JbmyiMNzZJ7CVesboAvgudl 3of1wh+VOyhv16/w1GJjBRngbuHHTpaUlhmqbvkVTHlfISAfcju50DJ7FYH0HfDwpPZyeDWIV1WC IGv4Pnht29vaJDfLKtWN39WLmAtAyGpbKH8B3z3t7vu79GKp4bDeqjTIYFZr4LRVGAD+qUZlUK+x 7De3HVhY0nM50qpkwLOrpyxFV7KwCr3Kb7g1WBRgenwe1ILofL+EZ6U/gLQSfRVXuCiS6ZIBTaUF GKpPxgYfVjAg/LZyAyoeKHnRfHx49vH2BBpKZi4B2BGGANxKGfSaPIisB2URh9j6T1+QQM3KukZC 7xYMypYKLPUafKz6Q8UXjA4ObwoA50qM9K4/dbBNJvRzdyVFcr0lkNcJxVSy8RVTvOpQBrh6AImp CF9GKxAdnHy42z3pYXUp5A+LopU+DtwGz0pTP0MyAdxEDGyLEYHDRJUmwoti2HhHLp3tcQMJvKja 3frprYJFZaXoshDFzzbbxL2uVJC/o/+AT/UodKuvuiDXng1t7cWppeYajbat9q60r5IZSm9+Hq0d KgTkaeMn2YPY5Ggm0JTrm7X6Wr7B0dSAVdlaxIywh8rjnC20d8Sw0VAKPjC5YhqAYmi/txZWTsYD aoS2gu2l9JpLGwSJr4NPvQnRJLBDkRmecCYTAZDJ+G1VED/QcfsdfrmGrisx2p4GqlhZbrFZMaVg cbVNB8uhmZsd+p7sNbGsJmLLA6kzxjSQo1JozwJW1r7Sc9hEB3qQHqA0mWRvuTIKBqt04gJ/KojZ BUUYwwvrxgYs00GQeBBx6LGp+drjLfBiBOrP8mz3K+c5GxDbUSnVQUkWmQzc3nc2Omk2XACW5z1C tNK+usUEkHZ2s+oV9Ioxtw3WISy6NeseSu8RmvBt1KmSiZ7KYmW5uArmQ+UaSJZEXzQepzkjPmFg jgJaZe1cYNPybmhOeb5MPpmrGlJBIZuH76yOMNtCyDAtOZ+5i0e2qXCKt8wTpbh2khNhhuXY5Btx vrlrggQ+52AFQR5s0gikX98rRmkzlFvJfnObM4u8l3Fop4WsXXOsJOM4M/b9QPrZbPf2PqAgXgKU A2ocmZSxiCybbhhWVs87R3gjPoaFYLcI3OzzH43A08GnzSPvMS+C+7op0StXFjqKaDz7Mg3L8kKk ZpyvGAzBq4UAMMciggnH/VMsO2gq+D3MeOIFbZRObPbhuggSM6QkeRSVONqohtqwoD4Ypwd0xqV3 S06CMKTgSGvCzIG4X+mDwcCQHpMqGCgfNv+oqfB2Ha/1M/9eGIO5L0Zw8AeX4OXhLH9bN2aaG6gt E89tCF5wBZXrsZCco0VW3M/cOxQcSXkYCOKx6IL9+S3WVgENz3PNmYYSjGsKdSTIwcPcMOQh59Zs 6cThyVRBsjBeZ/TlYNQgCaWJBPkWVg4ndURl1HLLJreNYPMZXpKc/Bux1cGJnps7Qek+nwrJVT7U mM2dDDzNUcxjk0Lflgk3t/75yPSuFngyrVyF918uMA+lkXQDMaMmLWC+kGhBsgA1K7jIvc+nMAHX LWO3+uHJ+t9bICOUteArCiV/LCcYHEq353J8bS+aFbXwfjLsntdXreoRueyUORDBmtgJMzHf2poH i9IJA4EPAj8wry7M1BtCE/zx8YeqRRYal96PURkF8zYNaqXtGJ4jjRhfIlqLzETaI8jhd4+LnDo9 WiUISk3WuPG112MurEmubGgiDokgxObMU1686360SAe0yJcS/bjf0N0cCh4ptE4kNTUs7dvwWJC+ JRBkYbwupdULdtxF0Vnj79QCt58E0vNj0vASo4n2Uo9FzeQQOJe/P5Gj9ctFLDzPuxv4qkw8y1PB lqC0EnviW7d4Nse9sJgHa533yeKnRPyBCyg92oVWM8TAetb0ZJMKTCkdmWzWcKpJSMn9bsEYm5Ue OGAl0QYlB4aA0K/hiiDgVmsfKQNL28R7qDUIgDNrTXmhufVogGKQ+VNkJ3CyVA3e7UAnDxYCTFDv iwqlzkg8RncNPFt0b/y0yk4A/lJQX0vcAk6WNm0AiCZxPR0AvPVPWsKdKTddUmtAB2geupmE/+uc wrLt2BRlSjcn801xico9hgvBDc0oPpm5aaJGdJqYhhqgkzsE8bmfgwBioK+FSM0mJ6NUpt9m3RsK AymQeMWIvXCkVLpW/Nz2JkHphFAEREZeV3UE5jWS8JzynNPRzS4kFhEAPNUBMOyUblgpAHcRW425 rqk+yX8yWpkG4OdSqmlvnEvV1SZr9rayX2dScBJtGmnNRRwyhIvEAz4PLE1RBvbSluHsW4cgBLB0 uOMN8BurK2NAEKkaAwsGZXGEbIxkN/g+W9Z3Y8WSPkgToGRSNZHuDVKEr6Wrhs6SD3P6XpcuOgnU 2u+PuSb59oltkbZvUMEYhgl0wmNoPZqovNmg4KyGJ6TYBw4HIssobq25LGzH5bLHWz/lQCaqzCyC 6r0RZ7Vq3EjISJ5CIlXWZ0bVF25DZT00GdKbSimLmR3XTtIeV7DDCAyMGjOABJLckUZSme1G4RZg hTVnXZtIMtlijHEkeFPO8CzZEv5RmiQYr6+yr+wUlrI3ZD9RNzAjD0WMf26u5Wg5iH2Cx4J6OVdL 433FHIPpELp7CJdRNQB/Zx+zXZLeEJelzEr4Na+HyvLZY4Jl8Wwfu4FgkCDUtdabYMZxAKVRj5kh KixEVR+UfPF+apPu1QI7LDIKlXKxM9qZr/xEwhVARMP6R4MqknVzAQKODaCR0mYciUbaDdrD9ZoE Rc/4yjZiPdRjvFcswmiDg1psjoQ3mLbuESDnsLnk/SZqoXCTv5HRbGPIQHVOqBkX0zEGY0rdW24G ru8azy/PPR1sxl0pO7foK1XNSoZEf33yD0my+2PRnO6a24xFOdNoyNXjqhh8uqtHsD5Jgg35NCM2 Y/P1NXuC57kQbjYSN+T5zaLVP64NKm7Es88KKzMN75ZtA9pcgv1ZJW14kJElZUww0nH3iwGNhFn1 n2aTLjFa+wjZQqNPdOg/C4dOmP6rfGKs7ccxJo47Ea3+JKJUPuczGW5BYZCButFoP2zDmklVR+Dz CD5Y1nhCNElxBAcAL4oXkBV9gVJROfOa+xcJ8pB4wtQy4ljpcYjU5pjp0AohpLipI30QYigfS5G3 pSwWaUEt7Hddsz7ShCCaFlMeBbK7p5GbeKgZOY0Qlo9+SW8mEUHcqYGBKNtAoEOKAhiayJXOaNup LZtYlBqxYmJZJib17rZqTfXx48CSRWMt4Gm3MYJjvJSISS5eXKccCDBJeMVUKbdkoDwfuzy+aFXL poAEtkI9pfm6FrnQBnS/Wbb4Z2ruLVbJU84xNL3QPpPFsxGuBkpIkr18Ikh1HDHrJEoPCM6xf+Wj Wrbcwj3FmD/uHhLaquFkjA6b1aqlfAkEbx8g7mJ3S50BbYbpwoJKtOVPysvFuy6UhuiiDpVTKE8i h9Nc+IRtq5Ahl0gUeS7Vh5J5odsUC2dZ2Eyz8MaFkZAEYl5SgM554CZlgJomQgZXftj8miefwgmr ROFAZnp4nH1cdSGXu6SpxMBaGmWFVkzra2llVsqi8i1SmGGwZ4soN8nvkQiYOWsTC2TmEyrj4UR4 GW77reNuCai0XuGj9Kol5Ku2IJnIdABWkZJSflwRL4oeBTd6rAtsbKXoV2cUEW4xT3AYbmpKpigg uDcdkqqxZIw9rRyv8Ufwnl21gd1MWi/WB/e+ALx13UOzqI11ZWPCZDlFvQaUks1xzQPnxOZVqkli QOVdZTISSM9bcYxFDmEGqkDG52mUm+9Ka1wnRS54UX+eMF4Cb2echLfWYn0WJO1RPcICbV1k6Qy6 tdQKOAAiUuotLH65aWqTC9i8clCZjGbsQR3Ul/ZG96tAwbpEJEMpuyxA2rSTb1JAKiixZMCDTErP kHGjQ6UAB+aGAldKMVozKFhvhegBhcoW85uHZqapHQsQh41bl7Z6Cmlov6yw/wyMigCptXVbnXLr tjhoLFjhIWkMxgraszBs0AabhcOU8Qg4A1kA8AqxPBssrl5ruxKiTk8h3oCB3rttCyYoWXUfOb1W XIUz4NChUF4hBFNUOle/vqwvEKNQuCK0JfQCx2TjgGE3pQLXoQASHt7bIqbcR2FTuY7rCrSKxMPP gKKGWcauMZT/7GbpmjK4ijGht6ZlzPA6EBlgUyxXgrVO4NzKvQKcYcPQZpUQgHQSakNfQ6MhujBa tR4grgHCVbNAHQi42rz7A3AXBA3kq6aFkrISiVWW6PVzsl0htoGvj2cI9EXd4N7QV0EGAGL1LJ7A XdOFDCvzq6xFGcTVvPVSw+tWjWjVI043r7Ezg3JQGy0k+6rykZ6nkASYWAo0EFu5kmqKoNX2fNvC nys4ixjKayi8gNyVjTBMNYJLpC1TORS6BG55ql7t50vland31ZPQAYvWKmTvbuiCknoF1EJAVfYA 9kYsedDqXih1fL5uz9e7kh2lHhOHEp4HvFbaQjY1JincAWW+Aag/S5/HAhl0MYHw2naImVaUgwH2 FqXglvpdvnSq2t9vrLdZYRGdmalgSlCmZFrry0YJWYZ0Qlspc9CsDRqE4rSUO6eP0FHvjKDW/C7f skRy9AZSBA8mXB+BOeG0VuSXeanrYBPPfub2mlkkoF5aFW1JtUUdnN2uDtoEqkyJCQsn9KZaFdY9 /WySaw0ZvddrMhayrRg4Oc9AbMi53o2qmkOKYtQeyQ1Ekr5bbjyF5KCLVWVpuU76IeSep6aoNbsP gOwoUxUPhYbsG/CRmTLAh1V9pF1MbY4DyD3ee5PUQPJlKJ4+WgctNgu4/GRwRCY7c0nXI2xt6STL 6G+oppmgL+03SFIrXUfV5W1M1hRVU2qy8aexfUNnwk+Ykl6okdHrF14idtAb+Oqx2E+7sDLV2uVJ A6naM0JgE+Wr2y6jkPP02pEGINOKxsLoSTiE7bShFaZETMcQt8/FJuE8PYZ/vmKf5GpTYg5KzEAB UQ0AyKUXSpGuHsAJBXLpcnjNsvoKrgTl5sabTj/9mlpnCkElJpdRpYWLAQyfXTLNoO1eH5DFyQni 4KWo88/pYHo8s1Yv+c+4113ZpnCedxGI5j3VFmTGkmxrSfDDaYTM+U5jwrGSAQ5vtjzzd4XIPSbS ZC9UkmSPWJk8Zy4GU4hnqMKHdBq2iMYIJouSiXAhx9e0xq0oYYbpyaOGAjHulZgruNIYKmWUm383 68LMe10Xs8ukDrIgzmcB3WgB8CiaWfgS2yhkAlznjiBBRnkMZtEQmiuBwsIW1tXjSBamF80iMse3 Ma/sAUMfUJLIFZVDJgIf+JWaynE1rKafM/q9mHfWuDMnNG/JMmTraQM5zKFfXO4CbGgGMTEk7sNU pOTpcGy4tOYpAhFfK73B2TTuibcLA3G5h7nR3GujACqZGW+/weSRYz+UgCUnQFEWn7jN7iUUbL0l gsX585FBOtxE/5GFKyjv2vMD2lA1xQgaRMCZs8/8/JAfOSS9w50r5HFIix0JXxp5kBai8oYgGeYO JikJofy3fIa6ThbzvQzUIEW342e1ElfmzvVpWaE8mM5XfnV1rbaAO6Bbwg30DIUokxPKFFbTgdaP 7dKJbbjIRGywKf5k/pWNgDnOCxdZBdxPecyigiSnG3Kt2ncAFZV7I2eR7OQausM0tVNkUyAxhY2d aK4ZZO8iOAo9evP8wE3N1qg0WB6fBxAZd80itkBkwiOsZmJRtp4BFEXILMVicu/ehLvXi1iDqIaA 001k84lIltVnw0g7ui2KIyOGUUZDE7FhMpAXiEl/YkYzKwzE6UKtsDtPdoAhiAV3Vl794zNimU0O fDcTAAKmQ2VDCDkMyMTkKAavuZFsFtjl9JqfG4RpLpg3IuG6OYiLTQNroE0NsYPSDY8we14vRZKD eY4ofr8ven6IhkMORyefaKJtoJyOnO+maECHpmrSdn+cy16hTkipL1tOC5P6VICi4QEwjRlzog6K UX7vqs10Qlq8sVrViVPh2tJX1VHm1Plq9QGKpNCsAMfAdVQZjtVXFxHFf/CoVo52yAZ62BXqsgPa iLRa6cIJbifGo2kHvTsM/taxbbUEHOzXTnVwyGmLaeEWFQagre/vf+aGt4qNlp/nIaMykUp2xKje 4lSzb+uFcXfgvB4XS21v3v7o5X21NItuX2pelp/p625Gvlp+LledQMdbigDKulogm2+dWF+aks04 z3TAXxURtSjmw8LyXXdAfglaVAGg8gltRxJu3RnK5yKJsOSHY+Ec4jiMTszQCyD8+fUncUuelv52 A061Ig0DnTGZzjCX2PSxRicLDknwrLRYiyZuN0DCpTLPGx4bvafLfzXK9RJYbcwW79Kqc/qetKQw lyM29RUXo0xPRHpWIHJBF7GDwFImsQhUG51N9eNPfXrKhw0mEoGgNwPVrck2T/8bcZQJ/vUrtdNi iyqz6N8XOkk40Jwm8CyNQS1Sa4Lcz8V6WYYeFhAm45l+PYhrn/hoSKFUJk0C3rFIDjE16zaLRkfC 5GBxNQegJUYYq7/h98RDFwi+1EIVGwzBA58G2mLQC+OC+1QJoTOwtlzbA2nzlhjHI0rVjUjaKmvd pxM0nx4c1tagkgHo0AoImjZs8lBudsrDkg6rt6wkNgcCjyFLchLllGzYdJG+drNEpkN4rF030uQu kQfWJJKV64lZ/iCG6VtkldqoHLnlTIA6vFORDdNBB02mv42C8OiRvkJhe0ZUUYWAiF2PZHhRoTkS CfLscWNLLxqHFlCCLkcgFtJtRuQqaczA4qMHR4cit9NDBtjmMzoQb4aK4loRBvPgnOCZ3tF0SJMT oqRSSkXjuJn+9M0K7OAfn7LmmRBTo17q1sBgIBRyXJh22Aj9UumGT36arp+Gp3vd+T+b7/4kiqYy QYNv5wtnQ+ZNNdgiJK7d+QjluySaG9ArJGpyFksqA/mb3edKXO9xR7Dpvb4ozjdcRJgl4SGjmfIF ZsIGYKWeEe3VuN5t4b1S0nE3Ny7vCa1t5aAYuvIQ3EOnxe2sJB/XL5j7Zb2k/ju/RS7MUaTDIhp4 JnoWoJWFqjmPWmHul+g/d+QERklyRXj8AuwFa+iXNU60Uxl+ycEGcSQtvI8yk40cvTCEYs4ZHSTK 9DlLbcyFMmXUcq7gNsYUhtKOKpvY8vKovpoYhZRDFblieuIaYYw94TNVP2qt6ahblZwYmJHY3eAX YRyPOn+Vuy50CUmrOI/VbqhVGRJTmGwGNmfMfiBATeO2eY3UON5Qmj8S54N0uFp+lpXCZuCFmz3v 0Vww68AodEGabYwy5sTPrKuCknQhSWqOmGp6ayU2UFO2G2kxi03QCpsCkjRe/nkyy8lB4LweYsM9 NklundawG9bEsOTf9u5JTqRT++jKX0p/qOg7q89TBmec4ymlUTRFpaVZNYV3sSmXtcnQu/WWQY+F xusGQ/WRjfIN0sHFEY2n0VyQIY+zDgqXcrbZCwJvVA6T5Lrh7hxM8ETsEOXhoMs40lMYoteMHHPF RzIg5MpBCihlCziraJt80RKoy03n75Gz7trzdgR0ehLt5hujn10WpUyMbbxhI67mUmMrv7ztjfhi hyg3LGrhAQWCksG1aPwCJcV6KiFYkMUY1p72qBRPkVxTbscQI9DkY698l7BerCs4mRAS2YTkZmPY 2gktFOU2HJ0Ewb7CH6wt9xjzkJ+YQxTrnLg3HiPS9VgQWySAQudbC//kZXgQp83M85FMp2Qw4nfo CpsIQ7m1glgo/sthjuykkqzXbJssJkK1GCRcAquNgpjnjaYXKShPtidSqGui0MKp6yUOxxUXte/L CcvNTMyqayMk0mmFpA5Zklunhs0fTG0ZQjcTP9G9VQB/yDnWTwnqoQYRzOeeNkUP41DRPaVGTSAB VuH6gM0aF8aBVMppg23I0QNLluomam5bJ5wSQ8SSUtFwJ/yYHzKxv0OClpKJhSrrCGTdPoCdTQvf aKOrSdEcyEE5ND9DMAa4E3JopMz00o6roSFoLzkEjSmKlmfJyQg4c0ld0mkkcxJRygcm5KYycqVl OeFIBBmeYwQZJvw0YDnaEkKsJysurnnONBEqGT2Uk1lkbARDfwsbZ4yZpkmZdJbAEG3zUd2Jh95N RUKdiwWo4qxkpUAeKS0aMZEhjTDpMNHpzGG5gJPsdrY+sCSdBG46uIig8RIqC9R5r8IGeOoA9/Z0 qPTrreNi7XACGDpEwlg9AoWbJMemggXmAyOMIAFc8DvklMYJayPrjntDgcg8ACroKNwK5qN0MKgO qggQA8d2rAEk2XkHgAb5KhFTO+vDFZA4b8g1JIhV+aoQTKNTKLd6JSYgXdb1MD0Yl1xlgEhjCKMM vZRK7H7g8PcXqO/sLlSGdwUJOiMcthogqe5BGbftdGvKr+UeH7cX6LEUVI/BpSWsThI12YR6yeCU pBqaLH/a4MskVqliJ/3YZwCpogHaDj2Et0Jln7JhpSxXKVduM/jXn6mq2+Py5+HA1cUF4nprW/D6 SY390sYVNJagHcQLtIeOqumhyEcZrV6qKL8ZCA6gvquYrL4CHB3qLUN63ooIqNe4yV5lTFeXY14A B7+Wng1R1oqK0HJvA8j38/Y96chrb187K16hYPUTnAxm9rWhKtFcbY0yqdXCcE9vG+x1hUZ4/tmr tlFBacWiHxByFaM7DGz8ntxKqMbj0r/tSEjNpQntO/QKgv0Fv06lAcPf7CwcP0I616D+DrZc6BUA NhZAc9vUMMEwSBA7tP82tcqtKlnT4NMEjCiWQm354iIZDPWWCYs/xMe/iC9LvvXdnqKW2zUpC1dZ j1QHWJ6/gXExYpKvS4oGTfd6OyI3myeEKoiYNMLACY/dHUJ796BE3/36+t3bK+eNbubXAZ+2RhjW WRuWhUV0CmRlRjsowSBWRv7wZSvELuac06t8ccvGhAwyBV6ev0xdm6JgY7vyiv9Xezn81tDXiu3r qj0fSHIX0cqqO+0/FOjYmzOVbb3QLe6ffDxqknVIuZYtQUWnjEwqRVrCpJ0NJAOhVyJD8mTXGZw2 +p2FMOMMKN1m2eaLjOZHWaaCrWEdebct9jDkVLVuDCHWsrWWKq1CQdtW8NlfGsTvCv4n99Zc1adV sEE06H8jlsdpRcOWFZl3kD1Z6EEq1Ktq9DsUovMSArVW2tZAZpsXvahCNmbqEL0oGGu3fRHzoNoQ SqGAdHEHpnTXdeRzBXodMk51aaXSIG1AM3Hy9ruPaKKJ4dsd0BwvAvd8zXhleUqIRJmSeXhKdGV6 PPe0g+GIJSFQv9wKlKeoddE7EWquYZiXPUSudfgmuuV5ZZR4SnxcOfc+T/GObD3moSYbUu/Zbu4p Q5FbxIzUC7OdWTYuN3N1xnNjOnUUej/faYNqZXzr0Q4yG7Gv2kb+gNASfYQ4rDW8nBfG4OIpENWU 6rjtA/afmyIxG+PxP8+fO6JHo+HqcF3y5LpAHrj6RX48KJ6q+3PccxrlQrjozmxKPi0PNloBW3Js TTCfPLJ1Fi8PPwfSPaiW4c/1Ip75t7OX7StOgvA6Wufnela702Mk5ZNkXlG113wX7Lz4w7F5B4ez m8U1UV98MZGkmMuYwTZhMtw6w8/ZXK/UGwmlXPpYsAB0Kw6CznX7ai9gh8jxiYlrwaq/xv8GvRnw gVOOPELFrDm6BZQIzT1leMG5otJCWf52WJUYMvQFqoK0YoOVwDbMp/kW9+eEwyiqAyCKF3xBHrxe rbA9n9wAJI7CKwCNwAGsCSyCxfho/VYNNZCpaHO+B5WIInThQUAFh0bAGTzIacw181gnu3UaEhgi MqUmAxv95ZlAk8yrqNZAREv43r3CMQECuovNX/Dp+wLegn4+AToIidEV1Jvl+9eiBhOZAmfdIHc5 PIimP6mw6yXIBTEQi+sejooiZQPhuMBHWFwEJPgkRAFVhGkNU0KQ7jdKmVEvOmknrABTJi6GMgkq X8wOP0SWpRz5ujZ2JJ3aBwJy+Ano0mCBOcGlFZwNdNLHauktYjVpIm7/WADUTMUjCG6g328VxARv Icj7EsthRwboOz2W+5hkCFkJBgbBxNxuH6BZFlYrCRqaGe9wGXm1DH8mhv//SnEhoMQMA1hguBiy Xpq7jpCy5DfdRxXryLi7qOGwNKu1YTdzsBS0CwujLPgu8XID9oJek5YE2agqFwC1RWhjMIdwJMVU rQI3tNcAScJKNBqgGQRK5gB5QDyPzKLoE/0WVIrXoD0obCgFjIaIEQ9qxErXFGzX6DS7FFm3b7AE fHWPUbo5iCwBDDeOBzjTnkRrDWARMOhe6yKqWOooYHwarEy30ZpjQZspvJoCqocvRH1f4sl/IjX4 WPIl9POQNiQaN3dyDwFRgNR34XFG6JlQRAoMF2bG2KTbOPi9bL21H9DvxAyibVUnJUNnExHBAakI oMZeimAWYDwqXFEPxK8xTNMN0mCQt1gR93EpFIPweUcAwlXNVezT/HsVowZpfPLn7hf/USuMtkUy IhR5tEKRJpHw59STXS0z4guQlYqNI3DUDE7pIWMlk7M7ZomxFq/NkQX9bJzRyphI8gzN7Xjgajtp ZMwOLFoYXYFQiyABr2Ix7WAwZWdWCFrmdr8MCOW2RIVupNlIMpSYkQlpQghlk7EfObDa5FqVSX1U xdb0ZH8ahArzdG2CoWUXdCf+NTXNpiHDQDhCzQ1BsD6G+lNtXniV1dyK8y2NwoyyOPgj2Is9Kx5f iwQpMli6NkKRH3VmAG00g1k0gkAhmT3LMWh3WOdV81A/n33vb1ltDYNuZj7YWDRl9tF9hiabNOIz 21YtBdXCaQ3EOENnAvsX3Vi0tFyr0m16ce/rDsJJoDCRMAWPQ97etrBg3MEqExsImoFGK3wCC2SY gCZxIDse+pMkBnIM/QxVlD0DzLbMiuvGcL4Wj7oKzhFwFpQjM5v2VensCGFiJkcFyWDEjrFoLtjC wAW9R200GdPv8FOQlPmm9Hou2UaHgnPejNIKOhvW1Hl/KnUSFBm7NWcvpn5zxgYbFPa3K5lMBQm6 IRQheQ3zyR8e6pI3PloeCcDBz5B5ug2Fgk79iWNIkl83i3EEDPHJcEQwBUyMZjiiRXbGrruvltZ3 HJjhUSkMDWTbbHIbkM5KzzQudERiLYLZwkiCUSA9qTdMwWytpEGsMZuJrNgXq16yZGsnoNV3qdOR EMvF4mxq+s3c6YX98HE0o1/jYDuss541jmZEwxNUh4fsKVvkSMB5sJqNQ7oDwmrRtLqUpqrojXaQ F2dTCuZuYSXcaa1gWsvTPx39s0U+0GMzsF4CJzuagVDGqBE5z7DK3Ejub04D8BNQHus1b7k7SUeb mL4pmsdQe4r7kweNkVXDe3vrfQY6ztvBQCNA2IanKHuH+3S48kLqDhQYEkWD8rO4coMyGTQCa6tH m1aML6nGrkWOGrJgtzoVFjuDUDcWZ/pn1gXhWJqpVYPeeQGkBmUirGnaJjBf5Le8Q7AtbZRMYlBx +7nsiEocx8geGcKiO+3J8TB4k/e1Dm1J0EhR2Ij25Cv83GJIDcYFPhtdR9qJMeL7iwJDNPuYqXc3 p6wI0IC0BC+jZnOFJjCEhGQsHafUzCiLgOXmmALI309KkDcQuABEJBTHhR2dfhWmSCMxAM256iY/ 8tdG6CmWVJf8XsIoJDFNIB4iFJcasH/QJAriXHpVICucOSYXvp+gIJ1GGgiR0NcckLll1/w1L2iR bGM4PujFXe3cNcdU38QAiAVzblgtBKooH573gG5JCKpEZhY7M+H5Zi9mSVLSMwkUjaW15u1tONpB Bt0VnBTguQUAj4lhmyaWMjH0yhlkGcKihWQOU7QVNUh7VDUY0m1JgdgIp1AoKnkzCwYWB9FtbhC+ A4QDF4MVRaIhnD6ophsgMOgrUorsYzbmFEvhhc8hvX1wQDL6sF0uss5RCQRbXNbYaJVUPioBxMtu kjg9sqyRiInFmrE0BGLwDpKWZMB+IX7WABqQABgJYzDiMfCuj53aFtdr35hJkOA4SLkBit+zdxWX TJzIkC7cJsAWrsJ/yICZBhaBgwKmS+SDxujLeArGJ5BFYQbilONhxA1aCM/oAEAMauc1Rqn0Pgba E259UykldxkVWBtbUJmWqyS1Ty8c5vULDgSuYmsng+rSaiEIbQVbF1Zu3gSCRA94p5FRLSJNCWy0 HdpjSFpgPLNS7QgScfGyCNwgNJSicREfHEcK9wVt2LQyVsOOXNAkQgTp9Rz8FyGSELQtVGfXPIyG zsiEF1XQRqWJMOTdzisUUCAkp+RRwALdy9i1pdXOTGVLPAU7wUVcMFyTkBYYK5EbiQJz4DtmYYEN 2hUMjGshRIbhbJEEaJBN+DA8ylxLaoRBxGQfoEbO0fdaxTBmIAykDqSnhnI9+Eo2LUwP7qgdMg9V husZBVCppFCgNYkogdrTlcIAR0aTSnHYL4AnSXiFGeknaPouI7RsWJ0F4KqhDREtaxquq+xAaJ1q w6XWgkmBmqAs+boAcT2BcBWvqJhHd/lHmi5g8gLzaxwAxvDbcGaoNaRLXrHEau/Lg6NeZCzXk/+V wKi4MqS19/edVQPxtj2p2IGuVzCsFwoCYtWpuJx+pALvvB7vAta9nbzw7nHzBsD95ffkF+/au0J1 HyVRQ1O9UrBX5/WnghzHp/Zhy17Od74q4/wso/muhoY3+N1P99/L7ff2fB4fvS3wfnPn8+r9gVr8 UUX5ft57b9/TRdf0//j9e3v8nG6P5/Pf2/l5d8/l/rjLYf49Pn/ufj/56u/t/n9/77fn49ed53+e t8c/D1WVb3/Pd+8HvHul4POp33/gzG56/D5+zr/P6/XxuF9+fm4+/v3ncfy93f65PX7P9x8vH7SB orgzqFw9bSQFoc4b9u5AXdgoMmKlEvapBOnudg2wHjBtzwB/AyJLrw4lTgDwCJo/BVh2t/XpGuRI BKRVywsG4atPhLMgWc8S9i55MAi7WuUbhUbOIavy5b0Ij7xRrWplA4UtQFLYbgg80uV2OGwSVBDb 2pGs3h5Z8iaX9nilWMgWOYd4kxeiXm0LhUTCjKGj5JxeI5IvkW7URM0NSWnbKPK20cTXHgnkrTAJ oBj6mFb0LXQ1YJWusNJrE3WGRFsFYLpeWrxn5O3L+e0gg50Xa42mr8CFi0jXyrXBp1GDP81BJDPX rcHRXW0I0gF2PBRmt1Dh207gOCUwlgXkSl07T0RF0Nhtztqfmj0eVskkPTwJ5TrNFlrY9gt656KB Rsk0RLCpJfxu2ftY0HT6BCCHG+NCGinrRxfUntHGjxBRxUM2jhiwe9a+SigVtaYQ7B5QkykihPZY mfyGoRYX7ZEqQ3RLMx3kV7Wp3YmKPsHlp+ipBg1lVCUtpA3WBzHQj0bM7IJX2QIA9JvZpRXZPDrQ 6Yz0mnzuAMy0KPFsx1QKd2dWkDGXgNZuI2LUejsC/DFWye02LZArZ4FSTbebum85DWjitRcMHK1P 4VPmJxfRkFlxxR5sWs8zbpxMmPLeGVM/3S23vSocAj1NnXnYojQurg7KaqbSGVJE5lVoMFy3kwJu NqJOdeVJ8AjGkfYz6+InN3LOKXPHuHJZQyarAJJv1wZw7oL/xXT+dYmVYwVCZoQDwk3ORF877AyR dVtObfhvSSmcZn5eFrQHs258tjzDLumkzgR2xpWv2/jN0wcj1ej4NEQx4JojyKYHhPK2cm0hP8F+ hUqNOhcQoMSm5ZTBx6KReNDOiFivnM/iDbeudwUg3Ot8phLAtBd0FHBcj30LywoJElY0DaNdyr10 XawnIHgLHJr8TCfRCmsK3uBfoVWceQ3VVXPKG+1XLZS9Waoh8Ad5wmq8PC4H3SrMazABcS13vjzn IJgOj+JUg+4Kd0IAAtsyHH+CICchxJN8OeBDWcp6M3G5o7Imw2LcG3DHPReIoQuPmNcBSC0wFJ+I XEMgiquKZFFAYIs9jdrJaL+qycBZNmnQhYmaCX+633z2Mcfa9PRoSGJNg3DRHIuJDVRI8y7Rk99g guTTQD3BycJmIZOx5jkXQEQN4VbQvckW+GhJPpU8VWsFGDUQiii+GMJz2C6sSpB4+8KncI/N8mMP u0MyoB8nrPRsaJKg2bi23/MGJ8JQTKEvgyk4JrqI9i6mix6LUFPtDxQutorUMrC9tYpguF4qnu2D hW/0A+jFhKGLVEaUhImGG86WxOJDFmabBjjhCmRV+C6lE5yOOjIu8XvVO7KC2bALUI9aiQtMDzEA BYVDXUSWEu099v29lHnFCzTOcllRB0AU02CZBjaBfD4vaeEYi4AH244/Vkrfm3oYmevN8r++fSfi RsJZWmBPg3MbqXavrFjzlxRsIubgOhn4o3ICmDUmmhFuWvhwQ+/y88e6qUiGINjkY2OonbVGQIw6 CQYLRCdg+CAnWG61kQTULnuxtebGaOCXBCWJbpcGTXDNPDzefSONfdn79Qh5KxJGAFoZQXJDesPu jdmOukmADEho1sIibL73j3f5GW5CkYR4SvsJWzFneop4+F/3AalhOC38GNsWADg2MCHlCSCOvEHv /k9G1ByG3iSUGiwbfAQsCRQ74tHbRM6kutWaYg/bn+gj1Z3MxWigaIMxvQigMbhBCbgFsQ27gAXM QG+jV3sVVMsszGqzRjRygKSDEJEWmlSauvabNTAkQIJmKk0OTvUB5YsyUSHEEvUAqoiMEiDfErEQ SQQxEQ+TZ+YhtLTzEC/M8/XRUMgwoIMidSl4bfJiNOQGY5YaFXxqqSXrCIqPBfiGGqRNMJ04AemM +IJ52mKQ/Jbo4bNXjBXlZ3HwJREyZlLi8VB3A2qOtjMyAdZ92iBF6+ULMzk1V6mlENRuJYpB6VSN 4bC6OD7YQtKWjU1aCuEoLS+IMGnmlhrzcMlmxar9nlpmxbsevtB86wVR60bIbbIicS1XUYQABMHw OjK6nfEJ5QyLQICABciKuHRld9gEtZmQ+8Vi4DPUJbEw6/bgGEazd7tJIxs41f3cOYs07mBKutTA Mqlm2whbFYJgbEKvbqhBdLc8DT6tPd+UExguDLVgSrQyx8RwNiUByCJlLKDeyWVarKWDG173BpJF fpihpkp5DXL1nHl2UhtChl5DGZ1jo1ViTBZ07CPQL/xj5U1M1BcczFNu67SX4VIMpmleoxZSsFmy NEU0wZIkVCs+tGsnVznLVpXrVB93xZB6hNAa7pvdwpAdrbW8MsojGdgh5UzKH6HmZXVgjNx6iBfs R/TJa8FsPB1Awh26bZIESV/8K5hDWHHsCxWX0Rd/dWbZ0x7ERXd6Qg76I0aGcafqTAFtUyo5FC12 U7MIZtyIbwxlK7sXFyI8kuUPhF13WwPN+rvTHW1iM+LNEEPpW7qlJdVqYrwiWqOg5ud4QctPA2nb fozm0REuWg8VNzYkY5sUXJoq+c3WY2JyKWVlHDBsTUjyGCUQkn3EIWAWUsgh1fEfX2LQuHoEHZdb Gs2L+g+nfUla5kT7NGrMCXVHzmy6JRS9Td3wsI+GcS0DgVxciNQ2mrFiBm04rerYihQo01kJH1wb ljrn0k4BkJ/QopQNCGSDOOFIxo62MqVGh3zpt4TVRgnDnQlDKTKPl/zgyBL4k5Bn5hK5xINxzBfv 9FmninRLTpmAHNSIR/l09MRQ5+2TPpu1myOFn7wZ/KMHiX1C0zEOGLJZ5DbM8SCtBvDnfxixzaPP P6ay5MDk6trB09H7kpprZena37FR5BaznJhLOeiNhOFLHxI3TOOdzn4KdhN886dAtB+KxrTYem1P UL9xCh8xwqGy9h3MsE0099umIeOaTUVGPXk7VkH38MzbBRPI5DXmsQg4gVypIjoz2LXrVIM1RREJ djyP/ZaBRyKtHgaR1OaEMuGsnmqGo3HMxpq1YK1qY1jJ83RdtMkqkUnP4qNPkHANBchZ4xSCc76G XT++s+FmWAKuqSepg2BXIaPbMo5pkmko+0JHdIA3vSBkFt8Vw4sZhcpDTHHnoayzMIoBYjUdmvt1 nmibtSowhQ0gJrxQ5iohynxaRw3Olp8JooKwPEQachzdTNk/Rp53PvEvrNfgyS2kQTpcwZI7PVgX JDxL7Q/umHk0oZtMSJ/W+EtIxY2+cdnCMK/CKAzk+IzxyeagLeKRXP9lw0iyz+l5cCKhFVBHLuoy nktvdhOiZRXJXqoPXcJyjZ0ddpBcTOuyPv2LLOX2oS36MIJuUhvQPOKHSL2GxU5KXL4f+Jtp9uSF Xmix52JVywuPtO9F3rgiHS991SJNi1DOTDGy5B60hYvE6IyLvCF6g8Mmp8uCyNsJF6cMy01J624z M/mufrAaNAOeN5csntBcoldebMl6cdhx7DbuyUuBtjE4xT7Vsg2PGJMarMrwlL1PG+oFz+kxyjWQ HMUSS6srNB1rRfymYVXRq5LaglggBp3YlYKOzUWeRNPKTY85ChqM4lrS1bYXUONoftG4Fhs/cKwl ETLVFUmYcBWoTaUMYCtnSXpS14h1L+my+wDNAKwaCYQL0OZ+8HCPwLXANGpgwHnKQg5sAwAGyQJq +FShXjjbW8a8QwEEVGXbimBoQV2NEmsHaJOdCI/RkpTFajzYCuklicfr+go2VGcDbtb9yghD7bZK BcOOysWttkXFjdWWkI4LjzSM4w/IUWOA3rVyFpKGdzJdH5V+UP3jcne/1ObN6bZ9ADShstBhub6K WchQBS/D7tS+eBzCcC+b0/1U7WZ5uzeFLo57r8A7A0IfVUa+K5zR2+tgyBVyPm/V1vC+u8fdPVdv tPP/4wk3PgOSLz9w4gtsGRSs4sbtfrk+vdzPJK4/z5Dn233/uF1/HiDkK/D2+rjdpAA/TqG8v8ef 5/3y6PHz83L5e/ft46kFY7oCkK+PAZMfkFxNPH9+wb1XpaG9sO92u//6Xo8/1+sTxHx6/Hu9/OPZ M3zZXVdP/D5QEsYNZz7Kg35Cle/AaCDyzchvEOXLXTFqkPHt/Pu43k3iV3WOEGifH/BnKPc9FPvn eXv+3C7Py+Pv7WkYP6fH5fH89/78Lb/6936//oMo98fTHB+e+v3HXM63/3OHaN/+efyi1fP89+/P zxMiTRTX+ypVq6ayVXKasCjuQRywWckUhauBt/4japVimb2AcFAi5818csyvlakA7imMQiCJ3CkZ sptAalwliaHT2+vmDjj1QRKpjG51hs/KpRDF8mjjOnT3pFAFvLVSKuBlaKQKLbBNCemASogohNeb OS0M4Kd21Lgoq9W+ibRjucMJujUJC7WnBvqFn8tXB1KCaYmsW+wV7j7mjaLybHUcdHkuORiO6VPB xCkc05pXlFMtl7J2YZKQdnqhfRMPVPs9ELv9GJuxM3mrueHRcDKC07mm3pFxUGmE81wJwPDXSdCt rgbl1m5L2GnvcvBbRTrUcmdVIq7NKDq5mq4VvbD06TtmjfaAtLsqwxe17f43EmnJNGiGNNUWysoK q3EBNO40Q8UtgMtKsgOhlUOhkGKh623yNcJy0EszpiNkDqMdSrrfPQHGtAryyvMfE57SAZlTSuyI BnEktB/D2iSQxs2u9OrG8qXtualqYdhAaAzgIgxT6DvAuFzygGyXbGPB//MEbH5UYiN8WLOqRCAN NjPWslO4hsLq2R7kAIjb0Wfst43C0cANxJPMUQKEJFwVQWi9og6AnX6OX/B702aF4hla+UEW0vHU PraximvuK6cqMDJyFapzf8XdDNPYfmYNEo1gjEtdVCSV+Bl5Kd8wYCA5smR82YIQarsS7mNouFon RrCZ+MX2MQpkftjHV850+eJanx/MPRtm/EZWnMLicwlyNHJbLMSxlXG8PYVPy6R8bHTIITQw+7nK g7QrbxeVW8KMMboY3y54RMnraNacNAVSGVf4KhZqpr1v/WTicyZ0zNTzo/ZvUH69W2i6ME9uCi+F JQ2u7CiVrGZUtWuqN74BEaihAlO+D6/EmYKktBnmRNU9cy+TKl+UDDLzrvY/C++pgsRBqXjGhcL5 UHk9IldRg5BkkCuOR558iFbISLkNbsFE18mqyDffCkE7bj+Bw+Bq4e7iMV4/xKaj9CIefhuEFkIS 5oCSvC4+jFnDMMrUFWiz752AK0TSVp5s0UohI0fDeCKckQbW8ivgigbZN2bIoQqbHdcwf4RfYuy5 iKEx3EJNtt5zR0k+18VcuFj6EHGQy4YjOvNr8I8wkW4QTfgjBuH5aE7X/FuIeYBDwb374n/Y4ftu YuHCGe59ZDE5waxBzImJ5KzoKoK6w9B4nPy6orYuEgRyHAOipwg0FzDOTViFX0Aa93RA3m+oxI2s 8UDjgpOuiMqknb5eW1bvxVIiN4FYrC3OIo+yjwRE2AWoqQVY8UDkRt2AkbOkssJU7RabclYd/8cJ LutqVS8IUnlbSEs42ESamuauj3yJr4VccpzchugF9CQNMCbHV2wIK4Mk5NKbK2JN3CfCne4MmGRi gDe1kbq2PoKb2v/wTWf9o3mhdwemTXeEGqYiVpMuhZ7CCJ+wO2UyAGSH0E1kPO7gCFGAj5PR3vaJ C+BigYlfPhZmpLQFCq8WMkUJ7cAObb6oOOGLAaDtVhh27CiggdX7CpgbDmpsFk8rxBjxN8c/pAU8 G9sLT8gd8TAN3vlEzX4NMgc4h1Chlab6Ce4Gcoq8I3WiS1pmPBbHIucb70omdwcuSM0mdK+//VZE X1Nd0dUIGZKVeE51DisafqFysa6G7VxhjDEa3QuHwMp6hFy2oeZmHB/9JbIoYOs/4ip7fLFS1tgH e1Ykukhev6jR35LewfVBHgjSlf63I6QGJhlwHyzE2m8kEBuT9YgfmOyje32wHAOZZ7GEk9RWETZl UsK5gSAQRTGYStLRDpGdAUqikYTPtrRhzQiR4qKvkwoyhjoa5iVQCc2L9G6lt5Ll5DOqNl7CFccT LuRH3oLNnox2DBb/BgJF20R7OlKsx3op9KxD8zIZt+jKRmAXLIdy1OOgqI3UiqiofSxjDOs0OAk/ zLs1Tl8ZSlYjVWwmfUweUm9T8CXMHKkzB+VCCtemTd8iEyL02b3dQmOZb4KhtRjZJkgfJgOTZdQp xZoFpqjNMdUHKhGkwU9w16pm1lvsyh6DAmrLWowiBsTnY5i0IJR0G67J+yrO3IdKiSUzMyJsQxeR eyalpzNG17/FbzGHcYz49AQ9ORlRJMPYAtSiFXVW1dawswGauBAUBbVJSqMUPZ9xcaf17R6M1zvc z1ySpzoldn4lAyZDuXkmcSRHMyBGN5PUvKIgm5PEG2VhOJupNQonMtRwAsDCk5NicUf5qX07FGPR NOpjj/wX4NLqrPb7sZdi0PYZo31lAQxgeC2MzcgzPQlF3NS/FnDccPudX2TQY+PaFqEHQ3sMyyZD +9WZfNNPuoq2XYdcESc0CV3hYsRBw8ilq0RVbCU8iNkCTOSqXwqK0Tvmch8SbEUSKHBNllE/e/J9 CvjxLzDBIAm/19s1VY0kJfaMsCNDkt+AUkitu9ROJixvY/4oVaR3GsWsgYS061bSLDWaUjSDlp+/ /Ws9WgkE3mACEmSd0R8hs6aul75us8biS4jDTJC0EMRNiUdAa65Iq8zNEZUQWxuMU51oiiyDE2Mv rI9UEXNcIRJWBsFrvTfxBrJ5lzyoeYTEroSFDLvZOkwzWDjk2RPikDiFdNjLpTRmnlsLXRpLmZC5 wW5jsJoSieW2RQFSNIKa/PnGaPEP3Bf+iYytSuMP0vd9Ppdhk2LUVdJtWOiHMaefcAjF27lJ15Eo SpJ7YM8pAttq51vR9mnCAGQShGR0X6YXUbgHQPkuuScsPmOJdJ3PYt0ybX4Gw2qlLRADNxr6jgRE N9wknZpKCWVByoJGHMS0wrsHLsXuEKRkklHIukc93GwF6lTMQiijvabble1LAsD44CFhQOIANkyx HYxxEbwBxlYt4gg72+aJjqjZMaFp9eZu1uhPzo29YwUuk5AcFZnqKavwYRzo96C7WJxDXCIoYaZO rIIQ3GzKrGtT9Q5H9vWFteEMDMwC9rCXVxKZVrSt/5zZUUzDCIwTkgRFom3hE9VK4dg24uFbX1iX gSKNo0MMqjxkjMnDaBYhyGaHDy83G6fy11KZZpR6yX3Ho9zyXmHAIBoqrzpLrKWKuvSzvNNUDpGk ri25VHihFoC9/GH+RPnIhkKfmBgJN1PVXZx4EQwJWfN2ybdnmMZUKcfbtRaAQPG1C5+6EBBlNQoB enU2wxTrrarSw6ZHEi5mZybcLGii0S0NkHUKLTvnfqYqBB6cK3tJ6i2cUEybpckJSJLCDshbiUNW WGgztrk/IUsVjHS1OmgTgRXuGsOEj8UDLeqSogpDRHwsruUZRG+oQnthvhTZpIKkhGZTBUaHk6Iw AawAbmadZXNDr9xi85DQLPD1lb1s4PuQ6IBSAtCLtUCTbIq/QmwQJTTEzyJ9F7+cZdZw5Q8qm5DC CQwZ+THcNkhQJFWZbS6i62WgUSNkVXiNKgaYlU57Jl4mDOwJMMkO4zeZKTT17lfCowtNRfSu9B6Q cQxcZAlMIw3FircoCkJ9C+tWXNoTLopVKXrqMj+MTGmldd2qog1oW6R01dqtF2SA+EZANkmm4Jx5 QDhjw7VADBnIpt45ZaCTrQrIDMiCPi0dMGJLFSAwtKW/YebmAdwytapkpBySYEzEOzfIhUZDoyAk KMHSZQtsq5laESWR40O2JMAxBN7YDl6nlSjaDAIZsUKF4JNGZ1TSEVGXg6sTW7fBJTgLm4JEGXfe CHYDtyZ3saGXdJeMulLiZqfc2zYBjxmhpiyIjZIGeBpeQuJ1jTY4KH3VYW5gQkC968SJkMrvZhGS TInZ7+iZLJELT4CRiASxUQWk/aBSoO3IqK0Az0NkbgC8EqZULxYOVlSOwMSr5QuAkRftElAxND6p q2QF6TVcObJfcl9h7/OKw2A1GF9gNaha+io4XCYrVHxzgZnDHasxAXjstYHA0jBT4Kf2IeMhbxvw qVf4yWO9enueStHAcmiqm6qlvAd6S4SWjKyohZcPQvN6USAUG84cBA4tP1zKPXY3hPkW/ny/XgDv 5SGHmCriIUtZTWk487H60ge3Kd/xPD1hyE+ZyV6DeD0//APHluF8v0C23Qkkl9V8klqtRIY23RyU LRfbqw09AQI/wOpvd3j86fCQxO2yah/XI2z7eTn/lpMMTgdSu+fx93QGqf+Fhev/oFf3/DwbgLmc //n591/o9fUBur79PP7+Qs7lTz/+3u8SpH9U1N5PBWz5z2pl7+7ev6g+tjohj3lj4fkBodaV/7yr 0UsakbyiFyqIeBGivHTMQcAdlF8h6mqAVLakiiBn73o0cuDzNOQxdUDUC1F0WsY64lYnpFxfeexY o3tlxpX1tnVw3PVSSJnVqomokp0YIMXUV1Bg296Lb2/KkpdKKxnfuxfV0jg+dkgvyV21kYuaDiDN XhipBImLOz/Q99BrGY3Vf5Kk7YG4rH74lvDIkYeHy0lXBv0MUj8DRUHf5ed6m5d1AoOvQnoV1aX6 f9+Ui9ltlOImhKX/tzXjJrKtJIWhubKTCa8fUzLOdmogxlKgq4debQtQoTHA5Ml8b7osk9zaoAqs agnbUoKreaSK+EHatvMCVeFx7qD/4dV69SNQmFFoSK+6N5Bke4vUfYtue4YLhi3bmhJpud26dBBi 8nUVj4CQpoHphexN+G/VsIHwQeShucooBUkBgimazlxNhXotcFJTsoD5FnrFpWncVGD7AxaqIzcB 4vKUU0a9vyx920KnRoCubcgqygRLZ7vZ3LzXKTrRzxmKtkUHVJ5u6VShJ03KFnA3uDHjCGXnmQmH v3SbG2AMTC2Nzfvi9OYBM6rjw0/to1xj3ibTxazw6rLOxa3MLh8269XjHFCvr6Xq+W9VxKarswUv WMQ90SLT3y8ZLyYjEyZgYDjENeF/tg8YUsRmAPhUYwN1lWXkcWk4CudqUb5ayHCjh8uhtTI0ihH4 2LlfY4TZyjEvOhzv0VOuo1QVoZlfzBQdGErGKUclF6ccBCQC/+ZAhSczosG/Pma7BWiG1wlGqHNB Zca8k7P+45C+9rgNPWeAlPkqakZdDdRtFTwKS3EQW+wCMBz4yxwlVDj2bbtnPAAvuWbmRF46ZZxY m3Y8yAoXzX8eA86TuHLsfWoboi0c95hQbqDpf7/Z3zDyaWcy9k0MB7PW5tvGi9uqflObBVZEF10K owqaLBIT6E33hahRRLM6M5r2qGDmSERW2SNK47WA7MJw5nI2MdsODrM1FV3GOumZRc254gX0qlC7 JTZnqn5T5Rnr+nj6qLBPz9rGsYqIuj+Hs547jNBxodaWzAavjeg1lDmNBsNaN+Xu92xvdW8Xw/mi zHNk8ck0nS3aeef7kU1m5jlRttVMgYdpdsw3acnL0gHetzAKD3NIUdXSVUaPYkCNNndQrMPLpMYR jM6Mu1PqiCAo17sTB/yxSE2qolnMtm5jqNZz1oivb/M6cvFEFzbceT5eDCRuKLp7zY7s5H3QGg1H rKQTEltU0BIuwitqhnq4qOFifyLN6wt9sC7CQBLK+hAQtWYJCbEUJAK2PFkIJoGveJ0MIkJt5czS MqELeZGCdLAbkoRoieDA/aELHN6iQkG8h8FllqJswAJLKJwgWcq4wFIudPigoM+y8BSkrngWHOHL 4LM8vnqwprRZ0FyYLJiGbQvC3NM+iYxksJ7ZcGi1pNkpbxy0UYqfwFQMtlCQOFRKnGZGWhWJBUp7 TqOKQCwCKAqvi01E5RB+8xF5W27NqD8yr/rWFBrBRMcF6Rv5+XDckGSUW3pQhF3sRksVnANGxe6h hZG90TbBVBbVFLjRG00xAcXxdIfkr3oVZl6cjziFnmYWDj/xgijbl5XsoCADGY0lNCGvPtkLiODm iv2MKaL4zxzs76XeURCxgt/oRuBFwf3IWvKPzWJAkqBsdS40BmGcURg8aRI0adv4t2AlRYXjfKFE 0V588iCK4VtLxmhJTorPkpAqBp8IZEw+gv5IJpJMcU+gsbnntE8EQhRp0ImZC1nSQpSD0VpfeDgf qBRqozizPBmywpJqQ46u8YtZzJ8dRNB8dYjoREYkiqohx2U6iVcYm1SmSC69bp+R3NMaeudZe09Z U+mUmUgnY21vt0iBJuDnU1kUqxHQNDSJf0AKqlMVzliUIXR59EwRNd6rgbsb+6irts7JczZUfwJ4 jQyy1u60IaFNIUq+gZ92XQ1Vc4wCEzA6gqUYTeSdCGjyolzRCXtJpQAVJQ5RcGJNjLBTXbOg7MKx Rk7SsgGBv/kgmtYsRUmN4paPUcSE5jsPRV6SVSgoCKT/8BXjiFQZAZqYG/EUnc0I/6nBAqwYSaqI IJ3vZiyjttAkUzX6WfREBtgLPeK4iE5Ft1SUi5ScJ+jYTFlGcEJ7vaNGXguuhDy8RIX0Iy85GRWI qQlAWVHEKqdFC9HK7Pg5uiJZxp8P0A67ZIUAb4IEWDAjNGAPdWLAmqhhzRtAKHCS5zKPwZodz8fH XjbaE6Zs/OVC2g0n/BYP0e4/reoMFS24qnraQ6yHVGvIRcE4PZ+whxibuzH7B4v9UvDIHnlA2lUj 8hWWFEpaeqwLf4woM1D++LYJ8wPNEx6QNJJtFBhHRJfu0VrDyl3Sglr/Avz29+NuozU18sBj0UaJ mh5JUbNywRoDPmd5Pz7tmyOMsbFeyUlG0khk4pGsgmEUa08+xCnkmiZPG7lA8aVzohpcYLY8AmFa ERY1rZiTilsExkAqTfaC9VxkMUIIaHh7nXgS6BG+2bYdftOQvkdhbGgztFbCwHLNQpupsvSrWdrC gAr6yGWjcN/G19U0sHKQqUoHUXgoWVI9JUw/h2AiBOWfhrVJG06Y8DAQlLBPsRMV03Yzg5Ku+a3A HAosW+7dH0Gu5t8GaH0YmAEhjI0qtfQZSRMzdh+TIhB91soGHBOUcTWUdUeSsguT09vcQan1G9oT /kwMDJXidU7NeAMPESpi7kCyqfQ2zhC5vBSPWtUep3HxF0/LD4j8pmX4NhVcBFg2Sq2QplhawjO4 ZnLj3ZD/QM+q2aRVZKPb/Zt7YBOSyY8KbGubzL7BMhdrvV3LGjeZnran/0K8raFGscgUJjaKhOgg OlFCzEpVMlCGCHGWEg9op1dQRG6aio3jm0fc5pBMGLdh5xxYMqQs7DwwMAHKjUm1TAdpG3cxgx18 oULtMFvlloPlg1UYSwjQU5s+W8GUgNVTTjVz0HJDofw9ulULPqUAuLv9at31XV68legby7VTjtaC 3zox2nK1JK3M1EO+Z2BTaVHZPWYiF9KchRlpfrrez5C8HAnPVMa2GTJAlHSKziOt7/Sbfgvg8BuJ eNKRc1xLQcWYmDz8RhOuO7CeeVnuDZeLzzdmYBwW7oyDII5Sm2U+akpEY9S5wQHRwWG5/ukvLaYF /V5emV+mRqKFQ0WwV6xPATKLkeCmglqtpC/edcowtNmqIEXtea2k8XaFFPFo8JZmQZ/EFBtNDG2S hwwtxjs95J+tc2akaxJ3k4ZeQYu1PV6yilVDOgzbmkNxsp23xhPiL7Vz4WNC7y75uq+GeY8UNLnK kcMtcl4boygbEW7jUos+/DM4lLah81tZlgiZz2J12McHaKFmk6N37KHGUwIR4fUL4aZerTBaKUp2 R2uf38Jkd+5A78ZvwAlP+qobcrSQsx2EPz6nwDPjRkt0x6hlcXSJGsPTrAyFhv+6yWIOT973SHJ4 67ww4SAgAGFdkd5iHLKntbxG5NMBEZ9Km1gE7tRX0ZYIiKQRpJwfomlTupPc/imNCj2y8wwfdy/i iCNojwTQBauqICxBQiciV8gLPBnZT/JhBWiiHYvMoi0ghTzAaxLkpLwx699rJb3tMV9OlhdJNjCh Uw4aFzAGGX9tGSvxFmNuvB+TFLfexieEGNQ2zQBpUSaXiyhm7Al3igp5oWJX4A325AQSbCB01QfK cO66WHTak+Wp+in9qQ9QlexOaaVRqEMBomFv+qpmKSJ5USCEW96dK76pvrFv+J5wOsNo1cKCVFLo 5D+Ai6MZBgV940ApvmHwXTLGUrdzeBpkhQM+IL0adl/gt4RYVQyszKNizF506E7ImORPjRfq9tY3 mY8wukobw+hkesvwhkNWSxYyIKI2II0D3E6X6glLwYXeeVsf0NlFKOm8ylBq52H/2ECO0aKbjxug YhjgrYILvpasq2oyZE9Hamv49yzXGr4I9lYjWGKtkgse2a9VkPaPFNxQ8a6B0HStTi2OfFWx+bK9 oEGlhCX6KkQs73d7kShaGmj1oJXmqFp0yIKCyOZX4mm1iAGwCjn0+kJ53LLNzblXF2JcZaIvO9VF oOsSfT3hzYbB4JBb5AJkBsaeMBKSK2X94A2CF5hmJUp6yMTP0tTX59tag4GtKAdtVTnEBBSMVgla Qjtc9XJ8gJYh3QpRA3Slmp9lRu+OMrsB1Ncy1qHpR7C4jHTDA/8Cms+322N7O+8qQgI7NlCjHMRZ YesLWkhw7iWLB7izEhm9LpIQmYisdUjrBb3LwwdmIw/uRCgvTFSzemtbYLd9EH01KsgiwFb1bIMz c6hvmwhIQQzhy3YzVKKOMbL6FVCRgC07F+lHWlgGcw3l9VLIUM+OC5Rna7ciFmvEYwB2YK1y1a0J xSUMB5gTlkOkBweOxUZYfWDr0fVqi2MfWaY7EghvnxRHSIemBOzlTKURHyHSHUrQnM0SkmQNEEer o/ch0hmEfftdHrV12lNWIvAeZDt3mbts8wQV5GsrBwQN8TbCkObuxDrcr44E2BxLLS9HCXqNphd9 3lGPnCCTMw5KKBMMy0WBGhnmdlKsc6youPfhFAvJ99FrMT1pJJB+0nGNiYTRU1XYSZc6x2DZWCoe xNqWof0gHbUUk0oLa15giYzOMgTWaWO7v2MikFzvHaMg5tLpyULnPhCtFi1/2gBxzNkPH3vcldGQ NqdyKzhRChobinDGs1SNtHBeE4WcaxoqwinID+ImIC57xObRzi9rxtWT2MCSMZ10L6+beeS/5TCJ dlk/phoKlLf6OreYa8DRpzQDakQUrCerwX7LEa2QI684uxwCqO8xbbkMGmWwIDFFPnpVeJAfmLuf GzWAgwZtNbKU/DfWWcyTd0KF5lpT4nlKgF8Kvd1kX+RH8SbriHFge0VvJfbwzrIWRo4Cvs7CCHLt PrO/BfyayJGLPrnWTCG6qJG752Pkt8Oz8zGM08S4pVIzOcZrJRBC67i6HOMCtUywMfxX4LZTih0q r17BC4kSE2neGGXVlk6CMgFBC7CPgS2UtuATyZiEGvEHuNN6ylWGfaE7R6euQ3LcrwFOkQILNeTO 3KsPuJEwJHzK36pnILWwq3b97sYSIPJSVKuQgdmtLubyfHPaYXAhZUGNAXpSU+Bl3LUQ/wRDcNd0 S73xnG/EFEK5mFaaSqlQ7smpMeDoZuC5bvAlVRicRytpgjvVK9T0KwzhZIRt6asNe/4SwShLSsvB BfjWYC3QvpKCkGPCeeFH+4e3ibMBCCCudgd4DWQlj0jcg4743B2cHX4HRuAmgY9HIlCy2NE0VA3N dLUdk2R4JLMYI3+M9+Or3Muc7TwSv5OXgfUKhUp4GD8MFU3jvyQfLXpKGE7EOavxV5haOGM0/Njc NNJofXUIlEuaPyp9qVlOfE424l3xppHLL4kskL4AwMaDFbhKKGStkLdprQGX4ASjTQQghyojRuWY xkX0v9ZEfN7a5oNm3Pi2kBTKzcUDEbHOq/ECgPVyN/m/ot9AYydbN06wmgCxKTm2WBLeulKFIUbq MVHsQkGnXtR8dpeDzwXKfvMasobsVn9hvmpQRBuiM/hxxA4ZTRgDEhA2yNo8eMbJrRkKmRF4JFie WJnStViuWlk+PS6BVoNIRztNHByE7GGNaG6B1GbtfyLZWio/nwC4QFwseDzFhmKZVBaWgTsj3OuP SFVXUmv14wCyBF1LVpQsl7qoOZVIIXz8CZ8u3Na4ppHyjyP57+p9r/60cnqXn2Rnk6rf6j/7DQ3K w2qoGgeTl5n8WVkPhG7h4c93L0OMgOmSlg/xjWJoTjjjSGG9wSDHp5oqQ5ekWaxvMbu2xSAkU4oY 37Ej4VCC22lcpKbSdPbx/r+0RqK1WDYzI1CeJlYvlxK/SyE30uWyV/YpyONNgg1RunNlbDxARPE0 NSfjGePpbDMytuROx1QZ9ZJEdTkFkgzDLVGsfREXJz4aDnLf3YHMHimJL3YQZ7OBgFu3KBCvCr5C CyYotNXrNwqcpnCnH/LSM2YI0dltkY6i8uHY7S5oJCCCisZoqoLKAskbEwGAQWWY/EGd1nWRnclZ q6gNyIfoGh50C5lmrwJviIWyD01KMiddO7sYYfUIEtnNK/2R7k56KViaxQDD0VC5UakUJC0z4Ski dSmQCP07NG1tuBVkVGuEkHoWkPm9tWAwJNLQQ3IoXaoTZVJ8YZuVECn9W8cDWgY9BB2xdMk4VSaE m6RjS4SKcRNzHHl1R8loKqNMvLgEWQITKDSueIcJFMvXWEBO+0OWAFdEpK9tzQreyZCvWWwUhiVG TQNr44a6X22F9ixX+xGkoKMBbmz9wLtmbTu2YHGaOEqSMvMgXyOpBhCQ1ILOburmRTxM0K+vwkWL 5fkI6Xap+3ye6pxoga6QwYTOsXu0SRc1EUG0toQq+KytkkXrnIQn2obWCqLwwiQ9ixyqwFewqJL9 H//TujBTJyyiWRWu0lUUplJWbza8aGFLTVnpP2naL5bbOursgDeHpjaWf5ZLq9haWlEdHSnwdAbZ JY8vFcTSexdbxy/Fgi6LduBo7UH4usFoaauNsx6YlEhaqFZybwClsgwj9jnRoE5/fgDt7/gGVNTE jDx3o9ZZhuFFxLZLOMrQvaSU2DLz715YOtQwkQbnqjZMVil6g6LFmsFgt0QE9ZCNinAfen788YJO 3gjD8/mHnv5S6IhG7I2mrq60Qgf53SjYHyo0y9E7EBE85S8VlkG3cPCFZDjrk+khx5WRbxHlbpVe ixekzVzSrMZmvll2g6ED+TStISwbspKl7JjVRDSsKpITIfFaJ7llZtRPE8iM9sz3IhfK5zHEnjX4 VwKxfj8//+TpoDL1biqIlnxHK+4hwbBY6npFS3mIw2kwvtJKenncOa3o1NTcMEuQBGbpEuPRFfEr Ujdut1jaU/vIalGCgpjrndZCTaLexXzB3mvgA162EUh94kPfWVUzgDDjAHRar/FweHLtdJf8Tzv+ IeHLzZ8WLz9qXtlg3Cm8IFLmLCWQapi1mVBigWlmdTRhFXirgm6NI6XqlbjRKokxHYwGNSqP5VbF v5pg2hOJ2MtMrS/EGozLrEM8MVE0yY8hqL4d/nI57CxT7PQ885mWTCz9TizwISK4HiUIqBWEOH7Q n+Qq+UpoaNjUlQ+kiFTk++arA0Qdococoa/zSmYCvZuSLHRw5IpgxQc5EKOOGCHXkDRLRLP5FMeN gW5aWbARIX3SiDoIh1qioaQ0OScU3DvSapB0skM/nnZkSVU3HmZOTvTK0fSIeTXTiXd8RxmaSZFd lKIh2UHqn7usx7B27jRbCdOjojWUncZKfsI7+K62oZ0AQKCWpnThIGeuPKsh1CsnwSfgfwGb/lnW o4zrAZcLNLPxDLa+2wdJtwZBK/NRYBaFc64YbXf4GEYqJAneNwwvE4jfX7v8q+qi52nbUOFtq7iO sE3cbliorz+dOxi3TnvEVlggvOs3Kp1LHw3wSVjQ/FtCqIFo/ui3kZtCQGtEsb/MpA6YD2zM/0AQ I+2WXp6OBKZfnU+OR66DPQUNbQ/t5rThq/M6KYsMftmIoJSiFYhgcc1sVeq1PQgbsvJMBdH2u9uk LvkWbOmiMFm0I1fNZnQDhXSCiz+dLhcmS60J7u9AOgqLk2wWeAxuAEGFSMauU2Bse+7tERt7cHpY tBy3zDdhG7ehMHnfmrJrGJHbEdQ4W1qg2wFkSWvHJmrCGm0Xw7f12wZFrYuwDdi/yhT7aeehNLn2 MWw3QArhyZ0CFujZWwG1AS2MGKxk9FL8oCLwDfALemkfGGX8UBl3yW8kLDCtzoFjEKKXXdjJd+ul NKeyDyAtAZIOnqsliy4w5tKe4LIeAPEilqPQrhlkWyTtospE0pUD2P0DuoJJh3GZI8ZL7vI4GNeG FOzaWLVyOH2pwxzHvEEPKFz+kgxgh9Nlp9dUL/MK6YUumxPoSvGBMqZkaa17BDGBOZKWpFZWghXI XKbBNTAtUBWsA4xFDTtHamKochBxYMpVri2pqd+/qs5qzrmnUOxJwILkg7yAwQYZNFeJVG2Wokby iQdsFNGIka98VgUEXi1zAUVOpMFvPQKRtcaFySqLDIgLysOCr97L5klwnFRtnEKbEk1NSNYE2Ar2 FUQPcFMkIeJBs2Cccm3BguGGmytRuSot6xvwO4BWxQ/IsMRcabZQuzM8VmorbHoKFIMKYc7l13o/ IMwVCg1ug9q5FkaqiDQY8tJ70yCBILgSwUCE4eJbgwHfoV4QZwUrAOjfV4WOvTqt4sEB2ocbSA1z yBsaoJ1380EMw/UHCoV8BooShvYyvGrRwKF+t3YS5YkQVNB6uLj37wUHlqoHKE26gHi4MfSB6pFw MG4wIrG1cqcCfOWXSWKJsOGm+8DSqassb97gjfy+3kNlQbxKlwyKeTZT8lv7wwsyjQkgRc1WRdsv oa+v2Rif9QBhPH6DzreaRJwg96Q7OsEb53nXjDSMlCCVftywFT3ulYTtMBgPJFP6MKQ7/BmQ3VKr Usx1c74PdFn2tKVe7WlAKMjzeCEk32B/kPvlqDQH+iEXPUH4wn4htGfYaoMG4apVLjXUEYCXaMq9 QXS68UtiM6pYUsmMtUbTBERDlzHO7pLUmQ9bGhIz0RnyapG1r5Ia0TjgUFLxlzULSYXJkl3QtNoR dqF6iWYL01oOevXd7my7Bw6rvo2pnL7VJLFDW3qlJV91a2RP1VkX1dn4sE4P5d7oPRQabt0Ss+ng zEqg8UvMKefExVpzm4WfOFh2JjjFTMDjyVVvwGyGZL6BpelMWZImRZm+SsplObI4Kc+1VZj0tEsW qQjPKM/qXY8IdCohaaw8dapUNR6KgtaBSrPphmAJU7+2tZj+3s9IybNZVjXzgcL0YWGQCLTclgwY 7BqwHOkNefPpFIlfWEzrw39D7UyYabe31smR/4QVCWltYyhX1rIx9FFvB1uS5kKn+kcNEFRBW+Ws KUvKnKIQtZb4M4o6rdd0dYFhnqRM0GLjNZCpdDsAKhrZN7Bgvqij2eZma7q9DUaXe3UiAcqEZmdR jai4M7YGafd79n404cS/7VfmG/nPZiL1W6aWvYszFTr78vT27JbyWUTL8SMnRMuMn25QK/TQHOW1 +6VNVSNPURgkQ4njiSJbxtCyw7QGw88JY6aBob14AuAJl2aci++Dq7KmUWy8G/d7im6v6cjoQayh v3OUJh12sgA0x5fRAgRS+6SYew4dydcqwT6v1QD5VLjOp/K0uzm9ps8xrjH3B5g1vDIqCx4bjouA U36OBo2ZhQK1DiwPP+V+I6n4e4qB50IznArTVfCDF6txHgKKWby9s5Ozw0tDtHLwyJoG+BaWcdlp CSK/0bM5UyjNxRzyukgYcqixK+sWm3ybH2V03ONYmquJAv7np/EEOhds2P6CQeAltQxlAw0aUzkq XAtrQLoyyKhjdBEvV3hSBUhUbie/X7/gKT4/p527rmV+O8QStiFUA+JthOB+139H9b14q8SqQp+h auB/AdWyyhu4koMu0vLoDMyKiTfYRkxc4pViGWnDJV+U0kPI05SV183PJcAxSI5QMCJ2a3yew6ac PT4fpgIhxvkjk9oEiIn3Cqn4rnWvG9MozBSl5bkbrfAhx7Bwut95+wYr3vQ8r168wVHE4QJUXdjf KL6RmYZqIWqFhGJScXSId0kOSGWO0agEsAHPNWbvqLiRLOqt+DzimQyBFkDm7oPjBT9GVQaR49MY H8363xg0LPYke0GR8DZgWKPvegEQsW3Lo+DJ+ISjlVOGFAx+64moIagrBA+4gG8EWgnhRWoNUyyr deUi/VKwPzG/ID2I2MSXvRqwUFysBjMVFPdvgZ/AtnG2SKwC/WD8BJhk0oQdbYBCNQExIE40Fzz2 N7YVEbnHQkTG9iWaCFIT1AKNUJ7aMqco4IcF2NP+pwlxtkVKqlKocVH7BVipiXROwWJgnSZbOEU7 pFEL4jWfjR/WreW4WNcWmZZxKbCx5BzaJLIUQSclftqkKCQMFQTlkIhgVP9gXfKV+Lu9ZrRJRENw AR0F0c2R1k6GNjY7RtwCR9GNmKAD4llhMqxVXZpVkzC0MnFu1Fb7k2UBpUhXNcWEUZFGXaBZole6 Ltkj9mJGYqxby9AmZtRZe+uVxlt2s2QMAYsJY2Q2C2E4yAZLgwJe4Ery0pBgNTRA0hUKEkahU8yt ZIaLC6gi8IH8gTPCkTARLgf7IlPJN2gucgVouKPFtlR+xELTYfAeTOBzEVAIMgR4JCd+NyADHbCO PgLo4VLAKpykkQRFAuZgCL3NK6SDard+3Wv1uaMl1xpEokgCajDshD1JciW4qVx5MpzY47wLHq9C alDv+8pqh4REGxQZLNzkwjldgfoEDQV2xWPphRhZ63A8VPRPsBBRCOrCfqPxokFmw4ZS6BxZgpfC h/qmv3QTYtIwQTwVrt9EIl9DHge0JcNBS/FtJM2vZDMS08EuIWvo+HQVPSx3mi4AV3vaCf2xopNc LCBdIbfGgrHYiLwRqvYQULkkI/dEl8n0bIPGmNn0aZ/I3S1O6kMD+iTa+EPC0ACV2xm3OpQHcPDE am7EWGm9mWPP4uQHCJ3WIreUZRJqvVoRb51Y0Y99kOJ0USynzvK0cspHLVPUfSXdiensxurHb7MJ gPcV/rLe84j4FLl/lRRzcqXwvHN5DC4ny5ups9rFR2w1t6a0LAeUGL1X3hd/Z/I3WOHKVHLG2Gsx MteqZoX7/E2lxmSeizoENTkvyk7mk3GojNn1fHW/FavnPEt+8IGZEK7woHzqRE/h7ziYHuHHFsmU 31LalZZ586ETeRQnQ107fjtvNcrn9EYXXhJf0WMFvwL7vFWhstF+TZU8d3w739tIcuJKKnM6qThC OKkLjjcjnPMu3hTd9b3eOKt6KRPMLZ0Z5trXhHescBQ95CZn3HmPSFlIwLkwCe50KTcd+s71lh6X Y+9Jrp7JGBHWfHL+EaMQ4vwlpDWCOaHgvjrtwELDyev2q5CtUEPA4q09Qj2JN3yZobZYQPcBKQUm aB/PDLSP1fYUaKCHwciV88ftA2CUMEMCCjHEwgYpKMQyMQrfXrodp4x7HIwDG9F34oQzVLXLhVba wUE85kEX9qIXZ1pHwSYRMHcvWqGe67xr1Q3xSCSJWF52Xx8IgKQkebb+9aOTGElWt3I487MNgUuG 85OXmNNvYfIlBJJNkFNP4zfOzndzJsk1Y2HwLjk06sQ9mSAx488XQPg9f5Jt1JEB+p+hxBGLkrdV uOi/Q54kggSZaMu5hsIAB9UDT/KuPRi2V+UDX82atZilCqBQa3h4nCERLzFMnKrWsCctfG6nzJGy G3z0O6XHWHBK2SxXKIMcw+y1fqiOcn30Dqj1j2YsO46xV8/QBoUneYlZveKFPOVREDqjezxUBkb1 JMtwaGCa7i9twU8wWhPg8dIkLCSnwsApFZ4kAmp8qFrOI1FOyPOfW6uuBCXNAp4ljOFzkLDzFx7N da+kYXTyeH472SI9HVGJ/qVSSzEVoiaqAZ7JVqf2ErOErCOZXZGnqsHmKF4uE5QuQlSJ9RBgKZpp G6LlJiEFBvieTBFjfHnpuhkYRMZoXNa3OJdg1FERh8cToe/ABHrVOo2zLfjUQkQ35Tn6VKiYzFhX 5htNTG8GSZEV0s6qL0IWkBvCKODB9wYfMbgJbQ2QBoNFhAZEKyVJO2tULdNSWEPVrgAoGswS2Gwv oQrpBCgf3MZyJZIpE9P1X1V/6RjPAdWPZhmaQStqMRWHMtVmdTWTgIkWafe0RIS/VIBOKVAqC5pB 3YEqjJ+WK7uvxDk6yxJoaAFTkRozoXaG4Ond6MzUVWlwBfjBAgCmlH+AJxAFKEwlE8yNFFAgMDCH Vp9BRwJtg0k6sW4u0lahGWC9IDBYF6VUSqBcUObEF8AZJuYKP2QaogcwsMRJ1/fbW++0KnE0zMz4 S6d0YQsRLLUQOlnCbTmY4WBSRW9SNiVSHnY3j8lQBT/66aj+vEUOPqkEgFRUd1ef93i47hQV9oY7 GKNMV/mEBhPcqJKDB6W/3tVMkF7qZq/Y8pSXrsHedg/kAYiqZVx5AZV+17Ix5cJWrqCs3Z3CCyYh WfV8v5yqcXy4K1asooDaEBI+KxNRC3IKbw9lmBUrVupBZuPpep8D/lJsb4fqNrisaPD9uHuAaBVV hhQqsHyQmlsyLdBULq1sRpDkLSpVvQIGVTqjgQXGh2B3JZGSOM3aYh/cqdKtF1LRGX+NSWyWjxkO CVhMUNxMHuDJMjzRmi4lbEHecfwMry6jVTazzEi5uR6qpHOsC+JUDvl42dyxuDIFZVp2i+xcibJn 9RKQGI+wT77lpGt2RdKo5GH349jmqli0mhGKSIcJm1i5neXEDiZZtiZ6987BYFRmz7zAr0o67z2y iaT4K0FaVrOHygmVjFulhd0dCFudaVM+qz+BHcREZebzea1ChiIYur3ikcTgm5IRHvTLUX1n3CsJ mcW+k5nymt2DdKivIHWzInilD1MIamWfTm4DaYPOgeHyt292JdCnrO8Yd7EMDDybTsDxKKaY2CWJ R71qIF84QzyI1ol5SJa1rkpsfWgYADlo5HgJcpgl0ELgz/ctuVVaGxHV/1Bzw3XvRVRWw/scK8px 31Z1Q/q0taKEiGxu71vUJvDa7D2MVhXOgOSr11ExkxK7iYQUWunSU1JDmi1Jkg29f0roBdfD6iVy y9Hd3KVBWwBey1hWM5UhUxmW6y/YkHtCs9B74fW7KywX6t+C9YSVS6DyMwkl/UBPug7uljLrMYC9 kVGc8MwAem24SBpxTJ1rejXvzmelLWiN8KHRfVzclA7PjSKmoq9j/Khm3+Zxcj1CQjE25wYDmg6f hg5TGan2c2C5WjQY82FvwiNIP7xTsqMdCkY6ABp26q2CswblObcmd1KIG5WT+RqqTww1+C+EQDcl QSxJNoIQBd4n5x63nrhWuC773XIvtT6XFdEPvQaRLGHF9saVVIbbiNCNOPiEXHo1AsqYW8su5NGi Gz1qBkfiAQC/mSQclvRIcj5hgLWYhuhiSrgR9rFaImbEWKFuI9QT5/AcCNzumMkntEZd0JHZU+lq DArQtCCF4KCpEAO2zyZallph/RitK26EeLM6zIo+bO65x++ho/wHU1CB5NRBqtE8eMDCzfFk9iiX kE9TmFGEUjFDHinDZkfEWLE+txdLsul2BvMeHGb2uCDq0/RtyclwC/fqlAi3JNRVxOYuOCHHjXEr batEtTaEteOoD79y0pPBFCis9i9LxysLiOkAC8iOS6MVsge8Nk7eqS17W4dcQwe7cnF41OAsQw+7 FGa4oZhHhzlUHMDAYm4cJ1DLg6cG7cx7LsLuCidzxGBGYtXBS6EsUlcmC4vvGpbBEZyeC57FnhxC QbZMXf5jeDLAJBexMBlWYPCmLtrty+LcEix4dKFT5qJaY3vlc2xLEntXwCimDAXSpP+lVouRBc9a gKoUwQqHy9UIOAm+CA/JF+X+5h5rtlsMRVaFdOX8NIkN4T5AjgHBEEXvLtQH0EP+Hq8XQqANfwuS 9WNedVsiiC9gYJ6BhPhgIhsI9tzP7TcED4m0DZBTy0Uu6qivbwneopLQNL8gXenpxiKvgIcDDdAw auOJbPnALRiRgB06rQFjc14MeV+Dn4Sc2oAV5BhXBqH4ALGMmpcsFuhPYtygyqLnxhNDN82bkeBP 7djQYLzxPPKAQTQH3uE63KKsgloMSAgw1ETIodgmHz5/uSiATJNUqyDhqgZ7J7wCV/cQJLwuvChQ hw8QD98aZRFdC6i4zRALXozF+WsDzKm2hBpOvxgYKubNimoTaaGTp2hBG9ANQ0fhlKI6+mA6MuWK CfBac9FFi/zpogmLXb+FrofSJ6hIa4Kva8n5ltdsHQdBpAfazUEKNLR8DBbsUHRjZfGFgxVNTShR pIPEzRo8hr5iUjNIiGe1GnbwiikWi3m5iejGX4LUqcYEXjBCZMU22FaJIbxK6FIUYgr3F+3FFO3Q ScrcUUGo6/YSXQOBSRuqkGGP4lrxaGEJecNxUkuO3CCVHX8JGMStU+39Htpm1SRRGnFbMPkkofax /ChJf7oH1BsPPvbKHlB8C8QN1tFrjXwEAGkmSQv+DcMPXsNq2C+A1+JAnSJHA6JOyHzagHaCyZqO vvRoGb9heCgX8A0ZzcV6l5hnXYYOV2Q4TNwiRSPwnLasNn1JBwrcldZl2UAbAyrBdiDK9lzcIVML JYKcPQrOFFmrJp0qCl/zYCiijOYUhXYUG9GHzLvV+u0PtDaA0P9qtJq19Piy8AC99BoQdFIBNa8F A1j0VqjpHwgpn6bdnHYXQilhfRL+3Ah6na0aM/W8wSNbefhG4C47N5DSDsAGxNsyoGPK6IudpuJh LZZ2bXGEfzZk2ik1F3JquM0U3V9cZmjoA00pPglKTDLsmbQFMvDqh2xYuyghtaaT0oPQGjBSk3aA v3aoKj/LjBvGuke+X8iqyVA+Q08jm349qSU7JErGsEohIv63UPE0G4fqdBwGNTsfvTtJ/hRzQqY7 1WE1hd0TUTCm8ZCC10L2INE1B2tCFVp5YuLWWRxWo0WKr29tf2hGF74wVhJIhYBPW5uuykhvyRBq rRIWC4khtnUqTE7HZuuDR9pEyiyFvthUiIAtn7FTDfXbu6V0QK1bcQhF/hluhoA6cEGz4ZP5ROwz XCpPxGI2LT13+/QiMvdcq79suqDRGlHJqiVJt7AL/v4/mu4EMXLe5tbwPuLZ5blcnjp3/1u7z3uU v/Ol266SSBATgUMIciMkIcQg/JNLm51Zuw85nO3cUNYihFbkBsNw8rklnqeTlGYUIwhirMCjUbwT RuWbIAX5L8AN/4BJHaRuP8R83r7ulQO6BLdcaFQZpAaJ2x8CEFbE5Q1K4iQsBtkAm7To3Dl9yzEX L5iPVSTAswKs7uX7sGLTc6HWKpgx/Q4gdkrb3hUcxcW27+QmMAfu1M7lc17ayAl0yF7RdKiOa6qS yHfSB+EZqeFq20d7YZTECrsDrYNQud7xMmcekTrKYmZf53ZMmK+LFdRSLBLHcv2mjZuuymuSbmJK CtWQ5K5925zGxm4bms98RFurDEmbfekvw3LSlHy/+bDP0FPHKfGykNT2a5aIm/BQYlU2FKR2hCnM s+y8KqqqAUC1qbl+gqV26Pts57XHU2Z/cbvIK5BMl4wUc6zMT5gtss6agjSPD8tLCByT8S/19g3V oHL0p7Azko1HrWg44fV1JwJwVxf3PJ1p3LroucYy9ZSxJDoo5NAfdepEe+mHHeHDMYPIgbQN3b6Z +TCu4gCYsRhVIWVheSoXkWo22y6xBx0oMzhaU5b2LOaZhvtZdJOGU0vkYktoWJ/EOvaPFdbZvmP2 IuLOkW2+LaSbFnfxGHbepiNR9/SWEFXQOWReMQ3NcRUg5qWtiKN3Db/uPCvlMVX7OpVyyOMDO6G9 bcaapzpKzF1mCdxyezb34i4eaaE3hjTuPLtIwjy1w2hnp4p2tF6EkbTu1fMXl3b2X6mBp8MKd20y 9TfmdGOCH3jedilFs07C9vwL5+5ue5Z5fGkM1zWfAYmZWGwsFnp4RkzYULg/l5TJuQIZTMdGkNJz vLg9/UVBsWiienw645sjKkbXYWuOgdZUQtyOQKwIERv04Akao4RQPPvvPPooqCjOjzMoccxFTBZi 9eq02UU3m6McBJ8QxVACnFNDRLAhz7f2XKFGJW2R6Uqruw+g9tAKJfYr94kL9OSeG02z3ZjwfSRk FV9TGxpKRQ2I+lkoxqa/OXOs9FOeGQXTJbGcD/ivaMiQBTON5u9yNVreK2+4X03natQTYmyULna+ UtRpQwnGnhYyMUtiT5KCPgiZMpHMKZfAQ+eArAXgwzb5a+OD11xh2JJfXBc0m9ogKXoo+2W/Qj8c EnCMxcWsJ+gYCSp1Te163pDvI1kfG58TgwDwbkrLSDKDYyimyIh7KjzYVwqOWbhFSsL3FZ5pEPoo 2K4hJ/oBAkLwov4Fyce8JwS228kLPjlt/tW4tZuuZYRFokDe3RaFX37nhbIgbOE6dkSIEmCzwqle 8MT/8DMoQzvIC/PkmyRJJPRp/sPG8/rG+pURrOKhBJO26G1YKEVWS2lFEfnmLJ1OZXdPd9wpXTOI bmP0kvJ3OXELG3LylI5AOr4UZuRxEpNVUAVbBZbk6OlAu2jJzvx+X7XLS0bywFAe4yVCFMaqDOqD YYQ8kHkbTxV4c+O2gbNliQBENpWL0z2zOVPjan0s8/G5qieEGcxFYjDaQjWI1yuiqC617iSBuqOQ XF2ZVwHO0F0amaXjNWPDdhPXBFqpOd00KDQn5aGbtkiWUayT75VxtvMO4QHUGFN1IBE7DuaGO3Gw rs4EaZTTFkO8XYivLDc9wxrQUMHQNgJDg4bazuSlDRfcdJaqdPhiDtARGMhxcyohCYWKIQNEZxuE Sdsooc0djtirHh1sY1JwH2LN4cCCThmFiriqSkqcIge1yivb7iTC8YbzDZT5+vXpS7yXqDpk7Ms0 ggZuT5Ph+pyCohzABpdzIkTxwNrkpmYY/+tyYEhHwVZ4/njUL4S2w/Ggfxjp3BoIV9kqIK4qWMbd O/Z0TQe/RZ6zbkchDP9DT+Adrjt88C+EU/eP3zohOMLqQOMd8M/ogNYV80Je104EHJfHAA77NBQe maHEz3UCAflB4S6tGMionfv3p8MQKwh3/fhWPxAdOk6QQq+iDIOOQw5l9D2GQoP+vjuEwdqXF+cO YYYCjTeAMPrU2eqf7Ca4dn0VrNGnPzBkZeC6OJ/fNXaGP8O5ve5S6+TwbXB7HUZcqklDBwTh7U5d npyUOWQBfoLQX38r9EUx2mAHNS4G/AbNg3HjB+y/Zi+ur5Q8/LlDK0SoWPe9i/0CPSApDOi0S8F/ fHJdrUgAsH4IVIc2d0zic1BzzTx0z8BbnIDaa4MMcgZHO82x7FX+Uyx3VwLttiDkIGeGQ07UIcSC +nzx/+/PFZpWajy7ocptuyDU4Fi9xzkACu/gDPyMwCkx+XXsjt1ERC9I3rkDwNUxXOXHjjlAsuhI 2w/4Pb1CPauB0zo1ISwA/soeNPdodHUbar9ZaH02ON6d88JAs7Ve/Ocgj68axgJU71kJaC2M1zq4 YybVoZ7lV1ttG8J+1tXArNK0USxYLaZzAskQQh64bb8LKHGVHW1H4J6YHbFZsA9z9jEvWXTur8AY 55kL8YUnI4kN8RakkCOBBcP7mTN6KktAgxGwIrv6ws1GcAZl6+ENfF6obHDulxBymy8eWuH5YWiG AecTDm4U0HS+3C6bmHkPnnkHmz7Pvx/Tq+qwUhoW7QrsuUwP8tAtHooDZEuOH54d405Dwqj2iSHT kvILNfud5/qhndByVoGT3+N9aAnH5zECcUhkG9zXjuF46oUCtnVqVizTtuWHx/P5gVBkVR5hOMRl 0WSavtlZEFbxOZee9D4uYg97GaG17bufCtaEAQtLNttiDu3gT23b1Xi0T5gpboSHv8M8bB62GsyU JacM2xOF4oWLcg2wmB2m6KKtmlhFE65xgx1KStgD34CsKrJ66jzQrDAb0lN5pCpaYR64GeRSgZbE fUidHQ7SskfGhN+AIpFeD/h7B7l9vMoKHxcleni0nU9cqRwOQisSFGC7Ew5xW3xm8N7R0nYPHqnJ mDDRtqjfKlC3zCNgw4fG6KfCRmmdhKF81gfIDO4q6hf6NqwRa2jZ/nvSZ62notWztZyCSaVfNmho TBE6ygUecopIEZQE7xSpiP/B0GElUahKZLcDeFQC+sLVw6uxSh2rWa1nqxVytkR/CneRtxuFC2E4 XlQn1iAab1azJJOKbYxvD3ZCQVKAtjorikMLnFDj++rb7mFBkYVUiypUYsiWLZwSKpW/kIVczGAQ R6mBixEuwDJFURY169akA/MK2BENCLHUiJYvlLGGUC2Uq5hZ/kRD/ORhYBejxw3WJKTGYX+W28Dh XRY6WMYPxsmKScmjv/7CPFV7nZgIdcCHZLqa9tI1oC1K0t3CXSZf5J+Io0FYlMRKdZyFGJwWOBJS FmvsckalvhYqmCRIygcYBOryNi6EEJCUvEwsd0DDxjQ/CsUnyMd4ylnNH4YBQEuZDIIWfEbjIS/U 0RY3iO4mIK4XM0uaxKOQPQkg9A+u68ZqdXEV00KLJQZ7mzlxpQwWYa5OMyIVI6TENNt0wbziOgPk TBBlypYVDzkcv/KWcp+8g23Lh0inLxbGtSaecrezGQmZPvhkMmLXAV+cgyWXOjuyCLJi2qbztAJC rItdNLX50kFiILPOpESfoGHM9zZJS0URlVrKSxpmMq8MxkxWJpOU00rnKSl6zYkPKQnFIALnXEbs qnA+TiCcNisLUK0/wP9gUkqegMrn/Z2Uq3Y2e0l/yCwaQkPpeXyscUXZOjm4PDoSsTMfQwun47b3 qZ1eaw5hTiNlougpvUVJ2sR78Hj00BzUob9S16peiVPdsjtIv0mMaJlWTejoQYGsfMtJ5dzJgWoi YV6qW7ZjLygt9lWLJSPyjUqSLWuP/bBHpJrXV6YLJaGQJYZSBn8xfQqMRdEBwCfZ3MIwE0k/nZbM v3sPfGtJzXbwRxIAAc6p8lXKHODMWquPzYughrhxNFA0bxGwTIno3JE0GEwq1DoeHKkBXANYyu2C GbtviXr50RxBS0wTkWqZGZx9ED31MuqIgS3b4EiIzthW+CFk5bKMRbGOH41t3CHbSaDjjhkah9Pc 9MsFFb2Trcaz6A1/TuQlhq6lcL2QF+viUv+VLmUcIQCx3mK5Ar/Q+NxaPa+C19xqtUIFnqGnhzQc zrE2k6XRijJdQ3CDIIvZPqplRlYnYBC0wDyz1qVr46QwYnuLka2XDUdX3J6rxCOug8HmqYwyb+ka wrcgv9FOzEGqonLQkx0t8xyW1GbEDGJmzpj3pBuu5YfihtY94QqdOOOPz7qYvcKAcvX472djDBuj GOujVI12WsqP5qm4JuAOnpCbswM83BB9lSFBw0ZztPWUd79YHrIyjvYHR1cmzhCcJvuaD2dZLcKY firCiSv5di7CIPylnY4q8BXkw+TbhnMLNMxt8DQHJLZYD87Uw8AKWn8sybSRhJmOd9BQST/n7mjH 0p9v6LDCczqorhzz0xZnRxZBWzJTbX9oqaMa6ncVk/mmlDZng5r+psguZNq+hm/l+niSeT8StIqc gW95dWd2PTsSFlttvzvaGNu8m+XYBQwa+kN4Ls7GtIrKayYr3KJhuRYQjE2Pm6ZCuOqGnGOlouK9 ZNlpGm9TLEnOfvBHBKqRNaLYKai6WN+W4Hfwm1KKcMVkEGBiuN6hFkYhNQpry2TwxEQLOKUbVmLL 7DVhZhCNByIJj4MAmrg3X4Oh6L+qRKmEa83vKlYT+hIyyfoWqHorFMMYsC+qLQUxV84iJDl8o+e9 +aVoKx9Y4Cuid5lfJfslA76VznyqYRQqsFZXukAqYeGxDpmF4oGAvSbeRRLCbXaxJ7iC0GyQIESC SQP94du4dKfbDWJVJBBD+ojYOwgTKLka4zAhFpsbGRX5F0sgw9fCdbhZIR+qaDVnIkOJVabz9aNq GQPEEYGsC6KB+bswDpiJcgGaDP8ObvVhllQpco6tzwNC2ykClXyX1iWzOUCCG/Fi2jQtJ5+sixFo XSDZ/gO6EamVGNoimlHDH18JC/KB/rRP2R06Asv0ynkCC6fTHTb5nPBJlauninOxxgdEmahZ1AzM o0p2WHo6VUTkb9EFGxV7uFJsYBW+DT1NUf3ShhkTspUU3mIZLW+QVzn8gL2vYwJmLyDwqb27KNae 3f66RwX9gufUR4iy2+wUKUcwK1AA+iSdwZjeosoDaHSWd7Ngnor0aA8i/duwvL2rpODWK9fEo+Ds BEYi/F4LNrU9kkC2EnXROE8IgnNrs33SN3yklhgOMrVDtUhWBhcVHxLCe90V6QF+FoDKryV7hXVw bBGHXI3+RHg2kz3jTghtf2d28ki1+vJu6o3XAYy5Vex79HkbQdmZtKQtw00YXHxUlJEu+TsKtRyz KdgfxZnEQ/O4gVu1XEdZQw48uSUzPpYpF/OwJqwug+XE6k75ad1to9HckpGcV+DBEng9JMM9RCkt hASRUq2y7/IDPrMFFPJ2PfZsHLy0/CBvc3Y4CBKpCkuObnme3t3O3hk7zj6AX2fBQghSwC3v07E8 4+OImV6qAbNf9KfHf/N88aLczgS2qJ2o0D1RSolMUWcxiLvbUFzSy+0cerA50YKMI3mWotm1xdaZ uX9ZtO2enRUWps62MXu0lfTAsvUJhKKC/lJoqoEX4lIHwlicdRunc3lXYsBcFByQhJgqs8t5EjU7 YI5EtCzJIxj0V7SYLQdWgC6E8bTBXpLOfNj1cJUM8zsucUhUBvSxlbqRxOTLpjS+pxZsXHhmDiR2 Dpg5CyzpDOJzmuYpTiB1/4EqZoXB6qZJgqn+9L/zSz/ojkKYTozpNrWhIp+8GIP0OIYPvKykR5l8 wocA0Z4hNpYPIeqZ9BVY2mk+Wdn2Ah+Aw9RMSnAsFzBiX4hi+HD1B9AqkFT7l3L3nk/xqFR2GWTq oQa9TexHgc1gKryCqO5kOUxpR0JQoSp8KRkoDKwEXYK+QfDAXx399HgUjM6SQGE4D4PqyRrwEhDS w1ahhErEK339AcNqsQtiyv+HJ/nVRhZg6t6TOm5IsuezIM3gQ7eoP/eSvMsvODcgF2SrEFTP5F8l 68qiQ2q9mtDr9hSsK1aHXF6gsHXerXgUbqvuF0yt/3EV1+qLFW+rjq7pR28WhM1WB6riGrbqrYjq 6k2hkP3rD7YMPFNorQhc+14Fw0BKuK4yV/XUOip4NMEDAlBjhKItDBZY7L2DGI4mXaYH7WqvYWjo qebX1aP3UIA+JDWsgOa2LHivOm2djo2ejOIAYanTradBeFzwvVuJKBzUvtxTI/ZLWDT9IcugQRC9 R9Ko7XsPpoS1mpMu0COAGzgUGO5eX5N+2KrqACUE4YUUqUclGgquB2J1xPDsWQlPelESaJ3PgkZP gNcwVtXddkOv5APren4hWJDIAy6KZPSOqR6Yh6KQztrCRnvkpXeqUmFX+546WQzTvIMwAyKV3Tk1 kWR5cIPJvJ+1GXgI9kSjT0q48pWsLAdoJ0nD28A1HM4/BC82pC7WlNAhjNDBFZqEhC36sgdA7Fx+ LTTyKIQNwxGVLYaDZWQVZ/seZTbCMEtTZ2sxIOwYxVZYwJAPwEAFwsy2wyCuF/+EBYtzDEI22Tvf c6vKOaxRiHd+NIu2HowKbiHo5Rx4GGEsT8Md5HKMhe4iFg7T/ueASb9aEQ7nyHU48JIjc1tuwAhu CmsWPbqCZ2j3cWZbBIiJFeuIGOs02/GW8CaOcbJudTHOqJC1lIKCQtVusZ1zwJxiOUeRLHZ1Tmz8 RO7O4uSOPoW74bEGlIZyWfkYBAOviQ+tM3H7SqGUZRY75Ri49YXWue6CKw6IcoijCoTQYgeJ8sAT QIqpaNRJXulbYRtf26KQJnRsq7PBYIMny4q97DKWSRDtzwa1ARRk8YSlJzY54rP/yr08Om/LFD7V ZNhd+F6u0FljnhwPH5yRdcRrJ04gAxIKGKA/y1nz+CmqNVidb6Qkez87etrnqCaCCaI8JKWVBkmu qu3yK64X4Fl+gF4ZKzGJn2ywQ/MgnbbZwIFSoiKE7X212iu1q1McuKbgJUhJaWKbsgyLAtjJgLGS J5CAqr8AH2u0T8UD23hgs39IZBjuUoGiMDw3u8ZqIcxWVCdhFhSQO0UQF93Weg7xdiMpm0SYchbZ UteyUFGeaAnpkrJYkzaBvhvbgMyGvrPwdk/UILOaT7tUoVjKJlXNFIwU66y+GLfIzMI68ggXKjVC fnDKguOqX9aHobANQGQkTJHMDGoIWhFCYD0ByfmxMRB1rchNQDR4yecE7Js5K4zg7u5iYlRW6pay ck+4CwjlkPXqMA7jaRMXBdXPFZd9INt2gSFW8dhvp5frSvEFYOQWOkGeuJFULKeV95aQki+8czxR MFkQRWVZRBLxBZWQRQ8DOdZSAX7az3KWQbtgcqmGmdAiD/MMa+2qUFJ+IuM/eQmBrv8gNi6kXcUJ KwqSBaf56KeQ5FjzwCrzfQsFIUNSK4Src2ASgdmnWrQaIlF02HgHzAg7B/gEf1rA0eggdbTk446q QFO5Z0VESh0mHNMhuzL5IwQHmWa+3B0dmKnCUClVCLyRjJ4Au2aRMQNbrFg+iF8yJOSAd3CzgJR+ 8vUp687OcLV1McYiTMZIKqEQlsUtFcpiV8aYlnJ6ziOwOrCo/KWJJBQDSw1JS7iW1VGnaLKx2OTW PPSdvUMinUzmkIjRbkWRDMqT5uxRIgZmK36gegGV8HzBtSf2lXtVClZk2xxMoWXJ1xTp4i4e5lCY wAEFcwUEB3KB3wC45lvqsILUNS7IOxIS5RA8lI/yG/4zRlwjNrMr2Cqo924mP1TJPJTacAjALoBw /5EJoihZKk2zjz61KXefKDI2OPAywyFejqc3DIYPKZcqkte4IfmETrkgPrQBuB2qjLBw12DJGIlT 1oOmeMSxU07/ly+T5pxeYspYcFVWQnSuE7EUT7aTG8EupizZhlvLZN8+6JOT5lcjTeMUbvHsrz34 kRkFqhMLPTQjE9EY0y+caAhbWL3f/N3VIxgRHWYBC4Nlza52u7VkdlrMQuTaZXNmpBfHQP0GUZvt BmtbrR3+YggRgPRqYwFFbHlcHRoNxKuA+Qb9GUFJNCDPaE4pM2NE9m9e0dbZKRxGaUjr5AjjWBCl 4Q3U0IOO7V8pUbboFgqTy04cxtFLKHPMhjDOtTihYam/CaXVb+vh79BfRTzPg+0V5TNuRKekUssa +xg7Jizn7gDM0mZlWcuBY7dvGtp6MMHODIBNEck+v4obxQKpLO/SOUxo50GY1cfeyG67c45AIlrp GKiKQcRa6TbfUO4QeOdlrzeIZimj7aYHeAKWW4kQAYzheMHUcYWfqiq+VrkOedmBEfN81lJ9fh2B LdxyHrQE0aYnVtEsXk/rFRwnVrQc3exrMBKr6+FRN5F6+5z0b6+t8r0GxevhzKZ0O8F+Hqli/phb A+fb9ZfOXCiO5iopVZKKTywl9eMkzUbHOUWfWkxPYVB4wk2++X+qml/tB8tAa5LVCDct6UxWkt5m 3UY27uWUOB1S6FSukIgCIZFMzEwJ4i2zoEdEUACTT2DG2GLf4lT7YRwToNAnVM1c2KZIj1YjW6wS l6aBKKlds42GBqOqMwIj+BS/rRkpi6jcwvqgkR1BW/yi11JvOiIMbJeruUu58OwX1s1Lcqp0Dita u+kttqjDDwfaIiIMeHIL9+FQiTKorAMWZ0AR05ESNTdR41iEpfWI1qbrtKtAmVMdXsGxZx7u9ETJ fEj6IOJKkVIiFPiWiPk3bdibN+sktWMh/AemU1NgXB19jVOz6NhCN0xq6XTBRpyrYEqUhRonXbJy HfqoRHC/qUg0ZuV+iLDWOUTY/tZ1pOa33szVgQDemtY6MQxDiUDsbUyRMRF20JOPwKjsRfTS9l0w k7cUNWaDsMpt4O3O1MyQmMbj8Ct2DEqF7NpKWxlFCv+h59ub3I5F7kBSUStuuBhRKZzBjsdw/OZb Woj4ns1b3GuotBThLyGZcaJjREJCvivkW/YBRpsv9HFCaTtwv4US5zQW7JaSiW4cl7QNJbJen2Jo 9Lg5gTOWFoUw0RGDcUrjuypGGAznw4nlPmaIdCVHdxwcGwPPfORitA2tcpXWb+jFQ2aiGNJKKQ6u uhCFyLUzmtpHBkt1OauCHnWh9FMqyr7I7olzS63lOBkKW5CPs0ihh6iSdtvuSN1ZlsoBE9Fxf2SU tM9G6QdhitjFGEzbFERs9+05NZVaBnH1Z2gxjpbcCMNLCaUCICDmBoH10K76qFrlSoEqVpLdM0z/ Voe1I5NKx9yp7FDGV60UsAvyGQxw1GjJVsEeckdViTCL0C5/wFaqmdwSeB3KQGiS7J6wDiM+BpGq yf/zS36Q3Zp0f7yOK3wCliLTdrm4QD2XT5R0ViIMDwFRqSr0N7qf3r5XfFxho6ap5gcDGQg4A11W CSXhRy6soYrJaqrgXFAsZYcVpYGzAERGU+Enm98T397AZKgewIfF9ZBzcIoBVVFWARkB1jOSxS11 1PRGrRXIQSik1WGE0eY2D71LusF3Lg8+q5YMKcJhqzIrfAYirIhLPZ57wjw8+6zUsN65IA6YR2BH kIQHvTGD4FTNAbCUueqnWjVjSDqwqSI4ywiZad0EpNMvBOPbJxq3VsEo3we4AalIB+jlQus3fL0+ 8Abnggq/4FgVmBpIAN+lR+Fc1Zvu9Qx4EI/zHk9596g5zGf4FD5EALdDcFHlxknVWGrLUcsLIYyM Eo2HqBN01WUeBjeOLE9XJkAxhJHeQXKg8RjiQApnKlqkdQozGzOWWjC9As/1KzJGr1UAHMinJ8L9 0QZaXZ1bQEtgptOLTgJJwZAnlXV0vws98k65zQBr+gT70GZwjim0huh5dviU0zuQyJCptI5aGfVD e6J3/WY9ruPGYL52KGZF3GhbSTNtwOVUQk5Sr6H6JblAYaHrnz913mad6PHH3Z2iKFBMfM91Z5Wk M2d9kKin9cO+6kwBArX4HsV3mMIelYaevLvQXdRJXSpg1hSGCzUC9XRQaUbCZoaG8TdpPZIgIVFQ EqM1ADXrWncq1yT1/oAtFYka8DuhQEAHPleoDEOunwM9qisNmv2cMut3Am7rd0O4ADt/3P7+8qNf CRVUsovBfA+FcQ2wGrRKBshNJTIikOyPglLdKFxSzernxVxeRFg/juQDEV71r3XUpSTEm277h+1o btI7AxUuA5f9p+mLrhR6qnz+WInlnt/+CzjW2wQafIGMg3/rgmJI4yo1BiKrPlY/DSeuo4d2K5/n P4XHXjiozvisXFmrjRBrGv/19U/7laxDN4vPH31eQNy/3gdoUi1VPn//rQT4Hwwcgv3p4p9vLxP8 0e/CRBH438vl9/Nf8PiPFwf+fv9pEqIhyY8eMh9ff3+fl/+nnYt5ff2pZ4h2H5DwWjb8l2JRUkzr zDjJ9jcOB+c5AlBf2usj6WQOjGQ7hwpllojaYXtAgIGwwwKZym5dbzPoBYDUpgNlyu8wTd+zwDx7 TUfhnQdy2WSUJ8gNp4t+Ybb2KccTtsMdLjCnTiVCfEMj7zm0KvOzWtsg796TxTvzybGX9tm3bEdz INQ6LFFmLaMXy7igsTpYQSRjWZftx0fV/pLIKDq9f/a4PUdRaFG4wor1jJVQhzbbHG16wvLiyLZT UJnNqwdMBL8Ur77rqmIMB/y0L1X7t7/59LYR4y5yNC4+s1YYRaazLdW1x8wdfhVoIpqjKQwjAOCR bz/rXfHuZAfJfnd2n5etQNqxc0YMDSaFRuTJ26yDWJsOqOtDQvKLu2OXA8MQaTt1zgYtgg4bvPvB zqgll/IL9wgGey6DG+kSUUT1DkJxh8NOWh2CcYZl4dYtAzcRlZHPKsoyzQQU/8cKh2utKGze5QFU yI637rZdkMVwbyIQguSghZ0mn/Yg3HLK4/0NvjRZNSMNY3bBfjFmxC7FkEkQkig3hRDtpBltSC3J a787djxKQcqBiiELwRaTC0TLKMXsQjfxbW+hlmS5DDElN2Bq2EIZtfStUDwoXcJFx+5pgWtE+NJG KXCxYSU04tVyxALqXk8RwGZkBBqBJDwyVW7Ue4SFkkm3Grx3kWRxvfWA09xVXnWEmqEHEBMq78YA CDwsMK/lA0YwTIuwxj2chwwJD/iG1WJEpCbVon3pGsGIZPEtWIXOFPFSuIX9RBnmYzEtqqpk4i7N DKFye0AoRfc0ux88Ye8vly44TzSyAMQDfdE0VqROaCnLKDTHeq+tsZDSYLyou6eou1/TUnyzhlZV ECqud99L1/uUEL2UprP1HjtEhbBauO/CZFEC56LedixHEb7XJUMRBb6qDpTPh/4is0PwctChRsFc UpUSkmQqVjemh+1l4aav1+e92UsQZDGF5dfchBHpBjKWi8nI/Is5UkRFUUL6ykAq9cRJy3QXDpTu YTbNivVMMnZgOzGr/KwYDdd8QqKyRlwI8YMxc7M9HuVCa/WEeHnZ4TMtQ2CdGKetOYiSApogwqcG fjmwGIbE3CR8pmEQ6lKmDFUGLoOihW7JS+U5e3shIYU5YGyMamCX4FwQnKyGfeGFlC38xzaQVZSD VT028ZV8VWyQ/fAvsZSZKDNMo/BZIp0e5ExLTlChMwDzYVhWlV2UeTEblmCoVnVA/uN5+VuUyphZ F5Cx2Z/BWkf7giWny6VC8FBlHanUsjYWXiImnaLkSM5HEUNWk50yAY49zaCwtzBI+xfEg/vnU0vB QCVyTAVpVSzgjByWsyN9+0NwmPTd/8NtrPUjlAelJifMpI9RVoSzlUHIS0v76E9g5wZ/eaveDwGR jYqANd8FklNNI/N2mxAeVYfZlsbYSmqJ2PVL343sZnClJ0YNq1dE+xdPYlmM1f+xQOKZ7jsOYn1l 27dZxAQUb0k140I0eTE8F5uqNg/MHuaR0WY2+lxDn4IsXA0rXFNrwiV7r//L0p0d4LQmFlzKnWp8 f0PITqerPAhgDb7p4oqQNS+uQUQOuQMI4JhvdfbFut5cp3Cn1xVx8uxSH+B6Gdc+228sRmtgqEP4 bMBBxZP1FX45XQPlgu3gcsYhngAoTK3uuWLtYdGHeabWqKSYd6AOTjueD9ijGr3UyR5A18xvpBxF 3Ta8h6qB/FB3i6q4bQLc4bw3qnANB2/C4mj0q/EBtzfxNyfV66Webv8TBAR7A8yDCr0t0YBQRqg7 BxQKUVfjpux8blwBJCYq0BAYPverw3NIFjwT7zLSlCNoiC0RU4p2nbD8zMzIz5vUgoYANVAXT3xz rR2yMcK4ao0owDFMZmzRXpvympxXMGtS19IDJ0QgUAwlD8xhsbHHq9baEHpxpBvNf+PVdeFK3YAV iE9mrrSYREJPwN01NTF/4rq/u6qZdS2Ur42Tj66n9ZUl99rIzMsyFADDzfwS/mmJVhw7nq8Jy/aI Q1hsZP3T81/4ZGXpBuLGgWSIDSzc3Nwrc2V3AWA0hodPrzqMZSxI80IxnbTppF3PtG7digknzbry t/mvcQNfY6+Ng/KHfeGBSWiq77IuuF5zIMO3XtqV0TeZpTCHDBvFXdYWOyp6e6YfN2Bm4yWAe5+m t4W6wRLrcX3nPX+3DI32eL+e14F1ORVuS8PA2NCQySEuYp45Y/z/tIIBttWmIqFIIH5WT7A1bEEu fionzl/GTCdYaaeBqFhuJk/mO0igMU2Y7i0ASQep4GvvocOWfF4u1R9IbnqSUZEbeLxad5flakgr BUHitILLigAiRW94I932Y258UsZMBtIJMFm3kVD+bnFB3qhJjXd45mycE7TfM80KIKMffO0Egwmn fjlktszzChsZmksDWu3wBkco4trF8cHYLZlONA5UHGjnjozMN8nanpPbgKXf2q2qh99pyOHgaQ5N cqGtxxQKRPwhNkZgL/Gawp3+k1eDoaNVRD55TueN1W/sh8hihRuxAQcyjXR+Fp1LxW3Ru28bwa/4 8qIxUaWn3WvzsJgCm7wZ5Jw5dSQxxmaXmFkgm1JYUN9iWvfl33CEJOlOJOTNfMMJtoPTR+G0/d3+ E97YRhimHeWY43dziZTE521zvsYE+05nEa53Ft8G2U4G00RhQ2T6xVVtj6lFG6ZYyU+e14sOGhK3 MC1JHKs2LDNHicjZNdkAJXCNNWYPlE1DeAdJVthJ300xyDB2TfvLD1AM4XdHZfxbaM8g5LUO0Bml ZSIMYX0k2mjZBMug2xiqBpHOrYDBigpaHzUBcAGiiFsy1FDCM9zNEDIe1/fujyK6Qve+xRpSh/pm bciDYKejHTgWDO8gWkrQb5jg4jSR0oopLUDsgURSJkGf+U5Egcr2ExGCNiYuwTphRu8yoBglUSal YIjpuTxMLYehSxUWiEYzJKGHwNQqzegC1JUw1+imyMPPTi2d+YrxXWiKsjxHuT11alTZtTytwp+S VXXhckGBnOsFi5AyfywtqvDK3J23u7g8ptCncsrGEaTtrlIV1rpfzFcWvIcZyhR8+P5QHRgQtZrS IPvC5mpEi6MKmztWFiNO8eS1DazeTuas+svhVodCy7irDDdgjypUC1zLC/mqAphiO8QFnxa8ws/9 5ANIpko/Ob7Urd4Drq9uU2cL6XEYo2dm4VzASyCqH8AbKoFD2qEgUnZlfhVxAsrgYKDNkPewPpCd m1kSPlZZF5hYCR1MWKaJLn8bHC7Y8/ucFFQ2iKDM2yTgDIlG8GtOzUQghr4JNCEpayr4z98hrwfO 0ZnISmMrgCUS/4UCGkGZk1+gAC7tLKPsxR/ogwcJ4AZQBVP7EpAI5yh9Y/tOOlwDhe1hDg9HK7Ub PGBpHWH0K9wAYQrVCCGMheppAkwsQMAgK5cdoBNOtjTsCucAoitUBNQA57H3BXx6AVfhKp1p9VZe l/76v8ZvnHSl2SprjC2VP8Z1gIo1wc0qd7yvs1+LrzdUxwbgaWkdwXuBnbXiJTga0T7vQfIgo4YO H7OQhqEwgW96zyIz3NVHIURw65XE+9aMfq4yt2ZaAXXEQVV6fyJgnGVhOGF5SRWlMFcFkAhT4NrT 6BC5EBVlnERTo/v6oOIdMBg9GNt08YDWM14HB3iNCHViO96d6bAL6DiUQOGo9dS3pEeW8Zb6M2f7 LH0oF7P4u5qZQNX+1wB/kHgVntU9Xohb1WY9DiZDOJo+ujAl662NbGcLBEE/2UxPugPTCM/j6FhE UdipfRIa6UDA/8GyFAwv3FuXi5rrghY7tqg2dRXLjhFAtL+w32etnn0F+3+u6bdODizHdUHYqn7B wehTGe1hdgS6oXYRWu96Aocc9bjWf9sAQcbgSlClvg+w1uSuMQYyan3s070xUA/en+/XjnIU/zo3 gUJ3OqKtRv1rkeR3ZcUWRVCA4EDhXmVYIbEDmuBwFdJfSOciwOHuqte0/33B5L9XTKsphnOG0GcD g+4Az2DxKp3B3X+YgB6NqS1EqXT10x/qnv3R2iME2nXuc0KhTFZDatjhuQa89ar4ftdu+beuz1rH xydI+C/8/ddJyrMexRzctwbN8HJ0w7TxyzQNWw8EjFHLDeQ3iu7lAHHshau7DP8cplg9/tTZwifA dwg47n++aFl++a6bh6pqp26QeAPX2/lLNXntKs5e9QiVxkidtM8fOpefve/PGzC3/FbwSwwUgDT5 QJztXMBBGzdrtb6vc7WTsEuHXmhwsa4sqyJ/6ezPIn7XWNsstfgG3xJAr5EzkNYlBO840aEmFXV8 wZmAyp+/HusOQU4d+HiOhPI7BGJY1XjXcKOjmwqMqVtvBmDmji3QOfduev4EIVxfyjVUnmOpc4i2 KnwdT8XmnftwKRVu5pQ4e38QSGIuthv6yh5ha3B6CMHO9SEVWl1wwJfzY1qowffhtxwXrxiuXovB Nk4X+8d6q7nyoslCFUdODJqr5DB4+E4D2MpDvq7GG3wHWfccQnrIr9hXdzjJvfPu3vDbWQ7U2CaF dVES6O0bz66imC8Jk7YdAOeLBQo+WHiof/Qxdx+0iaAQxR7W6WkalNjYbXm5W+eDYTKOusKwOW/7 kDjTjysHcJbBgRYPC0i4KRiyJQkWjc9zOTHXOMucfhbBGbE6RRu66EWMWXYjTJR+NKXSXzHloh1h S8CLx0a6buQIGuEDi9kCtdzob86qB4xQ6BpAko3OAPabImjjY05IvmfnxXdqfWHzAjRBid3Q88z5 UeMIfQn9qAkZAPte8igyLGwUt5hABFvQ5Z87j2gV8AvJJBoWyD2TvVRAWwwMFxcVJAhiS1WQF1jl 7zKdRkG5tTltpiU2F+xweF1QKlo0llwlpM6ag+zaEhQ6qnsLNBMElgOJEyBmBfodFwj/ZAHX7eVo KQKRA7gj7SU+IwQqknnFPJIODQBcZNvpKIUioamCBkoekCve7OAD39LPwMMyCjU5qBAkS0Ts5sdN wDfic+zULC2kiDBmoKpts2zHYOlLInl9OINeBcg2NipRjiGyoRYFUe5sf/OhAQpKbaFVk7/c96jj q45TBnUKUAgUTxov/S+2VI7YTk/jrMgfJDGKAEBDheYasKCXTlkaoy2cbW/1T99UCVmbJ7YTTT6z 6IXuS6YaMW6IkjGQJXaPUlARafxX3WRWXKLsVifhWGWLuYW4tJpvKE7jlMhgwQs+FVHb4ul7BzUy jkGOTLF46djyRdSot4xCwmgloURJZvEHB5QpY7pQGqZCioRHaYiJiXEE+IT/PUPm89mgkn3Xlxkk mBSpbGsjuJ8alJJ3iFjhJFUv4zZcQqZ2NMalMvROIyh/Gtt74uQsMCx5QxxYPk7wkjuhJvb5wq/u uPOqRb9Iih+4GguvO0sE9BRkyVBOJoEFe4QE1sCsrFKuLe2k+GFHkLu+XbVQeKl7o8TIncIYza/a DgdJlSZLEjMqajxIYVZuVFrnKenTFe3sj0vUbslNg3JM4//hLW/AJHnl6QoZzeU/UNkuLi/lO3Iq lscXgCyAQ5lwd/saA8oO5bZPUFAaxHFVAyhRzsMFGo8psmt5Pa5whrUXhjqVqPpRrh+DyvWYS08p lJuBbEmPv+S1jIPFZgJ5GGAjyuhVO8ude2AcRha/+RPXexZjSWfT4nfvO4SdL71twmACMIJGMRJj RVD3UFBLNLDySahadbm0AnlwP8K+vxrueIO1gwPq8xNIW4LvPi4fqnvjhXCSW9fjEPQTl/oyrx+8 mYe0lqA2vDG0C62IA8xATNzFeS3iyyErO36mGKFjRExqiDFUd2RJrWkumitIqSayvFZcHyMz2Pxw C5g5o6BMH2MJwsln6Kqw3EKx11X5sNpvWn6IJG/vtMsPgWosA25ganjFVA96YWdJG9sCeJUihDwi 4XAFBgxVCbb2rwRbOG9/wSv/sbjKrEnZsNmpvSO7wJcUigLxNmpjOkPhZHIIFhmwwZam5DxqFsRH WXm+jMHmmb2S1t/8SMblP0BEhpm5p9JK38j1GWqKDJNSJxu5v0NW+TKDVBDrYnwj4F66SfmwCeWU 0yUVwiEw4w6jBieCgJDtQY8+POTvWmguV88b7D2jOKj40ynPrCInFhf8FfRgT6TWeVu02TVsGajI lU+HDUuUeQ8eABTgUy6OW8m14LS5wBeW7Hb/EyHE9g4fjUyfaL71OOwgAnbOTAzlU5wDUzuWGrzG BrOf1jWDBBQigMQSlj9tXVxijtSKjIy7vGsCRyUBucSYlsPZMGFmzKUQbsDsfCbmpRD3IgpTMWHr 4YLcf1Q7Uge4HdqwPOjMLHzUjhj61YyhczMdWtJpCvkSbQCaWdN0e3oFz4jybA75s+5sxHxJ2VZV GINyKmLEIK+WmIO23fmhIRkmiyj2sN/1d+qn1NWP7RvW2/aXKhaSJQED4hYHNWOzj+CIldE35yzv k3hBTpWfa4FrwdQ1dUe2AvTuNe8gU7FcSFal79aLpNFFLcO27DKWgliit0uQql9Zz/iJeNeQHqcJ 1iuYE3dlCXG6bYtbNabr/ZUZ9ksq1wd9gxEtBxsxPk7YVTuqN7LLrdcqOFvyafG5qJ3qJSa3uQbA zF35fc6YKLldbM6lYcVOgOMuO3BBs3HEIOFeL4uZBOBvZCQIystCkcffhxM61DZhs7Zku1+HdQ9X aUXI81iNM9SApTmESHkMhJT/eVNOrPloVH6jY5sUBHdJ3yVpdxHBvGvBfXhkFQ2ZOfZQANzLhYm7 LJ99+doZdIrKb/BxOCu4MS4xZHbWMt3DvdoCb3/M1DPdpIKYXTb8M9HgFFs3uIvbailyVCZAqtCe tRsqz0BwKkptQL65HSSbDDHmsWZqBIc3XpXCncFzAhojd7DeBdDaViN1asWE76xZMMf5RJpd21+b DalZk7CMJmI78nxj6UxRrBVtiDJh+qm2CtN8Rl1LSFCFN+HHxsAfI9JgAVrBarvTnLyNLOhNruIU xkfR17++JyA3SrJEESFpfJqMBkU5/1c1yf7tpRi4tghTHCxmlr5hTgJpqH4S0lq4HaT3iM6Zo6h1 MSSfev91EkMX4Ex0ykf5xRV6E71qD1hFhM/toQVwMgX34gC3Fc81ZiUslyumwBxQVashnVQ5PqLc TK96caCESpK78QTKBN0Zhf/RNxJpL6CQHo1pD3MN6fvXSG1DPs9T+J7C4I2cHbchiQyVw8ghxC5p YJaLOakQOaBBJG4iARfB0xRhirDIQPiDpm5pt3LBjJfRCjniAtY6x+Akx8goYg9kql+VhcaI/rIQ 2wpnaDZajRXoB3XiyLLBPEk8AQAWr8YrhKI5JUxU5d1ozVn5EalUKo5P8ZhX0LnCs7SdkcgI0p/8 27y0owQmSToMRNe6nKQ/iqAslda6vS1sESW7OHbcGafFWB9TFu94riJWoZkOGqc4qgBB+NdurDmM jLr4x3EeCnlu20neg37O1ViQ77LItjDOKSNo5cbModIYq0sp/U7KUtH4oMWxXc+CCb90Iy1ka/pH lHjmLKgtdecAIlU8U84VZgtAECBtHyn/nU148Fte5h4lMlQuwBoumvmpKARsa/Hx6Bl+95lGqGnS ujkHxhardDTSmB9nEDRAJbcGTBAQCac135By1tjCAOl6OAM1rFytZfWYvzUDt5o/ifoqnP8eMtx+ CS1KVyMVgCMTZBP5STSOyBjEukDOWMAg4Vr5CMIVDIUp8ZulhNAVXfqdSZToHWS6D7L4+Lk9pcOM Rs2m4M8l3QkBPA279uBoiy/RtHYr6kuKSKHwm4AYqw/8Y5WNbjmIAqUVYwLCVCpXMedwpwJCE9Hs GLVcFWAH9XIXdB70C/VV+w4761wGLbU1Iv6Ki5lt6BLMLDgQ6AeCh8orwPcGI4hknX4TFpyyquL1 Q9AM4qhVht1VLO+Ng1pQVGjvPKHXycE+nxVIe4zgDGQDJyplx1rNKFz1A/FXsg+HNlMgcOoRmKnU vPedgWU/LiFXqoixojYTQOkq5cGGIQxrKKyBMVAYI1AHAu3NxOjXhQIwCwSHSGos3MMNAGyIKIge bKu2GWIH2tSUA3/qhauW2jg9AQGv9UI7RxtQXH2ZweNgbKhl76381gwEnOswZpXVocNaGQPGvTpS u4w6NgNfA4bh4Q4+HHRopAOX1ivYSr2B8UfpPsC4OmlXGjCSaMsqvo3y/m2pXjPXDN7XeCGA8GEX n/96CyYAGW7+5G2MZ/XVwe/QfN/r/uE/LwV8DcRWkL33a+oO7d8toR++YNx/n38gaPD3lwYh3rTp pZxeZufthBBaVHjpZy2wz16XiULAu0cDvEDwpzdFguVVu1++T+qu4SbnWpS4CDc6zAOYWtngeNj7 2iNr+4xg+HwvB4TFA+sHyONVyHonEJB80mxw+qkyHUc6FADyprOpON53ZPDxApbvrdfI7H15r84I CI9wfdxTHiD1Wo/gBrVyca8TZddoswlblGOXTtHcCkR6wrqwbw+DfDlLAtXW8qHiXyqdkgfN1emC QQKxzQnw6mGL42mdnUiCr71ariMELuq5Xt75hLBrdro+NiHWdMA8cHi0P4Hie16F8jnaQLchHTXu QYhZjTNHfiDJw85Dk/1nfY8eHaCTHFKs7jENC0onnSjZ3dHpIrRa93xXndSVTfuEaQRRd8bWqRx+ 8B0dj6FqaPD7F7iOiUP1kTo/F4zmRo7PurYlmtm48zhPl5xVYtGvotAnAgxqObn0xrBRcUNc2Rw+ VsxnqqkGtcl67J4FVK2GG/QOEYMYhqMSPQBseUHxtQ2IX1abInaC2djEeUHeyo7uZRAcot3RtAIQ e1Gpgg3t9OmtRLxsWJQJvJhLKNFOa3z/5cZLiv2MsWaHNJBy/rUUzNTllrvAVg6Fc5/UJqSAfy1D sSEetUC2wTZNe3yYRAGL/YvcTZWX5kmFQD4tqgIs5MBtGnbKhRhFAZDToI+iNRCqBRggsATSXPRY Jlic0xmlGKOIsYeABEciPFs6wbTGIhD5t52fnGCdNjnU2jysQu5T4okSKXaxSRu/vWfQhBuhAf4u OLE4IY6mBIa26dth4EKivPaYElJosvofmUQgMH4YvH4H/oiyTGH/F/NgiMmBqqDmspLibJqJtH3l 4eUjgsFu6ADpFZmn4VbagUisA+qyIXtQXXqoQLtk+5rFidaKTSkiEMZVPQJE3G15rUKgsygA2SUD hbqU0Y9VLxhcQU6YPwMQM6IJW/xUaNDBQWEjNcO/QTLLQA7IxeBs234qmyDWAowtHOKxWo5OUgS3 RbSpiT9+EoX5u0BSVNAaOliiKM6igpELjUWeJEQ6/IprN4eAGWsL4/R54GCLCjgQSCMlsHaaEgAF 70J2MRjOOgAvckBeiVRPRJYU9rBkpRqyCOsqaaXX2ZOWY76nnKJx2InSRIMXaPb8r4ukHkRajOfv ig9LOmYTr2BO0GXhqf9LmdEgPqcyYRQqoAph+6UfyikKxSoNBG4+vrNCKTCDCr4qpQ2Oo1HSc6Xg 1DMoyZWsW/FbIavWwFTs8eFa0SzCzF21bTl3BbS99FKSp4CtUtRKx3qsXNaAq0M6K3t1o8Sei7j2 k9GBNmVSnACGwlSMbbQsQ1FgP6hgZVaUU/ZRCI474SFi156f7enUkFplt9dKAatjhKNWdgvPqjzx /k7VK1RXiG4cxIHjQsAUA2sZ0QhJFwWmvA53DjKqeEyVZQBHD8j3XzB44BBTcuIWgpB0WwjhBivB w3NTu6fnQd5xMK4FoeCZ5FSaQcEAa/7gHThIik7KiAamqf5tGIpcyk8W7N183E8+b6g7ojo1ID+4 tASNsLA5R1LgbHjoKwuxZqjayclAqH1IikGrK7NashrgwWOoafb3Fk53fW7l1iyVCXlhizXRJWwx P1FKg8xA2ZT6mbcHDspQ6FZZSUWMgT/kw2GfwsNV35Xo5RKjELLgb6xHOX/lqwyIIXBvkDP8sepW y8sFVqsu08tl3pvnMyjWcWXSqJLwrss7dNTC74Kjs7oebkyTEZbnzjPpNoxIOUTv8AlAtk9mPna0 TtTsoMZhmwwWVmDbZMOcg1tsPYTNG7o8LzrgooSDNecA5V3vbYrm4qjbw+duLKtySjlO/bh8niNF fZtsPLVpMk1mb+QcHa7GXqnrlhkxgJ00iy3ZGelcXmJWL6XjReW13Hg7JP1J4lxrZD/c8c/EY0vD IsR7bsgw1JtTbS/g/ps1j2MNIUx2vvayfC5asI4RdiaVK+AxUUZUmNahZ5sn6nZrrjpYIyircbrb O5ByS1xNLbbsfVIiezhxEAbyeB7T2VtoqIEpCb3mw1M6EwtP6ooQ5hxnFgAk7U4T0GMziTCqnIVQ hRx51kvH/ZoJE1NAHFosEafDQjiEpkoKFTfiAKBGXMOUsc3F3Wg881AAipgThiRMqgZqHYihnQaw gVZBSgmbN/PM8urskZrgVR7MkMVFlAidwiej8bhtaiWmdJxWbpncAg4Qdfrcf35HjNsePZw1w5HI mw8RqQEu45QrR5LZ/Oy/TsEQ1g18KROiD3EMZNrrGChEPDHvjK8+AsQMebiKM6Z3MRXiWsNX3eUP 19ftXunw8njV/dbXovzK/ye+ft9ejVOddfqCdxR4+OOhp5gbx2PTdCqXbt2JwnbY8ynWi4M5SzIu TrE3tXPxD5EnniFB/yWYZBrqZDmGzFnyMnYFjk50hNyWbQCl6Td2gUboGRCV/Ln55x5rGBJT6TGG 0eXKj20fHGmPgvBP/t/ZAR1Q/CzgSDSFqcSZs4XLtTRLgI1lFtfsS9VZlBXr0oRG4TYRlSRVUHO/ TJLjxngTe6Kj80d3cMo9g9I2RJ1veWleHp126yTKcY4PR0uZ0WYVRvLXiwYvtjpPGVTojltTIBYE FYbXEVILLbRLGex7rYzv7NSK0tpocSpH40dehZTTfF/F3TTKP7l/rHYjUT8+XVsIbnTY4pDC584s akmBeDsvMm74eV/bQg1vfHYhKMGnRG86/r6zHrvVloVf6HFjJzLomxgbIPHaki3Ev9XTUwzKZRdg HPGNNgGB01gD+cvY9K4Pj6SCVC3ckJko2pHqmgTHTBokP9QxHG0QOZdNoNZuRlvMzZA9U9KThPFZ rXI84++UC+SlzQlVc17Dy+zYl27ZOpZ6INQI9LaTxKmjAv6cEZcyY5lzF5zFxVhUWM0puSW1IpAM w8XZpNaACctEFJD3S5SsnhSDFNtODdOhkJNVF9tJCtO4iQwb4/3heDcBthfQrorg4c7V/phVONd+ mfm5QFyamfmx/yf1rNW6WqmYnto3YrjXsee4DsUlVulUn1sRPHzJG0docsAkdwcMtA7/g4q3q2os dmw3tkJrKKBdtmIUyVNjFmRwr554dafdjiJxyZIRvjqVLd/p/OjxLWtlN8YrpOcUOjgzCk4u8Oy8 MpMUqNhEO2RsQizc1ZkILYo/TtZsdbVYpD9ocG1E2y+N7Gd7huqgdj7EYacBCRXT/OoCy+pXkutZ A7qFjZT11vMYOBCtRNXam4Q/oGjNsBCrQhJGb9alOpxPaq0yjb7t6GSDkY5IIptthJKA5sVJv1qG 4RIH8trOGrrSDg64b0plnDAWgtqIgAc2j/IuhdiIlQ2w/UDJdnDODSl1Fy9VKwcM62xjM1VvP2xD J9vOZVzvnt5dQY8ltoEZ2LAyG/RpcBQ60SYOkcgGqKYplvuIuapXdy8G0Sua7tc27LZMwUP7OEBE sNJaYK9FcM1Ngub1ao+aBsjL6krRFZJAcHSE3VX2nK048bFeWSoFpYpubEAgjxgGdONzTVODRRiF 5dZhJhSp8jyDVeUnNoQ+V0NViSIgVAkfinBDumdxRXby3qK7eFEP5OW2BKH0KkQKKtyDBeWp7pNm noHrpY5CoIBdkwpLK42vNgv+U01+nFeIDueCvJqjskQojxpor9wKZpUs14rx9XKBBlt3yXMtNiTf esIokoW41gxWtaf5FUNCstWvAlsNBKMC3rqJEJR57xl/dL49VKQKlw4xhqApwTU4VgaagbMQiM2D yEB9vaqzYlMAMWqAVlpu1PbkGRy21xTKki0fHAUZ1qYGGa8nrWCqx36KHgAmHBhv+69aTNcD9wCS YDF9pIc+AwUVWBqnth/mUdGr9Lqa9LAz1doqdYfjWU3V7MAuRYMKZcOxoaPfF5C2kl6YXVhoAPK6 6KgEBj+Cl6GPAZyfSnahzV66F0wK9zx/xucGAmmqRfX+O/XY2nF8eYbh6R36rbWIYWstHdQMa/WX pX7pewNQRQxQV005aBok7owECAyPhOACHZU3f+unApgFUipRrpsNhLk37gULOw7oZYIw3P5X0TWE 1p0KmRWGB4XrUk0yipxffEUGyqehmObTQho6CUpV4RyI/PauK7XOG98vgOi3P5ysMhoYb2A1zyBg i8IZCLnG0vDdWlW7AnuA7mBh4PiF9NUsk1eYehfTXoXeGAe7dxkBET21090Fa6gEyPE75BMkD6au vzjycPvjBY7e+xZrWgLBfvv4Bc4brRrnKnrdCky2CrwlQUXMIG6wK/QemfDYVsB+lPtSm6cXGGno NiFAyOkADQPr+5Kt1mMnWInmqDNPTmbwIQiLkRLsA4fW4yTyQZka6VR7rAC5GmJhOiXtSRNdL1zs KQDW+tnrC9lyjxKgY4LtPRl8iNzPDdwEPJk+w949c+GUwwhWChBnVj0vYBUcqS4sBNf5jV49hgw0 7kgoY67Cs3dlUigspTiY1/MBTFH3HgTEBvptNh3Cq+zGwubkU2gze4hIKNxHLw/kW9CJsYbSkgm3 wHRyZFLy/s6ezeAbPRWiLJxYzfXp2DScWOf2joSMCkh2DSi0uvAe52H32jMbN0hNQLD3CRqXUXDk 3KMnRGz3xTA9BmJj3R4BAvu0j9tIgv6qceU2+Xx4mi0pQPvttqKsnsASp0k5C2XbYsPSVGkG9uqi D84W35WQ8v4FPqIUP9gI7S92vdJ224RcstDE66WqbRCqFFCURQuPbu/fxKJ+NoqIW5BgDzoS4pJB x4jGa+8UCvHci5TEHu1PdncboO1TUGMf2nRVa9kpKgEVT9vrYD8CO7ueKaA6gj07Gr8Oj9g3occD TouY7HUos++vjE0IIv6zcLUYeFUsLfhCuSBoJAJKMFCo7FuFSX62Z4uLCt0qjW43LSYRPSuTAF5Z yIp8UFw0v+fgZZEIeS58R4nksYRDSFxVpudwexBY4ISGux7QBpuVWS2INo/gZtWMZZ/C1/JoV4u1 CpaIRq5VAuOT/itbLwwu1B4M1Ye+9wyvdE+0U0JsHkOJUuDYBiiuE4oohikhjem3YRFiPxxfiOUS bDKblMcjqDfebSDPb0ZrxPTV2hFeonVl+LF/QsZKW4qWBLhopQqxGgPcKOXDjSJGSyLLPcca1rcn /st0ZHACC0lckseYlj9c7pqUA0G1IgTIRATCXUEJ/So8s7zSbqolXXpSpCQ2tpwi41JGRxh+WZJS ggOGd69gThhoEe5LD7Z0Pz66nX5ZnE/LyEgYl/1pFeYsowmOVhTqYnGd+J+O0LkVGcq9Wi+FCiEs TwnHKM7GlUpKe1I+xg7INOStwPIIqgGkIkkJW9oYhhD0S38ipayr8iesWCUqjceeKDEBbgTTrJrX tQ4saLxqgTioBs9Avm5KC06bBjH2L6mkYCLMcilSCyFNN00qT5QykyoFergR/rs2TUJcEpD3qVJG YYoXuGFsQjSXVTgz8m+K6pbUHweqxhjopk1xiewNymmS5Pq63+OP5E0CAsFsMnQZ5ebN3ynkXITv SbzLTB/t9Lz8ICokYruVYqSOKxiz5JK++h9EqrQYNRTGmHWaKIUp9XZNlldejhQiLqJvjZxKv9Im 5BU201+myOrDyy2KVbpr6S1TKl9ooDXoaDSTmjFeKEQmKIwlESg4ey07HpTkJ6v5X7o+JIZOj9sI if4uVICHwJBpX6GKF449RsaBcunlmNbu+XbDdY7hZ0u70d+B83YXR2OaNbbAwzyuxNzHMLdggjWL sJS0kQ5SvNGAqWSfFcXq+rf0ILNGBPSnx8ZHYvcbpVsaIb+3gtukCAZCbzX82jS3e7SIXBC2xnp8 FAcbjIMtDeRK+aJ8uw0q20GpTYsWkRVvU0F8+xJGErOCrpqcb9/YaCSY+GG4U3XbGIpigJ0jS4Ka GQr8jUezbd+jxplE4KQ7l5sTkHzzgNgOODH0qBFSNleSPaqrQzZ5vi4cBg5J+gYc8pl2NSMGY58s GY7NSDAUjbiCAJQgzicxgNRNRc+tOKwD0pEE0D4mv/ZQv3Mc12OWew1pdINhYTb+vGOjLDBvgGtp V9gUi3aVrSdvFtbhBkM6eTFIWmQS29ztzcq18JkTwOf0uvH9it9+CZhKBnmTO634gxb9yqgovR98 S6MsgBtu4yFlHLiu6JQzATZId1uyK8N5x4utleXEOMQyKPzifqWNFS8b2JYg4MkTkQ5OY2/OO22G FeJkEgeh5LGNJk5AQG4LaGBQuozz1x2yYB09sASEYWCM8+AGTtqk7A+2nLsTANBgPqBUoR/K/20H fEV6a8+iHtA5y/HYRA8pcGoEiTnw0rvq1+tAQxdcM3fW6RrCGHi4aW1JQkVvcu7MimDyy0TuLpbb L6TqKYZw8mzU6ZrfOStfhnnereGMCWI1iQM2D4Gf7kNm14dj3xqvM0QdWupgkphv+aD8hV4mKERD Z3QcMFneqIjOTWEReeVbibLFudHneU589Lvf8NekrQSTDYsw91JVapc4bHK0pk+cAvSuC7fkW5jZ 0SgaFSAkF9ocGc3hwHXYpvUoah1tE2GqiCNDKnWnWbfjPPO3LXEMXtmMOw4w3aNfSyuldD3hUcBB j/JjJMyeYjKFt0NFcDgweyBGfgYdRVDUwLoEUQ5JW2roa8TeXTsyfNDIpS1b+OMrqyARHElQJjVD uzkXZ4SwbAydxCzfzzfu7ei0/T1bcCc6rTynXVzq0BBxQixtfLjsxvLAIJz02ojsN7fMZNo7q7Jm pPwwMVs/g0IE1htTzQjm14ecNpootiIyzWT1MyLm4AtmkoUmDrfyyTlnDi2bBRn1fcC7QOfxRpXj cabJ+H1SR6AsNO/hxvx1e9j1Ycc8frtJ8VWe7PSf7V3uY255OTeS3QOt8aWjAUlGOszu1qPelw71 bHNI7MEQ7oEUyCoBEZwtJfaO4U1dDNa6AL98MAWXwkhlMtcpQFGxLcB4nQkjuVprOoNNwH2qilR8 pLA4Tru4R9OkFfji+DVV5uf2P3K28DiaYrALbrPrNpd7zE9MCdT8O2Vwpx499CWDapOxzRqRyLIR W56pKLllWHGoXPqMRFyg5HGZs01xsO45mj2YGc/bAWcWLmJLtayHTFJ5is0qKVWKAfayNKZYhiLC tV84YONCxcbmkgzikZgix5XnzE9SA4ZQbG0XLsZMfOiUKhJIXrm18YSLln1JIAbhmT2qtACX3Du2 KOQuMqLbofmcF1k26xripfOmQ5srhQClV2JFwxJCUZOqCdtG+VeKNF50/uNqW+fBqk5D/Mc3ogpx RZDdWGqWf269BF+sjsjszlBVwhQWxid6BJ/s2EGGiHsGsy/gWkegYg+EtzW0ywsT3giC4oXKZiNl 1fDYogU8alexU+0z1c6VbfXokBjJiG1SQdBhzoU6Uv1yFvS5AQYNicVewQ+eGMQ/8M44IsGXe1bR NGRzyTgwFN4K5wcqSJslmOCCynx3jfNx+CCwZKDmitvqxQEbBSEAToC8sOGXTz1KQ0Fk99CHjuYh g4Gt8FhaUdGsr+AYgp+KxMr+B7qGlzZUgGy9OUzvGygNqkDDoZ0agEAtBlo66Ae3AmtgGT6CLlXv 8/atfqCPV1ULNnELYOMJCNYD+wGwxrQQKE2HFaoTwVHojdKKeAEsrzBC34bEgK5M1v9COns7HtBG 32PUgXQhTXA/l3lBm6pDnKlDiM7g1YsaCDpkoABS2NEvKFHFo8JIdJxUVIa+9RB+qDGaza5j9Nte wxfGg2zgp6WZHeQIm4IJ+RHiC3r9POls7EMYWh0J+tl1hAU3xArFn5YYgmtYnV1bO0jwYJblKZtS pIsX1RsThWs1SajHQwAlaMfsPaWPTvNDmMPnAHuQz/j5/nKpOTOwsG4g+BCQBjM0NXZAvUCP/qYR hOZWoG+s8M/Wg69AvjVtrhEHtEu9KnjWhN+h2ojA+dqkV3l6gjrCda1QaTEsFzZGvJQlIE1BKUQ6 Zj7rOq4HBUjOHxc065dKWCBtr+WzSO8HRH/tl91Y+5CQ0te/N63UK5eu+YZW0e86LYN6wZ7R60ft M369TFBhrf++Lj+YAKe8vP4pqn17/VVMDYRVx/v+/Y0Qhbig9RBNFcCBnqbD6ADRl3cVsEDXHw1L KtD2kRWmXApuP76Sg47NAGxk10gE7gqjhvaqrI7bXlz4HZZaSXV9pf0FBa4LerJRUYxIIwImYZTs 5aK0mCBoMkWsuzhEOlETFwVD3JO3LlLKUH1DNamhSA2ICa3EyYaZjmp27+2EH1/6WuxO6oXQhsYy 1bzWHlDsLYeAaxSAxK0PGXpTf2qP3Q+6ZLiwqmG3gsU34qsy7bgZcK6yGj/YHSw6xBzTGTWpQ38v pOIbwq7oerXwn59fvfbxFdnfX88vCPjQBKXKYxI5/17wAckwYTi+hiSVn7vPfyDwKpw7QMCeCsUd KwRBP9X723sbKWFiwV9uCnvBsM46UAiZPwGcqRIuTTlO704Tkm5gauXpKuRnsYZS5K5FCs5ygNkv n5vRd+v8Rmht7+6sZRMnUckxKHqG3smZ66rlVp1MYJ4aQIEPqa73RWoihDcN1bGRNTK15x/dQoyU v6UCucUOgNYvSJ8TvgKn0dBh0Pzt+eNUG3V+bIdRPuTKPhzWBzIHl0PR0eVMLi/GKXsu3/09jcEj u5srt7NzX47OINv6/9t5quT9aAvwYZuJFJhTt6eAo91sj3DatqPgGgIA7qEeHtTwkzNBq9ijFkD7 tpCGK1sXVdk427e4tM8qgeDYQPs+VILaUSAi7T3o7zLnONBiA+fYmhOKbjMJFDagDQh57954C1Ou 1XZ1u5YDzzWpzxiANULF7Y/6RwSULz5URCqusI1WmVSwGG0WqERV1NBO7lGsvgv5k6SIeNuRxQPg 9yeVevZrI3SEijbxkB+LLt0uLBF4FTwaXXRAClWVN98OUDt77Eiybhn9ry2MEMYBiKSy1t6pWtSA x0IdpDaDUzBovm23hirCGDyox6CNuLLaEmQ3i0QKdoowhGagvMKDoF2xU3WDAqmV7TlDh0EaVlZt YZqRi1VEsY/PV8Um/msgJJcTNW0Iv49lmmTgjgrh+hnrBIRSEIhAEaGoyVQyK/+LH+Isd5X0EJcg JwSgUttSdcQtPvF0ampYPNaRNoq5dNpAOkVf4jpsjHs4IjITA4XvCf4hCgnL30LLuiWUkpdwIFX0 ioygeV/iyA00vtYx7ivFqBgAPuBWWLaLFZk8Pl/j9V3FfqJBE+DootYSBsmZT4oi5Umi6rLBqksq M+harDRVKGg8WkqF1wWzN5LE8tpyY5mIwlvxbrqBKj/GK0MTDgKsibqIVAtk1aO6nWpaV0umh5gg BDUV4grUxd7BvSEqbl7uIBJOqFgR/Um8iJygChmX31W1nL6KKyvIWRKS6BpE7DyGybXkuuDHVB+Z yCjV9as/kiOL9HH4v9TmyFxInP74AkMwCpvH5/QNDt18qVBnc34KA4eYObUxv3UFI5dfiFrNP2yz /G1nJcYy7kyssJzH8af3CbJ/aYC4vS+TNWmFJfqbBbvGCL2JKcsrzE72DC//g6n0Dbd91vAuoOGm bggKSD8FrRIsi/atviDWZQ3S/PGHCNFHn8PX/+N2q5/wloTCDahfuZ91uRAnwThXLUL6mEupnhAe QAIHXG8wNeWhLWYEXU3+5iBIPKI7BfCSiOyJ0rTGoB8uzTR14QFgakDcHd3/GpxFE8saUWZ0MzPm 7DC2BHX6RLqaamA745c3x0hTGLB2HDs6IOVaUJbjmwkzWThVCfNKgnRJ5rU0CkQgx4GfcP7JuKyN SiMW/5O5HjjsCD9JwlhLV10TmA8aSlkxenlSipngEMXH3JS3xt+IxrJ6NsvGAVvu5IhKynxLDeS8 ErLgnIBVk7om8feXMujuje0hzMAH2kEaWUEzpzU0O10J6+O5abwBlE8aMNNO/UEDFk5JjBj2m3Hx bH5jljw55eDfIMFNVYqECmtlnbBckN1eq5r94zvPFkDqEDYkJ4OudJSn5npJCvNSHi6DWOw9/S2v Z1aYkpQJMlNBHrtLB0AkSv+M5j+W7HO3GrZuUUGUvFUlSktXKVZUrTo83DX+6GSOXjtpHlsO367T 0CEV3Cy5OXdOmQ73geZqR6MEnZiZFVsj4Wmkw4KQx0HdeDNyGwGGphNZVlg0zxb3PLqE/77ZwVvY iz/cfHBcvgW1Hm/iJRDSCNhqnTwqDYQ+BCEksXxdXKGW1h6MEEDAyeCPwXPbPAB/TAcHHvNECS4e QLHwymXIMbrxUJ6z8GWlbj1hZCq/TvqKyRXCWWvJLnYKrFxTE6e8R6rYPkQqQgWLDbY1iLmdMKKd tcQ3huPeGAtDaE73sityNHNkgS9wyh05brQyBL1Ithsyk1ouk6/Nt2AjZ9tyOm13D6Pr5J+S5c1z rXwOYzc7p8l7+zgwMKI6iWP5Lzfcewc+8+fB5PZB+JU7gY1tDTaEBQOgZrNkKbGTn0M0g0o64XU4 0VcuHmxlAbypv123faENq+cO+tYdOAWthFrl8lf7F5RkJLZM8w0LGIOGHRRYS3bO7ml1Ly+lB87E ge3tUXDUTBhPu4P7imCOxT0hh/6YEcs6j7LUhJ2owu5yqkGHITDpSY4R62l7/MktgacIxjPnOvN7 TIWm2fYoLgbVTwaL8tRNTfkVBAv78nXN3C4SgzAnYK6KyJ1Vmz5v7RtF4KDXYClipmgcMvr5q84R EMEPEV04ZPrPARvMwn3lWvRDg9MQn5nHR2G1vvD5E7lC6+NnFbRDqd2Qv7XJAI2zXHzL17cololD ijPqEo+Xahroa9LMezAS5yl9PnNHYahjXj3umZ/wLCdO+53j8SMSXVETKgN3Zz6mbYiFGrk9lCmz ghkdZbE5F+baZTieavloFAsHNvVMDWPE5D23BZFrd+DcqrR0kS1SwJ+P4DZyC3yW2zkEYrGf9Cee C3zhfkUjDBlrLYtnyxQ7xy/6Z50GcGG9kjayJwUKPPlG8b45jEsMvipe5XYKufl/Lhd0xe2gsF/9 7S1CanUwVYJlhGC2vlJBJKqW3xQUgdv88BEXJH1yrqqA4pisJEIwtDYaqLe9diiWQfmYb2h1XIcy oY4XXZjzoGD9o1HWHJl2WH0z95iS5k+FSG1PiaDQUYTG8Cwf69scXUVE+Q9MYNHcSb47HJsSxD/W ZDU4RqkaFHE3wjOizekmAwZ6bW/ifTGWxMm0HR2pyBYBt8+W4+Bnn8QInPTBwPmSE8yOkVaWdfG6 Htmwkboi+2ILbnaf0hrCTvPzeMbDoiZEIjlaqr2IgGxVTMmUBJBDTzPsRGmHpeXTejAk2q1QBIIO 0qdIRjYW0d3YdBiCcRkut1nRUc+NiiKSFCBX/qKwFFXhx1IY+2CuL89E1/LlOQoikyoWz7Nca7GO JOpU85C6rwNYkzgGHlsh1WrrUAROr9ss8kgliCRXbkcI9ArrwoFVXcVU272l25moZC9t8xuSi8GF fEechlzZsVuL8bCkTgumLcDDHtm00rX+KBurd4R9RbcOD6KpYQO3ms5KIKilsD2cXGnsKgBBWiw5 n+kLj31pSVABqqn1RAVgoFkFq7SXwtdL2zDyWdm0rP/sxXjS+ErakF3ZHiAgHKtaXGBUwIpaSLDI iuiCUurJ4I9XLkKrwCWq+2AsAOXq45QIQnT9DIqs3tAvwKlVzPoRzAUe9PLBgXvAGE/Hq0is/XBP kUNmjA7UAzTBUy996kuIFCjblKAzwGJ4s49Wm+kuc70BowA8qIYAg0AbFv6nuLTiRwBOEI2i4I/n 78pf3QzcCxg1ln628L0LnC0kDD4Ddns9/wbQQsBUe/oWSKg4FM3QPPQAlyCCMGwoaohcLDp//yh1 DbqrR3FAIcwqQPTrN9xWNWdEd3ENgOG+dV12ncJIkFQQ6tvrj6X7UgcAmNhFqaT7YYzVJxsIAuiG ugjjz/BV86g0VZ1b4wL9gFEM+FLL6kJ9egGG2kDgSwW2vQ5PQ2IfaQXhPXlfz1YCkVXmG0Mswy9a /Hqtp1X8NpVSWQNDXt2whVZw2VBBwK81B0abngYh4LA9hbgBoZbXNzonhE6D8+rIgZAPLwok0AkR oohsq49DUFDzaByhY4XVV3JscNzS2KGOyoF5P1ZaeSw+QektyhW/rgmgrnHHF+UEX/6cvXDv8+dV LfO3XzWAhnYi9ef9F8ptid+vulV8/vNTjAB5/v7BZnttH0jbm/6g0F426Oqf73cTWKl3GXq34DuY 2Y1/bqlXMtES1pcezaapdNlLAD+/AJp/7z+/NZH4/IW84gm90s0CDgsCRhV7QhVsGCVqY40Vq99+ DQlh/aBBXmZYFfD55evv/AN0tQL3M0KX7F2G3U0VdbP+fsE3qHdyzRJf3w31F9TOfMjhzyrSjCiD 0wJZHcLgp2pnOqdo/PJPB+ufIHIHGKGjdYdmG6BRemoVx+dfunpQTgr69frn9u9v97sYf77+9cbG 5Pv9fvG6w7/kocIZ2E4L3n9x6+vX/9OHePz1RUm+LQoDaBXmWSlLw31LoZb0DC4Lflf5/EOl9J9W OW0sZwRVZVOITMQZBcdDXi57Jx1vYLQUGsPZDLvm7hj6t2MstsxnXWDUGRmInpEojzdMx216WcN1 08l0K0012g8/FdhuUrd3JEFMRuGROlNRqv1MdCD8viLglk/zHVfRFotxXtBxAu5Rw067yDSWmaU+ JYbuyIzf62ipsTmBDFG/c+r93btSG4TrMDQXlI1wgpZ3rh3J7wuYvwr0WpO7zX/GU8VthJxDkkyC nilgp+B/3MwzRLBVkhAB8S0WSkCMyYkMxcRu79jk4+bAcNvLQKlaHiSof84tMyZBmwYn3wJB/ZyX ynZsiMxPPG+n4GZNOqblgPlWbWRQQdmoXkA+HnCSpnNeliF3HMdv5Ht/OPBEUucVPCZQP+cMUzRS 3p6Hm9b7wi9r0+/MAIH4iVdIJklHe6nZl63RMYEPOzvQ7cdxnj1ypd12YTuUrQ94jX1V1PfEdJXy /ohstj/a6zyZCyIVDvWcRTFjTxHx0sB22hu8Xgm6f/2yZhDBy4PdLdfaK7XX4MQ+zOt3GOHQtM7i PWnjVM427bCg7c+3r3o/tznwil6DK5itzZQDPGexLmvjdafn6/3SSxmUlNt+izg8a1TyjBKKqAIf QdZrZls+zF905F4hKuId/AHzo1d8ose5j4omQDuQf0FHZ+Bh98ZEeI/59K9PmlTk6EUM/oYwi3de 9Hxu9XvXpaYTQoqaMAtm3LOwXMetj/p3FT83tJOH59MFIC1S0rBFfCjgkXH0hPjA6BV2i/1ai1Ec hpTGwIYkPuHiIdMVIInMPQnnTRBO3h/fdLMsphImPbz3uJlIVNhWdAqkFUaqRBAnF+AVMRoopMxl 6lKkyEgTf8bCspmiQHwQBMq/xLk+ckFhrWBUZuVXibMY21eC1lvnF7hWka4BDSJfEMYLmxFrBFcJ T7tBsCcQF8+a33RH4B+dIe2WL/gWcpNFKEcPHaghEKaW72BgpyHY51mAhIgVomYC7WOApXtXllCA B4Pi6ahBpQ4uID46YJBCbFyV2InuRMWyPBeANqjOnnQQYFKjpVcSuh7tL2FUtExM5S7mRRVbKFVg BekDwTk1r4kfQUdECVgP3XfSFdpkoY6xWiAqSzWkk9QD8CJ+Fe/qf19cLd0o2fi/jouGLmEtrPVV uRcaSruqxYALFZvjTQ+8FRf3Ms3locXPWJPKWYjRjeCiNygLEZBHcbrsvjTYoKVUxBqgl3ypZedt kthSMnmM9J/A3DkSoB2ynmEmMuuAFyRJdcJJ9oBtaAaBymEMMB2RkAcShLqUAFKfsBiVxgE9XeoT DTrgIgFIaYOEqjq0UJ+ulw66kkbBBqrOq96xgwxHTvKYMhdTotzNECoTDZOBpQb2IkNibo1MpmPB AJbgRQseCGW9iFHfFfQBkmq1VRWqR5I9vSASZFEmhxQVV3itlCk0L3xiZMIl7j3ILVfyDTwGulJl XGnh/ZXDjbI32dzp2vUMsGWgqpLLKoKURSnXVKIF/LnGqL1lr64jlVxZprVAzzCmgisWHBkmD5ph t70bjuxaZ3XCQced8/TiNgvB9UkD3OKn5gmhwmXM0D2mjDW8pGrRAKYgbPNcVaA3n6D2G57nR9iQ RSZfxJO0vBwNVU7eXBuGLyn565TAfLkPi4XkUJ0DwIHqw4BeBk0FKF1BCeLdDnowQAW/Tzkx2lru 2Tj5PLKhLcMEO+YwE2HhQEsgaaV6u9EngF8+J7dHsKHWVs/3zGQOR1RqjXzWQqy+xNscAnNYvVgH npZAR9wW/g2YYtMsCiHckF0g38BkWNMBfaviMwN7dCW1zV1w8rwRNw8l1jOkjLUXWYVnuI6vYC7m 9QNIiJWVyBuQs+hhJeTUPIpfRWFNA0Ok7HFhy3bQWTP0yQbiRl2S1LK4zBRBx0qSOMd6T9nM9DPy cBZP0k7Gq5vG5puj6Cgq9CbbhwSYjRtwvtBC8mX90I38VLsEbtQD1l9mZwZ2E7LmIn1vIw9zOL4L QuEK7I5J0Atk+zxYIfeX3DpAz8Hh/+FtDBJDqC10Yk/jtpHn532WNz4WjLaEZXCD8OGRFVoIrCDu MXwu2rcRlXQSfD/huRI72GMGOzP0CT1PXgZCrAcxAjy5nCSSgmXHRgqScqXZtKgKp/REkm2kbvBs 0Ajav/g7S0RCdwTn9S9N7q47sYpf6XAuDPuyfcbX4ngsW2typ8cBz0ptUwO/DVuehlcwaYqqav2g oPLliqGFxHq1JYPkXvPA8GFzO6JiMwjmJXgBzuX65kH7Dt7BCxbzrVbmxiw6D7UyYZafJ2AzLPnu 2rJQUJyQFXsdAHfBKRm2x0PY/go5FZJzq53Sho1XDNw5eEaKhrwnLwTRcuLWSVNIs8pb3sBDGb27 slLyvDwuaZVfMadKUwxwoUkJi9dTb5zDwpBQZwXMnRRwXIF9wWpFTBjKXQDQab6LhRUzTn4rUB3Z eIvb7omLCRIfwKokY3X5d5rPsXUJ2JoYfRZauRPMvTfVV+h3QmdFqYMHl7hxWwkGIwZylUHwNqqg myI/wMmGM7qYB1l3kVwStbKQKYgTpmgopGSuPm1npyZFV8lUcJ4F+WHgmAirgMperWCGKvmWD2IM DdoBDQfVwDsCY7pcCtfh0bB4VJDOmGrCnONxoxjEdDyAjymi37Pu1JQx5qtq5ZaGhoYdkVUVLUXa Ah8BdOSJXcT5kkfom7Sz4Fu6mavrliUCvequ7ozi9EXQIrpKE4v5gXdib1mobqw9Vr/3DVV06JFV zxCjoIxA4nASwhUAVYwEq3vmv7gXvkhwWCIQqlmmIKRqKauxXNFNOFyAm6E4FHdJt0T5eUjIXdWt jSt9yDdX5gQ7DFSEg1lWCYVoPFZJlZQV5VADA9EkdPRKt9NJrWAP7bqq2qZWjRahfEVBlirvUAuE JpGpfCPm4LekCetip7xJgo2rgWRL1A1YpaiMzSPA7m38qkuNXPAqSVed5R7ZrbTLMiQzTz2566l2 I0cDnuhkJQbE3AXEXtVkIxAGW6PbXdmA1T15RpiftSOYptJTQyBUnrRqXFxxJUaNLQmL3MnRauCW 7rUgC3QH0VVchIElXjaVkjoBbWcLFKatiFwM5Uv3VB2HTov27LM7rUEXApwjjdI7f5IFi6Y0UK1+ 01rBK/NotE8aZxKMJ9QAv+qPIITGhiCXrmiFmHmSGof9osrXFa4m57LH3ovXz6Gq9dL1oyemeyy6 krRAFHyo0k22qAzMfkzBkpRhvXILDZjJbKWpPXFOJdxjR+6y8loXSBDqeOwb+bJ/0IoBDCvdU08F Ny0ZkZhTsbPp67qMTXgXpEoLvW3oYpHPKi1h44hBv2+77/UB9FGpHpEau+e7kY1Ww1QwTGyUR1kX pEKbi859SpaiYCk65pScrtOIiZxzkezp6Yw8/oWGUlkgubfKBw5IpgpFdMDEM+A89yAQ+pBjci+l Hn4VSjzgAD/Qdk5UfqDCfAxrt0yiFaMY2q/+0SEk7aU/6WFiL8d/+kpP4092EAeQvRoAAjQewfqe 1TqD6D+qYUL/K+yZveIXLdzcg/pxiSLSHkQBClw2TECnsqAB0pcSmYWDMb6Vhks8flLs5IC5jyBl i/NVsI356BHxg1yU7yYIysW4fJU3w+BegMlZ+Yq9KO9kxb5U6gwzgb6EIJxeL4NQyj3dRqyBL4RF /xomU5f/oY092iRYpJ9VvMM8As1lmdEUxu8Xpct6mIDvhH/UmlLMFlLMQXPaTCDY+PkN9BI9DeEX 6K2WGsOiaRCMDazrGy+no0dgMG0M/Nt5x9tLDSa8Uc4gqsSdLuaEIPZRA6cMNeRd3S8Y5ULz609+ YcccizFAmEGnugpAMTuWqeY8WBp0qDwban3WohlI/grtBaYpenURvBRqxxkaBi+heTWLaLiv8xN4 Cyj58x2tYcqAcRjsHwjMT6AuyDiLgOx2eKHxxPdvTZ7r/nyBd/Ox33D9r5+6ZeCupsRv/8KMDH0G 5wJXYeiAwS/Fyc4Jzn+AbkcYYNyfcNjzH6jTpJfw3n8+aNTaO/9031d/KUeH1F5+fi6/djRzXdTK OJXSHmHOOJFzketJk+qciENzlDwAxe4PPrTvATZJtGMX9AWIdtTSaYitCmboNIfwaAegGEZo3gSY zbbvMo9LTgYCd7x1NKvqiIf3sIVRUP7hBGbTUYa8zG6Has9s1wIgcCOUEDjJQe9lss4Us2tTiFwU Fzt9ZvsCMWZPK3MFBe5+0e1GPG/RH2UrOW07mUUJpNsEu0NWtP3cvkafvczUCR87Zb7trFhjJiF2 kBuSjGHAXCoalPv64/zu2QFZDr+m6AanVu07+WJytYA2qpl+ltaO4++up4Rdl7J1zMcvIoWb4D+Q aUpO257A0PhyDH25BYEu05CqGMEG3YMzYCKH00AbyJs3rxl9qSIXmufrZJZJFG1Uelqvi6qwTMD2 DezHEoYiHF5U1Cm4j4GcpZ69ykWD6PZ5VUk+E63yngCZILveZih5w3lJnG80YapUecmX/aVck3eu kbOJK/7pj7GLLIWsRYGmda/UMqcKTogQ33vEyYShgz0jGRJHnYok+7xKPBdwVc8a4hYzuFuux1n5 ubIkNa3omm68VW9WRC19QmSTivyXLmrPiwJxp3LcRvcTNrf1CGgtW/BsCfGxG+2YR21Bpcv9JN44 EtvOlt1Knxzhtr9QREzBwx4DsrvYm3CdYgdUCqBd2HaGLFKTQ5vCzSZOvIqeqW7n2TZrea6Hhuyz NrIoFVxXqVm4slTXBi+Yq3MZCtq2CqJrlUam5o7tRsF1i0SiZJO4XSTxW9tkOQt97nfz9gZD+xFl qU8xmm07uwxtSJdw0OAGGpxbzd+yD/yS7iHOjZawPCG1Dyj2t4xGkog7vf+O7ldmwNysFcFt1pHq bpQHHbRFyk9hI+TR7sOVkENMq+7aLPLUQ2/lWx/S7JSPzuQAfL6GdG4wC3mB45BAHGRd7M0GGZFx BnQjYrjcfaJBWDgIrhUmSEHYBWMpqEQYb0kHtYruSmvxSchmthP7lx3CQhEaREXXJGuEhWUAv/0s YQIb9o65UnPf+aIkzruJShuTbNYhMqHb3SNfS3mwwELTTqqPAWIjAI0vC1uSKQl6t0UJYlCu7N9y 5J5oNw40dTZbWgm9icmGspaMy++GCQ0IY+rhAh8k03REbWQ4RGaZ+hBlDJG1ErFkT+oJz+fDV0QB yUSjCTgWa+t5AffE58g3LKyKg1CAkQjNHWtxrySdhlRSS4UMQlMskP7OPWSBjRAJIkYrdj6SBmS3 rEPFyViWQ5aTGxYRFJ34Q2IJJ9VFMI4XWIY5Q5FMA3JQcNjTu/BAhV64Mx5js9Q8DEO665QgeQRc mBHNgF3OKRlXhj1c2Pd1t+MoebRQF5Q5gzBPXIIUWLs7AhKIoyyZrsA/yH/IZ4pQMVrZPc5dN2hg KyWHSQAjBhM1WxesaCve5cfYKG6r12Iixbzdnx2F+MUDWpXaVMkNW6ao8crEIQYc+NjMe4iH8/8Z zM6cSDwgjk7YW6k/rbiplCcv3X94mhsYmKhsL/s4VTUWz+lV2GwvSMIwsmBS9g90GA7G5ZET/MFh H+aJkYYPHXXgZu1G4d1sHxMJ7vF0hVMDB6hvEFWVmT3liss3N8/rs5pig6K7oEfDCTmkqKe846jV QpHBS1gZ0E7qlQXClxJWiuC7PbVdyWVgD2ukSXiWniKhP7SeAnDTc31BHdGAvR6HH2yr5FXdIKEG fN0GFULz4ljjV4KaIjycrnnKQKE+DcqKZcRaFVnkB4phvtJVlNrRE4KLwcv+NnCjgZvCxRtRUWvK bHXTqwDnSE4bKSphdJbnIVqugURs3wwnq6QzDpKIAMvTPXtTUFiD8wlI87+MpsXSCIWNPa7CNh0V YFustl/wIUGa1uKCGQ0YzfjMaMi9gjkcVs/pLzfax0PXSF51664H+Af0Qwwhehbc6vIFroHYAezc qt+GtgawPsLsPwccOySAoj5eORPshMKlyj1DuaB69rUeMugMgEFzoaFh9NC4WINzt0nNojhH60e5 QdiIKyKApLDCKnCVpaYuQXxE4omYnLZR0ir/9w0ezZkwJKbN21h9ZjvXwQ9vuW4nJk7A2kzjPoSx RPsZAx96W1DizrTa3P6HKx2fpGjjB35rLmqTj/EH+Miiw1ztWWuNW01sPoWs5fGWWUF+leK8RyuP /lDEtviQY1ZcaJev5BRJk6DzkN1gOT5LypYXdr5RcInyCMg6ddIjDZ3JnXPIsdFAX9aryuo6E3EW 5OYQb9uahlHr1FIwgENK5XmVaKApwZgJiedPtag+RX9ZB4l0I2biS/I0Y/vltpJ2xyr5PecQR4nh RkylbfJOCrNlp0muTXVu/NhJVm6AUnPuLN+NrJ3+14dA152ekaBstrXbqw6bmCd+OcDqfNDTE6bD q+ihE7zQzo1W5m2aXIdVhlh3HEZIpJdK2bsiGyALPycIy++RJX8b3NU5Lv8aMw5QqQ4WRapcg/+u kvE2g5pdZAyoDaZOIf3gmRedoWDjaVYcsgrc4iRNyVI4wv7KcuK758UQsFO6dCwHaRnYlMes1trs 1ZXndzqMQBC8epSMq4mZYA3ClzFTguhlBQki5hzrtqwYgopOukxWXxCTMyWPtDjxbNUdD6IoghM5 pmu8ZtIXlfZ+oXexOYS/W/IqTGhdxi29HZrwOtJ5AvuntBSfuuXN5tA4E3zIFedpeWZmsct8yxlR Gf7WVk7I5s6qCuoaORxpe2v0s24/i5IQ0IF62245ktCbKfrrgxVYJvKQVWjbxugTEWxlIRVK26IF P1BgOa3EsF1Nmun+A1YCzRRLw2SkhaWNWgdILriDEmBPsyrxkaSKwyUmLpFwAYjcCz0TqMJo0FFh C4gFeNMDtEE5BYQQC2lTD4ECfhGmUW2ZcnllfSUBOVJtGejSVRmOUk1hrSAZfBToXDaLCIS7X/YN BFU8YDmhlD6H+gKXQIWQpRBXeJofFJINYzKpdBZcIKuV3gKNqzAKbEGsmisAl9orSEuJf1k2CuGo SpEwIAzCmIZYFWvPnnssuTdylTUDHJYQrUNmlW5x3URgLVzCH2tFS0cVbhxWHEwKM7JqVOu04D95 QDfW5NP6cB5ttUjt0XapvJVVAAlfU70jPa9cKuSNOMxOCkY2FpzAOBBuxCONaPRAeHrWrsG3SsHc gmTlSdaOURTCGo0UlJesrDa4v1phBXiwdEiRmsraQfRQNrLkkyZsOgcHhINA0JbLy2T8v3khZnRD +Zn5gQZnRwXJPzFBF4BkQB/UCfPOaYMkUS5Gf+BS4EGLoAhUoaG6LUTCf/y6UZ96TVvgIRiSesGD kimNirlUJX2DlRFBQBkfbB6ak24Rwx5VBp0F8sGXPGtP810IU4TjwT6wxThMZfdDwqUdnyzRRZad khASksBHRn/WIjW8s8WTt9FlJRiYSQiHMdNLA6GUWQv1UciNy/2AaRHKVBwF0HOBTbhSAU7Juymw xCkAoVNsi8IKFmWi0AV6DCdkxZ5TCJVuRlqDO8w5dFVbD7A/BrEI0s4LwC2ViytrDP+3EEh4cndc kTSdz+QQfPFVzkTb/z9N94LQRrJkYXgf3bxBgBCSwD2z/63N9x95+vraIFVlRkbG82RUFIwxKFln DCLjyEpRVqx8MmkHBNjV1mn9GtcJhio+8tEhjgvibLJr3GrY0Jc0VhnukySn/cVMzWADPHujm7tp UspOql6C/lxpI9LA9hZ0QLNApmot4au3RsLAOoN0ngPIhSKmJFpR0BkVgHFMZwUCdCH6mq0SFWDp e1WaEFmoqSOK1lQFrN1PPzrtUgINzKXHBM/71y42OijXyIyGQw3SrkA5Qadp6hAh4WYGo+p1YO1A V619zzWsZiX0x1A+XL9l9bpQyepULVt3CGWryjwPUNnzHyhqVbYqG681ofj+/E+lsGJmRenVcusX YQiqoGQU6eBUPRoAuuqf9fVQOVsnCsRXIE1VmQ2F22opQ4bP6qtVR5rZ/+HSxrpqswCq1S67qmyN jsHRtYnW88E4ynh/VPYr42xIlc8Q4MirFccHRPfr+mNomG/vAFS36jvNJlz2A7AOUa+/BOAXAqxv RIW4NcRQLK3txpuyXesEO1efDJFWzX48/y/ziwnqXC+/Snb/2B/9or+vypR/0VvRbzWzPydtKOon cr38aCGi+vT3BxT9q5D59N/1v5Wl/4K1z38uP3/+XH/wULn19frf5T8lor/Xq2Lsn7N5fv/8+Pj3 f/QegUHTQvyjlxXEYkVKPImu1JSJ805PdinZyyZQW1WjNCv7RrZpbRbV59BoTsFTDHkiQlvNSe+t nPSSFSaDEpByA/S6SieGZHy9YJRV47yjt53AddakI82OFbhMSp357YQhGHh+kCQTel6B3H57aAI+ wfLl4/vsO2sCnZAo00yImbgyFx4yJ1HuTCefxCbB54IxxRU7mwvF6iiTBpZ95xh2MF0dHlV3s5ii cyKgdD/6L2REcOAuswmiRQVR7FEpdoop912ZNZsmE8+kMBHscxahs0NjVQWqMw7LGhoW5Cy1F8Iw OQybsN6s+VOoI65Xs8raSHL5IgbNey6adsliiGnpQLk9Impk7/rcsAW6lUqW48TeoPqYhA/tK+pY GD4Em1BYpJIZzIWzutIMcEbfWIETRuhQWH/AFF/DV8CxnQoLtEwMZTUymK6htBPJSGO0ncf44p8i 8LArORo6iIlwCwU80VHxkilkRE7Zcq+OUxFMZOwFm8PcZvA7E+nUTSTDnIp/lGbnSBlVa7mgmUfu 3N9ytLEnGWSU882gZZK/DJ48Yy5h1KHlBryT7o9zTjDX4ZGYZDg2cgG5t/Zg4RMW3GI3N9tK25h3 2mblv52+VZlNeYpZvnWbYRlJqZOkfGilAiy+rZ2ncIE2Pj2RU3ShsFzDbbf6wCb7AO2aJlEoCmbb bKOvzPUS1fGGRrS9gbL1VxEYHF5W3mwmUbsHrgoh5pDzjaLB3C6Ci/RsH3XpBJXiOKqwHMegOfpE rSQYFbHMjHyxkwji4vYEg/fHnzHGRYUWI8bVT7rgoymxJdAdgcOTHb6EqfuIo+H73IGjzqwtntri jNMTfyWIxod30l+ZK3mFZrl+IuMgrBo2Soye5F5u3GsBfb6nlRPQnhEzhh1BQGJcDugOs3eYHZhJ BAcFRVCFahKOcHEZi+C/5LrMNznekcG0osx7GJ1sA0F0RxZeqVhHziWSmC278aGPKjt1dQiAVnih HoAEyFtQSokW5KeGBu4pbS7TKVl9fRTHGqKEqwqo4A4z3YAI6Vi/ytAqWg0okIcpbtRZTjYE2wkj KiEGZm566WA5MmIsSJJnJs0/ZZ9qZaWuZYKlxKFwxjUdVlqIf72FT8FVTzfDTX3wdNfNwJxbQi1x lq7Lg+/qHeoz+Zbh4QySSpkdFtRssOcNyyThpEFY+DlwDP+XpvUM5t+9gGg40yKcASyw6TYIXGJZ mLaSSjRUuJWhhrvisJzQkpgtUVuPQ5rdHssXYwJWhLKCGIM1MBij2tSBHyEX0I1ttsQYpNw+OsuL PKv0ejs/Lf33d/JCFs1tQOwA4RhqBrQb9ymTjwgimqXWAQYdxMY+8k2MdraTVIJNoPq+tNODlLgE 2rEm9u14mEz2m1zTOybQIHa5pzMqEeGjDy8n49JHhPamGapHx25nT+Zmf0XaInVzc1WkawrA+o20 DnE5SokVme/b3AcXnDHwh//KV1ZAkp+Kq+ysNI39YbSL4bOomSAeLldo2LmINI4x6fwlFe2U09Dc Jro990lN0kO0YQ5NtHVlHAJ/JVWpEkOQ2eIiC/prXy/8pd8y7/bZHFTe7ebBwJA6ntbnUx+Wys8F 82lxrQnySurmM+Y5LlPtEYwcM5cJnHdEhc4iFl4eNFfqwU9C3Wm7479caAc/HXu1A/AKHra9czne g99Syi9z9XJAZGeIeC2pQIUrfmpg1T7sazBFtGUx7IofpUSBlC5o6ea2+txjbya9Ofqsqakzj1bj tML0pvQba+MPM5atg/CbNuiSZLJCE1Lfdv6VxBIJ/rezTDbTb0YtfGn3zd4ayRtN8KPBrZoo8azE W86RUqApSbWJgg3Cb2DV13DToJVk3LiUmnSa1MFiRg78gkSfgWVYwgDS/sBzUm3GCmLTOncakip0 yBcATt7RwY22cBZAnJDqocq63dHT6M1yZEdWpUgf8baANJ5bi43vOMCb2+10O+LDao2QwxY4ni7S o2SkzlYkhWYi9sSCbJjI30yx83uXUSHj70AkmCkT7Fcj9a7Aqihju7u2AW2tUXzi705ZCyg6rsi5 ZDfaDaWqyGskKFihjy0estvud9rDVGJUXHaOQU/wC+8dhPWYVa7JwQLrD6nrFMyFPdfwogKBfWs2 0LuocFBmaGF2N7A8L+Bvt0L9mh3aB+HLUzxBqsGg+QGQY+iwzYI/AufY76xhkDRzz6JyEWD9Cg6q uYUuBuJZhEHuQNwB40bT8Dm83jitZuIB7kZFI3QqAb1039uD6yC+VtpJYFik+JWx76UNPFOHC77z SXTvnX0Q3c6MHIwEbNaMHsCI4OGYWO0DXs9AWNTDCvG2lZDIthJ/gLK2LCfdANvThRlpUManM1Gi ECf9cX/4aR7WsRDpZVUSFA8KxEqD1hortgR6W5gFWTrIthJ0XHz9V6kzVLRyX+yG9vM23GPN/82I eDPEEY7C9gwnD1zFQn/zNDXqMV2OuIdoTBim2u7bJTzmEJlTrq4OC7Ylq5T6V8AQiF3OQ/CJpq9w A+VuaNi1qrBBiEkm88JweVqRkBPiNBw/0xocptYCyRaCG3Y5SxZuZ1PfHOXrE8Kc8hY62ymNSHLx lklMwrMwdN9nyMgxGT9fms4RD3pNZ1N4pqbzC//SnA40/Udh2S4W0nz47QwdRc+sKmXH9GIVWkWk 3diTTbRs56F+8+K22S9ULDaID0YqWsvWooZnop8u8oBF3iTfi5Qmwg2m3tvQXFTgmckyfhHvupeR J+RbuBoVBsqtuxktzA/ztfFrn2LqzFr2xI7ip4VndfmSrciPBRj43vF0CPucGrUXIzruIe/WmbVP x5OiZMBFDjcL5BZMkgc91XsUpsDPoZ4gL5XvYCVlpkraXXuQyo9up4DkmhSZBTcrq+/Whz0NUR8b cUI6lAyb7EOYV1SZgm1nnTbQybquEVvszkEI9FDlwEfgScRuFgqLMmnVmdDRHvpzOtlWWYghFP+j IlLpS08BIViMp5W9Ua1ibXU2rtmZMluykxdrXD8xoz57DWVvLMVZRHZa0UG3xwpQX1B813lTgRw2 uCa6nGXtOnrgJ+Te3Tmea7HZakpnyf08vWaCHHsVGTrGOvbmVAyswMhemdW5kg45O9LXHGy2tGIS pGYm0l8DsmEdoN+CWEvoxkJ0ItQbqI3nEp93us2ME5UklPVzwXx952liXYpj4dZBUrNFFiBdIPNm UzBUHU7Byu1dP4VDtAH7BRz2xY/JLHnOLKeSK2dayJ4u2DslL3WxZnAO+jTmZ6l1NSdwgOpAal2Y Oouy0nTht0ATUeo97D2CoxmhFSz/1YrC9QKa7EVf+dsuyrZgLlCDNAX9XHzmABBDjYC0rJB8SoRW tEK3HJfU31Ky0AsQqXDP13QO7j2DhipmFFtnS43fVNYgV8USDrKFF4+40vSJYtrN5nD6In2XAuct M8vgHH+KfMsaQ5oKESpKREo2B6BrGUYXA4t+fRuO5Gdv6OvwaBhD6AGAQmzsUXr9EFAoaC/r918I gOS6Q5pBBnDvEC/vU5NHQ9pgYiGXRSYGcT1zCLAVqhawDiDqYER47Rqhq7+hHv5BIXYyJVaNIHYV 88UUhX/FMhAKZgT4Y8VDjFf2VbhV5I+isvtCqQxxBq+aPVXtsCnbIJQfbhScE5Rg1QiugD1uhHCL 9eF8NoJcBVMQMRxz0wm806lH4AQgyIBKjO20p8uNPMRgaI7a4yhxhwc8XF2RpftCDzoUgf6Bu8OQ v19XYjw02haASiCImA5ZHSwcQhMGHqi+Iy4FsW4LllUdrJEG4LbH5Wua8FVTYG17a29gPaBP7SyO 663hNw/MD9JHtdMxrQkuWG8jOiE6OU7SZcLWgbgBO85ClKmHBBMslc2OGDreUCoMC8er0PJ2Cb4D ZTVzqRcIWrmyFTgHhNLbeciw6mu0Od8BgYN93G2kvgJna0eseUZ0B91f1wMkpMlwV7044M+nP27y xH/NBwC+oO9vDVt6yWHtr+unrZdxTafNaCwNpXGvngIRgAGdQNZiuMJhnc8DY6zjghgs8+H2VnMD 2DhplGTptmGbtBQAbeM8zJ+0Ih6KVZOMD9j7F9A5LPzy818dETSS6G/LAaqPHoD2D8DdtKD1Oi0A wdRGK07XxwHu7dxA02t4Nawd8l1PjFpAX/V1AYzDzVqw6RBhSscNNVHRbVtOCcWHaDWd0f0Jk6uL i687PlGvDcCjvJ4w2qlXmp5+ybkxgTQCDEmdQy7/Bdm1F0KUBCHcewpIpgPxTObo1fFw1oBA9mJP 7eV1WjaKhzsSOp3eIWJkxhMyUPESz0weySGvxvTRki8DBrwXVzEd9QuiWugKS9cex2USR8WbpZBM PHI7wemYzXNAyZnzGgfL5cAlmOxiis1nG40+s6VdPasRms0is/OsY30eqPDbqYg5bJ8tf33R+4HH YVCWeDOVjgRY/pJcz8FkIzPN/ntgILLYnTxnfARsAoSsAUIKGYvc/M86/A275heEXJ5DK8stPQvf AC/fTEnBEiDi/dmiGG6ImGSnlJDX47PkZfMQUk7en3XnQWVoD9VqsmatKL9eJIwCLVv9Qz4tptCk stTiVYRwPrjuSYniViaKyctzZAZfbFAuLI/ZhW4Ps1CNbxJuMUVGS7lfMWRSARbl3TFBjTqGxA1X iC4stUrYwdrh0IUce7AwvKuwc9Hsgm38tncxzSxFJIxZMDrrUojbY0fYhzB2e/BpJ4cC1ATSMoOQ Oq1AiTsg4fzRy4DWw1Un7Z4A6tC2e5HtP297TAY46bid8EOHxMp9R1IKHNqY5rKNRqbtfmfiOLST NHlzWWosOtkyvqgjdD6LGfcQh/XAYdBIzSgUBXPI72oeARpMd48/cN/8imXBbmfAQ8tZVy6SI3Bj x5H0wvVB7nUsD0bqwLujUrfzLHpsOOKFc318V1mBeL7JY2XEFEWcYyKba7CIYnB07RwW3fTGWCic PMQUQ+boiXEbgZVhZMMkkgXkkxDiAXMoMEjoipr8XHcd8UDYAjqJEJERdOB5AcPEqbGTCLKMymFU 2BtURhaoFgXvbIt2N60bh0lUJkJmwiVlWLdExowvX1L2wvoSNWsVRAp/RPuh4gAuiLmkKBjts5CV RAVcUxAAh1/+9qAuhqTPhaxC3Cq7IGBHIbThivRcWMUUAESqU/V76VNBVyuhD8thK1L0i4zJ3wLa AtVSjKLmEgd5DaRCYAwLKgM1ZlE3qIJOikjLm2QqBbs+6vPS1aLpQnMZRPkFRS3dLciX65fqILqc ZPhz2Yt41TxCV9lGtYLlv/6UfMgsKvSsm/pK4LqrhAjOUfYh80Cn/EB+rWiptESQXzZVilEiIYt3 RVGovE1Dh9IHpWm9Ka8AtxDUgCX81mX6G/iCKjRGh0WVzFlseKa8T84v+K8A0k2saJKJNX/HKzEM FMJFBDBd8kpihlHuaenZaDKDMwJmOQq7VKSN5+yZ9Mz3FgFHijShcwPKS/1nkJ1i+LVaLkZS3hKk oNMjiSrfDCtnT8sytie6Z2TSeZB7QmrPMnDWyJaai0mzMXWVt0VZzHTiBk8ZxswsU7a3MJ53gSmF ZE+KmG6z8Bc0RW5jPt2k1W7R2uUIBq9uuQukU7SEuDLhtJfmMkv+5a9DqlnPHROhAOIrHA1PYOoL jW1iqRUNNd681s6n0t9cJnecVuN/XpHKC0X9LtZlDnnczq5S/SAT+m9yGkPUc4cm9Y0IEb0uyheU bRjQEyZmAXK6KMT4dtplSmqrZVBey/WCdYSlabjGMFDxnhdmJnumkrI7SBAQWHiphzXK1CtB6Qwz HvQADnfJvKDWFrBZOX+ohJW7nEVBme8QkIPNoudIMyP8CCZzgiw/GpqCZg/GzlDAHyzRY55cgPmt dIB5Dt23yRvxc6NMreSF72BbxCe3lwHkKYJzA95FTRk+xLsMOtq8VjuD58NuNm2Or+5SnpZNJGJy fJaz8a2W4F3pdnByE6KDNrvTXosKMm78dU5e0jfZs/LoRPN+KCe6ke1XpquLK0v2g/EHoGUtyQk1 Kw23RC+Rl0WSHAIdMEVf6dzkGR4oUrM6qljCBZBBtdlDtFj+sCNyTEYzy/5vTPMr4T48NgsrmoH1 LyM59HipteVhFINetLRbeYEOxwQWLVYkEKOO5Xwl4ROeEAuAhpWU6vl5GlVOZyl2y3rtceba34Re 85+acpiAjBTwpKRGLv7BdqcMZs6J+SD7Hk+oOQfasafFEinTDc+wuRhoJTM7HVqxM6XjDAbE47FO R5ZKwgMK85MkjU2jnj5nqJkj/sL1PI1dYYiwGqNtJeVwo00PiwtOUcXMI6vDn0gX5Cm+ra4ed9v9 8B12LmI9EdB+IyVb7oJcjs3iDBwzWhgcKNkKifG0gH4UTJV1hB0xgEyR4fs7/B0NgaPIxsO8GCF3 FZOpHzgHFIwDS+nletwfn4MGjsB5jZfOBVPkBph2izKHUaFYXmMxNCm3xQ9xf+bPR7oA4Q2U5c9f 5O50RTZLlhcG2kMV9QuaiceB4LGKx1GI7FgFdLbiSMRYTopj43wanIwEzmM+6RueHLAVRhwY15Fs 5pq5MBDWdhqAB/TRmopK9/5sAmAsv4FMUcjc+Dm0pTNoNPCEBROViPuyw4aW71MelH+0ESQKyxvB D3QXWyF1W5CtJE3esJzrRG6oTUAeyC41MkTNazmynWj4oj0jOoav1XIRwEgPcrrVf/vVR6QhcNN9 /rIr9AUTSLq5myjxIZHJDJSvXUQ8Yd9cjpvpde060kH07uhAaOTUhvMyOunO49C9uGE0Q5X9WIFJ mgtx2GicdiEzEZ9ZSA9tOe5hBHLxhF/ih7GMC6VcVSatEZ3znubKC2B/uo/5Ma7i57yzEaHxdigp MxHVzwl2ciorcRDDK2cN8NzOsy4pJrKzpYvwi52X/vjLc7VmKrxkxiLM/4XcRhRD8+F9s3ffZLVJ SOdriRZPsLCz8XtL+w1YRiyCcam1UjT0ZrRjBmkRe/gpQIrK+Am/guBvsDtjbl1NAdMkVFR08tZO OBlxIAJQpi/1xSIb1KSHXOriYp9X+kChGhCuTsA9lvJ6z+wQKc9CwIXFfmk9ey5E85CLKYKLRYvo JDc00sgUzEVUyhFTASUiU1nC3zMH9DmbQ7Dh7cLLxRtknaDhcYHnnk2z80ReXHrXiQaqOssoEnx6 u6vplveTaqFjFBFvemTbMc4IPZdn1WB7dzkiEKNBvTMcCvV34NP5EM19vhvwW7QqOL2975KcPNw7 KbDOQHhUUceO29zLjFkXlvc4i5URhQf4+sr4iQbO+B+lqHDFCGxsK/1EZFqChHBfm5jcixbqDsRe otDDfJ6UyYJZsThBPpJL8YvBeZQ9ocYhkC1enpjkPAmttfmPKqlhIrDOaSYLPV7qWq4g19rkgm+P RYcBk4ZCHG7FxByQ293lXuKIdSnYEiSxB3+S+3MKZCuA7yQS4UZgwxFnVF6bThQN6U9mA3IBxQB5 NcUtWWa1IrxnrgxIDj9BTU7XfIQ2B7ptkykhivb4Oi1LVQkOA9bysi5UGxbhZo4WPblOvhWKaFfE WpbrmYRFvNVtsYIBTSgRVzFlHKil3CIkQxSftlhkptY+r4IRTnw4PbMnmmfm3Jkj/5Q6fzxJkIlM jxinz5gilhRAo9MvdXQRlA2JqkEHdnav2mlBJEBGzvwmnTdOMXaBEJL5a7+GfVQAVi11nSmAcFJs UINAXYQKzAWCQRdBfFLjSIGYBWQVmFZXV9wIlhQHqZzof98mV6DcMxkAmd47Zp4yAFGQOBgI8G0h 8eDo6M0d9hMq4m8LE2oGeowyX8DXKglwbxGR21WXitEEidWoB/55gyCaeqwDYQxehdyibItVBgy+ C3NgCQF0QcTVRn68BGDAUUGyXpXlg2pRQwBacVAFyrAIFXD+YrDWWgeQR1gBvETjjjdPNwBjgzPh az09IdiGVXo0o+JwTSGAfQDDNeNQiRvr9HetbBvPKuQFswAbq7r2O5zl6732wIoR1ecqQK/3sipJ cLL/9OwFqWhWfAIum0MTjsvP9Q8c+eMX0Hr6HxXHAOfT5RcIX2NnIxyvBz2Wg15dAFfXT8Pfip1B srDaCnphnYqzgTMoBYmaq0Lxj8sZeAz/BQENBfZp9dh7aZ9r4g+APuh8d4BnoUX6c1x7E6GVAu0v deLQf7iybXXX6rzR5HgAZrw3Lf6eTn9iyre23hU/a4YMV65/tbciWtKv6kxYPhxZ72tdPLBCCTU8 uK4ggOKLcmuNR04/Pz/OBX6hz8q9rUsPZjNq6VGrkfMfkLZuyfBnYDb4XUduVNU93CUqvOtD/l/M +v6DBV6kWF8QTKgHuaYqRtWivLV74SFwGrxf6T/G6A8MW+8NkvpPa1qC6Rqtq8u2a84OTH/VOMWA dfNtEGxWWI656kWB+26oJF7TkUri0dZ7MP9o/qwhitsA4IHeFf5bgLYo7m7b66LtiKPm31Xv+wQZ vQnRiUbHIK73aj9ChWYrBcGZyX9uaZg0hmTR77qI/9a1mEQA7GgG6T9r1sT7J5l6ehuHxKKO7Lmt LvgSQ9JBWVYF6rCGoDtFM7RPUjEHae7qKYDsCrEwgtpyRyxkJisganE18T3gDkXzEA2sHt/O7y8d n/Q2TzCaiyvJdroBO9TqhOkLkcv+LJ1nuA4UUHA080hpA1HBjOHZPmLn0llmtSw4u0KPpdycOoPg Ug6UaYIvLjQqouEHJL+MjdBQhr6KIPUJnZJxljCJcDD3+sl0TDRspdyfXealKoEO7GSpGLYmzS2W yQsDZejMMfBvsQO7IvHJfmtkgQIGXMz1BH/hz32Rf5LymMgUBrFG3ihrbxx/SvpFob1skedjVVhd jqwmHryhlYpSSgaULLKhFov6os08QkvHSTk5rBaSHmwJ5eApDk/o7PShHDOajbA+KsWDnAYfKm/M JflceMoLub4QATHFapxuj0kWdhYcyqTQIwrkoAsQXQM0cLPrOP12ojc4cL82sYEDpCpDzKVXSR5b eMhssAcDkq4wJZN2/ou9zZvH01CLHxnhrhdUV7nJFyxGxa1wonkHUtD+dusNjTeCq/hkuykkkiwT HskTOnn27lPEEsyVBBUtgyZ0DLWttpkzKgnoar7G/NXvmboHi3L3PHNBiP/lR07BNe7jOXqRKIYg uVOAQO+ONJSomDE5QVAYcpwp2OHcC6QXhZSAEIA4L5oiPIUuuI1eklfvgkJ9SxcjJaVWQWYiwY63 zPhnTPmGdVuRN11anUBxDCx5FyQMNiBimkJDgeBQ9i4UXixS7mNd7i+gqxVroEgHValhmaO1i06L 0nu/mfjuA3BhD6RIaC4pgAnZ5wYIo0a7DSUPwGWpxkJ2ixXTll+KjqR1kgBfCtmldeJpaUStL4r2 nqXqivBUofg2eED58YpxhPH9VsqzYau4qCynJ2x3oeze1MXQ1WlI+UMzhOhhsM0YbEBq+0fgXY4Q fIAIq5Kp/xuMUEovABf+S4fhyf42uqhaGgOxV31tFjiGGFthtlwGhc2vOUMhstbE5Zu3QrWeN256 Mf7Bm5gao0BcJqvGxgDlP1hUC04fe/pfvwc3qFKDa4usja9ySOzbI8wmDT6v2OZRTZEMpYeTy4nQ Y6VI7f/ItvXLsMstXBzGIpHpSozpIWi7UKHbne0IkoAMyJgAEysEsmiDVDsVn/vw+fWf8n37FPtY s4roHE8En5S4w7GN6DJFNTKa0LVibHSU4xu8ekCZCOCgfAqXyiCkQaprUNMI/tj8CumtxBQ4gerS G9tdBpEglQXZm3azDareyFD2OhMsZbPACvhkPqbwtc88Et52g6duG1+x07D9cko1U1hnv6xOFiZx qSdE+EiLDDcgJgAf5S697LQSO5TRjUZgGXrKu5yj1+vABpu3cJ0ZBFTiCd1QsZl++xlHcM86aQ0J wmrbgWBTcxBeGa+RKUrBIRY18WMg6UUyaiOsooWrNkwSCHDF0tA/xti5QamXv0ohiUC3l0VNG3oJ GqWQ55TEBTBlXDIWrIV/rdpyrcNK+tCGlvOwPNxAPi5jKgdmwJc52g5fuxLTmGXrygvmTu0xNsIr 3IcQu7E0LaxkkpJuWqyjH8lrV6Z7+MYDW7Yck+noKXUwmsOv+lJ4QCB4ykoQn7nEwPL0Do9IQ6xr 46m8a/rE7mTKCItk2eIS+KQYMmtdWeh01DaTSIN0EpRU+cKGU4MkQW5s47ER2531mTNhivWOmmwR Zfeb6+WelmwJiBySViJuB/kelWCSfqRGVJd1kGevSTJP3GlIb+sVHjyp7LIREclyxtQ2B3dwrKFs D0F1CZCMHyQZfZYTMoSd4uy6KnOeV8psd7Ziy9qzWNkIy7aJik1MugKW/T3TbovSx/kaV3IKO0ML kW1cf88ZcCJqv7N7WUVl2jVRiV2IrdWDFVlsSJ5oIRTepnR5/gv1rcjXMcSXiLR1GGFtljJ/IXEX egkRYinT5/kjshHzWmHOkrvBgGrj/cMOy9qCuvqSvr8pwsxUltpTW8u47VGNN+wIIjMn26oWSFS0 UwhJjbBqHzGHlLEh2OUrpjSygyhTEOoMZMmGlNj7gUTYBIQQNWPgbLrzNxxEWHJqy8Jr7FNqJgJ0 r/ENjKCUC4eP8zjWAaO1EhLNacKWhQ6z7dlGPxqbDC9OG8w3hbPthWpmQXqXNDwIwyipueVmWwLA iyYK32xoJlnfmkmnz7F6CAypx5eg4OAylDI9nzyLYfm4hBQsnIWbNzNSGmQNLFhGKWFMPvg19hOv M9Fsr3F4LE2sgd+9qrHjY71H3u46I64Ou74oDSIOCLTPRy8kmPW2Zp8wEBiO25yqZ7jyESyu08n4 TSb8TcYSOj8J8lOihIBLTOvJqxlEzvQulMySU/qtGhibj8IW686p+F9i0Zq4LZikffYtKI7T81FC 5eLaowDQmR1TZKlcn3HoXj6VyJmf3fGizVzlbGxiVg0qzhAKfyqK9mGCxEngMJgjwroh+UgB6DVz YvnFzIBcm2iPM7s63bk4jChVSuUTFUGve3EMCyYtltxZrWIDpBvDwNnz9chPClMBXzg+cFk/CU3f no8WwiGQCFMH0ZEU4RwKUOMWgWSZhZDVVQLRFjI3IcDs2U+2CBWzMEmoQNoo7YXbpVQsmLzNaZcd i+46GN/uEh+7qHo9/7AGAvKyivI+5huXiueBOU9uXxGXBEr+JM/ln2Q98CKDl4d5EBO9aqncICeV CADZMAtlYn7eTTzvBLfCLoUyLqJLRu4Z/jD+6rxE08tMvaBHTV0Poqrv8p+Db3EzgjqZYzGF3JnH ODtyTHGsDscDSsxAWQRYtaRlk7J5t3TM/mOLhUhoxdoyJqMb0WL9Z9GnVo40C5euWy/VLk7XQRQa VX0Ogmt1IN/cz2izfIU4EUkszJd7YCbUvPmt3MqJf9CgbM/ARpaY50ZuPp8fKWktfX5SHIPVEn9G PD7Ye832J47IznjbcX+vMrbNwgt5MSsmZgAXk0xqJ0WKuyWkUYAG6EEH3jUGWfbuA/Sp2cmcyX4c OJTCoy4WlP5LEx1/28aeqHaG4mZflWu5Ae8CBAiB8qn21HdaXJp76R6qojll8MgW/rn42aN8FEkm RbeLCsr0rSmtITyEJtNiQF8atyeAYiw3Yn/TCLtZrQISgezyUiRAN90bImxHJKpH/O/pNrkThjhq RmXeWxRFwWiUXJNNLiSwNYgsujKtQRPntCIBQqe5u6W8rznJ5S2FdD3v546iseAC58lDP9rdjUmu YQNAEjePQxYF2jE5jMb6nyAw6gESOXsAF7B5tQsAb4Z79K4n5BCGoGKogqDD/YEP9hG8EJCEXNk0 MkiHXVaWafY654TcmlYnRugK2UaVe8rUuQ7pKkWUv9pp8uxpvpMBrOdJj248tkrqVhFm2k6Wwji4 /pZPkHwI+amPSwWifbmCbQPSSuUUgcaiJttBsP0FqrICY/VriLj+J5TctlUUhzhIHhX7rEwXyvyl jk35dZdZvRYlDFSy1fVYECId3eS9f3TTtWJchZ/SBRl2UDHF9NQb/rsI1GzxsniqGIO+OlVklrVJ UUg/+TxXpWD0GheQC3aG/SPdpIXWo7U9JGfGdkDXyuhCnAnUmuIxTqxoFX/uogJY1NEDElMlcB3+ YiJ6Klto+8JnbLaRL9FA12se0cYph6HxsTqkInRebSAoMXPSstcyWishytaQynevr3A+9Ebedx1a qi4fXNh5yTeLaaN0rMg0UTxstRTIOpkInTduNk55CmCqfyN5+gJJM9TaBRDWlRr6ioNo0200qJ4l eYXUwhjtWj19jGZT28ce9T8xNcf3Xu8HMQVLKugFqQLitUqBvMOWA6i90A7YrNWH0m6AM7T2/aLj B1S6ViSg2eDpJgwI1gIFEB48+/Hjdoh65xLwz2Be4DScF64LyrVmA4LYYadGxyidRSqQP+yNfPBc n7ydru/v3rFXPbbKcq8SUAbpRZs1UenU4Id0sY9V0Xu5ANzbxK+3bjPVh1skFH1HNzbgokeKiaC7 cFfv/YPFd68KeT90MAHY1h4nMHtNv1ewbXycAVorb7+otK8+34GFba1+W7E90Y5pwc1tJEp6UACq z0hUCa+m2p1a3DiX6H2aCtN72BkQ7aDkavMDzVkLTcyrwFeSPTapTaXHxx+vQK06nRJiAEtqJwCZ eqEQGTzsIQ5cAsX3BlLD9GY9pd3ObixbEbktR7wfSO3zWs0ksBkIFqny/w6LKILeSkrxYdeJVINj RVL09WZsVfrFHfUqB1KzbShLSlxgz5gGrLT8gFUtdHwNmvddbabykxXjEujAefzWt9wPJoV5IyRh 9VV4O+ExfYvNpFPDTBDQuw5B2UVGrIJbQpzN6cjJ5rPkPFUZEPVgi5lA69JcAh1aElHiSNC4Aw7v I4psgE6vwJK+C/KFZzJCxLTSNNvpf2xiB3xxtR5JfincUs1rr4WiOBYZIqEeL9C9ZO8WZPcijAQh NXKouj8mqY0SZgbvW3/rmr+JXswRNXkW3mtD6SFD4sqMKv9gcD/UUszxqA/4DCaDI8CB1NuXQh2n Nu0OXmM5mzFR5tyO2iU52PFOVTpLWCtRJpT2w+VxtWMs+8HwdFdv36AI0c2Ma7mP2p74SI90w2BD nLhkKvyf6FqI4bCXItchBCXOU/rSOVEW3eEpKY3UXVfHI+2bXEDkyT5pJy70pV+cZwp8rDQxrDz7 1fthif6HpziuhCpr5bBh7zpxcuRRlMqznb+aFam4KaqMQ44z8tmkBdu5Nq1ACFgG1J4UPvAgfjqW GolKuCFhT6EdMSDZWFEAI4KFFbDGNRl3ajz8W2ghhRTkFIFwBDPEPZvmw3DwnQ6gMgnkUJIE8mUo vC2UrbQFMiEKJUuIKkbVdt6Othw0IlGiodrTt1zOnjUzWNh+OD6WLrCU/vCAwkgpSfFAUmER5WKW wpFykIpzisSGKXThHsAyJEdK2MoYW4c46v+zobLF+BNLi8yEVU6ue9ugkCjEgPP1bIVUOv3Cu2Cd BelCWrwsdxULLolQ/VUWBgURzZSyARCsq2yuQ6iBAgLFsjr5IcQptAdQB6GSEoP2pFqFmRDLKEe+ 4EcWzOFbu08KVGXrQzaqEpEwStUhXY32pHL13k4Bi4XnBjKsBrDxQoJV9i0hdXGpLppAuPJcTUff 9Zz8B+Zbole26pHJ0AYJL9g1NCDMSvIf9iVLDZGT8KNQwup+eLXfS3qRa/yQBXksEASijds+6hlM GaXwtnWUkg9t7ElzAhyp2GisonshgmvwE8AigERPQanNDobqI3HSFt5lGF8RCEG1WCLRLpQCC0HU brNWNhw5QuIKFX0rUTXXxGY129t9wT4miaxF5QgqooeGCRoPD0Id3NiuFJ76Q1Rao7lZMJl7/f8L U0lfIIJbMLGUHaWhN9aVgIRjGDR4DC+SEVeU/2oREOwGsQI9B8naBQhBMgaE2a2GMlg6KDGQlhfk k0OMgl1VqQiL8Q1kaTtt+f4zesgE0TNmCxxbBqxtZggbDKT9tRaPxsNeCIByKIR0lhEG4+lhYgCo AW8qfwo5cdpQlVK9YUPEqygiiCFinct4MjfOkKuEBTW+6LKd6dhE/Z8Di4I73OZghVBB1YiZdzj2 GHx4HBElwANDXIkZPeMAY7QmguAW+mUUXDdMIuqqzlBAK6AZs9M6GD75fXoEoVdtBpbxOMAd8uFI q+aCsbrm38c350omqZWur7Be6ZkDFkPVVLlh/YFOdbDi6AWY6xWIjkvAP7569LCzT4KB/BxE5slu K+gYAgv2P8Pi6BYWuzDEhnl9pC+NHbTEWqiFc024JIKhfgrmOoNwpa68t+OIGwbXL25o+GYcOPew MzXU9Yw22ayZkM149Aq5/gqXcnGHS+sv7c7X+wePhq+kjXiavhOQ7aJdywDVwgj2Fe6EzRk5FgCx GQhGD9/tHonrP19YBOk2Z7bGsD3ibifGupqes39+NjTD5j8LC51lJ6qWywBQdhYjKcJjMLiJLN9d TIVvZyTS9zjpdsociO3vNUs3axpCaGDR5KMqTzSlZmkK+1ANJB2rPzMiwyCsx89+R3FKYgoXU8OM 02jeyi3PyJkFiXi1VoZi0qPKn4f6SE8TmegcUrrG3PCKZvMndNEPa1HCywGbwn/r3sNpApyM3Y3c agldmbsfMgUsR6XmvjEXH9q5qhW2JNabX5YvuZERgi34ws01SmJhyza7ki1ldjxCCCytYj0faF5O q+5vwRiZRJlm4eUO87ly0zDTpdgAF6p0w0IyaEPGEGgvkhDLtCijhGTvGMKGIh6p7DRuM0+8lUOB zs1NFq7YDjUrA+RcIzPOLbqYHcwPJE8NTSOlyTOTQG8MT/UJSQaL46DIWMeTK5GsstqNPmMIOabg yhhFx6CXbAWJSuo4x44SmQ3s5lwykE4XOqsi6iSABAa+GtFv7CoNokomob00ijTJqa0JtKPgMjuJ E0mYLxw1uZUKhGj7k5iyW/pRE2cqmKyT/o9GzHviQiAqzc5m5UdTNpMxa26jjqkbg4vJfYPDxTsM JuKmLPhGZZli0tyUnaGbgk31C1oeOj2PlOBoDbrZPeL+wtzhb2+HZOrUx7Jrpr/ruLUeL7l1d0DT M+V9Z1CUGhWFqQl5o/sG/tu9nLbeZo2azgpyGI5H8azd7JbxhYB5losuiCxwxH5Xdwtn961K14T2 hsNbM0lIS/ytYjxvjZHU1GEZoUsU7slS+rtxNCRxp1kYk8odc81tIy3BZQa/3SWR6v8t0MJcQYrt 3FNGnihzssizZh6H+BO+zrMW3BRREhZBZqpRcycOubfNQloMUoJTVBJTaRHQQ0VEmpgWezDZp1VN 02F2oxoeEa90gTIQmcC9pUjkWwlBipMmQoamNuL2j15qE9RmujRLUUe2Jv2RP4iNg+aiTcwsT5Qc GQQzFsUiTJzNHHi1U9gY81LxTPhtNkV+IBDvydOwHYpglHIFVakyPimqoVSgBQ7VNsEMlWzKOVEt 86nXQFhR0LecrlodYXxjQrRvF7vq3Dw1sEKmr77RGtJWWB9a2DOkXb78ZElEcLgpy9Kgar15sBzQ LZ6WlbBXwmo0PQy6zlNLsiXXyMqrT5dFeyObZUjzjFaShHmXJoJeSdowpFQNcGB9wVp2sEbQcsGB gVK/kirXVjAjQfQvoyzJDQV7KaeLgSHTbjfvsryoMl6c1G/cgi2ucSSDVccBMd4qjlNih3+IKYVF YwhqufffbVwiqZ+bJgySSN8nT+2LjF2Kmr8oS7IorGsgkKxLEpJwGBCHH168qj6EDQfsh4IxBsvn CA06j+kWkosJ5mwOotVGhFMnd0yxtZVMyhOhClIz6bll+hUzXUpE6YM+okbyRGGOrQdosclGBRi6 s/TNJ83SkJCO0lLkww7AIfjLkCZuEC97JOX2bDC1OH+cLiGykGlbrNQXbIXf0mY72BsCz2qbgzGI TaJqTbZRzp8/9aggmAopdm2ptQ1PilwXqlv3zuQq/LrPcVlODXaBG8Ng3IYO4BVCBg7cRKQPUQ8N qWBWxuo+WzIkdmT4giDabsNZR90alnC/VBkLzNDW+bXWyn0K/7Q2At9ciiGxRv6eLp2tBG0+i0GV FusNjSiQS28knDhZFUAGe30OG7EKIkXqfKTNR7KnkNIFQQGvjipstT8hJMknplEz6NY2gP75vrI3 nFypaKdyJAHsTzodWoH/gwKsiN0gp42MFZQNxxTwQ0pZMtpM0hqztvZM3VkYAXvp4Woo2MQ7fQa8 dD1mwTshTUAty/YnzSJ7odg2kDZBtgdT1ZRjOkhynYb3TPZkDEXttb33uLulR4B/in54fxvsA58E ywyxwiylru5yJQKoVKwPejvb0qgIfwQdQYMTGIhoFa56aLwrvQ3hD7XF8B8IpmEhnzYF58mHolZI ZnBfo9o/08Roc3rVoWpwiE+Pw5PyNIEAhVuC7IgR+TclrNWo9BU2hYHXlYuTEAitO9BLQNk65sB7 Gdk2K9UVxe+Q6eqVP4/X1epa9n8KmnVlIZ9qizXHtgvRRiMUfavxrvgXrAqsTEaZGGXN5Do8tNYc gEcqEKrlOphbu52pZuyU+lfR7Btrh+x+qgxnhLTrYNW8+TcBc3yRwWNpyK1Ka6YeXGntGT002U1q CYEmvkT66xfo6ozmpnRA45ZaR5UfYkNHTGLX+meFzplG97qT0tRpRIV2GHjAHQDNctaNAzIMgddp pJrr1q4BSOhsf6VfuOZvYDT+YJRVoQxMfQYmH6+/wdwXCtJwGBgBsYKhUH29l1TC2dFjO09ARZfR R/sTGw6XlZ0zHVBD4q5KHKsbBvPhwwDlszr0JuARghOhhUhRSI+voP+h6EpkcRpC//XL9xwcHPgb lSg1At6jkGyGdWOQ0a2yTXnzuQGt1Ncr++7H5K6257MtrvshZB9fPxkQbV6IIKNUn+Oqsv1IUMgu q2tQilSnHdsMcW99Vn39wIY2Jmmvah1ZyTaebsntMqSeiGKNW0LoQy1TRbw6Q4kJnZtpAQk3CE9H BiyvwzPDsADendFe8gcdQ1DnzhRqXAPpZGM093GiB1rugMjqMp6939W9LkCkxQbkItIxB02ca0ZL FzvPo1hE0mlcnXwytXjAhrQU7S8AgOxMnZZdZMA5Z1ZC6XJnDV54XWEAZ8OMkQqPt2gQbrH5os4y Z+/YR4i3IXkRwm+xrEJqYbJo4Gdv9kvsglX4Q6QzML0eongmHc/Ne1Qkb0S/fGLw2kez6jhg9o6S 553nChN219zgbxti1VwVg5GZSlKxlHFqxfrSeCTfUK1uDiQ1jRA+NK/aejpKvdi64cdh43yBu6PC JAbuf+HVnXdzN2xyhqKTBQECGiHSKvbZPDTScWUJNJEf4VAAYsXK2CVWF0FLJ0pGQ4U7ZBeeC3Dr TxucJlze5/3r0XUxzY7f/SQR8B9xdZeARkhiEf71l/8hIpp7OAhyW4TOX/hfe11e64/Lcok5HlmJ 6dBU6n5UmVbFTPG8/EH+IuIW+UsaJOMwYfmX28vbA2cqN5LcecoRkFvKg7KC+yA9w1ZZ9lnWVtJR nlClnKfvCit7NrXnZ6UIFcMU1mtnhzIPUIcs1GtT9qV0p1RdWhG6WwY0ysqk4JAmkQTJwEp6nR2X JTabrLXky7QBUjIoyRAoCcnBaeVYocoSsWB+E/m0xRrd7Bp6NlfoiGVK05XVBfislHSoTSXsZcpg jlK5sm2ggRFqtYc7gd6yhcp1ASLh99hSBv3Ze7hKrtwlXwNSxTyxR8BtT46DqSTDA4/CogmNjNWl UjNFnCYMlvR5ALV/ZHke8SYzEBeppoyxpbpIDtwD+O6uolKy2XqX15Mh1Gpeh+SyTyxqHWV/eCbr hUGEKLTLozPpwtWepI5HZHbZeIle3B7GGuxQJXyMNKmcq0JoVAEE1Ir4YSi/XRrSFVAA9BDawIoV AKqfF04nQgkddkhJaUcZLNrIjV2uGguv0OCGGsJEa4nhACIDkX+klo6WW0KzS6KNWIpVukuM7a9R 2pPDFxyjaQRsFYSCNGwPgfFoSXIbTHbDjS0WKGvVrSJIiOo1kdmrFO7zAA2Sa49Ng4oybPxz4oPD fmtSyxVh3r4VaaYdNsJzK1Y3IC4ZQFmPLVcAwxCElQKgIDwEGB8mothOHLZVqK0YD+cBFISaOLU1 uIa6kBALATH1xGYQSUV9XtFYEXkCYjcJtLnAur0fL+TGAgCXYYwycnhvEKkr66tO/HqJXq8aC84N V3m4+/ffobYQGJDU+mfCYN2nED8I1uSejwDvAILo3xDb9eMMCwXBGA3Q40fY7JATxepMCeEd1FvF YGsOFgZlhC1ZqG3CnhkPta1Y4VgH5ALjJX7h3ih/8B609ANMTRgzAXjFUG2o+2TJWKbVkMfCIfaU AzF4BiQ2HfL+DWgyFpz44flOwfnhziSPD//e95I4lOH8XZCxc4FuNc29kwM70OeeLw6mHvRUS94q UUOiA3/+gSfF5uppYdMMgl+M00MOvveiSQiP3YN64U/IW/0fApbA7OYK+japkfbWObwxClZjEMzL XjOVnmIItMO+xiAnUdrGZUZU80avKUPKwGVhUlhB/rvIN0jy74D2dh/WRKTUpUYA/ve3IV0dHhcE TyQJgGsHDHqMgiWA9THm2NJGNzq1SGUjvn31/042UHzQa8hkltyz6PfMIJDNqx0DBn0WTObHgH17 hxHhftmoqpP3aAMszxrSILochfSLYUiJaANnx6olKlVfo+wrm5qHQQsLRcQMzfh0jHhbbCrIoBEM dXXGueFgAY6GwwuPRWQ3nGG2TUA9vO2QzmZVTGtoBvm2EekV++M+u9JDOURYAOLX7HVPhwVSoT3r xkzO7LQF7EZbaEGeaMjUW0L2PLPO4Lgt6yVOMOPno4eLGTfHgVlV4ANLyGbhA+Pk3wrNmLqMZGeo iE+nDJ2vRRsvlUViZDDVG4p7/JxwTKoQB2q3HEN1aNCG5W+miuQQD9pX82AFMWyxCNszJTkSt2WV 7AjWuLLzpky3YEDBLXHrbMKWpfV0FmodPE1o7XwveYytdfNTM94LHDIFTKY5IMtW3KZkOKlMho9U otLlYavNWlxj5ma1EUQBif7aEaq3pcdVpOsHwEkHuRvZ1R1DsPwCspUyE5SWawzPi9S1jOcrcOrh kT0/6EaVeP7ObdoU748Girsd0y1WvNqZRMbeuABJxrlzXR8Qn6jF5exZF3ewaKftaxvHx9livBDI GdCVSW5RRx4kV2pKmpUY+1+PDFTwXNd7lHQyz2Xs64cKUGkEaEsY6oZ3L0bfykBqxaM52qIxftkf PsxErdSHVSn0r9RdgGSdhJzAGDDMPvnNfac+6roRQCP7tPCp6vc2UaAS2QR1ypCKRfmjA+PQabKR 5+LxMceOFnsJUznNIk+H05oyTi7CdoxAghoq6to0u3DbFttI1Pv5SaRvj3aF6gYrDUolvc6WTEIC 2wcIDKaJe1MdgbRhgzEbAq+oV/piCyzYYqKOKFGgWKi6g8I6ZN8hjkjPNdpsCrVtAIYRPBqWfLXn ijS42+dXtZGGIRt2uMc7OjokdabAqKRTDQe54pVS6HamECJR1+ShVjAWHissvNIKWIqlJVGxginr MduesLJr3ecIiRBXSOIWN3EIBYvFQlmV0HWfK8elFOUkrizQmTmxDgNggotjniS1Gku8B3ImjT5X N+J2WVBoaEeDQXP1W5AKS9nw0qpZS7ZKUTsrUd5X8M6w7h5TlDeEjpvYehGOG2KfDpsWC1kRw9TP bhIykqds2TijtqFo1j5HTVQptveXE0bJDLGpaLPvUC0yl2eF2tqVWF52k4CUXGGs76z1qJuUfI6q WYTY1eVSYyMaNsx4LEtC3VEmVbGT+nwUue3l+VSvCUuSmu3WLSr+ya/CzGVhqa/qdsQSOakYwoWW OPb2BC9PCDPs0VmGbielxkbr0XVVwUBpehgK7m9ly/HWM6cflQTK843ve2hUFIFEJepJfhV0YTjV jhkWGIRaqy15LjuWx4MUQCHSRkNWUAnPKHWH0oCDqgcDjFUsKu8O3POXB9bhYT5S4KecHvKjmQCk 5qKHAyBi7aOBDdC4gBQDqiQMJCEXABe0AOhqVtG78nrMHxzn2AWuAasBpNzqNo+e3w9uqSTvU+9e xaThZHA23QZQBOH0fWAU4MYn/QCEMTypNC/EEpOGGgUctapVnoFsWluzl+BfKtIDjwUBQFcdYPkU 0Hi46N859DJSUW4xuGP40DY0WzIkJ8wByvT9rqizI5Qz0DCQFkmgO6WzLe/HW7WoBCwBXKSeNVCu thn4AA/2dj+9KBp3wN31gDwFq8iE0of4wfLd93XoSMrWtFkguwoor3BI77iqbwnMAZ9ZtmFsYW3r PABLA/6RC0tpIzALsnY6XipO7kVlgKwxLfjTzz8Y5xSJGNhq00NWGqebrC9w8kWLj93kzYcWp4bz /XAFbwM8Jl3BOgpzQ018EPIGSWpEZXE131ByyBY4W9EMoe9tMaAMKgcx8glJdnpBaqMb+gY9/oph 5w9vIMTJSoytWH9l9FiyC+pCMdgwAQi29QqzUGKshjGDj9UTwhIxqxreamXJXrge4T0f1gua0A4d q5ayalULU5G4OuPqgPUtMQYMWouYqjq9SPH8Dl92AICejx+1siBVU6/OWbPrgEf4eL0vKuWNGCKH iUcdAALJrgGwwce4G4nh0hZrn9QLJ0kd4CiiDs0mqxD6Knz9slrrICLX9q1/VPCyvx2BQZXxkd2o 5NSRCtuGw4wKm7TaVNC5c8mvuu+qgdSBgY1NMaXLzm0qV2ZzHMZ09ses0AW/BJbZRTYaehSwGSDW /xIrAtmGZtRuVf2MYWbPUUUVjOQ00+Ek4nBm2pwWpbSdORLoYPsOEHguoYZlAsOxpGNWa2kR+vCg wd/WNPQv4cRbHAqYZKgNYt4BY9hZVbDReLPgxeShcl9hDS4oDg5vvZVQNoW8u0eVOGgomfgZRoqR Q8wA+Gw/n+TXAFI1n/BXH7gGFzCkkKJmitaIBd1I+zncbDPetiBLRodjMec7jjLzFm7Mda4ulKdB Lc9ijMU86vcjH0pcZWpz44bZ6aklzPJXrvnSolAhuGkcro2rowrPghDuPkMeS31hT3zbwxdVMHMK jroGJuccApUXG+GSUzmTdOzkvLKTZN+54iT8MTEhweRIsEncp0kNFiVUtXQj9y7DIkrOxIgJsolA VECSSWqAqYFIRd34kSy6y0sXFvdurcoQ+8xQJmxRKgd0mIStCpLrI2kPyZuwSJj6qlckgc6bGNQ2 4GOBgUjL1riHNFR9E8iJOtFOgV8MtY95wQSiCIvkO1k76YSdRw3TJh2Gsg1uET4Xh5kXQ+lA2ZRl kjnDyvjNYRyOfM6UFPkKVbZvW428L9mZWYpKsVqeR7SNc4NkC02abmsjlzlme805dsCNGP6IEjpD LNro9C+U2c/dEulOPyPJxYK15MIVNgAPXeZHulEU8fKohqRH0C3Ks1fOSqlnK+tveW7P3nhbRoGo +MVKiQCmZw5Iu5YurRr323689sBOkVOVDyuOFrT0ojpmBC8KC6cCSwJ8MvylCMp8fRPkKqgXh9Z2 Akdw7XBXnqzOc2ldEieoC9Mr1Qs2FfAL/AXMaQqsFaDhrmroSotKhPkMG7u6IHdlf3zu6lCj4GPZ ixBa7lFIjnmJCyAlxBhJMrwCd8LTtao7PKld6RrdIdflcZiFuaZNTsTtiaivUSmU95HpXAZzI8j9 hHgCYsm4p9oZISJXkbaQ2O65EBdcXwCvUmwPehNhaZEd6aZot3oP/qLU5wrzqoWqSDIYOdTCpDSj +D+g0N4BM7NPqnSISPl+cmDfQanGSqhlaqgvGTXE0AF9HCwzjNfwfRXumgQpxWzhQvVNZWusxwWS hQCFQNLlcTLzUNleTWWTpOlhSZI+LQtajULHcj00tIWJT8tZ+lR2U9osW/dJe+6SMiMXYbQd8zlm Es4kAR7lw/hS9rGEGiBMt+VlAd3lnTi77JtlsEe+7GJbm81ot7IvMgUnfIxDXC63MFTep4sSm2bJ GYJxbKqpW04WL0GsjTnKIlgeKU+U9wBLiJCbBiXZUMqI+VkQTGrN6IhzwdftDkJlXOq0w6Mke7Lg cCycwAHAedWfbvCNqeK2YyBStOzYRXXeSBpcXnvV/kMU9QnvxHm/mwtGhVqfI1R63U/+b2W+bIf6 NZSMSFQoDJOxbgQQJ4Qv+QorDovzq6MRE7qzIlNcr6AP9vUEMqJfdOJ2vpNgKVZBB6aEUWxiOE4F xIE8gyYBAr3+szI9dIJVB/nBPMMen+/vleSp4IXrVk9r/J6LB4+qT376hxKF4PaHPNYjpiq9w7+K b9EPIDQT7Uiu7B16MaUn9Zksi7JRlm3Fg1dZkuyQbZh0WybcyU4i3mVuSYNJEGbZe9IAoW1YhigU VXbdPyxUSBUuIdWcbrPANiitVNTo/W6wZsm3FaeMZrch+HEXog4QjofB77Y84adgVaQnY4ZNrWS9 pDEhX+0fmR9gSdSTE/IVaGmQjJnCYKcStsCPdieLR59InwtdGrDQkxQICXPIKrV7PUQAB2JULD1J blgAW+cYjGr/sbHLqqkCGcidrLNFAsYN5RqEHziFG/OezEsqxUr7UFBkZZ5WlunLXFhVGl8W3b6M JI6r40NaXIiZZaCDqEtfKXETGkQA5bELlXu00uLSMHY+znvMuTW3dfY9+hN2y8pWtJ9hxg4Zizx8 YJtsuz+td+Y2fcKpTHa2ITZQuky8ddsZlkjtUMCOeSlL1cXYgr3sjOU7Ew04YnVzAOro+FNsae2I YrcCapgGAoA+8JcN6huTJnTpdU0bOnMKb2QDqTwKbaqdEE26m/NjSzkpe+oqRgl6TGqNSNU61swm kNwW6XzBcITNvLHQULiXNISHpw7eolvskbntXpPmoTKMtjiCsyWZMcALrnZvK0cOZ4swRzPEph3M 79AYPLGqtsx1PsJ4vgWLtvDQ/KdPsBR9yULkdDZjtyIvnaIkFLzDKl81aK9kmZJaGrun/nbUZpl8 YBEBkf4ZXmSVbpzO24jMgR1nVZISeG77wBRAj4yDe1TAp6ILzPNdFERPgsHO8DsUlWp3TVEEnZ3G ZVUYG/26rd3kDFBMpow+AEk1VndiS4Lo23Y45uU/cLuQgnXIQWd6Ete8FxYLdUBxedJYGqhu7ZSB +JooA6zm2lMPGFNKZmfbGLYj0SdohRlEO9NHgqxog7SF1SdnX41idoqGyPg/PuaCHUPjopvjqfCb RCUC1iV6WdsYv2Nmfj9VQjyyithIk6CRSBNmP3civIrilkv+Iy6LMhGXZWXwksfBsBHQuuiOqLjl sxK+JbFkG8wc1pc6DPn0uRWhjcLX28RiW8aQcGdPQc1YWCNh6oU1DG92wt8JIV1grnVUwwQG9L5j KOrTGVnCmLRkEaOPOeaArKxoJ4yR0fM3KUiQ7IZ9p1tmKwcolmvr7DfdFEG5LA3obiehxWlkI1sb e2kdVrQGn/sb72l2h2IdgrCCWTb8Iez2haP9qs6iCBSRWFQgX5chJgSvSEiH7w4yGp7wjx8Lwvxu 6QTYP0hX8MDCqJhPjzyvZMrnf91oyZok1+DlPUkWVeehEKj7lGFdILbD7A5oUKCbhJCs01uKhrsO Fk1AHZgLSmfUpI80xCcs9Je3puYa3R8P0ZzWYBod7Ly2wMyCAaEsuQCM6vkkwWix6RLWuUwcaIcz mISCccBkKzew6E3uUiBLr43V82u9KzCGZFiwiaRnITAhtor/zbUQvhHTR2MKxfM72npQKLG2oKge bxHuaUE3ov62OVNAriTY2Ii2TMTNr4qZK1aBKUsxUiKezsN1OQ2zkGXaT8wD2SWhpYYUBzHl7j4B kvsyNEHWLFddoSywQzFhxxOljXJb8JEFV4VE3iqeK3+QuFUBKwOUMgIfyuUhNXLKz2doFaTdpMtk rbB0JiPgUVbJY6B1vwI7/Mv1VsfK5IN41HRNWMyritUKJe+67rgePfS0jLVKJiCAW8JrkoQafEmZ w4Z68AaRKTdh78FrCAS7V/5dIvT3D5O4/pfALeYEYoRWdUqdxfnB/4wFi+CIQYWKxaLR2uBdQgow KSBjIFiAgJUHCkKY1WKVFENcrMJP4c8QVwicNB3doNnw3pp09EA3PL9xQOGl4NUV92zyt+f4l7TL 7KvmGkJeinxBZiXKhUWgIeObmkEoa25tcnkLxqYBTNn8UnqhUXVoyJNfh5SYscdsXXjs7WZI1ysD fOA0qsXK48kMJBAXKy0LdoHKBo4Fi1UmDTWzru17aGsoVV0CDE3GkKNzgg0KUggNOyOv4jci14MA ALFG+9CrtoMCA557Y5RnLkwRZOzQAZZTN41yJiBXsgA0qLAXBgiF7hykn7RadcYB1gv5WpsPtX5Q XDBM2DUQCI2Y5h4XB3yp07uiHYJJbKGVZhy8Xek0fB7O2pFCFaUgQVCrklT8qoQVZNvnikEByjBR 13VIQUphRMBV5ITY40TnHhXpBr26FKB+xYB31bzhv5a+E4Twdb9iUbjvG6gWUIVPoFufAn0VYYYr Q6J75yGgGMLtTvA9csCRYMZqSFepquFD5ya4eXU+4sV/vUDwoBLWScReeohwNf+I3/EJTN8bCE3j DMUU9kuDZI2Lra72F6p2ewMh5Ii8WlrovpH0uCANZkKLaRUmd5QBJ8+SwHjb4+qPfXkBPtlWEhOH ge8NRh4IOp5Xbtn5R1W4fm83PLgRftb5EMQ0FMERQ3AvvjpASqfdwjr1oQXS84wAqUhcEZikCN/J F9/NMrBE2axTjweGfJod/BBiwwbmUPqVUaRWmXSqQW9YbPf2qI5wRWMlPosd6CkknYuqyS/7lsrX 8yST5ciHWPawcPTQaTO+P+thQ2WKIOgEqXTh4PHiXqk6bI0NZxyt3+ZrvMODCjmskRRnvXli7h+l 1sZuFVpTibIev4Y0013Lr4O6FWSoQ5jAv6XtDjM63ysXIP9qzFRZZOFKwQIf+AqlCHxtEbqgrjiZ geXFDMbfobH8BV+EHDmqNR4QwrHwVDgmsyk388gTseBLhSze5zSMuLPs7FGhGZOLAuNVyyaXsUQb risI1Q9zYKMz/MVXVqeaFsO/3W0XqhHQShfHisAQibz+/MVwQBqWhUmIDFCM4Ipj/Qt+rEACnbjJ KaMr346Q/KTnFzCK39bpyGgqAuVNWTNdiIkE/mTEGi2nA+aoAgycxRej1ZYSY7QXXicP2IQHNrQ9 8S2k0c/eDM6DFxopz7DywiruM7je1XExhBzphcFxiZ2Sp/YqkNUTkhcDurionFSrS3BM70NUeQVw 0K5Yz1eJBAZjjC9N8Nfpu1uLYLLH5Vg+Wt2Uk+j6ggNPxx6DmFAAFcdYkNSy8S1KEFzcI5Ipj6g3 nVuJaJuJq+0ZH+M/GiK9khqb98E2INh3KRWxtJYSuOKeyBAQ+LSnpWDzLiujow4CKIfLKYkjDLuA vzx+LLGDidmqh4mEaCTk3+jsTX7CYNEChrPSfB+BIfYtzfA8Gr2WyxX2hx0ImrAdC6zGE6/2XvQY Ibf+mctLIhNbhNxoLw63I4gkXbVYjH1GwUO1Wn5t49E/lSkep6HlDmUiBaW02lACYPGi1aVU0xeR KE4KWBkgkrU3ZJXKmNI+QogE26qCuwXSRD3E9h/QJyOQB52BwznLBjwdZm7mq5R4lQlGKFPonUqJ o6/CBguLEUQkXGUYOLMdITwMkSQjMKcRKxFL/8eokBbXikoFoOxGMbBUEu00q6UYlVyt1aqZDJgZ owRhvNZOzIZAlF0I7y2hDEv8R6cYgeUsWblyVFtNwBE+rCnC6l1QTZSM2OetFB+2e75MxfaIKBuP CPsbQ/GWBlU73D4QBWMHMdjrvoUcGKQswfUxzPvHsgayGxP0uDCRSH9pgbwVDyPfTZaGlTbCoKRI 6rIMAs1Q6HC0UnXCZGNkNVRJkac/tzEZn7KQdFVIX62m/TYgtU+/ZDqybAnFsjMGAV5ns/Dd7Klk CRCJiNEqiLqQ0SgMBmtElV1Orm4JC3V1IyMjl8I9oghoxHDThe8hMYYQbYlZxw1eu+7DKmqHSVLz IdrlOOVWRAKu81GCFgggkdW4hBT2Kx0Bv/upUsk8QLY8VxvCCrJwb5JFGKzW1NHjT/Dis9/9IOGq LhdRrSE7Ap41ihwRNW139fmuTHS60eclxG1XBJcYZx7DcC3/RoDNeQV+bmY5deLWJ/5H6KMTOvJA sNtFO4FHVvevjNzQ4aKIDwTevoBcSGQpZfW0+rZIbFX5PrzeKWsKW7aZhnn4Vwdv700jBquhDZ01 jkG8HOjxseJY0LHi4BqwPhkGd5TXtqLKHP0djnoPvvCmtopu/dGiwgpVNaporaiWjN0qh6t8BlTL hC2/ol9Vnm2Jha0xRul8opR1oPvgrBCoXP2Tt8VlER6ghhjOXMvd6UvOGxvQQ/WxJD8bkIA9h0MN 1ZmDDESZ16N82VZgO2vAe5umsw8EodkHNiizRmoJhh3s+KCDBrxFRXS5udfDmSiJ77SF7sBLcKP7 yOdjbtGMbZDhiQHrm1Ui2j7yOf4STy4lJ0M5DcjudPbAa82bGiDjScYz+D3XwLTm+G5GL5rNggCK g8u+6mrkm4UxIltQwftWyZJlDJlBIs0AkSir9i3210Q61tXyOOpHECrZercVajLG3A1hyu4UHjDX mMdp0BmcxaJW5OvYWozDceAUNZ4BcUHPhyTyw+dVL4YSBcXgASrdRSAwMo0lMhMWReNZBOjBoCek VvtHEtDWHggccjRU4+PpGI4wWWErRN04kuO06T04k+/G506lnKZhAvlhWlBUbbyf6HY7CCANnzdS okvqU05Li7xQLwxgBAbi0aKJK5yf5SElMZjwMAVphHOhziyIMfvDIhs0vawRc08NCEhoI6oomUss 2YJijts5Wv66uulOLuBuSO0XQiVM22UfaVPUho+Zz65Pieeg06hUpfMgtNkDklXQEK7l394LkAU4 3Gu5U8pgnk+7kABmmSwePS//3NSRgt/TWbCqP4xe2GyNplmSSvFf/7GPRMcf+hhHb1YO2QQfI0KD MIoNmxnHJZ42x5ZXJpfEKRNL/PzT4uaqP0mGXbAuoDGpKAqp0jPxoFZoTKXUdaRjweYuTVgNp+aR 7q+PR2xxZ0MTJE6wB1gYyxSqqFV4FYz81EN8Zm6IlD+gRYRWFp56lrqXrYu3hYK8lpKMgpVycvVC opFCtQIo8QBPl7jxp7S6d8LaslpaW4G1FlQX0aFmR+T+HXlFvV8QsxK3VDAzYZRIToDhLQCoymaE wECMcnP7FlxTvip4aNnihN6WJSYpwemansKTOgryq+7LykjrRveyPFmQAUqL/Oq7/gZcgMOEr6Yv O1iqWoSFIQXMReiAL/mNKP1NRv0OF6XdkcoocdmF4mB8qZz+q1kkHlb9T/kggjE56M/wo0TEX6VM EYjskuS7sp1KEjANnzE2E+2WIhxBLPMOgLQ7tiBLKMIydNtm3xp+Ya2JVtWA1dVxuFCM/feWqo6s W8gkWm9/3YnR8TffYRurV3l5PyWARJVIa5hMRJrULpY7dzq0B9Hlv1JfpsnXwL2qKY7V3gQTlu7Y fh7KFGhMrylwHaff+SBBj+VYW/7LPFXspBL232JaE4w3CfYfAZCeUGsL9X8RXvLEYBRd07GiYkaX NcM3wpyLyHYhzBP8sc6+xCP8CM4yy6ZpZMrhYox1jX9km5KCmdZ2ygKXW8mSkGWLUuSslE2XNaPb 0uOg/5fHv3h5LmDVxnNGiTrlp2VWESpBLkySWKM/FTY+1c6vVKwuEQG9kh9Cy5G5iIvJt/T0ZzqX BYDrbSNiFR7au1ItjxWQrJyjVJeEELBFBUWWCBAOlyWUVgbSl8JPftonlCWlpVQkxTUwSU4k7ARL zpDMwQV2xF5ralGJF6CwaiUQkNe79bCqXwMc4SRBiDQonVI7GPKjPYbByw1dt/QWBcGVG8Fo4KS0 4/M7/kACkYvtEkwiSS5hSBaTcp3CWsJSEGqTgiKhekrHrAvqpkEx3DDtHnltdMIGNaxFNlbbVjlL LCISKMFSrNDhHKvBthbIBtQBjyTwqezHxF3mqjCuRbvXJSmzQWGo6Kr9Qmms4cK0mZD0G9yWaTKc embworUETSg2xhZb3PV1a1GguyLqcEyWRxMAIFlVxPvBReopL0ExeBQgWuPKetaGx5oNu+t+4KWE sN/B/ppIRyLldY2h0WwHtkEfjx7Al1/HsGTbZlcqaQnU1j3RbzzjzJxiuCWEDLYQiwQLIshQpetA 1/BPYLLybLCqhQDoK8G1OxiGPCC46EO5Kpag3KUwYIVnbgqBBFL6/RBJilNDUweNmoYibVfh7RWg wyJ7YBsiqa4Yo7xTzj9euAdSVVNb7bQ6Wo9X60ugLNv4eiPU2AECq5KZBQClAjOVxmrw2/vajAk/ BWjDZMNuf8Gzxjg3PlRWCwD0VALdaJ7s9mbB2gX8BPv+esJ/pecXNbcgXoXlq5q2HDXHp96upygX 8Gs+TX1P379gWP2PdYFQduxFfoapOLluvZfj5ef790+XeTVhkPXvt2J110NjLe5LlwTjGRC1lqhJ spJp7wJUKv+r164pERus7G1/FuCFfWqVAcFeAGgdGi+DZL3MTv+E8/VwUlpsvP8CmC8/StD1OEbG OlrUcVjF8HZFRT2w1rReLLh2sijXGvZaxbZKZd04jp8/ehPosaAcPUQaV8k5WNs7/yrp/zpo1Px5 PuhBoeMH+hWSQ4fcuZdLOi5wZe7SjlTSXasc3Z8GnPtEZOEvJojQkSrV3xrCMBcsLEXuOKDK2Llq av/MUWdqd0gB8lUHXj8A5biOS2gb7x8MzUB6r6WdZTIUPx9efEHMoK3rtRJu7Qtk0oFiBt24NVqB 68LoudCdJdGVUN9iA5/B5L0G1OMM6UI6ywxUc0lJ6hvQqYM+qMiFQIO2nVw4PmCFq8utgwSRJ1R+ ZUFrpFP4sXGohccHAPDkNlODZLSwpE2P2+SKeXF0wqbhE8NCfS3y00MoWaq3E/tZaXsGyiI7KCHz mVNPHuGBWKHS/f63o5N3heE8JRsIq3Rxr0JQdsvMKHD1wBduoo31ZInsDvfEQjCqpqWzPoUWM6nk MS/lvyIwczh7wRztiP3aES075o4w8IwUlxli7KueAhADuGFLwRqcZpv7lKvKpRqeveK0bHTn+CIE Fon75w+ENhpqsVohX47+a6ckBILe86BFRLlCUUIwew677JLvlvcI029YcbFaPpl4LJzjXRAsHhLa VJHI0XO4h0+ntKIKHwqpirhWX11Zjd8YUutZ9OByPg5Sp1wVClLkwZfk5ncXd6NNgTBXOFFqVAxp nQHCt9BXOJANJvFllQUw+FCCVfQgPTGaQFRhg/1Gi2fjQ24hkFJSO9Mu5B/jFrZAyK0eASYRqZSN IwmrUCi46Hi3QkChQjwES8poi1VsDbV0p8MIAQNa8LTjlhsB1TKbn6MkV31azjxOGETEIWMyopwG K6Rv8bDRQslAENUciBjNHsXm0823VE2IVVxEWuwIWs1qFRIfY/ZEF9KKiY3Mlzs8EPVKSZCCc/yu VVlHsVEZDcJagbBWWZXQsKqSvt/gJll4aQusK9QCc2yC6UUCiHVHNTlepncLLENXvFFIjNIbmUUI bIiYXEBYAN2k9E5IWQoWIJAAOA23L2KZstFCUALojAiYYcVZvUKc8JbmJkDiCnkA8QzeLFokusyI kUM7IXsFJ6ooQYAwouShhwQTHJfJHssAlIIYH/NQMqkLoneh8FuGJif2C9raDpHl0IG4aXU0K+aj jwQSCSLkSQd8EAuai0JVdtVRFI4J4VM6rFuahlhrjpXCCdG2WNR2JNHqUBYJW0WQBTGi3YRI0hDM K5CPcBtt2VgELmxoK7TgoRqYQ8xlQ2iwrDHK1o9NWAddFSG6S4AsCLQU+4uvCVtC0WApgrZ+xB63 kyNkIoaxTE3ivZIGSzFDjRNdhRsW0064dwLg/e8+LGnCN+xDXVmORX9owysQZnxCdw2VPraPwvdK T4oI3UU8nnoblFT+BpphAesQGpb5gV2AXNIUNKSPjMigqrVEUNgKjginILDv9VnwM4UDSAKvoBcA k04r6FO6qOK0ziCBreTW34O4aGW4ZWBHhbtQmWoKgRgyF3e6PUiKhvZRQ6EefgMB9ZW8FL0m83wu dFQZG0RHkS08FSVuM4i7u90/5jWpO8LI0TOck3aRFvhn2GkgTYKAHEgUU1grXp+rvQJ3uP7xzQPO /of+anrN4iqgCvzH7LD93j4W01Rt+TBbqh5VM4EI/gs9OnnRosFVMcooLtiVqpCyNluX8eGEVq6g 2OP2FgD+oZSmgbbYkdCqTBC+YJDFmgcrwJZSp5oxYI2f7xwl+K8XOGqS7HoXMO/gqfsKywBCrUmv ht5ZH64MR4KTmR0w6PfYGuJnu7RrMM5ItWC4lTJm/SIgihlJEwKkDN60E5zSWKy2aUH3vsriu2qK nHDgh61kXokHFXZjqNjrm5dX+q9daYFUCfqUCBLM9I/oJoj+rnVPZ5G0imTXrYXip8U+fuj9dFhi nJSjHQ/NwDevGKtTSjihP2kE2feIBE2EKFLHHm3uUCcbTxfLphFCeHDPpVNqwA71sfuVKEMELa4f yDqAxXJQgg3cQ3Yj4+F/uQ6Ohzi1VRXa+jDnn+Gd45rd3q+ZMvSSvbfHksfW63+pf5oZU+MHc5n7 YRyQnU4zpJntzJ5t9ceS5JZo4VgihR4mJoxuTzTTizaGe2gzkMVgM6qA2aKToEyLqUKbYmIqrjk6 aHecyNgTdG9/QwUhLelnXjc76VBA+2tjowG3kUI6dK82bLCn/+KeM6CqG02XLQhgNZ4x+bgpEbmx ChdnhlHYzclCa7Ad9qPnNRKtDKUFZUvRBahmCZkFe4iRGI+bbcPcvScUVKWS8pmmbq7qj7Tnrihp lLktU2bMXodHP2mKNabUltgl4bLWyln5HGf5gv4ZhT0p0mqIqJMRKtsW+6Y/juc6U8BXi2hqlmRD ub6ToahCk/+qWUQQRgKjWJ5CB9vlj0HIqL0lDSg1WfgXkm1atHeYjDI/2XFjGDbFr8CYHOYNONNc f7/4vvZQCWn2wY4kJj638BboapCsYZ0x4bhIKUs2K520I8KvFSKbkHSjFUUHDYERLBTAK+NRbUO1 cYVt4fldlioIvIkcvufnaFIsjfGJUNIkOuLgfFno3YL3zIgQcU0nJgw+5EFfvD+bV9ty0EdOkUs/ tsuZPhFL4RgdcaRLbLqUcqlpE5dRf+wKrHDLY+HbTevAYJhBCcKRc83hZtCw7NjjMTC5aEQQGthE g+pHi7O46nKBVq043b/9wQj+OXiM+vu27bXQfnApZhbztzmFTz4qdRLaodDsRoZg5/xJ/fIQ98g6 bUfxsj10A7shO7RE4YcFFqKYvWCpNKSKIThXwudWiVj7z7FnPoAkvQTa120HgrcrIXTBzr4vntWd 0uhySrQOgRdb+h/SZZHmEsOAV+SPPq+kUXb9cQqFDL4EJHqu10DoJ3/RRlcHV+JFYiAFk6rKIVhO mWl2PnAMP0vh7K2p2hbLZ55d0LXYUsqVJc36iZ20JiW45bwFV6UqJKH0zVcdPKmMCqO3XiOXuCG3 ZWdUsa0gnSQwaFWAtHxzw538r10k5OJk2bqMxiDCLU+J4qbLJzSt0aRCLzkjWSlOBTThfh/JXmNe eY5l2guUrDIE3wAFzRAUdmO3N6W6zBZbcjtHmkS8Vla4aiVgB9TI/ywNDODcxHdevVX+a1RVR5hQ zEtw46SNkE2Sn9XbqkNDfOm85SeAwWiJWSGy2wMkN3Ibb2C7Q6oE2Bhkoy0kl9St1tPqwmwDQ3yk fYTr19shLcPPqGUhpP82u4qjsgnTuIwqsAkiVewK/XNpwbO31qePFl6RIy7aQ8sVWbtmUiQ1ybi4 3GZFyuouShPo/fDYtND6kvm5z4rWlivbNSojH4GNF2YYITpMAHglliOq1IVvzHWYOO1MvgUk9qV3 KYqT17QWA5rQCAkoL1SMTRtg46x0gmUV1u3/x+MjTpY+JSGpT3lZKyWxYSRvmqdRAoAGaITUydSo qAmINvZmNzISaXCLErrY7oDlEHeCw5iwmGwCvieWGIWfdljlD6cBOmCrTa2Qj2R4MD9hCbBIZkBI ttN2I5Wwcakm44VmwbxQx2BseKCHjcTa+MQgwU/UhtgVi5JY2QvaYbEox5asg3UGFVFmEtkBEMMZ ruV9l224wtcyO0ILO7KTDJ0bMhM9PnwzC7CqEHVSVAdRkBIY4ftVu+xliOwRNE+ZtJUGa7cb1tXD XAChjEZCnCqT97ogp43h+ZQDjW4Pa2YR8cJfIDRazTBArEBVT+DHcD9GLN3EbTgVwuuSDdKB/hJQ S9voVTo7kqCjwW/ARwTpfEoBK6NNaUykfLXdATD51pWoNAj4MdCybtL1/9SOAVwHaAyCVO+LhNqJ GN8L6YJz+6SGJKpda2usOjr0O7BM79Je3le9d4W8XohnWJ0uwpMhq/pOwG9DsTvrMClcF4ocYnz4 1qYh8PkdkKxp7fUa8qupbfXDGjYo8f1Vh+s7DUj0NtES1qvrtKyAdSsS9l67Tgh0jgASo1Np8Ldv AdkQb+MHYuuLomWEhiJfpz++Pn3/14+fv18/0FyIrU4gVyjt1/cf7+A7/68Z/5wuV7ccfy8+uF5+ IcFA4ev1z+V8PZ2v58v1cvz92s+++qmz8fUIZw7+rY7ZpN/ff47agVj471W/CtA1hqB5BciAd10x 6kV8AGgDxC2H0fmGUQ8bh9z+6NWMqOMrDPkaAAr1tPbT6bdCaHMBt39i8jD+2g5j9fEnFf7SjUNL Fp191U2THPtjd7Z/MFRHM1ivaUanDjWsUHYOab2+fv5ge90GIKOUJymrI3fdYOKmBtdAUjWvNdY2 OvllAKuXtvsVqzvKqMcLcUWqvzwXwHsrXe6BAXXlXvBnZIX7poVRM79Vf3c8EQjrcQAz1D04wDmE 91ufHNCtHu8g3853rFobYW4QwcBW70zELNcfDjrfrpsH4aqZL5BYf5MEBlBfg259Rgy4Qw0HFpjm SCJl6YDjJs827svjCuus66xjBfreHqg1BRFClKs15UC5swntXRzmsCG2idGBbNeIA8gMs1bsrSM9 PfA/mqlBiqOMVN29r8rJU0k2MBYIVCw7T1VbH+vDB0tL6wDJeVi2Fm4tfmA82ymm3JfajNBwSuwf DitIuhCl1rU8b+/6xRqGmkOk6vwm41Ron3HlsYsq2cnMevZoVeKBpcbwP37Phxy9E/DCKwYeLGYu ubDKvT7IuAUbuZ2jNWzRCFSUBaxjmFDl897PmR6RWd4f3lWCTV64NTAdY4UeYLKQOz+zkJRL5rYK O+W2XIZcO89yyxskL7cQnvnPgcIeP6WBPGnGtkdY59dqRoogS/THknhX9Mh9oc2SAlcVHHAeBdc9 8v90rDBO3B/4XOoC0vFvoFwpFP9VVuIThPvi3t8wO44N5iDNn7epCtGSardblgqQAZtal0HEm9CP wQHQDMk77ySNlmf6n5wfi3g4Tk0mZt/y+uXA7sTnbtdBQrIvsYVg94+1+AqgLN3juGOF/6MwxMFC HAhIq+w+xgoj4pREGFWICEENOZCruQONiBEblcHFXglg6UT9TitdssKVHgFClqjhhtNsnKg7wYqh 2lnkWQhCUCWosgD5BMEooYTggIt9CFeCW5X6hVQY2HVoCxwrtczfV0SKY/ZYqNLNdjCxEW0FPpeQ F+PY1ZKbQp+yfntaisfTfrldpzIut6G29/7GUvF3Urp0ZWqiuk7Qa4I4+UW2lX27CwdKX+U2xcN8 JTpFchZUMGx7Ikqa16jiFhSL7dyY4hi8IFPESObIcLg0Z51CmGVgOG2Cooim1PtabncRdcE4vV2c WjEnG0NtyglOfhF+s4xZSQyzFE8VGeTR+GWRpsKTkqAkRSDkaKn4VCBrH3y4VSwSHxvMUukEvkVs tE1DiIG72RnERCgta79FVv6SjlD2KId2yBu6ShCGUaYTBptKDBY4b/HFY6QOw1FljSQFtbBeeyfB hmdS9kAREIodpFV4Jg7ExUJ/DEnZnReVorZEhLEhRhYBCrEzQmRd2EmUQYvdIagqq2KnlL8iKIKN VgbqPrF6KpDEJYewAqPZF0u0fxUeJxjtmo+sqd+MaJuwz2ZnHpcy2Ex2ntgTYlQirNI2xedPKvHs NcWh4olBvPGOpGETRAWzXUhAsgHZOvx1AbMzLTC1T2hICmZxgHQS7RlX2FS67g/FZnbCPxI/mhKs qvwvU0Mmw4yhOEFeVnMfeglJniI6uaO6/gS7uS4TRzksAQgSmdYBXtoolso6CbfBZEYDeg3ublKI MaTq/h74qaQTYgy2jXnDfCsH3owpLnp9SNHhS8E5QcjIY9DSSfSF7YKig+NwseJOYJzewEFewV8u GBQO6w11Qoa1d3YFvQ34hWpnkYheR4Upa3LlVzS3ZIAMAVZTGtTrlKHHBxKeKsBVU1sNsWNGjJtG 9YBqABButwMidAPOjhrKS9+QHMBL8fGf3DJrKMEERqxjCLNU8oi1dnby0MukfNB6s+GkIC53eGA7 MY3Z/DsfTmBJRjh/Fr19XWVShxmEoVWy8zrJ9CyxJ5HB50kXPuOs0UkRJvCqOw5I6TEK4amGGRNF SgTYKj9xOVlMrQ2SHJaa2DHU7RtbzzBgShad/cwmtN7OwLAuK++CxRC0r+ChjNPVniVOJltDDz6E 026KTmGxZd8xKZT5WfCQm0Woz3VuZ8bd3qwUr+YMSQzUqAtYGUux21YhC4z/ZrXedCmEjRPD8zQ3 zmElqih1Wob7Uc4aIHk7vb12JXti4c2SsWvXiJbbO3Qjgcz2rHRJZ5Y7IxmrkTAI3WvrWVizhEfk PFzELIqHGAkjtIGtyB/kfhGJv+wlSIHZCUnmVbLMy9s+K465/ockvzrOZpmKz8zPmMzMMu1EvEzc hYwtcnM3DFUVlONw9oW1b6BEzh9mWb1HZYlEUjCQkcz4ITFb6G4ENzneU1HcxzocSOzaVn8bE11o YA97wGrRlE9c1MaVO+8ttwbxPlO/milPhO0FiJEskuz5RKn9xlz8R7RegUIZfx8z6UWJHbM6Ic3+ 8872vr+Ts7Q84XF1nf+wNdjDFxaR9W+fkz2r83/TKqwIABuDKgzbDiJ5KFvTtY6ce6a/Bx8RWUmb 3Sl2jZYVeBkCS4tZKNF4LeLNoeQ9LSkvasuwEO0YusezTTuXQ1DNYyaMNEGuwUVOTKywfrchk0L3 AjD2IOKtxk/E7LYonYCDCBwPJMdGQXAGyLFRLmGaSAIxog/RGCCZ2LYB+eBkoI2zOj+kywl5pyo0 yAd46J+cMj8isMjk46AhUVNQaWF0jmnxCYdC1/NS/6Kf3eu0NaNJ52M8c+ENtowr8yhGVZQuguzx Ey8JdFH+q9fm5VR8WlzQaRyl1SNEcoFAFzhUFDggzQM75rTkxjNibLxzmc1HsFhw6u48pZKP3kTM 63UAiTxCLBFgZB1suloQa7ZsBa4uFDU6U5t6dpLsdGUl7fjOCT71RmNkcwHOGbGoQw6nMMlr4Qd6 WNVygVt4igURwMqnMgjGeZtlo1kJ5zGo92vuKXZaSbCbjWbqeD62CDP8V4jiOrKgpRvKykJ6rqQt wN4kICnbsQ5HwLc1J0ODSzN9ji2y0exelsp6+ZzuytOZyx6xQr4TdPihzh6jyx78DTNIerffnMpk RjxsY5LlCM44ozOv4SLLMbJ4HEdsDYnpCIYhRfBcAjvAA/mNdOFn6GRGqeVgJo4S65BrB6kEeY6k eLnxb34qh870k2ZRZgGeWx0eiqaICyvJcAQGInqGzBYGBqYL0klCcfBGFAroOpErqUBjR7hG8VO+ 06FaMpY6Z4MytIh0YZ/51y7npyw6+ji4XKSN7DE3I+NAypwio7JBsnZdnyN78SwaBrcfba79bM02 d3RU3N7AdgrHEC2VSP7Fv7za157sYjBQEZCbi8I649jxabHyANpmMDbbwG1dEQ427YnIUjtKmxy6 wOwO8sSPNp1QzYYX15RnJetqaUwhnukjF7OnpGcSjphmNoUgWYDmR/8y8g4X7W5e2xJ7Oszm9pXd cEPJh11+dhhnuM/nO6zzPauFWtz0THSRhqweRUmDvKNITpyT/5L5tBn+a76CIUbCBXYzg1Yfp1DW PS6D4whAEybiF6a6d11RagGUj04jiMxCDKwidHj17DSkdM+IGJtnSb6XWDxgzaPKc/piRNeyW6w4 FrfNLVlKxUF3lGAzDO+pmbQglJg8zJ5LUsq8rJWMZ/gjvXVKKRJ49WlmhgNvIT0m7kik54XrLFqG oycG/1R3Vh68GY0M21Xr2BmJM3eoGi8VzgwAqvpOe8O6YjiCAnAH/sCDaIYXx63HSOZHy/qUpEzu W8EZNAnmRGaM8PYCvuMgfUfb5D0u49KAxQ5r0BxSDXp07qDUyxmcCRHiYrJLaLtA/Vqy3x75zdbu iLVbEG8k16yOGl1UcS/DHTEVUzmdgQZBvDDan4IYXVPdy0ODwjHuK+cVx1RTAqzxygpXwtpxX6X1 6my989SSoGzqJF3YOYNq0gTKiw17g1UPtKRqYDplqN4Aqsbe095yaaAbZK+yzCD02jlIuluH5A/D A97XM2HXhgImab4JkAyTBKMbCE0VtVYVobB7p6Fvvc/Okpxx4DMMzhvrvj7gyABPYCFQFD4IZ1Q3 DlNHBi4oZb5o6lsdtc7eTpICMHVYVRQLzDYZYFlbbOWpCpJdd8YDSHvAI6phiLqAa3mxiuPjxSvz vq4BpZpyADYxS9dsZb4I0DRbCbfCdh+DFYe+Qq3hiSBNtcHYAJBHUmgkgNmpAZK9YhIeeumdhg1T ew9tN9iw0EwHBpBXwKUPTz96dGDm9w9gPgicAOsA06scK1U/fztNAI3WaBr6DmF1qX7OgFaAfui1 MmDgN3lW8r2eG/EKCIkDl16JGb4KZwf/qoFXDK5I71u9sUE6Jqg1iRbKqxj3Os1KwJGIYiXonccg 1DMGTjGqN9Y+xE5Wid+7RC8/1cnfavvxogL8oOPv80Wh/cfxt2rzbwg52n5qKo1A07kSVag51wwF 9K12ei2U0evIBTID9feSwVqFQOabwkHGWYd3TXI6EGmH1ZCrhwfeK5O3OzXZ1ibe0wFQdeXl1U63 0RqLh2OfB+hjXBvUixzB25bTT22aK228RWF7D6GYGW5er5MeiDDCDoUU9ve0w4vjAC/47twfQ1C4 8vGklkVCvGHZzXqFYJ7HyqD+vnJabBBHUCairZmUtLXqhDfdSrIS74/OqWar4DnsQkhvVivYarWO 2WhGtVoi/zUWJ8KckvkdEbKKSGg6Gko8bZm30TFW5vWBO9JfpsFltD7DCEFyRgEKy6zZMnzDYC2h XIZoZUgMePqOjFn/XVjxvOcuIpcJvZ0fokUtRPXqbB2wHcDuKjg/Uhl04URnmv5l/K1okDh2oY+y 9zCa2IInU3Q+R4N7TIz6c4ttjdwcZ4SGfszxIa8ETt9jPGkBeCieUXuMe1SSp2mlVuibKvC/nuxk IaX+w0MOS22E79zVEtUit2yyQFFgF95b5FVlNRdmd8xepim54GIjr6IC8+Uaudo8/DGQmp+3Ip59 6Yzkpbxo3AF4uNaEZskDR7e8pMimXM1HjL//LCEHVpyM3F2a/0APH04YQARFG4umpOGsjS0oeB1H jMI1FGcWZwh/zCoRCXcszcF7IYdjaMyGgAnLBJtlXFhRDizpEoYIJYRARRt5bVvDbcnjOWlgzfYA /lP26qSjGM6mo9SKatbhtvyYwiqL9Ye4+lxLFgQJZwQJtydW7XnggbVEpCDflvqlfLOojbAXPIdU o6fAwC/SKblAIbogtzXFf9FFUdO7Bg4hgCJTdZPwrkJ/GbcgBxJXTpHjNBeK5DxiYMwu0CWeJXWF ZwiQ32j8Kbo1tTVafuEqZYu9FmvOtnDRV9JFyvVqUORMr+yir8A3Bmwzi2ckRILmWCzAMlD5WsWc bQ3ut2ubBFskYKUsW4K9EGDKtZ22F7kVc7IKBVfCUVt8n0B6+zntMN24KqQuvJSSEFOTF9uDxcAW Q9EjSahbMvV/PN0JYhs5kG3RdbRFap4lUnL1/vf2z33p/i6XLCaRQCAmRDxEIrVwDYGirIjy/+ZV DoGTocK9GpF1GzQ1Xy1fsLz03+hkWlhOzEKOdFWCCK9kFGk03tQhHU0VhAhal1MbjxqzKp0ecZ2e ecdCfSRgYPShfzTkScwjDRTL0HKQrzgx66h8inPIroxQfFVyb/jUAetxoV97hlTP1KlJRKwfSGE9 sTKhk+lQhcbBAbovsaA3/9S6WVA/vqcpcw4CuEw3FtZzJAm9y10EVNTNzZCHvg3fI17fGag8mmVn 7a9SVg2rLAYyUMWcQDiCvBV/wMySZ9ou5Ed0FXxYg+XpjW65+vC35VAbQtpAQCyluchBoI3Vvpql kxOl/P1ephNbSl4qywQ52mYqq5AGqR2kmHAGnYRGILV6aflMGh9unBq0CcGqsHFj7TGNuaE14GKM kLkZYLQp1td0huyKKfkaHl6mDt4YHELVTTCiot9s4zbLbCg7Yv4PVLGXR5NyCfuRIBSsoiN4J0jI 1+y7/C2gQNbFRfzL4uUjvkMQ7HnnG+uvdARmlCvTviLqCixNTiKWqzz51m/Nx81S5lWfZpiq0m87 KhqD20kA3Vt9vOAvKXNNeRlcpFS+VsLqw/0JeVLLWK2MW8l2bHDJF84xgL2cHOURDo9Cpw1ghRu1 UVba/p/uSiJLG4k1deoYjXYIo8BEJKE72SCwKrgp7/rmXXuIx0wK83DulFQDoJQZBO87vZ58A1Cs VZ1Por+IIZRwnIcTAB3BHVhawXz0VOYeB5xV4golAbd5ZKCtl1AyswKYhFA1QRxo8wM4P6GwvScn AMfoNgISDR9SKo1KgqWf1KZJctRMMm/W3qsZmJ/VlEw1O7LUsI6KmY1PA/gdHmnG2CMFIofA21a2 /KHuM61223Ep7WmRJKn+tAnoQS0WyQ1LHku2GDHHQI0wNuXrGA87R1wZNzInQ3HZhB51g3aqGNqQ 8+FxU1Ng8rwP62OuOQrAKwYZpaUQgUgodYv8fjZk1ObB3F97rk6EYDPIYuMTdoScW03CXvSAHpNC yGcQhkxOVz7lXH3D7fHeBVTzwbjqG86Rg/JCEyHErvhYhVo+eQ9F8Yao8lUdHHuvHEWEtSgXwGgc Ol2gEJNNOQKSGnypCMpiw6CCPGAmZCd2xY9hoWaIHxrzn6bpA0+tD5PHqBYgMbaBA7Ktd5l6cGuj aawdThQV5ADXQ6uEENdF0wA6kSPCTaanPNCmzJCGFYahn9CMpx/fIntLseM88zymhRhrRIeZJwWO vt56ICXRI5J1mJAeOWDuJQSJv0WXsMHxYHyNHlI2Osp46E6Iu1H83exYkKjQvbo1YUO6I/+zZZD6 FgGZl5sSdJGKMRM6YYlx4iV9PJsm9VZ6rcOWqLR0Rpm7NFHKkP/Hfz/dznBmQjlbbq/ojgkXE3BQ BtqYpp9D15k+3csr0UDMa3+hdv0YCmSKKOcWUU6luRp0h0MimKdPxdvKhpLZmMif6vO0zhsjWK/R m7kVMw/AFUz5c8ncWv7Q95kAcvN1qQ8+ux78nTa2mPMyppWh+PuseIYcRX1MUsybwuzG8Fv/9QTc 0Bxcrm+XPHBXOoOyxWcKbIgAbey3jQN3zaVQeylOyiAaofLKIWiXBMKKyPb8QqhFoLqs45YVZCCA qboxrdNxoTSGb+DDvFPVlC5i/N/a10oWRVYGO4NUtk1A861T5StFvHSZhop0sNcTFybjO36iaan8 LQSZQLPKwKVF7iIqflTLTLRErS3X8M58FEb1HOUR6SE6b+Vie5SKS8vRCNAtXzHffIumRaTstlJT K1HOAZHEEiTI/zpZtxnZWe6SX/LkrSg4NE8sXFmthPtywgRXuKKB3liasGQvaO3NpjTKba3q26Ce jpA5h0990i7fGgtje2KrsaxFdMDbwClpRqhLXjPPl8lD/Bb8mFKh7WE7ZBB/9vLP3G08cvuMi1cy Al2j8nwaRfIibH+RKu+LA+bLPugOzcY5eth7YVoaKKaoG6MLkFWl8qhR4w+CU0iHXVtRGk5pFruv vL8WliT/SpdargyqU218bZiKNozN8K19gvOa8P796ENrCV2yV2Yfx1jmmVtLbOgcv/PJnvUuVfGm GL5cLmZ/Qdybf+9x7zCMXGU8M64+y5QdniMP8l9eu0rpVpOlnBmCh9aR8RIEyiRkfzk0FrCdWMqM Ck9GmA5vXmlIkfVWGahA6Qn+0N+2YIpw6VAr2JZAqEUoR8f90Q4Bvy8rVJAuuQLBME6LWmXe8nF/ rONQRL1Xh0wHTamHT4d0erQjXwfPhPYgU/INxPCLG14v4u2KDUNFKhGsvDiINMDkCUgHIAWLuFEx 4hfABMgDhwI6+KYpg4zgRj3LD+yD/bpVx5AkdZKwwcbz91PZsOweItW+DKQREOkJ/eAs6FNlzQ7P CXDG6nAXXiB65Kv2dMp1Qrnr1y+AbG07JMBnQJj+y9CtnQUP8GRTNUasPuAmkQlWJ8/vXFZHEvhg pO3VevTDLdrzgTACOthSSHz5AD2FIOGzOyy7dE5xtafmK8iE4GJAB28E76QDoBdaCz2qfpo3Gt5s 9g2o1jTMF7yIF7iPjVDonhrYtIOqKBIY7ThmobmZVBgj4KPyzu9nKKiP/Fw4CeAaTms7eFNLd50i IlwAZcdUBz/3LAz6CV/8ELX58WySe+8pAIymk8CVNMCa4PqOzangt+I1umA8sDIcGsTbKcDKxvdG OZ2EI6snJ1MkIR3MFULqRhivKcI8ddm+xY/TTuwI+KJ5Q6g65QJojCmqhR2Uoat06QqcdH8HOjhv A4YHx+7oZedIawzA1N6ZFZDka70Eh1MkoCp+Ko29Gl9x+OVRLfoqjatRx/JrmkaF6YoibId8XP/3 5ff6/vvfxXnR1+t37w3sOA413q9qxTt2RP3t/2oHXf786TCTN7XBIGN0/XhFprNELpfXn9dex+my 87XVHisRd4T02/t/w21d/g16BedCucHCEN0vPcO5tetkaQg2qFiZdmedfHj1IdAb4N2xKmqOTTyk F2QNx3dcSGC/KmTPOblFE8AkqmxiAGZVtvu9NzgGLPuHiYTjdy614zJeFNGThrOzzQAwHArveOsI UVh/VafsFBEI/N6M+fPpaBSQcm/G/HlFn/NROkUbAux0bsX6CFE3r/7/6/X69/L93wraryYH1kbY 548OVUor7FeF36S0R77/vSDSJPgSsPzqzKOISwGC9xABykjWNgDoeuXoPr5dOy2HYH27V6W+vyr3 tydA/vYZ9qSAhwt6O6SdETpiQoBXlf8pML1V00wo5EgndU5+v08aU6fecMpfaUYu6tnfnr9xoF2I z7eqx70IVQ22nYNq1D1fdtCJetMiI6flKOaHG399vaQz4PdGfL3+Zi34Ua379lx6lMGOgx2X+ECK yKiSmzgpg32Crx9dde5NvSrOvzYvnrSp2Dio0p0W7UazjJEERIkcOtNRP0wXY12kVrrrXB79XD0k kJCNjh0q9nXZLglWXLHLKCZGdhk2NaSLDIRwteWlqzNvF8RNZtG2GOSfN9Gqc3XY5rU3sRKFF7F6 NsABQVmH3af2KbjxzPG1h0R0ap2y0+NtnjTPowHE2vrRYwK+3/6CwXAVct4ZRP3C32r7730CaFDn 2oMtPHBOvx0/LtmeVotj4L5b2yIUXfdKxJa/LuY4t3a0g2mhdgq3PTqO0HLQcUuct4d9Hvfcgd8B ff5YqJ0M2ZIfzXl+Dro3CyNjWLpXh7poGbJW3nEMFpfK1mFuFuKo0nnRRGs9zljEHYgtW2zyljG1 rNamTlvz0kbLk4ATStnCsrikaLMkS1c63TuY3N5apMfCI0t5UQquis0x6lh1igYsVfpwOpBmRur8 H7scIh+evSxMDit2waWFheLkImm/bz8CRt1a0E6tSLO3WhugsNoBdMWb1hx5afMSIgJQIXnWt1Ar QZ1Vo6gYBVbMoL/lKMXbdvYDsA2tdymiIfwV0rW5ETCPvoJS8b9grHgZ4Gb/QaZRNAriwA1ghK5a xI6QtDBVDtXQrdFHhK1iQYpatlusLkosP+mCuzCk6F5uXBpYXQeOCEfbsrAkuiRLE9e2BAreTUsd CXLTBBqAsboQeU6d2vfpkD3jF5OWtOOA5/TdKCSQo5O1kLoA3bXGJJROFLEUl1rWwlAGwjLDEy4+ FGoWtJdkdNnqjBh6SCsBNQppdDMyxI14ThpYGQgiXUJy2ExZlkhGl9S6ENv5eElJ3EhXyjUHyBft m4oVuSDFKGwLhC8KgH6UeJosXTZkqVqWhnacrSdpK+X0BcJE6MSJ3/syZLVoRCBXyFqqLwhNqeIT rXITmdyKu3ogtFA5/gc+pM+pBTnTH2muXMYoMYiWCuBT7KN6U/BmFuOP43TELg1q2jQG2WZDou6n VPIWX7XVQMACbHpUjkoLypWlITJO2TsgoTIq0PH7XmQ0NGElIyX7JZmSiNLiUjaA3TCP4AX6S0GC Caof3qP9gFFAB93LHMx0W2MYEbzsuOO8FUFC/9zWM/JyE6lT6UpZkrM4KCEMlt6WVEIs5YS+hlRW KtOlG3gaHBK6eMoeJGXBjbenfsL8gK5AXBss4RpqrOvwBFFtz8U9IHHZpZYOZH2AMUuf7oJWBh+H +qLoqQOcmScMt50mBzB4e+DTCUeMGY6LmjUAV0rDgi8IzBWYZxyutFvyCqDN4M1U/qo31d4BoB3n AfkdrZ3GElBcnTUgoouOw9VFxwo83dw9nOTFRg9Odd25H2dzub0733QEyNPJ2dG67eAFcnWIQ/gN bHlQLOWTzesWyaWTcWTYM3DZXa7hP/jWztdOZjGE2x3dPASbvO+f8QiSQWom48VPLG2gN7AbnwLW wcJyaCM3H/sIdNWlPBcO0ZQmlYrSG8rQDkUIsDviYCk/MJncOaJ8j1wciKNGUdUfPamjGCiZpSEV 4+lFg1J4uojAQPa+xb+g4942RUPaGpvsunxUPgOR3I0hIYMzRS6cRRN23xgp/8rX+5vLYIeoYjP0 PycSQMIYS+qz4/xVbpyfyq8zJknFXBB35ncX10DnABatMiKukFdQv8YH8n05EOyyjcUNysPeOMzS W/gfSzGYg9RQx0DrvxSbslMjD4ewa6sox8INp65cB4LNlGvqK11bj9pd9p9x9cZa897ZOE/LlPWp M/f7a2rAuIw5wCHrj0e+zXFoaS/YhQmIJ49CvfYoN1YEoDueq6FRqY0bMmd/XNB34OpgCi4418q0 W45ZvaHbKgrRGNZKh2EF6RAloVbRGyZJs2OESt9tzdA0A3D+aXPOBMEBCHjLkT2yU3rVFKZmhGvP AkzUsxid2VMRrLJcNuoA9jwgJai3TsvhJem/0RiWqQVA5ZDyCvftiGmAhOzf/gk6TtS4xdQ5PBkp bW+Lp6PRU2Wuxd6RQ3vaZIn9qLK3whBunciksYnSE7svJhTvGG8aStAmYLPNUIFPdlb03kYQT8GJ 6ZilsU13Vc3b78+Mjy04xeWE2l526uAg97SvhySOh4s8qy327ck7TvMTNeQyjKbvNoE8vXJ34hz1 NQdlJiyUDzF9w+nOthX350SmlXpyAT0qlMfjrHguWhYS5wGU3Bn0CVaZZyPJJEpMeY36zivTK+US lW5m9xOZqIifSuLFPsPfxCGHA7Vfc9+LMq2npkV0RzCDW6ZABewK4m3rE2ZSotSmuIb2rse0nnw7 TwbP6Qff1fLtp2YZY7AzS8Rw/qh/MyWGrBFYdBA63Z2iuyZMMffFc0YrJuCyqBftBtMHENJ1YXFR rE4Ei0WQ/YHIhfECxHwQg2WphdNshVMINRUNBJ8iQOhVaBQiVERv8CJNHfkvxyBqqsiHx6lvfifP AK/Oq2hRHFcJvXBb0xyNIh8pRgGICN/3AnV/PTYrxRNJOTyxwJ+XAG4UC4s7Ah0G7IQy9VwFBybG FjM9BZXJIHiA4v7h5KhAvlu8aYtLMZBiwWLzcgIE40Y1F1HpPa0lNTKEyKxSsRhSFmMiR/QvOhKe SqQ0hgSCduQxeCVp1RGniNh6CnBCZwd/1qCUJT5UCsUTBo7p1r2FTR7tlNWMw7lMcV/OPXeqaCpG lh2JqfBcD5hhoDx2/Kdo0jU+3EGiJhUQ6g/8R+exojRLqGZGoVikrPpRz/KjyXdHm+KSGNj3OjJo gqwEIq+Ny4I4eUqxrj5aAKVWTdNcRJUvd1rWziwQYLWKm6lJd1odjoXIihAkbB7uTHg0GVwGcTKM 1JsuR3xpHTCNQo2JJKcxfaDU5tx0OXonMhwZAKow3F1OSrF3YK+njC/2yagSayNaR7Fa5wWlqY4d Fuve+rfVmLLTKMoCqKJXkLuK5PDFyE2/syOoClqDU3Uh61S0iaFvHnuB3/mqJ1w0UkCq6MbJsZ07 HOgqR15ezOSaSEAgDwPIQbOcF5ZAIzULPdQ4jLVVuFS1aYire6OQmRS9G0dTeXSgaH8qYMObrlBZ TABHm1gZcaqONBk4xNXAVAb5iEc1pYYbdw3oY5SpJ7gwa+8662DyCJZc0wQv1AuFxkU4MwYxMZYE OIVplxUSfnthzBL55j2gPoxdNdO2YIpA3C0EonvdACaW5jAX5TDEZiYY2yTLrszNzkdETYHDYrEz p2JYNLIiQwCaOk13Z4QEc2J3pGZx94hztr9qZ4gHlcEM1b0OEd0uGA6BPoxGwkNtqZqpQ6awJRwj Gzb3iAHrFYpUmwbyhdzyNlgKAvWTgiKtEfA3KJkVwqAf+R9i+gjS74QWuA0/1s+Kkwe/6NXxwrBd OExvvQuTh68FRlGH0EBvnTMgAMcVp52A4kMIQVhgI5gsRPn72okjjJzbuawSWzkxcEvCiCrwEQr9 5vABNcNhDgj57pFkc3dQJCArTanqtUmZKVApSwBYVosMRKIXANq5UzAmPFP9JK+iFrcjF4Bd2Yva 4Pz3j86NDxIDrYYf6QRICrbi2+FfHQ8MT1VBrH4bngeDAmwROGgLUKUrPyFLTu3At45hBp2FI4LZ FEhrYDCHYEDkcARI1mkgjgQxhNpa0oW2hZIFnUGCle9Ced+c96yhG2FbqnDBs9fXi8M6AG7ealiN riNPkPXilYhUiGp3eHVvMww0wyhChAhWeBsGGQHBeIBBECaCiSx8TR2xu0CSHZQdRA5HdTi2OWoc G8LbOj/kA+QLYla8PA46DqUjM2DddAt7wgtjoy7DFZ1x/Xn57/uv+YCb//YV5PDvr3Yf33+/nHaC 11DgyrEx/OcXeOhgE7iuQza+fl+htd+O4wYI49NfcHcg+c9fxdBw37emD3KFMX5DkCGxYGfC+vi5 Xh1dQlQI0r8+Var/9QP+HBZq+u/fvzYIPr+cOk7SjuoG1+/sFJQ6AebqZBXS+9vRLDBY1NH3YdBO F3cQDZjdGeJuJy+noCBBm1/9A7RJVYG4Tmjjz3+fpgDM//VRt3DnXzXXwPsOGG9rIPz2k0A//zqR BiUr/3bii9psx9EEqbOgjkMncfLBwB0q4wqzIz56Qmj+sTuR5l7U/H85Ad1dANVME6aKBi4DP/FH 7bxR8MD/RH6JDw5gcb53muYMmexCcbq9AYQG7kPXmX+zx+z0wKYJqBdpUaMljFWfeYZ2Uy5fP22X +PU15tKla0f0cB+IANFmgMHjdm0g0fBqFyoJ940HD3IYxJ1xeZXAHg9oM+q5HUAHtoimHOkTHNwv Q97zVGz//aL+mdsDqFoVeDQnmHuEgD+zNmUIXK/SGrs8AoVgYo16/SinhyROhOfXjM+H0bYCwHhR lOfN2RqL0fOhFaiHJxdOQps4hfxnTv8a/prr5fNbCnKYbUtFPG/jBPKtkRz8/GKwr1vdwpVx0LiI 6qqMioFzyZ1zwz0KI32Z58+pQ3kLrsMDe1jYuP1BZAS6t4wWlQWdgLGQw6Ok00AaaVmA3ZHrhTRa 9pCpSVl+rQYFHGhwX8Cz5lYOS3p3ySgjX5hdtCPHF24FEfo2goqpC4vE3Hutp99wQ+2C+EoAoKFg WnDTIgpnq6bKImk0W8mW2GbV5nvAMUEEvEWgDjufAUNKe+Ofr4I68Ug6gtE2TwVUHeNgxlCAWuq3 BL4kmeyiEMFam44nknrWzS2l1P43ZdwqT2mIgzCTs26KVOvTcgL21z5y3hy4KEgQ9gu7ERaLCoBF FxKbIub7R4D8Yjz7wsjAWDITqNZpuF8INXrJSoAIH+n7cN+QanSQCG1yhxGbAoZV+S5ycU/hU8zs BThGLKnB2GKGZho64XEhtyJLnJR2eg6L+vlOovJVcZG0xTKxIN7cE+ni3v7FK9+mQiIis5b2FzmU xLX93Rhk56piYU8EmL1KAwQTrCkHWbXf7USymmKOzvEXtISbBmmy4fyITKCjHywcDwMuitPlWWT3 5SWqRfe4X+4QUGqmYmCjoCN8KDMhmlU49xCchz7axL//lN9rkHIBw4kM5lTGF69LTClVQEiJWMmL QUHm2U/SN+V0plhQSrDwlfk2XFv8gtBURbiPGiagdSlCdGQjPM/0mYVhYG67nDGqOEr/MxD0MNBC VF5DzV6B1wod/IsbPb6VffIG5iXc6lkTMnlwqCM1Q0hBtl8qVMjL9JBaCUgqZDqa0rasO5Uwuncy kj6qckfup3XZd4/Rac/KDMrfGpmGF7t/4apGyEWHP4g2e2mIsJdu5Np6X5Uvy+IxDmN13PQL0VFl tiUpfgxmlO1nbBwCLDs8CJGYGdKSOZSC3YmohxLs6Qr068qX7BcAQ2UyAoJyA0yE6KpAg0mRmAag XQfjzG75EcCFDaHkhfHUpvKtwLINjbQ0MkunfqSRrCkEy/QRLwK9Zn7E26MHtHFIN9MELOQrKK8G lXGqbQrBDxCDbACX1dapYNTB4BceFW5irMxT91WbB7ynY2jTbs9Ig3+oNIWETbVJpPP8VEOBxKQA CbRCpiev3QzmGbjCmrTL+wFrVr1MB8o8y1AwRR9GgZgFtNs+CMEJ4nNAsT7aqwhF6i8JBI9VIwhp sqvV/ogmLgJ59F9lMmAttKwn7v1xgkmlc1Eb6A6Ygc07KPvFybehf+5TxhyKB/nLexiNvwBtAbAb xJ+BO1gXDbC3Dhv2hRrsW5XDj3A2cJfn93tYP7xuT8jfnUGWwDL7BHgMmUdYSBRlMBsIO7TKx7gM 3Qs8xIWH85sdi5w6PcGvh4isBdAbPYHn6NyRwzUJS7t9ejulWdCuKDSH4F3Ml5lilEWHLwTvu6jj XuLpUJc0I/C2RYsoeucawJF6A4cDlknLWP7iF+9PQw+VbHey/Z30nGZSWApnAD3DqyF4PsHb/K24 tB05OhnklVeEEGMv3WuPV/uQfIg9F9u2HSMyH9u71axW8Ut61CQkNuuqN9XjTSIsnvJkO9tgyjBd R3OgYX9xum3XANH2AszFmOHAKu5mZpjRm00zCLV8NA2L9hC3NkDS9hEw3+RMwXRikg/+gf6h0JT1 bYuk6vROaPcgFTzU9pAL7UQQBKDX/lQqB1ptd4OMsDdlCpjl6+xa0KR2JlJcwOu2V0zNFOo91Wx/ xOFFtLcPbY5oTF1Ts7bCXA5mLi4KHEYhRco4yMVMOruAyZJheGzOQQMkZla6pRVhtvVNo2dS2XXa CKymb22XDdUNUKa17eMEmiParOHk/egRBUt+tyNb83avKHX7UdG8N5aCoAOMmYwZJKAZDfTcbBhJ xyXZrUpLn3vwQvdm4aEEtqS9muf2kHTYS1GxmUjb8Dq41mWIdrteTQ7fQo2ZJO714EZb6sHLuq4B u7Xdh14+rSZ8DtG2gTa3YlwPRxiW9pxg+U5aqpeHky5te8HOMUAfoeAGpA96aa+ATPRpFFIh9zSn j4I74qRD/sYXmzvEhP+pWH3hBk0mTezSyEff+Ow7mm8EXrJS2zGnkvDZyJwe6nk2VoVj3ErdmjoX ZkIh1dQ8x9M+dAsFvdVbP0zZemfUgN0MGTXW3wKLymhbj5n4jLfn4sP7Ws2LIcRIDPZekFa0k/Ov SiSHobl78gDNrT1PYBQnb6yeluohrBwFOlFnbSvqEIG2solCrbSH5+EuWsGDp/pWlCGC4DCqphN+ gF8CnDkry6KVWuDibFftPLCv8SMMqoiomM2irgzJHSFUwoy2C5m80A48KNwsmBeimJoWyMsZcZvd K4xZjLfyXaz15C3qhBTFgR7J5zCFfhwImG4gGp7xiCo0LM3xtkDTDQ6lcB2DCjTMkbseLheqjE4+ 0eksOczYHmgvdC6Y9GW5GIkImsYkloFYouwYDxS7xZouAEQQshta9YWmjlHS7TjcbB7gbK0oUetv 4mkXtSCdZJDlm9x6CsO1kSMyyJcKEKMFDnaNTnPhte3jrzkHWcBsZFNUwtEpTHQA8dpQ1DtXCjyK KMncQpBlGp57iZo9KhLt5FVsKlFqPzQdbFV6sI3ABKiKm0sT6G/fFC8wwjaAWtpMpOCBwjOt2vSs WTQQlxFJPKNvAF51U2UQlGOGMQWtmsE3RCvsoQ/u57rxyQ5WacK/9ay12PBcgt0bPEpbassWqLJD JLhEwvU1O2QmhRkkgjxPcwsd28LbamIPFB9asbh0doHhrSyFKljpkUwitigXDJSMkKkZmyhvzlUh CF80JhrMoh6mogyVCIvvZMiFtfpJFW1cBd4LaTgcyi5kLhwXibeTgfPoHTTNNMCV4HHiqyCng5Xx BPdwpExUsqzX8F/refQcHzzeivvOX7HjTBsIisG2DjHkJtGebxsPpN3z4zJgT19bcPM5VbgYyFvY EIMAD2vTUjBFnfAMEorQXXTKNzzVDnZ20ALciDmF+MZYOHrAhRFgN3jlXwkKPATECbd9vYiKwTRK aiFtRTlScKhNQEsvKVP1B9/pPAq4D9iqt6kBQNVTf749VEkLl866Ve6hMbAUOFkdKcMEHulfAw/d h5dWTcg3qDf0dWciKJH1c/AX3wT0g49BqdV4g3Fgm9+PjmhQIgs4qsqyclOwWyAQiAx86VYnFsCk gTA/VSi+/wWIBYAZ2+m4qi6dR+HoA9jWx8tfs4Y6AshAiCCuMChIWEAotEsVbZiWAlqAo1mATmFi QWwQzao9fwBsioTBnXgCOA0kMycFxRC9ADEjgrtBbDBC+GFdBmNWk1sxJsQtpA1S52CLSiKBdYC+ v7hR/yoqHdwR4Bcx+gQOkkqc/+lECUDe++UXTwCwiIGwQqmBjwqLv37+quNUWAuzDb/17sFOx/jt oI/K8AHBycI4MM9KcSsQdcQE2LZy4zf4ppLdv79vP86bviYdqOTl73+w1t75aWkJmYeHUx1nRMhm qZuDP0giRZNp2moq/XE6sc0H0qctO/n5VTUvHBCcmTTHMoJVvO1E617W6RWo4b29lDOwUeOK/P1D UTqCpfmH530EdzABjjvNtzViw6N9JUg+DdQxzBAKKcV2n8yXrTi44+P52wLiiQkW0sYi9qaxQTQ6 ZlhtzbA4Nvv03d7WvQc+AEfG8BCJVbXVp9ebZnZuurSLpKtHwrRqSuxteDm8glcBR4bTfT6ADW2r OSEP6th2m0WtJ6/ZfECVWXANFsZQit6mYY8vJpbqlftbQnJg8nneoF2mUIwtaSEtwoueNrA4P/A2 pbbCJisHd1dF5V0IVbGUbkswPTktQ/BV6UnpBLduBeWEzpY/y08eqLjORStBL6Pnz/ldPecSLRb1 z7l6oKqlDyGdeEnUr49AJ/+4zUClRSW2SMIfjzYUYBgINXqYCxb0CPCs7qZbMaM+LTfGxBg9+LT0 CvRhA8i4RGi8EgsREmKFITjpiSc+vK9xnLPWSvwh0MJhkEHogEigFQArgySWf3msiyRbDEQvplYx HffvNDn8w4LCRp1Y3zyC52YXy2oq+tjL1s0PPedwiFI2+W1BcWzDC+GEWWBPYErPCvVk7CI7PBWa e/yGyD39a56aVydhlUOa2EIGVOAqIG7d90unSVijMdgi6RdpiJDAAodQS2PvdjfY3hpj7Z2UfddG duF3cXGRrZRgIaT5lA7p3f3KF/GyfNO0/ExHYkTxXGt61KHAeuhRekO0lrtIGSxnJIuF6o1UajpO cQFSWKJHP2SL9EC4zlaEBDilt/rv7n9R8wATMqYDNL3bGrG7jStKxYsFHL5shhFqOEu065gv3nRw LZ0pTBKNMyC/F1QwPDHYZFfAVxy81Be1TnUQAZigEyZDCxN5SUcJS0iBmTrNDy37KFOhhMYNEqFR 1SJJdohSvkKMAlrGZqZTgBSCgPRRktL7oZY6JOEMOCvuicp6KHRxXfKCJ0mxKJHSxZw0XwQv/hfm TDVue1aLdWC7FuKqAhiGLCUxFp0NYi4a7FEjeWCGQFBEGWoXFqHko/ubnhBosSX7f38r7xYNkgyF M73YQH9TdIP0OiRXauOXDIRO5DfyHlhitlLpioxMgxaUv5VZI1EAWTITawMEOKO0PtfhFoFgGdrG 1KhnZrsHeMA7lFiqCMdM8uS10jnXuSyzxkTFRSUI9N8tTJEt4W38AXHgj66M5lMarlxU9toBDkhj 76gro+6XQA9CZnUZ4VmNGcBB5hqmoJJLvRl6gUs3Xbz7A17y1XllsVVwSXjPZZ1BBcLLO3WtEv74 5Atp9u39jVj+/uQcypPn9nt0//xHve3D3Q1GhMycZcNBB3qpgS8e/9zdmA2wq0zd+I9eYmdMHd4i Qy5qPBwZVKDZ401v+HON0hZEU9bzeUhglb2mBlV4uIFE+P1USZvpMnyg24P5BrHd3cAoTk93p04k UNH2gCZtT3fgF8iCdN1BzOEI6mHjTsPgIVxF7nwDOagy7/zn7uEPjtzfGuh/JPlodnTyWX2c0Z0d rZRtF09/TG2O6P6PGrkzizK5x7sT3iqSA4Iof91EdIt0TkmmVRJOSA6+ZqA0iEZOezCiyjryx9ty eb7MQlDZndI64MtyqbCFoIv86B86h5J9Jlqoxcnc4BMnQmsYrIh43SKgi8mRWt6cEpUjPlbQd9us l5Xoy8TQnczBnu44+dK1e/2Y7QlSdHt3kxIcMIuZGEYzivR4c3uLh6EkCTw18uI2Sju5wUmqczTD gKZSNqM6+iMhmT/uZGjVYfPb6bNfZr1BuNPxlEyH1RBaXRgLfbo5tNqgkCOcCu0xfxCMaSR6Q7Sk RX/CSXViQ7IHpJweT3DmyEdkzPAFHYznLI4Ou+7SXbOOTRHtoin0VR2ZIwZp45/uj1bU9uj6GdoF NavC0hdnGp+iYih0WGf1jBzY8o2JpC3NBh/S28yLqmpCCm7kb0hXobnK9kZACpngG2rRPVQK32Ik YqLqT1m2jm7crvOkwhWZJsdVoWrL6b+OSq5n5cTyeMPn6ZV9EciJLcfY0G+az10EBTKddDgYj63h nvlkiJgc8Jfcj0GKTBIj/xBvCNCUEVmSy435h2h0FdQv7OAGEzu2pjTSdf9gRDrDxYWfrRAcfEcx 9FPNLlmEhjlLBPHNjrBw/niIgCCIkX1bhnoSIVPXLT5kQAkAV/PbHQ/OonTip++wiPsVaQg0wxo1 TkCFHS0xqMyrou00D5zy4DC3YJKJpRHaYsAVzPFmUOW5W3YzAFMzVzPMN/JewEO91DPRtyjfYku3 Bwkp2dWxabSgbWHN+evXQK0NWUZLvBJlDXiXefw2LHCZQTVMLsgHDX0MLmY+BjX1GeMdI7V2e5i9 FbqoIceAbwVmRIOydrwwYEOhmfjEIGyQvEgYmVZ5XglQ2YKpoXgpE/e36JeukYElt6W+UH/wcb6v BbQTX/VgFkaj8t4EarjcIFV6Oc6WeWYO+J9AzRNJtgywWHSa39NH0M3Enc8stPZnx/zUM/WayCso xogIKAi0JNu/o3rQk0Ki0yIoMUdyq9O0C2oqwMtJL9oRB5yhW6RpblqIgkSSVNm4zRoOCs4wMU9I LbasO3BIJcrCGYoEtcVOjaO/3CQVLZ7UrRg4HgfdemYCp+50W6RIq4uFqHqGgxTML7QuDDDbjJrk 3I4thrUDSLa+15r+E9MRAQr56f9Hk9m4+G+CFN7Z0fIxv/hG4ORZJGFESlM/hYNiisKzAj2RqAdw CrRcLHqfHj3xFTkfFGZ9BRkoKhaEv5lghxVk2iZupnUcdO43I6YbKVx/OSa6IihqFSEEI5btGZzD x0Tx3ISCZrleuwXYwxfRXN3gjDWECwRdImsUsoD0IR4ll+RtR1Y/0PXCSWlUmouG7sdm4SXtHW/p ibA/XREd+kpyRn6ibiG1gJ7I6E/IbFRCsdyWB5GGiRNFeoI693pUUAgdr2B6TcQkd8aIjF23+0Pw LDSqME0OIN4lbnFC3CtUtf2HpP4y4TlOBNMiN9lLyokxs5gpAvfWA7Po8avUxhUqV5raqSPIy13M mbBMa080406PJLA41DEIC0zBFRFqEWsfrEEOw3rB6Ry58RgaSdBWkxbtLMRFaSs+fYt4e2HDguXs 5uMEvHJnmhf/YzhLYAJYgAC+1wT5Rl8d0snjRX8ewHimmQUYjnCPIfDp9bkFJWPtGvbhB90kygxk ZnIvAcN9H/grLPMV/bMv4ndtMLzzDdqzmOGhJh9CCAu+icMRjkpGZIW+YUq8lf0OlhTI4UA82Urd I5TOzJoPqbfT6CM3xGL8Yq48CYWSuAzXgD5QFSKbSwzlT9n8mDeTdGBw2/UgDtDxUWyDZ80yHxeY 0Txy7hQ711326n+magUmS30kOg6wxMbTGok4s2oit8HX/oNpcDUAXZrGIKbCSs0NDqp1Pddaduao ySfPSoYrSzx5UZOozsrpvjSoZu2SzOGbAzylbRdgRRAJj4h7EknJL1jXdVWylKQVxLzBv59qTbKX sk8ws2I3daZqwEtyV6MlgwZ3lEjr2xkPuA/SNq5a7oCUOgnGSS5R7ZJdb1taIHBHIvvXW0SRvNIR ehULZdiU0ZuwmIf5OEE6vAzgVf1M/9RBDwJXyQyghgpUYqfmpKQekSuJBhcGC0vVJa9OLUYnSlXn GkOtzMBFrFBKBzYyARAf8BnMup7cB4uFqtUdZBSyB8kDeQ/xrglOOiUEXDfUDvrXzMkhyG4PDDw/ AJkB6BTHv6AAoKI0OlOjAxgRAIU52Ivy6mpUtUUkpKJaLJBjuwG+CoivOFzqTZ9DEPX7eff6eYsh aXiIYHB9gJ/pkSRlIEjIZOJJKGEsIWA0KIzfT5483AjzVRCRlL+hgKb49AFUB5Dy8mCTT2/QhN9X UA0qhjsHXWJfjwJ4qLwncYnPc8ZYO/jUyRvGfX5Xu6isCK2e1LBXoIJlwoe44ka4I94RmmeQAQsU qkp8oki8gZywV8JVJ93DISGW0F7GpVA6HUE5sr514Nxi55sZwC4nPLYdk7QFcnzsRECDdYYE0yMb A3dcM7AXD1MKYgxk1riKO6CoedmYDPAfcK7e+PW5AwqUmMKWVdz2YE5FVlVOO2xhOtRh1GBmsH3n G3+rwjUXwHnHOIPue89gFdy2Gir7ViRrB0FdN6RZpTIg/T1Y3+12EH6QZCNDTR14V/G07Q4bJOD8 fuuaWlUVuxBfKrqjDGweANsvjqA2wc69tjlQve01MNxgTy5WVPvm1GjVwSgDlA5LZ7iuD2N31kC1 8XQBCm9i3xDn9l7B/ImV8V4YH+tTUlu5qa9SF69oDNZ+7ugTVxQoYiCkFU6uitF/CSsYvX2VqvBt I1TlS8ew0CWa4fRyM+20H0Rd8R757SpvGhrQEhqvNq/yPJsvnRSAldek1j6OjZu2MdqLiWMJ9wD2 399/2m/K7mD+aSF9Yy6ddO0L+qm122lOryF05rkbeSSOyQTpFZtDs0n7oaTYQzDg/dwcM4Hn1952 tIZcVlWRXcmDWdyQfDxqwZBZbouqY3tawlqVgxAx36e2AhuxUVhQTyOZuj1hF9dzjsICbn8stJIE 8t5siRWHaOYr8T84mCsBcbsg+g2PtFIEzluYMioLRhOxehmq+6LBHxOo3s8mfjsF1hsOeXFObwIv +urUJq6Y4+q7/ELBts1oRbPWmsjHgRcFO/hmafAPAN+KyMeZoJF7wZ73/cJt7YkX8ukm15WXMrCf QYx26NowVftbZaz7uHdEYaYS0Ec7cTnLRG7/5ygrtYhsX8PuBvGaF6bQVDLjnb77XQOC8JQHPvBX cHtalBZygkoGiC1Hx98y/Db0cTGnqjq67ZHWjqMukgDec0E56H60SOXA2nPPgVNFT7jk4Eyo5YEh 8FqkEl+5bJRzcJUf4IrpWbiphCgFkBw6iycEiJWCEsGc1EEsl4AKxChMUIyQpihP+Af5FXJUnhTv 3EIyHqaGfkAk3CMGXRDiFFTpW+iKnAyEAoO8v9myL4zsdiV9wkS4lM8iWLGTAwwRIHYruXRVZO7b QlBa5xG/kpqwlxIROZxQVWv58zlU8vkk3BXceAQdatEptaakqYDmUTlTYG8JjViwZ30RJwIZotlT /UU9Eo1F4jCBpm5ipWQVGxYuyRqd5KiB+ZXrCeYQULIrXxY3VgIFzpG4FCZTvtI5oJdwzjjOKigk rbE5QrahKHiIHXj6AEGRRIqvTVbYhrBAJ0OfQabCuII02FEAngbi1funP2XW4fU6kNpjEiDT7+EN UmYclnxBUnroWLILKwqWgkjcABAwoIeOQVBiP9Cs9P58E+JQveLtiaUEYt3+EUOSYJByUiEBoeUd BKnQMVzRbfTlLK0w+pPuSLkJhO2cQb3rR19aws7CaeEIItGwBneinvSgoxC9BheGhwo+GKCeQSP0 4/EG1WfcBnKcgVD+BmEHXhMRQejYzzzMAO77P6GG1AODkdv2Vck4RlFxwutaewRVcLpOiPRaBuoh Y/oiq+LJ2rmwASdWTln8LQZOJ2Ulsir6nNLruXJHKkIAUpWUszyW+oLlYwNJ2XuCPslipF5hm4Qs Ig3McRcsCH4I3kFPeRxDkxJmEnRjxtNIZKVNlFNpyDMdplPwVdwDv4E0XWCYYljjTFYYh18edQ4e qWcY0uPT/xCWr80oPCMlGSdr4BrEr6pVdgS4M+HEDiNngRkwQoDomAfWnhBDkTQ7BbybHIWjosHy AHkC13P46OnMWsmeevVHs9PZ1/5oOcw4dDxiMIkZchH4YnMh/QOm5Rz8AYFyL21i6AdHGitYlw4Z /iawl2jMzu4D8lhJKaHeiJyinM/PHIKEkpw6CjIb9Gc4MM+Qi8Efmmts49KbBNo+Rwap29BitpIj xDbs6iPG0GuucjiTr92eH/B/uj01SLtcyfqCLyS4s3BX5NfMawPOfXFY2GiazD4xESu1Z7BOKcEh fmDyACCW79vCmIgRLin2HTWAJR/e0DAwfjTQGCQ3RoWJHI6LbVhQHjxACdwmoznZBRo8aXKkT/uw llTLwcl9folU+5zg8kM3VUIaGOOe7R/k/FlwdzUHziRQ+6a9ofYctqM03SONoHG/83jsxg3dgxEk iYORi2o2yXz0R0YtIXhuLPrQVP0waSZgsxg/vUmTjab9WmThjDoUgoG4nUPK5Dl0XsKypky3bgBW /3y4lsIIMqUr7SDiGr8qwiFK64iDRlzM4VMRlGSqmTJ6jAL0fWO2+MnNtEJZHhHXqSC+3WKQc0E7 4dKJ9mzSM5+zX+MSi0nvS7LAgX++LqAV2G7miGFo/4eu0IUUOx22EhnVqu2DtY1ihqpA4PsZLIOB y+dbCt2Vb27x0mvFqyHBTJhWUCgrF4LT3nYsUcurMreO64nXJsUgQpYkfXOKYaguiRq4J93HVmjS cI1221tDLbs0nsU1U8urjzkqninXj3j+kC60bOA7hRQA5DkOOsHMJoULQUML8MwQUzv8JfyASJ3i EuTlf0LpvB4qwmRBU4AnKwwT4NmM5x989h97LA5AXsRkIxwySvClBQ4jcqaLTotsgCCRFa2ah+eI BnLr1JPKATZbep7vbdlkcYUE8dj3vLY904yDpNpowts8eeucNtkdd0F75/V4WysazWcLf9hZlprf 0i2h5HmTFAMnVj3QASXHudb25wpm/lgKzjaIWddtzoGRZfh14y7u0cq+UOJkCS1CaDOJ3T371ti5 kzSmaaHrppPnebdHrQxQb7f2NLlB25oCOw6+Pjmlm5SGthSlcLN6Od3/cTg89W3vr4noaftuzK+w Id3LrdkbvEc2Uoog1s4HHea1uL4g3EmwUWsW6/JNwdGpLDryJNzXyd70FhYLzR9tervu+aad3bi0 EYik3s3JBClDEWweO6/IuEjVLyaaWpoSz2KIKhAoPRHHPEsOw6NN3CvDebGr2/rbMswbUDz/g+8E ia0f2EiWh6KjQA/6zYz0IWwwTAZhYrrNufEoSPP1qRjMf4V83is3qt2CAnzUibWr9Ug3bWHjoS4m UfaMpESBK4HruEi3SbCow4EtL5pFcGFI6sQ0cjB6Vm7QHfwMWZLnAuIshUHs2KV8Xf6Rq+SQMhd2 IbWLORmGSwNROYHiYxzmQSVg9TpPHoqeIvSxnqpKOttQzp9suaWE7Kpl30Jm6vEvcfAzSAb+cxDI ijyxW+uCRKSuS0cyfzyNyalKwC1uGy0v0Ysad90FHNV/DpIzr9aJ00BvMjy1AuMzyeinGVjbRRrt wRGPNqlNXg73UMWq/fCXUyiSTMPqCLvToNag1O0IoPIixwpFaIV422SphEXbWiJsjjenDVp39Fmq Q6nwMUQ4fueBrUupLe9hF7EiseLR2g2szr+UlZiTygz3MVKUbPTYl+t7ebqBzxmWEmsZX2HjKCkO zJVr2G+WxTcPDipmEevy/O60PpYkSyRrWU5e3LuF0w9ZLU9q9dSkfaWeHtizXCBBbHI3qyhMx8je 6C1zlbD29ihYut0xfct5y1l7SlDKX52S0QN+0GGdCxepWowW2pERoBsreFtHIb76DoEvgLeJ4Kuw 55Z+Z+Tdv9/Ly4Mg4hhq3Go6svpURf5bKisdj0cgCoSGi5QpEy5Mws09FQQmYKO+KQeXI/cA4ep9 6gnarB/Jvoy842Mk4xV7oR9EgRfGbYMPyCMHD09gNdEvN6xFqEh4NaHCtIf0hGCHqUIY+r+s/0vS jyG9McpD8EAGJ80HaKBXy8DKAai+sw0F63q7dAwOFAhSsFK0+2pO0QZ8AA5dwVZQMCTCqcBekCoI RWgtGrTva4CXyqTXZ2WxiIj2MKg76GWQbiMDJRSE2lhBAqa2YJo79ARwkYzJpYOUe2wcWNHDtsFu QIpKUiulVlTqF8dvBL1Ct6gS5BfG96D8WKe9J3FHuMaJ4Gj11AF30MJQU+TAElHaORThqQ6n7XF4 GHF1z07QAMmGbsHMOqojLBke6h6AKozdqQTej+a8UqCcEynggZ0fEZsuVXHDoFVzg1ndB6yDrfoN ozrPGVM7XgNma8xQo7B2alIflTHHSIW+Dhjo1XKvBoU54h/RIBSe+f4DjfSYvzplguroCt/DWoku VFb9tfmoMW4eH8/HsbVqkB0h0QEgGuOBIw5MRIuP316aZzoOLenUZ8gvNJVSgChNPXC3qmPXvM5P OTOJ6DzUSCfe8vbU6MbpeAdH4WKN4nQHU+AkZLky8B/nOf/8elvir6pwJ/pW3wwSBiF/9I5C93w5 8UMfTqVQc+0kDVfMRvl2bzn8D+9ccaoFdFiXHc7Qucc/SU9BsxMeHP7sYiXfCsydKFJJ97tzM5Ss KwUfVO3Y5M6aMMjLpdcNgpeffiiDM0NAZBQJqm3vJE6r8IfyVfI8TI+mKoemQExa88A0atxJCHvQ gdLaNsEcSgXh74h4ID5zm/K035BT8Ahztfz2IHg6vonAWSJgsO+pOg9GXA/wvQ7faYcAbOdI+Y4F Di9uRDArW2AxgwMZFavqgeWKLlmYM3PggKA6u0DAYR6SPedw2ibxyLMjsDi6HuHnczge/snmTbvP uZ0cSKcYhaN3J54EsoZOcIyZb0hj2GO1qfSB18oAufSczc7bx0h7KE57breCU+nsr8jWcVtTrMXz He0scVuOSJImgech2B0fkY3TWBtOHBLX3IFFGTaUFx9yc4Hz+NqJOTwq9+VhJNuLeanQY6bBkeBE qYOibGtTWGfb8znvdlBNq9SMC2pBqtq8gkq/9Dmg1DAcNnIx1cQ4ZStsMm2VqL6CGvjFzeGlCOsF EHtIypqBiWrmw6JjlVXOagbD5hrwv63PoH5KFO9bblIpztJAPRcf4kpJ1AwT/eET29b0yECrXN7a 3FMzCrRNMleIJ2jYCjSpYUvekZLozxV2SoXd1cQCkR13QLEpl5toY2mINQOZ0HJbtZ6asaDFbRPU xkCvnpMhBFrX1jNImKgsGbpy0RBNb6oS7kxFCccGHBa2tHVCfig3axhnNYh5YfLkbi5yXv0mK0O1 +pEOlrrHs0Qtu00bm9AXuzzPi+2FSfR+j9sX/7iuk0Rjbaw0RUpodaalfmljXRgp5yqLF3hYHPtK KAj9EkwJkgJsBEjimyKfBZxdEeP1TKuI8gSlXIgvZS++lcZHg7orMWFPTBZDChpJqgrkIYf6px0C pCflcO6rakIlgzMkfaCZ/gYJ6Kcxw7GFweKEcnepq2mLohWn0DLBa4FdBwosmEepsYUrYlXBajCh 6qrScFGO2AMLw+ZEqkWQDYd/AcJoKHCWpbhVtCzCL+mWURbbhsfGCAGeJKuH2Du9183SHFmDhF4Y XbP1rKNC5NC1F5mfwYpdSy5wxO/FeXChAKUya5wAr9WzLAKjjHgT1h0vobvoBFYYyEfxZ9Gy3K3w 038xJS7JcI4ynkoDHUQsUcA9CYhZlEx5soCYZA/4WUbQRGQOccCAm7uS71InyEg5TyFyCUsYSzLE RWJdjZ9rQne6QTTmIng9Kq5Qs8i4cLq8Qa4k0jZk2ZZUjiwKmFFbalXFmaTJ6cN8El6irYHDMkSU 23HCMToc4zPzYmO/m8bKtOTBVBini9dJnyYgX0kMzUplTZy0A2H8qfiEmh0dVVlU3Rf18KVrKp3M wi0NmLrGU2pi4mHpPtdYdyHRy6FJgQHSvuLeAHNfB+DAnWJLmBVdtpSUc5H6RpG+ETO7DnqNZxJg E83rpsT0tppYpI0bqBI1e/CvVQYA0PvqslkMJ668krFa4Hg4GZB7udsEwAmnUc4wsfi0709J+Ky8 aGG24SbZOQR6Im3uXBppNskTXXOB2EXN5rxCd7rKEsyUaGILLlEdEkh7shRseXWya3PSC+EjGu5l XuVLyEut+VF9BmPI0dqG1MsedAjoS+0bEFiQVKKi6bAbV8N6zDt5KfHilLArkwlbix0GBfzA0kX7 uA2LmGamb2F5bVtIcFxTk8MV5ARD7eIgX5THQIDZJISYLPtm+/1mgZgAEDU+jlHqE5CvkHIEg9Vw w26ahSHXVOWz+cpNsKUMV0f4nntvvzafbMCeFzJJqyvtklGhM1Lz8igU7axOjx2SCD7kA8sFTYQO 9CQLwZdb8qjlg7GyzyWRVgxf+KqyRiTwlpJkv+d7NEjHe3bWKi6YMP3eE+SFjBwN7aqUrYQUxdbo mtMN3dEstFkENRYmleGORR6nah3e0Pxgql4tlSvhhIj30BM7SIiwwcw8YyQpIqOKQS+ALHrBarIK 5OVGTNPiRCXK0nNH8AS2ILAMN0i/WGzN6WPuPVVytTAHsbQ3afbu3XSqE3F7ZHnz4ihLvvNna4/M eMnFtLeQJkgZi2WsI/FKO+LW1owZku/zmNZVytGoyZ8jqM3rnSANTVloqwXT1CA1TLH0Z6l1L0JL q/XMk7bUGJhoaQ7wMADNfN3O1SW4ww/ji0K1FprWA67t1jZIJsAOuW0Gwwnm38FooDwe20aYkUgD k3PduaiWDwrBr9UL5CbbHD2hiDlKIJf+DB9OwzMbibFMbKyfbvHbLQo5i9xsz/vkma3HvsgifNVM 0/rWZ9qQV7GAIZZo2Jh7MQ1zw5KIzXxd0Y+WbaUQFtKR01qBb4bsYht78ccdTnIAROJWK7b1MGSV +6dYVEljnOGd0K8gHo4KZ4ZuqtVvSvljK9QcbJ7KQJsyPTHDFCrUlnxxDDm8KLJ5nBASDEAVnXp4 dyvmYEzxBsZm7CTQ00g9LUM1zHCaQnIskaTrXBuT7pPPyaKAPNSiChKvLeT86Z7rw4h0aHRMwpyN g8v0IRuiUf6ofU1JnLzDkWGBgDCxm3uBeGF6z53la7bOUDp/8zYpw5YR/E210v8M+l01SKbA+mjy 6ogoz6rRSJQ3ZABBJpIMf1bt9uh4Xp99Z4FpGC9rQx3AJF8XFFI0/tFpCeVzuNi5TIyLS2x5kvMU du7dZClGCU4P4gloe1Z3MXSlMUdYLNuqAkhmoBKjCLqEqPyr/FMK0Hu4WuwKsI0VGOJeq+RRTuYR e533zJ3Z99xfMbSJBbDIrvJxYDpz57pzph3xh+Ee9CQzyZc+PTarar10xr3WgnKaqud80imuC8AV pZiv0h3fjsLKSDgI41YaJMXjF7QRjAj4K+0JT9KhKx2+Wg5VpK+kB5tKKJSuVkTqF7VHSqpV+j2p M0QpH8cnq+qsHqnHFXueVe5UkZGZclhbfSw+ssRQKDJAdlIuPjBHbOoFkTEj/w+cIyc6n1h15Ya1 D5rrQusGncLUKjrxRJ9aCUoUoOKVahlf7qplIjXwnd46N150WjDF0lGLY63guYPBqiky+wL/TltR IkvMNVJB6toqozYb2Xce4A3E1g35joyKjJ8+aW9HY2kr/jBSCQ6jb/3Fh7xu7EodhG4kaybsLb1l 2UjiitmsZcvKBxRGM+PTi7jUElAUY+V7LtkyEcZMxBVIYBqa2rCLSh+jdmzXFT8Q+VVYsXzfI1Am h3Q0tZJ6mzlxsWsXSBswKxWjP2XfFb6rNvNGFWqtWNoUYC0EBgvlmtpslfyXwBuaggTzkq5luuAw QYolMgQi8R9XU/YU8qEfzVtfE02qgpG56yoqejpS1IZJpIWN3DKXpUMrHt9B3pBV/xOGeXFTPAek J2MwI8pJ/sQz6yeg7B5DXOcVSDtFKRR6PZdh08ovuHXZMR0kq46fTz+ppKx95Hi+FYaALtcjz2Qq HYdeBzEFUoRXBAS7D505KLwqMuH9xIV0lMkkZyObVyzmAdJjf4jelOQsnSkjAAgoYf2sFSWLikzn zR5BL4ixlVHUVD0dZDazjG+fjDN1o9sm21pEeCS4qAQJbKbnpIiZgeblWTWWH0d6MCqGRNSoJ4Uc T6H+MJpDwf1uPRVmINtaA0HTTxZHcZos5gahiOV4256Or1ycbnigOYvEEeKqj8JL+slgvUUyB9jx O0hZ/Vt6apkFvWZr2SLR66b+CT5lsLCJ2vEWrwrMspoDxKBnc3ZYx7tr7zrWcCfD59uYSLOdk8lq 54tMecBNzjngrVrLjlOzonRcN13IVQYeVaE635ujQTRsxhrQ2adh6JDLQHkgeDfCjx3TAFvhEnWi ABNknSZB6YH3kK43J4pcGAeEFmCjXSi6rixSlRJ7gyQfy9Fy7LQJJSwOJuj4jUqJATwwSbMCsSqX fXt0bLhSxy7DfVTqwikDq0HbOXsokOm2aMHJX16/H6HTRrrYIFBB+6bu2TkeUeh84IB3Ry5DZ+G4 jq1Vi4ssE4LUQr6/3//rdOfL5T9nFV+czasY+eocjL+OHAZXO534o/ezfX/8AISd56FHxwt7YVzc CPJiPX4xulMymGDwINSxCnxVrxWqtwgFwPI3mAPEbv17ctQJSNO50O4AxAM38TAM3aScTzIsHDB4 8bQADLx5BliCfFcBDTTe2SEqcp1abJj2KXC/k1LaRYDJo4dALRm9iI2kg3j1MzHH696Q0BnnCrxz +PhIfb9N4VFn1CBfN8wtMDl8bihxfoFKTiydq21dtiNBogTjJwkqqE61HPyew+FUKBE8eTsRnABz 4Vxd51GZBFO3SyIM6BT0VvZ4CdClP2zKo1jtz/jYDlHGw2XnWJTDaoSOoplMbRXXLUS6TpfZ5U7X t0L1+0ymM7o4DR63VYiVLeXaesrl505FeZaZDgXqk2jc2JwDs+UQuBPlFK2ePXpTfuFSaWVrH7Nr QS/t5cKspF8M8LZkqcWxgIrrsSC+fJ5zGK3yqMqD8WkSvhauXF44cPrSphu624z0iwnmcY2X9eZm MffB8lCu5NpO4tXabpRJaFnhX1MKA+0ADYNbEwpInr62Y4htjJw7USO8mIpUcmGchqWUp3xfDYvF lFslphYyVBTWNh3XHUYopIS9wJPdx4clSgnJsZ5xWH0bX0TuwAws3lxUp7ToS5EseQ7oKh9Mo6xf vHQkDRmouV10OVXJo/8V/+2YBI3cj5T2HCD5W5KiiqIUQVibzi2FOipTLNvSfmtsDxuKQHhYFK1u USJg1TOj0lcdgyD8Tc+sE7ytlS4UwrphuDRCjJGCwEVS4ZdepxUSY6HDZ1NwiThw6jVgtmXFzNxl hW5MkJ1VsaVDILGQD9fcJ5F2emRjlPeRPVcpVKDajLpYieysklznlgN0akYRsIA/bbiAaILjsGUs IguDbs0znirqgDWMxE15SlpHEbpuzhJC9yXV+ySiPCCJlOk9v5y3KAvX+hQ76JFEVdClSxJrYQ0Z CunoOyIKb9TdAVGK/HpQVYx6f0s0CU28JrCbRhbHFfqwnLM4YWcJog/Dt3rKiYFpnTNR7ukuWmPG pr0FXzZ6W/5ORPqoo6omSGeA4eilNZHJHt2Z/rsfRwuVMRJNEvImWnJKtu4sLDN9WXrJ+AAEGsRh uFZmybI0y1QJK6RIn7CPzuQJDYsD7n8PrsSP9Fw7iTPOYURJZQ+9hp4JdfFKnM5kaKD7Bb0k5LZC WgXtxopB3B35Cnn4HcEFZzM26iysIIvxfUHSgAdaoBCJmzJa4AJhcRtV7+lQSzdgkwkzYdwxe5+r OIWUs7iy62Ykp6bero4rdE8VJRgB+s+Ybk/VxS3xh6gAOcKQ9QIBQRNNMH3RrXKtASVKXv1aFVEl TGS52piKWl3u6Uy4ipQAPK8N0EEFlboplFdR1Q6AvoAKvqioLBAfTlDpl3ptz/KrF42C6sAD2oE1 ncYZOqLadNAlJKOMpfMwnOOhcMudBh/QQZPpuyCQwLtfz2YzQGxQUr2ttCktSTZtXmQ0RNsE211A papXt5pyVV7qxcJO3I9jIU46vPvzrIQNl5qnqUDeKiS6U7R2ckaBRlWDbWJiYXlS/YTCBzMG7iMv lIapOWdBjaXryC6irdgrVaE7oKw81qp4C4pdAhRRhoA+txsY2Vk6npaGJZQ0CRIMCdIgvUx39aHE l340fVLWuhpQHx0AgaQeWECA2zWNX376/KzU+dZ5sisQVOFjv0IZrXmYdCdIjDXI6MCLRq+6sPo+ wxNlLLH7k2hWxAtEogZk/q+OEEwGN8O7G9PHM6xXcU9bjJyVBVr2oPeUyRQzKHac5+QwEyrgipbL Ps//loXDqyn8yVPQYUwa/IvGkPzUrkwNSVxWriGb4AvoWwpAwQNNjUFE5AWlcc0XBgpDbDsIBe2O aUXQ6gaDZwlWq3GAijo1OV3HhEqsTb4kIHGV/7rcXtXpBjHtoDDd6ir1mdrb4jkOwxk/UZEN4f/t n+yrPirHbY/PJ23xhHIiqcUx29OEt8YZ45oH68BJyVKuY2k70WEpZxDnjWd9aIHGq9zypk4rE3T4 ZoewIIt87cg0QRrKb6ZY0NXD0psE6pM5c2J1+sxsd7Ywx1JhIUviD7mNUjZfzhElhkoKH1ctn0Q5 wLYvcbiq5Gaq4BbTFWcSzsQVchi7kZHv4rUJEaCIsxSwNgkxWR/Lh/H4VA23jrglB769SG21N0Yv DSRxQcjWJCKO+8YvE2Q9eOg2VBh12pIorUEBo57+0QCXzCMxsjX3Ml8AY6rTsT2EqqC1J5Lw3qAw zLZyqQGPQd9CeNrSQnYs1jECsqjWRK6MYcSVVSumxi0jPlu2emSBLiEYLWqqp5r4Qfl99nbABGwR Tz1MqxGtTbjPDKADhjVUAs4E6CpzbEO35S6t94iTtb7a4jwfxUU9pXCnpQPH2g/QWHBUKBKapJtB Qe0OY10LUCs9nrc+IotStbL7YmL5ly9TWmG944tIHZHpcBGMZgrxuOn0BV0bxbp/+O1jS6jFlcIv oCJ6srCCdHyc+ezRElQh3O1UQuja7HmMQoakbNBEj+1ZOCVaWIRcCpzomw8NMkn3IErsd0zHAm0s w+Zj8lcaZtJpC9QH7TZ1GJofiwL66OKBTnA+wirylfZrao7igXaR3CooKEIoCxCoDEr1G99fkFls SE8lYU0RYlMQk+GU6PU8/yJn4Ywb1HwGiAl3Wk1SYJMrNFTPUK4QSlAY6C9mgw7MB9rYRoMYww6G jCbx9kmWVC0EsyrVoTuhF6UrSUp1BPIdMUEnOZaIkS7gG7pQKXIXRm/hE/KgQ6f2mmWTGGybgCr0 ct1u1E0WMK1RbVHDNMGYjCCvJZ8SIBGKJY2CBVIu6BHSEAOjQG8pBs3x2W/Gk+WZWTbOBfGRyGIi EUKlyYS1uPv/Yjz9FwvmGHg1/RAZpC7RUgC7WAXp/RUKirqdB9lFaXJKe0AG7TCYSxkm1ySuLiEi B2OZtqsw87QI0hefqlTUhYmEv6EYs0oW3ZuMMefu3dyLzqkTR5FemLrROz3SQChxBUiF2SXp2CKd cwtRBWNZxXqDIjsqJmwiyQBjexKhuBA7MtjuP3BI9hgbiirbCm3jiZPQbjF8bjN7rHBknpCrM8/n GxMSw+Ms78AoLAQZnTZcOlKarpYAyeJ5atHmO1toLaOUcqTSnMLgbMwPAteSTiMT8/MlxII7DJa4 vfIgoZB7qeDkqulnvp/6SgiKAzPe8gSCIoXibjPGPeRl3UZOHxDHJpJX4Q3S0hxpG951APRg+dSC KAXnS9aAMKhKTZuLbgAb+I9xJO8NL6V7IQ/mGMhZyrJdpwKY1CMY1xQlcnjXfE1bDtKOKjcUNVnz NCfzWvlXXHA3M7VRki7qRxvJX+loDiTkQSqtPYtuCUkNWQkV16RYRRRDp8qs/cvW8cSGUzznmd1h naJyCVh0wb1ZO6MRl7pIA+lZxu0iv6DzZpHvj1ZCoDZtiISUYBeP0OaHajs4kTJCySz1paPdTfl5 gVLZsEdzOFxbR2jQPSZG9h1FDkRQy0Y5YGCrISzv86CxSalaBbCA78KhHKBRkVtc5zK5ROtHaBgO R05H1EK+fIu+L+hLMMUdA4mlq6MulXYKrtbAcKhY5Yb1DIAAsKiiq/AvpYVqtdWjPq/H/wfa6/3Z 67Hwhhv4DiMCmH70RqExBEIDKQR8gQbBiCYYpjQmuOiY5XoJGwsyS1/jhw2DtgqQ0X++dT6HwSvs rahy2KPh4XMVJzdNeTGL8TPVBfXYeawzagsXstxUybnqaLZtGCxq/yAUr80FLLePgE4EqvdTHgDu M1/dpUiwSMXDrhsurBhPbEqGf5I4KSCQWrw5Zigl3LP2VpaXT9qnsNk9Tlmhv/b4uDy1wQoboV6u NFOnu5hbWjgOO9vXXh48BPPVkGtgRoGu2AiA9NMuEAA0NJJzA43a7gxUBqsCUGHBWOpzKHTF5zul gUCxyiWa2xRsBKhOB32rnGz/grKAW7nmdmRx+PUbiRVXVxseCqo8vP3NdljN0/SdPVHFaoCrOtVe GogPvYXRQc4Kd2G3OKmaOfQ24tHnVAf4MHo0q/gZutthXXYngxHDhDVAD6mPBoWRn20khRb1hjcw L8JYk9pyuHAF4VDl4dfg+0DgHP+gQNJSOkt47Meh5aYQIA9VJlNmErKdqlON3rXECQxpVZpsAqmS nhiAalukOHVk7DKb1wsUvxJ6G23fl8KR+unomI4QRoPtgEq+syK2TgzxfyQlQZwn1WMLgoJnWZTA XVrRY84GEE3nDIHt6uG7lermMMGbesZT34WhK2jXPa67wI46F53btmXQ/kXydT75xbcY94TZSlB7 NxTJIjMoW7m0X8y9pf678mhNnUdNCpFIRsaEdjNtHGWbZuUWPM7K8OdCst3VgQmYXYExc/YDExLX 21cHrZCRjsK9g+lx1Xky7Lcqersarw5agfirLk9PGLavVJUH05Nw81dqq0r24pkARd3P9jVU2o+N PUFgeD7Hzf6lqWi2XdHgYHX6lRd69xZCp4AwhCzP9OlsqpQzRK8psGLuKR9lZui0J+Swjfbc502w HN94a1IQY2yWOEBmEEv8bDcKYr3XadWA28t32KCntxlRXrdVYMAwJNwi6iEG4x+uxg6LABTxvLTN B4LrCQl9ql22W1RZcQeTo5Gi8rzU0wf+zuuxmgJfrpn+5+o6WLzXELSIKogyTQisoMqvbcxZL7m6 TiWzCFNQwTSfTlu2eGO/TqzX/WlJ4oEs4JYin1qrRch6sK7ZJS0+LrbXjYUd06DBnKDFaitvh2a0 Fy7fEPtp5Lw7vdZ/kSOztlQJz0VfluZFZf7RnWSCO+aTqgDyu6PMirrsrspSitf2LKi4xUJ3sgq3 XgcQiWqswKItwVQR2tb4UADfu3XlcEDYUhZBGVMTALVAmyG/LZzhtwu2+o4QBVrIcJ5bGIjQBLRm FKTLmoxdiG3xLtZCClr5/ZZ8nBdKiEhjBK4fUSI6RQlLghG5WCHQQ6gtGi1eFSsUdp/t0rqtkBMn 1AuNmyL7ggZLlAIAfgFhFgqewxJmuqBpzkcLOkEoiBECUtdizPgqIkJW2YCYCCuFKRWTyqdaMTUp dyiOrb7J2LHRNUNXHuC6CZKV7+WNGLuIzU/SKTyNdmFesVchbgRsRPGsYnI9uFDDBWlFZ7wrJ3/c SKt7NwfD04+98/i+AfVf3N/q68sqzykPrsYoplF6LodvhS+buLdyFTX5Q6AF1LgoR/RLuV6lsEhL ndUXCU751KwOB+s29KY1kPRMUleCzNk6k6Hg2RePmAPIYx+xro9VWbjISrgpPVpV8YI7yoMUBRFC 9HIWzfbfm2Vsq7FoK4d5Wf35nKKmclB+1/Y/+i1MBW+Iz7b1gkVasA7TypYTb13LYgxObnxXYWnx SDCA9zzKmPxTD8TNqt2Jh+WqQHtD8xZi5aKmRclytG1XYQkuhNZyL+ZBHUwg+phz9/sS/fkwjOMa qboZSPVLA9GJtokOP3g/3DOBHETmyhWsFrJ1zrQobqOVVms89a4raimdp7JlRkv0bIBqESc5n+wu eliWSJLCZ0F5MomkPJGYjSpWXwyMWNrFbeiQXfMOecas25gemF8ewYZxOPx7+lQHND+Omb6tO7TS ap+4MRbREZ10jQglU5roPL5gSElR0EdVxvO+HBceS7cX25nAhGRwhHACdm5KxsIQNJGytV3CQMvO SKD2IZlGKMfQHn0OjQ8yC40C+5nFfkdNu52UYhLKFHApnY5TeSrfyplZk+mTHg5JdQ7ym2m6xXsE tmhIGXxVNW9lhOikEbiNCvJJK4JqgAPSTGKcV+AR6RKrNAduk5Mxw1SWt5zgWjBoQqwTbWGWKQFm 5uB8VW5ocN+M85EcvtEywWMTjqW0ZCoH4Xn/qLUPRzgmbc2g1fQYogvkcC3Yzx15SWS0NOAz8l3D 35IzPIdBwmzb+qjP/F6acPhk9wNow4LCykLFLCLgALy0d4P9pJxwYI/1ZN/HKHVmoaiIVLlm7n2M s7NIaZ0hjeFebghhNkh48/QGq7w6AfIccOCanqhsnYKyS4otXVJXAE7lrOhsgQEL56xzXPZRIj58 FVLc7g1KqvWtdlppa5Cvm43IXZBSS+7I7sH/rnscexhgUHC7Eq1ZYbNG7nQdABGt4FVaFwrGyWc2 Dq7EHnxpjWUPpGDpYciJI/yWNoa849PaJKZ2tfaUyqNXEeRmdO1eOpLXav66ch2jsCt4ypfAWcRT VwyvwArNYJDtldQeQ8JxZsVNB+dNwfZEG2mkZ6HFYjfqkqBt/wDwWwetN4ba9kfOAfFIt5q7nRVR 8XQQNv3ghN1cALnZg/DRFNIoZHsiwzc7WaLNBXeGyvrPt+ESG3G/GCF9Tzz4QOO4dEyIdYgg7iaK VyAXH1MYvIxB0NxwY0Ch3vhL2avcVeDBTzLM4pzM2NBiTwVZhqY01d3xq9kSn+db9uWxqBTaVda3 iGJCxgYTZ316kwLza86wZcytKF6L1r3pY+sO50AiNMOKbBoK3Hg9zrNYJsvyR5uWHkpb0JLpt2ab jOZslPvFOqqYJ5F3d4+uOh7KMp325xj0ibM6QwfRB3kcgs7YXEKM++xt0Ig2f2tjnzcwOSLNsn2o gDIxgv9sVrZJ4b9Mvi0ZBsN3tRFA52gyw6ThRNmWkekoHG/fp81ZplolAnpoV8+PsCeiwhyz6NSd 3JNlwmljTD+lzf2lZmy8v2k87WxzMMtSTZP/wJ4WxknddKxTFmi96qEZG7TdjbSlhdtXrYw2TAIj GQGlQ4dm1lQ/N8AWGsGpODPr6FEr7GPwuXq2Y2amb3+criHSnDOpSA0h19CrRm56MykSXEllc2Zx QCMdjuF25bgmd9vcSqWN+oplWVSOKxjN/IjVnobfW8uSfd7Pn06NG96KyTHFySEauBXL3MhqahQa mZQ8H8JXxgLk6EJv3JS1ntazDKbQSr1Z0B/j7mT61qdylTxhKkRf+aOtLEWxHoKjfkgWOelc3QLb DnDOmwjkKZHrfrPGgeWLwap+oXLmSFF9ojaZGum042+R8S31M27+QU41DeTK6WYckmXzh77HmTYh W9uzW1NN8Q99ZsZ0oGc9KJzJ9nKgQgbhvUf4hDSdlq1ti2+Um3gv+oG5d2gAsyToDJZ/F86yOohW 698xe+sRMZkjoUcYUzQhqoWMpSet6Cy3bC/26j2eFGwQfT6N52GchGkWFD4YLcmQQ5PRcHFC0nOz n1RTkNvDGwN9NTDT1o8CsCaQj9VYjCqo8FVxs/hXG7FHcbLY1H+eGbCsuLcyLTAIQKzAGAGfhfrx AMtBJAETSloDK4rrn7/uQrME5JXsqD0uocjZfDh0Pa3QftxcwGCGmIU1wpa83/YXyg7iCccrx2fy RVnF9USVg2ygReJVMQk2rH6V5XvCwrEMsIaic1CAG3J4JlH05cXc2C92pmPJGV2WZt1K1Q1WYOhL 9C1tIcBkKh0oJiPiUoYo0IOVRIoNRgCVOKoaYvEOiEDqQnOeWl4AGFHWCHkKIyztkKdEmCDePzAx eZs7oBXBEW5MZJ2JGfgqATWf0LMCyR11EUBSDx6CrlQTrHGcC7BSWIdJ+BI2FMhmZ0iHYWQQohEV XSVvUKIg2T2TbSkJYQx6qFBWARiUEwIIJFTjqSTV8M0ihNOoQDOnCkiQeqofFicfK/2C6TQXmFKA pxMkQFdAJB9ClYKEHM5QHa8H52GAQKTQrh0uEW3QFyDe649izJfecu/k2s5F0Bvo6OUxxAncBpV7 7zDeuOplbZX44gvWY0VgjtMkMIzW7pwNzAaa0RySD7TkTyAnFA4ShmCgFnyqc2gRSYEJu7avwElq Eq5K4ZXRYkh4InzdWOwCS8GpL5Be+NcOxOhwjCAuE3bgcPjYkHbTRBpugMNAZGmjeBgTw2Shpyp4 CTSh+tILAVUw98a64LmOFwh16oES3FfH+wmOC4Az0FdH+3qXYTQ5m7hfYiiwG64WOg0962117gyz DQCGMiN1b9ALkU4ssEjHSbNK6GVnHLAbkjbRHSgdbEVscLxIigPVS8Mspz+doAzNRF9HhEBlq8d2 LIZ/qS+Vk8T/pFQg08D/72eHdnzjklcighaJ/pt6ANOA2BJtmr4XERIrFZLfkQ90D7Sq2NvtVHb6 SUNKw7Gb44B0Qc4VoCMTk7EGhenwAxBP2fyqpoVHJq/PxOqu3Ja7OJAeP8yplAq76Arjbqxwb1s7 wb7Ylr8qjtMbguig4CybU5prmnYQuoG4+xnyt/sgpjMJpPKtJogGv4cQQjXBpC+XnnFwnW6bHUXm sxyEq4SvOZglnjQpGCZTb3+kNyTaLmH1we1wXbuNXtIXk93RCHnv8O3D0ClxCseVAzudLp7eZ83a dNh4aqx7cgJ+6zAUhWNnn1zKy1XLfMxLLwE00TxEm8XtCLXzY1EY07icOn3vmBGQKuXrmSzIuRnw i5hLUDQEdebd0cKuZJtsJaWNG3k+egTEZyid8YCZLKARexKqh9MwgJ0K10WxeTJEzEmaRQXt3L7T xfXMOCKMg9VVDt9Cwq168HObRKTLzClnvY82NGfomopJtLLTh3s5DT6Ueyf1thbzkO0u0A9Ss2PZ 2oPnvCudN52S/VZ8g5OOv1ZPRsUWQNafnYOaa+3ttCi0j4U1sGP5RSttosMsG3yhWBTYgqZVClDI OeosryDoOZ4Qdx6rlQF3EogFUa6RM/NVc2mpS9NdYQCpirQCge/wzFhkRkiiEQa0jJks5421oQuW 19yA55hEGelMjVDjOg7YcBMhQZOQKfUhfYZAuZiFqbWJ45NOAyXcXg2GMKpEBmtobt8ZkUB1bZal aS5YgtmZtZUfYS/FYYgsmaO94mvwsGyCEMRyOijO6YGiwr3EQ7z8WPmsoDSLLTJtMJ/E54WRU6Kt 3jItBdJpl6l5/w6v7hkxuZPEBykkGXocdIB442GFBFyo3KRwUScCq4X7lKPARFUYVVsCXghDDwRk /lBBf4WeetUDhEQuUbJVzMz/COZ1WoyJldQmbRC/5oOms1KtcKLyLMql/7YMApgSaMpDWcyiyKeW xfwR4qc40by1bUvY7UWMlP/uVR7dUXsCpEkXGu+ABZmXQuN23quBEZAXFEdkGbN7m577pbgiFWmC ryEiui+EK4gFDkt3JAVu7aI5FFXCn8FBbbvLJOKgqF1aJyAXwgvdS4QlVClZhIphTUEPPplV1Q1p stUfz+SmvDe+4QARiNsyZtInv3hSHOcdNH3XI1FzVsGndnKLowXVWMnBsm/sKtsHcoIAqIFYEceM YXFmAdrzaQYqwa/GRuovkTFuJlPMrGnfZksuy9lpnD4lBeHwtUSScSujGX94kR68CIsQBu8SLrhb Y+GkwZdx4LpLGVC9lZzKAqi5TImhsPGwmqCPcgEMlkqYba+vOhAezENh2bdxiUPLsgMpBqAUVQgw EEZlrxJQbTdZpktoucVIacMJi5AmMaehuVEMxpTMYRkH4t0aNhW54aQIjVypEwhkO1PuH9xHPvEq eKJ0MuGnP/IfCrCMj1bJd2wiBO2weTyWBKTTPTZTfrRiy3o2A1YoC/iXISLaYdb5LPLNP8BA8pjp kRTDMGijxeZPn4N34lFFj8AiWphmKkAv4zO7VDQjaualRTI1nbPPDozN/sOoCJGCQBD0UcFzU+jU 0wCisDHf8g5yPGAHDBD4UWnj8dGDIt1jltprBZEEx6mYip7AEaWmDGRYYrXYwZ2ySy2RGhtCWCT6 CRSb+kg0ZkM3qIEZ7MnA4K5kzfxjY6LVLIc5daIUk6b+9FDlnt9a6GhP07dC+N2Uc0pUyy9pKg2E 9ORgtM/BuSb7y8tOB7SmY9MczjqnR/6QEPxL4vRghoM2Pq4fHhQgXFt7hKlSlVX5rgCH9oZBvQIJ a9pwnHM4r1mn3lVxGLRlxfqEFoU9wVaJYFTlP/hK+tLHREKYnHdgj1/bpvGx/bKwGgPT/N2oL4Ri Q+UQmr7ZxRjrkRQSFt26CKgwqt/TsODoZMR6fI9jOiPPyTE8s+uURB5fIXVwd2LbmcbpiXb509L4 4Aq7nTrQAzKti7AyTTDcZDrewSh7iyLL1O954Bdki/fuDF6dK9jmf+k1DgN3bgFngVHefAy0rzd2 13sxQ9syRt9Vve0zjQOnuLzp4BWSAvFwCfnuRVN7GRokEb4ln0Axsp3MJ8uzhFAk94Z9YTIMLQE6 mokDZA6VnmYaNK1j8g363Bnd2FLVv8cZOmjp/nTTMermVR27M0IxDnFamRdK+yV6EEsSlTgjNfK9 iJO5VdyMrbV7uv/Dpg4ADePJxStSMz+mrdzdeeA2qpAXVXlmjbk0Po3ZknfdHJ6hznHRuFaNNh0Q gHNJN3Z5jsDJyITigOI4kUytHEwKicaKd9DuDN1jIp4zIZf8KaMw4RiUHjgJxJZBcsnY3Z6++laQ gKFmdMIyPZk3rvrSOJYQJOmc2efQb4WcLakMlHnzepwA/2doyjVjY2GWjGabEDVI+cW2M38OrcV3 UImY0CIhXCPZyufYgO9anv3DXtoMsvpRgOJJBAgdiz+WNck1mGDpUXmzX7gHDmKrCT9R1OuCsDo8 pAbyVsFAm8U9Iy8+38qf/R6wCbckDtXUi1dQGxE2PV3UjRjYom1ww8jkC9nbwm2wYoUe5IejcFZt vzZgLXOPbrZsl6UFxYszdYQnRW6UWfwg+miNlx21y+xXx5262VfxQQRekUnIhD+hN74RLPepQNRH +XjZAt/LM3T9ycGmaClwFTnwtiJV2YR0ITzKbLtRIhtio4GgZRE7es1ETEM763xhOdqqgcmhVdJb wLOwggRrU/ReEiqyKcP12bcmaETkS1KEzV+ITAq5SYmhYXTUPHOY5O6O5OZ7UygB8slwMLJOESRu XC0URfYK5BbJl10VkMc0SbIs0y9ahCsSTOlYrx4rg9C0YjOT6CsE3PZsoiA6nC1+plSx/s6LgfCJ 6CS5IB90lwTJ1ZCGU1XDAqAIx0zAgKZpAE7eHNKJydHdUiZ3mlAlRlFvlO7Vs/Et/a1bRYnwIj1L zUpqcAJtlgFdF3fXiVk3bZIENhq7uNGnFh1/dBx3CrOirnJ6X0qBsy3sFdOTV0n4h4fupT4FNYXT oaytvO4silOUYD7m3mom2lQqUVGHzMvs9ITOrbxEX0htGcnWOIdSDzU/aKDLhu6YlNRZdoNYobd5 tV+M//xx+mwmHu4zay4icyEmHo8+G8I8m2sm3zOqWO8eioST78KA6CGycFSs0LzlyY345olU/5f5 HBFFeogJxabmuSNB3F+6CrgLXkN5GbHhwmD6SQVyAtFWYZ6U3x3ZBcMLJUmfUxM4jxMV6m1OQKK3 oyNJrKf6V5ATNIB4/sxP+lf8H04okmSGZW8mJFvHqUwvOKj+2ETW7RMZ+hfkSCuzXySRapVoWle0 ltx1CJ6adWLv6xdwlw3olokbc4AW/YNiBWKjn/ln9PXFYnzIKIJ+lYkaNxPQKWcCxwMdBA3rJIsL /gTlAUICqVQohkmAloKdvsK6YYSdBpCfCRWEwHhvmXpSrAbCeEI/xBLOhMLguQ7o1QTu4l+TysMA ZJoobBMVUGAsUDP4QadxlSmEDDLLzP7C4lNAJopCbD0QVHPxriiALWvzKyNS65jPBwVRNFChzvWr c6JCvtLCcK03x0FkPjDVS6W1fsA+KmQmAYAHJOTr+dpZrNjhLuxzxq6OEKa3IMT3rxdvlnt1nrA/ kGTzhfu6+eKEY/dcAK1qFC+KSMGlOHkBzTo9WA3vc2cdf0M6XxwE0anMymzxwunLodcDM5U+vn5e wbOwTb+tw2biPXIO8L18dH7vz+v77+vbz45fRkNHVTx//n5cfwGhZOGUhqvTIcLDvNUOAc7yfVef 65zgn0j+9nY8LT9/rhp7/9371THF14/Lj4MoauXEYccVfzlv4vfNCcKXH/1dPtx6dR7F569W18+r 05gJ3Rwcc+zYYYcNf39efpxI8amb719HGRvIWcfOJX77+o1ytHzXlSuafb//9S9M/vviFIvr2483 6DmX+ccxzhTs4/eqwZezkT+74e3ztxM2oLvORnYmMlai37SBt2blrz/Y04EVJIm3my2pQQBpdFC6 5jT5OHEC7k0TP59DdqHmH98/DmRWCwx8dlQ1cvz8orcdr/GJOb8vDlQmXed0OMn5x0x+qPOnn5// 7fjpn88vx3Rc3i6Xi5pVXP26UP2vVw28AZBwtY2AKNyb/j4+fVUfPlrBnRX84uiOD5KiZIks9Wj3 A7Ov707ebitEDa2+iDXUO72FD6e4ju6gmD8hv3iFHY7snjFYgirZ9ua1dkuYZLi+YSn2++uPemJ3 6A5/lJ4yVD32okD4a6prH4GtMCva3l4MLaLqw0wx7/PdFC12TtDlS52p+3XNlTG0zAYqu1NWgLRM hxMGw7I/8RrnMwTWkudwjhxgrkdg0+JpDeDDnx8d2OLawON/rb1EUgMwF18gRmxx7BvH13AKRT+m 7BaTnPfjA42cZ2mE2MGIQhuDN23z6SVvzc1Y21SdWxTasImA+47QL2J8e+ANLPTvsDWeuiWddw2B qNOQ6C/3qNiHk/rl2/Zl4+TZkEq1+BlkxJC4gXkIrfTcQTQkwWYVleM8MgHypMDdGZeXaGlAEF/E 4RZjmYP/Q6db7VHDD2J9QU40YIJOcv7EbJVU9TFvXyT2UDBphMBiLm0SFS+0XWIazw+flYggpTYW m/8fw2x/IWibxEHBJOLLRVDUNQLnnqOZXDGtF+1B/jEHKBZhAjYC7+Qh0zafYjY7GrS0Q7aF5RYo QcD6b6kjlOIxOute0xXixGdeE+YMVG51DvM3MpXjipVJpkzFNvpDAyabUyE6LYApt5wKE6x+OINx UDNAllHMv3x9ibmjrDQoRi1NepN0CTukQYCdMjRgiOSs41qNUtRh1/isoqZeAzbkGMofPFgkKAyR FbkEkWlZaCNIsyMGMTQ+LQLj9YyJSAYlBhQ1hf5qLLUrhCz6kvGVjCu+FZ55CaP9+/Z03aTOs1S5 4Ek4UX4meJPUI7OkWaJXEGSYQiGpnl8Q5J8ALmndkY4A0ARR7pHv745S0TAHSStS3KceDxE+VDEG fzPcwAQUvff6J/fHImQX7SAQWIFWv8tYFSZV/hFP4oACDyFz8EKYEmLKh5VamGSKWhSqGZiEfAtt MbO7io/VRMmHgwvwE04VwhDWluBktXgivcIEua7U1hV4mww0llYkpBcw1KCeEmLUxgqsVrAItUAy linJ0yXi+oAtkbXUnMYIqvVZPVI2L4eXZN/ANgSxgMRwyH+4Pdr0P0SzXNuxdWU6gl617qHTCHqD ddCYc2D76qkwt2ljBKFr7o9igXZJTLm+AGyMiBA4tETQDYJYWVKlBTIVtwcsiyuRzNgoWFmGyA7r 6JJnCQMny/PLA0SKRFAwf+To4Vnevo1WqlWoG7rB2xmk4pocpAi/BxLTivQHqXKETKP0mOojGen6 cb0zvQ0K9tWZI8pLBGg9Pa0MCHvYrdExm7rSiIjJCs18unCUo9wpeCjWD7AjCoe8BceiKebaOEjf ACLcRXSiHLfCsqQCxqI/nAW7bBZV+5c8+eMaT+Mf6oznECy3s1UiL/FpCPx0I3dFEXrjp2b9YfiB paU4IVNVZsYxNHj433waBdTmmX39h22W78OLGsvQJgWq8Q1FMgumQVBUdh6gqRMc80l5/JPX4xak DO4OZ6MzEJ9MZkeu8kzUm1OqyK1CLWIK5UGh6WTS3DAIzqaMi3kIX4N3UBKTUwYQsUE5BAyuNA2m hAMuO5sCgJYodc5avWOvbap68x8wjPVlzIjpOIyQ7q6zIQVoph8QCBYDu9140ZUyM70wQhdBTJ3f uhMFHHMSVHgOm4coAnZXaqgR32RQyBa+uYXWgArbB3IVMu5iIweCdcYIxgJ7O/DB+Txu0VVgJyHC 3vmAEH53uMikSczvYM7R5xewLzJCLul8+wY4REoDdRnn4DxQXuLTis7gdfI1YqwLNIQ5tlrExjbz MkY+J8DPYpH/TMlAdVXt0pfkz390P6zQFGmwf3rK2CV3KA2r57Dqdm3uquxmtp0j5OgSfEmI2qpe M5wbVH+5j6Flu5NyriBHmDFimtWiMjJSyodQy+CpXMi0NDvEpVA7HCin5hawDA20LfF0GIt/EETh kzT7MWQlmFW2U7UKibMqF3LZdJ/WK07WSUzHLuqad6V+2V1e3eitd7awEWROt8AHY4VRJKcodC8N IQyqZei8NIkq36rQNC4E+YZHeLti2GnmwdWSIhG0jJJGTDUoYvrW1LtLUGeBY3CsLJ5zCeac7RBK JUPRnx8RUCjxCgW5E9niL2LdIbBBc0WC7UsEv8dOt/DJJs8l9VxUfbonJECVGq/53prUeucGK0fQ hw/o89/+0MIY5DoykOX+Fh+cMIBYxfkkWTq+FADI5QHQdLf1TfF5mAw9IZhkESroF3xqLXVh0Eyr JI9Ci5MTG9eRCbaI8xL5c3dzTUVAWTXbNVYLPV1KyzAcE2pMjSdCpBKoftrSoreIi1E4rw3pcGEt Bg9OdxyEhAV4YTHhX5ARxAojTcqJivpVTEiGi6CQzWIhz4TORKygJFbLltRqX1ubjNP2FGDS2tpc thrSE73l0jWefpoXyYpFUwLGGN2628ukMLr4qsYGWFhohdWykDj9sN/c6nYsB8BeUTKd9w3mEnHU oR2oAYcrGYoJ4r2K7/a7SenQ4lpO0cM6ui4WFrIKTstl9AM4pa0B1cJXmZQp+SwlCZ5qiU1iW5B1 Hm7VSiec9huwslVYKwUtQuRARzkArRHlygYirJAZzaFe8mGdB5maguDYLf6AXfTQM6Q+lpmIwFXF BGt33KLOA5N91TKaYgNY1JwUWrcQY1QtE794VcAuSTTVKqMGz/4/mu4DsZFd16LoOK7lnGUFd7/5 D+6vfdS/gy1VIEEkAoco1o1abH2JRc1uBetactYYyhqUxgSiqZh5lebFeKhsOW4Bj9M0Cg39drOf 2KtTmWNZGN3Mu4WI4pWGUvKmdULXg8dMsn9DBBtmILkQdyQ5cCVBmO5jcKbOcmigJLHoQM/Ugxuo I0NkW5oi9IkAGcTpa0dzkpplSn5KLlOVoMhisxr/9A41tUypML0IaiyYETXRHianbdVy04/ym0C9 2JTfMWhTgokKf+NMFGQP6R7d6BmQkDeHXXrTHJcxwDJl5NG0fBR+9LnMsQiqXJHCwTbphdZu2t4A EJwr6HxiaN0ySTVMXzgs5Cj9iNVmq0SFtc7Wj2Tkq4VIpwo8n4/sF7Es173VMzT4RO96ay6Wjcww ovHWC4S1xrvn4pZE4WnuiP9E3oiR2TFGYiMUrgzkSyK6wvtEzpKMGkGmPs4pR5LzRFzzQ6qoEI84 pZ8syjq4e/KBGIIF/B+/ycM3u7m+CdGNnJ4PwkN6MoOqXn1evr7nEAzfY3JcaGG0NiS6LsfSoIhS Y63JOcnXAIyK2dMcKqEIzSpS1iSz/qn82XajWtUfkWQNw2uSWuptgI4ZqYFCJZiBG0vaZ5es2wfT VpfpPnx7wAr1RqfQtnz18ySXp27hMQAZNPBBaOxB87bOVVGJGzyCEEJiT+4EbRSxqJ+l44hinO4X J/MT5drRgiIpSO8KxKdwD3SE9Gvef/k7L9dT8M1gDmkNi2q7rQ0qZTRwZpafwh2Qi4+qbyv/Mx0D hF98Ne4jcINlJZBag/9gAkvneHK/EIZWu8pzkM8U864aTxMIH1XEQYnRS1TiE0doV4AJvxnCQ2Ex YPTnjmuJYeYLSIKyO6M5d/GRoU8BUCRFjTET6mPMELix6hy4bZA/3/Ka1oCgbBxXpgiVzKu00GPE ACjVjprFWHgZHD/n2XpBNIODgpZoYyJS7htkVNknmw+UA5WYklK1PHWYZ5gMWSNGPsSx0EMsV3Pr iXtWzMUHswSMrvQrhMxLCr28DvAIIGyPAUhLz7SH3oEfEdmsBdKyfbFxYz3YkM6Ac7CXqw6frJJ1 aF/1wGE3XtpW3aKtgCH1Zzy0AzJwsmBL7S7AHSAKZlVADIKEPb/BXgO5TCH6Wt0m/VDW/RsZXyBx cLYdG0DAoMu/gEbLGZ69t4oRjg2K9TY8LehVSfHXX+dCiaH9vcSwi6qwBMlqTLEzRN3bAMGnTFWh Nbg6uNiwmJJycOCsi1TFG5UVDa8chMuHtiMwbPbFOxNt3HyG34JUs8mtOAD3sYwO6Q1Pul5wgApF yXV18ZEsLHjo1WbQI6q396nKtmoQHyIeqW3F/HnxNkDoc8hzGCEkPowWuDww3K7RJPLze/rV0uX4 F8INZQdaey8goP/XHsx/vIfw9+/p+vvlVYD/+58Ljv87wf5/Ln9hyxc9gt8By3aWhu1fINnQ/asX D56ul71dkUx0/fuFkp/f7zB821Ab28V+1L56k+GX3aetp2Bw+7lsDeLnasdrbxrs59f1S3vGafgB 6sQHPLzool2xz8q5nRI1EGA9Eit26csqCN+UqAwtz+NEi1FemkifXRFfY1+LOz62BoCNEHiaZ0VL pbK3QLZziEa4Kdy0XnOh3u0qEXOZX4pFdi0XUpabb6K/6TZQlNSyhuKsLVTRYJ+oCanOYbR+VACU b3amBmwXk7bQ/PlbLibPInxhIKYaE1cvZeM2Mi0206piTz8IF1qS422yd6C7a1vaN3Th7iXfyBcF ofaROy34cZNqeKMAvZo4MvTMe6tsLJrHqtRZ/0bP5JuJ+sDRtSTaqiIvE4qbz+DPctomSj4ED9aY EbfZhXZyMJ4RbCMO93Ob3IuDmzgq/BYVa8NkY5Jm61X3xi0xOn9jVszlcnAq7TEtaFxHmwkr0efa An5Pgl3zS88REI6J2HB5QvTxuwFiSOUqTSMG2UsEVt8MV61XHianB/zN7dcOj2Siiihk5KgNy2P+ nr9pn6XCSGyMNPN38fgtHCu8L1QjCLIVDUaE+agwKSb4sqGMCsMwTDFO4U0LCZvpSwPRU9qIveVM GLLUx8yl7tFlu0EEV3QqcDCplQn5KBax5V2hnTKSUmlTttlFPOKIRLLri1R+XA2dfFSc4LURNnam DGa5yJDOuL5IojS1B81MIFI5A2xaIXoKVDFJNMZbfBArJVMHjFa6qHyosKdgJuS8mcmNmFWwVfCM vNBbkbMQpaAOY6NIHLUzruwhVA0aQoNoqQFqC88WKi2iRSTWuFe4h4OCJZPydwChm5rBjVlRTpOf iDrp0AJZXPmgIFOqj3K6Wx9Cm0X22566fNvjcrrcOVegMdWqNgORVKhlBToQIFdYVpLYKgKmFfbh J6WCEOpYV4XNhWWNV1eNxxCalQ3MQWe1G3z1aHP4Bh2Aa5M8hwAZfS0EIQSugtl2hWWBQnTZofN+ LIZ2j2+sAUlFBNjDX+B/FUXZkYvZE4LSt6Xcy72TcG1bSGME8nB3ugZ3bOWQLfzjeEPQzMI5QzOu CpXYpqbZu7oRtFA2eu4mP2McpnOPVFQMkELkNNIT5olI4VNKUOpPLkbaBQuGy2FrC13i21VnlUeU ++itZiEqEQyHrByIpvpg0Urz7kldGFd6nHLSOy5LH3VZzMa7pHXPdkvD1NKN3G8QSvFX/o2+GpQG 1lq13GWtzmBUzIlL9EaZBzZ0vXxh/XaZV7HUI0b4uTMc9VQlmrTA5VZwXomLAbIQThBV9Kk+HWuN oOCzXC9VzIwNhOrkt3XREDDBwWwDmpfPE2D7CzA0NWgmQLmh4XaYGzQY2QwFYWD2tMXXfho3JUCz Ivy69rLb5E47X2TBWYoBu5jVxErqUngpWcSFCEiA2SGzijZSaiGn1Egv0/XWxCBCpVjjM+5lET2e wVVaTNGulMFB12GIHV10kew06uCGGIzIT2mjnIl/gw0bld6Ao2gLlR3urKd8g0ZDQN9hxYzB9c2e IHw4sIJLG4BDAuMR4HhwMYDIbTAxLyZV9Ft5KFoAyvBcmwY4ws+G6354dT1DUReKHhmcXuHGfemS LBlZrgcYV+jZ+hOg64ZMowPtPXztoeYwz1unQVEVhsJU1WlDho2hJ83d1ubIb9sUGqzcA96h067H H/i3zjTlFQGtc5VEg5IRiaTQQQC3mcTOu202gQMW14QEfAaEE5TpkIv9poQ1Hph/AL6RLP47sOrZ oWehz6QGQOaiqURE0kQ30pLgZXlxtb70zGbUg6EJkbhaaEBwWwNbLZxi2Nu4euDUIcCQW9VRz4Cg pF5u/8jEFdWIRq3qd+qUEuY0Whd0jyubOfxxS+xz1C15VguvdMFvaEMeNIKTYN6PtkQ7LcXDlJRj oc2qlNlXDnCK3a5ZlDcbpETIyNVqKW9Foez5wNvgRMa+n89NHN2UKSEsA3U7K0ZBXqKcN1fuTCZd og3NAC5mR7RYV+ZH59GV1QO0jYE7yLwzaO7Xngy5yhxdFN2sngMUEVkVRp4TMBM35Q3cx6P1v0ef m6vwyxwuytSXjxxJPqdZvUdUcj1NSWizxK8B5iw2QB/p5JhifgS6BkkRxDjNQDgmGMuisRnK6hZE 8jvk1aPafF1qpkUBQmETG28dumCghUZxCe6mDOS1RnIRtuWng/kf3Zo6wpBJWWoMWyYRD3lD9Tkl IQrzYXOkOCXHAbrEHJh53qD1GfqSN1r1vp9bJdGscGVgPlLHkyZMUoKPWZWg3qjLBzpd/Max5ZMd IxBcz3A9TtIskP/JHSCMgceQPNOelJnfuM/6DAcRvT6kVXw61B06oDZW/fCOF2nNqqUodBgcJKEi +UawTrToA4njGcVMWwwzyngdyhcnWl1yDY/ZU2H4mhWgRwO4ri/YOGnELxYJiqc11qyIgqG0bmJF jUmn8a1SzUfVXQsIxYcYlsQ58zyAjvwMPGwkmIN72Rw9EHi3EspAikas1nWiMK5WKT4aelMp/qS8 opUWO1KFjD1q84MuypIFp8ZH+tHTqcw0mTuF5jTsVYdpj7MutpOYpvRFByyykBe2Ib4ZA08zTm/A VJvqA7KDoRBEr8mFlcW8Vjx04BbKEUXuNyBajeHxu2k4c22rt55L0Eiq4uKGbJ5qxYErVi7Sglky 6k723tzBmdLamjTOFvPyz7kzl1md3MqUszmMGOj9O/w6QTNj4mhKRUlrrLjvi3M9AGIdH82N4unL PhKpOuUiCD+SOSdDb/VpmVhnWS1/OD4i3OTfjBsXc0t8oFHHMz+22iLSLEDN52IWVV0yiUyadbN8 /CpWydbz1aisfFhDYrn2A8lGmqHEb6jHrZS8lUu6hJlIdUEuoUUfqqhVzA5264kYlztb3JG/zf3g D8HlFvhEPsRl2uHfQiNzxxw20tIhx7BWXHx7Aq6RUi5kpXKJO63IZAguSnirSPTEIg5rxJVmtGYe vDQcLqsV3rWcepnlmwr76BI6TWSwXx7s5pccB/bnnvlVATbqhGRC4u/Hd+9qrFFJG/I666dZgNmI M00fYnShc1xPQxAwNeHCpa6pREMGmDOXYucg33KgIFxt6pU24pBLmx5CJLspcxadG59IsR9xqHIz Ut3TwcSCuyY0SuihdRYNW9BEqNzycVmGpig8ZACigivGY4qQBaO5tDsHTjSfJZ4GAjaETTTygmxE wSy6OJSyNJyJAxwgKKZJZdhLMEri+gC0AZ9CIvDx7cPWo6U6Bg4FQDSEU4K+CU6Opqjsx6u1YGmm Nc0hyXvYCjJNQNo+mkZ1Hx/A3a6JK0uRfC+cFoH7BV1vngwqNY3py9ABEo0UvGMSn8fTFLQZtuOw IZEdRvqKzeRDCCZ0x6d6RfsI4jyIpk4ZE8MvA4AOEWwi4MEShtgYVpyAYwzKO+cyXwIiGG8xhdQw ygNJkCexJi+OzL96wrYmk9IaCkejThnO0jDXt+lh17qpMZJFTtoSyyZequsehX95NKqlQbfmQbO5 p9eTdUdOFk14ZzApUquRaZqmqsMrjMdLC22a5yCxo1TKYPLDusaFFM8oFaFT4lI5ym6ygIk3CA9D bMWyGcK4mIlcpsz624PDeoE7AatD8xKKOUAVamref13SDv1/ecChd9cql+W4Y3z6a5pwHZ31BtvW OwZQO4ln2BXiBJtupXKLj1b2YXqNxk+U4tZgNS+45Tmbv7jxHwxkI8P9RVqwJEhjZmidq92GMzfz v+rZKjmZEfwTnhcMHuNg1KFYoXwswt4UjaunxYGQ2FmtchBTpaG+I8ACB2C06lxVwa/fv8Gksjws eFdDrrFqPY3algsrR4cKu7I36mWIajgV3oJMgdXsD6YtymQ1OgXpuwUlfl7AfcxNQbADqjqrgq9H RuEz3BWOW7UxFBd4e36D3F4tG0Dgf41PDTWkHXbKcOCiX6dfPXICX0dAsk/VpytNb/voo0pq/y7q pEHFAF5V3GrXz34azB9Q7u/P5c/V5wrkAbZqqn+B16j+uWrQuPSkml0DyqnPx8sfZdFA5g+gr+p0 GDXAtgJ7ZdqVfGNu1cwgaKNQn39pdQAuWUV1JfiYCV7983EiCLRi3QlUbxHCixp9bfcRYnM1Fvqh /F7jIfgk6lANUxeV4TBqaHO12dhYRbdbFb6TnNJ0jzrgH5ZYFoHKXvGhRhJDizVqmicxSDWov02e PSCgsFxjvnUSyK2KHDrtZO9VtCJxtkzR5t7nrJpsdaqg3HoOxTMWCLeVC6is4b++nzhV8xC07rX9 okk5UPx8ahGHprUQQyHVdtOtYGNL/MjiDXxoQ+j33phJtjkrqsO6gjQr0z1zFAhgtBZJZo8nJs3k APutDeEHX80dhZ/z+HXHuVXGnF/3mb3YECa3CxfiIRh7IFiweGEKQICDZHg8Cje0GVK8JB5BBtck 1stHtprZ41758IA7lZMlMpzTsvL8WrN6QTvfYnINhMqPtUgnXuLcSgC5ZHGLuEcXUIIyvsKNimDk ABXYcIaO88hhcRyVr81SnE7E+pG3L0fvfPGXbaYKcpZplp8gmW9sSig7DgwNz1VtdMupzaZipWqk UVcAxM95+olbwqhjOF2ZZiunBSa5R7PRT0EYZ9o2zJhV3Jjv9fRctQ15XlVVMa/0FvkVw9wmVZOW 0ahf4hY12FiqWBP1+Aon6JPZxDxYYM5vO1x4gh+oFneJ3KA7olExnhLB0gx5euAMjgX1+GsUMDHp LeksDylJVOUlnsOjyguxvrlAQEuoRZrm02ZDOkCEIuvxj9ibMIqCTNwQrc2iSbWgDCUJjYilBthv rtGA8cQJ8wbRFqIUnWrTwAo1u1X7TRXEXrle46ARqML55lwN2CYN6kgVix24dw+sYbZxIZyQ8tjE 1SbwCkXEIE3cepeL73YMpKY9hMUGCof0lf0XaZigcvoQWTLGe8GApRstFQ271gTHFhxnEMXWBbFc PsbQPhu3kgdrK4TuQFxjRfi1RzAIMTZag2TV2ZcC1UDXtNCNx7RrYRIDZdjlugIVfRGCsltlVDBJ BycFpJdXlTQ5oh8kwHZJCc0CHi+OpEFZv5hKX/ZU6at6WkKlQb4l0epX4fa9hli2SHgChGI8PEF2 Y2693gZuZStFVusOaY06e2JpheqMEjH43Cl3YkUqpx8v1NFZyan6S05EpJoW+0OsN7uWaDNJ1BTk Axg+3g/puQMxWEXHwn75gJwmCF9uQiB0hWrBshKPMaK2/jWi+pEU2lAucyujlcOE/sj0sQVdzKcs j3ainpwLvWIYPWzgDShnFxFlywMfJH3BLOUv5RuhGcWP8j5BDsPpp7zGFYjhDkvuMgatLLQrO1NA XnaPRZ57xcOidad5cpe7Vvm03UHR7Rb+K+lKtFsoqfI2REXzCbkETUynX6MDlepIQ6jNW/E2hoSi HF+ElWG5t1ty3EbK/P1iinAcHAI6wUgd4VTRpzfX+MRBvfWibTGqp+jL1LSQCwgbwdC4FYqCVWBG EK/3eIEMc74GwAWkCQbYSEqacuBakzsv4YSggDpc7ATWxh9PKOTgq61eiXFvYHSZPqs17mF/lMFy TB3ht+XabdlBFuCUSoUDrkwOBq18Ol7d68rYVTqTtM/l0wRj7FUA7xWQUBGvfQKdMrcaTPoIDe3A Jp6Jz0wfBqpqMxTaJOEizIOvMaJg3nYtAr5CcjAnl0sMvZnPFgReRaj59vMMgFKwLuQm4EYTvFLR aiXZusQimqJpLzLUSTXtHHoyhoaAcrOQHluOoVRfkTgFxbRD4Dtxde/6DwLyRAQz90SEXm0ZwQAP 2jAiJ0mhi7WN/uTtXy92A0yFbKQXiSZX3MDZld7Nv1FBNG4yyDSuy/qld4h0b9CcHqq656fXwZhs i+Tgj1hAgPNiOmQ4rUHE2Yy9SQRnNBeEghLm0GSnO/9M5Yhs/4ScAWpCdcgrhQyQCcpIfFjbmwJc xAMYEq/VtIVZVHrFud2RIFMbJ57vWZ8WKAXuNN0k3jye6/g0BFAM9oJuLjRUnEPLFbi7mXlYXo6U VpWNmxY1lXMsa0wrSXhJrbSleCbHS8fveQ+MQkGYUc4qtcyXAvM1jlelb+N5zspAiAADWRX+V9TW LQmdeUI7g9LInVBwXsyiL1LofuzDjF5/ltsM8dR4WA0181ZTC0TepwlUabsMF6ZyttjglOy3YUFB I1GjJ3yAIkKMMTDEL9n0RkaL0TQi9oLaGwV627nCbjm2vYlDybFdOHxrPcIrH9X50/B2hmlfHje6 vU1zWvF5oUu2+vDF/S+229Dhk7d2rgfaqR27oKBTjOT1jilGe4no7lAHvnoVIqfknZKvdw8vhyYM 5HnYwaYibvAEweM96h9sSGIfldwX39G7RgnZRt5ezerRCZufI5XhtL01+rPBTKZXVeZg83sI4220 6DPr4wGePYfUswZtIZ4va0kGP/RrKNuzhMcAFrZco83HQxshx6W8B244zP69bpbZUw20osaCmsce Iq1X0WoTzyHvNjbZ8xXVnONf8XOSY9ielbOA5uER7oem1VBj12nGHMu8OpkJOBmn8gA8my74GnGy q0gtZ8tT+NqjIemF4RsS4qt7NzZzhA7z37kSq2MkMq/iQJpTAy6nS8ZC7WmR2bORsqR2LqMyTMrU RdZ9TV3zpNk5Xoik6G3bSjO6CGd4aSnCo2pv+qXGtCCW4DmbaspCb14OW9mAy7jUPNJ8GW1EzSGd THz6beubpLke6gWZ5iPjgp8fMErQ6CjNzka94A/MbA9qjoozQW36xqz23tFiLrGWCTeFeTSpCRKM mE9gNpsOHeffWCvziUv7x7DQ0NC2RonPLJkV0VRkqWItagPkE4jLeJs8GEMiH+5fSwxXuICVGNME nV26qVk3p+uEMJkABQ4xd+kD103GKNxU7mcZnLFySmUMRXZCqRIHZHFiPmtZlGccQhUXi9jRIx1Z VJ9D5HkKR9xUuUQrTb5tSd3lkdjciDIjsj8/QuaHtwQZ7kcsOuKX2GxxdI53KHHuLa9YCOSmIYqG 2orc19ODOBbP9eWn2NV84jpetHSwyQErNSuHRQTvR7kXq5iA+m3qLd3wMQy9FqhKDzwSb6G1A8K2 nmAqDBPcligUWj/0ehc6a12pWlbXt7JVFZMUbmrgxnE8+KuaKjCGGM2DzMmzCL1lweWoBr86BKQV 4m1yWgZd1rq8GEfEj5VVyQHE7YYpXaw0xvCjC2ttPK98K4Kl89o2KClymQlJVWhVj+4OnUOTKNQl oZfJs/JpOU6rfuiW4ADnTNfNgjFfu+4tN9GaXTQDug0VHQ14CcFCX72GVLdVl07Moj8P8q/w06G1 Ei2gRoXM+iUN56q/lbFoCVgh7/C+vFSrQjjYV8BrOWRpoAkWf1AoBWmofcbiEJOtXcIfSmVCTSRa rQ8abAEGve6nmXkht9hG1wqu5HiVEIMsJHOq6dzVAENQVfaWKbrVj14JJ7tS4AY1OpXYKSEGv5Rs qi7dcXKE2pTjOfvS5r67tc0yQpVjmZPBe6QIKwIiyEY1jiWetiiHAp70rMdYAbEM36Uz/cQZD10S CyIbrYejPdJJUAqwG55GVMVYKXAGHUBGDIO9eMClFJKYwj9bDHAJ/mNmqslYDF2H5WqBQXECLyCX K31s0cFQTHNUG7LkPJ6mBrGTgFBLhZKKZQcRVFi6k6U3iHXOXwP3HTarM8dES24S8+g+cDPgNgAK I0LsFeFnNQVTEKo2UcCB8lOsI5+2V4EjQ1a/vG2tDWMl1tX5EhpEjjDgtkC8dhV4/7qSFym11Yim pWewYW9wwxboL3OycuFtgxnM+4stmXUNw4sQbEjFS/7BfbuvzNfQcZbCwCAbFQ0hTG12uV1Z3Ihk Cug/dKESVTsJ2AYECmnssLvabwORFekjwWAgsNZAlMJCiNufOWS0+lvkuQuU6hbDsitIauCPMnY7 ZGgu9BrGCS6EZLehRR8xGeCpYWgpeSQmDzlUaIsqHdYPZJGet/lAz/6ETrsHspmK96I9nXr2AI/q Wbtt662eWbkvYBUd31e7JbQ7NQwYGFxZb3/gnfYlUcWtmR+bbqjwhdfaT+Sk9PcXTPrWBtA2cgmp dnUo5/dv2GsvGAS9GybyCI5AEQM93k+gcVeHGCv0pt7vdsPY1jeKt8kiLBr5hs+8iJECVcV95SQG 7npVH165qx2VkRTGH/SvFwXM1b2DdVk0Z8gCDQ1/DLMVtllTiwWaVYYblMeA1JYjE69reOUewGSw 9hlkSOxYSw8gT3UaIsu9pczpTd8MUCPUhKUjOUAb/ynvCoAnVq44QKY1gFbCLLhke5St/mDLLM43 bTBwfVOtCvtbnclvEYWlEA4HkdXynkkZY32nU/XMVHCotbSESy7cXXB02+z0WslWmFrmQ0JkYo4d LbTfYCuBdpehGzwth1L3tEUW53GPMeDzyQAZCpULE0Z9Qh3Bp1crHgzBFyuNECvwaZsAU1e88Ua9 lXqib16k5bMS7pMpy79AGQ+h5B4wufcLgLAIASfMUdyIp92fH3uUJriG129RuFhA5KP+M1Shib76 EOE4S9nStwU7G/WV/Ba4FC+EyRWEFdaLCEWgBUWCuGbDpwrqRBglm82Phg2HqaBDK+K4PTQJWnF9 0JZ7BT36JT6RQVUiIqZWnCWDsuA8sJpXemVsYiYqJgIwLCcezCTCRK7HJF5MbgKELIn6UCi6bTOB QiILr+ZTRImHC8JlneoANSN8EXuL9TUE+OKVNW14taVoTdSEr1yxxnwSrSPzWfFYJYJuvF2n14oN AvMBMoYJmQAlhWDGk5cHiXYwj35EQaZqHfSAbcG5qF5gy8VGpq0RC26MqBtkiOJdBOkVK7oT07Qh XMOGMqhi1VflgtKLWzahQKLIHPmaUARkNBqShxVpgIxwRgYnj9FLqYrmC/MN8u1duud6YKDorvxJ nKnrpB024QlfH6VRGhJQ4y8ei90lzuUh214D+zQo6G/1VpqSIKQrWkGzH7p2ChM+xZaaJE+tFVjF 1ihyilZQbXHW4tCgQtSLqWhvV5kqizeYB3WgO8N+GbYJEsOJO6jI9FmQQFsoIFZGg+bSCT0SvXFh pn4pAzSgfIE+4F5ISChQqkygCBteal+BPBsNIVAf6KJxhAIZZPgY4jGnhSCMw2ryjhXxXyRV8lB3 dDy8UdhstqWxgSn6LqgzfLcWOlOE3eYxw7enA9YtV5GxaS74gJJVIyqHCviQW6Fd1phEyxzl7Ogr t6M+DSQkzOjjcfAAhaMXwvdYkfLJaeV3pbG1wPYliS6NiEMFcL5/liC7QI7tq3S1HUtDNPztJtIE ZjFyCfrT452EvQ1MgRJlWo+SVCqINuBAL7pyfSCmm0ssmcTjywFFXiylyQepogz/I3AsTeZcsLzn 5UuENej2dv5ss4Vt76Ajqe/TAwQkUKWEtZFoulwUaJIUrPmwl/uwpRQNpbarrZVgBxcoGWVO7ypV tdU2qhJ4HAt10RtDyLwN//6gidQ+EsAMbrp7v1ciC4W4l3y74UFZL7fZKNTx1iCTWfVplDuLHamK 7LWRGHjeERhawhdV4wo65a8aGQ6D7YCUKGS6gQaYC/kIzMhOsTdDIySQELgquseNx6eDr/J7fLM9 BSYdyGQqDERJInCFrmibCVx/fPkvdAWZH12n7jdkiUzfDeSAWtwHJ7lU99if1qBNfo6Z04BUCaEx NkYh1Zl8JufGvtNlmuqqpNn2RAHjrADLZIpISq/C3wKw8uU0BZ8YSVkzUzEh8GUi8+Yq9g323cY1 xAx5kFtpnIUGl+iLimdfACC02rmC60QTelJVxg5HpeZ5ZgBU8wWjMP8kKYi33rP/ADsrAUTQm9dq AHGucF6Gm3yHK+Wnw1d88yl/8PBoY2fOpqWd4AlZFSStLl3Ax4JagKsGSF3SRiAJH5VVrQNi0fYN VwoHzPMzB0Zw02N0Nb5wobbXNsxoNoln5gyFzFvuyFkbsIt9x8ywl7DTapq7N3RsipT3I4mQ5lZG Zin2KkFE2PLz4yFkJs1SjUaoLRlDSGWyPrAuNuN+dxkIxWpiNRRRDsDRJKh3XeIAHX6Dq5nKmjEh SM+vBw6BGqIFVzceTRkn7eSrwgYdt4TnV5Mj3uccwu2cygrcJIwSz5h9+AtVtnlAwqIiCTbC6AFH TYOxwsCpLgPDKnIJe84rIgNVSMjYXJNH44uaMb2OjH0ZghEj5z962lYeIYQAs0f47YHlBk/iBQsy XJ8bG/oxRDsvB/2xDlilplivb5HBKdBPtBsfd3Efc9pxxjc80EZ2V7tUy719y5ce+J+s3Qhe7x8s Md3XOr4jMxv0g+JrmRMI4IakhvlxF/27C43UXX7Rb/e9snTWFshZ4T6XmMaNyeBE6sfJ4AjdQBJp O0R4rDgxu9V8nwfq4YVUjIBb6chaiZACJiPj0k4aGexIgrsllUCFcogpwMPzIbluZ+qyfuPEod4i aTUHo3p1m5EzBjKhmDdrpd+8Z9FHqzBpF7EJIJlww2iLbZzScjW3zMQIsDl3zqxM90KyYtrqJ9mL QCIzd8QKEeePK1muY+IT+p8hawadOspqzW1pkmEjJ33OMeBDvjF1ovMNEuyMANv1zzlhnLHbmoge YDs7y7LSdj4Ec2n+zbVowOxCW3GRYuSDtE2t9xAHxb5vcyLGRV6U8OZRcwWznYo9BA0NqNH5wC5Y kBV//SouBU2HxG69gYyLFowmP9zScKEEZchC6x8zWGEjpDWbzsK0nFiApFlXZSWA2dxpnqPZ0rHC Bwrv2jaLRyvbp85xMTDfmNJad7q8NU3OCp/TY432ZJABFLEfYCqspzZmI62YiB/skV4/dKC+8DnO ExgJbACv1hsLiURHXFbdOMegqUIzAi1oZmkNiIMmVqLj5cQGuTQq1xp0C/KUBocEcfpyccYBR9dw E0u8KGjFEYugZU05UtpVkQA9E+Bxsx8MmzUuIM4J0zA9xKcILrhkb3F7fIbV5j5IhM1V2U/W2WEs NGc1SGNKrE0xpkCXlGksYg+ENAlEKSDn+QE4yJ0j2AsHTeFNmSTelJYnxQFgnAjZcT8E6oYlQsJ8 raGmHeENJB6jt1CaeYkvVfwauLVXZwhde9M5Gd+wcrNIcX2Lz3oyrvmNGGVwHEX5WjFqC+0oJ688 fz5ZO3FUf1VWYBH+yJxz+oaDoFwEP9PMMGPMkrnuHnEy8DSQNWuiFIsqE6b4WC8kBGVVIGDUunpU vhWAJXEzjlJz+plxF6p3o/xddiAnQIoZpNBAUKBp0wruSvCMpFRLLiyTNQgfjLrs2j+j04Yb8Qf+ QgsYYIaUSgVd1ILZ0gc/ymW0B2tzA1IABCHJFB+nu6bYSNJD3G36lAtrhVNrVbTQwsDq1IKmtmNJ ZlFshE0sPdXMV+Y5SYUbcJJw+5MIccHQULNUxW/QQqzzqezLRRUOlamFoYolRFnBmoaA5NCE+nZl eVC8rhhE0RHIweAqLEe8MrB2+agTsZVrqhMT2IE74CyagohCYgw2EBpkHi5kbA4EIpYEQuDbtuSk zhHC44vnE4kOHgljhhMSDcqBhqC60H2CFHIAeDCzrdF5UMgqVruazFkEgnvwSmcoH0abNUFpWj3B hPoNiyva6IF3sCmaAFFgJBCWk9hT3VTIJ3jw84iNUQ+8crWCaQ95JKP0HuWuGY59eVH3GABUGSYT NMiX9xPt9sEF2jSoan4xE3TWGgSekgYaezIa7IwifOnPAto0p4ZwnQFEFyBFY1gM/yQ2zNY0ZuwW G/3A6wJ4Y7JlhRbrK4+scqorYtpgit51taZvdtnTXltyCnKNsRVk6sZtAjKGE+TuemTHW8wOUmud BkvAYqQJ12opKHAfvprc235rGKs9Oioa3i4HtsIA91EX92MG1LG9EKw46NkoAr2s/ATPwu8CijVE CdR9QeMabeAlClNnrGzL2ZRWD0MX0rb27WndxEsXBlADrfGRguUQrEykFXb7+H71IkXtK2luwYK6 pfPBlfQYIG8hClgf4oROCJ5liUrw0eGL9REa6QrljurxAlTjcnoESLI5ANTQ5iKVM1PJ7q5AV2PY s9pgd1TuW/EzhVLfbX+KymVVpeoBQ9yJwcaeqPfPIoeqWcW204ArOahjdsAWJoYTDymCSt1X+59U AzytMzBoZetcAZtqfYGONtHN3OyAQVQt54DjFSHjLXFGBEKr6yNUmKdD4a6oCfhkNeqKjfaVhrTW s9Jx0iCmnt1AApGRG6H3Srssw4MD1JKGGA+ekhHhVcSIHbhjBJp6gbFWFo+HblZKjAn1b/eygCPI vqUNhmqv43lpmkM1aDiki5fNxbeoQiUIIujZVaBFmumMVkwvxvL6osUT78QJ57wI1FYGpjAze/GQ mShQkjOkMtmKf4FHDGtVmbdJiPpyQlmjW+Cr7LeQhqWWpyACLoSCXuVmhp89UZXcIhviIZGULlkf atptu1RekfpEqatDm7l0ojMGK8tUkin1iorw5rxBSzDNRBU842J+SY20i8xJR7t0tHrAbeRjORVX a5YGVLNt6MO+szIM1T4dY64E0RsPLT7Z8SOgnjRIwrXGac3UchrvhL2MupG43kj9yU3ENL9QhwSj ZH2chpmMt+hMc8Sxp4puNDNEXOHF+2pAWQz5OOhExgpxd1uCLWLUm1PfD2yKl2p7IkyzmpJLzzua p9MbCsI9shIkmLW/FU2lKq19c2M9A+J8PWnPPJOUVqboAjNSriCXV9l2nk6DBtGuExDdBl5Q5k9n AufJylQFT6YlDd3OSIhtEYOYMJUKN61rV+dGKcgwYxgIfjdt+WlyJ9M5MyWdmaHdALjb9vJuF5/Y yOtZ1yA1csBG3WLxlshwTbGopZZWRZ1ujtR4TyASe7OI+Vqn/IATlYlbA+Crn3qIxvrv7aEqrt4M Z1QFWlXQF85Z862b1kENxnghNYspWpsW6LSoXeGzaxalOESThYNOu1LA0cNfsXjxkoYYC7VsOSAe GZ+fxYvSXtMf+rHBditmSktUFTLO9rC5qKrQhPXaMIq/XeDabKURDQuLsjyRDVSAXhKfsdDClET7 ummGFYAGJhfp+fu5TRptM9P+b+xLOzbN01nmtcgC8U3PaWhhv06pG5c1puQEDJeSrVBZ6OgaSkih QVMW8XXNDfAmXsrYGFHo8wiLftkhZ8h3KXakM67FsJ5yDa1wYbHogijBafkBO9KvhCVUJyxLGFMF QQOVNqJZTERZeDHBYuvRsi2uCO9qT/Y3AhJdiTfLDKMyOVJfNE/kBb1Be2re6HaYcpG8S0ODfEP2 8noHJQ3aL1YXo8qnymjaF7cGgBU9zxzwUuld+UiQsG7x32XlRkX/ARt+BMpskAiSAAHn/Zaly6x1 XbJcpI0HGpSsyohCgxDTvQAOza2Kcklt4aiOXt/uBMeQf5mpm4MrkVxkfC+hiDul0s7AtVzNa4e4 /H/mWDRtIKiXd1JNDepOekY0UitD7gR1C2KRQzQKmMtIkoRIySrfMhYJOD64G7tiiExLMsteogcr YFoO5STCApTwDcSTUZY0asgPI5bUly+Wg5eMozrYqwOyK4PYQgklCk4slxGn+1CCZtBySoqH4+Yo FOKb5Bei3oeGsOR6iJAbjItapMnYujw1mgmRwNKbRBvarPXyN1fL8+hBUjAoWMe4SAVCSQ3PohJp gTpASQk9KWgxtsjeAM1G0Z3OYabbgqTUKtMlA9Qh8fmlaTstV2Jq7JquFYlPNmE/glDOnaKKG4KR 0zQIiSyp0HWVXT3ATo2s/kiby5jgB1pxi/85NBJBRXot67ROVHLcMyraKfkq83KVeYK+uANDsQ2I 0OpPGi7ZZwYt3GguFFwfHkwOduAqSwJTG9KRI7EPWhS5ODHcCWTBSCKsdBUrM0QMxyeHY2tiTQQK 0aBhkAt2jVO0CZ9D+jK4tAZb+BlDINyboSS7GK4Vuss1PNrLBQyWAHUH/TbigCsUyXdBLriKRCNJ zuoDkZuyIGRF3YAauohXB6/hQ6q1NjeDY7JRDy7lM8iUZhg28QZspiXErg9DplFI1YYpP5ukzCyd zFHaAgaFN2o8VN9ZP+ASKsHjpjjp5Ic7Wo/IIbUcnbvC9mzaytdodQhhW8RNz0NgmQ/5GH8Im/Zc GXZL4swxK8BrLbC4JuueANDfcA+3ESji85uBIJgZv2haPh+CoLXkn+hdEuQwrMCh1pMMwnsh51C4 +uCjcAPCi33Gwkm4vhLyx/bcxkZzRlBDTCc0TXASyTTP5GiY08shd+drFYu6MKWOKgwPcbFsQbbY XA1/qyFkEgTWakVeal4mbRnfsTT3UXWre3AKQalea9atUzD51OvZcKw/Mi8nkRdcGayU1RAHYmh7 2qvqe80wK9SK9BClL18z6hsYBHAjFIwgoCZ2E7cZO8SpsCXmtB5N4gIvdzBwKA/1WqxCsbIqQd8y aAqaHWtsxuzTawG/kJ3FGf9sUEffSSE/52aqvtLTuMywmzk8j9OwA1iCcfkMISsFNkmnAfFeRyYF xLiNrDGZtrTeRILIa4GDBvb8dXFJm5MIGnAJx4qdRHTFF8KSmq+oVBGlK3poRUsGYbAtiutTkCM4 cKjgU2cFTU1T9W+cAUGNg7JgGWsVJIh9MxKRi4MuxhwTvpuNGQGY35NQAglfEF8w5jbmmUCBiihO VJTBgUZHZNapaVplKepFs0oG0sp/oV1/touN4/os9sgBIyY/gBZmxQOzMlN5MZK9thiZ6A7HyM8h 1FA0vy0wc0c8EaFTcPOj35TXPE75SS2piKYGJnMSpgImkcn2UAMb38rJLaagLbPXeyt0SDKDCDx1 KE8gTv5ZSyu0Dp5u3nl9wG2cNUG0ypCfz/qZScoX2Fq3fuYl/G7lh8dgKcON+RW+kXVkEeyAwWug Z7Ii+p/3BGdTCxyrfQUoFD51DSA2BOgQhk5pF0AXc+IKkn3l30LgZiE61YZolkhpY6B6lLpyTsNd BkKxCg5RgWMoeFEtT4SVKGiOcrFrIHRjoRhJTkOIz3NT5/41HxUPVEGTVucw0aCXZj1oNMXXMg13 xkTZTc3LJGWvM7UWxtgMSFtz3tjHvIkUeVmbJR4Lx4maBMaYkZpv8T9/1cOQZW9zzaTDVedFIjXL Wdq/qbnxEWo2ESd2wlCDl/HMoUG8ew40o+CuquvIWwcVlsGVRNiiX5qTMfPQNxC8HIJIyLxHCFWz YEIKi7m2YuYrVjSSG6/g07n0M99OBqi5YcjyJ6cCh4gE5yE8uBcukbk7yBtwtIwRv90m6theUqW9 bRSAC0tMI3LuCBYRRkH9JCip8zhSykCsxEvQkINyqlyJTKyEt7hDaoz9zQS1bch5SOaj68x1+oNm Vh4ibHIwjNwbtaAyKbMb0gmsNSeSq7KliM5Lu961mMMzymtufDY2TURGf6SZKMhJUORbaiXnxYHG XBIdWCB9NhQHZGDbmR8dOXleUyvkBWKVORmkI9AkQitl00r5upahVyEcioqC1rxhSyqMGZJvKJO8 2H4aZFEdrHZQ62fJ/KDC8s7hvdJV3kCKyUoRI7sGUxFHWxMOvARlg44rxFz1YMmY7P0HV5Xqlu+X /NYIrqCiFx3CJPPKtKcaVyII+qFqoZwoLyVU/2y7dgSl3S51Unu8tI2XgVff3v1EQZAKjHFrG7c2 FlfB0VWYh51C6qrDbANqCTWgz9AM1sP+YLmAGWpVaT0kRO7vK9+OCyGnugo4X9WtjzyukVBos6iy bYAJxabJ2UQsffM4v9mitJ1aB38kqYrKXQhYo7lBB6lbykPhDAWzIzjNylSpVPN91+sd8gAWe7eb IqWRnZMqhJBC2A3DyDGw5ZLQCAOgHoM0YIn1IAEeigh0ITZyAI61nUfYK0bZmqA1iSAm+Go1qhgV d1V4JkMvkXQi1NQqRDXMplsKBD4HFneR4SC8pgOI03WUbJBuYOKOUFK6D37bEAN4YmkVyho3zVcA +9amuFjrCKWzCzaV/Aa8aSsMPOgUOO9rawUArnYU8QFKGzZ/olywiuAhOqvbDxtH+KZo354QbrLr hXpqL+kkBjvJuBGK15jbUBrFhhKmNGVAtv0Y2nm6hy4q8e6NjdVeuwm8nRUBYX3+vlRTbUOLdtW2 RYO3z10UY9uzHVDdizvb50FbOoIaB2vb0NjglBnbleJV0XirBQbSBhrhymdDU+zsFZ/tUAFatnd2 wH5bhRiERYVQa8LBnVBK8sjMsTTQy2WWAjQHvE1bsSEY039dHquZJ7LGeLEFMbSH8wusJFE7GCiB ptpEYXRGRDWtL9TKDR+MvWQTvPPhPXQcEdsHYdNy4mS5liqIKmeiEbcZmljtmYx0UivfkkZa0lcY EuJpRkwEwLYNqaNM06XPzzzRt4G2rxd1ghw2WE4pA2fYsxQEh/sxhvAi7dOlUOvawgM7UqPGupU+ 3nuxiFFQQTwP07XIMKy2sfdkVCaIZFilBjXVFDbuwvcxVsv47Fr0cSlYRMnCx4D2JJvq4mFF0S4N /Ff7Hz6splpxOu1hv218zc+0xJAm4IKtObxKFa+sZXxfuK82kLf605pCe2y3vNByEt0+81Eab4eb 9MVBumjnEcbnUvuZfNA85fRtB+zONk6xZUxF3hr8+rY1949FBzu0o8xOKa1S2exdf96RStbtLtL7 TzvrdotSjnMKLR75YAvw36OKeo2xCmdb+3NtL8Ss+L/yfKPW3fH7cmVl9k75+L6yCJcfLwahOP9o b3HPDvSoADLsPm94qsrbkb2X0ar2t2GLn3aYAcAHwvfeTBNTT2q4pwp/v9rYxu4ujN+O7ozOMwl2 jMkYrcecbMlSpbpN29vWvVJ4DMlUexkngvVpC5yeE+i9mjgd5bazMUrEaY6ytU09j4PATKdVLff2 mIA9zMmXXllTMiovd+A3iFIjvOTx9IIucwxX4avG4lWrenrRrBWiuQqNb6cvziXNZzR+WBHLgvyH uxqv23uzJOVXEu/hiF4/QJ8AxcBZ3szjRwZs7YfbZOzB6Y7l1zkpp31r1mp/Hwc1zlUZTJP9jnvL Z/OJ/veqyrfemdvttqJKuxJ6t7d4khNrswIyah8LtsrwUMYKWz5BB8vyRheqyOiaw3nhzNFlGimC YE6tvHFZHnlwIIvKsAVPAoBmfOf4m9oWjEeGJQ1CNwM23/E42xitRcZmll1b5YCZgV0bSBh4L7UU BHBBTTQ9XiW2rqyaH0Gn3DNf0b52ThcAC8q4mjK+vBx/oH/xfXNQgVnTeheJbMWCZbZmE75DewW5 nr3iJCQGwrSMf/N20aCjKo350uen/6/MX6RjbhYjFFflb0QpxQAFgfweZvBvw0lM6MtoO8K/aN3x 5tAS6NAPYba/pUBtBt75POKjN1pyzm4qCNEsMm75cBS6QZZR1mDJvlRdgx2MDUWZBkD8re+4qAC4 xiRQL6KXkik5V5GokISE6rlHACQ2tVnwprkQPI0QCnZxldoXP5O4Su+WhwtFBAiUqvubKkiInnQP AgRCmMjnUpA2kvmX9RdTqSpgB2Im41/sTTjI7/WmwBxUFiXXv8hfQ0XixU7/8A29P9C6UlQJpRFJ C90geicVWTNiitCJt6HYo0Ogb0rVIyIpZGeF/cbd3CY971DTiZG6qin0NrB4R/narAZ9Ro+n7sVN v/kaQazgsMIMg/NZyqZDf1CdmRAHDpNvupaWBx6KEvuq2Vg0mEUqYYo0Tj9ry2Ow+pOeEQZMQ0hg atK/G4NTVkGBMlqN8oYDPVrWYPw9ikJW6/F2jRS1gpU2XKMd5NYybzFkukL5jYumlCn7ttKI1LQM BbsEBnp2QT/TtCUk3RiRJJ2D4Lf4Ci1g1OZZpyw+SgZ4J4zu6RjcFStSBkzWstCm8I/L8pOCdLju lMF0ZSmSLIHbERnlsYsuqrOgbEbHrEU1nSpQKixxtfsSnIGKnUjHGLSdvLSc1oo94oHBOCXH6f1W ze25PsuBxIVBWD0yzB102VOEXLdbBaDVA1hsLpoiEyFZJCKqAKLOXJXVpQF5J/MdN+5TdkFl3GeQ PRXCDWVzVsbKvukiO4BcSTDnOPNVFjoJfWu+2Gh1hogx0r2cEeUt+C6F538CKTKByGBTpdhlqHkt Y+UQ0gWCyphbr3O9EI52Uj3ai1beVJdSlBSLzZoD0WjekaNpcgmUKhDVCeUFeeku1Ba32bizfWC+ kaZLliRyFmmaI9GwxA0b6sK/EZki+VjrOAhUIKtIKbvlYyGFfuowf9IQUNvoWAwfK+2hTBtVzqYn QYNCAgwRRf+PHp3WO4bEJQxNLJEEEs9Emwaw1K044CKeI1sNBnJ7vHbGMJFMcUKI+C/WpzVHoMHM VC4JBzPUcCQQaVBbnhqmYFwhexC+VmmRDcW51c6FJLQMBDRbESZ4ujKtMk0rINlnwBQFCSGiEjlL YEkDhzKlCV2AlRYW3AKRA9Qq+XbMJALgrANMDtdFToAv6GnU8yeGfkNsSrvoRrhiyK2BG5G2bDTO iSlwJMlmMlTEnik2lnFxcQEPMLB7sRzonstVicQ5gCQQx0UYUL8BWZDVXKgbZCKU0kh543bjMdmk qARUPYLwwqiadHGPDiQxfzjWhIhFDT4WuaNpKXKMN2NKMTbFT6ZTAH7HjRR7jrSmDJCGGk3vipBH 9hwl+o2lFyCmEk9CjllETAgdSxzU44GepKsZaf65VozHgkjuOh1GOBwPGjqgLZnJIOJV8sMj2ILI qimV++Hzg+QSbsxMP30FecUyeCKgtSIPAnVSz/RoHIBU43Qk4SI5tvBX+tV6hf5NAfEn/dBsDwNC HpvLfUvBLZvoJo2tbt+cBHlztEmc5C3eUX7LWEY99NKanzsDsA2tElqAZuvXIX/pY199400YB+71 q9mtGc1laIBeU40gzRa9kLb10DDRkLgvlfCtX7XPdizpylahAI8EhdsY2wpmVHnYwqitCdG5PTXU blZPH55AatVnIlDa67Kt2iARHG21wupA2CuZ3NZjcL3VwYBtioeGargDqMMDs3Gch8Y3myMi5fQJ fkvlBkoH3cO9fXaXZ6+wk3j4CndlJ2SNAJzAIRrFGaRyFAMPtPQJe2/Z0oJUK2n1lJbd1ADnQeh8 ATKMmnOxAG3NkaQI0Q9W3No7121JSx8ZrnXn2u1yY+CnKA5aN+9Sm80Cgg2aRl3jtQm9iEU+bRIJ ruR7+Lc35p6gOStt1DkLZoiB0plxAqdD85+ehaR9fHXhTbupOOs7BgC4yDaVpeQUGBT7Xe/l1E2I cHJ3mlDUbWkWfuiwids8WGGlKamwgF/nGcq/FkmCMSvNaj+BPH8b2ZkjJAfHZ9mHo2ZWUUSkGoiO TMJNtG6BL6BT2xVQaU5mVIa167Sde5M0i0nkXAUw0rE25ywcEceeIJA26x0iBC8TA5TEO2Ukuugq ua6uAxAKP8QSequo0AazxStnPk2MIooRNlSaKDhB+gYIpymlK9Fqni3Ssf2DAWijARhtAQBXhtHA D6nTLZQRxeR/jWq5WwMWPUmCVJxyMgwJ7TVhrlNkrEk8D6qR7haBJLTCkKbaGv94BmfhipsMreDI wVLjGBvn9VuqB0cVKf1LD+OmHLJ8uBpTxPtTUoiTvdfN0JR+FuKFUtYCx+cSTl1qL9bb5dq1ClNu IIGrjdGKQJGXbRIMkzJw0i6oprLLBElGIaoq1tQ5CdIZmV5roM0FkEMKaMi7F8OBitiiMRMGiYcp XHjj1KzU283cMi4xIpqZmYg8cQxO5Z7iNOFScWMJHlfDYphVHrUllGoTn+SbLovL2iQFEluUDbh+ +34UgJqEW5ttgKTDe+fnCVy5p6kPwcRRjNXbjlfXt1SFKM23rkYOOld/ldU2r/FdZD1I2SbhxgXA lyubRDpRmqNR4w2VLmxOPQEJEv6mX+3pMmtt/jXvFB7HEGN0upgcvLZ2hMB+U+B0V/vAGXQ6mpql pv6FkUE0QgvBTEGOQ2aUBKv6DKQI9wntt1MGLAItgz/ALHTs/axvoDII5UKf6DDci2gdolti7JC0 f0YNMzy/nuEXobWQuOymFOFsgePjp1pZ6PGguV60CSDqbZWG/P0LeAiM9RWMBIWzEbH9eL/AWV/f V/2EQdm6wmvs2gzD1wArIEkbKzuMA6CnVS3vut9fIFAglQ2b4SrwGfAUbOkPdOjaPswgLPhMDcG7 DOQPbAcmZUvnz9OpbZhrAZ72/cdL+myrfPljL+YfZ3ovoE2SNdL7B7vfFh32d7640V2ArqtNmu3e fIOd28cDeAgVU6fsJYAEDGFpqw0F0pU/c0BtO1zhH1PGFLCWxAQIB67+SVB2z+BNvBMR6kUyUEke CxvJEwEJCYcNJQ6Bwb00UacsDmhmExTHy8eqig9mbD8P2BmsMkwOEu6XcWiYX6WCOEMA2M6/t3n0 z9cv7SjR6p2GJN97HkF6wMoU552YjMgRQ/OdQrA4XUq7cA+67qyMTGrGX/LHQbTg/ywaXAcnbIno ZL6jCZjZQpgDTCOc1jdjlErsV245bbc8kfx9ziun/B4QMFjIv/75cAaVeeUP4R4SUrqWkYHyvSKQ rYQg43+F/bZJ4UgB1Mt2bRCa4dDenDCH1hpdDxaY3RzUV/6Nqcmcmk088eRc7o0/NAbJF3mh8fMJ YSYQjrRo3Cg2SXAjCzLzEP4DvSv1BGmKC3Soa6GI4mP5kVjdhM+wwCDsusjWPXbQrS6ak/G1NLqg +ha0N3E14/8INoIoS28t4rsZ2cJA2wqtiBo022MmckQ+2mVdjDvkvcWyiG/BwtxE3hzo97XpiCzo m7iBdGiL4bNrNz570W32nuCMyBRglSIUkgvM85iPyshwwqeeVfl4tN0IVok6PHixTI0zXsKIYSV7 RRFcsY/2qOZxjSmHzK+XLTy2rVPVz44Qh99CMj+FnxAo6Ua/y6N6Kka5jlCr1Eww1j9/cthF0YJQ EaY4UDzXUrfhlLuJZ4nCcc2Ke01/nS8wa55xsrVHZOe5Syv8x2S5Bo+92qcIEFQ+CqF6HvrjgejN WWgQkyNNbOr8agZ6hrNgW1hczngXUmoC6a+4VDIRvQYmmw5JKwNqUIDQ+jMTIknMpzhD48JpN5vz 9IMRpSemmpIFbEPDlEAesJIt3A/l4I2WGUg03Oz2Qsny7bg0uAtDysqpNiX9AktJZ/CgnzG9DBeJ FZ/ojqoLMavwQdEeIhMvd7YzPvhbCWKRd3UJ9dcEp2bv7ZA4K00r7FdOoMUVXCp86ol4WUGpkLRI 1yqEKsGJk/d7Nlfdi0gdWZFRciZ2JzM4JX3wze1ZED4n37KA0qKoL3XSvKXb+FypHLEaiu0phP6u pgmyTiRRo7E5XQr4LVWRO8uGljG2/Uh6J3vVIKbRd6hBoXL5sFGLmTGRxek+/vhBxQtGKFLMSJXE OCpY2oe5xXrGBB0AYlDQBBj1ZWSEWCd4tcSJfMvQKXLRPZIMQXKJsZrFJ2z2rKlopQwIMyo0Lt8z zhJG+ZEP5YTkBknBCsGTbpRfkabB4FFEYkl0U+FIkxD61luHbMtDazJD9G0lnmEaXdvL32gm0UEI OMBHVLojlzWC1XZRIM9mEp1kkKTLCtvWo9ScMns8XX2l/TKUdVRsKd0bWmKckus71YUr1pRXte+B fIfI3LpHfQ3q/lW97ssdrvUkcGVS7W9Jav55ur3sVO2dgnHPg8sBewr8duHToWakd5V7qpuUTHvI 2APLKKnU+97Du2oCM4D7nplXPJiRKm0K0CkrVNFkVw1KlbqVkWbQJYPFopWUEYHyRTKWBCdPauCL p9Jt/jFfZDhuqiSzPXkYDtrcRasbRQzzGLvv7cdKGoSoWQMKFbCTgOuyo9LMjVDhWc5O4m+XhRTg TuOupJweL0dguwvIpttAwIYDHqA+9Dg2e5IQY2DZu8pwt5CCH+1fcI9AQ5R0A1PUeZan3wysAkyl xK5jjJlnldnOKzA/qGl+9Oi9XgK1KmbDwJT7jRSogb1jeyhYRF3enA4ju+ZQnfQbQv8xnN9LU/EZ 3YACg3ZK3bFbQlEgL1hz9/piiCvnrnzPRqGK+bfjjR08aJ/tbbkTJdzKDQOF2LqpI7G4uVTccbJh bqw0P+AIoFWdpCNmAQoewpZMWJWvqz2L4NoUY4dfhYNREp5v7kRGAHgqC9BaqGhJUV9zDGZlzmJP sZWK0Q2HYOC3zJmRcd2lk55tdL6lAVasXCYMgM+xNGj6LZZYeG/GFC8NspNhQfnETkGFejGHCLfs 5TcPBF47mny1L+1xF2hUVYPpnNny7eJI9WklPyII03sQ7vIWMY/ESr89P+fGogjRTJlN6UyJIVK7 xqGS2qZLb+soRxZAdaxwoqTfqN0lYix5ba1UGCMy3lqhh16LVVwicip86nd/Kw8RhIwCvYipPFJU VOmwhLPIhccqf27oZfzmPpGQ+KanQ0U1RcgoV6FEHprDoIIWJRnhAAZcIGg05YxFNWK+InbM0GYR zz/oIN5gAkLFnw0NT9a4tW+TZq1We7bANWElO83rxUzw3sOAJQTeiRwfhHa52qJA3QgviyMdMSq3 xLbWR3TdHCMWrFKlRaSCFWMpKkVs0moBkCgF5w2oRFJv3ZQgOPl+5+0JuplmQvRIYquZJrDwfiFz s/l0A2NgGtR70G5rr3orPY68kN7WPoRdLAHYWPrB4/U6xvXEQzQAA1mOHFgtpUWPnuiewygIZqao fk5vB0f34o/0Sl+1yQDF202dYRDdz4luJC75ZoFZJulkYGIS6ED7zRb2RE+oV9MRIwxewIwClyYj wVerFEGFaDOV+81baoZtC/w04YgolafTCYkaDz/hWKTlCMM2FWNvuapoTuv5gULYYg++mlsj/aDM Io9ggMjvWW4Ptoj3dCjIbKL3JyejLwrAt5qVTNML5zilhTSEUkPhUU29eRC89UELTnEz0puYG9Th bqIzVVmJm7QDPTRc7Od6d0bejXQqY0ikSapRSqw6cCGnaHc7vbp4Y3B/V2AwW3Nc7FFiZOgih7qm Q6U49hJEXgKODt4BT4jEfFdchYKY5opqy4vdDQDHuiNNzk/G8aKaurO+5mXfQ9EtcA0Fu8lBhw0I E4ze4Jpz3akhPiTtI8YMIkvIlubtajlclSiyWYqYUhHTzFaaGcdqGR9LKd2f2VCnUqr8m7FRDz8p hm6aCr1WAJ2ajZ52U23gVQwKusYLC+NQqYVGZUa2jKuR5pngYUpetmQSMwtgWqqEoJHFP+R+Up2n djPIzkrK3E+1ZrSSRdlZlHLdueUc19OT7BJj9r8ODMYrjdZWq8YIdFlALEbE9UjIQzNGB/OlIRFt qapN3ig5QiXk/72I3lPweKGaZXPPmYc/VbLFeeaxyqjl1byjMTaFYDV+hq02o7hxz7trlSN0sYqd /tiyuKpJIA5EZ3gA3Ofz3OygYX4ZxlJxlMvBA++gKvVd/gFbAkraqtaLn1b/E8AABG7JurkGXLHh 9poonZpJ3FCJYht3VntpwRuSYN74/rp+K+BSGxYYsp+4rfrxRzEYFCU6XAVWo2HNMwConpCvAAwe AkMJ4NYbx1xxkQKtqnfCH6rS1W1pe4xPwkxE4SSojU4SSdCHrIo4fahcJw+6vCyouSkhDjaThVub WOlYb2fjlpuFmoxmnyA/j1QrYbP5Ks2TkjcL9NqapjA0t1MCwWsTI7hPfNBgkQapkQkEEe4E4Snu 2MngISOqlLSZHjIclGREMbgyBqxBl42FncgumitVgynQm4/wAGmDwnuqRbtx3MyK7WGNOoXq1JXP Zvx8XAANJuN2CNwm8YSuuRhYHV1odif008BTEgpHz3eXB6414a331UnGs5AlahesU/EG8gaw5KKa 9uIg/miSNZBOFVoRUF1F7mTDarxbxq6ek5Vrl0mSnhbMDLZU5SvcXvwgPMsjuczEPCm8Hbkvf/mW jPr5pwSwbizQZOZYFgGMS9izcKtNvEUx5EdHwLY5IhIwBbpJD77ELFLlTipFIjt9igiK4/AWXciD TsapF3pa4FYZqiXiZtmqI+hALNK/McAr45pj1L0WOA1bovAD2cgRGIjhlJ1pYRfYEldX5MfIAbCZ Z66PQaT9EDXKH8zLsN1yvCqPVH/GXCDBteM9cHoGrEHpdKsI0Av7JuUoyiLDN+GY2nY/fbAdstHl glRagl75A3px5SgyWFinTZKVMgbzuvjz1xAaywmKewVUnsKcAbuuBYGqoPwbZHmE29odeQPUgrLk MNZojnIVjxXyHT+8g7A/vZ5Q2aUiT/gn+zjCiWHB/MPG/OOU03/OtuOwN3MMrSMlzZo2iVzURoJy +R6WeCv15OVISaFmr0oM3cVJNZe/qh7d6+JMLgvF46tG/OVyK7ijbuYIYV9+o+qyHWteS/KWgArl gT9l7a1pOc7vmUVEj6BR9qgJkcacscmquSa3oLngaxc/sYIX0PEWgCpkNb0OSWbPlogIibf4+LWe 0BSQa6TzDgXzRqhqVRgz9jAM+kmcDLTXJ16Jtp3DBf8U0vANnBHrWYtTstDsakpT1nBn19Idr3Mk 4jzV0bsCQZgtKHxcDJB/fK/eFffqBcBpzCigDzS8NTZmlE5tLq9DOzCnphFlqpMvlBfQg/B8ahME nTn4GrSuLr2Z5R0dRlt2waGpTdWoVr/fQOUsC1fzR4BohNSdjcdz2hIdyunVhBW1Gqa5w7mmC9yg OXSDdbVfuVbpG27k6wrfs3r2RqCLs5KQQzezV9WJDL51xdiFPJyC4eaBzTD8nssF5EikEo9kKjLh YXclIsD7NIVu8VgupUmtXygDFo20X1MZGNpNMk76E6vs1w/8zBXcZq2WBZrFiI89hAQh1ts33cux siMvb22O4DMlSDQpneR5yoWKbIX9AsNubY0V+0RiuCioEMM03ZXEJQdSxIItRKSpKMv5S4gwXGsi an3+y3/NoDnpxXJ+61YAVKiPYwVHmJjndHwOXtjFqQvDhLc505kW/sGyDKYQKcfu4qaGwFdNIcG0 uPAp21IrKvy0HF9AKxaMyRmee4OOlEtY3y9arpJSIeLOugdAh7EiWDSJ6kSXwxmF7G4tMtCs7rzO TzpgG2qBtHixQLrCA1+FzzKA2tBLY5NjBIX2V2gp+naqPb20a3ghfPgASBVtSkmgzfoq3pYXdJ3k o4DceJFkBAakf+gfRyJEKSYxibZxFph6QATKzQUGRcdSl6YiQkkEdKL5yb+Ckiy8achcpkWiVkKc 0jQVEn4EeKTRQzUWDVN6gqPcC4zDS//lhnKEKiqNpLzOUS4iWvsn3NVX8/g/q8HBkp/uDqgp/E/Q xbpomUCzgBSCEL0jD21yFpIqxWBqMkZMNvyCdnyRKeEwppvoQXHgatDSEjpv7SqRHDMJItysrZ6B YwdLEuAs4B+UDJYF/QochSqC4XruvG0efQzfuz3splXw3p1itpfXw/YuqHwHkgoPBBjKzeGYWq4x ggNMldBCBtvqADBKof1sL87uCXqXqiPOJa4PVQxib68DFTiBY1oIunJQ6nq3li1bhEXalADc3EYL dhCFioYkD1UOpAOCAoVdBq4jlihBFPXALqorV25c4ata8zmcLeSf6qIONcB9RQihq62ftEdDb6hy tp0f2uSxm2MLJsAkgYes4BBE61i8MFYbWTw9/BcKeg+wPNjfoCOPtk7GXLCnI4cQxPEf1YgxQG+z MqqG7PizfY+hksHR/nuKF+nw4ygAGbvex7Djg3ddIRmRpHLb+fjeHcq3UIvZAyiDVYkCegqnffyv PTs2Ds/Rx230Ny6tIFe7AGZSONQwTjJTIHQyOvyHtDsH4LSBwLZ51bGP+IhMJ4zOYP/DT+dTCCyA eXeKuoU/gwGz8jYWrmF/MRh7eBJGnEZwT+3SIY8OGeG7AKz0udWxMAppupZqxycP2itZpE1xOD6G aXM/jIGStZxSpx6vDtcIg2CjmIKfrgxeoXIg7pqe/yFcQ3z20j2+xP3WNXy11yW0P2Wy7tOujCRH W7ScPjUuz2NXuWXYoIx+rTTOkGkKpNb+D8R+gKhj2uxAh40dapw20mGrTv73CaT//j6suB220wa0 tUFoTw1rscU7mqfWkZpSGqi/LtqO17ataUZge/0RgP6f7w9zq+3FoPKz7u70ZNQU/+HQ4SfbvfrR 8iDpGixtIU+MasNt40u/aIIdyqkbhel6h2ILBLxXuLXXaZJmAhhDjw+ETl+1C3inVr2frVUz7ymE VdnFO31wBBJuXD5QJoK2JoJDrmNJriQmLeiCJlJol2V+Bp0gwvGZsK+0zaYeGaRm/Xm4B7Zr1iV4 hVvWagjfDJJPSl48Sc/jVyIZls8zVZUatt8yinOt+Vk9dLwlBPxi9e5y+MArxFXbiXsOf7Iw2i0z 2AHe9XGeZjJ8PDBqp7TKNEg8/WrVJ8sg3llszqoXrT3eeVtcFueOfBHBk2WOl0xtdYLnWMGJ47IL kooVlCzM9bHRP4wihduJ/C3bZNxE1UC7Z36f456jdq0VFlJOkHmAqY2GfW4ZjFTcahR2rL3nAPII rqz/7p8Ko00r3I21IVIgtZ3WFNedYcbzgNltZVz5H1VvNeXGekgp2yRl9ldoYYoiBBMZFZ59k42P LCBvEDTKhhcmMGA37mW7rlT3oIsWfwkaesh8q9HMdTjDr5DsghIf9G4GbrcHo+BzeJIOGSrYKx0Q zCDKV3EK3XMxCtiLy257AiPJUVfSj5HZKpWd0mmIuIrIjCeL9tgRlU6ScOmmG203l7QaaUSNOw43 zxChQeeHDN11vAu3mVOjTk2Y2Eqe6WFLhg7gnOE3nnVhmE3ijRtnbIMRfpsXvW38IHAIKjR/Cmnu vdmkmVGpsGd8WmbCwY2QiRRwZnSiDv94YEO0W8zEEw3aNAg72+S+OACUCUUSH5cpFirgwBSVscC9 YddBpz7gaguRAqpZmbYL+YRz2FtkW/G5JbY8Xpqw9TuhjoI6XOdpcat3XzPVuAqlImSyybG7S7je jkOV+nilcprQXIKhWPbYG0+aIxwpGsX2GLOJ456rTwls2IW9CLcXB6/IVMixN06iGfdr5Y2q5/GY i2ZjRXOCS++4Xt6C0TqXneJTfjrL55kZoTk7B9IVnAL7OTD6FGVu8t9M64KHbQJtanUvf8s8ex8l K38wqzK1+/a14X5oyX/UKY+XVuRnnh8ssOYOcmikntb0tetR1ZzaHTZ0x2fDyL+i0qSQk8RjWsdm ucXiLDMjKTucB26a4dt4NjTzJ9nTAT/wJGJcZpq44xu1lB/HWOeyZI3GBztX5+R5Of9qJprtJ39v Sd3t/qCo+bu4osvai56S5eGaYiKNxDi2hIn8Zue+uGUetTmcRpg4Z0E3EF7201nuwk96kB6iJUNM P3EPPxup73mIlNjTVbMzUwZdYPbUT4W2SgCHaZBL3FAz3WPhVQZE+w7aRI5R68sns3KC6CW/TXIY mg+h/V1kSuRqWnmhG/wzebm2lwjQ69sW3xp3H12iGsKMm9PzNgvv5XEU7zq23bSKoOhhhtb6LmOU T1m8ZhgcWM96dIbvkuYww3K4Sm3cUeaZu3HWFxUmrNfGZWzRjjAF2oxQtKZlLJOLbOJbgUZzsWaz qV7Dt1WhaXwGUY9xl+iNp5YNpJ1SXOw9xfWM/IXixfmLrFzQIJqetYzLrkdbCutfYovvArq2Rape nmG2wu/aBLsX/WSzJiDRo9mz4A8PG64BKSnoRfb8B7bLHxqUxo2dXWQrGFLwJZIl4AgtPHyUgMUW tydXftM9JiBPhfBdeUc7o/BhuVQ+EkfoizxSzofPdWHRSmKHTDkjiZhxkIs3y6lw2Fn1HZlL+/yr e1iIAnhHkg28xnzOWWJf836g3bKhgrRoCUCSqOq9pwBAEPx9w6sSBh3gtbAfYDsuQDk61FCaDi1p LedEoYV7mHnxtrvkmJ/fC8Vzp8CcHqMc6gMT1t2LpLhtQuE9PkCwwRYWh0L3lMDJxYcFaAQuvKXz TlkCEK5jFq4GE8tawSHh0lTSNGZ4VQERleeADC0EEZMM0wpgvG9XCwwP2g5LjjDZPTwHGNNSsSed wbRLsRV2ggF1AjnSgsS79N5qQSXE8BoIEHwKEm7njnYesOAebLwFCChjDzkDClqJaB2B2tsGwTIK PmsBek28Uvdx11HgE8JaAwHaD3AIY7Ow4rob1uV7RIeR9ya7bwWhKpZbb+lxwZYjQtlbcAh0azkI IBvKGgoNJ373pkC7XFQBq2PVpEF3LVT1mDvKewwd7Kh4N3iwLny7eEEiXL16SqiClq1aoEqX2tBh FBkN+gHXLWk52JMQWNVqiuL24HqMCZqAYYW6IRYyCYhsQcY+A04Clm3BAaJUwOl2KLYtiy0RwLQb NbTtdDmFqRoVDD6Gf/yEPMPDlfOCuM/IvihWBk0O4wbHg8rB8HAwKDck1IAMFAhayS/EWy9gXODn 6fuiTNp7Bq8/56vXJYLlKAPoG4YYseFpPXABv7KsVd2Kg70ID+/INmz6o60obqW2tKjVFvtWK8lo 9SYglPMjkRb2A4lcT0Ehh8AhESamgZ0qnPCce3g4EbIs7GIvIKS0CssxPCyQ/hA5AKeSCWqggk7h aivwZEOimvOTYpMELzENJgJG1GJ4NQTo5Me9Jq8VRnhvKu55hx6jD9ispALI+q74P2OxLlPQnc0c hTdtewvUDLBK7apAqPJn6GIbf7XyTRPNodwyiCtNCKuEzvmhWeNuFBgB6+7RPD7PFVZkKoMZvBve bkgB23SDS3EZXSD4PMlTmKouDD9QHRPZYwuIPfpHdOHGPEZML6pvS4Q6xuUWbpRSGLXIkn62WOhU DzUjpoVN7fhIk9E2uC+FBVizKeh9sF9e0MqX5wIqRsoPtuyVzvbIjtVbF4c+I+3EnsNy3cxzZSmz eB4Bts+e8J9OMC3GZIksE8Mlzy6x2Wp7kGwZ2FiU3LjfVw3nqowtq2BaQL6tQGHj51WddNXvhmHZ 0QJu1myVgK1B5u3pAX3vTZ20mI1bZbIwo0mLS5ZrsoKPi1UbVFWP1GYUhtTyQaiiGntmw5w4EvVb Fpc9goEiqHUMa3XYl8baUFF7oUNJkIoYHBS0C1BLD2O470NSLVH0gUrhp/Z6MKo9wMhLs4qonW77 /ZbtlRhp7MV2/XlIQ+dWqS1F4uTNtu1Y5SMbpQvkjrbsjo0xCFrKEW16ciwuWh/X5Qg0bXHGTufO 57+Jmc8vC5G+EQp1U3jg/vBc5JlNwlGFPYBX9mhKD1NFBLJMoOZ9WuopdToYrJwxgt83R2RJFM3s yi7KCluzWtTSiUAtyY6D+m3KMy03GqBtgcheyJC9DO5meSbNUpFipzq4JUcyIDCmKd6ftq701R1m QAPqATxRy8dDGEURlOiKCerRrCrgEh8bTGF6e3hWx1L0JgoX/tDawKuYUpyycEhstiBQ23pBvDAY KxD7LezlN8ocBxcveBOlFKh5D6QoWddoWBzsq+ir5Pe+SHsxWYCl8NtVa5aPLKWoslTDJdCynJKO kulQnBCv4jBj8l4hTRkMuM13sahBCspxwfDQuZDIU8rCQIQTYKCcEKIgUZgq73vxCozSeeHuw4PI nOqisULuerAxnmip9EEiuWgP/RrXvRjKGHEa7UqGC2MlhQYVrxcCxh2ootJK32+ggVy4uk0SFPQT nKgsSSHQrLGlD7xNQcp5XYmz6HYDp4IxPaUujBKq80tOEYOzlKw4rjhDNwzGIpHgSPAkTFKghMgq rEirQ6YWJNK6IqRkkH5iFKsohKKmibJArtimtR3l1AxH3EU96XBSz/T0OIS8ULen7ZmA1S0+n6NG BgoK1iw1ZUQobijuLVISReTqK9Kjzxy5uYpvbP0FYOucS9ubvv1aWIQpzjWspGmi4CeXm+dxdwFE 7hRBuehWkwtyTUCOaylfEU80y6c3jzdwwachGy6H6+omQ24CasDst0qiHaPG6VaPGgu/4Nl/IjCP 5meYtQlO83mSiu6UrZotXaVByz8NerSOz4RYKGuIhhaf0JZkWV+zmC/8Cd2j+1X0xS5TeYVaBcna mRtBtjKtfNiYiygXFCjGdBsg9AjLXPFcHL10J/eIT07RNTpAbTifrN3ouDjPj9D80hucBm/2GGN2 jzUyHQdsYUdryE4dfYIeN1jZEqFSohw1a9Bap7K7ciY3rDKEhgQLIWCrhAhCFJryMhPMfGnxPmor 4uOdplpVlmrt7RhEU3kf23xfnpKIelozjbrlZXqLWukmwtzPcg2JXVtl0zcG+k7MNzdVyuEYMkvi mLknaDAHS1sC7OTCmCqOuolmtuSWBhIL+zCGPLLypB6V3WSPpCkMHStSsrcM4pIZrWLdOE8pKJ/P aMYn38UDOGCPaqmuC4t/2DExxYb65vFMOBhVkWEHkUkAmJujeZCaYaxBFEbmiwgOT9TEytlIMJ9B vxor75Ufl+PibXodZ42erHC1hU0ZE3P2PKoGkUGewT0MsPuWqrJd5MTVxCt3Hz2daimIP0VZ6bgn wcOKOHNO/yEwBPogwXZhP7WgVYtroT6hwiYnnrQ1Al1Bg4ta/TQFwEXtnIBG8xwkRzPkhQU55pZU QjT4WbNeaX0jNnw5eK49euZwAq1SCAsuYVxr20vifIQHahMnHCd/amYqsQ+G9uNzGI5T8NPScXi+ B0lIRGNwAnrWopLGjVexvpQcCYbR/OpHjjvbcO+8fRl7mXqTLoHoVo6A+eZEXp1im6pc3/hQpgs4 LQbiZ5gcWp0FFZAOQKIJEPcsKNy2hAU0ISgEEmTkctNoXApaCCELfOyCAPZY7WdohwkTt7uAAuBh sFv0x3sSrAXHN+MmF2c3HAw3nSEscwqKp3QW1KAUpFHbKYb/nFskYKmFDAwxHIZo1YvODr5o5jHS OMkYmztJJyNMo0wsWsoxYperNlHirFno+bY3EX/STJExbE2fq7dewNKZZ0WqWXHCboshtkjbqaLX Z7MreBcv2EavTR3sidPmbPyiwu5r7mIeeP9hsYDJuzhvpjumXYTAmU5qfs+TsChjQvCQhmKwvIvx gaqa92vNweVHGSXNNI06QlfzUS6jZHpleiZxXOAd+YHWL1AEXW3naZLSh1tb32dTZvk2228qitfC z7SJ5rtG4IH7uuW+MDl1jqsJyedmDyfzgA/WDsFnqUpMY2sA1YndRvSsImSM8gXv9tJOT6yxDQpk vUeMlEK1hBT06FZHmzAyfxend+HDTAOYO1W07iYytPARQh4cnBmJJJ/u+AYtG6n+C+LoNIWAtrY4 xbdgD+XUE8CXNjiSkpFVZq4t3AAAQ7N9Xosuz8xNGRrzSBQ81j9LVOFymaceqG4xcPhh7zpsOJiN /uDjLVIz0nyRhfXQyuJMTG74iCVWnxod6wM0Q4Z7CgzXmLCBGE7duKL1msbvnmTIBzALwrGGUsxn OOhnMMYjLMwBOY4SeygXhzfOxmR4WQ0xiY1xw6WDgsMzJ2Aj3V7i+sIWm1EjboOi/Pm55i5Ohr55 apWC6Y2RNPsbGbsOY3YrqhBjxrEbOP3VN11JJp+23HeJAbAhA+C4cCHPTzEyNDNpD9x5cUYDZ6E8 RGNW+o6LdBQTmxECNSf63JNxCcDzWgZNMjRJ24Uchki7fZkxWcBmLmgbLeZjRsEgZ64znWzKOJtj fKfpUqUY46vnjPAGhSZsCCHW8w8/emE7bMT1xqjldibJH43ncK38ubGbEBE1dXOHgKZJie+Tc4nI 64WdrWikyCa3QHamUerHt+fp0UXZReYY6qmlWNamgi7n07BZDNVDrjkAAAqt4LJYr5ZxVejgsnwD X/akpr3AE9lwkKZ40YWMu3QUWDBQwvGwMCm88BTUAKaSj4fYVZJXxs3HAHJX3CuahTEUCAO88i5l 4R8/nC2nKjDhkASplcwDZnI/klC9y3wLa7g17DCoNJlIqgwM8nVTtU9wWSNqN8WaAw30PqXCak5Y sHqKVVKCABbD9Ay+OwvE8Erp5nwh9nGsBCO2oQk9GoC2BAVBRWIRN/025xZQ6bIaKmwmU7fq6vZM R6OwW4EgXMlW+JSsQRWyfiXtYWLls37pUxtAqjMytAiFwEUx9rCYFYZ6ikAuobATwolBBYENtlfe AQshJEpMfyQjbVbgRsXMg4vsxupS75KDapIPNAW6GM5T2Ah/wjjCEbt3vVrNilh9QV5oqhhfqO8v otSTojnsF7HBpnqpalnfEGCIp++VmIYoKtGHvfS5QZR0hd/CY38U/2u/HQYUiNojQU+BT/BSgHJ7 wEKmhMRQ1PZ88BQBJDcqVd5Wlnr2/d02r6fLcHLXqxP+02cFzBU/X21tobFAKnWhoWuDPQP9kBOQ HsQbx/QcNF2CRltIEOQE9NFvDIKN4/25jWEreaWdWu+MlqJ4zUKwbWuBDUbPtA0Ik2m7Ome9ti+u XTPQ7CEL+yiffjGqWmgmdLmqc2Y4roA/f33+AtB+fhRAXwkMSNfGy0dNxxeNuMrzFJj/9QeDesbj +P1bRbW6bL16aOLn93y+foKsr+ev6/HnHACN20Dsj2/V3Tbs+D0fzxJGFmxNZKCmQaGWDvIEzMPO wGlemkn3qLJPECjMqrCQEkyH2Sv9ZbQsEOvSEEJk6A0L5YyavFLP6QPYXHG+pkii/SCUNffMgows qFBDjtCWng7gTwLr3BhEJ/8gdfZPVXycZ2DXKm51qd/sNxOyYVG72LJCIzWY5ArBNsDsusUYdblo y+gaPlXM3wRW2I+CM2zhhjHPUQMJew+1DIUxt84FQsYV6DTrM4tx2ryBuStbtMGaP8VRfLfE0y1P LmuXHgAyk8dL/je3bP4rjzu24tmjf1wNmO31mV/CKKysmrSNCn1tzjNgctJGgaLJzjNwhamjvNS4 JzCabjjKpcBmtmb2/L1+XMk3mTKLAvu6DeTtv+GCXjBRaGj3DrNZKFzJfNFm/llY2Ma/+tkklWNC b6tvBLyMErjBe/qM7iD2cYnb4XZpEap7xGPYgodxAnykimRAQYJ+aUne2EXaYZyOrhJcFwRHDJiR 3QW/GoUmSbl5zg0iBLfgIkyV5F2T49IALqfIyXeBbg68+UM37R1DTeJW7vI2RZoezCNpPE8drvL9 Qxo6l1kXnJiC44zs2zLFTScFYD2z3JSgGfNP9xtu8K5MlpKUAEQDW6J0OVfB8S4Vevvmnzk9C+ud R8pY6s6sXsLesmPBAFZrqHm36m7JN1liq0l5KzjWAppvMUXE0eLGtID9Odus6mqcwQNgLEJpE0o6 Sk4br3O9q5f6rjxGAJrN6kY6hjzxoIEwtIWzlL9wUSTuTyU2aTXdQzZ1/ikjK35M42QgFJxaIc5I jW1RR8CcgEr7VC3FT6eoJMH+wxOdNfF3FypZYDCzmDG70lZl1RhdAMIYXUGlUSLGErSUMXaMgZWV kE7xlXsWLbCYoscCYaF1UV3xXXVEQuqK6KqOkGrKCNqtri041DsIEksOVLOIN8Xszw+fbXggnJQO 9MIkaUARu6juXqYi/K5GoOIVGaV74AbqbGQD1Y4UQ1cBKIqvHkru0gvoP1TAOqMUV5rjh1LF6uCW QQQBFJMqVNTkgmjEw2kL5msO6CEVQMvw5y+VbLWO4FAGYbcx7UZHBf9yngaP32pFugzctK4rHisj 02k8WS3D20PVkkJ95QXIihMhWnqS9WtecaERGqyxYsmdWpCGX9qlqCSkWiGQKyVmfldjpwUVuSWP peHlDnqivoLvulxxRnF/3yD/nBrdEAJrREjM0xaYc4xkveNqLuOodoaiVKuoVeJqrSHIIA5J2Tjh qgR1v/celnvygkpZyKixNBIeVTOGqPpLmYErnUpX0BbmQxdkdiFAKH25U1aExfJBTaggUhdNT9Qj 9vouZKp+GbpSTUuaYsi8Axrs/6ioamOnMpQkeKe3HfUArGB+mEYooiSRgixvNehy0nx+Grgcc04e Vm+05k0tBM78yz21Rbi9HEw+kz11I8PUZlNDU0dFpNUqKvDBMKaHJr0BzRThZgMHahyCE+GSD32X Z5SXYxZ54zDdLxuJA4rQtOU+pUEZgJJKpKr64ja2hHF7URQsS6NuWp4eU5gDHma+3U56cm21WJxI hdaVxCQ1qy0Akwqx8keldIhd6dk0L6XWaBXgjwfKg8vVqzT88j1rMm2Ag1pexzm8KSHipdNplaoQ CeYt03Gv7NSoYpIMuZ9hjKkmaQGr4BBEn7lVp8ySshjX3AMkpFkqwsrnZeK0qs0tFbb30IFks70u Y+2hwXaKKhFpaalBNnxS9hFzOii5uGXrgY4RROnxkoo2hzO0SI8R+K9VbdHoKmnl7JpXA4lmVkap snR8MozOEl5LCX1ATgYVsFUqmom5jjqVo/asg0Fqa242wABiX64/tRhVNAxd6J01v9x5/sBaEdtE 0pCiqrVRp2+sq5teXKZMkXGlUcugI6XZhcKU0hM0D0/5fTHzzqAcNiWx8fxSxsjv11iyCYiUo2Eq BpAETWhli9ruxVjE0SmMA2KEICcFeohzycFA9UTTiKA0uRosioEG31Cd9nlhImMJAnVnzqHVDZeZ lkiC3ILXVDMK+rL84QvQKlaHuzW1ee5flEiPTFSonw/ixwpAYoZoB+0hBT3Qamj0AAfSu3jI3vGE oGs/6NKES7FyYtkMcbP1wE9u2XUf7dbSwJMywsv9nSIfB/kyrjYv5JZcpUQVxN3GQGyd492yY7GN olXyZHN50RA402TuWLjSGxwRiaWdTl4horlno2YwLR3Ufd4jaEUMIGzGnx6FQKdopMXQ8Qc9SEAa xsQ0HOCgYqQrGzrbFI8WjogYkFihF6Pgr9sS3xHGIip1ln8jNoPBdp2nnX7F4duyaWZECfWmMayr kB7xnCM60xOJgg+jnWuabgLkjVMA4isZ94ayl+cwmZICUECgcVWGhSA8D8CKRFxIN/IAGRVG+Ywk DcWrlNUs/37nBBaaqXgSRmdo1TBrOqfn+oKCp6e7m/IZTF9NoiJ2muk/xS7+cgNx+pmItRWFJRkB Wj7Fyg4200UEXWpBmf3NBtrPVqtmEIYc7EnZ6lrbrkGh+5uA0rtckGmZxpavpPVakT0ZRrGfkd5C CyEqncSNMBGfmz1MM+I4QXaepLA+BlKf2Ea3XNFGdvpK38gidc1AcDgu1n1Lbi4IIv7Y+1cFzwWR RhquHq2Y0AqFKRVLeQi9uwLUSEU/1QM0DhKtUNzY+MkUhCzkAsmIiBkDz2yE2/so/UBJizL6ysce 4j2slXNC0wTh2pnV7YmhumK93G4uy5zDRlFlns3dzJdKD/GXZPgZNoR7pjGa5TKuBfGpU2begF/N GjwM2iquSEE+Wfd9iZt6bNOBCSgnTNR+BgBm3FxBoQ6ZYErTX3YdIdrJMLEE97jof66YKSTlggEM Efb4Vo0z3Wi248uac+aHUx0doaw5jMwnQY4rvvGvTahNwNmo5nzkdpCXR0Qm4J2OdZfghEzpvx6j 1AqOnNRt3qmqUF+/NC5F4nIpNWbw50bRZOx6TEt7KHZuMDGtktYEYdWACQljmvj4tK4qempq1umh laYirGIL9sc2sSuQv3BWtMjVaY1G7FkSswZtiT0GzMH6My3KZ/oQ3RGdmbC68h18QmxmgeM5Xw6B 1WTefGPexI1R3CjSVmbVgl1LLRo7RjMj5Sf5N+6xbYSkRHCJMmfuKIODv/qTKecYc3P1UyYVMKAT eiVXkttIvKJCLqr/aUXvmmkOKxEWWketVE6j5W4Mlnn2phhWUX2Qe/llAWQVDoKTxFeYEOKDelRF ju59Qm5V06V/XnHTnsP8BX9PWRg9pSgz5NYrlJLVBpe6V9pZBaAWIj20uZotEE1DQEyDVadh9EgD qcHrYkPjl3SHIOrFiGW49nLRy//XLGuJn3F3BOTkBSe9dEI/Nv5ilbJVkwjfJM3ubxV6UtqiYo5t CXhCqgaFVMlWPh878UzLilO04LI+Mz2KUCkjixPC0Y3pAILSMZUbbsGX+EwhU+aWkbCAMbSAaJUo fM2ifyYCkbrBEYgoDwfHOGm7T8DCFIKHL5rDpRNmBAxUOAqbxT1Yd0UdBKqmj06qBI6VibcYL4Hl 51cO6OljAuFZod9G5FnbACJkkrMKN6xbth7Kb2ToZJ6JpmsYoJsALdJyN6gM1xc+Kyo0EJ00Fxk1 Fcc1Mtp+SqF5zhqTbsM9oGdUQkfGlvoGWLR4AfEHUUTrwCMDBhNZkhWoBvMHI1XYWS2d60E7w6a8 jxFs5kaMhQyBehJtquACQIoW7ctEUVhWM9EwoeBJI9lAKMwsjRx2LqrAnOAOwKJrqmfpiupidHvK uGCxCKnSj352Pdja6gfceKoMkm7zFYiVvWtCnsGi8K83O96stPHVvhRhVFBcDfW2rk8bKbd1sQLR q+1L2tYA7AsEh2h/2y8Dtvqn3TF+lTE7O/Ac9gv//flz/Gpnj5/j79fpN6z3/Nu+0Mc/bemsNPt0 PF9+baTgxM+f6+Xv+XIJbj656ff39Lc9QH5tz3z6+wFG/qPi+X/t6HFyzxXCrbXz5S+M+1dv17/n M3D51+bOX5crzNsmITagrtzZK9Wudoj+n32hv92qi+vvz+l/P9fr5eQriNu+E/aaUFva1hWKRuG1 EOyKrqHCkGol0/Z3hm1//eLK0VbMxmTninarbrNqY/m82AxEIb2L7HRh64/z2/nixlY47O3sPYaW AGwOEv4Nl9Z4uwy1I449nI8IVsdq+5KEFWxuzYFsbLYB3rcoAUEGT7YLBswdB60pXGD2UPS2LAG5 t8e1bnEV+GgP7k4B2QnBUoK9o41Gkbj1ifZPaa9sW2t/Q/cD/jGyklpd/J604NL21L5+/3pdng20 7QfSBY3sCMG/tveF4Vs7sNl38L6OrwahbwM9YdFZ5a32zt9XzaqhbacPp4NaKaWVGY8KGFXLIsB7 PPZWPlqU1KwoxBXcaZsmx8jB+O1rTVMd03frCoqOMYgkWg1Kcg2k11ja7vvyfzzdC0IjORJF0XU0 fwzYGAzVs//Nzbkva6a6mjJppRSKnyKeIpX6RnaK3Ssq7UDZOum0EQdMXztlulMv2j1pC0i/hgbk z5C0rHCt7zJX1sx7cXXDmRXTurGC7XYPocHMz3YT0wDotmOYOeqbH+C4Xh30w6Z3SnbfcpVuzA3Y CPBDLNG60mLoEBPWrUtOyfkhjkPELJsSJLLaf4ec+wqpMaRDu1jv7FodtWM7bO5E2Pbk2gSyAcEf 58eswluhtrNmJNRbmKo2tAnFa6uXXqLdwxd5re0+WJyDxzGWMxQo21T0jTvRj0z+azukPRMA9+Yy rVMvxscmG2o959E04eJVL1mDjGrfhntC0kUBW37VAll00Kq3MxtFFcbiBufuLBCF+FZfPRQ1c8q2 Ult8hWr+2NGw2FkXraUCe066cMKvPTIp8JPrtcnP2xZ3Wyyq++D/o8euwhY+zS15RYaigL7yu0Ou LUt5fYuqQ4NdcRnC3PphaSqyadiWU6vfkQjqDakVdxU+FRwCKySnZXEWHCt6uAp8QJWX6bkkmOq9 IM8plpmpExAF4UB32Tso4WyTqbW/5WIrXwwsACHTFtG2wwqG7L+07WK0ghBCxAdrDOLwxrkuLbCm 6QGNlnUNml+q2PcC7ONi8UN1d22ahdWbduGTpbIf4PoCqk6T3juqCpzEEUeAN7qoli5XKZEEEWzv oRW89ZLwjIqRRBbLgv7V11nZsVKY0dItYhGIxugWS6wuMREb68RntJQxxPee7SoWJBlVPxZZA4jM BR0EjB0ldgwUwZREiEtoznXGbELQFbWMeVhN5CJd8xIyWfnJyT8lHR2Y0mCC+SRa1oBLEiQRJYbI Aoq06Z/shrDhSIGQ8G23Fd/D4MTowAGR/XRGBgZypZbAaAC6iEECE5RaTZGAPyDdlYdSmoAI6YHw uMeh21nT2T/hJoBg2YEMkXbtdtGw1El2APeTMby9gATRjTapoNwEnwY/HlfkQbTTpPq1vLOW0rMP CTacWD9dcD1cPT3ueXVYXKl637OUBw9OmwLU9BTqrJ3vOhY4RMcD+7Ae+VmPxBtBEiPl6elLBe1F qW9OMZhEl8LYS3iznXBvxhXv6apiJ4/BVucec2R+HtpdJlk2FADu8WGPgpYiBSQi9dFmx+ZIJOjS xgRl1XK7QAiJeep2pyubItLW2AEJUaBorHjYpoDsDLbW4GV65Ys2DvCzFMumQ8+TNpUxy8PFWY3r gS9F1dow7odUSQIfVAILfFIMZlJF1GfJY0A2FzESJXTu0rkky72lwvL3O6ke6pqCxmGFVK3diFJN fVKJvpWgwY+wWAE/LdLcTKkhsin4jlaoBhJ64zt/IWCUaHgaPJ3FBlxXmIiEADW2wzzmshhYaUUK jaWcjwbzRlkNKINxpzMGCw/RtaZJKoSkLDOVkVu3LRJ0Uc9sK9xHy7xguYmnyIX9jlt6ciwP4I7J snWhumnyZpUDlV5apqyP2ccFRAurCU5rtQg6yGmoYOH/uRkTcY6oi/alOdJWU76z1bXKbf/gBpfI DVVy5BEVd+iGg435WVkZjbTLtF3mBQ5qvPpKT2ixiPMKInhrnEbzzJS5r/K6u7tMDNHB4nOJzRQN oDm8RXopdqcEyE+RkY/Cqvb5EkSeHmJDe0ugeojGElFL3+JmxcsaladhIz+M0LQCr3OS8zdhEZZi PRzZfYurb/WOnwcxvEfDosc0eo4i5aEPMuHch7HmV80wjeIaGDdVRGidt6AEI4Twcz+Y5m7uj4Pl JjSgRTSLTXDOwUoAYTpQ5SKd0WA71Hx5BLSMVv+WSuSmAgzawKSfQTKtPMBtnAn4ooomS8eevesL ynR4KWS0c4Nw42QWOR3mghauow0nviL7CmDENrZORRVbapWaup3085w6hME0dAmwXzhbTrgdnOoY j/455vAnNOclU2i98fZ5XXOEyfSr8z6MHDTGk0Rh1ptN5IrYFjNha5l5iB+jRzlHa+h2eDk0JJh2 cFHIcIzsDnPkkHgt+gP9N5sAdxMJEnFLjGxtAF6UipoYJ1ZmnU7hcJ7QRZ21veVzgkGjKcVY8zEW DczGcx39ySdQeGh2kzW9to/zRPSh1L4ZkZqhzJ3Lw7PU0mCIpLkc3QyfcUF0jQKxTIHr2krGsMq4 77nMOpSq8xWeK4y2viqjbiN/yTL5B2UnR9rVMFP6mrbICkL8rxO+BtHVqrTes6CDVaAPxkDXmLE7 LKOFdCwdzEGFKScb1sRlSziyecnCVPFisWcDtvGky2JpwIZneZqAmFYgITcXDxQQhMpIHnk3AUx5 NucTJcez1MxYrlfgqV5F2CzIDyBir1AFIas7dCIFCM8SuwjPXAockE7wdxjC2jQAxHgMnytj4Mq6 GPkYUHEK6S/kF8YEreihCrNKUNZICI4HxTi6Fr5JTKjTAtTFYyaYPsRKTRQomqVL5SPNo9jYTAO2 8s+rvcE1ooHIiNqUsqMtX+fGMAg3IZtmzr25C7ctgQJdvBatbR2MYHcnolAvXtr4ptkl8hThScRi 8saVKQnNJGLNQb5D6e3u+QefrFetECK3EgRDYI4PQGNOdaob4cVsz1fDA04KCNMCcxKcNLAOQpBb qVumqDit16knj5hkup3H0+li7TqTLJTEkQ0BaNLIVichKCZYAnAMzcRUaG1yOGoFdIuZYk6htqlE V9F6nJActcZthEpiVnyK/3VSvmPZmi7rrlA+SdBM2FIJhUHc2FvYkpjRx7cF/IXHeEe/r7kGZKUl mI9nk9rF4tuKWfQcI3XRI0UiaY0DSLEpZMvfv0lE8qptiSKLMkkaXTxPS6msAQi9NhXO9eyCAw9p et2Zeuii2Xmi7WBZoCU+ELbpG0VnvlU+lCq5HXSAAkmmJTkipBAlkBuaOcuhZPgdm1l4n5Yqz5O+ KRNMH8sX6Aa5Kqnygem6Bf8lX9QpYyEfwiBE2zduRw9GR6t55NIQXKpiw5FvQWmLO1eE0tGdZ6VL fuN8UmJfw2/Vd/mNXLImroUqFr0QRGkHWFTEmixzmUHBfSblhPwXZkSVy71cNU3BlpbIqo9CJXWd lnJJOf+0KJ+FCHM0hLcLGZA6ce0RcGhRadHZmstpg+QPu5zalI4ZjFJzeyXcJcUhwA3lo2/9T9VT grzFMntm6tlFpXS9/TncILBXFaEmC5xMCM5BUTND+QsmpfhVsvGhOines1LwxgBxPiSXjwHJv6gk wXm5KS4b3p+oRxPzNJTZJW0OMK0TQxYueFw6PUy4CE5dq8IOnpCV6pYc425ipEoknxUDpfeYcagO KtLfik1Tp89naCoisLqCQbN3EnWmTQZOMOBUFNaOPPVt4UWoa4vBx0zmqxqwgljyC2MJGFda1rcm sXpgzLEB0eWKD8NnKLjjIJAKdTHdAT7NBO+zsMyXYb06P1npMQDsy8kGQ3UCsnxjqHp2ijWwDmdg pKAkUJg+AJz4DxZ0X+Xcq3rtoHfoZUXyTvtYubVvsiqdadtRDxaUkDHHqqcEEDzgVwXRfM7F6QGB zKEWld0qiq5u+ugfHsVh+8Kpy6GC786gDtN0HVVfO9S5YkuTdUx9IN4ga2N3PPLHn4ujiZWOoxP3 DGpK4NUKpD3P7mABcKALangPMC6YsOMu/I6r8FWUQsIBn53bvmf2Lz9wubfLTxzvMX+iCcAwY+d+ pC+G7Rh+45orT4MtIPHOme/ACcc+4xKc3RUT+4ID4xQeEIGScsdwNHRgIyrAkh2A7kxoDAujfYMn q70PRTf4TrcGAFrqVZAbw9otSEij9arAmWo5opkTbQgz7GWPlNn59wSC8VRoyl/Np6+gZLYH2sLQ tjLWirLfHSDQQfxCCIR1RIFC+I7nVd7cOyRNVoEx8ry+EYcSHfSyw8dvnfTbkfJ6dUdwK/QYDaYI XUZQiCPSA6N9F3DrgG84L7DSUwEYrjwfKk45yD7Ggiu3s0Cj/IrCKt+ZaBrTT+ICMzb7DuVWQO40 luYfR3RwBu9CVh223FEMpg/XPbVzUYX/hwL+3x98scuRyBT2k4LLocGOFvGsAUo4jUrQ6d5xVjnG bDJh5RD2Xt3olYzFbJr5V9U+VcVS1CFCPtiZMoyFZZ68mLUrVot8S+cuo18Q0MKXPqTnnjr5LGmN 7y7meLS19Ip9ybJfrAesMsdTVlhEXzRsZec6LGJtUPqmkKK8Nj/Y9wvZpcB5IwvD4tk64axap3i2 4hgBbdGZNS1/2NswuN2gTk98WODnzoskDAxho07a8Ks5fGGPH7ksr30sCvEnv8eJynBdCDoW2aO7 xS2KzFHEHs5chGwCWNJngZ0WFmvLYC6+SKxYl1cMW443gkleTuOiCk2KavHLNRPEDEdUt+u49c50 i4XQ44gJBHhkFb3Bgq3IrdlmhsDOEONz5T+trttwlV2VdESGEh/XWze6waTEgKEdIQN6M25Ux6+4 YVUvQShgk4o0Y7wJQi1BMzeBZGlUT4yZHGZKNQ3W3dJBKzFpGKXAX0wijcW5MqnAKJ0F3yFahByG U36DYSQitRK7tH5W31s62V0hgUG4/krIyk2tvdJz+Bb6S1uwUzYf2IAqy6qoe3FLdKIeeVbRRsUJ MvUD6NroUtRj+kHt4T2poEaYbRtedNAbsswj8D19sEZJbaimFbYF4O3Vey35VDS0H+lCKzIm0KEU w01FcD2OyggUL4Fr8gPYasnQsN7DcDQt+qAOAhiRapGYYM+/PXlamG3GOIZCZAzybT70nwUUHpR2 qOJI7ggvrZyaZ2Ei2vVABILPCmcmGtdBHcuCrf645kQ7tpjNpb6MZ3qiHo/SUIwqerDGfId24ADB Ij9tbJN6gqBg7VmQRvWxUlUTTFH12BRMoDSa7uFnZ1ZjQDoikSUIxRdlwSXphV2FZhVTtK0foLei E4OBYKl6iTSQB4dKqCsZTp+MDiLRIM9gcmEiwSAxh05wIOXVowYfgN732CkZTuNglKE4Ssi0pnSV 8yxRjiSIURVD9J7AWCFulFxQ6KAOj5/HFkQGP5ZE5Kf8E1PQ5N4CUOAMWALoQXsZkXnNMCDTolQG FKgLjQlprydRKwyabMN7TSa8pavhzR1ECb4J11DuDUQGlkCnsgKlvIpw1MJqDuVWDH7f8bmwnt4P SAgeXV/BogMmgT6Q23BpYA17hW2flFo5zrcT50J+YmAP9QKLauXI3HFUlabGd46z3EmVKuaDesJ8 MlhoMm3pbxRW0o1iF2Hn4UWV1ZkT7A3yrD0inTVagyAu4PfD6S6cqsaVgd1TP7/RXbxWU6qCzvV3 BIUo9SdpjT4IFUS/MiKE1Z0/zDz0Sp2u8wDrIdir53eblm9GYKC+sypdFZ+TEW+gNik1CLFOiULR OR+VYKgKEWoyDUF9Qt5ojXEzEoN10i09pyE00VclvNQmhIcvbxB5AGULTqIgKOHLUVbGpWPYJOqw OO8desUsw9CaT7QFO4fvIQH9xqarpqQDl9YUsw+JQAt1i+sG0lSH/lY/33SC4NxjOHrUoLu3MkL2 ZRYhYrE+yN/pDdxN5LBfzoQ3j5l0l31TyKVpaohBAX6FSdL/wDI214s0U3wOh4kzzfyJbvSFdRw6 1pg/2wnN4LNyzrgIymLj3IKKd+uTm3pFooGoDWmaWkdm6ib0lcJHUBBifKKKLJwltkcDrTTj9MRi VE5o7iGfGOyw+qlKL6/0TcXJ9mN4p5oCUix57uqxapsr1Bsn2QvKqXbV8+RlSyI16IWclISZYW0s wy9jTm1stWRJOkd2drlSOO295FGb++6IuIyUpn0wPV+mAocVdDgoVUR8j3doi22gzV79SWmnNGF6 BiM160c1yS24Y5S3fxKYA7fDchlZbwm1jrIbPfXiyx6VAP7a8GqbRkMnVacWHTrqEFKk2BS7s1HV ye8m3q7XQ9zYmE0nv9ly4sDXNqQWmRAEV0Z90D2kV/vMOjH1xEeO2kJsai4hNHPydZNr8o689Vcr N2vvLZxkOpOg//Qod6uTHLIn4lmRlhYF2uh+ypAcRUQshccWlEatfbiiEBddThxIzTWn1WuT0hVU 5vCVJbayJNnOHA5H9dkoPAB7YbS5msrcXLfGWATpWwWQdZt+WpMa0r0yZVMyNdquga4aqEHb1cp4 Y47YNw/AqqxWLlVxmrHrIS74JecQJEDKRU8hdS5yOU0TlIFaW2f4Y+HBivRNFNYfAWDWbcemgLll OciByIQHphyA2fpZjZmVv9XKgPxGILPVOgQT7syyorwL+ZOWQtEXmtdFPHBri3TV9RFBIuLm1nQO If6IlNtdbTlGqBaB5Qr5eoKDlJuIkduAaaVCSaF9Eq/QPeEusBCoi3nczW5c8KvYhmkKApg8iDBA T0cdYCRyG8ISiLp7io9WFZoXsvdVUiMOLJLhqNA0wLj9U2Gd6E4P4n7hdXe3rd+MhFg9bFksyqO7 3bQFxHC7ln2dRkqRXbigPsX2mhXWGKSjq/heEe/eO0xyhWBYCjQTzpmGeMzvBUj+KSYXHeHMANyg EvWOgisEY0v0Y0U4Z13qiDNVV9kigrXyOTqhDxl3AYn2thcxLbRLmKQx8gmkIZ0A0BYDyYSP6bYQ zU8RW7ajNoJe+dW4qXxyzzO7hrpWATTZsuGEAFOY309kpJePWtIwet+a0b6Vn8VWrU4mBF0vY9CV /VYxXoaQaqTDyZfKkYg2NIdr5w9zfllLS82IyRozXvNBmcYOS4nnHXJkkoyPiiy/82uGY6PDalW5 JU4QdEhbWzCFb8lBfueIrcJ4/YRUgxowSpWmSfdMNKzV780D9zxOTNnQgzv1hhfTGZhbEbV4HrAL 1UznEFzaFvwItsVro1GXfmJvqaUDmtqYpWuSERCxxZSGFBbLJ40xfSqdyRybwWfPR3AgLCGsOItD ufuRHdsxk3ZiUH6CMbQEz051SbB6MrxmKXxuITOJoG5ketWJ+JjscKkcoVlgTL7hmPDMS2Cf33BD UMG0ttu4C97BekypWt2phEHdS1FJhT/WJ5LoCJ/TEk6Q3fd8ccKMyYqxTZQrQB+DFg21gUNGOs0J 8I9Yk64a2hRoOGUiZN0kX/2zzUmFH9DxFFkHlMtE9M8o0ti2otCUjnOQKGwsd0gjEYRK8z04wPKK 5Fs63MEEcsg5Ex6Po7Ndwu/xAgIgGbTbaTo0Jjdi55zKRSEP4XFdChkQDGCOQcahbKZwZTgFi03R FBIEJRjwW/qNWlwo5hMitrlqT7/M0ALDisUpLMXENXUAJ+33H4FNaARIc6pbs+w8v0COyVAFIGVO uGzHpCyFnbqW88E708EUXzIld2FRPiTc+wpnzrPxNWqR8yam5hZZb3YxnCM7ouGd81APfQFXlCgT mg1Chb5o8JvDdXs/aPtHlQPSorYt6p6gNP6g5wwNudMTwisX11mlYjkqYH47HYhnbp6UD/vm48L4 sbdaMRibHcnOSjCOt5sZAq6pA3W/bddx8jBe5EKcOe6PH6AdxC5zghEGKleg2LYlBFDHIGCdwTVB x45PhYaB1PRQEe3gXybvUnWNenQTgkF8nccRDNWvIb7ga9gllp3eoLVmBYQD1wZvAmh834YmRC48 GU5o/QFd9lrJEHxsQTlUgbNyMU6ZHSJ5DKXHPFio+xdovrJbaGfn0JKCzgPZzZKLTx6dNgD6mOcK +VeHqfrSfW3e0I8k7i8tQQZm6jkae0+piaCMhitJRQDMGr51czpxJwCASYk+OFo9tdn2ZTXcWAJF xayO/ejsgtB28K6xAJFDyzFZC9e+XAsQ7mV3bUYziU4TaTD8twsMvqdMRodPYjdbxENnd4T6xpBK V3X2B95bkbChFTyvcBYif/7+N/PEHy/k8wckq+7bqSzkFkav7NZRHvrSwK+VUqthroMquxUhY6xT Pv6EFXsdniNUIOk0xRkkoa3wcv3hfMW6TkrBHud2Ox5EdTiNRDIkFloMyQa2I5+YnLiCaTQ8sBjg D5+NFLXQWil8Ro7FqJNn0tbweeg57lB201RQm7rGu87ihlTjNGPsrN+aYg5S69tRKz5pSEkJxdYG 2wwFJtD0i5TcbhsCyMtMEZHB+EgoSYSXEIQwqxd9OibRUID3nEUvXsydbGPV7oLXpFF4BM9O/cPS M8Y2oow0H+AMZlswrhteoT7b4SIYpMVR62HKbN3y41f/gXGpPtMAULOG3mvA1Ckod5WdRJ7fhM1a Cf06woQ32eKFwjROiW92V7FrRIsOhEMtMzosKsm9Wx16FFFqX6DF7ee3GQLXV+wjEs6l8otclaXM jzkeK511GfkWqlZvy4OhW0tEJRYGS5cWgrcyX+uX9W1rVsFUaTjfbuJcuihG0GWR0k8NC7GcVVfY EHVFUS1Y3F0FBBaHZmJylraWQ2ux3/GiZ5H6woLEfPMPIt5ScoMQX+ubix0GUWC0xcQCDNjHe0xu 2RICmyZPYIWxACl2w+pip14GmFHu8UAzwvFriyCspvWxKEtMI0hpdSs2IxePNlns1DYfK6yVxUL3 6jjNZhSUhnviQ7GK0dErGUJ+QaCg0dclDCRlgcaf/w9RvTQBCjTCJMdMPMJTE9mSymKsaK21nKyO RSIt8xyopdbWiUFdotVpXpPrFTmFaiVO/mhcNGGQViK7SMUeLhsuGdFgKy9W+JICFHfoREc00h+d +JzjMgE66de9SLHx0hYbYLwy6yMkSmwxtTzpIgeLoPYNGoDh4ggu6NL2T0tJ8a3btfR/rU7nG5r9 Q715VgIwK33My2bL7XNsFEf6UxB2Zjni5HvSxyJOqFpTeD8pgOWRbrWjIc5Z4Y1NRWNmLgSUxNra wFczK+vw/BfXLGJry6ZcrKQhv0GHWEKbJmVJLdwpg/ZN0+ltyb00B7/LR3zyx7hiWgQbf9xPM+kM K9AEG+WEGTuENmNHDwEUAtBOaobCxGY1UpdOvYUAsQVzTNknsvMMHaOmnLTU1FoUjVVUkUsoj+Bd 8ATNxUu4IMD2v5aKsKm1X7O2gkN+hFFLlOgnMzN4fVXNkt0XSpuO/sy6tNiUcD+k2nTStGUI0UGp IpJO1H+27SL7kKlphxj3FqYyfIaJ87IYF5mJb+t5vHJXsflKjMxqMsxUi/DcW9DLMWR+BbnNImPD xrATkacZSbh8vcRgnspgEVT7Ii5qzGyF4n1pFs1RapjqS/46eNJIgNuOvy6qK8TM+81I5XLcq89Y rz4whkkGkyFgQGiNww4xZPWcSTikjhGMhVlXyUwQurwRJTgeh9kNkgFRmnESxIT/1eRrDHgMUtKM PktHMAl6IobXCUqKtcERZ9XbuCabokwmUgpJSCVRkC8NKk/XkFI9hEtDavhElKGQO4JF4aUjPsrM TM+8TLnqy/AMj/ab7OvdO1xu8GMpAiwIdiWcVzlfEjRMjhoNA0KepN474AJrTMH3/g+R5v22FxDk g8hqofF2DAReAoWWEPDYB0WJWP6MQ/KG6CpBGR9CipJokKTFxw2AbYiWUslWktCZVGXcKQH3prAQ vAB3bMBGaH+yrl25C+gdgup1lrCuNmpsJPiBChhpRfpm276UDv0S2M5iEq5ZBTf5g1NmzaFjJ+oA fTolFccggOZSDusFbxu4F/UNHH+hIZGiQfAkjRrmFC6rb12Gr4KUW8P8oeE9Zh6e2X3hasGXtAEr qoU1hM0MDygAlBlAACMMFthoMq4N6/d8g6eejRa6qod0pE2WNmXMcCILQ0xjTMc04crdooF5uMlc QJ26mFhS1BdHQwRvUqfYDCwNUDGBQOouVl7brBvMdk2diAnSSvocSBueGZTa0THtxZiyudANvAlz XviA2o/ubpum1HKQIB123QQAR4xoqOaAVgxvDzlIVOPMj7C4TWaHvVwEw0qtHPrEc7ifP5iarSH6 yR6NKWAiawNRI0FRZCev/E24ZQ9I4F1CgUbiRN4lfuKSaIsk0pmcQNFFtZBl/cfGARCvbWVOG+7t 4X3Wn7ZjKbXUefyPI7JnBCIvVCu586UomHomprwj1HfczjZCRkNkpFyZ8bSXK6Yhl+D5gSmIz19N JVMtT3YQC+uw0+QVq71RMTTXzDHVHB0AtZ028yUUKL0p26SgGZ2AROOSajh96pZjYHNg9wwkD6B1 uyQIo6rtrjWztq9SRXt8/sVX36cKBJ22JLQuVjVOBKCG1h0NKF+wG2gsVa+ezQi0i/MxSrts1Nkf aP/2I9ouQGfa6WEZasx+Naf26TFZAXTfzAVR6apBewSJQuB/zZJ/fOQMC+H81LkDhLUnzcTkY4Nr mr/LbRqJ1A0o3g+niF352pqGJLcM1ZzH244eRgk+51SpmN9yJw2rW04NE3VoaplSCzePEH28fjRP B1gT1pAXy3ElYDruW600bAHCPN3pleNFEE6ai7v6IrOg7L7yQUgTmfTaTFsEqZ1CeZGqNoFRuQbB fEEWgeg8pysMNs+CTHw7nOS2YFgFWnL2F/c8O2aNBgnDMm83WNjEo8bYYmklFFrEYRY6l9vKajYI Eq6gU8XFVjqjoAqZgZouW6PH0oIK5rnFHXGZFQqbW5kKXgqCWktwmQWU3RBpYm4VNkxMFa4MS85L 4ZVWUSHGEbwluCAv3sS39C+7JEcKVpqQpNBuCFERFrXOkB2BYzSexx1T32FKwCx+pYfsqNAmHjaG vcYnEkmCyITq5j0EQspuCtJibhsHgl1r/diNpA4Rfxb3CmWKqMI4p66LPZJuIRDKZWYCjFl/2UFP n2COKCs8PLdm7Akcq21LYRi1TCKmD8I1In0hZbKjsMvUxM2Nu4ITnZRpmpi4twgmv3clO0384ANE 1GWSWIhZ+mEkVA3TBXK696G1B5uE1rgkJirAQjDGCzJbQtNegW0Br5dmUosIdqMpZG+iZeRojtN+ cLPX/KEQ1B2mYjp8tfxFtqYHz40WGRJzQWkWRZ+B0lhfRQR9JwP9SO8tMpJiebeUX0aE9ybeZ6TW ruenYAawEjE4SexhK50L3olSyTMgwgxpn8bLXJIKkfoqNS6ucSF7w6eyLapp4PdnleBkRB0SyFf4 raieEalKrgoF2aEHyQ4hhbkTpelbjRZXyo+mPvQd2TggqDZ92RRMrOetVVoyh55WkKd4Foy8Tag0 AtYBqqAaRlHSmN6hLVi1KjYc0KNECkkbve5BZZ33UYQ/SyylMmgczgSZKDgFzFVbHbs9psD1zG5s bIgSO9W5pqy/xezQeILWT086OI25W3MJl2egDT/Xs6j454dHoJlzzGkWkegzvwYhyUKKzGljqZj5 ZOEGw0EpFRiqTNC3CjJ98iywhAyoFxgh66ufHsuGyDjug5zBhl7SFByaGgG2cAV8CgaWsJi4vrAL hJoHyd610bPXrlGGgEFgU3dgAsKpiYQVQEWJ7KQAS6RguMe06R7pVF1qSsGK+oJ1NoSZQsNiwh52 CCmyVsI8G9rUZNAl5ixvKR7W5jJlNsNnaXEK2WYRXoWlQFS4IL5vKW7Z5UmxLtaUw1dzCJx8Dfui lWjX/Y/iVfyXKYMVR0wHDrxUgvr1fvpWkGvaoL1Zx4+CXWifd2apacXPIengtY6/cCwruLa38hgb tJdef3mpIoGSHQFhUpm9dDhbRAD1YeX17XtvXXuCDGAMQ3SoC3VCUjwja/k7VHxq4vVzhlUrWmoP d9DKMSAdyGFyalkBrWpi0YM2j8yjgbarLE1q7ZnSVQTgRvg21p9uzKekGB/AycbHVRW+ZkpqXjPn GIRAfZBnNangTPgk0BeyzKDUvHbGBSBYRa3/Q2Qrue3wCFwH1Z73ukFoihrsL7D1xzcm65DyUDZ1 46BUJ0d/w4dhv6HQv+7p5X9E//UTDXBd5xsQS+8lJMDw5A6DhrA6/wKi/Nk5Es6adqDE5favMx+c A/LZmSHe4/jr1I6fP1BnL0T8VUr89eff6+/PzWEV/3bmx61Pjps2A7j0f3YUhjMpHBfy/eMdcM6C QI7zKRyjYKqfTvyASzvmmny9BBFoDFnuhAhodkXB19vbnyG6jmS40RnYMbAaYattduKHMu/A9rj2 6QwQHf0w0g7XIDLnNzjfu6nGzCq1wd3AatDz4OH6icuVg7tdu1U1O/UhFBq0pXKeKqLNA2X05AYY 9tpL3VISCD7QO1i3N1lCoTGUyIHOtxMY34z2Fj8YMqD86w14/ttp6Fdv9Ux4CTPNz0HYo2BowfC9 N9PeE/MO+ybRCp9ZnGFyJN5/R0d6cxydRbnh3Rimbhb6tWunfjo3FSZOJan0Niiarom8hdorzs8E cyOciU0YWqKqWudUntO7fnoyiUnwPaYYapYjdJsLQajtLPME83y9O7JDDzIz9qdF0KGDJrgUNISZ 5ZL4BdXNmAYA5C9td5lGkYRVsoWGj59r150ZgQ0tEK1+WMHQOo6jc6VP33jsJk3tGrSnQwr2s0iN Deoy12paECe2jAak+p0/9Y/GLWO+MRm8tmg+Mul+4405z1axzk0Clh1LamGXIMcJqDo3cT1cg2a5 E8FAC9n4i4ainnYeDZp9mWUStFRYEfgpM0Cxld0/FqKa4dRZ5NGrGC0NOOFhRNuFMM6iEauZYIkr MlOSb0UgDR6Ko0BwJ1QABHVsu8uSbaFIcnlDC5B1FkF7YnHLut4JA0Gm5Xs/e6Eh7YqklgXmYyRr EKAtJzj3RmKEQscIMcfovbQeoMhTdrZS+yp2gXkUj4/wOT2fkT63lZTuZcG9R9JM2XOPXrRlh9i2 BZMXOXI3zKrDT6g3r9ajDh3mj29FdPSvF5IGGccS5DFAymZnIE3qQadjgzElxiMbUabR4wJ5Q3ZP yP7JInOnfW+3i2NCKCXrfwRYEvIpeuQ2PfVh8EyJ8zz8eVuqdos6EyZr8rgEk8il3yyZ21kgrBZZ rGuxpmkgcVuQOEYpSJS8iozI1bYg0Qp1sqZYZxGx/2NpF5CZRMEGS0mXLHBtOjAyf9rsDjFvDXZ6 WiRz9m3Qh/TTsjYZY1NrW+dXUcXWORzVhwVT2Gs4TAyF741amZveMhBW4dR6EJ+BwpMFS9bXrj9f Pp3tptvWyqqV8ih0MDUsBdED3+f7QqkpErdAN8VinZbmNmF2ehjwvo1ay3PLrsExB616EBoFvOyd qnFPPwX5YhImixNHfCp8FccK17PyiIw/rEB4E8orkhTdGTH7XhTKyEQ1jWDmJsRstVwyUfDpcjBR xVxymAP1ASPXVQkUHKOA36Px5cdyJa9kAjsgGRH+L5twe/BBAioO0Qlp8oASF9o4r7kkx3VxbpRL VzA3EEvKE+Suj2aIdOyKQhiUsIxQKDxXUMwqVqlCoYgRelBjzs3c4kv3F+onsm1O0RM3lgK4SIie MeyrcpPy1RDpOmzUcoMoQHwJJ3dNGBSvs9cWQPuOClHCdjEUbLkxz2/8no4p40Bnd7pM5VL88aG4 3ZhS3UcPHsYynYRZUQUEIF7myxB4d+rhmAKN6B4Wp79cBF3QFeqyqbB90yHuiDEn0SzL1rs7iAcu JWWEKRhArXKgR6l6vxBxD80/vz64VWZUdgjnlZZjtFUM5Osj6NhRGKE5artLEpf6h6JrY86l+0Yv QfDHZUqEC8MZjgS5GWDieACQPIC7AQKFzbKVUBmpPARH+h+eotjX/cFA0DNfNoPEEMzid3AIpPoB lSYDB9MjGkGLqAw0Q7MbQWPQeK0Di5u5XgzxerrzQTYc+rSzSSo/j0v9NMHxt7EqHQfX+BZk+rcB 7SQMfWkJXoFahJ3B5Azp7k5IGKwM39PbICQ1rFBBw5kBepO7OvnmFDqEXIADMVTmHTACDAyB74Qc PXXQDqgx1rjBT3hakLiNhx3K6baAneaGGCm60v52ac2iG3DbEKQYqkwFMAgPQhFSgyimKXCXwVTx puvBpfXZ1zEhCJVCvEH++QPwTx2kI3geg6rtr2Ya+in9D6EJMnN36uRqd8RFvK16cCiGqZl3qJYv zJd+BlDols8IKWJvqUXKaqAUVodEGWpkPqiie/HPgRi81iCvZhro43962AnVyRPYWbfsFMpUqXkV MalvDz4x8eCFGkB7kGEKUZJ2xz1+qAMvIPeDzuQsuqfczx/ByKj2f3pP/0FwckYfg/umUb3ULdEw nwZCcG6YwnM0vJSblpTrAcHcCMZ3e/M2SpyuVt0tQLAoYfYBOr5wakZsaX7xd9pcZxhTJ9itozYH cD4W1tdMygUYXyuybq11pOVfPtCeSPhPS+28N3eUiTh8PhRJfya1suASujxZlXs9qqaSoVSOi4PA cEHzdOAglITXNmnkjM/hrAAFHIf6sn09tE2ghrxnwHLR5AyVcj2cQWM/UZ5504emw7eTLp7mplIw YtqCk91xJjxw2idwjcfgRbRTLz4hd0WvOXAmgcn0MF0xOSfqpPrmpOTeiLXDpUZMGYRa5hzUlK82 W0OmG7SQonYj7UEzbfYPBYD2E8xQX9+2C2CPIMi3W3halqKPHmZYofur857sTzFD11sJaQbptvMV pl6NRZziEOJDj56w+BSstSZlQ0MHfeOH7xKne1MCHp7OcEIOWmcO+c7K2MkmxfUOBVpUz1SsA7l8 DINkBgRpo7B9Cz2kaP4nM907BD7MyDhaWaRj4/bjUjvC1kkgMyDWuM4Tppn8EyLRHnLsFmdMRWrn eLklPVE0vmUnjUhD9N6+FffY5moySln8Z7cZtQ3EYyKSo3M7mmZB6XtT6HwePdi9iC1YbS8Xe18d W2XWkHwWReGFN/iECNs3mGndbU0zWWpRaKAr0i7kJJWWM1+2xq7GxklteJsSEmiLG3o103za0gKI ZcVJQt6gl6pB9Wvc1uUChxS+OK0QSqeM6Ig7tCoRwu4Mn1vxZeZDAqgqoiiQwIQJSjjHLiPFT/eR 9owTX9DQtFAmFHEjbpRIyoYAdJUgFjxRbYYmURJZIUxkwiuCC7IwECPjRQnUyNimiWptOprYuS7F n+ViPICItwdzTUhcVydAfgGeOSzsL/LH0JhBJ4uzdYk3BdglfiYushLwFwTKs0RQhWmCdpyT9Img qaASTTE6dor/BvW4TRIh0whkEBoFrkkmYWIqYTz/KysqzqwuFDFLphpFblGOV0Ikuy3cJ0IDgihw UcsSGfmpzKxx5RAgKKQD6ExfHiJJ0Dk5sEbUSH9MO+gMdfJA8yv/AcOW7smqMEcyaOiSl4tHBhRS ukHvDvwUJUrYJBFhc9LJ0E2QHgKMrKvyZDl+kTrxoq1UHvkhDLJ0xEsnpxI9jKCXUjbpmgLlmpmd Kk0dRddRb1NKUk6E6bIMeapEkttPEGJLaWA8sTRArZ23EItP36/K/3wyjSZe8G0DRaLl15LxhEXu VDwMkOgVjgIGqRc1QbQPaOxFYnK61SbK7lsGSt+XFHeKtYlAjaSjuCDFBDGVtoYVmDmSCIssJHr+ QHKwFACKbMCMkSW1zBNPjrQ9gIHUMNAl2K5Zm7J/r9S0XLAaf5pW6a/cvFljpiGcuyD//q7s0fTj esiz0x7UfWpHjZDU+/XYRscyYBSSJK0BINJMUwbM4kzVpkZMLc1gUqs49iR9tr+QWA3BooM6pfLL tSfl8LpAgJCYckn3luKqS7YLEAtiUrcYsTNM3G44nA5o6sFkJIWGwQ2+YWN6hlfUCSUKPOiYAngE rI6gO1rj8qPiTBt1uYC+6mahzTicIQID9SP1keZX/aqveMaMKGJlz5QWkebIPLGK3po1VStVpzI+ B5Sg8PASLJ1E2BkbSbY0Cv/aVWm+DC7k2CDb7+BCSq/N99uBFNDDVGlavYq+jJbkHM4cgtHE9/pI JyyEZxI1PDlbeAdRUmh93XaOByIxpDcT/kBZ3X+CiFYPHFaf3tKUcBJCgoJQxgBjzMQ3IBRn83H+ xWrF0r53Dw6DmR3CsFdkqizvwAfIM+iG2enIjeE7qzlXOnwmGkdr/DiOGlgL3lUQ3Dsjg1fh/U4l xnxnhjhmOTim80Hc4vxp5wmHIHdqtROS/zhcGU58gTk7xMJR1Lr+dQ72H8dKX51GffvXycgBq+iA ZF/6qhMjHP7scGR99UZN8DUQmOldTg774MvCsZGn+LlDPwBV2Oj9knDr3h1Jp9nfz60DkClRr1SE OnszYGj4ztbuXJHuJa6gVHdQWwAX9QvyQil+qmyvDDsnS8A46bWa5k+YCqBV4dOKUGJC9y1bCCcE LfHR2lMyr++EOL17eSWbtQdBDW6tFynpLc0kfmbYzkHChq5liWkbODHvh+8oO+0wGCZiSErGTYZN aZbUKS9ZSA4QwLZ6/2cWnSYE0IXmoR0U7EAPBdoYM01hpopIK/amJjY7nFjiU93euAs61Asi+UeO LO/FDUApoXDm1a9CDVzgiGxYUaKCbf6ZwswFvHckDS9XIX1guJ8GaVGjfBWS97Mph9OncG5nMFWZ gr6pKVSReQLETJE3rjH2No0PO1C313wkJ8PC53Z6xKO1koHTc4hiAP7ZQTT6Zx6OHbkFeMZAs697 lgjYNx8+lK3kvPkuQyCWA3UEUPCmdjw/p2EFRHMXtjRgcB48AD9ryHvxyDjLe/jEQfhTYNHyyGG4 pnWSNaEcSw9HDCWB5hgBLmLF4Rp9BcOzbOVL21wu+gAsC36qM+8JCs0wpBCvQ8kERHln9S0hlFZW IVN1pw1tSYOxWMQdHyG2EVAL+CxnVsYi8g9vv+VqxU0FCoVPVgad0EALrnZUyzCu4kB39EUImJW0 +9piLLpKG1vRyi0h4GQZeocPuptO5fRb1zg57shXvpRviUHahM0h+6U1uF89itIKH0RPSQRF4hDC HfqVwvDIxwZ9npgJjPAtoOITI+StC6iwAMcxkFXE/R4kEcFNIiOALApxcdQ/AO1io/w9FkY+ggSR xJzlEo5bSVlIYevQ3AVvImHN9X/IriDLJRTaqm53QZSCPz2FB3TyRYkegWFmgKBylPbTi5PFxkFg RSaCcfFwMbTcAOIkdJc7FvXXVAInXSnz1bkMUa8F3J7ilMX6ckFyqFzphjhW3B60tf1R5ZSC07Lc ErfC/0A8KWTpgwRBIgkkCB40QoInIvIUHxaoG3Nx8owYfQ5BC+MoWkYvZ1CdQHmxrtQz45IPUpWq cuUkspRlnUtGyE12AwkvhSEUf8JC9RdIV5CNX341JSNvYmmpjZIC+yZn4k2SvuEelcOFGqbvKp2Q ZwZYXtKtJdaWdIdQ61B6FqP8lAIgbsk+CtACX8KSwBC8iHW4U6YpyQw3M6QdGYOU5ekQ6wOTJGUP 4E0YSBx89dg7YASNyerl1SPtBCGJGKtdIvdSzIAzMFH5Sk07l7oHUQ0o0wr6AgHgJ4nVZ+eSpAdE 4x/ZsdZl5tJCfXVoaoohO+UidFLqGUCNCmmtgy5cCp3qf/IN1jAFtXalnbsVOmgUubT8tXQSA7Uw YuSFPABWEmKla9jQq/tIOABzWhBbEecFmjxV6F7cSqkq2TQEXmQRNKlkPJWhKHguzQpGThouaFYG zUzeAUrZucYNEB3Vv1CC6oqjiqKW6bEkOkJoFJaUIzzMmq20lxEdRGwTMHuQWmJ/mXu/sgtPoXb4 xjFESlchZSU1htK+LD1r89bI2Kank9MJdFHVHDkYWufNDMEpCDWMfrltfRJTN/oI7emc8/AcM8tK gKhpjwN4EQnzXX4fDpaQvEZTpp/A0gmye3m7w3ksB960d6AIDdQKy9WqU7Xvd/4IaXaSikl2Rku4 Bhii9/EZCaPcjDYXqqU0eqAxg6i2kwanRo979RUrCA8pI0ehQQboJEH4HQBGVWQq1y0E4FrwEh3z waVV5sEwwXFNRqG1KroU2LTCg2kXI+usmAqKOTa3fnQoBgzBOS660LXyUe0ZomJAuFt6pTz16cGB EpiqfDZcprpi42EzTHeyisEznAy24lZDByFmXJoqPAMeohNWH5QbN7V0nXEkPnXV+hzgEzpPFE2x xlmejwwNn8x3tdzYGzzku2RB4HYpOq4G9zRGc2LQPVlXvzqLxnPfYiDW8QyV3bdHoAFCQHDtJSX3 UDNdhGOP03oOGAdA0YNwsNQPYsTMnYwRetURzZoDj58TH4ON0pxTbOBtaA7DJ0IdPzqHZ9pguNlI 7dLIVMJ06cielca3PeGLO8jie7bLQJTrt9cpXoB83Cw1Z2otFg6p4NN0pZWbWtuGWjdwThXhPuap u9AyAVtpPWQnnHZrTd8b2W+Y2ToSJygOln7m8thQOpd+sVDabLIqKsP/iYRnJvK5QfwLOuzpfp4W x/yTJrIErgKfs271h3lAIGrREuup37VtEU9WaGvZ1g9Z5LU2BTarfzX/udx624Tay7OMVm6d0XHS vFj8YMR+d1IHAvgPbSIIlN06httxjAeEJaIAPcykeVPRdJTQraSclghBrIIg1xGAN22SAEwYbFSP le2GkgfuEy4e2q1JmYlWk7xfJkYw3YXVvbFTYyP7UxgQ1JcbyT75Uh/glz2Y4G/2G08xgu5WQtxT D5TNqzoIZ/WxeTzj+uH/VktU4BmGsLp2YbSH61IiziRPSJq8mxENy5CQpYGpdex3sDCCWggERkYE aeqKE3bFr5kMyjVADNp8l5tqoXTmuXXLvxWdxg3foTw6KUxPgzQImkZnG1xG6699sFxTxkGtcivK 4HOVO6yJ9qO697DSdp9yu7PNXApbtIeF+R5IySzzXuBf7kdjs+Ybe3tdQ3EgynExvEZdwBAcodGG M6tY6O7XB2+TYOo5FfpkT8VHQ0054qv/Hu96dsV02obDi2rbA5BdZexz/fkCf4tzMha+uGJ9k833 5cead6ZM3xvY7e7PQ1bKvxsR1vJImu5kNUJio7EasWXcM3eLKInHa77bxPTQGz0svjHZ8pz42xQg wZ6LyW12gBgCclkiBJh+1q5patT6aNnlRiycWUrKSTvaAXGvbTJ86EEb/MMvf1erMNvTTMfCi7ZO psa0tgCVHro5ychp6rhIUYblU7+jPVe5aNJc/IsW0buvcN1LB2iUAy7w3RkImQopoa+Yr9137bmf c+9BZNBmkdtZfJv8AliFsZxbaZRQ168ZGjU4bBcRhbQytgplkSET6SssLDArK5E3FL1UV7B07ID7 kCmrUIjiprOayTIUOcllNd5Sn84eMbi0KdhIQlTVh+RF+FKKWvLbw5gQUal8sC/ywL6y8jItITqq /JUByfr5QwQ8lQlWlWGm5VuyIs8DLh/MXWtVAivFrzjFLORxfpNqxaJyqm4POSi8QpuPeHXd4RAG RIiplXIAA8iAaAihmuJyuaHsJdylbcjXc3+RGrUd3x1hfUlwkHxk+dBEQoALE+VliNRnZS2l+UGV joPQENygN5kFQH4VMs/qnXBMwoxcsIr8VDOhJY6DIOSLJopTcOzyfLyO8qWycRefAZal2/gNbInG 6m2giOXjvtM9F48a96PE6QTKyuxeNmeg97kzY0lEVQdq5bv0o9JlM/UDsLLtAKQnRANbddRZuW+c Ie3BsHLyIEyIDkY5XyL0GJb29qpAk5CaOTjypIqykqOxTPIMkh+yIaWnDdBXM9A2dBd6FsZiSH9U EQfOqhOnOFqG4oRfSbFDR1yqQklD9Drs11fgJSAM3Az/QngcKBz8Qvn8qqAMBoBI4G8i00kYWkLE fCIa9SFvwQLgUBTAnRR46seD/r1dry0Jwv2AO3UsNuwNRBbMC+gFCgTTVQnqbVmQHahpNW9hQuGh QUNYpQeE4YUja3UHIQpQYEN0Um3n+QcoFIi1Ax8621aBcbCbnkkN/EKKt2Qa1mZWYDgU06vePvay l4VhbBsu8CO3fn052uLVKx+v4FkdNQztAHmBFbug1i4N7TmjwUgssach2AmjsmvvuyqusSEfkq70 l7ritn/sT4Df218bbIkNbSjAfu1oDBtvJyGIUIktW/KxQ5ZTcTcq98W+NjcCRSqjdc6DY0WA8/YY FAEShIFDxaB8qzl0F34Ahz1h7QeAEdDaSdNkBbqcYkxuegCyQfwNSZ86eBgSTb6ageSA40qhIaf0 CpobBBcGB9JNu0cXosL9AH0/iFaerR0k03Af3qmH6PozlW+HRVdTjVLTb4sq9Fgh8hSGPpp4qE97 bZjWKdkNBTwOQ1RUfOOWAyNDapVkUxE0QJBjCxXCbaP8ggd3NogpIAaE6c9mZI+AatSaJtK49mBw XZ9oBVhyd50DYwM0eDY42WbbkMw0+dA/AwD5G4hwud5A9lAvKmKsuSkWQw04gf6GoAbSX1UO017u N7/aZhys2DiUqnUENXSeXyZJLuQJNnuCnYr29F3xJOeQ++OLgmfb91GW/AQwRnRVvoy906engfHe fgSp5tmhzTlVRkiVRfp0ETLP48EE3dGqE/lahzpbkaj0PI6Fj4cM9kaHHRsS00+1yhwYsnMAdC4f Z/uC8lW2ymfyvppRbWTzcjkxOsydQgpNk3kouc8lU2jHhOR4t72CgGyuotTeNpgbatsIWzpyZ3tp 7TQhuQ5tcxi+ilPC6oWP5GDPxn7N5QXPOSKamoSDpivPTtb5Rpt3oYVYoBoakm9Az1nEHLNJLzDI b7ma1q5rtDbRAdP0eo6rw9dbvWxnJI42pKpHzmqsLGHmNgK6j07yYTdyj2uutXtkMbRgVa681Q1X iccq10q3p4faM83lAuOtRO2Ht6Zbd+iGpUrAI7oRdngU/UkyqP4u6EhG4qhq4Z8YtZdNFeEXA7oQ rFBxQRmTtEUnFnPDWdYNDNwIcBQuFE8VsO+xJ8Gb9qIdEWPLpdW1WJqv61EasVYnyBX9VB4Q1CZa MFCokAEEKsYLU5REiZqW9ZSENXQQZt3BrZBianhZ+ccCvzI/K3AAkyxHsk33eh+TxT4oQBxdDM9w YTJlTHoQBgfbyoTEuREmuEO3oFFQjGkmKBYFvXaoS1lBUVzf4kfQU5DPkhVJn37FyZ+VAIkAzXjJ TGF2EaO/xkRo0avG4uSaFeAKF6WsRXbFw0LHmBJuABQ02xJoKWF5lEjSw6ESDtGw1ENk61u3x7cC f3wTZgvXCcOser5bjr/kQuIMBu7rQvTulX6jiuzKBdwo0jYxTBTIR0TTJFxZs6lhZnR1Q9RKRcqU KBjQqMIf+qRZmbfhe9guCdagnLkfgsai6zKJHn1DYvF2ex9idT2Sa5wx9V5wQ37hyt4+WaEtyXud HPFXTZooSzAhUNXplB0LyctcEF1WUvBt3kzeuGVfhqsmCn1JBfPM1F2pnM/xSg7V4DGNpI6jw0MO UV5OL+U0IhBPPmiCS14Q0Xv05CZg2GiQcXit3lJsJYImjiupU4liOCpKjI1CkbOPBta3rmWny8F8 RmtYckBvc5Spy1ZLMIlIO2lgmZ1u0KX4qpRNRlMelZEo0dHSRVf8SvzLs9K7p0e7PzIusDXzPmBn yRkM9vjPLb6mcSX8kKslmjTdjKBnaW9JLoKD1sv49F0VLajqnjK7KVjHj16o1YSjuQMQkOcW1VAf sB05NQShxDPaaBCMWsmZvyDx9AY2CPjH85plV2Z9errb9MmAfkebyqwwFqanq9Q5tlIHvOqv4TB8 cqS38ZEU+hXmQiRJ33SxmKrBP2XTIfgKL5HOxDIFHOX+WCduqwaTZ8MzS18TGeYaktxZVnONbibi vOtkjSpj4D4JaK9nROUBTLP5hAbv/AL3RsE5pCCsPgpT17psCBPp93ACTYHHWNHwbF6PyMQPZmzc VAPnRruvlNOaHUUAvOL+BBNAkAaaVAcVIx40gm3cI3Yhk+zrMGwBemGegRzpSZW4CDNgtMUZhhi8 UI8suj0IN/0lSC/0lb3mLbmK/E/oCyAXyDsS79wbph1WlCYb7JgT3J7QMYPsKkSk/cZS5hw4lo4P QUZmz5yz/XQs2eudAaG46mW/NDrYNveZHjDczNv5CYGQyEs4Zhe4x94po8PSFVISEFrCUo0eF3LX FMB2DFwoOwlu9TNbx8B4EVZftTZciLTSm3uiDJgxF2rBCTa/MPkKgDGHA1eXGQ5B5/GgIYCMccKR xnEmNzC0vzeF6nfLlp95qoqiswPN78yXrAFPfcXWOooaH4xLA4iV2OIN0QWf6R+C5yLXRGvoL8Qj WAlgzBUl9kwiF90Ch3u2qDNMrOdFQGRjjqkZ1BTgq7FOwzjZQqMKmnyx3DzT5/h86ChOobG1hSMy WU6bK8sijJKMWSN823SsdJVoOsQavdhl7EjSMw/WIlKpctLjz8UVeQB8t4vd8ZYYke3nXUy8L3w8 HLTvMAeTcrEFAxqE5vFlD3D/53vqhfJ28xracE7QCTSDVHo9K5G09NOCVLmS+gdooVemkg4HbBaB oxlykjFrDdvviNUCLXxu08HOTwR2gkrzhucZnGDrPqySDaeWTsx4vHussXY0085J89GDJsg2A9Xb XGtnf7gZKzrmvCu+fvuHdpgues1Lazd3vY+Uh3bww6atd2d+YCYCzJdvR1Pu1939l0fgCJqvlyCg 6qFnEKjCtJgReQUtAw/aSzPrvcUdz120u+Zb+sfF6OnccE29DRDLgg8tl43dpk/bH1PX9L6psnmk vt6lN+lDO1KMCGk0t8ONMFa8g3JBDHVz/oz1kVYwvaKGcOVGpI3uM1Ab2ikn2QUhmQOZpbFuigxi ivECxwycx2f/xJdfMpa/PYuB5gbDgew7rNttLsxK8AADHQalw4yFPgcTJiA0WKgZpkgJf1ursWzx RA49BDga8ITMMp9uoeo5GQeg2ydqj5z2MhszKiYJRdeGxSGUEMmnaFAAKaTx1BHAEeAjdg2eysdb DCwmhdbiXujrouJFj/lbVOAHnhRpkIBfatuONua7j3X7EP8QiVxH9jekpnG/LZ5xKhXCYEyxMhaY YLWJaUl4FCB91IXhutXIaa8Z+T1bbhUxBT24qJOWR1F3fqg+8mnpX4QdG+iEv91NIiI53k2P/BIa U3hW4WORJSPsTHuO2rg7/n7bdIX52hp7mnCyMOXNG9R0bRJNS7MO++ZNN1+Y+iOsGujcahpvwubb 1ljpT4aDYC3xi/9MtL0J2RJUbNxa5Pv60Z9UrN7Enb3mWkYWwyQbxbOSXAZB0OUFy8FCXDFHjaw8 SHwbyu1e8vcB4JOmU2lIUw5Zph1OSzH0+W6N6+lCyDZWqRvBCdxQlQ1RTbUstqVEguGCL2SU3aF1 8bYiW4prGLNtiylV6dy00o4EItBujx0DUCCt1K5DQdgVB+CXQjrUilWWMyJvfDDz1r+JXAQlCi8+ tGZSRDdZ73SPQfGQRNAmEdOdhAf9bDX81a90ECF5OLf4nOL1GmXwA0IUMkEeQAr6SNkwr2zJHFU7 FKssaQ2jX1k/CxIwihjb+iEfOL8JsgIdOn2FYGW+uTmMQNKAlnK4VMadbTRU24ClSkMzSYIwDb/2 s85dJTvJvpTECeQHID/nU4kVpKIKZBPz9KtBUC7HVkwDkMQ9EwfZYazRr3ujvW+hRr5TOewPXNgV MwU00Y2Gb75Re4D/sjGyk/sHjKPKnaQMZKgKY3CPztsfWEYW5q+QTJatSWBNpbMgrHAJeEzwvrPH /VG7Fw4bjBlKB9YAKo+/gFfYl30Of2E4YXM6CjCpzzAjZWR++j2QJzQNHNKFnvqHowBr4MNdADZB Qj49Jg+RDlmBnK40OiBLjSuwEeYZLORrI6iBBPlBaYkCIgS48gFgte5Dp+CUQKH2WSBOyKtThcK9 8s5XThtwD/wWChQ+ZObd2wm7X6pmiQqMBs6sqFfVGywMIANqczwvOHiY7C98ab0GvwKNwg6dREFj MMid0YlQAmSvzV2VcvgrgYbHBmlSXayBijBo4BLIrcOgw9dcbibY2wZAxX0/sdB8gHEcQmyDQwKi zOfLaSoV6X1XEh/8Hn4GZwIPm2OwqI0RmmCTKTyyzQC6h4b6GQivHrizcZFJ4qgN0A2HJhNHFRu3 mmIth7hX7A0+g6udf0H8QNCdgYAkxcUhx45Ghs7iG3T1+/O3EyiU5vq6QuKY9n12jDGg9wdahkud cPGhTnlPvTt0AsL80dHLtj/IpWMviBJ852wNcHWAJbgbhXWEDDBoeyhGTC4HyHq+9TwCOA/jLZqX H9rmPne1N7bC7BBjCaNthRvhAsM78wfrKLfjXpU7vuInl8KjsPNwP4qadQ+SEVHALt+fKmKF4Sdt 5mi/LBEwZK4sVDIOe1SElQUh4q+HO6zdoYfhoj72QAqKwGGsgy3Y+AD9Ob4Dp0xq7KXMQbNmd/nF RpXfKUZ15THflgiRwfKzOLxRih/uyi5S6b8wbMgeA26L0B3swK4HvqYYByjdozhf/B7N6agr6LoK anh0YDs8HKKsd3uI8HzYZqqUH4DBbrOJ+nEZ2RguhftvFwCr8wOd7pJHmZUzvOzlm1N2SonJKvql qIZ01DiVcrPBcK5janrWgABJwD/RBMjFuZRCObfZYFu/U4Hka4Bj1liKRbE21aEWvg1pTbPJykMN bY4g3dxCfNsnwi6iN9+Klm0V9aY2cGvT7qkFEHE7L/EnBFtfP7pOoPBo08cLo8R3FuC7UOr2sJTH a8dFRcfuwdFeS+jhiwnI0KtsnymF5MOgtzuA0twG6uuT7XNidglP9ILsq8AfcsxL2smyETLGwIqn J9Ss9aaS5abvOzxhcvnqabk9oEwj/uOVBxDSIZqJ556iCnSnG+llTsaOXIuUeXClyLYi0HNIbXvc mZEf7EJtMNWeA2Qmtn2JreWstciajkKLTlpEVK1ZFMlPK9MQ58p2AfcGyLLcSOK66z3UHczQr+bS rVmi7bNptE8dCTLxxRF/k4p5WlEtw7xvuwy0gwu05KGKQ2ACnsEnS8uhRRMZtpCxACXpupqWPLcA eatlBstUaCEGOLqB5aIMyFbwY7Exv2Nm7cJbc4VjhRD2UJh9lQZ+bG+gNVxQ5JcCjHxz0XJxVZCm laCNbA4kdrWCpyHiDfFLzwGhgd21aRmsbjGxMW03qk15T/EkGMyoVRb6lfRjV74CtVVu697qIPrk JjAs48i+NWtHXxTZqRpoz0tognCbHfpsTbNJod9CD/1ri2l6HSxt90HjCUQgJ0BZGEZdBDOiXFPL Q/KidSMC60wYE2gjo4hMdslzEk0+0HU+VxiDLUXKGFvkV0zqPpGnbnghtR/CuUrj/OEDBIBFjW2N iEsTxkLHcr+iNr0GuRUwr45FKClJhNO4rvpF4CutKCUUoptL+R/Y0PTg3qUFZ8BaJTklOGjtkfAK BkuGeh5ZjCFHKTsN1QhfkiaUDcsd+ynkHXrfNQTIGWocHGWa5eDysDKcrqMTmRKO0iJthP7LfspW 5f0G95Uc/QCrdT5EBWhs7ACp4m9hf2Et8CD4vrxgUEbfSmPLUsTbJacBXBpKzB/8K0iMPgMUWCIC 0bLjzQK35S+4L6EJmkdYqaEdBPs4NKqU2mfyaDoaS8SIf5mU7EPmi/w2aUqOwnQw1hSFSwF6iogN G25j+vLMuG2yvT+utLWEywRLS5oj3LBEQpUmxEaOsN9cP3KwsnU3HRkitpZJR6p4vjTQs79+CLaV /TR1eSUlMK9yagkBzamZ6ZXSOBvwoXMR28jArvgxR1E5PWYs9ka98htOo9ohaWj2IpNCOdcguS5h eH60W0p37NcVk5slEzLg34zQDYjRJyeVlrmHRbKI2T5ggQeQNyBsvoJ3zIXSEgwUtChO0SdVjPPZ 39IrbPcEC7EVG1eayMEwWZ6kvIe1xWdGYWijQTT1jp4nLzOiCfQ8W0Z7ASpll06WFhrTBBUteDdf TTLY8posWTet8zm7JUrWR/d5xUz38IR6zdPlvV3oxEhZWFtz+kVTFJq6zLU8U5JifErlKYmcBRqG 8sunMErbMsm8UX+I738T74l+8svVZ96B9hRfg2ArZkc0HvYnTYrKNJqr/FI6zwKd2mDvCOAOUQiD c3SwLxop4w8XkMYGPaoZNmj4rHzf0OW/uazy323cuJt2hUfBosoofUwt/aujcsmWD/fgmx9Zo85K eFMDHsOv0NY0F+99rh6VJwGeyJSzbmNGiNHTfBtYwSzwv/yAG9tCo/VrEOcZFzNiyyAmKhIW6q87 tQ+3Cq+EkXBodQe762J9N4/goIbMRk0Zd3wXhRGNebxBFsNeEM6jsjGd5qwQZIJDHcNOcDUojCh4 yk6lUJfeEdftQGFs9YG6wFTmxZFTYdn/8SJSF81ZBSZug0gRljVyznXHUriOcObUINdGFjEEs0NH nTnLWSE1JCUPF6yNHdWGsiszIdzgSusyOWNb2FseVXfwQPTqsFc2QkcNkU7w/micF2qPCe/bfIGf W2Lcpovcb2OaRqYLErlrk47GzHO2HxNYXWdzs25BKij1DuUpBkI/VJJT+eTIKjYiv0wOU7NgGbZf iWyqHKZjbhs/E0IAleP7cl+UJVwilQNjsgT6geUMJMPCoUa8gE+dr0AEdeNvyA8VaBVcXX3q8ERz EWMPCNaaseyI7A7vcEaEOzMZM9AkeWSbMCCcDWzcKJgSTmWBqEFEGpKOt+Cwfsv3i6NdumMhpgdk cqW5WRLlyQUgElehksk5+44nb28Iqd7LVrZQzKENt0JvcyaCk/b6CU2pA7guQJr/HFdbvgpM/N+m nB6FJfGHoHBIB5BFMm+JNxIfLuwJOM3mKQMX6xYyLozRD3H4hjeLAFpTTFWhRSLCk7hh5jGw9vbD i3poUvqSO0K7eINctMyg3IdLeWbs6kkfqumVrGkRYrQJ+kwNdOi7hurToB4MzEFKbThn7PJHuFjc VuAqclK1YXSD6MwKyANHLTYW/JmfWEytqbXCxEMvuHQpiUhc2ihe734RdwHt4APeXYpiymrwiEeU 7v/j4EECgYE0RCsu/xxWCY5DSatIB5+aFxBPj4t7SUGY2bLCJVoreiM2knxs71FIXNQq6Qid5JiJ /dPsjxDeT6u5IS8vIARJEAoFr619okcyMTlzwBLlRlarkncrF50p7MeZ+CMaFn+4dFyhlh5lSgTi UazMkPAfTlWE6n+87QCfXhZjbThUiL1RPVRTzvTL3xwsf9UqljHmYbny4kDrgi/UIoKLpbp6MUET NvFGtbamTOlp4jQm7mJRA/TAJn67IhVytgA2p34xC2BbRrACSC261ajjglxQbzAPK6nLhTSQiq3U GNWam7IUY0iKbcYxFe3ba/ifdoBJsScXVq4Ibsecyl7IjIUkFJySmuCW2AOXDIWrHp/VSz1nzjGB UR3Hr+Bmy3p+GP0t2MUcmNaOSWaufBTnSxGsMuySw8N2xtVymEvb4R+RaofaiHszEUNDmJcC5EHF oY1KOemF2Kkw3sUcUP6+ORqUfsT2cGBy9SckGUfdnxtxbZVv0JIqpsw4v1wZXjaMFSbF/xfw6a9J tty0TulBF4kBbb16vnU07vvd6qBRH/lealnUmE8Z8800zcwnlEOUsFGzXIwQq/1/fYr0NGfgaece EFZ72hl0kmsagciehC39oxJ+KQzVtLUmc8hej5Q+WJeIaLpkFksBITSzVFhFpyHl2CYGq357ipFV CcpDCWWMo0hlvo3CQbukOhE9pkMbM3nKLJPFLak6LIaTCIwALNDAULeJR4pb2eS0Gu4BJ4PMwFKG woS58gHh58bilt57flwDOe7H5bdC4p6yd4FHUhCIRbwACKXSU3imMwQcV1AhYSXHhqr0VC1giJED NsGk3sVXwSH4hXmBXMAk6pkVjoZovt++q3EFNgAwS6SPGyuH1ZVB/QDRBQG5H8iMgoB0VawKleEp MKhqYtXuwn96NZyTFq4O7IVuDZ2GS0FNhxk6+NfZBgY7f0BOHZ5gWAeO8MaqU2EsA4h8CSnCEdwe LEnilcR6b6DjDCDd4FJzcZEH1xe6IP4yeoSelDrD2lDjRM3wKAi8zt3eJInG0Q0or47X4KBJ4JfZ mekNSKs3BwD35jt+Ico06VRSnVT0aSB4PggLphfYVflnqwmxwfN9g1Gnz84+DbDsNIZPP8FQ/g2y c1oChQnPDwZz/wsqAiENH/hMxtd2CMgSX8If4YgQKyxXYtupxRpEpbF4QkzpdAXUAJTBqDYjANU3 5yTA0WiMx96ReCMRR0+4Al3Ega+box9ISlc2L9wCsDScU0tDSD692/CskD4Y+dMRGdgIelHii4jg FaQFCP5U/ZuGkiQHq1SULo45oHqCoNm86I+NDpIIw2xAc8RM04qjXT/fXsD/cMdbNfEwMxxgnV5+ mEU79juUDjcTs4PET0HKuGdooFCIkOY07JU9BVgiLNa0I4M23NNSHTtLhIsGjSqr1cPl3TkkgNN4 zNxNGofcr7Pm7I+DgxInHSMcK0umQbCUQieMGyaJ/xTWVgJoPd/bmeXnX/LSIH0hl/yCGXVG9If6 +3BglHAhHTTj1I7OE/ahYn5qy+7oDJ9bDT9zzZbBteKKNgU4q1r4z8JBSi2KVixLOrdkX9MpViKO dMhuFxfL0eRMiix6DWURRG80EGa6gye3VvT+LtRwzBqJVdSDU/qikUInOKGF20btQEIdcFhtzVg1 8MGqXNG0FdjNHTJgYX1FROW7re2CH70XjRUy0BDtLWLjWwEYwkUTrYB64k25ck+mlI/jhgUXS63F LRfiaottAIIYqxWhmEqiqRMGb+USchSFuoJifzCZRIsomvbVaQyFMbhmExBlogg+nhXaL0OHM4e7 xx4cStGD2xaZ4g1NXaGIhTfHbikyAjdbQn0rctZbOW+LR5GTtbfNah7fOmWBKGG2ClsFLcnif6RK l9p/tyT1saXW/aKGirUsPwKv0u0qMcJpS0ItqQKEwDvfePpUt8Udxj/SokKOFvMi9PExQRdq+pq0 Eec2TEQiIsUxxRI4IQ4hX7Er9rXO1sQvwm8r+/NZVYM7JHsWal8VgbbzXrhMxLTI33aZdWTlPl0e MTP59nyI6QtraEUfxEWpb+FROoGv5XiUw0qMMJLAUnBaJdBUt4yPFCibfsu/hF5W2+42bwt0nDcJ oRXTNfmCFCGUGgxRruwsQO7JuzCKNsL0qY+PIWE0SIYVG4yMtk41Ya2GNmIy9GLr5OVvZJsaUsw3 HLBcmA1QSxENTZ5BFVzV75HHNR5JNEWIUFS5Waf+L0Y1QfNkzqg2M2OKn7FTlKQxrgQlVP5RVt3b riEJDSqWqwfB3osEoSe7BVYCRroBisSu/pfTIbuX5ojWNt/IindhQeZCrtJmFx5wpgqt47l4U5Xp 12YFD8iQrVXXUmYtF3uvli69VQamvNOvHerYw+mhN5U3RgZRUbXiUaABxCPpFB4Xjwb46BUN9WOC 1NdwNI1Q8SUymW+zcI9eBbRlhBjpe/2rdClvxxXQcEXJiJMo4UG9KWirdqw8ZHm9kVyCZdQNtEMx GZox9r6qwrCcgJ9QJalmk6fbLirtC8YxdzVpNUerz7jaM8UIYJ5pBoC0yz2a2gUSC22CJwQH5ED0 hwQICgcbEgPzYWhGMxNTI7igF7XGiNRRFcWkrFxspXmmU9lw2bXG7gIimX6HMyD2UdaAZBTESiyC ZRBswEBC7xkHs4CbxT+zowyZA7XrkeO8TXpopQAcZHjuJcQWFPF2Vt+D5yU8FfT3yIT43LjCZu0D GHCg1I81BX8FMpeIw34lAt7ZysMp0cECIyIFOf01SminG61f7MV/lgnfW61cL9qWAvOxvfaFGfKp bF/Lyn3CRHRRzttGLXO0GAdHl9K2ttkOs361qbW9HjPMcnMS/rA4iwKhOLefw7JO8TnyyTJ0jGgd 9BBQkUQJqYUDDfq2KlmyqYDAgDLn6JYVZOwWQJs3/CH9HD1J1CprBW99NOb2JNtz68Uw5W7dYV2t I4t6TGnFb0EVOdNbKIEAQ+RrOhxRe72IEQNa3QxxwRaDlAn0PJFW26FuGWyJV4xxdeaSp+3ateR6 Ygw/0BlNeXXUQ8HdLuCySohZ5ODlAsXCPG9uThxSKmoZxLER4SNZyChRrP0euXU3eTevfHwzss5a hel9/GC/RKVPsZfpB1TZqsRzctNtqXsRQ5K9Wjh4hXx3fzq3vn1IzjkAgzSLsVjTPEQPX7QqWFwI l9vWx3b/86xwFLelP8Ix/xMAlmOLVT0/r0Vj+KXZU0D9GwhT2v7TlfgulfOp/NRYKN8GZbYixSu7 jSrLhrHX0I1pFz8fGEVjMNzMrEPF/ZiBQxZi3h8FZGsdDzg62tphx7As4fJSjcqzWC8F6wcp0z30 ZgW7TplFy0UL2EGs7fXAKyx/ViimiRt4z5DjhT6ZHmyhxcvl/HHrT/qJDmsfoeCkRZy5NtCHM9CZ vWeWe9aJDsRmOtnqyBw4hMxWb7QqFITPZs3NuVyedtUKKBNzrIhRZVvHMLkCwgrr4ysGJuT6CAhF dAtL8LdAwoW8GR8pcmp94m/TDXslfGpIkZW7sLUHk7XmXvXgUhs3biEErAGpWTD0TmeQ3fCkJhLD VsxyN9MuVKsTKMUm/3z6atcgvguFOkrLQbXhJDw8jYoB9ryoL2bhYZZL/mgO8IiKfL0/fFjpANEo hKju7bNl2TRrL8nRz2dzCQfODwVQII5MdMEKnrk1rDM2bYaYAaULq9IGOA/PRk/iVb0GJeGSD91e KzuV/LlPfnvIVWoh4k2jRqdmAv1kbdYkxccKQ0yWGenILDGHD4p1ArTuiuRI8oMrah56T8hlCsqD pCllMb5ZJkG3sz53zPWxoA6v1VRvIqb4Rrlbeor1F8qhwApmbaIHkZyORTlBFguF8/Q5BxP8hCa2 aTopNvJ8blmwm9niRPnKajCAA9HAayZaY8ykKM1lweTyoKh3TqlO+ULEsz33cQDP7SuihF/AB/zL 0bRSGio5ok2ohjJ+KvPhZSiSdMbY6PGt0NfLs0EB+uHR5W68HjfF9Ss+NMX8chCQ7Ikf6qBR9/FF wJa5ZFkkn4wGt+iF2qgEcs6kVFEKG/ijsE0xUpVgoJ48ZJljzOAv9Ws52RJZ6gk0MLZc1hKnRdhE iaRFjc+23PC1uXwa18pFan3X0qoRMAP5VRq6Kl1d4Vd4Fd9mSTJkwJFv/FrNWyC8XwIxQAS8TXyi ubKwDiIw+t+nQVUKlcP5lVCbPPFIlbGQEq5CksLkVL7ksRJPWsDR63nVsNR28CMNOFbblIPZfnS4 NB9MHJUDvVePRM3trsgP6JZ/CCurPuTrK3fS8JyMoIXe0ld94V/P8VnOWoAoD9Hk5/vc7OhD0QIR Y3THWKIbQoC9mKeBIwvowXJbuiOWiBhUlWbzWcHaYzrNzxWzdIZhbwglcaCqWmpWGEQtSnXNjVD4 PWOHthHBpkr1DItcFDluEX15GW42LaAmS38X29AE6t9tFL6SKF86F8LlnI9VOc2LnwVvPhmcb5Qx BXSQYt8zvagt2kiLOSCjGtmq40aO0rccYE6+d7R1uqHoD3NbIHoQwIqB4uy9dXRLec6CB8AfBPZO I7F2gGbU4kRt2DRyW32WNWbIWTJlay31idKaQmEb6VidhdlbX9Q/mxT6/G1Rw9TEPVzisEEDqfRo fzH8NrVy8gJki+Z5wtpMWUgM00lsxgcKaQIoaC/JV1vDtCEOQ2OtoQ3onvLWxk+fmpEf7dhQkjTZ zPzvqwwhxxPyuYtiALfjRiasPKnS2bjFsrKpyiC7g3e4AsAZlGjGRb3N+4Ql95owwNO742ZFieZd 0a92bvP38A7APL8w47C8fILnuwPtfLuXMYEE84v0s3+iFNf5mqkPVhgzZ+Jv46MZ3GaS4VcoPBYD V1MmUN7V6d967zjh+Z95NYFuSso39nKobE28MdU64lSkFOjyO9hRVWLgah54btNCzBb4F6sDuErX rcCKQ2AHLri5AADhlpa8t2+NEQaVw/FlNmDQFnSrVhAVKySEpkDR6Uq6mUkFvyXSZ86tpCLdlDjk 63MKySvLRCqOOiTNRJyNU8n6psi5BJbxduA7bgXhqWHWafM3wdKrLLgY25LP2zgwhCYVsRWwpSp+ bV7cCI3g36x2JaHUp1IlZ+2ag3VaUCBTbjGzfQQ6YHOmTRWBwxaPGbB7Qf9B5pTFa++yHVrW4tHL Df0xhNNCAhvxFX3OP56uYr/fe3OUsQJ47DsrcLW+iUW7nT4401vxdsJKUQm/wueyqnD+tAf0mlir boW9i+WMHpye6/zy8juGTFkdkaECuqyh3ITpeRHbyl3Ve/o6he+0Z2r+/e78jIopy5J0aVGCxfeb 103iHYfJ4eE80+6cd5gwLawG3FaJNwRmFp1PETzeWeBDzG0cMEkqS1+RoKZ32yvQc1ih06S98M9R 2+D4nTOTHocsI0b9PwP4Aim+955Cnb07qrqzKVxt3yRYG5oL2rVDgDDWigu40upO0wWf1eiShoSL cFejWILsUhtLWJdmkgju0ujyJfKKTXqmgXyFxQJj3dKqyk6/Xr0fM3S6OIRSlSyWeUG2v32T+2pw gcGNojErTMRw+yD03BIv9wn8F6hQXTXzDDNtCdie+arxrlybifNKZJEK9QWmpbTYy6ySAkFaPjKQ JOoiA8nlEIGAOZMtDDOFfCHHItaxmDK3jMytDMeOrVmyp7wwsvGktrlf1zgQuxVYl8F3iHrVwNld b+/FRZbCHCn2x/UpvsXI0pfyaAeecO6IEl5aVOIVFlv9LUv6Ez0U9zLFpiZQN0sewDJhTSspeaJi 7nwcRmwaraxFL+QrXMxx8RYhG6U+TafoRKaTw+9LICTYUxysD2uWS60yObXWriOTKoAotRHA82RB Mr4XCPU/12Sdbc1dogSm0UwMmxsLXeYMpG1Rq8fec9qZwHJDAYY7c2rx07pmHTYp4iGFOGC1yXA0 a93VJgEJgs1JfGBYF/JfdUAWLYVue5e1BbCXExlCcA7hQouBAl2LeWhCeZkZ5aalGEUU4YHQp/al m721T2ShreQIITwcFsiMTMU04JivzzvCQtOuggJ93UQDKxWWyFtN3ueQsQ66BFlVngQ96yvb68s1 FX+Oo/BAbFJ2GN4O+fQKLfU/4YlDz8pThgHXo6WjPAU2ZQI0oMQQLtc1HCtH5psJK+7LzbaFvhyd s6ZjNTRGkOseBywZRJJ4qaBpKR6StDV3WutbIRDvXmBEEOioRCFgxB/scUqJzBpiF34cEAdWhBz2 JfDRwYCAyYDitAUcaeDHYqbAWhR7djMmZQwcREwzfTwOnJQwVpNg7MqNGFo7EWVt2pg94lwxtO+L 5YRTsuk9g+ZpadOuZGuP2OJSWHDZOiNo03/MrEwThasFGjXBqDLumJNFAKgxCv57T12h17Dlh54c d8V0O/S0z8HPDx4xB8M6hvbp5R/ItoeGe9oY1t0hqYBQkrwHjOpMbSFM0wd9q5ILCfchZQFVW/+T iic3D/1BNM6yUXMHq8SlnoFcqgywjRXYX6kqAcZH8tKbtCS3U6gQW5zoQRUxXdbtui5MUB+MDQ+J heGwvaB+BkQbnEMBlYE86FLrAd+HEUZewE4IuPo8zEQuOIn5QG4B4APb6Tg1zbZ6Hll7Og/kH9AS IAwc6ITD0UKvjl0GVp8PqQzZM/cI15ebOdyqNUN1zY1OBclSFlVapQDmkg/hAmXo0YVdnxRChJOb QoMkTdbPOdGgtsMCiXxB+9J5SLlZy9bKIDTgGrM+xPoDc19FX7OAc6fuSFGkV4WMD+Sq+tq+BGBf 96f7novtoWjatHszSfseidk4jRvbswsmoYN3NX5OFtDH6iQrYsQyBbGmnvnfO0XkvQfe7bncy9Xa QVHS+HxvCFo2SqhgT+cj8T6NfPCd56pNjIhfnLTAvlLBRvGJ5KlcBeGuzPTyW22aECLTM4ugoYrS dVCpJU8S7c0PW9iyekKdlFbZNfBQefsbaTYf9nRn+8BcPKfa0QDq6etFBSy9pxn+79Rx3EuWTtjw WqiszEHBCOzW3N1OHs7+sy717fc2GpTa2qp4fLxjYvXfDJF0p1If8fWsOStLZMkFp9tSQVPKY0zM bIclckyVovjAveS2zB29tpVsXNhVwc7cTsTYaWK3jWVTxAEHXensA8ehKLbVUs+Yl/TbzzGwcY3H FtmQzSJCafoONehMCrK45wvYsKMnkoT5tRDkH0gQ891mBgZ/efynG13BLHJxmNF2P1zBPJy3NDcd YrLyBI1Rf19Z3UiJ+TvDxMqqyJN9tsyFH+Za8yGZ8vyPf5I+KJwZJxKRgFC/LVRGVdbTqhoqmKkK 6Dt7U/IPhSgnC1hgsQKYkIpCXdGVZKEARqgVdOGqf4rKKiBxiuOGKOqXhe1JlsLcArQeJeKgXESV +NFiL1KSBQSEqoIREoqre1JVuNViolsrt1E1LU9GXyG18EwYIIha7hQRS3u6PSSDoxOacQKSlbYk CrRNoiQ2Etxouu5Hnvt0qMtvMVhfi+GD7kWaRXfuqZVGPQ0k7m0sJMhsg/vUaSwOVgAjqdemvvp5 dQyiILL3m7iARYWpsUrSK9IU6i79K8ouq5fslAbmvfO01uiC7cIktFT5IxOKXb6yOzM4MVCC/9RZ VAoaZV7F8z3utJ6EiMjFeYfbCcxcC1XYWNi2rbEmjDXDfnxX1Nw/Tc+dqlBs+sQc0lHy0j4C6ky4 jQ1DpwB7KxPBFvaLUpJPD0yFlErWog27EYywxd2mgL5S1W3DAAn01tCprjVKlF6FAJcaqB4rjLKo xA3URu20Ba3LAB+HYlX2aXGLpwCTYiTun9VXV0DZi18K9VJ4zeoT0wSRfbt4CQhrFNYiR8JtaYbB y+FaNN2IEP+ghD6bWIFpoXjRSJCBfN96m+JYaUWkrYihBInYPPz0w4yQ8nctK3K8cEaZrhB962Hr vuU712sNLXS0arDiqm1qwBvY67dIZvoV/VrI+tgkeiaDK/zwbJftTmw0sFy+yNb6bts39sK+TEG9 h6hB3BVQ0IaNpbe1QCfcb1GBeKAIxFxCvLGC88knuZVMCyARQYCSXxGIsL2ZFX6Wf1mqzbbOcyyM Dd11RbLiAckPuZQNpHZaRgMdNa6BCAA7MZMKcbaUN1Nou8g/PJVGnIRGdZtnIABt8oUmO4NCcCt7 t+Btzw3Qp9KuwDmFODiziujLHpARH5qLPq9FjG5K1jSQessuyIq37McRgvpHAzNtpfNlkxJmuA+f uGrkkJ1qilbbohFjmQGJmBmhsBehGmMOsGUjBXGmmW94k+WxtXAS7JAN56/ydoAsap4DikvtnmTp ZX58lC6kPykzhpRHZRXnaxlW1WjpOXvMdSw4MReMtoG7RIjdEDU7cTt+0TcU0ii+GURUZ7SKEzcv 045MA6WrPiaojCgsANv74VL0+8M40Ma39LhTYyX2sndpNb9SmxSJnyFzs+Jq+jSzmhrogTa1SlBX jMrusjhwvW+sQfqCW5p1no9CqPRjmfGEU+Jcc01lj1XQcc4QA0CLB4QBSzJr3g4degQbtaZUGwmq crJrJ196kr5jfQ1i++PjXcVm5Z+KGpvU3rdVMyWGgB2OQvHhx48beGd1tIo/1agat0pI7fVlkQAQ fQFz9KYrsEznOVy+vVRLB900NAniABJFw/HmKWoQ5LO3mhm64ttGcYua0jpRZwsHdWgAwKg61Q/v IKs+UR7dWQzGrdTUroE2te8ggC6uiLfXn108bQ3LRcmQE05YA7/jsB9By707y6JFKYfgtSinHQxf aHCghSEeeNp6AH9rEQeqQIcpBpm1qPSWOCImaWabck9naGKaQAjBvJYInwHjphyeppNJLES5g1hV CptNnAwkaxurh8dDDJxpGhZo1r4H8gZ9VWzqHwwyd/XFVcSiY4cDYJnhhqEhyfxvqlMxyAm6Qd+E 3qnF5PLjU/Ag8QDkfBE/UVvB7mAwlcc9gx/IpvbWebyMGtST6wieQq3/cbfhsMOyHGAO+UzcXmQ2 8C/D38u7rIWfL/QxhWzDi914lRhed6ceyAUt4gj4XqYHf6Pb3z02AnXEWLIGMNL6oL4kxqLyKwU9 4Vz5HHdxWblMSt+iRAgt0GGGevCmqrbD8KWQg7BJwX0kPiNHN9SOvIAOWw+bZfa8Wfa+Nl0CGy3t kGAwWlNtu6+ygo6JYKGJE/fEFoUKTFJU4JcohUhTWJQX8xAoMO/t3VEXpK7WNiPGAhFO5kSeioTD l+1TqpX9Zou4oVQY/hbmGYoKkEzha85w3F8FdUXT3q/H7rzZjzDBsuzCu/WoSvL++lUzfrntSFzT MJKC6N806uwtgV4YaJPU+wQ1+/qtlLnDOzJbcC1i1DA7dKIa6PMP/Pl6++10XV18O6fDMH9UgH/d 2J2O1CEz5N4b2Kv6egffjd0qWUeA7i7ff7xlUOWwOnkMePsma/PN2nIKcXH7IHAztPHVeKQshxhX zosVGS/Xqvq8eFbkmuZjP7n69Y2L8DF0Uu32oa6HaKDWeMgpKKlXs+0U6E57yHan7Gel9l83bDBp vichgsod7ivaZcjkoLCn4JstkISycIbfxopogb2LA5U0s0crOoW0OsCNzX9Lg63qHTpAV/l72rJK JHKwzPXuy6ZBF9kZD5Uf6VCZvBVddouhRJgWDhYMfI4TiKn6NmzcitS/IfgUnoZQCkZF8ZShN7v2 W9+U/eeXakYNLVTHskXXCxSM6Q8hnFZlYTUvZ2EvUrfBhVtPLZe8QOCb5mIBtyj/rFHRYZhGeGUh o/49urgQSaQhyLNfU7NFbrBER9QWfnWQ7OoZxDaPl4uqwYCgwbOS4vLFYrc2P9ua9PSu5NaDdwEP Qg9gp+SwwxcFpT31Jkh5C0BDjsaIRaIARp9VlYAs6lnk1M5XRQiIdZsFvvJLC3foimNOxbVcg7gL YiZW8oSslqBvTy5LkwXhPWvZk/MFpyAXCXU5dJlvUS48BE9k6D2IhJOiJsl1sX15M0hQu/vBobFD Fan037QCXAo/nASIheAEwIM5uKyJuAya4RTH8nLPV3ZMMeaI08JHgYFmFmRjBrLpHYJHUDijx/4K 6gJmm3toltv8QLpwGJjjDxhTMh+xgQtl38FQo11EbVhhuFm/9mTro5U0os5hBxCAwtEACOQ+3wMF pOjmK5zyWfpPpmEIyANugDAckmmGvoXXBBY53lDzmsFWkioAIYyDNgCyAAzugqSZ4NFft/to+qEH EKGgOiBpcT4WmAwSqELtw5PBeiHc8oKQvrSzsB6qIKlBAgKL/x/FdbgStgAMSWNpsUAW1bErxFV/ fi1GZqDwLOiQ1pTBJCsYNYneqwUJqcALc/RN7oFF7iLW4A5qY7gqjTGcApgf4ST9cMo45UKwCaQs YUF9OjxUJ6CQUCmMC7XqKWvjmHEAlb5kN4A2KA7GQH5gMkZSykqF9JK8JQhOqEOhMy6UHcOZTAm2 XRkwzMfgMdP4iZJqgKh0MFyIQOrWg+KgzM7ZcOGx8x5d1z7gKK2pk2AZrD5IZWjlGJ1HCY5KQsTt BVuN3mzDuaCPxwGtdTRlP741p/t0EBPMr3Ma3ZIymHUHwMK6BjYqMGYlGWCo+PCoRIWd/jeVaDSN fAs5+AX6h84MIbvCuY7LoGDx1ni+m5DdqMewxFQtueZgNJfGkkEAbNgbzaWoye+eNygRdqaEcwZy dy66Ql3INCYP8gV8kYZEmP3arvIn5C2zzK21gQVAhiAaKEKSXAlXbzPsXE2cNte2KPqiueC6CWer 48KMsjnk95gMsBVywHPTDL91LoSWvIHZhOYh3xdcAH4keXrvB04SBktvDrXBf+ChrqahyMG5vJ9Z OXLwr9824/B99xqkKaF+pxDjQ/k15+gJx0Gyc+Hwy2GAJBe2wM2Wmm1ARivPsjqZuy+r3zZ3XiUf TsEwdoWN21M4SgHRHc/BFBapuOdTTJivqY+s0s/sz+32O3I9rIJbykWnnmlcCGfSoJu0l+6xpKp0 2Lnn4kv6y93NDSP9wv076Rd0s9zYoxBZKyvnQ5pQBmu03G+WLTdm3ZaOVqU2AEKny72FGUg3UOtd Xoz21iCEB9V2BCvv1GDrmg7m2QOWEqiJZ4PHedrV0WOX+o5oQAi2600bv0SDrrAvVbZepQ6hEXQ0 PfQVmfrZ6pTzR6zfkk5PhUR8fIhDfWV9JAvaikqdIjDKfIE8zfSez8lHgH10bB1step2XCYwE+Kx A38/nDicWiKlOekW6e5NIKk96eQps+Gc9myy7Tj+Yi8aeFC9Gc36BfXwENSemmldbyYLFu8oD94r cizrTIBCpyMUIjNqNeepOpaXVJ68wbF+8tOO521gDEJ3sYZxXKQEuRByMrVtNMSzNvLy52amZcwP GMuSktpjJmYKVAIZ/IJJ4dUALqzDZ8pJFbhZ3EG5IEwHWgftcafFWYVSlJC7+PD4v+0XwcaWHgzR sqM2DEHcYglqQF3TktSaxQl1CgaMbBY4c27bgs5wI7iTE0uh7XKZaKtZ50K8PdxzwjkWd+EqbdZ1 T17Qf0d3cE+2e9qvsZloi8NWhO62O+C1hu1ikAVto3b2g9gdhvLdL3e6K7jJnbcfdO/4CEtRB7ZT GfYR1WSXi4p8K9rTExTeaC36RPyQss0tpzk4a/+DDLbrpitMblKtUbpi8sSUyTjQXuu2LeJYi4wD iTnItjboee+j7DmeZtweBKHY47A9tNNOMkkzcrVlhZfbEQy4adK0iAYYMh7T1zxGoV+6Ta3ys9Ss EjhxSEpecDOtzx0iX1scphj6ZmNJDN+OoYpIW1bYJGXUP9H4yLUmG45o0jev9CWf2fpmUGTpM/vV YOc2M1WhJD2mcg2QvRQ2dF9OwtnYewQmE0iOtu6enEMuCNe2/WJnpNhxaifr6b8s3Qli28iSRdFt fGueKImkKFfvf3N97oNdLpkigMzImOPlgKc/R05igsv8HZpMdJk8ejXlhG9oEhwXr9Oe4gL9asZI N3GoY8bnjwhkphQil37lujKrMEuEpghcXBakCGFyXCJzg/Kxn+A3Iym3Le8RKLSmr5ribl0IqWzB c0qlrVBo/RbxWixR4zwnK0udSvmWxnO92gYB4Z7IgtWL5QHTOki0wj/N7ElKSV6za6JJUWN425/Y fX4EnXonAvUGtWkNCQLT8BozygIgsv0GjORvq0oMxLIHDqH8vNrEZkxswRjV5pxtDoFXFWU8HpYZ AM/tAjwwT7rqdOj2SPSQBTl070WRiOUCjSHQuN76l2WgxkVCKYKAxztfJDVDWCqa2+pE8OkklZTw ymTwm87nqWSbGIJO/TP5ZLLcRPRsFxi/L/3IBGuIIeT8pqT4wpDN+z40b6vvCiBzsDGlyUZdVhO1 sytDykNgb62ZSqavPqPfYy7QX+2nTw/JLllmRsScFZuINGASblmSlC+PWv1IeE0oNByPlKXr2ooC mU86ykC0TRicUrl3fsHjnT59lzfjWAo9Rs1O7zgHDz61dMRjHTBVFpjeU83tpXOnViM5LWXUyMx5 HgEuCejxriDI9HQoxfIN2RELThZM3Eo00ZP5MDdMTbNRT5AGU6yJ1x1D5IGe8rUaM8+NxxrQz1un 4hMo++bCE5dZHiaL4cwBD0jfeA8HKh9gLJ4iWN/ToQTeAg/8ppS+Bta7+i8n9/UMHg+pb6VSZsjz uFPvmN+sByWWFjKOXCI1Dlk1TOpRsoZ2AayiK5QvSBaUBg1hwJtlgaJA4qgd0M3TboGMgsuAcKsA 3d0EIqC/9cChiL1cjqKzBf+b3tHYl1d7QXxAlXBGSxFhO0HHECQYCQgV+A50heKC5oBBoJpA4KA3 py4AQEG4zRG3hR+ABTTrfV4QvuOUg1vwdGBdQNHOUAhCdTwvbM3L7ByZ+wti35W6hLHBfWD+7zA9 gJTf9hd64/V50MQh/MaIDp0A9wOMnc/QEkqIHyLdBVYFDwEwEae7MyJgwhr/Od8C374uv/bsW6bY gk7Q3Zct/TeIsf80Gtj4F5b3f99gwzNkzPvVoEmoDND7+nEmrz/Xm/NnHZRx/u3Lvx2RcPr+Cz3s pAWYJFTfp5vpb1T8WvZ5tsHfUw4svf6efv6D4cMaw/DPt4/rzRW9AGPHg+v7L0BOX871RaEuxhuN uu3y+xmiCOkCe/oXkZ3NEKrpn/MtDNM/sRUsdvv+r5F+nv8DPFouG3oJjSS9nr1pP7wyQPTqxAXs d+vPzxXsim2dDBG7yBBrYZyEYjrDIRA30xOdOXz+i6mvZ5i7Rn404s6mMD7/0xFMs3NfgaXASTMU TuG43hx//N14NfV7MWfRUxTMxhAQLmVwpsT3+S9MFtSLIDisc0IMqMmS68/v+fofokj5B5LpkV/j dSoIdt8ISoeE9Hn5675eqBdVhkxHSeBvojz9TdtRePtFUw+cfz1Dql+Xv+kPYDfJBcN+/+ja7NGv A1L0GJsw164aEkn5MOsH9d83aDNDcIQGG4AD022cQUYiadgtBvalqZ6Y/WHc9IH+EyhEmb5eYbo4 QEMCLjE2+6JIHbKhFxfRTEd+6aqTouktroJtHdP9Cy1OZwHzl2tYt46I+srEHMTdhJQZke8bHBtV fEFnZXApFIqZe5Ue1vaexH5lNgHqvWNOm/iUrIDLlvVmUY47+AH/AtBBrFB+1smMMtumPAi+SbGQ fXD3iAfM334saabGnW4dP92kVWxLzzGF8D5+YeaxBxLN4n47FNvdWG16zhEo379/wb/a7xAMB9rk FCwj1kLOych5BjRwO02xmTNJWSxLDt12Wk5n3ew+fNVuWLlPJhf8oPYWcKdd7nXsiZERtz8TdqQ2 MRicTeg2LFCU5pvYtMkMEHpvx5t/xlImKssy89KZJ0+u2/BVhsAtN+vuNvizzSPCBi+/GFJZ2Ky2 RQ6yEfMlSiE4tBhuKlc0UGzy2+0D4tzDCczkVTsXZbT3L6CEJAtv7vHJ/J2UgHcvGVJXSwo9hgCB cgvtXr7fHi3GaE69olQA07CiWkog8Ds/owAmYghJ+lJ/mS92dMDWb/jOhXIs0a2dFOEkzRtK1ERz c8snq6abfUZnsz6w/DDEDgYXn0RpAdRtTa7rRbbR8VUaFX0FR2MoNZdeiM4+i5/FzSrTciUpnPBd cIwOqY26Oma1cLQEpLNYcSjYoEpRRqQakrItzZbDhQEFPihSnLVRYStEy9orlyQlCmFJM6pKs0uV qjzlRWQIayhzkDVUmZZlSV8q/wvu1SderlRKUjFjOMMKepeRGw3EJYmxhKXsAAmqi+6sVlKa6bPY L0HBHt/KqCrDjd4Fo1IjlB9C0uQNKgp9laI0HVD9ZiAo7B1lOIhHjmlFn1SpSkfpAfNEZAik0pO0 DQbLZWTxrQw4AqikDDZgujUmJGaZVSqC4/C2kkLKQ5lb1CEVIYKWmdBphJN9cFnFlgcpnbZ0YKSV IQStAhngXKJLR+m0U4sp1adkPGFgI2WG0kcbbZSmtit8CXr5uXSIiNyQ/kjte0ujweunS5XapcpA 01YUYzjQvrSKSpQn6w63SjLVFbETORWDERal5bydl+c6acabDMHDBuTrEvs00zSNdDCFXDlMMegA PU0mpZT0oPQ+SFlDIycOh+tTv9TFCRLLpTUZye6mT4dSUVUq5CGJsYrJnQpdBbUMtkaByGAEQIfC oBq85mnv86lHgJBpHkKC9Kojlhvfqz99pseP3i6XmsEqrU19xKS6TeFTTpdk7x7iS2ozPL2qp4yz tY7u8zcDUZ6kTp6uvqY0CLiLFo+P7cpdXSpu6T/TMyIGp4ag/bgUQ8EgzZKFTWFjxoIUQqUEdhBo ljqNn75MVusH+yXoaEhEcvUdMap4IOYy7Mow7RrgzG8zBOqGDigNucXY2V1uwE161Oy/YT08Wm+7 86LJDjVl/I0OhZZ7qqhIp5f2WD6KTT1Kgt1wP+N7OhGQUbDsnIG+tqLVA1EXYNjVyZBAA15DQVQ6 vl+xwUHdx6ghJ9HqZrpEVJsZ6hVdBq/wq+G8HJLUKZoyBmLKXRB4CqCeJgjaoFc/eLGQHw+RRQW6 H7nhtJu7oGEAfhwjCD43Xhq/mTVXuRClJZzXCajMa5MAvahOF8oQouRy3Z0gim6Bb2EIfALp7a1V TJugZvdMidHsZUbzXnlgOwgUyaTR+upq59l/jIrzCA6rbrqn76dmIhLVtXrLQ7ExaA4nDc+p176K x5yzNyDRD+pEsQ/lNygyxWbkUaZWSps17CAaw8TD1tcr4ejWmsZwmuN7VlOzIcAGyxaVmQdOGDjI FhIx2xnnDTYfNEvNUPAHVJ5G4VI2RUU5WqxgU9hivH6OUk6qMjnwtY50Z40ND1WpDrpxYfNJpFgN a7yNloq6z8XgOsrQoeWmSMjXb68dyAxt0SMK9YlYGpJNU1ZQTwPznSmVYDOwCM1Bp3u1GpmZWG6T OuiiFeNZPQ7FeUMW+5ORJoSFousoZxt8qb4q7pt2zGnQIqPrQ9zhgh84XOZCXP5U4YprWbFhedDA w0eL6ZZrWyhPekZHGC8clz/w9JQkqKQ2UmB8y1VQKxiARemZAWmwy8d7xhX6ynbuEmSUZjqZdMrD N97d39/d+c3vVnmHJ7TgPAQmb3tveu75/vH+/uFea5xvMJGJuTsdMFVPtPJdrM4IwYOtGOeguYE7 H3P7CHtwYpKv2PCcXZlMiUlu56EBsgVNaNwPzn8YcqB2GHBOByOxyE0tiI+9utVdaEm2FEnHFgNd 8oa5KTQ/om4vTnQVSYbjDxruPzyMUwsTIKWgpsc//ql5NNz7i7Dd/3AX69HKIxmMYRqPxjDjLkoR /3xnkM8fvckvBBlXSFNTDDBEJneTQdEBnGfRlD/oOK4ZTQ6K3NsrEQfyr8HXc48NtRTF6MPEGZGf WeVGki0aLpoFG2dEpxVPza7STBpM6IU2T5FLCUEbKdzf6VOFvXfbeRpvujH5dRZVSpMEY6Co4c4k q4U/iY99ub9WTNnyt/1aNM3fRgjyiM+TuYvaMJ6+xAE8QRXfkn3QV+mlR1wfyON+727j03LBHPxh L3mOe1rASLO1jD2WaSw7zqV3P3mWtNLVOYZRbr+Knt0R1/LvkMOUJGo2fm/cM+r5hNd0Q7ocT0cS 5gAVx2qHdBkMRhpbXmcyKgl5ZE0PYD3K0R4QVzgivBXpBYu6wxgMjt4abkY+tcwqeWv5R+0ZhYHr 1KUimzjosZyy8dZa1OeW2lFC8viAWGyRuMrEXGB9MmGeyjf44LayP8M53HN2WHimWeXPdrRopUH5 Fz+ijmojK5MneEacAfU7RhEXAB8ZfkePP6ZaSrroGym0/IGH9K95H/4UpXndTs/ljYJnfVhmiabK CQYgQ8571ri+UxXD4+AwVqpbObNnj8qozDL+E5oiMEWSrHKmWkaQFLssNbR6qRWwXlkgkbVyWJS0 sWlZunx+WRSK+RlkCzEGptF6Z3cNLR8eztjnZhVorGKBErCxqPR/edTp+b6uqVCvNyUjPhr32tfW zHiFkPatCFMaSAvEsgq87NFThUJpQ1N5FKB5n7aRHk6Djmkv9yz8CSnthOlvE3W+LSKKTeB+Y13o KzdOMwzGeFGr2ECXOxma0FrSnotZ5OlAsZTG5LXTJjxR48KvrxU8Rp3+eAqcW6zRVMs9q2lKaMCz 6Kky9n0VDe2s7GxyuTqmVbPGFP/AKUp1x++Y17K2tukFz7dlQDmGeLGyJg2JSDQUf6IHqwRaP6h+ w6+KN4NAjfG0fjXb1H+K0PcWarb8u2VfivT6VVEjICk0/OT50YL8vlJ1VS9asl6lE2RcyEaJuk7G rdxWYxWj/WhXQ2dLbb23Jeg+QLPL64wRgKHsLzOxxnMQNEwTA1pPV6NbF7jDT9DTS9aMGmGP7amB MLd04RnIZPEonmNNcEQoN6ojHmscK1eCb+lRPSk/wz2GNCDSBvRmphC4WR8YiLyliS/r8MOKbUZp xaKrBG2dszVvYOpQimpE6YUndX2lCKCblpQjEzYBotlGJNgIvrZCtyObLDpMqM2Rt16lrJfxJMTS N32gsbWMT3B7TAu9QV8blNKP6uRAnraf5COMLcNsWihqaPPHYxte6EGiQRCeuwGI0rkNw/lpf5s6 UJPahbWkmcEuHgIRkTVjsynAlBxVjNtCq8FhRG6B3sY6i0FDa/SLm9siANALkmqdJQSrtdwWX4Lu Q8mhYC39vvxsj0ErtwFlXjMGJBviD772GfreAuH4Bf8Dq7VqN/zR/rLWZm/lr2HqUGlgbbTXayVo CFooGOis1aEompmhzaJW5w0hXJMtWk7NdGECwK+E2cyFvxa56q/BAoc32achyzvd792XsmYa5a2g UAm325uWYfVmLlJD9CzUbShvm5h6nwEwsHzm2NwWBmpLfPrBuRjUu+GmCPtdqxqi2/TH0m6jwB3n 8nYaj0tOMzCX0ekA7bGjix3tANU16hTZtw3Zz86XUOqmR/TTgnyHKljHa/0sJNMHq32ZwRT24ydS fI+2Tr0gL1qNLSlb1tSWCGxAgc+hluyiHRYeqfn2Wdii1SNwTgIFeltlbcamde2De98ciY3zEFzr bPuJyYBULUGPg4t17h60e2kjTLoX1bWUt7XCrSbvHOzWsYNpO8vp9Eud/IawnTOFZYBuq45tOXTM hbOsIfsg31svQDxbhAxeNj/gnv/MEAB0v/5ulgb6CoiF639bXO0kERMNP6ZsrO03GwOGhuLC598H Ebf8HKQODAYUt+wfKo717SNo7uD7L+Vu3wic/qerTTQEIP+kk6glxm+gOvn1OrnOVYY+ByzfOsHD ng4gL8Z8w5PtnsDxK5A/FbCRBK+cK00w/vBSvbYwXDr+eqKtBL70t/NG/G3RNqaaWvvpjXhB11Y7 m67auSUf5I33Bm26JeS/fRwZbJtcmnMBmLf+GXje5ggGdQvv5hAwvJ6JmFzMBKZvTbgZrC0wHaBj vO4F/kP40ymi6khulk8rjNC8if/g7S0yN1XhnPHsvr0JDBGS3qPubD9IGsl5tFepLy08jgp3QsLx RQesUct2kKSCOXP3tDuIjg4T5lgyDySEUh+W0Rft6oAn2B9CklxF6peoNgNoXftv5KZv+qJwbukM edNFJl9OzcPgKkVu1qk3DBp8K+dJGE/SyeikKE02oNNsQUvZjb2F7Ca/MI27wRQzH3kWBPv9tJeK 8hICdLEmb1Iw5OvaUpWTvBjc5yNxcjAtNedIF3zZWpbf8SlMykh5NbuximNZnQ25udm5U4v6UWia Ldl0Rg/n3z4LGjrPkA27k1ppsHBV6OCfcEuPLhbJUuzONsHnjg8X0j2vHQBnISsHenRhpoLHra3c e2dZCwn42bM0iRixtvmvwF2XhLtOWREptHKhkDrCJKZt+ARH02172UBMMWcdSSQxsNnz+21bohgV gdaIY6MMSn/+pDMkIs5ouQEmHd6V/q+XhIbSuFRknlmYnSG1/LDQgTqzwmIQlWtWm+PyEsfIa8Z6 k4ZN5NnzZPuD2d7tn7Lvw04uvDUojb81c1TEsTMiU0YZspsQd75NZObwmc02Gohx+FrwpB2+T2eK se5PqkspOIpSAjeVtmPocfBm0diawLYrSiTt4ym+iPvWJxOWA8d644mKwdXlSGmKj+USHu3AQGSI WYUUGXKxsixTv3K5wPAMjk6QBr2aZflM8Wy1KF9171dzMfmZXuEScLfllxGPtjJAWWWJlNAo85Qq p7SlUVKLBic3kcG2pkK/vpTAlafIKkuNi7sWKrRIydGF0ifRjwVZY/Mt1WP9m8MSW5mK+GvsmAlc L7cTkvHTsMRwDZaQdkMTLq5u72aTEhKj5ok4DhCrxkua/S4hDtaTtZl1UPbG9gqG5WyWy3aTeqrW /O2cTD2Jq7B93RmoQ8gr4yq63GiMblOYqhcMt4UbpFARrRzzd6tRZPvVdCpZeV6FZemeAgp2EZOA UdZiAgmAhhY8h3PJqz2y8aqsHAZSLaPgquRuUmxJf6hxtZeySQGm1oKsQgwbgB6qzrQ/RjSpEWSt DEWeO6Na1WXUVc8VObJrg1Rf6J3w/LYd0zrCulbSUZuu0EDJT7dhb+txreziYnDWpZw4INdMn/WA y0TtBaEvZVmJgO60UJCwPI5a//qgC5f7vsQ7ziimcGFCWZnTxGOltrS2QCCHbBxLfpEhJQZQ9of0 NcAS3Lbq0SecNBg5cIl0y9V83uQCP70X5HjO3J3l35W0Dt7GYsAk9vDJhJMG0F4Jog28iFCZUVei 72+8xn1E6kMW33GynZKEbWyjmhfTED7i0EdiCthwZoKPowTkHhBDpdxWnXpm+kZAZfNVFM0KEqEi u7WHcJCQhKmPuRZf+dX/FKECXNsq7jpK6D6BMMJ1WqlEXSyC0nV1fXgsNCINdNnyUY/XtvHSqor8 yudIhMl0H/TJkK0fdn2IugFhArV8vlu93AxmR+vorGq+f2vb/6pWv/WCOQveIAZQIEunkKfloIY2 5OiGARje3kPnWXxR6oc9quL9AKG4p8/hQtCZ0B9oTOMMbzSm7GHEB10NUgAFx4aec/udKQM3A1QM wYOxKkwgRGhnkowVYUFdvcM7wARoFJrhCu40j7B5AMw0kAjBR5IykRxyZfkZxdgyvFhMZUFDIJAQ Qngbban3sCDtPLzfGTJIiugYYrNjsKb+R752ExzgK1ZO+9HpdvqUXPkiH4deEnYfQJWa5gnQb7tP OtY4IYf2HwXQaCtlSzcMEAznicQUNolYWDIBG8qd7zfMRt8TyS49aVHriZb444lkB+kMjNWedrEk ruLGxycA1crAtJSpNnB3zPnTOnfwupGU9GcbzKUJa/zJ//gpt/FA6FHgRNP0OOPK/C0fx5rNtmgR Z4A2c8U1VxVucjpVcIcivIo4zKTN8nyXp1hvhxVb0ij0WXkgqHGuMjZhqzK6XBRawqfInqQ8Outc uJxk5uVTnmSCFlI5sC3fCCEoecoJa0gi15qHTjYrLFWqSRzyIToTn9DI16DR58EFGIsOwN3pK3HL CvLUVKLm3M8uOEkekm9huKIGLN0vuJRzbUtdHnBhaxNDjE4LsQ8sRooaCwnUXWJq/lzXWlZ3a6He Sg1E527loIfqKOhE8/KHzgFoqG2yyOW1QiDh+RUV8R+rEwguNXPI2XDUSa1O2QHDXQxNdYpxo0jf oTSNjUTgUWlsX6KTbbZuMknSDffT7PScnmiqhdw8QV5PexmsLoDGWMXVd/YdE7FVMA3WL5P45Ar8 0c10EmwfBuvJtNRkXFY/kTir6rF5PKMI5aVhKOO3jbQI3kCe7guV2VTWRNkN6IBL3VGndHthOtvJ ot/vt7jV4PNraSrT6za67Z58FN+UR2NLD2Zm+AgeovmGTfKaymGf5pX0xjtwkvG16S9eOhjdT2zx Ad1mwLrgV8zMCWjFfIrP3GsT4oWFpo4KBkbAVLEv3dYyXtJCQ4ZGdpwHnuDxhCZnk7mJ/RoCNVq7 u7xoc7CEz/ALVo+91NKEpCDZOPP/DIAiShtamCG8yfSa+e4dZ0snhA1dubN42tINSlqXUAVdaLqw rCXP65vaS9Ba4rsA1OqQlC1czWfMzDbLDGWeGXLZs86awNycKUvOkbvqvFcklgFbCEtwDLQcPS8g S2Ddcgv5HsOhk7mK7Eiy2m29+IDCL9nlaXSbgQYnlaiXjUNc4qH/kJyNOqjA4GWvSBt2LKNAXEYt 22dnZezzP5pRpjgHg5VWxKlKpGFl6mrQnFIV+nl+xUlElanwg14boX7h0/xWxRcOARICESiLwo46 FUk1Z2Q1qAtfHHcTrLpSRzBaVz4cbQD0W2VXEboiEJ9xw32gHehVrxjjkTBMm+EFrQeualPgcLCI MHSUV1IFTOUCq1gjVWWq9FDaGBLKEG0BXphbtVU1bLvagRhGiUhlowHt/IHKN3eGJTbSTjwiRHgd zwt+USlj6GpfZYxe/VLR2qlEOI4iYIJn9OqSxnyPHx1rjIVqTKPXVY235lmJhJ6uKTXxWYNVyIAe Y4Y9OK5KGQxt82ULeGlSD1YZJgDf859VTH1Q1BZRpgiWyRE0krGyO2mEcymVuhXtFXaFEmqWqDwb OFkFSyI0BKfdUsXs8iQ9iAQ+0RDaUN8wS+B10J55tyVCt+KCPlrpTTmFNPSm5DvuY0TiXYof61xN HzShRyWZcdHP9tmD6UA6JK5Vohm+qta2gtItSn7IkF8r9j2rrw5hDsY5ew8ikgK5whichhD06I+L wIifRNOicWgAbC7MhJyNOr36tsIWdkA1fHYb5XBOBqFhWbW6I9kdWuCzIn0oiJI/KDWbcYvm6sZN s0DjbwBZjnr/QEsO1csGiaozrMOrjfcFRpCYO2kW13TGNOrC6/s6jldTKQ8gBMGJCXMAEZX5dOwn rqtoIQQ4W1HhMsOgGBhEO4JY081QoRQmra7q4bgMYXBCZ+FoMn/C4+S3eDPy7N0Bh5LXh2eDGMmU A5KTcBLYld5CHxNuZ4bQqyHMSCc+thruoxtnIP+TM6zMaAi7Z2tAx/HOc/VPvoFFDUKTfoQcdlQI OIt6Z74UzQacPCHp+733sFCzMisAFJivBoEzWJH3S1PCr1pXH1Y3IMtF4Ir1wKQA+D1dHc8AAU2i 1mbTIKANHJKqpT+wTtwHXIZJpjyQo47SGN/zlG0BwDG9hl9xKg4wz8/wLlYRYxw6sYbEna0D3PzY URzWsf8FellZr30Lsa239sHSXoverTrGIYhysBNwugX7nc9jhTjCWubtaJjLr+Xn6XfAt8XKjm1m GcGtfYl0rkRrFkrryliYkO9g1E70yTCA7QPDfm42EoDa8rz6zThaGz2Uq/H0+j9qHBzXxobgKavc w5AdmGNbBrXsy3dnMuMckAd6lZejrcnRm0lJFBfoATtMEco0BT9Hx/MqrRnnxtM9Qa23TlADPoUS tUuENnugbFRcE1uFO4Pz0qEUixrkBnJ2QjcbEOqmF+XQfuOynD1Fc3Qp5ZAMzmw5Ja5BW56mpJ2D dvp4MPHhYU6srADY4G95tWe8nFHAlTFILRz+0DO0UDohmOXrKHvHqLAd7KCK4Z+tYTWcuedc9zBp aUrwrdAq6/RY3bkG8sp4iaWu/aD6/DYUznMyvcCrTL5MA7MYAk9j+Ll7HG5xtdPqWjarFMoHaTTO fMvVlb+yhTKOJ++llaC+SjkCzkopPCOn8YjMR17WBKhMqWIs9Ea+y4Jkg3LoUlUJB4ymZK50tdqn /xy4oUwvW+skipbbElVZvHyqtV7yMXS1B1rZqEfIS7ONFjD4TXmiSh0a4GfZstn8agk36qNpY+1W Z3xZWFUK54J6pfbltNJ1+bDVxY3GTfqsRJNlosCagUoUkqq7ui0HrCKUYRoS+eASZnGkoTddaFYu BRysVGlHyjGrLAv3m4jAT09TkjhN20vhm/imkJ2SZ+Jbh2lSJxU1B6euoVRtFiQybXS6o4agjiRd o4JCBxmBsELpKYIe6UAXGQjsaAGdEF2lNThv6fMoh3jR1KOkpfdaQJfys4+UskxYMls8zun7KpYb ZUqeizUA2bFu8FAye+S8bEGGDk9LVhgRvtpRCQ7AMCxyMRJyk6xht7Rcxq5GxnJDaJWAVLmKnGyJ WCZOQ+iVfL7MWXeshg7pocXMLtEWcJUvyFVloEzJzNOK1Kzav/y3U30hNBALSzNXB8E1kmTljfJQ 5dHKm5S2upAuqHbyB7UfuGEBn1oj/a1BNVcFmyF0h/X8ARWqOV0uW2YFSi37oHWlR8Cpgo7GhLBq G+WqkcpK4sATvM0BUTFYGC2tZqSGWRNEwjMZDhBWv8QXi6hIBaAutDKArlwdCGhVqsIHuT5TojEc /R7PItI9qk4bPYc7Rl2zik09HgVrsKQyEgjm24Do1t232BLv0AMc8qXFSDCtVk1VCruusIJEhQi1 7x6JYWaVRUo9NRgKLG7K8PxRyFbVdoztzuMxrCrBaORwot1DAQEti4IzqR+BUSGTgEKn2I49ekag hV5ALLIIIQx6bKUWebivfzPwlpe1sMpiKw8SIoXVbwIzGAMzWN2hLVia95gaUCPAtpLUjSrQUzsu cYwz1KwFWkp4IskLkKt1QX6lN+HDlFQwSvouKlkxnRD1Wg07oJ5Y+Es2lq4EHeQxiwXVWXwIX0q6 VJ110OPQKo6L+NpvTvfwnJA9iRbvLmNB1cXpPX7n8AgYZaw2BKWjfqqK2YhI5cLswqNhAhTWwZup HGHpKsUPyPB4/dwljq2PanTxvZ9YMVHRqJ4h9Kp4XOq0HsL1PW7sMW1VYvsuhtRpH/ybkLNOygO2 dbs70si13NVmPxqU8EFlxTcAEd5WeaOQ7NNwPKVr7dXF49bc8syaqr2jvicA1XxeO+xIa5TXkHSs 8XZHay4h6TrUB/tScR6nz0Uft6TV2U5MzVZ8ibf45LI2ERIeA3Rqp30O6oNt+AcwsJbhAzpvyFuO HF8bNtanIQVCTSJJrABYxT0sokhhDmnYxkg0cC0cFgoitfFhQ4RFeyacO22sLhGs4a4TqPi8F3z+ D1B4a/NdZl8B9pkvvX910DdjAN5kStqHCb2GtQJV+YHWdsLYMwyCdm4AWBX4Hchsha5RgIms6eVH dX3H1NkXYiKC+dz9z/0h47Ao1miJ7vOdyQFrMF8e7h7fIdnH6sq1iTKrlT35zpItzdW8yylYSt+q Zt+7wN59+2BTSW8OzcjvUKcj+4wwPG8LszJx4G5uCiGB6XXxjzuNd2C6xx3bZak2ly7W2HxkLJYy 66/tKpS3Ay9A2NxBaPIjgq2stXpZL8cW+nTmzorpQC3O6G7nLOSXRBJUWsl8/2ozi8WhTuZ3D+vR Ur7UELrF51jv1waBy6lcU26UO4ugXWFmIzmVoJ/0eE+5NTiecwiCS6I+uRK0uIhj/JQx/E2gT0+T QtzkLbgfMF0OkNPAGY+0vjQ5tp/C7zGJQmY7htuSe0Ag6u5TNqQHfoZ0Nj3ifjqHGgqRN/EMqrXJ YUy/8oce6nm91HqrXnkDfREa6cwb0POUOf/rbmLjI7lmio49a8pEj+xQt1P9LjXlh2Ma4qoxjaPW 88DCGJjTQSc+5Wd8o7vsGV/wR79cGZ7QSI4h/W8QSMPEtK4mcolci0/xtjtypfHaVW6i47Y4izEj t8+OhAMNCIX6TdnwtmSmqIZ2D4dtZiytSW5qxAcKh3GLqx936ftiX4/kD6xtL1Gp29HLLbMkFzDG +MbojdeQkCAE59txsxjptZi6naAahENA4oNuGUheOs5I1d7e7xCcGDUdGzLsiWQKLBClLi4PEjYS vXR/d7fcnPjofHzqR2aHDuQk6f2PiPSgZauNAoe7OY1r9qBzw/pOVEj2WgiblXWkXEbathvOq1BF gaO79p7uBcS0jbMqWUq/CLJpuZiQWGy0oZeZB3klIfq2YJSLjwkRgyyT4dmFEMBERBwBVLLme4ZU HovGMhGtLCHENORKT1QJ/tsjz+Z/PUgfmzlKh/Tr4uOz6olKJBzttxMqLmVuAprhUEgOSNqlNJOx yrTkwc2XSY3pt3FHFcWTUDAQTGXk1SadhZK2tuOmx8Hc2kNEULNeGlpVDGVIV8sSpR+okqD3spjs 1A8t45gOnIEvkQgLlqnHZv1MwTXMn2haddD0CjS5bkYbFshm4di1oHSt8mnReCVdf9Qkzy1j8PWW m5ScasvpJUoY35JMvwaVh5gjwMknw0blTSHbEiMDkgmIv5UWyq5qW/Qp8H3Z+CQ5KYY5Dmpvzl1R sxGZuI9MCHla5nnli2Lp7Zy4h8Qrvip+q3domIqmfCMosurO2qf+IKKlAngCdjOIRDOa1URyFPhW mEVVN+y3Fxg1UQiwqoaSAsrxkW1Qah2/Q/X9g+bwTOMHwofzqNv9Kb0BhHnAeza10dir4ukd2t3S u6qC0qvQwig2xwdkSFjaUkAC3gagyccDwdW2agI1ArcqIdSzljC5w9st2dJI2KBEFKBaEgqr86Um 3NZcW4Cfn54ixNrHTIS6FM+xA8dAJQHEyV65R0tKUGRfDacs1tcUqXXmVteAHXphG1rRj2rtkGwF jrGY6PRQkY2jziQHaIeVaAcmDWkMIenYf4MwzUpSy/6aNkBghWwCquA0FkqROFsvdNDljXW97ZqJ UZtnMJT6KyPCI++U3LJkdCi/kYRIhhFOCHiZmes3bBk7QFTV4INoEKbNkM4SVoNQ5Advw5ObWVCe B1RfkGcBalphkSiIDKxF6ERM+L5tSz5UwbjSON8H10CA+oGJtPTqG9rV1LBJDkBZx5KDhMOuSZDa DDpgVqaHIjp5sJyAq2ZiaBIGYQvY2a0aK0UO0Ag9Dr2quAdJDYlK3ESPRBOXWyrjOebFw5hlSCcp fIg/9mb2OGaxTXBFL5slm0ZEAGQXvKyfDswFOqUMsE1fNrvQGlUtgf9Cs+sNw6iZDvzKo1odHZ5m 1R7Cwo3wHmm9QrT5iGRBviBeq1VBiPrWimH7HlpCGtZnYlR6btzW1oWPdQ9QGUwBCMZiE0c97ItQ FNgvgc6Irr53SAgiQevdEEdhaTBols4OqZBb8KHpCSv/hs0j9LsXHDgNHkVNBqW0WqA7gLpQv2AZ uF5TSUBiVBGgmSjMaJgAYhzqbXQQ0yaDYNpQZSi1/6wXBVHTEIAtR+dBmoY2WLFTwZvtCoBtwTZ8 vdXFiKCrfliIvlWtRJDiEWevjes8ZnNJoJjORjiBdwLs+UVSbmHmJu1Mcu34DhAzWPzsPJfgbYCu jqm2eQcAsWM9nFlCbq1gbVGo7kHfTgvB0oHJIGBn1Lfw0iiGVDtK30AsZISHd/TNBmqJKy4ThNXA 5NWJyc2nAMhTIVMKFLhj0nPe3vBSmKOHAejFiyD+tvxnKdxaio2mPDg8G4PNz7mTU3A+PKdDEMHX 2GX5acqR2r9AvbnHi4mKLIMCv5jJ6rWme6eLhjhEfHavNNQ/ldrCDYZQPVavA7guSrOIHIJKPS+P 4qZX8q40p/mWSaotBmbTMuEUykNNQiDJaNorwGNnEUyBJ/SLeSAAMA7IUwpp+fChdSxB6w0pTWYb xEesEcHNIFRk13DbNnSWn2NH3HT8Kfqk4qGURu0LMXhrOGsyx9EQWEfq9P5iLgx7cRM+6Qf9MSFp FITDV9Nm4qF8GV/kNeXafExQNXA2Z/RyrFYlznoMzTZ6iQbNJBqNo2dugT8QKZQtfLJ4X/xd0G94 sjwpRzWzKFm092+lu9yPoyDNMpvAWzRq0CiDwGwNKyjJT9m+lIY8/S5NKIFfQBAlCkzFikpwySnK ZE1SR1DZ9skLW1JLX5b7l/EJXEfWFHvhNVXWvlFrgEORUUZXuQ/altJLUnA+rKgcr5RugV0CGaZE 8eR4GaPAJAbQgRJ0Xrwbo9X/wA35nKTUXp90XugUea2SQFCAHHaEGfnjMUVSUELpaGWvjyqgYh9o q4Tcwzgkcx6c0A0gwb4SB4vAHkRyaGBJa6lsERIoX6z0fCQesbsio3S3gilOGKWqA9HI0LiaCvgZ 3EFwhiFSj1JcLlfBAEpdnY2jepaEG8WqRuVjYh6bsV0no+HdRszYSDf6cp3SqT55h1nJehsMYR1I Knq26BE9+TohCp+okJtcVfFqSJSTr9/hBPkF8pRKTF4I2RQJbaHjvpqCBL9XpWRB7sec2EZmSRUZ vpd1aMqv/ZRqguUTykj1XRMXodb4jN0ZIS7ERB3Lzspa/Utt+TZWnYcPqqapZR8cX7cwDPRxOvy3 FGDzOgyq2KlJXzS/trPu5TjO5JRblJTyHByU/Jav7xteFAH4VPYpb9OHvNJ3TddKc/h1NOBT+Rg/ ONvn/dxiVKXO/OECTOzVgRlc7LI2I8dItrrknJqCa0sIrXe1QZXasUYug9PiAPnaFniUWQoqWyXC feC7Hk0UmucVRnmszTIXV/NpzaPJbzWVUy7r4lhqc8vza16bmGjTBi41e4K3xl0hQ3wsct/jFr61 56t1Qc0Oy12RQQxx0kwCUTfBhboRvLFHmC6K8LE0P+5+9l04LuQbyqWO8zo5W703K8QL9aUobBke juQ+m2zyfOMyeYlrJuwauy1rZEMEHGvZQgmRRuQbWhMy8ppl0xSx6UiTs8lRTM/HkzkRuMRh0KJ2 eRhG7ko8iiz+Nqa5e7qsZMWBlMk46SkCpp4LeoUzHlUiZAKCIhAsNfb66IZgC13M5xwaXSWklLOJ J3fK8yvTfMHc8+XluLMFWkRlqpkwOuYbkUdkcVU37mFHzEqXiKn8bra486mGw1cQ5iOrdF1smJrj FRCG7PQBGlMpN6c0d8gsW29dEiFtCCLj4HgbDwg6wej8CgvGoxcvrGqgSgYVPF/DY/hMBJ5NdYZB gGw0PGi5SYlqSX0GLmACLpWbV/j3a6HXJ4dnBXB4jTuMq8JqwSjXHTgTEf4alICA8hA/5b4h1GPe 9VGJGqKQPzAcTfUIH9o9c0fCFilRezqvWqeMzoaqKG5sYVW8Dd8k7tTVFmgqWs0+7CgUCX3pUi1o tXhSbB0Q3gxLw6yMKjeZnnB/DIOUcR6msRiHZ4UuT+bSDZSLdX9Di38aLwCFy1U7jj0FIHyzGBLv iry8pUfivqlngTwxbYl9SZDuBWZibGY5TePCWwXdnGIAlqOtue5i7lTNk0VEFIVRGk5oDE7WS7cL kqmcGAus2IBqG6F4wnMbK6qtCl5VjZsH8MglUGExMRmFmRBF0th8QLZgjHgo4E6H4wB96obCve+M AzEFvuYvXPQjCJGURUwq4Y8Yb3QLfeCuVDmUM+4UAUHIxV3RIEGyk1TL/cmHahHkHm1unXvoEaOi Xay1tmNeWVFWI+Q0u2WQKaQLNptQJ0OAtOc20eo+fzJjSQhKWkjMbItAMYXmGE+xmAIlVsFFJzkX nseFtWC8XMz7sypVDhTbGzkO05WaYX6LJEx3BORRC8FaIYXcVqzjIeWXuMzDa6IgxrEzqBVrGi7A 8Mmlwj1Tvp1ne+4GHrILnFhevv25WpJlc+nV+foTaLXJ7bo5X1fgw+CVEtm4v27VAooxpcpCi5VX xREffeN2IRTVI9Ht2URvSRPZC5wWM8yNFkxRZxVlScJFopJBz6dziz5njARNhsCuaMPcck9847Km C8F6+MxdSD5zGWk7beEGuzGPRDMk+fE5q5AWypU2OZKUm6nVDf5yBQwqKTMrk25pA/FqZXqrRzP+ XG5ipQ+eYY9aJBsUpmdJs96T4+tX8CbFHuiX04CKM7THfEg3ssMaQFA9lsVpx5PGgE5erbzX0+xM c3RXYVtzpatd8oSDoMojMxoUhHUgRi/SKmPxJz6l+Y2h9nTkfSoelqtX1yzjpcO4LlWBDhktowqV zk2mLVSi5zKHdnUN03MJlTjMZVbe5WB7uXCuX9c61ELQL4rwkh+Tpr85PSZEWp8KmaaHMDnKDUEo D+Y23ewLLqlSpKnb6ggeu4UQbm/Himz1wITjAbJ6oTP2S6k558dmq/PAE8iy5ZB4kzZvZsHMFZhb CXvPe7BiLAKql733QAC4WiIOa8pglQxW4xCNXUXUABtwM3Uo3KRiyZxOxuHUmS0hoxUI6CJlakDx CIIyuomIj7cHaiSX5I0b0o6YURihQBpUTJWrJF1Zag4GPJuRsypmQ2NSiT5k0+GIumixDfLIvpYz y1RT8ln2IHeSOrqXs4sahlwSxXVw+axVTZqNl+NRsTqlRgkwr5GGyIopOSeAVsifxsMLNUe0jLTs RcMuRm6UUvJ8rIq7nSBHZpVepjk7tTLrYGLshWOQiSGlDDVFklEvenNNJfvhtJgzl8Bg0Bc4wM4e i7ngdIPmQ1TxgfHIwHJMKT33yauRMIQisvHsr1gz9qkhRXCiZmubOCkSdWnClZJhJ06SkL4Bg60S T4CfQtTWxy9i1mWBlr/xV2ihJUcswqMcOypSHrKkYXlDudkEjZn5zYZGWPWr+MVy3oaXOCnqG5b/ UMLjtejdf0aUZcl2fKlDepgay3RcT17oNGXna8MsdqbJqlwuVH7SVhyStWTiq0I41SgPYMZinDGS GmMtZeIDTWNt44AtY0lwV5p2IOe2ohi1XrWQmaGgVCYOEOOyiIroKjuUFR7ZjL4BMJlJodCzGTa6 A4F4Xk2xOK15JnR5eII2q15lgEZ7YCPdyRFV+8QP7pqecZH4hoeJDSUqLi+WJT6VG4ZbnFz2zs+W xrOjVGuakNKC3zCIOFhELrrihyqLUJkfhVXMKVJAOGXgGEEzEqoIzWQoSaWQth0quwrVkxklx646 EqeLieG1dFsBS9shRNTJNEHnS+iuXU4XD/mrElzJzBxZHtYIsgrJ4MeCbZtCNkdjHMailyKvrfEH tu3dx3rr1XEATXZUUWH5qAWorXluia/fzcJIFd6+HL3r8Za7vraQGNRrnfc+w69aVV5danUxoNIS 1lbmMlMLzNXgANlATzBvJ1fYz9/q2fB5nd4gqB+2cnd+sgMQLKOt4zaTo9We7i1R9aHlvNBdaK87 2vEPZXWGiXMnHG396QWUjtd2PDTE99TB1Q5LqJGW4N4c961JRwogsHO2EdWKYzvBfY9lWyNcz8pl XViGq/HW51sn7D6vKXROtdoSYWfDsgDexBQ8txOGDQQmq5S8hdG1Q72fSNKYYy6g0ojS76/DOuKE 7zVv9bFjNIC+LYS2RV6D0Xm6gbw7Q7mTmFebA6479sH5HR2VbMl3rDyhoZPRO7kicUCH7YNAOaX4 utiRkUcmVU47HAANKZIEjJzCHule50iAwplSS/Md3JE6VvaaPWnmRV+uW4ONYhj759sv/NUvVOzV 0RlsglYEfERQQT/EFX4bsM6Nex6IQuPTB66YznsyZ1KhDWkoUZQPM1yHOQSTMljdcVLvDl7g+ImH +rMaZTvCnUJMNBouSx0k7sWDjM63GUuzST4i1VuDVWQONzZPmO7M2jLQoloUkjzOaE4QwhLZbPq6 85nBIVPyQoKbGSVysAOUjvp2arSloulsG3AkMDJuccltqKoFBhTN6EJYVqhbWnwu66Yd4Ql8myMj ODQy4uV6HjhZGMq1G4XIKBrJV1gmj4U5BijyhkUXQMWzErBAbt/xdaUF/DdPmbPV86b6cIR77xIo it3rLtCnHE16oCl7ksz+8DSSheK+lIs8W1Fd4usvO2gOy0N8B8vfkQMOEjcti1bEUypa5wSMEpXc IE0rFzUroJgTZ3POhhP2nXIpXlwQj0pxhV06405RpsD1hElk1PpYLrlMplXlxcPOzUYaqtRzwhvu yn7ENQrfVseCCf+sRV27zp+L5OKKaF2Bga0VTXtDisTCnUYiP4beFbGjsORHPPZ8z3qihGI8Ty2Z B1dspDVfyKKB39aTuymMyc98dvoKjfErDkpc53UpvGDnr+XiSnXifm5JM4oSQdk4ZfGYxQtKDJUv tRTWxGbZmMAh6ChFKh5bhltxaiwknr54uNWtIaPl8EMhyj8xqxwbrwZKVBjowFrEwQua7jxAcI40 xhCkM+JyEb/GtFVqvTBdRl09UNg9UgcodxG/VDaAw1oZ2HgLXXznS2lGJMmWpVphTMMHDvhbw8mg Uco0MJI0sV0ynuaW4OykZTc1KSG6VpuX35RpE4vkH5kSDxG8xRne6GO1mJy8RTkQCWkJlQOIVIup UyqIlE47tk/Z6HOVR9mNdF1uL7vGKH+kHDGZ3CmfXlBpvUpYgpEty29KRL4medGO//CuFC9TlurT wPLqyo2gBn+2BKZSkoJt3txoCVHDmzkq/0zG/mpUAiDnKbUxtVMpkFfJEDIxTCvjpbLxCrday0Jn cad8Qh2I1aVeaRETi5ekzuUFIFCACo+QCrzlHIa/qMCqKfyUXaCEK/MQp8xIc84Zu/QcMeXV/BfP wGLRE3RMxXPJtJ3PCBbm+qiz2dIsq3nbec2m+L0rmc0XAZAmq+IA/YqunO0gXDe9dsiMzvUjmjT1 v0lgTmxdGEqzpoU2F+pMgBaHTc7OZ73ZTGLDEUoYHR/F05rs5swACe32kv8Ujzzs0RKkEqbiStlX IaOAJh8L8gjE5s9KgTRu64nzlzznok6bXy5OIVVE0a54lMlvI5IA16sE9Kr1kr8yFm6/pC7HKscQ SISe6hDZla7IpsgKyS+ojc3FJQGjyYF2S5UqyJk2tV3RFEOkIlprctF2JJmYXkQY3/hkipaMRCvJ jU6xif9MuPyXiN7shlFI0wga49u+l7woWDJduCralqBJ/LjrHKNvpBASMSPTN3/sFqZtsYddUdS0 2fYSBhg75tYg9hBoaIF4RjOLiU0XCJfEbQRYnTDgUd8LFLaI0nYT2SoUVBFTQT1wW0vQJ4Soy8TW 2E4/KympYgtXeiTa0nZ1Ih3Wo5hFrz1WxlvgKiTx5XTBjCxzyDFSISaZnRTjVOU1zg9kF8UeLzsA w9ZDK7EiSF+ETjOU6tGRV88Qs0cSrC+eRFNF567hhzhL45vW4dAqxIQDKlUZmw3xCW5l0QKKXgJm K6AK+7XMkzRGVecmlyuAEiZLB+D7zGpS4vQYviif8r+Yz4pzR4vInBIsC1sas7gKrNC4oMfNUXOM VOYCtYIIsvL8+9KGEo3YYLxqrsbT3cgWWVEN6pSGxGddcTILnX4pLOfTlVFh6dpzKJKLtqtsy/9R 9BavxVOhKldmEMUUoUEvTcsqGKuYF3Wqz/lhV0QWg9JijXpCDdRAxf9nSQg2oqtwiTlkXa097gYX pBtPwSbCSYNBZV8yDQrWI7hBxrygVpr6XACKBRwXfhpTOutzuzgFxFhQCPCDn0czXaGZvSfRNzKZ p6Ga3TdJs4VEn9gJjiK6QKYxHCDf4jFePyakAyQ+4nGZMudo4U+FNtmAgUviejh98g9oFGHAzJcX eWzPik0lDDVGtzvzQZtV7kw5vmHeMfxumOalzL5k31RqCuY+hoqPOldoIKDE+6VkL+9fMv151uAh iDXsEaLBJv5T6JcTYuy3ECgqdEwO69WYGMDhpjb8pzCtJCy55ebLiNDLa3074xEfUJ85R5JuPM3V 5GDzscfuXb4q621Ckz/WgfwcV1dKaJDHyL9hhBaqhFR13SBppy/ZVK6z1NoM5kxcSvBvkVTvatE2 V4Q8FlyvfO70hMFlj4h+4QbpDBr4wrylX7gP0jXGRsq9E1R5vXZSPxO1sbofmRuaRUxjpJhsBxN4 Od9UtckqXd2Al96hpwBmYZJAjzZWT0CVyE1b2wjL1HKdCI4KkY2jMCFdTOVrEA/PEz0hEoKUzL8M TXrMc8VcQTr3T4FTuZicOmggv+4Gflhc4WxJI+41d9xYkZFYhQF+nc+VqHdDUdS/XlRU8zEGZEGm LgStaFosCU0wCEPOWb6cub5AcpAyXqUR2Z2ZC4lLUWCqxegeKJUSh3eV33IXZn7yZXlUWbtHLGmh 9c7VwIf8kZOJg4AyjfxeszypFG3jpfhMNGebfCE+cAeZmFvTQspeiZCt5Ay1taUkaVzUjnuUoYJO crnphpIofxInqjr5l2tDv65C/DhkI4ao5yost+AZMuVQ6kA5Y+8wFSECQVJlQvdPCuJBMk6LjM4w +ce+d4PUuDrJzqYq2tFK29vbyBWEaOEjYUns1SfNh8rVMZfm8NgarH7wXbqqZB29TYSlmFjZD8zA wVQw9CzJYCzXV36E5jhNWxtiTPNQbpbzk0qrE+LVx6NIZbmIZlQAi4bdkNvmLUmFOxWLYoVg5BEj a+yluW6P3OrKIhdpFHG0TuZcfR6dUyVCc4F+4or/gfydZU3oVo8kUM1y7OIbGTj8CZ5WrCssVgk2 9t1cMo5x/ksX9ItXlGEaGBkUibEKDaUKpVjFGpz5p7cFPgT7skSggwBm/asQu8ThYFRGMR7OxJMa 5jBnmsGhTfm/zHxpqKEnvPYvF34LSUJVZmekUpFS34ZLINw+8ERNweRzM6VMvo1zhjbzVGCiHA1i zGbnGaDARuty188yvLbcomROpgSyONcRl0khlyi55UEXK/HCQIqm5SxVpf6kk0bIpggxWXDs1CSX FVGstCrFr0wJ611aNEvwWNpigiKBB8td0k/j1ZGjNYlWmDQu0kqIDttM3fRpmAAEAlUhqUxTtBQE /1tRpjVUlT4ZMuUhX9qi9HM7/xZDjcL9iTH6hQhdN52Xx9BHawuQrYEv00/uc4M7SgjJolSJP9Bw 7scNdvBqqowAbZWcORuiaQT5KyqR+mW+LJIqMipin6YlRER2qGMejW46lVpPmUQlnodqxPAx36Jx KsXhEBAXU6JYApEHaCFkdbPqpko4OozFv0xtYSq3QBNSacqMuzlyjH1sX2SVitsiq42GPnR4oHZx gCgQIOhpwbpGXhiYlt+mM4uqIqpgkciFDOTUietwSvqI/FY8ejy29zmnFqpSmZnzakqatxdJmKK+ XOJc3Ftgu2hZLYB29umcU0GXPuAMTZII+6+Eg2trBfVWyjK5xeJqJ8iwasQxFqDDWhPQgr5rKYQV RIwJ0FiHOcBa1WK+hShiB7SXiOHJSszLu6OLrXL2WKD26rTGCjkEYFZ5AXBDs9dvoVjYRRps073O l1aFAaRVlzvOtIL28mOMPSVsfziHZMdrWFYt5IrZFg876QJufoDYv71ED8AOhe4bb7rsvAnNBdZ3 kgTktjfxQdR7fV9ge+uRvTkwULqPF4dUBGL3Vkjw8qVXXaIBan29eBWjkzC8U/PsJX3e6ug9jOcf L7v8C+k+//ztuI2bR67e6uekDK/G9ApO7wZ8d5izl4Qa4NUBO45odi7r5e3660TZkGQA+Du4G13u QBrgusXXpBHu/XmRWzpJowq+IzhupiTg3viLAwjp2O0L4vHBmc9xAxr+jiUV5bhhvD/Ob9HecXKt 2QOgvQ0AOBlAYMwO7nCALZS7o2h7GaBO/dt5w87mMHPRCw2tp9ax44cR6mWC3h/ZfECSNsIq0OZE Aio+nTWdWjmgVyHfCnyusiIbOnB9c9R24PnltSNzvbPSg/oghw5G6fQZ8ybWemvGJWeamJLAShzS W4dgJz+KUJKdfvH+QesgCMltEp/XlCibCKB3uVDnHuNmMEXs5ULpdChGdkyn2R/N14FoVTwiBes6 Sj8yUA0WTdgFG01R14Hv2UJmx74zZ883WVac9EQHQWWtvAICEMqfy/OkjHkJEHFxg+GwfJGljJSX cDdyi7ZL3RFviPmdKrirEZU7yUxLwQzKkGR5DIqtO2woMWS/4JFSWewCIFhl1MpALQ0Pya47dru0 V0rq4ZwBzqAJKNRhLxuXfvg31OIy3r5BjfIKhFFmi/1tOZEOdrJEeI6n5atkUYpYXVh6wHfiliiD Q4OwOEDpoX5EKzEBHlAyHyBMBlw5ni1nyAsKCXKOXLuIIbsoEPPBuF8ErBEdMI/mZQyqQknvhYl8 zdAkcxBiv1JFu8SK9X3Q9nRWKOe5BG4Ov+xCUlOlm0PHDOGzdwKWX1WpibDSHdGlkCEgLzjJSnLT ng0sKD8DvA9RkMVVydaSTFJwoSTAyuNNjtK4AqTv2ibPPW/SoQAto63EEBKlH+1iLhexYONotERb 7hu4a5bcAjTR3IJynZbTtyVPQ60d82BLlO1H9q+EB2fhqOa1Qw/ca8BFWj8L/dUCioiSCENQnBID 2kr29ORj0kGbcZQZwkiqJSSpzUfLrGsrquXhEgJClWB0N0Js123dQtlsYbVleInTomgb/Yh3cEar 2sKgsMuKO+22+EYn8vweNm3dxlM5AIwbu1AFJLdB1Ujh6PHGls2tvpOytGE2vktm67VTTKVHViaB HsAAdA4ww/DkYwSmKSmivBdxOIUXWFUPWtRfcRwHbUH3ssCg/jbM4gEGukf+JSsiwW5UFGwBpKUD g2bM/kOqq76YecU6Rj0yDGgIPCmu+htcLfM3vBYqruOHr5b6uNgSibYnWO+U5vIrZS6VPDSTBmqg 4mVeBcWkR6K5E5/KpNRIZSYsooUK1I9rqSDL/1i9sV9za1V1Zg7cUz7DZLOFXFMZiKmKsvM5udbq cDTSDnfqSMazbESnlLkMRKKsBe1zTBLmXFkJfv/SCw8gw9lKfjUZzNLluB4zhGzecPiBVKtap0QH WxEhD6SAht65x1L6Td49s1oWV6LYYU0HK/JXYIGEU0En3aoWS5Nd7wdDyLZ81/wR/UrvDbBymLIQ VjbgsFPc5JQq+TDHHW1aVdeSPIpS9bypwcxvdxuW04rmB5bxGoFRE3RXVrVwdMbj4caCA7r/51VU 7YbNQL86XyITwwf3KAEsQGKPZOmZXIjOWXEKWplpOGkRPbd3AMPCAKv3tbwa0C2jo7sDJHmUnBlF L/PXGq3Tm5uqjxlypz031UI/DY0ZVWZXVaD3aYCCgedA6KSOlFv+shCk1dGcxVFEHNNzCMXqWNBR 1E2U6Ys7ioMmrbaOLVvN1eCXRvaXCuF6EtyXVUO9s77VxYdvVKeTTT3hkod4IFZtWo0lBiSoL3y7 eiBLtVynmNwiNBzJ4AOHoZ3KWwWJCprygxmAEGoKAkKR/ypAMCSw1FfHn3l/POFlFS+cWf4z2/Kk Ip09gyksz0szDp9CXu5PAjhJmujcucoE0PRiPHajFr1KDMeNsfFWC1WrWmP36sVjfkFoFSizTgYR AGHuTIYkXmkCM0mlA/3VG75Dc0pfd4WiWN+H/Fw+xLYVbghpeE2UndrcMPKN6gqS54WgARyyGxh+ MAWUwJRiSyWLfnkoF/0CYPJc5QjKc1+ETYWeHtl229KrARMff+R6ejgLZ/LTGu2HjaCZwjcRhvLy rZjG2yQ7qGNogJsapDEKzxSGBMvWsso0M6/hJ+dEuOSym/PhwRR6oTPTOjqQ0I3hnwVxbZ0e5Qba 0W2Ec/K2I7wSZ+hYJCdTXccfjetUw7QlZ1OwQgPlUtniXTVs7fjAWDCKpyEBQ8kGQleoXGrWPGzV Y5T6D5d04S8R9WyD5WvyjlxVo7AALDIxEic5w9w1l17rnHtRgLPgrD4fhhtIxvBy7m45jC9ptdTD 6GiJFxjme4wDXZamV6qmI42lvmCpLukPUw0koBjveXPZnrvcwOsbCbMy0CTGeD2fOKV8mrCuzwXc N5BAJjTHLhzOucV+Mqs89VxOAK2V6jAQ9p/3Le+T1HGnxFvKIVUYnpl0jKXp7wgIx3U3bku+sYFO HkLDnuS3qCRxTs98kadGPe4mTa6m6TxByQ6U8nY7cIs1HMtS3Ehh5rEaE+gnNaNvtiTSbM8h3LaI oie+2bvpQSPVV/qdvyFHgAgJyTsUccFqwpZ7mXmJk+7sjj+BFs/WsZsHxOcaK/gGLMvBSV9PYG3q UjElFyjepfRuwWzkN8dqWO0QF2RjGt8LwSaInG7zp3UHFc91St6DFs0+MMnBU2KEfDmFwdLe9sX6 YpdHKMD4NmqJDyVURKOkIFMKWKPu6SXe8o1YNN6yRxzgTFlBiUdh0aIUqk+jKXyhJJuiJzSEKBgv dq2zw0HlZLU405Z4LPeQZfZQfUZq/C+n4ZG4Rl/KvIraEUMpdKENUSO5cBS+ATmzOyEPH2hvkRmA U8KA0aHE0mCh31ki8JzogdehvIXWLa2R9WkFr+b0ms9pTwN/pn19TnjVdySfe27fMP8TK9C2+oXW 5shbTBth1MnvHuGT58l9X+xoZogzIMAe9587CUU7vszLoZAE5f4UAf/z2qXhRl50b69o3g834Efc uGM68L8zviaVeseo5vNagJoLEz81niBxGgG4THatAaDb+fXU0gU/3JSLwj2NYWMLV3LGAnSmTBA4 p4Gl0pqLrKSGw1SGXIvIjd0zfZPfXoOIItZMlU3tuipyBlsLfA6H4lIhhfWqzKGOOFRkUUTzbilF 7ohwtzTCA6XQfCmH1udyLqxlNiLLyk8y2hwYTSuV9WilIUNiJmCrakY25VfWdK4p+AO7CGBoqSQj RQGEwD2K5lwKG9Qpk2fxIQ/uhIdY5sEVuG+vAQryg6DpRIeQE7iMZRmhEkCvwJBeGeYylMVefvuj t+ZQZpgiwyJKpPmNcnXmjzouDI+wwlZrQ5WJcwSVw0TWHfiSkVfyCwbulqIrnX3ef+AUvfuspRZC eAwMBRGISwI0BMeKEb3rqOH0j5k1J4eYuesmBw5sDpjbbz3rynObFvM2eiOOpplIxsEuHLvn38x2 EZt8r73hLikeue8nfQoVCS5PWvx7/Xzg8WhPIygh56hLVX1l7gwNR+L7fsnKCq/5CoqIAaILBrU3 NU4GmsnzOdSFgOTUBDkKRbZogGgFDue5EVMSQ1XihdDMPKc4VGLRTsWFaEphjDqhwRbsyRhnIihs pCWLOcDpXmleQxRYM6RCXqH03S4e3rrosx64kewnfDlIhyq5ajAdtECIVKXko+cbhYso9zRUSk+1 mWLwS+ivFPUne04GGFIABwd7XKONLcZasewyoUlysJzwsFZBMzsy8PS7qbmEUjOsviMeEFzILZFp AkrjHy/OvojtXCQ1w04kesy4/KGugGM62R5i63E90A17P1qoMovqBGwrL4P3jcxZ2vhpl5MWWSLy gvt0JtD1pE6abOV7dSLCwcrEoKBI4GP5wLjMnMDOwVRP1upaAQTnjC3U2wntOoK+VlEGfmfEJBrM 1SLnMNmLhcQFX/hikDH8CyQK0AO1BbJ23IQDuAG8EFxgXzO2qGO8neRA4TrP+QS4hvgPBQWhXi2K Zs5+7yTlc0cga94/2ANrD4hzqweEeyglhFZ8h4eCUMNg4b4htD/mCADCLcxtpbS10Gcrp79+bo4o hwP3LsKvW0Af0JXOeNklnnezkWjAW/c6ANpPx25YWPV+sVz87F2D0eJrZ1mgKJgXvmiwONE5z87h CAGm5tDTlowjuIFZA87VteSJ7wnHbShabi14gDU0eUi7RgKU9dUKcRjwyYnnrrT43M2002kevQsA qfFc4yH2eolfEGGf/NGX86LdYOZhrhEdKKUeV5oM0o6GzpruMBaCJqMPb13stYNGABiHMBuosf+c XuHPvGx6Qu5cJA/IpBiNpvJlKYln0i/KimBj7aj/JsdRRFWlkS2QpycB997LRjuFBt6FiTI+6piD yZFUShQ5gnID8xmn7RWZirVyLXKz0DW8JnfkcQwxUmFrSgFbNo9iQDRbpKDFeTluGdknRxPlrM0V RlLnuTSLBCJoPVsQSrkjI2L82mQy5TZihmQYqVvp4RHkB+fwASW0Lq2wKOWU55T3VRroeTCRvfat ORTU4lpMO5ZdeVxTfkXImqMQZCoEZpiezr0VcK0m5I85FsNHV8E0p4DysmR/8O+FY9dxZ8L4nVzc 4I+g3xSEsbvGOfuK12psoG5I/tIt1wtSLFr+oLtyVwznNA1GoMT9MgEBKJdcalsIKeeRmeB6yZsM p7QjN1jk1bZbUCVrLdXBckmL/AuP3KNFC3gMoKwm3+cbqVLF8DZMywfLnzp4LVSuHUOV9eZaqzRL 3CRm5UGcOEiqteqKHL928psxuN8JjRoth4ySENNW6nL7ncooGdsD8sQgSU/L7yrlOkGu4l9oAAhL 9uRhkhSNy+7IVQ4sX0WmtA0TigVFgQ7QNhBte0QuLgFvWUJgsM9GXVqHyE6fq2JGmIyyVoKe2jCl 2aWMKy8qmyKhhq2xijnkHJPbOUQYaJAmQRG74Kp4FleP58KOEwCt0IWuaSRxDvMoqLZIJB1tr5kF w0pdxNl3qEPMMxrFtIdiSwRgtdvA7IOAaAHWAzxAGv4otP105iexVnhL1KUDCiBFOz70s0pimbGV 1m3KNKylJbBoVMpUkSY3RqinO/s34JQEMdZV98ZgtOkraBuSR5GChmabmI7slpXHMWzsqJB0Sdbg UiucVXDq3bTUD73b+G+8Phf03T+QpCNXstvqGmuq20UeX7UggEavlTbtFW03Zbm53N//7Km1760T SwiI6Sem8djxkp9nJhKrzIL/aetHeBrTCDrlWw6mQShCXQizPMEN8v1GgBV5w0q/flUiJKf43PA0 yCnBKXwv66E0ZdYWfngK+NQkQmuH0nAVTdUTYvTZGvtEQ/fCL9O+jtVM11f9ZRFUPTw/NQ9WM7ng S7+04bmKpU5D930Pnduvdq32QjOs1WcvNsvWu4c+sbhmZBx/a9U9iKfpCVLoBFr1Tq9Me/jfvaNh e9mTg2odP9uJmM6t3MGYD9rtME+viHu77xBdh9qy08e7HTxjGb85AtDa892roze5gIdOJ9gcSDt+ w0D1d//WkTOeChzssB1/aHFnXPd2JVsSqeCo6gxSd+YVelGeqSJE4pd/+IQO0UWX8Tw8/3FoDme0 45PUjIZW9+h0dLYh3b88OzOzSRGkvaLWZmCU+As5dIPh48yfzuyFJSIq1/NgPgUxjjJ1AOjby58n 5wn3pC4R0ynCbSp2Zmw7hnGmDc/hpRkxvJGYohAlHa+c7TYJ5Jxhh3lCTOGaHe6NO+pLL49yhncU G/Aw1945RaZkZTpM6YtjdbinzEp1Nim91r5Tju0JV9X2OjyNMxkmkW64Rff5lipZLXSuUVssMO3x rSN7+1KL+xd53nVlVR4KDATT4gAa8szYT2c8lQbl0mkdweg/yIyTJ0iy0hFcVXP+Ma6A33xNxCNo NBQAUI7bjhN2w7SYVJkNNW9mjRtkKx0+Ug8hGEMznF+sfcQ4qLm9JJTE4NrzUsv64RCoBiZvvMUp d7sh09EI3kad/52ljG2pWPrlL3PyvaOM9W6QbtSzy1OR/Ium6PP9sW89DqCoSUPSLLC4o7CV3xQn 6RAv2H6QLoRshz+jpcPntc/x1iQmwIAKFljQrCi9QDOSabHDw32H2xppR9FzCA9X4P6SgMRtMaSv bLPiYznF3HbOuaAW4BMCz9zMYrgSGTkf9/S9buQHdg1psS29r5/TsQJNzt+wDj/DdYw/mEVTuWXf 55jomKpqR2drAMEYwueQzXQjF4nmFN/O+0ZLP3kkvBKe3R5Ayp3n+WJ1ovS0h53Wwp80JawNNPds aUCGMHvWos9UhdB1FweQnBIaLDoYvt4oA/lMM8UVCqcBdKYQ3LEG7DHi7wuwwiuWyR9SAleRLQxF sFOHGYGBFAQLRzsbV8yrnfFzgi/YET39dqK7rDWeakd6E0WoCOYgR73pXozljNWl/4yE5EQZxBP9 B7EmXlFLJE6flnY1RHIopIo52uAuNBWmJz6VU+CgfliD9GHf04x0RhwrNHxhIJ6JzrVbZCJoeQI2 oE1KoKsS6ylD+izHClwt007fBCq3rYtSmTJxElAv4O2XVirh1d6FQiTKSIg0SvSOPFLeyHG3C2Zw msQhY46pmFDqwkBCFzOCmvaHuuVbPARalAm7za/lOMf0R+YziTM6FcoCdssgRXkmpN/CboiBzyF8 kpaaK/1LeKF1xkRWMrp9LchKStHtusojoF7nXUZzCbMEIXaQkUwGPTLw5glYjEQrE6QmdMNXyyWG dOOQTCPpmD4r0aWxBBaTZGrBj9PTOF56WOKsi+JHaXFQ0gRvjh6/1hmfwHUQLX61tyLZ9WCT+96Z y+R4jNI6cRZniTr+x9sUJ3YaUHlA1rEUekkBLddTiXwEYtoOW4pTxLUWakQStnUfRp3bwqkGhwus 0lVYdARshm6dymqiQSKOeEbkppIQAqLDfpomfv4UcLPRfNTeQEJu/WcLhlFkOvQjn5gjSrQPmqMt mQPuBSSjQ6/MGS9o48w2fmYXaRHm8+m82uBlVtDYTzuPWtdhSBNcVQOVx/ssC7WZs+KxRFMjJXj9 1XCzKvkOPpDnkreRfV8ofmZFhbiYSVcnfb6Aj2FBiz6+ty1RyaYXbLTkgOjLbzm9CT9lmLfQWNND oYzFBoamWJhcXRaCQfkMXNfsz7M+YQyHgptL+6uJyUq1qhFDLiKok1ho0qLt+met4oO2W8Bgvo/e DpHzEIuwL1Kbn/Lz5450k48XXUASoCdFjeFq0VaoMFLFfoWNTRlqnGN+SuUbfmE0cmz/qb5rH0Kr cmoaaLIEoYGhPG0Kw03BkLmjsLeKETAJsy6XhnRZeqH1HVVn51pjYWJqcKMngCelfTghmUjvjQmp LpWiJ6D6ha7b7gFRbKVKD1lQZLkalxwwDbQHZwQbxgXDIRy+jT+I6JBYNXUlv0FhQXPAOb9WzIH4 BnsgsBXU1SOI85T7zXtt4LqsU1ADdBECoUxAQrRrGKFkpyZsfEQSHZTczg5XTNB0Hcdkc+73PyPK qf8rKCg6q+Y26FAzQaky7R6ak3cneO4RxakEYsaSMNuMubIIHlGVnX6ALatpQjmw3JchigaBH97i BmQCk6TzEEVoGxCRISRPgiAgA4D1tHZGY64BBlvdZ2igFTQExuFCMRHYQs48cF3BX4Kovhxaupwl iLMoGq5IfB0JGPzs0dQj/BQ83roHC9dQlMRIUBuwq/CgkPlX61H1CVRsVTBgbQoJHW2rqZvKjeDU NRsWVm2OElVbIM/ZG6a6g8Rb0Q6l8vSiRtCeNZamVyBKoJUvA1xExFwugq4G4hp5y9XSdTWrVawt NH4D8YUltZ+RRHw5vAv9IC+WAnqNdwbHWJpyMTSTMWGNaX47Ec72Vbk9tTdBM5QJcGh0OgWBhcEa KT7YBQCAciMpwC46KoE5sLXK0uFSb9eaYqTNKmKywTeZZGPOwKVjD6aOqKcxFIi1YLwUoqUOnIYv MhGsaZkigb5+XC2mdbIEYQKNcxvIoQnI6yhp+gautEAXzgwYxUnjhN3Rl7PFkLBomCTktuXPhuLg jmQaXrmJLhja1K/5kaGZdM9MGoC094nqorEbaVMEjpje4RjE3zbbiKdaJAY+BNtrHdWt7GXHOi0K hZU3WwXKRj4jJSoWfjjDAf5cMi1j/pYHIxwTAo4/Pq45PwaRhTOdLW3FZy0n9pY6uNwEF5sxw81s aXHK1kyKEeNJ9uWI9NyFz3wAUBAs2mp7I6Dk6TAONkxAOC0MNU5tIzrmYyA2MzWiyTrD9FrLrVcR 3xWQMa6l5SwouTVVmLfMapts0JB8CA8hoqIGnv0LKOEkPmYsnLC7molvNoNN0VgJhp22wh1yUNjE X7CiwKEP9sXj4WXnyPi1MWupwNf5HmGzA2hsB4h4Ktk23hZjHyzqBXS8D8Q5CRk9d+o3oSRipBUp Khoa2HBUuRyuyuQ0R6t5Yp1pTcKKewUxhpNbdeo0vccoXq40TC+o1ktFhjE+ypa54ZYwLTMQjvOc Aapa4cSAOcoifmoJPlCx1LkZYZc856FKtTSCX80vSRyxndvjiyUSAgzbw6Bmr+jSAo8kvNmsAgi/ Tl+xVzRGCPfjf2MxuhZVIDHHrhX2Ww7Es/veda8V6DYkCqnpDFMt5JV8Spc0G/28/bDbRUaNRHc5 DLfpctPHklTJBmblqCWeEkVEB/i7uXpPWJKxth9MICkGebqTqAKE+8bcf9/XGxihak7ieXS15D8Y VpLp1sqUgpr8RN0qHZRXqv2LbCGp9aYrR2T75kBpJHIinrRq2aGkpjyHk5RoU/hyFUIHK8htymJ5 OEHcDSEaRlHWyl6tqTpgl6XbckXMCSxTAbpPVCxRhxrJULvkabSA7mR0RuetWMBkOZbE1pDRKnNV ucCqMJxdGVn4YkOLV99GVIUrRvsShwuFkZqqkG0sxgTlVRwjsBkPbKeCgzITUauuFQRSuNDmMhm3 +cyQDKb50gYbMNi729RV8Aod6RG92tFDW+r4/BLzNB+DaqXhduZq5NCyIQ+Y6VtZfdVK4lXEIK1s PPk5+Qe0UmlPOr0qqpI5RTJAbMi88C+O9I+elPaGEMqbYA062IrENV1mUw2OPKt6FHC8CgEF5JKr J5kqExukKgF2LyJLgoRdBZVcbItszZ/jOl1HdyMRZpmSzvNTBstkEkuBq+6zKKtmL+7F6+bYpWY7 5SAu5G9n6bzcyeEYZDBTZZBZGwpKTU2+aIXAADJl6foTHcgvldweCrPbMW8jrEZrq9fRu3y9VYfE IzvKyklewQn7Enuy8HB0xlhBmCvzIFvmRSgXmXugj3oyEj4fwcabR99cU1i0FFT7yKNwBqiFdt6l j/rMcTXJVUHK6tOEGk1MOszd8U4pjwvKKxwWAotQOYTcbw3bl6+2rMiNDUhSqEpQaQ4B8U7pWfV7 Kk5wNOHO70wCEaE7TL2XNe07GHAW41nukaq5n2fwRq5DXyhhr5+kqLVDc6pg3JoNixLUs4WDeUMU hMzmk7CTRmmRb6k+0i0xQXVFICMG16SulDZzaHxPtv7hPOUq7QlPm6tnSacAW40CD51Uw/Xk5niO 9DsSw5w1EbboEyvL2bp7hSqjZT0ho6BjBgbcC/fLDWdBKmmANXAy2yKhcJyGL8DNTPTkKfy9V3G7 FELFug0m/GjcOxyb+oKeGrBxRfgIEwiZpCGnor5KXoUClLMOFWYFeO+dw1VG5ve0pviwc3kADsFi 1NigizjIj93xDaoZJg/VMbp4xbDHT/31Pq2cdgV8Pj2kOIbkSD3Hb7zcqzTnDPAjzjIMDGwfiIci UhdE0KxB2kLcuhDSNxoDOE36mOQwe7Eo9g5LirZ0fARxbKM2jcN0jnQ8BMHg6ARMQ9I6nnBdsMNc Oms1Ij0Sir+5U58HQac/uhDWaEIqRcFBMTCiiGQ0cAeDnmIbn49mVdxHbWhRAW8g+RiuEwwnvkZq mP6hM6TNd3rPQ/FQ755OT2o/MdDY2tFLdIQJGAKTpvA1V9TwDFm4Je8efkvDc7tBqTWXa7FuKD7j PY4ZXUxIRXHvQRTUSguti6FQUJGRShFo9JA709Q6TQByRTzaAupQEORbX/ATODZbmGGgyr/w9rit u51Z3X5VUDkvp2fm5ynE5oUwj6smiDBD3DAsD2Zv5G6aSY86SsK4z5S8GxU1ugXOGCMsXZuLL/7V erER9zgo8zVFdHIKbUtd/Tp8cZyRJgFqMhBTkJKK5s3R4uCvZspYHK5KJ4WZzGSZQd6e37ZCjLDX S0wXRrIm0kzHVfC4KQ3M22B4Hsdp6lFswsidOaA2TTxSPX642ZNy76BBmkxhnLVXODv+uiePIAQ8 WtMttuGC25gI89Z6OUSxDzxt8G5kOL5MKTKXnIa8mC/AM6GvaNsaBs68zeGRKjT4VXAh41is2ZIr PsTCVAmGuNgVuutLmXPUCLj8l9QWZ2xyT4YLSOWZheYcsrw0SCL+F0r+9S2YqZfkVpoHwQnlxeoW BNY7v+QbBwLS8zY5ijThKMJ0CM50r8P5AShxZ1RHc9hsYV6OkAiKpMwaO+R6iZLQRb1Y2T6AdCRj ysU1KltO6peXoYXWZaGazZSx4COS/OPp7JyjE1AYbQZJW9Iuap9aLnPjgTjakhxS2R90YQWZrAgg vdIwAA4RI0ZvbNePKKMDKSuxkKC/5RY6UFWUxuTPPWtvgoEO3plaiL658cNmRnO8dn/+y5OsjPrz WoVyv7GeSMMTt8TwejGEUgGdVlIRqAYtwJgGVmPqmTZp2M3YiDMciz49ioczbSNQ9uCUpEU5Ic0I ny+vUHkhV4mEzvnWj8+H1FIDW6wsPpfP1sUiImqXg3AXCYEd801NC8TsmEn7+5MryJvIyUcUn4Zf CwhexIonvElBIO/w0elzBoviWik+7Q6eHW27k8KVYJTa1fGoMH9RUdJ8ff6hOcUHtsPXaU13REmT MM7fPN2xFqX13uVrOKBSk17iAJOkNbAsOTkx4HGGW3HQall3SslkYWo9uYhwnkVUL5JFm3ANQ1+R dWi3hHLHNFNazAM1EDRdof3Rr7vpLLMk3zS1zS/pA074XIzAPb2QPrPPBzLCKDQGlW8rFFjRKses DmvoZDM7BKV9ZJp2l2cWM6gVFsbomMDZFBQwBMdcb5ie2YQGEooIeTYO0HSGQUWKzoqM9MsIYyQH XvITg3C3Rf60coKRwSiTWp+Us8ONcRKzPSal0XkIv+6l6yQsBclPeA172pKCF/xwQNdEEnPwofG2 XaYB4BZ2H7xoSG5DPsrzKxxLu2jpGD4GMzVimsZc+AqaDzfo33TSFZ4Qc/grBGCS2o27zIUaS6di VRRU62kMZzCqx3GhApcqRjkBdVMWrRhsTXIDCbXJaYRRJG/dG00HkRaD6Y968HjcdUtQOK1MuFnw 2iwyxFuP2Rqlm96DsDUGSCEpKYD8BPvK3kotSuHijP/VCBKTXKOuGKfhanixLbLbyFBH1FmCgi85 xnPpoH5TlTY1N4Rm0jO3Gkq90MPWeLN4pg32keGHTVKuqMUQ+BYeOn2utyTYAYoxK9ZA9+6wpNOT SiRA2BCn5i2ssAX2GUUvo2SEQlY3F8G1q4UXhwNoJAC/75kOB9YfxRme8tEsI4CnNWA6gfoqwVJO xIhjIVu0nuitMWUYRS1GrSb1TFbfkcxwNld0arQGE5QOx11xl0qo69TCYMcBdrTZ684gvcJkHRiR hsLakbF1xdZ/trvGNegeIBWO7XgPmJ5KsBOudKk1TVbqWiMKjAtVAzSGoNPuUD7PdM3YDrJx1wK5 kL144CQxBwUPZ7XGNLgxGehOMF4vvsFnqGTTBHQ7nltMq/lOh/Daub0wIrQWFIx4ZyXgGyJbBYqN 1nnzcKaPrP71SCtNwz0bEkl1iwI7CM9xEG5v2SQOWk+rUwB4x1MYquMUriRrf4IzLxxabYHz6eaA 6W+nUDjh4sOC5GvHZn9//8KDOxn75KgQ4JvH4csXRz37+f3mNYVh1pqOyg7NttwaX1qtCpalz/Qh qpv2AOnbNGFbRMd/eZVgZw476VgHxkQyobBjcAs0JTuGZGOC85utCj5/3BAOJz1b4QyrJT58o7sW P3+1HpgM8YOcLMO2z6IFxmgwfGJ2yNsL8J1qeTFli5C3CJu4WoQbbK5fwDobsXyxnkPTz720EeEM Sbthq+2l0KmgzC1tAmt2hmHlC+kInQMs01qGViv+GG5rrC/NEbAg7udZr/S+a4H1eVbBkWXjVfqn GzkAoMTkQqA6A897zjokZ0IPh8IehDketSjaLidRDOIUpJp1FhBb4+iWQRzZEffuarsl8qqMrDSq wGP/CmZ2ZLRr6CzJovu4wcNIXpz5SwPncWyGqGdOGJkW3ueq8LdjvlgfeEonONaaZ7A+H5xdQKxL cniEUthEw1Bpcx6mQ2PkpR2Lh2OeZUbWXVvLG/+A5P7p2BnTba6p74oUiCY4vzHWfuLV0uNS5NKM bE3/GyJll4LglT8cWw6HARoczniQS8T7lE8Q4S0IhFOBfGcvhMwnIKBP9Rf8TtjudFuRCTsY7HxG /DJX0op2I/sw02Gsea3Gj35N+lT8o3gmc7l4tomxCcNPYu7kEDHHohvE4yd69FhiVS4nzBdrDUyw IDb1l1HvhtYgNxecQ+b3zcKkHFrudqMuO02DZLak6avMEmOSM+4Lc1wt5lJF6khj2mwlhmGNIJuG kjTdEM7t4inUBrGWygusZeZip/pOqGNjPHPcNJLyC0HHHFS+GEGFE6iaj9jQPBHYMBWNbEKLVeOt 7xMoAcZ2X9MzXCY8vTAVuJxUZIcYs4bOeC486jNCWteQ1qbaGVXlWuscKHPojVZDhg29QC6zkgeW jckKdJLSZFJBDSWOpCQuhyh4nDHMQEqfBvziTmdlxChFOrhb7peIWghJakyxWlkJtEUz2i+lkKPo dgs5lBVG002lXcNwRE5sTGs0QXMr4eXhpYYVucYjs4cdwZhQzQ/YC+nnUbcSD1WRCyuWMUg7sVxa qMsQFToT/C4sodgCPBkK/g9INAjflUuUc2bWCC2xkDnSNwtc4Oq6KtVEg086YgN44uqhAr7PiHzd AoxuIERyLYVgPRSOAGEXrIZCZ0udMd5thQgzWJ2X7n66zF1Q0aKK7LR9b67T4ubstMM1ciFlI51M zHhh+1SF2ixhZE9ZI/k3xfvmJOEUNffHQFJaFXQZRZNTphd5d3qoJ9/R3FVe2b+MiQfWy+uOwWwq 0pdizLkUjfeiuqU9BV2903x+rnjHkaG/EpSnLDR36jmPZ/JFriGOaj0euLMQaeBGp+XmqJlPayak S9Z+5DM5tyUepg19wCUt+L7Q32YPtoGSMhY8ZFl8vk+GjnmFw7JnjRgpYSCqyXd8Mads318uTlIk iLtOQs0I5AgkJmy0DSkaLziZZc6ntcNFfmVTjw/gjrKhb00Z9SaOBdNoz95tM2zSUf/toCn0tfMt t8krUhLp4yREeTQlJ4xKI5vJk3fbYfpSkOT9ySk34jk711FLfn6b9yvrC/pwzbj6a5iFOewicTQ6 RS3MRGaicb7RRHi60X2UzYoFtMT2BhV/qcdXW8hzwtHYjtSaMS7/0m03UyX06IPDo2KUvvxUh2Ji 9RgXWrUyDcmJza+5XxRLX/3PSxdYPGbGl+sjaHbXWOhcWqR34nE991iAo/lNEae3WRb2LrujAwVu N9NDfEgZcKYalofj9hCSTfrDHLg5nGMEOU2ORPEhT9DmbLivsnxdrPbwYKpABYwI0sMX+EvHsqSG 6beq0FId9OZIUyRKGeLKjeR2Eeu+SPHewTIPvyuF6H+hjqHqJOej+gttyg2Fx+JwS7O6TSYS9erH 0hvFp6Zw1WA5N6UCqqg9OjFnTorLIrR0LBvn02onDjdRk0zzARqO0dGm9aSYey5D0+dRGxadYl6H ObvP34NgMULGhWylPY9B4gq0YEaD5WljOVnkm6QicrYmStSZKSqX0nLYhNK8UnMHzft6dPW+xYf6 0xMPPO0IE+K5WwZBiVKzYp92rR2qzK+MFrobnWdFi9oqPcOivEPxjz0KYQ2AvhVYayfUgB2J4N1l 6K2tiM1MiQ5iZy34j3qMLU7iCuPiExade4aeuC80kmUXeAimE1nquZhrKDUlKi0UhYlJ4XBA1MtU 14MXCyYtz2ggQS3KW7eJ+VKS2Lmo1NlQGRr1awibsdqUTeqaLPrz+dkOJlrbym9PFomi3tDDIdCW t9GVXIuGJdUWGuAuAwsEwZmMEpYrCaVjjYFeVUcXrWKgNScxkjeAEpAVr0H0uOLAZOzjQ3wZ1NE9 OUNrV9izLihaGoeuUkA/J8qgjVJK5FMDLfcf3eBN+UzHG3F61QxGsedZiq47g04i5BrKqcLCSK+P 31iz2bRctbaSLe9oiDbqqs2inLD5Lo6919dQ8CNPzMfloPTJmkRzS3J8p/Tr5GhuPCtjVtuX54Pb eVp/8vB1XWFbBuguisIXGX6XCML3mqRrfsEIEAEGGHAuA80OAciNpyru8UcKkUBKejVFQ7AnfDVZ xDvuwKtbfNVFOsKZpP7aTnPMVha/erEgHI0Nsj+ZYsaeTGPa9IMVVNW0Eqy9Zly0W9NSZLFxkkAd xQOdWaSQLyAmI1K9l+IJjyVNuOYByQy3ol2KgaeypdkfYyznpMlLkNMxt+vTj4xkauFfZmOMrQn0 l0g7cCxELvdFJegpUzZe5JWoGB5NwBtf8sYmGKR8uVxX2Cmm0Ao2K5jR/Vkd0jIfbejOLJBb9dWi HbKNT6WjbMGIEYdJ0VfrxhPfSvuZU26BpRc73CW7ptmVJ/5TIISKFz3gxU5TwgO9hleWK8Y/kyOc ngChdCgmNLOWc5feIgtQhp9mQPVQJszbl4gTv3mEJhaFBiibf+DPbdmRqetcxov48DfN2tvkEhVr twpSNmvfVHlbkZq1BMw1RUg1TJGmIc182TnFbaAEiNp0GWJaW0H0esMSqugqsVUUYADnn+jkpZxM 3MYrwuFng7JzVkUM83cI8Clnv4KuWMe+8ycUQJgI2ePbU/UcTroTD3kdEHQHI+dP6t3f/KhIgQkc oMDQe+vQZIalmIhxuVDMqmvduKT9JqP6E4alZzVL9sKuSwDLPgq+PFJlVFrFYXq8xRjGyZOE0LLQ igvGkROj9h5W1GaK+KHvggULmmPNxIhRpOOa3ciWeX66TZ9FC3EQOyKCF0qb8sJG3S2FaqZV8z6V q2Ik5icIoaRumHnNszlS4LhiTqNGBe+B29RkChLH6zoRZKTaNkKTW2lnT7UHUGsUme+mKLjXHD5P Al1PAey8jt3qHepnhopToxtup2UppphIQxFX8iYPQlYmT3BGSSXZm4VqyXfZwrwOT+EO9NCrrMbN hkAcFY+RoTG5TVfEl5YqKTZRTskDgz2M67VOcMzPFM+2mmYTCGHru4HqGm8FXisKskfKuiI3FXen YSE9vQaMuMw447AOSjL6BRyDeKwI555+Gkeco/Vae+4gtrzHSu+upPC4ZHQl8xYhS7bwP00pwMqe WidTRACg5+U9I+trxBS4G3TbxuQSEz1gyov3a5Tx5Yq1309NlmOUSqkNj16rOI1EE1QMzZQ90XOE Qa9ph2EupHILwD4jTVGqjmgirawomLo5v0WaXalFWK9PMER26KYC9HJMMUw1TKv1dAZ4tOqHzYiA KzOhuPx/tZjnpOst/RVPi59+kexvMSqoUyUirDpUubXKgjIKOu4XFqXi6B04YLBQzauqSkqh/2MZ 81Vd52aHODg1wug6CViWKcw3VqUA3Enw7STeirKCM9T3fHUyRm/9c0bDyVEJnQ/hIF7Aq8XFHSUN mNO7Z3stoKXIO4zCicRe03e+ddyxs5MvzqCwcaFTKbzCD2T86XV+jk223tsBDr1abmdieMmhE5gt we20iuvXz8/p69ftDmT2lsHb539g50tnHWv71z1Gffm9fV9+HVThKAzfdqRDx2O4B/vPJ4cxA32T S+dm+Pzd2wWvX++OmXbSs+W+XjfokV/H76AEju1QZJnPcZgGwhyt7JCKjpO43gzciltjd1pPJ1sg 1DEa7kX8QWSHSFtk/Xv6achY4nFHSbtDwfvhVJCLQ4zDsYHAnTEBy0b41w9pQQOk6hityIUNWrDu +ptKHShQbSmJUhezPVGY6yjx6AbPQBrdwzQoUr7MK4MSadizhQfwfypIg4GiKRVtVWqDJt2YNwiE hzUcrclvK7HNRMDYwrdp+bDf9ASHuPSyx6VqGi9bo6JNeOiFE7UUX18/BgAgZRoSzymzEfiACZpj LbVjTH5llUaRw9StXNcN3IkCzO/6DP3IwbGgHGGCZI8rIbfHxGeEFofdyIPxNjn4437RoKqitc4K EbavLij5KWi9DDAp9hZA87w8QIEFxuBTBhn8b/wakb1IFwUNrMZrjeAh9MdhkkkBw/1j7pfXyTmp ZgyT4/BU/mTZKmfG2clK0VlvDzLbKkZiFrdRJWBlrdFmxDoLTiAdnkp6WaeeQ3cz0TlRXtG8YbyK Hp6S8zCy1IYf07sNiYUgjjafhhj+NgURniiKMGHYFEJuXklYGlpw78EyMwPvyZriinlRfKOWcMXX Y3uR4rRyfgOmQvNjsSVvVurvCQ1rp2hMiE0+peVh+libSZrYKR1Nu3FDmaKzXiIGAUKv7Ch50QpK pGX5J7sEtmQLeyTXLFaAdRw/k1eP4anc/9N0L4ht5Ly2RsfRku34bcuSnP/Of3J3fbty0mlHLlWR IF4ENkFWGVFQGU3DQb/iW0+zlAA+SRXVtn+hk+c92HIRg2gIBucwIDrAvMtPXxik0fGEU6r2KTBg rq/zaYZujRuG0PlXWSFQizo1QBbILxNMQVxfocTfRVhIp6cUoDCHNJkgs1silzAvQscgzbQ2ZK3J Do/0gkga5foxXWomZcuoapz0KnfAPfAFs6J+mzSbrgSNXI6HcwYUHRMoy2ZegFINJmGcphluo0+X qlhFF9HJZn3YTEs+aFyupD/jEbe3FF7qkaqkwvsrL2qjlz5U+FTbENkpHubQrLSs+GQQkGiHaTgi wxyMMTZju5MnFGIhDM8YHHeVutASx2S3TkT9aH0uz024kjIgQ+/ubWTFStiysN3owOxGyOdYRm/b ZImGXKCQT5zms9C97dUwfGdoF+P5RWwe+G9UqlD6g2rhkLEoJHP2QkGkME9cUVoDjFfSWeChok8o uHipRtgmPsgfRFXlH9IIawO2wNvCvuyj2s0yEkkEomy7VhYo+pKPtFNe0OgZhZgGp//zCh3d387S sgcHv3QKhDMo3Dnov2rZP48PnZEtTC3jqarHP8qH5iXPihkVjBhtpdHoCf0w2NwRYxJ45AgqZSw5 UyON9PwUdomZGuAjB7laHUqMq6gXcxZMErdRiHurxCLBIjVtVORZAOwKEW9LQiyq4shAVuGDThWS 0i2UIS1GVtT55MCJpe3u9jYbSwsLRVFZbTPEEiH1sSIW6TJSCo/RJFlCz/bwlQzq1P3s7YiEc3cI bjfy3KM7kV2pRcmBW81QZVU0rXokAymDoBnyNr0t4qaTNKolu6EHTBLlRcN0FTtTswA66g3r09Qx A5Xz4ezMuPaFr/S6MpuSe7l5vs8d/Zf3Y6v8e/O2qZBVCrJNSSJLzpVRQ5Z8P4sWXIP4mLbtfiVH lgOivxihdI63cJtpLM+wC7IqvXA+uMpxbLDG64amGi6K2bO8BNlUwnWTu5szVLNRoUM086CcPk8e ClFQnfYQt2mlicGim9EZNieg7L+TSHEuh+C5uIWetjAJkfN++YcIS/vKpT3oZM7ikKZSsmm85Yh5 GF2BOburXF6D8wMCi7TaDNQaR4rrEWTGQx5V0zgqiM9bzaGZ0DHTHJMrG9EaHLhJMjlA8rbvOIQu p1LKX+4cmrGkbz7N7ph8EYmPlM4CwtRD7VNoupfroDs0gJa6varREpjh59kX48h5VdhoRg6FDkSi dNS2kAaTWNzRC965iBX+yWCTkJyL0y4X0k75uObbc+2vu2M3wvGtDMSl6scwii3GJBmm0IKesik3 FbeES+g0VhfaBJGholJA/CEoKkG9Fzy4jxhKc6KcRo0kNwdGjeHynHDdMnnzNfmUDO5AVO3T00IW N39w0fTNXw7D71bTsJl50ghPVJql9rukO0uUs9KTjwcrifwZ32IkAkL9GgFXhivmmtJ1A9Iv5osW 6K+8st/sz88um9oMp9SYSvJpBT+N0R92zCEjD1NwiYFwEyb3yvjLylPZOTO/8tvd5UiWNZ53q8BR CR9vjEJtksZJE8nEIS3WU1bZyLk7csqehYrE2vzjxBiQF3gKrtUPZJmXAE2mK75d8zYJoLmZQFtY 5yGn4RiSsRuGzwhfzm6S8Ke+yAh59DCmLt/HZRzwZHqyKakm9dKz4eoGGLdCvDq6pH7wOU/IZTc7 acFkxIs7FwdnMDCxoJ83bveZ+dP0E+g3VMFRtIoS80KMgqbhJLXWSHqCJy9nLPK7r7noTM94TcS5 XbSYSNq732Rv+sxDpEVNGNvpxkVb6s6R58598QhR5DaQmxgdrERLDNP8aHCbwMkudVNoqWQ3xqZ3 xgMiq2TWgT28aTMyPriVCmfFeJyZ7HCTrHxxS3S6GFyGN7EuV87V8ZduwovGNs3GfJZL750OpAPl 94r880tNZ8bjzjnk5NWjBpC/odCZqsGyemzOSdo0gSn6HvZIwk60EZmsOoMvDb9K+S0bmR1z75qn lgyNRdGEGBkb9f0Ai8jb4w77ykvGxoxIjIei0kfKhOLGi0AiS2b9ajx44zEK02aBSohlLayTcmlf D7UW+JkHQnSLSoUlUz/c0m0k8ZPQwrzf3mYuxChoMy4+As06yTUKUE8Za7zKiAiL32sgg4VDkjl/ NDBO1cd5dEIhJ01xZTaFEVbmlvS4EvId5KYFvkXFNFvzJGWgTvwvC6DX+NBuI70ablZAXzIDExKb tZFJO52kZetR4PEirWxXhOQQsDNHomojHfCoqk8e/OHRA6ftVCrmc4BVh1MVBzL3nYXVAWP4Jhok LSRFRgGWi4WOgiTfuaYXV501RDAEjYN6nuGU3duB0qFQCb9/ELp7ijyzLT+H+0HlMDAqfUPDHQT0 7ogrTgavyJmRG11q5JA0nZCIomdU1Foh0/npRNSoEV06buMcltj+I1QXWhsWSl4fzw+2YzxQe3fa wZJxY/OZz1JvEtv8TtHcr1fyzV9FpEa0RakDObFBBLMiasbAK70Jy+nQ04OS6DRBeMEchYnZb3pE IlrzDSPl8XCVO3BhqKgxjtGmuWimvWw1X8f9oT/LwGkE4WthcPtlmLHetqprf48IrToodOZFEekp +tleLSwWDdHCgQMCD7FKVTEhyvjsV3XAmQY+GzZlzKzGcVNW3ADnUiENRgAvZ6rlo7DdXEZn2SJB Wk/0vRlN7yX+aXu5E5WJmINfmMSzt8k6N9PMz9/oLKff5MAguBTFKR6RprVo6FH2JHpcTQCP0Mmm 4sZhG9o3vOqC2m7jTqEnRZO7NblYREtgAkTD5L8k6zxCYC/Ios00MQPT3NCYi1DzC/5Z0owGFgob zeMZtL6hSI5YETMAYuYRWTo3WwTCEHlI4R7OuljggpOm/nLuUArhttF1WTiSExMnhzvwkCExg0bA OhJfPRlg5T5y8XJf00GrmX76u4VsDlxA6ysKtda0r+vJIsryl61mwn51IfAWQQri+UOxaRCbQLeI Xe/dYEGw9AUgIMOFPWB4WC6q3Of7IyTvwh+lNYM4LJLuZBjx98W7L+G23R1uZoBDlfEy8kdJaK+o yC0hAfXdcbti4pBD9wH7DFQcHgSnzgfh3ozmslUY9T+hAYNg4JlVrFZS27ETjePnvffNyVTAbrfh QU4GgDxUaCsS1gXYBVzSsbfS9w/HKQda9WL3d6isp3TjtF4EoLLhg3kh0K/OiA6j9QvGgoChRoHZ bx1HDMNR7APVDmFyeoQfAaorswESax1HOgFDdbTCaHDR3kOHS/Al3wT7wDB7v9yN4jjutyOaLVZX FQx4gXX7HF7WMSOA7EqIDQfurTxYpwAkeHBl0R8XEJCne1Nh2Lq397ldC/HybzXS3ido0FiHyQag wlopchCUImVv5MO9KO6AaGXLsWWHM2NGZdLAb+iXUYOuKC9qJCTgaAPpJOqVj3rPIGD76jBtmoPz WIOpIP8gskl7SRxdoB7lWjjOC4URUbRUvLdUsw1TLa22VYPHUzIEVBJnlBzxTukxTDqTEXXILmns EFsmW7olkcpyTeBDn9y8CgE2CSuXL5RzAW/pS1DZUb9EeWHXgKcK31CgsI1c4gCnJ6sq52S7GMl3 MPnGZMElbxa8BkA2Ej9VqcnGq6lg7bMXt2EaRE6erp3jNgT0Lssq+ls4UKVNH5lBzGfAXhd4VbAQ MqnNVEQjjmKJpwQO4g6p1BSrCVtL3aTk1UW0FoNuAvUgCvw+6JKpWjyxmeKCHYyEb6iynfp+XK5+ Ym3F5z74j4pfwII0Vkl9WwxW9u45qkFbKBUjZokt+Wxtgvl1Rs1QT1/FWfpJ1eflqnjJJxLsxWpM RhRsHd8EQtJqPtOgcneCN48k4Wgix2CEYdCezz5803g5DDX5liPxW5pFbHQnlC+FIBKTRupJC/UG IWzeyDMmQxJ2Rwet+C7Q0cBoXx6Vo6zUZMsK+RMCbY4DKzeFVd1nae//KIRjEnY4rpa1z/+zU7Nd wky+8RTAQTr64GQ5WGZMY2hUayR+/EnoCMnvWzRvmtAYKoy0g0O0q3/tOZxB8+ZuAEL+URbJenxX qU94Apkasqhw6W2TTIM3cDc3p0bDp4xLbq4Hv8J384Rm1uqLML6zs/C9zWtiK9N2lTPMUwsNXuej nQWZFmOcHkydfSxgb6rTE9YGKnS4sRjEAAr1dge0Fnkm/UKCcsgKyYR6JuXlgKEAbvUH7GlDqvVU mIFVgKqmMdOc7k5cdDCyFsRWrRRLp4QoHVpivi2OEZiIocRO7sAFkRbCpkURWwYRkW3OxVWhi9iD BB3Z1KTNIFIzIyMav25+3NcwotAVinpBkik0+D6kkrSxDZ2Vp3JKTZzdicPFBjEQjB3/UGVcPngJ Mv32ZpSWP7E/EXnOpEyklEQuI7zNGLk98UlhH4fZ1MJKscLjhpdeqQFCNpYKXVC9BAd6w4L0bh+x AYfGROeiRz0VkJONsBDjGEznAxOKDmRTwQUlSjRNVFYWUcJZUCzH6RsoczGx0F7sKx/3T1GuwFBY K76V6y05sLPsydZyQa+wt3i+9FCysEpzOcd/BanVwkhMPKBVMfjQV0FcunT0Jb8o3fdoZASwnkt+ ln1EnvN2nW9beCcELa+WjQTCymISN7IwoKh1OZzA3tGvyO0rA/Qf54NRJf2OgUUJpoSgCJhpkZ6D DiAtwnCyQ6hHhPNxRxKBGJ3BxNFHm4O3O37ZX0GxH2Hs2oS/lDLZmsisOhRChOt8A/fsgAjH555L eCKX1bguc5NTnc4P58CExuIOVxKHAetgTf93enHLSfoWf9AmIdIsschRHGfsKYyo8Y4IJq6Q9x7G MnA9+sqAdpKth9v1qf0Iw8VO1sXqx8dTBwVEtoSk3YKSwaB+bT8iT1LZVR2ddPP4BFlyMkL5Y1x4 d6KyNMtoEaNFd7qp44gJx45+MIi+nKGMfjct89Srkx9QYyynNI3cW6qQ2w39GPfIjZ4dVxJfKqBJ wu2fZM3E6XjOQfYDJV0+1ZmtaT6NRacuJbD6LXMs3/OgJ/88wDwRlGdxm+SOqnSH1JKPIqVkWsKK gIh/6ERfFHFXfmhPLoEIvaYKXFxalpdylwY5nHPey9U11ajZDgKxJWY5+jtlz+giFRnpuKQ8rRtJ 3DPOpS/l0pkoAIcJIZ4JpYboi1YeYGhaFi/n932jTl9r++mcwmQ7Bi0lLpPXVTzkQzPJhrEzt93s A2Xq+GiKAB8ImDppIYf7B2Z2oj0O5z4HIdA7l2EIKbZ+AyK0SVuqc4PMdfZ2cAVin9xDVZP+XMF/ j28PHc+dUri3r7KOpxfaHuFuSzNTxJ1S/nh2XSNBAIijM9J8gzLQOqIkNo4E0VD4WjtnThatoCQU l1onyHjrwcxUVxyeR5ePumqFa6xDTfYZbFcuHwUNOe+dNjy+Odaao8CzDTadZoedKNKd+QHzn9Q+ KR1ocdAZIkgrRSGWTAENcdugDKem/BJuYO6eAeWEaNWOm4kk4tN453pXbcg36ijGJi1Olf33WMLF j0yDVqYUKX7+E3mPeReN5BDhE+4Fc6QT0fZ4YsVRlzbjvM/Rk5KkUwyx9pSo7VCXf53AUZJxX9IB N3XOzTmHph00hSN4vJpJ48vvBzo1WPJNtcKA6jQB+QKHIRhwmc1iGQJRDz9FLotK4tjQVOTZZgh3 6kqxQIk9HSh8NhWKWx6hGSZEww9yGMyJnuAUSrJOoXGaE0/qKPfBuU+N6iagZmB5uMb0JzeSaNe/ AQlXFoFEOlwnYZmBg+WjI/0KN5K8LArKOeOvCbcoKW03NjQbavfTqMP1edwENMh33oTC5IyoSp6V f8m2N69BVmIs1BA/9rgHNddpBjGwgIgfqRPrFP70VdrlP2ygooUjxYppNl0VWXmDW4PyKM4JN/Gt EMSxKYIsjflPCL2gTsQcZSly7jOywWLB3nI4Pr8T0TtSnZ5GoWBPjKh3jCLKyKPF064CxPrNamI2 wQJkiI25qXgMIDtqXg0TB0BJ6HiAbjD4z5RJthhL8F/YTEottZMJvKpI0oRed2mS2Awf+yxma0+/ s57ezqKsGDFUR8CDAX5xW4Ecj40qejaVe7THUFMRZuQ459YMu3AlxJhuRwbZ86C8Dj+WlF/+Oy3s 4anyRr7sWKHcaT4C8pmL46PzI4yvidaNhMhMmazOH3gzno1Vcj613RSc1wVTAntzhvSNzWJjNs4J zI1Fm688iijd6NRrCiKNNN1xbjpANiPlwXyLgNSZBMZCwyYTxMw15faIR7yXvrY65oNWOnYYbWSS Ipr09Miv8EMIiXmcttGReB6wOWLOrEf9NZ/n0qlQysLuiovySY3k+ZRnxw7hTSFdE7GIpQhJnMMl mogtpzlWSHhgLi3GM7+IBHTeceWGTLN00yH/MEMCpz/WBcTtBbsZU0F2mpnViG8JhdZQTbEmCXgq 7aAW4nC+yIl22Fdm4Wamlf83QM25CQdQ6ZvimIyWX3nw6g1SMMKmZNOxUBJ9eNHdObAUHW0EbcwU Kr3I/fejCYFgccAIvHa865Ti8EPuw+amMt6V4gTbdtATT/vedFAURQM5LgIrbK2SnPXpo7gF6iGq 4Z/YnRbyvvIQ98vIMk9pFVaMySYrrCp3MHoyyyFwq2xXmsJKwPc5QUxzIyUx2JwVhczjjNolc4JP r3OwtCp7CW5HKnpqhyhwYtTqjKXD2JHRuLKkePt8QmQNTqNFTYbgamcH9z4O1miHaQ6tqZc0KELW Slsl1LjtBgP3Fclw1luxk6khjw/Zq9gt7qA47Chvb4gMKshfvpxf8KiodQ6glE3+BqlAQC6Fntew zKgziQ7PQKklaRajW35K1mCDnKou8EkvEjrzgUiGAvjA5SZZ2H6OjLoX1pqVyMOD7M57cJLUH6c2 +SbWuxF/TVaUlAM0mSUleWdTH6ahSMcAAAPi8cJhyrOJHvjQCEMftqw2fCN2tTQPoGg6oPLoCMh+ lvV6Hs3JS05qvjAK8AOBBjtv+lTdoD/JLxwBjgjQW286CtHRVymtEomwjj/wQ6itQouUAVBjH6qc XGEnSuTI3QnzbYFQyhwUkZ7Aho2EFcOA3OPFyG6esEq5YTNqA0LvTKTpjJOvLMRrAiFG8e0I6Oa2 CArWalMQCGI5dX3gin2j4XNaCyeqb6Mtsd9DOAaNM3KAjDyd7mmVhIK7Vzc74Urag3jQDBTVRp3B PGEdDRxMgzyygomiFIoEKFMK6Ju33uVXtbHTqqsxBkbtJsdi6DgoGY5QiV1gY+d0hOyFZw+W8z1A CmoJeA7JdNIEVKsqxLBfZLjgPaDXUHbt9Ga7n3atvquyDuNu14MeVWjvlAD0h6JVvA3H8zo8eEgS cR1mgsywLdWWIWK9bK4mjKK2dl6BumVDA8GB+0GXTsuINjjvFTr9/nYDx9cegD3IOjS70zmuzgDp 3YjwRW/UQ4GC6C9ngeA7BqikVontZAgv4eu8aSMBRneACiwXRAM4eXfSMlAFguqcEh3E+9A3av+i 5aqS3NgbBLGoAlyLx6pGK1ts/aT/kQkMfQb14BBlCL4LHhYHGTaXqLUf5aP6cdp5UqTOxgnsnVYN 8Az6dUMIj2bIK/YYEMsKSRqMpEK1yQjbrXoEadqNDRjxx69+tMHXweYGBXqibpbcaRbTy93mTfxO Qay5Z6Z+QyjHVA1P9kM1oVK5Ao6dywhJ46h4XtO0q3SXw4CLZde8Of1vLYzxGqOlLA/n7BhyXwYx CZkCYPV9gMNtUMiyKo2uuglrQqwoJx9i+yXr2xJXqqXtYi0GG+6TtQEeIVgvl/AtkZ4VgFWb0ulI Zw74pjWM0++nmZek01TlWe4sfsNNlsSrsSaIma1oH+8PrDJP4QfnlG83IxSXuNngTHYmsWYv/jOW 4aRZLx41/zdk0Vn3eIIfz8e2zND1iHaggn6zcz8lhqaZkikMBONql/x4nC1WLRCIK8XA5pEkElaS z4UZmsZN7q2Yi41FvI4qlZu6s8jTP7l+TRT2e3CTPOcvIBE4NEHguQ8EV6rlQXNfrHU/DymSQa+2 TKn6BmugAcLsqh2qcBPTggk+vaJVLQOLByoMI8umBpDz6yMVSF7NGm2ZaRcVTpjv5vGZlK/pd2g0 5lZHAavMiDqchD7jcfkCuyeaqVYbUbGSsBhBbGydQo/kqHJbupSWsJI87pZBk1Zu2G3sg7a3UNAq ALe/SYrgqhamEnsK9A/uULRflEkb8Uf2UYmRIZrlhWx+phE6b1JEOFGCUsU69EO/SEiWONOCQFIQ LRT4COf6Cq8zID+kWDgjR6EpKwbTYNpw6ByTpJPTsDYFTwe7QZWEITK01uixFK9A9BjZ+jTOI62S 02bZ5p2EUiKZcvqGKhiWgHNzNfJw2zZqR3bYlNdgXHFHFariKErmcSQJXAroPLTYVeeziwKVMm7f wiWIk2mwcexhQpWTsZsi4RUKrNKA6vmVZtE+KRZ9Zz3YEIuwp9gYr0oehY6GOd/ikRBvvi73ZWpN vgUh/FuMW/t0b4Y5L0KfRReiHZNt2i/UE17GBREKlRbQ+UDP/6i6KWUoEi5RES4ajpg5wsl8mY7f ihqRRwGCtctcSzUHTvZLgbVLxfP6OoriAjzlNcWfvTkvWCtsU3orWRDzhnVJSOrLO/hKoETqYUES NZnWOay1NESATvHK+ntFnfulqAWkA7jKCmQ0CAtbQ//CZkHemYWKAcMWBPNiWgmibILPkQcxWHKU J4UllS/wLuWpGFAUvitlesRfm0YdjBZw/hBkLA0p9MaKkq9G/3oqxQh081T4nVKiEyz0edfPrpyk Y2VVDyd017GnnlyPpN6iBgWLCd20TDKwJ0hKFIvPZVp15KdUL7XhoAbMUjEDDD5HHYGnTAGhRtFg ErrnxN66dE5D0qBUMjtSrj3CKuER0wdBkmwNTSdF7hSZRIXxLg7OWlaKwvK9ES83SppGKrt+8Kf0 kyG6rN00pYxSr7hhfAgKdouIjAv4dX48Dav0iD+NoBIoD2pVC8nLuxd9cTZS2aNGU8oyeeOGpZfI sEvSL5b3DfvqYAQeisn0akZLGjYE5/nljXQ+p14cnieaL0sLMC8po7X8jtstAzJ2fEv3dFZiaDy+ 5JpqQmeUOdge79w58k0EgAc/iU9DYxUQ44ybiaVB1mtZHjlTbYNlfegw5rJyHGhZiicMwsXmwSCs QOmjn6njOXcEqKBEpP9Su8n7DGIesODRmOTZZjdkK+SCckImabthPwOiEZ1K0w/6JkeL3STjUSwo dU9y1AZLDdakm5cztvRBnx4MKukhFrdUVJcIKVX3tD+s/sBCgzOoqG76P2PVCyk3uijFrTCNl+f/ 0jYjpBtvwIqkjDu+w2Tymq/Avw7w1FfYuzCARJrTtYPkrD/V8Blv174BJbcUsnSGJ/HZd8h1/6zj pDs7Qgy8IrKYahQoZpk4GGzlYf0zM+mk0fGho7gXUObti4Kwgq3FksSLWDfmYAftJF+Ik2/k+pYM CDE6sMuN8cA3Ik/f0reGTJnqIdgjnQ7DA3BhSTpg+1hxSipUp8s6KUP1d57UsDEkylLg9KkZxcwS 5o8XvREyr9B0oIk6YnMQIdc5NZrp5mAoX9L15oUULUHjAhpK/Y20AQokKIXJcFiOr0BQeFUovMnd kyhOgxarSxYKHCa/oq1COc9jq46058sgx+ilhoWhoi7R+mGPhiCElq0nDKF6k6NH9VChOOYy7YAg rjzuxr6GhiojYomMjhiIzmD0V0P68X9YR7Zq/hfFJNpq9Z4fHfjAwGmSh4Vt7qEftKslZTKsQFZJ ThhpuAbEwMi55s7sL/BpOCYa4REJLObNa+d32vspDndH2Iiu2kyBfp+LXkRM6JQ7u8PgXdWUqFJx QooTW5JdspZkFUQZshjDgHFbHNEwsU9bDckIiMOIjTdWylwK/gfkipB7sVpfeCBRpBI8at0c5FnV RX8HcesGmfuHB6CCWIGfeF674hEgeh23LdEj3YhOP6rYIFRBvnbrjXiLbymqoXQr19sgm6DQFiCC 1aRplIGTFDahp+mJOwwQoXmU9JvPT6N7n2b+Fjsy7sZiCM3F1NeDZQGRrZHsJn+NFo4pp9H/eRAq QtzdRuyCFy6q4LaxFMCWuVSgXsmB9JEVyCMNeaqllwZFLatsiAKpZ3FdLDBdUHhhpKEPNiOUcJEy AgxI1QlcGggzE6yjQIyY7FoccJUaBpgTVn0xFlbqwaK+qkl0Qa9sH2svWElQgiCslniNuneqFhTS bV/gbWkuLtGYnAnp53WgZNuXoeucCZ8fwwOBq5UVJOi6tI1BocDEx/h4qGwtv5lD9TcnD7Sm9jja jJLt9K9VtsNdx8fo24nETjjUsMFmMJW6dV36MOtvdhdIC92xyGxECsK/hG5C969wusnUiDY9IbTD 9/L96KFUuqEH+jNC5BCj2MDyShzDjkU/Ztt8xYyFV3Ar94JBxJU1+fecdLQDA04wuewSGLG6Bnhm NPvVGyExpxyCGhiEBst38FgAn77lFeMUd0mCrSJVjiuLmVfIPpJpZ61Q1iKQrDfknyA8wfoUdNa+ vPTIRCOx3AE4QzHcLgXLx7qj5JrK4YNcgdVoueTafMQVf1j5SKbxxlYXWsBgU/NiHwFGhtETZxfF bWcGg6fNy356hiJ187nhudAaSHzzB5HbSIgjWJNmy+15N1rqjtIWatrY3YkMcGWlQZ05X0EOG4P3 eoLSlg/hfbmYXNdHthcAoh3ZdACLnKgEFJqi6AgbjT7Ayu9gFUbUSqaCPSQpP+BVVC6WOtlB7B8A aagRGjrsRUJZ5dKqEEdyItKtZrUkl27+CjbJqJNUO850XvZXPu3kZFtRAnsH1MInStRMb0w5r8kR oHf5cW9nA6oZh+I6YI+LfjeS/F5Egb3ktp2TlhsA3a2dVdjlToBvP6oreycdhBB0+PbjueqYPdu4 eoUkvvlZsu9C+bgr+f34CWGaaukpHeOUp6mkRVYFnhpLeUgkI4QCEpahcTWUkpjADp2a1atV8oej GbAUstDkAxgjgibmjqxM53ka0la8pTuS7+uULba3tYSuwIj8jZwEh1a35f1iJA3PgA1WUwaUvruH 5qg3MxSigfQSHihY2ZgzBl2lB99OEoBvSfDxs3f4oRzcUgso7OSoUEuzGwgFJsknRL29m7qDGBTW kAlHSkIANGQYopv9aUaDsCF/hbesDoPxFst8QbscFlJsgFl17iJksfNvQyxIEIkAUoxv/6eHGjhp hec9KaH0hS9Vz4KD0Fyr0F1yGZK6UyOQkly+iVMd4MTCjqhNwJ8WAs6jv9pmWDb6jWnUoa2ivGDs zs7CA0sVoCEVs2SO2gvidUWc1U6TruFgDlpUx6521qsGodmq0h07AOCCzho1Ab130rX2riB0wKOi bzXEju+owhvTHCId3hVEz82nnhksW9UIsbPojncegMkJBJA5elFBaUanr2+HIWNk70DMFYiggGWF Fukka+IbcBEHDOPBCDjSdlwUoRXDUGnKECurJvQ4wfrMuhFPcu100E/VznjVuZ4xEkfqVJEzHNmx t25laSSU08nrkq+VAkXDSbmFC+M3wpmKJmLiiwM3IhajDBZM7aqRc46VKGuE/BVMutEkEqhHv9IF f+q9aJOKfH6DcHkJ3bx8eSFjQGCpl+ZyHRTC4GgLvq023taAap5xIOyfRtD7744uTSEU8ap/JlZH bUcwpkc17L7iZmsWjpRzgncrAIGHhKJNKlPdvLLrSprV1FtkaQVEifyd2lQUnVKotf/6cJYLqWtT NbNlgGrFPfO3tYGvW8e7fCunr4nPq4UXR7V0dIwXYPbyy86OSQ0un789aHVD746C0eD71aaEt4sT Y/ziwbro5NItx7SbwEWUIPJZ+f6WQjoLR+l/R9x8X34NTe/K9X9uzq5xzDjyvr7vUagu//Vm0Gyt Hq2SNNSvuzFoy80bnmWTDsb5/PprccWKkOWhTwenR1r0NHhNXW9fjjS//jhf5+Pn3tBirkUb+wWc jePImh/rMv6xGcGY/fZlUcbZOLYetCiDa53c7sWX9kRo0TaENj4wnoqRtcbELAN1myPlEaTPD311 dAaJOx41YqzU+K6DgOoAEQ7xsbzlK5yH/Ccieyj0340XP+3gmNy+79h/cR17amMmTUfwu1eAxuQt Y3nc+hduII079eHax/ZkuDXiO/PHJGWNyh/84YXdRr6ZQwfL0xC6AeVucwiLxtSthymSb5cEXcXk OuyMpBdn+uyQJfZj10l6mFMheOfk3xz0YVjWh96U5een2SzLIU1Laak/I9wrWXEhPc+55eLs3eBG GJHbO/mNhcyXsrXiB8e60gnN+WkVxcyeGzP5tEx0uDFXFlrAZpl2XkgPtiQEVGf4Jq1cq8HjyaYg 3tLLmXmPmmemPFpgtZUDeH1mr2PX0Cs6UqZePIRC7qyjV8KA64WsUc32eZGeNdwO9dJXXqrUgGsR a5Y7c/qFAK0McHS8j0kox5IP3Iuo7axGRyu6AhqubbmGKMwUekSjIkIRH/xFfKDHpvECFP5TPDAn DHpXvy3I5P8K8orQeUZcarWtIE5grxTfaKAx5lUursin+TF3qtfCJe7SzOtTsWKJglmTLy0StDrf ykJNakCEL+vZShlW9sKWJxMr3+7O/KEA28KUMKbZEPHiRmxtXcZkF1UFMC0NRrYbsKYFmmgXcwg1 rXLHJtmnEZla8VOYV9LRnEhdZW8diSbB87/wOK4WnPrcLKUg35D6U9EB1hhc2aHWpNnmIKeWJROA VbI1bM36xgKr3uUXLcI3byV0xwrolng0sohoiJavrJRjSguohEWeKbOp00FM4pYmKawWNmkGD7Eu /gg3usi9U/PiKadkpKidJlpE1EIYyjpnpnmtzyZ3LxwJIVh6ZloiXGFqBxpIANAkOVdZodCiUM0V f3VqSDgqIjL25jurXfrSN2XvBl+Lx0q5Fuu2VFrkq08uzoBJuvAsJlJN0iVScSPdkDKZipNvWtPE 3lImsRkHvaP2LIQcWMoT74EK60S9GsBWAoG0DY7xuUA4TUAfHiKrd34x9mIb0y2adcx2BEamwbYF kQAH0ugsMXtoGlt4yZ0UaXFBZs46N0/rsYHb+qSioO17OQG+SzRgt0+L6Vx6swbvbpLjWUgwl9oO HAy3/84YxbC8Kr/nolcwc0FZMu/FUXSxuBbBlfFokOsrvOWlmVJPadld/m+BPm8Xkajaq0+SO8oO F2ejBwdIQK7pAjdMKOlAp3W1NakDxHikoguqxxNFEv/mV3TiZrqC6+m1UCZfkhLmVPmLDMvdNIWd SdGZNhH1U/BbvM/aiqfd1SI1JneaitCo3eJbHSs5h96J6LCdg6kfDXBN7aDPPaeokdABsMbsfqu3 wsjuT93Fhh7Mx6Zj6KXmUU3HprnTs4RO52xFKZHtDSGpKd/HiAIJ+jYl5w3CnJi8VF8DaRL16aHw gXwj/WQaxqUbDhw5lFra42H4kk64CHk09oRcMSXE9Pogji8/5bbSoehO87EK+3Wo2eCEUa7XUeLW KEEqkCdMpvwOilgebZXAN5rF6JAHOZkYO7aX13dlwF+AOsSIs7KyA4xxsSVEbHAnOplfbXoWPM7E fKFlqDLiLVf4XiLfcmcAk/+AMXkG40Ps0LckEvriJtwDp2wTdAB7JAQlyRx1iFyQQOsgqjZh1H7R usaCILoTEMMdKSxr2aKl/fFvOePQs5cHm9u54gONCL3ihF2p3RoiLUUNr+CQUj9faF7G52NFbnRC nTNJLFtsdIAhQvCHaNIr7dHGkKRskK8wagxt0uTJuS4qYhrmjWhYnjfnNNH4maSaLZIvRaE1MAR9 TadAcKM2utgIfu9xjftQT/IUz+MYs6px9gc88U0xjsY6TiDMkJXAlIipKV2JVx10MU8oReI8TH/u DMChBtkw2jC3RBxDm2hS1WzDUCqcKzfRCLsNo/j4fGhGSx/y8tyyJlNnsnYpi6NP1jWMFyv0TeGt ElCb9JH0Sx7xwW8iBxpPip73cKAVOQPxzy07b3kUJgvaC+l9Po97W2KG4Bt+OL4WCK/DXVzZXqZA zDSqNS6gnZbpfbSBdOiTDDoqbEWZYhivVb20C+UpJHW2uIkW3HAm2LGMAviEh6HTspzlNTbS4pr1 nfQ6DcY3I0NNq5mZZHqNtAplW/5idVYUU2D/WN+xGKcu2fppVcwt7uG8V7W1VszKsgCDs+bVhrIg VmZVX617hvpv4HgCnfbZ+FtV9DE2RZpoxDAgn/jJorAY/Neakl9Zk+KH1ry2gKs6GkkEVLMas+0L 6G3cRpLYcBejWrm0YIQvSNoulpYWfQyrNHxVurjhEAmq9eS8Cc9686BF6GHC0ZQ8uRUjCS2NG/30 N7A0fiWp4OtMNbumujhZyKcLKruFD0tLOQFfERa3kNyzPDqfPulhcC05u6sH2ZWbTcodJMR1wswJ rBAPp/jb4sD8pZlXPFktaLU9JIdV7jOPwCKaJphdRZrOSSh8b7qDPLAJFDfva7kZhtM2+bLpnIOJ zJzrcX6lMz95D5cLz9xA3ew+1qDpklNoWmXHHuBJpBWeyWMUAzV1QMOKzIdpBHp4ftE9OmfaUgjP QgyEAYEJBSf5Dfk8wy/SaDavhLSXrRiKUFa8YOe7fs0+ojNTFGq7XsDQUDTYrvxwjFI2Dcou+3Ie iV86YoigOC02cIeOifbF2+AbdJewaCR3YZj8olG5YtQR75VTdaHFYhVhVbBV3+qtO32BhfKN/Kmo TBB2MDZnJOzCKhfiUTNU8Qaiq5hVPyNSkb19Pou3bVAlPIEuuXkDWiMtYPB1rJCoy8FLPD++inNi gDCr/PYqfhsHsbBcYJEYakREWMHB9rYX4ZKwozIEXEAY20dLlProgsH4abBhsdSJOqAOAC5k9yP5 Ejd5Fo20ENO6JAZyQNZCQvFa/dRIKsoYqWEvO+BAcZDLrmZ0cc7bQ4Hx3qxH2dJQ6t9URe1TX+01 I8t3MkWWxZq5u27DNjOEjjoOuiyrKcBk5fa20dK7vGJPtwgSPqWtIoONkUilWnwzJ2gnEWJEExuX KRWXWCdWFDw1N1V8JVprKSSf10ib3EeJtQxOizj1y/wKdETRnhL0cxuxET/LjIqxDYp6xZDoETK6 uanKHKQNg20eXgIwe8VrXzWV0VPRNVnQTUM33ABKCiBw7uCBDiuAFBFLRwS7yW2UnykFu3QKQcXK ymL9lfsVjBv2gmLM8VIY93v1z/Dq2R16ii7IEagIrZj1sReP+kMNspUi1VYZqtP1+xObLZ6nLv74 BxI1+OoigPQry4VRqK2VTIAUzOkyEEbqqOlgHBAZkMSxFW/XbBZQU9eXuxOS4SRvQB6wjjfdXOFf w8ocpAwOAoQCbwAr0K0LRIw3AdrIOqBiQMiVUmu30znAXCE1MJmf+w261fnMkKbfG/QotJFhQQpB fjC9D2dQO0raSdGX8LD71yqa4V2/H9df7d2gdTAiR0Jf4WDhaFr8vP/9vvxVx3ztL8Dwcr3+LxTN Gw5/fz1giI3y+r99dDA1DE4LDpLW3fXqrYhG97drDkUxeAbu4AbtOBu21K6PoB4OAEwJXisp6wgV cnYsSGXVE3GY3+39hiMVgWMp0edrPm+16qiS8LHSN1rz8e4EaQAepEeu51oolnLrinFj2qc34w30 G97ozA4HHXzdFdKTnAwROhamFWcN4/IGVgQSft51C4h7N54ww/vb7Q6LvRGZs7sx4qYXD7rn5/0O 1lPonaPBmoZINNdbh29fbg7bbkIwhO8r4NGIuMQQNoe5dBxK2KA7S0WVmgd/mX2M7sAOfX07ssVA g5BDI71Sw7JjuqF0fbXmwLsOqWEF7IfyQAab8vyO/6W9MEZMUT0fWIiZ3H2nZnb4OVTUI8F030bN t/o4QJgSAXIxytcfziRP9Xzp0bSuc2BKfk3WhOsDloZ7Y2ZGxKTc5Bhwtmo1jRyZZCtoIWAZXxbv jAzBP/YcCyK5DnbkDyuVyNuvEX7IX5kQuY7QxSYckxzRsP6Ccv1CFGkHx6zVjs1sspBNmouaFGot RwasgBSZ/Yv2/e6DtaHSB50JRM0dglfN8/MBfWZV5+ebOQynYx8iuu02nBpUyksLAh+4xIJ87t8j Qpgco1CnNp7PNcXjiEbkjvnJ0I7WCrFC0ioOFyh9PIr5sdXipkebUMsccEL8yHuKUcVLwuk8tPlJ qM9TC6bCIU0rgix9a5YzRqGzpjoRUrAaKDfXnNduJdF8WYZo6sl1Y4BPrWI32zw9SZnNAuXC5vFA A9w1XRYVeSrktvlFPw6w4tNLlJtB0SNpSaJuLduX79Uw9MCICFm/utfvliIREgbYYIzS+AQqJubm Pf1oJiXRktkQB+qsQoHhV9V1gwE9KXhr3ieryhhMPEXhoQIFloYWYqh1f2SKHkCK5KvVoBj7aJdN iT89bsoSoBZkkA7tMygxQhszTIW+shvEVwbmaGw6lbIJZXiefyvXgpm0zUX5qm5SNRHC6+Xl2YyG Q1jUfFXXQ7o2PWKMGyFA7rec5x5YQwZoRIZroks14k87K+LuxwrUDcRFlsaUmrDaoRR5zeceCX+P Ft8YHnCquDQ7YrA5FuQ/5xlca1ZkdJk/inzwdVFpUkJzVmbiC+AKN4taf7HXlMoMWwdcA+I6c3dQ nrbpkkHRYbrdYE15OMKy0qFL9fmltyxFL9rNzwhFiiVRt2Gw1sfoiTrEMOBO+2drmhGV8QALJrot 1qUn7hZpI9tZNwsAYxbf40d84w2oLRHhCRINOL3NwDI1JoqhXCm9KNJq1LrKFulJ3EyCica5K6X5 WQBh5Yr9TviJSu9C59aF03Ns/eKOPC9mc5P7cw2FhVQLSsAMtAtC1LwPhu86R4ANgmTAhbCMYqOX JfYuLXbhetGje8tWUMu2rCfgn18o07E6ALKjhuxLp5xwGCnuhWYbcoYgwimOjeGWihs0w2eKIjE0 CUWLZtGJcMfdUFuKKsV7t31Rr6BBthlok4vjLUrfBLp4Jbg1Ktk9RfCnQUetqde7JheNt0JNP2o8 Slian/mh6RtFlrz0bgXONoYQH1rWlHFkZeEuwTGyEDxvxwROxhuXKPC4unTPYdRlhcpRErrxT4wE L7EM/Mb1aGxd/ohpmUrgD2PHDx5Sk4aWnvgEea5L/mL7DgjOGHEMMK71Qv2ecms26LveCT6S8GMO jy5JrLPqQn5GtB5yTOspIfDjKoFq1m4U2kIzq9ULsqiYSkK9Ng1ZXZw95bQsZE3awkHC5BxMKbEn /ciXL6R4PVWJZOV1wRqdjk6Tq7aVHcgV9CIZIbYedVGrJQwJlkuvHXNTaoNU7tL11Dlryt2ad+AK wwQ8Prgv3Nhm74rVta9FWEWltFASYAU85MBTqHcoRBCHCwdW4wlPw0OCgEKKDF+/ruJzCIbZDJ1w GIAK/z8MQXdGIkXBytASNDOS2N9MgFTfBvNh8NAClwlW63x7jYM+tEO474+mkTjanNkwS5sCbIGr YSKY10aJwLZqd4eQNpbmYJVjgUT4384MpzckkMp3G7JtFNoEzGm6abpEC56DZImY31+fPkFPOLXK 6RIxlGMe+3VnyWCcpx0NzdUms1JIBs4GUSyHC7EhrI0oiQ5zMzQ3Unj3NOmX2HlcPXllZTgQaKMX PBq0FefNd2y5IveabTtSHNS/9cEyvtgMFcOPdM8tBQ2+9QV4mRtN7VMbf02m/GHOjftCG5VNXfVI zMkqy17XIcNJhBHQ/vlJ6iHU6lZiCOfUPYJnHzrrdv5Qm9weMeulnDjXvO52MyLc1ySfiAOy/Ei5 3OZyti9i5ISNqtADgDUX6al2Llr+1K8biSyPRXwOKQWQca8DT9GHnzWqU0VYKWSSPJZlEUSVkKAJ HHp5A835OEMOYKTYgq4MAYZYLSB4Lbn4BbTYGciV8pNWxZx5j75gFEGuzIsi6TfFy2787tcAWxBk n4opfQPl07OO2Crkc+efaI2wtBISa8xZg1YzUgqhfj4Vt8tv4jUcPGQ7ibhdIRX/G7L4E9OSA4ry BjDSrFBgqWNaD1ScgnTeQtrSVgDDCHWl9lprIw4Nz3y00T4GgOVWGfglBqKMv+Hb2jOgOejX/26t tj+dht1WIcsqFffjUmAiRuNr99QF3udfLJlYAfncDg+DrU0ayIKhuH/arR+9YOEHLkAT6xQN/u0X 43KDXqDWztUxKh08v578bFWtkeYVaJTfjdEukH6qn88McR46Y2/OifH6RA4eyJsEtaLRWAxjxuWC q/uWSFJK0pw7Si18Z6py8lCAzMwwZnGKxIpa+yfQZifIPA33m2e2t4rfpb6pzxB5HGpa4EnDWvuu HuuKgvjbrUTTybqkbXeDhhccUGsqwV/1DIf5YCtH7iP1qg2X+a1mFFqNCeKBVkMIlYHKtvI5+hTi Zq8FQg2x045dD0g2Cl3CizH2xfbYbCzr0IR7izWOycGKZNyzRunBRuDxHC8b/Hiku/ikHSbpJwrz R9yLNKl5V4PN2h5TPctZF6vkDPyDOF2ZHvMTPIMfeSRhgmgw8+duyqQFxkfuVjwiUC/Ee1Ua2BzC xQkshATQPA/+VKIpQ+zg38JdrXCmGqmbVqtoLGcEexRR5w03+lGSV85foQQ3RcKlmw0mKBNuCHY1 IXgi3hdr9Y0UkqsNoDOryCM6dZwfLi5yb+tZ2tKhr8V/hWRaC/lshkSYNjhDnSZxy1rCsDxzNIrD pV00prAtl9cZlUUtBe9CqqYockcRNY8Y0VSZackxZq7tWFTYqHs5fZF1e94HYpTFF/ZpLni36D8U vZxITM83l6mL5LExTgoby8BaChSYiWO1U/oQYOud1OUv/goXC+TFM351KChh4EnHoiILFlfOVQ6A rqLMQIP+qX7VH8MJQCgCFcGWDsCfQzOQGXYEQFKSYCAlRSa25hk/LdMHS5Z1oBMXn8ToqwOI2l5x JFwriYyBcKdyHC2UlxgyYPM4rhMuCgtyDe6xJEnoG4iCc2lgShZsU+KpLwIq6dSf8fQUycB53P4k pWMT2Z1AHX9ZKgYTdXFgehMi43cUYAfdLFsP3KDDJn7D9trrspv+QEpoOI1KLIiWGKVEhuRAgDSY EI1bPmSYCEZSKwUWBnBvv4OniEFaaeEmW6CjVEUagoco6Ho5L/FhtQwLTwTekD09dfhuvCrzktwp PIz506IOiYXPYL6VhTZrR7YmCKMEzWADkuSGZnyigU1gXdUahI69bAkIKJMW/ci0vTSmIyYCmkoW yrRrp0Mqkt6qegIYoNADmjgoCoxmyhGulUxw04CqcfG7kZaHUjSFpZIDliXwCDbBrXTUv2jw2HIe EgSe0b2E7iW0AYH5FN7m29kLqZ3/Pu4h1lWzpIVKM/XuzzP8dsWSTj1oecOosw6qbQhjX6sfEn3Q n1876iIVpM3pEjnpyr8kRzIdcZCcCab+EYgtcAgE4wp7ZUReIJ5iprwQEUUX73d8wy5/El66F0Ir /cdCJAAwDTAI2NgHDb7CyoNuOzfY5WBe4LZOYNag3ks1q2Hp37eXL8ArABLgGiqrmtNrE30JknQu MazbIcaeCJiEfV7uBvl186NK3d59iKGZDo5oRJswcw/7AZnXfiduOGk5EB2+jWbnJ7MglZN6h8mm CAYSn4kT0qt5ZZ9KnACyzyuf5BwOW8UOn61rZMQhsAw8haEm6TUiUQX7BYZoEACNnhB74kEDF8N+ e5+m8YSft/vAuBKEs0lQ+Ppz3cHnAbrMw1qC2+JESwbObAe5kM5Vj16UqfUGTsMDGLhNckzscxo+ +czLAtkqvAfuDHognkqzCnh9dfgIHqOZkP5UoW++9oCyTZCOVppdNJONEHqzCmWhMJuEOxPn2E1j BjFrUP381SY+NxT6bHGZewll5X5d1DzH5TdpUmGmwbVdtFetmfmax+bGzDSLVLk0lR38ay7l8OoF DpVCBLwIV3jdvCNEYoBmfabNtcJXy3Fkc2FCTQwFacXG3JTmRVkcqRX84gdECTwYhM6EOAWZJUpm ZtNnXqTRRJOcUXgp1mpyFLTYLy/CklgKJo3fDeY2/tYngykeQ65xtX+qP5VeGHIRqE9cAP9dhMNN 9gQUTE9MrAJXF6qAQoPpWbP5ZAMzyeNmHG1Q/IxoUwSsEeFtu9LEsUX4grcCJ4w+0OZR377MuGB4 ZSciN3Fas4jrvtBoBAt6uwMX/FdKL1nRVAlRZ8D2xloM3A5TrE4PHqQYlX/4pT3WpVEVlpgui2Y7 DKQNhdwWhvjNQDyIdOkmx+QyjqU/xczIsp9Md24Wz/gaC9rYiDMmlCFn5ftEIHrMUfdVK4OCz3Qo temUXaGu3Byqo+5SFixHKL8bSb23paSw1HixpYf9otbLwNLbYrV4c4T9HVkHF4tX6Dwbcfv0BGQx iOQLg7YS3NZOEWC74I1EAE0Di7/wrV2BaUKHogi2cT/gQaZDWOWWuCdval+89kW6FZYQAtWszeL5 JEyJK81gU6QoGyOsaBoEIZLEV3Kj6oQm2EM/AqrP1Tkko9d5YJXkOKyGqshrkFo/spfycQqFX1S9 lopKy5sSNoYkiGxZ8mHccoEpfEyXolUTw+pXiGLwDBJntEJ1mTBVLD/KCBJ9IynXkKrEKNzWBSsj yKyRQAtbdUAFJj5y6eVKPYzEFsZ9DjDBqEw2APNAVNSlmLYiimPZwLQc6+lSzCE1Bln2JPWiRbQn e8kaYZ4E5EEHZ2FsW/eQgzz/0kcktSFUfzSl3CpaNY1G/koXbAYzNSwZlrUaL6FjNR1L/3megNbK /9KuzCcnRC6c8CDiPEyBd0LWWfkO4tGBmOiTWbCXNIpYE58/3Gmm7BNVGXyB5MagC+3qP6uUKBEj RUkoKG3DZi1MkLk/3E6XMCNNoV3klsvH3Ngi9SvwYzY2kKZwBBx4zShiWh2aK0gkfrRkhmPKtNlr jHFYDclZR0CGuSjOop8qciOdeKO9MGfONojoWHErYMGalCrnbIj6nXrXOcnS0rJFY+HU0Cz9x7Rc KqX3HfeSMWMw+nAgt4I27QRi4Y9UrKKmvAqt7L1OpTZf7LHNiekKTMlPVJXfaYPLbYasUC7vbJrS Fj2qFlXKp82irGo9+j5+Tp+S0FiK4EkylAs1WNr0sUe5NV+VgGO5drmjllHiZEtvugdIcfXGRVht CcCBsxbmGnhBDxJdyoEbNTtu+KTPDkwI1URVVha7aDLZ5eceyDdWIgBbYsihdat+zNeBIBCZtCtG 3OSoQMW9c3SuiLunAI1YB+4nNYQiO+QE8NB5CK5P93Y0NHcn5wdzRVhSzHhpKc+WnYarMAIFe2iF b5QH88+g2pJmA+Vv/BMs1XSiEddRSp2hCcNl5lA/AEFN0JQgbwA6WkNVObpEaTrGY0fcZIhYxpkP XnMr1o3/cYbDKxIoOtCtnjjK/1NuOrbYqCw1v6B3gsOJKmrwcxuTy8SD2IIc431TxiTde0LTgdCw NiyjCE7bZIHCwVV6O74yB6LR4xiTIuSD+pTzDIH0oF+rfOJrsiiTVoiia81ADh5xm191h2+692FH OPOfLlGBOJJuuL/Z8K2XtJ6VRPovPxJo5ggfrIx5KAmKCRLLy0F43eBDk36zGnbqmIahLUpRSUH9 ZVIQJL8aIvvYRK9/XtExLAjTsYE0DmyJSxydm5MdvKrZiOFq0eOxQvfoqmOd9oZoMJenm83xxITF OcPw8STrSKxIz317Th/mGhSQBtoLnsCU806a96TYGEGkxWcUOaAJSsl3NDpTp/6Ntz+HWyi6pLTO DB9bKHxqwKRbcMjqbFrXib4mi4Rgun86BZdqJw0LtDcF0OUo7TAHUq0bPTTXzJemrtGDB4R2qrhX 8BB67L/KBBangi6Hi1YKbnP6iRwhiec/D50wNQjWCecPf06OZ+r0JYf6PqhiPZ0cPHUcjrPTZpTx OkwgzrViQveRpp1UVBEvaNo38TqZ6zYdK6g28DiaAB1o0/zUTKcsF09ob7brnsWTg97xmnvHZmhn jrTvi4pxki2p2che8McdSQR/eeHCvPyGz/QgkHZzCf8NIqYqCdYl9NEcZ9UGkx/vEMzMM6Qe7JgF k/QcRWItRkrtKI+u6IrukoURpiE73MbTBFJsm1yEE3l7nMiVEY4WXEB9e8J4rSxLE+hoBiFoipcq GKkxGbahMg60NBHk5Boi3LJkSUBC8VBVskAheyazr8dxI6+mZxbtqAX3cEioLGbLeOo5hcsMk1Wh rs/M2fA4UTa0YZAGfngw046xeayCJVXHbJ5Kagqn+RGrllpmzk4zoF1sH/8mhDTx7cXhCLxAi5u+ UD7dQ+hzPJmvHeHu7p72oEEJitZz0VYgKtXSqSdzOIYF641vIs9IwgGDw3RuPzXbXI2j8aMQEbty I6yJSosGqlzPA+COpnzVeoveDQUJ3L+hmVCMlIK6TMnFkKWAeTryKLfDmNLmXBi/6sQoN3AgRoWZ uqV8JjJfN13qPQEX5pFvkYkxas/eq/p0gwkLp0sME7qP6OSG3i3mbeddEsw9U0V6lZ8p7NAGE/ED N/tdrGNaieA8Ml5SJ89VMMMd5hexZEI3snRVtKic3BDToi36BFan5+jQohGnKjS2dEV6a5KL9pje KGizJiHtRlGIk2djBXVJmzK3psCmSlEBNy+T1hcnnz4WnRYklrGVZtBzdNgHJ7tPldX/SRXgGUPb AkB75y+kJGgh4BGgtlVIffkoN5bxBZ0JO4eAQaegE4ClYH2VduAtZqWwdzV14DIIDCQmYAtuCftR 2wkNfA5/Co8CvwDXFO/ZA+gVbA4B0Cm8pm21tjJDtIK6qt5REqgcsJKUUEcUux/U07bBqkYVPegq SAVMsyLV4BhgW0CT/l/t9kX3bob8vCFGHV8gEcAYKSoP29GtrEez9jFXGQm03l7kkCK4U+hQZYn+ vMLTtOC59zv8sBLVkC8Y1s3W5lCpMDFlq/cBUbWi6E8pptF8XZSJtku353SqrrUSTihYaJX7YWmf tx/g1fsVOqc1FZIIU7PoRW//Nj0D+kBS4KwqNhtfgNX75z1A1W1Hzaa2lNi2ETqE007wPnbsLwaq FEHPjz3qBvV9Q7lfFCjqXrGhUsVKZ5H4/nWPb5ffpIASg74B38RdSLGJG/aGyAoUv9rZ3F74f725 Fcc+8CchQve0XJ1tbMA8gKCqXXvtcRtSpwtSa4N/qqSsk7zUhVZFetVvWxCV5l6ub8pjbUhU3x6f jEcZa6ggyvDi7fv29qlOOOivfYvY1sVfQKHPbZaveyW3BzxKoKhqV3vas4rTN13UkvLSqjX3F5dT IySoLCUAoJ/W6R5ktbJSetgGwzZIkpcfe+pKtl+KWS/39sjfVLUC3a9IVaaKJwHG1OAa+dDyajer a13pa8cyq7WlvpWVER2x0oOOPg6oTUgtYXwrB1U0jc9h2krgiOHPO3lB+DV1IcFqdv1K65itPey+ a/c3A6IFvdktvBOymeRToHb5a/v7R75DPuwnWFOR7RicoimUtucABoubVRP7Xu/oBn+jEqKuC8ZN Yp0zoJaWj4lgXWvcrg39rqgYD5UIJmqW0nkAKrcVZjtIYUp7s1v/dv35FWsAd1u1yU05BkF5quo5 FtTCAKfEY+QW4xJPKG1spY7Xqi6x6i2ezMBydCBtqxKtRLUgAq30QDXovicFdNNqWuNTa0RWEFoR 4zp5GJ+UqXMj+PbNAyMlvJaFdQaABUoe2MdQfdbAE79VcxjlwEdHTLdSVqGg0vfAb8s+lpjauCrs 4DO5xL5nTTJNfULPlvsbcss2NuCgiK93h/GbA6pO1IOhmSDcVRyNAo8b/Muj7FCWb7mqyA0tpgfT cJGhVnBHNZpffdV0E4TQ2oRvDaxVlWojXBNWlVY3E3g3yJDYZkmNNCUtLqrVwO4mm2Ke8m4hEE6W kGK9dF3BqJvqbislBGZKRn/lvpUdFnsh0rwVxfABs3vLYQbVqSnQQvG8GRThC2/9agoTpVsKwjzT 3SS+IKxQhcgaJBJCQ4Qt4Q5N3OWGJs1C+mZCM/QCv26S5hdwDPsu7MTYkIrCv0YlXhz2FQS6yLHh k1sMTyDuoKcYAGQXZpr16SUaI6/uiNFNuhAjobOfBasH7uIoIzzBNpmUL6vA8pD5ndRioAMH4lCt FatX2zbIr6k/rofMCFl8L7ciXNQjuWjUclX7iYwcSwpeilelYKhLiRqZpe3QfPcbl+7E837VlrvN +jhEM+kYLrs6xZEzem6VCpAL4qcU6MXoIrOiuKIMYdvRUMmCEKlEdX/6zihEP2Qg3Af10G93iYGx 9Ll9T3VtLRM9fQCHpcNsOhsk7i1DfzIKoT6OPPKUzndPakyJJFBryIazWoSoAWJXwkontgQb6BB1 uEqyeB5ubAkmALMkCqwrPhe4EgXVBimUmAD28SwQpqDQsBaQbSyEIGyrMaEmYsmkdQeKvsQTA+Ko B4FhH9JFv9dgkWSikyV/Soi0vQR/RiQcIybwYzgrjyHTy2BdqtEGTtjhNKVB5SSUzFAdK5dNsbh4 JZtgresaNgQUDa8g/OmqxslFMK/dDLB3K1NTMmiQ7i/sdXdZRiwyQPp/mJtEwzgPPRQrs65SAIYX xlpoaWxBDaLc2iz4Rn8mTMcspiIM9ZrHDTRmDzmFHtMI7TUUGuKU7zr9rI6OfcafHJWmgFEGWBZg +JEYdKt5Vx9fvZt+Ka2RaZxUyyHcVr7gJ8kZlmCf0oJBYgLP4460VgztIneEV9pBEFknbilAmSdi jcqpsHVNemRg7UNOUQEXPCasQu/oLRsLIAtUkbAhLUwI/73dw/1o7zDbsgtPpi0ewYmtfG2wCThy P1klBcODPKF2cgd5sQx0BXx4kixjQK5SvuBnlhM/ZE0xx+gUBTGp5ILkYAxpkcEadDaAFP8GpaJK z2UvtMIJqzVkTsJMtpUccQ+uoMXDLggj8nG0RCyeK72jsK7KkbqITYQ99i4f96xvQR4S7njgNn4/ j4SxIQMoQGwtaLa0OEzDDVrDdzSQYnlTMBHpKLcjaE8jryIlAsVbzNZKCOccDhKZANaaUzbCwBPN hZ90RihC6BWGSKJicJSYjBDVM+bQ8J9MR8cmMU3lzFgXhroL2yOT1ebrtGjE8jscRJkX0dCSUBwE 4Ah7qcTMWlsIyVRa9kw5EhT3YM0idSVVrDBMhgifoc85lHJHPiklWVdIij1xJ2pn47hW9Ztbo83P QI+4GpF5Oemjqbo6MeY43U52TMCQjZS6JzL01H00GDWHoosH5yxS8mRbqR5/Jhf2Ly1XP3l+tc8a 63ZqNHPIiYDDnZ69rL8c3/GndqNXW+fByvdaT2BN+BJSQL74LWdX1OiqGzRu4FGg//GVgsOFKADo kgG263wwoPH1N5dIoNnlAEwOKYwOLk/1iZwI/BN7kYAdGWyzpNtC6YP9+Tf2xvOnQqyPkF3UchqS 0aYSbtnjLZ3wgZky4K65gwZp39SJBAchG6AOGazhIyHZ9cOvftnakDZplAH5a9Epva3itPDEOExD nFhzBVPM9NmFi3SV+hgdS/eDoVMyPbnmkgpqj0SzL1MWg/RepibbbuYuoKM5I8RAgEmNYhhQTQTE JXTSaKbLKw5xSqNSDz6EfmAoDfReQRdRC7eGgcOiW5BGxQHOaLnBZaEvD+KckCW+Mm607t3h5KRu CU/bilR1Txwps7t2Mzh0wjw7UBfX1sJa73pTdmCrbf7E+p+eEnu6Rscoj5LO1boeINjUkkQopvsw sZe0oaPiTNE0F1N1tyGnLYrSsaV50BfJo6CBGVZaXBOYk0C7EwTsj1EiHrxs3cOp4p08b2gOK8hO POXgdNTqC4kDreMqQ/PH6jNCi0I7eODcm2KLO+JhkJnOLQyRrNeQmUx6RaZh7+R0c2Sd+6mp1snj Pl7mKLCzo/sxAZNxgGRaBHI/UaFNl/+O+6axp4cTeXaMg2WIBAscywfgFRm3ytBFbfo/ueQ5I96r rXxogTetzhe29N8MOB71UlfwZH3FxU1Ps/AGpfEo2kSBYGZmjPhfIIk5/tIxzibrYy6mnmklC/B7 ZptBEmNyKdxJWZldVXbMsC1jBcDZrQe1bp5l+gxC/tKBvgJvkRi7E0AJm4TfZGwK9DX8qrd+9KtF TGYHnmpxVuxWUYSsURYoP4MFgMUE0sXbdWQGKPGUB0u0y4V633Rbk6XGFRP1uPInCah0ViNy0oqh ik416FvfcUbOCPWru5f6DoiT8uje9qMOMdNmZyii95sxrlgPK8oQ3IUEXIy8oqjuLZZWGtSbhMpG gTOOGq2aqvyt/1V7+irYS8OdxdTIAvWMC8GaMsJtq1MCVNGbvFhB3QqXwu202r2NUa/lxpWYOgRT Uy6o22t/khwZAw1NdZFfIFJl3/Gs+FwqNhvDixL5Cu7024ayiowqzJIDC210Y0DifvmJ/ObYwdeB czurQU0d8ZS5tL3LbUYJSqm1kkN2XpEp0AKigrttdCo9kKEjnh5RNgnq+0UVloFz4qJWaTYWGUeI SumGdBLVZfRJzfFfHxcRtdS+wLk60PKTEvb+CtN0i7Vka9C900vxoVLTasxQSBOAAL25zN1VjXbI VT1VbIZuctv5OR1/p25MNOi6cYt8OmcJwul5k5R+dR9aq+mmOrwmd+rR/EZPmhhLSwv4G8D0vHt6 KuWnfrJ1DKKi4cba5/07TgJNxBe1CarRVIrp9zgTiECMRZ1ryk+mU5fuTKhd8G0Bm2G3fVjmhQIj qii2cVNXkoS2SYmxL5P0YLAMtSydnDnMskpyUJ/pj0qfcJmGBFpUL6uGOQVlsOSK1P2Bg6HD9xls onZPemrsJBzAzQnQGgoZSIaNScEJxq6rfI6YjAKtbWdDWHW8GOEBapKKZs4MAbjN7GoI0hTg2i5v wwpYwn1X0GRbOLkH0wUutymbyoCgMNonEqQTNFbRItyvikMnIVT/uU3u8tksLtAI3T2pL9/4PSCP 8e4GIsFP0GW7cQO0MRPqCCOGuPrTSFwZ+udoBahfNZOA2VBdDZEUZPon0ms1uhGAFmSnnlHsPx3b kk9LYZpZa+XpyGaeNU6DO7fQfbCvVLqS2jiZAwSYecZhmm2x5ycUITOocMHG49gTzIsqzXd4aS+V C8QNQ1a0+/FZAWoQdXBr2LVDCcJtQ2d/whejueFDbzs8wUg1C1sGTEJuq5XFvO4Jv+xkAE7FAsau VwXq9XYIRnttgEeRSLrQX0zVKwLIcY1QqlWWtjBBoJ1s8P79VxdjHM91byDh4T3sv4ZDMUKS9a1g Fp4cfO50gb4PkQ6KBjn6zthAxMbe0xGAVqMdIg38dMQocd4V+sLCvWsPDB6uCzYHJl/ueKtCuAMT KhuGQV++70qHof572R5I+gqcB41jS6ysABiDFANjLsIscXju8vn3++5bzf46q8JhrU7H/bz36j6N WknQ3O1+/7nfv8Nyjd2ZD7fL7f71/7yQ8MdvXw640Mf1/utgB3Te/94QZ+1BzfXP/fO3YzScMqFi 2ekaPkOMLRi4/+fnV1P09uPXEbyX2++P77Wo95/f3+vP/+5OXXCohJM3nCOhdRQqXL6i83/g988f vWjs++P396tn7o7Z+ELn/X+6+f75n7ZbCrj+/fjo1I4vV1xydAY/yoFxBCYv7kK8AFbivRzSSFKc mxJfLqXcQWhT0UJuT/UZR9fEy364RE6b4iuPD27jyoYRwV4krvw0/5elmOIllo5IEfG0AstXcFic vOiCKQRhoUH0YooB7zLF1Sl1gpM/sPoqZSzMtSjG5jrLgiaaL9mQv+FpOXyjYXAI5rjYqWlyBfYF AKC0EsywI+6wqqcht38c/jkHH4jNHHh8njxS2K+ITMY99MzcZBoQAebNPWByUDaJJxWYVZVYWlTH yzQK5lAjqqyev9gLZbJpzMVO1dcFU6YOU61Azs0mxxcHLMw1R1tQ6eHEzVzNDqY5R1ygnUOKurx6 I/WPiCjg0ySJMxeTGqqwGsI87+0G5Ggfgc3IeCkmJQUO3TfmnC/ruGbrcDB/WkIt/5o4QBiYIQSO cjcHxRerq2lEhngD5cjvP8M3KALXlxlWTlG2Hl6hyquJXEgrkqdF9tO5WSjne8m6xkWg0gvzdzyU IpnWOz1celDAIU4vVw/lW8x8lIoVDxtMkjDzpXUQapyFd5oZtaTj8FLFHjCkWOCuxqg+HJRdBowM 9RUg0dLXyCj1VyNtmEXkAooi8vLrGvM4HYPX+WxuLsroWxkRzRH9i1e/ylLE/h43CljD5C6jfOyA u17zVhZVZkCdpYryMZ8TYrlf4e2BPeGta7jj2C5UIrjDQIxUV3CxEYa7krpMGE5oeIqQ9ScCSs4l AoVK1JCShNFEfsGVGCJDjzONGMdoC4MDdBTDWBCRL+ueMHIOaVfZ7P7xIUiWlFucAdWaEA2UxDgE wyjXxhrGWFFWF+UdEpW20ya7BBkrHWjCrMpW6ESsA+LhcXAtzkinllWHF9IP3oCwqCMaAiWMP4ES k5dPxWGk0daQDWETTdYa7E4WhXczLRHUKpM9hMogocNaUYxDTr5KoLVu1DQ/zcR67PX8g2EakZrV xIRjFgJcj0uMmjkUr/KNMp06ywv96aQUTKd9JWhSObf8S8TiPB3mF/1JuFCyrIh0tJpfaHiCWvTw O1EqaAs4KSA0fN3KTKgCcc+CPMI4QiRmA5pSGZuQ5nuZbvG858XqlqVoL2occZnJBt8ZbCn2ks3U Gp1Iim0aDlPHf7fqGiRo+Pwr1xp4ibLYVUweqQgn8lLa3vxoKKFS1dgxWxR4HI3GDtOI4YYfJEF8 y747+T9YkQiguE8OkcBDloIQnRfu/wM2mWVeooUTFLQWgBR5bus3n7Ql7UMoUkrRicnTLphiQrz+ IT8z6syBqg+XQCnxeVifIV26LdeOsUCzIC/2UteoJQjMTbWiTSrqv38aFfpmaLOjFAOdhj7UCc14 w2XNmlg/l4RdLIKi0jZ6CCXi5/D7EapA6wwKIKEb/1YG1rmOZM1pYaNRN7vwPuRTVWRWqRH+RBFg 8xDbCHWpBU1m6eiFzoAwYo4ht9o1RafKOuWxDARk6e/xUrS8ujZiYTzxyZ/EihOBRJDw6RFvZlwZ 3XYrKKLuekAHdnVOdfVOODteI+1RckdWqR8NefD2c/qPUbQ1LJpGMT9WnITzS7hIm/XN4zYu/3vY TZidJNo4k7ip9G5NsYno0MYcbqgUfCmeeyAZNZHkc7ELGO4GjbbpBHLUO/7qPfQMs0KiDp6NGPBW KwvhninXKTiOSKB9T23MD30ik95eTxDMpt0v4GPshzxBdMFynoMrIq+2vaHS4EB0SEr5AMa9lc7n yreUi7kN5rUznYZRwb+gjm5Tk4ZDIKZKlymMHeh7kRbvScLAx+MI02FwyY7yVElnpOTrYawiI9TB 3PAiWIri4VbgV/MfljaLYllajx9RRWHU8VqL8bQrKEkrsLFaZ0+4wTdx2CgLsQypdToX07oUjabo uMNASCXYrVZ5fRQy4Swjbdq8n0yZFz5gloH7qAu9Mlfwpnu6f0LvZ7NDNuwhTie1ZOPYXzWv23K8 fsU58w4lYm7WaRwsG2jpNv/hLvULZyQmJ83q1u0nZa4PH4pNERy9kL2YrqO4tlm9cAInkrOJF1vj MHG3RNUgfMLx3UM6GXXqxzrQzy5xJ06hj0hgzu7I2FNoLWXpueh2FqyKAAORmrGY2xtWTqZF8szc fDpQHYGWdWOmZklcY8STPdEBShu83L8EmrNKCE2a68vP/ATHIoBLY9Hp4YjmbfLutI8O7/yEMFS8 8SAlDO4Oou82A0qxmCpZabmMICnkHwxP28X1HNfmSbs/DJdYmxM13U9X6oyPyxty60TskWL08DE/ Goooovf9mV9SlrrLkZoycnk5Cg1xXIipWlI7SZrg9KZH9uLbVD+/B8keeMswPWB9E9n65D3Ingbm KbOZWJL/MR6/EwRx+M8SgSu0miA5Bys4zi3WlcsPXpCLidTlgKq7S71rWm2AWkzJOwSDVjUOhdUB 3ELKSIjdlp/8R3U1wW2ZL5B7DLANQUYRw40EdcmaLHoVLM67ahA5wu5vnbrJoLZ6dW+xGetuptCP VwLHGS5NP1YNDMiCUIw3a/vewvZCVibuUXFIAyFrqyRY5hPtzEefTQg0k4I9/tsVMsuzYY0LIDgE kE5Iu4newkasLEDKUgtd57J8NB6fcwVUSzF2diGcoB5FeQ/QD6rCW5YWmS4lkHlvJKUJAo8Esp0m ZkPMzwYLG6LZBFQ0wz4Ll2SooiO0pbnJFzGuikv3OmuDKq9k6GqfliLRN3/cKCl2p1mMxflFNIRI 1iSUK26TEC1+C+3sTDlZZsB1mJuZsUTPwVDSaLrelvPK0URMjccgYX8a8Z0qI9AZU5FuSxiDmPSo Xzh06Xm7eiFmEuLwymDtmnG/XnUZBi5nBgWWvEj82hSvFUcvys7cIykYdFcvFc8Ef2taYajvgOeA AglmO5mBQFoHKYcaK5NToRfWFBql7tHraABIRhEADlkRGyu0g0WqHwuYg8sZcclD76PyB2Vo9mjF dioJ4XJtVTaUysyU2/k6xD7QHnrnBxzOXw8DyuBOaBhO5Qi4qk2V6Yq9wWTwmGAmdZme+7pVq/kK KNwwgxOBQVB31KBfNlzxqjkLqAWNDIE0zAFxB5gJaNQlhtQMTYCh4Yge2zENwdAXOlsaABJo5Vnz QMgWHayDQL9CLIEqKDIWoFywoVG7CARAKkZhuZLBik67B0qFxRJ/GJcRVY+nwVjYKyPAp8AEzBmw HBT7+vVDRXEVDxHnMzpwUjBK2UgghVMBi1Bgm1RIx1j92nudnnAV9ji4hmIGsGAIfeuxH7D5kGdR c2sHWqXlENCaMvZWe6Si5UF6SD/xEBKb3m0RgTKQI2o6cSCENHgWTIhd2qihdq8HKENYP5TIao3q oJGSK9fco5U40sNWK1gWMgwG83o2gDi1CLk1qKQX3NwZA4ZQKhw0invMI90LHEq88TuaEMUyCMgQ ALN4BuuNpR07Hcm7J7oP5SMUiVmqE66e4eiaKetRLxWgtg621yq9KmdN31vC4SIoKLGwbCzgr2aL nAIoi+PQZNaWgfjiWyVYdo4YjsklaAY7jk+OqMLLxitjaot35Woe03FVnTMDB2HneEB2HRkRc8Zi IiF+zeGtWKUnGgCWkVBmaECh58jD/ABw3SlghpRm4AqO36Cy6PBY9FAAZ0EQCjy2ZbCwbiXnKeA1 JD17V6Cr3RBa5bBenJJBZQu5iFaIMocOTybOPE8KQgGA9vjvW6skVNSdw8t10am2K2QHSGcp/r9V +s5AgOfQfmMhXTbiqyp1/abnydInOK8hOJaBJRt0B7PAbr2vSoEuUTqSV093EnLRHUHkOb1GU7Ev ktC8smoEd4Fb0HtF0ByGYvhG2rG9PqvsRS28Go4Nma2Knl+qvhtm/fP9V6U6dP7quInK4TucGdYL fYbAvzu4OMQYGA2t/RvO7QlwMXz5elMg/ePMYSi0bgL/61VJtsvv378BvDDz692vIGF17+663n7D vG9/QdAVoTu72E2f91cHM/vUW8w6vxkmbeAX9zim+fMO0r7dotwBGx31fIEhK2C+daJzBCuh9yg+ /XyAo29/L/2FiWsjkFzl87dbdWWDAODZMck//7v83uYNO9GRpfGmaug5NSdmkCx7fOEBnYDBylix 1djOs+hM7U1rNIWt0isCZcEOQuFAf2T9OQfqqqA8YTnNNOdAnUAf3sXHlmhVEubn2UZnMWYu6sip eZOjV7mZzjhWmk4/3akVkxe++JXpdhpIs5fv0+HKeDXCS+u2xTHzL+I8O7vQVKf1MJ+sjZIzrcww 9XbBW1D7aOpm2xlUbkOH4HHGhS2WXJ2DDrE0L7Dv8BdIS21aOzOzV4+9dwDRTwfAQruPtXE3/Aig sKNpl1OjuOyqYvpcHfpBza3qNidh4MaC0Wj8dBCrW2xXiWJnIhkON2VsPBKMGZ+jOMPfmPKtva6x /SlYkwcMmMekrJk8uth66UaUNLk50xE/iE9CLtwLrzHNZfMLZFrgtHYKrWtp+RGvwM/iH/8467DZ lifMV+Y8Q3uMU+y6RYBgKd1hFp+Zj51P1pTjZ8pt3V8wJnYVopbG+oBaPI9wwRaWCivLyfhb34ri irGqLSwY9pQMCNulLwE9YjM5Jk+OwG6Gr5bmDq+IxnIgkVvIqSkYncDGMhDkFoMX+Xm8yDokDVqo /cDGkr36BX/28iNbI5f/+Uo3bhPsoRosYGeidRCNtETd+6FMnZVKFj1WAK0ZWmklmhbI+0xLot+G RNXAmR225U+faU8EkbPhpeXGBL2l6qETphLa15KNSEm7VnX9G3vTNFu/NBgEJdhtehGxQg3cUCAd IJ8IVyaf8lTArEX5G45v9mq+G3YbPfjmZXBowlhk8w7dm33gs/7Ip3hGdi8ct7pE4tYNPBVKh9uh cnWboskSKNwgR8nmMEDvp16+guzSzZKtCnLK6eCB5UcSJvmxFpbNlIlIPFQDtTIhBfRSmGC/csfy BRlUCYNEH2WhQXudzaBFuXttycuQVWpOBf2pRK1kWfu01tAqB5JMlbOQc1hfAEGQSbleaUv4SoiQ D12MjBrSXbiW+MHN0AA5V8FeCUPaiP0B4++GXCJtRewdCDz0KzYzSnkwPq/+m3rWfhzbaXllNmgE tm5H5LDiyhdTH+g4giVsURli5l4ULdXShJI1eV8kBTiEmZS/ytZKJzFMWjsgq9TXdTVXpabZWaCD /cWr8pJO+7WqGPzFfEwLT6tqyoMBX6W4GBRD5NcxQkcdmhq8oQ+aHy3yePQBncq2n21SLttLwLDB 7BWYFHKzBHGiDN3DpQ2HQNynxzAEhIapOvwwEIU8+4ZiJDiskFECLviOEnR9ht1Ufxu6IEX1/CG6 t/cqy1JI0jXiyunCoPQYRkuEEmePh2LQgB4jPTrmJ0aVhWKsYWaEw9TofyhHWXxQIo0qY/cI+fmK EnAawUZ0wjhlxFxc3PnUfRuIA6i0rdkMh7/RZ7+C1mNqjiTCQIshEmEAIIKQM6wjcdBBoEoPl6nr J7SEe3QzA0Klmw2BtN9DFig5STUY1XVJCz5j7zmdAlxnHRzuVCp8BRACvAggwTF+wBUt69AtrkRz 33YySopI87SPTeShUyBKe17SltJ2DyY1csNaMDjkJDWjBxZASuQ1uaEwx0w6fQOmToXT8wk1MzB+ Lg8Lkw4q1UXard/XKSrD7+EUA1qMuXVC1uoS4+QwJw8iqW207Zygmqm0n/4PmWwI/cRnIEq73bW9 z1zKcBm6ch5nMoKnc4ZDJPHH0FFyBjV5FFbElE6E1SjeoV5GDrvEcws0KRIi69mvhJJvQolG+Gf3 sG+8NSIcIrBWkSIbDejqWYefdsGomqXCvtnj2QIDcrNuyhPAo3Y0Ceo23cYpZazGkVmEHanlRE/O N7jLwE4hfqnhdDnlGlceA7djc1So/8SErMQJ0nEJbambYldiH/ijucDSXFYV2v68/IfBBNQZFGAr YG/GnqQoD+TGtyF+fm+O4LoiDnN9Hj64ZV54e/JCQAxMfEiNhzyAb1jUCYuZai3TOAoMFFUBSxd6 m1kez5PMIKEAwrzGS1fpucEZEQIiI/A5n5ZOPr8dvtEjhMgJ+S/R8WuFSLwjDQ84tVMuy+ROGS+W iGoaN3dhki4Cw7qObck5aIbdqGutOcJktmBwY7dp+lxVf2IxAFzdlBVX/W6N3oi5GE0EfgoFzJK5 F4vqZK2kodDALTNhI4xYPRisfjumNXurV4R5gFtL+jST6VsMMrBQdMhf2FoWZ3QZsg7r9EQ6WIdT 6Vsz30OlxnkDukqHU3LNN3AP5vDz4DteGF+KwUQMxO35zMVUZzTiMGwOlGb3IcycOU9W9XtRnWcs D8XX/J6821OGwYdMiMWheNq8Ex26b0L1W6djbSrATT7JXbo13KkZcqPQDI3y4O6Mg3azYnUGxXvm OYEfptVYDikn2+gWVNC3AGxkNw6rUgSJHWaVjKPxY1KeOEZgcTLVNuY5WGAq3UxR9EYN0z1eA849 k897WlgcdtwkhcNZyXBpPjTxpJlNykSXQyYpg8Vw5RtOTm666PB/Zoy45OWuKb8ZhD06J0Qf0aXW niNwiggWImPnPHsjH5/GWeUT3BQBGWz7LBogWl/tzgjANzwrbTlAMLz7FarjRTdr170zFfbvxIno cHdnsVlZTZcD1j306vgUHRkL75UscdEFXTZJC8TSuVjUcRSDzTsihlxyNslAFUpfYxBOEhWm6Ir8 DiL//Gcc3FFmj+MtOuo154nGPIyHU2F9x9LiJfbYDOuyVshN31D7E1EjMyeMHre1SuMWjkIxPLZr vXabmmk6y2j+yPQ8SADNWJSf6rsx17qRsvFCBtZTXpL3p36MlJjdLGScNfhCKrgg5F8L2bmRkrP2 keUTe2xibzbBKvf5s/G5t8azj2yvoy2kA33O3c1mtSWUtdKANFYjxml+bWFh8XnhkYBCWFhaVEVH tsSHsFbZgF1y5QhCcxkXf9bmVsmd9AC6V2ssyUPiiBYCVMqzMhZRiY5c0pdtRuN0pEpuqybZI1XO uOJzLr1Wy7gBZ2WUTnIGt0qKq7EJomfJZd+qNJYgSVzafOO6LKnsNuivQDGHXPEYTIB39ev2KoYQ lOdp6ttd7SYuMWttAO4QeiARk1JX1qwEwlAJzFgApLgk7ZW/b9HCoKRxWtdNOUJJu5ZD/dteRy94 jNLnXpWSR4OClvbn25BTdsP5DB3k83CzLK3cujZ7kURJIc4glo8i/UUMJezVoPUAj6m1qtvKwuLM itk06ZFoc7ORRJB1gGiHwHsekEPEBotMkpNRtfhHLpWBo0ynxMMz7/WGksFdLOxCnPzV0CBLNKbG uaWdBwKFNiMCVeSwa9vYib58clXOpatG5kXVBtBXxkBD0GmkgUdV2QUq8KPGTCyotbCy8Y/ViTV8 xkDtpu9BEEj1znCXMJykT4tCetzUepIrYKJAIdRiBilnXGEvQDDIpxEM6MgIqriM8yrNiqyJh0pI 5NkILTJun0WbpcPmBb/iCr1iOWXMbkh4ldbL6QxZBZfsWvvMyj0u4haFJAVsyZYpTpoSnrOOXPp4 vgQH4DIhrZIIS8iunKEBhkijwjCBzMrbcY4HMsxj0/p0yLNBZxAxveG0JzTGpFNwZEKXwonSr0t9 ddpw2wTSv8rhjGZLDtjR8lBo9rAFRGGdUTuMRReKiGDc7cZ4CwEngU751XjegBhxOVAZagrKaxEM ka0ltbriLn86v4CIg+1jQojgNIVQK90HPTurxMoRdVd9Db3mFgDhngeCQ7jQ/PXeQRntFmj9ztcV QFvQabwh5pBxFzqS3Z4OImtRQ3d+kHS49JdTZYg+akBzjctdW9/o0ZycBRx8cDfkzVEt6LU2omdL LC0SKUC+deJKL+bzjeMy4PDKnp1D4w80G3oMDbbyAnPWcsfUaEfrVaRbvwCBhn1WZH4HkI7mYFMo dSXcLXx1AEsrEs5OgVlbxXFGM6gfBujYnYjxLUTYct3KvYHBeoZXX53kYdGHdNRao8fwQqHfodo6 Cu5uaQ9L8amjXOwUaAVhL51TQa09Q9VmKwuItkQR3t8YthynIBv67pL6agPXtJp/S2B+wZdXZ7xY LxhX0EdHrAG1dvB924EYztJxrDTyojUi326t9zn9BvKMDQZhrIZ6D1h1QAoqtEDxyLnzNjpfWq05 CsCdrWtgL9Q3Det5blp7oHMoK6Un+nhONIaRibT0QL29MFJfzC2s2wYFpfugb+X1zFOz6X/LoOhP A/JutKeFne9XaHoqjv/9RwTa9BX5asWShv8YbbOKR1fvnfbxPG5nvMHG2bkyZifS68UCx5s3/fFR e1UgbTIqRHiqc4FwLrB3XSGIwalWzNZU/88zNhxKS1/qXad+9YbZhRPNntNh5AUy70HrNMB517cq Z10mndcydQWqt6YW+h5j2OPdIGYJPrNXk5o2SfTCkzP2UGuNehZdkc6s207FWrm7rUNFMq9qCcAY HSmEly3otyraIlezJJ5zy2jq745Vhl2bLII050uNCUwqwsHjfLBhWmAyDfHRw6VboCib4pmb26LG hMWHiUd4QjiqexHewTUecv2Yk0sPFOd3m8k398+1mgBDMfhF/4j2qk0QERQSaTpY1/OiJEKsMlas 1PHRMhQ9SppKh+S4HC9emSkFjTUj9uW8iwP4yA7vEkTprvMH4k7BXNGQZrjl0HVV0PrDhK5y0WYj FOnXVGXJ2OxRZXkvGSSj1hyChPFN/RL6BA8WAxpMBbEaQbTQhLxiKcy5BDDHXgxjusaiwjge2IRb bbyhDtUUXpDCI8VYACORBFwICwV8iPGIh+EdZZEadVNZ9gbrS+IlIpwMni/M06yHhGmFKM1SxTAV M7rO9tDw5Kifwi/oDYFo0vyoU3Cb0Ff6GzZPZ1wqT3z1Gg58k1AUx5NQqWKRay+GKvJuWO5tgzmJ hvpGnH/LbhAv7uw59Jd3lUK0yTiMyCNe8jKQcJma+V/jyaW8q9xQvxId4ThC6ll8HiIhrRgqKEVx exX6Ol21moA8+CIgRV4VuXItJydLPuRcCGtbLIpVUEsP/YqlMlu5S9lHAig0dYhgQaZcVQshO9jg /NKS8R2OJ6121yB3vCWaaNMwPKGQXzwXtcJ/aRJCxNo44vsSOj36hQR1VyLjrzxHIKNEM0xI+ouf Ic2hC56XTDQMRxaUrL+cgjzCZ/ziC4haluNwS3zTsaSqXAy7pc+NXj5DWyQxJbMlulop49rx2uXm ThFU/Fk6dq6wCqMTJUnVb/2Xu8Wlhhm8gar0WF+kG9oAU0HDwafw0mBJiSApyhCX7eMGni+uTriS JOytXktrDXZMk0CVhGOdcyhcKf8q78R83VCn8dlhjGnIPmONW7IudC2NSDchDLR6yRYmvHpXkXb3 CEbBlAg2mCdmssYUTuMiG22WKAXbxki9cFe9QEpCtcpAt0Z5SZEkO1SXGjduTqldJy5sjz+lKSZP nQ4Zq/Qr9gU1xTXGSKENCds8Qm1kGFh62LX6T3YELmpMKJHIopF9e0Iqwf6xkVM0TjznK6h+Yfkn pQ2BgndxC0hjYxxL/bYhKPGlNgS3hDR9fP2v1BWdDVXLcURr9NZIq3b0DYtrkYLio4KxEE5Jb+ky ELJ5ZvgfvnkEkwM8HpR+a7baaFray48ABETdxZS47VSy63iMC9OKLCYQjOI5pZ27rhw0DmYI8lyq QhlRFkc9qKY0/8F4/Bpx3EVDMRAacwZCTOiYGLiNJkrX5OX2XATl7z1cazNd4uWQkboFV2x9puez /Sl88tZ3UtZl8kAnHW4E9lvl5RBWeV5KiySJnxFpkFc2h+StxnbEukKdKAJcMveif+N6x0wdxgeC yNV6wMRmUtRzCalHyHqgWXMjpDr77BHGosHsDt/DRTzdMbyQTz3XSaZFpdBH9TIQNk6lGHlsT2ST EO4RUqBu4uBcANT/gKzebobtvMSJxHsw5EnLc3ASXZB+equ19cDxoIXhGGDwDv/a2acgKwaVKzpb FMN5VO3W+SpzQqgTXmNyuJDfjcbYH7GNmNp642dLe4kxK4QmhSc0NC6d1FrjDKfKASuWZgoYlctI OdJK/TI8/8yKk0D+k9+MSboI5Gmm0MaA9nSXJLRDQED4zEr3LajlkTvExmPHg4wFVPtqFYCap1eS 7hZW8mO5/ehKQdBRC/WZhbKsKKz20+jIh64SnaggXhS9sODgU0NhiOHKPZJ5+OxB5m7UaNn0z7Y9 lsJb2Ua0HvDVsGfIrrIG6qiL+mXCm0e05d6cf2rJbBGagNLknHn5eV2mG4cnSW/tLswPOq1UDOpX oZHhBaXaHEF77Ugx38ZvMQVp/PlsHx9eBJVJ88VOOGA2FISHvrZjrp2Mxlq9h1WAwR0xRBgjzd9c XPhXeJelhdGIPCAdYlPsqUbB00H76Akls2Oj76xX5SpDQ5EUUKCXPGrxMncDGPGBoq2oALlityLK UB/N5VXt+XGDsLwYFYVwCfQXyIqacupUUqqCe94UkC9V/JA3bNI1v5Ncm2IIn/mIlJoJePJsPZcC OxQV5FaoYG8stUJBSt2TraS2fbNJwU8hKGfeoEi/E5Y6H56qdivnzH/7QMPYBEb5KjdqhJ5KoNS0 Gbw2s9RiRL/npelpzmkB3G6Cd2uq24LaEZOqOAKFTv5/mu4EsZFch7LoNio9j5JlWZm/e/+L63Nf uLNctgYGCWIi8IhguE3MAK1CRrc0cw4WJQQYKe2mcvDe/IW7ZubU6G07L5SIVk46lLrtm3xnRGUc A2Q1wC6iMlnSNwt+GgcIVldYG+9Sdu9M3IvyALtCvFbeKXg5INqKw//wjnmnlB8nKAnd1sOCAz02 sVQji4buG9mPz/SHpVq3hkxSPmtrmjVxlukw2686giiU2ZBz5h5JKNdL+95sKieTBe7PGF64vl7a PqO40Zu65dMKRdq1x4yPBxsRj80WGI5FuzZ8/skxzBrzN4hHBB5rlNAtZIVDhiOZ8PYUg7OhUBHR jlg/2MLdLlYomi0O6cmS2zZlQAttWskQU2DAsMgLJyQILIBRhUVTgDEzW6aSOJmmJXtDE800zEDU 3dQpD0pxhTD4N1dqlydEXTceESVnjlgvsJ8dJVYLAZ4iWBDIIsyxjYpqhjLgeVEKg43+NU1KZEni PuZbuuu5p3HE+4Te5pTrfBvpBfNsysjkxVLSwlaOT2sVJbfQt2ZT2C0rRhc8ZKQG8HQYSjV+myut z2+3NJl4i2xpi1ljMGNvmeiblAYlrS8NltlOUibdam++BVFYQq8mN40Lb/C3fwIb/cVHfoQV6bBu irKyr/5hSYuB0TLAAg0K0DlI9P6egrnK9F1mlUP/23vG3aZNnCy8a92pfypJ0xWQNaJDJgs4895J regk7823lyYWrUE80JhxWpKFwHhhQnEhs2oOBqbePHiXp0NpBT8qE2+DMiyXDwWZFswYhY75yZ3Q p+IRg8lWErprUJUcOGpWX+2WD/iK4jEijCJQRbvTonHynaM3H8psMXDWFoUixKXn/F6nyLVbwX3h PMTKmmEB6L5ri4sBS/vd1Nx5p2kO0IxeAIugExYCU26t+G1simGcoB5DxZmy8YEag3sxFIAARTHJ Al0DplTT9RZV00StOF8XOCa6x5GwtPATHQYh6ahuWo+iFWHAIdNGFbATkrncP6Ct+k35jSsq/IaJ dXmbFwACDzdEsrddYt8Cb8BygC6dq7oHfLllwMy+OmlaIaWNg7DCIOrt5oRehgDq96mnPQK1jAUd MuXawLgg1woCh1RjiRJa4Bs0ZbBRwLYbN8A49dBl0N7XSxIKhg3+GiwMHAtqBOhaUo1hOVbdH+5Z Rb3KTwghGFYngNsak52e3fAQLhPWBjKD3sA6lbiH+dqlotI7EsrleqxovDkCTWCGq+WDWAoSAqjh fgBQYJqJ6MQU7Jio2DVudKmiNbTgpOrWFTQG8OGEGlFAIwYRZa0GHvoMkmdCugz3DDhXfu97aHYl 5Z3WAmF1ELputpnUgdJwSMe6wMwR4kGCQ+RBxyYBRoVWVo1u+EBkM6h/0NPHG2AWsx1PjZxI3C02 RB0R+GsrB7THcLZnwYTTWrXrlNUYShnxBiBtU8PlFKNbTk5X4KeBBD/kGYLaXkNUdEsIILQhr+Dj lLOzbvDW3MMG9a9DamDeCAhEtWnjcwQAzX77Wc94FXhlD4dWuYoNN4oAxjCZDsnbLbKL09Qa8+O8 2xbsblAGy1h12kxDN6qxAflagezwHKqPUZ2OAySHqNrF0JfedBMTP6+v4bfdgtPuDmLfv5kZ59NO E9TRxpl7Vrbl4DYTfO1GJ/TTZ5SlSdQghvvKdMkileQtmguymhraYdDEmqiCefG7HQQIMOHi8tBa ZLr3oJst0pl6I114sMPMaQKI2yZCyLoJ2GwwUebAkGyyqXf1HSm6YAPvEoaiYLo7d7A0RDksmmyZ /bNNMoAihaI67qOh3n7bScMmZohcTGFyCIdBg82LgusG8aycK0E1r5Sh4GSixhMOol/u7EAHQXcH B7nyHt1aYvpM/1cHDJbnxik7aHxR7KMk3VTSo2btdAnIXeWcsbZdD1nQ6LSwDS/bYRYkBk807kPB b26Z8/FKz22KLXAT51iVJQJUwxLG1RcPWxeqbizFCdoueQkMtEx32J8GfDJXSf2sqfP2aacVsMam xSOJfFzN2Ld2ZCCoEaToerVC1rvesotFJjq2eOVd27YUV/H11iVrDZdZGtI3aDBO8/bvJI0KwBGi GM4kCi6iKkzJam0dRCgWWUUFS2Yj4Gx1bIJb7TFCBrU4Ey8KPzZjDBKTB+kKyZh//rK7JgVZwgyj WKmt6C/vd+I5649AHCnCXCl/S7yoTLy9WFdiHT+JIEkUwCKxTyxyrdTFSagpBERYUYKAA/GtxuZS 2CpS8YnlUE5RMNGQJoYWMipzwDlsN0kBgROMhWYmZSDzSpC6aDBIGgkF6ViYOZjQY2FbUFtLMRFv tzdUztqe1BzXTIeQrT8nuWF6PW6dDf+K+jB5CozJhS4IRZaohy6iublIOc2gCNRv8WYC88Me0iAz 9JG+SFEohXKvKwwwOlGlQhWOd9jIGEt5dHwUhHTQehqbBGlKWTbFWQykwCDfX+50Fsl0QYE7JUFI AY+TRXWMN52nIdAkM/0I1OOsphvF10W8fiiemCuQrVyMZAVRYsjCLIGlWI7mBHsuXzuQwJfPewwX mL+rbXp5VBdLDugU0pKXDKfINneurKT9mrKbz+f7ql18g0pf0zKrctlDzMYWYVvx/CBZOj+TZEyk DNR0iVSbVSLEdeEAzJxepfzJgjIbnSIUsupURDmtMwGipBq6T1jITGnTHFFeMXrpkvsmxOTcC7XU rlQGVNX0zaUGESt6FzGnksm0ahLsp5tF8ZWh6sLnQaCpt07oNL4U9tHdqVBJplZYUIW2zJEt3sWN QM+id1RokhkzBiNG4IFvoooKjnOKscu2NDHe8sb7pcbmTwswXP/dd0+p87EhQb3AZJX2i6i7vGxQ DjAdo+H6i7cUFy9ojqEEqnlpzPYdOynryq69IPF6zy7TPb8Kr8kiLcok06sY0JdJihp28If39JYU /e5FUBr5KVwzmbmVqY3PTIEOtv/1G/pyEimIK4xhT6fMbrn5Elu2QUl8kWEF4LTRSPhmFIjXBCUm /CqCZOmdPMADhNjkHFLCRM7GGBMn4KLKqCBbrXKkZ2rIoUX0g/fNqmATnoo7rj04CsnEyI740wTU +JuyO5a5HD/9DPDh9Jr0EjbJPB1DieHi5JTbbqaemigBU0KdpXWHuLnl/I3LmR4SjWPhaNopbhAB OXezgHn1lo0nerpDJ+WeRk/CaGaKpNNOaKLLplABz0w4qAFBV3DrUwQEyKfHpO70HgrWh/iaZeTi XIx6SIzEkpJiY0aa9w4oSQm050aou96zqpxJoIHyXbNsvnhiiCgsI7YQhQZEIw45VyAkx7+uRC0r aO8LeR4nFy0ZRDWcLSKVZWZ5WRKpurK8m45RMP1rycw62YCfYgF5SDyZx8s9oDwLb3lHMJQAZRrk QhFptzG3gCesB681iQH+EQIF8lS+0NQWU+QjlCFgPGINjM6BAChhSHMFKOmc5CpigezhA+TOMZTg t02gke9MwXaAHkwIo1c1+9jxH/FL9bWmvoWDVTiaOiBLRX2uhqbCNuoHUaaUvyJxIuJP9td9AQy7 PhAYK+JQQpp2GTQII1W2IqOENEEVyYqLi0XpLc7H2GKYNCPvivV8/hAIcNy20nApx8CemaowocWR plnWq8GkA5TyzWE7oGzj9GU2W4IceuZPusw+fVeFWEIRduotpdCMfKi6NpyeS9NqMUBOCfgrwJQI wwkKUYxRC1cUWGKZ9y30duSMMBRPgIgQTat1E2UFHGvmn7RUVMzH/C68oggS9znL1YkpcRrBUXpy qYu6tmI6LzkgFbhwDE4lSxd9+VBo09TqQBwtxJXKG0AXlR8geqWUYkWXgQq01W3bdsVyLsRxUxbk NnHxMKROkCK6oJuFySEOAtWFT3glfC2wy++YUd6umCRmxlL+buCDaNxQIQVWgIJUlIjLhfBdiDAD R/mBbC/yI1SaL5jNkeokqjzQvHskZz7NkSdEPSEZusB7ZhW+jZ6WjxDs7RcUwcnPSKmFCr0469cR Rppx0vGJyC0O0LciBEym5rIAYUwcEYDHhdazPKQiNsFTT/FAIwXGFApGwgg1bNURX5SV1RQ7pYJz 2nRLFZD2+UmG3WYNT0/dGFkLHuKDUAVyTbh1k6OgSI5PYrT5S41ti7OgYl3awtUy5FwDi3HpHLs3 6KwGPGsP5uIDybH7LFhP/imnFPcyfZR6fcr8M7etF2UE3rKZHI5WlUxY43icXZIL0dY3NNY34fNR z2aR2Z6ahkGKzNkIEWC54VgiM2DxZDkzF97XCJUNm2rrVEbdupYjTLYsbF4QH2lF/Rfj8F8uC/Y2 HMm2YnXgSU5LnEcxy8Ly8dXBcDbUhZ8T0PtTr13bYsFxYlpCEuy2FtQ8FiUdU7fqtvJklvmofBLB 5Kg1A5MnyfwYhhf5uwqLaCeVo2wIfdiySDoTLaIpQ1CnYG91y/IpDML/OlcLnV+jVG7y8tPO1wSP q4yAVoTdmfPiEDrPVJsb/5YSW/RazcwnPecrxlvOs9gGkdgRYxlXgaPXTTPt5tYLnkEGRZ7WY4tu RlHhBHG3j0hX2oW1YJord4oJxfmUQEjQ3pR3PvfKwWh02Rv6oHNtEFASgAPbV2JEJVZPr+eWbzNK 2zlwz8ohCd+adSHK1Dhv3NT7F+WWM7MwT0JJd3Lr5KXHDU8Dpw8TLH6IsBY5dHmSNx98Ni/gJ6kR LgGZaSpQxEQFEJYy4q3oyCzoMhlW/IOTdsmNnKQYb1ulW5WjcPXGLs0qemonbjcHSC598lIgjTkI OL7Jj9CGGbrlexN3y3JahtsY4isCmldPcLbLt7b4bRZlH3n8VghLGPbw5FaKDgLJq6Tj84ymVO5Z h64rIsL8vIgVisDQVk0f4klB1CHpYz7uOUadL+RBxkJebq7Ft+UEHosGOk4wCEMF+EWD+ZBWN+t1 2HIbrcTSUbdS55xk628gi8iYJzdLF7usFS1Ax4yCiIM8TTU4GjKytUEHruiT10v3C2gD5wEZDpfW znLigmGMK4IGhSlfdMElrK9SPL8tTPDds2PelVaC/L470QVMGhYI5g2MlM1blL1Xlxgu3DoFEqvz 8CmwXmXMWoGclLViRTBqB5XAUy1p1jcY3EC84B1s6hMoVOfeA/Kq/2+2a2kC2CiRH55b4Z/1Ec6M l+ReFbcpY1Slq6EBYAbIE1FiTze4VwRq/OKIZ7grHCKV2Hx7CNeLKRIXxg3eDZrWhTZQNx1EUEB0 oC6wrjNJOirB5T7wtdJZ4CRGNELQYth18gjcNJUe7AiJhEOjox8Vy8RXkXa1puOlw1J8bng0kvDO 3lEyTSF3jwnxgvdIGX5ZtADodIwQRpwvLxeHV6RLCLOHThIIQy3KPLPA/xBHMG/7iZBvBOKcn0Hj DtNWbnw5/w0A72z2m+Ln3UkR47jQ2tIhxJkcPVHlC7ZVQ+50Ev/w2IXE9XWBBKYYyKNCFXh3LqkG jqNSNAzsfXVixytckwoE05lXGuRnxZtcM2hUz1iMvW1kOMOHlnkBUdWRKl3EI4cWaaWrxic1R16j M7gbg+puQrAtAqxV648zrqqyVtU4/dFRwg3UBZoOqwfdA+9pGlgd5XhYvT45EDvQ2Aky7ZdkSfqj s6qmga5mGhgbdzwuoxOxkkvKQw8qX2XspE/zIL5g54D8itV1rID89M0WX98A+NP3jEWHRt1hI4HK FRUr7fZ1VHWvUjXPKGrkNmWybucLEcZqmBHbFDQJHaVYbCp4UxsaILYcZxBDQPwJQ8MKBOpKpyww jY9bYPrNNvvwktdLi02/Qx5YyrtzSuDwPnJRPsD+hb0UqLjjA0TB81s8On7k6s4WqdL87kMp5i+c 5vQ6JKTxIFGy5274KkinGQhk1lpZKoY7m8BxfwegW3wIe4TBF6lXDpI+hOJqQ5GOABlF/Mz7+RHT Wn9NPWu3CNANbGnN3Wz5VEPkJHOQYmxLQ6LNp5mYo0hYoqHimJidPsZUbG77Q9CL5Fy3sELIThno QuzYLQKgReThRUlQu5TuHLGOFpFFTZuKmL3lwEQK/TE22gyXW8MJcXPxUZsmNMwFOLXRXMef6lM/ TskAnGZEvrVQ8hhWIl/wbEBJ5Ja7mYqOu65wpXum0GFZ0Sch1jMC8bD50CshCt+N2Eyw2En0VDwX h3FzB2lyz0InEip2xDt5vdBMjGS3goAxVkTicmg2aszo0ee9QAZFCDDRmQWUp4m2+rbmKlUqBbA1 IlmM4fozoQIuKyMmmOqyM5EPT67BqCJDZAyn5LGwpsiQKNJCgusAnNxpMsml+ZxDmEVzOw6kijep dB9iFvF6yKzOszw/dLW7BtiLf3YAMbyGlqH+2+aRg9NzaOkkflpgyv3xjG5jOKvU3jLedlzLTXkp xrSc095Wdr3Fmi4dYV6Qgdf//9azXJwv08MspDC16Y9JTmwLgPIAekbnyiI1oRmZ9NiUwEm8EuxK 0vVagr1gUFRWkCQBlKvK2oRlQjDkQWuK3YrM5SNiLHV3oQyLaUXzgt1iNArms44eLUcowCyHKrwn NOogjBEFhoKLQwNqECGGQ/mzkkLDCvM4T01TOZeIwPuwF2JGb4SDxaLNK2ycMXEAoBhDRO1yhwW6 pThi7fCTFNLEj3BSVzSnXQfkBZPiQqpWBlRwWHKCX6Xw5sWa8GopMA0qgwEeFWtqiz3D2qkpS4Na FO9JxQTUGJI9l80V0o/m1Vi6CofL5IxuUso1i/OfFR3FrXyRObGdcqbms5LyOtSPjFaahTtjYnF7 JRvSM8wAOJmRkjCnwxYKh8JhsqlFc1gUpKo0hOWWjhCzzwXSEUy+jmjQR3AQZgqnvYFnCf0RYZSe vVWSihval1DoRf8VwkiR7tUSawBKQ3d4FA8ghw5Ak0osO1blohK1Ov1u1Y6P8pSHlzvgmmTc4/Oa otf6aDugVDhKY13QqbGaeWrQtdVCl2SaeFG5gq4Cdfz3ZV/gUamtNMlf7Q1WJog2XTXiocUtDfRI VhfHusg5GmVJ+FyNJZTBjCUJydvfe4ch57/JuPHlqt3+oMNSvSQkhyKH6uGWlbuqJJyi4ou+cUY/ cXi5EHMIitSxqctaDktBskHKhiVZLNtPgDN3SkP9C/FwYVCMNiUYQQRGQLaxm0YCmoJD/TXM71BX QsXY0FraOsZ3h7vDR+5KXQmDz3RvPJUzcKq90yR8gSG+7UFyu2/B2bOJ9b8A5GrS3RRPesEmiQYZ U7hHOuVu/QyAznVfux6ClSHb4N/4DS3mRtSI94A2jUClhmY7sVsn7A5tSy3lyT7SS+djqL8LKXEP RZsAtCCesx2zg9zSHj1DVNsv8DYSAzmpMWlocxzrEX9QQkVSjvQ+uWBxttlC6/Kwd+zP1TjQJnQl ssUsicidHb7pQo05EO1m1+TWIz47qVsnYOVO+q0HM6HhrvLL69cZ3cwhMFwppA8gipmoTDRyAvTD HGaJPqTD7MrUKnOjSA++Im9kuPUivWyq2ZzL/R8f483Do9Jof1B/aKm5JiOe2PPp+gapbcdFkv8y 0IQ4fMKIKPI2eek6VUbgXcXruBfp8PIeoZf8ScjYlMDXVcaSrH846VgW+3d44sOH/5zboDu6aGXR +yH3Dj7GATrD92JCUuwOppypyaLAN48dlMQ76dTHmQQK8EPwVZjEWbuAAthyLcEvKiGrkAjBTLFH BHINGDtkovjCB+7Fx7vUj/BIv67yDFpa2FxT0d947OOUImeoid9BfOyexAV20zDOIWOkLZQyb7T7 sCI+q6ycPzaaxc7fwT70cgmpB0Ol+61WKSoiY91Dy5DPu0ScleumvH5XEkfN6Zi7rlKA2SyXUeUk kCgQiUfqJI0gzYgR/WGg65AQ2WayRafTJFqDUivqDWbMhYg3MjftWiCxMWwl30p3gMxi98CMAmcW kEq7tp3GUMRFiQvHWmhyjGZQ/aHmBGpOGtWlOBNT2orybyaI7WaYHGJJCqfzXFxCcfQH6udF4xcn zFSbS3LtOvLxz2qdhyy7MJKBBuExIafWRb3wkL5RAs22ItD6ydZ51C05sYWgOWZzNIglIstNWQgA M0iQ+uvJ0p+Scf4G7pCKGGX+ukuuPqVYNNvk2Ic15UCzmgOODZHeyTRdQkmoeT6RMWXoDKldtl81 a+LO/OkUE12R1lZpqyiDmCHwxjGK/65qgIuCSbnanzhnaYuRaLFQsmtzpOJmocV7VbgVbS5ceenR A/p3HQ/0/AgDL95YaM659Q0ltt1G5AU8TTTEj7pOh523ZHQcdYQS/XnyZE/SU98qQDE9Twm3UZh7 5JCm24gzmzkAC1DWgbU5F53gcbrNmbTaWhlz3PcdkuJtqoXD/k+ZcjctW/SfhrAd3CBNTod24bvv hX1hnbSAGhIb9HBny0+pp/OVIOcok6ALmbqVsSyEkRsnf5KQcytUZMZkufeXNslWaN08Uy7E6PHT tvIMbW6ijaH28vRagqYnHmZ3uuBnLqKcmRqZ5nQwUmkimNGo47X4h44JONPQROk35UkhTUjYw/mi UwhVfp3XR5ZcrMyNHbh3A3/ZC29pEsiVOJREzPO19qXQBbQlhTbRxM8+8D8q3SRifUzhsw9Wi8OB n7QliCHNZ1osOgi5h3uA+NTqyN5R6W+8k57pX0tXJL46x+5Cf1XH5W7pKgz8sCw6ShQuE876osg3 fY4+10oa2zXwvQwPkXrL9/qKqxF6OcRQZsRczX0pWIEi6da/jnIXGAS17iWPVjyZ20wCpZOpl/bc 0ZOc3UW1KEfm8qRSB5iwA0mmdEEA5CujxAen6tkXozkZDHekzzDe05NdPEMmj4gvs5bKcUQggmrh JIAUJt2w39E4troqluB8cnQ93YCu5UfLY/GS+IoFkyD9iTtJNDaXBPupNzGMOwb11l3e7ZJItnOS gDEtozmJUuB8LzdpPnhpZcWoeOUAGfylAKXQltrUvGMBQgEMZm5DqnXS2Mory4pfqjFuwzLMzQAV 0eZG2qcMsJf5wqmksYiUcfPPAA78CJMHanVcTxhfeFuPL8X8TuYFqKWkpgZAPJDDTu9583ilYQcw LWeOmLYkWxaNabo1B/l5eDVYg1cPRpOFf1TSb4JByt6YiJIVn+OD3DnsCJOq45SSg/yIaHCoKerA pDrEpNrUt0qv/RAJJZRLvq7wFYvqocsHGfgVSqgKHKYd0GdJ1k/fhiGHJFf/i8nuiNdtdbMwKFB2 p+Iq8u0g6LBDaKR/Spt/qtf8dCI0UBZ8B0QAW5E/2LkTNbyBVHTWr9YO/wVhAEB818Mhgdk+IFBg LZQIpwG2yla/g1ArxoG8ohdtynpRp7z4ZyC/cyd69+Y8Ci2GT3ZAdmAoTBWlnU1xPqmfvqhV7RIo GUn9VNFtGhX6Iu3q4GsPwXSaB2JM3Pnbhuo0EkeBmOn1n1pjJ4HsfA7nTN9+fhxifesJid+Oovao xJsnJH53fLW3t764/XiIYadKf/787ezqf98Omf463T6vPczR8R1wcseQgHINc3KWtfNBOmb79HFT Hu6kbqdda6Uy2OEjmvysWtj51Z1+3dEaHvJY8387j9uR1QqBHaLSgdfQ8zHB6eLN0TBtpZw8EdK5 I57M+K1/TzFwVAnWdXoJApwo3lkpfztoJVi9k9K7trpzUGxnkyiA10PVw+rVe+YCjqr99pzNd88b qKgb6tSWAR52OEsHUJBZTPaZXqHfnVZBvjXVtzJ1/DcxvPChyuiw7QShYcDzCpBpeIoEDA/cTfc7 DIQmd/JNyBtNGli6dnAmAGn4lnMPcnTUmgmm7y4xbpeQvp0dZqfPkLd0j+VZJByZxQcaKYfC2plS fsDA3g7vG+B84jxhm3rhPbip7idwY0hLWcdJ50lCXjkenpMx8wR8LMw5386h+SL/YxpKE7LxvFUQ GF9pj4x7bJnlz/IAVawGu7RWRFWOGD1B0YbP8bkI7fwi91pI0I0JeGzBaNV4zoTNRUfhe2FmGuVR LX0caU5n3q/7yhuDY5SnQM4tdpWsaGmCHJbtnabGRXIXuQLL+dnSx2asVPiOCS7FUtFC7Gy5YbhB WyhleTy3zjl8jyfgrAxh+UBBkG80WT690ADWzs/VuOXK5VaGkgKCbYpWEhINxud8BzXjnA4TQPQ2 psPYu7uozQKONx/bb1qC7zZHqsOhG4YOWKaGpIE97brlgDGfX6U4rfj5JnpSBREVPjxuu1HGomp6 a1hqiCdU1B99patA8mrkO7yGfOkbNuVoSdG+nydvakNFLX6RR1HpTTTmpvf4Zt0A9jE1hdIGwXNs 1DhmtjPFKhDWbufhwjGwZCYeGrTHB7cBp3V6TvMtFrqym8AGbVvk7b22Vef3i70zSr1rGayvWlx4 X1acjeUbXK0nYjAcS3Ml+04PvEfuSbBBcBDsL7cIWICwy7eINKO2KVtzCzC2VQLW7X4IsDnrhCa1 RKMnjW3toRUxElW8EGLMtXuC2KN1ota+IKzcOJliK+ubSZj5q7XEHPVihyWZ1Dk7aH33xPDULGER GX8gQKIKbV8mEHedtF7jlDm584ietG2qm2PrgcJ164evTUVv80IrTk574jDe8z5ZeVsDQejCb7g3 3TWOGbXKp4RsDq20CG2fz7bXxAzbx+kekSgyaEECSl3SXlClSlUwsbJCCQFDtymdnViequcXiDch IpYlkFRgfT4z19dOnO5KJ/UY+tDWQFbAXXJL9JhDN57bXsyDpy8K6QwiZ/dp3QW5zy/mRv4MLI+M cT21vKmRTjxLmetwNmyB3/5FgmBdPRih+fhDBMSBZNPP3bXaGNU/sRUJxk5UVZFGjjwYrWD+Pu7U u8WYPo5UmllljvATh7m4okEut0RAz1zHkc7YMyssR2cpdKLhdFPJ5M2HccX95nDjds7QT4IzNB9e OC4sF126hJhNNfl1SXfEGwfr5qyNEKzD2/pWCU3wl8gZeSJbbrn7LwqtfcCf0w5MNEEJnEbVceRS yyVLVlyyDA5gkTtsVnlxywZq65Qn9E7+Jc+qyGopvFFKOcvFJVyi7YYqnZKJp40tFt2qr6R1ORHG 6t80kb3zgd1bXVbQOAgK6AgtKFdDscvljGF78qySwygn/qXsZWAwmbJO76tU1osPXWauFbLiSdDH 5KANfBcrpD8tT4PvJIbuT7m3ENrEKHs1tFXEPGEjxOsiq0GLYRloUALMBwZpTriRHpTUx+cyNV8H V47M9ByOYkENXvI3SMiU0AcpkDNK8U0uvGMz11MwZDM3UyVSAG1UNcISRo0CA70xI4cMm2QiCHvE /25xqO8l84MCojlWDDXyl0jMq9td0UIbpwVJPL01gsVUMok/LZFVHbsm3qpoSqbllEA+2zSKx5LN Pca1rK90eTMuZyrB1IPG+d7EZTBZGOtridtjGoQckxBlTljIEQO0YachwRi+KKjNMyoTOXxWVpn1 ogtVq13XxiPY/Ja8pMdMUDhQjONl0AQLFS5RP6L226pbGDAmyX9jgrbCkPSFWRRCGTuK0sEZPpRn wAXZs2DRVPJCZcEMyLFEMPVGSZ00nXJVNKMzmE6DUl23e8+RZzu4XQcxvPS8gMtF5oewNN5QdodD 30KLKAPeakZ3/Ph//6Wo2jBKGtYeRoqXZgLTzNc2BwSPAZr5NEoRt9fh5ZCs9qaoUtBsPfprGLoH TXITgevBWRttt8YH9DXpWAFmcY6wy6gFRQf0HV0i1PZKkE8dsXpm44etdjZ4VyCl0+5dGdptA2SI FtXVU+d9A4XhuPgBNWbnCvDwivl15EJdhNkyBPQHB7o+7Y8tBnTWcb0FBRkbEoQuUDEzrI2j3z01 xLf3Tovho8KQNQbXZzieS6gt23i87+gJFFaCBwCFWBmIURi5PUEOjoByNayExk40nT8TYB6CHJH6 M70IyEZm79jmEuLlGZ2nFaqjCc8ZtKgnHGn7NRnEdhYI1TMUhuBC+yFzjHjJEWJykHVI5HRjw2bm 9AaQ20OaO/U+JW83xPXzdTTEwJlI/j/uwvLC3+rH6sNpmHcPS9UBx17JKN/kpwFYZnNDqwlyIEZe eJ98DQ10dBGW2eKIKS1fqNNtaoCqteoMF28jwv88QIqPRfM2Os54KjDsqRx6YyUtIYcVA1oZdKR1 CQ7wJ0bRg3WTyaT9+cywUr1XkS4mc3Um2KoaaGTOMpkIbZl5ciN5aD9mQLo6npezNzXegD8kEdx2 Rf9T6HwDUxMIIR0NUajmAXU8TdYuygzcdy1mwupQa30uMDKqtwA6jqLIsJJR8dnCGBURuPIsYOKx pJnVfgTXoI9LKL7GkC1qfCJSTFVxDdlGip6LcnTIk+BD/qToAcaLEDNxRfJqPdMggNFVKUIOeRZK gHoyQ94zJ0OGWObrvNJQ2qToCpdrKgLq9sXcuNVczMr9+lSvC2GLJ0y/KfFOADhqUYVTy1trRH6s SVBUXTZGE8nVWg5SyZxR+WARRvtZptrHRTcGYjfmQSNOOXkkwJRbDLh/hf+MqLRWmMfBFlGJ5ApK DSF0JIgyb+G3+eR1hRtyLVFZ7C1p0RwC5tByMV7rjIcHEZ9B1JWtEBEd5cDFueUOi4SoWKMUBscg SqQ9A/e6RUzfxi1ClGikeojgVZJrSbcWlAH/thowKoq/CImUke/adKY4P30r1hdGCq/LT9FWlmrm kEAdggLlifRJY1ohKq5GaEVZabeAuAVUQSLyyU3kmcIaxCr29QxllJ7kK3xiPd0iVYhuWUwJcc1y l1pV0nwsSawV/V5X12oKmOIt5tBIxSTifGJy5BJxtH1WhF2OW19Ww5KGyuYyt6WtsitgzlNCwd9i dtPfUcbSgDJCqZlDTl9C7rBRbeTZw1tNrE60F+3LRF3+hRUkYr4dK1AgcOYi0lUvE7/0rmBE8vWt Uk7+Uh5TsqNfeYHRSkhf367pBXb5ABiFOkmQ1uRVJii/pyVIXAvZDkZBL5KLqcp9SvgW8Ou/vLXn 1CMgx4cLIZxpE1Nh9nFdKrNMR5WjY7RLrOS21MYk/WZgUBD/ZvLhB5RCipplV9AVoIAxCM7nRKDs Jn9ncpvT2wXebvpScklc+Th4jJ6VHGEjEngO6Q1MU5qzO+VBqcME8J5XeoXedQ9xVAEzwXPqGN3m z7EdoCtZmPSTvs1KrXRCOKq/ygSzOxaR20M5nwdz5fSg3BfgVwkZeQ1NqGS3iyHhjg4gKztExEmq PpeOkVC4ekIhKjWqwQoGd3IBUDpUT16vd7Bk8C7ssdQ1F6vnQJrqkFdiqrjVmIZLtzq/wetYIz1W L5w4HA3tu9rDcVdKHXjoqApjOs7CYQhwZ4il/kGVrwMblxcrIIdYOu/CeMqd8RfGeel5jNijQ29N 8euG3Tudo2OfgZLn7xt5QbaDecGnHeFsGlDZG5ja1N56kqC6XwR4miGIVQcel3g93ZzkDIl1GZzz 4rGDHWr9r+ctXlyhh4vnJF73CEX4L6z45uRtj2EEO9++/vdz9nRC6DQKPUhRhz+3v5DbnqHojx5O l3/nMOdBzNef26UnJ3oAY/07U/v67/L33+kfdPrn669nIN4ut7+X2/Xn38/ln4cv+u9mxIaCGzeV /32f/54B2pf/0yVR6xSSH/XY3/80g3Yb9u/15/8GHF/+evQikBs+DhQ//f1X4x7kaAK307m3MN4L sj9d62MPZ/wJTr/+/TzdbjDziyfeXr9cC8oO8Ee2E6p/sBHK7cTvkHIPWf3+H0rOhIIVG/jieZKg bl1CqgnPC4C25j8aA89Htk7g1c68DhJvG6KuQtodLd4zIr0/e9ykIc2UMG0t+N6HPTcTtnG1wFw8 S7fnY7aBcGhIJ3JH180kA7dtGUSkx0kCsgjdQM3Bv958XzyEFwFkzy8psm7LRDHu93Xl4yjvDYXc yRn62iE8lFGpuXJ61fLwe16jq9Racw5Vts8ueGpHneedgooQ57dlk0H1CdKbMhfkpgnmSc/3aEVQ O4uL1DxvRmWmfasj2m8BYsJA7BPrCMTT4svpND7lfAEyFY67IHgfJAhyQTNP2z4MZwIOtM62YggG eEYOlQt128icWPBO2y0lc5abwC9beDyzF3lJHhME5gv0WNR5IjQODORH3uwUzLV2no8LuYJtzwVM tVC1ihVtQcaCZMsZW3m5A9t1rdmNijlez/u3SurWNoE4Bj2WImFCiLXVVARgv10nLRpaql3HQqEB hI3X5bz5OkOZsYDFWhAK14JTbFtKvagSUmddATrjpxs6tC4i4NVD3YlV4Nd6avHtaYlbIhCuYy6x kMQry3fRSWGDGdQGo9GFcpHN4kbOtjwkigzXcoykzkWUP0RP/bibIBfe8gdMDrJqpVpdvbkWahY7 imqwx+++gtAfl8YT37Wah7S0Jlqpj3VUSCx88cnW6yMOTAlNg/RM4nkANT74zErS8tchS+NY8UN+ 2InhAN4m1l0htI5OdqusicLAiYVqYwHGpC+dbm8hTmE+PHiUFPwQARDbDRopTuXteIUd1sS2KwoH CiR8amjSLmDAQxlH8BaJm7CZD8ErHKdpJZKEFc5sAJqjzt8k7P6YlRv9Fk+5yLCNZZr1U2QSCVOj mNzSu4CzsFWIYSgqRCKaFotmKaQWQ6h/aOl6sxCTBaKFcYwVj4W12UfxUkNYA7OuYH8qRotbozMX cuG8tCG9FuRCE78LtNqVI5QcxaEYaU7rb5ttlnuocmaHk1B0d9a0RKtKZ1CWPgi4ey7yMyRo7bPx l0QldCggwI+ijt/DcLgWRwm5/STzouFa5QTJlcA7HYv3aUN32zEFMeJRPGcgBZch6922FZ28D04D nI/n5BbrtUVYSEKg7eMVObfVSCV5MJuL+Tr60+VFL9r7bVJtB2T+RS7YSVVIx882FLzy/GiXyyja jMAyQV1RGMvllDCzDIcg2t8PbEjF+YgyoaoyMgfq5CPhUAVvC/Yl5pVc0pySdbmSrKl0JDuVXe2e a7/JyqdUInMARwnSZ+j6ZAhCPgZG3NyhIQpscWnWUYLpq+JWNuml3MxFlJZ6l09JsqhWlEviSvpc ju2olp/xKlLstDoclzGanQ9Beho+4U8BYVpKZXXYHTHSZS/N1xS0hCybSteUE8q8OaK+Fk+2a5Fd upx3ybkWpHM17q3efYWYKWdBnXamOT3V0hQ4M0yrVNi4UCc8ZQ4H+JfJShLbueTHyMWF5czvThQM DijtDAISzJeqm7KCvYFiXR+sUUKbU9U2PxkyUAYISgkcAdIY2vfQqhAsDWTJhlDNKHtCDaAK4OAT YApAiUhr7IvQqs5Sht5qFzgl26qeDbl6MRwcBL5k+kixI6AN8MZcAhp9dlQEwXFxw4CmHHqkbigy 3IbTDm9aA2wwBfkbh+Y3duF4ZWaAfb2RJXQNF0yNJIJxWpTxtInkjwyV0HN9vpLzcospgmnldjgo BDSQBgSCqemYjBhLk397HDkKfRAi5fLaOlfBpnnoxCVEQiIlldqg8/C8FExnOadWVSFDbpMGpbda DuHlorokTU7rknS4mWFTB2ulVxpWqR1XDZg5Yk04WFkt3kRXrtMc9B8dJh3k0urvFcpptTmarX6k 2E0/ezny6JjfyZNASIiEZuAouJwWPD4mh90FFAfNBJWk+HZM0Ebc+flO5MhRoDI5kjMtCRAeOhiG DPoO2pO1O8XDn4px4Z/pH/gLqFK9ayCfxsov6YdKZwCwQnVIha+6mZoyh/oFRfq5qyEmAF1hpzgD fDM0/A0P2f/w0/RR534CY5HftlQBwJS2KmoM0RZ0F0hbiX5bRLkQw6hhDFdE4p76aMfj4Q6Cjddv 7pt2oWpPVZbV0sOHH17+KJbXG/C1qspOcQEFVsRcwfCOPWngnkkKjTTJfrpJJFsw1V1pG2W4cL9R UJ1/tfTZMgz5wVMvO4GKcaX2tCA6VRf3VL60QmMcCECDe9ki0bN2YdcmUk1myDt+czzmPKgt9BUq DYXucQLRBU7Ork1eafiu1LvP4286ZvMlttIiutomHckpOySfakeNPoIpgKhMq/xTZpjik2q3ENA/ atZgqAv3dqmppDJw7ORTn353z3tOUkPwdS4/wK7JEIt+jJVi+Nrr/qUAGaxlhaFyd4w8QowlhOUx YGvWONZnEWAzrFJjhGWBIU4BYNxhgQ3zyWL5ji7Uix5qHwG15ChUOrK2jEyAy2lkZztuWp+MWl9b T+pSsGOdreSGfsYAja3PyszUwFh9/ASnWeLzFBbowkVpijBMYFkc1TppCVf6UVSc40LhwiltkNkJ oJZuMS2DD5La6tli03JpkQIoIdd6L+rQoSn4pCXN2p/X5Qxd2fqLttybPoSAljPDjUJTzz+0KSUe wz/nY1hnBVp5xdbkS+g0XnY3PXrjMc/VWpIzQosDOfXtcwN1d2rLdAspaI8MCikK3Vv2O+FEDEBS uWU0cqYmaBqoQlAM0b4CxJQB13waM3HAop4bJHyPXMiHqMpmttjectOayXemPP5wHEIgIkXkevQB IofAN+F0Nc8ePa0gKQtqcUBHbblWuJvgW3C6X5QABrCLbGgOVU2jfVx6RFlTTAO0JOKH79plCINt pnTVcz3wl8qmpr5C529sMS+ndF9bE9G0u43Ulude0W/RKvqilszgsxOnsx3jtoZQPPRXiJ2x2Zvj lHJBbqaxiLS/xTbbk0uh85m2cIydobmCruJTRfJ5H9EBZD13YM/vU5G51d+73c7W02QEFN28g//p OpUz35LNnYDnXBg7TKadzfubFaOTDPJf2+5hcDDzBBTnOmEEn2gIdtG0ohHXEgTZiPvJ35QpATlm c9SExlujPVAPYymLSi/WCm5lHof0qDnCckwpSarDeNI6xk6wGFXGi+TyQAEoA09LMDEdIMDybktw oYWQIG/gQh8G7VFyWUExZFJ3FIRAu6RCzF/qyrwYZP+4hIrumldwH6PvxFT2GX4oyAW9SkM+v5lh 0X+ZoWQkuNhJvN1KL+qXNlZEU2lTALDPIJkVDpUYSRZkCjCOQMjuNAc6eSknUp4Eh/T4NihNN5h7 m/uQBykv0lzLUiFfoUTIdFYyKVHhmLyRXkUe8LPcrPMWSpneQYI9ug7c8hF81xmrH0AeJ+46hEHW BleEGXbGsCtANiprS4ADP0OdoV6y2oBHD607q1sFHEHeJEY/8hqI0DcioUhhN2VSXW2mJ2AYpAXS CNDyWff0+wixPQ0OYgVw6zl1HX1sgtWOXj7gXRXqnGvZ1ch2piwYqzMKyteU0VY9C1LTJeBHOubw DXnf+cdbwHNZ4VI3+BDI1VuDqXSFyRsrFNW8JKBYBU8KANYAwcFtEhj1wFJODYPkYIeSxE8IpD7N A+ymM0CTD4F1HwDPKMNeMGNjff0FC/vy01ScYg03ha1VnXwJsINiGqWEVh/gQSfa0g2EkVdVvlRH 8igJdXJtYBqUaRRCJZDq0AMzDv6C/KUGijS7H3uItdZwO0hktbKotTkC1zXYHrqHlglaylw9Nbak R1dIHqE5/xnFwD8qSD2SVc/9CxUMMdTjD5F5RKAqZjAs+XqLCGS8X50d4RJFubeOv/j+57JAacW4 QaCXt5tmN8AkM4CBKw4+f3lmIYARGum5gX9XdYvLwOYf4C+Wf12rIAZJY6uEndwZUbk7uwAIJMUk lt3RTSl+VhGkmfH2l8J/fT7hEGiUnoeGBPqxSgAaabte5ZjL3r5teilNJ/QYVZ0ZQMwRzY3nepDj oAYiZmqs3IAm7gBzSMPq0zo+xD3vVNBF7SrQfjIMcDBhRc6gCVR9oa29BAqsHamHj+nPcs8hmE2a TLc5AM4o6IwTe3EoCC+qRDQwLagBALGljG+zFm0lLoHIPVmhB+Jwy+Ek3J2loTDSOiwRsUTn7zlD HwkMQFLSMYuaNFxsJqGoBwQ4clNM9OIpD5YBgR1fakW1CuinFbMMt5W0igSLwOdD6XmrfJvrrYn2 dq2krW56aGHSx0nE7triF09206aARLscPBctodL1fHiHSinaEcOKWArUECAmKFWC33YsZF7cmmV2 ZV5VjRXrWo7EJeJeUQrW+LYEu9UZ9OGqBbJi3DJUJxRZOTFCMOCGRJFtpVyWtK133fJc0YztfhVM +iq1EQPotJWxpbMqkWIPi1pxSwmRQNcqFFm+abVvLW8FsvwZlYyGmeBvuaRPBJnFVQIqi1d3FnYH kw/KBavXhHNaprFdbA3tweBWf3/Kf9XxtdgVt7d+Cw9CwJxYKHDptjtzFwHo2Wwt3WV/GEJglvFJ 50XFizqQ3XkWmc2qMEKC5K9oTIxBenivpMdsDYwJS4XcQaZ59/SaFOFKav4II/VRoKKvMh0sMaRD Nb1WjSUsi39xkLp2U2EipTbGLh0WHjZspbNFlUWLaUs7+KKHAgdfRAT+Fk1ghdmDHbzp6X9YWhzb bX++FCGV3VC/CgNwsMqklDNYBbCFo1WpGaimFFRNje8LacCupbGqaMwo7ad7xozwKo5IOU0TXTzI 0CWtxc/Cq0KymNEtfOpqcLLES3otEywX7l7U6prIAS/k1tLqmJp6FDERivCveJX4iNV0KN7iQEOs /8pMOvOTwpfJSUuPgQnO9EoDFfuRuO7rwdT0ZYwgCrwhAz4jGEG4qejNM4/04nsTL530ed+ioNzV 9DvyQKKR7E1ERp8aTRMKazt/z7xQWv+J0aNuKh+jIhFcthizK6MqHqecLLo+aFpaWwbgna8owz2N YDdRSFUNV1SKclcSLjIKBXGkQrguvEu0wSDVfOkhFY2Tgu/wNG4jfTihsOSWTLtFi2bqbw/yWJyY XU6pXEiM8TtE5SDJG43jDiZmCUhoVsy2W26FySlYeoVwNFHC5DsGGhztLqOd+dQBntWVzrSVzAlc 6afL+IFPFpo3zATMPk+rlqzJ04ahIqh6KKmMPqCGXmJhkpqSm4YAGc9ieVEyNQ7ZwJD5wbFFuFvi I/HuXzxBvClFkvb2EZgeH+xtOTVDCunKPZGOQN0tG3RGDlQ+Ylp4zwQZH7ecfbSGHB4sMJlWl6AU Y1t4lzwx0+ZZps//yIGkdc2SWOidjnQ4kBHbFejNkDMuJEK/IB7q3Kqi8yJFyC3WjHFpj9qsHgsw nNamR9x2THC9SbKWNJDm04J8UUoE0qTrhkCYZAGf+nigwmHjGuAP5+NTPoOI1aibtUXTjMVh0d/C hYdHERdFAF5jyQDGLUah6BaylK3FwS94dXtYaCVXas6ikwjWS2RciwqDhqgs60orahGqY27pQdld OsB+9aP9KgZLGUdfmm4gLBgCAY7eYmehDHwVHTyXeDcL5JqdKViVc4AodEhvNlBeT/QtZVkTeITh EmsK6jLMawmINqJIUecNfg1cPxjfXd6dL5Es0WWKVSPPaaBuyp6NuDj/ppgZe+qGiPlPLEUrgefG 2AK6U1TkISmPNLOs2E9VIjWAqXF9hSQVhHIwxmUsTbG6PfiPPvRAd9c/X4aE6soNlNDzOP4zLW/T RxRnTYd6QzWojCirTaKpxMuZKZp8IhSRBJu4GDP4EJYV2iNUgxBSk1S9tqaJoETYOQm9BMiQZkVT KdNOvTbpu4UpOB3GS/lRl5SzeiPoxcQ4xhYDCw2xtxwQU4bQ6mASrTjai3xaf/TeGsGdBx/BAnHy +U9RFkA0t+0SC5MwKfj01TEm3XXP0UObnU/B3XnrgU2L+RI2RYCBtrrhuX9ppuEcatHRnd4IQmhP Wk3WHGWTFTJ4WXTX+sLVbGKiiQ66scZogi2k5KhyFBnOgPXMEPh8UqZIjuUI18WJh5dPZfZe8gOt Uk2W/ppM186tpalaOoSBpLES7105LU5r06t8HZZqlZ6ulUs6T0kMmc+d16d/8bvbA8w3wiLlqCxt rRmLUWHtI2PMfn26o0RIqh9DhVMVHXA65sXQfRqur+Mo1yAVsMSt8DhdoP8pr1XVCSPxIpMTW5ha CHCnCjhOpWNCI+P5zrlBoOyX5z8G6FMHoqwOuqscm/DoIZJ/iJVqPPTEXXzGctM3M8wO7DVEAmqm k6aziz56LCq7nfbyZead3bATjWIOIpsg5Wc2j9uyaSluclxKbj0F5WDmleAqddVmEg/QBmW7lsVx QNH0OZ3xCYNc0XuS0syYDEpInCwsQEXcc7/zJphfTOvXb0yF3cnHJaF2hoq/jd/cGFU7X/kKZdUU d3Zo6oZyvWkVH6aIxRJUq6AaWOScfyOImrtUz5hgkqZMcOy7MfKU0Yke13jHA/hWNMB38hI5QV7d so8m08WDrVxmy6uAhMzJKpA2h+OalHW6P5l+yk/ophXj40nqQt/alMkpzY1YaXLj2wfIQZNQHmLH 8gT7casTczkFcuRus7c8v3HeFaAj3lNT2TUCsYeNe+8fnaHX2WP8T3Oyap1lNY1hLAaV4vF+ztIx PL3KPGGhsTulY+ZuSAkTzQH2G3MaEggsUiIjjpSrqrf+dQeNgB0bGg0zYggRxRV+gZ8vi2rErJo7 1BBNZTLR5kKOMXEXPyASD53U33qU76nkn4l/InkKb2PH1MqDEPiw5wDmdrLpToJy+wPNDWkVHGfn zE5UkA8iMfpADzpYiKMpFka+Jcmi6c0R1dOZhFkegb9mhpMEUpyGQRae0iW9iFdTNk1b+hAjkO52 KhZroPvXUz6Bmfm2YE0ChQTBma6sLOXaDtHIg8VFTsQGwUFORGYUmehiOKrH3HLm6UFWEK97/Hot 9UhjlqIWSyBDlsBiAbbo1IOuRCk0HV6qn8DdalxCQaE9Qo1ytyDi9hbCSKtq8B8cZtk6FNK3II/F pRI/GG5wGMnC6Rg5zA6iohEIx3dehgmBLgM1FeJUKgIJgmTqNaSz2jY/ILowqtAUMJEy1NBfcNHK 0QCRwV7wr4FI3SQObgwI8/mOWgXQVRMKqwkWAuN8vF8bB3QEmdQzRLYiv0o7YExqS8B8ZoUkSC86 AHrw3MrZ4HHaX7+DXNcDtM7oZqY+D6gVRcGCMDe45tnT1jqMAEpWuSbosjMBEAYVq2BPeSHorJJO t/AD435MG+4Z3gmfwxwzhCX21mfr/BqQFvL4+fN5vW3ScEID4k6opeEAcV50B3ww63U4X8WQSheR rvbwXBVlJZEu6TTci3MPgg616aFgt1Ub4hckDdCHA+GLuu2aoGCVtN21j3izd0kDgVPBfIRUGY6Z w3oHdcLJYmFoGJgZWAsc+/sOn8P3kFUQM+45WjkAnDx2Cq4+QdZA37NbjY2sBUXRENOqj/3EruBi qqL28uvNJ9q6K9l8aVHnNkxYZAGNDsZFwRUiCtokSn3UnJIQIoQy0RF3leAf4b/wVPWNZk1S71f6 oEF4I9mYmQ+rDtXX6eqioGY6T3G+iYVemOAg0zBtgqA2iAiCBNBWFowE4xoRU1H5qU7UG6WnKndJ FZh6yyoSfGBuukhqkFHi1lVYvxkRpWf5/dDPoM2Pq0E9xy3+VozKBBVPIjvMtPqlwPGr2mXUowWw 6ayRT9WYswdM0Jg+40N3jfsO+Esrg+gz8yB9NbE7/Rim2n6ESeBXALevEi4BEisAHwoc3qyvtLMK anzLgMKnAcVM80ZJ3m1SxJYrELiyUHt43wrhAKQJ6TCe1N8PnrfjQVf16H8MGyM76eJHse9Z0eyt EtbUJjuFe1NIjDtfbg68wFffqTGmaxWY8ZDtW0Para52d88wWS7LFpJF3ba13aLdXnC6dLJQu70F DJLElZIpd+QdbQy1VSQBCUm2y9XNPLktXrSbV3XgEuD1i5vTrXJ2RHJ7HR3Q3nbulyPlWlzD1T66 p0V/IgcHnMI3ZLBtngs/BuX2wLvccfmoSNvaYWEpWrPQy/bUXAkYfMvrW4N46Zpw+ZZD+b13+pLC FLZFpmXM8T5yHIGRZS1YQwTWcCWrXvP7g8DpCYHZTAemR7ZQZ0GfXTotumGhmxVQzu+/PvLhqKvb EW25EpbEmeEGDFPv5xJPw4RXNLc2973g+SvXEjaIDZERmuG9ddwQj1UsuljEWEpwRFst2OVueipQ NOlCJQFclQBCo0Bmf+Qm40NgbpiDkctVqqiAHUaq/sypmfS5PgnXmliQh4BKgyLTClthrdkWh5bU 9/oEwDfLZBN5NKFI1lJpGUdt8LAVTbypZ8C7tuZdt63XBWmWX3G5K5KQCp9SdJOlnlHoE0SZU4K2 nqNEXFCMmjoc+WxhmouLwdrabue3UDFEQJoWTI0kH4rXlMRgj17xBD1xGPJp9S90K4uQKEka0yKn mXlvVLvAjSYwwyItUFhMaL70TWjhUlSJF21OC4LK1fSMWHbQXMQwQosBlYuL3kq0gx0ENVJs0Zj2 RfUi9CTiPuPd/xU4tZmWUZtOkbngae1FW+KbAi4jy4rqrujNoEY0g+5k7ENxVDrefOiDj4qdxWBA 1fosNpMR78ZeISpKaIdpkpHI0LAoyGQitWquezKhjU4d1FNsybra16fpTc6kzC35Pj0z2GArkWLq KMgWVmkGDA/I9AlzQ4NfJRF2PVxGkXgFamyYQTq6FS2jH4vc5NgtbURWziVyRmSqsg2dFIamDSEp Qc8C7IOoXyhgZP+F51QgGavMSfFITBsKokEOijxpILe0zjHCR6QckoB/yPCleNGU8kB+uzKAXsQa lAU/91XaaY5NrDGaoeqTJSwxp3Im8y38N2TODVtKH6FYbO4I7ZOcy+nD0geUFLdy01N0dhPTCZ5o +Dq6jbLjCUT51Bx4Os70eIIMlWtIrxJMBQ7Upq7K4PJHBkPsIl5sKcmMKnEr/8vIsrXC47I8QnOZ uVMc7i7Da2wsTYfNnG74EPphauNQ0BV68631Qb5xGilCYzfvNstqRZxJkSzxT7sQVzl6EGYazswj iSP11+OrMjozQttuilcc2cTidx0hO4C3lEoymMcwqUrn+QFalz7yd642urZmpy3nXWl5uZlhnxxD hIeYVPWm3hOEabq7j9b5w3eCZTIKIxNV2RZSUZBLOmygLBvUEzRqVfU1dbIu8Umckvbko+so8rlv AciaHVkJgjWoBCjFz/WRCBdkb649xgxu0thya20og8lva5MMeK3Yrrd2x0om7YzllVoRCJrzKglM B/lnnHQcRBmZa3Viw4ME9SA3ZyKpPTI0tkFDxNx6v5m8LzMe5Y6yXfGC3oM3hmDnp6hIrklmOTdk 1j6pD4ANu8M39HFQ5sNMOkjSJoTUdU4BCSZbvSIhpkAmnL/lcIgtc8Npbbj2+WGKx4p4D/pDSJkm yeasXDHhWU6o2WeGAJNo3SRdU+mcVf6Kpq+hmeYtJZvUgo6Rq0aSYlLwXU9x51JwJg7nRvA1l8sl mnwq7hMkDU4xv6ZTzivDNUGzzrgtGqRpac4RtCrnnhlX+E0QTjzkwEyq1/lZonXILn0iFycSmBSx +h8usNLQ3DEqH+8d4GmVaLDu988LYiOFMzkCQhi+66wPrGEuEqr5LtH6lUsJjzI3ojGsVcayQtS0 tN4YO0QgBCHloETBrWZUI38MfOAxSd3CmgcLpmmRMnzT1DD+0Zl2Dzv2MwGY3T6ktLDBuo2ies3/ zl7qBBlwAKO0u1P4ZzpCCX8RbCDugSbHMgBddmn6WO89S043stw5omMhaIUe/NiioNA3tuBDRbpt l5nmwXKTxZmcUXPnsdPiBMnEcddrNBKVTtSqJ5UmYM4adKTqjp54/g8WDax0HCs4uJOxgzGVwzqW GzBFbtApUw6tCkF2PEWrNDeS4jDLkcou79iBiSdkEkRt8iF1EQJ0KGi6ZZ29EHTOun2KGIJnxV15 3WAca5e3LL2FyCBpbu7XrxRGWDCXXIBoLdbvNDEnZTGo9L1wyO90mLDw3P8L70ncWB82BRSUkr5g oggKMfnZVHHraSdRkCnFQZs9QaOSmmaxmrJxDgRBBWtPbQi0xnHe94ZOmbm4BE7CU21sM4Hcdqbv NE5fFcB25zmjJlddDaxquec5Kd+jW0sQ2T/CYulbs7TsNjoRfl4laIjufTquwbzNBRuMYwX3VeEm CgazUQY/JmTgUQze91WGM+slWDYbwm1mXphEwQAlAKMFvrl4a0T6n4vg/03WiNkNQusqEboo2zw4 hGzTB+iFWJooiDK1z120T9CexkBEGt3GCXsLAM1f53zaAaCwszZaRttwy0KZU2aNdZQzNB+89SJn uEWofbQYGEM4ysIn9lysiyE6z3JRhdRcNzE5Yx/PqbXBDKfnNmxAkOZuNnwWJbhryxhTYLV8KwNB IiAwj0GVXEpzOxh8sjYh33N99eA7Lzu8fO6SL2WqGIkFbPqozMcXE2yTJuR2qzR9QVtuw77DpIKi 6OKU02mDJqDWBDSwLQpBT/qZd9FlQHK3JzDGyi2Yc/6G28CB2Ic3leynpTwyN1I4T7JjfbMSPITi 5oPzpnQJ66OzWDdhWPgQYOzWb59Ygu1IuhdGG4OkhcDbBIGFlJS/ZZGdZUJlDV+2C5EmmsWBMnab 3eWe7VmwJ6YhoZPLucqHZc2d/aVoXFBUfLjQQp42bFRw5Sp6CU0NHJAv8hP+SYp3moHVt1PXOAq3 0Ams3D3oKz8l1orWwHPQg1pXgQ6LUU3WrbPK1yBjELbuyISQQRxOPYZeYamsdAWuoWmVpAJcPq/d 7qKN8m5DSEjlF748fcNagU59qzkIqORd1ztjIbRGtVzAZwVuiieDcPWvqULAbvYEbQZrADdCukKJ 4C9gn1WswmEQegCzalaBK98gN18BterR1C43OMbKPCvd7MY9IJuG9dC8gIOhuqGc3Yb/DnXrBm14 TQWdv6iXglvZNmgrbHNQIRw44OsKLUO+m6C7V1qlI6qxEAFhqt3sHygHzgWa1X63/AUpYRqkKWh2 6NtgRWKqVBD6hHJ33A9q1rOdiA9AsQkh6YdITKF6X4CeUle4FnSUBJMkXrqx2swG6cVc9+ubdTR1 b8G6gFuZmLGBpxVY0pM3KLRWlSZWe9mt1dEMBw4jrIb29OZxdXA55cgQM8c+hl6CsUK6KkkNXTXr oOwOP4UKGxY6aCp4bihwam8AdatKdYe7gTuuIRgSfJHKVUEJ/KYh9aOEmHjBhD51MOJ2AOLzO9F4 mJdkIn0I3kVgknXrd/WTP7ujHWEdaQGir+M48F0aNmjdH2hgxHcssxstf+skPW6N6THImjXttAgg 2X2yAPzuzu2GUlqX8Wigm+6tDBOb4kOWYJzaG4k0wcDakUGF1gyTWTB3ldgm68JUPRin23grnGTh kpEhccO6qj81TGbllJBua92z86RMzMR+Hgfggm54z2iTL4gL2kOgoXz6agrG8ht8KHfDbpQBBfUq MFCwi68UCjPzDliWbir9VRhbxatfq2slNN9Rs+7LjdXoLzXNNCHFfR60SlJsE9Fu6gSGB6crBe+o DQxoQ0MzCD9RkoyntkFlXe/4Etc5oyA1JiYVwzrJYjCxk3hDsRVIvFYZToHoX3AuOLaxzNsoNNNP 4K4tDwYOp1XSTItXTZ3m8Wdg94ypYxZ8oDP/FOFjJvDfi/iwql0l1enViqE7oECFszHDrnlEs6Aw HuRnIv4FT/vBZDqPd7MtEDWYeubjVIl/7z9OY+iY5JWyA6ZvJ4c9HAXRnbfhfIybL3kPlcqVlvuu 1+2/2C0wzodDNwgnRP5mXwbtH06tsO/B4dwqZj7/ZVCdq0zZq8zOEbXn4EQNNEVYG0B6+GkH4/Sv Iuq0w83FVBpO2I3zVaqXlXd/ggOIBJsdAMDoaRbdSfFob6eLUFfS4VA6KfwkmKczE5f7kR0FEIyK razPXL7fONwsuFH4kJ1QwXNlfrZwXPGq7J0C/lCenFX7aIZj4xlmTssRzHa+XmnOGzfiIxwhoMrk c2rm2enVaQaO+SCrJwPcsiuEJcrD7T/Yd/i6mQ6f0uaLI028tRzYLFE6rtkN25lTSpQKOImah8+H r7CcRrWn5VCSdt2uboKgZpcfNxHYJTp//eVLycNWi+2XtoYQ0JKEOCKzdtS3oS6IwhCHeBBR1BqM 0905Kqg3ynbZPpgV2ojv66YvR2ogPPvkuS1S37bPTOeKA6hFV/KtK0ZBFTH8+2zLjJSdh+JElxYq WmMovK0rVsNp89RtnOkw87s6dYS8olSHbXSk4BTGzka7btlertJY6WVGaBWzW+Rvtu8yB1l0pAzX zQ/bFfp01Ay+tVtndSDwj48f33LaO3oE0+3FkKE2mTYfNqFzPVqSzw/+t5/oezcxUADM0Tk7FF20 hnYuOmvPJk1OvLIVISItVPjPnTD7ljuCZrM5lFaNhuM7cNRPC71LzFo7M+lUedaSw0N0m2U0SqNu Z9j9OK2STvvhHDX6QGRdtPv2fnXHisMB8nu2dYxdZX5l+VaNVg6xSdd9PdH4tp2KlzRvGeKkOabW gDazQkJsQ7QRHUYnohMl9kRIwR179MN0rS8uzPJaoZxzgpXZRzvBWpIkultxCyFa17KQ1hhLWE7b Lg+qc+ft+LTH5t66IkwBaZFpZ1+2GrTStKPUOeAhF7YbWnXaa7B0dOelqFPZ/0sbVdtv8hr2GPjp 2WcyP9hjGJ9UTlWouchfuB1+xggyQI6m1ZGH+fKAckG0uTe0pK+ND7szBbF+ZP0GasPFcx/CdHmK 7nQoDC7PLkQWYdoiAdy5Iv6Iwav+kAyVRFs3nxSdmmboqOAf46NEYWknCNQB3jaQiZe/isbLloXo 1VGI0IG3GslOq60UDPtlPTUYgnGjZZa/M+i2W7QzVyzSa8tx22tEHCXd4ljMK0eJGB9gWrMOZG4R l969YUgnRpta5HRwiXTY153VwDuXJheRr8hHmwD54K9JLSwb5QQIcgwL5sAJdsBmzdxyQigJwvjm 245bSSJCSiTatJGV6LHMwucUowPb4Edpkyn0Za+7XahLIp5KUEcE5sx7Xm1i7FQVCv/yrELD8lAw 5IeVGcPDSaO4T8QVSLHzGBmMhr5rS1jEY3TTwuzuLmn7sR1drAi0o2lONaFO6rhQVbEVvQ1abxZN FYwQLt2GoCvjH4UoG8pO01nc6EIYeGfctCLByU21CU4tDlkbWpCg52EO2UeYK20l4RSA9mKMbjsn rXTnULPWPvyBk06fI8hbymlAzWI+FlpuzVG4l0oz1yz+o1g3lXG/jm6NOMsoCsVmP/XMg+zBqXje 6dRrIjjrEBoN2u51kYgve0VkpST+L1H5DVMFRe2jF3DyEalxmowzBf+7VaoPVKR4kkIhqw8Rnx/W pEiMiEpBbdSu3xcO0CC8n88cgY41Jom0RWz5yGbhy0KLfK4U0gDtR3BJOXi/colSg6RT/0kUDZrl 7njvuFGMTZbmaKb5zsTgATeexUzcxY2ZM/2n/txCJoCQ7pmF9H887YgPSpXGi3yC2Rl4NrLdHfgL a+6OqdQMgIUWNsoHSrpl+wx796Uyke1/TfFtgVE2n1AyUTIcJi2N/DwYCVNj2ytS8wIlboNRz8QQ H6P854dS5FbRlVHHP7TSBySAyfxuczdMoris/QvKDyipBzBGjoJ3C0EOzmABeb/g1BIA+gwUpcF6 HwJP6/AuXQVcxD22ErOMm08whDE8oyoMJ0QFdoKS4F+6nm+w7f30cd8scvU6zjuFjIZBwWf2ofGb u45hnmGMmlkaQs0P/H/GAg9CBrQm3LMJmYfuTDpk0g6LnlGyf1AaMwKxcOPatiWKoBraGekmLpCg C6E5YTWm1r7J8x3SdFVJ8WAZV2iTexzmFjYN82mHJtQoWKhnc61SLtirgmDwVCiU3kF32TDIizj6 QPuQW5d2uHSINtLaEDCvNntCsgKYQHTEEUgKYAPgJc2qC9q20JZm2VmrAeoSDZ+DYeTBPed/ME57 Q1sRyKCtfD3Qpj6pup4WT5H1oIuQZWsxxWiViRZ/MdZVeqvXQYsgvcnQpoBB2w/t0R9elEHaH6QK do4zXlLhS6FbfBR8r+qI/PDob0C8TijVbGxpwPO01BQQ3/Jqkq7qlg1qtBWehNwDFDiZ6HWdKO2/ mK++AXqg9e5foPzBz87bQWJdaYg7lC0vjHUz9RYR0psMqCimGpDS4g9MNWwbrkgK/uaq6yH9LHIx nAsGqLaLH+RqIKIOletEDtxEdnhmO3QkSp/U29NMkjWQTROkh6vbJrK7EBaqQnhaHeTYgSEmSL28 II5AxrrMHrsHrq2JbV9ohUY36dNwJPfYNUz5vSkAlB6iHJKJVyBpOGpm0k5Z+x3u7jef6MhT1Now trcc2N252RWj0u/obXyEaqPzwNr22toRZwQ+DNeFnqOxM+S9Hn7Oz+zBpq4E2aZgOggyRYvbQTzL 1e4PE8UEn6Ib8tytXP7BnnMLqXeGGrwadulDT50DHQOXIaq4PuBYCyQyLag6OQU1m6N6CXdpxB2t EnUAcFXFsbdJ6f94FqqJJCziRofNnZ7AGSgf+mx/xzXmT1j+wxPd+697DdrNbOcqDoR60wFfwXEN nL1UgUwsZmA4TsZLf6ZFvDHOZrFBxGG5BXN9psd8dbs+BVp2Arru8KtsX3hTG7qKmOBroSzWzSLI sX0+cyHlOkNDK0KjfFSa29Y89dZtZsZrpq756OPygqhe+y/vQOkt2lYEP0XlDsi1+LaKWhTEG5+e 7+O0DcFHJxvQEAGylXRgV5Zc6Gv8R2EU++omXwtyxyCIoHQ2JumNh+ECGk6M0XKnc6GBQKOxi0As 9lAYa7rkzkcyJjGGgLFqQB5PRBG+LWgobLA6luOLLXzU4QcSnkIRFBhoYSzYSsTZ4WzWa0GDQHNJ k4gTPRXQOQEMHWJiMzJp13ELPfbd3Hm69dbiXN+L3XlCbkdPhSK8nEs4lpjWKSs0w4uOaOgG8AIV bjDAfNGgohFhby4Iiri1NZbjS+GKDpd7ca7CxUIFH4aEtD634pNIfyGNVuEC3RIlAtJBfItghFLU 2GKyR3lYi8Dija0UrSMmTPHIrIW+7vGmuEe742RkUmzyfHoLR8FJqCbiS6+OlacgMm3c0pBPrtJG H90V3kDSR1ctiq4zWp1jnZ54/mIxSW5aJxiY213c8mBSW9JwqLKo7MLq5n+qVf5CUH6M6SqFUVxH DOZF0cqMPNp7PbSbSQeE8ZZT+kpGDINL0SFSuyXd513Sr1lU/rbXkimsYMdR6Ij1tL1HPPAYFfpZ wvkdkzVhbsDu/PbZJ5q4pujI3ix3lSWU2bVxs5ietepxk0YVosUzpMhbvz6HDktvzYifjWaztEFK KymA6BqLIAosNb1KnrZBZz6U2MfHqSBUgzHJNlqs9chgF+uWYU3+rjIuVZFbaQkT0DvRGFh4fX6W AyYJZNNG0kv9XCK/0IPQghDNWxMSoOol5kSspdYBB/IL0Wh69QKfCcLNWMtt2Y5B51qYjC4dReag gygvX5RJlGWgAWwBn5Dw+J9jkMoceDsfAMv4tWVYZVsq2nRgcH6jICQ8SmOQld9cCpDQ8GG58KqQ HjYBogHvODMBQQ6VDaQD4Ib6yngCocFYqnfDjYdSBSWFetkz0fs2fPJAcD5ou8vBREG0QK0gPMAS FNGmQ0XRwD7YrgfbhaTBb38MAQcDvEQGkM3WiJNG7DEBConCOxBboN//FP6H4xmF8QcOqs9Xcq+g Ohwbjf1Wlg3S8TJQTdV9CJ1NvOBBF1ZuD18C/3bkBSjMJR8QS/AyR+q1umzQpKORr8q8O5OjOTsg A6RmxOiHQt/a9lGcH3qIphvo7wRFRjlIGhkXZ7qEycGt3VCgZ7iiymfMBTMGBqLz/W+I5NePU6YN AwOFxKEEKFrXgLafayrjwMlcSeuWA90LBiqRau2zWLLuVmW+lVvwsl3oogjmbIX3gUXen3uP9bbn u01yS78Lq8O0MrJYCYpoxsOHC3tcoFLEQ82FMVVnrIqoSs22ynlGi3UjMbMoschKHiFF3VO54plK Nup3AdnL+x8+wmqogFlwyMnwIjybEEVAMi/fQulDxpdvlCFxOyhiTQY/1mVTsiLnZorfWjrlUdHC 8/nDCwdRFPLkf7CHgxCPw5DkDvmuXCwIiD02hQpsmb8hDdw+rvvKmC3nWI5kXRYbAEACWBiSRYRv ZsfZbtloh502RItNy451/FTJYkeGdtTtbnb2CE5ZSzPikHgE3sP1HZfkHT9g1t1DX+gehoNeINWi iM4iM5pPfLWkLXdXZaB7eAUSKLXOYInLyYA/9Bk/bPZSWspg6Sn2iT1WTdPUF65iqTCm0NnkJBto x5dhppAiK631KxeYYJUVtupa+AjZ/0jPf+fcTs+SCRMwTz3u9PvIDyHVVyeliIJ8nxdHi8lYJvKB 5mBJ5V1seeU39d8TvYQ3HbSiN/0DT9mHiy1O1eqvjsU6jrWCCfIB+LSeBw37tiW+0KB+C0c0kiqJ jjhXJ0pxi63drQKm1XQPcXWMM+fHbTl/ivfGCv8EUdz6ogW/0GAYE0F/D3HTix6kaYFsxrd8vjqr FkgAvG2Dbz6Z6Hsu20YMo0YaRgtFWjBs4wjY0LTwbJGdcp3WAg0wAhmpUFBY4wr1KElcxcujk57a UfrKQpzHEisoNO1HTwhkayRdQmwossNq0M1xBNM55DVVJrhBLhTfssV6i2HStTTMnSQ6ogn0qTWR PLIlU8+GrEmWR72pMRcShZ9lYZbFDDbdxkmjE0FmpH/kGYLm6As0rVdxEvLEDmSX/uGlb32RgXWv BH1z8wK6yiSXs6+YQsCAkQE7rf6bIFM/2IITbF3Egl0lvMXmhd8Uld1SZHQvsHGZghNuQ+NHKRTt zKJbyxeQZEWFdRxE999paSwq5zPx0i4wX+6yKheZmBwfM3JUeg348C24jKWTFm0p39GJcqOCoFXx GCkOalAc+KQUVleyj0jKF88Pco/d8IoJHHh+vcDDV3opf6svUs7gq+13qRnl4xGAI+a1OA4lOSmM rQYQ/Qiv+3QHbFCHXG0rSuzuHIySI5RwjjbSpxMFaOwmnhebBR3nCFydAqYfJCte1a6mxphIwCzZ iIZ4Swe4yt94j2ZP1vwonbIiQEEP5SVm7USwFC91YYjrTspQR6Hr/rrdqZ5xCxNZLi3SlMM0nbSF h6R5hZ9FXc5ZWp4VscXJcT6CdFfzFJBRoNzs6Hyo8VwfBkW4BMS6ar3LC5UC9YNhejFU935YjFpn KcTBc9ZU5EwQT/ceWRdyt6U3MK2UmYiViqU85afv91YBYTOFKk8HN5AqYioEDTRzLXRE5ZgWjRFU QjfuaK+EVxWmLL3F3aIKGCFf4X41pMqnUxvyKOFOW7UkZetFGbsU3dB0Sw3YlNKIgz2wFW60lUPC Tp22hkyLKJAMXWuCoOrpGqKLM9K77pQJb/Fp1lNej03N3ovSikwDq2QEELzooQWhRaEZaAxfrJIN tWUQysnUFpbeKDJ8RwlwBnMgEkEWmH9/sAQ+0f3O4U53CsHr6Onu4dFhs/5TlOqOe105s8W/p8f/ 9F+Vb2xU87aqWxJ5MO6Lulako9T30KTOstBd1lcRe7cuVyFnIJWwgTHVLPb/ChWTHvEhDRLjcrAI DHSoTvcph3MkL2W2YqhkSizPfwrQQm+GdAFjXu/gRRVINjwjNC99kbgZsGed4KRv3TztnahnjK0G scrpUBp8duQA8e9+59DnamAjzOG4zgIK09HQ8Khh+FEdZQuhEIAzqZ3FJodDMPzlXBsh8qJ53ewr B0KusklcyaWTeNmfplFGKfyumf7nsXzJemFEBI6ZcblTMfi9WUcQDdQufuBdj7dTbRitFV0yKwA4 Aac1VI6iTIEzrDcPhHu8U4bKBtJpKhqaF8dSOMwwi+CvcDVEZhTTWpw0miYU0WXDo7NBP6hKo8dD X85oQ8LS59yGnpt9ysGmVhFNFIGJd+lMVayha+Rv0uaZJk6P2CGakxGZqlb1LMCQQ4SZG70JICVu OkWLdjKOeleyrvR6dalmFUG8TnCcKe9peYamlCDoYvKnP7jX5PRjunkZCpO+irSNK3HV3ASjrqkJ 781EII/BGrCsKR65QGjJAyILL9Vn1ac4fJcF0lXBMgpc2CnPDIhk2W+06LQlxpTrDaofXKDbFqkW yKAu9tvalrdHDBfqDpdka7KBsVXp6yF0LlW1njGdNGQ3dLCFdAfl5pZJ5i2lKqzYdPdVzOEZSnDm lNiT0wcaybRdJLepf6RqgGQ6G9RJxF6Fx/Z52yjO9AhiySHo3Ita1g/BEgV49s+cFZFxQ7hAk+cV OAs03Vkf7u+q9HX7Seqw4yOoasekxCsSZO+d0OWqqM6vPDkWZqXDgcfo2F0tOuG7nXKNtk53V4gu 9WIidBwMYnLttEymd2rqm4lfmMYYvS4CCXUnRscX4KqS/rSdtNOluvKbvLICSu6nZSiRpfRyQZEe 6R1LsQCy5bi0keG33uqMtuRA9OMqM42rgE36YuicB43nWIoKMz3ddXkwFGfhrQ9dRhUFg3kN5cc0 Qi9emQH26bcJ9CmL2QynZuks1qelRTi0kKIlpbJLYkWgb1qXBYem7G1pMv/WF7uwXav2BAqamTct Nlg9xaGmh1xCrp+cpFnnQVoMW3bzRfjjcyotFPK1RxsYJw8swtBW6DJftHVTCGkYvrSz0BbVtMSa shuCKG3lCkPI52bZAgft4/otucso/AhyGn67EroubGte+GsJj9TkkJ/WWKBTIBruVmzl9gEDC4Pw Ma7X/5iofdImB5SZoF4LmHhdl+nHxEv4twgYjz4tImrUIncRVcKGg6G/QHEjShBcIiwzihy2yBbi 5wUKWkoKIqi++cS7dn7QUjKOSdE5RUVNkyYXO33zsBQ4tTLrFt1R7oLe5oa37mfwTCM/pU/qkTW1 DjYAtXdkfTpGVzmy/CfHPCvNYL3gTxg68zSu3+yOZuZddczbmVLuFSNmvF6x5dW9FA2Mjf7GWFy9 Q6yPmWq+GiewPTNNsfSPiuZl2aFzbZWhlnspLGqB8E0pks6xqj0cvXKZtEI3jMjtME9u9ECwdxSv W6KSlaykJePwXJHdTlkRSSut0bym6TnJFtB2h7YLlvmj7Y92eUHriI2uljmLckJp+rLOnLvcxF8y 8mhCkTltiVTAjVQitREjUz36hTgpqs8woQ0PugD6uCPQPqFraapLM0OmZj8lkzQUlERXuBDTTGmL eHoq1eAtam8FsbpVudSy390ryY+/tH01BzjbpLnYs+8R3rZ6Bp0KEQK2cjUMh3nQ0rJs36UckVQL Eyql6KlOA3DUbzD0DLNZQR4c62oWmQe1xqay9lhRtzJqWCUF9QtTE4+0wxw5u3Iq3WfgWMNbWRzN ipctBvMvAIIpAQ1W4sVxYCyNDWvO0QEggB940Y5GvoBogA2M0spqNCaZmjqPkdfJwIF1nAISQ3wi oTOduAgoDZbKgkp5SLOgjbMxzUJBV4NBUDc4JXvRlXSs07H4Oh5Vi5IjOR0ow1QqgfC0UImV5Gpw CmpgAmVwqDVIihpvOQVjq7XwMV3BOjl8zboQJlb1DpQuoE6zwDeVdRFvKu0KQXL8IFjtcXtUFRsi vjs6ZJfmw2ednkiMYkpX9blWPgfK+CUbxTSMjGm+gsagvznYelNhOGzLIcAg908HCChf1R/yVPVU DYRg5PbwQvC1tJOmtykA4A1B6s4LGBA4Gm12EUO6qsZU263AtgpOwLpNvTArxd7VEilQVFHJZ1Y2 VCc6+H536LcyMFiH8X3ew8i+P36qTofou4FBhfTqJ7vFgwJVvQvn/5RZr8+w8ao3dWULIMTffNUV V+JZLZTC88pEYdtgaI/ks9cAhWpGqpfbM3g/XV8UZdoj6DFTlzeXdgOJAjDjtAuphhIsZoL2ADCH OrQtWP2k3YVEkXQc12yyCptomitwrr1OKCEQEJvsV6hX9ikJVOX8vHOeo1H7oLjL5K47ez3uvQD1 Q8pQiAMhTiFsgWiKn5wxbpTvLkM7bfZszfJ2rUneqOEDQELj4jqRpdk+hztAOl6JlTICdBlRkzIM 6YQUJm5qPuBusxqIWi+ZHfSPaQ/7wpaE2f6siXhRMX8oA/3PZlkfK9DEye8VZbmDj4oGajaMR69y ejEFK7oXCOtWSGY6mO1pdBjAMFDnToGgDtf5TkccT0Wn/jLkHqfVPlHAbHUg1Dt/w6/kvdFQxeCr jVfaT+nBWozRDuzb2SESSPVxYFU2w+q3Bekj1sSH6EBfnJOZuI6jQa2FgsbBUxyqEIAmnyArSxzn yvzRF//jlwWNmeoCEsK9kI6rOCFvwXkdVR0QbbHYAkEuW0EaTtkOb+Lmd8Pzk9Bf061dsh1w6tBU lsy1EyNsszNexCRW5KGgqCif5b/41cGnAZfWOrrDPzYt2Cz/k+vAW92ivI/Jq731IiJv665AaYwa 8NgW4xkh1M/3OZr4an873Y5RH6kWqeEBvYB2hxg75itXFhyK89/tmKdvxqNyTDDv95zJ6a1daNsB pO56yCifY1eC1NHIsbiQx2AbCaZ9QetLUFkKUvWpDaTg5emLjoLF0xpRIkfQPdfcI8+w6fIX4Np2 wKtfTDGsLyDfcH6SzTUF+HvuG8aQdSsFJpuby60OW3FwlXiSBQUopSALYUhLfu0p0rIAv61GciUX l/0JvwQGDlQsSmx9tEIKj5JOQSbbNC+5mfWJKgh1dO6jIh52Lthq4XZmL6URd5XdFI/VSdGEzPcI pARxsqSHAnWTOBVyOZij2K9Ix/pa3CZKM1zhn2R5yVpBWAu5sFscZmtexFBIFwpnWpgjqipyQYxW XhXnlBu7REAF45J8RLlAxEEl+IE4BNNfjkBLKayqIZ2JQ5AgFtb/og4ZLWzHYmZM3wkRC1deHsTW 8bR/XvhcLO+jOo1WvYi6XBskIroKX/CivDiMSToq9YFDyDRLeCT9fWdOAuWS6LvOLO0UPnGkuPFO mCXw0hJL9UxMQJulpZKmhZId3+dq7cqiizdLDLECvejB9mBMcJDRErcJ+pqMilBJwDxcZtGGM4Su lAIUkJja8ylMgn8uF4Qb8BW1J6yCOIRrnISjvHy/6LaHwmCssctddL0wdFFUqZmsvU/09sdrszPm uIcyAxYN+dL/KOygFZ+xc6n58Q/uyryLl7GMmRS4ltbQBP9T7gXMyDFxVuZeb6+YC6Hnh0s3017q YhTC7cLpcJwyWoTR99KE9BlfalkUi5F+Iws0Ix96BYE2rpnGmerEwmx9r2as6FqQ7IxXzSxtxAf8 A7xlWXEJW7EhLU1MfUeTvdaxK4vwkVbj0iRNBghPmEQgPo9j2WYHA09DZEYlUGhF8jtzLOXxUdqT HvqcBXaSBsIQQPil4aJ3kwCSElzq4u3dgW0q/Ms6y/w6MLM7sY00xBUbqCVc2FsYGzPW7gB1M+YO 2KSFASzhYN2RfNejw+rfFJ3nqvV/zVo3kesMXhYQSub3hsB1J/LeBWebBvXDibeej+aFRq5Ik1mB 78NbAC7hTlRVw+ZemngX6BrNJqkb1gfb+eOCJ/RIs+JMAp14qU3mySDix7wSMrPv+Sc+ezmsa5dA auslSEcWnhdAHh/IrDNuQ8TpjIqf+i/UPaNLUqWDOCDvawzQFndAkUyVjrEEpJYyEkz/Id+opU0E 2xPd/pvJZrXY62eJeSknLM4FTLjbzO//xHMW7RPyw3CzRRP20FKt+o1RuDLIOslrwVbzvqmkGaU1 2Mi3JxYEedlMjZDPQi0wSi+gccKKyeS6DQKXvAZr8gOMOYF0uqqpJCyGmSvmfalqKQnSEZlJxgHS J6aKJGxAZKxpNFdGEu+k1yqCt3FGXJRhsP75Yw1yLMt5s+fMQ6eyvXQ/QajlFaR4XeWE5Y655fQE 0AwhSnWs/1237VFDIDcJ6DkMIUdCRwzMYG228MZxqoDIpQwzrJMAq5il9mmWzQf3+JNaN+aTmoFq GTNy53xJnSODZIydDmPzZtTsTVaDVfjiVHg2T5LSgl982ytDUHriRj9H4xKdAVXTc3xr6pVK/jKZ wuQBsBoMaNI4UD98XD2Mly3iEbhSE1PrtWXeW99j+Pyn18aTGSKylcJiT0bGmoh6nhfj863ZxNc0 1vTEgZusQfUrDQ1O0WqKJbDkbxGH7WwEw2mk9okPuymtTauPNpr0Bs5lbujJrlms0XIjNF1JdnpO zTgDsW5ECHDTKEuAd8KXRo+xZCDSSC4d5l8YExCEBJ+1yKYAuETDMxlWue/iMZMhMCqaSBvi10Ga yoBl3IzPOMJqE8WW5QxqxtyH9RW0j2kZWAC1jQhWnZnc8Q7m0jv4tfnbBWBuWTGvq1tcAHsPFFfP rVUv/c5dK/vJV2fGyYBwjN9wI8bZwGa+w8b9Hu0t4ASLy39oWZIllyHOHH/TxuqmQPF9r2nU9ZPO qMmhQHAh2s+FpNkGNj5VTyEK66ZwvTADEzbNSpXS2vGJoLlOFNy/oRxg1TpB5GHxdWKpcq1rXNdb ntMgLsrwqK7+cRsC36d8jBhjYsxTtMAn4KJIPaTttNJLwm0qujGroPNZKHEjKv5k9JkWT2ECppaq UCnfximq95EPnEpkmIZPw6O8WT9JSnKeca9Ns8zQD2JyWzXrNQ5irM/97qifbLZB2K/h2qVt1igg kNzj7+KSfAo2Au/wuuWikfOWLYbzUYzsjk2RFSsrqWRv+j7EwyNJtqhHYX8wY1183rON7FW7ysK0 LqriRczdCuhWC3RIPYwcD9hYQRn/n2+ML7xoxuiWlrlWcy2sSX8K8oJB7S0UnGAHhxotFDFiJi++ jPxphWnEkBrFKjJr82iO3y8kuu7dZq7pCNLc6QNuooA4xUYOc8ypvHr2z7TUtdzxYkkaYCwsakWg LcI89kKVjbmqAK00jena1Ev2gr/39wZIoYy/RcwCh0oN2+ihR4srcRNXdk6O2mABql4wIf9Z1Kq7 zj60ED3tbkEfhuBxc3HMO/8309griUA1m8AQXhqFWRBHYt1puWMLuk9/ebMpWnPanv+8OsIM7esw 3hZcdMl+OoKpm2VI0XeubCU14PDJWIsSY7k2nWmBkNy35QGUKLNuK7Mv1UKYFg3B+TLBkCFYWobV uI3OZuAwqYmUsfGArPyqDBKlVt28E8w/Gm3ucP+SX0BR5AWsQ1HMJ0fNn7dMs3Gs6yVLxI51DE0F Jz/dU1CaqR/k+eqLWpccSI7Nk6qQGpSlNSjg4Rnk1GileHguH5Tdt98gh2/pYBMB0bL/vvRfWBPU Ylv3gGVXQSiOin7Yq7lChiWVmjVVyqA0TjnW8nfQgb8xBkCwm2Qxh6iDT6XzdYxTwTBwXSA3KGDg sHy+MvtwNdBd+UvIUjgPPAHiB23oKColyiCIRqrqK0wZ3NG9rj2rFEwBrAvMMmvcC0OCDaIFBIZS XZ4EbMEa2EEQNjc4Z92CX1JgIBD7wva404FBaAiAAovJn7yIM3CkkBf6APMIydUvIMVVCn0RDECp JVpBGDoJaHMR0Fmx2nrRCYb4QHfhPGBYGCNl6JTfwFwoDkhIZW9wictegCUePHtxfjM80SVXcKXi anfHAyrfHIADH4PBumXfcBVQkwgVAEG6GfP7tZpt96oCZYeOBgaCy0CUMCXfoKtivmA3fTszwrV9 BeXs3hCHPxi+0kWXNCuv3YrSDSzIHTjkA2dTgGaDiY9Sd3WXIKPXV3XUrCWeGdVN/wRWuR8y/QFK A2WHWlepre66Iygg3ybuNXBZ645w797THXlUzXnKGCplmrjkIAiiceZDuDG0qsJC4JUBjYB9Tg+A XkGbjJomu9Xd951y0AkHUHQ17RVLn0/Oowa1Kcq+6hbY7eiSDucBj3fSg+McDOHcBpWKzp7wAErl 350NAjtVGG4WPX+z0nRXVTfeKRYdRNGXzr1AXAcmIMa1TorQ6NXEsMdMupM3sWuk7jy5YSMkvKMQ AOTqz4mAbhAZ9nbkiA7cZuP4DAgwVjeZHZ2x8xNUf5t7RfLaJQhAH0mRkonhmILwNgtMK3Wxo2CG XaBA33x/3n+IQVW6+nrt4PPIqGTfKyQGwn/eMkOvL+4b6nByl8KPFcF3spBhh4eTI2HSH1SvBHdn 0RyHvWNUU+4ZpR37AMrsoo6rqPL1qT2Abquhhz7hEXrdT+fA2FQwxD7yUFQHjlNXeuNDjOYdsmDG Q9jUsqOTiJ/eUl6+IKg4gDJzjO/bC4BV8gM+tDvT9grCAaLRloEyHn9cTOWDZwd8bi/JK8uHznNX XrRqZCMsIY670PSzWF950ENYJN9i8QOSO4a33RvOx059t1NxxHYKBDFt+TToeXtk4E++lC8yqxDS LrdQ5GWLBXJDOlU3ydGagmaWPEtBHiiY05aiFcdiwOmQgjgoP9yiUyHHwKRW9iLLrUEmqI/WBysJ MqypWsk1sM3KhoYYaYHJj9luWHplAR2EaDWzqm5VsMgtdbQ21Zf1mae3wEqmdGdTpcW2lamoIBSd UaLRemERWcaUExcXBU2LQFrvBCchwzqxkpqCZoIObBM4WGCrkoAbo8uf3ZHn2oZpycPr7qMJn88U QqEr/Sc6O4xWGbf7bcNuS+P/4+leENvGgWwNb6MtybYcPyU5c/e/u/v9h5lJpx2ZAoFCvesABKNH 3Jd0k4NMAKv1IKgZu0FHA3ban7Ctp9IKQQ8pyxMFGx8syKAWm+G9KzYQmtySbSkUbhTz5J/uKytw L86KRM+yAhj2McGSbam438serdNud4NFBKOgqgUB9FwvonxUobb0rtKbkDCzCK3jEgMdyk4bEXll DK3bymhKagiQuFr28MkCj9sM4Q4KKszZnlyWn55TJv9kVMQUDRguevS/7iwrUPke6IvRJWMtO2kS S7MUUqOsPS9WcokBLaNWAjuR3rRbLU0pkmL7PC0oyMaxZlkQo25PCBs+lD7d7shiudQz8e2JflpT atDWF+zsUIBmIldpmSOWNfG2+9I1CVD+Yirb15SlI8+To6mxAh/w7yvsIytqkzwDiTgpl4CC35nQ 2h6M1aGlEpygiVa1CqedzUzvW2rJhtxgDT0DrBYZtNsWhL7JIM2Ibrgfo0oUs8ex2Q2IQbO5+0QK HXaB8WPrQYohystaH0GlcWObGUdqNl3F1UglY3pYCiiPbJ853SKP9k/om8uS4oQboxbvVWAHL5GN OEpgV1IKlpjiQYe0pHelskRGS1kTxvja8KzP1PQsB7LWYxIsr+SZ6Y3DPCuaq8VaVk+XSBbpmrlQ KlizhGCwZsaFporjmouS8XI53PMhh1I+T23sJHG9ZSAqztylwQSYfiAsZeCZKwxpCHqMtotpZdLR m2rBcNOiERzryiHTokpFxOSKbJYwHVpM5Sq1clAppF8xjn2htBfDGauucUPf8LlKD1TroxvoqH8l ol2K7U26abvP11VDWFC5hukrdeMMsMDST7acf65DfPEzHRsgUriwspANxM3UFYdLYc0vfKztkegy qa52Y2xoVSh1kDOjGgQbT5C94oTjVLY/KdEMGhRgHyQ6K0IVlWM+yaPZzCzKAD24L9fxiIiq5ugx MZpU/ip4ENH6NwWgEb9fKYcMlSDnHybSxIN6fKdMKsoM0FBnQQgq5yqgqx7p6nCGRgpCfXl72mob aDq2K2WrsISMpGIcJaWLbgmvj0Bs03l7xevUt8H3IWb9E+aGa+zIbKlBhR4gu7n5Ki6PfxX6mZsa U5f4qthWAFa1f/ZmPbxGajqMJDTHxwAfxHX/UYDHkICSAYv1n4lZO6sOtIUsT+4Kqk3SNIKPcukx A6UKXrgaFaULWBNPEaKv/Yo8cc2wIIL4cvVGOaRPEHGlSFDntIhI2AvVYssaTDGpjf59LJDRH9sU hVn0Mj0EJKaygnAp1leZX+bjGj0JLaHY/uEZnv849Lq1hijn3cQuPaPIwowPn0W9aDCu9IICM21O RmOGLnhFgxb4xBATlsbpKPUuT2B6bBQ5A4IOUxApMZ5pko0W7tAfQw0apa7FK8rZUkg9m7qBeMui w6jOXuqgeZXMWCrVsPRDgqGW1ENzzNSpeaWm+fKQVUwcJIlyQP7xbbspZGtNhA/ZhojW01FePGCn oSUx1Ti9uSaucrqCir5E5/bO9W0wr3ecpZjoMXeeNqvMzvw0QzW9TWVqYFOKfhz2DVNgPmaapWf1 IYYUFrLtF93aHtwyHGCKJdLOthBns35PagG8bDQMKxsluBLCVrW4hUDU4Nz4/Ozk9uSTpFL3PK52 ZiQKtrVSC8Jr/aZcLmgYgS0hGZDl090egvm3bIcGDJy1WKOg7aFVVMKyBG9orzXR0cOBRk8hscFj 2Z7OAFy5I9bWifEOpRjSZIBWrzRgMwBaczrnp5qDWfi6KdtQbWgYLqsJte6LIDcPivgyD2J1zGRb Wt1tpKAP33AYqItUlklbWjnE9eA01OhEewwEfGJoHskVZHvPJru1fOYGLYPuG8YamYvHUx5nmDFv FmpnI0QUtwmWJhAc703eJukSv5GYXA9ZJgVyhjamBhEZo6lGCGxO67ijaRsI6zY2hvTvKfp91V3u 1iZxEtAeZiit0TtxsMFCSWBeAjOjJaJt6DW3OjMfjtP4hEn7eAfhCWE8iF7dQXUM4UPUtdsYAEZx gMaFAfPRKeywDQ/U2pX0InvlWnIVGXJ6l1bzXpSckyw9pvrpi31lCEANncveQ3vTUbSAlwuyPK1O Ew3d7stoz70kOxaajWRHJdLl1yaSKH1IBInbskzGpVf9z1+ZK4Zt5YRY3GyKfffc+yz4irpDueXB ut23pO+W/s9ztPNPbgPrKqXJz8hkRw3X5kN9SlJwoItOwDj8ZKLmmsimvAU5nNEhQXNBk0tuYN3c F1bUb8EWcUzeZY3Mmtvy1sI+rKygbAiOVBOvSOGjCrCCj9Y5zrl7u9HCYmtsQyxeEBjqn1+/4ypy 1AdG802e2vDFtgqcXpLIoeF+Z61sa8zEx6N2Fg1vgxkqj/m6/eBeia9aJT8pm0sLKkD0W2ab32za cVLmg1qZbA+fwsF8IVVT42BeXh67uFwd5pDV/3y5AtJZecWudiH1KKSO9NmepR4rhh7oUw5dsWAD XKigcRV+cCwQnYxdsct1F1o+rNsaGwX6kvomAAoTjMkIcATzZWvlyQItGtqC1cSKRTAR/KXJPb0Y wqEWqI5RJ0nmjCs7FAbbQGXvs9oGm3v0G0dQEmcEJIR2kAiKqnntLbzaDYirYSQ2wRIhjKoQGWxo DKPYmQklUX1A2tpalozDXW0ljZUGrDE2AgsQW6KyiAv2DDttv5oZaxpOwjzHLjIqopX/sy0iKJ+Q WgNEpuaUJQ5k2o3hfTRma3OgTWs0UQFVQVIf7vRNm9x8n4RMP0vxxDS03DwBTXDNTslrN6Vj+gKT mBR8WV0Lies4QZYIdYWdOgFDIyAWHRkG1b5KsBUmE4U5E9ZGBH7aumakNrzhTx0GNuKjaeoi5iX0 fqEBoUw0kWoSBMpBeTu7xv7b1DdlMURw5lFoQsOi283LjsgIucSbqqQxnQkvRwLHNiyz0MBe5I4B QLnvK99R4mrPw7bnXAmoUD0oooYwVSgoadMg55PDnIFrzdutPf8O3wvYgv4Bh10APPYSQIylLIGX 9xBXE+142NBdUggwBNs5Qjb1B+WGvpLBtYM1TMdBrPAYxxsaBvDYVkMD6cOksQifQ6lDoeGUyK6H KNKUybQ2oNTEhx6fD0wFQzoypA2TATvAUsqJ+uZqn3BAXyqb7fqZKULQIZA2ExvVflokdeBJxgSL Z26o+nCMSZIFmfoLng2kbXZD0XelSfWovsuPd+eFGBmUqnUn3Mro2lNtJ3QYJmSzUxa/X9uA7a2H 9w5KoV8w1XsNHD5JDCEhcdFJIxAVn535TWPbPo1RUFNQq1274ZthJkTQcSveERAEyvyTUh5AGGjG VE8r4ybS5JkEqQmbYYaa0ecG0jvlC7e1rJGSxFE0kRoaMcpolgCYDDH5N7ZNXp3T66+t6GBqiDOL 0ciGcHcDnDHPlu94qc87Prd4gbatPCXN2pOuQdChsWvo9seyh9k1EM7nUwkS+m1udYt8f3kkqt5w KuhNmfIjma0EVRGj+dM1ByOFXOdSOq2BLbVg1NzzWSzjh3Mptacf11vrXWyxsyN0Th8FpRD3nGvK I3mgJeXPekc0U2bbTNBl8nWRMWbK89KBt9x4m4w5TD8xxpi4j9liZIYMB3aTzrm6fAXt7JNb+8GT ER/XhFhO/9kUDMt/8Af5ebQDdkQwfWrG63qVZDv/PQEjPn9hxfQB6MFqwMtUg100M+Tmb9IBN3Zy F0qw1MnclAHqniPH9Xb8YjddFcgKvCbpBmMFrpIEqv1H1bJnnFKnkBn+6nWQOAUgDkLIL7eK0Sra YYgpXCsL+S9uJI32Bfb0ytEOag3ukMxo5EtLA9ZPZtwcNY4Yw/BUxIZeMs4PvfIxuspJZgVpjTmi Cq8KYXkkIoyJJMLYKQM+h8MgKvmmX4U8N0ekZoqjMYrdJCCzo4j9pEsO/EE8xVuvOUAjUgQk12EL LrwYA7FyoXVqz3y02MMLPkFa+VP+5/puHSpniUp3YkuvRaAyHd3PzSKdc0BXS3BNgvdqBarg1RKq JzW4stwgWvZYBlVOc/zMhvOdeZYSBo6itbNYn8nrGGOtnOAZPtlh7tEDWpcnyA0giygJCFOKCThG ExNqHKgnbj8xT9CiTWyhiqjYOmJO3Chs1mQ+7lwBztRvwRiTuQB/548cPI9sh0oxIdzpwYRkZZQo ZyvZVPpp5ZEmiMb2ljNnx1fF8G6J7b7piRRajXIdCoQ4kXJJ7RIM1Sna44up0Px8Bxs/dsinwJZ5 cU1q1xMWzKFl30hiCy1HWnMhZaSVgmQymZToji1Gk+PkSD1hURyNi55OcuA5wZUNGRs/eZu8HAUP ojevQbjasChzqYK33Fl2xyKM6G9myILRQGP92k552ht0nCUb3+56wiibMocsoMKhtXCj6p8j2AqJ LuzVz3bLnLkwk7ckgU1zr5KyFoByWWXabEPIjbGhiDMuDwxWMWQv3GG2iW6OTS6t1wo8FVBzkONH t/+hn55JWWqd0WFYMAhfirf5SJNaZJp7zWAlyhuulQWVCJbIlVUTQeg6XTbjNrGsqicnrgkBQDwm F2wT7lh96y+RVdaaY48v+scl5JWH8+ROyDbZ/LwvDEEKRgzKQaGec9H+YJLKzuqIOX8CcBDLgXKt 2gRHw77Sikwg/5zIsVguj4TKwdhM02K5eyS3qJHT5tWTayirNC/sqzqFoPOrUkW/YnI0AdBaU9Fj LHH3JIv05qjn3FcqzwwztAUyRKIfKXS5nRs6LEsXeDbL1ClHlPAJWnGtkxgWN45BjK84o1mmSJ2X dpfCZheZRA9DiVD6KZKZug/65ngnegJhSq5VcZBRRFJGZOR73VFpyDabRISpwfnrHlL8UiGi0znz xLKHwlIvbIwQrSnhFnoan3yyDrd3MYMkRu1S7JwgUAFRyrAq4QwothQ93RxVEcU9VhSLYpe0scOG UmHfUjIMfvtuWyDhu5daaGOU5GyCSSePrh/fVLLRnuSI9+MHgisC8wNuypRtmdDcb/102d1YyctA MnPaJR9KrRpg5rQefXSlAlBM0XUxiWx7LM4aTcaGEk2mC6n0dMQMTNa38ZxghEaTMd0JiIsyVu+h nqon87BN/qUKNMqwKEthQayVidUHgAAxrpidnzEwMdQvU8BofOgBdsx2KgWSAwGsPkCo4gS/lYUw Inagnqb8gZ+MLpvNUevL2k7shxsQo7QH51L4qj/yH6yYCDVihYkSNkVAARpuz6ElOFgOUNoofYYK 5L9R6yNrjbPsDlP7xm/AqR7mxcl83DwzyaYJ2Xj+sBeYkrgsqJyQMcZTtuXmhEPJDJjxkGiSDpfW PYm5h31t+HjNl2mVO3i/xN2iE8wjeCUfrv4d0jX/EoHleHh3NECMm8mCa6kXXyeXMDDj0BAK3zzB WRjkRzzSYJ8D5UpSsAjLewUGgnUehAOhmwQHwFAbbs2s+d5w9wUL/ljn4WOIcSkQODg9H4DRIMSs w1ctiITvwYdhx+zc56Oz9rLSDXBx4G0rROBlUQMiBGvyUBMNAVbZNGjsVoVsGjWXgMw20nZaSUCf LtoIFz4LjGoZifG2jRz+S8EC54C2VBBGRz0P2XYEOeUhpWYB32tEbj8XrVNMoPiUsYmPLfk0mKIG 5oWF6TxmmlmwpN+Bfu2bJU89NS6hhrJz8nhu0t5LS5lTSx1EBitoxS241eixvXZogBlr0+qXUVrm BohNx4mlJ5VSDJMJjoxUyjYILj7Qu/2KGjOmPSk8clket6DzkFj/hquA08BNO1Vb74gxjvrEje4u C2wTZmgYmRJtuzqxG9MQyu703LpAY3C82XN6ZPis1EqTjsyqAzvS5MqRrN9PXG3TNQ4dSzU529jZ oMncdPYHgN3iQgt/qDUTdhcMTeL2J6fkzZua9OCVzhhK6CulC7cEebszyPpQHtecDjE0Gx3G94Pg XMrcLGWRrb6ps+sxVvzBag30W42JvJjqG7z3q3NrOYo2cBahQs1FaiRNbc19uHArM7w9QqvRujg+ L75Ep8n88xWFztTPvAJg6QfKRyXclKFhDIWFd2PweEFSwP0gcRLqiaFAXooeK0Hc/kMNxTJ/jKGW Uc+cXHVjqu7G7JGrxnOxFZ+3xifBMC+U0SA/5nhb++sCwzNfPXXrHHM7JTgfAc/mmVB9l6O1BmmM AYxGHU4ZbD7aww4JZZ/zxylGK4g8LpNz0JgjY3TTjUuQqJlFEimBAbgA2vtsM5XZtp+22JvC+cFD pzM8MGvNt4Qu0zHE4JnX2bTIgE5OeHa/NxpT2Dx5iQEmoAJnvs2I/aZLuG04tiAqKOXlT4WlBSfu Hnl2HSdyc+Y8c+xVni8/r96wEwmFA9GlHJPXnZcuIBisdAF7FThVRmA0t2hTUINZMSiROjSSV8Bn WaufuCiilsUJ+J75lcsFNfombKwSSY0VYlff/a9lD8tr0cPs5qJoUXWUDKG0/xBzAJvhLVVpSteS ZOVm8JiGFXnFQpWlakhSYpuo2rGxZDDgR79oVUqjTjRs4IlaQ1nYn4ov9aAC3TeoNa6kNGCzzGTh HBimf3cJi3rcRPSpdRt6V+hBPjvp2D2l821KrLSR5baFqU2SnQAsy5N0VQEtByLnqjACUOupqruY FCVCFbQY7LsO+kRjyqS8DGGoHDYUXyjhshPxrQ2rYGQ8QB9t893NZxzuLVRy30ppM0A/9MUhlh3i iq3SCtwYJo4wmlSliQx5EWjRw/iVvzG9mr1QDk2ruMQoHD+WFRDNtaomaEyZNoJNh7z7TI30gGa1 qAMhpqyFnW6CnKpqk1P8CCNGuxoM4E/PLQ/9MA9dsUykkk55gVzCNLN6x89SNwylDcv2uSnhHd/h N1IY/h0L2KI2DN4HmoC6FFj81xeWKNe3G5iVOjzBCFIVHraUqP/zN4Rg517SgGY4JTuMqXoAtfrw oF25SnW4geRqGTs94eDw30hmacKUT+80DpqHnamI9vpMA2StVZeEpZbwzeBtuF/ldpDAIM0pQuKg B0zEvVBohmXLL2C3nd4daI0Sb03MphDcpuupsMkGUyemz+sjIzFKxZZN8vbNhXmGZDI+PbK9jCmD MS2qZqbbG2086X67c+1vRSVEtZF7j5vfu65xlITVQIyCaJwOHf4DPeodeeG8eP718xdW44BoP7Az GVMqsFuIU5AIHEqzH1JkP4G6bMOsFBPw4QcBQ5VtN6ZnNPzr/cEuOiI7j9SkOrkCesM8FHRxpjoF y4mTUvCpHbrDwP2hpawpNRAAkEGaidV/Ek5yxh/OGeNKYtxCr2iRgqLEERMpZDdSkiP/5Z+VtCFy RCBA8IdtlGeqXM2qJpuscwi+oGr5EtvSUgA8pz+fP44R2jkJJEwPOJ8cRhu+Kubqk2jkabrmeBBV HER9KpsFuhxt33wyF5M3ZAJUvXjhB24LvhoWSLnWWFxZpHe2KlPacC7nSpZMVCSKiPRtEGXJPzNW BsjzlbwYc/m2jQ1VfKfYZMOwW3rfDdqNZaj2Lwr0VQFkXUTKGE2JldB3NHy+cqR4Oz/iNt9iLhZy DaA+89NHXvfQk+B9rKnA5BjplC3qeEXZbXRESGUgNcvJG3DgYLCnKfTSWscAG9HiEPUugoDUbLl3 n/Pbu6lHDJwan+4ZkkpbKmoQxhgEndnVTGHbqyt7LqBVLqPz9rSdoro1zNLkEqIlgJ4y0CZFREP7 2y2jUGg782eNwXAWDtoar533ReqxBZhWdrzpsBNpvJXRyyp7TyLO2FXe+dB0nntnblZk0vNbp8L3 ysLeBambzLGTglgi22KNVmIcQa8DBrWXVDJbpDOlLQm5bu+6qOlfpgtpb6bm24sh0aCXSNzqSisv nEHvg8UjszR3m/OLD4HJrRMJJTb/s/AfZ/vYiB8XrRXoHcH6RHwCtfEeJzXq6H8O0osZ23af3X/1 2kd/Pu8eEOgljw3thP1e3OoLc+/lk7BLTzE0h3bhbx+/2yPC0o4vHAfUb2TgbP/OBfKO5kmhe33T 8ws6NJncSO4NQO9Zhb7qPcj8D09FQdDl/1YYOaK8ed26xywKDtIIYkeiKNy6CTdGAz0Wcb+G2poi /9HZ+pw054xVb8J0cc9X1BY3TKuf3L5VA/fy9c7E8TNAHpG8Ov0U+9I47h1FM6HiDrE2jwTqc8tP Lu4X8YIqMirW4iuj9xiPIYIV5NWcIP9htzO3iZhcXGvlumbBRQIfTFsozYC7jb/qJQ4FlZx/UEyx T3ohrZWl5K1YNufDv9B5azTa+CMY6I/W60fSy4HnWHgB/hNbcnN+apsrj+V65YT9CZ7iCPw1yWE+ 5SuGEO2MI0NoaDdz5vmGyn++lEM0Cd80fJ1u94VQK2p3i9q5KNCv0T9Xb+UoGuw6yOnJ/N1bXlus 5kgrVSbvEgyFY8iP71UDEidhxaCBt6qz6m6+xBWfw4RJtjCAJF8pUsynIj3yFLOksHG46wKLaXWc mm/atDAYM+xTVVaN51ajNGeXSlSq72wcWAiICCGm6beyxsPnvgCoB7pilIm7ZAUs1lYcqos8AaXv FAVFtHx0OQnxlOAUM0gT5dLD0pXmYfYcd5oGcyu3oSmlqSV5qKU9SdA+gchpycZ/REl9esyuaEUN 9EwP/XVkOIVBNsXALp96ss/sfMToIqBKMI5pRhP8323PqWtdCTH4SUkxWW1D1kXuNIRmVY/EcHyN 0YUilOg1fasG4N5Lt3TdIgHKGUNTpLGNi6N/3jzb1cFu5fxZKAb2YEKR3IgHx2hT6Zwsg7XRiraM qssKslkDWyjxoC2Fu6xr6UaBi90Viy2RkIs8gBliYKdLJdby/4y3UE+Y2V1HanZ/eT51SD2Q70rZ chPIyv2bGFk/qjiSzNOHnI3hxG5dOblLQMTbJarWMZei5wSSJy9SLCtTLypiC5+BO0y8ZBWTmDVq ZQ8/197F6YacmUFQIAocI7qP+8qdIkmN8vP1vLBVCJMg6TxnLmCJUxy1XnnXsrgstGQRPxF+uEif PVyoyzIUURVtrlAbqp7Rp2J2pxCRDVQUkR82P7TKCXkwIsCZkiHNc9gmkT8j6L0fqPwZleYhqc43 y0+WY+Tx6ptKxGrWpQfrhnkOPDE1jOp9TybYQkp6oAMMyv2WF7ALQEBP95gNsafV/HCd5i8zBP9k hVmNgQ69Qq//+IsUoERriZtPsjPE0CqgjduPFxZIw7oQeI4KX2jkTqP4684STiYMFsjr5lrhCZX/ aSOAnwnGwmr8nHwTseijh8OlkF84T6sqYJcSOy4rlNwtSEcopMWkBpa5zoshpix1OWtKvp1k5h7K lD/kQCcsCJlNdASUvUEo2vMPGoJ1+NPpjn4Gv+UQ9C/05KIBj3kGl+WtORbfNBv/zbfISPlMX+OW FbBGDEozo9AjzPFvIYNmBPeEtMG2QJghYgPcqBHaX3r3ZSBwmFUexk8Ta6Kkd/bYhYE65cud2B4+ 3M/Y5kp+jEfnlEK/4k+kb9cp7FhwCU+D2+mNRKhBM9JCF2aivn3+OOWFKl3MhscPsPVNnjxUVAHc +Veh2fC0uUpwe6m/aSQOQRElmIKgGIB+vDIGAdRzSpgoMweEVlEufBH09HAcZUYqVjdxunjNX6GW g6p4ISQTp0Q6J/McIyYZsJMAdYhaXYMDqwSmo4ahe4GoXKtyxtTwi4pipe+MwFy6TjY5+XbdHxvs NigVRipuQ84YS8fiFVDUOw6CMOO8IIeZ8uJMjhdyKFUzH99yVs2r2I05dn3DS+P4pp8iXOzx9sgC mE7gAPdNo5kCjLF7MByEnJmmfklhp0lrRScSm78o6cEEi0d1zEdnrO5OUZcJsDDLKfQyOyL0IP4M gD0eetPHxMGOoZLC9OEhTBNt4Zxt6qXIeuvedOYJJu9JPVAtzFmIDAfufDAfnHACSz6Fr7by0C76 Pm2Bw7/kFg5qJ3OZhttDPu2qB1QGzLb84fuA645Lae+u41ignjYY21/rps4Dd+YSPobnQkw7r4yM Yap4Uu/tNK+rQahsHxslYGkwJ9I+f0iqtpZhTKUcyMM+tKI94vDVkN72dTt22BnHPSwz8kHuzmp9 dsYFFYGu2yPfqR69YbM76dFxdJWPkGDU+j8ydrYPCdu0TfNP9ZVTiCOMqP3DWKw1vrqVKbXpN3Qe rSw/l4IJ4cpNfm42jBymHHOaEr0gHbe4j9r0NJZ+zahzmtiCCTBh7UPHE4R7a0/NHFVdaqd1qsI9 IMC4NGEPNqIrE0adbvfYFDI1LU1NEXIjbs17sx29lI0zCOmcrRgMLxNL00r96C8cJKCYV6dvtNFP wbK3yZTmhHQVYxiysJgfkefnNUS18Gu3MiydiKFCNkuWtxy5WbmgHiQJoglzKYngRiQRbLZkhYcQ wW1BzJzhl6HBABfRXH230kbyVvJQ6qV4lFRIDg7PIzq5WN2hdX32jHY5oPBfBs4hMLfcgxH5Atha RKjP8Ed7f6tgXavWkITURm7RvsY286hfereRNqaMpBU45TjbzFS6yznUib2OWA18CEdDa/AEtiBY dYptUCDeScbl1o6jVYZWPJalgbZK8EoKJBN6eL3lmhRWeCUj8nWoh+fBQ6X0s56rwEzB4BytQRVw 5RpxbMmFtIwGlO0hTAuUF0eWsJpqob0teEbnJGNZ+Qx9wR8npqJtQOIq3D4ZrIUAKV1etvq9sw7a ffR+k2zLHuNb+dFoGmkp2zb8VGXk1NMfZKQ0rnDuf74ZI10D3vr3cG3cePRoSMTYZIaURy7nb0dt EERzIQ6DycBMjuRwPXSuoEMhXSpxlWzIHgGqwVXyavxwY+BQdB75VFaMc75Ii3a7mUqiBD+mgTj+ n4tLJRkXAxPqjCk2FbZqQHnKlZk6IjmGLrEFI2i+MfvFn6yCkMyi6hblQZUZhxwSSUivCnDHdJCe mgVrJVMZsF4lPJFZgLXRxhdMbGlXqm1EVpEamw1FiwEAAws2IRelQwEUrBPQ6mtyVqKoL0hN0cIm XMQTiTRdJ99IRTDzSYfSO4pKjcNGIEKumFXq2o4LmFRnIct+wyvATQQms/dthhCWZMtZO2RVHgAh aFCa76WoHepQyQAXcmOvNqRJyjFnVtjnrDSgn6Cd9rX5DAcDH7/d9aN3ygdd+gtw8t7JdlpXO/zW Iy+hOfDq/vhTN07HALyZfuCzLdAf9/vNCxrDkeASLlga0TPaOjMEENfu3h9YmgM0/rpJm49HiBNO YsanL4De/tg87BaTivhgH5AdIB78lm6mwdprgGJ/rTiMGyoSvPth0ZolEvD8TF8HVUNkin4KYXsl ET+jsu02vc4+782lUQmDtmT0oFX03f7AZxzlMHZfipHKOM6FNuQB4EZufvvgPzm5jiIxQc6CncN3 2vdOX3JNtI7b0wvtaW8h+VIdPrsQQMoreeR7FWBt7MysqK4bKSsC1WIay/p9PWhln4JL0rAci3Es KZauS4eKJu0ooXudCFG/kmbzoc/CEZekPRCYKvKK2MXWZ7lZvfUsiJawhf/soyI6e8j3sYXpoOe0 WBjDCc3FsrmBPDJs0L3osaJk4Sl96VkA87fcaZRotYtVwikckASq+ROqH1dpE9XnnNnD4Dgszhax 3D97sqNnCjyCAd1ECkhSaWtTeibE+ENrqx5bI3GrkR2hA1kdiEoIHT8e3Apl7PCYDNCv9pYmNid/ m2WOryhSb+aLuS8kuWNtrKiitajExk3cVqmbz7er+SngiSckFiRYqCrM4o3BOBbKQSPyFPnzRMoP FAzZvn58MGAHpRfRnOZksYURiZsxy1MPUc0UfIvDKZT4cjVZEmE2WMe82asZ6jgG9E5Xv+7GxfA4 lGVRPQh26spdNEe6CkPo3ceYYcK0jDS/KRJnAy8vKiXXaCS89ETbFpdriZGSCJQhFud2KAr+zAQw zaMNuRp/GSxnGLDNfiO62Jq3xjosya0lgrICAgBoxBF/OmgiSRZ/060CUwAI1kUMptSsNbIeIvB9 EEH0lbM0ZqrYvPo7brOulmvpQiNks9cwqNAmNmfWtL1lKTkbiRQsYKoWTQxRK5AIo0ohs4OkgV4W zdRK2hZAkdqsyiFYpzgkuhaJ6BJzYnoV77SCrZUYSAv7mbWDfKpljCrgBVrU3tZTTap9WHZZooCp QJGhtqLEPn1d2FWFAR2qB1RunUmYRfMVEloJYtUcn+Aefdq2UJ2R8/ElZ6ZT41bAShgqEoJRlLH+ VrKsWfW+JFjYblDlQxG76ubABqXtSoyW4QykmlArmhGswtWCtipEdmytrW632UnerudeB232KhwN VJ2VVz237he1mLkZSG1rpj2nqW5R5gQml48oxPQgdW9ov1ZtJTKlcUU6bpVwyPNt6XG7uVQtSKlX F1cYmbVMJW4QipQ6/ykjCZx1Ab28k2SGyDQcp1edVlb4Db/rAj1cM+L9dbEtfDqJhboguEPKbucz 8XwyM2yCL2HSzB/6hAIOvNIjrqYm+LxxYwIH3qOmUBTiiMPu1J/0LFOYcD9sjmpQ7K7M85Vyqf6V VHy/GWhK2XDJt4gMwEBUu2v47hLWbIERlmHSPUSQTRl0CZX+0pntiDn44Y7QiSAwXRefOpXFBNPy QpghUVMEMZIRSLdqS1EZIjG9pD+6reGqPRNQlVUIoh6BiSMbMQFru0JX84njRSYEYncP27uSKDg4 Elx5HwHVTMjwsUybDdYjlYl6cwePX627tG2o5NkXYWvrFrWcUPht0wqIyRUglGXruA07ko3CRQ4A Af8LKetjQZjDZwu1NVp/6AProEtaYJAYrGKsQGB+FMEgriK1/X4GES68vVfrcuJCfw6GG2yF66ta hsMsJPEwudAS2pBtN8I5Ecwb81fSFQ5ED4Yr7SyJ1Ut7fUN487+9RUKgNx/+EyFsEBilKIsW/l3/ 8u8UFccHeFIKUYWYDVciq3/zd08QVFtQIj++SDAWNYJsGivbMWXOXdjobRFmh+VFHk4zEIlM0xgc y/8xKPkGgeitv/lHdNLtbCvPbNYpM2G6hY3HgUSjWXpbs5+LLimVdKeZzkVLjVowSjqUHHUzQTCH idBX9GILZWmJodrAkPjg5p4Yyi/jALbnwEmNvHJhMd8c0UPE7brhENoysCrFj+wHjViRtQohbfUN P2sqBnVfYQetGED/TYTbkmbAo0rkMLShe14Ay+iS0dv8q52P23xi3BLXmQh+6IAhATACfOZpwkwC ODZIo8y+luySnyH0lWvKNt075zEC3GHvr516qL9ENKp4YlReSmK3QMmy3UOg3KP24gUSoC9gwAbP Kv3g+/njrD7vyShy+AE47vMBwmRUdGzTIGpZDPwy8NXxrDCkiBoKpC9wHIViTj3hH9DXlIbOFcfm R9wg+IkMkYQxgd/5IjTGG2HQRb/Yw0yS+hw6JZSAjEKDGSZVQQcGFrk6S5/H2dyDdjBKx4HGYEkI ae8F0LkRuZWmaFwkmRHqfYuS2ILVhZ/cNA+D04oCNuSLKufk2BEhVGzBnRXmQp1AUnDxk0Lsz5ym x+0XAfP8WaCf1JsBXFTPhFZAoxMpv0LdTNCPA8zPlbjXnzwNytAxlqSIh37EE+QMrXJraUC9FqCX QHzYvJliQ9hwfrwtFQD5Ub9+nbGlE/orqFjn8F2xXf4AwosX+kVGioqSHa+ENuNKThhKSkoMEhEc JE5tW/+NDrOhqwmrBMGQwr391D527oQMgi073JveIs++b1/UVuoEVg1jzScL8xmEZxbIpA3SqPaf UAtKNAtzpUyBsew3dBT92wkf5s3OsBO3aAtykV1vRsJKhl1W4IcRGQYe8L1HCBZZstC5r3JhjYtM eDCorz5zuoRKqQzIUZG735s/raVvEVq864/1l3IzGjh1LimivZ0p1wZjdirdaQ44Tuh6RxWZRoC5 UA+yT/nsxtVQe5ZM/Z75QOIp07Ci3l1uP/NkaSwpNElTbVmmPbQelIiTWRZ1x7sGKzWSHyf8HKMX /xFGj6NFgyscI4qIHsu1XRpLKSbMjCBBu92c80mdRYxgnJwVpTOo4MwxnI2wPOk/qbLoinTXCyHl 3lrSD5mPqeUki12tf1UmIIHHpptedpztmBWH2LHwuGTLt9aW2GWnpoSDHG626GdJBevCD41lvdLR ltioKkY0ZUJYCZCxceFlYOZms0QsLGbpJH9nTIRJG3LD+f0SBqPgkg/ZUeHGVwrIriQtgyJ7VoV9 VKJgWZs1Y/JqlBRFcqIxS/TvG0xYhsxW9IZCcUlmMITKvPEqZYs8n8sWFEyoK9EjdeOKQqpWHqlH NdFAS3wlH/Ctnngv3cKZgQN8vKimhlQUq79UiOgiE1GyKQyT1LgiU5GlmPa35GFzL6YoLaVRVY1U BSBPSJEhWQu/K/nwa26zYDpfrAJXYmI9NUsv+E8G7oyL8p4Qnnyq/q3vN7mS4aCY2F6Rju2SAfPI B4vqyA2tEeZRWZJDYwIH9Cy54ZiMbDaWiY0Sj5yGiiX2ispojFOYkSIsN/COJ61TpeVfqb4uqZGi U8NJRw8ViZjZr1wfKgKUgVrXZ7sIhsKYA+mjPa8cpOCGZpdKlGyYPLlgjBKWn4wqJXVPZrmjbA1j StG2eIHfOsVku9CtYKeHkBO9NR0kGgp1LMY9dd2W+Hlp+kEejLeA7y4Qbnfk0PIK2S+vbb62+MpV fnpySpJUgwiUdpZG5yw0barkZ4mRwaXYmR/kg+1gMT+pMb2kzIdNlXw6Hs3c8vpMg71xPkpwqPJs kC/NEmmlHIQVWEPyMT+II95fz2kZIDvKW2EB3ebuTE6ikUmaqzNcs00h3lcmki67oUSX4dPqWWJO 0K9Sba+1gv+TOp7cuCwK9wq20lITG+BcCY/IB7gwj9S8EgB1RWQD2cfNzfWpZD/XdDBfNJRhpjTu 37vSWuLpLvf6Sn5NiwImEACfX7kAsmznhF2ybTR5Ybh2D5orzOcNtGvHnaIAVJlKZ9cVBCEqGugA Wlz3wSskiJZAJ1292VUI14dCfTyC5gBZbRW0i9Iomvv5209oMoho756Dl98da8wqvKEPIP0n4Lct lL2wDybFbIF1sOgbCu2WfL///fr+2zEZ7+6DIm+nqCOaDzSvLZpAPBtEgcp/AdBfn4/b7/98uwV0 /bj9vXuwHH51/7r9/e32L2dBB1L//HV8x9f/PGBUX7ffz78/X38fbSJ8QBQfdid+3/+fhpHzrWW9 3+63++ejDZN303zoB0x9+9Xlz9f9drv9T8D1z8PRyrfvh2E18M2PbzS5/boaiN6pALbL3uHDX3eH SLtm++WPY5iR61fF13Zm3qzVxcHgeb2EiIPf77C4AGB32ivZN0b7+jYLOyq959H3f78N9Gt0lLgY JPjjpGubO53hHANa6dOJ7sy8XjUC9LUZvROzQ0JbKADyd/CIFQ3ukMhjPG8Z6M5nuk5REp3tspDY EE5qrWOgKe1Cd8g8hhJUypbP/LypkNIvmvf1CA6FXrIAHdF2a3CAcgc6W1lEp8vtJa4czK7oPv21 p67qyubNsMQVWrlgnrTSTVSj/dV3/8xDA7GEJQSk1xGrqrtF3IyQS1kRypgZsQynAi6kMLSNqwS9 Voiqr7lXVp91dbdqlFfPPXL49E9gVUT7vwAXBloAY4ZRmOX6hxzYoPkbIiYcX3ImxXe/cULibImL 4dWrxfRcbembw4I4FhNFoD7y3AgufmlWUBaRm4lC1UR965UxUopCnjnzx+aZmzYVbYR9I+aOdAQP kSQ8I9mkqwkSB3qKpvxtPetDCOYG5QxznjghlshzVo1yx+RZBJZd+6eExmzwuQDXo4aIefuUNUo/ q5oLFnrSvbo4F1++V8doNqzGPHFZccQUPvgx3ybTYk4JqDYKcDlGncRMM80dOgQpj4oa6QWCk0uA WsmPrxf7xBfK0h4tnGmPDXnLhQyw2BCBghbeiwI0lIvFEdPh8XLaxm+zDXddIEJREdfvzBJPhDZx o7jAXeK2sYRaSljeykLMqFqgHjUAiHHtiEGwRn4tO0ZgmUwph77LK7hx1w1VeooKwQgnkVn1bBQa Sd1Q4c667wvsVy+U2CcLc1KLyE9IWU2LLhm+HLuiT6Jc5G5rROW36CuzXc1rsB1w9+rlRSqIToZd fVddUHbo+/6XYZ9MFlF14K0rgnWdDvsVjlcnSqc79rLNVL2Ipwqk9/AEw5nmorBupQ+stZSZ9oQi OCZwaW2JkKhcQGxGalEqEZqtB6LvIU/nSaLFpP49m0nb7ELpxL+194Tw29VrpPTeJhDPGJFVx0NW DDaLDoUFj5ibjlgLSt3tFEmnvypjZAEV++ZH7dyioR7DVG32wYyVlACBMFUn4mFAEirB2BybdYz1 VUOu/HT6pLXvHo/cYZt+shfbc1RiqHEZpaiL3ZNIFGObbnwYMebWLpd+yHgIGwH6trElhDhStW9e PemsBmzc6PG9bVnXP97a5oqR7HkDKLedTy+nNy+r8sQxeRmeNcZTd2E4shjwKsNYidBKZcTQm20k qjctdBl/EOFPahFDYnSHYFIaTXpJOlegEA28so3KaZ5Qn9qaDrp2RmY7hCibr5u3aToMUzfV4N5Z xhpjTjelcXYePfd0JzHhDKHGE//sFNAyqdrAKcIGdJ9Gyto4s3ZSAZbxsYzT1zsHEnPcm46hJ3Tx ODPTrw0Qg/GNlDGaKnqkmpioCZUFOHjzTwsToQwZzWhmm0Zp29G020TMu6I138RVpKL4rBbFodLh ll/RkGVX5fYpE84P9BxfNQvrzmPQxEqVwJiUWf7MRx1l6NwEi+op1xxaIskH5iT9jGZ+O5c734V1 6RGtlkWbqk7yRSpiNm78zAnPMDDmmIl/fQUKQ2qOpnw0KGCD8AWly1kmT9XxwjnUFlsCUduhZz9I u9aZdlElybkYFEEUK7Hl28k7hM3gNLFoMdWM+cHdqUEDUpC8d0VANkoL3YW8XuOCw889EVakoAlC t3+EBnWA2XGY3EpuK1b7iuvlPDErCFRkSWCHkLhqjljn1Vj1wC+XgTvCt6ify14ELzK0JLFfexQR YcIRFpm10XBFRDjMogIJr9tPyCIQEJNBNf5Nrwvz7kFIQEEOsPtDtFBKSKEtdDTXTwrYqwPswA3q TwIxDcG+IMZthKx/AiG3Zhkyhh7RxC9BImKqQKK1rtzdSlbfISU8vHJJSsBl0pvIJlK6pBnPyod0 CgPS223Ylj8H3XISPjBsAstVd7qDFmo33XQYgrHaRmgqbbX1wWhYgTiexNe5INGj3IGNi+eeBW9b YBpQCKiK0wQf8kVZZQmQnCKaHSS7BQstAqOwEc35RhRySEnWWFSh7GVj1fN0MkyMR27hLJtVm+Lt Pw1zY8quu4SFERTKR5xh7ZyJu9Ad8ydURCCAZIiCYiNhfptECMu9oXPVrWSLSAMBLTE39xUCado6 5LWKLyihtNhED3q5JrrwLUQycdS5Nht6ZwUs0MZDZma+WnM12RS2cb/pRjEhXh996mZ+D7HIwYTs qA3/1fLmgxtxPGeiuJZIJZcIo6ixx0DkzYL7jAMBhZSUyqf5NetdD8URXemMmpV+mHnzZVmLKAbL o3KtWN1Me7erOFAQSZLak7lr9nkOjY3lekibS2/MZTozaBGHy1l8XQ9zWX41gv++8R9RRTH+IZJ0 hBit1xDZ7DvfGsHNi5DpOQNv7TAeoYVbaJey72gdZIMWJOLyRhM0jA9mzZTmfmSJkr48ocwfJWUd 7KlD0XO03YsI7oj5vwS+4VMKHduiQDfy5Ryq1LE9KTmrXFm7wmTFerH2ZwiLFxLLNiFwTu5MaofD d6OUVhfaBJ1FpNCR/9oAlR8tKzoFV/G19NYVnfuvgOUzP0ErdO8mxYdFxkZRrrskrVXmKCI0ACoE /sjI60GH6LOXR5XRBozqET02Hz91V12q6pzDbG9OGJw6C0iA2D3zKHx4JN9dpffKSIFEqWVGhFcE MjySfaF8wL2VQmXZDezXhdHVmMqoKq3WSfWGrdaXTcfUgIfWDYuFMMyDtvbyoIFvrM/KmGaE4T+e bXXQou4VyeGHvsHZIoLecUV9XQJvbmrcoDeIkA4k81UWCGvPfDiPFVsVgVmYVWdn2f9PrBVkxOGv XrCOYvih4xwO9cIGv/rbRjAaqEYgJNelEFAbBKdIRbzkFt8KduhtGimPHUfmr5nShb2qZzMO/KxX wA8ZUu1iH4nNbOnlFtObKPEgOBsIcWU+tF9o1jfoi32k4SaIEDAum6YQzaKnvCUNmVBKGUg/CzUj VibxmMLzFKJPRaGLInPANa+RCqKwSZVY+d0/iNgbYeySAANy43xlD4M7yVkFRa0DVIMNW3ONJYbF WNPEakZX7cYUgmEZnLvRVTrBcWlDF3Y+Tk+LIzStZND5YqS0qSDltcPTpMwg19aN7PZDqMxgPd2t zMMOjhPJxu/BokoeIVcEn/832axrCyKVjOwFUanxVUVqfig04hF0yD9j7bwgY2mctXMgdEY3PAYd mMbmEXZbiUskJ/TsGpXlgkX9wpaJYvVurwgSnGJX4Ub/qZFLZJ1jMjD3lVg5Suz1gYOmKsNN6FjT snriIVhbMuzs4qfQVJVf0NlzlWxAXV1nwUropv9ZCvnSRwNjUurdU+hJMEUUzgmCWoJb01lBoCI3 ZxQyULh3uIRzW+KkI/4sZjExZON34yOMNuYpTB7PY4HHQWND0sqj+Ey1iDaJTxPw65nCT4nylZX5 G5TToMnoZ3dfP9w4916A7q09qY03M86y8AoEns5kSxg5O66TcOvWc1m6m3h+A859sDXS5xN6ERN+ YT8LyLdlhbxioVZvxWWco0vBG/jrFtv5Bji0wCbv9ViffXOUh7O1mw559jP3rCXm8gHJqTmRAmPD bfuoeYCczPWH5I3NSdE6Fm0oX1j3aRHPNr+Y26IJotoQmD/Rn025nFVrFbao4FCXNOAOaVrmBm+M VIhZ5gkwDorRY9oA7KPtnuO+kZf9K2RN0nqAnxuMX284Ish7o9ujB2Ri5M4FbSZYGN/mLy1RuQIb 473zqJ3zaxRgaO7I9j64I+NyKwcBcE2LmIdBeEGqapegkds//Qe4DeODB/P5hmnbpr2ZFAoE5ZNL nUvgNpsRgz4BazDqUOb2RveQPhgVvBkqbuO0x/8H8KIZnAkWDnoN0v683x0XDS3uVXc91N8mRacB gGS9rc/BHa20AXPhxg/uD8AL7G0kIPWnvdWdpAp/dfH39gGeBsb+hhd/PWwBRXlbNr1oEttdadOo FyMi7PbmlOneO+jGocMoBt52+nc4Ntj2Oyj69rhBwiHWIPVfQLcG0OkPu74ff98fvz+GgqKbG4Ls 0nw8gOdQaoM1cxD67TdMG/Ds6sN51+ZoYr9Do82BBK0I2HmrxePT7bTKiQFOJzG9Np0+HFiMZOi3 1gbrDYaO3QaGYxklNIQTqLW0ORweK52444y3OtrB/vX1S5ksi/j/QPgDqakTCdry6i/C+ar2lxIo ye8M3eDW7A5tFvXa90sn232f/rGMYjet8Esphx9UWBON2pPDOWsZbqzKynZpNbM/PFtGwwkwWmeP p5rEPW+msyybgNN2RzQLIkYINdypsPmcFnG2ddkQmVl5CxOlmjcJBBeUv/Grdikr+0UYX2G+2OBr nmEOZcbutFqj+EsFtdVXvxYmXMQPpoP81QE2SJucTiRmDYdTQSXyKCP6iDaCQQ/HWShn9czqn9+7 iQMlSz0IzQsX7nlx/lwnPMPG6Nu6Z4vCMRMTvxhlEb06up++5q7tcS1K8GkFKQmHtLZsWQmm2Kko UsEYWTHQorw3xrviXjRyIAYVxvh5a6QA62oKFFemFQZ4XLFNVKg6VuyI1GJDu2rVOPlJ+EDBiNiq vArs8hOplVgqClfr6UhUlLHIJ0QqtQzn5FLZRZkP6hpO3BCnyhwkDlILvDSafgtDmkG3emubrbPc dC40wHn9gMd6NKzi6F+KYlQyyj3KZzXOZ/p9KQF8LKYljQr5dqhzqHvuR9NCCfy5fnG8p8+SYOmV 9QUGQCsKW3GYy6V98g69VL9wn8SeVlNrjfCjuYjM9FlrPQigbiCmUqrMo1jY3KhH+V7S5+7LcLbN 3l2MS5aY8qBDcVayWMh/v/yA11BWJaqHalg/loJ28GZJAt4TqX9Np7SmVyQbWQ5W8mNUyxM0WCsk H4VMukcFxMzkGWzRh+W1Gvm3nK1kSfkn2yFL24Vo43JF8g4WI+IVtsMIwzTDkT0uWc5Xgtvjk8mq kl8iNKU1lqc3DQAu8UIkzZTDPfLJAGspnQ188CgjnkW/8cMXej6314X7DWYAqVbgy1JpFISlEliH NCllMhMyakWmpBn2glhzwzuy9GTpx8mhl9jVL0wFQkCvdBAG7GVE3i2k8Fz/am8z99AoWUA+PRyq /obnSOpU8cCFnkLtnUnHaZwXg0KbA4f07ERQxuYB2bOJeQc59j9rjhKZUk/OMkZY0JBwo4Tpuo0H wPm2/jngE2MtRoACJE0zrmg1YEndSCtt/MBGIA9U23xxjB9g/KgzF8+wsrNw6zowIE6Stcvvvun9 79NKnuN4N1wcMHSCDOzFebNteobDCp/sruIm7GdzdFOYO/w8D3Ioz9yORtZGIhPlbvffNjwmVdOr a9NU3Q/1IRZ8T6ZgAWlogDy2NRW6HWMrSyIg9dqaQjTr3jw6sZRwIQ1WC2j+dC095CFNtoKEZemM GZTzpQ+6Qkl5bPh9il4mHHyBJrut0riSQDlfG7DtQ/GZv3IJ8zuaKtAi5Cpl1CO+Y4W54ldoIacR Jfy5cRtPEdeWjTrWXXSKDxnZP86ZjbQzn5tf4Wv9ab/PEkJ0LvCKelW+ZY9l7PmaFs8qBbTmfArr TF1ILpL6j9vqycpMfnFK86KmzLauePmwhK2NbidYMZcnH7qFa+CyFlzybhkmCMhXOzHWfHU1b8Oi C085+EoHnpoe5DDzZ5ycQBbrmO7IYIz0c7UlmS5YhmuFBeES37IiS9AZj3hCg4fV021DGKBqwlAm wpuY1KWnvRAuVirHIoWJ++FL7loGnAK4I6GlCYyC/qddU0ucqlZKKd2bszIRykcfkmaD5estyBwB Mc3Vwg0CcTAm3fNrZiIt4hNYC5dfXzbVEDrHxGi6Bz9pUPoZZMpv8TD68XuPo6N5C1MFXN2nn14I FqSpRzaYi8urtHzj6XdOL4+Q4Xh7Ws16Zxj/wVMJzezCQdMaBklraeYZL0POaXhqPPAzBry8zKHl PRuIoyNzMPLZUtoz18Su2SPx7VVw3nfXi9ys6pz4SqtgXiJpPU+awUe1DqRrq07FAH2dzZ1d8F1O Ns7vlFC0HFVy4lunTOT7pCHzhSYVx4My//QovbHJwRzRmQGKGjnP0ifc0ijF8dOeVr9NgnkZEBZN O8ycZZfF+Lp3RpJAovHis8iQSlECiRWG8WYpx5Kf/Bif2JqpSxozAe1zUEW8XCCxzh/xdeHMWbgO qS7+MZMkSGly0ZEYte6m4amKZYL6c7HYlKtvjlja6gxdg0ewT0t1FGAKH1boTzhT+Rkq3VihVs7T OOVkaRHLmvWKccMwTVSuXpBHp3+ZI6dDTdmJbdKl7sts8iTY6F5f8Xhmw30dqGmOt6SR/+FltjBS QauT8tABiRGTX2RgyPznexpMD3kqhi1NDYQsvw2BM5w52qki0SV7AAVvud0nTd1MSFAuhrqggf5E s+yhuuTIrndXrkCDXF/yk6LoX8jK81GSciSLhcHdupLj4x33qKdGaV6RrI+IZbS4bQT4Jy3imUwz /57ryOfmCXq4XGN4C72LSFFHVsnrFkwiNK+HWfl2MbIgEnaWEuvDlEuu9CjxowJhaCmZoblITHi1 fb3Qn5fzIX77z6/kFj5ckrzr3DGoE0SWm+Jdf/LhR+VVf+aH60GjJk2cy2aNWF2BQvMiNIPnTtPt KKEblsUxJ8zQecBIzT8YVPLcLTubEQGFm+JWSwJLLAkdH7QwjxaS4oRhK0tIsJw4xqj6ps/lUURD yhVkcQ/Y5Q9DMJGcNbVKA/FZJ3Erp3kQXs6uDdbxxuFnJL5Nntv+UkoPhaNsek5QxbxgFiVpbPdw NmFHiDEodGIyUA/Cs6JijeH8yQB6EFiQhKE4eUwNqg20WZ8IDrWrvq8YfLNnLKykXUXUu/Dbzi6x VanRni/nvJm/NjpGiO9REjAzEsPYTTz0aeGSvSCPRqXWCFYOGHw0INdchLmArZce4SKI8EduIbsu W4AHxHz0tBsIsT20q7LsQzB3kFRhUaJQYtP06bzCuTqoSbu1EpgkKDytqDiBomhWdNMFlSu3wQbV TY/D5G3Qiho35TjoSl/TXNxTL4jNxilU04ek5h821S50lpUX0flUBVNUytzD0VpnmaTvSKTpoE1Z rkTKrFTMKN8igr5RbnOXptwXoJ6Ss6aWjFN3rrM0LYccgjyvYiOYhHlpRBNn/Ob4bC9c6q+xZ7Xo AuocaA+LN+9RZVnH5Cow2Z1ZBlO07RTQn4uAv+yAxB/TVz9ua2hIXTJFMK156yFlcCUQLg7TmcRg WWRsMk8z2xqiycA9Irh3F5I3sjJXouSbTEpfnkkn47kmHI6rYFWTsiDXA7+ldzEbA0uJtGDleTo2 TpNhJAGN2UjpYpie7hJ+yO9MzzoadiVa6t1OB6NrzI7gR1OaVCa+w/QAoSRCClgZd3xFqza8sSnD dIw24vZMjqx5jQ8rZdlFjgKHHORqYyG4lwq7CQaFkrQCKZ6W9vgbPaZquAjiwxb8pdeYHOuYbRs3 wVm6hIfZuOsr61XpixnajXv8JDbwDxeBqmAfxBciYgKhoBGMAAB1sau9A7HTTDTK2w8txUUrkXq2 IxfTMm/Y3CcwkNizO1+Zi7NDqQQckc8I63MsDbgPtocWTqTlAQX42sMFWXHbVjs6VG9mDWzMg/ng W+oF/6Jv1D6XFMYacAdAaGZrDNlECHHYNOoJ8faaOmDWOEFxNBVLOo+0B+GTBJYFQOUiBRGzf3eA cKc3xJm8Z7tyKbvlywyTSJ3CnPrRcFD/NCfbFEBQssfMdYfm1mDbPUuK9vYax2iTUG+Jwjd+Mp1L 6X5b0/SnuUJpkz0Oh6mGzDrv4PFxdxytg2UBJbYU86rgYcfLAEIDRA1YjsT5khTf21HJsVunxUsX 2R8yqsfg3+ZFOdq4imBKVQCmagmRlWRfsql+z6QYHSXNT8oM+lbmmSdjQYv2cr4dEagDnobvKF9X A2pXLStlp9ehGZZ9WZUJ0lx2ZPT+1DeHhpQyw2OcwmUZEbuQRTS++bXhpdCFVXZMckv+mBGT2nIM X10xywaMhSSUc8sfkvP8bbWGZhjOiXG8XEozqnBpl0TVnBzATZJx0aG6ugxW+WxhIjChbGc5Fksf UzpCZDijJEEvcgg+U6D2Jbd+OHUdJvtSdx4oQJg/T+GRysp5PGxAmx8MhkPk3koCjNWuY9xoKBGt bJCZJCizISyZXDrXpt/CKudcMhPS26tu83JcHd9e4OC6TbWubL3CGwNKeASftu5gpFosBIkGS9PK PUnus/02ir7S+SacS4NQVXXgRyiWyz3NJxeWQSqz3ISfPJhUHgHjrD0k+BtPuOm0ShiySic/YXfY RWlp14bG6xYxK/kOFaI0eo7cHpf1idRafzQleoIGQ8dpxKg7XBTEVwNUW7UYHWRh600FUZ1fJZYW xzDb6HI7CCxGFLgL9P6zOVNP8a3qqwKINpOs7YH0yl/FYTs61pgyVAYjonJYbVRvJciVblWrdOOj c9Yk4zh89q9vlISWbmMXnvewYuWnYeiXW9BqgtRqmIOySyvEyiTBd6RWqqzOgWlWy9lKGn9SW+qh vyopFPWAjEkohcIYzQDYVsu2r4DHqwBJqkK3AWWRimj9E82mE8TFoExsah8aGOX+QeMQqipC/Fut rf4FFtEchKJAj0KrehsTEY73TavzqlSOPRIXeEVK0hJZrtrey9nxji72xKINsVWB7lGM4Je2Mzas DuwiIDwGnxEaHJJg9OEvUqhnx/QdvVMDDCD6SuOOjjByWpYC8Sd4jyHhFtmSQRSuYIRhOC0fpFjJ IhJyi5roN0PppLsIgDTGUT+1d0BgMJAZZE3BBwnqmL4Nk589l4SX/R+6auJglhXXJsj/DLQx+npu 79koO8EuFNGBo4bBvbSRXcMVMLtKPMOojkiDaFQHRJCgYfZle6iM26uIel2LBu2kIraYgpssNyqT 05CfLKeQhmMi3uC9SOaFOST2KOcSHnlUuSXdyFcQXCVkxR2/nCjcnFQzWIhGcGj2zHtkHPM42uSL Ynii6dnekuQdZQhYro3eE2+CISkpeiAyrUokrpFLhhZwxIyPn3x7MAsGoZbVzLv1rLHfUEhYIpI+ CVcjRZ4QSVIqC5osRiTfYGfcpm9GkdZiiBJ3NS0HkvLNv+V8eGmf5V84T5qCF9mKBGZfCQONycqy TcGtLRa5Gf3pzfgVuemkcdHGneUC087FzSkKcMbO60JStjCUoV1wh9dNOxHT2dzrQSdoqGX8Jg0N glkk9+QuVykYRO0YixniHqJSHFrLh78E9qLP/2HdNtdVAOSrC/34KQpgOMqYGDpzXOEIiAeD+ZUw gHvcIxiMM83DpKYZO4jPfTnX3KNH5QevGSv3MXU0Kb/RX+i87siZKWWn21ZquPC6T12dSYFg7SV9 fT8D0ILE0x/i0uvlApe7PmWh7Uu3695cUqRQQbLHDEKJR7wbkjD8/Of9ZBpuMEYOPA5D75oB5muF v6lQW8V84JVyB0gqu6+HlAqfWAv+55zTC8SbaGGFB6MX7x/nAhm2U17GRX1hYibtdk7MfQXZi26C N/MCBZb+BQZSygRa8/wygfYTKSe9d5yoGzSbRecfjJs/a80kgl9tnuc4TK8VClNylmfPBwg8rTrB Hw1VtMrenk/CTq/s0hsG9zw9pmxJyJe46H89MUZchFs2n0axJGbRJY+U6M1l/tz8eKdijTmeMgBS 7sFM1L6dvOnJTN684E1oMFJpRlqEdF3qQYArC4kViGivsNFztRQKplwM1SgocrpUqDLxJpMLxu1C oWdAYldCT4umkViUKzCZpuEXZC3JMRijxoeuIYSR5OXCgIORK6WTQ5LGYxqadvVHCPARQemnqB/N qKIPFv50BsJOUP5mMskIAaj1u8/diR4Kmq9/eWpHlubux4ITxfZPepsumS09yVvBoC9/TlxdnpNj j/0XwjuZ5uvpdD6xh2fIdHux4cgXb99zrGtcZVYv8dMdDU+zXTXttIVD5p9kTSaRzURkfwnPV5hG mhgAtY5Fvk6G5N5RyYWtJqFNWfEmRJJQcy7JZlczxafZTuBv2SMGZFkyZViAUIhvEIsGwmNlPNuZ lzpis4mv9tAi9rL7YnoJP1nouijP0+VpGGtcZYPTCV91hWZY1Mu+kEJKnA4imkmbk9vIzmbdiLYU wA2frKYkC50N2qkgJZW+KoMqGrXfIPmVyGfM+ikh04TMmm4E+c+muMKsy7J7UCS7EE2pXm5fviaM DgbXbyxNuUrIWyYrl+ISKkt0MJ0ptrqUkmA5u84B5nEpgyn8W8S0HqGFVq1w8lslNsJRaksUZ2rJ OnzMNnpaKt1w6/XyNEGazVZS8g3WcE/XU0sP1lcsWxiDFokwOd4XzuJ0edpSCZeHBu9wpKH5ksvp 0oIIG9K+JHYmKlK86DCVloQYOk00inwgu6ehmTAVzt5IYsl6kzb/jG7m45ZWQzIZzrAgOyOn8k5m 9oeDsgrDKNL28+vrkx9am3CPtmU1KcKWmFPacSJHgKXIyxy5GQOeywiYGJd7OZtuxiZ8Pj8Zj0p5 NWEutjUmnt+vxcoWv3v1ZAPleWS2+tDdZtM+hHwAwZlL6zkFEXpruFa4W2jGazsIzILhGLG8CK/z ATmVHJFbMoyWmTPUDDAPYfAMmdq0a16AN1SulAIThKYYnR7FaIqN6XVdz61lA7Tdo3dN6F/Pa+z4 a18U8+m42i371bR3tlZ4lNXo0A+n1rEW3bYrs62gJR46DAkHJqTtBc7Mf1GyRERAVLPqqUoeLT3L X1FcwRtMDedS5Um6ID4VujqV5Pjof+/pAGoFT7ne08iatAOKTSmWw6mCw/vp/VxfdoNwN+DfEC14 WZuuPt/uAWx2SQKYbDcHl7RJqufoO/cYnhNyogBvJ2GHPIQ2w6fgJ+AiOXEIhBMAXozVziKjB6eA fVaB2MLlt6F3gC6z6pHrYB2oVuBKSXVA3xBpAFQHV3Y880fv5oHr9PB1WwgBQl57A/rzbJM9ezaO gaL8B2sKOQcNQIxCewBYn/erNypBxcDxIDDP+5syxC3gLKLhLxBFE+kwTBMMMXNUADqDaoFRJupM Rj8kuj24/WabYvBgQHhIUuffAth0oDvb+3p43Le6jWSrADsFQ7chagGs8Cq3tnvSYZf2EeJbSJqB cNUj3ujv1UW9jAkA1XuJmjOQxLbI9t41OmEesJur3mc0VBD8FajncWxs1lXYVwCRO5ACNfWtva9h zqbqEtF0MkEXIH/mWlsQdfsU45iNAlTOjk4ZnxF7IaA7dNMZm0kBRGNrk5kFRybHjqK17TMwMkzT cbWaRfC2rfYud1PyMrnxZiPBbDCh22kajoPpTIGmoSeqdQqfA+8RYOBmTAH14dbOBuipeSqp6Q4w pRi+TTphrZQgvJRSEgRud/3jRjqexNcQhYSo/565P3TbJksai9HsoltaM2m/qL21yU4PglP7nA94 F0XCGK6GIsIRF5DDdUwTXwKt4awpnPWsZNn8AycNTv3/YA9z0eFrO2A5iHBLIXbWYvJoby+meGkK 7H49JADip1hWmrzsiXmGuxpmK01VmBlSdpQqqd06lkIXzAcpeNKhBdPsOJqBgp3aN2q+SdIOSZhq c3Q2wr3b06WA1bvVFoA2G8G/LlrDSoFpzAbTMNTdjl1j/aU5zovobWFO22i1yxiOsyBExENx0zMf 9Xx121T03SkWptGJtTDer97wtQ8/NuZqmo6wHb0RcxLsxOk21TrdVp+9/C9qs2Jja0Z77Hr1qq82 ORu3d3653nbY+jcPrsW2WhtxexUZY7OdVlc7q2K7ix8tHDwe5uSYXRt/vSTQOF+OmLj9ou3uLI62 A9vNazOwdr/tQ/766xRoG21RZvLute+9UyAYjs29KWd+qQM/7CimaNj5+7C52m5erypjF6TZDloT tL24V9IYnkPFc9PmYRDrIA600qPs3USapt3LvfyNRWx21Ivdbt8xSdg0Ox32LZ7Qi4SkI+sRnRm8 syw+3xzkuzU1iut466TTksm73cu4Ss+teLTagZXk7K1qFpRaT2kdJDXGfDHOMfO5gBxCDjbsnf63 jQG1LQK0MiooUtULHZ2T9S+3VqhylWqZK0C8NS0DpiGc2y3bzFsVFTqlBT5sEJAvk0Mwdf+/ZSj2 IoBwd8LWFnR87d1b9S2W1SdDC2fWQfETb1qX8BaAfDvHw2/URZMQLs0Gbbm1Tjq2lFWgYalxtQUp IX3rU1p79yU6JAemYyRwuoDv32a9KO5YaRDl1xcwqiRCNG+zdA9HtBArl1AqIoY5c2tIxDnLMP6E mrcyJMluNjifO+KcZQCI0kknOYCndEI8FKlcuhXDEJ4wZnOBqwSky5kwPMJJJKh8r6EHQQNGlWXq GpmLtUOVSOziu+0sK/ktP5Fymb8dw8GCECuQ7MpfSRIWRoF/ypXkNT5L2aUpVl62YJo7U4+U/7Sl wuglTOFC6g8pVLVCj0DriC64RbJVLVnX0lF50ZY2gs4wR9JTWtXUjBUO1b6v3Go8aYW+9KbGxc0W 0wE+7W+x+EjKsC1i7Xk9mmr1Ft+KHqRVmkVzqFzxAwHML7CisTBf+tQ5q94/azViyoKJAU14Xpho lnQqtISOtX0B0yVYmrYZgfK6zCqjqfVeBPQsjOWzjirNhVPIFpRJhPK710TkVJ+fZwIIN0vngnHw pySx9YKqAbWIZevr9YTfSSWGSv4VANhYxlwNhM2VVSXqsdpXFYHdXPBSPzgsosJ7KEQvKfJBPWFH 04p5vbwrjeAiZcQKBF0qJ7ZLdrXCHxiHFLoknEbK9vUsxZaY61XRcoHpydEJWiGkc6WEDpQabQCT ZutP9l+tpARZAq42gXTJmGlcVQCYAmerCqX4EvGWec7hKgqNKsMaAHhWz9VLu8SV4e8n7FI6KAbK y4fwSLNBbaEo+HNRm+CwMQcembq3t8jzm4LlG3DNyxN2aVwhA2dRjLhWth/9VS6GqLAIwauqQAP+ /LdJPdmR62AEDDNMtSp+PIM1LB5Ul2EGXthP54OiEVUqvPoHg5uJRlU0ke8KKqokr/blnRvJTUQQ PBJSer7+93J9atOe6YS9Kf7OZ2OpAF+fTFfJBj/Z/rnVhdehKCtNm0NV0GiMUkUVUiPyyXEX7cRT poUr4mMVm/Ffz/4msu31i0oVIjkgUMkVu9c8TJUwguiSIC56WrjehvdMJspGqqagTz+q3zkRhh/s o56kTDipj1aU3r0PiIabb72mM3+8WSm5uKwtWXNV9lBVOeZetEfNKmfqlKoq1SipEp6kvDlHF3EZ JN9Aq/0ACNka0yayBqYKOKbnivPAidAIF/u1vawZxWpqP4dq6ivZhbFg6yZez9GBiYSWiQSMJNEc uBnRelzbiSia+T1QKcFHgHv6ySbacpk2EgogcKJJ5DF8isRBMgq/YQChZOf8AsgDLEMRXKN7MS5C 3IgIM60Ir7ZPxG55vTzZyenqCx2pN6OjLXDklDqB1mAc7uEXYKgb6KxR9v52PlO1/9KiABBPAsBH LvAWQAdOafzRRtC05+X8FAeAtPgZyZCQEImARziSf+MZXDTlatYaGzLxBUpwWrhtbvpsrICHzBPn DBUW0VW8AiCZcQ4g6Gcy/V8cJdC+hcLgMv1zN3UFV3lpfkadkmRi1w8kmzWhagHWMfHNLmuJkWlX PCZ2LDoj0e8ZSlSxm5AQNAdFnmJJkozjVDSbyVG/ns7Eivv6as0U1WeWzbIMCrpKnEOYa4TbvALL Sa14b+ReiCvpHdqpEzgzuMKUdw3uIpLTQUgUHcArrk+XTQR9l7bymlxrtTlk/ilbNDoLIx3UMAGs yC5S4nw4dWMcmUiwIYwO24WbdhyTLKWdoqaBZsBCo5VRvD1Re4rnmCShQR/0k8TjIbIWRIA4oTpC G6TFuJarkOMDKy/hKF9of0bLSdISwYFL9p08IGIW+wCY2Y9gYFCgDw+hT+4la+KMJBhuME0ds0bc McspWZ4+JQzwA1jREJ4oKyxNyqTYxb91hmSnQY6BKIsL/Hro4mCmHpDQlf+FYBprApoFIvE5JowW RF4FmvQ76HdHQNPI4kC6i059MFKa/n4qqtEwg2XULXmXZgHM6spFFBbt0/W65m+hak14a5RpWayQ UB4zSi4cpf9hUd2rIYuQJIwNpWHuMY75txBf+/lz8BxFimt4keLE0i39wMWwOsVwrfMqdZFwTdqs FwlsC0cgSRcFqKfZSl0sjgQtar4UJZ5zSKavN5LlGeKH72MBC5bzRDmq3NuFeYshvZ1N0cEXoyEu IFyKVVehj3OuLssS3WteJRKUz+yKquTMNBiUmaPwlLpjefvkPV6ELHrLol3OaRj2fOXEIK1d0NHi ZCbcEobESFdMvTCa++QWoKld0kWkSHtq+HL+72Jp7/qkF8a4W9CoDXC5X8XxfIxA7k5zzc49xCRx 41BkEZYAd0Ug15mvmLc5BNmiM6e0TCtPRDTtvSc3AdTTAznhcOMMN086l8X2G92V4gIPYGjz5VJy 8TrFfC6Or0Ofu7CBSuDgdB4BxSGqhjMx88n4RQl3nPhYjUtOTL+IFGf0JOd4mmdnPOfQ4/yMSB0z hRnsaCbzNYXD+dDCsWQ4nXM+SR9JW5pEJVQZFIwrnQaebSown4w5lZBsFCOIPpFxecxW9CqNDnzO UlhoHaT9JPXkLHYMcQ8D9KG1PPJDoiUmM9JnTh6zY58pezxk7SVrlhVoup7xpIjFZei6RNHPMp8E 2zQLnHl0w2jmFk43x9EqD/W1bNHzFPSWbkpRNKiNcfmWOM1WidNPkSJKpd6m2GStNSgu6q5n6Nwm Qxb70uEya7xIWAYrJ5kRCMHYwp7xgiFQdXE3T6dVw+0bxlsRkQv3P7vGIf8XOPJaXB96Ir6MTmTL t6CYPygqbfRS0aII55gjbaxowgepnXEXGLSscTVH3O1/Kwg6iHO46lLuV9u0lP6w3CmFC66WUp71 hIEIt4OHDvIeqdA4uEjqFrqmZw0LDdmCLEuSL1ThUELJZRUDtp5PQ3LiaPZT4Ytz/I9MyWh5+JfL lzm2GsInyx2EkvwBAngR+bD7THKClcwwonS+yGLngOkjgb6qc9OIxRjykpq2t+qPkqq7CxQUpB3O GlXl5/dJs5k4XqFlxJYheFCU55uF3O1SKbLM56s1QRbTqGg2kbjBoKABDiNWC6dsgtQLUNY8ihSq X3NtowtxN9hK9kKPAh2H8Kgaf+rVIOtEQR0QEbcq7NMcXDK7lkWYOZ42Vum9r8iirV0R35aMnkJm ZSmbjHmeoUDfokWwC4YPBnEpVInsqWknsLUeQm1da38daBcWkYZjRXW+mZftK9/9aBUSo9riAuJo YdIc3b9H9nScBZl/m1iCbjp8T0Fvw0+gkwfoRBOtw77c7AEZDybDvSAuwcCgLNhEqyRV97UKrtgm VNfDd91rbaWzXnskINTAGigYBIjVK5jaMAziC9+AXgBAAoWB17AjQIMB21TpH0BQZ+WB6wGkrN7p eXAFfWqU4PC+DdygmHYT4VMHaQZyNTWjxc7BMa0wJSD60e7NiIpNx1jwCTwNVdIg2MobykBJ7nYX oDq8xbx6+iHoDD0hfubS671CevTllV0+od/0Q5P90vcWw3ZvzPneEgbYze7rYz82ZvjV/unWtu7t 024lIxYf6whwwU4PwG3nLkPwwtSDnaHrHXdwC5TRxWvvAQOTglt7UPoAEKHWiA/dDODUwpsIww/J BwesiUBafQXkbn+/ydzgh/abt6RhoHBboJxfvKPPRMIsW31xY0CkhwJafYAL6ermBIeWiQJdW7zY iLqChRqizc4A3dgX6gs6bLNyuLteLFKgLSj1141OvIiHoCRQPm6keMmrF8VBMh0fAQrDqhbAwIOT dc+dI446Uyfbj61o0BD6YLJUzo5TXs30yszajJDD4HPgYETEG7QHLK/vqw5aZUAzvzK3QW28H73a Dt+lWHtkg2WbBNurBg+2zEYFrkwzdwr6AmSiIyNP0dNKw2sZuPfFnUDTtl2Y+nAVZdPTIwwfeqy1 6Zh9uJvueB69MRYIoDJBySxotv+WP8n7UPiceg+M2M+cTZmVr4jU0ttQSlxlrN7jmfbbzsEeyBfA 6yOpwBUlxihhKT1zZwpt+Wh6ygSezc7kpZ82QZVzYAvvPfbaUyPILJvhp8RDYVVw4jJra+OZQFbU rnLBc964NdbxjZO0oMwNxoJOmDcTmRLWimlAUXGT57pcvxzRltHzp7Y3aUVeQirK5DNx3BU5jIRf 2hkocT3nllFsRzpCCHlOz6ecoI2pepZC4GdeHBXcS6HM7uJ8q+1ePK3RigD8fxV6vXF4vYa4l8Ug AK9cbGIcfz4zlcBsWoSr5oTTeWINQa2RWMgBrwr31nyRwafR8L4CX2OR2FSIQnPamZsCn+a7Iua1 h+TST6HfJKiHVnk4DonOE4OAyNuuD46yveuiAqnqKSbz7eJr88wZMqyUOwdp4KKIiE19hVfkUxu6 iTx2URoh6qZjeFZIVK3QNxIr+ZTStjtAekBWMpu5YrZ0bCiqbnKuIBaVVpTVpr96pgICcWyN1VlH zyb7rpBUKDaCZqmG6fs5+00cC9vmHUlGcW5cBBt7mw82FTSlHvrBGppcLK7HOO6cCGV4gGz8ayHA WgM9DMFeuGSuM6sSSzmXCDaKK9mSziJ+CVu0kztfIc9IFQPgSLvwmt7onUZ4qiIl23z1oHasaAzy yMiyr7JBNzQUyZCjD5WRUb/XALmoc5T73rc6Kz3kfUww2aNh4bCn95Ogp9WyoJBe9Jp4NuUjUWmc s9nTBaVi7PbtiVRLo5NsKG60STtNWyoqJe3UZUXNf4goj6UFMkOqIDFm2pVvvkg3QnWogdJJKr98 1qwMUiItfdREgQcpilPGq7yQ6SkP/FS4qTLoiYtBOPirj0qsiC9nVZ8YrExMV6s/7UuqaArOP/85 KQsHxyFejqu37bvrJGgAaelrRZ6xguebrl9ZuH6Df42ggjNUlb3GJd5y5oZyv2up/rBiiCJXg5Rq PUT+h+DWDdqIZG9a9RQfGF80V+Fi7/MTUL0nzk9qbz09qSA1GDdO6MMxk1ZPUlMcUkxVxmBbZZRk WAXqGpqrguOS9pW6TEgVUcVVK9pTkoxB0d8cu+LrqjQ0d5NJxb/dQw+IwQUXSdwnLCMjEly553ff 0AfoOw2wFqBO394puAdWYgBYD7KKpCewwPOfJ7WM3kwmOuXUZmg6QboyTEyrToS6tqXRdU3IL6BV PY2A6ur1n4KodoGTdYufpuAvMeGI9QVKCA0oOpmpCbC5GGTkgg8lJdMUtYKT68AKptNeQW66oiqR r8hlr9sA1/IN5iDVGdo6pGY4hk+k+QTuUKrqn3tWF1N9u54rjpi1otB40RC4GAbI3KjFqW1mRB57 A0nSB8pqeFAhlMCd5h5JU3QK4aup6GaHH9S9u2YbSTOUkoJDbM7sQ50Z+/bRNfQk3ZiMcZgVSWZT WRMFDWZopm2Xcndr5oL54HGW5b+QfjfOqDNmmli3/eVGamQK9qqmuKYcz6kJdrsj3+EeDmSuLNAN y/JrLjujAQ2Gyyu8/GdSCBLG2T8qYBEUOx6m2KTMS+kS6OVz8RnlfD7ikJvGAqcRYL5+tdjU3t7c Z1NGjL5baEtzOUuWxUhMgTkpLzWgExXChTDiNI3ylfEsuRQjSJCOVgvrN2USbkNXDJ5bdwOvLmCa cR3W1VQqMywNsGkSW9zsF32+n8pVtMg7dghyj/PE+nwOFI+GMy/0cy91lPNlwxS4tYZWDcqmQoDr IhBZfKbP3HKJh4vmFYYBN6O0SEI25uumnNTUwk/IJ3UAHSSzZlLGxToaaKOkPINGtUJ2oSh5Jko3 4KdBJ/cWIMZKA5Qrid0FnfrCP3HbfIPUmJw+PNBTrlLsLYqJxXEMaVmXwC9km4fgLS6J5jUW+vi+ jjKPP1hZJGxQy9ClB8K6ToR709QcgLB0udxCMSzpNDoTM4nMIRZZuk1tcWZhN6nFHDPKHWCkfsSR 7EHDcbO5WvAuAYldOuSO6xFldNoo/avYlxCVm3cr+mVuGgvK4QM0uao9RWuS/jE1PxWvGpUhy0BA i82pKUpZtfehL4rfcIn4CHvuifWSNHcv46ngVTHryU3SMLkeTI1m6tEd0qplTHIQFzDXLuhSvwk5 A0MQ10DKxyi0otQtgEPAcStG0gOGQf1d16PIYgyplO4jUB5KkIEcKWTTlDAwr0CKzlwg0oyPKrvR A0fxRz0wDlBgiprYU4PcQbkznvSDZMrW+ilath/Dh1MZbPqaLKjHVCgtQ7nBgmhMjpCZGvP3ugFU iZjaC9cUifIiulcGZGSMPtc0V8kpMQ1dXt49xcY6BDRqzxKxyYpz9sJgGUJh6FPIi7aXD7TJKxI6 XWGJ+Bwyj7NHMsygKapBytrGsmV0ZNq/uEr5hkK0X9oFRlHRoXazs5x0B0CF6tBB+a2vKp20U8nl xtab/G0MqiDiCIuAKQ4qOAQDl9KbhzhoPvjJDN0ytckh1hbfhK0yZDMuTuNQFog+X4e+9legzOC0 8J8m5QPWFrE8UTZSfMR53WWzrvFRjMAdDtIRBMQaTfVl3DDVOXZiwYou57sIMh3z/EAH9bo3cqO/ bnIc/BEFKLC7HLqHdoP442nFopt2viMzf/JsRpoTEPoFjcTMo8YL5AnuQGEss8zVKLwlYWUwogrP tGFKjbQxDqYbOpdLwBEhcJpj2KbO981UxTdaKKYMk8fwqzmR20q8ME+eJPE1kNsyp7qu+kvvFiyw yNQ9ZEoPNTJJ/K9f0/E5cueq+CQ6nvcsoUVVBusFPWrv5B95TDMTjq/0NY1NBJpSqfTWv+yqBEjn /idSEXNTERml/60FSM7zx8YsbGUOsj55abE40FtWUcJBHqX65C+W+Ucv5aOYeSDzDYB2hqjg6uR+ skZBoE08QRWkJmDEv7iKUZ3O4zLnyGEmptWGfDx15IFCWmAcWUR7aT4dLsfocLJn37SogoZgMfxA UDUtg8qbsbdAEjhSOEN7pNSCXNU2leU7Mcx3vFlOXVFtIEFMBd2BD35PGxNNiYAQ1m4nlfzzDtIk A3zYI+d51IKAFsStE6UX+pKJ36rgDcTHhxUo4U0zqXUSOvrgd27KHdMgEI2rHQtcpRzAhWJbybWB 4dlMCx0KdAAdBK4Fi0G3AprCENLrni43eHvtsLv9dTnnhMHLssOiT464OeVtgCHhY3kI8xOLEWNw dxkIzWbpMEWc7BUbMSrEk3VgOpNRabuD3VEC6ueXbuDBvNEjBnHLtJO05cD8ikcG+rmvjgDTQLRR hZhXL9LEGqrVyY2qYPEsqoeAmdASiUrqzvDJBcd33MSo2AyBFu77FqmdIePuQHPIZHv+gZ80wkUP uGuA+WbLC5RKlFSQsRATkpDLrGEygeEsQvWLExpN2tDNERe716yRQfGY/nQ7Mw2HjxXtBsQC1+eO dTHERljnV4rXLmiD+Nzp2J3JMAtb+Eyr2NEj7eyitQD9yrxIIpCTiNo2Cf7zs3m17d6u0CK1TmgW wgDveSUy15jBSZ3AjzSdwaTQNqt68Bn7UlWoIQj3swdC2lhb1gdbZo7Ow3dHp/t0wZdU99trbnzB yqDORBAuTT3oTbtPzcrGWGCu7lpKMBKFbQdwOGmwZ1tI2woN77Yy0JZ9Bwt7q2DUwY3tLnYksvNJ dOk8YVud23AOh25PP/QdSn6DuoKre67h1knIDt/wmj9bkzvi2HboxzDwO0j59/PX5ue/N68B9CtK sAMbLVg4oStE/R3YHnMTBPSFmuBxakMG+IkXpc3D4VqtYGGHe8mobvRBE9wwLdv1ORhu3HFhQDxz TBDCEJve8frG9cgBNcDJ+KljbOO42sTrRYE93uITLpcbBBWTbUN3zgz8qlOyHeTk3QekjD6T5ZY8 nUDiWqOBCIJ5CRurXwi1p2/M0e5fuHF7dQm8ncNJsZWXdv2jkRSaGkl0dAy+EhHmdnIyGiwpYHmd JNPw+Y5qNJhnFoKxIZI7Wmaeisg7jtvCRxuzTdNY71/3jgH/+OGg2urvFgO0Wb7nOOqZ4FDZdNqI zrkg0v5XGqIhGeV97WvtoOPWNdrqP/3q2Q0HrDSoTizTbEu0nfD+vXastZY2stvHb+t7a1f2Z9sK r0drGThmzYL2bM/2t4Wb9uvjqgcTPIrz21tB9YxR3qTpY0+O8LEoNH0TaW++rbadtG+hBp97OMO2 Wz3HbH9dziIspRjJ4ld7phvbsyRpVCfe5I+8bILSsWUci/2KjJnHNEAvHErH42hBX3AlvtET1xkC 1jTLAGdKFz916QduMct0iOVRlszTfZZsPNjjpqNf0aQg2i393z7fLJ1OUJWEIAbkZBxWQ2m5WaGv XduiGgUbis6RMgq2Lxi2xZhdQUQzNB5Lw1bTCrSZVqFGEMYFAVZ/HKT4x854wPSIT7QLOYPhSJcv 6qb8ontrxGdqxFtzpv3mG55KN9ys4FamIHry0qgqJsplJF1iTVAJc5Z1LrspVpVFB7FKl5bIiT9l yVJIiYvuyzx7TYAO3cxJI39+361LhQwtkjY3nqOMzE/dwb0r2kNqS8bKufqtHB3Opo8l1W2wcNUD wlXhZoIGftZVp3yIiT5VRGocZqtt+3dw05AYYyAXq0dASfgCCSgecz3Lwap8q6bMJlaQmShXphnL FJMI9lUVby6r6+ZXZLABABkyAbIWQDGmLFLxiSepBDGTYd3Sh1KrNZSeNVbXxcSoC7KuX40FfjeV 2YqoMVAaUOVAngj2uIFGYugKh1ZNEFO5a67rhZfs4OhiWHHfv8gX/RBHxA4LYWjsujSggO/HynpZ D+PqW1qacRkAGR19Pn9uQxFyROUWL/S/kq3AXzKjtaiFfpTw6qlWiWXZZgxAzbETP2XjgMroGKHe qDpF1KtJlaGUAzPUqGiTfbczPLyJWGu7bNmDG/nDPDiDbUnPh8WoQiqonzm0psfqDcrRxQvc4VJK e7wt5n9X58XbIswMeK9d0Ia9Gx1NrfHLYDgrXj27y6K2Z8CnPVNJdrwai0Xh7J89l22zT6wsi9i6 lRU3M8GN3DJSTSRrLwuqrQcQoj8G4iYfJyUjAuSPp5jiiwoWQfafa9r7zWlCghPmrL9MwVgtirDY fxVEiKrTFK48Gj+nVCane6cG8Y2m2d/GbaW8Bw9byCpJdk3nIpUTvbgcr95odGLtdUWpAV4X8YlS PyW3vuK4crS0KEkHzqEOg7XyDya+M8nAvs01VqgLqBVVC5IJo2N85pvSNW+3/+guYxcZY0J+8+hq 5pEO9KQtB7e8nH4Zh/VxXTiM+QJAatQYGIUJ1KCM9XA10YwhZZtpt3+hQHoI1ESdrGBW2e1ShOUJ +lj+2aSsXjVfeqBzNsWwkrVJxVGUcsstcPqCInHVFJ3oZZ602oDI5wp7ZqqEkEYJlCwK+XE7Zuo3 txIXffAvQ+5hXufV/HlRe+k5FiP5yHL5T31JeVSU5EsFEndfK14Ml1NLagQW67qYp66NyiUGxGFp LQpgEQRkQvP93bVEGj3uWhFdfFUIEE3a/CIE6RjrXaF9SPQn7ZkK4ApHKl5wWgFFaelCDKbn+irH K3H6u622vU3PJislLz2ojA7h4vfy5/wez/bsqHPECVKW1V0BCyTJ1Ejf/hHLdsUnX7VvMEF3lhPq NHfRh/rrJsw6fuXErQToWS1WuNnaqVY+R4DeeNsQGhZftCpo5dCDVCzBtc2rP+4wXnhIhX+VvQYF KQFRscYqfch74/CwglDFYkq/1iz2NGIBxU+KzW+0vY3Sopxi0OpEz5EELLBw0kmr9BuaQQ9Tj+KJ blO56jg9ao6wYXioCqbAPzGwQFnsKe5bC+qluSjvM3bVa6QayrEbFndYTIAXDsyEhok0Z3o5XMs0 /BqdsLh4SzVcEwCEMRqALifRNV+a5jtjp8v+KA+4FXzrG6QWgjU2JoLQYHJ4vRwl0zfFogq9DvQY jchqecE86LkZ0ogWf6GJPvDkKUKeK/fVDgeOFlvQF7ikZa+SL0D7q+cCMcvN1TBxM8JinPdFe2Dm gZsLo9PvQmKOiF3DWrbCztacOY8IgixXTMoG4+LssaDkgssUiUSrQxlvxoVL2jmqRZVf9cyScsL5 Hn3RFvQLvP6Lc8hNufMHR6kdOIA1mftzT5/5tqnpPCabL91jOEjN7vGJWBDlq7icBuoUQ8YXrG/E HKsPiAwnfua1mEc5bTrQ/DIZdEKrIYq9DjfIjLY+29Js9+92yjI8m3YoDzVupVMr8iJUx3SQm2cM HPaSWurEGl9NLhaGMjJwuhwPfWhtcTmYnHx1NdBO09yCRCItpsttuI9ktmNOcAnqk2VsjQY6F45R QmlCQGwdYrIuzSMvFZ0tnGXUENJ+tpqNw/oYGA7uw0h2ks/gm8JyM/0z0C/tmzICYzkGD9AYN4tB rWU4fZ1aHevMjCZnkRFoDIFN0fNz1COtcKUVr/zKlieBtBkqdlkYDNbNFuYUzIOouSDXpcEYiDZ5 L9XQT7yNEvMFHB9iYdHxp8QZBM1BlBkjf0jkBJRkcA+DdGGGBAhg1qlWdZjgLNz42rXj0PpcdMbO lFh1WiQ6aB/PW+Sdv2/fV2NFnp8WI9Ah6rAF80nB6DmW8wx7g/Znp3qYatstRnN0+RP4ZjzunaeN IHcZJPSJA02/F8ujI+6kz/7yBHjM8vDZQoD59/LKNusy8jzN8vG0LKPLHQpcQbQZn7/tC9XMt7lS UddN/gp8g5XSD7GJ0SapUpz/T9OdIMiN61gU3UY75ynmdO1/eX3uk3+Wy45UUCSIicAjROEvtqCY u3bRVgJL5Hy6UgiiEzfRojq00kVD53mWthxLn/uywZSSuM3gRfDSoDR/M3ILNTFHDsQ/iBSD5xAy Zs+lwsdi2Bxy7mwHffforrAlNIGcPARdReJilqpOBQZlMcQN2igYuQkPwxws4hLbQu6qRZ1OXEjT 0uMf7qvsVaRy8CQ/TA5FSrqa+R10tghEaDGq4L/78YPwsUYSoQ8dhG/otoo70WrE6CxQTupi+FKY oimflfOJyN1KGLrALeMJvXC5/pmK5Dp3WJiFm/rx/ri+IsgEUU2DqdIeyuRexLkb0+CxCddBly3X rpfL59x1iXrn5aKhtITHzs0CFNCHq7dPuApqndTS0RAUXqCIx9eOdvecfriDCZS5NDH96LxQ0u8y ERMTiQ25AmX5XTRb+IcPjozowIoYHVYCZsECfcifLEMhGuiXAvm6uZt3AardEDopJEaq2uVFnoTT Q/eSoQ4X9hGbrTXgl/B/fI0wiRUBgMUcBB1+RDXANaVxpUFOd9aVa1SisuRwGf3IIFA9DErB666d 9CEXq/IWMO9HwggLAlUSH43q3AMrrD2KwCsI1RovHyFKiIlv0UOyBuvgU4ufx7MD5qRIWIddrdOk 8H3TYW1b7g06xbSIUy8SSLmvfFbkp/8oN+vSRYzIgOowNFVKWC7SoQhqb8MHiRLkBenr0AB1gyBN 52ng/E+vu/PGuIwJN3aOimJj/FESjOPyKZiXUyfICDJIDRPzMEm/OjaiRsqnnYfRRUd4tL2SLsiD HNLS+/4CgX2uZhxYB9CjRfFZpuM8B1x2uEdYnbxVwbQL4H0nxqQPTv/QfegaVriLQGTTdksmxsqY zdmA4XiUgU4Snh68JZGLiDaDdmoE4KsfHOCkuXHj+dWgAEPeB0O3k2AYJxG57BV4HUejhxQPkKnL aqfbptlVmadzQjovwokWjvzwA2Z0qgY9UZXdBxMEXCtCOOgI2+wEmeZcmq/+u9NfLOKEg2R4Y5LM JOksRQquNAl3H5oPtwzAxKwdAE4HMBDWBwoINraxRVbU4niVp4tReo/AzCZJ0QpkUtnQTtalPS6j D4AoP8J8U+U1CVQtpWGxPsvuvAvqmY+NdezEvReoZrdqg2gcpIABujlek+BwFI2LIZuTvpPB1Ao4 odM02leQR6rumwbSB1dGnpaqXB715uBxGkZn7CE+2UoBZQldwv0wngHAYszLR9cZfjsRNKF3H0eZ s0oa77Pydyiuk0Ou2Q9rRLyjzlmE/rm7MPgci0L5sOiOSa8eHvoKyYGT00j242svHSDouIX/2JpS guJTZ78AGxyHwm2r6D5e/OeJlQi2MLTXg/daITWFdF2JqWid55feojPCMZX5t27zTrl/Imix8BFJ ImPbcIUq1hF+3loACrO50yOE+5w70LOgUdRkZcdNGYXusLRwQmfbkJYShV4EvJWtxy3dBgWjjWgS Hg+fqIpavJEEH4U/WhYEkBYeIiyyo9h6XpWPXzjpHFTRpOAgqzN7srMovoZpGMWXlsvWjwUYIpui jxYpi1YlY2bTWtlyU5VvIKgbjKtn0VhhoPXrqHQq4DFDwYwfS6mVTuigHyGTe1pSRUrctCkwPUEL rUGAtAjPUIdynCjWxITCjpbv3hczEovWcL/+oQauNXkNUAJB74Nl192aWXyXPQqVBGyFhdXfHhOv hcevhAoi98XaIqiyG9U/r21PC0FLIvtOVKxmsmhbsZmDLwTPtuiFTmoHPRIv3FKZKbpEsVl4MD7B iERLXQTNhbSWTrivBKSTJey4ioaLjv3lDvQHtwpBhWYlqP7G/gKG5QhaFJJVKZEwyK6lq/RWP/4p MCtTw9jJMMmSVmZomgK+oo6Ci0IXnRsyHgo0haVucxp5CXERqVySBLJ9g1JFKzj/A+7uiaeeepAk L9ObHnHgaqoML1xXyUDWWE40YjRXy4z0Loj2QyM4hLprgS0Fo8U+uSBHqEt3ZEperpEl7eGjKY+R 3C3SoEIFhnUnyitk6UGrA/9FMzdoNamSIWrxI1sRYnII2CKgxi5OTO8pFIaX3+GM2Le/YyrbhI4u mKa7dhqSYGpMV6uCMkcfBrA4FILilT9lp0X5Y5uOF/G3r3D80BJYkwAeXeJ4+YKCDwknwt8USs24 yqyQsfyijZQyCMiRAzSUf9Cl6s/JWpWIbFJVCc1I/1xJTgQsCg1BKoXE9BSCMdJjcsGtakwYWnnW kll+h6w9Yy45NRo3tx7MIE+FrqWpToSuHxfpSaCJNNVvlMTzreWAKicpY3m07Je3INLGJaz8hfnT jV6qZQa+KxPEgBVWyZ+arYSwul/FzEhVOaPmqldrlQ/XXFP0IZ+SlwISKv6bZuSkpvklSQ5lpmis EmddN8lMVaZXW2ksxscXjwDoBBQ2WZVhyoMqyym7yoJTyUq+Z7I0FD/jGGa42PSZptYJJNMmkbJ6 HDBgV0vE+uRLtYZO3Ck5x0wyMpBxzaaEigj1y0YAC6Wruqat3UdkxNU6EnuwRDqafuJrbs0QLLOF JtNBAfNM/1P29GfONfPRx1q28IW65H+00Kx7rRSWOI3kLxmkzm275EmFcX4XFKviqB/hgSiDGRnK GuRhNAsxz1McWHlMb1EBJNsv76k0bwRpT0jMZd0Uo9phKbZoX88qpZtFMSUYIkwrH3MVObR4I4ir 6hYZBOS5hLGFvf1QcY9SBX91v02PI0I2qkDR8t8CXD+8ioSo57YsjAZbfmO1cvJgobg2OgxLL2wQ M7abYxf+w455tRMWWUQKyF03rLi2N7R4alEUiFrBXjlLYar/FSCYuDalKjakRoAGYgVLyJHPlFPx gnoVgWwD2jONpnA3NVRGDFYWIFkDEYy9RR12SZSCFJ9Z+8pUTbNtbewt02p/GaklthiEcj0WKBX+ kYjrXSkCL5BqdMGmSEwTpOdFi5CKuXzpFrmSFugk8gI/sUTxBjYk5fpAh5hNXlH/Ah7MsFoXrOj9 X2jqlzIUcUV6JXR7l1mQfeGnP2bhq7NEuKSsqMGaksQisM0LDZB0TCGwsjgdmQb0WQvaezy4inIb kVGCMl+mvrrg8JGYUTCQprCrBZOteXnCrIHVslCjCtFTN41aJP2b3Kxbu3hQYrmsDSUoAjHl0PIF S0xpc/dN5pbEshsuNIOqO3qJPYUiumaYa8a8Tbx1mn0tINyeYAFb7kkX7LCQAPWWJh4k160HMI61 APdMzj5H5htgVwTJN4URk2PLOrZua+rcg9NAhuFI+Zk6MbfFnKZ5sCqOtC9mlSvQRDZlI4pFoyY4 5Cr3AqzILeqBo0K8tbtwRB2gCfrczbkgYZVBMgBzUoAnCjB9SIUZ9+Bb8Yolnqh9TiXqnGZuCffS tDxYK2sFCfxpQaNuSd9E0q3swbKe94OkFKtjbjFJSz2OREMBc+yl8QnamsR8ZAZ45Rp/agQxqltH Bo5x8Lwf/+he8d84SxV9bQZFKVjH3acEgoq1Fztx7ZW042Exws4e04UZ8elowDS3Gr3KCl/3VUFY qotdmJfGtOe1gFZ/G5GIwtMCB6rpMGGdsXOKxk6n50nSXMbX+LctZkxCbnZFnpkOglBShE6aaERl UViqCJ8ihnS1BdQDtJg23abkGJjYCUXLQjLaxZ/US7qTTnrcDwHwIFfpFeLSLEIZfEpS5pYUzcwU oGE6CSvDZ9zhKq01PqcDFJ8qejq4WaMpLyVT85oPNxaJ7eFZ4VwCbhmiAcX5vJp7SmBYuey4JA1v qt3Pj/GxrJmb50sP88fq/7li31RmMDsHIGCvpBVhtJTri9/l6FzPMn27pebPmv3KfeXeYRRWilyS 7LNDQb2cbsCAop2K+qwIjuA0fKtPXqCss5SZRuVyraf+swB0yC0fb1nhzzsGMO/LETGLfoUnuNd4 LVpWQ8+qa2HBguCgA/QH3wFXaFt/TteE9lhvHDEqLD6cpyfloRYSZXNyDTqnSI9jPwjm6xVdBSda F7BMVn1Q0gKBgYnIXSKDQGy/995M5lymbN+K3DFfG1VL+FtqkzNx0Q/Fy7S5WRJrsUgzNaVOeTZ3 5StwX4MK8HTvYstQqJFOKLMldhdNG4Gtc3j4oVCsCy1G7yZCUfUTp8kIoEKWHbKJTYUrUW3urJZf inin7GJNfs84vm3S+vXBUHahUBCr0isuRXEgLeUYmlcBSY69O70Ay6CEQPqH8qRXGu1t6rbyegb2 pxfFQc/AF7RGO9FUPwKA7GZ/DGexY1qIyQsxv+lWGwTv1g/TK7wxCitAoisCWB9VQPVKIOsRizgW ixZf2npWno2xun1OhlsFyM7oHE5Sg+GglMnzgdwyqTUOv28dYHTkVCifmY5z7W+G//awbPFwtS1I av0hoxiro0hZbQAX6yt6riN4tW/pQMph643EQeHu2I1ZWMO5KKi1fbbgJG4QHPbGz+gvoTx1KgWn zDqbBb4Cc5JTwYZYKp/PaQRnkXnKLJoNx7qCELsgMgxXZz5GzZD8WxjDXJ287YucrLgvZBRuVjkm bVFY+dVRw7kRX3ujasdZ63HH+dJbkKpv8tOchpUmaMsv+ssZhN8BHhGZlQVZs2VhGANii6yDlR8u pVJKjKJ9ahqREbx1AJQ5AVW4sGIwpB4L+vgygJXZm6QXLLJ6Os3rCZN1Ldamz6hFSDFfs1VuLJRF g6Xw4tzgy10f/vs8gOizg4BRXGsBj3GqdQw5PGNsWBuG9rrA1Zf2HkBs64iMzl5OCM2WH1YynOHZ JIAtd78/DV0MaxZasnDJ92eRbV63qjblLPqhLtQmaDAxdSB6J+SC0XKIs4gcUZk7hhXyt1q0mhQb R5hvKFNXyNqk+U9PoFsdi94/P+78URB3JaaNC4JmlYLkst2sO4h1PJk7MuXD4iB+rTlUN9G0Rlti dNj/4cxA3z5uLpUbmU2gKJq4B/4WzzvNmsLcfx6n6y/IuaQDecH4D7JOyygObXXiNFV0AkhOqWJd K8npruy6Q0dC5qunxV9qZcnQ5NI7GzviGqNVAEtHKrBtiI6XR93V+c1m3byV6Xbkt9O0lXY/Lg8b C3q2qPRaSRxpiwFQnk5WIt75Im5wd6uEinHTN/blZAb+4WMr3JVVPSyCxnJu9fn6cFy2knD/eqFl i1RVu+5XXt4x2CiSbfVOgutvmyM6QFaKihXE5BWZBnCSieHMpC0M2voZ6T7gWHZImp3rLunKmDuQ u27xOe5kRFZjrVM4TW2mWPJ0/sgXmK/VMxvUR++KLGNNuzNj1wxdxopuN2mGBSi+OH4fGp9VmpuR frGqzRp3Jg2zbxW3p0aymONdA7o4BnGBJbY43Ti0jgFHNW/GdtBf8FYDStIXrpY9MMJ+7i10zbDZ hFnx5G7hPQiw1T9SmztKKEC3iWeYhh+9VnEn9KDenAIn2VJYH95gGwd78AEzmScfgj6Mz3pYjZVl y18mgMh5D1hyyUJ+nr0WTPgvnudkRN269MEmK8CteJ4RZ4bsRRskfHu5J/hd7rdwvPGoLwYyKPe2 q8hJWlw0YAk8Ss/TtBVbSK9vbqElRVhp3fTREmwSOgarlF3wfgB/i7Uv+cMKVxYENEfOATeO0ALz M/5COf8UMBMeXaDRsUGNPVKwPO7x//lPU6ZvJRGoRozAIA5bl+rcJEQr16LuwiGU7DWoi45rb0kX 3LRqoZ77dGBNwQ6uYywbx6neuWa9LgVIukUXuraQSduEuhjeIf+qhf3f0SdCdwENznBrggC+RzSO VnywPi5OMFzbr1hRH1IMf1RIlpxIRkzhxaE9BWnAKBBfiGTxWplzvg7P5SqlK2IMUZ9vJTkFQaG7 SlHgcUYD0xku/LTOQsOKBCSIROKKhmgqpkGDkH9kCAHRc3avLMyafiRkOsJBiaSJu7eqCYAXmK2x za68eaEmKBYCBzQDu31JcVwtJqIqkDO7zGom3IFcXdmgKJlD62mlaUHtOtKykHUVfSFoMdoEVSYj SVeD46OkHf8VXdCSMkSaZ/qaAvUDFQUqxWZtFnjSCTDLmq0D4yu0OcJSWVFsQ2hkUmKbkkOrXpP1 N3aisF0PfIa5og/YCEzVQ2wNXAR/4lk7LniKhopaJFtqgCqS8X/nqZodxgVUSoPTkQBRYDC80mXD 04EEURpY2Y+n5w0VLqjuJe4uscXqlCv5qasv1tPejXtPFqhZbz1FH0gJt9RLRuvWQIAwUS2MliSN Raj+M+bSAfgGEDUdknR1ky9CTqdX+jE7Ma2hJ3pNSnLhHgNdEzFlN53UQad4ZoJuDi41fLArMoqm l6KEeGAM72Du1EN/2Rc3c+QdiN2s8Rr78IjnMWv24lfFPcZYcFIWQzqYkjhLhwEvwpLqwdLl/u4x YSShorfoFse0jUXxMS45UWIPoCGkABk5/ID2GRfRxDAqWQS8DYKUozBGJ9qy/5KlIcDI7HE/1u4G f5hP4rbJYAB/IaNRkjmwGj8Tw3Yr6t2elzolFIVUs5MYr2mHzGB4TzvbCmEWNhviJcp05owKaHzj ocJmhM2vTqCilP+6QH67EUpt7UTQOXYB19YcdNCmwPRHYyQaLYVRw6d/LVOeTLLdh22h0JIcsoln LOSQk0ewH0zNTBgT8w5N7zkCa2IspW0GbObEo+ftU5gXQ42XWUPuTTUqkzdkipL+UQnq3BaGhu3c ZDyUMWamtT68PzuX2sW+y8QIN1n1LfKpSqybJ3Gj5LHUKUFmvBV46ZkYUKyPLAX4o3d+wIIYuTP+ dkSmz1zxTjaeh8z1WS1Mel4L2bk1/ZHMdEO9kzwo0DCoJKtXt4Yb3GCFmIwi/2QZ7ZbaWNHU7afp eUsXuxlNhmkDokMdq6HC/PYmh2LNbZsUBh6j57uynOAz7PCVJuxmUsGv/GUqSh6R7aYWsqJjAqp6 tv67xeiH0FvQEd8eoo6mIu1omLWFKagI8VMik6UMaPbEfcE1sq3yLTbZB5ZkWmbUKOX7ZkDMsEGX rYlTKjyyRLc4WPpz+WlqVo/lqZmP85T5DORwVhFJo9o6NxkzcaP7tEtZ+7XVifhSg5QVvR2jSDGC lozngJSU8NULr5Vh+56HTxyG0wG6+1gb2QrZGlfYg2E6k0pYDkUyWYxIA6SwxZ4A+bJCsAhA6mq6 yFfGhDAfdAmms/pYgRJixDIWn2OXX80mCfI0MTljO4oTW5S99oESN0Gt+BDWm1vOngZpBmBmM4Vs 7dahW19YlHscYEJdVF1mHeKruKqpgGc6bIIipe9n8QymtQbhTqAzozD49tXaDaOoLeqxnfzd1SYs bsckrWe/BkUpxrMu0rHdlpX1+FiVokmNEeIu8govBYE6azlOD/hhdAYnuEoVwjpyLtzJBiUguuQK FutVaNTqETXkKRBjX6hpyaeDLeut+IXbxaAQmK8rJ4DtBvYPKJJAzZBoia+oKMmyEaxCEfyBNZpv NoWqQzcKHgUeqSGPF6yT9uKjyCY6jhnqy5Tx0KJDRG4xns+MaFve+IxspsGszYMcgrCQgWANAFpK tP7pYvaBQheMVISMKchrStMmswQcGaBBRZ0ozEATNAXBbIt0DLOAJkCBmjtyAubFI+CnuzowsO3U PAa71puVhWCZ6rSFttUus4o5IcgEiaX6YfhG6TOT4XocjW7SxkUngpEHo3OBUhUgo4FxLQRjDuTO u0SI1R1h2vcEiuiLAqDDQBiA3UPeTD8bTlTbIImBUq+ZkUVexjYhSj5McoML91EA/Yu5ToRMKfww 4ORoEkFbxf9k5QYctUz4pbzJiQsjzYWeNDHd6QaVECtaoZL/C3XjqMVmg9abAh3S34H4YRsuUmlr TCf5fD+bYKGIvzCpLIFfjnsVPqQQpIeVDMweVgq5DMfYpQ+MC0GButahtMEfz9HJnyakJk0KRMo3 pdNUK2Q8btS2LReKb46c/YXOscIsSaJIRNSBazF3pj3/XrjVhkl6S2z0x/QtCJbnHufhh7WdUiRc xsniadHWG20sOj4iVxjT8yj8kn8X5OB2YW6eqrU/f9BfcqWtfhZzNCR3+xpEYK4+T/NNKPi64Jwi fDo5mU+j7fkR0xKcxpOVw+Cwe7puqNJqGizXI3yi4XTxs4ImYjMAr0fmySTdQok2SCP3qUwGjzoK gk3lqWB8mjV95ihwN8iJCdty122gSBVu4AQPiRczcCxu1gBYL0Wt8M8MmOxyZjlnKJYfdh4xMtgg pMATST+gRFLLWEIifKpG0Rot53UNJAK7k7vfwF4Uvww4cgARFVPCTAIZ6gWuAiZhLFJoPcDlER2M 74MqAouV/6h6dEZKO+7APRAlSEPXSgF3AoG8PKSlSSrqTLvMxbr4C46xJxIMBFvRt1no0XxMRBvt DQbgNFPTMAIP4UuGmgTKtHN0GAVxslv94fVw9kq2raC3TteFqJmc8kvYV5+BpNjb8/jtf4fQOjYB TGcHJ3Q0DBXH+x04olmgSucn2JFxIciqhDBUAbTi+XlD4CcAwn8rbvS6RGQAK8JANEZGr9eENxDB ElDCQLxvcTtUJ/w3/MG/WE0B3WlsCpTwgWGbux4Y5eC48Cr0EUXvvvwEAUaLabkJXBnQjHSoF6Bs SDMkxDxBiZVDZPEhz9iJOqOiA4pufgis2DiNWi0lvdM+yEffYKJNfQjUhdLq/+smfg8ea4stsREV u8E6lDf9ZqFH5xhQ3DBpdOMGwdy8i+0Lq5pVyuNb0BNu0ggImYY43NYVTEufbZ5Fg97M2sxCwFZx TfZMGDjJdUHkiNLs7ZZhaFhiONrwbSCk6XcUAbiIktx5jndw+ldvSmV6ylV9MLY6etRAGmGA7/HX uGhO/ozr/ac551EZU/t9zdPZB1DHA/+niVWQ+BO2qsmMyHAEBjVV596XbZFRw6ZpIiQMbvWP6uM0 LiwrLjgmGv3jYgQwIEJyiz++dQPHk4U6u9V1G1LpBH0KZoaU5gbIxp1iTsdZc6buYjNCk1Bu02nK qWlm2KHaLansilfBdyTrAuP0QHM8U20XLDwwABbr3C2Esn6RizGMUk6Ubn84vaRdtrBHgACqtDEP TmwKEyLG3gDgg+u1TVG5IGwr+sKiiIqKYFLMovgkFZZ63+yqayF5fpt69BrcIhSiRSDoj6yadXQ1 Yp33nkRM43Z8x3qqzPdVBGA1nhOo/YNpvlGyOrcmAiIsTnBsdw9HsPY8CRC5iiTFxrwNonWZcFUo xX19Xh/e6Jpl9h5VOpEynE9/vQqzOvheMtkhLPwtVJ0ZEmI7ud6wWXOAPHZBqtMhHaxESVem0rHn /j4758U3Xj05S7z1gspH+k1j69advZZS5978SJl/vIDy29su/Wci+uhihsTFIZ9F2B6Yd2k6EH79 te0CM9/7N6knFwvSv3t15uVkKP2lqLdma8PDSya9pVH/ldl7J6Yb/rpsf2TvG7WVEBxPsduucvYM xUYLH+RXtK1zvSH3y75Dsos9tBpvelss2J+82uxGWWO2HFDhTCyklzqnolkTuZDRI8syIJ4wHGsW IR566k4WGOEtAWkg7XCvNj0OwCdraUaPXLqukhf//+Dk2qLRQteVnKEIGVlZNkThcJTBGbTD4dOK jD4PHqM1basoZ0aRyJury0uriTJHMylOYMstoVDmOF4BWw8KschB2e3ZsTtrqblR3TkrJOqrBRCW bKK0sLW/e3gYH1tB2zfvmYV3HtD+mq+qWPA9atxb7CSCbeuAZ3BfHMqx8A7IyFswhwSA1bx9xfxn CW/mlw8pVmHj2IEyF+NIGVeBGObyaTmDF4/Htqy1slnHZUzaFExpKPDRgyAz9orEJM4/zp6yVpU5 l27JRguXioSFsjm/so6iOD8SBJFeQWmji7RLxq0InTUtXsSaRhEyls8KA6tT2TfaG7j02deFegOH xKKqI+QOpS1ILSwtnhSxGqgo1lcyMTcsMQW89JsIE01Cbq5WVguYKucuPPeVlV2UXB4prWp3Q3wZ gCyiPj01v+43k4JbfkxX+D9ecJtYIygVHisYsMDVLeU28aLiNtN5w7JvvyHsQAYgjfXvJ+QEulXG r1/5ZekFaMmQ+y1SqkUwJa0jtVQUsi1jLu0sxcIZ0whIKY0O3ZRhBTWIVYXGcWdJ4hGJJ+GSIJBR mACudKboEohEjxfYgBgJvtN0lwfUjDTRadLYW+7pxqA1XPc3xkRJYbp/W4x8TY7l/wg0/FLO9L80 HUuQxCTSN/sVohS+bclDuleORovKFvxHgZmjCdihI2Qtcby9vJSN6rdU+dSSSjrLfOQUr3kh4g71 iu8EqluE4UYWoR1mYX6Jgb5Qauq6xlP+oHxE/2QxQTd94FghviEpIENLTzB3VzqTwTOQZmr2GtNz 1NBkuYkeU1Q5S8P5NlmYc4gaHuaeMp4gNQ0RYC3G3sSNvbE1u4sTmMs04hsOmHsPBDVQroQh8JfF 3u2UxT3Ua51kkirbSwZmkd6UV/V61cnD1+QatsANmiG8glHptm9b9PMYJvvjeKgYE8N8oO0ZCkkV rfI2RbJt9J9fODS08m/GKhOjCYYiSBZXAV5wzd4XJmbBbi4rPSSQ6m3cud34HJqc0cSpDxapYDRT rrKIrtEboGDe5kIuADGFf0VRiHdDqEAFBKZKc9o/zEryTvWRRPM6aHKZDquWC1dN0JgLhSV8rOOK tAjx9gcCC+PlQI7tieDnnNU0RS0HJ0B48uGePVl9aTqw/RqdGSwzpxOJjw35Hz30IKP1h/vyN2DB iNJmHMH5/Bs35b701GBGqaYdG2MMzW6rcM5Gr9C56SrPxSXSoYY3xXGwflODjrww5tRBf+bctlSb Rx5eOJhCa4k4b0P12ghbTYiumzD6AxYMr590kUPhsfRHwQGtmeP0XPxWhp5rxWMTzzeZEU5kvc+f Zw8jED2adaBLW5/tlXyePASEV3vypZNq8TWYLUc3ew6ubnvGikDPYaGAaUhqR4Zjuz0TMN5Tm3dx WDOj9IS33Rl9EiDCbdF5xCgELUyy3YR2F47P+VLNyCt27DGW9lPMMrMzkwDRYSedOe7mZtfWjwaW m2MDSW/UqZebhbvmMxvh1am89r8SQ17WgpMnNBHTS+KAIxhTE6Yius4vcY8A5Cw6yAhik1n5EkHc aQoO8NAVUuvYUptbSO1xi1Fk7UmHGofvaUJd2t7jJXTy6tlhIqxxvqtVMEEyhDkuHHI71eqBu1IH n6l5tsPE8tXmP10SkeAb0mkAWwNd0ThYCF3Cy/wnywJA8Z6+LtjAnFrMS/Wvlk24dREB/Mbr/PwW RVLLLPKSOfx0DGfMq5WAJQpXEGYUTqxSwxQPhKg5gqZw6XIGqoMU2dBYlAKkRBOQRdncscg4ea34 ialo7lZftQXSc+KEZvXUuY56PsakCMVdPek3rWth25pNCQFoDDetE11MDrVMXm3hGToO2AhTqpEq 9GUIvKHb6KlNegVuw6J3AUnr4EIVzLAh1DNxn0I4vBE5BOVB6XTr+RqscGhDjTUL5oxRRGRErOGy sInAjBW4nyr39ByGdGVqmXPoOAYuTTd2bRzdtmP52Ydj3Dxt5I8ty8A7TXsngCf2vAqwnUfe01N7 HrHpQI1qGXaQUE9bma+5VTlg7tlkV5DJAFN7AznRwQ87YFA83sGinqjCRENt21T/PvMPKWAXeX5s 4KhpA30+bDZCKYZ9/86fc55r2svAmZJJE2m0IQaii8ke/sq/+WlByD8ytrev3oPQ/HB4ynZApgaP l1kNAesWLZ53apPOAGgmrO43C1TQkxbM+ZZZRIrvW46CTNzbuStuJQWSWyEBW0oWbBeLEc86UscM qdAXYebbyGzD2tS7ldkjh0O+mU26qfNRaPlOyiky9rRLk/5CbtrsY3AttVCaPJPvJGyAO8u4dAKZ RWT4ttWWYkoHupkrYVFce+aq/xYyHDZHbCvqaqtCtoAAP82fiuc+UvIWXgt+pihSStKoyKLyQ8jw WeAREiJgiOiGETEE1rXZwZG5HXjL1XElDL/CP7aNfDFJwYpQIpJkQ3JMLkKwqFlbAHkxU4pDy+sE G3grGuGdzFP/ul30bGEKq+euYqr78gl6wX5xuHm3FFffCLrBJuzDSNEJQWZkZrtlUHbX6f2JTy8Q OaI1Iv/Jqx45Ap8Tl/0GHCAACZ1M1cWaDewV7rSohgluN0AkvZDYt64UKXa7TET4NihMKCtewkJh mKulhL6TihpX5IaZHqtP28p5OXDXy83jhqXcXNBpRM4cIaiJrf4VXaPbmsA/t4IXlMexLudRbQn3 4bJn0otPG1QvVpy0Rgopm8bRMG9XwrTkNW4uRqESCMCc0DyhK+eNB5q6EY0TjhCcAtHhqVzxs7BE JNnuMAXwRfqAXD+4rUd7BGbfr83F8920p2QztTRuSAVv4yvz0hYZnKr0riCWyq16ENMyVFtgOaE8 g6lLNbR1X6FU1OuzvAAbQ2+LinFTXCpvT1h1IuXGpqw/DUQU92G33dguEEqrCVccJ6hbMOuMAjLQ umqK5UX6cURrEli/snwDQkzC/owd0y0xkIw+NgUMFM8bZs+YxLt6pyAoDIQQNmdf5sPoHIFrBUbR 6AsqRGbxhm5JdO0jg9D9w2RSlDQZRg0vpkXGAsskfQgeDMZNQJCOXLAgB99S18qQ0YMEzcxWv1lx 1moSQBieAMJj3DQfQjWIFdTHwINazCasV9eKycNszAH41tkaWoYLDa+C18GK5RWKX4NVro/b34Bg nypbVQ5avSrATRWxm/66M/yN1YRoGdpYj+t9Na0dmeHFi51Q4X6nu1ycxqxC9+EsDI0f5/vv4xc6 CC70o7716sDm8+O3I0QUHGui6Q2EaOy/+nDYs9wJHniBE9a4KuLqfG8PCOH1+tcDL0qLT+e/Fc6O fL82nRDFfhhyRlseBs2mZuTcxbwosOrsjY12BHg+ZoZX5ovBIa25U6agjkOlcBs6/HB7jCGTuiCj WBzWlMMJiKZiRgIxQaTZTQgXGOqj8mNbPNttQED+oScCSIw58DaFdaWgrDXT+FBZjRjuBCpVWscu qHVgLSoMlgMvldN5AuUZ0N0s0MP+XF+4iH6bSvQ2w8ZFw1wrvg1OptiMpyw3aK/CccrB2qvjYFlU 5kgFuZ1MKHSaxlReQpuheQ2kX26MUTDvfr7vaagVirdvpePe2wHLJyoab++m4BrteUqEm4gVyoem xt7xAdSq5x4tghbaoIjDMF4H0egQMIwShpDXCVKXUNONqgjcz4LQBWeEfXLbtmkGjxoFPJt9fYQb wyXj6tXOyAaLpWmmEcJBjZVetiWis/Bn0GPaCiXG6bYPgIbWBBCsfYf2WOKn/s2cpIQLFW03Adtn l5vTyL+/HjbyfEVJogxD9EVDkEqpQd4MBSNTEjoGJqV+nYleU1XhKsBdvPlEbTxhwUwrysc2GkCv XDHrrqRXUUbvkhUR83Z4SxxYxD8huW/nUC0wcpk54nb5y1gThkiA27ajQIrciglqUml0CUsuDvdt b21dK/4R88jiobIlLJKCsLhLVdydkd7WodieVgBFK/Vs8aA4nKg4gdIzALcXJfhGb0U91iNMtBBZ DAqGtI9Mawoi+XbUFehDSHxTHOE3PevOjK2GBSohlgYNjlaZbSBDMfueTmlRA0YtSmkIIxezlMbo yxTk10egItYuFLHWtdrqKmzptQKPMgm6LaZtiSu5dGthlnGDdMTA0lrxp+XO5BhCS7aptVhYyMrh FDSWgwgPTdpkCysjw/IF0asCVrlrYIuk3VLuW5810tLfMF6/SoCLCIrRIxudsoHADTGjdEX1RYmE 22Urxftyfu87K7cqDuulnJ0ZWOWDb5c0lZOJ2iW/nfwgbFTDWQmM0WUIwumi/WjxdxmNdEZnJUH9 z+eJwxERbZhZE+kAgvyo21xAH6cK97VcTxX0IaDj8owtWYoj7jAZUyhcLwAmAWE9sMF05Iy4uVn0 t3ipL4PZ9URDEIlVZEKk1t9ll74pEpf0kUhyod0xksazPRiRTpDRFYi6P4mr4xH0Xd4x4CiEyr0I HX6cIiNVOwEwsVYUbnwSQecEI8U6YhWDd8ZGqIjo/lRRZmFXqu2uAqOP706LZJLgLHwpT4lN5GH+ 7kXSQcRxEyZobR7jMxEn5cijDniOQt3LvjuDwqWKbLWlzAzLuEEdykopSTyrvF9hdWkxPKkKOwEk LvGzSKElOty8qAIkiKF4fVLCTfLYTpFSNGc8+h1MBFEk3U5WLHEuNTcLiW/hfWrWK4TiPDIJmkyx Q1eGCoMpq59kOlum0jtfeG8sbqR/xkzROJLDKEiCibF+JiARLh+MmaAnWBqe8TrYxKh6IFF1amrh zmarSsffFe1IbmNO9T9Nqj+z+sY2u8PxpRFRONdUmhNNA+x0F0qA6cccDFpp9NsHTwgX5RJzQBRz Kk1r8IT50/kZa00P3TuDIZC7OYLgXKQGyOdykTbhCpDzRojhulqxBcwlsD6ZRJW/B4kkSVHzUYev o+VaptYY0H43dcjdUN5l5xkDS1GLm0flqPLV03UTM6QlAStQSmzuNWD5KgJnDohp9OZp/6VqyQhp FM7fhPPxKXmcCcgjQkIrAlnMj9ui+jimx+ax1SR0AEMReXh+ZKvLdZCum7VzCiUp8AcH97r3AB/E IHq3VrWWaYgkQ5vlv9Ez7tRCm/RMHOM1cChJKGRo/rrnFkxVL2gmQMtEy42JF/UQ5XBSNmhxydRo uPailDqvmQ/xCrN1SKRk2VTS53TMlXbu+hR5CGFuM1nOky/SGt9YCpVnRBW/osMoc5vZbNtY0Zmq esxkiovhONbwBHsQ3YqsVjadw0iq3ksognO7M01ob05HVsw0yB8KrlQvt5nvapVmj7wGWiegPgkH HJTkQpNtWqgVBvPx+T3UIwkD+IR2BLYIYbLzbZ2y6sujcj//jsrYx4pNqGNw0jaGH8c4IhYCLENA YFP+4qmafwSAtToLS+u2G5gbtz61giu3Do5crgCkZaniUnAGGYagPHw1Z3V4+zxYICSdLtQwLH/c jIyPnqTVqgrHa/ughw8stdas9DD17B1bPa6gt6Rk0c6HWw56Py2nykk84xJcuuu5Uypn4tkI22N9 PdISTjkUkrqZnLen6srN6RUP5cGHSprd1/u59NAKxalD8Z/l1fZfAOx673VdIa6zG89GpF3jfpRv VTVZ3TdfvMheyNAs3JBwKEULfcu7yRMADQnkn8o2iilQSQaoxZhMej2X0I/bM09bQXjaXJtpt7Yl 5CszwHOcD5/rPbSNTMZjHXyMnlgH4lGxhz53HrlDlMkaR1qg8j9xZutaL4CzcnDPvdDMW2tpMFeK cA+bNK7T0pyqVIeY1tKbyzXH7AnNlIeu+DntejaHgZu9myNAuxfb036ok18NZrZpBbJZ5ODNZ28o prHHGu1v5ObQ9ey+tkiajqUwVhid1fRaXYritcGqRUeVOfbKVOO8FLPhgOEpOuKngDqrf06hQ5ax rgrm1ozmqIfe9+v1o4Q7RJmwe51w+j5qe7rHIWAxl+Z4ZKaX+TozC33ek0tN8SE/ml0eh2kVx+me mMGqRUEo1yUu2C0Kwdazz0KVkHOM7RCqWO00LfrQbPCns9kd2dXJdHS3q660NLiryBP9foyDhigg Zq/a/XoqIHHGV68MXgOT+Fm1rfumapuZWSZ7Gl+YYgoLVrXtea6PP7jUFa+SdiK3A8Oi3pc0u0PM Op9LB8VFeQm/oD+NFIQVh1FFy2HWkewIHSWcfrFA15wbtveaus7CmjGFSEWKFnJ8PG2+0dR9RWV7 lAN7ebmapqkzu46VdpueWwWe+N/CQnAuSblZR/TZysjNoLP1ztfmm0DzyfkpFJgyRTE6xXcuXKd8 kU1LsEUNn7URDIUuMg0a2GzQbUZ47j+yyG/X0ntwLJ+zyZ+qjLtdrxx+i3ukt8HJ9R0em6F9v1ZP IVXENUsJZKx9a4uJBUiqCEMv6ujp0eA7WblZIsvfOIl+qID2PIYFuUVZhNC6lkPWAvgXK9uYEp1u gRNlc9UcuLtYpoUaiTo3o9htUS6gNVinz7eK4aEpGLXssC4byYfwPWkqSbQWtszPX0Z3pEEbDqZB 6MAXvJZkQZpsgZaQSAa3WLq1PgLrQzqEo9gr9zSmgyM217IzbfE/XFrPbgGkF4rVYWIFwJYElxs2 DHHIqgnf7MpPIAB4a402UZk9pIATFuyhg7aBO9qoqCJIDIJmnAnBIX6T8q8pW2mLaPwpbRefNC45 hBWRrF+EE4imZM72xBxwKFuLhkVgNAD76EqnnbeM6YHeHkIsrsHG7aCWaNNnG2vMh1c3hbSrwpnR LEgikizANAFKZpTqGVpqPolz0ElYPAn9LHS04AI+xjAtAzVIk8KC9RfkjHPGp0nFPhgB1fG7uQtf 0qjiT/sHaoKjOGgpGAprSDOYiF7Wxh2YVQhH66AXy3Q8+S6k0K+5dDcCSueHFsRXKqU4hPb6rlq+ t/eLGKBgLjgutIsUIjFsrPBdtbO9TKDJRI3/UKSKzzIaRqLUQjojlrad7Bfdple+MSIEA6Y3Ui/V 2JQJG4pSBvGgpHTW4JvaEecTCns1/46HCI44deJcj5koCNEDzKSBQR9BYHQbnQAkvbF5UEptyLIY GFmYH+wEFQw3rAE1DlUSGKeooKR4D4pUd2I6RgKYjOcoDaGCXYOLO1NXnR74rELewGjFhH8BcKoW oXTAQRWayuA7U6LKzNNnJZahzWoagWKn33Ctj4obYcPDz/dqQDWXNPqz0xKcaP2Advft5XG7/1bg XHUjNPp+g4Gbrz6GslVHfYKLh54phrx8wZYDnU3sdA+sA5wZ29kUcOtKI81PW5rjnAQHTai+ryQT 8AyzDEo+Xx73Tr2AVPscieDZy+0OEg8b1NntF/pXPa1y0k6fuD/A4NfHI6R7hawPoDNuVaEKAvTS w+vt/lcNK5gdXq/uGjQPOUSzXzrsQs2u3kDa3XA7B8ibCuT92xsVdfF4ONrifP7rFpQqVr3c/kOt glvguTJXnXR0h+M5Koes9+vD5DvF2k9C0Q+G6pT7sclw9ypDs7krNjY5f5wlrkIeoh6YiQ8TjBMp cK+HFAInlXNXj6pAHear/tnGBBErnU0S6RSgFjQac5UhdUQHFgNCt5VJDehJGtPxFITSPDqFRP8a shU7Aom8CfhPm1B2X5GLxiNbb7rBJxqGpB5mABmnAO1qmGZ0mmIo6zpFmCprWnS9QOZZf9OXDrfH Q7pSJLlv0LQttlTcDAjZ8HwKs0mHw/xjxmevJsxHUAMPIcC6/dqOB0+BRGwbio0kgDKdn7bUnOT0 0lU2d1OlrH/EmgopftpyQQA78ivj0xA3mTevaVOghkBsHs//noXZxpA5YFiFxTPoo3km3NRaYGgK 58WzYaBxsIvfafOih0Tin9+g9Hww7+Hf1p2cJmdgqec04MAtOZakFhG+iz8tHw6J7Y+14bp1oL0C brcF2sLRs2FW+nYIrBkLSfLIrdBKg77PveHdzrLQtNb8X4m2NQQKxM22orVXUtZbDGXtt7CfW4U6 2E2AVEfW6BYYJPn37QcOZAWvdMEatNjPffpuuQURtL1scr6xHMNAaiU+iGbLQaFHK6VSZArQKmvR b8WRVOaZFXd5ws7q2AFxDV341yHlehCzef8EymEmcQaVXsSLpsBLHGu51aFlqCUbkRZyuzODQ4Fs QXcGt1YXKzRPX8erbik9Kcgpm/Cdn75xQ+FiJFrXSaydYjGxdgYLjy7n05UwETmlkN2/zVb/ihoF gIUCwQSiYMItRS6ADkwKFXR//fXC8fBWUaYAloJY1Np5F9bGg6V+C19bHYgOGeHCNhr6ylHaA68K JJaR4rOgrsihgCIEQfJl9OZIA5HU/abU6x7MMkCWbpBOk/d/8bPaM/Eh0aDN4oSk7+eoL9qFrxSu mH+ZD9LxsHjPcEIXgYR8gKIkAt+4B6djlbFilAB+c9KrlX8CJyny95mJtdFFLdvserWPQIJCa3xJ xsWcyWXYWeFL65eYp6s0evShNRMxu6IWER1oxoKfTHGUifopnBDdVZoVT7UvnihOFd5nY3paBAje YYCpA8VLgQpA6ZgRU2S66zs0iBWKJjbPqy5FzwUjItRie8EbYhrKn8JaGkqngEAppf8ZjiyKrWVd lEt4IEen/JN2RY/mwgJidaFoIvbZK3OSQsatD8SYR1sbJExtzaGTOsSCIRRCPgaNGULpDNYE2LMb O5mkFAwXihUlO9pjVwkNrpp6R4nollVjDs6SKU0tkyWI2tIOmseJ0LF3by9ymfnMhXBBnvxFi2zX lM3M5MnTHXWSDA3Y3EtyidJ3ks8I5UQwVaIOsRlsBZArvDKvTMduSx2DJlaEIHGYCplbmECaMeYX jkpPsQdbUCfkS9FMmdoAz6hBUs2qytapdJldmkZrgQfNNBenTyzQdb0Psyjgwwpzbn5AB3gXuvxg VKaEUpQ3UCPiVPzylSGIrIw1vssxnwg3Lx3SFmKW4wErwAOxxE3+CQDXGUt1jk1nXPCZqv0xsFNf qkAr349OnmfHOORO/UAGXJMg65kD8mu42xzUITC/u/Dx7AiN4Bi3Yy0elsfjFtfUIwbOJc+l9fYr EAp5dWIJIhMswdFrib+7SkBih4mYPwCk4xRgaLQdKmIGHYcDh8ge+RA0o4Lfqh+pe7I7uGb9kR7+ MQa1jNHcb46qlS62GcIvuQC3UEVzaDE7zKekA9N5qnKUHDPMIZsHx1TkPN6rhaW1rlXLR7ERkf82 hn/ATHWQcmdL9TxSUYvU3ElyjDgvbssBZp55Jl+hoR0Pik2C68QtRMaHZOqleB38IrF138cPydJ9 Li61wMeW6TI+9pJJciuNgzbXyNfoVgVupCQxhYqS0MnMP8vHWQQPTLZWEs18THly6VJeXfaYJiPv n+LlLHRCw5MszxZ2N/+QaNETGIeeXpfoThCNWTjVo4Nx/aSvhg56W+lgC8XoR0vWO9NuvyBVtABM 2HAtteIEkLVqQqmMm6JThGyzoVJ0AwLyLEPGxfem0AuzGrQZB++g3IqTVFLwoVIIZzGH/aQAVYkP yUxTMqUCHBqOPsrRyybW3iLtBB6K/fTKIrITN2UULnEHgEeFsyb1bBzf2Jsr1bWd9/7EfLsSsQGA ry9MDegMFYSt+szQ3v8AE4dL9+Y7ZFX1WlvIm5b7iAHZoV8ZIrM19nMY4eefbnzCzic2KKAIirQL U6MQOn6qY6e//q9+m6RboKYUuekAkQNEQ4Gf8Ojj7Y+b8iNcGXtMdp1g/4SUuXTz/6jMNWYa6qhE jSFemWZk3j/6m6+BTN00mxICHTKU83C/qniss4vx1Jz87wV62On/eZncBUkU/mENKRweZgirgXOY aY5GKm2bSzPSEZpIkC64mCoxq+Qb4u0GgmZcBjGcq8QMmWxY+5xzH4PxEd76EgjsZmTQosSBt7QM cykfrzQ41qrEgaUeps0xTBV9y8gb+mTPIi3Ou3OTtHJuEIdaMLgTNxs4L5ZklDBHJK2jXP7aRtWP 7eDWCySFKlmasyi0cy+FW63Ubs0kBw35kHfyfwAjKy/iQJK1rGWCmbTItsi7sT0yfvIIWvTDp3ET nXhjAeW4CpJzESTQ6XMImD/s71ZGk5CqcIPt32oGlCsaMTRL1BXymPs+bxHEKFMlXNMsID0W6xzh ATLHK99bGvRXZOhyjhkpGrXs4kxuzE5dA2hNWhweyrk1Q3MTjZjXZfLG8IkzclYeY8R8ECJiDW1B p/Y5EySZClXpPY8tUUQnO9FnQ5Rl+NS6APFrHQPOtP7xOVHSue5cRB7snbgz+SkDlpMIxW6VQZWR 9DJtisiW96baXDI0S5UrZuUlfRliRke70Uh76IY/ST3v2LhoiO3WEQLyBwUtAmaigY5bPuaWBATG itGFTDqJk/n2KT+j8V3l04ftDM7XYO6OIhFWoSoyB/hlDsZfCORinNIfOrcDFLfoADoysdZo94H3 ix1afOww7kvcyJ9rVqyRgPNRtn9QqCWWmm7T5LcjNefqOqOetstf6KjhDdFpZukbu46RbCQdZwep lxAYRbhq5dQaMfSZyLCmebXxTwqL882Fyba4ulE7CWCRAcTP2oMSItzsii90lBli/i76lmVJFhBj LFH5zCLkUA4lZ28FQIV+lP5CNTGxlLZcSDoj9FElQvg9tyL/MDWAZotX1YWU2hRADjBZbRHpOYsA al+JYKvcjnI3UjYOp2oc4Q1IKMi3Gi18bCxEFTkUdaw8jSS4BkT2NgSzZCTlKNqCNQQ/jFpwgUTY DDBJVBE2AfRwUgAwI4g7AFfFcU+/ACcjoFpKBYGVeTuYACDjognyUz3ODFzCJQhLEBU1Vwk5ZKVi v2p5u13aEwI0+EuVYGWoj8aCeYRFecmdikmQSyBMRX+d6XF7Uzfog3wO2AV0Ctvx/woX4YmwIfiY dKyDxR3t0IzKrzSBHMGq9AYoq/ZQRqQH/QNX0QtqIkOAFXBS/Ja8fpzN3uEeph6IQ8h6l6sSBCZF vetm8A35NM3QJgdBhA5VyIdwjTthGYYGH9LUV/HhpLjRiG4McKrQFspUn6pe+eooMrzWbq0cl0OD YlVFf4De0kZUkXSgoyoTaJ7eOjIA7IXgHpvUC87oTruKO6k0fA2uFb/QBgAMt+0sju4bgPft3NyQ TChWABZcDshXnbKPwYkALcXJO/EX9ga3pYoE7tiXqINeHtBZYG/YrmnXran7AowctqkyEz4JLtv5 w7BB4G6Vu2uMeR75pzwuPlRvklNTDF2EZ1JGVeRIxqfI0iEQUinnSeM4Q6Rw0KjGNbzqWX7A61ll NfLcZzoPpdEwWeWpwFUQdJgdnt096UptfjXvEBsd96aAwExdwHq/DQEqTmoQc7gxuNsD+8n1fLuH 8QJ8Vd5C3X0YIK9wGlStk09sfVBaYjJGwKlDzvXalDEKSm0U86AD17NTJFDsRkQEJ4Oj69zMjAD4 DlDX4udSQ3AxjPp2MSUa5Hd36PRv/IRaV0DesRI/f7EIBq6M3KXfjq3u53L//XU4A567D85+UUB+ +f1WMWx8YgJSO+zEcSeQ1LjkLr1Xp0t6ZocvUGmfK9J9qDg3uNJ0fyo1B6VTyygKbwfJu9KJPScH UmOsRre/1/80tINwaIMSeE6gSl34PSjevDZ3lP/qxp8q4SH8pmBQI5uU46yz2//wJhz4fswNZ66d smLwk7p5Pfvj/GjnRPAYqITQ/xKiC/iZ1tkg6Nif/Az5JtMmi7Gsyp0QYUoed5tmewek1B9cslPw c/qlMZdfGvewYaGh/QripgFtHNhHQCQj9B+rZTZZRWc+1MgugAH6rNc0H0/wtU0cgsarOOk68n71 g1YgPBX8qde2e+ghJ+wi3n3Ukpknlwa1PeWNEqxjbsUWkh/1z1xJr8ikcMzEvlK11Db/OAiTxQm4 es9r6KGqOYvT/EmuK+/WQuFom9Rsfn7XKw63DvATHlri+jiZHirCMNtyLQ55Hg7E5pfZBl+29cUM rR22u43Rmuxy3lM9dw7aMPmx/CQH3LpnWbJBHG1cqKCRdyrWrQIf+T2apO9WQLsXh7/17PlnD3qz NU2M7aGdNbWYohNdFnPLbSsb39GumYO99dTi0upmRirjjWE95YcbFxssoYbKDcZ8joIbRiU8TY9g fGuJTyjm2S2uudMy+ha24uh+wcroMqyAARym/eKbknkTd1PBq4i0e6ELetNYcNtyrLn/Leg6D5kE bC4wVkbu5iKZ/kaXPsVjBTErNWxgC751wVptszgem4to37pGCi5GmTQFME45El0Loo7YDnFhDmKF DeKN6XBxi+CpaKS8IP6IBosbRd7SC7MpfEWOjMEWoGa2jwtVirFFWj4R7tAQcYwJLmjX7LipLtEv FhfBCSas29aC8P8g0hgYlJcgISdCJUH9nhFrEW+OteyPldWKbzhrIc73VRGQoQ3UZyyLFu0rgtfC SOTcsovutG3BEP3XKjlX15hW5LoFvwhIAYuC0mNi0NL0yaWHCaAsIsvCGxpNsj2M1qpGLfVU5w2L 3wxC7+SIBsRpgj8qECinJy/MIlkb1CAMbJpixUu53GnPtJ0sLtvi5N0QF4dBtTln44yb1hvDaSx+ gWmTJyotocKY1LlALoPKeIvbWgAzPSQwpz34YnQiLmJANYYUzm0PpRFrR2v01QudOQRUdaxTNt3j VGl1tmwmVSJo978Z4SXGYnXPe6XVqXRyQgM2uzGFJcSMIrvIS4icdUYHkiAW9r0R6V6PHnjw0J4p aSwgT8L46a9g3t5bHQ21Zq3+LdWZJPS0nSaaFu/1mmi0M8vgcp3Yx4wEDQTwLCLzZ7wu+RJzlBy0 14kzNNDyhLwilgbamyASH0dD9OyoQ4FwxywdS5JjzuywEAOpkF9LDkT76CwOjGa2mAR1wlvzBibd 051psTNw2qdYuIiBY52rmEjHOq6Q/Ryciduzd1JrOoQ1NU/3I28Pzpug7ZQGrVgmHTcjgsXAOjSD VDQCGK3kulQ375V/ydQ6jKgs2q08hv+yCpBLiKVdPIl0TB08s9yGAynt5bDaVyJHb5nJk2Xa4SeJ Ri8kXzbtT1aMLN3KKAFvUraUAaOy+iVUXBuonO/ovhw9d/EPFNUvww31kpUNRrYMUB4prfar2YYV 8jxBDCke/hvCE5ryr/aZ2Khuw8cpj4wcFh7xsFNZLVuTA/PPea62n8aEstQ4RKY4afq4hDnzXXNO dUXrjBI/iboclitNzqHG3SPNmrRNR9r3LxnMTH1fUXQ878eMmxHAyYn3epFSStjRghclxrwBiKlE WH5u4iCCpueaGZdgS9FtIugj595Vx9SQB41Y5ixDTe7wItwpW84KBkO6KYMyIwdAV8OoM0OH8qQr JNluQu46/IB4wihw0kWcKRfnSJtH/rM8vaPRDR0Q2pCVEuJ7ACCZS4FDyX1JlKX/WwVwNXmkGGlL +9lBS0YLG1kSHRjSWevAxrQrfOajRzwQixemEGXpWCXfJgjwMfgBFpoNUsNz4BWQnMEhoS/hM/iA IJ9t37gLeAsAAVyAXzZHmA/mYl0c4Dk2XIhiNAYbdPY4Na6e3Ic2AoK68L0JVnWfE9lEyvutrqpM Cy3Q3rKa7MmGogYJzYZ8G22mEOZTnacJrKgyLJbump8NETgyNDvV9WtFp8zIhzCZ7mrLC0b6/UTH QUEoASeRJCgKOEw0pkB1wz3AZSf4HsAK1AksN162QKi66LSVFC/kh3L5N3prA76qZBJJWmI5rg2s pkPkGEsjB115AaAQpoWCA/bBtknOYGHyIG/w6vjMObQZRzt6jgbCbAp6ysBCruwE6S4FA0AB5ChM GNOgYy+PDnokA5xRRJqWBv40BeJUqt6LffHIdifhoQawbE8Ha0i8a88RgiyzBhAfrIb1UyR3uQiM pxbZaJrrV/+nbMwtc0ESVNJcAd8QyDolRFpUBXvKHyMoah6JHQdLmqkdNNuCuQQMrMwAPub2QNH0 89A5Us6NTRJ0vDCJnAw8WL91NABaHDWLU43AwuxMc93TCZ3TNJ45z5BbeHMCWzupPBJn1WY2bw5e 47O3YHAcCb31N29WaNquVst723lWYU9N9gQxSnnXRRAmZwnNdafV+TBBlV8tmobH8B0A5VtS0khz nDBfNEckj80CYhEJJG5fd1xMPs5wuG5BKGpo63D0+p2ss2ELXDPnMvGZ89c5h8/5tvoXRxQraohz 8dyKKrwp7CxZwBVrduagLxMsmoGImbqvcKk4cGw0DarVIqsiVRtC3GOS1WEyKAspZcOzfKDFIodA dRJWokEAXhR7ZLDzmfWGf0WtkVAukwTzCBYPgaX2qwHgn5O4rIQ6JUz/EZscK3oKxAQXmN8ChGot D8GRVUeoGYDssLgACcPdjvUocS1HoaeKOalYuxaxoRJKit1inmbhmqggfTBDHLby+VIzOjkPbmqc Xry0P8KsshmqQ7syDRdbd+JHIp/LqikLbUl2tcWIiKmNCTaQK9m4MaiGrjIQxPEs+S92iK89E9dW CD9Fj1DqfzOLfawRqxzobTbG0U1PUOb5kmGr6NsrOLTrosMtWyhFD2fRud9GzxRKuIyOC1ZGqy7V GKuxv71opBTUkjizUBnLknNq+sUw2VNcibI0s0jGqXQ6x/+OhsVD6pobEbyiTPjBRZcKlQ7y991s C77NfU7COtIiUfGDRFatibk67oM/QUx5CpLdwYgKBNm6sQiOPhtPI/ZHwfrYREm1mhKseTuO7NMK RVkQOZmXdiVWBTKCn7Q2mRbavanvTdR+EMqtgc0zwwp0+efyBjwGuTOjEpwyxgK5zI1Kgx04pWU2 xs+6AXSGwlChcj5LNN+gMvYS7yNjioJ/CEMR+AcMum/rDgKR8krXneXwgIRAd9NnoF/pEeuvbhEI IKVV2AlK0QP0jDEFPIQVyZiCRoEx3SUBA/aI7TGMxGVNAcvyNb9pjMMhwb1qrxxQb8X4gdvaSLql V7AgOVgADaKrliwv7BpX4nfXwRcDGIOrlbBm/GGWpTHoHzIO/IEseRpfdBpiZCRvtUOX6wgFIpqR +cC8ykYaV+ZiulEPqtNUZyGgfsVULDLHkOILtBzO5gTRSnbDw0MGldHiQoW8bkCqyUI2A+UAX6j3 564LNb+uhWfKW68XWCUYuXJTdcy9+U7nwxd9+Ozp/v/gsdgSQPYTLOaNiIQX1AZFDphTHurddvC9 2/1has7aRcDjR720NBkKpjf4ZPCnkYwbLCanNPTl8ZDQKR6WrA38r8Q30FLNra6jD67rgxuvSqzB rFBNiF/4YWfGVjKN+tDU0FwvowOAlihijkn7BsIJcgy5dSRH9ct3svio0JT1LBXsH+w3GOtb8lYK LJNnQc6jWI6+IyhUkUvzHWvGh9g34V3IvAUJLAVKaDHjH9pSsRxUIwp0YwgDyjqYmZHk85aqM3hb I8WVFFy6658e3PM1O+FP2NqwCyMxdYlkxkS9OIQXA4QblOk6m6XMN/+WNgeJZPQs5vTaHo5htOVB d3owADAz66LWKp95RVhtFbnkFXBQdSwoPOwJ81xpAlQqvXNvKAZCM1GOtFUVOkvLzDUreqCzg5px 3/0p4PZKplGE55gIitBwisDh0ga6KLemqTB+J4FM8Tq9BGegyoyRteYEOmbCQcGy9Q6hcB7y1L1j TJKasWlnOlFtMO2iNVVxd2hG5xUHL4c2uwtED6wonc/Wg8un1DS5Vy6q5NeW9phMFtJGCk3uZcS0 Dr7s/nYVfmdQ7bjsRBisuUGxK5+nf45/qfZ7Whvhdh/aRLgxIgr/fVHffge2e0LABUQ69/kbot+B zI6uDvPOcvvJUjqIA/k6qoqdJbRnRA1OnjJAjx0cGHXF5azAZ9+bUfsdIG+nf1M9QDQESW97qAEi i7FA1ywFOpHe27awCdIuSUdSu92lzNqN3C43aKeBX2Pv2kPpN/HYTtZtEeoL843iHB4igAb7zVdX DrbIK1WgeLSHsfvRf+hZ3q/Tvw2ulT/NIhHWf5X8nUFtHmTHSbIR0+bqMrW5Re4dgImwNtDy7W4P JmpZTt6sZYdGGQAlDrRxA8NvxuZEjTRT9ZwPEAmKEzo/x+sSPCDG61uArFehVZwDJ5B2FUo5yz9g MLhMf76mZtbHTY+n2JUsWoSWL0Gtfa4MuBZ8WoiWg4mERa1+jMvUQ9SL8IIiLHPdyqCjR+TW0t3Q gAtruXjDEHkJ4VwA0aI9vkCwuihafiiwcnP3lsQUWJgLcoHzbmkx39KuE8T40srNqlcAb2qCmCLR MtoixryaeQtLUWJtasXvAUD9wP2iqu8FBG4qdik0NZOv994eK/QzweCWAiFcKn5wWgtGYQAq851F O3mTgiXRThMRjJha/oZ0K8gxJngxJqQnhUC54AIY//gRnI8nYtq5ZIRA8koCiqM07rNa1Wiryp37 3oqvI+GvRn5SUN+qwy+WJQNE6gO6Ze7qJSIJGeLVUAgDyWHrusiprKNkWgQ9igIPiusSrMhPUL7z t3XouM7EWnhJPvhS/mLfQRSHVTr3WU/aJJ8yeOIqHSngY9JY1Fix1K9YTGHoKt0xLdItekvDgQvU A8VJbyrQhoGwkkaZqdFbw7BOTzhcOlfEK8TVV492oc1A5lHWjhuC8EjC9dCtcgDjJ7/ahFyJvcu5 SRJCizw816BNE0xWt12o2WXEGyKZ6qEkynClzCRQh/qWT/gqLZDAFsT5jv4WHkt2FpbrrODXyiu4 pyDCs0L2aHczRWxQBm4M9pTESTM8jcoaiDl2XgQegXMNVgToaJ1MckQVdGMHKcwEYivepD8i/MBh rtE9LXa6xrtOMcPWzK1IcQkF39tpaS2jW7F57ZYeI9Y7+6k97/nvFo4FITb79MuFYh2X9OORHp2w dSbJV2rBsQsRM8YCdKE7L1mgLhwt3qb3bXeKCvACMY1ohGOXVM/8KpKYUe7G9POHzmn0N4eZc/BN L+E1lI9tG2atRKMTiTTC42reyeK+uVOLf1L0tGaKqfAJaxkHDSGFZpW1Yg5ZSxiXSWcbjJXV0ys5 XTbumIgsgpRzKsxaehjA0qbAEmFQVU+tasvNk0VJennBSMV1INgU2t+pAsqWwaVrdu5klDpnBdxm w8CUmk6VfgfYpX1k8wkSo/2PnqAMTUKtfaKUHlLuHzVlAJYUVsoJiMsnlCu6hcVV0GYiMsz0jdbO K3dWfJhyahwexSJsMuYKi/2Ca3x7fA7zeu6sB+hXIPLgR46je4PXONJqKTMK3HIxvVcxXllXoJnx IqbKzCCsPjRmdWM82ODAUuWgM1T7B7BXjan2TqVwrMFedwkmY9qAuBclfJUEBuoFVMJyPQ4PaR0y AKoCGPp7la/VqAaBBcDCsCqTR4MThMAFYXO+Vkaq4leWioJqwd2AzgrVoIwKj6uPHdRXwWxqYH7R pGiV/wmpDMDTcfqk6wYwKVKAP3PFsTEBupz++A5p3FTYC2cajKnEl3r4jhrWFy4ewMUhB9AwDHJP ZOR2Wm0IWzrfv/msxg2NzSf+c49Gb6wqujdjahOUTS5WkN5lzCDTiAQdKEqNglYsEJyYX7RCUB+o 3FH/mTotBWBINWNMvGwwBV0OS8DB8gVdb5Z6TnddAdTQO/OtAyr44TFhIx/7KdmPPnzDQDTs3PKw SXZAKGboup57/Lluq3kLx/Zbq4WHr0N4fKWHDBfJCSC3HTbeMP5yD6pTTchf9bozZwPw1WkauPop DuxZB2LCcJzJML+f6AHLIuFFA+4InKJ6rbJ54Um2VWjyDdjguUKefB8L8u5NL49DvGTSSsEw0INY dPqeGrc6E0H4ZPyPda1W2SapDi7TJib4vmnas2AwweI6y50FKTfVCiDVjFdQHXXVJfvOoCgEAWWC bvI58B6I3jJPiRmUFhU9K4cedTpU3QrqRp6ltoLxjjYyd9zY4zNuECWYKy7hAMN58kTD+xOd1vVz 8YpzLWaw4Ww6yCFwF3vMAIxvgvSP6FzJGgkMIxk+qem5iea2+ojZTdOsMg96ze9Fi16xk6KjkVLU pXvbwtgxLPjZNfrUhgdfhUFOyWgLihxJxBEVsKbEWnykqe+LM7PmaNCC+C0Vop32FdJAUkTZmORX 3lsNP/5OkUPejE7NCIqRb+OAqDA2AWcC/icItyPCSdcjhe0YoodTQjIpNduajo8B0ZotJkWEUXWu OAWibFECD29tasUXfYhSjG8xonUdv2ekYECLciuk73Oyki+qJNSgoXrJV+TwWyvjti/3QFpRc1xj LdljoS+eWEiJwArmQrwSG5mAIAnqxihfHB1gTS8MFP74O9r8ai3ERmu9neWWb71xHOKPYohyIaPL ysRFbEsuj2SBZVCYuwwut5MJSiUFJG50f7+IMTCit3K40T069SWTaZkvYGpfOyeEdLOfKN1prAHt YqROZaw3fBchGNH0RAXeoROtM+DFHkhiAowQy3Ajq2rTu80+UV0Oo510LlBYiK160JVjDWQZfk+F LKzupWFmpmPezx+UlhOQbVGOdzfQmgtPQhm0QTWSCtOZg8FLxKRyPgq6unJE6eHLUzDqJO7kt1Ng MtJxLEZCz/byj1I2ZMizsN7QrfWcMGXPMkyi5IrmZGWVCZumZEGD3FGre2mK2wNmE6gEJJUTCURp vu6In40+L/qisshd9MUSYL6IxD0Hs+eZ2/Fsu7DtDu6lzXxccIk/5GsQY0hXm2fvTKaaE40odEqX +RmUbrFNKxmD43BaKLMVNpjrpfXm0jcmGNG6pQnJullibEF+dk5G6BEuuZ23TV86PxCd0nY9WiH4 n0wMySp3JQUMoMbmV0t6lNNwvy0GvaX/gkkzJgDBni51UyDcGljoWwT180ZF01xRcMkRS+gAZGbB ZiriATvQmMQKjaRjijA+r+9QE3Af8mFuAmVxvY5F+kNnza2o2V2L8ykqXKKikb4I8BeT98bIkAyx uoCc6hWvdrAJKjkTBPV8ZbgxbLkwG+7NQAE6Ky4S5APZjkNiA2ZF//0lc3C6hYGUIAFtVk0EOAG1 diaD2YSllHaAJKr/1dKNpkb7QRNmfUwdSAJR7sWaSpTNWvIAeUEtbuQHYAU+AnJANcHpKwGFb1OG nU8LFAKTd4OXlN1+IXLYUQ+9BXLTATk+VAJrDyUGeYXPQXX0DRQE5N5/f5TiItH5ykbA+15eBtNZ PbCuQ76ghXDLfyc5dJItlMk3DkOGloMYzRdcHMIMl1QjGzhc5zA9ePUn5AkaCZTErPBPmF51s0F9 D/SsVBis5JiF8/lXoagi2YpLdfN7vflTwfNJfayRzQV0h8kBhJ320HnRMUEBaZ2i27kWvdwt6BMl IfatCnEY07GfO+W1q2AHGVE3vONpmXlomGyFYn7QMHPwUxJNScLdqHFSZBfWoJBQ2ZBi0LwWBaVt crnwFj3Q7lRxRuTUX0bRsA1eXtm+TiOeb29XHjVX1Pi0U7YHzsKxtzYqXISqGFz5nOVL/xwTdR3s EFyWOfFIKDWqdap1o5NbutLSE14RwEvhM9MO5nALNrjXjFoyeiurHK9JhvrYBqRoLCSHqZWXJVlB JLJah69lvfwKLiA2rmIAI0LMDXf0bcT8AAUXVONA50IEErfmkUUjWUNJM4sMmWQHmnC4JcUO4w3p BSUfJgbvbi2lOAgHDvsI094vidKULa/Rbj5WoUzMVoL2zCUr1hWxAOQzO/xSOMcltMPiBjsc/nJr NgcZVC7P1vz4jtaQgMXYXQBhmpIL4WUYI8vCoZBrauEhgDrEFRLF3u8OSOcWDKBbqDK91/vHnbb0 uIA7Tuff2jYowLxjQMLeixOIDUPqFkjMw8HU+yrag2fbGAP22iNAg8krayy0CITXXfrjHswJpdgc JwJ9Bk171ICzDa9GBDbliLGoQ7nxKAgCagTWCMDTrd5YeCrkF0xoMXfdxL9sbIH3k1vsRrB+yBLr /p0HYqOEfyI7PeiGYAxI8fkWSCBadAulcbseW7n8PZbGANpx6SGXWUsAV2477z0XHYwMb6Q9Hn/Q gZ75Sf7EHgeMOP1EUhrSaTCuM1QjnwRrTMT15NvazjSyCl/T1QVAFjCvSlcQiKvtK7WOVT+ci4i3 TZMniREDtaY7DMXKRz7MkL6wGj6lX7HUqpeAqGW/+MDe0OjbtCmmtkanOKkDBlJ1f3C8EKlwFXwt tNMHqYiRsAp7RAWpQItpahdYRBGCTM0AZ40pJmQOLbo6rN7SOZ++0a1ZC8bc1/T9HV7eyl33oC1f uRxBZt2Z/riNr/xP2k+RuJtAMTSiP6cUfKlnXQeNxil+wTUpMF6QbBOvXfGsBoX4CC7s09jxYpZ2 UVxKx7vG8woOg7DEUiaqPjwC/UXzAhQ1qgTLlxV8Lwhua3BYQQAmG7exVl7i5jib3E2VuWBJYILw oweZxEx4YCpFuyIfw4gbS9ULsUpMCqfKzoQ85UNuEG4BYQQ/R6rQbMS3gIsBPRYIz0JL21Aok5CP adtZgmI9UIz4TDIsLZW3yLOCjwSJojIZdjmj0ErcJTd9PR9ladLM9xeHixZXChp1pY8qo9w3soI6 Fpr1gKL8VpWFuFyTlWM1ERSUEbtPWtrJBgWNUuylxwYzYFhMaZEAT0mnDBUpsU9cWcXI8nFDO8Oh XBtm5Q8Pb+6KuzBQJ/Gp0F1IWxhbS1EoIQsNXYHG0FVstiBmPGWh5JBk/cRldFZcV/LXPgLNied4 U4VSOW/pN0rK/4mAChjCeFAuqUCYgdRtNXxIWI9yx69Oj0xmpofyYVw6qq3pB1fiV+3olAdgzQtJ xfaFytKHNAV3O8XR7NIagW/aUnyuU5oG6apWEQi2XHjZCnrQjQw5gtRdxkHdcSnJpOQV53StPEJo rsHUoopF0sTGANKOBOyoInlH4BKN1Jp5IgxdNFcP3MexA5JmEmJJH963NgsqhtW19aNlNSfI8bGl li0SMGttDqFq6QPj6LhtdokhxmUN0RyU5HD4dhNaaId0ERNhljWJBEgvbSwhm4lER+Ro4N8Sn/QK I1FG9jS/eMMtwMN4QOLUAd+Zymp2sDsS/J8j5Ank7Cl0e1VBIaZeNWzKwaiMEVjmepWG7RwhI47q 2j9mjzyiZ58al/47icDn9QilpEBvL1VVaq12sZME0AEgda8B3p//OCahMsbwlamNBszo881JAo4E eHv90zP1TCuQ1r1P4U0rttTG74irUIr56RWmykwDpmRYlfh2+Ggew2kAzM4v0cUNlNkNlqmwl5Rd 73wAFbyhssOxgDFu11Xmbp4fb0/qUQOFDmiKR2As7tEbcJskuBN4Gu69PJGu0SPl+1VhpLd9wXgR MU/BGXUwTOea9sHU4nGDuQUo7dKXExs67MlE+kbf3f6Mc68OInaCg6F7nPkZltDs8IprImjfOy3i 44krQQdwOKaFRg7lyxnIkXdMRC4x+b04qeH9DxJMm0IZTQrccRkEkn5lnllcYs/Z1ExyG0MpqkH9 SazDChkYNcCQ8nGl41Vk/fMcRNzrAiGh+Mmc8izMDemsWJ+UOjXovOTOMuIlLGcmRZRcxPQf8fhK ufKjVDTPzgVhAU3Gq5w8i86fIDdMyW3RHkiuRb+k25kQoC1soc6zPe4v14AexjfoviWBUeTaUlVO 1U0cCwOR9c+t5mRCwudnWAqfkLXaQEZeQmbHM2TjZk7vXgWZtmjCe1iDWF992+vxdZMdjzmNXCzf gDGpRktQtLWBYm7kaV/DBKzaTSlHYOIhA0mqW9FZ4B5pCwAGy2gQBt5OLxb4xtDHiNywSGlbt65w X/OH4RImxTETl+h6yCdFCTAXLbS3jz/ua0USGPQyjnwRx6c7oZG2nKWRRqFVYF4WSGRofo8pam8K WMwJNxZMi9GYPYKZVGhKzi6YOnOeH413lVOWlIhPsIWNA+BdmVM0rejGqKxvkQ4Nmeo0Fplm1BlF tooh6QTeu8Fo/nXZ59YLLskKYsAjXOm2wxxyZ4ydbDIJlqKPQpc9mzD1alkBqY7B3GxhTymg6RhR lBfzkl0mZslLYXvaBEMqC6fiPiq70ljATmeoWqEbmSJYRqHj7aqUvdIo/cSNVoEOF6rQNl+diljU XGkJCXic5X28uB8ZrTN2yaNI94mvFbCVyOrkDkYTnzGXSsVUPWuOh4wluVShDnlSjwqgSyuKJFuu rWu2rkpmFoGaem+UlGS2BOuLFRF3Nii7pApWfEwxj5Culi2BDGJTrrZghDKJwFWKnUr4aJ4M3Ej+ KQQWDkVYdsMLoY0hJ1Qer19oXbD/9IkwNmLhLxubVaHdHUbndlCSiSseSfPjfbyVNgRjmnfpA2UN Ai1kDjRws9zNC5JMbukbuZBcaoDw4OgC+WxJRokeSYwUw25tTmPmJlRuO90bc16NskKdNxlfYYib ynAGYcjOkCM7EGpAJ6oF0nnnEWKJVCLjLPAmux7iEEC2ByQJGIRoKhwIkmNTk4QvrmhZCGViedEk mAcppsgyRFn+osw8NgfSMzsY3IOl6YMTLVIUPDTPVNbFUME2CNh4yyu7yjo8cNRzN92FnP4u5qKv WHTxb/ucBJoaU6Ocf5iPHgNAuRcXiyRLu0qh0hw/bKLkLtehD/xNEGAM8uJM2rMoWssL6KM4Oc2e Y2zLPUc5klHjhUNWUIaEFS1jm5PW8r2cB9paArJ22tQKlYrQ9fiTIW1/pNUC+9lap1U0nPmWgmak plYtFdaFd1D11hLJlAGGX/bBBMvyWvia8NkUSjIr5JPXm2YYvUyTW0aluVWGxLekprWgFZzDtcob 69Q8gk7BAqWx1YPVJkqM5f+VUtCetgHgTxQLfEC1hvvk4/8R6VolvsED1LiEW72uzNtdUm1aW32d Rg6bpf+AKTVLAYwiT7NfpR1lLTEEpQBIJbmrIoZ7AdCCI8J+4Ej8QAWHwRohoOXF0Jgl7wFccJav ixfYgeACfByw4BOQFnrxqT0AIbxF2V4IxjtoqCfxV2itXvOuYjmwA/YL6oQv+Fo9JCRThW1z+lXT 6FgGzA2q0kcFix6FNufV4PUEZbCwOcNyYR8wF4WvalrgHJgTFENexK0HrIrBlXdSZIqaBWONqSY+ 5/kCAWJF+AV1f1XWiPKmljZ0knAoOHhJhenVmSKw3RgDHocZN2uk4ja47NIr2FhGBZ8B0KE3oJCV dsK36I5ROmqjMunRjZdBdADrgWMa45yTD+hZuBFIrq7gY2X2nSdAT4HPKAT5VhD7YYg7yBB6AdYl UyCZwxo6W7h5QELhzN4biBgwMh7jc68+jOekY3QUEkPqRGzqNpvpcF/X4fk67RtSIXYAodvw3ZTg 5XHo87syaf3BosHp5g3kMrjZAkvD0iF/Kl29HlCVNW6pCNWe6Zkh0VIWhPqbtqv87BHmpMuphi5S J83IPz5UHq+I17f0262KX43XEQ+ml3p3ZK/zOgKHsiJoEX4fjGzbUeMAvaw+vOy9Uzu4AcI0Ysoy J1aNKO1GEFrgqOQASKLbzai5G9hHvA0QZjXj0H3Qrk4Q6pCEo/J8D9i6RChUIgMNQSKpHKMqLePB 69LJesS3XGd+BiKpTSyYYROBYzX6TWuor+LVSAJFRRhPpCVbQ6t7dRAe3oYMH9O8/MEzSm5KHAKw z7S5dRTZeqp89PB4Ht0KxaLabcn5gJ8ZVx8Ex3oP0TTB0UgX+46u0ZgHRtNiEukDo50/shfjl0xp jQNySaOqWQZLo75FIj0mQM0wKUOsLtv8wuDbLyKLBmS72ygJq65+2pBaqv8PBqca7JbM5kNMaW5L v8j4eX8QNj7Ft3EhdodXOrm7UId6YU9naLixD/i33Tq/RdR4qivLDy/q0lmxd76SJ1Twj+OYEcd9 5WmCNk84AFxHGbrxxzeCc0oepkrV2lWhhzTZxSTDS7RTFjRABRvXpk1QNgyeUUQgZz7v2FFFTCKF o4d8RipA0i4ylvByBqEDJOT58I6iIcXz7E3eRTJq20AP3FOmlFf63Gkv7fzotht4scThXJRKx7VW yM37cDJYmudg0qTe3+RiK6qHO1gzbhGZ2uuWDMqeM+GGslWu0jFCORl/cl8mL2bmm3Ii2muucx4g z1E/n6fq7VOPnJruWgk6tCYD9FXgs9e/NiV6kacdBKqmvQc/lGe3Pua4Ua7/ytGLVTCJ8Rb3Vb3P IeeTLcqpXNbE4ArzMqUgWAZLD3JpgYCCIaGR1VwI4CJRCiJb6wUgvXi6qOLsiAxaUPgl6A0F0ono PAysX6HBWQBGoHjVFCxLCDPU2dcuz4CLwTCJh09jCVpmR6Aphhm0QEdhgZfvR5BtdqQgjrijRE7h e4bsQ4FTIZB/iy6FR2ZQrCLYQ1UHFUC/A9DE/yJlP8LmIjR3+6TTnsNq9mVNZiNAE2dqci0Ox0ZR 1uBESL2F1hcdim4h7lR4cZ9UEVf3Vs0FYxhUALehOvu3MLRxJCyiu6JPkR/+yBGEyv4XVy9jlviI XMWyologeiCedN5/IUUFyaWzBa5F/CWwco7gCGG2HEYhgkC3rF06F+QjXzQr59mCy2oGqymYLFAs Pv6X6Qg29daogBP/ipZDSf3WLQtGy+MH7wSMoUAc7r/X99OTFMwIMhB0FnmDZQrJSUHiW1ndkqkf gJGZyO2wJdBD0D2d6UqZWwwmd8wvVaoAsAHIz98iFx6kkFXmWh2LEXG0Vcnf5QjJnxTic2H51BLa 5KqgVNdUS5JlJZj/0jrl0XkoagupL9MfbKVnS0sLqyhP4W1fVTiI7VjC/ZAk7aIAy8msxt2fxmqc KyqopnwUv9ILRPZtlFOmFNOTwZrqA0Eo8dipFCkKl5tgQqF++iPflB+agvRKv2Xe6Y31ivjcjz96 S3mQnpm3kOmoWihZcTMpWcHPIQP9SqzIShf7iwKUvPgH+s0aZBllxgQaMoYAIyE1i0oglKPpOXi2 VC7MkNTJa9oiCSd055fWAUDDLakx8A8sK4mXrfuUVgBsMSzV6nbwHRJJFCgYIFMS3bOxqvqk7b45 4OevJ8JR5Kc+li0YPaCDGRg0gjXSnnrjRNhO3DNeOiNP7w10fhzHmhKqXDpQL0MhNSAQwXQYG0LP gMWoaEcHLMOCZGw9XO5NaaE5qNWJTzLNDgyP9gBf9oF+W0KbhQE6iBdiCZED6bzic0WGeF9ORe3t Cz11xPFTKK/xK1+EtcYTB/fCh/XQ8RSm61vTgpiG/2RfQIcgFcfW4lKMUPTozF6SAkTDjjE58vzj 1Wyg59JKv5pEe1fhrc9vjvl9Ku2lUdkvMSU0t/o1lGkeokn5RDHQG9hrmqyiO0xigFboMaL4BLdm 1LmhPnZMQcoCEkGrITivP/UHimyoBK2KbM18yJFRjNxMXM7HGrQsUoVymG2ATOoRCcp0cwiknNNm eyF39HAAUV3l3MwiF8fphidkXSYb3pP/y4zbLLvQkaASNpsNZtt6zbKYVfafxGJSHrKvrCPkjgU1 K33NRHCIRbLgCAoQoJASepk09VsODTUxQm+ltwDLKzPB3jBiBTIRWJp0g9tobzc/EUwkFRTlxu7s 2bd+9J6/OhYjy6WOYkVkm5X96rALnsraVOLePu7Ue3BED2iM3AMT9tnPTD74raCxwfYICVZIK5b8 44+VuNnxB8kXKvZaSOfHQdzMz+TjKgdr4uTC8WaV+vJ0tyscNca2riK2d2lhYg9kSbn8tJ5a+o9N JbJV82m0fHgM0X9rbDSMv3nF9q+Dy1Z+aeNP/82ipQ1v8aMDSM2V0RGiBSMJpU5pRXod0Ocrf1Ux lxcNpCKKJNyuZLoRqmjubGpawSXScBqWP9EDybbojPFh3WZMISqDt4gPb20ppTjY1JIGxZoKu8dq bAeiBw20nFW2vULrcykpPRJ1xWe2GdP+BXXygEHOhDX6qNqbh9FtO8uk1kuH+cfMkz+tApm8sBnB PITegU0ZcIt3xh4HRAc+sF6mtd0zbooZ2e/I/fDk7aGxxHZG2GRxSO/ftM/0R0/u0Z774jM8Y8tm GwinauvIE6O1OeUvu0XxxK5WG1ALDhCmsSdza5vjeTNoPdhFOTxSkyCkXgqrIVm7hU+L3zjU0RqA 960CRTvfnnpY6MIPthGDqeSBccjBrB+vBWkPzFzyY/ENG1hCXq5x/Y0t2iZRv/iGEqg5x8n2EvNK O9KkNm4PrKNH/dL7ZnKAlkv/eEiCdkUYgVAHas7zpt9pgLWsoEVvQYx6pW+ZiXArfdbEX1kA++bS GDWj9A17n6GiJtgvVS9pdcsBUItvzCZ/yHDoMf8jDBCBCD+0gjwEMabVXKQLBqgaDXieAoYdckIs Os/B4I4aEt8WIDFPis0PF2lwNrqtLspLcPSqd5RVT1Im/ilalg9rMiOUXJVLDqlzSQ5Qsqn+WdIt da5wa/FYGX0mrkAaaGWM/Iqf4n/5X9NfXl6SuyRgHsB5kq76UdBSTmjWQLnKq0Fe/gq+KEGQF3JN 2vIAvIpwKvP2d9lSOS434jMCN91iRQmIlFPuERLoyfqBb/qRBsqmpbiqjGQMpbfSGb9mg1hRupTj 8gonTNARB+40gwxUNPXzeSs80+1oq5bbNJfXFQjCTtzha3+pxSNpS8KB8EghBZlFdpRCDrn6QGwv 4SpNRkT+s4qdzcK4eWuz1welL8ZLdhwwtvJ4/UOvNHJnyCp1iuO5WpSOhOEoaq4sWMZwr+AyrEPK SrxLfl0rf8yPyld9pIB6048mZif4Dx4hHCCM19ulXqSpm7Ri2wnldnKvnYWnTIv+ct3uQH01XctU Sc/siakVesl+aCr260Si6cjNEAlyGoaG+LECQ0EcNXIfpdRGSxKTmBoALiEXr6YXMUFDAR4EDaX2 hSYJmipVACx9hxMAsgrm0xrInmFM6rrqJLK1UnvKfvoFNLNSgI7daySJP2Y0NRboSvx57bHWdFO+ bCD4DKajzcEbmaoFVdaPJNQwttW7WcRCGIyHoSByNZb4vsI2JOEWds48xSNKxcKTjao14aQkdeU/ jJSNxrsknrhb1GlXRWpnte4yccFBimQ5NLEpFK/Bk1EmrfSqAtPs3J1o+5X60kz/cSOJn8pdiujS P7TcbFvYmMMeM+Vlqgq3yQB2wAFuJeMkCLPQXbsINgC62HPTgUQlhmCM6aCVkca33UTlwhIiibsz d44z0K2VX9nN5mX2ZsRAjtil6WRwITUpgIxMZZ1Xt7F5hsAyyTWIBhAEljFgkGewE9xII98QH0ja GcMwKod33Ht4NKCGbCA/elUlS/7YArYi/LqjP36qYQ7Sx39FecC0f8+QasZCcwtNXsUlH1pgRyfj Z4ZfjII1JEteXEpOnQ70bWc5Mr0kGSAkKQTvttGhhTb5saB1blF7vGxK8DomynbAtfko19OU3IVv G3puNJ6zxqxM+FXciEBNyzHRzNKtDFhhWp43EZYisqAR+/NhljFVUgICQbBjwmgZMVnP5SCkZfml /flATxkXuflFsiN+1z/NsqCJT1oBmEPxpCcnkrIXxlFLC2sP9mQUMmhyoiSccMaxY76qjCpmnOsN ARZSU4F8IQWV9SufUCqAPNfdl4Lsa+uvSGlGgdHZYfpTSTgW6cEVszY1TDBNHxbZ1S2d3oo580Ec FlnoURETpBKSnQVh+sSiVmfBJnleRMZtS5RzWIIIa2YVqpyUc+8IyENRjDxPRoxB/En7A4HQSUZz qoUMarBtjdSAIDSEyRpBa9Ba2KoeXLdaQC9zM/S0Vxzm128dOVJftolodRrs4g67Tg/tmnw9IgM6 OsiyYuY6s5E0kBMayf+1B+Q0EL2252XDS5uwU71BOdVoQ/QbhbtrLm5gRC0smg3ERAknPDDVsPrs 6YNWW4ejxgbm5kPHAoVaM5l2HuqHA3coh+cOHJBvL8tjCfGokzrQiTPw1tyGqx2j3ds8O8Mcmutx CGi/w5Ry96atjQax0jneThEBGRuoGviO/uh5BwsO4tVyuxH5oN6+hWZbbBDf4wxgXxtSMZE35lOw 5cdJ5uBeyGJeqG00nhnk7+7x15w9KNHZRxHiqQpDzDUFIHM+iQDvMmFiJLUI0GPKgN89/G5DgZ5o H5Ce1rQ2d6qG9StB9AcEntix0TBImDPsqzsXMefYPmB8ZmF8u1b6zpPUkowWVbaMGoSAKBY1q1CZ L7JdyWD4uvYq7XlQOiro8B18m9K6rU1ZilOxfqfn50cKYHjz1vhIahuICsdXISgz9AEnuNnmxCDo umN7dW2h7IgbbO/tEDsCN9Np9cFUhuYbrkl0kvvzo2Q6HwaHb7WznWphYidx1KA9xWCo1tYtzLr3 H4epv2JfKicH0F4nCZER+77EYwGOQLTiUi4CjIm/rX2ozdhzkOa5XCCwjt/iCrggjhQpUiOjaDSn YQzfciylmZaIojfXWs97KDuvKtoMG+QA/dEFx5Rj1NqI5YDzaRZG38lZzLE8oleK8z+6LyXRLkfq +xwo1E43/G4uC1JT3tM5ctyVRrJlXorbjB/8V2fxiTz147LFWkchw2kMkLP+dWTF51tjzUt7gMYO wtUIWSG0JqJABVaDBos86EafeOAbvZTRuOYiivL20qWgDlNDIw+cf0W4PxvVFAocI7LH2rj28iVz 27KGm+mV1AZty7S2NtQ5DZEvR7AR8RBXyDGZgR7QWcqQZNBbGyvVS89jVgHY2uUL6oDoaldwWwFb OxTmR3niSJK0XrQY+bt1nLIRdwNnCoXi/Pw28U3UoP6j/0iL13VE9w5eAo7MrV17ZK1+yvJH9bUx tlvjxv/TdB+IkcPIlkWXMS3v00mq/vtf3Zz7qC4jZdIA4RHxAILIGfWZBRtUlSa9QGeNO4+MtOxf 2jU/MtNiw5iqokZvQ4c7L5rTOwoz3uqGCHCj3o2kpQ3BTfqtnRqsBOQb8YFRjJXNS7d0x5FFFZml Ga7oq6A0fNM+9vkOAZIb3j1rWMLDu/xfVdkn7fyJrkTS5lvFgmJUMalCUlAxwJEVJbrbxciUFWjz YAgvS84zLh/CeHgxWTSmrPjBRtlRwUYooFSDdJFWtOnRnomhwRJLTaiKicoeUULG/G4zLpGItVvX 0JuOjV5syiUlclWOSBMI49mN8V8k7FRpBiJlpMSpBseJuk8C0EOTYi/5G6zNyhnqnEWYmKnoQp9m mZfJhchrbCwYV4/1tYZcb0Rr+oGYKcnBEu/+MwxKhAQUAYobC3cckaGClwmtjZmlXgH4UjJa9wRq ECivCE9wTbGneBPkUYbUT4c5GYAnT2NRQTHiTcEQaMixsrqo4ecaR0u6Llg3qKBCOOTGHquU4jLa +e8R1M2k8JpiDs3keIyIxfQRxKSdnkIG0K3tA+oTc4Lsepg3146TciWuQQRC3JbPQV2C+wUkYBkO CKTICRhKVmJIow0zTQwBsLEp8PKljB+D6OU+mMBKXtQRXhkgY/MTPRMKWZj7WEmegIR80BPBA7+E 7ibpso2oIzPtBsW7QzDcVuELsoesaAAc6CwJ1IJsUzMgHYEbfGY+BIbmgNWXwXLhd+F7qBLh013A l8Wrfhm7kNFjL9qfvjpr4LHFAR7xpfHRGb2tjW5fkzqqK+wIh/4kVTSYnrCM32ptC6fdRK3D/AGA jSyFI3ME3Z6BFImJjv15MyCzKORGNMtjlFhHDhZ1kaWSmxtrgAzEKCowMmvCKktnBeYMrO+Idw3K 7TnAGBrCJPxkdcS3kLf0JVh1Y8GgyREEi+40Wl8Otl4PA45Emmap0hgcUIiKGcDKiLooUuek5QNa nlNUjVMrBnrVtU8KzLIShwUTNYgunHuWKaUXDXaq4axPxWufGK0YYTANVCRiZwVSehUlk1fzUoym gNigM0G1MpbUhQWegZQNXohskBTScTCUno1pjX+l1Qo2E52cuF5yE4KUJsgK6IBqjxKGO0d9lV1v 0iQgllY6AVuGFUN+O+ikQR2wHOyaeUA8ALP0PpOrHgpLDpKFMruraxKF6aHu9QiCBwTyNLixJsKH XQxgZcMMjPpYd2B2aHpALHqIo+dEwMGm2vPe3k4dAQUudgOMpYWeycrmcxcJz708zYxgSHSIcUGE JeRanpOwAbvpqgB/n3p0Agt6tqtJT1dAe+99DWBHSoB4KLFWPHxyD9c2Bdj+P65/ejZnimw9A/n3 QARnJA539sgF2Pgh5N50nqYQk4B6u6VLYNdodR1jzkLyC/ucaMx05h74MFFJRhEXJG8QMb+GwWJW IUDL2xdoT3+QYQC96TmtoRYBxcxNFhQiEiFwvgnGTiE9MaEaAJ+UBszTArS7gM8Ae/AqP890xa7M hsq5ZGHJk0dcvtcPUh99aqC30eElSYvOrEaERJEbima1hONOJ1JKLGp6qjmb69u8OLPv5a6bhJS6 SBqWrxbf+DgfZPzNWBNCBPCMUpcoLpcCYS2Q8H2jAOUKOPIlDGxbUQODoTtcoMphSdpWwErEalWG 7z7uv8KclDkjTxY5gIft7usyPcoiliyAmEQDY9jwEHWKBd41DhRN8A3fSwEKTbLjyiJjuPhg9Aaz SAt8llkVKXJnpST0W/ZhYN82Ch0HM1mSp6HzCyQz9EChpDCsXmnY0ojUyxX6k3vJB/QQhqP6ONis 1INKLWGH+rbhG04Lj7JyEWC9tBVD1Aki5VwRA8ARKfXsmPCIshAzELSBEiJRmaPHiq/sUbjBRIuL DObuIjFhWn4ohLVyuJembLmF7HgkKvdINxlgMPgUK7VvsLS8hJAtCXMXAQxxHZRha00r1gIm9IUL 9J29WM1vAb/75Q8iFpEy4jTFsJafCMfF/kFGKHRxIZqFCKQUP5PCIMg6zJxmmNLKPUTyO7ylUMn5 xhE3ULywzJTFXhW05KacWFP4TRVJjnCIKdksMm/gkIsY8jXZk4bCtb2AXF55wlVQpIvsokFByRNI Fa3WdBo8GhZYO8Ib5WN/UkcZLZA5VK/kSpjIpRT3ywIZsQQWC66Tc3QjCpKRXjRbAGff5ONUnJ18 q6ioOnEgrzekpicP/xaL/fSWx0Y1pJw30pBo7ta8WwVJBLiMKzcWG1NNLJPWcqRsKXZl4xZWtTtO XsAKKSHTOfDurNn2pzylfFguXVndFoVMhfL5CFlJIhkP+4Cz+ia3l9C24oWte98Tvbxe7FrgCn4Y FlvCadBdacFtMFXVOAQAxhII6lK4hlzdKRJzRF+0CtqGY1AuRwMCkZYetJNT28QA8BLmBjpy+FiN yW3oPRQtCAjB1hcCj2BoQTPzYncDwEQC++fyc3Md2uS5bs3yw5fALDCfXl1oVXd1QniRhdsteoSZ CETVMnCh1ip6maKzAWJe/+e9dLbjtVjx1HJq1IHnRLMfMyItoNQu7Bty5b5Le/C2z+872m5eNfd+ /W2NJGTx+zdoW/9Qt73ar/t+4Gbd0efO2fIjEgfFwYKggyGQeFZbhTLCylweyElw0DZEWnyL7Z95 N3DPb3iXnRNIMFkJced2u7CfuONOfxPQK1heDHKaqIuB4gBdklirPD8+7JaiQCJrS7jZiOBcMSt6 EGf4qSWi6ZwUmvQJYDV3uRKD9RONcONHiLopS82KkasDCzhooEdTPa40DlA6iIt1GU4yDXdVPlJZ +ggpzNgsI1ebtdm4YywLPkhXusg0WobsMhuwdDE6AW7uCfAUgIwRiNKLsUZpyOLhVzjWgn8VvS5l fhwwBFKTPGWL/NlrlbJ7s58API7ktH5pyewGdJFJVVijFf0tzdamuQNXqoXpqEINo7EDtyMWfWt0 NPnqc/c2i+YiZ/0SEMKEPtunQlwSOAwwhgmuR6WG12JMQ6cbkjQVFwB9wx1FiLc+O2xpPAC4cQG9 Kc6u8jZsx3zQro5YQ+NgXkLR6QUA2xMfsFOtdors0iBfUDpDTbG/gRVtuiC0QNSirvbfPDnCv3n6 AmeqcUBdydlVjA0TZOCoISPkB7lBi2IRQrKaIhJx0Vh1OFGLOy2H3vYd7DSzykAmvcYklzlEzfly 9T0JETUJbGibYtqjmNx0bd11rGI52Ai2yVSkIpptSpW1NAOIu8ZMOnehwx1NOdraxAMhAJA965G0 WsYdag03HmCq6awgtbIixigM1oDRlhqsDc4eMGcmtnAb0M3G7OwhMufz9vcY8swN7frDZqjJcmtg vDZFgIJNc6zOuz8LFwGSmcgsU/IwTz6AUtdwdzeFYzfdZt6/5eGIFuJEExvaFC3D27F6UI0uDR6P h4hZntVgCQ4iRXSyqloM8RAHeTGPglmeSw6t/m5WAvGlZDObgi2meD0WRO/0RqFmiWQO3WN8oaY8 hbg387UsouHWkGrAkD/gQu1s0Kv4ZhFVXmTquIScmYUbNdCWghiXyRgixjskExpfseS0Ds7g33KJ 0NMSygrYMhDksYEcvGyBu4XCOsDLAh0NafWWW6XGRE3hrYyNRt3Iu7I5FEhNZBrc0CiHFgwo8Acu Q5Z805tVkoJelRZPrs5HL2vEn7yLMTtcjsS3JfohkvzIuGliMNZKzV3iM72LtXjRM/L0W0qCGRIu C7LJs7OlF4iMzbKSESwzcKWDgBRyUZ9LSUw4hk7LoKAYvSS9FeBdz3ODoeCN1XsVSzb8JDqFcxVY D5fb7NFdVZqasEmEiki9bDMQJe9RHlWhyM3KdaQ3HgD32be2J1CXKcaUV3KkWqC41ktpWrJH7y0W yg5Q40PFj4WjFj/5riS6V/XaVcDbyJNoC5FalY1SiweiS36mpquakiOBjizDu4PmDL4p1bRGcUVY GlF6SbNpVNNo01IWhcW0TFTp4UjGdIMix7ET0O7KiFTdUJBcdNAdmS8xzZ6cYofS/v6G9drRuLTW wS3C7EIWppoimhA9i0DYc7i6y/wKgmvuuFxX1GD+FUE9klySrAempOs60mw7aQsymaRLI7zupYTI NtQVmedLRphi3aZBSvOo2HE73WEqE0lAdQ0riUX8ZHwrmJGeGemzgrrKtO38UqyKMqwKTKP1Zo0d z2o4XThNhYDaJ4G3JYJqV/f+glnSPndw/crxYXqVG8xIwV9VN/SDB+k48ES1XFGs6LZ2mDUo3kEK yPE5i3l6bEeISt+MOfhFa+AK6MGD5Xl2mdC2LN1XBfBDS37zGIQDXHR6rDxkYewwGKCFcC2v4wgZ kcV4rWEO+VKc69TKw3wkZbtoOJ45FABOCIS11HAShogJOFSogfuhf3UbjKIKb9kfwKSqvyXKLN4F gS6usZnH0z0aXYX47P3pTm8vdzavQJXGB/AEjSTPF3t5OPj09B++hB3MO09qCMNj2yA/v94liXcX 3tvxNM5ymGAlqrFEsEtJ6u0/8IWWWSP1zXX2vmhjDK21r4UuHKn3uyw2RmJZY1pMv+1JkVQe0E/m CIAIuSlEJSiG2cCB9Bpq5S6Q0cvT/0MeFXWlXiiVZO+7C0lk8vxgZ4j0SCwgTDf7k3cxUz4CZ0GD dd9hXNoNYmnldlsDizAhN0wFL9robMxZnQvFcls0kz8uCjXGCeHMrX6yhwwvqvkTqmyi60sAmwuZ ACvC3syoAwBzbgQZQ1V4S/J1e36KWKfnCMW9Xu/SEHh4qflQnxRu4miUHE4rurpXneZIhavQTyrC AH8XShocRAWNV7WpE226K6DwG1e4IZIbCxowCizk3ThVYHGCJ6N4tVnxovFL8PNH/FAsO4s8NBZP AmaXZnVQBVG57ya8CweyJ+T5rhXle4uWm6PxIoceyReTtOOIW5ZBN7CG2sqxlN0XDCNFKEDNPjfk +xAEpHHBCtmxSS0LGlshJs7UqcEL/0dwc7GP5KAls90LVbyyeIZPkUZIW4I6pCPpYc76ui6kptK+ IlIi1WfEaJhUqSYzm/CU7431Tz1j6qqibUO7K+lIcPbBdIaxUiPTkBAtshe3bfUDlmszUrGuJybw yEfqiESC02UXmXq4fdaW2TBuH/Be3uLfnhjSi6yfeT95m6N0Q6jjKiI2M4X1FZkz3cPm2bTZi0P3 C1Kb8ih2uSDPwLnRMjerkcBHQzM6NMt1ip2cImJ6aKKHKTxrImTNAUJls//NeDBq5voo+hUSYaE5 8BGJjdE8xpUod9oAsS2IimzkBAputLK0Or9/fvx65Jz+erDBQmjOJew/OFSbId76E2cE16Ji34SM VmI3ghOyb95uqcfQaelftBRL3ZgOo/XBT9JzHD9JeHsBYb8h3s+iBWJavix0ZIbNs1C0MOScA6VG 9Mh2EIRWGywEyJJnsFY5BPMsk8GYBqQKtSwECJdiiJBDuIZRIYNthvFmqI0DOg/539ryRo4O6E4r PiUfY+LaTAOalZZxDFVjvXBsoeIICD7lUOrrt6c222pSzKF8CiW9eQ31yzAOKIw/8FPZB0pd04xG EaCiLW7YMNuoWi8FEhnmx7LEjL16tXS5FJs7o6JUWyN8kWsA71RePJWLaXT5v55Ac4fvlPkwfzUc DpbbB8QtxeZQ4o9CTqFRpb7V2rJ+f1aKOgXI0gVy/Hi37lRRCXgSfcAKqpjwDcWbvi09PRpXe1V7 ul7920qBCnOFjBK1ObMCGwQjODunLMwiTdFV1lXzJeL6BR/pevVYxRSQJCwUd2oG1WjpGLwj+sKo V/9GVIGmUqhC1+3CrsBYLdZPZWKRUze9QgiXllFid/iDeIStpvK1is4a6lItIKkopO1YoEcxDxyh QMMErnGQJF3fZgVFcfyqecmmElilqmsU6N1CqWp5c/HCtRNiYKiQflX8rU9Vh+DUOR/RA9ipnElb qAlvcwt4I+rqZVIzdrnDUKIj0sC3UMD+DjtCLhNfKaeWbEMJZVjJ7G7IbPTmiiT8EpBR256FaVly wyMlBWO5Thc+KYm6uzKu3TYCleX5JKMOpbENcsRYo6HxTSLSeUE12MvgVYA1EUI3Lz3fjTWCsrhU S+Jb+wnE41Znad1oCEWhLhIzMAVmNnTivkfF9/h778tjUehvWdgKerWzryACR1IwECCTrrRWoXvM nE4be1EJbgrA1W/r4VaUe0Qf12hgOPAIwBVgB9gDW7Chh20fQFhmKsALDJJGiDAgi4rRnqXRcUtE NmbhFwHW9efXeiNekIUH7XWilew8o079GHCk7UlbDEb97cIA1kB1cADrah1aykNqlmKIDzbMA10g VuXOzRpUs7MKlAWQwVpoRPLw/pQMqUg5s3SF+2VaYgka04UGwo5EvayqrIlS2Vo+aktt7SCb9bI0 3BVVCLHJkJaqHgpqeZsjuG6Bd6MzvmtFSV40fWtLk3AT8B8IhMAgaLgpHs7HK5ZZgDUk2xwbF+TZ dE/uhHLUtc+MNVbiEmEwH6pCV6lRvlZnwZ0RZsPgIDwKJyuC0EZRJTWh2tYWQUuITec6zIxgNESN aHoVMjAe0CqmBCuBgZzCUouZc03UhghVBnZLACiaUCr2bS+OLNmVRQJAUO/zE2vbvrQbCBPBYjzr KWIlWAr1i+R8QxWpWG0alM4i2oUY0tX4RnSacBeWtM8Z0ztqi/JkS2ba4fh0NGDKz9e2V0FgQabu 3K+r4ggaiIUgr8JyaecxJPlieJKxhm0YYcU/Ll1UlJsu4S2ftD1L856OI8rISM3CaeihmwCDhGPU avateVCnUtbwWAMHTTEhFauGhF74CKqNfYONkhK9JOhcskzYMkrnW1mjIYs+3Y9L0qYDFxjkrGrO lgUfzyfMpI2Lhn6EE9HGUd+TtuVnxlIHG4NllbyGCSkLZG6lqnKAspBShIiTmCZ6FbdUQaEnb2qc d8Y02VF0yi3kyiWi7qmOZaxSHKnE4135jhRCmSO1ko+V9fnpjgofDSgcm1YrRaxqrgzt3tY7SH7K eVbiyWeak0cbWKZcVzmPEWmVIqhbHnxWiLWGZz3KayqfdVQLErdKUaJ0TXPrkjNH/XJMglSSoUyD GyjlW+kQkrDkUJ3ntfIlRnJCFLQppKKvOcznO9qwlMF1KrVwhhJaJZ+UztoJbHvktnzTrplPIQ8l scQ4mMn4caSRQ6hK0ki2CroCuCvljhgjzJCI7nVulLcapxJUEiUsyGZZZ0WEFojCgTLHsuIUWrIq 07OWRg5GAHEtTZRbt8Ml/Vd9Vp8qL5fyWdGR6vbGBEWwV0qNqvJeTUv7tseazJ4wFNgwOoqta2mw 7LqvD6rmkmgXDIhxXPYt+5Vhy+Jck3XZgbOEmVTvGUrwV6fRm2YqHVTMhCjD7zIycRMyuYkzvXxm VXAW10YIrG7ZaKsRXr0GC7g4G9RVmUGG5ILWg2G5atq/z0cZLEFpmzjIn/SqttzZ6zu0GDrEA6ST 1S0PNv/Eib4yD7cNgimHtpbs5V4Rom8X0FI0o0NRkYn6TEs98Y7uoSuuQE0gQmuOjxLGoiyHAyJc 41+qIQaLZYjBh9Akj8FDThhdSrHupb8shPss1ycFzbteM3YgzHwyGy25LutF20qdlsxY/kP4rT3D wWN7saI9s62cAacgIruSdjva6pi04lIPkPpVKYlWiu/d03Akrah/2aHLcoEH9ZdDruFR2sDR68Mq LBiJg7rPyWrVO7wybeBafP09/tmBCkViGdChamvFDEcNW6TQupwWcoOQlkCnbF9nOuinEBEwoybL vobrHcoJi+uh/urRuGt7gYoZtlEkUhwJugDf9qpGoRjIX0AvgczFl5YGuO7NM7k9LFx5lVVHr/ZY UIz5oiCtfmTubA6nXEyxxrTw2sX+QR4rrnubUnEp/+CWbDomx4dgkrHNhd3R/RjUj0sE5HyIYdUl abUz9nahZRiWw2lfdK3N+goqE10jD0712NbQlc55vhZyEfLApS1p8c3diBRfiUMchboLnumyhBvG QlhCBG0YRBo10EZB1c5OQyeSSWEKPkcFvQB+g6K7NyoQg7uymcagEBbtF9Aa0oRvbIZUpN1SvIAp w7FPsakPWnM2w6YfHVbqEiTucMjMM4bFkErvKnS1KlcwxGUbGBGR6NKCtzwwMZAxVwdd8p2UQux6 Mm6yf9gI/bgVzW4g71ZsVnOwFH0XN4z6uBVVkGCgSidG80bh+mx8LNCGrAAKPnqPWHQbOBJrFXQF NDcUzF2xIGXJl+idzvEeKWkj6CZhl5/osZ1hMOsKXx2XWwUQ1Yvyu0smmtpDQTc37FeSszb2HEhP fKwkoTUMdL6pKKx1yvovBsi1wpipP5CJHWCLBOnl/Ys9a7zQMw8UIRd3iBGAWKZY+8Xe1jFOnjP3 9BT3CayIlIcUytJTbtXYxCINNA7gDQvGfYS3bXObwucsUhHhpn9Mwm0fHGqLHTMhAwimCrwuXtwm FuALNrXAPiHAkis39q/4z7OEKhhRRxb1mHHtNwzBqmhTIIocFj7hIpJwGieywKabZEpo8E88zH6J KvmkC2bCVJoRyZ59VuBXM3YBK0sxh9E5EjYrSjJqf4mU9pHNDJt6iLiCLfZ4SmtHo8e9eJ69ZXvZ AzlKNVGGjlyfAqLgkLs40HBWMAlaFqUxwCpEs72pzchSEChUTX+C/wPALAMnnmFikpxmN4gvQSFo W7Wgr7HJzejF58NChSEeCyw4hWbl1FP8d9DVkeoOHyBowlYx1vjLT7cxqVCmfUlgrljYJpXabxHo Z5uxIAINj21xkH/RWHwVZYpFZjWSvkaKdLhDf2agE70yZewUBxpCXO/MlB61DCh5F1uIqyN2Wshf 5L0LPeGWuazox6COCSxzR/VbEECrddqLAOB0nItFonaBHaU0O6VOwst2MEVqkplJmcjosVbeI9uZ BiWtNZ+15KiQBDCVLHHGQrJ4q31NuJiANdCkpwwFdY7QaOOT0bnZFxbhkgdDQd7myvKHINl8z3+b pNuvvH0q+m8g1uij3XQM9PTARWx90+pfEl3wcICODNPEheig617TybJdkdnnAoWQ4vVcncGWXmbp kbRQXOTqep01FGz4a3BRm82CMvwURwwGNbznB83sO6ZRUteJWKO+EKJIUpFDEOKFSJkNLPViMNAe g4LnC5RnCOKzyXcWwZedV90m+jTAYDMezSzOOaAzR1BJkjyIs2/s2PBpxCwLTZIuGIXGhJg10iDC CIIKgwDXzgiZf914UKLhNWWyn9IqTpAvFzMEDJySwBKh6mHgpHLWVsObDFJPJpcN56o2MUHymXkg XbQrjuNGs9y32JihTb7OlhVQckmbYTGmyJ8klAtRKCaUh7hAnHls1gnjpNFApn0SsKFJDeOqmkc+ yYoG7xcreuqhqM8OeexbCSer0rboyodn0ogRdwkMWayUEjPP5MeD+LXhowm7AnDZZrGSfPCcJvwq lJGM39EN9UmbZJtI0FiD5vqZN8oLcWmPoXVTbsFWc5eIkg8gRJnhcy9n9PMvQ05T6kodl9wKzAJm NTJzxaXstldeEntDI/+s96y04i7LZPUJ0E71ZiqLKps/SNcJIU5mTiZ33Gw8E0ysUigNYdGGXixq c4+h4THlarfe+1VZzUdw1ThP3I0aQlyce+UBDn1NFHmZ7dn5C7kSzqqwyI4qLoJjzM8f60vbDBW2 cSy+RRiKivaFSXkdMQl8pSVEm1j0Qj49nMi1+IWxGi/oZCtsNwPLZXmmmSoUAkz5RRgWfuRR5UZw 1qmyGqQ5AShNzuNTIFI4VUBiU4nBRDUrU9RG+FEo5ZJGQElIFJR468zdbcUmeOut18uFIgYG9TA1 PKpVT/7Cw0CmVkm23NHnAFN4WJ/75D9wJmAZ4BRA5xFduF7oqOWVHhN2B8yzx3K3SgpYpgdwq6/w TdiU3SXDTFv4hHJLrODEoXMA0l6QhwJ4EOjYOf3UTthg8B2w3cPdEDzzEOhoPSEKPryczkYJ15vd NFHpnr5+WVmKvj1Ufr19eOFdW57erN27eP3b9dvNZ5t2trGlfkHCUElwrJWrFqmiPBF4ahve6lly b6zzUWNWsvbauF57Z7mpJ+8sI+2dfVoGyurCosxORZxFsf2ychUu7dfX9Zt2sEwURGIdrFVhX7cf L7bT6vXnaqcHC1s9+h3Wff45f/9aiKu7rr3czrd2VL5+oxw+rOtfMv/pQW9bjN5qwXLKViBqyG1a QuaeZv+8teHrWWNbYIs9jDjj3+XHe/VcqL3T5Z9FtX5bkOuJcAgbDv1tMZtFbHpPhnYhDspuD+Hz DegWIds82Cq467f36nnk3hpbqzp1kYjpNEzdY+zXy9uPvo93Cx57HVNG2tBKkHrKQJmbEqINTpHY MuDMkUDIDZpKyIGeDKBVeWzi+kuYbQWwVXmMB8pXl20scCMI+6sGO/dkJTWR8L/U/R2CDmadwkmP pXwzzlTc4/o9E//pbYEtFSY9K/0IAhGaII1ttnxQahn12+8M0TwEJJ8D6MzOsXzMLIItCJDRbANr Zw24tGuADaj9bRFrPhRPmklu35fb978ouN1Ot/+2b7YdoXHKKm4/Vjx7E+LWOf/8nv/v/EvCPxRj wfP59s8y1c/LbytTf1jr5fr7c73+8+n0czv9YuEnS0IR+/m+fv/8MrsLH9Hl9XZlVa2QJOYLUXx+ UKTl2shAS71/nf/bDgZZLACW2KnDfgXpR6sI76fl8d64R8K0qdMrc2MPeYfdBvTuvXLsoGbTgimA 1nJfvn5zB/Li4U0vwsgLFEIGqxYGEliC36RD2xXTc+shrRwugDTtkjgt4e6oBlgOv2vOTDBpYWlb ClCfjVXyfdyRNSPh5u4lEfZkCSrB+pDX69M8RMtoTcW0sh150H3Lffm+9s3M1FDzDp8/VC/+Oegf q9m1wjgnkpV4T2XTCiZ9ooTxmAgM8A/uNiVlRNG50bP5he1B39OFFgI3q2HqhNEMlDahETQNFW+a iqfAqzHgGV6R1ELQTfz2fI3wrm2jRrMAbul+6aGxxCmpnzFAUuT2lc7g+X7D59VnzSXVuzywzLHp bHMuJoVM/wnF0kQTl5p66nkMNf6WYRiPHfK5GVVTBq40HpqAEOZ0dwD4eOls6YihrNWnVWRdjbDG Axoxf0MkOg9b39xEmEcbBDWwkQ9R7eV0AQYnC42bXtRwiaCujgERqo8qE+Idi8U4w2/jbC+nvFza XhWdZYwmPDz13KNAyd6tPbxcjrqB8s1T4TETzZI+pBBksI+ZkT0Ub0JK+xX1OiwrsFZUelqLZE/O SEvmVEFGcQHf0Hv3J9uYxZUaxzSQms4/X61Rp0DqtsyaMkyvEQlbnYFsdWPzRVhrdl6AMWKyMW97 oD7zVD0PohjnQZ7yafZKy5aSNzXjgkgrJ/CIC60NubBZmRQ9NZkWbHpHqo8fl85casmSnqDaSgB2 BRiWN+DIF8T3cBCxlIFqRd6yqbDq9iwidUjLmTpDbO44KyL7jNJWDKhpYk1nZTU9HUZAs0NW0ly2 m1zwfnqy/Imi202D7npEAms61Iwya5ag3VYS0FdPrNekf96Yg1l+FI2m4JgFI48SWVMTi77ajyD1 m3IiIve3JWbWdImCDvjuPhz0QETyoUTGY06/iCQIiHtlKj3l4WezsmbVSk1qRy5T7KjFmCsdKOab fUSGoxxTFzZxclfb0LguZ5DTFP7IZKSX02kHGU7GeEYrUkqHSLVFBBtALpFUB2YIXWrKDQ2FAlPV Jo4barmas4jdBLRohMhCriZJ0nZzzC1Z9Zoat879M4gkx4RzYLZMg2q2jsuTmRyzZ0WqbN0p1WTU HENYKyPlFFYXMG/pLPHWgjuksmXoZOxIUG01b7siMKbp6MOb2Ft3Jj6ZYm/RjBZSPDyQ5QeC1xF9 KQamqpykWMTm4wA9gZnR7Kay5qAL046ocGA2XxvFh2pnlBSOF0AqpVcljJ0XYll2Pr8AHJZ6t6wu EyrU4LSOzj2qj2Wex+q0JsevWmV8eCSwk4Kh9TBtQMdDMEPV3niI2OBIJUYCVxBYTlSZ4j6MVHvW P6HNkcOzfK1yLl7p34/VXz4Jz3/VnC4rY+gBEVh3Qgli+o4AFUTEAhJR9rfmTYXpznBB4Ia31bmn JeT+KbWGuFW8ITFAJNW5mNLVXCZ5gJFZhkpHq2FFkJZMos51ZwPSwCqEQR/U0qojrart9BHwovJS xIlgFWUwlcpDJVhwnBoNpaHBCsP2iKDu4BbxWJfEayCrFGu1ng408hX/BqDGpaPqr3YrugYaMK0V g95llXDfTpXyGUN2hkY2PC4RFGbL/jXC1NWYHolP47bzKm5WYNKJgOl1hNyALbPa+QhGhFD9V5EL eyRc1wWNaZNSCsqY4U/kTK88WotWS3KZVOv6J6z5nH1my7OxL9tUI6HCnry5B2prTZ08tLBSl8Ul QKgcrlJQIIcGjAKbaFBme7Qhi2eyh6Gs/o+kKTS+3B/Qkgjz4gPoiCotU0o1KPwkLJX2shw/dGWV HbPdareaCroLCsmUg8pYhV/V4JkRBbqzKxTMnWnBn3+a0mN2dMAvgxeGp4Gmq7qdAWWFVGcJmiKl LIv2jq1u0da047EscFfYHcJV2XgXKvYZc4CZG93HyEEyAQUIYd5V6aAPQOie6QgTIJLkqkctmxw0 pRaDwR3amLnSmOY1bYISBWaBLQvfESgCmB1Mqr97eI+788In22Kb4ONuVlwGVz62fj4nYe3Ijz+Q if+J2gbawGFigh31v8XjA371pz3Yh66xgFqwbYvBA6lxJYo8mGnGJygKvtmiTnGXm5h/BNnqT6c5 3PqGZLYmwhbADwOlkW4i9MksOA2mxdau3yFITyDNsJvIaP26+d7WtVNGUtUuNMdXKnVMZ9mli70F MyeEZwkQCwgFA9OX4cfhc67ZFweHn2UzJN0ZQcCxkB7ztdbhNjc8pbmGYeNOkxyvoEwomX9AH3UQ pl5hSlCa8J+5Z7hKcapsTJsCb8+OMHehgAOHXprCRnVWF7brg2sDWeR7BkfSFnIDNgMrBYpua+rc Jc2c1n0AWU5kjdYw8BzEBaIO5+DNR5Yoj2LVzRsiHg3UbfwCMZUW9o8hhwfpyzZ+xr/8tY01hM1y obAd4wq2BCqTXy6UBwoeNoQRmWQogoBxXuYj7rm8VKnUYiWGd2RLfgTR4pHssyH0ZHmn+w08ydGY uwTJkdLFnusToGq8hyhxXyJ0hDPRrBFOVmL5lkOLlwNwg9natKqnogjKCIhBV5ur87AVpaFfIkIm DZdt5MlwinUvHhYjqvoiWBHVZUtTC448Ouk26OsNqZJbHmjJh9GRLsoZXj2/qVN5d7me78aCmC8J zy5YjufpWEGqzJWFl5IHCjTK5yUEYz1JA4gxsg5qNpJ12qjtf0lyeHH94gQB2kYU09JyjxhopJAB Qs6BOLZ+TYMmC87BvdKvP7PhgrRpBZZntOsGY2wOYuTN+XLGoo81J1kmgFHsYjbQ0Wa3WVfDrTgx jDWQ2l28lYG5kWAtt3CKlz2UPOARJ24yU1XAa92APlzefEcrLsSHIlvQteE4WrkiVeXLfLZQ3EwY sgu6NfvmCRqBqMDCt4snQFI/A5ojbgmG9kP7Y3kvo31v2cWWRgj2IhTXd3Mi1PaIEGE1yO/xKkkg CkOI/wYVQY8Jd4fN2XKcsFkXSwmsMKxkYX7kDbGXoiRRpHKiZ/uFlqNRK3mmhC/7reTMZaGYZeSI ISbWItQaoMo9m/wKoC4Zy+WkUnWa/hIpY6Wx1owRZqMbKRW7mLeGSLzm9MqbsiQcFZ3Xa7SwuYIW neYF/fRLElzmyEujQf7Div1pC/cSdEVcVt90Dg+UNsxlLJtUQLi7LXkxW/3o8tJLzQh6leQpk1Mw WH3Javh5n9u02TLOFfhyCJCIEgSIodazLldLooobqjWqIlr3qcpwkz3FhLJW8fUcsn5WswTX6t8O 3mqlVrgqXKyCVsZCf8BxQD8/e5y2e1RFqjbFi3tqPoTIB7iKV7a52wdr/5RazkMEFTgqncCZiAEF aUPp1OuQQv+gIFv0qaLzJiqLKl2JtdMrqE5xpEBUHAFwAm7CVNBUfeoJdERhUjXeumS1oVWXiFdq tdeoNzmBvqFMIq1CjNh8QpL9GgL3IEutWtfmm3uLwQFWrcB3SvwiLDG5iN7yUQAWecGjgzBxH7dA Ms1W8Z1s+xY2GUSPMch6LIK30NXaYQ0OFG1xpCW7GHenM973hFLIMCSPAIV/IkUU9pAhXmsRgkrb PWsfvtVMRC+sokxPH+9KZRihoGhrbTGyze5grZWZ6lkiON+wzJhRyggJqWqy7QjocwtxK5ypTPuB wpWzGgygs68m9NJ+wOp6/VhIrW9DiR7hwyH/Le0G0KrB8VEvaim8nZTdgm1WSM5phJ51jA8brhJO Y1+rRjsFtPS3lb3MsoaQ3gaqNEW+NMXwMoCsNLGRj/XkAG1SDaD2EsDWjIcJQy8BhvZ+BZT68hP4 d/qHzkBednPdTqEpZi8Z3CYT7gpKBTmCJ4G0vYFrOgkrRO03O0Mi8hOWZkI9vwGdm26AuKMhwwDq 8hogBl26LV+AxgaZhrJCg8NLCat6H3cIAMNmViYwyOUT8AtWbwqA2DIYcCw9bgk3mTPUxNig32DJ ibe029dcxijI/sNQ+H4LzgWaj4sVg2KKiPRMZay0kobL87QuDqfSEC8I6xAc3Pj1QEpMMbcVBmqN /XcX3W1fcTpBjGqOLbAH0Wuabc8LTRvfW3qEkHZhiS2Bq8ga/VlxGZqxti0FONUePzd+s3wG0dSZ dfX6htTyXAmZntl8q+N5nfsTS8gtIkl4JpPlFH9aV4+WXLv4m8QydeFW18GDvECIZqzhjSk3vxT2 CnjYOVtszMIioyykHEMGgQA5lS1oSuZkFSWS8IqAnwKBoV087udyUGlEodUQsvu18vLi6b9A4x4l KLkS1Q01KIRpkD5hGB2I2pDngMGNagMPub+hzThIP0Q5+oNWsYiLhgVjU5LVmXoy1arHQw5VnoiR kGgP+XXDDT9lDNL/Z/qtJC6lkYuWWRkdDWhf5VC+lkIY6HpcayCHYXPvwjY6o1XvfplbrpjQi+HV 6FllRvMG9DKKhm8DrTxHiljFpoqXAronWqSlbFY2IsHAuJERm3IPg50kKmKyIOI0isoTeqrLQZLC ovRSbp+IwI9PIZuaLBsswdN+oijXCXoybjNUZXVjpobBWYQXKtDgrSmga6lnhNXdJJg6kphhF2vd 28qu8Wvgq07XASOvXx1r0FLVO8Rh2B2loyf1XSuH1TbqGmuc5BYSmJfXu/I7OVGUmOWX+JRDqXU0 hPpSGElRFaX04EgtJPksQiYkedJHmXDZF6vSndZo8ESOJTXN/q8+d7tUjVYi1cEYPmQSbgCZJT4M lrcoMDMjVSC+MYuUsqTHwLcH2YtMzXz/noMu32RZFI/jqg85VVUDHVYlVoolihRI6Rpn6sparUm5 CwCjp3xG14eZl7nhqMcSA5zQxUYro/BOga5iOZWHqGXclVdUk12UzwYCB1K3Ay3Ex+GlhSooN9k9 9s8loxB59V+Z0JoZLDdR0oaH/9tSgLPWv/RK31LQQEoimfS9RSiQybf6EJJ6zzQRooUw8/DOVUxw AKoRScrc+JQ9edwwOGhNSaFJzPVkNU/VwMdjKSrzYGb2+GLBlEQg1TIHU/qiyKIMtvTFSERaaqMF 5kzdH2fW5/MqV3dxC8ywVaVZW9XVVPxDbpOhD2yKtsVEhtN3noPaYkrBjE3VOK/5i4P6RHLoHlcr 707WZcz0wEN773afwgal5zkjy5m1Kj4UMo+IqH5PpQweeT1eEdbAAvl48tRgimb/GPlUOLijiowB qKg0z6j81Q06LcdaJY8CNDndJrL5W5yzAASPOEdgitmAsMbKlTlOBXrk9e7K9kgeMUZJN1bIaU+v SSOHUiXoMswTRyuc0C2m1cZs30dfKqeUFEnALVZlP30oMax7sTRucAvAo7Yr3yqaQLQW9IZ8ubUu xr5eOkLhgkY3gI1yQu5fdZaTaqQwcd9iSMJs7aeiRJWXs1cprgitiRqPlso6saNTQCjdoYcdPlj7 CCICFlXBblVhC6O6vfWkFkIhvo5pEAUhUXXVyvDw5iIYB++RY6tYoWVkCNDJgoOmEggW/KEgxLVC TwMWiAK4XE+SALGW9FvY76AtFAhRbxWnGm+VfV+fX+6043cQEWiuKAORQ5w7dLE2a8G6IE9Y5NzF HGWawNWo4pZkS9motx2MK3RU7RoDiUWg6nVaVXbVpFMkqfsamEYInkB3tcG2p0g865Dp1WQ2lkUE uIWXslDy1kh2IqZV5h9KYvqkhqmYZFeESQmE6xtMgNk/P9x3uX+o12nrsvwNlNT6yItU55NFvqBj WkVXC8eMuChKIxHqc/aCqhZ05TqIbdyUYyDQTS2nhB9mmUI9klwd9MU0g/HIBZxY+elmr+0wtLRW qq+ShHpoEao1YKGLnqnIQqrzOzGrIwlAp4aKWX5F98SuO5rzuIjRxNrOrZh23pgYjosCXMR7gIeH 19M9MYeNEGxMz6bGoicF9PCfDvWcCzllXmmqFgjJ/wy4GzOw1Bu6mlNkn1E73/KUyVaYG+aZVHYS EisopgWmzGFFLujNLJFy8kQ/022qA+JyAb7TnaZpqGWKHsNbS4hneoxBf9yIWCtVkcQtioG5dc+O zQAIkDn1yExyC4XvyMyMBREzu0CU+OE8xbkzzGYpCGazaVI0MjaJwzpCq/6DKNyHJWmZ+ksdSxxq im6KxRmojyTfDi7MhtyM0YVgrDkvj7HxSLMEGmtmiozFUhQa9TJquGxys1IueBczXviYW2VFpF7g FVLmN29eCSuwUAltDFDKVz9awIww3kwzBqiMEHd8oghi44WMxtc5UIQw7zdsMuv0zxP1JH7rS1aT govm7obZxnsqyQA4RL/lTxKkuEg+xakIENbZSqFCv6IDQZJBrgbwJ//MOhoQbGQtP8xiG2/JddUN 6eU8LVo4BJVt4MzotPiAoPxN43oxEhl6SBBgVV6e5CUtcovWceZuvKPHqcg0Q/TPNY3ergrTdWlp VQN9I6Wx3dAkjzGkL4/Ip4zmjbEhWFlsQ+aG0IW/cCn0FLz1L//hJHRMWk2Y4hRh/qVjORMQr1LP 0vGeE49eCbaEQ4FT9r6/OnMs63Nji2GkQ0ZhuY7hXj7iK2uUjaQ+LTTXnHGW9KNsWcr06GsSwhhx eMhO7/WkZe0mojIAraka6YG+iVFL/pcgpf7O0hEiXQ7slZ1W8pTNlevbbW3y9LyGqQa0ZdTqA9mo 9qRqVVgOLq0g/6KR49wKxeY629SGFLqT4WClEUYQ6qSLObWZ1mwvk3FV+Q9FuawZE4eoNQy2a1L+ MfPLzBfH8j5cpWCGxCpBmiVfnIa/WtrKjskvn2JgvvLCMiFSKTRkX3WNNBpGE82mlBKJkv6GHsRE UJ6Bf7th64qnCEljZISbIxMAncYQ+1lYXTvVDsmz6M5B9Mk8Y1xfRZQy7bLLjkrWVWzJoGDuQ4Q0 KkUwg1FNVwU0g+Ny11cmSOyGGFArNXV35q7xUvI5i7KXiTJWO8q4yJREFLmAVRFC6C4CqgG1SMrZ l+EvL2PzysCepRWrMEGQM/WcXo1MhlLbUl4BcMPfzKggyUdQ7x+FNjj6pRelwYSeeInzozHehRNh r74SXxFHfuahSDwAn9j9RH8yw3E+DgnfrJVKaiW5wCJR7VHs1tJXUzNk/CcMpJTMYsR3dXrz2Zyx 6oe9KAoo3L+4KO8mWv1qhLGIBzI2N+YlaC/+kBFRULNLqYDAic7dejEuAzay6nKIpNc8Ta7kSNps 3DEmZcOFn5J8VpXRcyWAI6tTxIE1YDRbXuS6C6zeWWoTgoAi9ENrWkBTdW4TYWJGczTNIHFMMA47 CjxBGG5a1eZ6Qksa7GjFPi/i6dkShAoqEbPWgVBHLzopXDAEFL5480jFoPaTIytraFALkLgOKriL l27x0fVkEjAiFufPVUA5XOFSwKhOqSroLx256WGzTrpmWj76gOJ6b95DByJqK1J0bPmcZ/RAUtXA KloysuUx2kFwWIlDzKmMEheOIGhCHnjKH7drK7REedtcaauwQGX+uSbDsbIoyEtdx99arzV5CONQ YztpuNvKShW1y3rnJtSVVN0Cj0uqwrWFEjrTNt7C2Ribo363Vo0tNLlIWG1oFX4FA2took3joX8w NWtCRYBP3YEZ0YBsWC/MtVlLC/CwHS+AvETX5MCzPVLCP71Ox7JKEw0iuIYRpjVzEwhoHSqT6s0n BhOwbpsytFFnK8bBxu1L4ADOXIk5hDVOhaoV4QkjuCmYmokZvyiCdYRlAg+tC01O1utBG+KuQFWM r4cA2yBUNLsLFB56gACWrvfWp6WIyA5RaL9ioQb+QMeury3nBp6C00GeTfrE2jECtipP47kE+PMI jo3dUzjvOCtrIVcUjW0/m1BQtztyfrf8mxJBx4rfNi7JEiDWFtoGiZrOCIYlYEA2zyO/4PsgX4e3 gpqgm9kgKzqbw6Iq8QcNpBm2AF/h+szgdGVejgPmiY5UgMmiDUjXlVvPhsuAuBBc8C2NIrid8U1D s6pkElvNaqRjz1kwEqZmA5bGfq3l96yKwa0DfoxrwcTQ0PjRiMD4GsU2IUWeLVsa1CFMYVEUzdsp yDWFtSKY5twVoii8GQa3d5n2SM2A23JZ4dy38pglaiHm/jusM7H8wBOIoYBWCNQpEdiMofZOsj+9 ByHCK4wXQqkmw040R3rcQ7wIyScWA3HPK3ULQ0Ni47rOI3tzi8VpCYe/ApUhQDcsUzpqgCmNKccD 75TYcEVockkC1Ldxsed3+JSMqbGbEgkKawtepYXI1Q0HcLSYjZVGtMaU1m8Vw/tS7gMElHo7XF5X Xgq5kgoJzQa+Ut8uBG+KiPBml90LFOU5yxyKgc1ya5UEUICUhsiNQbiVxshBq8UaZcT2oi38rLHR oIT5RpQSG2LoWEZA/iUrhvCk23qnfraXwN/oZVRCwF3DNFbUCdWmk1slwj1qaVBajyG8UEPwnyqn 0bDsqTEBDe5GgYqsuqfSSdavWlhORS5apoeRKvhjYIk/k2VMVfSpFb9uWNpvmCl5IBy36ae4Tf7d SsPUjnVPHSojMlW4SjJiBDTZGPxkCzrj47I0F5WpuFdrSqr0J/V98tprKWIlW4Mp1dZcH1Cvc+Kq zNmGnBXvnuIs3aWB0kKihSAkdSsEqLMqNQ2sGu3h9Hykwa+ZdNlOZSUeKbDs18VE2zrDQzF4JiEC tLGtrBBV9SWtKnGtEmgE1YUTKPSpa9VZWHZ1lzW2yokTWyO0fzxL4bnLGTzZWMvRKo+JSKa1sk0L LC13yqKwkFfqhFRZb52ULHoKe0bW+I74+GI9Puxz8gc6kd4sglVBhxSheGKHa6/0t6SIm8Vx2aCa tLQxNMUHBMQFYtZFanUl8ifDhk+KcBSRLlejakFrXDhHDNr1E++u3PLp0losVaC4lLJobbIruHAO 6WU+EV3SB9ZkzOi5TlcW/SgbZfRLo+WyTeJU/uss/4RM5jtEIaypBqtqUTMSavbpVV3vKxHyC6Im mjZDJQuAJFnjt4UtxU9zTMgQGUUYPwghbcmdsvVqEFyQGOwgV3CVVnN7d7R9aKtbnrw7qdxe6GIz 9eImJiF4tkaIuPqH0bjgkzRc/GKQDJkMUeXsXMuVekgICbPYJvOCY6nRjhyckUxfJE+eU4rbC3Qy MzJgTUtpNMvFzljgR2QYsNYAPX4LpGkuN0SYpKIlH26mKvn5W1MeqabHiqOUMDZ+VGLjDCXFDOLi vFtDI8iLkoFXAUN6yjxDcbLluqBk4Mcb9MmpPQbb8VxBeVKuClIq8lFylg+p70IGUP+VnHOxr8BZ YQpxIe9p0Ogk1GcYBeFGFb9wluF0vtaG3PJ+eqcA1xekkNFjuUnegM0r9gz1AKWuDIaR2GVlWhY9 C+5Z4EIHVTKBjS/EdxDTTRS1mo6xiaJYqUZIc0VC6i5U6N0EVjy7pqnO9vsh5yihhcSCqqeHqn1/ yAfYRaiTI9AeOpd4tMq7tKyhBsfkxkhpNmoJNdIbjJLgxgjfUstCE7mGj3VgMZPZIY5mOS5yxDl8 OmnKLEbJVdQ98EHf6DLJBMRl7QXgQgIeG+N0W0COeTTRUGghqhmzY03FvT3d6RC/L3f6ZyKgWBeR j5gMWQvyFdIIK3kevVTa1CZXoNpMUp2Lu4IMt3U8c8o5OSOTv99EJCt1Y4wU0WbWuMznpqkyLEJH ACVb4yQ00WxIXlz38PUMQxfpcaKesjIfdwUDemcfAmqBLuiFGKFuiAduY3ZR0pjMbvVowRXhaY2h x62OWo8qHjYA6ZihvwPam/KwFXSJAnFSFIy9pEDgMEvbali4r92oH6D22RHE2jEAiMv5MEZQ3yvJ Fg1rgMI/msRglq6wEFncwiACtoV3+m8wNeci2GIk4Yc81dRs735bVDmRpR27pHK1onxwjHaohseF NLaAN6sLg5e2/hk/SWo1j8CICRQnEfk/QbEqpxrcUrrPQtuzHZIcxjya3UFiGcMklxQbSai+SEo1 02tClFPqmk50DFgjEZJXBVIO79LnF3QjsiMj20Z4ITrsl51IMHroftEQJUEtHFNrjC25xRqBovSg mWoYQwEn+DqQFwvBtNnZkHzPoWcvGr9vR58N1gHIvKaAVopy5BJuKFi5WyQk0taF5xylQ4D4HKGI yJ4JHqn6oLGeyFB3u1wvjkjODtoKvr21EGtom42n/RjfkNSFpbH6aRKErA55Zst4yyekuwoB/xwS AmIkmCYBBA4Icd6NK4pqpLhKCEKYS6SIzMkAoyOOjfIU8ulBewoz0LcfMjNabNW1P5Hicg5TFEJk t4juTIjmNhCjsjQzY5ZyMJCgDcG/wYJz6132ITqoGpFXrgOVbpwq4JevCvXwFqBHbHPJooXSjkxF r4azwkvFh1q4yJUQMNNAgqZSl8YBXc5spCVG54bBwnA3IAIzJpTxmvaaf2eWVFyASgIk1fjlIDuI FUzMVPz+YuO8FM9N3CclNn2S8OgN58kqyXdfsTIP8NPghboSayOoyfqoo35uguxaLDNJv66XGXLY 2IzYFvaTjuEoIpJ5ZiVMLFwU0XAvG0IJx8k2sLkbSYa4qJhVWXShFWHW+TRCyP7MBDGh96IoSnQf qMgBXN7Mcpm7hvAl3jKt6EvRXEbLRQb/l6LkasWlhpAkmaPaVQ6AmSmkjVKLjFp1UdGTNbExGxC6 syQkcZkAK/cjPXYlNjpYj2KmP3k5Q8W94+/3pva4u8EoYUJfRTd1YpNW7udVesDXn7EuE8GEGTNj ZnOgmS4aXXnkND7QRu6rkZLzjAb9k7SiwlUNvmTLFAe9lTeHGDclYSBLE1lghr8AyKDpS3kuQCVR F2mRUZXwJ7SGwJST7+QKhUoNgB2oNQAtcCNT9GiSgc9FDfTbt9MnQICGUJvrlO260cSayt1St+pe 3TH93h2sX83rgAu4uI767EhQk/ymwAHPA6cwtd73C+xqJSssBIgHdXHEQkRpbg87tTatx4eBQp7c BLLZcMLitFA12IxCWActoGtpsVV2rStEg7SX54cV1HCvbGoBXrhHyBX4znsDQ3gAVpI66I1CsiWF XhcFrNM1TCxkDr7VfhSQL7APiMjiTE3BXDx0jyK/z69AKadsUeuZ3FC+lpMC7sKSvq5+CCn+acNJ 3VkOGCW+hG453TYYQXmowqM2fQeCwd1Agrq35tJXUFNvIWrzBcR53t2SZzJoIwGv77FW2Wq93h9k xWYgXEtZexw+gDbRJYmei1Rv9p6tFhZee5xhS5NbEXwGXXo7FaW0MBFs2Y3Qs/Z8djF62uYARBnC ZhliT6RC2/xxjbPgs2QfIqjNT2sI4VlETc7k0VpGXNFbK0jd1E6+SNFST/4S4H4FP6KeWJ1zu3Is VbQpcZsGW2yZSmnAr4PyIFi2FZ2hjyGWAELYJDgxNRBDKkRL30gS7w4yJBBSoGWaSWPWZ2sLoQgj hO1NQWzW4w6iTwARlgVEE9I7hxdvYrKfcywRSM+GWyuLDiJODhQ9a/D8/lbjYg2wGZB6UWRZEEsi pgi2UL2Fq7jFwNlrK8GhLDTqkDbUlz+0cDRM3lJS/UWaC8CTXAmb2NFhtgRuRtHxXG40WtllqbNj YaY4oRdDUc90hzKTnteK0SYygLHc0GvsspusIAS1NdiWCevJmzwFlGxB461WbXGvaZFwariWRdrA 4VZ66yJPJKlo1FKrqfWPK6NB0ktBLTAX0PxwvZ/4xUEk9WCOhcdWMtvXGkccLJS1pfwkkCPk1DPg HCUDZGAI0yqng6LbEoLoQdUzSr9s3GDtvR1l3AU0bXuSj6/flsdvfXu7ZJC9Nc75BRIs5qdQVp8j uY0c244hXbGolpf3ZAGHY3HR0w4XnzbKaDG/BxxuDLsHBfKLbczt0p5kIIZupFb+RNotk8Y5Jw3x BpLzFfKJIfvSz189IeXsIg5zkH21MJ4kyUB7wO2cJSC4DQ1gmxMkglmqM2b1wfyMyaBAGJpEGcFw +U+or6TFwMAbhHTCE5bya+veRTZ9/VmLtwJytcjxKxW2btBdmtKB2Bu8my1god3+u6QSCQlywq1J NuKgQk6AANtVCMLVisympJrThYCbPG2yw9FmH3r6Rl5h8+p63zjCmhyeC4oJoO7W/u3BrnD3rmdq YoX83tiDJWGjqVGO1p0G+MJ7WVrO4yd5tiO1QdstBJAvsU9ktdLWf4xZsClbUTkaVzNXVCMCSUZQ 5YuO6i0JNKRKjiYN4zH2k1qcjpuytU1ruqDMyQBqyC7V1KJwV+r13NNwBrAMwJgJmazOLI1qXaIA rgHpFqsqaVe8rPwo/WYBwYndLs8eeuA2yV5kyduMyOhuDoIJSWO0UKZWRYyCxn1jfHmBSQqJ8UF0 mXD5AztArQyhTM/EjT9QCzUCaZdga133+pHUGVsrn3tWUQai4ssQmh6gxtJ8aRuz1/mpwpbAxRS2 BJcqfXWFPB1bHZYxmsuhYrm5tpTMCT9GlmMQf6hU6WjpqetLqbS59FjSUlGEp7KjMEItl2mjAgel sGV13Skdbj26lVklh0QmB3KjYiqlEKYOZJ9th+3y8nokLCWVUNHpA45Lef04lrNKOZGhgu4wWZbw lxnKLINEVuzTEj6GuCvBpYJ1oofq0SWZsBBY1qOqPq5KhiHSUtpyPJklriS3UujEgGV9lpwfiR8p bTFhmIj7GW0lTsJeysswUlBJo7M5Sli0Jbh1XdVDL7Jc58vy2V5pb/VOR0IskRQ+4EVzOaZctIea K05xERPkKJtOO3pAbrsRKOPCEFLE0z0rcxcs3fzFQACEqPOtASuJJwoMTc1NYZTrlh9XOgUckISW ++mN5gSLaziJCtq6tZAQkg5jUv5I8qXnCQrFfqguV2aW3merw2s4r6wH/awCOJYQXJSUS3P/bmGO bIJLUlKWRvxstRuUPP0mGYfQljiycgdJ1XfXOMYQ+H8uE4xmNSBptw1OVVJG2xXyZNKexTIXhi2C OZ2zm8WogjggPWokIl6kJMmockjdtZsuA+vZRpACDeqSN2lQhU3XLbCsjMq6t9YAk+lTSXJYZoTq N4MrbIiQYgOPlofTT+6QqoU+SseP26V+h7tV/7T0nT20ekSIc1mrOzyNQpFFTpFfmC2klJQLc+4o mFcvZ9SHZ6mpxTrMOpQF4CwsT78+YZ//JOsKKmyyB29Gi4d4xfKBRjYCJJVigLvpi302pZLFayua NpOlrPMRfk6voaBYC9tUggVYVWtWuPF7m1RohNbD49o0mjV2inrzmewcX3Aah0W3VaGEitQjYrjM Hr/VbKkZ565XaZIGbTRYEYLgHydNiZlhC91yUASx/pnAGxhESOMpWRfi1Ln3SS1QTa+VmchqXBB4 eoijiMcMrMgtfiEWLYyW2Dh79oTlaHeEleOAqxVzyH/ABidLLI746a5KUwxxvQB6UmhRKOutsPWd 2QlWgVTsmRTJKkXqOpCGxnQ/rxTEQFgsmKlCKgcQRwwStZ0MMsPOM+Nq9TkbtkSPw+ATDbwM+u3C 4EoeIYTGjsCHD3qHvQzi0/0m/vzUkz/Oe+NeAAK+9EsLAd1F0HbUJ+o8iPjcSHB8EDEDB/446Zju CqoNt/RSyGpgolhkMl0fi6EdlAK9m0npm6KvULPAwdIMFv5lESKwZAvCY4j1LrMWgDXT4/KSsIZr Y3hriXhSZa9hXNONzGTqVmWPxE5frQRoiZG+8k1ktOjAWpAcc7WTMtArCcqyZEfOFI5abKDHvHGB atq36tXw3UoJiqPQjbOqj3xZPc6wSpe8K0PLpR9xXQm5PrUZT7ovmqG5P/KkM6mWbqogDPdSe0m/ hr1yRd7YI3biTrNOZc6S21ZFbUVJE85loN3tMatqxZIBqT5OyI9YLShq2xbi8ur1BHhkntJp0MRS YbdY+XGmK+Nd/IrDUj3yIemWptARs2utihPk1qogWh5JJXOkKj1uadn6KnH2mVbxXmhBpHrZwidi RFaqAksQaxsjaDC1JX+vgsKhVIrcdOU+Z8kIUy0XYV1p8/i74KlGE1RX/7b4I/ikp/DQLO0ynHCN /jMXNImS2N+wrtnpBQ8oIFZakGtrE8ZCh1hFM5mXtm4wcGrG0228j59hP0eoDMeIWFqO7eH3Rhx0 VnTgXUd6IFjNaFkkTeFaDtKRqAbvFbuc4zm9wIUhoZqg/HS7+BgTzXmxVtkvu2oJWaU6iVFEInUl L9hjeBqqzYqUeUcreagsuaZcwsJWVj83cY194x13mvZb8eI4vrZJyUZb/Ro93z6g6EYUnzAu5JaL DtIUjUtuIrHRelzycmcbU6zNM0DIR8il/DDjabhzJYjCoID8DWQEUvwvLZjqG6ZcvDaztzLWhKfl Rsbalj5RbcJ0EstU7ZSSZdLMwaRebiOB3Lmth7Rew21wZAFyyBtiko3YaLxrupDppHe9EHWetf1s ZamFWf2J7Q3WhJ+y9HcQLByJwtmiEcPVZUyuR5JfhhH3O041ZRrGpwIX4zQcJCuXFRGEOc9wpu4I FvgPjJKEHHA6IRR2Gw0JYYS00FEmqZMULTNVp9TVzAa5mic03ySaWFsQKHdZjZnWCsdZ2pITLjn5 ZFCIJVJiSdTMZzafsEWM2CzUFOHVcX75kKlzO/GXNhr6tbDlhETz9ZjqK8Sr8zhBv5a3VHkRewOi GUCMSMIzawaB+ka3Vq6WkOPdoK1nxGSbGsge5aMZW3InaX2TI8HldBwTuShTDJa3uEQtL2gYEz3i oE2ZmgkFqsg2JDPo0kOV8UEVowM4K1rrXjFJcu5KBgUi9kxy6CQB1pIMB0eTZ1JgZqXAWwDZkCME ldxUBOd+5AUaypGLhqEHW0CHfQ7b+i+ggR3SjAk9Y8vlRTYhDqLg3W3Bd+0A4DBjdtqMTMNGAJWV kj70VDsozXhhz8729hSXlayNqeJrT+VD9lq0p9dWafb6M+eU0UAnm7i2w24PyhtyACpesw5Uct02 C3AYFhX4Z5uAE+h1CBC45vOnyz37j9Qemve2OH21ja87QwDbi+8GbEFDeCEyAoTgOY7EVzv92R93 SG8wEagJ00YomNDgWUd6xhue2MpDT8SjFpQxHXUc1WRr+wHQDeTMjUAm4phsDA0gK2QP9Qu93HrP RCxiGyAaBshNjL0ag4xcwyv0T27EZLdnnhQIFWAbloU6vAe/kefA5zZcJdh00CYEdjkIUAtJmZzf YdIhcxvZazAJERlUDfVBasQEXfUtBBIACkVEZn1xdiSjq25fiJei7E5hLwWJBfHaFhUZhgc7bxgK 5RI0F5hOIiQGSY3Mhn4tp9QcoEfoQ7JdP7FA0ph319EKYI7glS2Si9KPyOp9baHXHTq9XNpSwsfW mmqnpbMXeJ3WjcYt/yYICkgHlEC8RBkMXBbXmmGOrq8wQK7CJ/J+F4IP0Ty+ME1TuCKjF+NqqUVo oF4R+vF2Qxn7STI5h959TaxweKHusHddcDfWrT/LLJHTNdww9AS9GBU6kMVmpJppMF+gNvzL4xDr FsGjPMKf8FJnbW/bHi0+Ev78hygYCZ/3IQ+BwjM5to2cxtnQNpaPs8xWzsOD8kcWxQdByrHDnpA9 25LLMZC0kecSwaETISOltS1LVaTTGiFIW8rMohqKoOTZ7XRY6KCRTLr+e3Vj6aO4ALx+t/NGe03r KadkSLzIde21oZNEwXhyf2fEEpTbE0MQ8ANm3qrtWMQ0swfFm5cB+ba7B2fPdLP9/L+2rQkP/e14 cwJts7LAkmN03sYgsd8OG22VnAEXa9oYxPF2ESmgucbK8zYeIax2fGmWoS7MZNmZWXc0p1d7iACW xUmrnAu2vBKOTbGcVsBORQ1txEdU0nRMJJVicbBVL2B1JC+Ul2eG0iRWRrTbRILi7AuBKpbYPrG4 1FhzMTOelEA97cvBPGqqySNS0X3ktUA6uzY08JjmMziUGaLtxZHaXS2UogXYHtYupGzxuiFLWKFx Mje8Uqsg3FRI+5xkKtjkk70f0601b38zXHCwQcehuaKIn+5CP3EZGnh33tLcUYMiwhpkgP+MhUbY WfbnS2vdjy5EMEMk22vI4WINlcKeexkeJ4FjB2X31Rr6PLkbc2nDn+Nex0hE7qX80lre6EofXctD taHlwvCliQsU+G9ILQ0uljhd0tm4TOBG+LQmuzTUp1U1xkZkhKSK+qeoxlt8yng5pLJ/tYloVVok vBccMvjUIdIpChAoHZBOmHcrlNIm4oQr91euljxiSwKWMfnWIkNkSadKCsrtypGIomBjlIri9rhL jMVl+5kYqXsV7IJIXPIDymIxJ7udyC6pmLk2wuGgOq60K4UQYxoXA8nMhdqshAviqTYWKaUsCJUl ut5mC5Wr9KP6JUKfuzEjLTdJTGp/BqNxqeZRJ6QrN1QQLu5q1BCpTHZvnbhadmj0xDay1EHFdfLx NegWUBCypAQoOQvKgBmCQeRzUVeeFo5Uz3BLMELJuyTfXTJknLqgEsOGjZAN2IzLWnDbSnAJduJO vvqWIIbek6IhVzHtauuKsbfsDm3kD/IqZw3QSz1piaO7BJvKAafAqiXUskEYQ5lkfNCC64FJrIxK GzsYRm23baa7Ua3j5InQlhHQQ0kg43CtJlu6Eh7IWMq5Z1M9VMIQe3LQaCgL1ZE8Mz/qGYE6LdPm DPg866Wic+Xbaoqsv6XarKKFIqoVCX+prFK03kUe3mBeQ6Jsjg/7PX6I6bmSzVWAZqyH+LJM9zmF jy6pIE1VumuOQHNt9UDyLf2YTUOKgpSC9wL3XAAyAhHCoDwg/nwXCAxXUrwAoCFTrlMKPb38J9wZ TN1bOiFDgC8vvGthWrAVjtQpaw2gJWuHU6cpNrCpCGWkKnG1AHyyUqjkP8yJ/WoAXK5wwkBrBZlQ j4TDq7XvEW/FTpptn5Mg8OyWZFT0cC+w3dyUoJ1K3KgkiRSX7QGaEZJd1gJjDmIMdHYnU9CjQhme 5l+wJ5p8nT5ZZNYbHkk1W+HmomDp9maJCch7knZFhbJfDrR2uvkJASTYMkOfA+jTRxhgSxyZGXQQ 4/BJr6Yav4F9HYowy9NwNa15gYwjW4JTQXlYGu1xW3qOQQYTSA/ec6OjxEjBK5xcjWVi5X0ItBEK xLctLOKX+hIUzQf+9k5GtL3deyqf8ppriIQW/sFE6UFD8E2f3c02UMJO9Ah1zLrCKC0N5ekMI4QV +4RMCSGyLQrUBgsLfdWqPmrrxb6vfbHOUxnHkjAaMmsihDgsnk6Qh72JGi0ujMfU0LwPCfWHdkJL KsaDAtDmbLAYX7BiuTDlTGrAIHcYRUzKGS8wS+DoY69cQaBARSZpzROCW5Xl66d3GaXKplFSIFkF CCcZuK75mWINNo4+0N30Vq/QYvDaxvDUOtS5+Yweamg/hk72n6BrnOfT9OzCgYwpWQfP9qd6WlOg 4GgT7pgN9kKbJ5bcyarXmY1W9TyUmNcD04mWooHqdy1nTj/UvXeGeiFm5gyvJibCcU198eKJojep kflhUSTpoPc6WXKGKbi9qx/f7tzIENNEhmNXCkwBNXo/aZ8JiJQK+trBoEbaoSXjTIn3tvsQ6QvR nsAl30Y+7eCRBZlQRPmYZv8F8cJdOAChh1M1O4Rb8SWsx79GcA0WbWhSgEH2UC8+KKhjzY0sXzRP QUJXftR7xHKDqki8NAwLryEjwUUF4cYOV8IkhX39BiKwq2qArC/fNCYVUhrD0OdCNhdU01L+QklC qI+GdSZaDNQMIlkXNgQfO1lhDzE6Mlyh0UxTbZaZLM52XABUAyFzQ45xXwvF4JIAqQLvQ3v0C33t GyAGhEUiCalKj7/RJF4Ewcpjl0kQm552urGspAr3GDG+xqyEAxIu6zBKh8xHOl/aWIwtJyJ4idOm wToN6kmMy6DSZ0uhEOrnIdXUKV6KjDy3MpIHoB8nY0BrDfY4DiAqITbYG1Tll6Pq+QyMLBFyVUIu wXFr6WI5M4Ykq3JCt2lK91TWQ7S7qFS/skGO2BqAQMhJD9kEIjfGcjlzo37wpsvlPQoFTCUk9nDK 6NZwPcjySrdKhEZ/473LxJ9CDiRc8tZchoS3hGejdpySqnT3gMbK9Vge9pGUiZceMD8yJ5XCmpwh vTNgo+GsMT0vBUJkTmjhtH73li5K7E+ZK2uRsuDEALjeylt6clmekdoYEDU5j6SIbNd6czhczG5d s3wGkqwIHM2kNNuFnjJOLOetzCSnjmXNucoQQhtSuxlwkjJANgIDq/NKjGvH0nbsyMqa1WS6/REF 4czFgbguskQkrxUpJCeiQNGCQ2hELN3IaGbZMhIKmk8V80uJ6Y8nln/SGLPhgAW65nb1nGaL/FHC zpivOTpOi2DEAMILzAhn/P2wwlZyi4ADfEbV+NVameTyzKl2zs0yUSCVLSVrNpJUNtgSime7ljMb eYKMMWIqTu4hAzTSDsYMSG0QLsUXDQmxU6iQkRWpjA9FlxRW6qgBks9IyrCcIYYk2RMRFt8SaWIL u96gRkHoeQw9a0x0uhEOtT0LEPg/u5GRLunRrNwiEv4Cr6M0cuDhhZuMQYuETJP9cZDtRmHugA55 ZgEPqZhl/YRJHU3KFJzzsjr4MmNLEvijMgLBm67KMN2RGBFoICRNFkA3aZ6bUNUI89WIQrwGGVLN d5K64DDWhhWbaRU1BEYPC/fUDYoj31Uwsd7X6aPwVAAVkfSRW0V7zw2UQJYqivfLyduKRuNL+ELo CzQIa9YlV+MdXYYslGCZ7zNpRJGjI/qs69otdXHbJKjPlvLIDBsUjAopnMw2yIi/sbupDVUSbom3 QrfgoGZBeE/DqS6WFFUI26y73QC3N6jBS13dhAvrFk5b6FDdvNAkuLof9uqiYQUuEEKaGOXOEN+Q gOplnRTJeY94VRFfJWK/U5Q1ZvLlDYV94O6CiQ5Ajnh0me5ABSA1RTS9Wy0MiKFfsRXqoYD9fBrK R7BF2QYEbfpVsc+DybXYXDcugA4RCc5xurni955Dp+LskP9TUCbo4nPjUsGkn2yD303F+XXIG0UL kfIJUaQSslUorR/IYgc5YsESOv5XlM6i5o45HdWIVN2iu9STCIsE1gGK713MrHLVAqV5HJJrNKq6 p5mlDzToeikNeATxFYdJwBHlKhZYYZY4XbBHQ11Gz0QZEDvTr34a0uvfVZsfqTd0shasGVkAPo1h G8GV8w3lwoR+OUVP909S+WPQAaY37mirsZkwMxRAGLqpAz1wpMSbfDIP2D6ucgNXM6FmOlJcw+hG bhdpGWPyh8ggBvB43eYJVfJsGLnMkBBSJwPin5lNEaPgkgywx9E5hW8acbYxz5cNPg0xeWWhIUvG C5zHRUNKqKmsLeEHyOTY4LpSmmO3fIQzLuIz+TiNcLwStkp74gkHaryL+DpZStTU6rJDrBvKky+v yMFQBSREHxvWbAiVPMovp0iGYTr44WWLeg31DcgDnpGy2/yALhE9VwmxeW+yZiuTmesA2hYbgNhk REZnIP/LracKeDBYMe0AOVsqPA/ndF7LCOlrmw7RgFyywlBMeLU+4WDhgAxFm4sAvJMl4zPtERrZ nJ8vdiwPKE/jZoVyndbYIgN6GR79YetoqLN/Xl1nPTAc0AWtfYb5uqQA0JMF4WWm9qzf1lS7fBdf krCG4YfgfUfixmbOLVm3bh+KDbkWouDIgMagRiAtuNQddf8d6OqI4013Yd0u02GwJAyNhFTHqTf9 ASG9246gzKS4mYWEbwPVm2oapBkYO7O170dxouQvsI/YfGMb7JdbONykCQYaVbZq3zWYIv+8wZDG inRHw/a4uLa4t5Tbd3Ili06EBBJYEw2BP8JLAURIZ07NA6Zs3wQtWUYTJnlZAYMGGzbpMUocaiyU 4xqRizVYcS4Ii+IRaOtokDL39DKwoOt00QqWHkfJg58JGKNzq/gVXjRRuBbQB8DSkKx4dyPKZ8e9 0Q9FIdPZIYO36B1cFjTPBWLRTjSzn/bbIREiScl2U0nj5EyWRrVaY3gYyooMS82PMVD+YgogYU1m fud5tGOkYPu5FMlwAAGEUzsraJNLTVYk7urgHtJplG+uUdjrvUIVaexdfmW9sUuMy0aRot6DEHUE FKeEb+dE5WocD1ryybbbJdjGyTrCbttACZLCkeFACNLfU4D96gWS1Xh485RaBZHxhATQ+2wpuYnS qHQRDLywVpYUibqQNUCWyLdqdOOpgbDYZOVp8Sfq2UzLML8McGOFmDkmiTTcl9VYrlmg06ToqosG Tuf7rDojleJb4wAhyl4Cf8OaNmz5GMpXalFKtiBIcL0aRmReSBRb5WelNMKdQQlnjUZxZazpZV7k RT2CtjazbyZS/sZaUeWXhAehfyhfwB07X+7FZYxxjezl6q2gED8rDEiFhMVhQ6yRIsCG6Hz0A+jp Gtl+UpVMtXaQHCsi/HFBA0Y4FSKYSq6kASyFPDE/49FhA4w8lM0F+ssL3UH4DfoaapyiCbzLHJhB t9NE+sN7ya0TsjIDq7HS/A59bMCipVSTPTrgXYQsVlRxPWEU95MMNVk0wL4Kxey9C5q/0HC+5QQ1 V90KW0dWhov0b9RpqM3iokD7ruW9gp5+6Y8u6F1nnB9HhyKrCTvkV8eAgsTQ0ta6dZ02mQDZ6RwZ 3VmwqQjoLi5y9AXiINEK1alUZu4KEqcA1++gDD8UMPQAteRHNcgM0Kl8k96AEZUngZZky7K8Xo2C gvrd1DvWaUsxtcWlVMxCW6kpow64pmXju1tb1dkN2CoAMHtnDvxQYfiAZmRpi9S6OQV3FlVI0ENV QOjNAQgD96BcTuuCQIpC0nb3dV0YrHVXLi8lzCYLCOyhokBBFAVVWd3qeo3q3DS6jlzcap/PVn0H cYdExpL9LXGhi/Gaj2gcwdVaWiMZ33t0QdjJ3yxGCgi2hJVjqW6pMFQNxQmh9eftXeBpdg3mDjoh z8DDHqSvsPKt+8bDU4/I9xX9ZBWbwLmE3AJi0gUe0upI7CCksUsxmOhDDnuE31fIn37xjbTwRyVs N7WzcRVRlKybZh0iyDGOmJApvfpd2Q61TrYH7MwwaHQUsHDX3K1fBGQPQYuBnzXuljJzkUrLDFrz Ji903SSWbq2iLVXEN4FuTxUm5qgQ4IZAiUShTA70rTaGZ+LYPYYGBzorUARaarYXlmmEwbbeGFOZ UrZHD4YGYusrjajqcoeUlmIcjvPsENEen8cgYtFfFwrCwkuPToS+dhCQjhV7I/fcedaWG7Io3DLn PmNP+5tQQHlH0KLw4SZJH70sRXNCGctPyESTYHSFk5CFWEjpo5wAyWuGrrWkGl3Na2iIbaOdl+Gl +9mS75HaFICZAxNKzScw0RSF4KwxJ4hFcDRxfIDHlW+tpraZBrm5sbM5tq8LF4xHzyYU2KU+shye 2ZvddEqMTWe5mk51MGhb5KFQAm/iprXTjBs0nSnpDqPpPoqKz3adiGwPimAcbU16dtc0pGlnaa0F 4w7ipKaSZProlsRIphaQt693anINjjaL8vhwn9s8P9ztBXFatjNILts0eLZOTqSPUXHW1wE6HsZB WL2W3tmlfd6Gdo3Hy1+nCbEMR3nS5B6CE+C9IalplTaLzrFLAwyLoHvCyAAfGglokKaqZF1mjkfQ 8O95OxtgwueeOzDrQVCkBvAn9ghs/2XPDfUIldkV/TbCajtRdtF8nI2xqqaA8idbK0QYPy+qO5Ik kyewqqmBjKXoQd3GLY1GWdwTTmEolRKZy3Il2jAf5D/h3zVX1JHmuZIlvSzgJFgmxFu0xmQcnvnP NYxg1hPIiOXk4jlO5b1RKCOQsxv0GkiFcciaBEybWZpHVvKz/CegyV8JJ/nzD1//cAaDNYEjg+sV jI2bWXVWi5gi7fsdCKxA3zDKd8KtGmAb0XBUJY6OfMaownJqCgt5urOUWopbhBSRi3b8NCNnbazf NcUDm4qH6TF4zVJvUyouzpZzXHyZGwSLpYqUK2A60crOLErzxTokzHfIp7WdrJagulKsS+ZFarcL 2VhIXzhlvplAKVJhMKus9wY9HnmQwfUKsFyp3iZs8mqGAscFL5bSkMEuVTcJs8mmzBPj87c0bR4T O2aZ0h9jLmBm5eVvWM7usLy4g3gElazl9XKSfEggogWUcEXSyMXzONZYhKIK/EqqChVmvfKsLbdG QtvfO0v+WS3LaL46AS5bILwMKS6osoc8/CNAgTtyaDkq9t8LFwhfE6hkVBigEQ5XfEOnT05vKwhD bv6lMyQK1ngnooWMGUGHGYmwW1NtFY+lqMu6KMKkMtYy24w3TSc2g2FD8mYiaqzggrxCbVoeb5ql 1OJ3Jlk8atRjBcHEYDGLDUgzf2xcFk8QodUVKioQJuT6Mp7smUVEgGGyek4UWooZ5g+Map+Q8mCp 2tiRdzYzInPezVJrSS2yte82ueOqFH4UWZRXqEvoq+nk4VTCpDimkc7jjwyQFTTVBVyVaquRlT+n 5iIQHZ0vnoVUJvPlHFRPJePSYPYhIS+3zqYq6vLeJhQ2+0AUZddLuSGfFbELulXHlfQYqHoHrFRI Aw6ECNGFfqtoKnC0PYDLBVqhHsQXgbBodpJLtQTKHUA5lzip8I3miISRZmaMAaeuWr2MYRe0MkEG /+JJDZwL1yaebLmpPw9FNp9FZ1yuCC9o0ZUuMhKuNjo0a5SqjGSNxFtyHGGaVNdgiCmAeBU7ohhz iiffNOIbdcU6UIAOQy3SLVSBY3Tuf+guVASbCu+24FA6VaGTye6skSgi/sSroVVGRJrrEq1whOYZ jEPUDLiYq1crpRU8K3u1wOiJ+Mk76Rx0Zc8B73xRGD8MiGNjCDJT+M3K5QNzSYYAoGWKbglR1wgp bUYYKYyY5JOavpCLHsIngCZhZckKZygiaR9SdJseIa9qW7T5h2z9+ouGWHMIGZlYEa0oVaGqZcB/ Fu4ngRcg0inLsQqybwry2mCh4g9i+GIjgmszklikiC5zqE5z3o53ivJzjSRTADBS4MVRWosm7Tsr ic4ocVZpjNqmOqr0a7+GiR445XHs9cAC3Qbu5nytm9KXotUVkj31aDBvYLg2jLNsA4fZ1f7lOOSk ta2ZB5Glz/DSfkJCsNAtmbKSlKrRrorlepmEjsJSyY0d6xKgqJTmmEppNDTWElVIV09j4RSQNtkH EWoggIkKtOxG1ZxZC4HY+A+Gc+1WnFIxllMgsiu4w93gtbm4bSt8LHMOdMwZuBunPvBWzuBaRTmM xHpC4aFZbEegkayjiekads1W+sLxiI2wg1e2LDYLtBw0WxlznRMX4Le68WZJS+IhhuFyrZaHwUK/ eoRBP0BW2Kwz3pPnTY49mdDkD+2+X20Modf6CXKgo5atB+i5KYlYX9wzC+6GL7+Am+HGqcTbFWFK FOA48MvmBvWocSuOB8leX63sRXDhC0DbWvrWsYY/Bx0SckYcu0gIdCQhqku+RN0KXxKx4pqQ9RSn EDkIGKgwewImhpl/vlwDnF8vVy+1pPGW7xJTRKFDR9bsexSgRyxA2Z6AQIzXFLr3rb1oWhIcOny+ vlktrQWwZE9IwKMRC3v+BTIDuP2xezN0GpjcWtjTdy32mIV7v67X8/VmofjNptgf/64+f+5Fg54v +Lh92wOnhybA1F6PePsHrW7h9AmW7cmLq5MstNWnzBLenuRJINS0yRehFSBGyIBZNg7q9+AhFuFp qBebsu2ZYQMVHzOU0ZubHC34t6CUOssyGts4eZZfXBDQ/sRtrOfPopsGhZ4Na1yFh/p4OFSxgIV8 PFJcaTR3az1qubGoUHTdGIuwolp+ysebkeFjViA4X7zSIDpmNT2gxEc2fBTBLLJoH/Lga1gTVy90 UGPzoZReZCWZhpHuE3pqUEArTMK79e8t0cSVR4hUhS8SkN24vqBUJmR2NOiY0BDREPJslJRalAuh LS/3FbXOi1AFScNBWYzYllSkD22iVS7uaqC0u3KjYsY+/MHRkrbSFxORuS/MRvIoAqNVKtYrp0Rx upCkNXsoeTFqi/GyayGvUG28LhlziXw00cuxw0bKhCX+ZJsOjwHIh4YWCSkFlt1DySVXUb/qpNHB IJqxoBu5+K+XGJOL1JlhrhnPIBsJBkCJ4GR6zYraIrJRTCPRgcrWVuzLQJfSPM2Y6CRmn6QuSUaE 1JJRBwUpwq7jTuC2wdR0f0NYmb8QJpQ2e0hhobs4ocSG8ZJkbydskHGxAxlk+Uwa4gLOkmgBNmGq TdiHTzMVA0LOIMC2mrrhhtEEcxe/FYBZHb4q+qCXZaEzikqnxlZMZvnukkYe7kLp571gGuUy5mDb 0nv9Z8MZZHgMS+h6rTOWhFzp1HAxp6JETEizKb2Ljaxfj70XEr/8sgUn8Vq67w/t+EBhSGpEIxwH K2UYfIooccrq2jK06eDSJGVZJiIKjArtInV2XGaICRTpWI7RGsysOAAbsVsUzg7UJjYhbyxlZkj1 aKBGM3/Ekb9YlBDLrRubkSSME2YJ0LJEKp6hsfdUxo/KMlvmrR1pLbv3Id2Tg5tCPrJlXmSpDMKV SlVYq/5AWMowQqnYrH02XgmpqAv0IQv7xGiIUhA7PTpLgYxX5VIaVV2iKILollihyrgcktx5HGbP Yosu2nCPEgldg9lVJi/IMOeUuD1OX88uyA6rLhQCwYZxXTzItDNaRzTILA+p1Bt+y084jk7Lz/0Z qCvLyLLJkbfUVBGCWiT29BhqovqrFK4Qtblx5XqS6kVOrkl0OM1kq7szOegMKnDaOmP9Jisy0n8x oLQtn6T3olLaLFhndO5okUyTGZkrCTCjNEgtWSJPQGnKdyjUom4Q6aO+hQtGWETVviabR0CLCwJp fSLeyr0yjKbDJt/MIJq17Uc5lYCjtBRvZAIoRWGyBONrATEcDQEUX0qYeelQ5JWHHXwU4hLLBI70 TAKdkgdU6SXy8cGVbPvJZ6V7gkDpm9G15Yv6aYSqekF8QVzeaJgz/LIHYbOghFRyi2yiMWo3ummh GI41Lll+NM6cN8yUXzWP17jcOEEOZaNo659j0Ylp/SqNhVG+l2MjpaUdpFLxiDYv6kCABnVekBSj 3LuMuCPN6+GQoHRalc3JHG32hP1kjcjrVzpjQnxjrkdfleTzVJYA9SgM2Vlx9lPlWIzHOMWLdMyZ Ssgj3WU11jsSq47k9noGB7gCWYkFObTU2HmMq9ZXVNc60IizQSoiC2UalzmjuZtEjCJOo2HGXaj0 LfOauyHGR8kMT4wjSmpQEGq6fsHKDeTIJ1O4NtEtEGVIzhQDKmWbQ2UhC2jIwHGa5R8ajfLEQkcs LofIlJl04dA1jsaaXyJQNkAmeZpLK8PTy1hhXqJHUSobbtgVfPXNkfwZ8Es8uZ4hON1YGUyCCdRV 9auAL0OYbv2sKf3aanqxDUJEaTbbwUfojWXnakBgUHip+AaIc2kruKFH4AtHgoTBa25zk4ALBhNe Gnv2QkymLlyUg4hzLtPoKQQy0xT0sJFPopAGxSXm5UYBpFEpy5lQC/NITd5YEcYJJv/mXwXKZkgL OyHPlXmE4n5DavmcfgreDbMsIYXGcL0QlKEg06tpXZRIsCeyWnSiqXZJKcl1dfapobhISI3XUS/u 4a3wlYr1oJ+NKYeC6Fc/jQzREvXGH6yy0uJRJpjWdI1HnaRUNGuP12ZnPpUbcBWsumEroITKTCOP y2yQmFss0W2UyQB66GxWEQXiJM0nTY2HtGeHRUMnCVXSSvAYyWgZjRGNz+fyR+PtVUDgcVvSbKwU CJsX01ZRJWzKmwSTD+OtGNc7yynOEZicxJ26MWdXDG8OJUV4sEuwzzo2umwijN+ioWGPzHxqvA6C DlPwetHE1zSKUGzQbeqlsQVFkdKzF/xFThxLDb6NjI0tAQVknmkUz9g8yjKkWMp4rJcL0SrF2lCA d/MdWaKmA5+jKNOhCL3kQY1V0C1jxBKMOqspJNIGSYtRcEsUlKf5j6usJnW0XH8UugoL2F/2MEDc WZf2H0cI4xC5edPFRFjeTBbaw5fPuMiQTI7MPgUvtyE5sEkTi5O2VRKUvDOvBR5bCtniseKRRpma 92plWQWxQiVJFfKpvu2siy2iq+CG1sURkTmxKRHiZsv7BULtyNgLYss0fBExSCRDUvUUjo0px7Db cIxKeIWemDZ1WYsSyJe164UOq7OWMFMY1KGq1vhq7CS3IE2Vo1byfXGSw4snW1NUidQWLTaT0lCh IEXrrhGiPLuY/PJiVy4DdJWCcU9QhQD0TZg1Ausm6KYFPxuBQ3+AqJqqqEVNGIIbYReWrCqlDco9 8u1gVEkhACItQfJSsBba5R9AoVaXOesay+xAFz0nTmw6wp6HmuFUgAJplFCwBVSAkJ5i9oChpjVb whOkQJ4t+gn0cKXvkEApsRHIOpwW6KlUNKvw7/pY88i/U2U3IRnobxEWBEa/rRnzt4eLuwbB8Wcr YMvwHIFUWAfoqertMABGcIXAEnJyjXVC2HrOHtyVkLQYD+rAYOzwoyksWzuE+K4sl2AJMYsjHJQr yWp8p47sR99ZAbJd2W0vZCjlxG6e272E4xOZ2wnZJfKZygtonetYDTLSosenPYxMIeE01W4owSv0 qGWVNMHCaqeFSykogccOw0GMS2mMRh3pUU2WksMGr2mp6+QCGWTdHtsUaD7KE4KFN/jQsz8azTHs T3vgxkRUy0Npki8yU0nvNoMH9ch62F3r7iAYCEVpX6O2FYM0JX/LhKzoTCIMIKqEX6xS2iyYcmYY sQa8YtN4RTA4gyRaAwrDp8YMODlrwYpQiQEONXxIxk05kFfO5dpEzYZ4RPbx9Xp1917HlmWXj46s mRhoRb+XZ7sdpEQ6I0LCkJJ1lUZhHuamLTjkvKU8goLLUnNDEhcTGVoAU27fV6OZhZEN9NWRtdIW IglWggf54dwAVY2hHMo13gtixqbyQLHOh6LC3vxFmSHJTCvUVoHjrvUrlu5DnlOXglfYMrIBKcHV RisRFeGEtp1ascLeYpPoXIoSNvUBUjO0kYzBvCFyiXURDUHADdo/FJujGYELdgILoSFd0JPAOM42 HCv09aYwFPUMUgkGgYfC66WACsXNqtkhxRwS9rmUv5CpUdooTjb6ZfX9cWPzVghErzE/tgUyPhQc 54hQ7MYCP3MhRs28XYzvjLURRPPbWSLHpTjtE4HV6JjLf5nDxbUhp6f2d/VHgMMQYxbfusNaXOGG GeZzYZP6A/i2OLPdYGw90VYzvdxQ+OAcgic2A3z5cC44x7Q0l2SyDQacwxEd/PPtaoDQS1aEWeSR XKs+o9RS29mDL2Ok7bsxyR8jC/ONEdGae7y0CwPpF3JbU+2Yf3ZaOKOH71qe7CrreIme96HAXgHF w+j0Rwtdgi5qamcEO1oU62C1RNDLFK/0o+VQ9M9vcwRtCm3XnJYs21ZadwLvrZADT25hN8gd+m7L HVcmq+2c8fV+s3K6hdPk5h9kWJC3mYONOz6v+vqx8Qs8GjbdPhsg49t207hBsr/RBa/+uv649XS9 Xa43m0Bf2+6js/Z1vl1+L5fvy+/v9fb9Y9Hz938vl5/T+ef0c/7+93vSlEb/P013gtg2DmRh+BgT eV8kW5Kdnvvfbr7/MZNOOzIFAoXa6wEE77+ft9+vn78/f+/4iropzrUo5qC7uJrPAqeb4HZZh1Nj DVUno54vcC6QdGBun4CoFDeTzbQxnYEX1PTgKoFzDO6aaClnb4AUwGivYifj9YcgQvw7EXsBBs// nXqU6XW+BQpxlB+gAOlHxCzANDJLRpMEy/j8uV7zJO3DNx7qMvWcHh9nMDg+93t+1DRtyznzUq/e f533aS6lnkWuo1KOQ6XeF2+kCqzzVZkK66U7uTjUujPfLs3Sa1aw7f3ZowHJmt5T2GjIeDu1RKd5 om3ipXpFDbBDzNA/lvo9f88ztC007qM2rrbmVabI3emEsWeZpujPt3Lh86UTSuKzFIufQPdL2HiU osLHktOl+vykiT9b31TslcibFFYcO512LTAAqNhLcWT7agNOWS3jsjfv4I+9vlJnopU/V4jjOeKl wTJo+WRKxJoMXDjOdfOBBUQzlYPKBHhtmb9sEvPzkw4rNNtcGLeP1VQoots67hc1vhrWzD1tZ6kU Z8u9fNajGRX2SSpzJqAgnfLVONlPF8trq/t1jiF5UcRgoiZYslqgokvs2aMeutXi8eWi2soJy/sN jgegvGbZGcJtEalqSGNMv6ihnwoBd48KMprrf5HkI7NyRYgs2w+31WEXOwsi/an2UAPJIY1o8LRN PmleLfoUY1K7MKg54ukSvpWhFOfxKts1BsrRkFflXTXQFR9r/spEdYDAJNJhnv7Vy49yfoXzQBAD KJesPNg+oU+VufQx+Fzt3dK2RtWSK9VN2xUUCoJqbfBd6xCQEsXTg1osfIVe2WJiOq1mqEsNozgz uyAJPKBWrlR22q26Sg0w0dZALEJY2w6hUh2XjOIDmzRWJRc0tWayAbNjECYWP43OEHGqJYkAB6VM f41O33og0/YVAxujer6haVTwReyHjHUss1moIdFbCayEVL72ZiO9dCuraEMMJuDh9s80fbVj++Xa sWcytWMg5m5+CkCVsBIVhOL0hUCXxsUcs7ZHTgMwW0j39le1dSyqAAXxBh+Ddyq4B8ho1f5eXGxX EyNAwrbkmTaBhrfYDoRXhvYfg3/5bL+x/lAe/qAhTNtNRvG37MFs2jwQVuAWZVvgke7Z8eDyGK4r Ze1kalLqQMgJNvpPV9TjmDSVsH91BybUidlFV1vXaEio0Yp0IIYbbcJvAkUV6SvRJVSYSiYD3S5Q MNLcrtqKp5VBylTMoT+JOrfDoPkgzCzjIvt+dgZOFXA+6DjgNAviq8qY7Y7P2xyH6nDR4p7yx9J9 ftdvspvyMTGJX5W0iPR5YL6IK+GCl88wOtbI4IV35ijJ7GRRvfnWdTfwfi21BwJbunVgoGfJq4zy cZmmMKHcKzwVI9WkOUiL6ZHpspFyTGbghvIZ3Xr4zkxdqwSoMFraXs5TonZ5LkuT9/EVvEQNZsTo a2lbKJFeyossf1dDtbKvgd68VcNzTFKLRjJeT2xZMy9xWfIiBHMmPUGmMmXLiMCWEq0mhTVKWsG7 px761gU9xgIs7MHPIwTwYyjJOVmGc42uHlNQp/jUhAsQovbkVikEAKlC8L3mre8xcdyRLFT5i6Dz /AbCMXcnD4UqIo/kk+vSohy+deF8P997TV3w58PGj0mih3rqcncTOXcLdqjo5fBDU5ZpiEXVyO5J E0yqqFBqnffRFktiTs6I9yVxrBC0U0gDBhO0Bq3tgpooUJ2IC0Cb2JLi6c9FUTVOfHw/dqZeKk9n yh+mzxk8N441wUsYwli+JFhi4lPFr0PaRfM5+UTLcswOrbgdpuI/0SATM2yorgfyOXCBwDQLWQIY l1sIw3BTlhOFgLmHxc3DyzHQwOO5FDSb23TnHEigo69ig/uNIpDtxiGn/DYgnCs0q0+OgywHp7mB 485DcXfNCUVtELe+oIjjXlwyW2GR8zICNE8f8+1usAaaI4bz7ubyB1/yLxQk/NFR6ujjoFJdQ6ZA /MwQ4GQorvMd+UAT5Iy0y5vJWPBN0EmCwaH7thUFLqHkQff6K+7jiEEJCJsgTsmSLhm0de8UopSC LWGz4fzWagVvFocxbvnJhDgrEJapZT6vrLX4djCTyF0TzrxtjWFgbz4idUA239GvPorF2VNBf+Gv jTa4kY7llpbDhGSEBWN72kpcNIV2ZmDuwwqy4W9NJ3cRzXhZQ+ti/pTneJ4FTmKCKWakDlHxdW+G 4kHL9N0QQzrsNG+WW+C8Qie4DlalcT6OF9IANYzCbHKe2XUzUhpUaQIzmMotStkqa153Td88eTwG CxNTBVTgKw2yW1aJkVEeaZUGOSS5U3cbMTl1HV34MDuPBl+Zq0ZHBYGYzDlBjOkK0tg2a7GDUVQy KcwjRLIO23mpgwRhQPw7Ts+ev6p0oif+ZPO5keZrYliBPQjSD8/JNcytmlmerhIslsLWih6mxVTd ziPTK0AB9NTNfRWa0BV9+kdYlSva5aSL6uriGmeIAzFeJZxvnH7QmlysIFCvyj6nRHLoRqrs8u/k 50sFo1q24pZvb3fYN0HF1/AqwcI2qqKSiOT0QhN0VGV1uoLXkLrWZ5Oia2YqMMYiob3p4YKQo1UM iD5OvRCmm4ajEc0LKb6tQg+Syiuq1ANF01BMXXGvcSIWJdWATsGlWVwGlcyVlvTO2AmSYrgadEKP rcF5sR9H6rc0Qzp0ZBduTwxQ6mIR02Ce/BQvMKvAZ3OX66aw/q88MQQZJyAiIC0OLwbP02mcGVIR xkBAGo/gDCgeMlKxvgeTdRCsTV81K8gLGF9foBK+wOwKIq825hW6eLaCjj+gtOZXPEVpqzl5A4qa R1pCQRlmL3TTrSIIdclwSzvMy1/hAPOJWXJooIJU3hMlED41YIaiL3Wc69V93C92YQt3kSsq54w7 /jMC8I7KFxjoPzg8DyMINHV/c2CLKf80tlDTigXKW1D2lYHkG3VFc8W+hYU8uV4QjgbVZWTn4zgj l6WQ8c9Ns4JcuvH121MsKMeNymzpri7cwMtWONkM4/m45LQYmPtX+LkZwZ5zqVRYTo7UolQ1eyVH Q7eqgx1lzN0cF6qEF+PqPueWp8Ap8nIjOt1YP4J8fp63alxaLGroF5eE4DxymjwyqSJW0s1pTtW0 78UKaDIV5IX0Se6KQWbCVkqh5hxcB8D6mCYkMg/4p5/8jeRSOsd18J3ExEdlWYifdsu+mc1Q0CNt BqQwej+Rxwbz8KzTDPICjJSkbP60XYE/odeu0SOW22P12RZAxyG07b5g8jSqTNIlTj4Pr00uF4f2 5jia6dfZTdUAwQJRy9W5Bg6MkmcmAR3Bz361Y7MQwPFwznlFKywYyJMFvJO4DkmJDzESjYBUMw8j WDehDv3VjKPKvqzLFdV5H8ieC2On4XqnAwl1wFfZmdSjQFyiRUhTKIyWkxSvUzzCaxsATIPWkSBy M9msUEbLZ8829UnkbZbm31xBRoa2pmHRVW0JMK5RWEQSWpNn6Q0RKb432QP40rm1uSWxxTD4lelY 2iB27KBpqJC4FN0liR7ryFILqQ2a4qaBWqWooetatpDa1P2a8MubYhnval4RVeZADi0kVxyXNsX3 toVvjSCgwSQuUH1fSTc40kOnUcidLCWmOySoPkED/eJe0l6m6IwGqoB1+KwUzcCmHDymrxMB1+pw ldpAjTwbgDjGglY2p35GLTlKInrogHDCauRfXAT3hwEtsL59PvA5+uZVxPQwd58XblhjFgfLyf9H GZ5F02BLt8YhY6STBYXutS1Z0xyIKGZ4EiMvjQ6fyuwxgczL3DKfrI9DfoMkZ95h1Kni67dkUqQt d1JUjlF0JaiTOeQDC3lbf4Giut0CFS12DkixmUWwPctzsGWoeLagpvMiTdaht4BzxH6rAn0L1P+4 d3qGb9sPLagrGG2ptsy1EP8OqeVwbr2KkRmdOxu+A59dKVVx25dNzuBnYLNj32/v704s+f1BkmZO jLbT+Wrvc78BybN6c1YqdqK0IKeKFOxstG6xQNeUWmJAD0UoGRTMngbk6iWWmWYeDHMtkUgevHAQ J7SUvpbJtBZppa7cw9/VmURPDouncYb5taE6Z8wZckVBxA4YYVIUuQzBiqosVB7FadRNiZOsutxY giJbcrQ1I8yu9IdmeDlFIrtSIwdH38tueo8qlyuRLa9j8ztD3jStgxw2SWWByRevQs6+Ui3Ox3Hy FIvD70SU1CevfFO/DI8PVmc2RxrD5xeyuWnvF2j/P2r8QXC7+sueqkAdk4IaSRq1MeXWQLk+9Pcz 1vUm0EjqNZottyjoOUyeEzyQ0zZ7WgdS4M1Cm1kEDsQQbA1nKLXmhtNXfzfZvjIwXydL6XOU6J3h gKxxA80ZYd4E65ql+d+4pnnlTO3tCmul02ZkLAZfNccpdotWcqzScabKx5SUUkPC4ARlwvWs/rUG hGZuHDyUk8pPsr8wUsO7O2+qujVc5A7WoY15bz9TSKPGKeY7rGOe3Fg5JLQb25aqogAvyiGXdOfK 5md5bA7cEhLfxa3xaQVYki17qdCsKmzbJGLMCYULRdYquVl7pcxhzjhXVyHmW53knTrJSsaRy+Lh 5ShVJ3pHrOnvp2gi6YGAdd00CmJ8VOWbX0cY56Ob0mCz2WrvVrcFdPSUIhJ4nrCfsUkXCbgojGTq Wv5Kqcw2zQp7YXrTzzx+1XR/Deg6D+yHe1JnvY9FFdclYQt1ubKM0lQQVgZoKgJNFiHZKnhtxbkw GwptyT7/K8HDH1sNUVqxLDOVX6E3GKGqFuvC3t97TjbGbhXDBTww88BSbh8sKfkPKYVQhpCALpMD ggwhaPgXEiGqmIR/ygCP2B3DAxGkJtaj4QzJvMTSHz5pu3GKPybS8QyoakOSjFHETERkY+j00HWS pBgVD+mHRiZksvq0G9ouaKQGjfvQpyZYaK64SB6uvXycKtldNSQw2kp3SzONqj8RsTNhQcHnh8K9 e1GLmDJ9XNUIKOxaicHQXYmqW8O3A6ORi1Iqj3Bzk9sAgnG4ezAnhFszK+Y9udwf/ZmH4Q6sBjie qFFLp4jD9/L0EGX0D/LH/xKKXrpWr1GMObD4V29Rb6NjJ0uEisOuO7P2wfEDxN2K1UNnDdgM+fpw chivk5AD6nH0EbKPa46jDumG7CMW3961xB+LO/TGlEv1bV0LBcKDsC4qKpcbk3GgCXqSFP8cfEcc sc+VNorCz+MXBeekqUZsQHv5WeZWIEuTrDTZ5fXV+WzLnficZNf2OE4gEMFTkPkn2s9H0FUqv/2N CAxIK6BT6QoHctGlpsbpb5o2iZSCGd0X/jETQiA6ZQ6ZlHpkC5p4uvzj3AvpLDPYGVhel4Ym4U46 MXGfs6VA+CZnBvS0oVPZIKzsJbpEUplYquN3/WSDmKFVKh0Awm+VPuW41A3LnkbJrJQymFRduUUf X5hIy3yOrfG4FDTt8tEAKUozbKsrwsYopFAJasShshX2gR000wqUG72IVm+qS6Wfoz7tb5S/6sDd liq23ESdKI/nzdOTnmanR/6ne4rBD4spngjv8AEXvNPTog1V3BETVkY7uwOfG7f/0rGWeKKeyM0+ /xPPEgSeECmBEQQnZsqUJcXClr71yTEFnlEikrSLDqILd2378KG/iVzP5NZKW7pqdVaHvnBYt8YU r+e1Z7R9MLdP+4d7otyeyYRuHWZHcu/kk+7FR7Zp5dek8Mqt/coY3Y4xJ6d8WGLCectKfmaJHaCh VRLYQ/nR0gP1Qb6ZG43D1Uf2kquK1W0M3RIqJ6l1Bu/mTtBw6Ed21S2tlDniG9WsyapSB2tjQeN0 8garP2ati3p8f2Ddcd64DYEZnk2IsIKsG4oObYEmRx1movmFJxNopW+iwpIJ0Bj1aqex2eFKapRO Nh1SzTTM1NT0OIdQ+OhAcG2sapk40VjQtlOXUfOChS6erhCAtuJ0BLGCfy4nMz6CC9vsnFn0S1I6 WKuplXnwTrAjLK43rXkA3/CekpXgiGmIfG95FSOtRmHO4YTlqzmJwvcyH0mRcC6El/pIOIbBlrDm zQt0JSpCtESp+rUwVzY8nFsCVpHFD0jGpEbioXsMW+0ob0atbLE0TuyWXlRib1uaft3ao5rie9vY LGwZojQv0K9vRU7JD0xi0EE5Btobx9aciFUqvMhaj4y+3SRl4yvweaGmM8BBOW+RyxW5SEm523Vi CJmn1LW5N1UsDUwIFsCGCg9X2gIFZ9gSm5qijU02NZmUPRmmGYPyZpVyFQLd6UdLaT665k8AwspJ xZNEJTDTMModdYcEGrsri2Xrfi29rG4KnLCfSpTo9uTUgLWsv6XcqN+IQbSHaNofUw/YYcYql/JG XSXDhkH5Uu6YCbGPAjMPm00rWge0MetIcddHu2umTjqdFhg/dlUj1EBWJqGtYwoi+5EqVlPgzdJf krQhU+Yjqst1kaExzqAlhteliZCTpC/YwuxBbjUoy6CfIVJiSZkwtZCn4xMG+i7wYynroANq71oQ qIQaadJ8aVJ5mR4XYE1QZJ+KZncWluWfZcOGZ1de/60GcaMNMCln5UPlP47xFYBTW7+yLPHRXcGI Im7PPPBfwQmFL5SZ39FGH8cHPlq8q6ZvQj0z0hrcnmMQ0eXKZukEubxPPZf9gIYGj/i9JBChy7G/ g7zgqDLeHJopsNfsq2XkwqshRS9cNSuZKnfX0yJ5C/8zrHJx4VIKI5fu7It4irUQIiWzvBQl0I8B iC6yyGIO6YjO4zbqAkFS5p7/M5LEstII49EYewtheNNmFgyqqvCJy/K134StqOU84zNCK7VSgmhM amm7/TTlLnVuTs0qAoQ7vZnyQt8zrXQfVszJxC73otQ20UJofgkppT5TAhgN2tblRIgmnVLm1g+o mKnowTbpsPr0w0z1X8GWB6wmzcz5wGClJJ9M2Bmg4sad5AWc5qkV8+gWXYAgdGVWLub9+J8ZTi5C WhN+5QqEMvG0HJxvLTuu8MQ2GxLiH22H0dJELn4erVyFYswfk8KYVM0VeKe0QBWuEQPbzcM3Uc4U 5WgzV86C8RAWyZsDoRuWuPno49rxpY46pzK5+ZvWcQ6NGtsxyQyJlRgoEmzZT1MMHKaMGZW7TDTp TSHHI2PnYGJjTgMaE0SBHgAApClRhC+0kJOo+Ricrc96xh9LTLVSZRYdpIvzr0mK65wYW4wqLgGl Q8ZAS9w/N8fJA6y0cjCuER3/Cr3QoyNig519Tybnzx/Igw33vdzvOIHWXnRv5iK+juHtyX0uN/yr 80vvnSsQxAPDsf506W1+BvPgf0cf8JLt57zYbW1QhyVYRLN1FgsEEFiKN7mFb7XHHg9MFZ/oCagJ 4S51b+cYWPoBabnLVbfjp3BZ/EgACJuWYhAXswCGt/yYVlwnIjuxYBU4hSTi9iFggBSd4EXJZKkZ mDc1R7OAwF9RT9riwiFSCr8N+V8QG5tiTZM83CoUW3obtCNaIhaTwXmJOdVP1oZv43CYDmCwU4PN n3lwPgF/CTITY36GkAngCWARGfNI1gtjB4mZra0aRKQ37prutkpA1+40pMNyRYPmD0GkJ9au5Rhw O7ZDQBpAHl0i9PVvUHHKjbDKmuinZQvajZ/6xROSpX6GQArx0oEXvHHpy+uMuyzaGAjxxZe6pakB eqbSvd5v+GmltRfRodC/ohLXad/v4QSECg0JyKQa2s+CO0C+0IyZgL5ckV9T8+rDFBtq2OjmimnW /to2QBXyEv6ayPwxrSoEVxL2RQmewRKaHbwd21EycyheuSML+la39srIRXPcY53B4MWznD8SItLo 3JsQE2vIVAvKQ0+x4dt+aaAQWkxfmpTVNsV0mU0lmBzu8TJTOqxjFKBPN4wBcwGqrQy53FvkGBQG klBZTEqWbThV2hpzl3zwBs+fr6/7hy3TDNN52peUAWlXtmNY53PYeX35wULLQ5+2bLPDBDvzdFLH bBq+nSm2eduDN0Ri4EyRQEBk4rpbWidhPhzh5mOnOlaaIAdIgXM6nEseq8SUQvdGVCrBj7UG6ovE Wo7lT+9OBafyejaQy4WhqzSkOjeZasW7sUGCYBV4odM0zcd0WTijpuOy1nx/YUCTLNKHtaZpAoau U0s6gXoOPo4nR6afegRsR296yZ2RV54Q5V3Nyih373BMfiho/X+OsVNUZJu5z6S6rf4ayz/JVMPc TuZJPbf6r51BNbDDjFk0KqrSpSRuXWM9vdmoXMsRrD2KCAQZ3K2DaIwe7e2ay4LjPEEnKG0pD7l0 hovoQA8REIBMCa/totfi427n/df3HR8OFxTdFIonbxHEAma3CA6ZRBv//MMGv9nyj9uFCzpONMjI oe57ntwQtd10emviwU6hvvw+JN+TF5Mfj0Wkwn1eq0+YhGgcmMulzliWfekzm+AVSwayDUmZS6ZT rBGsQPGjVpKcV6JZ1QgGp4JCVaeO99xZOoZ9LnnXLG3RebylhxE/jfIjnaRpNtq0ftiDS7RQBkWF ddeaYxEhoyQOH0wAEyID913lLs30Wlr33WoyFSL1DDj3WO5dVMtlUEVJw+bEB/pTtkFzzVgnEmTp QtIM5u2p9hq0spYfKy+UzpX8WvzylQSjHKN8r8zdBYQjm8jMjcVlqtTDeoQ2C14MLH+Cpb4uiRFK HYQSsAWGqstYwWPprQyKLIfXiZosXzZlU40sPlChcf1fgsyH9+3MJlnlEIKXhd8ecCNSuwtTi/mG pl/QqQC0+oInK44Lu1uIMeGiSQdVtc2jCRfa9CBYay45x1qj6j5RkITZ5A/yS/o06VK0o9hKb+uj ieMZRZUWJ5KoXbZZiqbzIgVRBFFFuayvy7o0V0snNGPnVBCf9Lj+hCEkeUkQJxO6jpEoBMPsUIIQ qxAKVEAvyzMxgNaqU0rkqFvjJ18pZQtPmqNthVl4R8lllCi+CDcIDlaiBPIhAAZGF7ASRhmVA85H ay+5o4LaeFJZ8RHyHOADLwwgwWqRDgZjmvr27PJO0qx2M9zQSgiMxKehQuRIuZKjifhDTaLsw7JL fJClK7voBm6E6rdkAUSC8bQh0CVfQRjNpzrRnsMePYaeAf7gRDCiYCL67eDKyHYvtmkOnxvWbH0H 6RUvLRZAs0FM/qInfMocar8OiIl1wJdAWGGcona4nK/1hIy6jaOqqmNuK6Ylz5Uw9rdjJior67Y3 3S9B3epI5GNCz6rDiTO4WgalxkGQO41J1YfpDehr+uFnRgUVui868crtoWSAL+UYtB+O3AG+OECS GhkP0ghv02W4LJlaXPEtlrUbsz0CGzvdCGhTO9fhCAKvcZExfM8p4L1ZRZrp/1M1neAGG8cxeH7H PmMZC4qOobmmyFkMBZ/e1Xt6YbBPz7/4CALAv64Zy1XVb9NBhyM6LZEhEmGYrPhNXyq2jFJRTEDM IaUPIkT6vnJX/Od2TA0x6fdUxShVUpl0FtjrU60Np5I6ICb9Qqq1zQPxjXrm4tCTk6JRxkJh2IQR 0yfWP1TQb4GImZPRJDYIfbk4RJoRsvJEzjzJIqKNfKG+JhAb/cuUYbzh90yXbgVXJhhgskFxhbET Hz6xVg6JVqpdkcFXxdNEQC0okv6za6qKTLLvgFNsJT6PShg9qBnAG3ztiFd3Aoq7HrDcxbSlcyv2 KtLweKdAd7Z5QC+qsrDketpTFah2fnhn3VrpyP6eAsF7CEFftM4wO0nbbe5Nj6Kw41I3qIn1+Aon c9BgpkjCF1ZgShBr3bjlowcc4OLaZ58ZqsEQGYTuT8+tOGbTiBwmvrfUx5fRelTnifIDuYau+fXp zVsym6nrpuyoUcBRnfTGSTC51StrYGxTZ86i7kEbt1nMiod5G1xwe50ZESU5d/PayyI7IokjQYC7 R4CvQ7Q9pIMwnAnVJxJjmSUamJpvfdjjHS0WsFXexp8WdJg5ujN8s6AkuSuibA3EsdJcEG7gbc7b gi3H414QunZeBNmDXQkGH7lY444neGy1wAhYitHHZHCgOaUaOvPZRPrF/8yKaHqgpkW+3Az12Mn2 NJr3cIemZkLN+FKLgxxFsnvMaR6emU0tCJos+6IwO6xYrE8ohkCwjo2Gb3WJS9jO6BGDP+gky9mW brLlDKXVqKy4YJqkWSR/xKVgfflVl6lTP1KkhIpn4Xs5IX+3AN6SAj1tlYtoevQHMQUNioogzUzq o9PQiQmzcYQoJz/DUGFWuTatROg9j+j4i2j+sNKXuEWNnBPHp98yCDQwqFxuW+klR8XzqgpblYTT tm+10NdcINtDaHM+LZmbFa/CpcpJuKmcCxsx9cVSHqGQpGfZRQ7EA25gypIfXoO11YUVGs6a7PBX 3yiEO9Iw/kDbcEmy69gWFHqt3r8wyePnbfDFSTapT2tDDhwjncKfE6+PdWPuWlNG0AHLmEPkaCNI 2U7e8tGsTRivkMdv64Xh0wp/CRlj2DJe/ws0tLnLhvbXuHTbJOswsDWvyJB8lUFCJnmTFiTLM9MG YEypVKVjcYtSyEt5cXMgD1emLrGLVejXlNFRYNWQkAxD7YsE7fxBQ1yWnKhQjVwtqlCSZEqP8c+F IkkummhaPNVGroMus0FPqqADQpSCtvsDmCs72Dc5eVziz0tITUEsSdhA6ViDZjmob5n/zljDk+Wf fhaDyqWNK5eObtGyyEhDqEoC7GH5tAq91WkR6g70FDILfnGpKkmeewC8g/NNVzZMJdMfixpZCQ0v UrGHvEpmlpqxyoyw8BcHkZq4c0sFq1yoh0d8MeZnzTDVVNTTp9URPE4CnfaRBnlvIavtnlShu1gN ejHQ7IygICqpK0ZL+yUqK/HQkG4oMdE9u3LbsX848Zi/mTjlAHhTuCUsumPSqC4jFX+zsJaHMcji dVMkY8suKUp1VuPjVzTvxbJAWtsFPdozzWEWepHfSobilf9xFFP0WI1gYsI7GoWkUsfWXmmqvgv6 dLLkDT9RgmWx76P3iNBzu2Jy0FSKDY6aBqQYNJM554Zzv/VeFvvgs3CvS0orP+XnPeOjVSx2V+6a 3eAlAZlY14Ro06cLPO1sFq9smWg9dbtw8YIntNsz78tT7XEnHogjzTT6T3CSzWW82Kr3CcgtOo8Z +U5HXWEGPklEl6YJKAUby8XMPqK5S56WE/JNFKLF1Mttclw85Bx8OVUKUC7d2Voot6g0nWwHFP3H eBroUEyzFbibd5beo1WJKFObwjFgvhfNKXnqnxNyJgayeY4yrgwsxU0cKuhupwf2KckCoSQwo/Ar H/UBiGJ1ioW4hLwuGTSmNnoPncEVeQzL5Yg3wdSb5ahuUEAGfm+BLAcSrNR2LMBLzzaqdjVPCxMC lCPr9CsQQDxw7gJVoplogxbCKFYRc0WSwh3RXEGPXmYbDNsfAMLKW+iN74I1xBX/OR4FMBRgDq4H Sg3PAEwENPofhAgUgvSDb0AxKmD4FuzPLWF9AS3ABw3brUrzDygnLCYkKEjQibzuBlszr/NPK7+d Tzz4EfYIudI0QNL3jvAFDiEFOAMk+Q5YhqlBSdosGhHA5yjHeL0pe2FAoQeFSKDqiLPWwM/pLYBm MJpPgTwegTEW9MCGWssjrWSo/XG6D36zrxdQY5Hi/o0wc3ZURRt0t0Z+BUzdvt+hZDET5uMIYtPx OS510ATy7peb2TnZQkWOHRpAjm5QVSgDdsB1gEOhQBqjcIAnLgHtejLFSEAhYMXAtxZQ4Cvg1gOy 5LG3GtPxF9q1eFLLsQGUGwDX6wI/7rgydND3RnJ0BlTr7grZOa+6pibrpORwuLsX/yUZ+pASASrr CHl4CbCyoxhBr5bk4O3URGBoQzKj6dTrpIN5LTfAZAIMuW6DBnGBjNIW00c3AP9qguFLhuNRD7ia MdHJ1kQMbTBA3kj1EsSdJKJD8wzqBvQAGhkAXejEEwcrcfw3DUiTUMMQA3kA1qbFKETGFi7sllQF MjeBQOwI5ynVVuvKn3OwIVQsFvSX82eCmgGGeRWEsR/uAqIl8C8KBB8DSXMd3ybVckoPFvG6fr52 UAkHE0rMUegRoHaB2CR1M207cqLM5NojGuaUx0nnLMm1FyLNpybTSnBW9kqrg5i1tM1Za1Jk8OGI OO09gC1+1rIFkJ6kqPN8xxXgxPANjXL4CqLIw65gO0DmqhmCYlcMYGj8r3EEL86O6ysb6WT5uThe WTYg3UI3J1hmCd8Ddc4PhWv6ZGLCtUHiKlczjosXC7Fz17ghUSz/wFOxPYYTiDF9lmeUH+ZNQ1Q4 eM626GogYHSRum63A6JTvQzI35ahgdISMb0DB9u43q6JFo/ycT3Bpw3PCAoMecpqycowIk5flUuW CZSSiNhIWfFCMXTf+auCeOkWniBAfmVA8aE1HVnQpdOAStlKd0sFdRUIK6rWrMZtSJbAI1cgR5gA px8cKzXFXt0WJhErXhz6Wdo4qDAzJqBwRSqnH0JaqDMVPXZP6fCToIBvZKiBWxFbZudsW2GsqqUi D+tL+nRTcS6oimZlpfrTBUigcwq0dICB3KD8pCiNyQojsbrCsY1hRqt2wJZCtbpUtFVyKhIMIpL7 XS1fganBwvq28Gni22pMFbd/9KCA8raotre1tc6Nar0KTTlRRbfUQCSPlMK9bCLUROjHNZRVQEeV jwhDVoWvuVQ/tFMNAaowCQa63FiWZJKVn5IKHVT3eJ2UXysNTAUFjStzcFvVaId7vqoEUdULnSRw 8K7IaV9i6ZbNbTh3su/VyEjvPGTpej/MsK2MaucOEe0bVUpfSxv02vS3Mc8/6FHDPPqiWtOsbYqT AkZi9ZeS2QRldIRQFYYkbCjDrJVbKosq04iumwLlmjoB2sqrVsMJWVLlG4JtvFT7VOi+fj4EKdS4 7IsgyFptgkYCCiOKWdGNDaSiukf0g24ksZgTtEKUfY7lMi7Q0INPoTduqfrGBXP2sc+HxJ9PdelG 6EiIECmg03BtPdZcRuR6RYWpwXlcTz3LjqgX69w/D6GXhFzCqD4yOdeDGnAsyqvvRpe+pX/4E56j I0WuDJxTwR8ZZqZTBh5D6FocnJI8UI3gtRRD0hbppthx6AhLv1AKlMkQ0p8+BNgkYf/orzcejUur +Aj55elPBPi/l+e5m+o2XGhDgJd3Y804jPJ2enw9UQn3vKRZ+9a/rPr1lNqkJ5nbNN6vLLmi/vnt T+9Hq0GqS/NA32i3Oxc/GUKsD3Tr3rS3EsDbG5Gb5mRGjCuRbfNqMJ1fLACEsNmy6+ktik9THCvK fURGvSffxPWeGfR7O1afnk4Bia6T6tHh1IS+9R60ejAYsRBDip5YH6mQ4TlVPFYHhRj0PQOpPiQJ duP0mGBD5OoCAJkJRgbTyLZJP5biP09R9cI1q7epQbdgtTmuAndDe9K05IEbhVxIo2NshD4Diny0 L52nlL5KKwePbNKJwFqDq7kptwWk537IWEVvD3N8QZmGWiXlipyX97bOY1BCJzUYH3VKe7Bh2D7j UIsoCV/OqQSvQHdYlz6CTbDaMMU8NEtmEiQdLVCeO9IHVoAynYZsaM9hxJjIpNmZLsKEJszIg5ha ROZDWaLPOY68MZZr5hc+hxRYJWcrgs388RFnoj/ORs+wNbxd1ENd55Y7EVbAG+OSQ3F2/mmeOPHH XnZPykUxkWhfw2UC7cNwGCm37381pOmr5BmnFMNNqUws2PpF9EfyYRio0YBQ6J/lqwwOB9mzfeao JSz8xoEcic8O8JGUmLhJKdCqRuuXxRcjU4iQEaJTjZoYt/Ag8OCVnhNN7abCdECTPIUExv2lKGbg Z9/0AddNgguy+IhzDXTACEnJAOZA8rqcIFJLrAlhqVZkOfEChJhO0trwNC3n8WI57umEXJqFvugh Et+8CLISuE/UI77pZvMt58UBKYH5smjdIc///UsYGBrrjMGUDK1OTtV9ge2YoheaJDZhpgp4fVAB rdDbcBmRL/yQ2JTwleDpqmej3EgyEZxCtloR2MU7YPhcYk8QmEQaLC6xCuNhN5ofzPSQaSKM+TgU tdAoLKNVMZqv4EW4goIUT2U8ep2HQEbSjD++Ld8wH5QI6YjxmMtYl0egxnol4LlIN1JCYop/uOWW RpwqYlFOg2hbiTY8PW36Hgszw3C65by+C3UAc5WcwgfyLH7nrWiJHxklWtKcVCsT8idh1r+LOhLc Epn5wWQGOyBM4DZ5DoOLybTCtKxkxXysRuZIJYXek9LzFXqMpU0nCXDqQKr4Y/7myRWWl3nxJfdQ KMVDUx5vCt3pkdWUQlQcys1jIwPoWQZemqqVHvChR97m8QHKhi2c0DwPdqOm496iZI6oOVM3/2UZ 0ZZqZVIUw8g9f+Q3fchUq1dS4CLp8ROhaWfxogdFuAZjhSHx8s2sX8yMg892mmJ2gQwa5i29Q5k0 iAZqRMX6aa4iYC4ZPfqJxGllNDcupod1k2Sq3+J7+UU2n9wVTPrJmrREEPNkhj35NkMky5S8ZREJ FcMpbLH0SI7HvaoG8+clPJxBHkkrh67/FQ4+oExmMgsvvaQ2nt6a35R6tiDOoNP29Ce1T8aiuKfB TC6z9NyWifxxmv2j9Mwt1pIeeTmjTTOen04L7iX29cS1YlrMlEn0soCUiFXiNWImJixGbe6FjAzM I4gXSIk8ymqCiYCa52X9TLLZ7oROjxiH8CeezOubTTzxeoXimq+ZoUoKWs8v1gx4bvBKHp4JipkR FlqYpNIVwk4yvFDjeOQHMOBGRhQ+7/9EZOUvSlFD0D2e6cY8VO7E4L5qIF6E+mBoexJSEPT0tPnZ mBRfM6plJKRuUphRDu+/qbPiogqZpdO9AkwQcyJIcJikEkZszx371RxDFZTzlX4+wIXyKu5iz2HS LtlzEkCYgwpuCMDcikx2byCeolobsXxLpWzei4pm/kgi3ibn7hLjsoT8W+GAopoKVUs66vOsBdTp ntQ4V+VCfJNS4hNOEl/55ePTQ3gut+BrHVC3FlLzCjkHxVLczJozSvrgj+ul93RjBRhDbnFZZ8RR 7UOn+EC0VqEWTdO1iQQbkOhN0wgWBSw6YG9+P5rT+Rxs+dx0Ie117CTJECeWp3XTSBTKyhhhUyHi VS6uYBpV546iE1/oxJSB03ClUQp2EOce5ct/llOjiPoyTEd55jT8pbq63smHHDX2m4+sON70dgCq aJ1Mz2lJaoiTi3mlhKUrdA18TJ58FSXj3Hg5JJU/sgUc6F70l7GsduY1SpYe6cvjcub5WFdAXzwJ Z5wPkUuXwSHt8yGeEElmSDnREVyWInKkhAuCoB7TTFZGAuxRGpM6Mem6Khaah3HzBGYNIakT+lOD 6awxEQ8hokCeESCDARn2f1lGZLRADTrf4VfwagrdlrYAavDWni6Hh9iD93YBxYfJQbmBZjsRbttd e9wGOgeFgw73dJLPoYouag0WAxJ6qR+Qza7ggKBAtPZDMq2bXe6OVLL1PFzckDbE3jv+F67tJGGb HCGz8KWvT2cFw0jh4U4GDu+1lx1q7TV1IFNYcfvbg1hvoVG20iLSQUkw7Rq34fP84cCGn8BUoLCW DnhwAuDF7sqOJm5TqPsAywa4/DrxGBD9cf69fjua+Fq7drPrH1D6G24Mdu7Mh84pRuMNcO1deTZo fv29/v7cz3eHGNsd+n37uf06BjkkunONO4cKOO0DSvrpCOXb7ecbfK2Brpw48ff24xBkhyefHZt8 g8937oQjkr1oz+v3LkDj6+33x1v7EHZ1VPPdWG7Q1df3X+sCt1ikf5MyBKwakgxsvv3YP6obI96/ ft348/Xf/csr/YDV97aQXn/uP3Yj68spzV4CqKV/fj5/HMuMNNtco1wvjl++orHzmvsWrfr8Pk5u vv642uQvP5f/7ufr3x41+ItAQ+m2ri6OfcatDo/2cMFNP/q91J/hvn4Mp6ufzpEGkl8vfy/3v14y 6JhnDCd2NJ5Rffv7/fPX7uhmGJ/+nq//a8otT4A1W1yg7aHT3EX/Uq0X+HDJIdhW9LAFlId3vhNY mMdYjpiLaqlZzAIzA/2smUKDh5laSABg9gACTBwiHEK4xdzQdvC8eHCApcyRnbYIVWjwugSLxR6P CoXVff55e5/8XiwUllQuIog4XdwvNoqagZjhjurDknlD538LsL5xffs24TAlAr6S25twLiXny+Hy M4E6qsWIWaqepzAzTpsDyVfAdaOQz5GeCuRcxAKK+J2bytNC3fL8vIuKnpW3wCqBfnZ6ienwV45x 2Ht2VCoc0tsXh7Q55lFLq9oIwTmJKasmC4Bx2v+yCNT6rQ0bHNIyLvGjEKyncFq+ypSacF4Y8L0o Q76GFhYtEOD5ArpWXB6U2Nks2N6yRcl9y3Z7+qZnbfDD6h1ZGzh8P3kGn7cDFntbSxbdpQq6Ejpa Gj+fH6mHNv4afWe2EJDB/eovGno0kIMOTH/uNM3mMnTdkodAo8uyJmIrTSntyL0rRCuh5p4rx6o4 jMxLr9ZogrHAyWIlJ1S3JA5jC+K6MlYBZVrL3xfFj3IiuWkxnpRp1EJLalCJWxxBIRq+aKEyCnl1 W/2cujjbp7UAqEYJYeVnmxT01lqJfEZEkEMKQ6mufoqJQfiWZVufoE7Zl9xb4dXvFAAz9KRHTJ6K YZTolpqWZOKGxAChhmlHIuppW6qk2WgSo5qSvXxZzp7Ki4luTBeQQ0xYkoRE4pIk5JV5WuaocHBT RqFx5mwqlK4CofqvjAsHzm2iMf8MDTcIL92RO7qAM7GcjCKbbpiPECzXoMgUhkhYY3l5qRdVkGst SymSl0J0sEOIjOTNdl2ZPBgDTWWtLwoFxxSU+an+et95W+NWqQFNytmMG/mBjrIOAmzgfsiaPBMP zlVCKdhdgfaD9+RCMj14sDTO51I6kO/zw0khWJOXl5NvpEBdVXGeQqekOw+aV56i1haGsm10BN4a oqS0K8Mg27V3Vn+cTMwEQgUNAlstg5VXnGRQf6iPryvxPC6uFJ3g2htgmqVJYfQfj38a5UT3munT SYn4rBICSjhygCNcQWx+1U1KWhWxnPDx4fUUeG4Kbz4HMHS29sq4k9+w0YTMnrjsldLhm2MzlFGV WmNikLuPGqwmzSO2V4o9yrk0Sk0rFjIKKlzKnBk1iwYKWOQTsQpaC0qjvFXvaM8C6bVBpMtUb4Be M9cREOzpD3H35rJybdWKaUZt0tAWs4kn5r+eYhG6T8S41N7mTzL5o9k496yROZQel59HyOnjVM3Y IoidITABKa5uKyxlkbpj6Zj2bnth2b36M/ImJGpGraoa4Bdwtg77eFfHbw9Yo7CWwPbxhrbT8XSq ejJfxIFMP2XX7Lgr2IJc+xjb5Z7bV/gn6FJpv2Q4agGR6UXR+/ggSf74n+lb95kFRdT+AZNNQ2tc n7WkFejkU4hSGWvYejRr2k5CTRlOlvmkZjpJybMXDPH3STOKbYioT51ws6NZcGd6g870SGf2S6uM MhYVfJMyaOJmxWoLAS6RkjuzCW4BisQfmtfnNKR+2M7Jz6qyjNhmTrRQjGMamZQy4e3jxCm4I5XV SRgFxpggj5TRNVkXMt2Ox0nn3m0MRr4bdMwoQgIfcg2bl14bi860HpF2bvqrATHTPYH54W20aQsr zcvM+Cjj5X/op86IA0XBGzhuWGLHiRYWfJ6KqsKDJpg5/c+Lhdp2qBCWhYeQfTOuSuLndaPb+vIz B05SHL5hWB+HH7Q7cK/9AwUOv+LhuF98SJToKbcSSSPMX4TXH/7nHUiJMgTJxMAISgEQhyAx0pTg M341ZLe7sbLObYUqvWyCplbK5FdD8yJGCGoTIJTqi08JKzYWGsSZvEHtWmGOWjAY1x9diMwh6JfV adIUSEQg7fZCV1wy9/7JYyAANJS1wgTEpsEQBeJYSTj+eLWPYT5PfMrIEwa535REiAnALNZUmeqQ 0oqq8h3sl5yUw1U+YzjWSKByc5dKSzc2uMvliqZq94bfQ9USFSUvrKIy7s2fZ9N0GN6IG4dJtuqB bXw0To77BKi/zREJZTgtA1IN2CQLTgrF1LJf8Vk+0yqVDGabssyiz3B1c0N2aSxWiD5LSKiHBvQk piAyXkmnhXKz015eKJVIqjNV2Yh5OXmmnOPyGDAcRlQGEf5jshQ4QyNKGsGi/TXd6uJIDLMrzd52 1bxMEmcNxBRCnCZUsUsscjjk4aESCXMS3hdyZ5QAG7A9rcBY6Uc/y8ylJL4t8xF60O/WJIL9ZSBJ nobqHs/K5QiUPLvbxCUuPhiEVhSNyifmsUvFWtCcRvUUjDmSDgyNb+dWHJCFVwV9mRN9Nf18HXZl lPluPbGgEp78tnEFguYZV/vc9IHh3Z315F44FgtthR79lr088NpFkPxYmR4vwygziWxkBpgJUIZ6 kChidzkltmFFDgNTSWmbPMB3tgtqo5umk1KhIfmUfvRof0msK/hp900P9srm61NqBz9RA8gKdcge S8YJCinlkmkaGwl4ymYfJYXmmrFMoC3Z+yJHEp9cJ1DDpjokIfX0n6EjI21AEjclImzipoZLlH8v ESkQDN3CAdTHvER2MC7Mp/jvYgGaqwHolia4R7vlNSgouBVZFjA7lSgO0zrixmepYB6sKyUAFIrq oo+epCplwADklCb3nHlhXupP+EagVn7NrCPgMDS0yqdyuRjVZHykbKVHtUkiGWEAshtbMiie0p65 Fzh/lpbt55DNMBMohpZ04UArfeuSp2SVGWCMjs+xmLvwQTP6jjISqmKKz/pvNianxfxY9ZcJVd3g EzeIFUhjbukA+iuqq2LiUJaG+blxFKKeKNtEQDIYNxe0aio9L/YZJa2wnYPc0C0mdxW7zOMppJE7 fEx88hacxJnqqpbSmEbCbJMAPmKzUeQzu4W7drxb+YB2bm/nCuqlZcbC60LL5Ifp8S0DpOQUAtPS ecT7T+WVUZAEV2SuSMVGEKLvJyGRLlvBL4wghHwFDkQii8NcX6GBENMfzM/VdIv/YYMhkGAKHV48 OynYmFw+iokVNKobHRCXK2vfOILbGuan4ezES9bBqppdqExGMkr4cx2h/oFOGitlpCZ+ICHRol6/ vmGCHGj1F4QzCyXTDJka2CfYNjj/+i+IIq+YL6mwD4o2KG8BQhDDfdA8j6uFQnZ80DD9UeiH29j4 5qawCY5ayxx3zMtvP4GYqB/eQYq0MWQK1ixcE1l7JI5hd5tJzpWlw8SRlenCf/l0Rau5bP74jZM5 tPrA4CYkVVa587WY6F7dpQZEIo2lZrQLcwDe3aF/SVRmKPdlC+RfJoPnMg0mWeO8bqkVxaeK+ogM v6qVMtfcm//DIvTr3gJuEEcTh3D4FQ+xFu6RT/ZVSzA+kGCR0X8MOZBIGHlIKxy3zsOgwRs9DMgu Exk3RW9LXAV0t2MpU5KpJGuyN0YbxWHPNCd0iDYI3X2FB7vr0DtWhjsm4NfJEsmnjNRsdMbmqsWZ TxMT8a0sG8JEUZQU5AwaJ0GXNKOV6VN/TAJK5kvT9mGiSYETGSGuKmGGrSj5PTSEiyj/Ijx/Uho3 5+xEM7rVXHpYO4ljrUO/U+Ado+Tr4D36K0ttw2hWE57lTKIWMHRfL5Y7EWPzLcq3TXHq757/34QZ 1gjwajs6qMbWy3D9Ip5H5qlaB5f0JL4m8Hw4dooO3YJq29ndtnLI5o5usL3W2w/tGbaFFo7m6/a7 guI/wNGWBKCrNgJ7UaDty+2EBsDas+08C+AxKDuE+AzOhVyDrG0oBvFC4fX/ef8Mx3WYTOddgKkB +BBmB8vYiw7jdcyy4w601V6DOoFqg6Dhxf9d4cXg/Y50GBTvLqi8P1YCQOA/PxoGbbfwcIUPtx4A VoZSw+eB7LebtwQGbevzG4bvY9vF/Rx0X/dh9Qj1sRcRHjg2qn7Co13R/8/N+wdB1P97/+/3x79G vMHSvaHwFyZ/dR4HOdrkTPKch+QciNgD/dajMc5mXiLkHJMOtehwAJKhK8P4qGjJR7oHkhammb8n hjpKQdaalk6znCFJTKyy7KiFnLwQK+LGAaKhVmkcNWmgUGom7E5RNWes00/vZ4usYhpbo84Ms78W d8P2Si5FycyZ13GPtIv1oS3l5xjlPPoJTS0GzfxZXmtkxh6K7Aw3TkLApeRmY475fZ5yQcMGYZ02 VhlajrO5dZoBZQ6da3s009raMbyaM3DOBDNntrwK5RYpQm+zlWuoHXpyx9R90SRbz1XR/s7rMwRK MCf77FkSvKQlMTt7dtBBhqK9eZoS9pm8geYPcv/lmbmYkgWUlYv4wxvjyE7TEvIKggkTq+2K9rcX 7Zm+eaNQYlXGeSD/DulywoUO8yfcUVIIebZvwcdoEgsC+kmJz+Bi9yvW5OdzdW1cJn2ODGfMwPAW NbCXq+QRGTgm5WDztyjUQ2olkbAMkqIgpZ3wMY169IgKOiG3he8k3HZt/OQhO2PDiG7qdTopTmsT CEqqPBdBGcvvlLPQ+fbqJA0ELpxxSdVhQsQOYcCHdJyDmqbBUvjPNDD1oTjRxOtiif4whOB9GwPF QflYUhLL67AHdkoIW7bXYAlKjxgcikUx3II/KWAkYC9JIzut9rcVfzkOXvjSzoV5baTs2+yEEGcr 5ifoZhQ43YplA2BLKwjdFHvz3iVcxJMSoKXISCbx2eqPVuabA8cgzqH61HIShouaXlhZYqqfdBOZ pZ34JG+ooolsE6Fw/l/6m1XmEVKtgrSPBp6qkPKMXpJnrPLyWMdcS/P6hx6KOylGTNvTrybYAZ4C YOSRiDCnbxUHFQ8wwfnUXs4mhZWxCtyrFgX5qJqjkOWsmMrowIgVgz39JzojvdmZEEkoJDmdHEW1 ADLqP8sKhEFPVZWQKUlJyizMFCTJ/mF/umtr03YJmrX2xpd9pzC8JnBMIlEJr5NOdQhjWNm06sMU +LAmWi6Ud8FaLZHIsVjH6WtzNyr79x+qqXH2EfNidys+2QFZhaAcigQbYQmt/09hKS0vzD+0PNOl pk4pJBokoDbh/yltc0d2XycjiCtWIF0vNg/0Pg5XAmCk9CzCeOipJHRjVRhOYqdEp6IMoQUCXEi+ LldhclmyhjyW68F6XIe0qDJpDSjOtj/4abz5M7WJumPIObqaovwl/msqiww0K8WlBHH5RHrHBBBV osPTgHCOz5hMQK74ARMOD0kbZYCmUS5qUE1GGP0qusQPM9wqxYa2yoDCqks64ttCjdlqpVAipsoi MiceY+swE5P5aWo2R0QLzsW9NujSClNTo2mTlOV7do/Qdo3zXTNzc8jypMeMsEEBxPo3QYhphS8T 1eHelGr2SPGAYWM1e00LnVVu9elHCWj/xgxjh1SUdscYFOLu00McGIdzTewmjDqFj3fuLWkfMluh jU6w8ZDOqmv1ozy65NhWMT8t60C50R7+bj1lRL+ewC5gBBzypICWYYyZTZVq6DoimaTr6RWVScoY hakUGJmqeaVrKmOTOIJ8lcowHKxPzeqhCH3k8/rUTZQOhBxXWonP8LHYlISzzIlF2AdIHRIcXnB2 GTUNipVpNH49WjaNqw4nyX1Wavs1C3SHRsW71DOh1CvhEzfiotMPdTpLN1lE8xZCottWRQaGEaaW uRFT9na+ujI9P/csAzalGU0Po1CynhGZPzt0H8HRuemEneQk2AgX4NZ5a2LNn+tiUb2Q6a9TUAjM VV2KqTEN4U3B0LQd3tHOudQPcRSQVHkziyB0KBOIGJqDCjp8aJzsTjd06aQnQpzJE5uoN+HzrBpg kGwkR54Gvb8pl07FgonYOtzUzN5LJu5vUHZGFtvjFRvATIwx2f669kbTDJpvwcYUNJ/bAh9NpTMW MlAFmW8aCJsAQ1fzPyjQ3n5aohQR2pQVRJAUZnVkAWNJAxWsh7ysUOu3xVAuaNbQcqjFyVYRW/hI +HSPpBFusaR9lSjTHI1RggrOUOxwGTKFDfkYDNbLlho5GYzF8B7VwQr7OfvsPygYxuoSf1i9gTNS RlucIpkxy0+TJbonK7JuaSnONN9PNXaX0bmgJo9OnbXM9c5wXUz2bj+0a6TxqQ2mB7PGYrcUBFGA UQctu8W0TSzVVTMOOCJcjbYM2mRpI64nd4wudFBLPiBM2HD+mkQ24paYgRuqTn0QPV+AflRIJlGQ 2Ukvcrw+STxKlWVvulU89A0dL93MrUpOVtJm7+5YQAjPcC8TXp4iZV5GrkIq9JYD61CRkd+QdfU2 6Z2i1iYIKUrATDWIZ07VC6Jvx02UavXUqxKgBAtGsVy1OujoUU8sQd19FNsryhpNpuyxRB8qJ3qY tUMHs1VhWiOVkgeBGVEDj6TjsUf5bA8iryAr71VQ7CnPHlONAU7e6wlSlCi7fe6Z3w8HYraDrK1t vuxkOyT3ULMT8JSHHR5pEk7I3HPoPWPrAVQ099Rx99icVobnHL0eS+9pYim6G9uS1PPI9jJVbXbu oL6U42hW3SjYlU9maTDXX510CClQRNbJGOERb03wsATX3hkQmt1RyjFggU0vvZuw1Js07bEx7R5u rS32rYAY0m5q8ITt+PP6tioSB+uhBfDgoe9OgksTVjVgOj77C64wTsfxRTx+hVm46rVHHieW5XZm YNurOrKwlvisF/LGuh7aHpBXvUhDdBVNamW3KDEwwRmklXZt+6nj2BFPHFlsHp3Z3qPB5kpKNnu1 T6xtYR7E/n7xTLfNgb3ziEKlVYEqMJIOFO3hZ+m3nYzV2X6m5NTSgFVAeXn68/EtI5UH95UJurjt kSoJNlPWLf1I+wJqlAI+tZU6lKb36cCoyXoFKh5jiQkzaeRWV1RGoKkOK6KV7p0ZmAGqOX1fGs/6 FKHV4+RGJRKg3aH9ssoxqMHLleS07drKVOkPq0RNNiROmpdwpiNu3C/5rlJ6QZ+baKGNu2b6PEKB VYtKCL8p5Ao0uXtZPSrKFrTBk2ZQe5QakgPUsa46c7QHm+skBNHETQqTJdTsLi5LrkiZTzB3jEWW hAJteCmIS5V7vDiLw3tLPboKogg/KZY20/ADAulAeM2SeDa+zXNUw2HRrSBib/5g5s+8ju2ybtcX r8LFKFE5vZQTPappklW2hbc428F7zXA9/CZD1KSqsRlR0ZUV5kVM3mYV1tGZJz6w0MoCkjU7t9iI RT9iHLgtJ9KrBqauk7SC0foFe8DdikElHw3NKtxttuTdUhQ2mWa71Cokq6bZLP+O/9EW9cRMgViE m9In+m9euRGv15tBobnR8xJtlN04KKFLduOm6GECmMlz0sDgxNc2ErM5Hk+rjvWMDqLRlY8YlZUb nrzTvYpcci+porQGMPgqX1ovOWImqUGi0gluc6RkwRWzIFRxrdTbOZm5DfaeUUapbMHvA9JkF4zf CY5zY3RkT+uzp+JOlECjON5eMWmI9iAjkD/iYD+9ZBBjwle2QdoZs7G0gxecGuEdi7kivsk4XCtQ zr/OROiSeSEgH9kpAdygbci+sd8ZUCoe2DLKC7lQgHgWATBZpCgEgGcd8Ns5IFjdTmkHLfisL0c3 g2ILGS4BY50O7PTgtlg3hI3C19/L3RnCNksbDU7rR2cOd4JHwKr9yb+8N+gVideve7uFkdJmamTZ 1fxrXLtyP+Gft1uxqgPD9f1jMzLotaMvrrf3uwNp27gMYG3zrQhlY6+W7YTWXbum4a9nu4nP/9Vr d+mnfclusM35w35qoK5tz3b6Xn+/er8eupDqekd62DG+w2ztfLbv2LCYEdps6j4KB063MBzO+NUp 2KS2CPPlDOR01YZxwziPhJiw+AdvCQl9nYXO5WJxzoS0nRLi3juhiinuqT8bxdH8ZnvxqOlYCrpv onEDYuwc5h3HXSS0AdsmbVuR7R4nD3ByjIMUh1dDthsZ4302j44f0a5X1hFo+72xy5jdcdPQRPtd o19nP9iO3gHfQ7w3mzZM68UxKY6g6KSR7u2YlNh5/nv+8Qp4dgVfLY6UaQRYpdbMcR/LrNr3m4qZ p/xjh/9jAy3lGVomY1gst/9yW0DCno7h42QMfCuVZPItxHMlbIe9zuXmtAtc3CPzledqkGdhg2VZ BTUOmYVkT3AtVikhRA1EitkSX97bD8bmLsNnm2FsX7JSLpPTlUF1fnge1psFQlaVpDI6+auIVH3K rVSWcowuqCP4wnyzxDUI0OyKZsYqABcWxfF8eAf1mGc5atWIWCOGFEFECYGj1Bql5gXqwbPOFeJM RZVBhUE0ccPUaFQv8PCh8VsDIH8Ypy8xjc/nx6Vk84EucGNtKrbIVR7LBeZmddKhtkgoyufoIpQv Cadqst70wbeWpfGE/ByNFXO3BxpPRN52QrvL1EqD/adlcKUII2igrsnniZHNW5JbLUkEnwrAQvyk Y2ivxiUF33YoUGIR+cg8NpeMJt3E1dSwEJE9MVKPTCPYGaFatn6BSA7bpOR+L5w2jok2TrBxfxGX 2handCW00YEIkRlSXtIhckwxhjOdGnza6S73MqnOQqbrvUMm57oQ4HzwvCQb7xEPDY7wkDXETCGr KGVSLaawHhR2sD9dNdl8iBCGLeW3Ldygyi13elKugv8xzS18n6mhbe8cLUEtB2othTw5n1cvAzVY 50rhYfItyzK+xXSBT9RheLLcrG6yLIiWIpqZlw4XPU1RaiQlt1rE/+MC+5Jbir9VPP7oL+/Hs5nZ bKaYWJBsj3oWm1Ilp3irgRuVQunZ7BOxM1WLicgQmMyaogqm6Rt2043CQAInPvkYiJId6q3ngBin 4TDQ6G2jT9KCu/N10ooqDb5Uc8kb5e0R3MOL8Le00BDx2TeHyVBlNnvkr+xe6hVPZUXR6nGM1Hg8 ZWBljKUQUsiSLYbbtxlNI5b5+H96bxQDbEGqLCNzLdmjOdSqaaG7ZwoN5KawKLfnZGTLWYVuGJTW WUkjdgO30HFLfBA970Wlsi5mKE9uvUA2Io9AvL9+c3cpkd9Qb8qMj0VTFlKT36TLDKE2KC9D04bw s3TtxX0O1tdaVsPmk4kGNzQwh7Sx2oXixeZcPMyWyyJ5o5fz88NsqoKet4nAfsZbskldptKVGA2X cmaDXB7thr6Zcv6OJumje2OvgjzpSJAIooS+Et8PCxSYuFEyt7ha48YnJkQOKyPmbNpfYmqjTkiU bm3jg2Pkb2Gt8FUk2LAEzgHTNSV/giOhZH4CabBcYQJaGiSrlZUKyLmYgCBtenGVEAI+afE9Dxnc bA3JH1frMLA0SAzWBFUJRQo4JnjMgFcEfkWtLBXH2tvm/hVIcWDRLt95bP7k9d87/cMu5joO9onn UeuDmYKGugxWchEGi0NBTPCo2Bfe458A2pGnY/+llfy6G1uQwSuIaoUUoqqZmlVF2EClcLmhlHpJ IoUfymfWuX08ZFMWXHSpprNnO0uOUT4Fh2bMHUsRqYhPNr4FS3mWAbUoABChD53wrWA2wjt5rDt4 2JwB1aHgICQExavesAckhGC5Di4bk4kOuIfPFZVgKXoKwYTS0ZP1EPHYTa+QEDqNfD/pgx1aiHIv YTExNSlud8+YQd6JKXnEBMHTQHSwGejTslVwV6WmyQYnoq+aK/y2Edsbg5mEgon+5RJ7opemUBl8 7Ff/wNBCr7Hx0kPTXvu16jiKW9bU59aQVmyO1fpTHK0mnasqNBfYEaizxOjG3AwpRietEoUxuy+T ix7lJLmzNAo3ivM5mPxH+9LjhlW/PXomvqCK3Sd9TizYgNxTDKzQMzsjZRrx77kqUla246HR3ULD luId2h4JabMoTLcTmjQvzQ/vJuZgdj4zVw1JxAPGogP8ipeh62GerYGkOa3gZBKzMBt0zI4wPIQy jWqlIqjWTyqSMWOsfXEshbL5PSDXUTftjmyzkw1zrTwxn458CtBm/rRri0fTQzBF+WEwqIOhoKBt xMv6fYu/YdrTW/ssN03rDihpVQ53INfuA8ASDREHSM9ztPeoVR4PTZhpKec8EA0OyA4uhhVn1Cbn CsVPJa2+HEND77GzVk+e4ifmNm22zhIMbYYhwn96yAfO73AJiP1QWdD32GGPZzsJPTNizzuLfmkJ 6E/q0ioPo9uDJT1tMBTeRv2BMORCEvvc3DHFwwCBxsa1FoDgLFQDbPY3U4iwdi2ydWx58EQN/5Vh Z+cxBSLkr4eP2uGJQw7vArl7ceVUg4NprSnLxU/P7URaBNvm2KjOTkJih51jJ560WICe3FtWgMHo Q0ZOGlRe/JoHavcyrc9Ph7pTMKrGRjqA1Y2EgbGpji+RADPn1+eTEpCBWvhtOZxl6RmC38XycHvS NGZc+fP2ZJJO+hwNTNCs2/dquE77NniBvk7af+v2koGVA8j0O0djtfdf4MvAm6OftaRtLInjE5h8 coYF2trn0BQzLuEoM2xCTDK33xbG3Bcrr+8aGro6g8+W5XP3nlkvbiBZqjzP37yQu6GxKK8mYVhA 1++lnfecmFzIdTkC3nFQ8jKlEOoUzmVouqh8KJ0o5ZD3cR5lJpqWpVQ/ylvUm66UQpTbaywZLieV 9zpbL5ejKhHzsaUaR/XRpiiulu+YOpWklIRFC0oqRiyzNiie5YybFJ0piskZpRrSoh4wDJsrz2h6 6YktvnJ0iwNG9K9NDvRdxpWTzRNoVVhO1pLkoimIDBu5guZY5xifnyDi5MU5IgbTyaK/S3e44Vx+ 88oD6Fr3OFZ+Re70jBbxwDhHc2KOnyTFtWC9+eDPkqAOVGwFRGsMDD5Cvpy+aeKYak1aXgJWCQ/D lE3x+YHX+KS/oyQ00yQYbU1eyk441fMIIEz1intLkA8FqMKM3aaG0mDbOo+NShXaKfPBjdJiVOOY bwwEK3DRLxOU3Q7tOTQns/TCKRM035ZsFBFiOUknX/JxhxghtajoxnAtccUoqWPcJKqE1XtwTKjY BX4vzKUe4ZvCH/Ybeuf0RoO/Zcizx6DOclSDRU1K5SdPwnR9No7RCai8q+dYFZvMqDNJCmmpxKye 86d+ftNTJTZFap9q26hoIzVlr5REMwn+EmPW9yiJRTw+ioXpfA6qfeY7tRvbUjAZv/EmnjSUXLEk i5nJUMJKgXZZGyPTYWU9GBXfXQvoBZxUAEZZcsETU44/U/lAkhSgrVp0UAZfZchSkjKQAaPrXD4v PUaencrunro+KRu4DC7OWCl51SIZCPcU2F3Nt13BvBOTMJfcY75J8j2l0n8MTLN5cRNOPTId5O9X 01/kQV2GEsVZIAHnkEpVS8aOr8JhKAttXJqRr5uO8H5YSqPmSvDHcExCGa26TKljj0Ibft3EcCNI AeO+iJr4qEDqdGDP22aMdQfJVIDG2JtX1oSeuGEWPLT59wFfoqec2bfW8EtgIljDlnI0zBm0xhBn clOthqdWtDxFjWfMfZ5ceZ9J9GhzymSq2lReNTtaMIjTsg5Tyh9wDVNvEi8xVN+B2Vmc6QIAuV1+ kVpwWFCLA4Ex9VklqDkmkAYYUOdzK0ZJF7c0GWjv9xs6k1g8V8521GpOgeswSosCAHSYDyTEvS6q nYdmgcrHYecMQ2kz92/Lf7DuMHk0hNhCSmEjgoAzhAfMiBQgzSARe4nB4cELgG6TAuPU3ovVQLga vdo+bHtxbsfpFuG9sHRVc0gqmPfsgA5Q6h0ACwmqp+1nBpM6LKIDlyGyQFIYEaSm11j+dS18GLTk MIres9c7LoHgGGOncEuxrZeGiDtn2WEbDgfe4Rxh1w72cOjIunUuR0jt7fK313qC0G1d/ry+dL50 E96RwqYK6YXp7oRpEwwk9ouXsn2ZuI4Nij8Y6ov38692nUdtcMhbr+YD2zYHPDYjiLE9zDDnjuPQ qIVKXAL7O3o6YLm/ztEIaYbun+19/uzoDaAYJNmXOKEfssCpPr337tdQ/gHJ6O+FglfMRPZPbIFm 262duMF0tMdNesNobzzsGBPi/oXmu0pkGqKQYsA8zaG12+bRRmxZxAUK36quLeBUxEBkkl7gufWL D1NwrjTxwcQDoOIVXe3UEdzUKwale4ZqgacGtslNbYis6y0vER2/xYCuWT9tRgAzS1sZ1SJQFgQZ p5zuI/JrFuN4G2ibO0pNGGTvr7Rhv1DIa/JLLJFvbVCm530cTtHJTjJzt3zZfKuZAJ2T5aD4HK1z tiyyLsR4FM2lSGBKgRhdSKBbwk/6WhozqKeKU89ePF3yw1XWgzn2ukzXpR4L/WrOYl2gN5oF4Zaz Q3n84Gt9aA9qU1ii1HnYAmVuIj9QZJBDMsFu+HqOeUGQ7EKzIoqf7BfMDnYqQnE32B2Mrg8zQxQr ljoOrdbhXSwoq9NDXjQKOEzHa2NFwyWY8GO89Q3p1MKm3dxAcFP+ITWTffDfJQk5o0TlUgnDNjC4 xV8S7JWWH6/O5taLJqRJjSybWSNoHzx5WGnBNy/Q1CDgdy6vRILPSQR5METlqzSni+VaecAsOki5 sPtsjnFSdOHaZTWUDWLc1oDQc690LCXjMdFoJr2UvBRThNQzz08xS2m2zYAHKEcoMhpPsOpZAWx0 d/2LDQVVchJISmzkBqlYCQftSSmK0LbClw1wpkJG4YQOELlzs4FSomYxWk8LPcYTrRfBtRRv9VEe lV7LqZrS2KgY+ZIK94xMnFMsLAUSCtPDSiT3CVK+pID+pfYPsEpBCG8pX48So6PAjmK8Zy7DGGx1 Ay2EiRu0RExdpN2rPWydf96DUSjxRdOpouvZZ5S6SzFkq5tyTJw3Oi1Q68m5JBJH2uM2o62uMGFz QaVYmikhpLcWKWHrqxPMlhYWa7enzxBxVfJXztPzGgFEMsMADE8HD3fYE0ZuwJDx+SNcD9TgEVH2 jysVqAV+lX54kOF8GxEoDGU0V9lC1BNen8JO/CU4zCwvrdGyBViBSlgd6kKDdb8uy7Wycapos1bb Fn0JquI56gCLq5z3nO/SjqpU4xOvoqBUXEfpGwL1i3gD0AEH8vmjh5wAESQ3pOcrk7F8Bns4Hjfw ZgZq+S0i6Blyearqs5WG3e7Ue26jdvRbnpyrkRzUQblHFqTWsSxQep8nKjPNkaS36Xr7I7mOUo4M kgTxjNXpUdW2isw0ac1Eby4pcITSR5lspPg0GnklDkOq3IaE2qTtKgpObN3irbSm4jSfI0ohtcig F84NF6T1RRIhqyASt0y20++1YfGZMKYYuTxz5a2XzWmMXyWHlRs8bgkg09Cnvjnc2GKXaX2QiiZU od2DvH4mHqPcTg+BFnZguiu9UR/7LEfUyByNYWh2h0gXyqAJI7YXYUTK8kusZL1WPcvVpwGNke2a Mc5J/ulGzx1gv0IgcqMnNR1HEey+KgF0sVk3ikTFFqpFTiYSp/Vh2MG128prOsMheRWqhAOBsk2E uqu4jYscdsNUC5c5kh64iRt5A3gK7hma8fYcSnuNNEqbe8aZXjgn05W2AZtgu494g+MvBUab3d0B TemgvgMc2+2cSwzIAvLkHMwX8qMTW1OxOhaB3nzPJ+25eBBemFLGmPeAK57ypp8PnkM+TD7xyfyJ S5+ZfzUFrxXUT3xZNNbkYfjRegvfQxXnltBBps1qo0ByKEokscaA8dq9Pf7xBGU7Tod5mkocAAMe xDh44S3MMKLbppULiuCAtq5m53aBRgC0EJOYfLwFYEK8QttZN72yCmCHajbKHQX96c+ixQKHX1XK 4fuJDLGUJW8b6XhvwKqcXdAJldeuItygWMaTm03hapokplCwtvPkYvVWA5CdO+q8aEWObYW14R8I wOeVXlQstS8d/MsSQ1/plba+0Di7yOkjG1cvybJduLnZHp2gvByM6l4XaugOkmhtkqtCf84HZWiN UF/l2Pxku+YW4hTu1ITwEAVFHMErhgwP1IV+539NYdqjDYryjQWYoCQa24vhKmyL8mZqmtjEHWWv zYPgM0g60yqTYMf8kQ71stxdjNZdnECb6o9TKW0onwtHmq/ikwQ7zogTa9LVuwVEHgtZi/LBeMbA f3ZuQEkFn2+yue9CQ95SsKa2iMYZ2RO7W/zI1I7oY5Q8XEVoKsrwY7/JcgroZH1UvzWETQ2l7oP4 pSOUE1fzrAEU5jrPFhWcNg6nMlrhlLmOOabylfFYba9tewo4KByIw0UhP+raP8ZvtdmlVhJSv4Gs LvTd9JwmloBlswncV6K8jkvPQvloGt9LWOu2ySEMdlOINZHkjDuUaUxzKmf5XtqVNpq4BMmnfC7z p6JGMIGpJXUzAfNL9Rp9DwYljvSGz9dnvKax5FG0aWYFVNPPV2ZSPmAMXiO1LDraNx5pBY+Uefqd +uNiTCEQWj+uJuIC5PJa4Y9Zl03nbOEP6Vg/P88eh8leY6PZZSFEj0zf5ihMh6F6wCr9JASRuSQ3 0XiO5shFApm09LNI58ss1Ffuows84Sxa1YKNRnRVR75IeTXP5ou/bpfS97Pw6Vf5NoiJAVIWFXGx RxEBOQmllKbbQnOWSBf23NgDnpSfAIpl+CQH2K+dO+3Odi+Utab45EzN8M51nMwlIJtwGYvRC3w9 t8hRaG2yCsJ45TNgks8fOus2uTDj1740An/pDs7kPuhq4qQb+yNPyI9hDIDLQxJGBSCZPHGTWK7A Lzk3fq1Dw/HQwovFxUWtXEw59oA0/t4cSxoJxM2dEkV33ZAjdC3LokjQzlbbfUKMAKEx7lbG1fgY 1FRk3dVuwhyfhXY3NNxcrdiRffLD6XcpLH81x23JzvqUruy43WJwmSrnTvJ93/RLQjIKRBfszDUv 1ZNYlJ120MgsTESjdprlV4sJ6apJuCSpPscA12luPvZoYbbZTEaEE0TfTgXtaZd5NSrvdNhLkzOl T7rKQ6CWGzcKr1e21p4vFtN+VMQF4Rfj9J0WS1pQ12w6MsiMUmy+UvaQDu9292UIiM8N6snyE60R rxEQv9zVaUJILT/RZ8/FaJpHSM18bjUQ56iHZr5guW5FFlH1qJQm+TpSVQJ0qmSAouyC2WCSD/pl 5q6jv2zNDcyR3/ZPAuE9jIJ4gRg8gshcpOR8SpfCz7Wnw+nt+OxrSW48zJTJUpv+mMjhqRS8WASo h5mooElGt2rTzk2toGO8WN/eg6NDMjCNjIQDsWGFDavft/w00lqv4ezKrNNRxICyw1rxPncS85Mu T4sBB1Fz5Nr7VpYuDlY6U7xe7decA36MkQNCdN+6kh7sUf0ccSEA8/yjFdYgVxriszFMVQuTsCGK drhqdPLDoUJFmsZp6qJKDY0N72oOCA2UTY8ZehL0mJ37/KEauZUWuf2mzCv11SKB9QinqTO3FG3y onvup3Jl4GRdQoMM/2vR+4wVrTrtKaGskY5ldH6wyumkNMTnRCiIpP+5yxyU7ip82FUBsDFSqCUA iX2GXCSIfhqOwdkXgVpJzmPiAW9P79zcZMnVUR7pur5LYuivkTLMPFMmKr23nE8yXlqXfmmGkgpw gsW3MmqWRdVpbg9YZiPMgTJkMNkqhdsDsOn1IaLiWxqApBRjlsXMMFkc4d58jROs3mRMdZPBYzFQ ANE3YWS+dPbY2hfcTGpMoWViVOJFgF5P5uKUbjm0AraOreoEAelJIKBhThpetiZsqUC3O7yg5a7w KBzQ77Q+xez0bNgUSj6CoMGbwplSiVWyBM2ErJYCmRXUy4MDXUOjbvQl9wBxAjmvbWarvza+gczc kulyadDJnnVBZM83BDizpfYWam0XNUS/rwiJOLR3E47BS5keDbAR2xzbTm4v6AC09gF2GAhcttIe mm2DZTa+Tnxsz7/rANug1gzvqv4NtDMYvnYGt+am6Y/7bb6Mt60dg381amtiCw2hw5B6MLweqZmJ IQ7uFw9AnYbGog+nfFuaAAsHCoIAW2QbJm3/oW3b+AZl8zOvhneAYFJw5UbWnvHx4xlyi5uCdqZO 5ywTM1Dchrn2ysCyx/QuF+KemNjDTaUlOYGm355e2kMLTJJk0nREpzh0Mv1nN9PPcgPCLgVCLb0x NdMnD317r31j02SdUMc4lctxvEMQBJdN16bXbjhf6SI7qUqHYQiodIu/QiWu6800I4qWI8ykusoh 13W5tG0T2Ys7TL6gRbnJnPvKwobeaCoQrGCMP7wuPgTmUf6LxPoJgCCqF6TqislyRrwZtojYPnYY liVXU2cpDA+h/JxvoBwNFAPmq1kZEz1+YnXhCVuN1duphJL2DKMY2lwY5SJzTnGPYAMWch394Mrc w0rnkwXcihCjY14QvjBoyCpMu4J6USx6DJrHlALjABfIO4z8XHgO1tfhuijiLQtF/pYVGI5DJUx6 U3A3tPnkh4ipvJHLkkH1O/bKLuK7+FW8g3pj1gKrUXSbb2rSy0uMqHGFWOGHeIv4ZpEEqkzpuI55 ucIgvyPsiR1m5y8ykrMGCMQbAvUviokW8cRXT+aVUhyz6PclD7F/yVN1bthAc8YN7MSWgmTlmsLA LBeIz8BSlFGnTuZt/9FyJ1NLjcfwRTQhkyN1lyJXdiISyP8O3RM8KFUbDdwkCyoPJNgSw2ObYjFR v+ygR24JCTWbekLtTTGtvZIuhtpTJHEuZ46Xj/I9sVLElbUWgDQDoQibCLCBC0kuB/vgho1HRukx W5urDiwXoJISS8ifThVBNl19OopXz00VJmOzVKCt+zGu54C1b3eiv45pTf3dXjMNUOSvmyE5poqY XQcK6WtpwDhnD6Z1duGR8FBlCxA9hkh0hEL92ZI0tWwfXfqz/u3R2ulz251J7DS2GZuKSc8iC3sV 51USDDxcB7v1bOLK5LbcnZnqdpe5ir4dWtcgjU7kbaWbLmTueLFyMc7FK/Tjjuv6H8JkPBR2BnHN DXbgUQ9Oxd1kttmyzWZLbBKYWRfqt0urAzFSxWqlnQgRM+MIbM6kiZ+1It3aQrvFvMsDgNwUmRjx TtAm11mseA12Q1u1S9sIgWFURYptakX4NkyW6eVmmYOVAqw2SnNOXzK3NE53Bijp0jiX4O7YgD2U dfm8nrViXZIZcqJquJ/YKIz21jLQ3KzaEua+Clid8A8FHspcRlEMYdBFosz11aYQ+UDZA3vJlXBh ORLpQd7ApaoJdJoOmnKCpdMRl+dOzLEqfgHS69KbU8wIb8WRHpTb3Ngil8XP8KXlheW1WSIW0bLZ pMRmqRhPkU+ZhhiY40s2LhEmBSLF5VfhrpTHzKltle2hSV82UPLQBIxgxGIRzWT9zoLGyrYRT98w HAfSXoosQCWC5pHiViCVuhpTaBj99pT0VaaJB9ldQgw3++dlEcWXmXXzQ2JxskCsHwrABc2NdZMe l0waBoWJr2MYuXpWo+BFrk10vRoyg+QA7A6CGHZcFJlC8NOTDob0fYk0OjurRLMuk4igYxh+DB06 zNSpv4koTtsD64zWrMouQwNtd3QbQ3UaWkD7ZlBKeYxBWB6Za68rtSZOa9EM9ewf9tjXfhpNU8Mb gtm7EXfEwZ0WMJdMO7VXTdivmx9s92E7bP3ozAEewBEL4dKEqqt61h/MvJPtuUH+LACeUWf1OKMv 51G0T1djxs4g2gduVh3HrX9/eYDjbxvDn0/OdPBfO8PrhKfOl6J4m0V1otg51cVjm32BD51/aESt 6Sba5vV4gDaqt2kLnX98a/rO3saVaDBCAcUcO1EbzY+fthS7IcTfCeoRqAcuK8SDM8QXIYscUdZb 3joForlzeJqiX3HUiyNxrx2+hTBiwWAXHLRLmvnCfpBCkuiAbkMbHCGomFA0IfK2Ugf7YygDMa2U xrDasDnT7jDisowKI/1Zm6hm7feAfr8ZnVFKAHTF2dAreogPnaMhgwjEYQP6LL1yxQMIPauA1YYq QGQhrVUsPJtDPjADSZ8OYbEMBGWPeTjAyNyAPoHYZnhYvd4EbgVr0c1UuQds04ex8Ac5hRGzYzHp UtgilaTA5CNUdY6UPuAh2QWaYgd1k6bxbSWjmW0eeHNkUhgexssKXMkQ835yotZM/z+9GaiClXl9 WgLp6hZRNkPiaPK8HJfPCnEf8MjMc23GqluU81MxKeXUwGyPc0tcMh/jnTGvtCRrM3cczbvyJmjj 9OhUUsYKbshPLEOjMeaju8UEh7OZkj4zN3cevSUOzOFkioW+7m/0yDOIcfiSt0/6JucUu+PD0Ik0 j3cVmugbq2oOXIonVVBBSWKgOI4avi6ziwz3jvO6mt6YvXSyZUpbx5ldzlM0zf+B8Kqi06BSR0Tm 0PPJWQ1HRj31N2qxgorNZGR0STehdcB+E8L3ETD7wgHydudSAmkGlfKOXbEtbGaypd4Jv+mkiROf 6HboVGFIHGEHCC5mmF/Sc4u5k0wRqs4rjoQ75oAZ5DXX3DlBuJqgxGXtUx0RcVrih/6WlitZ9G9v RoxX7i3a5AdQ1eKzwFjQTCCpufELZrhCg1Wa4mEbD+JacuVM8rJ6z4Y6p4Weude3FLjQVbJcHHGI N13KIcBU6WdhpU2DddXM/dmxfgRWGVCSxDNjKHEUiWKsUJuttXhqfMM0ekkqpgVCsQXb/nNXcVKf aYrvplqcktqlnD3Em1zFFP9Z6R6bSc+vvQcEkaAe9kvukdWBVBymwoXQledJQDJSHuHT8CWkz9wH lmJeEvu3LkxAmwyRyQEyQmTPeM2aes+8DeKzGwOTuXY5kpk3Iy3MjCzKTczzEFTdL3EL01PsZWxx TEnVCmQG6vaAqK5LpTA8hW1CLXFREswxQED6ADXNUGXFIQsp6V3szx/gox+aQah6QIaMM4f+yHXI p8SAFumwoo6QZmhKpQxKo+UpZ6lv+xD0o3lFIo2GA6Ai+lc1EmpXsTaPXfl8IIeZx1P4WMnDFCpB 4yV7jG/2YqTfvqbnJqiZMj96owTW0NR8Kcos1dyq/UxIIwI1IFFmrUaOa7LWwRWQAwCVxJvsAsPr CJObZNpHn6PDBYmiO0M4ACG2WJBXxV4pckcK26E2EVkVMll2Qb5WWBDlV9wo6yxGlKtFp8aU329N xhQMiNdoQJ8vsSCa4ZN9Zw6ZfNpOBlgotaBmrmrDvvhIN4qhvi2VyptlEZJqhqBq8A0uAako9Thg J7lL3YMVALkDJPzuCaxgOt8gBqXl23J+FAbCoAGKYxbCSkiO9Sy6SMaG13lYEM4dk2hK8ZoadE2G H0JSyPMbKzWLxXHaGJMJgMFm+X7tK4ZAj3kPysgnYxqPEXfiB5p1RpWymnmB6l/u0EVTL/1wO4to LQgjEmEXGHiX/dY7ilw1lKbZuUvEJR4h0Xg0M363SFVmXg6Mjbxd5ibH7W401XcZAvnwkPQe03IZ HQxiWswZNwyZnfuLkVqpmpDHpZIgtox9wVpRX+WFJne0buIfEQTn3IMIw1QpeH6kJEFHNOrtkr2S ZrUXJco2xYsPJoNav9FDjV0NOG+dZpgb3gYepVizo45j1TmC9jA9k0ghY0ImZej0xMos0Qfb2CQp TMyOwM7Ax5Dzbvc4Bm274lA0s3nEEJW5WHA0NdpnUAtwHdJe8MqhQSCrnsKpOtCAauUIom6Gjmmz 8QhdcHJLJRBFuayySANaiOQTxZ30zg34ncoxIgQJmj0TvbPBiYFuewVf60QpN2cZ8yDAuTKorUwr xTYKZSYgdiPxBOC2INQGLrBWCzc2Wt0rSMNyPz4Ch13yHwbJvKw6tRDomrugxW63PyDwl9FBWUGi 0GijxkFO6AYK//i4tUnV6c16hKwZ6wwcBiPbchw47t5tB0NA+LjjAsJb3+wMpwmd7uKQAWRp++YE 6PaThViHbodpB/e5AZ/tng60DsbGBvwH/Wprqp0ZUfiouDfJuoh+/o0om9zF4+Wa8Ht5g6j3EExb 7HYggqYxK+TbgcjnG0y9TRHFoyw9JugKpk/bwPQgdDZOGRoato8go4bEoztE30PtxBR/27ki76Ea 5o5KOKS92r6AKzqSpj201CWXZbbpKSZjC3213d59saLN8JraFotA45DP9e3Q+DYb6urKx5nSK8Ja 9eC9g1ljRq3NGtZhNAaeXoFtAzPHiFDopm5dAO0gU2sBNLS0IcS7+GQRg0CxIaWJJVSFlW6Zgx7m GvzkWvJvVriM27zwFmNQoWcLNNSLqrNIm0m4ZWM5xh3/OI9pFzM0Uhg8U+AYdIsiYxUemDs2RA/C 3T7bpGb5GAR2XlXpTLvsCkCdj5LeskF/Cpr5MHdl2XWQVbkEveEbCW3Yf2sjBqFVEVSQ0rp1IFf8 EbpZN81zv3sLSdjYcSp4yI9A2lE4b5ZX0YCL4B/M3Xi4p/NuRzvloxzWWszQ4hJuRGZsI0bJTpMh 6Y6RmOp9tymayVmRKKU17X5GJAO34Ouj295e8LOtm25/sTyUi9D/IWsLLOm9J0SM49iM/EZn51mf ymA9sOA+60LsMQXSTWtXeQQ9sFaegOtgbmTX+lg2TqPMQs/2lfcson3dL+k2L0QBGi6GZaL9hwN0 tv2KGXWLUBK+JSmETZQN4XeLaCaQ/qYPnHnMfLNalIW7sFchxH4EEg2hCjoUz2xbveHlSnJoALe7 XbvaiLhqNdlEqbUURqJV+cD3Fqx2jG1eU5NyctpGUS0h+6zSbJujoFbKRxMpoGBUGlSlpkcaR6uo sdCWRrR4dNGPmOUS0S8aWhOLKgFbRDM1nIk5FS9NLw1f5Ss0V8mWsKGn0dZlE2ymuGQGGSWpLhly +zQQzaKfuCs/weJiopBB1woruMN7tvDhD81EVeaV4ScAf9p4YMqb7wKRLNHfdLgNQaFRhbfM0gj4 hC1gi1Fa58SElQZrXHXQUd5XsAzcM0FikfQIhZUPXW9ZAEeSSwFd+iL+ST7aYolQ0wn26WxQzaQ0 LaKFPJWLyTQBClUEgI0qlNBpigATCY6eZMlXMmY9f/mAX8rTekY+GFu+dFTQZNr7pqupTe1AoRGv tnau6AAHU4KaCNkBfwFXe3t405RylQSiuQKzuiAdcxvQNEFLaPXU7AjC8Kw3dic3bCjCEk0ZIJ3v 2cDu3zLiSgOXKQcJLF1cLcEH6U/WgT2GWRlFY/9pHqOpK5lbdpWwyrflFC3occ/2A4fmsKm9175E vuTNf+ZVYUPlmzkT8a+ulntlJqULaQrhSLbpedLBcGGC0GiXiiCFb6JVXvxGcqpWreu8lcnYhIIs ky8dTeQoiRhdtBSZYao4orDqoIfESUSFS75uQBKVM3T4NiV3S8rWMmYlTxTFyi3bSHoVrKhRWxIE E1WlImzt8syUgg5oYW6YVH4GT0kRVcebX1/plIiX4AdCNcgScXu9lo2bafA1J0A9QSPeDsrRJNK1 VKDjmlHTNPCmEV1PWadc4dvpv3vMiMVAyCq39k5ApaW2GZPOaCy+6ZQGO5DXMb0Kj0W6EKFU3sbd 2uJVJOWMcC40FksGhneQAV2Nyc75BSZ02LVTEQYbOfChM3qdJQBA9h6lPvfyTyRBunw0XSagrQZh +BTnYVBtbEl3tDtBvscl8wIjewlTBghTw6yoyZp6TWogeNaEcXUTUBuwPGQSnNzbNc3xoaMXkh2I OFTHhmcGhJROI6aEmAU39tNbJLECEb0K1OwiFi+M3OHLUCPe28ErWHccVtwxNb1PK2vuVOW96rGj v8PTgcUdQdPUWzg75X2Q7lc0NxXNEjcWoTkguQkFvqYZJqp3ckHIAOoO3MaylMuoGN4iY2LPZ8FJ EmWAOTdFNMzEvUZPbAQ8i41x1JZZqQVaE7FIGoATGVlH3WWxKQeGIYSO8c4ZQ9f8DOahE3HT/9xF LGbIBvQFtrJgNxHSU5vYw3NayBcWjUXamXXciMnGowZsmSx3DIjSVAsdboAK/FhhCrSebpupImub lZidCEqVxfHUnFDlOmUFooQYdETHsrU9Dl0Biaq+UV0puHIdpS5iXBGzDSXMh8FjWkHdbKpqZQt1 7qsCjU0FTxAe6mTVt8CatbKJ6WPM6klAUybTQgdKXaNvWjOtwr5Ut4GyLIFVn6UBtAcV8ztmFDAa zqJTcGTQZ8siRMDPHZJCMxbj6oYRWA1Nox9Naj7MrwVXfmCiXFjJrSkAWSj1yvkU51HaE4j5roSK 9wQ1DzC1wfuHTqN3a7JOwejCv/VZzcXQkgcuFjqNTYXODEd3fFQKRj5GjBBczeeQOVsOvBQ7dWyO U+it2hiKuMImUhAqImTozM1MhPTDJ3WRJ+rYk1bGEFzRm09A2EnU093WbTJKjX3XShNOuMtJMzkX C0nbbWAg9JHG//F0J4iN40qURZfRaXm2LGtw/f1vr899dHdWllMmQSAQczyA0JlVozKHNrfG3Fgl iZRQkYZ5FRtS2aCRuSw0zaFSS1RFB+wEyWl0lGEFrnJdGYE5acFt6GDuXdtsuETAg20LwHa8yxoC P9O5DInFZCq5K0gKpjQpvder/1Bp4CwvInHbrSVC+Xmjzt8Tj+GnpIEDPmlHrpuUX7xF13rHAV/7 nXb1kmAZYz2Lv7RKNkL5g8Cpa0lrDJdwNvvxjgLpIQpM2dQr30yOROMkbYxurMaK2sccySdSckfo z09wA6iWBphMIHbECeKl3DoeJlHEV3RxONgjwGWYzDbkXNHjLrpVAlVaTQELWVKpjGo3Ksy+dJOB p5eUB4oXNqhNP+VankO6YodGewwNI86gxurdN//Kucte5DBxSQM+CPf1Lm25sFodVWDlV7xVrEqv Rus7k7rcBoKhCsy+miressN6UQepd+y9q5jV0s2lWDY6NizLzyOZnUoK7Xm80sBKKqcRuq9mVxwN dAl0Kt+X/uGTzvIxnqjI1g8mISs/UKIv57Jf0aYLc+J8pIZNbS5SpVYVNR+o7K76irUhjaNNvWki +Ka44331uDevAwmIzHDVhpqgDnsj5ei5GiIH65mxJcddCkcymK4UJCBzU/3FexSm44nZrwRZ1KDf 7aPrYMZ4PBnq3hS08n6jDl++bvhDV8iqQx68lkt2jdVeBSRK//Qa8octMk8rmdjkJ4cLQaIj3ELj 8/ZBKt31K2vAfKzhxjVquOyEmhU1mpfSPuVsYSK1MU01rPqWIPSCKdYlXDTltijSDQ08b9i2SUz4 COxdXY84cILoMcuZt3WOQ2ZdM0UcKY8Mw6XzVf2pMCEng6lx+hwwoG+DptSEWrkNjaF95lOgM8Tk tBaIMh6UwGgVGJXhWBiaQFXxpdmJrh4F8Xx8doioWr4Oo890UE7uummrZGpkAhyHej9VUB7EcigA S4ekxWTMJgDASwbYthmPME98j9Upth5xKDtgpgjWTA9oCkeKyfTQr6FDbnlBlO8yc8wQ93semJa1 6QEVzohOK3BDE2bF3ZluzYA5eOFMmYDqTpI0x2wIEqFxhQhtjEH49u6cXWohlrFE2XJ1h40uqW9a Tw8mX5LCbhLHMaKhGKCDyIunjuLwP0M2uVxbDJhp9qw2vK6ylK7yWJSkLuAqoZypUzJgebiDiMwh quFlLmI5vgHrsiy+bubruAPaxAVwyRkpnkpPmh6jwJjWDrAOKZlO3rx4Su5YwkUUlb+fK9gqsPMM uqPk7dQNaEdSL/qwhXwq8nlsRPgxh5RcuutYBx9ibxqY57Aj2sJBbuIAPJHiCk3qjP8eevNlAfkG wix1oUBpl/Ml7PHGgqlICCt8Co11yDWCmK7PhGbzcPucOfVGDDQ2frz3Mp1d3Ybt5aY3+5zTz9Bk MLyjNfQM3fJNaqFKtoVje3QFSGoI6PpwWghQueNLnCCN0pTS2SqUh77RiC0cmYaOyB0lB6SOTwGk wZpOfu6kjo5gzU1tzrahg9S4hVTCw3hMnAF0ER2+Z2q0NcVJo8LfWrxGvgmCfY3ucHAuhZ6HAEYX iDHg92GTs2dr6jcbzjuwwRAdpuKADx8c8PIRvnfsUdfQZPuyCjK1DRwFHVpNLiHYvE2uwiOf3w8E pfifFBoaD67HRITdAh0vl7dOVrlHuZNDDNn+c4zEkU44Pzu0G/3o6ZgUxJC2I8vnL33B5RULjJgV IKinouHGZDe8K43T0R/wQMqBe0BF3A8tzx3RpPiY9InoRp7Is8sfYXbWB0Pbug/PtNYQO5LlxOnk FkEZhbSmj2iGqNsP73fUFatjCea6ap4dt4JLJk6ceanEFOym/TS9jgxHLtxXKprps5ecGNcN1qPM bNF9tLrncDaAcGqQTht6OHArO673goAN/jTFpMW7hOVhg7DuPNv1XdxIN8Q6h8W1eotooxf2Qo1b 49CMp8BMvGJXH5ZjkBQ6KxZ33JmWb7S99ITPbLJsEk7bCfC27k/AZixYuIMB02WvVPAFdBNLOo+o AAFRdwDOHkAvajGoTInjRTx+NAvj6JfM/CHK3jvweJqZzXEABUSGPnUtJ+r7TVCEDGwxESqdqTIj HeCYVRjvTfjF6k3rL+cPODD2I8SXq+aeUy38oiOzDL4IAUZlUzkBhkvI6WqHAZ1brurwBBPgePRi TYSuYV4qwTyTB91DtP6Kv4XIVEG2lCaaKzJ0bDKcD5qxdkl2EUmCFz15ADMVfzlWGlUYjTveGC1u 0g2k0It4KArHq3C/ss70p1hJRchOblMuSuKBxnnmQomf+ubltVXh8uecFiYuDE4ghdi+94E0C3gl iTrMBxoJ2Lvm7cVpdSCKUnVeIrdj1UnMwsw86Y6IOXyyOYksiZVO+ux/3ZS7pPzu+UVXveRl7jHb P+UUJV/CVPcRTygBnv2b8uCSGaKvNWmFrRBXCa4jcVbsc1FFUyot0AdhmUwxSem3rkRxoa0qW2hW xvhqbJuZC3C2E8hFpCKKFwN4pLRQaeejDEDdAt5cuVSZLy7axLVyd3VhyWHb7SqXbKWqfU8GHoDR QARhW0iqijy6ql4y04rOcBhNa7z0uD7KK/EAFFJiXGUKxpnfGKkK2+rgqrZqYBhXWJi4XbmlW2MG VVESZXYA1FpHqtva91ZsbFCjhv0YAnytsFSyS/tl3f7if1fGljqqVBS2GlrFacbqbeO0dwWiAz/V V1kuZlapRrVdQJsZxsIWJBJI0cQ2nqj10yJURSeTgKvshNcyjmBJLIguNMRnHMHNys4y4NAAr6+6 jdlpi7EwAv+ca6FQk64MOKAwoQN+rWRFvz5pADpgF00GrBFJOlHtSl/aU6rIBRIl+BRrQ2MRebTp yF/FU2l4KB4FQ0thyFyQFyInd+3VBjrbLGgFKhUPKZkZMJxUI8KRioUQG7whZNTjCGVTY5omrrc1 u98ruhMrE9aHvHT79iWvGGGYoMdwKASHcA6EgTx0imzfjGamkJTK/057CAEJNDLIqT2TRkMP5CSg q0Nrw6XbRAHhmHYjvItt5I9JWmvfLmi7eFEcXNthtagK6WVl9KqlgUwBFJU1AWOGq4Bm6rRvvXPz GerVnvyQDnBxl9oS3HPJADNDcbJXF0J5qukBqDAlb4SwUNoetumlA8BVUMmzrblBxW0s9lKEHcz9 70n4hQNywbM+aJDe4vcLNIlwXrwi8XTq+/hOwNnO9Y2LGAW+csavJaOTp2ZkA2CxdiCzSUQUYkP3 n6ZH4+QIDqoNFUSAjXkhPWAypOILQvsmuRiNIa6Yf/uN9UYxcS3jzWNoAHN3wXoijdIcVZBePPMl gEhkbtiLEGNVqcUcTAl+SdvjHbsKxnGQS9Ky0Ia1M71hWW5m6mlAaJsDhfEmn6D/kHvPNqw9z1QX lEssTAN3e78jzpoltWlVQOfDzUy53vwOncBkaot5OKDbGToTA6J2qwou9W2XEP8YbakqqnUX+mru RmR7akrRx4EJvLprChUujsfGKjMNHs88grvdiu0n8YV+cD7+MIHDD+eEGVu2q494+f76z9ToobGp RNpLVBVCSMuNVbSwvb7/UWshU6wrkuil9dw8obCW88nKCxrN7vAVr6UVeRoWIeTxZcjJYXFxmrZY Kkli0KJjLgS1+TNTM5VyJk+glcvgGxsrj7Xr/EdVs57ig9SuciwjGQ25N0JPAbprfUGmWQjWr08m xlVgnjAlRZDYA+pQI9pyfEJbNOSS0sZyhXb5RX2JW9yNgXRRPIzgOJQ7wSCeFYNtxs53ooeYPMcb JLJ2bkQg9eksLGWkgjPzxN5UhaTBp7n9mCBwC4UcXxRV2NLpYz/nYjQXZGLPTp7n9VXiBGxKpD/a cHmCsbYVioop+OYiuyIhgvO7D5TQSEVhzKMT+tDItek5bRc1qCeC2Jd7XgZP48X2LI71UYlsoZ6b roO4edIWGHJS2GrKolyhlLCYTwFL53roLG7q6rHWC/VaZMKC+RkfjUBaOVUubi3CxmVmGdauU9Q4 wxI1YjRFiBqeOj798EpuAyhIg9I1SH4Qv/ejNXo8D05PG7vTUpmbLZ33SgWiYimB7skMWT8Czds/ 6tVd43aoREeja42b+Wo0c8epFu/aH1YmGO0+B+CXaKYrXeHlMkPS9L8PkenNn7k1NBvFn95ycwuB XgpAZf3xh15M8cl4MdvSJBXg27no5oedZh1WjYt/eRr25K1yg7TBz1kVl4IPvUhjasJuzmhek6ux 5gIWMzoC6xF7vH+r8y3yJseynYgu0+WBC1hJh44CqXi5/Io+GaQesMUF5+HXld6ZYtZBB6k5VNl1 NFI2Xzbd7ggqTm/4l0427tzjEmBKxfj9ZfvsVAXWdr+S/opEVuZPI/IKZdfyHxlLwJpMQ32SD8kX IEL9aDSYi86rHSon5nOAk6FWCgpraiVX5sRB2PJhsy2ndGVlRrdfeXkQDuCqxnzRSo98Vrl8K55s vkohN5HFlWynOompjeWthRiBpmV4cyR4OScHB3CZC2bZ6C0IhG+V3lCNxJrFZGdhMJU83Wou5pev bR2zsiniYTK5BrJTZOVcGtEjWF/JHndDU8eZTobSY2JCkIeqXVRNlOnPk2hcweIKn2lM3wKG8ypB Cmc9qzilS8aFbk1tZGhTaN7cdEkaNwwmwOFyn0mWbtPvAv2lhIECGb2YrosS2pBnqthA+Meqzd3d OKD00TJXH0aN7qqhXK3pV/4bJWnlz8N4Y8ucXnuupAxJXi+CiGcnA4/MbgLN2n7WFgsWU+WO9gM3 4GrMoG+tSUZu0JKWb4LB/VVVIzWSTID0BTPEGKZFkP1OhEnNrVWikWraiCNFsbCCOfZ4SJFPCwxx hDn3CpYADZNdsdj8h8IM+WmHXfqdoCl7DFM/UyaT0+c1sBLO4de+Skm93Cmvq5ZTdJL+eB14meIr 9KGFGB2RTaFFm+AR5K20r+xGmYJZJFUv1wy20aRMGYVBIC2p9NO4A2FSSFNaRdxME0AMHCt6qQTr FMuuzDxbEPehd/o15ks6FqzzclmQhRi2nUPZGjFm843MnK7qHn/suiuRyBuGjjOT8Py8hyuYC6jo J5uiQhRquUm6FJcZPN/pSRLRV7pzay+YAREIAlDQQwnSHJCbKptGQCJEbvjY5kjxcAw8FWKFFUYm ik62IM1cFbl5nDV40DqOCBsQADTQKIA2SYbIGA9RsJpgNFRCYcJjMBu44udQd9OnkGFUWWzagCrg j6EjsoMlnJR7foMsaWDk1CbJmGznsXvHAbiTbuAUrMaz7AZsQqTQOL1HRHuu8CMKAZXJEbwSoMU5 QhStkzVuAJHNk676Ish0FhMut3dnbYNL7VEOtwyQHYAXxtpZ3BBJoBp0GpnANGg2vNEHEFjneaAu k8TQL+dL98WXwcjZd/AaG3GiyNiO0dyPvwl11omNZXQMrP9SuVI/2nS1xscQKZ+aqHrZLGc2OuJv EkPeiSQGHFHOWMKb2W8/nSjvyP6DtgK381ozvXBuzEnxqRDtAye25mLonALxAJ04TQf2il34mJm9 33dMps+AyqvNWja01z7Qb1tbfUi38LNZi0UYr1v9+elyJ3+yO3wVQ+HS8PUwK/tIGWe/eopcgcWp LhCT1EiPjEG1IFBheLpr43jY2ja+4iq4N68pmJTJI7/neMN+STJzKiYv2FEAKtrwHKxmLSMAse0q 95hx7HtNgqko96pFTv7YHM5UsxdrnTlbv1DFuR4KV1epXCix1R8qpusI8u/efgI1lBMaFNadmPMn gNEticI1yb7GNIQl2EauqsFIoKlr+mFNTViTVMikWmvgWQWwvs3PAVbY+NOCZk5Qe0/xhGwelG7K fR4XgrOrlNCVmbhF3eKJeRnMEkDm6qRyVtMF/+YwPZBIkGEKtU4/SA3uTExlSHwBfdi8IMxhk+hY ZjWvgiDPdjihHElTwuAVgosxY1HDz/Jk6hHOmY5ROqyOt6Q7QWjCQxaMuCIGYPqUN5sphFQilduk kYQRDe3qlx21lOmZxopCbZoQVmrVBpr59OzCbVovL+MLPU4metNMyNZQH9xUAatFMUKRACK4AsT4 0kWSKs3H6jJl0Vm6uIBeuiDRKmowW+t0hVRJds7fJHWGYDGaX0i+6KuC9g9lLWvFD3QHAiNMQFEZ MWvj0i6ziXRdmYozbApVcQe1gdhHjiRtp4HElpPUgodJr8olqAHDcI3vJ80VCcgaO0zEVfzJiUw5 C5RNLZ/ST9EHe+gl5p6vLcprKg6W1O3zfi0VTEYeiNCcGT3VZeHCCRBG57XeXncIVnEO82lLBYiu tJdNmXuxInaogMr8u4Jf8ljkV1P7viN8My31sksSKBPRwzCiypnyOjVL2eLKx7bmKQQMUQ2mNmgP TFoVcPHqkFvPyuYKjdDISpdKHCxRlFTqBFXBxwyltDSS6sCPoFcaoU4Ed1V6cfVNohXq6pMX36ZV gdYD1UV1YhzkAY3iFMaEYxfe3fcXiWRedhl8UZquHwJrO2gZPuWJu8BhDDUFyLB/PYYqNpW0DG2j UYSo8HFP5wWRdF4mocAvT4EcEI+xI0OlaRNoOb6HXVJoGQgNKw8Qo4/K6nSmyjREJmjIVGBojg5A pJFwLF7YB6a6DlhQcDbBwLZgFn22dcr/pEZLjY9OE0e5HB5dGIknUnUnE0B7lIh0CQCxTXHPuJoQ GJjLKbFqMcyn3WytlTMvZW/GjQkpL35q1a3Kdz/TBxNQWqZdaRaxnHQPmsuqY5bpV1MMFqhcN4qK s6Mk2g+a7KjHxLxx9WxWAYErQ1A8QR2VO3ggfYiIpmK+5ZNYS/oU50A82F8tSDxbJThZ4wQdaOUT RjUPcsFkTmk9oGAhPmC7Ckkn7KYNolwfJmqGbURrIHldW/0JDgNTes96TCw3DSK1G5uXS9+r7nSP NapmdmpmqFKoYR/K0OM5eItOMATbMTbkTOFP67CooyHcpArZLcayNX0mesNmzpXkld2mCZqhSqb6 8cJPJldZc3BUuFfvBugUct5CgHH9zzLMViGWvgF+CDSUwtB1M0Wn0f4F+Fe/t58PtELKVK77qa1e IR6o0QlzIWLPUmVtzMxGXpseAdxWAVwvF9ck7k/uyQUJkQKfgZ519ojJ0qQ8htut8SBs5uDZ8H9K lvKY4PTL70SEOAaSQ6u3djOG7cQowiq9M/Hn9jAQeh4H+XiL56kZnaKr2LvDJdKTTCzdNJ0Q+yxx aQAWOdBDz/MLARw0xnzMMjUBtuRazbzItFKa4OrbbzpPZoeFYlaOcD3xVJr0LslxmBQpmJnDu40N wkkJCJMUIGj8gA7szcZM0JaP1uxiS7zAkd772I52rZ87FwClHadiO3toUsqGP/kQDdr67RptzJea MKNvY7wuLRQYLi52NCti+915CQnHZXMCrTOBzI67fLZhvoNRkvz2en/8A5cRlrWAicOijCEAfxk+ JXvRjE9gfSlE2qKHlMIce0M226SuSOl0CGFhZoBaPC+O+tezfRNgFToPj7fpS+ob+Md87KPzD+M8 HAZzo0jSmD950GGyG4jNoMhRwO3JhNjx4RAziWW2zMYSf5HB4RgaN3u8otU+7RbvqquiRpB+Vh0i p9siiTi4XOnDwRqbSMihJVBjcVwWjLIijbHWySyhZxhCOXqJJz01NmhQisJlc0C5WVZjsvMtVDhL C7kl4UJeppo+FAgCZ8s2/EtJ+TOXiSAp6Io1Z1DdKTXSZeqBaqZVqnTiQVvtokUiHXb2PRoZK5ak 30vwUKJfFzjGwgi5iAmNK+EzntvLBEp34rDkZSxknmZRNw2exH0JZplGgSEvnrSXrqJFdxyBJO1Y PTSMEWrgCYLLM6I9b4aOdCNbqwGuSDlqjHnVOSaz/7NTCTwu5iXGDZl3EL24B11ZvRzl5kTIY3Kc QgrnvWnpiZq1slx04G2RtXAiGHjSRz8JmnVtr7Rp5ywC2+mPWekWME3WAemfabOK1RZr5xfh8bya WeeWWU7pAWvI4ie1jkg7+aJMNuW6ZUMKWevkm/pZy3hy17Z1X8opqQhUfvJ8C4Mo8OtWryyh2luO k0UdZzABc3vLw9OHopig13ZMoXDtRIIsNBexVWYG4T2cbRGgVBnzl0GxOGdsZhjmj1lTbsOZ4ItV RRaP4l4Q8FGLVvHS4Fb59Pb5ZI2jK840IkY3tLQOKglCVdO3Fx4V6cnn21OfepsGWTHh/Z+Pph35 swWk9pXH3BsXkY/2sb/6QrA3rOInaS2mkShWZPWLPOKVX1MY3oAKMGaplFkbNBPC6XSPdmlv7Ybp 6SbrYMVxwH95M+9fNNfexEmX9mg+vVNXzCtrOd5i0Sf1KAulQ641TGzZvPGdEkgkjLueqU7H3TQk knK+9A3J/o/mVkD48+MrWWmeWNrZOIhECz/OjzAOMil/ynZiLi+f2qJev1qglh/D08PF8hIZXyf2 sHapc63oJ4fJysooUr+mTx/06FkRGNzXlydgXZzfuUZJJ352lFTX2WkhSTZjCi06SN9Sy4zoIAj/ amfu/hTriY8+pW0YKNykQ3rNffVli0UcRmYYH5JM2PJkJyvAARJCcTk2r4L02Np/T5xINsn/qgj5 gQZq61NpXk4l2Id7quKuFG2zbnVtoeDVG9365gnFnvYqGWWlG7eRY+TpOCKudWmJWi8VwjHeEitq kCtRn5KFyZS6YPfCk2BBFKbWkpvB027a41HMZeBZH0XI+5X4pxQIMkF3sUTxMteN547bRKyOhPRM k2eki2aAjWaEulFq6aSXHXKPcaQzn3tsPlkgw4w8LwLgYFUQQyeAOflScTbRlVSvjAq6V3PWA975 JnbTCmEOJ6lKDoch8QCHoygmrBDlJKXQNgS/7MnxD9AQY2x9IxVYsS1ziAe0YADOg8QC/l23IRAG F1ORk66Gm8B2iqKiv8zBDVhef/P3AW5ojKkBv1gFDYk0ooeNkmtwiETbU/oRTUJ99KVY6CSHULNg vBQg9JLaB0R5BEAXg0P7Q0jiQ2s67RMzQLhxszXB6DcnK1NBgM3ddEzDPOJVSIRRbPc04vmmOgle siubUhEfNE1T32zYl5b1gkO4rGegVMPQGoV1Qu+udyh7G03N+EBfwZgQLd9U2K45K1wgHZAaqsK8 zD4EmKRaUuvY5ATS7nfc3BsiImWTxui+4bHNk1Eb+mXXIXQSE5JXn9poapusEcILfc8jPEtjW5Sh SBjoVXozhtDdh1QC/nxF4OURrNyeWDM3IdtGIVw3256NZBp9A+DlAQTtyxrbo2uDMnHBQx3pbMId Pe1EDtf9Yo9uEHTfKWeSBNG5EBZBEIoAk6f7aQSrbKcfmYS7pqfBW2kBZTU9AJg3E/x9fbZLELql KxUzjdMu4DqlQ6gugpDYpMxy+KV/aDgHQJN9eHN6s/ulUNROyUyF4FZCKT8UwBUcTQvpDxkGLMdu dRm1ZoASkrQXsOGaPsA96W96P1Cs1zEG7SZFTjVZeoplczTGotoRzNB9juKQznxf/kTVpClFenV8 dHLEBGwhay3tmA+hsxYRzBVnzNlKinl4vPUjzbPjmFh1q1/sMMHE7wnhzJDyrkOFkZw3tqaW00IL j0fscTa31+xYtsOuBSAC0qDvu+E3cmoYRQoCERftsAhz8rD2wcDdbRUOH0gXH4xdD0xHxq5lZELy G69n/ehR8D4RMgz2lEqDYY3lpBefaWkWh552lwJhwIDodIPIUwaCKFhwaxlzsNsUps29H85s/7wl bBwgPuMy+tZcYs8B/Qf2gYu3fb3DJSy19B4IU8GHsNAm2CsD+M+AHOKSj8yJDlin28e2Z6aViJke 05ZgG9acerYHsHQrRBS3Xf2eRyvNXzhv9aV5cJx65WZ5N8+m5yHGk7Y5k0gaI5z1C11sJ3OzTfRU vuPHG3ROntdEzXdv6G2NKHWlK70L0dfHYEGO1mCUhy5JxtI4Pp1qtdyAEgT4Nc/cZUbREq3u+IFU hns3s+zVWoBmhIdlyMBqA5WeUTM8bwMj6cs99Kff0rNCrDAzhZG80UzPmJa/yCecEO24l55z4yJD PdMooVjskDkATHq3qMAcf1U9LI6x+Y0FtJOJMeJV8JNMBjlHktmoVRyadB0aw8+k9wXlzDYzlS0U 2L3xzXLYv1xAZ+4V9BsTGrOkQo5RHkgMmMNycRIpXWFeiGz5Pk2SaNga0bPu8TqVZxIKezpdNYNi vy4qURWYz8uE1fZyh3KohGHKAUFlrSewgBrWFj8JvD7VE4heciIFPrJo+Ro6MEC/uYAykyoh5z/o zmOcXnytyOIBVYXbgtum2baJen/8yG1kr3goXqdWrDsNw4uyDFE1KfVE7x/hUbkovIF+cVtGTOMq /WRBJS5RQyt4LE+XpLrFWKh0EiM3Deh4TsmduMVxNhLnr7aKw/hdvwivzKU2zS6c0ThGo9Q5dRvg a4WuxtNliUi5cvvx9GESuscCeV12zYK400oP5kOH9UkD/c7hIKUQYaUM/+sdHQQacTQKCBWEm9cN rop6zBaDTdOSLA4lOxRlEu6yZm/DZQdhjFSe7Y5Lo6nG6a27+MHwMEfHXI2Ly3wileILRscW95Rr XrHreGzGrU+3FIbUCMiWY5Hh9FQbJs0ziClpJFszqotsWOAw/rGW1ur/n4/k0r6ctxO5hUeXsY+a F5r4IfZOts0IQt67ovW4NxxpSDEoq0YMbccgvqUAa3L8fXwr6kY8D0OR/Mn3obv4azKiKibUPg8h mcwhGBcpjUMWsaidMzZjII7z4Sz0yRg74i/tKc/Mn7YCazwPxKg+Y3Uaw8GlpfprmQmvDsIki+4m 2VKr4nje0KfmUnMbNd0k3f6ItSlGImBRSKresGpWSs9IKEH8RqfuG7uqzQ9amQUhr5jiTsmfEXoK KEEvWEWGI27mqfgEgqLKbCUX5l/2oPOSm7EChaU5dBSSAF6L234lKR2ydwyOjViF06mJi4EtSMDG XgPM77pRCZTQc+g5kLYuRFZK6tcSAPlfDGRrdFnt6XNpTAPRJXIzx5jtAqrwRGd+y3y8TcOlF1na /4MfhpCGRZAxIqjEqcwAkUkB+xvOMAJPYsy15pKauO5yrenY4cixgJsQKtzpb9bNpeFZ1I2lcwlY wR/yhc+qqmKFDo2Rc9lbzLhneuNAplreSmTJB996QRWjtdDpsWrAU+bMzCDAN3mhKiFYf8zkMbDx pF5ki125wfxdHonOFjXQO3sJ3TVP3QAP8tcoC1sokBay15Wn+TG6wVMluFK11d2Uo2a2jhej/IDX +M6C8A60xb2Qthgi8FXki3XCi8e8Gc0BRnNQWoMiuHFQEnkpZGqH5bqDMKvuyxtZYCW/a6jWOLGZ QEoqpHZKj49wp562ix4n85y+QsDkUDjHSzoI88aB2UQfMRYmKFKmJ1W2y81M4wWuWTDFnwkjxaLV em5Ej18636asICtrsTPgJEXiyrR9AumXRRi36ZACkCQAx0R2dDdgJwpQVqzHILhxOC32BxFmm01V N22oLysBA3o82E3PcoeY6RSZ1NAvyODlTBk3cVu3JUWuYGkZA4WOsGJ5ZkIlNNMUcVk6EtOxjApJ 8bOpYU7OE7cLkFAOSoXnWIFVZ2B2+HkGZHYkohculG5OekhBWBBa5oihB3SsW2OV//BpOSqPm2p5 SwuT9m8u/rM1feM9+mm8eDTri90IZuXMRCflGC2DolyfdrkwJhMv3pMSYlIqMZ+Ui985SKqGgHSI VgecxPCMe/dRil3zgD3e1NI4vMVnCpAZhHEl9d4cLzfNexettAro2ImXiKe36Wf+oyqPZIyYs2Jv 810BjFkH6fNNDV/w5b7yfllkGqSPptlKUiqpDX6kt9bCSjF81SmlCuwKKi+DC9gxh4aLo0GdDAuj 2HYuk0IhnJO0gzeT04Wd1Zw5FDcvqfMGLK1AA2eT85B7mTsCiLRV9ASXMcXIxMhN0bfoZEsCXnQm Jv66JKp3OHJ9OQ0Oyv9kW94ey9Jh3hICZjBINX4AEpNfrtE9rEl8DChDccnsQms5HLyZiRlHeOSd 2sKCtnbF90ixtN/RhvkuVaZmALrCulRI4PEIfH+Ka/68bocDY28vpPM/sjgEk6OYobYy32mXZ6uK 2vFoUYOT7PXGQpHOjZlCLvjqkuIUTHaOB1fTphS5kBApM3r1LiA1KBRNvobBKcRUHGinSwQW8mbC ZWvCvi9qz+PYhkhGAvFCsYm2caZuVGh0FQcq7Mum9ZmPk4zVaV/hGsuyJsaVphsi/xAlbLz25oHz bX6XSFPK5E1Ykzfq+KiEjMUpi1vyGFAeLueGhFG05FtCF+ufb0NYE9Nt2tRBGf4ErURJaYZEBX8q OMMhy63rJSVpB4w60EBpXjHZ2FhS+Cipxs+8DI3GLnPE+jpBnl49tcfXXwIqgcCKzRH98TwgJUK7 GHGcPG4aJyfeRR+Te+zVrrS0aoQCpBsox4TSKwoP1Wz69MeLqFk1SgMVdgYtbMBN8ckVINlYVfZR dS5PxuqgORs0pSjbCaeqxjNjGdD/zhUBX/hQfqOLUsOERsnKzSg23cPA2Y1/yyZzaBTaDORgiM/I sQoIUwZV8mYonFIxpRH+lJEipv2BZft5Ic4wiSJARyMpf2YH6cF8e5JTg5IZjskbxaVX5pWO2JCN fhNkh9GKicW9Jhv+BvoFDLSR1NztlB77281ubMhD2oCqYFssAS+EZtjF1tbNIZYYwhAOQDKgpj3P IcL2peagAaB8UngO5fKf1nax5reb+MOD9oiuMtnFjvDs9ABYJaQGPKPmqdrwp7FbNWh7ZZoSQwyH SLsNMc2j6pp8xOeNcgKYSNkFzDT68I2dO+wG6BKSdVQ3qUHv7zeLFKbR1SwNoUE9OBsBtOkJdPbT W9sATyOaW5Oyg/f+cAdS+g6aDTB1Iur27Xr3XP9hr3zFHWwLtLGLd48E8PrmPuXS9+f9j1Fg+btk NR6lBmEvDjqIwwQZJ2m176FTUXxdoTfYGL5jJSVt71sL80Ztz0NWA5lA5R9aXI0MdIXbDgqGJAdW YxGdrrHXFqC7bTN2okIbXDtB+PxwAarsXIwmFdJ7g+b5/cPFMOb7zwOi7sQGJ0TYE+ukBCzSnYIY 8346EkHxONZ93wHIt/erby607TnAGfQcnj6U2Z7YBo3h16+7Lc26MJ+Opzj3XYdUzskPd2D1Bqmx nqIIYo08J1H37n+yVmLPUOlH2oWH8cMpuI6VxhzczYE5uQJXzQWD2/dLQaF1bb1NLXl7uGiFsA+9 5NJ2VubT/UaZ+KkWJ1zuAO0jmpyi9/kzG/WDhEqfIbpFHtZJlIy8JJxYXjkrYGm+MKdVJM6IebuA Oe2mgSUUSbakO3xibpJeEjqXR9C5EdtfnanSPtVANiofwpBjn+nkcOgCH5nJtNsYM3OPtjfXADDL 8QgizogImEVz/GEZJrbKidE58UbLuTd+xlcHVqrrskg3z98/UYd+nh83S1fbsC3IUGBYB7XQqQjl qwSEetiUqFhEQmjn88ipWinGTGknqlqFVE/ltGRrIr1uq3ALch7SWdlzWWa5agt3JfWIEYTawNXe NtFaDl8QyaD83eK+L3lkOGjNGesc34r2WwXnscm0/lvMbeyVkpCXMkZZku+GO8Tj2YYTxGWN0rfK Bk8WeNtEUTQs5cIi88D/Ul2URH2R05NSLG65tBOsV0WxAIpmDrp6AUE4ZfNk6bSVYt5dxTOGV7k1 fylCb/qr9zxb/jxQH2F4oRuIkB7cqjaUmzUfa+Jb7vVweWD4g3uFV8Tpp1GkPVQWoWgKxfWP6FFq VxppGSZ1LFtV/8ZbilSANjFBr+9SjYF4a777qiBtC1IIdqs4RfnrsSEGL6QtxsAYWSvVD9oQPZ0S WZpBCCXYarC0oqH9bbZyTqGqND6P3UWfKH94quk0IfpejVNhXfaFyHKGfmaIGrM6SahrZCDSzVIF aHyRJuFFVofkVTx+Q2hlE0bRSl0lF89iRkvhnIEZFjppQpZi5vwyvvpyHs/kQGS/3EL1r7b+wyip StvYFM52K4lzxUfyNU0f/pIjCl9ug2JqKc1qQQe3/RDeWxlsI3/eTw+Y6egVHFkKGj/NFl0sI9k0 KMWLk1CahBjPCSfNmwZomCrgTtVyYBdP1MwTsDnytM3QbwECuLNHQ8Ol35wDF8QuuCOiE34gcklf wtI6XnkkWWxlwzRb0eYfytxa3ki2pTaUlesMHOCd2rxEV5s/J9WRYhXOfJ/MpUTjlgiKjCzN/C/i Y9Ipype+kwtl4AGMoqV2RjO3usbRdJ34CJodeIqSI48/tG8vZipmWVSGVy+VaZjDaFI5zGzFqlys SIEtscxTsdmcA7jMNpZjFPeUfqQI8ZwR46IsxfcWxX/kbMuNDXj8SVaUcxNK0GMPXbJQPZFY/VRt 8k6MrnLR79StdupVD4YeaY6OakOlX8sQfKK2SMgCwiMy/Sp6/p/F0UKGpjMdx3A8zKllBAQQvGdn VbUxbrmZA0df7U0IySTcR5eadnB0u2REwViaE5kDpG85PRSTBQtUeKIrEQsxGsW7EktSYBpE1LEh SXkpdzPC4fjr1fJiTcBRJRt6Czc0PTqsd3gII9zQnuipnClz0/4QnLRZTVrwqkN3ERdwUmBKwASg 48y+ENMmHXNpsl0cvxlR+qnHKnOqRTo86iAI/qpWruhrlT/OCi4hBlgiXCGSH7b/io6BBFsXUj5b JIJTxawyAn/Y4YEjGCDr4C7QfEzB3uemijhTNVoTTHVDXTDg3OauyBeBCLYu7cKkS0jotxSiPWSY xQn3loJAgwVkWkxZWB26yy/1Kx8VmEjSYTUm2KQNUYYRLNDaTW68T22mSkNTxxzdNM24RTzWEdKy bWau61fF0qTwgzm4Qq/SwWJYCogf4a6o0kOhrTBR1ezfEesA6nZnmrSJIcgcxE6/W1PTtzZFWMHL nl7mQeQJUuzemqDsgUj6KW4MIcaaeDRVh84wQELx7HFmCMzNCSH2ypnm7KODr23As4+OQN6efPes g6n7r+8WxKZ22WGIM3U2KWMgzuckN3OzvQyLUrV4S/DFHGyJSgMn1rAnX3ATl0wn9gmdrzvrgGZm Tks36EF+Oxg2qZRpzdvPifFSRylNr9wkJmyUJs2mj1KXzaYG1Iw7Y1n5jFyG9z4WbqgwxvPPBvK2 gltG9rf97QRjZp6lHgyT9PyXY6Q29jDSEwyu0bC+YiHNQ69/0xZuH4hRnsGPSbISPwIyZNqRM5yW a8h3GoXl4yHPJManKA288Fpk1HVxoeionjUF5uA+akT9hsWlwg0iQjrHEBJPVdFTy95TiBhs30zo RBbBLzFwE85+WVJ77bKIuEZJMaGAwX1pW/KU89Tp+N9XPZK5JWgD83hapGZ4Au1Ev1yOQhLwF2UK VMSd9KO9jB3wInc7QcaMwnieTx2rnIUzD2bbFa30175Sigivzr3kPcyRXHzQma3haWG/Fjhe4cnj xvvHk2mhKJKoGwoPM9Tydaekt22bJbaD9GRz+/s/EGfdMxw/O8RiLq2XGuzIxaAIa1o5iY4u9zxN 9y8SmCZWuPfqG0JtnmfY9Dkeu8uU2pf54kj8vsDU1P23w98xQQ8ZAMacKCeao8qsSccTRrIHt/4a l5Uy+CWOT4mEm7XQ7vkiKpa3gEB35NCUgLuoPWvypGPyURI0yxt27k4OJQpJjeEnroA4X4Da/l5h Cj3ZXYf/lDC0yhNZqSh7xtW+VTmU9bOvcPW4zubsiAIZ3HDTbH4IyeX5BVZKB3SUiqWjdJhOSXBD OAuQRUnqWJqU7IhO6Cx4ymuYzFKOBTg/aLVm7a8Lw8lGEKa4W8ZYsaqIVCGkwMpd5WL5EbjbZpIG kqSxL+u8w046ElBFYGtNZ9CJ9TK8EkPZFfSGj9As7G07dgI0GGM9Qj5AKtAH7eTuKvsKZPtn2Gs4 g5KcQYM1XPcfaLDs8QrvgFcYmzJDP3xo75piGWFwubCYzhqUBksA74E/smGOwWA6RBFwKMyjTWpI QpncsTF669/FvoYJZ+rQTxiS/WzH7kEsMI3uAxMgZn5rkBbkAz367atNeWAkiFUIzBCjjh/U9vpz hxoZ/vsG3bifb3efNYQzmr3cVHtnYLb0HjJ2xQDfD1WqE+QlmY/DZZg32NQATE+o4u30K6VxBYaA T8nLNDo1sS15JAej8Y9M2GVdIiuEJChumEkbpAZPQX589VRs9sI5bpko7vSlPDvIEWYSKBcLTKEO z1cpfR88kYRJtgVfk7WlkJuFNUV/EtRLdFIM7UMY+5geaORWsJsMMIKTvALARMw7gg1KqHaLJdJk jZ0px8/1TT91rjW/ilr3QBN6Ez6Cq2iW7uITGNer8gUD6h0MhUvKVcJgIxNsGt7GjrHPMNQDptT8 nAtaHdHnFH+FBg2J6jS3SaCfmKjEQQMZlsynpfYqDJ7V+CiYBB1a5QkzcZdoKsGY500SUlrcRocM Wg1QBRGrGDa9UNq4HT6jdeNuIwSyKmSyb2By9JglkrbQEMYVlsmswk+TVG9+t6WQE/GNh3HYMKKQ KUjUIeeZePluXkNJ09x5J9TIxwrE8gF3mZ858iVWENwkAlZTp6xfSq25KZhgfPaXguOmwNiWshrb I2fQXkvXiAwZtb156a2KzkGxUKzguZqyQ5vqjCH/r6jr1XBSMJ8qPDpmS572KUcGkPDJibwYZ4hu FtSWPjbqidxAZk72X4GB5pCWgXMdZJpS9sVtmWxanZKggUeg1W2Q494xgLTTTRqzTQUALaT2W7eJ CO25mXgGRg5uw+jSoDhEc1I1l+y/5Rk6dcIUjGvPZMa4vvkkWK0eOlo4QPgBw/yiOClles5nhMM2 qQR8A4d2ekF+p5njj24hpcDbS2Ds9QIyta05Y0zXL05ANTOuzDyIgMZk7GMQ5U1hEmAS5B7vuSj+ aa0awpjd5mMYyrZV86rtOja7gPWQ5HrlT2C/bCFcfVsvneYx/rt/u7aHGXjb4Rd19HntK/M62reD hmNwhs8D5PpMOHzZnOrTTuPwZEDygxyvNiczVJj+7UHQdjWb4M/Pfw4VBsvb0Xw5/16udw2v98f5 +mvI75+Hyw9PPbpadwb9ucOibf++/miDaVDoux3dF0cQh23fLj/3xw8Y+j9w9fX3/v3Q9FG3v/f/ 3W+32+P2MCji689/31DtdmVymPmiHC+fr31OSQO/mAIf64nH+Z4QeWhhzjTt0PZL4uILsY+rTLAI +/m6iyaeu1lk6LzidmffbiB4U/Lr9m93A4Mv/zv/6qduLyB6qySY4rBq0yeoCMDMAPjvGzT+/u3r F2trsohs+pczoVCcG3Jw4PrzH7AfM/ude3ICRnMhrRZEWkOgKuw8QjRDODN7AKZMIyUwFnqZJLnf fjXSVF+mM71aV4jqiq48m+/A9jbfUnwnPPPqV7SmORga5NUobUN3rnP79vuFOrkyteGZmWia2VgI iZHU728hI0VEKhW1vOUZBFNuWQMTYLGo8sddIaYdRD83yR5KONl8IersN/PAX8QspaH45RTlJ3S4 cIMYTGGfJSIUXS06d1hixSm4U9zhZ12Q0WEj38PJy7LIp8heNZTtL2yW0OVf5Fltsqo44vQq4jwn HBQDxI4qjPZj2wQLYwkGsp6oYuqlZrPrPuJFH+C0CahWfCWBawo63YlfRZwyQ3l7LkwifUQrcJ/8 EgJgUNHBZl28Kje2JVkwATQEbUtVwx8qHsvHAenA/tAr5GokjNjsYwiZcxly9UFJLJy95LVuvOVi PaC6KzChN89qAtoWeuTFipMqhmrQlgWq+TangxU4K6+e25XNXpzftN/ITFizzhmHSlYxtvKucIqb 0CSz52DJt9VYjBRvJdQHk4m+wqdp4oXZceShak5jEzp9o4rPnT6KOt2iTCfhuNU49TG+q+LdCjdL epHdVmeCEMHpkolLCdQHWtdFgBUQWFxZAUpqLSYc0KvlzsJv/DeX0Ct/A/CaQpDmZltYDhKLU3y6 UamIT8JIkxe1BFMhGMMNgtSyETrvV3pCR0u5CV1LrpwDp+Par0YIE6aUZeNyqWBWa9aRYSBJRwBC WudXwCztlibxDhIqHkU2wrYsyJooJ8hWetfEdJCVoTAfXbBiRkT1XRPTYxHD5MfS2syeg2omKokC dat+s3cD5FKKzkgrZ84wdYMdo83jGWl5fzGbbuciooMGuFygUQjsuDMNrCx7PsRbQzSgcslqiWDp bYzJa3PXvVhUMiKsZdM8EtfCNTYJff4IgrSML8ysoL4TijX1JBEXjcInJBwiweq23tEH+WQaxHki grzYG61QcxFWD3mAFpR2xo0E7QGcc8BUKU1ZiLlhLxe6Fc4G65bruaWc3ljvIur1pQbcTwMiIkpY D3WXcVGg9tZSOhLhCXhZNo1aUqt2HEkVSBieRTm2HNsRNvEVANuuTEPocnsDWiEtW24bA4fZBFCb 3SVugE2ZO/XAsnYPIK8hU+Z8V8acFWTj1N5cuENKr7mb8cq3M9P/pkNEfe5tJhI3q1zw0Gkqiq+G xzQLRUjwKdrI3ajTQDzub9vNfMBpLCBTN82yQlufsnpcoPnIiLzcrE7qIGcu2ZaGZbNl7uyHQeEv imOWhjmd1CA/bjKoNZlKG9UiZmTPknAdW6MEQXhbPEaJX5E2H8KdIUm750TAcaireSHmE5ZuRP1h WhM0Un6PdfP8uEvEhk4W3dZn7toAkAfYAkwikbmIb7UvjQ9cB6NCFkIp84t8Ww5dR5TlhduowQKI 20CZ3HvOv4dy/V8nEjm+j0sHJrHJD3kFflgUSIqhP6qhwGWzaGXjQFCKe0AXTtcw9CUUJ02v9wW5 httNt3POEQutDEKjLoKTC+4H1xTXet5LwZ53GygDJRLLkKvTnQIioB1km7sxa2muBk5R8/UgGFgs amHT7ohVY4uNOaAZvMylc/J9laqFhq3upQjIy+JczbiMa7nWw5A0QTDgxjedsbAYgPnuEU4QWNgU +G6z8ytMuCnaVfi0Wi18MUAJRij2R/nWJpArKBV5gWjwJUhbSw4vDrsGGBaIDV3Tz48nrMZBcm0+ fhaLA6b2QUCE8hm9tbgk56EijwBtRCOLWAmfeXoImxJXYHaPIMBj7gL0Mp8k02L9gR0nCs/xcthc aqJDl9DFJFLDIjHNSBM09B+vEtXIKdjiN2a6iBH4p7GLn8/ZGjfGwN1yoWMKfZIjzYfIK6hFE/GH JIxmUwTBwXlTNulICxNaF4Ho5HyRVoaaKc0BITl3K6B2J/+GANPPTvmEHIbmJO42mulr+GyJEZt1 u+YZKJI4fZ+bn2aZfGkHnvRQeR2b5ky4tRQdkp+fGzjpkVhbW3d9MAUYQ6lASqIH0DRYUpssakqY 6TZBfzMit1qoSuItX9QdWBnWG86oR0cihB6vjXOGHSPgmzeZuHURhzoFbsNs25jO3LKCVkVAqbBW 1tbiSFLbvg33CMn/nYqgvQ+tr7RXwX0uTmsWm135nSZQIvoYtE52Td7sjNmQ7hi6NwpzS6gydBgv dY/qsNlsAhEcSrZqNn4AdvEtXQqy7eh7PYUnPzmXaXBuZwKwgByF/NUth8gPDX6CfZu+mdkqboJu vbz9y+h8HarP7KsTIsK9rSKl56HhWaJj4plbx9BYOuopVI3r0Zs1M04cT+PzxhTPY01KB27yD9jV NzV0/knD9uWnpoM32/ZuWg2MBa47L4XKhMkTX8xHR2LKUsTbxE6eJtAZCDbf+jmKctTmrbVHMh88 bzktwNkHhtU6YrmcPN8n3VhCjabuoh57DbhFC3wDDecJOLac/bbCrw5oYVpnNnx0QAErRjXGgrrp aEuTLQ2DqvRqelajclPR27cP6Eak8Ij33TrmAXVpnD4pT4/oo5WI3ICn+dJw/8VQ7do4F2vcxwfG SeHUGzZm64hpeKzlCrPIl+QrWrPOStrUTKwFZaTLfxrIhPnk/HjnMrmOGQVFTmO7LyxYZ73WArBM kE+VU1zOrKIpp2bQSCqOo1YiNKI8FTE5Ct5MtWXvcblZkT/3ULZYLVCgd69v7Sm74EpKCUCDLhvY JEPw/VvKkk9q36zEoSqgdR/Jb97LBEszOCWtJBCVBqVJeYkqS9tHeVRz50x8y56JYppaRtahevNS 3nhg9NWD8kZNKzpoW0mOiBkN7d9o1LbDlvP6NVgUqukH/ttI0v6BHHJro36ibEZgYgb1V0MZjkDZ x3ak8Ax8GUXNz7Vo0nIWVrVjKl+Bna6rMjGjrThmJE9Fc4mfDxgmu5Ys2ZbQnPe7rjVuc4tSgztt DlQLpejE+bwZBcA67egGxEdq3nwTc3JVjCDejD2KqWF5IVpm56HYzMwRXAqdCtSTcs/73GqIiqmS yZjdrKTx3H6iRUPiHhukrARl/DbD+Jf0tRU0XNfFDtxASwe0Nfe/5SSy1C9lc6uySdVghggl1mpD E9WRHmC0ZCh1XckCTvaAxNxDjVvEIoTV1JVk25jRRiBCl14aFlkGjV0pYslhih0z64vEdSAilqWn fWhoFl4pY4wYhL/FTvG0lxH0pD6tWqfCq5A9FViRHeWPkOWnx7TEd6lvdb2Pu1g1VLpv9L7SqCrZ ZGNl8y+qmrIi0VKLNlVeb6bvAXIB4qQqN9goYRFrHPBIqD770ywMubJZ+8BAVUO1lmoaD/1q72VM jpKtAsFYU54xHStUEJjD0jvttkqO1rLPcvYKFnyTiqC5fDI/40bWNDLwS6tSkEpmzMGTihowF1nY fRXCtMoCRh0TKYshsIzGeQ6obt2TfdOO0n4ziiVydILDrNRE8hMoh8nmUOnNtIaZUJHUQCWFM2Hp Js9amEzVZvgkmajwtj/XPdVV3LAF2gxURtpXLSuL8K3qvuu6i78aR0n9JxC8sCE/M9YsIMsNtpA3 99H2LYm2zA0DcQlz2pZGEXE5tlcYIpJRkHxa7Pm+8i8dUKdpYokDiO3AVUtv9Oj8fvOUdZkqOJMP MoxMVxzZMUixWzjtV/oBpqAhUQkDtjcYFoBR6lec0G37m+GoMSPskuxU6z0dIN2/Fro+nYtCZAGJ obfBytNYBL7vq/Hg5l3oUHESgaVbNLtjHs7oPiqAjTq+Wj/guMNAvyDtD0QZAgzbMdJmg7oQWyB0 dFJRqDLoubNAgL39CwVFbdutv8++ry94/3q5dctnixDmAj0/P0DrsGcAtXXMW6jI7RdAfQVEaxBc DmH2+RfafIPBu3gDmt/BusHYP/ffsHGfaglyvj/A8rr7rx8wanxIg9YThB8Bem01Ocg+9PcRx4wR oh/Ob3P+b63xCJ8vcPvHp534PXg7YwWEP1T6Aev+vjweV9vd0Q5krsHFegEU3BCw8YduLBjcf26t JmijE58vV7Th9n+Q5wf67489bUYP980SWI1TQHUk2Suv2QW0HoTfywItVfxYyPiJddFI+ckDK37D 4D1o2dciiGWe26NFANzCi2D739ZKfmlUKwEtD2F1mDsytf7xCLg+7pnh3ei3718iXmMXPeW6ngPp SSFYPXjf+gIIfTv/zb2V6txV/IQM+dxYPlG/82+r8vvVl/C1ThZLKcgdzdfLf2SyJQBywVXG0IHm rc+4ygp2N6NPbi3tIIDJgOQ/I48FGM86bUR2ZA2t5gr5AusFfYOkdysysVYrmNNWizp42opVGKCl 7DhJfb8yT1BhXqilCj0Xv/116NBCAGLD7Fi3g29CuywhMNUD2isIeuS91StG68z2lh4LklvT6fsN UT7H7xEeSmcYmA9pcccQnMPCO2o5zx8n83jE92y26uwuTxzyLzhoKQCELvlccpFjLhCw1TJasUnw ZcfyLB91KmJ627okRKjhQ/LPelwSaULChFTBBd3KyPhGsWTRUM9BVWKXkJFfFxxFN6BZcJ44xbGK xEjjD5dClA4bMt+PPn7VoGWoKOyL0spy5Q01yNOiQQwWNEtVylKQoYHtu/z6XPMKNA57rrwoxDdv s0c1KIrFE5TkhOU/usKDgopohLwFFJGNk1k0KyJg1EYsPLWdVTSQiJSokjVhyXl4bTwvm02XCoOl roHmRVb8kAOUIxFaMdf76P3aG1SE1COoTyh1UyZQjiMbCVDDWsmwlzI6Lmg5DtJz/WIotokpZYi4 XWrgEjlu934/ypoCvCd+60+kUG6XfBNyay+F2dRDHJWQLIelYeQqqe5vYHH0QCQyUdpDv8VcYk3X kEkyyC5U5vnR9AbfXv9EjEUiSclYiY/0OIIpjXVb0bKEkxWkOdIB9f5RRwMufPPl4IiD2+lZ+a2k ArlqirYK6RuuG2CLrbSPpJoczlsswNW0vbODeikvxW613cUj/cUXHDObgpwOoEjkVbDDRiSlJFjJ CyCvuoBUS+fERzkrcRX2NnsCM7XY+AeG6xAj4OG2Q+AHRiUW3EJbiY1EWre5N/arw/zHspHSh9FU eqPDDHks9VjMc7E0oKWFArZFUsujnkaAzy1h8i9W9PhiY/J9mdCWOnlCHZHedIwrQqzV0qK73T6e 1Ux0yz/ZEtDLZZZE5UjbJ5Okm65bvetE6ul5The39EL7aYahcLtVd7FkGWyJFP0pZ9gkLe3yadtU Zfo8fvmACBB3ctAyNCkiIZhjHCjfTvXMIsbJPQmg/RLlk2hgJrOpHAQr5haqEbeilKmxaG1Ijith fdSy5K0bQYjw7SqU/FjfH0enJJk5mbyi0VaPl/8bNothKdwNZecSTTSoLbfjd8pWL7NfeorNRokL RvZbZU0GZyxNdIAdNaa9+gsmlxaWeG9iJdhZTSYcLINIy8PVWVwfozDDlHzTqfLo3RO18J9HCvg3 NBRBWsgaTErLoL7jVFW3Xz5/IA/YGPbVZPN6fZ4VQO3cjF58p+9VBDMvzMyb5fMtR4IKq6DU0tlv cAELAov5ks3QnL1hZN9iiBj2+h3vWqsMjAhcYpJhvJ+nZybfwUE7JzXbDwADgMCeQ9BUC4FPEJ7a vL4Dmjp0SHfQ5iHF7WINt9AmFFC3qjCwYfbeRktfERgED3EaahSgpUnwXnhU2EjbQT0ZUILfIeeh cw0NMFPwhQEjP8dr8EbYZNIfDw0A6AxPnQzMUdqbBiWE8auuU8TgQJ1HKI0FI2OXkhqWFMi4OJIM wEaxHN/5+olGU0oh5DUkURWF0/4pdYGP3Gk4kqihWyyloEhz0EX50Kx4KeCC1CiJW2oYAls4h2OQ Wobjr86PyIC5QFjqIehbVzXDWqXwnS5oDOKmftorc6hy6HyxF+F962faJmJRi4Mu3KamtKWLdN5n JAaw03mTzgboWHa7DatmBddiWemYWc1MzGiYUPomuMeLVjpy9/ijpK+4x7xApEIzUpkLvvd+PSQz dTBzTdVorpoRBbLBF/RH4KYcopit5QyipPNJXNUE4txW7U69xhjVq6FBl8G2O6C3iWJYC1IEQYvo bu9cmC/1sBaz+ylj5S526MaHJtiXLJA+mFTEDDOhJEBM24KR5XFN94MyUS/6RuGAs2hB7QBZb0YM W8bWZ5NzNZ0HbTb28O2305Ov1PQ4sJZGfzkSPHDSfUiqQ4oNwQx06iPDnJ2cyNdQ6Q+01RChpT3R VWcm2wPuSGJ9ht7aGo1vYe9NHlzJ/sOywaXmeLKP3JNdgk8jrInreY8yJ+zSB+60nzzgSGPz9F0V kRnATlN8GITuJjvJgBvWacJIdsnm76j7spcb/eG99rfbao3gFp+yR2Trdm2buDFnuvlPQ7uu076+ 1o3mQAkQmhBpRQ+mxBwRNWptkFNAXArAKZ0IcXKPVDx3y98AabbYuswOx2YyuRIrksHwxA3XJsZ0 sRevyio5mozIcxCDlkvLNoggm2MJXEN2SuHlNvrGRvclACKMjAx42BccFRr6y0iFEWaecdRYuKRc myvtFyGE1/zdwmvJivjjN/knPybem5SsIH3E/8Dbgpk7vrAseAquKK8Qp3kBMf3K2EKBbNaW2PW1 X4EwrUrPc5QDiH6lGZxGZY6ZVlkp5IVC/xSrpASoQnqASSmO9mUOJRBCqrv1riX7lu8ixuqXaCci tnFUgJF2FtC18TP3UkjN6RbO/FfSvfAro8CyQqWUQ1kZHzBz7cIRdWFlv5iXb0uMGFjALiabmWc5 3vqMQhR7xnxRTm3kWpwagjkhIB8Hbu56KmtCKdHYgJSzldKUdBk3b0ZOAWOF3vVsMF6l/COHnAvv RVMNGEVJbk7cfHSBdK6jdxb5DddYiVGMl19hL1VJTCieSAvMBKsa0X1P5qr9zoAEGjqQQeAuN9fm j2KtlkyAtnH26KDw/G7hzhsllL1luCZFKdkhc/YB37KCTCOLKpr7i68eaytT8dqL0q3p5CkpMwcq IhS/+AQLuOUuYhZnYK5cR6UB19pMue0v31Wau+urftHORHwJzfwCB1hvddr7Kqbjcm8YifyG44hc xNEc5V45mVd6bQtKOK+VvoKFBUwD9QV5+U1J12vvCWayZlaIxBj7tXitUj+k8uh9D0AiSH9ysfkq kuI8wi0poiWAtJuS7yTGNJTE2x3tb1pFQMWtzLO4hwnkJ7vD+TKH5mKiF/ER617PvrNsXEKk5f5U Uxyw1sHBsl/f3qUx6zAaCqsGaVPLE+UTJRpMjF3QFSUo/P8PJi41oVmKlPYLZZJt89u5cOgtOaRj XVzByPuYmdIGmIYVbY2OXtNdBacmaSeUMo2WM3gmAFMLEcET/atvAmCVk37Oy6kUoB+IUZLAzZQs cK2LIy4MxGzMspooj2EOqiH2B+Q1Ch+mF/ztVQN2/XV56D9UsW2SiOjolSrbb+ATDwMmgtgEkymU 2jdmo/KBoRo35O/x6SiJ7f4EbQGOPBHIoyzqEI4qF04EJBY4FX5l2+7vsfE4XA/6WYvfAM840CiA o3jRhubgI/gd6Kwxv++Qv4/7Xf0VsOaJsDZQoCo51DS0J8gaztPjfu2oZsdcbEstFAv4hV0QMqMB HgFTZgmVg3n5oKqDeJtFDwou5qGyQyP+QweCN72zwJGbo/27XsqIdGOFsiLTbIdL5oo9FCgKCyU5 HdpKDTN8BMOe/2cqP+df25jbfQvh9Ht45vDY2/UD+IaxQaPQTkABthFx+CE8dcgesfmk5gZgqiQN a/vyvcIzfrIigNt8pu14TOQFSpDfbqPCR3UoNQ6G8DpICSrX3YYoR+v2UKpKBqSuHiri5AjPNzV6 RTKDyBv6UUPG1Q7f7eTv7QZ4g4q4m1hgCLSk2LWlg1XvtE6U1A+GpJ8HHFTbKnFdwvqu+J96tzVP NMR6s7znzZtrCIm/304/CUyZRyhk4r+1A/ToxaAop772RPMRnD0DmFUoMzGhgMISrAWGcRWziZKp sOjhRIysd0GqYHtpkH9q11Mlpk4APRnmIhrPU1QtseamVMZNGvRRBD4WN+zTM07gRoWFY3twTzhu k9q2/MkohD1phWY4FO+0vHw+LDAEemBWIR4LqROcgUx4oABXgqXYCboNnHMaXSSUNEDuoVbFz8VT dujrDttIifUWWbT4i4jqF34vr8CVI5rjbbYG4r+Lx13xZX+6c5mM5xFxtPAb90TYwLl69stGz/vo Be3G4UQNyd1RtjhPjuQXRMPRVLbruCy6UM39JtJ0UgXNhQo18rdAwT7y2uacI3TAxQt2I4nyqiQK 5aQgrhd1pTlJUAoi4yi+eLApLTaJ+MUmMcIjoqj6Qo3ZpqFSgDLYMkEZqQjlKAAhTI+osBLtorvi JJq3xUUQL4FvqxgCW4sv5Itsoirlx8rqfZ3qpAn6P3ML5Rishw/4JKLy6zHbnxos7UtZ9kgwr4uM wb/ZozzTnRqR2TQQgZFuOD2nZ4HD7FZVK9gVN1lpW5rkRJIAqYveLUTGsMoM/MKP0AacKUjqiJmI 7FKLI7v2S5m5PAVHK0+K8bX0Bqif2Y4cQEQPSBD5fRmQ2gp/q6nbFFeGUIozkMEleVSbJ+U9URNj j7qmLEI6YWcA9Kl0r73a5Bt4UuKGQqIxYBqIz6sI5CkEHwvYkmPrpC6u6LjJSsvsGyq3agpVl+0j 8nzJjznbUF/Gz4bRFhOWJ1fGGv+kzy5VFLfPoQTGzBNoW1MMFBJSaqoclgsl5KbpfMj62limZlC8 ID9nySBpHGxK5JcCdLf5+QqO8plIiDD/ZwMKokpV7MKtVLZXAMwmgcYRpJaGlVC1z0hbHKUDTZiU K+Vgd2UlR+qIOZZmTbYKqXJs6aoREU6fDbnzRrClnLqNYqpgNyoKFbYK+pMvppcBeovWL4aEVtlb VUG5vU6e7NTMl3ffAwYE8EqvYplQCAFrCJX+m32lfeqR/Ks7cS4lzL5RorXtdBgTTelhPNr2k2Zt t1vzjrUpDOalKjhY4qroK6sX5oQ6Us4j9DgxNVievAVfouIkc4gpD3UwlI5y4HkWvNPXYSxE3t0q UDGC09JRia4L9Vn6b2oJzKMl7m6gm/r13oX5TJSScWYz6TuQqIp531FCyjjC3ZG8z7wmh0hBEZ6B 6HyfOYYMwA8TQh791wNrq34tu5aiEjJ9xoa5kzrTDAFfb23+eeFxcUfE6OWUNkEplDJmhGeGuTF6 YiKhPdhcXp0g6JJ7SJrnhIT4gJMhB931OWQxtAcR+zV4h4AGahKTix4djcEnbWGkzPbDPfdNSh+n f3SCMh0ApgnoO8gmlQOjUNXQFfv31CJeO3HWg8c1aNge84o63SEku/tSCgPzPzqGJCiUiDFZeSN9 IuUGKFKl3GffiJaLqzzCVf6h7biVsAbwFjtLeOK+dFg9Rc87JyQ4yC9R2YM29XkBRwlsJEgIunyz FX6hhIvINk++AIqKw2JcztHAkHSKUvrLknDpqaLLHw3627PYa9CTuQb76NbVcKTwm2wtHmF/FZqW NiK+GoYl9vVR+uxAjL4hCp0nkCPmEIzb+34ievYE9EWV8wx8zVazyoKUf0/Pfb8nqCtIy7zatRhd yA0BMyM95/ayvb7DqxrTa/seNC7lj1d0AgV/MmI4vH994b+v1+y8LEbjhynFsRiRkvM08/n1gSes 0SfXuVLjzln/Bbh8ZZbZt/FG4hx4isduMvYse16aUWVYXJxqrVjsJtt3rJR8IcsSuWorYJYD+Fjm ItRCT4RNfpKWtA4q2tKb7pWsSVOkSC1Hl2uVFco6LSQZQBokr4FXqBp854W8lkcp5ZHNac74LIXJ mYrlXRsutZKwe4xajuRZMJHwgIwlf92gVHL+sBRh39gWvptcIE21AK/W0LznMvizPTM1LlENfHJA k87Ch1rMlSdLrJc0yjxblqtmVCluYQvNRjafthuUy0tmyidLzmWPug26Kk8BTCGnVxMlpvYKqIiW 8KvREGm/RHmrQdGgi1JcBUur91XuMnS7GiTqssdWP7cqVh2nZUv81RXqOvz2dI66hE3qq1Orum0z qfT221WWX2msSCn/1q1iwk6GVRTex9+eh9b+XLGTp9datcYrWaih5MkKERKpyCZHzDD55qybBEhI 1gCVhwSygkvxHvYVrlazD9W3FFrxghvW/tAiz65CRXKlVz5dCi9Dw38zqkJpqDHdDTT441lp+eiU 4ftqAJ9LoOXMWvZe/979oWwwMTQKQnLodb50n1gpoNupaCOFUJgSR1fv0Rn4YGmMBhQxSnHFiySj p2oGrSTSDKSMnQKSjvhosHpSFBYWtRKI6ZUneNKpI63DPCWQqmlpGDLEW2WCYYzFvhGbw0zNpDNl byGxRR9R0gchxvB5aGHLr+3dK970IKsWTQBcBSxkg+BKHDjXI1lSn8go+Pm15jGya+kEmSoEKih0 krUXlTAEU8v30SEtkbNTJi7GoJUJSCNHzO277XhhCbJZxCsBotxAusGri908x4ttGyWjpROtOTbh rNuAplVMiNNOn9OpD3kIrqjFfe7QT7yYWI03FlNiL8NiXdUtaiDGJUsup6jWkjxMIrGuDCfzVvai i3SuuCHn6eUprCNW6pr4ApFoePkCr9JyN2I8+IO+1u0zVfVC5pUzTIRxJjVpOggjzRIX3TFkJJet qufISYwV+E1WToFJ6UMpR+xHKidqds2XGranoQc9ZDq6X0mbD+MipvohCD2ewVM5Y+9lXp95m8OH pJDzihkwy8mnNBxbo7+Wzb2Nnr1G+zfQwKxlPjVEDbl+9yUheogM5sAXx7TIR5KOAn6rv008mcKB TIsuIHP63E8eHQjWojlDMxeNlbdrhbwsHSvdMhCGdUwompIGCcItEIdyu0/5HJnklDN3oPFRh1/J O5bHgPwMJ4R4zleeFs91AZ5yx1YB3ID2NJdQStc48Qxab/wY3oQq2K/FaQdq2ZnQakjgkSZMzN1Y nX7k/QMlPInfgYs5qwFrg9/bWQY3A9bziBrZqpeTBhl6rx9GN4/d/r3/FzIcdFAn4XS2nwVcwN06 qzb/DC8IO2tgnYG/6jw/HGGdytu7/3uQi9eJrZkagBmCCTtXAQonuHSygM11ALfvr4dOe+8eW6iT IOWMEafWbJNkDl0bmuaDeSI4T27kXvyvpWf52+JjmKdhgDWAvUSJRfojThhkmBgfWBxMOkIrB8Pe xAI2rTe65br9tObCeFJPEYBMCpdhRIlHk3pWMWRaPPlP6DGZUqbFkZx8M06b6F6rPcgUOLE3Y0eE +XkMBynZ+YE8/KOcTRBHQXMyhA7tqY8CX5t8aL9QO09P1WlmlcOCaV7Pn2DltGdD6ScLgloHyJlD TomqeXe4+F3WEEwlpqDUNCizDCHK6IKWNKEsAwc87Uf9HtmEB0uoUsfxU6QsSaBvBamaulnMTzcl DbwbQsvU/r+l4N32FGVcbcDRWWhimaUhbXjKk2gD9gozqbsCA+ymxM4WbwSbX86OKNvSw8qZWC/B htvXrliTtFSOQk6jY1gc7zVXPjOp636wlMlBZtRZur7REFeNpftiUKxGYn6m6309E6nWJb4k9ww6 lqUMML/UI0VyyUdjhQnMMXqENRQOMCp+4vc7o6OCEk58oNWd4hK+ifk0iKYDwGWk/org7XqS8Bgt zctwbHxlUKw0cJHiZImesys1609ooej26GYy8brDqetcKnizX5gFMx2ZUpts2XX0pbWEmPzQMSEb 1+dUkQviDFmQ+6Y4IEs2xUWwKS2WMREYjvlexTrJHvHOplD63eKNHoxR7xfIc1MrRObD2w+Gbe5F hJalhRV8iAzJ5yg0a59bXoKKlJBQrV5/2NponK4rfZn6/uT/rVSK/c0A0WWSAke/gixhWYm6OGgS JM1dFxzqGRW0hqsven783O0YMSs9m8swc4+zOQftoKcJgsanFLhHhYunjDIvZObEwS8Zg+ekYaI5 Cblh8cJDyXqJH3d+Z6q8hcWdg/kxw2QcgFT8SboSXCIjEgdrlyHoKB+VHnKJs1+HWrOKRuFzOt2a YlrNsCZy/rgvIUFWttcZPuX0PZvYBUfjcsXRUCZMSQqm4eN5yJD0IGLWqm6RR6ncSjplMqUr8JK4 Vs44rBamCpSwRaFKURPxWsWI5zrwR2lfBbn0wwdfQC0RIUNpon/75rWqVh8UkoFJMq/qYdVxu6p0 YQMHsMmjA828S9Y+jcEasogqTPtNNA/C3NDnJ8dNeBFSSQofkR+2B8PjatwyXKlpiaknlo+W8/Se lFxpWQTSlMmKfDiAxoFFEQgvVeW7WREdFFaxXNbqQYrh99BtDgU+YGJloMht+rCLXJWx++phNyAE OpO6IgMLDOe/cuD+MQYgscI/UArI83kJFQAZaNlYeBT0A9PwxfdaYDhY5fmpjLW1760X9/biUAbv UcIHucUAoqbQSJgM+A0KwQbgIfTCRLUCYCDKG3v7sL1BMKB9Dbe9KCaS6HATKAGeiJ9hIJ49dT4h rCJ8MeYQCGwEDBIeEuv7S0CBbukDCgAXIRLmBbKMRXXnFdHwmIQL8MBir2YiH1bSfhY8BHIAaozW qMUL316PY01NH4hvv8ynMyC95ug5IlMGOuMUNxojkCVJIZEKxG/oHIfPScPAklkuJ6nhRhwlmjJA oU1twgPoIfQ16LZJ+WqkUPS0xa9EBglBtx0gdU07911LmU1lkX8oSVmiu7Rdg0qeQa8dgRuylhal NhayorWOoiUFCzIO8QuS6bzJEM/EFS4FVtcO+BOEibawJ3+wBeXPncJKj+HMBqGEGhiUuRFKRtdF SBqNgOJgIF4MemnXoe7gPEZLAIQ+PjvC0Xu/cD2qMq7Hf2/9HjQADTsYMunqTgPiiEqQUdAZCfrj bEy9tevJpPqrg6pLV6BV+kuO1i9UfkzGUyaELB96kxrSlkX4z94sJxI4szNEkczCtehGpNqThtz5 BdpbrWcGuGczHD7nvsy3njE/Q9zOuGSSKn3B2fA81drRnMnG7NW5uNEOTA/ueGU5Gm61tSM5tRJR zVLVl5b1a2RqTn/8G912ScV1JhgThpFOmE49RZqRUkAtvPf88frPjFAJJaPbNC33kWC9Xe4DJnSU J741fPUep+fXKUxs9CiqyfFkBQT56CdoTnQQqFWPlCgYkrl7OkqRhoa2xNSjbYS4Z3ZupF6uBh6m iNp5Wx3NFC8ROc03vUqrdWhcoK7pOj40cNSlvq8L6IkfOfoutbtVe9zbCcUtZaDG2J0yPZGYmKdh mujwyWR94MT96P7wWD8MQJpD9OMCzaFsHLheECerQ24jtceRaKwLuQI6IDK5SamDDLnTv/3lVvPu JTp41bPm4lmClR9mlfqRO4IwigDzKdRMX5olKqacMghrLeHsXXYsahkCMAttqBV+4VN+rO+ZUuyz rwgeX6mc2zSwgJVKEIp/U8z4zHuYOqA2pjLM1njmp3vbXTuRm8K3D4iKYJtH0K6xT1SUjPqeNvst DdeKAL3yk0HYTIp7eVnMGeiTtjgxFiKd2PJPOZ7NjimhL7dTYPSxq0kV0YODimnxy3xbRM7MxEqT iDOcgWGSgqf8Y8MpqJ8/McVGr0tHhTfjvEQ9mPtUw3iGoTOpq2wkklqvC9InDheHfBR9CDKFYfv6 I7fDqydLDxfF8nhDgRKWJjjQneauPx7DH4NkGhhajKBrNAICpo1k08/Ce9CTRKIH7YZqVnyysW0O DxpHUimWqWHKxEYsRqRxDWF6sYVfbLO387FbT0h+lIsH0zasi2BFVRnUv1TK7IqcZMtm/gnCXy8O N2gtw37f1gfiWV9/KFpkbPhtRpobpoesI3AOjqTgTRl1ruL59I/pbX0wPyyJwmRBzLCexnT7VE+e dMv9z6edcEEk/pTxZJWFdXIqOaFXLtTbi2DRcqS5NPS7A40XEN3ixMyBKRl2xzywCIS9t+m2LxlM o0mw6XOnkUT4vEXaw/u1n75J0THD8GEYSV3NVi6RXXAkVkow1HWe3xPWOz0bayQrJVb5M4PHDYNz yZQQ//NF/ueUWVrBN7vyk2PyMasP/0mTJYH8WcqOiymLUj1VZAcd6obcojDbZwBpHoKJzIeEeBio 3zIdKhHelQu3LouaMjPRZCQhNHZ52hy0oKYlYLiHxy5YUSoEv/wTEA9Hke4n3TRsLvL9ibQsk5GI 5+IGevSJZirSip9VvMahia0WpTbZVKFzpGJUXzDZHFsAwm7pUc6urIk59JRMo63CyM55FqWs6CAI H/SEz6mL3mpAtcVzQhJH7CLOkty09BxX5a1oLJLiGWLN0R+jj4HuiZ/c47MvtUxyuCriJ2tUYpEn sFKMokzxXdaatkeYnx1S/VRWw9XKHxBh4p//DEpLZW54G6eTvT6mGbSOqlhKIzgCLFFPpcjI027Q SelmKu48Ikwl75bQLW9Rw/xkGZCpaJaD5XO5FXRK3pE0k/DFmhiZt5Cq6d+OWfLFxmKxSoVe9NnD rr//21xoHqGWpGXxubu+sjPKE9NOCHmmG3rsB5ZQOcmVtLA8qsNakOJPBxUSjEl7riCMWqpeBBK6 iohz/pMgbCoDT6j+4dJMzrzLo21x1YWqsIDRZImMVyQdb7XUP7tAe4+aqVCVdUQSM9KTKRK4hQBT WbwJBFO9Ew53JHzQklyuwpqKSLmL8OykzNmFqaK0GZUBcy7BH/LFLSUPEcdowtBb9RRJRKXBChnt 0ygfRxTt9rD7+UAUqAxwQ1c0J2HBhY42qZja2eOrCz46FCWvjRRBx7lYk6yu8hKKC6wwR/qvjZBF vhLQ4U2cCTjJqKXKE3EbGAAdRVbk4lIQXxGkHTiaMBOgAHpIFTt+RMJOPLNrNoRdPQsK44oEXQIM T1abVFp4BpziohF7JxHe1RTjc4hLrCw7VcIIWkEcoBNUGEESq4TZhvC9zFhKRFlC9qY1ma0Bm/4L eTdt8/GXlMkrjlRMFYoTUjF3CsBw4rquIXxxY4OGCpaXZR+B/r0X40uagijazRtUFFVQvisNkWEg WWJmHi4PsdEyFth/aJ8VhM3tsMG6uEg5tsRTx4FLwBweCpwJPtzbi0Bmj0BPdRUAOUwSPgPHtXJA BsHKboVr1SdKnFj5k9aGiOJVtyoqU8EWGBS/EkIUxVjTwttAZ+MxwsYnR3oSLbG9VWZ9Zw8tBCGj fdGAKns5aWPHPQfImDfxGE7hySS3vc/I4WOYHEhoBH2EEgd2tSEKCAbzEm4ojFM2SaaqgLCwG8EJ SF1MMek8ErbHsNNdSER4MpE2YR4VDdBM64CcFurMIZVrnQtvrEmylVglVdabnkzM61Hp88w9uNfU SZ9GQJbyY6XeaXyrMN1LP8u9Nan/tPml3Y7UxKEoLNEl7GLlYdsgRXMzEWPFP8wCs1NisDWcLSjY h4QyakLpu9iLpO4O8R7KjYEt4fkZtBc7I8tTeBKwCeVjgGGyJQL0zf5KekK4JPJlNSFrddg+7ULd RjZqxmOjLzuoI3+D3WBz2wYVw+NV7EmHpxjsJfXSRxdxlv5gfRgmFoHjXKYkng1R2IKjK1jFc6aK 6LY7IsoxjuOi+1TBylf9YjWiArnZBJww9BQ6SFcBxR6lbNYmkP3uVNKzYw2m8GGfNMjyHb6GZfaF U/yf39vcG2YPxtSRWZML8ilbs7B443wMgLQzDOwltgW7gw5sCvB/28Wt0VD7lpxIJVy8zdcfnepg 7QKyCT8Oze7ADkhmS052KYDHbx2b3P5ih2x4HLbZZntGbSmqViDOTmrohAc7GUI+6cAocczF9zec 3MUIa5E8bYAUe+U/vNT+6p2osGWOwbOtqHATbZVofarlpzq0WmIqMQ1MutX46aiegmWTn3Zh0ASJ J0ZhNhhomdIjoF0M3Z6VgcM0NPQ4yJcUWiewecNp93rSyj92HNNP1wHErQiJSDmZDmnwK3ps/2ip oF6Dk5nDkP9eUmbUidllG7OtUdCAjo5v18qWtSzUtsrCL1BOvG5VrlOAPIEa/WcaOUnXaFQUeYWh 4yQa4n0bWHrW06IOJ9mbuTxAC3gebhmCyvGRpIAXlGOouT7NnQMJQktnWvGxDM5GciC+kBHrkMCt YHsrFx0g4OE8yPnatt6156h5G8Fxbqz+jMU75i544EIkyop9HFqRJRedN/FIBo4gpiWGzanqvJX5 zMhYzgtFzvySLsgof5Q2mZjFXy5iJFrdM0QKnOEhsvUCOpYfEkcLKKymCGFqGWtrToEKmiUDmiE6 mJXCORv107Mi0ruvJ/CjBYvWE3mkOTmbmvImuQXX8/Y0YNZtmE0ZSzmi9le03LDN7luAWUMepfhG FkilRXufy795UDMHfjJwQc2zuW0BooW/l9ZlhMgiIoLwHJ0Ze5zhBjk1Im6fQALoWuJynyC4Dzqp SQHAyAye+2p4SQuSaWCB0je31p5/o+GU1rB0VEFBZAbTa04doyxnJw7EdlpRhG4qRBBpIkIEtY6S afTqCneQZ8P4KVJfIzJ+CPecCXVxEz+ykbYK6ZtBIVJcYVVW7VFKcVCQujOu5jj7tMJmJL6grWnG v9hOIHNCVU+3Rq7hlvBjJ9runaXcCjHDjVGdhGz9Dk/4OwxEWOuQjdWInjVZP/XRkk3r3b0pEDHJ PGckR+D97BqIXk6JYpcfkl0K/vHGs7lixWg6Xu4lpZcfxjW9La3AjqJNYug7Nstkqjr3QXuxJBH7 Y5BS7+mooV1MSksc+FNTPNimY6ymwimKhJwE0Vxy2uYugbRIJwcwXi+/EKZMQnNvelKr6g/ZfgRl EqyDRsj6rE2xQaF3KauPqVEqX1PEMeoyLI/RDKlU3WBDXyvt77YdllZ1TbTkbcqXNY2TpK4qoN46 xzjsq+wykM54AcMbgA+pW6l+vrISLGxfTi6/ku4hIheh1kEbr6IKkf+7hc7Y3suzpEPJJY4k499G akVAThgoRABVospQPumoglUt9UkECj7PqOMUpc2oUrV0uXoULa4wIvZrhgEhEaw0VX7kRtA4SAGT kKJZbAulVbyFIZqsB1Xe+tzgPVi/uAU29y881g/U9up8K3EywQhOJConRWeFnJ3bSG+nqAfpUAC4 f1Wt7jJMQaTnNFIvm39NTK7Szg/T6IyFHALyvfeBKWToXq68As3e6d4gqcYxo1Dc1ICeBE60wIPc ChDsw32cM0owDrmXeFO4Xr4wHClhayII3C1Zc7ec2b84Q4uwTQ8kVQFbPmibWXRRSf84aU1Hih2q mg1kGUKSEia10cYVQ9CqRngu3yrPS0ar31mNHocd0SVDpzwkp7VhEYEzlfFm7/cOBUK8hLxR0w0z 8JqnroNZrMmanZFVhSYz/jYBFxHPLIK1kBr4a2bkBKaykhTXWzpRpVYCE1+rD9AMBuIhKgZTSm/o tv/1jkZKolhthSehJ74eC5eIqa6gUosAGYUzWvUAhw5QcVv7tFPyb0g0pfkug2cCqfDBSNAeyCHI vJo6UIaGV7mj2U0s7P9Ql3hBgfvbSrH5Id40rT4jrsUac5p+Id6nsMFwio5HaBRdBpPBD41Oi2OF fpqFqydgJk1lHPuWQ2gTbqc1gUihVa196cGiJYAR8gNRs7BKpo1jIEulraFgAkaQmT9+aXXYUq8H PYxOsrRn24nTFGCiyoNEbPZrmh5nIbgdPIMz/yf+H4JBhlERmwBDUUwKCwPP4cN9LZ5rBm0amFa7 r40YmZ4LR+ZOQGOWa+xlpxqG2GLTKTXIoR7E+4kgfDK9dCM2CiIhYWYdjBbgZUoGQW0vOBvcnvZ4 jqfunBFvh8ZE35SCB9Mr0opFNrEbEZ8iFEiIrpxolhwXKmBBeYQKOMuC+YVWDdo0oKZWElJ4T+qY plABDnoVZkz1RNX4rI/OSBiHrNE1jkVX+Svj9DsTMSWjp1o8uaRFz/mW3leaX2pRuMCnJ9/okT9h TmbZMCyZh9BPSafxcoPuii69+KesFky98EVHpXPzUR7gdgpBpa3qe49UW1bQ52wyOf6leoE09O8B DieP0cFTZT8Fen7Ym/rGzxcWCqcHUUGmIh11jRAd6l4DlKnkX7BQGh6d+pFaNNgeCiTA83w0KTgL S/ImhrrNM+nKVWNhufBuOutcuk5c3Hzn6HrjSfJiSG4Qx0wNX0zB31wU74NuhiFucuZd1WDJLvY0 jVJ04bVgMCLMqNR1ER/OhwABK7WeDywL0GFegiQkFZtvxFLdJ0/SLErYSx80cwgqWjm/5By8TYdb GdchrWptItNjAbtSUsFhpUaZSGmycZtR+tnrDoYlHn9S7HQ2y6K2Ott/VAIAXp80Pr9aG4bnja0i eH+YdZ7TvGgcKjS1rtq6EYeMNIbpH7NGtwH5lr72EbEh/zysZf+du51FI1I+wQ+0KiWcWaCB/xTn zTNHiBWIsZAbLtrGidwA8BqIba1hRtviIWY+/0N6y7nNjbXolhqgMWeWnbbVp8UgK1Jo1r+FLVNJ FMmCjZicKSOKl+DuBWgcRk3xNTm1Wk9DUocipifpG09OY/0kcU2yhZr4tEzg3Zf1ZLSup9v9pY4T UqJIp/N3hSLD5UlYj1haHRKYnLl6JC3qmCa/8ld/6zjQWLIvhwF/tY6AmEPNdKRKcTtissVcBJ1e tkF9ES8bdqacAimAjk3LA6b8quSirwc3DToe5Q7ekK5mClS999rwpLS8k2n1BUtJ9TJZT1XVMt8S dxm2gVST5dq8QTUQSsBw7N8dfyR6OruWEOJhRWKdOIehBBnxrK6ieBBfhWK7qdWt+qs0UM5WxbLL RtFScqy6r9BAjUq9kTvMgLdqlzrbrAzp3XxE6f/Ag6pRtFA0BQ84arLO82WqnlU3FQZ6RI9B1RQ6 qhStnMoNmLzGrrcpdOhBtRFiVz1xNaV+GBZzgilK5sMWjLMikWuF2rTHmKtUKwcXoyRgQd2kJDct no3zM7Tkyjss2nLGfduNrtX4SGl+vKtphwwgOJR8lbimRladGf2v4uXPPUFngBtKG5SH2tjvWyVd jWa2AQZtXg4+ch6tHhSgHVAwXCVIAJ1GMVNIQ/BcEq/+DYtuUko/41Eh4iw51ACD/N9R2zvawjP0 Ab/jtkIvOZKgPtSnBihw2OAdDpQU870gI0y3F9F2QtqHOJy01xEDMcf39SXKsdrDesiABlwE1lRN mwxag02GSta/D7RFjHMSccVsr0Bgouls732vb/QrUK+ZtTu8WXcgod+IehAQsxDs2r7ehvMO/Ytg HHc35DJQBq8LF/fNtD2aq8AVyBAGbGtsdTSb1FrX4FySm8qHP65M10GldvIKwUxamsSqKVVD168S Hx7jUeZNZ+ra3n6QXOBR4IkWleZOxra5k34FE5rfaIBYts+4Mt93I8JMguX0Sp6YQ1Q4DaIMR6Kc dtEGqPZlqYiyBZg82iVdrUGxyRZr9EPDw+F6mIlaJjGEooGwQq9FYWGeXfAOvZkiDzNVrU0DIWnN a+fxdQuOp6tuths29Bgl/dqGcypGJJTNUJCr2gp/aSZVNwIpw+7KT8KwaikNGLDDvGNAbK812VGq PFy4wewXPzQPA6SIzoRJH5FJ6cAr6ZClI1MyuBMPM0PfcmjIuQe95lrN1g392xxtBACMAQxclzQq 9LJaDSvJxncIAlXAp05AwVjoSm99DdA59vNid6/GUSzTh1uHLvVCgX3aniCjjj7W1OsG1DLbpRIO GNGEUUGM+7JRGpdihoLjg6dCr2GwvdYAXDoQ7Npq+Rs9oG2qEq/90x5vqLbu7Comka4gQzPGHAjt bGKk+EiLUqoD9PIWiDZ0Gft6N4QI6qbTUcJ4eRsIvxF9IaI2fZ9jx6mkiCw3m2DOjy+z1F1IG+p1 TiedCuIu7UPYr3NRHNSsA1g31Np8MOzju2Oc86cGONpbcAkN84O6kBoz934Q6SPMBwqw+VOxclOH iCBqm9gDyeIdzWirdc97xMsXE6W5LLbwO0wvfbs8WDsbjM2mRZwep/BIw4/vX7YQK9hVf7xskjQw 0gwnGh3ejj37YZec4bQsn4FsPE8RwMLx0Bw9HE7rThafAxkfNsWm+TDPPOqxMtKbDTmDAiJ/yylg Rhggy+EF8hgFYN4jh1OIYUPe78tsjJUJC1WBn4h0OdCPeVN/z6TTOMPFUlNTgZYbianEj8xCZu6G 40+LuViSQ7NawSi1ZpHNF3O64Up+pIjmcnkOysXK/G2LptSgGIE5HZzbHv08FfcDSJEyBb/NJZoi mfmKZEGKtuqLAuiQsAgIz9DWNIUwI7gnJNHVjJQpBHViIukbsUzDxd6Ta07I48ow5io58az/Wkpj 1OByE1kgwfxkUnbBndFITAI2Oiof84qpVMv6RdM30MJ8T+YMPerShRMta+IGCY7k52tJgVoTjQ9l LJhMdvmggFmiENfMvNWiFgju+WdzwaIMgPKsPZZpkIg0NkKzps7k3wsRSbshzFH6oDdUjIFcnKwj fN5dLJN9SZyr0GIy740N+dQht6ZxFZ5J0HItB/7S0rFUXOEeBooSneD9MoeS4YpWndI6aWwJp5Ax xSNSvwd4/VTn1MDj2xnRwiM0QxJO8KNEOuuaX/TMXVeql2kij4D/L033gZg4skZhdBljMG5nDPS8 /W/vne/K08EGqcKfU5VKMv3SorIjmZlf1eVKISOLOLpaW+lkhSmZSG5Hy8aRTJTtG7gYW+RfoRKu xqyiZeSksh1SICGHPJg/8j9uw6j8Hi2ofsfNoR668CGRESrBYK4iOizTzXUE5+CMZGrgtZxkPwYT FAD6Y/3ckesGL5oq/yteRABhUQUKkBwIhUWpd42XV/O0bZlTLaVzqhGoJJMofRJ+duhKehSmRf9S pVIoJQ6ghSuIyoLcdcEXTXFIduh7wmCKdsu4oUSDK7ynVkWkOsWmZjEwHLSvNFNfuaeLpakNU6ao ZBMJjD1Muid/L9FC+Oq90JGq2j/kvpU7jbXx+EP5cXQxEUhdqcpne9GydYojZ6qeVTEabwFLQj4/ FJdlXeHlYvhX+GGRqJhdRlstkKDFYMLMGsg90SoSmJeoZCWkluY2O3Ym5HK9lLMu7VjAGgksWXAd eUw6pSgn1CwTRB2qUEVQ0VLGWV9DVaMQgCQqoDMQ1OIpw1jpqdwLeQuKWnuBl0QbXKQ3igEYxSgu YZN8akjrxDBrycJ6eZBelUOBl+gUgZGKqhDwQwbysfGqeCT/y65RUt2s9QgK09b0VWuV9j5OKhiV 2iqHyMGrcLaRvysrdeJZjLE50OYxUGgFLzUH6um6IkXlvgoJ0PeR9pUCg8HWO61rWiUjmEuTXaiH UQwBi2+F7O6qpOkLBWWBKn34p04Qw5RcSJ1r9gA6RUaVBnh+aee2uy2LtPldtq7kWuFFnSH52EvH lDzUPYxplrJ8Y7Q9tl5tl1bDU3o8KWV4c1+nehjwqAkb1eY0cKppVM5UJq2+29TRBIzb4rf6dSWa SkMrF2yi6gSa9syLxggBgEoJRjS9CuoxTPWTapsAaa+3rXeptysVPo99dhhRLV3lpGHwFt7gBxmK 4JfSTQUZ7V0BQrVmA6XvMZ2cZHjBsEJ2O0dXPq2gpYRl3mpcpMWMMAbbFggoCAiB3PXgAbkhcKeq WP0qtH5UZ1bkACt4hkllqC24xA2SoBhVfTxgENZIn2AGWOO3k9KDK0QijlfVglxyqCM9pn1QyXKA ktTpRcpCPWCybIZrZ2O6XW3HHw0JXOP50yoeIFzMlTRLD5FJRJqE4E3O1KY00637z5VwSKmVmMTJ TOpT6kujt+r4ZB7zmr4f/lQfSz4RhW4bf7gYK/VLBzWDXRYMRJkbRnV2wwdan1vKHGQUsk210wot Mmho4ItB6tjmPZX5jZ0ly+UFA61mk9Eh38JEokZk0BfGFoKjNqW1Tb1R2pXNZDGPxQr1WkOBCnvS QUOmM2viAcuID+A8YC4jZ33UhFHKfU+LZDSTTLcglKuYb/Tb7CSxslhsQQfMCpe42SHSwCVRs3/G EhOi9wUi2fmVLLKgA5ipq5zJycZRL0pjPMVEfpm09VngLULLbbKCHDQ7zM3n4lEYFmQrA5bBxihj cStMMfrYMIb4VboiRAu+uYbigeavmCPOg50B4w3sohV8Y9h4p2qwKmBxIB+EHKk/0I0JCpLcIREN B1kv+xCCJH1A8K5M1DvsO3sJC1+cVZLzghEC4Z1hxS9IlNhQba0CgOSHjl2gunCROcWc2EDM9fBl UKpwws8laRIpHVxFjBxvvj4hn0czBW8jasvFpGv6mqTNu/XYIgmwC4SEWCQqGctIaOzkPd98IJ8t /qbg4X8oTAVSkyQNFA+Nq103BnEHB7oY3HioZl1SxflQ8iQQvv6TVqKYE488CNFSFnAJbHjtEeNi C3wVyBW4pZk9dqG97ZesGaz97QQzdOM9KudGZMKCJP4LPLpFn8T5ue+DLCOCGcZqgsE2pE1iIcii bAKKvqwAtYIdL24IYULHwwKln6xPoq0nYfb+F26CFmbnWcKiNCY1BDWAfgbNNOIT6qQjKS2eSsh1 rwYOd23QPcLxKg55w4o41iTsI15kNpnfppyp2i53NCQK5ulMlemUVHAsV4tLgBKJFn0pVzK1YMOH 6IlWtmyRWtEJHfOTtLAM8i/Wz5+CwxWNpzXaQx7oKm+ZalYFnxMqJEIjPxIc7sa8iV0PN8EFQSxF tFM4yF0H1YRHIEFcEzjRlxkLfQsz39qylVgSjBGM/Ui7QSgfpX5snIkLJuOXMavdsB2gks+xD0oC k/SS64pb8ErfKK/sTnQ3sSq3ongJYdpk8Mq2DJHSYjcKGkt+65M00fN2haGh2B2AxXUQSlTcntoC slfXoIO5ale2UGXRpBmcpXK2hWy5rTMcqhnK6zt2MMk3FnQgoniorbJDlZpBEjVKt6XF0tKSPUpx cL80uAOvQG68bItKyLLjVdUcErCyiMxXFQsVDVlZpfKRMFgu+vnobPSdMVuhtTeqlONXl6iiIveu QLA8VjObXZVlAKOuJN/Olvoo5VQRMqSfzo8tF1Yue1NdAwzRU0lpG2c1Mc/AK4ERSOPI2tXZ5P1o BJiIscyoJBxscmJ4KZKscIButqgSeDfADSYoTyJItIs6+atgdcjz+32vcVEI4hVVe9RSUE+B4ahQ KQ5LA5GUm1EWq/qnDg+ByGInmBo4CCHrG0QrxVQ8bL9oJZZKY/J0TDS8IjAeQN9o1VssV3hQH5+0 qvVnhxurOCGbSk7M0kW5uQ1p5FMFwKEREPJXZaTqFHDCWQ6EnjGBPFVbAAvJAAOJCgjbRCsWNEn/ gaRPxK2+TPI7y0J5rwpDpSdUwzHjmQR9rResmmF6pWcCu4OIIxhfqhKDpmRMqKDea2etnhXcUgDD K6FUMTRX4qAWaKVD1bYL8Aee/u08xd0kv5f12LJWKa8mFdsNUC1NkZYouaNBSzNw0NhwGs2ZdJrI yw9dVO3JQMCdeNUwVJRuwZ8kg7mRWYCK5AqVxqGBEEs4sll6NYgfbionRgk1oeMIMkr40dEhRCk9 tjGxopdvlXaqaYY18qEmMElUhzwEf+wHh8OkcTFaYu5wa30C4wgqlFVU2slgSR1Mqt9Zbubrp1o6 yrw4SIoNpKGtoW1nIKQgzArSnaPkmUkkIXVnGAybuNrpp0plLlLXgTMRznT+gRtN+NNQZ0KctwFg 5Eq5sorkjbIEMYnokrUeFoI8VYSm01SAChrI4CupJqPbBqyWrWZFsCxAkE2kQFFj3qwDEABXqquz ch1zpCxpVzfxI0RbmWL0sDgscA0AKQ4StucUdxadtuEcK+OeQz6qA9tPyKlnsuJ1tVsTsQVqrX4S lexCNtMNQlRxdMEev2CG+N4TIqCFJt5nbkYWdvdwLlobLP5ETMOmdNbhYEgQXFQZy6r5jJy6d0qR PfMGRzy2DJ2JROJpQE6iQ+TUcgmwAhK3GJgknCLr7UYhSuLBKaZ+hZRSl0JZ464Xj18+03g5UHdy wtVYbEEsEK2Go16nk3zyCMwWvQs4ChqM2nPHhTCFanwsb7z4pG16wpHcV+7eJMDjHMtyxHIAMGGB HOfXY01W8URZOd12X/Dh/D44N7SBuOxYUcACqMpQetdGUCPuKBRBnJKCKiZtRnWuWms7FNPAximJ KAa1a0UvV4sqiyGknMUUBWMFpcDP+ZarLqcrOf46crpVN1r2hq8EtqMqhFTboclZY1UxR2QuZUSh 3KjwitOMytEtIFkhNCFupvJTjlYDeOSij/yiCL/wDtwC2vKSNjho70qAUmpkgxjBdqZwUlINFN84 uCJU6EbiRcqDBkMBE4xFUw4QgDS04bssL87JsBaEF0KXjyQDhXGFWLENwYvHQs84Qqtiyw9P2BbZ BpXbotCene0uCth55UbFk7bOlKzjoUyuEpezW0EJhcmDzwU21v39LO7pXtFUWZgORAyFxaiN537x XFGRiYBbMWGdKhhUb4BdMu5TW1xkEfIo42g+qYkZpA5gEXXBVa4ICuYKjyYq5ypsPk5X1TjpyMoX VEIF+ZKBsmMBuxqR2JoAuFg6BPEK0oCDowJOGQxStssRaXw2hAdKK6AoLSSdnV8LApP4DQm57p6A i8rUpDA+WeoFU3jhmc8ASqQ0jk09u+rb4IRmPEkz0KscMgYn4H7IcaT/3W4k88DEgMilga9kthoO 0ilwQNOwAI573TAeOOgIPOzeqdIjm7g8dRJGZah4EQlxVks1OM/7Vg9Kp6o5xwLZ3x6oLdNZZO6D SCtgYiAAtMcveAf+qltRXsxfMdkIiUdm6qvH1YX9tPkQMYNH/gwI+DstgShBoIwnvehpZFQBalRJ i0BEKeIh/BAoOAkDDmQEzOqSWigSG0qZxR8lVtRLpmaD/JT2mgEIUdB3qeshkavMRI2YTyD1mszV pC9SdXc9GJzOOpYHL1JJgMUteKWobBHwXIlNlNOKAxtCkXWqChYDVAKSG5DLMtoKiEiGz2gbIXlf sXQGCCTsVIkPaiTzKMSaJWYNPi2vF/yrpacaGcssPsJq0PO2UWTpChfTrkhkZXLLtk3HjA8SHpYp AzRwPBmLJmxYOwBVmCMXE5G6yfXtC3XFVUVZV/rAl6jvUO0djY6FQEyAQrQUds0oRwVSl3RoF3uF yKjYzk8aTBqpZg84oyAya2lAxCFmPcPdvjLII1QGBU8VPzdH5Io1yVpQueivXsZJKNirmMOm5CVX ojUg1ODVlRoboJ+xkEy2r9gowJ4tQiJwUiOUSWyIc6KfVMVYkzi0KBFjUwgydfOtG6PVrE8VksxC V6qru2/T4SwDO9W+u0xZjsykAMOFzgnnTj+25OHW9mnXr3UooMQRNpWMI5kqiDEhiIP0uqoNAOgE KqqqReTkcSRylV1kMcaXVm/MWHCRwIM6XuOTavn4XmFfQl7I6qajgBSCABgyXdEmU4o5tc/aV5iN nFEy2qJI5tcVYoUf6ODp/IlQ/GTnWJWIS5SifSKoelzXqohtLFf7Jmm6uNSHbP6YB1p/eZ0mUdE1 +gw7gmSzdpHHUsJdcYYbdAlzKQX/7gPZQUaf82+9Dy4r2pDUocpkRWPN2yGoY1EYHUd235TfsYDU Il3wI0W+jsfQkjEdTqxtR+63LoOAxLlTKsRR+RyyPIQbLRvOd7Th3QcQNApyszNN3zP7ydjEeMIT O9p0adqcTfDoQsFJPnlSknWJzIItdggZSddkOKXzXR0+jsOeSfjYIyDZLEMlf1mUYBC/+Y3aAj8A aZ29cagMhiAUK92KDZDdxmJSUTGdRLdJfpSLQ22Pn1yFAD/qFpgz9ZREVzbLQQrI4HuQALhFihDX PI/b5E3NzvjdZ70L2CIk9sR/s0d/ahjz4eLtY8WiHbyD4hHVPAY3c5tPG8q1oPTVVnptjBFTQYXV eSUtKi6Bfipfbki2tMxuwHWi1JodC6wxWSqIRDWKaixtIppztBaK+cy6pv/0LxEH9QrplDqNhixx oid4CzCsg3qxiCUhLhU9fr3D4aAZdgiYCf9kjCJKBCk5jSlJBca5qgl5L/xFFOg2V9JZoAUu9F+1 P4a6Hw37ADSoUDokBQjhd6sZZVCNQpdKWVrGLIALWvIvJ5VslpIIkQFQCbrECmysqK2J4n31scqn RSet2B4azQOgB7dGN8xb/EAhWBXQODlf5TavklE1Tl5CKgUKWt9PoOpDYhNts6hwlulCrbIbJuZw cb8YNbfoOgBt65Wq5AP3MzdZjVS43gs7wolCAab0D3+l77x5iGcqgUG62gNT1lYG3eON5TitpZsG RD175mIiFLuTPdMtHynXiy+sTORLhjEgC4cnWjpfBMBJoLlcIX544DPIoYlRsYUFaH2L3MKJBujc IEuNMuPI825105MgnX8S2QIrzZ4G0RhyQm/rxNJmjonnjC3O+mOQwkBKlKqZUbue/4K7eyrUWZkW LDjaKOF3oQM8/cuACCNsQNB+EVqXwwWzcqb7A0IiLIYHC/zETjn0wzAAtbFJJiZqT3OqDhe7pyUa wlgCFd+LytKimhgYjdhBABPLUqHstLlJ8vMzdApFuCr2ivDAEzZ00Rb9WIcgAA+g2RmrmZFoLRfa mDJYc1lJbH2W+hHmOFN8ksdEjv80nc87QmJMCRTCHAFAm6klV9x9sGwoI5ANsUqqBeiwKxFvCR6F s/MVAiCjuUEYpCwzcarAro3KlJsQT0fYpaSOttnSozBStZS00koUUOqoglRp1Rz0tX8AJ+rKnspx rbj5uhJl9cgKWcQ9TfG/TVmrKFIEdRvFGjMo5anMVAUSv7absAqhqmkbVgWgbYRWYFH1aVtUBdGr tyQIc52X2laoLmrZZkLbpJSUFWD20i8dq3au/G2Xb7Xc+/ZVVplWc1PA9ZS8gl9lInU2Gx7/VrCy aw4U7bSuhlshFSTqdH6381f1tGKR3t9vD52qWbmnsOtau/78ueGE6Svu2gXdOQOKhgq5jgLYdkpb H9uCaavlzfBqngqCtvx+X73VToWqV/KZ8m67pVMKen9cpxhcna0NMu+9q4he9bZPP39VwNRwje9m JzGoq3sZ3ee/HW2gTG7y9mNW/mqrm4qarZu9Ia8TEzoD4NtbCP20r6/XsdnoCLVQRQp1SbVBuyGP KvDDFk/1cEcoKC32JkHHeHeWtqqiGp0X2mGU36jWyd+dquCYcWc09KK9puoAcCREyKbo1GEDI4X6 J2qFSxvd/PNfecxiwD2hUlfX1+bReJRoqIE/sNtfA7X5E1HMpWsb93q+GmxfSBHu99ZE1FfbPG+i u5HJ0v4rNaP/OtqpWy0Rbmp5N1tKAYzu7ci2NLBdvfbgKplihJfLm7mX/RmoEyjs8kWRNl2HPdK1 DzF8yaJKTkfv1uFvu2iRSC+7XmsNL26iF3C03/uhnQ/ekoikDk+PQS1/fD8MWp1UHfTeEoO5kR1r ug1gvIBtUtBrEI2CFCtGkurkRE7ZcQ6BVKOq/l/3n8cD7V0Ah7IqLQazOg6Nat9aZVBqp8xN73uW vwW0HlzPiVf55OUyCcqmlYsz123Q5EA1VEm2RmVE7tAgbMtPcbVKXallxfLWjIxM19FbaZTy+9R+ SJZBZbvP+hYfuKX4qT7cal2A+VPNWSsOEcyt8WvGhfJ42Y0K7C2B+WlDaRRwpVoumDNGmG5PNpMJ 12TE3S1SZC6yBrHI9mmmjbFittRyMcrZA8lNczEqvNfHneEKlo5aNzJI9UQEk7mMspiOO8TWfSLV gSGo2J7zmMAyqWbrokNnNaNccwIwxoAKeNmTNoev2O6HGxBs3cmqRKuZTIKOBiOCGaKJsOK7JRdt GnFveHEiN7HRiRi0yAL/QNePmXIOUkLYvD1fADnWz69dYgFJOXms8j9LkPqbkSC1YhWx4cx0BJTN 86+WewLffXTPV+/xmcA0C7kEMh+BglyC8I/xl19zEXMtvsIrrFtByWdYcW5B1goy2+6mMW1kFa1x XiNmARcLIBJLRqrY28Jdab0CbNuG2xZITveMAAfk4hjop4qr4DM8CYNlDqsfPKAB9cUV4SuMdCbz MCTDqNJKArSBVLUt0ShidgXAkOWT+R/SSITN21ot9bGXo63gLgJrwUm+jhIJDPxpM4rdI+FkI0q+ mwOHQVEGwmgAeBeAtKjSJW9gx73aGY4kaFRTz5+aAU+sUuA/zKikWZOE4tsS2davaaZ4oDp/QHPt CrgUWe2tag+KRb1iBNTDhTJcIeuKG0KJ+KccJMO1UaZ7ZlAtSR54/9aiWj8yR1lxu4lEWYonuIlS IkbJZGkZ0NMfTzmrSIhqw7fYDR1Yj4oACCkrqXJxxL3FaUWNcO4pxRKWPtfX9UyAoRDusm2xLXYL dlq9g4WdqtskMAq3X6hXWm+PB45jXJP1SD7RQhbnCfRhoWFxfG8zL2vrEjhFXIsBSSOIAUs6HDoN fREWqiy8h75bzBRoVzkrMK7SXqzHLEY5k8rwpVTW+DQuKZPDudYuYs/s4/PaF09mURGvFEa3QtJS a8gq/FbVkWq9dwyCYcR+lbwKhUlvdGhTR0lA9AOh74NEyPdxCj8DAcLsWOozpIgkkBpDeFeYmjBI ZYOZavQelUJNsauxUKDA23V/SBrBDiTsLSCvGglHSYF5mwklV/L5pVBKFx1F0fqWV0+daRB6bQnP aXIZk86AJENFvtU68aB0ibSQ2OQHnEFA0MkQslRF6ZbTGOBLLnNa9InCk15mRzWSfkMxmVP6MzMY SZy7IEYPCSZQh1TzuOFn5gV0rjMyCUoEo9yxORjirBm1iRixxr562kyYNVRZTUJQzDj50VQyxxqc sokGkS9UA1cxJ9YGxjeIerbaLSMgpg6Uzn7tiZOpdp0+pj3JyqQ/E2fcVjBJR9cGaFoNj2osgb7F R2dbjQt4q7u84IXLYAyh0qhoBrWsX3KO/W0amaEDu0XownzNQgTBPbNjzowzc9yieMa0dUgelumD DD7ib6MWRRg+j6Nv3XIAhQSMZwvBbDB8bh6y0LPMmlyh0pIRBFySwX/m9pjc0rEZvgjQYyoFEX4b j3nKVCN+wxsrTpI+DUk1ObAb2UWfS6UzJQkQ0rvFpIVtlsy5Am5oWQml0lMmiqQmFTMaSlKuOKvc YN8loQTeGK0Pyq+0TIp5Ja2xkpCTpGTHDdNkHboSH4OJ/IFI/CMDJMZYluIZYEBicM5hlh9/s9gx sAkA6ROa+IAIqEBkUDxjoikI0TEBIGtLkIk8GGw3qtTZ5ZXkmXOyBXG0zZr72M4xDVpY4Lu6lVgB CuIAFOwhKNVtlxqpMGXSRrdM9n52pem6DACaCOy8TyvCeik6MW/jTnhksloiiCMktkIQIFPSKjrp v4ycbuGnkXJzyuMVxEFC19plSq8xwdZxoFYXyhA3QuZOwiyZ70563vUVOioJ6LnCmss00QQzTeqW sVtZvIQ/P0Vp233vUpW0+GKc5pbIszDudrBt9ZkUuista7CcyiXAqK0uZeXWcP1ym3yau8WIihgt 4vimpTUIwll7BDaRgzpBBWuA20cq368wmM3BhQrOWUuEdRu76aafOhYzJImjCFGR8kOcfhgdAgxx UmR2UOhrLKMo4GS/fI31uMocQiGKNQ7BI7no4RxmRMZqDFJ12oEYeIpsWNPJJ7rPT0bUw6X62bHb CuaRATtMOmEAzuiAS1EqBlMLYJg+Jh7gAZUUddpqHgGCzfyfYtYy9qZSkdisqNd5++KH5JrcoDrb 4HO+BaegGOVXRCLkES0hirsLTL7+eJ8EcVUOUn2urliJyX5ypdieICg8BSURUpMZdcg3d44v1Y+a yLQEzHTEA8e0V+whFKlAnOs4lKPyn+mw+T/h8b/12/EuBrQc1LJtr9JrwHGiBRTUADGBDI1EIgo7 OIZyEX+axHcED6kuiiD/OsO6tQDRTjgEuUsuqCf7ohQdJc9QsH/f8oMBQltUBqjKhvZdOONYqERi t3YeHqitbw93+KxIm/5CpL5um1LjkaRSlevHUecWvKq7FfGRDKtkRMWpMx1M7GkCnyMXwJAxnPAA UpXle1AijkdH5GVjWo4wN/wSmigEhtyrkVhL15jYNrFHKqDiJUtFb3CpJ2UQ2bpYvckQNJTaFEvP WEneWQBoU4S+DFqToVlrGy03sEPJZNRd4AQknym3YYouAMJLIljFOzOA9cIHZSHhMoOTLGY9CDZb 6iqBYmaDb/JD8UiyzvERDHEsOOvApvnqN2+ebF8LhChpfEULU+YCiSqLsYPbsxuJfaFsMjMj48qy IYjgZuIs5pw9NBpAYCAmOliBAUiRDe6yzMIdzpeFL5iHqQ+LYQLYB7/CQ9Myg+IdHGqDcRm+m3mq UPDRiTExq80bYIhhWup52EY0zcq1NS68qwzMlLF1BRcqqMGIgMVpctO8I0Ah3o6xHp4s+GBFBQ/c JW+pLFkBx8e2KrZRso2aBrU7i200DJzBzfpE5+2EKqgQILnEOC+uA2RYYgrUFCugm3FI/4XL8aHT h/LamfJMaIHq+w/ewAVSo4BH2KISXMoWOTOzN0rhC2rrm8XmNzl4Xz84WfOC0wxcfSTIVcOOBOGR wQm3CbPTAlGKhYwNmcC8dl4xBER+U4TipqxdvCIXCXN0b4U6ewZ6dyoaHVtr5FEdxljjhQSQ6rlC iR6NjmeZa7NOnyaKJm3VOO80iIh+Cy/6A5EQGTkZqAlyRQB1aYNYUSr+cQk3jRvr/S/VtBxTuFmq mpAnC3H4ADYukmBjlwLHCIqIUugjIFrjwokeRjBSWVLxnnC0iNZM3O7EjEjjtH4VvmQa7d60EfTP VSS8CoaIlKFALoLkumhUR5UWg4vE0gj8ypWLglVYtgkcuYBnBBiJBmNe/Kv+hklko9BxdXuYLsiD d1sqe+ZaKO02fQf39K4MxyTkF0TUsApTu5RFg9s6K04X51ep1qyn4BvBnm07GT+VuKsgEfuAA3CK YJw2YbtRKVI0r/Lqk7KPx8LF5F415lDWijJqLNXnK0wpRuDXCrjlFJXLKpU5flLxzYZzIwyC6pDV kyovIUl6V1myY0/UKtWBzV7tVJ11O0OVe3eYQttpU1RDVb6vFnFXv+0dwBqAwx9pSH1aOPj2+sUG r4arXm0vtSmbUBnNQKAZXiHgi4ML1Jt/FKSN3R+FZTV0pTkDVck2F1LoCn8vFlYNvt3bCuughErT P99/vRmzYmuv9URhM31592Xn9G7l4Pr11/ZdSCm5N4Vy4E1xF3S9kW1X4aKArOb+9bCUYU2gjwq/ TkFRCncMsuJ6Ffr73bs1FXwft7safNXxpvx6AMZ7NtWclYth+q8lhtYnbneHqcLORf9+bv+uIF/5 udcO3m+2oWOt8ygM06oAGiseepNotXAwVXVXwNcBs37uat0xq/cKmlLFPWS88PMWpNdHXLMMY/Xh 53b/ut+/HmahPWRBLZd4t/c4YSfuU6WkRCWYQhPOFrqc9ZEuUjaSs3WjcZ1aJE6JZTl+Zr7ktCUG o/PmMk3WomA4M8vIdqMZZ6xZSAKT8pEA1sZDauKiipO1oTUGmbUHWLalk3a3nbia3laE9STvqnxk 6MZuh0EFblpnEYlWwCMRT4kQUWNSQ7vbXUxCQgKX3Gj1hFDQ1VYPmAtiUAbXCgORt53eakVyR118 U11snaIVLfJAR5Oah+cztqiVHrUysopzM+yoEzSf+uxMmxxfx/UQO5B3GEo8lrC3EpRCGQIcoKkQ 7UEbUFqawPS0tIWuQMfXxD2lcTKJ5wgUPLHZTYPUAcLeLV5xnvK3TOA6Ud8pEdHwoMRq9Xwv9+Ei IFqMi/W4SX1nvJCeTLJxWGybefVw1tViSJvVD8oqF3MPFhjZSj6YJSzl945aMlMBVwdugvqbFbI9 MlB9wxVT8H3mCSsdd3ZK6ZLSjie/0BYnOVb12B32ng1nva+dSExAmepBBbsWXzozwyRVpUlncQWa IYc1BVKTXdclt0Juwy70cwqHKCYyTc1K55OqX+XI0E9znW8qhPYeJJoK7wUU2R8YNVq+cIFBzo03 AfmCuuhRcJRj0THKNjivqqM4qNPa0cYIHM2w41tyrg7wybOAIg/Lr3PR8KVjpWCdauuG2UV3hai0 UOSgoAwQfjwX7SK1Mn11JCpY9ryt6d7LuXAmp6Cd2XQRXPCD+UmxaA9AqX0BFlpgGyGoR1kbfAUH YMk8VKJcQaf4l/QUQArDxBILawM1vLwwI98PiMrIABPn5P6BsSyzeBuqAVm1RF/ImbrXeeRzS/Pt zTBsLYTE1cewpKACMLqiVV6XvngH0wa2cb2UsOpZIZDh9FVvt+nL7J6JhlV7UHUWzkeasCu2g7Tk ITMULogjgCy+DaK4uBDSx0QP3bSPbEKnsHapBKDkPebpSbekD2EjlqxWEbsqAR5T6jC02bsi2KUg 6O3MJ2xLDg3f62baYyOLlPuUXZZyOlSwvQJI1E9IGaJEGBHQ09eCT5PQozLPL1WmKCY6SkQ6mHb/ qGFJqWEraJ/DQrIp1SEBy1hLG7fxG5HsZurw1EZtt4Uf6jJSr6oIgDcIMgK8EFWCIVis0JHginmR QYwlYXcFdYs0SXXyJhFGOUmuqDeJBTZq65xJKYsOEbyFKCQJWJQneABGzv2JCxNhbKQgNJ3cZGxJ UEIkjdsYYRN0f87C2sLbVV18n4IAETk97wszEXICp3BRPUOLgk9iQkzJi/GrhyOREyJITAJDeumI PY0F2+2GEn7rt0RX5CyFulCi0CeWeDhRSzfLJftZ6TJYKyPLt9pkEsIgTjjDmdCVS+sJB9PUgZxg GXYmnvqWrab1Eh09GVDyzZjpZ1eVHLpKdxSmwumbUlF1Ksboq92apJrshWL83tapEpAqGOjvp8En SMsS07pWTdhOf7IluqJh/OsfDGocdlXd1UVjYPAgVEse+X29ipXX3qjkvc/TQXazEjErFK8nG5GE 6cYLq4FiWiTpeR9uD98XkEPK1rKZ0xLPtplhdCmSPIJq+EtN0n1TAxtfBeezEgbj64YORQcFmAUb 8AFXkYzZqUbo9BQMgqO//MjImJRh0SlTVrUlzsT9eqIJOXFYCh2NlWS+4wtSIMWJbHhao8Jd6VgF ItEiPZK/xB85s2YZj5lBcwY4XlkLS198Q0/w4XuJjE9MFhUisQb31UUNYDaoBiUJMav2yuBmT2uM DgBAGqIlVB2TlEV5WSxP8YDftSjAAbUORSK3PtYQpZzHEiQCwJsEmEqyV/GARia47fhbWq032TAs HfHWGUpFIFFsAg+055gLU5SMStlGKsVWVWYxjuplm9tJWzddqpliY/tUswcog2BZHLhV8Emd6wjQ PhaaonJGClxpkgoeF1WRDE6skgZHlTDGSOR7eVYVKGAwyEZeLZrxU4HqvWUVs3sQwaxVqN1gq/3s vZwnNkehT6XKljXjHrWvDjjxol6F2teT696PVlmrbW3z16oHUHx/gmYVQPN6PdmKnwawJ9887Wm3 vbqyNFPco9z698RMO+W2oRU2niDRAg8yAlr2OrtVIbPTiXBF+mdhNpHDlFnm5CEsQkejtnpnpuDj kueCspzVxlzkNaLLDs3mStKObGZia0azutkeUZMQg9J8OkPPq4moMrIYRRBkHmiYqH0caMYGcBmC nAuTOGBbcSCoeIMrIU7Y4XvQlD3riJv6vSEpxuaLG7NPLdzAwbAAagh3CABMAOFbbtqfuW6qqtue CXWdPKxT0g6FCLUHCkgLyjdOdCAcQIy/BNsSCEjya9HeTmMtQPwPGYC1DecoAmxtbNdUdrXXuocQ jJZL7cGmcc67Ju0RhSv+EoT4BhEvaESidiCrxPqJ5cltBw1X8L3AvXGIEez0cXK7mn810CR5uHTI sK/QUuAlt1WqBluRT7voUQx8vWWAtMagRCVm9/4pM3YyuSG329yQpM0jBKZsw39bW5MX8zsEniDB vKI2PvSe0fWEOuL18aUDz1vLcB8uoIZU4GGnc2tSqKSAQHh5pEF8eWqMFgfhIjrK7SWonf8TheiQ hm0PLZ7pUSvPTFHENsC3XJ94xUD3MF9xG2ymYl5SVMESDdEIPZAiPUNfr4R0+o9K+Ftkfum8pJP2 F+90pLPKeuBMBwtyskWpX9pjhkhuBo2jUrTkSceLwuVGBiVoKu8DxRsy0yE0wQAipZfVK8PFn06F 9wQC6/V+dnz/ytCMXANrH7BuaZEcM7XFdFQyxXfkQ/gUNaKaX9wsdaXNOTYs4tQQc1hYHUtPinPZ 4RQR/9ljN3PbCGUuNwVSRWjZSuabwy1H+CrYtQ2sXFpZ1TAiUl9sFPCh2FZowWm2rp3hpl+FCrQv /26BwMhVx/GEl+S1GAetkE8IUUCwQMn4HHS4yeSavcRBluViMYMoQ8hRgpmfn8eHC/qAtZrBr1PW vaojc/fuKe9thfP+Ppg0pCjJmiaMO3CVZ9RdQlNAlVtsOolbepHG5Fw5XaPzxO4Uy9J5HnkpZCMC qqQLFvoWbUC6zSRgLYjS+4hKfLVfIo8N/UKIjIfm1TRfZM3SKvm8QoGsfHFXjBDMt5drj5M741oG J1Fi71TZipdGh/YZooKgQXh8zdM3bsDEHWADUdI8F41Upk1P5rgzFTAlliDFxCB239oBnAzvNttY LGdKYrbb5UBGRyIW1wgloQSt4IucJUtJmQEbu2WmLHHwYBNShsuaZnlQomiHdFOaojgF815pqb0h suRCNVggvD3Fgr0NyYKZhm1su1SLu2lGwlxsTPYKg/VKuooToAaa6NbH7L+Sli8C6/QWCgXf9CSg aVOOA7GhZ1AtCmNodDkPJmN0iYyfrtskoxUFWmgNqixZ2UM4WyIMJrAbIlEq4uWmFHKx0C3JRd/N IFVswTArTQnBOOaij7uVG7KxRezmAkW8vmaaS5A62lc17UgP09ryZekSJnpGewLdIr75AMcaqIcA TRqUECOQ9G7sRKzSTJ9RHMBRGuRQg2H5smvuMRqxuZgOi7RmmrIS1iyMF6arAlZLk0d4Er+4XTiu UNR+TWXEVWwyJNIS0m6jXVUqpU7l8dXdW3WogucaDa1+Vm0ZDG3rrCZWdlCk6rZ8D/7KZapVWQZa dDebpTpD1Iww69tSRkU//6rze2td9CmJTqHaGamopXbaZ3A60LeDjH2GT78Ny9oMQsX4CtB0yliO RYV6+9yZI1TosA4w2q5ul47CpdvG33bQSlRK5WpiWqpvqZqrEoe1Wpdy4/a7KvjfI52yPORcf3c4 TBRCoLvuypMd6dCOTQVGg1dKxfAOjyAVujjWNTD0aYOyErK68u9WbUkWMlmnQFCF4rKi9pDvaFYw dqukqwKb0qNCln3giM0cqYtahggPRXC2R2mxQqsanT27EAGJXlWrlUZ7HWFfXh82p6uEO7NCKbzz VtRC7SBHgAqNirRGcAYHGCP/HieoEFrFviUIVOpNg74rAptPZgq+WF7x017v9mqrXHbOTKOFL4je rFBEB/y0w/tvLxVrQ7jy6c2u+LY4OXiHK9Gn6rvKPGDs6u3wjEqyRuouttlye0duZX+U8KxEm3BV bD1goExsAv9gTjIsX7V6oXqvhY3pdyfuGB59NcD1VkxUcDk9ogsDe+IBbI6m1lMNf/OpraYGCbti YhgRRS1/vNpSkku48bgFJ3+rFrLHFlcMMqapjOfJDNhm6FCqCp0sIj9Qk1JM0KOCs8o2X2PweBdH KrADNSlqH7k9zLhId1ytaGYnMONIoTw+k+RsMa4gm3vJGLYonztrlQ3o5RpqNZzAsvlsYMfjMMyZ sHwN88GOUEfxg4iOwpk0W8i4dwQcwyccYQrbUtnWt27yxqwRo2oXUJa72mYO1agFojnnFirEZn4x TzkCvRo1RxE8RcsqZXwOM8+8FlyxmNlBhlwvZc+9Vac0IojnDnxmL/OcHGnuGbC61FE36HAKcAEH q0xSc7swbMOAaearirdKAMBQgP21HTuA5CUCtLiyNwEx2oJD5tWfCnpgnL8Gm1Aze2t3VjhVtssH +svt+eS4zmwyyhYqup6P81uUiG5L4nL+vF6d8pilUaVogmEwidb5SE0KKddkzg/B9T2L96KGXEQe Uf98bv6RcLS83hm2eT7OxXgYBCtBawkabziHUe5i41BTmVWsCzlNARfZQUjSkhjEBX8hB2eY14EC 8TObxy1t+C2cwB3JehFxGC9DQpU5RaihKQkRtwsX0TwmwcvXIsgCK0lcrtaYBAsDGcxJWOGK5jg7 5mI3WuYToydN4T0jXH5fpGHEiF1ZmlBxwXUEG77lhVGg2IaDSlAjF7KJ9ADttBN6ldMM8eKQCY7w A/EK4fwsR17wXkTftXE3Uri5h9WjXJRHil74gqSySImCxseOMWgW88Mwqks3JEHlYiYsDIsJUzmP mVI32ScWYVez24416dA0JpqEkPWEuq6lMBhTVmzqtJHEUsXlc8kxEW1vg4ejCxuAUKIvSjRW2aR8 Sk/pET0IYv9xEA01l4nXuCNZa1EWJxMcgnCEDOZKrhpKFcUFjzzrsk1WdZFDwlQXJRECVu2o8c1d taeGTpS1JyqZb3td7w0LoqrcCnYYEFjaV4fBdkk7SWE9kO7y8hSnJmZyNree260XXAgEM7YEnepU zlsa7F8UPpi6vV1xHydVcEKwsNh/9nO4RvI2BQoi42dT2euoBbDUc0rqPSzdLOigYZkpWnW7BLYM tX/P3kkWKahE4C+hbGRjx8hIZIQ1j5yusT30PzDtSKQ7kweARpJKY4ecpEJwMV0b+YoYiRy58m+W x8+dZlBVRO5L2KCelOIfFTBhI5vYlGk0G7gygInwIlxSjqRYu/LgBCYaJGkE6xeXyAk1JgkytBBa lTNIM1uYXAYSUOkqQ7H0qK/VvkSJmmkF5kxo8Hx3gIxPPD+G61KcKwgAvM/ZtBJWw8mg29VJnRqZ Zosum90tAXxDgZMZnChhxxrGATvuaGQhvBG+GWotFzhTUxP3VGy2iSmyJT2iNXzxs1/m0TQJTEna JNmFpKzNddiI6T5HHqproKyOjh37ovTsGwqCHjq8ErtZ96jBzrZ81v0i/+x8VGauaEEyCf1kVQfC rK1e/ue7UxhWPW30oVXADEKea11kjj6Mi0xcPrHULKLl2JEXQEQkxuoJQ6yJuZEfjnBuOhMHEf2s eJBFykt0TASgVIN0oWLRZeDSBaa+gslMhDGTbBISaGbyAdiJGXMK5c041Utv/TVKwm9/Zzrijh4E sNoXmsMdSHqyA6bAyy4US3CCFmL0AgcaI0ryGE30T65tV3aeTcdpB2jN2O9MzDQJTQA5CTCLYhgB y37gGjsABY/kM3S0SSmYcjO/GRZXKFGtNGPpXKtNZck3x3eD2S1Fp+wDc8fgQd+Ml/Pp+b3KNNyy XEjDXHO0DcXUwA3lmQJwqoV53WPGudgjYiAyaJUyD4JiHxLoBUTGIy1lEoyY2WQCgyfjgq1Q9D1x qhIIFMebgMzUIDk7QDxQq+GtMGfd4Y0FswNcN0w52xCrBRtHDALaBZTO5kIskF5tF9ceEkFevwob GfeRqroiDxDBAFlIQcaIopJfI0OZAJwArcU0M9lB1MQnpjQmgW95VEE+u5i2edYIiYh0YcA4WzQB kZDy/tYq1QSJCTB7wYxpdZOPZxh1nR3Qxfp10qYtq1IxdkGXgDZvX9pvRj0g6052CcAGh6ehcNYC E8BIt+pAKkKHOuEHMVTSaVtMMP70AxxEzoBbiNcku5gNgRsctYFg1WCsXRwF+pnZYMhQOA8ldWZM UH5Dg4wAG4A13rBGzDRUQqCIi2Ypb8aUjTBFtggXAneuBcDVm1IZ+ECLgdY20aHyRLmwigxwIjOF LpDHZivyzyCQDD5B8Q6l09YcAYwbMNyZFpQvnBNbqszwAj4Dg9HR62ivS+EaGouyZnHLKBImF8Iv GXRhe9cbmeCRzu6gWFKFKcQqE8fUlIzEAsIcylDA5Skv42DMaCA8yI8sviv8hohRejGEQZByBGvF IZFrUXghb45OOcg0oOGaq/4aBD75KVcas/OI3McgtMrh+YqCJJm1rcwO5hSz+CFbFlCi6/R0OUkz tnufIPBpgYU8hNMEyV2cQkJ1lC60mWNEdq/6XgZQJ0Eui6BwV3U2EhUKX1pl5g04BVsYI5cJ1GMh UhS93DA6GKTKjQfNtvg7GnkgsqA3NbM424sLJZyd69iClC1nq3cim8arjvJm8eVK9HSkfZI38+qc K9eju8gFfvaBDS9IzgcWYBCg4yJYTWy/EPutB4iZNfepJyxGWNjmxw22RTeMa1nZbS17JBT10q1S m0A3SzKvObCDoXHbuY3XximjciVN1jojxrvBUMyefUZVwleAUiuESljTA6wgQuXKDE98ScRb4pfu w6q6IulgXgwS7ykF0iNFIwZZXJPpEAzrxsdghk2GA7jHXqwCAFQ1bMRJjn0Rzu1oeuAnsbjs4tki 8JKFdoMwgpkrBEMTvECDAozcuUHFImEhKCBKxNVXbVoEAG7wN4t/SDXE9C/3x9LdMikjgVhRL5lI 2wwIL9YZDKTUT4ORdEoEPEYgs2lqg+DUVVjFXCkpt3XK3jbEQq4sHEtFDAH7u/kE1ZC2bK9IqSDN IOJFHEc+kCuBNK14TrlYymlcI5uXpwCxNuTfdDEqzhd3uu4HvqCROhMqtKcNxu3fbkZb8gyreolv Cjysoo7VHKpFVVRcKbhdulqo5zA+aK2aA2kVmYqWuKN20/m30U1Hu1fsCE2HS71hig8VnEGfTZLw 6ttELiQ3bSykBdlJ04X4tD4ixndqEsnVrlYLppWemyjJRYsO6oYglQAz7aiWhBxHAG0bHoUDAJOS vccA5FFUVs4iEjEaEeFkJLKxYLVNLxiUNuIF0hxVMGUtQ6iQ4XErJkiTG1V123KJt2K5pH5u9jaI VoGu+sh0VECrqFtlTgKPaazbH3u7Z62AVTUMt1rcoWDq0tmYnntCacwU27NjpGVEpC+agVCj1AV9 aVasVJrGzrb8gc7uNXqRVm73mlcnMNeEFMnzdIygeKNVoSS8BRF0mZrH/Q7HbumKJtBQnIxshsrT 4m+1d0BHSdt5veCVMGX0ZpAN5VbF43QNqKljypfsoTur20MC1ZZ7TCCBi4ZkI/XtUGqLIKiooPlp lQ0B2Dg3v85tCqpi11IOWBLsVExGBdoXlWq6jDLXtsChwKQLAJigzdcfS1ipDA2xqRsxK5wqiDcr WQIb11zZFW5Jt53gisaPh13Rj/ZF27fd9uq/34/H1X7sn78do/L4uf3v34dd3Vf/fr7+2kX993r/ tx3AvisO25/tjp3qtl13rvS9yrV92crwj04IuTufXF1VsbVN8bqri1c8bse5fe0q3irbbeiuXK2Z g6ntITadUdoYfPu3dt7+145iHwGqpq9YXsHcCfBbtlA5rnqurN0RH07qUWe2bd22wOhfOVfl28v1 ti2ZIreJuPcbAkadXkHJAdnAqyxPI7pE/mhQh2xHwu0Jd/6zKpaVBWPCyNZhlepKytY8+lXEk9oc v8Cirt5hCBiUVcFyW6Y18gRztWWnxuTNMYQtUu1WsicJVCulssBjE6/6PLQg7g9QMRFIVkk6o96O +g4SST4JR0MhL3w9q2ythMC0EuEi5LB5TxG3HZi5tpZhKYRRspLROxQSiIrWCRn1BIpifvvSLQrU 0iKRqR3vo17fmguT3L5rVOwJCGoSIrOLmcyM3Wy1sUwFwIStXWrubAd7koseybYqABKkIpmP9lOn Lar9XuKWEaIGRTvTkQymoVlAFk9snonvvedZB2OJJdyg7NyA+ncvU7Cgow3gKkGzhIb3QuaF/QwF Zh02nI3RglPOLwuockeGStlziFlXHr4SDBcpDqpG2Y6FXC34WmTUqJhQ1MnyHHZGA4aFXWYyi3oo fabbTZ6dlLF1dhmFHgPGDlkxy9ul+LDINpgWJIGdc4AdrHN6OjRVoTM/mpON5qDNYqFgQRor1Dqf tryLUEVPY7d7lqnKBzkbOc9pOFSYqcn6sRTNn9cAVb7aiMGDZRk92AROWoJWBUItX2EimfA2dcan lwO6Sy8aiZUqWSDQnRdA7rFDJhKbW3Ns7ho3uFEXOwlHC9GyujwEaCNddhvuLFjhQzREunKo7rLb WrUOju/GClI+XI0FjkUX6Mf12GolC0AjSBa+LZruDiogKGC5Ye+EN2BBTtbadYOBhi+Os2TMVUAk ZUclRo5wsB7xKoKQvhUVyzaT2Oq/GFUo7Ry/gqIC4ypRBuewBNL5nTy1DMOdPFUBH9kRPaKwJRVo tMBd7mnc/CPNqLRbHBRvRGM5pxZTiIIueoyz6GNIgVkZee2N6R3rE4oXJwSANnPldux4LvBuD0sT QjCy6lIaLQ2e5LgfC1QbYCD1LfT2OYoJSCsQKUxqBDGa5hQ7Q0B5UXjTtzcoxgmFdAQNNuMPOiGg NNHn9gxAG/wokBCtHJoMoCQijMjjUjjiTReJULaBZFV2Pqk1LSDscHJp2comroMMe0xvZsPotrNP bcpyS87e0894Y4NixaumE7cbH3yAOhQqogEVYegNzS04r+zlWphobiwclywT+ZLrMJhcOVi5qpi7 WrADbW81tegiupWGt4vDL0k0qSx+Qy7yERMXJWJjiazRiE5vB0Mu1RIjJMk1LLT24Ze8afE0pi6h c+KA9KU+5EXihnBZual56JACBkP2QYSKY8b09tmEc0mwqEoihdIG9KeiroqTkkm80AJR0SO7lMKY 1PTZVdRIpWibhoEv2AGrvK39w+wD85L5yTEgF8dtZOPzR1mgJTgBwa1AD7LkJyEQMhWcE5yxZcus VKD4O3jAwP6WmxBan6uvE0N0ciUzASAkIjjBaXyGlOHDdabCHP4gJZjdHcsn8UEeAkkESwsiY4I/ yrI+DF2MyNvCuj0kRY9xp6QeIUmAcTJQMRmCvuEaqzj7zC9TyoLTwDcv4LPerCtNH1mCM1amq8gS stqb/TBnpiDQSBX8k61DxTSApFkJUqkElrufFcIy0iopMxjtySYYC0MjzqzfRopzeRyMFF2TKDY3 I6ed3qYLywT+S+aosVFhkV2rykcuZypCE7mYASNg0x5WyZBWoVw2rXFZRKbCz6pI9GOrLGQmY5FV AmkvGaRMmSJj5YeknaGAghERYQCTecyrxG4ZvR4NsJIsFnwpADYGmzmI4xoJMHzp+ccTzmWcGtnq 2Ra/2HlZOhAQkgklWn+eUCBRxALnSKAeulXVG+zMBFwgtTqAgkQTNaTSPMXOLk0HMw0JXzdBsDcU zuolLW4YPRZXzmoijBMTInj5BYlMaEZQyh07cxMQTDLM2DVU0reKRbXWRKuRiR+exiD0AXOKuX3o SNl1XfncRAcJDUhiIIYUYEhZonKMZlBncBLMsbHihm5SNHoa9aOPYZbzUgrm6+IY2z/bKiOXNQrs 0qQwiiMJdmquK06JpsHjMwWjAcgm9ri0xWiBVhwzTWtQrapnQlFPAA8gkYv9CayMTJRVMb64NJIR xZTGSIajueWljbcuZvfBlexJz1alkp2HFqBonnUpQBLsZvDLtAQYQmldAjtT4CG1Kwhl/bimpysl aDx1hxzCQ4LeNpiyzkKX8oHU2b7ECAL3guc2mBkzeIpiMhfKEYMLptkr7C08M1zP7mUxAjmUXOz6 0hNWvf1avm4gcCh7iE0xFI4if2CV0RMJfZG8EpORMlzkyDh40UUEEXGIl+FV3QVq6QywvlUNsUmq kw2PpKL8NuaAyie7yAoF+Q6TM4w9ww4d6EdI89vqhhDt+SnRl1xUXGo8dAGkz72l2umONLU+9JPq +xIfISLUAx22+rx0izzYNCgojctEIiATUZMmporMNUjyXa4ag5QAxThSFEnbwoAL0Ty+JyMC7Cyb f+yssdAkuQ2eQUqJALg7gNONyuS4iJMn0fkIYOdfEDF1d4up08aI7Ves+BHByaTaiLEAll4ykhNT 0iVxI9/YFd6KS4bGgCUCqgFsApjROd7ZTzhGHE5KsoVoCUwy1m5eOCr+lIsxKeDb/awKSg1x7FAi brwFn3npPX1GPpCxNsQrKTSUnzMi0dk8iHbQmqJOmOe+IRz2LQTZFEoDMnjIkLMg1Vfx/LpXTvH8 PglCcNYlrDovj7SSw+xJwkM44q38P5VsuhJKbTOJU3DQTUIYvYKiDBo8WdR8U+KH1lnCbmVhANkk RdaV7hlSsldb5NeAgpdMpBguQsbgjRmMRA9VkKshaET80nhf3dYdDPiR+EIW1X2q9mUou0x9bXYz FeuQcAJWuE+eJzz95D56Xk3YIwRpckdnoHIJY7AZ6PBWQbR6WkZJKLKwKT/pqc9mGIQtUiycqE2X o7Eh3TQ2eUABA5UcqNkm36QBn6Jzc5dxoGZ0HjdGvTaZhzUqp6B4S7bS4YqgcZlL7J7SW4xLLSNL QsC/Y1thsPUcStw6XvOboy3TYoK8qOscU4E0E59DlDz4xJ9Znq2XgZEvlcayuG3pAdgwlAn40FKG WbApgcf3iQi1iNaHdrAh0GpjSGFR4HJ5arlZyqTYFYBQOe4VHdr9l+xN8U138Dx9ivnVV7DZt70G K1HKRtWo4mhmZ3YcUZM1QU8OcLqJdOSYJYwE0fMw+4qHPABIOkTFUP6RePUb/CP8+c72EocRJLMM OQWlVJID5VSD501E59hafqEIdJastcxnRjjWq35XWQkrChlflIgUhS4912AuWoD1mT6qVEGI0GJD xGcpTNHfKuu5vdxNvoBXLphI1FR8Eg1AWSoiNKGJ4lXVmIkU365YZrIilXJzm4SRGkju+Nuuz1/a MvIKSUbk0SD+AwZCEEd6yEJ8gizoQu9ScBTDEWlRCWQFmeCnU7SbmBAhCqim0PKiaDlVylmIRMhh 4DIXF3YgvZ35RT+VnPSCELQSiuxGQ8E0TdVb7Q4sQc22IjtwHFmQlTaq2ppT69AaPTMAMT+2Y1mh BUnouh/t5qY4R32XaCjWaZeIxY6FIQBf3BuceNoD8p6V4Enjex7bz8Ortv05LqeIpi64Nn6LHQaC AaGjLjGvgIldw0IbUn2I4bOuNkdHDpBXn4RbO5y9h9FWXjKvLInMDQ0F6FV8Yqw6CN35Ee+3vxw9 jrah10HRFTwd8WGQTmdxbEj7bzsHGFXsr7YlWN2zjcnKwe05t6vXXuWNYI/0x9cKuarIiSlQjAAW QIg6djZDe3fZSeC7KsJQBFUXtRtc27ZxG1qY53f+n99sdaMqLolSGP7oEHjilX6BqHR1RWCUtyM4 uhX58WVFLQq/YpkYTqf0qBdupL5IqVqWrSh0rfrrRBq3O8FjrUmL3c7qZihrZnaUDkwf7IieTcBw 39PRSNOKjFpycUVMzsNrR63T5U7C+TPYtBF7WKSral3ZGvwUyYkYSF/IXXm5Q2kcpwx+lfgGqv31 xwIE0NrP7xYwq0MrcfvpNPG2UncRuXk+ol1E7/2h7ekvYNOSzPXyQwyjkUHbGxyxEF07V8RiUvEH y6ZTy9EQBT/iFwcSXXGl6HQswghwpV4UJ/RdJ32+pgKmY6lYkrxUtou1yS55HTMWYnRmpWAOCgxZ a8zmBqBCfZRLWgpQKbHRKAyZNcPOfQoS84hPSb9qQgcyZ68YLXZAD4q+VJTSNAMjnMEAJ1+T3yqN yYbbFWnJFadMwzpuXY/Gui6kEwxsVV5LTmo/jaaQxT8mqSRnAQz5YaYyazmgHAbZrtS5WN7dLBFL UNBYOGVLpJ7NVsSU0fK4JcAKBfgbAp/7Z4OqaHGt5uTXAP96sQtLe7WSRqqONS+ndSCVisli7ftp 1ygHzdr42WmTxs/fnjXMBnYRQkV3Aphe+iZ3Nvt/eOb3fbVbJzOt457ZY65b9kcwI9g3stqdsMBE tl2YvCIMkECAhisalNHHmrJXB08UA+SitSzdrQADEuNrBTPIVhQpqw8F1X4UgA7TrfS/2wjkdymz PWDG6xleuEdKVUSthB051FwwSrcXDt3GO5c1i7J03mecAkyABxMNdXA0UiOPciXiRHUy5VcX0Zwz RfdJAqiU8Ss4wBp47VXkmCBRF2QKt/G0SCNWGYK4qTXl0YiXSgB3lE1P2FDIJpD8CqjER7m56gZG LVZZBuBz3ooNylzUVj9Uc5Frc55D8bvSec/i0SIOWJgAtXxN8QOdpVlLQNQIqBT3CmFtE1GqlMGQ C6do5RytMzGRHW7g21ZRGUkancUqPoEWMACVsxFRGNCXDH7WAClYDEYBmMDNNzCxzBuPnBtgvphn ZpCBZFIK0MUGuU7WCMD+zti3PwHwfH2JBTYJjFE792mYGODiHDZRWhipONvKapa9EM3ASLlaRyqa KorQJCpZAz+Rjp2JMtQYE+gpThP7CF5QQWWSpWiQByuUSNWkh5md9DplL1+YwBAHiZ/M0SEGSVXD GqnMxrDuCLiaKwUo9SBRrhf1EYq9JqtAJYGpCOMHCfGVqKe30xdgteeWSrSUI1Ftv01GqZdVlYwI IGxgT1ax1D4rWkObbDK3AZs2e60NEWUDKXizMFUC9zSC+lQPrIo0i6m/eQNyET5it8uxoKztgDZg +iRhVsK32XJvTVO/qjqnPG0ugbq7lGHrAWXfJq5al51keGi7kXe3LaOuL3uyqqJPI4O7rZu2fWon BUCy1BEMlDRt3NPp4VHvjI5/IGkByDPRTupUzASL2xkts+NHR4pSb9TOwKgg9uSAbWPmY5+ruhsm u6TV5eRedqVTTM+eeActu4SI0Y8wmyPzk+WJTPZNBjx5TsMrbx4ailqHY5HqEkE2oMQHMmTDRz0K +cyCHZAk17uJwJAFDOEJ+liewUK/WsIrj1DfXi365sVGXzEj2cp7GJ5xiFnIYiobSu2OI9pdJDAm dlObbY8NHQFqApzl0dzg9EIUn4X2I3efTWSAspl+8F8FVFq5xQfl38hvAk75qK2RQFhckBmurERT Mkr5VBlKMbJhskKZcgNZwswg+iORLqigx5kLI1Noqvp5JdIl0V2x+pxvFeT0FZSg6vkjuks+UjmD 0ru59OyisbIfjMhCLb1AxyWJcTJf3TF/Roe+W49uHPrOyhSkMU7ZEKGPuPRYec86ZkAkgYIkNjAb 5XNqXsj67QAfg3LkzBTFKmI/AJBHAyxz5mqOMr0AOfuBjmVmAmMIabFn2ug1OrKraK1BMZf6Gwe3 lNO4OwJMROoumBZuMcsQwcIZPdi3nsuOlcDIdpw1WhYTCY0zSIJNxbiZDMmCFyiYeFsggg1qEWDR W0lcPqowGyGE1pE1KrL8e+I+gAs64yBkY0zpU0vD5E3D5G1WmdhowE4WtnccDQTdDhkEAwZDFD8b IXkh5IldxaIiuKQryU+uepGy7LIMwGXDw9scRrYLI+HTNxcWJaO/rJDy4SI96Qz5+DC8ZJ8oY9Zq JcDVXnMIVkDI5AaPOdIvo5rU11okBVmJcmt0gbzqX0Fa0wXVZk7UwJeoyHv0RbWgQ61kpoQr5PPT ZYg5QH/gi/4K6VxYnq45gU5Q2uXSjg0gYPv2cPaOkvrWUPu8Eiw8sp9mVbkAuZ95pApI6WpGqTZJ AjUFCcGLbkMt2F3MXjECQI0U/ataoPGYbDS4oyoLNRplrSQf7DuQEYM5KlxshOqKFOECupxew5oM ffjBtl/QAQTWJ3OppWHTj8hb7YkMu87sRI10XWtrROTfDfB7uIxDEVcaoUibf2j6YgGuNWPruYCW Kor2S70RFk2wN+P165VyjAa22ltI1Fw42/C514xsA3HASSuxaG9zlTMphLF8iBLak6AcAaAA7ErW Nv64COr2TXMovp5t+HeDDSdCHXzRB3Dy4LkuNtytlbuQSuDQWq8gAIQMkSlQIe5xxGJ7+lmADP44 i+yoRYeuL5U/IwKrFpNYOUhE9xYJYa9PC/XoRginEgeHDqzNAggOCGzcXKaMFiQPjc5FFb+XQzQL YbCquCc/aopj4jjb+/nf4DGTznwyl+azI3SxEEypenoeaqtlFXCWt7DGhagsMTBId1GcfY/ZZEYb N7AyC3AIxAQoTScV8J/dI+E4BU+z+FnDqJYoR5GWVZghtyJQ2s0OAD1qF50VSLOBTG5GXlLUaojJ j5iQLdAxD6LMmPaXSxsz1fP8Mkvd/thsIpeRfc7OmkjpYFmtZFiBJh8QQ9nr9JF2R7uNRJe1AEPA Ox7TTzJJFUrgdUKYar8QEYP7I4Q+HIZEPge0cy+zwmxK7kLIbToRNS+4pgwlBBHZbdCqj5nAN80Z c/IQzEwC8POOWVrw51MCqanBVrnHxvgxMW02AFuXY0oq8IqEq4q09+AwYeN1EovG2J5oCceSwKK+ 4lhCITcu/1r6y6hEE2aGMomE01pKpX3H8vhoqEIxHMNcMklk6ukaCAgnoyFvTW0tkjIv5Yg9lcMr aUPn/GQYxnTGXXva1CPDOMKpZu8raOOtryY2S6pEpFu2yjUT9IY3IPUULtZMkAYXrch7SqnTtJLJ IqAgz7rWhDFt6aGNRR2N41HEghtYZ1wl+34VvdObUAXuOWe92+LeZkxttGGRxLEJMDhQFOqlNHDl 2FwNBNCiGeblIvwDrsBSPRQ3s9bos4JkUl17TIrRs4PgC+E6civI5RzsPIbaXYqTLsMldSNZQE7f EAfFApBhjSmRiztnAfN6AiA5tEKfBplcbcMtX06RyQ5PXXKER4U6xJXM0ccwgLeacBXLvPpYZbqw IudXy8TU0zcNy45pYs6Ix9CUEGcIlaVSf2JqQGXhiXHMan5SbQeDikGLOemsQCkSVh9LkeIan5Jx SCdU+CW6NOXi4NaUMfiLn5yzoSZI8QJcZn2fhlVYc1fIVZGoNB5xMgBiVo+cUDTykNU7HLc67lS1 crHUXHukbp13sWMMDyCOOX2XVI8fKGZjLUlmdICERQxmzKqITDM7k4O1BBVgdEVeOb4ippdCCraR JeuE/v5lcxz5yzAoKj+2x9gbBtWIex+cxJ8ZsdnYPmdccs60C95G50QK1Ty7jlV8FQCFiB0l3YnT FhiUIptInbljrBEHhAKkjum219m5HjuVwjfl7UrC1iDUnNuzrCit5mlzrC3OHdnh7Ag1bfVhwyo3 uNuR1qYEofGcZeHgC7tqe7VopXWQaLkp/VDD3lEYRUrQ8KzCLLkjNUQBVVR2LouaiRIry6hcrtDh OGIAO2EDMZXP7ZrORzhUo8JvJ29gIJSqe1bo7miOPivrFKQB4PuuPTideBi/mHeg4EEQq/u37T+S EO5KQR1cjMy8VQacIer4ZWDkHBm2BGkz2ZpcbJADAHkF9s60HwehlhvwmkJLPGrtH1Z+UQIMd7eS B+2jjQKOi1Dykwz0lYWPMmgGj04G+baPu1M84iHhD0eA5lWc3ZHIKAPR/7KVgJzvyLPIcV47rT1g AZdDBNMKRwSFsfy4EXQdkenVznPowzbFz/ZuxcddMqxVMtzWZebIJZrTsqAtD1ReYKAr54iIGKGx b5yXk5/zrAiG4vS+lUShaYfV9PwC6+ROZxL6rNaGAPSlKD0jVoBNcdiEuZ98IozczFUVJmZX1NAy Vj6zimLXNJGfqdxd3DAHsBpOVmhPfpbnF2cqrfAlyinMNgiptFHoLjB5kmzuTG2wQb9y7xBgW3Oi BTlNzwHkbZC86WfOC9P8C6xyGaaYQyESL++nypuMWGFnkStX9WlHmli08zhcbAcoYOCyjgmekBvK 0bQYjjFns+S8mGkOxisPvmasV3AVysacwh6uR5xPzAst+pkT8IHIZv8z7SMjqctxodou5ifK14QQ 5sBR4Rsvh9Qghi/xMJk6zKJekYPfzBqmIZzif614W3iasZP97EPDFYNHMYNYbeejCykqCRIexErs 7BkgdWHUo1iFmtuWaTUhgkdhZNHJ67nnUjPAuZw834IU1pvNJX7RhNsHfc6a0As2qu+Bawxtt2l9 ilciIbM8dpPVron5jOuzwci5ScQmaJqnMrMWfGikDHGESWmi6qK35MIsPGmSRUDCi14n+fYbMj9m yfUGSYGNS/G3gRuHx09N4Zv0y0G8hy3uxxYWck6lzUVFxXEwj7rqxGJOfA9AGr0wvHputYhWp+ej MhHtSgVjc3K1tnFGNHysQSkKho4cGAVvoV2pGRGpGVuz+lgBJ32BrFHcSmIBDywxH0qnAFUXoETZ cMEs1jwqQI4VYkfyUNBEa/Wz50G8aRZVSd3aAuGnPx+ex67s3/mZYrOyxw5EPHeiqphNdCrF6yna nfgh9iJSxYTadJhmDUBSxtyw9oiHVKkfJFO3PrtOwC+eIJ/OAqpDIUkoMASxk9UhVO3RMo14sTiO KK/0J6FzCqlyp2QSO6uIIpUEGW2UEIs3isFqXohYWE0ONEhTFkHSM4s/e8zW5EJlj8EbD6K9Gurl 5BxR1WfF4UqjytDVb0/sWTYDjk6dNS+TUuHUg//IiNAoszNADiHPeIQoO0S1PdANjuq0JuvV7bgY MUi8m5j1+tQzpiULyOWsDspIizVBz3EtemLMatftB7Xru4Jt1WW21tYNAyXTqA+DuBCmco4kCSth glcg1LownhuNvfBAEpci4znBH6k2Km64lW0hD9GwUN8z/kHoaghIadK6XIYZUKyvma+dT2D0D0/u kwYHG+ke1RoKnwFu0k4/SBdwE7WIgZNE5xrKX4ipHmVHJLo9tsoImXIi0eJaOYgupJGPRecZK+C3 hIrT0gp6APuyLtYMYShSc+ZDOkYBbcCRJqKY53lULBEEJN1aoVp/oCpn1Lx8Cta50ULzsmnqXFKn l3FqezYNGnUMgr6sOqqYMFsCvGVL78+MUySMFOlzed+x8Z4tyjyKkpomS+irmJy5m51gnnJvBJwB c61qM0hmqbK/LAJq6JofZr0AYnMUgs7MepABCuYVIST0DVlFCKrxi/HRMXwQRJGDFSV4SHWIQo7D CkgA9PKyqgnTYrj4chgfA0K98INA95wR2gagWRP4iR2ZrPKRU0JJR+4A079ETQO9EQFDDgZZ64n+ wAb3YDe0EUGbGDChxGAg+ZG30C44FVGrxEVL5MkSiouwJ6KgqjinFU9kCUzxBoqERRXC2vtX2YrW wI5laZiistw8yAp9YYVQGByyChdGiMgl5jVmugu2koHYkcsoSEjwAkF3nlSlF4S1CFDiV4lS1oNs U6JiL+SgXIYU3Xn+nTLic9LRQIkLeggj+JuCCkBCtmV3zoqHICC2OJq6z2TMbSROovIDdBMzzAC6 pBH4Zp+XDCApGc5RCV2RdoOYMgR8hiaqfvUYjq4AKTTLWho37qFs/KQNZEz3RANVNW1qeuf8JQyJ +MVQiaX2LIzOXcJt3ZMu38bYgrBJu/kQHR6IMFFClnSqCEJ2X3jzW9JPh8DgeuyGL0pi2saDU/Kg VA4bABur6Cjadr9wKFvD5AChC+iO0SGuBYwS6WI/PDJ24VYkxGzaEzkydP3W3W/XcrKhAKDOtzIG I3NqC8JiVFAwOzhkpOc/DkJ5rhitjf7+ArEYlrIiV0pCAuOJ4eixJVScwc8MaUKC7qbI/9V9fMET 33QNIP2on+O5UAFAgLfrIKTmKQwgwScQZilBhjjhKcpDHGSMj+IZ/CN7ui9WUcZh6XuJZzwbP9mC A8SeskQbjpwJZ10QoAf6ACQTgRpJjciu+22Ei+OzWuXMbe2tiJZQ8zmFDVXTWCJOKEEin9AxBkPn vBpkyCXynkIAcO2gJ4qnA5L1KGXuA+dg5/9WqdgB+QsWi5OTbgYTblQGjdQ+MvguFZHajRRvpYSk R41dg6Lzd5MVUiJEEWfLKKhHSOtlLV6EWWGZpk3jwKBPKpyYFKj420pWAsxYFeMyIWpIyB+oay/H krCxPSVubE4Pt/ZSm+LbUmleQ+mGPdgTuB7MXTZdjaTbOvhtRUlSKj0WDMtSmUFWq/TTGaE/wtE2 U/nqWd12kdVvNV6TlohK25UwJMoeHVfe6LldeXBnqEph28+mJ6jKlEuZDaswIzuQ9BtOmaPNab3V qJKujXeKAj3BrX5ce+MuJW/XVuUM2/1k/UZj2xzJquB869jOcFde8IABcqmKqDSYz94w1QAZtPoI sP2HvyHtxwBbVYvsRVkzWLEfCDLljKbSAAuO4HJpe9djfSWgbeurDLjhVrfZE9S97Mh75VQ21L3b FQLa3n9UGaem7GfnuCLRMnF0Ixchd1PN7mBRiUHTxkEAIxHDngXxu7peM7b+BdBh0sbmxOBaKcCt Q48SnywPX4KGVSjghMe0K2fHZxELLUioPCTOtrRhOhTRjjRWIbFZMfksrZLGWMjO2fEcS1WCh86j CjoT5v1ESXAzS0xD+Yu8ph2B6gZEfRlc7hLNKTsUsxn5zULZ/kiiM9rStp05U4a3NcktCnebtYRC VQu3Wvxa1CSVY5oICZBcT0dQJ2/WUom1g6rwhioqSpihTJs8DaSgFE/SxDmREQTYYZgBaDQJ308+ kRDRfPKuT+rijnXPpMe49sm0ys8sGgkX4JZSm7oSbT6UYahN0lTuv3rLTnzlEBQbm6q9S+4RAD65 04n9xdSUJ+bpL0SoDknGxxqETkpAo+pVuIJLVYWo1vgrJ8wYtWmtgAAJVjv1sXMxIjO+lSPjHXx4 tDJcQBSCiDEpXUyEjXKrs02IQSYAu4318fIDMZWj/GygKYeZJhFHwApgq4orkddHQyBp3RdjK3GS OKqUiFJnOCYLaSNsRTI0qtJjdSsd1bJ0bHelAiea9FY4Y5CTSEK/yJj7zDGMUxAMwog8l/UFtS4L t217fv+W/4WgigQoJm8l4wQD/lDT3jAG8wdljI56RRYeqmKJsa8JLpSOv84/oBjY8KRg0e0ZKx46 k25YNrnoF4mS8BhdK2ASpS3voTTetgeEu5utBh7Db+oInjpoekMfTFSxByQBTBvJRFCifGaUaEU6 QlhnKHcxZ06RiRafOR+nzFYoxVOKJdxoXVWjcb1wNdsA0uTYwiYVs7/SNgbQmzwkyGM8qnZKJHEP ZMxndT6MqhilUjolyFdlWBgBMCSgOBIWrbA4l9uaFBxpruPkzSnIaVnTINrm7MxLu8syCipyethm 6cd6QVHA0qXO6yvR62v+u2jB1ixuXciEhqUnHkIX2Lh7OfnenjE3dgcZ/EYKkSezQfhgaGiRmDCn Z7KKjUKD1WnDOTloGVH8HJN0cEeakuUR7va6OrIqokbDirSos4d3nBjTCFnnsssMJr31oUpUECal 9N1cSWex2b6gWZVPrIBsCRH7EkV65Lw1OzJgKDT0Q3DCHtbGPwMSnZhGJFCQiR3GJj9i5iqLrYvR +jhzpMIMlVQ906pxwTrOfPZCFYFlryEDA9CKV0vhq6+ULoRagwv2gl0QXQhW8ud6oKH3oi/8cEHw E6cQvAy6WFalpTF9rcQS+QuokETK2eoeHIvakM5PUOGSKMk7fQYpsvtN5ol+YECI5EruC2L1wkrc P6kw9HIWKJvIbNvAW3auKKGboSXCfV9+gf2Lx9VA2v9HUHnYkmV0UHwJxOZifpvRBP54Rr7ovAyB PQFxcsMCBIZbYkCpBExzQ6VTq9ohs6HNT4AXqfrQc/f9p+bMWvEzIvR7+zcqzjOP2VEkHqHQfEIC LcOHOGwwC2ViFRAnNzS522Jhpi5ighKBK3QkcgS7TMJO7Ux/TI+zCBskB8b5XmJj1pAi5zoBFcWJ af4lzYEgPezZFlwNlnahiKvxjeIQZYpcYB7ByxCSUlfKIMpNDOIuclcwUuhEqILi/K3kwMwIRag2 mSl0EVG7bpbqwAoq6MmYZjZ/id/iNRHCZ6Q0BdhiYCYuBS4Aw/p8AduejxwaMQ+Z6YCYhNXpBLui /jwsNW/7CGqkXmkrwmr8x4OHQKP5vEZxewelEUCHfPZA0NQDsK4kg8Ie7KAnpUUgAfkgIqKEDWkm KoQ4R/Pe6W0lL9ojrxl8Bih+u6unJtlnqGRsxxD5FPUiHNpGNBYbXbUyeB27AMcSXK6NbPMbeBUD sQ8qJDMXhkbopp3T/BC+aGRJPQFyB1ShP/sMpDVIyQl5lQhyLrENhFQrHaHXfYN6Gkr8mIxkKjsQ d4nGxxnlMmIGKCzgtaEca3JSmZHqKHnV3FWFQMRKp3P5yZRhMplgs2s0FceyyGiMtloVJLQRmaZI p4IZRFAAQ2AFfsTW0XUfKuKiWqkk88vKUmc0TOYTLd97Ah8ZA7i5qbC1JJGCs6+HfLOgMs8FYfrl HNQ1XeV6uwFMgOJEsuc1Oq86k0gxw67ScfRkvjpfWr2xMji/iYnzbexP5A1gwCM1YTI+psM6K5GA RVBYcOvC8oyDNBm99NM4g5Yc+UZKCEAyiYhZfSFi5EyW242mWXwRIJCP0M/WzQwSv3jNaORzjZZz T0p1xuf6spBaxybQ6VUxcUO4yuoodLeD13pTwBmi0jTybrFQw6jYvusoLZRBB0fpbiWiM1Ex5KlT tm0hqzSAxCjSS6haeuDGzo60XcXAyNXtn9W7M3YBgDtJY6pnWA0Le/JQOEFOU8aIvHgp+0YYvdxK ecZnLWdEI7XSxBhxCN4QrwrhgyUDQIAOkxyua1qnAqto0+VkIbEIdtWYSsYBMMuLATBBpX8aZUJG wTs7Q/mGlPiJdq2Y4BuktzCBB4yJH1QTTAiewNCVrZ5A3408nv+Vdlkc5ogOWs1RVWUSXCRxhA1L t10FzAB8PcVe7G5mxKxIaAKXSF2Sv8p/CxDoSBYpLNFqEQmbeCRd0jtFv3CFtpUULyJzxAV0yMyT C9jcMcDNZyHnfD552dc/EQ5q7Xh/PjlCuRBNU/vVcddwuGsOwFSrjqP+ZRf2gRnOke1KOlwD6yOd lhEiCTCS1jcsUx9XkS0Z68jAtDtjBH9Qw8sG+IqBib2LLYZGFX0yCMUFhj2cFC/Aso4gtHtHTmTc 7avJ1mnfLzQlZVHLiAkbKxRVuynyURPbyAkJdaYOES/rG/Bv35a5UHCmKuFBVeYRBy1bkKJczGhJ OBW0ivwc5mPiEiT4NIthkYrLxMF4ChvhKsNjDQsGQrog89ufAk7t0u5iiOWkEPFwEszLS4yw0mR2 Szc+GWUOO4G4PeAVWr3TrSWhaXfWP2HjSuQpYwKcoJSM5UGgkEV2ZHoFPStlCFCljjWOmUYEZTGA vk2VXbIU988xbxaCovUyttlPAxjh7fkkMnw7/bn8o0fKrELqnOuZ1tkHlqbDswnWyeMZ1JfIsQc+ /Gc7U0wqG/VMXXYRT/zP6PnPctLYUZv2icGEOgkK2bYcGQ2VVUDcYemYwNxDitEsi4mr8I+3MGxl L2o4EXtvNiTnputYJ51sp42VK+RGsy+WzcSG4oAM1ev8gG4IFgfp2B/6SHOs1ehMyVrZ7Om5qEcl 4/rlCYncWwRIqnr1IY5Y6LRWCBJWMgWM4tgJRgBb/rMsgkZNOHfpIt3GayJuCfjSazmzr603ekcn YLJjis8Gz75CnUHwwB6skSTe5iWyDoWrjQt+GoMS6UJWA5fparqYre6PnokRyfHHPQ3hReAA5i+d MkI1qgx7QmlJ90ig4I/0MtyO/aSqEh+BnBN1qmARfs6TJ6t4omImYxeGiAvZSs7WdIsIWwCYY47F 1d4E4wCoPixQ3F4FdQbJYjWA40SF3hokhbd1ahl92+oauKRTcWDlIPUQLSopuKwwohZio5duq5Po r4NtTD2B1m4rZUM1DMlpxdY2C63MImSteAv/njO1GlIxodJhgVbVmfbNVn1R8JHMq7WultA4v1WH 0vmfCqGmQgQHYLbJTV3XJrCbicwNknZSVYbYx9/tWWqgIO91SKoH25P2dXfWZvvB3ntbk11tPQqs sKvE2jYrh0yqGvWOpIbuvVpu2YJlD5Yp7+BTZ+3pYLN4AZYa74YGslZKzV/agMGJnd4TBZdaGvlb objCS094h0ZFDfUqb7WKVG3z6kkQmH/evTCri71va2OHk/LyTXnbRhDbv+DTnjEb/47O1Y29Iwy0 PeqLjDiCRh4wjyN1r0gNBpOF4+pcAdYbqBStTeZnBAVwX42DRRjvYXfPj9v916jekFVlkMzFc1Or DCqmKZT3ri77CSHeqaBqNaSkghPswvWHMH1+PuziM4BpvPYLMKBIrohaBDlkTKZDJJTuALDdiwap lPqjil/hLyGapKmGk2pj85FJmg204e6f4k9JX7IEGFsXk3Iy2dPNHZoKbBsAkyv9I3ul7mpoNvL1 2WX0DCrJnAfZYSnXoFDxi5eccpncsHaocpU7gdloCTIHWk27DTlV4wK+QomxmWsKVJ0qbeRXyp36 q89B0grsNIXvQlEJXerMecorq0pVCDIU9Ufr2QQutVl4UDQDNqsCH8V579cLu4pg3VMsMjEYqJ40 Eb1AwKiYd/VYeArbeFg5Pr+srJe3HhHQCuk6AFkqlGr7t6QUsvk/UYKpW62w9xD92hAVBarkm9ca RPAhXLwJe3pYUhha3LUrSF8KvK3v1+sf90HeHsIVlukBZhGNylzfnpGfbNnp2hIDmwLrLJUc0uzR /FZ1HeKkK7nHeGsisJ1IK05iCeEMI2s3NVBkdm9F5dqQazql3rsxs7eHTkKQsFZfJdeEmDqnIEqQ 2+GZQSFUvif31YqNc3VEsPfovTmDmL50y3vWro8Uuz26bWb9cqSwWzeaSHfZoG25tUOVrrsA31ao HlTVxkyH/tK0TFyzbf8tKWYEfqzjMPCwaYWKVXLALqJqrXPX6GeII+nVIcSk0rayzDzLD962CjvR 2FBOEq5wahXMmwR7h1+GyGZj2zXNyk4C1nUqAxzYgQG5nJdscUD/+/XxV4OPB4sJBSYdGA9wZV8d f3y/v3p3YBbbIE5LBp0dxXDMEjEFNrKCHK5fzmq+eYfdwzAdvmxnMlMHdCcjfzs82YnMt++//3NG s8OVHcPs1XtufDvG2SHMxvz5V3DQGUpt+kgvGY1XwBZDTqnaKbvaixDS1ESGPhCGT2uX8nRqSdiZ Ghcz9bbP8fupHtq1/JRsZykok9Jqh2xwz2wORUjgzWvdllWioOKiwmbJjSiaubJISLlkupV8jrRG HCeUKBdjCdJMGxhK/AQUuf9icx8FeDJr07QAYGG5Uwjy+YA5KvCF0TAVUfibjpldQLI4dVEfFR5s THYl7SMZ2KP+gCvSYZpAWzhTKiH+AaA55Z3sQmGY68v8GhUOC5Vrxg4sitarPEbgK2QSUsooEEfJ uZ311ceqEampAazsXsaSzVPkkc7oYFRvFO5QrFnPUpMsX2aK/XERlBZr4VampzsLE4+Rq5Muql6G NmVgm/yh3dSXPWDIISFgdu5IMwItWcjOG4BcmFreKshC8Ax3yQRFTg5aCzXJDLoPylCKlkhctsOc tk4HfYZ7YzKtcnOcKjYDrxIt8RNQ4p6I27TQb7uBET6fs2zIslX7EhRSkLnK7qOU2RhOPSNDFjlp qOjGfGIuRnMj1fxJQJM1SaZ8NUBvUAz24n4kNyA6aSwmxXgy1XqKp0MgVmipnzl4BETZRIfLW3XI RXP0qmd5We5SgxFxteh6RL/OfYL0fmT2sQjMQAjCMjJwSAbgYmrQJNSQAIC4t3J3KEJaQm+icCwQ xs+WUhJiuUGxN/TbWKLw4qeXTpoa7IbSupJIika1/EHxskgjG2zvoZgT/bC7hkQlbt2BNDCDRCuE 4qQCz+4dlT36IJ6XTHfkha+pAWyqNcHv2Rnd1ePAsbwxTcW3IytJVqUJ1eDpbsf80gq6gTs72NO1 cqhXyWD1BUwxUIXy6mxPrRFgVIlOj9tXX6FWXhxv/nIVg0r7zmeERYmncpiEUsaiXNE750sbL29P csuyJo/ru/IEEmnUZm4vpDF9rTBG5+1ibVuLHwqFEiIp2HIZRR4MkiDVAG2Rutcy6QdkuFQyClPy YyZIqzDjjpxJfuiuRLC0KARWhKkx+JQPwFzmCW+4EgZlIEXIUi2zlwK293V7eL1Pz4dAPltSWeYm u2T/XHJISE3x2jiy1GbXMAvmR/mn32Nf+SB4dU8Nsx/SZVKKMmp9LqvYsN4ux89yvlFUJtl7pXwn W6TTHiB3IlNIMXihooP2pfx7ZXM5ZkWqBF7iPIgUjkp9SzvtyZTzY6x5z4q6lStb9EFSma5lpsgj 85WQBgkAcRVDVQX0LxGWEWtQbaFk2TJTOWp1hmw/PpRa19dSC1qkF+X5rlaLq0ypqhEx2N9ILuOs PhTzs4TuZqhsXtI5Aan0V8HcF0OFp6/APVJ3E7R4hc69lNCwFWnkyDBleKJUPGt5h6RXGVAjMBjK xEpg0RqNq8xE55Ym1QoCu4akRd1SacHAkTp3w8YqVI63cvuIFUbB/6KqAAlMaWRCY5N0iBMLMnQi k8oq6Iq6+EF5WvlREID/GZc3RZRB0PTTGFBrSDBMQcI0qLGp30hHy6BsvmRm4qw8aEAtu4IN8UVR Ob5lBbCMjkeT6O23xge+qdDKJnCLQRimDVhPl4tqJBIlBkYitadO5XWMhqoxswBCtQt3M5RkHpd8 obHYeFieAQN2mk5sqvVVa/bdznm8jOnADMRdRJbeBmU8W01SzrYjko7WHAOePoO/4V0lwMbBWbKi OKYBk26WHrKucoYKtlvXn6Mhb5htYg7T3V7YanzgkckWpvXCaE4zecsuKUwaGd3qyfg3T1rAgETD aq/6xBZtjLj++iT14FH/hMygQhlTNJp7XTVqYFcIRMPwqlwDrXm0aZP9vHrnTeDljwJ3BBXLxNVZ bZTQHifPpwJCukgYsguNDCiuDWwdnyI4qUwXBKwin9h0RChjigcpDjnnBwdbVhEwKJF7KvbZWJkv YQBH3IpJuqYJjSgGyD8CFI6iAtDmPzm1wl0sLoBweTV6N/pME3K4YbK1koNl1AXjMZn0jH39UBjH IWyMtP5S7NjE5DJNhaSJ3UK70AD6UAna83xHkYmLwLIrMlOSjuVTc5NtvYBWG2BG6kSkddsGBHHm Gin7HpuUi1sf3UUDASiIki5NVL5sEeTlIe9psC2UYKiokt2w4iAI18RnXDGqHaeACBGhQpEnFhSd oyXYhRx97xEt+GCvvvhrIiwLZL6rzlYiGDdpAiJXA0S9QlpUN0Ji0ocFGrimrrz9J1hVnEow3BYh a98ODeO6skpjDtWYZoejxOT14wki2cC9cTJa8bxJJHGLF9nRDqYGQ2ZnPECueuQsUlW2lEynpBY9 A3GftewujqNwTEOA4KJb9IEkw7HVBAZR+ywIkLQyb8tCXUBSNCQhmiTiJjz9+RDEtOiVwUDv+O4A poMm0VYP4JX9zNlBJlXgaDG3Pz1BYx6bc1AkhBIJt3Qjwojf3cRGuB4LjZXYy8DtYMgzR1uSjvV6 JNAFHUYYOGkerjVEPg4YFJsPsgIATU+ZFXojC1qRFkOImWEgEianXfC/oj5KZab8K27Mo6Ud9DKD iUKojylq3bFAd6oEhYjloR8Q5hQwMftE6UytTq5oXQG88rQoEUH5Om163gh0IxNKgo96kaf+mTyz GsWE6DACAgMyv4o6ZFJXlI4C8bm1aWRPearK56ixhkyQ6D7MwMc29szMSYjgDeiaszlUUPSFmD7n 3gRHSdGWPqMMo8QSjKOuI1DcT1ALi1E1maQBQ3rAGzf4yBeIpgTo6dmu+I4+3p6JifmLUBOVa9pn Ap0mwX35L6vo7GvAFU5rUyO3Et8gDOUSEIsGkqamwipE0BwbA1vRb4oQ2oQ8kSU6+I1mmMHppQR8 E39jQBEGAeiNp8gwr8t3536NtAhfcICvC5n0x2Za41wSTt+o9GiRFT5kQJIZPKXyAEq+OtAYQ6Wa 1jQTeIaMH7SeHhtcIbq2DybC/nR0MgKjegGba8lp2Icm+c3liQp/7QYJLzPTKp8AmFKnnIiCBr54 HJ+dRNge0eWJ8AJoVSfKr9PBMrLtKGOlulWarO5hobrdIv5/mxhUyiwyCDwGChTQ1McIW0zNfpAN kPqLBSWXqXX73wENZjXVTPxzabxmJFONVXUuD6Z7j0fKgtttLhX2j+Gnuep15AZ9lIDcQDEd+U0l nlqvgIPRPqDCz4siMwLYZxIWWe/gCFYp7CBmkMOFQ4kiLaYgU3cSYl47ETVFvCMJOQjClLbhlznp bJULWT1Ouqf8wLCn47mVjFSD4L72Ik4aitPQM1qyVqBg+WthbuZBdEhvkkG9yFYGIZ3JvvkxqJIy n7jmhFoAuTVDFKaIOR2eBCqBiMjVrDLaONiqFOmK6KSlHL2cuvw3V2yQFabGeoocwKBPzYBPHuA+ YPji4lWUmMdp8bFQKYRdoYMoimwJQqrpSqEPzAxFwI0MoUIOJGQeoeADFhSpJj82REnHs/DMo4EM zIaBhDjF620xQDJhAE5lktORJE1KC221jk9GiGjkH6EToVMQzfw3VZBBnnGjUj1Ahy8UgfQ3HVol BBG3XUoaoj9pobofgvY+x4cEHpzx7tg2Xo0uG5WsmWhiR4mYXBdDP7EVslE0elv9hLLvkJDK8VUY 1DMP8VbXpXL0y4G6KbcK7VEZFv2onSvIkGq1cQUjtexOXVMEVlcibGmNaniV4XYDW91QtrUoplim bPZ6e1g0qbZEr1qvq0jeL6060EDl1ZEUXrOnSuz1bgrF987ZVTpW3bXcpIT9U5nXze+7V+9VyVXd rl/l4Pv3XbFWkfvx+XA0hBqyN+z9n6f7QGwkx7IouoyWKG8pKmt6/8ubcx+yOkslkREw3zsgELef r/583KzQffv2vRK6MvHeFfdHtfzTmFWSq0W/e6ufyrlSueGN+6P39frP//Vyvdsftev335tX9Gn+ c7t6Yd/X55/fmzmVor97H6D/A+K/vcfPR0O7DfLrH7c+b/94Gd8PIPz7NeHt+s+fTmP++dNLAX+9 WvD39qPg/I/3CX7+qVitDn3948p/fWBAWZgE25JFdbrMlW2620/AmjGStC5HToiO6PJeZAhXyc0F 2Ym5+nMhDqFqJYWkebSaXHqGnClLLZX3lfX71tdvC5p9ZYmrEnYDuwh1qy3UxU2excJIJ0KTqsYg OJlRLMbnBAUd2uVuiZOIsFdWESr5Gb6VxD1Eo/dNEVbnj5er80TqbHPX9uCbEdiKmABnMHwDZP5M yd1qGVElTuBrVzn3QYx9qWenDazQyO77WrCrTLdZ2kXPFJutZbQeZuFi8uZs6ZZTO0/a1x75ILpT jnqbhAGvzokc/qu4g8YIWonP6kgP/kBQXDnqTndaucxHWNd5tiILYKi1AIV+UxfDUkhF3ehWIREy 8cwnhiXPwJ8KHJmIDEEJF59c9Qw6GpIJA7C8OTnGwz/xxvZ4I1MXQw1BPBTQPshaZ0nYBEZqO6bY v5kpZp6pzPIKkzkBBmRhtqieNTI6w8RlFJ4LM8kREhd0sWagKIrKsi4a1bYMkq/JQoKTxGanHUzB DRVX4JRpsodwR9DISppyjmiw3ASCzVJQl/sBMYMWdGxyjwpmMQW8DoiIILnJqgl2xZT4m4hrKIWI lFU/FpmzwgIUl9xNJ9yqhiXaRZGMMLgNvNgZzVcdcNewRZWckecZoesChuACckpkAdi1gvlSNv4o D778TuMiEUPyLJ3QLHCX+3A72sMFWbYd2zgmKVDMwueIC1VCUOVtXplH0XjUKLSGnGigiFoPrDSY GNsssgsOi9uBh/kK44lHEUGBBKYVUSBMwutPFMZodBJuLt1FGQdBR+QFb25VdolaZN0ln3Mi1MfQ RRXEz8WcS8aJiPYKQw3o44xHhycZn4KhNg1ocXmvz8otaUL7PcvGFxU1koBsDvvkq6VVivf2s3Nv tslj20XcyL5Ibml/a6ECOWEsC2YJRNtWI1tXY06swsdmDq1b1i6Z6sxYa7VsnMUd2wnaSlEvu0DM 3EaONjCwRRmT7tkv0S6INiiAdmu2bJtZqHxLpT0nyFb6r20froO8xVDGzLgO8KHy2luGzft526+F Rj14tJ4G2m4Sq8yeSWSBGWIDcYt2EzAoFnbbb9HOEIve7VqB51ZNtuRpmTmnCd0dS98p87wmv4k2 4esfR2m8llnzYtaAfN0+CNfZtBalWzZGalsyOHEwWCceOqdpm1J68wL8ozyUIkjWff5ihi5utQbt bjsfzsqyh7xA32J+UTFIoq5LpmLTmElRAndsKwWDiFTgZvxBPYqB0lYZmzEGTKSEa9tawkdH8HBJ 2Me32D5RWNImD6OSMPsTdPTXyNr3+CRj2N3ClSApxfCAGG7mDV4ax1KdMTktnqL3w4KrXkXmpJP8 CoCwvHyQUfXEJSfiR2PAsXckuP0ALYiTxqUKpJ2Jf+8Zsiw7LaAgDVVgbEBhG6SabhIMAr7aqq66 TW+lNgvVSVSx5nhw7j4LAd/GLpgDoXEzdxmQYz9TWItoJD/VNqbwgZ2U/huK9hV5c5DHlWeGubZq WQXtrDwLYJzic2l4qUJ2w5WsGmKxhIxmJoG+Z/ws0xiEp1oU3RQMLE8ROAXGGfJ2vGdl81ZGkxgB i/FiAC3+fsGqr9EEwZgK9Kmqm+XPQQjCYcKbuKRWUIIZhDmImVoIZY2zRXTWrBGKpZqlz7ziFIB1 w0RLFAyNu8bIqnEK5Z7ylBF5nsdog7/4IfMp/QgR7hU7BLnhnhn3rwA4ORGSgVIg0TI0GuRkGxwk ubwcuiB8d3ryL1ZntQhMoPZcFbkBvF8QKwhB3mUyyMhzgTBozeUW+yfhQS0YuZ5UuTfvlGOLONA1 TpJWXhp7jNoVCCAyTXEFymKSTCXdK64hKqDMpHe4Fp0l2K6S/IlyyOps2vY25KeMRkzbQ0V+8wu0 ERbs5NIKrJAugLNQxBQBDJcUIYyIXnAnukAehATFhoojYuYEsDapFuuXskZiDdr9WNSHhgjbhHQm E0XYEiFk13sKGArUpGeN3Wrejj70OYLCOnoiaDytEl6NAelWoMBpkPpulmyNwFALo+tl3nBMEdiT 0ls06FNOgv0JUzaEuIywzKIuTB+q0vFcXtzZV7+zueyzHXJtNmD0Gfb8Sy7SeIGwSJSR2L6W/BeL lc1u+0vexQYeRizLbLMdMpGujuZrnw8P1M67bCyOt78uz9tPj8CzjXHEWdYQyHAyOLXyv+PmcpFt jMzGgrAtQIa5eW6dKfWVtyzK3ZajAABh+yMRkwszWs/Rw4SPs2urBtFyds8vHpmMES6k9yECll6g OaXl7BZUgG1xGwqQBlqfPcvaEBxiZZdC0V+ZuH/ZEJMzW8IY/5Uy+K28Q5YoztSkOGTi66uKRJKH k1Upsz8JcYwvJDFCSY0ZSVqS0ubTHAeBFOwUs7RlR3o2kUvj0gUbVlsdSE8MVJbBGLV/JVWkvCna sd81g0axD2QYvUQeT5paO6me7xO6qfCJHrNI1V7ADZp6KAsUeIGH/Sv/g6m/CAqbviIdW8MOlA+5 OPNlwiZFLztnEjEN/fMZauym8WaTD4TGKOoEt7WJsoksDiPAVMo8M/Cm1KZCqHxANJqFHiMEpCoX LXZ0qy6nGRTUq1fQzAQULMds/4rFdW7FlL0WVD9ajNC8KJicEI94fUHSUhe2dkUW7FRV1rqVDqBZ HCEZJq6uJXT2wRgsuXP/clO4QdI0z5NUO88fpd+ZIBISFRfcKvZEwnkzQ5I6M7bCwhBn86V4BCSy gB9RquWgk2/+l7YxpGWJ1pLyPVNnoPWZEcD9QoBkPpGmbiwvgTwMQEVJdiEEFlIu4JPw8bMpZpCR Hi5Jdd6nEF3CbGoSRFayHHplVTOnJmUcCyIg7vwE/xJHHiz2b8i0srRR3yKLST589aw9zcq8oYwC 2Fa4hEnJY0KOA2OFOKcgn5pkEg21CqGBGWsqDP6kU2CWPou16BTXTq0Sg9Gt3NdXU1TZbkpkha5t qQZGHGlaot1/vj07gAMePiQ6ICnnIRse+llxRKCiAF42x5+eJnydgVVJyJvMqN8kqJ0cxkwqez7I ikDZpDkIFWCS0UQDKaEqYaygTeZdIpR5umkF6NKRfopftmwDM4BpSgwKFM3FpcYWw1rWCHLzqMoW o2YQQheRwZMap18tkEmGweOfhRKxiVENou+04/EiV1Wrbdmn1Byb2mFnx0ZfqUArez2q1pEyA156 2lMPLZ3v+RFwt8yQHYlcUA0qC9GEBHAmYhZacmUyLFwUMbZ631Yfm1WiugqtxVCP8Piie5eKkfRF CxLaJhBXEwPK6iuxEWimb6q1OtIsdJLOj74NgkYbrEUuNQqrlppphIiuWyfXgIqPfAZqbUSkVxk3 Ja93+6H/RiJo6VL1M0TLOIMFn3oYLh2KJzQ/e4y1mJD1QiIf+pRt0avHPAVTgMt5gDY5x7iMF50y Ag9Co/Xeo/RtGHMFW5GT3mMx8a4AZQogpqq0P6tPKtpOXyiiPVA5DA6Z16bSYivwkw9zycYKbnts X0N+Jx8qp24uWcOOksnXF6ktxy2mE0I4TDUzVXxH4UFyLcCwX5oGpl5Gzd/7YlQ620x0N4iWaOoB vKDi3OmdOEM9VU9eXzQg0+TrJYOgUtv5VT22h9+dktntNO5gYe1FJ9/XV1GP2EDq6TTgSr+msN1X 6VCQI7ntoQFPfJjZLmm5GYEGDKhsX+6wDfgIe2xsVtF7U9FlcRVzQaRYDJgyvbDpGQSJsEcGyp/L EZuq3LinLfQ+z6R8iW2qDbrtekFLu6yB/ft6+3pR/UWyb0nlSWD1Yz7LVLPNgqLdUoVWon69/rw4 a7dQjnWDmHjMLugr6MpzxUwB0iMTMAVRkZIgrff3GQrxnBNyxOBWSdUoZtKi5DrEYQiS1/ffLF9b 4tl09FHLxkHh1iLP5EWhXjHWHvOSVugYC53FlslvdQZoqkgoeuCyeA/uXlSVgPZGvIJHpWLRXMFE wSF+N2OEC1y+LdB2VkZWy3nKpKCnWpItD+SU4ZlZ5V/3Uh4vJhY4FeJFAKg2ZtSOiB27hFCQknRX cohlTV8MWehGuikyzcpCApJ60AgICjPNQ9PTL/pIswSwuaGUW9TVbxCxgou3SKcBCr8L5PtMPVIs 7YBunHKOKgbzOLQXSZVOyKExUFNOsQDSeoybjL8IIAtRUXZLrkALXr6CIWHLVtDLdotsGXFVO9Ee 6wvAx9hUJOBSmbb+2U62zIFCRXdGhO9CBOrfptljRECHFH6zAu0tl2ZgkyAgAsnGRJi9CdpIFTXw JWvD4u0cgOxFDovAmdGzLVSrRy8F9nPN3COjTc+Yp3blFsdkpSJwEW52iInrd6dCZVCYFohgUN6a 35gHaPDiGtdIj0HaTpMBFHsBdniCeWYQPHP09BjIOCU9pu2IjjLJA/iLXOFiujgydhW/wt7qAJuf +sCMhDHGuEVAZd14BEg9szPgydriO4i8jiGLknKf4xIywu38d5/iAD4qlcOSBQO5xLuZPFNMEPaG bkwwCJOOA55wy2mhSFI0k+JmciKRRaNkrgljWfqIqMyjOnga6jqYezKFbXcBYeNw6xWZ0B67wxFW U2ufPGERBwy1U1w0AGQPrPA8xiTABnBc2F+nA4ISiIak16kk2SkzpVUkoww+E0t4YqK/OgyRzC4K oxJw7ZPPqzBZvsss3otl3IyUCgtqAsbC4WiazZehV5qlT2pi5o52/RQD8Ed7Mqvp0CzPgmlKBwaM ol7eEeFBWMbbNSFrzHFieMQCcNShu7hGWBCqxR2TMRxoh8xcoNh1RzBBwus7izhJHGZCmVCx9shi KP4CJyhdxUnFaQDIxFP9uWcEgVH1Q0yNl9Q2cRcdEDKwxet1khRkTUhKcmi2Whtq5Y6Iltmkfayp 6kQPOUYNpJ7qhB6exDSyQj8jlmIsKNjkrCjl8E8E1bCaEG+wEmDvZPCDs5/eLko5UIVRwWN0Dcns PLGFsjmowyhQNYOoTzxjWT/+ckVaNQExePlUKEY+nJbR5xtCFEPMbjqSEz1rjoqYkkGIR2UBoGzu LAnJMshPNKTWZOQqNnO9gGT1p8mO/iYFvCdPlSgyF3DkFNgRg8Mzthq8qAt00CMTzRX4zALBNfhj MARJIowAmfIW5kxb2qUIRk4qhBtJS4ZXDHmCv6VUKIxxIBOv05cMGYpZUhGalf+Au0mhzZhnyPSV TfQkgnY+Q4Fha82mUNBo2MSY0iCeQnxe4bBd1aU9pmBnimKFsrUR6JoLPFwAF+KGwNZcrrCyAnLT lQ7LUIwMBp31KrrGyiLuPBSZkUcHeHOVqpEaEX17T0uOfGm3Yee9aShav3Cj/hrdRqUWi8ruSvm3 OmVo8a6czofSfNsQt0PBTG3DLeLvFkr53T6tvRHGKOJhkAOut9kDgOxpRg0VhuEefjrmHWOr3X3F 4Xp3T/4CqYcVB3OldRT1c7eGHBKtYg5hCX7pvTtgcasoGmcQUMtLdDhhfOSwDdpWOlTtoBtBvr3x la/b2oHswdNZ1MhQNG/SsAusJZUsYEA7VA1eb+3WQ+g2zkh+kQq7y0IDsr+tApbJcW7VG+JBJOmE Z4nVMmUpD3toDbP0I8LUl7TTn+hfJ6X1Av5RrRghcSIGZRYd29KAWc0SC1O6pYW6BDVC+MKk7R3I FeqChrXegzOoHLVVR9mTjEZ6oJPEmXj7ll+taEJTQhAu5l0WR4mSMfUEdEASqpmcQXTPpxl4clio FgAoo3ljcsedNmS1Ans44vJBONIsP+oBFjJSWKNBLJUJWp0TsC4xS16omppgN1DV1uDI2PCmAY9y JlmRZ1leFB3kcb7rUcCE6D/C9YQ/lWiVW3eHhpMBJ6L7Xu5fU+KUIpZRkwEX41abQe3qSSStUHhX Dm1zzZ8OJRfmlQxvXvpiS+G26iVH9l+1WdS2H7tb9UUnrK8WAIK2LHl0RxdTbcchMVo9KlqhXgs0 1VWS/1psU1GirQvqp9g4223z41eFAYvWGQd5egn2cu9yZ4hMpHENAP4BW0FAHSBKwMBsnnsJKOm3 relgqqwQIxq1OT1cgTQW4XujsTPfS6sTZbC1mTGlIaPmKnPOlrhjAOfdaWjcmAPU6rABEx8SbwBU m9AdR1J3RQbGqutTSswmChnZqIIG7fW1eB7WRNheR1a9PWBMeN1JrKpGr2MzJZYZqD21PWRiQHIr wafmCKvl7Map4KBA+Ecfz4EEuYGawayu6gtaF3WsoGR6QK626cmdtBetVEvSDnWF6hbUovpER97Z KJyOkKPEjDBOwPQCiX+6aEyzkqnJiV/ok7aZqgcxmLsVcDCVdQVkxKnWQl+EkWmBDfromYoDky65 m6Ky03BDDlBksoMDFivhmtYFQqp61hOHMQjOU/fjmzQHGnh9AA8aQypWci95kwfGCiX13SYNNGJN gi4LEU7MEFGM9KbUzfhm0UebPuhe3oF+cMmDWIfNNZY4BEuWrrGycEbEv6R9YiO9qBQcwMYnfZsd WaA4SHnMEI5l2UZfG2oIKpRFbuRk61x5J0hTzsyNcTYs2sf+HnwwpgNeYAUdBgHdTI0WE1xkpEkt KoGhZHBZ6qyiaAm1a0mOGT3zC1eQU5xjqKQFtAFWfRhMQSggQbcMPscxqjGKhCqWGt99KWSIJN8e rMBeom+XiEGyvdvW6G6jQU38xBRWLq5rOV65XgFyYSSTXTpQ8oZ5fWacfeYl8AH8xZCEiCizx8J7 H4pd+fgyUTWcosTOfRVzCXSFkYYsKWkdxEQMt1kXNs9RZcBTV1ICa4PkDTL9VfLgY+4g532MwaeU X6Nhov3kPNWiI4JNxqGfRGeIKuYZBgvMzFdKEih4tqN8LdYbux1iYiDEhkjNzcqJuPJNPqTMbYws mDQXIkC8Q1EqYvdVWxmP3SkGBGrzyqqTPXccZeOQh+OhhBQjfLeIBbyCoGPZhFfh1aPNNH3K2rM5 pAV1MZ8FjwfGyyEhRJoA9TIOmCxKgHmszASJZ7uoofSHzmIrMgA4WiVtQuWyFjTQpUEkEzCNqkBd ioVSuKXYCzJD8PAoXmwpWt7qFBfcdOhTOJ0LBgAYn1+/F9XgylgmComDNDLAoCNeMB62EGoR5tCF 0qxB8o3LU9s0dGF5xtVEQaLCwmZDESUpW7E3NIi3G3mJ5EYlinnM9PhRFYpEusfrbH/y4T1KVAPB q/n3MJGNXEWNPuWtMkj02kFEbb2k3S3wUFXoFS1PEA1XfpcWi8piO0FFWXSDeCXfjIx8rBcnh1Wy LuZPsrTUBuuBkBQPauJFLuEsmCTKxANaeYHWQ8PFu58KNbA9t8ACGMiwmc6ExKM4RGPGy7FAbZb2 rx3CiJY9Sdg8imIotYEEkVyOsIZrWd1NFoNJFFkZNNFOMBKbTJBkUsWbLgjdSizlXUgLcnJB62XR vn5jhARe+701XmqJK3SBNVAGfFHYTPdUPlKiJXQIyGRAkr1J/TrfYAlgGWKpvTyfolXksXUq+4Ne 2khiweQFZBtIJsk8VYGIzrhQMblaqxKzedQmKlfIpu3+Iq6Qkvl1okOFVrXgaqilsvYaqcRW/m1b shzfiRJqBNUStLI+r0G7jS1/2/JbGltV2a0vu52Xr5vUDmXDe0+ePcY6Gqfjf37b5azW6uQN1TZ1 Wsm40WHf/1WA7Yr9cr4FXJwL5OwLp2q0XVnHPn3Wu23GvsmcfXX366dr9krbwNzBHR1j0fWf2+3d RujK4Jba21cGk3JdKHQG/c4FManau5M6UMCe57YDdL4QCKuU6GiJ33UDVj50OlA7sVSd7AX4/Pin tf+K6UjhKA8k+vm8/Rq9U4Mc4QE2NXM7rm1T+/4DPF+cOlINvjq/rXZG+gWzsu979fOboz4cRbJy 9q99dzHELSyzrkHoYtnqcbteGUZVh4FRZQZuLoui51+IFWnEQ5cVkNYv46Z84UD8WFaFpwsYgfuw YMpshSOi2zS4IkPLGWoNee3qJRW2v3a8DH1SPaPaACOiFif4Tl9NV8cqCXKQqsfZB3bACivgUrdM 8DymNhndwG0NlLoz1hTEpFnuZVWtHrvIp6g282xpLHypEq2n5oSYcWBM1aSKGWCUraOGLI+mKXBa ozEBYDB49DIqRZJcVUUs8wWnKr9G1ZkYL+RRolrZqpqY3Q6djkNMKlG2UtF9LYwEWfASVzPsXoYJ k7iFHH3uJu/O2URIs6k+jRsIWlWWrgLH0ShZk1j45ZBt2AFJLYfJVE4MNb8RIn7lt4lodrUtInoZ qVALmkKiOuMXGhWWuF1IwCa2O5VJKwURQ3KcQdxu0iwwg1VJbcaz0Im/zA3wBUV1/BTia8UVF/V8 WDxFZqMK21qTjOyEpBm1qBTkn7tucRyFaFWiJABLLnzPgjHKJLBYEbB+ClbQKoenS3lEXhuTNhbW lU+Ao2oDwQO8IGE5ijUHdri4iHkvsCEMjTtznmspjuUZYkbqA07ueLaT9BYWJiTRUQNLAO3ZQ4As dmMej7kJCoP3vNCCM4AR5wFRs54J7dlAPnnhi4BTVoV0q5CUOp1l48SywFh3eSLtmNOFWau6hFni KRlZFuP0ANHTybvlcRVhTCSb0BoBscwHOSi6lXjEtRJSLrOhzIBmnGEdxfOCCxCuffICSHC4DVmd dqpAIb/RA0/K4k9hPPYUhDRIOb2ImuphMsAWsxnIpcyOUE180yC6Cm6k9xEoGEkVjvuwJ+L6RDxW c4MCj+w+cfpQ8cOHJff552ikkWCMlInEglpXMkvMhMKFiwVarlQGBUUPNJZrbEDY0Z0iasZHHbhg uBWV6F+BoSJ9IIf9wozgYnEQgXlYKFQ5gaBmStrBvuStoM2YRmvjaMqmCXQkeYvlRA4EbO8sCDbj AQMZMlnVAsxOUyTyoMVc9E4mcU2OJeAJ1QQv2Ch9uQCxb7eJiyoGIrX0DswGF7KllitmgkTEVtrk 7jL6MEEPo9ELRAhtw4mNwr+c3kNw6EswCEfRVGrLPOBGSWyamTST+jOI2CiJ2LEWS/HDyMYMAhFa yNgOBSFluxIqRJAHWs9QdGhlNcw2l7QY6FFZ9ZjXjmWwYQzA27EgD+n5C12MG7vNvwcZUgKnmzi4 ZcKebSFykFQ/qCATJcn5kao97Bo8yiweGCZeBqmu4jlT54HuVGhUgYor2GaszpoA/x4VRF6br1wk oNtm0mxGgmUHYkRT4PfsoPKUChmqYnwARtWjYu6hXEUP7Yd5VTITdsAHsne2xuNOYgkrapqoB8Dj vZosVO1HrlZjUKdQ0B0nIzjE11+TR+aO4wgGx5hMr3EGigapc7FuI+Ll0AZ5hGqcnmY5fO9smdjn yeiHvw+Xsw4kIUN9wReiEct6Kl8Ph6V0hM09BDsQNNgeL5QCRSpzVfRLpnxVVlbWi4RZDKQjC6Uq 2tEvFydkgZtsIZoLmTI3wZfMon0xPhQBMMpENNVFbXHM/7TXdb2WFmUQupVrYBW4tboDh0QaiyL5 05V4WnbM1WB989JYnZojS51JzMSyIXg5NUDyTFRjlINn/IBK0ozAZ/nPXJn34UCk+cxThEmN4ROC uVaWCmEAbVmWqpdR6BtrkTQq0rlKc6WIUWLDBrfpEeI4Sp/0ScgOtIxkJT9o8Zq9PgNUUIFTZVST GZCh65Glpgrz3Ot9dqY7OVwTMS+RQxv/BYNID9SZs3IUU3a7YMFfCEfkv04W2xI20t5mJoP7B5pE FYnYpkyJrB+/AUEqA5wdzR/ug5DmoVOCM8Gajfu6YgcZ25kn7TlIKqah2S5yk4lDuSSejICcshNA G7HiB3B8BszYi5blc8iYzVKq8rkeepqv2hENTa1THM1WN6O8Cy8QCj3lknldnAV3PEEb88ACjytl T77TRP0dpuT2zqjJpgOSLlErGHUO0p5NZsrs4wK5w83lrXcsSafQaE+5nNakS8QCly89CO8EG4ca tbnNiTVG07Y2R4v/Q9fZjhfn6Dgogo4/OdxI6TWNbRGK2oZy5qvzelLRCrmgygh0Bd2cHtzrYIEE C/DozPyZiyo4Qejh6U5fgDhUqpJndQPnYV0urJkHe0Fg51t2i1gnXXphZzvtmiKb0FnMnS4E0V5H m+GYRpoajNkJ5gKFmKPDWCc8FcWh3g4Mv4ABVZ0+ZMAGjYU0xGlEyYkL9ybPLDGk1AJGvaeU+RF7 mOwuPcKyrgBt8YtZfWVjO4UKc3s/XUaJ7FFY5iwTEiJ3QE0g0yCCC4asK0mAcwt9hMBaiWawCF+d O5AixFxBDteyE8ibmgBz9tolj++RGUsu2WZKgOTWRLSAqFkyxI3CHsbChoQB1ujA/o86c7h7Jo9L 1WInQkOn0D3LvOmEY+Qq10p6N0wbjI3ULDCixeULOJwNmdHiUrPo21apQSpVGA72SE/XETYsixfY y3T3DMUGcYWZlHzY66X3y7aOmfeTxKAaUcpwwIuMODnKfkq6k12kaCjlZDbKiQzRM7YymA0C5hNx JCIYXVhrf2ZuHW0AhsJmD7/Ej9GITAa2RgnmKGyr0hvijmnAruLMXmZ6WKoSKEgCoZ8wnaajGXnF qSwcRmB9x0wBFZBEBTB+i2A7Ez/pN5ePhINmkV59+w4AB5a53SxRI0p0MDibLn3gOwzIcWxzONty XH3Sk5ZNgIiD73gRj9gLaGaoAdALamGX8Tz+wXQgFIRDrnpgsSLU81RyHMwt7ZIKvX9cFEjlTWqb mmbxYOOmZ1eJUA4nSRDN8mxPH3fjKQqbBVfRraTB2x/KmHriqZCSi/TAfsVuWEBISFx5jKkHtpoq z8ARhohRTNFESdFmN0DpxKnsHocjX7XVf+aWL9ZjzrccgrnOMWdN+ZGZHl2NLNWmtLiTKEK2UNxT P7hWwbrllQlwjg1i+DDLn1kBRo4MhdEMFpw/QqEcx+rmsfyEv/5ihRBEt7yHvvFs/FQnQOmSrzCR GyKGUYslqjCrheSAq7GX4Mv/AxMqbXvTWEG+w5GlCQhX4xL6NviIdlQVbCPcRg/1HzjnxcqfK4Mg FfL2IANy2UOifUGFRN7an0hpFLD1yAAuNrR/SFcgJhOJ9knUSr5L1ZuRzSQ7IDRkPbBY+qOWEv7v D0qe9Au5zAXpyQwoU4oq1UDEX1yy9NCiQ7rYlUVf7vZwnS9kA18qZsjJjYNl1VF1lBdEeFeUOSWR rEiKaXzd9Br1FHggaF+noo18cEFL5dBy+8NBI/i0SkMZdEtFUQFAvV/G3/ZzVTMxuxEa/kii06vi tUQPT7GSGIAf2RR7S/KUZpRAMAc8lKCdgXoqtRnJjbiu3lLXFhRwqaGjJHiMVemJ/GMTWQ7v1LIi bVUpG7vkxVLBqkaV4kY1MZj2LDZpNCYrbcaqUFEJ6JMuHkMhPhGiHhpECrutqpWB3/4GtiIupU1q 2gopZk4EDGTTWiCkwL3Eyi43ZI0Oe1kacCbCiXjoRG7dEnj2JIQSVEjZsKVOho4diBOJbdr06J+h LZO5S8F6XkphJkwrzVVFrG6splpPxISM3Q4k2QtQ1cYsJ+jb/R/Ft57hVepUknNjpWaUUvDrQI+O SW8LouqdyvUTCsJJLaAqqInscIapQv33k9Joy0FGUXRXp23Hds3U4nDYGe9KdNR9VXLS8lLXisQA s2W0erD/X2+ARxjA+NvRvVCz76vv1dUV29vYfDbsVc5zHdVwEWcTSAAATDSuPEhBUA3D4ik2sCZ4 ilQKhitToqTGVTWVjBXPSSE8h5vCbOd7OHF6hf/oq5yc4HUAeJvXAOpM6vZ5mvq2sq2DO0LVLaMY y12lYSQJTKdCK1yjqAK4D0gdUxHJ03PIo6Iekl4VsFq/qTRQ1rcw0FPoit7VRRXeoypCqPzjmacv ldbhv31olLde2a8tNgb1hB4x4w0S9DhzCy+BD/XYuiJsv4xmvZUI0iCrkzWgWjhYmbRTL5DaeS7Y s9LZrmCBlmFrv03eP1RJYdub6S+zDN8evyUmfhjVytmtvwOZQVrlOb9GplrmYUi8dI9pIuFZ9Zbn EJrS5GUsF6KC+eiCYnJmDgI6oWTMrVxUxRLTK5hn99xhk2hr07qlUK0jZbfORL++s7jVx0hMHjsT TYMdNkWhc4rs8xK0RnFFCRrYLBQ/GFJ5fAOaC9lBwu6aK5vBMuQEEa2VX95cCTm0AYU/eYFaCyOU jhEms09KrUEXU3BTBvFnlgUuWcXsBDqwcAFrmz2w1Y4yL3N8uMMUmQAcelhBwIGIpYFZ4cnsZmhm oP3xT8tCQIJhkCxhrhhf8ic6dEsAyXLjL+vDF/mnsIAsDH1w7LkX4OVWULYMmjXk1Zy7NRMKI9NM AAK9NUOWDm0JfHRIOV3P/PEburei3AopiC1PP3loI0CjEQlGaKNDfJW9IadhLWBKExOJsSZJ5p6S HmFhVjeEO6a7/ZoTxkQiu1G1I2YkoEhVwRlF3EiumtQjJH4DKSxy0+hlDFrYqG0zAHN6konLe1XE IHssZKtOZIoVNILRPWCSINKSTNZcGyOv8/EBJmg/hbbMLqE2JrZO2DiAVLilx1wnntDkLA0Da0Kj tscgAAWGIim79AeY+QMgP5Bl7VHrVMNv27BzO3WFcoFM/hT3DtbtLsRQqPNEc68xjlCwCsqSEzcL 5dp7eSIX2dIFPqE2CxzvJ5ZRETnNk7MyvBiA8GR3x9GtKc11RrYCuYboqaKCiiQeFm6ROIhZG4Uq GAs5cSQbkGAXh7AYmUF49ZgVCans3ZqC6fBTVGLAzA6dRX5gpSYFU0yZkx+MKiLKQ8Qyd/n9RtZM RmdIa1dT0uhDl488dWqWryabv8kuWQRBHJLUApz4dgeuJhJpH1Ej8vSrErmpxdYuonC6WXGGLKOl ife7BSC8NFQ4JY36iEBwgXEYWV2W2riTpZrFI/bRfLpVF1a3wFPriFEUMaoxlkaEWs/F65iQL5Ck EHhBOAQOaR1alw5oz7wUxBoCmxkfb0otNatgOIPZ2sGs3ypQlAT6ZWQmNq9qw7FX0R3HWBJiWBGA /mUmsg9+S0iKZo1sXGixC+VlkMhsxtUMTUagbnJMrr+GFEfN5flRKBKISzy1KRhHGQlsLxlkM33V Cuog17QzeXT3WduwXmVMVa3z36qQeCYR2+ShFYJQoDYGYN5XBOkobLOXiC2vRRDJ8X806V8UhKDz hI2lxfA0Oxx6WV4HQceVsJMFw0q+BxI5N0hbFANkT4T2ARiyZgUa1FA+Uue5lxxX+2lAwJfLqqt0 yqfJRrAkDqhS8kolUk+ZZqtCqCh5n72vLFO+38ImD+ArBQGDBvjnA+KAjPL73DKNNJHsmgcFJoTm Cp9apyz2xmCA6RHWfI6+x4wKDeS9osqyzNJuuXgM7YlKRQFjQpLXBc+UxaxonWsyVJWlyinjCBq1 g+lfDEFaNg3BeACo+umdhBh+Jam2PeVfzENG23ckGXK3VK2agJF3zhLhVK8jX5ViWpO1jXtsKcUl l43z0EJn9qOAwYCs3eZDFMPqkoQnn6gPTYCaI/3Z30x0Cgld2BVC+I4mhBB4aVCD4Sivmtq9PRQC mcd1JsmMopBCt2ZJg2tvwDZj18YuR7pMcWlXoS8rWUIGTyAzl6cxkxEQ1RM4B4NnmrSMz+cvbBjK OIK5VWncYuZ9batCprNgR6Dzd/DSzxb1wIUMOCB+MKaqDssWdpVNlER8SoU2bslqIZEUqe1J8Y1D JIyIM5uZ/mGSgFAdywivZB4YvsVHVUrKNVmvlhN/UFIlMLndWlJqpRCY9LjVjv3+AWPrGxoTm5Zk 1Avr6P+2be+AcmtzO+4Wuy3AJXthVZGE8rcURQppfV1Mpx7VoIqEfEzWKkm7+M/OcDamZZyVKIHg 4eu+V8JUbuo9cWBtGUuxy8ZpNWEjVRmzZKW26uBHMzqmNzHVjDlK7WumIvn8cG/cpxdv/QuJoQ9R DVZtnqGg/l7SoKZNzBWLQVdR/OFOcbVGisHtYavIXNFbPfmBDqMJjDOj1VAzKRXYgUBUjNHKieqT l9phpeW5GpHvKAML1dROptUBIlmrjazQBdGIhQ/wM1hKgSed0WC6ioZsSHYii9tX3KqmZ/hKnmj6 evdsE0U1j+xzFbTKkiue2y+t9JedjPytNswKR06imMZn0yvDRaYK5Q2eOLTaaNYOvDfPXnhg5BkG BtrOdwKQCHSkW8+/szXERtfqw4QLLiCG3Rb9fdXAJO7CHBiTBnddzRzpSNgyOq0XAIGRN5naePEj jrewoPalPwVItF0hsZQ2iSUv0FBOIAxZJ2LSmO6xPKjRpElphDdPhXG2sxIus5ahSD1cIkG5p/jG BZhn0X5tfEPz7DHuga0usM7qVutD/GBeLSx+zmincZXBmYv0my7UxTiAzty2XUTc4vYMHY3GziyP Sp11xYxV0lBek7koBOGqULZFaoFSrMuA4xeJYUaisLC28Q3vD9tmOoP45oP7LaDPKHctPnULRkZh bVS4mRTAtWzOgflJwhJARthALCOCil2IuO8LnCr758FUd4mBxqBFDRPp9tloxNYM1fDpeRIcW2m8 4i1iGY+BbHcKS6JjHqQrcwRoWAtXm653awM7C8/Wsjx9mHktK9ar6DxHI3jDjaBHs0NJwSTBAHj5 I8VzcnXbPBinqCeA86xu8rAMDnM4fX3xCMi8t9Ri2ZPxI0tFp3ynyoMh2wEKDDC4y9mAq+eQTT6y cw3MQwDo4be7biRRbZQS3sOe1wtD97gp8STnb17KxZuu/K1u2WERJnALL+ca583Ku3WZK6yvQkYe qOQbSfnFtv3z7UpuOVAkiw4SrrEPAJ1vgEtlCW2fo7InGaONoWUwMOlFVPGh7SGfkIMsVZERdbPC LWJXHfS3JdGUouTU1XTY53IcXNbNhXxq9VL1PFkdB86JA1pOpm0SKI9AMaUbKRUYrukFLmBUeVsP S7YDkEfWq2C+B1SNO7Q55TJQfhlZhDWSIIiYvXhcEI0B0avidlUSkxchqM/43pPFUCP/EAeDXBVL 0ahI4wiP5eziuerPxOkkrEgnajg7vQ1bzIVPSWdhByPTbjrECAocjJAyfjTFUVigEoqSG/t1dwUi BGC7jQErE6mmEvsiaXpNWJKUNIOkj/gpHEUVj0CA/hq/JvKdthmbe5GVK2ISM1cYMYVxjbTxIrhn ipOkalYEBOnao9opF/Gw+oyETkSnNmjkB9XISG7KJJc6TR2rbpYzkbUyqYwd1gmzH4wX+8HcwXpp lnu5uSwqlWhtjkJBo6eiso4GLHqJKZAqohKCtS5pXpaXHaSBZfdxzT/OoggzocxoAVvxgFnEHUyg 8qEQSf2mwoenGZs0Al0JkTJdMiVKQaYk073t1GyTv4WOtlfGBNYBXVI4Ebt3TxIg5DKDAXCqmkaa WQrf4ClKhYUoktQ4IKJRgffkYAGCp3pZQVhV1G5d1zs9o92Z1x49VxSo6mtvtA6VBQJULU1HRRSF zR57p70OfKjKqDxqdDVMkPdMtCqph8c7EqITz+y+rfBis+6roredufVsazQDsIeKO2vavmK16w7o MFpbaW027nzn9hiDVDHcHRVeZVKfg1wJS/W4p4xpnn6dqPnTkWXGagOxMWzOhoGdzG2H9hpBPWzP Vl2ulwLxNlBDuVNQbNiuzF25t7m1sy+706SR6DzADkRHk/xbnG/HawXk3h1bufjqJA07x3uu3AHT lZW9MrXjPpSiAWjgKvm41akdnnNXSEan6HN9+bbfG5vc7J2zNlejJQp5hywWBBiCrjgD7J9OBOng thWt8S1yEzvVPbLy8fbTYaVKN7hJQtCg3di2ELdPG3pR8lYZH6s6sqPDQ9T2FcVhalgAuAFilO9o DzV/+9dJA1A1sAlcGc2YrVB4daUy9rUHheKjf4r2ONP2e5QxtxEyo+DVJh2oDVFZKZx9a38ywabC aoZcGRVGIpqnnraGqBSnqQxCUhQrKbxh4t4iInx7g60mlbDTuiyv24AEUsX2XUwTSXA2tXWGDsdj /Vs3q/wXXOuoTwV0JvL9zeoMi9RKgoJ8lCTz4NoGayBbyslkUU2vOGjNqE5uU7oOAnQd5PxmStq+ TXixKv4Zs1oTwmrvQB8NqoihEeME/gwI0mmXb8ovZLfhP3iA6la23uyNzaXksTPfMCmcB0QVC4Yg jM3KGpi64lJbpr/az8xHlFyy0TPIPddmnPyQjmblScxQ5AMKMVTWLfc8CprBV3UB8+Z62Pl2d3QP g7R3NWvO5sMX6HPslD5nV8FWHtBlAKgNul6ZRhCc8RUZclItCxXuiINdjCx5edE4s111WjgV8VA/ RyI4MVceqnS4DefVSXwtxDJ3kC6mY/XBRQQy74gqEnIhs2n2wk1o5yNyrvHJcieiana8HC4LG6Ck R6EdQSXTtLh1oUlYBNGjijM5gWkQstfA883vpiAJkD//8Jo/88xGXnkhX2rSbv15OHMfouJGsRs5 MMikLl/P2jYXYnNdBJz7I3ZUVdavUQqXVQetNxXyyESbmLaieuIWV5ChRVnKAVugdtpEa1r4i3Vx kJpr0dPlxgmFxBLviiHryOZzDy6CiKoLO3xFwmBL0rNUiS4sCwMGW4Kxh7ygyjK0aJJ+UdjxhhTx aDQ9Q0FgDDV3ZDEO35EPzVMT8/E1XRI6+M4PYhDXBdNKNLS2n9Y6CuWicEt7nGG3WKbUp6g3m+NK ViX9LSxluNmQSLFlVqpNqtmbEEHYl07KCkfC05MResVygKDM3BrhcHsQF9fhntmMN0zNrIMvOrFz foq3olKXAMlfGCrM+AzSJPgMGOtKPYmZgeYle9jTLBncyRuizfKwTnDEMtIeNDQOVOSleLbgFKWb uFWDVgOK8bjJykSZU34Io7VrHKbO7+mzSGYTZQkxAQ3H+cDW/KDa2l8Wz/m0YRqJWaQKZWZrfEJV kON6qR+qII7OGmmyjEXv6ahvBINhX4OWluqsowCG/vICrdOlhnpsbBNNaDPqSJo0scvCdMRAEC2z 8kYB8Iwby8FAgqcosUpBH1EKwH5kFzKZkKd+oK4ykCVgB9sd5JZkOak3qfYrZRonORE9dnJXdOi1 D6jOStGpnvtpOIYJPB1hx4mJXcmhpKzA3ExsC86wziTPHSkQqwJmls6BNpqwhlGgm4scYxaOyPqq Z9rxFpraAwwYmJQD0Wfts3zoP8NH3lhRVAn+plLdcksdcruJJGb6oG7Nz0KYMBkJ1IvyBWMQL2Ci tmnpxFUlc9UvUE9Vi0cZATWNuFVuOkJKY0Yd3Fn4iFVR6C/uqeAqKJlq11lpgyvAqBzghzA9N6Vg I+VjvxVFlL98ayJ3K0ADG1/QzXQrlsfTGFU1wzSmBzJ3wgXFW+N6WFSxRengZMJuyhec+QDzyNVS C5zUEJCqIgVxkXx6lZJvqkDGUdZvvtAoEVf2kbDyW5KL2EQ8IKBqZwXBXyUPVNwT6GBXrJB8Gcuv JRoQy2CRN+SwxQi5S3LDP8EzIEvq89ujrRM5QXHacsSEPsbQ9jiRSCWNeGRGAJo7AmQO0CdNiw3B r8DVurn5IRKykXF88hvwSULEL1RICIghoqbaYEuJErdIibJEsSnaQFtdFJ80wHeiiQi6th9ekSaR pb+NVpdTyAqwjHplCpul6LsbDZ2CSvNjDXKHRnxWaUtbfVOjUwYlF4o9xSvmAl6150pwAhUgry7U 8w3V/aoqw4L33CLFUAZ2xEbtyBSORrAQL4Kq0FDtipCsGmZMtZ1RothoCaT5ilNiR3ra5fJf4zUd d9Hqzzjo1jJzyhv1SFrlvs9Kbe1GFbWgGKixBpzpbrCqapqhEjwyBvDgN6uJcDhw4d2DwKp2sUqh 09TTAkRe3o+Xxo1VOkX5uuNjGln35qHMYJgWHKvHtyZ0rZzWrfKaP8BQD0BeVyo/9tNalp2rZlft drtKtSocSOX7aqLolLV0h1y0plaVrhe1Pnu5ockhCDpwq38qrlcFVSqsLF8X7BwxVyzFeWxNuqKl +rPnsCxcogSSHla5oyitU4XwCuzWCMKRbMyeYL8aU7aiDerJwzPQL1S7sicitfoynDprqAnpMv4S JNNZITCYoj3YZmzM49R5IqD7YMhq+Q5y3+2X9wU3BonKwfpo3FuXUaHG1YW1avnC+Em6WjmqMii+ IG2tkwxLBmiKs+ihbF7dea1jzT7S9ceLc3tik9vIj1outuNdS/8zXCBxS43U13st9WmrPOJJGay+ p8I1Dm8/UdWU8aKyP7Eh3KQxzhh9BkQ7KsKPwJooES73UHI67lN4AGPXjcBE8YwFuAxItqs9yIkA iWebCF5zGYNMcjGz03BJLyj+jJTPZDD/hfOD3OjZ8vgUbOlao+AZkk0WXcxMo8mahgzsmlSPg2rc J6KUr27KiXGy9ZcEN3vMMVFpxgr4Jg8jEJaBgRxdYN2uy8yp/uDwZQGMGbByOCKUf1mGqXqxMdAE zxjn6uhONhnDrJzFBkaF/dG66CINL/wwUbMnZq3T8eDCtiDoPAdzAhh6FQP7Bx3dC/DYqSIliYBA FL8XG/mQ65dQ8EHSgrggeLS4KcZddNvE+FVJxhxivSV3TEihF+AVWjPsxayCmWJaPYAh1uyMPpNi pX3TbpU8xG/MzJjBGDcJUHtCiiGNzbu5SRKDr2Fdi31ALmD2A+ydcU0GlnS2rxpGMY69KodYgAPp slGIM271dFWslSMoJE5o5vWSPZsqEwhWwuB4BLAMeaVa4gFTgOjG8AYgdiHYV2/DJRcBCbakFkUe nVrQLGW/iIPkA7ngvc7oH3P1R+3KdFx7lItoBeG4iVzauV3BD8mNU3DoShUdr8ESpmvvnl+xrOoc WkFXNFrBiDPtEXVJ4vbhtNunZJD4+B9IDHLJS9eL+A1yFZyUFxch49g4CyCpiXaWK4wcybAE+6Oe 9FHeh+J5mREtRHGZc0wM0HD7xgtqQFa2ggGyZGQFoQe5Uw0iUYnT7YS/1FoUZCA7orCKACcCZIF2 /C/dBt/nwybDBpZ8eToo4zU9SVSajuZinYFRu91jqVaAxWj5OUpMbVGBvVDEBom0q2BYzugDKBWg hncwlKgjPh1AE5Uyv+O4x/9LdXGm2obxEcl10iBoLiqgiahpjpWEwEGNCNtJESv3ZAV5WqcQECvy BCl/QPMkvSOikxSkiYYZg2Vq2sOCKtKvME+BJZJhmCok5/GGbIQcQsqeEh/gDanWa4i3rDB0y+ZI iJAyYCK4G6El+S2zc2poPGED2rUuHy4BASIgEwVzl5McRStKKj3EjefKd45UsXLR99IWApRNsXEQ tTqb1zSYgfBB7NY58cP1ZEA2zhLtZAwFX6NKlFU3MQqKCrBrjix4YSM9gcciNcJyXCqCJTRFndmb MqTR4P9V2TCmfqW9/U1HcJOsll/L7OX7yI4XHZHCqlc2VxzFHcMquWQkwaXCoOaJMqSABjmVwaSr qT53QonCqROqDXZTZH1T1L19d8IGI9xd2KqT/DqwZPVcQHeuReV3pWj1byB8X72Tsfo2+NGmGmZn gyjhvnsziMYaNY2qsVspO8FGQpC1+JI+qY1QsqgoJSUnVRzcjzIIruJhcuX2287T6LRqpXA2RYHH odgGVBxIFsGLxQiuToU0lDVLtjoCyezMj+SZqGQNVMUphtlbNtCI/aqioYUxeuTBMeKYlDw2ld2e YwJKWSzwBZDaOmY2BdMOhDmk6FMBSJU7PHJEI1oC8fr6g0LWNW7AIkEZ1YpIKOx3zdqpqKFsul30 iicBU2moioh1YaUhw/QkC4lSIZ9FIoBmaS/xeZ+CBB8E6qj5kWhamVv9aXQlbkTBqKaYjT+5HJRZ knxAkc0KtYRQ3E0cqUfxNnNsvDw/50MTMpIk1WCpd4ECZYy2mlNs70DMY2Jl5op72pr1IT5OzFdG fS1FT6I8AUJ63eCsqDhkpoUU5BAZDgWTgTC8SmkLJjNJNJujlKu4D4wcMjdEKbTJOmA2kLM6IvZm aXDTNnQGbUMhFDQyXAsYCXKIoxAXHNbW7DgdbqfSa0Ezo1dIx1iJGguX+RhY3Knw9jS0u7bBiNWF WLqhnphZvvzWk6ivb16cfSJP1LMjF8ALLRAzUpqUc1YYh0fpl80+BdNFAVyAENfo8oSeegyjIkEh pPx9CU/Brr0ubvsqkpbsoono3KmQaAucuf9+LYAWW4pC7ccz8grgpaVFgTEaPe1yaTuKUdsPVZYn YpRfwjYXxoaiAQIsPcVKncqns/sv6EO7Udh4QW/Soo9YAK/CfggpEJzZvIAl51a2yEDgHrkpemeL oziv25tWkNJcsS0HUPkibmGyKhbx7SkmAewj7a0Wpzuugg3W+YzHtveTXDxa7Fb84GIy2p4H4ATl 5Nbo/L5b+pOTihJm/VdewIOC/kenTI3B3arSglSB3pycrMHcNnOsAwJPjxz2XUBTkRzEdRXM8D7q 3jLQwukePeODCgY6ryaCTDVdyLIZXDxJinVhE5j0PCmfHkeQAq38yuNBAvxpdHXRrJ+xGo0viC4H 7Bxb/oXPaFTCL+zBAsxCT6Yyivmqg2GN+8zRZuf2ComkNyV1C5AF9MSGOhQUUAvozgT0xFNxjpFg JBZnJgAYiWJ38XBTx6xKqQIAgLYCXtZQuAHaHsjSXRGpM6jzyKQomOHiF8/Y0et99zUDBXd0EEUb 112npnWeXoqWaM2quMcc/WVmTAKY+WZ4EgZti9KxJkbgqY+Bx3BB1DxkrEIvxrks7ooA/SgQYQfi tPFFTmyrqhR4asXKEf40M4NDF9TZqhccq5W4ewu7OnMizXimSum/z+BhcDSWHkb2NgNKk5NvZQEt EuzIZTBlAMSNAdG2DB/j0h/ELA86rwRla8xcGshaZLvYVa0yd/Yv5bf6Sa7N5eLSQToMHF+zf/LW igclIpL0Yd2IdN50gVbmCvSomIXvU8l2xIFY5mJfgU0PjM/4ZFRAyyBHggIYFYgcRKwTnLXnpNKG viVJ2OIqQDJvbAieJb2pG0Koi9j6YSbt8CqeJXpRe9inZhG6SLSK8ahXOoMvqmtVvVSYEFT3xBVW HnjxtbJS+louLgdHBjWKqOcrOKs7RWusVdsbc2ItmNG2Qmx4V5kypTYRHMWqkvncGNXzK/7My1QS QdRMr1qW0pxxIFUeo7TFhvqnLhItIvLmTEoytspBLLy5Q9nAERk7y9KxTm8bDpXn1HjOAFBpjOB6 uYNfrAZVLiVs3UidfWqeRK4aRszP5/AkADs+CP8gI/3sEf3ok3T54GKG3lBmcDqD6lZ0CiOATB4A WVEOqXcSVFQKqUymOY8jbvRKKyhtm2vcRugEBo3iL28M3wSMp/CVHIChqkQlmOQGZRJOIoKC4Iz2 uvVQeV4w6lAGbFW7Sof5wupvLo5CiTf4DdqIoOsAGV1wzCuTejzAflKkDMhgNhtMkS4Wd1BAtKI3 waZBFTbt3TzMVXQFQd4fIcYC1GhJhWGs3kUQVO0ChpaDQUPWCELVePqHQAnkR+dp2KOomJl3UleE Z/7fqBr639UwLmIxeFNUefTQAcPuQnTBoKwZcQNtog1kQ9n6n/VNW5EoF+EEg9H8ZLLyU+FV5yfQ s2ZqGjxqijQlq2jq3QHJctCkCJvRSWQSg2Kom/4Ae5IABtdZVl0S65k/wVXo4OW8T2abmmCEmbAh h6S8E/8HhnSD1ov9BHlUyu/EMkQLSgMOMkbrTv9iChqD3RupzN6ju2iKQMiStlQlzjuEUVcrFVYP iF7VP9ujDdPmSakA6/MMKVolFNqzCUq1BqBxwQ0IAmPwKtlkx4ngVTiJy6ScQZ6E+oIM6cfsPBi0 mcHM4EShZKiOiLmN3Hw0VnrtXZvMw9uYfqM67NbdwkUla2KZVLCmgO/Rucx1XeEGVuZlHiBxiz+6 5oYGec/Qo97mbD9Gloo80vSKHsnntKQYAQNYWhYPRjbMT8Fh1lz+D/lugS+ngevKnvEaLRXgkCeS RvRRqwMKKBdONxnuRmcBABeWdqUkkBUrmYEIAbg2BhRvdrgFgoV4k8WwqXYWLRrZD9vWz6AtqFVi MG6s8sejqqBIB1jv5CGQkpDwBUq0Vys2AaqmmFlNqmnCRHnN5r8gciwi1sQRIxC1qJsh8AnMkIcj O3YSgaQkkrSCgBFZmfBhu3WoqZE2D+PPTaVwrqV6uB8vJkE+EL8Xj1T4YFIBWMqZnQDiuxUBhoJ4 ggJARnEXFBMt99OsHGtiW4XXJEhcnBZrSmDdJDzIoonwW5PStMpQxicICLdDLZRd4FOgxRSIGDhH IiA9jLasTVGyQX0uAzQvhUpN2Jl8E62wNJK3wAimCVWNsGNcQFSsgOkEyf/FmxUJoxtsCoKQ2Y9Q wXgFDByMsBhaYnhdezdTfkzTRQ74KEQBKgNYJAxwStdyfnbb8cI9ZSxaAaadTinR8hp0KNKcvQ1B a3kTcWF5rPKQidcliHcxMQE2fuXAWJkWo6oRiQWgk1hzkWBEyxQn+qYDPutjsHYs+xPZEz7+JfHs k4ay/VJYHU2RFQQhpGFqzIFKdmIEwTbp1hnzSj4TP8T2aRWDuGEc/kWOE3cMDefHgjWEZG0lANBd ur20/uPZhhZNvbiKnajmVrtkr5AvpFTFBfzGNZ5Au/CeFIGzQoM0pEgrA7N8B+hJi67VUuimfKWa maHcr6YKT0QEb3FkyV3VKHxIa4oANQQxiZjA0PQI4keYZ6IyKvrG7uUWZ3hQHnXSmQJROZQYB1UB uYTJROhwgVqQ+r8pzJSIpgn5wSN+qutEn45IcNplCJAqshWJXJ8lAl8gjifwqYwhH2zfTVgsQzFv TFQ4DWpVTdjgumIRW51XhIXUeEhlHRVJEoYJC8jUPTAvdUWItIsAEb+EyJiEFWXjKIJ0wPK2f+sc dVKB4YheZN/rjvAidrEKIUJ4IKIuBlYl1aVykXsn07bxNNWHaemgudA5flUe6zHezIF6guzQfqfc tkEaHnlKdX2r4JyYyFid6txMVSNR6J38FfJMWxHbQ9quEtSXay9hpw/t0YoyEv7KZalC/r2y23LA HY1qyGFBlMm+ohyhglEKhlABKP3NwFFKcJRHLjENPMNqYBs/2s+bt6NeN7JKzsswKZGsPB1XvCBJ xQAGSJs0bTmG+PtAthmJVCZ9YYLMhcKq5ajhWsSj5xUfERx/zF5thPnKgqEG8VFvJJzCMsRTMFzF 15BSZHeOQZjxq4YcR8INfXi6REkkU/4I6JxMNm9BeYVUgCQoJDnPSK1sqTNgSqRP0rUdIAZ4g6aB k7uMp0JhiwzVgCNMxgMDQ6ySRax565hrBGvvsZKyvcPtRkuKVGFJkYosVqQ4sPalFSW1UL9VUG0q pli96SrgohHLgFaVYZOQVC/6JKqGoLtPKqfwqWiOaLtoWC4AmKm2LccJnS/bgYb6nQmQDH861kXF GS6+Bo8Sbu/kUn7RWbn4vMIAXs7rTqNRGTwRvO5+oW3wdImq8SQxrfFYQpVe1FB/brsJKvkAX6xA 0dnJ9DVj6WiXhAcZMCQOGhvHmauGW9yLAl6MCA0mMcHNWuKyLAlmPcivyEwRUdD4IGXfUEJzRq0I v1GwUBkqHcQiy0yes3BtsQLga2twDqUoejBkKugcg9KWgIrYlBNpCmsWFPHjfGaRlnCt0AjEnIK/ pI4kn6IS+7mkOecmcCkiZ3094aiVY7v26FxRQF2oklmL2AqjTF/RT7aCVEFgJgTsK8ABHFldEh7H zR7Yx4rCT0uJbGPSDBsNer9SDYmfQdmQ4NQd8PlTPEMBqifwyGEJmTFCF71TG2xikwWinInJSyob U0JnoBBvg5fG0apcCPT3oapxVYCe1FtIWDCsN2df1NsGMLMuADZeREVqTvcCNk1LIqQeGOqBkR52 M7WrPDPZxhEzV7iIv/CoNAIGIbHMetEG5llord4EMD9FXIEZCUbc1Tb/xrdImcWCA1oEjOniJ+IQ dISaAUFEgtIlvwu6cYS5uC9AJxeCZHMUrpQdFIwVypA98nzC0iJZozMdyQ0aZhyJPqIiATMO5mwY SnpUvUAOs+Dom/AmBuiOTGRdB+EhBdGUJGfHt7Of1D6+X5HAuPmbuO42U6ANc0WPDFsFksxk7Slp C8dFzoU2SMCSpl+JTyt0wej/igkmTT3EIdhVxTsZAUBaw2eIgpLkkM+OghfVdfbupApYpS6MQWGi qzAoIG9Ic8pDKaCsMM/iN2lIltxHEVyLv5oLg/1GkhI9dNOrxRA9zOkWTolyjFAVSodCHoA3Gvmg L0UlmXAfMjd44U+5thKi6NddBGmTiAoDrUAMYGIHqmoKychfaSMgTWkDKorATLIRAIBLvCvghJFh 0zGGYkdTQjykk8ZJYZpUpOQidEkF3kUo5CTJEbW0qMJN5P8bhKteuohD6B399jvib98RtODbUGCu duQ3ame1Fir4gDxKPiWArrhLXXLFYoyNRvxCk+j2A1GAqcFmB4IoIrDC3ajQZJ8VHMhGQ5XaADl1 VzNSYlLo0L5zgd3sqXPPgzuA1AHIUYqC9CRyTKLR2Qjj6aMjbNFpnE2NJEXJhjmBY0JPVDvBTJNJ YJR3dvrRSPlpanfwjfdExVCXwhXPlp8RPH5sfpiYGWqZHoeg1lLKqDFcRLwBUAiNYGjA2mUKSGOV 57LgSBqTmcUZWMdT6Jgu4wHh6Ol71OA3ygEF3pTVGAYlY+x1cKbFWkKqTEe8HUy5TNv35IVgSIwr NqotEEZ3kTvYlDE7UZUpLjZDlNwBrXTJh/QO8ZO23AXpTP3LaEtsctygyObQ8Zmh7FJekhUgNZGi AMvsfK4YMTcKqiAoO5CHMAP5VdPqwZKUtRX5UfzAIXsRpbBZuNobB9znE3EWETKs6BT5TZ9SIWRI oOpBh5Y2mV+5NOBX96McaUImZ+qF1jAdZ6A+jmR0k3oQp5mMRcCxqkWX5NTDkkX/JjOmkImJS6LD ASBuMae5GIT1i321firC0aBoC1IGxdb8pfaNM7qzKqIdwLWpNUsYeZl9clacAUqQjFITvEyHfj1c UOEhfJJSw3b4NYnIUNog3WnMyB6pzEN+UsI6Ni91y91Mx+Mx4ukV+wUm8nowTPgLZQ7tKQ7ykZAc Oo53LAXCC5Bi7tQtrYBiZM9MMYMpNynRiioWONVg/h3Mwj6DhEHy9uCYx2wGOhzPno8gFpk41sBh sKCe12E/41dynr00BEyUQzspZQV//Ac8ZaToNJopbbeo+VnaKtg9ftpBlECiswuuzJFJYfsNivWZ qmZB8dxBXibNRcmKummJP7mPXAzewBqkTDb6PLZWfxyFASqr1x60j876MA+iiSzUaUL3X8sbE9mZ xElLGsmLNxpjQHwV+f3FCLOCim+Owm7DPEhBYbizNYsyIlWZhubxvTCvgX2tVAUL+gix9J0Ah0rs NlLqx5JHvWBLoTqFI29WcOMazUBcMo07JKa6VExvfsYTxwsAU88GK6PP9THp2QTwpPMwTGCMl2o0 +0VF0sXyzewDN9P6iafbUqPJdrIeDJF+SvA33DVmcs9KJNppATZpyxUS0UAZkEm4xMfclQ6qcC0m 9yguDS7oBZhdUBkcYANMelRBJjmP3QYse6OzZQHlESG8lMUkVDtTEpnQiE0xFOFPhrA42iMtQVXZ Jr+JSbw2Ew0NvehA0V2Q9Ge4zHHoHSN9AlE8Tut1F/1C1FQsAJVhOuKLNLkH/VKLnkFvZuerGkgH JMW7ho5MsW6shCkGk+wmjNL02u9ogKQmEMttt1Y2EP+P9vFJ4r5lQlbos/CtLxgRd8GfWdO+wBJo LgEOW+cpFgE3VUT3Ry7WR/Zf5IYTbduT8EKK7QS6PUDMovi0LNRfeWkd2wk0kBKJMtBOJkScAJOB Ir6hXO8BvN0VrIIfMfksVZIyd9cbKXkEuRJAPAWPJ0aJtI+EPGK3waYCTEw8tPRMHyktmevJKB+Q KQcIBYajNqgXsbL1GK2FAZUdAGMqM2rPe7L0j0WhNgaku+1goFFsUxZXQLJ426RMVFBmAXxJX1Jw 0HnpcNdTpWgOzHgU7BpACDHdHdC9yvKLerrULgjAoTxJiL/6CzTTC8woPW7PA4gM1+5VAI5ZlonN kra6AQ9NVthoZ2lhDB2kwiZCSfMQjNJsHJ08BSc1wTV6kev2m0yCTuvszBQ2wuYB0gWQCypQD45F 5EAXY2QZClyqQ1a5mo9wF16IVoEQvdIvfn0RjPyIPenAHzRGQB1ggc7t9QEEqlML5CL3mX2y31xl KGU38ctM9C29QP0l3ZVMjVHmvkhPfHYGLRLvSa7ZOgh+sd4ImBnJ4Bs7l/GoXBBBkmjyIcbWXUAc KMU9NYE4/8W6A7f7TT5T0TXjRIQ8FQmMZP4Bkv3UrhIlCm/0BCM+pJ9ZamTqMLqna4MWywEs/ElN v/AoDgArhRCtkQbECLkEhYoZn/lE58U0ndstwEMjMpxaK7P03iiIGReP2KakFwBzqq5TaLhTR1AT vep7eNVsnVWecdsU5JhfjlMtHHEj2IW4BctkHDNJvfCCeS28YTRoHxXA/7QjJ8JCQSnjB3hKNs2j 0qQ2gW6nDGGJdjVBKKTgj5gJ7hLYGkHE4Ok4RCDobhSzQ9Igie90XxfQG63IiiVBKD9V57qdfNMk RT4OuYYZnZSC4mANsIzpIEZ4KXOtHhgtC5uZLUTMbSNgsghWKHcwZgIWcelUFkRkldtiZYgKhkkt Cwa0DgBjbK911MdYA6JF5S8k6gX3Bs6XYUpRfns100EEyaaAT2yKAupeADVZQoGn0RxzZ3mqeqFJ zYmG2LVqEm0NPyYXo9v2jNp4kV4WWhAbV0lwypd25YXJcOpWSsjGdT9FSdfREaoCPFLQgIyVxvib NtH3ZDRKnwAeAr5EACMXupf4NHZsJHrBmdBVJoqwCbbxKi7QHenhyJnt83XZSu23e4Uom8M4YKpI HwUafyzLXRgc5o/XI0sIxqd0IkqpkEMqjCbM++r4ULFc22+Q02kwmMmhJC/+P1isMqwGAxFy0oqG UcSYiK8Zn6ZTp96lYcKBRQuoCDFqxJbjKw0JWWclKN4ipWpnM0ytDYk3bcFC5w4EwHTcTYTZgT77 YApu4dFVYp/QCiryiHbn+nDMS218zvqqBNtp3LDq0c78sNO4jXU2S6sJqx772m7eTtmo4Nw7E9WZ O+LYoRZv7z9EyupGClM0BveMySRECpVd7TGfMKMEpOuKBI6+73yPitn6ARoAuAx/WmNjcP2hoW8s FL0qPOMdDmtCqqihOwramaGeem6+dm6/X1JlVEGtWVECy57Uicq1rxsvSXIxZ+sN2CMyUT5OY7AK DfXsYWrzt/na/J/LEWjLxCAcjON39I048sfoDJF2zpuMNTcIksds0BGalHgKYOszzuEGkaa2wLHm lNJGpWxymycD3jD5/SZhbcRX1fGQj+RZSjaWeT2JztwkPhwrN4E6hUeumTrmJmdv1+ykU1kS8rDA CzwHamajyCZYUZfYmTSrmrJ0bVaFEUBJcolG1A7YTbfAVYiMFCiJAvmFpBe0yAK9d6c7Wu+bj8nQ 4Vev/3TLlvJQhLLrlVsyGSjUQzQZPmzIhPLLRIZRy6q46KXoabtGVDeXVqrnduldxqnaT3G2wF7U oE5SIJHR5eLdLQCfokdAyNJff/DCJIWvGZTaM1kbbhlfgBsVesahmaQM9dgdVSzpAUoXgRcmiUE4 4iA+NgtTgWXAhA/xtg4oOirJQ5zIleAf6sWszb5gApGxLWdSbbnZM5KmSiY4lMwqkxrIuaXoUYWn dfE0BJoFP6KRzHlOr4oZvjLcGkNJpKRV9lps9nJvJIEJwGX82708mlBdYRjzqxwZicVImfzUSOsy 2bBDkWwZ6wGWYiF/EDqXBn9y0pMD6JJ5OXFJFRItCBUGQdUguTc5d0wHi5GXRWZsS6hBvWIBl6JB KlqFonCztUjamkUQXq5O11jpZrUFUZyApFUV+KtsuQIw4ZzZcE2Gi/oJjMJdxQd3qzhzTByZru8X ursR/Fk8I63vccJoiLw55ud7FKtSXTAI9Eoxq7GIdSpZl6tVOshGojmn4LzJRG7KiOKGQh+xd6cp ppzqWX7evWAMkQmdiWIcyHGTGBBmNW/sKJrs+ddAi9EoHymQB/wwS+zIiVaRqoBfs2DxO6lG54IB FxXRGIfMIqb4o70LJAd0Jo8j7rfHpttkGNkE8kmcSj5mKlALAChExbhyE9MBj5BjWXEF6hQ2z0IU A6Ri43ayevbxkYBkNZFLmlxtB1FrbuOykVHyzfuDkERID6CtT51AxJhHIpKJ9F34ROILy/ChIZKX JB8G6cYJqnv0ElzcPYunlzWaqEHwSJ2+ZADK5emKkFPapL2ENCRQkcvW1CTsYdjNTiFW8X/r9nio KyNIBaYrmiBsAVm22VAFePRlj9XsK4PPrSA6n6I7/8Hh0ia4CG30TuVznCIKbrf12O4akps2Xr7b cu4eXmIwWNvadMyO4NSABbqaATn70+cpJsM9Vxiz0lwBTw8bFVHMahsq2QIc2HJLrYDnvzq26niw 5je1uNGDZI5J6f3OYgYParlofA6kiTtHqyiFryzH7lAbgUoLy8kJ/EQXYgu/PYP2M69qXIPzrbyt INYDYhAxWEdqKT60Cg+inVPWovaei9JUS4vtWeAGMKSog9hEIGTyz/NNnXCFci2491sv7BrZEYrZ 180TVUgEoG1EMCnIPdPlopu94LtT3ky6DQyeBUMBtzzcle/udJeCto6Lyw1AERcKlMaBkhzBBqYy AtG3GB0qbc1KmaUmAFu2VJDjObfIOKb30EVS5EdLEoEUCOJrQT7OYoTfPZQhRrAPII3wSEUBrY6I mVdzkzyHMnijMDnHK3qQ0fYhkStOJRNCPnKdfV00i+26kRMjsfeJayv3RRB+oIfUVE93vc0CweRK FzJfRlAIA0duNeEtXYWpwFLRvmsnkTBx1/Fbx8ymv/pGWN4K3col65tRoWy5b0tYoDIK19SuM4rP EPq3gkwZgxUKRrIHL3zLw2ZC959JwlxvmGGMq6wEkJs0B8i2hA+bzA51JQtoUr8CS2OgFkNJ22e4 dT6xDEOay6gcADaW8u29zYDdNrVOWV0/LQ1nnmW1jFahXaY0iKKLdmoNmjYxXoPcsMic8fRnDTNx HGj2LbuRKVscR9WYNqKAwe5EwMwRgxkAzD22LdrS0PhgM6QulRkZNfgyjqBtnnk0BADxkiVD1UDj QDV8wTPX5nKRkh6+emo1uON+bMWIJFEghEQUsFCzekj0b3k0eeGWwZn/KjyLOcmDDyghgAmMvEx4 dcVAtvkFTExJWNnqjZeTKtJ0qfHMX5xPKYiqC8kJ25Bx2YPKnbgvR0tji2TSNWzNsuUKvLbLOAwK ZqEFHTdjVrhNN1yPPAg6gxS8pI/1SIVxhJAAjWldMUbwALpiKnTLEECuBHkGP25mOIqIAT6ymx2k yM9UlguUGviBSG4xdhc0olsU8NtMSZuFi7WJgeYrCPErj1U1h/3hbaMrp270CKehW/yaYSctE8Rc g9GIBGobmRoYJqLG8pg+17KH2ii1bwaHGhASbukHsiPqkehIBwPJ4LVYXANjRkYfCbffeETE03lT zNaxGzk4X3IINc0m9ib6DFts0tfTx2U6yFgWX8rPZxKd4s88WgU9gpZJSxuaVzGHySstIxajhBFW Bs8FZzKhnIRkg9NMdHCxU2fZwLJCFhgN4iAjbiLGH9uIwYTWCaVUfhKAkYTerdw9Q129usJm1CuD oCAoBPyMTiKdnYp95j1MM8yClpQJbWUKGuCB6Kuy9km9NhJMDOa/MQnUropOsDcc9SLtZiTkOWlX 9UZ7IkLI+iH2jUyJClMHE76Xy+A2NjZyFC45DZrebKJvJx8UcUHeesFMQJKnDylABtyJemdDZaWS 4Y7pZBk3kxYEYvB0t/Otxs0EfrN8o85kEiF5uqhOQEj4YUvlp2LpIhb/MyBiPMOsGKIxNoA7aEGi jzkjYtSN5SlpSgtrwq51llAvv/sMRwpmCGyMiKSQ3xX1Rk8wGomWEV38yjyb3WFF7B5SUJhsGptk qkhRuG7QFALVUvxSPBexUakHWTZtXGF88a4FKpfilyi8AqzlS1eyEUXV4FzEOwMVBvk+RTjjF+JW Kyg5AeziWFMHTqxhA1w2kvWWGZNwzLDWMRJ0FCEdW02ACWMvKg0if4JDdJTUBHIykijoeOOEVxCS UuVPNCMhlCzVoRTIj9gMHS/hbmafXCz+SQLZEWKQTxupdSOK6jxCSEvlYft+LfIxc+wiaSSQII0v KZ1m5IU+C38+BTm5GA6oYBv525wJGf9pkJAZNHExMyScJyz6Eo4Zt9ixF7qlmYWecNVeT/4kz4A4 fnsuVVsDI0o2K1EUA80Aom5A+NzF/BSLsbA2Y9GBrsYOEuSCREEU8Y/iJpvgWOis1mivEWqgDCSw dQmNmcXATjfjq6hq9ad5EYDEPUYMhACsOKALCcWb1jgM3jvmtDNnVSmrP1pTBXO/fzwwWOlkKuyu MzXUAQ61xVkDizJaEk0T/aRL/a1ksRplwpm4k1U3mRGACdxmqPZ98uCmn6o53zqCtOhyGojIfALQ 0yC4S/GTD3eBxwFF3sIa0kv5syqAorSFNMlzWdy3jkLKvrtIYyhEYaB/Cn322vChdDQ2mRNx9U/S wKysrXSfPeA7ipM8Ygy9fJlNl7NdWGJC4KVEVZb0VsjFXtRDaLqsMLsIX6hTScdF8UUbcrKRCZEU t0/iALmALMMURiSizcSSeBcYKxBI5ihYlfsDdYBllfEbxaIzfFTy8x1ZISpCnGGJTssXWRfRNdnI 8I5Z8hQrI2Yl0XSNEZPXpOGljeHsdxlNio+0KnhUhX9LSVJ1GKUtSSmd6QSM1F6M5E2JiNBAtFlo 1Low6oLAZRMBqZPMFYNJTPFST51rS2/IQoxNLIGRe9wqCd1haLMixeUUd9YSkeiIqBLdAVMajpJa 4jFpZQFoCA4KQVNJBAU8aseVzOJMVyNT1tS/cIUNVR5k1yqDZHFjWbMwjzkLYRu2S8y/RIOJm2vw GrsQh2SWD5LaJN8/6QlcYrUPJEfmWEhAY52tDYHMI/Fr4Kq/QKn56FLgQE7QQsxZtNN1uk7WWrIB UkTuemEL1fjRWCDka96HxP6d1MnXDn/JDDeg32miI0a8EbIQ1kb1a6sAeKJQ7Jt8nPDGYxMWxzqo mTB8O3yjtNcB16htkSIjVvCiVkB2nEnivOtOdPE4hJbCY5YE+QhGlFMOhgfd9gVSwSKTvqKgVruW yUI/tzv/PIBGMX2rraf1+d2kmp1HUWiSCNzXza+yZYURbYiI+7yVD820OzALjDSDg/IoRkOp/mgB ST/EgSplW+DUyVcwy4WYDulTBKs/UOpLMGdR4ykFyauK1QECX7eLwtiMWaoMSJY6oUfL3A262Yea vPk3mSETeeHwxzjlL6OkAcx+lm1WKsxXfM5GJTjmdS3hDMNZ6xx1wPQyJhaJpR5IYNWgx1+ALUfL ZmcUZ9gRjYJQwC3TZ6NMnXfJ1hlGKkqSntA506trOynSOB2rVgKl7TvmNRyjbUpDfJadVdc1kRPw NCjIKWIyFUxHIA3aNVckVmTDWlEpqQiL3i4s0xdBVcSPpFb6WLXsPQ2m6aqt6orccLrKGAqNemLO dVB7Qfr5WBm30Ki6eFleG9ExHiRepsSUlkatAoCChHMGpLXsxKP5CWHOMrfCqjNDBIxeIzuwFzSV DfFNyBfF6G9uJuNhDvz1JsqohPXTS0zrWd3QiLyRpy1a2RKt1a4jCbKVd4Oa1OFj2q4Bac0qJakg iSFYD2YOQLyIivNQWGm4D3vrEqeVInGnuAWiCVaRAA5Q1gqqeexZIsQhoMQQ8AiEWThFwqv6At3Y xucRfMZMACbRJLdMuRUDBGsSNkq44zrHxfYrQ7W475LGYNWpQoIf5EpMtSoCypyBoxAuJmUqxPbo n+AJxPpFo0GR0BvWjydKXIhTGRBtshVmolNmYoIcKBfdAy2DtkdjmNoPZb2wyIM5gapeWWATg7IY BX0V0Eazp/wg+U9bkQQXUuXj6XLlaM1vJ0Vwh5zYIP0Eg3m36hXzteiELdB4dwNWQjGVZICzY4hm 8gy0/fy+4Wl9KjhYBWZvESSngXdFkhonA6DKRgcCYo7CORdLuhUu4j2AfCBGzD61zFIVpuJAgQgJ 6BmkPC/nXLwQ9KiNWpltlwogxrA0F8xMc+0yd+BvnEZHrUILrElbWtlhSVHKCMk4SZksV6DI79IU chcRhEyFN6piesQzFqVzjymzhIW0FURNcKa52xNcRaIGZgOEEbQNBIJqsiqHMCMtZk9mugXaSKFD FoDohfvmRdbZ4RgOqfSXlvHsye74ndy3EKDf/yZFnDCV6lYKKPk/UpwCb3yzUTKWPq+UPUzco1au X1iYFQMbcsap0S0uGDLucK8sKpNOlPILSixGAAJlKLmbZTQnig1xEpvjp8iZH5DCRR0skgIPuXYF +E3KUshc8CMW15aEYZXuPaWiY7rDkipgalMWfCKoQpyICSVjIm/sW/mHeTBya0qrVLJ7LepkN2Ih U2YrslUmU7UW2fkTjqKAh8E8A9BDT6x4J8O0BGfvr99Os5W0GnCS0TJcqFjwQka+tGcMnEOB7aE7 m+9oGf2DDQEjUhuJWx5zxcKcDtGvqSKku1lZXANEDXMPJGnVXbuX3SRr5goCa0BoZ39yQtxeF+1Z SPesOns9WYM0JaB7jGXLX+BsOdAPjDxlYGQiMfJ1LEkrd2QxyYVywJWaEBIwoM7HPWtPMMvcy4FH 0tTL2BzEAGoHEf9ex7F4fpZ4GwtNNNaLkGOZuaI+KTJ4T99U9MOVs0O8hfNAohug72TbFzu7ejkd XFJfHdJQHnynRkdTqRyKat58c9WmcBcKrqH8xoYfMdxuwFLH6B+8Fp3BF5DoVgpmr9gD64quVtxq R/rMHp3B6XfU17hNxtkj2HDE8UIsk4Xp0bNMDrE00axDUAHN1e0Mjfl8nRXYw/72PZPOAIVc5KXI BKArHT1Lezc4jacjBosMFBZJDQCZOoKU39AW8Gkc8yU8QyssqBgrTBpU8oU8Lo4oam9Ac42ohgrw 2gdGssonVj/C5E3BVPmEd1kfjANDJ8+TbGFMHfMymRziQMH6KYnSudmgXbZbvsmyQhP4AyksfG1H HquZ1E2SG7Dr6aOuVFhIo0FP/7SSPvEGXzvzE/hka89DEdSdCZ1C0J0G7zqGWR2m6zhKcUhHyu6h IFpy1/FtdPj+slNn6HzLvb280ajueO8hlU4S/JBJF12NCjobMW3u5HznzPUURvJikbrHeVpMRuFQ 0A0lEJZJLE6sXSd1aO0NvH7vDjasvyESVETRKbUdNgZPqdPlLEDnTQO1sjkZcshPb93MhNNMs3ns qDCVXUIsyERRzyn0c+8YD1TqGYLA9839tULMDsaGjnEdrEEDYR/8UPYkxSOyRLnonWUGYIgERXJJ FjrAulnye+wnVEebSTh8fW3K7GohM1XKqmFUz1wYJcOV+dE+IgADSD3ykLXVKVmPaFmPPXpJ8EjN 48Uhf+AwluHNgenkv580lFNCzOREk4T0XwV3hnk7Nri3cgRLWhk/w0OZcKlF9JwIyUmH6dGxKjSE nWIwab6tR07Nz3KDX4P4VeUlkSsryZZbX4uVerN1SYEGQWjGntubOvDJoSG+zUbm5blBsHBa1AKV xVApJquTYwcaqVj5C9hiq8XH6WZAwsCzq3XF8b35ImakAvmmlKUIjhBpGqTJTCpmmvQGtcuieoem vbXJvZUsR0iN4fEAZNEf/wxqxphbTIPaHqRF4ZjfmAwafhXApHIJbRGASzluZxf0e3ZG/FEoYtCC Uf/F3VAvwxS8EF2GESnLeroiXIEcSwPudtTItA2eMWcV4JrzPdTWwDyKV8Qp4cCOuICerxKiyCTe zWbCvl7IsZIFqm4FKrYYGnTC+Iw8+yO0i4MPwuRQLBVgz6AokCXjFBxz+69fbCiSC1kHMOLry3Ka p9y4bn7YY9pKUvkcohFIPoLdwFwXos25JxLlCoyhmsBMLsvPtxaxa6R92OlQZiDUXuQsuO/peCxa ijBlQClIL93AhVaxW4pC5AxzOZbiWIGwzwoqWnpZm/5tzNeJEV8povi22NbQOKtDFg4zxGo5qLF0 jMBllKhnkVL5QOUR/fJcbfElG0Q/4ZBKoN7b07UFICggD654ph8NsY3kBjeyGJ0X49pcq5Sn3AKV UBYpSog1dJFuY644upKSdKWVONRSL4rApVroqM4Dc3VFA+Oymcol+1fcYhjVrnzrRga5U5GLkilS DiblNrFDkolwgLFwUQZnk1S3gVzpp5QHSGlFG7eITRY64UPoHLeWZTm0Qvdpi4C6SxrgTC0BKgeV 2LZeZ+0gF40AinjtCYEKxNxsIsKw7Y5U5gpDVgIWTxLVPHUlVs3E+cmKclO0rZfNLQRoUgZvN9uU UsEMY6QY7bSpdKf5dsU0ZgquYly2nWiwp8PcnK0+t5XCgniMxnx4aU5lysPTehclR9X5cTOBe3IQ UIdy1wbFDOblhepkaGs3jpHbSCIPPov4JAppkiRUxy7DN2b2WgiG2ssz1QvTdVnqUl1l09VOEV6U Yr8NqbAwU1U5Mb6iYRtpKqlFkTohFJ5+fN4q/3rVVK+Zuz7rmtG42XJSu3YB2WOTgKUVPgeFngqS ZqhNG7R0WpJcdEcKaV7ZYo4NEglFmoDlUJV8MLQz2gUgWezcQS6s+OKer7DnbdUr6QxL1TudrcVl spYGFK50iK2T0YpTPU5yf7k3U0FNXqwAR5jDy7djsDzBa7Q7WYtvdMu5bByWdvzCRuJcbQftWD+y y3vqVGywqFh84HbRSn6tOJyPq+ZmNBA1H78MI3DnfnA+8LPtnq4WqOSbdALwu+ngiRI6uaMjJ7/H cTq5dz6x5E6zYrpik/wTHwewxwdwlD4IgwseGqFpULNfJ1nRsMuz2+lvCPHzlAw76GE224lyhIuS d/ap+0ruMSkVhlBPwpIxA2UE4WpmRTMvBB+PMuXYWBTDf7vv7SpCZVl0BmDzkg4c8Vg2aEk0jI3P 7hWNQRkUjqMr3kI/4h1t+OZQxOt+s5n+Gpey53tI02XgFcPEk+AFvYC1WqUBhdE2tiZs859IX/EN ydkzYOe58lUY4HtTCDOSvLwrArEpFCkV60jD1Iyds0eFJBPbdfVVulfNHFmB5SOrmzrTWQgwCCjQ xk2Eywb6CSGWDZWYmUjPkwK4ap4pzFaxp2W4HBKVd2ERUS4p5W2JNrPXcST00V2NmWjeouPudUkf 6V8GpkJHo2aaGA7K7mpHkLdmZCgUUSBTbAPLqmSt94W3cWaZ1T6NyH6uTMJMNSaA9DIRO6Acl8Vg MVlmKpvTbJHLzA2TiWb/WrmYO60pUCvgt07NJrAcQ5oxvFbRBTnICotyt83Vnn8jG019lRwVAGAB WrPtKJwcF52Eu/uFadUPNVPGdAEIFkfa3pnfgIkXm/K2Lib8GAu7ljWZTCDVwGIBk4QUWWkLGq3K QMszO66MQ6rCkYnhy3QDsn7+D7xJigUHhT7mG7/4JwxLoCCDEaarBKU3VPMnpCu1UnIeKdOZsG9p bOQKJY4mZlgbT1pbhAQKMPGuTDZfxgQVK0YrWJMOspl3RvB8ZA7AbMUnzBF1RjReIK+NDpqhhBQD kCJy9CSVDIGavz02iX/rNsCmMgl78rlINivu1WkpkevE2MRQTWWKWKIPk6UDrexMUUpKxlLXnhvK tE/7NKfFGqRcxVfm/5vVZs6JxzSqASn8ibKySABh8NBC+kMnMlOUg2oFYXY3hRu1QZ58GtpcxhHZ O6kZLSgeCkbIwh7KWzfdu4aqSo5apcv9RgOAAJ9o5JpD2Qy+8KmJSaEFYeHW/4apBTU9tTampPOE Jd8OVMT2yY1+uaR7Qgkw/j2pzkIAxk28HqopugGpSLjQ/VNiyR6B2ez45zfWMt/ZrEpVWW/jtB9V PIBeGICP5KhcL98BEWdQ+s3lOAuFzWTZYCUPZecbyo6WMRKPdJs3SQ0xcAmyHLG6ExfQo6TPr/fK E0u2DeRAEh5Nns2s85G8dZ5CLkAwerUTAuZ4e7zTrQy+YQ2iaGcK+VFMdKZKd5tvtY8sbEyfdWeW tR7d+NZ5FzeZczNB16ART4M9UFCsobYGabY89LLMTVTtmj3R2CA5k7Kbtn8CqpCF7nBwwo/EMMkF OGkkSsbqeOO+qWOqpOBcb/TbQMYxhl4dpRt5I7hkU5hRoTkPiyqU7a6aajRErsulV4xpoG/1k51A 4+AaYUCwCEX4u4fKur5rUCWjooclNpA5CquiZ0ETogNKl4gcJxQ+IL3czeV6YBSkcPi+iYvFFnN5 25gqR8eQm2PemKbLo1eZrGLZsTAAd9u6XsWVipaKBrod1QMY3j3fRcmcu7udaeOiKAss+ihlkBmc jcbeZ5DWU/14uAOtqv10QZUG7pgDp86TIdIp7pgteCOtpG4cZbfRPY2TzuM+j0Ix8azYJhXLOZS8 ZCV8ZSbSPgLMCk45cgIUDtYMKfsikytrozCmrDqloMHUBGNtyAGi5InSW9VC3UFE05OmQj+aheMZ 8LJbhO6UabdcKYfyz6CEGRjtQk7njZovpvgE43S0YGdQdBL4mtePQRxQk06svkGSY7Lh0BqDVW8w S5SrJYwMs25uQSRDtzA1bcRHsOuNNWlwoSyUMMNolW4nw/qRBxMz8pWw0rDKBOQFIfZqhsTM13Sd SmqeYkejNJF59+cSK4lcAVrxSfoD7EIz09F9tbnKdiQKWZLEVAzS6WHmDDBo4lvaEThHNxiiikop aYOSoUpyhQdoaBQAQAiuLBUWNHjKWyyhJRvMRES75RC9s4+QwqTTolA584J5JslyIm3BPEYhT7oe RJieA0qWKnwhXebAvKY6dfXsCTUl2pnV6pLlIW7HGQ//ANpHGtHH0o2dAYVmd1QqblAQJc86RI0G N6kB1ca6y5ivtBgNR2TjtdbQJG4kWJsRqbMLEMSQZLXxO/dpZl4ofs8SVCtmghsXC2Q8vEE8Ahb7 zywBI3xRmC6akQW/gxskRmrDduI7idEDGZEdGM4+J434M/JUv004SgUhkfihRPbDvALnzHSUL1dB dC6P5Bc2QkkfcEX/EI9gKJk5pf2GrFXAhXSaXtiP5MiLp1UURzGXagQFooU7ULWJyWN4qZ0glvbv jbp2e/FTgOZ0F4kRm0baxVSESYka1Kr1I1cSVSIU8ShaHpxlRQCjpPrHH40j/DznRh+zroaQOaFY ORpj63g3QleW4Bk1a0Y65mISdYi2TyXtSnmcmO0KyUQroyFJdpDw1MAn0pgrgD0ofS/kixeRaGTH LJCCF1JZ1iAZVXsQr+0zevu/oBdCPS9W1V1fprQQt9WxbBLK/+UIAIRqMUKIWDuMSvAQICDTJ0xD VJ73QDMuwLqRhd+5DZBnJ0WyiWL7yCInjAAdZaJJZhxq/XRWIwBJCAK0hkiQ9Uk7014Ws8CmJrgM AgBc6ItDwxp3slwYLaQ9AjCmF4kjmympLfTgLiqhngkkWy2RBbNCQMoExUJTw6UvhS2gzSNirhd4 Eqks7v/TdB+IbetaFEWHEXdbtqrz5z++v/ZhXootkSi3N4Bg3ErbfcMi7I62Lz4r8r9u8YXetDPn deUAOvVPA5+rPPciULfpLA63qYeFakmjNVo/t+7xkquO3tZBhA0iKP63H7heqIVaZs6/upAx8Ssl pZQGnGy8c93JCjiMnEaTNLfHRRe4RSNoILRwalzxQCxjDPAC4LqsuRceoYNJUDHtMMLnCwmaGqfn Vi01QJ9emoBtiXIhI/pU/Ugu+VzhzCsPq4aT7aRdLmZfcZlfWr0kXqtnz5YmD5nrrAkQMwT4VgcE EOoaIdPufpLmEk6yLlKr7IjUFcvxr4SGyerpF8E8sTCURCnx/ebuxR5E3oO7XvYEavixZYZeoQA1 pkNzp3hdVcCCsoFBQYZFCElTOVo2LXnOkoLL5MrFHQA2rc2FCfyz2hnpw2JUBGkYdNGoqZOfw+Sw sWTBhORqiVUCr1ZAlNVnoJoDE4FgqrJqql58gtS5UKSAhpPszf5uWw78kYjiyCDgWPDUc7IRql0K Eup6sNRHONMrMvCUfLPGEhYwU4siroHk8I3aNasb7dvM+x7EWcTV1WAnEiQT2L5Rn0Zrdl86s7Nv 0TFrwxhTRPZn4d7YkFWfoo8dEGBA8CgZoHZKadnbZjGxcSI5nSYxZLyXI5RCCZvwAnmNRE5IZs2W XhX9Ik7wVhzg8Yve8gisWTY/A0t4cyKmIzgEbJRkKZO1CFP+5/658FVTJZQOt6ziLPVmM5W5VwrA SwKAfWEPdsLXsc9ojyamARQC9lAzeS0Kwj4J+AglUjKdhTSsqEQlSq1UTKyLaYFixWTcaE9jYtER T3YL45JSxffVxtdKT4JnHlJ6WdvOu5DaSz6LlFtUMH8S26OaVIxMK19UCqi8TcgTXrUjBXVI+3MX kVf+KJvtCMBKRjVA+kpMWDH5+FeU1rdtbdUmqkVRTDUpHgfAF6XpNnza9yWbt4O+JNdDl0DWoI3Q wGij/Qov3xdvIWyi70+ngu8BTuWly827Dvd8gC1jeyr1+3xTJjqrZl+vV8d0eDD24pWJYFVKujqI o2dQ7P5VBV8ZHDxePqikRkUjCbZGZIUeyAPPHqQeXkMkhCR1xKpCAsnIFFQJeu8RV2xLUHy1IcqG N+TMS7qv2GLwjbw5sxMwVddJlohAMkYlfUp7fesfZpO69SoGYBUz2XSENUuh0jBLA2KhyS0GM26T XksP878qBAkvIGNwpwuIo1osOX2gCaeo7AHhYEry6eHeopsZIfmMGPr7kJ9P1wEmvqAzdBkkbiUb i37IrLkAQ9LVsmfXUK+yQFpwVI0IcBY/5BCz0gC5oko59uwFw/j9sX2zpgp0xpRNpyMAIgOHN2PZ ANHiNQoYZZpVdRr9S0D8KmqzHq72K99noEDF5oCnUl4GjXK0PIqM7Dt3mcnxp6XkbMUsEouajSmj mNdooXV/dI3VebMcTMpcsKEbI8q6ZLHSbbM4zmj0p9SlqPmxggxrwcYaDWi10YEGfZ6oAAlsdHAu xgSGojrVM82ZOqCZvdNITUajOLxqwGLTLQeSEzdSY/CWjYCKqRiZxqmFMg4d1eSD+nOyq/jco9BM RLbOwpA/nc/eA+AGQnljeCz9q7detn508rC2HauW2ygdxbl5LtxZOGerUfe7nfHe0Uknvcuy0is1 vN57upMy1knt+P7dq0WpVWenU+XTl73r+lzrQT7b9Ake/3TJvJBXlWufnavTa1Z7csK8rlz9I9WD q7lMbeXPM+YXz/jctAOuNp5s9zy82X3q9aOsAgPgpheQKnyfr4/WvGAGCjv7w+pmTdAk3pLqWYCf 68MnmF7MffeYvKN+vOzViT6tpLEot7s3qprLqiNqQPKmTUbou1OA2KKBcDGWJ+g7iaYatWY66wTy gepiyLDGhmrvvYbw7HQCRZAQgJ7lvEDu7a69MLa3ssLC60xN2LJjuFoER2Fo9BZXqIKkQ62RTZlT 7++HiTvGvmcrOqGI5XX4QMhsXNCC43y7WdL8Oj0uN7zAwa5hB6ZxLChl/dEsJu5o/p7F0cyiwY1A Zlf73FJiiwsYOAr3pAHdgfjhAaJTs4wOveHVYgg09TJyYpDksmTXniQbdz/hkwEDsx8UpbeublkZ xQBpVp6uk2yrGgVJb98NPFMS9a60rD655pSU4s3atmAIVs3Xsj3b3JC5W3FJkVp41iNFouktirQs bTwGMDsKuIChm0VKq/2mYtTdAFztEV1klxqvBpRtu9zBl+7b8s0QhWypLjeQMa1hSyzMFxx9aWEj 01n6kjHptg/mCNrsop/gLHZd2tV3c2nDRBm+EKgoqahyBo/2GbP4TXyUseNZeAtQlLW52LYSLbfP MFPXtTYJKHQBA1VaMrM5SSPGpvp2PgtsPVBFaEtUEa21iV5YDxgwtT8fd/BQ1RqIAIhERcXNCAZu AYJcXp5IKOXhuHwrxN3Fr5gSahXSWcAcXKTNm2pnN3XP20YR4paXYXsJpJWsTWo5aWvzJk04E63m 1Wx+B2q69j8PKdiIakhqpA6r5I8iQ5zolDPUNAMutTfADZ5GTC0CBBXuYlF9YdQmEF5AzBO+hvEn gaEOLCTsIGKzQPJFXtMlsCOU5Qfx1Yxq6gY5CjDwsonrZaKWx5DG95bhgJdMzwckk6ZLnKCSOIHW V2hPCEY9ApwMBI1OE8pcCJcUXJF9NOdex6+EKbHxMCZE7LpHz+IZBLQn3+TGRxGdIm9/YqhfsUMD HEiwCRugSSBDZBpRluH4NypM4AEQe/nxFJnG4Cf8jYi5hIfKUtiQvH4wYHoRsAiQ/dzjrAxNS6EL hzzyycy2v0WH4jTuIBRBxPC6ylcZ8PxzN3h2sg0U2amMkSUhTTId+QVeoXYcQvZcNOyokZxC9j2f cr4z1Q4P+f6595TTDmdhPdlbZtYLsfnLDeYDhIpy87FwYZdyHAyM53Y9lWDCxcnm4+xy4sy4f4Zg YntykOlPfu5MlmGycuK8z72iWpjO1Q9gpiabWl9YkqWC9tnLfAJb7ZeIAhmiDGQzbulWFsx3F/kp DCh/TZ3FKotaMDlR9MCjFEh9Pi21m8cPH8Q5CUA8bOkQoxIkj4WWKPhqruSQTJSCMcWIYnRbdglw /XDT+FOKsobFrr2eNR9A3bGp7TrEL6FANPMEL5Ayp4mJWXrGc3JEALW2J4qJIH5N2YTFQVkpSpyO +0PEAw4Ewn20ESUmGGkMmc9cLEJve5H26gpCO+ICVQ0IWPsM2suVhIurtW40QZ7fcMwGzlwRqwTe CMZBCFYoY75mFTpAHjB0pCV4Bgd6fhHC9JE1B0oKY7bMXkYeJgYX0gqb4SdtFkFXyaxYwi5Vpayp gF66IQXHSFGs2eUX7lZMqSChDKVeCzZxK1YJ4BUwVSezyWJSQartKSbtVht7NCg6J2YVhIFWgTmD EiigQuPXqv3C12oiCkRg8dfnwTZTL3nnBPMBIOKbURU9siiAMf5W8OPdOBZFg624GovjuFB/uwtq 08GPkNM9ZrpL45MoIOXeEg5f0XR7ADipZAbLRsIKot9vXvQWvsYcDvnNSXUWlAy77l4JQJYuriFt oxX++w0/BV7Qaqifz7jGWJI8fATdZC5JS8qkVMHT+eTZmxLMeK1nfodvMtMcD2EoBfCYla5YSEjQ hp9pJiNVds6/uM6pYT9TmQhhutg/CmRvdUGSPEJ9QJfSH/EDNEr7SY4BaRMcVR8rzwBZ25JAGgG1 CJLKKGtR2MMnaMULNOZqXVKqCodbfUAqSVP5lu9GVrsraaqGaSXUTUWQk5fVBrOLJI9UEhL/WoYD eSiW80oYKZp1pUqIOmoPlkpzWtpp29JVm7XSjfLkUkin8RssWI/iBtDTocqJZJtUf7w4Sa5ykXKQ yz1E4Kp1MYXVLYyQHCW+5Jy0xw3JrKVAuKUggfFcRmnSLZVQhIqVhLNl32dLKfpZl0IA4xjR7Ho3 V7NXTn37fpY/RqDRzT233s7P1Y+WOvbEhxIjRBriGd7VXaOYAXBF9Vcp1ZDUjyWIKJUldY7UXgU7 Gv54mZ340Crz1DbiUP9kmzbntdXGoVNWrFu9o5LnhqK7dUPrFwrRgCuqHN9ajw8Z110wt4l9yCyV PYMiSU1hzUUf5PlgeOdnio+6y1DTKe1XDeuKOTF7RiN6G7x68CQc7Y1NPhIyihF/oz/rV63PHYOv dMDoFW6BcyP6UIeiIH5DD2Pa65jby5RxouS5bZ/+sAdtktG7R5tr6xZ/YZZiJCnVEq7C++yMjeJ8 U/Zf31SFoTZmpyEQSdPlchh/A2tWaKoVZTR1mpiadx5Orggc7Qhig7hy0YjwT3jDxfiZ+wbJFFYW Il9edmsWPrwAQAK1nVKLWEqj2huWm4fc6fNWINUu3EIKcUiHfYg28p4ywdOb596v7uaSZbsFMPa/ FFnc2QpO9qhraWBcbysrMRQ+iUixjm/1m1Nctiirg1QRqan4WUxAQGHbylDFmzAiB9S5apU/7GEx DwwPp5NrziUCXLcGNq3dOFCpdZgWlRWtdShuUaKWjKaLShnDiCCUawO9WPqIssSGuV3nFiQnCAAG cb4GhL+iiR9VHTF7hjqhCP5CXEKSo6FM947ktSfcSMEAl8SXWoEtTItUAcbAutgLDMlJoQlaVOgD p0bGMSHIzQAAchF9Dr+1DVGwJiTEoGh3zr0Yi5A0JgOCjAQqyUqLabdRxJTymsy4ZIFakHAqTdWi uUCCTjdzzsBXfaEJ1FSBKUvw0iWBzrDIBniBhV/x0/qHAeuUc9QeRirbuTaCHFLZIk1YY6pXQEc9 aXiw5afQiNbSq2wSNlVErbY3BwopiKWyXm2Wt0SdEGK300OKaWJQ5Wwn8ECUWh7jpEoC/lRFSMiB KizFk3SkMsvq8RThrkhzSdrRyD+BQPJpm19lqQJfqYcOiS4L4GcpooMNu7IQPUnEWGQguqLxglUB wLcNK3ZcJ+/tJMdumogkxDQwMjgrBhbUXt5746EJiPsCOrMIm4XlaULxM/kGi0EiZjW9goCYgvuU 5MyDJ3Gu5gvcS3Kxn61IHhP4sgisTKIFkJ0nI9HZ1y5Vi1lG0MjU2Z9OgKRNEpWvk3JQuUO6g8XF SxsPwgCbCiOsRIS9wBevGvRuRwiXGLl2UivrQMtykGpK6ND5k/X1oaxk1kyaG0WbBWbIU+YxAoKo YzFit2yORNMmWlsGpAZ1/n6YScHodLojOA0ESzly5czIzvjifYwthQN8OZpiYBA622MPs6fcBvRD eZMymgtnZfSAw7sMr5kz7C0BYJkOgjfs7tEDd0qRGD/2iHgaHA0PPS3hZGvTfhKjdiQZyUC9QXN+ hIqVBKXJpsVueGXUUtJ4T2MzTe55Igb4JC0VmzG0BGZvaAujBJDkq6fncg0kIE6ni3cOE5XHyalZ 9C/ksHwseNDOf7AJ5nLSivnYRysJTN6xJ9jajWw/QB6/JqL9DmZPVTtmkACzRBkNsUHGyH4Y3wFM kak2GjFMW7BoJweDMMNo+FLCIpADQobh2bYKNkekol7fO63FDvx+7zQs9FqYZD/ek2GLB+wqaiU7 e1Jw4XjgTghudPfEI3q1ggwvhJDuWHsI5kWOS2p0YY8yaS1zHx8L9wze9gnotFwoLzECBJYraV34 qgvATydPLkQbKgdsyDk82UBoU6wNd3ALAC2VtlRtC2D8kRF4dxsLhvz1KURspyvihmTNDFcEa/cA 8JnEnhhFAfSBtYjLwv8Br9AIbrhvnaUVQwMVYpEYvGzEcAM56GES/Rn/svV4bRXWLzmgLuFUbA+O NtLLDnwmSrhHjJneKnhF9oCGurFlZxojF5KDnLQJtxIGaEdUWjIDvce4XM9+E0HKkabmEJMZAt7u uFJGAm4OIpVjrK6oGpIOUgfeJF1gW4QTwnjxJQHaXwPPFuY2lofMBxk8A9jaq6Ga3JRpqwGqioAu W0qbFrCRVRBmWejmzDO75y+tD9i0T+eMJGshXMhkxd7sArPJvGQr2KVT6xawnP3K1hhhjs/nGYe5 F6aE3di6itmQoHuiKTg2Xpl7QXBbBBudlhTUlgfyH+jAUmoSOed4WOn22MDSBXucZ6KDIVVCtXVE kJFIebn6LSEpEA7EvLBghnOK9EZF+WTbt6xsX6J038CCFs1kYjqFIOAEuQaZG72BbWHxvwIOK6Rx f4xDtVmqRTswSk9DGdNMWxTEegx3nGOsNosPeEP9y6yyZ9ARmiy/IhXL0xmrEpa0nObMpKT0gCFU 1RAUKnCcEeuakVKGEIJvG24yHYYvNVOvOD6n8mUfmczUivAymoVJmQobdDMph0FMZ6VY7RjSvXQu teuZJhcACHEX00pmJZtuljSDWbA1SGu2iLmjhu3YZS6yXl/PUtWUiy2yebiKh4G21c/sJ++NtVtY Jz9FVow59fW1NchtPO6b72l/5i2AbDdkuYCtTRZLGs/ufLV5iaGk7u3IMaU9xKVpyGPaDWt22KFb oy1dIgnMCkRxkX3YJAfBE0gMIiv5FPiBn55lK1Z+QtdZzGx7Z9QkRRNFXAGTL+kqQWCkugFkMOyp VrOgppAQlUmR5qHDACOnD8aL3JniFIPKZvqyVWQj6djm/2wFkWM+MoB8tklyaAWRuALk7AYxy16o lFLf+ssK7NTj5ROInDXpHGsbhBVkJRzamEGbNhVq5jQNY4taz7akJoXgWUhtsjbiuDK3VpfMagaT E9HsAFGNzibyTfR45BQlj+xMgVFGwUk12Y4pvnCRRRNN9VBJYZs4wt1iPGbUiKIqedsCYFZPVCkC YVgt+bGImV6SaeytzLFzYmdJUFqoDzgVrhmdDHG9Gx9SwKnsWS6oZxtLOrKnFLDoiOU4IuYCIsCY R9QHIHhBVYOisk4nDaniyvT/07mULI+MwLrALWNTmE2mzFpRFzrUdmGFMcIACJIv6ORTXFjQKwwz OfzBYPhEDkgJD4MfE+EQunqSWET0JzqgrRmJgf5I5gqDXEhcPMoUUHtfaXRpaTVznVzRKXKrOBr8 KA5ntVv+FxJwDG1lKbxsUYF4gzi51TiDGflhlY23HAZ1qt5hnWTkn6RQ8MbPEhdMZtQLPCr95Zj/ 28+TbBX0kqXkyxfJhZdjAjCCNCpp8RtxhI+sUV8jx3hQTJFolw/Wta31WhFkZTNLeMgiOEw5NMrh pDUNIBosLdUlrXGj0MMIYkPsJtaEJvHRFN/RI1tvqL4WfUJkVQoUq9SJ5gXJ5SVoLF/jlFkaJOpf w+hhAbfx+OluQTYpxKx1RwU5gjg52UDhCJVFC7L92yDxD8WYGs4RqoaGe5lpDIFgHsN4WTLsBvXm kGMmRZVuc4qGElmmzjGUcPqa30fmFDa51R+T0RmBsF9qLeDhC11sr0vV1ZwjIBDe1aJB9Qf0ROG5 0H97bEiISmY8snGQwda+bfzZzEJl9rpAsXKiIC9hZAG1nh+oPdRE3fyWRdwkCHdVOPnHOYrg84h3 W3L4D3OZxhS9b9pnYK7s3OSbOCccwO1H1VEXYYuWqoGu5yhBpUHnjBR8utI/DpezC96+MuOcsAg4 Gy5dSGsoGeLPZA9BX/vDrfCAl4ABqNut5hQUmCjH3s8qwzxOwukn6UvSQht/qzPMiS1aEPQiuOka OrcW2RMDjoEpTsyJjM05RdgtB9QVIASp4L6wuRQjD9TUwz5hMgv/+sL9H818HnfwRBGDIlWwtV+p jVGZfLyOaZxKVgEcZC/IiQHozEnG4ANaNVIyBN+EKITAAASjCBOS3kAusCyJ6hARl4JYexP1PcKG mcv0K5nUr11GhCUgEVbt1yeDHOVKZpHtQu2EFo2YTacuOCkFQYpsWu6u1GZAMkwLWI2Uov2uqR01 L9XN5hf+6rFItTx0bp4ENkzYGLn4khmnHWkrkgMLiVq4omazbNtJYKhAzTfRLMqfKfBT3QBT81yu VMYAhLai+oq08OaDivCzTaqLor5WQ8DvFnJSXoqMRSXmXFLS6Be95hdwHIJRvuujaflCNgPB9wwv a6efNpgm3klymgk3fUB49E+6ygFTBKEW8S3+wCK/t7+9rxSjPauJcAEthfIUB7GJe0rl1jPSBaPl KAo8TULJmohqTZwyARlhbCv1NfsRUAn1KFoa4WZ4B4qPIE8XyqoAuRhIAIY4wQGpRo/FR08yjAHL RFsGLJE0S/uEhZ2ZwclLD6tk8fQ3ZsaqGIzkpMBRKDvUoVV777m4NNAIz9trBUbPOoHQBZO+PbO9 tHYhZwl8M+pocM/daezOwuaCXsKtCrCMEiNODjyBH7BiN9K2w5aypl/k2cKZjz0YCFK38UHpUy6Q MSG+dDE+pMroQOwIieGibeDDK4snVuMEYwCQqYA/NEo2qG2cagQGr3iUyCVChl/TuhNdXRo/hnQX XpYPmDK3SOqkBpQ1wzGgZi40LkRG64JhcQHgySvYokcWrUA8N4TfaFdagUq03gCkFHMJXgYHIfOA wIjjhale/12BFO/YB/Ys3blQIlinKkDi4MzkGKg8nBEARvNc8gXANAiEfDDtswNNzkxT8ragW4jL T9M10aComv/lXgGmzJ6yiHoZDdq1gJfR65QSIy0YikCMDFMBbOrM9BWOhie54OwrcNFQuS0CuMHQ GU5EsJt1FGyXcZ/vYGiDRNtxVQ5FVoqubfID8uku3lNH1JIBZDSYH5/tLranr02DzAiuFyffFQUu apyqiVWT1RfaU8kSt73PT9cVPwu+3ezlC2Lv7d5TgCwsbNNI+80qNIKhfYzHBoz2QJ87y7djPC/K p0xrwwubgnEBohBI1NMqyHYj42gBZWGv+m3IF2gwwkUi5AuJnGpCHrXIXBC/XFrvWcyEYg/+SVmS 0uJ7IyQkRXtkMk1JTvmjdDdTrwVXQB56DadWheY64jqicQ7q5+0X1wOpKxeVLjjcGLhwwFeWvR3d /maNMVfkIx5FOCLE0OY3MtF2Al+Ecz3+HyIALrIirftpw0zwEwCR+g75NAjsE8DFk4etloAkut6F DQhLbIgjARn5btthc2UKyVoB3JlsK/5XQxbsYTWHkuSnP9nuBLxTbZkMdIs12ZNWHPlTtxBI4ZMp g0uIZoP7U160GnJBIBCpWJOiQ/564RpdpY8pCPpEMqrXZ47MbFiS9hU/KlvRh/wUNPdMAYuKUKYp uI5wCz7hkCKibSLhA3dQ6oDQCDiHTQD8KYDATTDGW5CSB+1zeJDC1rIUXtLvrMpSmSxZMAFGyDqb F5UwqbzIXCTTxNxhp8ak/207iRoJJwwBX+bFtKKsuDd36AmsRK88PZHgJFgJEya7QJ3tynZGtQIu WGUYcD07bdYMITtQBuIDSOrC/iY9BmGfxZmI2SE/rGVsMwKhBl+xbEGhiitsM93kmndkSncRm/lw /wzYbgHBrZJpIZdojxtpw0FFIrN5fFb5CIXaJKPU0sOeuRkbDHqGWm3n6+WPBsXo4KveUjjOuXjm /slPJV18bo+MB8p6ltDHnBF0RNGeHPN8eM8F84Mr5RRaV43iInXgvxV52hrRfCmtLhwC9vlSEYlb DRw/cradYCOmLdgYkLq7qPbTng/eTElI4Mpfuk6ZRSY9/dZzwHs6zeeg0zUQekK9J6GMbHb8XwxQ yKzCpIUGb0/m9nD6QRwPt30+mc7zcZ6WrSZVpappc8l5NM6WCrx/PhnUaEIfTCgML/DO0RErGvNs TSTm7PlfUleUpXuFb7O3OACl0cmYMMLt9oNo35kJtMOkKBs/ewFKEkA1iwR40LHCU0XyBXQvKjJj zMP8EU272muCithY9Q8AugL4OJsQwEhXGT9KxubPPzBFRa1Rz9NzdojYgDLB8OicJ/JMoK3IyAGA TZTEJIL0B+hmZ3g8J2gWAPD3VE2g2NqQ3CXbq2zomanutp0mCpBbt1buK29zjRVOg6OiX26ZAESj n7hTaGaeHihGMTBU58SomGxtwvEC8rh3n+oMQvRi75NApjHZKJBq1SGUh1raQw6JRMnMKWEmGSv5 rRgYXiCOfZ6KXf6ELZ9PzUDVTEgyV7qsCksOPbasOop0Xx69fDKLL4kEEtcisViJFYb+hl3PDu76 PzVkuiQXbsrV1ETNjdQe9dSKYQAe64oNEcdtUo3b/jIEPSvfA+nxtFSUIFHZH5bMXHBiyRKGSqyZ t56yZEYKzlCU9PSMvZ7O5OxJ66yK+YztHqXrIUcgFve2B4sKpYAVaZMtZGpPUYtNcQ/hgycaCn0j 4rMTHfVCQ+rRnz0dyu3EAHOktTMPeleSRnUkpxVI3ddYUKWd8EzwjBMj8ycLD1qjLyvERJTBX6JE 7Ckpgi+iZhUDHfs+HC9Jf82Xb0sScR+5EMiSZaIzdgeTh/dJJeojDNRQqweOBkHaCJyUXks0djmp JxrNm8w9U0Dc2wpC1wHM/AlH1L31JiMY6VKS7PgFPik2++ZqibkkrlNN4C+vmDE0m7U8khQQSBER qCcAA5r0/pCBxk9gpgK8Rk3CDqz7qG6YcHCNHWSRX+VfkLnQuuSFp3ZXCADmArqis2iLH8sd7EFC JXELp+VdQrxuIZR/uBl4hVW2ZESx6ha548TdP2kpVwXplB0C7HNz4BEj1VkcrzhDpvyFGvUHb3aC 3LZ6Awe0EBeIDZKHXHn6EulNJBwCrUaCBj2hoUE+NLxDx9X+GLGR9HUR1P3Mly8ZQaoCyBXZtBWI NosEoTbl2vrx5meKUFBEhNrBWHH134xVYJgdwYbgJ4kQiARlGUORTCQxDKkKH16pGUx48KKQAJkb NiHK9QsloJXYFH7E8caDXOI4WrL2sDduszCiBik8mEQZC/KwCpSDTWhV7SSWJRggNKI4021SoPlM a8UV4xsO8fXWv+8NBfrAKI4KEUOlu2OZJiJ8gLuVK9sjt6Q1STeAhaC0yQymgT6Q8TYNgJX/5Cqb s+WwCi+GNr5Agj3MB/Usef8zfVk3hSk8xwjT5SlMEXVBiCHRwzOnCOcay4B9ZloTnIcWBqGAn0DC j2qdfkLcJEgUy3Y9/IWtY16Zgu9puSBV3GcSNxADgiQcMHhQ1hH/khx9CwuxNTbGj0Rh5NBOnIpw PWAbtGBgSRs+qs6ZujRFACpDRbe0o97gXfCAnvmlbiJRJnq60GJaj8wzEVnXAh5Go2U4SL5MB3eV CyBHJv1wZpARMvmeQI+BiFLZDZ3RB9QYAc+RhkEHv/EmA03I/NYm6d2E9BYWxSE5dXYM0PnS1tIm 84ctNF7GpfyDpwBvdi3n1ebJWDYimEYZEzgClflCZywAVt8UK9NSgCTWzVduXrbP9XBTrMCaYt+q ImmA6wBlXU2IOsAbX1KqKjNZUv9a09wUbXLJ/hskE+tWB1YgSt4YqCw53Au9BRIoBmvDzOJZKg2X ojtCjWSMnq6EFRFwvpJ4Gti+inpBtkghunVs9Jw/vwpGcUXOl5+nH6kDbpIEJ0zz2flgcYio7PnZ YnHLsu9/8qs8BCfeTlwbbhMF/pfQVHxOlgRzhqA3DK/bvVQlZ4qS+Sy+lDJUHcYvgLkIfSEcb8S8 9LZJcX7MTjzioFE52TwUCc90IPjk/rBp81HTMlRUBfUx3WAf0cRiiQuZaqaQQZKUIVGqJGyu2Jso Mj68jWmEGXjLzLpB+coos2iZtFicnQXYRJQtzyKivj8yTlmVWbI/ibAb1ITpA4lzywoe+uiWPJ3Z TablZUCgs8Hnculb6u8eA5WlgbsprArxkuBiW3RwofS/PYG7q2jQVv5kNqBdLwNVdcmKO5AGrixP 8RU+JX+wA2sQ4FdqjWwYAmAii3H5Y2KOOByYiUwW8EGVaeV1oGFs5thg5IWWNopbR8292Ch72fZI XJPDkUMTGZik7lhzyZ2wTTcUnnIlTqRvwkCiAFYsLzwAcfaqk1ENIsBziHfm1PiqZEAgQFnADFK/ srdvDrsxLzmqsEMT+89l5xMnGsYBic/0CGd8zHeAP5NHzNrjhQWZOaqRUoAv1daIKuFShifBGFfp Dr0stKZBNmxRhGZ0xbCTMSChRyKN5g5AywgOeTsisg3FgQv7ysjdZbT6AOjOSWumBvqT4okvPaZd 4D2/pFn5DsFw8IgY681TIbZU4W66X15C6Qh2Klk6A0Lz4UbUqLMx4TNeMbYKUCQtoxwhYwGStoRE 50xIdAULOlVpMUMlzowkzkZbzigvltEUa2WQjZYlZpRQW83EqirLWTmW12ztpF2CyTWvxxXarlzB Rv2we5XOlGla9FSy1Fnhh3O0ndS+yKqUwotOAK6u6n7FSptYnY+t6qU82UqKW1r2NFg1TI/Sbn90 G4Q8pma/Uzs3fbirNNo3vgVxlV1X70DrQenT7aGZp5E9QX3yOJxHgD2Q1kPJnoizzcApxDaCami3 rateoKZyairTPTyJVo3UCB5dVF+99NQtjNrO3gNynpPzbLCn4fZYXc/DGdOzyIC923bq5vn82+Ph 1e1+bVY/3+8PI18eHsg26/3u9OO/plajtRlVt+vtcbtd749fW0DPD+XZ+8/v77lb+t3P19/r/XZ+ GOp+uz+ul9+fx+N+/d/1/j+jGvZy6znvHrnz+fd+cROq99vl/otMPxfN7vfr7+n+9wc8TqUAy/Xu gXFPq31f/7Yh1ly3GoMIUe7XADsbpLsOZ3YV6T0I31wwDWW/TPQAt3+/MANYz7HfHj+P+wmuSIG8 pn5cz/+7o8sFLhAF2C8aPG6Px+379+Lrw6bZq6E0MrnH3m/n3zsYtX3YH+tZ8b/K2dfHce0xQqLP 4/r4G92vv6p6jC0RJu/pZdpVlS6dSAcza3PWFoYKyGlTHjjTVxPGSOeiPgqcS6dEaUCxn5hFC2rS T33UbFMJljTLb+C3lhKoN7thikAAiQ42BVBIJ/n0go8MPRiMa1mBetJiLqzT/ss9T/aVZpyAyqjx wdm05sw5FAnTXibEEOYzF9gKQarzmb95mzoDx0PMeGjs4hx4BopOFvkwbtyozUEGz5WwAFDIGDQN Z1UbWpyLopwpe7vutz2mkyryUNmM6pbZXCbhGCMUChIW7bN/cmrxJOhz36YStJdWgYQ1RqRSOebI RO1HZcmYJlzi16BTQJgB91PpUjRS5B9Cag4zj70Or9gy+54dzkZDP+fCKyEKZ5oIoJTRmjQ3WXCS DXSabS7AmMbJXgMTyCtoCwYyoSKBMpUiDdhyXoQg95YksGd5DfFJFfjM/jsSkSmuA0Ylb/Jcpt2I XV38s4e+AxRBQGx4gCzgYZ5r2hRm3MGDkxTygmAHlSZc8zcvPQbVxaKEOA7PSAu2nAmbznEyyAJS IVEyRW6AEErFbrwPkTUPMrQflf8oeOiKGkyBbCWRDvjKgea1FnUW9L+8W0OZSzMqHpo3MBAVj3QI yLxWji89QVHeMWgxDYR9DUQ8TM6j5zk3V9gWqM0dIAUh7rb1sQCi6AJ/AZRsvDoXKx9sWEUw/yCV VLQfFUQLvN0tNTBJJbIuFQE0ro6iunDTMUefKzQJvAvKq2IFMCimRAQJYFClkY7Oq4+ekR89jgTE WL7S4YWUE/Ik1mYQCax/uWnzhABfmouuOiIZdKcDwzddj/gfKcIUk8AEVS47siRaIlJcq7KahBRQ pi2KcrM8oBr2SX/bs1865w17TG7uEAV4OLYNoKhM0oeCKFk6JShB6wjU+AtykhDSGe9wLXbAiQXT nk3xQZzTc3klAv41WeEKaMgsPMkubYqXiB45bdyHkvFRlL6XcQKGEDAaCSreE3o0ZQ3ePPZrnixl AXmT1c2lvgKY2mY5EacX5bgcFbKMiNA38Io2o0xbJkAy6yeoMFJCUoJu+AnmWaiURmKJsDQeIbSv gWYg40LQzxhs2ITUckOGHUcryaIwMB0u53vV1CQOzYkTaQexaCrjhmg6t43ALAMSvAtCEydhnRlZ dGPlvtpzkj3H7dhe5QE7+lowR94GPNM1soS7frEQchyTEFEERUo+n1kz0q3ZRIZEtpjFhSFF0pme WlBO+DqOPmjziaOpLkDOlUHZBMGIg36FAmskXyZS/i9sHkUwwAWhcouMiM0ltt3UUKWHUZRtL39M jfJQyQuTSzH1MkHLH60Ixndyj/Z+pPkIhyIRM++XoT/Zg2RSEp4y5mkZZNLEV2bUBdJl5VWGoGEk /1jYTF74EZwA2L9cLhAA0LafwMo+G3YAoOmzjtTNRWbFjPABhhSbQGVMqqcgTpa8iVPaFpicGygX z4phQlm2QWiKmqYrIQIrfzWeYgEGZloEcYvaUfD150xnmy9cgZbmQDTGxY6LpsUkOtaifau8s5ql yz66pTXUiIf+W3YtaUkvMkdMDOYqiSQBRsYH9ip2E7yu5M4gp8keVrb1CFRZKzIFrshaI6Se6CBy 0o7xWUsjgHgUNVz8R/xKC0lyw7Zq41AFIpXz09OM2e1KGioLiIH3ylCKGGBCMaRJdLIZrruSH0d/ l2heph6dU8LmakFwTelF3EzGzJGnNlTinyEjkMiR7pQEEd8ImseYVgLq4E/ANBw1a8aiSFgzHf62 qBzKFcrSZ13yIF3JIzZ+NKdZpEXIQ6sNpgv0W8vB/7SUuAkI1XTaBa8jZcha6rXnLUwGwuIZTBtn Q0cEkv+gtrl86T+aL2kjd6lifMrrAhl2/DQShV0y42LgYy/y4gqhgpPhM11xmopl4owO2bQPFd4u dQEnaAAmImmGPAU1iwAdkpnbqYvfZqeEiCkYOLxyvxo3CLV/eXNKsDUdTeTsW5jr5HCe37XOI00g jAUJAItt4OWj1zXqnO81PE0PSzBm6ISXsTvkEPpQSdPLo5MWYW0MYgFgRvCwKztQpqw5yWbZ6hOz +EnFCdJGWg2IAglppIQn6NPMLIcRshrpt9mR153JUnJOyfzEMbMkAy2DsqwBpFU/goRvwB2kNk0l lkYDaDczFHki/Xl4Vw2ff8/mo74n2qqMkYVptMSccc5zpI0L6/WnX1S1W/4DeZl7AXwlqaSeVIju xSQGbyxCFqqLjC2CNFeyP5zdyMwafcxQlICIOy2GAZ6EH8Yhg5i1X0kKOzSJgJ07jdhpnvoGAhKN zAUKiMHGBgZCk0Td326jRka3R/8a9KcVXBezCRbvZ2oTEMFPRiI/Yr3VUJ11r61h6Zk7ifeTdbTK p2o+mZ4MolV+oxaOGiWC+y3mCcOsPBkgilkNfJ6Wly0SP5SafUbHuOR9N5B0+kEiILJy19UEOwMB l4IursG0xO9lS5MJ08fnH/db4CshYiSrGBWXElPdjpNpwQkoNgIJEbNBUAmA9jPoCXE2E4UBYu0Z 9oTcqmJWyCG6WUV3CaTULHsJaUAbH52Na0janMMqZbOV8XUlwKYKM0TJvPZAZXRz8u84hXg9HWmU FKpwMWU1ThWwoDI6UhcaDdkZUYSsjJiF1heWE5yJjcNgO9FXY032gUihW8EeLkQ8cGJVRqejHrDM R3b5n5E4JAbfipKyZvpn+ZERVYteeb0I0PYwaWz88mB7/EmbyLWKVZnvXNuhU6nVh7Oh0MVaon9F PpxmharCp9ynS21rOnUEludvehq40wxWDZBGKx1V1PKEXUrmpADNHF3Ys8bVVZxTp6TsQjWxbbpT PgFEta2eodjOPc9hdyZAT3zX0zRtMDMokOzDa8NesNm4ODA16sEaUwZnPzzX0DODinBqanef95Dz dvG1LGkwRzkBfXsObYkzlfivrVva2K2mNNc+wwazebAqmQm2L9Hj5LYFtltRAc6E1X560xnw+qAQ 9Ovh65r3NHRVrmBwXpjDqexfdHKjilqFOI9m61WPBu95eCUhezaRCBLOi1BOQz2VPUCpwNnN+TjZ mQhK9aVKfiDZLsc9Vo3KkeXnH7IKhEqHkbPKokOoFMMqbZ0M43irntYx963DqfzxVrJ2Btpk2dOU VSTVA1X6lCCr7SCecfBH94qZqmko2IGFojJigDnWgZ0/tnMsdpBk1UkYGcMWUJb3qJAJXAH/FSBq lbpEAMPaCGoEB0jY54l4bVVUveyxJeKDTh5FcVIlymjstuJsMgeuImiyoP3uEY12m3vwB9YdiFFn XqDCbIslXGpbUsGGd17ZBjU9eBzd/YlacIoCHV6XpOhYUdfofIa5AElpIjwO+2l8/sVhBYWVAY50 bVttEPLpoDmX8lMGFLICWCNAPJJwV0BsU6gj3LRXaaRinrQFul4aH3VmMuMuiWsNpi7AIhL4QA6N 2J5YZKq9kg099+hWHo3it2UxKbYE7D4YySnvAi4dXZSj+3h1Vp7ROy2tP1t7ogqZB2yCsTpfxym0 0Q9aUSYVx24GGu9t/bf5c2cHTJwM7lwPnVO7/HUEBDWOmBKkgOjRNih63CthMmA7CVIcbMWa+4da NKQn/9NjwozAVDmuVqKmgCNy18GMm9g26Ul8XKJxMmJyVhk8PexHY6rVdlzeGWGN0wluqPDoPApy RMiVhikJ8W98kPuKwn8jlZKy/um8U1ouGjanY04tAdDHHoIwV0KOnQ4RbZdxZeg1a6xIqihN/pLN cKdFNjYnSXqH0UyKX52CpyPzmJpEXgqlCExD1MnVryskK1xffm/3v3Cqel8JvRaOgd1F1fFqzuzQ RZH/S6HbXcV2ZezfsxL35fHz9wYL3VgJJqVKv3K9sjTQfSCJlZ0tEHSQhwZJYKwi04vpWHmywGwK jHr+2M7e2MTveVti20MK51pfaXfERP7z/aZ+OnURi/nAAxZrpZ3i9aLW7Z0jwlbQFoXmqwqhjkde 24mEr2SPuyrayCmW8LYmyNhQ/y0fHouSAtFkr+XKYrLi3r15Z5t7VVaFiGJRk8l8F4YV/qU0RYd8 cXUBFthpiWUeLhUzp2CVTL0ik+oaSrBR4qlFz9Q5zggMoF7o2BnkOUzjwk+ImE4QzQ/rRMVd0Wse JzIwRpCiXHlqdwXVRaRUZLE29a9M1zZa2IfsMfBeFtnSZ7UBstUCFirkzpSzMw4ZJSRmFlTF28Ix vDRIOZ0PvIM1dLXEBbryai8JZ+96tJV5obmMGDgPWrXg1Q54ZkGdfxYmU4NL1azQh2FQOaGIRDdf 07BkvLji4wpLaMSXTGOuBxaMRkj23K5VrZbUoA1fWoKS0Lk5PiYDTxOQMjrkClJ+IpfaMlZ+ccZM QRTLjW5ZrQAgIne4ExTZroxyMCas+ubuGwg6Rui4lcgCNloJjhYOkLV32sZJQwmrSjAYKx4uA0Rg 2La2vh8W0XyBSiY6yzZo+Sr/DJPoAxMsnpyCe6fPkDUWLPrt6QUWzmjUn030UR8GtdNjbJ53HnjP 8yYkCMyMEHitQQRSjkFzbMtWayP+o5QwyRlULU8lUwddjWE+kzLjsjS37j98B7/oWszKrWT/SrTh nL3mUNAWUOrQI7EnMqImYUCsxLpcjAgDs+1kuoIKOUvYJxiQkRjSnDYHGZ80541NryOqDlsH+dCO lnJcyuNpUyKPKAR3jOdB3IB4CmBkHKPwCJ3I+WLukJTajGc1IWoWc/GOJ0JzA7Iw0BLZDtJSffv3 FGqc3QRuQjq6IIDZAZh2hqIboCAHaElP8p5VMp2SGaeLC00SQYdY2SiQxdX4j54QAhoKNNjxWByz kKPOM6YF8M3dxoY0QoDUe7hGYQ9xsAyR2oBMZQlDut4JFelTNsqfsHAoELAL7/sBUAEJFAJMlJBE VuCdkBouHBEIJ/zVHRga90/TBon+4qI4vHfz9RAlc7o7O58n49UUrlR6ZboRE/jZZJik2rSD8dnF jB0WMGV96p8/skjtpT+lQn1q/wbhrDwhzQGtzM1naWZlxgpkBmyZSdVO+iUvM60MCNzmSeRYIcOW ry3RbsuZfhUzXJVlAbqKDihAArI9x5SKGiMZKKyqsfQq2VQaq1dlsU6AcXk1Eosm9ktxMqWlJfhV ZeeSpI3lcigFINWJqjE6cnWAhilgzK4t7KsrBBaQKmGVLVcHS3dcMJMCGFLEAlOBz63eekm38Ut8 WXkfWQJjZZAPVVPyybWtXFY+2ASDJLpIP1d8C8tyz4oGJKdSTaVFl6S5Xam4UWPUUosgvCOqZF82 DBtdlr6XlktzS7N1reDZx1VaExWkMLYb0ISCsgZuudY8y0uTguoypsrHEWvSFMayXtuldiBEWIMN mSFVeYGQVEJxBTEzGMAMsIa0FFNbFoKbX7kpPgRlFUKQTMzdJt5m/c8EgUKYkMFJg0QXooTkapW0 FMEdTOJVNQAOc2GELCpqETfyH16Uq6ErWmMzqvm5/bEmy/DVKwWIjUkIwYhAAimXcNJVVyi4FTRz p5Bokl2h+3zNvuTZp+nJg4nsY/QTfSu8QIhn0JiIuxht6zQZ8HtF10Q1oYFiwsb1b4GMIFUDjkTA jPf+UMPt7UEKoi88mmxH9KoQq9hAqBAL33v0o4NcLIoJ0tozpkxSzbR6uLIndVglu/c2kmBUUnCp VtqOLOORNaUsJRC3sDn57MV2vX4xUEkScFQHV8f6+rYLMXBgV3moW4lZcqL48umpHhsFfVZv0U/p pnWK6ivgJt7pVApkHhMhWlVKo2dzppMEhtQo9RD1Sn/6vuywTfUmEFpatBTSjv2ErwmS/YHkQiiQ ZKJnjr4q5kGX9u1dz4pQFMm+RHUiZXHIrbJPVSJQTxlZgjF1FbkKVMprjWLXOFxQzudWplHmRS0J mCt3qRhNjF2NFmmA3xURjeoEAUw8al0kGZ2rs+JwFgOnMGCmSR9A9bfqYuYywLNORPLcUwW+Go0F 0CZ4zdoRxBXmgln5k+wgCwxiUPsgKlpTEBfTI5SMB6TGXJmObqec6EfXDAK/RJfZEeW3CTZeAIDR oWBb2FUlVYFsXJO98lARPBZiRk/vQJdwMafonzJ59mP6W8M1+Q7P7voTbJqtnEn0Td2Wj7Djfbhy ZBjdCw+KrGafZ9nYfI8SkBCA6KBeTRX0BWomIj2rRqpImInTBGamovdUoAQhFqirxmhE5qGTxE4a zCZU/s9OTV0zdkrwybsPWuVm4hbhi/QUY5aORuUUFvikw4iwZOi16NkYJL9IQIQQyhksZ+uxty2O 0JHsARgEJiK/woucu8gqMyi0S0dmQZyf3GkJQGnxlMcHP/YNLX4JkAglqKMB1CKbGO80N4IVx6wx kWGyeC6X+t6Wl0kIiWJ+qGXVT3wsQGKpeOFiw1QxeOZQslgVbPfgG//C3DV2DNURVehwMpHnoNxI 2ZJLupPaZgzOhBCdiRlqBIa+elfRnh8UBGeYc17aM2YY4DaZD2jUgHnSa/VBWokJQGDpBfmAyaGU UpAZFl7DGBsVWnLCI4NllqmgLUgJjCdTCrZpozYRizTa3qAlBxH9DdKgDbglDLAdHUGfbykQDouM cVwlds0LFteSSsFlSzBokUgifkZKT5QNoSKKdB4amqXD5qJGl0TRP9R1a5QsnCalPCabD81M6UJH EaOwmIy5KM4kXaAycIUgwXriVByjaykqOqFVUbLvJX19KjI1RgM0LVCLdWMvMbMuaVi3JOMa5/aA ChQCJlMm1zJvBIWvH6nhZomI5TSF3lBQfBMIK1sjpIREsFqKStjjJ5OBLK4v19Ng4aueAwyZy36k 0RWECvNlarYEyL+RxoAF9VIn7jhhgEqvvej8KAlLrocyyMU7qFKhBKkkRqAvPYSfK76rHUmrehe6 SdBNGKCaVpog/yiDXHEGhXQ1MsTCDkP8dluOdiNOK99EOxAD13P4BQ8ryGTNWoQtfohueoIg+4yV BkVhwECz+gwe0g7CHv5FRPLTwzQhKAtAWPQvsUhuycuCCVK8xNs1nGoiX229q1aGNSJ2EVsiS1Bh JoUJBkG7gnRJuoyquRDA/Wulh9JMsXpRkJwTcMTxyM6irXZJd1xBAEzHmCLlUgaeONAwIFlLQCfQ jHCWkLRW/agJRZ7EEnjtCTlzZic/FoRiAhP6baenvckTIIxV40xmoRPSJNtI5bcZITSnWX6v4kYp Y2mylKz4kkWgTZURMAgxQWJMty5OPVEkhAmJIKuQ1NHD8uo8UF53MoAsqlIogxeSIAWcatFSMINq jfPYp6Nia9qYK/BdXgyhJQuaJbAITpVADpDQTIJQZn/Ij5on7u/sA3K2c1ZdI8cVUpQgKsXiQQsN IN/FNF4XOC6NPV1sYNbl9m7BooMcqwCfbr+6K4tWeValAX8lXfJe+T1Wnh8ZjurAqqwqJSqVnZaG Miq+YNqijJJmFV0jdP6tOhjgj63N5monsNKtCqddwCpEbWC+fN46GldN+/vX/mSbh01x+qU6sEYz QCg7K0+507iKv8oljd6KElm0rNP+bg2q3njAvvk7dxefK6ZPV5ELXhHYcljFB/WeCjtVk9BW3TeU Hp3tqyhta7QKtmUjpdsoonz7q07unXotiagzQ7q6bbqgXIwOXr+lMKQE7StyHaVjpYZK3BZfYonr 3imla6VsVSfFbrXrLEVrLH4AyQbsatyqeK0vhCYxQAcLT+TECk24URt3/DGEXenBD8hA79UsLZMQ z1Xt1ekUnsOpAyH8VibHbf99Rptf4H3/wLoC96fN1e2ct2IWd3WCI0FoxW0vzIrAiR9gWlKM4L0R jHz0Jhh4ga7jxxX1lbBBRxLaHn93qLrKevvJlWlchVUHUVuZrK5vBaKml99EN2IrsPe95RkStLdy oXHrA9XkryfMsoMezlUtK4eSgu3dhw7IE0jbu78u8CLk3qJF9pkgr9wyPLCBlahaZmnwVAf+HdkH gyZGZq9NhOZB1fiwVQdtehuamZHUVKvVw6SX0SCnNQsyff+82qAeoFtOjOk0yOgQwwGD7egV7Zsb LgY3UBLg/WWjWisOoMXBi/XHBynx1ECrn1Z8trpRORZ5ElRAW2tYybdbcbcrVrha8QPP6qUtcvbM AkaAv9XhewhQ4+/vR0JXBRcgrXmif+J7Q1iEoM5RyUSEsIci1E59tU6cTpLqh430TYo5ztVHQfYh YffcgS39Dazc2tKMVUhsGp2tBCktZ+CSCA8sRAD8QjMqUH2UuHhlz4RfX616JCO/g3e9sg2AOiQu 0KHFbJInI7QyhHUuT0KALoHkkLIUTZ3Bbf0nAcFQ8BMGKLZgDi2I+5l1bcEodllVpNMQpXAEd0vD uY70sSImwfNDB/pXGVAwY8mGx4zm1JZRzcK0ckolzNr6NcUhLBr4p+7LcuZN0oa8BtIJVir8kpat QnH9aQrnNagy1Nwar4SSwMtb5JtJ715wINYqvuPB0aqAsGg0m8FJVr8VaRjgOPemGLJYMafBcfYH xJxS/j0jlncUVWTBe8pYm0ihFgo6sQf/yD8FrSk4wULDCmMiLtD2sTghx3qWNXs3oubIUn1ENFOY Z3R09XKiLJYOBvQ5yhYzxmcTwJE31JpjXSSHX7taTSbnqLmojy8VnyAHYlRjX4W/pQ0jgRpMVb1j u5FzvGFqIlahg9CdY18sKg6BOy8LL8HAgpwCP0MwF3CUwAg2QIB0VTAMohcYnK8iInBdENsq+jAS cQkS4o+AC1TktyJSIQm6MkrFcthUlAJFCLts+EiAiLDANnM0vkkKK4Il0Ph3NDRkwQDasxJCAJ9a xm3RU0iDYUJyPZs+r4cCkh9RaLRfgNEKRb6ClKMLMhXw+JGuobq/e1ocGGwYMRFxIRywTAVJBLLO Xn04nMp65Q+Qw5jAxa+SLyG1QFeAKdY2T3N3RfAXtRNoP5N/Y8h3YlrZpdP7Q8t/c0rPkueiPoJd QgI1B3PBTwgdVVZsb0uzc4EQz9n1gDFgqOnvY8iSKA1SC/gbbzhX0Udwco5+qNUgacRWqfSJSC7m PnqkTu4GAFiULSKFFQKw7cApd5dHmMYICViREXyBWM4kujcvp0Dg8SSzm4tnN4KnSWK+Y6BaQyQP AAtfALdcAWBNWT7IYhMsWpnSJgNbqLn8jsllEKAzOdLS11ZAy1+CqQnzsVDlXHymz6lMt5bmBGL4 x96uFO5T8LY5ZN/S6IxHhDEHxFw3XWpIejJBmYuyOBmNSk0HVZVxVVE52GdNVj6bCrQvGl0ShgyI NmVYNFTjaIjU/mCeUNZ/cbmTRqoIYUBElj53IJVEoARI9WOEVxEa6yNzT7vSskmAYYucKZKRWTFE H7lhQoiSNiwtd/fBtE0nF4NM9ROKlKRGImgrm0Tn0Sk7U7bdEonuKicJWM3jKjOrawlfiASB32Hg UvYTZC2DdqfPGafkrSQ7rLIoUQZ/6xuh9EN+M6j7Sb6lKwgBR/SOYm3aVE/otbytpLA85UQVIMa0 1VoNikaaM5BGXk+DVHrJznlhbrVTlaWqp1PfaguGaUNdxeOqEFFW3RKafcXco4ioWBDFdKwKpATk sR8FDGUM7d0yqfpG9VcFzGpFFYnUEHxScVUzUFbTQc1Wrc5P53XIBCuiGrVy37dnSRQ3QTkrovrm usddq/IlIZWbWsDSoLqlIluPbrmuwN44sO1h++xPOfX+K4FG3b5SM0QwyG5l8LDF5+or2Fb2VqGo 7lUSeBjcIcmu4U1fW86LCJiiZwtyXNqYib31bHzFnkStGoCh0NT4te7BPc00j+T8ykqXmGNkpwhW gVf8D3xjyqnNWPUqfQCYvkxvMqRoRYD+E6PoHlmSoLY6k6gha1i0gkYl6BjKQVdNIlwzYqtIpW7+ MCnp3Uomk876hgY6oDV5SEboOoegdVxVhdAEhJDKwbRs4SfGMvj4oAO1iTUxI+AaD9gtIiRmVd8H uYo7cSLb6oahdxwBhPOO1zDOiu2EaGsRLQlWcty6FNmg78TZVRRGTk+vEMAYUu255YXWF6xX7lwq z6c5WrP1OIIDsKCBAwpV5WWXDEOVIAuMiMcq+1VhU0tXkrhq2jA9APOF8FbkBFMa0Xpce4xba+1p KUp0bBB2V/dJ8mfPxac7kVT3tyfCGhEqErZog4pokzAo8Ue31APR40RLDo5o0KJloATRmgnioJNm xu9OqwLYvqcAVqKn2Wr6+gckVA6x76kSrDHP1J8SJaDs7PQtzdaDlJou0W0rbIXllDrxRtwkuZKt E+AiRfVyj3aNnnC0E1kzHTIHthq3A9dm57QV2tEGyFG3MmP0Q+W9qwXh4ybZIs9hHYQtZmkDhsRF t+weArYeAAfHtWVxki3fqQ/wKS4AzJMBrZ78bBizGzAVMHRbHbYKhA7u01jCg+Obr94pHNuC8HMR PhWrikPEjZXXzOYvBY4VEa/YA/Q5dXcLQ8zIcKTL7qSOXAa28mme7mdHdOR2jaxfSsqPFxLbk8Rb 5VyKharKGdoU9dSJKZtnaa70Kkj59EUpwpt0OmenpSirFxIJJEqp5GsKhPKtpMChhRrw725Bh3kr 7nzTDDJi70YtIqktHEVufFOV6ZIgoEIRqGxX3rAliUIs8BSBGcPI4IesMQyRaAk+4b2Qlx1xQdPs mosORKoBAuhlLsRr1Y0VZLiIdOKcY12UYua9VA6fGRjcAIFeuIXwlNh7soIdHoV3LcQImuAltMza +VpBz+jseEKsMShMKVTqlv0BgFkgWJzmb+NXvwUk+c/CkGFcjRQMV/gVihcmoYLrvQ4UuyOSMHJD iIss4brJ/nXsvKszu4PdF3rQAg2DSVMTgLQ8Gop/jJtLZnga18YEQEQdKzmiIhrBlrcUA8HMBp2l JFkdPmuehRq4RRhZyBQua5D8Jn70RT9Y8hiUCOvosukTVzwKy9YfC5xoHAPqcdGZyB46Y3UoILXM SmlPSDq2i0vpEDtgMRzsW3rUqyO7DC5ugM5lfyM0HuQu6aAnrNOkwMz4ZKPczGqxRLyG4/h88Chf Ji515mhxArIQOqBfWNMZOx1V5CIzDhU+zleMalnCZj5qXgDY5rF8oa/A0goi2T2q5HfG1CV09oOO ky6E1hs8I01RVh41y2D4WK4l0+Rz5DKq6YpBY2i64K954FxpAMnEzJqSRKAsI3DFFKXiJgxg6oaZ osayNj0Dk8Tltd1tmEJosDXIIlMqX7ZYeKJcb/B09vShBKRkkpZXvjBcGYPqBICq6KrTEOYtDnTH okB1wuyALmmXOQt5UxVlH1vWDWg3/l3ArBpEzqv9tS25QqLzLQxSslMJVfFILqOYpZr52Lw+K7I9 VnepqqU0p+5TMVm5ypbaUp1AAqHaoSKrwljpULuQKzp+Vl8yrGEe34+OBKm19ErB0yDVpetRRa66 orpY5bc223deMQrUSkWvOuX6RlH1s6pVfhpaEqdcaksnvNQpdVd/Q/Wrbf6VVCR35lgRtsKUUrNO lc+Vqq42OyvSHvSs5CYhiRgV0ivCBhfcVM7RR+0LPasNVuySwVUjquJqXqMoslXfqAG7CA2ABXRP FsgifK5rtcHKWEY2dxVT/0GoTq07OtuN/OgEElhHb/W9qntj/KizRx4ITIYyMC6o6mNV4n39+nYy CrzVUXkaz0cwqRJexEE/NclKpsF7NkuOxmEgAZi5VWD8VfmzzfrsGBOgd9iI6h5mHpulNYzCOSYy B4Pz4+uuemmmnrkwbNtRHwpu7cF2jkc/Qdibyo2AoYTh/OGSbZzVD6slooxeFVRXfO6IaiNXRGxS R5ZUKgTwt1LpvbxcUh9DH2aKLwrnZK0yrFpu06ghYxD01di/f4l63wynXNppLoGENUjmd6sMpoZq gMYOlNS/YnKyhM4IDgxlTLVWhdVk8V4R0iV1WqsKEeNKYuurTXrRcSuny99USY2UBEOwaud0DJFV yIkryuA6qGOYffnmMiMNo8BKlBE0sY/kKBax1DJ1IVIQbwAHd08ONKtEzILYfUv5kwcVBhf0uil1 LtDJ3xGD06dndvpQJXGPDilcVFppP/B8a7V6BsRXfjHdTfIJfNqUKLOWWi+48yQUjnmNjg7MlrJq +zDZoMqzHLqStYK5oCWvLv7ASuM0/+ITmpinVyFpeU80I24xtNaB7B//z1WLmuR6ws52VTGeTCGi M/+uA1v9hJj7xBkV0mz6bGNVGvvGy5vy99nexTOz5JS1ccwovkhPlDLYT5FUmGJIYU8scBfSIEQk 43uDbXEVqIQHbZRR0mD6EUatonoB4IU9rECzp1mcZ4uLaooVOmCAHGIbk3BEh69oCivabvFDGud/ dM/r8ow5tZxMRNgVmAxsMNUTBD5h4rFJ/uw8jZxXLrWQBjwRLXzyf/NUGhSBBXiFBkDmAvO5/eQG XTO3DsV2woHCGozIq6Hh2atHj7gHdgbBWxUPuWROWbTZuLA3UIxR7ZGVlQfmo3OrPBZwgqZZBToW hZGowhp9wgJFraGIIImtjmhpRyiiWaxXyC2QU1XOeixWbUZTAqaifVFONAnZ0Q+jimGLyTSAe4Ua iNUeSEkIkuRwMJoUEIgSc7Po5qJgLG6ualUtNZkpSiESRcJYH8gFarHqw94DbXTg/hHAPNhfOTqy E/WJgcnajWLrcnJV2EHiUbhkXvRoISlWGWSVvWTYB2gBCcCIWbCNisnfDrWr0JtACeJiCqa52XJ8 Ab+IuEPonDmmmwk8B1vMIcYSHOKWEFBz7Q2uhZiogEzGKOgkeKtn1SCmLQsw8sJF2a0dlyL8HkEt xtOAatg7JgXG3UDyWRJoNnwBeZuknT85cQ8jQS9RR+7KRYStyM1VXySuAk5RMTGoGYQWvvYz4MSB +ptav6Wc4mrjF3SmKatnlY22O3d9tep4w3aOSXUlvUQFHES0lFMoXy6bdvtF4H0W1sYWGwc0qFRO olLMiDDmR3LWanT1SRcxsPknC/GvLuhfnAmkBE+byuyF/cStiNmVai2QSgtL+hIhfPSUXG+6STD6 Q0Ta3xpAaTepITxh0IYnFf5aasPMitLJcazHETMSvsLh1CRjFoWxMOFtqYIEYq2rWWClOl3Yq1mh KqtlWsYIu/ahsO/mSI4QAXddN1DgtnnvBTGb3XTFwDDCI0wMtpG0DItiVlkgbw6VSlSNVuK07ZRx JKUMO1D7jdTIDoRj2zCAC8vlIwTXbfSIfW3z0g6nymdkOqYrjZrSpRUTDLDqC942djJ0Slg9zdWA cEEtyYN8DFSsX/xwyV8BPFGkDi6gXmcUB49SX5IRJthXgmB4ytm1jCcvArgSHAqCcqUYiNXSALJg UcmOeLbcJ49rlKoiXGXkKu5n0TLPVjmxM2XkKWqG/YS3DerpnJnCriLMzg9JlhJBGoT+etEi/+FH 8bRWN0N/eZpeRovc4MTI6oFSTY1hkGVA4/a4xsqm1bDtUtJjag8InLKlcSW17JOSVVmRBLxZkj5U rTaF/DaDws5VmabfbUIsh1RvBJQfemgR2LXKAgQUxACRhJga/D6QHsBiogfHkCTz5YIfuNnHggFg 66BGS0QrI83AzLH6LllGN3CaqwENUsyRNmAKd+9dNCkHrchKiw+CJUXTyHqm29grdPetCVyVGKsA +ZNmRS6Yo1lGNliY0HDpDxFN/MweITMsb3w4HYQ0YoB6EjQpjbOsE51to2BaZjaOu8JLACWxpnAR PPlO4eFUAOVQqcFpIhrywAVFLnedxwgYEAV6WbcRjFn8lM0pCAtDgGdgqyayXaiZbYsMepI0pzoR Ql4k2qdL2fbJFXi6lkDqlv7ogJK6xrLKBZDEQfVq5kVNJAUxDSntZzIqkHAoaDIWj1JqlknRgFq5 Eg25XWVhhH82rq/GVO4wqN9B7oeNsCkVaJJY1GiBEnCuRXBGBPbtIRR2wcCPbE10qt7BVCVGbKDR AAJwtRxUUa9xsd+J38hh8KBONcBq9cTwSqjkwc9Ay5lV/mhDu9Iyg+EsBRv1K4A73WFEAvsUomoM uTF6rwBw/Jc52/HN3ZqUN/G+rgokvUKC7lhBUMmvlJ3VU0LuBJrPrydtTGdKtLGrHUlBgPB4FEk7 TT19HzmKmryplrzB3VjV8FNiv1RzFIpFFWQJJpGPvQoQRz7k2OCnCE3NK7a/v/Vuul56m2r7YDpR BnLxt3Cv2BVFFOFxv0I8V+5Tz0wgUhKjDXD6BenKWVgEGua/c4n1aIUKJAQvcft86xDmrAYt1HHA oFUkt5c5jykaQRAAp6dQZ80yKrEuhAeMz1lxAGf9doIbQ6YXFw0Y5AGfrxqbeoEFAcm29wRK0QZk k6I8ETyjE6lBer/JGo3GB1pQ+dc0RBySxX4g1TL3SyXo5sqYmSlUF/AK73OayRcYygJYKv3VdSGf NaR9/nMutMDkLBiTtWbATe9ZNtkf01FJbXlE21C3FCvlEd+0dt+K+Ycclnu/yHwLlRkNPqsFLqO0 QFzCwTkZZ71KtJSmMkos6IJbWVMVGHjpCy9uS7kCWjZyuFhQzW4FTMUqiadbaLF/7HDBVEliBV5B vr1X27Qj5K5Ozr6JVWSGkT0F3eO6zCO+ZIqZkuoTLBzrDQa/wYEscaLuQaAkkuXuvr8yenOWklSL QG5JX0kgS1BYjyeirvjDlZd/o1djGXtBfvMQp/hp22cJo9o1/kpuMTx4KlYDaekbO4yWJieZfva8 RJYcyxFHCR0by4ASSs3wm3/N75ITIOUCcJycJGgERN+kAqezw7mDHE2OmJMCY2C3P3omrsawcT9k EMxamzwjM5lJVkCc5ApyrNkmaulvT/9UTc1i1qcwndcmRel1Xw2eTS1JYF9ppY3NoLEIRU3YGXKY wYEIzXJQasFhNmzjQI6NAFDPr2QKzApoutqRStSKmT0QbO6Y3i16bdZJV+xl6xJ7hMlNFXoaPrTQ JPPopyu4PZ8MKm6AeW8jQfo115P66OJr9lxftHHXYhA+IG+UhG1MsSYFgBaJNKA1WcaSAoRtYxj9 Ip+9NIMnxXhyZr+46lVeutrXK2GIVkJBR2rgp+yQFoRdahVqBT8kIFoJFMQzCbgZjUDMk0/ffQZi hrklVQKFwZxpTfAvU+bfBGqyQReSH/IHUWZmCyxb2mrfR0F90Sn51SU/xrf2pbBU8JAoTxv2U5Fa eYdFZH5Kk9OGGpPR2hsgVSTyeIQmu66YQp80c2I0+DM2wYIwUGh0teUWgJgUMkArFQPokZmlJ5Vj mFXwAayIISUvEELV6NaQtTFdoO8B8sQItVrgIeDACdoPu1K1x07JBcZqtG1PqaeLkXpKNK3OuMbl FqKqkiENW9dhNd7dViGLJXxVV0cE1iCmKE7iX6iPx1nGVJJNYNPjzvWN3UuY2isFBXAxqcDD0Ey0 W8MXYhqwqxWAC8nsFWEzq+71x9sYlf0z+CgU/cFJxskSEldoMuDMV8WKfSk6TcBmOtpTh2aZLEzN OhkjYGCmFVAqMitTyYxUFEOt6qtiomajCi5Hfv3O/w54AZovypsoqwLbo9wxeLslIVqFRyfVadQo C1LyHKbVY6/3LZ8CwCAVsFVCWzQxAXQSP6kQunK1hgBBz4vlAekKrkZaYDJRAknUbm2UjRox8760 EY/e2jtUHabQLnlglOj6SJeuZ9YpGGYjrFFRlFXxDYGAN6PBkknEmDmzaEJPcs8f1UvlSfqWGqRu SAhQ8PtLJho1gW3alnC9B3AxhvpVVdXSZKBE+opbNuCBJ2cYeLGeaBmE5Qkn0u2rUeTRaAM1uSG7 qEtUyvFRmrmxMEk4DJyRzzCvoIZriRxfHkS2nSScyCGYR2T1sQ6Hb3AMCEXmlPVp/HIEf1jvdgxR KvNjStkoywxuhggkskUEikTZVeaJQmQxyzKapngsMzUaIiCOWDsrXeGJWH78hFDEjDNWAEk1aafR M5lwVBAEDGtA1MBl6kwfkLN/wGLKTc4ZISCiUw6cYtmjHjhMRHsZHL1g3RAH7lwIkQNqRhLKDKlv PTFdbx3JQMyOPoWmQMobejS6eCqnx2JDMKJHb5RJr0g/4AatJqmRPgBLTaAb+5IJLYvYcKoHFTOl g9ZVSrpyD58IlthOf8GfXqfM0dAjLnRcrwCgDe7xqUFSdTqgTCHAmEXTrp5k1RTsmaIDpD3cWP5c Mhi/i2nTROFvpoxrq0lsijZgJj1AzLeiSWmcfQDITlymTeYbcm3DKwHE0WZlZUHjkgBDC9gkCKxN zs50KWASAn8d/KycRR0mUtDHI+rR06RV2zBvchhEkalYDrRYm38HqJIUe2v2vlQlcEcgTfnwL8Em vTVvFhKV6oZsFa2MFjYRKbUe5oDGsv/mEBORyuYAoCvQSSTTI7LhfB5gow7+xkMYyEzTgGwOIPkD xApuo4A2OkxFV8gyxubgjDQnd6Mj0g1UOzrMl7SbYDoUiYIKfiUIFXYqUUb8lFXeVwkukYDeRFpP RmFkKrXwWjHyZhSHMRq1fQJoTukkdIxtj5RHH2hjATFSPIUo2gtUDJ5mweyoEMhN9YV8lR+XS81K RYNWOFaS3v6uHgW3P1CFCRO987ENAzJhGVqjiYuqTW+vhRSuRA/8h+kwdlu1mhfOuhswfYu0kaFC QdkWASskzU5ItOGa+OdQJBfKV/gMIuGuHhk0olRRkVojRLFjVGc/Ug9brkoGIex/BS8PM5vSfxPt +I8+tZVPmIJKIO87goQg1HXr3IxC0DLYHuFuS0dJN9vYrQLvkR0khd0hC0OebqgasLKJwTZGLC6d bxtb8TV6eHr+2EQmv34lcmCw26vDNOOR1Fva3YPhIYr+ygTIgr82f5aBI4Jv7QEr5a5ch8DoZkLb PtFPEaD33S0hV8LgLjwpb/MZ0rExSAOmdpTphlNoa2av20xEEwyAqBH4F7jEoSLJ+5PTJysZxPlq FljQhrwGWUFD/aP1hZxTNHHLdEJTDz6Tq84XcWV5B3A0wr3WLOw1w0V8BD1nUNOC9o3gzZdtakVN 9KODACHXidhYX+lEb+fj9Ix2u2J2oMA/AYeLHXIoNun3PiYHVmpjgWMnR/cktXGgZ4KVPWzLMc8z YQ/BxS2jhrqMGlHPVhOH9ycQkrCimkTDcOD9eHvSAA917BTVN3WOqVvnQrimba8xtZpBGakbadxx CVOoqAG8MCG9HDoz2V5cqCaS6U2iDnkGllwxXzEcC9L57JUa9/HdeJCh0vyaMalYcTUCI7VJ9DeM 2ZE5Z4dEQMpCVkM66JHJSUDQAKCuTvhjTtYb8KpURk7lKQJg4rJ2dUAZW0VzLbqmTEQCDAXUST6n W44Yk9NTHqRBTRGkUYGoQPIdKcQ5YAYb6o0fYCKNGq0onWFEkk4BiDLv6mPFmgO1+pS5OqC45SO4 Z96y55Ehb0HOQUXvMuyJMioZH1XROSuEhTUlhex89FW/Iw+cMzT5CD9zw13XpWw8t9GYEvB8nnww satKNQwjGAFAqiiLw9mojEv1ropKuBacZCbTV60v473/RiM/FAGhSHzv2NU0+6CaGvjpy0SZJBo5 1YB1JgdU2T4vY6Ug0I1mi+VQJurgiK+Jg1Ymx6YWH8kh+zO6FDEib1hkJvYbXJFFJ6fUNnXC0UyU iSlqXtSsIJyQoCIAaacyo1va+6fBFLmTawMrcTZ/MNChJLHU15AtvYHLNMih5UJV03FP/gdEbhcX NlEXCbb+RkDrcNaImrTn1obbGOBuDG8RHJiQ0hZtg/IAAurFTrNgrY3WQsSkHt2NQ0IQzMUQD25/ 0lSGzgQ1qFdmCtjuKvayOaMRfNGwsJAE73DgqFbL1mZwLtuSGSQ9n+3wI4ovnATrbQ5m2UInGvFz WdDmoIXGR1mf2jocCAgSG2gwc4ehfrKEETmDlxl3Fb5pBwCLlFNFzlhX0Q0OwFpYC5a2c4OW4+MS W86YTFGOtN+Cu4a5ZpcFOlbDY6IP4meUWd+sjhG1pzVxhuD7xSJ5BV7ok7vUCvqGTzKMFnnnqnoO YY4xenNq0TtrqnXJQA4oYa1Sjf7kEt65DyMLTZ/hOFIg0WaNRbjTzwwf3qI28o/i2bbk0yC0molq q3jCFlEm1fE1RgIV0ITBLDQzdUAd1qVmVrHRCrhowKpkCxBjloSlRAQABGEETBpJyCsRBbmxsHYR zUEuE4VRA/cQEMoYqXVG4WX5Ldh8LhosPAWqaD/DVZZx9A3yKacJ3TKFiMvdsq+z2lcUq3oXO5N7 c/gM7aW6rckIZTv/RMJ+MCXozSDwRod2jlRYU3mojhGhQrZESYyrgGBkEOsyiojsVfPYJcGtPmHU +XIF53Rd98q2qnPGqYCno5/eObLzKEQhh8GECQzzkkQ3MrZYwKExLFwGc1ozzMv90NoxPNZUGUo+ 08FR3s9QToNoU5bbdHhRvMr2I7JahLitYuamBnzmoBFqwOWfk6u5CT/hLKlPMeMYx5aQ+2wo/qLY 1Si50WZqVZb90TZdsTo7Gk2kNJLYwClrPsuH4DibLBrQyAX8aUvuHoUyzsUN7ooGUny8IjtsRZXJ 1lxav6PKpIVCuVc0wHiS31fbhFKBRVcp01u7AlICgzDVpi0kKqJAJJSXdTFIOXV89BIHVwonBFIM Ugps0zIoy7EzCmDDgqS7HH8mprA/VcKdGuJTFGCos+eZdALjQ5lL5d+MB5aZzjWBRzAa0OTKBW7j se6GIkdeYZPORjZ9QcDQoba5MnuVxOvBXEQbs6By5KDt8TRrQAGA6ZGCqjiQDogZhb2zSSzB3RiE BUVAfiSHQzfo9swbyDIH6pbkPCKXO6BCdGuDOUiMy37QYIgpGFZjdJNCRG3QQgUNK8lFWKxFzpwg xi9nz7iZN10jA2Ql3FGjaBlTUmItwhSTgh9qIQk1tE0FGMWAZKgZPdROV3jz/kTFWE/CzJxQBkP9 FvBQu6A50v+WqHoDV6+6HpGWC0S4wstCZYRtlYKLU9kYpUlBc/gJSpC0/hXFRRnJMhYYHHXq2gYL aCqiKjohjlyb+TvMAqHBwpGMpMNy+oUUJNEdIoOQUDY7iMu4lwGxG3iMGg5naz7N2AXUKG51BUiE rECaXFFXxBK67FSxqAfy4ttYX72gt7Ene+lLaXqxUpqla5DYzlTFL2ufCQQOzdL9rZW9lgkqA7U2 uPjD5IVzyj6gAhdcUSNbAdwJJ1N82Ys63WLvtukodwACNZej9OqrnSeqrCjInEaHaNi85mNejZ4W 5IdR+fBEFTpIIKNLFIOL6faDBuUCV6jSWxhnIWq0xSAk0F39FjVs36wyzSi1kRVTWhxQqCbhq++R XgyuZoxoarDOLuYuqpdSk7bVtF8Zdv2rGusxcE1tirZ+YZPtp2K1XdaJkJFrY9h2ZZtOY1xkUfTb v5iKazGD/TIBYr5ZoYA2eapuYLctMiCKzeF8EHj5c2JVPxJVeQhFU8cEKyBRsRJsJjZtRTTFTHxj ydG62pGBV8GFzAAgdIz+SjcrrXdmOdXHFMpK1VXP2AJj5CuQmCc1Dn6BOBvrc/o5jJMc3pJ5Md+K 7UGbbyUyb0pfxxPByUs4cKlBCLMZhwl4JM6ysTZOlGmht3/pbzcgyLj5WuE/ydRfzDzHxAmaIC/m Wg46y1alzVNKFeJCFNtgBZ5qT5SLnCdsaVdWRb2RFGV9tkq1kQolCc3HuUh8GoCtOCWEhHT5vgNm W/5jRldeJJCINq8Xy0hsby72eH3EyTkyC8gWzmw+FxbEBojTiX11/eLSKucZXn+myNZkXANEWBsH KtAhOUxypWxg44yln9aVuCTghQhFpic6Il4DEnWsiYMdVYc0LRFW9W39KAdZeNOup8uXhxTAIhBA ObRzOzsPfcvxLeIkS2g2coGz1ZxOYMDxOhRIFCNR7jY8EyVl7YSmh88x0AWqGDPa46xUZdd8gydd Ljkh31I+AclRWBJr+egAHGc7UaTHEEAnsgITmWZ4IFWAp3dCmqlozYlJtdAfg1wAcsHVrHeyTSg9 lUBLFW+jP6hZXuaiWiV6t4rNIlscodGZnVQT67IJK7fHUSFhWxzirFWSvUTAwg0YESGZ2GqsVag6 ROqq6FbmpiZRNNeYbGYHYZSjzGyBpV30uYhMAvOVSYElqqIz7kVnXGwnRu3zndQxmIW7dIV9QJ5C Oc/RxDUUIwlQ1JP4ZNGO4VGpc0iMz/kNtcJvY8J6lsM8JIrFTrvajQBTI7ekB1hQSsCraefoaaDI p8n4EdEkmnLN2QuCmn2DWWt1yWH2A0a+4h2QEgtSoXGEAg8mRo10B7OiJ78bDTEa2bI0QLQSnAua mHa3C+ouoC0+afIm0RANoXcQmaCbCyDZKDPWUUtmp9aHBZkgR29jV1KPGpO4VLg9SPPo4wTMOqYD LlHJbOA0fqsggOF1XGPsaIf5QWXUdq34xEqDLKOX7CIyUQE5ZHFJL83Jp26mpyA5WSKaG8hGWXaz EKhH661Ju/lIS6420SI7WePqUBmWgNOL3OGJOz4beVFXemH4Itb2IAn/Ig4WGHWMEPNs7L6PRFEn YWNuZjtEg7H305YV15qarQMFWOxZSULQFw0CEF7coZkLXpFKMEQlBDdCGs66fCr33yv8xHlHuMNm CzI1ck0oXHRc/UDi4FIhgL60QFYl9K3CUOSjGpn0mqXCpkYCJ2Zeiqfa4/1l4R4r/e4/ISxY6rPw 24gLuXmIARfH7UptD/8S72peag7VLcoPlDJQlQ6Vz3VaqdmKYIpyA6ySu/FCv2jXH1WD8oLFXZUy inghDk7DyYYwC9aynm3VgzRnpA90GvG9xy39dXEwgHqVz+iiH+dVLhQ8SCrrdMpo1WZkNAKMlG1U g49FAaMozvjjoGC1/Io0uFG5uSWDKjoVW4ypUiekRRgpnGI1MpcQFROei10D1uxlNE3RIMXtOjdh R+qWlFRwUJauecQh74pAJSXL+0octgsOUO1YJPQohufu5rcjkYgdfWR8WBmOzZLUBai8tRhJQ+ce a1zmrU0nbjNYEB3AUCTJSUUNK2KTQS2Tp+YtHoBf++JKS7GCvmSNU6GIgBkzzkXauXZf2+yXxLsE oolpgTp2u8az5IhbalB8KY0yo4G01TTZYgZCijolYT3kHmQmMSYpWZmuACN9Fwbk/tBMrIu2xQRg hmb52kSQ9Y0OSZXkWpNVoZALG5Xp7LfEkFDAsFYWkBthrQ1Ar4Ercw7AhPVQBKXdJJlAUjXEz8po mfWN3RVbK+cZpDqnG8ZCVfKQzFY/ZFqeqkpo1zKgBIeQrhqQ7amOGPen1+NdpzgnNmmeGlQy48Rq GOFcb0ytwGE0oyd5rWW8Pzu1+CWapGWgNQGp7SgFM9kmW7UNGo5l7jHnk5efgaaiJs6rZGYnnqlJ px9oaXaS8Mdlb4Ajz1QGuTpkAvJuPafX5kA9973b9FjtMndjYGiK6CcEnMLdCs+aRuycCEFJWUBg datyK+IBD9ckvM/WaxSs0S1INSPiPe9NF7zUrdJrKpR0QC0eorL2tuy29Ib8JgO4iyaykorFEIJs BCdb6WolAVJmFaw7UcFEflBJ/bEIxniLyOUdatQTgUbPciXwjRQBK1wQucSTiiVc5p0FwEkIhbwh 9RQZZJAzAnbzpyssERQyDqeWGeHFGyKoQVASq8GEDuQ+G56f7j14upt4NXyqG9ilxERRDwKABSxK +hN6ntZJQMh/q9Kslst9SJFNDpH+6YmhpcCgcjHN2o98Wcl1pZJGLirIMTIIJSN18blIkUVaP2HM LEaOmQ81r1S6T5yqToU6Rx9Sg25yJ9wp345mrR/pl68u3SosEdrJJnpK0Rj5XINlgkR6+f2sTpGQ aIKgmHp3maHGoCDQoQ2sGWHAnfyjmyv2gs0SSvbQsAzTKxJReRGHsSBVfcxfbKDIzZTDddEykLAC fXw+cileHlHqoy/oAI9leb0GX8CLXKE3qgK0fLyYIFK6rqOYlrhoC07RS3aV4Bc6QIw4mBdUMReQ HZ1NwtsLBJvo6ipKomwmGqAVvdyTU7VEpT4PZ6JDb8gO9+GUEpj72jIu1AwNw4hhugrAxm+ccPzu teOZRzQp+J3YiF0Jt1kSnglhKhO1Cm8SdQAd5hTZqRsh51VbOFalBA0oOv+q0bLecRAro7KNZ8CB ps/FQvGCvLcF3YypNo1jD0BuGHALSdbafNab0oOKiiyMzfWdRUNyq71yw7VlE3zNeGZeDtVzbI4x mWJ4TkEzz9ka8dLW1lkMr6DN2mzRJicL31P2K5Jqxa5+eodmr8RsbVRzYJgVUbxJ1rXD/qf4U28G JM8ZP0ezTIF/GSTmgcsI88wOGgW94bigxXjgJBrxe0bWGmjeDSCwgUg3wjmthwXP4s0B9JcV3gjA whx0ZhaJXNYxUUcB/ks/xM8IuWbeBF7jurhLiIo3/UiukwoyQmw0J/bJQiI0L08rjeJn42UoapZZ 05dtP6JddquUKwEwmhrUUbA1x64nzu0/lSa0nYkR0pqazyaAe4pvXgmDgegTllUBYCoBREQTYiia cEBpI93IHWevtE/3KoQKUQBOK0iua7N/KtYQQQUXKryGS6MJYopDoBz5cNCY1ShkH966EiX0WfLh uuwvNg0Ec5Zbo4Uj/hQMTSo9UVfw/tYVAbICDSY98+IrxsMu1couJZLNmHXUiyXRCxT+G1meCCkw +pBdxjnlfHOWQ5WgSVXBec2JkIsYi1SKJ34ij8RM7i9NUrhQVFFxLbhy1d1JJmOF9aiKUXIzmihX MhQ8sm7lO0JBwSCwWiGiui5rqOpoqvgCXVeOukyDxt29bkkz+JaOUeoKa6idFeNkDqpJ4YkPshCJ pCJ+IkQlH2Y5AhKR8SRBxFovDAMLSA3LusIljlcCKv+fc4lCJpDRlHFL92AbGYgEGkZeVEXTPIvz MhIlsuQWj5KdDzm9ZpBbl8cXTY7LeQ3nJsEoVSLSZVHGI2cf7dtuIntpVUdVTd4dIMDAY77qifKO +oUag0TeORtByOlVfnEWAWcnW07OcarTXQPXexbqB+CKw3Jm5Q4cwLbVqjpzYHv2FFNl1h1bYYdx JyJIYGXiSjjVNMga9AKJaIJkNQcD/ivd3Crgbtt5TmElo84bqBePrLyGvUgBKEeYol4wJbfxR+a7 g2GrfSF150z44MwBJ0BE3y51wEiMign4ZibHGlQz8tBKleZKGGhWjdFEnV/RAyQ6x5HCBgNV6cJH WXgnJm8jc5WfkHW4ruMknMeyFxR2PPKI4NAEh37sMA2Hn3R8tAYO8t3h1p0c4tAIO7Gd0XHqBY9X R023n9ve7MC7dXa1uX4e5nCYhhah5oQNZ2I4WsO5G3eNXO1sDIcbty89XJ1/0PEdDtbo/IvOP3H6 R2cLe+Qn0phXGa3RHC3eSdPO5ICxQntP1lhHiF+U2kDOXsFGZ0fEVmeJO0SitYXz1dswbf+u+Oaf 11baxQwAG8K9l7DKPJKu8AKQHkV6ICB5w9DORgfMz71XzcVydcvA9m3odUZKpy133rjyEbASYj+o N75kkxLlZNM1vCVVMYvSVbxtzPaWk2e600Z9d9KH1NX1yjSe5iDGFB7MiXPA+oXXjBjT6Ydqcxay ogq4GrvSgkJrMsRQVEk+RJHyk6gUPNFin3MeQp9Kx6SWlvihZqVvxT12mcIRdlbAgJusQhTI8wDz FAmh6jdNzB+x7mo8SX/GzXDboq82imUGrsRqvCqoGdvDdG9RDlaEn6Hi1zAlWrdOgSCIloTbWptN qC7nq89mpUvMgNKiIdEIRFEjBXGzRQrqoH3W3U95d7TMB6ZihkILzxTMqrua11CkWksAnJSLYYSc bFvmHGXY+cLZiB53fPXF1FUV51Crv4GGWPcQlE8NnwcyG5LhvMA7VS3uZ5XxJ86aI1Nu+n+Mz0zF u1CIhQQFRNFOAwJSFR3F+lw8XBN+lRDD3C+xdMXldVyfVa8Ze9Jb4IEhlRxRg87n0HW0wsKxsu0e 4uvdr5kXekAEDVixtyvWr+K+0RepExJsIkhBJhwwljZ7w514JJuYMCZyjFKSmQlMRAkomBnGhAQu cqLEAxkM1GdRR0RiXb0klI+rOW4aICnJYgZ2xt/cvTpnAYgR6A5G6ZBp5nkn/LkwtMyDUQo2OaL1 OKFxmq4HAguZiFZ5mxkIFXaTJ73IPckFZQ8z0lHuJEu7wbbuh4MadSoTQSV25nJBn2yndg48gjI4 kwcWBbVTJl+ST08ipPiTjY8Ot2G2GBO3WRIWxq00H8WSXZNkStADLPolDGiY0fA9Blh8QHFhQbig /NZYEZA761WaZh1Vc6BJkAm8PKLVvaDyIwShm61L5pG0RTpCj26IO8qb5Z9Yq/1XgCIPF5GxZnjE DoiCTSkAKCZE0ElRKRh2iwcA38JlSU2htENDyZm2RhPT42DZihurlk0zytNb+yZAIFIDWBK0gz2N IZoopix/ME7K5kGz2mZ1yaT5aCsCpYVlT777B4cgdNHeEJIFwVZnRfaNX2UmKWQ1jC6qKWUEJSJQ IjkK9Oz689ssbReZcqyqQLarC5HQBBJgRm5pEqpRIkmjpKSXIoAoyM1fLF3CPtoCmbC6ALVDczQJ z2m91KCWJRrV9AwiwjSM61qUw5RZuOFWWlDG4rfsyXmYVTbajdZijX25KHmkkKYvmwFLWxMlbbLL b5mXMSlp7EVBlTp7NSoTFTrLkJQNkUgKZ/iFdiVm/srd5HcQLBwMx2LgIzNa2UHOVLay9K3IMEuz coRRq1ORHJU3ExnP1OVkcsYy6Jii/NJ+ZrA3+BHTtpZaGQe/Ww7wp00s1Y3pl9gsKLAEvEXO5b0N FVs7r+Pr4ylLT+tjXJKgNFWNYkyIy/QLAHZIygrl5ZG73IEYQLGiFX2SyLvgKxUGSpDL0OOg62a0 JtI7etJGVoj6xbvJWLJIck0cUNMjPyMYeUhoCC9UjtwY5rCZjUqwqY9xyoq6XqAtxTQpmFAsGqbg iVn7GOMjUBILzKusqH7SRWB7/sXAmV9O3RiVPdUXAJ+v+T9L94HYRq5tUXQW36KSFUnK/eY/vr/2 gdxqiaxCuDkBhUJnP/E+keo7Lda+BNu13sYHAzMzGm1RT5rwKBYBTbLcQ080XFqOngHmpypm+qvm DBJsrUawKmVUVYXEd73M47pPvaVPHSIctVdvLAFpO+/EN0EHdgPa8OO3q/3aqJCMHPhG7EG5/7Sy 5bJr0udadJ5PKAKaaph6DwxUeMDtOlZtiEckmoIknNBRwJx1iRRKuKgXgcsT8SxLCC7zVcFI55J8 wCeoPliwiI50X0PdjZ6CRu6uY39TE7kGQtWyi3TaLgUkcreyT+bGT1ZCf3Whag8+t3JhPNZESyI3 0TiT5EMlaJn5Nk3WeuWrUUCf9q25kkKV4WpZrq8VRULkT2cvJ5TA6WvFN7bnKA/YGb2WY1TbBJLJ D6cD/eZZsAEzfra4xCgbVgxG3fLdUk22e2EWFypuIZ+Uxm+Gm6RqDxckDhKhbLFZVp0/crngJTQz lll9Xot5R0QeoZCN1In1KwU0N7LkTU3Rv2+hJpQNZeAIyHfjgxbFdFJSasYnShi5y1GDtS8vKLQo qy5SLxc2a3FA6Had42CFQCMAzvh/fTOzzi2yTKNvziPj0+BxSUNKBz9f7Nh4EfqXR5RuG2+lCmGt K9AyIVdXfSTPz3/L6Ezu05c3Xy/lsfhfzhX1lFXFEXlzKYOQxGACGx683BpxjKKx3j1cijpFW4Ys ei/XqSFYdIlL289QtNE6djUn5I3Op2bBGkS+lll7bj0xAb29Um0vEdrVPufS3RAxBKbsA4aaAAwC HEgt2yXnZRcLdtxFCepXLDeHLkDOVIKLUUo8Inh7brAXT8d6sOStkp2IbHojp3QEUuaBmjq2KWKh JWFU2InrXAYZgE4Eov75si9FwilooOBURpiLpwnpy+xbwQBwzRduRu76DJQxJU2qBBuThcBr3QzY Sg2lM5qv/GsXiTir1aO5LWfIstJ0c9N6ClvlOguQnWgEuxzDJjuS7M1MgZArYVBZK+4vd0DshQF+ dEm3xyxdwKvvxmR8+GhzcSNMnMolUmcK0K7CoinjHW2qpgpsf/mX6tLgb00cj3JhcDZ7/5giQpMl 99kI/lTQzdb1IktDZiHx0QdnKgGRrmlYNOEuDKvZtuZYpRp+IVs5DuF1zcfJdox4/FfU5GRHCH0j MjSKpGK+jkRuox6RyHqkFfnlWFaUlQYnhsJ+fMkci6uz6H7rC7/qD4vpSEeEJUHeeIKMdGt5SlYy YgUttSYP7LcqJ5sw2UvrTWHsOOhn9GLAs7qG2fWkB3i6PMunMqerzrE5wuasCgNRzUQA7wxAybGS gqzrVEiobAE9QMi2uY2aMMKgXSXqJG7QsmDDsjIzG4aMM3WW+kQrdY+MIP2WOFZ1UexSoHDz7V6S tMfwl5VfqWnFDtUeu7h0ABor7vBRqZbvlWWAkw002LZo+eZYVN8YLPUe460440TW7I/0qqxpRldX k1UhUhYzyfX7X/lxx9BK5/WFdbVDW8qwsgM3nYWKFH5UgTKL0INLX6DgbVxfnz/sQOUr033fvPsJ xODxf1vMHHdcseizhoD30Zdb26nKFht52BmuU251k1WXLJYN9pI5UPfiLdxR5jOmJBD91Kk2mG4y 7k52dQZs9ghz3K1TST/KRSTkxD3ARhm/M4299CSpzAdEY9PJHWWU8Ye195a0wGZvkY/dPBTMPgMu etunCgewtfGu4tHyTbPEyrRABur0CUPp4aJBYK1Pqw87VZl4dY6BCQ3/skoeJ0gBD/XMyF0QSFlt hEsIYIE/an6IjNfuVSuLqEFF9qTLgQ3L6mql2b2nJqzRQc0vt+srMqlGVtV03HHtvJMrufWSODk1 T9Hr7Iz6HEPyjFWWIDzpA24VVF4rkTZOu/Lg+PfryjWjBEgDVD6OK6CpZogKpPKeb65egomIhFj6 8bOpRhKOb52crGrh7Fz1QrxIrFHVtq8OhTbvdWqF0+PDpNSr07RQAW1hF4Im8NOJ0HjqGF5QJWwu wsKuyMACF+IbJBsVIJUMqh4k225EJlerjhJWt+hEqg9WrbFOC/QAp0pvx6dQHz/GB0uTdThz1sRh y7/ChoVxJ2ZVyWDHgIGaKnFkFFeJHIsTlTOGtAwfKvObqriIwChlVJl1hS8Qw2xDt2/8eN14UnaQ s/SV2eRTxZmMPGVbeMlyZ8Btfyh4zF+ZidUV3eK5sI0pZn+VRIzEa31JzaGgOx9X8q7IlrZkxssR RFtSERItJrFHLQNeW2Tzp7umqaDUNrbiaN6CB+RKVFoCqiQsmx6+UIjcXmpjAhE6+WBjRQ3Fk9ir mx6EQdSRu6fFxYUpczpVDJBNLBZumQOE4KEUs8xFc6v09JI19r6jNozblkhzAUwoVTSH0avPzfkI RDnHzlPlwYrFKzm4yO2Gi4igkIPzLYQAXxdRr8RKJQRlEBTRSh36sHAXA4rTtOfm/CdW2qY+LIgd pAxO4OOLC7DR20hkUUjkC3eJSrKNvLBQsT2K1Ja2+3fcEtF79UJjYy1TjrZFjAjK/bEmiOh/iFlz cRZxM5WEiaKit2GNIxBB8+iDDuOcr22+ys2KNYpqkl8ocIi2HgMMBXPQJit8EIMRDAxur02Mtkp1 UCRNZrGHpNVcgyeCpkNY6EBufl8uCbLW+SJ1AQBawDdJLiLCkTrkhPHEBCiQXBnGZPQ6QZ/kB5SN NEWzAiUb3hJsyAu0EE//WDxtcN8sBW8gjCh0oh1KWubXUaUHg+po7oLk+I+wYW5nANZUUiEkLXpW lFMP2hYXdCxYa1gziBoFkqcUk2oiKpCgV0hx8nHAx3r5I3FqY33CiUnECI+avMYkvkN1hG7uiluL nNKoYptmA8iooQZChJBDDzShkXJ7fYphmIjWJ0rbj/5jAEsASEUCBRxTBT1yGIxOFXL6IPWO9hVn wkbsGpAZHjs14r59DsXhJMGD+T4jWsRRhGiToNBbSQEt6Y5/haedW9jC575nJzQvB2/jmfERyE4u 1SBXEUGrtiPpH0Cm2VEVnZygkBB5H5WztLXFzi6Homswt88tBUZbUX2aS7islQczfpmLOFi0rzgw JPELHAuS2+tCJITR+hhACWaC2IkElVWqtASwMoyJUxB8w5iqMRC8BIaV2zab2ZaVeFSEAXvwgOQU XQwekZDK3UYEJE0JY6kQEhiWOgVnRoO4G7vtMUZ6eUoUE6dKLn2MVX6hULXK9KGC1Eo9gxMbrFm7 sG2HcgWHGSjSohQ4fEC33rlU5jCRw9H4Vz0M24PNWQeUxvgGVgQDkn0qdvjZ9xvWOsCi35lEfXS2 sRCLbI59kO5omqQ9PV06eLONMW3sQ7pyN3CXl1TXIo8uR16ksSsdllgP9FxY/LdPrhoObBlzQqgi DRX8SqfanZM568CNEMR6klDtaWbfUGwD8rJUUR9D6C8kcou4Sw+jUn3LOUpRMb90A0zZppkIMuFr FQ192bOKg1W4GNVMkf8TZIYLVI0ffUhNDoA9iZEB2dESxonn9G1POCYbcdGNSfqKguWKLdwkiw2p T7oWVYhHqFBc5HGMNtq5X6hpds4O30aNalOQSB1kdckwOmytj0WQbmdhiBmvaRJJPRRYA4jlcl2C ezm7nUMgYCNIM+sSmjlz8NTLuBiJg2jovrn0SKfokQ1NyXkbSgGfpDnCxE0y0j4hPXQBKqujQTLX SIZsR7o/DQw7dtFOMBNmK9AWm9DZIL4kcY4bBdoMC4GudGrzatfTsJiVThHYFTkxV4mAbapya2sr ndmiQGXMZILFZYr/XtIl4IcPIUG6FAYW/iQdQWkekmebbU8OmsW1arEdCeN9bcB72M6wTAc71zEv Noo1SXvCHt//XGxcjXiPtpdRaNvMmRDnLWyT56P9qcxbUll3H0FOGUMvLY+wVImXQV4DpFy9PbC9 7bCyI9Wu2AwR4qNY7ECT4HSRLNQsEU14TJrljaNqr6xo+5bRh1ZFSHO00VQHgoXMBoVsDhG4Ddk1 RMjktC0uHMdjZ7AYIUJZVvFyotpnYVIoIISLWzNFsIMW8iZdfpOh/IJLmuCFunKQzmEwHelkBLE7 rSgG4B23YjCZfgpzHCGrSUMHLYNAQTd+ok3401msJ+p56gqgDDXF5Ed7FQCJWaTUwkeR8KS9m+Il 45g/e8LBSRTEpcIH2lTYU/pQpNLmNBOJfYpS56DlR7pDprhFg+LuvHmxR+WvUjUwyTdFOzUV5Kzm UI/gNYWW/UoDsw3CJ0lxsbGRWAf+XxpqcbJgWzuvaZYEXXP9sh7j58TL/xpiQUMw6RfkkgKjd9Vd 1yU8qTwwwCNUU2hlex0m6H6Jqc0hsqGym7JUsFf3qADyLU+UTpUg9iyPvK6ESJJcALqCRuXSkyeW zcYI05WsxetyJewAWNEpQIR2yCzkf3OWo2HRSDCE8Gi7oLO0rhpt5JFV/Y7sZUzCAMFnOdSJjCAj +C+YtEmgagdalzyXBzSGf2WAZRww92BogavrcjrdQBdpQIaG7o+eoFKvrkawrv40pYBcgyVQyUO+ JmEjVmXHGDMOkroynfZF1ENoRvKkJxFfSTuyyHEBt5otHiVYuBSiygxhYWNJYEUrUp0dJ64aMOZu IQ8REgUHdbtQIlqCSuoQglBJEAqzEbuXGZDYEjrpBjUap8Dmfid2FktzdfKpqWUty0SMz1NwecZ0 JeXCcbgElPJCBOti/KoYgnCyx9SHbiQ9dSpyLiOopucDa5sSa9NoiC5k8M+fJNk/Nw3LL2QrjMQA 8FMsAQhBa4WWVk7nh/qXeLUQ51iLPUpqxqxAhp2dYV/n+LJcXDUQxVq6ZifWK5MVoOgEFX60tDbD M+e+ryEolmwAwKPqDBaflnXAfPihfeXWElMDRQt7yHPrOumZ/mWIUuZmYyJ2eMS+Lo5MuDLbPHgd GF7y3446zkrHMheslLbjRkCknH6KTjCisrYW8/5NhY+6AT6j1hOyCi/mapV/hqIwSgdUj82YSDfx SA84TopwdUEU9JINwAx1LjbDJlTDQaglCYEEzphIxCQp9AAmLSbRNFbCkHStPwmapljMTMDliDQA KjVUtEWFrX/Bob4GcnkChiDQ1S4F9Ixg2J9BUutsW1WjXy33R3tsQzQyhZUgZI76M+oxCoKmpmog V8fWDlQxkrQCJLRCFl/JiLWJKoGdCqTpxAWjszNqVvjjd3pI6AjEcVTma3HIhVWtwyaj17B6ICs1 Z8CLPFW12smiBaiYF1mwCY3U57YLmQry1QMJNy1glZNXlb6K9nDfzi6ZJKqnndU22RDjsZl2Y9am wmoVkmrH2clRGHnfvCCsqp+qnC7cSscRv6v9mqwyWuYdqKqLVYFXWvY2OvDYo6jaqXitVtfbqdwC YSVVFuz20Xvospm+G97k3gdmB+ZqiJvLC9mu4Kmo3F3VQq+fU48LNl2qzqnRRTL7FXVUiTXj94+S MpAU6Zi4KnnVvvvlZW+1zD9VvzJZ1b75Al5mD1L3TsD4UuGUBOe2VqGt9kfk/r7fcwo6kgGmjLqR /+iQdqNGn8lLWhP3WbAqUDRatlIJ2hUCA4ZMYVUs3E7p4a9XPEfjKI+nXvJFHrrBfXMlALBqVy9a 4KV4qQ6QMI1MRsLYnDDxDsrBJIDrSlkrMFrayGkANM1BjTQU7ffEbXa+qu8BXvhQhqNNekMWkp9U Q28/TaG2z3eSLuQJX4aiSVA1OsFEgqMXGPgO1NBiYgMalk6zaFEVnWX5vOkbGSoApxH+ZOG11JdH hG0HrMco6LOk2tLIQiBqFYExL4IWKOEtDfFHX8Yv3cnxp9gmZDzcpyAaW+uNe+m+7xoyUtROH6Ez pCht/JfWIfgrP0L1UM//xjJTqlwsEdGQxlTpY/tm81dFFQlJ5xvkjgWkK/qhKWOSwLAW2G1ngCtG Bk2pU5Z5VkucDNroG298QC2K4JgChIhyFfxTWswHBntU9KW8vTIv5rtXgV1VvDcqooYdxxSkV/1Z znn96KJxZncVyrXusOjiirXGL0qRr2G5M89IHq+z95THVbI3U8wOC4MxNOmVVRMAJo6tK6RHK63W FkYeVpHjlu5p3GY1vooDLgHJS5dIFdNTBP98LL317+zE8MjztnXEGNzREDuUXHzGDLlZq5AGRNB1 tk+1+MNFwU98DpOOscVs0UIbpcogivRexEJwATYhIQ/GGZxbJUcZ0JIxjOVI86/zvOFccqRmKxvG Xl/mSapvCYusz8qPaFJTzwhARdH+F0Q0rQxXuUM04+3vefaKbzDQB9TgJx3IRh6d48FPVyBSjWlg t8lYqWnprX+QLnWKdOV2qLqnqORKEVG2JYWTNWmgJtZVe7YqNLlVYufHlBWK9lCSmhM2mTFoCpPw xLNBwa7+ow8K4Q96rSC16llF0fJD2WiVi3LMxyeYLelTVnvs2Tp5uUZl1j2GaEyP8ertSXMofSkC qOktZ60CaURzRluUByudaZm6bXIrRbrApGJBgQZYigNhSwASvqqxu1WJtdgtzrmY/AwtCSYW6kiE elQWjfG+bQEap7NZAVLtqSJqXnRCMtoAaPl9dLXLqxp5wmxw1tgza3AsFvPD8W9fimkK0j69Eq5S iZ6xF0QmTwDODkHSix2V87JKGQdyUzESrUb3mCrT1hn6YOhkFZvuqksEMGphGZH+6+RkVybqJNpn KLOkKBavQZDwGLlSCdBx0fFf45KWVQAopnnc0Srp8VVVb0+dYgrDCSbUVbIT6KpjkLyYIyt/V4Xo ZTSdO6MiUe1DjQGCihSFyJUU8Nz1oWYGF6oNmELRaY9FqxapcuijlGFDAzqQXAUT4BJvtR208enl T5UHxQ0fKZI/7EgzUiIYqT/0tPDL00MQJnjmwalgVZ9aacvItMoE3TNLEuvrCg5tHqEyXa5s/uxh cAVhBi0BqhZtBxdWNF+kirQry5BMA5UNiIo1TRgijceE35WyVWgiHYgx4pHgQYB41iT5tF0PpRFZ 1cPIkUFjx/bCyUpHU/xFFvfTuBqowo2KnimMatkez8VXGqrGFSyPiFDFBl7YS9Cp3evlIWg92k3l iVPcxCjoK2NFagi/XTxQ/tJr4kGXzO9cXVzoAfGqdRVYKuLgut2wPgzw9L5auhqQ6asiN3+8h3xP jqMW8qX7PV8J6WQEFS/QkwYa0hC4kIRDxYmREQe14xqrA92qRChriQR30pjKlam3gTM+0EQH86R5 pMigfTn2Fo3iOMbEaTfaLpM7Rn7OOgYl9i4wseaiXN1UnVZeZq5piukeqUGqqlHeKAYyFHhL0pKq T9oRD30lwlkf1B13RomkGgaQdT2pCGR7O+FDYWFgVYt2xkEsxj2XAtrcxD5lDZ0010BVHVGscZIh QHzSE3Q3b+W+5k60s7xJxKr2hJl9Ibew724YdNLy0IsRpkGzdhfRF+ZFX5a58fPdnb0GBLaA0WDW mCxf3V3peExJp82cs0cfXySGiM7/GgHAOujrCPzg0N/uJh2MgCaapmew9FXwXIHe3GbgisBrjEiV kzJH6Bkf2yY9fGm+L/40eS2KZOBbmDFWpCnIosExkUVh+d9ZfrzPwukyhEm3+I6QC24Shrw5yAlG csp9w5HOZMEKIjJ3HRFDigIho5H0UmCkIA2X9vArgYIL8QFhWQoLcLZvPUBtmzdjXxHdP1pLy+3t xUqIx4tougH5yo5bwFoEYsQIHPFvdK0MZwBWi6BQAnYAmTx+nNjopemeQWZVGJOnB9fT0wxAhrP1 mvSGzEw9n5kd8JEKgtWRC4+sg0uaFqLMLupNtMBrJP3MfqFqjJ7DSGYH8Fj9e0ROznEt+SYKiBF9 rKDBmMoWFVQTNxFSvD0yRaAMsW2Rzv4ATonZ4A8mhCHYrDi4DHTUm9B6mNk9I5KjyBNQjqlIdhIt +uVfVs8c+jw0EDsDgbiD3AmZprAwQQsSJBDknURrAYiSYq9xshghSIRNhCDaoq95cDOhqkSelU0B 8wTJLRuYSw170keSGrmls0Z85NmpNf2Ca2a2p8gNYh0vccJBTMhVkIOED8A+XlIitPG5UfMO+rsk roNKEug3JqapBCq9zrzQT4ukfteGHDBNRC6jOhtFmBHOmqwFgtm3tvpnzJJvug9RuoNEbHVC7jos aYrBgMQjE8K2suOaa7MAZF/nBJZ1QAjplc/+R8mV7pkXGOWHAgPNjGvYYti0IzEkZggVc61/MIGE J9xfnTGC1tPQRTPpLKESCIEnW2w1CqotHnWYT3Yjy4I7D0XjaMCd0R8jFg4je0sYJH0kpaEAiN3h h5ygNkKIw8n1kMzp/+XeAIOaRAhR4VHSoQ2AUvYEK65P6mhCyJCHENMRJkCoAcA0h1rXmyaZBMzI nl8cZ11uP77hXx6SRAAnSGYDZYs0IGop7tJb+lzHemOmLKIARAUnkaNQmaV+8BUQ6L40ZDpi3rQd 0zUIWqJoMY8NYPpyPmkxuNwlObpOutxY1BlxwEzAM74JmDSY6RObIilXggZ5tAXAVKuZW2fdkQsd TXuEyqhcgDizAymSzOyjJLyot8qBKaBGAMCdlCEplmEoGfY5K5XBGiGha8XLWrnAgaAqIxyJNAEj SZFpFi9cwlvOD6T2OBiUPguSa5YomqeQPd1KAKjJpphbTyUAqSuU818dzeRvzUXvemCOYzeApRH+ FuWuuclEQUClhh2jo6+RkV5LnwnYEhK2V3omg3d2vew2YOZQyGRLqHrn43jYfj2KaxEGZUe3AEO9 tLJyuiHLiTAQsgKLHnuseozfnSNtHGBbFEXGwPHjgzqpqylqCsveOQ6oBiPHNLpgLLFhGs3VeiiG FeYlMLKqvK4EiYiFRZblN8WTjyVjWphYJ393qHXEB6dyQ6DGdGCY0mBLvaTqsNYBoaqMYEkFCvxF zqhnI7Rgg/y10PXkAX+K57PITTehnSEhu6p2xtFM1lAmBiKWyhmlbyWMQgrJVY9zAcZF0aBfqkyG AZG8P4GvsBB35d6GbTWgwKFSY4EFk2dGAkZgK+mgKwAASNDZXiiDbmUJQQgytmqConaFhG70Dka4 mxRKqtKqVUbomEFsBaSpZR+EdSSZTHV6jIBLEsoqLejVqEOhxXITIVJEdkg+iKW28BSCtaDhh+hz 6q5rAxR6UBgD7PiVMlArCCe6UEniPB+33Rr0znfynw5DxuQCvPKQ3CZV6WDqtgUqnXUYUaJjpORy wufoG+LvyoqZWxPJZrsi1/YJuOlmawvqkJnfEZPiSMe76xYaFaZFK/W8bRVTJXQcREsZUDBjAaZ9 lZ38YHTtkLBnIasomtnfyZfWEERHFHhcmq6jRN6sJQ+jpKzBihs6+UO6eIC8FyHHji7QREiOGiZB O6dI4RqyIOp0xuU+Zw1iiikQONNR3zSLoxiXqCPPlJmg+vkXBCDZhrJri4svnSEp1ZGyEKSQ902I 84BAIwCA6rJ6JJojspJFKwrRDWWie5cJEtEyRZQZMZRulJ0J1JeJSDjliPUYD/rkY6JUxRpx0Wc1 GbSw6aLKOpab3zxmaaVY8TP7QEfVXUbzYAPVCi0kkAobfLsTK7x7ZAYL2a4hVTG/Sh0RIGzwAVdl 0jgVyPF4mj6rrrZq2ZogGP3ZHtLKPiq/GA2iIIY8ghAGNfOq7qqvarAEgpBUWUSr1uIx02yZIDdg qRWDg/GsXGs8beAHD8GoJt3lLJvFnbR7NR9k8WFGEsxsQ/YpuKO24bFz2pQDxy8q6F+bw1uNqcKr sNyqmWKxgpWVFPO7aIRWcOCZ7Lp4fbNsopKvwO268nuFY4QGy50dXr3+xu4YvCUhi0+V2HtuWhG6 tRV7+NXqbeS2s7ljKG7vd7ueLYX7dxaorT5YCzC5krgmyKvIbIdAjwq416qMwzbcbqXGxkcMZRJs NGvVzX4EpO0ZSlHFKs/zZGjWyVekothnexJIWK8bw3c0LLJg6lVkk7uEIV4gNBElpyxe+sZgJZIt Zifw2DRnPV4zSsq5ZCVjwbyRFBKZRpc64ppTv/kPEpsWsn4VzgktVUvBYVFNtb+EIj7iXbJqRvPG SqKNdRYo/MrcVHJPHCjAo+U5WOQLSaq+8KKnSYEVm0ksCZ/1UZDsVBxS1ALH4Zg0Oduvl0UQi3hU MOgxoWU+Cys+kszEyW7XvlWURpka+eMrfQzciADjSRzhaUkqHBNgrCEJitgqogSfDCQ1FnTCZnKW cwxrU/GCfbYZ9+zPyZF89HCfhWu8+H0zRa6KdPuXKc5Dsn5ZFf9tIbRTEDERkUvAURcRUh4TJQaz mPFiEUVrZjkqRbvxjF+YH3QXOO27Tv8bpOszbMQA2XWi4Bah0hn/8gQ+sDko0NoxQhKHNpkguIlv aJJc0ZKERG6IRVna9p/bqFc8ILTM0RT66V0ZmfDND2UCGeT2MhIlYir4JEEED1IGAgvzSs4d4Gb8 LcSHtPFNajibQsWKRf+gsVS0WWZ3UIb04OZ2FOMLQvQCk27iOFgReXSOH6nNKxOkEdVK/PCRDHfU VSqDO6jPEEdOdKoKR7KWDpTOYD9Pt+yHPJBdWRjvL8QtxWkvoF8FNmD1u0whJ1bVas5MTChzEIKE gpyKXyuDYjKF8GoQp0QJnAoO0jcRgQZcoWRFUCEOMY8Z7UDTo+RdfCB+tquuyoMhCyZ1KJ+WwD0Y utKWgTW6SBClQZkCh2eqMy/dAxmya+CWNDvvW4THz8KqOoognJnJkZevmgtEwm1Fv5wCFhPyUUAX +YYSRLARMe18e1DQAENV9THfRPShJFH2py0kgZZbD7NmiMCh8yJFRVh3Xy8XpWD9V77RqCoxqPjR 3hX1Z45HZIFcqigqJTDLNjY2qF0sX37oEmr7XTKCBcmjD8KuWSLjOVa00kaQRP0sX/KhJVElgm0W lLKChFDIVQ3u2hIjZXOJZMOjw6pGvaICj2JiAx4hPzNBvEDWKaAQx0GKbcWEvXXbqGa2y9FyEr7L CKXt5qxuvDw6AitR4VpSB7eKCqpNFVGST5QQmVWGaNMmshQui7vImXFajQoVHnnAey0XVkhUFAIo U0gfVNkZX7zzTssQyxDNZtNTAwQ/24Kgay8pMjh1WkJd7kwG0CdIFOKa0MhwIwBUQ/lHk/dTxgnv aEdSEcLRoDEsyANQzN6hhWpDRe8IlPRFzOguOEB8JRED41Lt8V5b3asOIGVEaP7X1z8KAuUd8twu 4Ski2r2JXFJO2lpRmiWIUZSIIIKzLD9RGmsKStEwCpkPr8AjeNOIK4RBwjYJTqj0JPl+0w6Q6kpW kxYmPp13FWuyKnEP31uDiHmQaos4FY7i0dcIs2s6+5eMoZ2S1vBrCoxntaoKglyRCQpakZn337M+ MnjZzZIpNrESgbGrjGkFKLdaVy0QZQPondEq2RkX2HpATSuzI3GlPFY3V8J/sqNj04ICH9lcZBSV FYHqWIxiWD8ZXRSLhsGjV7OjTCYU7YHGyeSaTWNYF11tzbHKm8qUWkfmxciU0jQIRQgBlA13pSgl xLPZPA72VdryY9igr1hePxDzkel9U+aRDcOcBd65uPYFAkm51lyUvybq+SPmYMXMlKI6VFKYqhBB xCc2DZpsoFIIBmiUn8yRwGZtLd7YiUluNOI0Q1Qi5i6tQ8Pkbe2+MQy/lIaieSGItEDgEokFCT4M Bx1dBAbXb/NS7n9I1HkhVvzQvuAtZTNikilEqHoCBjSMzWlHDOqU1EQyQpIA0uqTQHRUrSZUzXOG dEJlYg59PprQTim0mJPla2EnJRKmI4qQdaEYeRUGGyeWATIXnKv1U/4idt1WzKpSQq3kBFFHXRG8 sAguKJmbLiSpfADWyF9dQpQGOATwpdnxGLkA5I5wgKglvuIEjAt3PwULCA5q/3CEOkftYuyZtEzp KhWIbCAhjABACt6DiiYnDcUV64ssosc4WW3Pn54WdN+syTwiO7gYAGW0zG+zj9PilAqVKBJvSEMC 7zeqqU7Fsj7W3spzeurHOkYW0FXV4cZi5+ANNfYro25O2jFJDxcya6jsLXpV/OADDFhGF0+RMjtJ 2gyJ6MZq7YMXRahskIi2WqI105TCgmlkL48wlf/MRpsSieiTV4rH0RlxzNQwKAO8QJK3olKhn5h8 fHE3EpIBzYrkZUMuxJ0lBYTIljMSBDBnWZREE4ogoPKGqMjgCkkozIA5dOawNAJDPCl2Foum2gmd zlF0lTluNYJU+DJA+lswniECEtqnDEiXP5ohwk7UMFyqRf2h6g7KCgOi19/nPwm8XkWCDDti0b48 GIuNmL7lbnLxPBa77qkKUaAlYdYhn0lEBkm6RvDwrjAY3F+kEdNAyejnl9MwBgIVou6lJ4jYGwQx Jc4VIpgCIiTmUV+cYgthF/o8ZjSGQUFQ9ijxIxVZOCBFoygZCC6jCyQ5cUwPO/Y2zgtZmiQnNKFK jeaS4jxcUSptCuYCshKovACZ2CApSsIJEuSmOPYv+RfjLjuZGuULoV1oSgRXNceIiI5QAMiIwcQ4 OMUFFxgntcllOIIuWVn8A4ncbxwp2oyURaV4PmXuosEspQlBo0tqxkVylmYg/6UALTJWotePYbRY 8NRyY0lBNH7oQoarlSzOGt18a72E841CrIBprB5ShAdUc6d3Xhg8XxbRYgasn58k0c6+QN7MbnYY KvOeuieRbB3CEY6UJaPBPBb96eYnTZQVGoR+yHdoOaxpHuOfXXQFC9Kx9FI1g1hIVHvq1ngoYzST ROxyw+oRkoVuRevULeE0FS8JbHbKBZTGJeTNr5Ci8EpT4ElAScwUmoXxXj8Mcx1K7mUFddW2yzR1 n9qmxNBLzPmPliSCS+5NGvIny8rynAyXfyWY2hOw6uFZBoC1t7L6UKVy2f93lY3k2mPsVfV6fIC4 zggvUSVmlRKISCbOgKiads8vJyphj2lF7cAFElK2BymrCblqFehYXxY7XKShVWvZjJQS48IbMAaz Z4QrJjcopmFrelVIhaa2OfhQG/hN1bIDtjHQacGiudMglEi+CkX0702RoMVOUp/CiA0APmsQoeMk 6LVo/1btA646j16pjw9jbYkz264pX65XRI/BSO+pYZ3GVrJL/CJO9jG7m0g2SIgar0iLEyynmEcg XzRINqcZfRV5tp7FqXcdMoVG7EvGtcR2o3ymcdqzaXRNS6SjOi1V9PjeNNlvjdih2etMR3lK2gQO nVU4wW0QcH98Z7n7RgSChCCzwHk+kzJ9pYSFubDU6KgbhOugLRHXEogGTo8IZKYDFWNVYnMkIS+j fWiVNkdV4pg1hlhyx1sYTNTWOUg5xAl8XkxP+qggRwtxCSQVPLyTTuWkncMVbXSEPp8r1Ol1cS5h jV5FRdV03m8Vqot6KpKd5+dVc547KVLsSDuqJlUZE0RVWPO0TvuebTDuGRw7yr+c0qva5tEEm8z9 /tf2dpvSrw7svTprt2Mt23XuoF1HYNwd3NHeeXVSRWS/r/bG/3PISYVTB/0qodre7qbTML7/c5KE A1baQG/XurpzpVPFU6W976+fBrzejKu46sjiznVxnIRN7g79sMnXcRlf7vrqrE1jO4Gj/+8u/v2+ 38z1/dNmfaPfnKHRWN8f93cD1AwOWvpy//z6uf/c718/1x/Xf/7dfkDzYYabsW/ft7vfn9d/1+vP zb/r/+636/3neru3dd8tQDgk+DT4vv+7Os1Yz+v98/t/dycj//zrHOPbP8N/GtSVf05FNvHty5xg +3E08r/vu1kQ8vp5//n+/i9Cdm4NFO53V9ytxz+NP02PwldccOV6vf9Dc7T61wj3++ePlq5+3n6M 8HX/7xrQ96+vf+ywB1KKDj+fKqiTVtqcpXKQAtkgVI5eVWdVAyffhIXpbS+3pp4kyIRVMszC792I 7dGmFKIO6sNYJ4GkdyGWyi15z5B0ryOF92RafkQtvg6V4rOJZFoxX7nbuU0r2CnqJrf4Xx7grO+i HfKsn2foemiCaJEspCKlhlMbr8zvm6c8WgjItjtdhmI4IiZ5SHyhQnGIj5NbOtOGR+h4kw7i6Wk+ dXuCGWaRhi60QZzEAYOu+fqKxT0XQGvQoccAU7Y9aGE6mhdoHU9tbspEUs+Td4nrvv44iboH8gzX KdQ7FaiHO+CjsQc9KDSRpjlHRVqPuH79dJARQf0gFdSq9ghBPN/vHgFJNzu3CNZgIxYGp8LjpIFT YaLOr205AhjiRhzZU0Uek4l8c52eHehBi56ZuHnioAZcR4NJtQzKjMCbbWqNhNmoBQ1PchAh89JC FcYZIXdcvRgYcLn+vVpedxI4IlirqV7ewJ7FQqcGZnusdnsXoaQ26rSeOwtH8ExFCHqWJO7uGDyM wMpi3R7i43GsOplYUw8jZC1rz661kJ3bJrvQ15tYuDtQid1Mdx0TcmB97BjhgDFrv7kLjgZu5hAj tRbgM7VIdI3WWWHZ7krcskKaQFbSFWP22CNhZIfBZr2dy8jQ50a5cl6mQDLl06jIYbE39SpGFsNV vCrkym2acLlbDngpG49TDZ+zq0hUqCDMy9fOR/o7UvSaoQZp051xhQpVwPnNTxE6YPowSPiyJtJZ tcfGmLKDyhTclHCt9w4hcbmVX+VTReVtFTY5R+kgF9AAWcSLtqtHqSw92SIOtGVJ7ZcAIahFTcUc c4tggViWosQ8aqNtNqRoDVmenVLoWEWoYyYjIUjQthDXsH31O7SRbwFnQQU/60doJOYoVEGdjsIA Xk8Zwh3Fq+ICODJXsaw48MvjYtXyYtFDdqtlAXPVUDN7Tlpr4ZDbQ150jX2FfMmPNigRO+fodTCQ QMtoyXrC7hfsyI6WZbuE2vJUhrUrhBlQIwCdKsjKzXP3Ivbm1acVtGJ4YlRc9NzTXR7scrPBs9io TyPoDpCy8KtygN5qE/NqFl1AQRUASutJPJ0t2KBRbhHUPTBr3vRXtJ1i9+xWws4CG6ME0++UXXcG noFpjcxJ6j1p1pJrD/CYw9hNkRLQ+jy7Y7RM7zLrac3Uef4IUzu/PVFFB+ETCcUcIAEjq+5X5R1g H8XSmanEGM9qe5Qg+I0CcSiDFmCMtgcVSYJ7CVKYIipywbSxMpU9stz1+OJ3DsWjRVyGHvsv9LaQ DUqQJJy1i1CFJ/AnnxpEJzIiS6riSVmxwyTZh87jzKIHrinDM6HSK5NGyDPKYWx2wLB4ro/W/Y4q /jDLDKynDnE9nzV/mqEEj1nABSv6iO+SNRQzHPaSZOILsCSdg6ZBhXqIFJCYkIhSKEBwue5mdaMG 9qG513BoH2oop7u5kDzu0S89IwnY4nvlhVn0MgyDU8lMpuvm1e61d5662OOMYO5RQuQyY7pN+wIn i0VJKwVgHFFxLV4ev5/6GO6bgzBhtqIenigFX17AXYDtZxASStqzJLIZnYMXQB1ZNpoi4oRdiMtu k7X1RK0olqjgmVMNXUZ73+O6+UHDJu0EdShHA25otgi1i3xMhQuJXPpafTJ7P1cSqChdUB668S4h yUAZgf66k9j0kB3cENVsRWcSXsoUrY3txQHZKkzpeL0EGBXn40yarWWbfJ+FiGGAxIFnvGZwc2GA 4dHG9AoGmZFIX0Wu+skFVDEHT5g34pxJNwLMFAdIWXZxElWmRsj0W+3C11Xt82h5E30NYa1ki4mJ IOtroGjE5IPWX2nZ6mZ+I4P2JcJyR3ImAVTjkd8x5Iwtm1cCWYLZxtr2YeaGmojbqVrSOk3uKf9i y+5yR4IXRXr4S247AVbAXPkaekwpY07aUMNApwQGkkAqWcZS1r6E2iebLvqOMjkARIBKSJWZDnZy UBmqBQiBtTljhWt+owRfvnGAjNp8Y4hhB4dWEos5MANGyWAQqhxBj3agOGdUlRU7Kp6ALtDKaGOZ cm+1gtJMjUlVFRtKRBR4SxOTzHR/wgn87AGQkguS/9SmPcMlcS6DLRliNxIWdC7q0J/ShYZ21bfQ ue82GCTn9rDRYu3b+MQhExJDhgortEJUZICnWIv7MEiPo0YYEp59oFhSibGXkE6MsYSsa9prHxh5 FMvHTV0S6Ix8V+gR+HNmvnlpRXbPCAamdRb026+iTZpr+xBSZL40TPvy10zlKIJ6uaAM4a7iSTqb au6/YGwuOh605vWqFPRmTELKmBkNVEnvgIJe8+um5grCDknpb1UG45D/42cLPQIk2wTs9D3DlUpS +xiKdsD2Fcv8KlAqSOsxivEjvkOIzlRstISo2uBoeiL0sg3q1X1oFElrPTMWb2W5IiQ9unSUjU0O yZgHqcjWy+sfESCBVExWYLSuYL56knZBVFqlUi00RSc873Ct9lebo9XKyk3NsNdydnR/8VrSpvjS LFmiCU8vsINMB78l+OAt2qxYdJb+k5/2KhFgYZz/FMktba7K1eK9oi7AknyKD0LowVfdJkC6VSXL JQvPraRkU7ySLjVptd1qL310vyc/bC6wPaF1ip7BI6lPxmmFB3LJf5T1vgMVYGQvMGZf9PQAgjod VmapQNCauMmCFjGNnR22g8GZQ+0/xy1cB1sl1uRE66idCqeApoVMtg0BLROXD1DkjEm7+XUETHgQ wpTNFJAt2K/4HgkgftiUjfXcDV1i6EyQ5WyDVjbYHDiC1glCXjv2GMXF1h56xKZLFdUNCOvJTUYn tuJZys8Q4QAdyQbCd4Ur9EFyICGJ8hXDnsw1mhKTo/Na1JhDIO4plb6N1+xgAgKPY+wBrAHaEpa8 L7p3cmXlfgVbR/4ZJR+dB5lGZ0noFvokaQTVnVKDg2NlwJZb6C0qx1a4ZCJitT5QhBtqIgZQzHZk FuPfPAjf8XeAKciPKZlUkM/eZVfoeylkCAEMrC6aHhQ0X0gsXBk0TEQldKE1ZZ2Xd0GIAfKsUQGG x/6ZkaJjbhtxRFnnHFS2gyE1ma+FAUUEBTztomVyyzwri0RVv2b/Z+A42QIDP8wghiQ12QxEDsuW PzJNQOIymOBgPgnWzCMGuuLX7FkmrmV0x9Z52Nb4ICgxYcBhyua1tVX5BqUlLJmy7LAZNXTXo+gL eUp4MnOtGqib4H6uJAiR1waYgkHn50gZ2m6H4NFe/LMY3zgMuegIzAYBcOlGxBNytXMzQim+cExF 0wBsup2hks2XIEQN/cxH/gqnon8BlUivbMU4yiQSA3WbnItzA0SAd1nB31evQmtQ14vnOxzZWSLu A70KhsJP50sUg88pcAzWTRJMALKcWFOcDJUASwbE6rgGD4OC/Ipi/IQhSwSJlo11ARia4kNKJwwk +Z7TPyReuakJRpBSCGpRTAoDYuKfT1/e09e+WJtXzZgDMnVxsKqirjfP+sMB1Rw+8uqlbKUkhKTs xIfIY3a6KeBEwO/KIwWw1CE7lkM0O6MLOmf4U1OhEyxBmyz/sg3Po1zFwCKJpA6E00MkS3KSI9eQ iJfB24jf9w6JghKS8vFgi/wxWSKp1ovgxQmqac7Y2JniYuJF4L1yDCX/9sJADXLDqI9RO2ijdCxK f99dV02TVzSoJFcnU7yps22ACKPjKlR6GIlQJjRktix48QDQwkY/hE6HSkXHAIzq4CkWKXWmwAAp 5EiE/S1DBJljLnxNy0hlNNddikEw4Jo9aJe4sdFIcW/zO7DEUFboAEEZ9bBZl8lFWwJmLswvJCq5 UX/DS8ewFGD4+updeEhTddJgEj31ysysHLfzZ0zhJ8mhdMvlsd20CvwVoisRG15k1s7wJuoclAZO D1sWIC3pBbMCr2wzzFXdW3akyCS5zN4555oguNUEdU5zft+IvzFUMuvv8JOQcFeu6Gr7sVk5NO7V WDsCBOz0Q/VSt0LAcEBYZgleGNhFhkB23eEpBCYhu6VBLrcjBKWQt/gMG8SH2DdSV8pw2nbvXQWM bduaQ1sCXvTnBxjOnIHRve3TLCAS0FoDAAJVjJ1EsCquFOEV1CU7WQeUqBgD0sm8+5kF4pQQZOu0 Z51EwmesImkkAGdtAAy2hANhAVJ5XEtwIDVIjJvCT8CYdeKWm/Anj1LaCDr2j/7Gf3zEBDaXKsMa ImxIDqho1m3tO1atM+tosHDXlHG5pQEf0YCpJA/wQvq4uFw6JTJUuFqtcGI++ihfVwSZY0uwkpaM V2XqVppyB+hAQREuAUSx7+eqGfrAXaWc6cM050CVSTH3lo+A0TsComCCVvUGuIEJrOTdxiBgUB// Eg8IwysS1rNO6Ech81yoG/kgordZe0ROyZKMFX2hrhBVfFtuuL3OuddSMvGYJDA9LAbwcB3yCiJE NcYXh3C1GMNWCNNcLKMsIGYHTSlolw2KPEp+jSSMFK6IrlwqnuQCjQ0/oWABBj8pQmnX2YJeLW0r dMss5QJlrlSwiLSQtHC70LL52oRZRWiBbzHqYvUgayISoDxscBbejAlDQmj2jz1Aw3UCTHQR+oma eYWrGxywhXZskSzDLG1ZcaPF39LExg+NngKWIxQWL7gGsxJpwAr8dl+m351q32gsOWkndBF+a+vt uCiLgX5bOh/MU+AuTSm2XJpjHvMjgubVsWtT9mKmF49V96x3s9F2Bz780i/aLB3X4Q8UyihsjY6t Qv1trZQQWX/vXF/j4OBKDaTChkQjob3dIABZMKwJPj45qLPHugFTEiSlMi7aAlCiFFFKmlTVbRAt BkYop8d8qLqXdSQTWhdufXhmtX0mPgZRtXgNCoLlJQVuIR6/QIU/pXqLUJdMVfOg793kGmySzXc1 37PHzYq8WjSJ8nE2MSNlfPmFLGNuzFsEZlaGIOGJyEgUd9vAkjyQHmaTZiQCCTXXL7DPJpXNNdsi dgDEYgCRZXK20xcoVsgm5sJL2hCVjGB2hMZEZCBvbbYxDWwTg6SFJmuNFWZN82R2wCXySLDC/4Rw Oolayapwv0yuognJ1C0Na/uddNYsYYChDCvMbCJKTyW/lAClSwscZSBHjtqe8y+Jiw7lgVLg9I6m E1q9LzLEj/ZClxqUQq/UY3CMS/Ttdbe7f1KK2G25/0M0SUvqZKOXKTMKsC8lf3fuAKlIphadI84e hd9+MV3cLd8kLT074GHvJB+pYEH6UkxaWEyGyFPYiQeJ3AEjJAiNY42muJ2842j8gGBiqBlIXE3m ToAxVY9ViWYKHuSmrMUG8ilJBChyHtqSWfDgHBMRWHkhQkLY0Q38iQCSY+p5hCCZj7zpPWrEjmX9 PWEAN9rcu+GofRh2EkLFCsKA7kck4u9hjT3zJXYraZCZJT7GbO6mC98xmREGfVUUMyVIGQsVEgTS dHagamZnTqgCsHCy5fIlQ1VvIVWkgqliKPqXVQd0sPc7S4U7KICpYMOofIGUKpF0nf6M8ph4IcwU PiXL0CKWlojfmlVGALmIflSsQUSrOf/uJ8JjE5QgUwad94SYE33csUkz4UjaYZ1voJMF3zyoH2lK 2598wp8sdurMTjQCREQSYGr7mU6d6pCel7IkXNx21iA1pGr6rDs2c16JX/rFuEJdE/9SSuMRMzlF pM5KTCBSSR/AHN+TV9M6EoFC+c+VvGATNEYmDTETrWYlGnbspI7YMRs4vYYcfCGR/WG+5qp8F6vS mw7uQBTsQz06RPZ6EMAnOp5y2CyUkHDXBbErTIo/RBLq54RoYX9WRpesW/hpSfV8XDTnr6/B+5n1 l7M3eSQWgFRd4WqZkagBdpKFHqQmFNssVApGAgyKhPbzy7V4BGginknJKilivTO2eW6WJ4Ghc4Ex oc82nfPGrcLWTWf8B80SbJ0yqQRHSQ4auoKwfDTxjhTZWCGToL2MXhDlNoQSxfYExuVEKEQPpIDx cXY+RaaCUTC+MgxYlrgDkwaFtm/MLClNvQGVJqV02Oqugl40qViZoLjF6pi05560yY6283OnNnVu CEedaxYBMSQ5kjcnaOVY+9eDKg/E+LGDNKadaSk33XNDmdTsvE4e4jFO+3IVuNjj9DFFzzIXVWQV KWHWwx9gAbxoJdT2pIIb/IM+SFtE4lQamOFIMzgByYDZuLcehHGcSHx/85BSMYDDXNimESZyJA9m siG4k7jQzdQBgJIcou9A52xYwqz2xeFVD5kcV3UOviigfVJFJLLAEAcJgW8nwPPbAz4AoMJquh6S aE67weoRasZi4m0nQ5iKhuw8ROHaRIr+FrPUCkMFHlnfcAphIz+YHUaBZ9o0XEy1K/EPl7K8RglN AKs1wSstSvnRN4gLOTozxrx/GE2DeKQNBTLmUKXGyC7OE1nBLmcUGV14e4ReDIIWgkWIPLg5F4Ug 2hiJxvHHGOxvRqna97ApbqFzAUBfik+iGR3K8ha6uyV6xhukdpcAZFRzF3iosfnoLsIjE9Q1REH6 LggnwD1hgaE4kNg7Rp6Uk3TwV10s9sOXhC0xyJXxYohe/EmWFWEQAek8IShcQF6wEqIq1QQA+cxd XJBHohE4mlREfFuaDVIU1G3HIvV4lLsXoa7nEUW8qz0nz3mtHWvQ2UpmT1pwxzjRzIBovjHNH6s2 7fPl4j7I85N1ScuwIH2jDKQDRIlOCov9vifPUDviEbOPRcyQxiVcib6RtGaImAqkoeaEJDGiXK7Q 3BYD8gITZY21DjZAU5ZsUAIvyjIL8zUfhGIZTwYNx3No7J4f+S+7pyfhBFtAFdAlVO3QBxHpaNUB nhEjXrZ0il9Md4PUsu55qDSYsZVL+ucbdhnBNbY7ueJCkMv0OTtmWL0JvFbZkvysrMgzqfIxM21u V3K8RMVEmWEl7hS8zsM48Szdg7BLaUYDsrfcj9mJWdsHrDsEjGE7BGURGp/ilg6rOXABEOEr0MHo 8NJZg0hBuBE4LUsulA8yNKBqRsAApQWdpuM/5M30KO02TREJT6yfPLc0dst2QV98ITyB0WhFEXK+ 6KHwW5HCvHzpihs+O3fCfIp7ShcSndbajFWmj1J8aDWpigKea7fRAUDqMGbk5qJdJUFxDufpyWit WrADqIpQqGBWlZ4uCYcKhZCnkAcRONNZgFyo7j4LEqrCtHmYKVkQ5UazxE8d1i64QyQmcLUV+UI1 9Sk+qJDnRAjLELGg81qiXxQBiIH0Uiiu3uRA18pHBut3DK1CZ30B2B/eu6b0oRwT6SoD6jj/XSWr QfClEK7LbvcHkTSusqr8omsFIYWp1dpQw1joDoYqugo3ijAFUlUeQWf50r5S5RfV1Minrq763Qai RqhMlyxVInLPKg82VT0bi0ACN1wKypgLWXCvnIapyGLhtXzTHrO9PzcYKkUFMaElatpUb48srQmE TuSDIAUDM5nFCB9JlHHM0nZresaS2f0iBUbZDCxGjLuIVO0URAmfsCfigiJkEyuD0JeqVRUA7fhC doOQ3h3Fk15BML1KPERPSo9mb/xifKADFWeTTtEmhKtq1a7z/Kn2KftmT6pYQc9AeGBugKhYob8f m7IDL/kGiXqa3U2dUKHsqbx7NbxmO4BCNbS9rjZQqzO33OG07h2AbH2KNOqrjmfPMPTDyy3v76uc t9fZqwVXT01iNOx0hWq6t7KPpCVu0VZjxlDPJxIQZDG9UzGAusNGlrNjTUpiss4iIKE0ujJ/BEUm DzlmAZQjx92Ylv5VhUTRDAWjDX3Uq33SguI5Q9SO3Z6Cw/l4lIK7CDAggFA60zheQdiiSfVlC3Pk 2kTQIjVAgERSqbKxhyhTi0REPXQKmMwL+zHIKo6kgE1pyaQXVeB98COPRZdVpq1T2Aamu1Hc88m+ CHgqQ/e+EcO2fIfwWAHc6u9bEYB99em2LSVPRMIu6IjWrjPzGQiKHeajuKmkbDlGIbNt8IZW11QE bV2jLfx0wlpJVXR75i087HySyQm6E12FeDi7ZQt19hIDddwJ24kacgFkO5gpeOVZF5TRw3KylEUY C+VFsAxgZKbbdNbClpEJgDsKwDCvmmxIB9pnWGrZi1BtnHYnCqvoQsB+/dYmbDV29d5mKlvxTWRt 7maDdG/DZOwzkV2MQ+hnePSiCGZP8asWR8QAdMsCEJvgL/ijYDrVOg6Cm4TCJiM8hfYqw+1NNHgo tIKWKsbCGUTKS2JS2paKKD4DjRwQTxpRA15sOraJrNoZ2KYXd+zwI6kFADCP9YmtL9zi3t+hgMz3 Zl35elaVa2egOMoFEkWMpucjuPJcPwUxTLVcndr2M0uWUy6iYdnAWxTtu4tI4tzm4iyxUXvDiKXL 3FQRW1Ak1iS0oAFEYkXDmCVBE3oCXLeE0T+nwtrGIdg5hYGONp3L9mTNk+cLgKYCnAqbtwSt+Ny1 QrdW+RXfygbET26L1grBq+sWO5kB78IBe8S7hj7ok7oiPGO0WlZE2RqcCCz0S8pEdWyqXxosLSmO Re4CeCga0lJJdHepWFo/yUxE4HSNXAZRmI0mnqbHS+3NWGgCrOpA1qlP4ih+raQjrCq0LJAuwCz8 kT4pjjZQniBnU54ZIQyIZhttdRJs54BO4iO48gNX9AGG1GzpPjEApyASJIV0YnWnbxWqvS+Obdy2 NTCD8af0hGDACIa+EkWTuCHvQHDcTDn4rNBBk+ysoLSIQpSLBWJCvKdIPUm6XKeoO9fJdJFZMjk/ bHifs7fa5wST/OxCMstA5Jj4qqbPp+eUE5901NcAwlxxbH9rozHtQqJkLAFzBd9h7u1UBbgYvmDJ DSNwfEcDzUUBW4PsBSLprSWx87Zfi0Fc0fxpjw9bbzJs8m1AkLLDv3DnmojW9LdbXLeROAh2QbzB 5DHz2RhWCFELBoLW6qTBWG9Y+6d5oBeDYUgEHKhMVBqeg2SrjJbFWw/0Qxfd9gNUIPka4uIB/0V2 rBRBNEEE9A8JDYeVBQ+FOjkUBsb4ERwdxpGpLWGaqa47Shhn8DuxB71mfIpHABfvIneBJ/HBYzCk eoQQC5KcXK2bkgt2phgJT0I60eF/syf43wqjnZa0qRAKq2oiKwFklTtfqDKNJvfET1oAIWQgYwk/ mc8/mrNEhg64ToYZE+DN4Ele5VW0NRK4Wd7RB+gWEqT7hKpcOcDTAnPJaA1Df8zo4jGNFDuIaGvr FzXUhkJk55jr1BWE038UCKQHtV9oqWuoBGRUlw/qld05RZBG6iWQMu+wLi1FEEauZaCycuk2jlb2 97101ZSeLkSNGlckYU1MTBVBFxCvnyWy4aJ3lrqEGjyGyKS9PD+MJmEVamwSss0CZklsmsv0H4eA ZRIfBjerDDMsIb5TVkZP2mu6JDiJFVcnY9PPDvOPcElvjCBWxCdHEmMuzrWuIcg1QENoVAwxWgxq FtN0A2dzWOowQcoOnwgtg2Nk1A4vSDPFGJmO2NlbVtuWLaMYPqACP8/gf9LOv6e5GpPB9uYblmJT 0uBPzc07G9UmnIxHIstUpBOpU8te3J4QjuyRFkqfsAltal/AKdcwQtsmmIKsnu0A/hHejGn7YGmi qDjzVSDL5kTVoriUWssFK+6IHwqYdTd5a+5iKPC3k6rdQCwJGyh2Q5xibB1YMxpRZqZDkUYBWNlN G5a2T164XsTFCLSY3t6HwidbZzIJ7JoBilo9fHeMXuQZvQRAuIxI7Q8pXJRPZvgaYQH8wnzZrnlN B96C/8JGo/Y/WDkAb3pnfxqgH2MiAPR9Cxr8gCyqIeraABVmI0BBdvk1rmU3WNIJhYu6nzTHSBlJ LDh2O2BiKYph+1zGzDFxQC7ANBQyIrtY13DA8I/UoZYPOvaLDJfzzPRqpYOsDQ2BbgwEi2cInolt KrYTSD6MWsleNhPXwI3XfrkGLtZY2yyfgM3XbBdipmjgSwEAYNWWkvY90ttn4lAyk/UVS4KJkyJU 895VL1R9qZgpYJE4pE8AJTgRwSOT2jQ6d+AXA50YIhxZJ/hlFWymelTOxf6IFAlmhki6WRyGPa5x kT2DYIiGYe5RTDwewQFG7BEVtHHcVjScTbyJgGQ4rcEjULRtKc1oBIQh+M+9xqr9fFrPW80DAjl6 GADkuogFSBeQy86W+IwOzEqKPTWUC4SxccDABpg71vQTkfbbteJaMoN/mb1EdM18yCmACmQgrAhE +CN1m+3+SnJ7HR46Lz7RQOAd9ZtHkIkCbDjcjzUtKiWHBausNzrGfVbLL5a67RY5PBZNnNWMfJxI DqHYvgwa7xb+7Hu/8rba51Ryi41jjKxkbsiQgGiRr5JdsTrZ00vcyV5FRyPkKRbU7W6sOrbvWNdE keyJUE1UewCTkrmAbDdHFBw503yHGUW7ecO8it+sdy7AfbKEIVWA53cyge5VVl6kileNh7OWNQMN wVsID8lBfvzHyDW/v9igTZgFLoR/+raLUnPo+8mt1N/vfH0sNg16FfWrta+wnttcRNJKp9lbELIw gl+thGIT0kEhvwvvdlQWXUAt0iIVx1ogwuEUVLTzx3yIZk66ZqaDC3lAc97qsffTYZPPEQAvo2xi rb/pqhdrFpE5raJiWX9pF7AxSsw3ApJDswGp5zoSJXxoe+xjUXomkWzwPrhSo7hvcDyPInniOUbK biI+LcITUWpvfAq0VgbUAVI5cyC6nMqwElpOwnMo3Rox8nT5GmMlHhOwbN+eVfQ7RuFJRl4FhnOq KJH160jPvLcvhuNlmA6DZiRn+Y1GuwHJzLNRFBl9igpwPzOdkWENpscgKJhkjgAQbFmjdqOZOpth /MwPDuY1aIa/+VqcijsQbFwhU9ZomjrGEXuVtKwliztKIOt0qutEIzWKrpkjBENGTyF5zYojIKJh pLNS8eZ8ntYy+o0YWyWkiu4jU+v1Buo/BoEmTaGKPBPWE45lggm2o/7jGEULbMKd8FCyIjE2d7pf PCt3yzRxbXQRM7vhEuLYNoMyAr0wDryxzBnbMoi2Ute6p4foI7IUdwVSQyNNSnxCd6l6gTMbY3Wm /fbEjTCkOEQSm4q5ipfZJpyebQqO9LTHlLJ6PRztj2aoIH1VpJ0sB5SmbR8ipfE9GYFtU4cPGIyZ GS4VZZpx6RSTE9ksOoRxZmb7eCjCnHmfLSk+EvdmdmeJddI+gU930ijxNScDNm4ZveGmLwUfC6ph Zk3K3NI1DYAUWhbloWYkxNQZmZeLqRYyCwYu/s7tKs4Yi5pHrfI+AYiRzAidvJ4I04obiQVnesPD ZdBZxeMUvrIYyblhOrYOsemHK83tO1HAGVdn0aHLYUVfNNQL4JR1NrJAzii0Q8cBRRVDIUxdSvJV Npi1F1VEEwFFWU48qDYsCOIiFea6kbuGEoq0Nzx4W4Gg78bxHHS6Iw2s5EVPk734ps6mb8pt/669 fL0trjpYtS8igOTTXDqYxhayUj01MXDljsL/VRa/WhwUhGoCYAVYyl5Y5SlOZW5hRntWVxsEt4ql auhLe4g7LESkIej1ZHFlVIahkqHNujcWo4/kqj3MTkuw69g5CvYD2wvfcD2e7K4Y3wHRhqoWqeIp 1BeOFh/62gPglVtXIMACra4F1a2V8K1aVIOXCHx6rzHzZ/r3t/sJR3tYwxksrF8C2QPZiQwjw9fn qxON1F8koj4cixOTEh53skSkYBVF6vnZoxj+M20BTAJC1Cqapydb2chapiNRnJyagHiT33yIFl1E cBvqmtps1PDy2bqneeN1tprMdr0QRnuPMyT2/Qe8PXuCyVQns+NBQl4AfWZnYnemG2r0IUUlBRV8 8bwIFjdRGHAVz4lIaWgRzSoUibSHEZayEPisd/YiyYTl3idOxkY8+pdUw5S+we/Mzvw0L6PUEg9Q UtbcfdlTG3hAg01okUmzEMzvo4bNAHlgNJqVyJyn9QfjLEPa4/9EGZFQAFiasKv++DdINAeJ/9Ff n7YHGMm4tCo1mZ42RSFoagQoQ5ZWpnHWJtN2BKNGTgUPtR3pVtL4/ELkhBCTHO2LFlIuA+GCLhVe RKS4EhScS9EHg5xJm/pzdSEER99JHbNZ8ZcR5odxKudTqsKwZ1ONFabHG8AGCnkepCVSrdwV0GX8 SUnbWlo699lvHo0A2Uwi4KoSIjq0zVa/Qo7qq3BmAhACX9oFZ+pCKF+ZBUKcUeEFyCvXk3FO5CqA DDCIZ5BJ5nYX1BYCrfUffNsPsFpKMzWEy5vI/hZ0MtPaMe9gauWfz9UnZIoA9TAB7YMhisx/NTXS kRYKmV+AAn/K/+aL+c42jxWlnXqxWXCGHLpW/Jv1bkUYX0fE3JmQo30T1M31GIGSTVEMoKPresKL X7adidC2yUESx9WRnHxSxHxIc7AV16ihZvTRUKsECgCKrLDE/xEH5hh9ynphBgqkh2DCLYxA4mwc nkLJuAs3/PKahggOqRzfrhJUAwKOWy/Sh5GZCzTCGpEgnhTiDUK2llCMqEbjQppA5ZEXd8w+bPSP ltkt18zHPkyiyKVh0hya50OJEHQmIymxu4J/DNIAdbGuEVOv7AAvMyYa11+kdhuALRCKL1nC5pta 5qpm2dJETXwDCEOVMUMfhoPQzuXpwZZkqVxwBex+DIWcMupkY5E1EmIESIsTauN6Nrl/aQBQRtYd LQL8DihGgqUJkWa233AonXazdYkefiIIe+8NFPqgcpEzmDFuHGpzEdj4KaIS2TeVAdGEBIokmZES YnBCgFnyxsZMOqg0ySYnMLEplaQwWBEWXauLoTLNWXsjNhavxXuSeIWLVIZlKiBqV4ZaAxeepWdm k7jxxR/OXYOhOd4trGdLSC+uZoB41ZkqsAIjexP7GAxPK6AeaIsakqQiMSjrk2vsSLpkcwipbwBu du9J9SMSiKgLQOJvPjJ+wZGc9yQNNxGpySqoEtcSX0tdMYtuCsfRhLjjhP6UZPaP6OKTzFhCwRHP pARyFjlIabEvAvVsS8qkt1ESnj5Bu0tmqEaV1zh0nfFWvSGPbk3OW5bLbGR3+Tg2PLsOCvWAPlMH tsaWKnuRIwNRJ/lasFIcX4bKlEVkcDA9+rHpTM1InnDmYphcv2gmy4bWSqCEQsLlVrEGjCDv4ZBI rnECmT1I7eAFKmVM07teuDhIDNg9sSvnMNFOeOCd/uIhYI3P8BjTdNkiQ4IbHVMFYul3xyz4wKog 7DLvTIUB5pdxjH8iI7PFPhhWop0JMM6MVGSf8mqFFy3ZNWw2WEWez9JW3B1DGMBKdTZeQsWzwIap bE8uJl20u9TMWmGy0VT2zCyQyzIjm/mRqxArYsEhs8ZQRb1yEkhW73cLY+ACUH1wJnXWvMOUysXC LqEgrHMotmCigRkjC7ohWiPrQzY42WJ8M+Y3TVUugbnok7HLqk3T64yPgLOjIB3SlvCFmwZxWHi3 UKvoy9T0gtK7V7zkc4daRJCoWUxlipxGkGd8EyiIlYcwMu6mR6iRt6yRCcIgb0U78uxhSeMOpXxr RRhhfaA53hIYH0WlLermphGKMqFpXBN/4BSG2gKJkT564IU44WNlH6rJprX8bKisNyMK3+M32qcH iay0Ql+lZ1hMXcKBHQMepBY3QAGqeMKoiKI5iWxjhy4TZeSBm3QJ8YM6YgA/As3oxbTgbbGMThUT MEMsZ6mjsipSRlhyQQrE9oYCKBzKpICIO+7xaEYOHpytfZLGGsXZyMsa4BdiZnsMhWSau+1anEpm KC70aREuI0LEfPYIuvQvNc55RY0Szjp4+gBqExhKl7yVPeBQu6eaI5YlAH30Bxj007VoXCiVaQ/Z 7D+RqFbMBrVuO79DDgtAIhVQEVymmW2EEAYgr79yh5F6NSNDf3URLCNwgZPZdbeU60Maylf8Wpk5 guzIxIvMMixRHNhwwiQreqRK0ZYWp9FiV5aBxrRjVmRYecE95r2EyDSNn0UlkvARsm3rdR4Ba+xq KJaEcQYwMZ+WWuh3v56Z6JnQbNoo/Ast7yMYTqknD0PObEU84u0ib6L1i2kmnGibJKB4AWLvE9MZ CJ1Cw65Th0SpYFgMWfHTRTgms4siCEmCu7XRIuHUDdoURUWorb4FqcWBsOAfi1QRzTpmhlEFzM2n i1oYN+EZOKCOPNOtdIQSGQUKEd/OENCGOwjpHnfmG+gAjUbViyqdbS8Ibvr7sAedqJSOcXMcHxam U1BasFzCllpjelVf2GVJ9YxczTDimhgsZAtUJmLugg+d0yW3skSoQ4vy0fl9goxZeefsdBzBD8zP JI2JY7cik0tElaFTPAjItoMl52ZPylJYIc3iLSpPdDs7gcTPUxhzhoWPTbzPlLjd0pWOellvyx7r lzFtEdBySVuqshsMdibI09lMkQ1+rVdp71l+FZ2vO1Vq9bAHvX33kDy93oAVQNuet1WcHpI2aNs5 2xfF7LTACU6WyK4w5mUw1NYHGwj3CPUe4UUnLY0DFNiDyV8zKePYtWUl8RpULgPX2qUygHJNkZ9y TKdq+t2vtl+p0KjJ2CxnC1sbwDqRVZv2f3Ugg00d1VI8ZN5eR/h5rrxRK7ugzp4nXhUIiPaSeUsX OG9tIDOmUewcg1q7Nmzl6vBYq3w9/+56p0bAzPa332ZKSdY7FY7sKbENTjUnurkIVgWpOI01qmbW QytMXZ18axqvjQKOI0adSIBEsOh8hSbSzzKY2NKhn7cP9Sd3gr9daEZus2ps6Vl4eLl7biG1ctg7 NMbdztZrGODZstihatXH/ioLIGOBa6Uxpx4kE4gcVcsItCy2H/2BekUurOKazd6hD62A5kTYaJxw +EB02JKos3bdUjNh8kHWQjCzX3MEH+MsXI/n5t9FPTtJtRVzJ50qpTmYFIUIIUKFaP1AQnATkexa S+dJTaFImyb9ByK8jYxR2pIxzDro1WcBRowwLtEcK9O1I1XWcQzAuZfUmAG0lAb0GmudrFAk0+Un oM8r4SsP3OJjNalRJYWdT3WL6Lb5L5oXuqB42Y/oqkLos+00/A6fD61Q0IZ0BY55snBtpGcCug1g PHWLxCU7BXqSEtMWlGUuwg0TGcMcZKMRtkghuRE+xUFCCqiiCpCoXe5tVobMakRfayt+uRcKraLu sAMUT0ndAa1bJYmoFJ39Q0T/GdlHRF/6w4YMI3Sm1f7pzog0qVFQvnP/KHifOz3DD4kbgZnC613a vMRYb+D4TICUIhISuEKalICBgpJY1KI3nbRgLih0+IOZYq4t6+ACb+q9hWZtVQWJUAR38DIGObed PMfSGcrKsj/pVOLtp8ttCstmOQ4FBkkUO/BOU9gl/4PRedAggG/2JkPkArP/6YwUB/Y6BMYaveOW nWjw8Y85SoH1dsz1x935y4mpjfbk1VWi7oTpQPPbacypvzFdNZrDenV1oIZJOgIbYRgt6APYdxt7 d8AFilLDbB62dTZ1I++06s467mxt7X7YTz1IllOB2/YQWKZu9wIJc7B25i6+MFOdKo3MWS/nYJBo 6FCldrNoVFSfplWATor8oKc/1iYWZ4o5SeDqBmSD/3pu/4EN3SwJvhPIKLytA+RTklfppdxcCkPs Op8ZNYtjXj5uBYR5IrigfdNVo/AB0smdk4SYMRtbSE3WhgAEDCOEadYLbKM9zkZTgpExN3gsAj66 1bDQtUbFmGHL56Z8paPlR6s1bF+feYGTs6dExstlkzD4qm9nZaLStAODif32YNjgqnSfhGzQ0hzl I4hHk4wEvaCVbWbIdVcnN0O6HV3NpDZTZGDwMiPLMIo5ICaf7EDFO18YCWG8QSEjxsgWVBBrUv19 2Vp5AGBqawEtTHBjouJMCLBjTOSNHACGtusLlfEbyzKTMw1kpyk1j8Zg1BcVoxfiiF7aNwKdwIqo TBqwxFTFselYoaoR2geNd2AzwcyQpNVXYL1gEDqic0cnwdIDBd2pm2lnGNgxy0vFpopFrR/J66NA kVr136LECqeGBh9ZwlbJiInwzmAlJsXPUTteiPer/BfgopZsMbNYGi2Ac0HeV2xuitxFMZmeAHUX U/iRkkEsKG5swHKChYIQ6Trzrg/2CcEzueJaxAFqQaZhioqVCNogoEyaxbcjoQpeHFwIqq2eOvpW XbeMo9QpqICqccY/BIXgJA5kPR9l0vUHbAmwuBrquGQ1J3qgJnzTKcG8cSIw5dIGkcof6GPxaEFp cPvR3SxQouNh1DWMiLN0BY/CNL7nm7DeoFaiyFVymDdLAwtjSNVr61yusEISHG8YMNrkvmOXMA5I TUFyfLMbwueUL6obnhZrLwKPkMTIvIkBOhSXN5s5lBlrbZBUGzRtbnEjSYChepRdWCHiTosqMd3Z LNxW6tleR2H/vCbWuOf99SgucSh/UOr3UhvMSuBwv8xnBQe0L7NzIiCutbm9FKYcCRc80KohheiX cZrYo5znEJGuto2zMdvGTYulUAZawtbKhf9cD7wSJbjZKBrSgJPPL62SbBqnXJB0kO12hbUXZ8JU grSsaut2yY/8jNRJRkvXIGWq9u3onFwtF5K8+daKhgam2g4GVYUgjCz+wyxSF9ZIKj2U5ZVqDVpP pfbY8gaRiKq3eA8OHlQn6cxGD43qHO96ftU+hKYd6Ao7QatWqjaT1uzxX3vooaOGYx++nBuU7ZYf rEDHMrMr80C0TNbQLlIQk/6Wg1JxtYLVQzvuAMZ0RzNPzesQ206ljgR1bkzXGAVsXgZdmtyX9ktY sZKQ0rqyWlytpzdIOl2TnLjfelIPL5ii/wBM2XUJ9x4zNmA1geTk+bmjKxFBIdGTv17iKImWPBMj s7XbPybCR10qYpbII2fLWUQJKYk9whCqlmuXAqMO22nQODIzlwHEypxD1QOkHUfjo6964a8R0hmX TnWiOqurqAD0ZA/xfQd5y2J0IHuEO6uzGi9ygKffLLP27Jb/8cUeZK8jrPxmmbJCaiMrEta+nD+T t4q9Slq8c8ZFFo9ETXo9ow2xGpI8QkFzzRtifI8SKz02FLr3QEL2PLrMkIE2yfeIob9YZ2zIAjwR FXJCXves0GoF1XgY2vRAmg9wWkZth5YGtGvl2GwLzuNlFcgYFF96/tvv9wvj4JntoB2dEqFOIzE3 BtU4dvesCD7+X08a2/gN2Yobj7SRwOdSyH91zOiqVukBdggnyBVtagoqh5HW6tVhBYONVoSmMsue +A/BdJzeEERqPIOJolVTc2XUDwNaEqssBaX2eCe5aFIHpNPk72eC6sVSpLJWYcoYVHqdYuQz1Usn 3mYEsI0cMJ9ZGokgkwnPvlV9NAUMercmaWzmDENVtL5FmVVloQFBHM8KZPKwVlOkwXMQVIjruSci AbwAjocJfMuCRo2vKdBYDA2kBEC2He4ZZB1hgNSprE6dWAN8owXebAG9irk004SkgfKZsGd5MNgx UJi4mh9twBNdDZeRYV/RUQOzwDAdyaYxAltbSjR6ca3LACZJCJ5DCQv9oJyKpWxAy5oRfw8JFMRo SQgocpEM5BJ+86aMj4IondKCIphkCqfBzSZUWyN4ubxIGL50jSzkl/ubosJR2DenL+DhFXlJ6ZIG QpTCPhC10pHXoTKQNXbBSPuiqwkTNp+wKSti0KJJJKao2ZzEOq2eBHFT4BKERHT6MJvqC0uzcm52 JGuGbtiRb0OMpOfvA9NiXllA4iBxgIgYwARY3DrU1sDfHlLSBFhrZEKoxpGZZACYw8xCpo4lqQ1k o43wQDxTcJVJyh7mQPEVVwS0ECPHfrdAwGiIibblqVCBmGrVJuGIUtSjSwzEKuRCDzQhPVlqEUvZ gD4n3rGtayXT1R7JnsvGJlGASpySbVKIR5G3EquvQDKy+3lVsiQm4NQRpJlEidVe+0GmRQzt/+Gk aEdnFFEC/DJ2gSVNiS4Fq0UkKAWygqMEw3ToUWRR5IOluGXecg3Wql4wBEr30cojhASgssCGzXcy HA5Jxv1OkICTCedpi6b4WSx2IVEnCAHMu822pfhBvwbGmAGnfE7EqpYrZiq4HcCNmGpMy2YTHFX9 kKulaJ3cYi4w9M7o54v3LXq38kP2hbPpVopsxF7IOyjSQ+YbQJ0cAmP2KtvENCGR+TtSy9kYO8Er y1Rn5hruswl+XwQ8CN7M1cPxKVc1ux+ytORENejkQ7YNHAjS35SkIzCy2wQQ8TvI2c1K6tRef8a+ kCM6okgY6/L29iDoIrfmTTwYxGTfmpfG2dlhZ+7YnlilDAbrIC/erq8O2iUcPWGNi8aUWLKKJbAu txCI1ThLVBgTvSd7JCXDT4mILE5zYUyE3mW2hK/UgY+mmfVZ3pp+0CJC1ig5EfD6pEUyL+cyjyFs QnPN3SJ7uAMLcaCQo0zjGD3X0JAkFBWJ3MyVi0XV4h4AL1motg+M6JJe+jyvkREzGtQS9kCVv8im y+thDXcqwO5lGyUW5ZJpLhIXY/iiwFeRwl1ZDdZW60j3GQF/aYoPoEW+8KCYsp1WI8qmmYtKppUY 0LxUZ35ZTbWu5UOpcxYKJ0qt5NmMjh8NjGV+eX1o4lWZqcHQq6xQv0ip0eoqY03o5TkZEFFCCMkF /UEI06ldtCkr2PbLlJq38438B5qfnEtWrtBa8JobCFm5V7yN9L5Cttnbl1ACDm+WAykxYlUOliOD oT33UhQmT0TGYucNnh9A2vYD5661gGh/EqlWbUIbxo3C+6DqJpUqN0iNTZvVhYFbKVUlAyDZAgPn dsLgYRxpbQiBWf14nX1DlqpeQa1LgFX6cgU3KjkhsdMTtvjZUAm67NXmc9BSL1LTdxxlKvUt+4yb kS7h8XR/4lHpBUeNo64jXuqh+K4W25quSi/RbVNlz/rwzgYrbQ/9yIUkFQfRs/5ArJ6rXAZqoOdu /CXS6W2GY6qNiabOwxOAEcCUKVJRmJoVkKkOZEM7xr3fANVztQbY7J0SRvyqWLTj15fEFFwCfgEJ 3dF07EpGczuBQstbyBZD/D7S1cKuL22/JwFpVKRpv2vVHlSBt99S+qpFCnoapwxVg503i0SoWksP TUCbHvWQzpw3YYY2YCDSoo/qlgqnkkaFeisXNmxt7cBQVcuhAISOC0gh0xovKtLWLf8aIYV3xkXn eStguGKsBqx4DPCWKRJWw5K/1fW+H10Ckdvwq2QSxWcG6LgvuIab1M1ntFPIAgqoSV67YlhW9Xed p+8Vvxu/lRigfxtuxyXYBPud9hqlKrma9NWDV5BdMdwKk7KtV92pcCoUO6a5A7F195/Dsc2sQytU PW0ICi+Kq+qt+tyLCDsmwh5pzW4iHEJZENjyk9rxx6u3DPXwnPJga0kmN6YGybrqPIl2Boi/ljqq km/BxoJMEyBUS1/V/C3koSkgOzD4hneK1atcd5DFY6Ic/KPSxNyU6N4MBEZh+crAsvbECiSqvztL JC2ublxNvdVD0qLWHFuhEJmqtQPAJwqIUq5u3crUlmZQru5K6VsDCCHIKawaUMDZuRqKoi2eBl9l dYjo14v6rIvB20HplqIc6NFF3NdCzR33YrR6cusRatcY2sIiyL3sKX5Zo6ASO0rCYMZcub2zQSrZ gh8Tt0LEsCe3ekLHukYtCQ64e/CS0SC0sm9+giYjuqsNZQQ/Oyjb1SqIhLfVQQsmLf/l/jwuetSQ VEeH6rRaesVaOtoiYqe9uO5aMSesqF6mIndAZJVDYSfGb02Z9PprhLwm1Zg2+2NjPCtDisSOZKWM K9/OyqwHq1I3+tumFs6Ga/G5WdJoxppussF5wR6QseOVjWlPTirF7/cMCvNo+wff8ETdskAiMa3N w/PTShKd2hO6PLKCVorD3KVvbHY7sjKKDJTLvXLSrVSWHV2eS0f15CO+hFrEkqdgkAv32lRQmmP8 YIZ6xqdYG7aZYaEXS5GLLC4oASkf0zkntEi7QLFoEShlKF6TB+keGs1n5UdFa8J8XGXqjSb4gZpY h5vOUZS1gJQoFEv82n4+/STCbV+xR67grshchJavNWAEzU/n9RZYCKaKvwsSISP+KUGdRQ8gdCpk LmSLFEU1uebkQmTpYrs4QJefnaNtgYDUkaiepSVRc/rAa0btszGEDtL+SwAEtRqXc6GUqc1SUMfJ mprYI9hwB0uWMwO8oEKeEoFpBZuE6766Ww5r9pB3C5/DFiIuUAdsE0I3YLzSJllIENE76pI+wqd6 HoTB05wIbFiYFC0AYS4VV/jorJAHnw1gflN0AExzSn/SzSoZ4e1TklLK8xuTCIFiZ0FqEpE4jYsY pANoeMaUApFBVvUDxXUhQWSleMnFmC62aRawY19c3bfcuMwlT90QOGY5htgKe0Rqk40AU10PwliM kulGijwJrPyRTjdFZSTaE30q55ExNIqb2B7pECp0+vwJx0W24VVNElkNMJkXJ4Jds8iFOyJed9tY pUlKSzSBFzfTCqCgvs6pbgrdQOHZVUNMEoukK0IWUkZfk0YNaqhQQ3zTw0nvqiEpgh8QYkZqK7cC 9LAYOUg5uA0iV+2YBvJRcFnslxCavbqcKRzmkIzqHUCpRoSDGZq0J7P4LQnx9BPtpbCgM2x4QvuX 5n2sqGpU4Lqsc2iTMaDlHQK3wDJhgLxGpVoRO/UvKEUkijOqupcoF51WpDKML6Pr1qHKhxLRmgSC 3W7BaWDjothBJImK6yxZFyeV8gg9SFJ2s63RJhiuDeUOowvStM14OGL91feB66IE0z13CFg2+ZoF 1hZaTlRoU6X+Uj42lUlOukyDaCDPXJD5csBATT8zRGZPh7MYzamlK/HflWRb437SF2KLWWlSsWwN GVjSjk+oBwzDmj2BIBzhzl5xiJ3G0aKCRzu7ll3ohxYDkYhmF1gu39voi5qtfLFlTC5bBDZKFNKB AB+42efLXETbYG86rcgpQhMWWg/Zht0mG3blwlslfgwGuKubSJAAALMKvzka4pAzWteMaGAQXSKW tJexjVhpL6LRXG3M2pY5HDRyFfj0XA2h3dQMYu3Q0EwsTIrEZDCYmeKRyB1/x50VGSrHqHkQ49W1 jsBEXnIL7CSo/MIb7XMhfBMckae1qMlxVwAA7J4a45J05LmjD2hROL/PBhZV5+ZTNNlTwjklwWVS CeooiaUJEwtFBQxD+8qBEaSnTqAHBrXcaYcuVVccrV5ZiX5FK9BlDzXkERFmhd8qOB1+W7mmOj0S qjVVdIjclVhWJE/kCABjiFynSE6W+GrLcz5E4LMJM0PQQ5GJU+YidwvfhC8Rz5ZBVYHKII1veP9M JfhBUTJn9q7kO85Zyb2UIBuOQvrWAiTCm1wG7A1GeJR91p+mkLiMPBogfIFQxmfRF0AW6aVeNaoO QHGAhIAldmwT+MU8aV4+skcXxQtCZ3fMgDulz1MZHXybwtjjsfHy3gLt9rP4QH0knSyD0nIjGrNo 1NdaV2BhAzMpJ4Z10bfuv1xly6m/ELRHhgEhNdCVmIjaBYr8nUC3nXcFArqUA7q4tALO+XXQLWAo kPARDkbsxeKyRflDD4nI7nSN6nmjiJPkVhAF3jDyQQzAq8Yo8DApEYL9L9Es6OSFW/5XEgkppkFP uZ9mpoFzZYcorH9JSiCzoL6GaWQFn7mQJ9uokoI1QJdKV0hos+OOMIWeZwVlHDsBptPqoIkfsxpQ aG9QFrYxIVgRaQ9sZlppIdCJdmNnZFQ5yEDxD02Ezrgri7KNB2bxCrU7yiDF04y1YfOjf+a0TRpa RC+NW4IveljLLkMo9PN/E6RsXBBQAQMiVFHEdrmz/4UrbF32fD2BQ2t6fcOzR3HhB3AQykfiUI9H GUaYBx0tCThI8+lFuMysaeNd2raLqNA/7FtLzJpe65OhoFUAhwa+g5cyMUeB3Rpu/YR0zFfVK7dc LHGAQkYgOwH8bJEKckavXfwmrcKsoUHoYPamXKbTj9mdjEQVWqDS7gwp5J/aO5UVyaqCPUwtK3Mr /OaCkHdv3Yos+qPPAjx4t3yQjkSgRWs+gxZ4u5ZGFxWyElAQqDBK2SK4BAtxsEE+ZWf91OAzLmiY /Pb+C+tiOdYsPEOZQ2mpve3WMM9IgmfBlL/Muyuxtae/8jie4ugugJve+BlALiBDZMaO48uaJJJm MQc0c044UVwHTXfSy/O7xjrXuHC5iKjEkPkkDnj9ASk8ifq5OaHGpMCaRFGBAnxEizK5qUJcNPA8 I+CY+YCv5gxsd8iS+n9zAzvf4SuR8b8plOy92gPROJMq7cYGCDD4lFDwqbSO7HU332r5P3KBFgRo RukbD7VhmssTueRv4WsMctL1oMytcsp47QoBbq0n2H0jS63a4IrlD2+yjL/yyerk4NyJagZFOxxp CXe+o4Uf3AR405Fcwydfhfe56B5/sO6AsZCNg37nJSDb55bUWwY1fe6AhlomyYEm7PnSpFpfCx31 Ix7Yai0FVTjWYDS78VTCeVr3i5SCqZGjD2FQTp/Pdcm8pojwxnEVLk5Iw3zYLVpzByGak3WynpZ0 gKtVlZYnIJW/T279C2kazg6V4abOZVIOv+2OCRopD5v2EMxMFTFl5VT9xNsoX2hFrTiHGozdTFpe BZkYJVcTvB7bjZW4Z6xonB1OMZD42L3UZgKcHctNR1DayFceXJKQ4lAQZoezrH7ncHkNim5nLHNo 07PpM+CrCSmQMR3VXYHE6eSbDKHI83rXd64qfzjf0xZE3rn6DX/I4ZThko5t7q2G6fJ+hAeVidTW aAr/SpfEvc5Qsud5Fj7/mXzq3VKF2Li0ERTlx3Cat+EMd7RauKT8WUH7eZCRcxcEygezbOTdwJlZ 3bCkV0Kv/rvQu4VI0psPZ1E4Klba1j4Tp8PRNq8Q55KHMhQ8XWzWoKBBOjcdVowVbbGDQo5e+w6i ksZU4SUPcPDBxAYGCkFCJrABIGesoFooVbChu9hkNb6VHZVyXGUz8+V6qW0uIokJzrcsAKuWGBGg IX6LHkw3+iij6KIcBBHxgAPYew7RnaWiLTMlP8XcKg/IQ75iHlyMKXDAmrMLXRW2MMvsMPJLdTFM jNXChI2zpja5r/4wnpVDCxpIhHhDlbM39JE3ImprMUkSZiTbWFssogqs5u9qe3rtRvXuNiHWRus5 hebtZI8itCqNxYpVuIhwBRY/CEqYCl/hKZJz3WTJtiAiasUtUhpdnJss1DFoVCKGWF9bk3j7pzac jTHptL6gaaQXZ1TjgqhTRRrdbde+rhh+vb1f71e7pt/vPVRQ/dyua1XZjsVWUP3sORR37qq+1gau 3l1YQduxIR7TuL39QNbO7pv3hNpk/nm7h/3X9XY1vrFUYP3y1IbS748v7Q9XQFafbkf6XfG5vexX W8y1dtEaQLvN365q6WgKLGVwwOhi27PGVaIVfQ0k2G4DPlyU3NuxLrQ2OUkLeDhgcaD29IoSdCF3 Wl7lnJLclZRfb44kwdmEEySgMCGSYSWKVeNFlT09os4dExFS51avqFLldRAm+sQs8xFMrA77iQN0 My5Uq6fUGrBC9pbTd89fpCX10Sua9AgG5i4vMIUfGpFl6ZMZyWe1+4QxU1sRnDLKUHqEKrsQPJpP OEiKMRkNujBNpDJ0YUVsQPIGmSMqVmFwOWfWpV2vRenEJxFNM3ZeK2mfGNKarGVBcSt3iV1xV6vG edlC60YBaKAd8wWydA0kyJm/mN3uEA+XDRUwU3bEWmgDQ0aMoQQbSvpWBjQj3+LXNBEjSIx1AZrY cfipkDUA8XN8hACP5m9obo8G62icZjICi10wRM3TZPriuilmXiuiQwy4Bo6jaY1J+W76hMLYzibD UlcGIhoVqY1djJheyFuRn9VE1+VzGBRbPXe/hz2pJ9+KDvWNsrSYnGeyWuaam3Gz1UML8UjKjDJv sNG8N6ViXEu/5o7vrG2M0KxLOxOAVcmgleZk3DoqEDFZS4RJ3hKR4p+43wbm7EocGj0UgF1Pbvid zD7Xn4nVqFA5ZmTooxoEUXinbyFH+6JNND8HR9EUITG7rc9J0v/TdB8IceTcGoZ3cQ0YMKETnv3v 7z7vJ/+MB7qrFE5OUqlIbyY9nI2RuvjFlSdcMK2oGsFBGKk1bCRgzWaCmAmLMwmgi/B9u5IR+lwO 7YarRnZJi/jS0kCaToYbJL2wQp19xoylnp5r8wmhJNFAKkLQdiymtYPPep0GQQKAVA5sKQaWGYXe M02n64f1Qvkr7TfCnm5KuXVzXpN+llcoFbPXOp21sOkIEdb+xsO6Xh7bSUr67HzRnhC0vCWNvXsH a+ve7Dbg0AUqTEGuks1PbGT6+9PqYQBWgtjhQRPInEYBZXFMTERqPX3BDF8Qg/WwCm8MSJODYoGT yqIg+ccybfwhRswF/OEs7pRhkSQXCw2LKMgEGUirfE6cUCphoajkxw9xFh2RHNrDo+JUXtvYqRUl xc1Eox4CTOiSlHjXur8xSR8bJpo7EpKTjOlZY92TxmxXD+X4rE2XYz8++4gyIKfO5PAVLbtMAltq JNeZ1nYZZMvJSdhM3rIyqABCnLYaXFCHeKEakhO3wtgsWyZH+FbFNQdBSSNozaLGbI2LgZWqpWWG +rhWvdRi1VoQQjiFzcwM1ILy9FcEiFqiZ9bNvaxuDAxSA2EC6DEskxEL0mLTGES+VomQeQru4PC5 1C9a958hXF6CWWcjF/kL9zIqbs5Uvn5JMXxv0sJ4pQmy4asic+/kApJxVynFC5NLN2QYEgcyQ+LM i51SGq3MLc3Bp3b1JIcTPFQj3QwnjBMskkRdkg1YpACJhe9e36w924oaJBO2OAWJXG5X34qL6A46 +9miObSNwciREZMSKplRtu2CWXAswCSWWYGYC/OKe0XRQF3NPNoaBX00yqAVlhuTcUto7cuS7PhL A2FZnB/5TcZow1Hu9HEV82throW7FRmqsscRO1fL9dANeeV96CXAywL7XAopjwhKyW99EDWq2aqG V6cx47waEcroZqZSYGBkpMdHBdWrocw14CeRjaHIXI4AMiSROoul4xoHMbKT52gbsuX8yInPHnzD RKhLNEEsr1TEqYGcnbDobuRyZAIQAjLj2mtqe16ZOmQSCrld1RKiVNLP6ZQhtucRaZIlRSeuF+IZ sGoPpcA9UwE8PHK0aU6NrCx0kLFXJ6gyZXxQFaOxF0auSiD7CDYt+pUMq6r4hGC4lQ5U50EXRRSM Q3O3MQvl6649IAaz2cMZ5GSjCglUBzlKwaS9rakpOvjtc1VQcuSzj8osEUTBJJmjuNgN3BeGJRyh gP4GnnYTVx/SpiRkvCgpTgdJVo1pIm2VDNraNHbAmD3SiCT4Y+oUnyDKRUvRgWI4AhZ/oVeGAh6V PQKJ/bSAmuxucq610bQBvEqm5igVxWvJx6WoCX7Y8LeFpdRaLES7U6d0tgF9A5nn8jRAl4zcxDtZ BwiMjAZKgBmInEXLCEPEjaY7Cw3hdkFonGIAMtXJkpPRWQQXeYriH7hMzjM97jIOKXzRlYZap8k9 kM0Xi1Tb/2J8HQ1V6ZgdzoLxokPXpKmIcbLY7gONtpiqF7UUV3Cg5mnbSUQCFlsN4OP6zVWcgOJ7 ppXvPuG+58La/JXRbqOMyfSoi3gwk5UFy0KAeSCzb7kiX7OEvvCAQAGwFCYltRlJiLhdP6UWYHNX sMDLM0rQNMOJzlGq+hIWl5IAx3zbaaNBJRmURkDmMFmh89mRjG2BQWWxAk+II4HfORSKRnpTxfxw /dyqy64WRScr85h4T3Db0HIVBhjZPESoHQWVFAih3BbAvhmRQc1iJu3zstW0kheOAutBRz6pR/pS QTrdyTlWChvb2FOgJOoEMOtswZNiAhIwiRRjY5ZKEzABc3VApb/2M8ADmbKmmpC2ikG0EbI5P2FD lgP/DkQ+Q16pCtwLQ9OIcqOsEL3DAiULY2Y3Wi3LNOmTXeFck1g6bCIGpzXMlLrSazrSGhwbq3KY +Qj/LE+/Z2TglgPOlIEU/NnSfs8amSS9Pqa2R9sW3mtYSbCCfcPQFLNz2vbHVmut0g/06m9MAyx8 Twy2YJq9X5dcjB1K+BkqESNLgd7AhCs7bYZaEhiuH+6Rl2/K2rB9WcXAXnEQKrxP5VK0rR7LhbXB tpHbVXLwso3ThUw+s5n5jWMgZMRgeepdPka3oKwEBwMlYvbFUKNlRg5m/hzPVX0STFtDQYbM58S4 pWW4owF48nCEpC1NBaVhksyDAwVILg5DPU8dlsYH8GrOKtXeY27m1k8aCjWSSQ30EydCH/PLuZrY 2pKqaW8XIiHC3ZkARmebPbRORgZfKorps/doTY0NMiUlNnkQ/DKPSTLgKRGASRPrJHSw/UD5Oqo1 npbkkoAKXzSGTALrSWrrQG1Sk6DRINaj6C5sF301t0sVqfoxkW8aG4M9bT1RRbTsBBQuYpwSGEEH OdRYsvbEsgzoSdvodGYK+UACGSmV9A64ISe0Q7WZOfrWhK7IGfApm55t1O53pi7uZI593Eas5i0r h4I0h/Fs5kyX/lVx2QTzz7rQ19yLQk48QkwGNjOmkxY6U3ClP5WxcrDOwmWlW420DMpadnaHr65r vhd+7VgFuYQzQCp+KT91Ikin5nZ6yWN91ENUvfzTrMN4uRUfDFUVp33BuvrDT2gOmg59yIwzPPBq w2cehCvzl9Hn0TLoeQ3ts+ouEjOXtIQMGkc3zppBi035bF9DdqhKsqBS8Cr9ZMOVCpOzHl6O0UTl gm6kq92YiBgp3YI0w60pSR6jSumIDKsYuPxUkp950DhR0h4vCyjIqm2Tx+gDu22ecEEJVK4WAgsl SLzA9Dae5vRjnyqkATVlzGXl2N2u3iaFTrtrsRXlN0rOGiV0jzX2QHN5jqBpOuTzX8W+SqPg2wiI hxwIW68lFMjVHmPthihcjYx6sO3cBezIW8sHCTcTo7E927AkUvbCiqDkJkUyCV7yiYEKraq+eQMN fTJXbhq9qQB2FtJwllAgO4BPeKtiGkrBExn01EaTdrqSMG1TE1WmKjBIQ4q6cCpmSTDOVtfV7f2P LdBEF5tkWPR86Un6cCvhxVg2JOsQTQRBlCaty+dH9FSzTeCtEvhIeMNJm/iNeiHeqyIVMkhFGxI6 c1sB+ev63/f9R4n3fnf18uWjA0YcFWKHt0rw5WEf8lUR+Pt+/7lffXXIhz3Jt793DW9/P+7/2cH8 uDlaJCIYQ1H5/vO4Kj7fHrZ2a6wSffd2x8tDaZghuipW24PtoJK/zoB6eIOeenUX2xB+/+yUkova r+q06SpBrw7+qSD8t5dIKoKbAeQkUgW8m4/tMtctbbRLGng/jsu+mfX6o0ptIFX0/gBEofuqUP7z ff25/Px3ufw4efsOVZPe7Hv++f7+gRg0/Ti5iR6qulcANxECOeckwTSgUtHPzjcB0sX5J+YN5m8j oThegDB8HR7VzmzS1bHeXhdYHTzZuLYj3VSMARnoOKZE2NfOzyJBYOj4plM2B4sKVVLFYLDkWSRF s68vOpW5QQz/1NpnrjIa6eYsW2oFDJQBiatdTxMRO/PSFtmEkpRoSAizh5RSQyPXSxW/2RAAUFW/ 2qAeqNCoUlqFj/fxwULDiAM7uFdJI25EMXnLRLfQoNQZO8ZZe9Pp+uiMCvuQxc/cOBqdqaHx6RpN i/PUne5AlH5nnCOdNQgyzr45GyfjpO3FYV/f754GMFQlvpYd/CZazCNPBgdf0D4Etk3dUK3ntLSh cVBSamrkfJUZJL8PoazcEF1am5k12FzhP8sjsTU9ZBHIazHNRTg/rUrMTZSaOBciuuvqbkjZwG9W N/LD9oXjAjj3/pe6s/cISSzMgI703XxouRwpi4xAtskz2LnGVH4Vk0XyDBszMqvJQHSgi2IIihUY z574XOGXVcm5gqegGiAMeEyrp6sV5wsw8g/ko8Kz5TmtxefM0fjNIoM0L8IeeSoBWwCZxU5O2pWO BdCtb9hk5hnpjFfAoAgzb3R2kvTgKCmsI17nfLZozLC7FHDamQq+yFihPvHOHce/nAWBmnYAznQO MCPJFC0PeLh8iIlNDAmVNA4Zh6yvH4+RP8YRNupD8NOv0h9iRjw05xxRZ4czQZnVnbhG7dwuo9T6 SKKF+yuhGmrus6dSyF5ufkaevIVmtgUWLcMxfuEYhK6bnHwwGh+v7KIRoynxs6vKxdCvThtMZZee gnmluZ+aAlCQgT9Ss6RLA3jpn1r5ngAgSLfydTjUhnmg+ImpxZVAwk88QQkXJ15ygZmIyto8jv84 zbKVBSO56kQGD7uXq8TirJNwJR5n0+h+kwJeJNzruvKGnn/MvbYfr+w2b5dKdwuOaLMHTBJRFM5M uZmIuEFAkivCAso6IQ7sUAfpi3dwSLhOEHjMbFOAadkyAevnEuNWxaMSBFaQTu64AkiCQR5zsgi6 5dHNiyu5YNyaEemVEXAxofFp1J5JiiOWe5CjQgTUcdQgCWmyIR5Q8iDLro8CE4BEG5NADOY+FzpP oItI/MtaNkwkLDAxW7j8cSyYsdP/c7yPW6I4VwpmrOPgY492duqR3zELCMl0wKS7JeaLHqUmixSk pf8jAr6U96Ge8ON8KHqXQ7Xar6u1MNf5u97V4ms2I0sldygz1FHUId8hUwSgKpD/7A8EvP5NX6g4 Q6pBJMDQFCyAYfI/8+4SL2M6h5JhIiJolcJZDCqaZUdcEQs3FAoXuWbXSh+wANXEV2HdNgYEkRKa LoBLaeeyfZyN9V1LYAItRFn8oq+CfGYgVdWMMBA8yCSF/OWsYHwXQ/bW9gRYs+paaGg7gb+zddmQ LCHuJ8ksc0KP7swdfZFWjn2r8FSea4p4VJZckacVOobReBWhKxWW2ONB3Ino2pc5+aP4AOxq7NDw GQsiOcRRqW2TOriogiv5VP6QpdcFYyTnjQwYJxVLlc1ZHcFWNg3a+lR639Qy6WrmCgtVOPSsrHue GVdZLbF1aIlr2yQonTeLMouaMPlR/lAYAE+HthqyQD2fZD9W8LRHyawi15LlVQm07lJFhujhYxVT omFSQouSlaGIme9Ip9wAb/Rk0pQFENcUigfaHnw1DnllgtoRbHChkbKbGVShVSOUTYDXASOKQ0rV saRSWRUhRaCQHTz1r3bqvu9I5cnllOjMVx0GBKUIA7XFKUUGYAERNVCu3MReIFUUmNMXoIC3sVDG M/XhiF+uVBNAlQp0WQIczZi3N5zcQs6VGBsS9V8nm72r/oyAEbN/iVClcEzQlC6YCwr9rqhUfYMd iUSqUXXuOSsjgtVPbavJx3EyFlllW1W/kzA73Oypc9wQcD6f1WXO7Elm8ADWLr44ie9VgoypwpYQ 9XxQswHRE+vxvVkCqcqPDiCfyWqDFAJGu2pZTAfgjzGqkIM+RALjIAGN4h90MT+98JuOI2C1HUYi Y5qvNmKaatSMFOHHhHQDGJJBg4iVUiHkif62UUK2DgAYsVzW2HyE3yjaDGGiEf10hkK+q16mqKLu lYv8JU+W7BE+MsKKcUwoCjYCxJZSxrI3XawTUemu6B5IorusCauWmWqorFxTczF9Gww6+YT27det mOo3KwRImSa92R77QYWGAE0Y4iViZ1KjCQozgBAEVA+LJXl2UwBUGzvlTI6kUYvOQ6ZPjGRng4Rd k7c5AYo+/54XTZcOWMWCxaVZkuZgzSqOzXEYDFvxYwfLAFJFOA4VqlqvwfpYXTwjGCOOIAEc9dyu 1AhYcB3riRCy02EiQ3ZcGaNnYg2fXUe9VCcfDXzIAVhVuxntKoxHXM0IZLtypIUIC6Ril2iwYI2Q l81L5wLE2CCNBhqSFJ7BvMe7gcwMWAAqlwkbuFJPTdE7QFbn20Je1fjoU+iikVuNTwIL6qd0WHxm bKimzvuCA739FIxhUH1CGxaOTIcl8ub3bRTBcALSv/Qvv5G6rS5u/KxJxje7QJjjI243OHUAj2Eg yOoSnbSSdNHc+F7BmTi0EzI3KvDLGk/Fj3TVrOon8NCpfbaIFWBTNJIQ/AVYUXa+k8OOwB6Y7a30 YCG12VuzhjyqqiFT6azfTpAwNcFMWqJg04Apm+BDmp5QCWFac4mGiclmFcUZatciizXF9NMkZDN8 xQD90JP0m6puPSpuo17M3enxrFh7UA0KZoNnuIotQ5l8Vgt2ntGwh3vMJfLYib6FwTS2jxesEWIS rjfQWhoxBaZkqfDE9iCtjZTWoAciaLVAtPEEIQtT0yahSzsESEjqXBCoQ7aoAWNVO15SAPCh9PQA MAicjpaMhoMJBN6xIFYJgoN/kbDx520zcn4QDKo0R6Lq1YHGlI4FTOZNi9KVrcOInk1RB9CWl5yS del9gVtsyKTh9RJ2l1eVNWk5gJxd9lTUXpMlbtK3A6XhROxXvCv4DY1NoekZ01ef3isjG6LhirXx PmKOnODHAxmMwZO+5SpIh06L5cBXQJdmQax9NQomYS4FEBMKQYAk5Q/FZTG1k1xsHi5A3PKoS/UZ 1RLNzvxGeDB0y/+W5FaIAUAbLRRJELZ4t4prUAEd7mrY+B5dp+ksdqxiYZ3MIAUiMKsTuWZdALrV WSTtMmBTV97xk7rJ1mVFf75/gkdW4nN5+WoQVXwRXBweNyvFdka2biVoVXhKnIh0Ga4+FS7AWlFR jqb2VO6jqFVBviqIEjGKGgVH29MLKLUvVaiVP/QVPCvu3cEfrFUaHXLe4Q9lUZ0iQRgQs7QAhYJM jr7334VVZQf1wFzG5/ePeVUgpcMtAJRTkg5HImvVAc6Ke4EGFpWMnUpOrhT2al4hDYKVIVWuqux1 ggMsYPjDs7cSDRzFToyUWjqZ4aaqgBKfnZ1cjalsEWug13J4JTiFgs5KVkbFO3OhnBqoKoT7gWRe xVo1kwqqsR+eSPF9/Wt8pTS1PGUrNcb4G8V2sjqZUQRTRB1Pwf2p0NlR0KoQD6y8VXJPhAyLZGAH D6XG584laVgUr5izWOJUwG4UMcuEPv3AGzcB6VPHexQhqJ+5QxBKVA1xJLkNeAogkSIAST5qKMNW aL1Wr1UYxdOqtDYTYxZ+w+j6WW3ZxfY5a+WoaSXU0MXzv1/OukeSizq2arPBjGBTNAYqW9+N1oCP Rlacda/NydjwwLjq2tfrXxVgqvVAlzum/VWrdsMGafJQZbI2VWnUwBEMGEq9X1W2H58P+JiniczU udwuBKcd3OoUZCxxgXOV8JVnLxcAt2/bGwFQSRkcapf74343fzXtUQMG6QgydOXusJQfUziUYz8P h3z/wxam6s5K5QQMfGkFLH2FD0J8f3YmOiGCbARsQzdYiLV6ewekEJxBqB5ObdIzOtRJLACgFkqX FaxUuQlyCGIR/kHFaHQ9+YhdplRYj3k6VprGvkS/KtzNTna/U5BkTO+mrNLVWwp0TJWyOXa2B7uD y9Pt2icpFISQVNp1taIclJN99WujMZYbcUfMkGSni5AacBBK6kFEMxnBCqcMHLIfVUUX6y0oVBsz pLajX1LN9LDG1Z+ZbutuDKkyIx3MtzFuqZm6MXXMOxRXq79ok1qSfMewpzrZGUaY7jRepph9rN6V 2FfUT18y15kE3bjYdMYrQSshEbn22AsyKq1zKTnRXuvpsx/6WXxE3bhRnzrZK5/vsVP3FrFw3kJW VpQnqxqxSin7a63Nf/5dRUJGKqVylwvhXfe8ThGRpXqBhEsgMb79zAvIzSo2mecXwnH7K2ssjuZv GAXWI0RQBTA8I+9Uio05hsm0ITg/KuNYIITc/H9hgwCIq3JXB8wpDhR45IPmqUu+ynHYEzAVLy/0 6hQz3X1ByHxZdFjtTn/bHTla4XclrXyZwQtSIgtWcvYurmAFGotsUoPiglEbFiIn3tOHgq+CohiU vbNZsTGA2SJamoMohiyQeSU2XTkkBhTebBmxaqfPEBd9ha5hsbcQ0mfAiAqzlv0zl2CsuAKLwhpW IWX4KFCmjLKF3MVCeoW/AY3rYjwX1Ik0RdiAoScCcpFXA25LTFIaZypow4rIALLhyWS+x3hhqESM I9wuxqVEQjDELzCOfhgRJ4svSzMNt6iVSLlgnDRDuUCcvBgIH6s9nozLFZmNZND4gBZ3TUoDEalR KWIBT+BUMiwUNB+xTxPjFB2ZFCVmwu4FV2UQfD9/CRrkEiTrAa9CRTOES9qAHQd4sE+MKl2gNiiS AqARHSMiUSKFTX3uoqQmiUwSQjzcabd3G8EF/AZRzIm3SMe7xZM0I4l0N33RLN5pSWxkcxqkzebB xKmP1SgVRk6XlXRFSRwcdLDUG5HZb8YtWbb+kgBqk1R3IhPSxVDxWK5YI+PcW4vBMQCfOLFwNC3z DFdWAQLkPOExjc8wBR44tTOciQTMZH/0x1HDgkQXRqtDzq0aRMzoVBw4rDl94Jhiq9Lk9xghd4lN uEch6R++iI2YhsxWOVvSku1BWgwDpy9ulxUaKpl2RoTPGldl+q2cW06ZdSm6JvtIXeFKQbraTnlW t0plsWhKEjuWaCSJNljVLAmsakSWwjhFQ6L2N7bUBVrDlNMx8uQEt4rV2XacZG8zn8kUvNgWPY0L Y5DjaeKZxJqMbQXdZNF1cEkjI3S4Y3+imFUMYkUX/eXRajKoWd5gjFR7haCgLVFLaFGDJus065lc KQVUDEEVY7TuvxoStQ49dkYKdwCSkTKqsSMoMB30zP4Io6RQdpjVQFrFuvaWW2qhH3BzTXsFn6qc zAF+QbJh02oDIbjTQXtY2+xKfMDrnXhuIE2wqSBkUWGa2iKj/Q6efy5/bQidqmJ6wFA7vYggSCJj hjD7Zwux/bYugc02OWUTtV6cyIa3EXdV8SaJvCvnxqyYUsJOikagAEDEDS3xN4ttz1myEtomTQi7 jUzNDeIJJQhouPar8hgF0wxZx5jIQiUcrK4KMIkiiUAGWDzIlmsG8VX8OCmcZGtaAgP8C1mQb1ol B5chSREHSoWtmDTGpnAt2epR6F53SxOJMVjQTO9cqPu29CsXGIWVzAAmx2Q7mQN7ttRENvU1pntu wMidLFQ1BF1dMTJIkNRDUC5Qwek5/Igg6lZEAYGdZioJiJnOwcbeRp+IhzGxjEsJzlNhS/EZGJvZ kGgeLNoJG1bA742cOWOMA6Sdg6OOOXKdea0pGrEBCrVLGjStnuJaOy1j2GpQCVIoxzpXKjonWiiD S0wxydnJCfr5mPggvCfDV/ZHylP5jNd04bnlLIJON1fobSSoEjwTA7Zara+BQsAyZL2oIMZObZMo H2wdjYZMFLna5nAAh7BZaBsc1VttLU1zEwMP0iuIw22K0H72tU9rlPvbKwvMJNPZMqp020KaFiG7 XhGj0r71hQ4RhlvaePiqYJMK4p8f9NeFCCTSSU/j+osiK8CBeIIzHUe76u36VpuzTHIoEIRFVdow Sg5SckHTs4ZSXdEkgUhIHGAAYVV/5+1gHCibJdEGt3ZsgWJYR191AE07gLcQgx97UKD5wmMsT/MI qGmHW88jmwJcFeSqbhnZIo1WSpEAjGu9EnEj+JzLbg2p9QVSxKzAqG2ila/qp/abDWmJLdk5zCCu eZVQMOqkT1/UsifXDGrdRqPJwKB8RiEiWUmWnIug7GnNSJpgR3WNdM9S0Hbz0NL0hfGloFWQcCfJ t+U74dWHTTLxPA3WoZ9eXHFmauMh9rDWiNmnffiiTYGn6xUVM/5cDPrpVQNXGjaQ6oCVGnLlrM+X h1Z84/YFHVljhHZ1y6BgIyzHw6Sf7WitluCfXCfX3G77HEnBRpUgwUUGyE0QrxJYbVPwWeRVOBFI jWQQISsNzzMXbgS+fxUJE1GwsAu2ZBiflcl1GzL5aXbTIb+5LPlGM3yAQkBYTMguu62fAqYk64SF kaqpUd7zoQgwc5GXHT9jxOynHT5erWgTi0H8MocPiHlT9zM452UC4gQMEduQn/kVS2fyoFNYPQ8b DTzmP2AY1Cg0scELuANvk7AOWFNMwY2PDJ0a3e4mApewNLJhsQcCJBDmNw4aOhIpWTYmGrYowqC5 QufA1w9N2KZcQ5SdjmjWs6YEsrW5jj7IXP+zsgjZ2drlAm1SBp6oY2S0oJz7Yb3NiBxyKEF+Ilp4 XOTZjzVKE+mSOMqNza70H0ApAbkqJ82CJd5jQDJpclrQsgJvgklBnsdNRBGUqqafevkJJNOlD/Q6 Bdw5ZK1hAx4RMnLsRI/LRQCnimT9c4CRW488RlaZFLTUxZ83VwNr1eIfwIhXEiXd4JpHDawGGJIT 7RAlIlXwfEwbeIS0f3yHh7yfHQjgDtkDhyHppBBTZCPy0QHXjKajJHTBg/Wc2W3RUmJN6BpthMJ0 JoE9h2OWF5Fba6twnq1yk9zjyryqSh6Y60KExOoALN6Ak8DjXREVtyRKJFcekpIqR+Ae0doKI2a2 B88f5lO105+00sJWutPuWlpbCmAU02Y92pbqqbdqMMXMBKPb+Gg6iX6ZBRgChrIIhACqTXFxCgnL 7QwBSikqQ6Fmsoe4l4wsG6rr2dZoTjU52N59kqM7VtrszK+MSRt16QpQJTjeXGnm2EXTkUsuHIQK cBVS0mAaohijWxRLaF2oSkybYEwIY7E10LapiBFTzMpSBoQRyP1+V5DCrtFEfbtxq86rX6HxijwO I3QKdCmf9K1FOpQBvImasQ1gmkr87lXCYS8B8ancvdIiNPy3uhpBUuRra5PEL1PQUb/nzZUSSbW7 cI7FDRzVjFxZGETG7FdbsAytpprfASb5rLJe+n9R2tJBBiy9TBgIUFW/smy19ApicbTLxiY/xkn1 SZA2enbYhHJc7mB0dhyxe4qSH8qG+Ne+yyi6DYZAXeWk8eMVYyhBBQVrALFtugM5lmNraw32Upqy e4msB5owAZjoroqoQBZM0WqS0JDq86f+b2Cf2gvdHl2491shl9hUukeiRKLkuzJipUhYcG2VGuOg ZuXDoxtW2UystqkQWVEUdvk5u99PudUYysM2SLe1z/ZmNUnMUAbuQI9qlS7bwtcqQ2XbKF8tFATV Bi0CIEcGh94p1QLl25PvJAHpe8CfvYETjiiYqd8iP10jMmhGm+xEZQFjek4p0qfUsL7RkSSzAkIz SQyrQC93SfZasEuezIS/BKe6QVVQGo9lMER/MavXZa68C9y+VlFAGAQEjNUdHxhykoxd6ZTFIF0J /oSQXS7FtliWeLWtl0QyqNuaKFpOPkk08aYj4E6j4A88nIzbTTOBh7bBKyzbi3nv+QLiLOCHkbm2 ZqQFgerJBIBU1gkp31p5QYrQNBl0gl7LUjnoexqF5hQtVPQrkjF/kU3lZZbXRtu8MQBIWg9rsKLo YzwsADauRfjMIm25p26GQogEMpWZ0WNFsxgZySoLnru0jMWqMvUUJzM7l5snry7Ei2GfLmLYPD6d FXpkkOful4S2X8zTsfwY7/vPA4qq5Y9SZpcEA6WTMBAM23+V+yjLEBF4s5sgi2tw0b9C71yH59mb emCCsQBc1LRIlsvhXrcfoiSXa2nDSW38Fmn0K1jFxzms0i7L76DSO79vl9Xq0oBtvPlcf4sIezWJ 7hV1BdxlWp7PWujPGyWdZoFCaX5BndCOvhfe9OpPf8g8Z12EUDhLepk4GPdH57KhImHTcphxGFnM V+oxnCFQPaXUSZJRGWqH9PacVBZ+0UjRVLsEgF0+oG2ZT/EG8BG77V4evi7ugBABL6IAs07SP/GF WjtPX0e5MwWWcgcYsErF7cdb0AXuDkPbvoV8PsCQruLGHsSTdW+LU0jrGfnyWcYU7ozpmhXkYOqS sbPRo9fGhD1QO/FU8gSnjk8zRcFPNbcD+qYrJTNGEgW78hS0KXjLlXMh1J3sF8gJKkzEaVxkUobr bR4JqvRuIRszMp8F92QAxJMxZJ7FRlsSSA2LL3uzkilQziTV2QieTgAoIEdSka1xSF2WL+VGi4oP HJ4GxbmYCoA4XRCeBtFA2JVKMIyw10Zs5j9t6biJCrDCNhkznkfv69X5CWmp63ZgJcNhhhTaLzRy oWPxUCjZNiWtbN+pWA46uctCNGSNSeWimpjfHKAaLwIzNnSAbS/g6b/etuOtXvtid5ytiXvkv3Pw KIURyJr23oVX+o+BLiQYGioEMAVdJahO55tSSVyxZROqdzRGFFZ+gKwtjr0eKN3vudcGd2Z1lQkZ L1Chp7txsN41z3jq3iDhbM+NqkdCUVJdiREY3llXIUXhDpCk0W7B4FUwjMZmqFCipJfC9M/bzYws SQ8PoBP+xNg77CpxMBdU46kGnRewfYTeAWiAWKaW8FzpQ92B3rVxU7NadVqgvammgzlarrzcwHbW IBpVaXMjEMCs2mkrowkaNj5GYJrQM7w9HotDg9B3up1KYabG5BcWWtcOdmDwORxCOHkgic9eSolq htcgK4FiqBctNZ6+U3kUzERIIwxQvaK7bfEyuWHhkMxmLpQwDEueK/JUM6o+mrRjh+kjLQJkkUYM Y8/cGCkqRdFsezO6IBMMIcAkm4hmENMsFVPjZRsdTJytTDpqiExhrBlK6ApktSoIVpWNaEnvjIlP wWBS4OkB0Gr3YKSKemWRDVA6ILP00W8OZQYk8dQsJiNxZDrSkpVpkp4u0QatjI+pUWuT4tQ5NzIi GQDCwJW0euUdDwZNcrlCU4RNSZMFMNECp/0Z1VUCj97gNRsqGR9qYZfNKPc2t0omGFckRcxyGZTS Pv/NPNabFTluJWLTEfvzq1tFQxAFujZ+2vgX6yy3+s7GkIKUJZrhNDPYQYUh3sIk9gJ7711bPmi0 DqU3QqBCzQBciwFpKOLMITZVhEX25ADNgwgM6smukPB5OLaKeWh8Co5SJAQirQNHboO4qGVjdsCI mRO1SJXYGFgcbqhg1ryLNnkWCLDmUHphw9ljTi/WGrN3nBKuGoCh/LiCrrvkudoCbJvZvCKRZueA FCxwDr5+Cc0mD6x9+JiSv6nQlocIF11MxIb73+Cm8HNhn4sH/D9+G3/JPgS5I1MLydiNnLreIpwU M0GjvF4+S8Kgt8gPcJl4n32IkpANsSgEu3SkonEwYEz0FEuogLAiCviagJrEpfd9jWKmbMmjx/Az JmDkZ2Wv0YE8aRRXEInX4prwh9FT14ycMEo5CPVkftYYVFGmI2ELqxgQNsx0uFakRQJomM7Mkyqy AXMfnGmAZGEAC+ZkntSgrpkoSDJT1xiU2LkaNoJT/C/IRMAEBIWhp3fha7jO0xqBoBqZm7Z1VzvI 6m5Fo6w1D84lLxYYUtgcr8hAFsS4qFDJyGgCC4BFH8GhLi2u5YJhPSnTPnlHk6YYLIHc7LAbBkAH V1IKBxEZLEIMjJeecUizwiRWRY1+3CMJ3BPa8Zy5Ovap4WyCndcw/jBMQeJqGorYtesMWwFSTqo6 OjpzqBEci/zmb0lO3iST09TxS6CbWkWEaSqs4cFYAG/iQGiFQ0UvhCAtLgKJRrbZT8USEHKvY+SA TnYaq1t3eBnXXKL8mIktcQ+FLJeAEUMLyjVOCOUPHbKwlxrnFnOakHWcskadvRvR0BTixZPmyV8k g0mrQWgFucL5iOwiBDKKhcexzyy6JGF4u8oVtRaCIZH2AB4zKoKxUXKejvopVH4OamMMI+JQIIfp I1CatRqpaBsJrBIU25vLiAllxAQbWTEGtkCAuUgdMP5EappBAmyFpiFRjdo6Gpba0uBeRm3+wZCu Mik+yIyMVz2iP3LHaGgWd/G6R85DHMsyZ/S5TDWuuRs5YVE3zXB9/E1neq6hHFjJh+RTFYlpJQuI 6S/Dbo9BhlBOixBSpFJeSXcnbcJLma7MNo1Rd6r8ZTohPPgUfsyZulceE8+36m9MJQjNFBB05OwY U2l8ZXCIhl1wK8uguUSpHBkOonHZvXI9XZVMy4Vbdky4ZNatYNJ0hT4gqklw0VXt6qcFpCXidYz4 EWGSUL1JrzA1sP/9ciFqLPhXcKnCUVFSyqxb1QjtuRL0keB3zIKSbPt/IKLigIkgVxQBUpPxQc0V DTXJmrXrSd+4UI1ghlfzCpxNriSINaondWP+Wh1CwgCCVA6vT5H6z9sta9a3TJxLrM1kgWyQnlAA WD7IwAQjsA/p/MWaTvk4XDFpNcyeRDNeqwtRrCrNx9uVlo3n+Fk1gYloraNhXc+AaJVFMDTu5dHd vPC73RZY6p4/pT0sP1fKVfEQyIbvvSgtfCFmzmk1b24kQ+bZjVolg59NAtWDjGm+XNUheWIC1krK A04ZR1rnSta4LXMZOARivpAx9pg5wUYCaaFeS/QwNznB1mwgaHGh6glMAoU0wiZBKgtTpbGgQ95Q uWf12ipfMEDUyljb976pWKQUQkciPoOPrxXNPIWdWFbaQQ2C6Vt+eYKGiJiSI1KOYKOQvHomFgQf MHyyt6iktkNUaWW7bkqfwcaOZNubsx0ac6Sot6sJd8JUSMT2Q96CAduUSpT6IkwmkSdKkNqBxO6X oSdjb4q9cISNloanB+geFm4yy8pa3FxhDKUumnbX4hbbgnqaxD+IpdzZRnQiSViwLcQUSUk8s9EU SFKNbvjaLQyYzrXO5lgL8B2I0MPzlIA/wqwO3lkwRpDU0pqwJEuELJSBl3g/J0UBTEwGEU3/DE7q ydpCiQiWuBfk6BFvSbJyvS9ImvDOGyYM8Z1foF7Qjep+R/Hyjimg+2Jc7KQOAoNMGJtM17dG6W8Z fa6J/rvsyTDEYLLKWQyF+4wL7t2gtsIUONFVjGarcKXyKKfRthTOEDE+bYHuepXXHUbacWp3rFLx xh36vee4SS9EWqVIl9qwblj2dwYsnW6Q7HNiAXyQ9dsCStLNGkxlmA/4E5CkA9JaRSYdrglfxpfQ GnX3IgCSrFCcGWYkCWwyA5I4o5kRkh5CwSNszuwIUOu1qjIxy2yJVcsKTBNfWqbEYiMhWTEYSrAG MYlVjGXdozhxHBBJOyTjak422xVAfEaCh/jMCPgK5zRCImGFKbVPzs1IgNAOWjktVyzZuJvQGGNU VQc2Z1VcuOY4GJPIS4Eh2BoBxfc7f2GMCNsJG1mGVg1a6lO5Hn16daMqtNq00dBhOkJV76jJqr1x iITB6lAcpF4mjnYEOXmyuIwYnoDump+Pd2dwZudHZmN5mt34ALHDHhGAm9xpqA1fVp04F8/8tQSg rX/u5qjSQJTj6VoOU8fmQWYcVm9PEMg2XYts/vVkZbE2DhAb1MJc3CXjYiw+irU5z8T9uThB6yjl AlEsEi4KcsWaXSACuaY2esSKvIwhiuHF5YoRBc6JQfezhDkvilyRte8O/Ez9GY0e98NOEaIkSzNv ntCxdKa3jKkOCUK3+pwd5j1JvwiryIphLO1NFJZbKZBic26ra7koOU7K3ClliRuLC5jhrDxQ/kTu kuC8SW+KrBYFDeG6XAws7IcMr3HUVwpxK165VGj79cpYZBMDyT/XxfZAEker3qlQ9dRxIJYj2D1T 8I8EvbejBF2VSTlIM1+epF+uZgI1Uwvszd0RUNDLwq0Eh7DPjKIQujh29SouQhlEPbmXlaMXGvoP Fk3gRR5tHyrx08m/rmteamNO5VZisWoemsv610ZjHXtrunhfBtHnNjNhsI5F4N5s/qsZkUCmoAJW 5CxLcNOrxg0Ctip+indUU2T/ZFLTCqdd1bZ0A6Dx1wJ+AqR924torxRVYdHFwma6XxaUf6l6Zn8R lhAVt5qTnxUB+YbRS0vRr4ru3nRAcPdSkw2Q+TIE/BMomU75BVLPGrmH4QwJhJKEhqpUkcVLRFOQ IzPuIr3uepbfoOFOWOVlfS0FayNxMyJNMZthi/TbCjatUIosPXQb/cEP7eAKtKQLVF0n3BCBOgUn P5IXMlCNRQDgMriokiaq5fVFx7QGZYtrwWe4KlZ2OJubOJDPECi/X1aLmqRuwKeLPbbvPj2iGyis eSsIJXj6+KmoWzEIlBVUwYp9OBkdl8uUbPvqV1hCJQLgK73OtpRm5nfJDBDCHUeTCE5rxeVJuPZA cjkUqXaV0ky5Fslok2IEyEAFxZopp7gR0njY3RyFWlqsAEmbWEAkZK0IE1UIuavZoBftI0v8LnE/ alZiK3LIQMBjNgEUCJJViZcA4vsM3auKkqeAFfN0x36k+IJlgEUClk1DYrhCQ5jreXYSsgbKNXpI uSNR+pYQ+EEu/8qYQwlkcX70bPtdMUwZcSFQkTZ1QMWiKoXfagxZ1PgG7I3WoM9yffDokQZHfkWq zEtK5wamG1eXGMhw0FsylaT2DdmZEcsNsYrFwBdjJ1TRTE9iCfw/vdwn1iSr/uj1HJPb0/UStExE JCwmQXoikYDFiuXeIc6wjhNWBtPHNIE4fX1bs6BFfL3zPHXKz2St1ZMThnLesnWzi0WWWCM6PwnT PB6XOjJyLrhhctJAxQgn+SUnJpJGf39jk37RLqFYX3PN3TQpQM3Y09bovLL2Fg8DLJAWqBS0ABIT mCYAIWAi1pWxaaPRMV+qecLKJ3qX4hkkjqENovNffQV/cNrvZH9j3ggHUXyIo12McC2FmgXzteAK pfKJKZXrhpppwigscEERPYhxWn+DI5renKYHInjPQ+rgQSk/wrD8+mSP/05Fsc4l1JucJ90JKV4n DGDOGAhN6ZWlrnRXt5BOuc058SFcRMRl3KSV+hu0swgmFlw12Pu/NT7d+GCNjr6tZZwxABwjdcJq 5EQTgybspHDGBsYqQyzwxMOsbCPECpLff4ucU58ULQo2cqN5PRmeURNnIBQHAC8L8/7GfqOLZlEv RwHJVATd4+QOJOE/Lf20LOW2z1FgtIga3lk1TCD0TKxf3p9e/zxxqTGS0399fnl7Sjwa9imrYP3u z68Wq4sHuFrvvMLWZ4W9jAL3+8XnQ/TpJSV3s8rlP2f8bAII0fnZ0Ldfz/RXNc9bxgz15nZaPC/v N1kEBga36PP1BjBzoBqOP61oV1wSjv1DaBqXXs7EPydVZkpEf+Uast4maRFTy1YhvfEzd/Es6Apu 2DqG/JicJP6YHpsEnt9enl6U4oHSe96e1a6zhWwUsbcgGE22RFIfIRRwkupolUVkomJGEm7ejBRI ZKRJBT5FDm2oLqEvzX9xckuc1Ae/xKJ6cf1Gzghk0RZChQUcjVMKkhxyYUmUFUBtagrrcp08V44P qWvoJxuQeDRNA0Iy8Tn68/rMmECWgZ24cHAos0XhWumKdnnAYjCousYav3hZnkmTgpS8gi3ZgjSj KeoxX6u+5hM1NWvrsCGO275OSMIUC1vIMGbY5VkySFSimIsOusx4Zx0CEJi7wnGYygVDRBAur2Ws 1MD0kMsinH3gjcuiPdUM9UR7YNYux5U5iq0iCvAHcGCTldxYjIVrIfjKuRpx6riQq80J+YrgpA/3 MzwAwEc9XgiQWUMZVGiWfnX91VNDv7fWTEd6eRwvxCzEGwZgFiAr4e3M8QqXLHbriC2o4fDhZ9FZ EhKCWQPsivNWlv/wfVn7PF2EFNnG/cSgECLZAyuAo1mmaEqRzcvP/pZRJH2jzIdgGVZwwWwwt7yM 3XYDsBuod3KCuSqtEgjDGQcaDH7jjvtIBDYvxjM3GJ6HbVERODPXLu8DcEhXztBFVyJsR22AYVZb /V94mbKbjUQUo2gotpbU+Wy+i+zDTgBmgul/njvnJBNvDRNSDl9dSN84DlFOl88tl8x654DhoX1S l6UMhJdwW3NotKs8QeB5CWFURbEUEEVaQd9RRQxFQh5xC5+moay36DeZyWjjS1ROk40cH5ErykU6 AQpFgJYQOpkQEOSF6XUOSGKoTFSzfIo7AvN8WoOmBEWbhIOQBDMNdbjNBJywJpnSepdVBQpQ87Y4 YEsDT1hZg0NyU0zjGxzhG4WHvUwfwIoBrZ6LY8pue1WBiBcHq9nI+kUdZba+RFh1GfmvpkmiCLGn RJfFGtMkUgYzgsKSASyq8VWDyNGn3Vg2r5s5EzjtVYZdg3exU4/S4BlVgoMKDvBPPCzoDR5SFIYR oV/MaanZzBIMKsFU3Aj8f6CgTfiWkZRwVbWzl6+Qg+yoevR01Qx16AKSGNl9uqo+vO6tD6pkVlaF VFjbdlsYqKyjUKkibGGiBqhOBLeggBfIomwSkW1jVmvyV1CHApqtpqKFr62CuCSUNJcPivxRUnWl 6miSqwSjllfZ3FdFmCiuNGM7pR7Kb75WeiR5nQDTKKYWcCi4GUupX2HK5YqWaju4Ew0ljkiRjAVP SxhJ54pvoMsWtzjhNk75o3P1UTes9ZnKChJpauWASKgWAX/lMpWfwjMQuCuVnsSR8FZDrJsLbvEC 88K8ncYoHkikrt/FeEZXQyYJJgxZqkxyiU3LBNRDHN76R7a5QK/0vCJRIgCfDg5NipTXKitCtRqw +/EBo9FZ7ZkwK/V7wFTt0aZKHtr+5RibpFX3rEaIVgpBxClZqrjXKQ0XhfEOmR3RjFzpVR9bXPug aJbQ2yEAEQCQjbgw9bFvF0vGSXmDKl+0xWJ6p0FqFSvsUMWxCmJ2uiq1gSxsI1r1tUaDMlIAV0GA 4O2b2bIqb3bwEg90OM61AinrSD6sXhpSVG8DeXvQpzXK0xoXpmY0tMhGo0F2CdbYbEoMSEBSk+pm ZdgRFInJSx4KBMgdodp0TjLzi+SDyzawfwXpDFeahb3lQchrPPbaF0TOqFAEXE6SUbsYa+VOjKNC 1gLUEZd/9U4oD66j228aymLsSGt+wvY/MkWcypKQDJRDpUQCsqVz2Q0mPWdB+00OdonJDigCoRin StrEnkiZdqYOMdLgWaB0i70qeqdKrEdtIB6mBJAdpStJsAZI2sJkrhndK5BGS+wAgg9EsSVRt6f7 JA31smbRx1UE4qTiWTY9DyHuKQrKKeWu2hSsFb2pzpyIkwG3Jj+ATzaZlqSw1Ydt/NZOBy00VnxW yHUigbU9nXEHvegJN8L4YE6GBY4ENF7TDnwkCTYqz/532mqT+9eKgt+3XiaooL16c49vbzmtsrNS shFsUCe3dlxbaGOddW8TdQeJOF+fzGdU221PkKxuNHfl8o5maTnAP+tBt87PUa8mwrR268lVw921 Kb+nIdYUuvbLq67v6E3yDovAUPfeRuto1MI0ZNn28Gt680DHsFSgVXBGtTUjIk0qdM9MdVaw5T/e zfnbIPy4kYHO6MsmF+3onmZQXqxPqXvWwOxdj5Z5yjgH9FYn3KLabLHxEYbQ9pA2j0bBGf4MdNJk 6bb1cIamSMdQGY8ScFYx0cvOpzItgZFNfGL3Umwg8qfwNU5Ggp/qNjS72YKOmYg4caHLpNs4cKdV OfXkfNFKgnGWcWdpUidzmrTxTQYRMNMCR26gQmac+W5Aw7LSiViqIbokXdXjeiAobREccv3ivsQb qFV/Vv1zQxAioSvmLS6iOYWwlKlWfuYXhBDpg1dIU2D/iYa1dlGD5UfAWZ4i4HPLAJks+l1Yn37J os0okhWNFpTLE4TZ+orrQMLCGKyYX8Qm7K/WZIwSHVF5f8ri7XhdalFMXYpgnKAUXUNdzii6QxTY F12XBLMJwudlcKt7Z1phyzHFGTACkrK3eTL6LoAsciriu+aIW03MLrTRCxVRfjWiImLQxWtb9lGs OHQJRcyIMZXd8rPVbry+pGy69A1GWWyJagxlCjPaPcaYUIliUStxZySM7yYQgItoZvR/zVgNYGeR sl/Zc0AlbuTDneLzfW6YTKOJ6mEpKu8mSCwyY7nhXxktvNKoZB1IeVGz6+pb2PWJHLJoWSv6kgX1 rZHt8bagRstyZK/cXSZSP1K8pX9yOSDSAl4JJQvh6FUu1bJpK6SggmH65nIPJRk4c1RMZ9sJnU3H 3ey1wZ6v6YEdAFC0nhxqfRFSnS1PjdPW+nfIf8j6rIszzQDc0fdufd5eWaza6WxkcG3ZsEms5+ZY i0qyC2Ihzwg766hjjho+m+M3w9ARjsOtGZjlhYtDHgy3ntM8CM7gLDgZ/fIIuUvD7xk0IyGYmRgc nxjusSFTg2JZs95i0VQenmXo7BYY6VLzGB+N3CdvQZhbDxycW7hjcFO37uyppRYYCxrnZVDdFDEx n5IpyiyCBoahF3/zx/MINKCoDTAZ1AmRP1khQhjdGR/eioZknFOsRMLkhKkrMMQM3gHBjKnZVK3o INu+/Rdgj+yI+ybAA1sS1XM4xmjJFZJO9SHHsMYaEf7RJL8z2qFthV0sjVYJEjC4fiEu1WHwFog2 FJ/DSqJYAUGmLwuVKUA98VD4xXSQAp9gca2tOQoStNE8t2IUjh4wxBkjkdAXHAyVHgED+febxwnp WF4sUco3mSeWojKu9XeJRhRM68Cckh7A8EiIg0DOfTp7Wgrq0tfiw8IcupShtLYr6oAA69D1oMzA mA5+hTmMauX05haUov8uz1Jk91DtRKGIwvgLuzEPJTwXRXgyI+GX0LXwHPK9zTYwRHZo7HJeJ4MT gZihZcXn+qHnCvtsuAJNCT73sioH+5MfYTiz+fKdnkEohGOn2ca8ZLaSQSwtqZ07HFAmPTw5r2fm iE3Wi538vSVFEGHo1nYrlVb30EaDAi3cQtOIB2l1gHxNvg/15DLqFj66Wxmn2k4VaIVD1cuVFcCK huhXMSOnpqWhLei03qruPTc3cnAHc0BlWK0sB2FBLMC5OX+cFIE5xQNONsjhilejVoYQKd1KFIpL K2JmohUy2iLM7ISsykd4GQk+fhmKuwSgj9xQdtqYrbJiKj01fz4xQnB/hKGaX/FPF3hURKhM1IMY LVbteu1cR5mqWIiQz+8f8kUpzrjSK71HRmKg3DGPJalxtZgsu5UPjF25Sw9/1ZTLNoZx0sAEJ13O uVcqLAqPv+6TbbMbITeK2uFGxuorV62JQf2pRkpAdROAwfkUhJvUaS0TM+agXqgE0EF1jDeTZOiE ovCOr2dwkvGsYOJHZbbhhEHyFcAZT3xhizkyapBFSghdoNSG2qLhGElZfr930mlKd3oBKUWn6VaT aV/DUn3DNmuqduJDCpt/Q0LYznGmbaRPj3wQSNhI7TPd2JsXM7Cggi1uxgxKtFI6wQTeaOvXeMQc iM0yDO1DTiCl+Yg+q4A2qVwyhgvVAYqxDro42rRJdySMm4tMtKevdJjAUwer1iSkwEtbgl2aFAfA 1hoB1k/9C2aMXBcR4MJAHwgeEGuFk7YNEEnwWNghHGqjH5YYSKtuRNScz4V3Co1CQuu/IEsgiiWI F9mFxG/bkRNlxEj7EmgTB0/C8Pps2RSChg/9wkjD0k1oZGcqYxZC963AlRwrr1IEwarqoq+KrSmO pi2+qJK0rmMhBhlaK1sxm3GAzUubIwAQGTYwgUZ5k7ZMs+0Z+LDxWsrRxBR6VkxljkhCbCF3uqRY 3Y3mhk570LWvs5F/TgU1BimDm9XRTK2a9RUSKCouxfBZEqi3E7yau59JMCCxoEfDzA5M8tcOIkxN GAizedDNcg9Fq2xNwLHso6UrHQ21NYZtsylWBngKjJr5ZSPEm1gLwgwSTElACDB/2bLgz4AbLdZn r8wQHcweHWarV+1X7zaYfsHqVuKikfHYAcNyfmrv/BXUyYjia/F//0jPd9WMWGdyApC58VdlA2iV In2uQlz7DnFS2yluCJuqVfmdvNQ6Z7D6f3qxUhtDlNSZiJGHcql+8MnDKPZmgnkOM9KV+TRu5anl QSYtugihMGNb0lWTAkiWvbFmM0r+V2eo9Cu+E4O4QHXZJ8ZHmGn+blR6wF92r5izVF2m7L8Mp0ew GRPBS6FWz0pnmJxEJ9/PkBRTabA0BOzZKANHd8ZI8t7GUJUBuCIUGkYgUzNnVLVLS53CgaVC5lQz YbBuXinPAO0oVxkobqseIgUoKmS0OTcBSbQBjHhe8lkGb9qCOE1mkwsWj101+VUPA9NLQTPLY3rY GDdTT/xIBg+zGCyBKuzu1GsmuibIYwIBkLC5Rv1X1Ge6U7Mt1OzoCVXW3gPYnUdnJqtioCpaqakY wcY/ttiPkeB4ays7glZb8/h/EXdJAdIpgPuiOlo9pHC7h/cdXCABase18FD+UkgMGC0RAXiwM4kR +Km68Up208VZxxQAPUdwe9U9Lyn+FENyZipZkgCsB1phqJylYqoTC7ydJ1oapcIH290pB82NsfXV L+y+HK1cOvQmAZSIQdk2gzgoB6hcA33p2BwjEMzRRmvnT0gpjeFzwNYJam24fXcqiMP8v5TijUH+ TK4wC2OLAqSragzXTPTqBhrjuOKohKriC7Yxwl3Djm/oJxHars4eoJi7xINEIEbSx84FOh50BDRg mVMl6O6TwFTCq3w6IxcbSwNKoCq8K4VhvlcUqcDlgyEdqsB09ERBvnERjTCjTPIK046mcEoueanq 5Rtb5KupCK/zEvC0lIFIa6NM1xm8UuBK3+msu0HNMlNLUkJnJa3TxABzWx5NHuxWNVQCgG6ueyTB 3KBhQEAipTIaeDMnqW1XqYotrNk96a2CYuLg8BAdUaFTPGKoYTuCuE3A8u/MR+ZF4GMoEJmzOLYc nWAzi6CIUVSK/kcbwxeQKMcZJSkV65CqZFLLttK34V8XTluf+MTakBjiyai8EEKjz/JhnIaYbeqQ wHmDVSVtuWH2tWwxsAHJae1cjvJscueEkIxWm7LJw5jua3U0JTg51KKt+JdNQKqMOdvBEXALRYxm iE1F39kMhgPi7vjABdivxarZQmDaAgxGL8dM+/Kz5RJ9zUXnF4qDsIDz9EHvfCKD2ML/Bv79pOdi Kt/tEBAFaKMr98rxgw5MHH7xlWqbtVLzLFvhZ4sEbNaCifgkfvPTJi558TRoDu85xw41C6/mzqEF kakKHXLJpgJyrlxwJwTIaVfjk6lhlnSBe0IZMdJSHrdzoniLAvoP9s3btJ7vJoZCo7ePJ4YXdVT/ hEtQgq+RT7gnzOKySw2LH/y1i+BJZGSS4kMRAaKKRyEkKkBSSBUiFDMKJAprmWK46FOVTHxn5Tjy CbFaVMjzkbeAU58MSyOKCpB3cQiiWvrGOP2KXoEqNBVqIqRvxRhkC3iIsjF6TYW1aYVK0sHfiX/I gGgqtNrVwMkJU30J2MMyeyZM3jJ/rEHR2vhgc0KBbbQ2OziavepoEV64Y357hIqnbHvQ0iYAOBSh gRDspmnPTIz0WKKruBg5qiFqXJQKVIwrYuIvVtekhs7WKLQpcCO9i2cKEpOHRRmLK0lr+4Q+G3nj RdciqiSJRRVlJUmryRYRcaO6gL8bBdfgx4/xTPTocyLv/67AA2goX2m3bC66F0GXsmJ/wrWsQRV3 e2mS/Y9tNk5UkbSk9cOOGbUCI0bKRY5Us6HJ+hb9t4xJDNAGk2tUfNVuByxJlGymEp23HSsOgW9y BRv346JIPeGzjaM2AD48ilFw0K6gPKwDv8gU69KH7YEpDbKjTHW3jMF0MQihGAGUb8bEGDxTIB9C Z6wyyImQ6a7xy4jx3MYFt6myrCRg3CmehlQOrbMg1Gb/ibl5UoxtjsIvsVtMjC0ulg82hQbgSIWL z9Jce3Wi9NByXWss5jW0Z6UFKgCobFOJjdXMdmpPKpFVClzD9lf4kOCw+gWRkUM7k2SUCgTNxWtP ShKRFKXtdlEDx7Pkvz2QbhjXWwBIXVHCSGQ0iS2oDlo+IOOKBoQTuLFYY5DPDIQt9SHuAQu0htSW 78FdfVtEd4PZwJYJUuKTLEcZv+K4S/2uZ3F7qp9R+rJxKAsCfdNRu2lSU8mSApk05DJiDz9odr4j uZtZynd0knMwAQ7U/lUB8MUINDGXl4/E4QCqPRSE2VCLVo1cGLNuAidxJ2ByWkyQlqapCNFW8BgE YeyiY75WZTIdAayUE1U6XhZv7HUBiPY915wJl3YWUSB4OXj2IfYhBhg6lGFtcFepSs/gj9Mcupwx EjenAWoWoSKCL2WWENUbnLOlCQqLjV67Ir6VmpCfvCGSEwmurHiyumzQFGn4AVtGHmGzabgeJ7JR zQvWwsSEQX8CDBzXxQPtSYtTf16c2uFrEjhwrcS1TGNAKAVz2qbCoOLKwhRVkibXAqynzKo3+mN8 XUIwF41CYn6YlV+YchJOUvSMJCD2qGZOxkRCJldkhOyXvu4zFQ3UoMaiY6WsYcZomUZDBYp0JnmH V+6jxoZ3f0rwaS83KhjE1ONye3T7EbfIU1n4pLmZ5evZvYSw/ximPLoSC8yyMsk5qH211BW+1Tri d40LJ4LEFCXdI6GxQoxSJCXximXbfunoghyS0wqbFZxwyD+iZmSYYa3QURmc1OrKoSfGcoAy1sOU zDgeUGpg2mcyUUR5MaWv1puDOMoGzZHb0FKxg3r0RHYJOHLW/pArUnvPQn69kKlt7LGYE7F/uGIE dkSzjADydKFZRq6KadkAg1OJSA0XZK++wzlGRmYEW1HCzSfOeOzkXQDD2qIx6xjBV1Vuj2VVUVp2 TBr7ltU3RVwKAGOZDUjYIrqeI0cnmGNNvErye/I0w9GOHZ5hIlVdGXyxTlAI7CDLW+V2ig0DOLHq B8BUgNxpNN+BU+wD2zKWGxZ8WWPEDhSs0te++rRvVeIWxNEz9dSaGBA20B+fMI2cKjAU2IVsRoOD 0bsXygMCHYiuWDQltqiKgIV+7eMfA+A4/urJTcMmAsV9GppPoDexp0bIjGsiBsZNX+4aN/84AyjK 2qe8K/y0FqFklkkEId/OwoUinpYSe+/8p9+vT4utix+eDOupN3OB/JQMfZi8C+aNBTJf8zoEO4SP CDnoIK2mY7CjaEWbIOZiMWvyVjSXGdQzGSo8ZPJcEnaSpHQEGmqwLF5l4E4AZ4eJEcnMtPbMBeKo gMz2GYp8UCu7euKFhM7cWdGyHhY1D6IKlhW3ToGFtrhgj7NBEwk9wKFVPAUntCy6+cmqzchXF23r VKW4c6lb2YGikcy7+VNhkBMbTi3wgieH5W4P60UkQ0No9t2dRNvsHOvMAusRwKy7/BsdZHUkFYBq MbBGGjrkhzqLW6pBgbz93ibvvAJSVPzB+vWGTFvI2dF0iGk1MnjUbdQ5cWRah8XKiUGcYIj2KnOm 4ZEkE0cgs7/2JGtf2bFgbDIIiP/Ri8JlVbDw7NM2FGYVfBI0xke0iWhJHWebMgj7gSjeSmwLIHuu oX2yVNMQiWeZS6QucE4XZinS0xk5Y+QS4WvEAh4Xcjlj1oKXcZzwgYWgzh3ANEbjGV3Xg8XNvsDJ 6tsOBGMqwgTgBbKZL8ItnRDBzrABzM0mY1KkEdlijY7oooJeWwLAYWQsXPHEmqt2bIvtjaekjrjM Y95G48jT0wwUCGAGT/bxpoTSFHnqtPgY4qhgalzsUxTbUiPm9D2FSjiNn1Al1f3KYEMJTeFSw3aO J5bMQ15jQeWxIyDCYnPZKRfWeZ+MYaOl2JGYRtMUs4DQrnL6a1rvYx1RtiWGXTMVcdKG+sMzRSbc UyWGNM9CuBbRURctFgW1/FPpib7QDc4Qe6rP+CbcS7NUPygvuRfZ+OSqAk01nGoyOd+qLvRBDVDF qlpeNTrnVyi8VNfzaqkOxqyw02+VIbu/Ph+Pyky2aPbiKe/G6hBXp3ZU0WqvmU0a/ih4KWZuw6dC mZNMjdz5A1qqUql16bXdYG0BU8kxmr7KehXjqva2RUMfx+CqFLlRUavKsENhtTd+wHQSaQUeG/V6 yrsTYts6agfIRbnSyKD66RxV76Wy282QHuj3pi91If29nswBsT9eBqZS9/njuNfOoHXTe8Xq8/Xt xWSVw27Xv50NW2HWS7u8HG1v3vL5+69y5QZ1MvD98+7tVs6M9So1fby6yx+vTtPsHGzrEFRdNbl6 Ddwf59kC6fL32yvJHBmssBkZEQYZHewaeZXggKb4BoqLd5B14KvTdr3XbJ81cRarMb2LzSvMdFBC vD8gWzuF/aDtaFmv27s9BkNEt0XQIP+O0a08651iTapSfe9tbr0gDSGDvxUB1UuQeMdZH2J5bI5i KE9sEA9SvUoMmvppYrNOMqBD5yeschvNNG5k1Kxfu9bdMjWsHzjrsFYG/ONqh48GwdmE5M0UhtWL hKBYEN68rC9Z6bV0iddmMRdkQaNo2S9XSSPZcvivZq2OmL4OVVa7HK2VjTVMRMkUfBEaIyDonze7 5RZNCxZl8VQkwfxjn3GvmcOnHb9MPtFYCbf3tSlrn05msz/qQZGUe31RtbTlsvJp534Icntd4Eq2 bRQBKD7TPftiwNShu7TW3zbCBD1yWVFYBXY12CqiyNhGaOqiZl2V1e+jEHBvrci0CEHhwUDXnYXu 7YQdQ53dB7b6cEd22xyFyBkDyx+OX56SMg6Gvb13lLWbqr5MS3uQpqa9kq+1bIddZ3HCnUZBY8ps qt7WF1rEJa0HCLLT2ck4wI2DBVimjJxGo5t1hxjSQhR4nOGMbJOELdn0qcqxrsZhxwBQEKUAHQdb PxPnuGYhvih0RnCLX4VG7Z5mU3vpkwBAOVcQYbcPpERHrYvEgLn1wqNSFZ6uNFYmMXnFVKfXvHXw uDwlW1km+d3qSWEc7sh8y4Nvewal6IFjamOUdQfegVV3OpDYoGp8fkqga4otsXkXIea1W11mLVVF pgw5UxbhyCXYrGxUeNGnJTPM5lSIiy3l0WEldTY/eaZlOIIE2NoOWHgpCQAR0UivgbOsoPCTk+hw Y93yHakYLKSrpAtx2jVXzOTu8RVJiX+x22Ub9QkMaJX9yZ7tc9lppfL2KGQ7kvoWy1Jh0LWUIXkv iKuSbwmMEhrclqNpJXnc8TuJJScWS1LqZM8ENBFv0D7exh5/4pWLEn6eVne65x4JNln8K0SNQMDy vXEQi2LY90c4XS4G5eybgFetcNB2Dq+1M47YM1/U4x+oybO3DFIE2b2WaEhbg5AEZQfFnsKDysFG xP9FysIikxUXF4qIe4kQsRWyinny5iU7wmq5gRmEPrqLoqDX90Vv61gSIl0xseCtqq/7BRYFw1w/ ARMwi1JclRyJ2tQW1Z6ilzJctCgLBksqY2VWiBHq5yQGzcUqZNJ9f4t5RFhVVYtxAeN/lc+iR22K r2pdZCs9d8OF8ldiWJuFgp5+rQ4KOY+OSjM9JVViVTgmsFOPDeJmEmdVppO1lYwKZitbrfgoAioo c9+g4jzhWMGmBmU07VJweIXwjyCYHjAtK4O8rAhFdPc/lgadAUrq44thRHnlr1VwnJOHzpgAgeK7 VhCKVUPLsRuyPCl8oWC06HlOh2G4FbBRquTQfpXiwCighGKGyAUoPN18ZiRwWQN/3HWVBLAbVQgg eJAiAkJfF4p/SUIBYhFkOUViIAAm+lKwZAB+xhgLo5IR9niaC2RsQWxJcpE+K7dD3IyzPKgZk8U4 VVYYiQzXZ5JzIbQL8nkMQt4OYdfpEs3iTRzCU8SVX1HX0gAK7GeWpEqXwTJ7JoJmoak8CwCaLc3k 85Rp4NjqJKVsD0n5Bc0NkqmmmahPhom2tmy4yfPGOfMCodkxZsQYOeq5P2bKf3mEzFVLdRCZleK3 c+tcT0rKzAAm/e3lAmwmFFgpqkzlGZfsWHU9QEBtl6r0waIJRgouJr1flTPDldc1XCTkrHU1gn9x CQF8Ni3DaJm7fQqhldYuFkg4F433GNQMGfLYw5AXMwIgTNmkGafieL1IQphH0UgNlXYagMCvLE5u jkM8uUP+PFKg0TgFSexgLSuvMfKqZG2SMp7d6f7FAuT11z8KWn5V+gyvVnn7gTc2E65okiMlPNDK UulSZk1GbQKsAs3y2BtJPAiwDnjtv3Q+sTdLXLaCViKXiXOlInSJr9QsTWLQZHNUG6ihXGkKGBUb p87lWT6xEklclqesKwvGaICd/lGNUrwugWQLEqsowkRDZnP5KJNrClfs+aTlpqWzViJS6TSaIq1x O8GYqIweqKScbCy75RH7TKZkH2geCndmwOtTaa6ctH+GBaLHmTWVW8ps4cWWGHyxA+wtbRhpugxa 1DhTs2BbGo6MOYQWR15alJEiz2GUGkKNHAR9MUldyjtDpzUDuESjxGDbpT6VDlxBum9GUFkyi5DN jSLKdLGnWdCzD/JswKAIhgMsatRZyyxa1i9HYGgXzcBkIQLul0v7sc0lf627i13oRqtU2FH+Tbwb D/tczBsSi6yBO752VR+aaPEh4SXRJACZGpRWWOzQhVTCctq3CMrxOU1Fzv3je32mB5yvIDHhb9OB QMW4vLgxp5FcYa6isVmF3AZLQNmpLQEPNrBkPgoP/C3tmJEUUbgCnrYjAPO9kMwsbp5zC2EkmHdM mItkXqjFmIp/hceaZFfZIC9PgXiWlXm0AcP/snQNd2EhqusUrw1X5cKswyLCVdB8xAKmIAPUBqRe TA971DKJuKxJDeJ0Ss1gJRKCDqSKvjLnqHnsnnvZB19VAfxGKw9igdTRiCJOEaiIzi/mwYR1sp8E GjOwKNBYRbKejcp22hiSQWwTCU1Xvkef6EbHUb+CSRYyhhqW70lqtWGSdc/awHYQgjUxZ2qMrQ+T 5zvajvJwkSwIxoo3yb/xWUlYAVHk2lN4Nl914B6M7R4hAHkmVHM3Qijc/dstj/WYtwgi25+9o0Ls Zv6o5QXCnXcggID0b8YsgF1EdoxDmqiNGB3tpLn27T/I/SM7+eu0E6JNufCIpLnukyBZ05bMTKiU hAIslyjFyMjBNOaRscJczDI02UozoRNZRVgUKLpDbJfkU9r6r1NJ80U4ixxSqyaJeIYxav5C6JxU 8wqMhF/YShlLZPWqgTtxCfq5AjQDPVdF012PvUttUs8EKUxsTEKBuGArsqCb0K56xpfPiRdAC55D JELJkmCPrA2QtoJp37hQ1j+YjdZuTJ4gYNocGCCyDIoMY10TJ8EhnhnC1ib8k9oE0InSk0DDcDqd RaDubXYypmeA+5q5yxyQTP7Gjm7mg0lzv+MzEivqZFWKic6jpUGMBmaBkchhlu397TkQ5UacLNlY nIs6T2oz4FiO6bjIri42TBhXbeRmcmF5Sdix4cAyiyu5KsNSQ9pJVmf3gu3fYQY6aF/gaIx2MvjG MlfI5a8s9Aq73XRYTZC3uYLNb19Edrl+hcGgNbCOzTzfbfkgo1iZVehNoWCNRjl0tPDPaCiKc8Q7 mqGRqnSSGzERo6apSRaV9sUxTTZT6kBrgMoLYELzG7NFyYByMWftAiJwlllyCJuRcwGN1rl3TYsN Mt61TTFHz6RJY15eQB1bi0B4ZdH8Vnzoe8Pmx6p45x1VaCUjXDEgQQkWNiomZm8M1EZjLBumxBCx QkYsXcCTIQkq6xaLxVodMKJJDAPWVIb0kZIMguZ0sSQO8Vt7JwG+EuDYYGZ96WbqT+sh1zBa5+4R DdhZcY85RCgSbYaMOOBKYEdQFjsDtoSdkQd5vGJW6GMWP1bk4+KF/vQfK7KnBkAFMLIivA7/4a7m 754+Ng9Sx0rQRmoGlHGYhqbpKfV2GLY7vGcMoxfLBGeDCLTE20kxU5QtninO1sA+S6K9Ks/Ce4TJ omZEAKUp+MJ0OcU0HGCtZeidWcxINpOJmC9s9d28UfM6ZcSJDEy8QPPwiCtkXexD6wj2gh3azfZS IqNqqE9JJXFuyZb2tibe1h0NCIbwUg5pcUFjC6wJyZbqjNjSWCMQaJSRVdLZIhz/ipT6a4CMeWcU FQ71BXXx6bedyUaEEQotv0t63HF4hRFKAP2Q3wQjIV+QWSotqPbF5BUZgO5m6iDStmOITBINUkpX CJVNb2btCSaDyciRQMUKyAxci1rIBAPAokWpAIzha06pMRsCki23SO6tIYG38LCYMMI2YBpHBBnS 9TKvEUGYVPYfzMgQORtIBucIDFmZAlIyekRLEYwGTwsoOqHJxkmAS+DFoqRVdJgOySDczarb+QcE OWbBbZKTHLwmdNoR14zqlIje9M6IFHG/qE9tK6RQA8C1u3XqoNdUm1bm4qHU47SeTMeOEETp3o9A mFAeLD01masAU2gygLrnvIxb+owsjZ/qJPzUwbJvJiU5EW+XKXvYPCmjBImKxaA5HKCWDKZSCyqo U06Z4okPe18bzFkmpqnhkc7CjTigWKskmZE2nhnxCHnRVrNcXqNNk6JS+9rNARxQgbr4lh7RwECt BqMgm4ralhNFswTkfAVS7AAT/jIsgliEYAu49I0epIp6gtRK8dUTiuChsp3n1iaoeqGxAFnGjzoW VYRVLRoVt7QaArWblZ37x9dDLi8aXjFeYbgfywYaff+xKNN++wI3lWlx4bcis6CkhQYhsWhQma/a J9Qyncud2Zv2UBVRaCNGidACqmIhwU+vYtSpqoKhAFJJVvy74raQo+hXwCHCaWrCn+kDAXNXXsBm SwWMJuBCNOXoyCtUu7ThXWfl30LWpMBPnYt1K4imTzE5y5dDzFpNipEOK5g78bmwZjHrMlabuAIv ruemx8cjuNWZcSZ4WJekgOMVtYFc98QGlqTOYB1eQdYDzbQUKcASAFzJLGcDcgYihDlEAlaZei4G K2mE4UhlylW2oMCL+kYsEus1lxgF34aicMayWHBvTKRj3pMwDVKZXNimSgZ5mTmgdvXjUnUHShG/ aA0l05KbQytyaARfOLFSs9SOTCIjjeUfkIDkE4bGdjEfZTBbAYomXMmiJsMwhnr2NnTBkIpVFk+X DZKLlG66TlkRKybSyiWVgTMjUHmngkACxpTRTUmaAYFAGVk2h+OJABCTJ+uu2IK6uptZxVV5ty+r SizvRgpjS3u3J4cpx4WMrAhHn6xj2TlXlanPj81MuTIj3/o7h8WdFRFlER0x6riyObnToQw/07ot B03thAZHQdSCcS7f5xkqgphOTNnytnirwNJBDpaYwd3GdeAswixSKtUKaGYIiSu2ilFBXumy7KpN MuDZqEVcauu9sAxfSCD+doTpyxOQ4W4fWzO00aKNu2ou705QRCreWrEW8kbnygBUxAu2GoFBIbei TcVdtFClQaHfNvJ0ZhmEK+yAumCxnQC+ixKQ1i9ldZuqFcRRD7n35hcS02584OAj+Uin5lKLr4jG YoFFFHwXjLPJ4Y3X3j5G1DTPe6JmsL14DtBL02J6nAUJggMtqihCYS98NT+hSFRvw4nCixJTG4Kw 2yaH1/dfyBOWtkzLCLh7zyUy16UFZhLEOBSv18+hWGgDCRV4TP7fq3OqWoHgKXa2fcKEuW8SDCCa cjyuYCD80Az0ho7gGiKOvoBta9JoklYNa7GTpoigaX97w7sgN8RdQ0J0NXdk73DdrEWaWSTcE9Pw rzRXzNxuehE7NlSRb3eHfEDFrKClAlRFttXPQRjsZQmgjcGIbFMxQHTt8fN2NVb+quu27RTJ7F+j YxDd+/NsX0pxUOysY/pY8BkoL386ZROHwEBgW/LTs51OICmiGNGLC1Lc4oLq/CTFYAEPraKUEzu5 UxhTqNdKimiv/U6xRQNxpj+mjuwSHq0SB+rtW30yL9kZNie4KS/mGIPwWF0AfslU6R+R0mzamW0h aZ4fkQ11KnjniwqttEssk06zYasxviqExhSjYlgSUWRH8MMi9vkSIkBzp11NQUhk6i9cM5KWCycK dQxiMP8El+xsDEpitIJmPi5xq4BpQaE8SwSycMhZ/bkjM/A/zRSZG8unVBAcghaAfHgTUEocoMVl uBBDoGQ6+tl0pkJkzRIU0LLArrDxhDKCCa0TybnL/GUovP22DsJBTMbAAeACbsuBUMwVYQc24x1e 93RD3LCOx2lYXmsOBKIEyQ/DqIOfiq0tKsE2bc1a2Y2M4lqu5hrhwWOuSklZHstrXAjlkc1MMjaQ R3SP3MZ+dOj/9nrx9dojkEIGoTZdNKVhI1m3TdRzv9GK9/bNRZRJkrkkOpuWRCis5Fa160GtMNZS m5AVQbaXrzi6GDzxSVFaN6OwyXdLcCTZFxaLtUb6bho3prJIGM4VJFPYA0LQxtCifI3RibvEM/CZ Hbv1iowYO9gEW4GEOcBMQ96L/yViuAAGCOTTExSxDnkQXJrWRX2EOuDPv1fa6ipsYGKmQiVTQVfE ghB6gqTMtcy0YTGoMOBSssT/NzgwR7AsBwBcw1VQk87JI8GuY+JrXFaMbSkx6Qpk6ESN9S2lEoUl I3Z4KpHBRKAZRkTUwMGFPgvSCfDMb3YmfQQl+mhUKdgUWFkoJ3CSZM0dE/IYahZAOlOXAmRyo5JQ r4CJNfAXN02VvUnNADNOfmfJ0aO5/CvrbPGkr3UpC5aQwac1gmiQjyDYwGAYSi0TIVJ2qBjHWhUx IiXCApTMEGElf05xJ4h2WaJCWlTNoiSwnBMZMBunso8kAAdNF9lwzs1KA5ulWxhng7SotUcCM5m9 mRqJ0DNwCZ/OEQEBaURTFxFm4DQnhIiBjDgrYG7ArABXUO+CnMI7w4ioQzAs0o5EKKfuizqJbjZr J1fGbGllcOYhDdcVE0UA5iMiUAVPKNgvWa4ZwbVjEXID/KRhaVd2Rbve3xB5je+G0Vo9i2GKhH12 pUVtP6Dd7tN9NiJHs3lb0UtLo02oZLrmxQaYXlmQUMyapqoJWmVH+mBRXtHBFHHcDACCTxbBCDkg Lj5XphXOvlk5wxe4giSV1cas4YYsbAQX0M2W8AkXC5PRz9i0XJiJyixqXdyunRm0K9UdVWfYyUCq iymEuTqGbKimcDBQul9UVm3W6Cj4chnkSSfFxId4grUAc5Q1iw+TeAmA/e7Mjc2XmWg0EhB8oE5Q QIJLCESg1CSoVy4G0OXXn4VbohKICk56NhBLczxiMGEnHgD43VFsHglEGeE6w/nUkqiYsU0Jsd0x wTu5poDkcDUxJTtpK9bDeKLJnEWoZAdIeOntV1iUngBAITIsgCdU0Mw3eLFpmiI5qwvizLK4yPcp VnSefpTyk+sO0VI/SamQwhXPjGeuWy2io9Qj7oFMAihqSy9SS8tT2RxbeijXPE/Fn8IoHMcmt5A+ WJOQVGH2LRn0kxXvw555nCVYojuvMBffAVOUNPOcSBuWgSF7gRSPmhSzYWSoqjzhXsMMeS3oLuNW bpk9vEhC0wfUBFvmQ49ZmkoGVWYEYqMz0Y0IfpFUQlPhNJi3YAAGEVAuPJOR8CcpOASEgsycS6rq Om6jWjiTpuSw4rZ+WuQr85AFLdM/eovguJTji5bzxKw6FiNRAjBGVwNEMSFOsYqBq1jyESRImJ3B mIqVR0iODFKsm8k2UrnMGkiOmpZ4VWTDnAgS44hTZjAX63O8A/OiC/OAyX5+AZ758cDxC2gPO8Eq E47gwnipzdliDQOzf3rktlirhQTO3eyZwUHC3gApfA0T3QATKOG1eD+KRi79I1+oSYCLbUsOeT2r 3wauwUsxFDrVPrnAkJ5qOWsuUcQQ4OyBAkB4qY9wh0pMVZGLmxOWLWqO0ISnyCTLjqETsTKpwspo wNzCG3py6Glfl91US9EjNM0HK/TkvhiDtCQ5kf4hZkD6eFxtNAfMcxEBuvmMZu65G7/iLQr7x4xM KoloHp9AQ6X1azNiWSJa3UZ9STEo/q1Mv1/0ty2DClYr/1WFUEnTmMVTyrHqnaTv1O8EGRbjeDUQ yk01lMhsF1bkst9TcfBWNaXdv4yDls5N9bU9rq12V1NyRl9nJrSJ8aPtvvYYthTerkeNVQnt2bXP 2HbKiotdtiV8tT/betu9rJalm0kfqkzVNtvwaHu2gpxCkGqUCqQ9x8p6iooOdmgDqrlVuhT6VBPb s6oq1bZi+zI722FVSpuJoalCaJeyzeMWXs/Utmrf7Nu0Fdb+53Yet4Xb/YfDFs6GavuZbQLftvWH GuD142En5I8rbX/tPXJXfw1azfNho/a2k8NALRQQCp/2ez/u9iK3r7p/bZ++uQBHc3Vchi5tzY2s 9ieDRM+rHo9Pc9nrfn1oa69zPAPBen7cfuyFb4yvv3q18fxytwO9rdQqybe2rIPlu63jd4dcuB8P HjfgBrHt2W76fLs9vu4WYpVjg8GE9fd/qNiEheSwMY5pB9hflDYtQAAQzWwIR8DIejfNx9XWa9sb bOIHlVbYY2/4iPv9IEod3rHu5g8rfLTD2UZug93/s/htdv0QDMSf20AeTdul/3m1gf96XwPQPK5/ fQzDeAwX17SKFaFoSzwBCIE7ebt//wRPZAT5qsHbg3/5eoQgAdkTAQZBrXZ+GxDLVDzRrd22FceJ O7eZ4FbIryha9Zvo20dC/CyZtZStFkmISaBBCUz6ZnN1AqxDSsTjoCZ9qbjJ0tiT0Ml+arpaVoU/ CxCUN9/UAOxA+QJ9aOWOibZ9hMb7bH6JD7ci7NN2dc+cNgebUdWAP9a0n4Ihnq5j0Aq2CwV5yNKo Fr75NT73q5NdbX5QHlXxsYpQMS0nkV21+snoZm1dyAZYew1XBoVZqnvrGR0Fqkq8JEhyyj00LMiZ mOjGUJeqgATAKTYMQRJC+pG+bba2bdm3fLjx0cQuZikswCo4q9UbELXBxfWb2NTV5BE0eja4+LAR EC2GAH7EYfpglMMvmWCeZZiMKHQZWeZxCbLRohf/Bda1hzaDbn5UKclW0IBFjqvgAAgIZbVI9abQ bWEcJ5jfKTwxQYsUqhz8Avdhc2bxdGFFrs01fgMcwlOcKeQOcOxbDAbVXodUTFvwgtg95hza/9rA Hl/KQHNPPdDUb0ToLTmrmwO7kvX6g0dXYRY0OJoi8RFRrqqk0dOoVeQAtjoQoPKfZIKHzl+jXt7P K8+89UN0UpAFTRLQyRhA1He9zZaY5T4FXkrSgMMs1yIct68H6sVBqLbKgOwFPN6FmAMtBti+QuPJ 3QGmz1xv3JENLUDipZP2IQJHHrCDvunC1u/AY5yIWYUHqCPp6mltJN55DmFqfuLhkkS1OodiYXEd XqkZKlq+/V9xR+EMoolEehOQTYV89nNvJVELxWJl971gqDhPCJA3Ry/BxYsSdOIizSkynD6CCsxL xkUAwi2IqNq12EfqByeSF0ublBxMBYmojwh+4iikRszpPYoIquK1YLKIDjxxK5VHn7oTekOLLJzG KYAYz+UjikdbMBQLLczWEPTolCSC8KvCsv6mAhtZiOeNU0BLGMwD1RAeG0dxuLrJmOmAUbUJcL9A qB1FqzvIlHTTjcQQsqECXaYpyWjaJpWb6EKc/TKGeMvoiDtoshuMMO0scmfiCEBfinDBz4ohMotB HoBNcmRw6BdposnkYUW87kY2St/mAoAAq+iU/PsBTMx3WEad1QwTTZH4eY605SGSM71mJYagefUl iuxlwS0CVCdupaCQUUC7+lkRL2kq4xeGthlVHlnF5OWX7LLcH/07dDuJLzKkDq110A1XJJC/Gnzv ugpm7bmrpCujQiGQAcTxk1SGYWLAULWby72dq+HS0gFw1gxqgKWDUEzNCH6sZ5cA928DLb62ysMS kMDMV5Mk7IJqVymXt1OlCXL+iNaeWP88ESB8L9ZV9ehNVW+/QNnzlYGrmRFgiTwNVTgdAEsKpNXI kzovFQQadLM1jFHxPCEs9/wuc8ddWRAFBomLBMMsxk/OKBTt9vphM+FK1StUz7yWjBeOV1jA2ggH VITgvzBfQP5hLUnETmWkNSyDzgSd2poL0YKkJ2G3gDEzLmnIawC2jC+yNojmS8FKG00Rl9Om5ssn kF72MkqWGBahUxByPiZWxWq/n2dRq4eIxrgiYNP03JYR2HqqlKYohsAQ4gKO4zu4WA7XLT66tMKq baUX5rfCqygGSds6QG3KEdwV7dC/ra1zvS3zyj0Q1BqqcKYnCTlvMZ1IuCcBWx0Gr3C75/XqLjq1 hGpVXyzkA53jtkVSRUSF6+3qdDW0ehYAaBUlCmTU3KzIIx41tXAfuDovL2i7gsjjWzjH5QsNyw6a QwBRgIcIMAKtSQO1gH+49LkdlUI84YHfXw+PyPXAVrsa7PMVdqJW2xHaRRsyRXoFo21m0F524xFH wWVPtYqFNYC8nRCFgJ4IC2W9YNSgPkt2HCRofN3NoLk2Qko+XGfUlsNgi08QF0gIxJmmwVZAWfBm +IJF7CYbWTyf2gkGVKTsn5jWonkh8EZqFigXRMVyFwucOsLdTxst/IbU+G7MsjZBJehN3Psjsq7g bBAPchokAAo25V9GFNXbokFykgcQrohS2CaFdElcCkLzGgbZdRSwzQF1lKLSTRstihX1rXsPr4G+ 6BjftTc0SXHPJR1JKA5hPdloerAi/val8DKFn0SUgFsSsfoAhpxFUSiYzZVMFTX5SsImzDPxBmnX h96SEn02CgVK5xJHQ3ZtO13bIBEvVzQDUztqGjfngzpXbiVsE9E0KfEVVdLZYl3tcmVsF7TbL0Ep 8xi1gZY9hK6owtF49okGmtSnE3HhTkAW5fgFEVC1hbN1JbIBTtdRxUmkRIJ3NSZrqlrOPhgkcwSf ooZiwsJAARsHKECYTQEHTueLs2YsoxJBNZLivQJnttOAOecCku4JXw3exssw7TGiYg1AbO62+BcW GqD8Ju7hEiAirXgifoKRCuOuqznlEcIv98AU/xAjICJgO4p1U8PoUfqKIjNQqLFJI7IRbaL2gaEr QiILrCANMQEZS7RMXuA8R1My1S7zspiITXqg2CqDGQvGuJYiMa0T234mEkx32MSLk/tgJNgjl6F6 iQx2bn5OJ/qENZih0w6lcKZ6scM4YKCuWJiNYTtQKm2u+6l4TOBr6z+QsR+QL93bQ8nu0hpXDZWy TWsIX3vgl9BhlilRYFIMMITrdwwtrwRrsbGuRshaLexxNejqxk5q76flFOqDfHCNXgovSKJwdPBp GkbBqD4dJqY7y1EiPpJm9fBUQyODGVOYa+eFlrUVtoVcOt4fxgZQMGefkS3NdIHpSE/94++y6tWv SC4zso1VzIggkF9hEUCnb6RD2JJ05s7XHB53Q0fb2OYhUvYGWV3zhFdWXrvml16rj6hzsuxtl1UR +Pm4y/K14F9UPPxu+3r/99C0VmoRhtr2M0i1u15r9RH+BV55QOUACKgJ9BqFtsjxHyoBN4+Ua9Pj 5QwwA0MU7IBjbODWf2yEugzQULhCHK9njxxCZY7Y/QogGrFunbfgg6IM94L7qA47AtyEEO7ZfwPl DdedUiAdsJEJqmSh7W4YUnJJ5lPZVIPiNxvCg2q867M2+yV6yaTEwYSKFtAB1wpp6GPndGlpMP+L g0wz+0A+NZjS6ipiQXkwslNan+l68p2JRpeeo/cNEQW4GIaVzfVmAxuaDNjJERlDU/CAs/gfLIuO og+bHRykIvtDqggh6ReWhWFqDg5agPChnx1GBPFJLmCBZ5t7q10MU4UIRnurkIZp2QuvaBGUI1W7 6upv7SGBjlmcf9VQI4sDK1rUHs3ASAEjvCMfw8bUyH5pX7lEezaEWpW+lsVkLI0QjtXwy6gKU/9d Z37ptfA/mwhRLqC8OWMkci7+fH21gtwQ26KDknADPwYx/1piugg8pcExcaaREQ06Zs8uEw/anOnM KqTvFHnSQhzYFzPmGTMQGOE/e7CY5UJcTyploLTxEfg9ipjOJQmpP0VgenOs8kEn/RpEtQdhMlTK Anjh6GwNOF/EIhUmzycX0mQacujFIakbIb8ReAOlB2kgJlAOeoDuSfyjsEng53M7Q2n83s/V2RUi UbpXnGSC18IqqmSPK7Xl4E2mRYErKyfqM2+NBUxO50jpqKche/6/frNDokMoVhJ00aSgJxlM0fRU mEgrgQQYFCEZPqjDqiOe86sbFvpkBkcMCgR7blFhxnvBKFMxC9NQ+OD3Hn4vVFWSHcwKrVXgEArW kFNwVqSe+tvwmVUAsEBXd2Fq0yW5WBzevkb0ko5caydgWAWANNlMDDDFP6xe+JU8bxdoduT/eboT 7EZ2XYmis3glyX0n23f+A/z7BL1+NbaUYpJoAyDIpHTM/JqGfC1T8h6bnvdkopkKa4fCTW16Cix5 MrWEr9kCh473AFYGV/KSO8tMuVlElkQZnGZYAeFIqEJ1naMnNDBeSM7dwxG7CCSKsI4kOxkEDG4P MGaVsE2NC09NE0IWrGGFp2Oc1UZ55k04oRyrZs0GNhRplAlXslSNDEyslbnOzEFV4QcYlUSRCEnK Oz+/ndcdVTiVUqA5W7c/bVr1ugq2mrRDcLSlZH9Enf5YTFDPpw77q0UVtXc193fl/MrylgxouuL6 h5r5508FfLX2j5+Oz1mxG2pW6a/YLdRp/2uE4sS3EnuvnCjefu5NWxTNrYkIaNynKYDYxrUU1lPA T87SoRZmNy0aeGGWlFWbJFlB4BpfP7mLFaEsXK/G+LVq0wqFq6rxTrNBUCX8n68fCyqO5fnPYTLW EfLO1i0KBHMQnTBlfoG1j9eq98Jx6wh37nxPBh390ok5JjICIoM3iquiIixAeasx6vufOGrRwRFJ Zn1OCmIkumrthhtya5O8DudhIfnjZobESKYIJLyWOfqJoaRE3QlhRsm09CEZsMVdv0TAFMvUIFD4 Q7rgiEf3IfR4+eGQXP+VcmFaHOiT99SGcHHR8gwZ9gY1NNFFBynxSosfHfSkIY/OZcZ4p3vw513a QggXNiC/gINyDfgbGHNbJoRqtufd1gedu+JUD+lP6EpiJaiG80IEo31dfDrbJEToGcDOMCe0sllJ dd/TFTjDa8RzkP4ALFV4vsSnRgF5dD1I7AuYmp01XzKcJrFJy6Agx9Vb2/U7JSNQzDITBJI7/wTc mFTGp+/3lCaLDsAE1wDWjVJWNzYHtGYSbiOkuM9BMSzC8sLIBaLV6e3j57OCEcyhLG+QVCksNCaq 5iC8vNzAHU3cBDV5Nt+FHQNjQdSMT9/aSBY0E3mbCXLtwu5fl2Uv8Fz+ADkQB1GUO0T4OD37Rc0Q Rw18E5KB3q3sqDjop/DeuIK1UlWxWL7V7KCtEVwPrWB4FMet69RLoYVyD1tFFfnUJB3jko7wDZjK WswUloU4qNbIkjZCK86Kwm35cMuwDC3ldAZLgCo5ePCGkYRphN0pLrL99F9NIyHQQtOKLJPo3dew /QkT9U/QkZZ2GZrLfUaJ3uoBs1rTY2kYYUSBHrxNO36n+kKNXCmY3QBNOk2aWoQqOy6mSeEKs5FZ STxxZFc5VTWRXhlOh8xqmTwZJrQyOOLlM2SarQpbWUYENxWhh8yVPxnZN98lguTgjCYW4ngidMZX bZYe+xakBm8WyQKzTAxv70lvKzofa0OkG7Uh+1yVfhJE81VaS0IiDrOYcIqqLqg7LUuTpZBrNB+j 5PmUuojEg5JqFsv5XORBLXHhpTSYuDhlNpJwimkKAe3EQy6e0z1TL3y1hHMiZl9ZQcbNbgBRWs4s oRFsKWcoUpIUESTciUsM56dlJmmxO0ReRbOc6lQFC6ulWpTTTfoRkZdshCqQMI/38uU7jQAiuUQP mhMHxmExLXB4KWU1QveXU7psJpgojYShpXVUJ89hHHDJh/uOvw4Kc+9Q54BeU/ASqm+Ukw3wRqt7 IsNH4ZcERmiv0AktWZcmZQilWBGfLAMxEvayKUYqy8QowRXHEVTBkPHmOMpFUV0mAxMyhpwlRbSP 143VA/3y4vPWvNxTaS8PurS0pDDIiMibs1amzircnOriubwlwwOGFJMJNKSOzI4NowlvYsMFL/92 KwuUv+QTmU2zb8/49Gnu29wmx3URa5WkEjz7YLh4eVSoMbKR4LP9ZhkPgTe1MFiuzpDm0RC4sxCA D7ltKoMYnaRSTHlNgwWNDKXUm1B11scsoRc0gchsGA2sMmnH3+4KAfIl+oPPRk6JEWri1CSmLLJR vAlb+AtzDPj8dHnuiozZGJXgYXHHZCqgdFvoTRZPX5aS3B90V872y+5fcNQEjUJ7ZrBRUnSJ6ECA W+XsrmMjIDBlWwFHmEsg/F74RpnDwfSHQKOhLecysTKdbRpnPcXMNgsRUVqCsrIfLJrsVV3PddHo Ey8JBvPWMGCgG5iWxaZk6WaRLNxDO6EBWckzfyR2PudvlRZmlMDLYhmv3gpD/SP0ASoSCb7ocmCD wk56IGPIRyjC6sMERTjsLDERNrq47+aA7gWwAmuc5q55PMvRRtSrQpnlIyy5Gc9fiZKPMoBSCl6I JxBAlZuACxJ2VJYwULtek6cIKPO07xNeJU5FqmE+CbAuPJO6DknGujzxTHE8lKDU01JfXYfKsh/y Jd5w2rXC6NAR2drWPashMm5TkdPQlrpMUAzgjboKFcLVhggcjD5g9GJI0xKl1Z1E8XmtxFqFzWR/ XwWS5WC2zXMPvuJWl+Kgib3Fa52pAyCrmynftjZLbRbEWhlv9dzOgbNiuUXEVgl7X8XbDRVouk+J mbbcaC9c5qE/lLSsm61beuKoyac5fmWDrSaGCzrqyDEcuXf9UZ2Nle5sDctA2WOUbUu5lbjWC7dE 6GZrpyVG3Q6wWlHVNb13Yk+PKTBX/VRMb1AbBHXasr0V4bQZ9Zjc4zwG6GAfIHtk4d5WD7G39TjW p71yRJswWwJ22lh1cX9URVyofR/w0M7O3XX3aBRIY82C4/HI7m+Ncq4Unz1vEtfpqwN5cK+7mHQz A0MraVbHWW+knC97mIICe45dBdsHPavRtzigIQ7LAXP1WDcwavn6np0kUReYwFxe5tgKPShGZ/dx Byl03KYv5pjh6ao1wgpkyQQ7nAJxPS1uy0uK1Dl6y6yAD6GBAcsN4wCD3LDEZlsmiLyl6MjI14zF d3MSFhvuoVNz/WjPisS6sHqjeNUlMTE/KVz63W4rU+9AQkkBw7KDQpsQEzFlavxc6M/uCyil4mhn lWD6/BbqTTb4MkNFfwy5I9/lgG4pjSsMVPaBl6KpYF9701tELc5LFpr8Vilw1quICWfAnEkS1sIx Tl6T4ozcBP1eA47KJmKltoTWNr4xRQLNstDY7LJUJyb6sH9tuwQgjuIsbXG6i4+aT95Xx67WI0QV zxa4CalpensjsQGa0dgcxquYMWbhkvyqhiMzx6f94NswRXN7IAGumrb8KtsJhOOtcOO4qgo2tGbM 8LO4HEpVGtLAKHivHp5ISWXZAcESrRGCMi/x//aAvVRL+iWURJDGhCerGGZbLCM4pJrMKfvVCoqW WTSu9MCTOMYFyByxfmbpHlsQKxqMJVPpdJ9LLrRkotUfMYRaWwsYtrwIHREnQ6s5QRUq+9pOn+iQ Adj34YNyJ96ZUzJRjknb1lzIjU8HklzSLf5rzRVbRysri4sgAVeUcLAO/HD4CGQwAAWP9uBxIptA mn7pPtjgM7Z78MSkQE/gzDC5ktcamnmBMTsr4FvPu2XSiDeXxFqBYghA31yh3v3veR98OAFeU2ZP 5p4cBA5gR7rVpocYj7pt+wngSoyIgtZ0KT7LNOJTL6FQQREk2iFnV0Il5DB9oiyLqyuqyryBHiKp D4OLEaI06yE3wqRdykER1NGGEAKm9mboAZwnUUy5AnIEx0AordoRoXugl2bCtaIjHfFELLolhAuC VtzeYM07us4z4o1FUbkbM2YEzFkqf9C4yj9LrdIAitgtJwsvnL2/YBzVTRtcMNcAAHXW8WVqgzwI 7bm2bK3IHYSo8DA5btIMos29alR8TKYXCoImk0e3uVgbLfkue266YXGKF3BV0oYDZCt/ykGs7+SI 7qtapu6WbxNNZaZwoDqQkXITMGW3hp2xakwcXCXNN+u1/bYtDSpg9uFWOpPdOTQbUP2ubIQ1XbYI BdXeX9quTCIIXSm2T+FRIGHrbLKAP8iGTHbSrvDkQpOzuLN3t4Ss0hmAITD1LbDzvclGeXvWhAUC golgxyCgsgJepzRX4ZGnIT4pMEfzMVJWPdaLHDYgxHLVORI0IjLqLFiO9vTQlwmSWLs9Mq3g9C1O dV8+phyHVH+QOSPpyCx/BtiQwkDICHk0o1FdKmj5/Aj+RWG2+r2iovLmt79Bolk5AE+AiIfKaoyI V9CKkBb4CI2UXvqUFlvOsD6o1IQ2tkf+cLtpafPragtuaHNCnem/ZDkSQvvYT7yIRtJ3s1H6LGVn LdYlt5xBxBUGvV7dm5A70JeRI9Fqocpe81679/WinrtTPqoSU1blPiVI1WMbyunFbhzrnz/Eaxml 6rJ6MA5Jw6pHSyxY3Qbs9psIzSix/b7ZuicFGAP7b3cNAyMc1khnjf31nZvThT9EgjFUCX+tlgpP raoIsvTKcdEMETijl/3igJ0pQVZcuzGJAKbmf+aW4lqTL4lQXmcxvcuYpyO6bPIOfwqouX69LzsR c7e4+973FpJWG2b25ZhAgYZUfWuvqpxOC76lDXM72mrZpYlA4KKIOtfxmgarYbgR8PZp0S1/H+jx cOiHNmRpzF7WAEHVTuOnuWezhCULuwvWEoZsDt0ZRsH9T0IANCMpt8h3yEqUKHcyaM5SoPtsdXCS 7EjD6hWuOi2EQBSaqjY0Ywc24pr0qMyhh4aS/GAMChk48uEpARgq+/Q2nPeOEWvQdc6LUbTGQL5Q ulA0cSAkUksAXEebG4JnTQqj4jXRRir6QmyIgewKBZWKqNsV/6LddfEJBT4y455SRZCSb+SSSyEZ nosuHoe0rGxU8sm7iJQmMFbiBMzZEC7UV4TsYniUL8zLnwodUvPqH+Uesnchtb6rVdYwrWPQJW5M GkiKCqPUKXmGWtSFJCNS50KdVDQ9lZeSuttIvqGL6d4ZFRlehw+vn51S7I2umrM0PyobSQuFPB36 rNvb0O5XN1aWrJgsYFYswm7XyxzKVEy4TJeTZ+ThLqW7q46OdngqMQqI+ZV6BhTjR9SV7uCx1A5t IZhLSsGaZYruqUKYCQRTQ99MyL2F6XU+vytrqX0JHin4FI3LCUV5WZCJbRJoIigrKMAJ93r2A1Pz IokVmtOmyTKFuNwEpBp/dDuKwUWDgAL3li1Ms+j1qbH1XZYUTdSTpmURzE4XTHH0meFJw5TRJuQk TJ9SZI2WpFTsQvThDZIwaYsXWctssgQJxeyVjwAQpD7Bh4acZiuFwe1EmmCbuWT2MkDaJN4CMUjV Q2bGF/BnBu0P//LWgPyh5RuqrIiUs7iFoGgNzaA4d6GHyiZQUc8+oHvCARihXPleVQgUBted1dNr UDZ/91oPiCnjNO9ad7qiMzqEgsw7L3NHjBFGzgya+nn8wfWMxw9X44yD+FVnMBAjzzYJrGPDLLZ3 szppQIR2tBW/hyotOsCzZnAL294kjxCkcV/lDxool4m6pMewGjQ7EVayTGYqXTW6j0qccSfdctPK NZRL3oHwoFPD0oCRlTzLwJthuECKdELC1eInYjcmf9ETHUxAhIoZpE2P5CT+yF2WqYV7yOGG+qfN lCZdFDFaYTlXpBTpz+dxAjIQo/3yK+HV/W05EIuINHArOyrGCHaJgIhyzsAclzDgmD0rhlzcQUPd 5YRJpOLh6o0gTgsJOqMCEWIuFAQjpd5S++YXxFYe7qXGFY26BtlCPyJr2kWp8yjo22PddrU37/Pw hTtUn/Stf17HoHsUtbJJDIpGbMOUR5WEj2WCXDs6WDsG+F8Dhb91SGsY8dAlGgkw3SBCQ9AxtFiN VJ7Z3yJmUz9zK363DYGbsbDj+tdjMzDiQg7GwmIdReGKeIA3/o2OIIR6o4+c4DyiPhEB1tc3hTuF JpUfP0mEfKq2hdqxRN4FH52nAlvFK8riJ/Z8aoZEOZHb9zJFWv+RoU+zQdRUplNjF4nqXIDVAnHN MXW2KX8KAfa61DoN9VOTQ2mBrptgmztgVnPSXJdM2WQhhm2EkX+CDoGrQ6UWN0LLTTMLge6p4G8C s+eSdBQBOtMBhdIqw7Hp3XA0g7lkAngpH/TpiHGG2pzIZbpFjt+USAktLekrt03phublfnFr81kD 1Hp4mkuXWcqDFfCbAEkG2SJHcgMc3lvFf2TFmo2C8u8wIzhiD2Vm6sa5eojkgNsCn/YlkIFPCXg1 I05oyuAK/2/GlHuef82CV+3nzV1iPPiKs6UukM471JOA6sEaZKVYLBgbV45SFB59bGN+jQIuPHWU U4WTpRkBAe8vCkSBNNhcibxhC5Ly6GjyHxIFNLowktxYI3AXdrk3Q0Qk3YVG+WQNXKIsGkKrD2iA 5efPssFpHCRlsNUxfUomDEEMr04bCGi8Tcsa6Ei0LPulNH6TXerSktZsPHsgEs0My7PIaxG3tItG GM8fhVgfPGGLhVXhrASULekxjGoFLEFGs4+8AGFxwWqZd1X9ajJ8lEP06Z76mTWK9UJq2RkbHzAF bCrnnirRWZVnnK4Ok7XzZfDURx1FVWm9J9zcEizoGlVhg4aqGiq8LYN5a3SUz4oJVmU7n6oT9/fg ni18eoctYUH+2h6/HsPxJ8pUiuAJieDXEWRB1YEgYxCjh2IaAKVVkBDiVsUcz+M0at7ntYpJfVSP MRxoDC7iHQcTJHzyKVlVk2ZGLBZh0qGQlkJ6XmZS9RodXsfUgoXeGBIohq54xzEq/E/EBhxrESaO VHzuZs2cpeJu8iH9zMMjPknCw/Udr5RujajBmO40fCwCfGajQ4SVvXCCULqIhtOkZieF65rI1Hma 66UC6CydSIR8rQvww4k8uZXcyTBFUZxm5G6uaZmklycI5kWAgoh9Urdods+1cfkZYREULoCh8TPA WiIxS6gaQUTkg3JN5zXME8x3K4W2WaW0qsV6TGIHMVFCLFmdKEl0gws4jDq3GoAM3QsuBQIsIJcv GdLHft3CH7/JB+U9hkb/HFbx05cioGmPTDESzyoaPlaYtP5Qw2HTENNFLs9qbpHps1DD4KNvMycK UkgmWAkQyDevNHiSLJ7ZzYIAKjtbbSzp5KY+yIfXdxZZBRJb5QI9riVcBjskJdEoFhPG4piLhveh tvl3TldsxWQ2RLedLM26M7GdlGEU1sycEJ5YrGQxEt4RuXTLQdhtQdBwrD8LYipMSB+61IwhFYIx ciwtg9zcTdOe6Mqr0J/WBFRxLZE34OyRwfNr71lIgRs8WMjJfQ2Z3d2sNlFBfKVaPxDJtorwIKLH SElf8bZHMNgMP+hPMOg+wzMb/czRGthoo3Bq0CC+0l0qPrm3vqmgUJPfGSUFoRAUWdLy2iWdjLoe OqDLYoYhg3fs0L+/umAwMmxibwKSBwbt2bdg0XeRZmxMUz7t4DgZqSEbu5ik1CPTFmdn9hUvElL6 0G/KTaUMUSs2/FkRvIyidIBIRb4cE0TJyk2sUJupZ9s4NWV1Plvww3Hirs+MS4n+ci78sUzwnLI8 1PrmrOaCf9V1AhENMcuejEMsqIkqcxFtvWGQlFm0LoJxiRYLRMFqpycoN/nCbZPrPfuWN6muZ5w8 w//wwoD4zb22w7TQrY5A7KmApryqgTFBAd2nB/jR/aWym4XLEIi6oXLK6Ld9zqDlFvRBEAlWMtTG NlNEswaMAgHlU/5d/Yfxw7mMbfOMxKlxmX9OnBXIV1JyWmg+ZUYrl1BhYtM9aNaaWmqsOiY7Yyt2 DEDI9rokEXWAdj+akoQ8pFx21cwXhqCy6Vsm6mevm0KazD7dnTic+NFc/lXVx6Qv9VNmfuqmKlB7 QMBFY33ZnJ87EIRprKYI73DaMoxwLyHlXKErYQd6plwVqRIcITLIrEwHZExLzb/8a7sTxnNt2rKv VV7pKrqaQ4kSfhklfaKtSxWpaEixdFS2m9u1WejJzZgHAl3EmJGVPtEmYdWtDJN6mvO2SGEf+1P7 Qp9efS2ghLeukUh9KslN+dqszlo6bnq1U8mhnFOV12hmY4rNpqLVRcnxUItMyqtib5Rmr4Zqh3CX cJllN51UFFVdaNKqSaNU67aWQAKxbpyKnDTba0Wh1hHUkxX80VTFSAnaRR2okXZyimdcOhHFJmHX 2uIlbZW44rWVFP2rAys12whNdeh3goc5sX6+3n9Vrg0xWStOWoW0WAA92kX72vktAKYFEZzjAgdK /WXefqR0gmq3s3oFm0gotEL8pMmVygWYHGkTLwuUAGR29NPvZv1Ae3EtRAG6nVbdvYkRHIhRoRps T+SvRXMI504Qxni1c1vhj5Gn8oWzghULzN4kBi1QBtqmPEAPm4Z1x8Ap0BMODQaTwpAMv9PSCmD5 mnfqHaVPrfQFF1kkd1a70pHOO2ykg6O8xhizJ8KyDN6AXyDJGeVCuvJHUPeMT72Gz4FxcFQU1Lxp Jt8w3XPOGE6yghA1OTW/cBslFAJQkJnmGkmXRWM24qstq5PHi3dGOVhX/KH2UIjN+b+0vFQnkwzu UjJ8CCjmmNjBeJiQAbFUUcDXkMEDwDSxIBB8Zs72EiRffTHsfhYpkK42Ei5rlQREsVaoE3K0TdRS RKoyj8ga8CPNSxr3gr2uihfgAVM4j2vwRQFpealm3dJEJkSjQlrwjiuZ726f8bgo08FdaxnnNTkQ ri1DCGNPwr6QygLoAlxVnyzJQy7K8MXS9CRp0RTlxk8t3Yt4vxxUQlpl3/IfjvP04SsLC/VdNfNx jEO3k0ZppW5BrLCYQZTMl8amZSkH8XTVcOUphBRRCPFZkpM7mQ+RntF77B8ljEMKR956IHjdlwlz vdY4SmpIYglPqabR6GlJjEHCW0OgHVkI67Nc0IgFpnjDRb7JWxS9deUjq94IQ3F3nETRiMTfly8a H0UyLj33MJS5nM1LmHcUgLvyrxV89rqDCMw7sCrTynEaLx8agaSRlRiff6ILHXjVTtd4SjBd6Ujr Jj4BC5vIGtBAU1cvzj4o19YOMYhz3S2EFf1onbyNoCS0M1wMMptkvQgJoKCY6U6KkNWESkgroFOV T8iqfrL+bKXoy1OrXYv+k5Xaw3BjBYE5ijERBRFL6bKdMMdwnZODqtxEr0S2EsdgpG35miZ4+8x5 Q27GpNTVczDvELM0IyCqxp7BF+aaNmtY6B0SYt2Gje7WstrB/L0iMxdLbxFU1GswPzNg6Y3LzF7X xXpILjvIWrxtLJbFOMtmBWXxTOG8igsELrBljYeA5mDoaKVY0kLDdRm0wQ2dNUQ/keQl+MtZdCPa MAzEEFfwRVxLuLzSrvxYVRm/iQ1RA8lM1C1Ug9KCtThSiJf85Dg15iMpxVj+t6xo+BFABdv2UAKK OCKkzNmeQB+YJtUINfioWepFzt6U0K1OKzxFZIBgABBKhplE/FrnXIanF4hLpUlCEjJ+0rtbbUZI LBWyCb9cL4JZPag3N282M5azTxvqZt0BR8cVVc1RA2khCvNl2tAvSNIBAQFh8U+40ZrzNf/0MnDS wISoqCHk5gFUbxgnbEC7foRdTNSh2tp2qWLCKj/io6yfizRlNDBUMvfMHJt/OQ1FrQLULgOvrlOh J4/qtHo/kI7AEez0EJPFPC58jc94QFX6bA/wbkPwPjLnVRghCvQHZA2Pm4hBWGIpJy/kmQgfbo1n tg4HDO+8eoc/Or/aqUs3VOKispNCidl0hzcJLpo66MghTm1ExLN5d/+UgHzSaS3Qg2ARoMEUYcul wasbE1YHn3bTahGBDt7IArOtyfaWdbGE5lM+YsxCVZW/0GnMQ+AJyxBJo4lAMoNmSQxcJNVEDbs6 sJHzVkPD2XTK6QwQTpLnKg0LebTEQ0lt6LtO8mJclJflTLIRgzHIWlTpzGWM60/6YdM6zHcYw8oj OIJIGfPfyWkL69rxjBIWL2BEQJHG6IXvrpDCvssPuTHU4uUyHSkB18h/wUCwkVfIRedyZkkIa9JY QlrvefcyfHm2rvOdoWWv8RJO+g53VLROJ1t/lkhvotWzb6XHtkls2sE7bcnQy7cMfBOOMvYRbxA5 NfiStjfds93ZYHCJi9o4hDu09FIWAR2ErRCM3WrNo4kKptXCBoLWx3NtH33pRi5nfTMBmTT1wDuS LUv6ABx7aypoTmF8ZIZjGQFG0AAV8a6VqgDpgObwebkj2gjF4xVuiAOZXnsbmsLK3IBBZkUeSyBd sHthszzK8aHeLfEGaFXYZonQrKdB6TvTnEbWTwsWzAmxdIyYum53Fmq1c9Wf4FyXfsroWDB9+CTO U1Vy8rhr6NjAHJ4MMzkPd7A1MYiJ1S4Z5SZgJ3futc6zEnYK2ZgwGS8f1JWyALdC7B7Paqrqtkm5 hEGkJgGgKeZ2RlBeyHj+MoomEzSI/pqCqOI1Q8JNQdm3pdNosSsYpe8yEclnFfOcuhAMT5YWgCDk 4UrrBoMMZSlBeZHEELkRg/F54kWwvpp3Vz6lsghp+r8AWxRrXpp82NG8G6dlm574XvQpwLEZUa8Z LYJNF31jlHlpe1dykKCnvM59eUd5S1pI2lwYTXRHsnmlyJZYZBuhURmXW9y4xE0vwQIySzTK0ocN 4VBSDZce5BMx39yHmLKc5equr47hGjE0WK7O84JsEuEgZm3KDoQQD6HKQlKECh9+MUsgBlQzEk0Q lhYKHrqD8AguQWsEeRUrRceRsIlbxsI+CLvYU7mpI6kLeUWwmYO7/Hal7B24txmeO5jSwnoqhocY B61ISPLdSatZnZCzKMeCni8DarZhLlBjtPC89UWcNkMwkM7tdSz2bNTF7saR1LRSqK8AE8BEWxl1 X1gTR4/X4oIj9UrHDbtT+wiGInZFr01KEN9ihFZdZu7cwC+4XjQpMBGMDqmFA8rKxT3Titzb8Puh E/JLa9hbLkJFVV874qwsyx9kEjnG8kGPEshSyOEvqxZVOzxYyBZeipKlCsrF6ZMcEEydfByx5C2t LxBT3MPzpYlDe1LFZQoSlKPO2xFfwKptQpcHMMs0qeiW4BDMINhRjDlkWmPvNTyd0abhOH8dYpRM fBzDhumLkxMa1qruTpNUZkqFAwJk8mywh9nn6d7qK7yTK+auGRrJli6yvriD3WwEKVVbZbgINZhm pZ9cMmDirUOS4MItBqxO6d5ugEeQ3BZuBhxw2wbcjqm8mGpTKNfJtnNp1/hv7OgwfPEAM6m4jD+C KevodYoteT+RSB3AhxBDLYrri3Y+rBRXtlyICg3a09LLJtQhSYuSZZjFF8Q28YdyHWYSpAUTNqj7 oBpFDHOSDd2um3wdCdIGXJXu6q26IjFx7mJL0/9t2CbHmuGsWY/XeZqcKmsljWbEZwWgtNMnLLoa dWa9WSSDgUfalqERvi8bWLmfwSP6mFClA/1CI5ZJSkw9pRs0ykFLwid0Mm7KSTMYp11QINXXLdfT BrPIou3mHfZ/x90nZM46Arli1pZF9KqzNCboEFVjTzUWgCbzICv81DP39mnm5J9W++VV5nWwS2dg p8q7Y/uivhP2nLwXn3ytHRGMgf2xibwLC0vnKMDcxQWq0W28cETmho9S4LlmZuKjIBxJpC0jz+0y 3SpmQhvu0wOJsfNQt7dOd6fhsmxjc5zqLlUGSocQYieSdhEQMYbLHkdcYi3hD6xoLdqMZHRlf/0v KLXWlVT0vk6kvpxmXpClFeb0JqpQZ+kriJ7uGAZ2EJbzAcxE77/+S83gB1LLY9/C+5I4w2sPHkus SpqDTT2X9eWpZt/BDmrLc4IfOZhb5CQjXz6bctiSq2WoBbu5IjApq2zbgxIsJ0KWpyDnFGZt3Vid tqTu9a4K8Prm7IOyaK8iUq+2QzWH9HompH/B3WGHZSkgxaoEs+PKUkV4JU1No6HB8ooMuH2GeuW5 MIRimtTblYsHNsWEI3IFbRlyR0Oj6q4UrEK4Ax/sVFaAXrJsHCG8wi8E+T5tsJZc5O7l0QzTTzLA rycCCOSs44Q4KAl3EEY4EawRBdeld/2RKsOj5zs1ybKD355GYRmJnKYJJgl7bUif1pW3dMct6FuZ Ou5pygt71L1rttVW1foIhA3PH2GcJk2WmXsZeFiH8qLfkqI0QDwpr5b93w0hOAoNB9DQSjMdoJZ4 GWpKqhjA/GbB+aDxkcFLyqtRgXOkz0uaVZUN+Vw3pfpW6wwcZPiFdeDJaLNbfMHF1mRoTMU+GzZV QSGLasqDFKJyUpDHis2c3Oy++Fq5uEiCCUNgBAVblTBom7LdSKCadgQlyxB6mn1sv/a0g0mc0msj NrnolnJKJ4LAcIa3DeSJmfv7wHZ2c66dv4Fjd7VOQbf23TUhsNDw6SAUzUQka2KeXDAZs9fSggs+ LPr8IMHFnvB66TxJLSfEHpZwh1sJ3MKIjUbVovHbbfgdIz4OuvsWdSbGNl5ff5DB3kkDi+ILGyA2 5fSWctDdkf6dJIO4dhC1WNOyTHM7XWxGI81mcagCnXqKUcqYgAzoQqtIM45TKdQsRyb26Jq3un1W W9bStR7sIniEKSwHQ/5mC0ISDTIdj7Z5UfRhUUmgIoKBsMmwu5R9nduybSyfehqjwsjxBaTpQdWD vdXdwKGwXszCBcmwsoyWYetEeriWJRx73i1hZjaD6BUMMlc9tbBeOCphl/KU83RkgozL5Ux/NaEA XnQyqRcI8Eu07uXWUL00zV3AF4PFXP888Ka94MCJREDiK8T00d7mRF32xszDdc3VmWKn5A/nXpSv 8ixUBBso4o8nEAhkRRHXaRA1S+GE/SWERpce5lqYxZHpiU77h9cEbmCwj9piCoKjXksSNnJejTe6 jhQWRxYu0lHWkmpJgMwLY/WmfQ6IM+IUjgM1zCTbTMyvYs1im9+NmZm5EwhFRwR0l38Jm0dguekA YpAAGerD2EnDlUzR16Z4OXSD9VVpCn6m6r2Q9aE1P2FghhgkxppQbZTEom2O4GNN/QMvOG1vPLGi rdxquZDRsxBMFktDv2TjbQL0Ll9C3uRcdoIUzyPoy2vzNp/BcxZiJk4kSTDzcQcp7EnEgkh26Ak7 H8utM+46ZbSWpwuLJwrLqxvKWP4h2vXoz1XzbM7IAx1EkCfivWRNN/oEzkDDyNEdCeUu+nHAThl1 7NSusOJFfoSg4g0G6aPiVaOUlJTAIzXL21MkBR398AdoI2lsDs25jY8VEbYks8YoJUJFnjIz19GN Nv0epctelmClMvQSKu3TytJhonK1LXNZm80wJJYlV7AV+KATJ9Pl180TprFCQ0yLN0m868Vg2JTq pqzN77TfZMr0EvtQy9fblaYZhy8TCCMxChd0Dz/WI76w1UVpauT6gavIZpaaEappb4R1oxmQnlHt 82TNXKijWQA+KKHsremh4Ywn/dQAiPimHhRJxpvU+TaZDZfCgqI0h3yixIgJn/RgDpI5a63tlnAV r3hKpgkNyJunTJRp3Y4w3QRWDWyyS3A5Y7V6JKXgpdda6pRMwq8zjeU+2vdUPgbkiP6TUs/qLhVG UrmEurQONPU2EuIuvDslC+jDdsxrCGUSG1eE/Oax/XTYy4DOkg1FEhauzgCBFZRkN4FPR/1z1dhP 2r1m7OGqJt0QdWei5CKSWuPr4AIXAZfvJEVtD+ivHE4QbjTRJ9/2q6m0mwkE/p1R3uHn5gUsCnWN 2N5QFmSLUbhcvIDifho3EJGr12F3u/nDwkcEKETQBd7ojxBK7bDpBbDl2GyexJSayrj8w0GLLhkM 4n195GFL3hvojmVEDgZYiuGnYrb1don/gpd5C14yv4mJ3rmLtzg3FbP0yeB1lsyNjRpLpOZiGFBw Gga67l6kVjxk8/JHtG0tqzIOL0VAfASM/aOYhgFt0gCKBzvNDuhig2jHzuN5YDigkLYIEaIJ4SlY 0AsUqu5D3VIUfcllGoviCKruQeVmssuV8Y2MVjzJ7SYX4XfV5fSHdxLq9cbM06uTCFWQNntFJ9sJ 3IowdBlyLoFFvQxtxqfsUHgKE8IWP13utUHJr1C1tVdMuble85nyeUf3oIGUMVUKLfulvYZmhVjO ADJUMiRkgzdjzYTR4BaYoSnvjLrJmlTaNa855CQIIirGlUjWQtqDxZL/OjDVdbNRyJ/l5nYEgXQf NelFJHUldh83llFIgAaqj6EBAS1/+VeaUg7IJosGmC9/0D8iKz8Qr87dGPlGTNBiEWUzaeTmy7iQ 0jES9oPIyqSVdyeZwFbn9ImGgjuew8eQiWJbpHOxjL2vHtemHDE6MzNNpXnpxkjtdBJDG5ddOitJ V1hifuV+WQBoLS/DOMrIrlKYOoRoVFAteretKAtS9gdlnW4UDdLvvu2lP1XGJLrHJMqxWVnxMb4N pEVSi5EUgSs+kJHOyTQ2Yp2QItJiwMsIPTJEkZ5nS5lkQiZM+uApRCaLP2lsbL46bRLnEpUYWT5k SH9wQ609++Mpq1YNZvOGwCRKt0Lt2B8wlckPjljsmaHWYXTlrOKpVyXMmfoKi8u1kldbcVr2ARts QMKMOC1KZVNF82uWohvBaMlq8g/U4SHLD/WGJ8h1E5OL6/RuRH+WMuQunFhcq6tI6j6YCeisabr2 EPGEGLV+s2TyheTZ+bykW6roZgTJOmEaRDvPnWGDNKhuUWdaMf3DB2KitWawJeVoas9MHhGT9aO7 sh0LVThqQZ+4RpOhaMqYQHIxLQvRybFDkSZ6CRm5BoLDHL8F8iKO63Cvtq++XKP1XcQ3rdAR3Etm nAjJWRpNIT95H2t00euivrGrVTf/5Jx9Snwzzlb9UqdWbs5si+yJPxyQJg156tk99vBKKkoAlmSw MmTUgR+kWrxEaeoC0LQcjtGBn22WdhKFD57AYDYcSaF69mHDuU5yeW/8FdM0iYjIdBklg8bAkKhR 7OqBKRJLkYqumYj/skdyRn7q6jmaSTd7Qa279RGHDVe09VN8gSf+l+Ok5YJCFk58jj4zZLURRJrO RjK6oCgo8IrAsh/oM6TK7JojGJyWVS0oHXLVtfk+qZH/WZJDcLpDFgAKKtWKjUTzZ0rOGHQfnM5Q dakBU16OtKA/8hBZeiDcsAFteI0ip3kx3Zc0s0n+VQxAV9HcikxZo/iYhPEjKumi0fK7ZAYfLH1A Jn5DecavEuU66si3/FrwZWppgfkRI+GV0qbwaE7pxmqA7McRVclTBtJOM5whR8ekR5NB04jED3MB ccuxyzF8GLwVxWSMvMCIuvvr3lgF/vQegFSHawtH7dyEmBiU9UY5I4k1zSvk0oU+MQBhsrTnv8MH jLcNBvj0IRDmGW4RZdknYW5R2y5SVSOeQuLIz/186L06D9Vr2Q5bVBuOUajIINvojceulJ2IVXNC 0GSSKHLBNKaDAmdutBohabJqv2KKiD6AtY1cG/FDhaYu3IUwNaYsHIN2bqOogKX4s/mk6Iwldtax gYGb9vC5kCgQVWBCm96q1ppn03JFmLb3sJfgovljW2/bYOBj1VBEfxuwCiuVYqrAowcnxMJeKtMj e68u10+ktzUCn+35x5jlXNWtjvY7M74JzUWmsLqWsdHrpAlct5WAeK2oUgTKU2UlwUKH3cMcyqEf oh337Am49JIIiV0L1bnKgHioFJYMV+nqM5U3GMhwyDC+4UIbwHRoQ0UV2kRMUOrW1qYTMLm2hZja dSI0Nskmw4iUZPomTZuc6QMbXrcVo7oiYvCYH1SX6ysJ7FvuDG9VasyaI1uRp5PMOwubIdEkh+kB By7k+WsmuscbpfosuilExhNOpagozfFiJ+jnwrzIuonOOIKeOKGfCRubKJqch1DacJLu4gXiTguR Vnx0JASIROVRLL9fWbhwDP9dl78BRmy1HKJTVe0S6+JP+yUYKACphMxYFFVYMiqPsUQRU9F7GuGM pKQ3dqz14T/87x/C2XG+P+1jmv0o8Zamch33ersHvkpUCjI6SpM2/coQNMrY8SX1zbe8CNUmJhaC 0yTeHx22Wzt98zD0qoE7NxUHvJLXp2U8psuWUgiQKBHiHPXIo+4ntd8w1tEi4qfOK+7ScTJM8nKr 1qcEpvY3VCtuGz07aPienrBDph3shZuSDZJp971RGydbJVViBxqG1LEeSMMYTQ/b21PP8krEaM9t ICDuDIXWDFMBv82CdViC15JCGSNXKgO2y95xQXYXgYKPziatbXVsf85JZb5wM23k6j1ioCMdUx/d eumPkflowpntizs9W5q/4HN77Puor8bgpAZJ2e1fMg5qdr6o9u3V562gV2mdA/e9G/bqI9Tr9oO0 JlMpKUIk9VlmhOAagWmZ/JmW6x4PGO8YZRjcFmImOh5tZcFthQnGWASf9eKp/Ktu8hSEpcp+kAMe A5k5Z58m2sAsqPEmgWqfdbaikHm4oRTCMInR4L3sA5TDE/YQEOcWISjfTj3Yj7UIFkqz6fUgmdpW 9u4Pi0IG92hXV80DsrETDrszWrRtWxGJmVvFYg65PKodR6XyQYhrkZth42J4paHZH5LXWCBqWpkl V9KTqGBL7GjoQAiXrSf6tEeJNWOi3uZ+rNrd/HdG0SqP9oGe4RJX4gBb1M0sZRL0mzpd1j+tMAPo BO6bM6XkHDn9EJjOxKCBcDS4jOSemCgP0WcRB/0lQEGZK/4sefhLNtwSPQiGAwFLbaqdpGIpSF1+ KC+WApWT4Of0tKSJaIMej7eRf2l2aE3K8qQUklqfX+94YgeNXkDtBaJ15bJGuobQFd1VwIKebtIf zT4r8ViBQEuZnR+189ZN7TNpXhH9gX0cuhog225qoVxWb8CVGTs9WL7U5lhpYZsQ4LkciWDgpFV/ 9mw6pjJFaMs3WYiUSbPCQl+Hh9tu8ZuOgkqpYsFRX0TWBIQ8tTFjUSRLgkRaQNEzabKyvvWvr97z vX9aq39Ul4PPvK9Hku0IVVHbhoY+R5xvE0WVOqpSWxQbJZ1KO0k6XlfdIkldzO7lommDTCJYz+WN /fRVo8lW3dJdCYBQC4ck6QXtoIbEenZGtRbNZlv1Kq0lV212Yqp67GZiN9tmZYx2KLSrNj0SJA1c m9U0pWhi6z669Knqrk6rJCeajmB1l1oxMpEEaEi9nDvzMh2molLOahcuGrv3wjqzAzvrH8c1a1+R l6XheKqYtk6Taj0AFuIvEY9CHsrGGk6102ta5w7UN5OYU2TP5KobjtVrBFb9yYkx6APGwoQa0Y8u 5HEYdC39mxXkPiSx7RErWmrXHUyzJ/u4utfcUF+AOskboNCM2KpcuM6cGjb3qR/GkBGSJZpRllWT Fe3JMgkk/VVwUElzkBTjJA0OlDtJZdxA2uzaDXpsYrMO6TrT1AmOS17ZlS4NBDdkOkBmNJSRxG+r ds1TCCWENcicUnc65M22NrmoouBLH2v0Znsbo/j/s3Yt4FUcRmYSti0O1TRWcbmpPGKrONsU17yv B3ud38uuiNT3T7YqYdc5rfEQtVgZPkYetqxgH/VDX9AZXLikGOWBL/V7/friTr+y84vJohsqd7O+ YKqN37lU7W6+zri9cDt/ABigrb1/zNW+m7YhNtUaudehQtuWfBnuvFn/ppk8Og/ioUiM5s5JuMRn RoRaX5jLr8aG70PdED0O5EYoFu9IbUuOkR8f/9eNwcT1qu0a6+/2rPwO8nwnL7ldR9qlUnvbhBp6 TnTxTaDPjxfNGRE37KyD5cJN8fhpXwlKtinB8NlDxf72GIUSzZSjAdVeV7Hlro835zKQsP50IuCO UzezGe2vDmHQdo6TmGOBiPPKbGNyQ2U3cnwAGU76jOvBTiOc+uFctXl9kl7Kzx+K/ScisHpGLJnJ 5+YmyxacKSyAw+GUmvcx4cxv83MseBny+3NAIxPiF1z22D8vawMxx8CLkbkc024M/clGun+evhU0 12fbeX1JZq4bp2X1JUFlHH4+9Q19S7bLocsOZTMArSCeX8Od9njrgZuBNRYD1MV843vvSjkWTsNW WbEcYU8Hu1eBtQYCkKdf9dyMCYPiQjSUVEhOyhlw2NciaKFfnnhyMZ7LrUtISjy2KULthSSRGTt6 0E+Jd/PBcED64HapL2qbwpgOlBKPBvLZXF/6issymbZLUEIgpp8lihUB6t98Hx6hu3zQx/76bbgm G8FVUZUYnyStymvNcFNTrlcDrRutIOEfpbACFFeVCjrLhJIuy+jp9bDdxIsl9dEBNvTUC8rRQZP4 B2XR7Ee6pr32EcFp7bAAoktS2dSWhFAYSGJKRyKvNrTsEqcojS/V0XMTDh1kziblzLm8M5pLag1f QaFRjFm+7L+7FOSR0nSwzZbNPeoqjjNbV6bywpU7mgS4d1R3nRSbH/Us83YqZXsCr3KAeRldycl1 LICqHvjZnFOlt6lZgpRUsrPSs3IwNqjYM1tKdGF44ZKBlUgmvUSNfv+ozujmUOnCX4ueuOwjHGZL yPCSLPhx62IFI53MZkupfchgJNNNkRNk69RRXAbGpExOmhY1J/WKhGOZQKYUfD+YO5O6/03fogMx 0Le46bbsBCFcg5cm+76/HndAbo5szVeD+VQTZ+M7qWCzCQTHEPrdFQBgnP+WUeUFGbbeU1ziMJKQ ibPmLBlTZpqEkdjYCSUrTt/RSAVuK9bjEQzM/o9xm1HogTJJFO410ye77KpEhShn88k++urvCM5s kQbNi82GGC6RNKiuvDI0vUZw8KYzImIq3uOm7NWHssaQrCmZxKeG4oF+ICHULefRXse4yOZlA1Ft OJ+UXDnhQWNAkXclFvQXCUgqynFENVV2SgCCfWGFmxFCVlKkWlm0IAI8s3O1OvbHDQvfaPNGQzzj 3OhJQjUSQAKIWN6+T0NjL6oMT9TrPQtMF8EauVcDbBffcb2ctFcnq2rjhP5lzYpLuZ9Ct5pMVVqO STJ40nGoot0tT2+UzLP42ObkE0RSX5OCUctNhD1bAAL0vjyo8lHS9SkJMPVNTqdlAoOP1Q6bRcq9 3FidoXl1QuWREDQvJlOb4wghI6Sb2HLRFUJQHc2PwFrnsKqK6Kr6n/IGk+nLpKpZOdBVDPGdL90H Qsysm/52emzRjWQULJRQfhg2CwD6r/aKYsdFBwr6ad4X8rcbUGl0Bck9cu58gorDvgitno1SIaVn thDhn9TXU1oo8q1pfY3gTkhWLvChuioC7SZUh3Ej6EKk+5RaamDHoC9Ni6EOXmDGPnCkswLJj8O+ EknfVVZBpUOWyawiE+FUlSU0I0XkrtsQ2D5GfdYdG1KW7JhKcvAPXR250LcUqk75ViMfKP04WrDB HABR3Q5AdU6znl0/FZCq0PhQswK/HYZMSd53vmUS8xrZUgXDkihhGpn8EzWxY8viqtKQn31loYJP R0/XoCHiq8oqmRvC7kbcrzavZmUrpUMkXNqJ+oDLDl4CSYPqEohTB1JWMiBanMWsmz5x0zZJ9l17 jUJjiazrjbovzkNpMf+X+tHJY6oM2848RkisY/lRgiI9Mgry9LPSb19QVyjtq2CNXMEEtDGJQhV9 wNACWiZBLJW66LoczzfuCb9OSCYJ9ESZW7N8BZCe2PvOhERJ6UOnPns6kIQ7NgMKVqJ3lnJZhHuL poU5r7SevdEE8bMKRu5anqJj5q0Z8kI/TaoEspuKkBqEESql0lZSK6RpUx5S4RgCgIWsT6ccX0cu xaz4vUCgy7a+2wo79rVI74NFINNe1jNXg40lgguvYj04AS2S3MKIxRcDA+cyjedOrW78fujMR1AF XjXbDQAhyfAqePDK1NTIYSPQCkoXIsPTndoRHFWzKbYyS2ALVMoIlcFhHBhsBm2+qV2QhN/ihZgm DKTGoPtNnURB3nTDeIX+eivbrVBPXKaQwbJKQ9GioOwiQpGmt/DP1r4uFkw1jWSv6WMCWcqQYINB vydfikw7LWL2SZApdBUrMeLpjZRSHsIyC8Q9SQ0WV65AGk7FuiQpfFKxJgV7zBmAJUbTvnhIh/QP jeFs2Z8hAl1yJE10mrBUo4s7jUwdsFEOYZmPIsyyi3poJYr2LOm2OUvKi2YzTDeSApbL7oqSpXDZ PGE+9JRrskohTeIyDEG06gGKSbhR2C3fFDsgQpBjjwf1oLIJ/QJnz0r0FV2JG4TQt3xI3qjfxW5E FyMmV58L0DkjnGx3CVekydakEKHnxVZE4hwXy7S7V7WBGKtvK38gymYIqkoCpJFFjxKGWnQWb9Cn EBo2eM138CnEaMk3vQ22GgkXxaxQlDwlSQxUrQMjFob0ANK5fYqUAVbc6aWEI9azwUKh14Vg6TpH iaiUPynGQhokS4fY5NDNIqpraMIS1LOI3XU/he/qZrwsT8hwXCxkl3j28ElP6ZZT5RHZD/TI1M15 ZzVuzwERV/XLTFynpHCOVcu0EcWEepC/8Upfu08ylRXplgSSZz9Ze3PkcmoE5ICsljHkdy0PNHuj fhotdmfb4UimgiA3+sXcsnUpcQ2WBDZJb4uCDyjcSE39aNb0lE82aWWo4ECSLOFnwTGKiMmqbY78 wR9m3fzYqHTdveESdVTOlQvlsPzIPzpwix+9JP0eulEI0rjCRR8S415XnzQ5IFw/iHF7QBRVcnCp IGFWvmBimudM82MFDM2P9PkZak1GyjzPyDWsX1URH+lAnmdcJxIQectnfnlUXx9X9anUjEEFkyqc p2OAl0moGTUKmeYN+4igGAeuut2fqZ1kAk6hpGokcagCqfpWFmosWO+eyk+vr1dyQ5MOyFpDt9Fj uxGjXzoLAfxy1SfhDm2UfNMR9pJ2v4lOsSONpYjNar3TnHjYZ4Xx7kV3VhahioNUSEr0ksQC9W7N PKrelJwT7wx5UKBtrkVjikgsluhVxXIokkldJKpwp9ikmkWGCZS/JFCyuCSB6nUVyZS+KEjnVTWJ 0cBaealPRDH7Yi8Csy6VN1ae2WSraWwSKDK5xducqRtZsdjE5cwvXO3YQNI4Euh2cvtkk9hWsIr5 QFCy3UzlUV6GCmbJjXgfS8/TSDK0oYJU7o27THC0DNtJl/mUctSyM2xTwcxPLNCAU7LZpQ+atq3k biYlS2huhRzsoIPWzA4IAR+GjrvqPDjlpPXjlo0VUlBnMudSIfnzTmjvpfTKvKPR+WJvoXP1K/qk bgDRQJhQKB46bAvijBSuANLgkltBkZDfICTapXXIo9006EAXORAqGTRN9pqb9CmgcAOFhyfZW+oh 6vRPdlw2k6dZ/aewbAhD5QbJgQDdOPYjJncv0ciN+sq23aL+3J2MUo+s8ebWPtEpiQTjl3CBhNkV y2OP/CiBQZF2/lTH3dpQd1MCD2PvYquvQChyiLoaFHOPzAua6SPixdz5EltfaMsS2jtUt6IYQpDS rmNuTdSIZPDtNPYi2sqI9p1rLRu1GhKiZPQI5eXij2vEwuarEjflxqwXbYzFCehIvB2J2evjCD4k gwJcSNXygbFaCwhYkY6UMo/BV2bvIpFrlivqnnOBbt467YIln3sdWK6IO28aJqA2iEUDVlXRcVQU Rifl5Vx05Gce0Fs8oV1zpmvcDgbf7ZkoWabV0RMvYQLhZKe7xV1jmQy1iT+CcjFwTeFMhmOVllTT dhPzzHsnJruG0h2lUDGc9yb9bmlSfUfoHEJyMabSYyYt7gQsfLjWZOYDGbmoQAOCa9MGYo+AndwY 5EVAGTIbKDK71+tCkuAgF6mXZjPmSBIWzudYP5G89Mdld3llUm9fjAhftiabwsMSM27SNDNymgvI 1szISpPKtIr43sawEUIL4pauaAaHslvt7bVDgPRfG30XLZoZmQo1VeobKqNg+YKpEqYMjsvI1mrT yabPm0CZq7F8Y6LTzLbpWUeYdOa27FF5edPtlRIqFXhXemmOuwl0kOg8TG+rbahL2BfkPsJvFkoY CiAE4uBEs3I5KttoiNJy83QCkeMlRzKmDhkqMpvUVE5EL9WneEkhFbm7cWRnpZBtWSTh6ngpSlpb 6i+/TUokEMc68YZgTRmTZyZhVq8aL2ktI7LWr3pgdPNyvTShJ0kf3cuYmnbU4UrKMDdAjiRFWpPZ TmxMUWVfeGluye5dKo/FR3ljs48aG9wnqRjpyLCLpMdDK380EU4TwCEhkLAJviGayfTNPnpORCnu 7Pv6urfnXP2gqBTN7IF5k6cJEgu2azpxdBILyyCiyCOcHnqtNs60XPcHtzQNMDiQSS+O9JatmjCS ZLxl89ipQyZBpQgrWSlHbWx/Vw9py0TuwSsZtlBVlZXHEYkRq/CkaClIfwxkY3PuIt3tT5nzvqKm 2Ja1o8plyEMLuVr/uHtJrwCRWYTZtKzBXsapd1Jq1lKeUNbvnsJWb5cGw9ACrp54e/Db6gyLBMo9 qS0bJEXUujVkjhhdlhYURRaFwgE7aAtiEH7Lrz4TNyIJPeZqgZzwnGTcSkv5FFPDPZ6onpSYfZCS TJK/DS1eDje6pYIGlVgIQyRhw6XwTrqmS/KJqAb0oYDoXPccRUJTQMBN8CstyHUSS2/JJHkSidjD fwJIhpFwmgsn2jrRlPCrRjYD9c9kuCB95nlaqBIYVdekYKrlZbPRHE6Uofu24pfKFPbyV23qu7lb KKOdKFJsLRKWDATChgjQtEungXnlJ2Mp1PiUHDOtnMNyAgfMmEuTUm+iPFYX/lf6MMyeqs5jgnuC zRIYGOH0jI0uEVUMYdIJsG02DGc5ng7xGOl0FuSk2cFyKqpWXFrlU7ZSR8lW54QVWQN1njyDZoJZ S7CgBV9rflsJqg3wrR2kfSLJJIgIa3XZzpq2iTKhmAQHTRBIo9wEhrXrkqS8RCDCkg3l+TS8y82z JH1B3p4W8bu//NsvbAbdcIs7JuRgqsF81HA+Es5AIWtxCK39SOA+wVZddBStOxUz28nGd/2zZ1CR 8P7xo5KsGqxOWMkOtDma4PvDF8kpvGmvQvuLNt8r1+z+/qNgq6L4qb0yLPT11XKR3lZVX+THuoQZ R+N6zttAitXutGPXl7tVAi3QEKMSo1H0/+PwXdvpBrxuYtvVnLX+228MT32XXF2BejVYj6o7P8yu QI1BeGVUgwrBhPT6pVJM+lu8vKvNIQv35NBT6IbwfX8+zQXzJ2/Z7VAyz5T++4i7+DgrJUNo2Qrm RLuQChnJPMMDDG4q0vEmlkBrcBLlPoG3qrIZi1fERrVenC2ARYrCki2aVFk8/n5XIta2kOR6lpbk xVzMIlpH3gHv4qRwVv/tsXTvwXYRiXCcD8BKSJs9tf2TThod7fsKI6JmCewe4ewVW6079HECiIBg P8IyD3lPX8da9pAo6ADe47G6ulCTpi1rehFT1ZkJoT5mipGNCb3NyplIwTx3ETBJhv5ChNyn6i5a jQqFvSXXwigGNCjSRvaee0YoUE1nOSveI5LnpIu+7A9kRQUAr9IoYQC6yk04TWPgwh8F8+QC74Gn QxwIlLpyxgJ4RTYyvA/LIiuETTjfRIPZOiPAYBDC+JeqrSXZayM2gJEm+kBR2k5t4pGMOqeV0DJv bo6DPinvLiz4GOlhm7Cz+UFQuYCI+AGUTo0GmSkRP/EQn1CJPOUjwoTH570uj6oqwH7xmDYoK4A1 pP+FLkN4QX2Mv7ITTPNV48CwYGVqoAHqm+zb5p16ohKg+zVktz9HaHSl/TjNoAThbjPRkf2jbqUC BZzamAL61K4a0+iqOsKFmYHagMmC8IKJoo6ugbrKrahuZ5qpRJuOdFiQNYXp4WDxVWqdu7Zgpygh 7pi8LFgW7ptVYUBCwhSIdk9SNxlZ96ZzzZY6TAxVVTAIotKWbjVq3lRBA+0mOW2GK9S2OUdRIyJT w7YLJo0qGW2m8scNTM3Fx04VUzmpNxJsOl+8N7grp2ZpRmOuX1Eh9RSpN1HxmkYR5AFecyzsmazq R5UoMsXOjhQgycw+d6AFDuWxTbxIiBhaGha7kJWNFM0NTPdiToboNiZrtFGjrfJG3sbwRUtGzxJY GtvQPnBpUyUvKKwx2xAEPEbn7mRwVnJI279ddzXF8BA0UqShuZVbA8bMqj6mYjXm4jGMRBQ22OPy 6XIqzlxZuOWhYA3rC8DoGSW+xDaWsN8akKsQpzHRmNmDy6AT9FBVuE/duHClRVaf4TogQnEBrzAj nLk3WVq8K81CKbJ1WwqEPvPxWWeloerPhJrGyoJaeeJ+aYz9IoboW8tOr0nAeFAAZgdugSuKUJ9a LC3tjXSxuXNWl3trCUewyGsTHGm7vZyte42WUdU5y8qodEcnNIegtCafaYc55yZWht18AR/Zpw5b WeDWedrElRVGi2rMjqORFTEmY0vqdE306HTBAje0SAxU6qYPyyXMkJ2MkjQ9xAsP5ZAKgNXwORvF VP5FgA9AoaoNlcyVZofJqmqIiiHZqpkEF3kZsUd+cJHlghrvVmLtBKmnay0ATc4xl6aXU5FQscph q0hkXDy7NNrPFYlXQ+17uG0UrHAU/FIeqkihzWqBV4QG21psK58PuB0ZV8vQ2z6tu8ou3A8wKV2t YBy1uAzpIKdeNGkLaWDx6ISE0INNEaL1pjYo4ipQa+we9DP2ajYOJGTRhJFAzJvU7RMamVYAyspI xRNzy3Lt4aHQY3Isn1Awnkn02mWkUx0JMxc6y1zrQZww3ZgtEkVTib42y63EPIdKlz7WNSmSlCmM UZHTxs8Ot1hHDWe3IUupWTRziepybgNkgemU0SJUwNQBL343YygKelmJz1gDLvVw81xjETTBmAft MGPDkX6SqGXOzp4r+HDYVcx0ya8ylSA650QUobHn2lMUnGeWST9B5rZ6z6Hi9f1BjCOnwmVxL7Yx y6q3KlESy5FoMSZ9pIqYN+bi3iKGV9Y3qpR2Uje063klbhQ3VWwlMDwrTMnHLMFtM8m22vUdjtSx 2WbbrVEVaKFQaoRc/EquenygnAODFca6A9K21kenHn1tqoUEFIVNbT6MEjgZWrlXIGceFd7LdHFU s0ADMvUW/6tZEQFaIE677jBgqkpOVUeWP4CQ4DLgxwspkF8eu5owQ5Fcg5VVVuoV7lG9NJw1kl1y RycB+omwTKq8x8ZAylpvrtYuZcWdzm0aiJDQgjoDQhQmJHz5dXC43K/OZYkBRzOsLe+excrgH4vA f3uc2EbE4JFMyUGkJkR9JqxgJSMYaHAVvc5f3JJxZR7STdcpXXMyzBgl0f5qQuVSdswiMyzrUtsE 9s6sF6Nxx/vw0+2Qu6e/WsRJOODSb5bnXwLRNJHMlQYmaSoZte6WPIiv3sF4xq3XdCLyiEdslpxd L80lT6E1jWvsv1aRnv3DB5FIr25LhimYuPSb+7hHN2UfQSEn4HRRtnhtv5qe7ZufBksfM6TmsGJY wUnn8vy8xtCFwqKzwUP+BqwIEOt5q8sMo8hLBEfs+CQuZuyKRJBVIDVf7HlhVFhBKpdutIrOOUOJ jR4pWxfo7mS2CS2Phmm6T6N+Ial2Waa7yjW9DuSBm33voBWguWIk2B4EMUYoaRzgQ63R8/czzE9x va0jQ4+LjkMhafIJ0iXLusd7wlSnUrs671zZAEJEa4M+r/RtOMM0UMOijm1r3zY2Ip13EwXaCUJ+ 2PAaB+ht6cBX/9uiLhxbp/BTeipkkY++2kkf0qLXCUV6Ea7xWaSbOkoPkgZX19uVz5NDZfw9zFKK ny6IxUMN3RbjWa4fdFgIYO7TdokEifUsqWWI1JSxK8K4g+/QcOzDTMzih0p6IIVAxSVpsG7Fnf55 21EPo9+W+zaNY7jAu337+EVpkkeMrYMlKoWYVnLyxXRX4jB59gHxyBkKfwyMABI+FgtuiTISLAnR Qu7TV1R1yQ+LquSJmqYhRkSBaZAEo+iSL+hPjzJGDFqVpxSJA/vXD8m3/xCF6ZIXHNHJNpqaEI2h uSiXyxkDgMQTeXNPVJIvqeXMVScm7TIrZQCewArd06zJJ62MBJlL5nKiElrozSbbgCHzGwKU/pbl FCBmRclQ0cuwFg3xAm2Zb0Jok6cPm+gCMqEiG+DDruuFoMAGOk0u/7hgJVrpgZ/yBDflktiEFQVH AtTFfDnkCfQItiM+QDq7PqrRBNMOrNYZ++4ubG2t2dppCts2aUlOsOwziiK5LW/Kw8jcmDRDBBhq abLEM60x9dSNSc4xB2HtTfrkZI3SulL7qB5tN5h5xb7hegTMFoFmqZ7t4FfulrCFIsaGxz1rwlaz 4nwvy+68phaw0eDLU3xgCE2JtRSwynbea9QclymTDznIFWkJwJUMtB1CeMkI8wcr4Bywyi1mLeej N+etl75yAc8ZCcLyU69Zf6uB5VKcwk28IWgyJijWgVvjiH6IJ5Remd3tZHRLYD2DE6fl+SSF2xxI FryvT/D+kmu4r6NqJb0iWkDqHvyW8pIxvpeBb5KLFUl94NhmDyMmi9CspdVph6pQjxGdtmlBYgxG MFetP3f1ijJItdkU4sK/JdiGh4SZNHhLUKnhyJbqPf9Cz/z37bLIOd2EyDSeKZZHWUqQranP2PNH gqb8RudTbV3g5kwkNTUZwKzOhpdZQI8R9ZZjjvfLvqUILWm5tXA8Ev6KJEYMXbkcy0d8HLGjpayL YtjIszFsS79zTgyuzeSMNkOMqqDcW4S7GXTk2+yEl5Z2sKDjX7LHZBcC6BABsvFm1hFT9g5S3If7 prTGLAWAfgbOL00RdP5sIx95tyNFi1yOQphNe0UMZOweOSSYpLSAhMbkRz7VfzAT1vDR9QAaFqMh rAlCSWPBWial6AcKAE0rNXdcsP4SY0AHZ2TsChEbsFzFS4WC0tumzKCluXPRBU0l2dUUnzwRX0bc A92wyIzbXWqPUmc+AJFasIM29aqLELi0Cg0orbf2nYc/5Vc9YVQuxTzeHu2pbh1Td8jrCwGreUro DVJ2Jki26BGxBjKJ6D6J/UoR8mb1FHLOJafBAtZnVkc0NNK8wIDpKKGpYZCDWQDdQlZw15qKzn1o LPeV+BkBnVkBOqEzevxg9pIH+XxDq3boq9fNBNylqEuwGFEi5rl9J55yCx5K69ygLkooW+JgH0q7 qsG6rH5dqZ/MFE47n9Zuc9UntWhjWlo4EwiVYHehvAI1ZZa5blm5jcFNK5JMNGKTQt6cQVEqSWEI o0X0dlO1/GqbEeYjOa3yZUoAoZTmjrLcmotrXtUvfeg3E0HKXumseZQ1jci/9zh/q7EtlFcRS+qo sgLx6WkOOsSb5mr1Py3gd5ZnKyz2zasht1e8/TVYs+JP7G0ZDT/dxbKLbDTSRdrSP46iOm+1RBi5 vo+VpNJCK7MfhRLWQOvicnZUzM4Ys0tHZSkSfgAWWiZCsFGwlszkuFk7WwF33oVmGbB/m2K4x2py j4AVMXWP6P5xnyT2NehDiN0WJZ/iL09gViWcvFwBu3vRLzZ9knriakTL4FABo81Vt96UO2QoZIvT MoVmN4QByxhYZhSGbZqptw4l1iepSJc0kzpukqnzzNQxOMlw0OTTU8sKGbJ5hM1kl3Jk9s1ihAI+ ypCa2ZC2EtPHDSRJBrg5l1GJ5kxCcC5EXNtgVHJo4vK3cJBYCin64ffJyr0NGcvuKu5SaAum3qKm SQ06+9lUZmJfspHhpk18Eb3Jvj9BPNTMREVH54O1xTWQbdDdvE0lgn7vU4CE2XOsgiAt+iVk9Ing iZJ+FuN8rmzCeOq9GrrOsUnp28skkIunDAVKoBPXdYAYPEr/+6iIDaVzAB+9XN2ocsWCXjrm0b9V Z/II9wnNPgHp5HhjNyUSfReA3guOUVg0wjp60OSvbImFZb31KRRk0wG+OoxLIQN5Sv+6sQkuJFWH bIOQPimt57LZOqIIFPnFvUxfBl1kKyVAmVclWzBBtlL58SQlUUBWIvbtySyPvHRl+sC5CmGE0zdj uizNSittRcPIJuo1RzvBVZBM1PmXJ14FOWpl51Xt/PRFG5Yh5DGepS2RapUknchkkqlLkimP7aNe XiFZIZziqgTJK+pqS7QUkS5fbxpoZ+JWfhH5OJXVaG6jZtmSm7ylFgnnizMA9tg1jdcwTbd5Tg7W SQK03vjpXRD39LWrZYX+1SFSdmjoGGHQBEkVfYBpzMkaEZh4yUH0T+xSCF0FLwRJMSzfMOyNBsNY 45dPmfRkJ1l/FGoi+3TGApwcTJUz+l9tMGuh+fKEnCwl0ojHiqtJpHPDA5M0npEcAo2R/YOIDjRA Ia/JCDr1L40zsvReEkhfHDlyeT0uWGC2IUpIDkxfaLBxnz1JzRkmdAJgUs37DJs/oSrPynqzLVKN jGY9PjXxdMOsECV0lTxxR6/urEXZyWxJjMB33rEiT6tjcjyj9fRCjwPocus+RmseOdAEJkZYPpwc EKEpf1r9sAsGT2lcmgCoMKDjmOFvQnArLiJq9gRMutRc0UZf1MRgck9+1DC5Ne8uHWKjZa4gNJ46 ZZewMo8wVX95kV/+R3qiTsjeG8LdEVYVBWuZib/5l+yw5RU3udv4aWyk6h0NJ3557U3NccpqjR4c NTUZjpE/yVVmd0NLeFzs2VkEz3Lv4unbk2MH6N2j/fwKC4CI6115mOv+hp6KJVL3h9vF19gR98PN ISDXOO6qa1b5HuL66oJ7bzZLP910RirXyDa66aAyjoHc5nH8ZlqONHjUTRxcGsTBCu+2rxM2bjuJ ASWGqB1ki2mQguTE6+CFp0sDQ6z8j9OmpLpfYcFA9eTfRRv9AxstTU4Jw7kIDigACv4ZxG1+Gh0K J2qaRR1O2v8aRKIPeqPl+R8hQSkyhFMOT6jJw8M/ZyBEjQ73MbY1NqNxusKjMxAILTxBUoLhX2RF ueSQ5jpfsblwoaD5Xnnqm15bbsEQdVIYUaRhfxgPFXWaAVmIsaPLsJk6+RJ/Us+VyQ0m9Bepk5o2 U8XzO4Gb5hsAwF4MRl+b1Ya3+HMdk5jrNv9vF4c8WCQKRci7GKrNtQpYAlpi9nh5MG+K0KCoOak/ 3qDM97PzHb3t4I3EkyVCS7jcGpYy1sPb1UIW4euwKKBPnpM3mzNE3nCGHMUIlDZf1sBZIoZISMIz u+WHvNQFWi7WGfdsYEaPRvrvdmNUrdLC0ROoYfx96VXvtnSVAC1O+ZVI2f04ZDAhokETOZszoBd9 UeVEMtLHOEMn/e6mwvTOxPLNyYOF6RmTTMtPqiFiskWol72b6Hq0JPlr4nq0EnKxKb/UpXbJLTMm Iw6TGesnjeWXKDdQ9Fc2oAaiHp4VlvhRpm7KfHzEz5AzgLJ8B0tYJiwVzYMS0I0kGUbWsqF1Gvd9 ZaUcG59pgX/5h3pop/NCgF9Mpc8wlusmgaA/x7oKIum+K2RlowjVoUQAEV96idQqOUsn3qRcvjxz Ox6QXR6uH3iK5gSIhjhbPRbZcI2mwl6QyCh2jGQWwf8EcOKMwu4OUnGGwFyU8PSznIrZQlD/o2BE ck1tlGAyNYTmXuRWXx11MtuvN7pAW8+YDJCVw4xcMkDGXcc1eidYNlfodIdrPftP8hSNzFLyrInZ 1LxvslP8NAdBKypoNfaQjPisu6xQvJj5F0WrR0ba0mMN/PEhofnuTZ2UK3KjBDFRkGXSQnNnsohb iDCx4ZU1MWXO/AyRmQEbYjFax2YKYFmMNM8GxWK6O4XWatpeIBidhjKn5e98WQfU7oI2K+As7Kay czpStNEN2BvJHMNI3pIlWwCM8bHSIqsLrIM+9Z/WCnHH0V4ucReFm39orPejKJUrwmoyksgdCt1T PKQytvRQIEZhmUrpLoI3vI83U/Abgy71DOlGNHrhu0rJX76BuRmhZJ1O1lnji+btQTJhJzBCaaUy 8886K55YuXDuaxeZBPwvLSwX0MY/gyRJbJEaz9IvrZiqJADSKovz3x9rytNwGs+Sq5elgvhdeXl9 IRanOJFpGYXKmrFmbfFnBJqXcZ2zMtAR7lWcafLuj95M7FshzlRIzOyct/ArFPVpRmn3lc7TGzaz 9hABwVRAml5JQouCWJSizxIRvAyMIn1NIUcyaF2JBZTEg6qFFiO8m6UNo7J+XsJESiLdxW7hjMQO YrBJI4JMzwoasuFKgoyjCQWzJKpzn0KETvTLRGfqJyeV0PIHfp/0qa8UM8MOapiwy6vBJBxqZQeE 1CWWbkdc8x8Ka55acaYG00W+lYgai6GiQAN2hTe3BL7HUzjaAMHwmUEISvMxxWYTAp/k4MSSCSXr yqBcICeCJMtMlyTrwayNkRgLAOSk+CAPdLDmRBAggBXRLND3WWmtIcHcNdugo5AP65Tn+CquyX9k AukbrLF4IJGneZ2UOuckXXWxvOVD6duevzRCoFk31fq0dDr4zQYA4LQBUXukkYRDN/8pgYr3ad2H C9lbBfGTIWVT7SzRz4zh8eNarsWbPL2DufAhUlhgtBlL7iSgRC38whhUJZ+4Y0azWFTRFwuRsTO/ kIR+NC+sIJX90lTybBUpAAHICVadP9ijzcrktULZ0hK8mjQ0lfJe7Gam7TPJJ/JSBhp66VwTJsF2 2ntgUHOWqjdZOYusb5dHAHrYGNGU7LsS6WJOZ3klUusAvMntou5rR2+RQFItYsV+3x2KJv5QWBbU qYUgE6v7Y8pnKlmVINRJGV3QxEAr7xIIUfppCazvE/GzFf3OIaHgLJKKBulwIlmp69WBTbBhZuwo T7qe3BKAuataWs/713UfqnNzKf5FyqRfrRSEqqfVJNiPNp1W/FQFJXK1RLdWhWtyrGynCCd20oki ZYgAxjBCmtuDsmNkW6/TYbW4fNaLBiN/O4e7wYf5L1D7emrDaoXmcJib6yQm6Sn/Rll6V4+Et61X VnsPF/RbxR5/ql70WTEQ235kPpTdIyo9flKR3Isquiq7Vg2NhTcGoaMkQ1RYDUsMpShIehl+cs5c cwwmxGiGz2Uk4BoAZM7t+0kpU6xVZSiGuerkFZESNPoJNt6T3goBFfmJYl+6GoT6T+icK6rnv+Sm W7scKLRFHvYkMmSJAKZbsqhImDOQ1NrrMxMupiFVJY2tUXi6KgphG5bSJr5ctQ2bpRCKImo7Sljx 2Sud5vMW0kpQjDFdPz/SFGnr0g/abTAKQXYgEYAo6XEQjB+nx3YLPecUwVQq7qh+b9tPfvjl29l6 NMn2bqvHCQxxbbXO2AC+NQ7FWi09YORjFfh2hDOgTo9G8L2HlNoYUsX9uS9+c3hHpeAX29ILLnaV 65SLMK72bLxoQAd0Qv2ZdNt1vOjxBRZVBRc1PnCboMO69eXRB7d79Mm+x+rzX4ZnWD5iaiRIFO9f nkVjgTpnjQtcXpMgi9Kp7Npmbyx8M2CdkgDhspjMroJeDpXSCnQ8DzvogTVL6oQ2xpGHxkWbvHhj moyCNhz5j9wN2Pd0yFjwpPiNMEP5XitddgdRQAnL8T2bUWDVn4F6yODHAH+VtHWar3R+DEH3hIdF ivbbt/Wqfh6Jaw9H6Jfp0JrSPAaThM33Ld90eDv59nCi3fWL45GqUc+TULdLyrczTT/qBM4ZG8iI cf6zaYS1+IXU5C4A+MHhqAQtmMIeqYXwZDNRN/fheU4UwY54CR2Mx3llBnoLQEihnCr/676SijIH ajY6817wcTsCISGltC9xINRjkv4EAmSni8AHuS9f1foKzZW7C99NywzKhQ0nnHEM6yt6W55p+sY0 soreUg0CgAPk4DtgBphK0G8abE9Vl0Q0lFCYPCmHCuICgeygxZ2lK35KfZMOLVddt/YHoZIQGMkK ljAzPCjniUW05cU0hROOQOlWZ8gkB0nE8wjumAlnTAPOsDp17OGOSAKwsN6KzDwCY61C0mgQd8Qr FazkOCWTX8+pcKBkmU0bRUt96Dk1pBTXBQW+g8LCQZbK3tnvJOcnKqOQRWQ2bpCcNUkhLb5fAhdA TSvguTIyjYjorkExiZjZbxOf0NygKnR+Vz3IwsJmuZTJqw6Ssw86LFRaJ6qrvKiEuF0hqkR7t5Tx rdatMiCvk4fVRxN3qcTNqvWHxKDUWb+3KjCIsSxOJbII9lNpBpZ30e1spkRCPsOapI7LLIuZMiEh oO8ctxUg2vxsXaGsviwKndUAMCCPBcrRfdGgWXK8boK7ACGZF02C77ykXvwv6iKf9fnKtlJlUcl/ xlaqyk/cIqtpyKZCTWtL8OQ4kaRBUva3aiUeZUq4aL6wpFpDk4TSToWaKi/XSm8FtcoX0stKQ9Tz /HBRmCFPpc9KY0nUca9CXnJonqHO41DUNKRigw9Hh7ji8FgXkCbuKh5ebw/Xi4uysGprpbGlbUn1 qk8ZYRKpoEIFXiw319ZwFEVy8m+/SBjH6roxogKmpoqFJI0OEXa5fYUG18IfaV8SLARW+mNDzayr cz4//lPmFcydK9LmHKzYoeNT8i9RbxaZQHBB5dVs8UsOPpYbm0AYsXia052DVkBNRl4eMO9OX0yC H+UryyTZXxe1LCcv9LN2mkzu2VK9++91sAt8sIwL94IjTJr+03FqdTPGC/drSTCIjaLSDw3eGc3K gEtEE8UKdtzeAl+7XFCeKSCYFryNoZlvG1fSog16YWH7lKLwr2ohAUNwq3P5qwkU2Eyw2XnMYmD5 tpJmU5fMCUszPENFkokPVcYOu8xcS+zZfT6XdnSfFBqaOmjiEryQpLnMKsdVMrMTPWde1RxhwvM/ eU/Q4J2SY2Vc3VfMRHyeisZMxRC7wyQPERj1VYbNCgGLDzUFKcZmdZka+ilhkWVW6CUK11xbxmFr GSkWMUUNLKey1zZWiUWlhTyOCPhKCV2cYeymtJvXZcoVFXk4n83sonIYBn22WtFzEtkDZ+6zpELg EkJKac7IAJAM+cdKBfPQTLiBydWfuW3k5qLRVrWNqeewXqV9siCdiSoJtKZxuZKoK0jWruOFcw5q QSJLzF7tsMtBuk6ChNvn9MFv9RxgAQQkeULqD9i7LX0000zHQPDWLNgo2cAcvxH4Y1idHBThIVkX pzX8MtQcW3vHNadA6iY6ZPhuwVerFCr50W0o0uO4b7UysmKxO7tEgllXY6TuVO0aBVWQCaojs8CN eiBQfROpZOdyDbY4gGtmZ/jgHS/2jPW9jZZc/YhOQTST0J9fnEKw4CveCrjSKk4k4rFqH5Xd6F7M odbFhXY5Mvmsyp/Uhmm9ab1vL0K7+KUQh35lDRRIxjChP6OHnP0iyYCX/MaTahMbB262t7E46o8Z 8n+6WrAqrCUQoyUNISo8QVheqQdtma8rLu1MpCDMp4M4A1FKeEiwOAFWrBKFzHT3glC8kRbJYBsy hBxokSJ4RXX62d/qRVk4b2o6U7KYCDFWRU6bhFURjGwCym3WTa7sPxBDYfkkmttL4G2VFrCjV6+N gqQF3woFtAyKKystf0tLidr4TZmqt6FhSuNQIJHZu10/QTj8TuA+p2VjZefJBIXTY7ZehZAiiHMy MTnVJPmb3pYksgzZLKk38gZv/+eKBcmhmkx7EQP/yEK8tC0t5LlZL+uj/IbPpBv/fGpYwxs0g88n kQFhFi252iJaEsh6L7w1C6k8okXuXNIDBEoYtBA3Q9sHdhK45oOWw1r7qKNWwjSg0uHq661trtoC EpAWFOj25i1S/OtdIzHBS1TqQgsLexjk7PVZotMp8YWPcPzixjwX04j1gTZpswAXli6bcK9eA356 yNcJxafkZrS8Hgsh9+jXbwnnSMqfjY+sAVcgEaDIf+BTqOw2onj+HxTWhq9YUYw8yY03V8kV4uVO pN/J8N6hIMkIDC0F+4ktSVTrrkvQkOdmGkytWexMJzOYnUBzHsEBoUDgFcjwIMaaN7lB9g5+b3Y1 66NkYMotMAncrAokpEIgJcTQC9kSl07cWlFz+NZqYKwu1RloGIvuuAtALqdu3ad8NTPQWTYnZky0 esjCqEABFW1Uly6I+YJU5//juLAmtfAhdMjus+KIr6hLP9grNdSP/34TRDtrmuXVE7QLhlWwgc8X EWGVz/dV6Dws3+TI4qdMLMiZR2Cn+qftAMFg94Yze12mwG/k9nJXi7n8e/9cK4+5Pr4TmdVqeGjY +C0O4SDf9MvVJpv7rUE7xpkU4xuw2HCwhN6X/0Z2NdUQlfKkJIFKMsdpQRcLLzdr9q3DLmkbgWEG 3AG87tnshgwYqTcM6VrRlXELukVLGVr1XZIsuiVpsEWVeVX2TPOSfstJSb/KKk/PL8gr4yaJXN5F f+MvGDxqyPaMOVzLw3vHLETJUjFiIc9mRgRC9YjwwiUaw3BuLRYoJkeU63pDA2NGhU6RgJosrB+6 TKG40IWfLvk64Rw3L0kXMdm2GZyLC+WQhetAu9lQz4zmHxTQukAOjwmJN/6atpKIMMSLhAMois1h o3KHQdswPDBXgGoBQ+AkUBP24mwpPW24BOWfPbGrci44OJEDaVUbEq8AbcgSfRpXSijO3x49lUN7 SBY3k783PA4RiEp1CXtTcf1kVN6XO+qKovEmHGQ0vBjfh5mkm4PkRi7bJKkMo86m+oI1z+Ykfcck bn2tSwIH5DC8YNGOtOKZOaz7CUSkLLC29pSSUzthutY8paiJ6Sb+3nqmQ28qB5VRlSWW26iEV28I qF6/K6Qoayg2V9+rpMOsqj9IfxTGKldVOW/yQ6SoVzWoiKS2YKtwa0Z0s2pbFY0KC+3GqqhF71bt qlSsbut8Y9LSoQonuhHdmlSaZWMtnBFSDHXEUCUXG8WrBC6RcB1tgUfCMzfv630RowiRfRMl/ahD K2UjmULfvlTwvcCdolkF7R56U9dYfcSG8xXI0aYC4ysg7AFWP1Gg09JpFja6xh3LSYxuUkL1OLtK oJJcuYFGEZJwWKlCZGVOrNpJ7EhhB5xUaGGcfdlZPJKwI1y8ZrSKSNUOK0jijyW317ZyYtQRbX9X FypT6Lqf+lMearOzGleVIudPs2GX/NABqanqGMprqvUgvYKV6pMXFRtdqYqPYM/LOyykkm7dqGrW tMJgBoMVlKg1dgelJn/cb2LSJnKySD6MKXuoPOtwGcmSa/Zg17Qo4ugPE57l0G++esk8kfGBG/7R WhG/Y+dBon7kwtn5nnkvMpIDg2bk+UCatBdg8O0uNHGeUm1klNwxCvoSDXqSlqPLLhVehsfQg6XU syRPOwaVd+RRcxCWwcEzcnaSueC+ZK7UNFE6DIXx5/QNrzaInGppwZKeOTI9+LaJPZTRCbq61Ruy OHgxy4NdhMwsU2qLOCyQmmYvNFiFcN/HR251TJa+IpBZUv39xypBj0yRJ6FaJEqzbJvElYx/dKdi vie36NdhCM5v6ZRwVT+20mHsTvjZ2e+VrB0Hp0Lc4TpOdGfGDgVyTNCPs+J9pLzPLh2R/sUk/P11 LDyynAvUIUM++fj6r0UBLe5fn78Khl8OFuqAccf/OJ2ebTnnp/OFYhZVThzHiFNnmF1fSdipN8jz sUN+vu8WDzr259fzCZ/3/6wlfLz96JRtN4j22tT8ZyP/GK1zhJwRdNYI7o6CdwrRfx1NZKUjKnT9 u/Pbdfj1Xft7P/VVAwV3HHnprB0tv99/fPTz/uuIpB+tnUL/6R+n8tH3L4l8fSuk3rV/TbBOSVKr /b1//vqezXpBl350+DGxfOu/fx2TT/YYCSJwo6kzc8hdd9ywc5l24g4RkYNb0mALHgn9e2clJYQt 20Rh396oxffdyULIcFZTp2F0Yg8aCOGHeF87GB/2aBGtxtYBDgzBfjpXqZ96MzydauI7Avp2kwwm iOsZiDSYcWgc+jk2yoeWrHoGxEcWkzpsBPvO98hKogUZliAgrbEO6arPAGmigGDWn4wTZz2UkVhc 8g0KcKOTTRrLy4aGURzP26aF1juiDajkNOvy3TfD9u2wLby47mwr1Wp2ZizOrn+Ipi9k5A4cDRU9 3cN3up+fcDmm+L24Vg1fNV6h3nitGvG7cMBqTlQAiPJzlEAKcYGXfwFonG6dyyd698N8sClwbm4g iFIuUMW+hQmIEZbIZNyF5o7XgD9Firl/GXPrmfKFQmWZBDQL6nRRz0GrFGfxruHKGEouAsFAqNko lBXmbHRHjSZbRPZJzcoN9BATYeNYNArSyl6KknoZWQGpFxwDohUZilidIBMGehvaRwwG4HA9UpmX kKx1t1IID0YlkhKzTp5yhdgaoNUHjVpiL365mzZwC49pVjPSNshUZNAIIcl4GcHWj6LcEBG8lS8f ecLL/cxyWogLaCf6ZVfd2APjXr5bqosb+8EaEzlktbQhSthPvZQfpdZog/ca0nwrGk54MGAxuaoG s3LJcY60YNyW5qJMoEMt79A9ETl5RmjyJ/cSqPvmgUyLkFwmk7OUUwh4Ki3Bee0XqTmSrlqTBe2k g9o4SspZRdaBK7Kto+KSiMx/xSo5kp6Kg6tTnc9pf1vQmV2GWT7V01roWECnLWOXgFE7zizA0pTO rMNGghzpOIJmutKDP0Jqy5E+55wtk0Ul8xIuO+HH6qePEkvOTjmIxyOTccZq0c+g1rlSe0viRWDa KuCxEphDDo5XIzIm1BNoLcJKPnT56rsnnPzmzoWIxG1kHZQsSRlmzq3L5vshSSDI8f0cergIAvVN /Z3aB0CFtIAdOAmRGv56/gt4w/m+ZgX8pjBM+BaMkPw3G4XDHXxHYQA9VHxLXxEb+IfgHiULfL0R SpKsQQdBnYsHVLFs2V3I820aolx5IDT+8SFKOlHNU2yAVRsSJUDXBSX9GaKj2KwFg3HSWyRtPTp0 1UunzZFJwtwzcNSbs6ZuXVFgeRQ8hACSCEvy0jz3dboUpQQ+vkzhGIXURXJVqgRyUjy/zpjSoNxL 2+FP6iV/RmP0vIl9bI8NtKHY4DtzyYmePZcHyjk3PUdQZJZ2Ansr5jJlQxcCpJLN45qYa+9pu2Bx MQA1OyWYQyKn+GBkgrDY3jsCDPQYQACuh9Ze/ea23JPPQJYoyUFCUQvX+XWPLiYzpuIX4LVzFSNk A15qiYuGN1cqTOik89+WBhqZWEedzCx61n9w4f9GbweU3sjOIDx67UnGXTXhVsldcxZZkmey06xI sJBpWnQw8WzyqUjRJJgbV+1fiaHZZd8WAHMUc4Qf8yY4EOlm6itVbtpqim0eb1akQ0NFgH/WknRQ 9spzK7DQqjqCMXpR+KnS4Y1qgIG0rAgjarSKVlFCfm0q7HN3aF+CbQStKxrgq6ilGqMc1fWNXNUi 1PKeFoqKhqk60bB+Qq890khY7mX7ycbC26YDmQvpsVU8ZF2eNmwXb8ojx8wskRZnrbDzBmhITayr SQoCRJA0EfaH5WxGc9TgN2s/37WV1qgj0Qa/2wZQTk67TF1jpsEgv5iod6go+IWVSxJmnm1mYEGl VbwAHoJRYBZOqm4UfXStvfkh4eP0hgvBpsfRWmF3tRkxTyL+8g76yUMzlZBZMbkZRRd8mFjw7fW4 x5WdMEjNQdQG6qcpCyOJs2NFqda48gCOQilJoAhR9NIZRDWJqtRccSMnYn/bg4nyCpKViVihUdXL bu1TbXmXtfYESdbCVlQntWAqFjezp61lMk4Fpp7Fq0zSCjLJKzGxd0361+pxpoRBq9/Iz9hUK5UH WkjME5SIo9ZAVSYy6OpZenRXVk2ekRD9KYkJqcslaBSp25l+Vq+bUSrnKYRmtnrYekkelAlHeV8G 6mGcSogrcOeZynCVLat816BKa2telUxHf1wTIhUR1bpVGlRD60uIm8i2htUQxlUJVJfmmRhLIVZ2 FG34QPSvZkinFw6mczV6t1ZNwqP/ZE0A7fLcPLqr+abRKwZWotpadoXzfLcRM5ma0FTrdE//FLNr r7CJZubHDGS8AUD8pkOdF6ym0noKb5potwgV1bkQV2GceYJ+WQmmOJXF394iNTFYFyE1OPN/PN0H QiQ3t4bhXVyTGaDTeP8L/J/3E754DN1VCicnqVRtmVAjRV9jYlj3K/wYw3dkmICuolvmXpymCXuB y6kl7Vas64vnEJW1kvNmz0XRA02wuYCATHRCqGinZxBoI5j4pndFkprRJlemyb7n5DMMuQb1Ex+5 kzSw4KjQpYCdPvnYyk4Bdv6lR1xrzQJn2wXeqFE0KOhj3EpHuA2bLbVta5txewKagxMSFJHkoyhd J2dxNDKt5uXVDcen8+Q+sTw0PDe0vIkXkpgBqliL91zIuaiAteHK5VDdcdhp8YLAIENYtN1HMQJ4 Qk24EkBF+NEmwJhBsVdDIh67ABb+F3CYPu9Y3NgVlDzU0EKMpUePyTN1XFpVoDju4jxgBblWNOIP KDTzdrxMciUvQxXZm9qVxbGccebVF7pbgJh5hqwISl+fsuT4ogVhCciwA1HBq3purmu34hrRwSOr DO92pAtBq11JUVA4AQ3fLAfIjIq6YLOJi2NKapOg4h3elVIAl2XWL4EQBNilzJK2SgXj5NMubM9E ALHH+Tvoj0h7DhrIy+E0MFjZTyb8TGvxyMh0LFvkooE/f9qMk9JNcdTzGb/0bDZnRtS4LrSvABdp fhhMJgl+Es3uZBkUz41N082YHTBLA+V3GAp7YutYEEGX/eqsppBlGGeONJmNc6+9STMJX167bGiG dNat3VAMTp/RNrQauQdD8pJ0eWaBDe7wVXACrZlQYk4/sBclJASHU0IF+jxb4C6KGbyUFgsKcQgt vaannBuBcfie5oIFZYJftUl3oFVrkRSbItwjRrheD/KS9NLfFJsYJPjYT53b/0ZJO4qfs2tpwjWK kSPOVgA9G8R3A8HXCoZgE+M3in7MVMJdTMIcJVQ6F9/6RWoqclQFaTsiBQGSCJnmKaXI8gikM5PL JVJLNoGGqpjpTNSdQCKZlMq4Y4q0vi4707sZSnPkH40PFZqrRfnP8o/V22Qg5TKqNDT6wbwRdTGL IdhGJgqKpSl7mqbsQ9ohWpFfKBJJYNgU3fsgcVEvun4/2JleQKmEJV0p3XEEd/lHaYizwVeL+7d3 Jio+3ZXlINK7JUvUgS7tWZVJygOxz+tD/pOR8jbI6+3ulZN3VUWWqgxIjUsOJutxrEclNPmYg8G/ /oK3HbCV/lQP7Wqs/KemVV3sUV1RGVwqZBBy459V0TFyjBFCkgol6FYxyH/WCmmcSFMQh8NkEIl4 DZSVZRG2QqAtf2T8yQYJ6zxVwxm8/dFYiVtYlgGP6RLqbDQitxNbj7uLH98SWLmOAlTZG26ifHZF oodI+nyGY+eTL3FVT6NHxu5VcQ5Izz9EJv1KSeSR+RHiTTAmaqAmnFqQPp9MQoLyI6YqQ2WDSod1 KWoleOYl1z7ihdndxe9gyJTpQqNcCTdDKTaSV2RXIfx1KUbDG5tRyU05XZrQ5vGWWigQK4MoRsoJ 5FuMBqwklMyjYeQreUMok+aVXI1+UZ5ya++7eJ7kmDmHsBWZDgiig+YFfL6b8atkQfppWH4Z8GQN XztxMzV2F2cpSVY4eChyRx6Cqg0nrU7EkuxYG32yh8DLKeR10nEfGId8jgQn65kUEQzTq9gAg+nh a8yunTmJkqw2J8SI1RyUZMAA2WWt2V1WCYK+FY/nZVx0ebPzX4W3VU8Yy0wTU+8mDGFRxAcHv7UR VwWZp6cyXvxXYZy/oq6qeaJuXoB1hq341h+kFfrye8wsIy3aF4gWYbpkV4wWIjjm0eB8FFtu5Znt BomEJDPIKWRaDUmTIHNW3ttJNpcC3hnwSgWaCqftAfC3cSMh2w1rrm50kfSYyBa9OTseBxw9CGyL Q30AhfTa+t9O/YjJndFVMSUHg3SRRfDc2rwxO1Bt2QBCmr9JDGxQQT8uHAHgA6csjLmhUMnAAoiY LoqYe0RYahrE+z+2ANQ3wmAnR/mSXGMJ+KQFZnUlxlo0nzXlfGGSkxTqLmA3EfaVirrlBx0mGG5z Hew80nXJ4AK9dau1sApkKNeBTmKLAolkqXpXc6qM+UiStlBF0gyRQzQNP0i0WBWsIMxn7Lrs8deQ wzWTZrtISFgUa8mjqYw4ioUn5zSVns4Zm2RWUZha0YYxAWc3ey2yd9lTcQ1op5dIwo2bYKdSCRBq VQGtgg+VZ9Okq+x9XruwGlh7zCFPCBL0ZxMYEx9QjIuBIlPGJkzgM9nkKtU6nY0UXYKW8g+jrApY NM2axF9NUFkPUWL0RtWDb0apWFec3+vsworCwh2xbLGLOxoGFVMT+aM82+6q7y2HFogGc+/wZTor +DHRaf0sHjvJouuzHKVJM3JsC/dovJ5AQBCWObuUqCo3+DNFJNbjILkhsBmzxMdzeNVAXMpGMEc0 sUXRDG5Y7mpWKi5Teqky9IowUyJDZRYkWClgcdxiGJHMCFiUS5eYOCKRyaJhBUPJeVvjqH02YcYk Wyg4bIvQ0tCyymWdkLGlo7bE7ySohK2NNAJZkSY6m7TKE5WhNJq1CZjmUK7iuGLUNqXokQT77BdF p9mlk9t4FNbSUtqlmSKACFmcWxqroMBKbAcY4EDVaEy4meBeB5Gkq2xIlY0MRgznKuTLbFEHPsxO MkPnZnSWZpt+qC7hDtwBDDV/2YZ210dMFnkBpwHLZ1GCMGnsLhNaavvjiROiEJXKHdSL3PdTOowg 8YxUoLnrSh86lqqwoFHYfOQt9DNP40iWBa8g2lwJMCL6gAZJiGwITwPOQCQQSblqM5K9BGai5KtB KH4N9mzLQKIOnkAnSxqSVq+IolKWSM5OjMIS5iYZ5g0TwHQzuWaXCDk7nyxNrdCCXMxUmjCCUQNf sQowZYgmZylmSsSpVfAyZ4uE3RlUqcjya9QKx0pkbKP+26liTqRuDR0BFwQxN+KEvbYmzSy0FlwV QPnHEFGTVB4orQlW0s7CMCDUyeMycEEisLCDfWbbRC4BZYmvI+AYHNMxV/aTYIE2DB1rkOkwRPaP 8WoyM5UEzCplu1Ivr91peKaDejP+PSfZxQrqarxtfTFiLDEyj9If9qoz7EYuf8CG7JXsJHWtVpWN Ceg9piS+mynTItqen9YLqji0IpP5YgqqDJTgFIyRqTaEJAhQKLrAHRMw3EkFiwoc94l0NhxLs5+M BgtVXSFaoE/WEpGsCs6AwrJw2uWiUi/2TV4RqhC4kyGN4VF8FonoRukcg5FLz7E4oeLHTUmD6vup AhmxM97u8v2ETkcmFDAMGV4ECYGnJpjIncEUM/KSrqNzjjjMGGvR41JaY4Er8+x1VNRNgRiYiJf8 mjzs8jUmEtIpRq3cmsalvB2D7LpfhejkiCYUFDR7MsWdGRiSG4jU4uAsBaa2h6cnAbs5+rrVw2XG QQa0+fG21RxEikl6+QhfQZZ9IdIFCJhObgGIwnmcsTs+I3ogpapO4i2jaM0lVBJrAJIiVM7lFcj6 yxD1F7+WNpska7JWaV8fAac12DDJ3Gjpm4hCbzNqwNiSoqp8Gxl4PuCF0/vcMJ6FFSzMIBo+qcL9 KaPgPOZAobMRRKHMA+67u1h3pRWmra2LjHheMJLm4ZyAFKSzDWx3YtM2ZqzkVfOAeSUDMc+8jlKn 0Lot9B1J57bL/pDtbdbOGm+DfXMXX6sbq5oWtyMQUdSAy4BjYlPgbOrqGaskA8iTU7las7VFiQ/i bkChAXdZn3Z5fxT3Flvmv9ScI7VfIlcEzLVWUU7dsvZtniRmNJwTzlOmnrnVAZ97FmcaeQ47m58K R1VuxQb6o9GlBnzHbyMSSySN82zzKZneI3uBZahccvuBfQNDABb25xVdAU+oJhiFu4id8+pVy42t Q0FvffliMummecTv7mCYO2UpERBlYmT1HztOWSH0y+cvxSAdupKmilqUyDCpkhmxYgpuuDqEUfzD 3GJZLNLG8PzjGO5r0hOfJqpapiNpuYmTnpwJZIbawCWQhJLXp4ZYoiucCWw7vsRLBs84t8ABn/5P zbStkbAQv93KmpEAHrhPZkqsb8xRwq+Vh3wzQ1xqVGIPzckXZj19R1bco2JhlAGs2pZKUTH29FxN nEPK8pkGxvK7yHG2nQ7mpOh5RpUxlq9TYV0qjNNf1geQOZZueTkQE/yr4tABUlQobNiptniaIWZ+ q6UYzrfgotJmbONNEMQz3JL8ZhLZnPQdgXP0GZYlTfUjwEJTf8Qz7mGqQA5x6Fj6taUNcpDWJJ6x uIAtPRUKaeWxl2K0ibDVDYsFfRProRcp6tJLz+wLfwgR6ZF3ixHVYJOpWiQhXVEw7Qg3fE3KGJIq qPSMuLe30LwEABlJi2CSFJIBspfoCzjPyfAKtBqiWI2DT1sgtwMcTLYEg5rA0d+v5/bvby80I2Ol NeIwAmm+H9P6LcXPmPSVzWDEdm9jPnW5AHjaAzvnaMnoXUUfWFUxNlwd0I+Jq6xLYWGSpDMvKND5 G3DvpzUe8TCQ6CNQWEAk6WAlM7NIpse1P86fa51IHXiPyNHKwE6sM4nGCN/iHP00wbMBzjJ7DiLb mz8GAKtCunkXNqrtJd2LZglAuhhjsQY9SY6HHFNC+NA05CRx/jAIFLYdPqDN9+hWkJ8+Eu+d9uzd B+lUq4ZNb/5ki5iJrbAWpTZja39ehxqTmyc/xUDliGk/NSz1npi7xfMCj0aGcz6XStIdUTpja/TM k6NFzIqcbIGgDioIUh02By3a8UuAR4LoisCXZpEl6iLHyzpU8qJb1COAOOdZkIxrNMovU3cKZTbo wT2hgl3IyWR9xrYpCZVZaJBNy/QZvGmiMR2CU6FB9cBCEWFQZzabtlybKaiYmQPpBq0tgoVdBczO MIAni1FVVoGRqguA29kp2lCrZXNWdcwgfKo1qm5WrbMx06fmAoN3UKoB3oCBAlawVKcVPr3Tz2AF auq5irozIpBmhXR0teAQnMAAJ7ntCkvYPOxNNBeOskTZTT0Cuf2BWemKwxneRaGAdFkkXHxUPcOs LattfIXodls2ecHKih4CVcMp3KOeYqqfluXsIRDJmkilQnURoFEjqyn89001srKmUbyqD5oZZ8az GDOENLYfqUo5gmfi2y5eTb6ifHFohBhR7REyuw4GWUpEPJl690gLt1Ppuxu4ElP81K2SfcT0P1Da vMQthqxak7qNiFLJvQELBY2DIqqoJG9+pLg1aXA/khuvYYN8Wu+X2UqmzmE4y0u8pdMUVjSoAhLr qryM+IkJmeUmOoSAxMU4+ElVzBdWji4foUiFHIFgbpFDI0LavzhLOLAc2niHeXzcts00bpJKent/ UzFPDA1c80K2UnMiHb36TNoNA+5pMYeelg02ggPVa7s+8qeVj/hcvEzP0BXPCS8DlQdOA5BAIZGK iQy0R6qcnS42IkohExfalz8+ykU2nGjNvMAoTDNxDetkfpTWip4a0AfuZsEepHzLwQOjvTEGBF8/ oAEu+8lpmczM2TuMYa8LB6lFRpl9arMBb4CzKHNuAoSb87P2AksPueSpC+byzeVF8IjN7VTBKY4b VFmOelV6yvK0CzSz6X82tokAxpsu4Mp9O8QYGRlhtAIxlakiMdPF9BFHPhFejBqG+IV2lhhitc8o FJ6EwdpKAhXZw9pwMSlTYOXpy846PC2yoXKjv5YARXhEMVKlPySEoM+UW/+ZcfN7OMiYRaQkZ5t5 VoPXGQXNuIOz4mD6wBLizTn9QyVnqxTZ4CQzsEXRIdi8RApdUMYPckWkHoXkA+PFiFx8z3W1MaaQ oe00qCWiwBrlLLLRKZo9bl8UxG9ufdZzi3sIzZYSfTlXbtsoBnnpwcXG4wr9PrFTWcSX8Mb4Dhrz P9noUc09U3liZ6536Ym5+K4DHiFKjsTp5Ms1eGElgSBoK57zMx6dkxMlcvnrsiplNbf9zRkW8E8g I7CY7dOxruICt1tcmC+OvwCPGghkdl9jPZCLRiSA6WArJo3giU6gWPegU/m0Qpz8HOphK8+evLki Q6jgOcBK1Is6apnc2pAjwoNvMaImwACtuAFpXHQTO9zqQIJCyJYzeozS4/B7ghVbKnb2cGiuFuHn fw8vELVAznEEQJIDelAxdhcSCZ7OCRulkyAq7xEGFpZFgf/LvwcR+uNFm4L2b+j01SjtQXK3s2mh qrV8i4A1g0TSvOSnwVNmT/r15C+ZISwYIZwW5AKMbFBUN0CAygV4GAINHB6k+GQAcVenKDBQUGWx iHGRG3WQz1bsZF2OdEuPIhvWZI1sCogGU7RcdAtJyThL3gPpWFCzX8vS9kLdHW9LqlRrWZgEWTwU 3Uzcmby0IkvYqxNQBwPpKlEBjvQh/BufDCQSParXK6YMXMIencchQjrBjOiYrncJqHIxWm2HGlHS BhRGIGaO7YVC4XD0TBGIGXkDnxgLVFETndobQqmqGiyRxUJULrdNXe0Si9wq3xQ5lJJVQkYxTRef sLSnkFMzKu8hZAl9j29HhWJ+E7Us1r/GDGADm7WHK020h6Bx2DBII98Ro3sqW4hfMhGTtaAIehlu tDWgxoCSJgjpQ2VSWttYkEiHy/5vXrkBe749edxeNQG6FGwGUtxYcl2nXIzQh3TgRat5Rg5aypbm mTGJoceFqBFaU0D2yGWah60xC5odMCJ9yj4kPNmFunBPNUlIY3DGRH9QxzWs0jj9TfTKIZEaqCzu Uw1MBNqerdYj0uMRhm5Ed1eDAbDxKkCFtXvOgsA1/6k5YBUks8PN2XUzRdftxBt73AZ5hN4ewt/7 cI/vS/PMoGMbHEGAXQgCkI2YP4omPY4dtASv01+by7nTMO51ACUBfu+VDftQ1atddnDWMgiDzXEo hJZE5XPw0ZoG1Cb7wI68KPckwCA40JCxBIcR4uB+GwYucmfgHroXkYCnnD0oUNgf8oCb7a3iRwkA h8V4c9B0k7N8bVeeMgeace/UU/hHIYrgxCT50wAU96JR6UeRj6yDrzy00GXkV/NMvLQugaH+GSNT 94dQvXLnmRRSgw/sS02goolGHkKkOBpiPVzBSUOsa+TeekKe4nT+DRn5ZQFa4I6Zs1QlbgAzFvqP 6W5mQIleXglqfY+iVLuvWEYUlQUA0KA8Y7pfMmbQoqasjrkBmfdFlhZ3TFPAGX4onMBBAxBCV4NH V+GFv0aJSv2EC60pzsx6uEk2TBcs4geEgQGaN3IbAMyckWmqrG7WDHyZIUXxCGR2MkOz8AjlZPq/ NEm4UMfxTUU/xtcYSD1Yvc8Ajh1iFyaerFaEmQyApM1y/iBgVosHqOXq9KabKktgCvKgD9Bse/o9 CQaYD5r5UCEgyYuRBjOIhq6DYKo8R4mytJ5hZJnpvqnOKUlEFNebG4bwXhzFIrSVggRgd/bfQE7S ALwPM5rAa5cc3XHOFZx2kMXLi/MUlExNg+EsLwf1YsNESq23/mAFQJqXm8gpm14zV+2YRZIOyShU ywjHLHqINYV/eMWTPrPwmWVDBS9Aqc05JquoJtOqQzsTmyJphVnmoSXUkAN2wQ1MjRw2Zgk4gNig DEORgXAGKBx0Jixz1BBAQx8EeXU8SJESJ7LStHteEoewTye4eK3BE/i9TAFMlZ/mNMIXLo6uChJ9 EcVcpCo4RRTZ2rHMV5f4qTSx6FAcnkcAx2yX0xJITSFhZ+A4bQmEJAHz+gdxriuLNNECOwoRf02y acncLBXEffMfII9DsgDUFf8y80Md+oEAZvK/wW2PUVYTNTniAaUyzm6FIRM90TNvwXSA+EmuS7JM QjZ0hT4QcDdTFEHjkUFSfrFlSbFjNwol6YfsKAs1ATSTppkMZJnZz2Jc8uUT/+bI+GTPMdo4NQNY RsaIWRBUo+QmgmYSlVaxy+5zzIUkZBXpR8mITI/YIlTSM2ZqbxCtK9Xl+7qBOlO6xNE5vUGBJtkQ kKWTJEeXfNcXp2tQxq34jYkGnjvJTzY6K9FMBUKILPEjMw3kP2Fi14UcSJnNJ7qtg4MQprGftgy2 bCyXNDNmmAqubiUhAPNbmMbuRSLkgWzP1kDWPao2Q2LSnB7GD6TQMRk/kivBIq1RndQklawrFXaA hykKfeIoMewPnIq7ctZh9MdxW+kQ8/JP25TTYm2xiXhyNOHaS9FDL+sY2Jl0U8CCyUojcI2Ak31k g2mJQQQf8RONKXy1fYzN8pANM5R3cRkELF4nSLmXw6mEDb6Bb3BEet1yUkVLjiOYENqMwMa5+U9l CgLG5+dVJH/V6ieWWIG/XgNk6IQXDkaPi/hlLNJPEpGwBCrh0bcXu4Z7okht/F8MoG6h0psNXlpd LGHCJCp/jSxJYqtpZCkpSNRhRcplCS+KOcWfCyqS4RhLEkNu7TvZJ/kuQGeUUN9wpEtdF1yCE8Rx lxIZEc4VQHM6ONVqqZGxh8N1v3+ZFH7NfXW8vdCwoqJaUYXfcv8KZFZzqrgFeVl/2U5xsW/uy2Jh YBG2Wob/lN2QUkk0zIp9NFdsrAKVC04YWEAAEA9Djr9kI0V3XVSlEX7rJgJTw+w3fYIlLCrgVkqp MCKMuOG6IqFzPbVqTTxMKzxu2ceEereBsnpfZRheuSq1aZDaApN612p1qmQwaduuqWCsYe2UjCqr 0k02TdnVRinF8DZC+FY9UxmnMVQ7q2uar9+ZFxdNaiaBnHrjCoA6lCUiD2DVJxHO/87JVQK+6VXU qDKHTiY3QGV3gnFAbz+qNkUUZkhJIGsQOy4grwiMDG6pmhqvAiPQ1d/AQMzAVVGrFXM4VxQyZ2U/ 9XwMVUKs5LXSdx8IQOUkAFWBIrvitAiBePYKV81vFhdVu8nYT8CHWeVJYZ7ZQ8CmoNhYzbxIuH2y cHDq7IAZqloXffmjrb9qpEpXiEA6wrWwWXBoOIQwPcwJgdXA5d5mrCKjjkecHCCMLNiGaEkCjRmx bcgJ8KLWpM//PSCpDFaujSEkgS3P/xE+/JoUV970U2OopYVsBEUns2Q8KHJOwCrybHTv6duHdgVU BS5whdDFoRmlFejPNxXyAQ2g5ibtIlJmWPcgbPdIog8pE/SKYYoBQaTQJpizeuxNuFMccp6Ra8Dk 0OyjkIFLHZIVV0zrNuZo2pyYWaVJ82qrKX6YRFLVPOUIeROQ4Iohuqy0zuqeeYtpyXc2vziZLpqj OnJkQaVmzB6gWzNgQTse+6OIHVkRNa0HodErevbAgkp4upucEIIWIdwg0nZPd90ihfURzxonOy0X IMXq53Zm2uVvNKsYFbQjCPCquSeBEKQgEDQk3DtJp3WW1nlcRljFfLMTmPQhPZ1KrcDqM01Rb4dP SFKCPXu7rVDmoEfkGDVt8W7nCQ2x1b8SrE3ySGuSrdTgQstGvlgxshojI6I7swYuGh/82iOnAi/A hq8FnCRTe+ShKZkJRDUbYGrcE5R1g7qhSHp5qFloEhKZ0x8UTOQMiwQZlqg6A6V7qwa0BNcIp5/U L2thMeXA1tJWC/W4YJxtBHX+yYxGUpShgAx7kDFHYdxHSBBmLeiW2dmdlNryBizSv5gLBMLvCh/h byUEsqfB1DZ5Jv4GBH/7lzyKNDnUxrQK1Pg4qUaKKRLFWOQ9d0xGCwpAkibnAgv0tddVPHrcSn7O 9KWEFCOwMyy85HzOAl/QFO/pekKUGigcOPjedSrNFtD6mgqkO/eywmzlabkCzXpSz1KaoB+gCQKt 1G7MeGIZgxFGY5gVAcyfM2dfWOkFYD6IN5BG9afsGxz+71g8oYfWQFhlbGkRyOmjqQvmlikVRbtS YxE7HHz44xhSiOfERCRMBkqP+OB16K7ZhXPORZQWIku1FO+hFjK1Dd10uuATQxGmLE6hnzgDg1Db EMUwRFMa2CsRIOP6jMIf74Ar6BRTmgivRCPi3OgpEx+8IS9OQlijAntunkBiUOP3XsyEQo+C10hf 2GnQsN6sACnCBFaxpSaQi03xiDT+mtBW0ouB4366U/AWoLG1wDOCZEBK1AxA79L6/E62kWBnYXCb wGNmKgYHuqBFy/Fi3TwL4otrUsetkmqLF20F2UOXhDItLOY0h5WvFg5pJ70g9eKkOlsSNG6LfDVn ElwHDO/xo2NSm3kpSjCYQfSi2EzBqlKzEPSP4WYk+EWaEiv84fC1EVuYEX4ZHa2KZDJiaCJCCGXg 5IMy6QzIog6wpSjAhq80nDF3HzPmlAsGW7caZWcDWkBvLO1zanxKTxdtX2OD6BrCvI3J5p56xJVV 3/6uZspmR2iQR1gwo4hPSm3YOgccYixO1sYiGmaRQYF9Dh3imYqiG1BgRWVAjDM108pouJGwRUCR BF8FkRJJY8KPeNYMBCkJOHrVMnjDOX+RdJvuPFOQ48aL3AZugtIydC6J6YutGZmh4gEICPpCYTN3 iAzfdKjHAEtmgsmnIniKWhK6SimNBwFoSiAaysaO9A1VWbkECTTcLLiTDyIszhACgT0552ZCDkl1 LlGJ0fjVcy7kCpfFwcIzHTKyvV4t7SxxwEBqQuIg00kLAGOyiXtSmCbBjmlFJh4IlVHdP3fBhK2+ bBL3k7bE2w+O4RT2gDg/rnH8IobcsYw2dUuVYFr74QX8bHZcXp9UAKf5ktRPva5RUgTQ0Z/8EemH +IXKHHEoDEqs69PU0tKUE4PYE8pe8ghnyEnvQgRDXNjIpkhcfKYvxmDPM2j4gufmDYaj8kiCLkEx mSKrzbUtMbQeg1FMbtKjwgkk/xvBGDZ/ENB/mVydpHXwMap1w2bJWhnK4M2VZTsQspGAHEVBA1nV pFq20L3UWqkB5IYKNT0BnwYtZ61p1Sc2q61fSITFWU4EgLCv7N0IUkxrEKf9C9Gjs6/dNxDgkhjN SSNbbjWzb346T9UyyFpGlbakMewGXYPCW2SsfXl/tWtgVsQzYNU83iLdJAzBDHyytvIZzhMDdxJn sCDLoELC1F7kkIr1nGy38vuZLz86chlRr4ZVh0XR6INZ3AX5TbmV8QERdlME4FFHnMhZn3rFqgEU ByaacVUpVgNBTKdZLS0D7wmnXZrT7e6H87FtDQAkfK1CRrE9sp1DLU4ACuBiBCmOsA0u8jEbrcOa dcgWT4CmfijmdoIyT5sOgKIuaJRvStDZlsqSqtkcexlQUV9+z1y2lmU9jpYZKdBpInuSCUWx8J+J zP64mWx2KEHLDhWkct+HWtkZokAdgZEQkG1aU4mEURp+vobEIhltmQaVgaQ3WNp9mmpF6+pUJ7yp 3oUkUSbx1at/tTcHMJg82APVNFQ0kfaXRaJitEXAU8zgMxPic0FjZkj6heRFm68ojMFyH8PHu0FY hFrMBE/jxxR3kh/ogD8z6CdBNnRsbsFzwA3SUaLKccGkgRWUqiP5T3SI9fUvauv43KrYGJFdaUei 0KizmYVqYhNaYIiWHB23mwy2furw5hSpZ/D3wd84i3JV3fHc+BblUtv3Z0UrWJBCbCPdO2A5alYE j//koCmgomiY/Bb6wSjb2FEAKoIGV7p30S9fWwcO+DxkIoHkdTBHVXyFYtyB82QeJNXgIiwQpuFu ER38RU2wmo7AFYlV4wJQmLMAYI0jrZqLtl0s6y3YdqUhtn5RqZDFEFl27hCOAptjAHDMzdKRD3ML MLG++h0ZcDNap5gQ8A5kbMvdLq40Ahqips3j7TNHAZDvaGLXj4BHirq0zpDVirTRvuCY2CkqCHbR uDc+G6BYl/Ki2ywDWUWU9rU4pgY5AaqaQMgjOgaxRhyBWzZWqdtkNBoZ6NmatKkLQM/O+9d7T9IM Ctm7RGGGFHycLmfBBXSm0NPoKKcYDvy0Pg6EYMTZFAQyDDqOCcVjiNmpUyqdEQVtLsBqbKE8IE2U CBAne4eUQGHGh1OvrAhSqB6jFFOQv2CKVKYDJVNiZO/0BILkhkjrmBCGG87rHmsSioSMvaTsiRaC n7ghysJXC2BmW5LBQElqCuXBDUGokQTKb0boBA3gQ5OwIKNoxfVkRLTT3SKLaTfqFp079Vfqbh5x kKCoZFqnLA8j0wY+F22bFDAUi4kwLNAxKv7CX0MmLr/CohY8NkdBoxB+hllEF3gCCa3JgM0UWIv/ hJqN1oOYZLzKL1IVaQgCpdEFOuAp0wdpo6NzxefcQQmCkAZIF2vt7x9XCK5oa/5qBJlHFg9UhkyI isCNB1Z3bXnRm4FFHxPskYEmQeL4KVZBqB4tN62QEsC9xwoXhDfFnQUzQAcVfBkInleQKImv7KHc IRQL4A57UU/EW5TtwVfduWEzAq9kpO4IDFbF0dVqUK7aiECPXb75EsnVeI3Ro2D6/jW5h+01cZiq LEHdQ1SQte+pNPnCihswNoEEYfXAtA/IIVvcGX2atLKMwZWAm0J0qrDhn6opCjulQJDp8SO8K61D 9ZihNwxtDi6Sq+YCLOUXlPYXLlxPg7z1LJ1H73C4yhDCANgE+vqlo0MykjcpmAQHwd4dUFDCCGPd 1V4TPlVZMmJo+SLvttHg4O9rz2dRh1xe2eEVs3KIaHyyqdDxryGB3b5fKCem8UIU5RfSkz4zVk2K nR3wttyuoZVoKgg6VyMtKJs7u5RRtApVhJ6+AK4hlchicYfEqksnBTsEF/x+nJXrEb82LycbZVSf DkotLTBOFV0EgkssJjmI7H87hLed2FSeOPPIIZZUkEd5wtFmWwW6DhJJ55SBISMCqDJ8Ul28Q3yj ebbQsUk9cRm7pLcZkSL2nvcG0udNzd9m4GhlRHwHwzY/45ASn0bm6rANfxw8QoJQjNgsc6OKxI7y u2cjce1snv++K34mCdM4QUhvdjZd0j5CIpNybK/RpKEoFJNLZv2A2abkWnYAi9y/iqpzLNrqrFW7 rbGqGqUFnWQcBYiQxsR9gi0bLX/FGXYgmmRofC/5MhP/k5BlVWN9hiLcAFIGnSI7klRRV4Wu6Ch1 ARnqoF7VBGNC2ikrsYZwxLtOrC0IbI3J4FjpsPj2LUOEdBGQsmYgtuTTQgyd3fbYjC9CakQ+tw8/ qEzi2sLeZBa1S2aNbEaySNG0niQRHTv594hTUlj+JX9Mo2BE6shZYJNBEyJbhVqwV242foKHU9By Lx0xAPCoA2mpPOKHrtwiTdzrqPBkTIyHuBWKaZlqcgfOxIVELHG09bqHUDOg+CavzDI2V9tILJcE CZWq/uySAXrIyj8GsXL3UfWVsYAUOU1lWB9YKoZI2ZwJsUMenPTe3HE25Z8NQckS7pKCbAR8olZT 5wUTMCQnBj6vF4/gGq3PiHAz2M2L41HuknyaYFUi5qLtKXmP4qkFDULKHqBmXTlr0PDsOY48SIEA 4PgllKkU4T4EwjoGssTki0ByOVWMETYrlDnjbz1Lm0xqAQO4t+aoQ6Aw5Ejhx2fhH0+fiOTiCxAQ h0comgo7eZg4Y4EZWyet6Yv/NEz0hYp50RiVZ8gfSpxclDE2r1ag4ZnB33K6GqnGNJejbF4xUmlq 8UmzC5QbBWDo1DAFJX3uQWD/uYlCnJFoKqchfrGgTvDEA5WIQRtkiFH8V0xo4gBY/FnALwQ3qEwg BwxHelHyPhiC11dwgSoU8/ysTnysnISqGyzmqMHSdLMITPDSzSowIlJcKqVObBoiSkYfyhN3EgYQ jfIG69SUIgaxce+OxTzsy9UuaBOPUScCUA4rHCwaaQ+hyDYaAx0SvhlU++D+8ax0Exe/WPIrHCpe 7Uo6XAofWARslieBYROSMR4hupHczD7IGS53whq1c3du474dHYV9BmSUIQLaMIxeyBVomxykagWo FGSwQYIQEaymtdYAjIQUZbaYTIxKiOIwRsssdHSnZYSCXDxECH8wl9osii7pRS8Qn80dqBc9DBBL ZEAgKNErc1y2bATChV5UVfZh5nhZjIuAQvyVV0LN6dYGNmVB+NgHPqatq+Xa5h2vxvNoEtUQxwQh iovQ0sPg9j5ibpmaPxt2EiF6b89Lj0ikRatogSe1wHrEJ1qNOMlBv5TIT/F7spG4JZlLcFLFqlgJ D4Xo/Y/F9lICCc/SBJUKhCAkEkdGZpqJEtK4OEOlKDTR1Rxl2P9futaWwq5NHEqBuZDQ7wdC1lZM TuZh6pb5oxg+zmzqSEKWQAkuwwX8gciQWbpZ4q7/pCoJNAfJMBSayZ0FGLSYJurrio7mQhLGy/dk bIDM0hrzVXXCAFsITiNScEQwVyY0FTMOa3bRLDoaL+0ts5O+t5/KvpwYp74D6tlWQ2ypxV36G1sT VUyKzzCKbq6Ss+5AqlJpM0Yc4DLXKUcM8ycKTq/5Ev0KUABPcsCifVa63hGoXIxK6CSbiQBogtlN rkFCGJ2jANRYNlazjZo9g+C61DMFByWCHOayH4GjX4mG+XozmidEWqPkUxqp36k8eTQv2QZfPsBM fli0vHmgBxWBrDJfDRl+7rioO3841Dh39qJwgJCQ3sKJcjpRC/OorV5lbYU3VWhJaGsccNcrJc6x tNMBVaPEBs/tZOdN/vaCxhpOB/hIHVckM+XANXEcSEyy3RNyRkwkk6anCld0YNzc5FmhzAc3fvxx cYETdqF27gNbKFgbRRqVcPMRaUrsIFrYscRcVYY9j3SKEhEE33LuP/bflZSnwL8yQ7eMSR0zPkxo SuGSgfnkFA0JZkHdKeqYmariwZJjghRlpBIwY01qUjNEy5ajT+4F+7Jtoiy3UBLN68UzAa0n0kyN AeK4RKKRjQTZYa1J6MFAqgsFNEEKSBSuodfyUHyNtsFW3JKYZ9pN13kauoYU0e1gE9/JcUIYCZfl FVu3wwm8/Ca+DztEsO/IFQE2hTJwjiRJApDBwGeS4MSCop4o0bFRUA0wLgWvSKbNI+YzOgoLDsaX QRtkqYP/dWAEmWgioSjUnS5UVdm27a1OgvKbUY2Z7IW6PauWJzFjdoMwZWfSCyJtIhEFukiXuLxM SoJQXD1q4U4bKgwJr4QNDPgXYJlExNyqU2kVmqQd+WZ/GLHWpVAS8GEYgPqcUm1euEcjTaNXJG3S tjdEvDGNKgu6TZeGphGE5rTMg2NJAO6TTjSOlqFDRhZwFMec8PEt0SYPGX8C2VYBanYkpI3E7b6G UVX0VF1HemzlO+OXmBEH5AMDw6VSia9hnlriCIwZ/2yDHzhoafp5qIib8GUsUBoevmrf+lSr5h0V SseJX6tX27UYIkr69klsEI0SefLJ24+e+OcSVAO5ilpKqgip+ZQeZ5MnO07bs/1MCAKoJysUj8Fb vVgZCh4ZFpiSoTbTbmtBdeaquLlZeyKFLvoz1tU5X70RuBu+JXWZte/2Wncyc++AA7/OSWhKiFfo SYOyT5kjAhfAqJ2/Qv6EnqnIsRVZuUVUaV7gFgjhHgCmDaO24Ly2bXeKajEVppw44wYmF6pVRpf2 DJgZbNZwmrmxiMcODsEG/AKfCSO6kYzsqgZJCIHFAkDk6TK240hGIJHwvWCDtmQ6JoH+tI+lEHS5 dn4k7Shy1swN1ZqcEJH273rJ0vI6xiOUxK3nyuHbP+4mXYNX2ZaouF12KHq8eza/Oow83OyNqAt9 oxYZn6ahXIEiFdXXUJQy99X05dQ+V7kqhNbTcVIQkcXDbFuzysLJZyqWEQZSYNq3xvFnpHNqPsky /QVixki+CfIGZ0ayIlS/2TMp652sOodqfhsHtVy1qlldI778fiXxFKOEWlHO4CyGOkjjJ+zoAHBj N26Uw4+mDEeToMNO8DBGILkCeLc9FF/juMMaSNWpfHbLPduKk5iEChANxV65Z/yQJJONA6lkIK5/ i9YyKeSlfIGoeCOD/0g4eZBwAcM8CQ8KGDIZ856jVmpyyK6hDsX31YzBwKQUT6GBJ32iHcHRrd4K AuXLPspx7DkkjtE5ES3u0Wfi2hUWpyEA+cOVR1zvsJOtOzo7CzabSZ6z3rSazLeFr+zsKJeu5tsm 6whDW/LqsY5WZMDhq0UO1xUz2/6dyZnbKgxY0Fe03KouaWY08IDXMYqQGJPzaQU/uY4Cj4+b9RFu CAl4lZ6hzRVpH8OztOklWDoIYK0oVsJQGcN1Sd9hTIGV+pdET1GY5ESs1SRRNbTasWZvarJhYLpF fQoeqEM1qoRbLSV6Ey7+zmhRCSMkvpEAttiF8hP0AnWX0CPC8FnQTRIdiRlkKWMBclLqb8I2EeUb EqFZNbFzWosNYyJq8XhYXlBNVaEgOgWhD29eWWL+wnOKVH4dr2XEH1d9zbSCTGhlirQvVtQRFpD3 AqlhisYzDPotyJHE5Y6FZ5pVjAN3kWPVKy/FC+OyeWVKohzHjV1ZSbCpbc4+4aHpsSJiZMnUY+eA yk2OvLBgGYCFx4LQ17cLJhcXLXvOgVohDTD6mXrFZ+4A20nUBsEWIoGW5ArA4INvrDH7DeVpRQ4o hhB4TYsr0h2xK/YxdGNFwtt/7eEZbJELHsArgl1sMhPTMW5t4xlmxR8zLBiclJAFyz9HXFmw4TbA pGNMkN0ftDdbjpy1BpLBmyY7dqxltirRIWyqHEQla1NZOLPDupFk1WYV4s5yQXW1ECKxs5etprBy iQ4ypQiGYvexWFFUeOsY5HSTnJuQ0Jg/oJNqE6R9eZPJKhhRxsHImQHKHm3gCEu8pT6EOtnSLNsf /ZvJSIjkF7UBxWQsMzpDF76tqlgiJKXZ8JhC2bEqjmI65adJGaO4OqvrDPzICihSwaqBwR1fL7cK iLqCmFQPhNnfGg34IkKtSzEiE4MiEeNlCTZskytTZshxABWKt6vA+q2Bij3am3SiFb1Aq7IxZNEo AZDzzZIgHaFPUdrClPmMqJw1coKNXtA42q1ETHAnHqlgHDZe7FIBJiEuHWuOivbVUzsGXffj982S JGBBnA2yyl7FDzkANAK9EYKJeYN7hpFlM0s4hhSeLRolwIbxC9hJpDAgf1QEgl76M68KLwXP+9p7 MRgTUWrQG4db1J1aoe/EXl87r6iewlLK5wkvpRt6XfaR3faVRqB/yshNEPcKJSIo23W4SIQRc0Mp j8NuVN0jC42lbDatxqQMjvlQWH1JoJj7YDFAZwodqC4y5SspZig3uXYmKiYzC+5XxBTPmv3VDti4 r/D4ZZk56+t7HjPF1AvwUMS7THoBMywQLScLHe4Q+uCttT8xKLk1dcQ30dbW3ZmWCbWnPIaHb5KP qEglPY9QAOUCyC7HCgaxamMNIpP6BDmRuud/DecCgMgtEEldgqQXmiVmFZnSEbG6zREbDUaleFWS 6cTnd8/4w5QnBkEleiPW2S4Bnto5GLZmwJLrR4Y9JQZfZTdBcHtINIoNLsGBZ9O+QqQNKO6w46bO d6mmtvXFsD3NWBKqn3TDCQk9rlkkX8WKIsfA9idUPBUYsPQRX1Ml8GKNoLO9obMsCOrSWOm1M8ND lvyjpxuIR9bAa2TT+17IW2xPniuQajfKkAXJixiD6CMcNKu+FlpkhcupKXJDgg3ZjDx2Wd1AquG9 Yn6FeH0kZY2NsjIm8JQSFWIRTZMiUU+htish3kLOGIAXlPQKbVOP2+paJW7JwNSzcBFJirHIT/RJ 1nz28A4IsjIomPqUDSU8yarNMvBtQboLTWR8DSujmdHl8tNK0B4BbgjkwoWKp/gDcUmaFwN5FNTm FwN7ubkmnr8DeA2IMJEa12R8EihhIGThbAztZW/alxuigHZt5/GrfUsTvhq0N8lVMNi+YpsKMWvq NiRFFjVLfxKXmOVvRV8d2gtkeiAXIwJbrpr4dWByaSp4ECXQDNLu8Qljf4OxDklqu0mAm/ImYlVj mzxcygfJIIrLcY1D/MiIzT88EjBcN59vz83nweceIW1ox1wk3m/OqcAyNwdw7Kiq3xxYkCBBIkMa ni+eNXbwnU2TIqLS7CasZmAe9uI5cV3LfjezcQgb5N/+ITPMaceMEDc0iY0gbfJU0B4b5PLAaY+N O40kGImCrlAuh4chrOlyqp6G+mwgX33Xzk/PVdYgIunYk0GZMldSBCf+rbrgs6PxulXdYDCQN6Sl qgmM5779MSi7AE1Tk7MQbJtnfQ3ILMEJ6j1D3vYX40ArdLAL9sxvdlczht6w2eAE2m+3OXCMG0ob Ng6aE2QMVwabNj0bIbeGEKUVzEUzsgBACNsqnH5cgq5rkQuSZWOAb7RIGGcXJ0Rt33AAkSNXdixn 0W/u2jAn10l+DRocVJLTLIdprnREYza3rgODfW76hJSObddeIYQ5tGAW+thQRY+pNusku8YLHYv5 mxYxGcDEIZ9XqA5t3q0ZZ2A5dH0NJJJxH2DcXuWd+JJ0ZN1+Nx6LwgkAXlJnfVAfrf0yg5ZGSBKa p+mqJDC9bC9SpYAatM9c9lBoV9KX0DJ/xe4Za9AVa7iU/+47KuU82V2wcaRbaGSbdXNwh1kE3jTc eZXRKqR0Sdp4T+DBEdUA3L+JRhbZLmaIdLAQ0mTFjesyOtd986FXchblcWIxjyZlDfCokVaj6sK5 Ghe2wUJmhK6yQykRwSigWhTnUoE5gkBL9+UBck+mQMeW+l1PuKNXTKy8ia8JZmFDexiKre1ayXsZ ItkVtKBPKYVwrnDYV2KfN9M6rfBvulSUyE3E4QaXu6lWJdITA/EV5OIW8JI3jdqaXjjpO0oQYf+V oRZeuIz6TK7xCjETL2MdeTK10XA8a84JFlIyrjQtv6YD8Da1HubJ6NvVCMyM3lb8g1I+wj4aMlHJ HMUd/14JNqPBpOQ9o3B0z7lxmATTZTLUFIGE0tFKM42NR/a1IlyulYOnH4kqKkLI4cOTghEwsXfI FZ+orAm2FIzftANnnpnGtTMPs9szAdEoHHOL2SqxSybiCSXE0EqLkR0Gc9y+IklnHUt25tnrWz4Y Dkmj78VviFy4ICgDckFLGGWiQ99TGNsSa2R4fX05jyiOTnvat1DRN1Obo+kixPNK9KMAwB3SnBkv 5IjmGf8UpaCI2PNqUcjgDBSKJkjuMXhGjGEZlwx3hgJn4w6t2YZ5xXB+q4uZCwDnUfOjozkAoJto Jn/+pxwpPerrQuyyMNAVIqA4trHGfuesGjWnnLJkNwUjRD45cZ6VOIXSGgeOoMwCnGYZWMjSRvCI ciOCiTgV4CngG40xHT+7vZHRK6HjyKYpolmd8RZFms5XSneALyhAAhxJLbrpJ4U/oX8ezO20F92g xgzmRkM5XTBIw8baKks4FTGPqegWVc1PxUT0NBPZiOWRpq+t9FVAKzMtOSI5ytSNujDMPNSW3YrJ hNI8hFCzWk7WyDIFTyUypADw2ckDYIp+RUHHLGicY9U6acRTvQrFd0KFmxHIPCI1NAw7mStzfsqf EY44ln27MvwqDuiTOfJkNHAOfZ3biYhZO9UJuaoDpWXLKs+MuYIJw1hdQtk2q6txObIPbFrZfeXq eGCD6/Lxqn89E8TihWTnu4ZOeGK6wRnXKmAGzFNT1OdT/6GtsqgqbjnYHsGOkpWsaSYC5neIJi4A oMwgF1BhKo9TWm0OHK1MUlEbKRIHZmdvQ2AYtvFtIKConB/v8n5yt61r+oZ6SjLYbPgKHhgJ8p4u t1mO5QVYlFaz9aHpOGBkIwdta4RPQh5acRyCJel9iK9MLT6TMuUpFBntV0TQIaxa0jIoDcfVDgSA TFOAjdROBLTi4Uhyz/Jjd4sXGYSMYiQyzgSeFqVu7mQKUknHQ5uGTAs103SAT5thWC6QfqdT5N4g hpJ+2vaO3MceiI6RMeE3v4752TiXyGlcKSmRThe2f09hCSuRBosy2QDu2M0lcSjDEKjQBzGgplAp UjXzqRyKdjrHTAhgjKyN+bRNf1sBbBWP5wWPHrm5kHUpPe0im+UmxJEnjFLYxsCXiNiA2g9y9r4j EYiCPGurllXC0cgyB6lLQ0FKzZhJ1CBURgGqiVio4kPThURQKQsZ2Hcoksms6BSd5GcQcCpLhCmO 3yRgogsH/ku3GSVsPOpcWLZVh5TeUCWS+AuhJEsRSS2mnY2AhAwTQesTM0IiEuiHGKj9mgukiZxt w3QPAJqzpTSH+iofJvHKjilBnFIAgxkFpFCtSqQdleBIe8XGo/WUEQDt82wURTyqohNJ1PjnVnWu 52oVv3pE3RROUnVkrw72w5isCA4X/DE07e7M5Lvt3UEZBK2CtWcYMjaj+ogcbSG2WZnWm8i19jBr aE+1c5ULcDuCXijImlul1eReMc+2YmwNXvtgV66F88IntsIU7Rrt5YlargBoG+hAaKt51VhvAKxZ xV6QWn0zWi+SAxOITCxEhKHtx6HnDX3WLxrr++4tfJ2Hr9kM6VdnU/eeO2+E7y2E3kV41+rHO9k/ 7g9nKljdo+BXs3jz1a33Kt57aaEXHdpmjK+ZKPKIuYAgJSgyGcRgq1HZ7h4+RAHRRfVErXdsyXwT 0Vy0PJnHUmxvf1TBMOkiE5gPtZcuf394E0oSQ2wu2Rk2PIFtq9q7N1oJaNrgkQYDpuIesQJSdnZR qcFoq9sZdsqXBFFkJkDxlnHw0rRMnMhEu6qZCaAtjdk388JEN13omj7QpaP9bciCOoNTlVm9ssgQ 52lTcc6DFhTgpf092JL3ZPWoYRarMB6cL4QXAuyP+dzMUpgzIvdYWCGQ5s3ibumVOyfjNgUVHZj0 Km0WnLGPQcd2sQ9ihhzCntzJlGViCrIor0nDBHPy9ag7AwooV+AXxa0aRJHqlrgU1kR/Eu96O2Ss AeRAzdchijnBKlFIrVs2DXnNUtLHeeFykQ/DPI/C8sB/OeC03fAkHO3Jcrub2wqdlQAkdPRVSe7f bEkeB0zVQNonkCAt2hGBxVY96PxcAICTJj4eyuoe5i9GZbeI78IGVM+r8UViErQFFuBjI/hDNF7G dpKmS/7GPzgmSIlT1teyUfbL4G0GQUo/CWDTwMy8xBBWhRqJd1YEHUQ0YZlYZf2KEDx8iex5Cv3M TwYhWMRFsPlWF/PH1Y787SQubQkc+hdmB6Hai4uCbfLGwxvCr6x0l7WnQGRhGkNysYb05tEMhO0J PVly36DVjWFKlrPzTP9G9rk0oN8LMAstUMlb0U3XGxSSrTyI61iubNi7HF8UsyIeAFDHkJjoM//T ZElKAkFGh18hN+DIWZRMiog2OpZWBn+prP9cFGwilnO6XHNeawdvKC+7owhWpuMDYNWPCD9STGXy bG45BwPB3epV5rSHw1XxSlnlHZ6h68yxUixjHHya6UlHo6vvhVoVtU6f7XlEQqhc5XrEXF3IdlJC qu7ovesSSUXUTVfzNmEOsOW/Y03RDfGsMNghaYHaY3WKdYXxngKtglx0RKmrrXHRsM2aUfLcfXxW p43t5iqJUanEBvDWBUU7Ey/ZONVTMRhKtqUHPN3yD7gIHvcURRtzp47IkLqJy0YxJbkGZGLDzmec E7YZk0KUmiZmFCT7r4fGiK9/PM0aGCgrN5OJuNoIbLTBZ0LDvLNgGGEU2rSEiDbx5VNmjZhVRwvq 0eaD6ZfHoltvStqXbRE+AgIwd10VJrK4VHGpIjCAWw0q5QzIWREAmwL4W5EcSrqmdCGbBRBFTKPb 0Es2C7qCcI6+09FsmIEhoaXeLKe2TFqBgghFNGHIAgAsKxDxt6TBXUSTIjBwwoGtmF+x0QqM1cl8 a8EgvKgmSs3aRCpWDnCpRtbVwMiRA2x5L4B7yZqQrNAFqUyB6gPeJCfw4dn5OxgxfRA0FgKiAOqw bKAqLoFguUJJ65RuYSTZDBbWklmugsFYMV/tnKkO2VCumDSfIf/KO8ggWrONKQGCU1icScoICQn0 DxHg1KenOXbnmKgcDdCy6uaKoYsLpTl7WkEPtC2vFMmpB0FEQlwpzBSsubqK2zrtH+h82cRMXGvB Yc0oB44QIz8ez7NsiYr5enWpKf681NieareJDfx9kNAlT8fBVlVpn4ShPC94tEPIoW+evkAE9rnS TKuPWGsmgXfSTKOwEad4umxvn1FGJhtlIgcUE9fiF+PnEH2dylKTCI4pIy4yF/u4JQBdomPAYidS VTCQCcRKiI+eOrmtGEJ4jXDqJzRhFEHtqGf+xg+HrE7CBe0kk6KmeoFk1GinBUkg6n1vf5/WHZeT YxWcpDxFaBCKhJkC/75+XqIMixUuerJC2ZN+UBd7EM//ElBdmDWOsUGYg6AXx6C3+yzP8dVa55o1 Jn0Y3W47qKS4qNNuETRKEEZ4l0ko6UV/EhoL3KUDhX+kl/dKbLJBfhf52LKLfC4ASJcGYI5AVJ3E 70NA0gjeliowEM2NPYWpVhAo6QJKwnAgSufpEZek3kyUc+6JVrYsEYxmZ2xspKEwcSmTI9tiVIge Q2RMRO/MPVqR500zk9WqCIhBbcn7zw5YAA5yJ4mKlmEZU4InqVvU5U671HyzLS2iqIJGjKk/BlEB LjziuGqwXAP2Fz6mST3xmdmj4d9ixWaRIEDFtD4em5Y1AGH8NjtiljxiGe40MmhlxGaeUEcTO/Qw jkjP7E8la1dsk2ltYKKIU/GwbXLIYvN3dCi8rKEWcbr2xjc2RqyT8UE2P1a4k5bFlGgXXceHUQo7 xnF7hAAflTVRocLrSE/dqjzAEyEMX2Cpi9KSZuRQ+wx+wJrET53YOlvBoyaTAXaOw5X4c+jQmoLM 0Xl1OjL2cMT2HjfgARnhpLwk2caV9hdJCtk2D6Jm0NosmsE3IlNbpok1YtBljHJP/QzYU5mu+Osp VG0LyfUs9ZQjj//oYK4S4EJf2BXZVq1jDNuowozWhzaVrfYQInCybvKiOcwORAJ3UXcOLtobgvwk nBs7YqBQhUFBKeNLgLizAm8xakY1GULTim+uRC38G9dYrkmWTsxI+lXeh2X7lsec3mg8McOOxLWJ Dis8n5EQdgSIqohH87CsA4BEKQkg+QBidiOWnYOqxPKkY6gAaePHXQqKgKYW4x6ZHNQmTLj1peJE qk1y7MBkLErkr/EqOwoqMooAJM04DmRDq5XM0IpMgZxykZNoyHLSWUbAbkBfaWWzhGyz+G/SkihC VQNyMKOUc4hWrrQazvmKj7M0fsupC37mWaY0mXbIkkcCvqAuVRrTly3ODhmAWQ498AJgsaqIsrUj 4aj4WWV5T/swBHS94+lUksXJTZ1TKZ2dM6pqKCaneL3GkcF4sZafKcwZMQugxq+8gh9jtciLO9iR MyQ84VU2nt+DZWWveOE3zouG9bQocEhkmFRTu3apsL0tZQh13oWaFfrqzqLWt0pBHKrClFehjwiR v46WBIasRKUseyFWmqM/lammp3GylfKKXuMxW0AHmKlOWUy6cKueZaUxcXwUTSmYoJmxRpPsLexi brOjCYlSjiAKOR0gQHCx2cyIyIpxy8LXvF/MVSEhWIAGcbiMrUEYTYGaTaCNILYnlnlXi8xKnwgk joRayg8Akqg/VKq4J34okfjFryxeikb2mplKJbNrkS1vQN8SJQ3S/sIVfifloo3V/HM0sdZ/CS2L XtYNgjYJ5guY2FSMbiZEBhMo+Co15hCTJIMm6aZuxiwG5bJlo9imjM/rC4VxlL1l+Gq2EqKyKUKy 1KjIMrPVSXJwJgxspJGzuMXnxCwLbwcXOI2kTJF9A/EANikUyVK5DlE0flZHW7TIPjM9BTomUcqW r8Vnz7uhMjA2pe0Zpd+2UJRnt5EA86sDxGozGqu9TLQPOnUiygVzZYTSq5Ja19cxlHheeoGmjUm0 XYM4ZpgTaCAsVhFkoKlvRqtwZAT0FEUhsDE0IPPpEoRA0BXtG0oXh+i7AhlAWFfVQ3qJLMoxWvF3 OheXYjz6HNY4ERFns4IIvadrDb/6s4baYEcH5hhwSXerpGBDhMJXIUi+1uZhiQycTDBzHZZ5Zz+Z N2KWz9Wigi2NFuH8l+XhhhKqhr2SujoOxcxzppa73LMSqVLKlXyGBTnfyxlNDvKMI69aPKClZsxV C+vtxa4cpO+puDlBglLxvnOy/LJvt53h4EWBl9tF0fd6U8jNQfPYSrceD3C4xN+qvxbFlG17hd5V JZhbd8Sswx+EOzra5tsbt21uV5v+/v77de+gEsMpaH9dnGWhqe2kqrtqzPevu3M3bg7YVW/WUsHZ NBpcb4/Pm0oyerhxEwd4MR+Q3LhdHt7x9/1QBPcCRKdN/P1RTL7frsADuV5e93d9gNIEVzVnO5PV nL0KsMbtQr48Hn8vOtxu/96u9/vt8ff75sJdYRpY14e/P9f74/vyb4/a4QNxNPuO84gltrh/KG0X rhR/CKgwEZkKI9DZqQ7slhIbbl0LbWxxJwyFu/qMOSwWNjFpjiWplSEN0gIBIDGvkMVygngGuZvQ +Q83pBbeVClffT9Ocosa6uiQGLe0FEdFdmY+drNXVfy6JlZqFUPLONWjK30Fld57zgKEhWGMWbkp liQbxrH0QJCYWDIo4HAYBRx87jbxItTFbL0zrjYkycqCsCoxKegTLTVfQpMP8ok8OC9FzBItk1IH BXfML2XqSotKSEf2TMfEJc8pK81BrwojYZpb2Ub/4lSynnireIBTEBJMDIkw0YiEMyMWvtpQpgz7 VLLDXhy7ET3MS8zfW+1FakoTg6yhwHfgJ3+NBR92ySxE2qxtiTcv1qOncTBIkJsY537yTUjl6JMF uleiiL919uP0ZWeYYAqWdVJKyy09+pBcYZd3dRZ1sxhtszf1WdXdEdQ9SWSizq0hchZ6vqgVjMzi v+M5YR5GcQrFYpNpEaG6ih+sBy/6znniTEAd09GqTrG9MKHAUkxPijDKwIiMrsZEA5gYLfEjzJkn g5cqFITJkjVq7WxgwDEJgkM70rM62TeXFL6un9e73+bkoBeqCIEmmTOAOXqjFw+aDrzJQq4ph8HY myi5SQSIA7vLdQtpFBa04z8KivgG7M+PC0clbmAiBQIusYIr+VT+ML9bAyFjRVpx4wJYBUnTqc/W kcNp42juuZSt7nlOq8OVPPgbO0b4gWJkDgOhNFAnN4/9/13JQneUdEDatFNYwiGVF8ej+SORXiEF J1/EBbxcfz6Sa+Z4LXi5cLy7ICE3ytHl/rjVSirFgfnXXLOJxL5KuAaC0dtEdtFWgMUpw0UGvVAm hgu3OhuXaxs1XMnLthk26LCjB9tB5LJKblFrkxYLgYnn8+gZAvrYQ2fhWRhjSmzoYmIcwSWckMx+ pL+8ZxFm7isTw2wVYXZD0NKskAQhLvPLRm55N3ebWBQt+HO8HxJBFnDFqB6iTOL9a3+CJd3S44Lc YC4YU0I1h38t8fQUNUqsPc3NjKe/boVXCkJmQQf4sEgBkMo5V++9kZbZx23qkIcVWyHUJvK5d+sy F1lHyJZq6ZtRDlsxvPY+SqHqy+xQPTQIqrCYEWAP0itmBAaeJ+oc915F66ylLH12gGK0hM0y8LLl 0Z1HlaXWkmIaNgdqGM56TsJ4nZbU42g+WoX1XwEhZc5NGCTLtGpANWEayvGIydP6Uu3u9qSkIevp 193fogfjA7+ZenNurk2YwJvx8VL2XGNAZNVEC0ICb+kVKtQwU88S8u9GEmHwzpzF/ethtfnmdQ9W inOoiGhpuRPKms+swodCgu97Y+v6w88708tCMrB9qCqxEbTRwkX3WCcQMDwmK7iJegtcUI+7zwoq qLKugDTvDmGqo+Dn+rgAwEo3ImNeCGXQvPz3U1wAjJ/WtbEiR3XPtpuf46vUUEnj4W8XodTxZfma HHJL5NqQlfw1InrCVF6NJcUVBKqz6vJVhKqDwnC2WbQ2Y8lUSdDMvuv1KorruUJYeKwMvgsFK+O0 5QCTkiicKJgsvME1ZO0j+aYM8SOHPQ8ZWcw16Z2v6WAvxM6x5M/yBRAi3r2YIG/S06D8S0Gvkeji 1Ede2YYTOZpnu7pf9GkWEOFoCmZMBjP9yvpTeftBCmm2U4tq+SmUKoEpBa5WyHXQg1x0KoyhaBqV XJBWMHTZB5PmRHaxIc4bClCM7jE4LYZSeiDI6wxLH1kaSRB1zmTLSoT60qVi/jSc9c/YbJlv7+Bg c1guDfw3oyQfYtey/MbNPVWuZGiy6EvMTVbVaXmHvxm1cmipDBvKi7UKH04KAiWZemqcpxr24FJG MNIKJrmiKgn8VnQsyOGYjFE5yC3w444bIdsWWYU7cLmRvzaVPXg5xSxPBSX2ZdBVdimwqXLIdLKN aWAUMkWKjtYxykhGrxZUtVW7WtKy+G9wnF7MWV5PnslriBpD0OVj1pGdyQ+6HBZjX0ZZPu/ap31K sNaSqKBDDt3dhnU9V3uONZNOYVv6rhuAc1GUpR5RvjKBm6FQQMg1kAooZ72LvQpHgc7CGRtIelDd LDaNAmEkschFpxCzQzYIpsQQ5QImAdRQo1bWCSJhq9iC1HoZBuhkGbjLbu3v1X65KH1IrGhx5XNY olN4htuhN7dQ6CoGnuPkJ3GWthzmJrQtVaA8ac9HVamOLNhPVCNXiT8ZxDjk5T0DZFFHMZUZy7nF 2CCOe7kgFE4O3fSF2EEh7+kqaUyMMzc+woGiGRSp1R45D7T1TYe5/UpNoVKXojsUb4CUEbYZEtof o4LZcny2CXpNHkXpf4xkAGE0P1n4G+nx0lCZ8NF7hJM+FJSLwxreA4+CXo4fQnF5PEUHoo6nkSWb SZbcFTL6qLoOWaIor/GntRhci50gh0WhqFhlS6cAyDbZ8mS0kgVIs5OJWLTxH5Jk34xNrdhduKcp IBbjrc6WlZ38eHaxZDm80Bl12C4d40Jn1MSM+BZb2ZHFdbECUSvH2PjNiOlUUEd8jD/DEKtgR2z8 Y8LQK1ESvGmw3chwIcOBmWAQhqISpK5k9CJKFy2Zg0JENNtQpYi6IDA23jIpPd8bfXirgqVyO6Ol rFFSdOQrK1hWRIn8D3/g1TKybMUBVAkcFAI3SZmEs2BJTvtb4jBCk8bSTJSNp5bAzEDCCYD5qQ+j FxYb7KpYh+noGcw+mhPQ2RlTA4WuXhzeKNDaKjz+JqJEcoLHjSbpLIYuLUkYCQPSdQvBmAw2B1GG akYwApH9qS8bO+1Kd41X6gHrqEHI9Uf/7HBr1iHG+LAneJ8fbMBoC76sioqyi9CTAyAEs5O5ZLTh by4uozfsLMklxsiaHZjWWvpUuc9Kj2VmoecthuaJMJ1+aF/KUuydfpPPyvsLul0EMGsDEECUXIck e4LISdSGZUL5XcLPcqJV0Qz4gyf0EnsBv4EzaQBIAdK7CmXQSf0SU83QxRTuUfmobxgUdgNZGNjy 8vhOo2NhpYD2zs16ID8AC4AKe1DPqhRpDGuUwutkEbRtu02qE1jgJxjEppAlFkRqUhL6+a9klDAQ gPKifC5mvHoY3EUFVxo2GRs11AJRUCdWV1Zgb8/JH1N0BheNJUs6QuG1E/WzN/YcmkEQQj9FE8aL a1EVj0QRaYD1hzhFWkbydiJlNwFISyu7m7FtO6qvHQIkkLCLpnrotNvyRvVniVrwMwx74XtZW/mX 97PveTsRiuKzknRJrY04+SHzwN8rWVs3sVbx+f5P2VaWwBq04W0qyjxvpQw1X9MOk4Drx8OVSQIo iTSU0aPkscdSLBlTPnT2udtIGvdVd0lvMpBYl+lG/AQT2oisDYrrA6jB4Aa9Jpr2KaUTDKnPiGaM jNWXA+p7oKDUdFJGa4hDhOoufjaVHvriTmkjum7LT8ZtMJs38xUKcUt9yoTVD7hzUHRKA24mqIMX zoe/QDAAgpBAABGMlCEHllRxr8f8ZaFRILNA7JuR8LL2GY3Cn3RPlbjBpEqspZR38Rs85thyhKK4 bAVy86Fl0AlY17JvNJVKNm+2JFPhUzZL+A8ZCsBLHlPKGaUPUhLGko1NL9IX6aeTcnNkRTqcegQx uNvs3Bs323Tdm9uaQ9UK7kw6HSQUZXw0K4M5IpS2MBFhAQCpRQebcKhMQhudXS+LqGCUAmcziFbL zdkH+YR8yF2fVI3y8+4ywopn+fyV0YpHy7YkavBqKOodVKXJzXVnoyRxThK61LEBqifnxXW4/GXK 5HdV1eQm0bDI8Pr4W3Iqn1pKpUjuKJdKsWW8GT3Z29e9AriTdGS1alxA8Bla6tYSbZPoG/1vjyKD uxv3r5uqoOz48e1aJWm5Z6mlsXxCMZKRaxVscMQIQo7BUxyANHJJ2EG4+NzvzLX/K0C3P9atn/ed R51r5MvQIYRLRbPCSGayhwB4dffL7Y/MVH4s2bVnO6te+gxyKLpeyoz3P0rlfx4l2fVazTMqaQIR B1P7e7vZ9O6rWLIGxBfL9LjcMY1E/cKghnE6lm+rRMjfVUQD7BIh7qrAYES+29dDF0y5fQahSz4H jwGiAK4B8a7475YuBF7u78V3el0VEODxqLIPEmS/Xf/WXgpvnD9916Viw+Nf2bqp3eqgbYseFd3x CGI3Da6WFfD3ft/dhytI4fPFZI+Hoe7Xf++XvyiAs1rq7t/57CscEfPSkgSUWoJo0eH2FwtQ26Ha daFXwfL4rnahjFFj8LvosueSdCWsKKOuHWGl7WodiED5tiZjkCiMpWomoPAAQvDERxd7agC5HCde 1Fp/s0JfF0M1RWeLJzPVzVG3ZwSaJZ1QLZ+imS6+VL5o0sCgX/pUIkJZdR7j0nS9o2HCOaarRwCP RTNg0kVnYEkxfNWVEZpZIt66Gmr8FWDE0LTADBOP9IIeaEUzrR2weDQ9J15oQWWoQBeLBgCl125R CqFExqZAy+ARLRuRQagNS8KcFomxyrvuQQmxGL3TsFpTj3hElty0RGS92pcl6upiHTObM/U8gwdf mD7mkf1nvfM7CXh+DHjF/zl0YPhQyLqAqBCar9NYIMc55ZXrqIumrX7OvUIvHa966Zp9gtyb2+Uj fvP8/LUuvyMbsE8scifQFrSIfzmSgks3BPN5VkWQHjzMg3NP5qqlAzYBfQzRQcfgzd6DbA0SOvMv zWAQVMYF1erymCu3JOIK+Bo146ryqF0zgrF1zblFhFrtQANM0hyJTBRJi+HKu2CBkkYzqaGM68MK vPEoUvuNdqeXNkbJCUYHFwl0XEZMlAty8McOnj2CE6iSiTwTFiTbBtTMMMgLEMKIqToBgBkmlgFI GxwHvUwNyBVYBBmlRGQ4ipmOUHGfoCJ4piHnRiafk9sjhM2YWEKBKt7NRYxTz2ZNDZP5BE/Um6uM g0YoIWod6ejjiCzTDMKmo9kfOwkfEWiDOApCgEmsokmQlDol+ZgV4OZR+WKzj1JM1BG3NgaJJL++ pohA5/ntYKhBo6NbIYr4RwzEKMEXzNR5n4v/sL5EIwIiUnDSTXUeyIIiB99bfWMHWZ6CsA8+G4Qa Zm3kQADkzvkIUoStfAGA/Y5oiZb+cDJR0Z6WDOkm9TkCk8zMQ9Jl2GxvpM8Vzh4WwGjjcyiyVKaq bp3PYp3gnuh62QFbyGBWXV/YQKKvPSXK5LFsQWLIogWQZ+uMn89llFC++CDuJG8ass7cpUmKxHRf L7OwkEUOLDipyCb3jKoqufwHzIVF8GXxdLVwmN3OzFaDxQOIECximrBCuSl8Z+ZbhW1SI0eKYq84 6DO+OLHLV6qBhuwbmfdpmpJ61fgwbgJB4FPDsj/JvvJt+4KaegqrI2tQBlTRAPuDKhjwC0kmdUZL nvGQyk9OcA38yQAFxMMKXPlE1Ir1rC8RmIgmD8lsGmrYBFuysDY9PuiabJEtOlzDlNHE76J+o3T2 1ODnpERMFc0oCpMKwyLwLop8Q2a6BnBZrfv0z8gtlwW5NivxJrT+4W8Srq1Wi+Ki2gTSoRCQPbFZ TMmKzzJUi6aVfuJFxBfRoViFnU1nb3nFDZakhMiHDBdIzEBT2iTT4xiH7IaCSL6BOfz4fvYMioOs IWcK15fq+dg/48nrpUKSCPfdPRWAWVcPaJoGDyILx6H3f93QFt2NppepXZcsggeX5ZF+G9Ar49Uc GnzgIjkySMw06NFPJrqiVUZ7oJZhNk4JLpTBOUs1Y4UInF2WF9pEgLDNrxkyHKl+WWrtoUOwESRz rS9yYnq3k8nNFk2MoGc8igcQ1CHix/QMdd4a0VxJ2klvjgiXpXFpiiu+16t6RJtyIyPgsUiPcdAY ujemm0e55iULUrKWJS+mC4wy/fmIBQbBYMnGxFS7gksiF52FDFMHByN1kaWnKfgD8UoNm3pXKscZ mSNGn/JeXyfYBvMPkYIqIxxWzjkceY0TeXn4puEMhjMaYSJeOKm2ohCZSAxwcCQTCeAkH+GUCZFH ckLAyALx8C39UnZCKaflnHClmgSg5oUNd+IQ9KFCBj462KsKMhskqSar51R8aOY4Bn3IJ2Q8skuI QAb5kxEQ8PlIpuDDWUn6xcEkqo21JikyM3AqQzwxNwoueHB+ew9eLaxyDcRYDA1mzAfirKkCrG/i N+KKqjaZCVFeFz4NiyBuq5il++QD3Yyou7/uAHhPS41Q7nfGSC0pqekUc4zmnwd/YhCRB4Wnv97f njyMBTDHW729PbvkaTKgOsQJgrbtdbCJaktiYCTT7dGxGGFw+AQ4GDISIeE6pJ8cZNV82Tdf00oA by2qGlFHLjsdSlurUW8vTz3n1QgKRkYDsyfZ2hnYyV3wVW6CL3kI/s5hCmz4NixcEv6h3xbGuIsa bs9YkN0KkibaY6S6hSkK76G3RtG38Y/W99Ccx9TC10R4ChhzBVczJDaQIvENORuoozbR36QUjoBU YGIZmtr45NBtfIwCAo8ErOgQSzKAMyHZGYJErGYGyXwwr1JEkGCk12Gx69kf8kkWVMeYkXMrPR3m OejftD1dywjkLxrPHerZmuCgyiEEZ8quJXtWVaDGjFiBDRPUS504zxtkefm0ILe+EIs7ssas1wne iqtnwVgp+XKIZmfOsG6xluczOkTD84+ARLp+Z5RQYPEb/QCXJvkgEC32dvegAJLsIduAUC6KIiJE wUnaangEHqPcyqHP2NaAHvlWEFtQl1a3kDfDdeJMbYrhB9IZYZRplpEaLViJhMpvBg1Sa5Alq2Ib JTnFkMqYFCD5XAakfSjF/STBpJ25yFiXzGqDKS4GG7N6UOg3Yo13WDMq/bbEAWvYzCZCQgAH5WHk DjBR7ddrgNDnhJnWtzklVa0B4Cimbh4V1Favqq2TWApIRnLBSS96Em/j+Pzk+Uu605OVU8AErtmN sOvHqgwRVzCiCrBJEKQd8WdeMJja14gcQzO7/vmaPUPF0QGfGgGwTGsgjKfoBZdppQ8pQduPu+1z pM5KpC+HLIZ76k28xjfT792BK1oKTpO6Toz0pfWgioYZ5V9lTLYFq66XXeGoE68mAOg/9+0iuxcu qOf+cqIIPOrNVXVLaN1EKxdoUwPqcvRu3DcOxwJ4QwGA7dOGMAASTboocDCCRC0BKqA1gviTRz1S 129CsuBQxA6FKAmdhY7Bv7KeJIKiUYriXnH+KiGVK9gCeQrDVSD8W2ebnpQZxeVqdeULDcVCyY8o kTLLoPJBM56d7pe8LEmpe/tdG1FoKjcBWBCWdpU6lXRO/l1U2AJDFgNQUrMV+qr9tLezLgYLx3Km ykHGbHZ/oOPDaLu0ZRUARSyVIrlVJbISK11AVS9jKia2a7j3HrruEuwVwVTMagbM5QuqZQE5iwQ+ vTp0eJmULqVUoPUSs8mGXmHNIgGtDKtaqMwNzU7i093yvP2TZyH+Uj8XQRUictXNiybuYoffwaMX CWqDQ5YKleSFUalc7TeXDNOeUSLsmfVyMWiNZ65rp70ioPGN0G8HMatLq/+VV+ocd4B63ZYnJcHK mGV8EsW7+W5//oYvvJTRJJ5V+kO2AqbrH27oMhYv9VOHjIwMDFpyE/Rc1+hD1xhG/zE4MCLzmRFC 7LHlZD8Jz5Tl6BbmDGefsxRMK4PYADTdhS1nZIaNv3FbHTGg1xEaPzvvMgXgt84wcxjmSHnBZqe0 XFX/vrDR9LxlPv+TN66NigCj6L69T6UsHcVAM1F/45d45hThwtDmtJi3PkOWN5ILuFUCKHuQhM+4 aNgTSRpUPAtETESNqq92VGLI3GYngazygZWEwasTWrnGLbudeWYCVuUeo7NfpHQqHEmBnCmAYzus JB1ZmyZyugt/A+AkIpVRuYKvzyXmqRY+tHGaJOOzgnAa/hnT+w4RhQeyRHK9Z9AXGwItkQyUVLKK SG9YqJ8qSlPoKHho6eThI8BEDZ9EC32yXUMg2TGDeoTRqEdy1SqPQkJWZfu2ocLLW6rZLK01ZWkZ EAZTRaU4xOPK70GK4YSTHsQFtClbMs4seYv6sczOHyrvemHNygekhq8FUkUAbl3yjS1WyBAgkxtR 0UgCDv5qWdUJ9EEQ9ofIxFzko/ikPjboSpoQQztsRb0NwrGKFbbgToRsogUwmZk4NQnB/hZjL9yt htAQSdQ2rRUk5kdY2h7bTCUKdeyn6gNHI/Y0m8d/ciKUpvjEdG1I0yAqtWsM4GSQ0pBYoaxPgVDy 4SPsPGPTqVBcqwGV7wLPZ6AJi1s1LQ4WFefUhfEeeZvbFaBrz3dtT7SQpi+FPnP9He/Bi/TQzXRK 2uZJQECYTa4TIj1Xs0lLlAT3Qn/uL5j6YAX87fMfLrI2YeiIjM5klQWJ0UUmUiKsK/WR9YjbkcdJ sUzCYoXySamN0F+zVqh7cXnL6xKKTpYwI6tiARQxn3tFt6Eou8khlWqjm6iD/XF9dBeIuF7osjCn cEQTnC7aUcPvcV9okEOjCDBa8o0eDSosbH19TKn1y7ZpGdBd5Q3k8JMFa9MRunp+yrp8ZgiXIeLH CjtJaNuMgIU9Ewu1q6fQoVgUuGQrbSeZCXfBZDEKgUtc/OjvYogT4KQDQQBG5CZjJG2GU7ghutke qly8hsYDxOsfeQHcaAQUEj/dfM4aGxFldASMu26Q0sTXRGmlX1kqAApgslI+gR86HTnFNGlA+DcV E0WkDIKek9HSQaU2iq1pMQtsbP9INfbgTGUYWNJ58S3Vm0XPQAGPcTMOrUS6UhL0AG9GMLD52lxw aYtNX1uJpsXc5a6kwQya8ZgGJgLdXBckeL4ji28EmLbtNjPCLmC9cUzaO1fdMGkICz1YIca5YwN3 ekPLB4YxLiDpKiplcLA7aKHlbi0IHtcTmyousU0xiwNFWPEBdKKm6GUeiu9VO/12ardZIxYKs2vV unyBbWEAx+HcD6TwjjZmM+ZqYx8ywuJ1kUkkBnCyhzdsqfGjtriQObWo6iqUuAa0tVGcsWhc634G YTRJhN+esjE48qhJtxMjYSOkECc7E5yJRwqXNDbvJJPCJGWkqPBHY8NdHIlRltVel9MMHYTQ3dOX fBuWCeXfzMKCsc89uQ3pBKmMINVtT0UKBUi3VKXsG/FwClXAi1Ni7CV9tNKGlQL8tCtbyR70yxyk 2pDu8g4GwiwdNSGhoaCdK0YHBiJXnoY1qvLzeYrCXAWu+Ji1znwQGPMwFyFjf0ssMJjRzI+O5jYk YpLGzZvhOytBK1RhvX0a+jUA+QQAQQUWkTNhAQnoMgINZKpEI8HeG6Nc7PkXqJAx+/GYPgT0KDRW s3KuR8OkDu4R2ezGS0alq2bJHhbWcMzgh7vGMAMAsWbLdaz7Sccyzi0PMUssOJMbVL56KBMRS4pD ETdMAkvl3ZkZnsUsUj+iEd0cO8WTZl7c7mJ+JXtb9Smb7fmd2O0gxDhXzIn9Pu5R2Y5wnLMsl54X WANj7KTWGD22mMXYg8DJhD2azIFo2mvCOEoIGrEkekcImtl/SI+CEwmeKFLxXcE1L6YtZMk1vwkE 5dfoAwokRsIlhJ4HSQJdR5wEKdmOnaQoeiYlGhc7JzZjjaaZaDJH6cgZEYrkeE7g9QFphUdE4OB6 MVxQp4mNkJqBKzmPgjk70hHQ9YoWQBw7fKqR7nAyOwBdWCvFCT4LtLCPZABjprqbYCQWQd/maMrI CmkxiWr09oGx+IFK3rzqmtgGPQFmOhIk0tMmSSQm4bCAVwdCkhcSkC8OTMJEvPXdFAERF10AUUvK GgHYVnGDJ4EI5gMDqzMT5m6qR19Eb23PNlPEZnwMCTVLchpBEEjZUlY9MzcFN9Gci1l0zAThm1c1 MRLCfVinF0bO7KOTNuxr1pJxPzacWmauUMbISGFYNKAepp6bNkV2MkaxYAbhLka0vBXjgp0uHGOC c4HOHvFcZjFst0iQcBvw4WOtIeGZpwDYrEX+BUUz4D3+gxviWqwKO5BEIrIa+yNmLUGcTzGehQ0y kQMSOeigdTJgsgSChlOfFHDhGp6QtGKwcXMH+CCscM4gDlTodkcvpBupu+PalGRZ/urPvX3DQ+QV advASEnZ4yZnDpmUNiIa2+p2+qiIHVnjsiirP3xQBhw70v2Q7eEz9G/kFN6XRKa4KNCrusOVGyl8 TebJHv0EQrFvpXRC3t5HD/WphLsRANMbjgT4/usiC9KhECOf59lJrqcCqzSrsEl01bn8qwLt2myJ U850UFMDO8JUbK9kVmC1FzcQhoZTngNnVWyMgFerdI2E8qr38Am2aUFBfwRkJoLLzIymgecZoBqB wJnziwX7sytdrxFD64ZBKpqn6mL2FEIIXcnRJKO5DeS+RAKoVBNEeziEZv0/vp7SShBWl2t+bQ2V YCvUN3k72yMoUS3we2lHujGTQ8KmaNjKVISY/BAbVCWu1Qp/2qObRbQEs0cgKXL386qosawkR4YW 5BOn+uktjYjGN6V0k+/8L7B5XngSgYxPBC5MYuBjHw0TZrS3pfomAAoj0DvkgSrsqRpC+QCUayha O0aldRDyk0BRwaBCAr0VAWpiqgKYVjIxyaVBgj6uEoXjddBTTEt6NSQIKCOu4QFVUMHta0pJv302 QoJuZC7AiHUAWxbC8FEf7CJc9kJoK7gr4g3SHhTkRzJznrRlTQXVO1S1B67ZlC877szRRgdAnvJ4 ifBqg8wP6mUjBZ1sQ9bOQOwb08tYCXtd1rGILRJBIlxxp9i+vb5+rMFyBBonO3BhdTNMiOO6FuU9 zQEjixd5DcM2l8X6QvDmEB7NSp02vEAIzSy3iJCfqAaLVMxXgWMHgOTWZ9lYSxMGoVbA1KopGXAm Ikc9m+putA5iPyw+0BImyGZ/EzgBu8KLiiJLZV5UmEfIA1eQ9Cx/hTs3fBaamoH3oESIp66pFTAF 4ElMW+9yALn75RbtfszVNKqQXbE3SiB2X40whrqPEuLIoiOShzJkWFkySVAMAQ8iF+kbFtQVP5e1 keTGsek9RlQA4joxXfpZ7RR1IYr+oG1SxMfI5BkGkAqlvJOKzyhidAhV+AEvhOCLGZwvgalO4yai GN8TH75/29dJFHXvfHVFp0uywWHKzWR2+ieZidFCiyTb4VG+G5ZcRhYGRZqWCidvi9oByn3FszRE PjkXjyJ5bn1gmP5CTEE3FUEq+pvXNvSw87WWxiMMp0galfaVnH6820tDbyjU+CK24dmxhFYhVGmi sdChndnJfSpH4UsZkuESGLSjYC4X1Y37EQlSC7umF+iMoe5LLWG0Ansit+Ai6SR9/sn7TgE8+fHE yv8HP9Ggp1cWPdJCks54FWMBIdtRyajafQQpxMpYFL/4AFUPsk1iV7JH6VwqdoOWnJuL0qBdyNE5 MjY5oTKjWoChqPSkGmKkg12qPDHaSJQ6TdFB3Q+m6YHheymi2f1rt1JxxxRjKSjhT88ULWdXcKjq onR3RpJ5b8B+AyOnFcPPI4fhFf0Rp6mS7awi7wPwVBpIypmBl5gQbX4J2TWhYXcjkpDWPSjXUdCs UDKAPMDS+2CTYRT9XBwI2oPMqMz80K9WB0A/wqrEVkVXjM/RQ4HBTNeEVyb8+LJQIgfOsiRNkqaI j75BE6Bk+aVH4YhKznxljjJBePCw2tQabDSzykDGoIaJB0Ei84TElJGOj/dBY+TpUClaq24jyU+F Jg05OkqaHFoggACZr+5a4LfKcMSzAX6FkbL0yVJWpepMe30Nj4aHi8gSVcl/AhxPJq60HgHMyHRl hCAtQ0i4Qdpz9LAEZzo5G8uflsm6nAYxYu+JkECmTFPqEym0BgLcERjObB85jDhNkUeDe2bLHJgd 05BCexq6Z/1czlYCEazokgHhTP0N0n7qtW45CyRnPtIs9bQoCQYcKhJeELAZGCrhUQ6P2PF63D5w fQk/tqzYqUhI+AsZM3H0/jIb1Gq2WhTQ8zhfr5c++VyI/N3OB/ADVeSj5WgiiJUXo5FYWkBl2AGr mWihqmOrJNHGlYxtRIJU7rpcUrMcd09Zo09WGPSw64scg4wkSIU4K1sgUETOwzImubCxLJWBJ5zL JB1rDwtGvkvFiqAtWdGFNMaXGEQBXaGhyf/+Le4xcYGi3UYrNzW8CwRbs8LMuOH7qqYsvLPyyhf0 +g2+FYjRvjBLiAwi9TRhso86WmsOV4NVGRY0Sle8aU1N21q58LLEp7i1PS+4rWTtF4K5PL7rWqkn Ewc1+AesUYxqBrIaMVtpoCpJQHTc9gJVYt0QXSwNJN1xMO4U/6kVCxQ1eDKdjUBe6lXKEMtLlEJP NL0YNakwWzmDNyR6ygnadCF5C2NZ1UkCqoAlC8mn4B7uSEQC43KyJ3jemV1lGpwXMcSFBD66Fxxj p9+msxXKVf0nMYVUIAlj1MMNqGoDfokOoAxVbUhiIusDgywfIKUaThTvvT8xBl5OnE6okkWF98oO kaI7JSbpaARU/8ni4jYadG6eHMqwtjQZQRvzIJ8Vhfj69uTFc1Y5LC9465xdhxrbpOSKI7N96m19 tknJZ2jMTts2nQRHepKswqdkTsUJtSZgLiX86O1Q8VLGQn7ZQapbyum9IuPwcokSzkru+bZOKcFf RGLG4xDyplbYFjWYGtRLrEJoChez3EpmaZXx4+KWQXIK5YviW20o1IL/7L+vTaOIgv4ZGT95hkIh X8ENYJfRqo2iPW5pWvUX85aPrEcpW5YJmRuQfqb8cRsM/hPXAT5JYhcDaTV/93o0IP7X1HKVGdex yhwNqq8OLKS8KWtcIMJDaCgCZOj4pWSjegsSnVhCk4ZJQawiaRr46IdhTKlkSv8E3YOzMtkUdIQC 37JseqR9msKY/fcBPHpXmmjuLFLvGQzFrDCb2ZtPLTPp1yoMGSa5lqcS765UwnwnP1a0XAAb8SEn bfPIJldASMgcI9kOus4w91uNMXnt0KAWt3q3DBjTpk4XKu2NN/L0ZtwmZJJjtJjfsJEStuMjykf1 mm+ZzAdcCYCR4MinZbJXx8qDBECqLC2aMRDPFvvaOdeeOCk/pYA30gCJpFEUGb3jPRNdtKBIQ0Xr SqReTCtzJzI9SWkweslG+tdp9DYxQsuCXjSnIKbtTKRAt7pogtS/CsOLk96ZPODBFMh8CYa4b9aO 4+ztk+kptFA64/bxZFtj79l69j6aTdKc2Bi7msR0cBzLMB4/Y3nmcVsQUfo5LdAT7BmTOM78Bmez MlWsK8kBIdGYwVCgSGX8Oz1kjr1WEQtatWTEozURztxpmdn5dmI/4W+nVB4xFahewdf8XCpZ9QIF P2VcZFfEIwI06ZKWvOxRkWp4mcSY4lfxJwNMP7pSppY5EIIIccTkYjbKU8BVTJafKZtjcjjhNp3I qDrcxqOR2zJErfLKbssQc7UdFyMrLKsElEe99iRj6bCQz6MGRnUWhxTJQw0t8N2dG9NZCMzxVtmm pmbPp9idUNw33O12KIwvTdqKvwisxyXE0csLBnVQgK99AjYQWHvqdeGlhEYKEoiBXPws0lYrhlpp KHtqF4TM2kYDWPTMpI1Ae7BScRnUyFHoaXvD/2i6E8S2kSWLortoU7OpgZT897+/PvelyqWSSCCH GF9EBhKAxLvH9rhvZiNZQKBwu3JarTZWq+Klr2ejjhKUx/z1tI92AXS7md0Q1kPkaQGr1iGjlLsS HUFGX9mTsmprWEpQQLY0MIEVTTUBwxON/Nny21quPBTN1JFOPCnIXp1tuEg7ZmII1x4iOKq6iEkH jtvA2Xoc4yXIROGuVemENKltUOSJCJRaWqRxAqYmBR0TT8DoYONoMwirwzdarcn11FBupmk7QKB8 VYouc8q8hQYTttUctKAr5RMaaWa+Ja9bLLQ4Wspt3qrfFVtaPxrGwrDcQbJNAhJye04EDgbd/jHr /zKfttSU1ZeusBuWJrzC4Wzcgy9cxrIAQRknqvJTFV2aKl5sbdvfZoI71UI8AwGpeYHuORd+BbAT XKzhC2deR1XSsqUiaK3CnxKxmQp0qU5QxG01USroa+k+WsCHmTlpgctPoSl/z4F9Kp1wlcE4XupR iOLNy+HtaQlbjI+vMEFoPiml0SXndV4CBXkIUz0VriiOysPNH3qaLCaNUtLe9U3LtyhHpsOZhbhw krQgo2hAK/0pyWj5obVb/IzgGzxRdYSO0Rr42RGJCGsqw6JVMwiheGBeAjZBtovkkoG2xZfPOMw+ i8iQHUc8g7RreyKyqUnpaMeEgRO9tB3AKMCYDHwuxegSWVkzXqixrNoq0wMGj26to0+2z2apgGiQ mniLd7ikviqiABPwpm6tmBMCwXxIJDK01O0uhslw16xQr2oanNJ+kvoPe5lJUsoXSIl3sluHctNc DvbgdH7DIfqclyOYCbg2xCfwkzmoDnAHrsTAu6p0vInd89ZBWCtREvTHophcRINUCeinIBRUOcH7 LlYVVrJC4xA5Da5ckMzn5XGxq95UY8CWVzh78ZxkO76MzafszKRtHd17aCCmQxzzTdyE2tNgWII/ JLl1zvKzMKVxU6dqBgmh8Nv6mp78ZCJlYlnRLsXlXBpVLp65ZWYEWeDJw0kLhkIdEg1UQ/uqju3a IEayIG97yey7Q8ONZ4DVARuuDRwAw3ZSgXdm7ta/gAkKuy07dK1qp8jZlssqL/rjRWsA2X3iAgU8 9hDaogGcrG3AFbzjUtG1pTQ4tPnNvdDtOoOz8BDIVkbXPUrb6gYN9ALlQRQ7sU3Tc2MC9W7/FqTw 5LSXrwFON58HgjMMO1t7RgBjcKBwUWfSwFoycRP3wXwiorwe6DeuRfc7qhZMqFMPWzWIX17R5hY5 IQyw/81n9hxUkk+lEhWb9BV7VUdys2F6AA3uCJasiptVR9N2fkRwrQG4GqfoyTxl++mW0kkQYRrj PIT0hVKwwz5RxpbatJNVFf3dBbXMoEuVyRg3BSCwT67o42tJyaDZFZwJJTh2xAIG/+nWuAyy3UEw kMzb9EIEjLGWGMFCjLdnh8uiKzWjAP8purG0oQjHsVhBO/I2c4VbUwjEqDk2ptP0YWNsdh76zJtJ zN8eWclV8wSTkFYjKJsGmLbxuLDCEUwHZos4eapca5hxZVq8vQoCMQ5t5N6CJhySxWpcDQElLnyV nMLLfR1ILX6Z2nBCA0SAiH6sqeatKd5BuE5oYDtE7D2kAUwD19E/kg39WuZZ0IxKRtIFVqitS7sH C4PWIEKWdRkh9jwhSFVQgCcZAFG9fN3sf8qmsgqnzF26wY658iBcilullCZIm6oYFkpOYlC4zJDX mYLXjkfmgPecPMvip7lcuUdPdORZ8istAo8vR0r9dGUH718ibBrn7BzMkZlN21tnkAYubzGfzLYy pn6yo3I/RS1KDNtkvRSdh6JNx3sPuqbJz7u+Zi0HyFBZBX16iGjKJwswpy81mIHS86Pss/yq62zJ XOYTL9mpgctOy8E4ivmbKn/67loMw+ttiHcEtNyOjRCtlBuhhsUtQTNxFw87kGBBkLEROeXAcJor /XVaQSDwbBpkhJkgJ9SEZkwxeUaq0msmP8MgAhOkrIFFaKtc0TKRWPBE0ylMksHE2woERSwO9YEV LSVwvAeLlaQAkdxTblCM9pvfiRkleyS+bIomKgmkkGQ3sZrcLpSg0blEYSRX6DZSJudca5leyUEk 2R/ymUMqliFQql/icnbUkiarIcNk2TU76iuZxffypSCSTwWbCMWgltlfS2GmZYrX5xLFJbTlLwbn 6KiFk4ldJ96aKTIGG4TLUzi2RCqu0W5kZ5eeUiBpGUS4BK07Hwu0j6QTY3PFhO5n25Y4ZyBvkrKX 0tfgg/2UjflafO9+k7wjbJTBlhlZ+UrwwoeyNQ7uV8mAryzEmDWquBdM+DiqAxGYokM/UqlqTWYh 16ceMfWAbHBVGRJQxHNUYacc241NIBqd5euEQ6agDlMtmyWqcEMF1CiRJD2DQU3siGMjL99CSVGs aZ2ko12yb880WRIxaflI4HlCqEW8E30hT/6aYCiCullGpxhgW80DMFcQEOyEJlmRAYW3TLAov+Yy E8JPBV0l1zKzSLRZC6sp+iMjNAH8fmWKuZLGU5xpahzHRuTb3RrQEmIGsnqp2YkAH0PECCtpRJKq QrqtlkgT7CFRaNzD5yk0NTIrN5bWjMxLWtVMEpWVS/24ZflAgcFgqw3SRX+rzFR7MYXCKd3abV4d purt4yWNaFHpp9IK5WYV9nWrZfRuFFWjNO68OaqlVO+69iLCFFWGDt0cMpjFwtkOY55qUw/sBZH7 rRLiCD1Rd6WqgvvuFVXwadxsroq2Eq4VUzMq0XRtpEdwZw8mpZzaKiSRA2srfkKJimnkYP/4akcm Ua6bgOzmJg4zKuNo2qcIVS5yK6sJ/V3diolWQT2lP49Eq4kd4cVayyX2j5e1VN6qjIbU3/tnVc8U pd0M680dT38uD+rPxqzoh/mVtPxui9Dj65+K0EpNl4fH3uWolIVSL0+8GOqhaj/JGgTjl+qMlcHw Ga2P2lRbJPnLy+ulu9fUx14v1PdYqQ37q8gdSnqdzd62aPoqmH9MgWiyGhndiG+kCpxKclqaWwnL 91yzTfWEE9dPCvTswig1R1IasXt/BuAzNnV330K2QfZ7j0mjBhxec6lFdUVGjTx1cgNThBoi/WhB UBVmU3R2lOZ5husDAh18rNIP4RqM1krGynRyPeR3618nRnLGR/wVG1NKzSdb1YBMP7bbYLVyJZ1W Y9WvpPgsIne1ZctJoNcAxmvqCoBjKwvmdySxSytd4zAC09rrPleBNlJ3crsgYS5H9GcGqVQbDRsu eGPEKAoKCTCXye/bfUUoVTpbWps9W/de09yWpRXanNGfi/HjrF9bg7nQoehMR1MukZFAl13Gt0qs gnDGrlQxFzatC0Az/3pFQGaQA/Z+zsCBDyjpMrVHilLjvVRWZ5MvrE4rGu/e8u7emMnpn9fjtWCg m0kVm8kJHc2fO/A+uIEM/eCR+jGJVEVWPq1cXLwJ4XMqhkcUjY6XgZqBIjWtX/pIypXWUaPzBsyN DYNAUJEdZcM+6EGcrhQq/upeXE635mtjWgAiEnljTT/PReeLvKnpdCDvtgvjIzbyfY2ZA4X1HzL9 ruC/MSPVbMlE05eLz+jv9anJozuD8iH4xqLyI4r2GyXaMauHfIWBaHNoZhJHglk4EbJdOGPkQnAz aoD6HqpRvNWtGXvhzYgjAqNlDF25yCaarijcfB1hVGQHTHBC2KvcM8jJ2hDwE3MPz5d2SpvTTDk7 7oKaKS0DPYatt3nNEHrkr2hxeSZpm4tFD6AgYkReDZjBi2JG8HV6aSFBPS6rdYkKSpQPVdZoT3Je GS8VTAzlYNlX2XsTdeGrJCQIcV8SUnM+z6JMEaUT1A1OuKR0VRxJ9qKaZX65A/p0J430RpTYK5pE VfsqlQExn7cZTApED/gxL3ralQHO6SXToIScx+XYDDXOkxQQoC8pDZZLPHhfmtM0X27Q8mGWWhBe uKEfvfFkAASUOi66Nydmy5AInnoaRhvUOV6gd0Jq4Si5LgmVa+saCPG2EUnKkqjwj1kQmebUZBAI k81QdTs3NW6Fy/zDnGyGrswYXzinnmK9QP6sHVCUoelsOUluMUM4wjOtqUMm/YWQEAwYYi08NEg7 gBMAI0jCZudU0dYnEycPGVRWR5/72jqFKy8fJomkinyC7c8RFKoydYqofuV8gIxn/zoOfpcbk2aY 0/RBcUOVoYYcZbzBOL34ul45gLUASliv18GhHQSFw6LOgQvjhLOuZDnlylQQgl8zQrlc3tiEA05h F7CNIGJ8fhHrxXIhuyuMunMufiRLqAECguPLw9ujK3sJliP6KHspRuOiq89Rolc3xEFs3SmShh4f +UYS8qVECPv9i5KgJptHvkTO2qErhKFvMYfqs2GpvS54oDKjtHlhDu4cvXnoiEn5cpfP3vaKahfx XXd7ebo0vQACOf3GWST18+QePXkF6TrzMgZ7e7YrfZk0oMxYBzixFial+wwi2kjIB0ZOsT75ONPt Ny2Lnvq2DnWgiMQObDZAbD5SDMb9YnFz+c8DT7I2veUbohJAb6hkVFzORI9bms0diX76h3ORAvsk R9zPGMcLe3OGFZJicJ2SM4zXP9LAaTxoLXoxDxrdA21cq1xALPAbmJCZGA1SOerytuC1GzaZBjke cszRsqi1kiOL+Okb6QlI4YVr6whHC1XJM65KfhHJB1tHadLGobin7e0c4M0wWLvwjfPkMqSMYEIz jFOIYkZYNm968LtxshyxylhmLIWOgBCb9Iia0RsuA01EZDTsQbElGMvxvcUQ1y8qlDCgOBTDTetT SRNID1TQ2msotSmGFqJIinhLkILtIvXI3GcLTMnKMEvv5yvfIlVinuMDJ3qmRaJAEDHSGyJ9RjK7 RxXZB+GZd7kCsyRwwNtFaDxZe2rjKcfTS2KtNZkIHCwnPtFpTfJR3h5I+rm6GG9SpJECjaOISObX 8sesvO0xYKkQU4BF0dByB7EcYvUjLqk4wagmkr1EqpY8kaRaxeQfmXJwbwqCARwIqAvhpVFsErwP 5Ga1aTHbLngWSp5WyTRCDjiy4CR5SmxBvrVvObgSNITUWa2Gyip2ZTNat3gkJNiNXoJKNP7v0p7y ACItoTOMMr3ZRprPEQke2WQAxKA6E207UNBMSRy65XhJO1KzHZNmqG20aE2cjbCSYl7u3B2awoaA G3X6Zrb9Dd7w4+KUdatfGCaSTLAYQ6rJS3qSDXcV3oBJMgnLSbRAnAJb8Gh6f9aGKEzPnqNQHCat rpmeCbrLodv/Kxdgssjpc7XKKqkGq26sV5tIDU6qVTK6Su2z+pht5NVVinP9VHl3uAqzXpUELcCr 7jWpQkd31rs06qIAxp2itcEjaqnHCHEqyHW+cocGlTtOdoQ76YqyKm1XFenqjxVZe0iFeleXVvdo b3ulE+pX/QBcVVTSs8Gqw0QtAqrP2NNZoVzbSqDqjfaor/Ze3UuR0DhmV6qJWaMpzqxOJ4D7rt6r WRWbu7KdEVR6MelyzKnkjwCFmzaX9/wBg2mg+H8nvC4ZqG5WsOmC7zYhJ9Q4Qq8/q5FSoVKhco2n effUYMLuihJezFOdtCsXfvcxWhH5jS+F6D6TOfnrwa5d9+vKGlbo1kgRY7i91ZqDjBqXpCpErvJE O4rS1e186FmXXYSqYtu9GNlklp4Me1erzJkVVxpepHCJhTYZFPLnodzCtMjXIbOvukuwiupOex7O zDJj5pzO9Kub3c2RlebegbZR5jgUzdgcZeJebQaXmUULJ76dD+I06fGSLpYu/wZLvKi4GaYF6Toz iAJzXXg9/CkByfoK0qtS0gKnqOw34BVGWmv9tTb02/6rhrcJuR1YMpZyHus13mYQc1V0Cq7NIQL7 3BJgDh90MEP09b3llJFRr00TbjleQHTe10fLYvjhIWgBWFhhWC7O3VWSFdEslj2d4ICsJH9IrBUA 8X9YEfJMnHzCjKYTzgQsRW/iItvAlb4iAS6BOvhfri0Ti7CyDv0WcJaZiH5GKRYUVRFdhA2AsJn7 gusu5dSmoA4xQjd6q+ZnztjIisC+VVNwp/y+zIdkYArVQC0KD351rAiBkmIbFTjOAQoAZqBrjWI3 hzYyDHnux1k24oo+0jIU7DJ3EKdgo0HBGs0msYOUNbmxCzMGgjbM23K4B+GZxUhMU8sal1CJE0rK MT35aVL878YoxDD4VnNhMsrLQprRFzSmXk1w4XIPm3ZEaLDLoqOCS7Q0ApYSmd4DZL+TsySIcFJ7 TkQnrfPpKyPhlRmarYytGJNQWOqQwk1f7fawwLc8zPStQAjT+YbqihFjphsiHWbEQC6XeQd/nePN iabLFljRPVrqlxAilAeZSy9uzwJczaGPpnEZNx7RDEISgY4JPbX4MNXZhzkD0ZFmy98wCz2gma9z v9SA+BlGLOQ4/TKS8Vkee+Kau/Iy3y79a7LW46J90VHLELvspfwi7Ru8yxnb/r17wFkfLgAu93Rc pGxLwMSzsD5RUah/ZBCTtBNaB5C9k3emGfQ7BD9B9SSrvkGKzsIcUsVYFy7z5xaS9Uqe0rSMiORz W/Ik9C+OmXdIOfIas9I+vkcVRSWWXCyWylaOhSHd0aI0knJ/Q0UKQ9KD4GYgiGS8QJ38QspCSlYX oPYKjjL8aS500COLJruGQwAyHEZ3y3oyxIBulMhNjIsw2gEpPjLc8p/VElP+Ck1Y1VaNZ1usRkEt 4x2zJc8pivGk+iaH3C1zLF4Q5WR5s6ys4t5jEsrWYzADa1LktBwuB0f5oYqhJorsJykiaZ9fn+0x ohiyzpJFD0PZJAQSoY/JCz2k1rxUvdtD85kAqHFMENwVgIhFBNbKwYJR/eIzBOtIjQO5aIr+fAmY YGyXFTIJ6Nkys51FM7D8RFNQWUU9MHDWv81FR2JEsGQ9RBTuOBDITptcyXway1dl8VvtEyA/Ir1+ jJrQ+2ArrCOWBtbOwNgUXKxsufAoK/bC91ZqxGxUw1KqOALoXRn1WXXLidSuAx1wvmqAWldOatey SeLDoiZDwfXVghxHJqq/GegIjenULEEoAzIAfgTJx/ZCF6KNxgbQtUwX5UyvFUGVvQFjNlxVARb6 XTXAUmWukXFjizXHxJAhJOKMgWoHDK7p+Un4FuPmssZuqdsdvsY5jcs3cjn06YsIU62sQrYaEUx5 /5k2TfGalmmEmdZZYULQEbNnnc6+CDSZJ0ZljN1Lm5FjbotZQWJbhe3qU2uq8tnCjHDUaf4qbjz5 zhmen/9Pp5aUZjKpVSTpZPeOos1vEOUPbvUPCZNf6FPDlEa6MgQpUbYZoXyBDWsTRKT7S/UQrJfz VJBGxUMJ1bIXfbqinuf4oczivhEASxl/WOj0E+TJYWusB7Uiirttym6X1tLRRJUd8AZBpsSCozFB KykATdHVUpwGJ7y71aplf+ZgLepW8VIVo+AtZVAD/fF6XBESv0YC6GpeUIy/08aMC3bVe+XNUlOK kIqbJMvh2RU68j2sGLr1jU97/qe1KK8P+9vosG9SXL4saGBf8mBSHRNpTYkXAQ2FjOoLpkAUTz9+ z16rXXDYkDNHKn3CYCWQssrsm6r8Jgbs+n+sQaGyywbbrgjHp2UOaBTKaimscsAMgo9zrTBDMNGF YVRZa7i+Dz1a9m+myy4ldCEx96sa4+agIUYDH5PFFypQe5AqN0e1r8hAP1WtUt34CTSXZIGalKkF GsViIoiMX5TImPFesTb3Hxy4+OI6xe4kyJsMXFUjmGJHj6owRjUCbjyNuIJLeS1i0Gu6hB1lWYyP GsMrdUyjZ/stGsglr6Qsto25ldUgUPzGYXqJhQchs7qQDsqJTpbU+cvC/aYcFcyLC5quYxF4AmWN xiuQJfPctSy4DM6BnqX8fGGSOuClOEvHCA6SfaUaU2TTNfZTDEBPytfJ8GpQo1a6C1gH6Uu8CFDZ R5Ks8GLt0GXiujN5HY8mkKZkN3py4QRuB02Vc+MrCTBv3plHS7eqU/JSC/zuoTNOK8+VbtoBxdkW S+HlSVo4+UmhrLht9Grfi5So+w9kHv5zr7mcRDJvvdnStpsqDWgLpBnbJtRa3D4l61cbHhFj2WqD VRvaHbHpps92ytk91ZY6L+KxbLVO79283mEUBNXGbiRPDrSetmDvVUomaqNKxQ/j9QRCM/eSAfeb lv5s5a14oHO7evYCIR/1Ql7L6ZbnPWCwl/Jo5bg9Vbq3K+x3Az8K7Hgyvs2f9o+9954FvxsQl+0n U3TwH05w1D0I7fK04m+HmWHwZbtYE+nopoizPx9NZunWg7au7iVPmkTZiDJUlQcT/uju1T5o7Tmi 7jT2EiLE1mBtkUSepNbDQu+2n5gZI8RJFSoTiKi+Ye+ZLUte9OPmBsOQbQR1ErHtgoswI7utwK0T ZKo1yihiVFclarmBOny1MRW8mth+NofaCaW9YoRZuz8BpUlhoqEUhLaBqlZ2sPosW29bKrNJn7bT oYogyXOMeqRkbewZM2r3YIyFKOxNzd3Lz2Js0JslISaR48VXg0BnVa5T2CHliic6VflRk0GX1UFv wcg6CQ5V3qZMZMpcuu2RlXhrtyKhSS0Jpw5VitoHlsvM6uhXICDM91c6N3ELKJUWx7XEudjUfeiE KudMqXqTjnUEE/H4xyhSxmlDTvZTpaiFWyFRtcfRNgMhTMCt+Gdf7tY2hMZZKwKWsSGipQ8/FK26 hd/wpb0qfsUzfs31ZU4wpv1p4mSpsHwA4yJ7AbGFE/bKgDtXq+JtIV3wJhr44OBusrBEqYPyl7P0 6DOhMQWoFulQTk8lO+S1qES3ZahWglpSFV03fJsj5Q9N4T9cdjG2Uh2Ja6CLPbCl/QEZwhCIF/sz /SGbkoF2Z/kWmqKalis2VOYtddGdLBEI/DEbLdcXVuS4g1XkAsT6mE5nFJJKay3CnOKqMCvyJQ/T +z0OIyxOPcFiompfKN0ZA+NgsLW5OqE9a9lgJGQy7a2ka6hLVtQEipGkgSJeEVXKZGq9rUQquHGx qiLmkomw/xKQlsloZZN5GzPjAu0FMwk7NP9eMYN62gG7GRwfWM0w22P/g5o2LuaMmayDOWvI561b /JEH2TUKfX8yYxZt9Jw4k66iGMFxjyv2UPoUjlp4dd9CM/ra3tm+GgvpZtHacZ7iixvMUG1LKlDZ zUZuK2hCK3f6rCjqs3EwBiVy/m50chxU7o3koLit9obvhp7ANufU0Mvjjo9VqPRuNdOhP/kXAnIB 4yhlhxDQJmD2/9+vfw7DPRDyZscwC6kNgQDXu2chwyAvYPOiM5EoAe72NueIG5nE0mvc8Fq8+PYS Hk9U9iKer/uPwZzcC96+hY3Pjx8Q9/7z43VzvdnNPWfX79vn9/32XQz4/B8VeN/b+/3ndvunOG0k x7uD4Nur6r/fv35u939uLfv8RtQnQgNyPUwcjqJio7r7zFOXvR7u+4fc9C7GRMW/dxPhxLAe6uuJ zd5Mh5Tb/f3n6+cHCP8jNKh9c5cBE7jdvSqwocnWnXSmy0K8V65J39//CViGynh+Gujzu7fCoSNQ 92QWuEo8dERJjhglddrqTcwI8Fxob0ZsfBH56vV3Px7UfSd0b9TzqjxzEDqpfXyj8fvzf/+IZZT/ fCQ/VNw3K1siiZsvhrox3V7IR87EQh5Jy7BtBCdQ8sdDovhxYwgCCmOUrsb++T1rzWj4hGgn4Pay xS9lnGyLf9m9nNf4MCjK5tlDNl9geiO2IWSJCR/ht8xeayjneC7AunO3kF6kLdp1i4+jmmK7SADP nIA+3T6QMEpMULqk5bx5XHOv9AOTLUkKuAjJeEU7w/cuCZYQHhvG7+5C5E2hPXBzjGMp/ohNANZk RT1m70x+9uo2FiPn+MWInLyIA7oET2UEfeGPW/MCM4glCAbWRskdPPMzLJ2DwyzO6CEwpIF3QCGA 5P5WgWZs/ck+DIcuUg2FChPaKJcptBZhQ35kKkbqbOO6pRZohRMTrSgE9y3/HZNlJ+3yakUtubCk WCWhFacM2Xqw/eSCh3pq4IIAAmnpZXlrOSwGWYytOCxhNoxwaBA3+lkBWUto7Kj/rAgquwmqiCtK u5+3g8KSKxqycSrF2YM1SKt1bBrMkqfA0bLDWBVL/dPHdQGFbcqjKLpoQVoIoArv0xE+rJms8GOq qf2mtBUDkneBVUfRXcxw1mq6hUT2qE+3MTaeGGFEPC64lP0IjsC22C0EZpaC0SauhmJc1NBswirG RSdRRYTinrHFKnKTF8V7I5B6QZM5MAyHiS/qlm4Z0COMHEEqyrP5iBl4G1tFlWWmqdJCHikn6hoa qyOQhiUJ+i7eOMxUhD9ESC5crs/YM13zk3r5RhGk1XvNdxenwC+nkRG5oGWQbiEpHOBcAEApxpHX 0CSga+kH8SsGUpMx/dOWz/iXz0QGFpW/qtLaL2ooBo+ByiQtmRmKeSiDWVfMUNSwzFbCaKL0Yk4M a3JqUPpY7Rkh/TK5lr+OzWBaJZZ94bjaEzdgEoiwOaKb+pUCWsZanFrgWRjWOls3Hr5WOzGui2td dq2I0ZZ7Sqyg2TUvB+uOEYfQj6LKOKbTtwJRdRZkI43faMplG7479okuytt20obcbeozuTRmLpAs aAh5eLMEV9qya6GVOK67wmb0NjVZHTtoF0SlHp/QYcmsYWt6uyCsdvXx3ZZRJZXti5hQMFvNkwMr UhiITpAYBdhKixVSq5UlH2SpdXXWqrzyANZ061A7sJRlVAirq/QAB8NUpg5EWo3bRWUrkVV/5YCt zhPM9r2juUKMi4MGTjrNq9Lr2677lW5WCXOZNSho+d2v5vWLSfAgGbKvrEJ9Apk5MOnAhB7kkpmV FdbG6TGTiKtvAIZUibPES4AKFgSQNeWNGgRK+rbTHVanK86QOZVCGixSkLbq2RYILl+aVAfwGjow DD0W0jhv/uhwd9QagEdjLnveqwqCi7+eToA2BYXcMO8x/VJrACTcPLvVzsKEPUq7qw4EWNwq5ZkW MJT7witRjKuXQILqKg9LJ6MEQJBDsbhbrkLDuaOAPRsWZOaPhvkNT9UgAgMv7ABsDocY/Lto2OdC dRENKuCoWNlk5JKjQyFwxLX5cpdfHMMZiHJlh08YKc80ptlw6gRbQzhopVaUB5A192OwoCnETo9Y yKcKaq4AhjHg0+A8NURFmCM6i184W7hRwAnKdSFDireAHfKFZtVm66eLZvQUKEFSqIZ9cL21zzpw Kzy2DtIP0SmIN1Z7NZwrd10/53BM1L9YIw2mUhzL91tNNkbXiZlZGJ5FDS1d4wB67a7EUTu8nPKr iFB8ZstgjSPgS1/zsep0z/t5D2/LaEFTvp/XpogwV1/unEvWyeoSunWpRQUsi8+eEWM7lpJfT2rF CgUBzEr2uUu2mGusoGckTpbxr3wKtyEONLWBkC80OeJcNXCdMYTQB+HdatE1PqDUi9GM0Gi2K0I1 +ywjXlFfAdj2xfegTzrhbILNJdUJK1c2NX4Dibl/CNmwKF6hkloHkseRlUZJVwOui/qkkFYwJWng YhsMbQmFdLl2trsIYYrMNux+e/iNsJVA28asrzOJA3s4QqBv3SWKMldU/AHGsGtVx0yXofic1AsS eYdJc+6lXa5JGbmqr2MMh2axGqypFta0+NG0oFCbwhyvzbrbR6FaoslyAJGfR0AVr1Jit7CT5+Du +JkvoDDiWayT7F4QhznmNAUjr+mMy72YclHGprepKmPyQ4185SBlEdfP7hUyoYyXE5vVAyWMKsgP 8piT43nagi/OfHQqL3N4GdvA0SD5reGTBthBOapLZawXIBlQmg/2QVNHZT/uBbNuqpJTkg4fOJol uMnKW7icN7dy9kCp5a0FE3hIJpCrO1l1BJjJ1dFWI4RpDL8lxmbdZxqr2gDauvc45AGlcujqV5bY QBh5ZYehMRws2Wp3E46d20HU7VQMHk6cq3zcArnpFOesE3wl47ZmOdO/anyEin7jGF8xdjmiopXv rRHiJqWA7plYEGo2bO5m+c721btcsEXTxMQaQvFf8SYJ4e3FEokSg/5CiskcxipYwhrIp+AOZDDj LGz1iEiBr2cdUIQ2KFAwRyflEMLGeao2RZtZax6zZtQ5OtjPjK0lSbsMkidasYbczAvv5lOtY1TQ DBBWSyGxdrEJx+yE9GkoeUkae68EKjWYvLLwuUbnSaYtBxkzn1Krnd57vFUTpVDWnxaJLk4F+6KJ Z67SkgBnReV3xtXY7KAFOHtRXCVOLbGf9NWsCsIePIDCVsXiTvUlSzOqyRdf3QMueAo3TUGHtLsH L6YVvXIXJJFhdljQESBMgd/UbOoeyshOxG5cO5fxpy0VGSO0f6fvyRxDrmLwGNlCqwbs6kh5uE5K qYUl9r/YnM1mKC2DGyCEoHlyzxvatCPedS2DVJvODOTUerY7KeBrKMeXnSPqohR8KL/IGuSU+jZC qIMkkx/DEGtQ6r8ur5SgggCYXzLds6/x0OXsyRYi27C8sTThGoSMBhYckoXehengM5gyS7yf/q6e t0QzNRdul9FQ1eDT/65FesBgYN8CVoOw2FABKXqgd1frii36NlsRieVkEbbpoyaq/ZO9Q9CE3BHn k4kRy5j5QthLHAPZXEXtbk/LWfxd7A6bofGkFFpSSz+tHPOyGE3ypQQp2Eh0VAqqAR+L8dAytyt+ wZOEScpYyCAmU3ErrTQTKnUSdEJfn6x1imxluYXWRtC7JKRWNTK1ACpqaMpt7T4hlFqixS+xklFm SZi2DOQa5MBn0d78zjAWYoyjKi2cKds0LJIikpFzzciPW72y8hjuY8jpN+qIRnKLzsyy4bvoZgIa p25zJY2crq7SKkdyqzl3hpGSoqZnTUduHiw0BNj9BhrBUcWsrnEMGHX36ICcfXcHK+zQae6/fkyX SbgAwKxsn6HmBizQoIQv+C3i9FwM8+bpwyV7kOmrU+RQZV64IEQd8/rc+7ilZf6e/qod//Qb3CkG tprQrgt8iYKc1VpRpAnKQ7ypsjGLMahrme/gCjIkXB7Nf8MbN2XnrVHjYcJszOwbMyWkurfXW9og aie2d7H61YdVfO5d5qm9I+WZlFvKn9FZkMp8pENUbiNNCxzrWV+7/ZOttZTOCulcNybY/sBXmxKZ SlWUlgM5TcPlREzjMZp1Zp9wIDKRAz2mfrIL99qCwfp11KZ07Lhj5GX2luq/KY0sl5iykHl6gUJX GXX7BnMvvh1hflWVwoRHArKCVgrl120fJxeBuBBDIcias5tXHaiMy+rY4Jh0krFbnGbePN6F5sFd NqjdNrnlKr5r3dMcSBFD+YJD82yW6609DLXtoksnMqacFtfIQ0YuUfrdaV5QAk4QBRhfQRB7Y6J5 i7Vkc3l7CFGVcpCXeZEZqW5BMm2waLp5zfHzqinsMo/LYeMpBWnMuMvQCs8WthRHchpjJgLkAAIF BgvWS6IqtJb4WGNbrvJB+sEOM9gDlAg0wxCpG33cNWQ5QIHOdFlpcmj9yyqEpBG85TY2EzmukOP/ hI4K3Ztl4szWmg2wOAldpiKri7L60M9Ji4vQ78M9PuQThu1d7Qw+cM2YWDWY1AnZVV2YqBDG8gqs bnuEGkPV3SJUnSgqyCVNfeiVzEEEvfAjLLdKQG2zm7/hAhCKUFmq7mvNgzg0tdqZckNH9lNmOCKr ng5jo7w3VeX18Lah+Y1+llum888CbLtYDHjAlKCKpCRTkSRHJuTtxGj9whoJ6+Wrh1qYjV7gHJOK U4/PDVGBlpBkFAJvzULIHjsMfDob2sRsuGYdPXKx5rhD1RjwgRJLAcyTEwOo12+UN2v4CR7hNuGj qEy42bcSDAOyQbWS/Bko56TEZsx+ULsgWIR03lAkFY4T3yyhe93bGyTGQQEGHA+WSHjw2jikgwNo wVXxcQqYlCjAGmH2Gds0W2XtTGBe0ARfqEzhsYU6EE4waRO5OYWJ2BVbZgBNGS0anshMfdkAawgE yR1LBNStuIVC+olrJOeTx5KzBnLIm4t6Rpz5UCZCXAWnwdJFZWND0XsXJrK+bKZcLjtHR48P2Y6t k2uhLcsJDpGqq7QUSY4gw0UVBl1HT8b2qCuqIxBsj2Y7ElME4KIzzqJDrqNnWugr5pgpkpm9Qar8 s1SIYDoHzRhZNFNZhoUc8Kn7IwaHTtzGOAyCzSCbRoWesqMSVFvJDK9WEOxSUmUayUg1SKSsoIHl qoEBsdJDdzw5t0dCo9XYtjuVpm5r1G7qzANJhBNpDwPUGbRQguzeujZW9USL6qLVSIU57fhVBVon H7qD0VjuQXxxx6USxyl3swr/TPTU4z7aeyljUsi1G1ODqhBGCwFq1S2ffNPN6jaxxlh1VnJNyDor OYRC2Wd0maLIxmvEMkNSftCjCKPkUtmWzk1ikDZGSbh7tMAFD8SAYF8QatwI0j7id9OlDVsTl/tg dwsqWdh/FduGaxNqZHafXWDz5j31z3/IoP1lONnUwWzJdqIgzwx86YEPGvY12pxmrczCnSHGolRW iwNn0rxDmVXP8Zg0DR3YGYqkrspBVEBL7rLvFkWswkCxGU3JQtPq9oluTwkggm5kM4EGsfP08ofw kwC9bftoDxMgJmMSutmVtrRkz4ioxmZqE6lnNY9m/tEjRXWjpAqcXoxKrT9m8LFxrp61kqQ0CuiJ yfjlBgShAGXQUDd6UV6azmBjXlLiN2qxGXQYpH1upuAO1Kk8B8bYD+ch7SJr0mikblgu68hPKj4Z 3s01xIPp7JbAk5uPjqQRExp2Fj1HwAR4fN8m4ThyG2gsRIOJm31rKLogBIdamhmEcAwIvfwzSRaY 4Ucx0WVaVe5QBQq8tpRINnKUw9mNFM5q3EOWugYyZkmu8j4QLJ42vOPhsaa9fh2S0HIGYNK0to5u nKdifWAQuTV6+OV7RmfuHmxOMInakfJGA4sCBJFswCCuV6jMx81AnnoRQM8k6VnliTixmIIrG42Z utbJzMivXMR4bnRP9YlCrpHPas+lI2NRh8PSXrVRLRImXWmRqAUacIdrEsq8EFjIb0EbJFrsC4HU 5pvmYcIMIWwyfrkBuJdGGVzIYikFFxisszJVWveLPFmj/u0GbYI4kROFp5mYhqaJIjG0KKZBT7Nx yIBojB9M7QfRSUUccbgdpP4AK0MXyqPrBNRVekJ+lPP9kNCT6qO6h9iggreyO1kEg3C0S9KGSjuz nlSoKQMyDVcS08lPPwGo9kJbKMlnCYG5ZhI8l6HttA+lAP6M2PhbhG5AjL0rFLAAVoWpxpKcSbem CCDcmkO4ahDC1VJfNJi2LWpalX5YQ+ScBpC2ZKFmZIxOWw/vSpbVG/7lC5m/7vpHv8RjvXzR3iAt YCquI5e94zwK8GLCbvbP2rLuPIJh4M/t6767kZz1Tt7NveqN6/5HiXhEInKWYTZ1RRzKTJjO5ATK y9UQaUOCTqTFbDFdckfUDKnlQFXX5TxuPsJWaUSRGktGkMhJjbLmnoJorV5+WLqiKlEuHHApRqkC 5exfEy8BXE2L4lDFVFXHeoIxBZgJe4m9i6ERxubLpQkuOullusonmihQtLhW+Wo8VKcFSrAsQI9z dlrEsI9ZMmpc7lkMap21Ra6BcL9VDEq0UIHEOK8CyzDKsiVEYnpmMFXeQwewp2wthWJZ/jLd0ReP zylxInOitTRpVYmhoCdGMh07u2FCFUIpXQm/bfNaY9g0Zk/E+b8uqCouadm0BMKEsZ1XOgciCsvp iHQb2pSxwPT0dt0F+0C165VGpmGMV0tHT3CDT+xMwNhkQ5lf6WsruGRTuaJ1m1QfRdFW3YM42+xS mxplRVl5V9NMcRYF5JYmZvD/PUWZxDwSGmccrD2HiEO+PmguYTweoB+ZTBrBFKZgREjINrAu38I/ x+ECIVvyYG+EoyPKoX3qK9CH8GvMWexlB56p2KmFqb8PD2QA2XOLUn3yCFD6YDBDS2kEtZQOVvxm IeYNhJmBE624i1EZyhQge49W1GIzM04TGMyhdDfBp2GxQmyZoot6McT78uugKWPSJ4MjTA5evNRR l0sXnioygE1777XJr2d7jmMQc8E3+lr3iOCFjG7m9VTw7KREl3nMWMgfPdvFETSZvrTBLC1SAPVu dvbJSYRxH0SYrcVWc/J7MgIPs9nf3zbv+DpY8gdjdcITlvrPPxSmJE4RCrXWL0zmT/GeBP566BkJ 4qObhnKCST6cL9Mj9NQnr6uL2xbkuVfgL2csx5vozerpLp4f1yvagYajE1RO0/PYSgfYBdcVn1Lf uGpxR8cQNhADsDlU6x1+zqgUfkxNQCgjH9wHra0kofXus44/8JTxEBi/6nNdGiG88EPdVOFkuJiT 7eLCpC4OaM8NXJTnXz6zGiaypZx3OBYMVQZa6YsgwKMqwSK49oVdNbR80ElSdrp4ETxlVCitYk8H omsyaQ4AOJykUwdxr3MVnfjPishFBCelDKmgm0Qw0aVTKrVm12IYFbqF5CzCcXXLdIyHqn2Iiq5W fFpXp3Klpq/Vcv0+LenXhootyTm8EoXxmG6rUCLMeWKFUFgpLbkTM+zAIFBoF7fzzgSJjUfeWUL4 YkalZnHNFXwmmSc6mN5YQMqkqxhNLKwrs2Rm0nDj9eTGKGfLyGMJWU6ZeWot37DmEZ0jSbP9K4Pq PUrZVTCRdRkk/0O3oULjUi+kqJSiv9oynCyya2z1n9N1mbN/VOXDh7xT6P8Embkb9RZPuSsJcHFw rB2+A8F0zv4YBp4CdoShAcEAC57ga5oMUob2dJf2QWWZGzErCllGZd5Wi4TRrUFcJ3voBtj2Q1mR mmJrhqTIOHY3WZtzsoBAQGNDxVkjopI2iKR0N6kwnSKxWoDf/joXP6hCvzkSVuaEn6zsga85jgfs 1p6ZWu249IBfOEngFK2A6VQARBR8zY2iWSV5BNZoICRBiirZuFquuRxYQCUty+ReVkI9zHJSpYBS DldLSfzZFWM8VMZkxCxKBK1gy47zPL/Dym70y535YDfydPvEIpjQSrVd7K64aO8owazleZR5Jtve 0VICxTKXj13EXmbkwqSd1JDSTS6KqEKte4X0te9344OLGny83exIbpu0/b5tOv78Z7dA++9t4v36 7paVm23DFgvu+7BV2hl39Nxt226/tq3eX3f3Ftml/G7vtbMupSo/37fb2SUV25O7Cchuafcltbu4 Kxb2POthI2976V3i6OYU18fd99PDn7vU2uZzXNt47Cq+yyMyNWTbR11JeZuR5BXuvlFejNSbDdWo cU3l7G+/vdoF71HSic7/GOliD0mR/bTSdRC0umrOYboO46pMRafYpY7VJ53dA0mqQJb/KI27COQN pCzBV8ozNa7SgF7q0l3jdTGVmiXDCKMQ5r0CeJvzEdBFYaGdDqvLt5kzsmwJMJ6Wg7koMkU3C8Cn xiUi4/qCesbDrcusEdwbMLqaMxcYg11sKt2Kpn5nYqgqB66a2sjSJ03gG3JU1LuoVf72egMgu45W atdFGREj4IQR2sMEdA8spInQBeR2cQHZRtZV5RaHcowuyiC1ayihJCjgVgYpoZqP+8tX7cwMWQNQ mEuwwASv0IFX8uKlre3DsQrO6YC/j9SHr3KpPNBepmCLky35gaWa82vu7018oWtOSFBBkK/hcDFZ GDJi6e1SAvGiLpwfuUsGqrRUavB/EYyo/IYngExxwIFSguA67AT0YBRi+LT4XVYm9DhYOieT9Z3M rFXDP0J9t9rqnW6N6WD4KRAEY+WHgp+JiXpcwnpcXKVVPUTCesncdaWggjGBBNdbRIOkhf7qsfgO yvCRxWAtTREyDgBjcFfOEMiTid+uZwJcqi9ak4PPAI0SmVBF48QdVcJf/4yhAyvIKMQRSvETAWHl 5Al6mHubVYzMSBGaC2q2y6JlDLLaGX49kVoMLSCqCczHFodENVN1BxLUTsIJkKHkylwu4DcuysqI jMMwuwOo5MHMMpCVkTnhCYiipgFky8jgpO5WNFLtI6T7MOCow/VFa54eHG/+9slwIMBYnI0ZzrXt 0zq4tNZrS7tDzsRJjafXchqBzF3LatdQ6sh7aRX4GSQRu72hVwPjtcugc9IozsKNEKl5VuyUf8Uj afpABgtFrdLm+N1EQJBdNcxq+DDLdZkG142XKltut1kk6aTl7IdtsDmdnParCUsgYBDH1MwmcE7A hJwo/SjAFZd7rnw1lpK3dNGMgQ54S65dkgjnEuiM2alwg9lk4j0+qx04RMBOctU8vC01bhLxhaoD usBHmyY1mr8pF3mGR5t5meYQgU0Sbc+sa/1ezmVaudNcmxlpi9wQUm6clbIDfKYQ1JCEs9SfX0Te ShPNYEqmlXKiUR7SO4ZCBTaZnBzNSrnjPJIwN2xk5hQI4OmtzQv0JueGvscI9mid/LVaPpF5hK8J LM03tZS+EWT5YUg2bn3JAiqhhNXWYgwyJR4fT0D0GxG6u15jg02Bo3cSuYKpNWxLAskuBe1WO81z tBgMjDC27kxuU7YknLGIC00NQyi98GKOkGxmg47khmsJVjgFWHfpmYXg3amwA0dP1iMZWK4AM1p4 g2RCsQFbNtjNF8y95SSll8gW3FNF5VjjNwgDYU3IZAcsuxWYrC+wxUlpOIm+94A58xIdbEzNPaK2 x4MgLfgN8y3kRZysTcq6p0vp2RFyR686yaKHRlJOg8Nhsl3qblEuvpkzE8GrejRNjYbEh8rybaI+ mSl/LPst704jtOOMGk6alrK2fUgD0n/2/EwigLY6gtV5WSuIKrYp1vGma8krzU5dFfFjWpar+mc0 IUpDUWDxZYGqs7hgC0REYtOQPg7wFoBPqtoX2QkNgQ1frEkQ/ST4oicv1sDxHPIcLyaJKSMAIaIJ cxVePq2lrXQS3ITmA9k9qJKr/mFV9LS6oAdtyKP90F2NVWiNdUF6wc4IRERvVhlVbwqvFNSKwvyo SIENnFrlALqyCrysukiuagwhUZKqaSG3xUgEm1lHBCRFPj7EmDZzol/ORfMlNh3YBawMIPjJLwR0 txiHBWFUxuhfjtwWGtba1Vifj6x4CgQ2NTIGCNPROubR6SH3DN2EoOjlMGnM7Wn0Z03RiFwtDs3G jHIiLSidqfjAZfQ13aJiy+rFiamR/3JkI4Wi8wiDpUm7vKCBsYUaAwLCxf3qeNOettx1MLI2pAzx YA+QZSfzSeGRL89whsbNOORlJdw5DZK1FPpAsP0h7QpNsGwHPyMlt0vwdMUfZkWpsqDMqHBqvZbT 6eNx/TJ3reeBvtJ4xPpQ2YedFBEYFiF2zY7GMzVe0Io1F+Owb28XC3bmV/6hlUtG/mcPCdPhS08T Z8PVwJxgkBnDzMDIEj9uChISpsEbqOpiF3r8W4LaaNaXSApOsrbebjmqmHHPuzClr53i0qcjUnU2 VIWDQpOBa6UFsVbJ79YeRxJsNQofcI6famiJSXRGLpt2UQ0a9AkseCowIl2K1NWc/MBWfddSPeLP F8oAJEu8B1Ulsa3lmbdZWrpjBXDlfsmoQXiVOqnfEVyNtHFBlaw4EYQzropW8TAn187vApz1jt6u xlp9I6ILzvEJzPl4L2/AYT/5bJfPHCxScFIEZVFJPf0n2zRrWIL0JZNjxkBmqMJQzZKFZAzlz3SW 3WIWJ36kBzunr/F91ENM8LqN7iXLtIoKfdYg4BqrKV3T7MrV3wPppqREoxfvGh3ALc0uuc3yEhsy KqSo5wdGcdMVG5I3VFbsQ636bTjmr8OCF/ZnKGVBVIyDshU6d9g4bbrznKQARXeE0VSwnmQCYX0n wS1TyHmOViKQOsKU1gEal88EoHMv4+rJptaBBjM1bVYhYW0aF14xzgx6DTphJMUGMeJQoIk4LteX 5S6TMyqvT1Iu9onJBGI+985rBYdLYnrRoVnKTGCo5CUyCp2BRYmAQ6m/q+JJrUKYv4GVE1LfiuEE gTQistqiLyyRiWHM4dPAmUNBVK5dMaoS0CqFMioDhTPtbEyAxG0+RtUUyEZiRi4JHIBlYGROyPSh MbMXVX0NaRrNf/xUMxwELwyvrSgcullcCDn6aPGYmdEJczE2KfpNuPosrwbZgEcK5uwkJV+cJGaQ hFrOIHwkHwSF+MlMenyk55SdRegm5RYtVL1FnPYWSfLvlmnWQvL6bm6ugKGRNhLlChNt9BLwGtLC Qf7PGlumWZ1QaW4pgUak/0krLHJMDkwapt56hMBHnuo0LSfoCrkf9lSU8rEazKZIQxTRtLEGJKUe 6VAsdN2oJRo80tE0tSpflVwKeTJ9d3CY1fHWcD6OWfTp0SLxbAbGZSbl5WIIIMJ8qrII45GjyoXQ bVmXn5bwxxOSzNRi16DAGeD7QDN0PgvlrYF4XixNIhU6qgWbpizKT9qNwdNpuEWxvKZ2IqH/Omql Vk1XylsElWBoXhlLab/Q76TlZFZKSkeMLjZE8yzfCNyCzaSL/pMwSKezuFxVzJByb9XGzjRpeYMb N+11GseleW3i85NBFM/QaMWQHQEuBztFRK1EIqDUxXHOwK+RTa7sZXtQzQYSJjREdW3UNsvRQjIF U0HUIPXjO6bGmiEyJBmRtYLH6ZvDaf+KnCyRUYC2YY4qd/uvBEHEh1AwUR5CyNNLNpP2UBvuUxfW jIzmXUXNHhqY7ra+G2pDRDvMSYJMUI77+CI3g1tJZaJV6Ga0ViR1NfJwpRSoAB12W6oRiRUNroAG ynPwGUnmhKNVoUsCwpkuEYVPCPYH30CWDHlBbu0fEEtcxSHaAiZGyYoQjo2yHbvyFtyYYEtjR1ZT GmvV6Kzf+a9HEHhOR8VMwz65sJ47yDAVGhnG3LDXWULH7Tkvi1KF5SZsEDFssi3ovlftcLZsk6N9 ujWKoSuMdLa3uaqpEsYyPQUPVWUuq7GSLAFGDjqJ0RMkrp4krYTdw4qUgasRewiFpZ/KLgzqmVN/ PRRDsddbQ5lu96p6hlLPiHrt2RvqzPee8+ARGyrUyt2+fv5UZVGmVu7++AFr+l/ff5SM3QHjeReV pk3T46F6wETla0/GUIHwiCvzKol/3N5QU5kasf7/fPWcEE9Lwf1Hj+bo7lt8ckwla8/1Yic+kKLK 99WjSSCKJ0XcPB87kCFl+Yu73kCejqmQnOiOEN1MRF0+5GgEvCIAAXv2SxUnpoeYagVMPhU4tPVC tkkdVvHdqAXZLEYM3AIhFA0ay/mDnxbdwV1QK9Q2M7cvdVGGYC4tV/RQeq4/Wija6IC8NQMlVCBi dMbmMIyv51QgaCQbnJ7ZAEvDpy+hvbOEWZh2YQNeaTA7zoyqzZNU5eMm3EjgwnvPZ1Ea4NFaFNEB uCrZrAxQVJYgJmdR5AoA1a1yczIiPGb5VZWxL02i9ErLREQgJNt47kVjpgSgShn4qaCghLtjJt63 TZ1MtDGXgVa1ervejdA2g6g+lCAEvQkuLyCfrv3wZTaf72ufVkW9lWdbF5hPl8ATzBcWyQ5o9L2F URRUoyhc1NivHDwDMqMv7MjT57KkMqYiAZIaTL4FGVos4FeohRrQdTBFO4sHwRLwKMG2Jg3nrUyN GJIIEDoSXAHD+EjASMseY4LUBpAehT0VYthAawDnAiHYNswtMSZAaysTqeR0GPhBaIEPRiG0kfVo w/OZIrw2GsadXE4xAgqD1lcMPmgL6ltAeOJlJXfMEaLw+mkN5/gSYAbgy7Xdq1108MXFxIqASHII yHVRVfAQLAgNIAt2ZFdAIQLZcmsTrO2SKIssBDC1sg6SsLCwxxWlW78I71TdYsv46QcHOTOyNWfm qKaEggLXS2aEhUN7RgLzhJIVNHvLJw0qelj+l4rnrSzHP6bWFLImLZzpUSryRmO3njFRpS1zd1nB kqMemUsZox8Sz+Tyg5w9K2Bn9MNHqlrw6Z7jFfG8PC8LljTX03+k4XfEowLtqUGwxq5kj50Ik3GV sdn9NMGKEQTbXYR8jUPgUXO6/ewhJ1AMXbOB7asn48ad1QMIsg3q4E3mT8X5eXgY+vSUM9PyCL0C mjJP4ip8e311Xq2SbCyXQR1fVZmbf9B1D8FWMsYNpOiBvvgpCQwxqhGFzHlc1ickLdtN80QXOGMi Y837sLRbqFwKDCzkhwCigE/S7AvdoE0WhWCUOe6IEYzfxYWk2yVFYYimQjHLQDGjSjD23zwc6XRE gpBhqPB6hhDXZW3ii47VPXowHpSkoJIeob7megnUUrd1ZXOBUqYZp7EQACrvoISCe1sHjujUXatE QpSYkL2Q7XIDyIb3rtTTE51iKhxyJZqomp4L6Iarns7X4Cbxy5UX4ydQOUIsA9rmojJAV8C0GEyB makWgXa3eqMJEbvNHOs+N2EIlRionpHjRaMhSJbUv1GlER5DsOSeTtitZRcKfZC2Ga3ffIMVpF24 w01a8cmspJ2gTntjOhlIKxfTV49lRgTBJpwwleraVAFMggJO2JgWiTBNtihnI23jrT7BU1c+yrVh fKUnE6NZ3SNAu6pM9Tzsdh+1a6zkVpUgFdiTxpXyWCikVgEEgEZjI7D95jbIO1wRwcZ1Jywk2yXb w1VKHI2JIyXVMEouWnVLhcX2ppL+PxpFZeBhXd9lAvIA73mvog8CzWjztouV4SMh4BExFvcQr4uk 1ZGiscJOvLikazFLpto4HtJab8JSnRFkmJP0hjM0SF0BEll3TYS3U1PLJSpwxls2cLbFxVOLDXae cdB7BxePMucqxqYoACQo63GD4EjbVtaJIsWRd2TFBcovwNWM1QjToBgF3X3/7Rj5nwY0Kn+ps0aU bigf/Fl+zhSiv1v8HTQR7lCeIoCIN7kUFgMV1EKJpdMamCXIAhobrL4FAnqPzuSQ7+ZTiwmlWNlY kRJPLJHvxG+GOBs1vtY8Wjsdjc3gwTsvC8vkqzXMSaTV4MQ45aUh0cyQU4dO/Dx/1JGnasxzHZJR lmbksJIiOViAkDP2TAANQCheQHJpKujYnoryc/8ZKA15NJyEShcOaDcC0DNjr1BpO4R2LQRwh56Q E6DZnZHvnXk4rHWDs2BqWXSj4gHNVY/BnzHwzaegYg+9ESZCcCCpkXWG1ohMbAFp+IPwKHSA6LSt TJSeu02S4poAgwS53ymLgCgdGuhDT101Y8w0btKYT+oApXsxuqVC94PtFCG8tF52yNy0MDgmh2wn gzKZVyI2WWDNfoRDnzXN2ow9xyxpLLzoljsDmhyF+edWZRf5oG6MffCXES5yFXQkn4bMytO7Kkrx c4BmhqrHzSt+t6WE2JlZfuH/EeJ34XJeGVjUxSxlv6UhIQ0yxFWpmkQgjtpjIHfikvO+9l3Yb9mK lkfPmhl6MzYXhmuFBdGkv4WgYWd7MJzWjZJjtIkzU2KXCIzhDCsdZwItVRJRXew6yFX8HbyLdHA7 CQq7zH4W6CwKsp4cFbHYt0A2GSGkA4dM408r+JAivyPsOX5nUNXpKObDRJI9ef7/dkosZ3Mahija KC2uNFr/pWQ5XciAO+KvloA5lLj/uszf5zRgWxHrClEJ98Ba4cCeOgYZWHRFr8GlxGFzNqnOyTLU +Y2bSgoZ5EwsYlwMuJhRhEMt7QOkpb2hM/Bnp2kfK3lN8EplCJCzOa67z9T+iPBdE0kkjMW9ZrJ1 hBtYspUVl8s9nYvOvaDG4OGbw+yh8LLwVE27O56KRN2uVXzCGVXjoRvWkB6naJnoK406V/agB5KL 8v12Ok304olS7qOuOVm8JGIS4ylUHczhEw7R4K6Wby+T/t3NYZTlOSTMKIg44yA3CQAKTFNawkja jIOI4hEWeihcd/4WrLPTIrvmRiNzLCAAL9rNv4u8VJ1craEglQ/BQV1k9/2PqR6LX+w2jzIxRYHi /ePIMYU+UKZzusz1sVN/y0JMJOTMOElyiHSkwfIQBhFpXQLDCRfQhmCSbd2DIj5ipRVGhVpbhcPA xejftJm1x+4yymxYPDAW4fCA2ve5q/PJytlUUZyCh5xZGySHR5uKL+wugEKAjj1dM6st+QWK2KQu Vw6Tic/lnLTHj1svWwgLpigxHL4KWyhcEYRrGybSzG3+5ITsN4/nbQiDelRM6admArQ5IGBP/qFu mi9gCfBFCBjreTiTHoLx0WM88YgRwqEGcxcxIQE7GWvlB+jXB51YgLgRGNjhsUyeUkgi2hyzYCGp HI09py2KyDfLCjHsjARPDpNll3HlHv64MuUNxe4NyVP9dDwtd8kjHLfHjT/xTcPa6577gRe3HjSH g28XVJSesU4V1FEioDNa0urSiX7aMRumyDlLUBJU61MaTj/mS5WEkYVkL+k8JNSaFEIwyVQmaCgc UL4uQVMGKnO0QEvShF7MaURchDqgqAl8/twdl/hyJNs2aadzmlgBKTrzi11YhIaE0znX7/KLaDR6 +BlqWMZ3CF/lx53b0TGCUw1NkDqItBqGJnrmwX97ZaEFfLv3Y6DFPGAptk5UrQJKk5mE/zUpucK/ hUE+yBL6T3pgOF5mwNpGAueJopYJ+XV66qvgm00Kq8mb0LJJ/xpH3+6sYYQUNThxU0NtWLUQycOL f8mnCbRholVFepZC2afIKENObhWCimJmpy1HuqpLTT7ATAKBWsuuJ5b2wCTvPI3TC63d3iiYIqlV cCPYq4hl1LPBCgN5fcU8hteyEYstx9O1LqWpDm1BGfzCYb5DdLLBXS60sZZE2gaZ/q6yi6ygg8yK NArsLvpYmeHdObIlEPQZfF6IEAIrqmam9IBTAxZv4ZZkTaCVMOgis9gjj9CnZiDLXKlbHXkrYiQh DVx08Uxq/o0Pzxn2PGhl3ly6Lb4/bWOWM6oiGkvWKt3cd3ui7Qt8f/9Ry6zw3COpewC00vSK4b13 oEsw1ZfVsREgZK3QjovQEA+ScGKx+s8HxSAstLguiSGIHsJcWmHzSVm18oci7ReLsLuZeIIajGRC pFvqPjxiW4QhhSNJYi+oYKERw6DkWiJCdKUjTZ9VC38oTEUMcTVq50qV042quBSLmTVl2EdWpAxR g4qIraQj12JLDcu426nMEPHDrHxteYKTKiGocnkigwhDiw3/qbUH4PgB6UjDMMMrrzeulyOYMa3Z +t69frTdtndHVaFtO0cUap1yzqs3fMeySoXYgf/epWH7eZcMMGx/emsptBmPHblc0DN+XJkwXF4g JjiXBvwjLoopVycjgUhDFR5sdh2BEFJm7kp2zCp/CROzkC1MmgBHGScBJgJlRlRWctMRjyiyvgEn JuQUgAi6URO3zS1crHxsUQQBXPziQYBYm9IPF1gpMBBeGOXzjlY23GA+wVfhJcgy7ftHF7BARGCZ 5ooRugcWbpByo8TwU3BEFWIKE/12OohA7lYajAtlrUdz11CUGSLnt7HyRWucVzvAXUwv2cYSIA0O HWa3vFmpIQT/BcywyMnijtdm1QyPej555PHJbDyCsjhZloOYWghxr55yIBpiqhAqRjCByHjucQS1 VlRZUwIojwZq7v/bvWkIdiZiRMVFRnst+tZ/Ab4ih1DRJy0XoXw1fLuNChNy8oSJ2qhJX0KVSbtF vURMJE+YhVcHujW5P/7nVDVJpkIRAtE5liXhBZ2hNLG2FSHMp4FKTF34Ky7QpOjUdC1A2JUKCbT3 BbXAmQDIobyRnbQEClPQscSxShGitlEq6WcI+vqtWRfq+a+6L7ETgG0nDRX9TBftSTZTEjHNn0mR T7sdulkmEPaJwJj7gqEGpKhzhGZ0mRMgKM9unaJjwbfc3n9ELCNJ2g3hePuImt5MJw9piAZEmrk6 1SouoZZ7hjBiXax0IHr0z/MLXomzmNu6WOShIXaN35aoeaAkcePyTjkKw85KRcQZVBp5cvtIFUXO Kbcs/eUj3I3jg1oxKF8OLKEPJAmxm7z/FWnIz5LEl9y4lJbThlfa4CTaqoTrFrzqghr5RoM/GmeG iycHQXSzZjusSGnFxUd6DnwCZuBAFmEx3gFOjQP5oo1GUbojg+uw2NCl4zpphejoYVMFyioLMgpf Csuk6WOrbiaIPSpNbgQVuhMYOyWWNNoeLbMEUyYtpS/cpEOwJlmNECLVthixmpSBhYJmIrwctZhH MqYT7ExCFAS0Bd7okEV0S3WRwWTkQTnlYP6q5QpJjCFRGt5nb1tWwaO+LMJ+pOzG7eespBGaCdWx Ty0E0UZlMtZ/izT0ul85+UW/rrpkw8KEEZI6tCKQLHOgzcqgOefKlignv8pTKTYDlgHSUcaoW2WT krM6MohA0jJ/osUYF9IGQ8pu+SqWTWKWYQrgkrfg2kiTeFpAZgpS+CqFg1FEEnXOgEqFj9YYeAg2 wWkCI0P/EGzeHhXeATg8N6FzLllF6CModpAQBt15HozIEnSAURy59LN54wbLg69hGhp17RQrevdo erwmt8rjjpIQn4bAVQ/aOE2wGMvyih8OpKb0i5U8iBocyizD4AZgAxzeiURqdhYcTPxnCeNUQUPz RBrBOTKZsEMctFbCWBffiL0tmr8ZJgOiO3FWGAZ7AWNyI3n0u/GYPRNUGkkx5GiPIvUhkHhEaRqj ZawQCCWJg1MVwZuReYgzi32lhmZHPbMpSo5ZjXyokSnAm2vLumQIQZBzBs+MW98lGWbsrCTBN+os ffK9qmxf+TVq86/gRQKor4wRJNJI+qMKeUlqskwINAePYJ/E3Z+VZSbVNnOihwYCnAged/k1TzZf yqQOf6VffIFYSoGEIyIXFk1FFLOSVqpVk8w1FUetQneubLTstMVF7iOLNjhBpji0rgsSchYNYau0 p6Y+QyKqcjW5DRu+k2GeWBWh1lGuOor2GmoHjlFmiMSuGc8x5aKvHKxIJgDr6xdWAgwcYlCSWTZb NDFScoU4ZitpFegAiZiQjmTudGQ5YDofhQesVItQVq/2ThpFJpBGYHUOWNp80lN2yR4sndJWm3w8 dg8Nlgla2KRhDVJRGl+QfnebxmiZaITirUABCi1nSvMnKBMAVBM5qNQPbnNbW2sYxmrpBNL+jxY7 MN6cSc8f6yl9ybq6O9LdZ2qVhNXuAZ3bFeB6ACdA9yGpm0Z341gRlENuuFYxri/wGV+bJfucElhd SwNbiIoCumqhXGMWG06IP0uRDNsHgjUrpDhqMWKWbs2y4zT5RzaiiDrurTZIrguOJIKm3l0V+FuM VD6nHjI2dKrBuGhECsknGgxgZRBxPqJfhsAUaAyLJjE1laPSAiO3gi0z3bIv7bNzrgEMY3b32ghJ GG4nPw/lRwsT1JeOcwSCEO0L90wqy6FIm58rLokXuDVVHPpt7CZrA4DW4IYp4iW131b2aV3B0NGZ c4cl2QSiMxi0SSAXwth8uymCFdjYHulADsaRSaeCfRtaAm006Gw6QcT2AUmwsc1S/YP2m99Uug8H 8v7iJjholRLmk8fxloZHXLbXRkBhoZG13xOAYFKJoKYSj9FPOP65EZy0ZW4dbEDPTo/U7dluAQro wzNoKbVO/IkRPa5vlur56seMDuEXEWZlVoTJRuAw1+QSMbDdKcmJGo2pa6ELiUigIII0g0CcVLtc 0WtUiK8rx6wJhnQqOIWSokvqTvLkqUiuQdybv/VT0VBjXAholBZ6JsBkKvPvLnyLNFJKQXpSR4M3 +0K+wRupmGjJVYkbSdbsTgemDrLGX2kEuVkdja+QFEkn0FuyB1IswO/Gh/Tcc6rkO441YoG4tQTT 6NpDOotmETJrwYwEFfXBSsJNtKk41MJPrEX2nl7CeMX9rL7tnU3KTqr/WfaytAxVWESHPzaeWujp bwr65UZWhUbMC9J/OsVRt1M0WrZrJva+mGeo2a0BTrk+SlIr3fU0nkUyrsTNyQ7laGIWbCBEysgN qD37xjiJcIpFdpzOLrgeouKQVY2w0o0+IMKLvzNyuFH9REeCT0e5IJsos9LMOEYuWnWKkTpNpsFj J9mrRVlaISWlSetNZqDvLlHZQuBr3trvPJKJC4N753jGVFfx1MmVCbCjGEpbuwnirF9Nkc0zzRIV wmeFyLMWx/uUaz4U4am+kU6axBJ5hk0FXqzc67kZ9EeX/Ng8uWR7TW8YMGEl203l3KJ3TCgUTBGG lWW1KaR8pJTMyAERfoMgneVgyMvu/YRFuqeLVuI97gU3CKqq4UQbAgri6Zj5R2p+IDVsjELu8HAW XDbong8E8sbkw8ZM0aXPeUe3bHMrJvP3+ZR9fFa/Sn+O4bMCF00hrFjHaUKJLmKafxqsgbIodiKl kkSxLbREbAeKklkyzbXqN3URsLHzIItVqapTvtQvg18EwgtZGLZQ0GhpxxzBbMzgKCJSo/8agBxE 5oyKRSY6rk3ECd6xdvRYu3FCEcavLDHXNZ//lclDgFRjM0CCDYqNWyAmVUbWFXBt4rKnLhtW7+2H cTB3Tp8DXLMjjIrQUrXQKHQrK9WMOGizelzMEh3x6u4BGWHG2odVDpYVjP5jKkp+91LBoh1NOI9B Vu1IiXGOATqQCiT1zBJYXTmYqo6T7QaiZTS4E0p6HH62DS7097WKd5ts+XGl2tKw1rz0yW+czHug aErHkBQ06Y1fhNt64Ti9sg96xVhrjvCUsTncWht3SEV+WUfZl7f4nQQMHjqY5srcGkZKoAqKDLx2 JgNQ9BWKxKDndrOwhKqbLLAKJVkZysspug8c5d+yjg9vIiwR8n/7k/UXv9sIbcd29fOfPYekjEJi 5W2I7emQe0kIe0lf6brMK35Vp9uhLfH7rwYSx67u+4MA0/USSkmlBEx50HG56TaK/UrMtumlqeje Bm2jd3OxZM/xXTvP9LkRWyvbfbkZlsaqscScWQi42m/PGnFDSTZf8s8B0AGKZHqMzbizT7RoWS7F 9Rq0y8ITJ2kgnZZoq7THJGxUVoPdHsBS2lbOv8a9ysGbeQ2aIvLNrQNK0zasI1L0riSaBvm2zRiM iZdmOB7tG67zrHaybF7WiPj5Um/u0LBYQ+9FYN5Y/RYiMigTZ+zyaxDSfiXjIzm/0tBxXFsgMZHg x4hQDP0mqKxkTEggoOdXDN1iNxdTDLSkZ7vHTdvP1mM+mJahRVr+Ul0XUPOT7pzytLQ2iUEJeQEk bOcCu/Z8rrK7wDgnCSUaxG8NAfISBrsNCC68CosEDnHBJKbW3KQVfHwCHwFLa9xKwj5kD86UV+I6 2BF0xYBIWj2hkFO7UQ7ni2O5mKhdQCGfJBm6WSAXhZuP0AikKHBu+CunCP6GV/0hDT0Iy7DqzSto x9wJE5o7L3HQkrnba0RQSB2wSIObcVgZ3A1sSNsociFOQbyQm9UFA5mZxzahWgChUBZsqAEMKEvP LV80bfCEx5QKGGSR+WpOxwl7RelQx8XxPmveJZrwCuz48Tg4Rd30YzaAZFBOZYBd0MlGrGla0uk1 R+txBIyEzaYFSii91Zc7N6vcPZqYJDIzWzjMwmExsrJZmrMTo+pW2MTU/cAZvdsnEPfZL8NI++eK O9Z10w7b2sPwAqn9Biyg8sjCCBka48XGABBNDJZadUAJjC0cBM1A24EOoa9myiDNWCBYLbeJcVU8 p5JeH1nsxP+E0PpRGKUnjRZXCKhnutSiEIAEBpYQiQGpOR0BpSjjBqDZBhNMWKstg/fU49Eo+qEX o/6NCM/iY/G8PIUYCGxlD7CuysTW5tABZSQWrkJ3W6ZaxmoC1yMieipW6BhUZUocv2gBDXWEEYgh nPKWJNLfduBkq6UuFErBnfYbnY6A1MPk3I8YzBvjRcwjLZPmkTkLrhwnH9FLLYEm88XYdxg94aOA W/iaNc2qCQieI3Dg0DCuTxWmAwri8dcY7XnJLLN65t9JT0yL+bbj8n6RFUNMs3W0Jhlkhs0Ss6bh viAmSiiJUJOnb+lAbNngpC1+5ZWm6CcoFTEqcQg5pNhwRIz2Ilz1E3PNpLUU9rLV7EA31sG5KodV M8k2qw84QoOwzLTNi0KMVFBiDyVDcU0KZBMHLn8aKtvq2Zv6Ng1nYi6hvt8KBelugkvgps76+Fvj G6z6iYOTV+gaPsuU6sWMtwyp5YJH8qx+uLQ8TiMbYJp/SgRopp6PE1krKDiQsVhHkHaELBZYFogQ gboZuyTUMw8LN9Xuim5ws+WbzsHkFi2gmGOudqpZ2NhQuYzxF93K0OTu28hsvoFbpzT0zygQBJss BE0krT0MMFAradI1zZZm1lTzym7qz/FaIFfKyNOFtdwW4UJGYcJiJQvcQI7zhYB0woX247HZaRPK fFo3Q9dSvjxEPWcMY8W/AgACoqXCo6ExWL2CfCondCFGncUyijzN2CYiwffp0gKuTDUGA8lXBXzP zFTo7mZDK0FiM2WC8MS+qMLExhfWUkJhUXpgqzyC8qWWVTyuDeGWV2W2emMT7yx9i8iMh0r1TRLo 5meZg3ZrmxMiJhws5vpdaSReeuQyOI2Eht/CnxrUt0F3/sWDjdgKsXkXhWUlMWgWLRFqcrISzzgc ybT3h1iMh3ASItwCRw/n5VPVB8Yi7pzC2SDD2orZ+pJ0kIQXJHeycCs/RGpbZUqzJNaOswo8ZO3h u4/AkREBDwf2Zpf6kidE6G8minXBtd64m+NmIScnQGOj5drQPOvVvx8N8kQyoS8f1PQ7SX78V+Ts UGlYS7CGgqLwCRNUC07R1Jjtz6EtawQnEJbzF9ADINJUw6cjCUq6S5T2OQ1fsszsi+UkZi3JTIvT pPujGIjHwqHUgJjMPdJtLPAnRzXXL7OkyCxKUwYF3BNgoYFexvViOgKTI2Pq6lGv5+Am6t5GNQMm +DlUid+WQm3kpi1Y1Ho7vQR7NCXCSV2Kwx0sME1x1tFdE2EMTljCp0AscwTVKbNymbJcJ+M1IAJB ApMtdvbcukjEXCcwLYsjKQVIBFj93ZUQWS4ew6gUN+P2NeuX+JWbThQsAUXBBdK5AK53qaVwQOMh QBUPDmBHSfiTKjMGlkuek1LGDACzPSzospj49/3CyGau6Mq/0EkjpfIBb8/+9dhPR4EGX2cB+KUd A5u0oixXQ39qJgdS6nnOc1IyauypeqTPusXT2dJvgS4nIhec6U7LKgrI3WY6nopliSX4SriJ2faM rvhUOWQjNJ9Vc28pM5rJj7rMiZ5cF8D0TJrPmuogaNoP42Ok5u+5LKRSOMppnFhxL22YLWrZA2tg gjytuKn6RCwBU+iUPGRibfdluNS70UKkGEop+qrUtRoK5LhwlbGsqLDChT2XyiosSaLDf7lMW0+6 ecfagWiKclU78Rb/+paQN5QKT0AXqUyn2Ivscgn5mYO8Fg7kNMk+vCs1GkhEWziD+IxXwgf3LIOL ftIO5GnOxLF/NBkekgNfD115lZwJDUGQ53qhjY0IAaYktmp6EURLWS9D6RbQdIVrLTFYSRAqnysC No2YpzvcteJ6REGlHFfaEJKkoMSboRAQFRk+XDcJsDJgCpWqpRo9EdZrESJhEjM1CWwZk33g3YNc 4BSg7oK5TnhhIQy+/BZCZM3N5hA0QLc5DSV1yhFIORUyVX/YA6ax7VgBV1o1Irl51tHiMT04QW7o TM1Zid85YFmdc5RHblVhlq60MqKCUrF0RzqlHyUJZrSHPEA/bsWf46kh2T1PJIuBMc024j5nqFwk 2pwn1UAH8EumHKO2MCOMnNYQwzjxBu1qhg3yyBFnb6OXKyQk9JgOBrZbrLw9hrQdhJJKlsmFRefS FGopQehKva2MpuYd2AxTAsC+rCBQUpFKFgzWLx7zr3wj66ps8NdWMUpMfeAroKNXKQTHtJkgW8qh HFkJDiz+Zg6jGTnZg7cZhnVvX/wobgsbn7ZmCQlxTKD+97cTlZ2FiAyJSgiAOvmgRJOpjL0khhoi 0yoII9TQVq1+3fucErrwTbPoFsuSsgRGRh6nzIAAsyKib5nQdBbXlhgptmgl9iLICNmj/o5qGbHp sbKEHb/YTo3GryBk8BI/19NJweRpDyXVvVSTwMUMLNTIZBoYwX5LO7ptxppQlGkOSSt6sggsZmd5 Ov35xjXiDmhk1enJH5JoK0VitRhkfqK2EGPErCLCxGHUVNxrYVacCg1BWVlHUOTiMB119XmL6IIM 3MCkQno39hKAn5kZ/y1IRyJ0yTbM5Rv5+01W7Crauu6UoSiz5FbiTQmyNIizZrqcfetrVOuOVAS1 gMWrvM58JoWBrfLopHUN5Gzl1RKUjqyIUUjgGZePgrgRsdHav/XgRCyrz/tQKL3sARhdVWdhrqlb +lW6Jswsp4xRP8VwsEbOBU82g864iUjC4fnsM1Mssz1i5FncSlIk3tN+NkwXBNibHw2bpBVbQWXY 8uaZFVZv1R3N5nTPjLbGzN6q/vEQ4FvCFAFNQUO9HzM7pGJ8laMJadUZKNYVfs/TUNqsfUVLd+TZ QOu10Xp6JocSohVs+6LJj4Tb0FvYKf9U3mWWtlvbubGoZVO0QrDltRs/Msc3z/Qoenl0iYdvGKNH daz8TDbc1KOe7atWbOcvKdFGgmhCS65GsJbUqaknRVdZsqc3zqswb88BjdWz/dhW9Tmmz6Tki+Hk ii3Ku3Q/l0pSqck/BSbk25vNHMhEFYWJiGUt53MEzJKhx4aY16NX7t2oyB4Cb46Bf7koO6g0bmXg M+ujC9PIx6UchJOJY7JZLAxTN3OkxJ7hwD5bHC7Y7qYdpGM/WChA9JMGC4zIifilswVxJs38neji MkzOgVKMDqYArn4HiBzXhQx2m1hogmTZrR7+wENT1CmXbCHAzCqPoLPjK5W0GHLPmAe0iobbGZtX FvtLWwGXHc7AhYFZuuKTfU1vTcI3y4R7ujafDtTINvslZAKvaBEYh/2OaFLggCnCDPOtqnMSaSPv Oh/KyxFdwZGEMONdNWupWzapb2GnpSESgGqY2kEjFt1lMHAUC83pFRmFfoscqFIBR2iblFed6zIm m5K0Gwn6oo0ck5Xb4mIly8HGAC0gl/0EuYwVilQkGh6+XL2q1SoGCkizMoTySJ8th5NvEQH07nqU CNtclTxFRy2wkSixSSS0WvC0bkr4hBCUOauZpnFVUle6l/rj2vpd0ypzS1/NC0WxS+NEJf2CffKG 4gFmyVDelhYdpxDkI5QeGp9ay5AnN8OL/4WcwUjqCuyLdq3807J58yTiZFf+QGPd+ZnhoUrsJ0Gm QFQrBVj6MVI2WaDRueU/egNYPKawVjeZG/YcxOAAclYKnNAzQ25WuNFECTyH0Z7dDRGJEKFpKV2l Pp+R42j98CuXAAsIViY1TOAMViwiWnRTP3PdRTs0xrIkxi6g8I8KioAFvixB1qsnlps/gKFsHc5/ 5KWNGOqQf5lMfv7FtEQbBM4fMTFSNfaTWLEOZ5Csu1+67S+H6gxBCUuJAoIlRSIoJ8dLcmO03Lt2 CGrLRX6okXVBL+tpT/K8wgxxlgzTFkzf4DRoE1c0l6JQuu1PjN90ptLYdS1vJjdXqCMqdUd2iUSD kaynZHeZKjV5gAav1C5FJ6sMMj0AkcQbbr8Zq+scnWp/YCoyODk0OF02NQl0SRJJnE1QSF+iChng 0alcEFDzULykHX3NimZDkWGYZRR4Tk01IGTSZewNju4utbiWmuSh5o3NdFUiLZctpACfeh97m95q w6JM2nOzXMm8Iyb5oajogYNC5HuPJzJqwYukXzwYyWqOcMSnshFXeGu025F6upXeBCOOvbsu3IVd LC+SkY9juCyIdnm1+CswZgDGFN2weYv3dTc2PtBDPe9eLaGPRAjLAugsjRiaxpMb5EIOFm3Tft2R 5S6atN8l3eQ/GebkJRpkurtsfGllWtA3O0EBZ4c21Srky1sSU+9VR9DurJnbozPURPrMm7Zx5XcP NA760KIAnq1lN84QN+fksXxQg5wf4rF7DBqWOtK13yHvrgEFq6BDD22YFeFnMY6EYEZAQ1Esfsom ZjnOTiCTWqgDAYawVQEZb5csAygzGsCHrjeYwVAsqfBn6Q2+K7uYtFBSHqulVB+r2kGWYAQC+9pa ydPbxvCW0l1HaF8N4Y9CIo9+rpQU2GG5lXlNRh2QbQSEIH6iPeytBEenR2qU7qItEgttYNR5jIH9 eWUVObn6I6mGYjJyIaNQ3wIeVuBIuMSIhov9rZDrSRTymYWhnLmxnSHGHDwKV01kwKCfCIpWqy7w b+f1w44/FgTF9Dii3pIMSgyPfCVCXdEutSZCqpI+pRGW7ZScmdKgdXJu0uSGB53S+vFjapI/IBet ju7iPkgvw89v6IZYspM0r5/B+VFjlL1blQWUkoHErAWlkHJZBTtvKssflwVP3KPbjUG8tfKTCUZs kTSzSfLsvxyRFOX6t4B6UWvWHVLlthlF3ssnA/P9LiAbtEczZcqZEuNI9BNHM/JicmM7RZhiGYDV hsVAy/avklNXS61nQyNdyKDR5Ypc/2uLZbLJZcT2fM6INUsyWqzkrAesJIFkxQGhEjuUtmnlmTzU QYcMu8rezIh9HaemiPK6rDOhVDprOyAVt6Zry5mjypjZnxUfFyEJSi8BQfsxMlbwyMzSmtO8/pQd ciXslWOTHjG0juJZWWv7lMqraoySxnPSgZaZAAfLjIeREicTzAIawVUGDerlnqnZh0Q0DAgwYrki Uw6ekiNG6GS0Lbiap8lMg+XBFCvy0xRlh7JBhHHXGdUy1SVj2KoMVxzMqZ7evaUFbFlV6eBSQZad L2UkFGEALTVvnY6SfvsTthfjWp4wCWSwWcbo8mBA4kD5bSBKxe3YcSpLQ7iTajddDWKBgg7McZ9B hgziunrOKLM9dJBjNkaQxDXwsNZ48Tyv0IinHOTsUuY8WoggOfzij/ziT+9nL/8VmKhPEkiMgX+6 riVJleJWieJsDkU6uVYm99dQhNC9gak5n+BSTmhprdQOt9oF4FTJ0tDuYyJMpU2S8GcB7IFXBD+i PsqL3CnW/ybDYAZhujAKbQy3Epl0GgHzMHWYIq7HY6b8CnFtcoBsFI4aJmX20dnHSSZSK7iRoZgi 9WUwFJH+KMLItIvCGVexoM+Zhk7Exbh2IEUkyGjtCnHttOByEDhF4NgHbRU8U28WSzuqGk0R2IKD IoODsMXmsUBoiEbj7pVmRBlGlIS92T7RdodFOtwUBIf8tFrD6CpsQZH0XBXH5pckX09ekCZXR5qp h7Sw3GLyeASbjhVMBNvxn61CAWKLu8YMo1JdBkIVGOmBWa0UOXp65i56GXlLtrQQuVlXEvRpQS0B RW7LA3+w5imGTQkrmjCgUCj0tYWzclZmS4DI0gwbS62LX0RKmHntEVKo0uDSPvl2mXKiZsBVUbpl IZeUaUnMuvdc2lP+VRJl6D6bc6YVYU1U9alrS82rWSKC4Vy3ESzbnXbCDr4k7wl7LEQirUFuzhpH m2ZdWnNjSQoywOBI4CCY0hz4kL0i1ZicxN11WUtj8oDekpCVtugJ3FhLqnSCM02thMzOKxaCpAyb F+Xvp4OlPftkE3HeNrlmyYbym0w6eFRFLFYXE8O0yAaXMjqDBHqt0MuD8kjy25v4rGpLHLIaGGLV nMW1ebW+PlKxijobo85mqambeSsqAoQsNOsnaF5TdMjEu0ikQ2AORbJbZNKJeM34Sx/SeehrhHSG k4QCrI3YrVGks5EyME2pYQA7UZulATe00ybHr1kDMb/7WwEjyqvAN0F1QOuHnS2nDkNsrjCnseUn enRVoEDnEKhph54SK6/JBSuaojUZ8I9SsSosbpkmIw4h2vIdPiQV1HlX9HToSkMRU20BjaJG19em 8EYitrlSgP4FXiIX/bwPAV1TMmyZTtduJgVhlKYWzF08C4JN7hdl6WiGR1vLs1XRuxfMYLF6kP0V wbu28jWjsz7uFK8F4NI1LjkxFrJglKFnitlpyEuCLKw2FZ3a3JeFBC+pNM3pE2ncPFMqcdK4F5yZ JhYIudyGtBgeD0PPbnt0IMo3XMFlFkcphTTtWRRB5adF3zahZQgSRTzaD5sDsm0P0lesdqrqI01X X8S5GqONu6pzln6CiyfBnT1MjZjxlxtkf3aZoiGAaKXG1yzbOAjvV7z1aOXOcW0Dtg4lE5OEGJCD s0uZbkI8Cls49BwMRwGmJzjrqXujXj+1cUpB15sHq6x+/v3uaRu9s7Dirr22Xk6ozdWzmi1jzeWw 1aGy+vstWLNQvH59e7WgJzn70QXsecnhvbf++f/qTYVeTNhjHNxuRjRma26PZ9Zuz2r2mkL8EYvn 1H1+3X+c8DZBbMqK8yblwfRJVnk1Lf7KJ8MlNKpsHUoBrisx4pCaZCg9p8WHekmJPelUE00BFf/J 2mHjh2mZcX1gAqmGOt3U7IXXIWSBZ1UuHTRrWnbqltibz6xISmD2BJ/twg9SZGfILQIudIl7Jfwh vIv32Q/f4UiYgm7CDc0yNwDEfgbWMJOtZdsYZqhMKhNdhpDjZy3sViu4wK8ZPW/sAlyfMeWRCtrt al/1xMKwmOrqWGGO39r3+/L+x6szFU8vNs3XvuTcAF7DhDiE+emSqLlyfsLOWXKHHqiFR0+NKMnP 263rY4XFmpr8cC9VW0RYKb5L8NsahrbAjGDbSoFfaXzRBNY2eA5Od+yklI3FaW0WSVwCafCU23Wf pvZFE/K0KKDDiN3uGso9uws6GK9QGmopzZlBBgDtErsfgNHSpiUjBczP7c/8+/eCzLw1g6FSGNJN 3dyQNCQMq4hArCILn49CjRktojWTsdDWdrM3CTvkzofNlWU8Chs7Gkjt0ip2UESwBsGIaUvRgxHj opSFnjy0kNOxVBKs+daCpgglfjtFy76UNZEBaSo/F+uDtsIPA/BoBS6jvRjkj848Q4Bz9YuBWBtJ lniHuJxR45uZFRBNd66ro/xkEYRtdZcllJAZvt9p91gsWaEjI5d3FcHTMhMrc2Y/CiPig6a97CsJ CwIMPnvLPEZTJtuVRGcLH+kizpFTBA8P1D/hA+MpJymQEbXV6EoHeTQCnEWESf8Tg+qEW518R4EE YtUCpDsSAVwkl4oVsuUyaDQSvsSpHvHK2KLbbwKI4M75rGVuFn+/e9KXY3rZFh4btYVz1qdz1CRf wsM8pgxpom7Trj4Ro5lokJI46XRuK1+KGrNua4p00Ow4zl/ntoQZNuiVqKUB5URm/fuQ+7XhvQAt R5My4U1PhIUJhCHRiPo8cYfMOrhwc5jxgwiZR6AFI7qNjdtnAIg0n9MXIktrBfSTsPE4eJjsOWvc pUdv8Jz0sg0ksMBi85aA1REINukn5Cgh+HyDTZRHL7RTexPpRYDCIgKAiY4smcvES86U/goI4RWo qLFj8KKlroVgJY5236k/x4IVgXgJfvdMoZmY6Caad89F72toM7ko7AdKC51LzH1VgOlC6HJyfiH6 VPuVaOsFpKS7t90K3RtPOJn/cWSEVqPF7KKPmO3mGlrvyq8o3GjFrDzaFYUu9i0fADSrUxtFWbhN xAVkVPN91WNXP2NLDcdtP+bFrFuovdEhposs9/KSyFOUNp/KOGq94Rf+mFcGUAk6InsdA07XuPJv kdQBvQ0pVDdOb4PIE01Vg9qY3C/dHHWl1buJd30XnhuTTA3bzUH/T9O9IDQOI1EUXUaTQPgGwsz+ FzjnPjF0N53YslTfV6WSbH9j8927GwzXeQQ/yLYcTxyXIjro9RBYw6ZkIWkjuAHiVgLz6v0RaC9r 0CkN6jmKGADSfnTl+d7xGHElMORpDqUM7i+5bftFr1V2CktHwmgiNDKhtBrIZ469KJFhEFHO6lFv eERbj7CahTTx80hD5tQJtzCYG1IVY6BBcmYwVsEAl5TOIM5VWsdYiwsFOwasbWliuigT0782pZSb BJSJMdX8oGYDQVeRtK/yDWyjvWz0L26wDP26NcwGAzSUsmw5O5Ja5mEnbMY7PPAhYHExjma6Wvqk xTynW+UzEqGHo1ZjbHLn8oIHg+SHzqMBIkVZgSLfLk+HxsCqarDALbRy8XZx8OgcMV8D37riVaUu hmdKHKluYMEexkpW4fyciCeMa7wEMrSAZY+UCRPKvpr9sHyYgAQIIIw1s+o2ttxL6Ck7cSkvKIVY 5oRn9yNDYvbfy5gir/Ctc5RjivSNEy++1AOvpylaTh2Ze71jBeV6xr5rEyWZNNEOWEozQjebLmaH 6g16jQB9s8ku0VW/aa8g7kvCkVWChAFSMQ4TRtGfyhuXEKqKZ0U9wIJg3BYqSvgDw4rvQpXcmL4q mRbdEkWUNjEIaEkpb08n5R7al3BNCMUZfWCBDg1UzuPCnJswsMA4Y4L/cn0E9nwGms8t6SrwAyAe +FBxKbzKepty0EF0oCRRV450fI0xQDskPO6LD63wwvpG14o2UEVM2ohm2DnT2LjSSqHbhzKAeKkV GeHF8pMNG3SKNrSUhh87r2fhQxqWBOTkzCI71Aj5FlPZybUZRJkqJgplib0fxuBI4SczLmiKfuaw ibJ+WUK+wSib5fUZa+s5NZjnl8ShjTwnt1xNS9JgcOTBr631cM/4PeBqrO7mnHT83poRdebI4njY TylJVfK2+MROYKDSpR0vJD/VMxwv1oF43aZZdAsSKaolQi49QnM6/gltdd5OoXyf/lxhXgibbARp 8pqKndO2uykbWSEoOPKJ9XHO9FtoSEpMxY2mx9SLl01JyQC0LgYA9EZATM/kqBPYiNvMJmrJUA+U 5YbQLvQIFJIpWIiCFqPFl+CiW6hQnjfhKpUTpTvZqR+T7bvI8IuzdMqWyZ3VsIpSx2ZOTlcYoC/e VKEj2GA0WcAuCX+Cglom8GzZKekzI6+8zhMJgOgCKMrjDj3rw9Ks0QmkW3yrISC4/XfltBMP4kGt qzLaLNnV7J+NtEklAabr3MJ4dOoXAixJk78e7m+9wN1x7jlsInfBoGYw0398QKdcLKdOmlTTWaYR gK8xE6pnOzOdMRyr9jPwDfAJuLHbw6M/Fhj7PC020dm2FOxIJXOIzx69tGq1b45IdKvRyCPJ/3kl vopLKv38aRMxYUZuKYsm4pZsAq1NEAy9WzqVkrptsxnnnFC2K1fsS4fUgHqAQOorCZTVyqTLQOnO +c2dK+BsP2z5vH/o3za9tZLV4rdFnPJwqXFlJds5kNmDZnvZsBy4WYaL209reG9GM4fYoAhGtNWy 5gwkF2aV+Carrvdr84SGrkaIYHGrJF1BoMS9PbSsrkdUJROgMdol8U0XgFSaoI6k6PvMxvdcj9+V vXTQ30JoUbCQsUXqUMTF0u9taiUsQ6TfLCRIYb2iNLXGbH50cGwY5yMT1bJBdJOpsFWkdGGhBBG5 njkYfSE0S4MOeNGAufHnE1kKUq7CmINpOQhVqEFOWD4bUyTUG7KBPUtwcXe6kF2E+g2QeyxPffqJ o/w3M9Zhax5CDBZc05wZRU72aIQt5dB3xhMFbLWZI2OB/MNmGqWQliguvie6psOejUCrVIt5j/Jg U11DW5k6uEYG9UVGEzNEo2E/yGkuabKl0xqnEZelW2xNQzvu+0oihQ03XKnMJDiXimhN3+m76WmE O2i/OnuIEdkO7hK6zt2+4BerT5G027sajQVOKp6jofgzu8IHw4iA7rU6lLBP92uMYGaJYB1Q6xyM hTcJjgTPoXSWLto0TpU56Og0HO4DkqmmJRthjk4R04441IYj7hjCh85Numuxaj2YTb691wmMMBGc ad1suoppBmD+pRPOmWHOVqoIJcV4JLYqwAmkNTLdkkFWkYImaze551ycNhm5ub3p405l/OTzeetm OyIpFWiuXXUlHXc5vyBvJi0PgQa8KzXMQrBCZcy9eQNTZ+8swaKnr+q1bAIshz4o1IW6T9ung9aQ FAoXEN/uXsjOXMMMMd/H4oXejKv2WGOxor6EabkX7RmpOYoHeS1Us/YmAj2AiyMIE0lKQ8Dvs3yQ t4jZRX+5mKBdGBXN+2IbjxHbkZuPF5Oao+zlKTtfEg0pbAdyuGht+qDHB7YF5+Y2Pw9D9qAGYVlC L4QL4yZlZQlSFrOhSsEKwF4q+H735AoTr8b90qf/TO4MKhXxARN7918x3rJXbwo09SzD8V9zMpkM UTQJ1b1rsSEZ96xhLx+kgCrPrjJ/0ezj01M4nLf92UAkmtDyGTnCJNYTvaQwHohmLo19Y8mxPm2s 8tSMyup0kqh5vDOyO6PJtVgydIE8KcUifsQlEg0ZU7Fab9EdPgRu0FI6E7qGnbXXRfbMVGhI0pK/ KQKwyQOOdA3SfA5eeECzoqyRvuVHMdLMy9RJDlYK0V+qYDCB3hw8iyUk/uiWQ6ov7YwS6YDuEIq1 gBeghRiZs0FzJecCMZbfMsuyX5uZXcTxcysi9O/gbV3msviqAmau17VBL7TrIUGmcrpmJXIeHIcj uZ70DGcknlM3gQmeeOh8AxkpndD1ozs/BNLM2ug+4BQ8UElktCCI6EWHTTZdnctMxi2ouWB+rWSF dgLhZf0L0wKhfJNSw9Z5e9EgyZg4Z0W5uj60mW9SLkF+vv6UfaHLuVuFhtB9YdrAzSRMexOTPimu CE3CHSZACiAZZGVx5Y1wDyUJlVml+qZavqiYoSUvzjpZcJM7ohCwagAtwRSNswQ96bkZel6etGEm 2eK4Ndnib38Q6/oeTt60gg45SgLpLUq0QLo2UlarATOstxy9GOdk9kkchKFWox8UWfjAkM6DNmNS VXN86sSYxLQqN8gs0eWFdtPHvpobZzHrIQz+XDEENuRBdVXbhFrPxuW2XgDaQ93bsc+nZJpNIshE EYmLaqiTvIpeHC15qIecGmHtrcw0qKC5CTa6f55rTg4Nqj16uIwlHmwQwKa6lKITRBIUT0n7czk7 9q0+GEtDQFduQavWmMwy9IUOfW7DRnhYYEjd+CJS7KZHrmrQ5NJkHz1OnpyK/ItPjKVQwgzLcwph rm2epZ0Ri4BI0rXUUW/VzQsDhV73CDM2fzkIxtnzfJZV5Y/+7lB7/FJRAodJ2afLHWkEyu9QfhnQ waUtwkifivjWiArHWjvXNGpq0rTJk3WWQnmiQrgB+D0nyIOMv7jPwTDOYcsIlpOXYUdH1xs1+2wx t4lAWJGFY8qz9zx9DMIwMqCCKlmIcG8cqU0FaROJjVEcj5jkpuQtWynklx4ggiTLFwraRnSCI4Y6 7WPBdGV1Q7R2pHuHggS97+45nLAo9/G7Dl369xYP5yVL58FuhOzrrpBdNEsgjdYIwAIQAJ4US1Cp xqSBVFTVdWhSY+g2l5raEJ9ifpLmwokOe7yeiuMJnEU8eY9HWvBBTZ80kwkAKNMzFgaEG0sJn54B 6wo3KmiEoJLKnraHgewhGcTkeJb6v908Cu6kPXYRECXzRs5qdGgqMYsFkUdTf00A28IQkMr5XDgU S7B4xWLrIk5FgQMEuGe2dyHQC8F5hLjqeCaqkWZx3VzY3+azjIm56hnfGZ78PyRhNTm2CgBC2pq1 ocFwEm9kg22hCptidkGqxJWa8xdehtiioeGOh4JFoAeAwntUG02GAu5CaYQJRSoVoxOCsPsagQOM IA/oYDBgjO38ogvzSki4Trh/B0MAQwVT2IzyzdllJ+z2RXEPZcKLmX75DkJD0caa16ODTloATSKB rZNoSkFOSELQpdyLqo2KONTnANo5YzmDkKONo0F5pwqRhVRmBlonE7XCMApUgqy0JsSUgU9Q3wXZ AKSNxKnF75CjrBUi6NChHA6bcD1BhcilOqJMCjeaNzITl2QGjKknh8jFDWslK/LISzOABTsVnpFc PhfIF3LTUZVZfZ8RqdUHZ3rrn8I+0abcoDpiDBNOD/nRaiDSqAKVhSg9URwdV9VInpnX8uFSF+G+ eHqE3eCNXomqwp2T6V0OSdHsF5/FCflBiIo1+siMS89KbcmK4sJVgsAVIRgsVZXDdBA9RT8nkieL 0YBYORpYzthoe2PQYE9gdyyBCHc60n1UqZhNa8IjGeAuTA/vsyPsxGyBj0BiIEUYwFgTWqotzBXF mj+k/RnrBi5fRZdXQRViiCx1U7puYjlAYF1Z8THRVqiySf+CxwAthdBIEkAX7n2QFZBSQ+MIAAEH BsMYmqoYZEZG17Hmq1HSVsZjJGRbz0z7KaqnUoA3h5NH1i0w9T0BDxmWfzZA9T2MgjXvLAbHoMTQ Sj9KVc42Ay1M2J6Rhw3A2bxpKXzVFC+taYoCgoI+tEE33wld4UuRQm+G7+kHf/dZo54SYwiUf3qD BTLDx1MB2QR281cEA9smqq417X7+eLL5qmG8TOqt12gguIjXQxmKWc1XI0s0wKBJd2Gr4e+VxeKp OOwgZuqpeBGd4SFH6JZAEI4q6gDJSM9W/S50EkE6ycaObFFdiwWqxmVdNSjLaE0ezeLpi5c0FRMw G5OFWjYSPKF8YnQGyfoy/xbjI30EoqvHR4gQvl+Q3SnZR0wkFjv/JGxjwhCyAlFSrYZiNgp3c5Da cCQnrdbgczEzmzAkY6jnWaOvTlYLSry4PgUTzpUKzS9awEJ3gsNFtuxr4VWGEUcUn2dLI5qLGQdq ZFTNCRqifXSklqe7lHRyhhRPCi2eZ8kOZbAmy7w7QRZQCisaMu9IBwEigvBsBB7ML/peExuVjh/N ffJ208W8LVRqgaymSJQhmzrxVgrXv/lpoKhjim32XFgrX/dBEZg/6ZZxiDY5aemLTkFTINPjRvqK zBDGkRJFjoyL9WBIQostH5h3cgvJyTCsDI4ioDUTNAA99aIVnPeclyyT6oqPbKz1wDZek3v9E3jS SpAeRSW12aML2RubtKu/EFfxiIZIwayPYRuTd/vAYSsPfTEeDs1Nt0ddDxywtyOwmzKt6QcNZVNg o0krZ1cKQ08d5yzsMAeMqFmGe3gloS0kpf0BTleX/hkzhWRaRtEVczgkNRhQtUnVpxw+j2EUZYht nocICLUrRzuHmD9Ak2qxdo6bXy33y7EreAe/clojwSgucO2pE8ChXFS6Gax5zokX8ejFI6T2+C03 5ufMLim/3lNCcKIQHUUu7+113DMxJhbZOO0kgQbpFo/JmZkHoIlcZz4w5KX6JASTyQr97gWm/BYW o5vTtX3eBc7CEPSzUpoNnITEuBNrkMQHSbKdsW0Qet62WZJhAmX71cOnsshFY1S4mNh0oJqKpoqV 4WQZILCC5gWDl27uaHsKwIcIoU3pLqykrtmMfrfDRwe8hAhm4bLaoMnBkDsbjmPuImD6o+uFPMKh y3w/pxAQJfuigwokmsWRxIeuLMwvHvT8QTX5KzqDqfIULVm2C1WfHGwUByKW+82tckVHHUwIOtRf z1cn0ax0iq1MzOON0nZqvI5wQsUuQRQ+Q35GEmGBFUaC+m6XmTJ11qnMsNLTHGRFZjTNASK4UYBZ mgNRiVcneT7iytD0DGky21Chpu3kWIY9pECsxtIDXZBYWVfTZMElw64JvsoSjA84cCGfbwBW0c2t rIYOOpABlV0hjU5dceBLF0WqMiCNe9KUUywvO6j7ol+2KgtBBaFWe5REgXTiIw8XF4uiRfbI14P1 Vn5diR9hlItgU0hoP6J0K3d1KINbGW0OTlVMsUGS/wTSoAmdHjaWgdsHSETwliVIgGONNCRLwWnp NkFJ1JpHSOB6/MKrbT/sULmlDb26Uv0U4qt81Fhv5JaByQLzUTmVJKrKRSun1CG7o7uqPRVXndVU SisJFm48MldXvjE+aaq4I6V3sdpU95a2sHsoVFOtuqMebHGWHmWkZGsFuHpNWfzxiG0nSMl1uIdw fAtAUlO7TdI/xos4kcRcqhVlLfLiFpZNHLDtgd6+GqsdCJ/vHo9MNJWdkW9bDg5WjW1dWZRZJyrN jrUR6vXRWIZoZ4LscXHSYqrvjbKB3PzUA0KInYAyHm6RY9JEYOb/rLIJor1HJ3BIidEp/2ZoRUR0 zaqpqTSVonXgGKdWzasJnVCWMngPJTZQCv24K6zbZ1VwVgK4Vw/vL+ZbBO9Rz5Pwt23d33ZbSblb TLf3icDszlJz+/p4qK63HQC/EIZmddSmKXvIE6Hj1PHAQ8sHFRdJgz301fzC9gCN/GFaRG030de3 3d6mPMwbceyzzVpsUUODs9ZvzxvppjmG0ORdR9ntXD1tN38igBbK73ZqNcepJTZTe2aAx1IdAsRj 8xSLBrXne+UnPjK17MFwNttZBmAWVhi6tdrPw8ZylmDTOXu0173KPh4VC7NQveMIqZjSOUN4tKXt 61ev77/YQ+z354M404VVAEIZ+1oS5/1hQ/vnb49A+Xa9i2w98/+335miLfBYaq2DBlrgQIacrfUP e+BJ/f5rc5pudB65Dc1ErD/c7UdDYMsfNsSTB+skZP/uvx17exC4Hmlkem/RhPRZAOciY0LUW55F nyusMqTWcUguITWTYjxs0UsV+cLyRwJt6x1xkX3KSwewhZ+wc0BBVX7UKILXPa6cNq0IpKeUrmFC Bpi+ojn50hxjZ/nWR4TvcgZGAK9BDsDmSsIQx24QzjPLL+EE0av25CmhS4lxWYBUE+nIx5vVGUG4 rNhN5U6xJA7lBofGEDT1IbtYWUMoyi23Fsi/iiNZGkbsOQe8uV95FEoLml7jKEDnj4UbhJZKxUjJ cKifnyOruUbJbwasmTzZqSjWnyR5LmYU46GtZ/4gCXT4wsWqQjtOC2gnBNSCiMK3EFCiW9QQr+NE mMB+eUYZXaOXNfl/rcTwxXoDaeCK4ov95PqJchG5CCMNGDYJNCnUEKXkYrwxkvuQzKnWK8ud/GrY 5ONkq+b4JzdDIrKw6ZOkoUcDLm2QWmK7HLXAiXSpbsXgMsSiajs94qehPX0Rk+VQRkEFUWggBmlA Ah0nQE1F0/JqLUmpTAN4pEz2QKRjMNtDWp1QU9G7iZ4DjLlA5ie5sctYra6VeMU6yah+iri+EtQi tUkUTXAvSrE+6wLnIirTYKFoQd62JTKSPrFBXTqYjwTdaYfuZAyCluMFSWfrsc1RTFTlTUcuZ4Qw Px8j5FIUPDO6Fi3rPPI2G8r/mnVxxKN9RpGZJ04fSvO0EI0yEkpvHwVntGrguo2eFYE19EUh8rjR EXtdWHQ2GMYjhrxiobNZTlsalL9dlSSiQ6ykRObha1Nx1pYgzpbwkvNOKVb06kYTBmp9YiqmCYrp Kz9IbNUomjTN9lxqwtU28hUslDh8VIdpfpHSmlRkfbfPSyUQOZdU1XkPpPW9fyYyyvvN8yrX+H9T sTYSKJfcpNplWJGJFoSw0Yy3eVWPdmyEJjaIqYxARKg8X7vAxWZLXYsVY9W8l/k0y/IwzOaKZe96 844fG+O5w6VKjDZ+fHq+xpex/Hq3pQepT9qzw95J1xTMSZO66v92J/Rw4Ner+12dt9HIpbcPUlRY UpjqDeLaNyL2K36Q/Rzw9pRw8ZDIsKHDhJ709qCnSiZtKHKQeF2LYC+KQuq6fH46vW3W49pmfDpp LMRc7dWnxNsTOTVtRZOzpLhZgJ4TBRG1+sL9myCYQX4RR0+qrDX/ihdpEk1EQ0d04lcFN7NRvbQ3 TAShTaLEP8sIzV7fnkKBTC4462g6ZRVNh6byTciSt5mVqQl9gAI6MGRXADHjhxI838l8WqIOmhAT yby6+kBHJjYzHS4iFjiUB/vAn5b1FwaWzEuxAuqiRFsCSrrYTipAYe6CF8Iv3a1OzmvqpGP5i5Ek aZzXX4k7p1MNMyE9nEhuBF9ZQrlwq/mBA2KqjDdfWhFHsiQ4pnE4ESC07m8EvcMe/8l2YLYvXRfc Q2EDQ5oCvS6F6M7KscJjMAtG9OVIyVohtYkPRPdl8hfPDBR2EWk7RQnHilUxggwwHoxA3UKc4ZxG c2It4JRVEDaQ0q2gkBQ0G9aA4SyeVIz0f3bL61xDYhWWg0STC2g5vIVy1ZqEf+hOdZ2FfUTjsRui AEbKJYqKIQngSonVL1vsYKztsmBC8C+ikLPKAyNEhJqkKxUMWvtWUdTStSmH/RQhFyCBOWqQK5i4 BuU4bdtcJuDiKgaW9XTP/qYQRom5Ig9y9YlwSQovzUzopZ6RBMWxwG+8ezgPihS40RcGfULqigba H5Twe47MWwvIMJRPwZdcM0iqjBSDXYzIVKXgUtkHtOnfdwXI2HAbIzjSHPiTKP/nRgSWPwnoLg98 qBNErIal/22GxAWMv739g3lP6NQOTIdh1Z8q7Hw9q1Y7qxNn3YsEkfIVA+e7IB8sBCG3noUeQua+ +nXQoBw2WRH0E4GUagQRTp/ZdNkLSxS4c3+K4XhCcOySdt2Sd51kKd0vUK1A/GX5DUlUmIo7ot4D 97oyb2rUDGVuTU0JgZFMpoh3lXIWK/GTkHUehpjyE0K5htPQhHOl5HSwgpIPhJK2yS3H1HTOwMWE J6VqXLPg7kIskeODnLhAyBB5pa8M13U6KJNgNMtWOJ/jTWAZvQTZqYR4cKg1TylExmzQTUY5FANG HhjUAU9vbmD72dApcKjjgY8Ghk6E3h1ZJpDXl8aj36TB9E8/pRkqChIM0htA2b4FiczBKjWTtR7G jDnVZhyv7tnxF3SZ4zTEdzmkT+YH3QFVziONqQMJFELNBiJPinfA8F4VxteSf6ClTVi2JEf1oJxF R2WCMLaqxfLJoaVDJeGoRbYJUVwEFLgg4Xhf7kN/SRUWuxYkyTnjsVRf4YgWcu8cywSvOryZ4/Z+ gGMSpRnSCje6yydAJrA0GwuTCJUmTRTa6Y1evOsmGTJqa9a+IDKdx5VeXdkMd9utSTXka6KIiOho qqpJWaPnf6ra0Lc3hIpBBSmt03Td6MSUyixYf+zTWFUGikkmQeKyFiwu8Zd9EjsQmxEUlGPZuRFD CI1dFNTzyJA/mx4SGhkw0qRU+/btMAxSYNccnDfRkdJNDUi/HhDYg8vccGe8cH7ub40g7gpFuZS8 Iu2gNnBtiUYPjmeL3T5I8EaCqGClHbCCd1cbIUeK+ayXwmpEDo41GpWwuM+bqTHrdTrbSNabJ7rU PM7clv2j2RUmns09/2pWu1yjJN/fFGxTmI+ZWZk5KjItPkxes7G7pMjIvrX0bzCo5bpum9A/WWGp 5n6bOCO6ab4EQO8ZMuJdamrWo4T6noowy4Yig3bbmtgqtgJm83QUVOgzgQM/TZwTzKKxBmQcWU3Y 2ZRR5WYh1WAmLA2LOuFQiAo/ARcJw0i//U9JokNEaJ1GgkdjpI3YEArC005KH02hAad+6taFOig4 eEuB4CIs6kEMgprFATgmAC4083xBCtl/t69m0oAUMxpZnBHXjNjQXdXhJIgl8dkerUC4KW0jd1Mr GxMHa1LIc3IaZC0OZegxUXXZAlzoXb+Lj4mCblth1I4sPE6GQ7jApbrKHFsFzovXJz+CKoAoaSmn +BUStI2Gxx4zSHSSw6ZoYFotojuxdcXpEoWFp2IhW5rSCIw20Fy0YJJFDVSnXOiEBISWjkvWs6e0 mZ4069aBWg5zScA8Bc0IdVby6XNGnhh5/iw2XAz1ArqcF0blVJgbBPrWxYQIo/NufBAb1RqIAtu1 CMxK3AgmnbdbvhFfbBTgTdlqlXTv6StSQyTDsZpsGu0gTTACXDb+yc7xV4eZXcJLqi09phGVNtEC zUmZwHXLabN/dTBYutfK73mKQFh75TbeVCZZ1CIuBCcWR5HlwoV8fHj8lVIkhgdV1Gp8CogHsM9p aVYYq4oGXGCKqji6ldoES0VCcRap28eVZVWIrj7g0r2LeRjuDkSYgI3YjGaA4PG2IFFFLiASsnUS n8BLz5yaypBe4bGwFCIRd08K41OrilclpimvONfO+gg68zRtcI1k+QbG+8N/mljlcBa8AgMXmEqb svL0llD8plfwW8sMoISFzsXqBG0ykwmFwSSSCQ2i0GV7JDkkTLoiXrYHFYlcwqIrTgE7bURxrjUE klESb6FKfA/AIy4GDUfwiQJeaNMQs8PBIoT1hFIUGN11GoYtWhgqgtgyilqI5WNYZWkt/K1Fd9wQ i1w6qvJ0VJWbFVqc4wi7s+DNlBggmK+SycnMF48MxBCFNv6lc9eQcJKVDeakbDVfCBd9cW0j64ew WrAuiWSt7MXB0lG2VaPm/gGhoGyjgYzAX5knBUnsBUo/r5/eqtDiVxWbQNJn1Jp9AA1QejHZx8G1 dxRjvWJL2yxotdz3edsTny/QPsQd1qBYBaAJv4lEs4vKAtVaZPnAp42EqHETyvPt6aMJu+vMfhqx YoIJgv9wEFAgP6gOliIRBIVkjcAgexaQ8WcIzMbr0oLg/qmBhAZhxd7J4VjM7NVAZwKU5SVKPbIG QvI/xW0nJmgNpcMHo9LeUFQz4ifXMLyZy27aYsKgZ1t3SKDZhW4VZ/ID+1FMW2y2YQYE7jQKNaB8 4qjEU3HLVEu/NuTEiJV0A+510M3lqmwYjnz0st5aascNqDFFar6Js96FXQ1Hv1iIAKQyg42VxH3C f/MLlZwKOLo2efqbAr4rE0Vh+x6sxTcc9jGgnwKo6aQKFSv0gBdTqu44w2KlKLMwpNKs3y6MoOyj tXBO03QGndSrI59ZHnvyxAnfUAm+Ild5n3LNqSPepSKg381ESKUjiwguESoTlPSgN0Xyl3RjI6yU NSTKbYvlKYsMtYbNue6spbL2Cs3Apepw1ktKNddzZRipy/JtS+TczshlvFlSdtKsz+i6Eoezg7IR X7Rxxlg9Di4DIQCPj7ZjtiZeIVE3Rwp8ECwesZYHGAE+zJzy88w1M2sduIEIO0emhYpaOkI3/Zai VLJk3kSkWR+xhkgFseKwVinaSBqUm6DEqAkXt8ZDr6HXCYk6VnjwXxjscvZVSi+znYDACi/IELEa s9ylvDoxUFneGNrRMZuBJPyV7eWEvdMQcKaLEjAjozKdimU9zLPaiG9JjdBkVa6LvrAhLEVGP9kt kFs2QkJPzLwKR8adBLrfi9DIhbZYpXhUzpEKdeKTVacyiyzQMCL0S0vJjFNAgqIGdS1UIbX2aYRy WEBMYiJVkkor6EdTYnAwdZAUSss8GRDWQjzYzoP4OftWGS4o0INhr16AdPM8pfUPBmntVVX6xvW0 o19D4FTPlYifntUxVsO4PV2elVF7XbcmYEW1xs1n0JRJhL45XqUiZ9tX7uDF4SELDRjkqkl4+qIY q896qkOiryOfW4iJa5XYQ4SoxMFtLHceUDBEQSRMDnAMUeqFA1dGEleO1FkWY5jFWtLZ7XK6DRW0 YyJw2BWiybgwPXj1GXBUbDqF8gtFPD9da2O4lbYzXLEADz4YXQFHDfwCiOhiALcyeMk8u4ebjjKV KlnkIfkgfj+rTS14+Yx49KTgQh5DAPWOZsFE0ZeigJcNwT3GRt1in1MUniuxB3rMogbJHXFFkmHg x0Seeh+f8f0gj+aeIEtqqaYX3NMCEbMljKFZCd6QL4rq2ZUqP+1kB52bkgqYdEvwSIl+veimKp3b GtC1A761bDIijYSgDKGQioAM117RqlWhBLUtjJyAhYV4rx9AoJOnYH/MLm8LYWiRrDwTKB/Qjk2g ViDMY1P/BJN4KNFb4GubrIk6iMiNP3t54bYJkersPERPCwbQGQoAmiFw6eJ36xeIsRzTPc4obCwR 9fpONTpOtBRMz0FG9mI4jyJ7OfbxxpB6phFzIo3VOQ2SMxs0X0xx+OJKyqU+EIkQyixDR/rm/4ZA FzNQykzBWTg6AtsMjSanqvykr1mFIbXEkEP5UWhMuC9X1Cz7QqaooPSE2Va4kI6dUiY6y0gceQr3 oHpKj03jBOBRGE4YIEbYTBcNRhztuGs7mRuiBc0UHSXe8wvAEAu3SmL9x+1TS4waQ0ofzAZftEGf kJiGz1BmInES6op6deES6io9MBbrLv42mM8LOZFrMF9NftPtKgQJs4lMkjeI+GXEKQXtuq1hiZfk uQAnKqLPRIqsWEd5S82QkmNe3SvUGBhkzuG/b/B+FWbGFpGA3gXz9nTNukaw3vLgOQUaRGpxKm1H RtIrHpiQ+WT0DLicGEtdyBha3W46SkPyQPQyDON054tIQRpt8lz4dl2hSPsiSIRgyhgURJfoRoPu ojzBxULll5GHAxK5mmkyt6jSuSO+u1RRtCkBfVK4CC4VE4hMOTHW7Cy+nRTFErLtHC0HNK5jEloK oeI03mTfLvLmcnGaWhFVFuKnZTWcpSKUVTyoE1zHUlbrBzE0sGSrXhf8l893STSZo9G4AjIJ+KlI gp8pyNkMIVdr+Y/U9TYswAUrwLUteYasMGVhXQoSV6pSWqIrs6p66CIsJQLiy+TO/bDnBiuNhOim yPPpKbkqQYVERo4gF6jEN5fCXPsN0JWIIn6i4LCaXbXJ5Eii2SU68mhsgpLy00oo5UUoJ5kQy5Gg sdSq9MS7gRiqDErHhJ9mZqVRQR1dx3rxX0JLSPmslh4ZRynuuaNkF6wHA6GNMTGGvK/V30IRfZR8 ykMgSwEiRy2LdbapVnJDlRGDqRoaNKH6PovNTdKI2cYOJh8d5tiFkmI97zOKyOS3MYuDBneOUd/e Cl8+ARhjw89dv68MgJIzLIrIbKBIObIWRvQb11Lp3XmmUTM7Qvbjf3sSbBtu8o82dcsm8lBJ6Qz6 VAyQww8ymHG7vRUYkz+5Jid6I4bSPLw7jgikJIRgRaOcO1c183fW3MQoXcRCyDGAIwOXa8shSHKK 6Ne19LJJUKlFbW7e4IOZgLhgY7x9TDh8lcSP3MUEcki2QJwXCPFmfxrXee3M24LcOhESCDn1JtAM z1G8L20ow058WOF7rMhkSkHFkflDwnM00+ramJX3ypFybfWZRA6X/hYU68E5MoxZAnQ1lhkhLuiS ttgbUcfrpEI+5FsoRHJ5gqHmFEaS3wYfn2WD2kdksIGDHNUpUydXY5VyU2wZeXOuMMd5n4V1/PIC BgNldFEBSuiRAJADPxawuK59StxEG2BnRAfLB4KSsvpp5u2SRTlbcGoAfe5hqmKXfvMEa7sIgMkn GSoeU0CAuPldc0qtitq8yXxBWF+tAylkZPN1zeUjIrawUkZ3+1fmimsDSMMYk87F+LCzmw7854pc mMSPFRENUd7+0QTzwCyryDuTGhOgKQLDPqoVpRNRSEKs4UB6y6MtI1q/jfdCENrSI1zxBb5VPiKl xsl6UpmC1/zN9XkB2W7xCwZSTsXmZJcqSClspLycqLKcC+yIM5YfV2tqCLN7bsNQR/YZoxCQAJeZ W5chM8aEev0ydpT2zxBqYUUuUsCwbmCnDh3zB5kqsaUVFXhri9ZWE+Crslk2gGjH2+QMpVfFzQM0 tD9SqXXLaUh3S3hVWlUzj7BQNbTcw/Hr1sZI8vmpokLlY1Nzg3qcV1bIL9l7a7XYmRwU80EHSRcR SDsqJyEtaoKj1fgWdIg3sKpSzXtbdgnsMJ4qaSc7L89LLu1oItkFuYvaWUsJemLCPB6VEUjTwEGu m1G5lLphEj2UQwIJYqa4AC+sLKWnOqMDULoziJ0Phm0dYY9rMHyzaOMQ82yM9JosowhVHLg8SryW CCE75M+7nS+zXXbEzLxYDTVCJEzgtgRKPZzCUoeB4hZFIXzb6piVF/72/tyEy39VnQEmAwjgw6Ey 8Mq5wNxIaAOU1ICmMDp9+ceA8uIKJQGLGjWdYpHee3ZiW3MrXLczutU5O2k/HrZ4W+mTInXEknKr zW1wbZ20g+zBJRKuastK576q+auZd5euTbcV7beJfZXnXatNV/dgdotzFU64UHujq8ijy1fVddLE kbPYypxbYGy9edVseZ5hynx0xmcqdDtFdDmXbiuBVq/WYVgt5IA503O4lAH0XVpMazCALhiSe3BE EmJrMSffI2cxiaCpYpmYS+wfGBg7nAGV+Vq0aNjUAJNRbwCSRz6aMri1a05EXezCPJNiZ1+MSsML moMwRm8w1DkXK4sLQIUxgUdIMy2X2zuytC1PqDpVDcj4QMDZ2gvTbNpoSM+yxr12AwwHWVNBothW oQIIw8PNo0Poviwq5x+IzZz3J7jTFe8y14gokkyOpWEGBTiF4CIUwrBGRM5FpH6uvSWczZtTlcXt WtzqP/gHm7IylFJWOZ1O4sVYSVFGXTLEV3Lp7hFzeTTlYMlGU/eOUetCKpZz6c07aQPRPFSHJKwZ 9rHeWD5wCPo2vOO9CuT1ThzToR606EsiCJgzEpeIMb0EIZQBax/P12JHcasrOCiB6q2PxfIVpI8n 0jJzsWCYzBJboau7geQwZNkVNfGhzwOi3qHjh7ZrH8lprVQiStDERQjFYadlI/iqnqMXfk4X6QH3 IRr7TBLZuctcnekDDMLcoATsiH4LfMyV7VOctsc+yLQ0o7kJgkgczmTJQpjOpzUj1Bedln0F45Sf U2jMTwuHqEUXVDfIlvkAR8VUsudB/vJ0PxawTDEtDHIDQEEIoYNwkBoAUYCwBblm0O24aeGQlOAP RG2KYkqncNtxLuxqKpaN29CAZKJCEvhOEaja8nmstXmLDKmFqAPhxPAnEyboWHzwgsS5+JALZO36 ZAVYdGVYodsElGzJCg1NfSbApkDpNxo4iLBITw4k5wAKFzLP5byuKNFI2iK+bm1ZaccLa0mZWhqC bIuXxybsWDCpSQCt99EAfM4RmxEUuxkN7IWJtNxWlpBGlTiJsIGFEUyCFOWOFkg9CpgI8Vylmkil DZSk4/aN26tjw4NnyPRG24PEKU4T3lAUzgZZwrbfqFMhAJWRMIoZH/Y7wqMzYTy2cYShwHRRHvUk NmVl9/6SB4hL2qSRIHPNVJus9ZtyHPah5zeah2ZpCJ5qcMBbulPDh2YxCKjHJjVfXuAbMUSQrGOi yGKZlTPpgn0HwMZJ14kdC1N32a8rGQ+rwQXMCSMrgMCv7AFdogUbIBI306KcNBlASTq+8pyOeXNB n4mOTKh8LIV3213vUqPHDl7QHm3+sHqeQv9sBr09/xhp7igm+Zy3NIri8rwsqcxvH6WI/W9aUQ8k v07rHJW8lPASJ1atJetqvbVRgGmlFqvDHBCDmTfT0bMuqgaUBGOqfQ4kVT5fktKPC7NAhgsxJPOZ vL8mtLVlxq2WgnpXEQJmmzuQ9JCR2PJOPNNDc/ymwWJUc5ESQPIl9iaeL2rgK+RaBWji5ixAylgC VUM11wei6T6z77DIktVAwGFba9NcrNWQrI4cKhmlyIHU7knhrSkrt1r0KuNiA5m9mM9oSOSkr0gr nfGOJAMtAxC8qh2pJOikvwVZpdirFaKLpLo5ktGxEVw3zRqZavtmmXhWsialzKbq7vul4CU0TToZ lrK3VgwAR2GZSKg2EpnGRR7FxLiEpN80mKq4UvEx3plGYlEUzXFohBh5P2jjkEJuPuWjbLOWfhOl D0w+PRCk7cN61IR6kWU4g9Ap8bY5xxC+FJddpVdWMQNJFcbjUKvzZMiJ07F68SAXcxauDQRKKhvX uVweKa5b9ssy22ZYykwFCiNFEampJozXDVvsFlh5MDvaXRtI6qP9Y12SmUled6udfdKhgZ/yNER2 T4x7vdx+1tgf779u9SpGAUZu2AP62ijS3hOJc7vBeZ9b+wQq5HbHpo2DEu320ex2v26R7DN23Ktn L1l3nrXfs9vm3OwWrnZvps49N68b8rr3sLhXLMwTubnbcUqn7dI0VJtECHpJM1hDpnVb6gUBHhZ9 vJgkEFdklOej3H2dzRFdiNoOEtS6aSwfSJfUNI0V97XpareyTuJrL703I+yEpnom1aao2M9oQClQ YBxtvwiE2jXHzFDvzT5ZnmCOAO3CCBAXhJEVwigfmzjSffdJKd4eR9QrZPK6rrRI82E8jrJEl0e3 3gAj/sM3cY4avLWHceuFlvGyzGOmg8tXD/w31y3mzZyOkbPc3JY96nrSCBRr4aAYHECyeb36y1MC +fIB8KWdPfytGymq1IEElE8x8bLRgh1fZuFDz0YgAoPCph7ipHNeNmcUXGAWP2gzQJn+gBN00aML cgDb7xtUs3rTIIfCcr5WzuabrGbInDfWBWrppsT/OCABSC2KQXFCSkvrzJDK2Hnr32HMdrHJCv0i NsZy4bILoMMAIika3HjRlu/KI7jj/90ACMiKPCmBqN08BTOzOMp3LQL0kuTgLa2z/JyoWgH+1SVc eZZdgNpUgtoW3KI4X4WatINTkzgBRHyQlKNcrPl/WLm1ftpELJiV+QfjxdZSo5eXe4uA1WdCvMjo JyQxuY6pmVe5DUrYVD8NKesW5NBUCiCfO0mmHgJR3AIQBmMWQ/8lByjmldJD/B7lOtT2PEy1aTG4 KxYeHmijeSjzWqoP0VvMNgvRoIaMpijBW0olHUwoRHxdkTfhV0/TJnUvhqi5me619u3pLnbP9Ioi Q6C7teYWapfz67SG/iU0RTUsU75Wpad1SoaqKpZE+yH5lkfT+24XMoCDmbzRdVj1j3m6fiVxk7xW K5W7NGpwYUvEq1WJ0cJiJdltaEA4Z4ll3CMv2XMgijNET+9ABpJOrbhAjGkCR8lWdZlNusawmyD0 vPXQGhhYJ2ShfxPTSkTXJ8xmWNa1TeUwruN+WmxlfkoEsg5XbHF981N0IzqxtKSQWvCLRL0gtbl2 Rs0e9HomtmSSn2bHqZtLcnfvEQAg3WSKA3MnbpX9SUWK4VkFEyC8QvZ+2mKzinfNCsFFSZxrL7jP hMqQqaPscX7C/vJCs7AsH/vsg8ay7WxJesDIOT+M8ysmxJH03AA07j98BctF+6zNQCnVaOKGuQWP 5hsgPmdhnFzdEGZeqLpTnnPBc1NLWWIxRsw0FvxWetrsox2hPYK+26gLcu3IDH63QxVIB8Ew1sww FIHMwoU95G/KTeAaJiGFAJtMiMYNh6lsp+3lsgPxwjjoz/FRn2jQGO8lHBDqZDkuwKprzSlNZIg3 3OEGZdRvV4OFwJ3FF9erR2zmQeWpZWH7dLX7KAzsiQolwCRJTRpbFWUk115E2FBsxV9i5aY9WcZa Usfa/pD/pw5e7DjjiXidUL//yk87HwLERQICoWGBc6XbVMpsCtCWYFIxnAlNyYOAbLx3/Yl0iRM2 yQW1T1FGWoyVv7GTkgWeK/gWuugdheyJCfjLg8VrusxWQULUKUBkNDwPIBRG28vNgeIMAdB42bie hYygPgEBzOgxouFJI2KIhYGEtRlcUV9+iIJJoMKEqXRMtV+45FYESb8AxRUhNlSfT5iOBRtN+PPH 3I00BMoCjBMsXy9GjHkEw3AzkdFWItsQeHcy4+BubutI8Ek+IRSFY00ViAMbPDP5suhg3JKCNEV5 hTNSiAicSOoKEmiWFhkT61KmH0aVyYmDMWyVPEegRB1kbBSzFKgcOB2xA4bBpJMAp4ufTFIiyY+Y /y6UoHkksg4Fad2kDs67qmk3YmSZkz/Tpm5uWH4XnSI1Z9Ybx0KV0f2fx0l52xRdsifraCs5hWvc 9VJHK+xLq3dAlis9lG7JJj3rYk+39sANWbU3G348lBd++28F5tcfT6Hl1b8/PcnB+5U+JcYeBgEg oIFvUKaHoPQojJBG0hgUEE1pd3/hSI5WrttTGtBR/qyHcerj7fP3tbq27L00Wq7bHU9yj+4UAhW+ lvEbw/We6qHNm/K4B1zIH5cYl+4+ZK/NAsqNCQq26MwDHk082tkuz9ZYwdxTQbTqqdvQyfMufCnb JhGCdfn7w9Sgvecu7MEbBH3/8FjvZhloJIz/4P/+Y/6g4G4yYkLhAb/fn//5T4/CCDZR6YkZ/fia qJqbOK5k/3j8NAH52NM3vh4PTYxMG8b0HIyv++/9/fH4/fl+PLx10tsiDaXt/fcnqffeSI/s8ELJ r29P1/AuS5RRzvd/vQZFA4Olmodnvng6Sp/18PPz3+Y7Zh895cbk4GFy9p4cE+DmPp7s8duzNUwx mhZ5veUXE/j2xI8fDDwM5mCPOu8RH+j0pBCyPKrstVOb1GUfFifeP/7DrLwuc08gYUuS/z21Q09G 1BN1dqkuCFkKLDnvnWJZBaOH5H75aRLhYB5mwuKbMhdPSaEBor/SwzQHArgGTC6JzVWYfoGTNzbN Md/0CAsOZyrkcD14BLSvvEP7MydFD4q2J5+IDMmNUhwDQLDZllU5xsOuuVINQDExNFyA0WSrhDmW WL4tv9Zx8FCzYJLxzd917OCwwnl4cDjEDMhOGxZ6sAzo9BXN9YB99gx+WKxrwhaABja1ddQcE85o T3TMrAuz/gbyTAbewpKfP76hsQ9FjPakBsVwKURqtR3RyTPQ1Y+TGErW5hTAOEgL9CPGD9FK3w8s ioOV3Yj+JDmq5YNLDylFWetcUNsakKymKpP5SNuAYb4OQwXZYRlxc5PFl36fwCp2taKHETlkQQDN X+3NXkYHw6t8hcxd4XBzCrguPLvzTiCAxLAawf4u+ytwmFeQDckUhghz2V24ba5HUYKhkardhfap lDRa31H3MEhSMnqLKYQiH2FO5FFlY2rFaMnYKn74r88K5U08Xaj7ApNkwMUHsdN5GQHTywIwGIT6 WKBRamayrsnAHHVJZmmIbCBWxPg2hXd1EyYWCzzrgaa6RkNmNdNxS44HFyGkR/pD1LU7BpYF8Kl+ PMGD0kpKqi8xBFBO+LpuVo6wgmJ3/fg/YwoyT5wq2DmexSK31CqSZvVdhbdt+nIG+UyadfWBNidC nF0VpngxKrRnkGUOhmSuEVB2w81XScx0/XM5Q/K3d6hLZWgP5To0W7AOJVPnM6Yb5eRlCVLBRi/e 00OFCE7kos7WrmkIg/LCtFKd8iIX7Smjkrcuk64bASW7osJeV2Gk7DzVVmnQ0nXYcPQwK8lyofMS s66YYTeBKsdUWDRnkVeZ6XQACWeNMqN0lYmzbDa+XWnqwW5bJSyp60Tz2fKc5tfNB82MNn0zRfKC V1/HWjMvlBnY/KpneSDR11LbZplNtHuJZzfHN5vDCO/qqEG0K4EhZ5vHjbK00beSLbqbzNKCMgvW XY6LdmEhniJ4ZbmqPpvqcwgzoy5cZUCGZgKHZRrEndFsIrJFuPldsuVLZn7JKO7X+9mDJKMm5cRm I7dccexHrhqXg+mzX/Qd19vsHFlNcEOd7IHSMvJeihKLLqDPErSE01JgJYjsQIEFLq6F5FajDIDL ZKLVb2qKR70kizIiBJS96xbOlLt2U39unmOG/0j72uvK3QSpN2gDOBysSgcFALarBRre3RN58hXX QiEpZfWHAUg+LxSy8xyNSW+sENUwrhdMsYpUdgRzZIwSXijThhLoAATUVXVRwguG2H0xTPGT+3qS T08/Bke7HdgduPKrnsUFS5Dyt1cBPgSoxuiSnhGNx4KG9AdAFeX8KyWQBEBCwVTPpbCe12fQci0s QsCCUbISl12aIKKQqHjQypFLzOCNOCjxdTqQGlBAf7PR+PCnRSOcJmsTBl36VijT4JspUJv7KMkK dHHG+Fbf9V9lUxLr8WUVQfsbs2CqVIEluHN/x3pouYy9OBCMIiEsTUEGjfdYQV6TJjPNrMIRdFgq WXqQogI0urHvgd6piBuzp3wjxQknbLh64iCc3aeqXrJjuK3mssZBCZTPVovmwY1OCrCOQOQmUWaH +QEVlKPUDZvMbiOYQUOX4Ev7cGZFI70g2EBsmE1aeWXWTXV1VF0iL8pneYGKUyUa4/F57GQHeJ9X FuA0zP4SHqepwMMnWDuyevpHR+e8g3TVtLbDcfTGsPnAL7f1ddNZFUKXKu0olD0pL1khsv8faq3f p1A4lm0lhVpgXS0LvFRhcdWSgFN4JMmqYW0vMbR0JaZKQZDy/LIn8bQhrSKSbmCFHgZoOTp2MBIc hGL8PQnl51+gOFabuyX8YoxTKcoFYr7t9qZj+C2bsPU0/tMaoKe25Kx1e1q63RIpW51X4yLNeqve RjRk15NPHM80GAAx3RQ09GfUwks4468jzWiibt6vnehLSNwr/RSUsjFfWCwR5dD8dHhTWM1Ai+2G r8Pmp/76NmvnOgJnFpIHsatosZDTxD9T36p3voQvRgaQm0jZqCYzbk2IN0qNhwZ5FLMsW6ir7LP5 AM8CBSUWxkSc64uwMmxE2YoAitHHw/g3TAtDnKLnWvb8RgQ5KtUpUakWY/KlhVWWUi9QZNrbswIr lHkcw7cHWhoXJU3c0Lr0pmdLwpmqVXEr5x8yrLTSarsR/paFmjQ2uQu6dQQBW0Lyu2wIxny6L9t0 j/O1rkTqHovoC3izKu9aBZVEBW80BmtGao5kpmNEBCuvMST9BI8NdLcXTlCIvCjc/JqLB/JGj+eC SPlhNx4akVbZXwJuNapscViosTwZSoFZ3NthmCloQLYqCSa/pGKMphJ6Cwkz6b/JdYA95SoCMAC4 Xb+MP6kGgCg0S3XK1EPvcB6n+m7/XiATMQcxNqlQh2SalUFiNrTibEFQXhbcFk28lpN1eKhGNoOw ctuM0+8gy/gTSDfdtWCXodIBtaImgRenjKO/8+NdDDK67sUu9Ba1wSN2clXDciLFq/rnNESQl/hi QZP1saykTJVKOpuZBdBOF+xYIf415toswUx5Cxzm1z37g201vyMMwtRDr7FudY98ddmWP/qtcOFr YXt8rfHyfW0cFKFYa6EqapjVFFIAFuYJOgeUUedGsA4ZxIyo2QnZWHPsszxjZNcJcv1FBTPTsjoM D5zXmdR0tnVDbTKq9O+QclMZV4PXsopQZsMwm4bqxzWJaMW3Rgcp3WiRrn01V3LNUg1uncinnfsA dhs1qbAGxAqTEbygnELwBz9hFVuC/CUA+GsWIARg2kxCSAhDAvroTFulkmfpabyH1nbjywgEqiBV RE59mtRdYxvDuAVK7CY9pIsGAfVQGCvgX0NxARabx7obHej3WCtLFCiQd8qDxdmmJ75VP3VUfg23 N6cG4EGnNMFv4iQbAaDwfkI2Zl3AYE4Nv4WRMpszf0dO7YkibfrpC4LMH+UULAMvHg3RcdxAbwWG 2I0R8s9k8SXyEnMzFEUSB3bW3KQ0QCTcrNblZB2VAmhpMSHpogvNcQBOZeScCBl7h2CRpfBtkZEG NaD+HrWaU9MIBEhiBtVPsmWwZybrswwqvGE5sZmns54hYbDAToGVoZWzToWh6CHvc6pEMjSAmMGk UcjPDURsiL4bL1WWdVbQqcrO1Lu2jQ2iggTMlULJCHBANcZzR+fQPVA3yQdvssYSXW4Y8ILQt57P JkItYnrgrSxXUbQVEE7x6vm8CqFYKKilDbLgKnlLMQTwVvMc3TjteZ45dS4uewcOoNSFsm/SgGiR WgXNE6uQoUbpWsXM/P0ksUj1gUc6FCRAkcEJAgonlQRDD7/8a3uwEb1xLLelDi4MYUqicRqlhU6n 8IJxKmWKtRmqEOPJ2HtOSdcnHBY1f6ckaEDaZTttW5C/cfzK2RK3aqhEbodzUEEIk05QGFWDH1oi B3iVxBSG69ysATXhHMVFUswgGPf5LyzDZip7vT3QQ2u5QHM64uMV68TsiclRH+/UXqrTqxZCy4Cr 1KKW5OZBHGlMxC9P4IWFYQKpSULL5uR7LneFrqiCZBx9VjB3DVWkwQH8T/asJy0CyWqJ8J4AV1Cv AplqkOPw9a6M9pNn8Wj8At40le8UPeRnFVeHDsWIpszoLNuuUAFRAVe5WC0qtLpUflGQLG9PSlyY w9rNLmbmhmtvPThtDXSgB/8KFgLFQCI9ylrksTorBTWmX3Zqgd9qEs0ZjAeLtRceAGQTXF8Kdobl 9YRwEC1cIgvsiFC5bckDMiwZkEMbI1GuDaHDMXpLL36VLaONY8KeWIgaUgJH5eeC4P83/7NQImFs UEpWnbJLgCpVhBwIblE1fiXajkBuOXaPMw3YfVVI8aF7ZojVZ3z53IduqK+YKS0ff/8KCa0YVrpU 6tQkuNOvZ4nYeNU6oQDkNJridW+yoDVMRokkgSgl8c6ZEZmn5F+kGmAxPJ072tREZpLy4qKZXlDI rKqB+1tEFmZFEILRwIhEADabyNEETrvRzzVQ3AWkEvxbp2vbd0uGdO02+qLRu3DGctJQaaSebVdG aqYFJ7HRA59RjGUG7a8tKHQIIAKCAwY8VMOCSxm7nCQIyYRZ/VKEgF43aZmLB+AYLxmXb5RbcpTM pD1dbdhiB6yC0zQX31P4jOx/nTrqX7AKKFhLcBGK6rk0zIPJ5ddDDFDSNMGg5WImApZrVPpbshmQ quQwxSonDHHA3O/a60oU8MbVXPW3RL9h2lLlFGgeIllXa1cZVpuf7LNuVgspr9O3TlpaAu/e/yWC uFyIAGXWprBgNcVZyPVmOnCS2O93qzNaWLRr6iCeQAMzHTvXTFhsV9toPRce8f/dw+f1YgnHvAnn FoDWGHgaxeoFyOx54y1bFS6/PbPdUp+elYodjJgSUJ0LN566jx1KtC4oTOC2/6GaPq37V9Ih58+e Rt9K4kCMbEivJZ9hZ723YU8/jeJzC02MhEC1N+4edz8sd6Xz2+dGHB56T7SuVUGysJVgtG+zASYc x/h+17djwijB+Zy802qxkmZcBv9BGWNoxlKBK+2ZffgvFKbTnqPlEVojXRs/8NalcIOQez+pLy1W tj4m1jBqoxAgPdaGU5REMJRyeEV19rC5jjFEjR/OQFbOLiMqYnI9SYgr5Q/w/7WVuK4pYtuSJKoV eivJUVLgUJzDb+Gn/jXURJEKuagpzWSlvKF4asK1DA8mrHkZIbJX0W+GKI8VfBlacaF0V64VnLhB tSTQd87u4pAl+Ja5OhsUODgw0wgMGqSNU+CrdFeYqA4jpvgMv/SIcHBN+KBH2EBzRHN0MapYpkn5 kwxNbGn7x8qThAIb1cRcgdagR6OASXklbAsGg+XuxCQhMgvrNKI03Qeu9Rnl4aErm1M1mlOFyWCq MEMrRBOWCleZgSFRC8pKfkrhi/d5ACrKas0EtZWmF0/Yjyt5R/mZr/RS5JKR9hmX7oTSW/P73I6A EirCaC24lCRDD2M0B09YLK0hAS1fQ7xD1Or3RAgv3Y7GKtI/ftO1zivlNRkL7fljXCGYDRCAuFJs ZdHplwo+y+pTfPETbZlKVteM+ORUbWwlUF5hR0QZGQbhDCkXlDlX66rEvJqJw83etktwtg1wZNS1 5BpZdIULDI2XdCBVA3261fUmoIYTXDreGq+piuZslRmuzAs0EevKcp9GdRzZFMczM0kz1nTUj6GH KHSaX+XyopNVacQrlVAAjVWUYAEBDK7pkMN2QX26CsD6RmgugFO8qTuXk3OhMD7qbBJ2IeG4nmQ1 Ax564yO9H4GDE2FZcNkdWqsY+M+KPCiLLNDkKXY/5XyNAyeW6hfvgDbw8Q/aukagkS2vmQtllhAS EFuLJv2OrDYVXrUXCxQP84EiNDRcr84pe6XogSHk15fY2Vp2gN+6fTCFgd7Z8XiFcVbAjb7QbPTY eYgIbSQIowk8tL97XQVEpIjGCh4LKzpBiiHef+ylpj5pvEmK7sSdoomA0Ht1vhXlCIzIgXUyCbP7 +h2oCg8lLeRfmq0HAq3GkjfxA6aSGkJ8QzOPGdl0ZFdY6XI5ahNI68KVIMvwYRJKGAa3snLBClzp Cy0vPeur/mGRf+VafHXVWPrOylkVIhx3OH/BzrKd4noGxZdN+lgvNpuqIJZRMYOFfQa6FBAkG8fU zshZQq5GSrnd7eOncaOQD+ZzcuYguKlgx0wYzUN96rZTBu0Xs9FAPo8/zTl101X0YDiaS7HEh5An SkKGkhg7ocKcubZmzSlyNFRNR6HT7o6lkJxc9h56J2ja6K5J9AxSykib322iH/GIqJyecEuwS6f7 HbfwCE7Kppe1Nk3Q5ki7TWzFDBmmXJa8qZ6DlkmXFUu2uX89277VRlx5bDEqQRqEbF1SeSHEDKy1 kOJGpP9kuYUlZ/VNpYDd1ThCtVCUwosMNqCG6j6rgSMeuy6hgQJdhhGUatefLCw7bJbDIgupMUv7 peJFV2IWQF3dQUqgH/EDmwQIGR2V7lqBWobsWbjyICdszi/38BqLxO2XpyjzBH7TLQley5IfFGMG yQsoIRgFDfnLYBh+NkZp+icb2mY01F30dRnXPhGKzbqwz3grrDOWMLAAAVxZAiNSFMG7ltIYZ2ms /pAIRmvvZMr1bapvvoNrsLaKSu15gaGbHeiv4MlwPGuIrTA8DM3y9DdHIEO8ZaiZHDt3RcyU3txb QqWLvL+ZCSNNwixjWwkNygsYGMc2T5gamjOaV1Ip8kzImtdsEauHMyBcYsP1aZ0dLfPxGIDZISYs +3Qfpbmehw1Sm4Qng9FOdYxRm/Ug0/wvAx/bVL3pWl1ph/gimm91H0SVKukfzQZxitxMRX10jMFb Te4UcX546rxFe19333GGbdXPJnlz7h6PprrV/cj+sFX/EYFTM+p6K2BZM/K9PQY5iy0O7M9aGetv /axVOf+VUtC8zltEw7sjVSB5XE6SKFBrxzjGW21brrRHzCGW7ssn2gmwgJ0jugQBJW/kwnXj0Mdt QKAvdYH8nb8400J8s9tsA0K4Rbf9BnXsuszIhJ6sOe8ceVsRUkG7fugtGNCyLfflp/bAu6ynXfBi gmzNL3m76znxzuVnfjrN/DDN2BI9I+p3hKdHtVZUyzAdb49ZkaASR/jNHlROzM5DsxzTOT3tv5mY saxZY8sf/6lI7LFea0EQoVMYEnigae14R0WJ1SdCj4KgDsGEdtkIPznZWtHP6SWHeeoBZEc4FK9Z NlLqYt9a4i8WlGjJpedV6JepkkEPUtc1HmKj7nipfYCQPYM92CGFE+F8F1AQkjgQJneoZJpLlk1J bLi1QeQeTTFNTJyURAnKJq3u7mnujSP/zLlCgJPtCGnbutTb9ySVMsxuldqGg9pLIZAl89GVawzE 14qVzY9YnSRHp4tGYX/cSE7MNQAhsmKr3OvtAdNCEo22IzGpIsCSPlJkLac3ShNGObNrs15sG+6k 5oFwQNkEDYyXfXk2ReBRErW1uWL93uHlbX1/KdkSv3JdAEtGbT2NHAWEt59b8bmkkHx5SoRGiClz HAXbjJUSJ1wjpIiCQRJ1kBZvL5UQnfAP1Ikapi4kI+cpUaH3LifwiBcZqtiUeDnm/FIVIyymMV+n set1u9V2YJpKwtIIrRuuZFnP6Z85iY9LO4ywsZiEelFmwDYISi1Ivxw/5IeAMJkp5u1N+MBLC9Y3 j7iJ92aFjeEffZIDT/B3yosXoYoPFEJAkQIytylkIEPHGaGuCnb8t8KUP/kiOyk4CB/5RcBbtK6E dcH8x82jJruhpI1Qbsfg2bmr/gBie6XcsQLybYt6ff0nfLy7Q1SbgKayH0yDSNHZxilOrC8IsJ0D YDnTa+kEnT1sRsTvK2GhE97iLVhFTKgLDfURFG0Dg+OTcwikYdiFpebF6SqQChxcTgAup7humRn6 wK/29bc8Jo4kdrrITiIoCXLsxO43NgJ+aRjdCDYOLHtrOk92bTwI+prhGlSHyS8b6A4vhJQlJGuB tbOgkCj13DIHEiqHtg5AU62OYZXWojxG3Oo1Ho6XBTSYyAT0HimtLBWM9NEdSNlqYZeAzsFTP9FC YkAMADl5EgbYpBz6zSyTSQ2irXgalvKB0mAG1WXZKnc2pkjBVNg4r8gNciOGDa7IbLZd4hT6QICg EuP8x80cqC29d6JZgnOJmgx074yP/WBP91UDPMJ301DHWXN2W3o+byJGhYJ8X9ZpI2vgJRzoVjeU jIU80SgJmFKwRjK0hXed64xE/Mv+u91S1iSPxgC6xMRIzAWyGdcyto7kVjgxVGDRTpLikYGq86fx LVlGLTKM4sKcZLRl8M0DWvBM1cu2dIPOUin5W36Kf8Ab5dE82QUnzM6ZpneIjwauEaclc3GSCSDG R23MAJDogTnywyjxK5yJYBm6ziNoKLfG0B9wbwTD+htzsW/cs6YGGQxKIwZPUwCGucobbXiT/RjX NWy86Zu+ySSAASa1J4RdJIySb7fZml022YyRjHnAW6dcv8FzCjyXLHeqCYB2QTw7m1YMVAhodYxc nEw1uPuTM4jo4c9Ni1w7gtvRpysT4oEzQzLEymXZoT9IZgn0FWKlBjsygRkk5JM6zD53PJ32J7XF OFVu0lLMiimTiZAjs8rspzV2kopYo058LLwytK7VJ1Uo4EL0nJob+a8iJ9cpVZhCCJZRKQGg35hk 0fqpuGzZUlwXa3pZof7s/KBoQfLOSUF6RTKFDPxGDaFVUf5pC2IoXw95oAGLimQlPpMFb8pTy4UU JcRBg03JfNwELBONPR+NxpXw7QrUVhgq2aj6zvwF6MJ1Tos8KcRfNhKLpe6EAoUMnLa88oBhM2Fu lbwpSITj4yRH2IjbhggHyznteSPVXDoJwzSLU9mPKNO0uqUfkSC8y4PVXQUIn/UfXGoT4Mkyw1uj lvGCJ0681StgKmqxRex2Pylr0bMOI82AzDSQXEKckesHDjtNCvFCvQboJm5pf6vgga5wEzkCY7Oj njnKiQB1rlugdx15uL54mSQCMQQRj353GpiAmXbf4QkhmmVsraD5X4caGkkra21G83xdnTtgkPOs CUebwdhb+OEhd4K2saCl82d37tkqjWW2mi+3K283fxlMtyK9tbyLhxWLwk3xPAtCl57ym3xa8ZMh mJV4zL28QNR/Oc/41YZ0jbUHRdTCjMxkI2WZCtkKgsgeBitniPf2D0oh0EQPheZyDNeCWc8edqh/ PalyT6hGm9i8h06QstaoBHKEUu9AwPM1eqRTG0ISmlBLBq0/lnWwpR6rBZZthPG50SD668f2y5tA ITIJlvYQdqUYmQt3Thmp1UPBm3PhbmbXwEjeNKzxCVmVJGs0OmNIIyydYzMA1uEYeoLwMDZfJAQJ EN9kJeih4OBCvDYcmPSM2IMkOWxm6GLyq0CR92X2JS2lflzKVZhqiibOiMGJqlDXf0YJhDKhPc4H 1968U/KQFhh5U9/XSwAYE8RVNCSNKgBhhCHZ8NQR/Xz5ubsJQItuXJUq/RVcunx+7bo8kcSDC7bH vLWXT6WV7oNmSfQsCuA1RSEjEyZ2bRwZ/GqPdLlcS8yk7Sh31s6u+J5rup/R6SqMs5Y0lx3m29ue //Lyz2bZzMswBtA880gjZvVlq+A23+i1F6SJhXknj+RuruqOm2jO31xV+ob+7k1GHqZ7CLPC3TbW FhSRHNoNzQ+ykQIACs+DOYMn2CCmIXbnDKdwSp/JMa1kPAU7bEePC8sHfGzOlTpRTbGiodb+lJQC LMktcRcsUxepXgWwztOh/lty0s5nQpwcaoOOcunhyvTHVASabkoPObP/qKkHSbBxU+gKRNlY6mMp QMLQJJMrnEV5ew+4D0pSzZTheTJ5kp/GCTnjDMO+Mj62RrPoPs4UB/Y8VwFQHIzIrKZmfpq+lpYE D7lumsp/GXxeGCBn+xrrBVXZcNTXNEOgO73mUUZ16awPNhTfs8DubiAqlybqknTNvgKQ9BPs+FW1 2eUBxo1P2cHDzpJ29ryxEF/QFOZKYasLGIE8aZFuC4btVdaoNEDWas66CZpzsbPGjqAQOlBgBYnw pCMR51MpSiBxZI2VIkx1PwQjHJnGx60OEj5bDx12qwiy2zSS9lOAtiJK73z5RyUu10264Ef9nQlX SWARNodwdrW4ubFz9hnmdoEKfaTdhEv1+WECQSnSIptNqztPgEap2N7tNdlhNsZDM4eyTbAki8Cn nsNwrZOiMgHh9ZNw/cR5PmF6ntj1Q3fEZQgelvFirQDHILV19qtnzRfQHSQf8IulTJ39oA2Nobse KszyqfBQ7mdcXKPNNwIXWjK3TN+xcumYfu4dPVQT0a5kt3MLnaeusVmtPjTj4UoPiYRO475Q4Fq9 FxcOYEqCkxvjoevmUSjoIaLxHA0JS88ej5Rn8dp2b5JUvkIflGuCPWDJNKahNCiqOp8UClnUlva6 sCNspKvz/bATSNInzXcTBMJLQpy/vf+7vnT3AYjOUniitOH1iQk9e0NolLgloVUJqFzKxxMPmOek Qe+prPbSovCXlzcu4xSeMkQO660XtWNFrnC7lmzEC5kNxEyRVP0ZpGdzHTeA0DDa7FrSmz7iSPce 6E8UqEntxkZxCBCOufaI63J5wkOxQGE3E2jfkAd0EJ/cshBgl9Pl+s/NC+TvRTvBjrxDLy+X927K cMfW02UPFkbOc093QdlI9aoCr5XYU4VfLxyHkNtVlXEQKd4Nm7eRFGSUhbDM6PLXqQwbH5EamGUi B2aLsdIzhBlJRhR8qvbv3tLAJxdmYYlB775o6XimToqkYsC44iiIYYhVtPMRVOhNr2VMbaBCPt69 rkFK2etBXEVlMjzt9anE4Ag5esl0B6CGzryfwTtMuj+OZWWE/iG9tQSN/CC44MGCQdPyh/KRYLng YeBmmhpg3uE8I4ea1VMHRvRGVvQELniKHKPXrcA6VhHss94UyF2y/u4Z0XNGMhu8/SOhnhKTu+Ql 4mnL7UTRKAKbbIsc4M+16iNCdCkkZFaJniFlf3CPTVUxw07MBTyIz6D9o7e/YE2z7160rf/ChDbx lOVTu+OZZ49azfJxXIlewhdI5rN8IaliofgSqPFc07oJMtsIBk+Vg5RwmBfjH3IozocS8SJjIRg+ IC7khPMLaFPWAEELQ65KC7hvNnqAB1rFsoXVcFeiGWn6Qb6mUeKCKcZAfeCzTrJX45WX4kW/LDl1 j22Le7iiRNEK9FULQgSQpVLqRi+KJEgugPiU2Q5qUi++x5fT4i9pKHGjtZXZbg37uhcsQkfnm2+3 jicXqnDh0nLo9GzclvksrJsLq4OoortW4K84s2W0yuOu1nPbQMhLACgrFFsVJQoMzUtFd9J0W/Ry P1bXvFg4QCAyDPNXeehpSB6VzKCqZxX8iY0GRl4GUbxm0z2aMsPg7UUZgyJr2hELFeKMuPzfKVP9 FIfobymNgklTy8bTsktle3iRIeiIuTCcYn1JXLyIg/pjuaSDDMGFtZ9UpKCBwProvdg2LajqFJyI mgB7NAYmPEXHiA5WMyRDpQJ1f9Lqs1GRp0hRH8nThT4576SijrJ723NaO2iVv/V3Jc0cnaKR7V8X sTBBGYmZmj+9QC2SiZehsnwpniadKuwy5ub9HDbJ1kw7vqMZcWZ/GWpzJZ+QyGlsRHECuPLx/iMd XYaQwHLFhzCqmZ10T2xCuUqCDtOkgU0eo1hyrD4x3XoEYoYdzWWPLhAggGtOkUUwQGjcvinHSHyP ndJ/Gf9BSeNlA4BCSxBMdEs1yTK14CEkd301Lpfl3KwrT2Q8oQ3j3MyoJyPhFLgRDik343YKcE2e xxHz3E1YUDjZ6lYUZAvLSpHcPC0ons2jHG340hHNGjpOUgdBS064BfnpYM+gzmjTAInFPmdvHanq 8TCj0xgIZDIVlsYs+BljSa7Kl04l9Jw3VqoHVnhpJb1qdhemt9auMqQA0xocqwAK7NsApDfKXR6w O2SmpKiVvLvLySXCgSQ11RBFvFkxN7gqsdlQjUsF2QhJcK6ArdnEDNL4qW4Dsan0njWG2A3rAwfr MUf6zS27s42tMh72p/v6abcLRWsPBnVBENqo2gVaxNF1oUlzu9zZOpk1RB7WjkqYWc9xz/kJSqEv V+uCsQ7lPFVpqbCrDZH74CQHrxyRL+VfyXKj5uQNnMfPZSh3JMVRMocPAkGNSPg8dp4lGAZjxCF7 cWU+6hDXm+rQY/sUkxm/6WxuHmuWDrMGXZM/n2sIZ1cGJa5owBEpVkuUV6C1x1+gT29qZcktgzGQ dg3bHgkHSESHhB/XffcbDq7+7HpcmHiBU4VuRczCAZObJJppkxFLIE6f8hoX+GgpgXYsIk7MQ1e6 SimRSu5tKaGbRkyAKpzak6hdkESWRFkJskNnQs8YZjBx14DhfrJsGSUg8SXFIC8iHV5gSpNESKDO JmhkFxgmRl9VJZmW//TIgLuwb2ZQoEkhlJzBX6ZFSDFpwxppZOrCk1tBk2cgZ6NdBkc4SFEWbpCW 8VTa/W7pU8c8kdz4LfcsXxpUbobPH1abxS95a0Owcmb1Ezyd9KhkqggV6HF6aKATtI4FUEnQVnhT /zI0JkZeAKmF2wCvNKAEMT9e1sFjEEbmaEsqWGdS+sY+UcxmDFiBPGxC4G6RIErSg3OFigAnZley o6BQtbdhJHdiSaddq1FUiwjRTEEBCzNxLRqKOBUlpIAQNAKbMELo4ghieyiEA7Ev3ChQO+q2ODC1 J64xkk1IwNFyUjwze0m7AzoBNByh6sgC32YTLAvxzZfl7DwlQOvRFr2VlCgl+CJHFU+zgiJmuSZo DmMZEBaropI/H0OvPUKt1IZz+ollw5VfzHRJyv+sgwA4SN5LWbXMhCmA7/feNL+jjQf5kLxEH9P6 8PHIP2nYjdZk6uNJZTcJmbQ0u1LyNccwp+oSZPjBgfH7px7Y3DKmzCUv3q7bhbVBDcmer447eHJ8 6kAdteQ0Je9ifGIpUuwGFj5C1syGFYiZ5EPHTLHb5DNfxpIyKNd8p8wDFzld99M07RI2wy12RBEe o+1kJE26UDSgi0J/3/+V1yX0gj4DKMT7KW1xwZIVHn6chTTLGVHl/0Csqq01PXGHL8/CDdo6nV8G 0YZLhkitTrDEKn/te8jm5cMVHtTy2iRxFnQYUkPrxHHaE1ZYs+DcKLrCj0ARAsKLLajxbk326DY3 PgMRm05zjT3hoUqWyELd3C24KHAWo+AnI1IVb/M35M8NHPQvQ9qT0wxtySsKwF2eXGJpAKBas7IS oKozW99azBrYggg5pEFc2DLikDsnpdimEyV55fbddyCB8TOw5EC7wbD8sBjBLbJSvoHaNOjCkhBo iQRH9NDKIkxKYuVUdg85H7pB/rDQ5wCQol1YTKG8YaP/iv3ZRkkFbAFHRfB2V5KxI4NxaEA9uvJX XnGM3dlQiH0aFwnKPIw+n65p+BnBBs31gqTUZzAa3CXT7MuLmQIet9nbQzdoJ5ybTrebhVswLKIF m4aLKdjSbT/1WdaQ/RLADNXBVCQPcL7ELxhh2kaI9iw9R3GdQRNr9ca6gSCOsv28I6/KQ5eFqx11 DbbwV9MS0RMfGPwTiekq4IEtanXuW9QwLPefbO1q52GvZHWgEKfnCimB95BQQxyyBKm4TkZbcuRt ZQcFloQaAeMEP4fiPLJL24UX5EL2EM3Baiv6CZaiuGAbtws4gW8wgeLmKYZhuWX0bXMoeLmyBzQ1 yUKNtRvK1SwTzYx0Q76TG8sPUPfuhoBIQNQrrrblVf9S8W1xoSHXFybwUrXZT0/MQJT1QchYram+ IgazYhyq0081NBOcRslwElNHbEDUoc9m3ym4qN05FMQfscnCHLdea/dLqiiN1iOOkrBnkyISSYZR 8FTsK8wRVfeKQD7sdYnrQBafSHVJZ5/Q73j+10UMz+gpcUEo9eXWWja98hnrSfvVS1Fb1mxdDl9i TUsBYjRdebOYJi0uT1HFiEyhUlhTJeccL6qA5kqNFNxMsDKZXxVM6I+5NNl0bVbXYqInZTnbyoLI XHGvAdImCxQnSI+ZEVsqMKIao4/RXM2HqHrek6ZaEJWoL3JHeRJUafOxYmgTpaZXyLOmSZHCWalA IdYHq2NtYkEeMCmoNX91X2p9SV2Km7Nu8b/pbTrYGm1V1p70ZYHGQK5EaD6XJXrOMIpc5mLmzlUM tDqr3yUJmRleXRLBKUkoLMHTmGRydj1VjyIrX68qhOJ0hxvNwfKTqpG9dzhh0pPjZ1DdaTQ/osqk zvUSuU6Fct99toSNozyxvIbYm4AgL4oNUNXruQ14+smoqDOCKVEvlF2cdzwFMGMXuogQxL6ET/A+ TylEUZ0SSFCTGsKmTa0TV0fQsnyB9Sxb0I3rjFJjtoRzEuAHLkRdUm0Mm8dczw04LKPuboWkqhth A5E5cN80YnPl2F1oJiUEVPwpsdWwkMp9wmUml1lJUGt7PoejRhZ/HCPO+iifgAP15sPg/Srfc6r4 zstGV16IOjkG+dAjOlGYDfB8sU4/5RgBQMl24wad0TzkMuMmBXCGLf6SKEipcgTmyM2N59OmUSkl hUar6+k0581K0RaIUWN5Y5V7NG32Cpp0rPX24BGgPkjk6BCGEEnfYi6udY4fOwF8dIA82QfvSyu+ cv+MIAG6CguBa2iDVhEy5RV0wmXSZj2k5FcTTvFXxrxOEw8q0CCNT2wQJd+EbDdvSUZNSBBbsjUk vbxZbtNPHgR+yRgk5CsJGaf+T6Ky+XLXRsm8DZULpxsWnMAS7qyahkg9HaaME4xBW8udzBqxHBYx CAB6lXSrzFhIjfBcAsmhVkYbBBgDGT5vJzlRs4uTQ+c7iMvGIcjV4/qrvHUyc0rLSPCw4mxpSmST PCIjlFNV3DaU2QrpB9uoM2r5UrMHSUUpFI9M1ifeaahXKjCiHxUYRmzEZUZVjTmEoQxbZYxgItAz wUhmOW1apUh6NFRZToZCa2L6/GsZVKjOpJeU4oibZ5moEqldHkSk8o7lsjKxZb02z5s7Owj9KgXQ CBKWLdZVWda3N0TIqufbC5/VIdExneSO8igbsVSisU89Zu2l8qwwYxexI6HKq4TS5FcuSswl1aTp USrVMZSClGXOzVP67cZt1BHAzf2Axta2qpGMVvXVBZ4ALOaukiMlUKhtX1n9dQcwcEBLhS+hXgFA mZ2PdwdbvNp/rvykHlyOLZdHdKmDNL5ZtuwAr1FdZlXizzkRWIDAE7jI8giFXKWX1CMrKJNIFfzd BhgtzW7WP1FUUSD8avsuxymv6FhwUwVDX7JBvuz5Hs0V6ofVEWn/tfZOvOK0po2LUvvopPSyELQT tz4p0PjGiV0xlAmZMTGjZ29dRI5I09yJuwc03KTeUtHfI7/ms5jQvZoP11wNiiWPzOJB4uCYpcG5 OEuDeCVgDAqhyUGsKe7PAiKKvRk2OA6ljvR86I2N/J1rIJchloEVfXajE0nxncSYzDh6GzcRzPlK PTdnz6iqYWpRqVjoKY4w/WplJZbutzZaJDY94WM+t40KgbnpXApWgSN+JvaRiTF9TPiNVTKJziBI E8YUxCBmL5ltEnGgPB6sYSGDHA4X2nMNakkvtwsvonDWg6oSEkWUVORIEmHfItCnLUE5+gwi8ArT BBFXEk+ZI7nnSrl6CXxex7ggRlOKNvgzikKCCQc10amDuCz5tUaAL9bVYdJAbQiRkLViA2yePLPE lel06AMqzLNkERlZQb2Sc4XiCr/9l0A1JSq/M+cKBHQacPvloACdgs6MK/zXNCoZSEJtkqBRc4N8 Ng65hyFoGQJXEqUDZgt3UaI2mbfEF1k116BnwvWyD/Tz9fPsrNancik9EZzmXYmcYq4Jer7DhHm5 /7gas6a2eeC2MGVPor2yLM/jrjji79kRPRiCsFJuVrlMA7+UhRhko/7IwjFHeuRsAA9OU1/eQXHk VfQSMnw987uQRvpLsgaUDGjP1mXCW55thVXKETEZPMMo0OkqKE3aHDkjyddYuBlZOy1zDqPwgTHh Q8ZRexdGBr2gI5hYM5QSeyGHhTdXIGc/9Zo68yWhBUdI7TgGAZJKCGJ8YyHOIy8nIk7pCHWWSBek kozf3M0sj+R8F4h9iWXh8VPLsjlUObcQqAMVoRygP/TJ5EomQEA5ZiopVMubdaMLqVYZSEqVIfVf RKcUoTbGGBcWZSLS9MRehtD1zNaSumX0dCycKWStQlsyISwiKAMHoJaC9YpvDtjzZhM5LRCMITL/ BjxE+g4XaSDcYtsGSu418IsLqOnlWSSRB4xI3dZ7plU5hacYia9Nv121bI4sNAQ1fLYzJacVinWj L10wc2CBGF7WQm13SYTnJKJ7F9kS3w2jsGO3TRdYXUYb3fdUVavQydDdxOp27u6XslTa/Vptlq6q b7t193zxH48H4XUFTyRtU3erP33PH3tsggLXX3wrNq+betC4QG5kTxyUMpQFwIpQttuUaov4v2JX p/LP3q6FuMKWs2ICHorUp4xmS7fYf+6E88SANnO3MqtG1J0L7rCGYj1xpJvWG5ohFSy16g474TSY +JFVGKGlkR7S1QiuPXMFo7aEEanERxDdAkcdAq52uuzeXcjiMYC7ST8OKoBsrJpMZojEF+E43VNf EKIjN9b1HJOeDBDV3ePvL4mW4STPJJak3yxzaOGMO+yCPPQbJekXSFX52kjmCrcwdBc5vVTEmxIQ Qx/OurCAjFpmSV3Fjm7gI0kqAGuGy948tKt1SYbL3CK43A6LGpZIKVP2uJfpI7Pc/SKJqJKa3gra iQyebAXEOntRCb+SK+y0e7+FVMLsXWxGrwRal5lEFjhbIi5RiYZGONrOs9FyLlIdpVFfIOQ4TKgk IkbSdyiZ7zOeJYZMaDx0EwKaaQ/5nfdBzpgj9MyZvCarI6EeXEOMni1QWsbs8SWyGBGFhAi2shMm URpZsqk3xkFC0szsPOBhQuRDQj3RB3s4g0lBJQUIrBTRKD1CpOFQlMwE5XRf+pNHZrE9TKBAnaco OGeNOZTujU6tLoABLsI/2nIXYyXP7DWPUJ5O1SwB/vTABNGCIA3ZGAGaHRk4IVn64l9I0Ch58Qjs tb6zEYyrtwwi97FZonQOI5qiNIIjHhainGaGRzjyLAmy6N5W26onCqz2KB41cJyXu2Kou41kgKxz nbHW+C9nadNyqiCiKIrSJTxMt0yVK7mwqwyEgqpymGXP1OZwLy3NZ3wjxz0yFOXOZBLSbyK0J4fB y4gwS2KsA8BubESVspXflKIetyt7YqXNtXrwft55JAQnSQD/tWiZuKsQAoFb/asI74eFbNPAPKIA wSBAuGzeEXaScFh1ptKUCrcUxGkmOqpFZPMxcaT0mEp0a9Qts47NdDK18MT8lXCQQTBUv25Zg8OE v3BU1ArPddeza1JkegYZup4IcZtBmyAKd4myFE9rQlwu5dZXztsTPCiLkZAue5Pnoh+KOGNvapJZ Zh5mJnbNRk9miEMnUU1uiGc9VOtzhguKUmhPMsllkJaRQAB0GsCmgg4AJ6OuW5jKEXLSLEHf6a7l pO5H9mAT5trGoAKQTqyMM5BmcwIfXXqYxryoIWrUcxh3Z/MW3Onai2Py2kxt3hQxtdKl0bRF6Ymt bM/w6IzgPLVYI79OldBPY0etSfFGJ9L0jFvHHYkjt1N5JU3LLll5zsLdbt2X7U8H3z8fjZW9Adg9 m0UUSBwBu4mkUfTP8MBnj+H1I88KtWjqq5dK0WHJBEN3tgc+MMn5sW2r0SOfLC1kEWU1vBWAzAKJ v1664NIFCoWlZM22MsAwrukA82YwUc9tMtt2LzCeeJBSZkfD5JFSuKQopsbCk/4SJDTGeFu4NybU KnJl2EEh/2IyiJKcmjngxkyKu/LmihrJ23RbJe9krQZn+7vBhID1LdVsGtLEVoJokBy+lLKP6FQ+ ZSLjQfNkxw30ri2nKn8rYywV9McZnbreQpDbMcJ5gmPMCmSyxFFuxKp1GjlEdHJOBGw2KPNHX/3t URWpVcGfehHVDFqmt+Wz5mHILB1H+bJRJKOhoadv1TlzZ3TR4LJBcX2LAsuck1I9QJBCtvy89Nsp EwlUoUvOTDVtuSXcQKebi5EqdSfxFpDCgZNIIxcZlFKhjJazIdKW/+OFgkytTMWjv6/hRpN7IwGY LDO1shSzi9wbFyEP3RmWrod0WQw0lkzoHF3BgFoHhQRu2xXJXMAKO1smiXEyDHOWK7HDAmVuFCD0 iEJATYN8zcGgjSlUP0pY4IXnWg/vj3HKN9woysDJq+3tocjWJbNthDGGmE6l+hdhEMnfWXrxPutv NlQ6UdRuSRqfwXdFpERAENlcRBohyKWQdhZT7v3m5ezERez5lEt0UoQtr+PeWCNDXOgtEpJecyua CLiJq3hOxaSPWvxN/Dy6AJ7561OPIEJoOuY356WcpJORGIgjN1meSDIONTGO1maS4uXmj5YzMuPc Qc+KrDSYXHUNOprHrgLDQ+WUTY1ZdfaB42xATK64Shf6YIKtfDmL+Ce7vpm7y/lHjBmF67X84IeF xOg6m5TYFz54RnIgurprpsglK0RDoZzVEER6gQwJBDVNAvE6GrBw2fYSt5tdbtZqWzdRYjaBNaJp u7/dLKmjU00yB598yFPh1/y9BcPUYa4feCLCENq3TNDyniq3FS0rSIh0MmJ8YIfJsJln7BkNpvVS mHzflp7gsp6UuHlSdjXDmPFlaea/BVYS7YndKXCsPlNGwEZmRKUX3moAQ6+wNndrPfRmy7ffNBc+ gT5XBTspuHoFz0mYLQpROldyrkQkB9YZM87ugvQc3GkyAON0YVxicCrjVs9xBWN2KsCkpvKO5toy uFJzwS0QzIvLvblEqVo3axcce+aSkO4KQzgibuiO93ZhcTY/4tTBs8hb+m2elZeVTZmFRoiZyFJO WQRXbbLgj8s+v3972YEpwskeyxw4ebHJ0AJqD/7Sz6qybRumB1lDiTYL7slpXtP2+u6vmWiP0Edk OUNpnKuLqmUrPXTU0A+EmVv74FnTJFPm2N7DorhnU9vqhvSe0C6VLqL5BkAXkjxBDqc9esXkQM9m kVqQpOjU9UkOzWUSuijHboaLVLMbsgpsC0MTUTOW4FdLmmheZI4Yy8hjYljJFiRJPefeo97kuqCh p8SUhxBgJAOosjv81nlS88xPUnfQBLsjzU61R4E0BqsegirD+fImwebR8HBoTBvn4aVndokQ9XxE kBLk1pNKgNlxJpE83UJu7OaMpXggt2l+wslbvoidShwko2ktJRKCLNrpxNtjZ4xUk3K9KPYQxDKr xJgEVhWhamLpK/6lKixkM0QNkeSpbkWgpOED5X034TqWl969UoGHNCkmpT19t0DWVEWMak4mYZti 0wjHX5AMm3CB9QJksBiC5Gs0kgM+S5SKJDxbt3xNn/wUcRCgwRlbvsAkMFuiLmexHNNShyu9vYuE ehmNQWxUVi8qVrHYWXsxVwiOxtzVgEahCWrQoWsAUZYcu/oxtOF6WqC+yos9YNAhGSnSm+zngL54 hSUZ7QcLZI5CKmgECiR4oT9wiHJhCQywnYoJq3VHw6tnrNEcpkee1oUR0FHI2pZXR8AFiOhRlivo MZcKBURpUFcQMywwWkVOITXjK3qXiNcsL2DJorOsmDPlEMQRfGXCzXhSQ8x3qJ2ufEoQJTT/B/hR /j+a7kahcRyJovBb7IQADQES2Nn3f7/9zhXdw0Biy1L93iqVZJtOiI3i9B1tuWcjk2ngBrIIMBVp 4o8ArS+81idZZDp05GvphbTA56hAHicqWHEJY/Q2hDxURAvZ9d/jBKv+BdG5effpG21EL2biTPxK uC2IIMIP69JEXPCFO7OGpWOppkSqEi6TUQomNJgcJZrSkoECWWYWhugL93quqsQGsAFA7oS8h2CM twxQKxHXjO3MjHSG0gl3C99FFDou95i4DItxjfyyKRcX+EqEhbINh0iBg/gSNoKZbHlpFM4ByDQO WydqG+1UT+7MjoIIX4dNF7M6HCPaAWWTYK1tiL73H1PpyaqAxTt0gktKnV7hjDMGkUd1Kov1B0rr kJm7oUBbVyx6lSLCEGcNyFaZjioWNHEItema4HsVZqbEzFhdCo0ApHC0cl31B5S98CmSj2QnzPXg lC8MUQLfTDm47M2ibLK+8mL8RAyOZnKhFoOsGMIjmuholHnqSqtsuVOo1J4/ViUAAi1i6oYjEbjG 4RKHsvriS/AZ7w4Wa12nE5mwlobTCdiHFAopRV5dYDCEIARIHMwshuikH5d5/2mlEhroKdFVksA1 AsWL4mZ0LtBBZkxpjIQsqp4W4AU1kvVIRp3kep4GhlmuTT0YcUkBQaRq8POcW8JGEyPVRRFixVhh QOdDhWgrEv2UFlQlx91nkUXjQlZIp1IhcEJODVCbBfUEGk//1i/V5AI9eZXv6wAlxTEm4TnqJKTW rf+9XYi4dGdk/RBQThRzegZSzQU2SiuAzEp/mS6vzbzzwsluj5pJLsIWLeMq2KHwdclBygnCz0Ik FZcwAPOcy0oucWTGVNaRIGw2yd4YLA2aRDgY6PIyg1QBQFfRIwxBlp0wOmRhXQuFMNI00De8F3Ry fB+IYMpFSSakGsxhG4YScdYD2LFOYRapg8YyG4pICqaErGWPu8xl0dONG80fAaepnWyNzr3Yx6Ss g6FK9dgIRb93WEyqRFGIjABpYLSp0xZmq+HnBobGCuTm1OdMvBPRsmgN0ixZ4r2EJ5fsX3a52Esj CVYqSv/SkzArnojCRbrN6NYhPZIRSA/zm/MWjjJN7FJs8mkW4EiuOa+DhIo8tCBh5pJlHdXorAlT IkkncawFhljobLMkxl6IL/22MK1b6KIZA8GhJEPX4KnjzVQ7XeeSk+78rmridDWLJoxk5Xerfk1a NqMRoGgA1a24ClYCpblegG46adUYg4IRuEYVJHcd2ZXMVH4Q24Jk+N0JYYsB4siMMgNr9bPdjJNh rLnOVXIzhJW6JC3IKVUzFbkMquJH9lRx2JUJlxxIPxM1hIXdJliz66jOmJzXbYumsYa+6R8RyGqL rHxKXy01CldWG83F0Nwmg5gytONG6f/UNoJZkIYkowfHmxCVii2ZaVNHStGyEG/V0ohNoJuEEwYZ EqVe1SZQTWUmbgXB9o/hTwTNZZvapJTihfksN6MaWjN+BqClGTYCsoqUUm/ahBqlxPrrR2ujT0FJ XDeyTTp3oSJPgZgryZsy5SbULtA+kzABaiAtBfdG87nhS/Ns27OyWW9pR5/4SFdI8ofUk2CbR/Vp 4ndTRexyTKdQnkvbuWPm2L94JoFCM8DU7fLRWoB9gzrRWIxmQjATgTemdbkPLIrR4udCAxKXZbkK UHCNIgnn1HVTA476aZkmbMxKHGv/UstcRSNFV6Q6tQlTngJweC5M8a+pZfMp/4N3ULEHhvsKHnir d3YHFJt1IdDUxIoSRDE5UfiNODOlrSMa4KcHQXdhkaOXS4T3RcnNR+CV6Oiz51gaxnslTIkqUIuS eizc+FyJWA+PZnlr6FQzKS+lMCM2UzBxQiV76D4CArK3EzzqOfwqmmTjd+sshUrZADvBJWxEC91Q Jf4dZg+1FxBLsfPYFOOyzCO87mpyo8IW5VGVMgb1jkobUqxIX8lad9KS/JyGaq+zOWlaNxDryZWb kLQTbBg4NdZSN2cSoW2rMC3jsThmxhfrqRgY4AgsGdcGKToglOrzjjWrjBazY1SfXClMxA2JqEH5 d7NBb27OkVkDE828s7d2L+UmZnNF18JwPPjXrocmfAkPjPhPu7xgyT4LXxfCkn/M2rZrDhtMkgRs LcW1aUJ31WxGT8wk4BO+TRfQZ8icTQNNDKen4nsDT6FawBdRo4OOdoEal3J7ZaacBlqKKRy0vR2v t0tbLBSzu6zyUVUmxa4Q2PMobO5WZaqCDIvCXv1Dj8pMIk28tQOmxAbuocwxJNW/6hlsbDjfBJW4 0w3xgsTGGtHotGdkktNzvU5xxSNaCy4NN/DPamKqIIBjevI5xMxmswOyJLzAh3EF3aXi1Ifrax6K u3ZYGcYotgAhz5wHtYy2CUiBCi6HJxXTsuQcTaJflkVw8vNErZlGwl94m1r1mHWSUsBhzGybbQRl 9VE6z/LzkbDP8fIWPZb9NnvQNNlxdmcTQf/SbCEUNPCd8GHGxhh1glFD9G4IpRJXBlNJAYwFTKgC dciMrPkoigIDyVsP6BYU0GZyz7raPRLAaRvc7Lm7+Ypxg7jmR2w8Bv0BJ1Kr4Ds2NEkX97ZaBl3q 3zGINvlSyaOrMFK6RUeYS4JN4bJf50ovYzbPtnhNCOU8aX4ggHRf8y4/GQ94JWlG1RAypUT32sOB MSNYw20Xzsd5eg8HzhnJHN1dqjeRmEVFVALLdGrPxs5xl+khQDIicnRsRFGA+bsoFHVJV3erQRJG AIcOD4VL/lYFm2qlKDevFQtRyzn9xVX4InUJtdghshkwwzBYIOKf5QO8GYFh1G0I1paoCar5eKao Hf1atCWrGZ7qQTNHB0tYkubBE2WEJMpk5RM8L8qMRPwIynBjb79WKAq6M0SyzYYzGA4ZrBuRAPeo /KAqcTHSeAee5c/kFcuFd06Nvly0SgYbJUhIUxz/NQykgkfdbiClt5TK3YgA/ouT7bsUnjZ13UVi Ccojz7rTDMtvwWK2SsLrGPgzy6qsKbQow4pUxopcc5lssEqfddhmHxhtjtbUlcs0yyyvyMKhxB9v XSo6F1Ga5gtUrMv0T1iWP5QtEEgBG3/nXULR9R3HvZiDncW6dMvbmj4KzwTIj/0tSr9JBHznLM2L I8fMUXrRg665b6G+Px5/jR3lVzPvFqhdYtZZFVR7pdVeIIVmh0s7CtXfaKVeHYYk9KCgSiwljc0L V7uWlNjQVPpxJrm06/qERLkK+nt5SWLRwLypbRslPByDqJuyAblmvYYDaKgwfi4WvxUnx6tBm6BJ k5D9kJN4yYkX9X3913u1vDbr5/74vlVFvn/9PD4/vx9eW3V/+He/V/e4f//v6+f+/pDM/Hv7/teZ LlFpv3t1yrfnnPvSm66QmnIc1JPZOzFp5L1glPnTS1W8CZigvr6NLy3yT4P1wE4et+8II1wNiNVb WHqEege/PelUAcZc+u3R27u+evdWJKobKNBXrk5M0quEQ+2UaPgsMcHzaSlbqwDAU11CNkdBDKZs 0HHKl4WJwq0U+FdNuySMHsiTPRDrHCQN8B9wGdRsb0aZJH9hB2yEGVJCNuhSGW+Wlxn4t/xTWzpt nt6D0Enl44EG1uM/HfS2mnYqcYuMSCWKaeQ4DAcjhgFsGft0WxKPBQ0FL+RWxAgZcg6t3HJjdAa/ LdxJQe4POqQpgKFTEvPBBS7lrqhioKwHZmVIetOGp8ZC8Qx3Bsm0MzsYiL8OlB0XfyhB6ZvQ4CBX Z3Z4dUkYp2NkCx96cwjw+oUGGOP/xsEjJAto2tkYyIFl1yaJLBn2mrn4AArZNWD3sRWBrvUbudrv Cf9hn3OGsIzX2RwhkoxIQC0BG51Kqebz9ixIRYhzhZXwOo9BzrYplWqaLCOjPl9VJtu38NX8MZiV dhYiKZ1SklsdrT6AMMBVUED/armYgZDDF9IYigdDeTsTzOsHPnLa7KcOSafe/Eg5UIUJsncWSx/3 zZ0bu9hJzhNvH2qJASTXurkVC68h8hiLj84CY6O0Slf7ipNhRnIfX4AWSSiPlppZJ0Jz6sz6/Ks+ RjkKPkzQK0cRnAq4MDvqwnwp3v0k02FVU7nW8XWaXQSyvcEqeTQ726FXfu1jlJ/UAqhGa4PjJQuS gJk4A4Sme9g0feNgOK1Ia6JSYEEMozC4bznXLI2HiTgu0tUJN3k55M5ZhhfZs9ccOCBQnrceJLzS qaafdKFSyX3ZW54uzSgbLOMwXHJBuAyL1+cNeYpLYA6iOiOAhyGZt5STzzrGtfHrmhy/Pl1dykEB umFVM0cxRpXWlAc+LFal8fyU3om0nU756+YXontiKmlh8JsoIafikrmMtKh+sbclY7kA/2lxRVKw HTKSCfdz1N70wfJTZQ0PkuVXvjP8btyUqpRCmG2UQTno5g4dyCWoiZnJSeRdlaiIjveqiUVbbEYS lVe7xLgLaCplLeVzo3dZj3GbruWOWYd00lqkC30uz8m55sjjzVcdysR+k7HXDxsPXIlNGyB3bwgy wj0tSwvXMUFgtPkXue0mO502fwJXfF6zGXr5YVS2C2S+gHGpcY+zbvKE7uYFyGQFPdcF9RQdXFn8 coYd6HYJGNBqthIXBm70ClZ4MXF0w3JCSegYhG9maFtYwggZt6Nj5UtR4OPqKch6pcAGmIpjHYl2 laQQtjkW6CPzSVoVFU0kwy0FvfZQIVKSr5Mo6ZGX0rzmN2goD3ffSmvXjdB+JlybA674Jrb4oDHb 0wp9PKDZqPJdMi+M1MmEhiY9zldUDgd6XMmheiMxcYX+g+gu2jMrEPzWRMgxMF3IyQI0xFVQ6aq8 TR+hOPZ9FaRZhgthe6tORfGKUPyrP5w9xFFt6x1q3CQj5GKkmT0mIh2pDyIwqOIfQWRsGMf4q28H KU3WAErIVzhuRKQJEmCO/+7OI4RxAZRkLzwgDzaigeGhq5pyJZzI8W8Y5TCOSSDJRQVymIN1xIYA BwUdE9fyAaNSK5VrwClCAODJx6zrMRyTkWzCT2ZFv0y+bz1FYYrLscwa9ngcjPhWQkrzWSbv8Ao5 BoNyn0cnA81IuyupSkN1jlBFGdcn7DVIprVLssq29/TwBMfbBsdsKlnMo49Uu+HFHkmBFSKGEpWz M0VmFvQgo/t3KvrYd8QG6kHzRKOr2MqoK5BULPAxI+0jybq33OFqJLmYnXtVxqPFDAwNFXwr6VQ9 8TIUksKH+/TPbeoKLHtIBWdRf+aVL/8Y5gr0PP+8zQUJ6/l371Y3vBulh9gYPBl4UOolRrsfn0RW 5LH16EmJBq2Gm+i2vwmlrsulxLn69QkGPJVvVPYhinjKMtImDJkzyuxak+oWeEaCNrikRbCeDKvz kOCK57Yo9GPsLGqi6JFEtTEe2qiXLKo1sfYnj4JP+24RTIQVqNiMEZAs0UoB4aNnIJzyGzlgkFWn JjAFK3okLEPCOJ+O8J7qMclE6axS546WY+QIGAuUU6b+By9LQxnigJoyQzC9Sh0zC//rqfZtwNBV tl3prUCvD7nwPAbiOAdbmnMFILy2y6r4irc8K/jQwMydexVznV/SpR+O6iSHzt54Inb4FJARfVSo NFvELuXWt8nA4KoEAAyVchujVB989eZKyNTKKWKaWJy5RQCzU7pqa7UUZe21bl5T2Wd5SwAoU5Cq ynaaPYUqJyWQfpsyQBWnTDXMIu8tD/duX6G1IySM8omaGCtcYTPlmI/rl+5CzpIQ8vIBOkKyPiwd 2pwXlW0c0gacGlq6Epw1Ex+Mx9jctewopCLyBJ4IBV0Js4SnF2OFk87FeKEfagO0NpIho8IFJCyF 01uKKK8M7VdUM5blP3JMhlKqNqWX3ZWMpR4otbhTVPHBdZkFMEnJlilZQpBL2eoYfSqe76JylXQl RUfY8pD8Tizo2qYkutFrEdy/XlTokgyoOz7w3QOaEgHLgMMcVvvZFbP3uX+TkC/OlheoHxGcZpn8 CkdRNhjWhCsBqT1LRAewKRtU5V7RFbzP4vPJWIC0op+r8c+bw6Y5XtlgsdgvP3mIHSy4Jnyen6N2 eMlAamUZTuImSrumfBCylZcgtdzj7aun+aJNNy3IlhjkjS4GvzIKnZcxIKxx1zUx+lTHxpJ7lDH5 onIVY+RWZGo06GOU0ix+Sbba6ZCoxNlJJi2wTMmhsKWVU6UF2eTuvMl+hDPbSmelRjE0wgwEt0WN dp92KD1CqgzJ9SRRACJgZBgUCYW2Ike3FcOV8CeD7Eb10FKHL18tyDKHKVp8Puni1FRZtIzOrZGE icaxl58ZYhk0uXGKYJM/6H+wrbcyJB1aAeiSngBDrXo2wfAhFkJ33JrOI7QFd9pPss4CR0xlxEmJ SioalD0hBhnV8UoFZTJLJXLkzqKBN6mZeQxgyVOI3JttqZTkSejMNZIVc8JXTyMJGUI8zg5X2wFS /pJ1hWB52A7IvpgixFEG4Z8wjNTJAc6W+A9NDYfqdNfIqTNOc/PWdFw8w0xcFGC4KPIXpTmnS4LC ENrUYdUL7YFN0CNeZMwuASmEMxRsyQypEYFdg5AuZoYr7t9BeLeWACWtKv0wumGrxm7Doaz9l8Cz j4qKQzbG2ehJPGjr2mGji1MhqkkrNBv0JT+omwmqalbmq6SPHUksnqJdi2RKFE4xkulK1kwwANP8 tYIhtmFw0h7auCCgFzLGeKAbJvABl3MFfIfKMVvaoPuUAc2w0I5i8NKL2gUd6sh1UrGyZBUbjXu3 IMBGWwWDeqGu4TOynZdyGz9gC6SZAwkTZmJG/QyJUPpeGZkw6QKYuQUJfY3FJrTyTVf6dlnLo+Zi hkoZ6vkO6oENE3bmhNrFLG2aR9igmITN8B13a/+syx4VeAX08jcqao2g5fTue00mbv/EFaZCv+CK pF7sbNl7k5vlFkvQnJkUL5Y2kElpUjwShqN2IxEaKm1kdUksISTSoxZ7YdeXR7nWCwEimLirb58q QEuNFIgJs5tmKuSkt9CPnSDABcI6iNg+TGJq9JiFoYajPoyViqX0glMu7Nme6df1mSuSOF5cUhyC 4F7UR66QVAaKJIt40a6TwUtZ4gLVPFTItdunefSdd4XGIqG2VoqMR0Gtn4AF0xozX701o9RAD8mt 6Ql/pHzl5R8+8qkOrG58+1Zk9kVFWD358644/P2lAuyz24ylCVVuK/a2XdsrtW+u+lfxWGulXiVk m8q6xa2afMVlhetuMVbSV7i+/Sglvz9MCDVU+ld31omr+Kz2hv9G0P37++NHMZaQFcVhmqGre1fh NJLPnoT9+FaqMhrCrWXpxdcRXG2nojrkdF7m5tutbvOccPCHzbXO//5dJc64chtYmpEIpS0owBpW TJqpPjdh8zSTn+WEoa7NbFyjzCnP0iZ72KJAt63lI/lhWS548AYuIhVpuYXorEMmjaC2cnOHIBmS tNTCFLTXggNncTKcAAbsKDUpXwKo/A48FhcQIlFazGCTuNCAEbU32LDZGmn74DizYsPoKfWSYXK4 0jBnC+XAhB+KueKZTtllOUF8s1h/2SSz6fOw0NCwzYVl36hyYfWHAslyLkznLVlZEYWoA77snzc0 6S3XEdW5STG/nCPSGwIJupXYuNREJn979Yh+o4i5VzPH7LfYCiJ9lhTAkvwCmJpq6dIFvRHAYJ01 dN1GRvPMZqJE0Q1gzUrP2j1iVlgTg81cNiXcjNCTZEypUM46k5J0pQm2eVZEmxUapZxM3hvdBX1t EVCChsK8TS5LdDyxJEpAebV5XqognQoHwpMhRvJRltQs9iNfOtEUEoqeeJTx4ZEyVo5zOe1U9iFe nVM2PbAClBaZA7sMWCzT3SnQ1EyLYlXpJIssVNMZdZr1zNoZRgw7UrBszuyLgIIqBdpG9xBOXTeY NYy2n3WMWTDTEI/NseA2o5q8KPtupWyGFtYvX3BBO3aaHGIeeXkcrnUzM3ZopG72IdmPu2Usmosf neUxJpLNYniyUhjTLgpMyqgVn3QSUbzBEPVewHasRNmGZ9qJagJ1ljhO4tJitPEqJmFGNAxD6bJt G5m3IRgX/ZW9ZnCIB/VcgWmxqaA+scNeNr7kz+473u0dTKymU6YbklzxpQ5wwUT5NqMSMWAKTCgW xF4BJAcssSx5ZLFVbmyrm10vEdXAqGmdXD66QdIfGhx10SfLbU9B++6YE2tzRfRkuqoUzrHufKav woTpGBfa/rd11dN6u3NSns59AkEM2Cm4sg7rP29BWf89gdB4HHQPZkRrPsuu9Yz6HnWonxy/cg84 U/oYL+5lq2JDCOKn13Cb6XAQprcj5EYLfW0GRL6b4F13P69UKTcCBRVU0Wcg15ecEFeycnZTPGJ5 fuabDkSQk5yZlvWJwyZKqbophxv6qsrI8TlvQzZ6oOPZKUkQJmiJIbCjghegmLJUZRtK1ndJvytz 8IM/56k8pdpEHRhmj1FexTpbT76kQeMdRSEzhI28syuoKclvLlMD7jl90WmVot8EhfOdDFcTmU4g kpuyusjwI7o52NQVF4FG0Z/5E5w++UOD9H+u6fSnCR7Wkhigd8Y0lkn2VYzj+Dxa3tNYjlRQaIq3 dAip8lP88EBGj56iQN6OFVdUfEYcF3VUE5orfCqz+AdoHCynEoGq2yxrQj87St+suJpK3qt93xEd ty3HZPlhmbE6L0HAzBLK4l9LM6zC5A4npMfLeSvfow4aSzRpoUXPXd6sKdnNOJCWMFOWDVLGpjtE It7BwWCabVUUYOTazUkizCwAPWnApLu/cttKGlSbCQiVMNm5DB0Y5ez+MsdKHxIFfBXQ6bG7mQLM mJ6UiLb/kgQBJI+CLgLrIGP/7HFf+7jwxAftMGHX7CrnWYTCgo8GrXoi1Bo0PZ+XLiOGULzImCD1 C9osONWQbeRjQmQbbAxSTKRKZOO5m6x5xyYyyAhfJ/KCPjrBI+Xwi9pj2RWDDi7H0QmtYrEmIVKu 7CuwMIryceXHondIUGLCr0N1TOG1QkFKnP8HBsbNs+sNeaDJU83rR0+9TiJg8SHoY8eMQblAyXJO XAjuKUxBWW3qSoIA6cF4o+sZVJJbj0CnIfgAKy3b4QjtwnNxgXVMSkRAROjtfVkGVQPRv7zEq6Lh cyopz4/XQtiwq0VzA2UkpSa6zXny0jL/3KpphNnTrKL4m/7RvTcvMwOnZaTAJP34QGM4zVgIxyhV ljDtkenaGhclUDHrFVMoWG+BEtr3GUPQlfJok2oaigTCBNfrKDhby6Oa3IyJUdi751e5LskkDqIj LWpZBh1UBqEVw9THK3QYgorxmygNB1ioo66KuWghlgwE8/OAWCxMopyapiDGn8mlXGjxG/GLrfWD fR4Yj0mER/Vmk5auZJpaNFcKYGB2NpCz6wJs+Mdf52Uhoh6y0vxUM/pwSUOEXdoNJSqfGhMITTMJ VlinmLAT3yYdL3ISFwLegxH4rJljBMupPz1Kt3AFwJeN0pyutU4RybI1RJSAvtKcJh8OlW7pPaxA fdIIVb17xVp9F2GApOOgOUuRTrZUPohh/yINVoJiLQipxIg4VxLs/gjXEFtmXlwoN2s/ASUwMKT5 6XCodkCSVBFUbGIOLVI3iriznmfAUjke2LLd4Bfx4TmjikP9I8Y/nydbpERqyJeqsJl5ZNpMOiPQ nEiSPPvVSSmv66MrqRmX5leyTFZ/F++6JvNQqyTzTAgB3IRUAx6eqKvClya4LkIWbRVPiixVYTim n2ZzomTiZ+l6TDTFpiNVflTNZeFUp63y0EViZ3vsNdaYFqX4BlRa9Mm78+j8ibTzSVqgOB+H9l+W +aigsaka8alIkEf8EaaqgTBWnepFeSSwIGrBjl0Up4zikxjNgKnAfPk38S4EE249Kb5lniXJ85EK ZcSOztgr9MyGqsPoM11lgqQwnXYEI208DoiIj0H29D9KDzoqVvAFo9Faj8zSW+OyJKBYjgWPjOeI 2aizPjJGDFZxmcunWXkOwQSvNnYc4/CH78Crgxsdr1QeZLm2+O1ChBF275WoaIwtiF6aim1nCdz5 2GED0gaI4W+cJ/9s03EUJojaJ46yOICGQvmwHCmjEjFFyswidVMTIyf7xBqu/6WwdGKXpJElzhQ+ XRObC9lCNtxAcm72Yn4XEUm7tdWCVVQ5LVBlvOyoIyeGyFVKc7P1tJCHoDyItlGZbcQkngPjCbxx hAoZC3rSsjSV0WAww82+GRLT0wcj6JIEHt/+R0NbSjrCWVJ0xuG/6MvomNb8KI5cre/CqNmWixwp FsO/Knv1Ev6JEEUrvElLhA49TaSBVdF5XYvWoDaFkj4l4ys/KoTpJgvdhId1Rm0V2iTqi6/qwClU EsPU7UTJ4LuC49YeXa9ypKIZrUUHlLGi4VSOSwCDPh+yqCCjQbfeV+QmYOanR90aDYGZQ+6La7fD d7T5k4NOtGOHlEp8c/eKAWpMqpPwhJvQfLk2fxlPFjJ0qzx48tisN4K5BMkXBPxGyRfpZf3FGmhF 9LwMB+JRgQ+5DM8kQMU10GUd5GBAGuaYhjJKCwHRNqN66E8dUpcwRn8LEwgmzkZpB3zFgW6ndIop YBIFGhC3KQNb4cIsCkYBXqa3ro5r49CJRIEZqkBGbhUV7DQNUAAGkrx/JAdkCmoxSfIyrtabkDcM 4IaSIs/DfH0mKAZ284pNpnOSQ3M9sgqjSmdNEjNA53gQS0gU2llFczQ/o19/gW4bH1ijofgZU3Uq 41mcoFssYCbQRm05wiDo2Q42asc71eR6uYcDIilyy8Zwzcp0ReBACZfCDeddcEwSgRNhKNMYbrpK W1wCm4VfauZOhsgCEqNgSEKlUlm8npfqRBacqEGpO3PO/OVAa5D1Fv4QICDmTYJ9zst8su2MiK57 XlMLxgWUgNn2P4Ppl6JdiqxAQDpVkFJSVi30yQ5ohCvZtm/YfuF2BrTybmeg2rBNgGrxBS6/bARv PX1bhVVLVZgVio3FPlbRNVz3LPuuYw/usN+QbFWA1J2s7XsQKJiyhQnP3XzqA/YqlpI8DVVeijIc uNQRkcx2ehRRmHWZbk9zpCuin6oKsUJu+lVvUs4C6Vq2Gb00oJE0aZbHVrGDjNaa/vw4MrW5137P 5FCXzof5qbp3i3ooImMUzZUViLoRGHtsLdyMPB1Ru0/K056whOxso6SLsVZHZknUqFXFvaxCe0am gblBGAcsC/2J11+4zsiV7/h1WOrS4igH0mm+Ru8FbbhK5eVm/rj1oExIQ7cOHUM1IG3JkG2OZX/c PwycL2RyEk7PLjMaMhi397sZzTAcP7PM9SAn+2ymyowIPITkET3i+xfQuJrLuAcTR3aLWgWPfD// 5p/+ctBuSGl3XOFggTPUzh5laK7OxbUVII0ldIa76lk9nteUzbRy1WZbiXr6l6qXRyoVa/if9jYl kbTjuK/GY8ZHJAUmXQGi3sbsQiRB+YpnCtm1MR5i/CHGgnNTwpcXm5lLUEwGdkO360FQvo9YrHGz ECa1GJA6XEcRlCVFyCabKJEuuQZYvRc7OKw5gonU13NZoMp/JyzctjRfNUkcTWJY0KfesvRW7Qnf S8uKde1cMksfUBhdDRCziEmAvEmfgWT0hWHrJ6/lGwXPgI310RRSOHgewS5YdXjic9SFgUhLjTgq 1mRzfRMB+ceCKaXvI9QQETjNUiM9E1w2j37GxR+7wQxg6g7K1C6X4SfCqIGNNc0EScjLitGZPIOu 8Bg3Zcv824rSpJrBCcXmO3RHraXbstYMvLBsELSgP+fmj0Jx6Szes3dHXFNuXVSdV9pI0Opxwlmi zufz+lgGYsy+SVqplNEcz322npu1J2TDhcrNM8MsoxZNITMdZ168PL34rQeDGCYxtG+W4QWTgYce iqoAKuOhYDhRIGjoKmYJK021+VMqUojvEsUfCUAq6IJmfy4rZmlZsSLBMudOFcJIwGwr6SNtpo+7 ftIZ4iIeLR45i7W2OrRcoKWVaMvoiQIN3AyBp8MCHHoSTeE+HoGoOSnU5fZaa5HhJibZhYpSt0rN T1h7MbHomqmndIzkVUbPGnxpYgh+pj29MHSJIUElIe1ndSQRb5kc8cqrM1aAAAxBlYvgzG8T+JY/ Kz2lFG5C5AjKq9lek+gsxDWsTqcYfe4BOD3gKO8I/0HBaGPbJYCUPNFNQVyNWMiD9RE+oZZcaKNP s/vsyTkxpN36xJt0MtTQ1UPJEDAtNhvkhJ6GneWqimg5OCe2Jmu8hngFoL/IzLimfTFlDk7/saz7 HsmITz+ROlyqSSwgKXbw2BJ/Wsz+hR42w4SdJ2NzNOIv3vVkJYSiw3TJR1+ybZzleBADYwgu6pps ZRXGD1VYOfr8RkAd+DGE7ehNj5heMuAIFR89z55XMlE4XZAB6emnMqBAA+bKjbVM3TpkTAEffKTG AJMmnf3wAkGTFeYV5Aaq6q4rXNZGBZVGfqcoJZHgtm2xEap/zwQwoM8LNqNZQMzwyjPRYIgyUc5b tRT3SmW7DUDIis5mHBGV67IilBabQrboX2LnHSskgYkmTkjHU22Nri9oQywu6Wc43+w0zAcFzRmz TlIyEdq8kxl6YKavflJQirOOovvFX7Jvf68wFhm7lvmovBZ0Sj4c24oQVyo1N45NrfMPtVLaR451 IdKuKLh/Pa0Ckzr0QFQZaqGzaOtmZgVewrFZWLctLSUl0lBk8EHVt4Gj0a/lGPEnxHDRvSvJQcaS ixEKArVsZH0RVAzpw1eCovpEggZNq0pzRueKvP4GfIkouCvymjaTG/mULTRHyowqyZIEl6IDY/jF da3RbM+2rljq/CjQSHD+sNdT/OHJm4m01OLRxFxHExcElU3qy+fqgZ+6uAfLGF8PRMu784L2iDRD nKj4TJYAUED6ANzGEo6f3wS0ebeowRKc5G7Qgw2IoIW/QjHkEEJahUGECCslhUto4PdBrz7aJFBM hS1kVs6ccQYU/UngaB1Clc+7NDTm7EBCe5+DNaRERmELtrgSiRMVnQ0raDA8QCYPEEPSRLJjm5yX +DOtIJK2qLtb3flGOR4qq9KIMpbJXMZcpXO9NAEWQgxGRfEaW3/MoXsmbdAht0JCcyDdBXWFy/Kx RtUNrRF+OMW7GtrZcM+mnYRCXzoX4M7JWCaR0RxhpJTRn4cMZ9XpSW4QznqSAN6z7dBCn/OgLa1a FJhQe8Gc3rKtoMPgRvdB0ZFNzp1VmThUDiIPz8cZqUHai152ffx3yIM5DAcavOBkwMu/JUGu4wKB ib+LXUSVcnynd5eTMzIZGq7zEUfAETzBPhHhnnQZDSTvMrowhSfEGSSYbkrAjNFjfJ6/S1K9kJAE qDYmjNqp3rbhTx6nvCqWGrBbBemi4Y1iUNwERTIMv9kt3TmbomUO4YaQEo7WmBHv+By88ZGRZoX7 HIp9tlK+DH8mRgzWCUlFtGpxnM7rrHhTaufeCgaQhdQ6NInCj56j6issxWCwiMqOhNWQ+Tc6B9cU E6SkB6KKVocyAbE+4VV8JutMMvQ6MnZbQe0Bo6HlGpnIgmphY6WF9E1/IWdIn1FXKkRk3wmpe7j0 saGToYbQXkFpsZgXsxpprdoYDoyKqrJEVgpXRJ84LZJTgagRccxGgWAZ0sEH4b6ADsMCGQ1KZYtJ SeLkjeKXlL7SlVS2R+sjvsSsrKeeXInOGruoJN/1fRAycDV5qte7q4Vis4H5cOE9Nc0fm3K07UE0 V7ky8sX/oSwzaMWt2TNFZScOatk0LPDhL0zJeGhg+UgzH+zmlC0jMnCdLKzz/XIVbEib84WAxoV2 ghRjmG6JLSDh1sZimFnnkYxpBpKrxqE/hC/5V9VJ5ZAyvbdRVjjwedOVPTdMaEjPDCmIJPdmpaYa nz3rciEPjmc/pMqfqp9rDGIScNf+BqC+Ki5UmiCx9KUMokhRXZ286PVhl0uhgBCxZzi/8Kf7+kci 4yPVwpMenEAPPiX5golZFNxjReGVuZv/F3bJLsCjozSq+VclWHL28zubC/E1czTcAJOZEsrdc1o0 wZcRYMZ2CoozSQ/NrjKspwS0y00dqZYFLkE83tDZq2F6SgFzRLGL8P/SHRPRUSfGTVJFRwwW9v2f 1EkzYOGSdFR2YSS9FjHLoTFePUcnJpRkiGAyP9SWlreWMkNKv5qzVrZGJnCLpGxlnOoj0kBRNhu+ vf0QXwaQ1UQfNHU20/SBkTXny56rs5nNlcdSh+Fx6rIyajWBFLdpMJLbGC8u+61Zy4XN1RJxIllG 8etaoF4YTS9Nzzkp4ycHNIOplesnE2WhdtuioR9OYW0SEpRXhWv5bXLN9MtNwuHEv6Pd9dkDABkl YgsJJDxkTUBprqRMd7KIJhCNDEaUBzAkcLuAzYDuEASpTUsTnAXS6TZEeiaXxNRKBEJkOVn7hMMZ SYBdk3i2kxwPGok7uYwLzKtDzCyVqGU9D4UgmL7CEM9iJzgCIQBnOXE3ZCUrCQCjCWk/3EZhNmEz jmataRblC5QhRjeXhQfAOdPysQ7TZB7MY5Ks5Y+8FVN8aeiBNLSLhqZdeVIinjvlIkoZ5FxXDjYI 4TOD7DEhYX5jYQfgdyt4c8R8OcvpEvGCvYJmPXAYFzCsZUPkPn8vLWRdmmmN+uNk2mSrvXEjg0Jh eG9Mbcj5rgyMu/AiTRiu3cj5aYbsktzmV1321Pa8SduH86jbuxcS2ZH83XMter6E7ciERrPYJxXC p5NyyujPjDOysmPiih/qMzVmVMmhNCb9Ll8iHUarMfMC/egmuVlp9ldyAWscQDVbQCqD59GUzrFD wjZ7Z9Qkwz6DiLrTfvPolIb9ZnmusHHRV6Qty8kGwgxMp+k2t5ROE4FxupUJ3ykRC/0RxxxwbSbQ nCFz6HsGTQJpC61cSTbf3cSO18gaSuZtdAEFDwGbgsAxszpBQ5jnaJGOL9uS6VDVLfV1/kJsM56C b/OUJkz47V/ZqqkS2y/7qgJZsJATVkaIZ6LpfRzckIqEREwW13Bev84nXNpqKVP/aM59cExsMtzJ KwMzpy6OB1+oEaBT4JLN4IuIyB6VE26KbkM4f8ooMlF4kXsaP4ssFpJdxla+QMtNVYxIFvSAEtBU 1dEe1ZhFfLfIzRVBbOUQR+oJPBsy+USwzpKi4TI2Y3KGYgSbi2Y9zKNTY1ov8PjNjuI6kEOSA7wG rFFMS5b4bNGUl5xLkBOmZrT6IcZMzGJcx3l3m18QAb2lSe2PyhGGAiyE17mg4TICRKfBbWyN+bZx GpsuEeNMbuvacYo1oIFHF4OnrXbrAQfhwoxQY0BXxPQVn1IF6WbCx72IQavpvVKY3okG5SSX7uSq mPInm0ehxan2NY3yhszYeBaPJsAu0BUJsLR0RPTdfF2HQ3qFdwMUA7Y1wmEpTjCjNcQLfUpddBD0 xCbTxYfDm+I1dQkGNTZQphKDhac0kI/7XAo6k3eyYlbndcX2AxbnMVlO6q5n/QiFxOFHEb4nyvUi Bu1lm21jM4S5H28xURUz7ddtbxtf2+zBpwS0fJ022x6vqX1lflvl9NvYveKkqWkTPt97K0qb6ftJ mWxcAnCOpFkY2IQrqkxBsFByy/TnDGqbVgDxksM6uyJVYkdv44m8zzbh0SZLizjO3MoKxiNzSy5+ HQuAbGtEhJRc1Ss90p1puX9U7GhXDSGLq+Ss081umupXKFqXaLUpkaJjX7YcXJd1U18i0hdxrU6C kVSBen055q2UnWrTISCO0CivPcKzrNGogWGZiG9OG1sQp/NkZd7N4yssrG+GQK0VHDZF7T2ZTaVL e57NVW1kNIS4kCod2c2PXkWNfapH7GXH0fTEGAjCmPZXt5FZR/vx6wIS3QBu3pE9aNSLeHg3Hkc3 99msjBElJybk8Kp2dN7kDrUmbYkXx6V2UegcmecgGniDfXZMRqMhaWjqu8F0FkpZJknCZZLcDPSF yPwm9NAGjHIJLTMzvinmBu0hXHRmEoHh/DSq+RYZ8mDhOPDnhvphD5XKuclLgBv5Xa4j/h1UBEoa dzmNu2kz+9Tf71BgLfSPXBeduwsF4r4YwZEBeITVZ9CnZfBbLl1CFtAVu43OW4JlCfy4XAANM9TZ Ql0CETaypiJs/VmwWdQW/g7NhElQ+gm6cyNe1KQ7Q+JBPNRh7PM4XpRb8YZeA57W8gjD+fALHUJn hpoCCVNED+j8zJsnH5if9Q1B2BTa1IvomuGzPJ0/0RQJ8yP1V1ZIwVW3n5kcHPGZR7OhHhessEBM KeWgGCkl5DzFtcWWxQuaujYN1zZVUVmVbSfnQBmGI1QVdptKs0+O1xCrRLFn0shdeonqeXF70/Rt dWaWhEYOh05fYVpUGC1JRrOURsG9FvyVyXeWiSZclT3m5IDGidjznHHkeRR+d1WD9niK7JBkaYmF UTjToxKjudfRKBrmmqlc36g/yWIvfL/1JJdwYCJe2bzxKfeaCqlJMRmZDiLg+eWKrYOlLEi7KMsl k6ou6FdvVp31a+7sIvzEC3FSOzEHd2FXYcJxUi5XZCARwFpbOmDjxZphvWxmOVW5BSdjEovdrhwh jSyhar2QgTRiiuMKLs7w8mRmroEZe5mSUgmXySqyu3BAM75jW+yyFH7ztjdI8qYcvXdNKhaBCEPa a8E1u4NPiu8+P6M0i9G5eXOV5LJ8t9A5w0lNa7nwUv+e8lRWY6KqgR/4B2wkSdtXojOTFvslIo8L GgPh1p5263EZQbdXtygrfpXDN2f3pME47R2m5m5GNYN4ePKhLpvX+JFwupEUa+3fUJaX/rp/2dSl h+L1FhU092xCb4rpwVW+JrRmL21TSWY9xs20GtmejojE7qD84/ZGveDCzYqGrgjQT89A3l2WJboO GO7r66XbLj3F0RASNqOTlN0mGNfi8ccdlB/fb550h2Z3cZaXUoOaQ0KsiNRLIqpIG67kvhleA0/O 9pm4OwMX/vfLJAth6dR0IoINcd4a6J7N7eExwTN3203SJPk7JdOV6UGKdW9vF54naUjlTTS4k003 8Qgnu4XTnaeE7JFBPYy6Fc/3h69EBmOzDXPnahwJvJXp1qYzDMOSGeaM66/GGvmMyX1P6CpAAlNz 1RI5asNGj/sgqwhwQb3p00AJUPnl7OLpHbOm+qaX4plrdNItnD1gmhl9kxg/NBzR1ImMxTRU0zmA qWiL0gWI5FAumqgZWN4rjW/ScbYbEQENO2F08iChLCqzpwFHmk/mbd2Ih3z9E0/X8gX9o5gKD/A2 X3NhgNUlUROR0pfwf3GNZ+fhKCnQQA3m4DPAcR2Bcu5+hK6OFp5KC9EfrjRTq+8C65ajFI7aFO2Z fjqEm65r2tVOhs1/HdrMty42mFyoOeCWhMpbpGoBVOCEhV9MK1IUDgUDuLeo75flmLIOiC4JRzzn DabUN4rSWK2CVOqi/wgGRxGK3VgoOtDlhHeKwwo1DgbiuDaixpuyJQx8Az0SQKphXW7Ni6jpav04 k4kRY8pATNN3lVicMMdMK+kLEpmTa5smZAaRSF9G023QhwTQLZQWI8uIHGAcleCwVJhzpKKB6lBK pcXyMedLc0LbZl11K0AUcmZASNVhnac+kjFqui1Zyw9q3IpbM2tlx4qRYRh3OhtL5D+kVV9nC4rG hlKLbiZXSWe1Gr2FGytHT9qhPlfyR9cGyVT8xA5aC6J/2MbogNLLGI1eS5wyIc9X1JibuMoWIALy PWFmdFWmYsNitLjMbhkHA9cby7TIAoWMDOHyNXjbl54XSmg99ABZfiKtfTg+uTAOQ3wEBCI6IOcB gnQ0SxEB67UyFH0t7iDOU3BZeDDhOpDepfAh1ODJPNQd7mCwQfzvKviGrqTjClEDmAVtoKlH5SpZ 29yofZHILkbXFlSqOupSHctzDCCLu+Pte3SH/Lcn34oBFbXvbrWnOrCpQxCHgP4r0LX9sMfIghVP bLXxcrfnQ5RCElBxgfv335TLEAxXXNCd/z3DArwXRxKEsfXpp/vwe3+rv438g3oWiqxR7lmVhbeW qJ1OGt0sT8a6Qls5AJ7u3ZObCjO4Bn37rraM9gjwCdzlAX3liQSyB9c4J8/NWTKkzMeH2vNfx4My WRmmdZh/s3F2IUBQOjiolES0fjiCnIfxuE4HdKc/XSBmxiZDzyydEaN1G2n6GXUSCOAvqMgTNEcY ObU7Cj4QjiENLHYx/CKyEfkSfxFiXI+FzG8VYHOlCv0GbbrbYkCuxUaNKrySfM1OGZDWMO5JUPMy SkKRHac6bQpi1I0neKGpn/IQPRW7qR9dWV+axEuMka1qasAlIwqs0qWDrKvpDGFwPCHFDtUySZ7S 2Ugib1pz93FA0uwG/lVN6zjqll9RDNgkY9V+IMxpS/aq9hBSLDvXVi8sF0dybd8MK75/PpYpcxB0 WA5uG1gn9EdQXHgc8HSjBupptLEsK7ikeSJU0CUQXHkKazYKqChKz8GIOTjxVrngYUWmqpdUOyDU haiEJNcyVyfYD8uUr+KbpoouxEqUbGa7dmemaYPNiiqF6ba9kztR595crLRH8qYroWxGjbvcKwiV KGIB405FeoYCTVAkU6Vvwon7TYQFUf868uqR4LjubLyLcavsGxI+N8N2fTgA1hhqCXaTMv0yOSPx iBVvpPpYFnFZJDEWVeliiGjuhAJkbnZPxNZ5q8SUMphOmUFGorlJNzZWKxHaqiog0VyoeY2rC6iq AE1eci9HmwhVgNBOd26lrErTnONM54C5QgqrMeEUfVX/iMRrTOuu2ao50Cqq0pj3iw4rL5OkYFQ6 ULcV4rJZX7OGtuaaFL27w4IpRh5ikJWOS3kSZ1NOM7buS2/a6cheAFECI8hmXmU0Gncd4a7EFTdK LsbXY4FHhwmLIgydbZaDNENq87DG3AVlPWmUscXhkYYSEDoSISJoAR1qyk+2Cri2BGlL4XKC8jd+ 5bhg5XPeRMLlLZlBku586MYXc0lNoGSCp0mjMbYw0xKq5CH6Mq9m3ZF+OBPAgiwuIm9hxWF7fsWY w6X4gHIsqRo44wp180SdGGLBXSCWFXSH12CZbbfuk+eLA/WgOxrKqh23p6j8v5Isr1nOoHm5/aJp GPvtUcClwaDMQDWSZ76/wNhY04cLmoaZkDhNnbosCBesc1jOJUkuDrSzsWlFPugCAdaWnvor0wae uE3TRSUiSJ5q+6jlMsF6xqUHkm1KgvL5Sm6OiEDXQMmOTKjAbzzirDy8F2VSSvwavABVZpQE/AON TmOOsuqkkJj3OVtDegaX2TRoYozMI5IIsmjiVPFCp5Ho4TMl4Zo4HZxQA2tpPXEZ4KkS59W0FWD7 A8nZa/tn9OloRrX60Z4Cgf0aMwJ6dsqQpbMMHRHzNel6DqyaaO2ybtl7npptoRr4VILrq24NoTeu kR9ah2Ka0ExoxhdXWcVphtuZUtwKOnp3OURw63SeyIYhTKVxBfN2//WvrYFe8F0tPCyJ+erDq5hW r8ZaHpzJlw6k03yne7gVatq4m0yCNRKGUQa9BFUt3mLwqeKyt8BUPAcg+gqPKt7w5UAt+tGiLB/K WNXSpQH7VfnJ+Apm7SytYh9I1mElt4i9RniktqkxvnTtBzERTYNBkAUX1FOrERFL476bBCGG5zlj ncJhXj3cAIuasYdE4jxo0hkPIfqKhA1QPx7DlbgEUITrscgQpfpy7zouzZJaPhjRrKNJEw5tnQXG Fcq29pEUDF3V7eQzRTQ8isJLtMCCCNeg/l9gUnBmVZFLOOUWvslSmHFmI5HQDgdwhl8FNmsLcolS V64hgbxMc/lzlbFMjS/g0XByos5U5VhUrSoLOMKxLhOpl4jqt/Sji/wGE4MYY0m5q/wEH2Xope+A M1wFU0SNhuJ62yfyRc4LEwMvhZKKOlGGKc6spAOlpPf8F3ry9s0U5Id5LpLDBC4Ob6GhMVHWBKTk rf54dAANPPJyMtFABcOvsD/N4wA0xS4+POvMZVJ3hAOfcngDlYlASIxXJNFbuUePuessgSpT13mQ I29RF4oHgUEWWN6FW1RKTFFipgCsepbWElT1DvJ2Mj2RAC1jSacGQU6dJMLZG9uYNkkbg81Tto8r 1JxG0vI+uL7IcKToqE4Np0fEO1h6rJSlUXMK13RfZAvZKYSMERGmqgoJC4Eku4JCJV2JjACDaGiW tQ8pGcqQFbkFoN96zqdHagyHz+YBQiuMmjoBopYOiyZJBbO+4L1SP/51Ts+bGsrdWGwCYhNthQq6 8StnE3rKNiM/o+JxnLEkDMO6RgoEC2ySYUCuqSDF5dkhBuuTh3XCWRyqTBJUSXjnV9WUCObVWdaC RrkqO2tSyTbECwpOJYJLlbrKLGnagULwNiYUl5mtPWNmhsU5RMiQfUEZLhjOKI46SUtJCHowT4qp H8iwQ8SfsJaBQRMmO8dp/zymrNxAaVGVhGFz2YkUItrAEbE2c0+AdeRXEBQLgZX+Z7Rk4EJGYrhc VcNzsydQcpz2CyLhHE+iBXGsN3RICyExtyoiEoPiOCQOvKmzMVMImB+atTRjRBgu3oSB8BCMb2PS ssjCH94WhMqEjeyK1k8ZIAztKa5CUKGjU4ZU3qmcH5QH0YC0HfBBua/9pi8RphSO1cmUrKcWjJAk ZhcrIHBCiI0iof2vLYJi2nNZygJbkhCc0InogpWQYBC9aQTFCRO4bCES7QIvYsoH2JLRl9oJEtoS SASQBcdJSex5+G3fm29s1ZV0g0EBpZeu9pGAZ7Ka6N5lIoXcHNk9qbtUSoCu+4gieYGj7ProGAmW RTL9WEIVDrQRRwuc9KJlQ/siPfA547AUYjnrauHDcTpAtQ+kgB6CFUmjCzHoSjS0w1xyNJ9oJL7L mpq2kEbYRVGYat7nOotBDZg9B3M8S5pAallffabDLKdgasDWwhBZ9sw1R44D5OMsEOFcADPNp98e bqxP0J2LcDTfMkgYShk0ZRieaMKnkcenWOFCtMzKWI25KYA+K8otPgUgja652XRk6ipi9ODWFQed FwtAMeLDDyMU4MJkKtP74LsBoSsz1hO9o6nzHW52M8YdTiUuqBNIMnV8iM7ZUgQOVHSejxTJkS2m FB6gjd58xm+7l4i9Xpf0Uj5NlD/a323WnuNxGZSghdLHaEHKgdkDYzapTZ0Usx1xLmYVVh7lbLLK NHe8pKeQkZ8vJl/9++PeTzNTrvHEqNo20XrlBSx0cffyaMQJczdcuw4eOJqcPW7eBgLupMfyPibE 3QzNIhhwaTaJlpo6TX1IaVc/KgvClShkt0STu+VETe1Zn/576Lq9GjRZikXG/J+gHLBXmW17Tn7G k4UzM2FL1+EAxQOWIMg3VDB1roMyp0IwkkTcfEoWWiK75FRriW+56vX1qefzX91q004RancTrCfF GdmhXapZLtJvrKGlt+Lm0EwndmMEaz2uiYXjNzK8MKPzrkOMf3yauptKGhryJrOMKvdEIqfd/ojm 2qbmnjjtRP0k/u0LbTE3pSA8e6djAyV4pLTcCQjwnnmgKNsKg9Jac3ZYGUwqR/zCeHk6svkcMya+ qhz03tbuWZwD2dZwNkbyX8ZALfpGWYMsn08jwD6tRkqlx6YZDKwswRWR0Pq62v7QDD1mQklFiCcJ mvM7MTXzyvkYio/FeDLwBA+uUp/cropByU/AutqIUeazSguuCd6zMUBJccTa6CwkZwx2SwAiU79s 3u/0d2Jm5+nGQXxVI+FdUUNsxs2dUDgEBlV1jcX06xCgkElMRohn4cXp92eJeU83JXDpos504kjg VOmMT0fZqm0hiddil3g0n5eaN6+udKyZMuMp5Ye+s3/NYyS8hDry2+J418lsgDadyjGQoW+D1obc Akb2gBl/22dF+PFZGkdDshyeXXqJxqynFxRiWbWXfLttVBTLTmNvD4GnD6yFabI1WrJi3yk6L5gF ZU4NY7Mx9tJ96+yIJpuTRo8u9OEUfp2gNACaHEnTWef6UiZfzupH0iSxZBitWlVWaC65pFmLKqj9 kraTnXryydKrQJZyiTUqG0QhEITzGUYBFNEmP1K+JnZNURJlDVRWXWeWQqhVP0m34opTVR0clGmS JRtOXXK80vNdJUUs/0cfGbZG1FgS/vovVzSCW65apS2RRa5GbpsqBNBamvOfowaYHzODpksx3vSq b730ssnetuK0zF1O/v7mecQWWZhCzyzeFKO6kf9xXQ2p2hFJlQmbkvXOCKxVSjIbEqeSdSGsFLfG ydwwpQMRynpJW3aUGZaU01LxHj1kQDdsBxJiL3SAiuRA7DzZWbLOeXM6OaGLfE6OibM6nCMeZkGx yCTd5Q9tJMhJ8gU/FKyoPpeRP1j8N4lTBsYBjzExccAKO/Xhq/0JgKO6WRm7dR11tp7L0fwQd634 9GJCM8TqY70ZOsrNvB7ILjARfoCATKV+nsTUwxxfuQEYLkMNB3AqaSi96dYzJsnMVQiz56yaH4W5 3IFJe84Sibozl/OBwAGVpCTkJI8SNh4Kd949zretNTlA2a+WzgF/VHXDjogy082DETBc8tfPkK/3 y9i4KDHgRJ4BSPIFd+gebkNvg0hx8y6JaETCzjLGkqfgrNs4pRsY7D9yiCf7H/Hmv0RhTIcXdNKm rzyCEsX2OJirEwDppW8D+lNXpcqRPjOIYzwhTHufAlgBtsyi/3ErH7mYbaggRYbz4cZFRHMkyVwv 1bgEbE1i9fp0iuovT7Y5XW0j1G1VHkmLrU72H9VVzdu5hB5XGajNfy9uVvPUnD89U7Fbpwv9rrpI DaKpu2/jogSCJBuo/VdtVWzSlPAOst2kVa5LUJdy+rIOyRVYphrpkwLa8o6Si9eLMI6M69PT87Wb 2dBz+2fbpPjL0YhmlG2z5JPfUh1cFLRO8kOfHufjsHzG/4S8RM1tkptsBcqBLem20TGqaI7NLnHn 1wsEiKdQ9pf/8h5tWElmATvAexMBRtGGyxpc3elZyZfNFFv8Yi/NpTP9xWVeILjbsUm2hUIqLhaE WD7DNEJjUdZcGMBiSPPJihV0TipvUe8vI5HY9IGK86tlmglECjE6jccd7CNVJWXM0fLmOUipNX8i 9laO3JrXpjJN8Z4MszP+h6zB0ojIAKWsgCo9GCp3Ws5DrrqR3vUCp7Q2B5Ipyp9LO7XMACTViC6L YHvG0g3ffMq6M6c9KMXFrEV27WXbNxovs5LkZpax9U8WhoDY0fOTMbR8eb6k26oK0295dlaM+Jfn nlhiC3KDuHZukA0bTzg/FLbltxdOlZQzey6IABS6YXC5EGAJmtZdWTTl+2dIAz3tFks8JLyUHmLQ VnzF0eHzdS8xKQnPm7TWRedOjbT83AG5hP+rtU7E4QCncMbZLJMolrGXmaKsZwho6DSRMS3ajYY8 VQ/MBu8vLyRmc/BhkESw6SrvxMLnJOLMMzVF15E8CwRppf0RdzEQ4Tckz/FD2okiN+nZOJ19tsmc RqTQ7MCw/qVlkvI1yTyBVqZBIhZ6Mk6dskTtuXymlpzf3HHZAxnStU50nD0ir4EQUGJfpw2eGOnL HIIFZl4vT/xl2vQiraTHK6MYGa5yEco98otQSCebd/vAP4k7sUozMqryak3L2XSlfbtF3bXKuThn s7MBulDbVVTDre3d5dpOQvw+iPz8V3oJCewmJY2ZEy0mkw6G69jg9dS5DFWMFEnVb5HSUklQkwLL 7AFFlm3WiU9H4FDgoA+9ZBPxEK5rbgT/N3e4LZZlPj7TgoglpAYkEw3D4RQimY66TQaqSPioVUg1 VDLazneA7DrnB4ouTVZlOPgq8o5IAp4c64T9zwon1WwgAGHGumG8cJIU5AxwrMQpXuqNXpu6JnjN egpBQ5bwHpGVIMJjOuIvBXpfm55rMV8Z+/HuXIoRctNmoxdGlyNQROInP2hHa+VPs489mpIJGiuF gOKKKhGivWyZ0DlaPaIhz/K7PFgqZyQj4N/JUvc66I77EjpjiRMlQtZa9al+ixI1FsBM0YF/GtDQ SVcOSMURxG3g3EcUw4OuRE9aBAWenEnJu5Eft2mXDUSW7QFVLYS+Zu1VLJDV4k0vpVy4LvijtLUy KJz/ubZGUJBrXSqXmfxWSQARNJbfA05t5z0s7un6+h/ybYw2L0NIKP3ErYjo6QXUOHN5fbtc/vzH KFpxvecPyJs1hgwsVjTHQCRHCZvuc+iRjZBoEBSA5bk6zAlm3vPiIj4eDO88LQv3w0OsCD2I6Z64 Os09BnCNBXkoV8Lhb08auULmxsNnyPD6CuLKYa4vTxf0y3AKNZdKPXWbdQlkFcuQRRccBAFElSSv gp7hhYGh4l5GgY1ck8Jw1/0+gG6qvnTNB0TLslzjKyVqrecsDJzqP2/XI6+k0ycBNwlgnC75aNUn Zg6UnI6n3FW1wCem8uKm9U3SA0kk6jVeemi2TErHuSe4J3exNZ1SjA7rv54opVwOYdRJyOdHuPBJ AwfkMD0t8SjsFFuauQROySFI8+dyi3JfeZYwihp5FHNSx6hIS4y1RwvOmbwPDVDpJCcsN3qhKqbY aYd5l0ePZfl+ijihK54UmbMbYq7iRFP5sfyf5eTnScFNl1k7USyYEtoy17LlfqbIfKjASYB9KNYQ FopoDkUv9JLkw7e8RymMmpgNnS9lJpqi2z9Xoi5oFvcvs+OXvIah6fWJmZMnWru/gHmQvJFKpxEv JXbggmYOhQFRFKeVE8WdHLWLc6OSRmwlLqbiaEDmB0MzAb1lI7SKqSk1reV1jM2lRjw0JJwIJ6wu nHKNEce1pLJMvYLibIyEk7c+D3lUwK8zYLaUptSLMEKVI76ugVs2PJgGg0wafDRRMmY0UxEozLUx QW5pGSddUbplLlXEkvA7nZYzjHI8cCnM5QEQsgmZfqp10FFDYJCuDNSHMFwxWVcCWfGBrbYq0VDR aDBdwGVBHDYQYl5Wnoy/br9CaxSRByJK3OgWa0imHoTRZyZSQbsuVO+rJprGZtUiXQZNOvk8abYE WYoRvzkLrEh9OXt2rZnZr3wcRwyuSEQ3HWcMCMoUUitR66unr2YqToarVhli2TU6VDpYUCvHE5ak 97FhoI/uABGTfW62WtgdcRVBUetI69Cct8glVCVfIipbaB8jX3NTsMxHvK/YqJMyEglNkb6Jb837 8X+rydU+Ih1bSbUciRpqkISqpqKTbrPAxNLWYlyQezJ5ewUlWfLRSlZatcPlGqcAAZZ8BeiMNaFm Kc2kqunFzxDGQE3dPnrav9GqvkizSrDRZK2t4kzrg0QeiavR6c3cLkorKEkRSaNl37tHlumqME/j KlQTRptvFYiSpqyQ1ZUQqi6QAwHMQnCvH6pAHZutb+L1Oytqemgs+nb9ljywgKRwzCf7qeT4yGac BEzmrawyLqUFXenGQwvjO9uewti/2hmO0pEeNDKUj1WWXJpI2/o5UTEpEqiOg3h+TqYoVHMjvSxA 2qZXowUU5Y0aw/NNXxz+VWjiNN4sh62vdXWTxF3CRaGEpR+7R4/NMX5Og6wUt0DAABykyrJoBiDn WQm29howzJL++KDZXGcw5qYAOZ02tgXumI9dXmUpUYMd8jaJU9eqp605yskKZ4ypCmSP0o1DwiVZ svElRUr21Md4ROv71SdJqvp2ZkSAamJ17dUbtFNamyEZ0fiJIOvswcvhYj0QMO0kZ1LiRIS7OtU8 KkmzSfdoRbwSrkUvxMUWQ2k61quF8FKHEWjRMNFSWJp1pBoKjsgioM76QXPOZKTSM+0gL6MEI6FK k7MyfqDkKHHVZG7RhFp0y3IT2FlsYB05KdNplATXEGkv5kOhEjCUOtg/u/HDB5Inf0Lttnr2tmjW xwINI+bxrpr3hQbesG4enWHvOUrEhuC/vpnkXU8c2UzqLQyUdYARA3ek1o0BCzRnINKGZb9GrGWk Vq9kiDVJhCwz4OXqZJUBW9EsQ8OgHkdxifq9lADh/gHJzim2VhzXFc/im8RTMZeP96Dp/J2FyPa1 CP0SoM23CjtktnI3w3eSl7RPAyl+8YBCXkm2qxxSBipHlqCUwZfg5HMOaU87TXiuZTUIlZryUPYl R5aboD1P0FBXNONvSvQLlBciLB8r77amq3KbQrGGneazNW7xxI6WEMwJqlTtn87WAr1kD9ZIw9Ft jNlNXnHd1RWljcNn9b29VKCNxsSFHKE1bt5EQr0w0bJOG1f8kC3CKJqaga97DQDgzUbQTVa3hEzg pE/ANnK360oxXmFbSb/ysy1BGOlrSwrrjhOjvRWC9n0roB916xk5jegWwlTd0kBXbNu2YbPekpa2 HbHJjjT/9AtHxFIEZrqo5rJEMzyuS61cyxeSFw9KSESRybBNW5Vqz2nRFKZlQkYv0ORNEKbhfLQS RkGTWgV8MsV2Z1++WrjRXwUJ4YltFQJ2/0hHs8VwIYB1PcHTCHUP84u9dL5auuMY5AtgRVNYYaOO C3GX7TT5DVKOfQGlQY2Ey6jHfQQvFo0L7IQ0bXRJbGQhY3E0k2N4MMex8joAVYrtlDrMn6ckKsZR tk4NGiYj4dmz8ArNdOw7CpGJnoImaVrXmJSxzZb8p6qQ3xFj20uyBP21jc0VSbLYAVi03LpVj+Br 9xbcYInFYezz0DKfML+3nKuzZtYthyHMeUlmNljcCgBd8Kv2QZI+8qwYro0pj9kP1ybRgiZf9qGr 2j8T/OaqoKlKZdgEVrGR7ILYJq0Bte6aazdDLfcMjGSuVaUEimTlSy5vBmTSYPqqzShXuEgT1GcK 0EcqSbzGSk85OxmvTOysNDtxo1grtFiMpgYxtHhGdz5X3I1nXwO6OJC/aT/01TMUwV49NH0hd6dy H1EjPlxnAqXGVEBBGEnqxCnTnNRKNsZpuVkHrpXzlDfmHRmkKkf6ye6OvwQtPBDSpqV8DfrVneFn h2KAC9ct29QfI2nXfnEZzc4esZSFura7vLVhNlGFuaJTsiBnQ0cQHo52CH60FzQXTylTZkszoa1s lBmcaOuJviuB5FtCmnpxigTVmlKoZiaPWlQu7sduE+dNEqc8Ubtpnrq18RuiegtF+4IJcmMAstak lLj1FRoU0LVGdFMDNHe+OEIpTV+4K25Ee7ZGiCiJ2+cWxBE9xCge8Yxj/ZRf4rmtevyIg7AhAjdM F3IfSQSDJzFnmqnRUdrlDSYRwxnkJtRSy5LKpEe8iNIOhQgzGpOoTxf6n9/NK50CGpvxSAv12WuD uCgFav37kHCEYpOtSjnKYH2PGDiibeekNmgCTj1iNGJ8C/ckWnmobuFVyzGOoqGEH9v8MiirK9Jx FoBAXVwX4hBAfqBLb1IYutecqyRxU7IKQT0GEFy0ay+BN7tvOgiLfE2NGmaFlBWbccYFfE0L83Ut HEzORfJqEvkPj2kWrRSVKEuKdTv5GqV/qCmTzPZa4ZpBsb8aXdhTC21ampsq/TV/XCKIEEO7tBUZ opvxMLHgaz6ZfO2lSWmBOkKsxLeFaYpmc+JN9JeVDVAXZfRJpLhP6lBNdqL/6h9gbapt/NZ5GtJn BWqlSCuFhMhXGKVVvaqU7cWSBqMxfg1URkva8NEn5LoYpeV9xIbNMMCkgKgCYuhjTpmAcuAKStyZ KDugw2xMA9SmJgam45JEvppQqFh3pG8jGZNo91QPkWBIBkYChOQICLLkYk2qoosvvPXoOVgrJcdR NUTZugARaNOAoeNTa8KsWmvw1mTDkEwqfZakQW4CwmEoi+psyPGmiaAz61MWLrQmmVGGn+w3KID5 9DajqlItLKbAHA5muDQcKcHwvzxB87m5fRvcpHgqMXNYV5I2N+Yx+PZS8BWXyQB15/T6FaJt3rah IKfZ1nYjdBullNOug+54leOJwPa6dwtPWy+6e9LGjHJMOzAenj/w3UP47XBwq6wHHZSE8TUZjr/u cbQFfe/2KHUM9HpttCyth8i2d979reZiunXQpglpeQ+Va/9Mt762v5/f1pNu7cTubspu1/UgBsca 79b9tXd3RNb4/mMThR3peNhduj1NgWCM2E6S7rBsKMP65DkL9pY8vDK77RafP473jAUo4WkMuohw 39H1vVeYGEkPHtbgNkyPR3Br79fdbqeHV5/EeLUFT3iwW2UfurnY27kRGLUGcgXp2enRy7xpitjf H862v8UcJLEhmyJc3mu9rbAYqSdvJKZxleRLeh8E0Tu7e/JDT8+zRcSNA8n93YMOSKtNIj1SLzno GaOESaE9tEH+1YadNtgQgr0mJg8eaYEFXH/+6ZboIzKbz+XXaCf//sjH3c1cStfTI7oSC7RqIP2p 6osvbXTBl8bdzNX2lew1xXbHL94x65kb3kiOJEm+7toO1cRkW4wSN7s2hS/tozQEM97maO3bJx9a buJG9Sy2nNvzA43L2nDlTENnKyycHKmjSlQZOgtvONMUt4a5S9db2jkKcbfqs5vMXS+JJcxcLpvh Z4IIJ3V9ZSHid2M3ARtM/llCapvr7m3YNIhbdacn917MrPYgYd48G1E8X3+QF6UuL/iiB2zw4LUU fxmGbC8gAC3gmUOvA8e9QxxU7CYTjxZvBL9zIlig5tVObKW/Ztt6rp/mCgGCpnVo7HJmvh/+aLmx uHpwVxJ4Nqy2ASnWxiTE7QwJZKENmYQM0SYZs8JmpYbtfQZlEk2njEN6JR8KC0S2JVnNmqJ2p7BD y1dESSogMWIBN+E16sTWbgPCk0Qxde1+IJ0gtpkW/dGOq/SkAwiaEMk1+pymBnLLDeUJQr/HgNhh 1i0nhm3wY2n61TnKES2ZKfs01a3aoP5Dg7vp21kPS0yqUdyCrx/SRSV7k3ioremQpSkjw1fJdplM NTF0FoQYrI1q1M0I9aAkC3RwaEwCJjmgwKPRIjREjv6bibJf+VK6yzW6NnJxzTEdNxaSeFK3gbPX /H0cuSQCjavJpkgqqaOxzowxM6BHHk3iDaVnl/z6YOqrRM42OLhzKZycugUe/nM/jgkM/CVPz/uC b03nROeclrz5qgsQhy8jYq75POq7xQ39DhBCoLF9hrCEYUcCTptH0lfUh3guRR8S/JMPZq3IRkNP wgEOginjoFl3xLCZY7fkQRjuerGtTqfk76tT/agIuy6LJeowytMbPLsFNPmo2/CjlhDQzWF3nTCe 9+9k/vUDzR5fAD+si//iA4gD1B8/xS8BCF9U4pQOhZKP+7cLHz4ioxAErg2kEpLKQj9dBPR46dZX hvKwkW/CBfxuABuEvolQBa/HW0Hqji/o6brPmwcKFRZAUsEFsMP7hVqHFybCa4x7IhACekZF4YwM XaLzAm2iFmBJhf64Bid1sio64XIYz2xR5MnW6ICO1RCYLukFipkUFaeqUo4SkUqtrncfEC3Wg8/r 2jbWxgr6dHj8SAPoZteiNlVoK8U0/V/4YHVBBtvpazToGTLoPRd7uE5EqahScuDLXHOqZXwU58YW FwTG6NVKkdDnLJldPXhwywcIvu8mPp8zDKdyHEN6tMDO64Df5auVL1qYCIdrBL7DG92yNC0QGgoV vJqS8LXsmOwoqdsPs/Nu92v+xQSStW7EJs4XBBQMSggZPcLsIR29mNX18NdUpn+AEfMGQLzGpix8 ozlIW9PDX/5bycm/5rwtC0M1jVNcqW9ZaCisZTOONiWhXAet+8uTi1JnTt28heRMgtpcoePKMOjx 2dywXU8DPWvNZcNluZLc0lQfSnZ7cnLZZ1WnJIGjIKddqUU64lJiSglmgiBUM9cyCVDc9L5Io5Gp Ke0uR+r+vmRvR9/UJycx0aZ1+gQgdMRUMmJIqfOmfNkhqWy3DwOQzLirrsTDk6+ohrGjZFeRnuPc kLlwtIIq1eSgw0ATZA7uOnqmTZ7IvkpOYE71q5plAOFJMceN67P27tcrDZNkUnSJB+TWnguWPCDD A5Gh1Z79BcdQqB1nzKq5ZL5dLGceJJWNQo/sNRsY5DJ1Asl1+1PGTiLs6u8zLnx8hAPmKus2vHJL 4/JS1E/OtCqvM81gGbolt/RidNJmASUPhperoxm+B+jBOksUsp2rUtGKEU0pUYXbPR4q6xUce4gd 0TCGXN5vczfh6YSaChkOiJ4mRlTP9vxkhLTqoD5YU6wyWOrMNGtnjIZBTZ5AICaf1bvMtDYHjrbN eXRma4eWTKsdOA2vDod4M8QyD1J1c58VecBluge6yaF5X94ZU1SGnjIcGZR5mYM6b3JpdsndzC2r kDhlYdQcEC0NZQKJL3WMcsVwJ4NHcuGV63jIB+PsiOQZm3FNqzp3MDxkmzXAc0VWzXx2OVHICuAk /frh3oMBSjqqZM+5oaZk2A57Lpk/EWePiOmhEIYwn63qMlYZJ7fmzJm+bJB4cBfu+a69OnYjb81F FSvXXBE8fkoz4he1+02/FaDQwg4B1FxS+y3ahpZMq0whIbnEkJIKZtOt28UKUIBO4ZyRU2HpQQ/E Y9FL81yedxgkf2PJ3CeEFBPd4iEtSVrGZiXmlVSZ1/BDssd75keQfCHxOuWHrdOR6ZOyfJH59vlT jlefGjsizvjkK+fnqfCBN0kS2nKfs5s9zV3wy2ZztHrBAY/SOPBA8pRp0KZRvey7VQBQnBfppQaB ECfFWhDRoqUR6rG0YZixRgTQKzLz8qwh0gpdXqbAMOVGeQrMQLDzhnZt2Ri+sr3kE0ZQkNyAGFwa 246XGxh9z1lK/K5HDUFtsKRnHASGcY3Rj2EQ4CNFv/XahTKBJFpTqgNvWjQ/NEvqCijhdwRr/C4z IR/HpTGNl6ogy83DErVBaM2omaL7MYqOqR5lxhDgWmvxqVscIPztGeyzRuEoViFM/0QQFqGtGUH2 kAVNzpMPyyRwkuUmi72dXcLpSDNBxqmF38BTG6ZMDhMlqyyy5KjR6cEFhBXsCOMadjfl5Mr1soBM sLOSEORCWv3qS389IzNQ4SyMlx/kjlNVMifx8A//VUXij1QZcXs8AiKNy171IGCycm2DE5aAHHrH ch6zTON8yaoKkHOqnrdvVpuouVgPDcCL0Y1VWI3BQuSD++vWj5cUh89NAQDgAlOxPGIK0+Y7YTtq tcVivJGGAYqziSq1wjgoOCTOYGLX0ATa4IQQx33phGCaW4RCcieDFGWoO2EQBAVWdpOsyBQaRT3Q Q07KfRiA4pupWGGqYmMSD5RkMip5DraIJpcouanyaTN/9T1hRAN9q9ODO/8ZmJxXN+04SxKtxJfK fltjMmlqEqsbv0uWthhybXcxyZREVRg0oOEykoKkZkqLulUArp5LHF2PzKbDq2YuphByiVdUqUha GKn226zdr5atWznytYqoVr/RygKTib6hJa1N8IUjteOm2HRKGmSTLVZopigqQiGlVGk0N4flZYma kj6aw36nsjymS8jZd+bBWkizogXKKbRaKzY1XSLYNB/x4pFlDTVV6qqO246G+qhe2795aOVjkn7b PSkGc1+cvWttqk0sztJZ29lI3U9p5DW9Fuz8b3Cni12IKLzRshcWZHsidTzzhfZDIYFGjFXllTtp 4h8SFGuN2r+K1VIC5lblGWt1oEV6kRG7DFOpZmZTXpKcs6BEHQggg+27wYRplTiUR6WPUkdnI7Wo zYtBQcUgPZSSIb5I5/KMxFwD2XkqOeZHfKeoX4jLGJreB1q4mC7LnYJHoFrz4gtjn+H1WIiwAqaj lQnroRekoq9gh9dUbsGaWgjKAIXFDFVzw8bUnEXnDjgS4GgcBXgPYhzv4RhaCqaYlT1S1oRR1tZi Df6GtLsNsLHizfj4XVQhH7yjpttOnQDFfjdERmb+IhBkSy0tuEz3OQyXZjkppzfjJjRHWV0AjcYc 3wpK6xlZy9UtDHyW13hof8/tp7fWA1K+Fhy2D0ZxxLpGBt4aLr634jN1tzCR4FMfn8EHm5olOYM8 hDhOng7nuL5AsGCDwNMddlCVM0Yq2QdKTYIMU4fgo2VElr/lE7ddaJTZsDD/WQV1DZmCHYv0+TAT zpHan1xSiiv94HfQ4pxBL2hzqsU2oyKAEABpEICGy82qh1yUd6aS1pq1tPgy6rt/hDmQi2GjJNEm IjI6uNFz0cjQukgzvmXCmxViIEi0Ihbl2QyBhHWOCoVEra/aT+POoqWDzue23UKIHV+ttYSZBGUl xzkBq9SWMMm/5cs9AnG9JdWE1VbzTqJYD9L+9ca06cdnpFOngbTQf+tzASKLYj7MyN9kTlwaTqfH 5sKALe8UrGk5YyCwKq5csekNwjWggoRJGZOamXZoZwgUZB+UwFSIII3UFY2eWyN9i6two8DD/gnJ qGU1vu7piPIrtHPk9qepLCcaZT3iEBR8EHAxnesJqT3HL37JIxdGFcG0Mmd0x5xVDcgvmikkhhba xCcXJh6HWh1Ep1/lW9Ugg7Zh0TEAtBHxr5lSqXGXQZa91YxsQJ5L7O2xCrD3sewGYJMUVq/qpWWg i0hBGbNVDcghxO56IEQnBls+MPmwf+lglPAsOoPAzCXwCi5Sm27Yi6Al+wwfsY0j19U3v4k/+iB8 ZzaEAk0KS4xV712JKeEmVbESDclhIsHvtepEnnto1kovjVZGygIWa1zhi92Y7qoLOZm3U5Ml2w7T GrriBgLDBpZLB4Y+k0ENMhcJlZkg0yKMyQlKNlUKiZqzSOEMWtAjpCAb2Cg0SFdSdzZoWmG+zs5i vDhDGNXuFCOYcWlj9hy+WzBSm5sSGVhZbpFPV0t4i2gt4bXsljyBd9la0EZQfRslr6ujBeOEj8HS WU18UQojCKTqvLiTkqg9JvGCCfxm2Y6kGh3UINoGhKFuF2JKUQgJdYIy0ysH5a7bJiEO4khSqt5B SDMIkilNfftOXKoZqCUOJCdxjWSopf9ZFIOyMSCrcILeU2XugqbgSRunBKJF2xLsjvjKQeKhraAa qF84IriHP1laPOyWNANii/3gpkGFUAM3Z0gaupU7F1azIZyklyYNjrCPvLJZWlk1Vf8udQnq6Ug3 uNIVpjIYZGAym9afUxuB3jZvGDjFhTxbAiBIVfbppvy2A+YgZe0zJqhSflGJlTUnGNQgIaebR9mT WZnUOFyNmZ5sSUNtEgIP9X8uBKrCBKFnUikYliF48sAkDKMqRebHSfW6uxcLamm2B6XSS/5VtSlv 4n2425aSFrjwIovQYwLRLkhrBSKpZnEEqCNK0Uw9MMngyFw2bcRhVpLWN1s1CuVNgH4LSVk+EbX1 RdVVXujcxMs2akm/9SiBPU8ajD7GX6JeTC2mFz6KkSiKFZdvCc+2ogiMNZejkWBYm5C4SIRTGy/A DsuZhTEdcCo/9z23SR9UjHR1m+nbCcy4UFLhk5pozLHOMrG4xA/6MwwCw1bIkDenKz2k6M39cxJn UUp1BtVHgJXGSxtAHQYdbdMN/1CBiSaS0TMtkIGLVV/rghaqlowNxQ1abhWjxJULmCZCLNSwYTMO M2U5b0WMrUm50D+5KyLNKrPAuUzsd60DjK1UqyFcbTCM2zpuCo8vVZUe6QbxQnemrqt40Z/Fcb++ FIM8N4/pV93wkVdYOkGApyso5gMTkhCtVIFCyQo+ik9hjGWZlrZVgO2I6C0JeqiEVCt/cae2Vcm3 J3R//Xx5oHcPDG/9qYWymKrOdCSgR4vU3NlFlUfUWXWBa6tuVXlTkieOF3EUQpqatcjCpFOhIywA 2ipYWZlqRYlLfytTVKBCRc8Sb1Voa0Eq2dvYcPuv0rDnb1g4qiDVOYWxCuXtXrAShViL/t7IYBnK PgRcWMn6Jk91GFszsIlW/Rt9L+VIlWeUHkRI4JDJur12zKpQp/KGMaQBqlV12KQ0rhIpTOtZGETt rFV+7/Uwt9WdhplTFNqAwrwkgRikLwR1thkQ66K2LS9ycGiGm6nLZc7TVLQKr8FUmCkJSdU9LJD1 OK2Bcf1f6apNImYlpNvGBgTjIUVTY6HT8K79+1wOA1BUpTcywaBNJj+symsyrNC1r8Y16jOtnhZN rTa9kq9JU75Gra0ZcwjtsMyHkLwNFOuNMVGQbQ9kX/SNH7x//Kn+Zm/DFgRnQ6yeiHMmgzSs3gzB Jux2ieQMEqX2fvhqTI30difwsopPU7lTlyMD9Fh0zHREJSfBJu7Cm9Y+eHwR2YpwG0tEUQ0nW65i a0qoje+k0baT2Vj6MwbGrA3+yoHmkuxPLwLAlO0mOCXFB7kz547KXiqNsqrkFPNQA5TVjCpnVy31 hjzlOnrOEkIewtlXo/higz4lc/9+tNBRvwAL1zoDEEr1jczAlfn81vZpyAiJimZIIPToisIKcIwi rg9aGzcJt2Ozim5OS/7AibvzF3gY3Mm3CX4ZjAPYQFdeLEOuW2z5Ee51Vapich3z+O1M9V4vwYE4 BEdkha98HG5EAGrgG2uZwCI6WEgm2liQor+8gHz8ZCJG7Dpa07LCrFGlS7hIF2EuNwHoGQZeuLxg rhe0WC+uVS6Ero46XIpAWz3LPFFwzl+RwumIT0Q5VLTuuwOFAGTnCrGe2v399WxCYwtoUwavUNBe moJa66uOT37sAczMd+JLvJ6oqapRDSCjOBy7rHmDHjRcvGOqIm2sVSAq3xeKVQiLnq5a1kHyrcZW hGyq5SvILWDVbRcXw4tAgZkMod+GcAJl8sYFMJlCn5FkcP9FZPGZpMxxShZ7kLjEgc2U4TTjbtLQ iKboTVVLQo0lE/S6scpuPapRAU0zZZ9mUPpEF8IkJl3b7IAKmoYbrNFF7EyLrkoCtMZOStc+Awsw tKi4LXcVYbEYYEoOJpB9fb/ayKGB/omx3C9R+eMJAJIQiXC04w3jWFY6S7B66TYYYklyZWgyIoxK ZtJ+PMuL4lBTI6I/GfZGucThQrv/Uz9R9LUG5TlocxFpYFpyghanKL5sJNeuFz57KggGniyShEiC Y+m6LNdPKiOXTZmaEph8YdCRGNktVFu2juus4lDoNAk3Ny7bFbLL5XymCBSmHd02eSkpYr2+hgmo DSKcUkXRFecpO6rmwDSCK11kdRUDNQ00+tWlHUfX1h9dpMM8wkBe70xH8d+vVDOmkk56h9J6q6WL M2GH4zfPxYJSnkQQtfn/7Mp4GjeQI0c+CJD4BbOyze1aKpFqotRKBLFUGQ6BDxslzK4IhoijaWIy UX7LAA2e8fR8gMzMQNyfMA0Vn8uRDQYqbHuW1WOjnQm4KzvmN21C9uYd9RXiamKGf9UoB/IjHZV+ r8Qh4237vmlL+3odVOjpzvfu32dc9h9XNtUtK9VJt2kREK+ZWfRkHrbaiEscS9PbV5x57JLMr6pa f0i7aUslmuSuuypC5fToy1IVxhP7zEORjQNeMK8luSCFq3taiPHclK+yp68eBWB0Am+jBS5IASgY ROWR26wogXocogc7sMI53RGLbuOWR1ggWFXNEMp0DhFjz2XKcex1xnZDKEi2J96tpfiFCLDRVA99 NQ5jkgiwcj1VdjuJy91FH3PkbuaWglBee/UkvWjczdFKYYeculAcZ8caRRQbYMOaEUZaM7RxV+Jt lkT0LTSONc+DqhGcIbO2nXgCgV7yQZWZpOQQ0w+c2DwaGigpsHPtnD313pt9Mjge05qNF7XfTdoR OjNRg8V5htJ+bl26NnIxu400u9c+4wvXcVFBUvU13id+Q2yLzLavJzEnXE7koahPWgcIvCZ2ihWZ x+ICe8gFeHqyWIDARlcZifwyCZbMRDM6tjVD9LdVoVzNR6XxlU+pdZPQ8Ce1cQ+6GSPbAkQyham/ MJIDFjB2P1SwRTzstY0Has+7WT5qM0Dt1je4kJ8khV43gJ6wF5GggxtFceAGNEzKCqSADFSWIQjl sS81ZX6x3F/ODoJCnLRWimM4B0MNAF5wAE2+ESARMdOMsoPFg4rjg4hCHE5R7jLF6iokujR/1XM4 7HeGMnALXmSMhK1tfp0vOY8OYJZZ2tdioAKCMcMvjpVFY7mj+QSbzHhR4RKZABlmqRw+q6CMyDRE u2XqIbT09+OppRaM+Irmz6O11V3rN3dBtuZhqQEToAIIXHWIPSJoDOK2/SqYkudQYmlI6XsetAbl rIgo0zNBFnO1iMFmmq5qpiAy2IZNBe18k6yJVk0SCklLXF3VxpKuknPeX7zFt8Yc8KC2AJM6Wg7r rXCaOeGZ+KqdrmwShH3mmN+UCvlXZpmb42Jwk8hCVxbGYm0oSjhzjuQ2FhCbEfEfqpksC5RCKmZL 9ZFaNTNGJdErjJW/O6kxXkoHsYzjFkT8I4HMLeMl4ixMOGcFc5OocklDqaBXfgyNgg9ftCIznvHU +2zy/SjUQbcACyuhJeYIwjCZq45o2iiQnA2UMPKd8mFHkTB3w530Fr0tk2eqk3mcZMJkzKlhbzMe fmQuy+HyDFJd3hOonqCz4MsgGouIqu2kU+lBw42JstjK2oZin1EwBDHDzZROZc/L4Ypb5b1YIkYE AzbDZ1D+Dygy1jZncRc2HCXY1A7jxhK/uEVPqCBd/0dThLkoZ+//IZNC3SFMl0X3fhqYAhAEAS3u IcJ4GUY2zPW2alXP/bAcNDEJTEVGOkry/MhXxJcCt0TqV4JewZXRRflLb0hk0pwUM+ScSSSrEHae mPHt36jmOKDMiDjvZVIA0WiF4QQufLSoZOEMGS0H6IF0GI4ecCRALKZkEsXDREuu8pwi826Syg+a AWhfEBUZc3GXkSdlUV0/+qwHSMQ+dRY52E/sTjAnQzqPkdSU+NLY9n96fmlt8gp25doB31yET0dP FpeykEBkShU++dthJpGU5PX8MO3Uu+79Us7hJ0rfjK2pYHMICg+QKK6ojgbD9G62+kbtXNIW5Ty3 qiOC8/OcGt88OgDOqc8NRyMYjXPsJOwGGc5bdUevKZpXNFX0nXdk4UoVu2lplb244lOB1O4ib6Et NINIzX1Z6AxYHdJtNUqZ6KhE4B8HcSkvsH4XW4ExgDNp3e5OLw1s93W3nCgAJjHbLZWcxDmTrbaR qwGqPLY3tdf/heS17dYKkrJOwbBdozQdAKBzSbQH3fPJRmT2+SPrNdVttisv8juMcxIcV3fFPJdv fq2ylDjWAg3esUvaqkPd6UNYPMi4PgeS7c3TMBys80K2SwVohDGwBY5QVYmn3X7qXOlIAaex2XZr +ZR9KKRQ5aa0j2rLQ3WsZZqvwwAJjwsNdIC7zf2DZbRlLWvX9TTYxDbgQiXfYl5Ui78WPjo7+D+G XJYYqoSrLqWsbMkHl2S90kViYmEsZGZ56q6WkvScr3INv3K0nC9Al6BGIUQuKTWaQbvvldgRw9cM oH1aIC6XxqSv4bLfBM4uUwQe2VaTv7IgUCMgpTOSd2ZaNXpb3VhDES39EhMLxIE7ILT1g2l9o19/ Xm4reyyYkwrjobAK7GpQ1ltNrhMKNlgsDYePcEH4Y9XcdMqnDPYWaYVFHq1hBC8j6GSgGp4EG6kM Ca3ZGqnCiyNR4iIj6BZTLF258ovFZlnvHz84WvWXNnhcbuIK4yFYWSmsUKiiHPQ3BdDzWTTEWsJK 1FguVTD45pIKjULu/3m6D8Q0enYNw8v4DLjEBcjZ/wbPdT9yfsfBMKPy9iaNgHbcXXkf/FGnI3Le bJsE6cTMtSzYyIyGtrQRwhibyKJbPzygmnEawyD03c3GObNQ2QzC+GXdragVHLfFSgjZChjr54e9 QEwVs2SDDvXkSxVpJIvYDKPKmGUpuyDSqfSuYbVJOG/IhHqaRXcWztikVavqnoimPrypZwoqkt/f 21CpVgNkMOmLQMg3AcgyH/OfzUTOUlo8M5StipxdiQxZiHqGpVu1L9omISKd+RQyQM7gdMLuQHb6 5XQpcxJmfX0beE2R/FM5ck+EalT5vhLTaj2jm6spdSLEExVyZOqZKxUBt3KKsVCkpfKLQYbDLz3Y /+IoMkw3igVc4EQ0zwqFRXKWiYDF/NePuop5CkTDgBJBrw1nSVfJaJv9ylIzA/xgqlNMFa7sRQi5 3qfWYxML6Uz2tnxm6XHkMgIH1+yHZuUCeehMud0Uxh9GWUOxzWmfr0T55NBQRextOiq06VxT4xcy gU2cHLXEDrkDAb93xuds2q2d/0G7+ITsRbCt1pqQo0e0DCv0ybeYOVbPFySu2IEgQgdk1C4nh+6i UKRIHdDXr9F1YeBjF9PU12Az3JYA0CaFwK/knNrDNZvERc4urAO+xbbK9I2ldX0qODMW5LhnoHzy yNL8D82zvsSVMHd0xFLDX+aLTaCK7Rb2N1+azOf6lcT5Hc9cKFTSZZMbvkUrhfi8WM+NktWthXG+ 3QRGsuz9X5Cn96mWCSkdGJmiFgr7iuBM77MHhhkv61weDNO9qX1LL4ifxvGYr6Wilp9KOLZ8Y4af 5+jSoyIDXC+le0j16Ba0zAKSX8AawW+W0b5xJstHLTyQmykzR+trrdQURVhA6smvyMeECOCRY5Az m1qnlSSzL7XPfVfoswIAGEHO/mAafMORMWkdh6UdO7Y6UI/DHHYGNRrE8l1c+PF4b6xpFQyRZ+dX vEelmJKz0B6A8aBjB4iAwVo6irZFlVoRGMhl0skOyfp894gbsKm2YMx8LYGFMnOY1uKU8dN+/h1I PctGhtpnODmCCTX4eG9N03QcUP7OuFxYEpKkxVBeFt/b1kI4LSmyuskJtysYq332gpcRmpAN+WLH 90QBom31h/2NbMLs1M0nfjbvw8QUouaQAoOKREHdqQbd0ZF+51Xcxa+eDqDd6UcPVOZHcq36mJm5 r7SLfYvoEtnRMHm16BbjtMF7rhpl9EdzcAFcnsIzIqoeaKWQAijNAPfTXtlC3HbtZAaKgAjOnPvK VAZKR6Eg0ZZU6JkVYeaKbUEYryoKGjdLgBClRbCYXaml7N7WDyaiEAj85fQ4nlmGJSOZoTQPQxY9 gvLt9Z5pM77p5I7lS+0fWQLV1Myp+wjDFlWpy60hvRGwJJWBBVjiUBgEMzyiHqwnXKw4HiWW7rOr vwKHjpEtacI/NwoCO2irq2FuIwrtKMLsI3sRi0V9famTf/TfGxIePTFnZQezJAp+M/Dpjd1dRg5t LAez6YDaCJJQIQct4IHyOEYJx9IaREYL+LpZfuu9QfRXC1KKJR6lUcHEOxwnKfIETda4QdrWEiUx KFEIHZiaM9O71NutrHN2DAygIIrpX86RcNtukQAkh7qms6Qrr5DAEGQ06S8AGjkDMsrwHIlkhCIW PZimfT485YxPecJkD9PfruHCUaYJxKw8VNU3eY19ptZHiMqURCKVk+bCKhMkIUQl+cRQ7U2HPJtH E/Wr/DhGJALaazHf1D3XQZwIspBKQ+UVUabp8hxVPjwXinAhjr94SgjN4QmXLukM8XBBK126g2zM GhfgHlOHhCgiuOIizc4aYy66Z67ZtMkc1pS/tikF3bM2OJKp+u55sAw9sbGYbkLRKU1l6R7v4mee jvVL4ZHfgr/F8bnLk8YmYFu/r8+ciCA7xsZC7F4hLpYl6BjPY6EXJ5wO8T4w2VN+bf3gLHJHbDEz mtVqyZjRAsAjgclCAhVa/vWNLZxjTGm2bFma5H2SJrZXVUg78hQJgBlhDVweq5QhddFAdcSAkXdZ Uv6CONEIjBeztdCIaKhqauCv+GYkhqjsydwJbSo4rcwqkHD9IbboJZ3EEtEuZQzWNhAmrgVNiZG+ AJ4SdbxGT+K3LSc3Uar4/QqVGpjOJxf9zfi2SIpM+bzAiA4Ja3VOjYEThFhNKDcD8ocTWHXPOULZ IAy4+4b2mjqQ2OEybShjOz9sGmmhhU0/hNtJa4j9ZEkyKwYphD4QlmV2PxYz3aYuxidkwKo1A4J2 qRq7kFQ3JT8TabIkaWV6OVPjrt60oqQq7WgDngntIhYF+x1gXnQtmG+iyuKlGioYGYPhXzbk8tYv pjUzdVF4lmD7txs18LIQs54gC9DcKyNDtZyVz/LE+kJelrNY2VJgel/8vEUWcbjN8UDCboPn47JE buaNmJGVlGFbHA7zXZ+JMx9GIxlqFCNPon5lRTNKjT6EpBxy9MtJs0ezq7nAND1tM2qKJm6hO3sD NXpVhpgAoGGKE4sKVJgdTyThDi0IfaYbHfA94mIXymvTQk30mOFUAmUnCIZbs9WIm/DSfcqXVIlY lN9ZjqQyRA3fPnC4ZZlpItUzsiEmO6YrU5U+A4FvJ9gkwT1dQZSCp5gup5I4zz7hDXKWVmTF0vny rrJZICSvuunMQ9H1PggtDJNLNUKnU1biTVrzYE3Uj8xFGx+9ps4JZO9jqfXEBgR5+ZG5W/6z/rna awz29EFUdVBUy7xx3xKMr65pScx58UqsnQG+RTTLLtDjWFViJVlV/Ym0L3v5fNGj61t1NdGbr/Xp ISWbNp3UrpWqrIiFeCVnFXL579I2ZA880mMNiApYbka7aAi27u7cYKeyANi+ILCaqUEqm9ePewWT hccWC49gl8FV5eb3m2VPt+wo8kv1cE/jW5zb1w04TX3Pv/gKwk7rb717R47tSQ/LUOe7hFq9bQXZ M/+tCHutUd9SYeqrEcwXkUYBNNizWvnr1vyUo2FfTt5fTIlQSSTSRYcMmu5awA140CRFLImuKIaA HbnWIibW7diBBmxI+lnh2w/89Yewj7mJbgJw/KiArCdZsceeRCGMcWBqPUixXTKuP7b0OEaLlAWh k/wGJq4TSLFB5bYojDM1MDYNSywFXSFDLHTAHNfNj3+EV4esR2sBrprIICmT6Ia8c+VmMiNxJq7V Zo+qJMJlR5xfmNQ0mzipTrglE7xuEl6sWtDCRpT99X3EtHd6navhIIAB2PSzj16areA4o+OiLa2k zmEfGQGmPROh2NUJKhsbTE3QDO5JlkUOXPLStGavVl2kQD0zV9Uh60u1cxZMBRfOMR1sTCfRFzDk MvR8a8+YyVQLmKLH+4OCPwonfAt2+yuD08bvJm38LMS8bbmwH7hkjgDcVkNM8N9Hzkhmx9DOqHTm i6s/2zpoXpFV2z4BsPpALq8EOSKgasmgCFGcvJ2lyCQM44kiQ0Zy59u0TlB9A58EQ8QA4YwQkCpF OV9gY3tBkHtCKSBl5RgAQHvVVwzvapEVhrjc+iSCWCRNqI2SVBMeEW2sn4y10DADziZiXxCw/MlN yaYruX4ChYcwhVK1aHGDNuSI8JJB0FY8N7KNEH3BGbo12wwmN+SOwTLlVDG+l8HoTjVUaAmYept7 ou440nfsaJwpJmRUrhUu28GWodhfMinlN5suTxreTbckJKdP3ZmpnnAJMyOU65FYagXqEl5/0JJa deas3MXqGFgBnC4HOWLYUKExIRMgT/eLW+oL2dcv2yvAlyIwml/sNk3MI4A0Kyr2roSYz6k9LwyO ojj4mZD0zuoiAhwZCYrByQYCwhZQtrkdhQOzgKGF3gWxySKrAbGkYGGhCxNlokmx20GmOSAae09P G0SwUEqY/+Qc+cp4WcJHXrJjjA7xd3ssSwzamIBF0R+omQBUSsxgGNB9TaeUqjVQXEhMFpYSLdDW yhylI7EVunHZr5iWHAG4oQjC24/sKSObLdmDDwZ3WiEwRr1Yxccx4zq062mmBEkFwJHHmBjN5dFM UoA0sTMvHwrRj+RweajX5y4zMMS2hcJkEnZxgjDVm+zaUNGki1JIB97UPjnX0aCmwKqKGwnXdpNW w80aZykzdJi82MAHU88LzYRmLZd8QxtrFp0aJcowCFQjYqI2cZBpmBkHcsSBbgAy0vYx9MoLpExA 24xgz9QQ8JCsjJCkGo0w7OD0BMMYors4VQCJBZ6+aQ0DjKlQYhoiRU8h0NIGiRCwI1OCYbZD8BGB vqcW3oOM6OpGyFugDKzqaYmxgbMq1I32AW2mydi5SPiUKuwL7tHIN26UXEz+pWnFQfVd7mMK7w3Z A79pCi7UOCWQTJbzIGPnvibkuT+TZiKNBnKj6lHas6wQdDkeprxRoNHebGrgBQ8NZlzWOxrAaxlk rHaRjascChWHH4KdPUfnKl3R07hgW2htVSJ1V96rHlhyquLqtpJmDoQy8Xp5oo4SsbNctXMd1W5l vFJf8jyl5pp0U2nUQJbe0Qnm4ypROwQK7Pm5iqUwUoLOjUgpV4LOBaBGKXkecfQKKg42NyjTNEa1 3zJ67jrLbIlIks8VWxd2ZJiL52gyBUxOM6g5XC+GUW6o1KoKXN274nYONG7ITD16oL3BRnn1dsBB NBXIRPDpHdQZM0MEstVLeekgRXPk7qyVEQH/spy8rwcaSoo0jDjVNxAeeVUXqmqCApXMJWqZjBjd iEwcSauZxiBrNMKZxdGRCAkbkpBOmIy1PXfx6ZE9oPRdYFSVJPNQMa5HHkCJ5CQFbqYscjFDWAM7 A1PpXlSGholUiVwyALBgRjifcwMiCvj3AAjcOyny87WyhsbFElBoFbVz3GIj62rGCtF/Ax6coI22 rYHrAgmDElG3Iiuw8sjRt1oBUoOfdZA/Rg4awCKgEknCi6hghCAhVTQ1KyfUEDWVMmMaqPEF4ixR PzJWyp6HBL/WiFnENsXETqoKde6F+WJQjAEw5Mscz9Tq6Zr5yQRH0j4kQ2XEtMcXVqlwNLdZaJ/l ycPKEjLGecFyggJ8g/qY5cximGRv+nZFFoYtYgYxRX9WP3PXDMbIdjGTcgpztls1Wok0DFcgJ+ae /c34Bh4Lxj83VELHFFYrzjtu564AoKfLc2RGCGooN6m36DBfnPv0pUII0m8IZrYNJzYAnK8LCUfU QGGj8yBA0ObWiq17ZJWZREz/JsBVLULbb+4r0SsH4OMywOZYjuDGdf6Qw+94KGNbIc3twTvWoAtj HB36KVwxZPTgGHmBRjZse5XLbnyEGYKQRFMNAPEbaNtu1y/BT9JyT3k0U+WtDJvIgY+wJDesdIYq puZXOB/CudechXwmYohiBHPIzmYko2MwNkEQDaxXWuX0puDQDOtvRqgnwKABOflQpgBBkyRa+/tv b4lICUdoqzemS3gQxjo7WdaPqWQTKiy04ZDi0gh7CEvQGFrvyeGjrRFwni4GY/bKTJ3LRgHbt9Bx QMjIOmIjtUJmg2rYpLwtBFkj6jCHDpFSrCO1ChQwZJV8S4g5klJQ4IKYAWx4hcBTeyi4axb/0mgE TQa/XisWa1p9RP9cv5QE2iTd5j8zJddCkrKq3ByircqT9AquKtbk27OKNads6q6IIEGoB7VBZ2h3 guOvGFaLHt/krhNMcxH7NiXG3fjKmgjKcRwRpiNQYWiLacYnTqFikkspbrYFmKNuxE+cmjw1SeSY Stvn8CUA4Di7N8GKFAiS4m0xmkgTQV0jt9aUqpJIdsGQwQmkFFMbQOYslmhSkZhL8rEyqUX8GDfw ErZYmfz7iVjYsvCPgTU23Svykxl1hn/zWm3Huw6Lg5/5ylDsWSX4PmZbQE/7EKSzHWQbZlWFoI9Y J7yPvNMOIBXiMkQ20qfIpH9UMM615cNiyaBJnQOPfPWVZBUrfCkeTNBDr9Q+UBGkZzHYVqasgx7c yXqbLtaAAAA+lo4lYOWW3hkgqcx8ZTiZQu1tLS48zy5qEVIFpUGCiNF6DfXzyVDH+BD2KHuY4A51 cPhtkm7kAnlSxMggTSxpm/dGSxqzut2rvBOx4KJToGSjyiKiQAGI6lK0ACPYG9pdSMZjH4Mdcsf6 wRZBAR8Ao1s80LLLEVuHUNPnjJmy+0Fg3+yjUaRPWex6ULhjfvFamYn5Yh8zVlWm4gQRiH0dxZMj MXLnveekeKzcQt3U5eRBxszQuewAFlRtFF7ZMJKWeFrga9ssUNDenmRo0aCxRv0B0VKcxNVG04iU 9aA+ZD6mRhM6b2S+IPNDKVqri+40HrCok30wfk0hSFlXrsBW4xsR7trSRLETcBxCTrfSEYYo9sXH VsRG2/EoobIMgXriWzzwQlgyGCYkN8gOlyAEQtZQr5xxoDAXGTwYUeIZjcKt4nqyAwbTEIdZZoZD njIIYzfuwDilsRiEtglqonzkBcV6n8SaZ80IOUaX3xMHTaOBATIISRCh87duhZe0XrRfrabaDeZq jTIzO029oKinkEo1UEkc6Zsuc4aEKn4hWqqAvtm6KAojdil5i0SxNfDCHXGiDEi0rFMVTJCHLEJC MDMDPJTwJ4vYYSwhmIGpvSBwnw0aZ5qHDdDFeATScCeCM6KlFtcJZ2aq+KQQyqwR1RillggRUQoY IQAGLrA1BU1KbMA5kQMYIXeX1mVqNDRQg6VqLAz5MVL0NP6KM2bQUvVWwUVf3k3huBKC6i6igVNn Y3aWgzbVwAOFwCi/t2wUicOb8WRgK0dvztQnTI2QWhFRsxMOCLF4qJegpHYoEpRDFtmj9uDWRVeJ OsWBylchyuwDocSgnE/80KYsWKsMYlaU9cOUb0abxvc92kl+HlP8ZiAXEv4m94ObsbtT3IVS5MhT Wa22el+Ml+yc56zSKdSDVOxPA2HTF3lWeJkRy+5lxFjEDMxMJ4NDMfUNdSyDeIJYOB3HvSMblHe7 4bUxlO94zcHiU3RHn4ySPjBbZaMyAqiEEG1+ayd+Cpl0JFP5/XJ7z775TBJIWTGfaTE91iNEm9g7 M2QMmV81NSCCs1ggnhZblbNLzeYpeZ8YmkQCTRt/RFMJf431VSGBkJloRw9N4CP9qqGOIMh3w2dh f2FBQpkVwg5viyCxqOdktY/MNNmblKELWRwxlyhOV20osYCQhVpwWKaJupMPtw2W0yFdrkvqtA9Z 8uFFMXLbBUrETMPAGrHopDwU0qWBVeFKGU3mvAjaqiuKZJxzASw8aVHV4JLLsuNHwYbB+wqcKE6I OIIqOWjLOMEVOkYIc7UCeIGfEtNiWaeRC726nyaYqxJ9gRNvofd23JXdF/vyL5UFCJRGnabelLBA bRQp/DJjH9vB5kIBdtflpNk/8OwMdnTpmIhMiFLnn/uzUNC8Vdyr+ZSQ1g3qgEwZkiVvDQGM6F9Q WJssk2lNJ+1FsM4utj+sqL5zvwGjKEHpCv63JVi7MnXdc2pQKNuGmqkd6IE2uANNkNvVMnTEpQoh EY3uQ5YoJxYJQuSC4N4Y8CxcqYeYFI4yDH8ITt4IWx3dDEzT/VYRMAjwr+ouQxHLSCKcMqGRNoOs hVqjoKXrZTRwxAozi+H9zSwrXHBN7A+LwtqDwpYzk5BV/WOHoeoCmMogeLoNgN5W3yCCqgRRV7Ug ahKlJNwGhgpTyYPZWwaprNEf/3JSESjyKbDYMgbrOOpf4gfRKMyUTUSTJKQSQMTphDa64AuWV4gw HREF674Ggg4k+ul9KLejZogk3kA2qSi6OfoU15IF+QYqRJuf9r0AWQ2thaXOPRkv1LjwhQpU9qrY pODz+XNrc6JetjxqAECFl9zzl4MS/vylHURB4Yq1rDCljOaHPFR5w7lqXJXQOqoCcMbFeC3l1zCT 8aU4qkCWsaoRNaNtoKZGCG3965wUFb5O2dC7So8JhWqEoK007qoK2jCgJ6lEx6p0AVnZR0sQxiHA g9AI5gBw3LcBCdPtSX2UiCkKpu0JuHdkADooX0UOhE1K3qIL4U3UzVxV0Gvnt2gQnOYGrzIiyA1k sO0ITb8jdaRr80PzE/Y+GiE5MgnKDHBYdOWuesnmGUj1LLHzvrWkjAU8EQJJHYHimJTOUsloplLZ qzYdkb++9tEQFkzJTqt7mNa31hiOeChyFtG1J6pjV0xNEUwX17M+GiUZmGy6VYDtsqjslmRCPBuI +RBIQ8h2tsI4C0XRJ2l3EStTm55SIKtJV2BuYwQNoI4IVaWUEWDrQEiLiHVVhVbu0AXJHc8SyHBM kFxMSxE5y0L+dTcFXSCFhk7lib95Uoj9+gyY+MY7AAZ/C/5dggflYgK8BnAat/eGjG1B2Etka1kT hIw7/2Us5d8kgbQQbgdZa6GY/PW4YvscHCJUkzCHNkjchmeko9FmFZJls+KGrV+mJgnozLL52WOi kbR527FmhhDP66Gplmkl4uje6ecRNTtGPY0YrZgXQSPUKEsxClOoF6Pk4Qu7+pE47UIK/zUqDMUg nwDFGsYs2/aiQju1KgoVhoHnxI05UHFQRANkFOc/53SxIJNFPIopFlbpBVgqvRgJ0j3Z1c1hC35c QtaxmzfhPNAnhaASI2QClqEmPKJuDov6xDuWvT9cVUGJd9HfpaS4QfZ1WRlVFMlSkwM4q1a1i1h7 wuIrbsHP1/ALZIg4aQQrAzK4e4yR7T1CHqGytH4jNr1ISongkWqdupGAGaTgqIg/PSvpyJXgY7bd xQxGSdbwQhCc8stdFOQKzvK53ieTBA1bZ6K9ySu7mjVqGSWVxNgkuJa0jMmlAlmxFffu1UfIH+ZI VPuFuhgVkQEe5xGHu4Jjf11vfCMCA08WgsAoBQpNXCF6EQLu7BBaJZtpqfEjAKjoS028Ok5Qxwpn 3cFkmaCNCllh37GCKuYMCOx2i9r3xRDkbVf1AioBY6gq7BcumszXkYA9ZYHX0OZJ9Wyr+bIpogUd 4EeXolON8Qap408U7fkR3vAWqL7BBLSANRmaxgX6QtQjsFFQgLSwYwbRJCbiYc5XI9wI5kYWiuKf aDxKB/nJZFTQe8O4CfBV6VRqW4KP9XHfGOhiWEOYUkhnLqCCElQm1xcxykcGnevd9BH54lucAnTp LY6VJQhQcBwIRVVltt6hsYgIU6IkeMCRlsMZDct+pH1lYZWfQof64wjamVXEbgpCwWlGGx+BCmZB IwJjaNIbZQwWAr0PsDDSNgaYNIUAM4PvjYG0mnXouigl45KKpLYH+Ojtn7vplLvuIU5ZHFkoq0vk 6LrkKKNUS1MohW7dxGY/yQYlRpas1nK90cY4UclL+SogY6d0KPk0sI+laxnDU5cqZ0EWA3VXboE4 elFJUC/9RNQYMISVwtoiAjYaHMhtTV/1wQsnVweoy4ISgBr4v+a6j+YhpBUwfDQtcNQskRd4Khg1 A8B+fVqgHuEd+xFi3sn+Ih0pSGhc07YuVjdu0U0TI5vf6BUfXOk8ih0qjmOAr4JUuyQVkUj7BQtI xwVNbEFxUd0BH1FjQkJ+F4/6qlGZsgLEwEOESlwmwu2kM3RYb/xLdt3V2WQEL0IpIMcPNNYc0Pvv c66i7Xx7ur1hlCpcplP9LRnXWTkgXbmQ3xbOECIy1zjZWDMjUA1iXF0C/ocspfMOfYkO8mO1Erm+ 3qowLU5RQjCWvIBCv7Gy1LFE2xxmk6N7s2NMEmz1FnVvTRVK2jSYHvgqT8PbIOlKizVKFC2tbdK2 5JmxeVvKsr8H65NkCTi07O8DhnkIAbgIAJL2jaG3nY6QNHp6rtp73rVVQ40ThCbRKVr4xk0C5bF3 gl4R1wnYyKcgsUN7EDhOVybVXtkW4Sq3tIFRMFbV3dbHyLNSLSCMCynEt0+yUoNh3Io4bq3gZm+w L/5l6zAlcnfDFd9DeuvklpWoAJDImTNCXpzM005JBGw1oPkwAQikoONWNG6/12ltfg3gCG4Do3Vf q+QM0qYzb3tBlCygSrglbP5uDyS9bgQ9Y1CKAggQ2H1qXiIR+smUkpqr+Kacpkek82ec1i3kO+IZ lmBtpQPAxvIUKLJ9WUzkzmKBx07TC7iQclhtBZYMTmtYB/bQ/C2mqNd4IMXQ6WbjhWgVI4+oFL8Q ZCP10nWZ4CIWisUauJnQp0eMc2pAJ8IIzH797Y+pCnvobJoF3ebU0b28IyuUSB8zfj4C2q82RuY4 CtGzVxne1ZTorkirXs4eSTbUEpsJQTXSt9JdvkfvxX9ZPBCGbp64cdpRU0srOUhkncqcoQZeS6j8 SIaF0nJzjACbViehKjdcjFTBRBriikRDnk+7uXcfitpz6jlrjQsYglwo2zGPfApHlOc0kS+WM5iW i9sFb0sduP0CwoJwfXOgojgDCnK6X9+FZxg1eMqmRFyjZHeilIApkCLgSUYMHr74VZhkUqZVwIPI erMC5T6ZptBnd72br8FQEtG6BhyCR3SeIcfPZIOhH12KY4wJ5CBsv0fmv9hVpDx8RWMqP+bbgmno q1ekRJx4Vi6lAx7aMwfWRu3mdp/NL7BiVmpAsKzusTnFKLOz/grBddEpg85v+SFrueVk2XVjkttO k15tmJCnDYg3SY8me5/4wXHQlCKBMGiykFAUBFpywoVkTBduHY2SufzlAAMgWxEk6W8ONpgpZzuR mQii5Q3oUoGI561zwQivT4xHO7c5BHA3BzkM8obPaGzFDTBNZSu3PvB1KBPudBxRB4kgT/YQXoeW ffc781QZ32laeQpNtO1sNFRthNZKLHplUVJkZf6U8lCGXTWxs03ol/7tH8/egqYAozd9QQ8a7Rmu yEbx0+J6iHkIgmny/i5iZYhEAbHflDBPgRehrkU8TTVMGhNs0zMJhe0plV3Jmweoix4TEAfEQc2z 2JomjqzNSGwMF+MF+lFFQVEOqViioNr7ZAAJfDR2YkiML6GL9J7CBjbYYl8En2hBhGAHM2kstq8o DfskkVlJH4U4fXZxZyan+mUNmDkBZk+aifqGNRJxGUyFNIpYGbZzmarAFAumOIzUIV066ieDIB8X QwhwaWJGRpomU1CppOYqMy4CU9ojlzFyOVO0CzbbO8vYmabqDuVSZiy61XiDbIeSJkX17FC7oDrp FC7VxdiutpgCCsIQk+L1XZkLzVfLKx+1Ry5zlxFc5bNxTVfRCMmyXqtiZXa0BlCIgWKFI/ZrZk1u C30U3iy6BZjSlqEYnXI6/RUQYiyCAE46VhZl+1Yogsqv2x4az/goFVbvQiVvVy4LeSU6AHQGcnGa NBmo0ANBjGaNK/jrD3C1tWymsdWsIjsWmLEaJlCUtXVd0U2NzrgeswuMqLAaFSL/NaM2oEn68Nh0 fZQ2MrkgX20K5AeGHIoH1gSrk4dIynOYhh1VebMFryOUVeo+nnfH+UIkx1O+4WNfHsppZY9BBSLE bHtLWXFfeYbkDHturSISiaiIFQKjD89AHg1VBso/rqRAjmoCZoUiHezPdKu6srpSUY3Bpf94C9SI AbVEbehHiqrRhACN4YqF3CWOmMlnRdz2XqLQ0+B5UmyqmleNKH/4sAbhPbacwluC0GOdWM+VAFJV GSUbXXocQiowpNc7JpqdN6FVgwTuy+EDyWMP4JOve3RQqISVi4o787TNnGDDXckSGtXlTEoXukU6 zJgctaKxCi/pS3grxlZRNXnAJ20OjCb4SL8rWGOj5tEBk4LQzO0IJRfRIW7FotB/YCKa7ltrn1Em CdjGzjyHR0RVh+OIg8NTA8UlAE0/aSbYt/E1Ne4AlgQADXusVe1Ve1O3uXVoZrlMmXigaKZFkY/P Vg/sFkC7HQOQNyfIvPdEsKH6uuoKzq54/fP2EDfAK8MIJniJA5QMMaxyomgkSuOHNxlKNgwwDaVD DZSmORdPc7DNhmwQc2dbNcVPH2ZxuyIAUxPQRnRfe0PYaqgN2Z9tLzRieVn0kqcC2+quBVQasr4w KkrYJHynnmw7U5kXSNMynAw7P2KL2gJRgYZrbha78pOhYdo8jw95Rf4ur1KLXE1h62LvsBA2c131 KKkQjXtjjoApcufQC3dTTLSxDaVz3mQgZWQhxNNBh6sXKTWLUM0ASyoDNHpmVImxOZmq8PLfxGqE OZhC7TJxSs1Jgj1c/Mtd8ZsHXCEferogotAjJL0JvYIBxqrCgG0Ar5JxkcNCkaKuQo7cJccGOh4z MvD3WNCTd7rtpqncBtPNOpFrsXNutO8WLdcmENA3fpNSUQOW5tdMOASD4iNdNC5VK5/EWjFhNZbw pfFapPiWRAO/J+2wt0Sp+KrYpggHjqrK5EFHRGjARRMFF02GBC1eS874d/2lxuYeGLpiCvCMhTG+ bQcvtDdb4UNPsC59gEIsSwwR+/jh3DHzhadV9irk0FXXGLMkOkFKXQwOAfKAoewPwdGfysbemCtc iMU5K+KSVQKUDwguYLGOr1smnBT49aeoFN2meuSiOKoEGrPyzIkSSlTLNhL/AExiUAJeSIR7gmcM Q/pSgHaFjvDeI79relcnVHY4wR1BJOkpz2K92GGg3MpQGdDsMcgL+VhsxkNYBkczjF56igwaH0rj FuyB2ohxrxIlc+RKapNsBEchFomDDfyR0IjRh2ci+UZjfLtQG3aTczEOukcfS5OYEsEKlCIJSfSB T+Od+Nx8Dd/Nz7F8FfOtIbKhSM0HcS+kmpZmu8CJe6n8oCgL6yKZgZORMyOir6hd93aEAsGnYhQ6 YFLL8TnHPSPRKgyMeHyUMWXfAw7OxL7ifG4dl/GC8WwhLGNrCqRsB7jr8jVjBif/ip7dBSfiQiTc zQ7aKBkpUM3emHiFqvIHfI8LSyzi7+GGVkl7ETeNk2uHA32qSpksuf/10gNj0ifhOgU0YTkHQ9dr YXyKQRRvF16YhunSFjvepUQmg0cm1BQ0vVN2CeHI5KXgO/AaxHNY3qNdBbmjuVPPCi8jEZNF45Kr xBaQ/7PKM60EtaSJ4GcIVBlhRcKjKZu17AJL6J1KjD2GSQ8Rou7XnrsNpFxCaSJ3wVwYzzcf0oXS DCmRYekFjKJJD9t+qcupyQEXFUwFtvI3yVTFotwZxZzOMlhIiaYKFGBDDe9pFJeBmB0b1UZ9ORv7 xs6BRC3O9zQbKmOkT76j/UBqYWbJNlsL0Don4sqmrkBmCExsEOVG73zJHobXG8lUzwaoN7WqpIcs 9lH5rO7EtMreqhViK0Sg4NDU99dLKJZHOcBacQ1pR2CgITcxqkiJSHkGdO9FvWtwKhPxCnBkdLAF F3CDGejEZkjmTG6iBfBT2B6U+/ZZLct/EzIBE4xkIZjyYIIKoOma4yBUVIdRIg+Z98R4ZiRU/fqY 6cqPtL0tFqBst4yVHqBJEOKRHLl6e6I7Z6lLX2fZE+XQjMQaUXQUMjPSkAuiDhj6hx/utM82Fhsk wJShY3RY+0exVPQSG9f84FPUOFtwBxcKGjzpSGdMSB+jUJvzOv276qUpvRZLtBhBCCJzIsZvpndp ToqGKbpnpA0Nqvk4AoMGChWVPDA5TAEBx9OuyQ0BWE7YU+axRQcoBWrsTdlJFsZ7l1QRE8OAW9VC lTVRMYlpOkKbW3LLmwrjdWsXoo2U9uKmCLE+gBHWx8QlFkc/0+GFzt4qd7xoxHxl4bukoZncNa1a qVEmXOtswDXAPHeN49UBAwbHbp2zaT41SiFEhWV0A64j0pNFAyvBV4PBsxAWctA50ztP3oHvO5GA DhkZ4GikA2UI82BGJF8XlSzNSL6/IJR7ftLlzpJ3PQVNJpOYIeGkepQGUk/Itm4SZQCmDUtJljCZ /lfB0SwxiHmUQbsY0Wvc6ftMA99Q9BaunW1gMH8QmwgZPEtFB+2czD4ADP6MXYHBW19S2RXzOnIq duQXXmfwm7Q4Dd3oXRLX9KAscp6vPx/zAn0nZA6BHGqvBzNYzJti4QKFnfnLLmNyAYZQd3qaGcky 4Te4svORi9OMVpGdE4xoBwwY5jB6ATMuBzGf2AUAFqqJKzbSBIvR5LMLx1p9bQwwUtLShxwkd07l lsyAaoGbESq4LNcwpJ3/v3GJxmaPEoAsb224YlZDxbvCDpRRJZCMFoAUHRQSSNmqEKeRfa0PgyZq As7/ytuGOuFFUAoRhTBNVjIqjvDB+r48AEguFySZvRBCsEhwC06qNkBlr5ktAhX1JVm6AHQmUEOo ecXB4nyj/44TiYoDizQKV41VsIUHoxqvhcRScr/uVKgFTnTLADMVFbWoKqlrnPjFyZcIAX2ryvbv LiBBPWOyRihg7JnhCvvCdaC5F95VqBvcpxMeMKDGcc1t8pCy2GyQIGCB5ZGUHZUhnvyasQcB+hbp IjpNOHvpD6lPjCxYQxTXVT/AtLI569RkJ6+h5AOeIiT5UT/epr+VVjYL+qEGAhWypxDoVOQU4MTD R4KmVksLoHDmM/WVp2udi84WY5D6zQuDNra8MqUyVoqedoPVKADQhrQDX8euAorRpv6cz7Ha7rlv xcnzIFifMfaPXRPnIBYHhxQZNg7FsycihUxU+9stU9XvRVSgTd+U5ytozT/LnkErNrl2gImFtktB AFZ5VCcfAfiS0da6GA0kW4AUA3xk9yDet1Zk4ESKwL6JrLaRmlFhuERlKBa/FhfA0ZN9gZ3d7omD xCD3hPtZogSAvyNc6Ep0MtEMq436mV8cNRZGM3S7A4sSw2SIHuJwVn7mrpp6LpCNNaDCgmaANFR2 tJHzOuOcrmhAPxdIkP+MRjze7neCMetEcvEYmGUqFKhSDBOX0J7WKZ0r2XW/01ZCL1OopOhSuQxD 5FVPqhaqaarhMrRQT6hAWRZN7pQXmAGMTmWNqbE7MAVsmOqVDCweQHp4FtvEF8Q8JjHInVxdFuZK fYNCfhStEKxijKoOYEthBOEuTkeHZrUoFT3WiIUp/w0ej1TTEzRpk0U1q6wX+1V+JS/bs29Vk6rW yIZK81nULNwSIrkPKrAp2+jmYhtaZFVGWtYs/QEN/WvzUrC6U22VsTVgnSVkZnEx21g2Zq+U3SaA 7AhJaXWF2Fp2yLw+WZuaUetsTywYMEmm6ykgpECB5Ej4i6Z5ZWol2q6CwQYiKLENtvlJ8dCDlfM9 jCxzg7tVgVER7qHydkrZ29lVDXDlMQXDB9CCysbX0s/9gnVpKFjmdBjoFfWlCUTJJupWKLjgdu1m 861wiaa99U12oWdAvtajtXAChXIvANwoM43gLVCaIDvP4LtuY1YRF6/j49e34CcflU/nALDVOPeP t85sIc1aureIxsNwBkKQBJGce1dmJ2q38lh5vLVs6hkUZDyT3HJJaoUs84VIpc5pCjVGSxXtDu4W NTJcEoGEIFEunYBM3todh2sqofAzEZDy7YYyEezDOU0KuPRnQ+H4Chf8do47PmfRkVoir4YJgajN 0fvbwneRW0pM76sceoNEH76pJqIXnbFX7Kooi25x/a1hTgAEhxDdpqIalQCxxZjCDfHLBcMudkuQ NWuKXa7RKBTCDtYoy8fU3cghuPqJiNkXEIGzuRIwSCUl352JQwiHL5yDpOKMluUirK2nGcxZQgU8 JHWbUWWaVjXqESHIeT1uLgsDOxGtN5ACP7tYwusBYP/LdrPNCU1OONgMidtYn1PwWIoLuoDuxNSE SPqU2BDVbGVoZVP7z9LCxiUuLxTJCmIA2HAlqngBkdJqxrbwYCiyXcv1RMnZyAVp7GfSkEsAbZlL nrrYGNnziHEzI9sXu/C83sTEvKuUpcQqz1vyIzwVq5u91IxnbbSEeTG3fMfSMAAgBymAGUe7+ScP 8+BdIMRy5tiMF6e15JQ5n8qTOrYNpgxRsnTou4N6wDmCFP1m9fkyFYNYMfJWYo0X2AcRLAOPjzB6 7wH/8oKm7m6zlwnnBnJOvOcBne0gzxSTuKTSiVScxLsj/KFJX9MFgmZsOiu5p2jLKYiGBg1hvDwR t62RC2DLViTMiXO+pc0wmSMkEFy7giAxMIzmlfIqJlo8JGJMZKzkknwk8p74RtrVWxJpQybw43w+ 28SBavRCjRECI4tDvG847IYp1Dh3EhKusrzL6/ftxUTMCHQ0coVAiz0iiPclu7hlN4NT29RYiqfe L1JaERQKo15n3CGs8OG2QpnrQp5IWa0mwOO9iESac+mz703zFkU6gW1J36RGmKQfYI2pJ+OBrtYR kkkMdgso9BsiWnYYFKnFqfYdoZygxWELKU5C0Dk5EKFNaSu04igwhX+pghZHJhdu4YVBCIxGAs9E liSyALZCFQalVhP92piy8C/WDOtLwg9gwSz+mwK440rk0vdqH9r2JaAoVPomteprSENOZcor/uNT GkTPHRy3SXPgSYM/UbMQMXkDTXTGJgxwhdK4GcSwCqBgKcpvEAqkCwzAEd/DPS/P1qCS0XfcH+Is aTUEaoQnO0DYCJfx7NbIFBCQt6svBSwMBmFTGoUwB3+P4DVZ5EoVAQEVMOkPcrxzmaYAFTdN0HEK SXWc1QbNau8KJ5vSwC/ZyPgkla6ETrP0fWpRxT26mUksyq0+GAF0oZsEHDe1d4U4/YsS2wqS+nNB K5Fm/uq+/Wm0BsuhwGBo4Y45A4yAgoHeQaSTmQmtXuJtsmRwaYIrBsEZ6C/pWP7SF+WEgwFIapa0 SkZbLeGPps1wfXFdfqFwpK+m9M/nSo2OIixYz8jalWfGSknUwTbABiBBJRY1SbyX3eAJYUBVUyGz yys66DqzAx8lTbVZKJgqONDDnwYg8xAGZz/4Fja3zxd17zYHpqT6TN+pJdoW6ujg31AhNsHf8+bk Tz6ErmAdEZGLtAEpIeyXYJA8ZVjoatXM5mlTEOq5i07AA1pg+do/tgghK8pmAuL3qFbztLdcTgmu zYTdybsBmK0DJ4dC6irj+yXvFNlFKkCclj3B3h7PCSIx4OZoWKKUicEO5GFIjAh9sEA5zQHkf73P MtU/4ewt7a1zQs46oEPEkVFmdyoHhWrqKH+sj3nTx4ir2sl8yTM1LXSfpkxgOEEKC0NSiewVfGBh HJeYt4YDG4yTBPSpXXADi62r7J5umA7AgoHyRFoWYQ8ba9to5JvWMqoCaJBHh9iAVPDjCviWZKa0 67IgrDJFsyFITodSJQOgk2skYzjYeZIRi/Saor8mQQOfWwGibtkJTRlPViuADgFdHSsjXywYhVXY YmLWHiRYTtiTszeWkMoEMWR5B7NA8CXAaie1TwA6HIH2kSq1fYAVxAYl+jSWYQ6EsQ8X8uRhh2j6 Tv9DMvdUv2bJ9xHO6mNakhIxPwKi2rTDyNkhDVgUdDMHkMSrQceOjSrwsTPNwNR2u1x7jUGZTYHe 8TU4wiD0PH6IZLQbekI3K5tagYndy1IHG94122vFVRicaE14hkdjjngH/GRLM7T45NANQq86WVXk IvJBoYaYCSMRrgh94kU/tQWFQQoN8gN7OFQ74ppiL2WIFhAhRMC2g1uqkg72sefTA4Zg6b438MI+ RiOQQsLWvq2KIHwWMFGXuJm6akqSFcUiA4nIJGUxCBgiFF96gxG/Clum1f9tOZ5YTpZq0/Qt33N6 whcjoPtmQ63MSm5noYnOtDYHcWbhLNxILAk/Lid75EtcgMvjhwANCPSbhoRSaEYK15sXQcgSrdEz dhACVQMrQhXSYFcg07DVCRN7fcvHLd0ap7RBppzHNHjrYtl53FW5KH32UUZjCNRHmfI6lIF6iG/F vfDC1xjqU1IEDJE2EOsV2xRf4aKyBKWrrdSxFDNjuX/Mf/DnLTG/WcxlcPXbcJVJG9JHwAcozINN xWCZplHM0sfe2DEQy02dF8ZcpkMml+BUbiwQlZ2px0Jf0UbuJSuWJsVQPWYwG5ZJquDiomqEeF1B wfBVQ8q96os2KF9NA5GC2Au4qDB8AO7X9wvo7bHcEm1iBjFir1ZQxSUcExXFAYq6p0rdqrwCJhSB KWjhDpkS7iQfy9wEbYlvAoGwajK9bb8QCpXv2t8Ixypf6xjlyJXRIli5arQ1IPbRPqmftimueJ46 QEXsESVzjTkGmWW7W4sqR1q0da0AJrwDROmOEtk/hrzBNkEpasYrwhafEzJDBcZs1nIumDUdtuYS CXoq0ozpmjQpW8Stp4uZEMBSKITIqIG5LVLN644G0UwuXseZjs4BFp7ld8CHmwlynit+gQdEIWtU n0LJv6icIGmaroZg8FTP8amJpGyluKgbnExfMPTW5xUYlar06pcdJjlarCDAwp+LwldgZOWqoyIx 1RWyIpIXCo5vHkCpoO29S0V6je82YiQ/1VS9SwmOlWrnMl1ENOlEXfIQRex5ZJdzTbm/nADiaYOU WbyGzEzH0MbvRhHF9BNsSJS0ESckZ1pqn7U0AoliA8hxm95Qn3ll2gzQqUGxC0IIUvUqGx4TU94U sAijAAMymCWi8Y/IRRax69IEwCcSgjtBY2gGp6mNlXlsr1EiPWy9KdzGOYDFkCkaulVB7k/al0w2 qNvaM2vGJEIYkQEpT40cuU4sMBQ5TJ4n0DrNvBbMxCamm/gm3cprpjOHMZK0FkoipA7F/xDIOVat UXCA78dFEvmpkj9dSKNHJwN+vP/3krTHpWsbCgpJMM2GgRYNgIcdrUOKXC0rSH757REcabVWD8Mj 5GnvdhcCTK/VsggDTKN6KVi6CAkEx5hoyUjO4Xe0l16VueBUXpUrPyKaeUuQlFwmEa6nQwU3jBJP ahwTJuRMJvT7x9AZxYeCAQNrnOYRPiQtZzBAwgrkIr2kCNkjX2qI75uilTrzFkj8emh/Ol999Zw/ FyNUBtE77wne0CmripshlEDiJqllBRo8vBErZs6mEVIwUv4aZ9v1L+z1KSuU/PiOkrkok2T5GxKe eQn2rs3YwTrNCmk7H9jqnt6jPQZkQVqfa6ji3qjSAYmpkgW4Fos7jjgrOm2IU4crRe+ZF5XPNJR1 0wbRkI5m9k0K+QiN2Z+uVBPL7KT6GTpdSpBB1lMAJbnFnSNAPpECijk0NoNGcAjYWA7kRbwATovV qqt/wNu/alZI4DsXVJ4fLQzkQzOnYLAry3+LfJZZeUzF+SyjVY/BRwQI1nhchdWiiWXWs7XW+Gdw Nw7JGZACWrKZJAWAgcxkBBTDPVfSxJCDMcNdwEAkcwSQxJO8ETr1tWXtKOfr+rYvYFs6ORTDKzx3 33oy1BTH1cjbPmpXtAVP3cQCV18Vbe8rHMHMIxiI2YunAMrZm8ykGcucDpprYBwtrQSITt0BDclh MO1Dzrl1jVggL9lOLzCCVMUf1qrFjoB0ayUGj3bhV4arnWzjNvEL3MI0fo4OGsKza9s2kIAjEEqj Pv6BS5hvdPpWN5eEYaZl09jkohtBQ4c7UaVvJpdIOcfzeMq8QGsWrRkhdlihTZry5+fSNkCNYXK0 3tsGSbXwC0HptdCQ8NupWfzSEpIN4f6Lk9gnhLaUwz7R+fQKqeOg9gAFLWtBcZEFf2HgYkMPEspM xRddNWPeNoYv6UpUi7RQjd3I0OCCElNjpF0Zg0gOzfo2IN4hYIiIDAVFPrS85qQCUMar6I2RWbzY QZGTxyZyUjfBTg26hdwxx50w8s+Pd63rZzRqpJ9Fk6ktfSEY7jR+C0l1MRsytZt9H1vB2VId1kOz sIZ324b8AG4cBo4F6ZuRLPGYoRHa/dARJVo6QmWxrvXDiJw+LHPMQRgLZKxTfMyagDt1nRlIHyLQ eOQv+A3ds8mGiRQuYB+/1mwmNr5fj9QZhx54bSKvHjNo6hBHamC7Bx16cEYtMo+/MaUpvI/abdpH hEw1RM9c5tmWg1on62TCBCdcNShZKvKGZg6QnS1eZbMgShuMxtEUMGdDWLvo5X2+Is/LHhb9dYX9 zdPlD4qbsox5VeJYYKUha6M/SXBB6YCn5eXVPBO2bLXPxjVgtXfCIGTqYeQuGTNFY8MZsZQ3h05W ZZw9hvmiXM9Aa7j4EHsZikDcDwL4y/UnzkHTE+jNn27wfWk1TNxlKnlnln5h27kYSHyBKyyCVp75 hXnBBkIVRZi0YEyfdxsWhI8uldQqHqivGV29d/EphEU8qoi3vjjGjwhUbRDsuhSkCTMC1bAZbcyi yUETaU+xlzoOumpZBXQIhig6aiYPXUBlGjsTiqleGI0dYWpMDalyAPOnlhFws02CwmNiNkGCpzIv LGMFAYoyLtFQUAGA8dULXMRLB2PidVXoyFd8GIUUB8TkydDnlXEwKzHGX5AkI+2Ncasr8WQVjITJ 1W28N1JhvVcdD08BXGzhP8ePv0WkxtSy4o8JyFPfUCBoojuFIsVeGFRlMlaIgVe9Kd4BIEow0eE1 I8ZNpuz7CGrKho/tnaZoYwJAuSw9LfHHI3QrvEoUfWpEk6z2vfaxDyiRwiRUmrYVPyU/4RDOxkhq UnU1BwhPNcRwbEuU6bt3jKMHwyu+wQE+mqakBykZpGMKmeHus0asaRBGlNKELKY4LeXFUyzZcwN5 LlosG0VGaTTE5KqagDOHZWqKmBs1GGcLeLcCo4+Nlv1byIQeY8GQSpHNSzEr14I/IQFkksNFplUQ p3mGK06WL/us2m4UZNAd4twyHEs0sHiRSnqEXsjHFulNxUxKJ8rpDJqD8kZvmBqC1gASVjqk3EEx OfCxa36hYw9ltik6R0b94ympCM3KAUwLixSoXuE7bajBKJBVZoxZS1KDjKiOwlkbtrz5UoW6U8Xh HHj84yIIBVh6mWHmL45PlxblyPbw1J9H5zUtCMlmYwOlKNKdw9XH+5w715hAeq9VBX7YQCGqwqIa S4hVH0JMcW0tvTcgJx/xoTobm0SFI6LqklJnH1Yc0JENGEdMa3hutkf0al25A+HE5ETPiyix0ETY WqWxYEDsxpf4BSo/Yij02f6Hnn+HTqEmr0e89UcWw5ZXkq5cANybgOATrJ661YPbgp2/lCk5ASYs gt3swY9clcZdqCl8cn+UmLc3PK/VIw4NQ5gRwhaj7djRA2xaYgFaaal1j8S21Qa01D5ed3YQfhRM Hi2gRLszMHDYIIbK9SdIKgaF8XQCQJ0OhCzFCSNaX2iifcfvYmGEAlJpUWPHXCRGT9FjtqKtXRDX RrSsReZ33GS3PMUgPjchPka0eJs9Rxja4dIkgfkyLwVIeVXi2qwjKzy0IMKCzdEyGYjlVCydLHFG 7OgPDRSWY3M+5eO1aJWbVmJTDEsc06dKsrSMksClhu4VmxjDqw90J7uyuLRQol/D654mbWQ4VjMo qsnANmOYtO2c0m1OFGLZs40iN4bC36DZSlB+17Q0ZS6ScfXJ2wyUEnUeFF6ZVUNpanlCQr7GmjKz UNaFKZqWWFoIO5BFjSynW0r96Zgbdi0qQyEsxdS+KM/drNx2VDZtQh6VoMdetdBf4jlhzsLDHJY8 ygqeM13Aqk21+kl26+90kyIgif9G//PC1QJTMyOH8QKPoGwdGXjTEEzGl5SjsgCAK6MYZ9XZRVmk ArFKa5KxZM8sbF3xuOy16/CCniiYmyE/2JCCttVCBshGiR5hWEAv9IdPDtVL50mWgpF63gQ8NKkq On1vDi064ol0iMPltjN9piCpPZnbs6lHCxKEHsMXppJ+Wlns7CcxA23nne5LSpv2b1vtZBjt3zKX LnsO05atnqMFTA9vS6mKeb1VdygJ1d7zzoCfKfNADaztkXMPtBHAnCQy3CDZ47GoBjhWDkmynMDQ J1kvyTWm5mgxREg/lBo8ohXqo1XoQ5Exjx3PLKZnYCsAlPllCiJPNYEAY+Q0LcuBHzPscV81E0/K GrLHf3EBURoc0DYE4hza2GEnZUZRhVafsywq18usy1CCFhLyI0/+mlGBxTvw4Kv/u11iHpzJzhtL pgPZy1D0rBkQiXESHKGQUWMPocNgAoAmMTrb3kzmmi8A0Mn3O3oUa8kH9S8z0oZMymeaIgAmel6R JLtHPkUvqVaqh2uZfVEBNYBqIRYAwUM1+MoqG0QaHZhQg1LfNKFNtly8V/Mkr1BwTEFqG2pudjZM fsIE0Xl6R7GM3XlPvDx9KBaZ1d3lugM3uNiuGbOMakB10dKSkyLSeMNQhGSumKG+fTc3YKoIw0fj uuF7Zh24CQODT5mjVRojVEOscTNSzN8nbdE8uUo/4izhahTi0cPekjufF+YZLI1C1UIakMd0ZCjJ 1N1nH7wTe4hk4cUcybaynr2ML2Au4tsIgbboLWOPvPEhRNi1zKpQM5OR74ZaZKHv0YH8mA5yWTv8 QrrAweei/8yVnwShYUG4qb36Fam5Li5Z5EA0fDRyYEfeDHKQloykuFADyqijHEdqzbJFx6FTC+0z aQxqDA+6yEIjEGPuQ7GoQJw91hJcvAsPmDPESW6wIqpU9OwIKHdS1aSG5b+j3BYwBfYJxFyVO8UH eVILnuxrHoacsOUQNBakc9H8ild7K3poiAzkwNrd0E6VctCCzmVt4raEOnlpAaZNX8jOwchVDWyX qSmBdLvY6AOG1n318BuPYxwA9M81WgJOVhEQvryBliApmgZD6//2TBQNAD2gynx4qLn+pkaoi5/S WMPHvC72QJ8e9ZfwRJZCb2JBKswYYWM8fGSyKA+MWkBQuDIhQBMP7k0ge/oz7TEVfYwKpZZhYjVA IMfusTZliNtKMqPADBidgZYQlb5Bjb77bQ8YOBMfkYdfP4jetiFsSZu63JdHJMMm8cbEVacNUu5v t3anPadZQNW4qBhayeSEVxfWZhuSzWhwsYqEkrlaaJgw00dzkacsIIEWD5gqLN1lS7dLmNIoJ8P5 oUSY1vicGhlIwMkmCSBzcYy2x485naJeHoPP6nyMPYxsU/ojb862a9/ZIDXw+3SMqwowL8DQNB97 wgmnOKZ06knfstchuozK/Bf5mj6x5MbqgO6+4eLE21Uvc+1BNZ9CASM1ayNZABXU4GfgQl9HR/DF PI0wvWZ8Xc8p23HsCoVFnyjkVtDiCP/H3hXYs41InUWFC92ffdlcLKHRQaqn55qrQwtI8IwZz3cX 17MSAELevjzOdu/MAy8bdZxoHKSd6Mwl3j8ffz1F5YFoTTt5o0cRllR8PyvTNiKun2Nkmlecy3E6 cqPzgp3Z1VEtYoO+DhU78tdhFCohxUqTlnZEyzwk7KEKcULMUJTj6Cu56CL6oW3BjTohScatZVVI gRxgzcWX83+KK8BlQOkPJMo4eq4Ak/GlsWUrfXG5wQu3xHJYTahPELPTWgRCfnt0fUJCmPOKECsq wBQw41Gm/O3zqRExS4D7Ecv06ASwEXPxi6ZOb17U5OLSXimMW8aGUJET8vNXQkoccfXn2V1xXTsK HgKfUEAJKxO+id48DowRCFlJcaoJTvmCP7iIS58ebSDDf73X0qEqDk3541BuiLYIgxz+VJGHiLNk 3BdW9WBJjBV0eTSCMDzvHY/TodNOdd438bkoBHuYnKD2HqItl8SRr8fTud+2Mfw87/f7wyngBU/f /2ehx1w9aeAUGwAXo5KUzn75fFCnzir/vj+9OFW+lsjlll9i/0xCCyBjSoe15Bl9iFAQETmXOCBW ij/W7oERyAKNUeoIcvhmlipEoxypamCU9JGFzIglDSlDsTpJ0DFXQj6DOkm1rHYYZ+qkilKnmGRD ZI5qmQcC/Pq3oM9JMuhorALgjAx2Ua5CWdI+36oxo5puukIuCtIgyqRbwSuwKZoxFShdStiz9sVw bDDbrqv3xs5pAhxN+LrOjGXl5eYVstJrFqrCgg7MAyMM2C4ms6U5oQ/J8ihD2OvirGnq0PzZRgkC hyd+MybTD/F8iKKEF1Y8f8NPzfUarJt5DC2rkSb7XEgA87jc+iIjILTE06+tm8tnORQOKB8EZESH kZJrrvXXOaNUXt15nLJwqX379NxS+uZj9es+/y0qqU7IuzeVKlqVRH7EczuD1JM1AK4u2nDFMuxJ sUDuUZW7yGTxiSHOLg5tCuHhUBu+ibuDVBDmCqNZDq6ELjJgV9CYTHdBTC05Ke3ym+IDspvzzWu7 AFVsmA9oL5CkkzAgwfhlGx2yMwjGjy6a5gd96D3mZ2LwaWz4vmRMIYd9DBSrqCEpwuZCh9SH8BC5 oi9y2bKgQUgYEWYhLd+ZZ1uDwDApZdk4DCNoUSVtHrk0qjqTya0TgSRRiaPIkTfphhCg6yuJu51w ESQYt3jnHrLsH1nStHA5CrvaZYRsLSbQhEAGRuE5Tbq8KKjHpvoH8hL2FkyFf2D0qXghvoAtKlWz jyzeR5tYkD5vnsjkTu7nSFk3qYNREmDyE0NL7jTRQlxVaOqFLCXk3hcxis2Ub8RJpFW7Oqs/WHyI t7DXYdlZgoQL8HV5Ia5QC+7xsPBVDF8PQERLF6AUadK6jqdIErrfdy/qXmQ78M2nhILCsAaXAP43 jg0aMXJrN6mOqFDRBtDb6AxBgajoPZEUxOronr7Fq7batrEk1QgmGozOSTBdItVi7wqVC36LZKc4 jJu7fsl2EbQOwyc4TdYSEtRRoj0zXdKRNiUMcc06VuRzq33opV+Xvg8oqE2XZRkGGlV3E5wmhwyE tCCdhwY6wy10bDv5CplickkasnXHdNGyxnbNjxyddRCQwYcE8TC5BZP2vvCXXBUkvxCteqb50Dd7 WUvo6L+34ilmjKmjwsMmVqQg6cQEAbNaijr7DCaZcECGGhW281gZhIAk2i4jC/bSpXJw8R6/XAGq cDc9TRbEG8KaGNG582mzgETYn1sxCrnt9B7fGsNUurBUjh+nHMjJDZig/A0gRSCA4fgAYa6EjQfM yXJb7gDJGihtjHfGb/hbz9QbqjhfSKiXLsIh2yaKjpxzloKGv5Xm3BcMCgkLh0LEG8F4o1fyaf+E utW+mKb1fjPPHmqlQ99PPeeeQaDBtkkwXwWNiAQ4E2mG+DqyZiibp+ro0aIC99iTWNDs8CaUrIIr YDZOMlpEJYiAo5nZQyjECvBTZw9+Igz/RRQzUDjtOzrrZ7MrzaUOhhOm6W7mTHqDR6Vi23K0IGLt 4nLTRgeNUypgpvWGNWDZk+gR/dMLjtiMlLShiEbH8isl9SFr7B8vIORAk0IUgCaVciIgyitglHXJ saeWZmdUsG/6ZXAV12kfNbdrTCTA4zB0pF/a2+o2J5tpCQQCz/qiAwWcZUFlemEGO4tsbe8aHWhv maTVgyWUz6JkxWWrvFlL2mWWzJ83zGliWb2AsKX4yRisNw5gp68UosILlGvTKrJ3AQBsCXQmYdsU dW4EdLOGSFNpppRU01bKKkv0k8qbWp6sxt2THZkgV10rlmig7mP3xaNTbSbcdqecOY+tjSqDkem/ ckLwZGiLlIo2MkUl0SGV5kbDWGF5wu0IX1dalgFB0Bxm4dzEL467iyMUldogd8KMvN41ZNRBHqjD LdI1YHTDntUGdiWsU1nz5UFgFNuzs5sadEQf/xJQQVHbkAImRpgiwmXwc9AF2MoEJio89icrEQST 29JY4gZkrrgszY1EMQmjNSmmtlSD+7YvCJHi7CxVwUPOZpAsvKkfthqDeG6jCPmMu9vgERGCw0GU qbAibQbQ9OYyUetWTZ4ULsyYOqVrmQIVP/Cn58cSHnXAjLaRMIxUz6PbJiislzMZQY4siMkGUBtZ FENVLia1KdHwL2PkZQeXKTiI6sGzGEoICBi/FalZn7aIFfwzE5Q9a0IYMjgANlpU40WYtjsVg30q LmHpfQpbsW4/MRlGjFJ5rWFwQ/0mylfcc9V7WXhvnG+5p85rjwvsgKnxyfvCGCbOkJmfV5UKgmz5 DJxIgbZi/wfZMyQjDBiTGr1eyWGvMnmCAJoAiGFxPOOmO3JFcgjIWw1TxsUgIjU0Yn7pj8NXO1U1 n9vX0xiTQUNNWR7M/CpNMODBnL2fQHVggNQb/Oxsdg8dscuEKJn2eV0AF14T0YQ0PIyYI2Sca5wn zjC63EJ/8G6lMpc08ttI0C7MXIfR1XNQAkFTDei3sBsnuC0yFdLk0vXmDxNdiqgxdIoQwYKNMUfh eM2SE+8MfkE+KMymMUHScKF883KpoXYn/OnY9ypsiXFyZfZkwoxGLHZOSrEv3s3BiAdKHNKXFDqP llOCC5Yl7UdXliMbxEUH26KtLYZUOzlPzgTNTDpqjcK6xGhBBWHWJtcnMDNkOXp1lUIxZEmtymF7 B3rkIQvertDkK4LQkka0/TWBiYA2y00ZDLVIP94vqMcdGuBTCKJNWkxNkpDRUi+89dZHtoJzqhQZ e4AMAKRxSXcEznz0IIlx2N6sFp2LFQVu7Y3BW1MoECdX+WRcNFb7rKpvZz+T1PJMNJNPLGyuuXmQ WYNr+gh0Uyzg27eHpMWM7Z34tZIKaZkIVmddS45IgneWBtjqDHfi4mayWhSYCQejy0krBhVfmi27 3n6eDLihfBSJkX1dvRimkMIsfnIrmVKZfaWAqtMNYNhMPpKGrVdkVH0IJiqR8WNoMld5pXpi80Kp jEkTohXJTC/akGZSTr7gIXUwJr21WBkL6KzbaCe7tCweVwukDcf1msNghpfDawDmpBBVe9JhAVWk 4BryqNrSrVjLQhI2NgpdiikJj1WYxEzfhoZFGpEza+QGiSjwZep9WJScMqJY+Hf2cCKWglNfk8fm hopckoDiWIKXjmbYSVJLiAbKCFO2tNkPsI0zB6pbgXlGOKcQOdOHiqWIWZXV7dQ7i07/Al/9TKHM j0H4HZUwLKsiqshrpJyR7lVkcaytm7o2aDpR4YvFaHAnJ1M4w3svKrfqYfOtIF7+TR+MafAc2CGD TZZOY/bJHDyVGLygTsv2KiThKPTDHZMFxE8tYzq5LhVK4ITF5IqcTI+IGrIXUcA32glX1EkkGTaT y3JB4y7BFpYxFEpzBXIaG2npk4f6WFNimYTgXV8+O52vnQ11OBmLS3UFM5jVxomcUSKVtCeDWMYp x+g0KY03aYLSRnTNTuabfAAlA1Nu2BDiJ+MkOYVZol+iLpzNdGxkKKSyBEfk2dvoIwwtaioLEyVm VdyaprR0mDxlKolo0cVkOJOFQ4GtkhABMwgCQuox4hicYSwotbjEJOFFSKBR7POxMQFDAvQwEJmN YDgCa0D5s/JUsRajkb9m0DJCFMNPdgihAi8rqQO0YRENuGzzkfDYu+BiHpyvzBIkVE0jZsiL2cuc jfLNkmmo6RqGgPokFMFfusMUFCYG7xZonPQeB5PzJBs4RZsgbj09ZyHOqJ4MiFbz3Wj1INpp2tdW ZmHc6wUVz5IM+0KxQJdkK/KnJOrMlbJTvaq1Ep8ORG1aSFe5Kn1O+ougCv9sNgicIpAW9wEJHtSm FXBh2ahg8+bc++MuzmjRxQBAxjWDakZHsTs1xLA2ffGAwwMoPH+RBbaQMqTHCVsU2m7RIHONcETK MsZWFUmvmXh/otO8OFHwFb8KQo2buemLXTBuMUuk1ilDL3TRts3s0+PGJLtAMkMRZF7wQqHkS6TO 7ISqEkivPdrpYvlPRCKGTQo98TnQ3WtMglCW5LPnaDwRIN2jP1d7XafKagwdSgBHjekvM+EdaJRu MEwK1q35LLqQdc2BEi/NqtS06EodqseCcCMYvqF98L+5LBLJy2a0KeIeHm6T0JKfIASe53yvys2o yZWD02BlgPmzlLc1Xfoe8Bofq2DkLFr6SICRgqUIgh628idzt4f3b5+K0r7DSDtkdLUSmbjAQIDO WFSF47XLN8M45peXZg6ZMgAySycx5Z1jRevKdMYkCJ7dKEgsZXULHFPP2EfpzuFTwNQQHeJjkf8m QVAAhK8SrBHS7qxTC8SLSEdfR/GwZLH+cKGSlIVm0FU58lM1M66ZxDTMBnbOhmA984KZMTX6+3EF wm5njvww1Olsg69+GAdIuTirlsQpRvvjxyIjeyIm59xTQ+qZSbH8lJVi4bPrdU/tUFL4PLRLTKjA /M7cSS19LvNEMwEQFwntwUNdDF48kP4agx1xhetlDviOjEWLSsUGBqA4Atf2C/lNH1Mr9GsvayvE 4cs+hRDFNKDhdGSaJIB9p8+0teV4rKyeZh7KNBcAwXllbl1P7QOlFThoWoNroKzubrXNTIIgZWAs 8iaZSP9apG0pCu0RGS+EDn6MAGWGQjhUhEPTxXb68VJsqaigMvuBLXkoWCtUmPWDR3RICcHU80p9 HXC5qo4e2Iq5ESJfwvSVBsA1WWv5WJiPbltVzW7RmFItA+nkS0qBxkzzdyc0Is4Yj/1+tXDTxNbZ yUCmDWVbaJhZDptshQYBXLIiYJ3B9wklhYR+k1YSMymKVKX2oq3oryvPtTFQA6n5jKg3LEBtcIyl CX4W5qUnxWpokYDlgw8ASWAQ7Asp3CCww9p4lFu35qq3DzD38XgsigVNVAGZP7ngNBGA1QrmZcQY kaKqHzENJUoVqbXXGPFJO4UAPzQbBy+azU+cj8mLZ1edaEOvviXjMjhEammVTuF9NV5jtYFQWMiV c+tFmFxJmw7AkEvS0ZBSt+TKNGSD1JoiiSBUFZbNR7YKX9VJ4hhEAg7whB7l+tcCd4MPBoTOcRbA Qwif86fVVFNHLmAjQKjn34yMZa1FohKgUmWiXSIfwMUJszvJdnscUu2mQw2aa2xX8BQdqFi8BhTJ bLVrES/DCD+WJ5KYWPvsrXZ47U2k7cSDrHEW0pWKqB32VOXfBWQshSFdv+le/lF2eeSFdKiCVgrQ MNtZhmpM4yX6XAYBEhSbmiU9NkttNtH0WanaYO1+5RUXjSdfZizy7NgH973hc7aNh5EtJYQMp+Er qJRYczR8bW7F/H0IhdZQe4wIlFnmwINOe4HNxx0Fajo9wTJeDoUCgFe6F2zGwRzqZoGViVgAi24E sDU3iBHULBI2dGyv5il5/O9EVTfQ2TM4JkK3bE2u0wRIatM1n+e6qFf6gCxmzFPkoJVqQ70B/enp ob7ZKvqLQFqZhg0Ee5QDRY3laR+PQmOZsmyLjwjBcZfjl9Rf0y9+2DOqVeQJMuHgMVjLlCt9LmOe /0qcoy3IZ3bdRf9kaSlwpPcPpGafFkOAICEU3lFa1B5D9QtrN1ApHyseQBmA5WLc+/ERRvnx+CLC MWumKOcIOBKblYo9GBhrsKooPfde+jkLmhmHT8QVcqc0s/m+Xgd2iwhTIhjmnYGcRCd/UnaqAN60 IN1NXbLEKIwSYNQknbX5Aafsw+esqSFdxoWMUKVOWhdYWR5O3T13MgDI7IqNGXnTHChDwuWJeTKe XuZfWBQqkOkLP1I3UaKimIt0po9vUQ7kuYvsJNKxpi4WufSYRiXuqNMyQPFM0uuz/wRc2FbVn0ZY DvC3NQCc8mAaPDsoylqpLQqkhi53LJVE0W8tWwMw6O3FvsSpMWmlOyI0Kt1z9XRQJLdQjRqhbc/T TxO7zOxv6yChPNvvXSqLpF2dOaMbAAsAXUS3Aul2+2dUUfJijQWACi+xAz0WzTVnISkwI1EgigbT Y3rFcDEQkkTrsK47csq/HrsruDWbsX15gQMEUnOj2GzJFjh/2MlfVc9ePcnXQV4+0iAvtv23ffLD PnzksyhssbVFEyT2ZkSmFCgS505wjeBt7kJZ5GAxYgRdVQKKgmbELEC2baNDG0oCcETInMEEX4G0 H1SXsODCEPXsW9FzNIh5C0S9B0Gs9X0MhfYZlUL2t9t/LdUAG7S/iX+EbuEYRZUoiksouJrFlZAb CGwRhMipP0jYGXJaTCNM2jN3ySJhi/K4D97oiS0uptzJiP70t6a9tNTdeyCSfncpgMyDytde+jNu JSGo0UkWDVJ74rFH+2GEOfHP1NSLdcXBzAX+NipHwOyhK5UKVJpBiChebgYpyKPFEVqStSNXhgFK UkmZImbApTmZ4hneTss3nNvuIgkiedNvKWe8+McPLCaqGVkOFXIgcr4BaLTlJ8gUU1NFiJZDSG6S ciW62duA5VDYdOgzOwbngjUlJ+q4At0sNGL8VrEYgGKIzNPi+a4zA8XuhSysASusxMp0bLE5I6b0 UJyMx8xUFT04pgEFFkxcdo09QQdbYpA0htL7icdYoyVvG1myZKns9kS1LE6YYcVEgVyrShZBy+9k SOE9ooYPJ8I6davHlBKAjCNIYI148SV/HVUaEaWiQPpSG7WszIthiBn9oo/em3QdGH/0LHRA5M7w ueJ95TIuiRxwQeCuSVsf0U3dRXjPCOvuoyFjjtDznhpHMtCDsqvT7wTsYOdKOZrgCeEKDqOe57oa iwcpAoshbmTqC3JdNI1vD0frMQG+dK51kNU+3CZ+dILvM4wK5mQ8YSgYBl1jxyhqAKIGNuByL++0 brtemwTSDODNX8NBguUZ3rG/uYI6IMWEBGzxLHAXBsPUVRdzU/3wYMuMBKaEiefaQn+yUnDJ8YT4 QNbrW5ycEGNg8FT3RmoSbkkFpoX8qVcwl2Fn2KASmaGcK0bDgVQTCo3BSFk2UInQ7fZXyCKNrsiT 8zVOm8fQH9zBDmqSJ1dqsLZ3VuNSIuZkoR10dn/CvygB5e0cxSRbXM1r6yaMeOm3tm7qXvpYc9S0 KddQzvAwgTY+Ex9E07LoQrJaqF36KQav/iRfaAAiEYo9mN8nUpfPhzAOG6lMg76jnFynUD8ki+IT luwyIiMnv5D0FjEhQ8KBm0YzZxJQYwRgtPyLkCUhkgucRJsjKhq2IUS6xyBoBxG64CfZNpcEAdz0 xXuWA4kyVnQlc+LmrcIyZyHkO7KaneC92FaNOz/NqAkw/ZA8JgK92USlJOkUZko6iAjVoJy2vCJe QGR/pNrsW0rD0uGCIMoK8nIWyJEKiVsCC2/7ZhFXIuRzdC+5S9Xwo65pX9t7cYklq/ZYKhZNiEqy ogMquVCEaQxDMgtLtF01SPQ3WqligZcerSukzv4/wd+3OGN+ahuL1SFda323wWNKDCwAw/w2xrsw mU2jSWAcShazXBN1wgAIHbG4DTAzG9JYwxEXwIzY9DlrY5mDkkcL0DIXB0DkJvgGBnABoB7TuKYg ZrmJDt82f+ZxBqhF5/ymm+mb5ilnBURilCmEPI7M/4q9RBDcXZgw8zbR61KrGXbxRxFgvrk4PzOf ja3cR5xc0QB4+cbkmn0oqkeTXqFc2EGYcpQQEcswDsDgGkhQ4gpoCBbHlvBueAGP8UDvj6boXhsu NafF5hROSPKQBSwG4Y1bPbSNNt+97C93DKfdffHofYXUPXjC9RWRFYcxYgVh/2DiFoocaeLuB7hb QsCFAgKL3i9ucyl3Bhb/koCiE9/sA3d00r24i3/0piiswmNPfSYVjZA1wxsTORucv5MhFX7k6crm wrlxijxH6o5XD7Em40Acoxi1oOmpd2dRbEuPwfnQHq4XraFtizzNURDYg0W6hDb0QgrpGGqxOoGZ TdfSkO2TAUMxPPYJ7A3ThUWtBVCuoyjKLP0EkLkMIYdnIRDYNE7+6TlVoOYjjJSHBncyg1tV3OlC z/LAhUcjCCgBUNk0fUsIgWJWvch6LVVIpnqlCcYoukl9JFaA6XcGWVcXK/dtsjSIDtnAX3BuEeHM SIkKZfQxUhFDWX1Yg6Il8WSUj6CtP6wmj8f+s0QtdjNz0ExTc9a45eEgliI1Ylv8VVnpK+AZjVSb QWnnCMvPF/E1wAKvh3E4OKFLAR57qL3pWEWjsmUcjJ/wdTHzb42z7//NJ74/fCNDUWDoRjrxC6ef Dsx7FZeURxOkrLRrdh5CVpGo4LGQJtfQ7d5AjWEECaB4f0MWFGiDRAyqrAfm8m1EoWgoRAqLfjR4 beRV/+JToYLfmVD0yQS42UrZiSLmCVjR0gt6DDmWFET5guzw/KfCCDdRJJREJiMIXISZejMP1Ee1 v6hV/yLqw3xgx8Ya0WPvLZPR+q6kl1wYhKNYHOYTEsJOG/OBwZsFoBakNbtrHpji3+K0uA0ArzM6 FFn6MRHQwW+UlO4xIxSZbsz6wX8Jh2QZqOo201YJQxPSJ8ZhvzTHJKFLj7NFmUUIUyBQ9rPXkjLJ TuYhKA3YYTQlqtoXw/coXdYy29CWTjbeLhd6ikilST3Q5/zr9ii+WSeil1IvNiw7kZqn7EDwv4wM bTIHs2caCBhYKPj3RAMDm23JOkmdvcLFCJa/s8aZCjSXOUK/p/zcx5DM+1yG2eJuFC9/xzWOo/qn dqmzfxpDfws6JoRp5MpMzRqPVIwYBpET8qt9goyh3mmy6NrOTJrbiS4+br+nFmxLkSoc9UBxpABk GMRrPZPexD4XLY/dZcJG0slrQEEv+0hQQynHSTCKSHT88PBSwRFdTusF6sFGzCi1SIANNLiu9Jmd jLpu/QtFyhi0ci3tYGrWmqoVMaZrVCX1hA3QDV6Ak/HzaUTz/SlkEgUNbyJjMCzm8ZljqssKZEWb ICHcxWpatXXCF1+/+1brP88+ud8IQrj2TmQ0iv0EHT2aBL5wz34AwG0aVcBuGchboQfT1ZNNlkjk HswYboKvNATZdZMVIppGJhdwG651KdCweJ5gFZCpqiGjSwbX0tqKAUhgUdvsaMQsYpUazH4v2cmC ZkjMR4T0hwhyeE6kpXDIKqS3NFVk3zgYZ+oirC2F41FMNcpaZvuzwQxm+DLILU5pcUYWnPXoiniV qVMbzNckBUwE89yuSGlFDsOkOSmhY+zQCzE1bLEMH+8i2GSmZRFIgQdJIq85yUzvZ/Wy/tlzdMgs V+UYwUKC2Lczh+RaUfP/7c0mUrdzE8lr5o4IgfvHZhYMKFDsb4P32Eqk0BVN+wZbqoSMuruBQ0kX Cceh2nnRiUhENGw3DAYxT6ZqavdcSL4STfKchLf7bvErVuoNuAbyvkSgkCBQkgwDpjIIlBNk26Nb XUXg2y9hsSMdbM3PHLD4wdDsRV1Ls/AVb1ER9fDZ9ojEE/EBJgmU6dVVf56qhRVgVDA2b1NLQxAw AOepCSWOEJIkdfAB32ahUKNJudAJZaYbCU1LPuZK3fPXpP4b3eB16MGBVLXlJO+yKKPwhDxGljSS UiT2oabGI+hEnffNQm3bJKnre0bia+UUV2mN98ConLJQlkVjkTNnmat8FDlPFgQ2OaP5LAaWFbfx QS/WPLPpvTNYVjPl/rCGpd7Ba+6yv+SEU1iYaBAmP0tf1Op0BfNiAQnIOfqbhbEJhFvB3LiWjaWw /igYch7tu84O2+uUbQ9bLgQiUMvb9lGouyPOiqL7RMJEemprJSIQDGhDGHNn1SGJgISf3IjFH/Te fAuwOUS04qfzeKCv0yFawwAP/UcFlG2dmlUX4vETDd88Tj1Dvvl3YCDncWRuzS2JQlAOxkYOmQGG TLllHO3HPSRvBUexgycqcsi3MYkNwkcDgF/Onbq8jkXOGEE2ylp06UzbAG67iBIuXEsuSq9gQDBG VWzoU9WACpDex+U59MS1gmpQp7OJcuVok1AJlEWaVicZRo5s9ctUFc0r1GRyzVY0BZi03iCV7Fbk QSuFguAluDD1w2rBNY9/ahdgoFXJLTxjWL47y9kXlgWADykdTH1iTfCsgg858nYalGTyEfEkQs47 Gyff6TUeRs9y/lwSVvq/kCALbcStcxpW44WUMxssA1iRkTOkkfrkH3JCkPaH/QVEZM3ehNkUwd3u aclRABjW5b+NOxGoHVR7P4IkChFzHIEHW5KQGiY6/A5LzMRh0REq5MkCij1maZs7BEPU1Pd2VGom JzSiGwU23vm2CyB+WTIgSVh8lRb2cIdATXTYqqQG2leTdF+e2OKEdSIJpj7MG3HNMGiUohRuUnRB H46QX0l8NBcmJjvWcEMOhABN8cmYv2ScQdwQwrAIVqatS/MyCf5HNx1aDckgeLXM2tKBcLlrxgia 7lKGyK4vXcpGgXlibpbpiAOc1AF8DU1Jed/FokYRakLeFk4N3wMyyKW3/sC+ydCNrImBLhRod6oL F8gaXzmjQdO34VVS0B6nimHYRkVE1yX+RjMhRiDL8mQgC2unJD0aI0xlu9IFPAY5wUab1kzDjq61 WSVKhZJlAwhB9rqqgOWnmKVp/6qv8BCohxS9EBl0dSVHQ5AyPyS/BkuYO90rqasRaHE58mnHVgB+ J5JoQDcjWal5xl/gToJSWKraQBiFIAbPMqcUHB8lisdEKL7DrXAVjnE4QPPdxcCxOStKH/KWQZa5 m/jRSfDlMaIMjeDjvvuWucK2dI06u8ULC0ek7cU5TW2sIvnYjQLmM2nRVJjqQpcsY4GpmILmElNh pk6RSxPL4tKilCn1YtAwMVApT8GQLC+v2DBZk6IeLqk8PS1nJCTburA/NldUPGOuELlt5QsdiX2B kqDO6QIl+44aYEy+LEAIRovoesrGyrBrDuJolvZCA7WwX6yonm0HlMJDcaqAkXUSTgtoEMYMyxDA UdVaJFT41xBYv2gMgbIG/LgyRb0W/KNGli/6G7XzCdS0vxx3UI3z+X0H6sMZCCq3P8q1bYNRWXUX K5RhO2fAIoozFsS6AOh4LWdI/9j+9bdt3A7HgGLbwCq/o4MjGgRTJi/MVy4tgjF70BfLFTyLzrx3 JIOeLbILN/kFM/Y9PSI53FmukQ1HRa9EyejogdlVcthnUWqVA4KtILKoVIvFhqQh1miMKtr9fiy6 E4e1FoPIRYbtRtAyRaF4tC4BaqOOa4IJUuGjFnmriXfTIrvNpWGXWcpThFdZDOqF27MZuTncaCM7 d1I2kmcbPKcY1ESJGck5I5BR4oHaBK4bOf1i5go7zYB97QcT8/YQKQpbFkkb2vpDbrjsHXiIyqVs ca2nv0KWxyGUUTyzHMqKNg3aPmc0GcoIdfSLmQGq6zyeToXOIEEL9FrIynk1b9E/nSBb1GgaCHDz 6tibeBXUdKu0h+aVnuFPB62EpPDeIShEJBmvcRUtd6g5bED+8/5o79MUCxSGKjpwJoY3EhBZq4FL 9MTt0xXUQ4xSr55BKIPCO0iXUWZGUCT+9NSwqz0aV1UsmsMTdOUU2icw/rNIcMu40ulV/WkP2aA7 yzwyB43aItGPCln5ccpDM91q70fqW02s4H+CWWteb8dBQ3homg7IVJKLB6myIT1qYYMAVyAzAhwl aJ0FkajICbzI1mVqJ8gxt1SUUuy8EDNZ5PJKPJD6+9GRJFLxx/3DASdwZ6yS8BkT4hRkWiaH0Gkt rPNwshPKAg5OsfKSuOyEk++vp3NTOhTFxwcb0Unafxze4o0hf+50mimgYrMRzkchrIZAtScZ3CMY rjx66hCfOstl5i87giDP8xgd2QX0Uvi6Ay/RMEUTTsfvTOnjYZmGJYKBWdic+O6GVyevqL1kOFBT Z+wwQ1xzagvmOoMFcztjT3aifbYAHMQzUhMqPqVCxjzLcuFy2dmsvFa06sm+JD+1KbyEfO6t8Ck7 TllSW5xdSUL4GnNzQulWO2FSdt1Tz6kDo72NTxUe0BQzp24hzpukgNkcVJs+0esWIuGQIZt7IH6m Dv6MTVZhVqdlfmBkfGZqzClhzBRwap2VNCIsOmX0mBygtn2icJrqsKLemFfQgiAJbbkAlwrr9IWB agTvMg6ce0BElUyOSEOVFp7VLpDXYF4TXFDoEZp15cUADi6zRhPBUOYRQZa1MEZox97mmeHCV0rc 775ZqcALZUQdGqgMA158Va1J8CRC8MV+2e6CTFFOwIluhF3MvaKWeQqpS5WZd1vmnLpZ+CKEQ+am hqYZvKuni61DZPVZQz00Lcih0VGj9M2KTGlc8UVR7pKsgkuha4GWkYtpq44WyrPGhReCvkIT2l18 iH7VPO0yMvWeTiooIVdnu1df+ryYx/xLJU5YI2YDJ8NTMLTsqSJmnztpnk+L5VkTVeXsE/gFXEy8 Xs2onXgmq+C/Usq4QyYLfOIvaYkJca0NADNrLhAMrsgf3GXWamME70sMNO9VtbwuK6ckU8gg2jep D8qGky4BxmIU6DtlKNsbzwnhpMqVrP0KK+Zr2ImcZiimZQiVc6axeAFilhN9Rgx3Z2xN4YHcxIHw AKyINC+Gd8UnhakIkox/dpLemF5QGoQkpTuLuh3OEIWx0GqXW2hb6ClCiS+Ygu9SB6Xl5qpTETZ+ TwBlDElKgX6hfvlDEkSslqzoVqf+kBVXpSAkeqt1iL8nWQizWkTJS9mRuwlik1rdI+LMCxIDKoGk W5RJQmWprjYYbtYKLKCx6wnoCWJABTz9BhPJ9pmvaaeTH5BEZ/NCoupElmsgVZynQLarEb8Vdj4c jG+61hkbltgHlRWH8hswdRairEFGBnH1o6YGLlDLan83KkIhJVKm6NRBKxepVYJu8BKtaCpBCwtf mK1lZZYeyGnuTZ0KgDnDUj6IO1ikYeE9bZxSSw7tbwzIbYIsp8a4WKcJrLWMPyPGpWULF8IDygOu 2chB68LxgADo0nbH+kciXAA4POoLQQkaqrI8WSC4oIPpeu07AhJam6zKqMBgvaY3URdJY05Wd9mp bHesdA/7pIlClxQtQxMTISzDgbJ1D2YwRSxDb5nYtMxIT6w0cSdXB3ktymxKZwyK9TKUkjimeIWU njTNatCT4j12/MR44kkGOUMidEirGsgrUhwLHp8KcX0kZ4AkVIW3eTRMpMjcsfgL2mx5K3qup5u8 KmnnibQHpru8ZO6Pj/96AkAQAg6qK7qRbxmwGLC8qPpxoWyWKbA+P5+CXvFMpkmbbFzxlXCJSJeO VeidxyxEMYuHb6OFEesvEuBxsnwtAurdObnozEvKvACMUFxfRntDzXU6t09TMVFikL0SysLI+8XS vu4e0TPVjzzAvDpK4IlxssjgR5ZCDlzQxTQd7pfJ5fUEKrnXYY0+IT/7NUPUiomxvEK4DOLPW4u3 YDCgmcp2M/UJT948jhora2V0P+iTZk0wJ1hJsv8QiALih8SXuQVtj7Llc3yoJlm+hL9TdSSxkjpJ SMfpEnPktSuKh6GpL30ixmJ+0NAL7fYGkBUa9VMjahmXjlQMQSINCJhdDQlvTT4k9W5lOffGvKHh m8Py7qe6ZVIUyCIyC/62Z55/qMCTSwhvsK2Ka1E446MVPqxwpXFPylKf6j1gCFlGgx1g+Gi4Aezv ZZGYFLYht/+CBpkLrYYGU1rxC8wgVjKFSt2UvqzIZj/Y+Q5Qpb0Zz/qCo9v2UBg0UoCpupR7ni9W GJz78ZW/jGimANhNuk3B7EyF2V69iDcEhDJcGxvSfSaHAk7aNMA0JGthNLRr4BayZHTaFYA4LmW0 LsiI9HS5ghTLFBkyVllRJky8lyJoC5ORX2dC/3FlI2ALgcbOsNKL+kV48ibRbpMAeSIKbHIBp9uk aYEE1bcYJ+ozuAuEZVuE7HPTt4uCC553fg0MKItFtMVoScBi7EQkZaQo5JxBMDGvQCz2Ng2TdvVb 7GAPWCOnRcAvC02taAmNrA7nsiEYEzJcAb9RZIALhpeAgyp9qYwjBREj0VGtqXO5ecmSJ+JL2ET1 zod0X4RTT8GXwbeeNGNX3qQBc8AWGaRDJ7NIHXuZcaKJsjOJAPhn7XQ3ZrZHJ7lD8T9oGb0iIhNm r4LOQJGere/BKDOK52WMPTNFRBAJ2rsIpB8Cw54Bpowm68gQZEzYfzYNRoVHhu0Yjab+kAqiyVLP chKrr6yZLA00of+Qo2R2QBCVSn4ZFuSSEDNIEjSRKwKUxlDDukTlqFGnrHbnncqR/5+nO0FMZEei KLqMMgbPmKr9r7DPfeJ3DTaQGmJ8ESEpk6kmfvGYhGWVLVW1mUherCtienKpkipRwDzVRmsolYwE QdrZz5Jec7Sws4qrgGtWuIRCaidqcWlmsMbdbobfqZgKsujMPdCNfOaawYkmhYeQH4ejcWLcnmZ2 WChxTLpjyiyPcQpy1BSpvMWnurWA4PcwKk4jIwOsYPKplavxR+B71kRdNkyX2Kpp7Q5nnyXzuDes /h8fPQp4MS5bRfT+k0sqZoy5g4WR1rvMWLWecxghIVZDJ+E9WuM8WtVnVaVMZWc7jfLWQxdMxVNa Q8kJWLI12TanupFyj8IBZC2daQSy0GXiIxkzBSCk6WeFC7l0MT/DuHWl1r7yPVRRXK6WDNufindD MsMsAbX/En5pw2rkPdm1CNgD5VSeLQbq1c3a1qCCMfqomqA4xgmpM0nCDxEDD4aTqZTwa1msdYMJ ewncgWO5JH2LDJVRV7u3yC4Cojk9pG5AOJVqYxx7dYJdiCjTzoy81KfkVl6i4GVtHvmWc2UDv7b2 Go0c+hHjCyjBr5BTOKP3YpGrYLeNAFwxHtWDjyTwYVv5v111Ia1EhalTPIIBI3AmlnpEFbJpg1mT Ao7zWr6VSufu+tVmIg4naQT1JX4khsKV/9klUqxAWSigNwzC8+4kY5Amim7OjmlTufTxKJHLrSRa xxdabsEWitrDoj5ob6BilaGNaSL2Vo7G0pZ3sTnUZTw7EE4Si/gmYCfGQYXoXgwVygqxZEKHT69f 2EAemSxwmIj0SIdhexXX/jC/1M0YUyiopCsIxeqyfEsleERfJgz5CO34kEbQUKccD50sODHTZsbr d34YLkIF9myazuHAHP2IiTGTJdiOc29hPEEZohsfjGtUDYpxxJGyyDqQNz4Tcq8yOXoNpjVDnEuB oWjkJyJ1xG7zl1cLA4grEgXQlIQ06/MtQC3Wdc2rlmGXAxuBlkmbLNL0MXqaI/my6CCVrLMcbw1S 1k+Q5rSQW62xhzIZUmSk4ZabXMmus7+ImFKovzLhDOINOirfK4eYdSxWFGDN1EjmcyAiEyp3Yf6l gNq3eZ9HBpY5arbgnVLRm0rB6OknIbAO45dpaBMtxpyLsWB2SgM23QzPqzqV5QPTtW3KYpaGeItI V+3dVEF6X0aoDTcMFRqyKUCHbDDCLBz5tBrBjMdOT3jiCSpuOZh4gSmZsldZc47V9mLn39S2jiC2 SiCj7mxbWandUdcy9ArLmJc2lzKpWEtGLULVcemwzzsv2DOKZeKSbctlEkLD+NOwfiG1Fw3S1q0Z OlCIwWW4jWmAgVCHnF3tprAkCPraHCWuYWeHPKc/nqFDyCAJVvgbOsoBmbKaEPJhpEOk2FXhGk6i DUpXdJfI89zbm2wck6EegsPzZsqoBPcd5aJC0wOd7mSpIhAuA6Xsp4U0/fYdPU4DuoggLBNTuIpB dBFLyyl9aIimKQAkAPgI05giv498jgNFsxlWKmeu+OfdkYp66iPM5jUIIZQVU5+7w9hekc8o/eBC mPEH/3DIeAw8t83aC0wmKFYxY4iEHVlrZwuh52KvhoFsvukyB8EFNpIT1WCrhGvrkxljeCMYWD4i sSJ17LBYaRgMCDpAD/SIuMCwB6/Z1StVC93aHIEYvLfv2bLNCDdKFLeBJzpACqioRraSj23ZXTmY 9E+z1vM590AS3P3Fd1FJ3b4tG+lfoR/SUW5gRXQxm5xhgUbaIxkkFlda5CQm5USI15V2/bK1LTxC RdqSTKWliCwBli4NDdiDjjyq1KnkJ13EtBedBzZIF3I65LodqQSNRkhYO0Kd/mtQ+NbXHGZBKTp1 VgGVddegiTj7klUqQVJVk8hbRirJ6IvsqI71qqozNPTXZ2S7W706PU2SRvSQD3MzYKnIoAXsBWWW 0prZHyNowGgH1Ukk9KCLELBUxuAMkM8xF1ebfPbC8VhPNqYTV4QmfNbvzoYBscpe54HD2W4bsWhm LmjDI2QgfbuWlcOW2TtAEqkt6qG+WjIsXK+Zo5vc+84yRIYtHYvhNA4tzPm5Z2czGDEumgsB3LzV U7jdpBzs/cVRB+9WmsMKyBZqGKwzD+Togu/WdN4F3T7mWkRGpy7ipjucvZLmQGzrjuj3QjOVcABa 3/ksJliDpYaQMDiG4rUMqAI6Q1pNUV8kwTSDcxeTGlFkKaU3dyKiPQoWRU3rPlNvYJrATGiU4zto uoBdjDeh/+nR/3qxGtOdZb+CC50ioiYtZZBOIirnnDHooMKh74R3cc6hlwWaMC/0QOMv2M8ImxbZ PuZa/TW39xUtIY9SFIely1hANVsvlS096zeBxja4QzwTK+MpSrqAzPwY2jCDDFb3ZjTkcwrtoRA8 4bBtK6xx58GqQ/6fSxg4Xty5kadVG5RvSl38aDQSNkeVCDyqfHChirBkKQJLWJGkMQKsFEqlTNdp BoOpwYOm8r5yqrYVAqwABTbY89fGjGDQzq75Ky+5PLVpj8i2rUElHjCALPjSaKpsuI2Y1d0QDApx clPrBUwIylkWI+No1WsK3VQS3ZQfyXvMl5ADTPwxO4LIlLgLQ0FlVTMwlxAa2ec4qorsDkkioKHh 7aKHic2axEgHXJ+SCoHEABhTjZfDR8ZAOkC76grop4lGt98aPJR+h9uZSrVt6a6CxuB2Xs1oJQT9 rTbo2Ppr9SCJun+zznq3EWPA6GE0GMIwU4MG5aslVlHr7CIBsgrHSwwLDBYBtMRFXcRyH3rrTA5D yJnRn5/1QqtyWgbHhxBp28vU3C4WvM1ksgcaZNhS60IRL2ihoWycxVhnY03sr51POo1bZGKuCkEY a71Ip6yeCLMaRUzhwJYuP+iulonLxASdwRak2lGtvB09egji1RTMEjWMQsVtlMysoLUay3Y803Fe wSPpVAOrKPRcALIRZhGFkCOlGVGFRBEoY6iQICGcRgnRMiE31nnLqXFsvi2CyVza2ua0q9PkKpAn O1t5sgUHzD+XHRBGCrl/Z2ungdjO2Vr8YRi0kY0lGT/a48Y72/U/dCs9QoAQBtHJF7nhKaWGFizh buOD+ga9Sjjfbra1Sh2XpHlet45eAzGZDNDum2irzd897iG8L62E9TBc2DBj6Zw/7eiQdUd0xSoB IXkBMoxrYpHWwmnfnwJdo7d9slI/DC2KizFQxWghXvAvTCYo0a08FUD3zw6a1wUegbeEX8q3ZLpS Hn8LT8Y3jjhUgRqys7P0k4OjpUy7SeNsea9R2vxqBJPZMcsHqhFaOyDtzJQmo61xdNOwdCfNGCHb WJHFXCNbQU0/ttR0YfEt6bOKAhmK4DWuGsqgxNj7CJQJRH+9uinH9SG7vhUzEvafsuR97sqKiCLy Mnk8Ir6wTpfEbjhkJKmwbxMVxXf+OWr5beEitOcyUym344g0ya5ML6lDF9vwVJ+eWkQdAeMYahYq qLau2DkKs4JhxIxM9mP8biWTLWcnERDPuDAIOpMYCMp8qyxycZrciX2ASeZKD2JIUDGAmMGyisMe OSgos8r6e5EXhVqyWSggjZ+IMoAgr0BjmBpwlbJzbZ7fjKZJy+mZ2Jhb7DYweXBnmi3vYLSwlF0D 4qXGxV304AmMQzYYwyhAYrKs0slJ+9C3zGQteAlgYYtk1ERTbXQmzZN8EiHiEmrDhl2kMQnAE7NT kyI1ErTY1IJ+VXAy7eZS9EzTM9brm72URO7DVXocjtcrtBWxhMni9N0TZ2RrMxsmovTrKCyzwvH5 hjpzaW1/hU+j1eXqMN7GGKrpUiJqjGV0D5MZBkU3Kn3oX8uBTuCbVZKGHt3oNWK8JrpYLoFGhCQw a/HSdQLkpIRlr5mddZNaG8ZMeMkoqlhGJXnJM6wxTrfjLfcrT+Wsivd+d97DJLaJicSAJdLIrqYG SV8XQvE99O1h05f9o1Rk8M2W8JBdesgObOrk8MgITOmnSGXfvZvnaK82kcH3kbmDB8bnudpl9QDx 2lJAHBSN5xYkm8025hNgB3SI02vr6txnZxG5AJrDeaOR1a6iJ3szpreEEfKnv3xtz3LUnvxb/xme Z1+DBSMgzb3EtSSvVmPijhGyKdJIIcFgxYgNsj7oAdpmIBM4IpyF1nXqT2muS8+nFnWl51QgiXYP bfNMo8ZWNpMBjGxDIBKFCMs8ksc+6pAGwgzD+he8Cnl0l6dRAOOhZOglEMdWgIsBhMOK+Ejfkepl 8iIHAaFIl9iwDWeMAMHMwBetS2QopI24vDTLClPDdFiU+rNZl9Bo9PIfjs01Sm+CFjKHGyWr5kKC mlzmoTt6TVtWqWWLmmXEZWstawrl6LdJtT0b6ZbBnHUO6h5vUrZuylKpyp0sV7ZA0NHi1h4/Pzqg 5wglgRCQx8V7QqZnjQPevyVO4LE0iaYTFFF1x0qJbnvSJUvNS9bl1cVFYFRW74Z0SCOj44UlT2wM ReEfatp0KPm2ZosfeUj4p6G/YURfjdDYGE/GLTJk6EuXiaDDejGuY7jd4rZmweMwExsk20IS+ZIQ YMhkDFe1k71Zl0hXEbsMvMLTO2e32FRHzR+ts+sQAvUVfyJL6EKm2He8vBllfyTmWKw/MkBXhO9y OK9cJGDS5EFElV1TIHbkoP4YirbkqvLwhOZ11X4NKgp0wUvJlR/udq9QKjR05JiyS/wkmBFA5q1R 1L68liGQFa5swcAfsjlk8y1a0yPD6yFOQto4zmRbMCdzcuU+yXBmS1CFGKgCqIiCeFljYSgRMm5j hdegCJ6UIxRHwmDkkbxMVMkuLsRvc8VQaVTy503py7CmI4wcfACb95YT6iIoVHiDAGMF1DXTvoEA cxLkNcHGYiAKmuWAK280k0dF5bu5V0LTIBH5o6X/nWhqXEPKKSGe0LTw0R6r9ujPPpqCQrUytfSb nImICUlpQxKCZNK8CsS51LJSm874zwYqmRkGTXWK0twprmX8qjBr/CmlT4Kc2VcLTSTUFrXpaJsN VQKWDZIj8Rq2YxUoxJfqxkNmJFfMN2PIh/Gb/dQ5myTlVJY2seATqaMg0iEonGHBTGAl8yaVUgRd BA7DGKSI8Pb9JzD1aLqAmkCsDbdOESYH2juwRrli4A5e+FwMdIijk5dh50WfL0fRdtNQC0JObsgT bhdHPWQZDlW03OxuJEvgnb/ojEUPWrR+5d4TS+AlneIoFnrnkFvZuJNaBVjjUTNCrCMxn50TkYUw yC5YxaJlenZNHJDq64wpXRzrcMCssiUzcPNW4U270IKD4yLSPl7ooSyiZwL47fEgZAFJSG8dva5L eUWXSLF0xvg+fpfNzAR7jRImZEj/I11uUxfG4yeFRGQZBagr+9ZO6O8sWfKihdUWVtWqO9ASs+SH Se064GdsfzvZZyx0SmbErNuLW6UqpsiQ1K92IagsKrkGZvwgbAKsQYdpEkZZDvY2DgJ82IK5Sw7e aOKaOfPTS1Xa9CK3MqbxXaOa7XqY16AoTLAlhWV9PdMA4cYsLjZl5GiQuj1/r9h6u1jc+3EoNx4b PgryYhZJROWCQUbZWTG7RKmEA9c9JtygaOfF6BnaYHVeXzxHvDyuvbnwuXtSeEpLbjma8f2dOe01 H0yZswciKekQ/Y9uT6rpGsjFnGkxIfPIgcnqBelQOGcu44qpHJZllO6CoNcSsJ+XTIYcsNXzMTIk 5T6C9QsTfB7r0GbqIQuNfWY4nmkgduAD375FJSRPdUwuiVaYUi4ZaEbpKI+WerWKa1p/sk5zYXCx rwF4LdQttcMWsq2yNQXxuNVx9/4q432p1aWvwdLg1uMfOQua0wtTdbdbPTqbSn3cdpbcl+/10ReP 54Zig7l4NlPIDaE9QzR+7Lz/YUIdajIms2jhFyVG4vXsE9Uvb28Me7YFuirzXlTf3V4YhLCZQZCP OYvrbC/jQxh74lZm6kmP1WYUjdotTcAaL31lYYJJxiWxOzxLWq9sJxeubxLt9JlZkiOuDTY++/4S DNAjsQfRRLPQxSRiOLnokk66xE7w3oleVm06XtnJgcDhu300GEoggUT5syvpfrzQZe2IJDB2Qi/Z uWRef0IGd+3p2MDppRnZVQLnfgjfJoEP243fCjpCUxZaKnOqh1xtrQVKmNmL9Mg3CTHZLXpGVeL0 Welxas0YOpiXUOrloGC0Iino9hkI8izQHgqae5FLWGqEPXmJkAbFaqicfbCKQGkYQOiowOyzSEF3 iUu/Y8AMSYU5cJqfYdmgUpulDUEyOxcQ/TnpSI9kbPsjwC/Cs/i9ED1R2e5b8+YY8ip95A+9yUdK 1VqHEd/nkfmpC2Wzon63LfYntypdCSJ2tYfFcUiwJn4qTgXxjMREpUHdiGjwVoHQrLchEgBAOG9o JEQI3VxCe16pR0sHAQLhtjokSRtOnmcFyA6YMqWwZ+RXCIZ7UVX22ApkMgFXpg6gecrJrBoSKKKD HI1ZvpZr90H+yK8YSUst5vVGS9wjdTlPw1OuPhKR4IhRdfIndagiNqmECsVa+ZMWQmkt+/bPjjhK J43GFVUehVuA30hUzJbybSTXwBJ2wwAQ2SIDwojmsD0YGNmN5K9EqPxzCw51aT5EmokCTN2uMSO5 lmuFDP1zAWFZBLGYjt7puidoeYk9RmdYybkak3UukeN3uV4ylwrGkpcG5wy4oUKffXiiUNEhr8x6 KEY7/ZZ4b82wBIPoi6wtzeXLxGTinqwLK9qmp6OpDBi6VjOjPVOsWDaif8fFSoTcjt2+Xgs3YSvb 4KyJ1vIciIMAL5nB7WU4Ak6LIiYV6S8fYJnXnjgexoopc3Ow0bSZhbaomi97YeTI87Hv7cDdAUdi A+ZPjBiEJpJQrt33DtAmPKpM7TSW/MAZDoH5Be9JJUQzk8vhoYs0K8+RmN1uf9zd0JleoQUooDn6 G8Ad+gIQK5f7972NbmQIhrZ2IyJosKCKmKWPJIwwHTPIzvmTMaZYVQbhUioWJ2ldEsej5RUaz/Rp puTNB2+WxbKvoLLHw/kgZjFRHtJymmHkq5GHKy8Z3sbBhEleFstQjkwcml9QWhxHAIHHtQ99UaaF o0ThsgVuSqTueVaYrhGpiJgvrDQWPv8Ubr5k4AZBmfCRGBvwwz37yCzCmSsluPx1sTqRAdSshpwN vSZ1XWtT64rkgYlJ9rvnjJR8wiXYdwFVnz32mcGlqPwEnaB7davlMTIozBlPXEnFrB0X2UHr7RuW wMsmXNIXJYsyfha+SojrLUMo3hAIDffeoGIHPSgpssdyMwrKeEzCNudQs9BOqGEcTaNNThJJtIUA n/qc2pfYmOL2QnGvST5NJLwqxZyU7lwidvZQGvsl5uXJcnt2qBApqUNVCISSuCbn3uoYWLnGDFvq v6nNAVlkcVotyMELD4tTJUW+viV+GxB7R2UMoOZFzdjpjBQb44nIJidqIf/WPDVIF7k6EWUdM0Rv yUNfU+REyYOhtyyJvO7MKhlzraBMWU4epLyihiCYj4acDSoMg90iRNSSCcNT4AeYi9gFUZz8DOqc JiAriZByO6xjpaEzWRYkK5vKlOrS1KimLwuba+aTsUUaqdJ0rKdip7Yo8iID8QuxKwyz8OBGY6yg v6ZZ8eqyi4Jae7MWOvhoDuXV6j+eT+QqgBA381I8+y1lKGS0WFNlIn4s4mmCqMggDF5eRpdV/8eY y0YzddmC6mBiPCvPqzWyIYK1zpCnCTriTfkeV4pE4cPCi8+PoVQsWQ9MbFoWoloIwCXK1DrYt0bR bmlLo21veDReWUFIrIk+xi/mM8XijyoAU3plD1tH+GjLjy5O9ZQiy47M3mESUd49n2OYYXC3EgOa I9zpJ/UhMV8CpRaOyLvxUa0iM0Ett7bC6ejPJZ9mAdqbYhDbqg7T4j7LzCxsSptaCzOO2iqpFJrp oTMSLdoRP8F6SkvD0IrmpNJalkBtU5EYG3Lrw+nTXkm31SQWHAQe/paEJZgGp81oY2DdEu5FSWA2 TffeI13jJGb6EABhmlCNBcO2CeQSRKihxVgpRDJcZuj0l/1pjFo8yg3LKq0kRbbSIJ/yWcmZV+VE lFDlufnaT2Yn0wWOuE4KtzQkSlnU1L/NEtFKv7ppzBqlozWwZiQCGCh1G2TlLZKzRk2n2AIcsmJL 5iDqTe+kM/1asmrFKrvaMQYT+siKLzJwlyVGaOuhJcN95XRZdviAAH/Y1bE/Z/zSny2G0lSSKryW 7Fowa42rFy2EytXLzTFPPCRr6sijyg6GtIzchn3Cs4hKmy239Xcpa6ve62o3HI/sZGtuvADLGmco dGW1CAzWCXudfqGs6rUGkbCTm6srCJg1frTcqWhL7ulXL6ZHjrm7ACBLN25vOpeYWbLL33IVTSgt fGk+L9tvhS8F4QAsvLJSJtsRdBhSlpDCDLG1u5wM6sDtmWIG38oGvrLJHoBJ0rJ3pm6tRBiJ7qzA H9q9t3EfoeiFTuwgXLXzGHLk+M+/oRX445WGD0agVnqxxk3SHMObqi3CZi35XsbnUxJEmkV1itaW X1Gy1Us/TMHTvL0SJ4pCL9JMAXlAGlazJUyCEHG8IAZmaGYtG9nP3LjTv4Im6nEQYwWQhNZuVHJv NF36tOFyrtb7XW0slBSA6kf1frrsAt9nT1UQxfHwojCX6L0VrWwT8Ngox1huKWHiI3bcsYGeLbSO DEOhIYTGtn8ZN6+mfdyxDVo/5afkNpDBBiZ1oq3q7Viwbt/yczUoSaauE6piTTN7SX6Us6Ug/0yX oIsUUdyR6ZggP8YWCQVKqY7BVR+UW8YbOEkHxEpJYhbpV/kmFOouXVwEA5cKLmG7emIKlshFMgvE fwWTM4f1Yq6f1x8hq6FYTaFxnmCeUjEuxdqD632cpMuE+0vCxosQMZhzSLaszfplKeCkWCyS3F4L uUtlU255rRwIHzqX2hYxmVDHs4s+eFEhSt725NgGlSib9VxZjkfZr1Jw1CecZCKQ9XAqQbjlZQtV RsNbs1gWmpLUK51CbGmrgI4BBwifdKi/kJ+nm62cygRkbwpCKUM5eXcrO0ZRxcjXysi6iGS0x4LV We+v15+9JfikQ9F8Eh2sxBQUOszYgo+Z5FwzpO58rLkSRUdY0R8a4LVICHGDFDaDqM6R5kQ4LqTa 9MjmM9TcgZUgOODIwjpnVrhlnrprU+Ajq5SNQCjh5grjBI+pXjLJIKWCvos2DxlGtxsCKHorrQsg YCequols5wOd2Gu70q1JXPYgCnPZgbpgxKXOEnsBRMI9L4QA9xp3PFpWZtgCQnfnFZQeu9suZ8+t bKAaIYb0RonD1e3ayF0L6Hu+g83WQpkZ+LZzax27E59gqBiLyM8epw8BcPOLL0jnROOOQI8FgR15 MdWtJdrf3aUiaPVwke9/HuDsrBhSy5bN5ABh577NgnKtuukrIp3kc7Ubqm329Zgp58JtHNrfLQDu uTm6+PD+0+2KnjpldCHJy0mZcG1cugOSfNEmKTBVG7itbfUboHd0/O3+IKieMUOxRujseCyGdtTZ AUDzuRLBEWNX1yZnO89uZCGWeOy+NQ3lWEmA4PCyo+Y9JwYX0GCswad2vh4Y1Tf5Y6ezk4+Gim7U O4XXOT8JhbgTsALY7s5EEhsgJOf8AEgmpD12QEwk4gAGapMgw2+JeiESnQAH6saIFwbKEsqi9tZ3 S5VguGsr52iXbQFdG4Ow7aJGNs9Sd4OJ9Tr3qtMRk9cD6mfbeiEd9po0s8wu7Ql20jNhnT39vnnZ s8KM64HbIbt3PRe9GKVZUhpt5NQyFDbg9oH0SOAPWpZNtplbdIuyUF7jTV2qp0Mp1UI85xcWUJK9 h0g9QkYT0GL904swtZVb3OXryi7T0QxmXeR2cEDHtvZCKGmZY5ztdwzxMC9xrbZquwUGlIgUPOUn Sc/oAAVImaXgAS5MdwoaAFHCjxscgDSFZewZS+OCDBLDvFafUUHdehRk5c8oKycxYD8OFhXRmrE4 70g/BEsRCaNqALt2mbU8jQLZ6GX0BD3J+9UeethhKBwgr5yaLSYetwHAh2hNNWrqbt1CZya3Lj5Y kr++pqfxGZIufMUXfqTmciGuTqg9jcFsaRVjHc40Z2LPspkB+T+1hqG+bw59aZFe8VxP/BqT+aAO W94QE++BY+TDasmi8RuWWQVQ5ugLUnH940Cv1z5sgThGchAm1TpnE/eCSQcGnIDXKFdwzm/9QLOC QraWVVnkirP88SQhrNLMsWnVlJDRK+WoaOwrU8iYIrDIU9K+1ps3e2uCnZfgSw1NLDqnVFp2gYCx 1IHhhjF7KeiBDQBlV72nTTrjR4rxzuH56d2drVgtjyUmpEKxMZXPFgt0pFhBrF7hw6Cv6FjaCiUk OTl3V7pD2dn1DCUW3djTrfTqGpcCK/5eOKAm1yt3cBe8pykSAUVgKtjuZ+MBaZUO4OyMj+/TVGYy Fw3EjJ4fCJtBm3D26wRyGKmnGseLCDCa4cN58I4wYv38p5Pb593QbQ6/EeUPYK+YCkMSGa7FHWCH QnY+qzdYJ0/OkXIy6p5Hn5nSsWh9d7KaYTmbHcFZbMLJantGIQU2uOb0nty8ZT5kT3aJ+tErRsV5 Bys0TOAjKUvytmUT6pmfuighSfuciVqYKOepmTSPkRvXz8wTILRapSXD70+JR/86AAKRsFgsyKrd o0ls3dHMFhiFUQNzLFTLZu0ZZEOW32YtPfuLVTRVHu5HByhKKR0FYfMynOpf4JjJ8Xp0ImAZlESr LAqGmUsi1Wzlii1Vz2Uc80CgNRKTkgOXZAq5cvtc8kyHrLKzhIT07DMfSQzSrqO8xEUUnBFZ3VNm ig7La0xfI8+MvDU6TAHJ8rvmsPobwImPCGzFCcKIBZUt+lss6lTk2Lp+ub3IJ3LZpFb+CeGlyo2p fTCtmrD10OKPjL3lW5lo31jnyRUl2xI8dNiaJNxW5+FByTrwxjwhtJBbhySF3JJKL/QzDOriWtjq LKLnkpRIG6qRGj3yk7R4sECDiAIZHrWXvPcWjamclNJ9fUzgxhyuWV/84F7gCPbxQvlUEuJB17pq Qxw8xU/lZx7El+pI/OZNR2QeboWMaE9TpSgLQ0wlGC890FZ5DpGzxKwTo/UkTNxXqWVJXMnC3Gqu BBIGFr4xnAisrLIcKun2B8bSaFHqSUMREBm5YUYA+RHsLbjgw8TImvtkTwwI2Lwu1hCdMahzV7XC mPOQJqyB2B34mjssLtYkTWIhDwQQclkFe2a51al4r1iIS6jSSBULJlhloVGJQJuAepLwgrhOG8aI riRnZxEXxzGLAsJyvi06EeeJbmUXFgocXaLRqiU3temlYkukKN6aihrL8o4epEdVq3zVT6sZM+YZ 2QovBqq7Rem0fWpKlmawPFRNFldGRrzeJIE7eOLTxmaiCDOvY2YR2JYcK2wDlKOZhY/zLZbF9Q2Z FzSyh/7EQgToUP1fIWt4LGukH3qQ0RbeyjpHSlzfQgFCjWAXS+LWiK6QMGKLZVGWxbRpj/v05EpL JH6NTg7kuokj3unpSXjnExoof4gjjfN6o3QIoZPGCGIwTDF2QZ9RqSPzd+sB084gWIfJAVNra97E kF/ky8LNhDvWTxh8vWQyeebXTwEb/Hi9bZk4QU/DtU/Nxho9CaMLwx3naA2CaVha7KASj+ZXCOMZ GWe5MvElkGTUTiLWVwaXq2dcqvizNRBtavnS6ZJa6QPQAPKoLaQ4rOgH9sm8+KGv19Jv07XKlGST Hr4AhIK605KNaACx014/kgxYmiXFWgBdkIUo7SbLr11R4/BXeZrY5eiheaFHWUr+VTwLHvu0geF3 YVCq4w0ycCQN0O5U136Wm0kbgqpVdPEhh5FylFrIEER+WUcxqNRFTugLlarwZCPSDznPwr+H8cIR GpVmKETrXv7pdRVOT035t4zGzcrqQe3gTbc+EaKmMgK1m6+PNNlYCJrMXlXT1ZNwVv9KcWqNrk+l okQ7dgbHZTgO2WJQmAsl5Vxd7e7F6nG2IU/dY0vlRKpsRzBlIziXzQqN2uRaIXupIzkBxWpTl5ZZ UZr0Rtuk1xNXURo35I7fk0QhoKekpbuo4pUS+MybY7mnUNDtUWadsKIyU5quZfTQq5ayBXCcmtCQ 9RRWmEPLYsF+6yhs5gQL9sYqzI2e2SA28TtDKLHLqtLvUmXW0OOIWQN/yWwtGBdJCp8VhNtmCgJd 8klrd3lBFhsq2n4SVWpog5hP6RWKgFpMhLWQ6eJlAGKFTG+4FHtWqvUqfwgWsAOTFmh6qUNukqXO UyApWUx90LZvSimElc2goxCTNHhf3QoipTES7eWNfUMWjtBUwKVVqCZ/M3p5FLkZgb5V/XFoIl6z gMTR9GBwhdfis1GKyOScKSKhjmaXVjU1CWswbz6/BU5SOkxhMzMr3WIDWka0SYOjmJSKp4G1h7cg wgTOvGRbPtUhT662ohGD1Q3KKOSCDCO0zDIKysz7J3TYItFbk3yBDbR+IjeV7JW1soc4KhUsGV4T tuaLY5mSFyI+CzllZaqAg7XDkbmvbScFqeF6nMAWFBdH4jQG5bpaQhiTMg8EZB0MGywDT1YkpRGp vISkrcaSfMGcssTf9z/M6yRy1kJ9uZ4zLx1gEMe8BvsOKVwcK/xTWuCzDgRICMUba6bCk0+RRI4t VLf0yYmiwJUMtFNBpYEFD8ziCMfssNAmMBVayFx3lLBPcmTzaCAFMULwLeh4iW/G7hBAm6zhhEZl uQ4yk8qu1PMwaVXcIUmTy13LRfFdcJeKGI33+UkWBpfGo9QxP6xoL1QTWivPMhinHFuh1izKRHDH fJIP4bXY7HBgidmfdod8E2LBixw7JiKIiaTJPGUZ1giMmLzLA/pK7tKGwmzLv5zXp6aRZucYwjTu 8lU0Ec6rDGqRF830wrDTTd/8aJRLiavJFi6RX+xUJhRDXF/+9uGrvk1QfhFf274vPdAtmtJMl2VM J3U0APUVnif57WJzN8eDO86RrptRrz6rZPAJyiU9sbkUl5Y10NSkBmG7OXGQm9V2s3+TtvoGVLMF f82WoXNVcyAP/x3riexgN9horRgS8Gvj8anExF9sCJqu0Cxq5G260yxZilViJ+cwblgIQ8QKTupW l9Knwh80KyEh+J7wiKMhtESAk7cKt3uvqjMDsoaPgdvbrxvzIyEYQkNXyopNqmV1qOS/dV1vumen QHC2YYNXmTVKg6ZgAZ5gyiDe+1RAEdnF4QK0VQKxTJZRsvrr5h21vaUGj/qCYygwszVbj/sW1vg/ fpMRdRk3JNcMJ8KoJQfLHyEKWoA8LCpD8GD6ZDIJuQqI6A3QJRaqgUugu+fPA5o9gM6gMeUahkW9 8gVpgLDaietNnTCKjHgxeO/wJ906c7fgmtzcYK57EiaFQD7cPdIjP+vMlOa3qbqBCryhbQDMYn2q FBjOCxMF0RasIhwjsLN8wCxVRYTplqKlTlRFpla9pAelf6216Gkvz5WeIxVC+0EpTA6BjVcaQpSR aLEyHQErrxuhQRJeMkkUpUqxXqjSUQ1HPe7rlx5sYRwPRSnG1rFSCjUCQy9RIa5iNPOKSVPjpo5k Ygb0JFrUpEKD08XW6M2dyso2ExfH6ZMkQMvHriBsMjEqTplr5xyYHO3gXzlpwaqURmLJpnBP0flQ OZhfLaaRRSLGYMSkJK24sDHMhQMsrxgpLOZ73B1MJcbqwRKFMKCsmGsHiYGDNJ8NJgAIVjjHV5/7 lwp0+r62mI+KO0jys+tVxwYsxSDG8ijhhmcyNDNiaYmkWfqq9BhHxR4CzAQXJXHXpwvLrXeFFktO +EUPVyCNfKfckAdnB5rTFxNohP3Pe9sCrrhGde62qxFDqKjUS2gIRDWYa5BbatrCEKoZQYWYmiiW YyGBxdqShAwu8wPMfuO2BiSkn8lUQz7uAs4hVAtHkR2AaZHrlTPK+sQ2v4xZDQiLIytYg02TYYIu IimOENOcYlmeQ0SRgCMwzinqkgAZBt5SEKl4n/N7kxjKwBNsibeJEn2gF+6Vxzb9VByxFVmZB9oM W/qV6epC0V6f+P724/u70SWCdM9veC8qqEeJqZSgBJmiR0xGXoqTSLp/x2+ehRBiKpTiQJfm9Tox D+jYNlX6pLxdYKUjHdI1K4EOj9cgPZYMh8N2l2K+uwozcoPydYWkDwkGflaNYISK/CAOpoMH7wJP NmPGIZ4ussrczPBXohN9PAWCCGyN6tLyTIBI1jmqxnoQPZO1ace1B3DA14IwS03MfDr80LrCUddw 1vDgmjXDw29Ph0YAu/VI6eg0mmesmrodT4NjpAmKOWJGG5AG9DjTw11f5dNSduvJnubaTa89LMZD pzelQtgmpq3Qsl9fmnH/9gCriAP4og92+oKbQoWBlIQ9ZAY4ux/WsGNNY+7j9s/uT0Viq9wiX/n2 vgwjBiP58+Ov30W2IhE1FUeQ9qaU5LuUSGD2Dckwl+eyya4lkb5Ug+EJLVlssp71ckPy4wA9bbXY QSimIj3y08Yz+nzVR4EuLMQxWTqTM2ZCexMlFg8KGzQmTWzPGdpR1WUpR08ahxC60arhhV4m0RNz g/iMEAm2O3kJr/T6OHubMSejQU/OossEgWRlUWYWDshJmpjZcRUGS+N4Nx0RsYKklIkWoyal0FyD wK6vjMypM3qNB4naMJ3w1mfIJkYEhgeMdD4htIVBrTzDiSKb0xctX3ewrsO6fJNbq535TutpMM9n 1HHS8TBpXoD25YogAscGgVeGjaAMOh/Osk1xdyOQ+YxXYhnAho3tNRBXVfB3R0YV7mXFIIG3NjLZ XNrYyilBYrOZuUJIoi4ffuIEWqsIm27QPwBPnEOwFrfK9AnT+D5FD3lkO0DXNiQxtWXQ9BBYfkS6 yM+bGSnHrCAIjjUvTHBP0gYLYTuOF4Y2uqFd7qtwPNyz7+TSfQoqkmi6FV2NzM7IezY7e/FmogKy mtAXvZGSJkYmDWVJSZfAwFBcIjlYVDjGT0lFkREbbd+0YwJmX0sPkjC1kF7dCiAWMdKxCybFZOtv sIoN4rAwJTzNlFpqIxXNjQ+O80HXacAHpkZliI5El5e20Y6GtIQi0jMWhfQMmWzMG5VPetufWLs6 GcjIo1EDGopCEYJI+5B+e215gJItmyDAdkPVTQvSayHukEDmgF/nyTXwuf+vbtawrFrNVFDsbBLj QR2Jbb2TibuXKmLM4dATQhtW2UzWitlcoArckVcrCatuWqGd/VZvdZaY11RtzehiTfPWeUxZd2Ob HUHMNCp8f+UYyfTIzoq6Ut3xfcTFgxtITLuHYdA1ovz0x5dKuAWCtpWySa9j0XmkpWfOGIM+s/Is aLIXX7zx6S4UJbPS9w/dbGoFp0KV+i6tRGczPSC9mi9zyjH4V5rsn7P6qmDxHjsrb1u7rXeVaaw1 D7bbP0vZ8ciys+qVvK1e5VtlVw5awRdFa6tJaGF4uG24I5xsBYXYk1lR7+yBebXqoEXfJjmpZt/M jikSBLGKuRm+FX4mQrBjKrpoBdgyx3ZaSAuSnFIxu2S6XIOoUo3XjAGOw1008uyEWk1EoTA2XXev +jHLlqufTgb8IQD7brXdoJKO/F8cDvFk3Db62f4iQiBRN5FNBILfUN3TIRamSjgKndyjWtSCU2tB VYrFcTgvfu4Juk0n4G41NTjyx6ytXaMTeHamYb5WeAhixN2ma1b8IcVElEAuYKnIFVXFdZ/jl7wt Fa4LaZgdrwYyOFywYOu10LxEK9Sr+kMkqupeq9ERVdIOei+hKvcpsohH5WB5Vx9Fr5cqqSCk+WkT xgSkeEK8jWwcEYs/YkFb9gpor3lcwsYA82lBEeXtnQOyk7uKkYaTACnZLIpLyLXRW68W5BOa2G1g ivCvL3XzeD4I7wq8ZoW4ZSUFd63w+2rSEGlaNgq7MQkJbN+uEIVUCMb8q8uUxCVR2OC8zAbs9w1Q rT8HzrUxmIzCIA3aoj5F+NSEAWfJeAfJqEhYQp2rLgkgab3Er4cpJfIyvFZ/37+dEDF41QIxtKIl CpMpX+d0TJtX7n5k/Fjl6RuQu3u6C1h1dC0vYtrK6vZozFbuT5Gppq0yTIKo3CXv4yG5Pl06BukT Q1aIpGizwTBXbGsSJVAogg5cfddV6GHCaAP4XJRzGenAapGlraDMxOAjXt9nY4DTVF+W0fZ8Knl7 DSHGQKhI4WgKVwcac+7lPKyIPxsyyZTwRyKmncnMSiy4mR33QyRBYaFq3sfqqiQaHDIsvnh7lssY BiAOKIQKhhyWAjVclhTNRGkDvPSQOiI1PZoSTdEvxCBD0jJOUtIvQCNPDRqtoHMAUhOhx5M8e8Za iQgKebQ+lGMdwFwGQkX6wiBIJMWjh7gkbwgG4qg9C+Fs2UZW3LExAEYy4Qz59YRPCjFJ2ilkLEFD f0faXIGxitZYSJCsAQd0WpBiI04WYH+pg3XXSCjAerAG9WYHCUpQmJyGwBmCRIV9YBAV8ZqW8Xjw x5tFjz1n45oXRBTigT9soozySSOzmeP1yKbxGCvzAAQlwikaREEi3HZGdO19yjehkfWCrD0UqR0p ceegiFDAZMdTpH8GDOvyZYOXgiUkAmh4okvGthesYkp6YADHh8f0Tkd+5EDHCgZfe+DtTLIs0kD1 j5us1Kx8enONpMgt3w+lzVbFRFwsJmBXuWRbTxFoECxo2udwyUXlqudSYoTvG8i3FkJD0ms6mw5x iflS3GrMX18Oa/a+sxMxHkoZDmsO1/AcHiBMiWjM8t2O0lrJNDC88sEvaeWmfkihW7bkjeFWgtLc omk7d0ThuhiimFRKIV+Bxqi0rkZorvEFVlFFFRU8SIhfPMR/sY5SYXvnirBQYA3GA0oU63S4nCQH lQMi7CxaxTiELXLuEUrinbGM+vh4Q5VFEWEMlfy3r1fIKJR4BvXpsx7EHYPiqMixSlyEmyhQiRim ySNa+41mOIDwFWWZbsP5FCO4BentFCWW4H0EYy4bNA46K3iVKCktm6sOkUL4XdxrAaV4VDijNFWv iIaraElxwodpClg+Z+SRYdACfeUJ4ub4zdfDlJaP2H5ND4WWMlICy344Fxmz8tIPf2+dNVS8Z9L+ BdB8MlGU/sSm36VfLCfLMwQvEPASBJYN0RJ174gBaoVwyVRsorzCxORemUHOmAiR+WUTaVWCUajT NNyo9SjxeXbf0SVU+Qd5Q8y8oG9TDWuSe+dDdIIJIeazcR0sHORBXm4cVXg82iUpKG/ykK3D2OEl 7wHdRJeO0k8JgDMJHZEliwgI2lBFNiTG1xGPUpeRXLZABQggBlqx0dDju7SjY8b/5YszWi6IzvSo MS7ASksAhYB4pHSTpAhCxSs9el9yy2j7Qx45F2JSRNJOo8xDQ7rA3bUSuJ0CC2JphvI1RLKrWVcO t9CS7TSWb60Nk6RljHbJZCrqMbZAvsw1tPTHWNmeXvn6h5sFjEA+GZuRqThww3iWgEBraOx4hkpi KyqYDTaTTFPUf3DKdSUyiTSOcZ9VtJFKkKTtA/aXqsUUM5LVFhTM0gJZJYT5SBVEMXF9+U38Ji7u uixZ38lCy6TC5ejBLD52AXwwZ9ph0DkrwjrQgGfNiB4ZtU/qpA1d9ejRwfKKLIpYMg8TctiWXkPd 1s/8kYybIEfh6RYed7DEVdBhwqdYO+rgk3hn5GKplQSrT3n/FqogJC+Y+kMbuiktLxdNnWFCBzgg zBYXAYX5GJvVJGJmGoEDES91ptZCbQ5AcsNtJUb3GjBOI+Db4ucgnfZ7VnQVhUmSwKZmBJ6MZ9WR 2itscPrbzK1DAguWxBd82rFYOtXV9JmpDtU+bTbtfg2GEyplmE6qoMfiSQkQkZInq6Xr5SbBo2wr BMiofS1UsNQfzeUnS3tjS9ZFK9xU6tq6Q1pZvmGm5NX4e4mqwu0wjWAosnsG5yolGNTdrcezya0g zSpJmMJshbS62LIUKuUdcZmnp77dCBKGix0iVJuFZMZHYE/fWIrH4pHYO4vVcpiAE/xzC0OQAltp r147Y+LOCnnyYKLBuItEbMJyKRVyj7Em8tS7+JX06oiuZ7JBA45XERo1EbcehZ+c35W2RNWFfm4H kHnzINfMW22WpawCL9C0OJz9sy7Xy/ygbhUu8kOC/IC9UzlWvCmOFw3d+4AbFC7vKdPmQXNqMk5L lJMrwYkTpWKHv5CZBAwQEEXHZuAN/yXL+lY+4Z4NmiJ5cnciaTWMKEPXVXBY1ckQPAD+WDliOkhn U7WJeHYkR9Wu7WuQTylyWgomnDVGoM/xjsimhsmslvcXQ9M7omj2GFd2ztmLJsbGMXncek62D1OM Pq3sFdj7jkmloVYIt/TRSHTl7Ubwe6dd8GXlPzHgOKx7CjYWp6m4QGPebo7lKOWBAlvORaq6qLei MhtEc9FncplfBA/UagQKp9vBPvTiTtkni9CrSTJPtmKayJjD0jTNmNPgbeUMb5MPcoIUFYTm7l4n SgbrtYKEKStmwRO2lDvRdOIp8WCf/Et5yGOlsZkq2RzEyh1SADYbxLussNpGn8ycEiNS+LPcVnGB KSxoh+SgIs1u1ajFqB4bQqegomOczIPGdzJtRdMs0xHsBskLFEydwFxINlqpjo8atrxE2eUsd1ak eGv1KU1mQ1WMJKiowrjPNUDF5tK+xbkqNKO2bFEV3wqYH+2obliXO5CTiaqKqpTl81RLZ/phkPAT shZt1PqN+T5XU3afbyeH5W+tyHV63KWWKRWwHr/Xc7dapO3hJ0gqf8XwDv32NJIWOXmMw+67r8lq ait5KvMI07EIbuQ+83dvib8lBTRWM1bqncs4h7GmQnNLkQks2USe+p0wE85IPSsM1kMMpUN5AT4r VdMVMVjHKO6ngI70GGtLzbFZuZqKsejO8K3x6mkRWF3ciZsntWTYjC0hkmqeQqPmQJzFBwuR2Unx JJNIQYYyG5rp3dNx1OMEh5aOQWF2F/zIdJHRWC0KWBZmhOrrympzaBH6NSnJNOSSsepxzhWL/MYE XDX7NZpeRqR0A8MJY4BayFPhwXK89Y+nYBmYlKjOqQi0pJJ3ZSomxy8cNlxrWMfGimxGNCDTq6e/ Peg4+qploDePNhm46AtK0mYEcB/6KP0IFFLhkBFT4E1iwy9zZ+YAxrNN9gCfXg8yldvMYhlKiFQ8 EqyEQiHAv9IHnlwIEbOqguBMCL+otEU70DCUzN3rLezpEONuXkOVFxV7sDHKwxt0h9e00oZm4RMf bw8gNpQOqxJuyFwOQZiLDmQMqbqJD2vhG0wMh1fbFy5N0YLVElqdBClAVfQsA6cQaMCvC9YyIkQ5 HRRix67ga+3CtN4wTrHbFRJod0yUEDfbStsn5NVOEFYNZikjWnUxvjyvchGjxEREcIrYBAu69pkM BONYplrBKIwVs/CARg1bhwrZRKQf36rUp0WnLZmRqmnSAl1zNVfLJe05mC6X8ZslWqQ3QnilTfRJ m1ooYvty1NzAx0VDbkLr5WCZF6e227ENxEAOV8joAjmnPRLnxe1LhBnMFWLQawpkcK87XcGM29Zs 3axYnptRen5Lj6tLGF4oMxPUFfmoyQzAAq5K/wSq2QZ0zkhm8VqtcfogNfZPlImK79ADNeeYBfS8 LNGUxnIeTsTgMm85gIyLsLM1MElh7H8n5zc1Xkzf/ir3lElbSmpuTBAdmywJpNzkLrPhUHqRlujM bDAUuipzxDe38pn77mcfM7KDfJGIOYPSPSMwUM6CDOdqZPelEISRAbPDE8L1JQOf8duWGIvBzJe2 fRgK4RFNb/abWismWxPMEfu+4Db43OZ/Z709nweUIThlN3laICBqwjFoPsoldH/BUKvslMLRAvzO sgINEJn62YLzrcLW1JWShY8sq9BpY3AxpYhqjroIUcWs/hC4AZG1+CrGU41QUSkh8pHvbWut8ZXw 2B4toNb9dD1ys9pCX5+grScbXOD0ttiWOATv3cBlOFcRZqo9p2A7lSjXlr9kbOIF9vfdytHGQith dqR29mrQCjRC82UK7N7U/vmTAAmH0aOXccPnEoNs2ICt8ecRLRA3ZmGIT4fbqQwL05xx9G3AznAa rW3i86/0Nahz0nUoDlKSuTHJUi9fNNAyDvGavzwOmyZCgIjV+LmBeRvcB2yi8dHsUu+wirT4ebqv z0thd5rRr57FSm5UTsI5Ew2UuuUGaKYNaKO/gIA1g7x7aoZhTYYMPK4kCI1Ig3ElGdqMEu7OcLk5 34VX8DblhnUgNFi01ldkCSe5lcp0HQED6oQdbp2OOuQJvsJNi6XE5YflEQMbI79R8hoQe9oE7HC7 0k+D6kd0diglB0e/1BnUkRZcIKUCh03JoEhHL3Yne9uUldcWMfCAwXTEQbg5l1dlKCTFRSfxdGtN G0v5oXdVDdCoYghydxVV7vu4owQXkdlKVaFWJ0hbzZa7g5JYs+pCJALENt0UHdYSevo9LpV1rTTu u6XiVBC0hGhAH7eYEfIAS/bYUkBIJHJ7m8iiExhGfywTgFjYKlBXOjdU2UcCYQa1s6dR2lWbeioj hl26S5i7wA4bzFVCKxkQgklRMxGziIal40Xdj6mGpG3iAWqUp8zxzmt/vDBxegPRx4ns3+KX0WkG GMVuZGpC31FOgcACE6ELOhBSrGmX2Shs57TWTjO9gtAOpBQhENsnycQ/HLCliI7YHQDgleZYkkko GlezZ+2hafJjIT7NwS2ZNZSvqD5DTft5CxtAis9FbrOhkCnmSnGKhGNIQB1pgFdEoQ0txakALbgr S/jx6KGU72Xehs0iIHB5OpGPJ74yBP2RFam55iTagVUk1zgb4J7m9a7FFQBinkAA1HdWwVtz9BZT QUVULweTXuO0Aw+MHyh8vWQCS+MBeQCTmMvD3763iRnC+0Rib0qQ9Wq1JDOJgOUcOQd0gxKTCao2 o58hHrv1t0cqBUp6xpOmuzk3hTVO1mJTAJwkXPOuACkLCVeDe1OFOKX23mV1TDejOToNul1mFanW oaN6NFa7ey2KKq+amz6iulE0TEqk2VeNxJEhiHPI6MJzCxLcMmxPs6kqqYVbJ0Iq0xglbIyMEig/ QLpJzBFKMNOCDIZrWIhsyigQHYxf0NHeP9er37zmkgyuXWnXG1ZrfcneRBkLsnARdpm3DRbq7T7Z 7E1Hjq3f77g3U/mxjmmwaduSMHyEYDwueGj24RPsZ1ApM/edmU3xmhmEFJs/KCJAS7WaZp+Bru1C dPKFzvDwdP+FUXKLcmPWVG8jL1MfSmZqFiKEpGSBjnTRlTTSc4f4v25MfwXStI34sEBqJlZzh3zN Jw0ODEuTcowmC2PCeQ4QW3Nb04E7rbFgL481xvi8tmOERURctNk2fDV9FtOA1eDT2D5jctkcMvb4 GH4dLDRoKgPU8L8VWKwEoXQwOIkmlJAeFCiqYLrIknWF4WJB/ZK/U6MAAJAJPdAV+De+JeItwqPT hHqFI6GhYAW+xKNzN6LVsVaDNWpVqSOm1Y8YF998JAwbuWfaKHK2JeiwrGfgpJ9WI3l39ywaQUzT DGIt+niWkfX5OOPRwrPOGlgmtdJuk7S9Cp/LskeUZqnPYm6R1PT7kUxiFmEicqpj4ShLabQ5m05Y 2GVbGYw/obY+rWhlXdzMHW1aSBLKEmeQWjFNkbTPydYbhq7nVcJAkTRDUrpnu7hAR06obXeXFGRb rycuodcuT1MhoV5nATNKaCBY3/JyPxm8jwtKID1MLnoH7sV/vOkfXiza0ZnJSh2p2wtAkR/laqhl zTXWsbcmZd1+qjI4AeFHham4s9GthpEGkbR4qyXiMbbwTZpOVMab+qPBy3tnRX3JjgMhEozkn+1V g9986ZVJtY+/sDUU9U8OL89PRogrIqNt/tI3IxdT/Mc1F9ZcSBJqRZLyXcfZ5K4yVM5lYH3TEQYg e+drkmOad29az3PtAfOFK4GmoWpggsVoX+XnbSbSE2+CICEmJ4sGYDnWKkr2ZOOg0jqVTDvCnsHd VPtb3NEAp0hVyIsOpToxoQF1lyy4X0Nj85EdjxYUKo4iKeDoc+B06yEeSKaBhUpmQFIp2UjaLmlB rQCUIy8CyCtjnzSJmfzxJ6J5TKNxeRkefwPblhnTFgwJ/OHQsLRTIgQaxKUk5m4o5oCbnuo/eAu3 q9njF4sRaIDOEkv992E31uO9JKC8B/0ZmScDhb6ssvoa5iT7AEf/sq/K7dwtjfmpR2t49Fuoq7aq 6mk0lOFer5IVFCYOouCzJZgZ9mIc8MB7uBvZcgMkYYfZF0VnOQKNF/MIo6Qfn8gii5ntd2x2Jt0z AH1CjCpQg9HUVh7QpkvU5elcrEM+tGsuqYEBcd8fI1FYR79EYcQKpZkC8/Hcv5Zk0YMFIhbHKrgq EbtJWSGcL/A5kmT0mSW5icS6dG/j/GQOQmJlTSxJm+rr1mInJVIc+6BAxY0Rz/pb/Jfj0GUFNwtR srdorC50j3MHYT1eWxri8HlPGe9x4vI8LVDqS/Ca0n/e4BEvllB7RCBaNSS6WOBF+CWBUuLz4IJy Qd6U7upMSq1F48p7C6QN3kqx9tNgTZiEZkmklkeOJJNOk2rf3eniLFInHzD8RJy1aIKobDOK2Zrm rSnnhR0YS+DUlB0SV7pOBqEcZ0RSYzBd9K9XRCbvJqbKlIuFZufTWaa/EpKsL0Pt7sdn8oMQTVl+ s/DGYcsApK/iiJwnKBvV8n6uGDiwJjodelijE4kkXgyobC2AyHcikxsvDJhky4MZZ2fSOGPBAPJk 7uexkGWhkkBgTp5zYwkOYnM67BMU8WEGtU1BEYLyqBOAapPZcJmUEWTgFPAHEBOLmZa1BmSoj7PA btrouHSEam8JMWnRJ7fKaRhmlBKRb2uTHSmiE5VRhcuhXPjGsyroBXMBh4jMItnYQ4pa9izdgXG9 Kkvcbqn0QBFrSp/irB9alUeWcpCqRK4VP+bBGTEv9XJW3FnTmWcuRcsppMSZcyIXZ2RjO+zj7iP5 S8kG1godYSWdaJOevQxLSy4y6cJFHyKv8FcnfcibXLdUiKkMJCijAKap53pUIabUULZfJeL6FhcC vWRp1vLCSGFuJcMRYNKAnIG6M24puHmpkuhLWBasSwNKHNFQAZ2cpv4oKRqQAEfWO2UKMSeDQl4F qGEziVa5Dd9XtWmFY0xmm6Y2GQHHMt5KErKdZJAp8O8uDDPJEsFlu+VyOALfilv7gGKFwIdB7z17 o/xQQ0vxNhDTc9zrRaEkiEGpGrF2ko34zNTzOpwNal+7jNfsLKext4Afof5ZIHLsQ/pZwiYl23MA zvkHiWzESkT1XnYqpcpiEzcP2eDyZYM78uEmMmv6EtnluI8OUjiVsZtBBfX0wg6zo2XyN3cD00iJ b2mA4Sz+l2WVUz+oqOMbv82HO18thKnszU/Gj0vs/HSE+BiVfJUB8H3DGKQgmwkZRs6Js6LtJFhq 7cFrX+7epSDTSTe24kUISQ2S+IdKokhPTsKjgfYxhTz2wq1TDLo84HGJBhkheq5SPjlCKxxsZHBC ImUZBjZTysH/4LAcfzGx74qaSRfF6j2N+zGO0IKrXGmemZn1AaskTC0ihhsHvVWF2TRRiwFMUqSk 4BhlzEY3lCtDyEp4V+IuaD87s20ODtZbTOb3pSutDmtXFtQ6dnuHGTu40xZ6tGzFsgk83Gus9jH5 DEARVaxjmNoeMNywowur+7h0hYstF2qRwCbxTD/hnJ1TZJ77PcgIKmOF0yX5Wi8FxavBggmRTHwq Wi5fJRZbgYJyNee02SYOTqW0zEV0uLCRDoGF1Vw+3CAz17hl0lxE+PFVWdwrODILRy+dMx0ZYvlk Y/kvDcwRB02lr+W1PslatTUE+2HzaE8VYZwakWe1fydkUnRoVtPQL40xp86UoozpJH9K5QEAPI1b OmvjjE7zWTPmItwhwZcnMxC0kBUz2MkTgRMJKTFbwgJPoafOl7Mqpu7z83wQCtXRvxlh2YK5OFr0 Y0sApQi3027/iG+RK6WQWOjMRqlaS7shLMJLmqh4sshpTLwnBGEF6f5htnyDvHDpNZPGVN1KS0ov vYGi4TB63aZkUHdB0axGygr6Z7e1K580caaJSbG1e5aJTgNG4RM//HRx34N2Eq8m00TPwF+SZ8T9 1dVoIZLb/bZbxB6iuTTSbpHRslJmic5OwlMCIfhQt3LVCEyIGZL53U9VI+03fMfU81fcnMzTz/JM 3wPSYp0aLScjeFnhy6yfB2DbU1QknT2Amrw8zNpLH8ZfHqXv1dO8W5E0C2aWnPIUv0ubSnSltf5I rTsd0YwS3NeX9i96REtfYbbHlP3xBYXJ1j5ThJ7b13zVlzyX4L0wei6JmHiJXLK7+P4y96/x2zdP CslDKdeEpvPH08XRVcfe9jMA8U/rUEPqeqShupV2NrsHdrc+2X12MqhQYN0BlzcQRTmLU2I0kk+q i1k1SjQMdqTDRO/FZXORTclfXK2aMCoR15RxRoaWAg2sSrLlZ9ZUs9PpbjpmLvwdNKorA7veLqix FisJ9MJqMuQVjtN2aD1gFMLMknuYNrjhMgbfGgWJZHAklcuz9kRFLiQzo1IfmPbLo11iLUbD3/L/ 3pWa7/EzaN43PbXGmQQSvXFXxRu+EJC8TABGKm8xQkb5P38BRUgdBQJVO12xU9pTpu2TPuIYkMXY gRVOoWgetFiF1Xkfm6yeLe4kPo1Qk6AEi5oQHl1rWm0SecCYo/DXANvPq7IXpyWrJjf3fIU0YA1y MNVoOQn2c1/CyqeqoWiVMYxZORhVHPMPvRMngpI+cwsxDBZy8u7kZa5+YDSN452lqQ/JCWqVIBJf IENKCMvkEkZCyP8wED+sZi6YeMFIrpq1G8XvDBKcV+EOY5bLEcTE0uxE982rV2bnJjjJRwh8QdOM bkymozwx20/ACV2zL89fUoKbXlhhHU3GTvT0k5RadkGEj1mJRSHEsnxjcH+UY8sVlIRckZ3p5AJ+ 0VJNskDoZ3QK0Tz7dCTLK+290gj9uk+1kVZuTx/dIZW0iT05vyTAnV7LzcUDz23IqRq2ycQ5H9j+ rsu0WgiW/8e0LnORXMNcNNQIBI3yrDDKCYtyIo3cJ9bBgqHi1/4BOgG4962mtf2dH+idDBKoEXLx 5g/D+6dGylSaOzFmLP6iqV7CSi4pHCZhlER6rnqoJcsOUjAQlp4R1SUzNkSx2HpjfHoHglRWxePd EZyxYU4DCaZu6VFagUZAtvZCM/tt6Z7lRFLRf6f4KjxKRsOc0mDNzV7Fh07hngN737KLwco83HJS 6txTsFQosgWTGpI8uyzuS558qUebodSxNKn0xuOX6k2fPo7QGmcF01cvmmIeRHizeOOTP7LKQOQj lsKtj8sNFTJcYYvzKOnkSaAEesotyn9QiICyRvS0Go/YBG8Sk6pZ8nkJRfleNU6uXcqxJ6rBOPyo BGQkuwXApKpgBYB9U5l/EzsOLuE3vLwR/EQBhrzFhaSbpqI3tye1dtxgY+u8lZHVFxChJMaMLabx yhI3CpQ94cTFunh8nzG9NUIHoMzHthojRlKHIb2rsmkqlbZRpwwY2HGyzjkHPR0DIFuH8w2/LJTp tT0tO7LHzszQuTObRshm0BuSk/yE9l/hZaxkxy4lqy3JJIGJvdCQKUE9WRxl8JH2JVsVx3sOZZZV LdFs3P5MPChp4wkC44ij9T6BuRwduc1eHu43Jt8KPQgr/MnSyIb4CJ+Z4ivpi03RhwvpbgJN9u1P bXWlsotcswJk0yBB9Zry3BsQo6W2lMfznAFYPoxORXFjV4CTK3Mr00axyWdg1FQ1F0xJAvFeFs1I 2KK+dCxRQ9ESRfYABVoTTpk+NaKRCqCMpZd3ibFdwqSlgIyrxjWWVk4mDGqMHo9AGEMaliqEwSRX El49yLzdjpoh5HrVH5lEoAFBe2wdbRe16552gsYiBX2FOFkE0UVh8xO7+BpN+e8oarhSHdI3Spf0 ddFEynZSgEW8KU2aVHHREZcW8toQmfXpJAZkclqtquyKJXMfkIG6xFRVdjMaP51qDifrblgw74Ip 1Z6le95gv+VfIW84jaWWwVeDxr73BRNPt7NqLR0I4Vd9ZFEFIEA8WyRHw5oGSJtF4mHMVsBCyz7t u3c3fwAookTwqjPJaMIfeSILqUqnSwuEjxLIjrxSHbDWPg8xLAEJVWDTVNJvJHpb1to3JB+6TFgG 3dMFxXdBuvhRsmcxV+sYIePVHV5bqUscDADWiJVWukypRbl42iyDArNGKLCyIw7EkhhJQSBz00xk kjJmEDn2kuqiP1PRqQiYMeTgmUgGI26mGBLl+6aWIc+braxW9xFL6iLDkjG2FeZMzs14YqgWGVux PLnmR21BQPLUi0gf6lP4NQbqqtS1mg0xLvOWVfWWn3OdjnHyjpn5gp2JWiGJ6vKCIjaVIr4kiM3X GXixGeKo6ucPrhuh73DsXGo0QELzup2qFRmz3PZ4hGahfZvP0YRXMwkx7c4D4gxPHCDheVlGzotb QyDeKu9EkNj5XZkZC5XACASsIWEnsa7WkA0Gs4kvhYqF4MV/0Y8hBSz+daKsiL/MRXgiFQJnFVRR Vw1KPnXJ3spQZHGtNrTmiSb2Zn29tKUsVCviRRcboCPUd0lpQIuMPwffuhimw2Nv6YktlH8xDtKj vuXwDaUxIiCzl+byi7myqnTdEz7RXJKUePPQlF6FqFqzUuQH/0CeKZSBVakZ0zLtZBT0lc8pdqp3 kCGTpUikIj7oMzbIwE4uYz7E5oUZmAs0rCV/846vEGUETCZEl9A6F8q78aZ1cFBb6DGQIeKipM/d Gk9i5jJCT/wEfSmsQThXtLClHpsv62al9cI0kSFRrk5euquUo3Dlc3Cw07ZZbWZEoSuKgcsKIGJs AA5uGqQie6xRWyf9CxPmIIt9IXv24ehStUCWs4BU2GSWtNFCvnjqEFo2Tq3hfkZt5NoIoNZ1WTib FoutZ7Khwg+3EfgYt+ZishEhS5bs5IMxgIwEzMedRHGjmVMTFnRLV/5++zYizTRkMobuyV12E6x/ 54meS+a+Tu9aPbbm1FcVdZFXNiV6TP3hNi4XnWr0xBLP1OpzUd5XUmCnsaRYd88629rzz98eBYZ6 Z8m/H4hoTrNLBM7d4vd/lnHdB2hE98Dt9kkLeB3zcC8zFWAgTIjiaCw/tUCHNltEoxt5GE5A2iC1 6dCkLaYMajoPNOuO9m6pwqDh3LtaouKS5p61UTc3VaHQyRHUOlykZ6DiDjcQBK16/DX+rH47yRgh 9GTA7sqLbwS49bXzFZ5uXbqGBUGhVAgL5ZndkeUAS8vszKqssqqCsstAS5dwBGBqX0ol6So/0gqr RNw0GNU57mQLnUKZ1aR9Rotu5tJ4LITdlYZ5hE6fNKO6gwlirXbwPwfRkkxh7E50xEaoM4pdGbbY g25FCNpsXdFLrrWir9yBH8vKmLI/E0gf8s1Sd8a8kjQXhB7+FOuCUL4aXjE/oslBzbWoY+gUDoDF vXaZcyieyvz7w9QlCpCrHSJYnZPo7aqAxl+NGsLE7+Jyq81EsYMehJmQG2Rz/HJJVrTY0YBZ/xnK 7HI8QuJTyd8ZHnwm7AyG5En7lxKDDnPtNhBstcGUCxaI6KHtDjstyajMtrgjGzRNOJA3eKAFKcGB FG+oomChZFSS63Y3iiNUyYejPV/YyVsvuDvvSHYRyVmWq/cO79JNk3qDLsLd94GavWqxqOkHAQKZ igi2WNuqh0JASWuIhhjQBMBTF2ONt8lWINE4XeKzJMQkgVs14LThgwUUnHbWu2rRj2w3rAvd5WVW s5OfC+kM41lJhiGcAOqQffiKHIja1CixMAgrCy3in0O/Piyr9KJwUsVf+grBDS2OlWm6xGQwtmPi Z5XI7nyG6EOT1gCXHTmIp7q4WDgeMXU1WKOWBtZMhSYkGaB5WvwQvPGxRXBk923LYkERv+p+5mrM wrBMe/HRxMXZGNRMaxJr9SkOhLISABopjLYChaccqVsk+k75rvbl8nq6OwD5iHu1ympkS8hJtRMR GGP80gaZLNZJWOxGt1zZ5HXTtJhemBfmyoD6Fo8YI/8qgYIVmZid4iLJlDn/KRyM0tPDclTjIJdH JqaxYHJlAnOQJMR7lBBTTC+lFHOTX/o2GmNEfLJAnjnFUNO02qYLOsmN7bvqjg1o4xUsOVQaxMtW bHyUXRSNcWjmAhUTMIQMpL9JiusFNdojriSfHBBfUrqinTtlmTkpSgK6ckUzGB6gedu+Lwi2Os3i CXu1eoIA93y5s2ciTnEKnPqMeYsfeX8uFmj77fuzdAeYfnJosYj3c4Wa88fWe8oQvIMguWuPlCQm LzQw2w4UaV1eKq7tdD8P644teEI+8/5tMHG6QGlenaNDqve772TsGH6VaD/alHV+q0WOdpGFPLG8 6CSoBEptfgck3oMyQnr3RRVgw3mJ7mjoKyQK1tPF10OkKg5j+SCz+x9oBcQEnhMRUu3tAo90Fy4m MROkZz5iRi7vMqHJ5wMHMkqjhcQAs4gdkOonP255J8QuKWWr8zZEGt6ExBkjRKh9Cxk+pX1wWaUg K4jtExQKyh5CEI4RZP2oicSj2cioZWRhnAu56Kg1ePjkA2kkyUuhmT6+It+MLHm2pLsyjxEy/gyw UDGqQob2zFQCjf1tAT4Js6weIHNOR2S9wVmab607rx2AxQsYZNetEvP5bsNMUBwtzKxLt/IGDzl7 NPi9BfV8kHsN1hAU8IQ6uvJi/7DTDWje40dfq6Ol9LnePDo57Gn8zdVMKoCIMllXfMJTpPEoqykA 8Mekkadxd22U4ZcbQ5kWzTc7jDDCdrXgSVAmIa+Rv8CwADUaoUXzijLbsws6E/V/F4kFF0hqIcKY Bh8I75bblOETNygB8JJ1omeuFrUo0qXlK2JMST5/+uF6GqVRwS9udsvPhOlwqUE6ij/BzFuzNM2q nckhQwwDN1G28wwW40Lgxo9rhysCKXoz4/BST3RFGJdYghKZWxblxVTTJnRtMhgQwVYDFGZjXgMC NkMZID/Ks5llxh1G5chZfll/ru0vY4Ja8gGD7q6fMhQqlYBrV51tGGksyjiv57GXP7ecejIIWSWP yHP40F/59HIbQ/U0PxCjXZDlsl+jJxwIqhQ4bHhVS09j6pH4IAwVoMQZloDUW7k6Prq3Fxj2jKYR WvXgqSAVDx7n68mBwS9E82iVkiXdrSqHyS0m+KZC6AtM0NO3NCKpUgU1AGmPSugMcSBEuKRWIq6J PrIXdHtasqHSBkRCfRUKoQRc5m15GzWdRce9T8v3ulGmK+SffIP05OMBgDJJh3VYCrmV+xmnkqEk H6M+FgDoTEECvQlKvqyHK3j10B2fEXUnfxqQ2GOBfZIPpf7cPS9lyl0wwYTaI+TUDPc9T0Ot2POZ G7kR3fyblFQ04VryQ1VSNSUjqCRBhaXalTzGqbIoOiQtqg3083jc4khNEbZmTTMDfRfhSs5l1C44 YoEeosJM9kUyWULGnBhxkBQpOnNgFFW+GYLQisdGphR8FwsKmT1UrZiCKnRnHgkLmSRTrUSft54C lLVniuxhspxHFX0SH61mkFloLukl4dQ+o8qJ0C+oHGGmKuObXc/FdHTRIOgOZvOckl52VH5uVEJm dMV1YiypYHqF40zO5X755kcDeldqnMFZJWPiiPSRqZFYzIymqMrdOvEF0k2pDVOO+GE9AigRgsEP QRTjrs+2y68QX2Bq0SHNllkVE81bfK+PNsE+bZGelZDhUHOkPjbkDrtRYYJcmxqdUZG/a2CQxjQI PRXQDWbtS0dTlhkKNYXWADZcAgC6oMpzD9C+pacmV9gO0O3x1U+qG2cheqdSyyoQiQURtOgibpzh F/tK6QnQEElc+DGL9TcvxOcWyRl1CYPOiX7npGqEkLbL3VmPnTgwC9APY6MmBnFhCtF+6/6VxsIq 6lhvcafkW1OWQHrOdZkiwcoTDCcWa0bYrgtqfpnSJ8gwn/fN6HsavQLjZNuinTQ4OrLbEJvUbPSD IzaQlKTgRW6DK/lZYEw0qyJadKJ6dGfbkiYuUgRbkG4lU9ofwyjxafVMS1teqWgSRkFTqPaL5llU ASXmaltGWgVJ8ISztbJ4jpnuMq9wq7jwLtNpHM28RD+kMl7xJdvuMxcYDhfTxqDk07KIGflv3cq4 euJc4U/mV9bU2PppkyXk+wtvbI9WXTLg6UqSNJYTyzdEm1wiQNIEtc2mJaa7YQqXeDGgcfNvIMLP EF+OnwRSABCCYLwAF3zckldO50VPQwgOgU+xuPLIpMe8AWD+lXaKzIU8M1RrM2mKoUqrCKVSISTH D4s6yligx0IPbo3mypPRi/pExjEoluEtMCGj9RlIwL/gVSqXQmQzCJOuWGDXL6H6S26oN9ExwVQ3 FTvmal4qBtdCVzOiko7mvySVoLIxC7DxoKH2ORdDVSPnHRwhj9clp1JSStequrTLVyGFm0GqM8vd zKul9PLq2dVK2LzcSKWvWWKHLtqPyEqJopLWAu+c3rNsJVfyzFmyVLHBOn8QvPgry7Rxo6fWvASJ bq5JAyWOSS9C07i/2V4vTvIcJJZDZl0XxfZFxjgiueOGSvIl6jJY3tosWxDIlHCc05gtM93tO46X 0aMBMaF8tuG0VFmKix8MDtec4oJb1Qgl1ezOjIRZDtzTACgWSrQez7H7DjhRLHbrffu+8Iv4zHgY tvTQ+Qqm9epP7EE/OmENiEVj4vWDoeZHDFMxwNfTJXny+F6gHh0dygo4dh8u5ui8XNng/QwNinrZ g9dqoDySsbK4Ep6YyIR4n1hc9SrWIyL81GXhg1fZv1Nw+YKAjdbIbYz7K42PySZz+p3NFFPauwE+ +R1tlEQJy9lRjo9ARw4wJSEKJoQIHueFjzsfpT2WAwFP1wyZIQNG8ouSKFf4b3lCC60ynsZHWznA SSaDgF5JpAvKYl9xV/j1kh2JhhIPURfKKJD9tOZcKtj9991ewJUBm2iOnIIp7OH+30oSXRI6bKRf V6y3I7UdsxxS0kCSFbY59dbx5AZ6LQ2z6UDri9Ral0zCKC29xlsPnAnHYpQAM95wELUMAXpSFsbt JAZrZqH8FB2Uljt2bCrYMMO0TMC5GNk2fvtmECxQWW3O8omZwENWQWkmXcjFUc+Qd42/2PP1Ud4X gpku2G/Sek2DZBgefl1ojdsQbLODxCmsKJIFmAvetQzrUvl8htdsEhNq6eYOeVcwGAF0FBks0dMm /aZGt0BK1fZV44oXY7t7NCMxTjd+lGOyA8GIe0zgXaoW4D0lv2foHsrbLMgvj2b/pEEyPdC7JyGU 40UvnbAzysUm3XMTKMzw5EJm99Nvt536vEKpW4+rKqSTSDHpYZAEyTzNkn9mN+34TnP7E/6yXCk+ I/vNHZd2ZkLlwwgSRlFJQgU8f/KGCKtryWowGOV5EyZrxwwILeP2pU40kQw5GJHmbBYZNCa4wly4 mpvDorQFfJbgQd+Qio7CH1MUH/RiWbKikxJBG3Z1ACqDD1XaOS4RCoLKcHRP/AFvcJojo9ZIwTJQ nRVuY6JEM5vHkMvs2VaBOBIUYJ+nZy6BrPR7tioSyMIM4pOWdIJIwFxukSeUrYHg8lIvgefawj23 87f06DLkJLKzfsJfAaeWfbD/MG6Zmm/ia5E1MG9M5MviUKhfpz8DNFHGSL6xLxJaecEEwMReB32l 0x2ZICsX64DSeC/jilXw/JJGItwMesvWStiwiZJmsh5r19h5Y0rJSROmINlKi6HoZ1uU0FzwJsOd yGD+LRbje5GSHsL+orMN1SMURJRYshxIxCAKZOTMcaXxPq8K68Mk6dlerMhEWVK/i9euGlWWn3tI MgfcE+J05wBbKnNfJ3YKgp2EGSHm9HYb9xmT6F0dzw7NmlDGFUOAEhk/wCgo4L0llySDDrZPmyh5 ZcPinZcFDS+Dl/0b5JQUzbVzUWwGAllmzfljWXRdkhMBAWz2FVzYcOQsRavoZFcoSEfqWR/qIx3g arhuSlrtRvmaRAPnLAaFCzw+0CZW/lvLXJ5LurZ7jgLqMLAwxTd6mqTGlkTa22w7tu8g8IEfmRl0 /fLAluBFSpgDVHUSFLfazpEZes2bWq6JYDrtYbZhhNdYRjxKSiuMZpDq8ciI8ZZKEDxRKiezgTyR xHUihwCIWbACDNVXU3ijBcwZXJoA1GjIGXkggbComC/MpTakkBB1B19o6nmkpqYaHqmGIqTK0pYl kEq/Nh6ejm2gPKAoJLrhgWmBDZQn/LxmYxt1XyU5zOm8ukFzrnRjXczOFh4wYYbZk6tZWhVK0xNv fmIuCWimgU7UNqPPSbSqHJExHwryUFseqzvqRN1JCKEmrXHpWWHTLEHusE7MDGqXnembL5dk5++0 zGvsymE86PWCQWoQygox46S8kZTy5L1ndKGLA6IG9S9wRmmScml4Uc3aPznr+1dfw6qnBLIkFy2l a+Rc6hg8lUYsZe3QRepoE0vzUEQzYT10gUX6NQEdFesxHpYmXRR3P7E5uiUqCIYVLnaHlPZHAYVU 5sb9KRWlmM+5uVMe2nQ1xVqDU17ZS41TU0hjKN1TEVAsBhC7d5PFfktISDBZ4KdzRoEZbJZsR7+K xfkTAItdK+dNW/p8uxsZMqcydot4DIluLDVb5V+pvkeH54D3MrmS2FyDwo6ydpCsM8Cy6Nw2uKF9 5ipHNZq5K9pabfAOG/kI54mXpbWYnefBJFljFpUZlKdrl9NJHQzL2A0QVtcfdjC/xIDi+pPoAIFr O6ZYApMbWESdtWusO5vMoDv2q7FPSpX1I+3yWaRRD/ctO6qNx4MHGp64hS7yAn2l1ojyWa6o2VUa FAL4R4mQTH/wiwzDyUlcwBfVsoRwJt+MCGI1QavGFexgr5UHfin/NzXxcAZnQswYmt72tA9cfyIJ KSX5BBg+VpT4+ruAp5QyDJVKUYT0sBQxvDLgVcpcamTuuoUCaWL60L7lbA0yTviHAfozCj9KFOhl wKwtTlstPum9XFShEM7pa2l036lnYGz7Aa6Q6ngK1PWuNYq8OY2YeDGIkbcWWlxoAfksQA8/Q+J2 KP3ODmiuyDh9HX8nBCKNhUnFOr1XrdxkKGVPhiuOuIN19BMLUeilUezZNohmjOvvnF7hqrPo2cMT IWPaINjQgePg1JzkYDEZyeX2JUGu56dYKJ4b1I8814z8umBRYAgdU5CAJr44j0QHcuhmYHpubDf0 FpT7kDRm2GZk8NZKe9w68TIPATtJdiKHqizP1t/6eCvnvSAWh5fyGsKniNDBLMbmlSwJuZWc6ach uImZqn+zbUbFhbXyj92ue2IJbTXGe+u9WHPmJJhiVxwrfTp8xf7F8ZWh5cBFLhu7ps1dGDKpUiMt hXv0hl+WVKZrgqo/RkUR6Y2HBGTsTedtZoEKlK+88qqFN4tmKMdHWk7mhSfnTstYmDbi/LMuJ/PJ igygXwcAFvhyQy1AE/AzBjmBVaMGhfy9bCnA6qcMNxWboxiwhVbvoZFVOGN2xLehoLoAB0K3yiY0 z4mznK0PhJCxUPjyO9ETCYgotogaUm9gmcv5VSAYqBlYUr0Yg3pJgtDWWcS4KDlgeCYPYo2F70Qk XHRSu+FLA9hru9shDn0lKl3D3OmmZVisUANSjEcL4KLUFENMiocVZYsS6c6HEtE+slwlO1+sNns8 xJxUjVjMi12EJArZsNGSfip3tdw4O+whveKI1MZ4hWxZTkII4jdgbfxbBdRPxpayjC+5TQI/FgfA xfKfojYzJ8nCQaHRnxkbyis4mhxJiX+8d7I3vSEWZ1PkZIQc/7DtF5hijKSdH4UeaaisSc5fT+zg pKhEgqxYtaVL9fBMt17cyv9kIutubHOy6jD8qEivGTByqCRfNGDOl1GyZAz2LRvpouJWKKWMnAq2 oKS+2jR2/hKdaEvVdEdkfpWEkwkE6xJ153CL7/JIIhviF8eJ1OThl3w+1J9hBx2uMDfr/Pyjsca7 9/wnV65n5FXsFE/R0o1IjUz52zXIZnE9p0i/eNS4Iq/ESaZyRNOGOIdTAWEnh6tbh1dbV2WopWfy kJKrjhhp4vhRz2WpWpTi7Jks1d2d0s2qStgM2IEBJlKWqSGji4R6xT4udHEGDpOzm1zVFVx5CxCq GevdSj8Jl8YC/+jRJqExAHR1yRlgn3J6FRnaTM22BjOVuOZRTFlu9RDV+hFea6ElmUv3kLJlZMNn Xca2OiD9VJ7TC9FXju3cQgvblqw7i8UiaE0/iWduxDnhXIu8mDXyzCv6wzUC45uqWS42P/Ib8akm VZmCUeACRGMPhBI5iAKq2jj2JRagA7c+bLJZ1LJUQiCG1jdl72iAhFlHNpDNkJbFP1aiV9mtSwmV dJzqFHWBeQJnP7p0otJEldKsRv3OooIs7Vm0pv4690DL3x6WQkIlWRoN4sIx5gux8bFuhqfQVin9 Dq6bBdGFEY6AhASVCbbgTA4tOXKuJNKDvjmM8auXcy+oglTLZSW9XoUy7ciUdcg+Z+Stc/onJBEu BZF3oZyLM3wmV6zN+eKR0KLEMGUFPmVHdnNKWoXjpi0qa//IDE1fuksvbLXw5z4bXBQ99TQkZzVK nVGYjZFgfFN9YohHibGEz1cZ2rGWdWRolEtYvUa/tUHT9QxkTmq69sWkKo1iHRL9eEBoCAZbaBcE aWZYkyHYXAg4K3KEy6TizhzMQPaSVXAhhmSufCy+1F90Rf9Fdg60KoVOcqzYMEW1EYWXmSaW7Kqi MndDJtyljpIz+vW/5X3iki3gAgc98aHpkjoJ92o5eRrb9+CYp0IgMo3RyuaJmIRRxlXyQ3YuyccI w8/KVJDbuQnvi7aMWE5rDK5eFFAzBM7IK1fIfvadSqwOxGWKDIqRZwclVlSaYyaB3LPVJPIWfg2h f0kIszFYmJ9MyLuPWHWZllxRsWYcGUAk+B87iG3FQA+RqaJAykUApuwrpz1EBaUlwqOfjOg3dksb dbBWhASLtx1+8AH5dYZhAJ6xYj1D+Om7ezpasFwaeUt3Ryybt+yDvHo2f/avNaPlJMJTPDamQmag QYYy2+gspXTYgl9oaiXZOE5idM+jsTTT000E0k63CnQ05VdqakWLGZPNz8fDacDO23z9PvBkKG24 Hr1aUE+PXMDT+zyCo9jYWYekUwudEjy24gOJqjGz76X2aUFm7DwPR9CNQyltkOonVSHMZ/7Ef6JE TSTpU8O+OFWuxfXUT8k5xbT1gypdTMpmSK0j1tFn+sKlkjBfrmjCC90z+v3q0EHK2hxW2tsLJlFi SdOjuaM73QtgxR2EIOs5be7gzaCs8anHUDGq3OA0jIFdo7sKuYydKykduLv/xxOiAQeo5do5joYV dEEl1w0XDFVUgDCLI6RtVv+xqIPXqKlymXljv0BSCiOCGaw2DVspxYC4K6sIvf2c4QZ5MifeXmDP RZVjpkdPGws0un0Bn3foqSaFLSMYNwWUmbvYSny6wFrZO4aJ3aJiDqd410t1xkWPV7WPRgozKgl2 MiH6xgk+qQORJJijBKhWFVCfvcaxcfVweAzv2JpTM7WOvlZGgRRkGL3a3EvlIftmspQCqQ3eBwzF HSEn6+tJk2Eals1KSMmXcNIaxjAXv7w4rRiQI/Gcvrk+lBAQge9Or2FaLAGbfZuVT5lYIo3OGMhD 5IoUzDdSOlbIGQ+m61qWCbUa0cClc5IhGnSdelmP2RAmYobm4J48t+uQPYRkmAibVGxlLBUfVT3o KXC4jn4JYolZRGordPAXK1mFO8rWQzTvBWMze/k5ylsWYt4CU2mBlkmeIcIHU2aQw+k8tqnnEW0a ZnZCw5JehLnbMpmK7IRTFiS4t/HhhUyqhV1k4g7JpQZ4JUHxSMJHYtVE6T/uDRz8jxQfZ92zKHNV hSEJkIfzrDwJFxLyzLzs8/YQrTQ3Gb7a15EPCPuxLQDL2kxc+RIxicNVs0cM5pM96RGB1+XSWsnu iBD9Phr9SCvxw5m2VeiuaGmM3dzncWplmYTccqZUc5G6w63GIbJl8AnKHIZhSfRbcPFy05ud4AXp aXbS0pzhUKwUsGqCia5tUYK4YAlKp5okl2kCFsZAKaUBpBSzjAwUlE9Yvy0rCOjjOflzSLwuj/fe XKBSt5YKQ/TwEOUZEQ1hLPEPgkxO3MyE2c+73qzGzPpJu7G7mlSRnWmR7kFo43vrU0MZlCPDWGbS aSjvqTXHFAuSyqCpzCJ8K2kgs6JDUQy5ipicObtXIulIuOZuuHffZ8dSFkVsUidtiUQ6yvENlAb5 nYK7rj6JQoO7hNEM0pN4U75NLrNmkakjjvIP5pbdkT8zrzpCTJLLqAJe1CpC4tuPC7vxIeuQwdNC duKW5oxjvqlEsYLgyIsSz1HuVhOMpLFdyBI+9cyr43WKQ2d0SDWdrIWLEERx1wK+7uwx8zKoDcSX oUYEs4L+IhD92wj1ttxQL1sALd/jj/KZCqOyWo4NpRbU9EgWLzkPX2CpewRQNKHPWAbpAJzHMc0d 3EUykaEa7TwpepFkZJw6GNh+Q04WwX1OCm207uggxr0KIX2I2G1SWKVXxhHPVI2WCtsuKRKzhspg D56Kqa0ApY/I9QgmZSxVmCwxs/dUwBVJv+Ta+IzENLrje0v4hAEeehvQZ36py15t3M7Z2yDwR60d oRGOhwCbWyFzN6sygKObdlfYOjnh3NVUxFp0j/igkdnwqgFu2yWwAJV83ThRrgMamk+9X8uMdttD LRRVcvK1FfrUEzRRSGB7LAGTSaJKzTU3LDSk4ZCbRc109yirrK/FtOf+MtPIDqKV7bSsx8JbKuQn 5BgQI0ON0V2AEUBGyidm1s57+IhIunfnIPI9/0pj4m0JYlsh8Z2HZqzsIkxcgrbCP+JTWfG1kQxO UOyH6nZITefao/bbAaq8Gb0+iC5d6aTGyiBz3dWABgQ1dNCMGXeiYMh9F2eOnBsHd1XqVitgVNvK oLjQMAyqSdldDZFLDh7mMPDuI6YyYCoMBV+GLMuw4KPOLTrQbx2LudIts6i8vPWZtRHFTnLDL5ZW 0ITqqI/91oEz3bKvhBwWDZzK/uplnNKaurQW41rqavEcF6AvBvUlZzJFOutqy56L8PxGAlNU41rK mJi0igeK8SUI8eMFgEhe2Y6WRk7A66ZxhXaJUcE91CNkjNpS8J7gZAydvhZLygZTtmTMcaoy1XbV WwWoOotMQyf4EDgGPCDTCNVBO8LpiI5+wpOsW3CRei1DKGmmThGD6mUrXTGyAGnZUFxDYUeeClYb mXksp0PYQmRy8ocxI6MJd7WvLl00KxlGsNNQCSZxSVMtT/tPrUXYeEzRqlSTtpfDkKiAuDt5bhaR dJku8pQMkihDFx4QKYB2kGh5FxroVzJZlizNpeskU61qXgKnS8wRPnOSz4TNvcz0Qwkqyv3zTe05 BoJ7zBd3/x9N94HYyK1EUXQXHlLBCgwa73+D/9wHfXkskU2Eiq8KBXRTX9uyZkKNdb9B6b8f35tM eCHUKtMTU6hSCa6Ug2XhJ28IixwQYQZ9E1nkk0zhtenaMzKfGbupmZZGEzWyqnYwJWzsGD1tpuVO HUDt3h1aI2g+OkeJsoScy1IX9ueHGTa0yU7ol/0likhdYwlSIp+CmUDVTu+4lEFKgVCVlriIr+1r aiiIvtA1B8RQmEyuECrkdt2VgIRPuOLVbm4loIM800UFGh9q21Jgo8kA/YR8ropzHe80ICHjEb1Q eSqqH4mpbYqDoncHc3OkfCrz47bTqkQ9KSTPVFXKR29UzNn8xZByT43NPgAZgvDLJiCxxFdIqGAI AZhWx1NTfYR1FniWscxh2G+oa7e8GgHeZ8WNRSL+hKzAo9NNQkHpATp62Rj++BwpySSJdWplgBII L7nCfnEn1stvW7xk40EYCyGw8FPHQ3x/fNrpmFq2q5FcwAz38pj6IcaDPVplm6gSwdyZnGcnrgRX W/TlBomWTch4ENgF6k64iTWvzwyzq5Wps6/qMysqGMOS1rCcsmWifz2mwETbtVQO7QOpJupCOY8p MCYX5vsdLFSzgGB6hQDobDWKlZ7DQKE1s1JewahvW24N2RGgqg5WxKZW2dOcqec1lsSf7o3yW6Wl ssP9rn5T6zDEzSZ9ibMKz1bOKlSeAuEOK1Lz4t/vH5d7gPDtr/qMZj1NQmPVjGa0tLAsf97825Mm QjXNeu4CAh8afBvsy72lLvvfSUh3cVmPEIbfVXoJzRd5gDtU7hfGPCyCDyPMUj7pdRNN8vM/XnFh 8BZxydfji1vv/9xuPyX45NwdTkDf3xW7NgJuqKDb6r+fI8BZKVw7wetQJlmBfaQS8ZMkcV4FcuaR JiMgiX3UvkHGDgeRAEQI8MVbK3c0WvN3g5tuWz6gmaksroHhisysIGy3xOzk0hSqjIywdFGE8luY Fh5ZU/HO9Wom6ctkeM+0WEQCQyTBESF2nUMDjuQz26yglzdSkyqHpwJSQCOkX5VD9TftWxBlTI/b Q+Ds78/jcXv+3L/8o8XHrYol9r+euLr//b79NQ8y7k+6IMn/HEn9fjw+nz8fLv3393Z7fv88aV61 8PuHUhjLj8434zGtyfb5eH49/9KpER+a3X+eRrvr9fdurCj40cbnniz9/Xyi6f54GpqKhfO7x03f 2fAovD+RiB7/bn9/tH98/832spQovn0h2PW/tcJQ3zmuuIlZs+v182VSFUwdnt9fP0ZGip5P5Hz8 kM9/CezGCwzL8nMfEv345g7e9lnfoehHh+yNCTze0zl+C8pzS5b5UzEwafyXPedgeiIP4+jQHlHk 8/x+/PjXg1oCk0ijZYrLrSgoydJdF93wyH+zJCrwjlGl0cAtLXBy1573zycHRJn6bfmqDxkYzyuR 0ObTdP5ou6uZw76ZlMElwtAkkLj9qJJVXz2uJyPNmFkOJpgWq+NgGalxcxDDetmKvBn7dUp5nWSG i6FY2ySBRBlXK38XwwN/lyORi/HmHuVC7gNNDnwfTW0MhW3iI5hHHlOXV/SddSpwsgulT5HOF5SU zZb+gEIetgAX8JKnso0Rlg+H+mKMSSxM5AxJu9CDc3mRKFAwKcK2+yUilAxXW3DJSKLyIgJf00NC 5aa5Up5ykeIX5ytgLbNY7CiQtEqQ3pSkFf7Oi+WDmmCjLWB9C2FaGsTOciz4EVGH62W74ojQhjCT Fc3xUdGWoKoOk3PrNdFqmSFKMEiYkY1xaimiyaP0Eh8ZQZH2pPFGAFZTaPhIIq035MZUGYkHHJOt /6V3MSKbYimmRy3dmr44nupVjH7VGrJ1ZXwlseTw/Sh7TJ/yrs4AubjVC4yNxtJ+svXtXVSTj3VP 3Eu2USlW8ts6QkaIEs2qRUvMiuYhL4PwMX/ULYX7ldo6ETTDYDxY4Dt5E6DefgE3WtX7my9nKwYL NDiKGE62EsXZcXN8vj+TaoViTBJFr0+SAsmLBYSBTg2mua14MubMtdyHaFOtPDiZ8x/cU1657jwo I0cbSwDviO3mNT3Ji4+oZqfXVmasE3001NKg+KCxHyN7V0hyaS6hXR8IeClCNOncggBE8JrxdEKq KgcK+kogL0o6RKMO9hlEPMquULmSWtEazfRQrR+7hfChGwHzbH6dBIr7rutOziFOQGWoJ1RJmp9f 4X+fZSxgVegRBQpEn2B+r6UfdBCeQTg/X3AJufp5D0JTAdMtSIPrH1MEjYUFWPZ4FnF8GPR7jBXm RCLk7XFS4NvN05RoAgHLc640Dy19ULgA7AW1QouMRou/EB6qZj9GrLM4yPJBn+CaGZSwCREGaVBy ycc0dwMRP2WQy+hck1DRecYbrjKA7SKRSig6rAYhwRpLHmqFyWyFFXapzaxtGlgah3i13WJZ6ssa OJeRure0NP6UUjVhmfL+oXcWmgEwchvo3jWzpfe8zfViAfYJp6000510BV+zrSiP39a2B31bWj6D 5lCbA4dewg9T3AY9nG/lsvQfbdZuzWjQMmqkgLLcTmuGyVF8JzVcZT7yXUMqDuTRRuQT8K+NTkS2 SiBcW1smbacbD0mtYYSMQndjGIGccwU3ByF0E2oDQq3s1oN7NwUslPgTmu0BsmpB2lKiRXz7GeVy 9fKCFwsVVQrVYlUDzWp5asUKGPvEKs7HSHNgWDM+SbYos9CztLT6Q1QrydZ33fzboSy9rFOKOLWs syErPfu0lXG3ZyAzBE8IwhkoubrUYrLpusW4byW2TiNhhsK2+jYBYcOcGv8u/3P7ogp7MDzYUZ1V YjEstBDqJr1fIhGqPtb5nOUA4SDkV7XuBlJ93eOdnXfaQorz2beStJkSLBcOaCf5r+RvbK+PMMOE wFlsLT8O8RgSGUUUzbLbWXpy8xGk8lEnkapKZK+kMxsE7IZt18LFZ3ib9XkMXekKrdXPs7pK2b1t V2sGFpbZojXWxidQfNvl9QCKFvvZGfPsbjLiR8mUpTuzFqejUhudisIcbnE78e5i1mJ4bLcCJ848 OdOp0Is+gweabLI6EKXrZzhORa8VSRD5y7GhNOXjyT1SKolkH0yCJFbFr/jEKFpud2jfwt3/xt0m QTN+W4q3j9CpfbZUkSabUagwGq07i2/6sILZchN68ASSirS7u7PGKuIV4aqcHGNLDG3hRVm1SpQt H4mszqJ5q2VPaOH4lbJ98UEuUFlTpUDzitFG6CyWnuay96HEhIWI6YExFRn6T4UYo1hypTJuQs4h dOquW8apYhGxSg8m7yinSjopuCQ1UFfX1SjUgVtf/tBZj54Tm5hciHHjVo5DanV/etjzb/dxgNCB uqZ0YysRuMEX19WrG4/dru6FUJddaaMhA1XT7mYK89q/8JQbX6BWkcQQzoSVRRq47RdD2texuZNg zrPlK6PxzZVQkFoKQak9oqsDn+Yg1O6Coxq6x0Qj43EaoVvJ1ap/GVhMEjDaGJKhHKXDUOZEbb6k I8lSY7dk7LY4U+kATo3PzPFactsovuuwlIZTtI+QXcwYKhH1sVpg9kkebUWypLB4QMu2e7IrMaEC aDBqx8kRUcaSO4SwOSM04KicLy9gJOblxsFLY1U2YVmFOnAR0kik2j+wI5+bGThn2/NwWXeegIzc VJOWJ7oGX6gyRhMJeyFMVIIrliW/soQT9KSG4kWZUYvx4o2Io6pZYbP7vNapDwxaoYMzSzlETFmR VKUUAwx6EzfW+6VoJWD5OM4q+RhC7+LRlhupg0jub4bRsQon5yFwSTUqOz2g9BSISRFKylOoJA36 RAX2hV+QhVnoAzb0BWLkGLx0ypReiAQ5eNUKUXAqvnU3WIsyEnDlaRaxI3Vk5wYLPBN7UgBchWXk G555pzfzS6gRQTMhsz+hq0lpo+2h9l0AbFYHZKo0Bh2sn8WQDbKy6jRwbCZ7aDkQ5UYQX7xoc79I a0XWHTuiJ5HYC2OaC1LNmKnOoQtk7gowIatvN4dcOkLajcwdkmS1ScYtjXwtaVKF4WI6zCxUq9ay eT7bE2XbVnRPEL9sq7GtfAT3/GoOmA8WC4B5p2VNyDvy7Mg7zkM4jpeC+sqrUCvzBHMkEDhTfA7l AQUNGoAZoqEMnEb99d5VPQZv7Wl50sLrpecNwC/ItR09UMOVCWBBHRDx7bCNFjEEET1JoA3af69t L5s3jPT2X7epQhBSeBXuSaHtUZ9AMB5LAb7OCVtUXYZU9KAJvhbX3hErZ9A/hbJjn+TooQgwSrlJ xWSYxWmxfhC+y/mpsekU6ZhlcMAEbALS5OC3rwoCXCZGEpxHHoR5fVWop7iM5N+LMXG7k5M8NzMc bcYVqkAVAvv+MEtFvsVWpYiRSPl2P2MhtrLdLJCeclyvsJn4z5c3GX4bf/LeDPjVqkdHYKAxF+EX /ENckGhwn+7wKLt2lTsKoJpWPTSF+qaPgUztWw+2h9V9LloWWWobIb+L8bLpFSKtbhut+crKq7VA HIsVRVfZlxTMZzoGbZV7emkdBhmUmyx/eLwVTKk0gvuY3/ISUNCY204DGlZ8LcPQ3gIJWEEKlIAH CxzntebqiswlePDi6/OnBw0D7SYO88xBKH9hSGAavUBHL39b7UmuQvcWSvisUhz7YYdpWzyZvAdG Vd4qQws7VyvtWB05eB5y6JNzb6KmZH6WkEk4EA6OZO8WRK7wfQ8Ebok7jrbbuLNlRkngKTyJtxNH cLqvdkesq1YR34Z94l0VL3SrX+HA9eTTipekWwYj10VxxBnXYNJr17dicTUkRVxEWjUWB9YgHlW2 qZh9EhoVQmes0XAy+b69erKxxVqiq67dohm3lk8WYmnRanzWFU1gk+ASlGa4cWTOWb5mhvGGVDf+ nRktmkN193YlouoSuQYCDVsY7hFYlfqq2BeAxKUWg+h+fFihMw9mYnF6rCKFMiXzssYfd95twHJZ 86M4OVs9EVJRzFjAhPBDfRwa1ixWD0UnPsdmEB9aDgMBgnxHda0sBxSAehCai6FJaqQ4VqoIxSAO AC+VLVIYrMAfpgRBkMovwiispXUllBazxD4xzt63duhDJrQSExABBqDYjC2Rlsl42UkqE5blFsyE JNORNmciRVEpU/GZpTDsyBrxJUxYPXnNvwro5gjEDBdcQpRAhkk7+K1JyZFhEBOm3dTBkFyYLD/B FykZKcMoqch+8lfLsaIeusM2vVNog8k1YiUVdoyrCVDKK/FJkJFjgN26l9B66wIBlXO0MgFBoMw2 QFIddQbrXzyG3ewHuvb1IshoLhhlmjwrh9OuEGKSXGMzOhfKNpNICs2DsJe1YiqXafVN+ejMgti2 w1qldcim1nlRvVmF/i3l6qujYNHZiQzhX8erOtXT0ZyWBv64+YW4u8NXfCvQ+OI1H2VC4pAIKjSe +Ct6ibDOJomub68XsFOwRpN2IpEeLMvsZrDzKE6JoPKDovJaNKYwU1SQyVOKB9pLxFnOZeZ9gtoW ckycVecmLTIiAjvbQ92T3C5EZP1SUBUumb2g5W1rnMV/iTeiZVwsv0NZTf/m6cJ2cl3//9LhQ9og tvY1zB34Mcnr18VBGfH59c2XBVyE6QSgpwQInRhvveQMmzRhB7Rw2VkmE3FIyZIEwlC6yWG6FWW8 S3gIRkayjEKxBFF9Skvo1lozqYcsQcIyIRbpy5zenaZIvlLHYrQcYAlPaU5KLR5TXjOS9deHb/qj jsoUSGoHnWh6PFQ0EYBVFZGmJB1ZjDcSLZRQAunlsezQk581YVbywyoqGs+jkzZyDZxhOy3h2XUt msoDsdb5Mty2sCYnoJR8rEHRh0J6Ka0iw4ZWO6KvXoeEBpT38JktYI2Ph/0kE7MmWxK2fKThPkIA QsorgUnMlw93mMErK1YXWX2Jl1FbaPCyZuJzoYc/0EGw1byRW1SSXQJlYyZKpIihAa7D+qghSjyn awddkQPElrEtzTZvVKFIBt5jwbxs3pwYbxnx6O03IdMrSnYp083NE2nGACrEmsIExw3AcnnQIZ74 5cu1CrCuQAOREzxoP0RZchPS4vAAz9Cx9EwjfMGpVKZ1a9NVn9LsSE3DbUNUI43BBR0slidnCWoV WemO5Wbs9NtxLITLkTXIkRW7WllgmCrDcEQSJrz8DbGGKIx67wPsJdVwUpg9j2wolzU1K4GzYVHa TO+BFrjriL7FjmzdOwSTnP9bGZVDU01WkSgjvItg0WxJVdohuxMeslu/e+KmzwlzkjRt8rY0hrca kJlLLjZTvfwG1urlfARCd3dDU9AKgOXjNFF0EeIsWGWQ3k45S5C0ZN5pnJA0KZL73EGssqHu7SIw /+Fez8SVGOaMHJIG7W6LDgEFOaQysaMeBR3fJoPnsxRxeoQiNGBUVNNr/3DRCwOgtN07smATJRXO 8BOV4IPVFoY7PINX+Vn7WviyfFhkQZdEi/O4uaa9dmd9M0Ty4YAFQ6OXL+HNXGzEKDlXfMlA8u04 oqAKZ6SR3eE4AXM7WvZqPPU4xG5d4j6MeXlLTXFhyCzCm+oz6KOpeiUMr3Oy3brEnvgqkqJH0T6X 0aB41poISqQ6joEYEZwltogoi+0+CEwSVPKL+ECAIWYSd19fW3ZRjmRGgpS6aN1H0ZDUoniAwwqJ nekms8TQMZ5wKLFL3ci7W8WTApn4Xek5OUBLEaxTUNHBqp1lJRDSI+aDVl3RUrRiJS0XS73gfFII T7TqtJI+7jUOvYBSI2OnlbsLKa7aFlFfaC6EJJhWW/C/O92SpUWnkemX3myW+eS4eX/YkGlzpGJu y0MvYo0MaYrgs4pMuXUYtVEXsdt6WC6a/5Zo0F6GDjCLvWRQ/R8stDoGuAIU4SeRqv/BbRG2nQik X3e3r25dOnsHCaXYL9R0C2ChthqFnQWxv6cSFgFpYChMcTnIQCOhoTnVw7hUx6qBUvlFeIw72Tg/ 9eWshVdNU6wMx8cT42tenSYMwhHKJ/XygiBD6nYe4pLlJUd2nH3NxHJ+6XHq6ofTUaLbc3XIuunl 3z2AI3HppbcA0R5WSNYmLWTLAr2AEl23dUvpCZdBjIA2VIt9WGbrrXC36JoCLdfoShXywToR3AK2 HLiUUq6MfCujXL6n/1mnD7UyTqQwfutuAQbQ2YXMfSyEVO34iE20wWlneDiOlblFt5edrEEF2y4U W/Na6ErXW1nrusqhlbKVn7VUO89t9fLi1uzbjmxfWwpuaWxkJJhl03ND4aY9XOtNQIR2OnUjJSIX CWjNGxjIMul1Zq6tRTfjza/L28kMjmkPD2CveQGspZ+DJWBf+RLlSEZBNcxDtmUyTVjpk5ezJhqY mNwKL2GLPzhK5Ab86rwNHG0tSbBzEkKIBTR06LdyRDTwHL/Tsv+5FQX7nzlaruSPVNPNQYzTX1cq bLZjSAkMlQEEVC1aip/MolqAd8w7StFaTeBmGeUijamRtou6hSqAs/CPTeUIVjHfJcZCScbfKqUx a+wHaBBLefhQuRSvdi3gAJSGMva8lqALOLIKVh1IQxlQt6pjStCS9xm2tUO7SYEGcNtmEAcRPduc UpYsOvQICMvDoIy+UcM54pNzIbvz2N6EJbeyyrDKLltbIga2gQUjQUJLtfZ0guJhaTQB2CJpuXML ag1Lc6+rqZbqZzHdwMKLcTpg7Ir/Q+w+Avfd5ga02uplltOTNuAlEjk2eYXb6HInHenxGhWG3dSZ Sgt/o9+6T0s00AJNjROZVp+KiVkUvm1k6ARdAyHbOX61mjFtufSqkCGhtzA/oRJzMaH1mSSaEPuo fDrUCdX8z2REJR8lh3B52FxeIa2Pe5pka/5ApHBmmm5R76Su87+DTuzmh7TaCpfIwXoypKsDcZts luzwDxyMM7Pro9/iPb+AGFAS5WwjmGXp7ewUfbqMDmE0WlqbUmh9z/MJ2UZLKgKRaei84GKCeKnG XGzAC1y3LhaJVHeTg0jR7SoViV+vJcfkZslkYUi6LTTUvfVJYsZPvbowiVdP1zWcxWG37+glqKWC 1gUtmU3PTZqBSFAg/iXylrSmsyXXctUAl60YDYPiyHGplUWvLBZRgPlF8FE6W61yHoUN2BRXdmgu D4noL1arcxtWAhJ4VFnWynSFVmtVgzeYF23ASbH+2N5r7sr1LhD7izUxnxayr842t+560wb7VscF 7RIMAdL4fiMyUxGnuZg+3WPro2J7lkfUOmqfJvK1lreVfCFF3JU0lMtkDCGH1JWmwy+dadeHE5xV p3xIj0KrGdSxs0UN2XWLGm9YPiMpbympIsYyosqDeVqM5RFIzPIQrg3r1YJcRbSmV4Eq/6r7ochn VUsafXbtaqIXXywtojuf5qGoF1yyZulivhc+GzGfZsXlSOaAIdyBBsuqyhWRu1USBP7+YdgVqost 55QQ/NW3Q1NApqVGuB7Yi+wAoS93KPZr9O3Z78bXZFn/T3KsEmeg2B+M4H2ZAqc+ZJCFCI55+5tt XeRO3noRXi0PjGYWFJbTBZjHYfmC4cmjNZeSBiXlKe164R/3J8K28aE7h8od3YLq4McsIqVo2bh8 J7dL2r7uLX+k4ZzSQFkL09MNXITAR9i+e76FzyZLergQwowYvAEKji22Ih95rada/ZOiGNwyLYM0 dW99iimMWOnoQqeMQj22aKYFZvpTGhBUdX1r/JZhvuTyoGL3vFAKGMM3AmYJWGBIQMaLjtzwTY/R y+SYCd4MFU2YYxsFF/0ED4YhOhA7VNQL19ThAGShfKJgASJjcMqymosIc7ezduvGTBTa+sG+NmTN KQOSwMLqa3df8IkhmyihIFaVC2R40oxkWj1Moef69nK5FFsuoPLq4vX68voHZlXleb1cbcJd/8CD f/SCmj3a9Y/v37x6wA4Eer2+/HEr4uV6vXjkjhG6RfMdVv4B2O9X1zTgyVDl2n9/Lo1yvSD16qLn fu8FyuBx3+Lp7eXlsoted5Pj2z8bpW4RHFkXdCniyTGuRni/uMuzIpLvuAeInRRw7yRWLvbXVDO7 pdTcfX8uYhVBMWzyEN3BBHT41SZj48fUFdP62hnEUDepXnAi+iQ1j6J91U+HyiV5/odSZwchiDkw tIJJ/t2lZ9asJDRl2v2hGgG8+2BP8Ao3izZ7Vyzwlu6rvuGS6izxVnyrqjcFm1F7WRdXEpVYALPf nmOmF1aB8aJF5qqYiXFjmsBvDXxkgEqliYsrX3JR98gyuRwaA7m5Zu/v2cAwvMYB+0rLxeS5xvFX AW4LvR47NGTlpmbL5TTIy9huTor3ROE3jKgowTMx2aanhQ3nKNFl5lbF+VvYxNdwHahyW7V/ozF4 nieCRKd30pXCjUY9a72hknMsSCC1r2Se3/jxkNLwy7jmruSlQRjvCuwYuvL/rYUt8wIAdHYgKkzn ecgzHFesuUFW4PJuT9CiBpUTM2pn37Z1ilzdXBL40CF0WknTymE5jxHAedEsGG+0XuItODehkcIi b5dQAYZlp3CYfNEdYpelW91o1U8ZJBDTHeWGpjuyftm97ZjwnQVmKIfR0YJeJ2P2X3dgQcUQ2AJ5 qhJGXyA/VIk0Y0OnBi5YUEFqLcUlj/poJuYAssIr3WGEoOCsAR4vXkp6m2yNpW190B0fVF9GB59X aSycZ2/NkQ1OKQtOSUwnkSHQZsewM6ZLJdQnEeK+XfpoQUF4YL9Bx7AlUaWKtnyYdx7CFIp83fdq XjxwMdafALXZ7boumGi+kKTMnPUuyFW4qLagr6vkrApvs8Yts1ZlmbcgyJKTGmxgui0xmLHvKuXZ KU6fAihxMxVjCyhYKg4z0ZZg6CbgjIAjmcWQ1FIBtewFghg0vVWPNw6YARTVrEzQZ3TA3amQpiId VYDKi1CA+3vdisE0He5EMjZy05xoTrE9SLSSQblN6S6pt1hAT0HyxVfapbXwrZE5l+bL7LlKVQAe Zp25JTmRp/minTpC/1kT4btio9U2B8HUsY6Ww87rVvmo1NLprNa/tbVa5scJlKl110Y1T8ttDTIG LXk3c+yWCXpkAxUNi/45iH7dgsc/RHlmKk8i7yK+zjbaNERVtob6iqQR7DNNTcuSNRuK9KdCAYqr XfhrOOSVdGaQmaHJ2OGGYJ0Jf7jnNr30SZzAQ9rjX4vK1g8Sf44K1VuTVhpN72XR8vfweft07XaV VYuKb38yBm2kHLRKQYbMCrpoAp/4XTJfQizt8iG1E8LJSYo/Lc/1hfNH/aJLlLy9ivWMx5RinBEz mDz23zbUPMagDw+KmyVEb9EEvnBZGs80sUsq1kSMxDjYDN5GIYDYbrJsB6yhzEjDNat+WEMc+dcs kkCwo6PhXKMaAabYJ+pHdZaPS/fD46Vn/ZmwhZ7WOmrX0oXALYBa9XDUjBxHJiXXd4+U71kT0gbf Hi4HeLmY2jAWEZIkQ5RpCOaFcS+r3l6VHF9aT+3h9tZELZ+lGyZwZLJhJ03aJAxh1/JFttBjHExT akTR5SUo9lZtswA93bhWd1KWB0loXl8u5kmUa6A3ljFW1DZYVoG2KEwhcpM6F9DLcmYINN/RIgbT Ku/FOrpnTJQaS1OWqdA+MTglRXLkUAG/ldrMmCWmh+hMzGaMgjLGrlBUgJAG2f5QD0y5CIKcaaJ1 tjb8Mtq+zEibPC6Fhl9+cpJS7EocrAT2hVjsPl2vPmDNWEwPZ83laGWYo0n73Q3ALzRvG5IVsAcq K/cuADWRH/umSIIiceEYWbRvPY4TVPhHvxwhucIyeddnVq7jfDD2a4LmSm3mlok3WwlPNi0OUaKX SGoFQba5rw+KEI4H6GgrvQtxJkhFJMOoK8nzZ3LFMsnPlpDnP3JHNmTgU/QmW2ydzzXzvZ76mDPr iRaNZLusgK8yAp8aX82IlItfs0gXUWUo3w+fAQ9p8pZwpkLJzk7XPl8zEUvI59W7CEDmJyhIr5ld blfmxgR9QH6ZiLlad692gS8GABCJi/QLuIhKVRrnd0yHzcIAlBT9qUZAQB1vBkfAln4bNtNlT0y6 MWWJ2N0CDRprzS7erbBqCEQzJaOZjZBd9OGMjHmhjvgjvAw2g3HBFMyBJ3lBJhoHzPFnLh+06PBV zl1hQGnHsgo3L4J4nIbD5pdFoWQI7NPSc4sPZhIMZl0JiXyCxP4QWusXBkr4ERNxYS1xkvlS7iyZ VrdZijaftmyMK3zlIr5fiZYRNbttDztcoKkcyETU2rQ2vuEczOTzeiMvf54w4jV26ovQZQhDPQTL Gwmv1DFfbnmrH7/2/1Sj+pdKsZ0MAUiVHwkwX6dLgqU//3FqD+soy+TIfVbm2UR+iubFVuMtSupy TKlSBQL1ItI8vs+ThwxtFoF/W70WxDLPwoFiL5+DNMYqj9KB9SZ1ZmHOxpkkSKyXJvR3Vqx/U2Ge pBJvuGoEfUlGX7GIMUgVfHfY5EQ/dsYNj+vY0D2V4wwDRa3QL0WHK+V9nYRpsd13l9CKqfIqBhZK TUZ6lhdjtXPjRFKCgWeQWhI77HJdZAzsJse25Ias5S0WQgiUdprJI1soy2SJjkfBmTaezIUl7qk3 1pDoZRZlfz+VUJffCcoJZOZApDOTMC1wA569kpZUpCP8In1iakTx1VgIj2XgZNAlpxmGhpOITmkH VVZJzV5n6aHUIJKS46EkhXajRGs4ex3z6ClJqp+o0azvPs6JZF9GK5FKL6Ehz8yJWYJTMdTg2711 XGQGRWFai+QcATBlui5oWFiXdBl8JeICYdXF+Sw/W8GkbcY/KbwiQB4n1CrkAlIBHf0mKdSKr6wI IeoonFpY7VSLEkQOaqhVYoFiRLBDbUjH6xeFXEWGFtsld7ncS8eTpBYdVZJtJAiR3eehnI8+4HF1 m1dFCu/JnqJLV6RvmSa6TMT6lCsCi0K+Qs1GAwgNNOH7pBCQeNDUxAlEA0palcK8DoR3Pgq70epT 83qsVPIkZn9XL8aQ3KBsNrbFpLkHb25uT2BGoeNTeVsIafR8hb7kyQmE5bOswJey/MUUE85VtCtt a7JCJddIcO3kaJF5UwfaqQ8wN/lMIU/GHAPhxiZlxFFOAsEs5TlPhfoA2VjprnhNWZoZBQEYErbM +C2cFqiPtSRVfXShpxTe1AWDrKpI3QEGDTIgI7SSQgkyamKU4ILF0ir6SY61twoLdL87ecYl8mGf tkWznCKvraRfjm8hGUAJhZ2UQDS5lXghOXfmH9FSsDSCQleUrAs58JTOD2TioAOMkJ+EhtOXuprW nXS1ycJ2E1MT0pZ62PL/ZAAoFP6xVIwo9U7cuTVZnkCXwmyoTZ4cs39JVF9GYzLW5gYD1mV6ZCI3 wScji7fZd5gYOFQfID2nF8vGNErUepJqZbFMI2diujjO8MTE0IlBxj6pxoAJBnfaKLwFON344KOZ ZIy2qmgmCqUPKjJpmkdzdi7hzyIaMQvNoPUyPUIgYt8mwwhJUShioTyr4FVFGbWMbJepWcDKbPAO o6Ktqkjf6FqEzT7iQvkizS3EGL9nsr0UlYunokDYT8xprVAdDgNGsOkDa1oGd9Js6GgI2E7PcYaK 3+4sxPK2SobHBt5ts7YZbY1cKR/4O5/f3r2fjtm0yCYFn+PTWKWUhGW4CbqQAVKUTIk2/PKHrbQK KVFRi1Z+JJDXf4DSWzVkAuYzSo4AwrEuuDdzLd1yX0hNyc6PNtyVVVQOZGV7ljswK1fz38knIWTG Wv5AdmKQUzFaq8a0BEKzKzmXPwGysGCeIlV05hj4YAk5QJaozZSbsuc45byVFvmHynTQAg0/3VsH NGD+P73LYSq5R3k7ZuXh10yCDiseC76j0lTeocvnNMhpqFHYQUbZpe4WjHQYuvk4D0+3CKw5K2ZU JitXzwr7kCnRek0hAJWxCp+rcnjpEU/tMvCFbdIV57sFqQM8+aognD3wH9+jGNpgsvUc5TYLSMog 5+wzhoDHqHITdGndGaEoshZ4dVCBx7MnfqZJZdgMu1MlpTfLzgyi/PksI6hiqDyaDbel1QkOQb80 TlFW4+o85jcNNOjLmrmM8fvUpRIr3uOEQycGOqkfUHTzLK79NID9aLv/3RfGak0kZc14Dd7jAWT0 biAgHn8VBY2lXIhykqkyZYyqTOVZ+PTTcZ3GnERw3QkJ+nFFoSkhx5Rsh+u76C3AnO4oJrAoByPJ cjM1s6qVbK0h/UAIK4jJIkmVzNngm3LpyeuILjRyawxyzO3d+YDYcm2+qztpCqMl2xJFvlq2TMfJ MGEWEvRMOWWSFb+8RlBM20hyIzr5Vp6RsuKOQJBZ30JKmEN8llqdH4tTZTeNw77OaSACHpuuA8EJ EHswpfjb4+j5F5NmotFDoklMyfpQl4ERZigoDfBhuR9qg1LrMu2BDQoAD0su8J1i7M5dTCENRs2p 3q3rGpDsQq/GRX4TIRzGRqgPFAQyXJsngYMpV+JO4pkcWdEmpXEj+C8HG1XkxiWjIe+oZMfhEzKA 8tlQOB8K0hO9cVwfu5XWme4sQuBsMzKNAQ0Xp6bk1FCUlaIaMLuYvVJlJmUqTGAtOXjj/JCdzZSo /p+60e2HWXikDOsdkbsxQT+2fSc3nSiRKOnKcSXI7osD7BWLI3YgKSUhVmP3uXJoz17IypTWI2mx Jh9vzZFZMRIvIpYHJdx2VqXYhhr5BnM6qv3f7M8hw2NuvWVOx3D5Ckf2JhZouj4mMzoIIpTqNohV s0poVFJ5tnC0cz5UUnzwVrrOVKBmN9axT5FFRlB+oCRHgXC9pZfkU+2xrefSQf8V4YGx4QopMgyt POpgARjyu46KOe85MFk+4F7mPAKmN3cHYoxNDAiMBgoKgZHNHZiAICgQWxlLPHRvU08zKTtcd2cj mu3O4ENGNJjPDBaWdI+9IkDDhwCmlHYE08UIhpb8YaNrZeLe9wv8IHDjVMNBpSXMVUhETzyjn5Sy TW0kU4XkYl/vyaljmUVBywYpCg0JTkuKyEKYss/KDTFq7K10dPZTDvBPiwspnnQNg3Zet92bhMvR xE5SXuHL2qZQWB6eX6nwFNL+pMF2jW3W6kMR04rZW1NdkGHVYSaLEarkf8kHMwyghGxLNmlsO0rL AaQgIr3uZNSmdkpv+VZeYrSWkCWTBdvyFhyxBEpsQWdKTDFCO8wEpnqmvKxD2Z31ida2g+UwWhWq +w3ncM0OI5ggBxek6PtPP/8UZrtAZ5QpBYl0EoTbHvtzrMjit2QkgDB3OByU9KZtOHwnK9eZWtrm E12xJmanhq8EseQ5j2ATsk/CmVH5bCQGr4TBZpfOjnqts1VDt4QxC1uoNTbcaEauwLB/WXtQLBwb 1gxWSWzBb1KIUH6RDbopNOoyTbSxEMkSioXCeklGmKyd66ajSTLJADKnEpxmae3nX8SRhIYMlxga Y2BcEaAVSXbMXuqXxiWEh+r6HC/WnmaJ3sRiQerVxGqafnUypSTVP7rAQmzEG2tkeukxd7t+lIVW JDSVHsjOPXEc9XuRwSDTiqMdUhJjbkF+S6MiQm1bm9DOefz1lLqbrXOT/aRzpLa6KSiU9wols1xc WDH1C4P88/qy9bLlD/a6guFlw9UWiAWE4Zg9bFI+QmBh+35MYCBiN6BCBkqSKRQYIKgYWKwakgQy NiOY3XQDnMFQ4RUGojaHyotTemkvqWT/ZLSlQIaRV3IbBJqJYNtQaEurT7prKXnWzvqn+kpFJOE1 oFNsqQSAE1P7kFJYpstmozL6U07g0x/OJ2igYaKzrMO4HpNK2Ba+Sq3XJJjPnjTn/EnZ/ATfteDc EEb3oVbcLBNnpV0uljc++3Qd7uV1s0m/DZ5BzOAdQ8yaUI2MoT8SLDjpg+sZAWuaUFdBzfBmQbbA qYmMy/B9PZaAKEGzLjOOABmsFxCRIe1hpIYuCc+ynKlDc2pk3ALtFrwtbH3IHsTrfB6Hdcn+9c2/ QyqGLGq3zHcZ+PARdGhqwRTC+5i9oZn1THIywzKbnK7CxfG+2OlcH/P+vl1rS5/6IXorBQOVWv3K OkmgoS6UJVWbE5m4DDY4qDVhID8kRRoOGkraY1AEJ1Y2iTq05KA4MI4DVhs4Z7dSbrQX2aB7ionV EIn3pI5JT+pe3lfGLavSFhdmSKIml4YMMcy+6kUulEDkw4ONeeLE73OSSRWITCB+I5V8SGqybAUQ AGbX7SQkf2xQZ4xiFzcxjgN/BP2MwFH0QrwKh149IYBOwmMUQGGASlkwCllEcQzBSGrweJc3coHE bJbhaBMZzdaPtzbu2dBW34gxYF+TZhzhIwfHfAYfYdyjTJzLSWAC7/aOMhIvc00oDRpzXH9boTcZ CMF8SdTws8TKCBWXuFt2CBrBJcTm1uUPhqmCNjwX2GxTKd70OHUGIxZr2dBcWBco6hSY3MH+l21t TLZNU3eWhifSMIJZRHE0apHjR7B/eUQ4Gtol0MIkcY3q6CIj+ymVBaABE9UFwWKRU01VD6ZHmNxi 3vDeGjqkjkRsGX2wGrUdGkuAdntxQQjKoYrAmZNdXYngH6fbVjq0diZ4UVLmZCKjALdohKj2gLwO hIksQTGTnD0QzBzDK41wkbYdlUH5a2fxK7j1KeVlIZkJXU4OxNT1Dtnp08za6OcL1ksh8qZGML18 tSIJOWtUpQw+V+fJLlBv6mRc3kXcfMCHUJ0N0D5yg/Qio9eFWzmb1E4DrZiANMzYjWX05YkMprFD 9mpCsbXgom2qKBKRHyHl/iecMYh46T/2ms0Hvkxd014XcOvGn/icYJqBgBEbuGJ7xt9tQJGvFbFg o+AZWFgIdvOyVxRAvFqlFEWnjhSUxFbArF1iMKdW5QZMe4mQsuEJIIZNBzir7x+jhZ7F5gqh0hi5 O4abgXVqiA0Sq7q+ZUJ+VOQ73Gkl7LJ9srVHibBwAIGxZdeDM8g2O9FNVvikFbzhVR01axZhV2AO 7NFvrSI8u9xiHEwRLCfS0NVGDjn9C2D6aA5jCVZ9u/HFOGIHRvFkJkpPJlAZYZlTmuONW4JpL5oQ HDNmBNkWgXlFUVYnwxsaIi3yyAgUDQgzSFrWJLDoQRC1x60yBF7NMVAVsZAYyPJhAinzOIpnDIEr qqBHxpAVjbLMB/CYOaRQ4jwZl7/OHpVeWzgzIuhNMtkQUTG8ks9WtDZfWpxilJcatgKE0F3WqPTd IpZY6ohvH7JsztXilCeakaP5rF0VN9syD8rCcoDDudkkWy0FlORnEryks0c04TjiVfgzV0aujY4q VKG9B7Wwyp6jri82VRk0MFoHAqsuKKZ1bNgav2qA2O8YFcVW9kow1voE4agUGdFJg4AC98FVplNu sEFIiaJkNZ4qQsDTJEKtOpprshEtKaoSStW0X/tpc9NQykrGLwi70cznHhGz29AEMi3d+yN0bXAk qk6748ljZArSChF7uosdwW6VRq9hJE3VT6pmRI3KBdl0AssTrbxjHUhVFOmEv0NonmjlC7LtKj7o p/PykTkHR5ZxKoPYBSU2576IY2ZPkRVByk1E1Qk/e0NB92+RnVJCYiCHEobQOfRAmFPZiHQVy1m8 FKEABB1bDWVFxp4KbmcbFJHeukiNRjemwlxksuYEnAE7/UJudgFWXK1WkzkpAnW8E4FthZtjgUBa g0S0SXyqE/YLB4q32hic7MiKbRjEpYZiDG0xsDbkVtNrVtRnKHuqA5TwEu2lKJWMvOGn/WbunCwF EQOXLR10yeK3GhGx5GBVNsiBTrKPHJKsdNgqmC8llCw+5DFI6x/iYlDt/xKOFxF2KNIYN1S4hMcg HoKdQdK044Rjk0Ijo2drnG6NGm4YihMijP0EBo3sElJNQz9r1e9DUoDx4QFZROwaFnqyVhkvvrsj AlEbVbqmuJRngQUJFY03sofkiNz2gkIHI+qYAMUeXmasOkc3+Zsc26RA1LNObxhg7uUzRtlpyZ73 lTTELwLvQGNc1pHGWYh6XSmtbubidWnNdB3NZeRAgTwSWqW/blEPB7TM0lvqBbkRwVwMjzqeHybB HBL3Vq0Yj7nJCtDsrQ/SK5qLtMuoM/6YV/HG1EtkY5RU9KzoUc03LpSfEYyFe7otHXfVNFvImLJS ZOiEBAoIJMdCSU6CzueZGfpKywrpWVp5HXgvoyN5Qa6FjP4QGWKCYuN30kCQKBSZvRynRXpZI0fz gTjkXwGxMUWiBuEO3mbkbSaVeNTG7DVHrT3yil62F4uGolBJbASU/V56roJSUsP4acgWDoU81Bal 8gAty0M6MlBoim0xQhJRKOcTBWgdEVAH4IxxH41eV4jaKMCzCyU8TGxMeXG4NX4GUsa2/D8GSbYR St2wghbiQIvkrdmRsXLECouyDqdZjEFckVqq1mbZRXsTJM8JFewVvDQFkz7RRSSTcq5XRaKy3VJL 3J/vZ/aWLhKrSbvZrj6R3R82kEiNIe9kxwiQ05BGSWEJDCvAirVA18vM6aWVCIDKGOgkNRkuqD86 jTVj719CNnjpK/xpEGZigkwFObRYvoGD5qwsIFdZht/NMsoayW+d6pvNcvMMlqlgDwMJFAHiOcbQ 72rhfiF/qge3SOmiT9uTbpcBD5W2uGAGPF/AnuTOByB0QF4z0DKjyo6IJmLDtI0AXbauTD7jVn6k a0ZJHFZwRrbJ1RudO39R7cTLvKYeEQGKaa82gyjsS+ldNYZmICBnwWO5hKk7hN8IjSGvoPsZXSZZ SmafADfJAa3lzHmf94mLTZTxdqWiRAKsvI8knlJyS5ZIdn8Qz+LMseDzlII40ibltLPDlaFAQ1IN aZR1qjxhM08khtJNvibbNxeXwm2PTTBsKxV0m9xdQi1mPy+Zw/SA9+o2VjI+nA0xSA6Qe7JhctF1 dotkBLB1Q8XCseWQrnWwS/NxTjG2LBXp2pT+pWSfs6VYkG2WoBB4JqoBzZuFv5j/RezIolwyHNmQ hVCsjbV0R383tT+04xeUxkVZ60UnSJGOG9j/Vn/ETLqRC62ZQV+cRFDtC6AthXuRqAOF/Ek4s2jN 4HwOFnwgXkrAYmAqy3RJsE+5drjA1wr4OUMDoZWPZodhpo4oCtUzUKJTbwwuvNq8Oe1gsz0Vg+jA FHQlIQ2ioIw8t8UBIstTmaV//pSh50fZfaKZZ/fHnNVGcpwIBgLIRbWceadACKERvLc3xKi10wtT kmBET6fxUEBIvNQDInGezYcG/iLP2EhqNZqIC5eIEsUkJtiUm4HutuRRevAKrUXb/YNcgeO8szH1 Z4pdtQVTxlWKlFuVIKBDy15pY1q0/WYLadAeyvRiIouI8Krs0PBt+sSl2Y8JomTfDMgnPYsb5aTL pnNjHHxJjWQRoZQJLagrTzUzZ7bItXlR7pPLDuz4SAtSTPSUoURk0kobuZaW5tVwY5mjzwlWsqQa 0FYga3cBT8Yn2UDVPxjRlS2tmjl9l4fkXV73qKvpCZHIw7tJopUj0jEdLeyAep2vbcLexJFGSIA6 d8KhBMO/IqzLXqCF5Zb8gFnpgAYoNraf7Nxo0pIERThY6CNv4jNsQQfGiuy03gjBiUJ07TP8aT/Q zR38zIANPB9GN7V2fEJ+a1xSJPxWLZS18FgaQJbdWpTN5ad+O5RlPmyihNKNOQs1Sav0iOFayEKJ dhq6ubJVttTb/w05gbP/svlEYzKWDCLYu0miFpvhXSwAxUw0L261xFNBPRaPfstbuon802Gg05MK 3b5wMfuCaZlO+zUDTpNndg5Rcm3TQP+GVUUkOPIGJrhjCCaHFUGKX1GVYfTbcTjIftrAcgrTF9Tn q8bDmkEzv/wR++yaakCAZqJEde11K08QxbPB9kdIII1mAFyDBBQA5zsYFVmWJ+AjVtQ+gqNT2LwU hT/UAMKJgL5tEfOnBegUB9JaUyAk7BZtKTHXpKKoDB5JinLyOml9bsUymYISUwJJGrqnBQOdzYK+ orShEg7V0WT9NblUlaJzHyGf+5O4do5UkavSgotm8x+94TVb1GCqVkmqYHCAtgxNeIs8kg9pAxJE F9X3pD2kuytmIZvucI57CZsOiqdLOnuZShJoEqC3tAkqKDSv6OPwt2TBP9TO1cwyskzZZOM8ozG4 n8RzUtmmJ2eEdKIbW8OlYkEugAQYWIJBJMIKJjGwGRpY3YrdVWzzxGBwIbkgCkmgJkXBPVsQt/gC gPjULOrQIysZPPpLlxQkPe6AKNrUCjIRd0ZEcBmNoWZjyqWpoCyHLM3isxjP6BKHBwB2J1dqzO+K 10zGjAFjh3iryPbbO5c7gSlfRTX+0Ea0idukQm15AIGnCzTx+pZp8yXDoQgayOfNyuSZF/scpTK+ oo6YG0XZBW1lPGjtTrWZOAwngBd1KuO0OrBWylAZZ+QZqbhdToUY4ud6yIjb/u6FT8yA4KEatbKr pcf2yyCd6yOp5MGgYi5xyZG6jmFpev0yGDR5SI6R0r1gxBBYDluInL76gYtBt74jwLCm9NugbJVQ g1La3CWJWSUFplUJkaxOpqOFO4O8JWjt2GztwxgEmDDArFyYRrJw7oKSNIhphhnTQZF/aBUrwHXT T1CuZQD1Myo8FE0k3lkvjkMnv81DuQrmKKZJA8dsNNMwtVLR74VflFBoMGVt2MlMJT477HtWahg1 slJ2SASCSuQbsMLpSEF4AShZAHYjKSJhQHlJaBVD2XmlBoUskUtTP24nEZWsbxISxVQCUY2Svpa3 JGigps5j86vEVczxumdgEV4BqBoZwfR8JElIVSwNhHMF/J2kdb3vdyibgRPVM4kkx+zoGrRRxbCc /z/BRajqM2VEVBAlCbgyzo4/mgmLv9U5GvBp1oBQXKCCnCmxwkRpShHSHiTGyitqGcXBc/lSoiOa jlGNy1gilvVW4JGc2MTBu7FWKuxeVycAcaLAFZslhMLnb2Z4sgwyI7hkK6lod/P3vtUkW1xvQPpZ QoKmqqh4Z458oAJaSwmfo49RA1WFTOXRnlmFDqcBe3h3dqdUmFCq5PTU5RhEmRklyxTWPnUrBxbS sTQ5reJQ7ZHhZc/ZiwpnOEUiBBsRzatzGW6Syd9NASNddpDMw74Q7xHO1cOqV9a6Ye1xUwt6U4vp TcvEq1DRhJ+OerYP7l7CRmJJJoNWjZzOBj8NQDcAg/kxEmRixNFWdxmzj/SV/AIEk1Fr9XDVM0pQ Dnaajub6Cj8T1dcTWMzkWxXcH/zmYdVffcdiT5vxODHiMr5Hqzmr2YPUMNWzX3x3Y4dT2UN9FcB7 EKXqX9/P6JHYJvGYEFroq5cMfX/f9wFV1kULxtBjSlKINXXCHu1VQpAmq5XjDN0ttToCipVTdiMk jM8c86/K7bMVdshg9Q+5QyKDeLfHJhs08aJOoU4HM/IyN9yzuoqKhqtyrXdWykgSHPFVECyeUJhL ff1Qc/RhxCnLpJawFOARvoYRoOIndw2qtDTw+PAbmbrwM1znXuFD8cqk7NOnrpsI5RHAMQmCJiu0 U1zPns5uoDSuj/bjKyElsuSY5segkjJOk1Kw5qNcLBY9dS0vRFjW7p82o1Jdvb7elFitkd9KvgXx BpdSA+eG7LiCh4mpwKSIIoX8sBgKsqMv1qIv8ChAxThG5OpVSKpdGiHDdZdKj5LjcqdZ8ETtZDRh ITdUz1YYkpEJrLDK5Miqe0nQaoXlb95tPpPmbJ6TkGL1aFkqPPlpUtrIZLj6OMVCQSch9vSc7HDC D3JMlzoNrdXqb9Gmr3bkCFSKDsShMWMiXOrJ+JKnqJovcayUi/hU4Av1oq5KMuWQJNPFhSPfPSSk MT1XySVWhkPvyhtYxM6N97W5aEvdBkvCGUmGgEEG2hYJWqueceX2NdojQ/lERJr1nfHELZVFeXYY dDCIcGiZG/JTnR0i9cf0QfPOpbNxT/gpytZ3R7pBCtkyZPkkjWx9NLvvYXeDZ3ovkCw1k8ghgDf5 3UBflm8t55kna5FlSUKsVoyoa5lnCUHrFAkbX+q9YoZYJgFz81l1PefcSvy3cqKksjJJqPOr7s42 K0bkRNW/IEPZXamaZCSbPFlIqd38veRAWhM3ZYhI1F4oMzoLzLAJYgmGvyWakrGuLBlG8RZryaYF 3frqUNVLPlkG31G7qkSUGz0b0mwl6zXQ0VIEe8s2XdRR9s2/apIcWrKoQjjb0JOKeIBn32QeJnbL ykYoh0eJi/0sMStnaMKy60Qs3J0PCRKbmYPkOMlKKyqSy+ktd1dPbQtAhk09OMqvbeGbKDEmKOWN +DIyOZmsgzHkFSUT3OROYjvokrgqe5qPOwdYQSUjpgtXqhtQBOnAHoLXoFJPDo3G0tpa6xhQpGjo wQ36cAAtAUgHlhSRYtDZLTXQsgv+5zVR29mJJdDId54Eea1gSZYbtpw55aNmz3cybuSxIpMaGW3s IB5KSrzQbxjYxbTsndSg2GPKBo88U0spgxIeqw8tU1pXcJdvJAEvtWeKpMuuwiuccvR8jXcJ4YOC 4APJHJiuJTukEhkDWKswpEUdjsCOF1OwlMI9AdUt+XUqqE7A93EwWECDL5dsmZYvQQwTVDZDdgl8 ix3gS2yxPwA0chzrQ0TpIWPasJxOL3NoL5Vr0kgpLSBD4UO4NGkOKUS2y5wzWgaoSGS09EVoYkGi tQhqsZcGjFFqZ2At0LD1QEaL4ewXD1OOwIaWgFA6ga6cRkaEXF1jt1hgLh/41GhllrK15Jp+Dd22 IDzsMRcwPL1kb4W8xioHDqK8IUFdoNd2BetXrpCShw4t39Lzom8mnZcA1iaX5mQ/yCQsCYouWCgX 8h1IB9vjVC6bVLOqaGsdhyU8Rm5RBhTFJIr2jNYoR5fjBGKKBK+oYJYCQfg/yrfcw2DuEBxizcel DUZCvAE25kRU1GqhxD0quRsmPAi0yQ1DBSDrEbkfEdGOzxPsxqU3F3b+4sgXt5heMtQIC9+dcsgx xI9SshTdQ89N2/NKTR0xiqL1dTPR3DIr1z9BpCu+Ly91QXaHH1Fz5kTTsu9WWC0/2KIhI4A3kGfS pVhXyJ4SM0jZQVqQbLX/ywVFxpbqhJoVZy4AoSf3GAE5k5AtWV0K/CjSgF3wStEbqX3pJPr9l87y vkwGLz72bNvSHDPtDIOZeo/T0okSV2+FXXS627HIm+kScozPf6mpZCi+zGdnyj8CmwxpKG13Rpd1 ZS2BGKmySfbe8Yy0gzpX2ewWulUefKaj4x3Mg0OWQeFyzhhgmQ7rb9fdMCL6r4rlshE015ORMG9z CSb8kjEAnFZnooORFj1IyzyFLGP5tKwgQpJ9qoEMfkkgmEUPMuN5niadzuXBYyr35984MXdywYXG KE2n5BvYEnkjeqfZ100RZflgaZnmHMpsNBHN9L4O+pjVztrOIxnWnPldyG8O8TFoYgyJhGyN4Xl/ mCAb0tqdBQWfarP+67BosdfWKRogFeyt2CRLSZgRX2D10uvgq1I24ylAJIZmt8lgRnyzq2p68Tqr JOhGJcwiWkrL/cAPC2/woDsbcgnirTgAIxM4FkVuQtCXcFAQNP3rISG2hDTBbUFi8E59hlRPasTs QXXIG9jPe5UjDCjPJDzW3oAE32KT8hmbjDwLTHe5Q0Nr04ESuS2GYWGaYLP8ghfpVV06JEJhcceA MF9fegkC1oU16sjmLLfyWQQuZfW7Z9AlkZyxPD+46GyNekXVG+vOXMxFjIeK/Zn7wH/DtiD2FVTO JG3VcN62RO0cStWBfBRpuJFhny8gKO/ubkXep/rh5krUalb7t76j2vD5OavUE7qHcjXYb0CHVNg1 lhkV30+iJKlNGyW99p+r3KCld1c6dmItGCMZP1GfhUBLZwx63zjWtoXaXOCgk1IMvZuqWkTqSEfs xJdCNUen3OYdWhOarrGeOjyLm4OESVbOG7NHmoTB2bDC4ywJ3+FD2gqh/GE8VBWmURFnMWShNhbm TyFkmUYJEgCJbUiENMPGRj7QSxBRDYUs5QzaE1u6sDBtcWpMX+llTI7BvMSXuIo8fsZJkGKU3IK1 tuJornIZXY0KLfKVnNLHLeXFfS6zzgZfCIkKjh+aFfXIhU+Bfgy25iC2MqUat4wdjsrMzRBGgZcK Fy1YSDl2w2GZz1xbd14975ljyfD5guatFtr5E3FbIeEFePigrL9ohZQwwUttR3x+x93BUZfwQhIp IpOb8LeLOfziSnozBXx9vt5dy05KP9JOzJaCJstkQpwAtxsQqKwzKgLTEEp07yMMQ2YTFeYKGbln noj/6smMVQwtFdBPlpdHZKKrtCeVdK45aqsVtysVLL2/OhRnEFBAZHicVmMbSBaSjYaNJTPc03Vi yvflmSWWPs3dGJXbKhieuFM48JPePTomowhwYnz0VtItv0ybtfJ/XBCmZ+uVmBWboRDREgJDQngs keGOkePLzkgZrK5xB76rr4axyJUPj9OssosuGbFpSLsjAZSu9VG6YVtSIZgAU3c2m0KUrrmcfkRb POL9VJ5ZTlOIGVR/2fONtoIKc/W6dVkSNt5cCWQZobEndk3MQAvBf8m40EIU9TcvbOr8GO3bS2k1 Ej1EkcDodEKQvAh/FI9MVJE/XbfDUeXH0BVssjftUMKbMkIm5UWSKDvRIGfYMlkDO0G5dQracfSW YUljNWSe4MMGrkuOQP5udCo1S0NYK3lLfNl//phPlaR5HdqxpCZphR0haCtUvbn1WAfij5WBWclq SUKVEIiYVfZ7Jl+gywKYKDIyQaJjJbCscFDNqYSqw655lM80mEUwQ+OUgqKKtcxsEhqKST6vVdSB NkXyUA0E503ElJcWWUjZq9bIiylcPtVAXWxaj2RolYMsxwQ3flrNNaA2ndCFTU/mjrzauRnKaKZy ILlY0vdmOPnoQLOasG8q/HnzNY77PsqFSiQ9eu6lDNxXdeBOeBJJfOWEiCnqIqlxqsQD675uUt4L Qxo75Mz0aSQfmk7JKpkqPiOJX6YwUmAqibRq271dG17E1PORTAXZXqc9DbwtItBOb1Mw31KATpby BeN4DbKSRplzoVe1LegAwtxRplLmatnVjDRIjeY3MFMn11ajYZhaQ8CYL+X3WVCbbpmjjyvcZG5N lVWEAQogzBYjfjWgq4jmS1AoSJQC2bTV2wEBEUTPwDSH1HFukukzAcj2dnuRqDBBnRie9qQxayQM VxizhwZHX0IGU+2Y5GcNkVXlN0UmcvcJxAGBhtAYdvlrYmS2+mCAEDVrXNDNak8Dwsx4Ey7Xy6qq 9OMui6fzVpQuZ9qFS7IwQq5NDbhkecZpyuScUYdzsUK9hjYM/k+S3hrQJf1zHKoJWRoz7ywAeT2j OuzQLNmXt+SDqN86ebxsdYSkPt53HZ4VTfZhdB+0KaBfFaee79peT5IFg/vqZ/RQtBQow0RAT6GR CC5ZIYLUqycvxwtJp2/yTkWZljv8CF4mkKumqQYBihgyIhssg+QnDKk2xklF+9+lfNa7US+RxBVj 5na2fIxiJZLgkBQ2WtKUPZ7NFPQXWCO4DHlws5cO0rNRivRbpSGV5JIkP/s/0vC7Hukxdyy1MAts wVv8VvnuwHNPXygvrv/w0RRBJHhFNUsjc7hlNCPomBlZbrjaIsI7Ppbh2L1C8Crp7TWXoDDQZcu8 XgOWgHXeWqoiDrFUU/MEQwJwjtqCLiOIVxTZthMle0BcsvRJIke/JkkX0/PNFJAEKgn3IyLz9hCm XMJqhxmIbueRYCwY5jsyIaQ1iBEL0JpIvxz8KNyGPUTAlkigyAAIK7LNWojQhfw0zfe0NC/UtJMM euehLf2K72vJUSSD7CpbJTGJTf2NFtUE6ErzEVcvOsDme9wLNJN3TbK3Zm/F/QbSyTEBHeEMCwmY JqZFpm7cJl8c9xt3WUCRC/XJo4/bpjcsVfYDiwVNemk4uGaE7jnCGQs3hIDYNzK0E89y5c8mC40N WOQtFyMG9pp5pzJWvMA0pkKP2MmizInW1Jk44AAUI2bkEnhH85pdcxdLbjowU5oCmKVB5RXpVpvO CfhIfaJfBAsYjddmusYQ89xNWPvlRAm8VUWYz0hC8fKllSLrmgGA45Ro5qyafqzo7aA1o6HZuOJA 2Zuda+ZRH/HQ1MRSmYTNYFO2r/H7l9sWTc4tOi2TggkBEcYvOqTK6KAIn/sUcayMlZSurCUXI7Sh QuogGYbVU9q6Jwu74oU/ORaJZb1SHZLo9FEphPl4cTxX/KfuvKDUUzMXoFofIp6sc4k9RC9B8IGz 2VA8QmNlEfsylUeyenVemik7pY6ibWpEc1aJmaIq4pDL8iM7Y2zJQxb6daUw632s6YJrLUIGImJC +bgxk43fqPtWUzq3iBEfkjSkZeCSF2nDhEtEKQkZcdROSTdHUgr6d7XD8yV7MeSUDr0fQ0JYpIUS u4uyCNz9+kIQv+UAPVfsFLUMnV6qtWCpsnZkwof5IoV2NSJ4Wbz0sdQtcKNgvlb6Eo+G5xpQmWq0 KHBn/2acdErdLcrS335Dy9Y8TU7NPuSAora2zc3J046pWHPQiJtkWJDt8TjZAKoAVK6KT3PHsBhv YCJqc5N49UBAhpTT4y6qFN8A0RyxTQSfBiTZMtPEpotIY5cZ4WAnJ61WsrQKnRTEHTL7PNLcg3rp xwjM2VHsxpm8zU+2UoUksxQM2Uk5TFgQrrSzSQY5LzJCASbABaTwhIH4HNilzJ5jcVKkcsksjPQ1 FWRM3Gl8773JnFhjDPFrOWGY0JIhEKvlkCRHzeQ2EmqDdybn3lLPPfORnctuBGd8AAIHcl15oLkx QstZIR6SGA+CWoy85WqOA0un5SSgcVTOYMXY+jYPmbd06RO2lJVlP8LEiRFINVEJCrUPW02Ux3WS XIrmyF/510wiC8XFtgXT19KkgkOFjkYwJSMdQnE6R+8Qk6GnwPioARNPYMWPcMJSNzAN1vgeP+q4 qfl5DgdeTCZulE9AzKM7dLpjPXb6X0+KqXDTDzuBKpajbMBMiCzJV0G1+9ORx+gAnX4nbKQ1DhsN x9rRNDaVFBUKDyRCaSjsWp1ErphJGQzgCHXA/v9khnw7RkyqhmUANc42QG717dYsxbZZXXumRMsG 0lGV/IKLBgGgfjpXrz4mEZneJtuyzJKxao8tMBMbeEBYfJSNQnrkUUyJACv11QSD7hUhu6Ga1HTJ Bw/YNudhK2ot1BJsoYSLtWzL9xLw2OllfCTMTIWZwO2cjuNrEo5kvvr6PNPNWRpJv/I3IwfJhIS/ GSj3L35VHcUHpCW71ZpmLgbDr+sRkPZy8pU9ytqBQcEjgj/+VREkH+cQ0MDqzYsoc3GaLf10L8+B g4GOND5qXUiey2h5jlclMda1ViI7TtZRomhgv5Y4CU7SDc326DhaqNI3LyGWVPBvZ6v0LIlqn0te Le8iYY5kMeC3ZUjl5pmCUVo5EN5uYpQYISu54YPwU7dBpHbdHdxVNBg8zEZtTp1w5M8Fi9Ip5uFM SsyP1LKvQm1iZMThj17sxMhcpFVIelGjGLkBrTa5qjEMxthnde0L657IYrnHsAj11fVT52q55Gzd R7xL/pmxDMjoQRNX0pexcE+vWBBgkf3MmsAh0jDtBHt0MoAX4aNL0gZNFrz2hyVzCgkkIGQS5fMn BUiXzoewnzIKJBIh48qlJD0AxTC0Y8icu+R8oxYUtDVsORiV6UuyBFNSy7IWhciHuzVFqQWFcNUM u1ghWUCyBsDD7G1AHzDNz/JYyWbeGe4RiX9oKjcJ/Yp0RZmeIGHqKn8Ow+A8BCtSBXXamUZnXgxG ahhmpE2qkvX6uMyp1KhNo9hvF5vBpeBmj0L/Z7S5WDlmAAMbSaUFKCVWY8fHwerko/CSENMBEmLG v1LCYAk/runuRz4AbTu9XR6S3CrxDcIQRiDgmdKkl8x3TPVFAMKfycoE0T7MCI7wZKhMUo1l6WVA ROnBtouaBlqFcuxkkFrn03FKLJ57c+JMdDGNpoxCYJQ0kgLaCXapGEMq+s8yaMWsfaZXnVvVoDD0 8FGHi0kACR1CckSBxrWh+KTW6iNgX1qBAknyItrueuMxiESJPfNGnjHgQlqFfVrjQ4lUoTVicL2j +EScRWariCfbqmTZcbGtBMMhIeIt/47UrUqzEOgXo81kjgCCgqa9OqLEgFSFaAG2g+sOp3TkSDNH gFq5s03K9GVlWheR6pXJp5t0xIOKOvvOhW52I7h6cS+zgk3rnGKsAbkEiWM4dZEf0877DCRsWz6N Ocolinqz0vKlkIEQ9TQs0bpWxPYSa14Diny0VEgM9XS7QKo7qMNojUP0hC6JbcEhoyreeBYuytFC 6r5filQXoprWBbr+tVm0k2c7Emmt398XFAKcbs3QnBIjxtCt3xgjEwUYDMjSioJS8AqDbIMMik7M LBsWKOvE2kvnEkjMQgDzuegdC1j2QmjhBesdOmGp483JGH/3UmeiYMb4he0+dU+AEcB1nJpwsYJn 4BMRilrLSFV/clJmbKp8n+SqKnGVMFBcaXmwWoH4wnUcUGRbwrE31XhyN5QpyWwMZimMlhZSTvqg /hKG/FEaKxS9fz4FPPFLX+VhlRk7sm2KvPtCeRFQM2FMs31h8h6tcb5aecWDh+DXQmjfTdxZ4nw9 ovsqwm8njJWm+9pigdJZSmUl04vhHsfRtynum56DRKRXAL9TCPpLX8SpEgAP3BBKkX7iZ7CJth4G W4iTrDicLKD11eplJAbyXWBllR1O0CZ6vm2Q7ZvOUCbWs7V2QdDYsYUQlxgNRRUVeDVoO8BIWkY1 W0nSJjhi93CUemPH48LMx1GoAYlhEZOW9WAhIKPpgR2FhiGzIOG+BggomEhBOFpAT5ptxFVcZS0m HM+KZSFayu3QfilE780XuBEMyKqUj5VsWdUTQEa8/0NFhrRiXLhHHKRhJkeDepHlUbfB9FbraLfV BzKfcqSGLOeSnPvjY6VrE+ZGBbqsxQfZYwacMgggqbRtIe2gtZ6iTGpMHeEAgT7LlFh4+UZrW0RS NdmY1nBhSdDY2Wzty9b4lHgd7GCPnFzqSjoLZMzLUJkBcqKBxVRw9TqfIX8f1KtlJ+aQKsHLMVAT XFOx1z7X12dBD3/hX2nQ242RQLVryQbnO1xNUW15tKIsJiKvGF0JjzVqQzJ5Ys9s8f2/Zu2YZx8m SzACpCs3eQ2OiabHGkDGXFPP6c2kmbwPOYYhCj0IzdpN6uYOXpyaSBvoFIIzC02Njx8tZy2agSBG hQd0JsqGQXFDeaQJSbrYsCmcoJBRf5gSfbEeJYPOWvq/B+QZHF2dLv6FqXyHB+abdKVr/nIsgZ4q FmEn3ZqL6g3aUKHarCU9RjNT6tNYr4KN1s6PRa4BPvcV2PGyZDg3IFIZ9TjOiJNDsEnnRBlymfQY FvY6fy23D7iKEWlt2MWzTFrjBsY9MTCjqODqQKnhEpuFRte7scIFLUMJNxh0n0VZtKs8xZJjC5rM IrHkkRxLZ33auSOb/JjyH3bmtko6srENl1tpTsCatwQB8JooWbDuUDrpQWNITTqogoRVM9oTDA9P bx0inpF7v4fYhLE2+IjF4DrqzxsNaIGhY8JBUt8SbECY2+LGgq3DOa25HJqxRRgcF7nanXyQDceO Tn0TMw2BWa83Wn40Lt2S8Ig22ua6fUcx0G4Zh3BYk8SysBTpPoltUTW/1tZ445q4IoMV3WOJZnv0 OsoXSkZHBswadOOnDIacJRb5S8IBLNsHolYe7f8ytvySRqil2ZkMCodJ3U7eW/kzy/XpGnDBbhYr /zPJzCRf4HF9XEgoTeXmTcbI1SFd6XnmFnSyGt2i5yg+aAttCE1ywkIrEZQMGjFE0as7iAJwlA1h skDSQMELOaEceT6Vk8Rtg7PMaGN7qMuDGVMLzQIZBltVH4ttRlHeWFwmDgmthamcx/ELRzxZD6ka yMd5ElOENiikqPyUPro7ldgIzWzGmJBzQcusGHfJrMQFqcApgig6aPOkiPLqVpq8SSpCyBhpWYA6 AlcNNXHBoHiY8xYTl1wWsGsfkKrYuT4vtjLK+0CviGrJ0y0Paah0jbqjkHYceQfasFYYMKH/fa2P OUrHSyI9y0OybQCpbNXphVgTtYpq0MAGSneiHvX6hOM3SyeZ/Uv3xiMovK7YDvH1DJYqfRmxOhqS JO8Gic9xbbiESDzaBcJH44RIjGTP0LKCmKH2yvsZSDZD1aSZAEt4kbQ+1KRFhiEiNGOpIb2VOkbv EtoEW4KPV5mxsJN4BK0iJDWm3tJj2UIpd4SIsMlSKKkmkFxJkAM7wY02Xc4gtGQSNpxTpDN/W9pj 1hCuEqPFRV/TrJ1mrVtaWaQiVBkqC+6OWWIRTdib8fGSd/uLk2mKKho+PfK39Y49lLje0qdw3CKo ZxRYFrnSCkwqPvec93JlRYzJKnS3UjMJAZFFMjNeK4VK6yauGIJfc2mQMSfyfmIsp504spEkSWgB QL2nItcYPGEeR4luhJtfJY22nGuloxxhWJH8CTnVJH+W1rK0W3KAiWsYZxhkwQDyW3zTUe8CNKO0 1GglxVfihvRSMIVqWabV+RlIDDLqv55UWHzbrnEeHQCKuGLdZoA2JmlivFdn503Fu1BrYGikal+2 q+PZGkvyRioMdbrO/ASurmQ7ZJiS+AeWkyJGfQwTSLOnAZOdlv7vHHJmwtm0mkENy7zjX6mEYJlY lgY0NZXcfvM+H3hiV4aZMtsslG6RTw5OnWmkRWldKKNMvKRBY92OAbnun5vKu8G8G4s8qfTcTs40 MtwKJp7kQ7C0kkFWR9K/hWTLc9CkSt6xAeSYnYPl39kEScQSOradkkxa9mY2kVeHmT2eSMQ7uijj HMP6Z88aEEVPWEWN9iUXLSvgbf5SdMd/wSWJ5VkoyMbMnnV6af+FxeZZ2GNUiRzpUIAcInPWngdm Oele2p+9QDMPtzEKLMr2dK7xRKtRTkR3DC4INBjl4NUNH3YPQizvZbwprtTKMAzKfUjpnHlh2djm N7PXxjImw/CbGAP/KnOuN73mEu9Kpsj2RoXRlBHRpgJaW26ksMRP6SKrqMhDR7BXC80WZaYWZEpd inrLYzNOhgW+Agi666REM6dwTipi0vIRDJZzRWKbkLORwDRaPGU9go1GMj7le+jBoZVLjmF8sxT0 mo48jIkGNq0x/ZZjU6ish1uZN0/PAJMaeuSsNMNhUZCPIk+imMbCFjP6JCkWSjFQAy/ASBbDaXdI g0BasaWo2R5l4YByNS5jn/q4bVeMOqMkk2yGmLUiM2rjEe3428/N0lzHEQ0kh0yhEAiBW8L7JFEm RkrJ4BqrAERTSCie4s1Swgi4SjJs0Fw5y2SrV9GUdpqbGbP8Agu1u0zOfmfP2Wm0AZge14Ud3Uo5 CFQ035hZPc1VmuMdv+ZhbFeMFB0bC9q0U+MyEwqeYXg5nrger1m+LONSzpMfg/H85qWvbT11v+7d m8R8migNXbE6Msl+cFSg8iZOPLiOdFAeVGVc1x2tKQEBFPGYOzUg3fJ9mGygwGFOTKKwOms2lXqU F5UXCBIs+JBsZY4Y63H3y1TJnqWoAaYt9YNyAEPL+bLW1tDJViKXOoSAQcpcONPSgBYyoejLdLE/ 40iL8RgYL9/ISiO+PCFjGIpUrDN96teLeLOc4K1RjNbZBReLpMhg23KtWXDHVxDQ2o1BxWdvW7ag hX8IVV4jOTcnAOJwMDis1RA9Pak2p4vebI1yOUNbddGWDI2smdINwhJkEVgXTupKJdmsHV0Uh4Iq h/yHc9YfKuf1ma6ZWS2PSr4mL6KB3oRkIIjlNbN3sUKAq5TkQq5KU33no+sU2IqviOD8c/e+6x3s 9FHc+Y2gpMTvDG4yQiYKAisPZTnpMZ4yj14tLJAwKjNa9hDjWiAppbNeKgXC4XBnSAkAfagjVyuC yjhlHsm6F6/qbLGfK9lkSo65Phl5natCiQ3IWTsXZA7PQC4Db1Kfdjdt3zSD1C8ZY6STlQccodZJ y/jTskHQMANv9yo04DjBZpLOTGGmjqGL9rI4KrQGkKgQnZuV5GCGQnzCLiGK67zNoMVN92BWYbPm xNqXbJ9tyS5ryeGotg6t4MMpS+HCPcTZ2vcCh02HWfaQ5GRZIQnTMB/BkpWp0ZDHDfNzKAQEF1kQ m6HGCX7QljbxxXzZGHkmbEwl36mX5fjJKXKXGVxsF1kwkAOE/71r7dzCGbMiC4XcJZkcsMVz/pP7 RFNmSRYt9SsLQBEcUzfTZQGJy22SKwa2a5zVUqUGmm/JbTAevypBTkpsgUYKczVWq61WJzJVflGJ Qc1EhSSz65PVYYxQweLhGLNDzFy6LdQKFLSm3nL/errHp4JNQr5bwD4f6LwbxxnIuyc2d0BaQbLC /P376ekZlsYegWIulJqs8KdMcb/93JQ6uk/z+fn34Wkbdyeonx7I4cEZj5648fG3U9R951XFk5Uw 8GUWx7J/9jANFW/nqStu64Hmr/uPassnGpQ3VDBUPdTJuw/o9uhAtvK4wpRmjRmXJqkhxvD+wMNu ltKms9z327OHXmd5jxqRaqpEfu3oMYcJ7rJZokGhT0yNKCtxcycWQ6Hy+5nDGk2bilgswfQN8vnx JBJs1EzRiYx67EjE5fkuMiBPI4E21WgcLae7cMlIIMhV9tNjlEiJZo3edIp5LRPirsZV+988nMTF DCZLcDkA89KrAK2/5Sipp0MzDN1TUHBY0QitDVQxxIccEicNsrVIdtAmDISqpU9VJLlLPAZLDJjZ OWUeW976p7eUhjN4x0I3mrlIzoRkELcVSIIA/pQoIvD2k/1mT4RG5a7f1Z/aau+48oap77H9Yqlx YqpBiNcghDBGIrhimksa5ZxJkoMBakovt6dEEcToRtwGhMekZMB1IX0mXUHPT6osuQO3nBKPCAFc I3+eO7AQEhnM6vn6c4dy78bi/uSYJkhZ+zyIUBp26iNRJMglUlG8mSlkh6UQgMhLBMQV5JSZhISk SuUuokc6Lv+NhNzc21DMXIaSk3Dw5BEEVR8A27sIsTKndKNbRpAVmNVLL5ANtXoFQnRyawOOyZOM IV8QU82TvdSHYpUijZMzpZJFNL80FuNLZnwer0camnKNJL9T6F82mnhXtkFKNrMigefUgL/1uPhj 06SpW27cF45rk7FTu/F6m39Vos1lkSoTa/ckfGN3pETajAANIQY7f7wZBlMJsKebRNIKpPrx24zZ HM2TX/oDbw/BYApJrmhkrqylgQmJYDoVg2jAStGCo6mRYXRpHgnYZ5Q2pHDT+d2DUvoXByccyHKS CBPyJCLkxgJrIOeeWGKMxH90nM5jbSo0IPnpotKuD41U1S0vywU6/kJNQi2NFlXzmp3wxxRlFjXM yOmKjRrnJVjukUdsCgolWp8iGsAx58k2rg0a6+wBAPlgvrHdT2yRRcd4aC0tQtoGgdOonTaTblMo 2IenppsG0Q1AUKMajzsdQuZnikNDMhBCIsbUnfMnZopsMux4laVNODlXTnvvJlCizd3bLaVTRqkT SjK0WULk+5DWEHXY8XrEcRxzsbGAKAD0L4kbLddxMXtXkBc6Qy5ENHgGacZep8FecE54YF73JRKd edxfkKRyMsE8YmozrZqKm6XGjimyKwbGS7MfEIzUcChICm9zbcRTlgwledEsNEF3luY6ShljhwSK +sSoc7TrhlTq1o99xsVigaOPZm6+hEl8TeGKoWtf/mMdlPMaxsCIjB+csFHKYeqJI7mFeZJnv82m hrYhWw3iKEFmcoEnN4F12GlCLmz2rW+yz84mEqxETuCRYWXYKhXSVMIklhyr9uWTbYihT55p5WVt 1IvQEsPWdWit8FRkLOWTSpqL1CyEaMSEJa7zMlnl92WLUCRZHu5rykpNXZd0WqjkOEvGJMDG2jrM b9zK26Wd01S85P1bzaDTos31DMfaSaatjmG6BBo7UY5KR+jR3cN1ZIJLd/W0TDCRq1UG/My+8VKW SiB1tj7wNSZG5/cclMvvAQtUl3gSk77ZYZZvhpV9DMAupNHdL0aPIh4CttSJBWapxdZlpcGN0RFf 9uWqXkUWPDG/VXZaMVBiDlJYNEIKXY3dW5SZq4ei6Ggx245/ZRvHvFs++yxeOuBa2pwv+i+GjpFk riFtFtjvmUEW3pYglkq9cyjXA0wchc+oY7SxzYS8Yg8er4ffDNQgs802mmNVxCp0lvtXD4iIPiL4 OAwxAX9+h5KgIEbZuFMcLkiEbOpxOybNZzXnE5FRH95xz2BkTMKILKUkC4FyE/4ZIBizjFrLgjsK 2+jn2sEH6sT0mkGg8dYgJsA31yAfA9Er/hzWCExMUc9CG9zhYVFoZG6iLZEBy25vLF8ScbqB8Snb 558ezeGsAh/xML0CrY4GgkiFV9JURVf6MCw48YlAP2QTZQi6rW2kSwlIGHEYYUTpK6fzD7bozmx8 mgyx2ULYa/97nanzYtrsNPhOlLnCm7cLb71mKchteGIeomKmHurqrN/ipO7505a3K5W0i+NYtcUV X2sLgN2igJMiKVesdBBN6OiWlowQBYZfPaWn7eKRU8/XBhKaV8LUtFpA9Qr9u6gZPzZs/s6yWzr3 2irdNzVAm+5A4W3siVCsXnVoiUqlovzqHvm4eldPfw0VqonUPmkobOHbut562LeA1dL7c8HsCLLm 1TKiLk6vVf1yIRjk0klTYcQ+WJs1wMfTzDptnocGevZISIPkIVDSq7aMcoUXvaoU0ULghmSN2zFU BEie1R5NgxyvDGfrJAUkHpSH830LPK2k1k6b9AmKjJLIYUt7K9Vb1CjQaIuQsWckhRneZ8zBeIYC Ovht9Ta4YxwqhuUkwfkDdU7Fb1asKhO10NeFaLpLRbme6/zfQFYB69mk7dNxFUIzQc2jb09DlcUm Y3mfXo6M+CA2uVzhrSDK0jmkad2WDkgXmLWdoFAOcyIuO0dMn8q4+YyLGvmdlCosWFjx4hqhpCnm cjxJ4MOnnwapC3Rasm8KTpRR+2w4AEZD+nwqT+SzPY88wonGf8OURrAUATZADPWjwYR63WSwcUjK hi7PsX73thht2dbtkATacQq+K7JAP1QJ+gbXXrNwSPI5PJGHOOfQXMFw8NdCG8pBACCIHdlkkJXi vCXS8oe+Z2rLkDqFIK674CRFCX1EYh/VUQ7JJa4dZkuiOBY7vNos9CT8eYaS4U2abRAACSXvRMq4 +gId1xHTo5ZKjkldZOtLx0r5FmCwQyIAVDOztBaLUMacWOEigTiYt3zW98WnqxFDhu4JnpbZVSaL /0htEQSOjVmIYo3m9dAXqRHANV5zRXKrlxhHIuEkZWlgCSysDllKZ8v08wfjk32C1CQEpgsEvgtM LR8XB3Fd3+kryheJDNwAvqm8dD33D5kJpxGMSX3RaURs7fZ0FApzRa6elZLEsmJPXS1KMzjk0+wI b0FAh4m9tDOLYEeS9jIN7TMGfEVKC4SZJWE6B1Ulpp8qKvRXLp2TAUmvqFk3NDBiUzATLTO0aH3/ eJ4zNppluoXaUs8UCwu2Uv59oqOMF/00STIVLhrLJCj0XA3mohN8zf+6fZ5ZQCOomHhLYLJsbLYy 7V2WbzjZUi5cmPO6e73ZKlEySrgZ1GvpXUZsXm+8+nqgZP1rPcOOAFtXu1r2r3eco7mY+13VWqQO t8I4aSc0DakCTQXhTAosh5LatHZONqAtpvLq0i25VktLuoaKZbTMkgREI4aaxnlJJgjqMlIkNSAG /M8mpdPFOstqrGgvCmTM/meQCK5Q3zjvsouYQR3pFX9jH2EJgXzyxPKS9YpHUXNvw4sYMibhp1C2 qsxK7OZKsTTo+C46y7iM3B0kxZCkMRPMTccKvSSZc+tKU8Z1Q6Q741uzF44oXHtlYBwki5IC4wET Qm4MFDV17Em4SKzNJC1ZREz1WI8YF2e3bUuqejOv1KDAi982egy0wws+tIGJUrsPevZDzFV8a0/O LQ8LholV24wTmBRY/GgzwSOENeRNITN6M18oIS2zNn5thc4q2yDN1YCGAdkgt6oGW1fDNbGAIYGt PbETFiAKjuwOkxMmyhW16l82gN9wiXmqAogI6BZ/aI0po9qConLO3bM0EurjR33lrTIvB4FEUs0O NufWQgQkVyVTFybLoNiwbPYZpHhyHnywyA8fv+5eAvYQo4hZBUthtflduVUS7slPfaAYovwr9XaO uitVf3d2EEWKALWW6GKwfFvlmZxJzjzuZtL+q+BlRnJ6MjxkK2bf46iByoe/PRIEbdXGXVHOVV0O +3oc9J4wDWtJGIjdHOQO1MwPnW7fTxSgq6qxCVyUPBtsqwRRo1JyD53Wp4J1lcP7E8eIZA9W6c6E I0i7qRN8WXqwCSGb0kOkoDN0mdiImsw5RMSzXtrhAF1ZalDRiEaiBSWqsMhGllqssXyUxhRnFQO1 XzhHl4WJ5n1AwiFethVaI1KYNsVjkXKXSJMxFM/vir1UZphq40wquWrNgvFcEkIqBvp+br2kwk5T fpFZYex+F7IzBh/baPCMblQpIZVeENUWVYb5/nqScVJSOzKwhp9MiUndnoTgYeB1pYUpcYHJDPRo qP90HxU/eLEi6sgkUzBUhKWDD7ZB7+mGVv8mM0NlUbYj0BGhNk3wd78/H215ZMzT8sMOCU+IVOkA WXuxvRUaXwyzi2EikjOPWWwQgNvZMBl7hBubTHe+Y9FE1ZGwgytspikUq3fxSV4IMgxPly006Qao Ey/QzTT4XyUd7UwUwNQ+rYGLrZ1bHgeGMACWgvFQvQR1lsRRTV1C23DaQUWYwJBMDTT80Q5HNpWi FdKyTi3cE0F0rqf24hJI6eaC1tAE63VGi9By10DK3QmqBDGIAoGzMI+55XimTBtEFDHIlhBGTmPk d80Q62G98nXDDScLfF6QBQxDOWlouawf9BUPTHEiYREeLRUBknqZX9UAMwthBRtUlffGVOsUo8kZ 0LcyCCEZfyOY2ex9ACQ1XC+N0bBoEHKitVCjRYe+RIMtOFqahfwtqUkZ5nL/1sU6Nr/lMGi2VouW lmlWw6DegIKzsA7rW353F060TUpFYvC1nALoWXFF236osiUYNoWuijwt+Fp2ZQ4mMxBRBPUtM5lc RKHK6GbBLzuywkXSEhbWwx60LP3BWUE5C1mFwTq+bF2XTDEbo9+wCjO6d7ReioKsDnmSgH9lNRW1 aDwUqzySvjjYFOp3ws0RUmsaMSer7mnkpepWrNmm9lzFXkBuJ3xRy+Gfcz0MzrLzGbaB2o3hpc3r pER1eUQY60cJl71DPB+5whRCwuZyKMJ0eQk7MHy4Yg2kGYtEhrjgWj5QHoZoiu4fMWpUoNVa7aDE gIVnOZlVBkO8fnqcnw4zOfWuWNBYsrrqmde58JVokYmZFu7ngKbiDfGWI6VBP9S/29YoLpWQu946 O4e7Bh1I7koajk4kEU5mw0Q9PlQRhoo7VJBwHGFSIFUJ8TlLdhq4UWJwzmFOa/GZXPUMP5obulpH CZJhq0t0ksErT4+q+CD/sJKuqsIkcB+FxMLhq8rg2niYEN1ihVWWwnV41WR8QUGYQvxxlYSk4e30 G63KSGWBUuW24jhIpxC7a9ADqxDapOrPCk1OJOqLvmo4mebSaaN60SOuqoH4l8PxYD9mo5MKR9p2 qiDOOjQrZzSsqSkQ8VLLHqRwGlSoiK4qORwpMVGNM04dIckll1Y2gicW1r8FxpYtHetquKq16UV1 x3wEg6Sm3kHcDAqzqEo26kCKTiRYwSqYqdqjb7LFlwGivFMljlSlD1YYVwamUsplkxWWMFdFrpId q1ENS9eDgwwmfWACCV3rcBXw1C5ryDW8NneoqFdgdrqzVn5Zxkt4rqZQBTovIsPmuCxZgFKGKd4p VpgF9rlO8nkHkGpwphemkEmkYJweqyBK+zivUJLzApOCV6ExZ+GhhXh0vlmZF25WMpizmJxqqkUk AfClOagRjv3NBtVUS5AMyR2yh6KA3CyomSOj0MmZos7gJQ9EhLBfAUUe9uF5dJIU9BY2jUoIJeHw q5oMcsujECA6GREGlrqhQ45RiCqkCr9wVpoqBSgaYh+zhVyo4p+A62WJtCPHcjwvaKSIU26ZItzk L9oF0KGBHN5cZJ6ySB7qEYBJI1KnrVhMFwhh3KcYEsvgtzuw/O1NMOJjMyapkYNAXIj+DA4Yt743 gkAgadOrAdsVmjRLaNIYRPWlKsG+HEOcr/C8ABE4YaOYUZ1cnb9P/kfT3Sgk0jPdGj6LPSCiowLz fOd/gvu6V3wdB6E7ndTvqkol3TApeQWZOCwNyC5XxgkZmBa/jxsaDuEUNlGbJbh2IZ6tFWpMXTXU fiywZ0YSeQtAA/0KmyggkErfe+og6W+ITMElGULtKyLliLhOHv7lIIyZa7HRbcvMzRCgt3wwGvts ao+dJk07D//ARx4yZwylU4SPhbTMzqFG5GP5fShZqqBJ9fTcht/ndHkKn8w7/Bl2gSCoSLMAitAg lj/K1K3+5M0qv+a5ZpW0qSBtASj8mRTnYBrOFQPeX8DsL4LQb8zSTkPUObdlzNGuDIBg4SzNoAzT muLA4WJ8Tp8bIqyUqHxMvDXT1J8z5bjWV/E90UHLLKY8dvLXtpX6ioh4TTUhc0WhPmCn49Wz2dEk SM7aLlwmVb8E1V+NMZEe4AzH9VD0ujgFhYo6kmWN02AckyjhIzZC8jJd8P/fCo80xpFspaxpViqa dD0XDeuclVrsVNOo4ncDsG7JM8BEkwSS/eGFr/AedMIkeUz+5ans5WOKk47CkybOkd7a1tAO4y7g ayy9mVoY2G9d46pdUuCLpzOp6MSbSkMzUZYerpW0I95Mkm3ox8xD5uTblHRqvHAspOgb2DujI+6G C6hO5xKVsMQbwqn30LNKIK70sITqN0svd4fUumj++Qiv/HB0TmpKRAeobjuD68yRnGgPQR8zn6E9 bky7ov91RgwwFAp4pWMMhnAQGf/J3HWr2m3m5QWBj+/bj5nJCMSFCys1VD9Nf1wAFyF4G2eHkRVe K8gIDc8mgHquu6pwVbClkWCX3llSUzYEpKfqBpMtozZPRB57qMKATDzYbFdc2iUVLjBroqSbH4pW zCfjSu4I4wUGMw6dOIgm21RSLmJnTimHZTIb9ryJcnnpI+l508qwuSelmekSy/PULXrtAZKU3o6y WiKroNRwWMkIV9gx6XM5EyLk2MoKSbfCy1PF4kQQyvEGwiQQUtURUh2yGazZokMUCtZpH/ijirKw UxQTb5mDNh+KRWyNHLRprl2RoViJcmGialLrsM42w8Rpj2/FfYITSbEjWP6PVGbct4Ytga9epIxh A17G4xphV/v2EBpBjykkE4BTAF6XVZdkNXSd2JvfMTmt9ozx8gOLKpXRJht8tegQO3SHh2SCRibB RjVlkZTFG5HBzAL3rMElCyEakpH1BlozECJayidLUg7iQE9op1iqCMmc3WR3Np7xCy2J2RtMiRE6 ZNlwFvU8GjdS8uZ3UHrZtcyyQU0vhI7STD+ldz1BrvygvQxoKHe2bNfUD/vW+DwJTNoa0tiGrWrd MGYWpFMwkVIOdoZ1WQ9wDB4r27uPCEWlcEJEk9MwGWYVBPNt+Xk4LKZ6iEnlWBCOA4HJuEUvXTla 6Aj/ZfiGJXiKiheCCXjpwhVQIoMwhDMkGakR1szuSvbOtn7x9fHUJLRr9uoq5CnstIYgnBFFpyhx kOB6+8zBOFq2SBrSm+MXqruga5qqmAigO5cnHD0nNJbePo0iqfakQxJklQCKbryNFgpDAamR688J Y29DMvFoSF8H8FHvejJPyzFaoGRs2C+QAZP6HVFI1H8XAEvXHGKLzk06XdkX0BSm/S/WTRcu9ktk jgA3psUmn5bdYUJBpsIy1+GPsssElKNr1r2KjtSvPEu/elXZ8NOTPSJCaQ2nwbpkmKOVhjb6j3om r2L84JGn068BioNZMTc5QIcnIqw2FcDrBqulwJTM9Xh91/JP2izIMUodRjMCimcOlKX2MCviytE0 YCDKZXztU5kxzA8QLYhAnOoIVXsHlerPp16NmGpZqnwqi7JZxy2JqRIgRQVPbRPV2iwS1U0BtJUu /hAxCo3wP6LNA/7aF13MaedzSoJBQVedwDUXK4P6W1SMdIyDLuNBa+91XP6MXbXVtgiGf043rRgk rYyJStaODRqk1bowuk5gEpk0ppd6CAErPqdQFJIncw2kClg9ettx3cArAhAb16haWGfSoB5LfqrV pu66ithe9ab9eHImX2QizIC2nErVi0sFRz3pJAtKTWaaPiIOom6vi0+FKqZmLaM4pYEXtDkuiyvV wB7adc5HVhtfBlJYFCyywLYP6YjoAuSop7JZsuNpJ3sk/t5kS4lTLtOyeHOWbNkVBJXPRoGMhELa FiUiIIoKNGeyBMDQKu+nsAIJungN9MHeHJjDJjt0RDOZG8ABH3cQY43uvOXL8ChRwwCdMFcjOs9H qm1k3eUuQYxMteHRBzpl48UrLnrr/lTY2uXS37Jr7XnQ0JJn402hoPPA3+6TQdPQylVNDkqlHDRr ARiQhDsbImd3RFYdvFdGUE9YRAhph2f1yRkr43z7Zj50L29UE9GRSxJYW7u7vLkKNPNkRY2CTCl0 HQ5jA6rRvymUmGVO4hXShrVQEOqyLtT2fX+kvVqRW/L079qKPaY+qQID5dWuIRNRhlR1UeGEFkKv 3MWBSZ1sCoxNQDbpIGrG00zOlNNbImhFVSbsf8NMiBGmvbZsGEoKYYW7SG8m3p6oxNemxOIwTO4M 8wWzlSuxaryiG40JhdHnhkraVfkJKpl61C/uuCoO8NITt3SG/sKm0NZdbP6xEoZlHCa0ihlqJMNt 3gFZyjkNE1yLZIZNSd0JRTtGlHIwKRaQRjJC5uVUaZGiLjOk0BTgOKlmUk2eGtRQsiPvXc4lGr0J VyFyrosRV4X/VT9KpFk3VNpdkHIPLuSIcNAb0oh+lOs6/zVoxKSNjgUd+V1TJ9oPD9Gtc8GGPsd/ +9oxWSxBJWNwTZO4oq+kJUp9rFNubTB9Eh/us9KwrDTPVT18qeDscPDeSRhviT+C0A91idsMMlRh 22W/WXT/UVLsLlHT9RFN8mTl5QFiYIYBGtiF5Q/sqe8xnub/wlbrQXkKBoiuHrPj7pUkU1qHhbiu mseA2idQ/Y/j9niKFNPjwvjI8eocuP7X4de1vzlmHp/2ObfuSUZvTX6zDAqmZX9Vj1GhVWSgmS11 0zc88D6DbBQ+4jghuVs8eK4LllJ748ppI0xuUZ0SJVlvYL4dtnm0EUCNuY3iZC21j4Icuhw1S+rG N6sqXbi8dORrnYjyAmVSLLuAn1JXjqI02koNZMQMR6786yUoQZi/hikV2+2clZF1J/kkGdfjMAEm If7V18YyVIfQpsaCzgmzRKNHdeRHGRjWL/6r3KZpI0s7q4sCHSZhOJbqX3SugzCvMVzTI8TnQkaM KSYxR04O2U/4VSdq36QrNjnot10e1ZDV51lxlKdrIKxTvgy+2hBtDB5S+vKLNryMG1TVS+PGIKRt Lw/9SQbqToczXUM3BMHu+8+ae6BkSxfSu7PzuSb5qxMJaUAHdCMqZWYT0RlW0GNmHo/+L4yFR+k5 khzLRTyjIzMpWWBgmWgmXDGowBqcrVquO5kwUReJmiCUQ1KlN7m8LjB/mKWzIDeEP5WAdTi3C2B1 0e3AolMbLH9MxHSjmsm26aU7anMBQiAswN736iI62PDqVBaCqtxm5iuEON5rGePSGQ4FXFCo5ceX bcnqLUq8EKnEKGHIzMvZghoXp/bg6tEXFISNjxZbyzJYXOCGMkkLjmpFJgl35kNiuNOHLAKBwVdq YQNRTZD+JZgsQse2m2YapTdI0U9OtBUqXTsSaaHphhw8YxzN5VddtH+IotkIJ4FZIBoAVgZPR2Q/ gnVeQMgaeUf7Uhi/0c4cIaOOTBKgamzR+6iUEJYNVQGQyBJsgWEJpfV6UByog9PSSYryqYw0lI5I /2veYvdWMKGCc9oIGfLS0vOm8SsRaPkQlaolJd4mhotKQkrBwIYDiaLpf2HIMNpEaiujVUL8ZKDt H1CUj86WFStgPFdBl3eKXbho8bEpyaZn/HROSER6FURyJSpuTsT+48fSfx5cosG2aR+D6CmN9MrD MgO2VBubVDquzFLVRAK7TTvIsAQApMuyC9WfvknHhKlnCUb3uuVCnSH2ROo7ulI9ADlPDMNQQM1L 2/W2LwhkwUBksihhbvlXbCOQQEdrFsdI4qt5eQi5YIcpdsUwWzIuETPm/UyOmA/OyiFxq7NMsAKR d/RUls5EWBQpdBWZU53hyEE/KZo5JkPKybrihrlkrimo2dbGbsuwcz45HlBrStS5ix8HTf30VTBM x8xaA+4f0AyIYFmNfXMTcdHLQBIelVPFHwIiRa95g0DRoqKmpekhVh6eKxJQeOgmFxQZJFwWlFs9 pFejdNZ2ekO1FOgI/BlaQrNQkkDwalN0GOon1y7/zbU4eeoLzQjtHIB1XMYVkYhXFCYJzH+pmzRl Qr04gmZHp0gqdZ4vEFRnAQtWeOuwxYjiQDQ56IecdevpsFW2Rsr/8nMGEM9igYCucZLyqXC8ne0W NEtlqmlYBK4HUvNR4ch5+c8koMs9XCXVZPnNXCZHnzC9bDBFYTRLj7s0ytiaoGU2NG4cDWbJrglT ElxJamZJNjQefBUZ6C+f86FAAcMnU+BgV75L6cRj84UIV9Se68RE0vDRcCQDbNF54NqcFtnEDgGY kD5zDwNmz83l+WwFjCZ3bVp2mY7sR/J3Fk90gCV4NF3mLaJIM3ceL00OWdh/Cy06i4/cnP3TSt6C VGKAe98qGMFwU9C8opqwgXhpv5wqfCbQ5vI6dw5WKHogEy9QoywXE90smt+tUbagahIomU/XQIBr G9jwpK1iUIK0LT9Unq3f6rJtQ0pYmHJlXsPriRM3bfvBpg2r7W9PqrRWrMfLPLCxEJczhoaLzC6u ztOpKAGgUBdhTYfDFS877iKCLHBkHQggpcxh1XVFXlfNxgSPeQYxJh3iLeWLZUCZ2VkFSGSpL1Mj e3KiQVeJd5UMQDnzwAybRIUgRH31IOxrNtw17/OZSYjgWUDtEP/eEi8LOdS5nmEE9VSMZLLSFZM4 cdOxulicylt1EsV0wRY7h/PY53jhw/ohdlJa0kBEcKWVd5Zri5CkTbNSJK/96PCtveLH44IbSonl 3uQosiPPrgfRE3K9DGkt1VhkwXDNN+krVcgZXQUH0hKH3gwx5BMisz1kJ4Q2HJXZIl40mUNACeAW vhk5/ypQ60uSU0ghbfXzUlR/s8AolaUlJaMC89Smc5imagRbMtWg09DMKYhzQSquX+aU6IaxhaTM Jzlrw4ILRkyuksHMEZO5CZfNVbeaULxrOKFTGS2trX88RzNkU9AwCI/b3MRgFI9ezlZe1b1OcuPA jrI1VnePulLq5M5USlwThRJ3poYJHjxmaSNSYczUlCyrThxxNYvggAk6cwnJseeN2RYQnlWgog0L qW5emU02cySZU2FIzlmdfwRQDmmuV0pZEy8xYQi604MH7Auv4WOJREmpRYEEmNLWR9agSL6IW87Q ujarQRK5MZaeLK7HFCl4NC30EDPN8qsiS5FaSBF5TeOaTOkphvMs5qI3Mui36QPKgkB2cmVOYtGk RK76E5sCeVaxyC7Q8N/G8aAVgSksWrRmwrkWGocGuCjyuKppRQHNJ8hB6cK5R3XMXq1WakV5IICT NgoGKTvrTZIct/xTiSAXdjrPYd023rDBcqdEXmud+zu7x04LoDrk1JZI8HtihbOtXrU86q4uJ8tO FTC35OgFulqm1Ev5qkFXbmdA8IUJoy+/AokrRGf53WnEox2EwAUdGpez2QCTzj9u50ty0epT/VA0 xo1S/RPCa+zjopTCQnPITIwcCljtIoprfhcn9Yz4cA9gP28gMYdoYILJbFCXBmrtR3si7DEH+mzK UYrudOIW8bhCAuW5lLgaXcT5YRWWaDK/4WRr/eUmG4AFlYc4sD1XzRCpi5naFGfyUzlmyzvlM9U0 aUJ241rfsMAlZYZstDum/6wAmLqNV2EotS9JC9l4XMWSvp2njKfVKBHPYZ3wBfdVolo2WUWi046x n1w1l0QMKOMnPJPlk8SguLiIN00bbFDkEzZjsEIrIXCjtsAxQPBlIyAGUT+Eoc6en/SnTKvffFCT Bm2nIDu3gGhPotsaPfDnD7avPTlfM/sUgW4ZUwz8vV/GIgSrCCKx48eF89JALQgMbwzAsOgre0Ft jk+2bTHrrIoTYrHj1T67Cbm7TefpWMOiE1q61Nu6kDEmAUQSsBd95ZtaAI6bupnhW0xNDmjZSFJm GJbcIQasJIuqQWm92+rZc5WfCDGC9M+ACE7ptvLa1lXiHcREMKq/3i/Anw10UKTRnS4LT7MN3Lgp VBk6cwp7AnE7G1PS1MA+yNlBbJaZyo0CrqYJVKsigYw2KCKPV2EtiFbNkFSzNIvLoSHewEy+S0Iz ooaKAaIul9BNtjSmjFT64OzaMB0sUwye0BGwe69t9chMiglFIGi6liRglqCiR1vMZlpuUVcXIl5j N+6PD2w4XaeyoDDQ1JWDxTou3mFbPlm6LRlZIyL6JSiXuta/HncVzqtXTh1NOQOhMt4QMzgWXkMy JAYM/msD8QIhqFgqDM1C7diFNmQC3RwwkXHJpJpBFQgxyvh9otC4jtSHiIwv42d6Ew52xFBCYBkE wliC8746DcdMiwtDjCrAwqVDtE+gdJfos1GFZc0x4gKI32XgYR+5hhawCLWTRpkKsdpjXG+bj+Zx GQInjFa2XJokGk5MOm3ySIEG/TUMc5NONvson2HPRWwAv/sFwDiy3OmAS21ar/OGJebCKC19LXnY lBU1YXhL8ugKqsWO3e2jxtITqyTe3XvhlM9NUQoupYh+B/7Vu6SalCJUGVlCXiiqWITmk4T5QH2F K9Kq+JAFlfe49oW2CE4fzwQrmrAWfOlfD3K8ujMhYSx6Fmd1tZiI+W6vQFOhuXBbOKY8UZJU3AHU Fp/mRBkWeSBY74bTXxegiy0suo0Xy7hloY3adMxvLLjQrMol1PDli/5SR6C3eSollAHCh30uU83j 5E4yNMrWL7vOiaiPYRgQGDQPYMQcl0TKU+UJ1jsbqMktBuc1jFjUkP9zE90QGvvMif24J0gpoEll vKeNVWlQqWF6ynNSdb/eElGyF8uLtX3hFAX17K/aEAeVLApjv2lot0QRY8uwBjWiGW+jF+uTQ4YX InlDprlcasJwUdIQ3AAMJL40mxPNy7A7s+g1Bx9Ahjk9Wr/lwqrx6Fm3/qDVIVtHDDoB+DNn4rDN x5X6Q9aNRmi5SL4EsQ0fypaGITGKdBtzWKAHRkIrmTO5TOU+5Ro1YwNU0NAM1+hhrmSn/AYzqYmx Q4Z1qcHSJz19PAIHBOi6j95NEOExbCgz4ddlL2xIS86ui/aWOwCgu4yuEZeN/Rb5mUIIBl3FR9yx Ir+i9OKlKRscdrQt0Ykc49BsaIkt9Jja9jyiBgxXszwFGUviNHgU1GEssLxklVRCQO8MlCZbgXXk 7IkKpeXTAtpiINn7WBwJ5OMcLW1TZAuuSnuo5bnE7OmRKcLToQ3UEWNk0gQ8QwIghVoHkEAJ9IZU wIWAdiOHsW3m4P51k2U1epZsbpSqqI43AQG2aAKOahp13Ozd5iIL0xygA90Et0YYV98QWtreABY4 ka7BQsjH/kyTlntbCwCAMLEypdcsRDrOB6OF8EqeMaxreIVNyflLCdqdi+5Za4OHu+6+/7MdxO4R n9sXt70ods1I5Q3sDkEP7ENpe13gmr1zINQOlwipfdN9J0uWnY5+YgcdrLISzV17ZEGReGnbJsB3 SjG+wpDrXVKODV3ulZVs5MMqWMAKFkIhHWHfrZShlvKPkm53gAIyXYSTbRzim6QywSRmdTCqCnpx cSDdEMb415fIxzbEJaMUZ8xhniPGyn3Y5LrN1ZuKGj0wD1i4F6vWe4Fg/ljjajk14IcCty4qXPhn wCyzQTDSdqAgC12GbqOt3UJ1pdN13sRJbzEaQJJM3o1sxhrGUoRtV8uyHI0vzOSeFd396/vKywFK U3lMlnfwefPpFIMFo2WBiDAV5dHLGrKOQgEG5krmBcZDaYogW9DO2CUVWZW5D4HrH4VzGZo/KGaE PMc5vZd+6GVJ85yZa2rPYLSSwWrnhzlZSshrBc023RFq0IEx/YAdjSvVLlcttY+gviYexuSnlpWD YlrwxYdDNMLMSfLiSgXQsZlgMo0APaOMzWRUqCU7wUnj7FUrolzqAjeWzwDG9nCSi2HsOCWVniQg +pVxwknENKuhcrWFsuugHuVIFXZCnu2UgAiQaHIrwGoRFBSYXB5NjpFScs2igO04jzQCS68sqJLo 5pgoR0EZfu2PcLw2diOGEj3CAs9Jhz3K5vyVCcrO8B5qZQsOIdyWKjDjQpcFRQnP3oACKzoLhBLR 7vHp0+5DdLG5lZGKaOkOzbJZ3/gwvO8mNsJp2lO0WQR0tXlIGlpQqXGGauHbbNBc0DhXs0KjNM9q MJFX1LCiCtVNaUk+MNSNXv72/NumnSX4CzKJUdxt4wpolxGx5o0G59vwIEwJSqi1EWaEl7c6LA+2 qUm1Sv+HDD2IfJuIR0q3N5BSYa6SkWkR0jvY/NVveXXz04LlT8/J0fi0L/JkJimrrDo5mM+21wJl 5jpffb8GBnveNvILpxGaoPQbBw6b/Y0VRPry9epOjczi0OyyolgC3E1+KeiInZib2CSB6sfKoJ1K hmm1wiCB9mQV7XLYsIvheCUdplfsyBFEcl/mwzbNxHieaRKfRkPrhq7V+2Z6+VbOLywGF4KavzHZ Nol5RErTG3Q049HUKIbxleu5jCZF5oKjLUWzM921FS25YTKdkipRIrztzfAKflaOo+kaRImhM7lc BnXRw0yxIX/J/uOTnqd+PQfg8VjVcWlG5VwAwEnNXzgJgBtPImAxPyLLIvVl6mHolhXCw4WeQkCA p1UvnEjMdT06kpW6dB4o2BWQsBEKuQWLboihPQCwsStTBKYohY7pS/YAu/A7wKEGCuK6rbAYum1m OX1baIgoCfghKslD0xfyITNENI9WTGkg+jMiK6cfFqZnxQCFpxwnL9M9kV7oh3mxh5JBkhjgpAKT xEoKMUVprlr2aCy9MV6mFVy07jCjw2rsU0TgyYLTfozJdckZwanIKyVx9SagBiGNgCOEJY3KHtGJ 7mym/gOWNI2DoVFJdvaW0eVLCiCEw5vyZbDBjiMY2YVnAymRmO+eu1YJLLMhglrxVlpAT4Pp3mUE WuoSMGdjUjvEdx6/zickq967k4vGWIXEUkSiJjLKBkU1YxMDfyEXigO0gfzS+5icDTcFnjSkDpAa nfFMv5HBc/TCNsCDj9hhPPQBg033jTJ5GMA+CpJz1oqaMZlLvkvolgnKqEgOugt2rihEYKqwjzAv LteGN0o3+2opE5NWrFrKbzLCbPw3Ki+sUKN5MEEjLDBzQZmFTu4wkhvXdU7jjAsNsvpyCqB7eCL4 uGcc81IkkU9+UGVG/ZocYrOFgJPP4/5C4o64pbedlogxSDMvfkEOzeJnUdkSceUUrTKQrBu4DVZD /acYpbBkniT8B0nNCllRyxxkizSiL6V3HnwdTtZHIZpkEntgh+QcoQqKzoPZfCF1V/tyRnkzh+Dj DDsdoE0f+bUzjF43+ECmzThFtqNQb+YDRKcxZjNu/TAzEssL4q5C35cS2QMOUD2LSYy4rkDRTXyY q2wYBqHPlZGLgOrnfE3z1MoB8dmeguAhvxb+QEVKVkNW5Mybkgqhs0NP0ER/YdPn7V7byyU8Mcsz LpHi5fJ29xUyb9duZ+7WY0+yz/EIRU8cIvfiC7tt2RvGwyjKT6kvU0o7tZC90Mu8QFrMikgn3CTf tJWDBZrMJuLZKMVxfMqI1/kz/zEkW8k4SDRcAfr1U8Jjr5RUMreYooopFfEGznJ2nSVStLB0DpD8 W3BAbYoJzezTsE5EHlEVImb+PmKgdEu8ZkUpuJQeYzVAOQ/FTjw3eYjN9zLPlKirWBSv6XgAiviM uJ881Y/eOUNPZ8qYsUylKWudOx+qDHIs4jgr5UZU1QZto744RqJoN40yXnYbHRojE4PZUiFPnGC4 IkPoWtMETPYoyuoUn5Hczf7WARDMWYPkdByRScD39nrH3lqaX+VTgCM9NqUDSM3S0KW74CihZSQt apBmOhSJStx0Tdnt7nBNV2Mja0OfpqWgt/eehVjC0QJKj1eEO5ZcErdhxERl8w/GiXFUUkHwuNGD ZRYSAdHSXujh5NvXz+5v4quIjX4y5iARVPE/Pfngl4p1yqFQiTrrDIZEtXTOwdAPual/aF4WzAA8 hkDGVT9X3wmniTxceovpIesIfl8y3I4X3tO6SVcVsEk7NluUQU7VGD1YKYFqvNhIl178Q1hPdCQ3 Xz4kzEdxbHKfN1/c5gtZ+A1pt6GxLuKCEmW9ZMfdSRvERLcvLcoexj/maparRQK+eVdrDZjUs1fg CKUTVKsnFMxPEW2NWqTTiAHpyQg9nPLd0zI1TbJlLnlAJqRxvWUbxiJYpzkD10OOPC3flRIb1Dth t++zK5gKJKjlL+pki+Xp01UVM9lfuWTzwpw7lUv/OEbe+gvDWjYT99qNP7ozGaxiI1Hs5lO1EY+M VVbomVc9oahKsjK3yrQHT6mveITdag57pFXPlVK9UW3RuHqMSog7h3bfjocFadwjm3rmFVTSnYEU eBQ6eOmqH8aXbAImpRpVIN7d9gGNFVnu355tVeGlyo96yrbAVVnQs5zTcbyi0hiPp8elPD3PSGX+ n2cUqOfYBIg4T2d6Vo56/qdo44FIaPl+/lMw8vguRSuXjb5/hsPL8+ff18tTxjyCq8u9MVWtYPN8 qcWo2hjj8+E7Gp6a6e7rqfPn3yfJEEB1nu4e8vQnQsCkKlPfF+GMcpDHQ6lURWWFHw0qn78UxfHR l24aRYdY2gO43Alaxak9SqtdYeXx6sshkITZniNoEH2jpDutut/qRdwShi7oqVIakxCSqhAoI5FY YqHD3bVVHcxgeyFeqkM6mqRT3fBFiBTRE9cIU7VfzQ09BvRi6CpXlccTtTEorMdMuUhKWfHO+2Sv EBHJVY0SQsUKO53UCRvav4zhgdQ2hEiQ1OkQqRVlNZ9RN6PTstU0lkhlc2m8CkJ1jop4LmHMLK0d nuRlJwPaBHQtPDfYU/VY3qxs3fZOzmt0mmJuOMvgzZIc0VDgkMHsPWd0iAPlWUxxxqsakxtYvWk5 A6C7xFgcDc0iEf8tRy40l1r/7wu4K7mw7kppZVk9+A4IrE3Q7Hae0qdyUpmM/kIbYuO09SgUwQzL 9uhoBWqBsnojz2/aG2wohWgOJdAEYkS7kv/SijBL2OLIRoYJTgEZc5aAMuiIURftdlKwWtzs6wsx gYzaFutj6i7gBkrfdkBRkNjcdInBGDhyBcOyEJCzzsOgpoFJudQssplEBTWxDxdGyudbmmkgwnE5 kRcmUKYizTC6MBHTZ5lGMsl4VoylmqqnWDOr0bkJPkDTW+NRR+MyAB9zwzqDHNvr9iyQm8OyMYmj +WyMQWC5xAQns22rdXkIEUU2iEaStRuhfM9uJdpyD9yh1FhLB9rZXrJR7Qpqwumz/XjV9aoOKGXA BGSqlXUZnG1zob4vWCdBOBJzzOMmbnXn0LTPg8wOeGd922bp6nAmA3YlufTsEWKoNCzLafWq+SZb 4gLlySwQkUpqbfYeKUI/0bmUWPSNkbJ7HDhenElkhRMCzywVn3MJxvzbgQuZHB0WxUSZ6Yas8MB7 sRoiMY+0vLG06HOWAFAZQLSyYaPMDGKeQhOq9tjqTOsOBrQCuyQfpug7w0OxofoKHgryGD049h7s qZkvcuXYsKsbSAOzHP4fbOqRBQ6+JsqoJX817R6Zp5cntGfKlfSNrfPNHwsc4BoVTAbO9GbPe8Tf Vhb08c8JgFO8+wHIIQ8FaRfuAnAKa6cdqKRCEc0eia1TGKK7XBM1k4DMr89/YTjL6aGColLb1IW9 AnNw2zP/PDwQmz8fLwzGiZOOCGmUM6QF0aCV2YiIRW124hSJIj2ULqj7JRltwDtIyr+svoSogacO Kbb8mcpZHIAwWZBp0F7OnB6D1kCGI7SorVd2s+2aDE0z09KcQJ/pvHVbPz8tTGcgGlA4Mwh6Zza6 g0ioRddEVyDLhYjLVD3zqIZVeMj2DVhuy6TCMb6c0flQ/uVNZt0ko6AGHDDND0KwHeIlCPeFTfos X+bI1m6e8nnM1zObRDOeKIjfZ29obsGHcQY1xs6FC95ETd8Z/THf+mCVQQzGDtAlWLWU7JD8ohli YmQS9QlrUlznoG04VBsDuMWA5Qe2TYRzNN6hzNhDzjW2JwRGE3dgYvJVrRPZ9vQ0mWg+pjdJZ/EF JRJgmKC5mYLJi7aeDdvEzZGvN63LumnKvKYEG5Cow+C0oAbO8et4ai5O3Myxmy/I3JcbS17VtSqh GKaeChDnEq2bSn9fNymrf1qoRUUheXBptgHwjFB6NEKTpCaYBE+9ScB7V872gIR5hAbBGk4Tin9U oROGQdOaQAxKDx9o1ZEshoswOydoZ8wQAWXY1aCr1hHScqA3He0bXvS9nRXvUCS0SzVMJnqUVblB tqRnx10HXQ+Oh1IypjsbHppzF9pnTywg0OPUSGV+MhrXMgzihE7zy7w4GM/+EU4EGD15vXhYsFC5 msbL9QtDhsvmkrQv6RNOmyMgrQuTUuu2NXp3j0/BlJu0+M5P8cuuzEHMHGmh9ZVxj9VT7woHzJpl G+nD3ZqDc/5Vaza5KU9zMOsBW3PIiAmzOkCTIrJq+lQ50AGhyMJH86ym2Igz4aPDzystHctnkK7M j9m19QhXtzTT1MnQTLKV/S7ZTNlQPqxIWWi1WbhGfs3uuZh5aM4w5zBinbF8zvOjVFMNxQHNUNSI io25FUJQgMJylcjTAcMzTBND02D9kFgba7epTVkJBW1LrF6hWlVprLvpLubCKkwGMec08XSmeaDJ eOsCXj1IELvqDPNIY1XVzp+qdlcgcAJpZrDoyzkcOvuvGIbJ9puvU0TddGCyPMWK9jIs3p04XGHv hypBS0yf6lcrANITKCjnRBtXUnLoq2RM6SuTEhESMomqH55zuMlwT/r77BseEn4JJFDFRBrfNJ3g SJ+uXcOde5pKBNRJ7gnjWo+r3uiw6M+TPJuxlqWOVt/gTYsvGNVp+aSrc/y2iJO//1aT6d/1XIrK QGYqhPaVF6RHLugIAbuWipzjkwTBPemSwfMrX7jgg09fd4E06OV6PVsZlsurC0bllR40zP2sQRTl y7byzAd39rQol3t0b3vcEZ/zsV09c7OyUJ1qw08DBFQBouAeQdhETGLPKXBW7ijQSksM7RT6qUAu RzqwMfpz9+C3v9rIuHTkAyQhVTsB6sPdfWI4C2ldG2ckE8susFPNqThCjrjaT1nloj3ey9OKXV6h U32UtgzfBBpTmy4El6RMLiZ1hNrehM3HSKQbPDRKhkhy9atEujlB8kqU4DRNNVYZu3cFwWar9AT8 bIruD74syQW85V5GJoduukEX+Yo9gBNnmDW63d1huikJi4CZTF32m2D6RwQZO1NpszchMumiJI8T 2AI6Nsr5WLjaFH/rquAlg07oijwV0/K+vhDE1fMyHt4XmAZm4p5KZt5JX/rhciHvm0dXtkvZUbpg /PMm/cNGDRonHEMpktoO7XgwtqcDWRHO183jhnE6irKiHohET6u/bodsjdeXu4RQ7nZnVpfidTex w5KV/b+V4EgkR0GDh0x0+XzCnts8pbolDRi9QM+Dq7lBGzjWOhAG+R8eCvSNq8pmwaIHjOqmOqH9 0AAECwF+a74VA7HkMi+A5OarXoKvuiYQJb5rW8ElG9cLNhXg/t4u7xff/Upm17eL0wlRRxc9XB38 /Piz72iXSlxvb1eFP++sld99OXs1Q1XB6GxP7fslDI0BhUJ/gKyK6LZnqwXeKgdWR/34c2nDM7FX DDQs+omeztr8DCSxgo/7xVfU8L1ymEygJYNGShyTBCOq6FfhUbcp34J4xVFdGD5d8PFk0m7tt5b/ KcubyL7FqIpjfU+0UA81aqqUQZ7EW0aHfYvsGViLbnAhzDQJLYvjX6VuYjyJtbuPmRTI/aCPbTmJ hHI/zu5oqYJHJQg+Q2qXWVh0JFM0Yu6TkYMYqzBGhtitA/bdRNnsY0Zc8plqGxdrw38ukJkwoaBM ZBEH/cEKmYDhhJCdJMYWV7TJTJIjRGhhXTzDMW92vPxVT5nqPgdn8vPyy6KgzjO5QkMfM4UMIiDF AGygRC6Do8khY9UX+XjwL9LbppAo7DOvoCzEVMzusSkpN/WyA8Sy1ZiqZDwNcSzt2y9hQD3Rhqfu cnNFa+/SrlOOUqqN/zY4rIMPNsmpuoMm62F1+bEGZKEx+SSbxB1dESRiJphK4YAq1R+qcMO0Aqz2 cO7C5gJkFftMkWw7SizCSl3wqx7De6rl+UP5yeJ9kNKKQNImZElmGi9qswxCoj2x1EdLQrqjkCyp Ac46Qu/0H+w2OFTUjHRTVJohJXInAcrQNKLjsGZUzRX8n+WHVoFuX9s2oSU1zdmKdt6JpHpOJ24v NRpALgswBgEFI6TR165LOXogtDdsIpPvcvL1EIwEPWrRGiWs7O1P7zuevLi/l72bWWUb4q8Lr57w 3IYa19MEQlo08PVVydE6jt64vUWMebvxQht2+pn2M6o+dmNFBqlRCQxfGgmZaprK1j33gxgtcCdi J4RPIY5fHPsvWmQeWTj2wnpslt9y8oBAJ2IzxRmiXCkvcH8ZMDBvY1CyiJ+3nrKbo9leI68IQJhW TJeHsGc7YUSZs16SvnlUU4PiRQf1u7VgxDkLLPRa2pvf6SpbSifaZSt5ryPjrgUalqt1hj0TJ7Gg DyMY6rEvOu2+hoKornYgSyIf84sMYNCnE5Mdw2QauC8o0QFy5vuRjGghsiub2IEh/2s6wZnX9Ino ivoR2LMyEmMZFoiU58sr/OCrTkjp3s7P5lSEmG6WzhkJDiMkIqxOxXhwXRobBlTpjfhMrPCaSsIv BlBVUWzV3YJvtRG8oILSDSftCoh4C/r8uvzQmLLsjRhWGmM20PwOF2F4f6LCkC4qXEP7KE4C/sVy 1LoP1DxOhl3kL1nKABKr6BapWhooS0ww/eMN7P/zJvCXN3HP4fIQRO8IzTVM4cEVFHRzEwvnfS5i 1uW4veOGjvCFBfMCR04Xq1RSrPCQ8vA1YWQ8EESUDvAYjCyivAbulUDwc27oK+QGv87CU9MfUbdB LUpmZIofnv2+7WhgIV/smelSDD4dm/KHTEeGwcchtkvC34555HpBvuhSNiGVm/OigO1pNqoNhDAz KdDEGJMXM0Of+NRghtRHYcJWAcz+KdvY+4kxxC8E/Fkegs3L5e2PaBJIExGRSnUEHG1A3/vlyoOM qMXtInuQIu5CVuq3JCkY7NHvhhnckDxWJEzJNiTfPMRcCZG01hOzpuCILmRrnqegi43gy8nmqY63 El4mkEhmqDY6ksUCQAjmkmwI5UQh7JaW6aLU0BcF0ksMlO3Ixlr7tltJc6eKrPXpb9PSDEZbtN1u 4Pni0foleDom5CnIMjGh3r50IO7OTAOa+g9pQ1e07G7EMhCs6bovEmVFEWU4XGjufV4bPxEP4Tl3 ngTozGQAChnxVE5W1E4araY4zcATsmwh+jPWhGSAMI4LUzjzN26FhrxyAjW7RwEu1mHI5789oqxR A6l/FkJSGYWTMw3NfQ1iyQAygbgRidz7mo37LCV7wVEeB8HSH0smk3gMB/GWDbHV7P/twjawg0hZ SxG4LrWJXUkFjnLGVFFNIycyll1whGzUhMtChUMkmoNneLxjcRCnWNSog0bXpZ6BiffI8zEx+uv9 JkE6N1onQscYGuv9oWWEXrn4Mi1Mz9eSeY5WckEWCeOgS/aZnZzDcpKwLk8YPQkl3amJZad0MHbL i5SyOD33B8W5ZZgQiSE6l8lqMulUecKB4fUB5RkMySTKSczrd8oyU13EwVgAPRAXV6jG3JwStVf9 K4CSzWJFtdN22vjaS0NLbH4n+2BTpyEtMWY8iCAyzNjw4Op2cJFa6kEGBfEw0yi9ln3Z0EfQWVt3 g0Uruy6E621nljVf8N+gRZFklz1UzOFizSiNqwt2X92va4lppRXzd5coqcULkjYlAQWjPXEn5io5 zGUbbcm8YCh2CkvpW5wf8Q4VmOLRVAaRGCjOunx7opwvKKultGnTEoTsgPiUrGlTrEySsxtcoFVv Nrj6q3hbOUJQbnnp/ip1WXCFnEagLIRFyVs1TjcWGVD4wwAiMo/ex9hcnPXjvTkOZSeHzYzKlKmw STeqvCNh1TZcg45KSZppS65XVfqVXYrUyeLA8B7CnzctbSjlKM/Aka68Vlupf2TKFZrNGb8STJlI RRUcVNpa3jJKTtWmCklysdxseG9KXh5B3GSiBkZ3JIAOYrWuNCuWDxQhMnmyKrth6QZilhWKI9rR TJ9Pm8sQ8JKPkefKqLNg4+LUZ9DJlU6YWMsoVjax1aqNQxpEmrHKphCW6GiG5BCTKqNOfqWJjMW5 CtoLTITtymyTcv0pNwQeDIuPKgLQY5hqAUD+g4bGqX7bt7S4TM/j0RBm1M2ZMTZG+FAGmvanaDjA tv1K1kQTLBfsqEvyAXuijXfK2ZRYr5VTBs+8Uj/0pQ9yyjFzuaQan/lzEklIfWrxwGpbyk3CpJhO CUpi6iPppOUtiBGwpUSGjYVWxvqmeCrQpMUlCmX1NmSkxRJYp3hNPiIXtUBSIr0SQdaDyco7LeRU 1MOIQQ2LxAxKwucvVGmFMO20ysDZW+X1I2HVzh2Fwebatt89XBE15KgpkEC4T5oiGT4qNrJG/8CD 4LjpVZKlFGLVVV7sj5BXakKtuYU/YnvXkDjhBzdk6TyxMAGyaTOnwae6Qrj6Ivmbtx6sso4TAdhM roUAfc1npett6Crhr+yf06ckhYI6Zl4ZTqIjBxYVeBJFC0lVU3h365CWluTS2UlogQqiJZ72Bueb lXCFz83JTF3RTqlAVm+KKt30HFm7uNszPUvC7cJk2PP/t1GcJ9M1iYd7Ft8Nn0JYxjxkkivtQbCJ Q7MO0KRBzKyyzSpbt52AKW+r5PmmXTFW7RVVm9hkLquu+viyel4xmc9i0mqWO9DCWW9a/detIjOz IUyVJKNiMy9SntXStaGNmjOyrZI3dcpF1HuV0NWYWVqrx062okt9LteXPkx/QyW8hqUsKHhvyWlo 3+NrEHOexq8WnUh0rT1IcYoLwVgrejHcbpmsrrzRJ1SKHTyxEEMWAmduSmtOeGl0uT2HzYbD9tVR 9TAjlihAZjkHv6C4QqpsjZaq2xQ52aVhvF+hK3jRpaJUyVVVi9qEABk1y6wwpayWLQgvLmLt7GSR pq6djRIeFIaU7WR3mcpVaqrKJOczYalwlRdXj/2W5YIZnbTSXbKwXAj2IFuzed/HH7nb+4/03OV2 2F5n6txHAtds3IRCus4R5a2GkXu9KVarjKaNzSsqdpdyRTsgM/pCHpGh2H/UVqWW+varDXoma9oM hStpujB/LpVIJqEtzyE9OkLmEs1cpHJZQm42FCq4WCrkPSQnWU2xTAcXZJCkCqQOy0tVbHDTYyA0 MLru4YMOyUXW60LtfWx4zBba/U1paYCi2U2k0p83A4bNIHKhRW9KwVymVaqgG35Fg94M8Zq6shNW ZypacpKhFJeoRm85f7w6TRTeTJ+CLCqCVt0ysCpaGhMX+pADOVvMdtWMGeLVYNkfH8lOeij0rKmQ it8TPUNrtpTdTdLFpN9pS+rCZgZIjyKwBnw3YSa2xYil9ObRMnyPUcUpSrTSMjAEdKMsFSdE6nCy 4CWmE7bnd6X/0IPElj9kKKNPi+MozueVsrWa1hpIQI9tTC1WDkmqAnkPlQACbGxfDTNwUPASKr22 aUhfY1/0BwYOlXojCGKX2+f4iMQbFrqdpBtpUU4+BGRsvAceRD8oiFrK8yEAjd9QpyAVqBZ3o3cK Kxkw+q1ijZ500gUFVBkoWdRniiwGEQWqCCBtOgI6J4s1yjiX9THfVI8kdhnckpBkTODIHrh58Nio zVCgJdr05j6dRsBayXLSiEudhKUju1unW6Jr+JYXdUAICJBtau+hrNbTeLMjliPDbo1C7CKChwlZ ykuhYsMoT51FA321OJowFoVSVmuRc7uyGTDeTiRVSkRq7zLc0UKzCdGhOBRRrURGtoVUnAiUxYjw PZOJQi1JjxuVt2SnS5tiwZgTUbLNUEjM3QG9kzq1PDoTmoVgOSGlQEaFN51Yn93GHeZ0SCmUudg4 7E7u007dMvmlDbSU9LQMO+GVf8hnYzhDmRoOrwjr/NNgXwKCSvIuhkrRjQgTKtUB5ERdJzzRVNHV uAY4DBPPGHY8btsaaqRI1ZPu2tyC4I7TH80kZ0pvOxMeYYPVdtbCkXITK7rNULKeIJszpabkwmHY qtvx5ZFO5o92m/IvaYD0L7tXOURnTseHUkTyM+BccrE1xbnnxXH1AebmAsEUIWE8SBcX4ON5gHaY wJQ1a1s7M9ecSpxnGHmPJ3U3P3VlgUbhF2kaWJDa3MQngqzf2gNYUi7iB7mCBbEWaxK3IphWwrpQ ShQOknf3Pos2pma+Ub1g0sGwHFHZa+rGDhVkyYbNPt1MnNOD5SSwxsMc/rgdI+OJ6OSwEVuSw1KB QRFB3C6hIOogBmt+TevRzcExP65BCLpwLYYrlcUJ1axN6QLUL/yVGhTiJytkoR5H7niQmTRT2aJe 41ETfhlgbs0cqfidjjky8tpQkSdKooCWbpKCrBT7CZWFpBecJ3To19miabxTd8iW4ycyGrQmT4ek l0o290xdtkm4CACLWBI/3s8ks0xPwJtaswyAVWxjSFCAyQwfuFdpJzJQADeyasbWDgwZsu+YKOYG HY2fgmto1sM4SiwjubPGAokl5Eti2zIYAAZWvKX7gQsldj9IIzkdGrqbwNxK6p0XLekEgO1VPN/P jiQYZd/Ch23tUAV6pGiwqZmNCpi3scSOT0QZgXyMIGCBTvst3HPw+nr4+uaXI+13kNQbva+SftkU Zpi2j9qpqQ9bUpeHF8sAME/tnw92dfL29sRWvUkFKHXDl7/A2sCUEeUVTHxpsl4d1JKOwYlRnS/y 4Kh5YzhG3Chut4i+e6oR+XztURX2lKK9k22a7VmpPtocy5Z0clJ51059yNCzyAMl9ughbzDYNtSI c6NEEyjW1YYSQ4VCqS3CEGgDCfxL1w4yLl6PvWVc9NhgWAiqGXTXsN00fbBoDtppuigS6M+LS9oZ AsrhheamGUTRfmmTlg9PpQ6GobGwKJtNvCxej+UAGXAogwXmhV4+6mSo4rfA4BNa5Bvmwa7Jj2S2 aSB/11JDBdVMixvr3rzDH81cYQyOwHjhTAlqImDbbSEsHOido4WNbNIWI+EYsUyunzLhijFAA3NI 5/bZektaeSX9Q6RT2QAbc02+68hPYIfToQe/i89oZwA4Qh1ay1M/LiSGwiq+Ja2m6iEkolw7KPER wlhJia91kGYJwmt4Rj9IS23da0D4Ro9Fes+KWRKbSTE0wutDxlpDjxNaHSzn0Rlj7PICB6wE8N3s mfQDHMOEb/0CGq1lREZMESSL8khGef9lVRGcmnZvmkI5SJZBZVfNDzUp8U9dKaXsXroVVZJ18kaG OOMsQko69VwDwSspN2KpuKNt2zDFBgXpDHSnf9EpOf+GbBoLIdrDTLnRFhoxeg4RSKbVpK/KVHaf fdYH69CP7i2cYtgHNI8G4dUMDpstuTZxipz8RyaC4qaFWprLoXUTQwEG5eJD9Js8mffFVpUd47U0 41yBiIALFm54TOeq8+YxdVXwvlh0kCG3Orl+HLZSY7ZmA0L1f6VpChsv2SEuhCRLNsg2H8tvlijR GtKVt6kRsa3H1aF3ceBNc0+XIxEjPbeBujYPMtdOIjr0Qhr1bxJLZd3DYgIsymYFWEZNmUGdplKc mq7RYBKIE5HVkkdtTHk6ZSLZah4em0ebWOmf97XX6GxbdWGZi0mfd01LUVA+oRNBHCf6dsZARGpR Jxu2D5Mi2hNinsFUqU1e4rt82RMhOKc5SVeE81RD0mBlsTC9BU7pHfnMogQnYzkGWY+19zdFOpFr aF+PI7Tv6XB1G2Q5Y75dzoXCAvSclIkrKeQRCTR5tvM8JnXEWIiC6Gwj6rsEzJuGk6FoPErkke1N yVkRls/42CI+vhzEabGV44Pn6ouAgMOEINz+bi+lHFUhs7DsRg6oWyirwYpIlbY7hnggK+j2NFdo UsTpGUgyN/CeW+lh0b8oAwztdUSqkJY4kBf9EDRZYUzktk9V+BtYdERXRDf4TSxOhsnGZZ84kkx4 JTgtuxUUj5Nf2AJaq5qHJU4SZ7yHJz7PEghVcjs7rDEhGzbjYZVeU9xWlqmB2JvfFVzR0sdm+qvy TfHWgVyarFm7KhnTzYEyonbY5jLeFgflBQhpD3lakIZhNuCmoyqBo/FILiY1C3mYJXGXNTcRyJQc L0KQARF32kHDsaCMoQwy7RMAvEJ1xe+SuwwFlnmaCmIxqDAFplrrS1hYWLOsKe5SXLgXDCMfncUm cuCBwdW2XvR2w+oggvHEHcQLOTA9mjkW/pJ5k+Z5xJen9GBOF7oPFckeQfyhPMqpFJahIh6GVKQq YrdmzOxTjP+1ZzSV36Zyr10r6ReLI0+lTr6pmemJkyziRPbyd/oBLJqXTBQe0z3asg0fiZchEamF qWTqrTyu3rlNvLgiM0hDhNbGjzqLcrmgnYHH6Ny+VXydx7J5x+UUdIW11D00kBzRPZ2SB/NVuo2L qsis3IAmmnb8acTLTL70p/oqoSx1lD7JSUQlXVnZISQ3QuZG48g1HCKqG0E1QcPswqWyRN7+89ft wvjh4vLcboywslFtWmlhd13lunmvtJkbnzv03BVVGmmvdhNVd9Haeu0UiJCTdjOXOb5+SpuHMGFI yTmw6K6nzubGMnoLJVKOKhtoMGx+jamWH6s6OCGBc4rEuJ2/3bqZG9zv7oqVX0mI5ajtjkYmqkFX qWmXy44ZFYGmVLkQJVMuYVAMSwsPM+bSoN4nXvoW/TUMKpk6o6JfYUJI6H06bX9BBzN1lsfaU1ro 3RgxIv6wULT+TvpCqZzCDkAGCRWyX/akbyT2LdTecq38hblDGUspzdNYMGqzRisjvNFANj0YpXDp sWkaFxFCHaRzOUbIieQGGASIAoAfLifyjSHF8PKf0jYj5urbPoK+AmM2vkAvEtvsmtc1TZZ52BBR RrZYWfBt14dlfS3E1TrCPuLDTJ0Esg4RkaBfHHcohMc1OZBmDps7dlXbAqOlWF0wk/vpWvdtrdZC PyURPHAhMsTjJWFLrp/3r4nis04ju4cWNBQwm5zLjhyXkxhrCcZypfYduUCJ2q8xaK/0gCTwi7Bj LpN0hLqwmj1WYT+xoyL9N1nImlDT25+QiFgxXTxzonmx6hOLol8tMpvK4xqo/584nX+uD3/w1upM rOkBCs0aSbXvnzWWH2f0trcZGyzSfV5Nuh3XVZ/zhUroHv6MrdCcMTnL1EXEchEvHLP7FDkmj3EV RwjheQO/4J7maJtwUa6s8s6RmXqQjrYgsDIqeGLf8RJs5KuN39SpgqJWTQJNK+BHd0G6x2qjeFEU bJLuUn7ZLN9Mvvvlu9PSrZYQQofAUxISDO1GMbdqIq/b+5q/15l0AlUylb59FOi4Oz1UaTptEQ0c jTnwUkEVXgwD6GqF656di9RmPWURmxwZ19jw1gn5P2bPbRi4aKInsXHIuSoSzeZDVtcLTkktb2cj zXZjjG6KotUGIwjw2+HgXDOTPgN47WVWATlgNJQjmu7GFg1MQ4L3oCKxd9M3u8BTYjeDVjQzEHIQ 0ZJeKKp56Vgo0QyROui7ZixQzddLMTiucUHhYRci860sR/tyx5GdPTdEPq3BKTnqMYTsphjqRZQN HuZoZ1EyqqpMlLNRC7vAIxSSH8G5iCn9bhdHxhzc3ci47GgoUb5PvLyRw7FlAyA7jMzkpExk6uPi rc74BxnVag4CMsMWdtf/giAs0L5wDz8BVKE33GDPpSVNLZu7GoqsICf05phteWxByFWSxopzEIwX waWQBO4ZJuixgc2eqCaZQKZ0JZyzfauEDGCYf+1QYB+RwQioIgPY3jyXf5h9OBaWE3MPx8Yeq4Lu UjSj7y4DyP/+nPjSdtInOiEryXU5szMLCEHzULrzD72VB+FwrAdYHEpvEbB80eaitSMGcljedq7V DB2i7TGDJig6EAQFaDkJe44V/BfjuFYO6BAjwghTrz89cwrtVhourGdgKmGd3GQcC+X9jJ2VlBWD I0RrUequHh4PjFnPdN8zrNoxW3yvmNlsZESVHKryJbNwRv+umUMjSyMFM+lH9wxL6vQox8jK83dU NZdBd7lNHpFFeLNKIoRQsMp45Vk8XicW66VC7k/n+qspAyZvq+NxDY3Lguo1Q+VcPcjEMA1RoavU zhmyqbxY/iUb8r3M3YvuajMZ3g9njAQJPnfLG5G5oGTJswAka013ZHGNATgwUaWwZbhuMCcxlPAf aNMaCmZUdzvuCtiifVjhbHe9+5RHOw4GfVAUVVds90q4RVWVTIojOmjmh/RuGYtXx+sl4blSAtbj SWI8qWrhZHJrrIYGeO5rb3bmnOQQT60reb8CryGaGALU4Bm/BkNY5VhirBILxoUP3VuOrAi1Xx/1 MN30rBOXMhTD+V/KjdRQ0kDD2emL8bibDu1ZkeF6sgqGo7YnBisw4kD86ev5XM3cjB+T0YPKQpL5 GgJFq6ysqFuISpKwOuhSkQZ/6b2nAqelBFrhOWgtgiTvfqTKCaeHDFNMeasxZLw8r00Uyb2RaME+ kNkYLUmwder7TJ7cU/57dMcmtSmSlqvT2uKTYTqsRGx030rtYSmodWWPeelRQljtxCb7Rdt8IKn6 142EPe1B+PFUbR12VHd5e8ZKzYjUnCBpoRy/+Uj5P0ZhlzYmAIWimOfs5SdaKvD2mQtnVGM8dZPM pJCBVnwjK6hZSk+TdyX+QEyk8gdJKUP+UuUl1yAJrGun2tSzMaGisi7hBn1N3boAWd5CaWfqPQgr 2wGGUKONQHh3g3+ZUsWowkgY37p9YUSzdg3swqAXSErwIKuY5U8mVwu9aCpY9FYxodRLFuqDeG0r RekoaejdHnpBOjJN9USKwRwING5fdyVOgmvT2NXPhCdk2pfvFcgLj5CxLBeBPi5DLZQU8lwJ44uY tW7eUaQI4YkVkQ7TC5pHttRUUyvmxTR2j/YKDaWvLnAFoRmRLPVLeOxUo3yfbi1sxABNtoJJ7z4Q UWlmUSmZ7Y7cJrCy/igpD+EUCCS9vvGpICkKx136LWciEfqxXVAPRrB9SyZTOlBgLyRXFTFSITTJ 9oDBBSTqbc5ffE4kOvefBWqszIvk4jYV3azdFK9Ntgw4Q8QHb67kUK6+bJ8spP8FXjIxQeCwfUyZ s4gkSIFVqJqSG4hRZrplR+150yff0SSsPoZheI5QHECZHLjUZjh2a5WciIkiv0GslmgL3NCoFzrr cfHptIswpavsHMhYv1Y+8h4B8CQVTcloIDqxoJ/gitCqqGCgnoRdskoLsI7hbSJsDEG/z5SGxVZ8 KRM9OT7V56nllmRei+ShscmCy3MU7g70EW/HZlyUYsk9SiS9Ldte+qRJiVAwmFM0YUlZSHEnvt6x 4WomvfzCe/axSmCjyxwTL2X4suPylfTSFK/sz1UtTjTtM+2VkCkFq+++/7Uyi2ZEsDFeyScqm6/k zBsrMO2hyBF86sHbw+/aUML0lRya+pX5+BxKaNfUeJUsiZ8r26faBqaZSnbLjDNgJiNN+6vk+FNl OthR0U36GRa7wnKYw0d0XkqW+zdz1KuMmEraZI6WFtJrzDiDE/w2zzXDjWps5rX1pyzkX8680jRU 8/ntTbm/yj3Gc5SG9aEbgoAW7+I4dI4hewCSHJKauPdkTf/o1Aq3ytgW4KjPICnLVSho8IaX3B4i mUoqMsfP9R3XXdoIWrmtHJthUAcRGfbKBdgQ5wmDULYx45xUCAwbYNQLHZopED/4Dp3kFmQUoCk7 OmThI6DYxIeqHWCVzMYooSUqmhzF60ZP5vTklDe8us0/jMv7FUIIm+JzW3BDJpVGSHvqTlzWXPBu N6BuGZEtEwgXgyreWj8xl1ApNVxmZHQ2wFqJyHsdQY/Vdc69V42PWl4D/IwYRHKimPebT4gQENAK mo4Q1tQz/Ew1TAy35ELUrg5RzUFanmio2RUSyCwMN4aBZB4VSR2kGBMBp3VSHxiqn7h2BJXIJ5Rk YLydCFSI3xUqUVqWGCFIIbZVqqQerBg5MOfIRLqkYIjkTOFGvKcgP3qV7N3lI8ssnV4mUv6M3h7e Uj7lLQOxRiPPKWU3EJjwhoK2oh7nsoKyTTiULYXFaINJzedKFBkv4rIdCJivYbavISZnosAaKy2F VsnPLoZ4BadYiI9WjzlCccT37mrNJlNWQm8nEQFieQaKPB2u1htaoEj3aUvKSonLiSg3Zeq8HG5a SL/mQdLLkxpOzGjek6LxXfsstM3kgmnz7lLEZGXmaBsD4WG4uYCEekn5DNIxly1tNgsp5ZRllQxq 3/J4MxPyLORj1ZUVhBU6yoHt96s6U3WXKLxptmB0j5s0QSvJyqqcoRqzms1ctKmyIRso9hS1jIr4 3GvVh0ZmogSjz4E/c8OofRQuMOljg+nExHC8yWDJVYdlR6WrrrdcxaK8MUoRcNMJzUWu2F0GUnIS rgYXEeNChsCDjN0HIcWZllqEGCOdeWyXsIKYC5OC+ybmJctmcf64xkfN0ofVCprGJea2DmBHRCYx ufBr9X8UnSSjWn22bGyJNJra0pbJoCqCGLdcXdviZrzohdQMB7y802uJRF0jigW244h/HnpITeBI ACCpDltNwFWIXtaqr6DMcUapw3pi8vSfFDQRdwxCK36Y5SBmmjDgjmpgiMYpvITMJPfp1g+0iBdL ldVX1z0X0q4w0IMmZGiwppAROCHGraDiqVDwWSQ/pZ9QMMQpcHjlj6zFtcXffMaR4reOh3vcUCEp +E5fOvInOJPq9E4XBeTSnsUy5FoYPyl6xCcKUan+xEGP5RGgBBjYTBCEtfvsQm4IWGClyu638xyC FYQw4gDCbp5WgRcHu1b9Z50jy9gTiRhRIdpNgApiiujqz3ljbOoEMIkVo9DeY6id0GIVGR5eq7da gvjFjKSaDJoYOITX1sob3Z3sCJL9lHWs6l6so9SiOi5IJiXhdt/TNyE2SnfoJmAiC8IEDJV5HpND ooOaTmQOdjKdumgzYUFne0sQSOzgjcjzCK90kLV1ebds0A+XBN6wJV3NOfKdIAdvLgh/eJfpObQo dBimLxLlk2FIHn23Nys3gyjts+JTpoEutaVLmcUcU2GhO3pCISatBqI3z2vNYSu4bNcZL/e4vibs PYK1fWHhZQ/wMTEGJqrRBZaIDfiUX/z71Ng0t8jUs/88ixdBNlmBnCrV34+XCXXA64rQzLMKI9JM CYVmx62yL5j1wNmGripeyBOeXjpv05eYpbTrKbqPnnOo9qEX022POg15kV8JpUK3WoZDHnSpvm0p zkvPJtTe/i6DQW4xQZ8qKZr2HMVm6M3RPejy+YDn7kDBnP5/Hv95LqJ1wK8XOuu3pzj2YF1d9FcZ 4dsTDtXQPX1RoPWrMuAhuk9kr1DfprJKDZ/f/1WCKETpysVrrApCih75i3iiDfaAqqHtmOuRjBP+ C5+VI1S6UNt15N+DaxtO8UHjxafVCJJThzEDbcWOSFW1ULZ4ZWVCtwqPwFEFsAdQ1orUbK5uEGBY 6BHkF8UKTGKtfsoUK04khzrP7MRIwaVeGccqM5YYXhD4w9NCGd1ZUGC6VatgKK6JVXSo4mncto2x VpNv5SZWv4P1qs0IVYAqUHK9xAUT+Aa36aF03XRjep5noHvwvGl3U2xiVFGSUSCPFySuJKEAZbSy NcFT5KMV7iOsZM9CDlfjgJyr71J0RT8wikIqpOqJVLeps2m17jgFknQVvmoqIAXfTjJ+CzGFcOoQ kgqCBGhIgSHsyPHh/LMNRRjrPkeD6qq0QutNfochcQFKoBFfBjl4I68WFNAocVxOVcWelBMpSkFS 4aFmIQuendBa0CQakbQu+hhSkLnfbRIgXsJraAWfSsIobTx4RcQlEc2nUVka7yJMVVEcoLkdT8+t cQxMWKZhFEl4e/Nzw5WQtElTdNzKCE/QAHv60mqQNzESfsbGBEIt7/Hl6rCsquqm22EmuXmAIDnj 0XKRBj2GtC+RAQXHIFbnbGne+OQT1yROAhlYf0tb2XpH0E8sNgWTx3NqeiiHaJk1MZAKj/3b42QR 5vJVGPJonGR0RiB0Q2nG9soKsUEjIUhlRmVUlqxCWT1ZhshrLPAFldwqFhzskd05xRTXEZ32oO+c MhSrbE4aqzcSKbYQ0n1ragXsp37KlHJZQrA1gqf7mK/JtCp3+7gYhOq0RP7OTjpYSOL5rf8FCoDc yPtKaBwlN07vfAPFrsLHyl78FKJ0zUJVxfHfsMTHe1vNE9V6wGzaksWV6x48SSvKspVSMGAIQzPG quoBAoHAcsqYcje+sYa47c4A18+e/r21ie7OCfOwDdPYQs9dZyf1Q+QGhmmGCGrDeWNB/3rrudn/ mVLp0uZbpIIxLcm/9uB/TxfXYXLUFfuk5GKRHR+FGebtsb1t/3C8mrmHn6OYKHCDnvaTNFFwjfD5 9AhyD2Pviet6ErucFyy8EU1q99//iUCFLMr4/qdLOEkxOu+RuihHSaX+SROzoW/vRTERi1q8PTPC BvYLWfkTYy4C2RE+aKfyZgeO8xraMUYAmKS9Zb4y5lEwf0+PrCV3/gXwsq9KZk25dZMvcwiveS5f ZrHmmIIN+thnMN7D9BqgWLyHtGvGPwKkLAoLNqsjlrmggaczVKVYF2Q+UN30BNRQNyIydlVhKNGc pClKvoOQrNrw0rDOguLupoX9UdZsAfJAp2qDMCQfMadFFOaQArDsJCHhkKSzgZ3jSMqOM0vZXRN8 VsrYQ3lonHBkdLwSAoPuJv51TjTBiMRtS7d5nN85poCErNDDhtOilxQ3qNWFCbitpHLdiZS/+A7Z ZheGSkRSSlP+Akm9VQiR/fbog6YGFYfBnTk2litB60RqazG3bW24D7dd2bZwe2DkqyqNFT3acZdK SQfv2CsxJvu0SSaFsHLs8nMp+/JQXQNjT89rtlCw2uxP0txkxgW7N7KSKU7I5HQoCiQzl05CRWLE FKc8hdcxcScjAlzYFLlaq00UbhV3OG0suyY5kSy5IQyYU5+Io/GCVCbB6JxlEJll2ENrfIAApudy D/piX8bJ7qkduM1QUjldpK2Eypgyb9LnLfXPfP0RRQBXUK8rdgjxE1dQD+yy7JLTRS4eiZbmsAj9 URi3Sij41jrTSukgQ5EuCVQtL1TlM83rJ620QBppJ50WWF2cCycfl5FaHjRZsTp9K6g26l1wnNm6 3FFyK6moB0JmZhVGdZmNpva8jZVUHi98sPTSDMyayDSDzdra7snSIr85mj1LWb0+mrlWf+veFsSx qGap/fjkv36ZUH34bMAsVnGMXTXjMzGs5tsxn53NCM0l8dQQ2Nb/sdHuQqrE3QzR8Xr3Nyv0opEi bj1UmzR4UkCcW6TlG19u5+cj11ubWDLpSOiK3Co/0oN/JqcIert4qKNZJCaaMZoV+p7AOiUfj4NE G0n82Rhmr4miAU2HueT6sdFT/4oBGDeWemkc+ramTYed0tnEYYZcz29xWvHdc6KaMrfhqcqA7IyI TLuJaP0oKTt6WPeA4lwMG/qHPUnQR8O15RewdOu3CjhW3z//H7fSzZuN9sZKR2crqec44abnHmO7 ikCPDUynaQ4hsbO6SmlmG+ONY5KeAFxTLdGwja49O9nBqgnVhHO5Zvd4CEBWyA2XuC7t52iEvy18 DeYAW3Ga/aoeZ3WZYgd1xyJ4wpBNW2acsXeDWEsAhn0oAjgO5gAgIwdZYarZB/fxhOim2bpqx6/4 POPh0o4Xm8qjGL6kBYKUIEJIp8rv3LBpsuZSH38BR8+DbsAgj8jKThy8P+z9KJ/x5P+SE2VXRhgi VcLr+4WLYPIHYdxoNSjXLg90ib6EmB3Xh+hflHRJlItCwUXp00JpX/HShFboaRLHaUtcQp8yrWUI He8m2XIhINN0HieFKjRjDKEmO1ArsCztDQE0LmYT+wYlaDPKxNUiu1HER7O0ZtaBRsxihAqK2uFQ TDVEOBbNiZN8RHoY2d1e1qaHe3TDtkmAVPFVGZPUY2WcVrKIwpCv30Iw/Nc35QRBS1gQFOAjMCXA LeAMnEpIEqY1ph1hneyTV2dsOw6Ji7GLFhKVMCl7Yh5sgAqYgFVQtoZNIcQZEwEr2ZwxHBajURuc cj1ywBFUZ8BFmGITxlBfTR/hNZ0sEkKNdZiZt2zRMmtTmMwjswdQWwvT89a3R04mWgm0KCb+GKPQ hdTsQYKyao9PlAHumFOTOixZF0jCpmGhZcnW6quTDnHpit4DkLkBqlaY5d2VOgm4fclMMjUm1eYh zVerhTVYTKLYX46Nl8JS6E1yHoacQBhSEiOlLnEXGC2X/FiODBwhRt5adkJqmttEx5YyeJQ3VcxM CTdOFaWr5YZ1xJe+wDL+KmMW3kCMHoqD0J1UOxT0jDY1xYUk9ckWQo04rHSdkmHxsYgTrb9bztZb oNOyRxTCJqyVqVXp61/F2LID1MmFpQvkoN4YZe2jCPRAB6RrOX1g2voHE07FdASxtaUAaM3XcB2g 6gQZQKyM01HJGeKSqsO8yXGqp4VgkynSgQeEkhd09Kh4hWKuhMFesTxd4cL440Oso+3FYiuESGxO RlL5hYHLA7KGZpco7ziKtShPayzHnZ+/MUnEcOhAHrVaLXITe6SDOFcHWbuyJfjMo1Egea5aPcZ4 mMF3g9Nd7tfsO2dumZ8x++BjiRYbPlyjVVLHA8i5fCmBOVVAxTZOm7RWjJFzcXyDxmvIlXzZjP5C Jz00XYe04SfSVBQmg3VdqY2vNTQ+TehswGG75lZR5wJzGaqkQOjXZeZcAJK3uCSTiMfMplqoTppB d/MCB8E6yhsRlVk5I+VPUtWkpceVUNoAXHppdFlxu4Z4/ooj5BsTpeiRmmZqiyhzRUGBjU3SZC3y AICKf1TRjDks9R0RDgk6kfiSH4MMs/4iY+DZBBCO6dYlWPamwGeoLkcW6RbAzEnZVSZIHuQT8HTv 6i4Fy6oPlKiryiBxr5gsSe777iG5Vbzm6WChKoLO63dfEVEhN6vBio1aRsi3xDWyJ3CVTuOrHqCO qDFVpA6iTQQIACVhBlHCMWbYlHGrS8gQsGwTcQma2Zsahn6KoNCundipj9bjJXVFxlqqGyjxofyU QpvCE4tQbDiB11d1sFxxH/uFH/JlHtHk23AK7u2BTGdJrq1oLEmAEyjbCYbrlRtI0VW68emZNTnu m91oi1Q6qLKlo7RTNbiaNlbLW/y5+5iVMmYFCkaEWaPxAfOUiQCZqbRMoCCfnWYKZmFtKcSok5k4 OeuSpj8JPykxyCxFdCkHQEpWw67YhtFdUCjM5jMj1JMbEjW0GUZSQ3Euc6C5f+6KnOxMD8nfYKv0 zFZjRedJs1bpNzh4CPjRDlVomi2aJrsy+JNFgAM95O1kPLA0EmGCHL5mjOKwx6EEmE20qQLwNd48 h4y0Rk9YDYT9PVl3AQXaMT6NgzWISPhCvcggVYgQBGjG3RDYthz8ITg8aOKGIF3N9wfgxi+YIaCz IWtIq3GY6T7ik1LDB/LkAEFw037dokvEwJILsWH5FeA2Wes3oqVTJFOEQp7+lSZotPq18jBexSCg 1NywRDrm/Ys2jb0azV9Ekk810jDA0GQfiKIrDpHaM1IKImSSlFQSCmqdIiQ6EPAWT5t3SAmKabXW ZhHC+18ihTKXkHCxNUFDjyowrpcXhdoOkqAOprcUG+edLTkKp7A4PkAJi8OA2o6jWiW3rjTJbSMY aWURKd6pRVL2r5ktc4l04TVpFEv7U3igeb1NICxpKnM4v9B7o/elhI4TsTWLrBUVJcPo7acMMKr8 0w/L5I0ZMWpc668I6onKBbIs4DeRzf+rqbIiES1UMxQJr3+GJRBE1fySn+cdQVriCIKON/kcYYxw gBKxrk8sBmVNELnpAPfkxVaMkJqvcJa6QHnQgiYVxgWpUFDGoscOM0t5EVN30OgghfLieUv/IS8/ OgIhwyNnkm/grKmaSu2Ng0isOZPQf3ORvMNXAklg2BdRmpvr2nyQ3FoskbxJAlWTSphdjjdvumdW BpSoGX0SNifV2nchNDNtSqeR7Vu0AEzOlUtx0iywkNdJS7b7LjObReqsJJm7uLZOkgaiM7BMqdJZ s9w0vs/5a3UVrxly/CIVRZtkWcXYXKUsXUM9E5ktYX7Sv9Sd0LJpmYwEWPatkQ/sk1L4t0HyQwQT krzijSMYbFNvHoMWsNbNFD1vwSyJmpJJ9IwaCXYmsMuVRGzgEbECJqwxniIsOmg2xvGhZ9rBg/TR rs58jnmOydKWVahku/TSAk1Qkh9vJqRPKs4kz/jda2JDWtaTSyeZ+pWvok3xhw2PJ1oenGEcY65n ZhDEaj5SDO1SUK/WFBA0YIaEVjagt0CvUXFccr6yR2FAQg5tO+FV4yRfistCbMOgsvQkHIe8OWM0 m1dsNDMFQk7nBGJo0mYGOsgAfsqzw7iYSquaeZc8NcjStec0TjnjtJ4KIgnXRegwp8naYqTlBNQG lZM8o+gKEtJFYcXER1lp2si2kRpZYlw69OnbDTLeNZYyb8XqMKS4gSoW6yS2okHNVeLah0Yn5Jzf WwWB6s+UywbgA4tPU6U2GT+WTLsYbXk42r48uciPg3xI1pRe+YthCvo4bwtavbXJM5NkuxHjL7mM 82hKb4byjpbsEkwFnc4A/VXW9gXZeqY/jZBPX6mnaFK9DhMJnii7LKCYe0KINLPruHBaJGSXFMhY E2JniLTkM8vUKX6YuN6YOoGWrdhdBl6YFEbAQV/IRbYaZ3fQIBp054+RXZlaorzezcaGX1V1fMtq eiJt1xJ1DsJSCBZGZeRGLgjM/uBsRNY9nivsMHPF4+YaXYcw1HAI6VKgVAJrxKWVtHkA29FysVbV iyN+jZ48srT410nX6rxO9GnUZmrSoQCBsEqOQudwEDYUq7N/zMszCcNeL0xmS6W7OHAR4/d/bFRm o+o8LgEm6Rx2KQWYatzMA5Dq0JVoqanRgymn5alqHT6QgfYhQEWMrI9wiAh5YhuScrR1UkESyyFZ 9+8gxtmKgd5g2Q8cI2W87pOwRqBsqR5QmUUysDmaAJ2PxK4wtJp57s2Zpke8wRYvhJLZbx/dYEef tIwVEEvKKxihlRYd5C+NYKSDpcUUY8J+EX9cZBfJ8xBFMKj1K5pHc/QGWoFkqJNQBllQ9KE8gtnZ 4IIaa0A/KSU1+MBFvGj/IPNcNZrSCRE0Yh3ps02Veg2m1J8NCLJmvtjSTvJXMQ3o+oUZNJGQo1rE QZHnfoNTpQ+jtE2uIrZejFixmvQodLBZ59VwhHVE1W0feiSIT9WfK57nvIiZnlRuaIpDs07KRYCA qJoB2oMYTsgu02GBZTLMTyqJ55WIiq94xRkMiRz6KU+Qf5JW6KD7IGj8E8fEktSzMKP45USNxDEI TG9MooyXuLBgLI2DBKabedR/XMJ3iuiwCryhS5FbOxgi5V25KFGDMl0GdAZwls83OgzJtblGoKH/ 6joOoJAoygNZoHZFFjTzPq5UxQndALpSBb1He2jBE1mh9jgxh2t/iyl3cHA8qNRAXHC9TI9qEdPU Mck4kgdqwV/TFIDbeq/ikH4CHntjbWtnsmaXUVsHSyD0jxZr2SreJhgQABxlXTIAMLNcNqduajl2 V7wIvGQr8lKzch1ITluAyytKdtu8ZUbZhBSEhCmyUH23f4tezYwDSDwb3U2FL6O7wMQfqWa1eq8G pFMC7TbrTRsdcYUZqX1gpQek0Ahmps1yt/lETcMR9Qor+OAPcKrMP+92kdkEx8vVkBCpblGRdsHS zSZN0gmJuKMT12V08pzGq+zv1CbGKy/0rjviI1I+7qdlR9Imewv3ltTjLo8tyFDuq10iKOl/k30b LUh2RRFEnG1yxOCsdQGCdxmi6zlYQAlO2UlYTph6oMW6quQ2K2izE0EW44klB3Cy4LjpT7MgX+hJ 6a7kUeydSQPr6ippI4ttP59xFX9sqNO9T86TepBvu8O3r5dXpFCaqhmxq5mQC41lFVnVk6m4hDui nHRQ47/iEmtsq4bKBk0z+CpOuQ5TymrwZ70edwFKQQSnmegtsbvlHDKlC7ybyrEFJ2lEz+Et0GhN QV/3m759Kr9iupl80poQaacV58oOda9UpTZOAJrw5SCuLNQnPwHpxF5ki0TkiHtu7xU0CrghgJgw KAqqtToCxZJTPNRwDicl7sMaYErzRCBVhRaRpX7lPLkzyYQSRkBOlOjB5R4NXce4Nh+EmeFzwatY nOfqwtaIhiNQAite403cDySSfjIpLSnjI6QmWSHGKE6ozgvcdNHBaYy4NkodJXxyHxyRAeqCLCOS uyUS931P6KG5HpWSaGc8NLHycD/sU5k27NRNtjagKK/FzwbWpp3z8ZWRNsFpkFyY1toGw5Vyq6pJ JIAnlzaCSvJwCexo2fXugCYuJit1pAiNQgZjK3Yx4yI5nwSt3D0GQ8hgnNfbFYPXGlCO09zG9fnF J5jS+lUPmMVcS3ZBm36TeHtfMd3tz/PFGWvVVHZudHtWuUIokXP4aO8PPKpXVV6WyowbqFnbHKox UcLF8FtBe1gKiuMlTG6FolqWCwiSyngLpkiDTIJuwtSuOkB69t92U4UQBPNfenQyg3R1StG2J0kO 6gf+8BpJUdXyFasPP3CdYPpKU3KeVfwSrExaQNE3iwiLNNN50aoi87dNzPZLhcWG3RZf6qgOOsM4 AYMGCVm5g9wgZ1xXfc2Uko3Nxqqnrod4zBhTp7Zqq1dG0kM1uICCLZPrS96ztLSOhn2Fuiru9uu+ BINtJNPAhmP12jblTtTZoXJkH4kPtfhpr3J7ykK0J8XpMJtPq8ZAA0ugLGVwJEUsM/sHLHFpd7Qx /IbVGUylV2S3c82+aZdsz5qPbPTuuSPsAKM2VH955udMQv2nncA2JDvHtoxIGIU04jUwKVcC7mNY y1OLF/RNw1hAaR7JDiMyU+psuOFz8cEo/XT9cI1R0w/Hy966Ada/cDFhlMOwMlplMUF69OpCWdUg Vj9kGfzJWs8C0zAHyBIRY3Czubp6W9pZKb0kocjWGTun0Cha2GKlZQSCuqkHhepOM/vAGb+bhnBS iU/v1WNTAcqzwj7yHz4SL/XaauYRCiJ1SqXNTinOX07ngBe+Xj7WJjFYaqjwnO+TJgIkr0voQ7Uk in1AoX/vgUUoDrwn7bKpakESbo+50PGjykQMGriYoGXDVbTNX0sIjbLyr/5wUV6t6GGMph4f1+LR qro1Dueq85Bl6e9yWkOtWqeQUj8utWrpCSHNdLpNQgWpTRqbR7i+PSHtMCkliHKZM5qd3UORWnKt lueEjWfMo+BLomhysOy92oLppw7JSju3aPogDlINRkwkImw/2vj1EvNsohjahY5qEfRIr8v/60B0 M91oHpmY4GT76oTDZEKXZv3yE9cSH9GQ0tU8yyWEoksQLnfzcSOmEgfbQeTKdIeLyFwH9M535PZs t6Qd5kSYwdBfmOQ62Mx6fFwAafJWJk5QcGmw6RsxKGt4ewB47BsjHGnYelhuUAW7WQWO66f4X884 Ze/tc0QzZ8JZSTFzJOcqfCI1CZh5gZTWBRDYRmt0xSlDPaUP742mpe6a6ny+Lpk0F3VI38Zz5dpn Uv7xD/K30FDxC1uZNQ05azaTAmtmO0ZT6Q73VDFFeDPH6iEm0bTBTBRzqQYgOMwqmcrKsFwuBSOh aQ57agKE9834pnvmoO5X1tNNqNlDKko3bffS2JSN31Egf9k6DZKNYd9aM1kXrgisVUmrF1sIOIH7 lHxzOuuTr1V/JnM3EjftNdHjAlURO45+fuEpOlUJGtLVPdDGbgE9sBk/Hc0Tc0aeYdNYlYe2mvW1 cDlUE173RXk+Vx7jXmNstkGrryLjPQbNPz2lp3uvgHIatKhDqMQen00quWwT/G5x7g4mWvNkMPPK hKIqbvxVvCOyBRWy1GzFKldgIz+w78xOLH3FaHvhtpcUDXj05W673Usz28YQq023kSOgx5baM/Yn Rru/a18UsrpuRX4jVhJ3+xddd8PYHnhEAlUJCJgdK1sTAAqijVF0K1l3sqdi/Ka+fcsa1vipi5zI xKon6zR6XVUlUreE4TPZ0wVcWVEgsy5/ayuIdumKaa5+Qem8Kyk5re9KCvXPiob2pRG4QwbxOm6G XX2ia/I7vzoo4wMF5N8zfsO5Y7gVARzUjEep9tCS9Qi7Zdqm6yDnftJdDcINa0m1rKtoMMcXyKIp hOQgArwg2uRLaqVD1wQOZnwSwhgUB/k1Xwd6nbGsEhfec3xDRHchn99LLBAu8xJP2f3gqTKaWI1S 8VG0bzqY31dt+2mvMQm3q4cQ0kK7REgGBMC39FD+gtSmSLxMv+KXHBKFAYuqHZCTKobvAWmq0amI htsCX/6HV/Ygjojn2nTHx5J5AzhfUVz/SUv3jWw4s2CUpLA6d00aQYOy4MK3y9rWVBv8tM6iwdAo qjBCzmqGuGoLMxhltJoE101p8atjBIaq4Zntx0LBnKgFodp1kn6y1XScHos1BSMi35SJeTk+6xK+ hGOFIG1Vj3SOtO1WXeVNsSjf7m533VeeIy6NlK44TZ5uGENUG6x2FN+ZkGZYgEud5B252xazGFI+ uNLcWXdDiCcJJ6c6Z+EQPtq6kvrzncp1fvAVc04NVBZ8ub6DqMC+wXXQ7Z20Wi4RgBZrvWnxTlrC HlbG5Ec2qMsrCiQcgYSawBJBjRuGV7YwgdVyEtbWqGFLYNs2J/1e5/KROosMXgbEY9/gXbwAgbcJ kCVkfkhFXZplHCCUFFUbCrUyJAI9jsZxMmByZxbI4jyuTbldy4nkdZl0QkvPVjq0zQyKkXQpQcuR 0cGYmCtqiwM1EU56/RW7FvWg1/iV0mRkGTQFEEYaz0cxk3/BlEqWRFZZnKdHVUbBl42LZ1MV0pbQ liI2nchUtvWHDhec6zd9pVN+g9Sgw7icSTLcQe4gh1ftC3D8IwYpe9OkrBsgVPwNIkp1pOtSaL3w VNQ0OzCAVXIO2ERAh+YtpQSgpGlUdNj7srSHaybDBkWv4TqLoLZ8VClytVwcyeRqqHm6xiWHQ7+Q 1/iTv9lWK5I1Mu8GuXrOeJpwbe0jNFATyBIGAzk3fqKlIkYKMJKLMo8kX1ql71A3fGDbZDNLyJai Vt9hVyYRxU0gK4sFwj3fBvcJjShIING2R6jploOBLOE7yvia5sVsk4Ak5gwuqHtqSnHMkJ2UYGYm h9DZLdmjHDnco2bZk3osdzMFMmzIrPwbECUciagdgwUbhhIAGtKzRzg+8+zSs6ZseyKudYjlJmcN kCPnWfUDD/k5T2zHgh7oGhmVAkKq3CHv0A6Trs5ajVR+2nyWYLPtxNPNEbipZS4Zd8AHZUkk4r0p TGnjZqY95CpzSTRgPOPGWqRirEQ6HkEcwW5CymBNlis2UIFI5iNl6RvnPDTdmPpRCSU45kCRseOs ll8Ig5bS2sZkQq2IUJxs1v3988+V+pwJKEQ03U7cis/Vx6qHsxwHjS7qVJZAho6Ly6e4oCwXPXom YS2bI9duT8YbHSzXGHUSu6g8tWvMuFvQReiqNl2sb87FX7yp+qykoLSV4HBdrNWSXccpOOruxL8P t6ZWR1HaqiR7PAyRXQUVaSw9q44af/OOvo0RXyIjOeOupmo3rFQ7JDU+QEdC6RExVkoxfab2KbGK jVF+ytZ0n7IYUHZQElRnpt7sUyQ1K2kGEeNWXWc1GRtw6966PMog02mBCsHqZ0kgE1vdwjQnoVgH YdoKIlKVzTySjBKJur0iAx1x0zYrorlfFlinNAJVGrybwQX/MiKlg3QjrchsNVv5WqN8OOsyOlwK MvAC/VbNEdccd4+87jeQC92zgHumW7lAL9wnyEubLicrnoA8LenMAXTI56rTkHm+pF02XAaSYfjA y2o+ZAmKkEIfnUNcCzG8ccU9cKeu7lwBEsbwlHRzIgtNoDdvMlXj7yAHKkiKbJIkBIM7GITqz1Xi dZGraBiUQBSn+XHQ4Qnkwq9BSirKKITE/LRXdLrS/EGC58fVrgudxg7+wjrUlwmUoJQ5zMDkcj7r Iog/L30Tk/esyFE9lMXBhtIHXzoTwJFlqVFzMHIowdNwEtYXmrdsVxaPndbzAKA7g6CsnGpmUX+O 1pjwf+snCNzW9EKhYQVzc8nmvxIsE7eJQ2YFUkmxOWu4vVXjRsHT7jxSOJEBtg5ImM08NWt+5kLb Okzxmqw0mQFusNeUMTvJW9y6M/EaDn2IbyAy2JumvdTwnRKpSMEt/bvHEynJttysq9deyctMpuhX +M7GcKkjmrEDh0ylbTX0m1jLzUjTHI3c2QG9o6ioY2ytIINrmtqjMVTvOszXfKDhCIPzKkY0Vy9m uXYW6XFSMiWNLZDuWLmbjYx95UBxoYfMxBqhQHv9+gK+RJ3FpyAUCijFHYQ1LtVQqcTQ2FpmtYFa WRaCJgLHGV6I5x1n3lqqKhCeMrLmKjJM+VdqKQPm/LpK3nVK1GRZpTFSG0ODRfCYTyzl4U2deHkw f6K4duiTVIUkGlJJZGepi9fsklPtNh8WG0rnJbmd/n1CVfhmMy12WpuozlnWBFWTlQinOgrl5g5w yaUlsQpHvJ0jQErskRVthA9FPbal004QZ6jOtI3pBxo75AcCJmE/LaXhKdbkXxAzAnJnvehpAaSH UXjjkvknMcYIx8yGtjrsOKHoKgvoRbwoP6Pi6T4SydgNX+Crs/HukCZQcPgTfTRIpxhh1u9VOGeW DTIUo0TzJAoqSejPCiJ1FKd8pzQ9S0IslpvCMIhuQQ0ngz4GcOuJTFTPLZrgzz6YEA50guGKNtUU GW6i0Z9r/TDVULMizvaidMqo4Xw2DuL1n200Wmkhp3C8IMtEs/VB08QzT+RZsZBx00t3B+eITumh kaKnEqFeJsu8JqcmmoikStm+c4gvtTUnDlZa23eJZgUFiLCoMUt2eQ+tRFjVapML/XcTsKwuK0lE jLyyV2tdTXAaK3CLM7bnXl+T1kpSNWrGv6KTprkg0WefpBdRmu1xcPHgFs4SWkfJw8fBSL6CTiqI 05zQacqHkNAP2c42XZfHNqMsGPDBCmSMg500NNkjrGoRxMBvbxP1UChs4dMkQ1U0HhDSlBQ00uMo dOOzJJYr0SXxDtMgFb3STgdZGtt27RTDt7Sf0v4/T3eC2EasY1F0Fx3JQzxIstK9/wX2uY/+33Fk qYoEMQMEWVSC13+RqBGxCAg5wyxdSpQYkYzA6Yk2lN9+pzKlnBvli/Tok9+POdV1tUE6l6e0mzRb nqhEYzBCp3V9Y1o6zI1QGprP/lPDHskoFlNGkw6oNbUhEMmMu6zNiwRxnAYHKZwTicU/iGsPECU0 SuG8SUGYT3nCyEXrPrwrQ6RCulevgAYQ2lGiUDFahhcOCzomzqV/Yf6bn2g0v7i1bB+CLP0DKRpx xBs650404jsNlzUaxKXUiITnBWjq/Lk4RoIYlQ6lNqlA0Q1hRUnl1y6Cpm5q6IxUsyo2dPF40kZh Yilx5UvebG5IN6GkJ1DBMJh8Z04DSlGhC4vgVWBvgWMaDo2iFbUveaIrfkCGfN4HaqD3uOvKp2EW vrquTJohK+Z0vmRVJXeyEahQ5XAuUJkiskoPMie9NkZLdVJ9ihVjvy7UFWuy7qpSnEg2jYHsKdx0 ytJgmH1BBl9yAqpXldMpTkpJETIOxsZW5uvaZ5DuduIl/kxBSkrQn7LF3EQWwAwEerA6EbepRJPW ZZWBD1sNGDIjAM0j2+ikkxu6vVLHXSJE2Ii0UWcc60EK77BKC/oL7YRkJHKOFZrGM0Qr8+aqAPD+ UvaF0ZDStxJ63+Npwl2S7FTRdCmHACnY05aY7cVIAg3SM3DEdlrmmRD14Pn8fGWx1efFUMbLlLIJ BesSAnjyJrEWWxIRXY0iULPq0lRtyrviBgROmF2KSxiSufkcjLI+kf/MzaA6VxVKpOLSEEd+p+g3 XSjzbE4XGIcpGSjhYWvwWbduzXf89KoWvXFd61K132kuv2LwSrhN5bKmPERJiFm8IXlHIaeJuJmS R06MXQ5a2UQWkZIk6woXAn2hkCFlHUaLfu4pdRz52L4olENQPgWkpaDYD1ssKlclm3iRXDKYlPEU S6kpwySFHMv8Gq43n/JTDzuTt0RgZpeKNjQIZAG45M3fIisrDbHcTpgio/d8HZ664etrIRC+7nrN h+cfW2HErvkrLm7HL7ORUCdo4s57t+H28FCXghrOgNH2Rg676Tw11dZ1l4296RKqqZFPhS2MseCQ hhCKwTeREZVdb4GEh8iPQ1SDldn3BHsIVCrfpCCjzir4IuPxD/SSK6Na/EfqlItI6eOkAm8TQHRw P5yIXgwL171oheeaxoRxtWSLb3TOAILXCNVw6ZHf5FRCgpJNVVOdwOUSK2O5yeDI0KMi3Eh+CBJV vCdz/czGOnTRNMKJhZ4ocQOfgg5E9lzKaPGOGQ42zDUzdzO/S0x5gwyNa8875ATkMSfZ8IrGvo0w jLjoPGyOgn/oDgLhnydNJ3zto5SCkSsJF355Eu5irHvxRESuoHhqtoijJTOpX/KBRgwzuHgHSXjH rAwMf8gnDx/kip6kGgtk11sBzJe6kzsOFzmqgybThMDh6W7W14SyXGgchJo2ZXcpFqrgBVEgfaR4 JkQwLBtUyCBh7if7ibWpQBIynfGRVgnp01drvlQd/pmiUtJMaeWUdCKvmS+qQj6HyA9lL26gN/tZ 6sId8yRU9QzV/JhPKTsqmcIE+3+wVEpR1mJkIIOrZjW+cS2YVCaTos00jGtsBITbOrB0s6HuK+Ei HgaGlH1FhyulRLk373lJXo35lS3nMGdgpQnZWXVj5tluxsRXocqQw4veaUXaboHg6ETVOvXCPGsZ ZKYMTcPyxz7CLWoqRUIdshWSeU/e0h4Yw1VFNIL6GMYC21bRAGiuIFlKZQ8QinLPCkjbIAZ5P23A cqVv+lXV1KNdZ+6QlGGqSjn5ypStrbemKSDBG7F3ByRqud1Q1TOrdxU1bAozaDtzPPdpD5W6nJ1a OhhIrbXda/ZQqUoZzoGK2n88zy4v2DWLbLuTMGI/kvxvLtbQ7cJqZ1WFuz1KDNF2TVXtPA8Ow05r ndoRFRXbKUcICn2VSduDBY14LMrhkLMfXYTP9qOaTdu15eoPZ1ut2T5U+2ZtPjVo51S6p47X9tTC lrEhED7hCqeRCQHjVZC8g1PBkMiALbG3O+vz83/xARNaCbFVWPcIhYCr27ZlQ3OgjK8vMtqq1Jue Zw1n2CflzjrrrLDH42kn5P3xHBpoJMofVGCsTpgDT2j8fSYv1wnr9kO6zwr1cdVzyradbA0E25Wj W1iu0O0g5ZY/FI9DmD4SL9yS5bTEgKqcjaiqHdPa2p3m2mj62c7GaOsjPcdwzipZHsVBHfWNaLcI bTl/LGO1mVZORUtMYkQygc7KKytglN0ryyhAsmsI+21VmoUoyTLDbJussIrhtbTH4jiolgNaiaNF kg3UGD7/Fk+SbZCN5kO+jG2XtxRB6UWTJrGGZeHPr9FDDeJ8xH9owyHDmfzMR7fPDHrtw/dACp7Y gY+RUSEWwJGbS6NWAy62asYLleHk3sM5UKhcXqRB8CCtKBmOGSoArvt0a49pd8vroGpZ0/tNAOe6 8AH+Ga6pi80enGquHgn1KRiFc14F45u6YRVOON4TSveIJgVIgcoeGoaUCPc8OwAxcEoTQiIJxphq l4iq8BWv86Zk4WND1b7LCAhUELAnF+E9bEGryA2TPGrYdNOCbMNYHMCDBMLzpimuEVYYx8iMr71b stBKPXZZgBB2ZZxVzPwAY1KfU8YDdxvZ/fIoLCKGcgTyBY+7BtB6OlAK+PGrEalEPEk8DZvio7r5 iAxP7MPdANYaMJARdrIWumgHT+G0mqCBWtEuuanwmAYI4k1OaEi7IJyIJO1qE55jnUpVhXAJhtgz TCuNuVfJuTlFE5byDduCmqe0BahvT2heKuwW1D03B3i5UMm51qVegNjC427ZzLtvEvRkTVwoT+hs 5GVNgHduVvyDlPvbxhOSJVuogJbXkG6zoDxJntMuIDsDIV7WZJsQCO+OvvJO7mQGLMuCeY07bqsi UfmLDEiXZZZN8fp2AeSYL5e9GKZzojQOIc18nYwEzPYrNOhqj9Y2T/lui8hGirGaCF7LxIJcwoa/ aCn5JiawliN9OapLBkkWijyUH7P16OsjpXMMp/1OGLy11m3UkjTKrWw1NDCUSFsneNS+7nKZ0odl RZPBVYqCLjyzhn4mueae+Canw5HkJnci68RbRRG5jJUy6NHkTzKLQXg9sN7xsU3SjdczkRRBg75W e4nvpZHKodamTIUcGEbTS2yueXDyIna/lBzKk8uhp5tNsZlVW+ZoNIsqwylrpde8BvUo0ZVHqd/k c/oybR5WA0zbN9MEutzMn3LsiIJy8gUHYblmWph9MiWi8Om/WTEFlY7meUyEnGdWrs/MjVsejWOt F6AeAsEBIT/DB1QbbItpxpk9yrKyzbYMNaHp0WBgyIv2ak01TO5Shq767UONtQKutUNFgPRkCRXI KlkFYo4rSvN2pcAh1hwBy3SEirE5AX/M/Ucq16HsEIpsw8hKr4kvR+FjpRXfts3h4ipHnxZRLNf9 tDJnqKSQsZddA8lblEjHD8bR6BnAdKMtDSabdCq1qEXdi6QAuoIzgllqHrta+jjfDEhnAVkEOKrF KGCsXaqTgTUPSaz0pLUbkaXQED4utoC0AqtIzTH6FT39+ICVMdalSCga4hzULAf05Av2Y3V+mhLw 9jkCSNN97A4InLXwt/OOFjrcn3qDPNgxPl0exa08MnOT3Z07VQgroHvaK2XWIbYX0IsFiVgyJgpi VWguRhqGMKMRcmSNT32jNA6BoGUcsXuZlkn80hl8bYEgDTja2k4VOgo+Kca8+joEL+VghMLGCYhh INCiQjVel+CrtOfmIYSN7sZQkEHc5EjumbZjmYQ2LcVthoR7dntoNv3TQaQEBoqILzJ5r+WqBOU3 raSUf3u4QzUhoqZmUbT1BXNMigclYjL9aoFkapbaEhHQyROcNKyVP0MZjFJdQyv+EXGzxEikk8DL i+CuGlYM5OuoBzXCGfxOynQGE2GSkgGeupQYeA+BuJ9oQW9Dn3YUiVoiEIPYXbL1Ex4YnDkgGNM+ 9mUZ2SBP2BfuYDLt7aYmTb7D17AFvuIwnBTwoYwgbZprqi1VRVwbNoHbUKt0MFa4rNTGoRAKBcAo AJvsw5Bn2DgI6UgWIiBGuIk4Paba9Ll+Ftwj+OuyHWggHyZUbkml+E0wU0v+sBhl2zSMZ9LteNcX nooMsECNA3DoWzamL3STFZqxAkXVZcOsVACe4SCKBKrTzMpH8pg5DrEHny3+LjBAEmjFHwrPF7nD XDKZMEwU3hsqVHOuBQ8BO4m9KYgLTHGIhmjFBr4upUARVbiZ9VVWcsW3mJfNChzoHGhvEJt/MgZt znhIK/dll53P7vHM/FO2mbfQ9JcnSNEYmKIP/cfQPI74IbtrBD9EgV8xjmwSPwXBL2pvPMwK1Ohl YFkuj4EF1J7wyn9JutqOS2BFkT4pG6LzYA2KgMxmW75BqTqZmqZyvKx8daFaRaihXRLNqQNALZL4 djDZBelERZvDy4ZyfmQbYIqWPOs4xXE9EXclJUGPSDdbg2TAQ39Yubj9FQmSobORDgDigfnHlN8U q0QkhcsSM1ItUxhCgx3GlVBAhR3JcZK7IebVw/MQqHHf3UyrUVFqNFfXQHEMKfM0IaAl2RkiB4+n +JZ72ThTn8RvCAGMFjU6PV1+CzI8LPMl3Dg0Gqlfepkbig62U/DKxKk9+MbKWtvVzhhb48vOUq7a QMwIEMZEBqE5WvuqkbIj3Tkk32HrGRP/yoOLzmm17LM6YmmkEa+fvpwLpZYMpMHoe/E1KDjRggIK KEkZnlQ3BEoEtS2pTcg2f4zO6HXj4y+rCawurkPU94Lpe6Eb7obAy6svQ8kAzQJSLjYcXSXScM2H zwY/3syJyD5xxg0GuehUAMwkEeq6Jil+WlBekSvLGbiElaU9JCYZCxFSkiVTDIrA82C5a1phqYs5 E8ZJBJqmmyS0xEyzHFHhA1zozMZJAYS8HJaTBLhA5Xy0hJIulD/Fy9idB0skmmRy+b0suf+aztDS zz0C0zo4FHTl9Ln9fLGFN/28b3WU09JjdKdmzA8QzWTUvTFWHDipXUya/sLRJWALOh4WXkmYnzco xGfixy4iPQrTAmpDGIgv4YmB/jdTCdW4BzIixgajshp7p7sA+RE29mBObNOL6MnCWp7r5kQ+5MBL 28+MLSv5fHG7SaONXrr4pbTxBcItR6E7PNEIj5I9XXIiPgmXsIBYi7yYdbZkcHzyj7iFcbQo4RY6 Rbr2wRrC5AQjoDN5NG8xAR9a88OUJrEakUIEuOezKEmGhruJ0eW+Ss8n+DCLOdhTS0dcfozOm1dS 81lFk08wKc10LZfSt5CK1z2Ak59sqhu/ir/NAyi18bbBfGulWgAR8Km7NHhTyJxNTqM4TmrAA8hS 8jRkN1cGPez0gqT2esEW4dwE3uDmJRuPXSnAso7Zo8+JIEckbV1VWRs/lJqv1NbWg4SekvWj/cBU 92h8/NGgkNWOXIt6W5TXSnXpzAeQf8Qj61Oiy6iTJL+rAEfU1XvNG0SuarulWyXwFB+eUnqqXdEE iLCWXSnSEbToK0KKiSXw/bajtOq0gmSbFN49lqxUWK5V/VCpsSzVTmn5SHtcG1pmnvtvu1oFYAXY KsbQeCjDbuN4RT0Diu/KszoRYSEYhhWDK48aVBLYcYnqV0qe5hHFZboZwkpWKyD2p2ANz/QWgVFU 5XboS59Vek05/1sbNJxsW7ZcAbntWM1rfHVIMlpuVSZiasBSVNLbT+uCMnXfKdEOYQxux626qsMc laz35REfTxfUeXsYuCMrNgTmmK52+ATckoAR8UrN+Yl77d+tHtwu1piGT7HT48n/+poUI2iAoYrA 6sf7/qM6WGdUCvYNRArsFYTHQJ0pRXyFXxXyyuCVpnGm4jM/rCaNS4TYxYiAAlRcVHYmhw2nBcIN TYYYqJ6e0AIKF9faKIsi8z6zbJQ2T+nZ4TIVciK+aYy15kjG4cq81jK4FlykC4LNmergCY+wOmr6 lxK2QlC92lgYVc0W0HSZiMOg0U1u4NMPMAk6HUMk4PDDSp+R3EaWmA9yOgMprAUQSAYnW2ijFi1N 2Zg92jsos/ILwPOOn2924tUCCSbBVMjgLCu6/FTKrwRKcIqKcFZj1JMOR6PhGO5apl0WLJBucBQw RqhXelWI7XmEghMBGYJkYQ4UC2nNxcCWaUyKeupZ8SSyRBiCyWriUNrebzfMNJs6MtXd3WqvyGzW O47hnqBgyJhKUOoSQmE6QBlSEjrDhpXWJ1Yuqeednb+0NesiOQVLkexATpvAz9jF6KrmoHAgGLKK TLxODnJRksnp4UmxRk/8NwTlwcO0Hw1NnIO22xQ5tgCA3V7gFix/e+obQO+giH+pBDthnq1NGa78 GOMdsOp2yz3YQUq9xJnTnZ0zXIzpIV/MXArNF7clICfSCUtYSFGwvZ2K8ECgOYQD4UMAJCRALjli V0RX5KEniR626c28ZTktDf5BLGaj3Xg1S3jR1kNsCOcTlN/jnjspOTbD6OgPPKlWh0ziZI/F6SmU 1R8Y/4oTeBwn008juLc5EV0ATQxq710TTEGrsEXjw3OBWHtXizKlpOKKLEDlUCxst0a5kRCjVlvs ll0sTAl/55PsVCa3Eomo1E50fzSTKBZtl382y5AVS/ok0wvreDJkWpovEpWUpyLicnHf1bIbv7hX tlBiIxg3y1genbD6V+LkydpaLoAa89VyfBP1cngiE+lKnEBRHzBK9e1Awb7MoBj7YasBacfNElpn THUhjKRq+qt++VO6WxLYxBHA4v/mWXAKFaZijPo1s9DCH3iUrDT8HoIjBWqLtyS4pC66EF02tOYy KDDMXsuXyINWpAMNqv2vvIyVzy3GaeMHuB2Gk4JiA9eztKopjyRSv/LUUttkXx3EfK15sW4OCOPe 4ilGjujSiTKZSrWhQGLSJHc3petJt2rjYPW7ST2Ey+/MS3pyqfelUpgRp+KB/LYBjA69mMxIuTTn CDdvQ3gqw/Q0VkLXs/IdMNtMwOFUEUrDXcx88uFIIURG2S6FnE7OtTbNT+kwg6rE7U3UGvlGiOWI 3kKJiedZ/dURzJhY6SwJ+mGApFgrxtoyaNrS3LNskNdnLod+tyDBCPldSm4inMvnNGRKcy/Z1GJS Im3yZXapcNIHlPMhZF9KMweeAubAEUYKKYkMBEJJGX05XFo8v+SPNkgLT7B4Fi58oZD46NsUWkca JeQs33ORyYNXfJQjzlsdXarq5l240Ow65MsHmHRYQT6nAgKtFKwUq5GKgZFfwqruncizlf4GI6tD alwEaFoxwnwIoPyc20wgHvWxawi4Tm2tDszLt2Qd4YXdI8CyF1Esc8Htrc6T6b43ZBEvpTIUfKqr ayYaxVVxj6MODkbQAXepW4Ieynwyv5hltXoInebOxSdEYblSAA3Y0iHdw1SKJzcLVMbSXXHCoBSm B5YmLC+rYRYjwIFNjExc1BKjeeK+RLsJUXrVEoepjMmidw7fqK7Sgx6NC+2ERsrmsERawBMDIR/s KmnJbN89p1Gr4UX2HlaqBYpoU5vDuTXAm3umbDmEMqfUBwWsSIg3TKFEWoDhmsTnpKs9Fhbc+Zy0 0D9mYTjEddHz766nLKFscV9XzjFp8pAVL9J2eq44iepsKl5z0TF53wYTXTFEF+80didMECdgkYKV LNDuVoggg7L9aGIgboTi0X9qFbOoQbQTcCi1FoOEVDNZNEJrNLmaPvmNGE7FR8gYmqtxqXiWSQUt mwbEL6cTaUDzkLNl45jdsSo1mMZ1uRUujziJc2To8/kmXAeQttSXB+6WSLuhNjMkfdDAAHdFCkNs MTMiugWHl+7Ct6FpSCbGg7ugurv1tYAb7vxWvcFmc+msV4BZncFbVbSCqXuRWmErDtOHJs0bk4wM i5BSKZgGojls/G3am3vxnu70MQ6TYrUmDkT4buX33aJXCUeRzt/cxbhN5SpARVMjalEQTfmNYMS4 qjnwIBluQWPko8y3jQhaGnlfLBR0xzAVOf2Sr11srlC3m/pY7mxGmvIXgzJ7wwTXoLaVULDpCErz UEgoOmnJK90zt/iA1ZY2PCwRI5MPEKWRYnSj9hH57CQxYQx56sgBDNF0KcwSe+OjbKOGyFw3TNL6 +oeXt0VDZGBLIf5wgIFCGK8azVstszTvM3N+GMrzPaJJsGIisAknCxcrdiAP31XEbPo8nwypvFLN 2xPLfTQEo28MZkXCzWtUQoqMGnO/TVI8pQjfIjiLixlGSXx72NP1qkkNK8TOwcyR8OpGgLU/jR4P C9XIaDTUybTNYrpbesC2wURn5o/z0Rx3vFngTkBoAS0Gk5QzwjP/0hqPj6VjXquE60df0m3iKZvB WynLxJZdxS0D+byDWbSlBJWCu6bCic+zlKO3+mbFktmSyIwdn6W1saTDZCrCETNdUFeEW/W6eRst 2+cut23dpGwI+KW7Wi39pSIidyUutzITGtMOBIo1lU/9HBwNwqXalLqYNm0z0B+0/IEXX3MW6il8 ufJK0MpTmKT9+9sfTXSpsGaounLR5Ynv146lUVELRzCR9OobxC5Rr0F7PaDtVQJITypNu7L9Da+O pMktZIlhbetp9gmX4MLFRfUxlCVKaoAOu1CKSih1y1cZtr6AiTMr1ypxV+y0j6Xytq5kwXPq66+F KlBRkehRG88i+PtCmvaqtP24UmCt367rTJMOHSWrPHB6mOpNWiTQtpZUybUMGYEAlstYI6Mf3ghm Jad+jHaxAYAD1N8+m8QWPGmMw3DeLzHQZpI06kDc6oLGhrAnhBChDcE9PMXVl1FPdEZwWU+MB4+j XnBDMm33pORqiXJ7SUKPVLGjZAwe06FD9GaiTO/kZoUZqGabM6bGQHT6ShEJkRDg52NZfbwsWvmM LlhkQUVD3wLvetsbTtCwpIVFcpS0J6MiHoZ1xCoOGHCmwaT14Ub4Ea18am3Fn5I9wFm2Pwj08Gzu SqbN25AMViIfIDiU3pR+aCzEl7Wyfw4cPwwSMYV+QyC0DC0Hh9jFb1gLYpyLBY6UK67TW4hrkF3H ZNqTyhqrqVM8aIbIacS6LeOC11aVGkKjWKJrVh/1nAxsyg3kbqhxQ19KUJbsY468n9DD2+CowUSb +VJN8iRhkm/MGjXbx1wU6/mwi5v4CcFgghFeEgdoMTwOiTTzD7GdxiARKt7nW+MqbsMMjs1aICpa SPzCrVbIyYEt1Obh57CD0NdRmZV06xQTCiVyvbsKeXVRKTCHje8lhMUKMIsdcncOnBPPV6d2c+rG S50Ls2HoplcqW8jTK2WrA1TIr6eyiUVkmRQQmC2kjpTNt++Ft8/VZ3DcWwQtm/UMmgqLjLi9BiOz ylW5pYsYOzjGBa3KZjl7FXXFkYYFfg+lpnjhZeKY+oiKURH+kwA5MkOXaaJ9LGJx3r7pDORqRtSQ MooZf9I1o+GE488IJ8wcRSBBRuNbDyNrQ1HoJE4q/aXuBi9VFCXRa0No8VLBtToeXAyplZd4Sgep PWS686hok/gLywmo2lfWBi/tBfESACoakoXZGBjvM56kHEehhCCKmtHF70xGc7gYFG4rgkGgJHEz pow8VGhwOsOwNLRO5oMvTAcKzCybLVn9p/lDzvB0zPuvzyvpGwp7afaxX1POMnwl2VBv3hEi3hkr ZxI+8ZHCcsbwg8/I6mmX0GgWGoRQByq2mYK1FJ6hyVjU94Dywydomtcxw2odAkaE0mMRJTn17Vfb iontPe5iN/Fe0gslHCagzVEBR1dGIjOjWp82Pkweg1B1C39AiMcrYfHMCGHplb/Iuile8w0k5H2Y S+27Vnaak8VSd1F7ZBbHNY75GZdeUd38Bdw8Em5JjBVIafU0AXAbp/OaxQ75HuB8bGDyscmNXtnw 7BJilDhPGT9PYlD3bfHFJtrVaoJWJttGZFNIVXDJLtHRI1FMksNBbHqeHFNNeg4mxcDPigsxzana ck6yi6O4H/kuk3NZHwDwb6ycQ/Lmo9AHEpIqopdlVg2Kj4ZM6t7mdXSO24SeOCIbT6EHCv1xl+qQ BdWN3vEWrlgKvqiU6mgDf0cScV2ZBkXpuVwsj8d0H7QIo6BeUVfKa1A4qOdujSm2pJmJJioaGZUo 1siXf+Wm4qE6rkdkcCUfCBwm82OhXBoHLwsB+Ah48i8F31rVquOgQAYdIHUuTfxPz9NYl4CjYBlR omBowdRSe8jGVXyDTZxJ5dzlP5vI1zTDBJ6hpu5RBwPhX8yS36beIORL6Tu+NgzcmshLR+hMhkZn 6h6PGokYlVuFosYtN0GU/FDw69lVoxQpdt8I4kL+swKTWywGUQmvriAn5CK7T/wGZGISYsix+kPI Tg9XGm1816MVNMnk5pT65t3rwh5lQvCu7oZWaS1QFYEbnjyGX/yhlo2IP02UUjkq3hbHFDlUGzk1 zdzgqSCVyjMR+OtSCJv1EQS0xDiunC75D7hynCCeoukZYrTC26pqjHC+rpHgeNTAmOFv0Px+g0c3 dqSqCYFKpPxlms03E+KSK3dzC0TsTgKJ/2mZT9Na94sIzU319CZ4qQ2qbYgiOXy6MIF64aoKlfsc f5Hbq53nmmwzt0oX3sp5Xi7dpD+yaxylJ3BPLuRF3jRBwlOWJGG2RWrZj9a+vtlmmx4FhGvt3v6Y tsiF7BiYhzMZu2J/e9Qv1jLak+b6ta33JeyCcrpnvtQ1gOwiT+kauDRt05WmEoFvizgbgEzTOpcM 1AwFMwOiPEX+JRhwxzJ4UoaNkSlMV+O2nF1GmPYGnsqNsDZpSGdB4uim/3hn5qV48upB5pIIbsHQ 1EWvdoDr8umszmZp5f8ohvc2AUkXsWh8A/z1KntX5cEClDnrUxlpu5kg3yPpL1eUo5+gm4yYceny +opXl+ZyPVv5trcxOibwh3FqjWNVtLjc4aDYEqUmhp15uoc0CTritDGIuaJ/b55EqOMFHyJq56aa FWGaZvEj+GF6jb5Ll7NGfPBudxkvSD3t7nr1LwPEhhQGSwmrWWsa5bedHDC7TEJL/vWoAkfYsWI5 GiosYlEEgxceUbmJs2/5bu4FrbHHVIeAGtRP3dmOd7wFdaW3bKJQvf1c5aBF4Swtqyocx8x+9KL8 sGpAvMlxBBW8THh6ZUzt8kS1zKOnaPGYD6VptQKa1rUvzg1jUQHm3Ox+cWQGBWwM8lQFhTSb6EmR qhoJrNKB0V86A9bJBhCznaa0DZ1DjEpjLPNv0mRQ6EcgxIEal5qQS0bMX0IBhMgrcZ05GNu7qYRh 3NHYr+ET4GoLNZj+u5YSBz3T5iQpD+vTizomX9LMJxdUfxUvXYxvYNFJSEOblpxCRgYhSOnIBI2C Cf4P9yqenbsbXyqXvLb98urtmhTQ0PmVipB/OJNPvKYt9NAnlkx5OHnOEyOwIJnCUMea4VtvT6cK HRMDYNocVWcI5n88LZXNP+A5KsQNqYUaRpkrSMOEM0Y43I3SpCpiS2PUUqh4xTF8A6apBbbjb482 AzmsiIPfa2gP3WhmRhqSLlj6y+Su+/458FkHkqaiRZu8KNYAZAD4xxMjhhZic0GptqszmfXk39IT UkpZjm0lgWySdWWRTKuw7hq6m9iClD4kWFQ0BUN1e8hJFn76pCq4AQI80suQzAd4GsibVJUz4O05 zHBtnh1OJSe8bhoVAjynOFXZuNoJtoylXJDsTuqy1FdWaKrY8hfauqU3GgXzknHQvAjx8bigDSbt KP93PRT1akWpV7kulWmPRzHczBhnsqXNs+RdpWN5HdLnN5bImW0VLuQIGiUsLJHowX95ROF7ezVB RLjgv26ysBmd0hPTgAQ09IIfJuScSEguFg93i0BKIU7x1LgeT6h04aLK6EL/CetNX12Oh6OkwVJL ovXznQ9OgnFpfMYgqVEMyl1APbXx623i7o+LdR82S6Xq2vnJYcn1tf7L05mnIF7zpkF4V8UJS1sG wi7IzuKsWUIbu8owNaPTKbTfLYsDlTpxlsPEBzP+HDQctz11lhtY052+Hm52TcNLXJtxqAiVzunk fXMRI5kQUGCMgAZCJ4huNldJJUBLRjG6++i1wzAZ0AevJU4SPxSB3SQCnL6pzYi+aKvorxsIUsHM 4Xi89BtvkTjzhGyFXKXERpltaIFfzMobLym7yHU8vDvGaMrpTHJxteibUedSXi2pXFzgRGcLueXC rNjK0V1/74ilHsfLS2a2/krbgCz5gpTIzfP4VfVMJfQX6VmDnyvITVfmNQ1aHgdvlMAw4ghovmWO vfs5sAjvrIkNxKF0JjmQ3GbGX6g67iiivC9pc4eg6XfII1+bkkZUiWuRVjaRRfE35eyccAJi9SCE lU7BLSXin3OlvJWsREzJXZPPFWiQpEak5p3o9CnQAENiS46CwbQyFmltOSQ7yFUXgABM1pmycECQ ix1pCGuNNNcLqLgWD+0qd6VwlPtkTalyrMjB5fQwCp8lb33gw/Odr38IXTEfseWw0oAQylcalhHD yiSoWnRWp6wNedVrI3jbqgTI1kD6XFZFNU5wgR0GdplKFI2PoQ0J2PaLOYhGmq4kWi2AOYmD42cj ZlMhG4d4LmYuEBVMiI+n0jYvXiGaETTvad6KNE4N74VATbFDtcRlLY3o6bakTBb5HO3Sw4gaXG96 EsR57Cn15zf5I0oqhYHUKR8IH7wuIpcKYGPPlwGYZTUI5iBYhS7VgXb3UIEHXgrXnukzaJqzaQvJ sTNgmTigmsd6tHU3RYrE8ImKRBPDLfZ5B5n8FWcjqBm/3rVvmGvZV1T46JGDxdG0NhP2mucTWQid dVRAn5r1tghyFGALbIdeQ+MzvDIZmTbIjIzF4QLTRk7kg1/X7NriEcDXU8vmKgg4ZmUFyf1gslfk 5EqKO6xjPrGpaEkBQ4MY8EoH8Zy8+PgsAfqNiG8URp7rlusZcd2y0wSi7fnjY8lhGRb8Uyh9uw8o lNGgRbmu1/Np+kTFg5/HRoCARPFQim6CLlq5qXtQyIluxF58cg1scguDTVimhBhmsZkupPvGp5qQ yC9oT3YwNBErEd5T3lpQjKIsWBIkCiDUsoQRKjJEISY3XygXyBLTjbKoxIUroRGKxyRTMywrKoR9 EUpkzGVqTWm8kKv2FK8shQqdW66VbVAYdXKhcnwwUAcCop6bqLYAOSGSU0g41Szoj5HUccAvd2Gd 8yJJryVgKaReVTC0VgYoHBby2F2VZe0r1FQPzLQ13oCiqX8dN1nVQ7N8QjlMnDKAR0KMCrBwqZ5Q KVWkhqYCxtIqDryI74JI3Q6cUqKgbv1FRJVadQCC4qGd2satsmZ79p4NUVNbNm0vaLXNMX5VRSra oSpwPzVHCKMAomB3WnIV2WrqT0iWxeGFrLG6fHSo7VRCab/uQ/1NCVX22KZle2vHkbtvygPYJqbK em1phVsAzhDLEFbkP4mH4baZqU1oCm+t49Qnk9HFZ8tphON9hwFKO2GNmbHE1h1fL0i3KkTKrEgc sB95hh0OFccq4cbI8paWMECqCrE0p3ftKNtRJMaNsa3+y02ttnTuCHin8lPu3I/RKUDFPSA4Jcsy uIG8njQl3+pDeNXDAyqinVW55QyoQhklcuOWK5Ii5wRG5Ts3vuyeRRsqvOXmz8ITqbr+zdg5OtKy +GN4cYSrhG0Fc2nwm8VFyl/myUSDm7P1SscrZ+S4mBDXRIiyBbFp4V945R56msYxSuxp/uJ4jfmi 3BS1BJMbzulaTRAFSsP6BlVcZ8aSowYuQOdDmn0ULnXVPKDltckx78gyMwfKfC0M5TxwUm6Y6esr AFn31sG4OFQNlv2TLNOgvNP9NIoUmia+vNmnYTJfVokojrYpCUaxYbLCW+DNXAo6pjwG0WZFe5fJ mg4ZIO/NmeBdy2ocQSkLXhd5ad0aaWbQsrGO/HINhcUUl7A1xAFssQMo9/tbDQN/ytmEGo08EWB8 rMRwrBuN+mXIgMAAt/LSkDH0Asimszk7PN/UD1T0Ik4AKlsDBTOb6ZhrGwIr8NOVEEHD8a3NlWJn 7Oa98D0dKDY4izi10IyzNQ6x0hzX6r3NkEWic5fy0BBFwhzWYn3Bo5guHJwr+uqdAEGAT6qhPTQp RNUncDsEGgr0ub+jlLxRfiVNsoSY63FnXKpH+LuTlmCAjxZlykAHv2/lyA8zQIMmnQJsPkHuVN2y fWHtvJ0jLTtbFptjS+aJ2um7JIXnUoz0txCmuyy5xfTFRhcUKolclbDaCyhYoKACLIA+6uEdGGJj VoFCCl8JxmNrLpWaMkI/7xd7JHoDIvZeJRQJXX6KwLg0EInBOK/Xy9f/VL9tdlAqUi6XBp3dKXqC rOB7NTdeVkAxLttbBwHtzVX+LHtrriOHVpKoEAFbSAuxsmXElIe4KqnYXg9tRGd5cOrqjbuXSmjx BLEQbgKSnJpPSNmXtFUi/aOeKat8AWcFzktZdTzE5HKtfA5/hI7pvDM/TApGaFVf1HhW8c2xFWSd JpVdw6sZgWQe60p0sQt6Ifb+h+qUt0xJYuZyhdSygOkjfVf5YjuGo3ANxYqBR3RHpTbFwZUk6J8K ISZBvYyxSxQbxTEfOo2eneJwQs9owoWYSSkVMP30AAI2Ys9YCn+CsvSjM7CH6VG0QrXZIOb44Tt7 H8TAENGFohkC5YSQuI2BZO4hVwOqqbFJSp4y6bEWckGxVIH6KqGX1eBPBFPL7Nl/H/DHX+hUi4s9 mqOZHYw5OJb6hml3KY5JU27QNcBa4Tq13zaPTY7gaMwoZdFBSjTpoV5Qi2NpmvHlh3mDTATyjI0+ GDYsiVJfdl9Yyi7SrOsUphw9Rvg1E0wVwIp/aeCkiaYOeK8AmHTmeWhg/NA4FsxeCCVQsNI4qFOs opkknEI4MCcspF72WLa6SsHSJteyGLqkB1cWXCfho5mx5PUCO18V3tVhjN3Q2M46kKJPrmLeGJlB nIGbdcEB2tjBh/nJN2KIuRRyyDlpa43jrvmI/0DlNmsr6mTDMbm/6t4QRU1HKqWo2cukHhNAK2e1 tsg80xpiaqVyAk3Vi2kQ1tLQFMwKl/TpbE3n9jaOwc86oOCaSo4h+WPoJJfidakMBHUmZCtBFAbQ 0OZimQoIrojdpNk74ou3CKVIFe7BcU32h7IC62GkHixL7Etn8AuBc0xJ3K9TbXl7nHGdpdNu70Gb 1EsdpGqosFTPksEp0g2QoRJPh5Z4xj9HFFaFm4BkFu6SUujhn02G7V9upoPRrs75wH6caxwp2hqi UyBmhiTuEXuRsPgrQd3aoh0ieaN2ULEc4fzNo5GACl3tvekN4Qeu55Igsx2qQEnLpxkNXOSlefPu 2VgcY4LNeYi+oTO9aiDpLctIWdNVQxM2rc9GQQJnnmS8lmBu0nlJCQm3eoVG9eJRqU5bQFOVjIic J3k9faBRrkHc8q60acVLvWSq4jApyK4SRA88rWUJhfdN1wKYGwEuGGTcXKDEDu8lbzGERIrjPo/h 1VShVtq1inrYJAGySCroSoErE0MAqa0mTGsyk9jhcQx8MHTTOn1KHZk2eqFJWcszJeJUojyuuVQp B5mZGrRwD4YhDNUhVDle7faVmm6UciC72QRD1C6ak0zIYyfLn1Y0cNqhBwgmJnSRiuWmjja6ju9o m6OIS6VtkJ8Y/2NZmXTQhxLSYkJlEzqWb8/VaCFP0CQTw4EWKdJ3LfpIpfnncp4igqBp3JZ+cm5m AMW/uJe/TiSpNdqNlwYjH4vLP6vrt2juejlVbC3NirTlpfI7P4xA39YgoOgKRnMLbb7J/GtTR1I0 EJLJI02Gbr4aI03tOQJQIpQwy/9yaTGaT0v/c+xZTrVYliE4ORWwd/pgQZ4ktXduRkXQ0IurVFiB nQDsBTrQIU/d5SwlTrCjJEpARokbeFSA47kq1sQI37xZ1leYG+PVo3l7+UFVugYHxsM42qsnoCkN H0PBIbKWbgxRPuVCrjTiYIIpjdCbAhdQnAkicV7s41gTRKor0KTd1c7PYrGJDBk3BlbzFYJFeWaa QvhGSnVhYZdggkk0xY+Rk7jdb9g8xYwXqBJCWhSIYyiZgn+4lPTdpBGmS1xQ8uR0jQ5QWULnRdMM 8pVbzCR5jGTr3A84kG6MZ7betYqhy1JiUmOtTK/IWHWlaRexac0SLnFxWsE9QZOqu87VG2XU+4s9 Yk4ZHRS5MvPVpm/NsUI+W9CpqMEK5KltY2Yv8rFEX73LFov6hPpOnBuyDAK+KQjSab6f1BZjQCSg wCM/7f36XtF7MZH3TMHJxghA0gWMi/hxHqSIjOmkQST9FeECVQQRMhIMNpABdooup+JRHURphYY3 /9QMwL5EmN729AGzzFGUSOhReZlfo8lZXKaHqwyZjrmY3blCVsKQe5GUqEZmZue9S/yFphHy++Dn FCu/61pG31d1tJ0yf1HD3HLeq0lr8DNTfzuCbzWdz2tuoSMFWohU/1FjqSMI5tDo9L0MUc3oVbr4 9b6/AhNUnLCb794qGGHmJdgx3wV3b2CMkVQ0Vrb7neeHTwqPnS2ebrZOmyFZDBCLUzD/mNjy84D0 qGAaw3WkhQRJcNjbPdzNQy3Dwx1TEjODpaqO6Cm3syWgzLnpW2XqNCPda0UG25lYCpve4SpRcxuw LkGtsTTAa0TSmbfX1Q3CnqVgIF4hLe+nEQybXJBOjsYQaaBylitMwD1CKY0hfWloYuinBZey0PKn o7lNbEpOsz6uBQxY+Yil2XlxAU75WeJTt5d8iiPmdIBoxQZyC9ah2B7jGqwOPEG5gd3VKK0uWfXj IzdwuD6u7jr8jVCQBZu/3UcDMwr+L/wB4FvL3lkZj8dvxT1rXKyERMqg8qkuJw3DxBGsZ0CkGAvj FWdTxh1jIswIiKLp+3YLHGwwDPSmlL5lzXRAs4ReKPHbcItJcNASwiAr8mR6mIe2NAbn8bBbC4dQ ITg2nSmmApQbfjkQtZvKgp3e0DNK7IDVWPuQIiNLA3+mhQbSW8fqc4ZjFfMOPdj448AOH9QnFRw7 dYNn6EzoKp2KqNVce7LeTQXSvrHOYQ5tdHe8hg3xzinxjLATPuzluzl+ub2bHq90VAaIjjFxaIBj SvYFfU5y7uDrjw6Orib89baTunvwv6OdbfRrGOc5g8bHtZ217/5TSf6Go1rtThUBAtivj3/VkX2D XkVU51S4opLtYO8ntB3WLWpDDK5whlwP1d48KWr3AkJ+HE+OKAdifz9h86iK7Cjs2+MHPY9/tx+v HVINARf2F60wfjhJxDER9/sz2h4OGNl3HKIZNN/E9w1TwJ1wYoT7lzNOvp/tEN7JI2ir7K1S7KOD Uxwr7WyR29MJKnGkQx1gVUkaZc6tLjt2+HhVbjR22sr3l1Oy/T6gtGPBn38dnNK53eB0EIpuWu5Q CJh3ILZXQsLSm/NS4tWOQI+H3uRAj9TV9mmCs7s7UeX21LouXoPQU29B//zXuRHEGuFpRfYhGBln dfxpC68b131lp7Os/3YQY0w10ilnw61TE9uLTW9Bcy43/TZEyYbcmNKWtC8/ZD+tTVDyJgWzoLS9 XJg/FCxJWa9mlxSa+fDSbOTkZbmQ0orSJ76kSMrGb3I52Tgjy/+4ftZt85KZdAUZCHBVGX7+p4xo o2f1AS/tZcvXwgx75Ra+Wx7k893iKFoxLRuVOfpoowDTm7NrZlpkyba5B44Ien7aZpzjYtk5FvE0 X8dYiwD8S7esfucYCj/CL8zLJwTw46IghHU53pabagbZFh/Ly+CsMNnMnb9TCvi6yqmjdU4mx40N zTj4Ft4NFTDGu6u9Ba6Ibi6JMipdcdj1+BvknKuxcMBuRUEwF7hsP7/ebRcbHflxpFBQ45yXAOSj a3lChJQmeaPgKX2tPqFs9qc4TXA1KoniWWGSo10oyV9ip9uKkYoSbY4opY4iOba2tb9sGUKXYl6F VhRJgfC75OSPYORUxuV+ZKIeqCCp7xJALWEYmOj0rrCAG0LyLiOwSI2Vpc0vlArDItnl3obnYgpK XSjuEq2lMQD57sLxEh8SGjfchQMzwW0TlFw9wZK7OVOxjbLowMPLxjWlGnISUmYybhXrC0FlJiEa utOLwm4d1DWwrro2JibaYWvwhhVLhcAUHccN12gQLixOXSEDZuxOn5QgpQoUrfiKA8ZuJlqJK70q 6wNlRXYvkvSmPOXqQbGs6iP8Cow+09K2QDhUIT4JdsSU1uBSOhkHqghtChN9jZlF2MsX89MOzJlK UJ6meLUACB9sfC2r1462oCVo7k6bXjzGqIIqMWlA+sZSVZjTsuJyLCqxk4+lnAkXADLFj3IxKuB2 CwF+fXS/gfMeZUMhVuFx+NJRB3H7lvAM2roDIOYvMGlFJsS8SIrG3iQQo3i2LBlyPU+fGm4XMgKN KEfHFq4v04SPTFOCQATpkgtJH49L/EwakyQRoWUa5SY8OYvYnaw15x3OXMp6H9lhIGLVxiGQXZfV hK/3arN/yjnzEtP5mgLDamypTGGIIDNZAcfMyFnTiWP6BUQMjmnDAXA8yreEippKfhoHKBDLyWqt DeW7ri0UhJONOvEFRLw/2TXRQIYc06bpFuNpRAUzMMjXcD7yDQrtrT1AN7+h7fvLBeexdi7G0Hbm 6NhtbkiRdrZltE5dblZlrKRFHAkA1hmzaliLUyxaA5kPHTDVzO230oT9yPvPUwzR3uB5clQaJ/Fs UqV5q3FJq+BILvS5j5kaaEZrLmJwixFe+faqgumUuImrSRIA0z0a0+Mw+JkEs3hK+YivpyATdoQ4 uOYzJf/uuAJsKbqP9IBh7gb5pLKo0wOzbf/IbptsRkteqBpagzBqupj21relizxMtsELDULAuwV/ AEt9/QIyLRga2nlkMPowN9XtKo8Z7dUj/Mecc2pHTGx+h5JFTHcFqdCWHQc7RuI/tuSnCk/cafpM lEiodUEqYYFBVxBFJcuYgTI88/djSjVU+iDJcJNq8BsTOnGV3VjxhGW1Jhj7h4KKukiB2udWs2I4 T0g/Zwh4I21wUpa21ItYy81RqllHFqO/9wBUhYZkvknCUFDiZ87EQTigdThZUS6+otlPTdKKVAi5 8OFFdcwh5yTDnwbkId2FmFdKnVEYyRvGzhVV4TBXVaii29x+ssplMKtjoRY9mxLyBs0PLXG8/DHS pnna23NZwsXjumkKaRCj5EXKO+QlbuQfrMoUdPPVL7bezR3HIm24ZZv64hiMI0V8odKe2G8SXe5g 9Fw1GjkBEqpbOyeFlOnnvFMSr46HhQmRE0DF3ORx5SGGgiwrj7/4i5e0ff5Pe77Him08LnSRJ8JL faoDFSZIr9QCZdxOyYPmAhPO5Gdgh/NwyzGP6s0KyQVjKdqehyj9yDrS1gr7re+EMZjNXg2LV+Gv rBoHMTfsMCbtMCa0owKBRdVO5kRjDjl/hwOSpSRLjnbEy9oqahYotNDpzL7THaoBQsvrxd9YqlCa meSrGailZBmZfzjW5H3ipPDYEsOSladpCFKEhNXv2c40k3LRjVy2yqdWbkEKLCPmV2SDyIRLaoIn DTbWuYCAfBZzKNxGF3zwkv4nSs40y8Op+BMLye/bVsCAlfNyjMfyswXV4GCrDOieuxZu9A0Cj3ms PsXiCSALYDitrIgPQkYC6jeJ908XPck8kWf7Jw7DwuesW+qFPVULGyOWIzyMqRDKlkWgnY/rmaRm B2K9ff7g2oxWkGoEHsZL6cccpGgIAqzdAl9ZIG82rzUhlJrG8Ck1HhU+THOGZtLnUoyTaoQwQYOW PtnCR9nQo7cBXeYsJTStFRZxptXRUxvqXZLH+tpuhBDmWdpYhM5RIpf6GSZWAp9AscvoLAW22OAm EQAmbcBdbop03MyB/wbB1mEhJv+pFrcRknrImRX2mftN1KkfqeV1aUgHR0Bza572JbJAMhDlgbZh yuEGharagmSFbs83ML05lhASSTNn9IdfOKeHinVjupcUNxdcHlIYVOgtM++1bCULinzlxYhN7lNp BCNvj+Ylu5aiM1K/Kfq7s/0RCxzc+IGyEYcPUwz3QIYKQY94LEMTcn1UF8U8KlRgY3hjnS6SKFjO 32c1WJoGhgKZ2CKSUZfiau/bYYikEn0qVgIpcW1fQT6kDXCyjmaCbkycomT7zNveFlqlhhUbscIf Y6nuFKGkJRU0rOzgOyG0kS+Vc0PH1CpVVKglq62aienNdODuwQHNWkCSPBffq9NabIu5eBQ5lCTf C54Rkw/fgl/jJevBZ04TJ9NHclwb71LgplS4LFuohqBig5efDruWBJRewSy9jVoQfGsS4NBAXZl1 TmbjlXK0uaKne7UEAhfB9EG9DFfKEF1te6L+UMYqoyw9pHPuNeAvP9pHJ7PwWSELQpW1wbdQpe5y anUksadYGCPByxelNS2bIc4gMVag17bh6kJi+jInTAUXrGy/C2Vr+KmDUngPq9MjbKQC7WnUe9BS tdxVRcd+GGkbRGk7ZZu2rIyIlxNWVzM1Tje7oVekggtNndt2VY39RGJcPUVsbZBC+fHc//qn60VD H4VFBCxLZOaE7y6N7aY3iREPckdd8UfYosk6iiJSKRjbYEzDhRhqPAHQVg3b+luNorrNxio65TfA cKzSgceU5FjEetQAtJwaMSWwETk7NUwBIy2GjYqlhWKIVjNrLBShihXYVOAkhtIwbEcp0nw5nYbJ CpmFLiVWAoFGxS9cSfOxSCf4jzU4RxgUgAyAcW6DhZJVrOSi9gFGZRJW6Lb6DKeMPkM/YAHKq+jZ 6k8Shz3mkLuUhSSiVjzKn/DVmEFnYCIAtWFLvMS3Ym5pCO+0vIcIxAIu0rqbjNqRRJWGtNn0P+sL pm9vNXJE5vgToc/L8/Eyax0bJ+QdF4lrvApflKeJ9ZwVGwc1MJixJZdAY5WYXMSaj3NzUQNs9cKt BdE9jg0t2HMEkkOnC1mkh/GNpaLC/OeswfsushcTj+LPpmEz9dxJhjjoxDtGhOesi5q4y+JyBUUE HGNpjDFJtvs67xvtyTl3W7aA7S6Gp7ZyfVxI7IVDHEFioS6IuGIC0XQAGU1avOiZWfbVK7Qkbc9U u69vrI6VZQV6n2BdQrmoIlrH+cyEFaT79ot64qmggAWZo1Q/PUo3JI1iob2C8kCAkQfzrLVTTYza vHWLLEiAfUw1JPnyKtiED4Yt4NKvVuC6SFQJ0N04nLKXBfVMIkptxW/BF9M6i3gDWmCw1sDIFKbt +lbKptyK7n1H5RYBuMbK11q0B7uFjJW7W21wrHe1Z2VyG1EU54kMwgrXlgL0VftuxUC52ltfOqn+ b8d75fMuFb0Ww7yvIt7nZxM2+Lz9qP1n7fDphB13WxMxeGhYn8mOd7ki/w5sDxmd9FKzr6KvOF+v 1hJarujbKC069A2WyOBMlNM7ugeRrXqY/UX+WR9QXbDr3qtHGUK/9QIukNg5XQ5f7BNui94UszNr 6Bm7caGzZ1NdLkUv7GqFw5nzJthOlcYZIlG0r1vLQJYiRJBcMRPgjFhTJzSIFEWVjIcwWtyhkLTV gaLI432AvzM490sCUgp96UwbnRwqgqMimGV6W/YxQW8rR1QaDxlUS0ig33wTa8KKf58PTxYUy1oG WvetT0GJ1jDmllqcVtq9GNvNlsk6PzbeWoLpYYiO5gCTVMeAqAeRtsZVEIivJRLwLHXhbcs36Qch ADn3qxEUBOmmNvkW8FGB2XSadeRtEkzU+qmrKlOrU9SkvRDfN4/cWkYxeAD9731/mQuu5miSAnYg G+cU/uM2kyz+5lSA4jDKPFlc7rANEJknI3vxZIEPhbmTyDU8CvW0LcEKcBoiqDBxQXnj5q5M2tmm njwDF8ajFwzASXOEoSyU2xQFOOL82HawL3lg4Tk0aMCG3xA5NShe5g9zZFyf4RTM6YOQAGcpX5GP UxGVcmoawn9OwNBguZIHa1pnVhhnB2PZrMmRsQzBq7d1Lg54019+dC3zdb3lOYGimAMIAR+Mhxz6 7A1A3h/vrcNrupoTMzwma9M/iOac4cDwt2DHtWqN4Y3SwwI0Br1qOzEq9F1ZLh0cWNW6DqTgI68I 3KGpiWKSK9t0ORnGioUDYoqR0hP7kFOr0sTgYBGOVRpqVstXV1twgawZh7u+vIzjhf+wZmi6tW3P DpBk4kdQzmCJrkwAVvA/UaN0gKTMTbgg9EOheQEQ5e04CFX3E0jxAgFuudzTQZgGn4agkPgHBw01 gDzV9r2DJEjfUjd8A7zIXq4bz3XUNeOUp2WAZ6OKpnVGOzOCnfTYrkLeWujh5prUvOYhDY0kvgv8 AdSj5basrFgUCbdFfLEg6ZbY0+bM29H5WtSmHWg9xRN65B057DVvWcjoDPxOFCNyV2EhSEkmJf+s Jke3A3jzARQjEma2KwxKM3TSpoFyxpPhUj5I4jEILEe8oEI6MsrwwZj0m5osXi9TJViia1YrGTCl lZBdtundvBIoO3vdCjEf/Pe1Sozl7e8f76WMigPVEyp317uETZnCdDTrNuuTK5RqEAmLnkBgQKJk 1uXuaO2WxNl0my2oqVdD0thN+eruUgDqJ56bKBlGbVyDHIzssqazX+8GrcdYlM9YtSSPgbhofNTA Vj5TFUVVkLWioLSygo+chV2WEgJShwqEVXK8U6PyRHNpDoRdqhcuxTQw3SrPSbo0GF0KL9IeQ1bY 0nJ2ZxEH+yVAKVh3QbNMU9GjVQO5bszAZAmMvzinGyUkNUj1rAHY/AsNr6RWqhrv8pPBL6tLglDM rvMNblfN41Ysy1bYdTzRMm0I4EVu+9POwvGxmVikKBvTBc0oiqyUMyg2wwqC8s88Dl41bv+rmVBM MsJZXDVYCoAcrSCzwiKbreCVH8SMzwuh4bP8O1mHM78dnKZI7rWs43v81B4NkMOxyYfo6VAfJSYk AiX4HFd3pDuMeDv5a66krIT9pnz+NgHOXvPuOCpEyefdZe/tyb83pyO+ViZjZfauPwGksKiFHoJW Qc3JiQ1w5v/CJIvDFcVqJNJ2OwALBHbyTkAdOKMdTag7TuL5a5mD7BSDiC+/mvGWXJcAILGwJ6pm MZAtZ2PjvJ12L9v/oJ+kpGwjL+f3IbvIndqhVzbVXpizk0bf6jDtk8EawPkZ7+VLWsqBUSoES3f4 CXpSOlPEwV1YYDaZkj4dPhYUe+BEEv7AvBCPx3Gq0INbIRwPEZWv4X6N63dZg8yuJ0YbSIcd5eBj JZqlPH1lg+6e1oOGuU1zaow3WLW8NCjWdegZtaHb8xG6QBjryKt4wiXOX9L2uFqcAjxTQpMxJU7z zDgoS+S0EV16nO5JqFwsX40/JYs4zLJg2MR7wLnuHk01ZAUZjE44RkBDyZeMW+orcQShr21qt1Df R/Pue1VkZRgTs9NDk+755HAOPiWpVpcVFDWkr2VE9LiwiC1ERe6Y7weiI9a4RdWKPJEtYDX9Cbcx mF4jLtP10eBwpESuJgiNAWo2lKwMX+aIGPMUwyAq/gTfINDA/eKcW5G2g0BNSny5OLbarrPIshWr qVkGVTJT5giJ3pPDkhnDwS/TyUxIBLrtvWmHLRmOJ0ajfkmWLpuVZE5sc6YUBxI0VuJSfshHLmHR myhL7JdAMfjUz//Sob4YqJPiEhr1ggRSTpxt1hSwhGDC0/cR5ATIXWCVXpLsqAAm43K3eSuKcYNo 3MNdbSA6bmOlX0yVDQjlYRt7CDAvndfFCBdCjlpLmQwXH0pJapA/xL8ZVvrgOv+3CCA3aPSmZwAW OZO1PzF5Nactp7YwMUfFIXP0KjDKMPSEU2I47QngZuVkuhVV27ejyZ7f5ImzamhUbpiJNzbesEAi CHICNQSrQYBI1rcaueZuuoovzYDKW5Jj7FGxau5TrZWHGQ2BloARVmnntvqDil0jRfSFldGyfW/w opXi1aHb1VpggxZFEePERM2KiV3WVkjKO3BXXsVgDQXZEx0RntYU0mgnWmKomyJXTCUZpMJyLE1J LIVr4nyIfTvknFw6p2URnabfPEVbPAInj0UrKCtb8AErKlWncXgSQ+JiU6SUq+86Ifhma4WfeQWQ NEczNYBnu8MgIYKVyOHxvVpdUpvyaZF/pTw/gPcjCkj6quclEj4sWVQqpLGcg9Z7rB7qy4r7ypWa 5hpyAc1SS3dNQ/vmrObWKswUWfUgf8i6+LlVQSoqmqw3w1bRMPk9022ppwf2CdvePrsTE7uyxc2O RX81BLo5Miw/f6iVXX7N1KOC/dXapkqbBm20BLMuzYltdLw/7j/g2EDYnlGbLNsaaNztIOVltYU8 l9s0nK3ni23gPP4Z7fuOsuo45d6HnLwrJVydYZvJHcSPfAkzdDpekltbpl460YeU2aC+mU0dIWvF tO87x8v8jSWOJACY3oz7LKhijs5/f6Kxza7cQDUkHcw7qsAggW/ajklTpL7BzVEJBcB8l/wfQwwm 782JJSk6oRIRy0z/qYzL3Spn0cH9rmlJ1MSaU8vKV//Jsnhano12e/Gunal5IWTl4kkBdjQwlUt7 krh/oUFGrkMY99wyvzD/wyX9UuNp2vFiegNU9SCgiCmcGbsSvPoffabefH4a3j8/bE4ylE+qwNsX h6FBF1khVdew7MjPGveC6rlUcLheMpy9ZNSeW/eVpjlelhMb2RxH7k0FVQgvuMy3GIRzYloZFBnn djNPpBdVOWr5OFrgaWLEv2Ed3MvyJeFhgx6OA+rL5vT3oUkKR75SxasNzKQm0hlCrUZsNxyci3Pp D5Uq/BcMiiksgnyLUnjHbGV9idqssNtFsYIddnOYPGyiqRuAwTDxRJyaY3bO4ZunRBRq6uEdX3ZS 6Bxm8wVOIleHJHRwNvU0RWoOgbQe7QHAb2VtYHKKGNGGHH0oSfzB1eKW+S+eB7Hpcwnf/CEuNsUV TBBObdCWRiE1tk5D0lSSEjBwmKw49p4uKaRSoA4ngT9EqPaiG0ohhSDUCj3y9jb+QfX9HD8iCyKm AiAAgOD56a5bRsJgkvKy3Gwdr0CBBcKTpXmLyIo92pjFmEo1j2z9gqw0KBK3pHMxzbNEq3EKEz9F INxskwLKUtEgzFenWyOBIy6oIcbCaJVVYkq0xBDxTkCZUHpcogTAfLCSeTKkb96YQIoeJXXtvOyp UaqYwZpKZJUgifIir0MYzPvMhRuQvBQrmh02CU5Ney4Vvf1aQTZUmyncNvMy2YyDRrcrT7AtB7eS EWOEyOyxCXSZxEv6jD/zAKx30BjMBmEISFiGWL0Opqc+E11oaOjSDHry7UsuKIl5boOW1lgr9xY6 DI9GGJV2ELeZID5Jw5o4z5mgvH2rVVFwLAtmDngeoUQ70UObN5CqEc5KE9xpOk9rQMxZJX3404ZM hKOqvEQxCn0Nn4IaiU5q0hB0nN0xTf4NCYIFSMz1xHrRonYmZVxlXc2xtJ5tulGxviBGx23CV6r/ KECIbYazrT2vLIy4kPG34b/N82r+os9D7Gl3vX37vtRUdb0o6VcNvI33fdGqhxVa4Nh3oqp1ywYe rhRHhUgxCBzBOAT4ejNFvwaDRj5ePP5P2C3GPub5c7K5fS0N1sMRt5/Hp1Ar1J2lBs0cI2Qe6ptq ldqbQMESLTfPRMgrHmD5JlbEPuHt4QKA0dJjE2LMY09VyBfkBz5GkGcnenyg9Qvtb5rhACp+EObu w4MWMgF5QTkGDkaAjh4RmcxiiwcchkXPh2AAbonaBtuzGng5pJaHtCrQ6ULiITHJUVT7QUUciM/H 7R+eQCjSieNBItiJWHM0Lf8ZGVEivtgdA3uq4mMPevT4iVHLhTDoZw9cJP6IQBVtQ4lCxP27NSAi qO3nP3JPX/L2/aJcDK1XyEs8fCevr9YdGnKHuJpMpE5aUTks+wA3QSE7MZB8X8xJTdI6XNFiX+xr vD0QUurCgtwgF8ZiLpNyp7hWl0sAPJGB6NbN2EC5EJsvS6Sy2hd9ft7K7rjrMkmbOvws7CIQI/GV ipZQxvJys2dZh3HcSjO9xKS+pjM3lomxLvEsDuC/pjIKI/ltxq5yqz2b5PGQwcv5BgdG2SwvV0oJ WyjPnJFiJlsiXRwQmwyaW16NvTQoR81zzLLzHook/HFeFSfAz/i1wBDkSjACnvlzCxZiGD6PmruQ sA1+gby5fBwMshBqniAx4LsavYWzUhO/8g5X4ucc8xy9qb9sxBQ4p4C6wJswYCz6gBtCbCxOYCji QYazsfM1NYpPJV46xXSjm6bnnOJnMsJV2NE9mKCxxpqX7ggsBgGHORJ0J5wFNglJMIpisYMsVLDx Vt++FqSAnvQkIYdfzQJyn4QjnpCgDJoOKYVVP/CIZa4XaXDDSHdisOGwjmpJRfTCvQ68inZ5FGk0 dBm7RDopQxbDgfOx9ANKffvz/A/t4jRkCOVfcSNim7GYIHhNvThRyOJGttjKL1BUstlEco9G/C/b zUPODHXM7XVm2lZcQWNPGx5uNLBksikNxClPEmiCOwXA5xJQaVPG1V39VL36+h6CXKbW03+oo+GQ FgEJsn+EDA/ZYmtGIg5vk6NKoxErgUnMy7SX9KQYzd4oj8zY9xgqKQGppYFBT/q4bb0UWzInS75+ E3loJMAmdG6awIgXVAdboWTyiIvxubIMUXDsLXL3IFxhIdeSr+atXIQUXx/Dp4RQSlVVwwqYYD9i L+p06rlAOsJX673pXeWU2T3fePd4oGV29/5P6Ok5QF3099igMMEzk1nOuofsOD3xzU20uPj04JuG WgDCK8KxG/obUZs8LZF7ki631sOEALmIz0+GcvPQHKC8fUG0OCPsgMvJe0jPtUJkwPQy7fNbXGBr fZH5/Z9hBShtWnV2Wp0Alaf1PB3nn9oUVQnYe2dEMHOZN8UxJW23wQosfQkjzrePSxaU4vvh1HPR pwwog6JJBMd02E6Z/wovUwy6x/GxC+kTuy714LaCMZMnKSEGL1IVsZv3QEuGwBLKHiiHZzBzofVr stw3v8fD2JJVaOfTnE3UjaL5ajKDYUbQaETMOszL+GQuw6i+8jI/lQlPNecYM5gcbO7UqJQDsgVA eo5LRnLZyJmzK3qm51Iv+qkjNyihUfE2pItZG4zS6GJM04IKGtyb+pWuBbEMFTszM2zML2EUI8jh ZCZhm9MuAiQd+PfqGjPVTDpr5iRlLg1uZ1SpbDm+cNCOK7aPB/jQCpSItlwXaNKuoigizM4toMjk Hc3iq2oLVZ001RgbOnRCqKwYXRy1seItEBrro0VptQUaGbPr/UCzB427bcoTKA6kU8RbeVFPy8fQ FpmwJjCBecsiBS9iAoncUdGw+emkuI/Y5Fqrhy2FUPeqYPCCYm4tjUhC4uiiV3GA9qZpyX0JM43j fBPuD7jCgUCyWsvcN7eQ+zCXXwKSy6yUqmG0UwDjSFfK0rMaLcEv0NMArUitmbNpVZpOboUm4vb8 XAsF3kT4lJIye68NDcBJykTP9RO16hItxUUasyloUiZeQze5yNJzj2qajZ4ayQeaqjTfT0PHNQYP WqqYyE+Ya864Zqb2qZ4mSbNHWbVJqiGTuGovKAjq7STMCAOdyECAGo9ctaHFxWC32BfRdK2SpgtN fk2GiNMeLEi3JItOGuRe86wmhGaxemjZ2M3aaEQaiu0tt0z/WuGB/zTLJuftsTYhs6JK8ZoJag85 2AJn28AYBTUTvdKDYzLOEDanNuOe1plUVtpHTaVRAEIKda0s09hutPRpFgfvrMrbLEtDhlUbpd3N 9qGgP1s0T99Dgy3ANVZF4/aZN91rRjlSmmDiIaqVMPBDycgjBwmsj578xCuXK4B4QRUdyr4aBDOr Nu8RFtxodTbbrIYQbIxLdAmouX/TzEoEIUt5YA8dMun5h9bOoFSNIan1fQ12PzY0lrYs3GY5y6fg tm3SfL9ZuOstuZPVSk8cvnksXxFbcD7bbAAbN+GtFOZiiMGbZlPtNmQkfJBCX6d0orwurub9YhfU MUGX3F2bOkafYsL4Rko1UbmoCBNXBR16lw3CpDywrZhGrcSfo/XDSaS7tLa2Q5JhhRVNq47FKVeB YYesZYlK7tfMJh/DStkC+CylcOGKBSaQhfBO7+Ca0gsdtOTHlqCYkHZKLm/ANuvFyZd1l09KqUSu uQhexlsMk2EwscKd5nzCkqUyi0WdUApPUal8satNWZosBGpz5NxFCbYwL+OFH4dmgibS5UBLoviC 4uY/U6oCrHTCybLlHCU89hbijrxIFqR9brDZTRJrmmikHBZ9NN9BDpb4Zi1duMoWdpupi9FNTiPM Z7lOzo3v61RODMhd+I1wbCaOaKCqeZgSgVKLWNRBW4U+mam6WuOHRl56rszoiQLC4fT3/iOwVnSK gfP28RMJMk/0Vj43uicj0ra+8Aum3J1tYykPhdk2IcQUzvThjSHRt7YPrYLv6F3gM6ZVezeAWXQ+ 9VjmxnflsnhPKkUHWvKY9guI2so9eHsOBEIwKVRA2Es2XWHJl7kYkV4zj3x4NSumxIZp5opjMzFn fLnYk2wkBP82nKg6FmQdGddzZ/Yw8JDMAmPzrNXeBFb+AwJ8ETZwE+gtmudM3POnuO19Vg8YVmTJ DGrNa1Gv2MhsO4VEe0PvaVMewxoel6KFVKQCNSRzq3otYJ78h7ckMrDcUXv0aSmCbm36z/NgNT/Q fA7y3FJbXXgQ7wzNTXBlOXOMTUyUIFbTlCTCClwHAdX6Ihtz4RnBbteLppWg4lzG776nBmvMqaUV 3hYw9DBUzgkYS5NwRQxkUAMGIJo0qwH9a8e3IwkS8YTLAtLUDzLAIaRJYnGadrbp7kRq0xiamY1j +GePS4wiRqYftae4elb9cEXO3zMUPEdTFxcelSawKDxTpN3ywj7chxvH5i0J+tGrdHm5T3M3zoex w81EQHXEpHmsHG4M31SHAZtDcgpNaW0/MeFSbjIhaV5Ak2XpVtBaQuKHWtRYUtzSQetQfqoLtf+g RL25Fa9VbYpjUWj66SQQF6vgVSxUPGxu2voYYFlu2EZMeTOuYX9YL133ueUV/q1sMOB2lYRGXsXj CVyISTf2NR6sUxIFzPJvUJsKjknwOX/5t6borb1X/DGudA7jWk1QLcC6YgT8cbNCGkEQaI66xRMZ 1+QrpyVeW0T2NdZKE9zLqhN6yMmXrKZuknx0oSc3RVF6KK4dMjrK5VAwN2dw41I0o4RzC3Pg67c5 l7aQLWTh2rgFB+qHUxhCd/GktK8MW7eSRe9jhSGDYDjbAmlNbtbMkU6LWpDSJ+vEhzTwFFiIoHzW pKb9Mx4ST3ly5S6mpFZXm3JDp8IRALSkKVqzOYIlBONBt6Gjz9WxNdFlAWFruGj3Sl2qnXqnWbVo odOgdJ1Qy4S9NH19a45cxpsSEkcapo0X0MYGuHVHd2oX39MQfMa4bJM26ctUukNfokhj9g87yOID fkAvtHMXEEgROSLlIyFeUy25llwGWTVeCw6oSMU6pD2UGR8nlw7hnAgFYA6EVxRnXhx4JZV1C/fK gXIcoZTXyW79K7E2KNLg7M6ciyyGE+NiM12ebeFUvIbpHK4BN0w5Yz6vcLQt6whxI+9VF7oiZOgy lTL1a5HF4EJJ/mF7JeRaXHK/buUYDTuHWsqpolb6DRk+I9xBN2voYwTEHUPhGx1ypc8hHFsYWjxv o1GTPo6VSJowYyAvQzXwHdtjtS401ni6wAQFuxjweBW0sQv8hZs0gujpdD6SFJJRmovV3iOgAFew EiMwA4eqDLBiIWOLxBFqJPEUbonAYpeEUyN4OS6XqyeUBKLdOELcsdR7aKfq0AYb8YZObikV8ilH jwCQXJtjzW+yTlbZok9HDIGbOkXoGMXPDEPixuLEikURyptscy/YrdsZ1UjCGa0DYuhJIgpC4IR3 nC07KnBpXNrAmrJYTG62iEypGoqMmCMi00w6gNJLJFSO9B5tpV7aa9MORu9dr7rC+qChHOouaaYK LoQFIPKLCpf4xPgBwSJ4MHn9zwUcQGylt1ast6JlY3w3IR/6qBi7cn7BRQuKE2sWOuZnipE1lNxt 9if/AUQDreJdJkP4LSE0VUg+CcJPi/gxJ+rIXogpmUltYO9YgGZOBis9MjFqM6l3FUtlEJpIxkxd YnlrjqZPrYOaUklq2o8p02K0bS/0jK1Tg4Dp2STKb8Ce/4WAuCMBK5nKtMoogCoDdCHF2BSsLvCp SuNNylq6aFiQw72MSbFFbSAFzmINXLKXqnjvfHjEcnFNhxEFBDO39ZHfwzkk5ss0Lcfwg/imgHI0 aZCmHEVCb3MXTKR8diwjcM/O9wg2eI4HdPN6CUck7jm7MkMczO1A2HIyxE0oMczKNbzRxhBg1fVm b7zZTuBBANLpvTVoGmLe17hRZlBIxRy2z3/6jUk+hGe26V1ZGXTBBLBkvuf39x55pco4U5rpZ1PN +sT/PEsgCMMjgTsJJ1YTWzexohjeZx2oAW7HsZvEd1/DMnkBSE3tfCORVSrmCfOeyG1I9tVZUqGZ MlGU9keY7SK0aezoOKk1kTXndZFbMKI39JsnOdv2oJzbeblRIcaIXB9zIFQl9U29i2uTGXZkI5Qm rWN3FKIBm8BORbPLcif2Cq/MnEpoguQFSh3z/J7RzkGVI8XhpWcnp2RWNVBkzoW+sCwI4ZeXLL/h ML+qRuOuCNNY9KzqQnN8qg03vyYdRsfcLubskCOGhTN/mHfPtPNMPpQ6waWQbdNaXgPJ+RyHvDH5 8Gm2K+v2tnUl+YC7CGwKCYXcY3poRBFHS6ldRs82oKeJpGzyIlYxN6YuG4SnnphVJRb/xytpRr7G r748bKilDHDMhPO0HKl4V+Ar96h7JCUdbIWzncOgSreAwlqiT9D0bmCATKUDf8tRRAJCSsvpVLTg bwzADR3TdqrA2ozXdK9mfGi01zf3j6uQ9sogGw6bcAUKwI4DUrA4H/V0IbXAnzzPoDbLjoF6EnNb PVHU6KVHaxn6BAalkq4UxQTBGsi+ggdvWj9dPgACBmGK4j+AJQBbv5MPBAEHiia419hh30wqXGNd Y+X0ijklFE0IilaFVEyY2sZndiowwza9UdRFunjBLdGbBSZhBpqwLWcBrYTz5CdiN8qBaFeznNnY WT2jM1dK92I7TqeMOCSgiv7ElNBclNK8vz+od26nIz9AKPVaSd/3/wLsl65vgUZz4CVk/EaRNvpy IXnCwqk3jZXw9CnKI9WoM/34FHanX1pMGcbE0oD4l6KoZiO1yKgfWHGupfw3sraIHgIsAAOxbypl EOUdE9V0EhBxtsxkHMXOHLpMu0UlEJs84hxG8bjiryI/8DSpFCXJcG6jlyJiKQ3nY8/Grghuk7D7 V6uKXETqlchFJVjlTaOI7EQlD+oiLTcBCH565iMPWuim866UjxV7VIhy5hliEikIhI6zyzocoHJD /FYjUmDpMIri1EIDIKFYA2ZbNET86XwUB004hA9zT0H1LS/+QCwpkAV294IIfCiA1BhI/9wgtruS uSKVWzmEQk1Osk3UjhajCO35WmAYo9CvRaEbBJgU19rEKCoIkTIDEbnkRGdRxjNIcp4e68GECjIa e+jIEUhKvnwyZwdOYQubCh74oFHDxdOtE+mS2aEyfTNwIss8UJTD2HJVqVfqgsEVxBhgAZOvMHzh o/P2INWMIVOiAB2+x8C4C5o4B0XnSDZXhMA4lCX4MUXtfQ7W3KW+pWGCL3HgNLHF0AyQAxcYFmqC mQMoHywUNFOAlZzTdb+uW46srssW8s/5veaIpb79srTjipG1ad6cChhmLe2zPdLlHvvY9JYTADA3 xUlQ++bODcTKqL1aRBPozycjqWzb2qvLj2qquUdbj6r9tLbIQMCo2mG0lrnDXG1WseX7+x+I2jbl 7ihUGfY257RlaOuS1pc72NTem6bVMFckydItvPIGVozNC6BSkVnI0x2u4LMLiEEVn5WKysA5wewT ehARE0mwBXBQ8o8were+Bn86qE5wJnrNjzi8tpDlsyv34CIwaGi03BKnLS4rDFXNbiAWCDRe4Hku 2LXWzZOaZvmRQuK0xEX9VDm+7/tmhJbG+KLip/9EJhD4OG0pbUtl6UpSs2EK6/KT7tIepMILi8xy sB8esOD/wfYfkBktlQg7rq9oa9k0qVUb4dE3tJ4Y2v7gCmgZd7oWw846b5fQghI3OAsDsANcaKRc GocKcxqc4ucnsO2Eg1wN0yuPYFzA0HyeMtNXnRZwWU2JI/8V4ZzBKMtAAj9HXcaABXk9yYwJepbi +afcarx3E0eKiln8IpRb9rvCSPYeXt1lw+bFJdgy5LiXD/a/BovXBq2t/1Hhdiu8DJwngfONw9KY XYcPl5pBQj4WwaHZfyV1d4LiL2eVWnDzQmf0e5sTQIC5rfSf6AiQ9VVzmFhLOlITpNe8ozmSAs4z byLKs1bSKXZAZlPdkmdYw6DkGULqJHlztgADiWmuxczH/DeVCvfa84+FxUSFCREA79piEDlTLRLE MRpC0mG9yO5zHtsVYi+8cqFHfK3msAWdcNAIC5e99TOFEEdiFEca57BmEgeHsCDucirDf7YIsjbZ I8pUMtHDNeXFhcac91YQIscjqXVrMZQXDVIShBgutAChvxS9+r9mjubw/e9aYlpRJn0t0oKqqCLE JDRyXkrc8rQJo+CE3Vx9hygbCOYJwjKHZtWccBhPceXb4SRFxD3eKHECteQ2ZmNvTEZV/r8HS72l HrMmSFf0DW0ql+osZSN2T3msFk0lfopGpXR8Yi/5uzy2T3wLw5TpUxv225aTVsHs8OHpnu1wWo2Z 42t3Wb5aR95Au0y+YBEY1c7y3FxT/kHCzMVVdbFnhwxzP/xzTowbV2H20YnWbgDRxsnci2c5BkKW BezP7vOaRi6CcCI5ztpRfL3AzEmGuno1dbIkl1/lZfK178JNG4fkXjAUBDqiu31WsQAH5eFCzU85 axuTutIsiRoiAHPxYdvV0GZ5ER+6Av+UIndu0mjswmjhL4cZTr2WTWOpwChGMdD2/X60ewvKhTxg yA9A5vltly+JwAiqYhKlDVvLljGt4JTH5yGR6Uo7kq054HhsW2SMZCsMT3gSnDUJXJF+GgU3xDnj md7SpUbfsqsr+eo751NtLQWQu25pFdAK4FponFHlm6p4p7jV+NUE4xDa3PW36Q7VVMhi3KmV8Q2I D8WW3H4R2uM5FAe9b+3fYzMxPUWqmfcS5mPgvZay0j0SlSTQUQBZRSEgP56JKEGzoTb15FDLtRsY wowu/Z8vKIwyCKMWfmz96j0zjt3ltO2zcmmgIUrTR5JloBYP8h6Gde5MngyqKVjpntzBcfekT0gc RV4LFKS3RhBEt9KJorYbuE6G7eIFoc+0kyJUANS3TDl/ld8BelpUXVFymJsKsgY+RiD4AgqmS/Bi Pa1Dz3hsX64RS20UT5MHASXiPWMrghQZmqOBk0h5Di/lnYV74lJDXqnTWDngvNbcZWrM/+ARoc0X kU24OqyJ680Vlkh0q3iqWz89E9PsstBc7atA6E8CqyFU1yVjdTndqqf3RuUL4dkcp0+LSt4Hl/Mt +W6NuIlKsSA609AG6gp2tGrcWPXgt/Fc1Q5yNZNvu0QJOe600FUM5jVNBDzI00xAA2AwL0Sl2Rqu rzgwfcgFN9L8rN4I9LEDYJO2m2VFzIqyo9yEBDVJjYmh6ISh1aBCgMYVJ5ujt7moOQZ8YJAGw5jc iV1EodORU4j1Jv+eAgx/Exw0wREZurVd5UxyiuvF9A4OaJGryLJIol4aY4gASa7Qv4rbMydAIm7f DUqBfVTZPfE1xpM8KMZJQVIrthrKdG/AqXYzGg4EKZ2H2UAQbZi60h1htopTNpVSEempKkM2DYIW KcIY/1L1Ih5BNbaiE3WdSvCH6DRaHPOiVgpvA8RAxIZTE+T4xNqAZUncFR1v4L56pimPmRj+uyIt aBdMU2y8hUaoBIPzHN8DDk+iyl7IJuVuZHhyFrKjFLePGSZLbh2HJsFwQgaQSsSJGEFJNYBXoVoD nXMIe/4uPZHc6pdWpMl8RErnyw33uJ/xjCRgeO2xIJmYEqKkAO+SVXDBiNllpDnYkKc/XT2WUpWy yQJs41AbutKvdL7fVfpKTlShKVSuQNrU8fs7dNjxPvIeKRDkOg6ILlRntnvKdy/RxU6/kabgiQNC +LFq9ebnfaUqKHZZfXWch2Q2CZUem/urPMun6AYr76MjVSFUdRGeaMdM3J5NZW4zAaNwgGCc3A0b M71yOQyje1iR+4mKsHLBvg/WZfTXDjXWzUjtQTOPNlzvcFVpVxrsfhk7+M4xHiVt0oBMboise7jb K55hPf6kJtiLD6X82Ev6ZdDnZA5Hox6w41XWmoRioG5GAQFvMJPcUUr9MIzyQDcbjDtJBk9bVmgj HUoxBnI9JdbmtioG9HNoYG6WCyNCQeg5ywX+fXVCGX+W06BsQk8M75vU0puOqDMaW6OjOGp/asD1 wGgRjA4ZNLfob/FOF4g1JfMHX4DlPf3k2lI5DEeJ8U7tCDn6Mr9zeDtFMHoOgv5Avg09PvqgDfWk iqIhfXPUY/ltSklum39U/Whu1f666mw69ehenrqVHc0EXh8JlzEguW3eTdOqzxijx71B1cTT5UVi zrLiXvwhoIwuKBiCsTIfqhiOyMxI8VGDSCwlyRlh7LXlJAiozwiR/BIbxuZxRq/4CScjiggAhnOK 0NZE5ginI5YmIDnVQVVDELZTMNdq8X1dPiaXqA+nIv/tnqxAcplTKfcjHYfOiaVys+JGDrDEqe9z t3aT20KV8cw7/eHVKvbyjaJvYOuiCRnAgjcD+XfCbSBE5ipNWOQ3WCG8jRuqSUWx1CNS6EWZDDuD +EJdyytuFPgbBdPkviVEc5+JO9qrihk8BA2zcigNKmvREKJ5/wTBg5EaYOGDIrwl/GaGpUhlfkgm PrdTxBxDkzadmo6xEW/wIDnik6qO7MmAEKO05dhGTSWySkPNs7Z3TTQhWZldCrIIx2Cbc7hOF2SA vj0p1ssbsRFLK++4h0+wNVALzWJL0wVlGVMR6UMdyVwjhKiemdSE2WJlGl0PL3GXNIAkdJkdBrWb bjSHEHFHOmv1SZWbMzAph+3Ws+YfZCD4hpFZhXe4LVSOmbVcGZBUaA4WutOsRxuoJZFALW/PXSJZ LCOW1SXmzUBMH6vvEVMop30xylBGFdqzS86NOW8KPWMvXdCMMfEDLAMnumtHgk8dVhPwKio5a5rV L0fQrD3PUd1jRqMnpaKYhW/k+M3LYTCRE5nQrGSC3KYue5oMSiXtNB7L+o0djCocUgYSjsf1NUT5 Pq3CCnMGts2muAgWSp3cScXKmY89p4DiSFpW2kABWdVKAVwBI6SviK/q5C9E+aDyTK4El3yETaZR iAyirylwzdgpgSuNF1Rrjn2OcrchyYe5a1wWCAWMQRSmZlzC6DaBCCmsNYNdVYR3RchiJqfKnaNe 3BbCqqsjyNRP8Dtru+3MGVCvy+txw4gJ12E18WeZ5PQcCPqaJSe7mDdJhWiqYSAQqPeUkcphRSTF CkBLYPvIw7N6B+WxWfc5eqJN9m+dCqvdIk7J71x6CnYtLyyYsvwNnIKp6cn76sodlPAZJz3AGq3w C5dP3a/tsmjsGYqokzcaom3DnexEjsT0q9Y5Rx/RxbTzZwkx3aFWEPeTTVTBgC04MQoqQkSZufZV b9MvZPqIPTI0ZBp4aljUwa6Eh8DESWNV8Iyb0jJ15PvlOegLvfL0nBvlnPQOw/mEpngQUSzqidpG uRN9ula2CdGVSOg5gFVYaLnsF6tzDj5H1CrqpuVl0qa/JpidyyqREKGMRbWB8guNVsqwKIbk7qC0 moMnmgFaSZ/bM5PlwPKBJshziYZQsTHvDp7nvLBMTyKAO8I1bJFARHyyw9WF6qhkYX/eTiKp5oLY SkzVTmxBt2TA2qmN9fJDZrNanBQmi5SFgNiBEb2pGJKLC/ckSPbVtiiVKPXCW/ecFxZGlfKATnuu rSmJzukAz0NuljvxPE4WIjGNX+1hH0PgHgnK0RRnDJJ3pC0k1izepHyOiNnHyHbT8WAQryIh4rc2 zN9WUiZW4/gE1fSRuqaZmYisP8/bbInaUAyK0HSybMqbbf7JWaBbs4XmgotCTOQWCsx3MIlSSQnc 8oCjsnlzGI0M3VbevH6qgWpmSxA5mZQ5xNRdkbZb+aXjNPNwdPZwKZmwxFIyE+303829lWlQeWwp p3rfGT6SYsi0SFq6nW5B71XQFWr5QviCDQFAaA5b4eV4V39kdJizUSYh1CaLwoEaeAIpZ+NSeIGD G3wgn8+AOSnkjspL84SEWH4YqmFDcWJxRYaGx715NR+y3/PQ0hKVgMUc/orHzC55AgII98w9YfA9 XiEhv57p3VqhdL2rWGgggrz5ogGYv/ZQLXNACW8Puh/qQRBYMgzxPBdya8YNbbwoihcQuMQXYQvB tK781sAcYwvKYR2K+cNJoFrZFDLvlj7Ef0rQVV67vD+pVdoHRh8i9rPA6sTn8pDUo2FXfiJ0zs4L wcGe8sRLZpUjyMGKZJxQGNBB6pd6YAfcWSGn5D8aGUbMQIuP/lIm6S4/BjF+KL42OIB5TepEKfiV eF1M5GZMm4xT2jqAmExeRy4pcrqceN2m+CTO0JJfAspJd11reiTKzoBorBHhSSXQJz+JRhzRq1JZ 6mEmgl9xqiIn7FNCzYCjXf63+9Kw+hKePKdcs0uSgaIzTStGuTsOHeUgXA7hxAdRnLhJ0L+yJHNU w6yziUn09hSGaAsXem0sE9iUlpaWC1CTuqM1MffQExPkX1DU1DMz6dyYeMbMBeFxKnHSbNimUWzY RisCwnzT0k1JCsohxhhhwLhw0EwTabgVOeacTW+pk469jd064Ep2gTdQJe88BWMpRYL9VtV9c4cs PRm4H5spFoIiKrqoUWjip7wTmxT36gpbtyLVhoeSBNa9HRSuuVNyC0MoMXx5FIfQdTLBw5XF2sGI Q8TtT0WDsIuN5BunYp/LNhuYCVZzi+TKHpHg7ZiQ7+kjFjSDrk1SaHxDtyMLHKKAHtIzHux1+5rO Yxwxx3tk7WOlgH3h1+a99L+vzrOoB6V6EVFbtirqUF7bI/HB+5gE61UejA8nv/Z8GjH+JATtSiZ5 GMcGaAxb/InPhcmMPGfJGIuxRmKGkcNIU1qqLujAsPmdiGMSKg9foGIyGRV+kFw260WkXXoJJK/j teKJ3CnzgncpKLgtjHY6t4QwqftJZX+NH0VzTlB3i8Ph5dKjCidElhsgR4tpq5Pk8Ve1HiZ8Vzpg wOqQWJZaSnypILBkzfOhjRb5mJbIlHysFhE7oLZynI7NXRATAzf9JOJpPklESdWyJF2ePffM368o kVsjCLgbxdyf8E9Qzo+gtsXZPFzRB2+FhjRniwsQZEGqhqDCphySpqWIu/P/NN0JQus4t4XRYdyE ngAJ/5v/AN/6tijqFiS2fHT6TrKNmewnc5DlMhQXHuY5FCX7hwDKqdXF8a3ZNrWT/GNaGnqUNsYi mV4V1bKNfMY8JI9U2MVTckxHpvhsFgTfsBdbOQcJOSarL7zQfJvJqTO++8nn52VhhBkzq3KCsgtO I6/ueNxvr1RpkZwBJhVKPA0ALAJuTnJo6RYEQ3h2nqVnZ3GTV8uqnWA73A6LN3aCTT4OxG1tS+C8 hZL8XAGmPdLm6M1K23q0LUYGeKVXs9tiZDBY9AbWp4vaHbL+AWCM/67ef/rmab3kI87X1aJW3cE3 268haWJiTdkgB8/agOaOiB5BpW7rIa7+put0MDHEMp1CGpWuO5Xmy0bGyt3aJV6mHIk2GPnVSjx7 vHu/GwgpJ2TkV9qjGIjx3aDGC9Bny+D2cvNo3pnWG8mGuk3e2qp1UFMFfiNScmQYNbuGP8TjNavr Qnq+bmSOro5N3Zjav+YpzLo+p0cNxg1UZb3hDDXK3JjWeuDEUZ+3ZmRKsTuPR3ahEhl+4cQld43C eFXkW5/YtTYfGtKLvEzNV+8aNKAsTJuPB4wJjknzegkpnnpT5bxu7p2ePl/LsnC9AIo5ppwSeraX dgUu9qE3fWHKHwCj6qIDn0V2KtHuqoiChx9GzhzaX1+G6SCXjxoI+ZYadTDB0BTs62qsSYJccRpS fEAfeFjBgdVH7t7tCN3skWY4xIS2QoEPWhl46zAmX14u9oRAoGlBRyW7cw4PWARx5btifLMUhZNU r+gK4XR4zjYN16ruIAoM3VJCRE5V0qwkhg8d8tEjvrMJSHqLwVTIzvkmiVw77U2GEIS3ckfHSx5m Z5joqiQxswClXr0jY1XagMiABDtomA7NuMz5ZNFedJdbrjsACwXFJDTfwWR4F3OHLLH3uYtjg1CC 7dvYEZlcCpXCDR5TpyvdpXgtlJg9mWRDPKY/8/O5Pqzi0+gDnzAKCWLH2ALxIpDoiJbcUw27ito3 gjTo5o3H22IH9CxvJdtUHdPKAPqy0iB8ilZibedfnxTp+Vsh3mjhw3MyJX1OsTUCo9ucRFslcVKr y3T+kxEEoYB9Tg3rBUEIkLELjUzAn+WOeJohwj0NAJlmpJOSB5DMxY1Hfn69fngG4Ehe3fTJlC04 OKeA2zzv0R/JfQtMgNYDD7c/RxrHUENvS1HAkuHkDsmajt26t1g26zp6O67j9vYkwx8mBscW8o8X PE6mNJojIGsTifgoOANrVrxSkcGCrysqg5pFH9cLM7cOYUeBq9t90lNpkgyjPrO/NQb2m45hY30n IDHIb+fxyq2XUFURZ/gWAvAttWSCYlZaITK3otolC6MUrQ52odlcgEz7YWXeKgtTy44kCZNpLcok je9yCWjryZTDU4mKGIdphb9Y3cT91GpYPoGBwah7U6/UUJNKFU6NDHnjBBqHE7COhmrQFeV3lex4 1eps6cpSP5hqp+iB02uJgCkcgBAmUZkxEbyeQeoIxEgY1LQxDWlkyGVGbTghrZK6+h5hwo8mv6qB sIZWV7hSVKVKiWdaje8SWxmtXySi1ObfyMpSCOimcjOsr+rGeiE6JzWJwHV2mg8fzF/2Kw+RvVIQ 5NEJV7XzRgxkFVAKX3xsotCgsTnT/H5UlHk7AUACJG/zbD3aydwQFfi4cYBuXmpTcUKMQ9lvFHYp 8TsEeKYan5NnEYAUSkqblevDMZzZDtJGuxiHS4PBQhS98RyPl68KCqqA7zJfW2tiE4VmWlXf0OEA cRwi/Uq9QxEhsbmg7ZvXCDpI5SKHb4JANVqpSfhpYwK/11ym//lqyAhfKRoFDNWkHdNAxS855Lik ZdqS3xzOWJMIMCGWND5LU2HGdbR23OvpWQ14vFQee6GnWEDVnsQ42BfHARGmsbRUSXRp1l7OKLJL 5CyLv3nF156IkkANNAFPspSgafO4TjjqTLiKX/3gSupbRUe4VJxzk+5ntjFnaFdwxU0Q3bwm0ByV ADYmY0Qw0yKRR8qKJ0ngeMJ8AplSYyRUjwlD/5k5xclazYXrU9rwC+/0JKRmICbh14aomrQ5+5E6 1lPtK/SoxDxdQowQw52gPFB1hI+iKD5ZU2apgOf9aIc1naTAg+UafACclDGcMzAp5sAnmpwifY9m T5U7zpwVg8BPZSqN8s8LZYYzIarVslctGwqf2ePp6YZtRcn8X/KeInARvBoT/xDTJoeMK0KSzqwH BZMIgtChw6HdNPdussyX0LjN/JCLqj2UqC2nwlanloyUQTqsKh3M1MDXEHZh9lVTv9srWAtetEBm cFN8w6W+Fb/p4mlu3OEZZ5zExHsmaxPG0vaxHSuzy6W+jaBDEAmSj4dA7WRezrKsS+o2F2KUgbMn vClVILcmyAdukTcnKfdAWH4rX5qwXd8Rkg05TFdl/0V/5GdrMJ3KwFfrAKLmDWC+EufMwZeSf7su Oc9YJibAioyxRUAoMiS+VrfjKbAWULFLb7OlFjpShARMi2BSEt+DlkIB3z+VYYiK5kaDIoJ4+2SO IO5opGwjEMGClmdIzVItV+h0hQ8EXOJUzoGiO8WvlZ1uarmunRVXabCfAi0OlRJL9crwpf91dKda raGb+EoEe8vhVYqZY+GBYyMqzMMtcKQxuPwBfyFGcqTSP7RUGjcJL4f64ZhziDbiJGBACgTYjETR k3n4T+OPlgt/IHhJZAlxDi2XhgSraOmAweoUSkNz0240soHS/VolORSciglO58Alua6CUs4Fa6AR VwgFzNUWuawM57O91owt4dBYylWkV4ogorW2pe3gL6JtTP4EOipAM84toYhK0Qd23aS5oKhxLA7R 09sTpoV1dpSWtT6r8NyFqSMOL1MTQ+c7nlupwCWRKD0uNKtMzb8coDiS8yT34nOFE9GU/eQc/gLl 0QQswD0SSI5wwgWTWi3CJR+QrMv90SOwCqnNkt46XlMhD5xylhNVlVdKxFEjxiq5gAIHKOlYkqdp TpR9mNDlvCydcXhH8XgO2QQKw/ChEyWraMc34kirU0IxSBmzu7/piSwibsZVWmoWXF+shUaumAVl LhVvBaYoxo2mdhQDY620Lc9QiTECrRpzrYHdigMSgIaJ/wFP4TU5ZgJLGLgytRvzS9fy27jnN3xI 09oHj1pXpEaIODS9Ay8808yeWUARaL4Yp+5LeepjAFRBCXX79IF1dxus6DPq6taoTU8oPwUgJQW/ 193jXlG3toD+8ZxErSAW6i3tMbtzR0pxA3EzB6UdRmf1JFuUS/9SDLjS1eKKKM+oDIBXvCY+xW9U w6o6lwc+l5s120UE5pJR3UyhoTZVVUTGIQXBYemFycwkSoZIQcKkyCwKpWBh4pdT3JQ/mINRIAxz cml8OodTjhuQUGQMfwVdXpMTSqPwJTxA5V/30018NQlIzzDTxBDjCzcshvbmD8uIAAYlbCEY4v5j X939itlsNr/dElJINga95UQpr9DZn+NijE+IHEWIqNrKnZR02PKXLTuec4BsnjZrKU3N506vogWy +auoSaEJhfGUzGTnvGX5BblEjtCjQoA2dSmdiGD0lLZSGCWtbqynhfCEmkmgmZfKNSx5WHGqVQB5 /O9gNe1e5bpaeE2NFL7HXOW03c6Ze5OVYBIEYA7ypztTKsrAwzElArj9yp+nBikTj8eCAJFayCtU jpCQiYoL1P9V764eNUxcTtm1CzaYVKcJp3sBFE6ZnExm28DCJLv2fej5kK2s2sci7inO+zvlTp+d RfrEMha1t5PemjdzwPK4X6ZG1IsN/GHidUB9j20Q997AXFwy1B0N20mTKhVQUjUWaQr7NIMVH3jL s2fGuQikGBFC11Imkb2wBYGwAYBVKp4mUETzHqlYjxFUgOCt+c4W4Zk8ipDiXzJtEbmuThVH+YjR El4naKuZ6J7cGI2mlvKllrkSbn/96rKXeJDRNYZoWPBWRsBi4yRQ08ApWPtJRdOrzFLstiZKcKAJ c0seZopspOQql9n/goR5ZFMWE7n90kU3vGwlFcYJwdwigt8Wb9Thtg52FQ/UrZ1ltGWNdsTZclK+ 6t6fcsoyDQgAaGBrMZU3NMJkZq+ch1cD7bKA3iqIQLmkvAX3HVTnGd1WqKTSpQ6bjtUrkIGGUTg4 4X5JTJATt8dkty2cyG3vAUZgy/YuqEc8uT1ocGtPRUlrtQ+UeqhSIO1V2HYX2ydaem6PinuXemyX C5vK768e8Od4jKs74VfH7HPoniF7TjrTJpNyWdN5JOE2gAAo9xAn62/wk5CP28U8BcM41/4P9xwx bPpohx5JRWEVn5F0qm0/GIUX6gX+HvRKjTYKAo52YnSjOramuuI+vkHDbhwHIkHtHJLyOI8aiI4l c/66uDX3KIS0SZDgQyZhR5AdLaXWCqSt37ppqzYQ7ulsxPPECYOxBPnFWofK/ENhzOnhiumP0sKZ YOMDbJuCeGXCQ7lExLmeM7bODCWEG4E1Pm1kVIkd5LSo7TjmqmkC0/SNXYQOJcqNlCGYDVMgcwzT E7x9xtZQoJlY0S6FdAF8CpM1bSHJ1JnXF8Mv4mSqJjTr1iwLSMSHDw4VNg0tiYfUfuWj9UGkLd0H mkBCxrUlGhzRdOHFgwXguUYOFGZ1onmrcq0zUGr7NHQtgOJwSm6VMyI9zfiuRwc/PsBx3ol/K/z6 L1czL+OejpTHiHDnvuApry6mdrAaHA3ZZ0UQTPg8Eoh/XDru8VFOmgRAWVZNNjSruRxPIf1UtHa8 LlDtTarS+LLAdLvEzE/3kjc4GSQOKoz/gMm1Y07ii3uywe0FzeEgH/RMXpLz95GGU7w0f/kBTO0q NGZ6OyY3d2rLxv3FUWxP0sb7jgn+1a4td/clxnJOSA0JF6YX9QN7R3AkTHaTHhwZkTyiptC8cVmJ g+K+DWXJCGK0ulszmG1ek7fV+WRNbZXrDj6q3hPbyS4NJGuD/DTBi91qwWckcyyQ54KokBKYnvuD kvQdx2FcoYu3+T2vgcOf8E+TnW4jFtGaJRGkoE0QMjQA/eA3qEo2FnGDpohXPmRo0sI2xwkLJuwR LmjhL0m/dMuMpsXTtsnlNEjTPwSXDbNWrQmcIcpSvLiAl+00TP1hEjIIzVg0xlPNfKh96cDX7Wpj ED8ZM/02DbtuokLVHlvXKyl8gVO7Cj8/HzkwDk2A4EjdCYkYb2I5dy9iojs6C1sbbyZ3P4osbn5t gyH43XTKh2N7D2AnPnfz99IS9596dgdh9fzqbgoioBCBbzusqKgze/kIrM0JAs9oXyE5xlVaksAM js/uJaxzbczY2r64HFF3p97felQgkDD7+fjxcHvX9dTKopKIUHSmYyKd42KU/yFDn3zf+7ZM54WQ ntjAIdcw33+QSrIpRMx0SW4tCcpGC4KluDgbNPEOH0ql8sl+FuYL2kvEk23kor844rqOb6hfKPni U1Kx2Z0/hU5weDy0k2OZ4c5mLzLVFGDUUIbA0BlIyPNT0V7OlMrW5BGnmBeOm30qQYdSUTGCO8rW 4zR0eTzRLbPKkN0VtfZXOFBfyFD+tDdjxUAPLqAtMRJDAS+wYk7OA4jI5w5rzdH5mJYzqfaMY/5j XNv0krZSPL+8th4KTTSVrTYLE5ykk/OFcgYIiAdFpzyE6bjKOB47/cv60JJXbzYa2/iAt+MPB9XL 2X//ybdftodHlMgjtJpZ/dIov3Cb8+f7Sxzl4Y6Bl8SFiYl00XDVQgTJBwpY87cgZ9O+mo7kWpRq J3aXKaNw0Be+vrKuYrPEvAKkFpvDefNCAJEbK9/2FR5DxUHsLcEuCYamKIO9zb5wFwvpGRlJreMH blZS9Dh640OXFidHXTUwnU/RKKVxtSzT2+iBTvEruTPzWJu6LsQc+TZycR9f0jWsNuU0BDgk8Fzi Y4zj3B2nM6IbEVIPfMpn984Rs5GUzCiWmXE1yJFD4PPJSgyoQT3JFsloUYiXKSSySg61WCWNkhHx zsruCIq1CesYwQvgRHZZ2SHGI8g5niE6KK1vyYVShT2r2NiikMkgGU+oEDIwH8hEDG0YFfSUp6Zt e173EZBonagCd5xIUXAfZFGhVe213MXH1qDVQalK4VBNltrVU6lWqX9BiUMwhezejMofzC6vBTMt UPITU5S61IxoiWMAdhAA+ma6VnDQXBAnY3iph6q26hHFSBXi9kK4aqZFh8wk05Fl1QxJ68PkSGFI vV+l0FGIWmsQWWK1OO9Cg+qsujJkut8NT3qMQ+qNX80KYHshkm95BRIh27YxNNIlBR1aM714gN6y PhTWPzBNuu32pSwxHTarJhSJiJ6aV9Zx6v+Eb15gE3rKXC2qXDdstfeAxBNNJrRxdI7Dvn4axSCl ZXmI1gRBB2xK5yiArX1rTk8BQrm1F38SVvuX7FTJrhIUZXGJ3kg9pyYvZd0mq9FWAlaRnenli1a1 5/CK2mWks9LMl5q5HnGIYiIJJgPFFtpSdR33CIsJufzIyUQzf/zGdDPgXuIpiOTwktZcsdRi6kib a6wAmQXOW8akiv15NoBOrssXJWQ6BkNUx2SXCYeFVP6ulQ+8hWbAvO4Hj3z0jxeCnnBZ+uoqCxBf QulSuW58+OhtvKUEHFpBJwPfv+7k6tkytvWeIAV4S/b5N+glZdRrE601Ic1OaeqsFb6TQlPTq9J+ TIiJVDL6KUyoQjTrEJoxinZRtyJIQZ/IeVB8ICXYw00GmDMpmcfGQceRECUIA6zdmjPzAdSJROlK mogF+OVIVjbuhFD0nu2SKVLesJ0yRhY9UwbcyJLImAgrJEjeKNpYQgL/ZsuhZQ5pwtTAqRwX/UwC 0WZEtskNFlDLQ+o84016owBrXYOcUQQmribzkE752FoaipB63TSQLVkBStvNm5JnO2oTep6rbGHR fBVTqdvZjGZ4MQ5gALIKk0I9XwQTDMKyrK14R3qamuvCBY2Bg6W9pqFsadh2nastRQD0B1+0zrX5 Xi+XXjdR59n+sWf3Tbf67vzFjrvnV7dR7xGs3S2N1SyyVZbZp9kdyq8smKJJB73OXxrGZeSQCtYa fTmuvEF1ABeWsuERE1vzvP1XGIFv8Pjahr7mAtvnqHZlQUs13a0BBTfTpkf8IrA3LG3/yVSSx7JK jreBxDoYZ8ftrY3nnQEzzkC1pQ2ns4m5o0RcxGndqehDTE660HzZLU22V8cXfMYD216i3vFygQRH VfvaRZjDc9IkYAo5EdJMqdNF2RIPc/U9hfUvuPAwyEHV8mSKkTLAGErV5pRoPillNU3aEi+AhSeN dTjPa5x9m26gAIylMIbMM3a2/odyfp9kzEPUrcmYokWmho0tgmtMKufCNU6v1KjHBMUMMgxUxJfd TNPT5E6ZPTldX649CsI0WJFmLlDk8zVFzefadAhK9UKZbDs3k8+/ZCe+mDa4xAy5OrTmK+7o2FTy zU1KXMIZINApBamkw82IzPZLQIWq9SDcUhTEvtPtUgX4m6ztl84Z0/INLoMHfR8BdMakHbdwKD4i JmvyWZMfa6Jhemxx3nVFAFIppGZm+GrwVaZh3SZ7JAIzNgAoBtURlEMpdaQejKVospYOfLZnziRR 458ZU1DaCyymmgsqY2JqRKOylASKgWk3CKIYo4iBZgEXhgSHXULWsz3VMYCWdlbExt8eKQA88hvm k2nLMZCUxM9/sDELY2plmFo6wbeDlX7SFD4QLVxVHOVOGUu6xCbiQb0gyHNyJQlLirM4VBIqnnsv D43nwNXmtLlMbMNyxZmZb2ihaUVGQT8fDnaKV8Ik6QoDnExRA+C4qFAPwve6RnJa/hmC1LIL60WX aSr+hAnlU13NAm6NL2BFWM/gLAhM7QS3IpuMGTaljtq3uKSQLv/tRjOBmyfYQ6iqXM3HAiEgPxGl UarwXzRnPODDcLNUGArv5tZDKD9Q05UeiNFdRvv5pT2Iz7P6u9tSaQACJP/2M0jIl2yol10gP9A4 6Fm7PqEhfmoKayyr75Q2/7WLqlLrBsgm6wWA6RGFbqb0sCpXQtzddipinYKVQAbXyMGQPR4Q9+pv CGoaBrG6VQfk50KxZcGzUggjagdMiOoTA16NVyj12fiaJ0rtpSZ6M5QhRhBP8bdbm2933Q9k4Qak VkD3zoiePhSBvaAdniEci3pIlI4IrGKkz/V5Qoaa6TlUTiW38UNf2kzYUPdEEoKzmuqojCqpQl0Y POksZFKw7hjVFOmRTT15LHo58/r2p6kT5w4TltHTttjFWUaLPgkDmfJMac1dxDENpghwMOuVteNW d/tOY/O0KPMZrjQmnZ9ooBhrU6EejIYOhKX25WAQNQzHklGlnLk4GZpVbumk0DSr6qKk4Cs29TvD yjeUUAlaTpsEd2u4zFTxIWGCZlJIymJBb6TvOYoYllP2U4qlrnQUPjmBHumTdWfCrmDPiy88xuSe S+9hdS4xR1xVGBJfqGB1t3jjY22Kpsfq7KbyR/CZ+smHcYe0XMuseDOSDV2s0BPDs2TLuLpThtqx oNpQ1ClfIIvDGlqavuZ/0kYwdH5ig5ySRuGMRCWfjPwdRCwIJKiDQw0rEOZP0LZ00MWTHG4Y5YeX 4z1xuFWzHJrw4AqS45o2RGg0owVXgu8q08VVf3WoSiAFm3JCqFIoTd1Y6jQHWOxUTVfXYpcC3yjs kZ1PmFBOh9pvxoX5FG+bEyhVQVriKCLrJvasrOzQV5zp7rbiQdk4/5jamtRP9m4WDj+e8Et54VY6 0rt5iYIWOlNj/xJrCKcBMU6rJD8Hg3SJc06ZfMt6WPBL3d02ZxlEejRq9wcn1RTMJV8lEkpjDj90 yqDAKkUp4E8ZEmhGlBBRGgKuSdFwoTZXjPdvD+zAeOylFVGSb2Ev+t4kgllYxkPDKL3yrzBNIm2i 9bv4wsbWZmZH2hoQoVfWdPQu6EkHE4BQuLtmBF/VTFmB/KT+Qgxnwg5gb2yGZ6VcakMlKKwczcFc VvqMgOd1S7sGMZl8rA4Cp8zngcPG89IIxFgzcALU31+tao7k6+3eQxWh5z8YaAyzF8+VzdF5VmGv kP552Yumg2b2nu73o8EMSmVjTydgQ3zduF3gNS70BSdOPkfBT5o6qeTn1veGJ+UzS2ebKKXSU252 JOBEIRUNRaRM18FWwyb6RbdYYICrerSJq/abZeUvhPDk5EIiFC8yIQgDTYSOUVkgIQUBj2X0uWVH IYq2cS0p515IFI+RSQ3CYho1w5k3BxZdoZHHcnaalTol95Quv+xXFS5qCYEDiV0uKaU2e7rHeOQb s4jWO6QohaYcMZM3dFpUSIqEnq7c6eS9BJaeS/0Z/3ECvZIMxG0vmsqmAnAKbdA4kJyKDthcU33U xSbKmVLbiwbP0O7fuNRVuWuq6JxnqmdWZUo1JHgStupIqpXsY6B/Ukz6BqixZsur5W8295v3JlBQ DHcwCyJZm7qX6prBKVklW5LcMhx5ZQYi/1QYZnKZ5lWp47OboZxxoczTyJxlN/HIjts+a3sVBCpm lUsVSFwcs+TMpK74FcNGJAg9DEoCXPUhp/WPQ65WlNdDvzrAINl11frLVX7r6zy4HTIxoGH1pvKS kcCB5o8I/kngw3ujn95VOjkKguOVOc9FweFYZ8YctMGpMIlbNSVckBaZF7mOK/1SGQpXL9FVxFtj wtm0K6llOsYwyK7uS8k38aUFqaxrfGDteMiHTod7GraxuQtWOF2v18esDCn4bmj22O0Mgi2LK9/a zgdZZ3UzQ+YN+IP+bwmyIEtXqbb80jNI82AZ9VIOgJm5B3cwaaf5NObJq5WRbpeERT1GxVrLcnu0 ZGME4nXAHAWt5ydA18osBJ3kYUzKxRhdfmtUPAyso0wSwN7yXHyyNprdWfThCDGsVltLMxbjchxm sdaZRy0CYq0VOt4f0LAEEGZbgSsU4JLZl+uXMwEsR2QIOaVX2zVAMSWPJJ3CntJXs5VzW3WCWu8l xx/cd7g9D2AC0sNeElQZNqahsT0QpdhSUT8oaGXJd1qXW+C7imcnQW1k1XrrXD7QIsMC1xYLPHGk aJKnQSAzJ1jKVqqDmvw/LxZb2PA0qbPhXQ/fhxwbGDmqvKPqwJcdz4W6SMLG3YDAH1WAAJ03hAMs ilBmL1y5FrUYFG9gi5nQ6gWXolVakm6gVlz2kzTz21vlLaiCPt12ndeOA7hHtwIF5K4ATSCjP0mJ zJHpx0fIdIOwoRAgHWaCjY1JxV2iaCLX0IFx/QQKBf90UIMi3qWzyLB1Z1REDkjEXeYOLzZtEKHY bdUr6H0LUuTtQ2MGARcSqR4mNYKYVzhNXcIZkcj0UzOTimp62vpipq1elroQWXuWYA5tSJxsgZ8p heDhdY14I9QlX6IhoPaKKAwjNORn6alUyPUywgSIbDP16FpHi5u4jzTsKpHWsaYJzCoglUtR1EPy ca6dCeIal1VrBc/d7p3C1JNwQy7IKNd34VdpAtEveS4SUko6w1sTEQe9x4uasfoGG+ot8L78pLOq mfweFey//OZ6ZblB/5XjcctsqXcELyVv+prehF6TxDWu4LjDmFrW162hEU6Uwzk6sqWV8oNkUMbb o/OELxwkW5+QAFQIF/C6KgRb0ImBDrUtUxsK3p1+t3jDn5MwnReSIKYP5IgIFStmigIi6C3rxGmS ciEywSFQegp/FIrmHz1Jfi9+Ki6mOUJfIczg0MBA2YFry/CFSPTVFsYbc6GPAHwGcbFYgBZpMax0 FHuxQiTCTx0kto+bFVw734IX1QqOkNUduB6NlUAhhjvdn1zWo3N1IXWdZf8wQXTrmefCoqAKkNak HjMpEoeAi3kqwW7lxg9N7IHCwAA6XpytjyoUJvJCbjR2XadqvCmQam9RvASKjNbssOLVW17Wn0wP 9Z5tDZUULDHQMYtG+cby8LZu1l2UDNTRqsWbK6YaljjSC7MWpo0KRp0x5KwhaCTMkzVGIzo88SPB 8S5UxKHcTkGY6JJGKphjoeHx2OkaiPlbQm85ku+hZKq23ChbyphMYaQhrCm1op31uHFM5/Io5EGs cka7FZIQaVxN2KY0NzLbrWpedRCqPt4uiaj5/ZBOykkJqascu456Cp7BlkS2nV1QZA4x7/ykRxhQ U3d6YjZ8MgAUx/MGTR3YBs1q4BmvtgIOMJWUMKbGcwtQJufCDEFw1NDg/8qOCLpdsr38AviqD9iZ B41SJUDK9gDOOtjRP1Q0D2QrvWtD47pr4JQJ9/hRsvEgCKeMYNqin1kjjs4mL5z8PMaTHAptpxE9 onj4LZ24fI6L5GYs+YWm0JxNbZHenK5Nd2JhittYEK/d953yqA+HGx4RB4+IdZEBDFEmmfkd6k2N Wzl13ueZMtESZioCQ1LzZIG8SgkwoTsc98ydW7j1UjymCY/c1NS5IJ3mxdWOYrvJwvBopSN0gzm3 jAIsvWl6CggSNAkdZznwLLp1LgrsSN4LL3OJWwagKz0HJ+BYm+M1r7BcSKutkevAlMKZvBtMGgUH NWDG7hqcJHODeKEuMRLjAjOGQ72VTqexFLRGQzhZ42JzOQGc537MLZo2dsGYDYCdU6y0p0u0Wj+k SJKyvNx6MxFWdXx8SRhdjbDsIk/LamqwY28i6LRp8ylHBcDJtUDMNK6pkAertMDRURIV+IG/ZOMD GHHTla7iJIe84/O35U8gxYCUrfnjQ5pwiE3xBW3AWWZIdXImmf3Mk5Bjca1xUPEKI87B/D2m73i8 1Gw2k33URLIJU7f/MpnmISlqrRJiJuW5uOaMjLZGUBs06iuljZ1oCWF2i6DwQj6k/S9elJBOSBTN V+qToxO35fAJsae1gNToyIY0YdC4bkQpjuNZngo7nlppm7hjPVnYTFKD1G1QLdywLOtx8TaGs1Ki zVWYpWqL0ndLPvT8mIEADbSgVAiGaPPL4XODzsLZP+kWpb7ikM1UTpTmKrdJIk4nxwBCr8aRaySK nBoV7sYxqTiPTzyjn8bqzLARmbFMANekP216JKMmKhNlPHGMnhC8+6cAe/1JncrLzQZQ1ift40aK L3/mBhUSgbGcGx5jvnPnnwt9zDZTp3JemmQ8fkVk+pzXqmnZrWoe1zApm5RJFRyJwQcPntIH4zaj B3WqGFYfWplVmGSdRKB+jNWcf1574o+lZqI8iF7u7XxkOcIOsvZUZaaVdw6rgmwMxL8RnvmYIClE quOZPElmf/4jYKpep2bJEszOFqAxrpVc9D9zZXvPu45HC2ro1/3Yyx+7cTBCckYZDR3oQRMiRX7D JJxS2JK4/1yr4yEgp2Bm5LdFmfoEBAR/Wj0VJTOX5DOLU/LADD8bgnAfZX0dRE+UHG9z3BRpsNtS R/+UabwioXlYQPMPoN99DAj9jV2+womXyjGerM/4FowZa0u0sbCEyB/TXThM0alsdj0TdpTLKk6G fe61sO5TPMYBPHMUnuakJOVvWNG/BAZuHXXKmx4IO1CafHLyJiw75fBdnTLERCYo7rb4uWyqjMrF hY/Cjdm5Zb7Vx0jmo5J4co8oVwN24zzpVeuSocmk0kXbGoO0nCXd/tMWygguE8zJH/+ZQFkjwOai heBHnmsRlYdL1xqT0pVDJzsML40gFycYjKBgkihJmlSIc+Yl+ATW6mJnXSbro4CSm60zOE5hyNpZ c6tPK51CgCNOqrEsz6th4rPR9KoCJnl08V5ONNJiFZRdCxwO4wM/lsknB1NLtSCDsRw1Da8uySdU /8K1anEZktHEym4lyNk3tjScx8oMuOoS2yStXvV5Jq5XjBuVwhV11tRUlHlztHStUrskoAUXlP/0 Dh1fucDKfuDrHij/9UmotqaRmtOpAooOilP1y3VvLNRaFqw7ZNmuWr1mjmC7+lSXm8EiCMkaDmpY 6McLMH3tYEnvVzfymDM/CFLdm7OsUfekTyaFPPJr5mj41FaPMV5sVxfntNMV2Irm3UzCz+tbtEG3 C9t6rZVeYe7WHQV1tPgPT23RR1ors+3Obu3RcI2EeCNG+GXrdlEDZbWhlPb6EDWsqud7+i4OaL1o DrieGujrGZP+CUaJhLhCwmdEhCDOk4ZiM65ACvA8STLzbggDMEFdz8CoLakygelh0k1rjO9SESvP hYE4eRTcHL4yjRy7YzIuuuI7269bkuoWBVkJy6ubUHKYGurG0BNyAcgwYuJquYh4oNnIXYSJUyDj OYKDk2P11IIaUMgt/MErR5YHKJMoqlIVv5efyEM1Vdj36g5jqrtrmrI0KqyQZ2g4ESt0kdaahgNq UWE2+fCTEBZF7Y4uX+XUKnHTMZzisebX1FAcK+tGC5xQX4pQllAujDMAsMR8IZZWxY7YgSQjfMpp 1HvwCZ84jQaAWLwh3AUOKC3z7QRuQV482kJhiR9GVqWiNa8a99w8mFPl3MAudtRDJBLuH0p4UtjC t3CWAh4BgtksEMRSemb6llZAx2bYZ09jDqhcf12n5qT1/rCUPFr+VgsUV093hspBE5+NAZUBZn3A OMQJdIi8KEgK21DGkkWYq9cgsg+ailJWoA2VxbGJe2uz94eLWj3hMpztPY9a1y7hu/CAD/t+bWWq ZiPFsJ7FuNCVkfb8Z507d2y0SG9EJp8+904uM2V82SegjPOORLfxGeDq7tBBDJ2pLZa1s6/b7W4g cJ+3e+th0n1Gt3tF2snAWQFTt3Lt5d5mJfsD2MivXhcGJpvOX9wZCBK9K40mOBgy379hXVcZnW4n tDqmoexNZJDstpFOOLOXSPrgAh4vyCGm8e4mEHeH9P3z/d6LLb8hef/+uRvkXWrGOgLHj5sj4HQD CVTJx8u9fHSw7PnHnSa4bTbv87qnF9C62zADOQ7fyB1n6WRZ0xEu3ZWCt+1YGasgjj/GD8O7O2R8 bzry+Hk4brKwzfX20rEwREBuABfvOVPi42A14b2g7B58MSFceyZ37/sUenjL+9fDu3dBMSIhb/eL +3IehmG7G3gEITh948ePmfTqoQC3YYg5iePbsoLvUXaPrb9+fd3vBnUDyO1OFkh2rXt+plepRFxt Wq9S8448OHzdwxfJaPE3HnaJ/3AI/r1itLt+HL+nhYUHMr2TxO3LM8nx44GKj4cxTIaqxD3K7h/u gNZfXGYoAkqRlJk4y9M6IhBTFOsLttYQCr1yOF3ojaatPCZciQF9NqpQomHOhHIDIP4speBvXSzf EMnSZPMJR0xCnv/lgTL2w+dIaaMJSQ8CpAITX9FFD/yaxSdCwZiRJmbURjEvwOHDnNHBtcO8VFlX 2LaGUDrtTN6+vE+pIhPm0JafixXdUFBiymfVltQENDc3xVFxiqXZtqqV5VW8Vw/myfOiwlR1n9DE qQLYkp06mgvngnl1sVEqZRGQW+4RFq4x0cmQ+9pN3xw9sHyarqO5pFgaknBZOWc4n1g2ZvZgls3p KojVgpJMbXknBIMTuhAXS0u/iyJEoQnVIz1XFyDNFIgpIeerzVLzU7p+9nsEwz/XKFtq4EROuyzE EfMWSc0rgihB40au0kyYisM8+lANpLSzrk710Phc5jCs222CQUJ4Hr+otzsgjC9ZKhmYWzcAaLGl Y7puUOJOcIzilXyRu/NqNDoKlyJadSXgJEM0CQ+v4CumFIpE3eSURuASB03cZm8ri4FYtbAcQxyP JvgHduQRBYpQxzNT4CJQ1TPsIqSWkZCYeITsPmDjyRwqYiucFgvripV1gNk1ZBb0tKo4DsPV41XI 0p645rT2j3mrVqonq2Xhj3/FPJKCTlpeBjPFYIFlHYU5RO8BgyaPsUZm2iXDnCFt5Bxj7vJamUPE xHAYYVIV5bORJa5s+uRZsrs8wvIcQWyC0OswBJyZgwssLgAlZajsSpHifGrjdxZS2VheAesITwdq j5S0dHy8q5FoSqUuWU2nSZGwcN5loPX2Ul8R7vJVcOUkqb+7uTOFMkUjUpCBkteQTINxYHIsq4lH LS8aDumtH+XC9IJcWwQyW+s5YPVqbGnKIQId8kUHZYnZE+4bIvPr/oW29ywNnLKBrF3JXGbgCrqV saRp64J8Kx6YxNAKyYo7CNs2Vn5uPqRue/IcHUJnm7PzPaGsWn7pUJSTXA6hrW5pSfkQL1qiFK8x qbw6JYoolNFtv7uRhLYldqcQuL8WCJCToMvxDCNNKAFET0PX8OmkT4xccuZEbiDLHyuQhjL6CUKS QPbUAucgWW1KCnlJRpk7zUlGbKIQU8qWjXRVWlGLva0W8RA01jiD9sHs/KpCVdeaG4cW1LKFbviA c963Kh4NQZyXKNtP2atODZYxMYzWwkQI08Ud75ZIYahK+m+n67KSUAq/1BUKFLnpAI97Cg3oxT9C Sqp5v/yGaJjY5gkyef9gapwfk7RL2oAu0qhxIkN3JAERAZmOCV1WTY4xKQwl91gh8KMUY2B2HHuh KkUoSFk+8HUOvedc9a4c09ToT9mEhboU0dSKgomJrGVQdAjToeykw+F/MDQqbFMhSA2BqRduIgZn OK6Y0jd8hVbPi+H344dHCbXqFWcwiggsMojD8aq1ZbgdHByAlbYt+VmZakjEuc7I/HOmmqLECB4V v+KJx1yn0pxtNyLlT2qhG+8ipkqPYUU8eK9ZmsjGSvoPX/hT1bQdZu2TdFkGjUsioylBgTpjx7zo iwnq4MVCs02IGMUQqolzs9Q7CWNXem9MfI4jTqSgs4kUE+RIavErnqcg7VhCC7FM758vHUAjlsWP rRvtWSuWctVtaYWkBf7ZgP9c5mvbpXYV9LS2yIFuYI+p5E7Qy5NL0oxnEbENvVSn1EKaFiox3D/5 HdmxgR6zKQjEmm1J2MNaSyWztPGM/0kDy8fYXBaKswpATGvP5JPmXtYGtJY7ouJhZ1sG0anuKTex wpHkchxLI4tQyRLwNDDH3TTk1cIxQizfIhpcpuF7/ucIy59mx9SSnJz22WzlJm6fOAETGZ+nswZA +buMKvivm0QIH3CE4EyJCLDAtQQ2Dz1SEm1NebNXI0o/y0mYRiGQH+Ecwlr8AoZ+RGIUQzc95KC2 uJ/Y6ouzQvrrBDvl+zzyqxws3Snww45aVnf7JJPR8cgymCZ7GbFmGhuyNHZUCkeT2BPMJaxXa+64 121eaHV3iokcmMdI3PWiNXqv/nFCpu2gvLEOcGuWMmHgfaEWeJX6EGRGWqw/fhhXNQ9jJK1GtXo/ rOgkwilx9jqicp3BbxSmXt2UmZbPn+HSh+V7oEMPYrWW0VNvetP6jfR0/OWpZ5UQb6ZlOC9GXk0V 8JleU5b9brWRt8nRLQ1GQv13IXrjg+OS1EByaE28drRECIJ/WTPQeQqXtckhl0IhjXehg2FbxF/a lGcjxARUPzN3RHxJMhje0DeB0Yh8F0Nr4uIPlZMMiASMRQWWLpX96n5IPEIudyb0651z7FQa5HXz XJkD6p4KJuhRFGwz9LrAsz1ViRmn/wNCn6WLBKpDYpgtN7vTpMqsf4oxeMm0S4XUns0OB1ptUr2P NtTZO1aVroC1w0epPeg9cUMBq9jVxVDh0vL6J8paPQK5jExUTffdwy70DJR4tVOgprSvp6EZUhen sk9R+aVQr76vP1DTRblqbM0EdbeyXzWtXgf86/t/Cm6neteYw7eHcb0Z2z40/RdV9spnU9RUUWTr SygY60LUETVHnqyHb4j3OPXtFtttw/Mar/oMK5QVqZpFazvEvHoK++78/4IwBHrXF/CAm+euerfr zyu5Kue1R9S3qn8YVomr8h96Ft9f99/bxy9ywPb9BxWf9QvqAMQI/z0w+Q65n+9uxsHHGtdqZz0V FTO+aTUEOmGgLXZVN6O1V7TrRdWc+Pn4BXCPGMElJTZoNXqgEG72y7mQnEMRJusvgF+p7eJ6CzoC deDRWCO25grges8V5vTENdUYcUAyrB91Xy8kSTsIbcU+drjERfXfUFrPqj39ptZQSlhdG4/6YDkA 2m89CEvrhrBiLKmFAlJoFx2r45ZetQ2yhsb6EgqcmlHld4zFsM2iQhOtDLcogF75Xw0+GmsuISBW U389TxlvWRPTE+0KlJFXEy4i/astyMZioNjYSwb5encNVUihCBQ2yrbZHL2Cs7AAvm4UcDDMsoAt YpY8rt/CguAi+nI49Ulc2GDPN1uqz+20KM+uZa3A4YMyCFBGrZApCV0rrXkhWBXAbGuZEw9gsaiA 1CO8cgO1Y+ZaoAzy+ioHgYYVhNCcGXJFxFRldLwHX1GxA/SgcLf7YPuoPMRx2UJru/MjQMMZe0kB 2rlKfRqe4WaRius1Mae1rg6GcIMwhl2bjSF3cAi5NrrTaPLLifnzN2b+0KxwiOcYhMwN92W+7vY9 bEtL0vZWTdICU0RsuiTAl9Qw+RwrdTev+pcfxRPSdKHeKanBk99ISXoasJ9bD1/bfX+WF8iXsacB pFE/jX/lnM0IQijVXkwdjncuH6n8NFVswR2lmD91u3a3SNunMRz3/QEO7vp+4IPlF2bUa2ZlMbzk A/bfFqPP55rajEavGMSe3h/L0jouMfPMorKC9IZe1MzT66slys3QnYjhbvLM9a5r3tr7kfMsmQPW hVqIOOmHTdfBu8MCmvUg553iCfqYsmGylAQ0EY5GCGJgSzeVogs0WVAImysfhD/mzk7nk+HP+WT/ rsy/Qyu/UsKaAyExTkIsyIGz2+MkQ+/BqxixZTjAeY8anhzsvUYl4mqHwBoVIBI0xxb5rU183oWh g0zmyvvpgccY6PClurZ4kjenFvW/uyGGUH6hEzc41RbvGoNpeXcqaj5c/n6IUFrqOfkayFB2p81d n/bj8xHnnREjixPQE0GgSvV+3wU3DtyIeaQCPfiwQhTHedYKcjg67cMhgFBZLxlbAMmP5UWLhN8P v2qti1a4iZ9519sdpwUwVz3iBRrQ98Cj22/2DMJwT2UsAbTL3swCD7pbyIgXqStfLw/xO3fDbZD4 LKId8SHoKC9Kt108D04wqKC0KGn1JKGQEKHkkDsBkx2k7cw2B+fSTCtieZSSvvrQiZK6+0BUPHF+ GH/qtDjLi1DOuuDpD2GlE9HJiYI4VZ2jFHyJhkKNh+hGwe0d6pBPz3VduDjP7Fpt08KDVMp4XoW1 mz3P4PF0bJY7KEctf9fFrZ7iv6SDJa3SeKitnc6SmQqHy5UgR3yAY6mdw/L+CAXcqJYUfUai/FZT NxdQX7QHNRSzTLhnwiiiAHBGYluNlwexp8+E9liouCBViu6shFDdXU7qZnsZdR5Y7FP3bToZrA1j jfeA7pO7y60RXy7uORKMfLtH5NXajLoa1ZUrxkEqX4ZEmTjPvw1XWKH26BEQ5dwSffiBtCIWwDJV M+bxO5rUqguIAyiiFy+W9as/FbYUJ8j4CW8k4F3FXeU9HFCBBlWyPBzuyi0YgiL5dxynMKYioOrK YcVPT8VRUhKFhp86UBVZSdglzWxGREFIdeWKCWWQwDYsHNw8aAhVSykRhpGQURjwVyiIaqpUEk5s 0n5opS3IpK4daT4DJRIkEvdq5M3V79YqeKAnLhljXD+FLSShv0ZNdRkQOirbb2Lxof5N+teASiU6 qCQ7jCLLNbSzGm/UUm44s1IuLsRLJBO+faR6c6RmaoTEV4UbrkKjR0ROb/FzBTahoCJUw6qgHt/a rDLlXg1atgBKYfxDG3kCzDCyxjYGYItZ9KXdhBu0COYcinpSBTqNSFSn2sX97MBvecgE6tIaCJVM 23EWMj0jdzqoBCdt0sP5w0tY1iLHdA8pl8n4kn9I7ROED56iwyR9pQLseju14qvPlayZU7ut0vju WYCdWriGQOY22WvzdguAY0zQ8QD7gVNbbSp1NaP80ds0pCMBQaPHLiQFX1M6xXErRdDDc9MhPt2r aYZ9KmjKCQdmTVK5guzFPgGzWngyxsnysCaOMKU6QqlfStG2KlPrJsU3vGhzQpZrGjBTzrZRgbUN unSctqRUsGtzYM9PyxvlXGosOFyjvom4xlwKk+Tlit70uEYJh51GuhCBEkqOE2tqozrcxHYpR6Oz NY3Rwl9xAtXShkYG5NGB3hln8qj/Q9limlEaKYrrOJ7hwzdPZVXOeH9ZRFY5f9uigBWZmYkxabe5 UgRG7wsWespR7PU1u2IJRFazgiigATgJAWwAG4OvJgF8jEuNknkRgcJinTZe40/8yjJSKF6nk8cT dlVixeDvvGuUmgMPTY0nNMpHuxNzZQbRinxhcgeNSjprr1k+Jk7xn3ESHkIIqsIoVeN6hjoasD+t jPKpRBweLSkhdiILNuZNSmKxwzEx7nK0dJW4UQhZHi/Scl1dlnNmuhiwasWHcl9G6tgcfo2ONBoo RJgt/Jw7yBsPfBKlK93CoMMZ+3KYjXzmA4Wk6IWv6WhOrMKDROBHc7pwSBfc/ZHl1LqJKf7SBWKs R+RWoYkkUJ6GVPu1rg9Bd3OoN7O7voUzXhbCo0vIY8IEM93CnsIEpfJe3fDxtMwYygajL0n440K/ +q2n00ZQ9uB4bWc6hiJSmMlNqSOlhhWvVUYhK0EAhTUXoLLLvBAAcpiuNDuOtvLC4DLBGFSKAkCO TzWnHKNmxNyQ0MJGRVNsbzweI+iM30R0m+/NZF2OM0HiLjKK2ZZZMheKyfRCHEPIShss6ZcNRcMs s+2OTDipZep1YXHJ5apZThZRZilXg5Zfpzp+8lzXFQGocK6o2BSmWxCX0eHwwksEpRzmNoUBeIGJ DLHVBZdwBYsRHaBbdIGa9Zn7Kkug3kIIvYlZXtLGZzzZg0rus4zor3/mFXV72ILZEGQKQGAc/7lZ OuEh+R2kz1RLFMgXxGU2EnLNRNHlTm9uw0lRtDVNTLc5XHdIMTdHuzVpDsyphqxlnWF3QUtmdet7 Teo8ZBkehkumcNvsZbvTHWTnplApHLaowE3nQFLUDp+dCZRRC1TaUAiQQGRIps3cnrd1eUCO26K6 LqO6rMtfTezCxGSci5jLg5qgFpPtYNs/fCbrFuu8MxGm0Q0vBtiSawEIC1mz+NNWfp65HnykptN6 3rWL8S4zxKfItFyYc6ZFISxg0WY/tWa7sN9RCKymOG3Jb5MDe4JJXxqcVsAnKZMdHtaNdzsVMMXB flPGPASYrnZ2sTFPLPCIfQZENd6B43ML4vSwXM8Xh5CmAsiukUlPiiszEUyYWWl3aBh4ogVnXAyo GZVX8JkCp+1xN/fD+NPP9az61gmFizMZbvm+AdSx+ygdwAO6ADjtqNRiH34pdeuIprc1Us5jbRig CrRCV5mcMqvslXnv6js1nEmqm5ytP6AA40bUxVGYeSoiVVgFtwreSuHaKWo9ZeqrJkN1O+MpnFcc cimKr3JbLqZK1qdKQEjW2ayZARMYfj9Ue0pe5ReMQ4LXKFNo9IpLV1ee+6wfoHG5noF5Kki1Bzyv op2FirqKbslHZTZ8hrGPla6EqLejNtZysU+67ks4qfHVv2ptKMCsv9s/VsEIBW1Ah9yq3IaoeqQa InUy20H1YVOZ2rdeuS73mwY4FCN8O6w0FColNRgUwbXatLvVzlWdbZtS7Dtu/Foyjm9Dlw5C9Wot gnpZOIq3xKlOJti6fIpToFCnwYurkRCVACQaGDpaJ7lDCvmUS6sWc+qTERkGYC2JaB+58UcTQxVt OkKcJmveEEIbrV0YWPfLczXlzibTVm3zXA0FumNGt7ej3tA2mRBvGs0lUpKpdEx1pzAyS9Xqoxqh zk5PJRLgmQfaZQW9j09nL/0AqIlNWlTSPZtml9VAeH+sxzEyQsIanKSnwktBpctPmxdekMQ3hqUx kRuAX3xEC57W82pw+//F1dIyxgSr+JCOp+KlSdkmtCSBVWo8RlHAxSIgL4EA1BhTolsflQdw+EQN f3Lz3bNT6ZIdg56Xjll5EMZbncJdZ8vlqcX8k5vl30QujsvFcGJuRdk8RqtrEpdV2a7J7rK3oSZa IZCvav9JoEpopfrhAHmhATGd6Wi/yrPzi46nMAt28KiPQuU4gWJNzSIzsSYTsXpBsa7XVgeSC6bp 6i+38bXw1P7ElCQlpi8EQVVrZvbslqyboiaLEg8M1JXuaz2YDiKoMeSUL6q9jCyztxEyb0azAHcF 6us1uQrkNFTfhvm8a1LxtllznSz0UULLW4UZst9iiuU804XMhBcH9uTzHFU4t0uxZ9cEFjpt/W8i Fvr+m9RxKDNpc2M+IO6Re46sVhJn1RZIfTXqlYcDxQeI8iAMAPo+eXzEmq0PdmrdiFdwhX+8VhRp FTqiE+sa6k42WWHTEYjnvSMKFP75qwWLXOCQYeoBwaAXO4PDOePASNrQPWVYi4MamS53iZ29db+4 bUBq5jnm+O2tBTGf/K+XzqF2nSyw6i7W1WE+fegaj+aHdvAYHlToQGKKlo3u7SdY2NKbWTgipg1N MLHKd14IFr7oLdav5Nvr72nE4iRMnEIEF5q4akxCIO40JaAhZFvyRnerBUdtnE7nT1xtTVLkuDeg HcGuxWHDEt9OWeD02XITz80NrwGsPwpTF8eDL71Sp63c8d4PzIKFa7k4S1po9ISP7TFvv+soqstM aQ1rfRB5TU0ZxbJH0tFnxoHbI5dWs1c3W3jSnfa5BVbvi6n/2StmtjJJB4Ose4mvVP8BckuQRFx3 fMKMag7REk9PuihwQ4ERK7lbPk7zTAepon/7E6qsSTR5Gd862hprrNPXVBDzGD7NlpU7Wn6dK6ED /ZoQU+eGz0sw+xCcBiYd/rkYSzxi/QsxUQtWgFlObvCdrmbO+dvya4PRxcsBinvpWyonCLLVvvLk vGl+koYbMLcvWbT4mC2gEJDhBHX+vwgCArKLQRxSFGSApOOScb7bkVJi60MLguwMInnwgeoL8+Zq zC3IlhGBIYpkKYXoaOB2+LwigX/V83DFGJivmT7rK5jnCkt1XAX9b3UsZOb0OKpucIKuJsyqgDxR mz/RndeN4SIJWuoJkCB/L6NZ/MYPgnb1y15LZAyKWbwE1qFi0uoo7pwPAaiMNE9fmWzfps9SSoGC JsS2giYU68sU8AQNAWqlE4QpAmTELHloyarNZhc7k4tWApM9ft5YX6uxoOVCoap34KkEvO9dQBSJ ls/bQxINbQgpKAWyl7+0QaWqXEpeuNQ4AeOzR7ZWR5gcTWaEIFlXvFfoOAjBt6fuXNwjQMwY+kqB 9lpRl7LmFQJGxyVofFwwoKaJ/N9/bZYmOvwHdY2yioE41IM14BzdqiYXhGv5gAEfV0ul6k9Ekod2 bDXaShr5ugfkulu88lSxI+SbItDufLani3Jebc6hkBeVSM9VH0txD/mgQ71f9cQAscsHL6B9HgPS LimM8mQA0FIE4LCkexLJbUUnldnDt0xbSR9ToVTBFWIq3ySCNrdLO4J7fqqNjK/H4Ytr/rbtmCwu l8+o/BSSlajVmHVXVLLVa5XuNij5THiKvOY5RPiKRSqw54sWql1LPTEE1tCFfI9E8NspTx6wSypC kd+bKcxjCUDjpu+xvV1QSJEAYRudpK+K07hfPVsnB54Q8M/VsTHlIxFYkfjExJGZIGZR7Vjuoqpd 89dA4NxqMPjgkuBgWm5FwavAN3idnJwDOrpbVnKIvOpNoyDWVknXAIWSXvFseQVCbIJWexVq7IGm kXBL3ZWNpmEo+FQlitf9xlmYY4cpPHJliMoJV4CjJwfuFISAQPjF4yDMiEM4Wt2OG/gSDwEnvRmm OZGCIaa2MZsc289fI5rkXUUferAM7DOxsIoXZutLGpAOpTWIpTZcCFHmR6q24yngwzB+Iixp6bl4 rtHRQU94S76OpapUAbW4tHZqLCSCaw906ep2srkKtzAt30KcXegaSozAhIXDL15tIEjF1bQUOj1Z uorb2Z6lRhwiD6fXhygAHlUxemi3vbYM2RiuDrlzC7VeoyWCYrJtjbw6L5LilVfxoSzLtxaAcvWA sBu0Eg1UOeFUoiPmMavY5II/W0v70Oh7yLsgm0NXSp2broPgUyzOhzS3A2mMoAdhlGqPrEttPixR 7uRwtd1aoHfpd6T+qTR08vqmFMhWyAdN2K1DG275yOwMkIlu9oJ2HjyMzQ+xK4uv45GS1K/iYtCX cbV0FeskgNhcNCoS4kHJdxH4NB1H2ucPEoqebVoY+SdWogCRWKS2cFrOjNJCkUC2RaXQG8Kwwo0Y tnfYScZwVpexYXIwwLHNACypeI6yGFsHfhJxygEy0o2K6yIESqu5NjFpwFdbmQOgL6kV1rgizfDF 5dRc+dDXbkIRPqhi9BcXMgcq0SbTMBHnByUD38QiNl1FAsLyBd1cEwcCV/SX0hqoIk4Sxf4VTUp/ F5jektyuddFkhw0VRKVMMgqpCr1VL6gT073CPgjrzaK+fYYokLe0/pLIqBJ8rTjYWEKGkav/Wf6R /odj4As9fW4lOh2DqolImqY52J/eTNHhnsNIIPmcCl9Y15SueOyyBqgWSnI0t1UcR1Lr8SYcU8dI 7MiEIzCh0Oz+cyIzIZUUN7XvFwyPYFL/lobzANl3dElK9qh5z+VvWBY05yKxTIeSa8FI1zdxdn0w CZTR4UE+2hVwOndXcLDJnjnQJ1FPntCppN60rMPZiXF2ChfeLrgUYxZBKGQq/8O9SCB1/My2c8wl rZLKyOQsnC/lWwZdwhaAWkDUo/Q8NejlIf62FMpazJSZE6YeEfSgBFTZK6WyYyMNx/HKVYqCXZV1 baSHRdqSH4uhfnDC+G0Daw+YxUTaS0vxg6oY47o493ltwTDC59Ac0muX46TzNqvjXPegIZ5zR55J 97+4AVxBccF5/WFP68J5DIhHftsRTYgZJqGw4i38QSx7ybVOCnwhULV7wQXfeVRX95IM20YQH4uY nKXBPROGCrVo4gqq2apsyiI5XLzkRYwmWWROW+ANTgsHogD2TsoA1xmiBI6nxEwpODkJLI3ZAPF8 DtEQTKPqnCGs0V1/xLAWe46JsHRvfon5QMGLOXSyPH9kJlgszAZRhcgAEYe/KSeSfUFNlKIzQh1z qmlcSMEyH6Yzc+a9UVGDDBXieLrpKglnXHSUuKmfSUKMGAiyVncyJNZiL722677wXQrqDz5nKnEE GCUAPgNXkiBc9NvXogaRZ9eyF/8nPBdSRrPsFAXPxbSykPasz170QanLi7MYji0UIIeYfzQcw8Pc 19oKdb85sa6yFZBuUwfbe0E9VSR2JCrXphPaZQ7kEFpG91SOFos3IiM1EUmyNvRTYFVjxZSpKv1c Q1fgQ7wu4fFkiUJs7hDzXF00QGN7+QgMl4AhNobj5iwyzXO3y+jruR2zUoc2gYOAR/jDpael+8dr YlDHVIddZbYSq9SOo0rvsWj5v/MmU2Vyu9PklLbGaYW1ubJ3vh5+qJmIxRgjkJC8sjmKLDP1OfKL BfSh9ea0yqNdyIInZbBUooNvr/864yPpE7WWJk2R8pYRJWtCKnUnOFelh6Al0PxJb3jhJi89aTDV xLpettHsVmnZrAS1RzlNHwBgp8Xn9lr0PGDnaRzlS4OoSDZpuabssOnSyIVe9MJoBswn+FcjAcPh B5+MxmX5TL4910OrIG8iwmrWOBD9pV7SVFhm89mpDwocM5ay2haSO5xnk/ZLMEovGygYZWCYC+0x CrVXhU8cx9WyQa4Su/3umXN8aDpfkSsk4V9vA0Er0VC/pqukdbEpN1axABsQqF+5sgeCMXuYBqCM 2kX+YeTmUjk9uQ9D/kY0ZEXtid7NG66vXAOq68NP+441WRUDgI2UIZgqEYSAIRiZsLOFqTomtrvs vxv6jEg6GcCiAfGhB73n2nxELimD5bHoPxeklcUtNGNesowR84wHJp+U1duVsPXr5JpHZWieAxwE +LASyBjdLi0iJsqiIQxdqaVSqsDoMhXqWcO59NWc0pV6PtprxU1Rkt/QlGtbaO3Zbh7QtXr3AIpa lzpLDKoOUvvSPZuh/q3h2pM1hvyRj5mt1hcQeo5tgt1uV809twBok/EYvfu5ljKl1FSUxzrcjfmW nMhU04lp6/Q1i4Gw04KEom5iLU7RZb3WmoetN2mJ+2fl0ai6bCEA55rDHGZ9K2RqpYKAqO+7zbpQ sRikl8k/GAWgByVoyEJSY6xdr6h9a+t/TdJ422MN9JIh5kYH90UgQdP11yWwNrMWbr3moa3XhvM9 2mL7ebV4AdGPtcUUn0t6MN+KlYOahMMysRyc+cb6+TjYFtx9UCzUA9ftrFNFZHVQSbL7TsQE7K3f W1M0kdWCDWrDFgRMB7X430ZWgoqXSFbTGB8zsU5jEFadSJpWoEDDGnem5GBJKoJEaiDrKe6JHGmd 2tCT9ltBpGNhDUR7fINkWa1muE4hrsIXZMJKR+bWCZ0kEoS57B/2WAXKhRF0OBm+UK4xRZxMQ+gz /teqBYS7r75DQmud3B+01mdvOs3Rolf6P1lDg0kJQHRevm5BDyjIBKAI3BJdDh9UFmdxszoKW8ol o4sRuc5oKQvjMtYgeQ5DQrtMfhAqOUycRQJqmcAAmMcvasMKWGM7fGr34oDeJitnwkXLez7Z4IhX jJSc5xkUODx6N1IU3DksP7lxcdHoIiN0PdtNvPfjqv7EAagtdkKnRGXCVhJuR31ews+8RDaPd0Xi woHsNzLbw9JtHeoyOYbQwsOjAvGCNT4Tb8kV8k1GCSytEKp5kU+r+hAjcg55bNjgUOOd8hAbeOIM cbD0SRhPxOCYTyhplRQ4FYIMCWwdjIBcoC8KeJUuwaLaJba8Wyzx0Ow4Qm7E1bozYy0ppRupImHj qOSHUfjsmy30NcO1rDmiJBwohNRJfLXQhPktTi254e4Tj+YnHy6diLiaDQUCeMe44k4t0j9XrDTD VoPFgrw9bhlWCSWgCFjCq9DgIyk4kec3SGluGtEop9+BeC4iV4m0fIsBhS6AoEoNsacXIxazqsA1 QxIl0W52op2I3b+fKWNcippuWlhJ/5FPfxia77EzSySxY7vZb5LAB9MC6AA840hWC88QdIGv+CGH wr18L39BBCfpMlagyyCLAuksiNXCHkoGVuJLSy2LtY656KME5JOnzy0Cco5MjOmn4MAZG86LHy5P rxFS6ggw8Gmjz9UCYQzF5ZH1W7JMtCdBoAoK5VSCO6uM/C0lhzC8you+q/62RdNYgjEQmxMQcdYB aIUCxKUE09WiuswgCPwMmbWj6eTJR01kOXGM9HfjpJyq3IOeyAmJERurv2ixL/X8bLgqdzWMGSHc dHTHqCoR6ieNLU2D0yZiLHKSBtMqWaVPIUHDyvCoGi2jwsqZ8sfUqp26kOU20iLNLn6gnK+i6VLe Mzz0Zi+1Mtcoc86kGYKU2MF/tA8EWU1dAr9lqDXNSr4kg2qTepv4UHaX2rsUFdmAAsG0lZ41c+Fa fuXdrF3bKNBP298BEPSGSyrBePbBMHQucetz8kUUwqVb2sHeFAmJ+sUKjWy0kU7pysZOTeMe7FmW rorXRa6uq76BvScPIBxC5YqyctejyK42zc3h1iKGs2Zrb+Wz7co9DJzSRWHLNxzuP6m6PFldkZGz zjQtagOHvOQThskum3TtlS3vFDdZ/UFeLmmRgKGDVq6LaQUIe/xkpBUUR8OdweYiQ0+Kdar8P3/N b8RL08R/7DkhAicMYCnZQj7IaVbJcMztEPsN68U5xsD6ImCmZDBLdmE85R90k4SJfQMqD9yzRusH 1preYpMFvfKE/quunF/KnzNRVt9xpggZfJcBZLjiKUnXSQg7yCgBCmrcS+bhiHjaauM9P8bv5/as lTNlSQY0nJLncDyGteUGnpwFGttPY8m9RXHuBFqcXFkQ6Db3+FTmACPOHzI5NXu31h4U/GkQrKFK oIyUr4pL5QYYCoIHSUUFpcplcHb1PHq6FMeF9m5VphylFr7WcsRsCMxr4bI2i/mmwq3YAok03bBS d3yZROJ83q6ZeUHYxo1o5OLKu+JVCPoQZ3Lo8MC5OJlUEjKvK4cEujAloEAqoEAmfFpKU1JWNpzq sPBKE/ax8PRsg998IzSyfc4vVQ1+PpWaBNm0QKahaUdNvdin3bj2AnSY60YwiAwfKplXOpkDjIXZ SVaQj91H+uREuNVG84/1upw3VvtHRmtv4nNNOcbIanzNcDIf5XUNMsYLFrcc0uab+8u5DZ5T6bmp DTuPVm5Ml7UK6bBkwGKOWDImQZ2PhEbIh2UvShhOucHL1m66Vi3IH6pAIXNj0pfqaKOrPpmx2O9x 0JpX1cV5mwpYJAB75d1qJWEh59RSHVDu1m9eiJkTmjn6WMYtM7lMM6bp1UdLhXL4mih5kJIhNcBz DiWFHvkSQQuIpNgA13KPqQot27uQinW+YppIbVCOAhKmMksdKvKllcmSUkEnTnaGOtIbbOHy51bg FjPSiFzlomrmn6rkCysMK4pT36mrufpU+kGvhI5S9UI88tkMZaP8VZ0pkYy3tmFqE5IhkxVP9380 Z+YQQr2okLKGdL8N5E24AuVDJQazo8Ml6rxBQKRNwACk2Ol6wxhsKM3MSvmdtU0JgQyp3MUFAKoN eZ5qSQNtpNnWzSoR5WuXVLnIetQX1TI8gdy10q4ijE86fqrnuLbJxGjoSZPgtVS8wrotQPyVs2Wz El4ZVLlQzinHZXylTx4Cau2Ayve5sFMVV/xhN/BWXucPJfTMkGORXOdG7bVQXXOkrm6bh/pFlRlQ 34z3D1tA5Zgi05G4pCxNlgSFqGGQOwpvmKvd8j98NUEBaMASQmdz7LS27aae/AWczgM+GZD3lthX i3bfXF/NGpPhFH/bC0JSdJUgwa8wqS5HKSrQddJQ+NA3JIVxjU9aSHbQDdIdYBoKGgD5n4JKBuAv ieni0ttpY0pWkuNqsczhXBSHrymQChWadGipdMq45ch0uf5smuUoMg3L6cJExPM3vhvE+gLSI1jQ hWux58SckMAV9UUBK9NI70sQg0lyvdds1W5ON1th3o5kcnJmg1zvnXqY0+DSaHZKIJVLgImisGKt lWxiccqvcdEjOknah+KO0L1WhgMEVOD2XAtg29dGpASKm2kaDPQL0tV2H1F0Bs4jwbwVHw4/pqaY 5IWERDBCWFhB0ORpS8mAc9Nrf/muPjuHY3wOttZtwIC6/YEYqHJCp00IW1J20IftlWJHKxZSEl4w w6LjenGAIUf64RMXQawGBGUWlYDKUcvQhqgogsvCTQ6UZ84vlKaVHuPheb6cwNESWq4YFjwOrsRy 0tOElw0u7oghxcWioP+TLGwLdrxZNIKS606OUV8eTtoUU7CJZ0mb4yW7CvZFAamgow4W7MYysCsV c3+N5flBcKq0AXEl8kvohApjwoQz5XKFOcP7J58zyHnp/I4pjU0vWIXXs9xIrGqA7+IIVsYQ51bw CjeOUwNCd8aQvDzFhCm2FDK6jrb2p6BTspNA/GntUoAXN5w0qIAjkEVbq3GmK2kv2XakyCyKPb1c hMyKbGwkI2f1YcpN3eT4RAsSE3CiQDrmIxx8oWxRW/VvKtIoKkbn4l8YAgaD0k4nqSvY4GCQCBDS iEPVEQGeIDbEoF8TA3ndaUwdgC/+MT2NNIygbVLoMHJYfEYmZxILTAmE2Fl6D1QsYcJO0Ju695Q5 LeheSQUj40rVC3T8iACB6Sm24TBmQUw7FE2ptTiHljIkC/aF93mt0E3VY3VIiuO4lFpQRZBjQm4K mEI5qbcjlFQwiPkze74iG+YyxQBWBv95e/wtn4Yv5PGbS8jGnKUYwPkPcnlgJmrw32mRVJc7iToG Pybf5f4yWPAwNYj989OpLTblFhhLHhYD6s3ESxlXnCUySy10NprR1x6mMivJka7e5Uk2supu5syu 0wk5XDfkVr0iul0+3AI1eH77103oHbxWZssbMW0lZG/ugLlvxNqfVnupaQfT1+pnVJcTZojT7ZN5 QwW6SKNbWzBqA1XcdqFq0eSIyMD2ZO95nsxYdjZ5ttfOIn6OK20HyMdmJdxWrS2PxCtaL2X1x84k +6f4jDZ9LRG0ztQKP5z+taXPeo8ClG2Znn3BqhWSS2x0o1g2aD2LfyjL3b9TUA/HltvgvjTZOSI4 tTN5+TQFjov7v9t8zcTB1a/g/4AD0L44QnSkfLgzTQSJ2D9fU4PBBDExozUAfUC5QxBowHeNlR5m xp200C8ERCzh6w/MhFQWZdEMo4FpUlIqyVcBCRnpZ86NFE6jlZLnB9j85o05OQMlfNQwXE2MfBRs tShKMfwPMb69EXx2PoqIgqzv4qI0hJHldiDQpkNcmujAZhPLYLv/wb4P0h4tBMkesw6oZQhbVzIy exGY2VcWbAiQDCKPxTS5Ql7Xkk05EnJZtgl5lcAsiW/mDB0EoEBO4/goRhO0eJxB15ETDgAptQiR qjPaahwvQMSZreMQkEmtD4ztnjyTXwJZusIMAeC1eAxb5nk2/orMxVc5piylHLI0qN9lj3ITIaW7 qMpMg1nWfbLTCDNWSsj/+QG8bEQrvia8kzIRPtAf8/J4xsEBTKIMT+P1cLpWCgoB6PFpeVc+x/gE MZ5KGwtredqDXpFgDrDN3rGCJNv7X4HflOgo4UZYVT7UpesgcN1lHUqnz96PRUQ5lFaZg9wKKfUm mppk2JxS0ZtcUJ6KCeRU4jnUqC0NtBU3daBvJMsMnEwd0jZW0RvPsnYxfXssCS/Rm8gT8JixLZW9 1Gtr05Y6s0Q9MPYCgaw8R8n4mUauoM2f6TYLTdYUHl/gmfaA2R5USPuMoDCREhiFgemX/1EenuN3 LC+asNojiJwW3lTs8p1mKW66nKb0xsZWVTvviaxiY86kmI3nJkzqDEQUaCYKXreBMjg6WcPVGoFR bRQ3qdAjRlNCbMwWcg5pyBRUXHY79mIPlramrO3QariBcjO+R3aRo/QWqtjENMnx6cIw8qIkkeGj KZpryeYgLI8u8uUbCuPtp8WthuRLMiExMx+eHQUAlgQBt3kn/cWo5V+eXnWw8bs8pnje8ynMlTJQ d7hJYQkfj8WR3Ec+BgNh3hvJ5R7OJUTipF2Uev6h32VQjCHJUapEY6Z0GLYQKubYZ0tKe5AI9UUH veIrIJPeFePspwoFn1FDZvRvvERaIMvftnUBJtnnBLZ9Uwmi/mk5p/DKHtN1Fe46A9MSlEBxUijo 83mIIzgdD78JZSIGCG+xi+PKq2BOGZTkKq5SMBbXmYqsornqbiJEhuCRSyuscOadLPC1wzL9bxu2 Y77W70PuP62gzmjpNNqw69PrRXu447rPEgwgmUKRDmzbgp88RlNYaYMw83qyE53hXMCwV6J95W22 sKFC71o/6mojg118tYzA8a3bfsWXdtP3vLIXjepgP2khtfNETdSGipBD8hMPowBJinIZN/+a8dp+ CjNsGUHMCWmHU7/2ZhRu97h1XCi6u9x6gSvIf0lCzat/z/b7l6BIFByt4Rbh7dsmAR4lmP5zsJsO EHcNVX8uOmelJP+erxDWLXPRU2QjZJxGTQaBqhxgphcgX33Go/E/p5GUCqL9TUomKwjTQXobPcki DAwyqm1e4C5toMyjbdtyJDMgQImKtmRAh2sGsgtmAjI/Wc5A6QwTiO0ssUjR1hdzoje2NCTH6aLl Reb1V4sQjZ4TGlQjzN8t9Mj+R07nI8xQhS6W8naxFkNI71gj+TJ123OsnjgdvkVUzMipRJpvMAAp IuE25++qlUctiZRvrPDLzormpcMeHg7j7ejcFJkjiyBB5hOKuOhQxntSzspP55bjxVba2WJncaEx 8HIE+kkv8ze+M9NWY7DTxV2ud5dmm8Um/2RnaNHBQT947jJK6RpjpjY+2xjvBEoAd0nPZKVIKRgp zAWLTZBx3tTOseo+zwGG6lBJWdqdlUoYzZTk9niMNEiAs9ljJwbh6fJSy0mhgvh4AiDinAqfPJaD sSXSjzwMCNoOJxReJeNK1ERSJWHCWMRO8SSr58nTPeEsPA3mA4TiWKYTXf1BPCA4xK6d953eIDNB FXtdmfHSVdmLN/+i0EkCdPHSAwh89Aad1m7eL3iUwrR2zyUAOjzL2LsmoIWv1LWQFWkpQ/uZO110 5FQrREEAKr5gkDxZCPHBRzhxVjU0irMCzW7dLRWRVp795OVf8bALxLv0dxO5BJuh9+HVukQqRkAI X+J2EJSQcC7oSwgLhSHtSeJyUYGP83e2aJ7UBQSoch8UTAjqKBpzHLV3hEdsMVVZhDBpqNDQ4NxZ 6bhjVYogiy3s3WSZqIFdz1cUsIvsJTGhVxgSj2XnrvGlBMW5mLMuBx5KgAeh32YzIxadfNslkk8b bqUoaIGslBi1Ep66g/Ha7xAEx/YoH16fykvNzqr7p93nWgbuED2HRrLLRdTsnO3EPlTQNzwlZRPy 725YS7E88oKymbmMJfMEi8ioU50okbQWALC3qpvlWryKnGg53pihdEqwAm4JFgVCBQygASVXL4Ny zsX1cqNLqtzeobI1cw3fNeTqqCUaek0aJfx+aasjmJYqC+SRsoLNhVHyPKPwdKKkdQa28yc1dy9J 0k8UOicpMCAK4EyTyhFu0uwF6JQjT75GihtW5kk1jrjozYp4pwL0vJdWsJEkqFakSelX2WZvBvEv y+6Iug+SMY/SuByNS4XgxyIghkz0JKeWP/JkE1mylvPnoQCKfy6DZtVJU5ER9mJSignlMFm9VwqU OgOVXnqZYDgGs6lTCbkftc7uyuEzPwyg9BlTPRMPFEmoDLmQhWCW4HDpPipLkyDVszvCBALFnRQH kVXZlFfaFpk1GyhSZ9Of/CNB0VM/upRJHD95ksrwWlh+aTDZryiHk7f7MTNe0u50jwpUTFHdNHOM zUNxrm2v/TNk1W66V2acWFsVKkXOv+UlKBeOwTaDnVSiDlfyFcHNNMAUbTJDECKlI5/iRZP5HofT au6dEQElkeBWkKl/q72AbSU0ogfyy/mxJT4LagTq3rGyAqgzvhotPhXgawK1UGjShA5x3E14RVs8 okdbraaff/diZQLwaSjpcXtjDpHAsL5zPUZouKsu1WHj28qAV3/g299uIkQgEX+Q5y9vr8cFbzaK I2B2KqtR2U3ftBVC0mm9aOTnoOVXfldSpHvZrm9QR2MMhWSTHjG5ziWk1IXpjwrD/S0VOil9+MsX iqriGiszNy5CphlLa8sEQryEZuWHa248VSsOLvbbG+WSjHl7g1sCxlxHiK50Y8lE5apkJX9P/0s0 RreMriSk91W7m7UbQw2Beel4FR9pLeMW0S89gxGrilFAlr1IZ5NCtV1eOatMetjh6Zr5kYoUXOQC neK0lHL4KfA1MmUJPdPFwFMI5n+wVEeXK2zEVx47N19QnRxcUeBACTNJmqm5AQ2a1X17aPNiDS6S RHwzBv9pS1JP0MZW6IHQfAzsVMpka3DmRGIVAmHhInbVjc5nOMdGHjQ4qSlSnBU+e5kOxs2FEJzm MPfWpakb3+gTO2UvaVR9Y1z8c9FQy/ohXxxMW7LW3iaTMnC5hTsWgQOpnCiq5yNCcJs9m8WwONDq 3UIFfnIMBck0ObffBBTFLQ9j+ZicPmbRI9MIGFCJUiEcIeV0uN7w+FvC063C+YH0CibnFkIUl6ol PkYhAuLGYTVSa/6r19tpkEGZXTXhQVoQdFUUcsB4WEmVlpadUjzDTpGQ1zDcvBLIWgHGpn5+QxSU ktTlSEWFbBGV1CPSvF+VT2iRK29SbtO5rdd0JxH3AEZX17bFB2ShirIRYIKT6QsPcnV/ozrfQsPL 633lTOTYOT7ctbWBwxQ0XMRQ/HZLQZqkNBYRXOum4zJen/xHVeAUISzPGlwGRou4rPRtLTDMz5hI v/smPJXOew1k1TB0BFDv/s0wEQbV9gmsjggBJinThsIQnueFeX/Lt7HxdL/zNrjBDRBpiS2GoaUl njksDIyTZU+7McPlnBsdwGMEtlPFWQqfvCPKsSIEs+ZncrLH028Gqt14sDl84gFYBpIx1i5Gk09H dCltPTG2SXXr2wiw02HhtqxIdkH/22+fAVNo7RJ2IbzmAXR82YaUu+QT4kDIBl1Wb/V2f7XfoZ5k e2e3r7lekCcq20UEVDut7A6w2t9qta0H7QfoiTRtEWirQI+DbnXeeU8f8TQTu7b22BO7dP+ef2Jb /nnOidcY6t96KLet2Qbr0PqgW7oHO2sUa6K2O0Ej15Oves6VTfB2RVh61vztsSbgNz9c67L26Or2 VHj+ie1hvv/20BLzts+/Nx2A0FO9vBqyB2d5RBhQYNpC/BuqnkPSXQJ/WHUHgJcD9LAV++kh6bnT yPasEsv9GOX5JvB+eHoKdN6dvXsctXdZepWDh6I8vIvRPQN2QJ8bDSLr/giWCbt3AJ6gYxpUzQKX R0/96h0H9v+jqd+e2wKB7kbAmtujlxW4PH7B/38o8pSbeP7xW+v7+46IH4+c6XEr6H6Y4vvRM17C pFc37hHcP7+xrCld6baFONam3HbTtdxJE9KQYmwb8ER97yBGb2qmP5q2pEeqS560cqTG+FLqHAI1 c5LgdBfz5HMoPvpAo/M5fgl2g+CzdICxsF8H+cblBHrOnFnrIzxWRwypjshw1Puy9/8eTC2bKGb5 EeKkLZs688pg/F+4AcT5PGkOQNJa1tFjPxkkb+dAMUiBz79xXznJOmaZy0y2yhCBpbGzHpGFMTL8 ypZtpYs6NqOX3wgBWJt6ySqb8vPt2q2YzgYNEKhwoNuEi7DLeYPvxkPpnMQHn+MgMvwnrGMCQF6r vcEmKD2OrEqA3kOXN41NvDRn3nO3lmqXPtppVnCFkt6H8RW6zqJR1Iiz3WpUIiiGYmCJEdctvOXA BBEYnvMuW57Tct5/DDW6sIGtVQt+Y4t52sgqOHHknGHBCau4bwg3IaREFnKHdlIi02aswyA94LJl MkiYx867c3AJgtQAM1qwdiFs1xroIJeuT1QZHqXh0KT511rzAk/JYSxJUfyEQ02hJahCYrf1ubTg lXLmvI1HZMpBH2rtVge0hAG+jH2sM8nKLUKqP56q94wCCJxco0hRquVIaXDL2PBGft5dMpBrh2Bz x6LyBUwsnpYGxVi8T6PhDkg6vt+hhxktTkVMqyfYYkhleMRRYxqSausvCTHiJhbQec3iPusYI04N gGflp7pBl6eLDjM7uK4JK4vwxrIJllQxpZZ1BcTESsQxE54pXoVI+RydLNpi/mTQAnQolxBkMI0X zb8qos+RKD7G6ZT3dNNToyZmgiBJARfBDrKvPANLMUCZGU9wtgSTLjEPH9NYpw2jyWOUrSm+NgoY AQDsSl2Dcm6Oxiv6BYn2MG/NTG25ui/EEr0EAkUQSZTdyZhIjCFT+bpjhuvPZSvgzVor24Vw9puE XcChtn8pdqWWLB2GBgSfMYdflJdft2aRkZdolqW6kEKV4XIXXEr7rLCjTU1O40kOOA5gPi4A0nSO c3vgU2NY+R2bb1eUys+ZSRUM51BaEY/7rW/ftEjJz7vezbAzuKVqUVpqgkzeqRKaPpxSYkaUZFPL VP1J63guA1x5K/mf/jkk+iCLk2h5EAElzPK5Chopq4VD9mUtpHZs+WUIpq/wi7NZLcHGbdIbOMqQ LSC0K8UCBBiTihlAR7lK7ihxRAx4fHtbREAAiZG3XBW6GqElyv+e/jVIAgilZbGDntRauQBWO14t 15IHJtGKFkJrsiKitJLH6212dYzzyexPdsv3wcnXHniDI9c2KTH0+Ri8q0OzJRUH6uZRSsq8dBeS Pf6phwlBE0bEmiOrZRBD2qnBNaWc2WL2X/45rY3bMbIkPEnAoUfQaDFg1pw/tQv5WN8a0mzPVZkS xOsmeVrCrNvAiprYytfVh+gmCEdpQkqX5Zs21JaXiuA5TCPmktIe4wXWgKTerd1R+6Lpklbe2D1o uT2N3EyexjeuoMfcqJzEw3aFAmuhmUFTyNqALaLbvpc99thGwbfGaUlt+RWTkZzu3d+Mx7XuISuT bcOuKN0NlPYSti7fC7Bsi1yCy77a1SnZlOWUQrsrU2ZVmiTdsg3AErOcs6Vn+yH9Ln2S1NkD3B5e tugN17tNtfd8+Vg5Kuny3Dx5cp8ko5K126+NmWW6FbDhKVH8/pbduZvWKD9yMztUzVy2be+vrQXy NTtpP3uBmIxQ9uh+z5Je+JeMygQf8mj3PXhdigy8e0ud7gGuj/+Tjror1gED5Ka97UU2iC4X9pxA r+beLbHlui4CvywTaaX9ZeAVAe1qNpfksw7sr0v3GndslZ8Dp3rojTQ4w131RD9uTl1R2ukQBpbh Il9u9O4hhJJVk7i6+qKdzzjvYDlv70nrQlJzJQXAKMCdck4J0wMSscUryymGzFyybHDFiDlbgyDQ pFcJUhWAtx6BOMmu1gCapkjXyc/j+wJb5eBCvcvNJIiQr83Jkr0l6gqWbWCW1JV+12RI1eokutjN iRRzFRLdTYEI8lRJ7UeJ766DeA/cM/zFLnO3oPLzihGqTqXa2YJF/sPM1WDpvutSWjhZEhD6KQCV 4W1AcrRFc4SwjpVvKiTSS7lZY5fFFvcUZz6PIsjEIZj2hiDH2oLC7nqWYGltOh834FCr3xG/qwXE m1LuVlu4f2iWpjLjygTXwDOL57Sc5ZM5ZJGU7xVX87O+tusA3l0iOJVKlQfUbHFlUY0DzK4dMBrl RRz362weD3l49yZumiIIQK69DdpYRXGBAFitsKLpot48HDS5U8cgJUP02TxwElL6IsyWtTc3LEaa hCFfBQHLNGZYRV1el9upaiZ9DzvstlY4HOAIX/D1Hebz4YSLz+WCPHI3BKcjR14RxmMSGi+WsL3L T9MPqD5zWK7A3BVXojv1dfm3dYRpBDqoNHHk67CCK9BkyBLh1ksPDU8f5lYTUClQDYJlDk76KaOA XjOa6G8RhILjW7UM4cqsyjlxMgTbTq99anzNt7oJmWgZYONTA8NSEs2F8CgEUN00J3WscuHOcIEO 91yANxYHRR6m7VJwrxpyYd0AZ336+KHmVajdquV41y4IuKUiAbWp1DzlQrQc2suTSoFSQsRJLrjY U1wZKcyYPB74u0iULbjc9FBpw1ZnePWs4zyBOQeOCoCASbu3xQjPe+5oYYV1wzaqwUYj3CCpHeBr NVsDfli1CUpES8Y6nmtxlYupUzPOjhJTFrQtbUSJlPqfe6gCiG3Kz92JRAWdhDzH6IYHfWAQXKCb ZxPuHkuLqqIbHnM+YLJyXHBDtm81H3opWKEiR4vR/nB7uhUFSt68DsPeBdnTBky0t1gKfN37DxG+ FMO8rQvQAP88CgdcK6f0PwEUnmLTnHbPbRCabroxrumVmGRaTCiYFBg3W0gJLxomCwobKcaALCqZ AgZ+u9AvKuQiE+uH5FBZWi+vhIfQGXqwJaMSA4KLq5iBSY8kgiE8djbQk5GpDUPm3jCw/DsrSYQq vXwIQ0hDqvNrutGfrIGfyO2TFPtwNgjyD5/TJ1L7eulhqJX83CTbLIOHLxUpd6DuaKRQ/A/jhvCf FsG/qJ0O0pT0eBEDwizC0WRO9JBJZz0QlcR7yR9FMV35RXufTDT/2PR+/KIZ/vi/pg4eYsocK4N1 TV4J3nn7zB3f6Hl1B1IAB8z1psRS5uGJXGktBiCc0qGwdLqibAzBUi/4wwQKnw3kAwsyjJYL5swA zIdUo+nc56be3QCFr6qKbplhLKu12W/DyCAnDezWfyXpTEhKKU1kuTJPvKgIFWYmnbq/NajL7ith EAdmN8ry+Y5KqsmarzCMl+1KaWbpvcJFkk7qcl89jgoKI4IcLDzhsVsQF6rWrAC+UsOIdavQuxXR AiDfiUoFVg8Rs5xuFJYCXPEFoVoN9VIcaX8pNYlX9RDmTotb4hH+esJVfliMFRO3aiw09CKPaWZp x86RQiVb/wiP/wAMt4vdmQVvUQCmLfxsthDo/Hbm0UWpOoUilHl8MAg0fU/URugx4PqWVwlFol2q UNrD99CJgmcezDV392/J40oMZJKpDfXQhTaTqJ3Bm03ACs/XHhmxfD6FElwwXcZRsBRtWSGlL6tJ xHKFdEBIytdmkdldLDXXREMb+FcKmtlksTBwXUzoiQTTdGwaWzcvPVBPlcYkKsQE2l+a0C2TAxPH OHo8an6/EavCScCultDEdMUsEDRskmqnAaUGzBHLGesWNb62QUs/Ka3PtG1tJAC29uIkxQped4bW KgFgBRf+Y06Xt1qG/TBWV9EN9RGcwXEQUqUjfWJljkYfiDmabCLdR4jyb9s4zUDnXVEaEx2WW8DB 02pDG/Z0PhTM3pfnmMoX39hPBR1ItsJWUmcXxKBQrhjX7FK/axGt11S7o7I8A1HSZ7AVk/4oV1XN zipIIdPGlAbhEwRhkKVaqy2iIdRNM3hGojmT1NVYlW4ii1S/RynsNDhJrgeHEZb2Bl83sdZKYlkY yOryddm4y79D2vGe1wUPQszDVErLMHeJJHly75SP8cpxJHMPpmilOGXI5YC3VgKBpww8FnnAj2Wg tNQ19QgMJrIzMlIg52F6FY4tIpwLi4u3pcRhjpAorwkzn8KmXhShMiVY4cgMyRKRadpSleRNkobz 5lSF+NIZHjAzhglR1aZzvNW8LgHXwh8B4iXCC4s1EIgQnM3CRfXcMmM65YG00ePX/9N0J4iJ5EoU RZfxAc8DuPe/wn/uE+WutiHREOOLUEiZCAnsKNymQcbWwRuV5PmkKxDUFxARVRNjkppWFGWtNtYJ 2QXjLNeqIp2raB33np4t9ua2DW5uciWz6ktmwFE1s2ic8WUCtFY5Lp1CV/LzaKFcJkgxOLlAWooz XeZGRVqHdgWiVZbKlXiKIN0qJollbOFI/lU+RJ09Xw4JoE/42Os5G/eyJJEM9aFA/EySg1dDtCmf VOO7xLIEIT1WtqJC8R6FLeWiRhuRMiOQpfmfPfQEJHZTjM7BU2Qyhem/FCG3xpdZta1QM3snBKlv QIsE6jIIAuKXFqm8qc3QUi7L8X92kj86BGhWyEUTwhNykrE7aPLjCsrUmxnMv2hfKStrKXhnHqzK gzgIqtBW0a191MpPlf7bDQjhfP+mY8qDutaDT+VWYq5kWGHSv/ChslIf97A19ND3LDNTYMPaGtmJ Rv3MFtDOiXXR0UTZXWaCx4yISGCgwxso0EKDDiXmupnpQjknaK/ZfSmby5trlcxQRaZiY8LZD6vU Kl/ta3At/50HCzgXCnnIMLKQAn12X9XEFiZHukSg51GDfTSSBoqybEwTNWFVBu0h6GUVSu05ag4W kcCxE0T+qblxaSSh3y+FvRj5dHqWhyTVioqVIJXnjJnVbPMiXQfdIf4XkSpZZxspJAreLjsqaewO JhUYOW24j8VpIVxxPel180xnwv1rzY1b1wtQ0W00kpHCkQEmsg8j1AiQDeqDZyeJbLYbwlz9YysZ F7PFLtYGrUWEZBBCItUkRnMfQfINToitQzhxXZLNn/To8gjHOp5LySbLRiYmMtyhUBbLinWgBSJT r21MgxZ8yil6HeLjRVdDBvShQRgDUYCnUGmVQIXNaeIOSNQSkuRO0LKSewleYtUswFt7LswvMoDo Z33keOY2DprL2wLVaPATqvEIPdDS3gfdFVv9HxIEu5PyViypKbiGCHCpdQ0ytIdMAMGovNV602IK +kjaAQumAAWQcdzOUKAMCi30Upo5l1PpSGAleUY3TvDkdXLQX/cAEH76VTRBNa0LLokkh3IOOTMg vrxG3zA/J/aCIFGtMSQP9wiYuDsqU+xDUpknxoM6I3hCC2rjXkMxi8PKJtMKSbRqIH6OWtkIHcnj 1WLNxEgmNdox2JFvTuCC4YElkS5QR6GOhX4iG37SKRaxgDxLmRC4DRSJbncSyVkRiQBgWj7bHIWe B1m/v9hDlyS3DoJEfa9Q4ZG8VkSpLOyieQrT4byKrvEqzFrotfLeSlPZt4JAMxR6qoDFjkUV46dE q9tmLHwU1awjmgK1PpTM4KKyopWndXFHcEezPll9ncZFasi6DFpsmZm1dnSxVScaW8OWdPn2IW3L z81nBZDB5BQatCgmK8eRW/NZKFK/lUEGxhqZK/1ltK706A2D4mBKIF71Cy8RX7jJtaI8LzRGiZr2 DYQ+lJfdBkAivRqRD0BcU4T16BGn/CEHygqsqRQjVnDWBVScKpN4TqEvKQKlgjYVnLV/n5fvZd0V QmnR69bPrYxyP/SxssQqkmdXsArCMATk7KiEmV/vHeCpsoBAJPl2YCxhNChBn08LQa2AuIDKjMbc olIBWlDkjY68D8LNxvQ1U8Ys88FXxksp5+Fj5sJ4UMyeA0xhoyQxCRRwSK6IVhIrsLgOUwoLGJRC ECkumDbq4DAefVhiT9rLTCF1t/kYuqOSnJgu3CsSw5DWyLm5Gd1DTQ28noGRGxq5Tz7FqPWlcr7G cmCs/0g4/+3T3BVRwTCfK4jno/RgQHKmjP4Btyee6JV1ZbagtMjCdkJNIOqmJ/kjhHHBgKhAbasO gyegDtClNVGePfkV+/44t5mIhFCBQXDT3mvG5hXh2OWL4lLT+qFcZ+N4kTAjpdiBIWbJuhQoxhYj a2lN0emX8S2ATtadnWZLfEfGuJyu5Q9fLq3Sp7/KSgwOufhiDCCFWW7SsMOhdCJiZWZkX1GR15g6 u7EESUo8u0UVzyx+GJ/RUDw7K5bw62WXWtqXyTFkjaoJlcVK37mZdlycspRA2WYs8H25besUuWUf +lHoOpWBXppAxEEt37JfMioCvxUBcM3IKxJv5Q4VGT4vVzRwNQBh2u1K4d/DtQpjbKBQRSKJaHDU ZodwJnv3qj24z7/2swhJ8VDRwaEtANav305qVfZUnVBdNK99oipshRA1i6qd94JeiEAObeVkwYkg xHAlCKWnyZwMfeEMMx4pGTyxrGZARLDZe52UzujKNCqFFTfQiovb6pDFC3pWxey4m42dwNZGTl9P VpqBlM6vrkqMZkqsas5UaPftlwwNpWFfj0VgqoJ06nujzFr+b5pAO5Uk8JVd8g0azxP305qAKJKw PQazQ+aUxR4Y77GQ8qUeG1X5KI9EZYSqODP7oKNoU4EH1qbKCv6ZaBGhyg/yiYmSKtXXsZBBrsVu dDZncjNQSRetGiTzCu/zefa33MDLYpO0Qgct+1qoxgn/WHhoXxxELRdl8x0oahzuThVFlQy1IFo0 11Zu4NJCxGL0C8MoIInaAmml3sq8URLgtPrLAcselyHk9T78eGFUSEdqUF9c8gEDwIvL+leTcX3f 2xJYcj8fLtSSMZURyjm+NVcUlfUKJzI+qmmLpyIGXNK0KxycKKlRTzay+J8QfaZ33qTQw7iapJbY QovuPuphd2FtqG/h4l3ic6DAQDkauUUhw/NWhIJqRQodcA2+uk1Ncp4knUNolRTaRKvSTeeQCnAh M/lkQgPzhN8JCrEE9I40Ic949FWQbSIdMOOljgYovhvBOwfCywZx7n2OY4WViOQ8mQGrai2Mi5LG xEvIog+0QoaRMW7gxsIxfshphMnPMbqhfUG2iLaz+ogpWTVgC5sKuH2zfHdbSwgJwePwsXAjKOsv K4hugDJrCtLEzwbSQaKyUGIRYv3V/b+tq98/PRxdUNG2CFIG7DhwLxNpuQ1l9K/1s3nFX9fIRiQz UqNr4RjHzf2z/5bOxFhF2jj9JuZWTwYzaMfRsbl7gR1iEd2suTDiDEsHSlDuhaCm7pcijdHCsCSp VYw4J6x1Q42GNV013dDRkPB06rA2QLPCtlRhG4oGiMjhdNGxEXuQgKPtDMcdE32K9L41aTc1Yv5C qZlZDra1ql+Fv90HLa9I1FHAKiqq+6ip2QCCW1WijYi2eMzaLbUJOJ86JjgbSOviSOjAM8mnrHKW kPSLcf56oZ9/8rHEvsKpNSg7shdJ6eadT/U6AtidSkKyAlPRH7/17PH+rWsMEQIElJSIiNiP3YoV ee8USkZsNZnPXbfzUsiZCwe7h8fQq7ISzOTL9Gg46H0QNb4gTcs6tt/+UQG412pWoE5n8hDu6l7+ 3ipjIKgB+myocQ0xsb4UETKKuog3iK49Rtg2DZLFKIMXYmwRlteAeq5boUm/wmPpba9bbsU6rrM1 4/hHOmXNr4gitYgmNq4RGYivY3prUrqwrdBF1ZcS4cQOfTq3yJVZA2dv7Zl0PcjLmS7mTls8yaR0 1eaUDpVWEu3luBJPgapBb5DZCnXDoDZIQSKyjVk2wmCAYTmMYTFckinO9Gi4ok3gXbHBRNxG6I2Z cYHAXNfVCh2l4kirdIaQ7lb2c/yKb0Qse+BYeVRDdZAMLXvOjCsVq/g4fZm7DNboTYCJlg/4ELaY kCUGVEdWS9RGg414hPj5hQ1l7o+IoGzp8SEQbxHdnS34LueHrhYJparE3VQJxfKC+hVStSmfDCPd p5C1TzipybgGMJwROgyZjRMDXqqgeR2uMnTMIotwchyMMJUmavbgB9goCLOH0KNw41o6Spy4hUNm MkblgpzSCTxFPp/lieaZGnUsaKfNStl+8paQhckcG/NZ8tReZQxAKVwIK1p3FjdBpzPEtACQegh+ 7kZflw4uVqEzZWdiYWP7Adh074kvSeyZweqZMRORmlC6g3tgfPXCnyywEOMXOMYT8WehAWB8eIM9 sTTXQHMRXHlvGUT3NKHI9SKEI9PUSjVxJSH1lwCIhJL5Pcditk5scLeSqlScT3pNvu1xsW/6Sgel Mi0cWny1JxtNvhuFHPSh8eVagr7hGRbl5izETWbIrETJjnk0OA395vmutOYFCvkSubeWr/rotp14 ZBC5xCwoz/MJxg7T5aYZBaoZ45TeHKodFWTmPpE67PY7/HCkv+7yzyw07ZeQ4A2vcZa6iciMsjQc s0+2StyFAMujpjdwALBEln3pQUb9aShrd2N4R01IUkTVnoBcEFKkODkTefHNQmEKrThFYBUtK57r rBuZMAw8gbYqsUI7jWUhM3pW5a9rlE7gasQeQF3l45hb38qoG1I0qT7KEhCUT8RiJEkPQI/YWd2U L+ASEDK7BnSp8EEyTv9KpYLHqo+0EbGzwYxwE3YpOzYe/SAhcWRwSSZuABRqjJMkvSZAxHUrgHkl PluZM9U5lA6ERTaeH1Zas47ayDT8JCBMyHDIhLxKj5xyQTvOr/aQur0L+TIYTwbIxjmL0cyHaszH r7tWSwIx2VyuadKuBATXQcSRKXFZxGUa/geQXqJwwEySOMrB7ffpZRzKiC0XsS31ysiJ3vZGaUZK LUHzqzDQzpmUi2VqQQRB+oSnuxhSkkOAQWLWhba2XalFT5HKn/5Rod8MuseQdhMrA+dTZkhrzEZk jnj00E9gwDjZcBly/t+KJNvutK2gbNfT1dbwPVg19xEYLddCeKcQaxAkMIOMXOOWnFv37yGZVRkH Ji0ETeu165bsygW+2+LuUGGHBlv0uN+pwuCbU5rWyxaGTuy0zWWF2rkjG1g2v3pyqu90kI74kbVY skOuzpAiBAs+cUoIE9IbC/OW3gAwjqyBdxTovQM/EAthrT+p26TvDWHluxNlDiFZfII+7a3AOw1R caNTN07pwDrxbfNWQHAAweElVYK4rnLg1i+HS41cXqSY4EStF32ldZIxc8duS4SM20ndapGdUXXL Vb0dgtrh3M79jhE3nVnjS5WMUrOOXWHHwSVHZ73tFjBHvKzonTU1QjS0tPavW8OItCOe1EdahI3m 7mNLGKjzxw+BWGl3ptgb5Q6HqhpIPcQhKpMRPzE6JOboVEURw5om6aiZEEjFgKjziaE6tlf6Fpt0 46ytgoNTyinXcBTdl3IkjYehiRdtpjOLAXzZe+oog3Ct9Mkw2ifcgNcAiOtwGOOJWpWNzhK76Ehz gX+nSMoYKyYnZb2yC/UHIQ/5jCFDNa05KrpIbWW/KEYGc2CNOUn1bIOwFQCXifbUWiSVwTJl3Jis Ok5tcIu8bY7oVSwz+EoXGMCWUXfMkoVzmmIRg5dkFWvAoIGLh0GreVYxEAP942wl0nDPvHm9NABH fdVAi+6mktxWtwxXy/+tU9Gm71BLZPcFGbxzeLDkCsnaclYE6pXbasPJZekRFjK39YwfhMoM/QWo 4dbCVrhRcCz4IhlyTnaBRIEJ5OiOZzkAh4/Rwki410QtNhCAVgFBZmGEIdul0M/3YZelPYjMaUeY oCsolBMQrzUFoEMW6oFvfAHYXgJA0iNF7LsBIeyi3jgC9pV1W/UX5/2qdO8oH9Ap4BKW4dKyTnWv hCdG+56b0hWtfRrNUKIqCfssjyp6ZTQ4qrrFBFAVyLb90EpmjJNV9QYytJ4qf8osXQPL61j4x1rr X1cpuk+TQrKfMlZc8kk04pNdFfkH2mi1TiFQc6fTnktc+RExIJ1Cv+ixauSBOGJtyZfksk+PAgjc 9HUI1VqPY3dQ+vhCKz3RB7njaCLa7YekFS1GIJMsoMWdgqSG7Qb6rHdBfDW5rLJsyd+cOtHyGNlS 0cahDjrIMRMjNAe5IKXmD3ImXSJKOsTmT6ViA/Ajgzg0GFtzPZFETGod2j5X5WdgRA5gIefUhuJ4 ObTKKEgGkRNkATHg6l4AzSCO1TqAchtsDifgB6Hbj6NOLV1rTQepAot0YUCVVHljB4+ZQcYA4v20 DAbS0FbEqbF7FsK0Fafdd/B4d4s0WHRzwd13hgHgn6//Hg7ZwkP3J+zmXND2B2c7zapA7SYP8yqk axnguTUB/jsd3R0NDtMaJ8wEjyRGHCEV0EbOHzQW1pyPnRJ2/y5OnK7VAaRiCJLubhEkNcD9z5js fQGH4jrB27w73Iu3D3eEJGcziiKsxghUGGWZW9VyihKEjmIXOBhtGrEaJyWPVcg6qPzlrYp6tWs5 dMruhnbdYAe952DAUoHaC05k/EYJR8qwfJKp86PMVX+4yPIZY115ffbMc/lb3x+HIvNPZ1OwYZzc ZhqhDfWlxHIP5gW0q0Wzv/IKljflwgtHkHO2HBUUm8uuT+7MtIZ32W3pfFvK0J17GC9eLa3zFC+C r7zCaqjdvdInBm8Gg+MhhGdnhqxRhj5LM4BqRs7uB9PzMn4EWVFeJkMQLJ3NW7Lz2Z3Ab5TWkka3 43PWZrgQccxg5lCUYKtCEJSIA6iKbc3yzIR7oV7nt2zWWEbUqRWncLT6FWxPezQCeopNVVlajMPD s/Axl9sJJaJlsSWeAL05EVe+2vqudR7hFAJIkmoktK0f+tSgEWh2koU/ZdVLlRUO5ea7Ds96fktp cLWVSO3HH19M328jMSqcyKDRavqiV2tHQ6GU+IRLqeNvd4LWXivX/Q42Cma9hn4tIgl6IQlVpb2Z GV1wVfbSvZcMr0QtO4R19B4U407rDgBs90HU2yxDWtl1wk9dWXdJCJ4P2QFmWuvwc6a2tBw9iNBQ Gz45K8r6WvUfa2TVWmsDyxK1qUtaFsYyTeULDFpW2E+02yp+EXag7E9rusl+QgBf5yQMMlI+ppku IyCfY8BprfWdBngoIrSMre0pf5lofVvFWK1UZyqOWFNh49ahHfZlxrN+QUDLsNY/LrChuQZ1tuqt sKOEYGlMXJ1E6jZhNhfB1nTftG9JloHihtFmqUhtE6IVWYsvF11+v/ImduNzS2YcZDaBifLsTKx7 JtHvBtZWktpm99XZStjwaNs6C4kaEp6PWKO1eq2Wn8RJpW5uq999qSyuSliznwXvWYTWGqcdZkNM +8g41MGLKMZnNHv6k2eeqMhbQNo0cXyu1SlBdCtp2swZsG2lGdmakYiBjWxduPV793NT4P715THv F6va1u2ET+va49TjIz2qKBJyfTP6oCUtK+LvGbwqdJRSQNvoJoN1nlsVnXigzEmDHDIyIuoRKDTS JkJLbbsJBNgyf0cNKnnBB7MzbSOYSw8+mwyV3fnInnLSzOy7RXeul6vwLThfkrzKOVq5CUMuOan4 WRthg4zKY2OEkzJhQy8SudbgoaVAYL48n0OtTuVlQoHvW6sHCxDYmGqMhhK2ElC4xLJz8xg4Xk8s eV6H39CjaS80MVcxBY73C/3iDIfjCJCiYUogXCo8IUlHgQkUaCD7LaKADmAf4izVhLK6glzVGKaL KllqB3swzgYCd49ja+NsfkAmALadKV43fV3pdGdv6/vpfoeeZYG/Klq6Mxua4x7UzVYl2ZisNhJs eJufsp6Xbvvl2o495JjaZz3z9ByqogVESc+GiU5Xcv+kPVOq+MxIiBcRrgOpX1l9yy7ZNHM6mkMk VAG4SZqqDeUdaVIR+IZFRZ8y0Gd6KWguhU/gISpPxtmkU8RBW1GAXJGhkGtnlj2LB5L2tiYDKH7N w5JXzpj/2sv+fBEpsIorKmLi1kcuZmY6Y5EJOaxINNk8cXTomkwCkDb6JiJ/imJ8LbfTKHRLgnCo LqGgHwhA3AZ9nkVJGRV8TEGyC4WIAwIu+MjosWYIssvXjRNRxdbO1Ojpn1YXE8GQioagAGRWJ+ok qU5cG0BV6Avmoxnw8DswCGJNr9JOAapSpAQPYzq+cZyGuXaqrhjoL6sJ3kMDb/Y5xdOdw9gRxoPX bKLSgJNsxcauDwewRZmUqBFokpwujugUSStvEV0hO3s0HmOwjWDb2st2Kjk4hDRIEblOdGadlS3A CiMWfLFD1ytLuqn/+dPjTuw81gW2GNy2KH+hX5RXWew5s7rTW/KKHE8kYN1vnpLcidYqiz0wFnRD bhaUOxAmqnpLlOmeP7mQJ5gu7TKtnCWf1D5DLWR2iCI8cdnJJcaGU105x8Qa6IPWdFTPEpJiX2Jg P8RvV9b4jMDHNsQZuaFMZzJzV0zQJluv3D73tA42UHBY+Is2gt/vGVt2jgI/+Q5AC2WaPvSeNSK4 nbTuFxEYuI9Ps3SxQLM8gsI4GXZY18/K+2iJg2CosjPhJhADgmK85HKmgtek410+R0rwCjVm1rZj Qj5JHxEXOMdmfJMHYwOmuVB1IcyHvAYNFf0xMQlJhgmq0UJ31vLdl8gEW7j0m8MmJuJyRTMqB4AJ Hw1mLs4VefbssQj0PECkpA4OYZK8kJ8xHq0EbZu/VCNqIzrsTnf+DzznJuZhCB38blO+T+wXB3/q CTskXwqhf7DsrLvZkcX+yNfTKpgXMcKbhjvyJfDsItczFMIKkcRiahIbKBBVJxyCDqaacgk3f/E7 X5cEZ9C+A9SNP4bBFqGR0r/bdgya8Vfbhi23rx4g3HLBSLafFiDi0KiCqyQ2L0vmWM2HxybzNCj6 8yTYTirt7pkaM8j2l2DT6gAVeQuUZYDRY0CNGQAwxFfuoIVFDhbavcgKcCQoQHsmlAiYQMzgmTre fIvlEss81FZRniWt6OhUnAAmb7MmI4dXhTLUqKdQUumKiTSsWwKDY6wtpBGxOkJptivDrrqFKGMb pF05ZonC3vcIWYysLmcRkr+bTsmlg1XLH3J3zLUSVARtuVc6AdSUj5UZVC7UP+X+lvnmqz7caqLH CeC37Lrihmby/CrrKhh9M6bwqxxgLIOozVZMUO2tVbfuKjhU2qiOvdtxK4zoXin7908srl5NpuoW CFCkrTiPjPu7ioOasCqH8kQn3CyszNWMSuWqjqs7aKNCIUFyUbW7+3/9wW0rmOowKv6ezGBGNRY8 nrJ9texGbsAepKDiSmBgvwILEnzxuiecdaLPGL7tHaOJaYWQns+gYmNgcsPniihG8oy01nVf9/9U wlFYqag7h//UXzoLp+6ttFLdRU/KwQji3T6MDKUXXSoQ2SvAQ3V1tyGnj3vfYWeoik6EqkTudt6q Rj0CAte++NvmO28xRUvGGCNdXamIdC36OjaJAfJrxqPfiPu+/9fZSZpCFRWZw8dqg+r5VTWQ4fpu mK70p6bUyKyHuo3YeKZcjQfBVUJIT93DRzrWpcdQjGQywB1Ol7e2QkZ/8lsmzJrzvapw6bo1to/S MNsiETRvUyeTQmjPoNOh+nznG7cFsi90oUVCYgngbiw4CCLWN3LmzYccQGFr5YakgwB10aZU34x5 Z0442BJLEaNlfOm0EfiMgiQxG0BRlAy2TSILBzK64wsLBuf4UW5Y87858+mFiUSG5pWDixcRs60W TsE+Q9OAojoAK0sUJgUOSc9nfiqT9XY5PL9EI5dFYc6sqTkBRPFFt9HvhTJxcCglABQ9VSFHBmw+ EvNahqIRQ+Kt66W/Qrn97+rHkGOGEnaFS+bQYO9alAVTYW4ZAoRaIIDJHXYRwrRruVJoqu4J6QTP EKuMobq13nHY4qwD7F7AeVLUCYt5WzORKteCUbSWLgLfpBE9RBqJ6Mamu9kU3xhtGfoieKTqB0/D afacDVRKFCJqR8QIFRQl22wFQpbgWf6kXvRWGxVBqBBJhKxcCZC9JhwqsrZozQWQtKN+h0iZS4BZ L8U/7Xvjdcgasw2FBBWbEolWGD6XZGIyS81ZdE412EJFBqkSCrcMN6a7ex8npm12xu/ThKPGaqI/ Q7UFyIuJD4Ll/qvWQi2m53+nefO+EAb8gSoNqxnnlZzXrNw5gMF/o4QkAV7VPngCdcIfYMhscxlf /mjGtJRMVsLSDHCA7n43izIoGpFwnMwgbZE0KQ4dcm5v1eiobQooRP+5UmoP2ANKP2jdTD2hUz0c CfCN7KpNk2p2kizxiB5SQbHuWRKpVJrDXpLJ6Pb7sMrZDeZRogUang7qSLgTxU0PftGDhXihLsVt mwh+IvjDnqyZwvDat6lShEm8gJUQ73Yta+Mno4rDBHXI0iAhTERQeNuzNIiMENVewM/9zwimRDch Q87uoFKIT4NQnN5U8u2stu8JGhczQ/T0PKzTrxcpmfrtLBceRFrHdFFSTDG0EHIeVSoERrvfaOFK oBUL4pTZCZlyuA1LMLe5iuAVFhqiXu1vK/A3cq9ZHo5bhuhCLaSI8eIlqe7ArV29qhSNElBTaKgl V8m1/Mt5V73ktuX3HhSTjxR6gkGeAZPZCsTOVvwPUgIVT3cBVg2y7K4ZGIBWoaW6JsXdhznZBMs3 MZL8x5MJBdcUSWgzVEkhspvM4o/v0HWpX7ZF6bmxvj5Ew5DNWGG7poNB0rWmQVbeUcWYb88UubgB Q+HZxwIPZuAD9A0yMttQAOXBJvKhUzyCyW4zqmVlwwJoojWH/uEVJkpZM3VDBVmu51XZcADvU/xz PhQYO6mSn58lkogQGsAo4VZNgpZGCMoqbKSgFmwYsUDoAFynLKX+oooNF6KBS8JWTQdwFjmRWpBZ mDGCeTpu4kV8kUG1bnhT2ltEQZJxZOsI6HcjpGvrCstq0yMNfquTfDmn2UpqZUOMFQCrO0VxJUvt 2QRBilxCMfH6LLEKeiMvBCnewoR6oYKI0MEJC3ZFgyC6OzFQu0w7z9Kgwg7aVWsNR7xFkoRJ8Plv i9Y5supBap0MC6N0nvRJiTwSUvJGNjXhUQHTx4bKXAsPQmIzZ8pY0I5OysDnT5TLpAq95JYeE6ee pugFVQNG2jWyy1lGqrFeRGSrgeyYGOJUyGvje67XO8bgDwIbvQpGXXsny8gkLH6jB6XJLbqMldng C61MxVDVEaYEXLf4UxvKEHSbvbEt5mzE1mlWu5aocX8chuqq4JS9oKUTCAaz5LdKdmjK9ghiyV0N igVcc1LvlZ4MKR1DE5ugtepqFnetKpGoslNJqvhr3lZq1SqSP8KaWuWnI1ctRY3jij/e5g0RXoGI hUr30Osv63SRLbdFXpbTKt5VYjFgT40kBAMZh4gsVtOWNvvZMtpSN7Vm6m1PdNarEw7Z+7UyYyWD 1qZE6+q7o+xaVX2qHNgyV7UEkaoNiknhIdr9PQWmijytOmNlEg7wKqnkS2Vgq7WRjCFbHjdi6iPz ZIE7ZozqpSS0vOIMgMIry+o4AfhRJCgFq+CUIcxVITm0SohJsjsywp+gu5EDXJOsA1TKzPkm5izd M575BRNk0LbUM1rSQQSrmZMMKIg24Cr55ptsrwyvfUzoSSoUysZwa/h5U2DN2ROnkVdDzkR9hvgF aB4RSMVyOuId55kfdEYI6NKOeigwLqzOq4TMNwtMJTmluU1W9Clny8V9ktdLGoWVoY0HsqHp++eG s+REZPlmZz+yRNrHW2ld5wxHc9ExG7CJfOTjUVxczGyUEQrBQ7FNi9aYQlcGlBMrdCM7WDiuykN/ 1DaTY6UJIW9mL340VjfCFE0Q4H8/LHnGEiItUuxqPJMgaM0yOUM+wIy5xLndPZQ2X9nyPL27dvLc VdF1MBchdzqzZ27DaXte2EnzjThxhNuulEobvqWKvz3jaJUlr/3HMikiiLC5FiIUdskwn1UoMr77 aGwIOhlrShJLsNxF/k15gPlozxU2bEhBQagp5KAirrzOWBjxFB6BpKaqg8gEYq/WfUyWXQZSkcOY qXmfj5mQWwgAGgU0Wkd0QwMbQ4UtINf+kb/oa5D4NZMij2HR37x0NM3vMFHGE8XSD1RggXDLrCq9 DsDTPwbnLjOk4gYq2wYi/MkXhVTi93QX6KF8K74IxaiPVpEspOSnW6dFWBPhztXQk0mRNqcjkVJr IgUEBF1UpAjP9AOA7iVpec6citdZWFLOKDAePeSQCFZnXEBOUvlUZKkmk2y4ZWR/sKKxDdYKldr1 cIYJLcPDSAhPcRSDjayNDFOlkrsp2JErdON34FCqYCsZzRVB18aHpTQK+CvlGVtRVvW57sXL7hcg zPToxqIW24p+BYv2XsP3kK7SZ9XTaNB6USbd97mWCF/c6pNcBzmN308MFkdiYszaBTBOqors0guB hgesuuoyCux0kFuu5LPheOFOhDCdeq/Pu7U98y3jigCmTgqBsk2kvFZOxX7nSi4Vgn1ls652dXiN gn0YfvWf+6v2jRsoSi3CTXsWnjZ8RIETTyERmvnzv2cCZ2rmrs5MHlhk9jSzKJro0pRnobQJ3b1o ntS8U+V6dQOX3t2X0rZSMa72hSRCVmcmNa/b4zYGWpKazRFarq0nPvf9RyAyfzdx++y4gn2q6L6o 8kLj7jcv6HlR/XixigReekpzp7eTUCqofUfGlaZjw0DkJvFDaiV2xlK9O7oKErtzCAML/0k4prMH OqWPysImhZTpAGU5cojErNaJjWeZbMunhVWGl+uExPaQZiLFJnILrnw7j3YBPbOOBbOx6M5KZfD+ S9ttxemSgw+HSS1lkEdJDBvqC3nN7Lp96jqx4qfCzj2BuWkQSqTLBg1uDBFq5x/ScZtWLIx+hzoB JsqM2WYlHhArcd/oYE6jSIA5GxmXhWW0YDB4jQgE87vwUBvv5woiWh5GkCiPYm14KijwQ1zElsBY byFTvsQBKJEMCI/DZCi6WAfl6GYqSJlLyGNmnUwwcliU5vsfvBZK5786UES5OiAyr77Gktu8uDUM kS2jDCcF8BwzvVEkOksNgnoWkjyEdXLjtgqIZejaSUxatZgJRzayc/WEnfIznFhbcOziksyCOhfo Sxjbrvd/6/nFCQ2iL50W+xlVcUBY1MFSWfiyJAdNOPI5jmqfFUgavANlWgKU7YqBo4yi74I3LzPC bQI3aOm4O82TXvLkFsH5hF9WAWC3wwhSFnYbu02/CujEtcSj0xp+jIwc6kqbE4PxzSGrFGHzaXpL FgyCEqks1bYWoyemPsuJ9HhZ+JSwpT24m6LM0MKEgnqwOHEyKp+awnXy9QgmmsEVHvMpHtmGL9qo xFAenUEvZqK4CnEU2TES7ZyuPjxTQ5Wd5XAU0ZQLu7ZNTZIFF++qitNbx0LKRBNM+Sp/cU6gdi0/ DVh89QsBZaTeoOScdkBApq4SRWkMJAOqXZZTqrw3dF1wLiLgg/3UAl8Z2RZ+mCq2C8pSwOIIpfqc FWX2ZDqD78RKIaNLOErvzNjSmRWZXtMsyOvwByXxCGP97115UzN26q/xDANOOZhpkBxOF0YovBe0 4L/wuduMsoI2H4v7hpVFnGqz8vMwDFU5BKKq7HiRi7Bs6b96B5FU7FDP9sLnWpCOf2I+jRE+kQgd JJdF4xsNxi24J9VshuBxQ2oW2BZx4N+oSTh/MrbZ0YX1ZffRkgSIgZ7iBCE18qqy7KjNyIOx5Izc /M7HaC/dzyRyBIr1kWp0gEaGLckRziRaKcir+LSh6blaq+XJCA0NWRX20gwV6yMf/pVAISyH4fxG iD5ZQRpv2Go2IiaVIYa7nPMSxETjRtYYdTC85BwpQuAzSrcSl/Ck1oBc99gpmhul/HbxC1Xkwlnd XoTwXmWUjE2DghVJ5o5JL5uQzhnL90wTAcsqNyugtVehKQLKh1VbM6UmXHpc+DI4SiwoWiTxaJ8R gWNhJebFCk0o1fU+0tkfRsqpswB6CUXIQZsSkrTGDv413AsBlQhL9YKB9HaUScwbG/GdeOFQm8M9 /NY7hNZkRNxptzSlFRtoLIoQLvEgLyGKKPBBBo8XbPZJuzDklo7plB5L/rKhvNKf7cZMkRakCFJj pBe73kWicv6tHSrhFCEy+mzDLxGUvYG9lZSDqlbBgKeDNG+dyk6+pmOhhT8z6U5hZBKyUWHHn+Ik ECFBMxJKfiPaU7CbVRFdAj/TimTeHSXaZ1qQIZP2j8f41y5V6/din5IW2yY79SU+xUQyXnRHuT96 Vr+rXNsyueUHlMzFm07h0b9etqqqdzFCd/tMRS1vt0UFIigIsGPL4gU9BoacQClWTC35KtYHV72l rRkO7Mr4CLBUWVYmwSiPCgl5DhkHIhokcDNmgRltGTDZdCphERnrzT7aJG+EumH5n1TKXAbviXkz qLTMXMKgfrNTf4lXmTF2+KblM2k6WZep51IhXOeOWiqlOn+ybTl8h7aQgjjhaOMm1IIspvoE4UyH GBA+vRNUJ2fCTANRBOabg6+BBr/dabswkd1MoeV8GWyGx6lJAcE+Kq+MWuOustAY9cQ7s4/rFvJG IZ0iPt1uykVejMg2qzQ3bMI1RswO7pgY1hfoAUvBFYDEcvybHldZfzUK/oOYmKezRNUfF0rGSid6 QwqdlSFUvmy6MgYfSBpLrRFNu+GOXlm/5kE3k+j8p1iWD9Us6PMxIr1Gaf/6PkHEzsIN363asBtH SQLHTGiJGg9oSkbe5shznMxfQdrMkvwEV4scU2Zfb6QHFPl6s/ig2SX2Aw2vnnaa3BzyyXjN5z89 zM0+Q4H0xVsBKXfXQ+GO+FA/Kdnca9jwFmjzYumQw1FAJEVCIXsoeLRXUgjVhb872CBCa2yIkMLk ELFCtl7bL0j13ooDIxXx1buooBSSjYKnctrEPYURyfe+55Gq8B0+4CLzxUUg5OXPoheuCyCGlY3E RVKqE/tJOD9yPOwkS2Ke0+G9QkRQUjqdEDVGGb5EZGNxWGsrfwze65w95SbGMitwakMEVeg86ijK o8GWUzVGfdlMRR4yqbnJQrgnFAV9GSSxUqvxwXbHDtAVCxFlHmCZHpEQnMolK8KQQHRrT04BYqCU KU19bdC7NQAlqZwwECAvQtfO59fI4ChCioeuIDFrr6aInha8mXqwqHcP+636URbT8DyxHatyuUyz HDddaSAU6zn5YmxmyDeL2oOopR25ramIkZCxTOlbsNJjAOysmtnF1o3NIJKOgZ1iKkapxZEejkod ida8FNwN6QrjlCI5pIscpzhLisjpjqwFShP4gLbETaKwsJrnYFgFy2iOlxBlgkw9VGX81AcV6yjW mYDq28HHd7Ppe5TVsJkE9RU9sQWbkisrpc9MM3kST3Bc/kp+QKfiw1ZPGCd8nbPADMVf1ZAApTxK R1Igq0SG3wzxWkmqJtb1JRiElMMyjaRDUV4KXP9zFR9NZMpWDDCv+QsS6d3ZY0O7EZ4dTrCbkY5o 1hU8EnmjGiFbmvyZFE7SjqCEoSTNlxpPCj0bMCNz55NhrEW3zwIajEF4oo9ypercuPY5czQgwUR2 sEJakg9It/GRFfHlRTZHaoU5SUolGjMAci86fKkOpSEyWmUETdxZ9AyQY8H/WXd8euIQAaCi9a2R c3CfGk4/vaLP4wpz2ups+SoKMozw55T7JH7mNT3VZda6KgsICpOcARYD/TUy8CZQN6SARI3RIo/z yzlQSq5mtyITmrCsPsdoOo6NFU1LgitYocyYtL+U81jJh/OWTCNlUgPyUcIaUzocM5AombOzR7k7 OyIEZqQ9LSSUOcC1jLFPyqD0zQUOvKBH+Z2kBuxnNN5hIoMKHnMYum9TO4wNZYkwW5/p0HByzpZb jCDfR+auLOkNUucaGB9VYalP87iyxEoZ+vowto6RtcCBV+YBB1hGLscJTOqnw8wmNRJAlpXtmMuD s7ztWGys9lwFD/NhSD6WznCkrq8mnCm9VOFJ1zletdBo9xtmtq7xMOo+7XcluBKVXNUTktHFmFkI AhiFdYr+s8gUFFBSi75+53FI1rFiaR494zVcNPF0e5XopMVsgG1Durl/3euRVzIJoxKmLiWEJmMi uOq5UsxV2RzzebQqaMsNo/NHQRAay3ZShzYIZj0l+0kuZZkziWY2I6JJu2TeZLqf1KJxBD9HyCXR FmOr6qChrJJ9F0fYSa40bRaYeqs/shucp8dw1V4Rh1YkllhpGZsuiO7HVwDmtS7Wvjo93SVSerBN LI2hXs7vPZ25/YvjEIjfFNKlbUU1dTRzC7x43WBZUyDADfK/pja2zCETSsZ1qXAEl9p0+GRRaAwo jm0bJt49t8d0NHXhwqe2DK4TBhzJnjwcyPDJn1wa3H9t2nnih3TbD8POv6iBh2IlEaE2p+hWFJwY yV6epJ2+XOd58EFBB/FVh4yYrWkAdPMWyYQxW52Zns9iDu8tyAQqNhCDYN5HKmwd0dYsADF4qwzy ScreU0HWlByS1dgh6i7l/iSTRWSDiwO4w1PZXEMRK7j1OiWzVq9mReWg2mW8LXFYisyD4bSrWBnE dBs+rsPYRElC6S9RhLg4ls5JIF0qUiZpRpWjMWh5o4CONA5gN2WTupxGWSVKcaZuK1RWkoq+lmaa mzr0SfgVRWKOiLc2rABhIDGB3rE/20BPfuN/s1/84nwZVP3IakPFJVfE8cRutFa/ZiCy3JaUAk8/ rjWEhiJMNdVaGr0iyYKRC1lHy4sGCLjzfTGdePyQq1yLNjRSwShQFfdL11GZJ/FATxRvFpdnb8OB jES8mhpTRDN3V6SRk4cRFnF4NEwq/voUk4bIBdqD8NNijQ/lRljIMVh0Ky1XP9zwEns9z9D7bAnN rSPLPQ2Fj8pH3ExDGujURCbyecVym166oYx8mVQLRuczl7SgmfwJRPRHmIYFDuUmw9SDjDP1r0vH AOJ6Bnsyk6yUcuxZ23hCdW+SS+uX7f5QFO7mEV5ZSkYHaruFC9+2srwtjw3RIKt7HCYTloxdIsk4 8nWUua8yJYVKYVY2bL4jrdnLADzdoYRP+k6BFr5myevQPXRPclkYhAnKsiG4Tj5pDHlW07ichAvW ZmDVJUbh8/7Bo8TS5FKdXmUSbLtfqZZ0kZUjh4CJL/VkA5ZvphfgbkWeoU5RjBS2rsxU2unrbW6A dwOx3hkEJdCaQIoklLOtiRORkd2MBjQY3ydzguIxofFCmPZIFSUyyd0dkjPKDMnf6qg0ULeE1KTL V/l+5mRaxLlKVgIQy2+TlWyzXjYGYH6lgVLP7FUiCkN6YBwLoXHoa+bgMWsvD8rNyE6XvoY2daI/ 02m/2vwsaX7E4MsV27okWXupGqWYaz7FAlh43+0wr0emF9AeMvWEFzlhyRuH8hNadZqnlCwhmMoo 9YsFo9MYLwLqzTw3MFVFMQ5GQGHIGjP+e02MV9i3dCJlzsR3mBJjU7EhE58yQnpPVtpJHvSPy/Ag cG2JvDN+lFvC2WsjddV+kwla5kQoFUAonk4QxmPHVAzcRG2tmt1eQPF/JkLXptUSE5a6suJBW6CO tZKHDGtBVsToU8ZBayZPm+bwE1Ks5jNc7w2SzVwr77zRTHzpvRhivHg1bm+z066BnJWyTWFYUEDw EaEPYgNR49k/NqSxuaCGA/W+WrwQ3zKtMMFsdLr1GFT9BMEQDEXkmuf5UAUP8vXGZ16zE9vuBiGU 2u+mMJ/WjCShgoNkfXcwDLEsMtfr7cLBXmRK5kkIZUDZ5FbWK9bZNjUv804oe4waUUiDCuG5UFiS 5CtiZFh44kMEEyYXGyQD3WFaZkig8c0ao2AxMVHOPjqogJgWrbb5DREIRGaYKZF2NIAYG8SV/JFM dfGHHFxJCKyFlX16Xi26cCsxJoZkF6kag07fQJ7/YHaedZ6cmIIzGA6WWPpO5CkMHfJGQi3pxphU g4Bnfr6zasDKKOT/mUaYllNOiRJLgvS8u+oYVDuPMJxpjClAEHd67XubsxwS9ycnAJlxXp4fuGUf htwIyMTgS3sKUdZFOQ/9JmpqgJdGKb7SlDEyagAQwtNlesri5qpYMcCW4xGQurgzxZAkQbOqOQhK urlbL3KpJC51ydhbUmG5IBvx+qb6kilt238qVbQH4YAseOmMBFTJZyAGgeyEmjbgQxGkAv7zpVsP EoJjzTvj6pXbEwzYRlVn6VEQD916w3NXLjwbfVUUAWDl6g6jmqvhjVVxpqSOcCOgHBatjBm5JWrq NENL2w76dQpOEHSqfttuTvcqFMGKKpY7k15ZssefttWAaefnFaaddHeU3c6+Kdp4bQO37amq8t0r N0ZPNaltyvbsPtzpo6OiKIoqdeIORQ7Ft6nas3EdCeixPQ4Qd6+A2f1zC4axHHQsT454p+vxUnZe JVgrFqB33CWQqO8BRi4mlipSSUZfddoSNbstGUESVh3c+WL71N1M0YH/bqCAuOmQlHSm4G7EIyYW 4dlurQpSH8IrLmKrp72h9GTRCUdenGaSfHcfdEi5ydsfb289wozh85GcrBunbc9MDGf/2nx6YFFU d6uIzU33gTlE2t183dbhuqada65G0TWMRw/teNFtCNFFEtyBKCaUnu2WKLDmq7XSjJZJQuOVmtMA LfrP3ROulnabyJzCrSlpj2nhJWPABIHizifMw8xlmyuWthdLrWymCciDffqbBxk7TXVHQEwnCDvF xtBsbtQeFoX5wOqBQQUHBZwaT0baFtyZgXgdB9wdFRmhy+gAkBq60YbdttOH+BomStJIRgysYg7L qELCQdXw7ZlrEHcEOIROpC1skMrLElaoMFHnQS66+6bZAweiim4iP40R25qpAn7zZARnhKTOlTMC qXoq4+GmdDW466ACi3htmyGHJ0osYp9g4aRJMvhoyfXwdWzbB5k1OLSW9fHnvW83SKBx6JNKkRKl jCIQBQ77Xhh3UbVSboHmY14Zud3B6iJ/mdA63KGZpy3l+8tDBCZzmahQiB2fsHlpIHr4tTGy56xx 7MITpKC5+7O2b0I7jW5OzdwGpCMVEK+LWODyprDgSQdxS61IAIp1Y6KcyQdMtCzm4+faLYfeokWw aqOAeGdDFMLSUjYNyE98fOrghmIGiteUQVMxGAPheYkZtBFzqWNWXjx1aKqI0/TLg8wk3s/Yym1F BXoW00Js0aoMhNhb84m0EStKLcAVnpAiqTCXyFu8M3Gh2JJBDBfBi0MnySlDMI1N85WIWbfPaJWa W18Iy21+SYpaZphAeyRzXDQIbGYsmWldxLLKYthlycaJ6upbAvFi/0huBC1vl+IpwiQCNCXpWEZR uccFaqZ3UwuxnVRcWtK79ZYmiNMiEUIn8AwEea3weIShYpVnYZDOLCgkInqmYe8hDQpXVlA2DQ1a XohyS8HDH36dagMZZmj3gWrFPTyzCaokHt4R4+Qj3c6tSnut9wUs/NCEWaAEcbhSokwKtI+CFhRk oPeUbGTs8UQfkpkEx+ORdbDmTNQ0iJ3kGbgVhSPQ4HgdamWEMnz1fDpHJ5NGtgFKO8GLXqVSIReX 1M84lR161cRlKpRdF4aHmKYw0RbYJuVNuPXCKBXN3a3TU4MSaVl/yaLP/GzZEVXElNm8/y/t9pbv eytdsjAvvTz7C98Mty2n/5WHMwPS6HkFTNlTj/phQvL+OlC3p4PLvtgI2W3lnybrFUMp11MWDBEX 2p9cjjTJjqnM/DR+v1rvMrjXH+tAHwp+JRhbA2R22U2xwLYF4ZC/JJLxlFlqn0mjo4fXszoryJJk +rQfdIyfECiq0mJqM76+vaXv+PI2VZNbxe3yZ8RnmSjcCsJVfuVxJT6xeSSB3fo1eSk7GMMDp3iT mnRyx0pCySzSJBS+lMMbkKDNNRfQkjHmFfiNZUbAPvTSDXmJb0qkKGpAubIqazZyizOt1y4dtChP nimELQGN2IrNUGlmTF9xriNFcJCWfrMvvaPSJ9AhFRSANjbobZ2F8K7yFM3CmY5FeXQLvSoZatuC GmsMj5mkpswOt6bzp+msAHLwLG4TTZkwXy/9cYLZ2NaHj3BMiiVaDVQg9BcdfIwdlwMmXKEHP83V PEJJXXgEiC7dYutiYgCuu4EW/1tGhQZMolIN41EZI9giFoCpMZJgdfArsUlILFmXPK4AZV4zCqPa lcY/Ya3g6CbHkMLXNrVsl96gQSYmwZJpus2k9L3wXeTpFvoIlO+5IEiVq5VAQ++lQEX6biosjcEg WCsMh3XzelKQwAeApTxBoQZcC2/+pKfOUHVbDe8DSVl/au6QpYfVEHez5mIYYgy5a3y2j9wTy8v4 fNzFOPZYyNIL6VGDk1J/IFIEQOJEJiT1ldRl7xoW3M9HEUeumJdyGFJfW8/oEhOlaUkMXTFKCl5I T9/vlR3IabaSWaAwGVTiRozfLf0Kx1KZ+PUpbQbStFOQs2TrE+aqO+Iyv1jQbYGBy1kBhdjZFZqY WORJhMwvcUE0ubmQ2QvZ5XssLEO1w0uBBoXPeNDEa/0LCVkI53JcndUblLkNhMNSXlQ2wFMywEGf fRmjLWKbTiybz1bf0DdlstNKz2NQGX4Vea7ZIBW6xHS/eEReBkl0Mc5BOYgEajTNhQNs0hhCtylR NcAq3ibryCqqh2twjBwbkXvJAI9gmQF6woc5MHjhGLlxJZRsixSeQZuQSRUXyc1nZTU5SwIk1B3y 5BlE3vNgEmJoG5Y1hAvqKmVimQSR0kRIVENXylRhu09WmWchtWl2LRHoK0g2qfakR9OGGlcrnZsi 98WFhcOSIIICkkgoFQn6MRWMyqgc7SDbvCrqDEfX8dOCm5yTRv/ot4xdHy+COUPlFZonQ07AMs2K X7980MmDVTB8nF7rVYY+CeQ+hUj+BVjwK2s0up2dUmJfCUUpGSvEEOhLtnlaSQI6gmCMhN/hcDwZ GWmuyR0Q6khtgkLIKCTS3AUByxUt6jTI0utSNh5Q9JTXlmEcOoS1cqRLpJXna4BD4yECiBGuoYyA lZbmMRs8+ojj6B4x+eZQ0NtsJDI5PXWjjyRdo5GWuy7ewshZTjBViYIPG5R27LX50yKOpigQp9KV 2PF5YQlfsKrlvhm2F8O0+FdxzBiaWOkYotJ0IaDrWYwPXy99QUy2gngFcxJlFH58tqQoOE1BRkgC 6cvPQQONAvNEbN1uBUqnkJAah8TpCDZ63+6AH1TVpeiUXoyZPWiSgAZ3aKD+NBCzuhp+EFeko08j lvQmmsrYKYRmGjmvpA6pbSWphhc6TPM8Ht6CjtvIkbIuPQxCN/TlRjxbqL8d0ss++0R3KsgvoHrc UV91ku73b5IDtVkBI+qPaMjoEo7mGhJJYMuqk+XiXIu+VWx8tCUeupla9QQljqLjOYDkqTbsoZIP jozAuVCgvGMm6wjVBRNYf2IXP60lTRJjnvgxydDR7h41C9FtBIbeXMxMt4zbEyRa5BtalLFSypTQ g5MMPFOZ5zkVgI/Mg7Nn89X8Q4ZaUZ8LeV/oP2vmzSSggFkIG4YaJ78jv4g1C7SPqs3SR7I1H8yk NaHKioE5Yc5lxlCJBLNinmtkL1mpi8TC8GXQsd8URGaS8qjCnKUhk20XuUCmUQXr0cT5PFNOU9fN VZpq2WK/td0I3eF50TA3AUMo5GsjldMsQ2DMnh5/tQaR6kdtcYsIuo7fRum3INRQmEU0U1XTQHbE xodPhDG8UINm4A81iyDoq1quzt/aEwGmP00k+W8q09AaQyJwExeVoLAMXDma/uKl4YU7A5JurcnG oIYpFqUFaMKtSS3VS0tS97qMQVYZxhdeXdVcb25JxiJpqvCGREuFvV7jNuytJUKm/GquNMfu7gz5 PI1Q8sodZmtxkV8hia6JxadmkVwVzqNPWMxUJ6igr1kYfwKNh2iBEUYIcfxh/0ydqJ22rq7FcjMJ Xs+6SjJDHU/F8bE8EKBnjhxEm7I6penu/WlmI5TBehg7hwM7VSB7WovH0chf2XWfSupQAxMUF8v2 Rj2DNVe1SwR6NIQCsejvVV9Ekrujt0eOiD49haw6tJJpVcoeC4/CPZclP3W9b/OQTAeNPcfMo156 EgvqvIT1WnvAGqqUZE2BOU/fEYmirUfr9MSYB9tCQc938ZQaPMrVldoQ0KPaPfIMnR6m9lBF9iwq T7vxBSx9dUoP/3GB+jwGhuXCCoxTbg88I9KDYKXTPTanr97oyV5fHu+WSuilLDnaC5TjNPpl+Huu F2q8NBDGyxl4et2aUHB0kSz3DSF0uIpHlkeGuISGrTrYA/Tj/8VkU6SmwkjzA/95G/QkxsxmeHzU LHoSaHZhYoL158VzdjTBQugR1HJEBjVEKuwuh0fS+WcOj75Jz+zQ44xc7yGuWQ18ZoDhEjPKEPBZ mY8DVIEuMATgM07+huwQnTxVL31W4JPyZefS/EjMingH38gZjUo8vNQLWiEZlmsQQFDZIKf+et2p y8Fatj2nghSACFMNCtZSv3FkR8bha61TzBK84hvkKsnZWbPKCdcjlESjbexx161tqykR7PMmHqlC QdOQ+7cztYmZrKkpTYFSYOR/9LcAgyAbwpzU1EZQa5wiml9B05XLw/n+wTbsngBnRKiL6S3iCN11 gGACk0U8HSDep6YIy+ixQFxIxoQlQ8oOdUvuEoTuPj9oELoI+ewNLUkoHW58LGRCRaUF+kV8L8sA 0ywDJr20gVJTmAidWOouGy3Kbm1eeJ1nZR8kI9YU0BNwuQdfRZsqdM9q5pj5jzH16Ss8oiRJMhvO gkttwp/yT2amod2owSEjYfxEw6QRw3VJBn7ojkoGZilfXphapAo9qo7uykrIPFBc9dHACA9XwluM LBVZESDLzBRRlxKNr6/BMuNUDK4/fHP9/CuK4X5S4uBEQ902GTBrCNo2uRK1/riqmIB/KBbIdHec UbPYrvQFBkmPVHIsAswTOMUeFrZsgeCekyQ3M/ekRFNW4jFb2jYbO3mEIhoQD1sxLLo1SVzJF/zG ORsqLgz+0w2xdPtSuta6osuUHhcMNw1mWomgpUdj85oeOlhj2q6dHtUjGkEXkrFzkWU5laHdWOpR cNEZoQxMsBipPQ6ilaG+WPeRwKcJM8VMxkDIyQ3GigLiR/GRGTAbFlfg0vobunvbfgcx+uYUT9Ba 18JW3+hka5IAGIEO4Log5SGf4BdBE4wBw0sGFv6nUrJyZWMyFsHA2H2lck8I8/0xoo8ihk7ZSU9v FBRIw+POhBsjMD///oRsDMX1j8hL3aKVp12aTg8CQQOT9ntxs0fD4ZoteWrchL04Qsd8YzOJsD1/ L3gp/iFQZenYTFgS5TXECtnbb8rQa+B9ojMRSacFfuKq+NBNLi5khlqCw4xTM1ZAsQSU0fryKWr1 oiuMk1WIyLleQYGmwB6qMkf/cjsZFLPNx3NJSCVHsh7xQ9swXqaUk7f+QmqThrP6aG/F2mNaUzyr MwPLGqaxtipGDelFCdh8bSEvpAx8uuJ+CvPGeLbcYpw/ADF86oKWRaXqocaA/QoZnQ6y6A5xiwum LX/2ApgFuEC4hUEFBWAqg5bk6o3LBOB62WD0lLgTgZqOUq2T/Lp3lrUBW9FiB5J7W/CL76qUoF9a r6CTAvoPDtg+MGg7RygxkWFFM7OJC5FiWLMgleRaSmCUG7Xcqy7CGsmBoOOnnF0/BW7jsx4j5Jt1 X9AxIfNAmCGVgh2B6EdrWfGh3OcM2/XOv+BzYm00w0jEt3kipEH4cvtSfsaFJ7hSol7MjfEgkQWl u9G2ks4Gk7dnBuEtDNBWfTEN5tE69u11+NFxxyFLrSOS/IJNJdZO0gfdfpixdkIPNqUpicFHu8WG NxlnX9/QaJUUJAk8zUpNMhxCFj01cl4AJQ1W8ukPgPQZ9/cNel7mVnwrTtHXXduFJdu1RYt91Y7U KAOWR0qo5Z7gLyg4FBQeM2Yzbv3RgxFdeCysS1PZPRbQaKpyAQ8hxG8PneR7DVJ/CTcElI0v3eWc UCrKOu0Qdp5nGY67QmpgGULiF4nrPhiBEZJtzbqrK9Aogx0A9nyeuaCZiB9+SqijOMjyxxgJDZvc Wr7tbak4NkPapQwTRU7fSl/ABHdl9VYBA8xSW4STJnMNWrV0pbUH2YdZHgcVJvdNfJ0zKYriBQQD OuzKcl21MLBqALx2vZHTVwf6FBlagILAG10UxR2oErEe+Fj4lVieIB8vpT0aooc9FDA8c5jsHczI +COY6Ab1wJxNZJZiEAvcAxZSKOEnJoMOgZmMQkT5g7fFiYr5RBkG8mVMsx+JcSCFTrMAqpAnnAge AlIkg5capA2O5CtgdskIFXbCPT6uOOx1QAHD2lbubghIYaI4l23uUSeaMFvRMcn4HD6gAj4rM9uT Mjh3nSsDLwNbCAcb5UouGAUpXYLcw6QK5q6YBdB1SA3mVEbNi1G2hWiu5CVOGgszdiE9eaM6MPTY ZrRPAxNDm8Cb3XIbzrrmelUBnY2me3mEKxGANUbLXkumSh9ZNvRIYcScCcEvwpWQoEYbakgaR/aI ZJOkRIoFY+/Lu1pEGLy3AMowzqZZ/ytpltlaRNR/7HdSugp88tcYQcAmjC6uiaJJxo/qnGHI3OFP SwAjF5JSLro0rvzSIBYoUjPkRmMuQKzaeq0xkYJu+JwU23xpCyZCUuVYShyJCoCjRyFVzCMNmIAq REn9LBE0KGWSIVa9b01R5NsIGU6QmOKaDdomqXgCAz0KA29BB8dEGE1UGZ6gBgIyG2rXvQX/wOHz vS/K5ImICfkgfMRaf3dMK8hycKtO2AtQSF56pmvoGdpyOhlPoMHR5la8iUgUQ3I3bTmUsBJkhWoA xPidinOUWVMapVjhA1i4FnK/9hj20khaYw4A3+Nlg+oZR4jGTABOloChPLQzL5I6DcyBRmSFWujA AZkTdGJRiGCMHdDSjoxxR4mDW76OTWaGBj/LkHVkHxowVB8aH31bDH8/yht7JjJLFmRMtugDGInS 6BiPt1Bw3JrGlBkUjrZYmPBqRfMmSv/9nu8wK9khZTIGl2ToJTPbfUB0X80w3yylS81tmjVMo995 RPBF+FyCK1ao9VklCN5KDHowlZTgX8tnLGS/+4mgNC0VCoAKu4wtHqqCtO5rwgyfPzo7RGflPnLF zs8gNT8CCGxMDhDOYBAJSORrlGUw/zPn8IaGEcMnScnMXAypfEPhJ5f1lmEYhwkFwmRB51YuKcil 3MYmRjBtnJZNQYWe2BcND/oiU6jhxrgqCc4hlI2o1qvKiX3VBf3mUR5pggsw3UghJpmwk9kKw6gG xzcAGj41J6YQ9+XQg5jIZkKtvzI+fJoWvNin9sC6mFvelb2YwyQKICALq+Yp/Z7JJkO8ESsrYHzp qccf6YAa3IkG5xF/IXzP1DCWEsSS0cC5mTiXSCGvU7rtdxVUVAXTzVWrUG9GV+o3sHZkhQTR5jeu zY7JStPI7Pz5UlMO0hBSyvhjDDxC1sBWc7EZJHPUrQ/7gfZpJJnATzIUFMwjswt7E0I/BZq+oCR5 VQjKzkQ9D/oAcpjoDMmxHDr2AU9FvQY4mYUnQzpGSytfqvY/O1n+lVlliSwmChMlILLKhq7yluSK 0+M4aGn/hY+AjYJU0MDiYhBxPSBR1PI6XhgDm8JRxRB03ZaL6FOlCD1DnLEaRwl2/NpSnwubkbRR dZyBpViJyGI4Jg4z+HhC2IJgE5oZts85fES2hI7GShsausRcz2jMm3WD3nCDSyb2YbLZAuq2sUzh ajQXAHCcuW/Hh4QpolrC0JPFkg+egVGli8R7JJZt8Cp+SlxGfHkrFiA0VyQSv7XwI/jPbkr5hYM8 KFJ1mcNiNdKRg1pOy36asHVKQRwMa9elEoG043pVygzJ8Y+Wh1rzl7kv4443eJGnfd+tSuAGrEGP ak+KkDDogk4ayYyMz68NAp/xHumhElmtFU/mMnlSy6u80P/F3T41r/JlQjZrPjRLs3IsbVO6nN2h GkWcKBboKIaSXWXSsDIKnO+yQ8S9nROT3XU3wDZTOzamSydqcuR2Q0Ke7j9F/aWjULubY2tep7Mu Whq1YwmtT93zcJn4wEhLYMrxm0viIpvsVgQdTO2KFSjf0S6LrbBJrEQf7hDFVX4ulcqinDcqj82j 80IvZt5jxOgm8lQ3nJKOMfqeIBObooBlxuS95fhgoEcKmNMgTO7TcwOSiTsjvHAp6ZQi4j2uWR9+ yc0tHDQF2cK4Nrbcguu6wftNNcWd71sCn8MGOL7SFK8NiKr+y1I9IwVuMglO7H+kRDN+EIw9mRUP YX5RX98JJys3soMfran7KSYVcbAmyGXbcrBSXsrnjajW8Skodz8RX/iJJFaBHu3ttpilNhkjh0XN UCCTzvI75M9GtWplU2jcmR8e6jNycRU7uizShTDBr5H5zpovdvDjasWNbg+62Fn1VTOQBTLZQIlH MjIS+fjrmRUcIjK7Its0D1LKraoIRSYHglDtPKRzUaxEA6r5641gDThOvMhnQ9jQ1ThSemhl+K6d nSydlM6qq6GdqoSbVQnWGFHDAJmrV1JsgiIuw2uW3ti30U46VQtDocnZftvEIIEG8Ww1xbq0oxMY laqBENtI8mzfrNu5EH+LWPjKT9lVKE0oXEBnA5RGpkASNLTMEHMkQUyE4yPFQIIgImgNB1vsY81i xgtK9L+MBCiXRZNGd3D4VpeU4Uq/g8K+6EH7OpRWkk8MktjE7BsVbG7Jxfuy+7LhUu0wucV15QVz F9UkV4oDfUuCsFU+nMB/3HbhkrJeNydYZW95bpq/fftP3670p5m038cVJCnRDJUzCAIhGM4BcNBX YMvBGZGkvFtNKgy4soV2BWGp/j4l6hIDC/aZfmSpJpTYe2GXUDKxr4qWcX299v0+tuo66WfiRRBJ nZ1Hu2EcgCTLFeWIfTtFYkzu6gwGMUuLCwfnfDUJ38Gnd1URiNA7I7/7oqdmb3VZyw/fP6IF6aKH IOtPh/zUZV/TrHFlBzGRFbI31o0YfFZzUudA7QO/tSrXR/qDJPqaEpt4WhkWtxlqsYxB92hvRAsr WQFhjokcxP5oA2U5pJiEq9sI9+NjZd4qyr7LIwIMwuQqUCuf+N4OsqKHMgHmnSaQQeKaZYcZUwk2 H0QoVVoMmlD6FISFFroacIvFNnc91efrzRdt2eBA0vZgK1aYlhf71ehJP7GUuGLg3iJwLkA0iEfb u2/xwEpssrRcJYzKVu16cAb6yg1LSSxDEfIEj4RGwymILI1jziRPfhjJ5u3dhEHlMz7TDvH5I064 eQ21jvsWkDRAg5JHneed+SmBL4a3JQGfvS5XMaZxQr52Lat3gYwMvjp2Kx3WHyBYLskGteBHQluU c/ZUhyMN/MEbBlAH7oyU92CEEWmL7KaSU2Azl0J5iU3iCwmZYPOV7A2UOa8elaSATbCahfY7XXS6 QhfrCASEH/a1EgUjDPTvEq/gOIFQeRkUE9BMC85jPEGThZTJTFMIICg8Gb29/qlMvMhYsiKLl6zX 5FDafWsvWUQsZ1iEgFZkpE08mTxTqTmiglCcoESLjLx/vAGdYMR1YjvWb8iKjHQUpOT16BdxSKUQ n62iL2c0eAQYPDHEJdPKMknWdNbvZmRM5eHUUrEl7s+tc+gsFjYgwuQH9KCZl3j8/PGVHLpU2vRp hxlmbLWBE4kvtP0OwNHJD1ts0HnOn5qpKjPrC9fUUthtYorOVP5nMLmyaFl+yGHpmsFonwWmjmwf m95kPkjiUMm2C3w55RO6rRL4z8fJuStgFsU5Owpd6S2lK7OUAROBj/adAnHEbnzfUMY2baE27EIh UfsWno55UGvJAvlETkXpolkCabdqJkfkvqyOdYHo5JXkM4amTgIRFSBgIfbTOBzMTtY9uNK1/wNI dPMUdWkX+sI+EzdOXzComiV69B1KvrLNt+EVUozsoiaNApd+QdZ935H38P192KezZTok/NBnTplG Ka6AaIiFguQnXH789dVD1liCq7JPe4KUBVTLVYY0yH0w12xAu76cK5Y/3vu6Jnd7sbVcRSUffQYQ yMrUMkVSyEHwl3AoCz/RHARlpSRU+sqtSIxtswCfo5EWzFHoI/J0iHrW/tO3jbE86yMmJXMuP5mX bTFFZVIdHsO95cHcv6x82ODdPBbG4Kq1Tpnuzo62IMpEjWoKJLVM17qsbOlttVWCCOi4XllCeD5x gN5bjE2Assp2s8OWo2zpoQEtoq0wrnFQMMWSK4gGhuWhZfcsw+AVuWFeaw0diQXjknNpvqQNKVio /OVHc1AAaoiXCJuwhQ83JB6WjBf2U1Zvupbci2KkCSiiUk9oAx9MASyZ3ZZudeN0yFLNUJQzt5VD 38PeWqHv0CS1bnjSq2WRnTBctKrRoIyTGL3eMpUaCFCzSr5IRczO2jVIYcA6xsrj69KupkMvW7NV gsB7mWmZZ89s93yzqlg6sZJuqVYkbNFHPdTf0owRGFwvp7IZWQIl7mR39Ois3zECNDi7aGWtZbf/ o87IVjjWREo02Ehu30p/4WJaCfVjMAvpZylzNlbFikkIT7GofcZUU2CV7iiLrkOfVpRLhWwrTIBs K7DVi4NLve+WUVYrpuve8OFZ1hjYm5j+8ZHrIq04b9WNM5cx7HL2kDgzJzTLBQjcWya3zdDKCwZu TWmWqB55BcG4Tqik02heLHtnUdjMbLibSbPL/tQqJQSFuGQekwnKDUQCbR07+M5Ys/YcLD1YJjsb 3xnG1gwGyQ+r3VqWgIDnF3nnecWpVmbVZVUVykZywGoChiRpNKOhbKGVLHPXvlnYm9E8ysPbI+0W Lw1PpjkY3bRxX9mhB4MQR0ZJy+1bsbt2pyvQqVDssOi5IcKTEKpMVGroEW06rr1qMPlUnGwV7R7G Mdpj3KqOtua3UK8a3S0SPfu9h/JNuTp0TxBy/OLBlVIjj3nks9rQb6qglnjv5f5Z0q8EQMaoQW8P Y+E/PvQ7WmrYKbIOFXhjz8hgSFL86Mjrrrc7lkBWCVFtQGX3X7SrTh57a/gsJVYU1hySRZgb4qq4 ko32chJFiRydQCZ2HPubheVAF8pDq08N0Z0gaVklVVHDG5tUASuu8yS/m880TGYe1VXYhWpzUV99 vnuIHx/vii7luR1aiAtvk4fTwn3Bse8V2fnjrWPpjE6bvXMN2uudSPKYii6G4k+z38ymikfoVLIZ /R1ioG6OOS7lYI1CZcw7s+k0PwdBlWpMAm9miI+ZIk/6i/wwtlZ8NvqYqHcEAsuzmj6h9zqy5KJc iaLMdEabM4QoBdRjMdwQ+/Ic4pMzsBmNubqGwm+RU9ZXQDBFSTQ+BQJ8i+YQvQ7FL/M2BS6ptQRl 31ukXWoBWkH7ng1b8HF6tTKrTDVMaFEQtVB2uU/IACXq1npHzWd5PlLKQPaDsH0kLppXflN2xbyb 2V3bSAMyrssZkP7W0l4ElIfMGLZ8NpiBvQ/WBNbKJhRVYgbTkhlPF2LatltKkTcFZ7X3q5+FbyJu AZOIx5FX6BAoo991UGZgksVLQEzFBjFlnMDDfQmBTjI5ma0YWiyvWalaKZ00kIMTRKBqJPqqY+wo RxSITYKmdgB1KwtbyUtSt1VqVQhdyvnTGtduGY7zea4eATaNdUuAwBt7GVHsFXEkTIbHureyb9/5 mFX1I0XRKBjK4kYzLceZ6lwXLBUZc3lGdmCf15wzP0bIEo24nCFcDQhz4RyeXedcZjf8j3Jl3sB1 igc5rZtY+fCMjWH5gKfkJeK4u4w5cviLl2x6npnsitouRwpyi4CoKWrnNNVLJRMhLBroEz+eTKW1 YWAv7eVr8MoJf84oJlEJHGDnMJKJN31AvXc8OnoVQXMWMBgAoz0UMmGAZKKWfz78vi4CePgPkng9 KlRsBSaDB8KhKCbhPRVkFLq1NR9SDjHIpHIrcYUCxQ/sEinT0CCdyvHm8igwl8ujEoHoK3bQakPj pdQj31ybbp2O1up6gXGyyz5qXdE+depjxo4lQ+f4L7w6EdDUQ5HiSvJnGdEP4qYrnlhGQQylV3qV UnLlNrCOAZoiJ+Qk8pecyvoBJzM5QuSenBbgaseo2KySowCkreyFg/RV71UG1B4TmYIYeugRGa0R 8JyTGnn6BKa8lbWUcud/1g782IsmUv2wRtKhjlIVVKHMkchA4xycsYQ3WnWavg4WK63F9HWxF1Zq W9KedRBUCX90sTUmu+YWQNcCyigtn6p4qBH43LpMZyOEoa0OgqCRGtZZJZmGdI2PZP87S/n7d9Qd E2qDiU5ZK8D3jAJ4HqyFIbAAy9x1fbXCU2uuuAZ66oKKciPmUX8r00Rgwe6Tdu3VKiGLKVrEw1vR Qw3Nym9lou/3P1eDbsfmFUt1LfGrJacOn0ef9i65qyJbaoXbF4bjBuygQphiA0EK4rR3CfEb/ywA rbNbMuo7OJHiBkB5dmu70gRcsiMNgAGVpVshldLdRZJm28OwzO8DRpIQs0LoXX6Q5BhJQlKl4pNB Y+piZRudYpJemKkpO+/jqlvE41Wx2p/qKUzIDCZLK0kSY7wmjMMjwhKQxsK0K/kI+kVqCTn/xhKA Whzld4DVuKDSgCX5S/DqkfujpBpFcx1f6JbMJAI2jF82T1YmKhc0Caso5zGt/3UaLGkREKAuV9IC jaCBpfGlrQl7sUcxhANAS0ueL6lrrN2HJeWBzF2BdQ5hhhMIaYoXvpnnA/ZQlyx0L9MdmldLYYjo Na+hxYWSpTobXHbkTGbICWpE6naNgibPB7M2LHZgfXJtH3BJXWllpOOnQHKI5QAn3Yo9GT446nBB eW076JoHyKFWBGzLlhxbIxLUMle4aC6kOEyF/lou2dZXnlYj8sMEXcVhMDWQdsEbctMklPSRS4yT HYWpmaWBdPSB3z4/9knVptG3RxabWuLUdkxZTLOhpU9rUIZQCNo/L5GmAZvP6DNHRi+EmTQNeI5Y Mo4uQsldtoKAnwiavaPblB67ED6z4KC7OYAVa83PuVXAPRco9mD1t2cvmg8w8yBSyB9kKYwJrYGz Qc2VIdlBKB3KHnFk3tyjT7lef0FqdYNBCtCDv0irhsbBIQUrxUvVFOgtP5noBxQ8q9qyo2UoQDO4 gf9VUsKufgkrlXwDH57+295YoG0SvyvjIYHnm0OdKRzO5WVWUOtxfBYZxjtCmB47Glq6CsSe/5ZG NqiZQYHfTgUM08qL8n1gQ/eScJyylFmEErEML9lnGTGvPkmq0KfNAuLKrYuMOGHFVenDG+ADmcIc KEWkFc98tcrAh4zEFfP9UruWhiqKIczpO1NXelTjNbUdmRRX0UCQCgoMCqvE00wOMSsRVzEMAIke awKcgqbJTwQEsImgZJhaMGY7q7KqShd5biuKJip/1UMMHCXjNjNr+oywukFfn1RuRs/shcVlxVyA 6hFXgYUpg/bEmv0oBzYoMCEcLztrEcoK5b5d3VwOXcyJZh4+L9p2oX2ycC/JZH4pvcJvyyHGE6sm AaQl+amMw5Z9cJ98yMUQuHqtjwCQ6IzIirR5XbTp2ag1zmu0gz0MlRqVaguB3f3Xhi9lEXaECYqx zhs43YwypK+ork6b1agyL99IxozcaAy1MjCpUsrU0O2D1al35Jpg10zXHIcltAgqwivitd+ZfanH ZldyQuwQTLueGEkHhTy5XdZcEiKvECFJTcQnBEOrMzOmE9vIRvd8B9c5L6fLDLMNxM9VWocSvOyo udEEdTVwTfZtyLyY8IjQdH61EKmCYxyDZ18JrcA96yhwsozkzHgCGXyUNnOIDDbMFy7UeUIgv+S9 3MmbnuDKy+D7znQIKUYtbWgt79RHILpb6jBNx8FvMTqM9ZGLxe0pvdnteW2JhJa8FMFilrm1Nj0B Zs4eimqypo6iTm4UtarDeB60iz1qqC+0Ck/FFtPyaH94pAcsFyyIw6fylgKZj8r9A0P5AZ7q0Z9u LYcJo7JGdExewY1m2WUpijZptf9pr7hFsoJdfm1IFMQKDx43DippK4aG1NobHoewPxY9S3iR1TLq aw8DWrDuFwYVuBDcefIYI7/Y8tynJkCC2pY1ToGSWvAkopnB/DIfr6meeXrKrtpds7omM2IzWMFf hZEUgaMkG3KRCaPt7hWrKtJA7fhwBEu7/nlv0dfiNBL0ooGYzIuYSDGpB0HMj2UCqTtBlcIk4CwB EKRubadoU8guUg3rKngio1k0ao+V14QtfaSZsM9tn4pgkbkJqDlWaY7QTFc6cJHFa58ZGbwFVByN 90iPxlV7NOB3JZYlh0YEILZAITMfrRnPP/kD7hh5IEQRxCWhim5xM7K9jHKWrbbWs1AMbNiyyaaL NnJjGfW28I0aFEyXvdQXI33hSHrUiYIwncxZJ76IWu8MPluw/u3+nmpoxNDFcjLHmfoO7iZYfnmt YlySpVDp0qen60rLeoRsD5E9D77aiajrdY/ajTYVVMf6X50Bqw/LqhZbYbXvb22d2wO7TMjgjSGh raKLiPwNNx2UYmdyyz3BOzoMQp891CXKMoMUTAH1lTIyP/5AR/rXxMB1UxTFr889riq+cpUWrVLc KpDaVSDNBcKCMAFuIOhUX0sRfZMOEZHdXMaIS7Z7qrBuahU9Y0d1ugw/S4Y6sYcYJd3bZ08qbnzz sNLA5kxnkCa0lsYzDJQOU5ZsP1VT06cT/1VQVye20QGOqhGbFFt05W1Jcm8nAUwbKEu1Eqg4nx2x 9ipJhFx5J8lMFF8eMsw8aq9plRfj9LZhrTzUhYL8FguMogzSXLOrMv9KIv5le/u5DZQaEPYslfZR bt50yWVmCU97RLzeLhuzlVEahJ8IwFsMoln5l0pjDRzOUEMG1kmiTBD96HHizuYdo9Ld+DhmSRqH J9TcnSjRw7xzWzIpxGUzpozxeVmrxHKCyOOVkGeeMU0ZItk2AxVowulWuPYyCGAe6m/Fs7BzA8cO y8kMsitk4chZRPQmW6EHbxkx2wMgmldQIoIqafN8AuyDuGYNgZ4uAIY0s4kyJnhUWtghkLKflqW6 Bh1hg7kVDUCLpOZk3x2nM3kxpvCa3rAWoaDa2GOAydApcCQRMxWajCQRBOA4gj/pCJi7ksDHHEvQ uvSeBcWCyyqKr78mLKOEllnovvqHnKXimAm6g5nwNnHNqDyEhxsTsdF91m5IEaBUh52UmZE8EQWt 7Y9EhOGNENRrxTLARao1xjqbOOM1pwt5ZjmM8SMSMfm+OTLFaFjj4qwXyGvnmmgd20FttR2miAiq ybswTeZuyeEPDUj4hs+3Iwb5nKVI3hIkRdgDpqiyfzmb9K7crK1DFuc0RWlEo03hCJORttwgPsYQ uZsiIRQmStRfrBr2UGlBGMUzHWNmy0UrRFmYWEi1xDFIBrfVq4pPrkMsSbd0g0kbMnNiCyRf1CCl 5cctyjIapmIhY9tOoWo5YLGk/Lx7ZwqnZCUlbjlTvqe3C6YgIvk5yzN46zBy904wHUP+lP4wgqw7 SMMwblrUC0p2n7MTdUdoks02apInB9HQR2q/NrbKAhrfupIHx8eZ3AgZUn6PGGahgTio8iHdNTHy Wlsm4NlVYxNgwqZI01RQq4InbSZhiiI4Ukgt+UJRZ6KJGd106av0it3LK0qqvdQeza2KjAGRSG5+ tPfZXCSBgoSVW0QpLYQdeWB5cm6CLwIvUvK9hWWCRSuq/S5gIcJSgsHUEeUYY6RJ27Q9BymTs2d0 dgxnMrdk0hWQgnvejV13M6saRUaCANOMmgZT3RFV8QFdbZ6Ys6yKqJoUdDri7irR5PvU6z8CPLpl n4mAqnw6H8lPCr75PRYUFFr7E0Ezj3ISQXepQraDmqrhy17YLRsITUlqEV7syO0NhxGjIQlEFONk IayrqUsvBMHiILkYe+FA6+bktAFPUksP5FfhANSJCisFjPyM1icMIcm2kPGaTBwIA5J4xAz4sLFV kkaO2VhHPfa4BkNbeyI54wnxmBXHgaL6tQw2UIu3Vm6Go8dG9Gn/Mr1AWUs/AWu0aWkdSeCGLAbW KxVg1w3+1oVhgQ87daaMRHNN7gxYp3FSUIdmX5V6nLHNLyjBn5QkfSXDjL7CRTUElDTXQMSunir0 qhiW5HnTKtkj1spWrmtA0IBsvBSQAxj3vjPfc56f3ALhvg+BTouTJNf3v5KVJyhup5jBMzumRcQB meCS7jKI8q7S3IN/pmCs9OGL5Gzxcg3aZ9QkIpyxcLIaBXyIeDKbXuRa3hBWqjSXKKNxMWOglD3r S6KmXvqbRfnHkOSlTLKbUItFUVpetEMKC7c16/mxGGKa1J03l4q0iNByxNMTCbS5PGQJBNldyCDN ZcGG9QGTrhhlpjLQLLxvNMtO+/jat5CFnCTXMYmcYrteuZXdw7btxi8oI2d+lj9nwwgk7CdHZi0f yGcxUqLAx9GcmVnuoYiwqCabzAu8TyZMTosGDiuYPdisnsMcTcqaQQC6zWKFrmPjMDHaL5zksGyn 0Sp3s0xxwRU2RhSVOxCcDhQUC/RparuuQcSijLDDLBl15ZWg4+x9MFRjzQ7Frw6uC1EMs3sIFGs6 ce3AlQY70qb8CMFFYxsrBQgP4kADFnjR270dpQpg3qK7k3LaGwdZXINr6YJFbCDAwbYHERXwd7Nt ZBZpTN+n6kVInA+O2Tz1jnG16AKTAaODZdcD4x3oatpeBdRSE6JbdMmweKqn3KjGmIJkqUBFNBEZ XCd08ETAbuVbrK0AiG7jG1JaUsUsOS92pp2yFoExEvIEHx05p4gSzIIAt8V5c09NOcuCWhm4OXQx Nys3DvOMZSBUvAB0TZyV1dJV5lSRh5XjWoOckXeLegbhVI3WRn3bsZ1qaZR2lCxnWsXnvjy9JKpE sTt3umPF+so4fIMbeGa37C/JsKS+ISXQAGt8qgSXg5Skl8BRQcMHAujueZClGdGfvjgVH+AqfMIs LNcrONDgS2d9chaFdERG333VTADQdnxH4XKozvvkvOGeqX0cMIpCLR67yz6Ja9N+Dar4hG7LzBOk H7SIkIplnobXMZ4mQDrwKpSRfyNPcREnmoUAtYGbeXIyk8MK8Ynb6xNiYpw1w4rsu1yZUWeTmVDC kkgHXAmyGq+SBRDrTLtBZtUhCv0xKol6aKafcVwClMRspljoodkhJ4qgXDBFjmUZlQELwjp1ZHKC YEveQ2aK145HBSrBePQ0CN2ZFeaA7iV4hnzJpHHRP75T+JV355C8X0dFae4fb7xVvVZV37C/it7M jFB4c/RjnRDCEthTXU74Cwfyx4FUm7i/cnXbsiMBabpwNllMeTp3r/acO3BR/lLKaV94wyRR/Iqt PlOGNYHzuoZvy0PiXf0YwZjaadsO/SJMW9rh6XbEtRSw+S/ytxdMOvmzDYQyz7KCNHV/mNAnyBgq GIB4MCdJkZdqBi1ixZwuJikdZA7Gh76HqoxCR5V5atUtbAabcpUWoK0miLHc2KQcmYda5lTrDugF hAr70c2UCJ5rGxx5KM91pBnkrjhnhB6QQuhxPYVmlTJxlqvtJJYNVRdnXzqVYzc/GRvFUiRmg9CZ LZwEyeZNBYQWOpkAjz7e9koAyBhmURmgDzGIi9IyM5XnG9CqIRjVDI1TAtfhz2YOCdkvxF8mHySC 3OQRdB1n4XlNjS1sFBvST2G4G3Yl3jTztBNxlj6qJc9k9JpzB5Ly/jx3MbzQZABSDUiLxSgXulmY X1DTydhSxHxsCGaNSWT5FaCIOG6sbSmc6zZ32/FrlYJQXYK2HgXjjcauiFlq33QXdxlatejuNTMI wxAy6Bs10wi22wLzEfl3ptquCnLYMrnQCAjLSApdmVNf/0FOYIYoOyKeLRU+Wmcl5jynmdBflDBN q1rzxbzbrOiBPMMc0m2fOmHrKEI0rio0jGoIsjMOxRjQ4G2p4JHA9USCLZgmTTjoRIaUkl72zxeX n7eCX7BoosR7M3vliL6vOaTm+LpYZAHPIgTlSsy6CXQS9weVbef7WEKEZkhP2hWpTAzIC2vedew8 7rvcAghgIl2rXZJ+qqUWLk7pHk35BfiH0eHuFCGU6FvI9pPTel0WVrg3TAmkRLQoGTjjoiZllVVL NK426a2Ms4Dqc7fyule2WFlBDB9VYgVLa7G+yMQuQ03L05VMS5N7QsgWmDxJdiCbHZmCMmivJdYj sY8J1Sv6YH4RO4VS50SWorFjAZe1k1gWoFuxA+QzBGL3DtmtG4p5xYbUlwCRmR7a8fHTzcH42des am2UliVaKEe3WjRisbwUwBd+9IWXNlc6a2cZSHDUijmnxaCIBAABhDtxFn8JxpTYw4DfPlDEn1QR Ra1FoDIDDKZS9GlfakE1ZBXIZDPlALXvYpLWsxJur7CvcSa+knBvrSCGyq2oUn6i1ZCWCuI5jY5Z tenYO9UH7iHSIM6H4Ear3Kw2dG7pl7kwekzlUeSfERJAHsQNEaxhZw9Cxay+GoKJgYAPTOTiiREY 9Z+PAj1uyHPLWZCSi0EJGGtUZp/XUawxwALqMtWubIQgjkh0tCM71gq9YWt9XZUDjHOSL7ONeR8m YvkHxXsPOcuLkjN/9UrygCfoDemoBWzhNC+jiFgW0EkghzmZG68jf14rZeNv9M9UyJ+uEWb92teY SHK62Djub3eXhF7uIveCgnwjibSx2gf96N4QGQEjo3NgaOo8hY2ZVJshso86vC0b6lr56NLYDHJV l9aoJXtxUeKUtYxvwBS2JDQ376NTzpm8eojyTPHaU523jE16vrs5aTHCTpVjPXMwhm8+ZZMKsJXo vK7+ZhAfl9G1Iu5QN8NVvuIfLZARlJh6SjQccOd713CIYRf7H2bmTUYMeSYENPnY4Foatwfm9wFd 7Bw7GrIc7xszETeFJv43IcvJ5/x3YQSk5HPTDwQHNyO/+Eiqhi+8JkqMlKX6wbQHY3MOzfMCQSoX 2NvNIzkm0NA7CkW6KsnmsSPJYzgQys2NIP1ZtAaxExjEGqajKdUYwffpPEdHuiivm6UBRWuhQboj G2/oyEccyDtpQO7TpGogpsxQUWwunOYtZhgOhP45OcDwvrJDaD0LP1bPBwIH/7gzSj1tYHFSbbCB bEXl2O6vD9c0wlVEMqdyqPaLY0bMJYx0y4mSCp7yd63dAZSxCVeJZZwTDI1wkELu9ua07kahYAcV +RX730O+y8fx+HatlKRNoRazlcfwlVna1+4ldcAOfaUoAa9EBWehTcBmea9YJQf1Qo4BcJaitCwt mZHoVuOKv0mwvWIJqjwQ/m8EQoYyBCgNIxk9WI5/A6ZiNoWa0PZia1tCefVtFHIL7rAzeAmOsJJ0 y1trVWAXqJeHWMqVC2Xm5XioTk0CcABFo9UV9DJXLPqrdjf9hpcwEdXZEx2pIo9IQzSLD1BM/SVO iJdHBjmkPBoDeOJBrV1KtkT/NFon10heplxdo9azbEi5h26BdxiDHcRIw1mCDLA8NqyMD7lZOSOh lMpOHNaJ3mhN5iTZlgEsZi6yST+ZTVoIfku+6DTKKi+TdiqA54bGLfJaYZWFBn2xFu+Mi+tidhZr DVCSoEPLhlhMUw4umgqP5EOMdfeaWuJ6wYWoDf766jhY9PqIWbTi0681EC8re7TAWZCzAmvtofWI dGAyJbmGqDQlPjEAV1rVfCuPs5vCH3byrwKalBMPpbaBoVp9lBaiepHXli0jTuXH6zSRFPJuZFeS ifykF0TSgvYL+rZOtJH9siIghuZyOOLV0Xg8o6M6cUWSO7Vn8WN1rA/vWCrrbYlJCz0rZGm3tbII mqH3kYUoLv9P1J1gN44DWRTdRZcGz7bkOr3/BfZ9H67TzkynRAKBmCeCJJQwGMHF6x7EsWJMFR+u Em/A8d/5RA0ECcccP1ZRKjpvo5wPsHKwmkbF5q3iLbSbkdesqyZNXWQ+YUcuy2M7lMlgYDzSfbAM FWlhLKF6lhyXPRagdSG+gpTEIhVHog4fqgSxj6AM8xvVWuCKUqj3u4wnZmW8X8+zTd3Q/ExVRhmU NZMIEipIei4B3WnV1IMzQTLq2liY6hMESrLPIhau5HoK1I7QJmw0Kub2O04nOeKmOazRdFDK2uIw pUhHphbbIEQpQGMOrdBluOalKBjiTyd4ns71Ih6gvPc2S+hglup7CrY13XgX+KIMhu6Cdf5ZNcAB CFRL+4vV5C923lxDmqtPS+GRp8pOQ14O0ENdChUzyq6HXUDglDhU0A2WVEgQeJi9wLpXKQnMFjIi g1yDfZbu8YniiGhSpK2RVmbPcoSyIAhbJRypOwy81D7kNfd2BOWoK3CDDHUMEaKGSekTsixrVXmb fAaTYRgO5RKGlToIQ3m27WAX/roSuYiZrKW32SRy8IyQMLaYWAMqnJNaJV9kkYWaytkqr5xbMoWY GAi57pDKxIXXMowygsw7DSAReXzJBG7E5LKysvEcZHqST2i+D/3Uw0/EtKW0GSznVCeUPXXKFrKl eiaO2yHqq1FtBUz514gWsLJAWlkfwG/9A5bHR/K1PCIj6rVoIqypgqsbj/y/kTDuwrdOU17GsR7w USOIa8rrMsCef51W69rJuWuA0WGeUZeAh8leHEn/7cwEpt81HzQxrFmc6D0O+dyv7qHQUqst0f0g FvJwEPBaUa+P79rNHvr/z3e3hxhWu0OHQgBqLQwxwsWC/s9YGwGO2/z/rheQrytguhtuzkBUm3IB xw5XydfE89XNHAmTB3BWF6QxweUe3JrXmiLKshewUAy+RXDDxl5E84PYbt3xp2cLLBXJq2C3jb16 UtxmF+edgasNIZhMDfULe8qKF2RQAatBr3ZJ04sYUWIMMDkmkbW0CG6mQQTMBmU3Ahie5P2QVgvM ntn2rDpfxDerJ660yZcidAGUhH8eFrXJHBO6umLR9Aeb+BgD86wkYr1UyLBcAZ1P3HkmMHzGC0oI cjhAljeq0QkFqt6XdMbQyOmxDjmTfHiIp0hWx8ievOCaUHqcEbZiz1+3zmn8ym7oSolZSQRK6zb0 aCBLeGwy3pLevCuTbZRVgldQszbAKIA+MY1dLIMEJaN0FR7tZM4/bO22qRMoTjiInXwyY5GMGAlb OkGb4oQeVphQH0TqTc4mYB5/kJfdtDGfWbTr149FC2Qx1wFgsVdf2nOTuiszTsAiQgTQYqgCsJgC Mf6F9fGBeZ7YijLjx1hCBxMPeRgfjibAs63BsOhyPbqY6sJfXovINCGNjRcFr/gJRFbHQnO1jeFP g1dzGfqc0goZ+PhefVs8LS41xmDk1tzooJQAf3ZFIxdYE6PKt8jnD19RWGEaPhRPcvglUc4ZUsXW eTWXD+VazhQlVq743enVfkKVWDNvi6kVl9o1OLUI4HiTrVs8yi2X4itzxB2HAOXJreKNp05SK40j 3nuXU9M7h+ejCy8Kf4hfLFx2V7CsFWB7pEC1UNT+IhmgiFa5V89vjS9xqyvKNEf+WFArIWB9ASHF FV+JHLdT+VKSaWYpoyCeQJ0sYMQuKBebUtoeGgmtYqjYgwsIKqwrWZXbDtCYMtLSVv+50LNsE3UQ L4tBQxw2GOIKOpSD127SIm/1cg2E0EVO4oKYTyIweNgZzssoqiaERrLG45FZ+exLQ05LoOC7IhHR VqckgyLUlkxBpZ9qcSD9dXEQboAgwRd88K3UYByAxfjGG5hUXebxFb0ITDJV8SxGCUMVayFdwiHY UQBGiYF+ivZTM+cBSegFfQY01+RUbjgDYWZoIJLcV1axkVOAvf8Rdmy6hMRM4sQtCJiE53DOscgu UOEr58QgASn8+WU0jgmdrHu7r6fzHFJpapm2kQxEbno682zOzju/HQQPjqlGxhJa+I2PTlGObKac swLokDb2Y9UyxnAKW+lGeWmZkwpXMc7YwekIAGBGTTrttl+5j46xLqxz1ESWqa0hOzKCrOhNvZIr /aM8LCXl+rz6pFb1lt2pSx1abTTDMzHZjjlWqPeVUkHaS8DmuA2zLIAWHOZ+9SIGKDgcuTLRzsPB kw7QBc9knxnEd1uJNIgxIhWnzSW6DbKNtlQVKEZUg65OR0vRe2jV2nq/exMZ7aP1FtRVq7+UTbkY CsePfxyk/9Jdrwb2StAaZBBLYS0N4vWmS+Qn86preKsNz1FYyGM2ccq/S87EXKa4hjP2NqW2Yxx1 KrEGwS+I+980GKqzrjWdaiJLbUM8s9GDMriGPrTt9obMuFqzK3b724MsmgS004kYa5hazwRumleT J9quU7+6tYJCMzjj4Xzv6RyOHDC2BdUlwMFoWD+u6wwmv33rcWMLdLlceDqf/mTTNV3pWzzNc2fR FqvxYmM5n+fbngxSGzNqO2v60mxD5+JsI4ziHAgEaK7jedmJWfJpUfRSCU2oGphco743hhpTC5bS QDIT93omVmpmdXUFmUrU79q5ADPauknsTuIw7BVDogtsuystj0RtI6woFtfmB5mr2es1jbXIMIap eaW4H4gvOGaTVppn9DuHbQuU5+THkQMDlnhnWDHC4PwVn5GwwofNC2FdZl9Ck+cpj6nclL9lw7AU /WUs7imTGrTxy2cf8j+aAiK+UJ+70qXRq1lCyfstI+JyBPLijwFxS+jPAZaKdsQykBB90hJ74Kcq LKPAji585qEiQBQhbpppRKaB0f5i34RAfJQgTSrRjVo+NruEfo4xOhAUvcKJFK8UqyZR5ClatUq8 Mh5wgvIWleRKMXKu0CgvosudC72qG4Z0UjhTJFUk6IhhVfKhlBhTzVoWda17QLel8tVQBrEkGLvK tCR2MWMfYNUqVs9hdz3cpu7PuzzKYAEnZbI4GBUPgBvW/WvdhhbziAFZPexRzJGhYTcQK2RMlFgi yFI9KNVMPCE7mFEWQBc9Simr8IAiL1j5VsZYuOE8AHjCPLCtX6+mrkFwnaefxBWSabEAwVYQXR0h zUuRurA1NhhUiIwOQU9uWURDvjHwnXrAwDuEaJiSxiZKmmTZRFIdNM6dXYhjSzEsPhaVnIU8XFFm yxAmKatJkt0mBRr3Yq/ITmBmyYaQQPb1nZn4Snw60yOjZSMudFFOBo4ExKFMnBfdYJvmV/1Labe6 cGdk1wAo+U9bjhmToIt3qJBJpvnbtNHFbnqa56iETuGizIqe0YedHal9VweSZCur85o+k/sKrjV5 KrQgbE2wsjE22CrxkOxJLK5DCrdxiLMhLg4y1UtQveyVOOLYAnW8ciJfnQbiWWxL4TCwgAxGKpzI cARzojUHm78Lc0FYbuNrNSxI9hjkmvPATKJ0QJwnAhGoFgh+AiUTyFT7R+HTyUgxPRRsA9PUZ2Z4 bPXyJapuWacr6xrlEC/CIdDApJZuYVDOI5fS+blmVASBZYY1GCjDT/neoJg+U1hNAWKilsGaUHQR phO+gFLOuVCIn7CvaVMYLULlhV6+1oWqrST45I4Kuv1YmUx1S+oFYUd/8a3DJpdUixNvL17VwXTL yXm59Dl/GDr4kp5AKB2HVRdiyrQqTtWe4yCR8eUgpV0zWSCgQUnyxgklOUZ+2uB2kny5nIdPqn2T 4OgL54VpST88Ycotxkw6DE2sb9H5rRonZuU/MbOiXYXa1sR8UWMzSrw+bs4OIxBapEDw/u59Z5Wq wkSBMmth36aQ8VbMj1Xh1qlgPZoBdFtPGEZsS8NHJwcAHQkjaqf8amd8el2a08KUop4/aSZsa07k BivDwyb8dII621Ma+VkVa16midou7a9yYjfMPr49pLEd79hles0fcLRBWsIpT87crh4tk+ata82R qSAKepGM73wXFs1SCJVX5MI4grw/7NoBRz2Fk+m6YXD2EcI5WxjzNg7qc7R6jT6VfZRoRHXXJJ4c IfvYcOQkqVTMKJMtwg36RZKEHFc4CvIlwp5BP5+THyaCzK14RFJFCx5MxpKSAOkyDLlKeMIKnnqG CGD4mh11yMHd011tZwpQPLEDDBwfAKFRIVCrIYCpZU2kQi39MnfqhG8pD9VgDO6aqXXgT/4N6nkq Rp/9ZusBHNInB0hGiB+A/YeYGi8xyE5fiuvZmGGfrVEdh/PD7S5xpHhFhAslXVlJr1sUz0jHmknL pZSNglIShF3wLOtUpoIW/9f8c1oTKybW26EIgRPpsD2866+lybo2mn7dV5/hlMmc5iRkk0dGUIuu 5phOEEOI1WlqHaZCI6Nq634b+yGDcTir56aXpInBw8yyw6KijSIZmxUDNcZ2sChXVzPNIHgLt2T3 3nMYnBPO0fLgJ20rprGmI7r/YYRLbis48sCWcO+stWlfWUrUZ4fGZ30hQfb5A780dYVmOQUlofTF /NKRvEFW3zNzMFGqIP4mcUsHfo0mrO5RqO/f/2rgdhd+9m+YKzEpQ68be7R7O4Z7ZGyvWcuQtKi0 DelZTV87OzV/DdAcprWEZ+DT83i8vuvx08uCH6Y9fv7VYjTRm4UZPzX4fPySSz1nq/WgAC8XewIG M48fd9zXj6//7bKQh6Ib0zPRoSdV85j0JxQs63XFb08Iu8hEst/fv1DgzX48Drbno4Nm1SdYNPj3 x6fHv84eFL/4vZ4ZazrZcGnwhUMKEuh6g6BaC86eT+vBsPEx17uWsfWxOub3PAziF6wEd4IQcdKH tLcQILrJahJySliTfsZYeSMIFrZoCZEsKyyapeb+gCWlTvFr01FPCkD3xKA2uG5igZg2f3joB1m0 zRV1eYw0n5ohJ4PLDYQ4hPenx8djFw7LHOjflGpXssoSt2u3AuT4UCIrc6Y/RXA/+EylZUg5pBSS udMRSOEDG8wjIbgdv6OrybmRHEa7VXvMiN/+F5VbXbxKBHQZ2Z2KzLScnvtvGRq3IA9gDrgSKw0V JxaTITSfKyXK0xaucQ+vnM7BpagieOlfjRcnG2I5cppfNUymIb+SksViyQ5YUrKSnJn0EsnlwnCo /zNoZSASY9MrvmpSlBbJA8psVJyajcXcmnvaUBoZMay8sFyxTDHd8FC1MqiWLimUDaEN2PqaFdRh jnUgmlHOJD2s1DOaRCJnONKlxIRdcL+qJKgPMNQRkuRidsoLveJg59S9FArBvSw4ukMcS4OjJu1i PtHXwqblHFdVaq8IzKCp1p86WYFY51dRZyBNEA4SaJix8JIcQZGUggOnFKgYawyPJrnjphykSw6V 8/vCdM2gxvNm5oMCbQ6YlamJcISGDASgfGF663zOuUyjRlwKzToomPH+R+BK5HiZXSA0Fy8frhXv b4k7jpINSNhoUcnD30W9WLQhhq2OVge5woLviJPUxmFcWspqocDo6O36YdyXP5B/NRGUTp2dmmBN bZyKqJuH7pG4DS76WWZoK2n+tG+2Xps+We28JCVddk9rX5QGml1VHEbH7uoDGNAhozyRtaTV78p/ 5Nefr1leY0j5rnteFVe7Z+0Rxb++jbUccpcFFXONuH4SBOsTUjhJuEQ9ZEDllPSLLkjr0qpyxfqG edBxD1mV+evOaYv57GCMMVPXDmAmsEbTNm+hUXu8vnYPUVw7s/Rfm05LzdMAak3VrdSCAwMH6s45 5bj2ZiWG8sKDV9tea0SQ9S1rb2po+gcNDLeP2DmNqbfL5dVzF6BsXYhcSJN51oEUzdtihWuAa5cF JuT13PQbW+7q+a7AE0wHg+CTzlm92ZSGh7FmzULfW7F2GRgYhSSfnBp7rUMCHSxsxCZTZ/3psE5r E2ud1oJL6XMIFZglphDWKOggfa7hFmmVMhpjrZcbYf8EkhqwApsoaefqr2RpzJqoMK58o2BpDW1N t+hJ9jHNYa75Ota1ssji2VrOZR7X+hT9ZJJpgABpNv+pQVS8YHqQ2ru85RyyJl8FxlyQj2YwegN+ sK6ch2Hk7ngfwRS9JWCdrzeiPC8/UqhyYtyXpQPRtWmoGJ8rEa8LdL1PtBQLAv4K3Hmnrr+W8/Wv 67aCAtdklly2LEtbwJlMXsFi4h5IJdnxlePqHGpaTP0sJFdS7XgpFn6BTyigVcXHdnzL10luXUMH UCDvwm+0VGEQTY+6Enx7AoE6NDYW93fVI3w0UZocFbP6fD0ZxSoswZDoXcgrGcAYrrJi0IA86bxV WW4PoeLhyQ6eXQfHrcJELhchhWHOMi/uKk33Fvkh5PIMnxOojy3gbFpEuWBbwtNGxLrEPIq/F6Ly o05XDtBqXt2w0maBIFCoXXt9+zDpGlkjjbZ0f/qcAAPhCJDZ/aoWRkhqiXwa0hMhFjwcZCBmcUpp tYQJ53EUtnU8/wyb9XFMdUD9MadNs6wQWNbGt/REPeiiixvIjIDPtiHWZwtaLaPesxUyMlaZA+aw 0fW55905XeBmVCBnsFxflx/Q4wzsKDkuZKQmAQ2J7PjVNYj9t2sOmSYHwglwZU6HYIZftuKKADcb 0lIOBPBQ/rQ50al69iU2XfzDMWwnEciZDhCnIASYM+SToPHpAOJ4xPoquMG0UQRmDY9lwiOPLmeT h4rIlI5N8uAI0DB0juAMTmTxN/UBLZj0xmnv0ZvqWghHyShCAa1/eKWWWNebrJHbbR+z/STFNjgC R+WlmRakybRspFyudi4ceBLWsgcCREVIYDjz7IotDKU6cs6SaU5A9qVKYhYeUZGip/lLDabXVKkU NfRjMmvNU7FuQKyfsUBI6u5gFlOWxYYty8tJaqBI2xlVa1nF2NwcIL4rZ9pKMCAKDQjyItIchDDO 1b4VMtjTSzHq2Mhb1GyymHyVRbkglaMKho/hlST5oChM+C+WycTVtxyVVF/B8q7wyRtCGGLh5ryz qpHd+2aJvMGMk+OBilmepGog51YtqZCrw6AsOs6yMsoeFT0XZVGFOKz0QipK6TY8oYPVOV8Y8s79 6j41rseodvYEE40E4f+lZo0px4uhQgNKlS1d9OHueG6qB2FZXI36/lKCmEgJo2Tik9RJVl2TfRTm vNR7NBDBYgHa8UapKFnVvbDLRkGKP6tlCMMhASEO8oe4rYSl7FVFsAEBb6xIOdM6iJMX6nHWRGlg lPpL+cUkD4LAVVjhCx42GhY2MxBR+SgrNgCleU99adpzEnLr9IWa8Mlwa+lccUdR/PlKeQSjqLZg DXDxxWut4li8rQEFcmn5oiIxqjcx0G9pu3FQhxEEKKvPxVNI9ONL4k5L9+TDdog5V2Jv55Zwj2vT 5x6EV/qdJsXzcnPLK4djtY8qdxCQmG0U3GT+9QwIVylHN9OMtAl1+N069LnHDAPgnINwdmc3wcOP wy9VEMRXJtdKiqLF0ywRE+oQusiEiRRkERyxlu5kxsf39Mi9BJkrilfV3SGTXccHBltGzKvLbeJ8 VGIrTiKBVrAJSlHGU42MYZx6Y4gwv+QANxszhfoAVvJ7qskkW8ZcKGqZuT3eiTMvZnHRBZnjNv+7 CFlAqfbM2aTMOcGF0v4vvhxH57G6RaPu58WmQgvHaOHulBFiFoMQgCNOJjDwDadH3GhJAmtxMzJy +P+ST6iLCF2aB6ZA3gX9Im/4l1SQhQJEgXuzd4Brpb1FaEWDy3+yU667TEwSIErX4a9RWRqBgvXF 8q+4CvM4xYjpcQ6/cOGAaYVt6zqc+Ux4UDaOkvA2aapUMihFGPHTkKgv5ygNgFuAgy6EuTsTzOQa ewpk5dAGD4c2P5Q2w4dkSgiyC5zYVMB9TdLN5dzknA6UgEvm4ev08guG7398tZKZxksh4jcuJi7/ pWbZhK+uNcAWemkkwrA0g8zhbmJuBFZqMQQaYvXCUI8BkW9R4QIr4JVbgAn8MbE4FW8xt5gLPIMt mcJJuO3iafu7jaglrhpgW44zZJj5WBIbPw1OiF29h115R7EVGpGdllcBlaukFOWo4Fdw+ftP2Q6k Esmqje4TRIWRxlDIbnK8XauTaI+8SAGlVLx7ELuyrP0S5T3qQbovM+uDvQ63m83SvQvV206rpG63 a6/2aFMFsPIsw/pbKhPyZULvDW1shqCrsRSK1FVJjhppnTaOEOCVwkRTW8fQMyDmnqoIhTjhdUBo VfcpxLv7dIW214FQeyZgESNs8rCRY2TgDBI7xQTSNfQrr2iXMtEZyRvUcVDKF/rZKi776aLhX8qX MYbrym1jUWp52V0p5+Hu/Ia09SyX5JrUKKZYtiffSv+ALhf6UoDjDA0+uBFlt5/WBDgb5HyFAAPE EEMpfWaUBwBkuSgt1Y2ADcyMKw2jk+gZdqWpKYaT+JfQsRU5MtnBbD8SQc2tKc/bQkQI5wBssYjy KKvzbzJTdeugqczb1edgeyzSVOAl/5WwPEc6GK8yUgjL3ZnLdrkldv4kV1KwWD4/B9Wnh+mtQxAZ MS0mqNxj7T5aFNAw7TNsur8sr1OlOUdlioUtizburg0/Fc5cukGm5D0B8OdC9HgOvAGsL2XETy2d TmbKKRcgU0lmIhWvbi9h9yu5amkgHFB/Wy8lICSo+5aAWIeT0196EvMnaAXj9PbvpkUox8BYEfU8 bXqYEJOXeg0GBAR/KMYVw9CysLI6rIq8M/xWhmcc5Sl+iRQ474Cs3UQCgNgwdsoE8Aj6+OUesxMp 9ojEPdRlsomf4v1ZBwHdRTGHdYoaDceJnctKRa0oN6/TE3ZIkKjELadbLcySUnw6eIhBFDZm5Lic akkLtMcxitSdLz3zM77wjKDFIEsftD9uvGOa0q4tAGh+WNQKKUuo4Q9kuZ8eYO60vaa8kILL+AyW QAE0R8pQoSSM+uxg/hln9lUvLgJ0tAgZAmFGXHTzesmmZtz4nsrk+OkOjGuITc0z7YRAlUcUqOKI tNyEFDM3Ky6EkXHRjmUxiNB8N5NVGpYGsgA8NitawENsNDrc/kGnt85yiZA2uSsXDG06a8qt58/I GQCXaBlSTHq9VeZYo+IUB9EWIMtINOFWxB+j20+Sc0oku5miPFmftYv14VoJgAklsaogs9QIy2HD JE2oeE1GYhgJrdr2G8+5o26WDGXTC46xGdo0wRGf+9rTJqfIZYEwnT+IeuBJOakl0GQFbW0B64FV 8oMczY0SB/SWyQPe5WjcA1OwngOXwPNSwnDBu60p1Q4lIWYRkb9zVQ5HYfLoaYpy1HJlmVBMk8nv eorl5MtQXMLTinurWrmr46V2scLysMJfdDKBGrlLvYACDm4YGn7nalMPUw3fpWFtkzAJzfyR0ruK HxTGn7So5biJxnhl2yGmpS/HM6T65XK8Nz816WIIdqRRKYi8p8wDY/32CVC/mKvqT1ZZNKo14Rdk 6lPn/POCLXYGC77EIJ6nmaJGovTbeqK0pcsJqTPnaU6Z9WglRk6Ah2oG2aHKeT7HDKAZYTzhMjAW v22YT1ccCpTPFHQNZ4Mtm+nFiaRtSv3nvgOQ/uVEY7dN7PI9Ms1SUnySiUhfZWVMpZWEmi6cuURU xttOlLRL2lajgc7j/jQn+z/uJI8AiNVruHe3b2aQ+mW6ZZe+NCmnO97TnPw0PgY67RCRw7gEADsg zZnPn/9pS/5n0gYp7mKuyw2NQ7zv3vgmf7Cz9oLhgld+HifmpMkQp2O1LalaWH1wVapMgc8X0IR4 EAupYnd2L3nAncPYj3ZjMhZlYI9niSLg6A9WUX70ycfxbdqSNkEIPsyAhpoMPYiNdiLlfmGL/eUy OBaNtbwZ5p+ahScajUxPLEUr1UFWKSKAZlqGbNA0kBlKXhU9ibojQNHHsIocs5uYgoVDT9kCgHt0 Ci5xlWXmRfTH0oscIzINFonwAvkLxAw5fzQ06utCziDGxWxz3RkXkfpNg4dJgYA+R0JSp/qWy8FV o6WxZXG4YUTjQ7646LBEV9pA1y8EmIDIOZkW9lz0cFXjagx6u6dQHnOTzcrVy8wyWDyqQds5luVT 8upwrsiKOIOoFsiHd40iJXKOmHtaCFViIvEZSW/uBy84QBuxlAbwNFy9ZRzCKxjHZK7DUvOh1TUK 8JoUm5Ut+NGWwQl8qJYjXgUTKGsn2KlVR27VnMo3jcoqsQPTcbK2eA3Akl8WjTdpXWKathQWSwwo BaFkFMsPERV7e+RJLLBc+MFTgzFG5VGQyc+gIos2uA14J27kCx0rkhW8+uJCVDTmEyCZalEfrkFZ jIn5DpddYAJbuNUNwq+aafL8PRgk1Z4fFhtREBrow+gTm9SSCcM5QDpHRhGVzZOtFQkd9QkxT5zO Qx9LMy3KTD6mkehyragO47KpZV8cXuYpenACOvwR0/Ta7gB0y7+KMNbQiHTm4+Wa1uWuWPrV3ng1 JJKjvuoCkmw53w+pWg0UlOVksCQSUrk/49vm5zTzXP8Bd7jidS0y/FhB0uhM5RJk0PL2qpG0HzYc e0oYX6puopH8qj9hjCEOdy+GE388yTHTasgRVuKxzBWNJBnDhQOuw0TTsvYMbqBi0OvrJVOZe0zJ c8hEwK5QYjCM4lDE56z6mqTZYOCy5cTHNLYlIY52pboJZdXxnMo1NfPzI4Dmh1BeR6KhtJsmu6qd imJJgw6frTy17L+k5IdFFkGmB3TVBMR6FjFaWatWIQKcTIXwEFtTV7cKUkarpi2ZVUZJUSOmFga9 ZmViYBljzUmGwAbZsuhQg1Err2daxro2m5lfU7ANCdkF9ecliuylUV7y1bYBj00zwgmzdCf9cbhd Pt0YqKWrr81rNHdtyrUun1400+af7anRtW5blORfSNIbtP1nfX/RWYezFmgXBbbXEczT7N22G73R H9uR1oBnnqZq52rxn61W7aZop6Qwx+tLcb0QrVtkXa50rFeQ2CfZJUfNXR9dJJDf1av/8ag6mNil JUF4e/zWaUaHfU2AQNXfutb2cBlj85O9VM+3ZzefPh+P+q1gtDnc8+6e7Q+rT16X3i+v1/7Rev11 FaHGu9auPZpdXLAqOuzketiIFce+bKbSjP/FpY6YrcHe73ZXIao9W4gyucuyNp3aW+Ue27XdtdPx rGeDfuhm28p19iIF8/vxr+ke2tfz+No49qsP++nRfCiLG/DGI79Jsf1OCaJdTshyezJAbdaynS9e tIUMSdZyBYSM3P/bQxLg7KTjifLZM0zbugYJu8Ughm/AN5W4cNjdx+bXzwYH5W1Lg/1PW8UCQQEI yQrvbufVN/au8F8QCMUMGuK4KGc+nezSDmYqAkDCE9tsvIUJjkzC9jOrRlWAbbRJrO3lFhOkhegs VpUD+dsuqcRgqH1rlULMKs2i+fBZN5JegaNPGCwv2JmSMC3qp3qCBG6oXru0AXZb0InBIEqFHb6w kqoDkQh01xq+PzzrA7d0FOvhM0kLCW2QaiEf22vG1vQ0WTMrLwHiGMD0pUeDZNoZCEvHQw7dfamV IxntrJbZVx1xJ5Uxakd0lQaC5jnMVtDDDLdlB5TeSu0Lipy5SESEg9Wd48H2uYjZh64RhHulBTl3 ew4cLVBkZN3wEkSsxisyZGxFelmKwAObpNaSCI0B/e9X4mijHbTmjqDSn2rb/e8wFegBOJjEfi1U gPSl5ERhaGzeRblKNl3r2VWo2B50nJj3A1sdEIo5PHsI3ZDCE9d5Bi5s3IYTQsIkXHfDnXG8+Hbc 5/OjqqyDqywK8ORkl3jM4J67LFvUhnYPegIE32KBiCJ24KG7ckranK2JbdeTySt9LYzaPPkunlac U5JCc6TCv1jUBd/cvRTAHokC5XbylAh6f7RgWpQNE9MgbiF3FzpuBZS64E7mZBB1AR56/tt15A6I lU75h1HFxnIY66QY1CiC2om3cqPEwxGQ0d32sMIZwJSVwhabkn6ROeWkA9FWDEZWSothEuoGmF8y YalesbFuSQQUc4XeMBIBC9tWkn70oGp3R6omtIDIoqegNbecjSyLy9VHywJLIOQAlt/+B6CES7yk qzrMVu0UBWX7WOUeSIfVEcgFpVpDM0q/bnGZuJxqI1Pi7mWFrs9I18dqXJKiiKhgJyOZANnBHO2l Utjoa06gJCQhpZNN2EXPtX24AkoZr1DXmF2rygB7OS8rJXOWS3KAmw5tet5awegJmv7rOpLvvF1i FtABApMyp4jlD5hKXhyAQa/fjgPFMlIXquZktiew5rLyPARNJ7qiHdL1rPI03dTjgp0+jK25Hcyg 8NZn8OrPwJ9dQx85PiA/L+dLaNN2OVS+aOIF0JgIM7YrR/7PL2afTAQpqR6pQZVRyFs8uVL78fAt uoGlSLElJSPWipzPct3ku8yQZqHQ9YQeJSNJJBf/Ve7RNL9LiOMXm1NbuzZz7pDtblNZcS39rkow erNTS4xRIxvPfLRYL7kNubfP5aRuR8W9CjvaXdYZiqWb6S1UqktQCo5ic+pKAozIpH7TGDl8Fxpw IJ5Qb4QELhu0gnR1/QcDdE6sxkYqOd06CguU4WY2VAXhklFJpRzXfL13NUGDgLH50NUYvz3jWfhC an6G/eBVf9dkryvE+tSpUL2//c+MC7axM4Ot8Ap5ioecxJ1r7DLLihs0Ib9Q4kPXkdRAVg2jHEiY YJQn/lnHny8eEkPWPUjZwxnr2oOaBRmSWrr0MmXdBsh870py2poWWct0/qu+ZeuSNYXke79nwKkd 6U8xZnMQC4dl1BmCm5RzbrJ/ipje18NNmqQsUhD9Hcu265Lzrc7CuzgOQ1p3es2ICBNHOcnj5uCP rRl3vrcTHRBg/AejKMWTsWQ4VrSnNqGXgypwpbciTMBpYHHGUKu4NJ0Bg1iIyMVlNITo/zrQZQm4 KhiRGoM1z94hI+eoKBku7VI1YRFtiU1qBrJTUIyUlTXKYsuAA6xDFqNaRqhG4VTERcyqYaCZcd4v 9eAxYCeybEMHN2DFHDj8geaECnRwl0gV9k1pn2T7gRQgPEkJRj5DZpQX4hdApGGFdNClZ8X6cpPK eP7NdI4M9ZXSuSBqWiTdD1SSNFYKnTgMhWpVa0A4b5WdN2QULQh3QV660e+EAvPsuf+JhuRGkhUS cRvz0KP/zhhfL8V+bOzx8iJjJp/JYBVsy44qae9fF+2UmAl9AxDrFAKTdfyND1TEAloT+XYLVlwq 8/AnL0gsOANCSS0wYoplAxRHZz5aPO3HyL3bXuIM3hiD5XTSTyKQRXGtJWReRq+cUnOVoUuZ8rDI 71/CFW4oHkzs40rEU4c8eU4gydIIGXt2QSZ9hQS8aXmxgD7Y+WMwCIWXdrsREzoOLvIjVJwAz4kB WYLYY+tIWhYNTnLmIXOSi2OWyeDkDuMPdDFK6k662QWEYzG9gHd7X6k4vr3frYx8dJfiFnKIj8XI JZfNhoaDEIjPwu4Uw+dFw4kpVcxYljJBrbQrI+Ud/d0CFi0VI/rF4aRqm1Hk+9ilBm0YOki8beQY lyCcjtHSnkYFKLx4AUxDB2xRByRxFVRLS7Pm89yP8jTsD/5UI4BTS7oT79GC26wsx4GZdEt+RcVS 3fTQTLKg63Em9U6rI/KHw8Le/tLfBBbXQT9ZWbTk8fkHmuZkF6Gyl5nYVXpAQKJtayxSFLwIkpcr KeaUTHE9m9cyRORN261iOr3dWsxFZ1WkKPnzKAy/Bdfix5le7EZjR63rYDElo5oHgCAciHhDAE97 zMUN8O3yrQHG7PQGo9HEIOSCHKwW87luD85zPD7nN7oPneyaRad6hgNWUZl5RQqPGsDbAcvPQEuc FQTt4tAuDn/He5hHff7OAdOxkt7+dzBvXPwOUjjjTAlre1QdcKpryAgVl8TXd5sHFhO70zkNIrvu eUYOwpGYO453xCHxFPJTAN/z4YWbWG1km7UnO+hHEZEnUIGk3lIRocm4JFZ28YX/LXYnh7Qo2UEx FfPXMCv0pJOyJQJPRJVejmB15Xa2mcmohiA53eYqAGLnaX5yobrWaUcOIro6gDe+k0gpqPI7Am19 rfQuSqqkoismmF2zpBQ3/xh8W00ZD93m7nQ/enkJ0rwoud2u7KqQU02sDwHTBtfYQek2oFq2DkOE 99bePFjrQlXHq9rYEijaW7Hs/rSwng3kNBrAtO+0plbNmdoaPG6tnrorNSF0h9TJbbl0qkYHO8xp cVBFNh2D+SUfbDXkSHFg5r8rkvHInX8IOFasKuDc86GcsEd2xZCcsdsHcnPwV2MfSs2JlwZ8vejB 9PhrvQtHayFpG8HC/P+2QtGepUmYkDRKy6vud89yRsuk6V5+N5NJaaITMQZiT44rb5YzU5LMX+T8 nAKK64joWhgEs0CFAOPrW/QYrpo60J3zpzAEgXqWiJOJGFiNUFsxU3TStB40wyoZY1pGTbOHpITC dzjQhky4cOBU8wIFGG8XuhBgC/VWumMNXjE2a6TSBuYUc6UMj0fJbDhAKWJqWTiLxu3qD04mgp3e p5Y9TtNx0nGY5vRaNyPKmEDzVT5gejSmBtifi2OtDuaITDVFQqK4KepJaLJ4JlBQmcfgSXMBLnxI ersA8O7WIb+57ey28hDILoMBqP9sjVVMfIVR2/Zza2uOiGR1ePu9UJ1DQHdIsmjIqBzle4yCKcBM C4d44nutHI/a0HIxzMo6aUmHW8IrVkZRoVEESGaIJSJ6oPqLYEtydou/FCHM/esorwKHlCmfwIOV lFil3w/It8PHNgLDKA/04VOyU1MqL4ncumOpr4Vz7uGjQRRV8EzlllKVV/BcrGmbbLkXkqINJf0U CmagJ47uQvH73u53p7g8thYx0UPIeJ4HNpzX08mkzORoKQN8AD8mlwbbVy/pytNZWgLmFmkoRH6F Z1nl+i1HJLlEx6lO0QLesIhh8Q60ficieacLGtQ1V4xGVcxfZIQabAnZCfOMI82aPyliFSJeCRyI DKYBwn1djhTX5p9BE5C6MgIAMWICWMZiZvtc0+IcPWIxjT7Tq6pxdhMPaZBtJ6DXSMF+h+k5dc27 Jm8fksSqbu7F5zRYibTLJcWVVky7Z01xVDQTPNN3FBkgwau2HT9cmhWX4ZepxqqYVn6761BA0aWz DYY1g0kqcVdMLvhh87wCzH2LY/DjoYdktsQXpOcFn3iPKBR0ABjD68kgYKpOynTDCX+qApgekF3E iUM0NlnISyegQjzxrb5IbSYXtzdSH9ML3DAtQ4sZJQvcXp4Feo5VbElYnBQCmF9K7A9HndpNxJEG kjmZjADq2VO5HSDnmdNAqtgmDWGCB6UWTqjhFm5woF6mZc0APZXvrWcFmm7DyKhNrqrQ5OcThL2Q coGge8SdUK8wzx6O7MpLbShOYz3nHg1peGYUDpDfVSRBNqhqvzM1WnNoMNidZxUxkASDHrDHnDHj Kk/2E2KYQTecQwcF6F68qteccE4AlU4kH5Gp8IFdZrw+VmFzKEXaDnNf7aJHXWoQpegwlWj67Mmr YW8VWhEXxFVKr2TE4ZzkxnOeVol7hpADQgU7suKIiMAN/jAkbgzPCihKUvTE1+JiCzaDQ/O7PmLL pVxki5FAwhJc+E86kURahRgfMz+eGb7ZvINxILOlO/73txLcSTgzPWroP6bDjiAAsA/YW8NhaMyg uKrZuyPUxWqYkwXREeB9kIlSN8vM6n2j+ZbOD2SXJbErOektNBN9W3hsbCnqFvVSNIziuJriAdFQ yypJj7cEqgU4Icha46WWfI4fBtESQvtCpEnWMQzp0iEfW7af60oOyVR19ncZumM1IP3ErX0ggpxz 1rVWRIIzMZfdLfyU6kcOu4wXY4s1ySoj7Gnp4eMrXclDFTLLoEp1jIRH92jHGbIDCh+4G4HSfJoE MwpmvN8mzmS7LPJ4xm3KUlbZU74iL2thZilZfqntEOmj5fOxDvAG3YlDWJWrBXEgMmF48Qlwpxrd ssSUMisnrOKUE5zD6EjCAI9NExweJX1KnL7FsMbNiIQ5fy0RHUmzOzdQk5k2ril1TtQctMGhZG3T efmLHx1OcSFXLl7YMq28rHCqjlPaBNwUlkIPnViUqgSEefqbl00MhvmQgzWRSmBcB1gKdLoYI5o5 CDGaBTqR5SmhVxSMmPTc0svC+GJ/YLH9D+YWQp2c/y5ZKAEzQ4YiIPM/x07ouzZmBbLhZXUG2ANt K737d1ZFqvycK4Jb+mKvZrhASMITkPAvEPSYdDcFVBUqraPbn+pu1JoCeVtEBD4kwhGHW9AuY3kf BcDd0ojtVOpKj+pbrWoVJKAoU5TfakQLrw5iV+i3RnYXBTaq8wanHaZitnFavO2cOh9F7UcRxOww C0PsWaaAEhBSGTuf/u65LgWCUElExmlF9HUgJPWc68oSj7ROYbjdGqRUmEeyuUnAv/4mpBxZ3qxj zmfzvF5iAYMGVfRWZWsSEnyTGVw0mQp347mF1IJmicptuB0qJYpGVg2PGKZqzqskMJsKG1wtkppb FMwM6VZlLw/DnGZ6ghQrI07yZYMlq8jkuCl/ipqnaS7HkZFVYsgjGLYjZacMqGaqaXjghAGT5tZ1 d97qvmXjPb67QJvnr3zr/wKNm8i4ggpeH9zxja1cULHf1z17RMW6vQT5OBsiOs6n6c7xdY7kkYQj Pk+8LsdoXA/ZPY9+GOvaqjtm+YZJQMRScVABGD2Wn8lz3Uo99PZYJ3sOSg4wsX5yJYZsALGK5sIK LzsW51s4QNsrgHbQ4g5pV+ZXuLJcqlUwNrNH2ZoYdRtEYB1y+bv5rWyJchu7IsB/te+EKHNKZvPQ FKK6XvXgInLjS+sd52qSHWfo75IKWbWgSGkLLgWe3Dd9psN+vns7p4SektOB/c/MUgDK12BGpV3Z BY7sL1WsmZtmBFTZSZFh4zKK/hj9L8zxG8HC0rJcCmk59AaBDVKDsn77USFSCKUsbPxbE5VxAcoZ ZPwN9bXnvpaot/GMF+wnf4I3XTRPw5yr3s17QyM6comItt7xPC7imkMxabdlTIGmEqbY23TDPKZ1 vrfHruqP8Qp5LAOyYlWai1aQzWirMvLobbRGI/QAj/2gAL//sm5UZS65xdwAOE7eP7ubCgPBMqDQ 0MjN5PaHD2uKwSw2SdCTahA8rMB0RMA3sCG+zXMwDU9wxEwzAhjh/mbntWgc3II0cylZmtg/yMMT 52IXPqRRvi5JSoD8XGDiG8IaEKuMTg9SH5+pfd6tM8SNKcbXg1wORI3UwuFvyn4VC2nO0oie09LV VXY/16TABK2Eg0uhRVWj4Gb6sqgyIuD6DnmC0UZifvkO+QmAdZEqd5gjgNuswUPqBjCrbaXxHEgG y29Vk1BCvHVWUpDCKCE5CwBL2HBCisuzxGtuqgfilfD4Xs8G+lnaLLzkwxwJdVtrpMmQtIHHPAbo sGYd69UBgGSY82kKjxKz/GYuK8M0WOKUH+Px2sgVG8pHSHmZvAorYg1YwskG+RUSTxtO9q8vxGsp cXIX2KLc6X7qyg4sMMzx/LxeVu97hRwfm89Zwg9IpKIQQ6iQgRxOS8QXeHYbd/lMA/z2bIoCB6ox A/4w442cASa0xI6Yb1mH2DPeUAx3QMZG3lMFlJ+PmYmzW/hLbVqwBM/gnsHls11cKYt+GnYkqLLZ pZ0LSGl73AN1aynI04zuBSBRyOIZUSpi8SGb92Mg0N3xP9/Mq9MWZWNuLKYLBhiFIDU0zoFPgFbg MIYSnNEgUnx/cb87WLFsHku5vSl7oCZnm7xIEMchgNQ0C5rUNMuERogwh5TJC4yyKodrilbKWIEe Fj0woGhjHlckhibw5ElLGSn1d0M0NXW8f3iYwZCOn+KO5Xre7Fpe0mZwQQYtDwYZULN7X40hEgog Slm+ZwvAxupFE5pcyWw2eBlUAkQyzTGeQlZMs+jquOgSMPnX0IbQqjpoT4tSeafrGYDiFPpZAw1c NEUS+NhmWGz1h9laGBjiVJRna6m4M05Q4x5xhZMkSoiQJnCSamkQuyhMdbrH3yq1xWiCT+YCL6dq W10qihl0kGgaV65hGINCDTIpONnVNiGl5Jt294EUY1Yxl36BU3kozlGksgwDoyIdbt00ieTbuJJ0 1BRiNHpr/RH3n3sRfTwNoykQt0QhRQzkgn1uq8yA0hpeskjKi8KQdYSDcGIJDcAS6lp1HDLmQCRe rjeGTqjUy+JpiteYIpHg90oyB3WOp0mkwSFBnAFWPYZl6sHsiSmzcpCvzgTKhCHLcPIhxoBc2zPE U3UbrtJrEaFGH9a1u0XRJEaMor3baIn/u7syYS3yd+0rgozk/fE8ZSteVaQgQYut6MK0VlcTE05E ZVmOneZqNrVLB3BKfg2rta3AIsWSnEK0Y1yW55+QhpWR4VnZ2X4nC9BEgEclG8SZ524z9tIRpH3a zYI6v0oW8Cr+mksufsT/AkL7hbStstKUM63Juxbm2t8lM7FuuodjYpLTUIYDXTpaE0/zczS0V3xn fY3Afz/s3CFKKd5M57kJiJo+O0otobK4JVuBRubPUBhVY1o498sJZMB5EO01QjMR7Nkj+8oXWV7a mbU6kdFFoiDiUlTMqdHEyuQCQMrngw8cFZrtQlg2Ds+Uqh5Lp6gGQXAjevipDSiYDj25R7IrYcM6 a0Ow9K//1KZTDLP54fILNVsyrhAs5XLDCwNwYCmoO5rlX3Qktnb/Zvc2q9Y9gV/y2bVRGWKm3YV/ CSDi3TfQEmWM9tigsmS2PVbJpwpTmmhOepZtSgMtBpCZL26y2tzqWTwEGFWu0bZ7lltsKvj0uNy2 2QEJN4ZX0YUGa/imSyxNzVTLS7q3riu62/PTGxWyNyl8BoVP7snVgqCuklJTMMRynuqmwq4xUFJr t9ksTCrqrgiVcfmb2+Nh7m1lPdKtHgK2X9+vrvQaAStq3Z1DbMtcIPIVbvlx/wOG2KNIeGt0o0TR h1N8FNOlfrGGSXBChjmDQgPykPMP+VQpdJsjw82Irl9XagKqRZBp91lOGbB8YPudkgXmnEu/PrH6 CCaYFqhL0Bvf3OcRl4uvANhzRhkslOvBMSIhRN9YV74IYQTVqf7RQItQhZyJ6dLrapld8eTJcbhS hFbu1XI+mNwcUbdUqEVMLjhCs5DopFyA9+4Db8u+KZvIGykwqudUgQ2j4hW/3VqZbXPNYncMM5Px oetKLEI2KJlaGicQlxvASU8An1psxsSn5cRp9I8QRoQLUumZwTweyoVKWBzvkKO1a6CNdut4OEOA BkQOD5weJ8ccLXvi0SkJgeK0D9SEOnbDC1Mj6HYEp35+kNHNhOSSmWKhm4YqiGrO5OfrRnW/UhqX ms0YJSHwy8PDgvgwOpPhe1le3Sk+x9CsYz8O0oFKrBSe/gDjQBsfUjU8KeAh0Vf5G4AssaXQTF0N rRmVm9gFrHQ0ap3h62BPaI6Uh4HRytQpfQ4Qu3LzUzsjcgE9r0x3CD5ViSi0SLtnaW+7ij0QAMo5 t2O5AFg1W8ugY0wTuvsqP+AgjABwp6EDbMTZ9a2ggSmSZ1yZENMVZyusuVkyzhJ3zSs9g0i/QFkS m6ZSJFpX4PcfRpaK9x9+yrCK80UrlTUFTIuBlgF2dTwclsks9gXEviy6WwQpyXMjhv9KASXz2Z2U pquKDM5tD9DQD4Fh0V+IodEvHkC7yzpsYPWZk4ZVQ3UbDk+x4sNJeJTQFoKANRgfymCxERmssogG jQK1qqPMc3Vt1YMIlC9hWdsEIlnM/MVouXCmWRKLqRIwRtrcKojSACT0t6y7chE2PQetdSvMuxZS eWLRnBvFpKV0BW2s3urF2ty1C8KEApxBjaTKSagEAz/DDAElSFZnFPX8sz1jAAzedDCtYI/ETyHx YVmv8ehPfSSUGQf5pdsBH7OaLGBamfo6mPV4QmztC9jhQKQTt5dHQElYxyKan2yjz7tjlwYjhf4s eaDb6P/opnIM33VVKwekZk67dGJce6eYGJ1xKmIaMg2i4blN6UvK6DVJDC9liREJxWBIFu5RwdR4 7riNPxmpUF7AiDg20dC8Wp2cNWaRC80qQezLDMsaIFCDKvuCgYU9YkbIzeTzBixJ0IUNn7sBVRDx KotwDjVwm6fI7GWgZIp9LL3h1rEGW4WSg0Zny8mXX+Qr7MXExsU37gnpAJtntQXxwrIoI9qFO0Ok nFDDh9hVsCp69soPbLJWzEyTDSKO1L4j7Wfwn0n+lHZW5jcfpT2zLh6skDY408yyaDjz0X40Rh1M hbCS+JgQUIwiTrYi0RtQ17bYVCtgDeS05FX7ouukFGKrZ2e7k0/zAfyMxYoVFH6pzvbTJRvVY3ls LoYaraVgYZmeI4VD3AQyG8oYFbBQroSvoeMg8uMAxSvYJgAemxODnmFdEubTYsgMmW3ETZyRJ4ib eafSEUrAjbCMEjAA4e44wKkrtSRKYopZMdmECi6DNA8TDUFgJd0U30i7MapCOiKzhTrIA8oeujGb Q9iRjEWEbGJeHXjqneqkAmkR6iKEpAkDA+dGxBEnSqvmwAMt+Wnp8DOLHMGEHDoayO04c0svCg0z MUq8wFBUh0GZ21Wm18TtdSzCafBScV4ICqmYDNh/oRpyBVm/l2j7gMmpur06jNp3xylVTwlGK1uF o3YuHM0uBZQMNEAe2mNYyiLkAqWpnqcjT/BVrnkpHZN/kmp3tVf0YWCxMgdrot3Ozu0JLFD1BKvu 2OkKjGwEPncPGStiGjMmdwWpJx57enOZiTWsLniXqFqld645nCxuPXm46E2YcmzZy0GsC849HCEK oUJLS2/Cvly8J0Ljgn89M6t9oXG/K1CmmUE5gfID9Su+mON4MdAS2BAUPiP5xXm6BwFK2Cp24Jve nPQw44dnNSl8sZO4iS+l2bO5AKDN2UUKVg88mCaWyFuTz6xoqq1mkfxU0vQPpKpuelK4YDWYk8dz VSrbwEgxNIlJEsHouR3UQoJMKJbPmkCHF3p8IAt/TYNL0LMojtBnKpdhxsfcoPFYQ27MN+UM+Lm6 imWwgiLpICLNJ1CWQs/kD1ouYE91g2lg0OSmIARQ7oZCA4lgZlX4S9W74YV8jLbSUuYO+KGqkULf qOUuq6aEOwqT2BejI3B/4TxJgeSGjASXh1Ao9Qa9uF98ShryRN9aIgdJk0IMMNiGiH+FKHljIjam Sw4OSyGEoVz9OhjbM+wgrZCtAVTvwcjyQA7U1Aa3DNCw9rFYlmoIjvlm0ghsSFAamNSEQoJyIDdM AJY+OgZeqJJ80nCeH7KFmAKByUhjETdltXA+CpEPQuMux3TFBJUeTYYe0iAgC8HA3DpLzcAjJ/Mx qU6qFatdtgsFxMG/JJMt59lJx7jlXRIZE3uM/zQIw5pLmXJzGX5S8oM57jlaLuKJMzAnMeOIzXpz uUksGCVSDKTaAY3wijDaSFHJrwejTV1IKoV2fl5umfHHrhxFTVJrtLQzm6OHcKbPzRjvLYQiKywl 6DJaQRmuTgswGQItKguyjNo8w5Okqfjy6uThjOIxjokIy6jJqS0J7Gq6V9wASmwuEnV5aP6HlxbZ MSBcwCH7mv+cbEJBYtwXMeCDaQAEcrvIfNaqJa8eMneSg4zAgpWXBRYLp28y11iOmnxTpxYygK4S x9SUpZSPi0ht2kEV6ogJsbSpcTIC+UZkEzgyTVFgpLfhTwlNh74mKvn8TMlxBk3sefa+lDUi0DAl Dld/DdDYT9Fw1aISX7kHdrSh5xiJOFl5iLscXbiIlBFyt/va6mYg1WJ1w+hsWYtvak9tw7vuljHp rgSj+j/maCxT8dp6dC/btHQHUnuUZYA+YFv8czZFZtqY5YOl/PaPVrN9WtmlT09gmVOxLlXzayvR X0eFsL7CIe1II2ZLMUhf4ShO12FxUuqurfCdHqfzOLEyisaEZqnI/qwKiRcRPicf2KUN1LUea74g dY8cf4sseyfC4l2RVsRDXrGpkr8AyjBEXo0Z7BICxX0Aik8sPYoXlBtrK4gDpQ3uieuWSp6To7Us ckTdHHac6yWquIj0sIMFgNaPt0yVSwO1Z08WgSxVGmFalrLWHRwoD0+lEXHBYvKJt5DrLsKGw53l N43f836BEhUfCMNMaRLIveS0SUU185erOCV4v180PSRHkQZ7A7oHI8R89mnOxiR3+9G8eCUWCBq1 8sZqTTk6ithOm5U8a2zG3eqPtA4YMBNUPOAeqNDcy7IFLVbE8jc1A4U/MMQUOJEe7w14MLluEHpq Yn7A+pKfHEVOT5VEW2I41RQbIFaWTS/yVy6JlapDrs03AGDeFWTn4RhK6VfMhzZOgBOEVh26cSNN xAWuD3/ocoy0XJEWZTGvqClilgAvMwCGC+PUaOscX1xzJA1I5NmveGFZxI9GmAV5jbicVDZTm4uB QiQryHHEKF/LlECCEiaX+aeKmWeYSXi3pWEKn5LWRy3noSmkBlgU5XlimhfmokWqd8w8sfoHLkFP jUtuKXsKAjiaadb0KFDshHLLG5gzKQ23amGL5BBaqmKEfvpseF3ocoxWYVX+93loY6E2WmERKeVI BmKg7NzS9G17rxTdpiefVCIlNzAIfsYKwcG5dDgImTOXzIjQWfgR9hA7jhtG5PRH+oHXsKWA1qof tkDMwKbFyAZGg3XkZG53VkONYIwhrYUYv/OBUbppf+qTuIKZ40unJqkxK270lxIw8FO5+OpZC4TS xi03tybOEgKcrkEC3Zdboa/VActgcdyCLGqyjMdK0RQlqotePvqDOzFh+DGKGlKGhiT++I05VrQW VihSqS4uS1csL8S3cMpf4l3BLgimxdCwq82n+aRdWYFF71JMGXjXiE5zjRay8TVi4QKOYEm+VJD0 DTZy2CUuEhK/0i7UVYtktmiEaMOlX4QJQVGPLlztkkr8Vl5nRREjJSgxk+eLhvBk7LIKvTSuoLkY GdU0gOmFIYNiNqDVQFDn54AkQvoNdgIAER8Maow8o93ldL7LxBDbPoF8CaCyEXRbTm5Wu89Z3JqB Zryh1KXuwFAbQAXo6USBkiju3twMOSGkOAfiUsqyD04TI+IVWoT5qRSzA8XcRJXOJBfLAslx0Bth H3qlRj7QjNB37SzJG+QGz1psTpulC1N81fRwPV1DpsvrIjNTp4X9b9EajDU/negsIW1ICrRVrIkh ueKY1pUIkLG5KqCaBuvyOfFT6mX3KuShWe69zIbjCGVY9JvIUn0jjvk4li6N3pIvAGRfkwE+YXV1 gk5w/UvKIxBQ6HbExXhzjUlzLSG9FIHKkaaMLCpobTqQFaE1I9DaoWBxKXbbSDCVAEf6kvM23YVN DCDNtn/gaqb6lwe7uG/njEywITY0uJipOWxR+JfdycjS4ZKvhOLTaSFhOwjOOGiYCyh4nuCyWNTR YeuXzoWInXgJna6kZmXfVvHwHLsRELBkdel2WzExM27T3a6Yk4t11+Le3ovTQSJqu2hwakkWhG3S bps9Xa+6Ka2cwLuCEz5dV+2CEQTMMoyZuSwFJRw1Bhw6jC3armhiazjAZ1H17M42QOqL2fLnwmve TnmCj6QLySXWVnUkbdqBbDkbztrTtkjfCMdgB4tkI9El7jLk1AvTEwCfRIlxt9TdAT9pWFk03HEl FxcQ8PIR/JEvjNfCoQ1QiWjxtjAEHwxocgMBjNWE9SV9bSMZbpvILYASt9fhggD9r4jIYfegvS1Q JVVIx918IoWMXaWPBzf8tXuqHxdD0nVA627lScp5cjaZKBfVEJMTJceJIWGZKbSuIMXaVOx1t8WC WLd7mvK9TC2fFIQMIbSzVUGtcAAm/HL084Jv9x616ggnftecxaWkCMkWh6FRHcRmkwMED52IpqQp KbiVcvI4e0oMXshARMVRjLWU5QLgaksGBy1zRRFTklCJjoVoWi4sYX2oJScFA7GgOzd9wijbmegm zgCVAw8HFkDYNI16b68fOggVfh1nSpwu7eppV63f29iFhu0qY0RdCpp/8Byoiqk22NIB4shI85PA M0veYhgC5zvbZLmM2vFcq6d1leGB7C+SQOSh2vOZLhUkgco3pV18Qw+dTsd66YbrpyW2rIOIKxXh tmLQQWvFX4ukA5HpoI0xJjhEaMdD4iJwU5stn2kC46fAlGKngT6QUMmKRNHctKT0ScFjavkPaO// GClSL9laviepyfWaIGWqodlq1M41fXlDsgVkBVLJSRmp/LBkXvpKExjPrnsyFEMh7FVxzkKgbrDc bzmqHEyvVWLLn5SR2/EWS8r0cinruGZNeWdI73DPRalHJ5+t95iRmo8Wz72BeQn8Sp/9WoMY0srE hsHF0gK3XzKi+G/4HkHjYBArx2hfCa/sLV5X5skia97WoC5fLW19vbz25g0Hg1i60w6InkWDYfq2 /6jm3LAAH5CdxQEjwqDMdimggc6U6zouVS4dl0NC1wXdDtQ9RlGNdGeCrzzEDtfJLeprlWL0wpD4 VEbIhLpcF07957dGMaehbAw6LLWVpOPN7RI0wPrGNZlhaKSUeMfsz6j+QmwoqptwOKmnP+io2xYz tZ1jQB12DwTGutBnX+M1Kv2ZjiWdOyWiHC+XjIKpdv1xIpmzpZ7ZXJzMvw0ZyLVNdP5PrW252JwH xSxENT21hCGkrAlEJYTyNqqdVYMCtdYNDSbu8W/Ba+7QZCSDEB8YIJ4xN+u3NSeNdE1BzMmUjEzV /Eo3Zw3ygKzJV1qxNitXxmlxlSRQ4KvM8JtrMQPm5MegT2SprOPXmo9qnJGHZFOZj+VqTJEz5YQz qclvDe0SC9ddoCui5z9LohhrHrbxPjniEltBN9vBgcTgLNStjQfAdIpZcAq8TQzIxLTHXVzuS+MK N3HVd8as2D2vDIC2VQzeJMvl2UOJbKfvuWFVpNCjYSUq5a75QhTVtMRpM4dz7hEJdeFQee0xI3Qg Yugnhchw8lZNtAAS/Cg8udcZipTbeVqXLkLANz/10/xuDSpbEpN0gcquOdsioWPFnNrdBUdRJrd/ vGZjcJvW2+kKBiB+Azim+RDgl8vZOYmHqpXO1dFF6S2NLXSWxhTZhI3iga0I44S0hUqdNJt2kkDi Pspa+JIPmNMqRcXinRyOm2txNPlasCYbKNV6TbTK6hSdDabgVk61IDWLiNsYWWVTXDU99ZOqod1S Fl8KbJjZksO0wUGj624ApdnZOg5QiBIBHMP//3IW7dl6+GB3paAsSwhCkxWF4uwKzstWypNW3+Uo Sp9YWQZdePDBGkLDIcDH9IqQ2jDfgwercJkbLZCMYE0Y4oDxDVvci2uO+hvChe9482O3BAjtMwFR 3YdquM5ZmVuyJOk10vqiqUkyCmqKP4k6/x+CBdZ0AiSldDxS63cJmbYTRtZ0VnUqjYJmngoDQCnH 4woI09X2kodYc1hUxuOT9VFethVX5m0qt4nLwoTV6LLKDCWsky4t9VxEMmmUBXu3Tj23VocwUNRX X6RsUikOExO4tTxFUEgA4XnhqZtJvDqzTQpEQYlLrtDuS+NnOYgzuvslHATIwq04FjV03xrSIxRK 1Fnkdvukb0MVE7LPtgcUYkq9KRp5E5rhzUCEMUKSVeYDBDWDa4293brZPLlvcGpd0ycsahHbrcok QHOkmdmFc7xi8i0IJllzlfCA1I/CECnOghBJNQ6ftbmwaVaHOKuVFOGAL1ZP0xgeqbk1oGHh1Wsl MXaywzWid9NiGQW/5GwI160ixUwMW+BoPCbmv49h+rSLmJ6z4TIrwGTcOvZpmp4LjQZ8SkIUrChu bQYWFDqGHLk94BWCCzWyTxxtaZzlkxkq/OdxMZlGYU+6pOoR+3RlUzM2T6L21TNtusQ/+UBoBYXU nZG5omFE2axUNqjMK0uxqnszCK5P53dyyZ2d4IfJVTiKynaqS7otwSTMhLUiCo3o8Gmu04Yr6tFJ IOhKz+mdw1InS+O7T8AG5nyYUKiAVRjYgl8FhHC4d3N63Ai9Kl2WCNi8ICEgIQee2UsSmB7GZC44 XPKDBHNz7Dk4xCvVWRXn4b+oiOEezQE0W6tF0AN1y+sjHEYKSTY30jFn/h0hlVPpCXSmCaVIVSPY sEuIgDrFMVT0QGWZKEwxxBjamCAI1Cn+LXvGvvoGMajyEHY+Rze+oa5cghrNdilGK1E4o2t99ESy mAMfOJdRNLA3IGDEvfsucn/4Cy3KDud4ksozhsWj+BwHQZ0G4lwRlz1mNuyFL5kEQ7sL8Txrj5KR fQDErPT6+KLUuGjrDAINYXF5XA7xkq1m9cxNqoogcMAAlYhynmVuoWnN7f3mLhwzt2IKsGN07eXk JxmvPS0ljVw05COmZiAmhCj2sa1e81SBxYCXqk1759Lzc3m2GJCTac1I6EDM+4d1lAdXlcwxguMP 2nFFkkYsXDqh5LKwdeaTR6GluYguoHDk7M1JjT4f+MZZATmKTWyOwrSXCQfcSk8xdZPSohFLGyES YB0HY2i1VhZMLDQ/hKvUbz6Db+SdDB4LDFgwKNbnUzYFbyzBAVWhG4jEHBF4OV5rKtqqytLHLC22 1GM0wve2ZFAOcPnVWJXuBO5vaE6JB8CSWqAkMRZOlF369E2yFNudFMTz3mMG/ggvJgtDfsCj5AxZ /nEEoSJYashaHa+ytCLBx8tKH/QAmy0bj2BfeVM+MDUrZUYkrRAh3MNJZDwv7+tIHpwDGQtimHVZ nGQ+Gcd2EUUSZExLA4qIa0pFHkSVHHN0cjuyxsMUUrLFjtkWxyjgu/iOVzkbIwU1voWv2/7vHsRd gW8wZSDfbgAJYt5k7Up3+/DJwm5qxqaZbm4wlViHkL5xU3CWKMvcLNszBn0oEOd6anyEOc77m181 G0H6m274kiRxuHxT97y5QcM0d0x1e7T5ngrCAbkzq77KWpm+uiDeI9azwya6s4vLDiUNW+5daxS9 XJGbWU56GZBYlPNGaQvVr9kdZN3rjVjYu2ONs/dslXDVpwnP9L1Ng3yvUfQHz56epM5tCWo9aPjv vjajdFY91x5SHsjvbY92FZqjleth8YKgR5ZFTOIg/HYVYLV+j6e2s30spVMiET5rA8ntIYrfOkQY T4gYG8vJrryzJpSHgCHHjerdxgLTQpWDsQTg2AXq7mKjxCTwtacuxQhztznRnY7b3EhIYPYEfY/E xxj8Mdxj6mmO5UUdLaa5wawKAR7rbgRWI/5h/zPOQa5lzIRNXMIciw6ZhA13+60Fl8wtWYgYpk8c jaQthaPybadhmOpSo8aGrGf+e3CcNyD3APx2TIdSCUW33LcLFDva/Ey8VAp4cLz9gGS794cAF4xY gE0vjBQ7z2WCnBCDchz/S2mxbD7D+DQcD512BORMw/clLHd33MthSraLYY4vw+chIMAY1SN8mING kG+phNsZRCXrGpzvyu23HHR1IUUlFFOOfAgOICgnlcvzhOeCFbOttsiUoFagMQSQxnjuJ4RDGd0y W7OyshATBmhFJinKFJkSTakyvvLzMMFjS+YYYVIoh3+YLIAXETR1rUoTyMdvrGgxbsP/2O9GEVSR AsjJEoXhHp4GdfEED/i4rmfSDbA5qF7eAaV5WjRkf46LRI4Y72lB+TZYJJJqKOvTQ7huaZzcNZEW IoJ0x/8ktWQFkuUlHmeTBrc6zA3wr64LPvqKRBPHc2aiH9GXMPYr9vlTLpTquuEOwn2IwwWfSnoU 1lstEvG6pTfYYxqipBx22nCrpBZWIC/JXp6TMoUIzhc0RPGuahEOXaGCEC5zXiMdkulAZs0LJWmG ysOHIPYOKzo26mAXI2gXotF4V5yuq2CJ/U0iVX+Ni0Qh28yus2M1l7L4WFRDea4Dyj17B9BSgyhM nyIq9vjntoWuaVEPAmWUpGAsTQgfKkPkJx8Kc9qVWdii1k/mRJ3S1WaFF8UJOAvBxwo0jkh0NIev NZkgxDWs6Gp+tuNPuazg38PQpHsGiLZyP5leDQuI1kmT/IzUqhuIlMbFRaI86reC1LD6RTG8CksY tj9q5ZTBfJ7mT3IUnY1MbrKm1BgYstZHgoa+Vl2vep3QKw1ZMk0YsgGh3q7ecmy+1Hc7CZBUsW6i s2KEU1asY1NW0I9sdwjju4gONYNSOJCZJ0TkE8GBLYQYZBiy8s7VfoQArkCP0a0XTkexw9fKwXDG lJoqSHAIUENDYjagmVKnJP4wBQ2x2iUIzD8QOKnA4OgLzSJEzM/JYIr1AcQrZmJC2RD48c3E2QsD qYbAcPgkxFxQSU38NMYRitETq5DlyKkcNUxJOn6C4wp5hOdaUinwIb5LyeWo20CCM+3q6Nk+WA4W q4nA3CLW0hy6ghGRjBHdJAX92oIqei677dcY1nWIab5BMje3OJbzmvXpUUXYiRLA40oJpMX5Y8Qk 5T4DmGAcyORSyERAZ0CpRlPsq9PN5OisQ/8T9FJLCtztxroulqMnbb9coQH/lCrWemwuYjUHEIUv /KotmVYjPQVFNYXBVuzagd9mxY3QS+A5skyjr6ntlD9km4EMMwPRrZp1DRrUO7bCouqjFQI1mq2e Bwj19JTdxX+9Mp93eTiXUGjtzVm8HIlJbYHNbkiZ/0/5kTrfxRXGhzhvXCpoQtTQkXqGXUJMZeli ER0R4Uojs531intMvUHegmcRaHAIpmNLBBqKDWSpBY18eUVDz4vJLAMcdQO/JJ8LbX9W4d8sB6LT oTSq5J+cfeUiVlBTW5vpKH8mg4CQnHkawWJxYEo43IWJjBQhcZcBFJcoZRzNU/gb1dgJTOa/wZQ3 5HNXoYxmsug6bELKk4o4kOnFLllKHGqPRwlMJcCA56CFsJ5jVrlAHIkRAdUCGs70boPRDtOqKrIj 2XYO6KtMtTK6BkOLt1i0lSew0GTk9vZqLqcBzrOJFsXRRWncFlAkDUHETKPEdxq5eIDPJZPF/Jhf dIZe1m8wiaMxJMsW4p6Yl2zyTJ4zyCf468YdewjNK1VwMkEQUvkPBMlbgsB3JLocMSzUrpbPxArG LWSuD0USLV8U/M10BQvdUY1YSKhuuTNUp8o5yExAF92i0Cs5TF2bEXj6sy0B8ZueU8SGpdKwwn6c iJweatrlaZ7BQiDEIh+iNOTrlvxICNeDwoq11LCgUFIApkhGxkGMaenaRxNL/bRybOIvO8NmOXwl U9yFRxE34ZetwatDDdLuLrIL8j38Lw46Gk9c2CBVY0ppogIC6Qztct+W43M4cE+FcKkqjwgXVMTo PnZxBActUm+zKymwj4HFzKyPeIgdzbE9kcV0dhvjxgqqjyF4xl6TIrblajKQHAIIgAUE4KwMQMdr FnEdZUY4h86fklJntvEEStgbK6xDgKmUhBavjheCUGsYgMOA756vrLjt2VamZ0Uej5ucl8xRlpJR OXRkmQWZthNDEl/sUkNut7eloJDWki181MWyywISFNGK9daCzXyMK99GzNhLBDE9Z5YL7AtMfUon I5fAyRQ/JXXETWOZUbNhhu1mMu/0hlAqz0rn2Bc1AWQOCKNWuq7kyW1UhaUALHaIWA6SMO2RgxER x2O6n3DDPKaGAAdlVmja89C2L2h+A1pJBAa4QimitItcaCPHiS3E0Eq3AEYYhVawR3aaX2EYq9da d5ZRkA/v5z/NASpgN8huV8c/fOi1ZpQGHzQk1NEWV2+mEiqIJlXhql81IlTAdapBrCewyhcevJzi t5SX2rFPa0Ev4zIy1lGf2i4Amj8ImDsUlWGTR88VdyzUMcYHFIAWCLRXQSRBQdPytrL4YhzSUjCe XaHhc6ywSozmiif1QgLKuFanAYERfk45QivysKCgErrFbq+VgyfhZNue4w4jfnI9hnov4BC0A9iv TxBLPDtFvdY1YhN9rW/huGVVeXHcI1hrOilZHWKtSmMCjMOwIZqVZMUUMsc/dHcqEQMY+vso+VmM INgckkaJy6Ot6Ee9QY65ced61BAb2UPzCK/HcxmSH8L+RugVeIJQMAoydRgYV5TmCetv6MDEhF0U 4HS6RRR6BFG/KSJQqhEB05imK0ItW4UIaz9N3q1IvyqRrEFiRpTDRDs35GpFxtVzUWqraIZUlZuj 54/j7ApKaRz+rJZ3ykNuA6Y9m7rrh9A03HvmLR0PHLOZHrhYF//RDUvlf2ZSAMvLYVNym71n6Hnp 6s2oL7RgPt+LOParP5j1OQGWU+cCkDdgYlfccKhHqeBhGw6V0wkjx1EzsHYcAqyIL5pXuIBZrCaG ULNEB07X5yybLqqaW9BwWpOXpt+UuXMSSCzFJ2Vnauo41S5oeKJRvq2FhOPli933mpHUciwtrLQ+ KbrDSOfnQC4YFPVy8emMZKBIPGBpVKUfo0QL3uE/AXUkM8EQ7iYdR/+rPhgMXbpavucYEMIOsokm xFSLWRt8ZUpJg57E+iOfbkxw2tlqgPCOwEoe7jNEobsAEZM4bQ4rzEX8XB7GQjvVElYmtCyxEliC Kpnh8I1RJ3K1VUZsXeknc3O9QDyRBYBYrl5EXszCCPHOOHqV1BkF2lmnkWISx1rcKH00KqONp0XC uhoFFx1vE2s9KVFBJ+JqQYrGW2k1EBl6sveF1eIpxJgfdlVFQoa6lgB0aQaofgTLUoaRKQ1I0B1T pwjxTiyu4pZsEc9Ta29dKc+nI2jpiHgCHMhQKQ4aDajVx5vUHtL5Y6f8KZNIxjnJymqjqFPO1kVJ Z5AtjGf8ZhQ280wlISnUdKNAva9WyjGAk6nzRClaNiWa5ynqvStag0nXljH6DkhBmdRpe1xeaIMG /PuZLrM9AzrIDEFlY7wTUhwhFfrLiusfssda1nbqPr1gNWcen7CFnjveQ9W8PAONvV9TTHtocoZw doq0nnhaAP3wWAbPSMtnHkfC7XBUZZXozztxkV1OBYwn06DNo5rAlDKq0xv3oYYxH7I1TTXSMg72 ltheWKuPzUe5DGAoHGDoram00dD68OKohwj2Rlr45RItzWUK6D68f/566arxHPb7l7eaWteFBU9m 1jyGqXVdRwAqMJrfDkC4VjnP3DteZ/6oAEwT33PYivt6+YaAEwMg2ttJetGtV+hu6K+1YAM901CH cMh7WW0vDXGNoKsAuOqrEZD0jtp0QHx5wqdUxPScPglw0TFLXz7BwWLXCrhBvCR3tImznLAX73Ky sbx3oxRKCEmSAKOeDRnM34DjvZhHCj0+kXP2HFg40ArNdcqAwz2cUD0YrwQgWQFQtCLWPD/en7Sp 6xkCdI+cPMoWI4wXskiitwy/Phk4hI1/8zJZ8FvBpCTrQbVoqtbonbyiGweZDrx564tZ3rqLMzGN 8xzAEgmzLQYzDO9c+HMy3liLQS6fQDI9nvaZ+aTMsq/Uy4Qca1GQuQFoTYSm9nlIQX4VsVKrUQLy ykaqwJWlrOgNFsVLW170/COaYXARVIeYRJsqTd02S5hiTSgHEI5xvkSBNHpiHuvhBHoAWgPhI44x 6xxMl7M4hzKfhQgDg5kf4j/zPHVLc+35EB4ly4cMJzuH36ky7upnHoQPY5po0lOqbM9R0OtqkLx9 bgfaBSJOdL5FQOEosQVCeQwb1/OA/GseoMxZA6ffoWd2nkmdVUYBMgc69+Nw7SPMh2AZkfBg6bz7 6OL+OLOiTKE25+RbDQTAlZzcuQ+wEDVwhjmIeoZEjrIoBAgJC9FDfJzzzNcAiiph8yF/WOTJS5jZ js/xij8sh0Cdkdhu8fgJsOgvuLMBq4to0LH1J8Igi7+x1V8gSSifWDq65OGhYNEUQXlCghTF3Jdk 5+9dp73H5VVBdAajcrTrQhHAriA0khQYYyKCuLGwRFofiGI310TQQp9J8T09Mlj0nByaQKY5AJyN 7NRLk8b1nR6WUxAWVdmQEM6DFUCLYqJV66CHyMoFubjwqNdOF42yEB/ODIi4pEUeaDyNsoIgrqFo XUiFYKZWukZJLLCsLwXM5gXg9Myr0jr8wPmMMVd19LwJ1qJ/nOsILwZTHq4DyCTLfOCf3foZpxPs w+lYnfVbSzM8qYY201HAtz2vs71+nUpBsyAIEK/OPDYXqh3pGwdRGFBQQY2HNjjtcSDgHEfG7uFS zuAotTGh6VVnQvZYQZe6oyfBmoiJZQjQUvXU5mPqM75IQRzNaU2HLY69cS9uOEQlMaFbiKGAGnRX hVkXhRk+NHTFcEcmA4tEOtOzlmN1F1hN7mLJm/wPb1VYpVU0GoWltDoV1sKXra9JaDlLwwVewNRz IDuFz1b2dVlYoehUmMyBxTkZG21HTDNnxfL7DBBRS8tq6cPK8/RK2BzsC/3hjsxul5phPRzl1ZO3 od6ttZpp/mq16UODo4fbRySU0fmjJyJf3uD1CdL6ZCzvXacFC2x7yw+FYEmpSXiU8te+s514G4NZ nyGQiuu0ubNEQNet1XGyxlCmsayX9qfSsM2pBjpfFvdBz88DhobtSiVYNlIruZGGJVkDWGp9Ku6u JJsUuvpGJ5Y3A5Vp57i4DBNL2hmEWTD1Z+TEuawYhxgjZVNZe0+Q4Qy9qxdw9CVgZaRoQWM9yhJi rWCHlDN4Jp2vycbXd6GHOLpKQO5Lm6taamluC3DYxXSKlzug6XGXqufJM5PqJ9B1V6j9MuIWRFdf ncAGre1CmLWSOIgQSphZpw8Y34U2Rn46311PwcAwtwu+ax+Qh6cpgTGFtrtE0xWN6B2KMEYlXoEZ ZHZHRHlW7EYw0vKN3f2W5da4mB2bgI3JldTLIYtth1TsIjothZQTnDxZknQBna/BwXKN+VVAAkCC MpcuUieXIzwDgIH1YVeL1h3l+pKNX0IGquhZXW9MIAZD6Rv2Rk+6JBz3gLvx3Vq0neag69TvECF5 46VcudC50RyCCQREkCWNaARzGh9KtoRPkg4wNKGff+dFEm5rdt+r5WImhUppIZkacPj1/3nBKSbM ueGZPCuYWkAWOuthEohFcYvrzaXH8yDnk5GazVkwEWBPfimVsVB8AIS2TJr5c74RIddqHQEZNmJ6 aYFhZVSZGKwIfANsg8wjpVOAw5QtRwbdb09dRb25IGFFxlE4A4Em93CAVZey4lyfRTXb6VjXWF5t YOhI6/Qn/xalS7QKTHzy1M9YvrcMJynX7qaMdF9qtKszybcIO36bsojDj/DGoRRixTggLUMPHXGp S2ELSXWiMj8umYZN4Obhgh+y7RiEWI0ATOtav53KKu/OTmjodfcNZ2t5VsrPgEbmORamZNEW1iPo qT6tDkL2uOgCZl8dNBvz6TzLi6t5sjKxpgtSGwCtLuYmUKI3xoJ2KfgaNyvRIZPul1gmrILJiOqW vdGE8HSBxBNs6haY8pp1kKZp1IWQBgcUX8ioRq02inVOf6aL9/u866TQLkIHDJG5xWgFmc64BQb+ vucD8QrtUJfsd34rxXya0nyGkF51al5irh4lc+aO51V4JhD6Qy6WH0FiS07VKmUhyAEnJHwtCjGi rqIuBcM6Gpi4y3irbGrZVAH5E+/XT5A6I7zkVkpk0bhWxJd+0CtDu8c12OZ/VbA2j5SqK8kXfMKR 7sbhQmK0rs9DXhboIFumVqSFnhIG/iRGFUl6vBzt9RpHhgZfmA1ng+LVenXiAvqcJBebPWCGWDgg H3ZdC4AtnxaGDECtx2HI93DDfL72mAWcGVTeoCx3D0s3QmoygFZPQcqiYV3wrWInLOfTSVA6zn9E Y9kyYclbwsFRviTOZa1LjI2HZcwnNvnn50+PogSicmO2gBU5iowZ0iGXXiRcm+0cKNzAALuawag1 hEs033r/GZThV9EdjVVKiSHmWdCowDYAW1bJmpcgzJIoR1ddCWkusD8useWAkUrMvWtKjGOJWG5x ciD9xSsKpu3ZSnVaDG8tqbk/OaW+EgA9qHJDT952MatuBN4aETKUbYHNwJSLCKyRIGlU1VV/U9Ri XAFh/AGuxLJFtXrLfUrYIpqCaXBCthcJ5PqslC/iaZDMi7Q69pWXESalbtH4GULh2uoV0PHfP98x JHyTUAVgFizIpmYtMUNwhCUnc66vJMSST0uq0wuXRBrNiKIDJdYhgxv5cQEoVcvCulhCLiyjYDHH 67gIQCI0iipO+ehJlxhgOBWkT2oMaXYhJbv3j/Ms8IUq1inn5HGIQxKNa9tdCCDfWTwtA0Jdiljc xNSodMrpNiLGkV52SzSpvwm4EatZQ9yEamLGpayGLZtbamAIIkk+9cevLLBWWB4g+eJU2wipKOUz IdOlzNGgrZYixKiY5jfGTNDUm4JhCHdAZeOIU3nXaSQiM7N6HjVeaubgDEcPsdb/UsZSFFOHVgEd RdkMw0kBeMSCAGfmb1VkIiOUms5WiW/+BYz5X2FrIwuH1lmb7cV8m+bxvMRbtji+FjHKqadGPVEJ 68zqKicVECZiXJ0NbM4v+ieY+gIMEK4+0HDqwJOXhunhOzEPGWdyKUhyvM8eWoLt7YRvzUmq+xHy zMnFkNEhcqbQlb2pH25ZglhLiEtzgKE7kGteeB3shRK5L/RDLe0zSIh3Vjm0L50Zl2qw23VBiSzT CjJ8E/nKBNc+lahL38pCwciYWI/MJCNP3K2+YNsuSjPToK6Ugk8ZU39w/hTPIgmKbhhF37O7ZR3c Gx2mAvmrRGV1L4+28zBdo0fpGwvKxGpaF+7WCqYTKZh0OLvFJYVr7UNwagbWi/evriOfp7urVauF 6DXUOsZ6tpgJGRCoYF2I97U01zd10qZuq5hFH/WqawlW/Hc5uzcAike9Z7DGplYkPFiN3dq5d6s5 w+sElvD81/GutordvvtfY9xFAc3trJOL42m/2wWduWYabd7O22Q9MoEoESUs5Q+TbI88DMOh7iWI YacB+xOsr89fSPz4XWtE37ioBE+RohXwATUw+emdLN+iU31QMPTVcR283TalCS449NYgUxY0GCDM yQfPcc2yheueQ+J8PSBHYzUL3QH2G1YuERiHHZjIo2OQPlWN9hZt839kBiAhQ19IwE5Zge37Vu96 hCZqT8awjm5/3Xmvdywselm5rvvewd1bVqOufnnEhbPhNpXjhEY7J2xhA0qKIDK+5U8SnJna8FBX 09UKNh6NcaPmPmHXgSv4Fl/McIWCUuRpzTbORIpkAOu1Qi6vSJEekljtSUYRfFIj9fScoIphW0Xg KHwk+vjvlLG8K8t0zBIsynI1ul0ZZqLPXDrgZFCQaxsHT4hXPlcUwJyNhxUr3R6ichmpKOMVegQN 5QkTLWXvDjzIlbrOmPNCBYe+m5267ptonqs4R3O+jJmLWWLYY4rymTUAazWsfsln0oh5CmT6mtcw EtUmZvIOSPCM8SE35EPJHhg10qHKFvKJ+dI20udyG4sKLVAy/avqwqIkdb7XRwGpZ88KluWx/BRP iD8taFYCwhbxIO+Egz0mONY4hiOF4LC2kipFgZlSEqlwY0ZONW++HaoA1Fxpq2AsLLz70ChhBzdt T4UqJx9icE3LDVXOW89G6HP2o/fnqgMsZ9WBiMqmVORkLPIfehCE3ByR5qijRhwhKaHB12BbTppe JPbLbNEvLvXwxtg2TE7CzKFv62xSxhGuwCTM7uIv6WeI+F4/rQ1yJjtMHNmIKNCrtKY+/58Z4FH6 oBxOmV1pQgH+5CMHEtWJAp7o2a+2TCDU2RFOL+SxNuM5WiLalkNxq/v+rE6reZ6JkvaN3lhPLZ2k 0+UekojsEDk0oMgDJ8Ymfu3l7A3qJnG/q5Ohs6oqj5ZKOptHgry3zvoOMr6YncTjKA0o88F6H+Ad M25MMd2wZh7MQkXBpNxXDq9cNnUCe9GQ7UMQqvOlMMPPozEJGsZL4/O90RvP52kTNl69fG7zUkrI QQoTeMd/tjFyF3EJelloHlM3SLTjbQpQMddKOW0k9E5J6He5djuOsDH3xhdw/45jc9fCCgegYOHw T3vEgOzLgJAl/dSPgyZpkkX+QmKOLroo4nevbBMRjpPMd+adU4FCCMTe7K8obpKLq6ihVE1fbgD2 7jjlC6u8KsBNNTLRHYaUW/li6qkvuncJ66bTZOyHB6v78NfHrYkDCkXlVukNzSFcmlkXmrxVrBmB 7KqtDUs1sV1+ZEGExrO+t6os1BTEwacKKfNiIIU1IIYvxvEGvRILL3AAOulKKk/OwCW/LCLQ3Kzs Sm5D4Vsky+BUsR5tGWC2U7bFz4R8pQqwIVZyR7nwLXqNyjiZDPtplfpbsCvpLYJoA0YCzwXztiqx I9MlpZgx50ccJtR0wASS9jH9z04BniKNSLdROIQo//F95cCWD1oeKQ9/zMEweNRbdhxOzYkT0kwm 7FcNmFbzZTuZyRpRmMfHlyaSZN7eV6XRrrstiY0uHLI6AVnNTx2nzYVIMopjPcUUZu6aiQ/1zKS6 ESjJ1RA3w5WLnG2uxnUK5ZYoBn/AsDg90joDTkd6jb72CKOpXhuzIVxCM54Au9LpP5xKiG1eos1d 6KkXESq4p3Y45EMbTUTWZQsA6o0sh0ZAV2dLueNvmugsq4vfcQyvaq+xpC7zcUOIJyCqmPzOFt6i YaVTVwedwibVbhUTgPHKi3EtPd9ITk1MFbsOLmhCY6GIzyvKFJ66fAf9HmCVa5vukUhPuwYHE/z0 KIIUkej7nviqLwFGucm5cZApjNOlWJy6agVEYWu8nn4C1AhwEUFpSUSyxKysnfdF1umrOz1LQbJR xUG5ByoI2bfGYBu0Z48qmmyEAbHcMpZUjEYxKJAXxyvrKtAq7ixTiCQDRZJ467H66YIncXvAkSfk UJzt3aUk3UpAii4hGdqTjtKMnjvl9g2fHO/eBHomdCq7elyTZffX2V5r5YYLd6K0aggE+9MDo7Dx 3NRw83yoIpaKFTygaIQ3CVRS9QQc6mot2CjTXryaxEZrq1+7qgKSmW5PAp1qu3p0gzzUIJ2pdBuI Z0Zcu+GiB0KdTo5bJ2DioUZNgJK7WMBJK6hmfWXddW8Z6BpbpOZfvaSge4rSVEM93spJxfZexU22 /q8bjPWu+lnfVnCPGDG+JxPzPDDBuTWMi81lbleb+qCRiZpEmSV1WJM41PQWTWiMxtOmYlXS7Kac Li7tRGyCGNBpRXcClfNs1aQaJZkwRQcp5pqfKwOZCJZUrXDOptNggz/ccgIFOECuR4U4CNXYUxeX CluC1Hqa0FrKy7J4Y/7GLj1xo70IzJCb00UHJ80Cj0FCRRsfcDhTy5w4tOps0HnwS57Erpwceyzi zGyXboYdb8b2mEeGZyVhcFb47QnK0qncR4Y/dvjcQO029PKwtV8038XG03ZoXRbaYP914XvJqnxY epUxsUCRDwZzJnwdx1yrcJHHOizdfi07sTlAyDjSLqvsnNXnCpgodJfyFIq7qsWFcafkUfaY01M8 zunxujDJfwDMoPNihU6BcSUzvS+PRzIWdLUIbQIP3DAbo/wP48SKTfnUQiPk/cvHCLoNo9pKr9gt LWwxYJMDRHCpiMYfOMLb0vpaKwgzHA1xHQ/LV+Ixh1xTys+JmKxG1EVKzmt51v/xdCeIbQNJEkVv MeKiXaTc9z9hvx+lHtmWSaCWXCOzEgWg625GROLqXlTPy6Jdg/SaNpyKvPHDNrM6Rk+TZ2mzepTx WQvWY7L2zKwQz7JiPszfQzJU8BqrEN9QcUUD6SvE8ogJn5NQcE7yZudb4W2CJ494z/e7pwLhQgy6 jlQRxcBca/tf7as5S2BYe4WzNcNUq0JTEzUItXlmoJGCmH8w1Qj5OL+HBOF3ysrUdMibuJDGSm0t W1zli9kwNRivZ/ZvOmCmTbIiUviYj4UmwRtieG8Ptcvb3MlLcqyiEZLOV28sX12t0eOdWZcJsAWq brtPFPoxY8s9vzKDWCTU3CFuihXbotzyxe0hPUvcNCpbGouJgUx3BfbQfomznmEUczaSs/l56VYa jIhSXOfcHeDqrTqD6yblmQvHLiOW94KTLRasArScjnsY2BFgApJgs4PhBvshNgzGEjYxyPsLbXmM tpSWjzhZLS5z7Hvz0Kzxu0bUnSwJHEHlHZXF2kJDnL74EzMqFTxcX/Zy3476sxxq3vwdenEdOqhi Z1gezf4YlksGJ8abzFClOw1eHajiDUixyggO5Q8NwRr73eiQrmcIDF0cMaj5tTlQ0yRVUQBX9MDH Fh1RuwKZXY6NgEHLEAUoBZb2EYItX9HYLsV6WUOFBlmjn9I8wqXTbJysKHSnujaEyeVsCKJm2suc oFy+sCq2XowVj6UobD8rS4LGwWIXM9gB+tIDfsdL+pBWVe+wvhiOVQcap8pHyGn50MZac1XWY1QE pU2iMmw8rmBl9pafZgiK+9WCTAsUUCixRD8XVGorI0RZRS4qq2Pg3AhkYnXTxTV0h9G0gTzUVRM7 XlH1ImVXvgyrrAfXLPNhnCdyla2ipsXGAgnt6LU7pzLONL5kkkUYgtVxqplmZeOUwWADTFNa4iGg IIIm8Rf+Zull3u3oaoSEvHiaWiq3Mr3EaPE5o8cvFMlhCbybuDkSfvI2iEFIVKatWcRK7Hcc7dw/ GEhh5GCSDKw7NFN+qm0fvZhTTNEuO2bG2pNdk+d4egVI+W98kcpEolfhIBbm2moZ6ZRnhko71tg5 sTDhdx9Cm7HhV5ZDtLFv8Mx4FJjAU8SItPPGLm2LUPybDRQbKB05BDYBkePsf2SbDvjjjN0Gutci aKKFnsC3pChx9KDRQlhjIcnYbZMCxeVSlbPMm0g9sLS+OULpNVxfltXDEklWwHRZpp1FYewxgw2p C6HlgT6gX0j3lUzKxDlUZ0uJkzHI9uzKYLPMVgSR2kCWwJ64k8uMDSImJCjdKUaQ9KqMZR4yEPt+ ZQj8wlmeQQUsRKvBYMIhVZ5hQFbVfRVk2+Yfeq/+wXpHf4MGrMet2NX/AIOvYidbPr4GgLJXFXUz JmHdqMdlAWym4nwzB+bj83N8VOTh4BmPx3/dOV8O6QosqGz7NxTQ2cHRtUvzfCYU09cak5rysHyU wLO8Hunps1SWbQEgp1vp93z+7EQDWqIyEZZN0impedyu12EXrQV6nrQnKhilG+9Pep/3btVJGY3V SDhqGX7zQFoT7RFhjKTb6RWU5gS0TMktvXylB7RlmWxpBiSpYCPGsLShL+5L9W0+JMBumj4ul3eU eMSyIzm7Vkj1hXlSWnmgr34DD5GMnLel6mpl7XS2n6VNCRmczND3pjaJp+M2HVOy2+2zJcPs829n DtuQHORT7NHv/CL3DCvQLA9qJZKpI8E4lN7bnzFt+SDRMZM1V0u/Chd7kmc3+fMAi8czb4mKKbsX tVTPdoXyqSZBVlhR2lZOljg6L3vyNOA9AMCUnuFsHelkfRFmbJR0Wyt5ZgVbYqYBcc+kL5T76qU1 U5RJ2UBvnNOyJ+SaGLGtiV8vNOm5bt7mjACLNl9NbzqS9NoNq1RNel8PTpd9OtTbpZsPHPUgZH8R i+JX9+Q3HHxRurFwLpE9ZFfGo430oz1JUIWVV+bLBuKI4WnR48LwBoVyXb9jOXWTVHaIPyvQgIUq wWUS7E6rfejBkvgbwG2fFXmirf78p3TWyRcUhCdIYcOtwKNIQ59ALrvEmgGDU47FTrSr8qId2RCe w42F+ReTU0j2mRDSSn3BW4SQ8kqeeNNxVp95gZbjwqGe5IQ98Ec9oSmnU7OiG19zXibRUzK1Q4qn MRcUdjB1NhH5BQRm9BIlFjMZWvU3IMl5wrQaCdChJw/HczyKcakh+I3wBOa1j4oGtJq1Ys1rRmZT yalHh09tpdkRbOou5XutYyLh7AjU06mooWiCDFwwpX+W5mKT2UyWfAiSXPrUHcrY9b9h8FJEEIF2 KlylY55F/ualG8P3KnN/TVyhgUtGWUbvX04L25AQChsTkFCVD2IiWDdshgCNObLdSmUhGDBRyLNZ ygJ8he7QheS7DC/DHODkaGYAM8UssjKz5w36P95SBo79cxiHt5Zy7Xs0TMlOcE13gWrqQrCGTZ80 YmELFWf8z1Yi17ym4giQIZHP5hfJ50otg0OPtpVmBjZKNH3BKTNpyeOoBiUMUbvcpHMTRFZPt9m9 4lVIj0iuqKVTaVN3sBqkQQOj9kNxzpgObUkuGG5ssmc+l9b1BJtyLfjiD0UlQmCvi65eVeOZHeWV xFsi5z/Sl/CVBPmwtIxU0iatmYCqHQcFAihZYVlUUZ1oD4YdKZmNHx1QI2S3wE+jPgjkLY6s2Vze 6iowwxC2xRE6JVr2piKrJ+9umQuQ2z2if0ZBBU45znZip5VieiRAI1cwwODuvidRuAfLfGcwoeLY My4VGaiIHLiVVBqYTyb6lMQUMoEAsJwOD5REPmIUlzIlzqIBJ1k6YOjBi9GJLPJcpIzYCMthGqTH 9WyJ1J0g7uhBaqe2dm0PD1GwDdKzqNpknFExtjJCIZVqRcOiMalmNEyuygIlbJpiHwM1atotYqSh 5caebOyKxrJK/csBIQZNNVVPCrKCqFOJcmqnBUrROSHFu5PpizQQbsZBmDlQm2kHoAZHoQF2w4vB q91lJEWGXMYa2royiYXmJ2EoJ8z7Uqj/BBUSk+sGBaMFO45LiXKkZtKUDtR1jztAw0AwoPNqNs5f uCsd0srL2kTUOfU4dRZDhWBPDEJS7b2iloMJ4CC6zoVjcffqhQQShOv7S2jL0+7eRnCr2noxpkH4 VM4Imr1I1DhgmVGFJIVl1OaMGlWA9oY6ZWYhP6AIuCqEVrruZWLcuIPGrPpMgJ5iHtLEai7vv+0W 4NrhStP6U0LZ6/nINjn0l5ubmvS07IVTi7xem5DQ9GpqUnVuqOc7IoeQzkxqkRGi8aZeZUWQxkdA pCedMo28rAd85UqQwGm2lI6JHEVFiRAlW7J67Uh6hHjFCocH7O3f5vKtaUjIGHwkS9Y93cYSxrpw 4KvwTtwssQqA/IhhtNUvcAj3EzJRm5hLM3ziIT5dBpXWB5053i5/MPCsi5gX8+IvRowQHh6aAt5w AsV0nc+lWLCUHaNqKltHOhNKgh8fkLf1EPIIzxfD6mu0FqjyH2shzmsDgwwcRhg2NjxTVx4b2mT/ 3LXrqlWVqoJnRY3uXMkYOgHm0IAv8hTElKLqRRSMnuNE9hzTiHjI2BKLH62N2OG6YSMF1FxqltwY EkSjC8TP/bGWNvUkrjz78JVv4rexTCcZS3IJNplkJEXnHjw1Ex/mUKV8ONc2zUlLeuEHAXjhY+bL Qghsg2r2MnyZUecJJU90538zYdrEGvhE+D1jan6EBsaP3DgEMvEAIb1BhPzSAl66OUGqHKMeO8Pv GWcINvOF9UAEhWagU2lkAwwqk0Fvs/dfNpI2iOLTyzFBHHeXoIaQZjaViXyiyTCyrRqwiwYijEkY klSPASMToYRW/HD5KT8xRkFVwxY4sSoWixTUQhd6J3eLZkMJRr7oUUG7Lj8u0YoTqpc9vqdUlloq 4uQLi8iJBVCjAgc0Q6NbPHfNwCBxBU5D41YiQH38ckmiNgTbm38xkkQ8SaMdWscYKSeuvD5mJR6o 1MwrF2Mz9ouVSYc2kghLMCLeEnWsixoyyQ2M8kQdUIg62GHfFoc62qeaDtJp22xyLpO3doujPqe2 D1k3k/DF6E0mlwGAQpxYDH9ioZP6EGgBj7RzS3W5HjuVkB2ugic7osHNkuhE/MlqhSHmV8/S1Gp/ NZcQkXZbU9DWhRbL7bmmryu+5a0hIo92wnVtjsh0ezl7KVnoqmW3BUiL8v9U7/GJMUeVY0gqYh9h NqcgX42OAyK460T5e/VTRlJ6U2EtZiqOULcsSyBpEdcWN+Sqs+hnc4pEpBRN9bOdPSUauvv703b6 V/teyATnKJT+VSJZi/ZNPZN69VJnEBC2tQuFrEztDnpS3lbnBk12ZXzKiYndN9rpkooT0o9U6DgF BnRGxCPbcNW+OlHJ/3bQleSMlqZMyOlQUoUs1/vVoEm165jS9HFqOJXqbINxkNpQSG6QgQSxkUHi xwWkylj1F7Bm3LNqWMFxSrvb8xZtCKBF6hrM+g1hvJBCLySVv1TeN45a+mvP/vV5pS08qjNX6a1d 5tJ9EHI5ywGMNDvNrTRmHiSoQTWmxFIPl/we9iZlhyZXoaKrGZ6TlXXttdmOmow3+e25d6mHlHJL BCF+T00mMdcC0iWsIDlCkrhWX121ts26FI6q9FJu2NWZnrU+w7AdQvnF9iTWxpRK4xu+jcfBI2mk r6/vW9kwwTpqKHLrGkqUhV6q38AlzUYhY1spvdUF4msWeBYmWxj4w7LCQIwX140RsJMcw9DducCt tHgjoLAyReiyBElgWlrMVYT/EKm8hruRYeHT75KHYZegfxHH0IpEttE4UiIAlhuGP+VgCJBMWlpA 6ZJfu/4qFZovTYlIujGhoHrirwA1g4FAGTDTChoKja0eVJjNyEuPqcYgRnI7UMn3YQZfsAIrTA+4 jgQ4tDfblkMJPGUF+Z7ciK2rw1xLksSjoAROaiPmliML41lRCWsRrsO9xLl8Z0HQByMCf4DbwRIG bA6BErwDhuhI/wxMph0tWzdXSWGsFai/utesr3XRLyIpLImjQ9/WCzyTvAOE+A8TcNKqW0cfiYOM AL0hw1D0OzwkpcYFqEaOdnwsoyfJqkdjPlINiQDSkwwag3bckY0YwmkNlZX4zDCjQ16yLJR/J2Zr PMwx5UKVyFWBRuOQoJwpSxvLMWCotib8qb3lMhVqZ0uSxgasaoX0QuogOsdnY86l1mSOyxCat80i +Gb98zV70sLRnDYv2zWYDD4HgBFZhqjpEzcxSH5VWGDGvLjyb7OEUMC6m3OLE6QvnATpfLIoIIGv Cycm81zZKr95kaBcXqbbtcZigeH5bSt4l5C+vb/DB89mMRDf9h946YtJje/4qcG3D3pPNuEpf5sY jOcJdLbs62ZzJjTb7XorQnjkimDiOpqrdZ1vH4LZDaziUNRunyfWIgmD8dTdtV1EgFA6o7AIQIjE pIzfCnwyYnYScwPZZblAicbiGbqITbhMgD3yiPiLr2y5IyozVNSeEdbYdoLuCDgj6oKOs8Wry2pt BvTgMmMi0aluCwICybTrrv2vJlKwrpv5ujlKKE4htNwIzIlRko/uSGhvLvvpCcCBQw919x+qsyWd RHLY24PpxM1Mr+pT9QmrQqDWhbZWS8EIEyYyA+M0t5FxBas5V8v/fAynADBrTyo57XtvtzHVNlrM PjNXLaRDBhjEsPDKpXynBXI/ZgwxBAc+z4NaC6zQbQECs0syr+1oyukPSlQ61ld21CprsZYu8rbQ jM/p0mq5zB9OIHg1DesYEka6TD4Em3cz2kWBIML+rsYNsnw1AlNpPZT3cW7gSJOBUZBKzog2Cvem bSBixl7bqEwPbWq2BQXyQO5Y7ZMQY3BENAih7WHCeDaHwQ1L8/1x2ZRNteKbAXAwEIEgH2LHp/bj 8TgN6CFIKYmWQjSVafxHJrBJDCKHcpiiA1d9rdQZnJ4jtJfZ9DLo7uzFSnRFf/oWanN1n+O9xBmg tVopv/Ap62ZiqG+z6N6FzRizLteYC7lCGm9oexIznLPJ2flm3ai+Qm9bkhp/uthjQzBhOvbH1kmX 8Blj7YM1mlYN3mne07YrRhW2lVF0ObpL81KgZNmOhTJmX+yiMk6X8VClMaP1p0nr2AxtCsBPzkfI +chcUWJG2PCgl1mUwRJp5cqOaGyXOLcKXFwoBJfdFN4mf+JqW2lZ2VLtAEdNFSW7hRvyIJcnkgmX 7p8+g0IxLqaziCC3BJzUPRAAlY0bAeCIZND9FALaogBNPPxKzjP0LX2b85Etgn3uZihJNzQoaJH/ x/cVaAR8eDGgye3WAK80FYYTqRuQcjNpKlwlHENJyoKE3D87bEtVYs+aKsXwf/CelbSijIZmx1oz gnATDJogf6LLcAshhQADBu1gHLjZg4f8JIa+9vuHkZZyJFavCKSm9veTPenVmjEQQYHSb3Lr7/Zp VzYlwfbb8osMS4a8IEiChbwYZ1Bd8I0XVGM2my1Mfbo1LOVyQJGzD+RDjyWAXA2FM11jTrZCRmRn Etxn9qm7ieUpOq+qk/EWLnEBHphfU9KLESvmaN2KJ0HXhhFEW6mjNoVUkxq/e8SKcSzSCN1WJaQy b2/LOhbluTxRaoS2/bTFjtR5JcfK9IqYrIpCpqNMAE4aPuNxwo0MRIoYpwms7IK4/E1fyT1tI2YH ixYMqc7ZM3zKQWgiytswkBn3cl5WLLB2fxBgEGEJOGSjVcv2VJN4eWLSDtLYfIDCH3kjCmUChaAs 7gFgTSPahpMwj/yqCc9oDWg0Qi8kQ7IwoqCjx7UNRMAqAKwuB5ALTqShgYNqJupvZX8LWggB5WgD H4akD8CmtSqqizSDepVb3CnZhbXAPAiG9s7O2riGYAY2TY6QbuViC5FLUJgp+SI+NEg71dHBa8lm KP129y7XkliMFMvw0HEJZql1IadQ1qtkl3OfVZHhNCKm1gbbPetD1VnlKjZE90rBxSDmyIIJGjUD Q5I0Z8DXnoaCRuDdQtsRTbg/7nrXdtkBmShOqJURR84uCqOppFerSNipzBmgoceayP9XZS1VDuGp Wp5DtZarCPzMb6kziftEVpQYoZnTsm9cOddzkikkaeLGsXTHaA0iRmc5vpoee3k8VSK4YdbF54dA p08IVsaV8TBVbzaQ+OYbURWDbA1teIwKQS6cz1PlIuaaXXHhsvbwwofmFZLyMEQE4yXtjgs8gQA/ KlPjTYRPmahuq5qMkjMyfAQGE58e8wEJlYVRobO9KhLrwkc3c7sqJ6w0WZDnl9s1F3FK8GLK03Jj T0rdIz7A4GICIy5Vxn71GK0IF8ikYjlCiUTM6RYBoWk3BCWXRvpNRH7wkCmQbN19Rrw9Trtt305Z NC/cBdBxF4Wm154yACqtFhMDEeRPPHqU/2bgIVACJ140RAxzyQAzAMLkIJ0k0sLEyTC5GctGnK+s fT8WYmbnHATC5ljpPJO1qSWXIvIYe+mdKc3LCnmn1aniWt8IyokmMm7NTG1nB+6ZYRcW9MmFJZyk zba1y7yy5FxAX3wywNGJU7Slg9ZT+VfvXwB3bL5rN/FtPVpGEsc9uWgXgERYXk3Zl4gizNYaZpEl t6+g2fIJI/B9w/fJ0fK38kNXZnpbd2mr/SVV3eVs8mptOZ3aOaldql9reWTV3Nn58vLArTUw4CYR Xdj4meLcP88pZLXVHLL3RIQtP8lOXAAWJqVQRCFYC8VqHzprEW6vGlefys4FnTA/aoEhFkO8BjcH +tHcZUIjO0W1Qh7J15aga2we8msZD9WZWalXmYW+pp+T0YG23JRenKea1gl5baUkBZkWHkJSeqNT Y/ojUayeDzNVWXGHWaczLdaZ7drbX2vNRDoNgEnl8WO6sVxwTLvGZxI8JoDD3TeVpdo44sVmN8xq OIw9MjkpX2BeFmuZ/2q/8DKr84MaDoicQM/XZBmMYHYS0yV+q+qs7mS2tgNlO0YvsnDLvnR3ycZs LKXRfEHM7dq3RuaPxiRJ2pZdlZuYSyBlHv9cIPbbvPyvpwkBhME4bYnug6eMgTmgsuW+j9JQd3ED ovArFArByqtKw8CjxvWoaWKWfhdYAfPKaPzG69XKoqV/tQA1QCJhlUGK9kuq22lAN4RMBDuCAkMT c2ManT5guPojKThSWqc/Ksge1yju8RfcNb+UkPhcLyDHkSukS7pIiJyf9gdSvAlgacCJNcBB0DES gkszKMwpv/OciksMm4Rcs/5SacvFuhWEwBkz3RQbhRtQ02uzXEmOTP8y4hMrIQli86hQzy61LtdS al7mEB6m9RnP8RAnFqmNf9yqcM0kjYr1gmXIXOwzdvkqibkuFm5gLd9jLeyEtdZpg+CoGMoAoK9+ 61hxbeCJdLkJTsPESEpEwSYTv81T2Q/WqjAMu1hy6uBKMdZL0JknKn2zN05VFqp4UWlpA2Csm6Pb /BTZXTnf1Xg92tQE9ndzlWvsuEBGv5V4IQUp86quaBcALPxdTHTZ3sWgtxcsW8lX5UM42BxI0hsW XDhv4wzQAHkndQw/9SJcJPWrxKZvXeFiBTwvDd7sKiEFLdwGB4e7ES56NESPrrfL7RJKE5gZFnQS AaS2XO13QkAisQ/qcUZyvWin6JZpBBMZkF7+zJzLPNshUJhhf5lc/3PTglI6lQkXljPYhfqYKgUY VMYHItlh3kyZEM/7a6jSPE6VCkQqxdJmzPAM7whr8qTRpMjyR2oVPusXcFFTFqW3/lEhQJiymWGh Bp1VXKIevp+1JSAPcmRuVCWA0p25zD0QFqCRg/HSXLKtGG7m9mkuvTVBpERQ7lOUgaVMMUKLbU4W HyuYtHbRt82Tk6S2DMw5ISP1Xbq4nBSZyTHOjIfMiYNNE58BMokKYROT2JKFMMYolI1Qt+7LRa5X FsLODJiTq8hjbxQVp1GczSO2rmnWt/g0WxcYKFSUbK9KvRztRENB+xIYkkpahXHUSRsyAMvgMVg0 6dP8y4VvuulyMIUiOBVHLUUgbmHdV4MwwHwnhgmZQGtGoG11MFVnM3im4SNZpCUgncFACZxUZWoA 10HMnh8ZNvCVCu9zGo6RBCMQf94uhaqMAe4UpMziIjsB2kLDp3qxYB3LzArcvEfnVlI4yfuY5tym 2aGNXTeJk4VoiSNiQjj1JDftfWVwWQbDK/YrM+aQgaI2zIbzNmJeTNWJxRgZSKscHxDYg45NXcTH gk9BkAAN2AFXueVocuLSbG1J1rFNePI2LjDBcPF5Qgaluz/8O0+se0blKQqlpDwPYa0pCBmdyb2A yNVa0CT/DI9U1ItNUUaPFV39FS8rCS6dT2COUaUWjldoEwSsArhugdpfIxmqMlOdoT49Gdr43R3Q mLI+atLDXLlauYSRZwBL8xQUWhr73e5rYqMxdQ8UWRWBvx2hCm6fp0aOVr0JKCctj2zjSKaVFlla Ev9jJq2GHvhjDOgT1wo+XKAIFZ70xu08JgG9u0Bm9H1JU3kiGXP19mU1v/Hj2GN4qypjPyuhjcmu CrwlkrCQExunozqZVEMDkZ9ddl3fkTK0UEI0zFvKkh9V6SW/8obqPyEdq2HnzKnRAra0n2GZ/W/T RaHNfLRU6w6yitDVShaAG4+JECClcl/aM9CcMuI0IRq2ZFHz5wJjvPUFkvsb1/4n+T6pMKDDMP0r 4eG3iXEmoRlme7meNIC7ZMGUqGG86J3XFFzMqWXHoCKL92u+gpH0VQTK9rZtp0uP5uStiRnUqxiQ Z35nXkkI5s41Ai5D45CtPXeJ4l11x4gl7YV3I/D1dvIZCZCI7D4YP/dlTn0o3NI1Syjul0eZmgUw OSuwXSgFwBdji+ndUE5xhhHFS8aud1tKkBeqR66xMoas18S2HNtweNULzbPzm5FgCBsqt0tCF8rS NmA0tz+jhwIPbbYI3oQJECGqdIjWtCR4jjJ2qFhAZRKXqw2K6DIEFBnxiQtR7/duSHi1cbFFX/v2 yiXIIjiVSPgamAWZ28jXUBSeYzKhHLycB3OMS6Uro+TVLSJ9CLRa6HMvOnSiXmklUGQAQSHzS1Pt JMI3DCUNQ2JO/7bPRojZIWUZ1zVSea51qIzOqQIG/fkoR+rCbmrq5v7ouduS92I2xKPlIi6IchcO y1HI81J7rEV/mkn0OuFn2B7kXilRPMrR2oSZkKPGQXRi2imfEVdCtd6DQrqtlQ3AROhMg2SEWrT2 xCK1mkoiL/oXC0ktB2tM0sgEqY5P8HN/MnU0QLhN7upQVCfFu0v5xZ4Il3IXoYt9giW/K9VEp5VJ JibTolLphJ6pj4SgREqJbwwZrYDVwP2GA+gIKYQo7/qcxt0xQG6sm5xIDLVsjcCvL6XEwcy5d8bw zuNGRI5Ms2jMShcxDO5Io5do5twZER75DZIgVqKoiR8KJUA2SUQpiqi0RqiZvwZWfWc0uG9Il7zn DQXHUrv4yRNPNbQR6ulrKf64c1aqX+u6HOgN68kJIuLwy5MUWvyiQ+gNcUJyeG4Ebcyf9EwY7BVl Oqvw20kWQr8UhscQN2MuYFGN1PYrwiI3/fupvZGyhbS6nIhTg1icCE+ibyKAjZa9ALT1ZdF19kPO piACDfsZ6OqThTBehGuwxYcA8Ef4tFMDlHRQAzx2rTKVUVpSrRjSWbRXcqHEBSlspioYFV/y35a2 pnUSuSuiLTCG9jlOEUHfRs7+SvT1jVksS0aYtSDRZbhwoTGdQDMi+p2v40PYNwGe5TzJ2WWHDK9L Qk72SPyujgAYB3XH/cijFjEnYZhxIa1GhjKjSxtOtZZBR5cqxCnjhEYt/TiqoAb3tl9dMkybdLeb THsYXfvH0OIa5R5xRlJsuEdeS5kqYTVdPl5qEjE9NlyKRgBlpoFAtJJe59U/sgCtJevZQ0uygimG U/WGBQ9Gmw1kU0bp8ExKRzZgwC1uSupo1zCGmijKugXiyiwdxhk1qEzYCidrKYxvp4cKhb4NWulk QzpFxrK0asWqDOp4PjjE4H3PauUwRlACMSAvcU3T57qz9Wc5jyQwd3H/KcZIicWp9ZyB8WhAtRb2 oBfqVF2IuvK3QGIcMyijIMmyMVPTvVyESGMEJ1kgfrsQxuJaJGYVO6VXyMJo9EReVkAOElq9urzI 9hTxkiteqEDimpb5kjOxY0iGkv+y4ba3hXCSxjZay9GyIs2ktUAEDxRmvZW/6pKwDeAf0dEmXgYL mIrI/Jd6ffCX12ld+zlz0Zdt5ZwOa2mFVeTMDUleG6dXBGv49EV2LjYWFFY5r2iIhO2sS61JVhsi jp3KYKQyg1+xv2pVUqnwljV49xxR5xQVq7tOoZ+JsuTyulRgHJRlwGwgE93VQEzlNISIfBaeSLoc U6Dx2a+IRUJCO0XvkSZha4jwtFyNidZTEGsmkjmRlDfVq5gCrNuatS7uclxMKslqRtbWq81oW8OB GFkIKZZdsgtC9ZfoRejQUVTTKiticlm952PlBAoquVCtQlKDS3amrzzNIE6aq8zNgC4Ubq95KYyT o9CteQeJp198VHYrbJVIN0b4RngeY9htOuFvh7uU1ou2zT5ptN/47d1S0UUV3BDPZLsPCEAdi2qi RhvCpI4ZIeGHaVHKBPOTFpJI5CAUZ62nc8IwQpCpP+HhPZsFRgQb+qcPu3QwapysNz3EpwGnaBpP whngDPjrUiYRfJXGZMgRrX8prXzQmGJF18S74bGFG5vonMHfvapbSk+p8vJy0wp92bsMqwcvLbmW DQoY6DGNRn61FiQBlAkBRmEZ02ogSOZtOGCxmY5O+Xgiyb6naFyGC4w7L2FFhV39jsk3gn9kO7MN ksxFm44DMBsDjGriSu/NsyvdZNheF/5jJFfrYC5AG/KqMSPPYVfIed3PMxgMowyJBA3TGl9ubwKR 8uA329XYpZOQBEiiJt25wIfEYhNVAjFU5Nxq1NszIEaheUA56NvFAbRnwSyB9RundVBW4J7hopFM wyxJNv6BpAO0v/yvY6I+xyLSpJmhZ4MlQAKCekVGdLPAQndmWvEgqyA/qsEjFdcRmqM7P3IxABki vrgeG6E9S2GtWfiso9SRy2SBjrQYyefENHO0ApJpRVj5VjaKvKCmyoPq4hSe+WQpFhQJ1l56qfVx fKvFkisrEUmvIRByscY3d0UfcmCibFI39FgXlhN192XFPz+iOgYxyYvLZ1vLsRWUGL4apt1krLoV CuyhX73IDD2BfNdiRm2lJHbOqlshCUa8zPqnXJQvlJiCjf5ZfUIKFp/wUdVUZqFPlHWKdU81WXlV o2xe3k6jRDH4fXXVaSoJNNI1xcDA4Ma9JFlTns10qX9KU1cpfFIQ26BuaAnxjo0NG5Zd9ASP7HY2 k+rNbR6MOOJwThRnhs0vsnC6BtjtudEyHrhRgCLeDa7S95xZX+t7mZWTReoWnoXGpYd6cafGwAVW 9GpDMzYorA3w+4nP0irUlM0hI+dgpF5LGnFk4T6Si1pxmEb+JC/Qk4p0glUYJGkb5NY2LBq0jwhS EYU4U6KBCF8Lb/2WqweeuiAPdXgnRXvSKEJ4dsAsg5pGk5i0hbc7WcLAWhsjRxv9cxZ8MzcNiqe7 hZmBwW3kx7b5bzK6+hSUcx3ToRnR8KaXNVdbY4IiVfrgArIy0jBfapBFM6nEb5kKmpkRs2kKjvrh VuImC0/MAOoLh3VEFKWVpdscIrJ06y5QXMsmNpVWFEL9cpgWSRkCPZWn5ZdgLpWRoiDiltzElYXy jgIi60chMUZoZs6g8wx2ThwGwLvrAKhVIaa1L4UCxPNTv9U+BCMeU2nBWX7LKjRXlbDCv7295LGr Db29vggx4JBm4YABQ4lP9RJL3VUDIARqdr2pFez9erm0huKpp3kBDqEGBkqt8MIjFpXL+3RWmwQG KfJ30IHBszI6hYmCKr4qfMM0pCQfU8QLRQi+vt1vAMGyXhtzKL0YKTBT8olt/aAN2/dpd0sJsh01 HZn7Lf6G+j6fKlI9W+CnikXhCjYtAmMFHEGwTuV2VZSUsAgcEzKPklJ1remnbO3/kx+hKZQrxOsm 0xZHfGe6Gee8poPInOk2HHeGGWUdZQ30vmJNmQJaIZnZWn1HB6iuUM5i0n6XZWIZjfb/V5fjomke sYjvD0F1kdD/LXSx2XdjSBh6QAdJ0oTWyEhZBNtE8g0MThQZZ9EhQVe3N6A2n9dKLFM4FTWMXjgM QcjsBU9sFuH9SpVJI/KHYeymCv/XNnYFlLoTINk2u/8SbHHIb4SAixgp3DkeBYRlNibjHw4Y9qjf dFxT/3TcA0+0RUFS0hin4pEVRQHJTEvLstvmzqoyOTQAN9Rvk4a2kRSNXEZAzPjJkC2VeqspZvh8 RxM1t3Zpk5z95K1ZFNVQQnZlGg1xlxiXWpazZWLFU4U+1ERMRBbN3eaJ84K+01bQSQ9VBeUcJKOt yldkMxCQq3FS4SrjMUkmeTbfJaL1TUyOWUT4fr+w7EwcG1VjEYCKiwkoBd25TUUjtsV9dCxussGy tQhIoVUkYmNqiPg+t7IIltY4paSfiZTNxETqMr+OpdrmiRGEpFYDVvcrHZN38SqL6NAzbBX0YqkA 1oqVR7RO+AP/1lM+hxTlV21dXIKXTgcdSUf3ZJhdoA+n5rUsaoxgX9aEhWzO8WwoHyMsQ47Ppejj srA+4VM0lM/EogQ0iN1ALzPugnmenC1lVoxBX0eCejmVqoiMARUygiSXkSK7ANND4cQj+bLl/FYW VEyNVGxrH8s0XHs4OXNDUr9hucOGc5ZoSzNQTdSksQDnco/z/hpL0BWdsM0CEY8QfZQi2k9tp5xc PTMYh0JoKwJjaKBYsghomyztEb+jNrK2cgB0cnqdjNKaWp1KaWNWiEJH0FwAkn/ebTLkL7EdMvgr 7FdWif7QWkHD/Ivs2bNBKsJ0XrYprgu31FP+ZnZWoI1lg5VUKTY5lnPK2cgkRlIQljGkX7Ii1TKe M0KkliiUMknGmsiAjYMBNNsH2xqE1ZhD3+bBuZfRN36LFqL8KsFozQ79DOgTo9OdYGml7f1aLUWc q6aesgB8EVpmUVJROpFVZsP6trgih54+VYomP4+e+lDHzCxDy/VMkNEizPXWxmR8AYWR1R8sdKM6 dWeE2aeo7SsCLLusq1t7LUWV7hNZUi1nRgg+MubYzKSLQmh01dF2Hf20MQ6QaHMFB9YhBwumAvzd YGIOdJiASGqboFL3clHUKlaUfTqMET+5Em8z0ohXfuPAgRoogiWEw1dzScYAfCH5OkZkH1DXTm0X Ae3TMDPZEJgzfvBPVpI1t15okcvCEOaRfiyL54prQPW2+7Yis55txeojTX1fW+SWVdpw3hN1uB/N VgxFbSsJX2gnbMyw40iDksfIndHROOGWGuqVYabujM89oJOzQo0Mv037qZtQy4HydX3KK5JgZhD0 WxiwnfBKqCagMhgI29ZKx6vhNKvjcU+yNFNgD7xQXsWgc9KJZNcNR4Glackb5U4y4fYbmHpCPOua jrMDXNF2v8d8fbGK8SkPxm5fXH7TVRseBQlTAglNGLLhldnxRm0yY2HFrAl7wVk7H9IpWmFHFpCL xUsSSTgWlZSbIBEYfjJ6PRoQWbHfkkf3YBBbnIBxZnzOetggLna/D8e3QEKlYcO0lmDQKbiohLsl imcI1EtL40RINp1cxPrMT7aGwjRm3qIMKCDHllQUWjJDbb3R8iLTi6RBnnGUI9RXoyUV0DYfwlAp q4Dk8kTXsBpX0F+SQVAUng7bFpLc2AiqQKuLw/kQL5GdI8NXRGWkcUE7PIK7kwNUWC23/KEiNqRB uLskMMm/Ar0EmLzbo5LZA+ruGApvcB98BMWlVUTekDMGxVkompzVYQwkHDhBDagAjquK9AhT62vM p58CQMgCcytir66UGs3iYIEpJKShSiQEhYcsQr8JH2IZwfQrU6csgW8IUP4cZfo0MxdNCD6iCvmh w9AG5mhmeodSlh3mVKydLL27NAxWjAuQ8yloGx+ERZDGcJWg3ryis93lHb7bUea/6tBE2Skb3sEK YaQeLUmi+jJKmFnWYSJpmAZigb8WMxpuW4UjJD87dyj3STsjHx4UDnICOIY/LERVztw3oEEciM2o KKXlQwagpuTzljOMKkTNUMrPeF92IvVpbRlSEKPkvEpL6CIDHQ0GDXDATxDUUwizMohUTmGuBd34 ygraBV0Nl3qpkmwLsppWDgQY6Gnzf9QymDb0mTjUr+oSg2GtFa78XSKa3lHkT2uDYgMXYKgnwcA3 MlUbHNmOA8NGsd9bzfW5EJJNdx2kqeZ0Bks+sl9HQpPikgXEC1Ib0lz+74P/4akHqFgj+xD7KMRl Iy0GEnnfYimM7dxqI9lj2jYYUVAmzCpPuySzzcHG+HC4UCGTAeAwPDNPkYXmt1oYv/H0ExFho17s 2JBisWNwvLA6TEIyESm08YgwAeBDt6gi6/LwzMOTWhz82BtdK0pnrTl7iK0RG2PKXABVECNvDgmH LHYjywSMU5oxDy5P86KrfJcGfdwdxKdLg3ZLXnXd7qdz89b7b+8mawe0m4UfX49e7NW7r7zQpVe6 uB26W5/2tjDv8PIUZ2/qevz8/HbGe9B60djP4+Gpy8+9r8bYbgd59jasOv17PJ+PZ28u+/nS4Nc7 u9wtqFjtFrZ2YneTl7ea+WuQ/wBGfutdW3l29xX20zvFvPnLW8X08whpE/z+x4vYPh6/KPCunC// e6+X95T9NpmB9t43U7gB7Z/Pz4cJvCnsN8xL8KyAMQg0jKkto62euUtXjXOa+TgtSLVBRO/o0Sxn IWC/w6Lvlr15PGmDC0bfDq0si7ZNUWGpk/cewjNHhHOBQk9GApfMs6WwVHwg3KWBaAt8aE2yJCgc YAu1uItB4FnPCc+RQ//ZAEq6qjpAy1ZSJGSVS+22UD2FXO9BA4SBbOMLQw1gxZHZ6KKq9lPtgy2E DO4zbbLuEQwc5hECVWEKv4hMem6Onuu1rUJ/+UDSYNYkmk0HQp74yPdIOo8PIfLTnqhcXIN1TvGY xOKk/wq7oWtJRG5SIuAKUQBazEo4AJKACTxdBIYy7vMHIDTGHCb/1hKcFDKQC/5xTAA9/xyiNPog MXROWqSJPJ/vHppB2gX9vKk8pAzD3j8n+ynnNKwHtTU0AWobKmJJNk6ARr715A0G0HNj9RtCZj/+ Jg7aLQMRcSpKbq3nRiF3rxskG9EM3OypvqH9oiAISkiINUyOvxty8Zu1Ri3FkYnBtAFQ2qcIQi+8 dxOVVgt2cW/y/gRX/mdfha9+wsdWvrrS6vIr1Kwt32GshFFMCotTnKsMQDTYrGDVyDKWaoyuPnCp C3nKi9wWh3jhI/zsQbiv7y8ry6hwqHtUAQHL/qoGagkykzq+6ExRIqoSFMU7W0iLSEKMFs4UtVxV 3Elcbe0miAZEVnZMEqksdlBoKAKRATcOhRzwFuXLYRIs38xVMoKWJ26Zs7hmtwWFMLO78ugkxyGl ro926b+oD1nlK9NyCU/CzJbwGyHLi8ZmRb1JfJ5K4QbMdI1fjGhNF/0p2iAa6V6PzKZT4Vfped3E JH4imcFzbaf2bvNDGIU1bYmcEwmzuYT7St+NbAagihGqjHLQ00vTPKjZd9QAZ5dgkvZ8txt+S7dQ 1W5SJxq5VDkLKE0jTJoL3FAlio0oz9JhvXkE9RmYCpCLlXTKbmkl+eJvaQn1pVTDoHbQMX9MkjOJ BXU2SOD9Rt1KrF0Jz2ZqFM5U5EjwwjutOzT7Q4K6muHlVyevgEMqz+QmSs/J8qacEPsSq+jaF02c xjYxitGoKz/E8TJw7N5dLS3j3ayohUj5Ao0VBmCaQp4KpE7SjkYGmmUynML2UQ6SQSahOM/T5MMY QBsmeXHtpUX5GfGSZtXLs3GSjg3q0rWag7KeP5wSytZYdTH5sPd6DYukPCiRBylAzh/YgdR0Ddye nGTIBqAhjJHQGIJr4tJEuAbRA3yV5HZ1Ep32o1cyhbBmtphqy2jDKFwPjvSrTN21yy07MCtw+AW4 54dWeUhl5JESTHFqzfsb44lmlGmgL9urlpX75ndEsIQ2ODUR+6S1YL3+QXjOy9xd9gIdRmK8Olhv FnLw0mn3dTpnia04w9Fbt5ikSlcWUcrEQ/ISjSFGHeROMMHIHvaSM1nOeX+GHKdX8gnr3M2ypLzG y0kbHx0Pr2d96zWvYrChZVu9GFQXDiff6MEO8iH5V7nU8/PZy/l6SaoGD21+G63aiL9ekgt/UFvy ZQyUSHa6T6zz8isbAxobopGSO3ifYYOkwQMZpFpeMy/LkvChTS9Qh4Heneqm3l5m+/Xrq/uFtTQP cpzoTae6uCNYQvfjoTqP9967irak8f3x7+fnn5Tss5xQXuZVhnvhoac/yAkN15sN0WGM373YlRwM 8s+TDvDYVJI6dPSSxF4ma6Wmj8MoaoJSvX9emNvoCQnNvVH3TSIqp2ml143KkpyI0b1EFGfaSgsd /feQgz4ksT2mAF8SXpsXfJj8NJMPk7nz9So3dvcxVSyFbNRyzsjrcfxkOeHItdtqQTuGEQHOWxwZ G47KqXe/Xpl6iS059IZcVuLw53+i0DuY6CU10a/cmxYYRnMtDzYES6Sp1q0o6ZkbpiFJPacpGE4h hmojSClgBbRJYgRlDM5YCSCi99rjk1iTFXLczC2fbK3cPdTOyb2qghIQAzYOQRCuVcOPF/hy0DMA euioLP3j49d55k+/rteXp7cNxeC5ENrhZfa0jvRb+CQ4NIZ55cTuy459iutYJms0nsaFuWSv45PE LaYw9gJXdps4PYmOB6vec3MOyyvbwgd8Qw1cECbUaAEohS3wVWX5u9+kHjGeX5uzgnbRMEhBQ9kj YyQ4B3sAYyKqheSEZ2NUKqhP6To6UQVnHlWDHWnf5SB9Ca2AVlG4RBK3mPVsNkEk9lz+6OUquC6J bygiL15XfUaV8ZnK3BoH4RLSGiPeXVmAvlkvvTImQgNrRsZCphIlSVt0bqGBR6OZtlxmo1C0n+Sc WktvSpsSGNuk1mZ3AywHQR3LgjNGSW/kbwoGjkG9p7IlMpIEnq6naaYg6PrOYlFHWQkhmyhvmijw G4+WVJSqbmAsFokmRCEkHySVhkt69NRDRXRKRGhmnJBnsBI1TEiDuhAHtIoYC09WAHaYjaeQaIaD LJCS86Ig0N/JLxdjD0QKi9IpBjFC6G1WzQiBR7P7UIpIcWwF8TTuGQjQCUlP0YTztnGacMi/hVRa 7g5kjGDOYEmur8yrzDKmuE0mkVna1cCojJBtpAvunAZQTW4MROkTjYKJA1SJlyzZaFvto9ACx1Dy w/TLBLTJjgIqvFB0siTeAGCDZwvW2r181jOFrNPNaCltpY/xRQFiDmGoryBC8MglElhozAJorwfC DwU4C/A1E2FWD4CoBQsIHNwVbgB5wPdbgAucAzLSR0Dgq3pAteFv8Yn+gHy4W1D7FXjAh7eCg5TH LxQsQFr4+y+FkpO/T3GzooFhoL0o03vE3z//OUEZe7/SU9HCa+XJQABaCDCHQUB/vTyCxqjqDIjz hDTCWd2Dlh4PbxsPfjEryCEyHvzqcW2ZM5frPvOptJQgC/bX6kUX+zbnjIS3hSm59QRmTodu4uIg GQz/yKN7BN9cx9ksti5GyV94RLicvW+dYh3QE58yIxkFH/XEJfhHXdIh3qEd3tN9NQFAnRfX/1UQ n3WfR9g1b4L0bL3I1hxmlhoYgqYjAMohpmeJ5giMOY/sYKtbHqKeDGOQbGkGPPcsEb0yqsgPX3IH YSA3Kir6YWdNneWUYAiuXdCMBAf5l/CEWMmGdlle0Yc/rIoSsPABUpGkd2Eg/vQsLHZMal1QoGuC NqzzJoWbw9OW1nLFaj4uYBur6/WtO/J00cRHK59mEEVaJ3ZaQtrCLcI1APj0uVxWWutLK1NSCaH1 Nojrs6We0nh9C0n1j1JskfAGcXbHy38TcUuiZcANY2ECT7a8RdXx+lYrUuvsh3Bk1LhoDmBrzC4O mK3leMyRY6LDyeAzTfiM+ARmPJQKOzZTBZDaUQz9aAZriCDIlbUURovXLCHmk0vxRJrU2cKZwz7Q ce01Hod1JEk6LQoYVAXVNPFuXGZdWtG6MmBsW+byBBrlhm89n5A8GI4BZciMG9nsj8EsgALQTCXz Zpa9a8hnA7JMdhDTDD1W/DVJUkHADKqTfc29+JffZAjoCxO+Crv8TxSjRvO2XmYYqLQmYvEsqM3b 5G0MkIs3K6AZIwvNgD3Jpktyvc6AvSObiBN1xtAXU/eeMidah8w+tr7qDL1YrlYxtp6y+kZYRlG1 p0V70lM5r1zUOpLZejFr9t7qqjqjZbgZM5kuvyZqy2SlPAs6lwWzG4eyTJWHuM5wsx8k8YUWbjxT adOPD0bjH5hS70lNZJWRZ9G6WPZJPpQK2DnqnFypWx7kYqY2kZ0gSFL8Ir10LU0i18zeZbYKEVk7 olrt7k8tKo8sIDplvdjVAgcZdNcf9EhnpYVMywiXOEtharwkkwwp0GVWg+AR6YFBsm5QIlXx0jO7 KE/juQvoyhKZl3/JPLPJbng0Po3eMlvnTjVIsjLAJLJiKWV2rMEJTXIYUQaT7bayRgS/0J78EpQz eqhtEsUQ6M+ts4kkp1nXfAc4NS5PsA/KFCuoOpEg2WPXTaAL7Vc7sNKvVtD9C4kkfDBLsqNTPbDb poJ2/qColLX3E5OyGS3fidMH1RIKqXISolSVjZOW2u2xgkvdyUUmNMMKsap1F7uAqMujiaUx7N2i 0Si2zHeO1VKFq+L4UiE0kWohwug4IWTPCg3ecbGOGIjbygsJrxtrUwCj7WsDZeIO6VyhwHhEvaKB Iz3yx5TGXdUH7xV40abl3Qs6M3uejj/jOGgW1uUzmf5dxuQ4WTr+zxGEYosYZgKMgy9WXodufBgd jCwLSa7VJ1HEzMPt1Vp6J7KuFbG3q0TXY6prhgUWu4KS8XIX5ezKnfqU+qoMoTXLY8Emxg5+1aTK Hn1IOFHbZWuCa3NpukRdCqjm1tXhSbnSdc7TKol11LtBk4+2/lUsqfwUCyFD7pG26TTVJoAiDKPo NlqtCJNtHNBS/zVoCunZHRvZt2zEvRcFOX6Ruk1TUalaXEbkefttAHVg9swwaNKeeLrAKdvRK/TS Gqw5NdtwjtqyQuPa7JQhM+1VwcRbNSS7BBWcM0sIhvPkiScmUyEuC+oJD/RfvK4+1c2tSrJZe8SY l7RtEZk3KxXhiFJS4nwYwGTieWAWiEK/8UDXibKC/9x7WdKiQMtaoSHBEqhHiOuVexvTPzlMX0Wl Eo/G6jRjFTCVvxJ0VliVMcc0VhadhPMDSivfwBUS7JtEfW8PqQ6IIrvatMFd8qI3NLLPKSFlmwv9 lqepKWnxHv0yJKpNPsjJxoSHPCZXMymjaIN6IBv77cZzFQCRPYMFB127yVJQGZFxxIBMlB64dp+x SkH5f3SzrmN8+qYzHCCZxhl5cG5GRxNaQ6X7kLehEMxE00iejmYUMd6IFn3iu8x8mKZNhkScuYY2 bL4aSPslDF7EBxS6dwWEPRQNCjpJttRLCcK4Uoyyze3PZFkltSI98nL8yKPU00vJN3MDD8SFaKR0 tbFQRRTyogVbZ/QRPLrqhBD+VmwogDbvPNXv/hrCvGijwUJYXMMNubEBKNpvPsNU6+ZBlFV0K5Na Qswt5WuUktKyhY1pyFJk2VMsOBmyGkI5OzMh+SaVh+uY6J1NFynDTpuCqz+LL7kggrFaFtTx1PaH unjc+ka0FbZeJfqB2GaEGOUdfU11vfJecQ3vSQ0BTZjeUy6FZvDx4JhMZFSx1ZLbDuNtfMEdg88a MOjMgtkWU0Zo3u3lKa75nIzPtYScn1U17EpAcpDlSFbZnKAlUxo3RZIgR383tJUXToNu6yBUu/iU UC2w0FmU0TWBZh84EnJ6GSu5CW2z3ojQO78wF7EWUeiIJvPxLj9r4h51mJlo+w4PgwXUMmNCSCxs oAfXzEOYQmuDqzcwkiW/4rNdhqg4n/+ZI0Oo31zOwDZv03hTpPacJ6Uk8u5qQJhzOaauTLGPa4+d QMZANY8vu0loxDRbDWVF1fFrAzb5jlaO6Z/T9Tco84GUel7ZdgQtPqKN8zivufgbtXHXTZpnb4ev TL8ZkgrzLQE0Itoz2JZpXTdBQPzwxrCKBmQlEZOU2Uq7sqPfPAROzO1OcZpcNzXvd7Ltkj0xUXCU kvH22GiPZW9ToWkfUhkPMBoBJHObMHM4vtLCJxUnIPTJIEkgXelY1OYhZVXhT9E6H5UrpsKiD3LG m//bJZL/Yq0BpJjOSojLRiaeRG1YQ2PZWyANNm+IXM12YQhoN8PhEpiz3DJmbEYt/sNxSazMLSKv +E0mRaUEw3zc6ZAAmWXi2n2CxcG8IHFFWvty65ITpA50xHWwqFmXimxXxsuyhXxXO7ioD2EkTCjt +hRY6jODH1qW5zCur+W9pSaVpFuSKG2207IfkxACgnOxuIZswn5HGTYlLnMokYCkCEORvYAkpkXX 10JXcajrb5l/l7uN3DZJkkIHRmgoCWQiyXfDtO+rlF2KzZvwOQ3qmKhzrcbnXox20UrYbJ9T0jav pAjrNcriJ3nOxzYcE5AJSjtOXYMews8bSz0n2mDHwK0OSsyiEynFYwxgzBE//W/gYK7rdiyY5euB LzwjipbDFaBZN0NgLOrFA2yGFP22IgYm+lVvyqpYTxlqoFyDlJ7RBrA5Zk7kR+9yRRR4UoEVd5mA QFCgrSxPWTJwrHnTRC7SUrS8msCZUanUMuoEYgoM50o+N2BDECPbVbPIQENZNBg8wwu9DaakgFzt g3eTdx6iFnjzl5AggafRWA8xDJq+dAju1BuMXizL+d1AHY7SCB+z85nZ6+mIK4xyb1R2ZTBCjAcP SVgb4p0vLOUz2Kgxfo8aWOWhAVhOpSQkI+mgW/7jeGUbvEgX+GrVlxp4M0JniQiQog3GgqgzDTql PVU5JC8mlYtmMRTXVYJlmYRXKSb8aq2RXNe3ckrmZZWNN3qihApMSo69CECa/Mj1EF6dhM8nUr3t gEo1fwIzCnsfIoR7LC/3rl2UkKWPyzbYB/GbORZSAXJtEo7kHjgsH2aIEQYOZlEmMVSW5kNLGBcx 5NPER5AxQQTqyczJ0AhHVlDrpNxLJZmbKwEpC5snYxTcmY+9DPjtQi0ja2SBXE1XIdhe3kTXzdEM LnmwKF0IJdmqBZu1tI6YAb6aeQpzPUM5yzwVh+nGRBpLDvRh2xVRrZWkEKYzPmb1crmw6wI9ITrr Va+OEk0McGitcEfmjJULmIJu4lOsp6ausxAjg+kyxDbTNrdjiIMnTbYadRe62D8X62B3Xw6QFavK n5MudrBWICTDJERADWSu7tUNPbtTAFWU63me5NZE0KVZEJdOa+DzLF/H1nfe0GRSH9IJ+WtHDh7h Di8meBacexmL0qXz7ZfP57K2vJNVGTAb8TnRGsGPlDgnztmzGQKsItdDVGI+/auKu43QpS7yrqhP Y01fPTx1jF8XKfhLBWpPlc9aZ2kzH0rNiJySTJg8s01CzX0IyDrMFrnMPtHZlkbiGb0f4miB6Wsb D+MG4wO7oIg8sRrcAWodsL+QucDBeUCbNrUEWGsw4Rc6C3DrltxIMWCPNIgnUPhMAJq1fau+tCBG cirBhbrYfxTxzmIK2jcRSnJlhkH7vCzipsetRM6UQWbXT0mDyspw+Y0RM4m6QDDioA1qw1DHORV6 0mLobkFASkuXu9EmPMVCNU/x2Zqphg4hKpCh68ajq5Lw8iboHbsgSv02mWVjaA6Z+Uhmxyz5/Sqc 3M6CLmbDwI1Fom2i3s4sxNstifTOptiuByNmyAFPJpBoHi5Lv10MizUEJ8NjkGJsYi2SziqKLNRD qgZuaUaGMeAQUCsklSKXIwghuk7NInhLoB3vDgWnyuHpVZvW+CXc6Y9zdEefNFeX0JbAMZlD0QIq Cuch6u5eSZDt2ctPITJRkw91E6aVRthTa9fQp+sOfXjzCEbmGTTFfmWbJsZadh2c8hajzQLJDLZx rOMmPotlZQTJqLhPVymNFyI/Y88kKpWnNkmLkzKM/yGYFUEBN5DI1bOZhqtf9yi51VyEYbBhDqvT Ob4M1o1+tGxmy68iEmdz2FCOB5Agopvze2aFiJmFdHAX4HIsJGGOkiKIKSyJZzC7NhpUZh5hchZS bO5Gm8LhwoG+DAyVWNvguU/O43g0VfJDXuYrWmy+kw7VMTKZH2SVelniJ3NwhwxDxizq+BAgTs3q FmnZVAUjAFboqNSAFzif/DoQerVA57mxKeJHhUxsTySLvGzX1dseBeAM8O8qpF92KAj53fWFZa3o lu5Eh8LWr3HpuLm69OAgQ6lvY/gtbZvEyuVIpiDtwumaOG7tZJAu8fcqq15X29MYkquvg+okjBcH MO9qP7ITQQjPdAv3QVZWHFJIYIKv9Aa4tPG0KMJyXMeKCIWPdjkSL4oys4xqwNTISrJ1CIu6ULuL YHp0CT46fpRq6CeOif4xUsNqjY1eJKAAszlkypI1v3l5zjeVmclODp+l2CEdtZm/VK5tLTy3lVEE mGyXDBpJNQSVHlDcwsRLKFqCcFEEJSpjKXMSTs7epIbl1nmJh3EtkTaCcRwdeIZIRJXfWXxoKY7B ycY3guf2l+oE4MytQcgK4CDBU2erSGhWzEf4pZs6vfO0sg5E2sLZWX6cJnZ1rOS5N2cjLaql23Pf lgO8hgCZDfIQYxLOwIU0YLJsZXaOWf5x7LlUkEiJi11lyGctjFpjQ7l0Ws6vCRTkEUlKY9S33iU6 ou1SSKiLJjGoDZJpqEKKHaTmbwEYWo19I60sZmhoG2YaUIeSrvRG/oIpHiF8ODqxpJMcW15H7wVX eiuAMgjUkahAqaV2vtM147LOYi2OJIS4o94sQFxKSohMYZa3pGrk5tRJ/nlEzfvKsBL+guSQxlQc lk2EbP5r2Mk5ZWgIj3TBqknZHfn4aC621KqrM/w6rjhjdS37bSBBwJ/e+6speA88MZko42jLDeOB XLPHBVUVKlBYr5vNUTO5BWLXVtED3xMFgkIVdUt05PiAIioEFMX8rNphp8VcztrdcLHBMaq0COtM YnE4oMPz/M8o8R2iDQTnwu7+hbRlWyVolIETvAvrgHZmk5akH7yDfMxrECZpFWiuImzVgIIDW8rm NOPRWTmWF7Yts81A8TMYU3AftsUjNOpmMT5TGcuYRXzDFy1ajdNNHoeeFnS+pg6C0EhTeUUcoVMI ZIZ9yD2z++xzgot9A7I6yXBRzscec5ua+Y9pM5+QhVFhgQGTF3maoms0IAidiHJTPP36xOgoqdRd S4SVaSwJKuMgNlNHmiKDodQmVshQ4RzLNSU0Oaf3m+OxUiTZ9FSHBjRnDhB5ZTaMu/FmApW4yBlB 2B/lrkWRPH7QRg76eYTtOOsu+K4k4ZHgYCn2DclPy3ktc3DB/VMWHxYOE0IKytJOaTTt8cSUYU0U shjThwArXyMxvbpYT239GL21kjYwYRgWuIIV9mkoR7Aj0zEFHkyoY+4gkqRoFkJ1PXmetU3gYMCM apmMOnUSXS7dEr9CjYlcUCPO3rJKCgboigDD0NiKYoJINSjY1YFvosicqr2gx+ykEHpnCZYpfaI1 kGI+Nm9kilBvmznOXrIQrIuWpS7vV5cSWpWlIGOSZGW3EI3BOWX0LP3mKWxGxnbEMIPiQplkaU0P 28dzRwxOqrjjDD5LCvKY7inAM6kaDpcOjQ/S/a76lHhRXTWAEhHf0xcRKX9QTBJi8wh6dDIvFQVA Hq8nZB8ccMZyEnRx6ztk2/YR0nFIUqF6E8iR9PIWFKCWMMxo7vb+ZSAy+fkA61o6RiJ4xVXaaoWV iLpoF/1xkWuYeSaUndzxomWZ8DJwzKQF5wmcPENFv2kP80XeoNrEqDZUVBXjsLaNnRCOAVBMAM4w nU2gPm/BknaILhqP3oxbHs4AIjy8dXa/6cBQaLjkF8kykGEkqbJrGU6nAyy55Up8i0bOpWV4PWnJ AEVULfQV4eyNN8/++s8QgU8MBf495YniyvL5BCwGXuHTElqXsXR7e/Oe1jC5/WNqa+gpKyg1T7ns ynCWPKCSrYhlfrQvEnM9VOkr1lAfw0ZwnhLCAPUMowSYHcLbYorfUUUMRRwCN472JxoWKC2mqC91 lWb3TK+QoNBSpCnt6nZwzXgCSTnQsApO/sNOt+GYkC5phxVilmbzAtW8sioQzQwEvezOqD0lCUUZ kjFpIQdLeqTK2sieszMx3hTjia7guZecemM26TlHv0zFFLoVyTIbQ8ufMSRwR48bSQR0Nsnwuj1n LNILRhOiAVDesreJTWgkdX5GJL2nzkw0ctlAmmV/VJL+HEw+mutVzZBcoV9ds4KmjqToLJnODiwc soZgO1toNZ0LEoLzqSYEC9UDRkxJMVBrdGSFpZDdgX1ZBXsjMLzQO1tN+xk8VByxBjJP/kOMFq3l Lw2ByslBI63/0C2MKtb1aPQEnoGyEDGScHzzw+7L57tiW6WwmavGYE3bJF6BiDWSZ8Iej8EQihEn x/V/W5uGzAkhWEgyP0y9WkdYRhSFk9SVQeqS1eIOBBVxXQEJR+I38OmqSLYn9eg3WSa7yPfscVmx uZmcufyqlrgiA5Z3kaAL6MExuSUrv9i9T5V8TdwqZmbsy9gJjtNvCyGTttfCpyKjiI41iMLRl2gi hrgZvEG61FPmlsUEm3MOc1l48koelNE6m/8xSRyHft1+kr211qmKwRqT4xpH7vLfdQJrIUC1xFTv 2F4CZbDsjI+WXnLR1YNbivH3djnyC4AkasApXEk4Ky9bhHZLkbRcWa+djQrRP1Ze2p7twWjgLrnH 59O8vIwGFZRDkyrDLZa3V9ekzdnsJP/x5FndIGLDee29C9JyO7gwWfXiYFKqbI2qGlm74l1d7Lau Xt1dJ6RhF7ZD6gDupO4mJhV1FHWvjM3bjMwecBuruxUJC248MZdZjYxA9s8xSQTYzit7bZ/t065s IKjNFSFvXOCrO5W6jkAssUasRMSFVBGKUjhrf69bnLqhwS3LYFwDfV3xrxnLqHjhlh3SmwXQTQsQ G5WLMsav5mxNRBGrckzaWLTrsrI8CHMf04JfHSsIbEc9ySM7m1H389kIu8+i/LCXfueIPSdE18ym +nmNCBPNjCSeoockvDnRQETNftgCNVVIyYTCe5I1YW5JP922EPNqyEoZMdImZ4aa9Kw+NGx7kQnm EaIqUWcXaRZ74z3hY5lwS1+LfTgHUUyIxxhZmJBT23uDylaaXY3OwBAcKnhTTJgIc6APKy0JBQBY SxWmDimkQWM3jgfG2J8tBQRHDoMuzdEjC7QgZwBnNZwTgKmhsbFKbgPy4DFelU5KHSrR+MlYBpOo 5/yoiRcFDZRDtjDcFDA23CoKwCrch19L7aoUGbOx0llxMyHsJEtlTr0FmAbT3VCEnEkje9QsufpL 7YnXd5/ZeKvCoQXJE1aLUHRkcn5DwAVviVX760Bcib5X7ZSHSf/aPiWvE5hLHgJHrC0z3X5C/WmN BpI1G/MVYer/GiFsrCTm4IlMT2phiJ2PA3/C9TCeG+mEROYUj7VpXNPht8voKM+otuzGHuMxbhFn Ex4JdwSxXTbAXaJedidW4K4aSiooMhUUJBoFr7aMBtYiidRXUKuivMxXlGlHR1scu3ZcwEFKN4Nj n8RQtIjXtd9esqacm/YKqNYGzU7UBvSPtZoaYUZYxlgosqTUGM0OrzEjKSXKQITXlmOas2LGr5UP nCgTIiuT+Ep64jR1ko06cBpmVUV51tfg2shzWmh3LE6tBxgX+8S6nds03kPheuy89tRuD4HvBT4k X8TXPswenJKkmV3cpJwRmo5EViKy1CXtKkZOnaU/6kiP1UjNsxpzZtro4Bhzt9IqfZBaHh/ybD7K VpMpP2itRHAtKJm3XocL9oKCDB5H5NKuKH3xXCPH9WGBIHrjFc7wxMF31im2Jl3odnhy6CiPK2nx vT3JBut41RmJ9wgTmoSn7g8ocGXMAJBvCYi8CVIa6fvDo0vckwUXS8IXI+DPYDNPXCgp+ogJqs1o RapAI8aRx1AUO8TPK4OVUsmkZxGX1y8hTPUUXuSY/bb0wJgtfI5rQYNZVILgjBVDwpyZ01bdMZaN JnqXEYdpoWlIZFJnLQ+zQ+PSFMk4OTJyC0bvaLUBHraREvE242VypuUBxretbmuKA90Unu0Zzblq CgwmeVGrATNsnEa/BwVvUDPSqbG2EEWAoolw0FtLNBRNBu+Slhxq287JKQ3Lol2ojeJ831yaDK6j usRsZqBalLGbrsV+hmwq/5gcdfe5/jaZNIg2qPek2O1nQbuv0fPx/iLyCDn2KLsXvj6Rved76jW4 MDUgbTDLjTbBXKFZa//tJGRyNgcDoSDF9tb9D7BiIMywuUXfij5sPTukJaCn+7xvHGEDMpe7QpR8 ry8G6Oozjno4keU1aqLeJWxp6hTkHD6xqwsz5DvREUKWXAcdNlN5KxlULD0eCyk6//8+b2ELZvxA tUiDA9jM2y978IVtTA3OhYvp4bzBeRO8ggNluylDWDCExDgqiomFYITpmUnDwM0C3FrSsitPS4Zm JaVo4rAioH7m4L5QTNrNlELLpvZJrxK5csuqb8GB8ecXsFDHdKZ1xsnFjLm1duZasgJDVOQSP9oa VJJjYpbjSNGWAxdiIAtwnHnLEAPfKkLRQWZcuY8tUTPSojbomDNEAgfCOUpaovgPeamYKVf2YVHG r56Qx4yzFRWN469WpTu50dYvZ12g3RY7rYZOgb1aCExpdUrTQk/vdZi9m8VApNI3dg2NWdi0lHdk SISCxHAFbaz97D5rmdYaqxyJuBBnGBfd7N/kyPRD+CGtANRiEC04ID/0xiMBNysu4pewa09cvLzH cuCrpS/DIO9+qhFxDSKaTTLXHMR1jXiPEKbl/2KsEUFZVLFhPs4dJBvEqPDX7nxn+H4EsxCLRQRU OxLmqcxfVmeyvCx1+Ke/xv2I8vRIYvs+yaU6HufvCkjpkanFZBGWau38DVXTCEq6f4RPtwWxHKuO CtEfPdPD9B0v98A2Rrg+0aGQsdmTpygao7p7QLd3rcrT2roFjTK2nohrbAVu7pl4GotUnW7uoNt2 PXYCEr7aClh6o4+vjUAJgyYjNLXOGrQRcfoJSxmk4ZKPy0njlgA16EHho3ku3ED+9R4xHEUJFpRY 2R4uslQiLA+pEmQoSSyJ+khGsrtCYVY+GOIwlMEqiIElMdBcHHH+N0bWVAIAvspQGmR76rIpYyxw a+Awimg9m4Mwc0SC8EPCDCMjzLJkgvsc0Xoks/P4uAanSkJo3rCwkoKAmdgJs7ylNIK7o7ZGxe+x EQI0vrBgxhzCWIXO8jR9BHENSn76BnKYXbO7BduY5EX/CB7Dqi8Zt/OZUmtYBlYCz1oyXMM2Wguv +Nc5Hko8OmzGJNVUO8KC8+CwNH8hXLSbWkNS+nL/jsnjPD/tmoRR/MZtbQ6+pbLswzmd2guRKv1X CEhxxa3WqrDR2fmVLl54PfRrqoqeDA8m9oaEbK+FJ6pOWmZVKkvBh85c2jhmjLk1ahRbWpw/quE4 JBFb+uAeHPQkdITv9vzeLwN5xmeOBFThwL4yRY4A3tg9g5whdF+Yo1sQZEQ5MbxwGUYDCQc57Oow 5OmR+Fw0UDUAe23SfChdoYMn81W9Sga4A/21Q6wrFFxbQ+iEMnXQ6Co11Wf4mikBwm4lY1OyTwOA Z2RlDCzfd9rmEn7CFiNjIC/LAhcXZ7pF0wpNaY/ai2j5VhEMqazMRTEub9LNnEsPvuQqEJcnpKEw wRWc2pDMTHW8lBhIg7q4pq3GpiFtHaQihq2n5cTxqoxnjuTiVryQp4DaCrSn9NvbshjEqLsjKEdJ BmhnSDMVrpG8mCIHQBsuMM4WumrWxFkHrliQOAK3DIFrZqlhgTV3IaigWtaUdwAsvYID1Pb497TZ XufMIu6TkFeJ4EZMaVP9YLPcgChuXfjrqUG9ijoj6G0CFJyg/ZPzEPFylHKksFb8sfiiCTOgrZwg BbrdoBW6FeKqzTAPK8PPEiZCc6plDrIJMOGo3fFr4xuBz5B3TiaAWk1ooLvm3U1W+fEYrR1VfJFN lVEHPAaDZejDzm6PSYNWc1iGAT2QGc2BD0+IDRQzXQcjgCSzhbwDwlunZ8FYKmp2V0P2qV3xmwlE d44Tz6XfycI0dc9H3Bd1toE5bhulKNolJFbTJVWS63YtfJNuKqPgtrsgtOtr1D/j1zAA8HgovO9V 14hNEAq5y7VSgJOhZjIUIDQvFW8bwLx6LiWXZDJZVgxCJDLhfZEK3LJUvPBcYzlG1O5HYERU0RmC MlSyYRg5RZlMsdJ4bL7GvuQeTpVKIbEI3kucZswGTNoeoZB3wDIcEhzgaLdoti61SzVQ2tb2Nheh g7SJJlkYP/zmMtlTOBBJpVkaFKcMUDZGZfmRXfd6sYBAw6A6RLE/CyXGSFBsSAjrYCYte5kT2V3D Y01HF3rSS2SWGEMbvSqh80MLOrllYHUpFljr9UrQGmOIoTsHNgcO3dvVgIYoW/ZBDtlcPNrUuMMs UJj1BSbqnA1sDIm+Ey70gAqRTugpJ0RQSwZntsTgbG3ii1cj9Q4sy/RKu3abE1rijdnVQmHI8smW +XYIL57aMoaUxxV2+l8VtGVrEalHuOhcUbTCe7mMoqeo1EZra/y2NvNopQJohK9cVsYD2C1myV8z Y/SciS4abpf9Vgtm0V/2XtGXu2cwabHpTaj6AAWMqQ9LMCthPmXmiUiBPowHeynFs0D0Req7a46E RLDSjtzWMmUNWwelRYQFLw5nMOZp/MNnVxA0U8p2soqp/WxI6Fmd6hjmjSoF+SobRIFmYbtFQHts xGJHPL8F4ajYVrQEoWNHlE4wk/DV+w3KVJqDrJIvYIwEE3k2TRLrIgWIrHLuF3HTYCN3vbXab2El 7ZZjcGesZQZSDcLJ3w2/GFJtsaa5fVGGa1Rk8ZuKzO9zIje+0YmVkMuaojujolpcsR+9Ez9jIEYX BaKQgfaG4pYDgUAu1FrMX8RsAVgz/xh1RulnCCpTYiWhS8hvwpEjSEHjYKOoa1SZhY4xJZtFITYd tgudCgF4riQW5GdIl7wnyVaCFSUauTwE5hw056nL5lCI90jxCwnZduTZVGkKX5XmVLFyeJJrcLp2 Ztd+8sjkPD2aVZBhmHMOmYeWD9v+u56YiaZ0JCUzqRcOygCNWEoYWKV0ukFVomXKibqcOHFoyOCT i89B48KKgUKCQiq3An36l8EXsdIv+w5WQEjwmybE/bSNG5qYAY2Ghu6RrYjz5/X6bY2QrqF9kbqE PYPcncahMY2gBaGmwBMYZF5D+eTuKFXBSZRJlEvTWoe2acR1Ez6I96gKsA1RZMkTLSwa1mxbrrU/ R4ihOxOwxoUaNtCtXEXZrGM5E7QtIGAO8idIjBIuOV9dU0nci6rFB9LL43WX3lQtb/4TwsIrekcG 2mikjWS93DBB0Kv8zUBsiSY8voNlUCFZYQopAZInLTiYoIJSOVZyFgTJvWQmWE5c3HPNMshjgW2u 1LJ3xDexGROE/zGFa4JjszmjrwZs2VpHSbyTXFszeQGuLD/LViqBIYNSWhtHsu1gHZboq9sZW4fd UknunMIIuJXRaZ1C5KjTrhGSLL20elIshW7iYeRplSRwxkwdzzv7IawCynRBsa1YKYKTaBoftSUt puRrdjCT5mLF6dClhY+/LK/ntbI7Gmk1Z4JmMjxhMjERnK/VIQZ9IDp+lF9tUZHOc/AwT3bNSjGS olDcosBoiVgewnBsYOMxAUOlCvWWvCWKsem3w1qVN/kbyvjFCGmbdkKUKajFira7ZOB4a2wLiwx7 RqmfFVaMoxOlpRy1hzC98gBxk5EJWJs9TlTQuyw1tD1BxmVkJanuCWfF+ks0qsfSXHXP9rWiyYik E9JijsFmVsy+Ufw2J9MwKYpaBGGR/OV83YQYMYTSHiVEMxT2tx98+MuhQbUBM2GM9owFNJSqUpwh AzhDGJna01NAlQ23eJyWu4VttqEdUY9jvib30ZR/lMGva5k6AqIcfBkkS3ZBKCutZ8v9TUHwJVyV 5lJw+Eq2HAWZnAU4iGJMjkU7kLHleRmgf9/eu8Fa2FKa6hjiyWBwOwEYTwviViBPXAIKxMj+mefQ sywnpIbvcppmgv68pK9+uj8r9xFKZBxMAmESy8wKY13+IC4f+rOc5OyO0DMXiK98gTE4byi99zy3 XVQNaXKYfCcyiw7zwIoekhbULrC7im2kMhynFaE4S3HsTCGjm55kXBrFV/ZDUrgtx7EFo/+CHdFW qGswFrJN98I+wh2SlXU5iFv539/JjUx2X1byQl/YkJ7CwLy12JeySz+cDHs9NSu1zotrEOo04xjl t3l9HIMNA9KgzEcekiKM4C0hVIHIdghwqijBVmakiK1XJs3Kzd8RkWVc8pyBWfaHXxjFz8VMTs6E 6lTUyDzcocEBuVpxISQmFL9Y0ZaB1mAGqizZpmBzqBl6zwjzNoGHbAfcxbFdvLCq7oEM/ssWUISF fGCYxBpzADDWuhVOkZ/LGdrxcdEkJ/e1csJBEgoplO4Z3U77Idt8O2FbaxiB74sOurtHunmiHZCY PZvPGTmXhb8dcaDDssKQSDBqSjBm79VSfGwEg8OD8L8JeuhN6yMgNOdNg9IzIjdgy+QIRyerBxMl /0yh6/GZUkXRaID2kjoJHq3hANom4q+7W6KKIKiB4YQV2JTeInXLONaqv/EL3JlfSBX6Jc8kgdoc ri80UtUltGoGZJGLMX3F8xCpGKEXHvNaBAZTPju/JEaU59Dt2S3hIwg/7LZ1LWlzBnBWwjWzY/aS ZIHzpMQgyElSCv8lC4wzeRHh7AgXOQiSuuqXD7EBY3J8CyIgwYNlX6ZLBvw7x4tyTZsFJqLIXpfE LUeVfZZ4dYG2WdqLIotvMWio3C3pO+t4xECbHkQcCtnJs7UZzNpVYGmpsy4LtxS0p8i+G4sQCs1r WynSKIK5cr7cAI638SM6woTl4USnG5+rb5/tf8s5y8GCRgQtOaRQysu/kc2KTIoa/481lCZfs2ZF uXXSCV1bhaodpTWOTDglb65ZYz34dEWaNCqpZpwGyRoN7M7idNparkRbN8tniGqliYstEbIEy74Q RcPAhlasCOAYNcRs27cyvhThWF8QrwdFJQfTJEDyXIZJAoSVmjRmSiis/SzAMProjyOi9ElDwBPk G455kI1lIrKjywQGwEjW0pCo1ojK/ywc6QvIExtBlE3Nogggt5n8Er/7pNgS62UnTJqejoFrzJAb NbIx7mtopZaggWsKIx5e+pz5E4HjnLDdF/7jPOTZLsQUSiYMONu3RTZHQafjulSXQMbGtrGWkCPm +HF79qZQNB9EToP5u9mlpMEUD8/yy9RrkzkOHakQVKSJUAbH854BDFFHt16G3WRqpLqiQR+fSlcp Ar0zXI80DEbcFSH+RWCADPrAQ1rWz+d5VnowZad7kpioZ5Bklf9CODiu5OuuPUyzqukhyDMx4tsx 6/+E05orYjAYCHWEz5d21jpIKcHq/xLOCJAoKkNRSihmFElq19zDN2NAzk6oV0d2LtA45C7kIcR3 N30YrdWblSwHmCxIuJAqZoWpZiLJ1oI+uZhfQmCowBMFlSLP2nMZI/2Ke+GTuIoG8w0HNWSLLVR7 4+cQeNm1KxeDYPrFOT0ZdUl2pdFdx6sm2ZoQSYbOaKTgxpQw7xpoGg+0izICCvKYXxPHc1wjn8jJ Df09/4G1T6qBR7RlJK33vdua+NleMSXHKcIJLXxj2KxXo5mrMNHKa5OQYcvhviVk2S2bFGh62kr2 XZogMiZK6YFm7SnC9a5C6OojKsxFDfGHTGRIG9YiMrgLUY4V7DMuLPOCn7IT1Albd7cJmyRqDcVw unDIVBK5UYVFtkdi6gWcRUvKaSgU9jfDQzMHcY4iylx4syOVZAiHrSArgwJIs5F02doCV45m6cMl 0klKwMVhjJCwhgRe6qspxWhJV44j3L6XUA1oJT18Fk3Iwj+ZS8GWugGRafUjhBbf/jKy8cHvwLLp Z9sFH0zRt71zPtWnHyLtkWJ9JTQVyOKaMKEST0ED8qP0OmEIpBMesoLrSOLZrXf8RFAYiwfjm864 kACzUUKSOFtCizmGEMLhRbSZXzcuSSGMg/iPtREN/bSa5xRQOfxsF0Me76JFy1Xf4iIxZx8p0inn lUMkS0xl3p4+zFiaqNVeRx2kuYRHJZSS15bXbZjss0t7RmEVoZ8xnIbAHGirrvzCWWNgI3672mLo C2dM4JWPfPi7/pKy1X0kjbM3QxFSsyAbA61Uy0lNtSNtwFcxIU9mkedihsBTsniBvWhrTKOggurz /f0aGNBCC2JKzQLrDT30tRqfC+zqWFjtQGlknl6W2w6rKu25TY60IQoUrsjorzAeU60fdTa4D/Bt EWdoEYGdna/o7FO/la2isqqXv1U/TNo1Wce5Du0Rgc9RETr7QTgeRNmW+KRVJoCFVp6AqX8sR/Qs HjA5lpPVYnYRkB/1QG9GlKH5HxHdHUNIPtY/DOgCWtCdkzmmXivuZpO9uxOCTxqbarVW8kiikhGj JqesNGKEu+yc7qyvm6zQgWOzOKx2VIJHAOU9OuCMgBNgHGlJ4NKDpCFn4F2R3e73hi1EFlVP6JFo xWx+pyvRNEnAng12KH4jbquEVm4o4IZkwa4198ME8iE9Jw0WXIpTOSuMwkUDwLlo5eNMy4ZJ45bq 1QB2ZBc0yBbNGLdd40iUUU6j+1RAjO2Q4VBW1tHS2+NLdFtOwLNspJQWLilASTjh3h7ftUwd4I0G nfbXOXkmaMJ+cQo1NGcgwCWlMvkeWhQmyv+ZMQ2a3HV51Gq3XAtXWGDgtNNV1HSfsehTrcYb7bKs NIja0tlUjPe+ErY5DTMkKXwwHcrqyo3pmUlTJL/gcEeS+zG7a20wmOaLBppgkXHD0ZxXapVsl54t eSWJHlycQZX19pNu5FL00nW60vwESVzIcvEryIzjHmeUiAJ/YqvjtJIMx0zAXV6fk6jnk96elS4L LeThgUZaKWig8HskXHwLrkkMPQ0aLT1diLTblP4nJUI94qKsaFcCUi2JfsIk8qa20mB/uURH2Thq mGWuaMj0S9a70GOeTZojp2ALH3c6yOgIwG0dWJ7ppAt0tYZJQLkVXNqTjcCCQEB0jJu7FLCMMhPa ZEybHSE6SONbHDHDcIRugPnSrny5BR0E68UQrLxbHnLYoIctVjIwibIcq8vUcrTVXgAxJzMF7YSx iG8iAQVeYSR0x7jPaimUqOo4bBj6Ygf7KEJwwhJYMrotQvFqWeR2er2tU0gK0Zq5SEpluaWm+abV IifIPJDLYLx6hv1z362aciD8umxnOGfTDsFWrxuLLBMv0Rh+oLw1igGRylQMqg9TWU5keMjG9Ac0 WhXK8zWZDA1WXqAiMvVnrCUKWO8YYnhsxYyitgCQx3Vlspa5PvJEDSNWzfO9SUVAI3NMrJFAWF+O kowc0qWLcVTvOQlOMpgZxtab2mJcg/QUiXVdZApkTB6pqdsPZoUm41FitmL8xMDqrWlK7PNSxxl8 Z4Jl2FjArr0pkmr3jTQXQd3nFGcvXKEtxze77qtPMuAoymOooWDprMwzUC4JKBwhbM9fxyPH6Ktk oOzHnRw5TnEh3lg6wsVdv7ZbvY1NGT+BGymkTbMdMftKBrIxs4MOvQl6Lp/fYcGzp8QCsw0TCBx9 XeplA8ZHna7fnnzvHi2WWRm0Vw49CNOlcqMl/0LEwk214Ta8OSMBznPPXJ+PrrZDAYxX7KncYOBQ pSEh24RN2qxDtaFACQdTp7FobaXX1R2UIuiNuziRUYO7DLtzXePmhGkoUZhpD4fHmEloasQnaxWg bpyLS2dM5no31QlbZE+kjR2mMdMMoB35ITaCWyEjVVUWbc6T5LSlLY0HIDkyv3M2VcRP3hqDAklH 6XZZl5ZKzQm4w2chsNBQm6AeZuKeBRMPEbRhQNzL2EID0ZMmiTGyEG+Gqkkmg+rmP8JV9YJ8yjIw pDQn9SHPhgTDkADD8NOFftHLUNjKun3pbSM5H2mQJMPDFuRPcUXNQjg8ynFww/4DmWyP2HpKjDF8 8jv51iMAy8b8lQxwMCeD9BxEk3SXow0KHSxk7GKdUpjb5VgKSJ48WzVJcSv4zTCUXAgfg5XCCrvQ uZyya+glk+Fb4D0T6gOjMvsS1/yk5BYXIQC+JPA/cNxS3uEiBTr9NcpM1N6wlgBwHlZ4mEyPbHDE GsCmJ527zAYqPFy2S1uSfgsbaKMw2z4j5w3GpVFJ8cY/q5WeY7mnKwDJJjaXlSbSl9q1e6ov+Cgg bXUSo5gwVWStMA+L6KqUhk2GoKTbUOJXoiMRwjU6GRtJLTJIcwSccRkrcR3aw2XFt8zRnLJrOkws +jib0BofdGLNyH7IBhdxBV58IJbCbpLPObpS638jMuX2MWutbWLxqUiXt9ZAD9xHkP2jncWsZhpo 4WcRQB8WApxrYKzWX/oTLAvM8MxFcunfLr4YNHLX1Yspdel1qOm6hLArjaYuP0ArbjtPPoDURUO+ tsqbxKq46gQ7g8aWMyIHQqwvAsectBQtv0ve/c1a/NNE5DqFxHqTVWrPs7JYHys+OEbKlm2IIWd4 AN7I0HDdwSfAZOHG4fKySHJFuo59iVxpQHADLghDyNDaDDAn8EAD6qQ0SxVEy0EToMBysWB137DL vEUJPs77SJbPRUjgYN7Pp29lCSVHjwIWn02K4BHoaBsgmDhGyCrAETbACq8kVgYJRRp8j+yIMGFi C/eq5dogRh6QyUZ2AZqLs670EtQ4Fc6El6jt/mI5BjqaO56QtnBMXSFSKOD7Yp1PdGjKEEv7wsmU Rfay3IVLx2i3a3LZp+lbaEhrTM95SbBULd6M1V2fRiqdEHhLCfpHlqttqS/uZwNZh/WE251ijXzX GLODOfBxvyapPja2WcHmZ+Go8ARCjKo8g7KWZWx8DpfbQCAywb7pQIVu/tiM6g7s1iFkwDDLsIjR syRRbgwCy6XNGMj7kCU5AS+zxoyOqDsNgJ1XV5OEVK7Kgb7d7p2dpYWESeOkR/5yuKKDj0RkasjF PBNbiejyMNVgJqSniXNZDCbS0uQIypIrbvuFD1Zbf1tbc3BT5E1YDUrTdbLa1JqSCHGY0JgDAMYE 8xDRGtwEuEZXRbl0Z5J2rZsaT2iYCIjcnGAcRlUgym1z/DP1wQUtoHtFXmBSKjUh6i6CrB5ix4lD obFlRpHIXKt1QSfbbMIql4ToMIUdG7E21KP23gvjqcIhapsVKp4EDmH4QnLmi5x0AESJYkNwNFQp bHEYg2eOAUs+ICXIy4qBrIxKg0ZC43SmMxSpPbQvtWbDoREH4PumDohiHReOAhsq6gN/yCuyCgSA 3NRvZNZC+3mmJ+dr6c2CJG7QpS+MAUG1q0ptumJbFKZMv6kO2MSamboCkcKVxDtXIZRhkwYKaMWp GobYDn5eMpbKeV0GjT28jEjU8fFcg0dEno8uCtiIIlp2ZIiApF3sDtq3GR7Dhpcj+aMNicyiam5+ lzthIXdh+caURGlUGhalhBA2wg16wHvIRFl//ol7xFNGWYvVYPtzCVMisanIGbyXRJ016S41knox jwpMtuuqdJCDsVvyONUS8Iu71imImAIrIxSRJv7kXLKGQY6csWyBrbNEX7nszSMNdZO4phyW1o3q ATkeK0UKHnSMRuRFqpEBdYUg/kVp+OWmfWY/RSpsYiSQJzL6BFNkXEv/vNe3688O5uPEI/owfbJh t7SCPUKjOscaqa34pnAcGM5pciJTqfn6bo+BSxiJhtEwie7MUBcKtNlET2pCPqeV28g9ysB20n0B dospIkvInHXet4Z3Z1ZffevFPrXtBeH4MWX/G4c52Wi2re6jqYoCyrfMdTo+GshFI1hvDMM5G/V8 KhswolOiUwVinwDOpVus8lL3jskDz+6CTmqfeDLKEpi9Hal79iRxTXP/PzT59m77ea+TjiFdcmDs KCgrT7V7S29bIoyS0MeO7njXzH65noiIzByAo1HVfLydV6aRHTFkWyWRF5d40sBlMq5mLtIojusS JOBU2DG1tkSkS5rWiIGZvRlTur8sJJdxoPv0zeN3JRaDmyT9S7GajR0v0V6ow1Fe3xlehnzM50Wx GHddePovT3eCGDeubFt0FmVJVpPKTn7zn+Bf+0D3u1xyigSBaE80BJlZDgS1Ihw+z+LFQYDxdt4P T5hCbLsCM7xzQVg0hwd9RQymTpfR2Z2nYiwzFJusliK6Ug7ik0lEkDaB4CioLRefuSMmB/HqV/I4 EYEHki3GUYhnP/whkZ73t9YARG6y+QmgriH3z6uMQnKirN9EXwUpREFgrrrtfCKdr/Ta/d0cACER 6SOYMjOEpH5SzfdyR0tjPvW6lRYdUyiNk4T5M32kllLySDbpcOsbNmsPLSOx5KtnbfpSI5eZh33n 9vQZ48JBihbaemC59IpMiLvqw1M22AyO+1YpSEJmi1eGQC/O62CAzf/9CRkqLk6EInywV/Du+9f8 dA35C0NGAqxIhSj0As4A1BzQmt3VDZp9QyU9yU+wViHmJ+jYzwlvgTLlBopN77sPJDaQuHs+hcWK fLwQFdAmprYXzNn92itYU0D/j6pCRiIHcP4PKguckA2PdrC7EqXoaSr2FhexjiiCYF9L9Ezn3jw5 4C85iBXlBzlgrwEp9JM2EyZ7E1cIINc0KZKxRCaKBIzgkuEIBkSCPXRIjksyk46fjSojWN9JptcE sot5BxPpXV0LS+anmPI4f4SBFfjlgVX0SwitlgatIGHDvvQTbltdBeH/0suWzyqrJv56Q47xIklF TfzX6bVuDQ5S9Z+eRlpZ18Alto5gphf2iv59p7l4hwUNcCUPMs3Z/L4B0aqKElSQLbJOq0vDJweR xrZIK1WgJY4iKBJ4ZpKZ0sIyH0qiaFCfXDwi36qStB15RpQbkIbjgWTyrXhQs/BoYprI6/wk5LQ4 eYcdGubF2VJrYGILTu89DgrS+PK3AK/pN2ACRPpbbR8mzQiJBTG41R7RsGkq0d/y1ZBRgSMHkaeW rPEyttqG4yqmhY8SxaaiB8f629bKyQgZGSZFKY1diaYkaqttFuDGT/XjDK+LVjMSqEFlWfRXjujL Auo8GEUDOC/zlBO1UAVufJ5rLIzY8uWyF7KSivgzomRolBtmOtGdNZIU4/sahUjaPBk5D5k7GFcZ osmCerZP+AqEsZZLuCqLzFlYAPElrrru7BAN73buUfWgwigHkEgF2Gm1BFFDgGTnSAlhjhDrPNKC pkcuLsZ2+y7yCU0Z2gujMxryTiDYCZcZYAJjePkDpeC4jioyihG0c9poU0aOb7HywIyjcJzFZGn1 58szze8PuM36kkEeh6AmdwC6i495vw8v4cgAE3QTVPhXsGAb7M9F6INADJd4RZUFMBQAqUDFuFwM 9VW+FFptmdXMRsRMQYw8zks5eMeRkiOlghPFjABJXtqccAmxQgCR5GzpkNIZZHmJBJa8dj7JzuZC 5kyXuvtgwhz0YJolQgNjjaDOHnFpxxbJ7ZVZCSTxZppY9kt2Xeus4c6E8AltEa1ui5kPp7ketlW7 C9kMXupVICa+UKtx4bapS/5z/FIMHleKRGV6L5Rb/GTJ4qrpCFzJk0n85TWLmqt5A6FIkktktey6 BwXoBISiG629hE1WUFTKzhtSpBd/QpuCmtlkZGVTWMiEE2D3RI5uiS4rSu3JPATWAi4FIJLiChKz lfzCoYhBNdVa1rMtZrFZIhPN4lClw5ON0iH1cOkgCNgSWH+9nOy04jsLyjTy++qToDijduvT68/6 VnS9YmRmpmbIwjlEL/EnYZXWesgwzZeZ1Hkq3BBFj7bZX2e5HlTb3ca+nD33Id9gxap9dUs5icnT EXEIAXpiDBiQCmS4gH0JO98og4M2GHEt0rVchJsmy0iiOYMxl4iSWTZ3Y1HLxnp+Kt5kJdz5BONk aOHUVxqVcsmVgdQXbS9Tr8ggdH8ECF7rH1+U4CGXJpjjrIaRcUlHqYoq6aRkw2Iupx0aJ39ZcJ23 tNZ2A1aOFdoJndZyj4WS1v7gIrzIWnKlbPY3NKBQ7cA9yoELW7WJYoBCygxNqqHnlOuwLo0mqPir 35+9kCPxZ+B+oSDoH560qlvYYSz15IAtDWeaCiSOBS0Q+/jUL05SheppCZSV5MUJBMXWxVJ+Fhe1 nEoWK4OZKOiWhaRQrI/sUqSJSZEhN7eoCt1Pkm5DZNzmGpl9lclWyqNSTw4FZhVHjSlzXn+bdjiY fLgasK1AHhTeLJas9JQAr9knrSoztK++WWsCwAjfM4qXiiMSXrHA56uYSu4ptIhTyUdB0l86baVq E5MTVMVQ0OEK6EFIAb3FnYvUNNqLtgl/6sVH9te9jCwn6KE46TwWYsJZIiQf1/Yir6RRzZgjMIGW 5WwtjqgGOUbspB+fncAUay/inYjmuGzZZ7bDa1QcmM0GMlgupcoos11MoPahUyUkhVx61CvbOEE3 hrtHHweotBgItSZWgjmPkUaAOxn8D6FKHATSSVUDmcxyNrIfWXu1FWzNCnhTbo0RUx622Qkdlf/A oWKD8YbEacIxv/bI9ZWzJknrsMcMiUCzXtvJXCGXqdBiWUmySEqz3tGG5iyICfZcm4ehehwDJ5Wu tRNWybuG2KOUumjBCI2QjKyXs8UFxXktDPdIjxFuccIh1H7h+5qNUY62TBwNdY/Rk7WlU7gj+GaW 2bD1nGR4yt+gKVsyZ97OUhnIMaN+x0v5PA8rktY1SsqiRBM7FQsOIFk5VKpD0oXURFiSamkUc4Eu x3jehKASAB1U+0TKlQ3O9rIt+ZcfZUcZp8VIo9zIxfhFEFJSzvnDWagTR7lAI1QPTGLCcSA7q7dQ eoZ4ek0XxBjPTe6SWnpGqn/5X1RFDL57Oap4MbKaSsaWwD76UidXWpcGmC0ujGpp2XLpnCTdEDTk NFna7sUkK8sXnMpPsuGij0UdykOCbpdk4SOtILB1e4LfXyiV05ahZfTaOUjKNzPYrZ+/AFrE4Wr6 BegcrXVbg5CCAsOKArtV1I9RQrtoQZhQtxzbdlMKE6FFXo7GwVZLRilV4MUwoRmQS4NLuRYYd08K 996NgHFjipjFIUHC/2JJFjvJuC1bWS+vq7BBXQ8iZ7GUM6ETXuXANM4EShoFmmyle1sGJ1+Lk6ls YWxgk7VB9OVxpROphVDDj7RMc7UOuu2ZGJgo7QDo6hhrWfHYGX8BJCXKchqMaPCyI+CS35lruZCr uRl9KX/SCUvaJisaAd8h2pungbJFRhgKhPuuaQ7qSO8Mnce006pYJuYaX+l2BJDLyJ3a9tnP4Mjb ewiKHtkDVdMZOVNyscAMRDIJQbwCBjSDOnmYlUqOZlpRk3sZEtGZhwDXqUTPynaa58ptuDDtsR/U WTcVRkPZBiXkRhgsUyZ5pw02nVPlejNttkn1TN1U2TucRSxX2x4Mvmnm6FyyMYcpoHBYNm6t/gR6 JICYWr4gmAeMk+DVK19AlA4wdcEZXGhY8Q6hb+3B85UQCprwbi5Uhye8NZAEo5g80uhys1qYCaXu WgrTWNVD5oAayMjrmE5sd/P/DJkNyJetZ060enIOzmdcvr8eMvaQ0y6yCg0y7YaZ5eTszBHMGw5b wnbn9I79wv5cvqjrRMjtYsLVnpCOvPWYeWeLp9HqutjDWoQW55GbdXYme3dDCyyjzQFBas9Vs2pU pUML9p4cIZvYIe5yza72vTzJ0xRQdOKXpGU5CR3LpmNhNaiDocoQ6ivjivLapORbtJLXUoAJs1J/ +UPhHGuKVJfufpc8M/HYh1CrON3EZLcAUNSV8zvSzntb1zQ4YkM4l0q0VrJlc577INo9Po4YQ4ug bCICfEMEI3pdb93vBTx01nJXQPXZ83LjK/lEI8Pte1fR5ECywiWGrONn9bjKt9AcPCAKOXtxa3Rw 9feLYiQQyP4hZ2lDAspr4VNo2Uv5pHcuDuZGbKVlbHKtqHOl8J35FKrMR84oMDlAYA6T1dxhXuO1 Mzw6nyespeKgKijMpMyYO4SvdMRj2ldD1ehFrSNBaDhAG1nOIp3bJXMRCy0mlmZdaykHAs058DBj enWU0h0pSO0PqoigTKFAor5zXfEmYBM57r3+qy9KCvnqKlM2jB5iiFmJYi3P6t+Jw7/JgoSgIlGh uBdRrsYAVWmB8IajSoMqNNNhDHdUroTPnoOv8h8JAMrMYERaYG+80kI16xozMThZ2p8vzLFd2guK KyvqXQTyxZ0AEtyVHuGXbSDMqqZiYlu0maPEeoDOFSU8iW25tPX8IUK5dFmWD6itcyU9RSzaMkh2 WPwyD6AFcpW0yCB7USC5kCrqUoxfxQUfHIS+jpesGr1cq86JAelmWhO3kEC+NMUkPA58cB39uZQV G5bp4EvXNO8W8EzPTNOOizyZiDDFUHEZyibBWOjXqhzOW0yyTmRxE7IM9YQ/SyftFl27aecR3syd 4pxZkY+AsPyfTppmXAv8FsteUHUsIJm7FBcZ05js6vQlAJcM4Oq65oYaucw3ccU/pRzbrufnj8wo EWKk+Aje0oKpwB4DPO36cijHYaCsAG+MPiHgvXJK3qN5W4pcGHW6xhE2WWROE6vCnJNE04KMhy4A TKGL/p2aM9pUUKaY3EZimQNmTCjVLBgbt/INE6Wm7hC3uHhMqkvxCuJ+NZ3TtcdzRo0a35Gn3D8v 9cku0FRi1HY++iIO7LTvWPYSLLZi2wX1Zxxvh2fD+kYV86SheilYkODwCXIrZbFW254NMG+Wiq9S OLZE6v7UFmAklkeA/LHtSPiUK/XcU5laq/hT9qS1ZFF/ZYc7CZ16B1TdIcNuOnheR2R6beqxbMYN +f+9ZYxrTr1/PYkIY/5eL7654BBMJRpN9X+0j9ym2PPDBMA2HCRPc6XoElS1DP26sFwF65ZDEeWS /lXA3RlMsbJMUcs6f4CrDIRTZ3QMJFzTP1wbCiKYU6fOwAJ9mXm6TfXQ11QppYt3UT6S+ZEQAvK5 ps84fcKXSZBFlE5lQV3nI7FnzSmitItCkUdBxQt+Dglb1FXaJiZkjyEPyWANLdBykMLxhPKQtKQX JW1AcGXhMrfmp2GFqQr4mfCcvlsk27OhbspKBYf8K1CNfCybaPmIz+IwG6z1loFzMvDJqCoocttc Ca9O4CPgiWUHsyT8hSpU5hRe/R7IiNTBL96TtEfC6hwmRlS2TZ6ICqOEmKvReNOEw9E/BNM/YQmR lOMwIMPQWVjf/2bqYp8xVRlCd4GqcRgB8KtkwFpCQ7d/ybaLeqcKAro85sCFP6FT9pbiPC0evgEK MJsCERR9wwFCgbskQgiwmh7O5ObihM7wRxDPenZ9Jp5OU0tun9EuM9+KdDorSS5CHssjIg7XjeAg OSOPRJRVnTGQllEBJQX2kHBzYbWSS3vKL72t9M6E5EIhGuvOkXCdjeYR2TXzIZQiyjSrA67xGAhl qyE5+GjBzJ5eZQ8z9BD26zG0SkHmDTh+ixEW675hLxbg3f0MekigxrLfhVpihAVk3LK74ZX6Urnv pSWqJXVJCZGoTGY8o/didreIQNpU4yC6OLE5zlfakUB2BfATtkXI7fcHs18tSx+pkkTZno9M4Fcj RRZ76Zkf+hFXWKHdAWJHiN8DlSw/24gjsYk6uj3HqiSKeULQ2/tPiMeQ2VRMEk/e18jE6EAd9ZaB 7Y4773Jt9/Yb9RUjFgOx7oxrwzvr0Tw+WwMC2gaPXj0XY2IDPAlOqb7W+uX62H0Cb28gNS7Qfc1y MGBZR6DHlFKFn4UkatQi8Op+P5GTS5GykDMH9DXqxY4cMAKNh9Cz290PNdHn5blUQpgQ4Km172oh XxBXeAIgUDe/dCTZDYJy5Ma4iCTpGGF1B+VyrcTwRNYGsNO4N6BqF8f5WfEramLXQxYGlI4Wd9jW LMWYnQ1puQGzbJJfD8t3mFlNac/FS9gklto91JMpZBZOsTapj4Llu409s0KeQnnhrBnCGFMMUvbj eAoJOs9hU7lVwirjTJuRmQDF2U6SoCscSC1KAILA0hesJmagYRFTpBC2QEb2u7sEoq2WcJiL01gz RtD5zdQIqE8ihyz8lZpAg1JH9iM3IuWcGdedDzzconRYkRV/nfIoZHiC5hAAy1NAFksqYma45zhI NIxQDZHWtYoT1a3d0hqs+CLI1OcFpM1rnOJXCPastCu6mBqpmOC9/3QlNdokuGRf3pjnq/9dl4gT fARUXMthBlY01/3gbpFbne2SeKIoAKDsNDoMcYoJcbRsOXVyh9gidkpM7GkHsCR/hIkLTAhaL5Nv QheRZqska/mkVrf5O+4NOaSN8fVG2+5STV1Ly+nYrKjxX/KMsqqc0Db+cAWVmrVvyCoTRQJ0o5pT lYAgwY7Y68d7D4Z/8mTD6+0I1/RSZEjAHFECXF7NKjKe5nPZmopEU5SVHzO50vDkzmfSBcDAXTkf 9eAOrc1ZcYHwTChS0YVbmSRjikJHkiGgSDOFE4dbV6GX+w7teZKp/D6LBU+jsI0WTdvfbtkLdlbI ztMQt2CqbiMWOp9+BYM9JOs5KG+oWe74ee3pKpihMKPNWnxcBjOgY+EFs/Eqt/RATJTwLlcC1t2X 1DjFYEewUc+ZXHv6qXTXB7dEl/NyPtAU7rn7uYQD0hbzJL4/C5Jus4JclwLzeq321ex2nEGmcvU9 7LWSLHuPSjmY0zxaoAhoZTxRABZK4xHrqcNwN50aRRQ6fL33JuRLJhksNy5DCDSBvKCDBjiC5d35 RXcIONDEIgmiu2MFHYYbF2FH2bUFTWlfKwJ8KkBnXoYhSXQhRz5Sg9kk8VS4Z77NmZqD2IxTxJ94 SZCQC0+Ue2cwJSIoWeiB2TzLA3HC0Aq+cInpZk1RRTsudJOajLF8zIZlUx+5uWdQjSO45AItgYuS dg6QLLHQF6vlq+JyZNbIxlDPGzqajxC+AF1MMJmJY5ZDeGYQJb0YwvUyoOKXycMQazJ8FlhMN+lQ YHBIs4WMJp7H+Cf1Aorj6zMvx1j4wS6elc/k5Cjpzm72MAkEB/rOnfdDQyOW96vu36ajWfrnbCWl 83qEGlyegrlolh6xieWvOMpcxnRzr2kwzA80uMmijNxA16KdJ/m/SaPNpKTpc0cYW8kSgaGKwGcE GMytssii8MwChxls9FeLQZscOrgCPZkriwKDfhjY6t4VU8ok0GhP9VIyh9hVwAi4IL3kyi+Cu+sq UkQlsMu+wJqbyNi0YhuT7KvwnT4klhASKhgiqcJ40TDLoEV6QQK+9H5QMKW6AkyzhE5mh6nctUCR wNAD3yyOdhOgWecP6Sx0cIOubIYvodl9sMpR3CdBN8QlGEfXzhbCTFrtQ8g9vbKIg1iai05dVAsZ 6MWb5/EWM+yQOKInKWrsBdm9J6Y3YxvZAxKStTVXK4mW14tdbd2tB9+L2XtKgtx0X7ffQTlcL5f9 FOQE7Ay4W2HZb2G87KcOqQMojStLzLfENzcrrRHhazGRExkW1kS+Y6tw3Dg1kfmnB/MgmBqUlqaM e79V16CE+nKVuEtlmUoBPhvoj+KYQMyT3P3tegJrvlxVQpARdcejTKaa0DkaQ4K2oQsWWZhJmMMM 7MqzetZaDoPdwnAvNqeylaJOuoTJR7ql9vR6cIRJk8Pc2T+C0J02+UyO0X/gzfw9ws/ZrQF+QE8b i0wYjrkmP2diLDbkKau+t6HK+F+s5lM8AlWihkseICJfdjYsClejrIp0AuE85skrbQoCid2gjDiK C7ONzf86CyBME6eGe7XXcM+BVQ0GpBtLBB4WgpxYUngkjUSuLiG6vv6rbo+zfeuj7wTzCzqhUNj4 eCg9fJdfbwKvMSSmGChA++rKBTDQKdBtVN8VaY3KgLAigeJ3kkqUhTL/iljm9n/BghbSQ4VJPtdt X7MNgqqMaDxId9ZgGsQGsbGotGZrJcnTdXVtDDCJNw9pM5/YI0ACYOfU6rIyq4ixRXZ5URBNlsKR 0yglcPv26d8lVWx1jfP41So+UgvIcFbCqSpkzVhhF+5503SJZbjksOBbQfvWc96cgj+ZpkTUFTka khFYCleEta6ZmUrumqsynGguPKW7zuUYxQTTqBTqNQr+7By/5LxM073pessOCW2mRo8x6Cw4IsKK 3FvUCwhJKKDiCvkzWiYZnkb48Vk5gE5UZOe7bUpkCbNom494ZaMZ8U1Wcl8lGW/PSXpSk3WYVdQu HPgd3XN0v8y1sGbNJZ7ujwQAYbfp/QFreDa+T8ubc6T6SrTUazW7b2clIAKKw1D7ZaP2d3uSpx0o G2LUco9lTNfLNjyLr13CErpnJ/xYI0PJOZ3CXXIor0Y/+MRUOihWlFzNmP2sT+rqWApERT68hySA odG0br78ncUVF11PU6Qn4XxzX7jCwZj+9iJOovIxhINXPiEivwU96OMtPstGVFkhQJMg0VoqO8t3 K6h6lIxcsS5AUuZgftQWNDjaWdaUNXrk1N3QtFZ2Qt77LK82Vp2IAOpgKhTHwkkDcLm6W8h741/O XOEh8e/f/J0hxnXenxxdGAHxIX+WbBpRPxu65v/+cOOHnjMJXXtFy/f9evNduDL1ckQnbXds6/fd qRJLSvHJd99ePh+7NV4SDk7klL6mttSyydsdcfl+tHeuvoh5/XiYdQhhZN+ru6b9IzC6PCT6DTK3 L9V9mOVRUuN7b6kqWtqK4SdExyCqqhoYYvUWZmuRQyJlQkow7NRpZNWu8hJvHKZdBJQFk1sTc/uS WKMaiTGctnPSJQYk+eb3kGnI3zO+nJ8cVCLfSATXSEA0j0CjX3yLMBTtoJoiJQSr5eo+AuNe5Wln JjDpbQbI6Osb6u1/AnbsMk+gjluD0456I2uhjFaliyYnHZcqg3zhQs2ilia2fecC1E87uCX//mK/ 92lcRArs3ok2gaS+Ciji2rB7432v8UotC7TwaL4powxTJDYtTuk2AxEMRx7OTZtFikI4Kuz46Zck bN1FOgxkF1Mbs0kS2KmgSWqp1r9iSXEWZTHFnIkIkk5ZSYZm6THJIw7ksVehilaCEWt1K5KNF198 sRNcRoUvcV5lWhRKHYhdBOBKvLyA4Vq3OGluCFvjnJDD3V62lleWpFq+LIgbUjTtOZGLB4OmyN0y ifC8TNjKOS8ZhEEBGExNNO2KC5uSEMqDulVvkM2hyClhKP76VXnuy92KCoFmTouqqAUXIAgJkNRa AWXHkRSQll2ImKJyiGSeUtxCJFoTBXki+KR/VnU502nycQRBWjxbjMtyTvhVikCQMIRUQU1PZ3YE dKGikFCKVfjBBSNxsJmRBaVszhQZRqLxBqOSGgxn7Ek1UJRpEkgRqf63yCAFE6OXFFkD/TYYtJCw HqgTsaDQZkW5uBkAMkErB+rOAWr6bTJ3J51FlvBYG9BZCopqHFvCfCyJYB2EGwaYWmpQQlGaUUha rpKhzKKskhhnSGi1BqtYwz5jKkEyxaMppFKSXv8nc/TTOJzwpgLDCJdtooFAnGTtPMUfL2whm+DM cwS5C/ca/jI8bsLKSImMGb3Rrkc94WeRZVBORA/7Jzu88pHGh/k4Qk+mqQNDO+k1ArM57pbZsJjy lGIugy/94GaQP5gCh8b1ByGWncYfpGA2UcPlZrR8ZU+UkQJcIl9cqOst02MIuUhCS9DQA8G5ECa4 cqyg3AkXIo3L+FlG2M2g0qxsxvkiewZQQuFnV5T1fL1IuiQeS/OUrm19yfCykN/RcpZMT57j27c8 ec2vGGHP4apxX6QhXnhZsSqtIa72q6qP+Bg32O5omQWDqD+tPGxYyVx94xyUXfb0KgSoGioxYkVb GfM9R589uQAI2KIpKZJgSJy4yGqlzC5Mqu3J5DadTUUlIW2O7VmYcq32SDtgw/Hoc8Cf3X8tD1uJ RtF9aXSu4Sosf/5XXXKyrzzxNf6wNooUsLYTqWft3pdJJiBrI2zNAJ3g9qL5vJLWVV3JB02LurYB I8nnprWnqHoTV/kP0fQXEeePD21Y2vGVndFOtJmhC8BUM7+2M4VSMxZZUUqEcoGx+8ckhjajXOVz X4Rng2JnPXFjUxe7CTsMQRkeIvIFEFkIG65KEZlMSaCWj5mAsOOhEHGh5sgJorq+CxiSq7ZCUIw3 BEn2AYuqOiGtjYIXYWLo0q3oevhDmeqI5gfL+6u1jlszW6oW9+K9aSMhDcFPZo/3UD+h2FeYq0j8 XJ+h15zhCCScM3KzSqT8MGoDGQtxeXGMT5kk9oKk/62YbGFA5qG3IeylMafpgOiQxLXP6uEVD13G DcxTCSpTU0gIYFoMX+bnw4FMwBJgFmLK1ovdDRsGoqeSU2MwsGojApSWCOASwaVWIdh1395TaQ+N JDZFCojhklJIU8s5t30F1CCcCHqH5XAGXZCT7ML5EpA0iG8M86hShZiw5Qa7wXtglCwT7wTkJy6s 6aySKrAJuv1a9G8ONPvV5O1oYmcc09K1eGEUSbs+E8+Qok7t5Uh+XeYAADc4q3dZ1IbgYanYtNem EZ8TtfCtTcmIbKapqPKh2WMrrU3uxa2T+Zt6QRUvJNPCxKCuLE6U7xGSfACoLlrVZUrsqHJzylLy 1d9WcN9DTtDhrYSBybm+sC4xnh66f+cUrUgCqMwqxGqxhKMeNwiKIsBntMuYFcWzOb/TdfqEcvwm 8C/k6JZsX3cq2x+o0czMMIKLCpgy4UIUz4ti0E2EmCLcDLr+4MUXSIm77eQpK20utFvRb2hoIflt KuNQEvtE2MFEbMiaV0t4aDvLj01LtaDkYa5EvMerckmK8wh2Wy4951ICEg0+8BHRoferBEEodC5n S/GLXkyk1CqSQI7/M06G3dxm6QYTv4sHoKcnT9prZVu9BEASFW3Jrceiiu7VBbM24Thzy3n6QHIU WCkqMm2eUl2ex1spXEHkemEDLVQoG5k61vnZCSTBRvK0CN0hBNoAvrJi6sBcxukHqEFbxIQkrC+A EuPYLEa6VmrgKvjvGl+h2D0FHcrghefsGYH2xBdi6YVCyZutEu7Mn0DSt9wxgJ2rJl6vrznRlgry dH9mDy4uvoCO1L2EgQxIrJuwzCCeOCDVVrzjjsjRTI6BHApmGBRnDNsjf9ZeCifCnBR9wIXCbK+s iASIKfPOYEq6lumS26Ij25YDdHD4IOIlLnYG0eOYC7UxHvEcx2zEiTYoQ7RI9h9bJKuZcx6X2kku kxCEElLRi5SCu3fvE+wDM093fTxleEm1r/VxT7ZFc2XAUJ3C/VHEJgjBjPgihbEPp6OaXVVKA/kw q0IYDXh1uOR0wmz1RK5eNPuScItAdxLxa96kfBsKlRgSW6aiQowdnyGmueW5GZvqjzKqQ6sPhQSX W0l2CjlYsF/9CycLGS6Eowx6WzpcGK6m8Wp/QUJRXYvy8vx2G66KuBJUlntzXOGcvopBV+UuYh18 kNu1Slxp2rsYzcjH1N06JN0j65/aEsranuKv2NUg9m9F9+NimipedbsK9H4/HY5v3RLzwVc/HH8Y XqFdi8P89PA4Fbor2NvtpltS0a+7KyylQCvjYgGiVqdDqCCx+01JDsGA8vv1aTZBpP7E9xNpK9uj nKcoMXzI1C0N6Skh8m1lMVlf50EIeA1PKHhBoSitbdCVwQpzKBC7yol4LIy70kLWTfWO6LVoJmhT +DBZFS10OYqS1rTYY7aFePJfXFFe+hAms39azRhMhIisEuqUNgS56mKJgtXdZAzaovRhvqrFpNju HSZEi2t6oAcDPufdmRztMx1GXU1hiQ4Z0C3Uoklm6SzPcQOuG8pfdyCFmhL680dYLfwERlwgd2m5 Chyr1Bpa/F3uxakaUZ5Z+oG7XONcF0A2J0fOIBWG3Hys0w6gyZksAG5YfYxz1xblG34Vd4CpQLO8 FUfGN7PV2plvdJN3a0MK0guP2smWdFGz8Mpjcb1quqpc8MI1yZbDoYMH4QcoLQBZmHBB4+XeO3wM KeCxp6RaT4OLOKb9a40lDIKSK4Ieo9IR1Zc5JHmq4b6Y4GwuZK4NMjLjoQ4X9eoYrAv0CKEHQgjY oiO5+FfKWm6G1BKNyIaeWy/8HBQnvMoToyVNRLdwsL6DqZgQqqrsWmXBuH4g6hmGJD2TsKgPlN0f hLiqAjCIxrX5TOKfNm2aRY3sZ4OKLikjyOIwrscXCDyhxUGU98KKFTYxiB22xwZILx3gq/hoUTQk 5KIsRsy/2YJ9kvHgRobn2uYyspK26MgdaEtbXpBI3XgvOZF3pSiPfXT7W0qZ+UicWBtG2p6nt906 JhvHLV6EQ7pZmtmLcwkpXWRbrk7yRmdDfT9fXLQlYPVTd2fQg/TsaTrbgtnZ3rnAhKmdDfwEbmSV 83LEOpBhFxi8PuFGGBUO0EU4dH9oOLsEeD77iliNPo1HHeOQ9qaXDLsDOA1nSHUP0+ARzGV/gEY4 MHFLrPGo7QlXQwJ06kwKPXoe+z3IEKquvihtpmtIgCw2FjJolLp5JEcwbRDmtDDh9QBxQlXx4oKC TrUPXigb8ktE7TNvOgs4CLsDzRq3dZtd/Y6jCJbSnp6nQVbUDFlHF167DwjlM9dVQbVrCPDx/aSx QglGSguNSDl7Z/LiDGKD8rr6AnnBJf1+PdukGIDH16N2P03g6WGpqDQ44T3xWGhaTBJ91Wzo/H48 yL7r9Xofz9vj3/Xpc+GPFu/uJzwel3/Vebcu+RGfOhsJutLeeOMoAWhE368Pg6jm/xr9wMW/x9V4 0Zbc0E4KbnG6zFkMIsud0bj2UWRhE7fulN6ujx/HboI+Tm9Py2h3u5ypfCImoT0IQXjulLkiLgUI 3J+fT/pCwA4JpQyBNEjJgd5QF25h2GFkT8n8hdkT3sESOkurICk4yppoxYds1ar8t5SDpikRWzHi 1/AtRyiSmDt4ydL89vVh26l/zZZZuKgb0ihM6ZhKcd1/kTn4Y20DmEeRuhsG3U9xm4cWux2A5BIm 9ueIdAVDWYZ4mK3gKF+TGqPvsOoRp7L9UkLTGsupDKIcQ6yjZIBZohicYFE6EMWG6wfjMpVwFgJC NmtaW28/g4eYDJN3ExGSnUtW5jYfxoV2CcFWNYe1i8j0WYgxwh80QhWuhJRlnpFdSupGJBH2onvD B30GhGTUEZgH60CLoPlpaAuy4GJFa6grvivvaxMYmQprIy7yQLszvkgK7gwR14LePjjlSOpLapu3 FfuDOwdE2Ngzsz+okVkINb+bY/1W6r5NKZAWzArgpvE1iB3HEWriet2nZoP7RJFU+38R8F6IIYZq DYbjaFZdes8uzJE6kJeteUX/ELeQzGoRRon9YenEMqRtkkzOr5jl9l3tc5iCqeRNFUmp7KA6JAOo YK8MlDIU90JI8LdoTJGtlenVFM0hCl/h3CjLiVzlGgbSFsS6x6XMgJUKe8XlEBlXz/IR65bg1KZm IR1YR2KqK0XRF61yL7chdcX0EpmMv/pQEHejQeF5NrIipWlkWNnNMjpkl76w5uggDoJse0hJRzUC XqgmUyrEpRQyx47jvQMNHUJ3LSZGpvQsQ6A0HJuBLNmAmx0IQ5YjtRc31Wn8Ek/233DZXKNK5/xi IRN1fNIrE1UNE7vmY3bT8ThpcPVne7/YknrbxYXvstCkY1KnDlUNrRotrzQHhyK2vFLsa0LDul5u ViJA4wK9hqqRpRw1dRyXrkq2Sg/a8JP0uYONUh4VkwxET9/laCF7v3XMZ7NeN8kb3z68b2InpHTr v+qwk4fWLQcxf+mK8+Rt8mSlo+wX7eykNu66JVTTVW7THNHZuyJrthtlqITH78kqX6Ms15fLRbfM x0z13v3edhe97yplBCSQqa0tYWvL1ePd+5RKfvRD6DIJt0T9cn9jBYO1wzXtsWYDGoYCnv6kPZKQ oQc289ROax9RkJ4JY9YPNzea+BAipib3KM7kpjFRPeTERRTgwQKSuu5M4LKsy8y68m2+qh8CF8zC vqf0+v/tJxl+8JB0hZcqFPYgrxx9C0Dd4olrlU3VWZQs92bB0DV1ni4JUOCewhzED/ba8FmOz3jM YGZwxxfaTkg1JIn90mCia3A5ZokoIfSnS4Szcn+owi8KKFK1zBIIsMnaBNnrSeT8u5qW4XYbi4BL V1a+1/cTd1xb2jL0sc4ZU/KToYuCgaKFSyksIdcCmkOfNlzRUWG19LOQ2n18//q/co+jrnomAYU2 G6VQWAMgqwdtNjabJKJyJs/L8UsdXFVEEB+LTkzORiz2yekjNAmEova84VYJSTL1XuDpMIn4qbig SUKtJcL6WXOe9onX/EUlaB0SdJxyfPQPWwfJ5nOt3GNFV6n/FFqcIFh5qWwI8bd2ugYp1MxRhInN WLJiOXclsQsJg7KgAjwFWi2N/X4jTSpzLlTkbqRKlxhlvejBBfZZQQBuOIfNgDkwIYAS6w5Z6gOn 70aKgpqFrKICOdfLOs6+Ry5FYsEbt+8GTU1zJooB+zorfBrPvbMyDitPCF9SjFWpr3vNDHG/zm04 kkWdNKsbQK3LEUL3Zibuvaiil49xcxNx/IM5TvpoPcvCK8BQf8N1mDdzfAW5HA9K+P7xvVnFGUzr D7y6v0Y4QQ9/oU3rIL6bVtbumX3zOJ27NltUmX+sqvLoOs/0P8SPcNerB/Gnr7xvNCC07gtslbyQ 6HvOlAqaB843gNi2lbesL0OFaCV3BqynbZsZv0h3jITZ9s5wlgMhCgdHpgEyw4uYBUjoMP9yvuiD quot05NMNu1KUdViLZXZM4xgsM9bqIYkJKmILh7JAMoPE2hOzBfN7PBqGUDQjQzJg1VN2N1RPcas l1yzE3LLzMI0FssxocG4zd5Cmwp30pRHbQMqIqHRMKK7Bux7aadBxEPCEi03+g1afvt9l8oESBWq xlSUEWudZxSqCpeMgY8oLj9Xz2x9X6EEghytQiyHO/DF+duFFZ/tIwI41TKU5LDCV+2pEkBeZSOR wTv5k4sqHNruVEqsZbXqgYrZemjTttKQqNqAMy5voxR5v9qNMyf6luuJsLDKbyIEHTGYdSFgVYkj ehALW7IfqEfwuTYelSeTa93mnuaArOGpIdVtziJDcUY60szwwt9gMwAgVrANQHnFsthw19TFGyit FMKomULkzwq0Ck/2NOWEtOQX3rrso+1lZEb+KheyJXQjITzW+0/RlM1Tk8KmLi+BVNlAQmIcgGIk hyNwK7KywW4y8qdwh/ZUxpZioW3GxYGwFgUonFjwZAMdctWAYoTQRuom7KFCPJdiu5xqKHSCM5WU MlP2IeZhLn0Z6MgiYxWViCk5JrtsuzaCQbgcYvfDjIoEdmDOWEOtinkmnYBdLr67VuHcsvV4i6tK OdcaVrxIYtRR0t6PlGwZO/pYWu7yqTZvLdphdyp9M7deErIk+hJrWu/C7MGi5mzbYfHXkPjy5CM+ RHDzmD+XdCAfyQSbnBs5hN2wK4LWT0a1gIYO7MA3s30/i74dnk0CJwuZLXVgAD1sETE4cDuAqi2I BZN4kqWOQHPQvpw4J8rws3YcJV/o6lWN3Io7oz8eqczv1XlWIU9BcgkzzTlTlAxdfS4WMBGxKJ9D HQMrqSO9tdqKUa4xk4km6SVRAp8hyAiZ0rqnUSCPS1Oomc/+UyIiFI6WBXYPLr8TERMjbt4Ivw4i QWy3MMtMLIi3PGAQbYRvgQGxwmhdxUw48GSHa/wKVOX64Bo9yycFU5Ho1HWmAssmw5abzkpy49P4 x7uWvbO7ZA+IuTeNjHW5K/Ipgf3TLV8LCBjViJYoLiGsRUtTJJKpVxTndyX4qjmBKYERRTmxT2Tv H38Ljt2w3VJtKfOB7LKV4vI2z7CdblYT+nsvKVigh5Nd5K4uVqjPCoQgrpEU8QRL5ETMyqXexkD3 FGRqX97UItszjAuKTcc5caNLjE2CzSIfeyiGL3u0fCyndAuYqvqVIGswGWyk41lTkqFuqSN0JPpW s/Bsw0X0D5ldmqnzLTsoiBQcAFpXClWUne/sV3aqNVVTx9wcYsFQd85ZYSSBWygHTzVUvEQVTBmc B/rArJCUL7a0tZNviV/2PbsH/kCPHvLpi8cPKVQ6HY4IYiIInfolJ6q55k8u2h1MkiNqPStHrIzi EMQy9D6PCuSLD1uuhDnmpQ5Nx4Q9JcE/xEqCx2J2ldNiMxmZSeu4KMJfmiHudc7wi50NjwawEGb4 a/Zhw/lZhCMbx5OUEFPmPNjQrCbwJ7Hduy8WFgtY0K+Gq8XgC7H17ELkC09eXlfr43b714+H6+sY Iw/1QSShBZ5IDVaLoTRS8hWMYTX1W6WEALsjOKxaEOw6J6LCUKlG/DJHxFRaSCXc/WSJLt2Rwqgj BRkyMR+yL9cftBJFOYCD2UZGpf1oehLyq3FsCYWLldRVuzIwERWDngTKeuvKl8N0t9IF4a3W7URb 676zGsLawu4AYKsMh0asSe3NI7iworRJgzhtXULJXFmZ5XkkeaRTsg1MjMVeQF4Hni+6+oEORJeQ IFsE8J9twEmY0JgIezBZsB8/nUY+MeZqYWxqx0ERhPu0OZmFflKcA2nH4E2OFEb84PIZnT/s2dR0 ViSbMfR8f0lMS8dXTh+R6MBGHmAtBmyCMufmcz5GrPZsVFuwG5zxFLjtI2MM49z428O1+Tbnaud5 tLXFvZYdq0OTRbtXa8h6u3Oez+dJ1LKsxJLBpGVPDiyN4l5pJcPpAQEnM/OR3Zm0sjR7kI209iEk xzJ/IBiCGxWv5qj/mK45J1rmGpJCiISiwMmJgmkxtxKqmeUtInVIQnOzEM7FJNCCV/KLZlmo3ApM +zX7qRTNisLQxgW8pipglSFAfuJeB8kGlT5DGVDTSVozrB6KLo2oUbG422KNUmZWwdU2qkAUKvTn BM/qUXmrC6s86L9glC4FqSgsY2jzsx/u/ni6kHJETPl8FyBI1UNBGq3LgYOxTe5BzgDQeCE1EzHt /sR5QaGC2sjGK620iFidcFiMIpoeAmTjb18vGImktq+OVyW4HpHA45X+RVAvvcxxS1lIHkXkYYkW 1nNBpFBIRbuXnvMx5Iw328adW1GVbPRzfIkk67k1CTL8pxgnWR8a4JaldZYjmCLBrLZOTRPtoryh eU9lPkbUxPnESSx8+U4sJ5LaAIpq1bMaXMVoN5bjRLDX1IrpvaCyCrP45KdJ028w0QO/LCwJbrNc OGAmzrJ4fMS1bxeyfu9UicHuHsSb1TFQlZ5pGeDIEmw6Lbo1OFvohLrZj5KKMg8UbGwd0rio+mVp iqrBgauSER/x6wyDiWVILLd4x0/UZatPyuFXxCXzhFWcaMo2k6sm9CpMyh3gB0dAw2CJwugrjwR5 CTyI8qtlW9MhU4R50MF0FQVVqRFOqhC47gFFo6d8Q75/LCHNDj2gp3fI6+6h+RDGDAiXv2cnvncj cEMPrHA5pcpV0JBwbP6fr2bbluenZWNJHiJYvwxAmokY/LViO1szgLThdz7eOzQxrokkrdMjZVv6 0duwx5bsK/az/WWcRZt0D6kZyAbpoVdPdBO9Tq7T3jypp4TOJDlv2cs892KTVvTlU73ZXhrpBfhs nIa0geoymV/H2K9mYPemk+awGSaDllpFJYoYsSoG1shlBQirl66V4RcEmCFrZBPbZA18DDZZDmGp yxW9mku4DoisKhu1McDm8HkMyZmxY3Wq4smov6/estHvWPWoH+JsDo/xcmjfreM3y+C3B59d5Lg5 LBLlFGQKFEYiEaDWp4wnGn690d2ir1cvwSOCZBx/FHOa1drZ1rS815uYCcDmF2Yq2iFIBv/5p142 eizYt5pGDibqsBmWDAOFoFIDri7fWAlarZ8FrEYwbWE0AMouGKNL4VfSI36v3owrv+X2yTQ3roXo MhjSI0JGWCM8nZqaxfQRvN57X73a3Q/zuTmhBkrCE7GMPZ1KpDfYCrm8SSBoNwFrDNJqckWxixQ3 JFkyknQLIN0+MG/OyYQIeHOllWEJZh0xFoM9v+8FZ1/e5IZB0lj3qfUAVY7SiukGMS7uS/3qSJK3 FVKCFYnYv2TEVnL1CCvsmB6V2WfmCn8qmryhBWqZzsWmQHSMFe4mAbNNkpJC9vLde2ycOXv/dG8G HKGB4B5WOkdD1UwSABil3wsvQJ/f82lwQgogCxRAo/UDCyD1sVl5g6UndbiDq7I1QAFzX5UEpicv kqaINsPgsY5x95LQugqm+g70UhyCYhxmNtVSEpTDT8qT7qK454NUX4tDaGofkXlCoaw8CiBg4TqW iQMYMS+0xWNHy3uM4mgYq50rN+sHuXNKE0wWsRjAoodOooQO7ArDPgcOd01TX9VoqR2aulNQu6It BwggMepSU6TdbmKWE9bY8cbX7vQ4CIAle2FSfpJOysjgvHyp5DtJ4tpDqeSMMKvZ7Fgjy6m4jC6Q zGQrqYoCVfQJoISQ7gopVNbkDQsECQ//jKMsEbm7XBDpuTzTITfTlUXAn25SNJrZInuCYE+LU2Fb SqGSSsJMT3lo0mxRUbQysXZZUY8eSEMJEr8ptpT+b08cagOWUcpSxFNvG0jXMksRKpHQC+mWd/lD ieABrGUh84Ie0cUKC0+C9BbM+cOU6azMxAWcN0AQ5nZdd1Nis+XKQEnDr9QZEHS8mXXLWK1kLFMd zeh72+5XdGYUZk1BxOfiyg/TKD8ZATdhZYg2JEWURWQkbK+Ar2c+tVkMScmfbJ1tZbpQLCiUmGvm gz9xH0XEgSpVy8oWc/JEvtPdhBRL80M3a4htXC/jop9qCcojUR/jMdYWRQoEkARcdsSPfYA6L3A7 Z4XY3R8q8uKk9967hAYHlThsJhPuHhA7gEME1pJtLmQZQnpLhV8oIYRsbisNZ+jl/JK4+sg3MMHi vnzXGHumsw4kf9L8/PBWnFgtQ2dZJWBOLxlpa3c6ID2rEU1o043AWGIAWTEi+lHUynK8H7svbEi7 DMar9QthnlgrBIfuhFkK4nIVTDM3T3Fft1wELM4CAV3E7nH1mFI85brp1Fe+Burhup0k/aGPsqYo TBL5igjIsMQy+s2qWQqrUFFKxjABrDoa1Bid97ZkFPFupu2WsxH965AhBANRtq6PYUnxy+TAufBg AQs3Hv9dwYQqdcDsPlve+GGnVds4pz5lv/QJiXxwNdr6CNIsbVSJK4usr9sY/7oKmf4pGV0hxZhV y7oK9aR64JHP8G07mOriwICrPqUCtk1nAEhjxM0FEmDnfQm83VOqXEcQE+4BRWvpWGt9RAmg9Q9f 08do8sgIG2t23GXltYD4Tms9rax2Bstfds61I1vXw0Y1U9jA1h42T13fvp56SUrdltPN4rjw9qqH pqy3qse0eaKb5tualh2mso032bYCyvIpk3jrOt2Fs8p28sIRKRJo/YA2l71DyySWFbeLTECocV+5 7xAH7y4NEMCTvzZ6YTDwdC3x6g1goY5MBHSzu6ZfUBO7W2NitBmP8rv5ZVjgFODA5KCJHfDj7LEY yiR2MChHUoCRmo1gj6zeOnyK6dfTqMPAnD+elu6GtUsHlI77krwKoy53dC0s4xlgtUxm5OzufbPT QhW6i60RlgnkwkIGvtpWvfGQypAsnwhFCP/lLUjKjAvFbfLwIYRhk3AKCwVvPBoG/LLjIMhgdVmP iOZETvatO8RDCLhBxgrR/702h5euml560LMthfIz1Zwa2/sdJUxZQF3iSpIBgeVKlw0gwzCp91Hn 6VCSZh0njv6VUPU5r2QP8MoTJLDKr+gpLhHM0U6JLngnFd5fLk2hfnFVomZcOSbZW7RlMZNM+5BV UOqwJa3yjkyoThYhItWV01LW6KKWdsa1nN11KO0VZL0cyUKGhKuky7RdHD5Hbsz5oHbDKKWIAqTv P3WLyEEVRhrrZNL2LtgFDquIIHWZCNQwyaFFsNZ+uZ0oEsVeuOlgwKf7R3AmQTnll2+SYXtu3f80 0JXoR3aSgP6Fw4xZXGJOIbg8QPjqKyMiDJGez02mMkDmgSmhwa8OuqYnfWklYfqWHh0/sUKB2b4g T/FqeqyIk2YM+ZVQckVVyQCcEFpLLRwN1hEL9vWpFbnN6qhKxSDxotZWqQiRNUaAkd2YtmqMzD++ XqTNYjMZoKaypI1tKuqpoLsohTMHM63k3OPLvDsdG58lYFeUJWzH6iqNK5rOCrLOQpWf02iZX8sb nAcVz5tWzPLKHZVv78Fq7gzyxBreRqBNVYHpdSuldrHYwTGbOWOLrAUpublTBEiXBU3VjsNafHlo Fdmoo5iUREZs98ODiH41l5/FeZZWRelyLEJIIS1FJZ2RMXNhenimTCcF9bICZlo/rKLvhUFWRaq7 KUhxUu+xDKY3kZKBAtdz3yiIcCWnVh7GJB5LOVWwVbJEQYV9KdOIocysDr07NfoVdlIL39ZUUdJz ARRI912RQVF3ym0XX19+9ZJR9FRzq7IeZhB5jASBSbU3pNm/p5x3Eokq6l6yZpKKlC6m+Qpt11eh c0dv7G8EzzmdDVNF7eEjf+p1bJ747ll9jRD3+rJJqiBMQYEjv7XXROINooNcInCBX2MVDQ4QuzcV uFwuwbxRTxAIKVEvJ+9lrcuaiPQU9xn2ukaYy54jJy7+JFHGE8uve7q7DD8unJB+6alYOg8d2mY8 ZFHvhv3l9dXGTibJSu6kaP203W1mn6MsFytzTYb9SP8r4U3Wt2yhv3Ssa3MoP11kMhuKXJv0nHGw LLHfszQHSyc7GpUpL2toQLpCPeWzGsfRUymF4WZJgHRLkE2LHqdVajU99yt434sgXAgAUwRS2Pya jT5WvEEeU8ZbYVCA0QisGkCyBfM4fwJ5+RR/cL9MpYUXr3npRB0ARV1xqxBqvEgx/DV/LifCSVy6 2Q9ng3qwYrAfuaCSn4pbxcG+ysGpqtpbBt9shqxZv0SXgfzKpk4jjNG3IWKdq0rjMEE3wiWtbKjk IZEtCSGh0nk4wNRMK90qdKRlNkRtuTcp0oVRG2As1ZQGw7IUxx8TcpVA1VCSD4h9nIu3jgt7baNY VLD2q8miILsAUMINKQZXjoS6MlKMhFGthncUkBi8VdO1lMs0iNqZGcRF0MjgsxbFi3+oims0Im/o F1yzwNmtKiM9l1W0Q9OkSOgpb+Nd7A+MJUxUVcccd0fZwlWXMVBBlqz8G2yiozXwTcRBB72apP6A fKNUPrn4AQNQtTowwM4VooSeJZ/ioDlMT551QlziS+krl6BtOQukzc1yFV5R43PFFHHkDLX77GTm ql4Awj1gYD7xYgww9LGm5cvbxx+2I+J5qwbkson44+M/LxiB4S9/X+xx9sV6Qcdgx9bnv9Cxr+cJ +ufmIrMrvaYDkvwR/fmrXqeXgbxd/tSAxYWzbYqWEGR+vaMDW0zRgmbuy5U4rjeY7DUmE2cI2C7h F6/YeNvLQ15fTWKIa17KEKBqooOiyGu073Qr98BHNmoljLhYBELSS6JQpfYqErKKyGRCaFmHr5xi CUK+PzZ6A0Yj/FccMPi14a81jnvZZpdsdoKgEvqJFBIgT/SFWoYTvy9FskThgKpQmL9QYQiaWQYF fq2tShlZNXNAB/UmJi4jsPpgVJvPs9RBt+ZY7GE24AOGIWrqSAkzBIIdGb62DjUZOcH5Keqjx2+9 JwW/iQrlBIg1NBBXvFCPMzTct0RlcNjxvhnnmgwlny+K+iyur2IsjLOWmCrhN02ROGshf/M3rxEo LUkK/HEUsHTKsnyBCZcz4zy5+G/KRzoZ8KBhUVBFWCSGASv5kajiGnlJHHEzIPxe5GxlksSSKome 5AwpjmT3pkWMBLLZNH4TL5d4E4p7sYwxXZCpOC8bwohLgJUV7HqFWMnAN1ylXH+wSXQZMCq+1ECs EMuv/6FFDkTg7HjmNi8YlNJYipTW0iFbkzr7jWIQhjU4kEyJDJ7RBWZ7ZU1PJWSo7jT0DqD6KpEX wrjYnB++dIyLmQqgenNsDRZk46sWN98yrwX93MuDPN2AU+Znlv+cIKYebEDrMnAesq9VpSfcATOP J2DtxQIaO4UkA76I7iV/ody3vqMpObAuAh9V5QAZoQ6PO7jpGXm0XAJJJYywG5wxkeq9jJaFoR6z UL7YxUhMxVKWfpRiUJWqgcDAcoi7Xhk2RdUANL1VC4bDaQ02QxugSxqGmMdaxxTrkRmdJiaXNFjY kSGISukAd8kPbT5TGW4QCELLDGOV6jMp7tiNPgQ4rbatG2mS9JIN+w+3JRLRDxxKOAG5X7BR6lBY 6Uu5QLqRY/mDJRu2dQol5B5rfrDtUKWTLFv2mwv7m82YsLqwulR4KRb09Rl+5Wd8CIWE41Ouxr8A DTJLLnQXdCcwU/SrUt1zzToJ+iQucUFn9H0SWO1J9YTQSUOY5ccR1FuaRULtmhytcli8i6Yqi3Vy zl2P6dgR2UItfSKSwwAG3wbnLRnkC66ZqxxmZZowoRAVYV2XHgiBKZHuWRNlJEJp3bKqmSdDYQ5+ tvONQrJBuuuVGqUS8YNU9zoNJe1KZKczkuzERMlDX0WNX1Fkh4m2QJla6UhlsEmSYp/dUAi6pZEB lJzBo2pma/MD7iXyq6G8La1UbUBP3FhfrhgTikbL7HUEBQJmi6rscPd0js66oYOhZdn35JI7R3TW U5sGUKBQCVa13mZmnsM7oreWUzliRT0BO098xHLSsJTiHTg4tqmrhKI+WhpukOuRlheiObGbNl9u 5Rw7xSVnTPKkvjhjIBNURm0Zei7pL/KnaHzTdQY8rLh42sh3tWzDBsWxY4uLDsAh8rJ3F/o/5DtT CQzc2d+WR6BchQ7RQP3wgxf0x+V8F8islCnZnaTbAZtYdhslJllvPQqZWMylDu5XW8x11fDahA1u h1Ki6Oty9LzaSEatntauxahq+OuJUya391jZTkRcBO+iSjccJXNvkennVkj5pbTSShwC4FouYMr/ GcBE31WE3ngmnxmk4lJvFNpelsV3EKnd42DsgaSDPFIcoR68UxlfKghODsUm11dvQ/pqsHTL0pg8 zWq8pCeYXN5TKkOhQYvrrYcMIqPzOlfpF8ssq7zXz5zGSeujf7AwtHRdlsk8Vt0FNde3iheXAWJy xiYJ93n/W5Zy4XP6Rcyik+X8VrFLD87CyaqKa+y06SgJZWhcGOt0Nht1PEDLREWuAi4uuarUqt6v mBg6ZAL+RiUeBgncts9zFKzxBLZsppDBeHmUf8veEZRPG2mHj/zHWYvChOFfSI6mHNTAHiXgOZyU CojDGIr71v2wXO5MX4GXbB8oWqYb6Ogu18+VjFirpGYW2ZVRfL34ps1VM9igTPmyWFx/TVxYofxi K8Tn8vlqQECXMUjDSk3jQXKpRJKQsRnzIQkT8mqewMkx4xNi2Re18hyITsg9K1oRurCOKaLNStDd cJ7Y1NA44CnHrSfdLmQE5MthIk3JvhgDSQAo0qAR/RFw5azFiI4uAlJUhW+DzbwpP7VCw9I0Ux8U tqWnxkneXeIEQBCYV2QxLD4niQ0WaZxyNs2SdM6CqvDc88uBW5uWDfQ3z/QXKQW6/LV5kAtp+5aC IqlurKZ3VMFd/Deu+AFyrVgwbVtM3eVqvWJr23rjsXu9kLxdl/FlAIZcr7onH3k0g0LCvCwCWDsk oKmUklFkeVgK9JZleHm4T7HY/4RcLZ8ASAMC9LrsPiMqv2ObXKFwAjjz2d7ObVIyl84RS9kWm+GG DjMv9s8iEOGrfJZFy00AeSAGNCouS7W7pLzXlFVhKWqhyUSxhgLMkVtESpVIYMImZCJvKDMjGYaE BaoSG1OWzoUbSdokXg5gh/DTnZunrvvl9vO8P6/3fxdvZXg+eoOCNzJ3Z//RqxW05feKBndc/GuT 6cWTGrYE++33/QkGPj4evWDBewJsk3XTqtsrti734ghh2yVBK7tF2q2vOXO/7KG9U2+8zaO4khbl MIndbWYUk64I4l4Z0k1JF+JBzHW7qTjDanT/Zh+q10SUwbVEZkEAFkdJTxa4zlXm36FiUq8QsQ22 Q98/SJ5RQV5E2NWMdDfmXOJai2KCgfnXTS9vYZGtuWEhDhrfTa5Sa7JnKt3s4NonfCHDzRGsu9Y6 maa7aWV/3YWkPNTjwuHsPsUhx3bk7vNh2YXbQZEjlC+182J3Hm2jEzTzJ8bvNhjeAWOaNVEyMD7H Hg6QJ8LM7o5Qt0/6h1zzxyQehJg78YOj7ueCJ6GfSkRGKuNeWaM3kSoWgwlnLSyqYLxc0W+CEVvM GCOqO9ElIaDDJUpdZ1MSMx5iYYeKewdcG5SME5GxAN9hVKd4kEUi2xpLVHiWdDGDsJy/eRUfCqJy unyKdfvb5SL7JInKVkIU2/EzsEKSaSkAQeEHSZSUtCkojHZ2q5zB7gx2SXLwumnhjNZMROP9aAqG yAw4YukNge5+afjUYfZIf25u2mJOGVSbZcoN3eclM2cLaoXRYZ1D+nZ+picIkQ10k7UVacrPNTjZ UrcpmWIfnOXlLYZTY5Hl170bxylm0l3j5Pb9+YQY1srGfKpAKzczxqIlT2u5FpL262wp5LBUebiQ LElHdQuwk2AzLrIsbwtpi1FT1WWLtnzRVbyG8Inx81b5n5VmNpP5yhZRz/zMokyKQvFd7hpZZuNZ pV0dp3SEBduidXLKpJZfVeH0OVBE8ILR33vfItZrZgvN1ii2ZpCnvpCtiUHlHgGri+ssseSeiirK UEC1MhG5JnvLSjEuFPqBHtOUFmfPncpcZ/+FNtMJuAQnF1syshVW6zNU2WBQLLkCEtGLDBe7jDv4 P0IL4kUNHYBlbH1rXqwWDiqve0xLEsIF1M71PvSR/KJHIpZ0IQZkEyWftk3mKeUyr2vH9fXzNVVK XRCwZNUlJuutBUaqhNsnWnqVlomt5k5+JGrXXrMWYeDP/Aovy2mrknT1BAzRWmnFxpZDlNIoaj7t L+Un0wH1OhBJ+DMeQR+ff1C17/ExIS7muHiAFdM+K0KwNUkcTAwgGH/9YaSlQPJfbEUY5hGirVCZ RMAoDEb6B+OIqwHUiztbPzpRS5lDszjL4HV3zBEDcIm+zJDGEJCJuiAY8fcgBQsxEwcUcxNNDq7E qObgUDzRVUFQOWkP0VjOAHXuEp9ABzQINK7m06U3RocfIiav9y0feOOv21GcDRfzeVF2Z7aArAem kJZtyT6KOqXEfKbVyQFQ1JpfVKmUnp/ys7aggOEceYgknbDbwUv22uEhEYAg8qs28uXXBWKO+fUo DfMJaNjR0Q7DPR3ZQa0LchLpOHtTFUM9xdTl2EKXy9sxWISOtOKOiYhbQuVPewtDPIsR0yJTUa84 HNSSDEqVjZYnw8kuNNtEuSlR755IAtp4S5YdpC7TtwOH3RJ5D74FhNCkfTmiORkK+jgVDlCYUpPC wBUs148CjzTlmxjIvvzKxbpsZk2h9vNYsfAULFJTWuWHIQUz5BdyvCKmX1GQEfmbatgYtQk0LHuj mzy9ucEpPXYIzPKMrIhZssUsv7hG5UyadYQOUgQFXUdJiZ9mKjC86GlcNHA9g1lK5SGSrFGzOT/h DiWdc2+tBWBeQOocT+rOej3nlT0rKfVWCjH69uFNJAn3mxGSEGAlpq3sMTiCo6e1/YPg2qJc3i8D rCCcr1lLai7TqPI2SG+5LQcjyoDeWN7L2LWazZ4/mxAm5d8Dk9bnuTFthrCyP1Edsz7AKx+UUV2D HK5NagEWafNfDj9hhNTBpkE+zOMog0PRgoxf4HbMHybCOyiZ9Giqefg4JZ1ecUw64oXwsU6+jpNW 0EKlZEy5kdcmCa6JvCqK5ozWZqd0/4rsSU6udkwk1bsKeNYlE3XN05TTM8v8fg1kNio7gl1GM+uz F7IKwBJsuImb3q/ZjFSlDJOFl/rmGA5nwtAmptpzAyR86kwR3xBY10nDGDCflkkgoPSkLKBsx/+b lgPz4FzGtL2NGOK0Y8wlvC+9lKdIUJUQZTs9ig5XAFTf8IIsVJWA2zrWjjoz4cLb/wYNuadJAZpH IAOZsCt39sPEFQG9bAEvJdVhXu+47uUMsC8/Rkcg5o/sDYU+l02ZME/HYiuS4jMkBBSBlh3guLHf rAc2PdTfO+7sHSz/7/WwH5dn2+K2f6yEzXVSr3iBrhK5SiVP7gRqUQ6e2m1oKS/Cgb0OnFVDy0Rk AKGB04oopPQiCPz1AKKUT6GXAP1nsPkzW9GLQtN3PVJMmsSh6McTWOxhTAjf2/+CQ3MpQNr2Riep gSiYfQXLdkV6QYy39HQSZcYBcmfKpqaqwtmehGXAQWB1fC9sjKJzdys5/iaQzJvpJ+EwPdsoOGRc beYEb6xdKmUK+WORIVFlPEUo3DH6ZKyWRG0RDUdtdyyEIK9OL97z8O3hDLqjcte0UsZDxlaiejJc kMBx1utQ2G+hwoEbwU1bwLEKMsvbSZiIAn80M2ZnU2I231s5CLOhVVyzOtSnP3s+xSDTOotypQH2 smZMNqcJtPJ810YBMO0AWZZg/zppp1x0sbrs1gTIZoeYLuaKEgbkRFbNWjBQPr8apTKPHpMs+8ic e0N4CYlJEhJGCjQo6DFee1vn74Q4rkuB8lgE5DUTi+Q8mnsP4cKq2RBLJ6bLlxXFOO+WTcfBb6+j T7lwE5TVDRCaAmEHyLnkCg3DZ0yHWi5ipQPnnrcSaZgCSgqbYPaViosxtcfAX8GwpbFmqjJYTSoD SJiupUaBusFmLhagqqktYOdfBwStlrNVIDQN3emvfxcEHBNX1AjduPELgzECHhftBTGngucuZYBC 2BJm0xt56NvyJqxyiI172wGqccpeWBVB9BwfT62vSrCtiEgJA/k7F7UVdzzHcbIqjWHRZW/cZ+TQ ESUf2gsgEHhkmzv3b9vnNlRTnbJIkbKNOog01h8SizV/lfwIqhCpq0lBBRqiEKNLGxaQEuDuK5SA Cd88Oq5JQsSBN9Hsl673H3YMqHTrRkljHWH7xMuuingHHHyY92bTfLhLT7Bd2sq0KHm8wzfudtRT 317CwTcBBVUiLe24OF3M8GJK/hM2kB7Az2KtLHzuFSx4yf5LbqmSC5kcX8TWFsKBCuOp29PqGYdT 3JT4eQSldzGn5bvZosTQP2kKX0CYTTKV7AQ/eXdWj9Y2bws3ZnH/Iv2izRSZRCvUvDsMwYle01oy wKnjDj/hiskIajuRDPZZyI0XIIcIN1Ugjw+3q0c1YQ7gKh3Iw2l/4pUfKm9yaxfxoDo/lRzlAfFZ b5ZdrQGCdYOiFm3+o3ZZYcrzo03FrChbJUSpqXDjVxN2X/7swOC7L9khJrcDIG9lPZm3v6VtjWdp OZGEcMlbGwsrdwyVMqKtZLRyx+ouiTyZqE1HDbGkEWWgJN4bT0q97NNwAowgLrvl7ipd/lL6B8PY WPeyTZXpBDFVu7zMNMUpojZbZu5yUpMdKjDzLh4BE1BS8ohjB6R56mAT+JYcSSA5cePSMMeqA6o+ 7bq09yZ68FnNa0uALvARG94r0zmSATaZzPW+bWDYF/TMCSmJzolDIZ/3zD/zw+y8sq6MfefIogZl XUqUIGC5cQiVQSIMa3oiJfDtSqK7KM56Z+bVGpTgfIRob7aJLvmyPfKsc0LFTIV8Ox4IBLOsRl2w RrZfSIW+GWabjtYEydxZEcmKBQYuEvVGEObNQ4UkYmdtJdg5rEf+vbHsbO8vRDtHBm3MyNfrKsSP RZwYvBNDSMCJElgpUFUKRCBm/7MxPLajLKGl3A2GxvjAhQt7Kw6Azf4n2FxGZFGi9ilwKN4QaRYV e0xuAShhRUgRdhAWWY1HH+u0FoHTUsGgXL0O1G/BQiIBf+Jl4yDGgIUmNuJAzQ0qdg3fTngeqTC6 5WoS+oB8aIMzc5spb/Q5kokpi7HRon+jx5pZXFZtxKjwa/URQ+DXmV++pmviyXk2qb5y/4ucOQsD zTKYRWaDqnazRHfSIEIfGTBoylfyXv6SaKEP3TMiZKHBAcqJNgf2Oh32TMHRTj71eczdFr7obWJi 5Jg0CwZlMIhUs2csMbFCSqIY6FUjUJYPbACJdNSgmUm4ltL8lvXCwMFdMqN6InfUh1yPSbhHzMjj K8IAg3Gh48J3u15ZFvHNUtrbkz3gySYQxpwQhDNzEoB56N/1km3Xo9hiWThfwEtal0hYogjFY6Uj bWEFcQjwj13UxIFsZ1dHMQOoXhDdG/BMWqqJxKozAwF+5FqroJNV+xVHlOLDYkd+AP4zCp0x1/oU rm1dd6RLnjNsijAgiLhqIMxR+B0ek2po2RKUFLUZWDfQjQPLjgUv5KWv+XuXq3Lf8H4GSUjIdhrj l+2VqnWADGILVU1lpyA2IwCsGtuP1EGqROUzHVm/zJPaprtEbWKG7B4E6mnbT6rvYViLZVA5dYBA ATgVNGwcsrmlCBZhKbf9ScGpfZ28I4cq8knh+pNN1UZ1p1h3giFwKEvU0IXo/erlsnys/WlWh6aB 5ogPdaVh7JMb+tRdZut6RLrj5NYuJq+pxGrMu41SD4ElOSNIZCjojlO2Qxf1Vcg57utlNGPgIJ1z gkPVq+HytszRmBZy7RUaNckMQrJk+shPD2wB2W59mi/A0anAvR+CbSJsD4xQ5eY3mlmyk8KcM+FJ q1vMVf6Ur7Ihk4G+vOgErkhCOHsuaqSbyK4gslz+iv3sfxENFrLXmkvVLFk7Cuk7pS/J4ZoFruqI dUWcL4iIHYwmDzHN8B9J1LDcqd3mlfue43NVhZfRPaLG5nuYrleme928u4Qr2/UinFV2eVVT36Rb qaQM7lWMllr2mNvyOces3Gd0u52q1dFzh/Up3CGqflQ8q+BwWS9CZueXmh7dT0HQSsXNXavBxWpD CNEkvahq6VrlmDqdv2tBKMx7GrHGhzcsuRlUW+PhNfvdtJX+3X50YuvC9L29hjWmV/rL666PbgF7 jb8Gr5aKL6m5/rjK6/Kv397G701PBOLV8T5UbXpksXtdfa9CBaxpnUoihnWTuHX8kaBYReVaPew9 XuTZo461RIgUPDmCedJXqFpubWO3Yl3sAUk0RIAb1Z559ORjt8O8t//2432DHw9Eei2VpyRXRCtC y45bmta8yGsjMYBY5uV7BkjNCDdJO/PhFnbwjmQyidx9xcAe7ayxQyw/ynkPjrs+/VoGgR7ykrK7 q2VA77DCjqcv2Qk9EnpCSokOuht++fn++BFa3AgXp+oepCo2VhOC1fSQKfarGPqSBfedLx80Mjth wsQHkMFY9T4aWXC6Nl1tD9augeX0vraA9FiuJTKqzM1SAiCBG9ZRFYpVN1hw8LCpeTN0U9U0yNlA 7D4nlS5mgcj+SylN5jMXW5VpXqmlTCPg4WqyDZPtuXquCzyjg+n5xBHkNgy8BICULAlr8zG7Hypk pHmmGRj4tUBs3WLqAjeEDPw9mtpUZJJyS00LRRaRbwysS+h8CPo4/OJuSUVwLaLwvwAel3hYCMvx fewK6OJTSJfvBh7iV2WyEFy+bmIIK1xEqr+WFs38rvHEScUNk6M8qzOHygRsmbpeRyOpylpsnPRa wrz4wR0aWrMTFiQsF8qF5KuYwZl/SLbeUfTPdibRyJyKnE5PDhoqyYEqIhodrvo3jMQCjXeQ4jdX LRelaDIkZDbTK4ysVr7osMvxglgGiTpyZm9ok3XBpUSMLNtqeo6bhZFROjECH7XhnJ6CmpctBW8s r50eCOAbrvUtG0h2NUOoFZxcyNJQjl6u4n18PDQMZGo9QZztyn9LgRghqJHMZLlsCQqmxEyQJZkQ kfDMbfFMg29whLwlO6S78pKUitnVAZ3JocyTPhcf3ACavpblWL/mBKcMuXDhZ+YRU1vXitC0KdGQ 4Zo+bPedXHlmD6N3gOTySqRbjpxgjhnwgbAhwJqwCUWag92+nobsXMUOJwfIbA27aFwZKqQOcgvW rNMrAs3awmELHRQQ+i4UmGjpiStGi3OPf2tNhlb/wwpAVHjZI+m2+nhQvVXsisFd6Lun0S+Pn7tv XXlASIjXO/pigxraYGBrAQD07Srw0D6i3nPom1wgNNj13T2og1cpxG4ij5q79v5ENnQn9vbbdIg0 cyLUgKk4hdVA15/vf/ro+xCEZ1GLaGJWXy4j3oho5sLv4we4gVBuJWaFyQKZOE4SbDi5Ye37ve+e 6a2SuUjKtITdp+w4ZJonEbLS2mm6yBEZOTz0f84nyTCrz65tyuBiHZg6isjzq4naS8OdtBZZRl7N R/BIZlNfPRinMEsUeTJS3EcwZsGFZ3TThPvjYeqYrSbIiTcpeXFi4MANkhuTYDAsghGjkDF6T0tt JamuxcqIalCWxsnakMFTJEGkjlx0ET5exFxNHrMamP0PbAB8mgoMjQ+lzBrJ4VLgGEyU3bFbwzh/ ZRnqquRJUtbCUlyqBGhA8GjlrdEEGSN+e8pAQAwundaJLNKp7DBmxbQDxbbA7qFSUJBb1FB960DZ F9HtyjZdlF3iDgIjFi51i9KoMsdaIg6rCun3r50VUmI1rOc17IlYCDipKXZUuKFzFYacttafuANF Jc9DCCmu6T1xQc1IqE0hJ69QQfaZ1VJ1d9hKlXKBC3/CmrlXhVmlHqxRSbhv1CoWSYmTEmZJjA2k zDCmCkfxOEkE4PANn5V17IaMGBnBt5Ul2CkG1g+gmuJXZhzcmoqJEiuYDYvdoGEDbIegsZCKpBxD ssVS4+mXF4TaBMJubd6zmNfXg3Yz7BviB1Zepu1XBlUvqpRjVlEHgnFkZZlQd0DShM5z7+UJB9Fb 7RcaCGE5NBlyPTLJ0E5egGguV2DCJ9CmA6622jZ3ebBqEjkZBarOmnm4w5eHuqO7Wlk+8tqAV6RI Mn30XIM7a7wzN+GvEUD1BXMGmuTrHDanWUiK4yKnwpDdEbQqx1SFzw5y4bjBQoG1esjndsGlLOVS CxbulU2MqUlUf4v+xzzanTwrVDKjidQqP2+aZbXrrUNdmRNrct87IfEXsmE1lfatZgzxtOW542jz PkMUlTxVmb65dWVpv5CIRauv8jH8t7J/c6AaoPiV1DCA6kjvIsi3KDfWqtfsZ8iyY1ofs4enyJkP VNZxtll8G6R79s+LSdvd2qJdm/v0KFTL5KjKTMpYJ23lsxkSouEVrbUIjK2kda35exyvIWc7D3ra 7uUC6qjV0L2YjaQAcuObIiR6EVwVXj+iJliPX57X+NGeY3Wp/TMW8tY+e6rMW/8U8r6H3RFgc55+ Un/XVnABx0GJhJMQJ3DCk1y1BSrhO2jvOnpiCOzJuNr/OF2kFCRlL66mUsdpiZbR4D0EaMy0Ihhj wXJL6BZmoarr7CdPMNidDpf7tWVYYH8KZPiOhB4bQQvhR0XQkTeQmVDQoxOmBYlA0uGwpd0sqC+9 KtnqPbmARdYmLHgAwYz+L/bRtJTQZcG6SZucZwX/3BehCxXVLvmW1UuGeJF0XaU/WDNLvilj7VLE yCg4aVghsBc/wEfvzFf6sT0mDbWEdS+nUXXpDEp9zd40pUM8vPyPQ0eW0C+GQh+B361VIdJR0cWU fTMp9aELLmk4109G7UAwlZgwjAiguRnxT0WpBy7DCSrmHZmcZ70OMmc0xQKYRDCbu8qFkQtpbyhH 6L4QWYcn/YaEhfBikOWzHPMmT9aF2n6EElQBg4thSIkSbtC5DIAdVGGZP7ARlOpVZkJ1ogzAYwNn 4fW0s+pCWYi1HZhzBNYK51DvPY27uDY+acQ1y+qZDzMikKn7YRmOidAwiuXshznzhGwp7PKzcrQs lC2xZRsCSJMH4LqTaZ9r5yECZZeChXbO83RbInvQj51/t6vQHsZiebd4SJvvOWWY9bgzfNgfJ512 EtkrAA/vjuU00MbmyXyGahHR6G5VmIXcYoBjkT0VrHQ1uQJsIYDoDQHdo1nlCVcR37CQpNwg93Ew qfIDCsQjzvDOfkyYNXbP9ftmvw8SlppYM7zqPQNGirE5ojJCmtFnIkoUmVZIsozLc4UsgA3QB11S z+zAOWJlw0EEyddOYWxpwJwdRF1OHdx3Z1D22OoVdDl6jkv/yCMdw4iacOqLgi685C/WKpJzluqX Fu6I6ZmAgoXHLeUod21iLoJ+qV1hWhRemOm2BaGWNpsAeUJ8qxHSt+29gQRKygHKCrr5msU5aBC5 lMp2F48Brz5zJhDpOjGO5vQg49p0cijfYibwOUY/QQ/9OsvS9F/NCGHJsHDDrmSJ20aWOeTx3QSR swlYgheX6WTGY69s9ulp+O2942Eu3E28Nw8xsRmgkBfow6Z3pHrSBdZBCSf0lk1hemydOGQkB3vz IBI77nklYkICj844I6DcA0lo4H3MlTMUrDyWn+azS/QWIlsW58X2rtfLZ5x1e3dHvZZsD0WikXLb QhzHjYkd6xRydtz1H55h7yHuNgALmXwOo5IH4i3pic/CH9lIJzDTqxKcakMtGoADsZd7dJP05qeD HHZMYSlzMhiHjvO3gmw9KDPoSbc3OOGiQtu6V2/pUsd74gQUpOQJboGn7cMSqu4gMFFSRT+pys+J YB1vViA6WySdJHSyRetiN/bNyR6QOn0xWcQjNaWJfAkoTfm95MHnyge/j6QAzUJ+MrC380zf0GPd K8bMoN1xaI6sMladRhgIIVJn/c9z4H+CaJp4ZMlFjfAwYw/DiXMnmzPqiv25VpPvpkYAivByY4l3 baiwpioLDsh7rfnKuVUZMaOF7kPrFknHXoCWaKNZbRDP/tuzZYDPicDCGmmq3TIEpbqkjgJkUKfF Z0K/mvMupuStEptgoZaLMN7l1WuWlOQDjTpOoqSOuqzCohy+xENo/ny8fz96tVtBHxcrTnXYKkHA heFV7QBHze8S+Uev2fftAMAkKQdE5NMTRoUduYCqOabaGu7aqmYysU/CV34AIpkIQrsPwAUonA9a NPwj/G6I+KTkIFSzXXxFJzXxOYznb9k5dru9LkOh3ToP9W75LNEEoQ1ySegldWk7qDmRQX1MKyWY 15TIFUBJzD/lLXRVS1PPB0HhIIlTIzuoXTQTMLneIouBztkHusyUldNZeSC9k7n0WKKUdBBvCjM4 lc1Zop7BR19AE72AnV7wM1OJYwQayiqUEybGg5N0aMVO9xebtcE9I8NO5GY24kUO0gl1uVxhEVv0 Um6Zqej2lQhSlhZNn7uLO/WwQb+ihm25nrlZxLqVe1WriUk93hCRFvFJgi8Uvk1MjDyO0uRT3cFn AA5H9byr4wpPrBaeS2PrQJCGRS1JIHoCHhLXO2VXleqiS7CAH6crbWzalJ0SkimRmSWTrLOtXzmW iiNDapr958WASjjjNrzMER+AAWWxAZhXShn4ZHP+wTLzZjEpqLHerZrVTcPxmIE2fZqKgHnBuSNm xSAirPDKVt9XXmIzNZXDFIgpsyUyb/9zUTKNfq7N6Jc2p4ecu2s750fs5wNU0Mbj7I+PNCAZ1HQK tQxYIpHxaTIUMcudUoq1TTAuQyoWypyXfXVddtu7hQtSZcAiiGPQu9wAtlckMT5RCzmtZU0qjA8g TGj+0nqgem5eikGUiLjmQ78wNxeaixehiNVMopHlm7W/5oRveVBClmYaldgIXwUUbNUvpzIEJA3e mkLxyG2dDuY4XSRlAM66E9lthvRYCyRHHxmzmECGqM3gcjRQvc8k0JzAR1wU5KKY4EqMi1aLKA0s hpKPTJn9JA+ZBMlZzi9gR6GRXF2cEHb4rF0SGDJbrpmjNq7r2cRpxuM0rfG8/CTVVDBx/0otBwvg fI6DchMQlujJoicicwrX1t5RS1jZeVOVgPYC52bJ+FlRUFM+lqWmVEnjZLoMWWXnLJ+qcq+F6dz6 sQiqdQMeu6GQUVhOZRehQyWAoqcbRX3zDlwCcbVIu8pdPPbvVa7GFllq5agNeXo3+gQKRaUzbrr5 jjYBRme8aGJCLbRCDxEBOIrUmPXSx0pUfVcnzu1gcFa93DV8kz30VeWCmuFmT2amDHyCzOzFGk2r 7V7+v15vrW/fp65uUreaTts8xEaclRAYNaRR712DXsC4a6P15TiMsOY75ZsaU/2kDtROwPkMRZED BO4wIEDkAmmW3dTIohr0Rh4Zd+TUPjSREBznCETaTu+Aw/2CJv29/5mUbEfHPrA1d2zaPNPdkxUa lE+gGCrDJ8gCWkhDH0ALsfmOF/JZiEIJdsDSGMQGRVlgt/uLmwCyitC978KhkCo0KWKaMl9k/vyr boOpg7yiBvtOdkKewp/BZ+cOZOb5NRtgsCVriSBpFFhNj8AMm6hFjzIfVhdTYCrnyKk5S5ZZ2OOs +AmUfAIW0ZZr5iCBSYZdhC5g8Q+/9P5xBW+v8EEoBHAeNkE+fp77KhzIpY3QZMj9TIKfADH3N7zq tUZlGQK1sTUXW9+VxDTlu2YpWRBTTZEwXcECVncQJzqJI8ZkfSmrp19l9TJeMOG02VEjfYr8MAhy lXPOCAyxMia2WkyyBMKvuUoXTpWaFksSB3CSFi5aFb5NbmU3klqiFLF/M4ORRwUlHqVMBZZCBKbQ n16zpQy1GOOc9Zb0lz1D4FrWKKkrC0yHcN0xiGSzIaQHt3uRKVnXwHXIf6muGwAZZ5FDP0GLk1JL O0wkDhq0JIinOFwnLC0QtyuJoAqdXRFOBSnV58TQLGJal6tkBLimIt0SfG1i/LKiTLC2z67bi45d 5GBLNbWl/Nb/ZucGORBdon8vk6RqzFJQuaFnPqveHCg/bG6CUQni71XALQOpFy18VHR5JwyZtMWK fa6O84TnpLFnR5UALj5RqZhCCuxdqCoIRQYx7G0JsVQ9Z12fCrgRG0mCmkqtqho7UWm9qrYXlPjt /baQbB9dnkhqXtOR5NXg5Cab2i8mFArLnOjR5KULowWppQCyFPO3XE6URmNzn8duM1U2Yz1Z9jht c7MGRa6iuULS+f11e6iqd6XyyuaEqRBV8r6snq9bNUesBDtvMtnWLx0nWV+PqVm6EGw+jYMkhVi5 JOetaiaGHrAzN3bRnNCAhvCcDac4vGCiVrMrM35XZiGGpINZQ+7Vy2hY8lVHkanHPRNUoXcJsUsV p1Ofq9ArcPKWVg6OCEn1w2ytUr7vY3gzl0y3TK/78GsiOByQRIAcQEIeRLi0nCKr5XFltVBThs9H mLfl6wujt/hDVhF3UL2UsnAzCQQA5xGwCgqeZudMuDGkFr9ExiJchV3ILTDZE2UHF4gOwcE6n8Aq lynSdOu9ccKIkNedqUKGbpxPwCSjcug8WYMF3z4GW9zMUvuAr+PFLg91F9r4NNEtxBfkmlqcCpmK QcM6EgiaFjuc4K5YY3xhtprQWXeRuZXJia5IhHTCrDBM7Jx0kKgIRw3cAIYhZi+6yeFNyHN1spw1 nEQBVSZF8AN5RXjeZX76yMNIN1NJwozKJUtik8z0HWj7j6U5QiDiIHPKhF7/en5/12Qj7awjhcJU 9uMqGMWwCoFZNWqKC1FUu3u9iDB1dFi3d7JNTJHLVnhvvWL81pTBTv6F1BxMJMdgDZ9BK5T51CXj LAYuD5/XA4v6b7GRxhuM37k2IIptvfRElU/XFvYCJd04U4Q5CrxaZw55ZVMOo6HE272kF8j1YCnv 5OgeY0fbQTkgWf8rx+2uLsB1khIMNsiu/uTgY28CDKvaIspB1X8VG3mLT93RqZVGBAFBY0xDey5g jWnCXlDDt4xJeHYWmVRlLz7AgagrZjluJu/yMgXheL/fXkwUnAbciPDIrcfwT68v2Ki8siJmUWpJ f2r09cZm4gQHBORyr2qs0adPwjASAp6J1xuwmvW02lpF3GHeQao5Cyg0g8BL70aWFtFCj0sEWjWj Ui5bJrIsEyVZS8GODsdmINB7uZHpbPcNsiqsFN9CMQP8fuIlSYvUbQEg16A1fzDMy+utVPOT2EkW f1YJ2BjQSE2n+HHc/0yoditO/WHehD9tFJp3OKtjJljTee0ftDHwzecDW8LwrC9maLibtshwi4RL Ike2kduk9GyUlHJEeUddVLqUu5XWoj7dmhBfBksZsAOIajJ3bipNYv6MWmsMOhz7eAEyTcvgk/Na ItXuVqFIy+qX4jZrazhyWKCfgf9UZkwG0cvScUOhrZpXpu4wqj0PmDO/grQYuCBKDL3svUm0a2OS Qhm4oElYnluxbgtEM9IZCQ4XtLMZQTMMach2TWs+8yP2Rq3zG2RvCKcgA4tzzx43cGPdggaZOa9m 4d1eUf2mevTYwl2U3LGAKRswhQeGXNbFqGtGgpqnjQDH3i9ZPnqyP6tJDwLHGOSj4Wnf9IQ7AvAK PssnTz+GKiyL0r2uvy4uYRXtMwCrnBdTEFdqYgnoDAyOdozEaBHcqqQdTGWvRuXr+AnOKQHMOpDF L32Rwfb1MGaympgbALnIvvPA1ihCQIvRJklSdBvbzroAs4hv/LRWDjOXcaa8xDSJYua3fQdO9loP dGSd8hnjmBell/1wm6KY8GRRB5kPCTpPD/y315uUKljeX/yFxf4R3sNVAic6RJH5b94Y2uucMVSM VI2aBYy4LWhaMNCrUoZLsxUkcEMKs0J2ga2qlXRU7A2dWEy7GunCqKQAb03vN6GtdEbbUHitBJYX OC9I+dcJlwjPdfykJVgnhF7ZVCZDlOYpvXe2QSJpTeUEa4B/xTh8raAwO/93Vbp0bkbhn6k3W80V AYQTIm6CSmJaRRldwYH3zd7iYWEPNw67BTbdT30GvAWBmHMtt5MSrDA3hjpqTCcRExBHMblwnNsy odAWR6Z23x8phLPnnNWv8KgretvqQi7l8jsloa407WA+U+yvBRI/UQeApiRDxGDHCrosFnJQNzhx EYjDuENAGI5v+UNnHas5S0M9642UetpnOG8zSamjbAY1RUZ8VNTI8dCn4JLwSNeq20/aFMoEeGYq 1amuT7dZr84GtN/dMqdzD/MfA+DOacScZIRuZAVhGQEDLmOJ/MyHTyDOFhTXE5R9L8566Z/h259D kggIhEyVz5Zl5RfEaEaOUISgcrIqJZN9ZYItm8v01W+DheGJRVs4lnqSI9v2D40JKJTS7MdorRqn GR6hoc1ymWSiK0qYX5fDdSzMP+XdCIgvI8q3LV+R3UgZ4HJx+jbgVU5rj26i6MI8VIqSe1FrqufS JbwZJmjqa9bNaQUCN43swlAQ5Cor9hPrBtQBgzAObu9lN0NhRfcinMwlTOMxIX5LFQNT/utzRX3G hlY3EUWg5MqNCKavf5X3oMhV5Vs8TB5DGsCq8AG79KlIP3Ptvi3E/V5luFuQsO50aApvJiwikL/k NzLzV2w1c0D4+fEnc0AhbWNwnVt0+gNKhZ48v0jsSXbFXAI2ttfldd7kWUi3O0tRA5D4F5lCjFqt BQiTlDDCNKBrDGhyyzuSTMLBa3fIHsyyZCNSuENTIcIU1oSQ5NmTPsTG1GRdvj0S4QFOeoqq7n6L N13pfK+DK2Qm+e3WGMaYJknn6bLxFxYgoCIywZc8+DepR20XhjymgwfOceL814FRQ4Au6reKHbP/ P5ruBLGNHYei6C46sh2PGvz3v8I+91HJYEtVJIgZIMhiaacDZu+oKVzpvseQCscgpBjCt7sCNFSz BQwFBgaFkw9Hgol/KLEloNO2MavH0uJ5o9DO3CmUl83omdwpUGqs+5gWe+HteyqaQz4zFVosHtEA zDZ7g3HnN+sJc0RlcySFkwCwwe66xOsc68iZsSlyZ0TobxHEZFbb5phYU1poOKbhkmVQZsg8zYJN gUHJ+RQgMxsGdGpxVJH+s+GquOkyq1m4QU9/tSxM5/aZKN+YX4cGHI+TaAoCs3qqy3rzY26iSFJZ /pTqVctZmduRpmfmjDewCTckKWSFHhwYSPVGpPHTKuwogAjCINDyn45NaWSO8XtOI/bqRQo0INM6 HrHI8v3lEXLN8bfJtAb0IW2mCasMA562aiOeYWCzCUgShtJF9UBNS6hziq4nI5+XPblo4FIOQNKi lEqwlZnYFpXSUkQwvDUYxzNtbOwnLc7OMquS5zQd0LUwcSvblErhoeIzDnWuSMW94nuuAwCVe0pu 8PES0syNygcKU8rg4l6TK3g1LSrRcqs/cGssD7lzYy9CCR9fnluanQ1aY0Kecl97F2ktDLh3f+2q Gj1MwzQfbbNwzNOXPFgrz5wDkDyOq510mu1pCZcq1fJzk2WuuKOfcEZa1uPkuW6McbeFb3KB4caa 4WMETiJCj9lVbEsewc3mV3IghhxDJhXRpXTxSuHEiJ1hlbUip3FxAI6wbZZapsyLZcAUMzPkBwxP BfrvJ5eBfX4YwIiABnsql+eDtYaz3+xOjK50g6D2JfjTphF2mM4lHzpbGkOUhXD/sN93NaYyEJpP LbN8xaiuEizbqm7sShYksYn+EkuukFnDuacHRP8P61x+Z8q3vxaPqnZZ17Jo1JMybcSy2v75UAvr URIbqh2BVB7qiRNP01jdtkxGh/imHqmgQm0DU21qtefR2JZwuJT+B1Mpao8TqqgFvKo6PD0XoKMm ClUttnACVcYkWqBYD8tXiNdMG8VZvXqW1ayKbZjS84jqXR5ZKOurZu4D+uHG/yy54P46iKglLcV8 vsd/vLG4YyeqpcAWKVQRez7FfV21UGBsKQ7ltW/Qjp31WGIQrU+1bIMDWsCjdb61b8lvhUBNIodE rBP2GAbCOz8KF9CceOAAvZDecyq5kQ2Sb+wQJ9j2YkdcAaru1RqN23Oj+fO0gg93A2Fx68sjKgYk vhgCY+60xzmt2vX8pi0Redc9iGF1wVOQda2cCU3AsUDqZZu99uXAbZHd8FYtx0fy0J8KhpvfPmEW NRsp1JuSkIfLtexRnxTwquA5b289zmW0W/2kQb0610KhDjiffPnJFCYCAO65zhb7APGwj2Yp27bc hJt/nSPYThUN0vkUo+V1fiRi8urZvvsVaQGgpZZxDZ2O6t/Q9KSerZsZuGY9rZTaVQYO7nSlYnBT CpfJdB4Owh4til7hK+ZxIol2+JiXDcNWh+WfmE227XluywTO6dSiVYJ+GN/VNkfgZfocf0HKYeN+ 1o1ZHutjU7d8tAkPAPQ4SKlQcwq48RULUnrbqoFFEQS3FjZlqEuhc/5UPYMt/NQ0beUBk1lPh5GR LlEhKCNSY+xs1sUZGc7jSfyb7vrxjFWWhQMTvYjJVzk2tNAxz2naXEjptNEV8SRO4cOrF+jKWtQN jF4Jq3Ak3zpuXFzxD8ASKs7OPf7Tb50rjyxKih28bh44Xyu68LbFXkFwE9w8XkGGqyzK5ITLk41Q fcqLX5qHh8mfIm05+QKGMLA4VxiWiwrAnH8Z10pehVqHq+TgDWQpC2vlanCT/Hd1MarAXFTl+4tQ 0VZwBL94AK8SxK/Lc8OyGEp/XBIW8YRGLZIK6CLNorDMFw3thoRoH8T6uLj4BhkhSTIq121DZuG0 9HPRVaEpZApe9ltiDYzRpxDrIrGs8uJEggpomFL4da3CEzapxBpBEQ4HxN1eLkSWuCMIavYsbIYT wl/+WKNSIURNFaCgoUTBTTDtWzEc6YXcCTnaMLNjB/BYyRQ5K0E1U+6Fg0wHjiQonhrsOoBV0eIi UtZBMyXO4LB3YXlAUjfctC0tPFTtMBaD9q86HKixG4BKrm4X7OOcreBVal3ZgbGpEaAFfokNJTc9 8tqt5OUWkuJlswB9yANZBNdlE4JnGd9cIO0Hpr84kvQbXutOHzJUCuo6sCVhP1WHTXBcamqW5saf Sq9GbOrIJGECZrOSeD+DS5J7lKRUA4aMcTQyAX90rFa6bl6P1Lywcn18LLesKhYg6lrqB12fwwuG fZKD9bXFHShpQY1SGnqdbMovV1QaC1atjjEQgV/OlFWiganYNsvKIUimPJL2CWyaii+42rwHO2Q1 +QQ25XSKFCrNhWs5V7KIW54TgSg1sGhkcwJaMAswMBPQUQVQIU4fdyvmxxkeo/mgXZUhWAmeESly bu0njQJBhtkm8zJCZMPdKU8zJcq0uXUWqImeZn8sQosMvItf3uAYk5sfbOZJI4ZUsy1yQF8igIHe CQwWMTikfTNj13PqgkOVbPK55sXRlK2lfuRLEhEbgByLP0s9p2NZZ7k8XrmFe9RYUxqcMuJ8Rn2m 5STYJWkoT048PbcYhum5iapMOxkYxYgaypYFBYhoUUAPU8yJETxr4O02QW+z2mY4QPVNU6ITZmDV ti6iFGvCPqVKQ8cJLGg+i65JMONtR7fglr8itXhznMVxyKG6EdLLauAF/6QNnUQ3THAp6eDZrvuE yRVkmmLkZLqDjZEckw0HQ6yWRyBABKcq2KP+EJ2orj1p5krGOd7X70EvMPoEaPtFaJqYC1zFOo2b AANPAwlFk7L/SOu5DA5z+cRR99xjeOa+AIcbtgTVFPW4JvEZri3faFmNNEtH1/AAvUpCTAamcSIt 7cp8yjYDqvQt+yFUJDYHYa86QppuWB0+dJQHuKzo2SR94OKl5ATYKGv5GevUB9jQbE8wbVCixC6w eGBdMuKs0UXWhAuTA1lDfZ435vewUohSvFQTYjmTTCBdy67SQTP3PABJY3rKk7z0BQFQA8kGGiuI TLpFARYNLFBJO1WyiBcFPlcHmEgpXgzspNWaHN3FWxldCrSuVWNUIU652IhyIbiVXa/ZNiylpMpl vFylziZoBEHC/IyhGjI+7TwcH7MOBux6CgnDEkLqE0qulx3RIlZG/mBihmOyEv2UCvETLNy7SAey 0giRwWyPa8LND/Jxm/BCSQ9cpIeyhhTNOhMhCQO8XOmEn8WLCPOuppxhB/qIWYsjuZq8QX7SAew8 UkHfvDVv0E1Dp0w9CooRCkjtKBEI0oHMO7OCzsF7QUFI4uVJukCzVAe/c3FiUpJNii6LfEQJTkZO zm6lVbpqYtzSMKea539yx3htMDRkOHLbeNvPH495DQGR6mkpvFlXkhT2+Q+6GTHoewKrEpxJNoyJ KTOlodtw0lcP3KWp3QhymB+rk3jCK6e0DNzKYM6xskMRDdIJFC0zVi2n4+DgZ5xPUbMEX31JCohi K+0rCDI5PdMLsdHfvLrcoxsYzkq87lkbBuQI/xI3rkR+F3xMxVvZjuynQgpTXRYNH0zAupLrSKsi bMyq0GUTOa481qniqpDK7XuDrTxCN3LJ0yKbpI2GRKaQKjWo2RiQCyu002ryzLMMSu19hdqMISiI 74G2rrvk34o8qIZmsSaVCE9lpQo4jaJPkWNFOL2hnH+0XQHHXDepoTXpfMEF166SHp/nAEx5XJdy FABZGXLVqPCKLle8lQlY6NGxHqX60gofbPLZHIwzpS1g44CaHo0Laxnj5GiK4wMuLL6w0AgAou03 hjDz9YAAqFlNZ8AGmQVwg5FuotHbQ3ufEXRouRUD0ZsAMk9c3RKDgXtmiyzjVdounQyfXA2kZfB9 4UT1Qhj1QWOCMVoDpyTYnXbhRMKi4U2J0nKJtBwxm2ZdEji6JdLnZm2fwxoKYFDw8UvKsU1iYZBp 9jjVswofF8o8Utnne9xNKoElIIoNHsHPg5lJxxqGE4wsnfm0iRtbsl9bMrTL7qFhjBQWFJFBirmq YwFgEDJw9xMM3FvtaHQQEDKcKQ+wmsPNw1/paw6D12Vu2S9m/uA2I2DVdr/BNG1ps5NeeTiug37F NFjma4wEMRqqu7jPzSZVIKHZn8ZKkaHofqa5R9D76rovR7Ipriv9X3LKorLNuJjEFhq0hwRY5ktJ U4+CunFa3Q1Y+UNEN0oOFo9JwDar+Uzy4tjFgPJfZuJFUT62op1KiAgpBr1aEgi/Zq25TGjkjmKQ InmKEZ+PV4858Y1RwKEc0nUteRDhTzlJPUpbDrfcO/PmT31rf2uew0IMpir+VB+oVGNhwj8AEFrU i8K2z2nM/AuI2aavNrdqUUWogyaUQog9JIRmLVOYJiSeDc+XNQuoCim2apSHWVUoNTwVIli4AnEt 2fdqI23vK/GtTiSC+1lpJ3wEDTW6KkcBV2+rYqLeEs3dgXVGJxusQLc9gKpAhlCYqqCmDpYTqeLY MwlVFxV7djyZ6pYvSj4NoI+Cls9Vq5TI2tmPBE8erHqpDzhO4qrEqprnqodfEMThVDfqnLbqNr2L Ci+q/iHfRTgoV1qgBFzbCqx+gdrufaXPBjA4NJTsqvEqin05usfTAZBReq10rFj5i/3KoXtvl3N2 HveO9FFX5CVVBXVQ0nTEWU9ygaAum7w6bO2hCAUflWTHAa16imjNQ1gB0xMTyrz9tICFZLAxtTeO uYYVnthz9o4iWozAG68g68S5hz5O+alqjI0Vyzp3yGvIDFclDY8MqboIoahUEv/5dR1MjHQgiSI4 zuEEkSj6ff/89ghH5/w4aM65dRgHvc/vR0fJGVALZPloFA8yYBJs9O2guGqM7nk9mvejPZRWffz8 /u/fsx8q2P559qHHMHoIwjhKsl8P1ezeboYo42EolDuITi064sGJgSlGZ9mBWI0YhxO4Cn7bIbA3 i3AXL5QusQL3Yhf2T+Votc/p6dg4bWRcHXQEz2qtaRPALlKAGDU2reDKKNzSH0tbLAA+q4FHagWq /w6jq16O7ZWd6QvWZOBM1WQie5lOERO81TyJtwWIjJcgIOlAprxCxrlHXVp9IHfDMZ7Mx5A5ldoz bXcrDECSe6G5BWn8IUr/EFBN32ecdigf5gCGdVgEK30NxTiBSs+nmfkieuhKaWEJfzX5aryQXN1V b07kpnQAck8s0sq5Cw93oN6QMc7hjsM5alwnQq3zQkruKsN0APwMxr8efOxFCuELUosFrudq2F34 jc/8E8obHCTWmmSfDC48AasS4bqcwCi8rjQpXQCWSCEPth8G9eukYLhPIJ0eFLF4B+DNWbW56bZM 4yycCCcZNzqfRqw+ooUy4g9sNNsjTZXfcSYHdAeNCho6NKhKcgGXlYGJ57N3LxE0MBRIwulVKVae LydGvr7li3RifkJS9ApbQrUQ5v3fBcn8c1MTvrlA7RVHZbTy1OZ7i9SiRlMNEc7sQwCDofDhrVcV O0rjCvWlE+XduyB+iihYfkBp1xwHSwzYDLNNjBJ10VeU8gcahUvB2hR5SUBB1VvbtRX45bMKO94i HgouaiaBEa8lqHqKwMYVwKvsSpIt7IrgHx9/ZITVWoGVylbarboTAS6YopgBqd0p5tvJ5o9IZzsD OOIUNGWnzTy2aaiCGkzL9ZtLCa7ilSVDfJLnA9JEY4lPwVY4rri8HBGzl3r1E+D+6CATcNfnNYZQ oV8WgROyrA6gLelA76o3oSadrBRW8bWMw/0SG3Ls1ICq610ricXAqkvYXJ6xEjHUfW3jq0GkWbDG h3ZpoKCUJg5hWMQMw/IocFILQyLZfZg0V8UfOJZK0QHeI66V22btP5tuy4iGSZVJ+mZSLz8tvaiv DvHQNR8JfsmFln2Xa/vdPr2Au411GuCCi1IZAzUTL1eB+RGxXwmhbaTUGBUlUhEUqaWOLP5MKODA xEs9wUFSh6GxGjQZo/a73pHajsaUyLUNZzMmdzavx55ytyVHz1QtbuG5NAcGpa+qpI1eTk15KCg0 cF5ZrEtGfOpA1jRNi0xoo14yiA1L9NxLUcv5gaq+jwTIu93k6/DhZLbtxdXb6QfAoGaTXzaoRpG2 a59qMERmQk9MBo5MY3LWDp/gt1eKVpWlZjjuGAjHoVWlIEuD8UrbCEkz+qFHL7OgbyxaF9aYGuIS OO12SKTRfUxgbKIw3DMu5iHjZXc1q4vl+7ymzCpMCn19bgGqKcGcvR/Rki+kreJCnCH0SFRswqL6 8n+dFk5D8Tc055hCaP+bAUCvTTmYYMxJgUc0ClsuMX3raAJMQD2+ViIbrtCe4AB1QSyKWFTGqwai gvVl3fFo06WktmNz6IXpjhkSJEDhN7pS5YTSZXlYxSt+23dNZEZMgbEQ7YwdYmc5xnx2wltkiWH5 5ATnh01OyQVqAHYODA4bSFLfC7BQ58IyfOTgbR4mesLWPzGUMDYTwVoxoq85ZkPAq4m7yRKjogvz Dwltk+ncAf5sMsdI+QoIMKL50u2cQ08WW5UlpzZiEQLk8AGVniOQWopyISpicx00OQx5AioKneOi MLkNNomtp1PsA8Jzdsj82RoPF+fLcNKHuJKhUk7oNmjTq2SU+4KTv2C7SJaEQrt8ppIBzyxSA7oR zuofCE2xVDdNhxltkzuwozrrhrsaIb01CdWlJ/gM2WPjAiQGFogoBkVSt9ijNYCIVoZryYbDJKhG 8Yugs5H2KRXxoZlLisacQMQQDc9iiPbX5U9xjg7QGU4Jl5oHC5FE4ESplAHCKKyIpLlZaRiRCma0 /RhYWGGIi0HnfKquwIIq4mWmQX4+GTfqUoRa56/QkHBNqwOgQbaQJDmQGQgohjQ0hEgNWGPFzPAp UrvkffeRExkxlKHnqGoN1pYMwEaMO/ZTWfVDDUdC9BwCv5FMDUpPuAhEtOUDe2VotYF2+o91RpHP 3lIbaFT1MrC+ktVMD/USvDQBFZDPI5W06J+iwxRKkzKYWMRCs1NX5+uUCMETmmCS5pnl/70Kv4ki /4BxQYM/3GRTVb0oaU60aId1cLD63AtF46C3nzegrWWe+unjIFM5kuXkyw2YvMpiT0z57d/H/7gC N9LLKoc+Jk9QjEA5s8UefVRDMGpLGuyF1zgSIT4sgDkzwZE4GsYkTot4gSQJYyu5xSbCEVzgBbYC TRoeo4RSH2gOgnomgVoujJS6qNYxS4d/MoEeZKul/zHVswy5iYBQ2FyibX1QDXN/Ja2vTgw02Ks3 rkI+1QAAn4kOZAzxEFbFuaIDyAThWCu/KzH5B24oojFV8SePXBCn6qWP9PFoMqoL2TDLcWNPbgiO +sGq6ugiHhwSCQKFXQKdobOGZOcrFxfOxs3EOY3JN6+IWWNbxUAM8zRNWw7gYNEHt4qm2Lt9ynEG ZqHaPzTCB73L4WAL1fL4JnK5MU6D7WbGiC05Ns/Kx7WLu4zfV7ZcatHEKOIr22Kj7mbtvEezSzOd alG6aF5+xzpYTbMnBmh+m401O8l1NJ0xAclRMc4OAjJrqmRhEmurDztrWu3Ud4Yq0jTfWeWFUZvd d1dW3KTYQO1/CyVIqlrMC8igNqH2ciihuUlk7eHYINwml97mzRIDmDR5XMVj8/e7dydvviagGZrn 0KRdUtAzbzTZMgg4nIMZtZ49Ai/o9w9eLmpc9YKTgV7bRPUFpW20RjQj21ayZusIMNS4hxH5c+hF KCintFJVyRCcSVMz8KUhBAskmDaueZzFqOZs7pEXAGRE2L7CqHoWx0WZAEnC8MfR1k79RF7bk2I2 HIi/g145/3i1kmQxFBdoCNwoQAkNipoJsx++jh/whMpys9xv/DTjnpkAmE7gbp5ESCJqcIWkcVJ5 s4lhGQReViRMkUqy8qthws1EVCxuWnzj9pukGxMg6lfE72U6aTMW9zQEhvD0VKvnXSwEAMuMSgxy DmlaawGpqPZUBs1EzwaIGZlGqvm4USwF2kgQrLMh5/MZFH7VMz5nF0kerGIZUjz7QEAsKQwJ9dpR cj3wsuRlAZvb4cPhs2NdnbbH4I3CpY3hxXlMm0BaR2ahpgc2bRAUFEoGJBs9lhVj3RUB2bku0OLC ndOS8YdvQuPMI+nM421mBneuc51b+Znzy5fHcPqA/xUfYEw4iThSyFtoZ3JVoeFT4oFSvAyl5T+Q CX/sdwuKHAxRk1baGy86+BMaJRDjvTtqDeMhYeBwIwm1lMoNqkj4CYgW9VIJGqsu0T1+wtVMmJn1 sHi26f+MVDcNch3a0umW1CnwCjVtZqXnmWE5TwQxWECYnHJdtoDJbIVRZ3RTYdUhaCpsVjzMdKsg rfqnjMo2M8w8BpAsjmjSjYxIqbTSa64ptnbiS/VDL8JoODc2NIsEmpnCxJk0HZDaxtd8wIp7UbqN pr2bo5KyO8Dq3m5JgycsO4cr+naIu0qsomj1rkrZ/XxWSaux8RMqropLvJAXiPipzmzoCs7GAeK8 ckRdFY29S6XuBlO/RT9LTQIYEWkQBKpNwpVOMS9n+V3BWXGpCq677B/5uFRVmZlSxUpMAESUvpNA jFXXxV2dQlNlr02zGnkVS4Vb+ACDA4GFgX288bliGiILCvGsOmpqU8HW989K4srVSthGTlVcR6Ma so5oqbymMPv9C3uyowCxBcrjRmX1os0qwL0OAJc2DL4prHH71PJIq3NRNHAXS3uxyrBJQhhroArm mqZBMNUwISIK03ony81/ZELGRTCVpoMF2fTQB2ZgrOpyMEWPGIL5HdzjCnbCXrlfpwq/eLXNzi0i fFZbj1hkWB2xOsFFdVgRvjUI7MJEyxjrHD/q6ASkuuTAqO3zM5nCIYwgk7/L35IRmBMuTDKs2AFn sKiTIfwiuJwyIuIw86v+A/B2rQvTbIftLdLygSW62LSGhU7t5gqzVhZe5ZTnV8DINZEaHTBaH/Jb GFhPKFbwhKSPIZyFVeBtqPmKmLbMxtqMHCYfYQ0ibReTqS2moabXAeRYMF1xGVBKHDCcg0+5SZqm tYO+MRRuPM1+LBh5RcxyjTmTxo4LKXhazW1niTm+eYIiIC8JekZjWzX9j1hCwJ5sjQPscQNRwCXc 0yyXhS2ValELQqorkBkGIp7xDHzXMc0vPCseMvS/ZO4S/Tcu0+Coc8AMAlsMnTLjHCWETd5r3Boo XGixrEo1yZJmSWBM8DYQcsevpoGUopEwzyhSCJxzerNEt0MqXYGDCJuvUFsrUIItbPc8QjeJujDQ gC5UMBd6WpGsvI3SaqImO34VXLTNw0NWaxchjO4CZiur6BSPhCA0Giv6k1EDZwMMlib42+WO35TQ xyoj0n5zsW6Ix64jFg6xYmmA+Y4HhcRZEds0BA+Blqlrpk7aixfL+Ze6U9YisntNwQVH06wKJA0l o07JTe7stw9FV8zGmi6XuTT7MLpe8UI8RayYrrlfC/pNOeGm8QmmPjhkrK6AoyYL8r/a00lUUGdS YB5mpGqhTVoMy6PCuAd/NDBLxPkyIGmREyFKk8xqSMFNDKkMIaGSyBDEQjvYzSPChB6WZULb9AfD /StRiw4yrVhBqcpAEqOsZslCulNKYQCt6uyDx3IpSYVx6U6BFJ+ap0Q4ppZZIbs9DEmnaaBfEpJm a/DCK80MErsKzfrCO3XjCBMHwSEv7UIWQ2ZH6yLnVKOBeISQWPOLZYP8CVLaMhYJ0WRIXbTJFpUs UkqNuG5aCGGt1CFc8hXy3uyavhNW5g5yORJNPzlbo0zvysckqkGuzPVxa5NrZKS2/YtJqcPGVXW0 MMHQGFN47CIsU/qSeQNYp7vhjKG9JD1HWriMQyk0s7UoBrr5LBxJrTISvLd+1FyPkKR8SRI2BuET JH/YDBDoHNSsr0oLuWSDkGuaXJ3CxVwh5MaFHJykoJkFdwFUc32imLUGPKWtKhAqTMSf2laJ6iaY /TL61JKFNq2ONPZqt1hFnow9lWvq7au2DWKIgOIbEzNTx3a64nbFFZ4w5XM3c3ARK2DuQ9ls39V7 ExuBVs9JDKtooMs4DDO2oJRBJZ25jfSZa/SHGLmLbeTqbvDMURjhnsLOp5AfhtN0iKcOxoIOfaio 4GN2znpQBZZWOJHaAjUPkndqK3RIZiNGybqrhWTmcSwOA5qz8Yc/UHKsbhTjCR3dGvMndvwEQ1GG n6rA0ta33JfbChc2sIUD56ZTfkSZRTFJiSKc/a/i5yZe5WGwI6urykKsIaCklPdxit7mU40V1VSo ZzknEy2TmRGJe+LTIte2fTWVRIeuiacmBpsOYWBFpqBFeMXzztbRsXpT9DSSUoZb1bE2ahCGNqEr SUE4kv1phIzW93w9HrlACW0ZiqhCp30+6ViLcS3LNv+CNR7qUsRhgYBCuxpNuhQbMNNFRCX+mDOM /QQqVrc5jYCmt0xyogFmH+FUx4SOVZrg6cVPCLV+F8rGx5AgjzFKfdzPEIFu0z02QYIV6qmHWhke piR5/sbMpVu06nOMUikc87pCDkg0m5xF+Iie/vLcI0jftJheUtWpMJJYRZpL0xIjBaYUWlfJNFAV 3YriBqfdPbPJMMY7vjQPCCIh0GZzQ7YnTJnla4AqfjZr5tL8Eq5IwSQMzHxguY0LUkGjB3Aeqs8i P6gYxQWJYcoOTMy4WX4GXvhIQZJ89uZD1tOgWcEXZU++uqT5Y0GOJUWgBIVjHAjY9C6APok3k7hE ZS6NMnS2UhoO2XYdF85gLEmMpW6U0DRny8iLjfS2FOUfXLvmera66gpDjodnyCqZlZHVIEFKdlIR W1njFzdy1LrCYrEvgazgAGe08oAhlPd8Au9bm6c1K0OrrI3ybNsQRre8nvXlkzMNepAeNmiW2zpQ NqksmIqVF6JMAoDB+WcJYTpfpIGqi1kruDARVrpSHhgAeJFxIoEPYWYXww1AfA/JCChDwAq6YOw9 JL8yBXkDIhJFLUVbgRmerqgop/IepctOWQG9X2ZVGbzyBxYuRwIwq4NgmOshR0qFq0tDLRyJQPTL XZT65BtdEPpzhv5qlvt2/gbBWAYBI+857vnZwiwqbE7Ia+Ysqi2Dxp3mRxoM/noYqCKSxUISgQWq LSTlqHVhUlD2C6gSPX1pgMr4SW+yPrjCDIvo1/ZhYmHhtdid9MUTJkM5Wi1K1fUgsPBhvb5Z64r5 fGJZIDsKnfxDRaSUypBl7WmSv37VS4wrn/PMo9mB4pM/4WFo40qQym1Ju6JT3sAcxXBLnAAvUwpJ c0wpGVUp6DdUGmtMvVixnxuhmVY+eUqC66y++SuClVILydL+EnyaJF2gKE0ImiBXc5P80CJwWDP0 TXkoWFMFimdTGEciXwLOteV47TCCFssu7zJJlJJsnmIz8ypCvZzU7MYE05atyg5AaWD0RsQotQ/k y5Ecoa/eBI4zezeIL5Cl91AwsL6NrPKDVZFs1lDhOhC40jzdBG1vS+S2XDeJ5jbNXzMbk+T4kiuQ q/Mv6tTY72sE+KHW/VbROf74iTDGiImoQ1ITTBqjUNV8Ok5Wl64sVlEDuzg3k1PbBKWsVauaiapC oMvkVzGkLFHa2XPNFcAiGZHNHdumFXpQknNSHJPS7iAnlCuAa9BUFrLaJ9t05t0z3ROiNTqoNc0t ZHx/qHJUcqloQ2VAsanPI/beQRtL2oi4d9pWRHk4s7nZY+QMwwgZNM0rrEVs/QKSCvXOXyB99SQ5 oUe/Eln8xP22XfHSq09eP3/t1Fx5YNxWw0GMiT+g8cQPcjOwVvq6zv3Hty4Sa7oOsooQybjQxsPk 4jJKwrk/VEhdASHDVrtHuxartzBA6gEc5Wi3WNi1B1KxsOIl2RJrCk990OZDjpLzBI3/pIcsw39D ssSMJZ9PmQq14crg2SZNNgpTbDbBt2Q16VW4GhyvmFi6ScP4DKsGGWzybFK3rX060iP6A6OGS+0p ZlrXv0Y0E4ScqiMr46dJn35AdQ1QGmY0NsdGRhxgoVy1H4aFC1MD01tNsmiYojRnz+nxTvFKx/Sn u9lykcdVDo8oHQKDQQDHySIfKWZMiWqWQZaUPcITMLooDR72TxfDGy+9VcTBCGNnzxSnJSoZrK4Y DmcPJQHQ7EkAYHmySl6yJQ2ZBt7idsmh1rZoYnupQXYUuOYDFCU5vV3NgzL1eNm4WZn4oyMiS8/G 0DDWIY/TnVxcEHC7dDRPHnVtvqy+tjaLD/mB5oaVCCiwMiICk65qYuxoqp5hMBYLfMU9GkvVl+Ek HUQBS9U1yQ1WYEurMZHo4ED3k24FH8hbAUpFuUby7xl/7BJcIZ4IjCOSah/yKfzN+3AZCbazdU61 xkTAhadST89Tcwh0BRYIylzmwMUT/CDtvv9Vx8P0NNz2GD4H1EUKN7FITsVXT6OGJ/Q1yAc0X6B4 MX860JnzlVvDVC6F1w2eAsMZjvJMMqEcOJ3lrOqeb+tSADGYxbOTmN0mWexu5KWmeF+tmH7pSx9A mrPAsGzZLaGHfyrAgTPfksDB43kyUh6A+RV2UqkG5TUVKrFX75JgHmVMcttrc6NGv6wgIczGqDWa 6QDnrmhaMJ5jpwcsHbqKOTnCxFwtrtgCGjaAxcN2r+9OtEB5xYkk3JXsiwjTQaoVjdyfBU1UBkcS ABV6nF+Jqxkh1rNeF2PYXz42o+9fqUfeguHLWSUSqUJCr7Zm/lQhjgNZgifVyTgIhRupnlbEFD1J l/fAZ3AkNynRXkxZeggReFSmcVG7DLlpkVuFUwS4KQbMmwTXrUKpBhQesXpQ4xK77Igv4PqicAae OaGCwaQwbWqRqHzeN72eQjlaGYhWbI3tVtypDBTEpEYhiVSKxRLEFTKDAgqwmCDwDhQ9ylSbW8Ar U8JnXzgfvcuLuQaTGqbIb4FZKjZ+l4KSNR76k4WAHA+AsEHWyIYKhyrB+cLmE1pRr0QWanQQE1zh tB2QJTwSE5SwQwE5bLN99gB2fM6Tp8fYmClVFmYt+gNCzu5gaSrktlGTHwpDiNp55t1S5qwpMBK/ jd1E1JBH32KI/2xUsGivWg6H9yPKfGAsCGut2GkS33talz16n9oGYlM0H3kQYFm9kVx71pEPAzt/ B5DR0y3sAT+3/+R8hpUc/VNM8DeiTQV6EwEeN/dBa68QMa9US2tZuVJJ+tx2GpzqgdWcUrMlF5to zCvKtYnM3EOZyK6WXKW/9pkkNYfdvTQlU7CgaXEex5lAc8ZmwUSUaFmKasAll6uF6RMNNag7kBN2 fWEs5vNw2baWdNckhY75v+JWRao0RTWCWQV4+3XP/sBMsH1TYLYB0hwTLPMSIFsKb00ZZ5q2JVyd RVJSgKbG7Kxd24VNegUN2qbSW9NkxoSK/9R/ulR+WWvyj1FNBOCHgvkrh6U0AaxPAEsVmjp92W0V K2goZMz08J+EWFCTdBrRRAeGWE7EehsaUNT7DQzupspxL8h+ciZEhG18S7cDrnKb8fhC1BrrkRVr nMWljW3b6fIVni7ikq+4wPk0h6zKEZ7UMEPWLuRztZ761E+DEDPEpnfIzzGGLfKNcnoOeY0L3POx eYaoystp2vSwhMTHbAhjt7nCBeabD8leksXx/xrA01ggnLQqD7THPdgyfF3MGSKqYNBcB9Xg+y6a 4InMtiKPG/3r76J/7mQZb/ZvQLtKjJz5QbYyClQZvAKRkgHkYVsMYYHZYBLIk7euh8mLp1gmci68 HrYQSjE4g4Jp8S5n4kNT2uDTn3KdcCvYxf8iRxKrsPPliQN/sY4/a15fFUUvX3zNvsjRwR0si3Zk d9vRQRBoyQWlLs3zV4xKV1bEmCqB2DOHWStobVebOpEuBFJffUKQsSgpVPFK9EoP8KxoiQTypHDz nfXyBfvIIm9YOKuUKjnmpuRcsQji5OWFUyqi+hVdBU1Y2fZpLMjgfrYAnVInUDMChYs0jYO39xU/ FWY8Il+dtpoJrku91mU2n+X2+MDrx6WTQ1SwMxkkuatZOX/H8USj3dQ5tgWzUa0x0FaUxFPeMzvS DADc5nQQojHt5OszR0+1J+IorVo7N4ZXvXvC3t2e1I7j2QJMYqAdlPND8TIwmI64KihnoBajfI7S 0av7CioigzbbuxxswggsKZMD3eqon53SR0MqfQyyzAVHbYxMfysYFYlYuUwGF2bDJCg9w+78rKsU AWawystphgMFh55qERq0Ox6e1zJvShspUP4HPKYEuCYJNLWOJakQLYV6Nb08bthV3M8h5FAikEXy ihBK8XEzfYwFh/Z8e6PbEEVFArEr/OziV7hGIH4yQ8ruOkvR36FNvhqP9vk0nYWgc7w748YhPzQs PckJ+8l9ceQemFH+0xYPJ3gaWDUz2peWYOnsOPEZhuwrwEYYvZjjxbtRlnOrsdDjUsZRmpCZLJZH VjbASHNW0YtPIBpIaYIT4ySf+pOOUYmigE6WkEwDKTO1h3iLPbYNW4tOOwNBFXGdRA2N+thPcKwm P5yADFxEw8g84qhL/Lrybu3lhoXMp5ARNb2UKuYDnmchaRD9z8YZZgHIeRNc4pbDjI05lALvdd9E DHv7N0PO5UtMGDcXGki3IMPs96A3dFMV33MsjeN+tyX18cagHDiqCxEQKE3G05xnESYGLnHO5O/w N51J88GSfQTBP9ZUvaj6W8Of4CK9fawsk40U+uGgr1+mG4WCpqPGAZMImt7Kh40lABnb3dApCAkr Vf4Ey3YBYZE+JlsAEvR4C1hoq+vAgixKEBOuxubL5jOIlRCGAJ9DKCZSbXIDucYTqyF8c2kXoGby WQJZ0bB7ZCnjbQtm5BTrCzAjEGxUYKlZoU9FqOaz9AcCsRe1lcdwnSnhRSwtpypH9ZleiX2lFieF SFYJ8YzPXdSAVD48vTh9zkkhzpfUr2cTsKL4ng/I6Dv5EA+aELm1374ysf5BD8B8VxO7ZpnuZEv9 KqFJKKATgGmRlsJsNlKL7FL6kc5BCGJdA41XKKfXCxcNAcIzO3Wj7U8WNZrrsaxoRDosGzllgVUp JeH1NyfX5Jr55Et7FAWZzCmKXMgSSLcFaNhkCCKUkg6O+gax3B21Toly/RSBHTErlOXDnQXBw3DG ZhZyzUyGtbsyj8bY/tXVDVRUSGONaBzf6ADmD7WSfVIzlq/5hHiPXSkeDmRmmbiExK7dXFPzY3cw LSqR2KCGyOpFV93y/JfMH5myuGJKNl0zo9gika9pAQJbFsydJeWAlLiXNwuP+SlcLZrsSjRwXcDg zyZHyOkIDiLT9anV7z8XQDSlk3TNiMwZNgUgK+wuRWDkQLb0HXyKjGW8u4GMTUbu1RCRehq/FWHU lHTMJoQEahL6qMg3EnX+E2cYDjAc3HuPfjBoUDDdkqSoR5oaip60HidocrRkaxoJdpyPz9qYHqaj uLaXFMBA0pymQtZoFKqFV3jSIMqqcoIABRlNwFyKyJlr1tC0z6yfVsMrM9aKYrtH3xBYbqrMi189 z5aluciJZarekZqBpq+GFpIgxVcYRF6Dt1qbO+RkDJQT9IuRYCFBMn9dVeeqQnAcjViAaf0j/6w8 xFdUYuKBup5uVNJvJgsdW/2zcTUl1IPAIhMeX2RuWOUffuVbuMCJZ+u2IRkxcY54fqy0P4EuR6ec NBcQmpcy5A3IqOB7XKYbkKZ9vBAcE8E8LXR7SvpgDvZMNpkbLvUDnypl17nl7ov+eaH5nNQ+sytS HgbiW4TkSejtvlWwhWjKBiwfS6DRi2G5iwJYrKJzM8B8YrNmPkGYd7OHynEvd2Go/mW/yT969El5 aEmtsN1FWXdSxKDm/lbWYqx5Lt2DcKDTFy2F1OGhc1aTqg8hVnbiICIyg7R+yt1EiZqUIpzKJ+XP 3iOEF8giQGn20V6CVlKDaVJGj3KbvmPca28WKyWKjfm9UDWMlkJWS0v2zaZ4whl24AYXHeGahCEX qTkK0uliSkwgpzYu5oaqg3rT4m5kCFRJh2xKFwzhWQsu6YavidyaVCY992sUuVnzTRrQ/jdCf3IF sdrHpUU+LdvsHnvhlSXmKPItYXRyvHDGIvLzIzn6ypsTGGQwNnRVp7lXrbaKmoskzmTPVfm7Kk2H E06Bc6M9KxT39jxiB681k80ZtgqMFRSv2T0QHIb8Fv2GM+frYH0j+xOsBieIbMHlfamuf4YRg2h6 PIQQKpok50i53uwrSnwORLlFHoDjmuOcUUZaagKrKielpggMpUypc6uanrgtkWw6NJoBa/ToMLf6 eanOgmv6i2TZeIwsJoiKQgFKg1b2Hnkfl7Qxvy4M+amrBydxVWOx6NhvWbThCjNpbFzOpalXYTaX C0nI0Mpo1Kzga3QTsaVGVKdtMoZoV4PJ+DgLDw9gvuGum23WzHka3xUwKoWFV/qFXkIRJ2ZPbARu H6/kZajNQCmPvGHPv2moZToJB2/yorTYXQiqEBFWzQPyQE1txirS3N3mnpACWzvaIj4B4hiinqYD PQoEa3js8csIBlqHZlKpgvCEQJ0gzAowGJ96dixZDB38nMzQw4iTfkqF24WPBJlv5IVA9SKt9C8A y47Ei8qRwTx5jb4a8I8FJmIFJN8FMKZlS2yfvI5ZbIsIVmQhZOqrGBq1bJLcMW/pn24cOFQMUTkr HpSAGSttSboFkP4YUKTIB+mAhFLWUrb8UWvl/2KgcJWj47XyXnS+ArjEOIS5giA0ZagwlTsKjV5D 3HJtD4gA1goggFkTpyEOCqlhwggF5zklY4wK8sibMRItwQTfBkNs6TDZMFY51dQ+H0JXDcAPqnGE WjNi1iAZKbI2scfrjLCdXFhUQamAHr3Am2prT4Joo2wlZ/wiLbEHhRwLqSGBm8SW9dgDho2+BQYT GFr7YxWm2KkbuaOEiLnggZMKZ0WGCzFGt4zNJbTscVcb07Kj6Kq0q3vPODLdroCWxHs+kkR7phVd l/bk7lC8wFJqOCwMUXCUIdfVVIUPWzwqsdGARZD10kka4L5qTZZoFKzD8vAgl0ptm+HyzG2fgpV/ PRV7GMsniaqRwmRm+FDtqdgNmb/io/3MNoX/8pOjcGN7Yk1m4GVBbmFgmEQsAvO6zRQamgWiVJxE SnIoGrvP8BuZacc0T7YuGfBNd73AiHu0ZaJMfly4NJIEDMf++HCUmmPgJCS7BJ/V8URAn0IZz4Eu 82U33SZGMBcKMiG6UU1jawvpW7sfnyacUkbIPBfgeAtbnqxn29MSFBJHbqB4YVNaAp3gYDiX3bax TmLRO+o80ooc6jHPtNIiUPkXmkQNNC6GhXqsKYKnuhmpVAEugMRqwNysV1k3wsvzss0MrywdRpLM VZp7CsCVbZnwwA3bLbWlAydjAaunJKQiUCwBN7R4WAg7iTMrgAvbYlT2ORkRU9M8JReYvP+8yLx9 zS3gg0+zVU3ayQxzqAZzudKQRgS2YCYQzFmOl2K4lVuDeGkA/cKCZgml6NSIDhFAXMnqjYzPax9y jDNeLDprkA/IeDsBul2XdAdiPCw8wj2GoFfuIejbgKEAVeiJr+7nNktitSzMl8JJA/aEIO4nCqyt NUBqTXl42anPocffNZtw26ke57p8rh0YNQcqqbhOV5rQr2yV7HAtdvOxPjGSdh1stTk889mSbJ65 dDzlJ+NZelYBZtE/puhMBrll0weJRNVO+PDk+OuW68IZDkuNWUg8xBXc1jLuofrElnpp3vyjyQL7 cat5aXllvins9zXu5+QxIANXLZ/0phEbEcRE5y4NJnCNyYu42sIxPc5hiIX4xoX1Nrf5mQ6a5gRI voTBnVDwaT6XE8jv5p3a8AvaokRDtMDlTvV20FSEm0kx13Sr+YjPC+7p1yZZUG+rfZQrsONzhBVM BUd6lppxZH5mgbTWY57KOI7VTFmQBocY7gfIftIQeFI4c0zRp5I1njSfgj1HBHwUrz6oSxUbvaJ0 noAS5lenk/GUV07XUDVm8H4REoQRyKXhRbkJtSkWqLxI5DKY/tYacZr2rH1dOa2t/xVjoe16XXnS RsJz/C7m4m2ACSvT6URP1PGIBYXWg8KgszUM4DF/V1AmDMmX2C8gGfLGw/wmWVQOV1IUOBQC8BV7 XTdCYlVsMYKjrNYgd4FfOY6ccA6tk1r9ihhd2nnuLIF254qs8Mhp9k9Q6BwIhyS455s0tzbUpeOl OtFWzApMuKP3heQ7XarCD3k1zS/pAOmzg75YkIGK8ngA/eLjFGM7uFMhKIJEE6IUDJahWaqbe2wO muw65rQlgIg1FAMyDMwa3R806s0K9GklKbbiNY9s2pKvN0IqjC3t0U3JUhO9izBA5fViGG+muGFg +jaJaTYT5Kb0TVF5e+1WOYRzesURSYLaQpebhRq4FMkT5mbKuZB8KP/VbLT8UAu/zFhFHy8PubfS HymMhgHODWrlgz2GnU5kT5GafLsCcCbnxqMzA5Yuj1Fa5Q93UQdXtQDLHDZmYEE1Zm255RU/YF4+ aWiuqQxboaaNO3k/FPDsZsSbjGtZKsyifB0Qg+oVOapTMtgxAbSVgfAOaJDy20mo8knd46qWt4oq EdcEWicDY5MOZQhtx0hCGtBq7hpulc2xfcLqQVIPsOqUb9+IC8YVCjR2sax7lf64msfncBfujFAg FGbJLkyQiwJiyVPC1S0PJBJCOkZXiYK07H8AkmIcl0T0rOlNIMvxaRFTc+pcel3iQqqsZ6BBrtKe VrtI6hMKK0Zg/I/2tJbMC2e8XGRqxnOCs9hhYpXX9o0041ahI8YBoZfj2dvLkHsqwABWGtcmRvhk 94ir7SkHEVaKmSvQPsajYwalM2gFUXiXHrBaRMQyXB0CfpRLk0W9uj46GUQrElwigpQPIgio2IhA w8dSAGFnUm/wcKLxlo/OcwHkjYd+xs9En8VLzmnJtfl1okhO43j5GdLygl1OjiKgRkCSxkCpogiR hkfDcNa8gBRDDM0tFE3skqrwQUuLJtQsEWnjKI/w9zFDbnKHBzyDPWCt9AcJf2gqpIxBBByj9ksR q7dPNXKF+XNSyRd4hMcXwzVhpcyr0rgcX0y0cxQ8KjfXcmzqJp6oPJ2nXUiN460s3IxMD3+Mjgfp MPjNaJBajGhEKsvz5X/gh59uY4e+vEKajDw3CvpuYCF2alu445pyWpQK1cdDNuVvk075S/kFgvCk M8JFRpEqUKiHhga0KwQSd8yBGCFULxlD4WGKggQYiR4CBiLBY2558cF7f3HYTjCgraeHusThlKo3 yCxOgZDGqkykCTy58Zt/4TZgmsQH+HTmfsH3hBCEFtCRnGY3WJsEsiDjFyzcLH5XghPUiB5wLTmi AmVWI43AJydvxHcERBvqcxdGaYoHo3LC+K3j4JN3E6yqLF7MGo+SXkIgVUMjumKeTMEHiq2xkKuy JKOIM2Jvkz/nZVZHcr0GZj4RvZny9kRBxHFPQnNI+CHsFJozf2x7daxZUNIxWFFePyZojFNGMAdx I5OmVlyQNguXFCnhsoT2XzFZGwBQrh1sNWI26ZJ5EHHrNQ1nLETcyUMQREAd2mIRF2NKr+J6rkt1 qZHBTyzE2cwxBdSK7000DYf1gJcyETvWIiQB+pCa4X8Jp/4iFC3lBNI27tZN/Wk+GS4e5pFBA6Ks mKNtDYtRtOKQZ9VKXLf4m2tGHp8gyuTE2v1aJCpLLxo2z1DEEk9FAE74p+KngNmNKkD5mVZPijKz u7AGJzaqcNu9zDoMinvG0doTuK6gNkzRMjYgFk/ScnDLIWhcQWVTQr3rxrenqK5hF872kw77Xs4S f/ANNdoC/NartSAEu/jMxbX2HyWzVh2NiaIosPhY2YGEKxzH8bG8CGIXTdDFtYVGYgI1h0MlZIMJ q+ErJnNuzQwKi5wIf0uU756vwEhR21h5fBroT5hwO6hFEfkwKx0jv9PDirBwSw81YCt8VB6lYESL cuoyivxAChTd5ZLxATOmshUO6KUdSuxO7TSApZWxMUZr7U8+mI+lQ/4EioKNvyX9SSBbsJ3JKkSm BCF7M9qbclxNXVS0cW3GEQoeR0/UBjc2uGl1CQczynFkE2k8irge8cHgZSALSEiGfT68sWvX3yrP WU0va+DGIYmOHoDlnDHbkFGBSdlf6pHb6AsA2UbSMVbS7mloPdIu/MoHmpQROmBQzq92uQAnRfHX LyMiF/uxwpDwYgUpCX413+wd5zryP8VTqTutdre57zS8hjDUM1kbRrPlYQAld2zNn4wMmNJWjCov YmsopJql3PhEK7j5hAVAhoJRSbIKw4xFKWncMxR2uJq4fOlwDk+vFzg7jolCUvUm+e61IIG05JKl l81KPXTlB+Z15KWkueyBc1v9NjJDu0ZSA8p98hFMaDd1JV2aDeXEizXhHFfjGwCytWbN3BdRcH28 SgOmfxU+dISPTpCqryQV8iqT+rdaWPjWNKZVHinitJ8hHZp1Y1dM9L/YSPrEY6mCaWxCGDLho0FC oyiB3ZyrV5BhHcIBT3uYDGYzIsPR/45PXPeRVllD7W7mU0VPJ9QG2ZD0qQf00vfmRI0FdP5aQzro Subkq+33vlN20qUD8Nq7eDoiw+WEnZCCSSmmXB7pfjG3hB4sE1zHNaPEhxHrpy7ORpVFbE0DbKlF ickWWihJYRcEQ6RIDD1zBDwbaYtvSOoTlF4Cku1oL48RQuk8cWW+dMA7fMtr2CNszcQ1G9U4XAgu 5pVy+6Zo0Ey4lbDYBEP6OAnHC/3h4m+MLMi2f3eZBZ9BwvPUxNhdXeER8HqppvrYe/Z0LhDA1i18 5jE0Z6Ok8SOPurA/y+UyXhikZXVfFpctmY/6adiZReHARg4SyF6Mn0EFmVpFC6WK15IkXHDBcHuA 1pD4jJ/2geSGaKX4QUYxThf44WqiST1bU3OEMnJ0AB/X6I3uBjUWnPWU8iAblVKcnJQGubE2+E0H sJEfTR+ov0BhCKsVADEEYuw6KngnSjLfG3Jwtvk2UWQdVTnSGoAaStpaPkYWolYbU6AnCEKuVCpC 3Jv95OCNNF4k1BxRLjgFAi+BXn0sv5rCzH1lDO75g2+AVk6RSPAVoSfzONZSGpaPRbEo2Qfehs3w QtBa1cAQ3BSenNps+5WawuHlPAgWwMaDV/3qfy5VnMnVeMilRjrAn1oe84RSs4lsMNw1ZhWazSFn t5AEfRSEbLH2SeyghQv4wObDKVl42GnFV1K46giif57TP7f8jk9uLRDEuVQFEtVR+5zM4jFMcMnp vaUwOVdOMKuET1VV3dtGYsBW5Pj8uI1KkPOWxjWcVIufTJONJyVzvS13MBnzDZC6Yy+2qUOeaWcE lLfQZB45fRFD9J+9GDFHXHRe52iiy7qmNFtQSRfo3kjtmtGLNzpGdQfOTIPIPW1tLTmGYNEC9JSk qDtWZ5kUN53RWb6UbzgqYfq27ZMm/kgPD4ko+PqhKjFFFdkzIfMdoiRGwSgWo2FR22uGpsmobNUw pfWHZTGRpv9pBQJyjaA5OhVjLCWVgnCdKojTaN953c8XhiToOH41P9k6XW34jUu+m43lJ5CrE9u+ dBJsdqeZmZq+JmwdTgvz6pGFiPxHVUeYeeuWr/wIp2oQ053cRa9tytzpBXH4ijaDHiBIxA0dLKyX R1lZBAi79Q8w8qgTBDgr5u8i1gUT24zzdHPamZqxdE37D6cqop3FGqvzDk6cZVy6+Oo+x+K8iHDP 6+ZYvKNAofXNzNc0b/x5bTb3euntQbwP8t69QjcUkRkuecKvP5jZWRxOrAWrbe2Y1FQKTrhhLk8k /gKRxJM5OaMjx8XXsoTwa9MC3eChi5n54UOnGehcO72azzc1w/jePo+dxetFILjE/bz8Jf53oI0g +3rp0FwlZZKgHNzJH2CLA/OnRmCM6UDT+hHOZLRP1rn38ZkCxNLw82doQyZTScHwpqvSGObz2kkr mmRMXdRgLjk3HrIYk7NqnXO24krLTUmBPEOfH0kfWw8V/YsDc5DIQ22ZM/j5nZKOiZZupgn0J1Xw FyHpXNehMpzt0oc8fL8pQe/tbSxKDCQVhlpKX7rQ5eY6i4/ph9GEQtfczB4LW2ELsR1IwwOUfTRH w3CagCKNaF6QMJkWkhd8cBgpvS23XSIpK1TBz9fgpSSkOO0Ngw3USix+aslehOOGRhgBSjYnh5Ej rMYXjscPeJJdFpB38ec4jVRPb1z3l/0HJSNMf+gG1FAZSkHMl7KMUoEQQBGSyS5jHwStplqFdn1l EPxsWh+zc9CHISlD1U6JRI8uznZMAnjHeeayi7gVhsmqvhSVJiSbkguOXUakJznTmeyku06Sn/fj Ccmfq4/OVIHHWw3O+FxEKsXlUE4OFVaow5aoLll1K2bkBChzM6NY22x6C4UNGB+SJ+6gTl8zB8lt pgNaJP+P1nAqKSvfxtzpZByoikiUxIqQrJgQl5SGBlF3lTbiXv5RzoAhNBbDyifQFWphrmW0h6g/ JaWiG0Ho4lK5xhSO+/etlL7gpAidiWkfxfWu/J/uEalx8H8hDNQVLOK18CZ9KaMYxCZBlZ7U58nQ DV4Ls0XSdA/tJjo91cVp+VdRsAhbZkFkPRBaRVrsk+5Q64q20N6bhxuds6kIXhcGgnbY5Y/yTvDb l7JZ3Ej/jccsqFd4uL4ovfCYt5mqhGyEeqSqQ/+MmSCC5cEcQ8GNyK2Pk75vJILX8TlMYVkShnj1 6xYR9Csfa/aoI/IL3yvLIIP7KV3BQgkN+GGgYesFPVUthzS5VogOQmwqZUyFt3ivGN7UNi61DpWS ph59wyaEimj672LVle7YkIbh/1TOhXS4lVgNChqQbOrXZDOFj/ZUmbugKxyA2he6gyD98sU4yEjh GRqhA5ht6RQfJGH6oqmErFxOLgPlrZJAT5bn9EK6TI3bNaA63Rh4IQqkV+hPnSdUEoFk9SRsaNrL ENyRFCYrlDWpihxcdQHHwlYzzSkTjuaISqsBxywVGlJp0h3bklCE+GZEoKz58Q2lkEUloLGmfvE5 hdCLZEErLUebIVpoaFCppjqSJ98Bl3dKb72YbJLvMQmLRQpAlQEoiMccVBXbts2nVTUrb0Nn98th 1Tqtg6Q92YRBiAUh1fR8KG92yETqkQBajiknTJwS3fQiVaAbVrUs/RBDYNC/CGhGFnvaZ1VEiCYF kjwKqr0yno7r7kY8ybMmkYp8QgJbw+oYSembQBXojMZMeDBePJ/jKTZ72MBfTGANXA6JgfXUwJJ/ X/cyl5RKroKuNNZebra5teLSXqrS+R3JqfgaDI0zF4RXFtY4rxt8/xMVin0PL5EHVtTUw2IGVMNM vqnOMoE8DvXrm/ia7UP/5NBBA0E1Mq1Ff4QDAUenVWbP+4qJRKEl/vigsFMxk8FGKYVs04uPSDWR QQHDIb2Wt3JeaV/JXQ93EDd+S1+zyllWet5Hl2ClQ9qf2+TNXSP2tBHKqM24tOeWWYaETAvVANDP FqtYxMEDJ7I3/90MXXufxMAlVIUQ4ij0K3fEODlMCUpvL14aiQ7JFE9YxMnQNqFGXDEO4/FSSp4/ QiQKc1+x3yVzdnRUQ8VEpXSspcl7nnfExrw4XaqGeZiGxYrnfjYt0zLiESmwFDJc1rrZIh5opNLY T2zAF7bPBo3bEtOutumlbtTLf4sC1gBMt918qaxnOGA7H8MvYwWLMjPQFjch62L+iz4jJvXJNwnW 6nWR34xU11kN800PJy17oAqnnQyGdiSAQQEVlqckfc2i7aBqGp2BIjWzLQykPLgQAnGhRQlHCrP6 DgVCZI+zWb3gO1m1924jb6VyQGJCvbGmpYscRbam5lcdlCakIFApS0lpNavKl+o0W4AKKZ8QTPVA 9tVvQiKRvEDGV1TqKsrjs4b8Y5rP025CxCukZqkuo6FV5mGpUB5+qliqRx9Kj1MC06bFXAle4Ap1 YMpB4Sm1ENPN4zCcOxWScLlnH3Ko+GXFJ+EnJYKm6mTK9FhW4jgrEcw7HYj0FKdoQNbV9IxFnRK6 LzrCjuuIi3mQ5KvbT+cB5m3q3OpwDHQ9u8tJN5/KJ2CDO/ko8VRbDRCtZTZRjpe5cTIMT4P4CKaO uJMgOieBWzaoPwSCyYGj+eWOaUjQKuDz+TOI0nhgZTWEGCNz4IVfU/U0FlSDGefQXgGCwldcoC9T OToi8DM8I6KFtoW9v3GpWgwK+D+S7JQDSYAaAuw0LfkpvUIGhFKP/Cm0RNB2tlMew2UOuXHiiRm8 wwzIlR101i7uVLxBUUEfkBPI1KYA344NlGQsIH175U2oNunuQ/pDO1YJkCr//eM2xpreZH2EKf2G GEWM98bnBSFGsrxNOBYw8vq5NVCooXRe6+WNVA5vqemmFkjoiQDjNQWG0gKqCZcpjOjxLAgMPFxL NTb1N02LLaCIuZBaekFNmhslFX8QucKygiqM0AxJFkEB5PP42a8K4GaYSOOZRd0ME6cIEWBK5QQB jOfI6WcdI7DH7+2LwKZUo4TbUBl4PIZjhRDSKaVPM5kEvEp96XOVWzigy6Q9C2fN8Xyl9QWNvEEJ 8oLmikBFpEYLQJvDaIBRC2qEiyGSKwnbM5yW7cFTqYtLxImKOZA3maoLX+kHCuMIlU4DC2EcfFqx gF2RrllMC39V0GLvLCt/owMtKRKUulUQy6/TQ5dRF/NiQjqKEM0g7U/aOhJkoY2UbAqkNCJGwYQS QYoyEQvAE30VFWkEhcqZhHNP7LLf/GGDkMVMzJcRRfk8600NfQMmkbPVRJ+NExSlpfVbzHWRbDQt IJS2SMz8LFE6euv2krsRgZM64AyPv6lNAnv1hGOLgLkItpUT5DunDt+q80yTD8uiDd4nY/UyhXwl BLl4BZkiE7HQ+5Kw5yB+L1jJcLOyuZROryK7vfekYMutmFz00BDmAF08C4dAMAcXXkCmruiMS9IA 67mjjSZplQnn+j1QgwfirT/COF7zHFhAAeJPXlE/mDRxLlewuC6kujXVNkWhAEJeaRs6DNQuJxjE M1/zeL4uR9BiymCq1ZTOaVw1SE8Kr96hI9FBHIxR6CU9WGJfH5ceH3qimcbKdXBvBiYklWOYATIZ tEMSDXESpqtdY76ThUxUj3c2U2SkKMqQNS0pQjYW9e9mktb6gBZ5MkgnQepe6iy1S1KQjLc+IQFt xRdwokCDcT+QuKmBlpIio3gS1tcqLcHLEQa2l9fRkzlQaBFSCs8IMqS9b86OFE6BIueuwgP/4A5l ntJ3pzTQXd9B7JmAfZxLmb+CYc1hXLiEcFLLchiv1D2TlImiq2w2VyEQyDRyjVlxHho6qY1wzTaA T8QZMeuYAOmH75AR73wU649eTfSxNwjxK6u3GTHdCnum2xOr+EPmesrEKBXThmztS+1aQbZnHjOb BSiCico9ztMfKJYuQtuHDLYZ0YTFObQqlBc00poVC11FUZLNDRJ5gmb3VKfrsvxCfLth/OH7rF9V 4sAtrrtAWV3OUOCm+nx7dbm5jOwg5sS3AoU+mEmjcsXFR1cSk+jzWtGXRONshsVhhigOA90zCrlX 6JQxyJlHK8Z3F3ZCQ4bFP5cO1COxhbxgAqa5BmMhYmEHjW725Llm0aTht9fAUey8q1ZDurAi9hIS LkMGeyIkN+5+OllHlEF2nps0yYcL7Q519ovItGO1iA8jgiBKvZJcjC6JCsvGakrF+eUP7XdyoeyV HLsblqlc5PrLXJbt5ELdB4tLKlLQ5kSeM+HfINBjHUYQJqlExO2EmYC0M9U3aKT2FX31R7CwG+/f /xiXY1XZjUrg4WMxY/Xn3imZpH1vl7fFk03WnOvVyoRvGVBsLyyGf8aRhRdfxXiDZt++aRf+y48b jr+dX48CIObtNbEtAduFuX7QgWYg576UCcGyOzRhX7qaP8DUAm/VhEAVe9pWQUsU6pWeDJQiJJQ8 lU8oTcO0+7qWbeX2/WcGAMhww1V3HlhHZgOPraKmX39Vv/NRugCSLLIg48bxmKmntxIQTOk+hUrm GhteOmH3F3x2wFHTT9bktbNFz7wxPW2agRv6Fi7mRmgRA4TAqGYTRaOS7FwFhIuPhZTaICV/UbjP 9gIhiMyoE0EOww/Jw9FtsT/DJLcqmNSE/BBT5raUje3H+RmLI5XiUt4mLriBOWjBhDIoQ+dFUKoZ iP2hLDSbts3VyzNxplTWrJmK4lsmzEqlpi0rVHCTEblgKaSygW49yTqm8iUtZ7Xg1x/EhcK0Fddg SxUmBb1SG+CnNngrIYEsniQG2EtpqHtzOph61eUg4p1pnT4UGG7Vuv3HLMO7lTNRtfh4rf3sFKvo gj0PfUNJuMYuaLVS0dSpfbxUgja9cKQcBxkNGF5Z4ClblttyhcAXivyxwkUSry/N11xHpA6ytdmp 2ISpNRYymbebuVWD67kk1/QCJ/ix1Iki4yNNED1lxlCEKskWTAMDPifaHzLniHymNSACBeT8YxWG AIYET4UJ5X67wHscroc/nLdxNC+ayiy6wo4jyxfx8RhPWdlLRcZc3Vgj5UpQBikSGUom5QPnmUBc t5nRy0UyraoCUh0my8DJFG/Tc3EOhDfPO5SDEKoZIxeB8EoZWvZukgbJ+vwzd+95MlC76B1MnZtR RNFP206RVSTpsT2bqfLaarCcg61ZKqtWyds4avRO6K2wEzUyLyDZHbD3XqXljJ3OMegw0szTbwVZ pzer2d69xavmdchJOQpVDiDJWmsb13eks5SwhK4N207HtStMTbsHOrx2TUPoV+8zjk6O+7hBCRq9 9anjdr0bzFvGnNHc+dNeCtaLwDxQ7FY4eC5CB91g1ZmyDm7t+vXHy8N8cJh1Z1bvtWyudS6x0XqS Aqy+eMmYh0x0dh6sbl5AhhwUd0Q2BB1x/v5rDG+Tc1ermoVjEKSJ/0GmP3txmFhsqq7RD8Sctn2t MbbfHIjdweD/OS0cEl3AOtDRK+n/+U1wBv5x+HYvJOulbJ4x6d1nwU5qV++z66zxhvIHs43jWOsG chy3Y4Bdf3w6i/tBFN6b5jhYLOoAXJA9bc2F05fesNbjmx0xDIpRejQbsYSDO8Tx8ehY9buT3aHh OHECjbvtJMFdxzI1Oj5GMZ5EpknMtG49Kr8h1tvfGqG3wnVAekcdesozym7eYkfPKQl2hslXb4VD Y+VEepBk8az3sBks1Sb9DhVWGexcblzXDvnaaLhRPERpdYxY3PH6Ng1xzHD33KLv1Zv5cBuctfil w5UImS+LsI7TtKs4E4M0EKkjtQ26hi8EbXrS9mYbDuk/GLFVlwVYcUq21HpQcHOI/EhTG4GrX/Jh XsJdDoawEA2qiJ652Khz7TyQ1hDtxHYsOQ5U9w48jFNFh6jOePTWbVk0BmpWyx7yPH5A+CwZWfiH IRYjCpoG0VKcDBepyE47QbyZbKlcsjMohqT31mUiR9f6NhuAEpXuqdNKwTXk0Azz7mkmquzp/jP5 7Qy3KmV0qVyDzEcqKeiDt9Z70jduq8eaxp+eRYJmU9w0hCaMYakiaWacxu/Jr1zVJDhPAWAX5Yef mUleFauwA60UhUahNOkSE6/FBUlVmzN64ye96ek2201ZEEnhHo7lcfMKOU2i4WGICqWTKBzjZEKh IfjR8D1yxS5QicOxl8nk65pU+hTBdKcT84/SpjxnISvFcxJaJzZrnMt7IJjWPUQSHh4GSMAJY3oD YxpzswoWvERlKNraLADaUKcwrmJpA7dYFssIX9IHXRKOHsSwPg1pKbs+6pS+kUiFgminSFO43Kzr 5J8T5nWZB1tmruGXAR2Y0UsTOIzwJP0UN+XEKPWQTFQi17/WD5B4pz9YrBf+0yvsIglBhEpk6tz6 Lebye70cVDwRpJz7jYe59Gvn+UNSV2hRqVyxXhxxASGHEfcwgs+DgNeA8sO9pBiAXuno5/3XOw+8 XPL3qtcPj9nPaP3v7vp8I1je+VhzfPeI3/3qHi/5X+6fK4OODnvxZHd7y2h+yJg+HO/MF1NdsPNP 0HAz+ugLKgARAX5FKC6qUSgPHHOLnjv09s7/vA/ROwvCmh56Y4JYldPO1+fIYCOsuf3grH8hmU7G FlIrtAGfevOB+NRjdWCmYLnVBkwvU5jMyq+0MRXKuRFynzlE2YULZJ5SucQGLE5VCy6tk/tdlDnK yWx8+vv+Z5t/1FpLsuRvX5e2zlZKc0H6Jck1sZI8b31Mvd0cwQXJGZuSzvkr7XPgDYCtXbZ5p0mr 1CsrXvLOrzZra0ZR2svmFX0sCnNWkkyrt7VfBghKxfUyTZOtEj21XYlH+8zL0RpLSmxK5KP8slyT I9TS9EV+WLK3NHn5KPI+HL9Q4u84dHcQpXqAsHJ1iXvjtvDXeH5ENUJkpOB2zWkdzT5NGuXmDbtO uv996SXs+NU0UPrboiRWBAPJhGH+EvtKhvvjNq8YWEX1MnQ8Mu9utsqLYi6fr1ELM6jI4WMdN4F9 kQ1P2T8OQMlE4GC+7bhqwSeP37xDg3ZAlVQv8bYmbMwzP2mu1RNe5jBNfm3OoQCy7RZDr+Xh+Yi0 BHXRYq602c6egdK3/Nq8GAfcbr2APJs1QLOdhGXgJehx2Xy8SNq4H5d2432antssGVs2x9DL7MB0 HUfdvVxoF39nnhLmqV5rKxTALH87LcdDgivA0brkp3RAxYwbU5vdQiBG+2QFq/fRY7675fBdWP0t BMGOvVq53Wm0+ikEwQ057Vt7sV6AIYTbcpzd9yahadUREbE29aBa6dHWTeoP/4yl8AsFXlMDpPkT Fzaddrkdv5DsZ0UJrX1rysREm5vhsyFNFlcZdh3Psmggkn7lHZLV9q0N5zKNIsmiCaADK/RkYZAt QDc6gGjDDvMQ0qvKHZKlHJMpJDNlQ3P7rpsFqRoFFFppdJsvzbPSO/whu6hXkFPSqRdmNCGj2MbE CRzOjA0KAiuGWIocv4LDlltENibxmX0nNl2xIV1k/ulXyMfKIm85EBIoW2aTnvhcFoeH4ZMYCYW2 Bt/kpWpAQ47HGFtoBAVpcRZ2EAgjf1ztQWRDVfRoOUPwzQrHRNGaGI3fFL6SWIFPJtAx8MDIJDjX a5ummljld8uvlM153TDx0dCgaTzaS82MRtDIbJ4JJkxiIwLSQDjbsYDzaRynYTdshgB1srFsMItD 2bQGYoENfYCirAoM8tmyDgQ+YeV408Ne1VHXSTvdoDAjnKLo0Kr5yuOggPndgcM59WoUlaDsT2ht 0xApFeT5CxAwCMyWnHpZScFKW4dHkb30sdUDh72bcQ+q+/7qZvTUP3r5S84x4KEEbT9Nut1JwRN7 NEpuVzScbrW40GWUYSbIQBCTaiqUXRI3U/JSxESStVV5K5cuZ041ldbfzOUJvLk25vhHUr79JFDj w1FaZBNa8/d4mLxs8KZskKeksY3ayE7ZJoBpVfEwLXQBWwILxTQzlRQCYh3fAmuBI4eDdyEzP1/F hCkZKoUm7oZOtlVauGYUcJnsA/SiSx7X0puKQ1UsOzMrn7BX5RojY0sOid7zHKkqTCbN+EY9kkIb ctKDhBnzPVkar1poIyaJ75Q+zUZIaaXWdBlLLQbho70H0pJWoKqFSkkoRvykaHlLnqSgWL+UpGcE LF4wf2LgVbBEZrJVJE4HkDrgTyQeyeIBFuSO8kIooBjZHkcklGQ1nG5uA2VFK+B81Buj/MoS+ad8 RA6oMMu3K+chUE8LCtQgNhqiHeocTE/c4JoI1NbkkAZxGOF+DwIoPfGokC8k0jLakmvAPPhn79Sm XIUWRASGhDD999WHljNEgQqkJLt4mhXk69LZdENaVulKmU62ZhgtW/iGR9oU/WAC1qZZZP476IzI 01AxH2DIZRw4BAk1zLmJbctpNPpdvIZc7hTUiTWTJKpMlVW7HVb9Qg4seAjTA3KvS52w11s6aBvt SifJQVQazyCYVCqzS+fw1cZpzMld15IaUmDkcC4F14RXnNLFeOhShgUfkMZyD7Ci/5/MoYQkF0pe DeH/ZO1rlUWX3y6vf0Tx3g2Kk07WbwuYT0CQ/ovdCiV9pW1bYsD0spqst8gKctzb2lNLeOUapp9Y AdsMOlNQVE/JgGUFGutKbzmEb4PAGakZPCmjMd+Yc8DYXKbffKgulF0AWsQpbGB7Drmdt7lJbM5d m2zZkwoxfqGLOSYObswerHwK7LNe4/pfZNGphqUBRp6aYS/F481gwRFBn29tcyM6NKU5yHQzEXgx PSA0wU9fUXXCYPvZ4kNOtYcrDcRLpiEZlLlpnlV3tLmokphm5Si42Yr/COb/AWALRXYOFoReoudC f8XWOWqDcKKcIRQkAoDBMwXHbN6ZfkNsFM3c+cauR4i00KVMpdDGuhPAaBoxoRdFOXEokdoT8rx0 KRKpsUG6JB3hltMemjp1a9PIgHnehQ40YyJrfMsV9CyJHDdW+E1iS28z2uYNcPc7Lw75fNJYM41H U9aKZeoh/hBciQcZp3GY7Dc/xhHmyVxJ31gdQVcN79EReKLS5KAMP6yYTHvmPQT4x1jJ2hAtWkyb fYY2a4Bb9sKTeszCJSiO0owX054/epChCWL0tnOIhVhtSyowxeP8M3XPJ4FEQwqIRbdq+OFTetOZ BYU2Q7M/bOwDEmhck46SDRDLPHXkfLVu2oiReb58xdQgN5BDeeF2oVcYEC9aIs8VRhaApSs9cuU3 FJun5USSaorB92oKNIQzjxYEXS7hNxykcjA+N6LH9IAEhi62sZMFBrJNdyUqNnSmYzAy3TYxZ798 CAEyYNZT30Kf+oFuqpsV6Io8CpMdNFR21EqVmoUmmVK1F1aQ8qsDrGbn5lf1beUGFccKNWvem+YU IyRdVZxWJ1FcqKasQlB5uDK3ApXCgnKussdPxRMFB8W36go8zOdVsUINXEVdBL93qj6AVjz5eTBR V21I7ejRk92lf9K0StYFesWUSiSP6rauBepUpypwSPoUauAHN59lCH4pgyjq/lx/G7EiBoLcUfRQ Kq9OVAW7goxVBqSEefUWJaJTT/muAPRVKX2lc1WbuxJm9aKP2wNdOhpRTeij6opOSAO/kk0Xomgl fbjhdlXx395hCnukGOKOXfqpRUkRXaj8srrQl4FWeFFzc1Udsqp4uyUi/hSOlIaqgflTMUnJp0oO aF1HvbWJFhSIoMK+MVaJCkYVoy2CVE4CK1FZR4APhFYuW+3ntmLVXSEO+epm9Ef5i7hDN3nLtf9T QKqM1LLRAw7wVhBbwR9CKmNHFhW1bp+/xFZ1mhr1DlDcqIT+dXvA9pMwK68ZBSFnVaW3giaucEYj diZWoysxroAoPWxrjVKg6NZBGbGABCvzVuGSS5Zypojf97zd571X8llIMsjqilCQoPtKPeMJtaea Km/6ppC6MTFTMDxs06sB6WJ3DWtgCygKZyvTVyljggqoch7A6TyUYnuHObhRubPlA8VRFsnFFm2g sfpzcTbfWyrbxBDNC75+1a/c3kVhna/XsAVwGZOUtkcX8wxSJd5DyVoMF4eyeosFP5+vVfMKX5oJ T4wungicyOIvEpnsosiNq9AqUIoDVWJ5h1AuQFY8wcnKYvlECOwmr8Tx6Lsp6jS0pFe6ZdDsGJt7 EwTLN13V0BAG9K+xDJZO9oqxrJtLuXt9Un7MjBJKIcUgrBdwsHknRDXp1R4mzZSMS51IIFforvi/ LcoGR4dZf1pjbGwD1oJOazpEAVMjEjjipgJmbXk52Yi7zTVwVwtlcHVXAhMIXcGNhh5asLK71ds5 82uYVN3ahzEx0aZtjZ1ThnCzQ94Mk/EB5ihJMJXZ+Z5K3Iq5OFRK4xZi08aKylWTq+k2TLZ+/FWr kd5UG99gCyy/4M+dRKuWu6oD1vWPV4EeLnltLX/YQuocL02Bg5mwQEpjscAUDOIeEGBZzCKzUt4V XigJ37jsQO4Eee1yEhgWA9Jq9KJCDwGlpQtmzrd0OGAKDoVUgpOBWzZBITTJRjdhtxCMFYUPDM9l JaGfX792Uo2xQEBqf90x5nj+axykMSLXc7CtV5DkWJcURObyPdmQUgQzSJTNoEs7/XM8qezJZALj ZQel5JS7xNySus6V6uQVArNMY1kQEUuz2n3KbJpFnKxXvlGmxBhtaC9Fb3ICYBsapCJiexZoYure skKzGfpfwFd2AU0D6BqwiaKJ7QrYyxXbrUrGy8zIQLc92ML9tsaiU9layZ6hkJQPSY2ILvNteoUQ 7pE/mhWXhMp5UCoXRWhcKMFoIldJCwQJUA8N8gRY07RNzoIiBBur7RHtn899gGAYRLiiu8Rssxh5 fvUDiQ97keSUvlRdUu+JRCw0SsNJPUURydkm46XPMMUIGWnbHjQ0YLQzS1erTlCzyqE9hZ2AYJRA EaGPSU9lbX+kZ90tc2uybyTtS87GbawqQ5UE6h4EedqkvGk4N/pVyXpPVlSDBadteu13hGozOs/y mNCZ74EowX7720lslz2K3tMWBP4iX5V1yl1bDjA33NYZKmAgObIyuP32UmDzenVMeJtZ99Q+FTFw j7fbBlPaXfna7W6UIVaGTYeaC5SBllgv80UiXNXrTEE3BY/hMss0jhiD4yNZRMvULqY1Wytdfa5I YESj9euvMnrj4VInvJYPmxyFXSULO3/QZkTLNH86R+DiqXxY+W+IP8ZyEYAXlOICkJLjBEArTI0N bBoIw9W1KBsEqDDw1B8QpuRa85FIzSgzycW7HqAmWeUmf1lNtcozl8se81F+6oUoshHIGLKnS2Ie agqRDOpYt11EQJMIQaCuwQkEYmunwyIdFjl3gCAQyJbfPZ7f4QNgQ7oul027rCmgztQcz815tMS1 yUwlJG0iKXm+NmYFziKYnFrKd4URYka1Zrn96GddeA5z4iVV46TCqKuOkfoynHSb741OqJciNJXM 2g0Bec3qD7YWHU6UwueDjhQ8zZ3ok1rFW0JK1TOENNmkqJloYDefjwRln61kaWQkQP1Dkjme9bsk q1P2gZJPqzCnSpZnw949JNj0TD+PU4x/YJoe0kUDwiMFws8eyAiJ15fUzcpIOINOR5igKZRp5pgc VwT9ZnxNpKy/UPi5BS0BzAjjTI6CJpsvY6R/FdxCFPWefiIdvN1+MtOn+KELUK7OwxhS5QoKeNEJ Em6oLefIGbW+vjpyEEk96DcC8KZTlsghRcKx0EvyJAEUhC7hpR6b30gg+JyVBYvYoycfk6UbM/Em TVi6BkIG1EgIgKJhh6pb+mYxRNYUuyp6ELWhjQSaEeoorunPHkZjtRw0ASUqiOX4nM+Fqk5r5aP7 pKuvWlMOAx3VDUSMFE4ymvPfbepMKnq2UZ5dfP55YVBN4fOcKhvhN1UJIMp8U1Q5pMGZ0zEo3ROh ChF2AlJLtCxoGlNM8jMuquvmNHTtqTTuKKdRg/giAkA6KvzhMVzKEgSxIW5oX1qh0iZdQIxYXU3J wm2SEoqypNgODTXheVGssZgFF5lnx4bkcFDa+01yRwjpQTZ2iq2FOZG4nRV6hE+QBJFA2q+SLslJ 3kq9NMhoRHZf+isp2uzG1TITUTaY8hMCzko9UiomVsCs8nB2YtNJ21Or8CPvhMhZOo86cxUD0qSs RjwIChn5vYAbA7CrSJELcauHOvAnj5pawU4G6zbllwz0kGC+CKchvydJEzvq1ShitW4WrJdgS/zI wyX8sHOGG7fpF4iqT8Vsy/Fl7ONVT46UAGhNNFoVBUpWSgACEpzCgb8rHuIOdN3xm+pOAeLv9Ggk YmCesxSl5TYWdLDGdiAnDYo0pSvTWKrT9AYJpZBSTvlMD6tiTgbo8Q/i7uwFqRXVadyYJtVqdmM2 pOSulFRePhOkRSmm6zSGWkIADWQSn92hQYmCdpQRppbupnocWtbHVOFSPa1/qQGKdMQ65qZ2ZEs/ wCBnT35xIBNqljqzE6edtZb1rS5d/Ttp92fWYiKZSeVSUEhXuaRiGC30tBH1YzZxJmPpcUgfShJI sLSe4HzJSAkaibhPs8nCharNPpkCNEczU0vJ9W82ZAoYeQ0Rfa2ELlzFKXi5Fq21yDIheGnFYlpA J5mt94PXNFZGKnNgL21YSG1cZWF5OWDXLB0Pt8bnlWHcagYAxBMF2TPG6AdYcuk3k8r9yvP5vvyd wJRLhxNx5OZjuwCL93QmSfvDzzNYqiGgpyILc5m+lEXjFmyzkWhkwrIgk8Ts9wLVVF6KKyeOyUgj RFrlxuCQlFow0MBk6QnOqg2sDcogc3vzAwaCcLrUo6A6IURRH3bTUf1SnwCkDgbpbAFYuQs7fblf hKeOnGZcaFAg21Gf9OJqjgo5cYbKlq5kU12PkLRioac4ZbhS6IjCs81AYMjigltHyJZmD5eUq3F1 yVp1dBnJIHMaapj4cn6EVHspmElpHB61YIqWAqs0tDDbe34FfaGoZZpq6ajR3eFLchKSsyrxSq66 cJEy+5Zsvl460r+TlqDcncL0AvOmEgUVbEGkaLuCM0HgT6T4CiGsqOfSthmy24kc/nNBURY/UhSa wl3om0/O52Ej35NT4G/TtjFk6quyUQm6B4Vyd8KFjnn+4jvZ4FJuxTgTAXkR0JIZYJpCK65qc/y8 c7P5tDRQ0G4MnuS4hgRLc/jl2D5VBDRDQERKDNOGign9nA8sWh03S1KKYDrTcw18rRKSm5pTqNZE bcwjTWqxoFBS7Jm1Q48pucgsYw0vg2mWAmlAJRaMUSPSXqUhe+WBm+Nb2EVUdlPs0hN+V8o8RQSB bnStBCOr9Z2oUlHtDkN2OxxyzmCVSUWRK5m8aIXQAqg/EyU9zuXAQL6Z9jJ3TtgPEKUkmlFKypb+ tOGhNLcG7SaytJDwgbMi4PZmCu66n0drH5NvGiCh6We6Oty1xhGVje4UncKQx3WF0OCJzzilJEgA BS9xm2zpFTee09AzvmWpzWfTblMS0Fhfg5xE3QQO5ns8kQuCLSuer0uKxpEDlS97ChsdvKKvbORf HhaVMYKg8VMWhwjcLophCCGUpWORIbAaVlIaQiQs5svzmJXMv/muvy6evcAkI5NL9KAR2sF2qQ9h xW21BjevkTK73q30oTPu2tZbK9e3eSG1GcKLd3tkrPlj6q0EoqgYQwkrDdh01ahFIUMJvyOXsCwN 8Zy5KT9zSBrkKhNEBoUW1tSSbntaXGeFOUp7vOVCEh61i5lzj31VsKpeV/UG71buql+PVCjZibAL o3orjyldVwljIf7mL2we1av6oUK43JLp2OdfiVUt76wCCL5KhYr5VdtUz3oR882KRUsPdjPbfWor qdqgyqH1hrb2V5SsRlrhUFXvrHuo79nMryKpyC+sK78rop4Ghj9lPDX8W/46fPyt7tce3e0ltq5R SQ+W9YOSsp4qKC22CBAyxnPBAxdfN1twe9hiq0sgt0jwYTetWz71SMZv6cXdvljFQwsKvzbNXiuF otJSCpoeCLQW1BbcR0tIMhfE2XTtb8snli0gYastotrba3XGioayZADdCFvLI8iHvy5wsN70uHNm vlggcNOyz3tDG03pFpz2D2vfygUWwRTAe9t9W1S6Pz4f5A4ft5WZ49lqoLpYcXi0ygU+docAVlc6 tf1bOZjolTqtN8UlMrvf3tsMjKgGTWRXnIft1is4TASHsdUZmKAFUVZuWp4oMVNvHSBM8JuAvu8Y Xk0etQqumqibWwXyzu4fFeZtiY+rELWkohFu6qDc7OELrWFJV7DJYwI8ddXqHlXQDA0WWFLvUxRW Lq6iCz2KTotajIJgFsJkiC+V9JhAO/iVeeVpIKOd/1OgTIq6VlW3jHjfK8Vptf3SPdYCmDp2Uyey aDnMNQBb1knHSJb2rSSdmahb86BMEqq+ZiwtOVXYr9aNARC1hAFzuCGEjTALJCXZgBePKoaHWn6j dYHqoztmx42os1dQDAkTBXdGoz7fGlNzPiZmtsjMUee7mcRxC5Zggaysb9HB9dYSchkAxsWWHjS2 iMDVIzfUjCpxygvOC7nYJM78BZeaGXFQwmqxrOTEL+NlgDyj7zK37vJmECj/ai7D4e2nkAOOq4WP LdEWpp22VBYi7zCSWBnkAYfmtbw0v4gnRijwt9uuYBQqvgFVVMpLl8fWogiuLVD8dicY8NLC4VIs 8ZcPL2a1LQbOpdiF5XoKH4o5zWVy2FjQGNIYWPesYrfEZfVDVEi84YGZJiMcdXMKoaMMuVw6Tw4y PIZA9UuI6y5DtLuoglUTLgOoLooEOFzBv/y8nQKYWHRVbBSzXDwBExcaXVQt2fO3LGPRHrHGITAc hGZBDkFAmPBgbJdhSwPNmsUwrPoXbmLXpk44jwUya11YCg63tNEGAQy8FuaoT3nAVf28D60L1Emy Hp+ajIyjaU7iE5UBLGqJmP4o9/WjWaRO9A2nqGFx2AsWxTVSL/OwoSjUCZcWoXDqNCVo5e5KkQrQ ZfLMw/6u6TfFZWVpJLXuYR9WCMPiW6qROAzW2g2TJAvGShEKGOmW1vBEKZuOGNbzIQDgGgMRU6wY 8wQBe7MEH3/AyY5qL/VuNWUoMSIxERY8wPyL39trW6zyL/8DguiZXxCmi23+uMW6oc2HLNZRKmMI RjyhleKeH3Elk7KMCbtcCK9uzotsbpAra/2c5+Fr+WGOqHVnV0FV2uBkNkBuZ2ZvyGZyMPe7NbE8 Qv4KZJzvYk5ibedM5iYwiLFvNRMtLNlnrTgYPO4wjZy2pJaq4FuOsBXYLKRWgpGkndOUrlhPBFb0 N9bd+hoRlZznCSyrSdDzUs0P89ruGaClzlQCLFjTTLL2iUIsiBhNPp0/jEnRVSrlayTlFVsf169R thpIgfPlFKACBQJyhLHDDzEkD4ZdLW+WwcEKyZvXgMUOmHNjpAr0vclIoGiXsEWRGR010DPOTxUL O2ZPGQ1+md+xw9iSijce8sjB9XAQOLiv8AfqmBvk3QfzrQXThMJG1kH/edW2uWHLscDAUqfSeDF3 tpXEoQzDqmoSQtkqDxqpHY3qnpHbcnNnLKERL3AStqwIGxudnnXm9zOujc90PVdTLlfjVGiztcJK hMTHWwCrcyXpcCC+BXQK0vNocJ07MFLcBy679OQdDY5pQlsbkktxl6x2uUBGgo1qCAPxBriKeV1H i0vUApPK01kx3kZSpVfMx5kiPFwpKpWAaEjgQJ2bBqbJLqUeeZHccN4jdhrrtimGPhMl317mnhqY FBdQinqbZM25cTeUJueWy+PJuUwdfG7eRH4+ty7mzwapcJM/jLNlBxA2vB9RWJmgBwk1VrONpXQw aP1DYI43ck199OyqHunlj59AGIJHd0MY4r891pR/ptVVxoLVdX+gVsQ0Oc24As6ZFKBT/jlnnO7P CRbFO1c1MpaBu1Mzm08wohIrpFzNoKLEiA2ZuNO83vhJlKe67lOyboEOBo2tS6jRe3bha4doxRyT UPgJ95gLaKWl4GPSplFCI8iJPrGPS83NWtorzO9Hc3UjNAcv+KAegHjYvhVNSD0uo6WCW6gVaMtC hKEYRD/oattB05Q6FE4mOakCTDblg9DRDX67JksawBMYs5i0Vm84qMR4DCHcNuX01MeTbqwdH7NH XQqCVBVDKt5g+P95uhPERHZkC8O7eBewXWWb4fb+V9jff0S/GmxINMR4IhRSJnOWqosExp4xzhpW fd3aNpMA2oUJiulUDxo5Qv6r4cCSCklKwkjSLhon75Ngmy2B8YEjf4SwQA6NO3rtaxNOmXdc8BN9 9fFR6TbBENayvlJPLpY5d49wlRxpH1clJ+yTXwtsWBo4IlLAZRjJP5foon+6S8yivh4dnZrmQx8p wT5iffAg0+LErQ2lKGmP8WdJMSptasleMST1LvpIyTyqrwpCCNw+iUm8Qz7DQBgnWYGCi/CU/Fda aCj71GxBS0YokWt/c3kewyo5cn+eFKjcL2wzGHHYuK9gQBSZboGE65maWjoRqvyiNFdqxH/b0lMJ oe6iWeUo2vNJNdc82sEAEu+oBGVMlHbwMWnkq+qRTzBufAcCwgXvjWpKKVlegREb78aoiJRwqthU eTKCRtjeIep2xFBgzJ4YHHpojd2Odlx/PGS+7FZh51IFuEO8cbaCVa1UulbMyU1dr6u/Om/rJMdr TwozKAqBTsUr8cLDNpErpUZbcm5LqSF4aEIy3WAN/bmJ1zJqX5OEUSQZj8kcVF8vmbAzY2ZZ6TJq YY2WnU/AMK7NUzWU+yRFOiJqU5Xk5/60nhG3zzVTToq4Owoti9cBs76bFef9U3dtRGMiKQg1qdTX rkBujuLpKmq9SFPVubRj2/sMnxl5axImq2DuDwTQjZ1EcvontPr1PbNsvXS7qMFtOX1clGCwNHgV 2Z7exgHD68DGDxAQl2Zq5dUInZeg/Ejyqly+Er9hscSpAphKVSyg20uO1EBD64FI0tFuvkTSrKjT nrfr2jSLji6r2Zow30bEPLky+Chn3G2IODn25YQmRGgNzFXLQyd2LGC7oK+9g02Bw/FyiKFRyYrW fNs5QqhbyhrEQImgm/QqI8BnspWQ9PokPo2lWaiHuqQFD1VSvcoRBIaMDskHehKfqbkmeZO4z0QT cgkfXade03nxaAVGHOBGjq0ux7eG1T09NU8H5oOjAkFpF7Ao0ytZrCURDlc5BN6Zk+EJqVUxSxNS qI6G9o+6/UZifxH78emRg94jCF8JphHoSZ/EmVkM7zLR2CAk4rL8AZPhaOflMvjsIo6It+GMVkJr 9rY+KQDoa1IzO2PkaQJiFgjkrjpYMLXeWcNSgh7ySkHmJ5Oy8xL85juzlsTIrKUZwlz6YwmtE1vg Q0A6QwypervJsw1wXwj6CYHzmwQxxE1dReSgE1fMTglC/uutoSof+QtYg35iaWMS5RmJFUre21LK i53tjJg91gPjpdl9vWAtLECY22JW68Hy0pIcLMy3GEIzJoroyGuoJBZ88dEqxm3cwJiQiLtbOCzm hkekggXUURHVNQh/Cs1ItLCKozob2Hv/a8N5chym/ODv2HG5WMyMzU+2JexEhmxaJ09uQuHgrScW dk9QWZt/RXwxOtNZ7sFZ/I7HiscpzSgMySw7s20qRqQFiqIc7Ggi1ShXKb3wYC88nZQasQwuvWSJ ucMWKATnbb6AEfZu61YXUk2GqS0F+ctfjW9pU3wvUmeGzlxjOzvJ+cBlqi1wMuxy75lqjlYrDcoV XWt9F2ojxweDWujHaC3ipHlRkzgs4TUII5CbVCxeH20izKEygFIRHJNhi2m/NDS5NS8CItt7M3jB 9iTfs5KlSVkLT4oAkA02IQ1e2yV3RsYM/hSn6MNEWkZlW3s2lAqXLED7sKBTRecARi5g0DRAlvwA JcttLDQxnjESQvMS4JnORSOmkDj169TrYladweKeL7qt2KADOnZDs2AtkgICWqdzD/QhhsH0NkTI TUWzjC7raMk4w7BKasl+TEVy2DnV3oWB9SMmzspa9GGKwZcbsr6qLGRwSGQe6rPD+bTCIqmYM1ax sUL12gM7JvASaBWLKsDgyDSrxSDVWOSS7qoXlLtaMSNLrl0aHK1fyvSV/iqFb2eBZKq8V//RxmHq oPLAvMaKPdmbuYgwR/F/d1sofaPNT4Uc8OjZLAZvN6RFbWXliEJ896fAGYtvn7XtoKJTSd8GQHsS 7TWowPcQLUX82lfo7rFOneJGvwo21hW1UFjtOh9ASg+Dcl+JvwzMqj+BVDPRgr1VwW5pDA4d//bp GrqFRwNPyl11fUBBdtFOkVy0Fbc2GPRekeFdQgDv4ap92G4qoWy38eCcG3hETS94lwbBL6dF0Oy0 RUHoUSHUznMJjBppOF8y3+LQoquIyUbL01oYMpdFL8HItiP75q11Kxnzp2wmjPTsgnZFpTEyGjlX m+BQlInJrASN4nJZjaZeS/kdJxRVC/u2OGVuLLOkjpvkUxAY4ECMoFgCv04Sr6WHyG2vNzpkT6q9 5sQQewUyct93IhypoFGGKavERTFLFiE48M3KztLpyLUdaTQCkNyWSnUPWJVhRCwtMb+80cVmNIzp DHXkEOCgECwEenr7Q6QWJzqUIYR8ibDkrYlx0KFQbXBGvPGQBKTB/5Ts2r2W1zvD0nnIDw/79pgW R4sgXR8t19XFJI5JcNgWvfSIi51iJFWS6fP2Z11DKhm39pqMtLVmILQWLdPcgA8WdwpammhBJGO5 OaTUQeQU10rFBIiiF9ywnVYCXnXA1MlVIxgs7CPdBj4T261mWknJTGksHSFWlm5FAdxQ5RhIGX7H 2OnotgeHto4vM+sIZQElDlt0iNBOZJmDTqWCDUcRgUvXkry5uA66fLoNBWIoiqjD02QAXak58/bD 8woimDbZkhf5IL/skEK+7YqVX118XowXisoq1EcD5mCt+FvcHMBBUXIYIMNqtORwLBf7RWDhQyrx LrYj2Bg+PRl7LQpGpZIlSCNMDpMHlw8sQ61OUjPXmbQeQk4IuBPDeCeKnJrKa5f8SkELjzPivpN9 wZ9f86Xx163WjUndxRuLtTaPygnlSMWIYmfC1Nr6IbvGCX5pWESmmWPPfqbPPEy6m6G7Q5M+Mi+E Vjyxlu85QtZfIUf5MjPoVHERh8EDm7zFzgWGGASb6jgXQXfuweyib/0s01BiCtaSH3c21eDQlmFQ Wcy7G4g5Gx/sDjpAS0v59zk6Y97Nks82TbdyZ+GlPoTRvCoDFrKoNmZTmVeEQoD/xkr0KAvjcwfd GDfp9WAQDUIaotHND2iFwKUEwUBzmToJtfFEm5hDWt92JgeDY4yTO+TLLXa86MC8ifSaxXNkQ3fv buLtaSFJgFFUBmEEiZ3tpRn66kARVEaHtCr6TadXB3SNYjK3zyg4ZHVkx1vNZNL81jnwqP32VI3p XQO0IcPPRscLUunM3eKK6oogwSmZBISuy/vMEAuAKBAgYR1x1EOtOQL0yJDIsjU4i2IUDHgFk4CL weLE/yyjh8Jjjm8aNV+d2b5J4JyIh6g5DF1wVXRRWWbW3zbcGJAZeKVPNAQA/fSLPZfSNCDCKA2P pYQ+513CaBdIh7X0NgYZLSQJDsBLVivqxi1xY6Sb46iwo6TYhioGJzgT0k5O6LIuWGtEIjDYKsNV Fxsm2WLAUHgt7SSkSkNTErBqC5X8EAyaIo24+pWoFJ97HxdA2p+mC24JlAmllJSoJtw21iaalNlV UBEdoKBWQQfhKAu3BJJDyBsw244AcVnpAuHMPpdovWhGamCMiZhg26zXzyAleEWp2Qwx6JChTCoI AwIDS8TERRGQasSizALNlMGEohJgBpwxXx2HehBdrUbeEiU6pjrj5wx/t37fEkJYd7g7OJKxZi2a s7up0hKMO2smocrXWISPgFbFczxBQqNmeO3UZq2R20SHkR4lUbmjcg1Z++uBWqsK8tMibyYVvlEK i+/5xgYZ3nUzGgNw8jWPxKPIjAf/KmQVfr+dviIR//NtyJDl9RiwihXd7NMzsSed7o0/D2rrnFwO njy67WK30jMzNumam5kapBOafVUnKJFmdPeTlAbbiaZxcCCQN0Q5wEzLoV8lSRGPS6cXwSKeAiTt 4TT7yZqV+yrpdfdOdxoxPx9Qv08pLPr9kBOKaORBXpwG2Ad0RjFyph9OegPJZFIuVbir4UWqoDA7 ifmcMSVygveghhIrZGfvHBGnzWniXfGZzzc2opEUGY2wgGXalpLe7pytFx1dSM9zH7RQALsGZUJb Z7wbqff++CwaSQslhg2oGyHIYuoySfncjJXbCYScFknVcpFL4Ojw4zzT7EQDwsCtT5mOoEmIAUUn aP3LyZOF6+RgFo/yq3RM74VXXfGWISGIsLTsHjctOz4bHhsJnQsErB3FBRg9dA3GvS4rJmhU9g9r /lJ8hszFx334znqJRdTqQTpcMMVlP5rQHI6NWb4oan/cz3lFvS4AxS07SRYl3D8WvA3euIZkAFMB m2fJQRnIEi2RU1g0AO61SuykiXh5RXfIQUrCL7E+ekBeypgryvDTWCIy3J5zyOcIg9yojnTpiFM1 cqfKEUdm0yhfSzbdExS/HCoBAZTpJ2QQEHn/XIY0YtqZFDMLdlgP41Eh8EWLxsTjye0zQlab+21k 3OF/7KVA14zYvVoSHdGn+jPHpNSCKSHxXTJBBreumxF7ksZ2SVqJZZAqNjtKf1YrqCFV1XGDB7Sp lokGTkOmruoF5XgfClMDAJzA/3bQXZLFUJNzZpGO5Cw4W5TnH0Ap20Aq+RjND8wT0ZcvVKJJH9nk rSKavTWOSy1Hawavz8M4mIcJQlokaNM2WM5XsuRhV7kkM9HckSFM+0SOHOxkdombDgZxuKZVtSei JPyMZ7jBaIPuawdQo6TpimfZdgqCAzgIClQk2gSZJTVrUktNPas/FvpXKPejWJdboUhDMots2se2 GFd48oPQ8nnPn5cuMuwCXKVI5Nmhm7jEdJ0RIf+oREPGiWcVS5R1zKC5FPwiVBCVzrdCkd6IbY8k rkAh7oq61YXJSF9v1cVwUkAnobCtoFcWwrqWpfDY7k021yRaSB0hfhtOKyEya8/chD8Ttdnht6EJ Is47xKWlvKKghm68lFeZKrXJ0+tnJdLk2NAP11ZgFh0SI/DbM6YCgJKoqtg0n+BhHvIwS7oBDWKw RI/hTPOQftmIh6TEXRmgYVw8NUwMRif6M+4MKMn2RDKdauidIpiKkfYu0t3kpt5iVkwpW2njVRKT JRmf6WqlhuKO+5RlXvNNAC0tKwKXNBH5EgqNzRVFVm0EiuWdktppMSSgxVyjwdwoJDRTKTNjY3/I B1/ptGZ5aImlm1VWCOzZYiZQFIoR17dqlBrlF4nDYIp9VGBVQxgRT5r9DGM72cIWCda8rSxz8/Tj /yoeSQnZ/N6kZIiKKkWOHvWjaqpbsYwrK4B3XIhIWlIxgHYFyUavPA3CLNRm8ZoGx1ESSbhuTVpa jyqhCeeZWQaXXwB0RLLuAmBS+fzyMJECk1y2hFyq6Y/mO0eTZZ4Cmj6jtaU02WIkFVGFin0PSSCw gISHtOFl6JbKEcQjKB7HJBHM4yO1BgMRZnw0l+aZOwtIaIYKGPo+BlECeTqbbXbaEUQSqBdhNGnM spJ9s1myyUWCJwhbrNOmhdjnZTcgL4EqOBvWL22kK34r2+iLAcTgkXkbomhFWVkmWiPBb2ZTiY6+ oJPZ8x0/+YJHnZfITwiRT6FZxYa1hTI/zAh0oIPUSl8VBhgpJrKlmDULs4yUZp7US/QjJj0SKTIA r8FdTCwblECrIFk0tbwp8qZWBG2oFEyw/gJMnRBG44y904nhIdwjCBeRDdWy2M2PzVmi9SNzy/07 HaGm2mqI0i2B0nZgWOElv4twerFxs/zNXGaM53P6oeV2EQovfYTeTW1eRhtHaZvbkoQPtCxZSEqs kdDIXmwscDN8qjNZyxknGUK/UN1EEwmfal4GaeWSrOA8hlE/0SHHpwYlUOe5jFyFKpXl/i4k+0Rd VK7UXHc22ACT37Cxarvdt5DfCWvjd+RmcSHYq15d+VqF2xmu1ZVtJnoCEhqAmj9m7NwUXfTWdhbH c/DeJp5zmgSCXRCKGPjQ1IzE6Ar4kZePITw8965tOoSBgsogeD9+PsEKLcnW59XoJoqMehp8CBIl LSkuI2PVWtaBJsKLbLJ14rCIYlFcRCmP8qfteEGafZJXhxY0djtz6hGJmALQK0ozkH6RbVmVTEhW ka7ScWZPmVqjxDDDwDwlOmgEPY2cL0VMZoA640aoocqYpAfsrfi2sFskbHUQsxETEeHCSUWKtK70 kQnAa18JOr/AWq12wNJ5jKbLUDKIsDdzZfnzkBkwxXmgzqor2iGLiWQmPMAqOt8J5+dERJS+uCTz JlACAx142TIn8br5uiDLOyCCT1kjsvCUqPUOtrWLF+8kQzkFuhrDIJ0rq4zEc1DCSeThjeOfqAUY LP0Dr1jVcx8tg/p7v1CF/QJ1y+qAkK3ct3lLOSiq/B8NHjTXvHDT/FbC3r1xkoe1jIFgeZUGIQn6 YwaZlM0Q+ESAaYAOSyx4ZTbZSe/NlUx6YzC+2LxsJgij3ewvk0gyREsVlr9gGAT1RfBsgVm2Cpbj sYV3AGEF+buO6E8W1ZZirYoUWehoNlSWSoV+l3Jdb3VEaFYbVT4yo8I2lfAgQ9E2Y0unZRCgUf6Q H8RtcKSX75Q2bxxnW34xjDGi9tB6asZmLE26vGAnaoefbV2xINMAQ9RKjE1tq9eUg2KoWLWNmlag ZMzKGpZyQp14mpOwHf4mplMLuv6h4aokPUvc/XG5krWkf9a3IiDFEyeqzlp4jmnM2FETE+yigBvu NuEKJOdObZ/nj6ghVQOYlpzzyzwKa7p0SqoU2DsuSWhHom8/9aacIbggARC6Ucy10GUM2DvNCabd 1vz2UJZpgtxdjCBWggWnRRbG/scCkdHQ1GSb70KJZubs6bIf2aTeZzzOmRY8zxD1JXYLPYyIGlM6 5Y+kilQuYjBrrG8S6EQEZ5GclF3FqJkAcMCSwTg1Z58BFcwA2hmwN5AAyxqHvvo5HBRprna8BG3s n40tG2deGGzxxDFqRsaxQ8Oya8l/Pjeho8unvY0KjHuGCy/kNCWKmXaezKKAZp8zjuAwvWW06Fo3 JorNW98bWA+2UiEl7vHeMUHNdu/xqZxU++jhMa6bglUig7FlUZYJxgiVmErLcE5tGedlSwD20VBg 2qcDKuIlJlHdAl6+N6g8/p5ANKEpXfyMGW3pvEMcXvvjDseVMPNKo8Zsy3QBhg2PvLhGbU836tH9 FMJdMof5pguWl0d0Tc1iU2vZpCpfeKg3rRjRh8kQKfwJ8mSCbTxWPHDY71tyKcyFltf2T5eb5iX9 pYL0N2GlNzQrJ5bc2EDWPQ1G5jvyciMjaWhirVNTPl1tJrvNSgilZJu5iJWpMp35zf1DFmRiraS3 UItsfLYGcuDPKTlaMlDdF9mT7kInf6I+zBokgjO8wFiDH7uNjIrhdymnm4a9lgR3lkwg61xxqz4f GjspB2G5jdbOJzNtNGtQDlqu1/Smcxp/FaGOUlC5BbismzOMwZJNi7T29Om9FSXPMYgjRR2V92Ui 7qOQS8modmeBD3tWm1kchXh9OergQEZ3rdWk2wndw+YIQxlQc8Bd32nTTXQlcjBfeEKZcxRlhqhD kiNES+24XkcxcvNZoRjX/mZDNUsnKNx72LLSYJJPPd3wSGothPuj856vaFotygD3ULsWoZ1qaDVq JsJpDaWjXLMqRVmH+0k7hCNjLCxh0r2Q3XoiQcdQCaUcMpoRUE9zq2x0UAOvpNTtiB3qcEej0c21 k26G78SED0pcfdBJCGLSoC+b6caeLfGbkzoamxbbwXF6opMyTqYZnCiNVKr8r6dC9qU/SdsJG8Ig B/dAdg7DoTU/oXdnS4CeQx2tviPb36jqhBvmKLTdBO075MGcPjsoY/ESnTuhQwjIaBb0uBLVRrJf 3RGy6GqcbiuVV//pVl9MDnZJGvERExSzrIRB5tFTPs+eccaQu0+nrToVkg6lZNWGngFk8wakohOh zD/jsYlTG0tk6Ku3CUFLRywJBAnkinEaDNOCbTTr493a1rhLPQsS94GCSYb/EZDRFUIaIdBHMFsl fBhgejxr/fPpvFnaslLhRzzYjZNzTsOtTDSr94OPyleM70v6lC8URgyE7B/ZGn2iybAIKAqD0ywS qHIBcMAFgBlADuXIwdgBjSBYHAv8kW6Q4NpL8AOMYKkty6AcklTBM5uua0DwhhUeqab4zgBlepKE QKKoiaTGTW5/frtVpKoIEAaUEkcfobAR3ttbFvWumBlowypNVhurgGAmCteSCwZnrW/iILPpn9cr 5jCmpM/TyDjZrs6j5LUlcQZGS0SHAb07hwkTEiZpGySwWipbZxjiGU3piFD2FkegR4vQxjjDxiSu 6IRaUZ7j4TezzyqWTO44x4AFMWOXeMgvjZPY7cfjaPp+iPghOcED3uKxUEVclDZPiRLmk6W1bYdz HHqb9NyFN0kGU9w8S+z7s4oP1vt6EROefYaPg6pewJ5QMaLGAmmihxezdT8xyElBFhfjM34GfVqa NOPstY6ZTrx0UpGzlxh0A5qOvLEJPUOANp3hCoBYDwPbKiMlFOCI3Y1emOca/gWFGg5QO+TY8Big QfCX+Eyw5TwjL1cP6ZxUzf1T6tt9SjY095kuVU5ACmOSldF3huN1hz8xnGBzM2KO4HFHJs6h4adB QvepLIFAHtL0f3f26QJwimhU5ya4spzinjG7TR3QgT7g9fS9h1BdCCPdzulxdINwz+cLNnYmEL30 DPc8GJmNmUEcEJk8thrv8KZeSVmz/evsHzKSAAJoTGxpn7f44bhf2gpV1vHHDaRs7Nl5+EWrgNqM aPP1kZ1IjKEkUcAhS/z0+IMiR0DtAdR+o5iEQGVe9qxioklw7iNS7iHQxONk3o/HIxhTL31pwIMh 4sbIBKJlFRuqxRKmnCf0KSMVClNomd5Ql6JKXMwy21iBQ98yFnfKBKxWJaXWKqEZXx5HCcVltqDX 0BhpnpymquyPJtOO2VBBQMT9NHjC0GFCaeCq43jzIoIN/un0p4mSgWlLFIidrbBcAikryrDtmJBg TTLYxFX8FStaO1ANnOfX6Af/RpiWq2yw5HdYaYXZaCzX6VTuZ/2Y5RuLPjGrU9JwJ38QQp7ognZO tpeCpH37OWZhmDwlEHZeA43kxqJCJYSggYWaqFnZvdf+hZyaFXrreLoMXsicf0zyBvBpxdCy/bPq Bw+5T+mxvTkuUCQQ61opgJFChvxWSkxxApB1ptjkf3jRujIQF6JaSnEfv/1QI0V0UG/qyKnKQZHV T3ywQOCtkeORaSy2+KQA17Cug6bppbeoN50Uur7jRQMJvr4BUsoFHWapIwmCbqKhSuzUqC6uJ6FU px01QK5MJuzz+dwDegRhiF+Uj8NHX2+LBArzAWMhdHTxx9jmNtlJ6500C90R7tcOaYDMUDSDBye4 MwjrwwraFtNJUevy877sMARrTVu2lmioGEvHEMvYSoDaOenOgixE6AgFZBRQdNDlgIQFAyb03Sn0 xmAn9oCKRMsoDOM8VJkVgkzDckZwXmH+vAx8IDE+sGsmBoumOS8LzAgWJeVdJGgBgYulc1SRUP2g jAxmroJIJlHtWr+qPcQfkxXiShfQLLO4V/gYtivOqKoliUyOPbC+rfy8loQowdO2/5ljrud/NQGE +bgh+/6CVEq5LTUV1a28Kq2PXUKOFZbJYHUwAlto7Y+rZIIYVsNySE7mtICXPVXfs4TUx0IpwZAK 3NHYkDkjwsorGhpVO2/DA9Dj7U2ROZOW5whkAd54Z9SmwEvSd7LRwQM2Qn9pPnsmQyOzZE1Ym81l PEnGstNspGxZa+2ZN2llNRl9/muYYVFK6XoDEdCsa3f20UhmFXqkXlNHubkkmVACQOCyaiUqLagz KyTUPzmJ9oWcOpogMqIZDJlaaCQdHdgrtVCcC4I7l+EICMlb5y2ZFovDKVfI64m60SJnhMmNSEkl anRCXWNTsaHQSFyCzY6Dot3K37qHLSGRUWsbx8JfIT3njac8kLNyHAspRzTJzSAs2I08DRUgP7QQ AqUHnaXHQ899QaHQWaTf8fjuTctzBCyJugP3nvEoNxIyzZ4ouYSEMAvx0Bs4Ma1vsCCjlRFaT/Sd jxfGIhQBaAu+FlaFEWN270Pfx8o1TeCebuwHtmwugwmOYI5oxUKCJ0hYsgH0iJesablsWZCREJR7 9LpKndCUPI4FeAsZ+sT89aURGs/YtiFyehne7cmE1ZItm28lQae+LiEJbsMrECnulbnFypQx9ENL bViQ57fTSg8WEtWwkMGYMIWiuruWosLIyVxurNzUA95Jku8ZtIXCMd3SQRZV63ymaE7yKMcyfxns ZNmiHoZk/ujOJMjfNw4gXcfeEtrZo6awkVbYz8bNpQcpZKTdWZUfRZirCKoBB4TkNeFTCCL/WjQw rfkVd5mGmBEga5Tg44Sw/KLQPAJhehWtwNN5OyyUnGuTJelF8zRWwmDSDeHGnIwhVcz/wy5DsY3M BDWZa4LHiT85qHn8kt6ESD4xbJjPW8iuT2R0aExYCRzlDNIkzKPIzIAHdzWCYUVUN+ZQQMvNxtKY x1EYE+TgNL4vZQpwUhwnANQVf0qPM5LAJNawnxkkdHImEft0TD3UpA4tEq4LDYlkZgxCsbO3pNlb lxORaIXI2hrx2gmOhuTpjQdVEnuF6xTaIagdQ1LRJTtki4aSheqdpQwWemTjBfA3wiK68fFf5yYy zh1iEwjdIcMnYDOI1wJYVQFEGIpkhnVFYZQHq0RUHFCfZxjJlo6UDFsAKlRqYzCQp7kBW/f7C/Ls SWHNtlKxylWD9uBOraeWagBQEf27qdZQxdX6Z35IqlWl7FGs2koHhdFCYDyxnnwEtDo7gWvK8Z8t 8UdiFIyrmfrXGTEhUgtTq4HiE+eA2oHISSY5kWTq4ZKCNQmoJaQhet5F10+ID+1x660hss2EtaEN yJnUPfzMvise+0gFuDNj518leLfzNyG+sCqFrihuIjJCoL860XrEcI/Kxj652NIoV2AIpEyOxT/y R69wU8nZMI6dZGr+GSylZDz994Z2Gtvg9nOaujcZ31RmjgMibf4GufGdmt5LAxzljBJ+lNKSR/3n cJSVXydKkxh54JbOs2CEVAQIT0GpVumRg/iXH5WDee1K0jKGocrtfcQtk0ZBPhtjcsgxkVaugqJM LUTNYjuZwCEz3UrfhQtGnE9D+GBa5ILYUCJ6UBy+AROYlulKUAPXgE1HgCU0C0qx15KnZJs/FbaC AoMAiqoWtdB8IUH25Z2JAVAmkTw4abGKtSS0SYHIkQ16SbCw2BZegkNkLeKHMPi24ZJD8SuKAZIP 7euBF3W1rS4CblKZFxAp+AxCifRYTU8iSgCJDUWK7bjIyvIE5j8ATB4BU6FZQ5PrgtkPYRG+FuxM USRNLPUandHWfAXWpimYCoitQBGkqapRhZrIQ3oINYmkZkojvVbllLNU4ygRnpRo9f193TeEd7bB Qu0FsBBiyp8Iq/wtY/a2whZ6wxPmmt5DIWrb45WWIaAOceUeEYJxyz/qI+rhJK1zcVoxNkkHLPJA 48RY28HhvqCrN7rkVy3PWTKR8RNDV61IMzrqZCQQpcUozJy9lpTzzwQhS+lLjton1T+7ZTxxWtat qkxc7hVd3OdAZBq1BiD0ggi7xDM24Bs5RDUR4czUSMUV9wTUCQqnkntWxJF9XEQKGPMpD0xLl4jT 0Z850+IDdg3epXQ58Dc5DivRm9oA+nQbJvR3YTkzaWUGOV239GZgBQdvyco/vaiVLBuynMSSLGBA i6nkPH5KdJMxOX1/lK96QZGNmXqKHQzTCMdDVnMjPG+ZWceuWFU7oIgkNQOilT2gtbWVXwGWudEZ bnj97Q4mY7Kc6GO75GR8E3dnDdI1w8MzpAq7DCIlrqaDI55FEKY/psD+Ijhl+sjECSRbpeME6pUr GY78qBKLZBlV3s/z0GD4yCtL8VMH9DCWMrE+MyuiDZbdUrf4khsxAD8aA7HtqnmjUbJ6lxRdin2D RAn0Nmx2AJdaHXtBBQborVzHxDkeLGUBcjznKLKtSJlafQZBCBZwnsBBo7MI3mmsamU0sFJD0g9M DFAmYhD42NPGqMeEPiU9ZAMm9OehyAzERKnWTslcr0pkZJh5mSgNDfZ7eECFxEC//7I4p7zsa5SL 62L9kqW5l5kU1wgL6Paa75QcqUQxMxKmZcNqn8bJoIgRopFHKywX27xpiuaahNEqiNN43h1jBSnU eq8dKDJkUcBqqP4MA1Mf/Jp8aAaR0QZSl0VzLou1raNaEhrE9JrZlRMAUPJEJFpCBtT6i7LClzbW SomvI3xJmFTx50phNKQgOASyu7IGrJFpUu8yhitrsCdyIe3S6IxJnidUA1JscIT0kyoLfMk/7CbU c/85zmgyBn192EpNJLKnT1BQi02r06w64q1D2okjGgm80vD0h1/7nU3Iz4hXmA7EWu3yD5cSeXNY 6XqdOPD2wu9r+54+1iOZ9PAoM1BWYcWnRi6cKxl7wSHor5CVhvQKntaXaSZeos7ItVHBzKjneUxC fZVBFD1yyj5oI5KbkAuBZFVsKQAPDKWd2Yr/VAd+oVHLotDOnMwmdCicOQBvChg3m2kPn3conuTF emeIyMud6Sk3RLMPFGk5Qtrz01I5fxmjY4pmWFeLdHoktuAvegxJFNxIBoBZ3asqrEYh14tVDBj9 oLfZi6L6woq8G4s0z578KSiSXFlTlAWaroUbwVy5Gg7Vu+zTDShCP5aUCTEbpoTp8kFc+LywEgoF PoY6doK+QjwGS1patUXZ/FRvnUvGzJgp4StmidEVvokoElmZgg0bO/0QvE+TaebsumuZvY5Gplov gRMxMaOaS6OLAL4RHAGJIvshoSao0DI0XLzmU8yIsZUwkKrxzIgDEFA6zd6KFyKZEQvu9JSpZItZ 2GwuLrJLNqm/ecIwDuO1Qj0wL/3KfNYxJxJFwhAj8rEMwNYPX2s4H0dhEKFyMdgUJeO7ugph+sNN DO/p2kbNmNmKrMBPR0/JJz2UuOa8bRPZ+1HfUWrwDE9jxpPOOtp8d5ZC2SfBefZa2oFmMUeZVIzU 8TOG4rWEGDTgfEjIHIN3Q4UHCWry7AyAEYNgxKFhX65KtD1xMTKHGT2WedtnHJzGpU8eMUrcSEYf 0PYg0lC018ZrTIQl6vTOYMyYVuUb3Bk93L/yE0MoN83o2oWhYk9jxhlHkZl4kytIwAJCnNuRkvZw enaSACghCJ5K6T0rk4nx7ijXpfsCqkEhQjRUNqH0zM58+xPI0qw0+JcPtSuDypOMTZjHrkwdTAAc tlLMMZpPMrwDN8k4dC30thFfQHcpCMqvS9Zz5JANNkwmekuKUNeyelkVffF0lqturzC+qcsYGOq1 5NwqIJkYEulmrJTaij9e9DNhD4Qv7kcJqEBsUPcGDYZ6lplsqoSWQAhjCSiCElF+XUrS18QH1N4u DUCY8YxsUurYZPFT7C9xdM/1BEhTFIfdMgp1gBAh4MrzMKV3jXFWtd+IJYqIqRCX1BsXF7jBKJ3o i7COgA3xfFC0t24PRkg3EWuDv7SeGL1JtiuUwYR0EoY3eiG7Lp1PqCdNmDnQSOLZMZMLKuMrimcy woeF1cSD9Q7Boue377xAG0Glzog2b1Hbr8QzA8O7K9eUHv+xHgJnX1lcau0YM75Revv2XTlZccEO QyAlprrPy0RUXAIZWSW/1R9im8BYGvuRbNh24fCTBewnikhD5WRoLP7WSI2T9OALLwbB29k2IJKK ZVBOpyyG9Z3gOyBMhuF5QsFFSyp0H4R324tY04A05y4S02I8LR8cR8mETHcGJ2Ty5IasOhvL4Lws StWznCEoGwfVh3QlaNMigWjNmZ1wh1ojwNshXBy3hGHYTEQW1HlVo5BGA+gfnVGwSLpTlQFxxmOk PIZ/kblrZWK8HY8FYV0mRYnJGNbUMSrkIqYBxISIOqE7dDHESK0jk2hyg0jUYWp8sUCaHa7FSEUd 7iGG02TOm3ywnQvMoL2OfBzlSoXu1pSwLkCndpLIbArTxje46Xo6WTEw0/dQoIKO+yLKnYSrhHe2 v7UpiPlMLxHLNKGEnjvBR159y2wLsb5gAPqmUumo75KwLvWlskTRkS87F30gLRS6NOgrDBb4nCzo vIexoU1GwtKYH8QWzpxwa2cF/ElBhQJdjer5xp1gQzyJtV8jfZIH+MaAGs7resy+mklnJEpAdn+H yEMUIh3+PBgJf7WXOctl+7brHv/UNxP0pocvtX8j9MpgC7pI7hsk9HMkouMd+qKtWIx7MpM3+6TQ axC9i9FmL+DFvqNxqI+kvn/BAMh2GKOvDDBAGmcUqNv+MY57CNTKYqlP9lxElue3v9RTsmnfFlJJ wDTSrEQTWoCOkjEvEGPgVI+EMn/C9eAIy5ZVTigzL8r4/TZSawsWmdHm5jx/w+VM3MQUKHlYd7OU kpVt91d7MHxLhfXWRVzuodh4RxtLki0zHgv5ckU5ObtFYqkEMsIapzLAT74TuBBsESFjaS8sKzEd 7EE8CSOaNpyIMIjJXTyrQp+VaKXT4jT+u6e1OMtFQroisgVfBLQ3lGEPwVDMVkGMzKLsKz8nOVTy RCS0YectRwk1d48fTbkA04zMSwcREJFvnnNBhiOFQkPWTHxzOrkj3Kvi4GIhIUcmTHQBvWKQ2VlB gYbJGL/mgRjoJYaoxU44X+bW6qPbEMiwkmyLgRIPle27bQDtCgOFHsMAVokGp4Ui848+Ek+ZR4Gm GtSQc6mC7GHc8STCxEEVDqr3lujyL5+r0fYrV4XUUE4Ve/wV75ilOUPywloZAYkXM+KR3XLfpojT ZKQLwce+fqGvo7RHql8PlcOOWjEn7csFWRl7ow4WG4W4oi0RzTId+y2XRZZ0SkLI45X8zpS1N35s sNGm87rQu9BO7mwmCw8c8niME1hZdHGuB83VHkaRHZEmh+Jd2Js/jShL9MSdlFIxeRukfCZjQCWX yUjqudXr8oGeU2EgSiL5wnZRjVJyTFZQ7I7BItFSlBLIIlqCJbO2S4T4vD5pE0cGz0hauzZwhgoc LATkSvRlpmyS0l008myVO5g1u5VrrabLorRM0PKS5owh9Espl4Xa6HIBewSd9WUBtCOfpEF5S/KR 7sVHMdKYrbmOYbCNJj55SDcUrBji01KWfBOp+U4ZrCvl5F6FCVvRttlieJxBBqHVaKFg6cbche4c tZzsWRedGpkg+gxvuAoKyAqhuRwDi2jt/AiLYrqxSDjWGt5l8mglQyQswLqJqRS2Gjxyyd+aK1sF RY3O4sAgHIWEq4blKtleZfz+dZd1EU/UwClnIMkWQflLOFbjZwYs1npp2DZXWZG9GHosUCMwnfkE gTAiCYXVsxyUQkimTM+dEned6j1Xz5TJ2viZO8TLjePdAFHtXwf7EldQbw40APysHYxjqgBhRo2P uMiL0Og0lA2mDOWKdwgm2fYDDIc+qgzpUdNqIZUVoYIOutGoSlem68yAxmvrIrWJX0g2e8mPpy6k GExIjFFRQwTMK7wm3E7rGbXrWQIFJ5wEe5aHUYbh3J9V56+xG+hXN+BKGSEl1pfiCFg+krqNgi2Y IyiTiNBphGSusUSN/ox1a8FL7IiismxEzJ4RlrnJfVhlYjQCU/zj0Kwm2AsfvGR7RiHPlZHlrSJY uss2Avn+kLMkn2+WHmbkmPjxHAaMFprTCJl2lokMzNXGa0JDjkHMpTliCqEtQo8bgZ6K+yGIEVqw tJd3KPGJERvBE2hZu7ZWbF1KudAg56IjM6PALupWUrwHvYbKJokoiJs20MkRGry1SsvZWlF6dc5k iHAlH3O2QR0xgIJsGqpjVQURF8jvNM4ZSEF8b8kjJ4y11I246nLLPVJv6wRBpDVg8ZWVcYKeNRpe UZhA4IVQ3hok46UaIMcefLcU7polH9STj/AsvqPdxI4YJpRyCZc9wnoDN/uRtjlQ2QpNA3ynB37A hNK7jngpM6yExZExIJxlyB6L7OSzGDJHMzbZqacsA7Ymz7nL5igjAGCuk1eFruJgynYsE2kMgwap O1/ZvUrLHo43EjK+2kskG2w6gQnqmX27RSSdFZuHwvUO4UFZocbo5qeprevz/NVwajb0lGQgOwPO 2oufuWT7dYEYICilSbvYkicUMpiBVaR+QkfIzipKkrPKfexdcdQwOVEhkuT9CikEK/aUo4kcnjuH 2AJQaUyS76Ep3ohoScq+XuBytSnvDjhV0nyqlShDJSIOXV8j1r39dxeFJSamsBIECe9Uz9PIAAN9 kBkn5aZzSEAVQ0HDdN1MlhdKEtbeN4T+Q2bt1pzQ77bPehu9bxSd0Viroq8IqNMJjgRW1ZcVJ3OT 4YJueVKmntt5aX4vQ1X9NNPGHE3sutUh1bUAp4hYI+AOfuCwe8DZIasLCXnilL6xePj2INyjSgwU Vbmj5yASdVRirTvXiFcDQqS+0ewDxwCanFY9OilRKPaUcnD7pbWIpqxUNiAkoe2UBU1AhnQzyiob +EBRkMaoc/zOWUixTOdR3q6ixDSkRyasq/LyJJMBLIX2s44+YliUVyOM5L9bMrgOY10ED/ngSYZC 08bRvE/rlGuzvRxtLgonsED4Pa2DCsgYkcViZgEr+PKjh3MUh7hGLbh5BgxWdGivpNjqeumuUqTk gIRbTLlJrYTBPQWrFwOUclTxBdcDOYsK2UWLC3giTfAEYGO2yH76zkVVHAtAXw6o/ffvy/dGiV9V Sq18d1YQ91DkX4G/yrKE2QLX1whqoLtfbQphyuyi3orbhhYBnxbnyGvp2xrc84R9t2CcqRjIHII+ IkPiLsiixWURkuO7Wa79BSRWiyATUiqBmbbcgWAI3YEPIfeGslo1kOMeU1xSNcg0W4l7gGVx58dq xnpZ2rv+5QsQSdy3/rWalUlRKyiu3Ef45GhNQQXESxyl91KhONLGihbU5dEaMZWkONMrMQByfISH mdgv+MYisu8sCjWlEIz/UdWU8ySK8hYagCczngxM0sVTk9c8F6XDHH7T05RKbhGZbTJmgiQKPJbb Nxs7l2VRGwfwoR/IDXOQ/c6djKbYFXpAay6mFR9SWqoEbZaV6cwOGDHqxnB982ugxB3IN7fQDwQW JoRL0xBg58FK6rzJuFswgshZup9URBSKUYEND4JC6DF+RS2NGL8xiIVSW24gyguxLL2IaNjMR/II skdD++x7DlLcbUUGFrqtjJr0JsiALpAL0AKdER02hh3ACAKSwJ5Uoxda/17gf8vnkHVcBC969zwu +IGqiG+oEKlTDUhvbVIdw70JpR/kp55IxaagKkeCGRIhm4KCkpSRO3zLqKR/pWl+mFazaTBjI35c u2tp8mOGeDKlkw8JhJi09M4duAWqWOYKQTQxw42kUAaVFdUxNDruoPGy2wSIoLa9mHSVS8BIahkA qBHeXaX+Blhw/753fzpsVEmQ+iKbuM07odhMNE1HE80se0uMCbFEThTBWIVLBrYwOJBnTbo6vcfI oTV3oaYZjzOWpBR5vaUX2pvwE0A7lkxDIoBYZePM44bplFo5odnQSDu5TYFnITitpavO2bXMZc3R QmkUSjV6F01cajHr7pb6M5r8VK5rmHHQUj4VNibCDRX9BW/NtPHaPDX5KQB6/B+6Cmc9ES2GPUNJ suE2hbKN7kbpe8PNS+juRPfwAZc9k9Yi2rjkuRKN+9c9v6W5PFZtrbNkQjskds+5u/qPSTDyPVzE QNTjqfd+t+8QCBgCSCHdlJ4DeEDANEYzbCcpE0COQcSkcZSss2UCDjgGB4lfQs5r0J2foOM0pXWq hCQZdWoiQU2ZiP4gJpskT5n84IeI01cnOaQWybCMqYrBdFGuRR0tW1zAC+EANjh7VBkfJuirQUos CwrCXFYB1QRKtksp3KjQ3+Vw3UCQyO6ecH+8ODCH8FBXAwO0eeoPw+NypWoNUSjWHkqbSBFJUKti wmtaCwPliknF3Pw10Or2KMECAYxhiUU+K7aBggTKiRq+/7r5ASWKApiBkEbM1zHNjwFIWULcRooe rb+WzpBEYUKc8q3DBQWRQM84rQiRSCz0c/BlF0QRphpWxH5VQ0CItYR2QLemdovbpBDV1O/RueAi ifAxRVgZqosUwbF2VhbmXuXS1Ludv7DuAnnEZ6UOCUnc9Q3AZeV0GVPox7e97zhdFl9GU92j6sHL FTWHKVhKGrghm6dvQWYd1BRJyYJ6MqnQraftyJgwI6X0r4UcsTamrihPy2DT8H3JLYPxQt9qjohO OlIEgnOl1AX1faU1ESrsyAy8ZIubGn1MokIKdQCu2MsA+spCVmbGWDulAFoHNcy3i9b1cInMY2rp B4Kx9648k19w7Y9MIKMQBFITUtFXw0xkZSW8FCZC400HKnVBYySTBooKtfQ9OyGDMZjLapGY9M0l sv9ZggERFQC2qqQsasicKq2Xn+bNbRLxM74gG8dZxraibZkbcU8vQTCJVtLJBwIdg5lFairFizuU o1cMJfxQ/p2TpxFO4372jJ0GeHsFAQ5rGW8khicAKTYkCo2HAgFyym3+KIcWwYL25njnFoSpMcpt eiJINoP9diJSDe/WcakXbSQDMgZ0XgCpNIWY5BZV7bq61IWISqqliPTNTAzNvLGOb35QPsOvzcuM JBJSS02GA9CG/RJpEbCGLKYY26gJocc8ttJf/knIBX4gabYeEEqN6JFlEV54W8D3JzGq6FYM5lk+ pTY/IYsBtMt6jd2qTUNNAVFWHbWs1KS9NgiCiasqiQzXFN4oPPZMqIyE8ZhdEWwyNwC7reZWzRA8 cYsgADvdy6xM1xrJi1aYw1buPyN0OfFpj2dLjJIfwmJVch4I/bBSD6ubDmG0FHlwiGxTATEw1zKV CG65h3iCEfi6l6rFbLrGIGQ+UZ1UuXjm6Rp4hEU+JRkyJNTkyixx1OvdfsjOV7MmxQggw+KBFIVS 0FBWEJK1FBawkW/SkgzOfqKEw7QkwBpt4NEHuVdTVYEvRSTrp5oerHrxr9yBRPKRzgIRIF/Qt7Qf xIPRzLtF4jWbDAMCrRknoXAYeKebUEWmCC4dY8vaMeaQP6BZ4dThHJY5DWYsPs14bMayukbwT9tM ETn1RXFrSWcdKQsDzRwjLfc0aH1mj5V9+2YZl7sdXRRLbXHNCMwQinY0MV1vqQcKAiJFVEtKXz3T V2IFn4b9fbaDwiZIpPupySg7wZmUm6Vxt7Jd3mdrFf3hWJgDsQJMMd3kSERIrZJmGkuewXYBshMs sYG62TyDEsjQjdiuwAEzHXqKud7kkomJ7AXcGp8Q1uCo/bIU1h65raObvteNQ0r7Rmar7jZfFnfI LqjeUnrf4NMuMOPPrgkwq9CRbANmm8+hrZmxw33QF3yxLnsBzAKuxHjRtnGLxeyEY4r13cLfMoS6 Dc+8Kyz8fP+LVCthVsdpvSAMET0wooacmuSEZqMjPggK6BiCD9IJlkMuk+UpXSLxtuRdg6/lACzR 0GTljkiIklGF64nKYbBm1cxUXMBcRDFroR8yRhwtGBLHQSSfSi5SyC6V7XTHpQutjBfZ20HLf4Ao FEgoAMNcpMLFr8jjDzLQElTw2CpkAQKwSmIlzKWonvCEkoJSD0wucOf5YUO2nEVjt7w3XE0geM/S CZhtxxsF+lM1bRJJYlQWHaiTwoNvHlukaGmcg5wFmrFpl0iGWUVGHWhg63TxN2vQfcZavb14KGH2 LMdGqCq1Wu7d6om2+NHmIS9mOvTDGPMwDsJ8Rkb7vwo8gQNQtEnJKyIx5XQMOWx0EkHf9VD2HsLo 7LV/KTXhpFmygoEYM7ppyKNjbNqkD6KOqcxJeKKQQnO5fZusxqhAKecnViO5Km2HThoLjvlaO4AE kRoynTrKfJI2AZWaMg/01h+esIo6p6msUH9eEIRGdlX/oN7flODDtIKHHMSfX8+f74mvVnEBPl3j vUqIlc3F2skzw6xoMjC60KKI0XIVl3vDfLqBrkeXG9Y4teSsaSrL87lY5GrXyYQtsW4FjbIj01kY xifydjdZBtKirHNdSDWu7ZE8wdsWGpshyZA6ARuOPSZIbBKLEkdNXK3W2yapkst5xr6FablHPmAp 6osg8WV3qEr2IXW3uFlaGq2HFiaKJOhKi9MtUS1ge5h8i9gPD6hv1b+DiIq5dHqecuZidNJ/j3Rj CKvN+rzntpFGdKDIW4ypHe/Bb83FHnKFOPQTqa1Wvc4M/ezGQRo0YPNafmKT5F02eYPx+dw8f/Lw NJ9q13pcCtdUnnRXHcAC2ZP5PVuxL4XRsXUqgrVg4ZP+jCG1uRjZhdTeWeF3E6JeOWOfSgb2ULyK CeboOW/c06rcEr3nmCZL6utjpq0HndmEyYGYEC82vKlTL2bzh77Socb0n6kju6c15Lcd6Q92LPbY IZq6cckIkaKpTzEOHI21IGwIAimoGb6A1CjZjf/zt372midwR+W16FgCwMcLH0ivcdEIlGWAuaJ/ zaga8+X72Q7GlWGUG5NNaRXA4K2ic13urFKuDEdEscUxvY0hCsgfigwKaJ2REiUL3WJPba1fRKc9 +UR6WV7qi+oCglDATrTBdfenYCclQJgwVyhs5ef74oEWxEB7q5oKXuYuJQu4y01hYpltkQ6VBWar upKOgl1kNTo5hIqCuxBuUrZYBCJJHxKF18Ld1JEeCLvP0e1EWUloGSCAj09R0XjpIhfAoyGLsoSF 1NaVgQBF0yGtCUbELrzHiH4mLUmTB6YUU2e0+zlKe21dVBgWCau5MHgQ0lzZgAAddhoLs5lIReiG CcF9Hg9owVmP9JxrFD18YKj4Em5c6MYxluYTFgPcicFvtbVHaJ/7srZWi7ahhWwOy0JIHAdmL0az Sbda6NvoO3ptztmUXGIPbOF+MevzzJsYHI/BRtJpMwrb3vKV4EKjClMoaEuuTnppmNCaMR291wII oUrMZs3Mot+ajTfWknCMvZSPqeCs/G2iKyPycTTraRZL6xKe7JgMJCbZHqLyC5AQ/nJ0nw7Hcsdq lgAtGYDo8AtjJEFWCdnFjp7GIbvxsyJpEGctU1zIacOJMKY9ju6mTEDiSgPimYbwmilPCQaZtBva Hx8uPXYxMUYFGIRVVMOoOnWJPMqhXPlqQqN3xtPax3eosb/shfQkHqMngSNA0uJCHkvWJjVafpwm XOnf5BQk+9v9p4vnKUkxkF3kn/dntXQhm3TlvLwtm3SlTCaZF/FTFGn7ACk5U+paCmBsvytwNSm1 5VYUt50e42glAeHHaBP0eywG5ERvRI3IyPSf9dfXiqN6l4Ba3sJGWmktq81IEkhZWVDg80ji1FUf Q4kShR4g79P2RIh4DhdS0wQ1XYOLjJBptSlQMKMz53qTT/rJrAR6uhFSyuOKe4ku6wo8NPKuE1PM g8xbhhYvmUdK6+FLviGnNwJOu7qLbsJLehX1BPTyj+x3s3pXyEEF7pDZXqqvBKKjXEwbzjYLprTM DUqkfXyCF39TC4NhQoIjemKNs5EtR2DLXITlx5dEx5Wezo0NjCV/ySGDKmxhZ07yXphjkZUK49jf I4ttGy9EGqSnHiDSrErTnKI2Pb62SNutAjlLWQEOtewXaXoarnb+eNsF87uUfHLYMoee21x4Rm91 tpyl9AOpZJozJhkMXRkx7/0g53xTkoxm/6biJXtV+9m6TDtTj0fPQ/jpcdDeqY83iWlSsu7ln3FR 0Dc83eG7AwNRGu/LJPN17oD5P5cSt8DVf53w7Ex9I3YbCAEgJk1lFIkk5OGe2UZpFYoMQ+gY3hx2 A8jJlkBAWhhhtwx6X+MTYW0WoKsifelNaCbp5CWEny9kPtVbYq3U2AzusG7GWQAdSjiz7KA7H44A Y+ToRC0fQ3xHODQxk0/R6peHSAB8VPXEYj6W/ZQAaixBRZUtl7K/hCxpv/eIBqc77CpoUoroRxlU T1DvwEE/CdwVDqgbfgzZcyqy/vzBhFghG5S6qkeLpKJAlOnPkc2uKfoLZ6w2R9aJxBiKP/YHuRJE BJk5Qg85URwwdGgDSUMwL8q4ikctKrWrvhpstVOzeoPFHT8pzg7o8pPSAdOWBmf/PCAopy4jFjRp 2NZSuJDqZY9RqUoWCtftLXmCRq0n3gMcn7Hqog9Wcl9gt+PHZV9d48glDxEDFOtIwQnAZynbZtVs ySBi9eRU7YARpK2+8QQLmUQy7sgUkhWaUNb+jimKJyYGtcRVyYlMSKxkRc/atIqD+PfP9u7Jg4wz GPwwysKSwnJZMjR2vc0j1I53k5CZHgnECGwsdlitRbq/cWq4zR53KMRgGZk+BTQ4YyCYFXHpnaYL NyJSK+TCTHz5rWMx3QTjVnw9Qg/buXC7S0ZOSlzms2SbgTjehpaNbiB/l5I0mVxXjqUpO/FRliPw G6GpdE6Cgi8qZzXGIIrsD+oQbGFJF4aFGZ5SSuMAedZlNP2rUnKWcDjCkRWo45kOMMR3Wt4VhtpF xVjIh1buF5C3qOF70AHvYmY8ixqlY1kGlIcpsile1ugYDynDvWQYD/mAKpBnNAn0iCnW5Dimkbfr hbw2DBMwRTcur1zVl+CogvUjr4sMbXkFu/KCSCeuSMZdk5WtoRIv1jfjBiNWKP6mdTx0kS2YPJmX WWU/qGhPNWbJJEtFRUIGJm1AN3lFaLT45z2swH3wnXCCReY0mXywPSJgokbIwpHiVQ6SN2UOhBgF VMnwkTT5GzSBT6qUaeGCTrNm9pKVow84kpSy6RWUSFWRUKWO91SNYirIeuMHu6AJq7EIsFaBQKAm T8yAure97a0cjUuK7cZe8mhs86kmmSo/JpE2oNr8AJK0UYdh5a0ncCaOZjcwE4FFcCYHwr9RkoOF AOOsTJa/pW3Qma6DSMqoIQMmmQqQPsjh6KscdWdEpMLK++RAmBI7NzGRIafQRDEWhvBrS87O9VQK D12qU1uLJSdDmugMu/0FriVP7I/FYH5j5MSk4hq/5EAs2wtFStY8XngpWyULJgRWzIQt3XqXBDli sWB3+ypRoqKnwq5eJ6l0T5ChEUGUlWQnMdu7jxZYeMJONxipoUdMtyLZP8BX2CTt1vn5+1LE7rlz TWdRbMO64nEF3fHRVgs5ONalrutuo1DPatoIvufdAN3xJOVVSLd8jgUkYl1LT/lu8Vs8cMyrKbY/ 5OWW2bj446wX3bQG92la8FC37qhqG+jhqeZumGpNbS7yTClWWs/HyxREoouNDz9D1sFVNpy0TI8X MvBGuMRKoqgCjbKiQ4qrqG7dH+NddTGNIabVXMJpKxNfrAbIFFD6d3Z6m2BLe80zT+UGD0plEWrM lntYJmsMmbmItO1Y3S0PpeKEZIrOBrB9H5IYG/aNE70TU8OgGRu04gXx5nO0opRDyQssYPRjNmJm sBAwMF5fuOEVOAqSTMHxjE10fAGsdE07ddRUq2+LpuJe9YzsuWqGtQHVok2nbiHjXIW55krqWPO6 mMr/2HRyyYeR3JpLzFg8QF1VZQxBb5fiwjX+3bzZfphH3lYoUc8d0Fio6r9P0dJyIFVUqzF3Cx/H /8ihLbYEY9JgX1MvwmqQwnZij+SQaE7vRKZQPByTxaX9H4lfGAiHw16I4b5FY0R7GtClNMwoPTQd bck5DkGLUIfjGKvU2dG4QjeReZdRVW9/26qTz4Gx/60eZSDGt/QmjA6D4d6HKyYRlEnJskcUdo2v ieCkTnd+FXVCT9b4yQEJ0NJJ3BshwSMaKFjhRWgGjCszCiABbsn/1gVCA0szWvi9+Ju8BI7Gxn7Z cSvfvjdC8bBYpqrgA8qulSuJcfUKHBALIplESq5Y3Sf0RQwjom1XtqF/9Bcp4oerFkxRX17ENFIc jlHdk0YJsVgsYiE1o8IvcRKgkUzGVsmQrBpOwRwuEH1ZLm0LbewfhWUJZG3crMRrikllOK+OIa31 ns15rW/uwKiGzyihq8KeKWKjJfVmLPMp0TEG4UQQahFJKGnUIH/dLtqakmh8QonmTXZQDsS3emoT PCunypUNl+HYeiaS6LVXOrqMoDfaEi4/zNlFH1/VkMMm0uJkyIupfNvI1V0z9mnSvFqZpbQs60W2 djU05GSVPNmg9Ytn122p2wUyLIFhMFYAFU1ay5GnteQSYKJrWUOy1JSZMWnGRU56bgJzaXBSV6uh 0xwRVJmgiAUx9Edc/hOXaao0BC0E6wOPncQVuXFQwUA5EZtxCOdJhB7kECEtdvlAsZjtpFroxQZa yEgWs8ugbPTyZy5Jfygxp9/EAOrRlZmQOsGWX3tUMamltXLOjNU7bYzWtbAiXCS93JlxEDohE4XL zCMfbmN0gVqvCkCpD2MIQB8vI9LzDDrqmtdnFT7JezQPhJvYOOGRKaoqg+CSj5IDfubzdvciFX7V 6px2e1+wE1EgxhrOwvaYR3xGkm2gdOsQiEpdWlUvYpgVUcYfDWHLboXfUGRy0xFdcuJeINc/ip7B DBxKlyOnfOdWEJN8a7D9IPiD69yyNBxEbInbisDhQJtkwJRbfXpOdD7HDFAlY49sxiGZMhFSt9Th dppnqfRmuCSAyOIIi/Ca+dxK5CbFyERJMJPx4ZRK9KfuBE4vAKSbgrKafNe6ye3hBrbdnKppH7vZ TA794LJtXGauRMrmk062hB4Xsx1vWZKriCgIpcJ8Jb9JzFLbjjFnjUeQKkiadBSzxVEgk2zTh2BT JtBWTvlcLDVIg4rrWwyZkZRIlClthdhsPk0NZMkwWBf2o8X0QudxqGA3WkkA7XmtcXe42ge9qVBT 9AyDYqLZtPcz1RAvGaFLszwyWagAGbOG6vCpsrOpxcXWecDdFcRbwq7epqcij394LD5pSZuNTyyp BPFwKGzxlql0gDlsypLJAijJgmefcLUlW5K20pp90KrcQPhg05U7Ez3ToBovt6/hLQ1y3hQTk/hJ gTNgTNJ+tl480i4hc+S458EBfNCqaoJfycQxJEObqcKKy2SQ7xSErfRQfK1nckuYd4iaNAY+pmVd R8sdUyQFiBZMghOnqIYDVC9YMVeXclJUo7icc9RVWkxRWb7XVnnDRGZDCAGwyG5CI/jcR5kQVDQI yWZBdjbTlZpVtc1KP1U2s8hWjLVT8CpPQ3Uq0K2OaCiMYRPjrl8IgMD5NTPYEpcGQ56UbrS2Nf2u 0NGtYW2Krp5clQAqaMX05Fpoo9OQoRJtOs34OY5PQE2s4I0/9hG/9TDzhFzs9avKwDwm1ZRX6JHD ZtNTMHeDCGjmHZ4fKR/2l9dw86ms4BCKMoE0mHUFAu38pkSCMkneYf7R4iO+1kfZSOFezfLNP+Fd pCsKIgqcWviFyUqPKsYpzbf4kR1niBd6ouJFrqTKxJqowEEXGioy60TY7I6XCd5qxX3PmFeGr3SZ GfoA1CRKvbpaPZOFEwR5pFYa5adZ8unCT5G9mBMBEZOI6A4kSn+ys9iLGNf5L3J03aT8DH9Xd8Ep bH38YL66BoquNJiBlD6t6mx2aOgCY9MIZWnc+86im1Ue2mZD5dZAxFa7V22PDV6WJNryzwIrx6Kx RvsUf8gAHTISV8t7M3Rcygr8iuskFt+6mxIpOevwJ70xQqZb/jNGjeyPi9WfQy589C3esUDIECt1 Jm0S5jikT8oGqtumB/Q8SoHad+oZxIwoxHmVrt5qh0Ic5xX0yEfiQm8SYChelF3TeTsLbUAgGO8Z zLpqEcs8GknieKuSsjW+bJyJmRPlydjzp2ULAzC1tyhBPaJhHQs3Fwv2Pk9k2zcPF9Nk7k/rHKDq DbdsJO/AI1TRwuCBS7loIMlo5x1GzEtdN7hr+REHHM6Sw1YExkT/Pgow454sWlUR+1Uite/jYxmu ENOUEIYlCfHLFgnyggnHUfqOSLF4dloiq/BSXEBuouDpHYc7GJ88SraiJzL7051EqS6T4hJCSO+a q2RDMgLuZ3VaCYstpasOa1XC2Q9oLBIoHXdin3E6lizxS0Stevh3uhto5Il5Mc8yYc8BToDUQrhg cxGTbdDGZGl0zb5+aXbLmzaGjC9jzIQ5T5uGmThJIGVDfV+JLg8i6tka+6LM9lKWxpuFFeKufZqL hmyMzDTJVi8MMMd1q2bfI2pM7xm5P18fDv8kXYidaXLzoo9LbcTor21haOYk68rjZn8IBadcLzGa 7o9dwvhjkCgXGjJd3QJ5lKNj+KI7DUXe9cMXNmoKL7s7poBy8VPXkAjeZSOYiUiz7Lspgw6nYqKW rEwNkK5OD7VP1jYZ8kww1ZSRzP0hIRfHBut8+4UO8Yu8QKzQGL72zSH7PhEiwhLBEqZA8zHB47E8 QJX+bNH9vQTUpOr9Gcq8RKlV0vVRYknKU+WYoTJE8f91yZIzZvLqNtgUbdJxEGHcb5fc5TOJ4cqh MBRe8ljMJrxWKDAtQYk55oPXiB7iLYSh7dYRwY1tpFDCqtFY/oduBg1wKoRA5rBGssE7dhYsVOAE ooboSaXLhOlYQCbbtq9a3vkM5lSCrGXLI1hSybLdh0o9Ql67+U7uVG+sE0d2q2mLgY5z53bW7tXo rIl4fWtkSyRX3DJZjm8SnCoeOj8sCeigLOfqkUqVDbmz5q20V4E0PHzAVMtJvZQBFLpWYGCeFfda Dn69jIhnZFlx59nqkyVaPlVWLXOrCruam7prS3bQ14mGqscqmYqG3laHNYPR3cRa8c2J277BsSWu W5RwqpqL6oqQiqvIbrGKQRVKDFjG+JN0mqmSnfIjWisUu+IqiXXvqg8TAvp9pGFJzZhvVyuwrnsS TkzJlyh0b6XkrQFVNctEMGF8DJjdyq7xkVEBswZqyr7f/EEXVWIpIW4w6JwwCAWQaiOYUa2v+jyK WtEy0KqkZulZItEqwaU1nH1WXl6xGE227XBCbj0QTC/8VgypKlhx10dJoMQeNzRIWXq3lE5o1Wg9 ZFLdmOnhMrMxa3WIjr96ga9Y7kYbfSiJJLOlnnc1O1zJVK2beDLyfqquOzGSWCKMtVdadr3DWuxE f3wIhQhqFXkatdbMeDL1rAFB7T2IYvlVkSgdkkqzc5XeeL21JB1xEuorlmaXBiYNtleluko0cWbk fjCvzsy3HEyvpiVXrbyqrFdhdsFxACeOFM7XHQy5STJ9BR8mUa/I60ukLV9lUYo3tc8YTB56wI34 iM0lFDHWuRSwwPBgb/LM0jXm9uk3k/KcMRZQsHKhqLA6PFSNwEQRd5l5xV59KYYNN2/3XBpNv7oE UyCa1ki5+QZThk0kpAGDQhLMZOSrm2m0DMOv8hhQTM5ip9lwh1VDh3J+Ew5sm2oK2xoTsYEkGZpl bOhMvyzIaNOk6TIb8J4gWsGloDIKFxNmWFd35kc05AN80xfyyy9sTgmQgMniyKQsU2Rn7ZRoOoMn +iq/ydMP4khO5e3++cMiJozUR9ihSTsovKwqaQTw7iUzHSzMREM2gktfwYX3xBXt8x49SYg6lebs E1ELKfe2gat1AMpuOyIAAnK4BVxw1ZbGJBLNqUpplBnJuI2JkQykL6Gr1kOQCCfKciTtXRNxTJdg K/4E7lPWkUAC0Mf02RjKIoLuyMgbjGA5eWXVrZPdCUJHGbNoSWGZbmfwym0tGwvyscNTgoUS350W AFapyhug1hG+qg3cP8uEBtFFenBvdUmlOeMP2OGzadMXHfd9tpXvzAHpTWwbbREHigH/HsvAsDX9 D8HaLisOeOQh8v6j2AeOe/5CYeL+8vgF8aaIKMA9no994iuCQXaDPJxgszGGWLQFxU3kHxl5dkHc Eov9uMA0iwgaqiiGwiTHJhVaEaqHEPn98ghCJBJTsYTC7eDp1L5ckGsCDN2//007ok9q1Us0pgIT sj1dQ2IgzfdDn0SmqkYIx1g5pv0aQqKYMAeBoVwuUroAc9aN0WTGfRrGki2LN5RWrvS0QxcqNh67 7eFMWYAaXeV7yamRDegtuzK5va28GoL6ybvtrNKO1x36bXq9uYn228dmAXsL4zJ7NkGpMxmGAMCR e7dh3WgWJ4m3UqF5NSzWNLKPmXJwinSzsG7t6QSrwWPjElVqUMcYDfTGEl2krOQlSgRBeW5uBQLG wvsINMJdnuiNTMAlM2eFwwaHY7aT0nIeEI8+DENMDKn8DhZNTETma40GVa29QgdsBV3aISDJNGJp fymjmKKCG3Qa45LL7+hG2BUa6NFo+DQCbNpvkO7jzt6TDf6LKS2sUm7zQDxT4hfNTdH0gQzAX6Fq gI4Q9QpIdRObnMn3r8Ks8SwxCkbk2loDxmCCBiLFtIQk7oRcEdXPCcjeWZaYEuqJDaJZFG6EEIkh U01qJa8UTE7+QcWCckMdS4MK5iVil+G7tXlAnEEn9iCqlOmRdbON/iwNKoZmPwkuoDAkhW2LranV MPXieu7TYBe15IBLhKQPg75so1xAgG4ffbaHtubhj+3SGwfmEke6Symt62LVkwXMCAp9hWL20I4q Xgln6xErLIUvzkMijiEigMwJovWUKoElBvuJBvRQQOWVJGWeHjjbWirbwZmr3hccSzQYqtl38kwX xgDtwwrkgYNKQogiNQsbxsAitaIaE/qZiTIAj6/MtBq1GkF/PRK5RdMWaJizMvRh61sjtDp15KxV mAOKVl+nuNF60OctD3sMBN21wvKqApqBW5Q1IP6hWeWX7lsxYKuReNii3pK/CFehpicaGadVFbKR q7LBsi3srPcs1a3pnN1qXLXBmaWdOB+NakZL2kjKCD6vloutl62eTRjvGezmIlXHw+K5aoCPeJZr DJ47uIi0bDpl+9FaO6VRUD8pM6fDKDbU03alwgtQEOFwlEyxZ9LgqYF6j6aJfF7JQ6tpZFc+Ljlh jNSc+qelGTJ1x1zWkgtkQKg2PDNjMGGky4NlORvuEzIyWxEkflOa1rA0cujwsApL2Va8BOM/D90d M70nD+mVDmTgMeOhnwGMjwYyQVplk0kF2Z0c62cw09WY7F4oZMUrYwToRkRegMLISo5BTT3igVKS fe/MTswwqiNzXp/tD2wwooaixcoRqHUCISWa8vbLGg2j+pTGmZyFPW3ilEDw0iRKKxm861oaSuEL IZk2W6J2iT1y1d7ZcBSbnPWiM7LQzGcCXAKocqu0bs2vzAK7K9SPs9sHm5GB64+ODCxZdvN4tmuu vmMsJg1FGhhJKkAvm/XTn4q0QF2bA6EAjYehs0d/GpcHiOraV7Ljbq4FkxhNGsWA6O9D0+U/MYuV jL5aT4c9PAzFSCo+t+4A88kOO6v/GGgtuZRAoLdTdM0YSigJvavLmuNBXcsfdLMnxm2Wg1G7FOLp 2vPwsyufNk3kXzHI0VI/TTR7JanwQht2wzYDVO99RCKVdNIaGCPRzpx0bJhhrZyjwJUVuQIQUHuq +TzXUJWPYMaVDFadqbTu+Hn3zs2uUlEDEwqNed2w07ih+zDAoSAijcv0GKYatNFxFV8VW+ewIWcc dOwQkTqy0t1LL0/2WgxZxT5qCWI+XhJlND7mc4zkHO6zobLM5jCqofkasXHDaLGnC+Kln8m0hK/M 2YWg1/Inw5DLIRmp6Of6sKV7G02SLiiaicg5JSEtP4W3Rr8GztgN2vSLZS0ZWDXTWVGLkXkNXwFT Aa6tH4bWvNJvIxsYGvR1fjlvVJRzSoAkZhzGDCknaE3uSdoljWcUMMhQ7anxUNbAXAlH4wwwqZX6 tYJrPzLBGWsJAE57FrflDSDCmjZpKgl3J2m4jfKejJcq/Qk3EFcw0pJVJjSDLOmNi2ALTSSZA2VC 6Wnuq7vZ5RU6YIK1HlQpXMgVxLivS9tsHZ4H15khcqnYlILLEUFlw2SCPs34WF6OoioPRlRXLpyP 42QeKEkeGq+giSqsbyxeFkxFZXJjAz7HJR48wLBCK4F4z32BqpcVWr3++gdeQQm7h0Jtt0tyGR+I lpWP3WnpCvtuAMQ3QDuN+tQif/m6Xvr8cvnyz/aZ4u+lD7uD0lOVFMS5dqO0+dK9H93K+385IUFo r0PbdhvYkIaStsLMC7Nseo4LQ+gekE/GBN8NrsCl2xGWolTIZZ/83L20fe6tgWQnZpWUVTomFML8 0CBc8Uni8rmR+4Vcgc9bYjuoWfm+SUYSYBs4qXgXgvvstrt7vq63D7V9RlTcJIFEWHXaVkBwh4m2 GyKDCK5+XQQIZJe0YCkML14AwL5lk06BNF1zkEYNe7Kdthc1Y8scOdvOsNuXSN2EWOyagObaRQqq Ih6EEkal9hW78cPJkzYb8h+dOLoW0ShXfmZzVZ5k6mzH334YmfynxLigFBZhaJ8UPzDbJrUOCQZn +KaFBgnC11IDtXNDZwRIof2ogpx5vPSY+02VqRTfXMx8Rskh+LwElfV7l9Ya1qLCjLu2EnwJG1Hy Db4PFESbgNwcSSp0yL+8znNATS5PjtkEAB+jES/HaffYEbRJW4ApQRIqM4L4jWtCu+iBF/lhXFMn aecFBggcjEuUeXzUXphKnj11F4t15UR5mDGvXMkrZkA6DTETPmrUSePvnwuBs7bwvaSIjLQ0U+IF MF58/kjCe3TqBY+GSxA+RkBO1/mQjMpt4212N0/iM8qGaSunnUrXGRdpy/R4IqHpkqkBujzOzU2u ko9w2Sympw4k3n6gK+pMIQHWIOHHfnWpa6kPaydaBhZU9+0ea1yjNGpqEos96iNiNMifIrkgIgJo QmYMnrJG+3b6coeipm7BN6S0YUNeCZsq2Egztj7lhP60FDLmvrkMQ01h4BD1nOYvUFo7Wxa6WWZ7 b6OzXd24LHqOVEcklA4SleUw5thLAiMuNCLy/ScdBmWgIcb4dG5SOrGyHCKjv4VkYZupptLk31ut Q/sE068JqUVKn3N5fShsIur4pY85XOvlNskIMBhbrwi+Z5pJIaW357eOjCTZo515gB2ykolkOIXY 3C636RJJHh3EcBJTc9amdT4jcvaD1ixmiBERhqQIEdxqOQ8rQG9hICgWrk1g0V3VJqa2jm9Nry35 0oNfmlg0Oceaky+OZ+/LK+Ci0Rl20TpGCanHPhS/6h8mhAIZd4bUUwXTO3hLPRRYLGYbRMQmsWnK EpgyeI5rds2k42Ugp8xFF/IHZggwU810pCKXSaSiENj6i7jIYdxpI4XBLL6Mw+L39iipynPCa+st FEtC1ahLCVtA5KdeWTnig05Ki7g5LrQm0AZ21xKAU2GgZixYwpXgrTNV+4Ma1kSAMhapi4/ItXRt hhSDrAVckgVRp3VuNNZZ2/iqXDdQ8Bn7xwJnNQ7Hp0e8R4inbxJY98YVktCKotIVTEw6iHZAK74p RMsNjbkuMB1PhokkZkSYJV5t4sOJxkA6+ok7gWSwsZyDZGBclppKvCuSuU7PsxzaX/CaZMzGUuQ/ ca2Ni8bCoPUdCxI6yyNSaAdxVglk1gTrh9qTWXeUjmlScehE4Hl+u2EdgtARccVfg8g6ibRCqRq+ 7+Hpj9Kir71YNdjwq/areYZK23CqOKDPFtEleivrkW4nibMBTlaV0iFQokBDvsYwtzN5vK8sMUvh UNzCdsCySpMihjVSahsigl0iTMs4wofBUhmZsLGoD5+9Qs+A1Od6SBS5YiDlt4RC4MarfhHDDiBb MhcRQDIyIBVJmtNMdQz52NyCDdPtK6Jxyag9iaJiGpP/s4LvmqJtN1+TZnSyRr2pgslRVnpl5Fmb qdJnKX0HEu0p8PhMgEEFgFTNrRMFJmZwnWzJvcOruhuj9SOJeSW+cEMKXMlW8PEyiWRg4vtsVtTz agWWjKX9DdLS0nQU2FojRw05IY3iMLO19RQEa4j3qj4AxGApPm3kJY2lPaba34nZFGHAbvkt3wnp uYB+okZq4zJj6nb7VWVdZPA5rXQV3RKzzDxFlDsZOSd1BsQlIF+wdbCwj4hUXq9BPlXOIVH0sVxc zp+fWjXIOsp1t5S4ffW9wGTHYTtBRzqGmrNnGS2CHbgJgqZ9gnaGx0CnKoKNcBgLxvt/KKD9LAu3 qDuJTQbsRHFXU1O/KsZyOaAQWv72lTrbbhMrPHrFllTRLaUVfYiMfEsGsv1cKbNxGXUXQxEHn56d hASQk6YCdYU7RhG8qA97nU7paZhD41ju8epUNpgzPIaMVkMzbZLB4IxrVGfybQtKSzpq3q1hiMJI /FRxttln9SjfYBRozSz8FBfd8eHTP8/99trXNeprJgxlXnlxL1W3FaJVstvygDWGao8scAQqPvBA b3Dh8IfdDftu7TgxY3s93RrW+Y3OhSDMEJ330Ald9rp03WO6BXrbaO2d2amxadlDx3lx+/7EDgN9 7yXbbpvMLpUTFw/7YubZ1pu7MJoRhb7zK2yJNjkCdAKe7WmZp92zRgsX5DHdldO4xrL51lYjDaAQ WuV1duGIxyPvdsSlADEl4xF4E78jC/QfcYgiEo3b+ek7ctvs80rfHiFzbhv56+uuzOCfcwj1i7z2 L/0lZWTQAtBIKVFZSGwzvLhM9ok8ZZqr6N2GHpLbEyS33tiGJMjfV43sjS009CD4tNZ4/vYIOVuM rlDEH4+Fd6fdq7vtwnBiIrH00RSY8Or52nPhiN0sKEN3hGiRdUWmJGR7rLYtXMSYljkuo5gdaURC UUNrTeisPvHmX+1rtIlZ1xTldTuzegzPU4HI0vEhrziTsZGYUdvUpWKUlNmCWZmbGdEGmgttxGXA 0NTgGSoIIaCsBTHZqt6kyAw91R4v/DoddC6o7ZjuvhwSCHbdQB3lerUba7uWyeAIX230MlPPQswm 2ZnZuWGUpFZ2ZRQ3Q/YQvIVjDsoyxUiyy8xSDdpyNQ3JoRGAB0ILqu0hmok2bSJlOCRzt1hAPEMl EZjHKkMVHdt+KlwHOoIhIhrJR2QuhSZq1MA7QrEJbU2ame0kjL4hLYX5jMMSowARbVYv+JgcJZm6 ZKJFLKBn7D6pKgaaViOEkPiTTZkEmcDZjKVaxaByr3Al0NaxZEQvjCz52i8xSRdIibuCsCysm+hL z0QRg/WyENGIPq8yoKRQVIHz0LIEDNIWbYvpnY2QZ1qBmr6VbAtUC9JS6xIJjQ1bTutixf/GN1aH ope/VTxSRmnpucsF8mryo812J2YMgAzXKgvHX/mk9rIAcdRaI5BHQFGMXbcfWq2SmgzCvAklaOm3 5Jsok3DrCOGeKv2Xm7haZc8sgqkOKBBGiaK0EYmjr48UVFtx5x0W2+SACJUqC7JkUPdfK0axDjHF axQSETG0yiP4/pCAXCFGkMrMElH+Vk0VbLdqYQPwLUDtBAsaaZvqOKip/dXTrxj3b4lr48v3cML5 NWVayrP43b55n2qWwJjWRkzIGqOvkNdjBpFW0jIdWQYrt3I3I5V79TYj6y4rQCoYJf7CQEdcAAz7 ZPMQrjuxeBqZi1JW1XvhtEYxm4forjkUCTeKfCjoibgBOxpzwsJc6UGXCMXLLDNI9anXsNmzeXWN IJ5rGYuL/0G5z2VseM/ym4ibI0kw0MEZrXr510YeizAjr9YuaOXIlJJsE0205dyVO3yIsFgiqzIT aeqW2J03iOyRDktaFiCFMdN+F4OQRuAjlFUSxIRMDEvRp0k1KM9dYd/chzLYHQOzc6RI9S2R88tl t261j88RpDlGU7LljFyHg3IfCSATVJ1YPeUqC0L8XMplSY5p8qCTImbHb2cNEHDLH5HCzLvxISLi 30TK0L3JWKcIQyr4MXypWAQrvvLjnpgX3Z//tC5VY6v0J9s0oFk5o+lyWOgg0eJo5sBj8lCxND33 yqMR5VpbOdJXV+MF3bmYJsRQIXpVMu+VwCriVctcuS4f8hqnCr9bfTJ44yY9k+Ih5fgc4dVvbHCE S575c+aOx7m85JpbVKeKt2xI6wCkGjk7ix7/qM+nfLyOK/XBp/FQIZ0MyiXR4b/HCgURTV3/XsAU okRHKWhVi+yqoVIHfSS87DBzIRMVEWZphWsJY3C+thl9Sm7uoWjM/hCrYK0Xs2cthqARhhCkIBe+ DdOy+gkKBsYelFqvTH5rZFwHpib3F8CKQVi2HReiB7woNKQmhGu6tiDDYQJwUK86HnLZYCkCt+sE mGDSatS0nA1rkGieaKB2mrY32WcBGo43OGjO4VzDS7+4tdFCXQRTXJ7qusOQAfWpBzIw8yOvZsRA sCAndbAFQZGIQv1Vc7akKaCGfEQhEQ04yyW00huQVD8MModHTQkwSqeWbnlJxtm4QRxzk4B11gPw MaESLYGmKLztQiLUqq8/wzkKHEYt120is2RXuCEgUkIkEWOARIqhef3E3r1mmlEQlgoH/nrtX4Av hWgvUrY2oIDVWQJ2ytHBfOdTknZZT/BuIDMmmvY9FyZ/dY0G2zR0lvn130w0YGIJSsCKfe+Mwb42 OI6lJPpoXf4aC5rLgRgB8sxX6uc8W3mswCRwtN3WeEjsYc4CR7lWYQBqVuwSUhCv3mk0n4Fo85f4 odmfzKkEtNWCpyKULfbcBlGro3qIS5oG6Vjy8k+/xNfiY6GA1CRkmX/20LfqIISCyRYzqNLYWdQC oskcsu0Q/m6P8xFKOueHVvNFMMsVrwLF6qu9RZwhxbudneZiBE6ypXzJR9qJAyJBOZ5azRFQ4tYN aS2n2Jg+rLEvovjssSJMy4DNyMIQzAyIyHHZ+M1EWRh+qqQV1rvonUEzEibWU4AynaYxgGzFGzfU etsKpcKo1T29Z4riC7er4Ez/WGaUPQePyNCR1TIw5JEx1YAd2UDG4rM+reLJGTLTFgRSfHYpFJ7n cotFrfvk1FlHoBA7BJtTt9yIzGQ5O8gLsixi8EGIUa5OfTpXas460EQIzCkLdJqRgTAYRKbvxgpd yiiRSIBNQ1+VUaJKY37ZLMIUdTKe2Ei5dcZyqjN+joo7P8y1Mp1hGSQcC/FyY44Lpo0Bl8QilVaA 6DgT+OwMC0WYzQfFD7il28LfXiAjREUfs+FdgkXKyZNQI9uK+Kpc8ceqHf4jvi1qCQXFLvtMcEOj kVXhSLOXjULM4kKsgG9vN68n38Y3D/c9m7/t3va+TURbm8VlHGBLUFZhRVInSIyAppQtmoqSHQMo ucRoM3mX8ZTrMkUlIbz7xcZyNh9ARahEoWBncSMEx2NEhvLJXw0gaIVwhTd2mhVO+snItNoOHBsk HEsoOM1Ky0ZbxZJP5kHZohgJZmcwR3wTd/ON3MB/Oj8bKMY02fF6RKajYCcLTS9UUDoSAGY+pmOQ oU11BMltkaKF6rJ3PhtaMVG2yVVEAfOHLVDQH3gVIAkzlAsVpKlM0VyQxjB7JJGasDVxJ5MZfyZp aak8U71mz+GpUNGCusADMBRHglnO0VKWCfGwDj53ZV8zlyMajXdySGeR9e1RQQtd1tNhjhPS3v56 in7FCMUKX3rXbTvfr78vA92/X2E4qkJc5SBrrtbcrhA4WXhhJZt86JADIm3uptqEzz3Nw6V1RnJW 3Y88mgipPhOBJRWuCv2FL0ZuWMekjcboDU4A3dKyapKHaxVWRBBDoIS4QffKS8FgozsYkw7NoKRT WBYpzphEKmehnMZ37rqvPco4W++X9ntBKTnLjLNNE39ox9QtGvge0Wae4Gh4RtA5hkYYN3I3U3tr NOMaKrQMqvodz2UCx3GFHiLsiuXVMeZCHhZmfv0MzTSrQ75uDnDQmHEZFhN12325GUtBth+m4y2l a611UQOESrC5MMiSotw9mz3z7vGcfZ4xz9rxAbHRa6z6nEf08BeNurVy4wM+EGfG8hHE+NsodHeW Zoips885XnuCaPNfkGwLmPxQUdrtvUGKFVlDeV0rNJ37RlYvSl0KQHHuB/hpytBfhY2fypGIqCgs sgqzWK8XRDJujJsPu7lciQqfzQt6ehKRFZc3+WoscH7FL7ZEMv4tUZu80cSUCKZAjEw6G6Qb36Kh O9JR6PPWHUFJqbyfAp7yBeDz0Y2ekl/b99EG+ixIPDN/8oT1VfhDPjsH+HdCoN3Sd8uwGFGMLtCj ddF/EZP96y9ks7Foy0n9QvS9B1FC28hLJoZgXdzBCOPCUPCnMfeTExMSgDD3E8hmVEMoklscpw+M 54gcTvWs+h4lbU4jl7FQodPpzCGdcFii5pF5cf5CS2RHIWyvbGzKEiHDLcR4HynZcNrPGnNfPq6o OSZYS+Vhc8CfXEBcY7x5Cmkr8BSJ2o5hDNYezLrENW20nVSMls+4QNFZHqVr3yqkdRb/YTNMx+qk yIH9bKrVMGcxS5+ZGFV9hC58pH9/a+lSexFe5ALN5oJFjbBdZjDPChKcXUspLWB1htUNjXi6CW7u Kkk+dXcRY8v2WFu/qGNF6aQUAA4bJy+AXJ7GKKgT8E6KGTCDCcTq7tOZvStKKnBz9u8zeJi09TMg 0SQXENZb6oWcoHWVcvlV3znVUImlqL5bEkxjfkm+cQRAuVrDW1NV1EVFjuu2ne3yJCSzgOuHp8kJ SUiE6szK4KG8wTTQhVPimUlA10YmkcwbadLW/J4xuS5MZKjQrEA54iixGE1uRnYJd0UrnbzUjzHv ankIochIqwlbRkF1XZDgD3niTync2+yl190r43vbh2ocp9RqJmDkpvPEHguKKAd1ibFFbVYLzBnO Tv8mN6qmSsYRe1mdAyU5ddCRObOEMsbVGEqKmkg62CQlLwhjyWzWt5Nvr4t1Szg10b3Mw2xcvcHc Um5osghE6kMmyIe6EdwptWKBxcvKBZHMZ6S0cLobh6rhkHiAX00YtQYw90A4TnUtUbyqyjRMSVMZ Vh7Z8Tk7j9JsHSL9223yysgVSaqUctDI7MSjGVWF2oCWHMsfx63qVifvOol3zI1sDT++fu01du5K yzJOVVITKj2Rfg7X5VZUPx0XnDjb9CwjFTuks1xRPWkktgpAwL5X0rYsHjBiDIW288UcPHcikjKH MB1Qka8WR0lWYq85KENYVDMA0SQRdRpFnE1QS4/xKiggP6GNJuSFSpmHSbf4IpzoHQQZryHN5UQZ 7aTBNpqzLY11zCpmVkFEswc3sxYqS89UWdb/2U5ssAWvuAgLilpUulWCWlDNQjo+oxeztMaIKlgh wV3WxK22l9WmxiIoZgxhhPxGyA1d+EzeZ/yRHXTPjeiuZ00Ej4ANZARVogR/1IczGkexBbC02jSC DPgpL3ouqXZ/JYwpvbT72Rd45Zh2JtvMbHabntAOgIWQcQGt/A0LA6G+l/n7fMVzN/xgSm9clI+B HUlp/V4mbe9p5Jd1VqXAR6P5Y9VWQovd7ZKVyYR3Bx45G2iih05embcoVswsfZA8NyEIim2vyJOQ fcKoAipwNDAsIJIjiZHD4qwbu4aHWhtxpfX/8nQniG3ryhZFZ3HjLrbV+s1/hH/tA+c7jiyRIFDt qUIBpDo7Dlvmqhyw+KhnFhIsEm8SyLubB0eUgZuNF5arvciuZCxa6kBqgfMSiSLpEtpmN4tQ4Z73 JgcBXWS6qhyT1bBPajIIsZBDgve/SOBQ6XoYQoRwgX0Gf5mKhi5mV1l05aKlMAjWd/9FW6fcuxQM 8uUeWTbMY6v66bGWeY/rQcqwlVs10/SLgSVOuvbl79wTkqyQPkhEwzyDI2nA8cu+IFdOGnc+6kAl xCU8LN/ve1q/39rtvGtzNbJFPVQDP+HM3gRFUQG+2rcJGXzD0fZdmzNzRRUDCA9P7Jx0oE26td/e y+bOwSUAQa38QjlazR8LJX5auTRgBePJ0s4K4xK/2wy705CUXe52HpV/AYIiqmQwFDlhes+Jfhcg SkoLXk4FgB3n4Es4xZ3YopFuMQjKjHBACefdKQTDiUsIpNSwKGMwdBlFvLhq0ExfTKCoIbktTS3d 4fIM0lQnA8BTwaLmoWOo6AMTZqZro3GahHMqkDliMz9ORDtsNdzIoMMBzuVgprosgzFq7tqLJ0Lb DiHJYJHy0o2en5Y8ehBt7q8TbXPBqrgdlwnnmqpGMrqe8ptxN3DzXz7AIKOcAEt0gUaTW9yHAM04 o7KZRcMOFnJgA/SQikqSAZSv4zG4bIe/o0c2LEnezB2Q3R4mt5++FF4/Vsyl1GaxYAsv4CMwcuex STjo08Qd0QDU/cuyFDkZWlO21CZADKuaXxuCxs1nJ+CoMhwECGTsHbC7IwaxKL8MWo0XVuTTm1Y7 Feo0mZ5wYWMJvMOhfPPoJj46dKEOk8KEWa0B5cC+76AHOKxJ8g/KiAHUyNt1YsaBZC6lHfsIONpK 0vBM4ABgVYqlf32HUBg8mbhW16QgNDSnNu2v3lJVQ/QgVdJbLb51SLw0UdcYyPKjOI4fZixFJiZG oLeK2GxbGZoNO6cFGvzCVV4fsvGqCSfakkGl7FkoeWaHUe47Vduckw1TQOBLBeQfFgJht7F3l2tS XLmnoRoiisJxrYJp8utBEJwgGtAqPSMHBpg/iQhwWG8k6VUfyBG7B6u5fFispFCajaemueG2q2gh nkmOlAisjTTOFD9nNUSXXPekkkIfsqrJk3teoiMX0gGuEWurRxIVHvSUzeHQJCojIXzk84iycT0o rfQ+BpBHxlJ3NLVyXIHIDyslYz31IM+qBPrEW+PQjnOiE6xmHviU25ScE02WRg6Gr19M7fGVyjie gMHnUkqKIw1T0Wpqddi2z9LngpSeeweVwNCBJHmS1MvYskhiNjoR+YV3pckwmsWlDEIeWcZwl3RZ FuxkQpkv8APsWrqw9bKyiHRXco47CR7cps19LKGG89IBXEWMBLjUrvOef1g0KkCXgZerowkjfefm ln5UD4lsjJRzGgmkBoxAoey3yMs6/N2SmMP6R4f4s/gkwEFiBNOOdwYp/e4IfhqD2+pA+JCU6plU /BhDmMTIDFiZfj5Utc3mZ69akr5q9fwoGFywLwpQN5n2ZE6QSp7MqKXDJCfOEKNh9E9T4gfNYKpQ ny3hyEhq6G6uySYS+IeHMqUILV3XZKRYVKReoHccqxyaypb5O2r6I2gZix7J/cymi+veY3ApPZHp a7lKPVeI6PKeUC0KSPVzQ4MVwOLHlVGIUKJgtUVbPCCRCAuKRRlUuHzMVW1GcGHW66SnmyZDLC03 yjkyvDpXgXAwl7jNbAzB27gL2zWUuR7bdkjT32I11kivfHpakDewmvwhoGMk7YjQBrYjuL54K/EF 19nMrd3k3lAodVEB13ZZzXYxhwvqB/xJw8dVwgNcvy4NPPtekUAC4uR33udNw+mDt3Fe0sJYe7os SHHeDFUykwXzXFqY5FMw2Ofl6YdOvVraqPbdEhW+Mn2qNoHpeCXbQEVrGYCwTlf5S3YoOJGcDEmZ bSvLZVU6mffmubKxZm2UYiAXyu2oJFdoBYdFtTNBTenrz4ww83NVs9resRLO5IrqRnQ8mzCjNI01 RPgwL25Rha27z65rlUA5HvEerywfLcuya9e6ezFIvSUN6KIqqIUxQaA5YP4NAio9ZqRhC+f2oRRS S7lizoNys2Pew5jtPzG7LnPTMsKCqhEGXFlUOWZf6cLuDs0TTIDAP9vZgLUPD22zC2XbaGW2OU8T 1oyZR+SPBiUosjTLCXJGCxHx0ZAEfeFqEKQKKsntEoqkkuEOnRgHVeWXdFnWqheDOGqg1RM0Crlp sXHJ1e0J0bEBMI6RtkakZuiqYbDWUaKfL7aaiCRCJxYahgZ6aic8zKimiKbc1zDKDmcw3TNGZpTj M3s9Rr9uybf1OfQhCcdMxclYSHPdu91Hmfiw0wwfi24nDIB114/rEl4/Smptt/Y7pAo1+klQfNEF WXKIwsdSEGRi3gUzpx3NdzKJnMXBvnCyjN1V5YvchRM0XkdoyoRCaR3kZiyUAsCywPaz6a04u/vF aJHigohQgRj846HJvIYe8Kgz0kATQcuPwxno4JpBFYpQxltb5zBxAAymBnKNwVlFe1l0+QPoEtZK Yqm1rLiEqtSjYNeG3LIRsFeG7yigSxkSgofsmegkw9KHn7AFDiChrCqcMbaERKJbiqXbnp8GLCAc oSEA/wlF24hXNym5wnRDZZFaoai39dc8Sz6D5wxlAnc23GfbOWxGnS1QHYGyNxGn1IF4IT0jQ44e WcIwLWUpnhMah2mUnMelhN6ABb45WaaAUt3T3ZsKTrUkdtcgwVkgJDp5AEBu0FpzMaSNZ0FbRpYf 6z/aRMzCF84yNl1w/2PPBjYCS27XUZjG/DRgJFNyNCAPgU0/DWzyDFwawEs3hVpQjvS444bnTlGt tA0nCsF6SpjlPF22q+vVztCrzgwXMmhVUa55sLdZXcUB1JUa5S6VYfNLrwEgCXdwtdwqM23XAZup UlhcxMzUD//YTyzl+Vwi9qOP73mL1IBIOPKSDRegkVTnPLldtiyEdHsSRLYRvBfGXLwLa0syHILG vWRX+pL3zlN7RE9ZE/BnPx7NXdQrsPt01p1Jh/GHRIgorWrLdMZsLmvhq2VQLlw1vAc8muEaIF8T LMuLMdTch31yOnn5l2+W74KcV2reXFC2UZrQBLYAb6YZGSYHZq6czvGWjD/dB9VWcf4XndoixYQF W41uNmZy+lRJ45rb098sZyzkxc1X0dMiQhMQ9wW0acdyQHU5M4d6GgEYEsSvzz1XnBBR0i4aU498 t5ChAwSa8ZkGmxQ3KW0+rSDfNyMYhOfnROYxObXURc/O3EcM5k05wYoivn5t1dZfMMIV+XipjjkM LkpaoFQTMq6Ha7PvZEJ9WO5l8mnrTnP+kMnbJlR90B2CiZjAWuf/vDzNfnsyJOByNeQBttK8zWHI HZNxNm9ISxTo2WXNf7WkwKb0zjfPah7eEdKEhpGpTTO1Vvv9NN+euJCKsaCvAWjKMk1r/oRlfT/D 6AaHRCQH1qiEITMxaDRjPuRj87lYE+xsKit3DaaX9bHKQJ5GDNZ1dJmPIEg/pX2SQbunmFsRrTsE 2DBP1GfpSqprg5Mr2V42SWpz1crppKwZA/ZlpnlfIu1goiBFk+uYKRprlgrrAAshXK7seJ0/UkC7 whJF8sdEz4LqWqvbTQ8Rk6ZZS7mu0/YsNwcmeGLVIPMT42iQOZGpp57yCxrvwijJNug4Em2ieEbj JOasb32qx7sNgikSYdlWBaGMziCm/pEczhQEi14Ulya6ohku1DKIBkWoqriooSykYpHlUwqQgUU+ k/XqxpE1bc4/IAQhlELHKTre7aPO2aTuCTaIK7Xyp0pEj44n6Q+Ue0XMiTntdWJXxfwSaCiqhkz6 zuJgMXAxrlpiGaSY0hdKIq8mKNVEOJx2KogubbG0o9m29Jbb0FvdQnJdFV1GlVhQRtHAaOkGt6ZQ IgEC2KnpoeyLGTjpTv4SQeUeC19kVOTwCRNlOiVkwqGvdMSpSyMqQ+9h9VvHKhwTg5StR1pEtx+2 WhRrbNdJDEh3H3RQWMqfyU+a3a0fIB0y0JvFIEJ99ZoBD5vRyPqpxnDTuu3ducPgvYSptAsnruNa QjMKmsCImFVxSxQIRNInN0A/m7QBA3U98wpVGX0kChbEW6BEPDFrWU8LLetvOXbjpiMNCsmc3QgS v9RcsBRhy+zToP8Ngw8BxjHSTLjY0m3FqMJaJtfpbK38ka0fXlfEKCc88tS9YdJyfXdnNwCVLBmz +MLSfRSEmz44XwwKPiiFi6ORfAjBmDNY8c5Js8EOJ0xW1kggA0Hy3nza36a6gEzfnBJyorfoFIT5 4xN/rjpUQZSfYn/oxymlxIkUT0wfVjVUGtCBxqXJeZ5RpOKGpETcVPzSyLtgPF8L2HN5bYsrBZE0 7gRhFPGRvge6CgbcPL/PW0F9DgS9cJL3uZ4UklJz+eS2/Ac0VKXKLZDSJ0oiCa8U1rNiGrOqhUp/ m6SF9ZgqqZPLsgNk+NStBPn068uSLGq04FICNofJDdhfCZ4bSy15NJPlhs2LL56YYk3a6eo0M1bn fHN56x4lhE61oFC+OvusTbNpSu8dQb/NM5mFuSOSJGIblvtrWHJTvnTskbjKNLNL9JqU5g5IaiDp mVas17zVlXbmJKdDQw/siKF9Agc4aB6oTdO/vlDYT5NVn6Kjzf9vlcyWDnbfrlFKkrvdwQqxuxbq zTBAomTQnQWgAKJdSnf/cdpxXRrHPRovbqwywQ6cdIfOiyUngvcAH3kvgome02+Sj0NMhDChAMp1 iWitNWyq344VJKVZyzrhYQRtvp7MnInY2GItylH46kZiINIaEE55SwpvEktqJg263Yp7E8PG2Jez BAXtdM0NJeTh3+qlscXAyQeYkLhSHnEmQs+goe0mDgmhTrfc1GjMIDa6KClgCoNx1pokFQAwaO+1 8+hzLH9jp1nKARL0vvkGnMyhBq43SzoBKDfRu+NEk4SNGYJwGj6fkxOmK7XjOxzExLzExlwPZ/oz 3qvbJ+YWBqxEQ01hO4amhjIMIp9lYjD62x9dYQWuCc+nBtHEPzW30JeP6IwgWuWf800CxfY4tXql n4IanCs/SXnyKDC+pBP8VVKGF015gE7DlORp1EPQ0QPVIEaTa8TL8RaGbAMNB8QV4LOqnE4JVFZW khlipddwoylhAEEwIV4CASYFLzqkCy1pIWmjtGuFBI9t1AW+D8dgTkRgXkzC5cwviNOmqJIilmuI m4yGdrJPG/gboqEjuOeQBBVNnVyLEEGB+oXKN1sZ0Bnrleb6ugb6fJNCgMxo9GAcVKcQsZioq/Yh r8hRUJ2k0UWIgDTaZA7g2ih9DorJjlS7O29Z6OSgQz+YJ1pFg0E9rTCBVK6MU8g0ciqw3lf9QtpZ qUHmLN2SCndO0BGhig6z8uv1lfxJWErMtEpE9VldVN+BTPX3kwhUOnAsA051ybOT2YaNm12G7chY aSd1waYeu4r8iViD5mvEoXGyLbWjl9onCGdL163tFGdwWp7LBj//PtGzTNHu8faLbMYl1UWDxNis aYGGpRGgLV7MrMtiIbzOlzDcciGO1DM1y9pRQYdBXx4kwqCIo0Q5D3AGZARsriCKesJ3d/GUslnd WCYd1+mUZhN1ORq3aDpEGinXNVREAeNFvPZOzs81OIJpJJlLzQ3ZbCuOskIGk/oygFIFEq6n2MAU QRnOj81mDI58e2B1CihrENKJw5wFi9khNZsRWCdm6np3nDNVaSxURRsz5RIFNZbUnMQ3vnkJn8pb SG6NsQd7XQgw281DtrJCuBRQQpfATBOsillnecsp4ouK7IbEtakEpGtFGs2C69LclLQ7FIqFykQa L99s3b/Gw1v9lGwFS46iXciKhQQilJxHPTiUM9GjOhvZj03SqzaRRsxZP95v7UfVmzuSyGbQajaK CpbFJ2OG4PQQXIBaBNA3qUEM7/spNGY3nqRVg2pN7gsG4WA2nnvYlzyoX4EmfpzBhhH1S9IAuojp fVgNKFyvaUtLFXvbm8aG+GN/7t2nH80FCP0fxRQ7wjSEoTohR3hVVuNl3PlXPh+O61sj0jFgXJux 2OTgWgUH/UHzUtM0lxewGePBNe/Uo5rXLhk/U75mxAq+qQlRiG8FoVGzVTlnd9mYe7abHLCASmbO t9HerJ4QANW7h7QjpZKDYdvTaHU+ZiveoJg7MOgyzzjbC2d3HFo23Xd5k0hzXDuyTFTVbA/K6Yq4 Vl0JTzZVt53BXNfv/QcR7eD6Urx5tIJjmNv/KiBh30vPOoYgq8J0tcZ856cR2qPvwRQuMXF+9CB4 c/iWmxH1uD3dlmAY/qc25YkTvmcZb84e34wkH3w04NfV5J1NZqA49JWa6kgtWIWWJIa1KhJ5dBsG 0mRvdOh58/Nl1Yz2nrlcb1w88llIEw3Samndx4B3yKq00tdtTL3QtqdV44Ir0QZ5oICueiJE+DCX D44Q0FRPG1YEItqJYohdGNYYDfVKSOdZQ3MW8Q53TKJ98qzb01mbDpTWSdhkhnIHZp5byHkc31Yi ancLQOEakbCp/au8sjXgKzSQ3Za9v7kD17WSGHf3NuPcmeYM0ukgYkAhAeCk5aGly3Z2StDDdiR1 dYn26tjlcLII/ZUxIw9BqCt7nKe2UarbpW6lFCGDX64ZI7lpdz6XaesalWQEqZoGyCLlTvoU5QSP Jvwln9IEoLpigARi5PGc7cjiDJBgyXHpQV2AEJQ5COUgSn9ABf8iiBhQDhneGqadWqV7pbjS8MCp zgpmS2kTEgFwsg2Ltlrigjzb1Ireyg6IRCLIqrIhYXZcxu+99Nwsq9mKVPqlARCXwBGXOgilUGnh MLFJ5OG5XhI9Sl/UNEgPLkYZJWiU4hAlFoRyWnVf+TLaUnAt3kxMEm5bZEFjnOqs2RUWyugT/isj 67yNc9VagmXSaYlBL00NihYCU8er/LcHWOTxvsxMOD65fqPTHsoIiOhSmagaVQjUTdkyHykFgnId cbkD7dgvm+2HE7EJQmBjqJUr5h6yO6oNYAUkxhfo4SdnK5IDWn9CvKoBULcJgYH0JClFv9azOq1L gxuBiRkxCksqQn6S1APGmgaQyDJAJFUQQC0aMMs4e/hSS2hxqA9TZlaXSthsCm0WNvX5iz7RJLBI 8paAy0kJJwVGl4ZZQaYmlE8iWalnq3Ko6MQroUaMYbAWo3p1ueEyAafVv5zfmO+W7Ty9bdIPAfgv YuCtYZI8U7HL2ps80XG61gcK5m0NVNS9WA33ZvMfYmGdaGP6TUmZ6J5RwDa2uSToyMRgiYm4rjKf DmiJgPTj2ydJMf5YleuSkm4hArfgiWMtG09IBJgleMOkjWjSmNzIEJ2kUH3PaAZyOe+vypeOp03G xAakW1RD6MVfCSTpalC2ID+U6aUUo1SHY+0omckj+oir/KSzDkSLf7FH/CnZMcL+eq0S8Kd8lvvk a6TBanWxSa7JZsZMUOymukAiA7lld7rSPfGQZ8DnIbTYoehBRquukiaOZrDkQJurZEYzrWRKHs4Q 1tSFnjMDSJZsgQwtRIxhgrUuIWi7TQ3vSwESlyHTaWLcrB11BECKjpGGEg19IFLl5OMV8WhPCOiK 5FqX4c4a2R52AmFiRlid8hOiLgHTD3VneN0cAyzpnk7CDE1dyCmaPkAe461QMD9uxutaDwZJmzpp 4p7vL90Q662zQ5nmzqk1nzaK2l0dWu7Up/5XuOtySUjpmJaacn4e5C2esowMySihQrU4ppyL/dKG XQLeT9WkIA9/MRBr/CYxzXqWnBfQXWlWGz9m9KTh8WW61izUJWBr0OGjIyXMCMieycpttUZ1tIIA qboySRsnZvSV4k8anWvO/uFJ88lICODYhvcVxjoSyhEROj17J4OXoZq8awetEwte6EKSgtxgIZZm E040BWvWc2RCy4gkW73alTcLT8JEckoyKR+zEWsuowXvpTFUyUk4LnPDTlRiDtLi2o9PXppUGkhf ekdSSxjNECMCxLcnjebXBV1UmeJgW/jQexLWRbNmmZardBRwNUTmFgO5EanuqGKk1uxZE8LT2uGI j1QG6432nC8/FQLxxF8O+NZKyMuuMh3pR3x6mxn0QvwlDeVmeSeWdO2JIdz6P53yzJfqbLTMBTkc y/uzB6Fw/pxWH7mwdEgVthAgovNV1MC54klokn/tQdeMx/uaOc5OY7xQq9d6UkyJxSyI82dS4Xnx PktsPR9dPmsRzQeIGp6lfXk+dpnAQofh0hbwdJWx2tWEvCj064nIcqYDHmad5Kx35VU76j1MG+5E WcgkY1MgxT5+wrk/EhLVRLvrPeW6bUuK01HoCwjwvSd1yx/npInRfxzFqKFRnPEgQSwWv1JnYOLb lo1ewpbskxVhpFXvM0oXFPgvONfeQB3MKMF4bsuUhrTps7FTEUjchc6RZRE5Qfa9Kt1u5IMh4mx5 YyXcLvNYaRoDyhTqSF+qAHuRVOCjCvQE4HqO8Z69w2qYlniaEGZT0EMK5LwJ7LvbEyK2JJ/YeHTN XAzWEmnS8L8UZ07oW2Kr6qpEQYOYMqiTqMhnXeBoCXw+wiPxSDD5jsiQJRlJow4m9w7pIBzLJ7LG bgHTwOntY/H9RAsfRWpkvSiin0eRE2subDjTjgqokxkNeVpQ39CRi3IHg7WmEAE1TWvda2JcV1c/ j5diGWZp5D/viWpb32K/J/8wCud7Ajo5lLETSYwbhWRJNO8l89y7ftqgUmc6fk2kqDB216ypP7ST xSeDzKygKq/qWUN5Fu/k/AwlA5TBhoQiSXZYtKUgzLaYmeUZU0/gmuHRtcyEDnWEBvKpC53AjsrW WDN98OUp1AsUIhLLDBTHIRJ91p0+wTuSi7MLGUmrghJ4bM6HL5lJ6k0uIayzuOHXVld1yYpa9usp vIWCmYVW9bmAaJxdvOoxaKZFkCmKaB0+n+KVy5Iiqn11uBaVXjhZpqJ3Qy/XkPNBYHZu/EJx2UAc YX6MlHXkgwJN6lEPQXn2Thj5iOEWk8jLBya5dD2T7jbjVhiRwdHRVThZiojbMvTWzVwtCM6MRVFd 4kYzxzunYW8Jn6nHGSJHeaHVx9bERSkRvSifEzlYHFsm0AWLFAOaZhG6/51lEER5a2kJ8cs8RS6X Dmiq7ijOPkJgMo12D1Bt1tPCRcXDSjWuJS+0+YsKB4Xlaq0dzF/q3Nv0K16byHiAkusrOCY/uK6s FSpt0EkmGyfdplkIo3hHmQRZpTilj5yDmKpK+ItxgdIMQtGv3BnjScWg1cRKs5OGhqFTgh2zhWMz JG0RjXepG7oI1ohlaFpZIuCOUYAjtaxsWe+t3CqYszKduj7Zy17ajaIGRua2ONBUetaVhYPSK+2C j0o01edmeshrS8YWASpOZjS6ziRiHxwdQRTQp6mIKiUydoUbBT0EdWyiRHNT1BxQ2tZ7ZEpEomhM KKcb+V8hqIt+56nzL9rB/JnTtYPFl8kaeCUrY2ZyuH1r/dc/UAEVak92/Lr8OqvjfwbUtn5y2hY7 EET6wsc10+xmK+2ptdyyL8nyu6UUmuApCbbo4Y0dG0C9TtxUa65n0SIFwq5EqQe41hLhYosTMIPz 5chOnjBRakac5E0uVJjkc2RjlF5xpb2djVZco6D0SpvcLW2k8Zk/FhieeqS2KaFnhjjdzHF7XXRX aZUdod4RtUWC0RuFZov+1TgFNGzIk4874oVUJ3mi2KQySqI2O+/qQLlYSW6ma+3tTKfNFbTLDqvM DOa8TT8tURmgkJ2eAp+ycUkS19JYlJUfaJmsgTrhvfXkHJIV3oQbFxVViYIi4HvrJsZCvZdQJJUK VkYmaz2NQSJUckz+MaB3AVhXGQNRKLUEqKlGz2nTdUYs3wYtBvDMKxMG5l//zay15z/1pGVFw2g+ WsNCFRj2Rsjaw65cK3sfXwQnijAboRA/LiK9iJ1nNsPCdj0gBdnkCYn07WKKNgqW0l2j44U1ojAS gBCZZD9e61y3YUi2ljUh2Ym04n+uF8wUBvVoMYLYVGUpYvNFGm/ZMMMp4rTsWkTMCxxBHMsXmBxJ xQUDvWY5gpHMAWeuKtqWyDnWcxFL/hlMIses7KW4honm24liysKEcrYaeKVySNRTdypZV36305Gm vWfkntlzuatgVyHeIaXjx9fjCRn8OrZC+vPy8AyfOnwo0ffmx/el3h7P+/2n8rla+f15daRtoV59 6fYp0/dcHXuw2652+9GkG8HuPf8ZMZp5QUEFekVyNevtwzTk/Y6APRjk8ux7VzXzhdeNa5MnBhTp 1eO7Nc+rxyn/Pm7InYj11IY4PXNci3F1jpY9rgExYflGR9YCGuGo2LRPvAUO93RaVfHGn1TJC4nZ G9DgX3X+wLmPIapfLuS/HpT6U6cprY/sMItKqllGoUqh3hm39S2qd8tJu+ysrbDzwF3jhuoRF6mW fbs2KEIIJXU7TA3JQksRe0wu4oALSwzA3OZDfqUf3bZwr59q/H99hS6DLUAzZQE+ZMkOVUdtL0Qd uJGKxFFLq3oSLMmKh3g0BdrDI+sMlh31WCfkUucttO2ioLRSKdvrPtuOFzL5GvebECueGISAgCHR YMDjNYLM/p1kI8J1yE16KKv+KSDfxYvOfeKSIqDIzsrPwl9PRwAeoYvRPq+ekKm//Lok2eFguoir CQdSDiFZDqWoBQJBKS3kN5rNg5ad5PKdEnGG8HPNgkzKu3ptKyJHjZtgKgSRLLuqcAmTc+MhAlji 1U12CBxKhQI+9HAIFEKnro3HoJX5kKL2eMw4a02tzC1sJpE7tPShgE032WHLwySVJBPEsXnS3e6N OoVvms5wSs8845hhlQ4t0XGhTQI5BZlXZhb/rAxl3o/MoPRiCSEIiw6j++nyDCrIRPJ6j/KAK8NI wxDWG8BofRypiOU4PnYTq486ZQBpWCrAAhHfIpdfxLaLnMqNaPeFc2nfb/kOe1idzb1Z+e2EH4yT SWGoFQGjpHDMFFkmL/EIpZnaUndt9SlzQwDZZwkEnqpkae2R66uvsooCTRwZOneuze3tvUeysAwq psrcX04C93UiU6JTUXFVGkRs8mR0R05BwBzEMQKIwOoUxmTPxhe8ydTUXZ8yQj8zp92Pzx6qQZhX NWKmVbCLBfUNumtqWVRhaTjIMrPJssxYbm2lZQUJJy3hotlIkcV8cJ30JTn5lRHz3xBBVGo137dN IBaplX2YI+uuiqvvRstnWpDabHTfr4hN53pigSmPOaZvPTPbVaVJWJv0KV24sK9a9EfhwszLO9cl 6YL1ptVecYr+Lqx2zWVlNZlbVyc01ibwSXE9tJYU/TZTm/choFnyUsftfEtivk3LH2+ajdagqMpy zNxxwDacytZwiyBXU47QrD1TQFgC7k6xj75MttJDeRQvdqov4UonWQA505z3Ro8sXvNmscnaKQQl hGyKB6JWN8ZjrRUxlM7acKJ/Krb/Z3XVnjqs5/UnQ0M3647mshw9BUsl5yCZcS71lVppkhnUc6jj +pAkJRab4BcPYhd82X9WXPP82RtukvlohUbEtPWCKYoPJkVabPYd2jhpBs0veESGyo1Kim0eiL3R BTvqQCrFBYEMaKmxKOmo+FBk601enxXy7pyxrr0ajzREQKdrGBYJvsLKIq9LikMlMfqxFYHE9FBQ do17EzLhFrSZByKtt+/eikYR6t2+QRRoAzPSIdS1Dg/4utQh0dOzpNrwgKhGzzOJJh6EvHAFT4GX p7jKGPjFAiiWR6HeWIDY1345UhkTUVoasOlxD6uxYT4AxFErmKRfYSKR8Pv2AuEviURAcB/BkCa4 9952gw9PlAVr8rQuKUIQBxVMuEVLlwcRdgvgSOXcrgFrF6BXLu41y4OPrI5gRXdXsO5S4mrhWQ9l qZ/LT7gI1gzUinOQlX+w6qBZW2zlgqa09RIKcdiTsNZTXslbZbmhfVvynG2C2fgslN9UdPGhuG7c 5Ku46GCmj0eNmyLlhOGux0BBg9JeAGjgalNawYwmPkGTAMwxhdrctplQjoui/MYlh+xziO4gb1U+ //xsfa0E26UUCyAaVK80EgKjCVXtDnZw5WeQWFVOxy2EqbhXbSMx5WYTtEOEYnf0q7MBnzDH4M5V RcQRbw2+SM05g0EeolXOjYZk7WnhPcqGxMyoURvWkZs+vFABn1zFWJAI+PNpJlGgz1Sr5hgRxak9 +XX7TAEuBEr43qa35EM2leQyKXTQsuMtM+acMTW1JZoltiZn2HWt5Mz1xN5w1tTaGIhHhBi40GwA JzYQL2B4qKfoMpGQclliwQ/ehEUoYUvUNheWVNrKHgTpB8daG66sgQtuTKl7Z8kjK8dnSSMRmNj4 tFSkupSgz85JhSuRScWserKun2fZSGPkkjG4nS8HhagFmI5M9dukh3xzPGf0Mz/NO7hoKUqzXWJt Lz2/Bncbv3t2oFpJuz5z53YrNUF4hD5NmkZk3m470xpUOazogEkoAElMn+/7DpTc3K+tlc1HEkv5 FGVN2+VYoWIdOtDuxEjt1ZFQDQqFloAJc81aQB94O3BHPme7F6nQDpenyLK8HswS6Jpy6YrQJtgM zbFwDG36LT8kwcFlN0y5bUFHjjAYpKV8I4xC0BG2EXNz5gk5It0SqMtUw4RR23wHO90hpSddd0A3 pI27HnlaFEhyYlqbqrBZHrvYUW6cTUdZwQhQoLh5sS5tpDSdPHM6KFSqyi1GkMHD4wpxyMCf7I8O 9Q92BCNKdn1K38BJnowTRhs2I696iKbNhLCNlVIvaXolQUwt/0xyFm2LVPnr3x5gaAxHXYmvjCRj TrxZvZPo4R+o51jpj7SbHLFSRythKbrWSuMb2ejXv0RMeihLLGm6+93SfDeZdVdayXU6KwS5Y0t1 MI/a6OLIwtCUhVSfTb9YuPuji6fJIdYEJO/pcc/YqQKUpvU8a0Npasm1spg2xRVBeGtqDanyfSBV hOvpK0IlxiiVgOmV6QovpSrjhTHkpHkxL99+YJx/380LysSKQxkVao/RUKXqgpibIS0C2jGIY55Y 8h1qASv1XHVyB3uSObLDVj9grq37YREhA1mRjrpEtOE3OaI8QMSRQAPYjDBrh6LG2O0b+ImHRRUK JRvRVAo3XMzYXYu/itLOwlKvab42+EQ5cNv3zxJOK2pkLiSyA2EzpEUt8RFikI01u2b2pIaFXLFS 6KnSrptih04LynpYcMQnSngzFYiGdGHIQt3E6XM00e/8yGBLFUZVvhXYNul1ifkxHUildBIU8GVj Uy8TZ40swiZPfKaJoMDlms7xitAchkcePyo3MNfWqJ+2EGgq6GIXzWmm+Uw5QFKlmG6x12fZBP65 IKlNRubsGRufGqnVnwlYolLI0LWrj6MYrCCVakQ424CTmweBcLzaoSSJcB/OmfXmeFzQ+JlbInRV trHMyptH9llKOcQLWl0UsjCHFKETJCM7PyLliJRpGT0IoVpLUi73ARm6dkkPHiML9p95pvscLUry TCyHxslWKEm8eUz7z4PhYKquSJiJcAoSTiwiSdimI7RkQtTNF6Crz0QAT6RAoonMxOWaYbnd/fRM 0kIu0WA37wIGLvATY46n9BynLrViI2y2+nCHR5LaRrCkk74WobHGEHABp0uqPTu0q2vOMAmzzBrJ QVMSdfB4M2kki7boFJ6dYTJ5sLdURa4mKWpxrsVCIfao1US7OR1DZVmCOLEug6x8xE2NUnbWUNmB v7Ke0l0pZ3QQgqTP0KWgcVijclFJYdBCoSV/5ArKMonj+u3kqozbrH/JV0nyIo02zXnbmYOSHBZH fIFl1aGlqNAqeB/aZ3nHQEsd2w0rN9aEY/IOiwvms41bq/ZqoZtatu+iDFO6huL4KPkHQRJaE+be mMa32WE7fvme8sX7i2+LRoSlBNshyr77sWqMX5m4zu33+vb1dhfftgYATo13VljpFoqyRzbOTtwZ 7QZ+VpA6Lt8uYVD2ZhcCIq8ypDKvc/Z7i5w9XZOVKuqKGtScuTM4dsLa+nq44gWryhpgbbdQl2XZ 0132VSBmZKJGsyRWpNaqfZHR6VKy9ikFYh02SmXV7mj2gWvpKHtVv8r+RoB5I7vV3eKg5mzeFFyI 91sBVOjqMftt/m+OibZsPddY9ROROSWb8Nq+8HKb9NrWdMYvH9joupI7jWulb81NnE0SSaiYXq2+ /LDjSDPmwjejkw3Zm4SlJRJFd5fU/yjuEfoS35uno5Jo+XH0is82xZMrPUQyOSCF2WtBT/TIqDSD XdQhopNdr5CrXCwY9AeH5NzouujW1ETZ5VqoJJ8M7iRVCdXWekaIsL7ChPsEmGntaLMs0GGHjG52 3fLBX4sMLMvQPuK4XKmntWjjSqRG+tNgnfA4Bw+HpqWA0NNgLStURycehMeLqnWUutnBQB5ooEfX dZi6sxGGVokjj5sQUnW6K0XkRlQKAei2NDskI2k9JB+m4qdrcY9VYmR73NjFmDU8aVCfsqov10y5 bI651EVmnPVHT/aAUCyj+7EsyrhNKJoHMZ5ZTi2gX3MT59Dmp6xSXx4KWbplUaTVhKyE5WMy/0JV SmQNVlg42twsTbE7feQaDGJ3S3j/eNx7+kZakj8T9jSlh2jb1KZHVO77Fi0Y0VMrN3f3S/Al3fnq S9J+fj1+dgz7Prcu5TspMkQZwuOHZxmvNZ+Ez0LZZHqPBd8BZySk4tmxbgA5i0H7atHI10aXBuSn qEJ8tOXRrRb5Hou+YMlrw+Ht3hte3+oRs6OOLCavsN6kmWlCQ5ObB1EmnW5R8dcEjWDFatQaSOxB 2NIeFyO7sEoR7Bv2QhDwDZzpE0fazi8ZfaoIWEA9K8q0mEGIUIrLWlDILi0VOX5++VQRjZkvX8pU dFu8Q4D2msH39YHsM3WaZjIA4sjMxCwLsnKIHvzSCrWgF43Y4+E9+kyPgWzgEchU/yhRQ594xRVa SpIpOMY70JO5LrrPUqM/y6S//nHqskGpuhOMlv3ALqVAEez0yt1430K2BoYtGpPB2hOHdt2yJ0Jl vTrJLWyyks6VcJOtqFtZhARLMKQYTLSvBxJVpaXwR/wSOSns24O1h2Rei/uU6KbpsmIf9bBMYIVx navzOCNkC4krISmACLtmjLxY5BVthQ5CEFQrPTeLkbtZpEArmrApmeOU/rjQqRgT9AvKdSPsC9Yu OznGNrf3mYKEcV2XnqoGS7JL10vy/VR2EHN11SzASIqyhfviV0Zl5JhL+OWIdBbZNBUS0brLGSs6 XSD4y43alZFqU3uBshmYA9KCrMVVUIloXZIWWUCvm5cpFWpgxErO6WhdUD8yaQENDoQ1yw6bCnqO mFd+iS1nQmJpTdWLVB9icjd+83V/B40zIG5CmZVzi/6lpoJswswcBncq6brBNJONLV1JYpnowpB8 r5aML9ym8bg0JhJ5mUHmZ1kWpmCwoZpeF7wgHQdDRZAO2DVytckjEeE6kHIezeTOU3TMeq0NARwT us0cu20zP9WVBhMVPpNhPeSMmI10CuT+kcFqKmOS5i6IE+rIjFdbY39Zayrz68LMNz4ovVWqNKJL GkGDidk455V2EqL2nxW94Wjj8pRq9y50SjPkEGZZXapXxUWocfrcDodygloaLfM1lZhtmmMalsQ2 YcZdR+nfI922hlSttWtakDoF1cym5RamNmNr/mZdQ6pZhqnV/y+mZJ8WU7LVepGEcgwkSTtdq0xq uDbv2XrkygqP2ZIGpeGTXvcgkPnmjK3WUTUciyXvPlvKKU9WwYYAtpqOHtIFHhShEmtDoKGRj6+2 AndDFE05XRoMAKwQVRRQCt5/Q6ebA05tUkHVi27Dk8TQEiGW9GazE9prr79FCn3JE6XutGAanljB S2uIFs7k4UjFFfgxQgttLmqDZXCA2PjRm1cJeaKtU2eIfXaA1urFQQ9IiMeMwIQ3iUfYLNAEPJOL ouCIQejbPtQasSCmmA+tmupCQ3nhJuV3fE4diR+V4pfWMZWIMYyPvEB000cDcgtI19KwsfRZAOOB nI3Db4m+pB3dEjzjab8RicNoa8PeuCp88UXwYGaOzyV5rkxgeHIgpYTF2HkJbw29Ct6CO/Jk1C6Q MkA23ZU5yJUyXYWl0hq3mqqYKermMTHI3yMsHPW9QhKbdmJISDVFu0QPOrHPtpYJysXZoGU5TCXk iMiBuqm2RK6BqiQTUMIJnSPVGgzWOprwyoKW9fVeCgRgnIEsB3+WEcttShtE225WdchQ5XmtaoVS PfANOaNcy+JBryMgaZwYIRYkv7LQ6XqhpKdehfgwsy/0WMimthAxzvWUIrzFBiHAQLzT+sHdDsoK qglP/l53Aguhb4itCc17/mWT4mxQlab6eRiCFh7NDAJJlxzbKN8p5ijsoacwy6V5SnaSlUYkrGLH DgYDnr4L0lZiCWrNq/PFoI4pM6+8ZbjlMF55Aw+yWJASRPkMllvOTzxjJ4gTX33M+nMCfwv0Gk9l +SL2TJB1oQygF+gkxwhTiuzAqXvP5QHOcrOQ1eUgyFkpTtKLvl8Mo3fOCkNCIUyRC8FlG9uH4nOm gkAQFHREEOdu+yVDQlx5aR5AuiOEXVFEbjw90Yg2mpCbwmyxg9zTrKsc5ITEEhb4SQ2uD5kLiMWc OllmEuWTM7UCikjdrFCcV2FgkbUmq99ktaCVeXBeg3qFJAGC5V2divXShohnZGUgOVn2ISKjrXnZ cu+vyggk0q8nh6C2OUwRqT1XeuiOcz4gE2UfbL6JQL7v6b5pTnNdVcyGEyihNePANMKEJDNu1e+2 aWla5QHcIEYzcF16Qy7NpvljaLI1oIZvAimJMG0wpkfzGxcj7cBJ48DEdQw1Kw89qxg0f6lY8eWJ iT1wz1IFSqo3kFIPmuBc5cL6Uto3M05RJjrhbbU7YNICUBMbozTTiX/jlZDNOdMy1nTTtN2sLpjI X8gADcOV0IYwm0P6U3vzYizrD/OOESYdWlDgI726elPaviuPpqIqXAMjiSts0FVs2ZmGpLQzj+6m /CY1NaMHSo9s7wPYmrJlrt0ERjOyZHLJIu04QqxHCszBiD+hsckcavDUBHAPqInccssBuD4YXAR3 OThFJJAmfKaiz/7M8mHgIwiaa3Qq8Bkrv7hH+TKcGX/CRyEoQFGji+y2PeShwkG+BrGyPbPGjDgD NkkXfCZ8rKEwY05fykdliWPeEZUllzKuyKKWyMwWm6ULDec18RYrrJrqXa4sXPVUmVw4sGQPXSvM aucUKaq6ZXgETykiD+lcPKql7JrOmcEMSf860wFYeBJFwYYIo8YXNDAtE3a2hjwpunfCEykRjKBS eC6VJvn15o1AkMr2OwPRNE7bsIkq9o88g2ethmPgXW9ckmPuPXexSi8VVUSBwYpqiTj5sLnFZW+M HNOTYc7iMWt9/ovmvKdvLECDwZJAjo7gPbkTTmZ3W11CyPaupW7208I0/4q8MPE4sjHL6yLaCxCD 0BEPA5tblSMWHj4vtim2PggptHF2A1MVhGw+6wrUUWB395pYHTDnCVu+kUMSgV0QBbTuiMyVg1n9 BKfl0m6xF3A4C2CcvCCbPASElV5a3qJ9vK4plAZAAJb1Rp//lZJFn2b3bZcSJux9ckecfFLA2O47 d1UnedQTmd0NywBQIJZBOp03U12E4wd8A5nkvCUnE4SyUYOKIQtRzHDTFYLwg/FNIk4wSuOtW3HR B7roXk/am151/x3cL92K+EUbUif+pt7aCBZ6zMiZXJbobbFJDacnsfB3bOaj9+Y+8Inwizvahw9b psxlyt9AkK57OKGhdVJkHIUAX2Oj+T9TzNHw63Pbm4jZ+GoANBVoBGuR2LPx2V+hDVcHT5Y3lOdq xRyFm3XAVhksDdYzgckfWAVRyyGa5XULknHa7k7LdLmVAm8q5AS5YoFNJCyWqUStPzMbhGT1gEvn zencD5BNAgwc5wyYDuTtA9HUVagP3dCH1lKsYnpNszkTGcNjFTKzyuJ4GtMCw3odHnaHSDaTcaKE vrQoS8ypa96DR2Ki0QiCPxrNNboN9isidSzwZwl9KWrdS8uXYESzfFkEVClg5PmGP1ALAz4SaSxA mLGeKDKNiTokhATcv5w5/IB1YitPl6IPJgO00FEuwUWZwEIPYG6trThXWUsj/9DpI2X5Q+2OYKII VVKRIdacLFHiCa4o3tjIxqJGUYtUaQDVozU7NCZjSp99YuQ+ZyF2DoQ24eWoGqqQnv29ZWfSP12a uBFjzkVLybY1nKa2CZP7UKl0tBwzp26aR7+STG8DBV6jpzRa7RpIYMZro2QABGvorFSWmaVjW872 ty83VDoocKSfaZR5NO0hqKKhi4r4bAmRzisaEgkW/7XQPQ6yFippPxszAFUwwRFOzq6+LNFGYQqb WiAAVCAvCrAMkWSYBBtNztvNlRkHQzkXFv1ygjHL8NKROkk9M6sSrXHOtr0HEQVTs2+W2qQd+MjY I2T4rxOX+ODTSikGkooHrA6HDOTQ7IDBKzVguSmupbRZ9by4UmAezSzTip5zev6Vg+nIEx4geaYV /dRHQ9r1XI3yfEWGShfUBIrpVzGmOZHh3d7pF7b3RQ/utHZNpaR/O9qBd/N9w6drU4/y7zZ92SPh gJaGI0VPsPRRK/ZGGbrZWiEaOJOr6KXbP1EVKNND3GpPjA6WGhVKVsrIFliwi7Ir/BBKoFI5yR+C rQhYEE90YMp+mfQUHHnHKQL/ZE4FKdTUkaXhdkUwpGiqB9MvwiPGsl8PGGynli70CfN0XmWYOA3l kvmLOJxah/+U4UrGRRNib/7ivTfZ8IpKBpyWzbp4WBUtarNzzl6R7jjWembhTN6klJQc2Txmq1/p rluBIoRahVm7A6dUsiIO9iNU4c5XwqFLL+pTdWST8E0dRyd9zVy6qF/5hqbNNJuqbsMzA9ANvfOl LNWDgFxQBtB9wZV0RA01tG4uCxbc12xp973H/lSjas+2IlWgwEIK+EpOLKOnDujK8VIDYNIfAqiT djq2Hq2v+He3uDvVe5ALM435PZG1HtHjN25yaOiHkdz4YEiZNgXzpmM+aNZYBElUM2A6qAucus7f GKIneq06dn1hIWSicabFExktFWUsXZhJ24zUeM7CxjdzQU1zaiNUUsvZs1xal43Ii5J1HWBifczP Zxh5RhY7nrTQec2JQg/klZFI2xCP1XaRRzYqUkoL6wwGhZUUNKiS1yWxql8GSrFOwJ1JTY7HeNIK aQQgKhU9SlfT3C9LUB1MIJFlzl4Sl60bovsv/4uRvMM/dVX1wOTpmP8ZJInQu8dD2YfAuUmN8ZAp MSlgZAKE8BoSDksLH9ktmSC/AfHFPIyVtlzkdZsT2ERazNeSbgLWeba6ITpEVXphB+65EACV9gmk S9jxseGWB2CLBMAqGPrCIqfgs75LaWK1zb2NW4+oyUGCX5XS5F6QSWy8KfOSLe+WCgo5wMie2Uxh OmgKYxCsu+FVhDilbcrQnUFBaaUAb3ArP93TAJgNqjI+SXUNuNvCrlaFQoT1ZIlc5tix58kkZdLM Eo1AfjmN9w2BN2tS2UZy5hzUNXBAhQ8gOzdo54bIldGKzlrqhzUXPmk84XRxQ65b78VTEpU0spam J534vJ+eCze4FmrzIM0wPIW6qc1fW1kMMU7killJ/jSwZFQshGb8uFyk0IXEP6k0L4s8DWNHLDNk mpbgupxlN6tFj3SpUB9/o3lLP8NrlJSz47TVQPYinyDtyhgSNeDvyuhaYsZh0ZCnUSSVlsfC/7h2 L3/+UnCP+EQRhwYlkHanSykJ4cWp7HUyt5uIljFDWbQPjYaiaH9xPb7KxwoW01Ru2pUYDnMKHzMJ PAeIlII9wiKHrpjZJvzV29hMZox/OnF3jTQLCy/5HY/zw6dbQknMM9AFBRRhNvM0h+uWlUIHzty6 SyGcdb22U73bajhszusufiDQw5cQ3z0UPSohcFt0asbW41sayeiCL3kYPJx0rLtWoNLa1+GgGyuC C8JemrK1goMLYM2seUShrconnm074piYTjSCDi8oPFGJyz0R/ABaaYUoAECvTpV8ZEDTVbvl5UeE O+ITIr66C4CFRAOn1boEGlNeEJvv6eNcorFLCvWJp4470N3K2WsWQpxJkEnwSfYc89omuzkqoWLr jyStj63zYk0sBjjNyr88eMdTdHr0YbcF+KrrnhsyyyEHFzOXdZkU+87rUKEBamOf2jK0NBe0dhwx KDBVjyjoasWoplsm89dRB3CDVJ9IJHuYWFiZXorqmegK7rgU9GkCSYWG1ERITKv5Ll3RfiHPWpdA 4zN6yi80V5Hw2K5utWL7xBHUG7i9ZCofmOrrxZNtGM2E03vkSEWw7WYI1PRAu6GGgBKQ5izFX6HB D/nXXxitgzGecRDyUAUJCM8HJF+4qXCBjtSBmbJNnzA3k3EQcRETp9nJXM7f7u1HGLORoiKSjCVx mSSWM3mCd2HvysdZFNlrkTnsNwk7zJGZ0WguTyZ0NhiQ68C1HWB03KkD8LaWOujKLj+pjUsM76OW YBVdlEK+0mCEUUqVXhMJLiM60mwSq5PAJ8QmEDsQisodJn8HF/poWvzsKUObVWfY9dEytEI3mnzw hF1zLq4VHprwBRonC9arCW9JOKqrUFb/55HNaahaFlfxsNX6NvSiqrCCBL3DZGxUjgn5K10arK8c cnlrnboo0SYZM2GRNM1vOWBKWfrdnSmY2fxZdDALPvLBPi8lKKSYxRmS1U1lVfyaxlVUQbE20Rk9 4Z6eHQ1psx8kNVFg2yoJI3thAtUtc3PSQlehw+QjxeQgejZlL+bhHLjUjcIyiTnftgdC1kj51Ka0 hDiJtqkxDZogad8EtrmQUkOyQVKJh8t0t0JERRnGtdJUIawihkLWUqDWoQQvRxRKBbbqJIlBG7Tl vE3DQS6i+2kDUnIy6IdHcASFVI4XIQgr3Wtm+rmxMQv9nTS725I0Ac4fsK+0m/oNFTEuwr/LLf1m Lf6RsgHJOU83xoZJLRV/JiiXUbdyB8EhaWqtNsJQJyU2tc0exnCfcl0lI10bh5VFpwKCvlVNfKzq li2a8ztlnUCduZm0I65LHZHa+gNaKsJor102X8m9kg3ujFz3KkVxr2LOmqKvZIA5bsAqMMaInjSL Gb2DraYdupRN+SFzF1WPUldCvF1+qC7zcDxdJCECTRUZqQIRk4iANSAOcT/4ysp4XWrFghjsapRz LT7VIfeI6dmb7oLnEa7KConCD3fRw02g1y3DDnMyXXUSN5S5nE2Wp4H4OHB6N3/p3XGWY+LorSuA f5osYRDxKE5/02m3xYWiDnnBPR+Hl3OUEHVFo5L0ZX5YBnDkmRvKBzPYDIUok0n+l1SzxsQjBVKT D8zUDzMOaQkQnu3VDuLqsPQ+fn89Or1n1v4NwsoEsF950zEFJYGDzgpWfdkZ0cEg9FIg9XdfNn/U pr4z5JzThULwei32pVBdsrfoZxcyGSAmGmcXbMvVlOB82EvBjA238TjM16EeqmbrEiNO6S2LY34C V+w7m4bZQKIgAb5IzgFRoO3cChhOFXiJUtpgLNElTYNEatZenia3KxfRZlMV2nGgSZ8y6lqm28lR TwXChJzK0ih6emwFWaDQvhe7aLoqS5ZhlJYQYDrRAWcr4EeCyBMPOnCkiaEwwxjRn6yWwyyWtIe2 3o1bL9IkZRMsOVhKhvVMhaCWAhSfqmq1sFLsK3NY/sLkyAcClDtELC/BkrH9EzUt7YHfdIE9uhMx k1DB2fzlwxMk9rEbT8rfZr9iJyG7hM/Fm34LGejHYREqoIpy+stBW2hmD7mXPbcOajXt8k3CSDJD SeFhGK7U3KYpqq0SLt4qcAkBW7cCrpXUskuRyzj6jCm/WSyx9OWGttqkepRpgwzG2IyLw0RnhzRE UhHNauEJfoISsaU1p8pnE2kAS+ytmy9Gq0DHhkcxZHUhG+xadpJ+e+ojA/hwe2Y2nbEngrRNuTrn gZvNZBmRzEGSAMoKKcmQ1Jpzwf9CTC6gQyuXiBBQaCU41WdGOOGHfKYkVEIJTABVKHcwd95E2ZXM hroyZxNY/UIqGo4C9qOVrnBU6t9nDYzuYSLcIZMqSuZZ2XI2mEg021u6DKiH2oKyU60nO8rG4rsV Hg6VGaGCHKQ0ubCpSgGy+zIwhvRyUY3kduu6aULmndlUnpX+QKswV7aJwLyWNk+JZpKIHfEnCpue UIdkNSXGef9PMroJe+/zViYg6wWT+5h1NLzcVbK9igRBHz5TnJCn38TVqk04NznUfsg/JM+TIiUn XGWMY+mylvlqsu5Il6dxDtwm4NJuHJV+aNLQ8tmVZczGyIfnKocyGGgQjKUPWZ/rTAI1L7S5hlzY T+CQ1NqpsqSvEp8tqVLANBiGpXpG6B97MmxOEWTzNF5fRuYMRaMywRFw38qNQgSzMgdjyWBEG0JV UadYBmz0CmWTkoDhylk4/q7uoWF2cZHRmu9xwkGGoXDCiBRDTrmjaZSpa9FPluVcanV13inITNLL Y0oe9Gg8MitMIFfaoOd/0wQXRH9QoJIa9z263yGLxWHjgLrTggF3BwtZl2blDLz7GN78vYwIZYhh zznszKpXyH2idlMgk75ZErDHL7GTR844nxtmHjOoRDnvJjDO1xprUzkigjAzLzPVULUuqydkBksz DN4Uk4WnQv1n4XmHJYyVP6oMwGtG4En3q3JkNk0eS31c2KyYHepN1SQvp4Ae55HCG61aonlRHWf6 VK9NiYADu7tTCkfGM47SN9Kjd29s8I2FiZzdIuFMwKM04XC4N0BcLDJJTGgxg+o8niUGGwweSTMd rmQCHVxlkrkLSdWudKTe2fYBuowtTTjXiZqiPoHRA4NrEke9gm5nF8W9LihMHXaF+pZ2BDjrFe5U U8p845iZpVOeSyHe6kmimNKb3fKhcDB2cvR48pXZOxfpunAeDREjAUi3M4kkq0EUu1Zk8UukAcsS EQR7Z2idcwSxR3PxtFhAyC5FmvHf2Hay5h4+i/ACtM5OplRAAdFbrWt6JUygBewUbeBzvboQiNMu 8x/iMfUOJ7GiMEyzw0qC3QRAROuWHF2tX4loF4nTJZJnAuKjHPLbNph62cp/a4ceZdbsb+lcWULr wlhbTOdNclq7WhwzlnBvImOyU/Lf9KXpEw1yUazo904ObJBg5v5obfONq85+eKQTUQJGvy4y0dZ/ pTmilA6EagORQx5fdNt0S74RVhg1Kese77JW+FdHxpb/GQXJraEDAqLXSdtx/QNhSTIKtPp86ML3 u7UCYoNIu1j1wH6QytLqr9TD9duR2ocU0WsYjixe1d45VPyS55CEn+gYOsHxYK3avkL5iGwWyCaS bxveokn/qgEJLa2zC8IABckSGdmz/lgLbbavIzEKscp0ZCWNOaEFHZ4s1JfXl88bKCwizxIX5quv EUAuxius4YLPDOsyTp/J1GAMfc81CYEDlr5jjPRZkNypsIPc44PFLK4tD/YLLZam6V/wKF0R+BBb vGgsHQPMnjkdIZn9i6vz3SpphVzMR6QqboUvJVf97y7XCnPyHP9wzZdbdiQ8+XMIBJr0gvDlHtEW 2DYi8sp7kawdiZRB+SGWPjDJBtWYx+NOybWwXcQJqCEYatKcRgAt/QVqM7l8hlDTnLMMulUXrzsk GkEPmKKpiAAC4H3k+e9W1rpxVbfM+F7FcoBYhq9bZGzFcjSXaQ2OXFh2EY4UhCBlA9VXmVWMBral 0vWMieb6NGapMyGhr7Y64S/J0dAtawZulsPEG+8KyxryCuboZokGJ1Xm0IjFL85R3lt9Vw8xk0yl owygEJqi49UpjRVYW5HxUdqw9gGoKzIDAndBNfNuxT2XqC0XNVSYe4hzGp0cBuwa9ixzx8WvyFa8 rVcoXdzRlfOVdvVXYrOHqJN0n9zkm+X0qaepowDLbpvSHWmqZnumWd9NMfWmmkbxvVqhVy52+M2h kiIWvBAISmrsIDthBahNzC5GGBFWFsTYiwSmLL36M8ELn7VIv811jFV5f0M6ex7KbQzW5rFqgvBo 5B2U1qN3+hiFerRY4wnhrtfl9389IN6vdUNiV+agSh9ZghZ9tRkSZ3Ue9UMEemAilsBIReA2UXK8 N4ybEerWv2JZesvR0qOTS+wiT+84XI23VeJu1WCFnD9VQmru2RSXejvS6nyze9JyyHrxRYZTvNZL VrbYSHYLuIIdx0rKhjDgRs9GNF//Oe4sRNdV0RMiy6m42kwt98hmYkDo4UCDMN3lkM7zktYCBoio AaUhEw4CQL9wYCHixJ1v231JQmAqIixyRaH9qwGqa1elcy0scUQILF3RCeA6ERmSj6GQU1x2tjpD oCxybZbhEpRxSuArlm2u632A1oQiVCxlMUbGVjRUomGQfdEjOekolsubo1UoNCDVR3NuVjaGfW+b 8pHYsTodQxUsS0XSdxLqD81g1BVGIzpGCBuKg8eHoGVTcPCin+a/SQYcLU4uca2LfzcJkqxHzDOe gNHczAvl6MzAsyDQKoaO8NTX43aJrtBYdYysNjE3PqtDQsw1w8ZuFa0oZ59mR92uMgk2tVnCoBlF AmCiRHqWRmjI7CHqJRdRvCO5pzE1yKSQmZxJMk5Jl1CLceVYSMJ6PUHCrLRm7CAxZqBaJyedAHzI Vr3aTzItlzj21/SbfEoLXMoE8xXrST3UhXn2cDwfM4/+VY7jBiyv73BZ3oOMvjGiQiHjSLoEgfQM IVVRQBbRnGZoTi7kTihUhr1TYczI+Rf1xGSL/vw1041K3VBrZsN4sFZkcFDi0nTMaElMzHJPij6j uqCcWIqf2W1FTS39HkZ4XwJLD7IyaUzS7IGovxmbzI2Us17SYplt80WIyxktYlxO2jpgGORO9d4n pXogP2ZcmgovAi6YyEeXnNE1CkAt+sU8wlw6p7dqIMeMJ61swj/5cFgQGVl4AML/4hesTS6uY6JJ 0bSdaDNWUl0RBHlkZShXoTgjw5RrCfoIgkKHFkjdAfMFh0IMUiwz1KERKwWYphkGs5XyVYrcGMIz ZfE+bQasmdK8kWM859JUwp/vDIrIqFUG9RYU6JVIuqK21k9IL0WXKeXPSbsF05k3iy25hQiBOqEG FvlXkSj8pIEF4lRMqTpxzM8ii30HxsCPBYzgK1ui7STJdfUGc2pfD2lziYP6SJuiMeMBEEmMoprL VlPc5VJ5A5hm4JKqS96HD3l76xS4T1njXIkSk8TUa7dsgDbJT6KmU5fTMBsLIdAnyQpmW82hsyai VE8qoRVjRjC59UhMNPZ9Pak00VFY2Fg+5L0bwAA1Nom9pFEjZoiEsv+Oshj05fUhm1QfA9Vyvytv EpTd3bYEuShF+JPkmxKkuhSYpAiWc1kF6LG4aCZhFgI0yNEoKMPPUCKo0mdGWDzMGhNO00OZiUoS RJylZZ+Y3E963SaaqVWnohh4RLBr8d+EW0ErOHEk2XHAYnQIVnaZ1xd79cMq0Mo0hH1/2z5UjKVb 5wG4pnrLc5iW3AWHjp2NkSGqk00coWniXcNEhwdDA1sTquC2QXHMN12DIoLI/EIh71OHSVJo2CMT k0CTlXqPeSCGJ+9OUHPJsuOSCvmSnQ/EWVqiYRbbyjPeENP+Uq1L+Sk6OoBeUuAMLfNmGz2KVu/J niGhk01iMwUXrnNYcwYS1gvTpqzgkl2kkYAl+GQAdob3RcZU6c5Otjv8MRUkOeO2oEau0oxdjV9u 0CpEE3IdFxB5VkzCCT0TQVapF7DPO+rYf1RaZJrN6NkMS5uAF2+waCKyF3krEUbIzBBL5N5qAvcN 69YYH+Fq95g7U5dNXLZM6b4eo2AzssBzATsgzXqlRlm697Z/03u0Z1eVwdNqw3sDCDKbcdYsHjbk 6SQQwnGm0iqXlqmFdgWacip2pBYyFyQIsjL4BB4pVlHHiJ7zyUQSa1XIhRRdUJPWkKgd9dY5nLJm i4VcU4llnVQFoZru1fU9qV9Pre2PpxeNydVlBu1uIPDWW0jXH8cowz1cOu9AJQvCbLZvHNxB0CTj YCUZK3EVMdIdCJswgQDd6z4hlhxh5t5DtIBPdZ6obBGQcKM4+ROvdgAvTroSsapAMWu0bsMtDLaE Ey8JYbcUo6DGxulWC3TSEZNAUEJdohKepgWjqDvkfYaZtVNcMLTctNiJXGqQ5BJf2mcJiSQp1Heq MFhbDaK5znVFlVleEnAjStZzIga+ghLC3aDuCiTJTAUBs5ayJ6tC3SCR9Bqf6aJfS0I7zwC5emjD NGN4wyYjGtR04E2X/iUgt4axJ4rK0pMsRhbpuu2iLnCUlbKcIJHVxymOjJg0vCOnWF6z3VNTXZGy chppXmhzXCO4jGYXOppwOAU55XfhZcEIJsxHogZVkRV1vXLg1klTB+UqbQVMAJDWFICY8eLyLyXd 16aMplFLezkgmbMp49C1SyeJMuG8IOK16GkzIZX3JNbzI6AgDvWDTewygNIo18QHdPajhD5bLebS IKMpeQY78nsfqhe9MiusMBnDodqCQLllqF/y3FfQYgp9LJwySdVk0oBhWVlrEimB9bcaERaN2kqH 1Sh8IVJ4Ny1tuMSu51LHfuBZ6QFlbXpea/3CmXSGwqpDmIXbCRPzQkGjmDSVC/Vj6o3onm46OokH qbJtLGwNB8CizMxrYUQESm06G2EJk7icgoDZj/8GSAzZH07b92EzTDkSxpzyStdt1iDq/vnoxPoX DtNPiCAQuoQj5rYBZBosFtNNvVCT18wia8xkFZEzpeakfYW0Tg4qtGmFsVBeptUzXUMX9/QY3DFm g86ZY1qCF7vxMFw1IgcPInww2wU7/CshUuUQqEEwDyd1Serdv8bMgL2tTS6p6EyTWRZndC+VlAzS 6WT4RphrUKaHmtgZPUFDczqNc+rv99Lp7JaAkQxVWBTJowbkxQnmF4mGidhiAy7ELpeAohVvHQ28 klFewky8LyzCJx3atIMH+1Xi1wSNivRiQ0XoRoQMNxk76AGkHHRF4wShLz5I5Tw0YTKbSVWvGuJU D04lBSMgQ/oh5DKgvtZTg2i4l1up8NPkraTEjytktxgMGH0owWCl/QnrQk0/gAu8MzAXRnHTCMym /Hp2sdfNYUstWGal9Uxs/zHrwiZHiKAvyZoSXKpPtr68FVt+CuZSqGZbKT/5y+GZT/lAXlVvd/uC KCXfkBvor0/8rYkGkTb3BwXuq1K/MkCnscBdShiULnCtOlUxnHg5aV5Wk4pOCoMV0gCBHktkhxmy VswuJ8Go0WOBObJjuq8HcxiD+yi385ZrliHw+oq9bjpY+5LgjrB+bj2cqX/+qZOyLK8h80JkccJh ToQehqQHx8k6Ttm8kBG/DBWipQvqxkfiTCLURgmJtIf2B7Hqll2ca6KteVZpNFrl4HJtRKkEKCvW PRTb1x1cldX6ou2WFdoRrR/5q/d+vIKJNaUqDfuIvTRcicgb6rYYQW6GwanpydXF1g5a+E7EmMoB S5SrkFSKookmoFkQUEpYk3e7Up3Rq4G1AxDSZxzHas8Sr9iyUXYBHZuRlkuzdgu/RqR3PwIPHblI oVBGW6GW6MvZ0dFZ9d9IS3el6ZXtK8arNmvbzSgo8at83+0krEWrbllqNlE/Vdp94a/ZHiOvu3Ic wQOtydk8K4UCqzYaCUMV3X0kpQaMQh6aAWVOCIgEda2Kzwhg0otblUCrcJJUdOvk1KrCKs5Ll/qy DO8Nqz/SzR7J++8L1Y4YbDa1KXjQQbN4gzXF5sjBGaY5keHBunFyoZpwDpfEHPvsx3KwuuPu4/Cp CrsWp0FlLzOj/LO0x9WuOTP9CrUrF8dovAqjPJKS4YyusYYbakHb91tJu4Ckgh4qNbOhXVluSQdE yth6t7wsF/Em3RbX1oKnB54JgPNZImeK0QO3Gp8omtdzImersTtV89qow5FXq8bhGxU4krHrat7K U5ntBMNqiRICocch8DW4wAzSqk+W5mED0tem4wUz2deE7yCxQ+lIKkEzDDRgCz7kDAaaRMoYBT8R pETYlG03FRfVXOZP6fiqAYVmDUuTnXTtBAKN5dj9FGJQI5jqqCAorpJ8z9N2p5L2yHVTcnzFdCdF l+ykSK19UUlml9mJO9qjPZrn2THYPDMVBf7iF1bIJPVlErQk4UEzWc9RBvzw8HoXEaCcjrQlYT0b HZHN/EvUyrSWzBCV3xrVoP4dz6DRpbyXOwSF5NxZM5FC9rK32eYiHaTSo4axU3qMmWLT5AxnFOQw vsAKip08xCOEIzNkJ1lbBrHZfNrLIHTFhNrQAgbDjbYd6BO1vKhMTGfpF2MHTzOkimD5CT/iqBoa hC6yaXbvg0Ab2qOh3cAlPdSER1cuIrQLPfqNEtS7oN4IRlSVK08ghNBcGb9ZXn5CgGX4iNM5qRB+ si/FEfRSpW8yarv1jN/8sSyczJvOphfsdwrjWuuo7bg6DAEI8st2HXyFJ1l3e6JCUZcHKgBPA5Dh IMwEWcCZoACUW3RbzJnEyBhoVmoOS5OREQuJlcZCt4KaQ3gxNl0ku0jq5C/Ih/89DUz4QKNO8EV5 GvChea1LpxJu5Vy1K3LS7VVlu0DsN4rZx3ogLZ3UIN4RQm9ZETnIdinLbBiBOVCPJuhN3VKoSxBe cBA7Ep2Pei1LQQO7GdnBEN+PhIU4UsrOIXJ1NqJd0S+7ileUzPUYAhgCgDwoUsOrkkA4iG4q8vxY duQ3C2ynRAmbNSyO3+ZSVX3MEtx5woDniI6dX2jrQrkqALn3xBW2oAf5LeMKh5HiSRT5oMIglM4q k4C3qYXeUCc0i/J7j2gOWNSrhHXiRcbjGIlxE26hUJig0Vs0YSd5nDGy2CaTOm8X0EwatDZ6dmlc A9E5mZsxmA9zY1Y35aqShRLNDgo5BKsbk5hKJL40Lu5oSxPP0kl/UC/T1ts+kI6zIhNfI1QX7V2p enOflp9aNaB/UxWUBPp145jNVtmdLkOSUxkjlIbIkJCDRzorOkC5hk+PzX7IGXYzfrbVdNLzZ+oq dKri3fOLOK4YY0SNiZhePHO1sO5EAKV3PRk97AlS+qG8ACwz7HlT4CmPQETHZRGhTSQ2EAZ+o1hW R+ea5wPZEo0ReCYap1RUaFVTRSyWik2Nkz34WG+sMd/RqeszziJ15JcI1IrygpQ8l+8gpDzCYKnZ GHmQUeZKWkdreUWWxgp6ny25cMMIM2Wkjp/oXoyturL8E/DSmbEkt9315gMipcWsToLXE2IyGUVj kMSC+aB8oP4jIlGUcKLBp3KkQKdphcNQ1sEyi7x0z0lrJ59fw4UVBTVBt3K69zVFY9+esyVtVzfc +kOjfnQiyWw+I0W3yWcHC4tlKOFnrFiNlXEbUU+NO99pUI0QSd9gRjthIfjsSBOuvEfAwkKgg5i0 3Uk6LVKznK5N4Rr47WNCbjU/SZR2jmnaIQB4WSgTC9xYR9gNURoZbtA6kUWpcTQqGc10EOwWzimE vkmjtWy0UKRkeEyOniw62SImQbaHc9pnGAYydOJ0StSoyk8TGxgF8GEzUJRXxsA1zy2rsQnQOCkX sjVJxApSdeKNOVIRPFFg0j3dmaSrc0fwEASRT3TWY6zoF9zScLOhkjE+WzMuaDLGdbP6osqGMlAg XVbmTI/24fQcJ52U2hV8emr6PvRNod4I5u23Cygq+HDImsedfrtpR0lE1ozjblfqX2VUxUDXgHjz elVqh3rKYjGwEFCRp8L0HnJoVKGPCKoBaeK3/mFLPm9Rj381zcCgykLDJMbEjmrwaAZBstJS4tRt ECW+gGjpGSL9KxKRWWUs3BKgtKLljAom2rumIVNQU/7U5BnXPqFQ/gnLkhJZ2iVomslO6FeJA3dw Y1UadIpo2I4EgwbaOOhJmEkstAoVCbMvaaoFKeLFq5bkIzmugr0b0+7l9pQIuklAAySFZmirXyZQ 8aTbBCjZR+RvmI1fFQumocAgNeC2YTej6jk5+YCDgRsC0QXvEcPXnCJNxkkQVTkizwedsarwPA03 nh0j3oTk9B/29qEijcBRqxTHbvNgFyoESc90FyrYlIIenOBhw3lr3OApL9u4tmTIhSiMOnVXV6F8 OkJySQL+dRKoM/+JqDhm3KFbzhi3tC+URLxm5CMUtnBAawEvsqkSAzpj9AnLJYRAXMM0Ywj9ZnM5 taFzI2PBGTiqqyWD9WTWwHlQ1OMV7CIv5BVjoKMHL4XYtIk1fQchhSCoTglUZDQQl99lzyxIRhFf GSkLY2f+vtuhGgaSVQQG9uQBykqhUW2kxgyntvXRG/0KMG/KK9FR8QWGl/p2ddSevDesE4fYBLAH bdr7VGkrRMVhiNubTZjDOgPG62RV6Ekg4NRx2q7ioH1aUWShr/CNCuBvboK8fs032rPRASmGwhGW BI02/qEcJUIXHDRq36CR+go3ei4e6UEfYbXqh71oi5XU/cpQEkLSjgxcR8uUZJyRiX4VEqSF0smi GkP/JYeqHNhBvHyJqGlY/OuzhlRQYibwAZxyC1/0SVB1JCvL6sKBcC9gdu+Aa/TjqgTdEGRGKqRU 5YrqegxxDhQjJQDEV2dN0xqyKF5v2MhTselkmwEKdkW7REUUNJqpm4u47syJyoWyY3KAb5W6Nng5 DENKer0hQ7Uj1HNJrHuX8XSSEJpV6UEsiiTkRFzCQSLvU8ds9+IMMX6NDkGoslxGH5Z0yQ3mOMKk ywH4IPfjcYgMYzWYrIpTWZfn5ySx37lPPguunCwpRUhUcgrAl0Z0au1Xh7oqvgMQC9bVw5kUu4jB ttBKwoOKWMvNRj9CZG46oSkR34hyCYNED4m7qhlEQbCPCQQ6JQXOj30QQQEuxS1MyoIjx3gsvhcH fMawTymiaKszFtv427lEQT7nSputBHGspKFGAxX77BeaEdOwEW6j5toD9g+osjp8Ovjm/htt+tCh MkwuQ2ElRoyk4qQWxO7XAQ3sMeDUzKPKbDtiE2oJXs9ZaAPnMIEDmGkSAeTYAxlgQmXbjI2vVtUz KMZ1H+XpNVdq8ow1px2cmROo8MMY+0od4iorazbmMpekX1VxHu69jbQsVnnQ4NuUe4yStbVjgxYA TLaoGEigVWobSMK8YZvNNbQNvf44WZmUKMTK9jpXfca1IxAvT4QQVXAQihXmsqwW1WWzWUCBhgKR tmo+UtO481Xpbxvcp0VacBh65dF1YN4Ew7TXbWLJbcCrTeaQgUAZQwZpSBfqEl2GSDp5Tj3n5pdv z0zDC2W9yatCvby8slyI4WNYxx1zJQjMYHiTjml22ILyk+zwwORcp7mt1jGd+qhdd2zAKYsa/kZq g5Gatxm+68IorqUddSeFSjaFiuXwRQA02KmV04RpVcf9684PnwvwjH/zggSWhy5OYYciEoZW8NuE 1LC6LsKzh6wFmRUHIEHyd7WWsxz0lezlKsV25InP5kdBU3wZEz4wFQR0S1HakfImAl00P4UrfaQo FaN61pMkEP4HwwRfKq/O7Qod2g6XbU9DnCyvyhqaiAkJ1XyMQuChw3yKFQ0VZCwggQrUmaMBYUgk f3zxdCKGKpUX9EcX6YbMl4UmTE0NCra0kYSWms0+WRlsB30zmCMnHxqhJJb43djC+cyzEFnI3jNJ 8BLAYewX2UKtajIyXI/uIUnSTMOXF30ir8T8GE+HKZWccUBi0LNCB1cK/Wk1XuKIaXS7BA8tzQjV WyjM7spUc5LSEgEUa2mOpphI5buCq1qMFs2H44HKScxxPbj1rsheVqkjt9O2dNCUWGabs+s/X4sG 3VEqUpoCFPRpnmQXELvXIOjKBUpodzaD1Cg5Sonb56MT84XOtyatFYpnnukMpzlSKvYfeVIak4tc EONZavYBzE3O/HECJcVTHGkWT7gnByPKsomL5jTkBC9EqkZUChIT5fSNx7GRBPSk965Mcq5KXxAB CUCVI050ZafLq+GYDKyERXRkQ6mnaoBJmYK9KQKLcind12ca5fuhfixNYRUSN7HqT4+5K53TTS6J dzyJoEGCXyqmnGJ6gTv2w2n9NEGrU8aQtzajyBx1GWbnUzyRYl1KC/AyeUFs8jYoaMQ6flth1CEl N39vnxQr/mtVHTpoyHhSOLU4qmWAQDLFWSR56zVHdkqizpN4CvaWV2S1tX/z/Wjo1pkjTc+zn8iL FDqzFOqdDQC6dwWyg6Rdy/QoUINGIUXOXoPmYeZx4WKmaGtoKqMdrczOorhOPI/RCAlfby15zPpR 18wDROG7aVR1/ozWACE/SRXmiyY+V4JI9Y2fQNMYfrM8dpIsHclLm6u1NtRUVfjYOvsk1qzEIzyI l7mYQmcqnujNLpCbSNvFq6Nsku5SMPPtAao+TiIJPNtM8cVcqumM8kQxaLpI5cxDGGxOrzsoIfZt kddNIgr7ntsJtaCvhCB0bldMct+0Lv7zXj+4YVBsKVfVFQqCpMJ1/Y5mRFY9piZ3vkdPQMTWRqYu ck4+zvyoQuNpb1vciY7tkWRfJGp4xq8JZ4k5nE8gOuie3KxvBDSPxn6s0Tu9MCMyaVJMBbkMoJDL aXbNnuFzXpeXtpQGO2DOXVVE2yq3hJwwPXU/L9aefdB19pMcDOxgu+TsnxDUbP8glCZcdJ+K+pUq h8IkokmPm2cJPrVVjGEnPrFELlSc0l0FszRolrJpWsZPEQ6ViYDbtEaDyLBpqvhSxgKfhIHs1WDY 3pdHUPUEVXe5LTPJLJtHHxTCkm7Qk0fj3i/W9K91xOBPFhFQ1AUjSghFMpeRZb5ZGteaL5YQFqCk JOeybZe7ilqbm0uGfZq1BOdgSrsjzowzn3WHqb9UrDMJNReZrnNV0RYoZXJBYfkoF8uJqGzRpCmh 1LHtB3yIayKQYLQaPUjBBPlrEer0i4qTya+R67dlN0Rpd+sc1ksGN0WzicJfCWwaQo+PLc9iMOG2 9l9Q0Tqd3ukhvrKg7CLuIyh4ZyCZqE7ke83IcrcZQDhLEd04eSIe3SZR+w56V7B9c8fWYI8wdKZZ cJ2UTSFYylQXp4yB01Sjjs2MMO3zZ28pKx4cpxGhIW8VQ2vn6S8cSgGMnvWATBE80UVnnsYG5CH6 KG9Lh66e5VC/TrJ6RpV/Yb798xqgGEGMoo2cYlXaQXsloOJF+XNCco12IDADU67CFzNw2FHU1qEm 85HZsLeOixTsPhvm8kilMzqim/TrkroTCSyIz4BT2Hb1l+kalpujjzba0FlduHBcdMCyBSMU0MAE pUulzChJMtSaNTlTzkB/MLu5QraQIDt9miNKwbAzYDk+MoICZbl9GOAKmkMF3ovqxMqSm2MtKSnz JcM8iJAi+tIDKPSUxbFQsWlQVtzfQnwOcGxevSFIcYLTTV0FVpekWubQXCoLyWxRJQLrfzgceTl1 z6zOoTkDvhApc3Yl6VHi0ZTFoCkn+0KYHjP2Ms/zPdrVJVKBnYM0XuCNnITOnIk7RRjKedIsxPOD TJug854EirzQgpiE3cRbetuRwSf2Kxyhx3QD3cMlmICOxFTK3Zy50FDGQlUThc4r8zrhX3qDC02x 8Y86Zp+XVMacp4hV1aC05oc6jri2+dUQfb3HCrIni8IVa9dKCEPaQgQmoV+YMm4hGOw1jL87EomZ OGehF10buuDrOv8InbW8mEr03KpMJgMx/G5UCI5wnlkRETurxs7qXiPJcIhnte89SK1rm7/EYyCR ESfLzSI15un0wVYHSoYZLgSYWrcuQLAJySBlgTwlx4Tp760puJiNpVHKFavoOzfUNue39tiWC3ID kDFL/M0I8vC2yBplCqoqJRtRiyg04QlRXc8mK0XqjZGvSKtfLXjif7Vyopuiy38QQka2bSWm7cLg bm5HdUqsR34pXLaiMqjb7XPTvI0oyUfE5YR9SZqygQeT6gFHb54iWwkHRE9poaDyBQqxdxQdoKfA ihpNLvpp7Wp8dOOtKorX2CYlr/set7l9Eyg8Nq+aBcZajc1wmTuKqyDx9QFlZcQyPSZU4SgRoCzL uXokqQ5cIrl7lVEp1xIDRstYq7/EMiKNnlmsalv/Bo86/3WjSU9xRy9OylZc1OyS4+pePjAj5M+O O5YZQBLQw4TsjfTw7IJsxnYGQQ4ikjvKqxMjfn3SveeuIO1EMIZB1BFTnSirBijeOhjd64RyLY4S LDjCsttj2RDWEGqfn3vDM7xWTMtjX8a00WVVGuLGKy6ZBqV7cDjpdAsnhg2A21YzRzbJhezshZZy icJslyYNI1hbIWF0U1CgMF07SYXaBg4EyjHhYc84dag29EZmxqI7ypowpwi4JCbWd+z3MBNy55X6 MvqhbNsRveQ2A0Ry9HP0r1kPfP1482h03WJL5nwcIeEIKbBCY2To4u/fPwGfsVwj3lTrbsZHma7d fskKj5+ff9yDPY4Yi6/apqZ/j4RNn0yG6lxbGw4j7HIfvRAK4A3nnSOmioyZQh5jLtAoXcPHs8ai gN6YnD/NOBhPEmyEwhMMSS4++/EUAm+nELLJGMtXZw7Fjr6UPEtuCoM18lPSoP/klP2Yr7FU9n3q JD2yiZTrMN6TJafTNoDyMSScdcVKKZD5IJR7QWBfTYIcRQqNRca8KaAL/12yndiQyzV91VF5UZYC PdlhHLS3LR9pPpzvm9ThecyY3i3ipCEASwyK8/lqD2eQ2S2idqJMKtiE5gwmknUmxGW1ZemL3dgn gsYuRuQ/SaugR3T9EbaWi2rAaEpzyyXUK5DJTUiMOsqLYs+XGDTXoyLmkbJoCSXLmgoHuvaSmaEq xueClFK4T+n1vEyy9Alu6Ko42g0CcInu6lYHqCzfaDU+K0J+8JgeRn95hP9Ik9U0f3KtcbFW8m76 5bJshlC9WxBucqcHma7LUHdunCES7126DiP40jfwugGnMmeTQRFTyBflEUDG3ZUZpyTNXOrKSBys +jD45D2OQH3/Kjszj6hKtPoOVLJ84+ULhYvwIgloRZ2sKPUURyEwZ1nyZgpCTklXSzt5EgVw1NAc lhyINJfZQOkGEm/5z7gNJU11MRFG7uYgWQRQx4imnZ3WlL7LvUP+tKTknoURfEYlC6Epw2naTyJI AGnGkYyXfMh86VvGFxCgibEtletD6neN6xKWT2q8JRLlPGwoysk6rZlGJpb0SSQMw4WjMyabauOY VHQON1rwlcuiQ3XOHI8JqSKidMVqe3AmuzTVvgr6yhCzqXw+bEFiReCSEhJiKVSVNXKlakcSG1yn A536ITRycBApBenE2H03MS8VbJu2wbIrXYQIRSXJvjoD5zHXq/xgLO6YGNmBOYaPbEcmV7ZZAcA8 3VjqWHhBKh3otBl7nuy3ryqeNkgo5RtbCclZ7/MmxRCsZErWspyhv6ohrq3Eqo3LfIS/SDAL3Ioi QFMoye5dUfMUH4TlRBSQjCGPCUP05Fw6xRc7SWz112PrtkX5iJc7JgdMZfUJV1++gDW/bZ9ZtsTF eq2eKXftfX7sPzFnUN43OKVUm5I858iEE7MJKSeSI5GGTjqccZUe56oCQXE7ejUgWSLkBamKZXew LTBDCgMB5r4G1Ch49bqb0Oi3+zRZiK+wr4CZFAf7FTYLd6QUhRwnbvtnFpAW5kE8JQnSpg5lkoTJ eP0hzn5jqp9dAYKxHZjtFAds03e3/MRtnpWZeaVF4YBZKUTNQhCcuv1DD4l5Q8gpDAEJvHw7B8nl S0ZA9EVqgDI5IUOIouWieswF0xrZG42xWwnRiQHsGTbHGfBGjilYESSBxrx/LN+mnfxdL/GZFniB vtJebOZKlQ24VQCbM8dw660x4IE2Du6uaUkGp7DsPpnosrmebhzN/YpiFH1v/UufiMjZeccyA0JA jCOhi9Ez6tZ9CIOMcqYJgRGzMvZ2U2ah3gJFyiF3tuq2thGa2yaqzCK900sfba5EA9RqlDrpwdeC tJMkdnfnP4GY7zpDa6RvZM95SOmFFbtu+Jvqc/gjTqY0e7WcMgePjlKEIlrOZ7Ts2Wu9saJCVTkJ STiMlsbnKUfzH+7D0m3zwWh2lhGkpD2UY8pgBvEBLiQign4kuaeMnRN4qI5Nm9OSAAtHXiiStHCb 8/l+QqZoaYNrG9/2PxcGQUCYR+CLRmey3gV04V6vekNRDTtdxtap7IkdyaRL5SuI8aFm6xlTlVt9 GBd8lerhruJJ1Q8mNWdgJd4srT6zJ8Yhmy3PlKyaIeZZZCixnmG3rUTMaymxAxtRVTXfwWKpB82O SDlqDKubFX+bhKk/ZL9JuLoMPumnH0rLTSmyFDSri7zcoOB/Z3bTRyI0Ja26wtfEGtOFVmd5e16Z hZuHyJ+RhpC5h2Qj0iUPbR3S1oit7f46X+Txpn51N2fD7vZFzzrTFJjWIGOjxvzi49rTMxyYmRLp +iXbbJOZJY70zhgSEmQLNivS5XH4LP2if8eIMDNf9iJ0gJoOchy+kBhoAlF5DQLSaNJr86TPTdHA cGAcO7KvxMisEOFuF3RwlGIPOhKvoCY6kh1P5kNt/DNGxbqeuOsgKIdikk8VyHIAIyKBV7VX0kB9 1Jn2Vf9uPaleJsGmFxHZlRpgwM6T84K2/S8C4qFkMmMgO/2nBp9khoxer1tlnjmQoFqx7GLPVM4B nW4DYlcXz/mLXpNk47Sa4Bwc4olCMvpsDudEdyBzO/e8uwO+e7/jR5KmQRq4PokJUqRBd1PVh+3u LXC4axaueaoA0VgLsw2+Ugwvc09Qm3V7zGNCRYtXWLN3iR3drukIkwiBpwCVUtS6xoMOXIiSW31r aP+mgaLm8fWwus24btdHD0RoD75vycRKebPLDdVDeKTTGO77H/suQ+O1p4h5+r5Wr1+3J8n0Najg DyQ2lN76aldK7kkU3TWcMg108R3B98dVvbdlH3MoRzzLgNSuDw8+6Iaqe3dBGa9w/3Duckex77Fl Wz7e3BTwSEyP2/2h6f3+uODC9d8PVH09Hr7+1fCX23NNWVxfI0sc1/vzdv3f4/7w7IGbr1F4Pq7P 5/3xPz19P3X6uNx+bvefy8P75703evfIBXt9fS9tfH1rc42G79vzWvtnJ+nUQcfQgA/ScDQ2/0c0 nEgvDZhWnheD2ut7+7k/nuhtpRk1fY/t4/ZEB4nev2PNpQbwyXc7uuSGmBv6WdzF0D8E0BCJOeF9 6apO+gpmOovbbdBNEyU4MzkqI5bWMCUGchK5QS1zCubNSrNjH7chOYeDAtSQEfjU8y5ORC7oHcfO 3aidqxiADThamtyW5vwbYwMuqXFU3m6PTzd3fD4vjIVAaN9XbReRUM+SEIacDIBbfFnp+z+a7gQx dVzbwvAoXgXSN5Cc+Y/wff8SN3UqASNLu127sWxgjllCQG4SxJSV3rrXPm+z5vJidhL9+QVW8lBr C50oW5g7+OB3aQOXNR8sDYsSUtca1gaGS7ml7Q02l66+cKsFsy3UQkqdVVtADHCutnngODTDIMbL 0LFYrPSWv/U1rz5CsgtnSRqEtueEh0p6Q/DAFk2iPIyBgcuxgWTz4bZyE2CJggs94bAJC1l6fp3i A+P6Be2VgCVjFl/yA2zrclVz6YQIm6FlqeOK2SJ7+Zj6wuS5qMsMLbBCsnNbphr/zFBYrfGpdDas kzsdMV1sE9M98BCZRRlQX8SnyBhBo0Mu62vuF8iKU7BJdFUtJfYpwjnkZp7eChUSsQPj3I3I0enK owt2dBDuZXLMlJ2VyaGdlQQ81TW+P9o8bAMCOytRlpV3iuBmy0rjG6xJ3r2fxafoCTadxnKKZWJy chXHHA+Y+6FfxCNCkWY2nW0qzZ7YhhmlF5kvliidlViUfWSuPIH6mWjf5L4YN2vGLuqt3vbzfsxW vrRIQWNmLSuwEuBkCOweFfxBx6j98FIDAlzdV965xG/iwBFDpER8+UdxTspb2cxQnQwXAfkIg+iT hGJ8x8t8MkdKyQzSlI2AzCDnksDsQeAIq4DRU9IeYGZpUhKTBTrBp515rfO+TM9gM2Q1So0WsmKV oJfVGkSkb2byfEGej9mmwb8csFSzBCE1WbV/rMtLMdn5tOWY/x8uMZ8i/ARKRMGS1dOvGftTMSoN a65OTMDla51QQpf+qqAIUbGqb8wHap3VpnNcJ78JcBwhuV2GaLA+RqYRMearM5As9WzR+PF+aWOD T3Gn2vIbCRSjHyHaIkB9VT7iFFiQyyTUnJ+KSdGZkYdvp2cYiFT5OrMPeifZq0Vf9puEiY5/tSOs ziph2vTYXyJOVO1UkNi2r1XquukUJfGKNf9q+eTPhI7ECnB5LhmZvUWRTgpm6kp3iqgr655u5Duo FABr86DRYQDtO92HXZxCMqPdFRMrOFa9yZFrs0zUBK8NkufR6b5FwhTscbJhhbosRCEHB+hL2WY4 BSRmnOlyx5RvfCZNnvFcwZJj9oRnYswR8uguIGchjuQenCv9Z0DUkW8Y2BdDgxY3wjsQiwUaHnOv 2DFJ2PW47WeYgEIiKvl1mnnUETm5USWKBd8ChFDjqHDlaU5NXLYeebDD9VzWbl0GPPs32mfQz6/o sqJQEmAK7bcSG521qDK/BKEA2LlCwgHM4nKRrYeQBDocIkUG/OREPHXLJ5OkNOkVngFgKX5SSu7l 9U7IZSxLBKgPKMpwzGbOMDMGU3LZKBdViJZEW7VgWunBWhHp5PAGlkIhs4r6jmw5vCc3x3qaIjG2 V9ZfgRhfebz4vDBsHqJDj0XDUxpJQw3LMtCFFHpFFSGLqIrlHv9S54x1xT9lW5TBMVmqXXEkgkpv F9cPZnThAG2qPsZBXPPluiZMHuiFfeRhKnhYNGFPREo8gQ6rzyyCG8TUrodCHBxeuCzmaBCi1zXB cFw0NLLGZk1NHWszo9NTktOUergeDpzIpDNH1xQZLA+OY0crw01u+ztMKOiLzpWonIMbKkrDhMZZ Mb9srl0T7L1Li4eWEC7Q9G3B6nGL1/mJ7NCja62m9K18LtjtYo3MoRaN2UoJ3C7jsh13dkqYb5nG K5HNolYu9JoCt+CnldZ2R7dEJYTLxqjC6b1pAlaLZCOJApfeThExNcWxbf+6hPfxcosSskJyZkMd ISWRgKarFCZdS5N0CUjfZZoZRjuSvehBAcl1qzEdjQsSFwj8BjQMm37Xe6daSzA8vYp6wpbJatEt cpIdwzzXocxA/pgod+ICzLWtCE4RvxRHeqT8IlVmjfEWaundNUbTENkMujYgV8j0mp3hIaTNbMFb pTKX2q61picqPiWv+J/j87IkZZ5+ES0cQV+2ZJnx2z5nllZ9fZf01EuWtoBMTto22kqHvsTg8zfX 5zLqGQLyHCqQ1OiQkKehSq2iWOCbsvly7jBDBpTfSV3sMFDlOJ6/lzP7D1wEyVKXYjoHDzFSnJvl 4V77uDqEZDKuoVee5lSwgkRYgzbr4U3pQRot2kEc5Y/4blTIGBx9mtNIxS8l9Q163nneD4YQgEUd e67b+HUSTMWI0GTpknzbPs1GMPCjeQUpQg9i0vpQhRSCBpyvz5b/FxSknaREs0QUyKsjYL7Cwlcz yF3NkaSwBL0cxIX/7vc3zzBUt9l/C+ERmV5+UdRsjK4jQaIJawOwMJ8Tr4/IuYChVuQwcuH6DBnY 9GS0D/fssh4/UGAP4DHqKVUpgP6ko6gtKJAOLScsl2buhp0HEWpJhc+CUDUcSxK5UrMf7CHYuXTN Gl/d64peq9xEezqloJgtBPAsWkMOERlr0YgndvZAqr/IMXtmULi749JCTj5CM9QaUJtdYV5kRBI2 o4QJVeMip7rRzFmAFUi25ypm2KjIrAzKKjIWr3M3L8s6fiFw4ax973iazJ0XYUEVM2a0zj3xNiAi AP+jnSbanuoJkM1sTKGFAYCa6m5ztD7CiMVsBQ7+nF17XSJz/s9tHUvXiOvECGZ9fCqcHknus4i1 9G0E3EuefbYsgrUgcgmrKXbl1PlZrsX5yOCoVzY3wtCyJ8vDa+gHDV3SEVW276JWqhSdBnFRGlu6 XoLfppuCF+MK2+BgpUHJ7UF5jJEa8OQ1ZYnl4Yh0GXd4FfwLIlYPRRtc//ZI5GB5rVQHl8bGIhiT n9fR7SqpYNkZ4TwWIDMM7CdRBNxEZxsgSwu3icn/Osp+CU8GlbKtO6oFKo4HMZRaRMmoTMNDjKtR Ob2EpCbmeNk6mnkgaZZT0FSfMthqNJBqkQE4fRfWKeVodvkRzVaP+HG+ndhkjTXC6TJaE/sTzFe8 OC12qHG3WhfGS5boqljmx7jUmowJpLHMJORhFXCmEhj1NQFNAi95rDn7zTeYlmlllJmrQG9yz78i LcurBBJ2YSitmboDDlm/DJw4GUCqiQBjkI0OzMSYecmum8wkCIvEGuddKSoZEGGdLdjLJnxuuQTi iG1C7YjpofUeppYxOqlDsovJowTDJYUsVPlmi4vMpHeRXunj79lAQu9k9SGPuVjYhQYZjP1F0qHG 2J3VvXy+hoMVFe3bhyIVSQEtqNxob0zW+IRv17zIpCsTNhdxpYSRVTItHL74+uJYd4l+2zikNiZP OY10aDP0ssKn6rkMrQqoKy1NcvbD8JGGt42KAoMjGkqqiae+ThTq29ARxbFqm34q1bOTvHpuO/KI n6ytl7twN4qmDJzOB5zbXoj10h9tjWaouAA6BbGcA/CKhgv5srZUzgEVJMyGwcMCBmZNq0NFtXC9 Qqa3LnBVVj5QMAl99XOL+0VnTVxxs2fzlgj8/ImG3xqhgvhvMejWJfUa04UWsFaPVVgG8+szO1fX 8FRQDBrO325aqRqmtbJNq+9aQ9EX5qKqjurP7fahB8z/OMLtr7l4rTFiIbMP/xFy/6xJKwsSaH6/ tIvr4OnyovL29furKxsjd01a52s+awFrfuvOmsY7f/5ZF6M/d6c7Rb7hFNFTo9hEOtaC5b+62Vq4 3urr+lLXmukkcP/5+ScLceTr9y/iieTnt552YegP5+a93zHuRzi2tFN8SxQKcW0YEezNaZzXHUau biqWne28zsWpH33salMf6C/hpiUKcz6UeRBXTWZTLlMSfz/SUYES612wiJ07+izcuUj71v3W268R bRW/fSq7awQGSoOc47/07iPCNBkpUV6xsSBbCmfKsp24jtoMhtashrINKCP5w0qTGITSbKtXonpt O1IwPtXXr5ZI1pq3imRWpOYUsgvik3pZzYPGfJoV2yI7a3WA6d8+/5i0bJNxnJx8mZwmtllaDOyH eGJ6q/yiTTKWSFGK3cKv0z1MpFwd8eJIMaIBwFrHPq1ym7KstMeKS2eWtZb+YEaAAPzFHZ6Fk0pO Xyy1KCKCwITSiFIiqKniRo5BzrR1SoLjRXvDaqCU01WfuJDpHwARFFgFuOatwllF1YC104p5xTPp jY/FSkWZISAp8CrliLDqlGIKQRZR+36MivDgCYQQDdurz4xasghgiBWqiCkmwjH0Yp8Fu6LsACLl FPnoRYpLRMucq8HhnmhF+EWcFANE0GDqaCM+zL6/8ggCIOrESpv4SGowtsgM3IIt6ZBChDE6aGZh 3F4XA3FCgGGjYqzIiViC6qoiOhEoJXN22oBoxVXd1CTgs5KLST79+SD51KiZ/LosotxIsCSAWbMU tFGyzoaD53EZuyi5uE2Z0pLqr3azDIkhdy3Tmt8wO4Vmphb1B+VcmLkTdFyQrg0k2WEf8Ue2dN7h bg5ZvSAdz5udg3+ppzHJE15hMBj0GTvhG6QkI5LMd2E52SehTMsvhaRT1kCjzw6SfaXhsV4KyIvZ cjtkUoiPy/C9ZBPyWKewGwRYZ7k9U4fhBF38YSQtQaOkkbT7MAWEQeH2HI3FQ1oO75Olbw7f3N/n /HOFaAWOU3vYIgIScn7NiievNlV9PHe9bPjgKmXJErHlsER96swaU9lmkMLie0ZhYidwDs6SA6n5 IzjCQeUl+X99/RmlIgtpi4Dh5/vPv6FXkSuMFJughwgWkLk6JvL863JtKCp0WSJEjcVCIARhFKZy FQ2yTcJmhtnsHIgVccBoM5tbkIp9MchgLBSf8P775iJqly9dasw4TN5lRI+apy+BxVj6v1vFI9kZ DUoMu+8BliY1P1LZI6kLdTRO8mFgY2vogVd0B3RsBokkvCZhOsxuu7IzW02qaa1ygzVU/yBbXkVK 0ASnfmHAX2pJ2ubJbBxmJPmVQ1Jl89b6nskQkPWWwZ5VLAvn2ZERlgfjb7UNe3IjY74x4Orr5FpE wCmLyh4gD2to/aCnjXmUW0YFTuOkTC2zN2t5Tx1SThbNEQYOc9PcHgKwpxDDxdXizuoIOJ7VmyXE Mx5YdQkmS4NwPSZsZtzqzpRQ93RPlpsfwQQWHp4OoB1EqBQuhHFpDwJ3t0R2vnKVwHzqjJJ4/8Vt ib1EOEvtoKS0vI70LWV8Ka4fuSdO5Lrb3lMsKBktS/eSCkpfS7uRF0kKAtMqpmK/JNkhCnd+T3al KSTVzMxm8N6zl6C3aLOd6QyguzNA8dJmr2jJuU6ornIZBT2xFLnm7zaHtLO7WXtvoN2bqInPwg1N 1RPM93HscqaatkCF5twXkCd865JkLk9lyEVz8yet/Lm+jtPJP9tpFSrLv8mHLJ3ZnyUMINGNDE2z wSJIxXFBJPsVGhIUSitnIAaVICZQrRkS8sguiip4QExR3uqJORpZD+MC1UIS/wM00lsnMg5IBQad G46jTFBOfdkBawlXSUNDxoRMpB/wlfFkvvPTWq9CD2kV6ZHEK4JysjXC+gkWL6oW2mWwriwgziKg mPTQB0phvWiLU1LqU8PI6mG0Ve3bGStG+YSFUypRZGtdzssOt0GXotv5SNCWYmiU3o0SpnIFytOP e0Ywda5aclNG9oMEptlpxLhbKjyVCLfPL56Chxp6VnqZo6c5GZpBobpeB42434GRXTXnq7hjs01e ykvvu2pnqRZEqeYABlmvwrYVsWHuywKZMyrOzJQrG5dZmaC0wt8Mz8NdgpVWd3+QWvJ0mlW5nNE+ SVWqL0RUnPpot8w4p6o0F8vRZAJ5gjLSGu4H0Z9xW4RDspekqNzzmJTI8NilbQeo1IzNSmBb4+rO e+nM5IDYuSq5UXXNG7U306nF4uaT9BpDrWZ9doEIXlxXIH3tKDfJr/akL3w4txURo9C+6E2my55Y S0T6/54n76sVMZ/4VN9z52rzangCcSwLtJCPKlJxsRrf1uy+U88GfmbBNDYoUWink3XFNDNBYWrt 3iqr0VerABUS2WTUwiTbvUAOaTXtIC3L9Gq9mnbae8FT+tiHeU1i4EcUyjaqJhzOVOALUxZN5IWE la/ya9ErEw2/Aij+0jaMlzc5fOvRlYkOiHFs4FLAnMPyNU47v6oBTmiWFsFsYufCAkEgkSn64xcP K+x195/AaTU5o6N4C8TxzsXRwS1N5DfPtqDsQA5vzbCi2GTCMp1QrjQGfFSLGUieJeHeSIXAqT/2 1IKTllkeU5TTKCv/KFaase/6KTOpuqx0O/CCyiqqmr+DdMPNjOul0Aj7nxhQHC6HYxVeyIZD9Gy2 LLPZ/Kjp4KSMSLpbYpPkgZIXNdySnGdIuOQDkaRLSTzYDO1An9nK7JbZSKvM7USESf1pr/SbOiKp rMx7oaQUNIHrgvo09mU/rx933sIkPlwgkAfZqiHz58kCfy6EjYTGcpgC0IAss4lS7pgi7HixUDFs +o/f8Ba1bCWJrjdoJASpWZp7Qgu2npvme4MmOITiyN55OUG3M/SbAEPsOsDBo//Fq1ITgqprZkXO COsGjLtBhgHpovHhNfGY8pMT1Yyo5OvkIMpHCi5rllk0b6vHWwJQw065Gj7sJt8K1zzHqRZ2Xqce x0kgWmGmrXHX5bkQN8CHVOAhdvLh2nTuDGsCH0cu4ko8/FdaVwNOkLI1nVuicMth3UoWaPZcGfAR E/gQ/aM+oeOpp4j4E8Kn/jzXuiDczWKZnvlrpFvISRUaPgbpccWGsDJ/AA4iX3AvdRxSEG0bM+GG V6V4vIld0nk5Uu6f8MnNHLlgOnQif9/LIouXSQzP85qtlj1CGAYRC3Wn0wvr1dDLbMc8wszpdMR7 CRMq1jmyg92aveopCTB1TPbWCBzkU9bFZrmswxyKHTWALHrBi83jZ2lAE+KOP3pVU1CSkm+7HEMQ 0qfqtZp8ICG/sONTJhySWFTOw81/eGhX6p+eL+6SvF4uz89P/dvtn74U4+n1cn3q6PXlP6+uvlTh enFXojsqr6BcvPR1nNfn/9xj6VODX576XmEnOMWHl8vl5XJ1l6RwI/520pN7UtyDWnN4t1g+eRzZ cys/uc3B7rbN7iM0OOv6dvHHgq/XmsnO1zj+P/ePMsW+1PjNwhceYd3L08vrk2eFiOPvb/9dn630 hKBsz62uZdHCX03sixgkeFtijWhxj3HWo+4uz3rU3f7aTY8FeaFTrOJZjxtpD7QzUsaTlZswpxDc s/M8Tc7gzmhZTE8/Nh0aDWcGHNu0DG3E6IhnsW0WYh5lSCKx/nxf6WJaWVHT+YChrI9NBrzQlx+j peWSJH7sCyCqzm2rwKSMikhqAq7q3f5l+eFzNGZ+fRD6tZcpb+3qUwhQYkCw3pZzASjOwW2NaBhn cce945U8hnfYHFl7Adch8O4rO1uCeVoDnvICAK0nA+8cZYScUnSsHGOYLDFX65G21oribd3kWJwq wC9aaWVwEzNmvXxKsaZi8saoe2lEyORzHgGOuszkAyHAtHyqPYoVqvOr/Ah9Q5KiObIKYP7WYQCD RaH8M7LmnoZrYHE8PBYeVwNU3AjTDoIaMXFztKivSI7gGNceCwCQmos7gILCaFPd7u1MqHrl7+YZ BMOQGgWIwZHBiTEaO7NNiY6EYCSWVYYRFDEwRjC5UXBhyWddxzFnFbkblYlKRCiKpS9qFofqUCdc 2ijsQUiW2ooIQG4txRZIuRX9TRVxY4SgLehgiCMfuS8ZIxkUDuEHToiOAR0nYLxUgShCRQQqWSqR REQTwivnriq3FhEGcyHVyOA7CSRj8PAQcsU4MS7Bpuei/OqMtORFeqeoiibZKqhjtgTD0eSRFBqY MvXzDdcJkFUJTRN4PmPmELgg0GVWUBDnHSccat3sBeWBOAZFFs6R5WhJpe4wYRmpJ7FMObkdm2xm 5o/g0KP+DZ8uegr70L5Q03QGcHyFgPXPA2ixge3CIzJKhNsChGh8EHH+yjHQQ7cWSlASqhKZFmwn ZGPwU+O3AUECYZTQd5Z5yYCYfaePu4tTSQ7Sg0dCg/yuTTyr5OYvqdCLCmc/ZU0aUVwDX0zaofRV lHHEtJpK2M4ujgOaj21h1MXQXEjmHaKwHSKWtZm7iQ2bskqfmzSO8OW54u2+YWrI0gCsqVkAZi4o Z4JmlL6q0GWNJeeoKqUHBZFQapTNo58Dwrekhk00kv3gIutiIRShisJ4oigiFzkOhtJwxWnaqSUj wBgUSErtPJ6ui4ACgUk4VTbFCoQhgasiDlKpuoB34cP4gggTKGoKAeaRmfFFoVCQLUkTlwTW3NaS FhNYnJISG1vM2itHqNlzR/0rkBrlcqqocbIwH1WbPYo7I2WeRURmVkh5F5arUjMtFliLCIpiDCXW kWwC2HBnBSNtmaEtW+kl7ll1fLVx13HssDZ1ZQ9fQKiDvhZ2D48oc9z8UUvXmBUz1eBsuw8sivR+ 86g+vfjCMqsKquJ7FFpg+iHbZrc77mq5iweTFLoJbqWrWVx87rEWHcWmV7KIboml2g3uS6LIAVeT ubmI3qQ1BaLDO7GP6volUymstB5vTw2aWuY2o2lN4ayCqWzBny5O470HWC2ziW6pEG0oqJMGxnp+ hEzEWo6WPxAMXqcIGUf+m2KqFvZfxNSgsFrJSosyOhrMyCrhRX4bhbE2TQwQpM/BijGqjCZk7uZc UMnsOVdu86NUr11AAqUkMeqRiqwy72RdrB+0oTAfIbSgpFgtTFi1FykTxDHF/XRO6OHsRLabGvh3 M+Q6LMcadR2JOiw1xHI0YfgemUIjKdqn2IuOjJ0J5bwJ6nrJOMlKjCBLn801ndVIpIZqAT2epVXR bRBMiSrr1LHgTko0FVTeHu466mxe7225kIIBTrZ6JRL3KSVoddlIyn3+uAQv4YMqqQwEJ8mhuU2S pUjcEOXN+4eWmKfWND4c4HVytx466ENmpzHlbNq2dO7bclV3yc88Y+Xy7PZVE0YMUfuqNZZmRWYf 5kCHWnmSxSlleVtYzZJLPnv0sUQXJpdsVzA2CfWDbnZiImaYwGMh2e0JiIgICxFf1uezHoZzBieK zBO/TrZoicdRc0fJDUrTrI+Nobt2LGRMJgHxcFLEdOZHzJtJ0M0j6cFk/lbsRhNKS85LnnMkiJv2 W4JTEnBQmXXyXQOT2hOTQxxLw6kzyYp+r2GjXIX6PE2QElQiU5nByTgpB+mEwG15E9AIFFmR5fo4 ZG5l1DghFcx/Ms5EUUmb4h0PbAVPq8KOMjMGExoi5VPjskYf+nK2ZfhCidEBBw1mIUnUaxwVCpOg N7GIiFgAm1m5z1hdRj2z8UfIL+43t592oskz5nqhLbcdZNNm2VqGRO4VGqZqY1uuXXrI3Zl+4dEv AXYNJIl0TXcX1iFHydtJRVl+ZsidRfWy1TKBoIT+2QSfHXVibimwfw3hyK71eItQStlac0KMijQ9 Cq88inUwV/Jgw2Yh86jlAomPSP2qsdBQ+YxlSZKMNQqYdF0J9DqPYCyES8QQjpyOzZvNWZlUF+jx YqMRgp0SWZzLwVw1o0qgeYYVJRFsBRSEI9io3smcraHPgKUADeuqIaBaLmk2kqx9LZElIMQkIthV Km2K6c8ZHqNE+mVg8RfoehsoYY4jJJZMMaEMwQzKjMvgsFN6jpbSRdCVppydBuzAZ9JkXKbvhdM6 noGgNEQQy7zsKmBJstkxyBLiDDNlUOWO9GZAC2UkgaPZiFPaiHcCKRs4WUFSZEOm90lrMeTcRHJV hUGaZpC3euHxIKkuAiyaekoVuPZiHIPmlOXNZVg5PtcpdKKrMtUvYhGFeb8nwomr5JMfhSwL8X0j 5eVVf4DlGBXugQOOrtcBKkuZ5gSlK7OXFlryMFdmFbRasQ6sF381NkIABJN1k5bIZYpcXkwo/MZp G8qipefbg3vQC0qs6FC2l+YMbC2JjYF67KQmmpglRNKtL6VBFuCopZEhen3SqmxsYFTMJ67k5TuS JCqlOkCP9E6e0JNsR4cJceh0mOgFoWEQmtSB7Blb2YVpQMLwrRaAJUWW8Iwi+9sG1HCsZE1ODM8n Hz1SRjT7SxQsAUf0GZuMI72GYFTFuvM7Rl/KEUrSqBML2PjlpaMwc6IEvJxIiqKUDlUSBnkbF1Oh QeBMMLER9UkD+osLGFnySf7QgDG4LGWKtTPLMpNGwq7CJbednTejwsMPC5yuBqEz0mJqF30ioiV7 siTbLOQFT3s9Q0hU3I2/hEAEEWsDvV4A+Wo9H+QsTmwZTmfKTGJHmoGvoQwDjnvX87KM5JSjftnC SWydBlKadbkDfqr9nSQUOZv48MApje4RgHYhAgRGS+YMoEKTHKm9eyuqQZzKdkkGby9fOQiXoThS 9YzkDxeSyI26OY6IZsauqWXEGfnKhyQW6qEKzpia1nqSVhl1gYsydl4ujD0KVHwyrfmRlS0lF82X ITDigtz+xR/aCCNv6sVDxN0fxyApbvO1hCnPIykKyZhlaERQAf0fU2RKJx3ikKnSIomF+nzgY/aD 0i6XdZ0NwUhWGodLZBuFURGKMUXzB0PA1gCreZ0W0RTYJ0UDyCS8UOGyH8FOqml8CMu1ijIpOeie 8M9HtchM6AajtUqaisjSoTOYj29xKsMCr8zEgiXVfYiRfVCLPvBUFDOIbhG1MMq4auLtFNQvCMRJ /o/QITyGRmAWYc3yCYZR1HmYP5YiGIuCVHrsEkyG12me9ubCmSBUlERheYfxKJY1QGY0I7iL40Ul vSBf1FgvqfaRKzN7GLjGdb229kLpKtYj6u6ABmgXlI9oJXW9v6yyLZcmt4Gn1rcdVy6YmVaTx6dd SDezoO+cmgV6X24qtL6tRfV0KKHpPVqhVoPQvEedEXriMiqx1zasOV+338SuVdV+1LGgUL3Nehjl EI7ICNrhWQgu1YgQtG0fY5sVEGzDTpsYdUk8YaMNmhIqu3z053888cBwV/ps9XGhzdYiyVdX9XBu a48Juqmjrsm2G9k3S3JJBxl6a22kaZul/ssEpcffvlBUN3m92TbHVvS5q4WKt6XQ+c1Jt61dF9QJ yM4U5BA1cwi5rmcPnhCIT5cVb/GwS4H1R2nJTjVETG6O138hNULBCkfa4DpCNrnSclLVpWGQGjP4 zH6ZvaPIlRYQHgHzBraVIakb5mQsWUDpauAsXf5sTmGoFDI7zKRDp0CPMZpAesAHG51zlBI5LkiX 4XLhcNjiO7HPmW9uwJsQYKKsNxMX3SxB9BI5LMVP2/B6WrYHWJEnZxhYFQra+42YXeRCvphVdr9q ZwjILRe8alOaG2DCr3bYR8iC6bAM12RgAkI0NyPrCGwbUOCoe3gc0Unj8oaV1q6ZNWHSrMZXNul8 BlztxT4NJ6mEjfoJSUvN6/AqqFiuB5NiYAWTW0xUl7snGvx0tY1X9CL0Agj+lAbgLEFCBJhW9RyU wlAHSTMB6qeFtR47n3o8C4jAv9TRDjm5rN75zCV0M238kmaa9H87dnZdl+OQkY9YTZwleaN8g3DI n7WnDPTrfHfCYnCxJBIMaDIoXflcHl7/seOJ1y8xt/kBGFYYcRoYUHnbUj3E3U8WCJ2iNjdPakkF 5pTC24YX/m07D1+mJiP1RBtZLx9KMXKqaRw15bA+mS6J11vH7T1LjBS3HaOJQFgFegEpmnln9th+ V8QkhNDTj1lDmKhyLQK+NXt6xxIujFsA8icHjUEkONn47vhewmZIJlERRyXkOyaVgS3gtxMpt8Vy y6oBxLTnytjXe/qwtn+ZgUF8jy6SnRhhMaos2zFWMCfeApCAL1FFYSoqNRXXaFRa0rm1SuqaFKOl bpJn5pbJlbg2nJ+L3CWtHSy54nLOKSBbisNf4YaZfEoKArw9KUtE5BIGbkVjDF9WVF7kZOE1cxLt xc1MwqnR4dJ+PCqZrXyRdKmHJN4YkvlLlRhTWV6X0cxTHJegdjbDw+WnrkXeI/eKlyx/ZUjZO4q9 k3kHRRyoNK4XEqRqgTKO0v2+y6kLf/UP6+4SRnIiDd5Ut6GE2VgHlCmKBaeU7FS5SXxSQcVC1bQT /Z4+4AhErZ9psprJySFht3eOdsr+6jGGQlkHzWZ7LsWyTQLh62lWM4qWEvdnJQkaQr/SztFvcGl0 RJkFkGI18tlMZlx7Co77DxX18MRbYctik+rQEDGBP8bzz/ITGQgfymrkZ6TQi3WkV6YFEbVLp5ry xajD0NZlcl9UTw0pDhPpjmQMiLAsHCgltdVuxjjE9S3Tt05RKz+Md9YQjXkaDg1w1cxrU0tMcnA8 xlKFY/mfxLLOWGYk/ywSFH2IhcHXtzYXiSRmTgemwG6zB6gcP4UPqLeG02gzTE+h8UEIVdf+WYgV d8mlTNWHoX/HG4q+IgnggmJGJfRQSOTg0YwoV+brgoIMaJCIL+lJ2U1b873Yb0z/whE8FrPO5ltX VbrXQ/6Ef4PbBmFz+7BjT6EPJQr36Vf+mxkGfDEN36AD44hm4oFOliARhLvslIiRaj3KxF6O4hbF xFOEcMHIjE4RqX28gLVrWfHqiAO0jcGTCQC1ctIIYD9NTOCqBhGEIJlimQBjKzpl6uizIG3QzVCi RgcGIGAiXcYLdTKlVNElKkSdZBW4eocXVzUzC68jJPt14axtz5KyqaOw3k5p/BJSduosQwlD7PP0 XZCbdqir7VSut0J+MaaksXxbdt02aRz7Jy6YoeSFrIWJszWl+zhsk8NT7pNP1ftqJFWWVrXHVMeP WJerlQ2yso7vVo5MyHyzYYbmv8mO5EuMYm3JFMlI+HiNNBgtqElxuECalUQoVuM23lLiluiBbCJp bJYCs5D8Pjn2wIqy+kzLUeMtw+V5nYdC2/oOwbLzahwoUdwLOTDDF/gdI8uo0FnJpmsHZzO8DSpD qMVHyMwIaUGfaco4Vyy47Q4SeluSWznTJWLGJGOwAtqiigCXceDO5RXmxDgwOOetI2gkCXTTy66b OMJKVmLQQQ6B1bpeknRG05wF9woZjDs9jyj+FJrLtl1mTWUk1s0ZC+WlRh6xO0fOo3PzbYQe9KcV 2ZE56TSlk6S/evK0AjdaojMKwaXcQQVfzJpFj6Nkqk0yqHRi9JU6OaulAhNzDp/W6Cum77pJdk+o BVwAR5KE70Ugb14rDbyfUW5NsnN1qgvlwyaqz57otHymVULl/CdEY72Kr1C3LQf0GAH8oDO6vEWr lKIuSZvzYveWlTlkDo0JESAPM/RT/gCHm0fUqNL33jwgeoGN0ehdIByyUkcBRxjCkwSF8wvRvY2h y5nKBL4ILutr7LqX5OzMinFWicwpwjxDh6wojMuWkpl/UqnMsjw9bdFaMOiTKjM5H1PBO2Yq/hkv jrM7BzdJLpze/W4yAitb5sgBez6c51FUHTkfFw10/CyQ+RCTCVkkxVVKiwi0IN1lg8Vt1VA/zCA4 BFE5vzMIN7Qv3aUiqWtoNOsrKc0jPtwaw///t6bDXdcfQngogdLYVjYe0Z1NKmVlIwCRVIM7ZymW 258vKrnz6q7+BRgu/cO4YG6FcrddddsjVxWFfFRFW4sC/pHbrQl7XiKc7Yl53Svrph6/eu3U3evo JLtmesac+4bcr+PZGzagRhMhWMi07tlMAOLiMv825pEAKnQm4GeQDLKcRCzdl8RxG9OWBZCCXtSa DZj3/AVslG/zfdQ6P7TvtiBDu18Iv9hpVsupvJtQse/AjIamojhQ8nlVR7WMhz8qCNQLqMcfml3c +S1+nP7G560veg6KVRkE4pM2PZIzzyEv2JKQAg3GwAAJkDkxAETTdKKf5bAoL26zt2WGRV82tOZk loaprK07rWKS1ZGzqYIRwE5G+PU/Aioqakj00Dmi7iJU7Y5jx8DQqyRbyASDGTLrTns8iuMomCEJ 9pm8D4sLlaiVXeaVHiCtUIIGn2Oi//JlKIE1ZhgkhbHzl7AN+3hPT+FwcsYusGWIgAPvta9wQuCV 6vCkMIfOYKuqikdUR0cMz9sVJQAAQyLBseJUSBuyjmtSmdM5SQ8v0KsluwyOhweIaHGKFCXUYVmB Uv8ojxxCesYmYKmB4Ib1E0kcUV7umFMuFYf8rKXUwYiQIZxAuzHshF2mm3FHhPZ04SlfR3ZWWgcJ uNGBf4/raX08fA8rhfzhqoy90qP+MXbE3KIwSROAMUh3AQUwGovsgnUjpiP0ltRFQxjbBxSfB6V4 KGhhuvMTpOC+oIjH6tkszSu+Y2SqiZG6BGRCavUHHe9LsoBvGhd/WED9ZGPEopKAMh86K2Rn2y5W qsJQtGq0vKDJoX2hk4oBfggs8agr0ZWKT4WVE4R+nMZ1FZ1okkl0bcuf/utCApqrf5uf0TKJ3rn1 RX0HpemdCCzV+C5b1C42gGwlLT1OygeKGqVRVLErqxXL1ud/v15+2gyghqrAS3omwoWdKlurMG0G SzmuvLbIpU8MInXJbUEsgmibaOKzYM1iuyGLoFcxoYqNlUeXL8mmcE4Y9BfdyPYMwwrcDi/JMqW0 TdnFhtFfWk+Q2M9wrk+ia8WTTxGPnOLsrqy1dcebvCe7FYbtC2qGqoAu/Pkkjs7dTL12o5WEszSP 6dJvbRk5UuZBqlmPdPxYUlrsYRPcNdPLp7AvOSlDrNGdoRYuKTGQVCqqxYK9qTNtgq+SuROYj7hm ID6CBo5XFgdZbbJlA+VZroNUJyaIZO4V27QCv3MgX2NaKCR1RyGs34A9mr3bAwNrWEkuC/R1w4It qAuECYJZ1D7antXCI3JDQwDmj+VM0xMD8vtDf8AKGLhBkb2UqZHBJLKEh8RD/6JV3hWyUXxQ0vHD XfLJ8YtuCDAD6SGsDDyrWXECWMpbOtjtJ8vNqC7WHd0zb7rVg3A6WQHtizJLdkwz+yQHzZwMLVjs a2+Q1bXGVufkXc7jIDVJHOn6LgsnsFw1PyhXszZcypycsqrQiz7df7hJ+jDIzP45yCUY8VBFfiua aQaBMK2pnI43NElq9C+DSYc4ZiEV+1ZqnhWYNhKT19TdXrhUWZ9Boc42lppHZ1EnGJGEJltr1h5m kTwEyTOR1O2Ffzikc/ZCGUWtcBUpQJ7S05pv7uMcKbeWVHvASpuJPD7RwiOen2+aM2zISoHzdF/A csg4dEYIPE/gpMd6r4KHSRBk5WkoJ23PmuYM0Sx8cEWvLeejVMSznGJaV+d1udog4yIh8vh7kcJF 7K4I7xYBdx/ogMVKAOHSYKqg6LWpatw1ec0ck6Sf+FhUx1T71SvWsqz4HSZAWjzWMCQgosumnE4C AKZjhYwsOlPwXdhyGZ/ptMjzQxNCKMpCIdoVNB3LpsuY3CZ/zmUJKaWx/pdxaavlUSWzHDBVtQBl mkC9WQgKnYJowELYXpvAEHplEb5nHImOBSzW3dQG+CLdzDnwa9d9ll9Iq8xDPkG0rxueNFsep8dC Iyja4ZjotnD2EqnzOHRybLfmEhtbG5AEN0I/nYcEZpAT9bGpUJC8y0ySsBNq5TXlQAPNggaxBvKo WgLJtYqzRIAiAEK0NUvRlYeGXTiareQZK9e58PI07ymUUMxbiUmE2RTzBwZ4ZBrrkuX4HW1TKMff LSXt8fCTsfXDmNqDIY7TfgZ1LnKYiDG2yTOzYJCZlT0VaAy6rYijdNE9kL6isoSJ3SfgHBM8DN5r nMoyDJzKUL9mMupKuR9f3QU7ooc7cxaMxB02ugReMgD/tC+2NQJVRMIAKi1buhhaD9YM5i7u17i+ 6MfW0YxwSWRZVv5dXuB//up+XNPqFdtTAgbsDHHUlKUfzjEhczExVmjHJCRR2KmwRWr5HMxIz8YW vNCcsZW9dFpmhJ7k460zQF80B77Nj9ld4hpVFig/UWWTK7dGkPNE4WKrmcg8RXcxwkrlRB3wgeBr Ki9xQiypPbIC80RE4xySG3nJ+DgXTGALNV2Kn7P1vIMBB4el8YIbztVaKGHKgTkm5NBiqXsSBciS bAP8z+yz/2y+alZCWk3l4jVJmc1RDuuV+lS5BngLr4ao3tSdslmUdR+nsrfrueqGYoDi0rMf5PFV HPdahWrpzlb6KYkVf1xSH/DXOFMqE988JsjV3tXL5nPQGT1j6v5bAPDCEupbdaUZitrmdovpHgbl CRiWFt4rRtkk1o1VZxpoHiWzVpxDim4T9BHy3J7TMymUyZ6y/9kXH3g0RdeKK1WrnMfDnydPyTb2 XQQ9+6hKtqk89PL++edhHR5F2OMyPJaqx10oti22pyRZrCdm9IQopboxPZQDDT614venJ0EpGCM7 4m6+fQBhlcWVvor6HsFB2MRSEe3xG2iuUQoGe0NIPfxf/mNUNDjzD1U9psMnnupBOPilRDTXciBt n3p0ZN+OgDaFNPlbCkO6BzTbYz8864r0zE6YflcfmglVu2/XgdYfX07MDDotwt7jms7lYKNJByJt WrdnMmkHWbS30WwK1sA2aoywMc+5gul71BUBHp2SzF+f1BFxlbAnb5i49fZgrlTn4Vc8wNq7cKna RZn5vGXTGgBo1WcziYNMVjOEdkiMhaBZbqlmXz8knRXM6pWw81okTtFjoZnuXnQiavMAHKTTozgB CgZ4n9fIImsYCY09VJmdr8ZuDwTxICdGykXrnmMZlcbz5dlhCUw3i3HzugbV1BWAuojiF8+p3NuE YXJpr8yfp3l2cQVHwcwv2Wn1adGxskKKa11fN0DCxojmxTK+L3IZsBJf4AP4TqwJU3xEo6lMgpRC IykhqH6v/jPKA8mCRJtJQiRTL58s7dw52DUGIgNLSsdVl02dMVarfBOFMFtExqQRPYF5SYcHsV5V x7V0NCK86D7u/LpGkd+1GevuW9cVFp7shQVq0IQ68iJC6KkaKVGQR4kXJvDG+ngU27rSoHymCdzV vmMZZFLMj6wQMHASjelQSKrxlORQReRYaWrmUQdbiExTZu8gohCOJ2NgbOdkYuUPrSLHoCiD8LKD cQScW9ccWVxr+nSkIiIcj8haHLXTuI6JjEdyFotT1OAfQyTFbPtSFJygjX+Zdr7vsbYoNxvAyP0p GuCQi0sA5DDyutgfKGRK6ExGmBGN0NSeyYrO4gr6ZWRma1cJmRaNMgOKdO3MVP3LlYkF2jUKDNQj RWbg2UmhDj5K+JHvJn2D8eaAkaEVI90uIkyVUWZ+Zg0/01FPOvLQ3bblJNWu9OXI8yqD6p+RgFdm R8iRS8806LEGFu8Zfd32n3CilTiLXY9+qal+3kRJks72REz4wUnhRqZbexZrcAhJFgMHnt2XsvoK GFYB23/vvqLlA7z70hhbp37+Bfj+0z0OcYNzUBu3gFFdX3QIQj98v4ww4cF0GYOz6vXSs8cDOgfG RFFgToyGFyBDU3juALgGS3vCoYlFh6BKUEMV20FMr1mIri7ARy1YboHbt6cLegIhw/H9OQUW/JIx NzBCFCgKsxM0Dw/xXIOzhR2ytS8HYh9ZDC+it1C9NdmJoUsSK7JJK4jCAU9k0WTGAnzldIwVVWpL Yiv3IVqWlxEZPyM3KDxSlPgcIi0JydCSeQ6N/E0YFXBjTXJ7zJzzWlsgDQ7wPfeXsqJBBJdoeaCi 7FLfmNmjw29JIG2CxJAQrgocYKSP/GOB6IMAUYPC+nlFPDmbo4yQHDNjE3QXqBn0sfVmfDK8ctKc X3Fh3WwscUEd9R0j7CqavNFDuvKDno2W4HNCcoy8wXZ1XwuF2CRKJUPhtvq28Q3h8yb056c8F0xx Ns/76ltTebUnA5sg7K9HU6ZcEl4xqVguxyyHDcEkrzm9gaeql5Ev4lS7NTkPbN+nXFVHC0MheRg7 36vgkEv7QaiFgANXVwCi2mCC6EK5VYNVi01gwfgzt0Uz+vcjp6/JELEBLPp7SUFjlbhAkMMNaZ3C cZkvtPYW46mrF48xkDARRU+qNg9RBNbhuvkTaJjvDFsP2qyZ+E1NLdbFNek2zokAk/p1z5h0dhKS cJn2PRFxgawLAgCkhDqvWW4wgXIaKiQTykJz9sAy8u/69jW7EJCFOFQcTLXBPPIcnKIzjaJDpnTA NK6z8042GwE7KyvFC8mXZuSIwW4zx036helXfBUL/AsLg1MImx67BRVhfKoJUWgbSEDNL2fDWoiu HWO3+YQDSRfdeV04NDXWfOeFqw21VWVHqTsvq048fYrMryREvV+patt2dZY6qOBiyjpCtpwgtAqQ uVYusxtTVXfWWdoAdrVdlGZDXi3NykrMaazUuWch1XOVyVY0B2NmuXFif1GlrIjGDh3iWS3XdV0+ U4Eo6dLijh+LMk/bhJy4Ii/6ytmMjzuTW3l+ZUzWnguq2P1236eCr7rSOSuIiReFvqi+yrRqsX3d SnYz1GxXjdauifPJoxr+42Jbe9asKLWcs6oeWaT2gBmaBmX8p41mlZNEhjPBuqvA1zqK5MW3JpVy MXq3YmcFD9RtPZagHd3dBHPAI2iL6iGRM1WSlXOrn7mY3kldi/SzO++6lFwVOwvAUWs1Dinf9Gya pIRystZqr1NREWzLF2L80k9uP38C0QYhcBPIeN1aaOQuYZToYlVLnbqtbK52sUQtGeGYjJGTSadx H6VZppVZWtyce2o2nx22TGfBVHbSjEy2xTGRPxGf2zL8Lr+lr8wbtoAEwnLJRmLqCOHBRg8j8p8I 0hcacqUS5vQTWiCP24ZagXCARVIDqex5eW+e3+MgHAg0VlAEJABD3scn0ccnfwcOJnFE1S/kErb+ GFSeJ0IVGpdihyPbQC7bnu8Lm5BJBHTpMy0ag2xUAYkwkAEMfJCXVwvNPeFfDtmTfz1vH3qQviq5 8zxBYl+gYEC5WfAo717SPuy6Gy83kWqaaxu/MV7+GXp15ReBe8hkjJTzozZcLdiShD2oBoSOe28W c9fxoD/RPxCG19AmURrf1y9UFAe2qMSJ0yG+jAUnARuNFLyBss8wFf4vKMBuQOcsMEqt5XXLkF3l rlPXlvXyrgJc4hvsmom54I7Sy71JMLAuUpgcfcUBerF0cYR0DERV6EzzDmcWLYoJ0IE4TsPseGuW xQ93aQ8B2bbVRAf2VvDyce4fJpU89VTY2kqrzMR+smOGBgRzwdej46qrlECCTsYIx5hMTi+bVqwF ayVd4YNXpKnNuJ2f1u4oa2pOr9cs1M51RY5XIttyDq/BizDnozlA5W7+pzRYKiN4UNUkkge8d1lN 1w7XnXJ+OxUZz7tvOm9qBigtQERhHUVYpv7VAQS8eG4tPVJ3vwFto2vUOStwayNuiApvwpxgwdZQ BpSDn11zgYPxtv5ubsHJ6SbJpVHHJNBGGssPgVv9PWPhIBQ2H4AwImdisaRxcgtrohN9ZsBP+iJB SS8y2OpmAGsWY5dA0Jw5VEE5afT4ffb67d5S0Sn7GFQg1IrTVAwAt3XFn0FEFm8FHCZ4lkHLvY9f sjBtIZOTWD1hG8UIDenCinq5Pmi+PwYAR4PjOmhCosEMhrmGchHNaLMHT201tWSCfDLkgn1UxtZa B6Edpg/EhWT2gDmfX+TPFiIicGL0tnlAsMFAju3zHstjoJIpB2L3CPCLR5vBNGGgsihUNKCjbLmK eVTn3fNj7lzxa5hJePCupBjPS3sEbwd7yAC3BXQ1jkB6Sc1wgGjz4BIhKAKdUIgUoOetx69LxDCS x8oZm9yE9UaNVKkNryp02vEOD+NbgYVe+ZRJiCCYcj64IGbwsLomHPK25C2uCgIkYSUFxs7CtTmC NgoAZaE31MIzujDmgwjwRoEZZJnpfEdPSSReq8QyBKtXUdBq5C3zI4ESyL6vJCYDZC1QL5STRFs3 App1ULXYvhdiKV5UDgNPty/FYAeG0snKbErgjmI3sNbjijoJ8NGcUg6+oii2qcvKGVSpecbm4x4i 1nDTlfkPWpFf6UT4KGbNyE0CZd3ExUQIrxy4poEUmvTRf3oCPsImDfUM5J1nnZFXWKQHyzs301pH Q4zwvbIqnaALX8irqwjD626mCVMzAsaBWd/5EXvJL8dsnlox3ipcM4r0n5bYPqGFZGasfvQo5ur2 erME66VKxNkZp7FS9LrKsgHLFeKEI7W+LWFirOIRDbUcyFrDQSmPQT7VQxENRle0HYpanXyIA5nR Q+hCS6Zdi2I1DgNUDdgyXWjHWq2xTVuFmf+e3IDGnGaSQh4ArIxlq4hGLhoz8qwo8XqClcVKtxxJ eimIEVeQea1+d+WBuBwLbZwFT4KLiMRyFkDOAXpAjl8oZBB0gnPCmAHpAugYTVXBlH9iIhpAo5fA qpjWjovgsqytNJnXh3gWUx+KC59fAtygPeo4ulDrQTFSO0jYF2QPDH0ErKd+qNkJIivcJ7s6Y+XC 2FFft7ifXancpVujLMuDFlz3mVBA4qkMSagoNlmR5eA5VMW1OIEQ8YUVNZ4cZZWIaWXpHl8msX4E CFoNEosJmSfdyuhwB+IIIslKSwsBXaIKloOEhFFs8marlDTznUXNBTIxiIK6bZIAo8FEyt2WVS9V sUhwCrRsxjiTlNdgvVa1eFQ2jjUjuiTpROdZQJzLZXl31DszGvqb8sWjZDCDKA8wMuMpVnrRBX1j wIKkwonWbme+hQwjEKuhhihomB6rVWs0UFioYfL2bCO3dIttEA4IYgg+cz5NdKEAAaXZNa5pFKOk 7qzCQnShKSzjLHssK2WZs7Qt0M7/NQogLwfrJqzFuSAIevP0bncAlziwRLZuosJq/LKDxBEoZh58 ka7RANMmKYQmITO3Dl1ShnWQyt8TFBpq5wZfZYO2oaJmrU7jxabO5sGG7caHVYNSb4ujyo+SobS8 VpXVsx9BR0kTMLFVkgIAwIFfEEA1H7fiH8S4nC9TSPzMiQb6PiRFn5NJjP6ru9iDkRTete0OWqI7 4uVs3cQwQ5VvZYNW/+r279zM3d9MyKPMXG6Wi1YLdoNTpffu7M/WVpBH0i6eZyX+tz2jOf1ilw+T dBJVl0Jlc5X8Ffy96wEwMu0mSbT+YSbHLAOU0bFs2W1J0/hSk27mkbt7hXrIiku6ZsNXm33495I1 zFaqazWkah/6jyWbLUcMoPrBNqjwcUjljRqZteW5stakcxoFOQswlCpfi325W+s9/GipctlaIkCK 8tmn1bkNcAGF61FbVrOLPlTl7faesHnKDdj6FBr4w0J9SvMdSq2Rlgt1h4u3OU45cPJzGiEvhUYR xFOqCwRkzXMNiT/NSQ5moLuznUrUnCrnyqICRcVCeTMnSyAQdbHe6qhwQF7d6y1oUw1d+McgAa8T 21FSMZPhEhYqsAGrCNEpTmNX7Tvc1DgxJ70EwTi1AqpxuI8tJqj1LAjg0eG81BxhQVfBTKUtBkms RQiOBLYYmJy7KOQDeJvTAQ3mRPHiphGUxTQzjphilmyRQuGnR1kgu817wawnt0zVMYFq5RKXwW/W MgMuD5jtoJiyfbpgMb/glBHXFjWv2EIeUfYUPUIZrEAD9kV42ONcMEvLOK2hDYehDMdnxaUKBCQg g6NOLH30TXkOQZLyIy8CZzMTuRq/giKbsRY2Tczpji21kZGcShUQHK4WHZOVY/FFpMZmSczn3DeX MYROGVgeZarG1ZKah1qleGkOxwCF1NwGyKCVsLEA2FtMPsnQKgGBmJcCRO5PgrIr9RcCo5fFIyaf AlIq7uA0N8vIgapsv2ZRYpWH1SvQ4hsDbd5TLxZVzZE+GIEn5ZvUwDoeu3BQrK6+wHAW3aajxaPy KfR1YqIoXFZPeb40sVekMCNjSKL/VyBIKc3bDeAVOCXeXXLKlI20JN2SLlSP1GJKQpD2lWG8+qoX UzloNt91L3x13ut76W/CIIPSbkMjvQaLEJwo4L8cdcm5NVqL4Zwd5mRkQDRlPEwlYoGPQU65c3Av bXaNvHLcVrfw8saS8q7HTaSY1ewyc7KQLqpu1CnmztCIEelEKJApMujY807pcac6gk+bXujc40Tg AzfL1IkUfPtqgIAklxC9nD+r8iciswWHveLOpEfnGT5j9JFXCdBR8s8tHGUgA4U6/0ltsJu5VVMY 6JwlD6hUwEoSZuXFUGaBJEEV1SUJrElRQOddbFjcd8lspmNtJpGI4sMyW319s3rgWAMXDIEWGKkl wUXROnqPIkObwIZDcRT2ICg0Fgu8nrELpgWBtkaVoWH6OGUbh8qOmHce7QXfE2hls2KWV62+9izk TWiPlYJTA/soIbMNedqaVIIol/MZyrBty5Mj5GnFjLIkA1SGceer/mh5t3vRnMW3uS6fLbAUa4gk RRVFBUln4emE7wEkCV/kM1DOg4ZKQeQa29xVstDZkR/bTgoMAaytYu2064Payo0AA3ryFvFay7oH NX+6SxrtEhFXDuwkt4XLsvpQg2VRzQOYdk907T5rFpuSW/c+X42tX+3pbkNzjNcAs41VLuuvFMdk BhB9m8cQgh7srq/enngMEytSIY3pkXoYsYRtbNiMC+lDGUfmbSag1GN1vO3JOU4kk7YZltwxeAQ4 JXWUXFmqKOryDcpdTUCCKwtsZrlaTTeJT23D/rV2uwSjtn40dpfPZGlQNLbM78N+wU9zpn+2XUz2 I3Z3v78XCO1azrJxGWkfkkVZnxw5YTQoq+UzpmtLnUnbQ2DOiiMDCrf5YVv+/EuQxRVoXZzNwRGI 0GbxahekQFrxycVPI1rOUNQQQgv6aaYuZTgdwosnGU9GaA65ISKQnlsRJJmwbVkcyfuA9UII9llM gZwT2BgpB+HXioSeyZ648lzoyhuK/vx0J2YNdGAuvl+MzyB3ByV2wk8kNqvXrigLakjzhM/E7B8J tEHaOniaPPfIIOLCa5nejueT2V3WhD37Oks4kCmtKvkl7+CCCmz7JAzcMBQW76JM56CoNi0y/Gs9 RsdgSJVdZT9shrheLjZM2kVZhzr7I8c2X7LDSgAzsKjsSnrNdpJ5eS/+7JKNHOLkwVUBLAULPcyg p6YjmDoSE6icVqIdazlH7j3jmrl4lhbFZYTpMEIRgpHcqutxWWDVBet6vQAiLLAlG84JnrCszG89 HzW+YsltlSSSwx3NggVpOabwXKLmNxajRPomJSBofuYWVC6Z+fQT792/Q4xsIBHNr/I4t6LAipQ7 9TmSd5ShJJkUPLAIC/vJHAKimMcITtnQEoICjfKjIo7VjAzjKwfIvCoTUlEgU0paGZgeyKIAAlw9 DEYQzAAyZITlrhKhsm3ckSEHoTtIjt9uXzU6w8Szt3mHz3KnkCLLD1IWaKhSMhF/GsG5eVF+odGr 5Vp4KogECWlY26TsKSMpryaQ4ih5vvmqVmHGmtWktLeU9GR6LDOjaXEUZbGVq2UpZnUgaUAPc1W4 NScpFV8d3sBHhAVWVj8BtvR1dYpchayc83Zzs6GMrDhf+mNCzLpE1szGyltKoc2sfAiOmtpXreEi 3qtlEruTUST5mgPXPBHB0Tq7RW1J3oELoR6VhWyFv/6GN2ouCSFpF1F7b00J0bLHtLwGjnyZJnvk TlhIJ5KPsniT02/DpFduScU7hUga12yNhXRYZhMNhuMyiK3EMip5pk4Zo9nKG0sdlQg1T2mm0UKA j9BNzV0v6ylY7cmBhCUA4Hxn0aCRTqDu8rHMSbVvcTqxZFrI/MuIEOsCZ/BoTYQRVC2X6RGD9WpQ SCzCShT6hFbzZXKeEvyZia9QRbMFDOzaXtYyEaOs2645F7cygKKclbNZmi7hidlmju2fzJUNa19D I02PWWsZbl2GVfwoyrSBgkRLjhsHDwxyqJhV+poCS15ywL4COB01WHkoY2AtlRj1JMOgXNQcYhxB OQM2gQJETBfgVU8s42Z4p5VULzfeM5VJk2DUhyyffGfHSYzM/dZwZsa0lI61nhSSXICoqzoQ6L6u SjoCgzRmZTyEIAaWEjD5hET4UWbC1izzS+dVE6TpBCcJ9zV+HMlp8j6qF4AyGWLJSPNpcxuEZ5Zg LaJiaZWXnn+e3NgwPZPeGmsmL/T3hJzJJ8hyC2SkZgkV+WaZSRDXA4S7+ilJCO0NglBhM3SW/yys OFS8ehF2EYIbc5ppMIhhwL4UGA1lGPk6xdcucb9DIc5Z2lrlzjAzeyj9dqPBUpplSCRgjQVpn2bz xMtGMrQkQ6T+PPReRFskiKmY16KJ8EJMhBW6JyeGly7OV4SwLSwl4UzVWfyyNgu7JEsiZq4sgw6C aUQw1jJE1nXiIekRpk8cD7vwKHvvBGLiJvLdbsxo+iE4BXVbpZGmcdMlTaKWrAuYVRfFYfOVQmcz UTvbXmSZxruqu7hMwiUgeIwzp/samY64B6O0wH0kJIt90Sb/kZOUmJTpoM1dIyaHbyhKqUjCq48s nh/7uxwpsdBtNUMoTQN950sRhDTclzRik4rTTIiwCkGyy8sYCFgypCaYjJi0rSH88xwuYDVvy/mY z4I1cgoqUL36F0VoC3D5MQfrelM2kDuEUYX49NKFxZd3X0RCmMlZfKG0gWQmVybkoNUjFocML3HT G/KjXWwaJ35lqdw/FDcc/XlTWUKJguI1QbWMCg6fHbTldGlJ7WQpKPcMafOqhpRk+MALjznQIUC5 afCAjnLdkj0kQHrrJTRIGKEFMmPoJGyPgUy9xgB7q5Lgf4BzGV0BGyA6uzR1xQ9zpy1Ky36CZ35t khytOx0dyaylqykrIXO0R/FCTZVsxvqRqGQ3Hp5PNOWTWSzjJL/Ss6qhBOuOI1hU5pNvNL7tS07O kiWpQsGlCgukSE0CkvVm5ycMjyaQUd49c8SJqAoXxtI0YoMEK8jKrRcalaknCpQigjzPRqy+J4Cp lzMr3yRmIcAsmU/4Gr5coUDWWb0gwLkHQAA+n094JEOJepZQ1fpUlt3j7n31kkTWVxoQYec3UTTk gokLE6zLS65BREpjOOMNJTWV9AySGNpTx/jKxGQoNx+JySo15dSq46TRCRtZQHAvbTZqRwp+sIYC PgXG3fZW+d2BksDk6AVJIp7EqKQMP0kgpCK+j7gAAVCisyq4kFSw5TtcNk07z9lpw3rS9/LVzHZt /LYtOTOF5FTVtkSMxpIgToG57GpAwJx5QSVtMZJ3zKihuRFG93GTBAHecI1soj8u/cxL9faanHBd PPJFxYK4pMex2mieqlEY5bD8x9XhrnS3D73d7DUbdWhdQN52BlsqurzeHnXDuKqYrrurz1fDKgB3 pqynBp0A76Kw860krcqLc1Fwt9nsX4c49p92/d/y9o6h1qWvCPcCnESE5exeb2+6GzecYTs9/LAf vVsVuva9fevorNtnm7sN3G2q31Xw3fl13tryZRrX9Gt04uj+a6vZ9717qdo83wo9I6VVe9tX0qPS R++24vt9t9fdXzsbXCJ3Xb1BJTP+9rjTklUS7W6sdkDsrF2Q70rZFulrBxOLVTyW4Rcj2rlOrAVr b4G9dt0mRr5Idxua+xfkm92a4UC5dqvBy24PcLrbB7atQjZLPjaKdEeYyZKeze1dT69fmqi81Re2 7Xj70+ryKjGIN/l+eWRNfdHqEAuB1rJl5JBSlyC9aHX3jdQwxbsUtOZjw7rxLYMhNbfIWQvr3339 dxf5SOnj18UgU6GEGZCqCdxfRvgsvP0z7kso0ZcixmC9Wvyy42hjnz7K5jOpDJlJdAmyEsHIWtHs twiXMdEX6bNDvxK+URuXOdmL0o1a7mRgq26hsFEvBvMGd7ExJKe4587XOgtD3mTZ0tO0yQrKYIUm lMZqTs5eqxcIDEec3wcEKHOEVB6QGwNiH2PljIhfsbAH59bJRZVPLShm80R+vyjNEbQZMRvVPd/D Yk3ersxm06C2bQiSWN3I0ImbgxTZLHLzKwm8D5RjNszwN1dtXTlgQ6V2DbGW/z5/6sxEfBIEjC7Q OxrV0mui23JhVzFUruK3KE4aIQWx+ifH8CZtxl1yCbwK85XGq9HYSBZlWtJnWWwgs+nJP50Y2vkR 3n1Gx4gNOxIi/qiJP/XCsMp+AmsWroFfplitUNHnJQnleLX0a1OYPI2ZwXQlG1CFXlokHtuNAPTa VVjhn2qS7tGRlIg/VLVkWpHvWdDlF0QBq31g9pKTsDVzo03i7Sdkq0f96V4S64jFYwvZXS3PnKgP dG97T0hL0dXUSZj9Y5DY/WNRrdFvjDGtErOTomNDDrTyHMuI7jcSvtvFygbqSKJn2zPkTDYJZKXS SBvM0mxZYBbVmfTuBQlEvnnpjR66QIDr0NeHOMIp6tnYwzDyijDXoMQB82cO1veuD3IKrkRuTgyw reN6UkgUv5Cc2ZvP9Zum8W9oc+9+Vf7FVmgUzGKD5JK1k7tZAmjNBPUQlPnuEbBnWOxiC1vG76QX GpAaYJbgiZuzWUR7D2nYVI/Kyh74c5hJZQ2GnCzGv7PtisaIokBDEMzKihlKZ4DNX/hGUOx6+EkC MGKIhABbsIROuh/8EnEz96ytEo9sJAV1Xsk2n82lrIxcEpYRwwSpQg7ZP4muZIJxVOZRphyjKVIc B8H7squyhO2ur3pxS7d2Nw8sj3KCkdZI9eW/mGHOjNBDOUoWoO50n/Kc4W35eUZCrrvgTjzZadCf GVBIFbu+U/UDna6NloWU1aNt9UL2xsx2DbqJ4o4jIphTYDrHDLUkeNaKEqt7yW8JJkyZi8l1AoQ+ joms0zcga4Bw/G3ukhlyEcNSbZjpBBMBizqKmQoHii2Udt8AXrE/UlInt8J0K+c4ZXlVhP6vhNZD I96lynYpIAveliVTRANaltzleeirUhj7/jgmMzvJWZ04KpCEum7S/SMyzE6UzRYqwLJksSYAAgIH olBf1LTpdvgqEWQY1LNuqBhtUnHOYy1C0+H2zgqO8HJVEupx5B+UK532U9FcADAAk2WpJlz5WkaP ompH/Z9OjCACbIh//l8Tz7z05fw+Yi6US+8mYbT77uPAotYlWbFPqvLJtGbRIFTGQoEwQjOC4yUo 1jG7itOuhiPcgns6B511sb1c1aGuKrYKl+h4lsDLTMKaEc4Fs6Wu7LZQSJYrck2/vGXh4V7Yq6tp jWNnWbvXiDTHIXVmQ/JlxSwfXDxLBpIawedyKPQIyuOYyEgFOHa8K5AFa6eIHrX16Mccrcc+CTal PyRAwsJZOE4WXkYn+2Z7hsH9tJ19JA/Del/taqV+d1dOW24eLYjOsUTtsJRpkQkSbRmmpXIpVRDF VuupbZNAD2cmFp12tU4gY5xuCWpbOgK9zlSlXhWwZlEGEgkuekhUuk+zfrI9xCahI8eo/l9ZREdd i2R2ZvPBCqJ6XohlC9VurVXBmzeZuzoXy143RF3UhRAjn999ZUwWWpXM66zLZOzXjzqvbfL3NvY5 hX/TTp6rteRx1oU58354tE4to2gm/i79VWBuXiB56Sqhy0gz2qan/K7eqX8xYLAVWA+pYCn11Fwd 733ekTlU5Zx/xqoLuyY1Hu2S8uU129eUQ2OFc8ZQfQHi2bNbqWiqHYOsq4YNG6ssLV2pT5F1ccPU yNKNLtHJYWuS4bfysZCBWM5CpsXo2WzS/nr2zZhOZNQevuRTvFKhMQ5hhlgyADDCGGTewgEfsRhj 8sxnLGIMz5ZESSODQmHClBZnITk66qDZvEMS4nM/w1hZJ5ZYi+mhDf/0acqfCxfOLLagkIhwGmHm 8n88NlDcz0AK/AK0w00dGJJ2FZgRSSoOBRac37uNyCDTLtcsj0Rx+xgFOjIKMvh7zVW+L/tS6BQB fSwLAE2Vg6U10vOiag+ED+DKZ6wotIY3MoyFtrbvCqqbUtjsg6+bWq/MyoBUVx8r0fmmjGKfxCDl hXXFgHTlcURxlI6zK55V0lucdpNReFHm4IXfbBvq+TSJmZ4cCrelaThtGe/qyqYytjHQtEYSodOE vPymFLozaA+hmUQqNh0ZNn9bTXDaVnzjhFSDCm4io0FhS22olB8DKRfChGZl15l9JHpQfLfYWIfe kyKW6o6UijvGeJJByyyEzq2Yb5THoPmdnlHXVPFpQTePJIm2GYQmzNNV5jZudbaIkPlrv86MbcLk d/HJQ4MjrbzccOwS1cvLT4/YAhD8klytJJ2HExlimzfqy2FqneoWop0SOWPIFYExZmlaSeaAiyB6 IcLXoBavU1nu0bVNXTN4fpbbX6KwhN+6fnCD9lwSRqnOYUe6LbRvUgV3un++VdxIjzD05T4Y0Qbk ++EZXLQuNPPefD7o6WdtQG35a19NhBiL1yAf3kZumQ1Jspc+k4tSV4kQdszInPo4p+Ip5Em4uZn/ McNmZMi5WxYXFkm2KCuwSnLJc0MnaihATfmrIampzcm6WEr8xg9jYscHvRnC5qN6psSWnaOw+oKl FPxHEJRMrf4ZjwjAldWYe3EtWmnKerkbt6IsdJrALBgUZfJlZmru3fMol2I46DO9XD+LT0psnffx nmreigOOYbGu2C6U1z0oF3CeMS0jFwkinBxchVlcYilK2KP6kEFLYLKMLDxuzGduujRFXTWu1Gz8 F7jovfHc+mAxzHnPLv3NiSCk9myTiFO8IMQqOaPVkzaf5ApKh1iwJsQLsh1qLmVW3syIAr+gtB7C AyjSDpmwdCsP0NCDIbXQMAqBulu790ojy/mmraFhogr/0U/aKNSkIhkTha9Vc356ggQrozqaQBJz Qt8gq94MklCecOqyVqzVEowMVHWNL6YyPFZ0oDs/InRC6mauEh5aCMwybIZeGCJeUCLbPCqb/Rj0 ploj5y33GB1y40QkCNJrsKSObpISNegVfud6izSJL2uLYqNDKpKXS/KEdtonbWwYPRKpRUMGH/Mv QovzLvEwCxzQi/x7D9mlsmOH5ZktEbrgl5qcAcpURjkbntAyBicZce27zY17sIMsmoGxzVhwJNyz HNnLcHLNwldtHsZg1Do8tSOcpo2HHfIiAWSm2SMRtWQmVn1Gtj0Kqc2WCD++wwUIb6vWCRRENFor 9c2YcfSULTL3w4oV5d0qexJ4ZlxDsk6CZ5689gQTojwGVYfQ/2irHt2LbFqeX/cYy82FGFb4/t4T PDRI9TwRWtcixyCK0yM1oHZmptgp+NNdXqOgFq9hqnmysJqz8y/sWr2GqgnrDbCOomcyyblpk3Wu Q9BQDU/iIcL46kxLe1eaXfuDcXCqpgxhnM0CSV44lKIwzooXn6ZZC9TjgjbMhiu1FC+21EwvQMm2 5W6oyw5RklQbInTSjvPgS9QE6PxlkEqMJTyqdDKsPZH3ESuZFO9Fwyy47ZQ+nrX1J8skeCZk5iAO kdYhi0GFeWBFfpAhLZBnmWiALfWrqbL5c28n8N5Nd6w69bigUDrll0YNxKvVH5xlDxp6RKQNstZ0 /WiW0ENsqICQrGb+rDFJ+Y8+NOjqLfAdB9/Wh8yEQ/XhRolNfolcRw3gZrlFz52gKaRCmEL5Psdj L7igrRH9KRkobnptTiYRMhQRGTz+dYbJ20GoZcFJxbrGguP8CP3uySLQHB+aSboUvsZlfCJ4VpVB WJRVVFTGS+KoJPRDh8ZXRBfirJJEidSr8iJ66aAvTQ4AzaZmZyFAqXhAOiBCR3o2FhSYsLyR/p3D hZ3reVnlou2y4f9xJyFnhq4OJApDGQAUKhnIynOyeCM9f7Ntf9MUfc5iyZ2suBfGM85saFeRYDsm yAQ00TXHHCGDd4JaFwo3AXqruirRaws1A0+svYB3b9gn8rm3cblodDZSAyl09gc9qSE0IKKCit/J tfAGITulIxLDSGJIluKz2TmxkHJ3v+awbetqfkojcIgpMEByupe8nKTWTs0C0w/1OSCrymAc2KNe C7BlUBW/fhwvGd3zPLl/xWSPvyjJj4BsrRiMM3aabTBvL2QHtJcYZpPMPkbZ1a0ASp6GR9WsMHbj rnR9Ik5mArN32UvNP/969leVUwPJTDqR8AqmlqinnYgGTRMv4ThsZKuC4zQB1c3PJvBtvPlMIVbB K6OIEZqSi1dhF6FkDD7KFyFe6SFZtYkLqauDqKsExkG68jqzps3kYQrMpyeEZ415Skgi7gwCBuZ+ JQZTg7JzpYk9OgsvqLW2q36WtoazCwJ4CbhcECyv6+IVzCF8RBbykADfzNbFnIYblkoyJS7kZmcH 8WkaF6HItitNqJBDufonz/mXwelGC1jRK7+kZaDWdJYQIjvLmq6tpRpt87RjpGt8vQ5psvZuq/Vl lMpchtx/RbTKVTSLPCEYJcvWepiG84JEwnTijCAYT5LE2XVhrV+DeEMBxUF2wNjCxKQd/fvhH6nA 9KReHlEYKI1lyaJPv3Jr2KU94Wzn+r/Wipw9DbKr5SHuuegpL52YYyl/chP2oKCJmeynnNiMarL+ 7nWwW27svOzKhnAGxKiyA5Gra2GFQccrDfQgNDoUtsjIBxVxhuGf6yoDA9ycNg+rZzSWPU2xsq4B CcKqbE08LR5vf5Er/Naz9ctnaGhm+3Sx1qgeyGOhXFlpCQbAQkG6DQsIZDYQWXyx7UjTq42CKw8V dGTUjNHnVK+LStVIwYjWTQjj020H2bYIhAcz7YpuMaWjYd3VWAsRb/DF5w51kurS6Y6YsrcX+0ds 7TCykw1t0W04qtDeRgtrb4CzrJQKTe7eCNvccOQ85VrVJ7EkkO2Iqa20e+XWikH6py9u1t6KkhXA 1Ff91S4967TpaZtL0KNCU8na5IESP1Sg+LaRmzkYu4MWoRHyI5T6ZrLrspH4o61qRx/4l+YW+BDn MCUvaQlcq4sDHcYmzcO7VxnWMK0Uv2BhOnBA+32LXNosTzaSGQWB7ItaeXHdraYS3Ww9YqVdlEEq igoQEKwsxEWS5J85Zi9U4mNv+n7igLdNdARZ453RdbZP8pdZkd4K3+j7CBCAJM09lyOoxlz1vRd1 YgpHbWWJySTEg/KUNf281f1FSDUDPWApCq8SFTW36xEW5k6R2M0iPuyn1boVJBnSV4z0OoGfh413 BuKYsWYFFvQxsirf523S1OGEbqOi3EyuPXR0DAeYzMUQ36/nTxXShR3k+HRe0mPxHnVCQjWdyLgL Jlq+UAVt9X5NQoBCaP5lV3+ksydzmd3ypKmpixnmY3uVqSve8h0Utnmr3VzCbraaMNtnScxNf8ya 8Bw4BZr5+WrulR1uQ5cuDb6y/1jhGSars4tWfLWjCiuWa1tfe0JN5x4EyCN85JcJmVWU8KcSC5gp KLEkQSahLRVHI6kiLql2xxBlxYXV7ZuCVO5VqFNknhyoE2r88qDmQgSXdWc0WtcRQk4vfJ4VbP06 K8SIdeyg1pW1UQXisJv3vbgCgkISOMTrNQUaRr35PtlehA4RE6+8nkg1sSwqV2GE3hoUSuBR9pu4 fMZmserdblJifDZNNWl4kzvTDgGQTJf2qnY1wuoD7QxLUlhGSHKWTgfNkDSEHoQACBuhi2jYzJF5 JZ+oK5W3lAaUzRa4BbtyC1V7ru9HnyR1dFRSwTFlgOUPZUf5hiByijMEfd66RbpaD8JbdQWQSPzt +4nggAKT+5ReCFVSBN5YLC7/KPCW3BTpTIQoJoIP3l3YXRwMIioeS1TwwFZOLSlqarD5gH7MEJHp tMyQfMgRnWjDJZHKNY6fV9iL5xgzIg8n2xa1uIlk0nUYbOmpkOwI4S6/CCLYZEiIAEKug70t6TWH pA2BmYXQLB9wCuQ0uVxuX4+oi0ZPJgxWZXRIlREpG5L2CbDldNMUA19CaMpS6yrHfhN6D1KjygZA vsSCqhTFbomAL4dTvhhi7mxkAo2M4jtL6NIr+eUWToF+mQW6TNjafqV/k7F2aYCzCHDua/ZGZ3jG 5mOdqlb1jhzIwhcEmwN7/JARZiqbPGdkmDPU9YSZiBEGRBzvYLj1zKeEzkY77MJpdt0XNQxZDMBK Bt/SbhtsdyOQZPUMvjay26beBedYjxL3GwFv18fyVNtYuyUKVPrf5k095d7DQ8HGUeeCXI1mgBlI bjto7WQ3MZk8FM1pvQ9DAY4jHDPfHAGmv2yasgSzYRfEQIOc/GzU7OtvoBG1NVXpSWhDDkDGT1wl a9juu2WziLRXzsOqPHrFug2R3jiveICAUCwsLQ4AhTZyy8Os6xq641RsstIkrBV3cgo6cYjo1h3v vR2kg88BtYmc4rAZ/ClFIauu7wt1zmQGXVbwB2f+5TXckcZpHlX5EeNOS2Hh8hUZRSeaj7Ropk/j y4clz6xMIo+8DCubsHr4TxLYi2mHibm7AomUteABbDkx2adrL9Dl8oo37opTz2I/WZV8omuBxgiT W7r8LeNy1jjiWk3m7guWOa/v4zDJ5BGPz9xk16aDU5TlyNVP+Sx+9Rnygky7MkI25VZmvgOUGnAq 8aRk3irMTJvoLBazPe8godWQj6JQIR0Fb8xVngNbmEEfJFJEca6WTrD5N8vJWVlTzWyrOBIWGIpN XkS2yXxNkkksAgIeczUVlM9CmBn9WgVheZuKtBVobmU76IGLE4dXrVQBgoXEPcfMHowGWflzD1hj qxmd7x+BKiIpJsZ/CWbC6YpXVEjtEnqvRZFihB+fxyz684JZM3Glv4ld+BB2cMl8fI6ehrUrxgDz OJFKWAtfqE0R1tFZZgUxwkr1crSfy4eRYyGE+TEEDiK8s6Jrz/i1HqoKjlZ11am82SkhO/2x+UzI 8UCbzdiPIAslkGZmueahpSrmMErBm7jCAA3qlCSOx5sbc0b8nktgVx5FSJySGDE5IdjgDOIYHfhI KwOLuG1b4NTDskxl/u6e03wgEmciteDO2Ai4xDvXxc4ME4fVsxWMHqlhCfxHXwrI9OTlaW+2xBpz 2f5FPxPluRmj6+95K5Fz8IhQj6eKxvAo3fgUXFdIc5LB+xr4LsIODdBiOZ3b7HLJIYbL+4v47f5K udaHDAyJ+BhsXyCb2j1rBp3BVN05i2ApM0nY1q7SXOU/WkoBnLOcgM5yKZEmAkk2YlqyS5/E0chZ 4jFCGCTaUhHKazvPng1PTlisPcVlnUjrlOhs6x7pEVFbthij+YzN1SDV0nEGg3JGwoncNYPf5yw+ VEMVavxIoiiLXDIBvYNzqbbXlXKeZVRGXN0kYKVoQswUcGwKg62P2lQ/uroGZdK6k/RvGOKtO6d2 TnJbc1snylze6eJ0MSLhHPvBXd3R0xEhDY2VsscZJTYYigl1dTL7gpHPaYagSuNRxii4RMLHaJDn UEkDO8ltWVAGF5hwlimuvVhJDGuoZnpIA8J6xa6GhIkDIXw0mfXRacryOkIKeBNKhwpO3JN35Oy4 6Ook38rDGBYNU2GWWSe8G673gRdmUAtyKRQes8kS2UGS5lm0v4/yC3rKTwcFRO5Anog/iJw88oJA D+EmZLLJ2M/0HPkRHdyPVXIwwcdzTcLigY3cXa8p6EjD1sxMOPlwvdcaVsequYmi3rK1zadXLGvX ReCsxOkhecLRmdGuKzOs68vkOyvcIcku8tZPS+l+B0f+pv1mI0LrVTj0YpY2m8FeRjVL5DIEIkgH g67VhQnJ0mSuRAyfGTn5CrLYtGgohAsA2NUC98YVkZCXAhzIHIUDXNFlKpP3Z/WDgSasyErCeG2P FeWUEUAe+ZzIhYzyHImiIVyrauvoI2VROgo9PIqv8zqWkKoYdHYURvGQrGvGRlgOB/kO8ke9xGqM aqGjW1LKPY1hgbRrgs4IZWb1oY3E0RRWZoVqEcykEyw4KXGTKKW3cHelMQiyA3exzPRJiYicQdc8 Ys0lZpcwcFpGzd2WxPXViAWy0QM1kgw7LtsJlphmbjCCw3nklMH40LSklEk/Ks2K5VZtWWLt8XMV UBkkcTUP1bN1puwdxlxeIYdb9zhpgBRBLNfNWRRnkpKHiUjsRmBYLylRRYraQSnrYN9SX4aUuRcF 4JDk5USK/JpUaSWl1zoSUDLRvAVTpJt8CZIZk2E2iADM+chgNCKsjQnK5OhGM8RBEuX3UXeKWTlJ EbTAkvIonUzMk+khMAWDDvdsmtbiqZtnkgGryC59H81oyXKdicJmjflWUQ35ltJCpElRklxRkTmY z0Gjsj3/nIKUOh6Baa9op9iSTawsSKHYqiVC93U+7B6cYEqWsgutJQtwkFyp3k2PMfBBNrVPBBYH qjPEGHqpeSRLNBoBnKQc0D8cotYfD3tZMklMlIBgJthjrwYoFe9OZDJZTQlHUnJkfAQQncaOOtkL Yuka5fhkhFTBiqxH/rlOKgSnszlj2AsZGbR9egYgr0oWGegPx81IFHlPi8YgN8w7OjiDNTZdEoIj ZXVhzxSXSDKwxhXs5DwmyQHzqyJLeV2FOS4ptQoF3FmTkhHDBHttw2amIofK3gjIhMaz62zguRYZ rWGO2zr8UYtJIPSliYEEynwwrzwujBHG6icHVLnlUJwlrWwASszlpLwwHEuKrKOxbg9sMNJUT2Um SGBp0UletUySDJ9NJPgaGuRDcrCsJaoj9fXs1IzaUIIdGB9bEoDAmbwQTnJMKasRK6OoPC8fx9Xi envCJwcD0MDFcJt09ZoO2ZMwsFkeZS0a3Ebfc3lxD4OS7BFIbkNHhaI42s2Q2moRjADW63Ik9Ij4 apngv3veCa3bupGl0dbS2S/DIX+n9mCBOo9ycq1bEiDyHH/2ExQKQAwpgVRWPL9+uxk2I81lBhjJ vmLczaDbaYyM7q7OVXMyTKI3keaUaW3amZyKZREKNs1d2irV1ALV0/C475oRmHDqpTtFLeMv+g3z XRK+5p4DWMkw36tQL0I4oOEaGNGqp9FTlIYip4sqjU31DYih0GOOZjBSNSGyFnRmanBhNCdF7RrL 5nqmx+rFIlbzmiomc2+zaglnFsT9yRCGEn2RfR3LwkKpN/2mFC4LeKnV8ciuPUH4IVHWnkbUHS4M ZFbJu0+bqmBWAtkkhDlXOL4HoYetpJfj+IhNIIHE6IDlsmJshszBw0JoYQWgEwmLYKK5VUKAevhu xqzOoibI6VAyF+71XBflzuglB6GZSCAKal+cd2raN8JRJsFufRT2JJ35Ql6MCmoMhSK4gArlTlSY OzjFHPUVRTmMlxImOK4YN1Wd8edT6biMShykTxR16TlpSyqyRKn7KnmSzAsdVmUEUcYQZ7Fb+mnG 6gbcJjwfQegl+gaY2FH+FtHF3MAdB9EgqXJdtgK8IHKaLXFUcS3NJDywn0bbKdc9Yt3d1Mz4cvXZ a0RYwJRA3xHjkO0SsE9gKx5LWdu9ZoD0BJ9dpTZvkzjrkFLhI62KSWBFKhFsl5QspQoJ8sbX4S3B hSlm+ZHvkCZothIW2jkQULSUb45FGFaVFVoyCcp54U5WNXhMUIF2YYa2AxHM87i0ROyzAUSlFXOi IG4HzQiPzi71GmhR2TJZVTqTU+QyFbIzD0rKhtqW4KQUa6gkH6/dMdePqaYLTEuRcvkMzvAU47yg sM2/ThGyuMP6+PMQecLYqVNGM5FuFvh5Aq5NgOx5vohLX5EsYmNWR+Lbl/BmxRopQl2cSXGrEaQh sIYKCJbAEGRKvCrqMdPdpoSKDeeQnv55u6Qwz5AqSxAhbcawc+xhq8deOEEeB0oQuE1cBFx4kS1Q ZJKv8GvWkndAyZhLTmBv7hjfPdiKPZ8r7yr0rvDk/iFk02UTXAYur2INr1BSmHewFX2aTqWH4ZrQ kNGI8qRmimFatXtBhc2xBaqGauYu10WQ4V3qC7xC2R4DAnsHzRREjiXFUi8gXgOiRYMmERwfYZm3 AzEkP65eOZl4CNyCoD8fB+OclizWxcCDdHEsOFnQxBde4vps5sGg03WQwzRT9W2yQa/jOJ82uzxK Kq7BuaTvAQRdqNKQNwiG69iXWPq/y4uxYwVFcTaH4up0nzoxGI1QMF+7O7zPoXL/7Px66mpLsG30 Hy2Sp4wI+KPOBs5IJdyQiHzp33Q4qfLNrJr3BGK0FbOoDC/D82y/y9KGY75ykV/0SUryhThYopDz XbyGMoeQvtOLKoThYQioNlZ+aAYXCMR9EiqjTpiD9HGaRNvCXju+rNwUJA8U/S51p6+cnHl0YcIS TFgwdaT070eSOGQuEY0GHsEizRO7E04P7amdW4Bm9nWSohbRxZvuByDYr9ppgIKpIMiJqZdRGMWD CENSzQkDP/5yTaDBF8vuoRMxbExIufrKXDQJ7kKDLsCOMAvYHOGk7L+IxgGMY7fJlrqJGWLsQTdT N9M2nmaCkW8LEYsmm2HNKKeycAUdUdUDgnJtQeHJUAxp5JgdOZolbNc0qVB+ex68V0rwd2hjgXAw D21iMuj0LpLzJtZFDpl7gIQH1kRuBTtW4jOLJInkllFxqKTvNy10nas0AwHBTini0sxycSemA+sR qVsxyq86jzzIMpKfLzIdxsLhzlWj4Kn5juhyEQw6AYvjm7osxK2sTQ70bnZCLJmlWq/JTqYh1bA0 6U93iJz6AHJ6Mj9VmkAoGaokFgrS2xBSy0QBDB9cpAGKBDJuHEGHSQrtxM5CWlfGSBRdj6euHJlx JBy6k3d7ZqAvPiN+NhlJ1jJZngAbPFCk0pgB+3wQ3R95XxfjEuthJWtLC84kf1Ozh/IfFqvSwrZU VrxCknXNQD2mTYZdiDQ4pJEwloETLzbzdMsjJjGgVFpkcJrKrOAV2SaWbIMPFXkjp4liHEW7itSe AD7rg+EJm8rUvR7MMJ0mz3z7acJ8QYHjlVnKHJa3wDzWKVwBZKuHIEw3XKsWRh5eWoI91vee7CxF 1pFybNnEpZgppwLqrGVo37CTOQSIJox+EiQuE1rViqZOaXCXpzSw/bRoZlCRbgWklZZJ5r2VLmST QvMazQJ9n6rnfF8PcdXPK5w76BdPhGNF8LLTJkFlPcW24y45a+6Bc2eZWbFWjOhgvi9NmP2XU8k0 qjAC/DrvFmG0wVJ8e6C37+NjDXgxpqkSeSkr6iYjN3GMimauR3oockgqBSbBRSk2hv0qiy6MYDQf KTdzBnStedt96eVdjcWi81w77InisVxeumTEW9dH7Jo4yVa6Ky/ZpL6XPsmQhpSI5VGHhTRp6ccs HsUYdV5neWZlZhOey+Ledi9YXVMIl120OTa9B5RuxLN4thECOLMx6SsDxM6sAENDaKTQTXBNaJ5j OCllRtaqMxgbjLnkh+5GWSUHTpG9DAsTxsa142hoP6298WWe2N9TtNuU6qBRdsP3DbZydlKYU3QV jD2g0AMHUnYyr91MdzLaaaF7K7KMtFLSta6UHab4xSCt5bzZPYpgAfurl0qoBHB2uZvrsQrznMQY 3ZyLv5NBaeHPi9S+KztEaGYRgnOaoUVzvppMugxtpWsV3oESSW84bqlSvbBZu8NrxULz5DyMtkHW WxKe1VWdYVwCs957u2T3KBvbX43qi1yt7cKTsTrT+s4Y/L72TJVuOVl1snY0N2cw5kYxMvMWE7Qu g+rCHClqznNN/cmUm7xQYr6MMDMJNKkjpojIJGEXHrlZcNiwgiaj9OM7Cs2IUYKxo8uR8IhZiE29 JsZ6vsCzFDThVUZ2/4WD4boEDIgJA+YVekF1uazkVsMhlCPYstCehADA6VGuDqLir0WBvKmIuZHN wrv52hMBBLhoKPjsmj8yItti8jHrOLVAY7ry4pyJhxysKEC0hWNkWBaSCMmSWdkZCytJk9w9X2yq sKQ4DXEgqh8PxG6NE7f60+4/ojaBCxDIQ48dpnlimTCut23DYQ5HHPYVJj+8k1ky+H+a7gU9kRhX w/AizjMdSNK5EEjP/ld43u83k04TqLJl3SXLLqPmhtKIg7YdbkZpAlX3OSJIE64+OFL09P0gtIQ4 2wQ0VKHL3epeME7gq+SIIR8y+WwVlwr/WEU5PVwu1Qkzv4Z3ryjut0kydcJG0E6CYZyNrKUsl3vw OHa4GQPvYWaMslklMm8CmJA41+XkUVX9sotlSVSuaWeFZRB4gMKRQAEVejRzZiZZmUu0mxq4USVq l7KuAiUiDELNpvP5z8Y7hOaH0/YhWXXFt7m50xwfr4AtRWyjF9ymQQBeZYCQj1LXwE/jAqH3icjM ZCc3LjqXKmudd9GCL+IZwNQ3bvkOyjmZPB5DhGtPrbBTzqrX/OaWO3PRm+8KP3ZrB66pMv5r3iIr J+C1Ca8d+PmI9e18mmbSDbLN8ETBseSc1Kj9wbfDWOo+mOonrO7LKe6N0HIw9+WX1oFQIFxka+XH xb4yIGIag7y8aj/kI2LlidJvlluQ1ZRdkCgRxDjw3vhizjx308i14EWwhWI1vnH9LSUxHBbWwEB4 KMjmr6xHI0/T5DwvUILMKvGTbpRD4LM7KYdM3myRZIESwJqq9NRztxZijCO5Le1oHkTdVRENWhII Q/8owZbYuMkGa0wRMG9GjsaVpZ8ybBOOrd3AkCVlcmhgL/Jb4Bu9vQ0ppYQEArZ7jegymWeKDjfa iFs0Kz9TlgibAjSOsaNgGhKi/Go2pL6ampomK32ksotLbD0cOFpMkDPO6uAPEaHHcPkhsF0fKuy8 96Xq2DJjSQEyPU3z26YV/B/GORGxkzfyYvBkeqYuXkqt+0pKPs4e4AU9bf3zC7Z3zkwEK8G045n7 mKPIC+V8eEc+L7UxKCjzeORZzoLSeM76khp6aHaqK7ITyuREZ4g2TsRZcNAtF8xegchfAp1R+1xc S0Xwmi0AjtR2VkAunWyL+zSkbinVIoIZaHNh7dMUXYnF8xcYxAj3gAaBygutcVMZjjTjEp0LuH1D WfGrBOTIMzYwYkTR4hJFCxkF6wTDikojp9jGClHo+uag7BBb6HBWPAt3P4lKc2aCe2PIxf0shMk0 KMgYIlld/uARs9izRy+zRGmZATGPW9CyRKvm1Vkrt6bOqGgzLdNjs3YdaCldk+2pvpViGSUw7YlT rLOJV8bRa6fJla9o6OnYSOVE8m/9WKuVWclpjc/vdS6WTj18bXgcM5ryJQHAGz79YQB6hwT48km7 UKhx6R4MDcMHlsw78a/uJLLH8+wdatkeY0pvUpMwzoXlCcGWYfaQpXGTcHsq6pBt9LmEE4LK02Ca vCga538S1xKx7e9qhhNb9w/roE3mqb8RgW1htJihVz/NBcQO2FI2gFzKZA1tCzHkVgqvjF0voKJF uRy7dKCQngZOh9Fof7GBcIMbqZKPUR1725WyLJqDXQ2t0M12uJLcVvOgMvOsfFQxjuwDXuNVMQJW iSAkMZVskZUCwVdCqyGd8RiwsjNdxSXOUdwsHuXhcT61gRqVLrCC8pCzIqE2gKCuWYmBO2xISBOe GlUAw0me3nsLD5t9Z6RZSLzCSzETo4zeEM3FaIYvM11kw+I0Dg7gtM1YD81CBBeA7D0fCK00oT4y W3GhfHLajuj57u7Fu5CinKjM8jG5QOOWb18WIDvBwEwqLpOWu3Wa+mSIcZUzKAAAQMOL+tMsn0MY i/IJPcparg77dufjLN7nUozPWVO3/HZBSAujZ3b502O6RkQvI+LxYy706VqEM1oqgxHIhFq1PtRp r2fuWdhoizg3KhrgbDQ2zZRp+3Mm3Om1ebR7TWPLThG9OFStL9+BoNwUsFg9WHr0dIgGnDR8m2vm +UsR0SWC58O44kKQ39Q1T0aBM4YSUR+MlUdvi123y2wD0v3mAT0TUvYYIU4lAkulSwBRSXZVkHlR slSMfmkuApDXSgQLPvLTrshh4rOLtAgdSJWvorVYRAmpD1UHJrsxGK54I/jCJG0ypZLcpmRHlIXq aAQx0ttemNqiyStjQiYWsfaEHOKtdlbvcXd7YypbRRrlaGZuIBwqhjYYhBs9lhoOuvovUiyYorqn nrGhhCtj1z5tX32kkULe+K2xEuVVGSX/wF0wJuiaO6RvdqQkSoDsTOUe+UhcwhPxLiksTlYSLDWR sO0Ck4qdoBuNPUFS9oqymNqEFL3UlQhEeuYUx/Eoe0lnsYUnjmW4BEmGiNXsKK2l0TA/zBdl8pll L5nsECgWYDsp1IUi9DNGRQ2VUTnhHkdaBeruyVuiRK0QHakCpgKQh2mlIBkzUELrP0GZLmuWnhKN 3tmh+6qUBEBRUzA5Xm5F6TIbCUtjoL2/ocEj1Rje2kA+tJsRaOAdqKiYyads+VHI5KKWbPjMb8so aEVIFL+wuSym4WVoqcPWW9BFUVrIMN8zOBvAh1SO6puGIq6JYrNbNsfwy+uCIWUyxZXmmfIi+eoJ I/2Wv2GX6qtcVx4L4nrUhVowNGKVBaepskEIVaV3se8opzOt+MhZcVeNwM2y9DiOS37dzIsQcAqt SbJAV46Bpdcy1NM3OpR/oQBkOj0PVPnjGK6nB3BMxh0nZE4vjYRS45ltN3fzRIl+KU45LfXNdUAq h1C+HZN8wo5MDpfKcL2F3/jDEpZZx3EDg9obEGZrwLdnkEY3e+DYg8a7MsNIAUOzeWy9iIVWCVts hJKnbqgo+Tzxwh8MmIJToTiqFVwKnFyDeJDDYW9Pvolugm8UpK6G976nnePjcjRXW6emPxmU8Us8 6JyQkR6KSj5yXUH26lCvwgar7knhwgpn+PX30Qx3OeohAfu8Ycqo7ETSSnnGNi76m1TKnHQVWHf2 IV9IpzuZJGsV7kXEHFlj8hIzeWNBmNn1ILfv+yuxdKwK/KHYWdl2APT9caHpf86pL5P1/FmJKNSF I319L3lPhXvCXMhVRCvfLKs00y9v0dPQ/Ew35LLlOH3dLbBi6Z3fylnvqfZt/cJVnUzVu6WFEzyM 1DmteygfpUYhlw6jhmnYThXKT9roIHvrC7Lbnziqc2+wAXIPvKPRIdj6SkOpSM/MSUqlR0bYOdLh p6XzIhyXTaS/8De2S7LwfKb2hnCgtmfrYcef459OMSQWyM1WJ5CI4xnFpYzdRE17J1wsPSixoqvI AJ3/ds6AEV6Dh7UujYQ2925uwzVhRRJrN+zq5wncpfRJd9k8ZWujbNOK8OXXiL7Mh7iKYWFW6l4i C758u5iGM2lS1Yy4XZ7Vp+ymvS4QK3akdjlUkISqjsjTYsItPhrQySsk552cMFljmk8GahZD1JWs sbqsO50HEM5eqFfWkXYY/WkgSKhU4jiXoC0FBSSt7GBuFGvgfggwQ20BFI2a8bR7UMyl+WicmmmJ JL08cXlGqZf69fBMv5sv4UblK0MgMwkluozRhebNGkMw7+Bi1ffkCB/ZGpdSRUhnYzaojqkeN4Vp pevpXkcxYEh9GI0/GpWHURBkGCe2kK+vaxQchAX55AaVaVAUDgeWOSXk5/04pJZBikiASPhdiaGA 4jA8sq/coJ9YC0YGdQgTMhad9eF7xC5tjKKQ2STIQL4bbgEingvcuT9dimEKUzCP2bpCXnGhkkuL XGHeQnZeCl2yXNgONlzbScJT5erFIk4dRmEO8VwbrNvcraGeCbFdyhBbxMq19+CPAzlFWwvH0FER UDYpgRRi1IzDUZS8OPuEmxSNELagovIabgLXvrxYZ4ToJVYioXhU0mI/nIBdK1sK+iYLACvFFJls yVPlRu1FUG51tKqsRLB13k9Hrahui7kWYcXBFoUrP7sQnSaGtSU7/40axo0ORfAK5PhZidobLEBv WwmN+vUiNeiWccQBQQSHW7WXStgVIvPpGxVTgmGtndJ3G5E5iohHcYjq3nNZAqsrBFNl268+CPEK ucZFl2qS1AL+K1Zhs4xCyI+rfbFchqZ9GUt5r2Ht4QEI8Ymy8ShnSUDUjLKjSBmUH1KPfAyAMJaB 3V5ZV5TYoEtj5CeOTEQmZyAgt6EZnSyPipUwlyvFvdI67C+1AAZRGgR/VTuHABSJwxAmpcytcUd5 YshcWiNo70hqkyRjlKa9g0iJVGXUEroyq7CNl2ZY8WrMoYraL8/IgZIOF88QUCe+G0McZwPGxo8w wI5NYtpqIqPKpRS4y1vinR/7gj4sx6cgsC/ysxjYxCZIMMjSR5107WfvsEL2YjwD9ZI9ZrzlkbhY 7poxYSA0oj99xr2gZFn8ZE+MLSusyupqVh1lbaBIEVu6gklN+BlaJJnlJFKto004b9AGapc18GWn nTmZ4sKLSqZGjR53eFaiSeDRnp7SJ9B8BNwQlpTrAFQYhguLQZyLa9X8EKilsua8zAoP3CkV0q6j IRLt2VRfvZ9iGxl7S/XpVEXmvEZJIC9JOrKmktx2mJRRIxYjp2eBBD8Cuuxdd+TSZA0fOOphb1Q5 HkAYVaVxjjpfm+1oZhA8aoqbpWvwKjNsLp+HpvmITF98rLaAm2JJFkVpCLV4pCH4ZWupjUgEO58N lG0TUAt5h2OLKsGkGLrjUDkAMOALDxmvFCSnPHUSG1kbHeBv5Z/mobUNVONm3Aai+dhuhT1nTsqF IffBicJ0qWNqWDDxH4WvFB47uFlsKw2GCtG0itgSedbWIIQrwci7jZryJFcbtpJy2MIS5goE6Qmq caVuVKAiWgyMkj6WGRatR7DlZNNjHCvLF7D0ktmm/1U6AUZgM10aAh6ljwOIBQF7I62h9RPnXYdi Xg/XJBIKlKI8/ra2CwXJUmU6ohE0hfJSAQpJEgAhDU+aYcSrKFIFok4h1hPQZNMEuS/IazKjWRit bYQSQRfjhRqCt4FMkcMvlSTgXtiHqwk9HhVfEtP4BXFLZjgMr8wqmkAs/4kNGUWa0g4KkxMWarkk xdGQ4BAVQcDKDzEeecOhuYykps0qto2V98xBgaOb7Ad60phor5u7UqBY3ZPdY4u9GXQ8FcW+5V03 zj87I7WhytrmhmK6+fF2tGIMWbEq9LN0feNFroyq+XGhwG9EZPqf8qDaa0kRfXVwimzZFcuk1X/J Ka4mL3lgFFdl5X8wrBvBwrS4BzBJlQ8bZ3bn0RJv/Lie4fWWrOQXDW+2rszLceEQKNyKPKNZs2ES qwVcY9BCrJYbt27L/0hiaan7dBplFRtyyje3FsZDF9EaoJjKiz4AwC8/YwAY5GPTCjJqztc8FAlV 10mVOwiZ3BG9LPOEuBfKAEiOpuYl6wB0rSPFHjmLbpphmUB4l+Na1gpqyesyvbxKwxflcCOpt8JW t+bjAaygSRC47io9CYOyc8pEL6oz65geVqEeWE14KCodRsmDB9ObSo/NZ0kRGMo2G4xQhLTN7CeT atzMDStKKjC8X+jHovYgpugck7Qtlvm8uLPIPu+dKse09Ni4pek3j5KhbiYeoqYEgxNP+Yq16pJx UrauUrEhRtxQ6XqycYd4TQUxUDeOAJ8hQKEatM3YKTBvpmJM8dxSVUwa/IqhCo52hqRHhbAIySw5 wxKOVIQ4li2kHnGjkfJMFe9SjmaPFa5R53LlYlT1OFmY1w7hRb501qj4zLlQoJtvIuIosnomgTF8 dp1Zl7wOO2E3xyUbiQOHrdo1PQM1kBBGXYGdc5GXLcLSxeKsFlI8onH7XPdenioqFY3K1EpNKpQ2 +0iiIGBIPoNn6HNUhXmuG97lAH3Fp/QGqnkPgPEM0czJkDjf3ZlYjh/nY3mMTcp02PuKLYzaP+42 68M92gRYhY4TuzRwsTlcAFNA7TGNUBjZmIQpaj5J13Xux7YfwxVomDFMJicd/Z3tlPU0wY8mQECF QGUreRfkaKXV4fzXUjNCQHlot78l0eSXKziD7BZWlESlrau0FoUIItKMn4BIAR+KlVp4j87mjEk8 ipi13oR3JpKY04AUG8QY2LOWSNM1slzMItVWetN8POsRcUDmwsxOU286M7XH16I55iAz2eUN0yBH Y4VM2VrvmmMJnthVOicvZZgliThpgs8jzkW4j4HwXFcJW+5Za3kB8ZkK9L7KqmkbfSjJ92IK10wx X41lBrt+X/o2DWvn7SqKmYZrq5INV80pegLaLuMmiOUZBQtYWIymajimWW5H24wQD/qORntDzZF7 oDLZ+JYN9E/l229sjOa51aS9SfwJjWlPbWHadMjcHA21QiyEKTBsjsWUhrfWaT9A7PISCluWKbT2 1YqhEzmQl9mjtD0nhA9UNegYssN94pK54cjL4kwOY1TDgbpIl2IZwMw5MlBazMUTmDU/1rr8LXbF /RWN6RFMaaAcBjwbFaKlPJy48Rdw/bATsUuLUimoZ+Zk1gQRv0ydos90WNK7r5KMRalirEyge5Ag y9Q1MVO6RgxzSAOl+2KqPKKUNUuk6gCoGSeFHERejkRZiyLbYqTw1OOoaRG1L78BshKcBXhJQgic BWI+vBJVGWc2oQYkEqjzdOJolUYep5vqkDYfFsjE37/VzWSZeoht6nzqXmp01U5VkiDRgrDbCqXn K/z65r1PJ4KqZ1V8KkwrLVZYbbFbPNc3+5OpdgZ1b3y7HQwgXr7W6mpr85WPuQ21Xz3hJ9kNXCUr DaEPgEF1Dz9w4VwZNMxVVnEHtqTnr0s2TP042l0hK/Z83/51/HVk6trZy36FReArfLr2UEF9VNFT FnSpSptjTh0o6rQ0SAeOf+nRNF81qIeSW9xBh8NUn18+GA7Q/X44kLs6tnYK2RDwZX5qibEl3sk7 Oqt73+MYmzpN1ddEogRmjmdT0Kzu2w6Au69ERMzt67cCtoq9jnDw9YXV1ysG+sIO38PYFyM2m+oL DZGoIqu75KdtY43H70mWql7jKiUZ5fHc5gotb0peyERjeuKcVWrTF1fGmERHbfr2S2MjAT9LzlIn 4jAHSXGgUUKIGyV4uiYFOgFFnKK7Ed7G15AsxwM2xet+EDqoHEQ6BR/k+EiN0YKNwOH/oJQvelNI 9E5PJk+OoaRoLEjApVDXSRohKWEr2THN7Gm1hF8Gw/EDjtUGKxsKt/ZjM0JgMa786CY4NAyLk0O6 uN0j730tIwRAJ4GtWcAtuwt9TgJ8nZsHfdCTqq0WOKSqRSd6y8D5q6wOOLExk7OLq4yLX3FBb74S aSyV+68SzqVANXqYcsmRCwW4pniZfjwB2qocxPkTX/tS0MIBsUzUKuplhNA7rgkq2pF1ORXIIi8h qe5r2R0OlGsAA6WoqljfGwzMSIX1iEWgYeKZzW7luAVi8qFgiWrtK4nTvvkA+pfZYBukhynclK8L juUUAECmfcviPQ+aM+xAZlWkIDfLSyUq54qzUIyLBnajGAZC/OiXc9WlGTcu1a4/hR/lgnl40UKu UilJ0RbX27krDCAc57xxoSKtiLKT2CrJOv01H2s3gtuaWngt4GlfIIsTomShs9ym6RXO6MfbaxJo OQMn7ivhxI4gkeXpJQGrFIY0ZKLFCLZDn0yG+JLCftOOkjlGJMNxXZdSpl0qyLU/34cCT6oTj8pX kN1qMOQqGOOFnKEwnUyv5aOxTpDRBMcEqXICyIu6Fw/4aCtn65CPMgdRTNim5ajP9nqmphGW1uCB mIr0/tkeBTv8iNIhLi3xmfKXJ7USi3fiYpMhENzCN0lLUS1OlL6EW1Uq93Gl6K2Z7amEGpkqpusb NIE91Q0Rf3qCnHJU6wl9w5JpGynjlrJdbaQAdK0ZEGLiLU2PvaXyYyKbpWL37c2m/2XBTZJXdBr+ hpwMVyQFEqjNCLgXuDMQLGOETRUmGJ9O+oA/IYBXaZBsAPTmZfSCIM3YUkVJFCCsTQo04rSiKlhD vNAo0NJ2HUCDVVLM92Rg7ekIXYbVrp6KXfGDiHecAr3aPCeysYXKGTeZ5Z9cyY2oFvIbzbyqYYYo rudDvaf56mzzcigNofab4TIMm3e7RKBHHs0/qbDUhYvqKPDslpPuYWoz5bnoo+KNnp7lpmqjpY8c CG+rR5sV0YdLwkehyv2tiLKg/HS+HIrWFnMXKKhvc218FrVpjk1QU0WyLpj6VOExxmez5eVgz3XH XWsoMuQCjVoZ72MSNcakQiXDGc0UWhQA24BGowBkEsnZPvZSAa+Yk6N0EYokn7YLK164zHkMLleV gbrmsmN2TAxFIEKJCLw1aBseAOnQUlKQAfLSbCMqiuwGQg5845OmxFQ4y4W75AvDNDPQ+etSK33d Tol0E7Zb4pzTLXka+bOD9mGWJfDnhaJYD2aLxRIVss3/CoV0cuIwXwd7REgfUlTRFjJY1WaD9iWV GWJUlRlX8fiwORNHQrI20Hg3t465XCV2lCEUd2qDo8IT5AOROuUw6I9SaTTCn856egMzOuAgEuJi HUhTiOFsyqQLhc0NW12MDZqUY+K/A1Flv5hWgJOJwYDgEI+thRYMSdhwdaNRsghz3nKB5s/zZMnE WFTC6H7MlLz4rTFsiTxWQTg+0iyrZzEvZ4uoeXnOEu36cN627eGSznc7hRbZYfT9Jq9zFUAjSzNw h+hCTje5VOF47rZQXHd61fpsUp7LKgaFatxJ/SKN8lf/mt9oB5jo00XKRaLNNHvvj4+Ut8GScju9 G75mcZE5981BazgFDnyyj9YxYl46z7dZJdftqmBqaghWRHBBT+7ZSEO1wcpxpVGkxMyR2YUWW0se TEqxCpTN+0wA2dGEYMC65mOZUo85Mz3x42pK6wO44jHUsIA9doCGciuWVH/k9yyvyCG1iUJBDiCM EjUwKiTR3ENOiKdgLBX5NIWOSWfmMxsidlfiMA7IOJb+6p2QQyyu5C6iqPyrEhUWbBsXtvApAqcG IjH0yliKm4ZsVm2qq1sFCrQw1RaEPJ4T2nmN6QP1II5SueFSeRzOfmgizWCw3Cu+cPa+hUWuy0BK rqBsoc1fH/3vCg/GbegFGRjYyROfm8PFWCl1xQOIIU1EcUWM0AJPFl+a9gbESEUx4/Rgo+Z4U8DO BDe3yKCN30Uecqjo13y5w/PaWYH/9LHwYpR0L3XMueUHCgHepIyKvRgOJX6uuQOzy9UTUClqsyX+ Hy5xz3WRJwVgaLMvX6xcOCOoTWLgC7FCbUsYOnIXIhXAbYkxqrG4JdPzkuy79LWctplXoa15pP+l xV6M89uErXkIpwqWGMdyfbMFCZimRGq5cvwmILwwM4Jzvjvz5yqSMja5XcRLn7wIlpHvPdwIIfe1 8J6OVVVob0+iIVSmmv83hUNR3jGS4qmxcO2r7/tITim9u9Dx0zzwhDVYGuX5WzM5fI+uwGru10cX YmhQUyEDIpySroQ4UZFrPjy2Bgnu2IVxqNAs2TXbwxNt6AfM28ZGCboAvwS/+Q7hlrl4zXynO4wf emHPcnMjFNY9wSjlALZ7CfXrl76hO61zsGFxsQDNiIqb8a2gltZStXiudZO5hCFJhRT1cXW05CW2 1w5daTE4KL+mfqbEKGrl1MgZICdSHbK4A732PE1Hk7TJZppclgc1+hZ6usfA2Sham9PRFpjUNktE N20XNRDO3AoEkGVzvBkBARLPUFJrHyh3XjD3JAlq5p6c4cyfInZlyNjHkLmpnEBJxDhPauo3VOHo t/EouLH6O1TPpLe5XfPCwli1CTxQC2mjLEMpLPE2EKpWE9v9GMHneNpxNPhfocD9xkVX+6K1633x m15VvuZ0fBtsTgy2Sgd4UjJcVhvDtA/ruWIG7JkvKhqjlJFLmzKtnDZbZlbGA2aWZDKwTDsThpjf 6sbMJ0/fTjMCYLq0C3HzD/SyW+lJUiibcstsFn7iGwtVe4pISpxjtEuQmqGrUl5JV/lunMAWapKi ykaA0h73GLu3CGnnXp9oZRmRu+lgF/zM6+YOiIeGem3S2phINuUSfwVecIq62pXlcsQJ0//cqQvm VgwSedljrjkbTZ38xlx2Ia8DOEMSh9qg0n6FooOZlrquKYfZIJXSM7OoCK+B2WgfNVokMhcE35h6 t0hRFRRGbx7KsFkDD4UyWKZ8RCQgZvaUVNAs1HpXDPFm0odK3DAAcA0v7uBUNWudVd2JHj11cr28 oS/dkM97Gy/00bl/aRVA3mzPifm1Ww0VG5euNIOkCGivX7TjAPFs0QgS/cY/knO9kIxnLI2BBNmt 9JCHmK9DiYbQp4Lxh8bG2haVe859u1/oWLuyiaTpoHHpP2GW4gY6HujAaLCu2JrUwIBi4kuOiWKj 0704zsOPcFdzKNBKbfUjcSLDvxTMQLmd1EArKmS01BWT0gRGksIvxvY8mtArJnE+c4GaaBm92Us+ NpeX6aTZKBKAVBSZD9Q5KNqezghz/JQibUXqjG7QMv3OlWILrEScKB5tfbMZiq4MtSDXEOyCAkOL 99bNVxVrGQZVvxNaHpbuu5cq8gPFpuhVImaJCJ3bMLqGPXXFVMuFYA7tmRnBhwqEtcJRMgMuIPmr uEKcqRtobghiE05KNPUnEMmn6SR0ilf8rtY4KuQQYXMLQCkAWAVccNqMM98JgFQLtfREsyjjHfiu SiJ0jHbBFy0QToKNlQRqURaHN6JRE6CidJkRz+a/k36nePiDEFjT1nkbEFK8ObrWm6btDUe7Tl2m GMGzVhFx1jdy0t6p1NgsSUTg+INI6EE6T2lkQ9uhMIJwYLFx6UQAi3NaxmGKJkaDQKhaRzPN8V2i 3PmmtNNHFCYNf4g4WyIFg5A8YdCzQmSqgRuMA80Uld+vMI4Vudu4jik0k4sEiEQYheuQk/k8GQku B4D5LWuWuxdMByGLoEjCV95qFIfAbJdfzanrkc1KZUBGZp4PwBkOqPiS0FHMH0AgJiG+ERnuZAs/ X/wqOCHflBXbZ2AJuulETwtxbVindlFWlElSl9hudGmYr0rMgkDGmkwPpRX3xCCkzuZpd7N4uoei 8qBYYIQyNHYXufTBcKjCOczJ3ACzEJqLC6XDfDyT++pYCtS2AciRUvSyp8+PBxUA4sPSqtHZFwkF EAZlNt6w+i6ny62zaCPLioHypOHppI2WWrzXSKn8uxwmP9az/yALPQjE9qqjaOXSMT1HP8kUMNs7 0AUk0QAOD9pzmylbXlTXpmSVa1rPxRB5SDZJvdghriZVn5sJZbOVJ4u/TvjMlKoqQwMxUKzm40oS 7ei2bXQgu6yJtgFExzddzbMDj2dQw2doGw86RJnjSIKbAmc61DvPQw3EuDxLapRqZC95lDgINejR WNKVVrlRRp99QQ/Q5JwTY1mkP4kUUCp9pNzdk/cQdjNlfKCEpEYh+haJTFircSKHWZ7h6hx1ehI1 RoZhpU+o5EFybrOVUGq9ePNo6pU3oTNZ3/AnQfNhCwSNwatnV94GNKOiUVhicuzADRpySGhnRypH WBN2swjNgB5bG1e49qpzhukjVdEq6g6zSdAoyv7CuqBDH1lNhobApMWj5mnPKJxIEy58rCJo3s3+ JFylpoHxsemA5JD5MwevVrh4vJwbpmLFFFvLFgqTClrIAVdKgHQKBPuPeoMnxGGSAjj2NhF5t7gw JhQ4ys34fAj4ZdQESDNDLM5nbCyySC3NIkUsMkzPe+OU8eNwVNOtbYRwSYrLItO2QjShpjGz2mJi SpDnlsutl6Vly0g1jjOIyo1zFzNpco6P/eFIRWMRUAaYmlplm0I9I/t8+IIahi/5obwphJCULZRC hxAgvFkTxpDYr0COgHIbAYAXMlFoocO1bHDpTbQWxQ2Lh9gaswKOoZidaDDDRPJUNhIDPDFLkTkN Jh2XwJtSaxxBPqKiSISzPrloGOa5Vr7LBpW5HjUvijpjmTlU4wI70qoGycgYhfIUc+hrh7I3PE7Y ngXo43K6hNxMmuto1xlPPM3RuIlI8O1AN7hVgyIFOScgdbRWMShJSxm5Humr48U37nxiTw+UOMM1 w8G4CnRTylSE5sQy6MhAijBxiizygCiPeXF2fEZdXrpMw7+YiMqZCVeSRfmIReQ4P89FUCc5XSCa axRT8lBtt2bGWy48ai0cpLgoRhW2gp3roFvuJ/n5W9SynjQ//uJlXpfXsCaITUD0MVEtPsTlmMn7 Sv5tOukpv2xRe3yyI41cPdwAWDHFDzTXIOzsS+lhAJGgRU1hDR9xK++jQ9qAY8kxb5/RJL6UigQ3 T0p/YGSyIOTVhT4rfKIsAlsrjRxIZ4UVk4sskUYF/dgGTFobMSmlwHODOlQvDeloAY8IIRBHdP4W sMSUYg0n4Yd6F1AKo9SQNtKl4UBiSd/whdOj/mkiDwokdf15ptagFl4brPStE104DSsaFCo8XC99 DKy/PgHc0OGDSX7mRuELFx8SWct6+TWw5wPhPbHqAct8I4dDx6n1pd7LslJc6s379VhKoyPm7/X6 6eDTvy/aJp2soecNiE+sbx8W1P1vK9cOQp0VkbcmMbUjLuGVGdIiYmj5jH7S/rjTswyE+Mwf6Ljr 7Z0mblrU+h0dgB79QqoLVCAdhnBTS/RVACbBovFElClQkbKLZFcmUAqXqNKpAiJpyoQAaWtfUyof +YocnojAYdag6sSTgRgVp4v6eSOMgaZtYAa6sg54kT+nCohL8MAlV4OmZADB5BK+rsA3ILRxg7py 7A07zA3HE4JRkatcIxhxVLmCcgkto83YZgUEePMATjpH01IwzepILcpjS0Ka2UVgOYOJYM0GQySg pWz9zEXzVosA5BgrYV5EOwqfXjZ65663nBCNqM2ICLP5f2d2GYa7psacEFqnY/66HEscI2AjHy4k er3onqupfZziWHkCAs4BeJbIkbp/319w0OYE3EvlXPe9eLrS7bRvm9QhAADPNG7XzrhMXryzW6F7 +Q3Dpg7TJyO6y13QcfqZHhKWYCo4muAlWtDyZqWyxbhXz2HR7Gwiy0J5dEPVLj/IdIhnd1KJHkOL 5DZK5AGRbTdqhwdtz0Vucxvruu6yjfei4PRtq8x6ZBEEmiOENK+C70FnOBlA5I0Vk0Dp8zjMLZaR l1ZM6fglqKeV5MBTCVvjza2YBSotjEZOotUlmzuk2WhzKz0d3/z1UD20Es2ZGuBg1owlsYgwc8Sg lDpnCCg1OuVJmGNdUsYiCptKlTEey6SwqcqUoQG3VJQVDEKvfAWB6FwWnW3O1RlXOgnz0pCiF1GG PPeFnnDi45Z/SnZkQHt2o9lQ6Zd/1VU3FVU7rrxZZcQ02SYryaSu4Kyuqc7su7+3A6wNe/eeVG23 m5yO/2VVZlOt74jU6r2/rXjc1t6utp6UbV9c8wbgbZCTy2rw89CorVx2uNlN6I3O9pBp0DSN6wDO p4dNbS2LWFfWYMOrDDcrb6Pd9+evXW1qOjItoFqc3YqGHXKMu15VUiEQiJ4ib1W63Wz/bbOfjYeV zv9VEvq53+4etQ5mOxPsCIS5HXbt24IKBB/VpB93mwP99n3s7Uasod8H+u8PMPTqwW5fc/79/dse uZ+v33+H0ttutPntDk/AQLQt8NcXqqI7aPb+PX6/fuwA9KXn978/tikC4In432FuJ1VbJhJbm+8Q FG9jr1FbxzEH8Lfs19ejewsdADGu+fDff+bCvmw9kDjghWooZXy3GTL4sG2WEZbKQTEvXqp1+DZ2 cBol3Gw2NKJb8f+eFB7/vr7/QXkbSsEANgSmFSG4Wr5VLVn0r31wbn39/P7cHcTqlrmAAavaId8V ngdhOBCCLYUZSHFbG3ygGCin0/JzVyBY3bjlsmlhpUKHNUm5V0CILRXxNGwuvD8iHVPqfbNNiaLG HsWSN2rLhmHPFCg/j+A2lE1U71xfM4FyS4TznNYOijIQg0Dg+rou+grpaizep6EQNGxGIV1hopkj W64ABeHEZOZhLA6EJ2DBCo9B88OBmDCdCF5m0hxQjidUwxnm5jtF3+ZI4ibWmx8biXvPv/BjTVIW HMVGvs9nCAlbuqENKq2sdGBUMTQEylgWUl2EWsljHju/Q9xiuxmbPB8ZhoaP7Ju7bSZV9gF4gS2v wg82gKqMKRV2R588gAOCWPOsHEukB6dMxGDNy8Tcwj03wos172qm2byPFtc+f9ZnjV3iactudom9 UbiWJqmPa6AZPWd4mljScuoj5XJdRlBZmLpCT/YSbgq5017KTz+XcUEJ7mq5NAghk10rY00SkTsm pHtUAp6opZztE0ItdnzyFS4ZTcbk0rIXelutKp2jQJ3i2vaYeJI1LeMYczTOUC0KRzVflE/LDrLi zKi3baPkGbA9w6e9KKqgls0yU22Zlf764t5XPrm5KPxakMK2dqvGKjwjGpABUFujc2yHhEoJVnzR AIRHZQdMpYQLYQCgw1EGUOw6uyQNZIUyvrVpOA4aCz8ZtJHQRasZS4rBsmrcVC5yicyV+y8Mq3W4 xJRaMQ9pHVvzGmLplH5IS4Cg/R6n3xfnGYuHACGF+dcSb4zUZnLh8zLIoorzJ7+3DRtz/t5+u4E6 oQSXfuyy/vnm5QpTvFQRBI0w4v3fXOT6uzJ3NA+cP8/1575EDNK8/fDYxYnbg/M3cJHJFVujiSih iCDFprzxHdX8Kq94+29iFnl4x2TMnTgWAmAemJ9/1PwEFV1+T/j48Zfo8Xwx994e88f9bvA2Ykl0 ddCNPLlig/4W4X6LrWL9z68oXFiEOCffAiv5IeIX+Xo8WjdIpzA/bKoGPvUNS3i5uJ2Y6E2BtU5C W2rePui+pjwd5mcoLu2a/jTP2lQOt0u/W/mlbIqLCUsVWvYFX704PSLgf8Cnn6J4BerhkAGjqkBh U4b96IAbuqcAwNcmw+ZiKRtQHHBrTcbNnKFH1RweOEcAQO6Cd/LTrgb98hJIqfagp+JQSu+3zCpe pqvsNqQ48MPnUKxNhoEP85bWvrlCaJiA9OxFO0awxn2b89NsNOaTcKQpDMaxWyYKDK5RpJbJtIIj x5rjind2S6LBsNaqNMQ0/CQBNcC42bb/uVl+qCAyNJ9nGGIGxDgG0OgadkGDcbGRJFW4x94ThnI1 cVEqkEOZI44TLtIEHW6/HlVgCOfRj5xnti7Nwb9JQPKW7LR0gxKJxY9O3bk/hFQ+slwDvTLPfmMR yAVMSJYR8aRwSZVyA8x+WEKrOl45IKRK1ZDDkX46JAf+ZIbReFkOkCuEAL9EN+ggE8JNt5JsYUKu O5WQL+VbI9kPWJiTNkJmDiQfBSGuEr5pC2KVY9NM2lAjSC8XfjboIB15Vs4xbcFkppa3ZYbltTLX 9DPXnoL2dEwmyZP8xhDwsllbKDVtRW9awmOn/o2OMJoRSmSir4b+pTeY6O7aFVLDNnNHb9KMGwHP TpsDkja3QA8Re8+fh3FMIAN+NskB+V5e5AyihFSSAUgQgTJQ0mY3zqa0JApd6pwHKLDQNTaRCyBr ak8yrkOJfdVI4EppyrVglTFHNTZD4BcekTmfnYfjRMtEtIoAqtOshl6EsyHiXspMhOrHOS7aERHZ v3Dur6djIMNR64vnEAm9ZJgvMmyuW9vSMFpUs/4WX3GyvTcW1kVzfFu5vlwA/lno7KqQSUaSJxAz S0qyK7BHMilPE0p7ADxlzISYjdApKOYpUmVHIFTS7zmT7lXvwpZk8iirwSWN8Z5A5Y1V/5JDGWZT wtI2FtE8tLJGCQvVUKtYPaDacgLMs1CYTZtNbwVrXDJtr3DXHYxpw7npa1NaPXCgslscMA0uQ4p7 UseqXN5X9zgPRZpW23gpH5QAGAz+ZsFluDLFysXRmvyblvcsnk/4YzYup8xtTeHdtMxRQYlGtbbi sBcf10Xi2vxZzlrS6aqqiE+VU6ACE1lws+7uwjMewbZqRKTDLcnrUg83AXPrzNfLR1NtKX0MDxrD 0rzsE+45wpU1IFksQ3iz79FQ/imjbunPuG20q6ikvAG+zaI3RZIYu4rRah3xjjiqJB1S9MNbmAAa aiiIELSiq7J6qb3E21zg/ZUJJrDIpwelW3Lwquj5A3ZBR/xSTng0MMVwt2p5JSChYxmaCkgmrJta hRGWWYNqbFcUC+NdPCLsfIxf7CQ4bFgB2Qe/ZLydw5SE3TYYUCYyAWFU+KBNnGSSeJw5xHOTlJJg dLPGlLzqXBenXV0rJy8EasNFtDjI4oG1Kt2Jo8iARlUPOCODNSXA+J+pZpsE5R8gRoFOeXrqn6Vo nGqnvRQ1HjXZJLjUvjVKeULE8//DBaFaNMXhE1yyC9K6OTNU6jdoSCN5uAIi1BZNmuPYxRZbSEjv RsEiPNGjwal6QkuvmALiNlhIEkfy1UxBKblbVFt5fTXtdL5OidQbNbjsoMKfh17V4nAlgVZzRMWU 6f2Cuwru6nSq4teejq2GtnP72ez0EIiWfBq2ujcFzrJSHl3d6CetRmklPhVIOGrtD0VOrIq7SoR8 EMQjx/CQSUgQhSqb77hKSxfJZFW48KTkXqqAOr/H5U6CglxEpOZNgFNRrkyx0dcNVbT0PRIeW4aR SnWLUVDiENVPQyfQCvODdXHNs8GtgOPVyG/XVow1LPi417lbQGA0i8MNSKXbHoy52s6ELvedueXC irQ9lq94qVnm6VAsL96sDtvxW1w9Mnu6LPfbI84tQbUEgDENSZsu7Y+HqGZwJYhzRsPGTWgrdbYE RsraGdsegKqIPGcdJ9bXnoQ6BVAMqRDKdXPelDwptnSYintDLala/SDCbVqNwOLWglpjJ60Eqs5M GomsUiv0QTSoUeGdSSNnqOAsrYNG4+RE3Etetql0YFfes/PHUMqS6DkgmjdEPicrNn6LGnuLrbm0 9BeygeqIMEwCt7WYlLAwxKeBwFHM6dUOCQZNbE6N6+GCDmvPf+uNcCTbyLSCQLFM3EQ4NUGSkVAv 9lXigCD3CoVc0BTe/eGGwrf3yg6NBodiV6AAkZwmFR6iejlvsKIK+Lm7nMQmsFxEuZHQerIgPiJn xUWK9fe2w0kP0J9nkAKUd0rb5DM5U4yJmHxEcwt8nT+EoWRAChE/9GIeECte2JNQ+GgCPrd2lFg/ mpOoXB33IK4XsDCpDJ8zhnGoNZMKxn4QmTMf86Hq9CQsiEm0WE+9jBACeY2iVF632tTyBFSmPGQx czdA4aDdQGhBTYIrMCV/CoEVPGrKpGrfvbeftK/4VmzIGcpNySjCZXfSnqYtoUAIeDf6ei1uWBeL O2TXAxqWtot7UsHSJ0krWpud6yrBU9jhz00WBAkpZtvGSu0fRYQE5W50GbVsvYeoiVigUR4RzgCR 2PlbbpxyRU9alcJCuxhcOILqkn/XIWYiIuEsZlUbfPoeO5FiYuLGTn5BOmtCM6WBCQ7EJtk0iihz SfXKF/QijUFPJejMXye4x4muG83bGngGp+QEdg2NfxkCM06rNenRrWEPZzjiLcyKCiU4GRwaeqQl u2TREecqT1gsplBkKgnkOPCgIKsdOJhN+6ozomqjLmUdfAxspggPDy9MneBJ7SUUeK3eQAr4TR4Y gP9VF484yp6BcDWuSI4FcvML77ds2nWQIZO5uFq2kxIhXS6RZLETznZmwHW8yIZpguvxXD+7bo67 KVsQDWEKIMdFGNWk9GspFuHo5UOx0ONRmGDZCMt4/Qz3rPLEjBbdcK3UpfIsrdfR/7iTm22U+N6C Gqtp7654whXBmxkLYfVytx3Y3sMkY4RkoR4Ez8/if1kcWhGMslGJExlaS+1FiuSRQ8B8H2F2MpZ0 WfRynQhqAJlknP+fPoWe6J12Ir9VKehHRnyNmCBTMOohlPviEn+gJ2aVTkhhNVikiUwB0QJiF41T 2pKvSJ28tJy5HTsd2Wmdcb6bu14M0bxeIac5rY5xZVlRTRrmWzGS2mmhFYCaUHgWyfdgFN1wkz52 DQfWFEV0WxNro3O8yJO1GuunHR2MhbYXoxq3A7taBYgFpXzwlTrmU5kDumIcBTAYBNLTZlfLKsk0 /9BMCLYwdb1X1RpjVBVhYokSjs2XZ0o0tol5wQK9CgB7ZEUtYmBKsFdIa+rLEWGB8VGSi+ajng9p QjeVMO016VVHahKqvuY191k9WQVk03DmZDjeeHNkk2jWtKl1U+0dAgINa2DLmqulcGEVXu5WspiP cqOHmO4PBU9NKrmAZ83Lq8IGw2XOo4gpKqxm6aq3UGHn3O1BM/vdZB9RvJkKNj/Gx/ZBS6UM4yrE DXdXa6xeikAFLtOEokB2bCCdlDtxSONqLN6pf3ACqzc8inrV0v01+9ZB/YslwQOQfFDht0pHk9fc zWYrLiqqFs0tjdWOs1H6IQtuFn8rPYjY3AnkILCjOdwlQx+Jge/KnY4QXchMrzx5rkyNyuj0p5gB cmVsVa/qS4RNTwwAdM3pTLrVZALq68PNrBxk5djICIVG3zQ37wvY8Vo0c0EDnyQzW2fHKcrgYCV4 AgFqhYj2eWRLuQ7X1BloJzzTbZmc7DxV6zfzzU5yKDRepxyoBRH8YW4FCEPMdiOfZNrWUfxlv9xd BOeBtUObLnb8Fq6oPTAtJWRLmY9HCK3gsb6sO/KzF+5hKEGf2di2zr6HZBlvaZs++IaQ+JZdul2n YpUhGhal+9QqlTbKjN3ooZr2KWByJp9csLppYxNPwSstJcscTvlb3GmIiqvVGLcQQAf01KRSVfEK 6izU0BxN6OB9Y1UDKY7gJxNsegN/nkfsFmW40Bxys7N4YQbKceU0bd0racBDoQj7jZUb4agDvKic v4Jks1HEIrCEblyJJnxorukdzqefS7F0hpOcMcVu4wqg2pqKQkcKPPxzjJykkcax1L+FNhPktsOV UgY/0oQJLG1Zs0nByBDXDIkL3cjhGV4g+p+3DS1BQFBJXEZf1rEYC4PiUCF02lJiWiVl9SUaVHCJ WTzq4kzTSpUuwcgOm/TWPYHpUj4srkoW2vQSy4RZk6sQxnwMdVxfG12qjDWz25T7ajdOB0z57gXc EYQ68Fm8jhHmMKZ+TXsAIyHHSBqcBLUnK5tibBqDiY87ZIPgPi4incwhtthS1lgwggm1dPKGKaEz qEUT22zK59HMuLbhEO144zPQGV/yz+8gS0oZhPS631KIbTXR0tkmOF6yJhYDSwWxnRmy4qbcbHOR HUw8yfPhUtq+sKlfE6cyFADwLdGk0UkENpQ2a7vgZxaMeK3xleCR1hdsIx5iI/Tddx7SjxA1G6fG +GujDvXSx6Ei3m7GmbGO0sKtuev7W/t5SBCGaS7mFfFDCNOoAd5mC2VRDi9cwbBco91F8IB+OMmj SAz2+jhpTYS2Oa1Jm/HpC+AkZYcbvXIF2aTx+tpRMgHurt+M70gzjXNfloicEuWQQVTez+DJ6KAv 7fGhPAQOJYzKFP6YRo1Z2KyTt7Gf2bpMYE3YDZk04YM8vIGt6XblJndK3rifAkGdGDnr92LhY/7F gGKyxw8RzE4Jx0/OAotiihEzC84uppKszvm6wFmn88MtzDHlLDAIhwo9JpUwyR0LUNjn+3x12REt GDsPtsyw58fzfVhmrM4wNxYWspnkQr4nyyKlXHMWSegqMFpSPqhhAtpzF1Aau5Rp+gwr5PNpK2D1 Bc2h27Y0f/yHKgAca5+b0Tw1tjwSWavez28ex4gwIaAT8PySEVSK73NCWYPpdmwsIuAbTqsVu+hB e6LGHITMlcDSgCbQZBcDjaYXnSNf6OTtU3JweViE4CI3CoiOeEmKGroM81xhZlWxHzeomYGAjHWu Jkc+zPGYGITUVgLcfcr4BEEA+QgRai8dwGJgA0YZ3UBNjzZAMNFANwtxJ0UpZBggr9hJSOTbuHE+ DtMfrx1riuedvzQKfCDr+SA2Nx1TJlIn62tUbSqsFncKkjbh/u9AP/fBb/oASochZmIuwYeZqU45 nIj1crtGz1dMm7JMHid4GGPLrq8ghwnhQCBXXH/cUHzj8VT0Gr7629uFGzeAOqE//rkUWPsnoZe6 BY3eZutNyiLcG5QaJ9xm3q4z6MO03EGM3YHk2vHzZGVw+PKJbvL/l4KlMZgdbsOxZmGLX1dIVdBd /bD3rsHHplDuSjMN394ujqHih0KguGFLf+QO96AZs5MU/YFYnnF5AqRdCQXI0FqUUjZa0dc9uAFb T+j1hC5GTIG1RXqiP+8gprDZDM4gxnXT+Y1FjGyUjNkhNcMjfOqUSuzkK9zOjIsAHOi+P71KVGgn gq4TjAYk7IrGQu7l74UcOYpI7ot0eQiuoMIpWRTrEhPV6MLEg4G5U2KCZ1Gh4gZ6KbCisaTKvQ2V fBQAu9RjqxHO2KIgz0BIvF6vmb+bbQ4oTDhfhPnEErzKHKGNAUrKNS304QY5xOSoCatyh/TnpWr5 HtqtV8mlETDHm03nMbTd+3X6QPrni/Er6aa5ZTxUXdTzk+Z6Y0DGG/LB2WuRMU31e+V9X31/cVYH SNG/fIVyZXFSinDW1iHq0QxljoPbjrT8Ex3oA48tM3Gz7/0Eypgc2tS1LAJW0ztcrLIB31JxuUr+ ahTyw4RrvKbwtNvlA7fRCSDJEQYMY2aktBy5ABtbSqQgYUc0GjGoxhm1lsiMw/7N18cBfGXMaXwO 1Bycy1gKurDbV6wWYvAhB+5NidW2K4Nl6L5dApFpi08xORc9Lyc0F8Gg3lRCYyxjVPli6KWJYk3U RL+Xk9KU4hfQ42P+2PyjYxdmacgVKPPbcoDsJIEaMZ8bLeIE5eT+ewIOOmVeBsq0QYeND+Xk4eQN 68HzlNUXdYiD0UEHxwfGUxBv12AtjAd9mmN4iPMCJU7wdCxDyDfpiMdcZXhMu0AQEFfXqh6Hd53a KksE+5ADi8q/uvTOQ3b1TEsLtuCZFdFVfsC3FfBFNLGe8anrZZ6FLV4xZcSXM4syVRK3/XTCg6KM BAaQ1V40iQ5NVad1ZKQpZxA3TZPfaIBEMJuG44DrzTdNywxqwFOQSZNKH5r7WH+CPkfcGbbTduJw R8DNjfjgFVQScDW5QhpUHPMMH5BiJQRdivDyQNRJOixcvprO25doZhqXXMiWlKnJmJiCL/CqRBhk pwNRUKDGDtBwb/N5Rhr//XNupxwOoM2blsMI61UQmoQCa5IMM4RrV/ZTgZcE4ydWpFvQBKi5tmt+ N+82VV/9IRdoTNrbiCUfWKQQip7UBz7SGirtcuQDphEtamWzAk4NOvvLr8lzhVjiqm5DelRr6c3Y 10Q3pmgANuak4YtXuaaYVYEFy2gdX2r0mZm+Tejpf0kK8zsgWNJcNLXOaSeylD4dowY5ENkpswUP /goFJWYoQwsoiZ7kPRSgi5yHZSmqFbhd55e/xWXWzTUZVCIoVgEvjyKihqlX2lIo70SyvqcS1mjI fnDgGhrZRBGOIeAfHY0hRBnnWApUj9K+vbcnZJwlL2Ks5FOBK9sk6zBUPYouBxMRU1twnNLp6IB4 ADLSiGqbndLLLYrBJ1UW/lqwpaJVXWDy1PwkW5Kjea4LThCniKwDMMab2sR3fV2O0u6iiXo0Hsr9 xwmc1GbM10SxKE9RQiJeF+5lM6JHsR86fpoScFr6yx6QiG2UFS0uyDr67voqRXOQ0sUIkmFUcS6u cDcVv+Bpbrgl2xRvGTM8W+RtAksqOU86TkhIyKKRNy/aZHAOsDQjY6ektAJKEXvbhHqEuuAWiUem CAhNb3MjTWqIQygJYaIGI8qMSj1kVh6CWuzCSclPeRcs9M5M6ICmEWAJyyND+UkXWPT4uahQ8KU8 bm3wokb+JBFk3YYTIFIKnEc2++0xROzhruGpnJaa+zFe/XTpUyJYJMg8KkKXtCDHmgIThDaNx5R8 YF6bsMt3zeaysrJ3ELKRJa5VSOQYjhD1Da1SDy1fGAKS317/uCl3tf2g+IQYcZYpGcdtbxA5T5tV stBwU5dQcYrb+KFWnIz3FQpayzujWIbLLSxCFely7wESVOAv58FAtOOy+X3ssrsQda2TYUd6lJIn uMqShZVqy7yoJ0DzTvMDZ2KYrJhbr2mO6t78G+/B2y3uF1w0kZyE3lI7AO5cWUfJFUjzn6lkzhWF XEx6fkSDvZC0oJB73k+OMhQzPOFjT8i5lhSThHfVmxUghffONqm9UOgXAE4jD+1i30NnY59qfpVn g/HTuWqOWX1ZCZKndfbDZochhLQeysamuYg0EG6NK4phE8Zx2dNut6YRvgVt5oNq+hGGFdBIJ4mk /nPIMZsBNkfGhEXaMPYf8qD3QHqZC7eYjoGwrKzphmSPtVyINgeFS7p/yvOXZPOoZpSa+U9Ry28x P8Vk1UQmKdQcqi408g7V4AZQjDHjRDd9Q0osPKabwhVjmEr6h49tRNHK9YgCCB2Q8KdKI+cGF4qd ey9GyLC9YSF03cyWbudifFZzoyEz5jmIOaIwyyGoYWqC/GwBB79kvwjh5Vhx6XvLah8Xfk4DfrVv POk5Szei1A9X1pTL0DlxThIrSu2gLfPv/YQm04OMt0ZFVaz+9OWqh0cm6aR4SricVWl7EwhMh1Ss CjYXTrIhN1bHmFLcxIZiTIY+AvldcWqzmNB7fbvIvY0WwGpfETgHY5bLzxQTCgPXC5+DD0v9X/0s 22dXF8/aqhY2DeZePv6YLl1dfL+48XK5XHR88x7w3ptImgjsx02T8D/vlz+X69X86Pr+H6+Xy5+3 t//EWMU9MekK+OXthZ96ub7o8EIowLy+vNT2/f+uF5cVGa7X/4D/Uk0QNP9heHlZEeJiiFcOEGEG cYlp4BOQ1z9o9+1+EL6YouUfUaHXi9nukMYD3/r38vLpVbWaIPjJKhIv1QH42fj34t1mPw5r9pim ogH8qT2qadr14+XtBTYQ8CHXDckcMlR8kUITJZiZETanxkcljsuHr/+7UA/81dH52Hz1Jhz+5JY5 bmiTDclQAvo17+0j8OCZ+UIoXagqXpWD06cGiZ/+++WNAU/lXOcEXFyX1otBr3Y+VanW6i01gyTU DV3DJsiyl9wAPWyAt8++snBt6Qh9M3MunKQwWkfA4XDowaOqJJWmasaOtvLJRqO/SSiFlyDkDemw FrnxZu3Q5R/5nHJNbptPyB9mFJxWplZv4wla+jPDtsRgBZexqRVqSmvB5HsbSAQWdJhVPnbDt+qY m+EN9SpHWQFU3pIZsWeDCWeLTJpaUxaby9y4epmhZEs4P9l18UxuCC3LVJx8ka78x7IUdPNk4o0l 11YEd8KVu7lr4zZRFA4KhYkpSfkv6pYqu5aPLkds/4Yoky9pVgWXOGb+UUwpyDl2RzdD2lj74bBD NyCnS5G6lWiQymnDjR/xtbym+xIXDctjkR9P5T8YZlEDY8xg4FOmaiwCKNDDMGpQqGArJIR17hc5 umPc+B5MIuprO0oLaF4JP9nTibLiqQZP76c9OdDqy7pc4HQNgVhB0pSqgceDBo/khFJcA63JC8TP pLJF2VNksMIK7WXaxG3kojMY2FkGhufemWMUlQ2Mvy3x6CCsO/uCtBV1x+3z5R3WFdHw99WeJc2s uQNG4yDgRqvPzQnsBtHKBB/QzIhR0LnGxoC21Ly2nSC8XYxTufcgodzdsIz3DAp5BZHCOQKL6ygG FKeNWl/9aosjGiD62FEZRQeoosbQtFTTuE1Lk4Fww4h2Kc0sD9LXiPsuA3qbnTExtirm8uMKUA1Y HmuwjBfU3mUXECwCIZHHsOGVH/CRDcHOcDIKNgpgzoPFrF8TBzum8kBiXAhqjw8110lHb0k72jAk NS+NMW9IcSxsx/8yFqvsTx2Nnuw9A7bOQqLm4LOfFFVzEmcBtrdFeFpHVoBUsSGrlroJBd+kaQwE PwJmbz82mqMRLj+gPWRitesmgDTdTdSRlCKEvuTAPJmPv9k7H+CuqzOcMjtqkUr3XAxxZ+s96QZm J9M2J6WipYWRE5kJtzSHzpSX4a+L1BUVOWQKo9RQNCAAsioH6xbnm9tKFbE+18/pcbpWtHOU/HTf B2SyUOzAKxGU6xaOtJdr8KfBQVpy9MH7IoEr89wleK6x8rSQUF3lsBsFn4Bdd3fV0NxrqWAggykW NhMtkLHYxbL0qplP4Wm5mZSm5BJM+Ri1KL1Kb/ve1KJhK3tLeyAkytQSaLhstkXVK0CFDCaJnPzM 1H4pFGaCQui0F2qALqihEYwUlHrypvXqi80gaPh6ZBSsAzv9QHOh8KXcCQBLEt7gVd9TpmB+kWYV 96UdUqDiXAsQGUzhUWNVYqnJ5U90dU4DBpJEOUHk5BNKDkR3vx+vL41noHgJYFLz4qbkxBRZDK9P c8AYYnobDBVJpWV5UFkHcZVkVcz3x4vrsHW5V6PQCeJ2sfWYvIz4faD4WDa9zJA1pzO6QFkCUGa9 9LFl7kZFhxYkbpR8gfSmjCGw9Un9chkRoqST4bhmuFxwQYPSNB8FhSNNgJ1byIK6V5AtDnxJy3MI +vtpC27GSBEBO1azTZaAWFOmHk3b6QvtIkp2xaUyJPpBXww6B+O2uDqryyOFlwnO0X026CME0gJU Jybn8WJw/3Im7KCcLPc1A0iddbFKIhNgdADxRiiZy0aOQUWEXAcaKRv/g3IPctLyKmoJppsMeGn8 xTFwzUrmw90t82kCAldMMMtgzE9hNivXjckgEIKqHCmyq4ppQPC6CcpQTWNcRxQZxaiWOSi89LXZ SjqX/k+wNCCPUscSf/fkpEbGmalPmSIN20A5FoRDYnklrk3/pmooULVrHmOtobgC5EuKt2Xo9IOt QnvzI8pD/Mmi2G4gDSlqWzJMYzvNBu7NvqNZYRwR8IOJ+ALH5p7Cq06Fze7SDn2adCazC5dD2yBa kE2Yr6WI8Ka2+AqpwjGYvGdztKyCqpoIMjEX49pYko7xCfAzpXCj1Dn+F7M86ZB1Uvj4RRUy5ard 5oCzBTTlfXJHkDCEBHtJe/MJGUwjEDRfuhAsFiSAHHscTQSI5/FVgeCgjUvJZXkA1WqVzy1CEZVQ jvnUTN/VgloLnj93kcJ4X0pg3QdjkBpMauBfYSAWYFAWhQNxdArgXXd1y9MI71ys8Ug/5HCmHis0 4ZArS81DRpdDRaFNFWLiwHJkLQ9pg9ZspxpdnsEtvXMIxVjQsv2nwxexmYXMsVS28hTNLcORI+gq V7XNsK9e6ByK1cknINQK1RXz5WcFd4PDqf0SdAnu5l+5nw/n8acaVSRJQ9hNKRMBdXWfUC1BphL4 BYYUJLkXIH1KEQgxxqcpYJuspCFhvBVbHsCAuJ2MqJkG3pSKb6drugW11FBfic5Eb3QXAWEkvew9 /Et2yG8ZaSkFiF7K+XOzzREwKWL1lQ8DiI0y8BDXijmUPM7KGqi5B4xApxHIy7rPKj9iq3Ehaflz wlWKBXm6HQFYbZTDOvlNopd/J023Yps+KIxTEeNdOyjLebhTY8OIIpMNhlzH9sknAWNOaLOombRk yi3TngAC60XW50K8ERH8AQ86iUXTHqbCN0G9fG+jhNVBNeOf6DSIekRa73alI5myzoCgPttk70jk duBKFeiEN9mzBoIvJ1r7DJPxiY7TFVfsKxDzSxQK7EoUUNH49SXvQVk6dsqsuV0Qa0C7qpQoqxqT QhqrM804W6BaNuUWROR6ZrKa+i0v4RCJjQC9hcF8uqOuiNjbiGjNOpRLrhi16O1/u+8EQf7MD5cZ NPxsx13qgTQI8Xicvh9pj1Z6yUJ4g6chwNz8CAoSDssIBRSERjGcFFMkM8bDPLyoXJP/qYpAPi8y meiMwwaEeFUFKRVSyys2VSn65GhaW/Y3FzViU12mzHhScohBpP0eEw2dq0ACkYIOmTOJNr0zJTX1 /O+gJrs8jTIg30sblP6qkcIEzzFnNknzMTnZRxmvf8rp/CFQkKHqcLdlhAhxlbH73OIU9cZ9hEDa FYQhC2/ids4PuzoLawkh1PzEC6sbcSO3lN+bKEp9YF8pPmeFaC3whM6DLHy2ONqKYT4GVxCZLVwk Ui5tQbRVMBT4CGZLe+iYm4+iPV7RRCwUmICNRuXleFoawjOEd9zPmvKfmYv2dAVd6I+dWDdVKewI TikoYZBIZAGAnUa0sL7luExMu2qpXlCDh6wJMkix2agUAISiKiXUIjVywSiulfA0YvqYd43fmzTg UJaT7kgwyk/LWCLLMJDC20w1Q6APW0ZzuwWjOaaqe8gnDPU6DoomdMqaeI3WRbk0rTliXjoPjmVV jKkwyG5pRwFyKH66YgzMy6vmWoX2TH4pcxwyQtX5cNBjKboyePOUMr+0ToOkSQq8aYt0msE84ZF+ 8ifycl90FVEMMa2gOeGyOSXeeuIb2qoQJr+wxoD8NKyAtZQdwMpQeRutCxPYWNYqpnpHotYOIpYH l+O0MQ9RGvHYMBZee4zB5HeutDOl06YiZ1WpfG80NlyKHt1K67EdDu0CXd2JcuWsjGYxFxOoS/Ye q1PtyE24MTkHEt2Sw+ZtvuQOI/BfCaDwYZTiQAYPYWg2Q+wRFVvf3acbRhTYbBHXxsLN0BVZZAl9 c0ScLIqKm3QZNFx1bWt2aIa5BvHBL1ulqylwtJWWqKK7mvTNceJCRjRmFBmXR6ZF2QVHGpq0YgwH IRsveCWIbhMxgabzbMYn8SJQaYK+OR3eNu9nRO6OAyrGYJpqTbXjUp0cGL+QP6OuXDGkZm3UPllA JTrDPkRqmUZhb4FvQhsrxqv5EPRzOPba5YMTUHk4PCKfzR3mNMU0jfpW2c4W6lKR/O2V6KdmJJMY WWmWHkO6bGijIrSiTrYPN5EhWy54MHY81BLu8n+kcPVdnn+4Ihv+Rc+uEvbIrnUeqj5z9bSlKFwy lnFrCCcOFXReAM0MarU7CGCmUx0SNRXTT5e8XxQRXAIFpY8MU9tWyRdba9q0M/H1nQIUpcIduehp fsTXgbC+y1pADyZZxy+huRpaNJef7W9gNWqLHlOlJrOJnyYWbV6oE79RlZMIVAE9Q+FNeknJsyDW 4tkrTmc+JBZXd1KR0swTLZKzQkYpKbnQ+U77r17KXSgCdzaIA4LU0nYcTOlnR3l0khNHoU7ufgeG 9LRRz/xU+/L8kyIk+LVUFddc275PtVOGOB9+wxYLPR3N9O0Yqp5k8kiOPwHqcLyOx/HUE11zc4fA VAPsOS1gbezxeJehvaqvVxvsCTCEg4YQaKnS1cqpJh6eMhFwqphnqTaM44N2CqKqIIiOseojGHfH PTk8yqpth1fB4uZ4Q/d8cH5LR/wBpS84346OctaTU7xCG0McL+Xcqm/n3TnWr2MOkfzT6VgOpHJk 3/3r8atFhwF2PJejEp1e6IAdH/fMFobf/n08+u5nzzNDxa2+NDlKEAVKtPuLFY6iiuo9M2YMuKwV Sp021ImBP7d/HsHaiViOb/EsFQISd4zCVw9bYQa8tQdQdww2Zv9XZ4UbiXTdbydDguI5NsfrePwr 0fqorSE6/KajeNzty46tgD8KKGCVwiedIVwf+HgEFTwdQyIMoYTY6RWxhpNfIowpHcylexpyvznv bWVcJdYdrvjZYWt7gNiQMf9HMKKsU2nKTAeaGfoMXnolNlER+wvOSUiqtWIAtIuIzshCnK7FLZHL bgFUozJdtrASw6eZVMuHrQJ09FM0Uv/NfSgfwrMFUlWlDhcfVbOZaJyHVC175M12COavdew16nK7 5jlws52v3e96NblTPFZe52aYvo9clVPgemj0UVRqySdriYQmpvzqndEZpso4HnjulgPkbxarAEZh RdLcGt9jcgc0B5JbWLx3vZlaiaQnzTjXtjJppguHAi0fOUY+re6w5ER5Fz/581Yg2miB+AJ33iTS vIO5d9gfUbVVmwehnLYtH+HDvXCCPXkxmEbAKPC91rIchtrQF7EmSIZRR8DzcC85s+lrX4Qan2Us VBQVmieUVmcEhVxxS2xa+MUW42uMCbdXUiuskR1uS2xii0U3GQtRmm1OG+Fu+mnSGk9yt81EJr9A GnQpOGecLiC/tQLiNw48Wi0iZSjhkjGJnnbrwTTLbmxB3IFFkE2l6uIljU17Ruy3nQmdtdUTFvCl s9Sxs7aYkj6uQ6GVspZRMq/DKSexeAyyU/cYQqqVc2y1sgdY4hVxwV4znwJsuCJBFEER5i15uGKZ LeVISVqQ8vmVZyEAD7nGDBwr6JCiLjFXKOwitoNmLEA1GBd6wQFAMDw5aRqxO0QueUUSxOqDI3h4 PF44+IF9Bg5Z5KedZNQpMfH757VlHwJHpZ7UBjeM1KOrf/PqW4vkANJgxzP2OPDQyV9xJlqy45wG aDk3g/F187T8cy44hxYd+ik9+Zi//nnvTDa+NWfaMWUc9S+HWeuOmyum6Gt8N7mWjg10mCEv1DO7 bFtYyF9qxNZ2JiHG+vL3kMEcjgyC/wyoyfR/58kGS+hxVTBqdMN9Cna82td/B7ODDflIPx8OrEVs zxd3dKGII5C7tDMYOSrvKXwOWBciSFuitzekZDcWn9ZplhhuoRa7iBazUURZssamYC2rZUIMUzbE othYidDRozweR9htVJV707ecXaLm7loXZv9+GSm9YjKtiNGQ1fnYo5Zl76FNOSi5T8SZF/fEbwf6 pfu8ViKmw3mC9A78dC4dq5g0jN1xg7ciySk9gqgfv3tUrp02U8PStyUXXtOHfchZYjTu6KtBS365 jgjrLwdKtztfERwI5feqRzy9AdSzVOqR/ntw2Ui0GdIUIJ3nMXCYv4w3aA1DIsg1srf4jCimN27x 1aWipsM9ZeuypvgP21yVriA6T6Zssb22GoDrTHjTIzbd1KXpGnssW27uCvliRn5kng4UUotwE/tN EZuclK4XA7wnMENy5BqINeX2uMp+Xd6spy++EUQAl+Ai51lJMLuhNh3sU0ZvuOak2NekwG8olU7j bZ4tVYmTGnCxyEFrZMZN7f2nEexJ4/wSNRab4kuin3jqSmI2p2kNpF6lj50iSQxfjnfw/eCcic6I 9QcLWCmoJQYwaKScjJFp73LrSq8cPsc43WM7/WUqbSQQ8qZmMOaIfDCKWF+SAjEKiVksKnxpKKzy iUhgqwj0PofHyIwWpUbK/whKKWf5sMbYZd5Bl1IhcRog+DVGhY70MuasoDSt3Be+4ImEo2o5izCW 1ELjyjUzmrZYuJCW90pkO6kScGSmMxmpVB9xRmmxq+tIG45IKvYRPx6YjKObphYY4NNUZzPmm51O zTnV3+hQhkcjq7aY+1Iuk0S82RaUpqvm/mpDVI7SNUmHX2oDIINtDtjcsUlVpJreBYRGILHlSvZh pgZiKhTCZrvN++I4AJW40lhmY8tw2CLQbRhMn+28cYGgK1S4rOJXV8BQU6FVXTQboYtWetWAzk8I 6d+GXg0V6UyIG87c3PQWLW2d87c21vO+20mGzmrC1L7//qkZwtn0VjvjmIA2/Teh1a4l4KbDrd8q AEWSbV420GkEBUBNC9UGXWmZ+cACl35fPUJSTsUmZ/cVnxMbOlbDRCP0QdQZruqibLVDvIxYnSY7 bcZKDha0oYgqGDab/rD90Iy6ia9SBZMDcBs7lZWSoJSn9DDqUiayUsYYq+NSJMTc/KWXLH2uuJqB HxNqsAm67ogm04Zuj42huRcJ4epKOMVl8YNEwx56YCjmkzLUjZcKp2JEyaNW7XG5JOmZKsf1FVpL oJ+KHXd0Z8WlQywMi8r5Os7FlVKXMgiGmY811cVRcZAj5ysa2lg+ijJMqkUQ9ssbsFxY5axy634g zHJcn1sQdPptvYuB68lvCIB0OGfhVq8Q102IkszwREaxwbi8oWLdXJa00cd4IZRDo1Qtv2emx1n5 LaruxFeAmq24IrUQ426/0hKeSEIUYnK/wtOSLtj0ZQQwaHQ5Q98nJR53hsOmM80u7dRxi3+QAs9P iLkhPHeYYywDBFJxoLmFLARt0gzrREVA3WIcbE2jcAQIDpEQcF+NZRt7ENV1+GMU39SzMl2DJD5i UXGBp2smAxP34nTHHga5s2Fn/xVohWN3mTvL2qoTHOIa+Ixw3g9CImkcT4uafNFLioED+yN/0cDo aeVqFd3y2deCA5yGql5mRvRQ28yATqK1WlNNWyNboISxLthhawTjMGaBIKXPevNUCG9oqglvJk7R 6K221orDk5fMchjynpHw2f4mJs342Kg72/mZsXHiLBosRalQyEqMlmiz0GMp85/V5QMruDNIWzhU nyPaqgHaXOwxD1eyptZQnJlgkUFArHgPF55pI3BbTvtp6LbGlPp5YiOHPhcj/JRSIBRfe1aO8uuM KE28cMe+1hYTlRrt7nMBG0LWQPDmrjQLsbwLpmORjuSISLaf5Ak2zbhWUgbu9QTHcbaRjRfDeQhM oDEUKbuoemillcHCLKQADSe8mpbTZXqwZIzy5SgKysVWXQrSMnXjgtmdBJqqnCk/h0D+LBExJmcq IJlGCoNRLGZpMCCUvAyPTqUOvvnCx/IEg+FBj8p0XYjSJyTyLncrFAtTSlgiMlan6aXM7HNLNjLp eMUPAVxiAPE8FGOkUVFHSRga+00tAE11XVSCAHKV/GwBVgVzuGEj9mAHxUmwruBr3tZDGEmCILIa kqo8ahR7MlujCTwTSERp+dSJdeQALYzRyk4PSN50iZUjjKFiKputB62g78CWanE15UWlzSvF0LHY 66P2SywzoPAznfxpF4ocHveKCwnDoPXuvf0FSIaDBA3bsASeEiAXYhf4SGz9LlpKyUyKY3SWm8b2 /QX5eVeku3BboRlgGYxPLBczWISOBdfS8bUJVDbDnyGpZNPaEKEQn+db9XKXX9WDrYBPGxlcukCH 2xMBgXxjsfhmMbRVEgT63HkLuRPmlxANj8k+wmZzFifL9Tj2hORZP223+QRmOZ9dT7EZSW5IHuL6 slexj7HjahqhZYLWLN9ImqHPRhaRy75iiD+SN07Je/jkikqumDj7itOukLLfAi8DPNCyrsJZOulo IKwofI299ISNQrW5lYjY2YWFsRmFKX+TfeEyJ6eSebN2xoYFGnZJbsUCcERVVzo1vYKsmab4r+qi R5UItYKVirxJIvGYzEBUHqiK6ymhwkm6KRTqpqhFfCaA0HBt4S4VFZloGT1q1k3hHIcOPRVj4xId aNABon0y9K7HuAwBxEZDXJXwKBW4MQoapdyZOLeM/RlDEYozzzJdxpgsoCDF4vhs72doLLQ8GcSZ gEUHXQpe05NkFYEJkqKSbVDSJTikpdNGQkq1QJ6k0lVvANZshtw7sYAqAitGtGqTAudwLTWKCK1W owTZmnHjBJ3/D1RudQBYNlWJ2vJGjbXoYKtMEpagUhaaZRjImCtlssYT21wcv/CI7gMcQi5Ty4K0 sTQwfrXU8u0WfvtoTxpO5S6sGWdn4m6KjvI4UyiEt4kOlEuv4zL8r21IcwcM9tS2gaa97QL1MBGr bNsD1u0HqwXXlk19LCQuzH1+l437RIjDA2JZR2tkeeaiHhpBsRaulcdcNucusiM6370lZcjKP+u4 /NuEDNkwk++X/YceIeQltOzsiFwfFNrAsJX4OvTZ9o2/f3SEdTj0aIB1aK8FxzU3HWoPYc+YtJJW 4t4SW+uAKYY5wyhMY8xBgI2ljV5G3a6OdDKKwKMeRkmsaOPyoQokzOgTZuZpWTPM2iCRL9nitffj Ok/L63id6tMh3qnEWwBimml72idZxaTyGeEoKR8Op9LIzYa9yUMyEMMVyLx5KiEaUmCXcLtN+AnL SylJoLqSXunQQ3CVYzBZAWe7NSC/bxdqCHrhdXbRvgJ9suTkQY/AZM9+8o1mUqd9outJEqbAXa79 VAW3E4c+biEzk/z8siNFEaCpNyvASsCbLuFQSR2WuhahRJnVbDhjF3YzQN2gMt4wfGIwRiriFuCZ hiYaWuxdQ0AdJd1UsvwQPrp0vkE7MyFD7C1eRxB0UgnbmLZjJLPUtj+brwkQBUnKJwBUgdG2XK5v 3uupiVCFbJtEcDtk83uuN02G4WRL6TI0QOJiiuFN5lPgilw8DHnj8E3e523LZimbWBF781dM2y16 a9TGsAcmsNls7GlbYJug+KV0mI7CVIhYgYKwQGsbFJugaubWsXYA8zb6tlkCGpuJC9YQSgofFzsN IDajM0aMkWoa35VCcJPr9LMnpLjJrKNkL7kzvbaq0iR6QgojPg8PCPz0zXDiDO/fcFnTIaS2yGnH L8I5/iU78JytUtcMBJIAp1CzjvwbZWCw0AM+JsHclFl8A89yOYGYhRmyDM3tLjBQo1ebGp1mqfI7 jZJyIezoYBVm+JThuNBkEJt191qZrNjFnrT3CQ9aJQFbNFRqwpI4ph9+xEMiNSLrBkGYO4GhinRR JlVYbtnkDUXAUJpCa+dVNK5coYhr9PJ2uUpZN6g5fIPPXoR2qhLZY/uxjhAaMxlRvmUaCWe4uYX5 Zj1liKD476N0Bj4Qy3elfsIaZpM468gNpqkzxkK2+AtsIyYeN07dMD2KMZQMvbqCzF/6jIAl5pKW eFQXfE4D+JMmd8uhZBEQwRqzBdbDXsdJYMiiVBAhKb885HC5HNwQwes3ZkJlWkFVkjuvE0f075uT kdKIUafRnA2Sk1FKlNj9QaBqHX4yc2ghyL+AT6tgzkKbTLlVZlOK0PDU7P0+tPWOOflhOODQtc94 wL7b+Vj22+dMoZp8LCxCHSQaRn0r1+2YYkLJJXtPVCcI6DXVygSqu9usmSToa/5BPpFpmz7nDoMc q7GL20Mrf2lizstwkJX33Cz4JutVtlT4TJg9Wqvo5bApdrFQXp9VFHPkTfkpUgl1jwPh6ybhvMvK dFq6ES7AMwfG4BP9piyTvL39/Jo8QJO+piRVoS+UKkk865aIbB8oYRD995dvaA1ONX1CooJVJPQ7 2+zb+kOtKtTNKrU1ulJKaAANsn/gKb7YUxuj7MmbFxU10AFcIbcnnvRMqbtY9TiUiD+vRh3ApyD2 BcVQ+/YL9OPw0ryMkMrQ6HZtIT5ZkKp9t+oRBmp7ME6EvRlIb3ouB//KAtPAZ2JWm+ql/sankpok TKX6eX/zdceo17GMEWHypeGnkS27Pa8NIu4hjSYIFom84dqIaKQERlblEaToOnhgYyiGL7to4Jc4 mmusvBwd/RdNXNIjfIFYPg+mEIVidEVGu7Z0KzTKUqEp04BGKKcJvcUQbzO8rx5/gEN5kQHbe6ZC XO5t32Y8t5RTeMcNJFVj8lPuJ9+DPA3ZXE80zJUVGTXlQPSZH0NRGWEmpqlBOrUJe0GoVG5Dvhsh xHuERoKuygxj71NwP25gF8knGqjFXLbnMhlUq0+/9NBYRXy7PdkGgzD9qT//QBlgUYY1aY4T2xVW moF/9RYD6Ek8TzRUYJxeRIn/OUesNEaI5alqBV5G4T6G3q7NxbJoo5YFhUAiyLFlstQxMr2bMLpM 0yhGHZBQyLIeQBoApzyuh4/rhMtfAD7HLlAFVogsMJUtFoKBLfak/eadEHrdTk5GlD2UPeYutdFK RwT1mnE3aWK9grP3Xe4h7UKnt33eLBhSgJe1Fxk50jJMxleManVbW/pVDKBE0eK18MU36yI9kYff 3toyAzeT3FaYNEaXjnE7ThZkjVPZIlSlrMAtg/NR7GlqX2jTreJaEWzw4oNBJ4vnFFlBTxKVrpYD VAWDbl4RGqirSllEbDT1gwla3lKGgDopIea4Bw30FgTb4tA5z/U2JQeoFfZwCG7AI0cEy+m320A3 IWZ8aWERhFibfmAgvURa3dUaSMH/uCPBcbWEhAWhuxWIFdvVK6Ak9MUYWGuBlauJT5Cq3BCDVwEr YrFXaoAcyaGONDwiM/ypC1VLtXhRRp/Tro5OmLS2IWAai+NFfKtI2PU8FZGkoTSQxDCSG3HfQIam aXUGUNqCBDinHmQoV0pe3WpfItor2qjG9E1jSlD2iRk0TUxdj8jy4NiZLlZRUTxxAzlLd0tgyv8a lHkb33ClsuONAYhpFgVqCU8yAogm6JIr89h45cQY7gotgoT1nYoyydHntgoZYan+rtiCQuj5YmiY 4iVcqQKeeudfmxKMC1K6CqjrMMEip1U1FkZtERk1HY2OAbbSuWNFIVORaioOu9yySgUib22UbIFp NSzeoz0b6eN2sulvp5mdMKhIFiitcBXiMQcxiR5XjQV2Ly2zcNquwbVb/mOrZu7jjy3W8TSUulhL mj8TwPvymBA9uzctzQQENtPbKmd93LcSIquKNCDl7O1lai+NgVipq61c0dJGf/Zqb5IV7FQlXjHB fFFaY29S3qOydlYKHwxl2tVdgVtpN1TBbdpOzXId9jWkDKIJ37BXQjE4pcpP8Z5Y0LpZlw5p3h4b bTqj1VED3o/wSZdZMyWijye4hT9mMQVdhOStqRSE4jxlVOibziylT8OYT8bRl6rkwboLBSqKB4WS aUjmBbPTFJgN2riVIvWgjFMoikcaq2xMVXMgXaNdtUm8fEN7CPIb7hDaCOF5frUAzjeNZoL4PO1q YVG7uNHEhwIgUTfU2sJHjElDg2GS0y5NSDGaXumJCIpEveE3r67mSd8YAp41Hacb+k5O5AIQ9ApI 6YS/GF4B0Mc0iN9AaUGxBrrVwJjTABjhKjm4YtMRTgiBCDWGC41eIE7RmpfYGKDlHADmAoMI30eM UFhN+FYEmgele22O0tmQVYPNewEpwiXSHJxghh7YGAaT8h0+pKPQMww9ABRL250o6HI5pV3UGFYF D0eYlTq29R03Urc8bpMOpp0SUBQ6n+1mbpMAmuJXzXs+IjGUC/Y5UxiRXKTAYkDXgTZ0aFOrDKSg azcf7HSn1ulk/PHtUJVnWIuXILF3g+mbIeX5VzQLFtBpusut6qUUYoHM1axKPtR8oiSGHge/RMVE pmQHsZvOyNeWKvvYBIgTcq9yjgxHvVSmZKwSYH2WAYJSOrbEqD+i1TKvYhjuhLVc0PEXpVNDsI0X Ewz7TgmWZ3bAEHQKY/DmG2RjOlblXBami4Iq8Ko1gWS5wJmsUFoNhpWLMssmCgJyvAKrZ6MSU+2X unmTsVY/to3S9UaFLGnCNaNQnMQcapdn3pSw599XiGhseeBJVj3bS7qKrs0bo4iIssyODfSW7HRC UE6jjIckQ4hIdSvbBAl/UAlFt6Z7YUnJddS5uTNkJJOxqqEGM2h5ivTE0DlSg1J39nhzGkDqMS1R hWDwVDV18jB39rJsLfH1wVgefwil2kw5+DnBwi2S4SWEUREy91+T5pB5eon96CtuShHzSZQg6sOB RS3G9Y55dLwk6vicIky6mfuomuRidQxxs5QAyttFwN2JNbxNuziy8gzFCw8JKzsiaHUPWLW1VlO+ XXjidUUwmPg2VbiWU+VWGr+sESqtp+QJ+KEYy3GNNdizluGQhIyYL+xrQwmGDbc8pFEFLSZbygdk JWUtLaS28osp3rcUy6L5N9SUaKA650lNigsI0RcyOY/a+FwwHYV1IYD8SWsWFCCdQUH2UQ7rTTyk JKXyyxrSUoR0Q6+B9ZI0cbgg2LUix/xG4SpPFWDTvWnhG9E00WM+ibvUEV2zH7ia9aSEsUuRZo43 vxH6NBdH3YiSrKm5qgkyS0y/6ou9zaVy351RbN7LdtDFoDkz54m82Y2Wd9i0MHv3w55zWWyS//GU VSJAHTcUNKc0FEGac7UfiqPixrlPg7adjRHNEChJ/PPfiJUBWElewMc8g5zCA7Ma6JrTM0D/NrkO IcPPTYUMoJUdiUED0sFDH0ohgAZACWHv5fBBszvKfoy56jC5Fimg1UV/+OHSezzCAXdg2NmsPCoW 5mFBzITiT93yIcXKaHEhWeC08YYe9elj2BAZhfCO4s76UuQGKNvuiFE3ZoO5c704TQ5NDSRkCt66 GkqHIvw1DUxhEZuADVAJZ1O9Is8ugg5TH5JwaTS7MVxzu/zeLDzbFp1r1yQIRDhTfLhyZwU7PTgE qKZB7BeBrhUxUd0WXybK/lZLZgtsNj2XzAiRkg//NiLLYrS8oZTbIm12BXD+8OvvgyvKU8iw1ITt nS+XMVw+pxwY2iwE7j7LjnWyNXQ+R2btC3HWUQshfTupyjt6agAVz47BL8WV+dqLzk31FfAwMYQt WHgXtPINyRQkG15DhNtwLu/qK61KqLjd8MhxSG54FSqPOe0Ez92Ut5VZNwtAoVH4jb5wmTtDmQkJ GZl0YDAPsxwTF8HATMJkpc1okBu1eS0zmvzk2iQjn8A+vOA68LmmScaNHltg1jllu9qSlK0aSd9/ I3N9KSpEYM4d5o5y17hglmOXGu+swJjLk8O2fz+f37YBw5KGX+5x8w4ytwPOplscX1zAilcsbWD4 W3lHL4Lzpeg1EN1rGrWsjEMIZVpoIgxUob7wQP+puhGJm09sKKJvrbl8ik8G3nMNRYCmPAaGIBWn PO4UEoB11502AXy/Ex1ixyM4aGrFHPFxjLnxIk1a4yqb5mP9ywGlRik2LTjbIeg6A2q4qtxUCmll dLpzuX7ShSKHPLg419wEfZ2OlWmn4ORTLQdlbVOkFOjMYrMmPaBQrEzxYAmBsM2fNqYBwax/KYs5 fssHWiR9zbw1geV4zQrLA1evmLFSZIWMZAcJOHAgGM6ZpNy5/t5YY+IUy+qMDhqp5863jYdn4otT e7HFDN1YhSk1D2htCOxIPwMYkxJHGFUDQaIsk0KeEgSRaMnFlsPnWrl5wwInvSzvhUDO2pskBGYb heXmFTMtwHG9SDaWwRIHvglzQsFSUPFRMHNNJg17SZ+EVykX/FpX8QOxSOeNYCKL6wtzKz1CNJxL PsnnBBttBk4uJYp6D2cuoYZuhWVgvq7GCVFnitnQx137KRTChXKIF4blJI0iiKC69BkWMoexOxdB ZIKqICI11CVZguCltZWDVdrYrMS/uOoy/rhnJzZ6aRedIhHhtS4cC7nCC44xOo45GsslxBtpb8SO 0M76qESXtcfqQkqyEzeXLBvmrPzEPIIALNTHTqphPQgtEgSHagpAwr57PT5Q/CIBgksb+AowFygp IkDuhjN1PsQmIfiUOyej7BTfaAMmQFSdkAIU3rbYR1LEZ7oUcIs7ld6seUdPKXdTxbi8dTIawiPg Hk0Z04KQG6Q8fdtO5oxY5E+zIAoLzCmri1/Qau7ZlLqJeS7CzzbO9Wj8bCDMtY9Q45bGLt9QyXp6 3CMMRkS8VAFNOThc0Y05hEzGC4KXwkK2A6csMT3nSDm39JybQzv/AaPitL9F0cS0kt2pk3E7BA4U PUKBwALPU/nUtRxAN6ZaWEhb2HjJ+VaunaTB48rxllVGds0wLQ8da8Ipx+NPJQ3FS5NvNUfjxas0 no8gtSxPykqZ04TmZE1tSN4rGUcZzcumWBniSn6ikUCbKoLs9Shc/jTxZghRZj9takdCZWUYq7FJ rc+CBfvnSX/yBwlIF7gkFH3zPrxI/IUOLfKamuWlwhs2EBY03ZlRILw1kuHmuLmpNewNyy3Sw9yB 9Z0tY6UpCP1/ou4EsXEc2aLoLn5ZstOTBmfvf4N97oOrfw62RIJAjC8iAJBE5nhvwGSSzFwxqMM0 5vBrygHNFZaOEBRtNq6Un8SKR3PYIoL/xSU5bMm33qfy8hQWCjuor0e3uB7JWFHuJ/wr888hXa0H HiJPoqdtGcqqEGAgNxxkImhYB7lbTjtPATOzzAERq0v1KKXNQJJwS5FJWLcEzpxCinhhkPErgI7I IK3cBvgPwBOcoQ1LVfosb/GuBAfxnoCCPkqeIxdRpO2To1MZWDJhfwF1hNsIly2iJODIOxrHzWVF kx4H50FzwDMc6LaI3kdQUakxracKjP2a2Ywz6qq2KiXJMaNHbfuOJteuMVPdeKWXDnIow+WRkgbq p5gk4IiuyvJyDW0Wb7msu6gS0mKyswVQ9xjofNUxDhJOLsUTl1bUeckyy8eIjNPDbhEpXmgmf8sz pXjZDCSAqmk2wRYoIupASxlJ2JjhSN7FfUOyGgxVbo8eqQlqdE6ymCx/SyeFj29Lli7A1yCwZKdd pF3JnRIIaeWosum4SQ98y8EMjyDnafIc/S8Z0uVsFq2IpBCjRGORjj1mt76zecIy52zoiK0Od71e g7R6R2SWk6ZYbIWgU2iK7VE+mNU5isZR3pXVFxgIWX92qaA2EnlrRPP/2A5IkkdWiUEHF9BOoV0n KMu8k4Mm9A57fIwR5tXXKZuZYZGp8QpH22rY0Kl+6a4RjMQ2sCD/ykSnXz/jjrLgdfvq+ZQR5ZjR K6xJ+IP/LMSYxsioOZS/iUiKaHZIbNFt3xHW4qPRoVxpap7Eq49+kC+FCJ+mKhdxRBn+bnNKDnRS aM4BmYGlYsdc27ZSPcSSsAUKs29zViURsrZ0WEC3mnnyLxa6Vf2Wa0mtrQ2Cd3MXlqvDWOkECpzz tVo/GfpRcyrIlOBM27TYTMeQBOgq6wNap138+XpJTE2BOTgExmwhpmCuzY1JZfwpjrd6qBL90H4r 8r0DRE/htGOtd6Q6j1qRNDaCadLu1LLlwVBbfB8YYn0bL5p9Na9LxokqetzB5Uli0sV2bpAUQk1J pCM8Nvkb6U60rUUIdZQ0qLJjcJJJbuqheS0UOuRavdujeHw1PISoESg2B248QsNs1CC9z448xi9x lG7WR5YuVy7PTglmRlKHLz6bKSq4vHkYPJYR2EEtyMd2gBQKON371kYLNuQUdW2epnvc8KRf/evH LJRzZGIXRBPQ5jTIkjHZu9XTgQyHS90jVMumrfrAoh0tQS3KcS6qF2+Up9RHLillnWB2BKdOjXnX QZI6LJMFessnPBmn548VPdqaSO8BQuJEoW0eLvddis6eyaZvxOmCgDb2DE11gm6WkQvUiSyh7yFD MJTBIgglscvBXVjnLI/AoYDZLQ2ak2e0gRqSVuDMOBFGJxwnjshtm2rqdFLxkzCyCTxMm6law7Lf wIrSdVsyEyuuSvKRmnu1K3JpWNdolvG9ObhoKCM8WIhIFuQ8MdOj2cLtb8mMEyzKm7xKV42UAnxc ouVCpFCTXxtWPwmn6euyuRMKum64k/CqAaK/RKaiEpUEHO44XI3ZQAp4R1h4z682dRCud5oETMqQ vJ7LeOv2zZo/ughKFsvHhfJYQVIZBNNpJsoF9VnQlCfXuXmWg5eZVOaMSLECHBsX3QLFwntgfMoB lpg0sHZULxT6qOZAvyVXG42MAR85L3hphgJxXZGFsoOaGSbg/7y4G6xaiF50htRx1GogIq26/q5C 5gA6y/TAvEBtRif4B/ntvoihEDjKXYixdBHO+0p0LCQdZGCO0BWxALjSEuAWFJQeV9o0NZK4SpKq pjMkZA+mjFfSnpVIsamnhZXgnxqCqTRe5CuQNeXY613KgVwyUaYp99cZOqAimN34VtBnoBRahsv4 oeF03rY0DDNFLj/VoHrzs1megaBcNp/lYahEXRhohzyR6oWTItUpXuOgXYsTP0zg+agXf9mS2dTs MEOMhXAU712ZrnJsgk9bwzXtce1AAoSlWzPNBTLWbaNFsIwxG8s36CxFaE8pyNwMEmTQY0G8UxQy ZbeFMt3h3TSmBlkMTWdExoL5jJ50aac5rLIEVuWTrqdWN3vmPxqrcSZVrTMRRKKlEqfpo9nQLG3W ErAmd824Hk4mhAyjYXXdzA+4e1NEEDtqJRW+UyMCbipTTUbVHy9OQltpB+pYAu64F9XJK51oeS4h 4HMTZjkvUTjnbF62eWOGpcckQ8eRbcjlL/gFEVJch1U0sKtTWzdPjAmDGZX+NsuawVFdJoTX1M1U NCJReaDTcWaEUZ7UjNTflHLSJbkYO5YeaAorpFPDC72aXe2CJYd8qllH5JdLbqOFuVEm03yv3JaU osDzUiT/SDe+eshkrWeduJQE1gxiObWy3N3EmVx3RZt/ThSbfmwgGWCWkR1kWObnmUgSJgcqzCSQ V9XiIFlkXagK7+gEoYmoI84w2r6CraTiwlkb8ujE/z0bLUX5p3WlDcNm0ToOgok3mR0I9bxa7pbH la9QBCSt3GYDOTM3MlxWYqKjYZAUSnhw07AiSyHhhK3f6g5mXw5wJIq7Zb2ZhCzXAkH6MwZL093s ndqz2L7EHUqCjW6uZ9JQEF2zpSQE0BKIx9v2LuOmiqnF/yaLv2974uJuzTPOyBA/A0pKMTlC+Vlt 5pwkhaSAogMI3kYytoA6E0SbmwoB4M2mbTUq9QLUSONr5NkdV6he3ZZS2D2jE6qMxmjdlZrktaNg knOwq7JiMoBO12pA9tj98jjQLSOInd9UPzMJ/2PQz4A5fQSPKd0IEpLw3KfERk0MoRRG2uJcopkw 69NReE4UxDIdOVflIhkjBrP7EREiWQLQCl7lmIklGNKzIhcK0U9aCiYascq3J56xQof1txydzmqA DWG9KxIkdVe3reBlHnoLbDPZ+QXF0PIRlIeHUB8DoSSm4OK82yFY12pDbFUslsCismSJZnGFzraE xLlgp5OBSeiBTaaf3AhV+ra8zpQTMgcnCMJOYUlcY58kU5I6KAvEi1akki9U+NNws/jDrFGt81FA y0Z1qdEDXP3PE/ycS2R4yUHCM/mhtOkXE9EaLw5e8YI/lpkxxKa+ljrqeSaUPfBszPaqiezKkd7D W3Numlj8I7LcKj7sJUKzlIFApRxtPyZFV5mDaaYlBrXvidmEq4wqoSjPaSs0mUv1HSY1dG8tVe6r dhNuBVylQQ0seiqBPLhSE2iSGvZ49pgK+Bk/aYtEGk+Dev9uIztAckWzi4kuG1KmFfjQTbZSsFCX qRGLYzMtjcdmo/ReqhElRU8UumqIVo+Ti3TC/HgzzbLydEywMZvreFg9N+zh1lWszAgrlh6a29HA H2n3NpITy79qMFhaIbWMJ5vFPobYTkGHvnUDRn5DFo20hkaWOKH9FG2o2hNKQYHKKJN4qlrLJAd3 6TTAwUq907WAiDIDkDw0nVOxtrwD2adxIjIUMel27kKP2dGVg4AmQad5xiIL7eGCcbjGFe0MC5yL UcGRc5ZOt/ZHWgFazgiOhR5UBw6ArvknVgTxqKB8y3XGYW+SJViQT/IbGgQdrSw3XxNefdoV2YjF 61CPfbbnLJhuIOUBPC+a5Gj45Tb2ZK6NW5X9zh01Au2U5W5hkgA15N7DxlQcbSV1UWujLcXi2GPT kNNA6bcAgRF25fNDXoTHJOQgdBPSRPyTpbcFtEeKBezBnTVKBKhHRHyP9NRhZiAlyLs8x4zqMwPA orH57D2XTFgpNxAl3R39OywuPAbh8+4RBz1wqwTPAJ5yVlZFssnRoGGlJ3IVHjDreWgtNL9+Pp1d 1qBrzFjtTSyoIqiPj6cF+vY+xrOCy+sdE2DTTsVqverdbthkRX3dvr1RcZfWpC4Ck+efkKn9j5j1 MDaDIMyD93p+nEV1PdQpQX9+Ph1sa6vRH2nX5JiwX/9RxTyM28/0IDdzr3nthT+94AKPR4YCRzS7 zkio/X5/tubvEXDITuFnzd/TMfVHstyAZDR0a7jLUE9GHdn6O+pa/MdZl/EU0SaSdauZNoaNSoMW WY6Is6hm6ioQNklb7lfpTLtlJuxEmBr68LzyNALIUA0auuA9K+koVWL62zbhtEOjpKqrNlygNf9I zaWRY3/xtVQzF8oD2/qcDQt5PT3PYaL+IpgcIcl5aKfb8I3G9r4/6Ctf8Zg7RoiZLmCG7J6weBPO k43+ewQEPttpkBIi2GNwuKQrYC2aGcFSMhZJhQQdziAeBfQDezYb3M4U8JbgqjDaNUFsOOSwIYZM Ju+IG87OEkKeciFWtxqBhYYMDpb9Z6vQwBWQp/CI+nlXObptIWLZsghyJzx4ytEKoBr5QuSNRRO2 gBbI/alsydWXz/gdOfUuMLMNGGamoRLFuEx0aJIjdCHVhGUkXcKKNPtn87gQw2ClGjvBrrDQ14DC EMzfz+mOPDeVQdqQnHkiv2MRioTCUAz5WhUQeWLIkvY9R6V8lYn3r7zVDAacTLj+nQdf6KYAWd/p WvuQsiGkJ6mVCvqlAa0DeQ9ENFp5FpbaHUT2oa8OeEbzqXoiNK4h3MA0xyMMeymY/FJITwHcLEdI KXoI0CbaIqShZKTbXdA9gE7VYopz0IMDDO14QbqNZtKkhTLfRDq69Etwd96EwG6RI+nSrmTVH2Gm K0qC0yXZcLlSV8FxosyzaHoRSuIktFFBobegxlAz/CJeGkee6KWLo7VXLdtlhAkJA5LEwjzB1UK6 MGz0TCiGROpSFP2avoQstC5FXM1CmPEmzJb2iOqlAgK8XjWLDHlW2SXFN71iugmd/rdxZSm98cpX IqHI7JJyknYV5lZsKajJNsZCYTiT0sWxT2zZXQ94auFobMZ2dnntKTSprckixzpoLDYDN/KH/I7N 61NhEr9cdZZhAJ5cfHN5bgqEcy+jDEmzDYxp1lTeAnKZTvHcKKmwloswm2zJhZGG6MAACxQJorQI qEcwg8TRXTWa/4V9/UJbtttGqcdaBvjU5mwPf+A6WS+XqrbKKQxBaJ4O6jr33ARiA4oFvlX89zbG 1L6nphT7Qimjk57nbvlsW1SAq9MIpOFiBH4zBzSlByz0iDapdQjH8Sv3+hBI6p9kclw68h10uS45 FrKy/Kk63sFmqOZwi96SdtkkSK+TpZmu6l/CY1wONY3QXvp8ZPlcs8qJViEQdMxY7Z6tzsiF3SqT X1NrYqZ16g0KaRblDqSOEA2jGMvJKFQ31aUIQ2LGL3BoUhrrfH6thIcyGugC+JNITMKaBlWV11yY aAGL3eVVFWXxe+bTsc3l82hjMfx8tgpGl6W3aNNt9GZjkZu9CW3GGtt5i4Af+EdjbUIBgjMzOYT2 jShz2vp0Hot6tBHChHkl9u8JpUptyHOk5CHa8zt+kVipOAlksYboIE+JQQjfHuxV/OdS7a3aIB9g oSFgsHCWIGXqK+x4GVnzESMwLqUVcYBQTcCckXFXc9QCRnm7dRpyQqASBBFsrMVKvEWhqaPCU6Ep l+dwBs4M/ChSG0UfKGY7mSk18S7DxLvvUrK0hp0taWiLGZvR9GaDR+6K3wCviljluFiggW4XKUBH fgpyyZZdcYHUxJJivGyLsFIOIvzDeCqgE8TyqF17fApdiGmnILdjmmmW1ckuXM1DQ59SF4qIgbTe RIbuDYIElr/n/nLLhnAg4+RL9ya6uCfWjIpcvENyEEEnKT2rqT9SZ6Xx0aYL5PoB6yjS3yiPi4jn QkV/U1WiboLOwiVS9JnhaEdcpXN10ox5diaFRG04npkRIO3kgEUoktCvq/wp5jMtZOJNA7Viszo+ W7XbCgIMiENYF+lqwb1XOUshkuIkiSeE9kwiQPOhQmVqpGBGz7K7/Mo5ApCo8FP2ZuSCf55rBMaW OyaWmuVhDAYLLDuHqGjVjHm3bJHJuxgXFJTvEA2rEN+bAegLxhGBOIyEK5lyGBUs6DKORwdHQGiQ UqWrcG1x+ahn1owjYklxvm62gSbQrICnrHrrbp3W53oJTkQ6jtgM08jWdh0kaWudSPNvK+dc0Zoq dsgPNAlmsb7bd+ZGBLsFGJMkfNYCGwuvOL/w9+ZsNjHSMuGEmmPTLkPstdcGK6PY5AHDS77Ajeuh mTm1IptwhqXtOshVCx5tJOBPTS97l3ANKEs3qTHRYycTqR8rQrw+hSdYxAlW6dn5cERzBj9rD7gK 0tJLfQdFEpdCeQ5sEgem+N2CVBPFwld4UTAqd/HXIeYLsjJtBm7YsWOZ2CkydTHufOn9x/Se9bLy TJ9PonDub2KqsD13OFOs+Ra75WCsEBndZNociNBDMnkjjjJOUgUG2WLG7XdY4cLzT3EUVycoVGpg hPKqo4XEeNcB1ruux5ly3IOJFT+IHKmVCbUrEwuolY58HWk3gbVAIJGsWCDS8KDUgYrKQCp7jnLY vEPSFZkGu0vpOE5lJEKxaEYSP8qPC772FzXHHQxyMtfq1Qhm5bBDT6uYcpEFXKITTMtJqKZ5nDLn rIg1mmyDD/dKH7/rj7TB1I1IyxOQ4BKA6bMkh/tQkQ9sKuFkL8btgWZ2ohV2DBZ66MfOTCF0U3zN B+YMMfCdU0jiS9Z5Tc++0AMnOokuqp3PxZFHD00AJrvCZMbWbCHCgrAx4S2ThU+J63ZM8oTgoDqg ibpsuwWLMgTG2ES9XjLHICONMEPZQpZGbnkfymMihHckOvTuLPtus4jrQwc5fOJGA37JoP5jOi0M EcMRzkqJ7c5AaoCjV41SV4vv2W6jAKUlUSGSXnIFrei3AgRl8LZRPKgjPdaDbCE/S35lBf7wsj3b YeZznALjNanaKGQoLfLQkivKQhPJpKhiNGaGeBlIWaXUgn76bJiEUIhqfpxJZ73SJiozOxJ3vfVs f1b2Myzu5iDF6YItAEmi47k250/Qumx53dXshnvgjjoSjf+REIfmacv/2qLc5fEcsT2Nom0pSYmP WiCmnKTQISibWGpCqgb2PwlkrH2OEY+gEnMj21B0mHnwvjkI43x1L7pTZTucUeSlAMBFTTXWjTor cJNbimE4cQUiSYPkzeUADgLkS2aPG2G7klyeGQGf4tdyCK+tRwrulpFubrCSSqvcwVAgkfMxWa9b Ck/oLrmVXFNi5Y8lYDaS6oEFysp0CkYjNIxje0HfHvlonuePWy1WrZMIvmDEcj3TLzH8EgTVTeWb IVzYhI4ZoaotFoos/XNwXh6cnghCtnlDyeGJUwWybZmgS30kwApiV+t7PCd0FtIQzSzEbTbgV3Qk cNmb4wDR4RBeRgcB1Bm6wHmyqfCRNfb85GYjNfzjrRDzF5xV9JkaTIM6m/7NgehKC2MZuJtQmgvJ W3tnhEvM34alhI4Qk3vY9vgFTcGdx2CqCrtJ3/1G0L/puM+HCU/9mYTVFWJMisrleo9GtygioVki R5DnN7LR4yVDXkWxFwxxJNOwiPq6PZqv21TepgK9zOjr6+lcM6L6rOeHacPWjqG022C0b5bD65ZK gPH1Yd7XOCgwpWn6r+XoXrpBokgyy+0E7m8m9BR6CRgf6EGWDwQhophM1EWiYxNIpG5/XfX1YbLV NlDT3d1uJYCZSH7/MLvrjQ/ei9SRZjWJEbVGEiC9quP75+4KbwNJFLRzx7zp5d7NhJGvnyRtrtJL OswOu6hnjUoTnh/P3jYlifACD2bhbPO0GST2cev1UjhxiPi8pspsZyy8f/4tTDWTqdSpu3VicCST h2t7bwgy9Ggodx6Zh6yPxqJdFkLdWCBJb4zClSu7uv6auMOW3rymhA8rNtAQp67v9UnZQGKrw65y xvqCPpttQ3BRYfsD2DPuHenaeHhq7nYtw7ET/JIRgYkIAFP8Yn2+0tsmdc21Zg8MkBBzKAM4HY0O tVIAAP59dQOgkHo1dUOF/tFlBgI6Fsr9WNICRDJXgMAzeOd0HuEOwt0cON/NQdOCIVRXWzJwTRPF Tsg/26viNq2zYdi1XVIUQ2gsMa12UjXhrCdUVDG5zcEgOd1m1MohJ4TgaTDYLBizt/17UyKZzOkZ 5YNQo2b2dDeogR4moIS0ECWnzmFCSKyZEwiGTDIfyVWYsGZoB1aIWkNJgkQI58uqQKu2yeVQE6K5 xmgC08QPCp1tymv1mAc8AkKtDc6jcYZ49hRoiTiUWWZPy37FSS/gCMArQQSnX5Dvlg0BrVAhQOir J3UAXoppFh1feOSemuuUJWoiIXA0TfnXOsWOFn+LnggSlinO9jP8OFIkTkMkIXCVcfAdf8rYu5Sg yuUG8n5Ae8IRYHaQFjwIkIUIe36Ref/CXaKpsHOhjFxi5qJmx+SQ3Z4vi9btEH7cOcK4KmGPTqss GANZSjzOod0cR0DXBYauYj6KfST6k7ZzGDaG3PIZmJlf6yOjIrH0EtUYrUBGFZVl9tsD4DhTqzjW mKziqp25zcsRC0Z4j27FO6d1bpST3udKQqpDTVgVUjHtKrJxqwJN5Z/M/vwLpbvVEUGtOEGm0Bba YOfa82LWOGfvxtStczEbwBjUNKUphSB02Pc/Tw6U9FkK8StEottyC7IRIERiFgODkTKWShjyEHEk 7ggn5xlT6uYIZu7woD6QhUgM4UyGjA3Rt4lBukl4DqQC1vTIj/qjZYgYLOAeTUYx9yjfYshI3xyg meRKx+yh5T0ORHqy4ARmuMBTY+ZbE15DzkIJWRlOz4lB5EAEtlt2LJ4lT4eCQzAk1O+RO+ULwDXH 4IBw03OrZ1gtuYoCPvNNC6wAIXQWHwJ8iGzJ1YV795+A8zRCL5nS7ZdYD71FjV4QoVPh0aHuWd4d rGhPLqGrX0WBpoV9F9ZBgdC4MMQ/CG6RA8GisZsr9AAivCSrHae9QQlNM5sfdZl3XXVnry1jjhYH fb33Ngztk4MEwPFigvdBGdjzcwSHga0VYSu5uke1A8Ej7XhlZzbG/nlEmR7raUXbIg1V5KDlb7nX 1MjgK23onxx5swAZghUQUJuVNA1Eb4W9zIZGLN/kMrzJcAbJX0QkthnyGJ2E9K515xkHeWSC5Seh LQcJhN0Dy00STnBQpNGZIwhwQ2LQirvshfMx9flCoxRN+LOhPHGuoJNVtYJlCO2Hn3VGzkwtM8v5 XJMHz6JyG95h7OCpNlnSUsS1IvD1Zc9k4MyQEVyhFI7CujoLzZN4GNJcVwKPxhAMeUKXpBqxrgro wgTIvN3smyYCORUsil+oS54AyB+16pyrytOlYlH/+fWm4oz1bxwJ7yrbUVWdgrQYcRZlPReCfKoU ALT/4SOd6VQPEWOHzMptgnGAUu0qPw9VsCGmVsKBUKB0V/WAlapFdC1KNaDaX4M4sE0mIpWeViK8 vtdlPXWQRlzjRBWNsVWjxkVU4qMHyHEKNzaSLSVQP/3TIpn6mIAzCf7krGibzZFo5ymI0dnF1MRd pqznZYawzAZFTTZl0SOwXBYoFYdbEUILr8A1gMClSoshyh9ARCJiCGxE/9mUORh1UecNYTbOkCYt iT1Cco2CCPM6IbuHp0G1ihUlgIN+WFxrl4+xMAfrCjnhWzYcbjXhmrFpoFGyMZKWoXeVxW8hDxz+ N4PkQ1APE7J2HpuvNbBJHqZXLkScKA5QcpZkSQjVGr4KxpgsSYh+TZM2fiQec6SWiXaFERHM5HWg yxLgtTco4xcREpFY095OAjZkI3ELrirGGFptC30xSekak8aCwpxaWwPX04K1QrsjmYJt6nqbqmcO R0lUoyVTRznrZqOp49BgeAGUFHz148QkDKOqh5DRegNleul1mRaBpE3fzHCFMCTqlkYro65j/zGe TYYqzjaQ/6w8EzZ4MstpMyBKc0nGk+OwbRMVTjRl5OuOtACnS78CW7bJrUrbnM2YyjZRAg06YEw9 h8Kguct3NOSk7WiWQKS24FyvjmukM047T/eNFWqAMr/8CQUckRNCPhy9kKQZ7mbQgAPIhhVydVNW ZDvosDcOvDtSWMCq61Hb3L4DTcSEKg4N7RYtNAn0iD8yGI9+zKYt+cvzm53KCqwDmidpFIpqwqZl AdRTln91ATma9gdfqUHgnfnw+8RCGptbcFyJNWUG6U1cw4Dh9hBCY70DYm4fJkYS089mWeYCgg/F U96uTRjIVChRMsFkmj0wvHiTpTGh1ptcm3xYIodDWu42W3W9lKbIdR5PzfBVNJ1jTuErMgJ/rAAi 5NAhh+dGeqbT6EvOEgy+03QKYFE8ZXsy9t6LUdpSX/SB/HjKFlDkkFdyYoF/4a6grJ8ajWDfsu8m HDCqQOvZJglKEZWAdcFDuWn9zmiYSfYVhbgWuvdp24cMUiDuNXgTI7WxP6yhBf4nxjCiI8zA10ne GGGUM6GOFFOuKfsqWYAX1Ddbyz3YiUGxyDzyxeYDW51RtKyUiEDdk3MO0wwntOkjI8/gig4TeuY0 088R0CJIscwcK5H2hxETbfLVgLexyZUPHVgb0iTAyigayLny8baJZqdAwwvQnedxmQROckztDCZo MlkzlfyHedNuv90iaVjGk7ULst1G2BpEv9bJCMgztrfWh+h7MS2smQH5nLD98fpPa3F28jq5Ofa5 WY7UQ4k9kCn4QoXFMlehTLFDNrqw+hRJOvbPqdCohazarDOzrG1tdcDijwYVkcJ7RpVEPBuqy33s D/kCh672nbuT7rSATsQhnUzGUTfrJXCJjJZ9Aksg1E8H3GXZcHoOTElKHaWpcMvhCFz1lLILQfmv +QWXSaV6mED1TqdCpC6hpyQyUZBANS3BUo0xcwf/QFORAhoIabHPVl2pk0TmYqZbFzygnIfuEO5s ID3QEJS5Cj44ZFlfAdq1phZBBUToEiVhtmz/n7jnYwG/XXDBddixjjR7cKzw4Rby41s7Z4vGUco9 XBx4VFs2+6OXyGB7kjHwxtY1iLYaVqOxO+0iSaadjxaB01AlkBlFbh+/WXBWqRdq6FXdXmlfzsAp waEHFtcF5oZRLunj/DrIMEZhtImEMFDtJjforT5+GDfMRExBfLmfbitv5RLyHR2CXC2biNOymbJF saAGFvd5dRZC1ri6q2SGOlddohyEYoxN649MyErX3cNOT6ryTOJNukgy9K6Oda0BJfC4bNqfnAIq 3Jb7BS1VpmWPBIy7YE/yhVUdN3TKAL7RQCJmEOKcJF3kcholHdcxh1AxqgjUkKwECb0Ajqgncwgu j4V4lbpthZN1lp8kFoVkKRjzL0wQ0BC57HT2pxnRiux6I1oFV7U/fP7/7XlV/hsoSdC8IFBWM6p8 Krh3pe6TAEXQX9lZGvKLRjDGeImuGSqUFHkrMAsvwpvxN0MVgWlbG/pGfpTY1VAn6Zr8lwQWullB BMgmYvDY/6+ghCDsIKVRKCg1cYFipU6y1fJM8mQboz/N0kgehOYyH07mJJvRN0Z6zILhhXWiNGj0 pV/VMaTlgRpLdKOoORkChUKZOk/MCVhjTI01bXCEhCoFTaX1EcTEF+jnGxnfLM2gDiwY800E95Uh ie9as4JsBeWURbEmK8BPzQrWjqDccNXC0csWGkonCJWxN6VgEsLMQxop62v+AeKIfdW/cUoC0Rfy mIjjWSQEnme0LDR1cwrDlUKx0vQYOoTbdBuszvj3k2/VHxqBc36UIpsQDO0dlAjjqdLVVxIrpJws omVBZa+TbirZ+mbNQSsGe75J828iTKLAS/5RD+zQ2mab04qnO9G7B7JOTkjpFNTyaEKZbHt8LUWx um1OIEJnUtj06/PiRSYCAoxC1BhYtCpjbQU8AIH/ck3IH8LMz2rsuKCRVxZ7kdZfR3HVxkhS6RtW QEqRtPCDQlbfUrOrtCm2pWH9yGNRoYswQ/x2NqNPbWWnBqJG4qARdsugSdsGsUQO2bAcIOSsunOh 3nEVtS0FqgR7SlsVa9Vifrq0rXxUjzlCtlu0MsY6nQlt1a+ygLXNPHhcb3YXyI0Ki9KXLE0O1uUa NjEZhuvE5GAZsQb8p0H1HJwaG2HNRKETAjic1TnO9we0AauLOHkPx9ZciOtfKhLPlMW82F1gLbu5 +qhUb3U+mRmHzZEH8Y1URj4zqnr3AY7xCGLQussdyphtuXEkSpJunogPhTMznGJIk5hoiKNqE6oX 8oItmum6GUab7UOq1Cn34DXd+sE0Db5JFWZAN/pOb6oqvVsG952PONEZiizsmz0u5TeLq7tk1axd e/hbbqnnuPET4AMxqVH2YqzAZMtA7JA/MLAqjxDJ2VdrfAvho530aQSWUr4r00j28/XpeeKktwVW EsM4k8awI00LhCgpDIZjGyuGJiadFXPKPaLbCTc0ET5hpXweirJoxiliHMMg13XZLm5bkTb1klAJ KtHmHSgK85XX5ArntcT4vHlOy5cqGFnrvNUYTUHx8CTawPwV1+FY+wYYR7tCsh3L1upCnMvzpmjk 5UVtCEFkZ80ntA2MgmScGZ5LGfaNESJbtmAGIUZyA5aaDvOPErCOkHDMmFDh1KSec8FtBx9EZFOx ZEqO0zwtNZoEa6Y059JIkPXIo1YUxnXRSrdNh2aeyklS0Di9FIuH7VMUQ+hrKaKN0CIf5C5dwgVS TjB11Ww78VKTr+YEUMjmPWhLEe40iUVzjMLepTTnceLjzVBGOZeIlQxrXiWRbOet8DKRBlNFE3/Y duk0e0wtSYZ7camEBi5D4oFoJBJgl7fVVE6uCOosSUyJrE97wgSwDoMP9DOxbh4pHCwquYoG+Cb4 CID4EeBu0ceFjIDiDcdEdRuveZqEowcH8Tio5c8UJgANVlkgmhDuekLRRS2CW1rLoNhTbphPtVcF a0UZ7TP7c5lxJkb9hH4JV6ddbcdsRWHoNar0mcEbWjt/gg3m4TvZGGdPHMqxxUyC6v2k0B7l2M7k CUxpg0fV3h7wXgzCNwewDysxiaz7I3C3GVTFpSzVhqUuUHVlKvEsBVNVNVbuEb2bJRWarhDWOl/7 Qltwu0JVGulSPRU/pMPIHmFVXjbyoVPJZkYrtmCIHM9AoNIAKA8h8yKsE4VyTAE4IeVUDoqPpEue sbBnBLEwu8hsNnOrpgW8QrCeSLHX7ZwXG5lzLhvpQS3t8MHR1eacmKqkVV2qi+1pSl/bDGYyPzJW VxMmXoBHdoXfFBSnwRrKHKXnZu3sv6KF2HI4X+jy2MBzXAdc8WaUgOG1SaQAnKFkLSF4ZsVzENLt sCA0NClchRWGFrx1GODoNflpDrMysAkuIzAYlAArtSTIXDEEmE1DDGIrwOSYncyLDdBimryxBBgh PKfQDIfCpdq004MnWR9CgzAHT1bBgR6uX7Fm2CoGvtRlLrE/pgKqs+1ugE+a7DbMHz20mgcjTCZr 6VK/WrPz092I5a4hSG9j52+olBKD37Z/WFiLAC/1qIel8i3UtGMEkrZCZzNJa39KYmUmrG7lLuGW Uo7UINSJrQa2L0bfbcghy0JZWNrUn7KgaFu1zodtMtEjvrSAXPL9hCKBTyAE6seO9VLdgK1cqDTb NfBZGaZNa2T1TM7VUl4rv4XQWC/NA9RTF0WgjkjbI+EKvwoBzlrJ1TiTkWAVKNgbKTFAiaLh+gMp LHuF/QFtd0S2VUCTgGtew1963MfX5aRCcPvTSu5MtHy/Aq2LA8jgMYRCs4EKSnrBK0J9wjPB5gD7 owHbiqYj7aCozMO1RszgmGQhoIDTFcbkXH4X2hOsPXMMGaoDukI1LuZOudH1dVsImtoXTdv3x9N7 GxbXcVEzFZwXXdFtyjj/jXQsc+tGkgbYiR3ygaGI66kwu93J3mwtTeYVlWyEI8OeowjQwxbzXLxe QCm1NBLogBj6Ic/2WnsyVF4eCSFDtOS1KDBH5HQ4o7Gu2/PZzL4njDXVxKRLRsqBefSFVKsYtEkZ 0GU2n9pCPnhDruwkkJQZa+U7spknyWdZXJ+Ndb6pNDIkjVKwsg4VUNGBbBwO6Fx9KQUV7ERAAQA2 3i0vAueICS09OgCVPqWkmAp2qHgCjWQGWcbePJ2qIwE1i1dP2je2JhNZCWaJR2LUD3xotcsVHMSZ ECMdaewn0yWvFinKfeKyr111rEQvc2Q5GP0wkdAKTlU2pnHHy5CxUeZQ2Afmv3CIJBve3bfCU7Th hn5m5ylPvFKJ0pkIHurFBXMWH8cjUYg+xm5Pc1KaP2HR8mhBgIhk49CBpZlfjS8Uhv3RAFXcSZdN OxJtsscl0nWFPrynaRhaRI/g6Itvosx66sF3xbJDGz2xVCymCWfpgGs4lhgd2iohmav+dkQxqLzO fYJ9PRhXz3miuOHaBksGWMBMf7swaylloy1mxBxsCnUso/RnQVQqQAJNmXNlzMRngzIMUu1Aakyw RpqFa6JXOapWBAxh9IHRVkJKxnWfukkSDBA7NWBvqyfhgxSAbKMKAzYDJAADAqTctVm++mWcKv8Y 4r/EXvQTSVuw9zlN5dckaoh6wtRcacpEGzp4ExIpLNp8dnuQ8giyJIGuTNtNBePLV+1TQb5taprA i4SQr8q9SWkBpSTB1IeTtYehCZ/BZBmUoFsDVrAjwHF2XE6eLkaHfviRC10e2ru2CM7x47TSu1gg lm3LyNeP2CMsikfLz3teQUGzbSqCaZ0bFK2iTNDum8+RDZpK6hEngjYyl9HzvKNtOYRfsNDxaJmw yLyQlEGWg/Q6sDoYZ77JGKEEsSGerA0S5fk1vnHH4LfbzU/i1DmuwdYU5NUVqdtgiTx4Y6qcpeS/ Ho3itw9OWT1dAkq5DokXUZga81DNwqdWj3xIpyB7jqCpO01QRJ3rbql9cg5Yer1y9+jhgTHoN+tM ceiIJNLaMfdYxS+30MdpqXHGg2LkVf2N7Bgk6i53Dur2KzGisXmkMJShpb6sHRv6YzwctG7NpJk0 U8lGRL5DBBNLdgGmSilJsfdKZG2khPX0qEoCAVLWQoeuSdXwrCgAnv0VldQSWbuxxy+J+Z4A59GQ ifzIJ+jhDggo+40Gf3LM5erNZzaCWVyirjbxEJV88fX9nwSUlKappONTqpScVwhVp5AtKnQnFr8g Bmae0SkhB3bGqbkOuEhojQ4q6HMe2xpxBxkYVlPnp5DHqHRamkMRArjfDS/wmc5DY0JLpROsboNf yGmzXyiQtBNLO+FcJR9rvZ/kZNXQG4r6Ir+oCVPzu4TYL4rLuXx0fdHJCnAOlRtknNoBq9SQ4n3V oelQfXcBrNBFeznICgkHwpSZ2PBaBN9nFc1ThIpHbkmDmxk+aPEfgv4Gl55S6wt00JOscmk2O5dM MAWKCwpcKd32U3Jaih5VQMGFzRIUynvYyCaTrT6UtfrG5a0WFUN1dkCz3M8AFHCy6UwpGA4AEwbL xD05CalsRzN+MC5ouElHVkZr1QIPoR6vJcq6bDPlh03lS5WNjo/b3d8Pe+QQHm2BjFRaFeO/dB1v iVlFQHUeltKsZnv/7JULJAnaD6g8VspStJQEIhPvLjRiCbDjKHRIHSQuB6jUiSbjxkJOrAWDqWrR Dhl4CQ7RLbkuyafKRO0fbHHG1vfmUbOKTA4po6aUDlA3fFwbHDXaHPZsr8GqM8nHcp5MiA7D56X9 GQ+ywxxCq00psjDQ40JItddKrvprDbFBiKsPtGMONo0WZww6/K+qawc8Um1NfFaaCAZYK/rofHse v2xbRZ6rmFzb1pVXlXuEWvPWYt5vT/dBWAyyv7H6z50FRaAZWUSwH+uFnoHDRL3VxZltna1Oaqem MSuL7H5MrRbNbIwkTQd/dP39NFaDVgneK7KqAR+P99vfbj54PB7WSgz68DActyk8faWZthp2FwbC VmA+jGKDKANhZVizrPNgtV8PWzSVeK3UVDam8myefZoRpVSolXtT2TuTan4j1bOhSuQ0SSouyDS5 RBMBinGNXQVSBH3CzVsFERfUFUAzxTtL3j43jO75BluwKpUBZKRcjcaRiJSDCpQ5XYrQAdXb2Eqn bklgAFyPtFahnwHiPVYL8fWSmgyvUYgci1OOn5rhHVrxoJaQ+SJrcbbIxeq6+th347vRgKxgL1HR CEJYv/s1cKV76bHEulI3UZX+JIesiCApFePJORai9mQuwJg5GFc72Z12OtPNAJQAnRNoAMuGm+u4 vDyw7Avgt7uUYXMIPpU0BNTfYOKDcMVz6TDkBOB0RxpydVDa/WdLGoLc3D1vDKnQhCLhTBjiukSA Hol3Xol9XUn1dSIKSmlCuxCMnftUY+mBkIOqhAgD/XSo7CVDQkWF26bNC4hQGraM5QHpmasd5KBc V63VuLAyv2d3kCkZVnfrGMPheywjL1QhasSEwQCI/sE0G5ArYMHsgReeImwBSBzfHkKy5VKxbCQk Z/waU90QKVsgpwSSBtP4jGRmdHpaYSSZR1jz2E1lM86MIgvJ3Qk+nAwb/XOsCY946xq56IQYY73Y tyBiKp7AC1b5g6sSbA009+s3sce4/Z9sB81kXnrJDbMff2OBQLI2CBWomd1vP2eRKqixVzs3Nil1 KgsHDRbReW7X4VyHrXBlADqc7Cil5CH5O/727e0t4otrFZ9GnI5IsD8SYPKfVyJaaWP3W2ZQ6lda tIxvqdqlBMNF5ZSlRhKoGW+Zy9vXiwlPzc0Pl8cI1s6WgPW1VKupyKrrZVEVp8up6o2Rk4xarrKo B7VEknS0SXipW7JUI8uspGmUX0ZmwDIzSinvk+h0T7etNo0aaaZl9KCtXKxdRkY+N672JGopl3+u X75qYN/5mnx7HZCYk6Yj2l9UflavpW22E5sG9ymZmpCRCjK2eY3RGqAnv5dhSiQTXjT0ryx5B/Hj Sc2Vwa6VYxq2dNln6Xg/+LL7nRtO8p+bzQcbjxM3b2xSSs3icpy7zBFdlzs3xaw7tbCJZatOxqQg /3xxgMRAjJz4d56qe/CP5BFhgoLMm9wudSVK4zYtRPiYGZHy2G2SfG0KLyCKcp3OTdFrrqxH1rtg vKO+W3E38W9kRCCNOeIomuo5xEsFOumH/2mZ3qQNPlc6cId5k1ivBXhnz4zczJ51NPDL4UDVbNUl AXpfoGKG6ggfZxziimNgyNdMvSjHwECW0rooC34xxCAHVZaSWuQClRIMl/I2o3fnDHTBfDOQQwmC zw64WK0bwI+yFnd5hMc5ZvPAkETncKcULu/rWwkVUKVtozS0BvqX24VdOnQzo1NgoTVwuTGYEf2K +NqAQ1FMJ7EmwIpo6UJPpZHJKWiAsMKuIVlp4Rp5r5YRnQZ9zi6TrGcEyH8MjyWKqHCIm8EMaNSa sCKjigMfIgILkUu4/12nKawUdECnqwjzFbYpxNpURroltE0glxYzbsJJgytXQuD2dw2CWB+Azs9d Gxm9Nm92vGWdGU4zztwJ+rc81MxYJVf3YIdOjNwFs5+snyB8Jgr2liVn9ZXzgo5uu/AATsQ0OWB/ YfNULwFILpRfl2cwp5y9iKwrvBvRPKoSLpm1jsYVaU6jiDuO8P7VE01VV8pV7dS8LRRz1utr5Wg4 NEcFPPUL64ACx+tme1ATHsVXU4C50EhCvkeeGoGzzWHrpHc9ODG45nWDiUioM37XuZainG8/Ip/e hIYOezRHKKuHMDL3Q4fLjGWMpASYTZLrdDsVg8uaiBQ5q5Y9xhObwa2qWUPPXzUG4YThTWAaPXBO Qi4tsczhAXdyTGsYNU2RGIk4Nxam8ngYSHXEGnoSgDTGwNmHHuVRRtdYIA414EhzGDFJC7ARpAo4 DeXtCc0CJHJQyfd9hC9gIlOcNFzfY4VYwdQdNKN45uJg8S4nZda6MF409VcHrEvCxq2sORERm/Wn FJLa+b9WzbCiHZXcpJyiuK8jbsIJYVHxXHgL5XNV6ChT2v4Tz8To0rgjtGTB2zlw0Z+LWKUKT8KB Ek74JlHAQxC7XWFqrnI/+QQx10NzyHy2ZIOfOlzyDyRLDCqLJLGcvQqqXCV0CEkqrnffWDAmL7Zh zNnBCDiBCQGdU4julrHwK/CuJpKpl3IDx5v75ZfVJxFp3nslGBgM2fxAC3zw7MdS2QAOTFepuRTB 0QAflUvBry9l9FiCeNw5FSUFn7soCfPlLbchlF+jFWCuyoh7MOjCRtlFmyyVd5nJl3e1bkaKCTLc JnGDOntVWQTmIkD5mYHcpCBKlNdUPhglSeM1SIWZ5KeSDD71MYjDk/KUa7hHT8U55LY9KWISvsur PSusYfs0aKBSevMwaKYM1hvN9K0kYAkVM/opseIIjIE24xC63o3Sfv6yZGty7KsHK/nAVLKjcRi/ zAU7REfp4Rzpsq3kq1nhvhyXUpVgbBMWUmuqTgawPn25xuqyoCm3LA5m7kmhQMPy0o8DeuQUQNja Lk7IDl/dKAQKVP/u38e4M9UaqvmCv64dPFZe+a+vVjZJxV/+lbDxaBg2dSI1dbsiexZr6kpjjcp7 M7+CfULmzxZAWaDoTRolCRX/vtJ79GbYqOwqJm28cIcw6tNpRMW/oEx8sWkYvzEUPKCNA2c6SZ3w 6KVCYIM6nVU3wcdVygfJxQDdP4J4oTb7JGU+esZyKrLyRxBaOIog1MCiZrGqRAI0AxI03kIQ1M5M QLMMWfPQSiZeGwtt9G4hw7OhYL30uqjLZDETogZNPg5RBZhNWcN8gCseAHX5ZrAuxvSkjv4E6lWL wob5yEKLLsqTWwNlfYWWQo+q1uHA7Nr7P4zy1Y6LZiHldYkCSyWsKMKp0KDTbkvcXseGTguFISdT SeyIsjE12XOQ4o+ujIPZ6gPy0ppCvPBbQCiD6IVxZJoYPZQ6rDdcQuinyBM8YnXIIqW0VbVRhQfv ymvoeGmuP3/q0gKHUXdLRKuqCLBxharEtgKrOFzoFsq+3MLuZovDAynpAhl5QdPv2GRp+V64H5ZD GGO3i7U45yBeHYm9nA80cTOXpzI2CU+SIb6ghEfMYYYZ4aOZ22o3ftGMir8G1bbBgJjREcKW0pMQ xA1xFs2Zun9Vl/MKH5iKxv5oZ6xkkC6NwHOH6yGI5BGZvMl1tICmGHGB4FIIamNBgWhZ7CBX2/Lk YtsUsNw7R+mJHPp30/Ifs0km0HjSiuns3d5110UOlzG6bWxwFjyGHmZgmkcyHJw3VPaDHC7IN/My 84OCShLzxzQjXpsnZDnhEVEWHufxDdnt1Z02SlN/jeCGBcBUn7hz03SfRGj+S3+0mKHijuzIiYLU OR1MYuXrKCR0BB8nQnUk4CrQHWSlOxlkyFaw8JXEAq7KB4Jeft5tj/IT/7ujGYsEPuwv/BTdmmUx W7VEv1KL1mqvX7TNnXIjtdUSYWNxZ7AWYGKWB5WTt3YfdrFBIqkugDzMhrn5yPc4V4lh8tIkoyhf OtwaKGuZoWLIh+5wZNROl0Ju7oA8QsS0QG7Z/Bv/xNUstmRP//pZ+t6dxVlvO5p2Xw/08S9/NHQZ 4oTfEw7beqG/9lqjv+S6Xvzhmngrx0QJ2ODWjhJQ90SFP6ipGcfI8xClVNc6B1ZqG8nD/MIGvbND VzoY0GntFxRp2iHtRpIbr5KdAdJx0wME5DKfZKCuaCj/W0q6fPYyBWSNiyG1UYBT0xpQeh6arIXd WZR2BN40w9ast4uSJpIiVZIAg6CUph5mY7l0Wgi6OB3N8ue4RY5+Wjve1E0aIz34mU6bcFAB0be+ C4Ok2lGX6o9cIY0LJLi5FV2wzDZIsc89MDB70zR0yUq4ixwJU5AjL3IMXQMLuVv1+5/2ZQm83cBc ZshukaHnQEYcDfH8462GKDsSx3QNZ6WnWhRqg0hfUMK9coKkxmFtHvW7UG5wJLorAQWZdAluIRFN GMRSIV7/kgUewkxV+kQFw2SkgJiE9coZT2KJBgejRH9I4uAlKcBDB52rE19ld0RnO1mpglPdFm1U 3g14II8x2swmGepfuNiNCVye3IetyUv7xu67b8C5ZzexhmQuS7T6pkG6wlN5EeCqKYTWnh7U4ERx nC4bQJutG/XlGneNa5puykAEgnRE4q4aIkmBnMRsa5xTLmZI2CEzukuNdu95IcaIpZ/B2wpAFqIK 9CwJM6tmEBhVrl5xZ9j2ErfO0Mg4oM6EJtst/2QyKbVR8I4LeDu5BuwFnJmCFr7qFYjP6eBneXI6 JSIc8E+W3ehSgtlVUABW9Pj++uB7BsyGsykzoTEI7Ph9N4CE3kw3eA872HuYCyTz7kw6ynzg4cJV Os6XiM5mbwRMivgPnKOqqHNSKcJHubzElTFaco4OF6fTTomtUcTTIRvoDeOb5kntMJmHZrfo5eCG KBcSNSgAjNN1e1YESfIsvxWvGCm+0oxoFpPN1yrsQvZ0kZJ1FbNV8Zmvysj5rDc5O07UiIhphDmu s/jXmV8+JhQ/kXdoZcNqK2yxxmJRtwcKdppqOXzT8pp7Zpzsp1iZm0sEComk7aoTpDA7+2Tvo6bH fuUUDpMtURVxsF+RU/7P1as02XB/yAEBDoitKc7noF3fUri0IAmRiAXGFARBQ0u9lEkWM9hJoNEs NKB2yH96BpVN2DrbxbMgX4pEHdR7x0WJgtgwt4X+nesH/oShmnWRsWkEicUiUix0GqNOTLoUk4Si dhUiBg/2GLdBcSEwCzKcBF6XekbwZfGsa1AVMUgsxAhbbdiWyeMnxbOdznfp6EgOLiqPp1UUhIL5 SjM75t+ICztj4ld8agRKQTNbrCKgKVNkiYu0PiVvrEAXBSmHK1UkBmPN/NISYITBBERYKkuMhXnZ wuTugKkbQQ3lmq1Y4SumoVQqLicLY5kA4xKpJnXw+A7KPsyjpT5BPthr9hhLRmhaKd4MFNsKKOsR htR9BtPMvLMRiQptCCqW5t15ByckbRYZdCwxIM8i8LIEFqB/kVwkzV/06A+ByA8iVpe7Sc2Rkj0Z 5qxSR0orKHQG7hI05Lx9yrVYyFwud2psouZ/bIZKyydhdVG25JF2eSkkyYMgdrGGi2KyZ8+2EYxH bC/W3LlvwVTw9WjjCX9nekEptcK7/oHidhDxVasIDNXo7euGoESLJmMHocFk/VM03MipG0yMC2lL XNlzFsseBmabeXacFKCFcz3euJwn9RZPNb6Ur5rSL2lJ0Bl82YghhPoWU6UgOQsF4DQjblbWog1j SVA0mPPuTnN47Uz392QGLuEv9Mu781b/eoOtHrywSTuK110GxJQ54hxEOuo64ED4MkxvJfb5uBuU 6P1UnOWFr+0GpVwCgwpxfoeRpkRblyk37GdicdT75rIzyo3CqYkoM0ceQY5meKvo4UAOQpVAyc0G DD9DgRMy1dyhu9xRYPQWkeOb89SnhbDP/jVT4GjrQJWoeGw4p8sCdVHPoQA7po4AYRuYk8Kmminm etkcQV651S6K1hVCydNAnaQmRObFeArekd3GrgiNyUQBaSILqZHUDHmKImRdaZhU0g1ar98m711C 771g3bhlzwpqDwrGPxX7attzKpXZXzCp09YLDMLD82VU9SAEskBD9T0nthePRSGG1+ZVPDBfiGnv GkNbOKlPYSIq2tJMZTDBN/+yLvqbyVUZaCi5p/3Uasg9UILxIDbt6CqBMlSYFB1Nzhv86DRVhciI CaUTTqjWI1ubdKEPaZVG2TnBljwUahMIT/QQAx/OsMyE7VnTzI96w4nO8Pr+wnC7rSU7RzzKRwDK uB7qI5DZxH0hlNbcB+fBTIW/sbmo0LPf43sQx8KZPNfGjqPIjmvTYyw+OdRhR4kVJGC3kO1AUkYW RMPFzM0JG3d9kWW53HtvYY9vmCaBaUemLdy338zoVQ+yZamKug+f/mrP/YkKL7hYjQNmnEJG8o+r 5B8GzZxmOw7504IJ9Q+emAIQYz9gLdMJzhiMRM3n0sWtcbkmrhErtjThZphg00guN5eZLWGz9sYm M8owFvW1ajYh669xC9hi+gxZCCi1IXZWJGUoUCaWIVx2GB9NYCyTKbdkBBY7NKAHOhUloCQkDvxZ f+T0mawIO/Pc/KWg0OtZ5dAiNJPAsMWpJo2FSJHJkkcB0f8ii9RXhvXtfj7WpuXCDJ7C9iyRtBpx dpIVu7BMpryexpHjTZaljDkL5yKYQlgdpeMZhT7tMcC7DguKbIk6nd0whbze2ee6pNpEN6bYSdO2 1MN7KH07cxzv9qJSdvLFnP7LfrFfOGGY9gMbQbYqMEl6TZU7Yh2hyKJJZlb0JJv8DiEsglFlxOUa lgxIu2DBtI1e6qBT0XEOFk7n1KncrGRpPDuZVRxkOCqZVaDPWFTOKrp3b+JxbaQEg3rwD/64PvvC SOm3cRCZLbGeomTzyYZBC47w+4emSiZzhUpkUOHnqj+EaFVKn5kTaYO61DD0WCHaODFLMkyn/XIL t2xMlwgeNXwuwlDQtTTPltZPSMDa2EDVROu44h2xNyBrLhYi05/yBPlPYWGOSb+mYDPYIjIa+f5m cvJQF5XFlplMmvgqBTAwJONQyUzzS4+Hd5hoqMGtfNsqH5Fhr8MJDMuSQEKMfyJ1HHHXpiFNmyvf HGFdKlwGpB5BMotqtp93Z5vE7Vdw618+EuPacQ5PJvfpVDnkyzhJNy0XkdrCoW3Hc/+F+lJ9Ysx0 O1gU9Srq6OyZQIQ7XGUbHDtfCDuIOkAocL1fqizJqVqG9IZmUNeIx7tQy2GZj/Ew9fHas6wYB7k7 pDTOjTplJnDup08352pKCBV3mUVgEn84JX9uUVdo0ENFmd+OhYT718ugawBY6Kvsk1YottvHEpaH rGb2WvS6kFyuq+vXXEWzNOnIFAbbI1+UGT1MkKOyW+ms/VNyQ9RQIa81KNVs6CYNsi8/zCaVCluR bOqmZs2K2K3K6kI23w0ib013jd7MsCMejGmjh4kI33FuUMcjj280b9vskata04SKj73v7MDdupKQ h79daUaovDpSuK39pn7fTHH7bM8pgccKUTTr3Og953n992RoabtNY355yui9Zdl61NrgzWq3p7E1 tXoGX5qRSHrQwEEn48HP5uewe6aYTNEwECYRSLBAn/P0ZTWUJ0cq6xIGe54wsMqPUnp6ntEOZ3XL KDL43e6Hh+RTZeRImYPGnriSzOOuQOUUh9mzewTfQPn3QKd9NmPD9lf2ZuWZ+kY0aEhCU2ygKQgT fpE/xANBzXsYdD4bAU2e+EW1+KImIwt3y+PIL8OweErGPoOYIAP3LouepvdPOeaiWHZCKtWMOvor f7qxl9CaUHIVw41x/U5QWYhsJKSKJmJQy/ToDNsTfaca/eS/ZJQvDn+SokGcOP6LPAZzJmh4BjrF tgKh6yhrQcYHdbfL9bnl+IgyKF/JF8ryZHEkhi0KlfcaAhRDkhYu/SFrxzGvQz9r6ENQEJ8qSiKG opAq7uI4zGImyLMEZjD0w6sk07xIpR+8XfSJyIkOo/a7AhzJSepjZ+wV92wS/tB5U9aB8Kw6aG1R hm6w1kxpj2THD9P30xp9oLHZ5E241X7Pwr0fN2kbQDO20sI2V2d40wiV5K6tuQQj9Y9jy0/t2w+d WBci/MSVgcIRfGGiWWS0diaOI4kIyoC4l97iEr1mMoeEYqZoG9yGKAzkSGKITwHSCDbhuIgoJWCo JxixHfgs4LF+qkZgLwreA9aki0jryWxekdO7DjXyRq7Km3YFtmjrEmmiCZEKEiVi2wBNX3rQxNUb LJzc899Avdy7wtNIHqTqLcolwGX6SMKUqsnHlS0tE6EpZVYgqLQYz6XlGBz1aiI9LQa18yjlK/Qu ZNLJthfWaZb25/oiLjOz6phk0XqLvEnwQnD1Nu/LARn29e2lA8WzjLgeeiBOczhe8NNbtbL2CPB/ RlsF5ItqF0vIraLC7vuLRWWkqqZlbm3bLIy6CHvtdSLyHi6XjBL5n3fjCsoXT+0jlB5C+/H68qKW NiOERseJ68V/1MepS8CX/17JUY3pO04JUIsuQFsr7xVdbeWKpXWuFo4jPzVS9SJclxWqRqW73jaC wGoBVWp5yz9GLm6+Xi6Xfy5tdLLXVwHrYiZmiCpgAyGKll//vKzcThgpNdWUTxrdOGbgZ2svtc7J eR9ZyDZLmq5guhnFWQFpSGcrY6mZ4hC3h++Vaxki+yHqsXqKXHlY8qg0bqkOtvjJuqFF8HBgLdPu QKlQtxBykKEqEaIk2MBLppDWZj+g14dZrSEtezHduqhBPXdhqV5U6gGyO/adBlgYuThJJ7VkbwRP a1hlpA757udKMSMmvuAvNWZeRQNNfctuIoaYSLxUWiPiyxKorXNVuNGPcUuBqUCrFQzIi2tCJi02 jfzM3YXmKcTKrKNMzyCpS87pMDUd7rDZQZKmYlziB10EaDKByzYjirNMOgdslBe2ZPxLu4UZCcUZ yH+E8sDaN/Ks0QOvdpzZZS4MinHmZ3rMGhGZZZKl7Ydy8dccOfsONOwoOX3SLsa7QZKigBeriklW 4c8pmrBD30ZlXZRBZXAp/QLSuK5wIlt6DKYYdPEn/xL+CQ/L+E0B5EiPacpPQvbV4Gp8fwyZDsiD wPEyf5ySUddL2RajoKghYsLFah+dmMfI5n3nS6Am9yQ3M3gszWWME1FkGK3KW8eaQPJqKjVCQs4a ogOYU2u1Bg660owEueYCdOzDRmGorog6rqRr1EAefycWAxgYSrEfCscpHnUQhbwuw2DZYzgFNd2M U8ev5hsTpEKAhzZaQJKQiaoG0VFkQOkgyK8CPfHSdj5Fwogud9I4cZQ2CILFfgzGvkqMjff8r2Kk H/w6HPpN3mi+7CJlVRS0SNPC03bfLRE9kw9id3skRGDvii8Bb9WMwoXpQrTwmU0brtHLtBBADLzT cCK1TKqYu/kBPQKcxtRFM8I+ZYQlQstMmjSWi8a7izIiSCX9aS6teQZyctuRwwsPuEuGddJSXzkh v8ALV6vApP18thhuGNlX4JJLNnNBVF0YyWRKtIMKp+muAjAanGev1FIInqw6snmDEtuyRXMsZI7Y MsBKzn2pJglR/MCFATFDciVIrN20Shnn5tcrUZUahrNTKEEZbBUSyoxVoZUh9oMgF/iTcKf0o9fa J30lswv1RkpEQJfYDAGYQCyzgvSW70rOkaqGL4HmzZjWjzK9JBbZiTGD15RU6o5o6/L8bhk0pcep QwQofVc7jNOmLyCBqXLy1FEcpZGAVDhg29yuo/rg2OtHNh+ZN7e02AgnEhXNEAAhQ+2iGKtxKFak UsDkKqzBWv98K6XK5PLO5p7dPEJ34YbzHS938POCJKkGry8HKevoyMXEeAkLsIWEsiJC43q8UuRt x8lV4ZAG+lm2sQQjl/24BKQeMcTHnZnZo1UT7k3ouvE17TTDf7n6D/0TnL6c4gXMmgyiidRouySf sNm7pDDdN/2LEVR45KEuX8p6kkBT4eRZNGkLnAQF7cAIXpV/4LF0U3YSaL1jh4iw+PrP5fP/ooeo S3gCZiEGYcaUU5FTZwvUSNQtGaQK3pRMHSw9o9lgiF7Kb1edtICuccGa98ljmhZj1m2MyU2Jdihq N30e5Zh+wC8VbC6agbDhwosLheN8H5/thTRqqx4+CwcEPTJcqIIr8s2SXMJGDUEtNBtl+DDBS7Po oEcUkDq7yQfpwOs48ShRDHPJ+Fp2mML0aGqYPvrqhL7iYJYc/42TUetNCN4lRyaGpzse1OC4vkiX /AJHoXSoFIZUJuSRuk0oTgUjWUmDdes44X5ls7saqTTFrx3fU9kjoFklsTZppziYue4QHcKZtiFG Q8x+NXSSytCN00kfVUKPbvPrAMoBDfJMgsdkQX/ZtuOSIS1aiWEKXULsiSslI1lPsZ2gkos0Saco mFB1pQkzQ4AGMoEAJbk5pBvcGcGOMgQXyyVsHkwU/kjM7Mt0GifUcczHAoNj3WOLpFKfHdYiZi3L EogP7XD1T/eGu14KAOhGSPlXUxaY4FaOhhEcTcKhJapSb0NPFLSSiBzNlHPcZhTZJM+DvQFScA3b 0NIlhCpaFCqYa+H4zTtSsz6nF7B8oEUNyVljhOVWJK9bYS7ZVo4SXzZA/8TYJIJ5qyY/aYGm4lZL x/tdX7ppKcGETWptW7H+owpt3boCV50AymCNUI/Z7FoCSH/hOqXxCHKuiHDRlrBHozRj5wtj+M47 0pmyelBGsqF9SXWRNPPNrLPYKqxxtXXkMi6HEJYWfKJYDbUXmjbjfJgJCKpZGNwUEcP9J1LW0F80 Z04AR1e0ZfqFsnomFDm0gNgulB6wcBJc7qZYl77qWCJEpNytORo/ZyrsqJcgU8aSKIyUDxTmcl/x 1kQdcO7mqyYomh1rz0xrTQmlI5rX+AruMLkUaLa5B9qkmG4BdkfLS9ViEtDYxXSrSrJKDgObgk55 eG1uRS+x6keZtRFGra5kaIEBLeBAEteuV11RigSsGY/U3x9tMncTkLQS++27omvNRBmfcL0pu/an 0i09nskfCUmPZupYqULbZf1DhU0X5iftDrEBW2qHzKZi0batU4RjFDbATUJL+9yyLSoOPynQJBHe WROeIjkamXxTa2Sfq2PU5yy5hIpJVXZKTYnF/F9q6w/VkH95UMIpwdQt4fnZLDAuZDLmq5tUdcrT NsvWzBZB7drpRj4bKh4dxRFb0p9pL2Gi46a/wrG5h9wKbErmQjvRTW9lUGOg1Raeyl6IC7ut7Cpt m75Mdz3OCLPwTVcRw24pX/Plv3kHsVfo8URzlaTFdwoMznR/KG/0yYWVGUyuBCmfQeGSM2yVhwMN KiMxxG1bjlG5WwZRJvm7O49km7zWfjrZqpTSPvtp9x2Lo4Gm5Q3VVC4f1j3LoT43g2f8FEM1Om02 Ow1qm2cVzJJmHkSb/iZAZJqz9RNrvDvZB2NUlyujsV+EgO28sgn85uUoRzsrxS70WDzgZuyihvsO mDQRRb9uQ0PcNRLVl3funVx6eHEQBf5Eld5MWevVHd2hVbnXMKpEJ1dP7qhFTAJUMEqnYRqtOS2U GapYIQJy3jo1P4OT8rhVPTyaRlraZiTh4yoqLhNqYRbv/XP4eART01H1Haxz2Al/m3guSwlbko5/ hRiWQUzZxBKhqgyXc8ZMfrOttCcAbEIlnKm2YCzIrChop1ErFzrTS/OyjDZnqiiz0NMtAu6Iomv/ 3RPVMqVpeX5DyE3GI4VN8+sjTyVP+76ikhkkvhTKXCs5OY5BODCYJQdUK7vaf4QhlJCZSyESXopS XSmXnPALT0Ctt8JhWVWBfW4hjveBupPJPpuRtDWxvA0JheggMTEFFPISsbk+u8G6klPvaILMVMaE ErVhCaeF0aokPIKUkgquqx+9kdUKZNfSCOMX7SkdxQjKD/exQpsJ4YYH+1CCtCzGAFSPwXBvSUV2 H9cxzfy0zCA1RoWrWFmsttPmN7MIQAqrdK2LTTsQqS+NrPeiXua3izlPE9J0TEb0offgOB016UHy QrZZSgIhtHLjXGem7hKsUuNLitR56WnVEN0uAWNJJW9yUqp0f9CxSlKUXzVdgOXpM94ohf1mw/kL NTmLRAMlMfkdoJAOlkHK/yXfKjjT2CopQChndPTlarKcMJoDawa7jN8kSU7SZbTdvFSqLxupzuWY NEwXKE1YRp3ws5blsXP6Znj4YL4ueeVxMpkcuYwLdkux+sCMDUK+cUAuddnW4liwiuCL+lc4MDFQ NhB0ig4g8ZKr2L7SxnLeVRzv2tRc9yVHwN8VTmRaJJ2n/5qJAmEwmO2K7BZ+IE9IY6RhU298zzTQ zEhRF3NZbBu3Ag5GGyLm9E7bhodZ0ORXCznN+kiLcOEcnM1GcDz8IKtAFRogDoP9ciTP9w0BLsaU 3hO5qNTKHRElsUyaZbQ44lKA1sJf2Tpb4i/NuTkRn3XMs7PH8kzGkwuw9f6nWXotAcS4C0daNTlN kxuZLBYbiwGwh1/bDp6zv3xnrtZyBpmgqlYySAeyXkM12aspk2ADfsdXRmeClKCEr2tvWDckA11V GIXlIGxL+ahO5IOMg9nWJTG5iu0FFty5pMVHEqx6TRzJ32ZpFKY4LpwoGJiSLavTkAswULREYRaH aJ9Ne0TT+GKqgaLAU+JkWsBKk6nXEIi/UC6fqUKOfr6E+lSsz3WHUkwqdHP7+ZQGREMYHLwu9ENv VXb+hD87aITR4KoPMw5b2FrN1HDUlEgLckyEDeZKc5DkTJEJKA3SstqOqFwAHTP82QuSApnSKRMU nFUEX/auWXVNusbZ7ByyROEhSA/ZihO6nxGJGVRPEpSVrxkqWWClOC84UmEVl3xEEaaB/llmHisa +MCU8MA0Ra8tBKdXl5TCsHAYm0vJD6VBjuU2Szc4m6valCOyyDraNhCO+sz7S1ktdEq0hGmbCBzh UtURTumhO7QBl9dedzexB1h1j7aHNXqk1f35fv9x2/Kj+wB01bu2e+BVd9d2L4N7mN3xrZGvuvv8 fPaws+1J0Hj3xLlKh7xcKLeEaoB2L7QO6yJbGdwIgMBezO35W87qqGbWdt/v9+8ej6WNBffuUvFo s8+/vQbVc9V6uJpt/Pe/bYXw5+Edo3p3FEN15c9u2fMMLi/79rlHgTmYBDzyCydPT9B6fnnyFi4s BOvhaUfEw73oZeuezfV41G3vSd+DoKOlO8c/PNXLG1r3BvJymQhBSe/+NoSXsTrrpuyb29glP18/ 9prszh5Y/RMj0h4P8ThMeeF2r1OP9BHnWuy2OcRAvWy12w1bgCbfB7K7ifyJe5fZd9cL3JMFMRHy 77UWx2+YGs3Y8cAQ1+ign/TTJpJeApsKUxXJeBIZFog05XoXrcScesEskXp2QU+wc9wTA/bz4479 FC6jZBDdlI77nxNrnj2MDdPZAK5Iol3lVatGIcyMk4bIk/qTXaJriNI+w2fRjECE6Abw7sLGoqwQ cdUAVXjdClMWWcqPKsLZPxa1DSPRk8ExA7/dfqK1I92/39YeZozyUnu3SfI51uZvPlIKhMER2/NV qKmLKcFI5ZkLsOILlbRkX43sINdTuaIZ6IqtrigiVznw7kUuDl6sh43cYMjMO+GMS4pDTtWTQAeT A4BiZ3mp5sXf7u53JGR3ySp3cOVCsJ2PN9fUdAEi1XHF7tIt4zNUCTkqECTiQjjPamukAnE/T52I dQHRErlLINJuIBNYdY+wnlxBVr8G3K5R2yTQAX0s0IjdVe2l8QRZOqGtsEoMSXR7LLdNtDHa/cqe dSsKSdodiY7yI9LQQTTgnH4cKhwiQP+EGSZSYzVZMsCg+78QUzKnHxu1UmJm4EZUzwtIstRNAtlY qGOmghiYRQ26568aU88qO8SiI89djoGQIa1sQTNnUGUAHLMidBiO1E0yaG4IzQbFyS6+w3ASysaQ KuShO9iNdh8/Pb0nrSRGbHMHfklEumKwlIOMvBUa8498gdnl4rd7Fskm7b5jD7TdrYu8PrH0JugE zMZwHkXodPsMqbXrm+5J7Ygom422KdHhTCILaZdmVg33izhopgeUEHLm10QCFsrcXKkLNBeF2BDP wgqGSVgnncodGqI9scChXosXoKw9dXjUPB/Wnl4Q5qtDwQYV+aUBnlvQQYETZMOzott53fjUdWSW YIQSZItERoB+xRq3WjMAk0kBq9aBek+5d0rnA/XGCseKCDw6iPK0Rsj0A02FDD+B1o/+e05j4wDb FCFOLJJ0Huy7TFuAFqw9fj5vPwGahzfq1hMae5wH2H+KMOeJoHhoh2APigym9NzQYTmWdTas//rr glvBV/wC/M4j1QMhxUxoe6hsHKQW7PCHg0ToK1EWkRcV6KhA+/kAYmbyknmGJj1IrRmN49HBo30J Oh3fTdwsiUc4ytYL2cyZ5pePc3IKzBNcEk7Sh1mAjJ8TsL1VRNx9Ru6qIiFKAgeBOk/Ia0I215Z+ ZC+uZgvdwMfOIwXdfuQjdl0yugpnWzWouCPoyjjn45lpBqkGnKU1RZfthAhum2WmJlFYXsASgjW6 MXEdEA9PNF7EyQmVDK7GCKtbOZtclDYcNyB2kDiOl/hdsp3ld6VTlVNFj7ystA0iV6ZVuXD5nChO +Z4cz6NXfOBxwEOfTvHERCHpRNtS2YqHkCgFqJ8AJvE67WIxqETTv6gowZZNv/itSjzQShcSULmq xLRaWFulQHnyXlVEIGYTnNap6NOAOFv+XYGvdnNUnVKBIr7ss/Qeuc0sWY5ZkSvpXvj6sBKmYGh6 zbUkKBdHeosnTcgQICphSAVHsJVNVItXnVG8kW9phwz3PE9moaYufGceJcA6M6k5+9FRAUvaEDL5 7d7VDAZgsxDk0g/Bci2XuaZIfbcZm64TvnTFTlY2cUA+g0QgeJilhuoZYaI48dRwKHZpRgPV0ZBB mqGqZ1eqO1GeXemLoe7qcDDDYP9NZEWYYdMeV9BFUBbFJgOZMUkBtGJa0py15Bp268as6FXEr1kZ UWmzLoiFQbqn27mCvBBRBgPMI08b9odYBXYhwExyM0pEvrjAwPhC/WZsGEtsjWvAZtjU+Z0UPhlI Bqi3BNsEiFk/alL7uFClZuc9y+y7WkgSoZF6uMllhafh1KesJLdXb2aLWYZJGxWkIMXEmrXL/nVv 0lhHaJIBsHDDGb5ZIYxXzmGT7xf5mbk2Tuc7w6vJ6JR8GedxDvPVmWQ+gUPtw5lWWEwFr3hm0Nad t8Js+YeUq4brlp37Jh3Kd1Sg1nOtp7UtmDGTrDwNr236DRy6GZPQCc1n0qICoafdEqVI8jEQnRgp PZtJsKOHxVSE6aGEdtZCj2otBD6hRFFsYeK3ulmivhDT7vFi2KKebd7fngxcgirUeKbxX/FBdHRA uqyM6/FcX/fnl6LpRAtD9ugtr7DJGTPSkNqAyiVBxIWFlqq0Rw0lLx6mCE57JHIRtmJCZFlKX5Io avZcYnGoYqnSqehLXsVUcep++/so4S+6S7bv9+fqLQ5+//QM5Nt/qkEePY1Zt/fHj678rLhSdlW4 PD+/f0QE1xcuBVn9O1f5c388f3Ryv/3cHoKvEF5c9IIfVGgqjvr6eIqOi/r6uP+nkuT2NFYCHpu6 LxlIkrdPMihhcF0Rx0hVeb641GkyFPukHA+IXW6wCvqn1xnc/paVfj8rvZKxiKwrD6kAEkRHIKpF guKqpOGra3HtM3rruZKabG4/mhiKgoryhCgaaqXqggD3vrOXDCZ1SzJlJvIMr+v1WqIeMA1PAroS RXZVegBpBGJIh5z39+fXxxMZpVxUN9Y/vn9GfOzTVIxmE8JocVP64b/epFiS83ZQd3uXDsJY7UKI OCqhQCFzAB3bQ+1iSIaxbCyqsrQCvZa6jVTqf5hOYOueiia2S3brSATQvfY8hjj5eMEVzc15LBnI AkPHYuTpHyyCJkAhCqEbSpTDcLs6jLaCOMjwrB7XSXr5MlJRWJ5QShD2Vo/VTdNrZ0K7gqp5rUAY uiET9rTsV5/VUHAjKFjQj3od60uokUJv5VxULJhoGYPl66C30BY5ZAXb1hayOdQRaBPgBcKl66Cj KbmQGcHhkDETYsFCFCBuE5UBadmFPgsUDZPgotw4C8yVSfXjZAf9kaxUs/aPfAKnQloLpcUmgIbO gkXKwBuzbAWWATDIQkcJEnpAq45bmivC6peIhnqFzLDXFBNKUmIGnAqMk271fPfmdyR1tjoBTraM SwQurHyIlUxOLFRJRl5asMLri056Y6D8rdVnj02j83CaOugIieWcq1wamFXJthIPe3PW+FoGmKzE yEGHRyb52qOlBO6E4UsTJlxXUSM3dUmzFZmzWjIvY506cP2MXEBwrQvFxy+1KYK6t1RWkADGqfcE HWVFP7mRFp0aLqZwUhqWZHzJAHhQZ5OrEVOiUVs2xSkK9cp/OkJr/hHP8lbHMhJXlFAUip2OMF9I NRxCfyrGsl6w4fFZBaQVDfh3KvXWejptcLiR20t0SZuRRGTADxKzmYEITTWdJbool8RCJOf2keXS NvuFLfoHbc0EcvMklmQFLBK+Bfz8Gt4ZTk+hMVBXnf2Ew1ViygYg8BT5fCmCgK909KPuaxj/C5T3 r6JioKY/6i2K4SIc9huYBH6+mHh67wH7aB26hknQcMAfKgo/J8YZFAHJATQ6I35p5lasjfEXeUKG +VViB2PO4e5DkNI6fDUeZiOJiU96iCAetoYYZGS0cUYdKVptoh0lhIH8rAwQHpRWB1mgqBmc3Jp2 cwlcO+JrgFB9lgWYC/KgBh7GVfmzjiudwm4Ok+EUC7K4jD8rYniWkyQsGzmyZ+Hhkzasv6i/lBit ghGaXVS2I6XXZySF9HVNwrgZB+3yvb/tUTpGDUi9Yj6HRGgOOhZ2m5TmejNE5GtQOZckB2peHlHh T3NJ6IgKxQkw08pRXJiUWseHuX6EMEOzqKpnBqLcEKq6BALSRrMtrgth7Pb1nQTLba93RZOwGhjm uq6vw8gKrwpLAc6W55zWisSpqk/qrL4poML2VAi9xSiQrH2Cav9kV7Q00x5UDRTXoocr5bShx16I hq7e7FyXxEXxaCvgKNYM4Zcsuy+tb9qZWZCyIc06SAl1BSAwQak5onWN0wYTJ1zbSCl93elklWO7 b0itmNV6JIE38xbm+FBajhsQvflG9gGPinSG1cbhYrqgprIomJES22ITJI17I5VJYp9dEl0uDLdZ MAYJvkhRcJy4nIWn7Jy7+YySlvVDqtr4R5QLEHTtYlRpzaRrl0uXzJgIyA6RHoI6n9T8yG+4X/NV eRyFpuouzPlWF4BJPbTvAV88zxWMF14Rha3peiFGd/6ShMv62mpscbN4TeObpghYGr9cThzqplbU EmYyoVlsIzvkR9MMEkFplgZ4OnvDKmtw+bFt9n70txU/FppVVan7waOM1TaPJgQYEnm3WNUxnyzp qbSsQ7XKNjMzkPJs1ZomVUFF84odZp4l4ty2loo4Gto0QGmI0i9LcIWNFewhAhzsiq2VnSVxfOi/ h001pYCL7ksztBCJWP/YDTttapL16KTlaScAndbMT2euaVOp+9ScRIgd23pt3VEndkvWjXZVo8bS n50a9Jfpm6FwmxLeLHFbE9SIsDZwT87qVYPWFjFx7ZEXzvfZnIolRNMr8Zjnk41TzcDYNBKy2BZl b2rS1n4LkjY76NzfVlojAvXt4HakhUvfTl1MTG2ajrfTKImy2i03Jwwz/GefhhVig9pIjAcSwEWL jq2nVlZzqy2eRmQrvJQeBW2DqefSIhLmuzTL8PLMAG3/e8WAFoSVnpznNpw33bBAy7tmdVofDkRT P46mvilIAsYcXJjNIp5xsk3Tv2akm7NiwNkPQz10ZDsabhTmhxLOlsFxFy0ZZ45RZDJM3sEBi2C+ FQyEbh7qTPeDl+HVBxxheyGx9MaQFhD5JloV+lxmST6g0LQ2DgQdsvpcmws3k9MUrYKiJz8UMkrq SrfCgrBqaZFA49uqWnWZnng9AFHdI6egaGh+2oqpz6QoETUxVYM8ugiqwVuPItGm5zDLQzQ2gIxC KtCoXVqyIj3zz3Jh/LUvSkLYTJEv3954ZWtH+LIuoYRBUgPqMCtaScAwSlCpgxhLz07uhCzxqSAu wAWNMBlAxAgJey7xYEe5Qi8c/bUshdgewaZOCuBY9AB/cN2kqzHJtZAK9ZsfSBSFy7ACg4SAUNei veSzEOkIkoKuvqKYvSauNK9JFNNn3PlWDGgvSs6fAXIn5wAIUxZk1EHs8GDF7AaoakZlbEJtx2wx IBjMGV3bpju8nkEJxqJUpGbSRi4Y8RrkZe2G4EGJcjOnC42ZFTdhctzTbFU21YmwIpAVLqFEQKaB 7eSBRq7dXKssoF0KHpiEjHMQNOlw+MDr4wqmOen5TJhuL0rv8mu4fKPpWNy4ZdL+NCyEaY3bPFub zKN6mzP00Qb/VYsRqq8hFWqagNMZuGhea44dBNK+XgBEMLA61z4Q1LdrgxIx1B0NwEe/NslP5EaB XvhHRlib9GyY9MmY/JXLtyEKf+nB/7iFBLHvGG3UJJiigHps8ZHpgNP25jiCt8AW/jB8jY5qeL8Z aMle660n1kQoOsv49BNFyFknSRCsRQPvBoicpDYsvgnZNskzJCUMCbArLbkn2lmjpKcqO+d2FKYZ KzhgmmU6EpVyh83i5iRQpRea6Z+JRVjeocrw36M29CDtlEFpGe3++srEW+hsFdy4Sh6Qpa3wpzop u7EoD2dCkm9puLq0q5zIQdVNlcSl7hLu1UImj7QJfuTmq9DhycBEkQO8el2aiRg580N3poB6p7ba imsDiKb+iIUjYzTam2UKmYy1OqU5w4BKQtV0lsRLJ0GcEo9QwVkKCIUqsMs81rJmkEGOFxXuzg9z rGpVa4QZlYh+tfiJlCWNIWGMV74lkSbo8Ysvc2pkQHxarNtyNHIMf8JiHVSmsabKXvp+eAxy5TwJ G84lpKfTdvbqYvTTxre9+oj0j4qbRmvDtnccCJ1YSWtYMwDQbl0KoRlSc6voDroV30aA86sB8UKh 8DKpY1lBFXXVpeKDOc1CDb66SHnDkEs4HfCtJBmc4sqYTWjQsWuPxonsWRsm01jFCaM3GepNgtYF 09QplldaIka3SU8BW93aRpf77WmBcfOiTcPSgSNsNxPav6ZqFdRNrtqKM+036/r9+GtFtGljpW5W pZLVwJ6hhxmhnrpAfGZiWZhpvaJY049Vxi2ZnpnMZHX//kslCuVI6b/TPriwxN78b4a6bTubNrRj BzFP/sFC1d8s0DSxD6YMxG62wdqJT25gDqdQnDqYH6zcA/zpvNCVOk4gNEBhmvRYQgTmv4q+zJJe mpFoYdz/ZgNKA9gCv05FPdeIwhKrTnh3m1U4YLJiBGmKdUrq5+qipDUaJqA0bm4kI8v1HoZoySlT 5IA2WuWAP64dfvjpBDRsFrpqxaStenl9p/i4bSI9g40NcRByBj7MxgE8jKMtnuabcEM4y69DUniG uqrmXJK1aczmFxtbMMJTnj5JVmpZVCLAANP0cp6MH/Q5v9UivKCQRFpyLaWqd1s9E1fw0IqlOqbp KQMVwzdNAW8LA6JGDC2LwQTJRuNurwiBBVmKt/5bZlmQaX3T8YI3Vym7LdEUUhT1vpXLStfbQeOk BrvnWnuXF0Y7H9mKXzgrPwmTdV6ypHkxpUB2NhCKiqpp2aBDxbDWK4uyZyRFQRDOQyuf7MGIwDIz zApBTUF3ZCloUsV5sQYiQDY/Cyhk5LaB5tCQXg/EWm7mHyDSvmBltlVfSvhml8tfkiFLI03mIg0j DV+qz8XLQIxwChytJhIv6v1xu0dgM7HHKb3o34CG0o4Ji7l7crXLUyIUYgbUFguZR29CoVeewubo G0HgD1caR+98qnUTdhmwuS63TNI6yUIlYuJLsb0p6+Fb4JfumiTRppeVguZhpjAoBHS5J8ihIUM1 nu6RTcRZf4G36QmiY5gkqfSw9uClh1JAhS11Y1Sk14D6jEbeNI5ZdJdA9k+d7kHkiku5gymF5Vbu GSDAlK1B+c3+OyKnEePcJIjgpmLUjMlTRrU8K07wko1IhGhN2/b9ZrAlJ1nTrx0xKFvZVzqXkqle NcgI+8lUdIs2V86+6JZ8Vq1TXhVWzfmSsyk5i2e87rU7/mZ0OZXdqtZV5XL8pPsoR1K3sURklLhm 9ey4yHeQXTG7UrPiDleqYMnYNuTKx/7hC2MDgaW7rjGi9PA3qxz3EkEbd2WitVkWSA71HA304WkJ ukpUkakD01a4K2l1pWeukhln2g758neZq1PmXixen8SVncyjLd1207RN/K0FYIdgeqQDHtpgbCag e3S72zQf2kGfJZalpBWPTSS0d2KsZywk6W8bmrWXlesqlPcrWOG2qTelOMsd/YPKmckcXju701kB l5mYIihdylHzXUYro8NywFjHch7tJN5hFLOUuemZq+d6WbfBquAB+PLV/MagJbzNHfHzZug0dcWM J2jc9C8/1Z8Qo7NQtxouWA6CorosRAjQWHxZ1lEG13wyAQSouUmpiIvzNTBaaqVRf9C7xRGVo+ZO ARWjQY9VlC7BGlwlRkFEmBAMAgmZpRENIJqUTvJ2mFG6rJPiinozabYxV0xuaUBkifJDelmsJKO0 agHUmZZsPr17V+caukr/xhXdEokIHgbtLzGNPMgpweNlcBiDTK38HIDgD8aUW1RKA37HtSywVcmm ezHRnEGNM0c9M4lwQ0y1hkVMpiCiiU4MHo1LtguH6wCwOkKUowi97EfnOuvj3XgLFgEdBN5GjsB5 ZTOxmCIqajYZ2BiFMBQCfrd7o5778KYwnzX94l+RBbCwAAHIQC51v4AHHWuY0bHcbBNMzY6VWgsx LK/6lv75JTcvuGlNmkx17/HRorndFhpIVjvWFnrop5tNgimFpMMAjh8lpkbL9dWwry8Y7WYH0Nft 3Mhohs9gdeJgx1AFWUCHjSUKPf9tQaqT+aRRuGS3OxzcRW+yYYEucWdKgAsENw+IQ93WofdotNdI n91ZwfUw2JNYgo7IBjj6SZJDZzAN1AK6xIv9IKc/jaQ+dWEpiAvdHd6up+SJeh8MPZDfyCFlV+Mv MRRBupBksjFD6Z0A0wVQIG9mvK6Yk570jyESDEZZn54ohMDYt2Y4jnnO65/+deZwHWla7NBtOQ/d hc7lKrpzs4xToQwMimiKW3Dc1yA3sDewTvysQpVaMPggUoeozya5orpdjw4Ul/zTZe4XLNajhFkn ctp4a+Wda/G4KEWSDpxu35lkT0vEojk8hBWF8MZAptLaIEsRIQBCdPB6su0y6hAxkw4t2ADKeA46 HEBzf2oLi2BWiz2KF0KGiLVXXXFK/wIXguSS+aiMZo7iKuy4qG26ioOS8MFa0OWUpKgcu8JthV2l XwlVyw1IhbrKbc4aOpS6OACzu8LZcpveggcym6MG/dGOo8gzFukEgi2xhUUANSCtYkKnt//ESosK iWvYc1K7JBV5bMCWOcTQn70g4FZb6IgDqiqLU/4gbDgcbBs3fIPp9cZBHGykiSYIUSlU5nhVqAaj z/hkKKdCXApKyAoo1jmkCq7Nh3CfNqIk4eAQEWrtvjUK5KX4o5y69ZK7ett8I+kXuXSG9mTffSSW 5aMzawTo3pBOYCaiCTApcpWMkzUyfbM2CXZQ72PJsBZ4jzvUZqpZcS5IS5t7cFYZm3/tRYQLVNlr l9J4EYSxwWEhrliMH5fk1MTOfspIlUwbyHljgB1ZjQfRaICYNlSXziKgubQeKovAwDuzV0Mrc3VN 0USsgj/KVX6RJLLRgH3am52krA91YpV4dYEeGtsAT00biM041VwEPWTx+QhBVBoL4GpYsalJJ4c7 xYDTGhYVdzlU8yq4tFBFt7mSHhhhMmTgY2fhiz2X82PfzyqaIrLOdpCF1ykriQUajZxK525YaKot HVd66IBNOZ3qN9kSwQk+0hwXHHl3UqBKcjLAm4eLJkOfMyq6onZXpGLOAkvs40lr/+XpXhDa6Jkt is7ij80jgLHNN/8R3rWPyCXE2N1qqZ6nSiV120vJs24oi24gZMjhWsCDISEjbcrwa9zd9wIEcCsg nlw3Q2mVpuwtbOSi8VtDb0zZfC4/EE382bVlfc5hs+VXTskqfcypnRdKoF8gKDAlCqRX/hXdOHad GVtNeNG4PbdOCayGkcsyH6y5Q1BA01avOjn5dnfud4OasA5ccbiw0TYalOFB1MAvaiBldxO07swK 5d14KmqQDHPtEwF1Ink3pcqGPVKoGGbDJ8Ht2C8BxKdjZJBgoo6YhnRNs3S7K5EuArtaKoI9AU4W r4voR8bmC0gyuLKwvjQzp7AZUxtTQiN6Nt12LM99uJhHGnaSTiKS8NHvAUqMDc+G5/j0nnSNsjCv 4xY+RkCGyFYYkMlLqU8ZUXPGIiZmw8oFYRx0vGywXj2quhTOZ8kfhfTNofQsUJq/Om0wYnN5CCxe YZAhMj3fIU6AiMzxM2a+mdAYBydYQZjE9N2O07arhGNeuGyPNXAfh6I93BMq8FG6TlcBUK5Kf/NZ 3QXvzpEBlyl0RDxn6Bu08sucyTmQUFA5m5aLkkUKYDfYBUAm1L5KbzJyQU7tl0cSF0zWQ3YRp1mS rpCNJQ7KFUdaotaqhnr1Hz2lE5SPSBTx+mCMVLWhKfjbWxTWoLl5SGGtKlP13plSPtdnMlSaVqmE lXSTdp7HkUlXW/sZOJQVE37BRHi53LAV00zRQi8d+0tXPU/8d80ky27N1e9WpZUXspxuurFgQQVw oyHCrgwbS3lMSsn9m1XGmwNpeL5vqJTtRGamvsU3sq5cNkTJF1hm/Cxpr2mRzPil05JUtp3SWiEx tP5jh9ZyJ+kr1eAjB8njaEVeGEQ0583dCMTSjQUdtxIgxuBuN5ahj5Ee3LUtIa8vHl1VdrpLml9g hhx4ZSvcrrFeRaxEO89SWSIKWoseBTRCHoBTCWkQATa0Tw+6odK+aoH0FCYcIwpVCgLw3FTcGZwO KuEEcscH+anWQid9GYlJBUpOdyQQLlvbvebBprEzkmyrWVKoxQXArKFJxjsXKOciJeWatvAglwd3 fuQtvaMT4wR32mLCJYxMZz6IpenxpFCGYqFzpupHYUeYU3P8AjZWM8A0KSiljhaPgOvhak1PQggX MRkiosAKFPajB8F1wTCzut4kj+k7oc1cm6zpzUQ1W+skO6FqQvTLbsiBOo7ilESIlVTighihGJX4 aDjdGG5/Ux/muAiBQdX6CbWyw0wxNyLGEqXoIFMQjYrsK4Tc06AR1lO7jJ4dUhbDuMFVyQ8YhskR 0eQLuXY0zTKYt3F1gzBqxW12xlCvvt69eg5z9OA16mWl1YRgRQZAwKZziElVhGgNlfwLoBNLgkoH rELvKYaQKaGwzJvKArK2yTN1/D7WjWRINuFHa1Cjk5xJbFL1bQm0fqjID6JsLdC/FqTqHNFSqsDu QJWojLPOcY5NP8y2dKEwnCiav/VYN8QO8xL8souG7Cp/w5jYZCvRD0sS99/KfjSjGWKNaGhjmmbp XJpaRSBedFEGsgEy0bSXkLzlrYSDHcCAZXQ66JYcSZil9jRNTVELNhDbWed9qSI+tc0skdcwS2Lz ajTkpMnNhQUXY3LcpRZ6RZtO8hXSX59NEpNz7PuzsJQG+63gYf/5q9RO2uSSWBPnWh1oiBNuCtYL pgo7PBLzfVuhlqvkhAm6nSiM0uRhbGTOAmcB57hALlPP6rIKRIsXwi7xkUzERresG+/nY06AaP0H zrI7skC94IURwkOuQ81BchZpfLtz0hfaggmHE02D+8su5s4hBhazMcn2zCwT0LbUvWR4xkBzxWR6 rFH5zJJzwtRAE+KpPRejQ8E9fftJbXLmoVv8Bgim53h2jb+NEoaSs0caBhN+vM/IM0YqK8dAEb1g QI9IVSNd/XNksGMS68w0z0mzB98N7iMqmm5z4LGtAF8wmqPldZjCcKJh4YTT0/jqqd/5S+f1E5ld WdZGAhfml9oYzFicx1ZPYucFayhCHMU+wsr4dcePU1dWxNLIJtYW9rZhO84jH6IKiF2T0bRzy5C5 YM9MQSpbqeAv8aj0zf1Q/UlufEJn0ZljMneBtI2LSY5hU01XM0uiGN8tFGYSjvZLAhFV6md4su6S HDrrMs+i5UFZLVkX6jPGfZDqudLQrtOTjXMmb85eMjdmiYbNAbTmlWqcbS8p46JHVOfvZLeHL+J0 ssZghA9gqmAv+6IjbtIg4M5zLAnZAEWxHNm7chEfepwySIB+qCmZBFwUr8WXR+9WghsmHG3hoN0m YocgGdb1HBOUZu0LKH3I8YFsc4RceKcyYAkzyrlFuTCBdNNbfdMKGZlZnLSIh/KxIDpQILUAnDVE fm0DcYcrC7AaxDjhPWoQhUHuY1f/mMRXDlnlpqcOkgGF591R7OOIthbUEFUaMT0wF7UykRVOUzEj cHXyRTc9G5CTzE0yvjxpGdqEweKzmpCQFGIz3y00s74sCxuzNNaVjZFPOKSLUvKcgzehDgHFwshu dUz8PitaBJtSchNKSU7ZgYDseSlLa3q+d/FaFLElk+TomdYmnpPNlAcjrftGrciY65Xw/EIQzbdw VODtG/GMBCDZUutNrK4AThGmPPhGQREygvOaTiDYs2hyiKFA3kjcJKDDdELUJW+9z1EjmOxcD6Mo MdbVB0oZbPLQvAr9pOHDeRiCQrkr8F+5kiSJjXzPLMeYld+NGHoLP8lqxFBSI2aRmuC3llgt5uUk 1bRXzgUzOic9oaeHiRvIrBaybNaftYPTsvoJ0ZN3gs/jfRkQolFVbYfioGgpaMaRFjHSgkUb+wYH nL1SkrUV0bPn2bl4rOQy6CUVUstxmMk4mwrKc7KcvAwYtJDKJBXteUnCbSaCCvomYbYNhx2Px76C YpC3PeppqNCZ+lJSZ1yaobCOeRy++ik27Cbnl48LC2hnL8PJqDIWSdTKAnusUpLLYDNhYnOdwx6o nMqyDVQUrciTXpo++NaC5JYyWsminX48VYyi6to4UjOMs3OGMoQMY2qYvxQ6k03IUOTTUb6gu7J+ a5b8zllWwcv85CNplh1itzunGxpVFOrBHUkjp+3po80LDE+8hZOMlxakc4ybp6ckVhIcGojQMotE sefLZuJVqIgg4dCIvaa8m3URblPn+Xwe7EbdMvpMP9YTbhp0SktU4TQLm0dLBRulR9ejHJeFC3bl WIDgwXEdarbKT5VQyn/0PjRJMa65NmvInmBkX8q6TD1TM3JnwBEzCKuyZBjChpIIcTW1sGslOXYj no6JggnP9akvx+NSebcfvGSZnXaIDWtMxVWs0dowpXdipSAHJyS0BjklSvVD1Cly2MCoHKHGTuFV W+SWKq5VIVmPiqv6yCoh3fZiq5XyiHpO26tUJzXcTbjvNrapTtqW5E7J9sl0X5Ghkfb9VJbcXaTt RVJAayNuuyk8P4eO6kSJsrVFVyuToM8o8j8D2Y8lA2SwVhVU/3FRKdjXGCHTNW0GQ50BUeS+UcTY u9XmqEZxomUId32u5GK5NaKqs/fVUQoQcMG4hNYWK6OrO3vgUCXXbnftvlXybKD2I9l+5YhNYCg3 im2Cmj0/uhsL1OyOXRvMbL5y7Y97fbs1uAdmJDCLuW4Ucttvj7NwtI8PdTO8RJIVEnvLKvF2/xSa kFRtq/uqrCx0eWmSMOtCx6uIRTmRodkE3zB9UZarhnZuyLV3qj1U7c7E5aTthlMdEjvudOF9iybd hNvmPmV2+65c4tcIf7+fbTNzvOd6uHu27U+j17JF1kVTcaFthNML2hhNy8uK2EWUTkZwNXSbLkm4 pSK1QQsETjFFZARGyEvvFeOFGa/Z85phKPUmFn0ir7F4nI8tcm0uwKmYOY7bOGSSRVMKhQjXdcs3 J3gVr6quRyV2ekBBtkdmWRnrKf3wL9dJKRX88YienCKszFKLEZbOEdItUtzQQoYlmfjhKqjmkChM W2hg9lX78nfLFuWfzTBawlmfJzGTsGntm7kihtNCO8wUbgRZ7QwNYAr2C3b5PNFAZplqQCABCq7B E/zAfeeDCteF41HeABHuvzHgjQYF/RotGQI+CG9SDRIcagOGQ2VicfctCw05gfbyfx22rQ7yGDpt QZlNjlyK0ggEX+Qch0Z1/kVCPiaWGiA5vkrjIRtPPLXQZqL0Gs3G154uiRMxo78kmS6Kx4qx6rUs xRJJ/qcrs0vPzjPnNah9qGxGYkLmPTeIzMPCFJOlUlSFYfaTMbS+uXLrkq1jGHFPIk543nIA7wrz Di5G91tiocTWX4SjMZIcyMSQvDK5BbaIYuC62T6T1qBSYWXo/M7kpayD88Jei4OszQjk0y5c7Ogd xsYiQbIIO13bC5pzAnB64sDRrwc9H6MJbfIyPGbF0VsnxtziY8da7tSRRtHvDCIhbi2T/DI9Hda/ 5j2epsqzUrvdYjVhUw9Z38TT4yDkhMkKHYl1FoX+HEEIpJ2OmNQ7l5PoNdN2lPuTaYhFkUaXaDAw zkvAznot62j5jGHCShyFG5twwz0gkH/JS42f26fceyMm5ThLXbEYlupoG3fThV+QnDtx8tmJLirp B2R6Am5w0r92CYuE7W3WZXvT0wXhu3kPalgTtGXX0xOMGwgDJp14LAMgK3Jgpb9uiQ0uU1tw7Yl5 XetTzQFPwLdA0NMZPOfBkZRFFAHx9x5MaS9FMwhZUFVi2VoJkvdq5pyw0jhXdKuCh7XKjWRH0g2g c5EKrVhIzObmDknyFEebV5auEbhsToJhE5mvMOLUfS2OCpvupOndXGbQciVttJf9yV4u2jD7VqNg jodmQg6NlEpyZymabw148yBZg3vqvdJBOZMbPdwnEmI4gKb2qEnqu6HD0lV5Haq8rRgoXcQUEi9R DwZ4YImZNBEF2UkPtWZUfStBTG2jC2xAGF+VQdlaE18ox5t0E+/cvTqz7E1zyap+EgSTY58liLiU 8vSZofkObccBr/SYu1MQw8UH4hXH5MqZvOSxx2JXeSNsNNI5gSZGHPNc+duSNhcDBxZe7sbYAjSX g7JGnwrLAQ1RZowjPTitfWORmSTXLFHXOIfSmYG1gD1PJnmVrxJlCX8zRNd5MQvgA3UlQa66Du7Q j/KKRdw2LQfgei+37jVVpXGpY5qmD1KvFCDZ1buUVcsIQggyqM3cx9HmmPrCEXxoNm38AqVg1wNy aUDgoK8d5IP1T1gGmeCSW7Wd1ico2fpIWWrlqS62v0vp+0yu0DiCUUvsLbBGVzEi+qFuTrHxqq5b gmelCeP8y4y3GNy6agHLwHlSpRzN0GjyC7WwVlezjRjModBKlFmXlXFMGQbVWR/NJ7XCLFDRz2yj v3o18yV5C0pZgsacYu5Se5YZXa4l5urm1nibkERt8+SepOuoA/R7URxwthF95VY+rt+mVZmQUxaj P/5EIYGkZfQzGX1hk1/0zGfidAke3eapa9f6zG78oLKFaW18gO7be0aDa8ey7AfLFrg2h3JNTm0l LYDg+j3sd5vZggPDUxGpWLBwysQZpHB4I7DdvmKM3SA8i+zL1kzWCIhBeo0vfSGCSZtpVhbtkcCR lX2bJbnAIe38oKSeIsHRtMauUBmn6NGzmbgOx2i91KWnkb/1XT52MjP+vqeno12gVpeZu2TrD277 Uq8jex8Zpm4taqdFmmZ63T6+yWEj+sXRyjvUq3GeCgjMb/ESZDGM1j5oai7P+zhLkmnPAyZWuWqR H6sOE9XsxbfJcfRE1V1r2W8uObV2VYIh2OqK82KST9CsPuT0bUK8Y7ZRv+SGGW9clFD4HxN7ef2T YY5rk2oSTlw0B2jStR7aQvzx7jsW+6lnC8pZZqIG4s2jMxr/GBt+fRt9B/GRw/OJ1BRkRC3bqXXU JB8CJnr26lvCHQGMXNmztWOOTH6/F8klVeS2FzLPzD8wtlgWojN3pLoWTYnfFzG9fCqipPq2NHQY 490ord+IjKS+mKphXK9SYVU3GWmQDRRnGeRU43CKIhZbqdvp6LTRrPH50wPSDRGQlKG7Ng22nIQH NIPnj3ZrYFpzzbJzVkU6GQ7fyZOKVtEjaLB8LMpYtAcIwlF2WBqaQLmPnq05+qorusABKM2bIibK dVQ1Qysc+pcPEzoJxHPjhirRhk4EOeBgZBNM1AUfNe7LwWvhAdxHAJ4J37ptPLpUROtZ1d3Xue3u h6pWtW3QmYSJKL9wgYg34pxwIcvykYjWO8vvmQz5d4xPfT5Wa5uA8jJcxSDAFBaTY7FPV3jXyXIT 0YRA8wwLdgjWD6EGjkwQj+A4L2FFITzftBpRx2CC+kigapX8xwby8DaBQG9HyBnBKNI6xK++asg8 W2F/tpAgkWLDTzpnMzpvzcXZIhQrIjZ2gPfq7UWf4ruI50hwCVedSnnsxMeKt8SbRTqYm+nNW6qZ 4tIyBjGQhqPfG/Slrzp2udNxZwUlL6d40Z/D6yl5Bi4lItU4vV851xGpTrbX+ohht1qLC8xKr7Nd epNLy9UL3tKQUviIdrjyl8ETjmaBS+mHN3qK+44jjLxcUBV9y5erd9WqK1q4NGvstmspfaE5VnKi JgJGTzjmD2arVsVq3FjWO+QZvBWD84JWTJo8RVRReOu2SYZMy+OLxeiU6acETZfmlYHw1uYp1cbz 1+Z0UgtVhkL5ZhRoMCVxbUe2xoRQ6gNfWjWPqGjWhEYn+pAEZgMbkKyaVrNTPfjGmPok8zZg+AJx 0rNJgFxjbxOjLQnJH9gclTXzJUGTmVKgNIu4Tk0sGuRnoQQ+znyA2dC4jKVFm/zAvG9baJJPtKE3 my0RknvswCSeAUdxhdWUixAEBUWDiIFXMXe6diIl8xGOzzg7ys2ZQx9kj4RaWGPSAGd48AtZ7SXg Crxg7oCeEZ+3GtafAACq/zOqGpDESdbC825/cclntVbmMffJ+vOFT88FzfLS6VIXButj3kDdFGTG N/m0zMdtz90kSSkbMFsjopkjzotlpe2oYmJdEA3FFNmIZuSeqXaQ6EtkuCbuoLReMoMitAuIBLJo mcj4BIFYJ8UuXn4xMQJCacHAKECuLgq1k/a6bkOCML3sF9DUE2lACMrsOym4WPCWSrhoWBhT4nlU kpKfqEgs0eugj0X8EC2wItNqzmTrEsdZnksyPz2gZ2oSqBfZJzE0JmzjBLAlF0YM+v4ddYju8tMt zjE5qwDVtf5dmW5mcFSZNrNAaVz+WPlBLpfPJmNuyk2qofkGFx7AvE0G5pKt+aLETEfiSGG5qgOt E6l3mtGJWV0eGX43CeOSPUdI30mORgiGDa2MUFgPVdQrNjx+FOSdbh3MrXPdJdGIaoABhW6QfU63 16gNGDh0yoyyZYIuU7VwMFlWBCPxNIY0ymZRQCn5o0X4i96dLy7SW2pmXhSSucxkMg0OH2H+yZ6W qVZRYGY6JwRjM3hVERboaxmJAv5Ul1IlVYWwfU6oVejo5kGCRD8YigkMYQ9D2xBCAnjBLN8KNP1X G/SaYyj1GiwhKomgsCKb2oUKVR0Z9PvB/Q294gxfrVraOn4eFSajsP4rxRNj+7T9oaZlQZXpejaX TWvMLIBtdCl5JdjR6trwCs4G327pGiB3e6nVIPSQfcZGrkQz+esxGA+Z0y+xR4ZizdY+FGLYIGLj OgEnvipkBQwZgHoO3K5g7dm2TLFcqDP+l7ZVz+pO+sSYv0TVeGGZ9JhJaKgvbuqlXiy0x0T5TCT5 v2Qvfpt7LPElDEZlfEMw20kMa+Sudc+vKPIVtvxUJyvQtg+hNkDbKyvmVKCSF1F2gSCnbgEzHMBz wBEacK6aSBuBA6/xKeRw9QDeIOjdiu15TZNFh6KFYTpoPNWSoiRJNKFJ/k2sA0x4q+6dFyYHf3q8 iS6NxDtqB/FSbhs29eUNUERdwOa/o4DYoRBBP04wY19U2rAddIrqCrJz3fZ5KnNqWIqZp3inZZlu BWqdxkIdJUTUpsrubzYmbSx4oKol+PWB06jN7FIXc2XlZgcd138JiQ86hHhkJ4USCHSOt1Nnzqh9 Hw85SNddhXlk885MLhujBvIvMPifNURTBW3kGQi87Dh9ctJUiRap+KZQARGj4rlVf+K1KE7wVGPq muV1h/EynJTG45ICkiaNFEP4yLVDYIs+he/KtpKOUiKizAnm0eTvOkasSOs4L3Fhzs+R8dLTO+SM gEFdN+9+EqMFrBY7Wl+pFL+FITRU7laFVTWtG0twhHb7sQakWuryiqUG/rfm5QI1XoVvlLmoGv4e +FA1lQefX71YCqtG2zJNI6rQWpm0PNeNJUrBVXAjuoWA1tp0WBEa/khE8WVYD9KtmLw1x+6aqlPD 3W7/eRj1WR00tEKvxkFgje3W9ux8zziwpKii6xGIDWUxtCdD9FB9RWPPuvcoiS3eRblj7vF8WkFo OVJHvrHFEx+jsBOe3+txiyTZEqLn/t49HcKqpbXIHyT2bAhPm2iZQOfK1Bb6PF+irlSVjWTpsiL2 53847ceto9YIPVnC0DU0boSpQvtpSfX+8/f+uCqDeIDY9fLn8nrx+3r9n/TEP+/86RHoJpjq0+// u7z+WR25OBVwtA+quaYulKb70uerMkuzfVdUM6qPi1ll03gHlDr6kYkq91WQeXfRjuVQ7aj1gLK3 //mW568eg9ZYZteoe7lcdZXb6Vt9QeGmjOml41d9KCFWki5kvv3hZS4wvP9vf3AGNAK5PWasb1z6 20PduZPilsQVsU17Y6QLl9wuH4uLnY74KpZ8LqI5ZTPoGveV2XK7sqzcl0vWiWCiKVDQWpa33V8D HywgEeUgxInSTA98kwey835LC7hkSUjluGC78jboMije/hg0mPepwp5zEpjSvAE3+OaX6CDtIKvp U721KIM8lb1CQpWK3Y7UTY1gqJmjQZdFNxjocY8M7B1eecE0UeMGU2CjyFytGzKGHqWFcCaM5aMG bWu9U2UyhtUSm6QRMAfy/rrSGdDs/3BZtFrkgEWm6K5umlSd9iQmpe4l0Dl3AF5aBVSxJSYCiBHV 9uOlZEFQhzEN4U4C4BXdYlQx3iiQC0yjXYgthzK8/6iSZYLojhXRi7PaDJ81IlrYGP3GbSN4DFGC RCfxdmNapwLLCn+mIoUjdlUdwPwRuicbZFiHIHChwPhUw5ULiH6sbrWxcOkobcoyTFYG79RQ6Ikg +msu5rykZVKlWUMjESPJrwkIwrIflzHLtJ/LxpgueFpPzlxfji/JLXsnVM1VWVkXabCuTKWATKNL XdJmsaNF6Y6G1sm0aZ6AyJKzBLpvXQjT+zyS0I1me+GEJ2LU22oFTN2kVV9G67vjCln6ID4spe48 5qQWhEyiXKMsA/p0yiF/S+WQjCNGNw8yAEXzNbNEZsmMMyFXLURzC5Jq0m1GtSmegnsXapaD+WOU OsYi0SXOUiZXO0LGeolC5DWJ4VZ7PuER+55VaIAmdOVU+AlukkY7Ic3Z0MgQ4CE71mem1zF969p8 pzdSHwPFpb2lTbYXuGOXJiqOSYZ1gym+2kSMz1PRyT99qkzHMBvb0HwfIhy+mAW4K88zEAVVJXPG 5X2ukEehlRNZlHZ4q27Gp0paDKrVeWXKGqk+lDItB3Rtc8zSqblPRQ1CIFhTl6Z0faAMecW2zjX/ Dib4Aifjl6ZJLrdOxC/TrPSNFzh18lk5Pg+RP2bGcgI01aXE2HX64fu5/eYC2O/hKpkmw+rpIsuF lr2nteDCqHMu9lj6WyK3PCpBZRCJpBpdTpbAjWWSTci0pWWa1wM9S0pdqLgrVmmVdZR4WiqblKmH yoJSn3kKfjJ+i1/0ogUPNLH/Y5AaqOp/XCiuE4tHmc+WByqtC2PoaiWpMFjAaNVVtDOIgbtXpY2C KNdtPj87zjqsiTC+GqZU0a3FEaG5OSMeSi0ptrBecOMZZp5I9o7dsgbmRdRREjtGIpw/YrkBKJF3 6NJ0LPaSTGlANj0CMNWiLUsgt2Son9rPv4RFvnCkSaC05qw3ayx2VwxpQENhFAGx1SP7jLsHLOTJ SbGchDWL6pdgqhp4MpfGGKt+BLjeW7z2Q6y+ELVFNOKtS68xkxtGRtF8fTjYWGFC9ZbMEWoRXitE 4pKzHWckenCNCouj3hmjVTODGnWZg6H1QfAakxm/rs8P6+Ddajq3H0euIxD8VCCYyvhdFDtWODWa Tok3NnL79Oe/VKnkYT7nJCNOL3RiTNjugizQhWf7JczOZdNnKb0zdGorQQ6uVQdNRpI7Dc8EvOUF aQb0u/+QHzZ1Kz3xluL5b6Rwcz6Cktc3Wx1yc0n3682WcgJib0mKB3ohOn0hyW123JhBJ7qKDFqe +/j6Du5yl46UYBxN0RG6vaIp2qqlYzbHDR8cibmikiuCpQI60omJfg0FTVpjXzih93Zl14e3FFgq NJ3zpwVI9HgOCVNJ0Xmwev5vRMAOsRvWGLTpPG2Kct7oblxSXxDP75Cg4QCH6okt/IVeaHI5WU+7 ACFTbLzCX5oLbhPl1/Uiv9EaGi+dyytaX8jKUlwGWNUxHji8FzQlQcIhdBGP/UgsBqpliaqsrI54 hGZkJEBm076IPGJpgDfZCEFC2tgtbh3ZR30LztlPSp+c46e1YA6SXTaH9qviRVmFAApG1fo3nopm BUmMcI0yZN0vpUk4RN3qGwjKCOMDSWFUbmsvdkLO4r2/wnmYmWclZZ0kRO3CH72gMSiAu6h0Jsyw mDmEd459JKemIoFeuvBfb3Ve+3SBnTRyFObE7CEL6Tzt61MbDbo1JCn0U75hH2APgCpxcrA1O+bP 3PuCqwBh+DtDRb6mTJWYs1V60CNzVRMG/UZnHf0If0V/aJScG6YXxLgoMx/pBcTq7KM8w3dPdzZ/ gjsp1XCNSd7ltILuBub15M82R79Ri5gHMNJyIbf4UxTHAiPj1kk2tBRdncWCCFuNjlTzP3ASuwXy EkJisVW4olheU97LujQhXTSjR7OZSfGOZzYg3qKCBfOddM/1Hey29iw4o3KN8x7cQjSkTNrpD7Kh gpX2rVtND2LTL7LiMfBho0nA0CWfWa+LLV82JizJJsqXMl7NWBbWsZsUyArNZ7s4clI3j8ix9U9S kn98TVD6KXNGD9FhXY46B3cVSpOAvCCqKAsCk2DZYGm7psSUqUDuLNzHhI1n/J1n7GPIeQ1iDsOa 5LqZQTIATHlZp8o1uWdV8YRmLI4NEhsKyXqOoMpPJvbxXHfdbac3opCtaUoJAJKg2jqCLfYVRzAe QJV76zwVJCJaKCwnkDpv/bREN5QuiE2YkTpqhIZWqRx331GmVhkNUzwOF4lpdmB4rEVpTzzKAQ0C 9XGfjZtuKDgEa/oALNlK/4aWiQ5rxD1DyOZLcdM1y7MnRwqxNowvYbaDx1drEVrIiwBui1iD6diP axEQa4mdfVWebcoT4MaESZUynY/yDhEjb4bVyWqBftagG8kS0NKVsywn31UFhJ64PICTw5SvUkWO LGeLRWolZIdxUjS8wEhGMVxq/pIK+mJ46i2VQIZ+pZFJFUFCsaGy+JTTv4BdWLfdAy7nZeGbxZrm hjlFNmOU30ssBTbfcX3b91oVVKgBL23FUSzqbhgjglNH5NUiU9rkQdvkMIUh2yXaxGZJL/sjeiMg NV/L+AnF8fLeg2JsljGTmMFATOpYoosvGW8m0QUlh+RTyqSdFNkPNmmnG7eIGFntR0vLKTJuS8fD ykIkbMkc5L15QvO3yEcIKblq7paVMKKBrxHnmBE8l5bE4jG70jfrLOnFZAO6gm0TS6Ikdh0sNcFJ FoWAEiwdFvV0kdT8upD7iWhs2BvnDTav0IjAV3wIf5jczWxBH7Sge+Ggp5eUmgSE4R7LTzmVPRqI bTKI7YUhlGAzP53PYTqB4QI8vVaKy+k6y61EMyaRhYQNeXIhSbdG0iQGwWuVEAwURKgmsJYtVfsh h9wElOVeLkVcxZwQxgJfdJaQgBmoZQiEmeOpdevhRXnZKEoEerUAX1oCHDxlGiAmYfNF/Ri1uSZL N1nsiz51SQ5CyUo+oBiNxQp0mJFCOZwqzNtqUWnIOQ9VrqKe7BDiqnLg4HXo2hpfd6AoOROLg8o4 lgZUscjYFLUH7W4/9sPaSXPhhigAsbGYFWRbAmgJGxXo2kICyq2uWdLSxq5sT/c6bLitQCG5B6q0 wjKQV4ZzI4/3iN57lbTWsDwvWn9Vt5sWV2lfdUmQ2q5rvKqXWZAl7hb4PNDXBZMBE6m2pKjolEp8 iE+eVh9UzHrO1Xi0hKcKb6Dxsf3qplCtPxqI6KqU46912tYP7QYxliU89uvF3PmvWm149Pb+pzJJ Nsgy6GvALo9t/3PAzLoy/yBiMz47ljmXfjI1l+iDUqV8iy1Bq50LjIvHhhKVP9iiQYEAI6nwNFzK 4rJP1sFgLKx4Zfva2eIFAHLu2uoMflT9LYaG75kr+AyxDaDU3YPrJZbuRy6/4uMwlyznJ81dg+3I kB8FGihrxg03VacBQmn5nAUFgo5hf6ceLde+fW+eYiytAGLR7mqPKHBhLXmjfN6qU2Y+MGlWhbrI DyeK4GUzLHkGnNe7yinj8M02ILSHCV2Ovb1+x12NA+FoyUpDpCJIKUp74JJVwZ286gykG06beNRP wOkUSlzskxV8b3uGFdfz2QjFA0jLrstLWBcdQ3XN9Zdg9Z9uIqb7liOjU1KykuqSpewL93G6zirT FhOLNrrn9Jj2sVwagEAXsalyrjblqHlsISZrJxuIwVeog2uo2Roea6sgI9lTg1xl+KWvjLygq/PI 1x+jz/B4dxYl8TV0cFCvUV7M4nCJ2JqYU4Wt1I5Ivhzkpc6SZBdUb3e2vIoi1iDc6SZQON2X3kZF AqId/G8iYEhjByZkwk+rJs98sxoExyH7R/RJw0CfUQglwQfIEtPmZca35p5+ZzmoqvietQebon6c kUxDQ9El+yJzMNDt7TO6fT/vJycqc2jWPTsd2UhCO/0sYrrG8DwqtxK8c7ZWk4vYeC+RMDI6k1ck 5KLBEWJoNooynuyxyimOKiFWci8KEGALrK1e8q/q7gbbXvEWTOhelzrIc5q0Zikqh9Ojg1QgU22B ldpJoHjYlBMhusqoWulOUyZldEzk6yibcWRoj5ssUl+Jl/nHBpkQYlbjMl0X0/NRB4MpL2zGeJQD ZwqRAnqLv20CR3MRZNooe9a3aAhvWngoZdJz8+vFtOJd5kekmSU7kdu5fNFLZKD0cGPOlnt4R8Qx m8SYdMORIuLrIWdHcgifNxEHIWsuBP+tirtNjxyyVbCMhIhJF9ilS+9xlXn0tuw0hZUa6R0+bJaj dx0KbQZ2gw799D3Tru9G4AROn1al9aPv7iLK/hKXXrCW0CD5sFkDPEi6llPVVdF2+JxBGqgMjU8Z MWbpPQiMo02JcgjGgA1GhiAL5KSe7CxhJBZjdstS0sAZLpCwoyZgHn+HSm7Y8xpyXVcypNaRad8X RUPJpGVs83m5GesY+eSyLBFBQkY5UsnV1J2sUoir+AuRshUUR3kaq1pYNMSy/XKaBbGLL7G6j5o0 ERDMSFCgafW1UV13/VuMq5oqXy7RlfkafZuE362yOkwyejYTKpNtlhIZiRUxReEI010kRY53AqmP KdkfBMdIbHYbkcYpiDkYy4C962YcabxrXQM66mfFDyZOLoZxiWvHrQ4bVKNS0mqsDmdj5uyivKbW NptyZgO6bMoUwVGik+Ceonl9x3IalN0zvIhs23zGw+SYgdudvl3HDZMbqMzApBxx2hfZdLFW+pp9 i36ijKm8UCK8shPQLaYwkWhvCKBkw4zXWIQkBJu5Owdi2E2pl8GQx5ukWNZcktX7tWekmJ2zpgOI +ZMGVa8ZXP4ofJTCBkV7CD+PzTa9stlstG1cXRCnDuqVKuLT+G1vPHu1ENV7tiu3S4yo9Zid0swS 7yoe1SoKRpWCdej7QevcsRY79YhpW0Hkse3AsAUjHO6GOEHK/bi1gcLtBGtxV9NFyzZVuBevuUAp qmaaPpHoEdrtTNO4bBYx7exwvt1biWtf9GJ4x2wdyRcd7b5g+zAScVhhzwoeuJ4dEUmor7YsVqaa tsTgS+yOZF8TkMNyLkw4a39I8qLmIT/i3n1RjtGR4t5HG83iXQ/uMG01yivqKywFlF0P0PyBGGmP tICXA1Li9MP2sZIOKqBFO3WSh2NwtS1zAkqWOW7Bv/EHg96JQtEVI8ZCLzLKZkmb/7lE7/gKDGsc 3kmhcq7Gra9wrVefGwjick8arzxSCTOPIRuDZCzo2l8yz67EDCY8ZMKJIbkVg6YF9Hi7XIhvMbKE 9wgddSVpMTcIMGO5rMzWsuCRwoIIrNt/GNdgt0ifHwV6hio9a84IOQWIDrrcRX33er6CWNp0AUaC 1rgokSrJxSbZjmS0BZ6hZ+v7vELVBvKQ1QKlwAOJzJhylVph1ZX935sOYoyADFOjZEi0JNugpiEn WdDe4HqX7ARH8EqfOjS7GY4qtsywcNiTItrCjeY5uJ4wUigumeuwrgjWWBHqtaDciEtuqLW/pGHo 8sAopJCDx4V3gh8g0a+u5OHde5uwaXV7KiICbbpJucmN+zgdxKS3pRbrJYNx5OzbZMCN000HWUVI Nm/xcXTmbBmhi9KX7liLDJPv+oCBuexR83Z19qywRmQe8zv9lF8JrIaQrXFBa0gm5jkJqoICJysU dIevN0whYtp34X0eVE/2mwEmxuZI/hFr+gjumiW1dyzq/DffLY73J075RmqbNwlD6G5WnSpSg3dx 57UbmTn+dsE5u+MhXP7SLtlcly14BG6eT91kGjzNBpzyw+ZZsqRLv+gsz9G24rD2yZ6PQz8t5nDJ Qr0C0lVdsN0rxjkOMHClxLDGumjCjr/6RBb8cb2Nmu5fjn/ObqMZOtP7JBZcCyIAGRb3PAcD9mwH IgKRI7n39vxNtdEJ+pBq3JQS5YZA7pSHPOqvDaIKC1Tj4mAZVToSCyjUQYps/19kW0Z05zTYnlKK ko7Gy+2HtD2Lwxe1ixFik2jw/vkEvPpuFgBC2lHsJYUyJbwrlWAuGxYcKFZvu3m8pc89t0C/opXT 5S7o148BaQSZvkTHkWK6DQaSQ1ZE8+AaE/XvJP+VjR+VBVhMDNTQO3XkfRkL/GBoHVc1zRulH6YV uQAjQ2aZ1ky/6+CAtvOPLKPpvw+Bm71kw0Yn+XK5UD0KPXNyyozm9a+fK0ho/pijhEYFZyTngDVB AFXtEu3mDxIeYCgbNXrE6w1ilPlLO1Nul2X4w1PpCL3Doo8rr0BjotE5BEYYxGOpQo+rSiOTAjID L7kSiHPab9LBGmcBPpK9YNYxV4qnSSIOoTcZVAHnvrSQSbfjvWIuQCvxhjzhHhAOidtYLFhQp21m OkCHT0GzJnopJ8v+px+q1LKfZgcVnmV1ZWX1qTty9DS88lcnUGGm02qBe/NLvctqN1U1l6iQ41Kc cizakWA3CWnqQ2My4oTiFHHgpIpNoSdFL9WsCt/wYkQplrPmC5Q1NTsi6yVOpLOViEK1ULXqEAcj s+LsJLBwmA8SXDImszGYJik+taOLtzC+pvwlniaMEc/+wIKQ5OryAKmXNkhkLZkT7vRp+uI8Kw3Q hNBgMJ5TaaAxRc9yYBH29MwssuY9vyh5TwXBUh8Gfdy4jDoTd9Hiadx2UrtuLuPyEkm4ZBAHPYpq pijxZsH+j1PhwEzcdytw9r4Drx1uOuBUQrwOQ0MCytACWxflhVmpKk0xYkdw7yw0iDWWlVtmluz5 AKWYnruxI7oNTLCRmLMsYuTi+Rk5NVcjnSBFB13FaOVrGC/JMbpunGp7BFtIHj415a0JChkRaaOU llRL2Pa8EpxwLL1l6yhIcuyqKZPsgsBrYD6I+wy1CmoX+ClJSiCGm2ZRKUXR8AjGiAWdVMSeoYee +xZvFHGsomKioKNMRiGO8PLf1ox8LhVJYfoMe850ZjXVSkYZSaeoV8EzSeu1242hibmbmW9yvHSm yZcuJIYo6XNl3WCCHwey/oSIIYBGZJ6UnNU9CbT6jYv8GFGszMzIl+JtitE0QyA0EcBzSpxhek7v tMkAyhocwyoDCJ+KXCIQCTueEXotl1CZ6LYbAYex9Cys2U95Oy6OxgekbErsqFRo89upP6TQwBy0 MQA5Arih9Ur4q3IUzZf2ZfQmDeUx+dDJ/bN2UV6Y7vaf/nlf/qLXUgC9FIv1DB6pSt+ilhjdg0Ez e9YprqXf1CkbQ8HyN+fHrIAV193Lw597jllMadNsDh3Nfconsm+e6y+ym2SVboQK5C6oNrkjF0zl bkkmbixSBC+Ry4PZFW+kZiRAbL6TB6V079HtVGf65rW3vtnQJca1WhdgVeZNUT2UOzcxmRptCOp8 +s3KSIUEXxuxTKCkzsPYO1UoxxEympcxPxLuwfTINOgsLXp0E7VOS1TKYda/4TK0zJJyjbKrBK9E RADA2lFn40WoQqjQz6YR7WDNEo7yF+LdD5I30WwsE5c3nCk4TRhBLkFwY12VEwWCuHauuZeUKTwJ RTWWqyyqK7FGVRXdNIoonVGZv9Wg8I9f9FcASs6rJ3C00Mx/9uEEFrWq0s65uBUvjp4cMN4bKJcs tunWxSN4GqiUWRitrQyqZT7RU6fG1rOxMS4GsT1ZNExwpB7kG2uBRiDfPjETXBekqQwEoEVVNwa0 xQBhIS4eqoqNKtHWIbgCLzWGCiZiIvjFb9ehBOC0IUkxCpigsKVYmyeqMlWH623qUIgMi0FZpesq qMWDBUR/KTI8L6YeiUGlAhLbS1plyBqlEwQRFOpviqWRVGLaZHZQ1gRW6zMPDbYJUdKifflYprch BOcRw5j1RrpFmDQCpZNT6mpcAzEE/1bh8dHQM4y+j1OwK+PDYdiZ5ggXXiz7zITXSzkMGvBAXacz xDZT1zi/6V80j0HdIoeNse8eWINiNBs+peUcyQBHaFtAbualisJ/d782CCny8hOBpumAj6Iku82P K/5YMY3UUJGsSBggJBSQwuwNTTVrkPBxl4utLsRidStqsKgVKG8CDfQk4GKuzpsnasXT4sz0J9do bpjIssMCATrV5HueUMa8+XU2pKx6ZFgtARxhmZCOel0YM2JbmVsA1ZN/stP1QCZR5bi6g8DdCgm7 co0wcZTYR7zAtHhdRua85zJBIVQ5x1OKdC7MyfLsBJ20NWM+RkffJK+vbNhPh3pdFXdl52y0K7+6 acYapUuLDCtJtLa3+IsqziW2Whv1RCuMNEp+zwprvNKrOQ5p25ZzKsjkYRtBuNWWOSIIY7baqtRb ZUQQdytuuw7wX8GkIdgJEy0kXWyNGRZUdenunts1sy3LKTW+8OA46hGvqt+VV7LP/pZuceXS6GYX bddOzj5iyPlSqRh1l1FcAAJkYLtZQOtu4KI0IwbaBuHK+LqUifAgl9sDAzVaNhWas8bcej7LMBh2 tksqOiyHa+kTX4Q07ZhLZG/mT842bWdfRac8jXvVap0kCrNj8YvgghXi7hQbwb6OQZVp3aqpmQrR Fm+qGwsDDcF2Cj98iiEYQJAWgLJphsdfWRfjr6wpLpdS/n1/PDykkEOUvoTMu4IpZ0GCIxpNq/WB Kr06blpd6M8THd8EOdsv1xIxC/dhXXTlSmvT+aoATR8F8M6VJkkOVAESQdPkahFVfw3c3oNid/R2 Q6EfJ2CIW/BsTgARGvdQPU80ddPf7fbWsz0BCJrcT1SxWv0A/bru9uF8SrWjuoTn81dFUY4o8pOF UyoVcGhPzqsTNAOKuFP9kOgQbcG2g902GG5Tt7q3jzrwKPTcNl5iqqfG9TzVihzuOKySHKZVm8Lr 3eM175IOc9uo8euewR78iST1j1VO6moK6qmelie0qQCi1l0aShphBEm5LZFaOonT4r67BbHel2i7 pmY+wHD8nKn07v5GZGpce+Qrw/otzQh1dFKJOU4bS02eoHp4qa94Qy0pqd5neVW8fUSMjhThQ7Lw mmaJoRwrY2isI13yWNahh2NbcuPcABghsrlDoqwCZPSeGOJsy4Mmd+xEP8vcIiqT073vO1sK5hJR O9E5dfvrialuR8UyiXdVQYpG1QXpM6vwCMfKO4jJU5gtu0JkqizqFsDcW1r+xIO1Z0WlW7pBupya 7qqvYLH8E4tZYzbDCkIGJYsyOn6K6vZ+Qu7S7CyqjGLk5/x5i3/mEY4xvkIqvnKVSQ7xsCwY4Szp q/S73NsBldKyAlfyYlcU75wsV2TtKnY4kc+jwLimA7AJcV93zy1pBuK8a1JIjOAnX9vTBsIHp4Wq ygkVW2I8vRhL744CDcBNZPWIatvLoQ/6gbBe3JZbcFFcdd16I0kHaBGDTMz8AqtEBz+920SGziac qMv2RzEREj+GmG+9aW2IKgG9yXKwB78My/4hI3osPtGaLTTeI71hqpMjjnR4Qg/8pDqFRKpwF4AB awtCs3zNqYm7NG4Tl3Jd8sjTmdma5gtQJNmxL7TypvIkl2C01pmZXsSQLtRd62PqoG2RgsPsjsC1 P9aXJoipAjAOY6IMOQMG+40QWOqaL5gysAxhQYTNbGYDaEakNtmJTDXSZGL01w4HHEoRIH36w91M SJggOheiXBtGGHIwCAmSVw+A5fjNIRYYPPJ0GnQQd90MjkjiMpep5rtZnnEryc4aWwrTfRatbgDX vCECqtFvzYzW4g6KyMcg5TE5Uus3Th2/TKfZaDNusRYj+bEfvOpNo0wBLCHDwP55RjEdkFsXbpkg DOv+b3DQU5tvHz99l31JMflmZ3smcDaJwS7xJgmLFOKgMPHY85zZJu3vodNK5ixDf0ZCEN3WDS3r vFXPrK5OgIBB0n7T6mSr4wmQbLrlXFmb11Bi93CjmovRwTpkU0wLuDFBUcs9604YzXigM90IL0Q9 q8FJx4eSDMcSKrEwBH8NmmabKZaf4DFXp1IJj6mWGMPOE1bdJn+I4QCjytQLty7Xj//k6EI6Lewi mXAErFxwzpKlYH7LvqmAwHRcPERBUa8jLDh9UcdzYjNEoD2cTok9YjU9EgvJZ9UZmE6M5r0+prcB kYMMyWfYyhC4FVOxe5EfAgr+FzrNZ0t9BhU67JSWJBAX1DQrJSv9Q5kedJA8+CrVoVO0JEPmolf3 9VMQ57KKgUZ37hf7SC1fCiJdtIkMYw/UhQyMEBc795vNZfzz6wLH6tLRzvQriURWuSJtVUSPNjHt RAc0Q68mPMFUcWaFhcJTSNEGPB4B1FxAJfvH/UtvcYq0QoQLeYVDtt7UqDmOnmq0yQBAFbZ0ArpZ S1c3ca/otPllw+NA75Y+ZacS0nkunkr1ZeJeQyR9QyocwegmFhRVnCSXcssmgEnDVDGVeZHzoYNT BCVltvSFfXLJ3jTi3zYAGNdx6lCGw2XmgYf70mbBa/v6srHmSWRZAt8IWV0qyfyjoS5m0y0DEb9Y QrS0r0OeBDzCOgcoJFJc7VJ9Zu0Os5biYgnSWrrOp+Aju3AJ17UxGK4yHx2iean+RluADjmB+IE8 PO7XEVcY4HWup7KSdRm/AcmkEUyp9sYlxCsKmyIiT8hwWoMIQAulNQ1hKk0VpSB0VRAYSxSbS6fo uiFCyoPm1F74I7Tmf73Xs8Umskkiza+YkPvN+E0uR3uCABVX2uKJE3aSd9SkMkaQ1KW81EAJzWcB AWGOERRIT7kMhgpkgKafNIMsTU3O8PIme6/g03ciINy869rkOrNkWHhMg+lb9zhFWFPYKt5KDd0L Ye5qIM9E9KkJLJPezLlZeY9Ry4hXcanoErP40kuzXf33DIzfea0CEQvXtMHJ03sdyHycUIB2vPkp MBxUlSGjOhAq808vJb1ER5WCR0AkXgSAYETeuvBxwDAEZonkD0ZZrfARgrhMBstK8etpKeJCdsNm 1An0qwdttjWHxjKFIoW3zSe2DabmQWz73cN9v80UPMxcLEKCEZCUOgocnovODk1kbBtvAww9KaGD 4AVcxHtCSl8ecdDbc8qpMhoc0M1C9terg6QfBK2umznHnOCCs6iLTSOXGLiseSq851DekIsWMklN 802Tvp6qogsXoFs32MAFhS0xC/omh327PXbaSwCx8ab/QqQhXPD2/Uyq0UV+fLf5eMLptW/NNkK1 pS7JnWPYZiB0QELHysq0IRGX4BTBia9Fh7GTwqcKjXTbHA0vBcCAgFRNP8WZqgsuJBnhjQKNNPls bog4bcvTefAMASmzfICXsNDd6D3wJytrICbnMh85L2atgBi2KUAsZYgdp2x+DQiBbRkUI2FQlc4y Ch5eTuDngIkBbr5pi27qB0prDbc5Nb/rQuZE+nBbmOtzuJIn5awt/ObMHUJb85jAirNyLZTUhsOZ H4WohRUXqGmqqHB+N1A4AAEgUg0hik6Uv/h0XzDULQUwrFWnJgIqS7qvknMWXl3Hg9026LO99D2C yQ1BAKCLsA8GKqTw9GJD27q8GIGObAAIABHMyfXuuhiqeGSPgLqVqt8KRXCpq86uSNEWKgBBfeIK x+JnXfvYfWJVikgetywCbndHRKDRtK3aTXnaMoKMoLWSrnRQIO5WnvoK5zh0xBkkUJyoq045m/w7 Ckq5hDc0tBBUvV047h6pulDANJLKWAyjrbJSldISjAxjNeiQEsQaIkvswmRFaTiiLNcJ9A6WqCuL quNhn1ngTHuek4Nka1iLFQKB8j0LItLML3BLDdRb3ssLN553ybPFX9+34EP+a0hRRItsLFhtoAhB AGtn5/g0skBBCCW5mKBxNPLrvIow82fTYVKRSfBE1qbP8iJe7Ej2LPsT9fPqwNBfYMZogUJCd0lg Kz8MuQKNfMEH74eeUC9l8QXpOecNo5KO9wU4PZSt+LPvQyFZjmYIiLV4DwVcAi5cWtD0TzfEUMpc Dyh3uUR3WNYiRKiy+QUNBaim+SX8LmhK3aQpcCYRlyhK89YsJDucjMofQjUejO+EiXULnLFbGd+b MK/sCN6U7fiom4Q5qOjJ83QXotNKKqwiFFNUQbXzbiKfh8pnfG5h5SSN7Y/imkECK5YSnHS4FS6a FEzfWjdBb87uh1IzDpcfa8q1JJyZU2YxPbWi1N0rsh2+74yx5qForpif8eiGwwrhTKN+M3gG5mEX jDzuIAkBlFdBAKdCzq3XI6z0ohUEZGRwTFGnYY4+vS0xyWirwgdG3pJemy5GBWZbps9GHWj01qJk Z3YHtZaTxJz1wwhK7fYbzcRgclEtSONlTSYAgT16ynZK7FNjwKXz9U2kvSGblK4X6Uzg4BgWnEIK P61c4C0zxRQLNBiilJ1laCSQiWeDvLEFR9RRc+eNCO7a7jgEEQdhcp4HJfEdpBkyrPMp22iawr3m OHpKs53CNFESdebO87qcaCHgQKkCF7HWp63I6Rkfy8lmS807iDGciTCOHMYjimWiNpPWP+uXB1a0 zwImD9V/TMVJLEQ8CUdryNr4kUQsvSGC6eAGs7GLc6S21z05c7fAmtcHnF1etEwCBDRohnXiFtrY iW3qjaKFXewIZarsJztj5pSC+IIC3YL84Drf4CYW7yJMt5VMGapLSKxJfWxSpiPJs829mUaUsA8m IBuZ3fuUdfTfUdouvVwyAGPL3HL/npMP2YhA8QfBDCqs2GzIKE2fk46kK2WoAiVSy4kgIllVxC2T ER2AYwhuGaJG2ba4RmB6pFPo5aC8sAksA8rlnSgN25T2xXUhR9LgCykdwVUDddQOOL7frhpyJ1hL WlitSOiA5tjQkqAAox7KZ1IKXqQBszqbfzgGL00Lfqj42lZJvaX+SIWcxKJrHXbfNycVCA3PssFm 2kFhiy+YCzRKYl3Z7Npwq84F0YQsjDTvTuRY8KGvb5N0UXiVrQJjS5xYQHmVazlhRAgM9GIBoXzJ 56rvslwKlBrK8DClMgJgUFT+VhbXNnqH2WSqwAOzCkxabiDeDvpIKQIP+kmlQWvYnnZFIUwIG3FX skyihfXMiTd1CZB0HTbw2LVNirs8H5khBCh9xApzoKmU41GN4MGMeNEmS9CWxaBe9BACqwn0zUoU v5yok2VoYmh0lqupyrgvmMs2ySJ/asvot0TmA1/pRnvG0X4gNLdeSFotDvZ8I7o2prPqzxlOtfRg ftZV/tNJdjuM8TcMIWs/HKp9WYubMU8pmeuJ77HSg95c3CkTVULNupmqzroMJhB4/TPaFbZcgzbv J0LHxRSqQHzPtiqxdDKExh0iNM4iskzBq5CFWaySLfK0kdE1YOGkzzJWXcn0eHU91I8eCxCDGH2m 0KYRBIfAYjqFMcWAkDeSed3aJkcLTKYG7Q9oyCDXAnE5ZY9ElRVfLZ8SkVMNbotGfVq23vcgOXBr 7k24iQV0rNqgqUSlDflocCrkceMpJF90QA+/S87ZUol+1ptR92eC9VpSxLAQFBrL08Mc5txVxlp0 ofFgMysyMgQmFlwv+moHYE03RAFJbOvRrus+qT1cMQuqExFcJ5ZuKwtkYPzdVZhqe14m7kYqoUJ3 SG0LX+UXH2KCXhJ9LoSAnM0J3iOUcAzxJf2Gitw4Xkk8gbQzc1AcCvqfGSQ/7+EGncRE6FGBBY05 lNhS2XTFiSSQR7B2h0fA7NDQX1eDFhfpN4kVv1wuLWckmf2/caVyGhVA8vUeecpimlPHJl28yqaz flz1AiF89DO8XdIoCdaxNNTct846aBnUOpS5Cd/HRkWLTFs2e3dHj4tRC5DDur4bznsM7rmtPf60 YgJhQMPch7iUCJ3XR9/ihSgCqNBRr1VcDNy8FaqBUn9joVKD8yXJdY4SU2QU6NM1PoJPPWjZKAEs WszzweNuWqFSUq8DMwJd1YwlxffiVzLIXOsQp85hnJSbYjhxADzDDu3jEA6A/UNTU1A7+VWeSbVI 4E2JvFfUNkM38sJQGIuxt9aIFWmRAdqfEazPUDf0bkCDb3ZAAuj/9P3phRiXcnmdJTaqceHEfhSH yu4cmeGlkUoU+tK8OUexwaUjCLnso3kVdgfsusJdOKmQdOIaCiqzJLcgNDfrDqxISH0K93pYgWwy 1O6kuFFID6lANsRYdFEM200rcRandUfyIrp144DGaIkBQ+jhGg0aPdnxfGsTIrzhohvkOaOZHf/I +DULT+qhzoX4Zoh8zFa2blXXe530xHhSQzwC+o8t5zRwj1gEo63G2x6Vg/MQVwFAZ2JBN8zGpQjf 8jfHjgiSIgpMGT56xaYifpdUlWWa+q9W2cRQgaa8aJKttZkzgeO6ehf/UpiCGvIEjtLbzJTUqYGb bBGEAwlAj60gjELNcd49kgLQuRuiraRSKVxXi56dy6gjtd4nDQqVLzZC5Y4C0czCu+ZxxALYveC2 UwgoO4h9CipXNAJwrWybQI74yJfUJPlgUahPAA5kOoBKBi5uFhwYubBIlzP1QkBOXTZDFIRDI/mg 4ZHBIAsy2KdkFze7yZnt4SEgGbtRsM96Mlf3hZZLaCuMxYWTPjHIyGpbYRt7ihKTROUhQhD/XIVO f9ueXQairYygSvx2vVbiKl5KpEWddjgG764xVQDg7Rk0mc2CXOOkUePRj1oWEbByfJh0tGY08Ro6 U+uj2IN/+vV2KhJRzP4M0WZFg4jX9SukN2S2nWR0SMtFJr2jP4EUeWhDIhai+Nh3gxY0miwHann9 xN1A8kbogEZS1QMrUsvaH1ibEiuC1g+Y1TcXiK2kil4E05St547MDbMg4+TI8dhwtd4cJ/BHEjgC SLv/1FuwhpSCTBTBHuOvRJlPw08IKcsNTGFXzg9LEaaSDcqLPNxZcRdlbuBueahQJnMVl/gLh9Kz RWFUt0sU2Q9Pq8iXjVRZuGgUtKLSUIUc1JCbA2SCvz6yL2ytkYVR+CcqEZ1jhZ55uqFFhMrWEK/D 8S3VB0yeuyJ0EpmZBXJOdGsDkHfIr0nLe3SEJTwKKi2hpQx2WpZa+IYztnY3VsUiywCRWCMBApWD 7ryqbNxJtDQhIjlztKyy9q0FOLFpXMsZUItNMBTIs33aiVI7Uh+sgVDcpUUjWbhJ6SgmELot6fVT MkCesMKZTJOpGaa+fdKqxf4o2s3XS844O0jLVtlsz1BVLl0GzvtKyboThMyrscS4HsucSvV5UNha cl6GM08o2QnQyk415n/ZeH/5S7ApN4Yk0KDukeIRSfJGjQFV7lwiJ8ls1iuNdApJS+iqAQR/TSTh YOlngIdePrcZZB6JxPmhNuY5dRteCveoRb1RLDfZ1UlcfNQej+azIWKstRrlTxOOZm2KCwyg/deh Vfk8ximUP2b9hIB+4kVxYYUDLtHNtaM/GNBUjc5d6YxBsA5b9NhjduBAatANRsMuZQcLYS7p9viI rn+zg8DCyDj2BB0cI1gfPWOGTkMxRGb/NlZxjISargkzW/V5NOc/5325TTPZ8mYUYp0FsrtqCdTT m16JoY3lHUx/mZ2rjCBYiA76Z/wJjr9EibzIdKS5Z2LgWN46S0LsQUxe5PNm0aQGMvwshr9Q2fCM kYSJ4n2xgfMZj8nP3CVdsMwV2TBrBEotaTfDN76GoKvigMQs24Y9eTKV8FBIwc/ks3BKBuhbuGNa hsjRcigOpiUe6//jWYIAY9sAKdJRbkNk84FdgyMkZ830zvfJgGT+WzEZJfoN5XwTQp2XlDoYuNA1 mnHXETtWmrY3JfCxyjfPVTpoaxCW+2jjRMt/Zf510qJn2weQmoNTgUZAks5aoGOwEl0ZsrPylpRV a/a5yra+2m0SoDno/DAzwsvVSSKTjoatLMoYw1/EesEx2JisypdsmMRXXVVQQFkGQ+wpjkFbfdMf WSZDKmifTfSxz3xkxtPmQiuRSDEAyTvunU+pAQiWHKQNPZP9uPY0ge4YMllgUiXh5CT6iBr0ZjD2 Jv8k0cQbGDG5eGBxmGKwCQ0ZdNGsmVySQB+dzuR2nrBLL1GThGc/ThBzmaK+ZCuxiGYbaJndkbPG pOG4PpPn1hQybNdlzL+iaxdSwR65qb/vD/FMBgbVtNABZ9qTU5+mOSKYi03gUgNnYMHZkw5Y0dox rdkVLrVraqOvGuBNxSDBNR2gWpaRcmfh9Zr2SdVQpMz9mESmrWeHE2aXcCUkUR9rCi8SUCZXxoiq AixtCEwJo+uprGa5aRptg27VlezZU5HyH40/XmURgUR4ULArnUYBPULM/D47DhiKmwtoC6mDTR6v Q836pFVpD5A8WOcAKC7EDCV0lbUDwZC4jmrWwR6wnzC2bZ6VBOShZiZTJmwPVqEw+z5XAmfXiSY2 7bRI7ZKuMlxW4c0gumyvyCZuBeELgEiRNlaPYNb6IDihq1pHFScCyN79VHwKzXtM2ddLOzX0y1CJ pRkygyxvMVEtd6e2NtMiksZDfmpPugZLHSmd4MQ1LJdiWTM8mg6Hm4ol6sTob9/vbChE961yomRa MDx9IatdGgJ1T07WxhH7qNEUmPtfKJZ8W2iumUhFOIYtvSF3D8JxJCnIeLVEr2uc6kAF61asRGrH sgVBTKMslDD9WVTCBnBfAc1QkyDtllQ3mzHfkTk0HSCtYnZZRPP6kcH1kCy8Uyin1rtX1xhF61Cj +ENypqdGiTamHYixotoElRroOIBKWIHvopUMMGSV9ozOfGLTYf6DSY6vH5fnmAzaxZWqmRy6aZNH 6BlhBDFfS9EZlJaWseTXpZTF6Fb6Vsy0cIDGGEvJaTld8iwW+J3A6ZF1cVjH+WiCgDQAofauFM5i YibHdhzkB2UVmVPxF7UQrJw7J6VAM6AulKbxc8NJSbQhXzQgvqpOOpiq65ZciTfIr3jXQk1mkKXl f1GkhqlRz56mFQbPdszb1AC1aAGjBEK6596Rlqt6ip1fN5tQjYy03M+zlfQnf+tWrLytCmIu3uxs iEYhCY08de2gDCflkqbTOUVrTLUg6SMMlGtgSMeyVi65byTBHcICD4bnOdWHSvkhxru5PqNVvjUV bcabVP7VOl3CZVxH+PVY2hp9VNF8kalzFwQkMewwBjyb4CKinPZshSptvTIbJqEYT0a794ZTY6sb cRwyhHHcJjSJNEeYHcm3dWv/dkJXaqa5vL3b+nCOUWXY3YPTJNWJXiKEfMlaI0LDZRlyHxMmWhzp uK68Z2XKuwTZlxxFCXp6LCrOgjJzk/guRe9/V+ohGtI0wqpGMLy0tJ7jaba9DJnZW85pBmRELCBx dxP1BdYVAnpcs2PqGLNJ3SYrD6slyICqi5qn1+cod9QF2UC4i0D5PwZRw4rYXc1E9i5DMDbU4jXP cqMfzoiQigmkGl6ltlyMwQR3hhUJsq9Wt9gJqOi/OVGkNAFhJ8W+WOwZwhlBE4MXs1NkcCsn+Cdd oqHF8Us1Cd6Kw6SfulOUC1EewdpoQR0+JFT/9d1rvjCFpiuUHcOvsMDQcFruy6/rIQGlX47mmZbF 8eYMns3S7oVyqJJPm3XFbkHTRjIslCeHfbAQGT4AEpmEt80+Yjw4BSFR0XyebOCJzDbhtb/Xo5VL lhCbrHBPSlYrXWouSTK6MFHMQuzdmBKHRz73IB1kIXhLA8GyTpAAParby0iySukVRoyryyBP41lX 6naolmqSQBvMWnANksQ/Fa0ckgZFEoxshkLWBIhAghFvmdwWAU3SKvBovxSFTSVOjQmfEFgC/fUK /2VGCwnpniT6ryW8DZASFJmKULjNqCRXtWnar3KPnnIwx8N5QwhQX27KttHbpdqTFX2V66UvLcuB 5UuN8HGvwhnwFow0Kt02eFcRvtzM9JaMjITW+NnNmIasJbUXZekoLU0a6c+HTnfVApwrM3KXB/Z5 xAouGqn6lEB3qsAiP895JH7FKdSJV96YtNKCIFdwE5YK4uket7RpHLQlNQXbh2EZUHvCcVqq6p+A hcukrPclM10RxSwiwySBcgUjRR5IkSksuBIdKghxw+aeOifiEvIMiz+OH+2K45qapiHER+dLmKve sBPNMZge7gWO1hGmiuyQIWqVmkxBX0150k6x2Ow1P0odPuAEy9XPTTEVJbhbw+qG+bVlc8qN3emu KTGSdMAUkoLp0HQoMWzmQMrsksSildDpJtE6ls3NKQxJAWyLp6fTfDZ1TCe0BjpuijCbB3CPtEb4 oMzlqz/QGLcCZQGCy51mBsFmzlapuQ0OHQGApYETaXdcp9VLrZzmuRRe9Yh2ciESeHULibNl4Cyh 1APtjiRNYm8UgxCAa4nvzZ0OpjjIHzxhMPvpFIEjpT4dckkGUP6ShYbAbAdVic5LllUtt6zBnQUQ QUbXEmRugvUNy37JRGTBt7qXK2O70Ni3h+BMgSbEWMxvw6R5sSQFjOu44mAUTIRQks1mHrHn/V/x zl9CtBfaMiIydRhuORJAJf0TrIWZhNPqgYGiWZdk5KX5FHwzVkXzGmwfWmJAWP2hJPnpfH7N9bRj I4Fe8iC8eA3cMi6wsVCURzWxAFD0EFzWi1RZUUseq5PueHJprDAkJ7w3W5Ys4Y8EGxQYTI60GGYa hl11PDBJlhj0ymejhvWh0+OdvYn6CghFEQjhGgF7yq2fxsBIoLnJKZkz2ZmzZDMBi6BUzaLwRL9w mf1IZJgYAhgzZem5NHc+YuhQKNYy/ezCS1S5NocFUM0EyShoa7tpJshzDWG3811sd3neySBNoRGW MFUIIPxKB7670ig5IgfXGzyxp7mthvRY1k7cKDMC621SrXu1loBxS6t8cwXtBOigIpEiDVQ0N8HP oraiAKFVOnBcHFI4qFJ9u7UlfZ34isxqO5Xf0VOlCAqZ8rspGHDZyw2e1DS2hzwsVaZQzMH+s/03 anxqF+pU+v7rJix0RyEylA0CSZy2UccJkoaNq3RlYzyWcWX/YVqhpHIOTTGpoK32mVizP2ziaC0n 9oEhGQsojFiG55FrWQw/o3ISz1SFvyKd60hQE5JwXL8MqHqQ92y55Sodw8BgNGoRw4+aMVGXJpsO sDA2zRGKYbqGRS4mWC4BsFCZ+mcZ2HaZFzSXsRnAubxMaGMMOpXnB1icV7s2GXY3GTuMeHwXPBAn TIQ7rC5xy3Hdt7h0lrNM8s0ts11Sw1fzCMjoLaHxYTGme10kM/kzlvgsG3YyvNBOBmNM6Z80+jdP gHiyoJMFGJBShi/bSYZS3UdPVfVcKahk9yVwxRAISkp6WLP8eHHAxiECyrUhHoa1otPwcIix+sHm gLKzJh/WOtuqVwYO8Eh2A0e8Kw3ojR0v64q0zL5iNicjlqwJc01CbNFuVkjmBfVVyDXpetcygayG aCMoUAJXPfE3gMosykIwCND2XStUSOIGCmTorsm4IFuxlREk/jTuBayFJ2JMWk+hSGNs2YiBdEni /nur87SXofu/4gkhcn98MrT29RoxvB2d5AvQWCm/yKi5kLPdNBzBBq1cyFLy/ewcIQEOy+GG9QJM Qghil0fqpFG7n10S0uHyGQCbmdcFxIlNDwcg5Ey9NMl9LkwOHoCIkhYrjUDl9MXtCV8CChW9aa+1 Wnd4RWbqEoAw4kFEezC20oVeGX4JPYB44qoiNGRAaFgBD/r1sAIrc27GfxoYSARxAyhf8stbfFPw 59dPCKadNqBGE4i6h54FmFh1pFkMspdMI2c7QwKlbmsFgNYEHxgS9vYVw0HpPCvYNAo9f348ASf5 ZgCtcPraY327VzSEKVJU6mcxQV8loEAMwEVQ2TucBKp3DylgO1WJC1CTCPnoiFOXjgXYtAmWMYpf u3ceFXmzsaQRSip6A2dXa1DAGbqHEjPO7hx3nEJ1iYbplC1lCVokEB2xXsJvvsAyylCTcXE1v2FC BQmXR2AN1jOm2BC1hl0tieowc1Bei7ZvKObC3IRfCgKd1oa9h1TWK0u8uoGRHk4BzROcim0IjaxW E4r1rCoDtoBSB63XsERGjtTQ15jGSpXMjEaC71xTv/NZtCMgF0G3WJ8nYa1LjZSvgkSfQCGZ/P8v EcNL3VBcY9QiJRKlPB/YEkKvCrGmNMA28OebaMzLWvriLEuJSKNljjZoUXZG3Yo20EAn/TrpGkLP URNks+MoNCrHIYpoaKMUOkOheOy36hyN9It0ikGh942qTW4DgRZF9Zxvinqh3tEqor7vngfb46n9 1CVlsqJmeVgYO23t6HgKWARPKEGEC97fHjrDaLG1nQC1FEHb6oyYYC5fbn4YThIj8RTFCiuF3YXo 1gVzAucSUboL4QxYomjYgDmbcG1DC2RN8B1MaMqAQTcNDEUD0oTvSDbaVAJ+yuKYYXlhaFsn+9F5 GUUwzCjJSRsG1twgtxZTos2VvzFS+Na7rntgjlHlF62MI6DH7zRbzLZBvUEKa/rvSx6YkLYxVtpb ppyphPpFrT5a3i2cNNNVUagi57PRpqqs+reMkBwSP1I5SFx3OYq7WTtEVUfL5knDpbgxmAaVdIir ojv+8Sf4bMpQwUirRi4umsSopHGtpOMMdkivtXj1SP+l8OgzlUNGVbNizqIrgce22lTVwsTubNXL ZCOOTzIXmX90VB9DQBWb5h7MJH35lb+rLsZPKQTtGYsYDKHwqJkBt8bdKBFQxsKIaLfEuFmaH7XP OAq4/LAkoiu4Iymyc7ZAL01FPTJy18Q2ZWhMxw2rYpOSVP9Qe5LQVMgPQ10WSwHF3VuJPZnXX1vH 6cZBfso6sIK7xGQMbGmZMYEgpu+9nWA4F1noHNN5Lo112wIzc1h8UZbxHJg69VGHKyYYndydCrod XkjKZA2fG8d4GzDsQsuuE1JuqPCSVPlMRt4ZoR/CEIvXlOgEhYTK2U0yWoaT1uKbDUEpmzYPcMKo KM8McYHTCM/2ZjKpP6ekJ1bUbmYclAjlBxWsoyEy5lQ8ipo4gkuyH1seZH7t96hEbW7rcMPxEXSi qypvC0llSoifnyW2HDPr0wRKtKmgDskZEVlaGjc3j+QoD8kymJCTGcyw8OWn+pScyeKgEaned+S0 B4eFx5GkMnvW0VYsGFht8km+zIedYeGoJknOcTwt+qqQS0gltCz7CKpyLi4U5A08YAkusLzk2Sit ilQAOQIdoLXeEQi3ZkksOMlNDZ13101U9jjWJrHGTfKjwmPFuJ1nc629feZFY0fK/PPZ9GFLW14+ 92Y+LkTf1gsyQ9Jrr9G+ySw5D2bIiz7I1BLBFW199S3XcbFjFL/yaBDr6+dy3mCJRxiuXT31gQmq Y6rCYVqjF8LtuWfmaMTC6VMFRQA0es+pDaeZXjIxnWqMIv+8aY5fqLE7vXBjbWKFixnC8IdIWFHm n16ufKF5QZ3oGSI0f+oLjzKQ2LMCtRiH5ooZ0ClsCoUabvPIbiXTwxCkIk/7dgbnuEXqIgETSD/q nDWzI7HxsMCGUSKkZQnOYSpm8Flw6UC/BiSb7Dth7w3iyVU/yc1ZhSPtUBJbscuXq7kP+lOvJ3/m FEbUZlbKb+GD4AsyvNG1P9LjIVtpmoOlo2VkFSdAikuSi6FMV2VBEgkeJ4GWRXZvYMv/rqc7aSAC SJq6ySk6cNY+2Iq9OQjXs+GpaVoZVPUxEOQEyrEJMRwRNUQ9hqezkhmXlUg3gWlat1yOWJcQpQP5 p3FpKk6DGApiABiXN6WszDuJhreU7ALTecfltH2jF1+OfdxRTLmY9LhxMhb9RUYwW15YTlUy6BBM k3YVBCRASQCRpWUyOkKSGqO5HuX0Dj+D5p4eUIHXBmyfBI+EIAmTbJOhp++U3DaHkgnaAuSTXLc8 3zPQtP+2rX0Zu5SvkYVC6jE0R0pCDsY76hJvpGRpGXJfjVfw8YQTarJxskkkDRcpvLpSDm6rTthY WpFAyu9Yh8wy8/DFdllLmWZP9/KkGFiCT43xIVKUeH88fLNeB5pvIhJoocHsEmOoQYMTxaYe9lOc Ecd6PpwzlKc3tFbmZlF5B/kUJ7kKxspIqZVHKN6WO+itFDlbic/fYOFqo+qu6IFiPcya0lMYyoQa mCElefStfWIhpiKqS7ukCycyHyoylIVhqi/BqQ0ts/5K0plx2kyw6Hes5D4n8k1hlfdiDcuj0vwX K02rRUMFtIRC4KJpFU7cBAm5a/M+uboSU3G+3IBG6wpptBcrXnDG7YaVOKr2oMNp3XCUmtAQo8sl TIqW/NhCWiJi3P6HJ1gjK1sKWVQ3ZOjBJMAosn1PBfz4b7VHhUCzUSVARUAW3llo4HsRzdJDChPS aou3r58ebeTJGKx1U/afr9t/X/eHnXf378f9/rx//3cnGCVHs3Zvvn/uVQ3r2UfeYSRPKVxx8fb1 NB1Gkx4bSDNbiHMTjsKQn8/vH6PqCB3WAjr17VpG9lDS/H7819T79v38vj01RmY9oAzhN48ZbDbZ ISfwraVrVBg4oRE8KTHncBTPPnqmFPoeWH18ekre0xOxGvb2RIECBqHdHlhECNZ4qOMuxEs9q5R+ 3J+4TDj351hAoZZPnOARF5VhdbKvbLh7yhMhETryggFm6RlcEcj2Ph7POnQqSURcIoI8TCRZYuE5 fSGDWNHUhi38GD2Aag6ddtAZDQg1YdZTFs0b+TifdRwpLiE96kYPQmOGffSjl+ogFH3j+D0LJRCb C3AQ6qyJ+WJPFStWrNTCltxm0kgrjLR7HG2Vw41tEyOlwEuQc7cor1Na7ox+NNMdeG72rAdmxq71 zfs0zYs4bHIINAw4OAHm8FOVuDacOrBNSrKUJr/ac+ecmqNwrda+8+I+uAJUVODhafC2SEsL1Vd5 qYBVR9ILWO3C9t0tp2m1veSQc4plaDadR1AZVuLies0d5DzQK2d1lQkAl1xK4yop7kmJRMNSzQIj vJPs4bGnGPHZqqMxHegXGgKlVeq+JS+ejxGLgbtzaMx4hgOKIgZA7xgDQWTTAwBNgQguOEaTXBpT rlPkBFPLliXA2C30oyjxhcTlKnFUyKQyYpP3FNT8ZiPx1zkHFJggHZKn7sCSD4bvXWjcoHCYIwEP PsnerTnPBG7CQnH9ZBiV31+dKuNpKwm0Um1KqtPgALO4FFzSEjrLMY1bNUydq5iAILZk+ygDaKyO t+PRzlUwjHHesTDHoDMC752C2Z99j5ZzGs3e0MbaFATLDpiY96kB2LpsrJNEmUDx9e3dakjniUEO QQaxUOl1Bo8ib0w6xCgSKSeuVQJmjMF56u5OEkRl2t01sLOC+yImvdMhOwzAsal+2CjcompYfWEt 96kq4pXVpQWulQm5pl9HAncWwm6ZgWakCVMYmQOaiEpPIiFY6BRYiuBgBDQSo/5drnOPaW1tqF9Q wO3I4fv+xH4ATu/4qtSJAA8X5Mv5+N+vn7KFAG1bibOzQWgxwnUAJzDze3/8aJXR+gPhQLI/wDF0 H1wasmBRWVjwCYVqGdE18E5R1zOhilKMHzjW/l49Gfl+UR7YwnaRLqno6UC3aCIqxZQHz8LwsGW4 PliiYs38jABY3zIZyRQGsNoyWNqDOzMzIJ5V5Caz4eS19HuBP18t6Cf3+ay/zeDpi+vRD42VlXmd TYauztAnyJkb0nupdavt+T64AD5Nczcj+HpVlOamDX2Wyaq9cwRQpcM7qZGD8z2jVbTgpBEvHWVO +yU95ffWwpi4lKZCcSlfeY0nwAQO4Vf8sr7SS0ZuMw+3BSDOl/BEVzgDuWmc03qDqdIhHWsDk+VZ e7CKomNmnGvn/qHOHCp/H14VEvIyQzPkfASMZtvArNzGsGjVPIEnPl5vdM02xxwAO9SUmyjbJkRY zcebGYdCYW+pV9kT9hqrr4zf5K60avuaWoYuBpjwley1SwuU00JzSUEjYCeZFUnaWe49MVXn2Nzf yM2b6Am5K6Q0uTObgw7Nmyi0GSmkEMgi1OS1CskmmC5urtXMywy7spb2FTQN7Hn+5rFRU1cR69Xf DMBkLZ93TrHCmZRQ7HF/ZfqhBSQYzGjZD7FZoIfgGSF3bq0QbfTQ1ATbNMQ8+FZKIgSWo2DR+g4w LCQBYhNDfkHOGQrdlx4XEjCV4jJyHeYChZFygGYl2ezwKqBFuU8tCc9HXOFTl7ie7synyrRbx/FH h2EUEyur9PjrhTrElA8JN1CAvb3kpsfj4HBIUGchIXkV9qtAtmsr7LSOYbs10qufBud5GRNEW3Xd rJEBZCtGz++yvMDOt3dlohq6yP4gtZo26mGQhGMityV21Koxtvsr/2ou0MEsxnjp6BQl/KUXBkcO CgmbeDOwNo9KHvxWeUjZ1aOq/5hoNyEo0mw/ZXaF4iZXfZWxiVLT7c4rsLg2rezJL1nnKWZU+/FT PQfnOuc4U24mySl2jxVjmh26iipQy4+6ypv2lLuKRnu4gIHUgRUHFNZIrh03ETngqtoWh64aQ9m2 IwR/ynTo83AxElNFtBMUj7EJ9Lir77GoUlktsi+C7TEm3DAa2hyi3JRvtPHQkLWqzsAvXFKlAn1V Abd7M1FW3qll+01ZQk5LUNVndK1x1Y+O5nLMtb06gZVtQlURG9PV/eTdlis8nd9lNOeluuiEnbgd rmizivzLixsHiKoqkw37Hff9s9aK+WC3rWZp/q7blJh+Ti1lxa5slaWEFcmVFFGS8wd6HdKrPrsc sXBmD4IjCh6qoZMVMCOKJheE1IeBVQKraMWjXJlkKJT5iUlO5ct7DdTlLmwEUhi9WBEClJj6KKnL 3juZb+uBJzovIBTmAiVuSiEBfg7CvVgST6wW4aM6W/20HwkdgKVNRsiN4jw3H0MkZ0FoyXoYY+KA 1aCp01mgwBCy0VZJpxO1K9taeiekLtWXmkgZgJHE3qZQn0qKhChUldOXduip7FoMhSai/2ZlxXaf tZYumAKV/DR4yZWgFcCGQkjpUboF1ObUQUw9lEjGjBqQhfwyVO7YHDvuWr1CH7Um4uJbMNZ7kZi8 XQ77xPDwJ3xJsOSZ1OIeItNIm8eq8+kJLgnpzXrC0b7wq0ySxXLg9EfIVJWAg6dyXoyn14PD3Qbd xqFhoEaAK4tQySEnAw3f41FnfKg4ZbVoCksBzI+96D7rLx1o83C34aPXpcSVmaW15AvKILGLCy8Z aDFoLfFSRVH9xA+zjFqXZ+mssb6pHQIjg9QyV6HY9jl9B2WFafateSGenbauBCXQx4lBaz1WY1+E LT8IdF1bOPblIIQscuZZVSMNIncJWIK7kCYkzP11yl5b/oC6WIDJ7bTM0wxvn6WbcDCAQN8aP/E0 qJ+lE7yzhTbF/rk/mN+ai0/6jv5YD1sCkLA0eCtOkEpzMt+yhT6sadkwas4otOBpZMfbJ1zyyAet XFg2XCJBjsjXlsuzx4kF0WCnkmZJS2O2MlVhyj++rf+MoByBaVSYjQItBEpCbgk1xv1DVbouPSg+ ppcY1yzl4gdYk/lKoFRgDbqoCXUCNPILy9q+04KS8SslZOHFffafj2RGoSTrQXBzHdrXRarkilns yDBguFHWwVa6AzFL1pyAcsz5To+HAisl4iXA2R43tlDO35GHQTc18JNOxYLOxH8jNkmI/ZLtppb4 L7Wm6GZGeUf5Q2ag/5JqFaQzriMmrSalYKQM1t2SlVVLDLpx0ohhV5MZvoIWE58goKlO4MCx25un gvaQAt2fKk9NZU2heng4vlSipGzNWXDRdtlKOdAs4Ll/PkvVgdjdV4z1LWP4JeEmXsHY5pVqzuU2 UAv1aMEkGsigWZLiGa7fDdcM0cysmUV5WQ2wGW2rX0ZwjOxFa/30096YaHEqYZJzaFd6GBveB9nl XSV0no7COuoiT2cB5i/iDQXoGD8kRuAgZAI0OmlOTK5uLp9WXZjMDEWtQNeOIU2MauhGqLDf+/pv Wpyu206JEr3TuwJCuGec5JAdRkOTKQa5WNLkpXyZ+RJYeIp+JG9mx7QCQPW1RB11rKjpr8aTLysr fOBzbNaPi02kOZnjmVFWgm4uT6Z4UQ3mXcSOkbSZQpMvoZjME3CVK1bLKtOpyn7PeNPBA6hlRkWI RiHIKg+iIbKNpW1PwEsYRbTkwCzJxTULBBkEqgmG5JMrGpJNS949Q5jS3M2tuFAsVUPnd/qvQNkW mnxLTxV7J6NxnTCdzwZinaMknLrymeWvlmtMRd2KC3pAGDuvhNIEkj2yp9LyigNdohNcOwzfCqc0 K90qNCYE0wrFga4r2UdOf1hBhh6rjon/b5Ut+GkmueP2snlDESK7MTDLlfgN4Svj6AYz9gCgnA1B BPbhQN+oG2SsVhBMCIXuTI+Du6k0QGYkK6GkBeDBXvVliCb1sKn8DPylaW5TG5oiGYEBiGmb2gMQ SqOyZuKYf7OcM442rtHxm1fi3btuoe9GZmrJGpM64cxu7dp1KgQzsplduiZYWg/FoTpfKBvIGnOB yjH53duKut54YjTriqwJRNU9j3BVG/9gVCAy06KJTI7UsqPKymfVssJNBoFP6hjO+Ijl6G/q1yXM gG8kDV6ukuMUuNZPBpOaqIA18FKnCKZNj8ydvTAFKusELwf+2QfBwST1drkrqWX8WkOWggZ1uyYl GqAoYdqCDwkTv3YwHZJQUYQRGgJls2VyKE6XJME6IzIjhk188zvmJyi7Skz01yRRmx5xI9AX/8lb NijVKLEQq+FAyZVnfVC9200dNMcrRkdyxlAcXtrQHp0mgbpp/0/pTov4zRdcZJLiEkw7YZySB6NK LlpxljAYV/hfMqRn/cuQvTHOifFOzRYMLpTbsyVdkQXuIr3HdBMb3Ud2+36lNXIkcxa5QgkcThvO jQbyJ1G7FElz010wxcYWueVLXaU/wk54pXW8obyDrHBiN2aayTH8d+Em4Gks/ZM5VdGXwZwvY9ZA IrM8U341IqQbpTaGRYM9H2acCXwTOiKSj+0KMrI/IX0lSV1i/Nsz+UmuBgsAOCp1KR3SW/lMs2R0 YxaZaQtqE2/nI7Vd0LSQ6Z0YgEkd1DKq04tqXol02UJpP1t1Rr8EIReUBiWP9icsZWsSBypiSQ/W PBCD2qSuh4anOSbdN+wuH+Yarse9s8v78nIiqxdQ9vlmcalwbzjb9W0bj4bFEteIYnUbVLB/HTEQ 1wUjIKlSRomiJj4DKv0LfAyPXojGR2OCttTDBvhy4sm06K6nQeoy8zMie+bp9JeKObTZRACaBMIB 0dAQgRv/k8PniZE03C1xB2VBSlM8lt7XPmsffmgk2CFRUxaeXEWCJDcpyUOilIr87z7KSjre63AK AmuFR8LvYD6OWkbCHPLI7vpkHqb5NBbzL3K97g5Pw3SRl70rBeSHpNAGmzTDn7ISZcmLigqWpcJu XNLKFTYmtQWrS+THKhW5GHvd1EReH1xke4T6ahMRVz9tzBPo2c2z7YSczUMfZPdUefJnTVkZCVQt 7fZ871CFb7w2msHwxJz6jMdcycaffGLTKMy7l9dJpMdOxVL0/kGZTl4Q6YYFA39dbWbSafdHI9VY Lz1Ls/JIzyuIm2h99dWlxPRy9VWSru6O8SZHbbiqK5wSxzxJn+vAp6pPRplwgG+Ow7zUaCi2y5S8 9EAjumqMCkGBXWN2CMIgJiTgpKFavooRWmjENlsZViENizYa4UKRaeUVmydNm/if/mi+qlQQQXpN u2YGscwwIUy/o2c3hLNv9hm+4+v0zoKyEkXFULSlOXSmU8P7MSTaGsXPjrQZLGo7A3IgfGor+auY ZZqKd+zlXmSh+tOXUVM2tJ59ZtDQUq0gbZ6vetzzoxxCUqINcuzA8TkAxL6DmMwilG7KXQN++GPm 9s/nGVh5imEWwtieBxVCKgdjjBf3SiHRxgL10PFI0n+4b/LVcgDOgy+ib6ZLzB9tkDNelkB6DtoG kSoplWJImAoI5MXsnxCCRAgDA8peve1gE98DTONEdJBI82fOAGnydPBT5kNDy65aHQ5azPdc3tQg CsUWcaacAcY1/8JCd7mxPAiDMFMORkECDVPSknyIDRLSKjmiuiwi44QgVbsSB/qCDs05Z9T6h6Q0 1NA4KryJAIZHMjIRHyI6Z/TsRXuQ7D+0kxg7gx44lAC0qAFY846BlRFM+nqctNN4X0sR5bpUFsuP kjdxeJde+rFsHYDEXeoKScqPvWgq5ctNQvLCiqgXFCMPRY4uQ2M8Za1NS0A2MoBkuZOpPQJGZeHg TKPItNzbxLOUQDKICX/MJSlmswCvNS7TbO7WurMcUVyS1wtPpl2ps8iZonVShiuR6yt3WEthCX1y CIzk/iUSUg3JqE6Kc8RoKGCCzjTSjjWHKVZAhnvMisp0HZ+ubynNiEkqtqWsdK4ntphMehwN/VZh xrAMM+4axVWta9Org7gkE79Sub67rdlUUcZYDLWIZXaQE3HLDNcQ+QtXIuug1OZs5iq9SK/iHTbn I6FpP3lVXiK35Om0Q6E+s/+2RFRXK4J3EO3bGEmbQUpzAvIFIRnF7O1M9ITF1f1OcG0uXLacavxv LuM0hRMqA2D03vAqpmUvYuxjx6KbVNsZL7r3Wl0EVYJKgZsE7fZ1ip0onTTl1+b/eLoTxLZ1ZYui s/iRm7hR58x/hH/tA9/nOLJEgkC1pwoFkBLB4i6Tw75rvZJMNbqsnmA6h+DwEyp7g67uZ5eRMgxj 0YfQRCLkqQm3rNBd0hJara5uULjHRLVlJoJDgtBWyaXBEMAjCmZ+iVPkslm6QI4EFxC/RrSRGU5n aJU1ebJmsG4avnxX49ADF51NTWknock4iFZXYUExcRJLleWKOUEI5CRMaIKW8oXgGNy38Y7mSBH2 ipw9Y9zIeoQOuut7lUFTtU3PFWJFokBRuFrqxOKpFN4LTVIU3xGgvFh4xXc3AOg46fSghtaC9KwZ mom0mBHmIcZxbbiDWZOMr8U+FPPR2SZrAgWBxhJ+rRqL4gguJnKnPJQrhMtJqHtn8EkuH/ceh6iB X+RnxaAV5WQIXXos29L2BMnkkgMCdIpKkmZz+WPI5X69jFP7uoUn3IAxa7wpId8G+y1QIiXRm4zj CEkUUNsOezzd8lHcNT0xAEDR2lXVIJgAqEoMsDP0NMNXoqkyEDDCCgDSYQhg1qol9DDHN3FWlRCD KvoZp6ktoGh3BGeE+Wxk37XUbNUyDvY0r4Dw1xf5tSZiCD3b82djm97aldbuCBNzmXD1gdYptn0O 2Ia4qjuRoe6n+uGZnCiq+Gi3HCLBcTekQQ1XglMU8XJSRbYCUd7NtyAnG4Zlt6esqThGVvPr1jyI nATCckSKdLGTfrGzilB7AYC5m6EdFUGKxmhzVtMExv5Rbpn4FBbCz9ZfQqUm6HZ9gFzP2fhu25v9 alS/+x9nZtxmuAIhNmeYeZCRDwtebcRlIqx5kaIqK0ei7rSWCS6GFT7QwgvRxkBp6G+PKPTvv2rP exMNFDMM9MDBjLyQYJ4Cygpr2EJGXZa3BMrVQABkmAPzC4OhEATRMMcNxJWXeEm7DOQhZMSJdPdm /oIXP41SJsCgD/bzx7RREGflwC3X6FFIq7FDI2O/VRSlNazqIZ1KQgoXhhF8EIWwqK6jQDarD2py d+L1RodN4ZuEhTqlZ4TY84eGq0gCsg4lzHwQcvkQqJ7FmxYWW26IUl22flri4UPgUtMiUII7inAS pXl+XTrKlYnISz5ALaaCZQj+urR9hnSsZbFWCyYYLcwj33c1OVqNchPh0gnn7F0Xp+bp0otlTd0D dZiN39Bu8jErCVVLbT2EChyaCkhSMYl5IQCeuXuExYSWXCSZ+O9yykVPNBMOxSTcyd2RVI72fMqb gN7FsmKkGTpZ1mIWAp4ER0eFXcr1KSNe6NG6EUuk6j8DcyOPsz6iLWpTI3c+PSd2Aul77ksYTD2Y iptTXIo/D+HQPzjdTA51IkZxrBAwtJ9YBEGzDMySnoykIktTx+5z2T9RllDMJz1CyoECZUIRnZl3 2QxpFIxe61lj0bDABK4RyrgDbRSk7pkx4TSuqS5bWcz1yQjWra49ciPmtOBZDjdlTlQ+bjonOgRX 3XBf1CmaL2qrbFXF2QM9StSjUfoQy8ROgH65jnEqg5BecdW7whMLRV4a7227o6o9jnDNsjhXpVCO pucqqAyMr5dFxmMjxCxVhpw+UmghSeN826nZRck2lwwDV3rcEJUKE3BSImWNFxlRhyrWxfI4dSH4 uFSCXOcGKnCnyAwpLkJaYxiCAop4OFToIBA8uFOjDfDRo8tDMFEW0Bhf/szMKl0iuzd1542/ezZp uQ6Cs8+yAm+UkcvQ8MY/UcuPA5kk2WqX4NRKkCOuApv+6CpRI5XbkoRIrU+DRbyX1lYQT3I5Vq5U mugtqZB/XwiC++hMMT3/h5qZWGLN3UBxYdVYCdmwCU39yhjaMz82lSHM+Vq1KJCQJuDSpMWXMw1F CmvSrTcgJUFop1eddDdWmWpkedOTMON6lqw6AVOACfpWJZAjuY5M9M6WeZlJHAdKpw4GwgFze3Wm lxjNxCPUlf7Lhx1K6LkL5OKgmX1pqastKytcIMWnnmvHNVp39stalh82WuYQ4qNKSU5PLkVXM51g igDfPu45KRegAqpkPNzQaQL0HoXZrs6Z/YIKZbdAhTCPWyx7SKeSXlt8aSF1rPOUm60k8yJgDsdU hlr8zwFjoC0MZARL0VkAkl2EB+cozLV3rDu8SVBKjOHu6Uw3cB5iJWkO4VDiUI72utX1E5U+PDRR +Gwi0e1kTbUSo7+0QT5JzxUl3w7poqKZQpXnJQZBZO1H6Ytm2jsOC/HuAokzGR5XTLCicEhFauxd fTPJV4qhWaBJGyAYYX7VGB2ehaz+jYyQi4UUCzC4tMF4B2QSxixtBKI4gtEb2dmGq9AV2T3c26k+ hi0gtOM8Nbaq2pRg95GI6sKnmxlTk/2P90qgCRzWbSKf7Xnv0iqocb5rmswqAZFqMaZMIEE2JdMr Joqo01NFtp0iTdcyDJ00Qcsi8q/0wBnswqr0hFLayEKEAz0KoZ7m2Ldr1TF7FzeqXdAXNyExxSfv //696J1viFufr5eKebTVYzAtFlT1o0VzqNc/yrAuafuFE8lMf02uJu/Qg0Zcq1UKQ2vI1slCTm+a Y1orNJFCY47PHwESkti6y3AZebZ3mKXmdxOLwiFow1sR/Fcv4jRslBeBUK5UMVr9wYwVvOfJiOMK ZUA0KBFFDs86Y+VPYGVz4+Ri9JysZCMhR1I/drpMKdr1NyVWQfWxKlZ9OB4MBwO5UG3mQUFijsw7 DcyisB5815o9pzHSyIyZloOgPjDI60ksoJb948jBefIoRzBmAma9i6vbxABsRKWDM4Vdp81tiDbT xifSeITz3lKa4hi78vxDZAVqfHyb+dIPtkg815Z6vfSoYQqJ6SQeW34GcT7xi7KyxkgYc9n4p+VQ SURmGGFF5rWEqHE69P592QoAo2k9jUbbDsnYGCPXz0jLlNAiUnR9ZtojSQV4Tumfg81YjHLCAW8Z MJAktrGWi2ATPf9ZC8nUzZApw02sBISm8jRbGQt2ZRGu4SEMH5IBL09Ci5HaDAzbzckZ6D7C8A9B c6XKtHnNQMS1MRMHtoD2gd066IooiPGPzz88c9Xp9oLmh/vCkDcw6xKJqR7IIpwwhpEsH5AMyJ5o OrLOknzORSrIPLFMMndNgqwrlsWdakEyPp+6wY46L1khYgmOayEKEX4dRYtxGwUC56Gu309SCgBb mFMIzYWMmqCxlXInpUSa92qZSFpqZOMERR2vcl5EHMBPkww5zPl0gp9qVTCrxhjeFt9D2lC+eMr2 dv+Lq4SG9mycjCikldvLWJqC0iPX76kyLijWmnRXrPP4HYmRuas6gHmzR7tYftdt2GGTgymFyZKR yrvUDprzd2sbd2qD0yoXQlLr9Rqbvzvm3rLibjs1VBrM9tsvVI3C3YAm7NIh9QYHFCKQ5/bErvVz VwToEWdmyu0gam9B+6yeZtPu4zi+rJNt/7j9U4hw0P82E+yvkftiKaPcFSvciGIiLnO2jKihuxB/ yh7beuIS906obGgjZ3YNQu2z8tqtf9/Pc4cL9jeAziukVDa5Pe9fbjPsFpd/7iD8/tE9pp7xjAy8 edXGOUPpj+DbuyW1d5XjbsaxX8b4ulPpUBCyU+XHLpRqH/rfgBWFHHFPyuNfMrShq3sXkUsD9jxU tEECMnYfH5qx7sQTNWpFd7wmijThwTLuXcSXl659PvGKWTxJdL2625HelZicVe2p3KMQQnSqL4iS rBq0ChWKSJ512VCbvK/ul9RF8mp64jMa2B4xEnCT66zElc9R23S8Mg7i3YsFnBWd4GT6ZEcMwp6z abzh9FYabYcRg8XUx7mByDBm6jrODo2FOoWavletMEMZsJ8obYWyNa6Kma65NWNkUXXrkIb5GesW BFdqIw8tDb5RLBDEDE/R3GIQJpoXb6DtFKJRg9JjMmJgUdsOQ4SauRSClKWQsYlcLpeXhULwwm4T /4tlzT/4cG7IvQ2Sk1c64admPYvpwk0E661GOQTvbwcjNNDAELoU4XVCduXebvJIKOXaYUthCEzE cjlCFXUXdsa1OgwvNvfxCZ6gv1/RBLn6rHKIthLi+ipjkEh0d5DcOBQa/qChWVgRfdai+FXmr7Aq CREB+9plaLk1EVBDG1EVU8qK9Vl1jkqDsiENPigI9I4naKtgmDWpnLgYa93VokJLAqiloPEf0FVM gy0kpYk2FFeREmkIoBDDBYQ0FcD5nIQNZlym5WOTM6Q2X5Nt6NDo+s0GKK/HedDl0uyWEtB1/ZuP qBcRMQRTbSJSNlA64BUfDJ1g/ECH7VAC3RBBs2Mh7LBqYatPuZWXNqUxyBzNZjP8zAEReMqk1ZZ1 X2rnpX2BGbPemhCRTuCZ+9nXEawK2UUEfLjfna4YQLE/jWBnqZ4XqovQFNrOQwwjs9puRtuECEnt GMcUYcm10OSKwD2RUkeyBWWcinNEIFmihBGUkUFDunFRPs8C9KtHet0rsrmzIedrqaOWljNUOA3L fSBKqp2M8hGg8y4cNZYXVoEKZ5/tUdQwA9EWuCVMZLj+evtXLwtZCuOFJDfKKfTBmi7BbIowbqWL PUkPI92CXeR6qkxDYu/s0vx6PH+uP0WP4kwwe/v+uT21AVBIt2mXeJ6230HX2+Pnq4Dir/cq+RqJ Dm45XzgI51mAsILe6vOJCrh3o7qRDd8GxL8CTnf7+YFLhcjP6786CYd/Hkjx9ZEVw1E8vIdJxclu m3XJo0fVIYxrdpdlMQSBnfBaMG5bJYzVgB5hhWeE0ho/Itg8B4ykqnlrguJ9pRMpMuNi8hpgggO4 mzuNtOybiTbjCDClLtYmeIv8kkaGWxUk11Ifv8mDIZDa3b/Z/0HaQhdTgctgn88BeORaNnAZEM5E 2MZUP/o1QmzmVYaga9kLqnAg2rb6itRCgQjC+9kPKcJ/tBZNeLR1xvwgUdxUxdl4LLQeVOQqWuXi xrI8sWOhUrNK91rGYJ5E3Dm+1ALcOQ3cIGq3sCDN1tO48zHaAiGNlbmy1QbO/+A2gZMbj8l9A6t2 4ULvnhIHslbPyolJv5vjwic1oiaHKJYIB8u+A4S/cvumKfz93GHah/YFVSWWJrvAOE0eZPFNx8v5 IQWYDIl3U0mA3LTJqb0BeBry0HBMgMMkQs6mjhYv3l4uAhpyJM9N8UqHmxwZZVOuwlAzpYWDbgHQ uP8oaRj96pGk5eHEkDQCYQZTao3NtqBX6SJ5aFJIKfJ4SIqDqBHXiignhKU1oqOvcgl604nGsx8e Q2XlGgSWGlIuOC7aBm8BXI/MpcuJ0QyAyRnXmROAoH/7hjzUmlr4RYhEopiujL2de+YIShMJiCW0 fBCSlsBnWiCneiZTSvJg3GDpLChlUqZUTTzG48zV8SbU+k9fxOii1A7znWgUEkBvASq2g0cXmm60 zLkJT4EgY0iHROsNCqMONU0CmzjyTk3SOH3IhUxH0GOaXlcZoBzAjLGHGSyWU8lsAyUuYfw9Szaz 3wjtWAIpgUCP71KiaNrbE/zSnnkeY8wwGKBeTGhfVMDMxNobqQq0UmvjlMmUDo36SKdOk7QMT20s E89/0k6NWRRVaXaEHKrxf+rLtYtWiGdXIKxS9tDASdcW59QPyq6OhfIfxulBXqSkz3iUCiUNwuP7 8K2x6idw/B20rKQLKDDSRpUuCZPBmio2VNv1nERv1kIfySKZV0zIy3SRiHrOWJqoDZk0Fudq9m3u meY1um6TmDJF895mlK2GmIFuTp7rVX4wjh5P8bCyADkd2yOM17NKThQuq9ZGlZEZ+ERFW5OZRsLI nzOXJvfo7+vw0H2+OcgbRgJXMlzctUVWISoQ8NJKxBaDfI9K02o/fB8jWKowV2daKv4km74LtUm0 MdK3Hqt4ZGMBl6P4IlPncksXz/6ZZ4qjFF01KQcIScF/J+qMeNvabKA8GlC0u8MpF7AFLO4Jyq2O Jf9ZQo2Jr6xYD1Nb9pF+mTc+1zE74c0GOqSip+ciQ1vktuOEUsI4hUPbRbSTb7+2ybLSBjYVEhxp WyA2Xz4vFWKcwLLeOWZmQYtqDtsNF72IYcMcvLKZRJVkOBDNVox0JKI1i84qKKoczQfmbJUHiYU8 e917/YVD7Kff3DwVk3E6TeLMEASSAeSS3WGQ9JZCkqMrMln9F4gya0hS59ySFy5eVGSz2ozFnCIb J5CjrFzJQHTAEsEL1TBDdM89iYDVowZMyMePbzVhqfe6EwsygTM1KLoWCJqEIV0JlOPnjnnaW1ud sVN+UJ25BU6fMtSwg6Pl5zFeCp3PfPWQNMmi3puuLO/x3lQn8GiuFKprgpeaAxbzH/iXD2Mxz42d bAiDCZNqHQOh7ALxFE+52UAUDL5OvcrAuNDUb+Yd1Ng8jEK8VCpf9axS1Wwwo5qxXy79nTdVhtJK yfqivJ6uW69wzqqunp1kKurglfUq5WXBb28XZbpOvFXAtyqU+gMaBvJ2aQlMIy6aFr0NA8hcHa8K 3pRuu3/9d53gk2TtPqMLjdTe0jvZJZIEIcS4JSDg6smFPkObHonQ0K+V1cMpg71WKGV/hnSw3boV 0OKTIaMoW9K256yjSUdu4oSRvgMin6yo6I4G3KlaIsb3XgEhKwWtsJQU6ZnqxLnt08r/ckFfcSV2 x2+Ak6Q/kxjx+FC8DCaq6CYKS8aU4kLmihjyJP8u8cZnaVhKc10rNRxZybPkLVpXsW8xrtMVilvy I4RURHGhvoEyeWzqMMFjvEWBvqQJ6fUcJXnKSJDwKpHmmMUVzXMiED1SSKTqfY4ZABYE84hVwlOQ LIgFlwU3kZOhlknxIp4VhjBFNu7i5una52PLDZzIHQrGcpD5SNm46qE0rVmWxKos2kRFAt+NjY+/ 1e56QFkzNoeby8n1Vas0FXnFevc8SsDdL4aE5m1OqfeYGpphmXP1uQKd+L5pXRVASWS5gTTO/E6D imb6K/9vvib5U2rCssJaE6im2SYgjusHvbI/czRXN2EypdK8GZRW3Q+lEIRhQ5ialfardxmxmbGr atzc04TOcM0yPKXt9q9xnx5JrZL20/F2Kz1NieLXEH69x4gzZiyI9bQxFJhemgU2w2wSWXmMKqpe NTfdvNZBwjc3xIxTm0h6FpqR6WZ3kFWkLbfUZ1XKpolml82Ce/hbFUIdfZrZ/mD7011XHz8+6CIt 4Kq5S7OwzcXUJ1X0nHaUhs3JEZ1YfotizXMVNTyY5sco+DWTUw9Fr6S6yfL135mxek1oSqu0ROMk 1Qw8uVWajVRW07MIu/aIwb7Z5IbOHwhOTA43vBlAhdbopZQP2iB2PSrhTp0UZFauZXlY5scyCF7N MKnpU2fCSBNhxRVFhlUBfDB9Lm1keI6bn9G2VFLHPeXAVMWZbqXc5BV/ROqcxmWSJOf6D1Ioq5xt MzTeNNpUMLNY/4uqKWDWS1arjPks1ohcOvSHKUfjpglNginUuKrsldTULVElQ0FNMxE0V69zuhCG F84us2kCIihV0CEGHgphCKTKzKTS2TJlA/p1XCQUpKpuZQEOiZ4VAPlNTyeTCmiT8yctYnJc+qS9 RqCmSTo8ACZisUDcRNjoBWC/KPAOkoihVByawTNXSLpoGbGlZwCnJx2FIQQehJb84yJXxUUhVVeR bc/ff8slJJm1kyC/3ow7GNRVOQHXx6kWRiJexCnk7t1wr5mlk2WCiNWFsVPZ4nzSMLP6fs+12Xbi bC6iF6J2BStyDYIfjmno0EytIdhpUUZHGUA6Bxd2faTHOJc3kF2uSmKoIjl9Sh7GbqabhLFsRMfs okQDJPTeYgFrafoVeSZcLk8hk1twZosmjwzOkmoGr85iTKaefROmamRycQquR47TGgeB1VTQi9oU VUpTTIBEihfQS30bkW3+JPVNyGmnFIkoCFPLpMQrxDCJUkQ2K8xwkESZ1bpTTYaOjzjZxLtQgmso UNv60X72k2h07URMUIQomhxKzP1HONmSRJKKsDPdCzMLaZhiPk1rr08daJYtFFm0z39UtPgP3zTI SjjOsMDwWLhZMyfkfsSWcfgDkdiUn1TZchP5oLgL6SjR5e/8pGAR/gZXIhoA8wCBPQytRRsw2CM5 oQKQ2rqOsGeNhoJajaL0PJFZFc6AKbA0itCpgAYM9avzqoJRtWG0RXhXIYXeoXFrSlrymR9EogoR IfGz4GVUD7rUI2JGh7dM/cdlPRSuwNCjNZOl8VnYqNibXKrVtDCNyYSZIToDz31ptWjuymANzX6I vpqN/jkbWVbeY+KVyAg1R8iFvdBtkB6aGErQDMZZTQdYjsv1Ci4yfhat1Ia26nLrKUtbYVz/a0bd nB3PAUevkCvEKMze/hL5GTNUoGX8cMYIpbMKPq3omMnwhaLADJT1NnDO6zjTYxKMejaNyFOrhHGY hGxAAJsBIzE2ylACRsZKWY+ZV65Ot2TnNGUxJO3NqgTBKPfFkKhi8IpY3a3JshJ0T1YAqlyKiyEv IsNCj7w2H8rZTRhVdsIbH4gbGTyn+VQAiyrZOz+Peil8aXoorY0rTQGk0o40QphNkHZMmfrDqrZZ mF8QKQe/+Sq6MlvjyXZlvF3qxwwH+82CyInXyt/NyoIXmFAO24TMZVEj3DRlMZpdbbJYmfHKRhJw h9rJYWqocQku8uXzS7wxoRhjntKAH+89CEhv1NY0E3E9xzJVIcOgWssqS60REH5UDubRAJjYC0ME hDoGIrxSK92nJrIPxCsjOmYIcGw1hGQWwemna5zCVv/7fZcZ6ldzg9FF2Ro1XS1drYbHKTTQs4Ng aj0Qe5Jhk6nLRXzJiIamSEAfIfkE05IatWlTAIU8AKH2TBFCs0h4zVRw5AALY0Cx5FOQ7n8BI5zE VIbmJr5sm9wEu+zM6SIV+4uvAhn0dbu6VNgHTBEXqwHmJMKhcllSaQMPD8lZotXsuIzlqJsxG04j TpW9pR1M0Tw7YFIJqQjCUJDkmDN2waUwVzS5o3vnbOHQZfXYTILtVK2qxrYKp9OMbyWUVVdcktWY hpn26Q15LpGHGHnGySjbGGlKLnEqS+KNbIwwZ2BFEGeylAzDPVPt62/7DU0iwCwvO3Il2jLkeFn1 mjuYc5XrVADjmyu2cRBbPauNcrJssqlfvcdEzohgxcOvz4t+KQFfVZNM+pwiLC0Juq01fNqPCa/p attLiopobDuTwmyz1Wpl23uGHjUN5To3L01k6HEBmbx+XzihXg3Rfp7qDE3Dx/I2RSs9IgkPhoAG KIpf80JXdw8qRZD2cUas+egCHPmfwaGqYtK2wyRI02DiUFRJF+2qITQFCeYzqWCIMnypuY02xqhW ViZRHYNYNqdNrklsuDCRoOQX7ozTpDxz5YZ9h0QcYwGyYRkokbZC9UylLZyqYo5UT8u02jZn1sw9 N32OKT7Sl/KyWDoBVkA8gYlk+Z6VLvMiOmVkoRqdmVN88V+B0E9OPVcRaBzoLSMvtNO++LkJi06h qBAni8jl+TcsgtkFQXgu85RxlMWVHLlePiPnbKAemW1y1MQloOKqrpJpmCNobE0TDnBWdlHM9u7u wc6/mUrriY1VilwjXWCKiZmAO2wa27OgZQzGDwBxq73w6NahgzxlGdDRQ15LU0Ih0mic5RvI0Pj3 Sa3YNq6ZfjFO2uE7DBEjaOuqyZJMoTRGyF3eIuXQ5ablpHSmu4FOcVZCUqZlEurScrCSlE2GPUi5 G5o899uOInNwT7sNPEsE/enpqX33YoFX3tueGWyFtEV8kVpXjgi23kjDTHqaCETQiLnbGlRjU7Pm +FFMSq4qWUITwWJB3lSaKMeTXgbK1HQmjHgvQUpoBEUG1R1Olj7hEDRVV2eoIiI36Qnkibe8twlR u7J0BZCzgB6JLPuS7qY4E166AW4l/6mNvgoSDSorZjUFf8S4qnyqgAcT8HtVVmLUVUeXX81QhRSw u0ysZiVi7S0o0ynVlPzXLdAQQQyEi1a1DESCaGDeR7qayq/0prJKGGCfEsmz4Bu+LRVEBkiNYezJ IwqjBtWrhKNeTUmQLZ6jydRGUGWhzE3FCfuRSZs1JA79bxbgb9+3RaQ+yhAoC3KK6San3fEYPvAL NFB8u8rdyWUqGn54H7yHSWpufFwnoACyIc6MhnuSgyyiO4+aF2yOWxAfOqshB+x8uAAa/teXy0rt ij76J0YoxfwKB9qEuE4L+mVEDiRpM9NwtKs0NJOqGRGG0dzcYJv5lXDYlxg7eiuwU2eQW8OaQrDo rtzY6n34TYAGZAnwkEGUXssZSnb8bZFpwUgTTCK+CylavZ4KjBKsN8k1L1OQBJqRHLfOapKlCE89 E3JxtGAfkOZitTVCnThLSLF7fgvHkUs46wVDui1bOWpqkF9pJN5AnhaINP8In0/mQrA6Z1HMaPJD blnFvQQxYl0SHAUJISc4Z3agjVpSmn7wlDBqW/8smqfOuDgMUSDMZ37JMeBnTqGpyzLOlOgkR0B+ 84U4ZTZYzoD9o4ESNZNw1taugixHbIL5dnB1kBm08iYw5abUxBjkWp6Tr1PazoM5YaYxRaTi754n xgAmG/7d8MIaRGuyRSZ34Qw72npFJQOPzXXoesL0W2USbZnZ54MSDYgZLNt/wLY2Yi5TRaLdTrxG VEoR3qCL9BIF3NoDvUGtc+SHzk24dZ+HCjJee8wLBDZ1C0U5fAHGrzeAyxFYg7EAE5Koe0BaM17T 0h4dzudtmrHFxRbTM0EFNC76Z2h7FxsvHDbcqrn2TD48OXzzX9BPo8GsCbhvx4DxBIpsMUgfBlAa NS9mKLoaGNsh1H6e5u0OQW9j175tmg+jISxmTaPv/1ZBXVk7MvtKhmyqeqaf8JAfRJ5hYk5+385V clspQlv1Ay7rqh9luAFVQYpXTGOUST2sDv406cjk2uXLLtgD+yko0JGZIHl0d9JkaIDgpVPFOGFT TEEXA2A2BF4SosMUCHpDAzGHK20TJ2rRrxJJGYU1WiriVE2PC8ZJa2XwhS0GbwguX3zRDOXTIrGm WVeFNgSY16x8xLyxG+XpsIkKyvVPGPrpvmOczo9ZdvWUZqM5ZXOhAqNuETdkpnGeUFjmApSCXSIN Juu5GIEkv8UZEsj7DSLCMlJGmK4aLkvumrwY9KCt6qKH5/s3UTbJgng8DrAsvSu5JkMbWmSJtJHn eO1mNEKAl1JqKamDPNpxFVQaKYKYNuAdh/61UO586a6M3FArpsGn8MsTABAF0/Jt8EwQolk0Ab6q piJLAQ48Wv9hMK3pWWVuYiHd9uPSA+mFRVOjcuK2AtYbiGjVkvEVBtFSKIy8WooDGCd/nW0qV/JW sFvzKgDaGD7yWMg7xIKWBg0z6TcpDyBINovDPiDDTWHB8Mz+CJb2s4OAM8Av0VCozA5noooLjA8P uCsYJcuS4ba+UNQpC/A34FKBwnWskTthaWyi0aCBMuVkKlTGL5CDlCwzmy8byzDYfApCDVsFzkkZ UfKQbDX1ZLiVD9ZGl6cHVzMM/DHLmoBlVs0i9vA9QyQkUjJI4T6QTNE5f2J07catFxfSDLxNGgjl 5R4PXlBuAqIOU03VxeKIDmgqgSdCC7LucpDgtZe1maAJjxkiVU5qlgI5uxkZUVYtMYCJkI6txWrp jUuHCC6nVibH9giDZTUVrKiSKJHKtuYjzSJLFpgOW2oapVu9Y/avJVkpRAaQ+n2BO3RwqZbtHmnO S1x4c2/1V3ftGbFxs0Me4S3nteAbYUnvl54eFNFYppV/3y8eIMT8VQwMUR2pKoGcrhJSdyG33orE uG/qWvfmmZ5Ylw21zqqxbripWa0Jrxs9eoRXIupUj/9VlpoJYKHpZCfytUTeNDEnT5B8s4+06qMN BjzSP8uw/DcJSrqd5qMGrVjmGkyYq2pEs93DNspTmaEk5/o1+ov9VG4nMQDjagrsrBDtspqHH1AM PdyZuAEZBTJ75pE9hzCMrjjhHKMSAnxCgUSOv1TvkXK00oxGt3Zm7GWSLgjNiM3IWSangR68iJt3 6xkfa6VgLbskf8ko8q8Gbil52i2fsEAADVgmMxUywmfo2pB8pfRDmFCwbZGHJyYJQadmzcf1Arth BkcVo/rH98Nu6ZMUrm5i29CVXo1HermVRuEAUs1SESVH0q4hNLU+G31R1eymrMYZaRBgCeVwmksG VcqzWABfZYYFj2Kl45FQnhhqoB9umLkWX5psRWmxp3QGpBQVeTZwQJH564cFBe+RKYswUJMhga3x CqRO4KuLEUk02oUbIzG1mAwaumZkjStWB6BAjmJjJblYhgxo9GAPbEYqngwdZsvhB/rNS5iKQQhC M+qh56YDAaej/pcGZiFFPVTQeEMCZ1rwW3YRihdUl6wITxkFWgyXDbpc5zkv0wtd0gBj3o6RIg4U DyQVo4r3LkeE4fTJRSikdUnEtc0Gbqi/FZxCEnBBY4r2/JEl0z5rqrbz/dcDAjrpNq7FMPJQZQqp bMghUXbdvxAUYaAy6Wq0IUguiAhPzL+qR4E/sOowE7KhLvuqk6I2TDDRQgCQ4Sm5C091DdflQM7l 9Nr55VzsmbECN1/2OgwQq5xj8SChO1P14wgzdiEpecNUe5xmnYcB1fF0w/VU4UYAgK1l6UJXa9Yu MniD6lBUR83qzmmMBUJ4z4WDMsTn4ytrKoX11QggUr3OtYYI/ApaSGiOHLV+0zH7JCJJIfp9VCbl zoFPhsHaS5Zc7FoEpHeOSjdZh9c8kurrSiTK9IYY6/usOaYm/JK6f4bIhHA8TeGIKuvBxVYoWNNC c4ieW4ezubkeil0OiY9d2oFo7HjrCNpmKNl0wjR8NW3m3CGG6g3/IIJ+oIBeOCbLxiZWuHAy0Eu7 0GmWtiAYjZhMaTPGXcw49WwgmS0MmQuPnuabDaBj/6I3LzIwhOTujmTSiTPIJPTTj0akLjsyrUXR 8n7eKSePZvk6QEWQuZDUPTCaP6Eauv4EW+6Qo6aB7GJrImAJK4PAWqMai2wEnOhcvM5dSgLEOR0e 2cZsIswhelhNmVE5WGBLCGYz8ioq1hneapXkZlOMzTHOsbBKOq0EnC8+IHAKas08r89larouymfo KQnH6RKnah8L71kgLwMR+67qcKZ9gKhyPWIYOajJxvKUXDpP5hzIK4Fn0iYYARSqKjITUSAgnlAx dBKokaYAHi969M0dDYKQLJxcXtu0r3VG5Sphom0Ybf5j68yjnwQQO3A6DvRDI7jTPmlEXKJLhtrq FZbpn/RLn4IgVlEiWo7NJkNfi3oOkxn20VWR5CAfMmCOEeac/MhHFqNzPscEuheg91UFs+qSeKAU JXPttohTWtEXy0UE0UfzjsHeeaWmWZILyZm3GZLBV3aPutg0qNPe1HMKsdAze3jZw7exm3qjsdHi j84ApviT9gUtE5YcOvl3E1+3rWlSRgMqyQjLLexiVIozj/fX4X4/32FRYZXhRAiyvBTi86AmGkia 4jhVfpcrZ1ouMWfvIgbYFVzTUR6sK1+YWDbV0m1SIXA1ZI7GjtqxlM+WNuAfP3IAz4qp9G79EEXS YvUfwT+zMaSe0SOPMICswSP0O+6YTlCiv2bSTVfbooaM6sasrnHydKeiubWDMhizp3Slch3Dc8NI RV6lofl+y4X46660mJXzZJS1QeI8YjtzOKAeILfH0E1/2SEPwoDEmJHxHdibYuhXRSvlS8s702pg iMUfqUdQzfPqqmRRbGqbJU92SCi3YZGyZO5nX2WZPIQXrAp7XkX/fK34Ja6JWdeWyZDUIjav2QKV McLije5tuSVUM5aHseyhdn0W1XL1Fr8EtWKUCyqLGo0XxE5mhAeeKMkcwgu5N4/aDnzyYreuj3cm bvAKE/CCrPoipKy8lIAltnk6sTYTaIxGXKrA3YyPP1eL2/XoAC6b1VhRK9DFV8S1C7c8BCXJy5cr 9cVkTpdu2HPe4pnN4fr/72kV9s2+XQrgfuzy9RSLCc2EqNmMTuuqTALL7cPfYp+JDzr+XgDs5iAY BSYtp2lbBw4ALkNvg/E2HwNDTtoTnSiZmtppXDucEoCNrq3hxqBXd+Db/NsmXRI2+Cv3/V3U65lR dvB2Vz+iNIH5SG2j75nfJRVTOeZZdlLvkhN/fZhJkDwRERuCXUMnKa+IJpwH9QyQAliJ+aT7FrQO SErJBqzqPIwAzawaxakUuPGfQDFTzDkoluEF9mmrhAFYZmzsVhJrguADQzCvdH1JWaaIQkqML4bE Dkgc+4HQLuULZS+3iyt4qlHa9xsac6X6mV0VdPD49dU+/5lcJrseupWmfh0wNkXhtzxljwDKskuF TBB0aD6AcfR090Iaq6uAiMXW0NVZSsaP5CjHQVa2TC8JIdpn8tFLeuXgZNkJ7tu6bXPFzmZlTPzL 81iO85JhLmyimsdFcQMTp4/rqqHF5z1AI9URNfZZyIsxs/y5la3TLKCV7bqQuGcjtnvnVTmQxewe tLBkOEcuurnYKfaGgtAmnX1/5/7d2Bg08TbBK6/ISoGzFnhfkldexOpJiwiZQ5Ih5CIp2qKRb6Y1 0L+LhET/WIdwVWLciE0eiWxh18GKTQunGwGGnGSSOmpfFNFYn8auAEXyTQTkpGEmB0xbkWzcKgtp ioG9gDi2SkClE9pGpy6bNQzMshd9sOp01Sg6oVOqAAuekZ8eMw2aJRyXc6uSl55fTt08w82Huygj gBtpcrAWeLJYDRASaa4fCFATCUsL6lNE+AUgmg7arPoHBc1J0ZAp9W1QPRLnXD6gQGqP7tG9DIpf xRoZYkFmxCq4fNaPEtss3JKAcCPSGWgit2pBZm1005Dch8F5y5vyN3rsfJInB2omKfGfcNTfnBT9 HTFo6WxKaZ5idLKQP2xZxEmdZOfL47MvPWksUSBLStfc+/WfF9VzdpPki+6hilFOSSSzRLYAJVIG OPwC8WJfqmTshJOi6Dbyp+VEyWdKtzKz4I5BZgPhR9ziYLGrSRYd5uTAk0NoRSkG9VkvUNa06Ljn rIea3VlRCYv6uZW+jG5Sn+hyWIwYOYrgmDZjXgt1t1wLd6TaE2V7/JZRNAsjHSQKWsrOv913ga1f ky41JGcYqLNyZryx2Vk7Cpr+J+368gaVFSewTIB0wig6XpNzirStltYuAw17qfIYp7JVKsNXe0IE HcbYREvwH9pgUFfVKrIodKnDYqlaedlUcwsdSIZSVsSUd6ULwxtNECuhiuAt87nKYX0mt0jNorHB khtCPkMFDdxWnzAQ3IgapVCGi+F8sBTBdp8m9yuP8q1iOaXBAf6HS5lF951RioOcFCh6S2WOiPVE yjdd4hrWBb+8EZr9ca4GRWlnQmyakT90B+PaG2djh+WZ5d++JxE4e2aaYdDs7EfP3AlI/0xZAJV4 u+nG3T8eNORCxjHIQpVeXi+yJt8wQAVM2zCKts50x1HdhQ5RggofR1ew1XOEJA6VO4iNuL7eESEN qVONUf+qU48L87ab9dpE5R+MKGdqIO80ev/80yal2Mmspr+SsAJL0q7/thwFQaRlPNJDki87mLO6 incIB9FBe6KeFmgww0WYVotlYeLucooyXZfwSntQ61fn7uTqRCmQQhBXJJZEUVqGVaS97ubK7gN0 tSNQ2aWuj86Fdjy4AbJLyrVitm9yYQ7av3D7EsVUnLWjXzQpyXMgIsPfKKgv94RGW8LzVQ7ooNo/ VKEp154A+WaCJbRumMo/SxWZVvNHSRCfhg5Exhwd79GF2XJhmmsbhVNk+dPq0rbae9gdgmGF8jKF FFz/xB1J9AinRkR5MqurF1/3CUzMJ9Swf2tWKa5e9507uwIDX31RRxmoq7OsNOILNZMMBKrVZYwQ Rh7BM9FCwj4UdaPf36XsJKCPFDwbipWMLS8gDaTSFu1lFfrVUwaVX2Q1jl/qcIbrowOlTEFaJQtE 01j4B8fkDFCtxK2yZzcCU4K+nClFxD5sQQco8b7gNRZopNTUmKSSqAOvRC03wF28NnBAisx4syTk CLXiYNZImfMa4+vdIW3ybQOw5yCuUQtICX/Yq0E4LNq6qAl0lxFzST4cZCoNRViamSy3wELyL+gn jUWlIF5qU9WL4FC+mkNDJiUdyIxOFG5GXmZuHGFRvpQRrlygS0YDWuMe1C75El8Q5YhWjlLQa6Ua ssgWXBnCGGA6RRZtigXZEIvq4bVR2jwA0ub4WFNQdRtOgYvO8L/45C3/SkhLDnk/EgwtpdGrkTDN qrGZy+h/bFFSb7xmZ9NMMAMQmj4LSGG+x1q6ICwcG0VvvwjUKTVDzsKrTGYlTaEneSXNjJAc0iPp OYsOpRxSawofqRhl7FWDvClNTeKMHe1FdtKv6m/YBG3Q+HOqqArDid3VMeegk9xUNp7KTlbQ44uP BTrvpkySQHWhLBfVKk4zSaz2AXQYoX9SBN1jEvvJAbqQU4pNCdmeX1MgozIEvyrClcl6fqJcq/DJ D9o+J2CfeF12F+PstMhN7k4cUx0OIDsVKxZl2LrV1kgKVrryVXYN9DtLi9lmJOefwcm/3JLg8N7W AsRKFHPBisnsLUjiDxjQKUkbuEUldOKurpQdvfrPzFWRtTSNoHSUGFZXrNEQ8smKTk7Hrhuv8v7C H4lJbSqu+FMCxjEqcIVlOavOKNVZQ4hWikgVKOKM8yoIpxFkEWR8OlHKFDmBuVWYDMaBOI2tlGOe WR3+8ORsLCn9eZdAjo6crWiZ5bRYM/bDJl1Hebm0d62aeW0jkAJVj1hJbdIrRbGKi+zRj54rnh/i UYJ9lSvpestVTnv+j5x7FTkHbdthGf62gb2quy0r5G0cx3BiE1GzKmSCHMaW0iMWU/WpEaVUgK22 Ruy2P4EeRLQ60EOukqh6X4pDrw2q+Cp71XlpJJLGp26Zg+uq4hNzvoMRynARBUG3TNZOVTuF8kMb HbccyQZSOtV4p1v1wS5R7GtrRDcC6M36V8hvPLrgDzmQD/SY/VZUZ4mx4q7aaLBmxzqimaIqBfsE ozCUJPkDXQ/idZSp0jabNkaDD+gG9UbBOKc8yD/r15pdiBShekEg0zVm+QZj5leEnbH0j5VXIib3 Siy8qWlskyauj8KapfB5OwvEfnMfJCE6ox20qnvPezpkdL0t+uc1BWZhUOLmuu47n2y4goxRIsRZ lrPh22YZuTd5gLuGk8IBnyjNx5aMAs9t3cFswxgo3NQVdSd+6QdgT18KCYv+0n604YiVpoFqMoy/ bs/sgsyDCNeW54JRjGBaGz8SYFFmyvDG0Nqhxn+6sDG+4OITRjQ2i1vyWZSfgLoFBiFZhCuo4L0N IThFRmJJ5kTFkZDnEuEDiUwXQBawIIb+6y0hpOHu9Bdcmlx7020L4TWCgz5H4lM7amuTCQB0Dg05 eJQUmMgrK+TFDwbEQkILZXNym0pLJPziyhFdFngYTEKJZAMTUehQf81hCM7svgbpeUrGvUochg+d XQvTNAOLIAappZclDG2GQCTZIr8QWW8x539FhEJZaUBP7Yi36Of97ecKD2s6k3NRS/8houcFhem6 jSO3WpDqaBW7/mefJMIdcDDZxxjSdZd/FR2Yv4d8kqW5Zt9Z1nLJwiXgQiqxJzdW2rxc66x6azjL PDmR44RHLEKIEmtmPzUYJ80mKglPZe3I4Bgru3j/fwKtOpoesjcTJi2IWXElW2zNS51Zk92Y41vu TCg2K9FFj1G+yHKEfr5zMZ1IfGdqZsLXDSOyEUc8BeXihpEE0gRTwtfcwxjLoUmD3cuqsz2JPwpL WSVkHD9182LcVmNvNUJFD4W4evGlBuWuyyRQ5ZEY3DaGmyibv0itk+3Xm4dn5HQGdY4spMQ9Ivjj j/d1EiX07npXaGnSUAW7qUi9K1A3gzOof9oac6mdgzjopzS7yzBvtqha0C6k9iIY0TfKbVwdUJnM fBhFv6YjxXrHUp+/Xy99DV2YdEjNIZxZP5k+UqoHxAu+2IHZLfMo0aqI7qDmy2lLhnq+DxVozIPy paThSpaGkCQYLlEyfSzdqp7J3I0UmzY8hNlOnX4yD4zSUQM51vbFirLBQDKSTr9kYBKJFgKMOEco zhEXtW/6X7YL8H37IH680SzS8jXWVz6GRlzQ76CJUJ0DDr67yJA4iIyIh4dozavojpU4xlQ8W5gu yrdL2JtgBdecM4FpY8AeyoxDrLkyn4qN9P91Qaeaoe89xKOm9Ksnb+OYrOKNSfw5ISK899Hcymxb H8F27uKBbAbRm0syGQDIg/SPKDyhaORQTDuXCE/obCIw+sMX2V7MrPdR5zNaRVJUgAPJA1bL/QAX 7CgMiezQ3kNaLO2pM4ugS/EIpPRAjox/wA9E+tZgH6Rk5YUN5ieVFf7kbwRqcjEhe6MD5CVFcsjq kN0zWCrTFbiDohNH0kolWe0L/HELSHW5qk5Qu4nX96UsMaTClBwkK9Iwewjpk/q7Nb5ERxQoI4nW AtghWRm6WZ5QSKDVqAUnvbmsPfQGYSvXqr4pGokkV09Mvcfp662eiSaT10LfCRFODy07M204oVfN SFmRsQtrv/xjJHY9sZdHsVXxUSIm3bUbxqJJF8ombW705ATKMomrcZL3GMKJNINxVuciVzk/ZcjF vFn+lMqmW/3jNQ1b0tWtOEHhZxZhUNKuc2/mLPZTyRsxXHadSMrhTkLOeCi7HB6n8KJITXiGlA73 eFKfDOOnEFLobBIjpDfmEnJG0xyE0TbTsSqfrAjWR26R3LWkNEsV3D9cWxqQGssMu1Wk2MY4+O1S FLaRV+QQ9FIECILYRqauldfjpE3ZEaVLR8pnjJjyppRMfezgTMa+7EnCP4cyQfBZl80oCiWl0G1Y SKWpj/AQHUfpmnw6MZ12KnUMoklmn/ODM2d2CeObO6eT6ByPyb9aR+KNXs2IKZnrFePGJNXmSjhv H6YhiMM4IMA7/9be5+gu9ZoEWwRPSSXMa191Be6QS1LCLsHm0Ok0683/ohlTi8MuVMmSY29lhCNU Gy3f88LfG5r/DuqK8OEpKfGGCp70NVWlOIYbHuTV0YN02FFkicIIMWyglySbzYNUbZHjSMlMO3MR v9CNRV3BNdZfrqWb90B46MMrvaGnlxfLdu+XE9B6pJQEuDOtSUUhflfnDEdaUiAn3CWSmTtGwzTY gVRjSPSE3hC+SJqled9+kuZTHXSHTuyUfLimeO1jKUKaIhqktoBF7gMJgmqAyKOMEIeKi6xIEYgD 1iBKR/3AaY1ckdXpgwA1KXCkgeKLFIP0El2cQSBfjEpuqSJX1y6/LgDoh3hSRAb01xMzKqI2OrRh s+htqw6V2SSpcwunI4RRMAxVAiiA5xy5kMcs173ASiHiSTQZt8AGELxmEk11vcqNc/njF8wdvPS1 XDqsFJBzeXuMnSM3Q11Zg+0gy5CzW3PPsIhL4UJAyKX0Idf1fN12AWXRxnUEQUWrrd/Bn3bkwiit zO43nbWrqcqGXTDDCKfQrCKkCYPEgQk0F6uqhV84YFAi1fPEpR15DltittmQCYUZQf3Eblzo+Xhp ETSxlH3p17i/7DcXj/nibd5XekRK+o0hFxhVKSBsdR3mDJEbNpkc/5sL5JXmqQZX32MHMja5M1nH SmbDIBtxGokmtCUnUTQ5Sv4oJ4fKQ/O6TNchqqxy6MpNyqbmbu5jqlMlPtPaYB3ZrePUeYbR06Sr WyC8NW6E5wWhdHLoaht2v4B/l+SB5JB4RfMIPkm1QAC4sYYwFi9fkqH6cgQbUMO5/zlLPiGXxmrW biv8sEUegj7/olZchCXZfXosN26QSsqGJV79Nm5WQ9tRxJlRfZLkcjAJDbem1iTGBzXUvvcgJM+v UI2oMt7MNVzV2quFRS4Zm4AEF9NRduvaV6tRaE7slOSPFGghGPI0TB0aPXVw8+wqkjMaIcFxMjf/ gkLtTOPzZRRVb1oXqLdAFIcsJH3Sch6ehYYGiCJekjmeDX6WvAluzpX8hGTeJ62W3Ft9tDqFYMcB AEZlrAm2KAxgyIBRJSIiXiFaviENZcMhf9aM0KWYeTsHTLkJCmd5QK3Umhi9zE3DnN11TaXlaewq bvK36q2ZcwCA+uxLTa/YstBcxCQ4EknBXEbeVNFvElw2kFH1dYpVlyAunKbKVuKbjLCFTKieHfHM Sq9N6rG4DRBxmtCbGTCMIsPcBxsZHfXk8EUPFhR3k4k/WEywsxZviRF0S9jkmY3bQglRMvpsYEuN t0I5QprK6VahqajkaQxw9bWKjU7yMbpguMSjjcbYHm1I2c5eAtM/+06CiEd+5gHoeRO1ZD2EE7MZ 4pbAWLJmrswzvLy931r/qrJquEwjbDcw4RQmM0uSjswMuhExpU/H66JYR4CoHzFoZkkSYO2k5TpF OU6yqIThMGvLFB1Ivz13URfa+GzoXPD1d0X1UEMCGREGAybjNjplcrroB2WoaFoUmnttI25UE7pr mBUpZxLujkNO2kQHMyvBLvQWavS6zZDo6Xs+YTToc08HmUuCQ2I2znxU7d3JmMkXW1yoD5iAojBD i/Z/8kdjc88CjdITg1T+Yi3SngpUHlbAPmnJDYY2wWaiiyQgtIp3UUALdAF3io5gEwv08HH9oOKs lcgzaW2BkyPQC1/E9eQaVyAftwUmRhLLmHFnCEfUBOM+ZVkDDJ+tVgSBTbNTd5cUVkAKu9fzJExF VBW5S7j11xe5l1JWWUoU85IUbV4DtwgaEy4JG5cuAUzd5tzUhzt3WpFzpq7XXKdOsuiMsLoTHFaX JgXEMa5wBQayCbTketTaziiuPXvPPiGsfhhUa4K1Ka2ld1UuSaBczCf/BQI+19Q/t7dTdBaouasy Ghpr9poHZXLkUznFGiJx5K7ZP6TQAtRk5TAzyZXuhj5/YojAZLFqZ0WE+s5c9N2GI93wF8vlcDj0 1h3D1AaftnsRSMUgVOUi7ILk3eCpsJAlV2k3KCfl+unSuJiP37SVnS61MH7irutJfto3TMQlIuQr 0JVeGqkIEkzlznAJlXqDZjqGKpHvWMUNsFY226p99pAXEpK/AYWpvRjI1V2iLmRcSgmgFvN3wnt4 WGY7CbIV3PpRvMxSS3eiMQ6z4rmqdIicY0SXzfqHcE6ZmdCFzkme/UQC9lGLKgbIjdupKhQ6xPHB Fa3PXJKVIEJU+MrWYzBaCDnrStOhStCUvkpHqR+joSKMzZRdtFEycf7cYgqWiYSP1RcCtVjC3tTS w7ygSifmFArskhafewIk4p1FaEiobqB8XeasaOD+e2/qdDCnQ6tBYMjVKAgsiL41QWMlWDoLIoMG P23kjDofWwDqqkpG6O5pDy25d7eZTjTfairqAEIxrnjsTSJKno73AFjGtJyDcTODMsaJXLeBQzCl Ma1vwz9D4D4oZK78Imn8SpW/H/9Kqm/Xb1s+Rj6Tc7Vf3+tlKCZOXdnCCrx2w2Y6iEEOL6bkiEdJ kZAW09qSEA2QlyZRT/1ZTBoVH83GQQdqQ6pcozw/zLJkmNiWsTgM3DatqGxbmmI3ftrsqQykXnVl +mrvioifmzLCzASNcdM3vnHwpCQhqYRJy9ID7s1qS42BFQfJBNCQcXotBmZFozAVV7YSTUoQGUnp k7xz4R3NQl4qeXGknWM4Mq8SejgSC9VeV/65ShjWs1iSCrBRBih/LH2vtkwwuICbwMqVfavayEqO VFpxVZ9kNa9FHrey70X/m2+vTQ2c52L8V5a5kYk4kxPml07oSoblFTHNMojJ6eiMUNeJiTjKrTRM 2s4hUfNiuqfNw5U81IF0VwTpeSyQoQk7RI1YPHRJHWNkYdkFLNiJ4h15LlnMqrP8mEXmLCgYYU+7 vIhJ+7AF64l0E3QX5FPMzeWtKCU9hup6VkBOnadubVQHqFe/nTJSd8HgS4AJ4uDtsnoXNlApAYW2 xsdmqqtr3PFt3CqBI3MKVkBJAlKgxvJkGHIQHFoaVJvZLMy7vzcRRKxTphdFiu3ZQ2Rbg8tyoqwD JKtTZ1NvtpFFZWzj0fEslK1tk8O2OshDiIOIMZ6Qx0RTueNKORa88gmdZBnvus6ks7EKlWDK1eF5 7g+6M6uihgMFneZdZNI2TvSzSk/Xp1MUkjYDI2FWlGQzJT3pC0qOfsN7g4nhZZ7qHpxyES6HMpPZ iipgongUfAWDzSnoJ5fk16jhGw4gOwrLddmO4SvABrvGjBdUFnfwfl68n0xl72RQBzLUXpv1OLX3 lvqpu0JN1p4/tvGA5POipZEd3WMLuSe24k2DUkROKTpUHsGCs6F6ex7AWs/aKvHSp0dFYbmHZvSc K4AQZimOYJIme5pHwZGLQTDUUVbPBaougX13GbdbXYNTJeI+VVxEt4Zh/LLVERg9t3f3JdW6SC3K 9PxLZ1GENnbSA1sMdJ7hrGLjOVYFLBNDhGnUkYc6SuWO7iz2EBF6q2c8IsQWiDJX+bNwBZD3TrJd Qt3t0G3wIDW3RgZXyDuUOcq4i0k9MASzoYqDBoo2+EjdkWolteI1G4iYgc+OZz3O0Kyv/HYLZ5ZC 1A2vOWoRlYPQrw5JGM+eRUMIbegwl+hb7ixXuiJDSLcJNSNtlsTsjGBYsDv/4VwkQNRZkGblCbUF mhM7Y4tMGsehWUEu6wVTYZRxsgKdItDMwIHzai6Ad7ywk7OHJbAaW9pnUcWhV4wyZgeaqEye8M/H ibCcqhKEoIyX5ATnOWIuasR52mJWeGC+VHbBopztQGUfPguJDHyCQijGp0S03DnRcG1XaUnMLnYj GMUURmaw3M1hJYMST5QCNJ2HVsES4oiJoJHWSItlCJZnFl8W1wLzMm7ZOeKgTe5bJCULxsCPSzbS 1mey2HtTd7KwIEgSRRzfMNDwPiipkpGu49qIIXBy4/J4jOyA14UpOSMBNOXAlAGBcFpNEkcwJfwB ksSjoStVw5rHozzIgZhIufTFPYvmBBTqbCaVsnsSo/zKthPjtbRbJwJHpo9yoSRdlg0YgdXSNfPK t1qd8+0dEJvJk2BLn7VhxhXpc5Wkmw04HAIxF0lIGvVF3kye2gKz5A9K1y7j1z9qTX23HFZHLtYu JWftagvptkJ60accIBTzrllSNcbqBY2aqSO6ESA9eZQQth8q65IpZZWJ1mcokdUee52xxCYKCTzg JhXZz/dd1FWzrVMEo8IPicYUH9PABYgYv8HFtgUaTc9aZ5jhXnsv9BoYaGrdldBDBJ2QYxuZCOME OyGVjHOE+FE7LdEiNQsxSB9CFSFDeLLInFq4K0watB579ETKQmPKDaeJhuW7jyl7KtuhP8xSl2SA 4Mt/aC9c0EyPVWNKaUaeXktKM1EjElgDEQ+J5Dkz4M2OuUlKKW+PZsUHxa/pvwSPH02GoIxMDYdJ r6auiNPxfBO5Sdqtu3r2JqugYu/8jbLE6p0XbhgWk3zUkJp3BWUtC1LOx5G6h9jhIMc80mKLCJEi lFHmgVKL5peBDcBIxwprmc3CMe0nB+MgmCK8yadjpX+omLIonGcavZwxCvKNLCybE8umrezcJWkn xt2Hmyipqd0dAgHGWRqbV8CBxcLqzUyhb1fQQ+0r3kJy9w6nCCn+mB0p/MiZ2Al3cqXMAIbTauL1 IQ8vNAx/eoe0AqZsivCac0ljQtMIT9fe4zjB+tQ8pLSLLOioZsAj4iEARYIFRGZDLu1GnnCgeKcb 3R0wHwqxreCLwJktfHYeAAaRuHFwBRgvs0+JXNVVJO9A64Deu8qglJhRNEkyMXUxG+tF1WVOmvmX CuYIUx5BpUMLdgHFrf1q5Fika/5BgUxiIIb+JgmRyM8YQ7mHvyQ/GTqaA3jFSGix1R8HVHccjFvQ pLesGkH69xEPmEtzTeik3ZhrK7Tnck+aih+Bd2M06UQCUeq9ux2poCVVEsMBWloGcpHjuZu6kLau NpT2uCbOyMi+uoU2oNQ4c1lN1baK2WmTTSdINYpJT2ho8phnZNjFa0dTPB5IxBKM+wfjoqDmUuLN 5jV2ISXRSXRWfJaCR5RJCC1smhhLWYxtY5WqyCuhW/FIxEC+6cCBpuSmZ0J3IEqMuFJ9xLSRqkUu GBKsv7ZYTnD42zRxe2maXcey0BD2mgCi0nUvhSk1OPZTVaBjAWTy1H4GoEvULuBmeZGUPRAuIwGd xRL0TRPpSXs4k3Dpt+JwLcPMPE7HHKSZAeMYaLczMJ+Mqa7RmBUVKnSRUfkbsV3oSLf0D8qKi+Xb ZfvyZM8MzKWreOuQm4NKd/pXTm/lMYyXFiv6gFSYI49t17QrBS4s8OvQyhB7cq40+91DA0JLPOIW NJU6n7yxJwTJMUBUTJXHHmAZ5fDBFBUBbacolQzH8GAjgRFCP91QRiGJTlNrfhrgclVzbUInE6aJ G4PnM2R1FI3yPHC+2OOv9a2lh4fkKbgqVSaU2QZpylbMIOZpr9tmg2DPCZc5cHMx6LVENAz3s3JT aJ/EgmVKaqU1i4Iw7Z8W8Q3IsGKH1HKnroCcSVg/XoUHHzMfsoQrcgNk+lwCkEJ5SpZTe8hf+c57 dB4EZo1Y0lRhhJySRuQsMvocdkp42sMq3A1ijDGiCitB7psnS5floyaNRm35u0HYUg+AqrdkPzgY SJu7CYJ8NlfVLotILNj3EpxznGBcd/kfhc08fZ5JcmJa0tibYnHxw03bEBIrutMRv3IiBONrRMsf wgkXcf0uYyhLY+cBaJttNFNYgatAsLEZJCLpjgoWC/J6mLG+c4D8umibeBW1YJkBWJszgU+LyDSc 1iM4dC3LbdvlSXfLk6Oz80kY4aUoVKZDPYSOQQZsoRwNiQBvA2WDpkvUlXhoJ5Vyu3fU3hCjy1JT NWYUDTXlBUgZXrLyYBrZ1f/FAgZYolTP6quDM5fqw3gzNAjdNsvSjFaIAolMypFSUwSMC00px4NH +vPyYipdJmAi1mAJOUFlOAYGFWhzxNIaWTrKnucg1GlkNsd5pSUhhpiQgWHZYFRfyvHao+yaMCIh OKIpFOaH7I8dkY5mTC0oYxp1K/IdjxggokXfJJFcA1qybiV6cTOrlR4TrE70HBzqpWhVIYumoEXS SAl54wTVK8PYdnR61G8aJgQX4zMCucug1kUBVFwl2NGf9SKYTkswsgHMmmgz8uYCDHHcQR6Zend4 VSjgp4UCM8D8SA9Ni7w7DpK1vnu+eKWkgLknScIH8i6I9oQ0r8dpjZLimOIwpGSLMSISnnk6K1Kc MmLPgqPESjdz8KA+UZdtUke/5X6Eaypk0Oo/BkrL5ZLToPe3yrwUJBuZBjBfdkHFhS76QsYBSV3k 2gjQYv5HDj4ZUSeF0fpkYIkzv6QE1s682G+GncXN9ZKGYwvfk2dgjg7MlUzOjKcpZCT7zHLeih3y bJgMP9HIHPPd/IRA/1suLGVsOF7UOhApNd0oBZFmIIflk0kpCk5iNHLoP3wYoXljXstcG93Vnc5Y HAIEbVPJKFu2CLzDCkQaSEcI85ELeKN5H/zIQ7QgY64CfwionlgUC2XPsR0TiMpA5/96KLhwgZo1 fcJynWE1F5sUyWOH/PHD5GBdzm5hInePKI/XaCzUyE+Nr3NbGvhPv0gG3AjYlXpzzCD+lcGt1YRE otEWj8RR+Vw3UuskGcOJU79G7CtrqU1PCRDx+LMljzuIldGfQRF1ebdxijUY17LMQy/0WJJAK0nE jCzTSbRJUl8hN2nRBoEA5fiudmpnkG29BE4IFKufYld9INdvSILGbaWbRXq/WwSSih/BorONBQN1 ol/7GfVzhq8ndNpI71TzkW6JxUjmV8vW2KeAAnpEldt2Z5AWZMqCxMFQpwGUelqnQGHUJpXqKlkU QrRX8cjYJFH6YYn5YJEap4QzYTGhRQsqABdYTObe8VMI0Dp71OaSPcGrNCBroAtlwvyzgqTjuiw7 oogcsGbBUXVUp2nkzKlzvesrAAIo4kHY0l5izYBFiZffQoBByjhTuu81KCSoLg+RNOvZVVZXyCN3 Tj0YAq3bjFfH7kZRuSIKv8SpO4wfQAs2vTdWXxtg4FKc4MgIAmLoF0CFexWxA8D6CZ5KVZbQ0mAr O0GmX9VaFFanPncRe4J32yt028jVaDixwq/adfJBhjDoadKFPIRJjRuzXxk68pgv0cn/XeWwfpRy qggpX5+S6iRstoO2wYqMfBChb/hckN2KdgMCVYitl5493TZFxTQEKuPj3fOtfbQvUBUr8fp6H0WD ZvDqz0TuFkQzVt9t4WCkGmWdvHsyOb8ogtCFIRDqkhZokqviw+GDSNnqWGYyiyOun4NWgihHIFdS LUceKCfezDxMBtiGbIkEm3SkrI3OLKsoXTNXZd8UWs2CZzaxmZBdNS13FWs0VVchxwL6DY+E3KBR KDeXyUcarDdDcO7Li1m+TvMGWAM2kBHO5n1dm3F5NITwFPg47GRWBzoZDOyp6hdK+6vnREhB+VZv 8zumEAly+yo2oFnBpeBbsBAyEinLUdW3eYyEjIEmg1bbSSubSrikkA1VtEdd9Sxi4KOMCccqAywi MJ+sMSjWlJxDhCATpOhVXfRqpatVS+EVv4SqM5ecbIFEYkJvhg4R7d94YSZYRlCyiOxeECPWYK43 6bXpFl68K4NqMjIG25tn+KAMHb78aJIip6YMqC/lbptNm6sJrJyT5qmEeMNy0zH4oHcQKkMoyujY ZVS5fBabBZveR32A53/xoS+Xx1qkYTxVFcCJIwLhQB2hUQWPLE2JklVC43SaIPv7amLoQEyGww2p wDLsJNMZEsOx8Ud7g6NCauR1FQGov0/0ZdCT3iAxvLfH5+2174044qYa8e7CAGe1RZ+ynOTM8LtN iTa7UGhY9M83CCogLb0iDJIzsIYmCuQ1v3IgSKeflSxwUaZBXITCUkh7McDuiFomcHNeI8bneJQ5 63lO2kyssO9EnBqcmBsnPXjH8GiLDH3MAWbGvTdOak1B/ufx88YuxGzuL66gh+t1Qs+xkfExTtzU DjGwS28EJQI4a2iG4XKrdgk730R+t8lnHKxQUF+cEjGp2Etzf9hfqDPhqnW4pLWhgDjbDgzJnNeA OnbD3fhW3+rAA2Ba8N0XuaIlsOpPbcgamPrU1MYCpbiQvYEwHeIWg+FY5qfT4oT2GAzCDYuuAk3H KRQxZKA134e0ZMuhl1dDLpcTWjUkOLwCLMjT1rBhADHiB1KjN710Ipmm0wy+jECTfZUvDhnYLgJi AMuYoltmv4p7EwAofLqM9EI2+AK4yThRkJEbfBCpbmC8kMRY/fatFFRtHacvVJoqFzwq+DQfjebC mMXTQhB4BOAuGfbmu+1JKquJLx0iXxJC3d4k1eDOgHhBSkGvlaOsucV3P+ly2IykDChAY586Mlaz WD7OR3Phss7Z1SBfH65m4VJJo+bsfdKo9Mg/wvM+SnYbLyCpd37q3iT5XZ2wroypyBK2+3jcMx+n T/SkRm+xYCWN01jPMkUq9wBi2Unj+A8TbHrHdJ+z9V6r0O6x6hUu2rzRYOksX5EO5eszmd4GdNgc BHII3DGlYs7fdsWHIVHHmeVvGudQ0iUuQWhnyrXgaMmPlcoooz0lkLFCdMIHRwwhaNR7HI221h/z ZXeK0g9m1EWClTGRNfWxJdRI4CkUAnjNBzQP9Cwe1gBJRp6/G5FwkaZfAgqkaKoh9Bm6GG79o4nu wVH6QlSo1GYkNeCAIf+I5eCU9h0PLdlPFCb6DZvEucs81+W6CV8aEc3la9rxTO0ZtwlI1LX6VJbj VEAtgCZYRZjUDHjDy+YJCQHIjHIUFq+RVRikpoA0DEcez/Zx241iEnUaYYEZi2vGNDXqNtdszcBL dnLao8e2WBcRkcfLrEike6eaV7pEMZvissZCnuGw4iAkyI6qKyJG3gJvXJVmgw4KcMIF2BTa1Ddi RK8EUvc9UzagYGESTTAQXkFP4EhyfXkHwTpSMYQZy/T6KVFZTQz1tA/f1EnQJSnK84FdJhYBLVSV JJbMqoq0JcPMQjpV2mlEiimTLkVPk75VOWxj0DyEwMF+C2eGRpJAoqG1UYWSgChw07DlnoDOMGFY sK/DELhUrHjAD7s2uCoTp2UTnJ6jezJVLfc9nV4WOnRR/PDlcaXeierk/wlf4rqrSzkSoTw28ppi iWXF9gWWvpkH8T2cA+VITdo0otOynESCfaeSTN/cp+8+ul7d+O4bYBc3mro0TdDGFX7QY+KgG7/E u9UCkcV0IENwCnr8ujtbdCUobiBvUJbYy5oSxiYFoL9WyZza+A+pMk4aJkBK8LodnjqHAA7ld2hk eCe4c22nSDr+lrroRlfNV1GSpxzViPbeE2YYQhSM9nPfbFUpATOkUgAm0GFwU7zggbNlucw/3bHv Gpe3yKntV2D5JVqNrW/sRWhBmcvxzYGHTrTusQPSUNToYCVcnq41gZQXcU9jBT58FPH5sUDz6SEA JCNIKBKr9+bpCOVK7RDPDasQSB6FDiMaoq2qioQNqYsu5a3dzpFw3N9UzQWPzjds8Bapfz99Iyfy PNPAcydwFEEOcPg6LiI0Al7VuMpLW+R3NbdWDm9bdU9je/fIOJmhEe3Db8VwtbmAwtABmzN8sx6o Rk09qBk4arMCEc0HLHjqOXSkRedgFMMuQRTu9FA+WZx3jLKQ2t34TiMoISJJFsiePR2CNOOOrIQj 7zCr/8prRvdouzfPkKiCh1s67myQm6XvPXaSA/UiDEeoNWT2UK8hqxPO77mC7NZh5+ghbsPlyDB7 oqmD2Ee/AXXq4EiWsZxiUhkQp+Q1LQ2vINOq3jKH4qZBTaygLBUzIjEuMeqEL5QSGFrIil9n5ziE 5AKmqAloLH/VvjgLBQbTROE7FlMuKZMkDIaF/WyrVm7JKSG2U42a03McvpyloUlcRLPFMrcRFR2w RwpVa5eFkWXojYvpUvnAm0pFBXiwgKnpNcJQPWQgThjrHHKntcbKF8ABF+XEhRomSsAFGReyCm0o 2uccP7zJ7EdHJqG/SBIZu2gU5RiZhaPO5WTdYkAUKS1hOx3cLuJnTf5rZyu+OJjxLKwaQw7gq4Ed z3LqWpJFVoIlA2cK3bB88dhDt/2aiDnAy/oTKdhPOP51lzGT4R2BRgYXEfHEdHgZGNg9Dj18pCpf YoxSrXY7SRPl4MJDExkbHrvxAYvto9aOIBmq5gzVL18jyRCyxGNUBy/264Zaewbm28VMVDdGr1YZ 6T2PCCxcZAhNLBU4SK8UUX8sHi+xEIceUAIStPUA8A8PXNOinAzbTWN5keeCG7WncFTtHBeRWAeu cl84It0ggzyDNPNNb7hhY+Esyo3ROB0i8u/Lq3347D4pssrcxLXE10USV0stmm2SDD3YUAlgCXAw urTJVuVNSDGNBXIAK4UDUih5SQ6GBAIIcI1UBATlcOmh70eTrbWisZLvnQqyB4TyEor0DUfZLJWU X2Vs1WRWpgCVHSEQdLE3XTXx9wEdUixW3iePbkFxJkVuCSS8qu84JSJbNLzhvaPePoQQVbcEyuMS MabiTYBlX/E/d+maA3BFZONU59Em02RCZXzFLGQ42dXpi5PT96dd7kQ5f4iLbFWDJk00Ob/aEN6V uuW/8cLX0J3LlFbVPtpIHIwQbtPV5tYJisCcXKwxjuM+kpwZuRO6da5VsxHZ7BT3GX86Ok/VTkkc 1zAhilOSNw1BTQFEdqPapYfUWG5TuAHNTVVdJPkoxjBtZ10tFxoS1lWTuo1HOBKFwBDB+asDnEii ZtwWrEuVpD+WICsUTKVZPCorw/UmaMWRUt4OH6Mqq9AsQ6qMVtRzJEKN23NRwlofioCMHJFxrwUu 9V2A8FEc0YNPmgR4IVpPZu0f1q6cPem1hGf8xhL/s42UGermdWNLp9ZJddV9PM6KEYnZZcUujSRI WAIRdYWnok46TRok6Z6IkTdJtlAomUuh3FOGWTdqs1mOWbwgxTaIGyVCjMgVTntrLNZypCHqedOU 1zRQR+TdwhIueI3D+d8oZPYlGRwQGdmGWGDdhI5r0QGicVWbiARXgyQAlL/ky+MYqGA5laVoExns 6cpnJj/HzxjQzJtWqeiqbJ5DMKkk0zygLdkl6F3ejq+MJAllLs2gf0t2pQdIQCP9dh+NrIxg0wh6 6OT4iwdoUGLqKaB03k/iTs+1rmi4ZaDq0YxaA7ggXTPRCxYyWQDZth9kzH6TSN8VyMJZV+N0AsgL WwXHLNqFRdzVEAMknXXTzbRhIJmF9yqQszd2iDWpMhVX8je5qDZf4i+fxjLxNLvmNfqvZWLlDIEO jEjLMvbwWis1V2cClRUWiWfhEhd4s2yKjHRQA7xKZvDZPfUeV5zPlhiHcIuDUli8x2BPDJsy8R6s xbbw6OV8/UeBWw+8qFvsT1iRLcxsQltkF4XJMzsK23TA1Sgu2M+eCM1YSEvepY7QuyyFCHhdcsi5 U1tOWxeo73KZ/1Lv0I/honmzjGl6L8cg8RVr5XvFStEqJZAJeXrHw+F2jZqG9MxhR3vC2MgVT3pA ibgszxR6jFuagT+Mt8skexGaomeLEYLpsg4itwqc6aa1HNG1NJtFGxSmcW6YlclSSpOsWdFw1QBs IDMkriW3NdCkezSaS7I1mIl+wmouhQgSkHDNxpYlbkpHkPM86uZfMl1Hc3IBNkCTYKMKUdRD7gFN JmIcAxsnfumKBcqrFCFugcDskJtTUyFAEmC6jThCoe5Rlg33Y0msJ65zEwRo7vybp1x6wxRLp1lw GDA2SrzNsj1OU23Dq5y5LRZBW5IBgMWegBNW4Yt1KM1ij1lkJEBRFn0Kx2bRaAhV4kXJoYooBizM 9UXwJv+k4PGjqgdiejFIJ8oUK+oWyhCmsa5N38l87RkxwRuyrnhq0KqbKHQqcEuyIfpqBcXPjyfW KrBcry/qEJER3nVji74W/vRhatNO40bD7PXtYRYQJXUVry1tNKfWIX6CBbd2Uu3IJHdBJ4ClOMqq 0lCELuJ1ixEbNH2YipJfYNF98Xy5tdPs0hh+mAHhRq2eGRR7rtxRZSb/iylfNJyqXKKJblTvCcBA 2Gc7bMbFWvuUL8ReggzWFbaJSAjzSveMjKDcVER0qVXEI7M0pXdUSuTqmSZosFtf9WmI4U/GgNh+ inwHZktmcOQ25ZhINZlzkOWjjERFdKi5uZINJDSWxk0bddEulAyy1Yxcoz3ZrGujcJw6cb9VmKNp Ao2TrMvYQRxucZ70dVcbfAQsJXJGZ7nihT8BfWbGvkjIWUMU5vVn7PwHz01LDYoKAC6ozBWF6QYC Pg2OosSdR1Ac/EchT8zWEZ7c2khmqMo4LuqhYcqDziNkcJRV9bwOJ1Zu0lVelgXrWZoRT90LlpL0 qj3HHAEFghQbGpUxpXeUrzBtaBQYGjUF780IYKuFsLyUUYWffTlFA5r+GyU99cN9MBIY4Rm3FFQU 5LNDCeEmltFSVuZPVTW3m+kwCVEfpRczdJ0cMzMKjMowht+y4fTmY2HFV/GqjbS1kyWGgi7JYQ1e lNCqrwlwxPG8Lk4JMZhUVplWFw16xC41ozgZqJ/oLCuXzPq6g9Ir8NyzO4gWSjvSgqK8RC/6LNgQ aIC/mII259leItFrEzpXhfQyGnGqIEXdiGhCGjKM5qWjRnGN2Sg38BDOQq1ko4qTgF4cLhAh09zQ 72df/nRGcbQBXS4pMOdLe4m6eJxk4gxPMZFavZG6NG5fdtMu4rpHGG6iTStuoA7590/vMngghRHj ZH595yCCq+GLca6+UG53cmWErZWnfS4zw+JV8aHbYGq5NPAEFul0hcjpmd1C4AN06cHpFV2BFnQF 7FAhTaPLM6uqSOsjLO86m0Eqj9tmWIu+h14Dd2JmJ/Z/cAbV8cKuPhlkuOeeQe5w+7g/xCjV6WAM Wtqx4inULGfFYsBej8Igyws0m++E3EY3smglAhUAGAfqgKSqtAVSYUR92PwI2z1QyHuDeB52+FI4 I0DkcTTS6U5SDKA+4AwSMCZi99ASRM76qee2nY7MX2i0zsi2DSPIkpT2heZFUs4ltUi8PRGRPgM2 FzGDFMCEKhIT7rEDHXflbH+dBCAajrTehL9pFqTlOUwniMzX8FJsT4+7K4EkhFe65rpgqnUeBrf1 aCQdjeqh0jeLKtoW5XQKRrJYeolKnITNOjVW/h5qbYJFpziKX+bOvMuIFBX3JB8+Fxv4KE/LzjLj zFnPIJpZeudibGjFDDktXmMFgpSBuTI3IjAo4aoAmReZ63FE4axKs7jmQ9lmTu+5oy/wohRaXxwh 5+ARixrclnuUkcouHZFCIko+qhgVFPik4FDQqaCgRzCLga7de6IoQiIAng2diptyxJCZ2lWAohD5 RtUDRDBMlERuKb7r4JMSXTEIO5sVrCt8hVgFHVl7CKCZtNf0qXCmH2mDl94rRQWB+mteiKrmXqpY 0mdIpduEo5MmpaPQZfSYLhgCcSaa/MXFxWggIgNCd/aKfqcqOGge+5rKgU2Ngm76yrxphjlqNnsL WfSbRpFPYRr3rRsH7tCTillFIASMTTinTcToGwvZn1abT5sEocPl2QSzK2T4m3Pl4LrAr1DXHJP9 4N/L1MK1i0jjNOWwiRhs2eDoUkvXjSnSTk31fKwAHelu37x2boDlKcyuzLxJF1uc7D3Js/5cqmCJ 7Sx8NtkO2xo7QD0GMVI1BWKJzLYJEtEIwR3q4FASru0qhd6zNEp0yKlMxtp0X9tDR7FRuMqEVigz QAJyeN+TQyHNl2ixDAufKpC5K5oSerpNCVHnjbAZObHsT+6jQdJ3vDTLv3K+4j2RQMssw/gdwzjL jRNdiQ5IFfgLus1Va0XazYUgdsPl0wUa8pabGVp0K8kqcUtZdWwVHgOUyK2XZzoVNrgwNs0aNHEv l3R9QXm+gmzNzBdQp5GR0kQPinBQb1jP8XIGpDYlbSEGRmgKOzOw3LXMRwgxtcx7T1EOCGboXogI SZk7cbG69oBRQVUJx7DVyB0ysvibZ+VgBVa6HztsENnJv92KLhM0nAjZuV35UQEgkSdRdlZfIC62 6rTemwyiqEGx036zJCcQwPOgELd5iT0S3CEp4jxnEXSSYjGv9Fh3BY679VVDyLXJoYy7iL2H6Wq5 hWYCwjr9uFaM0oWr7f1Ec535Hnna7V/fyECb5edgzQEBd/vBRj4ZojpuE9RCZ3Uw1AjT+GoZuYxD bTYBcBb0lx8aslhSFSILLc6xksRUupj0WNUSMDwSTR9ZpW+KVFQjSOcdyZ7315XegMQkBdgOX2zA SEbMYGKQ9k9kjyOqMlBuhzYwwExRV6LLK6kop2aVSCRhbpKRREWStSCb3GfhTZnj6yRGYsfQtxV8 V5NYiuBHMh4W0VecNC0tL+gLgwJhkFJYx0NLVjxQ0snUGYJThcbeMTHmI70p7lxb/sjXatT8C9sS Yx6Y/ec1ZBsTkjhmR96k7Lo4yQD9tvCU+zTnnEWSgFagrbBVvEss/sUxRmgxK6oDP0ZO7tv+F+VE qyGAKQGmBu08lU4HPifCIvSWfoIPBCoZbzlp0u7+Ip5XcK0KtFpcf0wQ4rbkvty5uApmVZXoGlSS F7TkRyPIulASrIGzrUl5qkDJgcscx7JrdNZZBIyNL8tKfaOs4yeG81SCLX6TaI16IlPyzLAMtMiV MZhQNC8Zr+g5GCRcEEnJAD2YanSiPD+e0ED+4L1eU0mISoTRkab4VNIaK45xCT0gAj46Wqi0jO4z QqkGJWJ/PW1RJmLpwrfNob2YgouobayWV2QpvowOGRYW+xI0kqAdgUffqCsEoGhBqZyJBSCpGmn9 rokDRD1XSblqMoWRGaZpBctxjbbpIlL8ekFqK/io1FPFNkcc5ylvb+7nJZ4IIQ3PIY16nq24ajzg zGaIPW9O7aEltbEQLdmUUc69DCV7ut4KRNXFcpJICPSZjTVH2nDI1+oVvvHesikpltLtYwyGQs3N kP9tEV8OWf9ZWhrqggjBQCYKmQ8CGQS+uF6LnhSXZqjGZmNtvpsnNorgXeDSm55YdLYwybQKWXTr qVOe4cw08NGqd89zjokyrTfbJ/RzvLUvfcif0xEi2/Dw9ieN69iDDV1ftoytBlhUUZyn39dXK7CW conCm076r9eGJHznGWBJBobpZLlKRWlrriq6pMkAWb7zeESt0nfksokuzSn0HJZk87xfMklkwZWz JNmDoqmSiEphSTkpMbtKxKA0DfMmAuxwvTrEOpSaGXM2OtxlIFh2eJgkVKfQ+h80VxzpQhYebzXu szZDEcnzmRoYRA/l7ayLmRZL9Ji90UWcjCRENG6fkE2F57tBUcXHE3Ie6yuZwp+cXuzj4eb1xJJw suECnvlRe6FxkNfrrft9ItV4v0aeCxRzQwVxoe91ch4cOt/2reqQlmtcTIeiAag1FKYhuoUqgcp2 CYIruoksPK1ZHv8NtBeXxGWVz5aA+io3msI5B8daFb9xkjPLvBaHQAEaHVEmgsxmfmJ1Y0lsdCzO oqxrSzd7o/N8rCNlSJ2kAEO0xGOYEgaNiVQn5toM31vy8REb6DSdzFEjjQX4g90SAx/N8Mst9JlQ 9EtnjssQyLDMocGcKOUuAzFfFdNM8Imrml5bxDCH/2wscphNHJFqkvRTEMzRReQT4JdGlxT5bJdz E14Sr2Gdt/GrZABNekBkM0oaLRnAAGshhOjJiHIBnpX3GwYXBJUv6NyMQXtCwwEhFQoLAvFSmoXC lmawj3tjkGVMS/tlqs3Nu22NmjyMQdZgrIjPCxN+3LBHx3M01Bo1vK6gsow2p2q/WZlVXyKf/cRC czG/usIu2Zr8F9+bSpip6Sb3C82np8ZIMc0jvEubXJc6CvoOJ5YMPh1hOx9HcykN1AhG4rc1+ra7 dImkkQWkIdpHcWNV05jmjuPoNrOEO52akxEnkhHV3KPKRL7QiAQX3zpGOumUgOKJ4nDXRHjZcyGJ N6kXSbDKk3RbFamScmwmxLN71UEbjbIZyZCuSxoJMkXjKnE56e2WGbMXJw1maBKuLNP+YsatiAdg k3Gy0gTYIGnP2alWySmyeKbF0vp6FepXDAEOBRo6YnU9Mcmry+OHrmlAgcsuREO1BE7P2MOllL2T aCNSXrFV4+8Hs7HVyqbQPdoX465ash333R7VLzvL941P4hlZvtOK2CnJ0XCMbwslQaUhZwiBGlP9 XjuxGc2UkYYZd+aMmiwkkal7nP2ZdsO2eOEgLU9uw2YaOvlnYNyg/eC9XrgY9ZEXIG2ikR6lh2WV RD0jEVJJFRcz8qguV+NlhX11QtJJNqmPznvLFJfA50g4IvLpgsyyNihMKUSWnpQr+yt6eeIEF/aO BRabMoFpoSARJoQfAniTQsrNANaJOJLB1yDE05SBgHhF3cqJCUljk8FKcpVg8Z5d2d1cQgCddLay aem8zGaBTazEjCKxIGE4SpwXNi6hELDEu6N6CpAdN1SVCT/aQkcDB+14OWpNBAbsI12aaOoqFU54 441kmst2HyjTRJh0okpjLUMOiOlfW/2dYsCE3TZjV4k/mKt+yxUT/ufu0eNxPQjv9mx9EOe5rDce E3FXcg6fuyPQt1h2UBnZ8lyrj628XK2Ufd+VfB/uP3QnSIXi7r8hYO6sSSVrlWM3zLg/0TcduqwH 4nl/d7TysKvardxlp9ztCh2YXatrc0crXHo2NBu43e6Pu7F6dGGNXYxWfX26sfH2bI0RObV/XB8/ cXW3V/3xrRJ9fXZrp+Nq4Z5qcn9Gqd3ajyt6bDRHCS/7/nH62UKv38f98f3Q3Yc93Tdvbx+4vDc6 Ph63+03jvtrRK1Zwip9uxnQh6hJgbRF1vepJYfzx9JhCn41xt9r7/aPp19VTFplscmZtWESQ9ea+ wOLxM7pucZAkDU9MVdUN/v3xw6cSvmUD5JBEwiW1p+fA6EQNH8seCfNldN+MKeLdIomcq8lrL+34 fvryy69zD+n1n8G3/JtAqrR0cy67wT6Oeuji7YHvO54cItyAi5KoMwa8060zlj8q8hcag/xCHn0t H0AgSwCUiSXL8gtI/WGlrTlQoIBLAEmNkRM2PbkeYuSMekRTQa1Hmmc3j6fOUKtPGuS1gnnIrAtG Xntk2MiCFHatwdNrSwsT+9wDLzpGP6cMi51BF+miwzXNvhyLYuGYiJKzMYLsIgWch5ylkRbKHdcZ 7wPjRCLADVygo4iy4OVpzBWICjewC9X+Agl44ZZkrh1ywx4CCVjpLRCAdPAH0fEXtKOWDmGICxIl SpL2gKuKX/2gC+QhLGnosMciCSxOxU452+Bi8wsGC7r1iq8N5FQJBa5FgQhHDV37T6EEQFkI94l1 DlyoaCMRSw0ZWM+ka3SKQrpH54XNGYvuom9mHw1azZYmu2B6qsW/lBJ4tKgaXjcg8nRWGBUoZfI6 8eua7KwVmFb0Gsd/4i1xZRo0iJ1wNJXEvj6jto0rQkvJc+oH0cIB0uKcfHpEHn0WCnXQJf6UdjYv QIMRIkYxs/ZJPLFuULl9MSTbwcIUZ4FLY2fRCresfWco3dKS0OvqYSAewCboB4tLTStZxQtiODxo DMm1QF7KJ2w3mBCxS7UvparFMvn405aEXY6adrCUSxpLVaGpQaHWSw//ics+YL9ATga/joaUymsV eFmxITXaLGOGlKeXjRRvDJ1J8oDQwE3B+mKVdcc7XDrOycQOQY1jkvwTMQwoDONUaxVRQVioyM05 BmrRnJEkOAx131CJc8wxksnDlh4CafUxcGlrhBHhsx4kEKjofkXfWdQF5VzUmwwNHXSCQx8HVvmw cavV9nwrJnP//vFQLGilnZ4J3C38wl8RCGTBT0MylXWVQA31CdjvX08X3btVX+OFEX/AP7ymbUQB RpKh1u51Ei8M4Cm3Ydujayg7rBXr8D4ygQ/AZwa8XzuUO1I8LfRkCOD5s8AhBBcBKQIBeAgxoH0k Zzu8IjBkGNTQUq4HeuXjUoJWUmm/nf//ZXchXEZDSXl09ilxKaunGLabx6dqss8R0nKmhA9SlvaY JLqklF+WSLElIeR0XI/RelxV6ZVOXNYep/nFFISmMLhbwJK1wdNkiBMc9nxjhd8aYLAbZu2dGF+w kXmjZbtGUKVLCWo5WM+pkNxrpvNSMYpjoOjHePCDe9bJJIZ62uHi7KqSywUbeUSQMAHW3vPHyOeL DXjNuegWSshk84pIWYhjM7kftUSNRgMGxgINSnnK/KTfHC16DBEEl+tHapLtbbiknLY5tN5wxO7m Cd4vES2DdDkddEQv5bBNlBO4a7cPx+ymOSp/UqeyhcO96k3wzLWbXjVHCwdcUa0xt1tZUOk+eWCs KqaeV2uwElQt6v9puhPEtnUkiqLL+JIdjxrS+19hn/ugOI4skSBQ46tCAaTUfiqW+TFNMONtFS8O 5KhqdhJdk8SKSqhTwjKGOWb0o9PGF1JmTtXzCML7BicKw2dMC56pi9YNlt26KufHUoyQZiGJaPOs JpkpqEGg5Nh2NPs062RtjxgsQwgQfZFNbck/jGhWRYtsMfMOCtIq8TeHrUFTfuNe4bPCRLGAp9R4 9LDyBtAA8yUe0ep0FsV8imJyBmMZxm2PmcgqPKwp2TYEOrquUwrJQVPsgosmCpH956PHRrU5ALC5 QFJJU923bYqEXnwliX9BLTTVviBKUoyZqaOCmTCd+CMZaqBhBzyIhs672PRBmEuBnNfsTwqjOlHr 3FzL4ibZU8ssyei2/1TAYG2tSJJ7k0dfuNBX6Jggdq+1fIOdqAnkjuZFLYggrGcdWxxkngZnYcqt mVIEsyzM6s1kjTcgnZtQ983MCyUrlcAZ7zIZ1WOFHQ2y9ixH2RcE4UiYzpa0Ybf4QdH3xTyLkcRl 4ld68t1nVZliPzConXoMWkm/iImBeltxtcGqprSWom+TYxubutz16CG0NvFW08sXDGhnhbUnZDvO 5gmCLaFvFTl1zW6+uQZEXUxqCSArbtgGUEzVoQWgHLyKjK5V6C1MtHqt8VaI9Y2kNXWIRF0TVdV0 cveI46lNStueTlsVbFux6lOV311dWd2gOHVS886q/xOZHwXweEh9Vj4M7lV/Z48fw4i0/C6rSgtQ RRejMUvQAzXWg9wuhyKIeFrfyYt44qI7BbsdPsXNIJgf8xAFXB68EToD6WGJCc2mncCLGDKVyGQr NcgwcmQGllBRKoF0Xj+a8Sl0Zq7MIPMjs4AKnlTcU3HkPlyNgzc/d5GskmcW2WKxuKHf2NSRyhsn zG1bqy0h2ZDGlJYobwpo5fN5NHfKGRCOjGhkLQ0araUTXiGGkAdF4DwzdVIw0lqs0UNpgTQAH60j LyaBjl0qVfDrR7OuEj+/v//6Y35amUkaJp0xgygWLy2vf3k7OuoQ/GCiJCphx1BAFxIiXhVEWl7Y RboYSzKtwLKK8qDy//BUKOSmBAxxwpihmEFQCw3zE6wnh2puhWin/AFMBABu2UPEWwZNkBOMK0ox 0UMgtpMV4fl7MVpPeu7Zp3w5jBK3hMZUeSAdjRSNvsCEQ+RZGSexOV5dOXWwusjeTV7E5nsKoxJ+ dyd1eqawMD0TpV2QW9GGxdDLphKhQMtBHDOP4AsKnBDBWcNqpox2lhzaCeN4d5dkRZlr+AdpiYVx Bz37cdLdbdaGoE3LcIVDXsmnKi0haqtUrcdwKF+ftG1OHJxXWWcEudwkh8+hWbl0v5tVcsOcZGhQ OscWgz3+gohQGSS1pjo4oCyMa+FE+KOhFlacApTW/DBjYG26xzKACYKs8KqTtSrVqTAhwN+YRhgg kDkECPDgfwVDPLgSunt1gaFcoRPuGdi20OAb4XmKIciXavhT7SpwuXxeQuUggqIYOz9Mnhkh7Ves S4UsPQuPm60VzxKSdATouLvCmTtDMkwDMctAimm6msXINOJH6NE5IfBbV7S9mW1aCaKX3ufyytqs TVdwKZ2WA2cnd/iSESb8UYN+g3dHv3QPtfLC3pXWMEAxz8GILmFuchyYlB7UBEpVa89vy/587sGh JST6iSYnJoMlroo81MdjJD/lkGGXBMioyJbn5Eb9UepRYKmAU7slG4mTN+LF5GoAAQc296qQYjoD Mfg4ENBBGRtqFA+bqKqwqaJvtqumpVNzKbk9bpriGKLZSttcYy9yA6pmKyZ3TZrqU/e+LM9f15jw yPyR35hIatphwG6jCACTd4/DNQOSVTH8bvQwGLaDFo+vCR/NjHRrHmd80otzPRIdaDOdCWODMigM TmE7Ym2yJWWjYrsWZoO6deECiF4q2DV96wfZQAu0RYZB+vqVzeEIRrBBCCnVbUSqAlBWM7wv+3jv D7d39bO6pIvFWV7PEi9vwhyDr4Cz/RitNR+syz6zPICQzjJ2KZEDq/XXgYb+eehZ+WyB0JQ8Py9t WjsOkIewM9pTrBiZptSIrZumjXCvxqadcyVubR4kQrCYfGXmm9XFnSbMkcDozY+RnSmeBtI5rwbk 5COL2SERyYFuEGAPfIejkI+mTWZFpaIeqfU9EkkHSR2c1TourrUYVcTR33m4Bgr6qpmMsWaZs2sM 4wTDUawpICk+tPqoa36BzWJ6yx9Ze5PmFvt0i1SSwe/6Fkk3VBMI/zA2axY8cO55aPXQvCfjaC5O VonFazlHBhEtqs3JRP/hsj+6CTc6YlGpeyXWII/vh/w7mcj7CFiooNRXYhQShI4AjH45UtPk9GB2 SePFX+Ii2fp3WIvWrYrSgz0dmPNyISCwVRIqD6mi1bU0g2JvfG3NWEJjm6Ecc/DIoGUdGvGhyS13 TcpMhuQt91O0kUuFWkR2pfxhtvEqIJRSJiR6B89uW8tiDaX0hEYC8Vl7wZTZYY8vmEHEhSMJL2rb N+hjy+bERdeJww8e2DzK8oLsjcTznk2d00jTJcNwasJkexoSgwgu4+cqxZHmuFjQGbp2K8FGqdBq f3RbCuRpabJoLm5YJipwGK4I2A2p/K7tt9q0DcM/XdofIkqXbTthKiILdkaSHHJUUuP06DyTnk2i Wj4yaMK3n6M9ehinPAuds+TIHI/Mgc9mGCVgtEMueRbFop9ZM0fEEjW3MKxQ0DotvfTVSBC22mPV SLcGK8ikhrKy8Jkzoq/13iIUAGMY+QFET0RBtaIYUHeVY6/Kp0EJiF2kogq1DAZZj4pVYtN6YOml rlZAQZC7HnSFjbLLGQcnDx/SVMGrSuFAKuhgpVjDYLeWW2nqG8YDPSnWMoOpXYuwIhAOF4xGfEsV SFHuAj3lyeHc1FGDk6vrpESCZpmSJIQrlplsznTUyji7m7Xtji3amzm1Q+3oz5/yDrp01VIdNqAj Gd/uXN20wKhMDtpvB7uEIbylzBQrU2pmh1qobXxGYe5qtOoI/ZjSsYusrpSMvKiSQUpY4FBPNmuG 63J7kJhbW+tNbCVKAYhTTYvaMzBTbOKY9Yg1OG52yzYSSZZm+GhYb9jJyJmtFEtjieBSO6rTB+h0 LuPFMuGUCWXJCD6TdA/64zWsjreU05ZPX3WVkLEjscwh2oXnRml7C8vcdOVwu4/Kxdqg1m4vW7J8 TshForYjeRE6ZeVnQmyi3F4nJ/IXLllQvJSp6iThGB3vDvZsxipaGHFOXtfN1B4SUtqPMA3Ik75y WdQlSPvM2moWoHi52DpZrjtiKggYS4dIrCLGm/CJAiQm+rbp+eth5ZsCO9quQhMKg6Ohue1YvSZ5 0sMhsHKQyrwvhCVXYglaNbUnrTxPCwrjKkRp2wWTxvaykW5ZpR8eJLBW/mXGXvSfVYVsDJTHrMZC G64cTkZVqN+ukG9WpMMMKVghFYzgJjTDDsCs7BNuZiFoLPMnTZQaJIPKNJruqEYy70bGj0On0hLj 1Ix7eU0O0BwKoGY5dNe4rlitCJ8ImVvpASwoWpCA+wKKmm3Y80HpjipLjRqLH1+aDUYQTuldGw1n V8o1lF5LjkyKzKbJlGqIC5zykk73lSvdQRYGNHGh6WNCOJ+PuSzrdErxQNfZQ3aaHmdGvZhDJWA9 9p/NsHN21BdqE1MbLj0xhsGgThVYF1Ea3hcvkow76LqBBXdNFFlSckuavKHdaUdqI4Ddsp8xa9Aq J1wL3wiuW6/xmEGjGoi4KI4wzfl7rfv2NGaCKQOea3gOkCp3ljsl9kRWX0XhiCS03L6nNTXjc0ik ZtFJh4IRtQau430vA6b7tnb4CjXGFnEpglluO2Dg7U2DsIXBHKLjwKYOzptOpBmJa+rqs6r1xMMk my+HdbDV73fA4pEIba3kq2GTCxlIOBqQEyjLq6PDfh7B1I0f5GSKryJZ4JAZgJTwYV6Ibk3Coh+P wfk0ke06nfagjzZzkqXu2mtKMJVPe7ri2QmZbegI2iTzvCDTToYbJeqKvulqrMahoMo+mJDI0cw8 XuY0OhB50xrew20x1pArR+swP81xuYkijx7B9ObOoRVEbCwKlUI0ui79uH1MwoA031Q1aIoeompH W/qwwcYQLEp/bC9Ddzxr9W4umcw5qdFD1yvbJXcuiTw7aRM+W8vgNcEOSqS70j8NMi285rklnT4Z y8ZdGp0l+NNIXrvzTQc9HUivxi7cZtn6zBC0wZKrSQMbktXEmegWBjHlTIatrr2RGqz5RJm24z0B pdlBeEuMYzSfAbRoN8rSGJ0sMGX3RYGQCbJEfildehViwrK4HMRFh/5LJeltkoS2ImbtpeOpQeYk yffTJPEkLSw5Ybjasl77DBMeBssbl3WnINcCcx7hgykFviqi+W8+569QghH8lFe7d7oqnP6TN7Uy pAigS6LTb3Gg2ZPNdcCP1CIcL+OwP67lA3B1GVH7B0VOQF3uMa96txvbOU5RZCmi9CAUBnDtqXV8 vadWeUJeRpCzcCLJFrdiJrzQ8/HgIKld2pQeJvLly8VG7lwSpnI20HrAivAD+bxw1ewvk+ur8Z1N 7xIDWOO9pABxbjzor5DU3Ftv/yHebu5MGmMtfKBK36w3XsKaeAEz/I8VOZvx2C1swyLcLvxJTBDa g012CcJyhLoVfwjBUYsgo9DlDCIs95GFkqwgWWRgKISFW6OpDlxKkwSNdzcmJATDJq/BRWkeNxNe E6VBivvcbBIpN+NjGKnzrD8AYQBprqnakpAspELdhfZTupsg1oj5lcOxi6SHtTTUYtWghwa5RrJn xgOCXIkgU7Mfg16YaOnT0i9muV8b/ucf5Jy8TkuSgbS6ERX8XpVDQ06XJg0czx6yncSaBRIbMaJQ C+bBegoqxHwpfDgBCrL6bDX8K0nQT8ShMpY6GOMxSzom1cRCJDeARrhcTLhpLpMfMY/gqdJxMuhI SZOve5hvnoxYr8FM61+JDFUbuiEJMnzac8zamSxKIsw+/AA6hWKL0aINO7kHnTtjy3EeZe6Cp8zP FHkSSC1h6iynhIZlOFOIk9jQbgG9gbNoLuJiVl2f4UZHmzPTuD7ilhr1BVHNv4uzugl9adZbHxur ZFj/cCMs23Q1jtCTSuAuA3A1V8oDawS+KJH6w8egJIlNyIbYteAjIzeRKRghIuJL3js4T9AS0OX+ M08DGS58S8J1glOXL+H/0Zk0lSWEVDBTg0FsGWhYaQzdhhAWx7wE76VvDGDe1Hwnxqgvi6GL4im+ sm2pdhUBQRE4ZLpIKZemHcLSklSpGQ4woIBWVq7r6kuVPUufjOKsExSZl6uysEBNVlzQmzZ7nh6Q 7xbUMmzP2UjYxhWksN2dVlEIxD2I3qABCCoKeKHGTumbnDWTEeGAKGI9FTRck6bSgwrhfuSqyKes 2uBKnCBCd8iFB61DY18YEhf99c6cCclx1j+k6ieO07gjbFi1p6VIYlSh8jyZwQjJCDMVFFAbTUZX PNFXZo/+6cct6f209Zt+9dsgflbKDs2mxNkR8TqlK9GsknJ0S8ZKNNhKi0t+K0k3IUIG7pQZzA38 w76TKcyfVJx5eU/F2S2BBnQsVmqKvtZ3NNq8x9yq+klWwUZsjS45qGxTjRG96sOolGykIP1WBiH2 Fg23kcxsjsRsPsKkkhpqm0nR75KZClJM6NSlZwGJ3RXEaBylSM3azywmm/2xLpapSWdXgKmr6jzq hNCrCmGVXJ2r4ZFYlUyiRrSCyc0G1faI2hnbvp3WEW0D9pAKH/2qVe/bRmxPVfFbjV193EEbUn9t GnZYJuRXV/q3y04Nxl7CVWzsKLQRylPHsEcUn/awRhjBtr8U3WbGZII3V0XEPe24yBatlguIhT4/ 3+0dpa1SMhxDLfUodUiH+vZ27WIsu1IyVCzK0VpFYA/BdR1VwlUB1bmsjeqNRgrq/+u4ZzVX+3Wy nptrK0LFXLu7Kph3eUzElUa0uvWLqspkla2yB2RoQHGoFkwTMmMKduAES6pclbk1vhWBWiq+uWUj 2WGGodJgJkQPypUKOIzZ2jZqFRhD3TJeFpA5tBroHGsdqCaWmGWRXIutNEylPH/IKn/rLSOUYM89 ZvjCW57VCrALOSNpG6UlVPBZrXtVAkNA4rgI9wLw+ABfzTvCk56wwNLzouyf63otVNW5+CPxFngG UrAL9Oh9pOpCiJMvi2UHoL1f+tyXWTdjQ4gJXMHHvGxRJu8oGeOZUkt+p7bZU9NK9dEyJeauBhRS 9TLPNVcr7dPhW4XHAkdASYSLrOJmNBVNSA/NhiyEwZa6PU7Dm9kGEEU/8nXTahMZ5uWkoqZrqZHc YqsGtSsMgCkF1uYUhVXuSbUCGFKDxJxxYVTkdJgEKT2Fl3KlDpLHckLT0iUEm4Rz+mDBkTIXmKC8 OiRh/HIzuq6TrCSvyUK3lZq7RniF3jqfk7k8f2ebVmLGFtsxjwzJXBiX3jPPkaS3NmRyWQdnvEzP pWHmFvBsMvd8sPzUWlt7zje69wURV91DL7Xl1YB7pg2n8wx2A6guwxl92WnPyxzoieiBjL3rFg3b kmkIi2rthwwvoNHQCfntb3dvgNXAfLHN7l5NewKKKLD50K5+B767hcFyBgBEaq9a6+h3j49ru78i OZ56aj1nbPWqNnDLEqfVnRZAxeXkgTYE262JF8S1L5ohWIgM0rSFIT0RB8TQrIPkdlYA4UKXuRHJ JaFry17wxxV2fBozCjDeLlINqrqXgbaPVJuMKT22a9QxK0c+WKZppRJ0NnwgWnywNm1xhze3oOPg sYSkKjRACU4dU65sJ6xuqaNY3OiBfeyDo08LvsymQfWA4K3vRKFxCQlZZFta2aTYVuQWbXVljxts cYmG0jbBmhln33iN5GQ4aEYyIdozIdIRL3AyS3eJIQL/NocwMqLAeAuxXoqcEvI2qLY2AePyLYHe HSOZZNKb2bdAPO7LyIvHbYxxXwwQ1mV5lwHwzpgZ3QHkcoGAl9U1YPPrBvKe31n8o03jfdscLCXD qyiQrKLfB8bQZtfglw0T7pY2ihwMxnXsnFSBAEp3v4iKCjJ0ILDWD4Oxv5jcXAxJnNOTn/wuU0F3 WZZhk0awIoqlmgKW+908rkSb9JeyyCrjgcuGbFpDHGCBBA2FpFKOliNLAMoZKDRnrXn1ZKQRJjwh ndbS8PBhZd6RIosB8v9gIsH2y55nsDoOP/1TnS62AkJMwFA0BWxUsDDUzB2Im4uXspmOOdlMOSAt OpaeMRWoXMJLUBBer9A1/HM2e0GwhlpnZJQUuJbMbV+N0JP4tQD5Yq1LmtOVQ6K9OoCIE2KSdjdN iw4VqXUY8VFpbiKy10Nlj4SvbQGLGKv8NF8O//8l5LuqaRqiBT1zk5I0OM4Xma6B8WIgdDTL20ip TzRw3nwrFuhCPGqjVxHqFdyLFywljeTs4UYqRgmq8C+xTGYFALqKB/Lqhk9CK5o4YuqebEU5YsdU CXmzveZgiIk4IdybxUXGPP1ADCFVoqAX/Qh1K9oYUZ+F3WIcoRM9xvkF1qOZWMjaKJRv9bNBEZy7 aekUan0/Eostx9EmkU61CGXp+qBpl7DDHoPDCSFa633KWSUls4HC+qxn8VEeozAyi4gewnE5JH8N R0vGyRzR61hKwK83pCT7Mj6PyFpopE0k9BJaBbSlrK6OhbYqzZg5lBHJgcvAqDSs+x4F4zJYyaj1 hdAmIJAZ7Awq5KtZeGOlLO8wlarbGSgJ9EkiyPhjlhHCjjwo9ASWZhkctqyMTMBnAbbNQqhkIaAy 88YUwYVVkks3ROcms/Piw2yZMmlOBCf2cnPnSxQpOYzyOQKIhZAILEtj+Tmk+a+uyHValjHxWuaR kHkEg2i3KCtXTMNd6w7YbuUju2d47E/htqmUMsCeOyZNrBSynHPz3Wwir+eSdo4ZgZbLf4hINYjd lq/2yU8GXMFfuogxvYMuFp4Z4HPGnHUHF3GnsFBns2IWXUyhbsPrz8FznNaUCKjASo3LbN4bH/zA bzNUVqMpRaA5FesZjy2cUqmCZQ8ri1n+UUNEGxWp1oz0VK5dScNapOS0ZbLydcd7eL6KZTW9SlrV tyxFEY2OcIRxyu7BR61T+FcZsyHgCD9TP0FD0/8KiqhxVAqcAXoTzwk5QjI4pCKRTtonkHr75DSZ k0U6RBSPw5fRWXQLN0jmp6fQFE3YRfBVtq/XhvE+3TnIJ/xj8FWZ0oWTOWU40MQ8/AumVlug9Uwm HVWuM3orRAwWPfTPDllNxz/a4524ohZhCbwgYqEzeWUkDDwrOOMZuEKTa2zfjhKITCwdKHWOqn6S jvdJA3jqO4WgL/sBQ95u2V173yZvlwhP4Oy78alLeRwYYe3NZWgj3Kwo58MKqPrVPvPjQSFhGsOC gY6ctgCGhQU4Hs7XMI8L/p70i4P0xxbQahwO4mojSq50/KetzH7wjg3qTWE21bzQs3YIKP+RoJZW zOyFRj964dGEAVNKAPyGDO1zM02FZnxfntMeD/KYTKQDABlo2NayrU0JFLkiO28qWlIHnZEheswV Y38OWSjc5pkx0LPmsJx8AVTLB4uJ7vgu5mory4IhMvCKPNqSlkSLqWIIMAdE8/fhMKZAdKkWopsN gVZUkUcCr4vgDH65flSyuPVPrjtrqFJR82yISqxoply+xsxcBmHjqAJOLIYOolisEaipgQDRdstS 7pSDyMRFLyseiWYSraVDRb7wT8oEt8vo5PqAn+E12SJGCpJKL2RkCdvfaCzVEplj90BJNeNvuV8R H2lRsgpY8C2uGBslzZQMlssIJkvGdBtpJzFMsFp1QgKZa0QJAl3nvjx330szionHLIihMLAY7jLS IAPyy/hwu+dIb+7g8qxN5tjOwCYdZMzdvc/qm5gY2oXkWrape0ecqP+6z2BIo2uRliN93PsqzKIS HCte47LiI271tKXMGjB80MfswhmmRVcgC2yWe4QSYMTwLndyIdGJEoPy4BwtE2k7Mn87ULBkmsQk RF5rw8zazlSdyb/cRDZJ5KKpnIoZytgf+aYLSroJtov3xh7jtiYxZJYP8VDuyizFCbroX5NZhtHU L9p8SbKuo7wCTyuU8FOH5Ek0Teld73/mXZguPqEopdDcx++5C2OFR2roGKrlBHmc86G093fOFz4l MNoo02yzRcbD7DWC5D0UQhwA9tO36MJBWj/YghqPZ2zLyat1R1CPfykoo655nuv4RnXa7ufMQpK3 5aHMkKRCPJ04QXoniRFxSsDaj9hMj0QX3KMOqSGVxMMISVK5E1+b3mYejfYqY5XDCK86p9ZVeyTb LZ0Ut8gDVRDjFJcqfXmWjCTjRAXfw7PLVisrDioxzYqLqMY45prPRZDUyNZc11bOjKqVahO5A3RO a0wltTc/JIAkhoUMmbWq/DtCWi5kmMhOXARCTm1Vlb9hmfUQAAs2W0zn3pfko6f3/biE1BBwDgQ3 m0WSSxYLK88U0q7qwJxYYYUqCi0gDDlcoHkmE2dKESEjZjZ5atwHT/DEVfY6p1Onqhb3sAETQbWd CjH8xVDKNubF9hr3yIVTsi189A2EprqiSUkra9f13KxysMpNM/FYn4hisul6FQx+zeoSEqthERYs KnQPMRgRxM5XvTKimuGFt4ernmpiFGIcZg8lwyAizWvIqnktW23ruAJLhZpisV4ySAEPYYlAI9ZI R/4hL+lxcqaY1gp/oWo6ICHyLt4EokYFAqw1Rom5OXfDKegNI31oHlGn0ozIEK7ZB/rxbiCXEcD3 U09diApP9ohiqwOEtsWFqgfeGqNqQKX53fy7qkFu6GRl8G3UR83KWU39hZxCvSK5YhiWqrI0x9wm TQKvOC5SBNDt50d1KJpOA3Oq6AkvIxGxbJpdlChkcFhNEXvMQkBFSCShEYHNpFtH0EYpLMyvroEn b2ZtseqfolDCIQhxsEqEYxQdAlOaq32letU3+7r//vZQlO75zjzyOw/QwA4oi/3Kd56eobceEzKo VLbibJUl8w6UqY/xoiZx1i8I3TDRVNmMJiwAcYEsKgKIWU1vZmoI7cs/c9imht09Lnl74qcZnOty i4A9ykiKZWZh82WWkF8qJBnE1n0WxpJX/WtbroOcr6MzRCCNMGTQf2c4dbelZxZ8eiXKJMZ3S41c QoVo9bSCajWUQ0KWPW5Pj2vDmfvOMxJkeiqKW86rWxKzftDmlgh0Kw/299dGX3Yi3XGDvI9+nt3G ns6UQyst9gX3CoQ+/jyfnqBidYVpeRpLj255eETLeSTC3+8HYjycREM/3WnitvffH8d7nIuzP081 MYpV39Pd3x5t8/O/2/1Z/0q/524Ri1P40YY+GVIyrzeVUmOBqC7vwTF6+usxL72JNuT8rRisNUw4 vfXgFR7Ts1n0iSd96q7rf3Fh1L+zMbaQjvTqOS/d9qIbc/zuz9M5fKs22H0BNw8cIKvQvuQwq+GY A21elKdkAgqYAdACZRiRTWTygzhho8BNsxxHk0BdtlFJGPCgFtbkqkTcw3yyKoaRdaGqemP2kU4C Bd3yCCf4T2z6jAceV9HYwdtHD1rJ4WiUIwyieiMYZVv+036gF+YhZkSO8LiDVqVtHg+vgVgWAXxk OU7zVrSabsgys3GSzyNacc4RsFXgK0hIdJArbSMozOM9BijD5UjjbPkAqyUTjh1hZC4dAL9hdXE4 YxeIyz6ulcR6M2or7VTV3MKr5HC5ApmAo8SsFNnqlV7AI+3os2SivNtaUpMCziYhjTSIomc5jvMt n2hklld+lMqaq3HoVQO89VmMdllJqijQkeiva0FInmUITH+1pUfxsHUg7eRXAnkTTUN6W11ClQlJ TTcZC6MgFsG/ybLDhu3TroZCKJGjM7Kspp0skCISXGaYuCwZq3o8SkgGPXVI0gl+0gzGC21ufCud TlCsBDua0ANZ+ghnXBdeYbJp1CxAIM8Gmmb2oIfqftAmpvXPphYaEYOo5GX84khFMLxwpZ2avQZE rNd4rB0DmQDbKlA01AH31l9QxciLgNmAxmJows26gt7oWgpN3OaeZUex5De89YFlGiMhLN+RoOIx g1W7kDbrINHkzZJ8yVHGtmCkPWrczOEko+6h4lVRzNo4d9sLTalqUxxFmMtiu3IPTJAbNnWllbJm L1VcHFkObR5KX60Yyrc7l3NQv+MspMJYWu6/opH+Kv1Qb7PfjGs1Fiank2pt+jeQIYmk7e8tv7o2 j25biIVTFobV9trELaaycA77++PJwEQmNWLDhkaNjd8ya8pb0cY8urkIO2nvK0uRWLO6NvRmu5Lm NuJVjmqTPVpa7s2+m+aVUyNX4ahEnBLU39wmTzI9NrjKEObs/ynXqpokq/ck8JZ5KwS52r7rSm49 oFi1IVGV57fdtz3bjVrHeRYxG0p/JpRtdfNOzUSKr3hf/S0o6F9VMY0TN4YwonuDKAZGDlG6vpJd dwc4qGXVFOW+9LJJkm3PTrfEfB6q0N7k3RRsE1MHFRonAI0NFGMG2bYuJCRTxY6GoQK6YKV4mqhy kf65wvee0Eh6JwTzUR+8Tf/2ljVri2VHmHWuloFhkk7R27ccKoek1M5nJIEGxDes54ukbmaUO3BZ wzXBCVjas9SJzAhSBOw8s0yEG3M4pDLvLByqlEc5++A4np9WhOFSpYpaB+HdKKdnY2Kx/oc/y0ZL YuWf3rfoLHZUNs+jXOgHVRFQ+iTsYU7Q9pHDtrOlyUu+W0uLp4VHjlsprCqHrK8FOB8N4f5WAdQ4 gmf+q0HhHtAg3FsBXpgBNFBIJ8Zr/IXaIrs0RxjyWRKOihKCD8uF0MagRFJcRqruO700LpYkLGRZ xJTpw6WYA1YjH5eoQELXiIyE3IOJ+nY/EifiYuISdQBeVoIqmFoH8joZAZEg09Ms4VMTiuZrEpLg FzE9RRMQxSDEM5MSe+lsaWkBQ5soK92gNjpqJtUjHs+KZNbFbEA1WKsZLp1jaaAP7lAmoDt1ex2w pkJmQGZ5KRgGKYzEQDPKsDNkDYctEMzWMsXMDzjkHHpmJGoaRRVSJE98OQtaWkosrng5Jfz5ukvs NjZ0fCggQ0J2b7d/d4yUSuU+/NRAl2pHat+BSQhjjLe+xlEdI7SiJSxkrdobcch73A+Sqaisr/DK XsNWQr4voClXXIW34kEl4kEfOIA7xu7mX3sd3bnQqgNsBTeWAAbmAAXxYYiPzkyU0d+3tliuzJP0 sMZN/8ND7ZHqSr5pt6qNLXxarQleuFwMSjqx7Wuk6OZ164Rj1EouBmpZpCCYr6cZSUkdlMcQte08 nDVF0Qh5F6ySARtgc9VBtEZRbMaunptE214YoqDFKOFJPTOQLI2ZEEuwncaLai5Q7Ql69yavT+Ov uM9AMiEaa5cDXw1JeFOORiCxxQbyNAYr2rp8vlXtlAi4i8cJyhPMXzgwN4ry5ooSNGxxrOXV9+UM zpTe8I8BEATAPpvLR5XiOBdx6bf+AodQCCFNHnjwmYmHqeEJ+eCWRwWVBgQkOu83B9VDcxGYk3e7 UuehyyAICgVSJhoyVz0PNG5mNzIlp0yF4trkDva1haMCvumdXN3sxLQoPLPjbpIyNLQzDxkSqjdG qqyrPYShLiE0Qo/QZO1Y0S5adUnIvA5zL4Qs9VlGBrdIhpVwSUioelwW3yCORy52ENMMrTnr9niE /8A8TEuFVQx6EGlvdUpOsMaET7MI1pgZwLFMrymDE1ld0xkQSJMmdlF7Jk4NyipKQ7WsTmKyaBJ9 +jpSaidSB5roEz7J4rC1j2aE7KQHtm22SHG3kDbqYqfa3egp6mWOxq78gkIENA0vWyBNLuvYDN1E WmqKK0/vTL780HBMGl+EZTvQR48Mdaggxa4yJWaJgtqQBbiixx2B8MEWeMnSj/eVi3LC6qscgciX 6HpK28mIOwiPEVZhQvm7ySpL30e9sQ5DOrCIjO3kaOKEPyrh+nRIm+gh5ZJYkREvqa8woQ7n+RAZ CB4dzJI9EUHhryIVMzLF7AkMAkdz1XpIhv3oixjrOe+I1RRZiZDyhMPCnFGqhBZcE2jZR6IupPZa bHJVU0u98k52pdegoN/0Nd6QFd5kXUis3tT8UecOxiggM5zO9DLG1UI89k8P376aLasvsTcyO9A5 OvkLYrFPkpODkwv3AYf1IomZ9lgmkzQeSdRabkadPgIdWlZXlo7Kxez2S0v0WI+J1puS8IPaolYA a8dpON6+khIw7XUiZqJfv0JB+9OdYZNSS0BsboG9Fh28LU7hj90E3C8DFdFYRPYj0zTt8K6w3qqt Vgs+LgvQBUGnyhsLx+1JUJkXlwX4aHbfAUrgP5zVNC6MTxqxwzi6H6FFfHwa3R+DdRlqDRhTgp5T wTkl8JU5eVLNJai1FEpPXhYrEqiu06sLmtIG5YgxnCaOSBnOl5y6LNCQm0QStdYHY9IPcnKopsOR Su5Opfjk6ECr7Tm1xt1poZFmpKyPD5ucjSHgYZNQYz9RfDwSumiqKbUiiYb0wVaxStxFlgDLS1JC SsaEwnDp2HD+5UhzYxQxOwbPtCaHAOu75V+eCzlSJGOaMBoh5OzE3BZSARCOz4a9IUQnHXtBinGH LUIJ8TJZZOOVODRk5kiLYO64HCBhSZVLiVxImOhJmhSKVpdjXP8OdVxY5LYrBNBES1E1xzEv1Hyu mugytkrfZickwOtSgvFIH+USQr2VVmYi/CijLPgS/hRdrC/1kUh4+PluOyplKhHRNlJwwWgZWplh U5cM2ItTOmQnNHjuuct5mzQ1FoFYDjAGHZa9HDfTYgv9m7cuO6yKYpxmdsjgdK5D+QwlChKdtCX5 hNOt4tGRpnlkX48ifapZhld2Y6iva3dSGohblAWisMQngRipBFb78r8SOUIyaD5aEtjzAWCKc+6Q koh1qw2qsNmGr3Z+uz83Sit2ZdEa13EZYClbPERP01ri7bZlZKND99y6O4mMLCGcNPeyhNZnpNHX mW7KEuXT1mq1p51vGThpmlZ6uiD+5vLoYsi6isCoyZ3PTol2pCMJALZPJrviWSTiFmQXRIKFxREK s1DuJ8zxNn1vvXLqogRAx1LHrvyBE0Gd8IAYmRhLTrntYMk0kRJruikXJxXpMdQy81H9QXSARQ7l 9EyZZlCMgJTLcmwDEhnSjABtv7sCAvAnVZfptjg8PTmmcalbAbnjWphT56B0ms7bymhjQUeMh+IA sJChKaTaLUL1TID1kDXRZFME5FOVqb0ow5Sr7XBplqA0gNI2N65CWScxqhEjRDY9ZHrZgbv5jETs wSuJSHLyW3tOHOcONLEwG0bNPJgylxT0IeXwE+U9I5Wrl5XSiJeWG1S8F/5D9ZYCMebAkgeIKPkM AQxXviMXwBXYIKGl0M2UDVfFtYDioaCigwxllkX+be8MoRMoofntSWIGyOYEl2IuLNXF0WLWnhda HyxYF5h8fYjXe3vn4oixcE0dpVxSTgvUptJCX7wOFRoYomnLPzxnbt1KRxTlZLTDFNkrAQ5w6q/x kZ28kzHKBw6ZhBN0RLBg1mlUpf3sP+9IHUmNG/jc5J1BTI71QHeSXldoNRgmgyIieSBvhFaHr0+Z bUwn8+Z36ZepYBseFz2ymtYYyhYZHr8oi1sqnT2WLpWv6zmLLZjSsihTVbkKJ4MM5acbpiSe42Ip YHGXJMpCXUuSdNpOyIwxSGTQadlzNQtrKGp+ljri3zIrLQtagkvZVQ/k3xTFR4zI7MmjeFm1J0Fw HE3KP1Nd2eX4wXWTLGdhgJ79WxJeHuSzxdxIQRJoWuHXhwN+vCBBRqMIS1NKBkvmSC7w14ySEihW aBCTgX0GEmsgjDYpkWpNGe5VXKNCS+utfVmJq7pIK8m4S/rU3xTuaFW1rHZvOpo5dzlTidnGMLKh lZ06jtBg3KmTdCZwl00nACjdNYuBszkNmSx/WJBfTlaA0kPT+WEM50dD5txUfwynOn2WJbYebTcV qdlCkd3GUY3aGlem1NuIGUjCnG7K5tL2hQX/GY9LIHmlAABaNbjAw4rhothf4VpFlw6M0m/RDjtR QBT81ADk30MJZgykIWKCPseZBLns+YKZRfkJTjSTPyT21GJAgkD+LFOuV5li12abReGexiLo5yo8 3RrK2QGkJ5UJn8PZ7mMl9kA1A1GaxgduUCtLD4cd4+w1QJZv/wHdMMOpoUPA0ZHM7TCUAZUVkM7Q xeGEHGXQnUHkcxQBJV3DDrCnK4mMa9SpoKQrk1sv7k7ODxmZNJzGxWIdOYMrk+vyy85iLdTGTFv4 XkCd+eGjoUP1rJWB+gt1GJqfIrSraRMdCEEPIk2is73CW7bUOiAEmw0LzJyRUwcjemIhOZBdAVmL vjNQgxivcmx60rBtCGKHpoAoOzeWy7pcdJG/mnuXgrbKqQHYbDbXWm11kiYOEMyvy9xQBDYShVPq EVtR7Unyqi93a1hhnakNAgLWJ9/XKqgR30wbm1a2hl86jTywejeBtC3BeIaTzfuvZ/ikxSoe+iTm ajsrQTwgudqT930buFYFIBSWabfInaDzNsJ2yy7CgtkmyoC46kS/+ue+RcmkWWRAbkSGiAlBXZyR d9MKckiGHXfLjO7dEoXGZKViE/LWjMTgucqTqE2L3CWB+nWqHwPdVsGQtLsEdxojXttKKemrxD9/ TKs6YDr6CZnz1oCXwsWsZqGLKczCwayCQNOjHlLocZOA4+YBrSyPWZt0FCQBPwBML63qcYEmO039 xXGXFjhCVzIN5LK3Kt6Oza6O3cawjpJlFKcYPGborLwn6qGegZV7emPsqhP8OhzojhEWDa9a6fYm tw3FdLPwTgC0kV/MeRUYSaacdoQ56rAIlbtZPNIwWMZObIJTn8FCO9yAm4Hy3LaIB/0yvTyD00Kw Vtmkpi+gAKG6DJaN3XIcWAqK2+wd/GITpJK0RggwRE4dhWNN59obwwHuvC2IoNo7x8NkAncKkbEx 4nlj3xRQzKWIancpfIPWiTSDEqhKmpEEFpjYK88KHlhEcdNY+ibQbv5Ejps0S7fhZJM7iW/Rw5jt 0Q3yTbvEhejvNtDVR+RfzQd9CF+Xm4U+3QUgtdJVMk6sfTu8koEbVWKfvVEKuNYtQsTijDZmQ62U 2Fx1TkP/0Fv/LXrhBk6mYN31G5A6GE8VnQlpa9+SCnTyCjQklwhBINhkMKwpTXspfW/qo58ahdbu 1WdSUP6ShQf7tQtHW7Doae0eodHQyG7aW5ARF4tFriaYz6Zd2QMcZSxZ8QmUBGl2Iz5pKbi0ytBZ fRdT3GFRbz+pAJmLtZhdCkQCLXkTV4cjqCmSd8ivA1eYOulThK8zx9DQX6ulhp3xtqveJzSzMVLS SfaCyBCDp1p3oJtGxFOirhuMt8q8GWoWy/1c7iqVBKQaN4LKRuJ/tHjx42tWhWMJf/cvZPN4F5Kt +7IL17SIMtoXr63WRg0zK6DH/br3hhh1KGnNU4xC3a5On66ebB0tzXZ26Ror77YsaOAsTfZ9EKUL vsAu9zcVrW3ZA0OcyfFx8MjaTmpHoSYEBagQb0rMCdI5Cr3pthRdULUJfloObFh0Qh/mM85sDUVc MMSRpzU374EhaYidupYtFnp4ddv+YkFML3Wn3LqjFO63hPcMwabqbcs8IDUSM/uahbHe208u8M36 hBcIGUR41U6dveqqLKB4yg/VqewLEhC+7PiqRUGpCrq09P7HvqtStAJGniWAOrXZkCcwu5GqhQyh tzSDrbs1tfT87EtJWKFOOXHzBiRHAb5HZCkME+SzxXjQhJQRX/ih7qJULjDMZK4G3RVbA3WWRPXJ gLNV2WaSYBBklj8KClRSvHAh7ffcGI9BWBmf84l46Z05hLw5F7IJJ2Oqph1ds52Uh+p8hD3aHVBq ZsTg9s3SQBGOdLHZ1k0M4E2H7YzVa88Zi1udZNbdj4OYqHLEjD8/y15Eseb4Omb11IYKoNsXJ7SK 6tF7RQMk4o1D8NoQkuWxw6oiOXNsK0bltXa5RDwjzLGSPvDTJOMnUf37nnumS6P5VLAhQnkejg+I KKVtxiMgr7SRhibGWDAX0Bt8A1tFCAMZxZFg2BQ4byNJjNWLEQhkbK4NMwsT6Je46Sf0tN8EvfBB kt91eaR3aWRn0U9CgQRKU7Q6FfFkIBjCIcNARvHKajIZ2eZQXmhoZJcZWthihNyaqVBVNz4z6nbD MVkkZUvmlXqsiauo9CVAKa0eZvk6UWzJzWVpuE2/JYPyR04q+8yCSxGzYrwbmCnMK7MPUqoA7VCe qN5CNrQSktByV2fTiPZXOeHogPqFrWoFOIETSZniCpp9cSRfExDNrbplgBAKzgxJAilSBylFxRwE 3R7sI5NpPsKTR+OCAgL6ll2HyvN94G6mJ+EsYggJN3xhOQdqM34yS72Ez1PpIJdDENOh/dScAZiu ESFzg+X5vGtsRhJAyM/do0jtZkAGyHuM1ciMJ/Doh8zZ9gVKh/jlC3lQw3HAlJT2XTJPKdZzYdsA ZoRZBb24XWJuafSk6Gj61QNq68BdCjSY8YQTEknjkBcCdBzi49VHKUfmGHR326FGiBW7e2xj8nIh 2txBGciUAuRf8kNNfMxcCrLFgSJEPSadbj4Vf31iBRHSbJVUAjFUBddL0Ep1Zd7FiqjHM8dxukf7 Jxd0kjnTYlQzTE14aMMTYPNx/sGgdToIThMULRbrj7igWUyjS1mFaTV9yCMUrOKaqCmeISHQQU1D Ap3k6g7N0rMB3YUtze+O5RM0qYoaJrP2qzuaRyfxhIYKQtDPizAzGBdmKz3HgJCclR7pFjU+iC8V pDI5ycnS9CTlZBk1dxc5fYzHekWRKg5q+UxuvyiXq+c5GW48aIgorZs+IKfJuIHjLh1if0d1S+iR nawCn7ynulwyxxk3ZJ/syFDWwujZiHQDBgtPILGcmTBN/5NAed3Mg+d742CPvtWglIK2yo/MFHCN TBBDDlSsQ6m0Ssa2jgSGrBEYSgX1WnFi2ZdvXIp0nTgPzimOq/XetfXMxXLIxkFihKqBGMW77epJ whMDJYiVbDITJF+jbRse0BCVKAl9zvjLQvWQgfWTaxdf4ochekM2Uut5vnFxSgUVjf3bEmueYKkC A/bveF4h4TPbEuhizTJA7MuTWVBqMhCCERprXNJmvNHWJEL/cVOkSH0o8Zcg9dPTa/HmYDfwlnyX YPI9qslJbd/R4dt/GiXu2qKlYEpkYUZkF3lCslCt2ZzhI9EgZYnpM5zRUp+L8oagHGCyXEan3Hye U1aDBhfqP1NP6kbKzZNqQmiwA/hpuHhBLpuhZsXFQL1lTtA+pmYgTabmYQjFbDIBpqW08YvTMpvU kw69qfRdDomqJuBsEISAghC7wNqOzG9fApVl95hTLpIUozWoQmC4xBR9Q2IOlXE4rQftwMDWW9u9 kz2HJ1YQRJGjRw7q4lypzbR4NjiXiPNUoBqJ2iFV4mlksGh0jwaU/YcN2sUP4kg4mUcOoXaih9tF mx99pwIwE5u1ABnBgBwW2Yl59MHGHodiU40LIIPInqbOFDs85EHtlJYjJgqdSXrLBaH50mqfdJhv lGOTp/dQse094FEEI2oMVMYk/+3DbCKGNbRzkgFFOk4uGWHmVNMWz/D0itYEmdycbppAiMpPaJOh Y0pblAdxutRLCA3HCsYQ27EzXRI4tpmQwhhSmMNVCwy5F6blwLvBisvLFmebJFWGli7Jp8dbuZ8i 6AlGjC27S9DkTzJKvpOEnrLdNIIU50uoKufOEFBLnuXQgXMJqi0oBMa+iQFb3CGzgbAFa5kB9qAt NlvmUqmjI9FpihBxWJqehIPmQt1YVk0svk/oFxomUufDCjQJLZJd5XBGQDjoI3DXNGkyZNkgIG/V xhA6ySn2gytiKAbOxs7HdOK8fnyuwpAJwZP8hBayWFWyzJgQSsVoSpaoH3rM99nVqpQFUzaTB5En 2QppuiXAqPFrSTGR9feEMpQergJoGT46p3uvR/pgsTlS/E8NCzsNi0uUYt0VhqxN4Tq2dhTZTiXY +EUSG04I6cUrHyn1Sj55Fokz/Rx8lmT50YA0QSRUH5qUF+Q6OG1TWfGbLKQirqPekuksZ5aP4fit LkoO1meFXPbhIxrUQgvlmZxxa+qFPTNLoihms1fjOWvJoBnQlKipKapBcxHn6YKs6ZnCgL7ROzK1 4vKYdGC6jIhIxqm+OQk6uTZXavKIEi6RZHRAXb3JE1DavCifzaVJFjhmaIm3p0EiNsaalGbza9+A YLnbivHXDBH1+tXSYIRiiLbOhsnxDi3TV3mI7/yKeAaBjcRIEjPyqCqz7dp6zQepLBEjSoyfrfaA ZEotKBXfbG0NdxDtf9BOutoaw15+IMvCDadxkdK5TU4BRjDrypuw4cZeHWxSjCptTTj9HY2phvh9 QpUIm0RnouHP7C6/z0IZngq3TBWZ9ZIoFrMUHBJO1meKVRV0xR+Szza260zH7rIP/VwFSvU1CnMF AkxgxRQ0oCQLJ8B59zqJtuyWgLdrqObCRzWRemrM3hNnCqldQJGNIaHqSPacjYRnKjIYbtmCWu3V k1i2oN7GjWouXVtLPcLzXipNH86tJjRAPRXVXZ0tGMKCgtUE66+WRcz+ynhtm9e/CawhGnhuCauK X/pxJTEZ2nqoTuyod8DV7hN8uN/QrWpuRYxHe1PbkNheTY5NAczN/X2EDancQd9dfpmRNgSCpC1p aKS7sB0p3ZNcDI2R/G5rGpVKei7lwfCVf5JLBjlSnC6KadwSbY3bVGtQVCG/+T2PtVREMS2xJKEm 3Z7bQ0SVepIjUdil603JOd3tln98hOd1XtEf/jShJyIdakniBX1yJqSiq+a4dsCIILRQMEWijas0 qaf6emDmDD4ntGDiZNCavUFv1zIhjMzUfWReSaRcIu/hYhs6b2XqDrWF2NUSmxyZz+bLu4uKf4Rp ECNzJg3HaWoWXh0F6CiuOmeUOSJc4mUBSq7OKKFwVoRVfUntZH2SWSdRDBhqMviqUBlmQCiZYUk3 qG9yWdKJ5NyQnW/vIv7qVepgQorcA0Lsd6Q6KS4VYWXOpWAu1URKKrONDRn+NSjgQmERmTto3kAT XgK3yL+Ky+GNPkQ+mpbmzW3RPAgNgfQnKSH3VDeklbUwBeMlr3yeAPXgGiZETq4VeRezqrNoRQ88 OIGr8jGeAuOSN4SYv3gfXcRXQqsdrsGKnKf34aURmVzzg5KwyEVWQm5z2ySuA5lYZNKN7owQxGZD 3gekMYM70o7g5NVJ35xo9NlJSYKUiYGzll9P4KEjtNZL01XeVf+iCisZLVHvZKKMBWjrf0bI+gqL KZCTkcjwVk8VM0ooc3GOabbC9THODGiK5EojyEy/TdbYSwHSIK6hAH07UZjomFylwHFUnNGl8a0A UEuPGdEHApa27htLtW2aZ2pmfmqKgWaCJO0KmnsOKvmkCd5B527WKEGtnolD9QSWpkZadWgGkRNk 6URgsmcObZtcGVEWxfv7Op7MjNYKgGaHzplYoceNKj6gnV5rKohoMtmaI+dSOk2arR4ysbdrCVjl WQT1krekU0adKRdf8G9ToOOGEOXRjSAfbVDxxC43ujBu1LipLEsw7dXDbplhrmZ5OmeHZvUIzeSI yCKL4RzxvgZdglRuHOEBQJ5j54Mw0GaYVvwUD0dOKxPbn+YS1OnOv3R46xHiBZqbZ+CHLn6ag+eX 8W6EWGMa1OMy40wHMEfVKLNqDjxCQpVYiVfiasLuCDURQQlD132/X1KWvvxh5WoIQYQLyw0URzil KTMGcVo85MPHqvmYMlzWvrJhYZJvMZfMOzkU/ubtoO9EhGTDrulVlFjyBSdYqbpupV3g59ZyhD7I ijya+i3MCDTFfasj9oPlgOTDGcF0mG/rgqkxt2GIbIEnest//ckTE6pL8JITw3+AGc0smzjQogFi 4rbBFZAwZlocOLffI6nETPYQIED5qGtCZ8qWg0gtHDUmq2JCRRImChOsVJeZJFqk5b8pxhtT6qyx /EsnCNFb2mTnOGjLZxP6vKByhTLUvKO7WVM/j2DMlESpyFzr9NJxSmBgjUUy1RdiRxPchAS5G2Lo jY1UEuZnGujXM+d1WZrdhVmXZWuCmOBiDl2uXu2dmRhObht8sauedBq26M9Y/CV4cqFDtJwrMD26 qHedLwt2SXaPgjpBRh4fooLp5ikQlavUZPC4bWuQKRkFiRCyIv8GKC100QZBZ85DYVCLZspqgv3G Le0nbcDKYqgVXsVjx6d9aV5TJHgUrgfOuHQJk1N/pkmm2zVNG0s3mKhOMFvKI8l8mVlhomjfJBfT DFLKyWS67yO+2qBn44qVk+J8McPUzPNJbDnxdHGjrJXtIhyIpvICBm9xMOG7lnOQARHlAoIHTXvf Kdm1vBFJ7mHJb0u7HtlmfnX2hCyd6pnEZBNJ3c3TxvWijaxUHpQzsgG8VTvI0Vpq0QZ5ukVKh/HI DVEhq7KkKQ3uRqxc1LqkJmmBuNFEOE0ROHKOqLHujJwO8K/4I+LpyOJm8/7CX91aNirOSrbllB5E vD0tZe5JjLq7sajdzrTicuyzhLKLjGMwhY7sXUzU4Z2eyq4BifZlYlAiUTRxL0WXPnv+BxHpTSfK FgTYXQu0oGJwhND2HyaiPU50LBekYJYxHcn9aaqC9ESb2RuxpC8PjJyIIQA+N2CJFaeZCFslEnMT mm1WozFDEyKsaWrAijUoge1a3IfCXcFHuE2ZeXWZYDsbmMvpPBehZK9IkDWUGzKQaElQCkqJXCId fnoDT6InNegxHCg7ZU6kQXBaElolPAzCYdRjhpchNXqQA6rot/lh/oWYIDMt48gphkteFEHpKCEG z1SZKOiEaaVN3LHbdj7jt11YkTS9k2odMSsgY+27OWZGXnICN5CNjMwVx6YeLIojky0RhkUJpDkK 3Y0F27cjrCjjeJrCUSbhNDnUrBhivS9Yq5yY1goXpI3lrLgpoNJomSclu8BA2oZRSQRgbjSwHO1m KU2bmrwE4tQM8ahWkDFkHbvWZYtA0cyOC1AsqNggBoDG4Bo15WClBQYS7YN1DysoVygxEyyyE4SF pcVuBX5LJ32JCTp0YnDRfjqnNMMsx6YVCByS4kWk7unxQoDGDmUh1VUaVwOxKen10jnUN2sYTJZY OlHmLJco3fbJyEGoEwUltOnEUDps9sSUjAlm6Y+tlK8YS58uUtuU0CoXdGyzxqJS/p5esjcW1UNS 8hFyScfmTfpP0BKY5TOISMbFOejWcIi3Ywpv5a80RTtcRO6qKdHaOpXFncDM+qU/+sMCdbhMF6SC t179nxeX+KZStt86DjXpQjqmSW5pVCkfKyKGASPl5Wj7KrTIIiUOlV/NPaw50Igyr7TKCK1uhZum h4nSIJxVzMwaXamFqFx4RWvn2XVrixFKtB7WkQv3gRd5RwI9Sjm0Malswt7CpBH10kWI1ziZMMgD MoyhMB42ggmaZCeVg1we7hrRdlAE1PmQhNyGbw4sUKzOwpPysmoKwyYXulxfYVhDNrK5/izB121k qG0z85OROFkd0pD5ZkyNIWwPW/rGC52hJTQKZIaB0cxuNGFUuU5zrowt9NRhivCpXlgUOQ4vCLjH kefa2jOtPIXWgs8SniUGNNr6dmbDEErSguXmk01eMnwOQT0SV8aR9xkgf8mtbe3ySqUJGWvpLdOl z1YRJ+5o04svB+JqM3F9i4Fe06NrGC0nL1utqL+OfcyM5ZJBRZMsmVm2EbQaCNVau9zEgQ0ih7/X VyJuRkMs9YwXjpYN+xATceqjcWVjaRcbWAptXOZfnWRn3JwpBRRZhpWmWNaF2YRrtlXxdEopPTEE kYdN24daTmXuIYDL2/+WgROrVcyRSA4ZeQWBeh+SaMEqI7E3DVIeTxpl6ey+m1Z4ZmyCjr4ey86c seaavijIAWIxUrcO5col0g0zXUcJrrpxQ/+IMY42zBOC1V6DLrATwOoRDTIqnmpf6AQHvMrcMwiD 9l1spdlpjT92cl9CXTxoTvl1wckWEJR30OzfBQe2dZw1R9PQSSW3ywEMEWwGPFY6I88vhM1BW3PM stCWv1wLCMUKuigQaK6BggpxzTTf+1pPHSYmyjJ2MkUhQaC0ZXRsmN3wnpqRLuACj+uNlLT0sIhG NIAGxQ6FmKwYenntmxHc6taEJRGJjIXKCVR75sXdgJ3JVtJAezBYE6ZbjHM2LbOK7BADBmXazbdb oSETrZYImOcVVbTg3ORuFO26vDy5/tJ9T1MJsspQZLkKlbLupR5l7WVxchEicIZSKcb2d5dQcTkY KYQ9RaM0YGAEMl1qgS6BMw0qqQbYgD0z8ApKFhFiBF0kS1XV+ZzqniaXl3atTROKUI0DQM++gahs MKfyCjaBEnSs8mxMGiubJVP5KVPmiwQC1LENM1clOFXwsru8h57nMMuKu/0MfzJhfwxklFAySohI hmysTJ1IV3AOfc1ecr0QDElK42TLrJunN2eRzjne+IVzFezWFcP/xQ1cUxXpgGekSwHUvosRpZ0c xr0M7fu6e6Jekw4d+l3HxiTPCtE0ZlJDuT0+8aHDCvK0u8oAOaLNvA/xBpUdYaigSQfFNzxSpiSz qUeCLdTyFopzajHJKg91eJpcPHanBAVuqYjGg1EpsZBVLqq3hY5JApknHrrhjkwrhVOpJW8kDCoF nwXBstwWUhPPve1qzFMDf9zNavIl+vVFSfhVoVaEZMsR35102GifgqfRU75PNNP+AUYbKGkGMIfB rcXCSbRncKyVn8Ft7+MqHXsxsWSHqJBgp9BCX6RmesxLPGvJgQ1nd2K4C0tyNrfV1LdcLRXPBbqW TgiUmRWJSYaQu5Iu8sS8PM9MCwwEUejZtEFX5coYz878Sj3IDoUZIfqi2XuIpGVaIl6+2EQgn3gn cESXajjnvk58x3KQGjDGELkx0QpQbXdZWmb8ZFGsLNJW7e1IWMR2/W/KgM7qN1qpxMNG5Ry4g0K+ 281QgIoGAbuyitwJR3wZtyGlvgonZcVhEbCLKF4ReWkXX4Zt1u8dQlutZG8lahk3uZRioKtkLUb8 R1EApMNiF4J1Hmbr3ntvwkX6YwWN56lBmrIlKFtkdMy1MJzYusFAe/vESZLclCt7yBBe3YYA0XVz bdP8NsD0dCCXjUHhW3gnIjbXhqQ+TIbOHpFiijEwCgKwOjzzx0+/ZIlZ/8Jf6XqbxomVuXIflIWN OcXKWAzITHsWC46M2P4JnbAG6W5Vl0ZhGXRV6SyAq0EzCN2Ww9IAt21ErkBoTCVB5WUuLR5D08CT 01LLsTqu0SAm/T1EN4NlZ9NnSDUNhHVV83zlTV5mL+yQAhmUIUhI0FoWsx5fZNiH4I6ZLRgoeyQc 6xpVioBg7PdsL5dqzj583G1EuUZPe/W5h+F4TySwEdPlyaTIdbziodt8minjx/M8daLvnu2p1INa 43iCVvc0GY5/8XXJfHDqWd/BezWdHNxO9shQQnlworqaGwbxlUcC21SJfp8y5ZZySNJVkdHsfjCS LgT78vlOlp+PpvYoeLuDFjrvEPLHtvqWHoNWz7ixUd75ok+h4tM+Y2Cb1h0Frc10ijnRsCF7yksr 1MRBJhquimPyUCGCRWlMtMUyHYRIuN5wiTboAOhVmmdG6dfZql7GcFsuScNrH4uVQZN/SC6lKGy2 mcehznZC/Mnvlyrgi/lmDyihQAaa9appGJ09dyA7ZJDaQwdIxYP0Dq88CqaLODUeQ1P/ct4ED+dd mI1vITUqwgzgQ6di46zLgBIAHCQjLhA3AsoiSNMfjfd8dHENzsCCALNKI7PsjqHiI90xeFQZlNZ8 iTZ3LmyMFSiVJWzTOMKAAJ2zaf6LtsBmiJHR1kE+qDUhcEdhK7wqnxLvKpsUyBiJi2OUu9FLjLTX sbxYB8jzXHpYQXLEha6FB7CgE70ZYhCppfdVG1KtzKfBK0Tw2ASqqUWqSd73IGtaXon91pjO5l62 J0mm5covLgPYBsYezNtKU9GZlgoG05px6bpPQAODDhLqi+pCM04N0j9Xagyl4VHhtRSkYnpioccc ylBZR6GgoOF48GM0c7xaOUnhIfhQdSWy5IMqkq66GhLjc0KjUERW+quUN06Mg4aMTZpVNax8Rto2 yF2i68qlC86w7ZC0HBIXmTgOmJnOEluJLhisMyw5LrnM3njR0gBke7y3wKoYiDncodGMYP23F4Lg TBP0f0CAjVJJdshKPGkfuuhnwy0a5Eo+tvkho07yRZDuKagRGy9P5Dz2Y8zDHQpPHOeIPduhuWTZ moMfPVaw7HQOBUPCT91W3RhwBZscEMIYNEPWSZXikmB05AIK156X1XClwUqF7XUsQwQbLgkoXAve qiIqC1aGDse7OXdkhTaePA86V57utt7urJ0AFVIMF2FUCKWtnIUe1W18NH6EHDACi3Lj9i10mBCI KKDT8GBw7QthWsCCaNCF6Qo6MINzfX3/eHL1K0l2tyykjPn7I1R0Y7GbIKwahDjYtIWE3jEJvhL6 kU9e09ezdl+uS4jLgBWdaJwNcNXAmIC6qdkhgM/VkM3Zh56k5JEYyd99ryQW9uMlM6h+ZewE74FI +y4RkiI1Uc3odGwFgOT6Zr+pzei/PTy9/S0INuhnj+xGWDQbIVLi1+Yc1LAgxIlxsgHFogTFLBfx 0IdxDYi4nTOICFeIJxmxwQyZ729qkOLzUhjmCKHXzzhMaGUg3JiSKkoTIN3OpTWdgaV0KyNM0XX2 CCGYmwUB3cTihxlTNsVjClB357XGWiEoc0dbfh3iI7QUiJ4ZQYCgT+Rk8gTiN5xv6q8FrjUIhUqS hwlDGKc6Lz8N3HRGNCjQrZgZTub8hgJtKDTlNEQT2HMvW49lo7NeA2NCZkUZUYHYHJQGjcLkRSsM EQjb9kvCh59QhtOnCirCb5DrraxVwlOnfsrG0sMkEAJnYGit2ltscIlRsn/9Z3vCHJLwHljFDcMW Ad+bhOoEceTmrLETC0FplOhKp5F6klUDliUZzoB1ija4FYGlT+LH0W11LVQheqm+PS0FCxOHqrzh pUogwVdACBlLqu3AVyJBUmToUfx1cPGiZ3WkMu2b84plqoQiU1ySWzEjMC9WoMiosjLjS/WFEFJZ cBZAhOtWQY2+VwGtyaKCTdl99Jaum+YoJFHFiDRokvSKzkkV9z6K1AKVfoR+osCFjRDOy0iwQH95 hBe3h3WtInugk1I1QlKWR4Nvf4T4BqpkFCCEZuRTdEOLEO2jxGYCTwLdq55D4OJl52pJ6cl8RIjH DT8KC1jT2FSbLW8tQjlpKGyWqToSCZ0kBPNAp5bEOkpDqXXYg1PXdSm9jPHrYDgcxk7RE6UFI/rP hITHkBWV1h8KPbMNJqOlUXQSZ+2KAQvpMJc9o2TtjW7Jvgkva6c+7UiMrozOHIhezaG8KevKq5vL 4si1uJ7oiKFEpgmv42osqG/jblPBGRSjSHpIBAxV0mLO1a7hAHKz7BtdmSFDRePWnBCQ2Gk9x64E iJrGYTtYzquCrC7BdUoseHVxprCEHKUlRJqm8cKk6I1LZ/GD+Wma/A3f5Hj1HFTji+KM1oy/60ne /2BW/ykIY2V7exq93iRk7bWY4lo9ssegW0jIPQ9dCWVfxKbyUWJFYuRohj2P6TNnURCol1VS0X/u ptFpvGRqauBm1gq2CYLnRIe5s2JuWZwiLafat+YxjH/7iNbKt+51bcroug3XHF/XLvS0bpuFNivX gdmxTtJKoBf1ASBpTa2pzYVwY7LSCan0/dOxk1VXIBgWuQaZqFfmdUX7nWjT7ff2TkWp463HlWaq 2hNJwkNMy47t/tJdFehqJmrRGbFrT2dY9gxgdWy9GwOOdefRtSqW0Z0bdqFDGUI5mr10d+33FSPI DvXSXgWXvWXORhJzg0i2RmWK2z42p8NT39O0x7PjcWWKahkoX2mdVH15ngBW+DM6R2CcW69pxc7o mVjPTnfTE15pNa8MwNpnBEy6bjfvr+hB5M6BoCwerOcTOal1Gzst551BZwYpqdJHusAL0lT4KxZl lpprQItj1AD5crUV9o+o3fmYylA381aqCdBgeHCQV+slmTvOAtzqpd3BUFUf7rZZkrrU0Xdq98uE 8sguJrz6aikpq4SjYYE40nRbPh5QrNOQ0piFSLAQ/rC3avSsobjPOEiKWSYGNKGT4nAUpFggietO GRYItdvBEzxQiAqG6mzmuQbMgxwYLMdFFQ+NQk3jTUCWCpVpLBwMC1QeHJdIFAelYeGAHBXMPJpA wIjqNIV8OYdyglRnMkMMknpKzNISp9qG4aMUjwC6v4WYNmtfzIoKOK5H7fHF43QewmlUUgJm8v9G 5CGsXgAiIZlfzJQrQb4SqrLoVO4UYpNk+I+pImSaTJ26y1whflZDSqlWH0r6IRsfQYVmonVP3XE6 ZwdWFaH0Xm2hhK2ooF1z0hSvIRUiRRMv2WrcNBxVEHf7WhIZ2UlKU+agmXCw00yNrsuFROIQMldN HbDi3zNGkGXyx3pYeNspGrAEiqsSAuFmJ6G6UZsLEnrTCNl7Zi4bkM6JlW5DFybSEeKc0YkaViGg 1JY2qcb4pE9ci9vadwBb3Co7PKbbTCJxG6bgkGz5fvvGycQ49I81HdMCVRivAZBqRoD5zKMSHTXY mjTvYzS6wUcWwehQQ24Ju4iHHGG0bKMcsqzMoAW7CqIsBZsGQUVpwExCA9DI9x2dpb8ift4UVAZB Xjh7KjZwkm9vduGyzBO15VspMCxo0QFiFwBwG+htqyEOpXIzjxmF48wijxGOZ6eJmtl/qLfl5zRP SlJi+s0KehR0qQCOszvdl94jmcJ8PwjeiIAR83kCn3fzOaJQYBTuLS8HAgZpua6JSnoI7fQJF3zX XkBAPNGlC90XhgA/0NWkhDkJNFAbPdBgtwixFc4WCp0sypOvWKQrWhtVPe89h4pjctF3jmkusztc +S1i+EL5OaNdMBKYBp8Vy5Jr90tuCYYtttKaSy5hOMHEUL7mg2FEm66QpJTK+7Y9IHfxm2myjaJJ XpCLURY/aJbASjxJgJxZhabnVixH0ZlD5fD+NlnTJjPusswMIJs5Z1KVGXhQ/dN0LKMGUwkLtRhM +ilY8lxqWAmEKM5l2ThVM3r5er4YpgG3/FNXLFwMQzYv5N1+QI0Lel9BAA5UX6p9+KFPlulKk+7N B7EEY3vgNsRurprLYw3VTcwd5WIZVIBZEVKRwzmWE8LjJt/PHxFYNcMTP2oVD5JG5pl3O5ija5tn VgoHLfpbtokYF891Mw3RgrjSWIBDuLA/t1d34BptV3PecOcqcuOtJcYr2lSaMdkGHOML/55j70zz zVUmkG1bGjqUPjREKaGQDRGQsWL3Zr/7UJFbVeUU2eCaxZ5uUYJmjiKhpQri/X4YFLV+sfMAKUk+ wMlRKZTYCiGUkFQ4wDxl4bLg1Bu6mShxmSgyNJ9XDbJtUnWqgkOIl9+s8zya9glmdr2DTmWBq83T DZbrNWzwSw/PyjHDadOSzmdBrgyaEiP9JceYNnTzyxyQCphBGMvnvDJqMoMbeqieEE615fLYmAxQ bMrHdQuMepu36Cc7D0LTUYEyQ6HQ7EtM4NUsXhvOI4iXUJHAm6ELgpNQ4WJO71NWZ7YYDbVwvMfa OYiDUpk66bs8Epf8zVx7yiC2JlNJJVxvzuWjpKbNe05lo5GL9vJHb1W5ZUIuaceIpz9XOMo3qxIs qs1NhywU0/PJdc7M5aVYC//m5gN4DPu7zNbgULJZUz9N1dphPpy1XajSgEjRnUeFxiSDZ2gpYY7H zEm/9eeE70CnBdeWz4spBEMKrdYhmsbDl7op8MTSEkVMZnmoD2MDFlixSmACLYq5goq2F6KIIPeW pZpbOBPe26zeVyxFHv0gYzdWpGoW54tOkSfHDdSpqRgncsRFU1HcFWGw5do0kiKC0bbaK+TDxn5L lXC3MJIcdUC3gkgLE7s+XfUkk1ILUSlzz5wEmug0NWjMpId3YtajBi3s5r+klPsIH2G/jhBDEfLt sIuifD9RpzMLkildmD3XdeYkBC3cim1F89A9PeIgUTEJ+XZ2QklYSC7Nj1hjCmRmRi1ntI83dpb0 876w6yX/8ZAVETL3xKxLXLCC2JDcMmgumV/WM652K8TgJCd0gEFXBMl5vIVvRVqvcZb2UkN6TIlG bpkePObDaRZBBs5JG0f1UxlXVqWuQmRMMTvwGhX2Th9LcCB/xqYWadJ2rMbA7AKcR70lE/rMQZK4 MJh5ykVcs1tyymRSVSlTf1mFBlkvkrrKPEcQP1F1izVTJdILL8ViPSQTmygQ5lrBurgHf7BsC7kP xm7cYlFpJ6NwsJVldDXPWPyS29+szVWjLvJ4JR0NeEEiRwPcaTgvZHj1bQ7acECqyuXypoRdf2kB wuJ0FZ7QNh82eRpxuhvG8ohhi34QrOZiy5D+JXVZTuTJyBiPvshaFO0xkklJDDM0tdFWksq765tO c1ouyc7hud4YDOfSv0hqVI2bZFATaew6QQH+e/V8UVRbJkCj+C5/DkKL0lt41UGZAEMQIHCCCS1l WYuARufF1lTtICIQdKU+tOo3jSE2KeY+ZAq0iIT8uk0gDAuasa+h/LHURpvWZOOSCJArZBAmLWRv de43rCENgNAjhZtxKB+5sPADadICo9aR5FYfaq2AwtseLZLrMkk9lMVSoDGSfd7gSExFOGAwSgTm WyFDKW7anOz7Vr7Zp3ijGShuP533aUQFJlOBqK7XJwvvFjkIJQ6cHaVueoNvPU6zCUO5LJuo8olF B0Sk7vxzGsXeq2zRbc9nHM6dfJ7X6Vzr87OZhxpRl2ReLiEXfdXG0NVhKhoNizYbIrD2gSSHzuOh R5agOpitwFQ1SJseL10pqhpG8uysM1Vd9Bl3qmSV0Cqd6xT+r1hR1BAIPKmGHAg5lBTT9E9JRY00 awCA7/jXhZHl+GmWyppb5GIOESa1FQVWSh1/BStDoYV+mAC7kkShxrXZaNctWLu4RK4tu+EJrzJ4 Eyvd8v0knomXmuhJSxAaDT1vaznwkhbaNx0t51tOwk5oPhChMr6Jl5YQ+encyzNyBzi5k+7hB9rY jOQTyDD+vpBUHi4gZ/QtnoVlaaz+a1ZSnLf9vJsFIyzPl+Z2gRqLPu1RbELsS9maNWvispboZMM5 PkYkisHX5vXde52Dl93veFMCV/T0w908ZTzEPrl8S6VBmdGx1oYWQUF9puckNrsuyqj4EOnt91ny nsTEKV/1iwoH3L1u9ZI4OmcjSSl3yLH1Qgfr4/e58WXf+pcxkogFqdvHlgg/b32JsEsIyqqxFBye F3S2IpkH6lh3m9qUn69GoWeaxl73vOAi2hDUx/QQ8cNt7OtT9YgTlOSb8jgCjORHOg327PhxnCxZ VCovaSwTlpclP59CyHRnBO286yA2K1Wh20dIkhgbJbuCwF7b8geCM/4MBaio4bBe15Sf4yNzsbuS 5CmgbSR1BoR8sNrIQkIqUayZH4n5KHuNN6QGvZFTKu41L/Am9BaSilChIi3mY6WCw7Mcx/XwP9jQ D6zDMfb4Syl3fgQokEERIy/icys9b9SqCnmZYwwVf2RVuMJ96YphEo4iR/QVBaQGigAVEW4thMWQ HtgnWRnH1eTHqlkvWz7JV9eio6BC3K1DBa+97aYYRjHswKlD3V7dSoDzp1zGV1EEZXWASE2nL/Mc OLLAhDBnUC/z8b6oZO0HmoV8g+TlmK4kfFR4CaZSa9VaXSZc0yRziHYNDt8IpFocwQJG7p+f6kug zotdoreykMmNKnHRjKz4VQ8QEItpwQtT8QF9mUuAoIc0s52KdlasfYmaAQF/d5RkRcTkfjR6/HU/ VwGe21QSTEhY9pj3gwx4prl2DOjYhgoN+LDclfEk3tS6iM48pMymyaV1DhZFyAidNJMxo01r1rAJ SDDueJ/g/obupsEyE8IhvuUDZOdqgw7IAkL0uCCSsuIy+iyfw7VmjS8jO6ETWyOq/4BiJQ6wcOCL C0dCoEW//Nr4XgZWGgPLdkTgS3WxXQSEAj8yJL88PmaXzyuM4MgRHRB7nST8z74Yuvy3OJNIymAN eVSGbFbSphQunwQSCUvRCUVVcoFujRtCYFDPWPEfU49mAgRDO815jYb2bq6sXAPH8A60yL+5gOeE DN7RpZNAoLZ7jO0+ft3eKoeWVRJ1UKxrVlDgCr+wGWsQKd5cvWIEmRFPs4o9CwXIbD8829CPT1Fe oSZE/Opb0W05CUgRE9ILpjThou2fcc+rm0OFvzO5+Lj5XnaRB/K3xUUMwaAvZ6/gaedFzXxK4L/a 4QtyK0iIU7aJUN/taV9i+4uM5RS9AXNjYcZFBaK+/B0xhI8YHchva7fe0RZf7WnJHgSXvoi9ebcG hqEPW25w41ZhVwnTarEeI4z14qstSciVxPJhasFXo96eSCuYEh8hFkrcrpu1JOS8Jh25rMrmzha8 nHeDDFvQ2AuF5wJNiDL46gNmzTOsgAIIZUDBGMNEQLrDcAoUH/IFLC0Ap2t6bkC3DNhTEUCRQGGI TxSimQiNMwmBGNVygcI9t6hTpPM3csiojGmEYTiz4vgEb8wchGVSQhK3K0eHZyBci00+VjeivYKh UDi8U2JEibIk76OEiSVfBqbAiqzTQrdgMyyO0XZ0PRWJik9o51VaA7cGBzsFV1OPELssN5WEXqjW RubD8yaxShDh9WCa2hIDbCn5W/mUxprQ+dc2m2oPZeTqFLLn9FjgAOwQWYYvNHAo+Xw5aSU1ZEiq 5bQhbo80hwI0aG6iLUBEPh83froiF0FiSJf/IE+bxJfHS0zBieuDNsvj5h2l9yoYRRCVeJSFmK00 xJhYwhoKeTiExq7WsthBWdmuVhk622iMSjE9SgsR4LNKLZn4x7y6+oiz2XRwmK1GK8MoNEhUSMI7 0sMOrRN22mBFiU/rs2aRJNMtnw26p+4QItUU4doaV2rE2LhtMqAN8tCngeoma9ZJKTfKzUw1c1bL UDqYpTqUN1PuaBunjS/FxWybzTDao5AXMVm4vmTj2usZM9V2Ge7qqOXijusX0ZAkV2p1gCwwT0gd btQuxs7dzRe4Tgg6YE69D5V4q8biDFIzTb4BTDTSo7vZE1A9wcV9r7TPoJtJF3oMSVcJLbocIZRs OEwwbFrDGI+2fwbsU5sBMvp8BwUGOe1TQpdrI9kATAA9OTd0jIgVwCEa8q9iJnWWYwPdkApLuXGV t4Yn58KOllmHvhT9kMr0jIfXRGTWw8gKsRYO6i1QlTlOMoGm28T5Wqk4SvXuQnQAHApC645MyGyE D2RrOM0MSnv8oopmXYSs0oUIw3XGmab9mnsS/rEa9h9CyNZTtYBlPugKvLhStxAs20+/JqtVe0vn KsvIdhsLFvXsWa5Bp5xdepOYJlLeauaou5mAYpd+SIeTlUbmXnllrX3QNkOkmWbe5T5moD6VAOoC eoTr8+YVT8M315e6R2L+Xu4rs9oAlybzgLQniJqYaoy1NBWpwA1O+NjEGaOADcFtjw8T+hj0RWa6 REaaipJaT3J8LSqDAGY8PQ4dCIAKHWi+UIFk8KQTPYy9sMGFAoMXnQUjmX0me62I6CcQp5LVZwuE 1FrZJ/TJNJmlux3duupypK3OxsZKv/24FbQ6AFPJJhA5TI/dBLxn5NKg5WiX+ocRNHYfagit8RLx BLr/K83pYR+ZbbUIXSGgZ61TvCNuNcoeesSwb3XQgCkaueFWkGmYabdy/cCWWalio63YxOxcoQoh TA2ck40Hk2agzcycZNCV+/mC5kbUSUG2CgfJqRRRUyLTezqNhnxdSAz4AXczjBSKdJwQ44bWlfg6 L2Nb+ljHacpBy8U8dRKe0FvuKdRlR+FIHTYQ4nWc+8EnlyVDtNSESaJb8mM4Kub5ERmBLenmZiRZ T9344Y8rvDjCCA0uUmsAjrIAYxJR5f5G1K2h2xxZ4HZJCjor0U2yqkK5lBSYaDX/9kLRYl8d4uvQ Z/1O+vVgxg5vp4/BK0b17ZU0SrndTther60b7K7tN9t9rm/tEau8hE6dXwCDsfO6HlVNSLKAtmb5 ppLWoNcpLCSE/JCd4hp1bSjV1D9WOufQjY4IkgaDIZtO4YJNU2VZBjSC03nddj/RRwxy0ETZSkqW 5y298qlG6ZqMd9E+ewzrqMup7u8Nt6+7SVhDcmuHFZ0Kl13ZvkS8Xf/cLj7ZLNeL/nJWI2gmeyHp 8KnkxRUpwf63S9UPdjIzqU/ZqYH99AyHCGskOvWW1w25Ormyfzd0AC5U4kKCUpDyt3umZVbHMOq8 MzEQjJTplnb5sQUAXDCRxGi2Szph2owmO3SqDXEOdBt9HbMiqeM7a+se8HpqXDZBsqGxPv26Fj3G SobXLS7Sc8XJhBHu6hmb1z0WjUJLxjBoxxfT8bfb6VlmYaT9e9rPtNC45BFoHdtDVRblGtAtCmRO 760kvl/S5Yy0OrX3DAOjemLhAb88sdjfNozaQVf+YimpjLklFxeRmjBHQLGev4chOKVBUsHvRxvU 8msCzpcbiL0VPKZ+3YpFgt0IgcOLLi7hNDrFo2EIqaEy7jbF5EB1IDwtqrKF7m/ibNE/cnOAgTX6 C9XZ/VzbBxkpW1nkxGywmN1oQonVmpth5Bu5jLBng2Y2H2/TPjcj0ozBP8zYBpf1ujsXucwgO570 IE+Am8apuT7C1eSIyIrHFIMAMSEXoNvjVrEdv7w32Hee6vXFNDOcWQiic38XiluFZgNJduYH7Q8G cU0ENtf3h7GRjApbNsmU/I9Bl7eyo0tsNDuAFeyeRgtoybI8VphwToBAQAQB3qhqvmaKZ1Zqk8jq IiXZLkK3PRBamSY7UX4q3WoHiJFXCzXH3u0kTUNLmPXhCahtETGtVYGgzZVFzKyrGbi86RqlWeXx 8A8a7Ug/aJDgKsyumNx7abmEvEpqWV/dzMvYLf6q8/Zk16qkyn1RzRiYiKhAYs5WYo1OP0ThnhEU 6VVYa1rqHpnm8f4ra6BYrSDuHJK7et1NK26BuXVKMUGzZIMIDW54Z3UeBGv6qbyg/mOOUiGFRSZP PNrUhyzzegY50dFL0wV7JARRmTMuSmgJo6wjMtFWiuwAuzUT1rm2ahdZL5rKbyiEzVUkSeCRk9jT INFNQdU0ENrUmEwE1N8nnejhD71UosBgZXJXVVN9kB6RpjCMG6d5fv3iov7PUKhAKQrdUpp1ed/k ZysBfdxnuujWALf9rLGJV9I2jjkOwfS4tq+vZ9d23GFC3sCKBqUtOQcJzKxZenVvgMFRSkx+gH8T ojIJPUtssFb5KVPPjAmhh8Y37+ZacLuYWR6+8q8qhHSINsRBM6Pkg6qchLuQAIuHHmhl8ryaflnR tFMnqeSYUpczMNTjX17DEtSytOEk2aeBkSJnNnng+2ipL6ICvs3jEOBcrqoXCCotKD7MXTFfpt2E AlS0roeFJuxtudaxp54MdeAs78Svti4NlAYyjp0PIbskUAACNr9LCUJJUEZuSnLly8jzUnAHOqQh RuJ7putsTynHJAmWjYvXzYAE/VjJSKkKm6FEmN+cBZsMnaySQyZNZoMmfugM0axBNFaJXTXIcOFJ gVX7lmYIY5uIknb9+NhMk0GS02gwZgixR+0Ja404U2xRABagmYMTefaUSXANBPeVlUWHPKibrMsJ 9KJld0GhVKPcJ5idA9ZMGUKibH6MyEzBsRpXTVoWUfHBhe0ciMJuQGumTL2aZWCZF48IVBJn008s h3uc1OiSWzZh2HbGojE7hDyc1NFKi3W1+iEKnxqQZLaY4ZfE8z/Mcya1693ZV87T3FMXLUVZW088 NCdBgvbjwWQqJM+xipaAVz6fSZO/64mF3EvTKNEwQ9jqvAEWG0ak4QB1xBkC9I31YM2+A46gIhHl xLmSbEiuEmq8AIPjRFjvtAhUu2TlErAwA0RbVreT5J+5Bo7oKl4ZhWe23JYsqoEYDPk5DvKQ3RyT JVg6rQbLIwmlXy/2x8VjkQWdGXItC0tQFGzGY8XiYoQ3mBhqLf5k4OCQgoBw3de45deeMT5pWCik /TZMMiohI/lUZtFZWNX6o0VQ7+vfnEQX/K642NIPMmJaD45yB93HN58qanifD/mGU54WswIT5mhf xRifg242QJY339n68xQ79ZZv6NgG84rbfhehei45UtnG4oE8ZI6WyRvGwCwVo/lyibgEIvfkj3YS WD8anpeHVPDK5yQwWEj+RT9/HUruIYwLM0hYlwEAg+aBrlFV4Ea6Kv/JsAFDsANYgjHmyii8Cue4 oNyFs4GDO0PxvYceHOXT7D3AL9i0gdNwvQY18SMJ7lHCwZ17N9CNHS+NiCpvwXRoiF0u0UW8YGfg pZ7YCCGaG/GWMv9DoYhmkAjgAhgahAtkOGKx2X+Mq2hrEgYW7LEJBiEzEbC7JXHAMwAplwy1DLie 0UPgqGtpkdE6nm3jjS4I3hBcWza+CNMuGu0ykuIO1UlgtRU25JCeJUhETn5f0KxeVLo/lZxQ0m45 niNklO3is3lHU1+Ju5jRISQ3p3YO3PVwQkObUxAZqRDqMnTpdLfyaUmQgpk+xCe7Zcr6+1Jp9yKp YTWcwoihNgVrMlsU87lsu1+mUPAU9lDLfxFAAu1e9J4lFu8PXf7qxFys/LwI7niq17CYWZ87Tq3Y MLN2AhTLzCt9x15ZPRXSFktLyVkdK7mZpJvhEFSGrEEDC8dGwRNji3PnoltLX77tQHq1SxAB5rP6 q3H2ki8HuPSQQUIYZ6k1quis34gvg8p6sw1Bh4UxmKVG8YMzHfHO2EeTpta+C/StIBih6I+DcMp3 TzQtgDoZDEjxLNDMnJvwdl/GwUYwNQ0bkVdTgWa8I0PBJe9njkUTPCCQy8oEkp85UnMrikLtrCPh BRsIW5VgRsiEpt9Y7R4DMkMkTEK75ktd8nRuksZi0FHdWgSJPSlMkT9vCLWkDajqOzUSWltT2Bb6 aumScg99Sq10A1EJGZaCmeQR1ewR8sTjKU04FV5lq0tmCN3JUqPURyYQUlevn6pwDkFpgzOmMFmA xAeWSg+8UMeipME7WCg0oSC3YVp3WiAuiZVaJOhxjfg27OkXL1R6htazUqCpMMPWcaPGmTkzJOsF RJE2vTfZDN2y88yPwe1RFXbZloCRatibwVCes7lH4sQp3uPFZQwj224qyYWZLhNKQ3qdy4AhsEP4 7sTcGIw4oQYjWT24sQPK7JVPmbNSOBilomogPZwTvDhepbrUCJiwhHJbcshsx0CmRvPMzBEdox41 RBIJqPX1HNofx+tmJd0GGLSfPfWcSVJBeT0wHb5UOGal+Tr/1V22HMIuCLRVMUFm/EFOokJYQsIa UYZmK7J0sFGcmrBc1UPikQQV+6B1fOmMyaQqhGeOAKZ7GCtbrU83mJAWYpIZJlnwihNUxkzrw/Ew lagSpt05wFGrPJt6Eio8dJWqVLageGFv9QGhMF47XbfqGC/oRkaKwAwo1W9f8lsniATvcNPpygwu jPdA0TzDp3jalWx12/UMups+F8nzUCbRiPrWOLvCM+J3I6dGhuAVeMRvuFpnHDm9L1ZuRLLOyFDj CmboMYWUTXSMg4sZshjQ3wrp2VWEiR1ILVgmMG5uHF+freRzInv11vqIhZlHzpu52Ehfh2O3Ohof rjdYVtmzeRCRxjchZiutFziSqx00i5J+C+AMMp7s3mcwVexAVHMuH41mDF0JjQp0+YquiLFt//bG d7ySk9iTg/CcCU/REHXVoCpW+vH9towwBbsfuS8B8alK66evve3r54p8abctl/3++mj9wL+N6wyW rT1QnAWO6tt6VuRS3Pa838X0boxqn7xZJgEYpeDeA8QIZ6Vx4rIDSr27pY1cyQBI0w8LRLl35PX+ Vs1MXBffS7Y88RK/4myosAojOhHmi3O7g5jwq7MZqrDuBoEurV+Xkq+OxY4sokxhT2ZLoN2l+tb3 MpRYuAKdedfKpK7QPS/LcfLEskE95S0a4aLMQoIzlSajBGtzLJI4AcUlTkc1Vd6svoqGFLOLjB7f rgMDcdwiT7biL4juyzJQSNEVrfuCijjHSnw5W103AlOpi8QpvIXQ9VkKQkQ5b4q2VERmhFOCEiXT cMdcn7eiwBrTbqnDBohyQX5sbFbjcgGUO+vNJdmIampN6oEQSnt6FpzmwUIGlUtmKvUevr+YdZqk UUz5qI4qdHpIhQsTVwQLE+BCousyglmsMwymBq5yIDaTQsKlcDzWjM1xDJ0LBw4HQLI5eAU0xEzz PgpMca4lIYo7qMwAEwXJlZXpnLPkdN76GA/JHO19+RrIoEhswgcCrrKc+KPTbxUSutAR2stD8lsu aYet1E5adAhbBE8/OqM4qZQP2CvutK9sdRuA26CuQkwTzzRSrlOqEH5AzGC/REWGUV4SPa4qLlNV d+UH+Xy6r/9sl5+LJP9FzDx0zJG8HCQd+khlpRrBjVi6uMXYrBDrR88TetCMSlIFTYEtMv7P030g NBKrWRjdxbRNaDDYpt/sf4FzvivedAC7SuHPSSqVUpTROOVAKxietY7Qcq5AiZ4YVUISosbPkRil MLv3ZMHLrS2bSnJTu0ZqqmjkFlKgQF6oX0ibHMJan0oEyOiAkoijqmChKX9RlpTrHuREyPilY1dO fO9THK6uQMH8D/yVAZ3gbalwE4uxUlChhPwIbexZjPZRm3VvFhBxcyQoiJOE12oaMY2D0AOOlZiw qAINkQAhmBIvmV0evqoTpqPbWSiKoY1mPu0KCX0hAuCA6HZYGQ08Za9Vv0BZJC/grCnVQ1XSKLYv b6TRK1EGgNTESB1YVDpJIIppK3OgX5FOg+BTsi48FALxdDQD36BZBhYkYIMvRib6nbqZ/CCF8REZ zJ4Ip5HGJiW6s2cxixRQjhgpjs1t9ug6/YVWkq9nSpBS94vwx/Q+Qk2DGBGRCTCVgaM7SaCx1HHg GGFTDDVPAyYqiIxbwJwsByPz1PNiFklhBbwGTmf9IeOZp6wMTJrTPwITV30wCNkANANi0v5FSXKc 8CS9aK9h1G52KpZBLlQzfvZJ76BMo0MnCQiSgUmgZRxmGqw+5NAz2FkPPbkDKKZuUSAr4iRPwGTX sgTJmHbxovizkNl35J6JYIRttTV7JgOXodjs6WatRElgj2gYbTo8zQdBPFOQaWSRr4mK8TP4S1NA NZ9icGT3h7cAkr+v4oH3S7amhTmdnfoRNZiRsnXxQpKTqUek6DVrxYjHfO094CdoKUwKmO7Oq6Uv eWlMN7YIi4ny0jQNGA/imB6ihH9cXeyNYzYh52Jcw53CDg3CHnn3La7DsyUAmuJTy6eBdOzgqWZr rN9kbIIVaXqlwuYkw2gSF5GF6Jv3pUw8fsvEdGND0hGAonyikVukrCGUkNNSZqEJAxkJqmJtEY3I UlmJK5Rz9HgGRWpZYt84cqhjClKRHFAC7b9l05RxyDZscpl7ADjtL6VJfZL2xtGM8wUeY8T4pJxp TuWGxqsNw5h6JSiMpDpuHiEZrkEizaDkBKq8/bVCZHxFQRamum2Vczl062sVF7vUFZWuJMFIBg77 JqHOs8Msl+GDtSKjP5LpCXVmOASzCHmNEvAQ40R2LcyASJ5X/jAeC89/Sv7fP5/MhnkZek9E5k7B xp+qTqa81ZBL+JSjzZWrh3ylWNSAG9oxUtZrCHHb2JQwFPxHlWxlS36wSLFWq9dN33rgWMqWABGZ UKriXeabRyx9q+inF4UCfFOoQGQ/0SAYtm822Y5A6BTePntERaN802w9QxMhIiCB0S0JW6d0UXuS n7pAKJ0CuGGMg/hARghAkt55Jbd9znYdZUk6HPWJ5QSc7hiH9GYRybBHgfaC1JwWG0VtUSi3r1cR Kj66XIUuH8Dm61z2KRDMwDimzCp/2pN0UsLs2CLDWRb0Ah5msXo6QLI8Ohsg5oyL+c1Ia9QUrfiW iU5n2TzraIcEfWMHTBsZ0XkGgNyz6LroP6MAQh0yEX5Tijw7RDMefsmHIpHYj9gOHjCTRCQ3ywKw W6iZJg8Jbi6eciME0ZAZacy8GNvAu63SSFXdNjreIlc8C54TKbMtOuOaINv/gmMJIDrkyIqbuxgK xvC5COrvJULrn7XEH4C7IkuSvNg0wm6LBmFlJmOzLzErF3cSxQxqjEvatRQwYU62mNWCGkYZtPob PZwBj1ATHJ3U3t2NTdDdU8fQsg5OkZ3oSolZb9iL3LRwFrrrxi5uNxo6DiJvuM6pYDRf1vpFIgsc q5Bojr2AYpkZUdySVU1mdM0SVx4qQgenu0VEWQD/gZUIJE3JblwpeSgoj7G0nXAwAX4ZAYMzmfG1 9SaQZypFatbW0xw9YhS6VVACn86LENkECmiQhIIeowT2EkQIJH222DEd4RvCmfaskJnTqTS7r+2x 6JVE/gx7Ym6awgwWBuUs+SA4LNBHi8KqhFAvpiBORnDQsz5GVgycsU/tRIyCAehlpyINIttl61e0 grKm2SxrlBgACqAy5i7xUsaPpFm57JVr7Izis5kAlrViPhkg2pWJtaoIth6byNK76w7o/F7tkpGM jrqzWv4ZJUm5WxPsTlbdstGjjf3Fw+mI9nzUMLLG1qoN08h6Z7QxaOO1lsd68gtIztQM5qwcullc M7QJuaqmAHmLXVqZTMzjkcYIeExiyy6QbLEIs2YgW1a7eQQvuTUdq5UE9k4TYRyDgJlqIyhK9hyP lpy3H+oULFzzV4gkOrt41ZJ6h/PPaJUhLpQl9dICX4/dp+l/SlMNw+JRPZm1f5mjND0Bl/C67nHd 3Eo1vh3OpsGKAjMc9CrBBlX8Njijm2wOJcJNPiJIstRGiGQshcgConbkNXDGEhAgU8sdSXudZUbD uBs+T1AABAYiXy6TsJc4CP6TeTClC6wfCigTUm1tMqelGFXbDB5qeFf5ImsJVcEbU7b9YZ2ng+BE JjQRgmcxTGaqelSRYQJi2iJDBLpkZN2JJQv+5pQqdWIow6eSJjgdatnJCMjEVkjjhhb0Qko77DQg ycilEcQMdU7Wtew5IaGzRsyBZRBxkTj34hU2AbmQl+TP3roDtPxPQ+eGyEaFfQ2iTthmO0jgqlq7 3Ne049it6OpjjQ3prwte12Uz4qLauJUDLfYmBm1VjrxhB4OMbaExXfahYaCXfSQOhlyij2GI0d5y VssYExu9gNzPBuk5QVNkAbAtqYCXYul8WsY/YYFJblanHFHsN12eK6/e6IQ7UCrcIGxsTabRr1qi W3Y+Y5Bfr8oX3olTBAHN1wuiEQlH84nVIV29U3m3+p03l3VcIeR5SYWbalkuKaaNGuTq/XJR9utN r3h5SfnMHtfnZ98qAAKtwubA6o1OuWrNQgBh+4ywwPInfhm5yiTWWwebM3J59bpKrBVLcSSjYKAc ZEKUc0yTDSom8fsAkFTTcxcgsrKnt4WqT6FekmzeOOtYQtalZdAdwUiJkGAvZftjbChGTwMaqkkn DLpncVCcmhAXesqgdpcgnEhmZmrbdMt6YJSrBJzhaGj8p884VyTgp3TJPWYnqPwU9IWLK2F0+kWy oqrfmapEtSk2Hs9QxKPGkwmDbGdFdqX+EQdfgjdUi2TMJ5urqlV82NxJrAYdTWvPKtongFgJfXJD YJAhzHnJiJrNdHf0N4OgCGGJjhkFW+YjFAZpfTnlKnstaS35TaR9ogJGrL4dbPldo/ERxQoLYKIW kXcD8RcVJTBRqpzcXUwMwWAj1aGlg5GUrIGcToFjoyT8slHfMhlEh4QXJIwDqBE/grTJ3CIyLDjA su2pzeQrPjbasdTBlojqSYwMG53rG93i42LzCMiR0VuzNzMzRhdr0Ow+CwkDPgCiNaPrEFp9i2wj pnpvZiYRNUBdwljjlkz/mB4RDzWii65RBqMijz/NTPe92RkettInusjWs7omaWQMhQXJ0ddw3I1Z QiCBUdJXf2jvfLC9vXgyBTd9ZVO1PrqDiqPvn1yK/9H2qI3G4ONVo/DO8WA5r0IcJAYncIKgnfPR LMuWH3SbLfNmdSQNBwJC9qXkDHuiI3Ie3UGRcI12eQPksSibaBp9xdIcX5eZzvwdNqW2wnDhUYoL qrRsA7nH5S7ZKb9H7QK+jCxCiM71BG0kCicgmRc4sRK/mo70z5KbNKlOLAsVrHXWlB3wQ1hAyFBO QMXQGb2t5qAGU7FHrCd6phuXq1P1Z05coBN1qjQsp7u+RJAGA5RCzZFj4kWeVLOoAJoWJfpQbINv oM5QNDbiIUHvp0x5qy6VEeRuio6WFVLPSnxig6YMkWLofFcR97YcYF0BXXBBjdyQ8Dys2D5PjQ7z q2LTLQQw7KptqIklNc1nRRCQFGx37C1kSnY2BfTiawpympeMAimDm8bhF8eZRUmcMNIHNjxQdUhI EvHyTPhCpEEMD0+RqftFPJqQeZxCNBnuMVcEqfpAdDUN6w06gXcdSg4F12ZTLZCg4CMQk8+2fBCh GoEGVRIh8M+z76kAdQYRodEQR+yDkLNBxY5GINtVhECURhWIk+7GRBPDg0mA1K6SgBSuuV4A4EsT Cc7xMZKiXjoSI9Jrns2Arg+cvsAthyTwqjIhSkQTg6aN6BL4kbT8o3H4NA2KTALCKqGfqYkR/U1/ wcC2F3VECHbHbiI6nAi7QjINbKDMXpnny5sTIdYWecUhk3DpCCHne9MbjiwIYpFBKHNaDJscCsBT JepWyKo5uIFHoZI+QLFOICRIvsrB/M4MmhdWIYIzUZg9TAZ0DJWI7PkmeDVV/kg/YxLX7AM4/RwZ 4ygJMC57AqM18EFd7GgrHEGSe9fFk7a+mUgtENihY36TZwdIUhJZRJ0ixHUDhXGXYwoaDjvfvVex vuTh5lGd4F0IBJQZQMetiuKoRixneOSGWJtJYGUl+xlZjEQD+C6gjtCN7tmXKLAdFzEtc+bG3MH5 CBjeVcmDKggtUMvzI9h6KI9HSu4mcn+2N9Ug+HG4D9NAyc4EpKp4JqGrADLzghx0iFxGL/Euk0dA 0WBjaFlQYYbsWKYYtNpqTyYKJUoocwwMQpVJ7XnmaU+fyxf8M2TXpBhsRjoi2cER1JoKFXO3kxk8 2rTK465kBHFLT8xYN7os9EdDI5miKiqM8KtjAN0AvFYqA/Sqhao27rpGhTjcBINE0Zpmlq1nM9Oy IM+K1BImZqwmkKHwyAVkcE3bVhsNAKq6tDRT6pSFYbqnXMbpKfK0J5WxUZwtxDI7KxCyzuiAh+KR 1ElBojO1Kv6Y8dAdKzep2kg+MkOJEaMKbLk5xgts2Qm5PInK6kcV8n8oYL54CGjWFGHYMcSKqsra RH9/4b9SNkq260wVB12rblW4aKj2IRMQJQJrzT6p5kScgEJHeAzmig2GxqAqRVUxoNGzDECNslpx QBNGNW3Gldx20XsqsU45EWAoVmUG7Ro3c01Eq4fgZibMRVMjBxh4wJYzz47SBKPVPvhOKOIm/+5m /rzyzeCyzQxD0KLv/kM8akMueMM2ZdANZtWC7lWcELlyAfIxziRRkySGLqC2/3p3y8/MiF4kiJKu tpZxzO2iA6fGWgKnPAIjy8WTYtTExLg2ESp6qQshi0FTfkQgY4wA2HKiAtuCW7LGFC2SFgpipq0X iFRYR1BLH0V+rH3RIshnpXURwSixFvmWReRacir1T1wSiRr7lcJm5phegUq0IWZdQBF/nEijfQ+i Msg+QqclugAk2GyXACz7l1tAj+77X+pt1u5neTMyrm6ezCxYzzf3BQlF9V2YB0BoVw3tSkaSOfVp O5qK2gE2M4rEmIhweUkCE4ovNwEaTqVzaWgscb+CpGvpjhm4P5kSfWdeTZkdLDBtTr3oBE7lLxoE ueJyFMt7NbU26EziEly32rHjZkpe6QawjEAjNYT56wS87J5EPttZTQ/9uzKq5BFiivbzsxJuuEUO SoVrxFQlgnWiuY6KwqCeEGAn0vF2snvUQALnqQLCZSWJMFNuQ+z5rmy7tu283KNQFI+yauF3+kAA RJiZoHbcRigFSZPRJlrT814sZjYDGDtwpm38mjHXPbbWZu/WxHT33IYd9B5Sqw76oPFZsvujhxLY ZNd6LxOF8iyA00hc7Mi0v/dni2V6AgaQ9ur3cAfL03KbZ8q+e1BE2dJ9zyX0LpuwbXmOoN5vT08f bJ+/nx5I6Hmtr7sHXDqB2Jn5vXo13N30JANgNLt7kK3zjZ1SA6LHz/P7CQIPiXiAzmMOqPQAf8+Y 9SyDFz89Pj0/4vozvKD8+XNz3I5HG/w3l4NsdPaaqQ4c/v731XNyeiHX83H/ud+fHW/z8/C6QwM/ Po3yuD8a+atXU3nT4h5biETa/HPFFNAAi3lDgdVwyxVEC55/t6+fXXk01P54CdTH17/n43E3Bxw/ 3Aq9u0lvT42RDqRg2Jk6O3wZN9AVv4jTA8meYAH053NYnzN8LIZGI5ih3EjZj7u/rr2jvm2ovmCP jiQQfsAE6PfPHhrkgPC3OeCgzX44GYPM0Y0Ma/EzDWAAFlRlBwo1SLtt23QnN5auCazan0xFVmjO 1hU5UWXizU7m+FK75J7OtG6eBclj8s1VSdgVCRlj4lDELElqmPFhN9ivJj4/WcWSM7GQEY2WpSnT TEEFYBWyKh+J8ulbzXz2PxCyjybpmy42EgQk+IvuTl9G5/Xl8nnpmN/lWAvyzCcV3/LWsnx3Omqt g4N5BIFc6DDzL5/GbHugJHL1sBLtoCjsMOcl25nJYY3BCXjYCvL7WvSIrAHE6LUVEMArhGSce7c4 8KsTD3c0KE2otO+fsLNaJELlCHRlnnNwumXKNLOEykRZuGnY2MTsMGvG9JWp8wstspgVK7CTs9Oo /11zo6n1w2UUK0sppa2INFcAFa50a2NxkDsDMBtV2F16wp2Vh6BUTk1iyTQWQxo0Lw8odt8Fjr6y PJtcCtjsJSNgiDTJGnIaK5su78vF1Iq7twAIcUFO23ILCuajgFVw2EP0idzS/eK/cArRyULyw3uC sFJqTgFDzLdiACJHwclNPnIeJdecj+4b9OMVwR9hCV/BKgpANo+Q3EKX/EBAEBn4h5Q2t4pDkKv4 ygijIeJHLgPg3s1uTwxt167LsDJZ6eNCM31WBUlOLZgW+hS6Q6ymIlITRy0kMjboOCDkK9JBVoEE I1+Egx5FC+0AY/QRXHQmiGg2ZOkcgyQYVIoMPFGmYFdoqMFzqQsryAH1VRCLyVC+xLQksxywNCue VDoqi2sDSZH2Kudgc9taQpCDFW+DGPHqYtiuEOYYo1V4lX7uT1VodMMs8XNPrCCZ+2GtUWsfKIOb RZeiGrRr0VxX2Ob/NCU80HM7vCotVrLKxxdR4lQ6WxcwRdzEtbTcjIYAlkCUO9AQKItQMV1YLduk HL8jlB03IzqgCcFI37JLgVWYgM7Z17EjrXOrzwQSFMWyC8JLgdobElaUJG/NdhUPuIF9cj2bRuK9 G2bEIBGv9SNkTbvTXmPq734fyE7aESS+FTjCbva0ANrgslQwosasbqTWJuIYshPQZm1GzjTT4GEa 8dvlshngUgDV8pnvQSJWLHSF9cJxtDRHLBfiL10W4dsNAvpAjTsEKNh9knHolN3QmzxLSz1qIzKy ziyeQgJ4lWmaa882TkpKXooojCUw2Zp70VuZTKu2HF+PlK16FaHDN2XA6ywMfJA8Lflu8yEtlrCA RYPIkiBRK3fjTY+R7wXHxDEgh9ke7pgIESeEoIn4t0eHJkRJIyZRvMQ7K62ndivmY91IBxBuDWTa uGK3QOLc8SbgSMESfAPlN/MyWZLhgtYZjZWMpHTMcoQ1jFRxBoHEJ5vlfghtUoiUbRkgu5EUJb0Y nAAADOW8G8jV0Lf7SnE1cMu/JNDNG5qlw+nxzHGMdCMVAa1maWS6XOEHLO5rcAREP6CxHfSkvRV4 it5xxOz+m7oMnpiFFCUAz2hS8VGsmI0qLE/TNWfl2rxllrZ0Ep6wbAQOpKdJdXcPcGxVv8GCvske tJJklG5moZRL47jFl1KFrJPcHMHjSMqfmKJ8E/1ygwAs2oFmeUjbF7egzERGHbHCTmtRPmI1RTZK hXJMieNfURAnZzTlayXLLeohUAaE78tiTI8BDWSUTT6Y1kYFODy7BnTf01+MIcyQB0dxAerhSY1a H1eoPxEBE0GKoC9+T0/jTZK1yxhkKByeECKUO4X/vElviEtd2DFQo6CZ8Zj5SiBiO9pWhOdiZos4 jkQjo5dZxHKDVbcCM+vhC5w3e7zYsMcklM+EY1yCjLwXsmlrwURSZKZptsHD3udUFqMnQoSVajII RI8HoMOZ2obS1xeWe9Yw4JmGLjDaEZ6Z1bfpSP12hmdn9liSMeI9YY8LBAVZYbAo1IM8R+QSHnRu xbOgl1ywigS1RbKsSdCCfSUF+FXsgecCVmGwrVwZ8lE4zaLHHBWxglDkMgZqKEQEXtpPQDMgrU0l 3YW2nA7dyz7crjv6y1z+teaoIl2hxtI0kSBDJgigpA792QroiKOy7uBHcRNUUTWf8w2KYtC4A1xw cyqFeSxaEnN4WUBDO5AUZ/UCkimWVSSJrdBYEStmIJ+HO8FBluhBUrvANO/ZohLuV0qAiZICYlaZ ydGQLcGwQYIvl0wkivJDK4tiImEjxFAiF5mUZR61R14ee2PmsYxZqDLw0brgatELbMIgKdE9U6Mk iSoEoAAbB0OZiLtrvAVI6j8uhjAg9RN0MIMeuNaaonRrBOE9+kiUwzuq+EM6UDRpp49p46Sk+XPQ AQOks2vCQZc1YJ1SmXDXKD8U2UUC/92OAQUBDQnENMm8ZlqR7YkhrsoRb8/UBCS60qDZiypwWXqM l3AWdRtABlphAj5tRWV57HqqNliOXPIsC6iO4dffu6Np+GuVCJLSzjHuu9NdToFCgVG7dNN5mR1i I1Rz6nunBEhyaZ2cF7SyV9lqia0Ta5x4wz47IVzerGDxDE+VAQCArHpFpdSqDTs2p21bRqqS8QwK ZQ2P5zsXoupLWXFJvCvu+1zF5evj6QgMEALM+TOl0p1LJCN3v6y54kN9H9UX2icsuXemAbjUGeTd WuuuQFHhp6JEx+x0+u7tQ5d7Advtrs5gNkffsCdybzUHF+Tjq1mAtlKJSsCPVF7lgOPWWLLe7jdU RRb1ik4crrThNHmmyaRqJnHET0COsK5VJ+miIkSYQlPsBBTVFWRq71wHGGAmquI1DxBkTKJJxFeO 5cmSIpdTQdQYInK8OLXrpMDxDar9JoCpx17dPXu1mVl0IwgYV703GCJkfZDRKSixSv9KQEEUqeIb 9y6yEuNhkm2LA1LfikVEC/QkfEDDqCUnvZJ2YhCNqzcZsJOcDZI8p6aY4r+lR4IMqGFh0uQ6aBcj RqqI49XgMPrswOfEIDQyhzRA9BACnZYASr9doFNmBD1s7uQqfOBQ7AqAKn40zU1YnWgimae8gxYw SIsvFHXRLMUMqN0uUp2DEF4GOBZAXRcCvLWZ0OVgyLjYJg4VtyNOYa9AKNMBs4LtvHaa3WdRfDYz Uz+LUWBpmCwuNUw4eJIe8GBqkIh+s+jo1J/YXfSVAYJ/o0GP3xRxsUqMZOJNjiR6Yd89JqbByQGL khfL8gnLWWods5kZffVOHwhnMaqhUmcEZzShBdiCXvLAPizXRvOoBOCCAlSMrTxrYQwKhqlf4nNX zH6vwFWz+GWcQsRcmW9Zg+YotuU+YFgoIlqIjO7zEUDq5KhmKgRdjVZX0oUEdqUWG7jY3hjlj0yr OSvBI6f/aJudDRSYOLg8+FwpWi6AALChF34vnS83TGaBoTkegoZMIKN/vmI4JEhW3MV2DVRE6cqn t7ZBmolwCSHFYW0rRVmtGWmmAvchTHATYzAoF0cByqJnNB+OewwhTJPOgZosmQLWqNH6WpIpkoio pKVwYod1C90LwsFPu4/dLAZD95Q55gZY9U0NGePOsj7qpcpafSngwJB3AiL5mf62FqkdAFS8c75t HqjxlAWYRDLDM5iZF/vJwY2k7rTcwDBlzM2OCh7WiG5VuFk/NKwS+0ywGdTAU3aOLOlFD3poAET4 RHzGHxwVgWHRaTzVzEd8mt6Zz1qzI4iZZIwpOvIL36q4mfQn0/39/R/W8vP7R3Vd0frr68clZyLx I05Zz5JTIhptCoVpLOP2HCevlfKxu2Dw6/nMJWjQoWeKwRzUU8f8jdnRqwp2UpJQVIgHTT7pdv+P 6/ztTXtWft4kk89JgWNlee7BLOGcX9JXK8DMC1og+AC5iQieSrLlhCdlQWdGEkO4iX5jAQEi76iI bv4VcSf3mEv7UDPTTeOzo/6f8JUOMR+Y264w+7qS4+QtZclGieFpVfFS4bE7C5k8k1CVIME7Kish TYEqMfqll2kLbMXlUqCyw6wOmoCDUhSCCmOLlhrSIMLrKn5UcWnrQugOKxOQT10hoFYrqnelGaCR pUGIinvG9rfYD1TqvWwLnVxJ8DffzpK0v7uQXbhrpxIc9SuXLDN0q80N9poo7IqE21x6qci8Qrop 1Nte7Wb7c728XWil2450dTCsOnXFKqGtmrZMEzIM+h5uNVFqlT0Os3BFeHcZt2pUOOSPQLnw2IBu GG4mGM398bOoG2pie0CzAiLSQuLsJwuHWUory25M9JvMYVal2ijUAiA1zdhpLysQNPqVh6IvMUcr uEfGWMmRNaBpNsgL1SM2vIPmUKlmGadCJ+pj9PlWPIwG4Yt6xIAx52M7rQtTYmrIlbcOKsOP58wX CQX3LDMVRh73JpKZOj3Ug3SFqe6TJWPxkSwQKW5lE1QMS7aiv+E6E1qb8502NhJQTRrCAeIn+Fmq LhPj7TeETuUAZC6uJ7DAzoMifQril74oI6lsA1tpWr6yfSllYZYJwMbLlasZN1YmCajRbueeo6xk 2UWHAeO3F6rDDQCJnNSphYcPT/tYSnCdgLX7sc1LJ7USSGxgc5EeWVsJWwvNMQGGZfa5aIlmWLoV nwFQstWSDdUTGYIY46IzDeRoYME31xSO+unemtQhSw2IvY2CEMgf+mkcSrVksBUZO+jSSfdToM8/ 6ORml7S1VtVSE31EvWogLFEjSaO93Sv/Fw0RhZinEhVnjNKRyOWSJKLBrFK9OPUbeY2Avooh0S89 d3FEbo9mMBkvFcS1tnkFFwYty94998H+7iwdzGAHasy24QE8WnpayAR0UBVglF6SLoZR3l8qOuJ5 nLYHmHyhkdmgrqv02k4ZxNVSSBe0jItBAgwGREuWAT1jhI5uUTlGALApIWkj/SS95yuwyF3WUnvg NQGziUB+DdqccGIvPDsBD1kthMNVICyQBgZHXIoxJ29wVt/4zclh8B5bOy5so4ZyDQ5EY16V1+qx H11b1CwLk639E/+nU6J28TB3VKrCs/Nxy/V4zhyUEXJ64qK/jx/JXLF6ES/DIqqen21GfTsgEQxF VlQ05J3SF14bhMcVNwopOFDZhPlyvzJR73HRi4sl6xDzZ2FGq+z5YDNrJmQo/xQI8JjcMIc8V9t0 Pv3koFvQBk8BSTgKDB4Wwv/BVZzgCyT9EHsEEILUVFhgEdmitmzQRQPkwNegPA6sogizSgmNYzmY 0xe2lLUNjAKhwgZoelWZluUs7KMWkbvwAU7IdVBsg0GE2oalNy+pMRlnj54FFxHBF5ED0AqapJ6i DjMWFAkZZiK7XRoLZcGp5ky4PpbFTYeWRRzl3JGssoHAQTtz9d4KXCvaL1tH14L0qGvW2PTxU3Bd QF5YRYqgT8C6LzVjuvsSV2mZGC8nP7ASm4THVUFUY1bed3Cuu42bp4EeOAhkhDF7X2vmVjsuTNFp k0WcFkQ0KKqHYmUkbYSd1C134ruKWTddTal8sHWOQDWJMedc6EwkJYP46RUe4DJB5DDEveMEgQEe qpPrKHnhtcpYOL7kMA1mcbKQgKrcytwQ8uKQ3LFZpuVQKyGNy76n4PxxaVOxm54o30hlEqPPUAvw BuZVWeYMQrqSY8q2MF9sxqw9u+oi/c0OGdxQAnMTlWpggzwveJT0T3C4CGSuJ4MzK52Jyhfk/Cr+ 5eOkmWUG7PMYRCRISSQFhlXhkMwW5ZwiL8pBgT1DO5zSh77rzyS6ozECIArnW/3HNb2Iilvwwk1D 5cTB6MOpquF0FYzY1yAIH7MS89jHf8m6EBIbSRlyadCwknXfWereIoqgCB6RhQ2Az26Md6XAxijy iWhEjhRBJ386qQnAKInORJT4JWw6xXZcAxIz6wORrkXIJVm+FIsnhGY2HQHJzIcy+GxYYk/9rsYl Lo+qBcrBiVrVcGgEt94RtQTe9cpfwE9Lyi56FXuIaB71YO0KUpuQimOfUQKxFgb2MRSaPYevQSD5 ia8zwm2i03uSQ9Zxkt6hQXyGF8QTCyA1Ba9kiSgdhLtOmiXhGBr3qxU6pfZwvDoBfcOpBJxEJQyB kQD4KTDYpAE5ZULqne+nh3lVypiPrNMQokC5wnbtVFkN9yyhwavOsXorxwF/1zuqDheqIBUGlyTT Jvgq4/laJg6vjDzI/Wi7D4PIU32zSMD1oeofy3u36ejOQ7ShSNEvl2K6MrXqQxABC7MBGHxp5LnI sjmFRt2yStgH7PSn1LAaZ/VG+pHd9QXBM2PQaUS382KDIBTMNlPoU3mp8X0gPG3M4kNYc3xnX+Br pHzW7UmQQpq0JIqgJHT5cTAzdO6sPAtGfEsFeJAMVyxv6STTV6USpf2PdYVTGITvnj5Id4RMiSDJ IjkJdNpk+QPXiHkLDaQq2aN9dcz9gDA+qCh2Oi6xzERknkl4UgeZ/BnOuq1xU8Z4OFbY6hu5sTez /X/wyhGkOGlGNX+9DMs4u5DlRl6QcB8UIoEDRLqvy5KmGmfbUqEUiiAT92GjpeEmcnTOPZjDEjCu BnAzQDw5yiUZqGmN5HoxeWcvuztFyzDrQKk1QxhSCpmSYaFyNrOHPcFlxRMsLpi3aB6KW0xB4mJW VghRU8YUR8QfVGXq2oqhS4R1jvD6FjaXYfRcoB7F4eJhVa8GXuS6sLQgc1ym3doV/7d7JJuOf57G BUWRf0n2p91ORdImdYQgIEXjMd1jPAbsxejuN0heqVmn8oy8rBt1grB8qnB2Ft7YKGk6LCNEcRT1 zObZWPfmfVL0Ow3tTeMMSn7BpIQQ/ZOfZCDPqDf+a4a/MQWD6IJbiJ44TA5djLZqUu70lgpBL0tD YBLkY2vxGf8a1mzoD1kMwuTpBrKbl1bkSlpGaaZIlOudkCbNMOgzATIxBDzv4yaTnoiJ4tJW5hKq BuWdjm2cMokMyH/8lA207xpBu4EFGWUwqaJUccq0Zi1DW9iQvuY7k1FiHr5Vp/FQskxTXCmGSF6I bVjr2zqXNDLjboKGAiXKo4cRl17yjPIXwmZAs2uJ6clSZr8ggfwZzbgtg5I8aVY1DQ0q07ZzrYU4 Et5zr1bfsXvJphs9Y0smAI7QFDIJSAXNU+6GAlf83RVcp9ykpGOc3Zb0lbV5sF0IU+JcAESyjJfT Sn5DF+OafIlnoPrCdpCXJfhVqipOyL/5otLMnmSDBWXUWyJp92PJoOmUobrY05W2BhpE7chYArNL ybIM1cO8Msd6Acb2ttaBTWdME4NTr7SJ8HcwoEmd6xhbXUSECtpO/dOfbOvrOk0r8AunygK4CYCu 93xMpzxSbwQ0XURqa0RHE2RZSiXb3I3va2yQUm16aMsFyjWIQafA6LxaC6aCXpUMbGNACT7p3L4L FAIFSCCX1Vpai5VRt5rae2dKBxto5xpM336QnRGdGxi9TcrD+Fm/rA0tQgfEJOMRfICg0FA2O/eo effCnAQ27GSGuFf+I5c9TsACdl2/UnUt9eSGAEhTdfffb0JWITbznUcQ2P4esgEjGrMQnYFI09Jm Lgb63LHFsvRPE/KV2Kf40nmvqCuaMp6J/NeKBuWqNOEt5g7iWksY2UOxyjyRn9pnGvgDdsbsiMZa zVm3gHbyO/aC3bDDuUBRmOBPdinYBAotFApHy4nnWC2pMgCCBlHKTFz5YMkslEQ3Fk/FFvZvm7KQ AthZsqKCXk+QdytYEipkLKwUZ9x4sAIMAEMNGfSqExuzjgitRa8HZTNxuxwnDxl6DQU47rTNcdqX o5X7Owgu99Bo3jwee216b0YDYSt4LG0BrOxFDRytDJrdW/CGkoKckTeSmiIy2rST486ZWCKZaWUu kEXAJljNDAZhohEr3AJtIMljMvNgE0JnxgWH2VVv2SBb2iZLuN7T6ByYz8qbU2SSH1ZGNYttdQaZ HehuRjVzQihojdiJziau1Bk1CAlBB9PRvxkGd2lPx+bORlJJ8llJLMlv/ipatrhky6oq2Q1ucgDP 1OYiGFWqYOTGoMjCtxX2GOQqPC5BX/Exe25IapJdOWeW5tbbAN1+j2MYGKQKbSxM9nA1uRwI+3Tx 05jdaRCAo4OfBSBwz0owlaD0nxmccc4g10UTD3WSjj0bnDV0IwvcTKGlS2uKIn86mBHDl3ENu9Lk hIGBzC2GhYhO6BXweIdZHSqlYXw0UjtsA76voATYGAdKyFr7yAohprEq8/rb1i90nESysUbtqBbN ffIP3+iSkXKSLhQ2FEBv3wuLcS1eTJEJRTzIuqcIixIVHMYQ1UVJNGlOOCnO0g9QFAMgDI8vXtoc ECQ5VtnMZdjsP8zJFbEXCYk6aFBurhyY4FOfdDgrM/9fTJA/J6UZOnapOd+ViWZ703L9KQ540nma UMykRNK6YUlE9sPFotkZChmFR8ZMtLIMtZSkVD8x0ZvExFBlIWDQvoIgTVvsbdpinlm3ejMZmRL/ ThGqfS6+VTVgNUumICAUaJy1da/nKSTCZVXZrhpQ3FJjoTYdZNKiNlPRSMjYO4a0goU9LN3JePoq 9mMLokxGl9cwaVkzGHCEacw/4EtJlxERt2yPAXzifnsd0JkQBhhO1GFougjgAkm6mHk0MZNbTCWe MdKMhRzR9c8fozI0MSh5Dspu5wiaGo3aZFva4bknM4Eok9erVWtfCl+s1KYmIJAWM5a7lXjEyzga 14zkW0Iwm0NPhhHDaLje+uQnCpAvjEYO+pEEh/cRxTng1vFBkpDpAEF/kSH2UM91BGMmNCfqsCxY dzxsNjYtLjmiPJOiOiX5SCyy+PIaGmbFoIlQbzRbdJrI5g5AVeRp4VuXGgEkmCMyfsXe/iVw1IHw mgc8SZPkKznhD81LUNELwNE2qmoOyDzQRJwqPQUJSRC6VcLV1oAju97sQl7SfY/6xDXI5PcruBEO XTVKVHzyD8yVB9NTeVKspJMKL/MydBwYtHbaKNLHPnqd0Lge93AfP0TOjWeyQiZ0sfmk/VQTEOJd UL/lttxroofyokHDMIjshu4u8IwAbkqoudKmAuGdWVxgkIPXelNGlxyzh4MMHGwj72X5hXCRj3q3 OsEoAkwkn7twDSWY3Fp3qyA3q1rjpFKwaLy5hYYhiXwQ8mTRNHClOAp/YQmviSIXBN3MsdmCp3Dd kmyrKnwFz8fDSVu4mJ4D3XE6vGRnBRR0u4kCOUz5RG6rZxPJd+hgE3egqat5uTke7rjUJq+lX4n8 3IGRkRj02+PSjvHJT9FA5/6SxsjiYhVn3TPLCCC1zTcZQ/ZivjA2PKJ1FEieI9xQG3qicUGBQoTA XwYtrwEYrzsPnjf/8rJaKOX7i37LyrAQW+aTOdk2uncHWXh0wjOuvIhGLHK5pbDHZnY/3mhCRtuX 3QzIXuDDjhUJJFXlG4mPr+4WMdSXriGNwY2He0HipzF7tLtVaYFMksoUFPjdF/Sgbn63YQvL0Swj EHndMKyrSEWFAYaASIsdDat9X2GKj17eEX60IEMH1LaJUDpOKBKzOYkNeSFrKRGPn00I/uxXsV+2 IrXSm6hne4k6XsRlGGmkSyoXbrUcRYBNgQ3tG1ghTIkw15XqmRrvpzAS7eLkoE/RIoU52KStyu2Y 7g5sbmqj9+oB4DEW0cAfyIZKMQ+KTGnTRm2Kw1LJRTR1P3wBMziTMWSk71EOrXwgJEieFhSMYfar ZWZCQlALEtsU4bgMG+Ffvjqdh8zYxuCkHqJKlZpVANSvtKnTq5I93BUGJjGTQx8bf9oJ58LFVLJg anIr9++1I+I5cmLfSIGiFolDp66lU/BhKRItol75q7Rak3LllNREB+ARIZQ6BgIYOzwOYi4sRATS JmqhXEeSSA52tp75SiGrM7AwwOu0HJATfuP0o4I3Fhuslfhzir89Ij2MmITCxdq3HR+l7oXFpjRD dotaOArZMSNXljN6+lH9zXig9BlmFvwDQVcnX82+lo/T7V1EhiGMbm2bWSwNkahUCcQ4+ZCekiTx lYD8ziZkSorpG5gmZ1yJq15MZWWAFJRF0S77IFBPu7t9lDpV9dGF+AZFi+kIIOjGp9TQzwzTaWYs RGjpR1CNcO5GgIbLsJCA2o33pjdMqQGpPaZokE9mgqaaCiKnon0D1qmTuNDmonKK0avD3xiFYOQU Ap6eutJOvCxSJDaAW/l2jkSkCASKSrooSHcjLhiQA1RRyW95Sl7DbL6r5Pw+3+E7bLLOfqfiEPaH XOpO+GcdyL8zsadiGDjDkrguvZAdgGGeI+Zn6gweT4WROQVYVRnGpXsc9LBbEUhFO4gzUMUYfgvF 2jtXynPqAQrcgtCEQSieW4Eh22L1ir1iK2nWHgdzHdwFU4Gv3NdXFiAzhbGzi3EWvNlqaLAPcLUy ApzcuacV9OS2SbVicpkqOgEERQM2j7FX72WZxTj+GM6MPjpY2MQMGhosPHDMZtEX68Q/Fg1E2qxz MOwMW/43dACUxJWb9ZRHtbPMFSqbMjijJbNvQAsNXFuUC0rKe+xmDpSliyGLA4uUxJuFoCRDBuJD tDg+hfzmnWdgF/OjBOrjEfs6rcrHlKOwy+Bn+UuFFlvmZUppNO+2P8V6LV60MPcpKdCYVmaq0STJ MXZLeEDl30YuMh8/srgmzNsUFw3ZQQLcHFY5h7BwQ0QkRMmql6xkv7QnTDmAb5YNK/KbhLkYG6Hm PcgXnItGB1h7hHWHUvHqKVnHjHCrWlKGgOlNDlRsk7O4jz4i2MwCmLPY4YIHh+RYQH6mBhMh6uZw +KwOVccsOKR1eGQc5EW78I7vNYNFjpBkxISmzDO5jGfuElFXuxXu2sPYmC2mVJkvyJeg0CeSH0bR xHTxwlzGIzZGpugiBexoviQLxXULAB0RCaXWwgS4I7IYUVwzkoVd5BWzTIuIjAEPTGBA8FZe2PZQ M212FTyl/9QZLOyyJn6ayzq9tQwmiP1NDIhyhizuR59YOCpRgfAFL1llCuj4jNegDH5ciFwof2yb KgGkGrj47GazFmRZuqL6hCUN5xKyBqBrRhQ1AOQIuC7Npn4+9LcCgk+10I0e2cwgu4EdiqXDjXJM isCAgUiItzXUsDGPAsl0AjQjg9cIEs0TWP4XO5w799Whu1WxaLtIl6V1lyhUyQZyIYrr7quldIkU GYmDqPBF1rQXUvAkunOPZshJhkL8rDCmMfYERUlbGummX2uUIZw8FoDF0KYAbna4WhO5MWj0dSkU jjTGjuw8UwPlViwpjleZyM111wmQPUqZmFalT/xWv5qSd0uxjnKBAvrpKWFL5fzrgaxEn7xuWYfg CCCRrAeOjCOQ1BN4dUhrE086bQb+uAQbFFkILsZV91QvWwLKarEmFZyFwe5AwJI0a1V9la1bjUUZ pg/GVimQydqS3c6edMFP5WW6phqztWVDWbP2bHK7hoh6E3FPkCmp5hCoptS/9fpGUxfp/I1VrfWY XXWKiK1Mm7OM2jZsh4RsZ3bXLWvvphlBySGCrLV5nDKa52IqYkcEDrQ7K+Rn96UDAACvAVvDgwm+ 8LxJ7wjHvOKLrkrinQVy+/e/Le4r7DuSxI7uNoc7UcTGro4K+fznJJafr9vP/QkFj6iobT1bdnc+ ClS0c7pIW8Q77OVxf1ZzN5SqC8LkOLRfYcvzR7bXtcHbzneL/m0sv9ts1jkn7Se3ft95IuB52Jnm k8UJf3fgSJNioh/4qGYVXxx1AsHPvypR6hdV2GJnHk/TnvQhDsQGU6KIesZbRbMEzp+KpQnqtFM1 Q9tj9lnQ1Sayq3Q4ThGhxLKChfYJPMvgv10LDabCojwFZdJFYhuRmCmNwL2VfKIadO1c0MCe/2DB gqoX476ON6fJaM+TakysCLbO5PN36oo/1W5g1QoIa0NfjU+zqsvkBUDkw+QjixOEK+8As2iwZYIS zzBqjsqA1TcVOMnq6jnEmKfmvqughr3nsDh2pjW0AqfyZrVBoKLCnswyWvAgS4ihFTBocQK5uCRQ BHkIhSx0XxFmpjPvQ9XrzlRE0MDixdCLIYAf04vWcrEq62whguBNHoZTmZsTEqh95EfysFBjGVBG OMQknpjOwBnE7BrHXRy1aEMPjdlqfipiMkVVfwR92VU+eAa/mTpUUeGA0zIgj9LgmW+daDj2N6kA z1JjYV7DYl9JhRGDoQDVTw6MCYWveBO9etVvTpMpRgnoRMJ0GxTgJQaIXdqNLjhmIb9CXloOcjxw V7svhhEYOFOiveGFPIes+SA9tUMrX8hwM3BkNudE8HVcpXc8APlZshllcK1sMaOhZJfZBBLGA9kH fzKAiZDpCABYEjh/ibx1LkTIseKwOcVjVEYHOAFnZD/sDmhA8iRIC+VYkQSKJwvLdTZOfn1xmY+I yqecSBVQiGoEb4RMWdoGj5Hhmwh1RkLNSRK8ls0MZf67FK6IIsHQpvjbXCVW+TUxQ8LZgR7OmX7x nFFOTUhSzutc9xZYc50a66UPMZBw95n4WBvuZEiiRQZgxY8bvTm46kqUmrSa4k5SalwQGmJjqeNJ n0UJGuF+8Mi9AZcg5pzF/xUZyHQVvLp11XC2hzcdvQNk6PQSicLgwCrYKF/tj/xTx04dL1yqELKn PaT9ujc9vIUiJdwlziIIWbQOBSHYUTtZupqJ5mvQsbdIVQ0BGKWB9aZBnT/gE7+vvR3w7XigplJs MAb7VKk96GXQCGK4SjRqm225oWZqIi35fX51KhF6atNjJhE5woaOTelm/bxeAZVNjEfXdg6Yh556 caSiramVOW1sl9YFgy+6+uZ/yGpI7RswnAu7InxGCGDFkDjl55S6Sc0PFNJGHtNn7LbWhpucRzd7 wGHn7SVgL1dTlE7jFKAKxZVYmiCFwYvfuqVLS2Sk9qUZPldTnvkKkPCRGpJcQBdUpq3Eyew+sMbM AMtDd7LUBJgS4TwLmjgxU7mwLKCUpjcF0xwZRI0prodPaehsQRpc5KQ5uSFRGua58n6cAazLrI2v oOTzNCVhnlP0g9OfGuue6hdptCRPCdkPM2wRn5uwkGRHtsbtaW9Mu8QZYBdz35mOLCHDlbvs9LhZ HTFPy17t3F57gVZ2ps3m/KCnAcFmTBagsKn9zQZp4Qf8LNK3M2Fu77bQMytzUlkfvjlsW5jQPUti RCbZsgJTBgVgsXsIyNzpqtpA1MsMDRth+QH0KcrI8ha+50YYaqRFA37pZmsVk+uP9ZRC52ieD2WR TDfbbOJsFxOZSc8IY3HE5yJ5ZFJHXDjoN7v/c1V5DTarfdqkIDcUg/mUmO4PAUv79WssCj+DYYTp WndzHPnfZKrV1AZItzr871eKVqs3Vm6PgCTh3ExnLbbE336pJFN2bNx0Or0Cc2JdwuWzgejN+W3m 9EnDEkAqoGd7jeAPRmsC1VizG4xAswHSucfUh+ZWBZn8VuGkRojcGrHG8pEUELl6CydcG9nXjr2i MqyT9ZKgzziYwFiQYGcZnHKxLgHVT0SqAkxNdfI7y8F+swmFBKDXoyV7YC47WytABqaB9FAC7eiV 1mL0yrIMqe5gBioY4IuRdZ4/Q9XOwH6d/DO+4BXMM2IxE8wihezG0Ub8L2ZATQSWTCeKnJkGxiUO Z6UgbqKVxi971zMqEdWGzKFEuBiaBcnd4ixJ8xrrw3uyF/4jXYleljG4G9PsxQ3srcbFZlUb0i+m TObhs//FKs2X4Bu/zAtTSPEknWxQFNKFTayILsXJRAWFqR7JqfAiuhf0RA0aJYCmWWlPXVLrwpIK kkCtWetlgtjkuXAWUKxZRqOE4QQhJWSLPYBHn5jcVL51k2K+VQoLxqWNTJy2PaX77UFjitAivLFa Im19v4yjmL5CX8EQ6cawtjeXPgmQPm8/IEwre2RGjCQPynh54KX0pc02Vcysv0uekFD6KapjVkDE RmlQdEUb2/gsn2E5UcmcGmeaimBbeEUueRTTyhIyIHJV05rd4PCxXaF3qzNg+CBhWob7A57oyR7m LgopC+lth4iWBoG7G7X2Q5uPj4dw3TgRwF394UJTBWmCQdY1pgPcmB08alDmh/kIvRITJgVSmVhe EhFMHPtZb8HbeB89O7bCsEhTmbHJCtUxLEo0L0RsidJXbxux7ESLmw8mOzBiLvj8YZfZ8PUqKM+u gnUimm/MTRI5ZjS+aQAIhDSNAVFxH9o571uRLeojnr8Dz3kXmaD8YEDmu/0mkIoV8nM3iG7r4Hoy bCbWnkNBEbOZMvAJKACKbBEngEyLd3lHP+wtIdILqmvXLoRkO4rDPzSNzYMbemgrJIDZoaiCX1Sb 9DY9ik2BOjw0toIUt3mdPDyKUZCigBAoifQrAS5fNCeOamOQ4vyIFACgN3tqhjqYh9dbKk6ISGVg p4bwYWyIaj4vwvHX0Ux7mIOKQUjY0mz4w06hJqKhiSm7axL3WR1YAT6nmcCpfgOHcONN2EMG4It8 WDptATntOJ6raE1n7M8OVYcMGiIXtCcQE1BlcVnDbD+I/OpKmSZ7rrdBgJIDWQM2aI6ANc595T4y 13XUgKDzRWgLOR4hi91obQZbIoNi2atwj7fpZY+8MWMGAb+m+oqbVZgFwIxw5l0XHVgrM7eVIqx4 j3xrbqOZ+uWPCPT1ajdaLgc8/vKYPXmqvY614B7a52Uw2BXp8n7VnhEwHakcl+0vSRmU2w9BVcDQ qhPqKdjqb6GHSpJWSlbs8OmxULTyr8BA1+LnsDFybq9lk8y37/okIf61Jpe75HmLrAsWPPHK1XgL Um6Si8yrGcjP4t78XiG6eii/DdA292pfrmNUVjh7I/oihwgIrOUZSsTla3iRcNa2V035Rm0h2xI2 ea84aZ7ihHyrKjxaCeME7iMOHCM16hM0REOSZqBl7EsU7Ct1r8A8oUMxHVPyBEMn2pP3DLyyZa2b U7e0gza4w9mmCy7SSpau7Xy0YgrqJxoYRCxMdKqzKKslU9kt7GAaiHi7SelkJ+on9Lm5CRulCTIW yPrmb31b4xyZ6Q1toFqaJlOvOZNOfhLUMF5fnmsb4QBJ9SgqKWINQo4HtD+hlzJXPabJwMnnQpvM g3VmRBwbEiTZGR7HGwx402WhUocsDoqIGY2DW8UgeQbYgAGlDESVkjyczFKYHuTJie098QvTSsYF PIvrYnbR2bJt7VsHVzAvHkr7LmVnqjd7vUJCVNapOyUnkEkpvoqS5Iwio26IzgSoSaZTZsV4HtbG SIMQs2RaWCwLaL8PTOJ5aV1d1LJAZQrzigFdqQYeSGtHkC7ZlunDVupxxiDFrl02IO9G7EtaKWvB uJMXTJqyH3QLFgHjVNRScrD2Yg8rDnC02fX64vgGelGNIkODUs4x9dYpIXVxuSdcWvKO6oRfFt1+ CeRqib8JEN8mHMroqF+I/sn20O4UX3aRdWJPZfot8++R8RPefzjoGHlMGOWXGDsvHdZmT/icwEMy TSSdoIN0MpZlipi7AnU6mKaDkKYihV7sSqJpZ8CMcdxl3uTdqkOmzjYHXDoLrX62gwi2kwaDGSTS Eh9U9RmmmdyWWrpXQzzKGC6vJ7eGdRXVSWE61LhMH2CmwCJwFlLOiDWVPVphFCHquEizNqkDSEzc SJphJLcLl4Q+hLIkgu65rc6cJOWNz1qgfZKAFBRZ6JXUt6GCtawNPcgJpkcse0ZvdhuI7mU6Z9UQ WZOsHKXSo6gsyyPQqPRsm2KGQOUoghQ7vghPiyqbPguBkseRV0gsJAk4viEPFhMzHis1c9mMC4xa v3OtGQuNMofVAcmQwJf2d7kEnTF7EwwgYTELGxaA7ODt0YLOjDLkSsMPJEYVwIuhzRv82cbCtlZj 2D7QFkuY+OP7Z86/42xahTGZlZFIJcrd2fXb7VnIA8AOuwEr6yYOrFKaQT3RtdKErN8uVuKqaZEe 22t5IuhbAgB5Cy4K/QCTsScMPYvawWVZsU73AmVBAlst2BL3VjmAags7wChIqHpOrtjQAtF9FCWS zwWlUKp40qFVHIFgGCY9IAnPNgP7Uuk1RoWE0kZkaSBEycoiFSLnnIPBP9faxivmdguzNA0gZDQj xjHireOUI2SB4eVJELF3XlMYT6SHuCSipENzchSj0ZyDwpY65agwpVg0aFhrISJKSh+kMJ7XLNUx MVmPCuWS6PR5p/EJtQ5ElifpG/0ENHMfD+Jsk8COYGFE8xbiwqO2jaNnbpN8/RdrDAJJfjYT4q+Z TUMC0Kf5zAaeGaW515GOpLqidfKcW0Ku6Bc90QB24djTytHWnSGNluk4zvuT8PVoReEW6vgSO3nL hE+0HN+bgByXZh5OuBY/0ied/Zy8aRC7w1eA6+GdldjApsCGjgkWXqgJGFMb18uLk77YNAGIKmau uAQHgLRDw2B0iFSUI5u612pAKeewmnxBgZFdYBlrQVdjCQaiJ9bbQ7GlWOuShQdFLw409tNXHCu/ 9IRLFPI5PQ0YdQzjxuu+ZdvFGJloa/kJHsGNQ+ZkwSyeOI1T1Xe2kW230Fx1K4dWHMw3Z/Vbt6ky BIUsAuazuOy3cNO4FcABX3sbSJI8n17exN4rLpGmhC5jXYUks8Wq52yMXuiqfTH016CoBuC9HpWk CpIbVLW5UEDAza7mida30pB3tuIHHE2Qr9e5fxWlmfe8X0CaO19qErHKqn8NoeUg4QWU5nQHDqdF m4BtkNBYeJYPKnSfY3BqboRf1TjSmrrMgo8g0qQjGa6vwfOauaGsuwY8oNHTtyZSwY8i0S+wdeTC gO2HiXNbocxRYseefxQFhU8USQ3xVDNTY030b78FnBIbQ3BLNeRvd3ZEyDZqOpL4ie6EApFNGE8E obZSGJAglstmXoAHeo8xtV6zICEzaggDIwFsgNdeCK0hkmyjkqu2DDU3zgTqhHWZAFOvVfYk8nKs OpmClQJGeW5ql18gogypurG5qvBEKJcyQQ3JflJ5jXE+k5XxN88sgBuAjJdUfrEQQc8gQzOtKkIi YEYGeZ68DVCU+2w8ydB1LDkSNSW9omWHPmieHUBAat6uHpyM4KXqpVXTOAOCqMKyuRC40ow8Z3lB UtpMqR4qMzgJAJamzufV5/iD6b6751bGWQMsAkOeqGsxYvzqhWjC2ARNy/zn+JLMmYf6VuhNuWKT YLjwtTdnlviVryKSvAyrin1LIUsQFYuJngWgSZ0Pu6qO62/c/n11XZVqoZwBA5gICYyvPacb38u4 +5NV8TxqgV/fMiS9vVN7yq4lDUXvZZQDGNFN73oSiaCoI6/0HRBVcQtDzUPmayUT99lIrWtJvgEX kCGn4VkfKzFJNYToDaY/VYRahWWvmYtAVt96VSwbc22pq925mtYGuPF1ZtC5WoaljHYvL13BksEA 2WhDWmRVvYq2TuZAgSrT3Ujr2llkJFj0gENFfOEx+kP4GEBsmo3FXJdlNDYm6byWbuAUmOUL9gZ1 9jiykHPEC+sDZyaoVwOjbowiXMaWJWmghTbwD/a4rXtbqbMY2SJQVTSOGbjfrIAv7TJm0W62jhUo ix+CJNxebUMhU/aV1OYyaOW6Yg1Rl5cRStpm+kzJDFsmy4STOPK8rcbU2r+5JT+NjAPqEhI0vUYC Q7eIMoPV8naoF8aYheJoFW4MA51K9vOk6vVdHNnTAcI6IQwqzSe/5Ja7S8laCDAJuxdZcjzwckdK kUFg0MgZuPvJOPSE/rAj8fy1EbkDbp5k8mKok5Yus8qEMGnZZFTyBxzpPaNgvkIFBkXZWnu3e2o4 zS92rdIofvJUF0PRA7ZZACVNdsr37Hz1H35AVIDEPiNATmobDNgLEywoWKDVXhQRUWY3SxwVyA0/ hbU9Y49WUO6WbWZ9AIAQJYMcukURpJ/EF36jLhtWAMwvgNvfrKipWUjoCUeIDeutKfoBCk5hF2Gm oRqgBTsMivHR1+XKiGweZESQVgYJWRsJcIa5DqpIrCNW6MGBGDPC5lRBCjNNqsMQPY5PHM0XYGRB i39chbsifCD1CLaeqKfReLHzTw3ljzS2+LcYlf/TJeuKEEiar5GhYIIKP86ij38UysRDFeIGNW/+ IuJE84ImsxQXQ8DfrgdtmzGMDPhYx/VEQIPCoNhRhwTAPUyBIqvTV3xJYhFvEr+9RhGEf5R6OC4D fP6K1bUimWYFbIE18Qxn/83U8a32h6cvgC/0cbU4s+i90oQrCTysDQSPgw16irtiU6Ehb5r4VofJ HBFqhgjxq1pnfwnWFL4nqYsmcEzTIlJikfPNthOnSrik22ikUqwZl+FCFDBAaTGSGEG4APfD6Ty5 DfCJPciFEe5wHmY2iJ+r2pLWuXEkRn3hgqssljOZiaOR5pwBA0szFrJrRdd6ZrAofV8A40rCMd5G pfiSnhomNSFlSY6Je1ACs7J5iVD2HqF44QTUEBlMJBGL4meRtoZcZRXUcjSsNpxFVcW0zGF+r3pI NovXsIcMUbNZXRMBNFR6bIdDvipbH1uy+inQNw4sME5BOBJ8TMXAm49F9SxBWzliN0HNMNXG18x2 shcyJCRWkEyJlQE9XrFsAnKmSpEzawlPg7rfNxBAgJE8AGVDuIwBqFOv0DWv73y23/vjS/4a9Lmi UC6+lZVEhWKJXKcJtou3KNJLG6HZCIjEaGSp2IXoY+8QoMCwXvxFhaS+MUYpD5ZrKcCiqyA3WEgS vBYkKFyOADIHr6JZE7Spj6yFKiam1a3e6C2mJXaYl5huRbgjd1p6RnZSUozXy6H8ShhMa0T3usu4 IH4zGqgTxohlvP543bIl3TVNJZFJnbmt3KVepRu1SHYzLKBRvyg7EHkyWm+2xcKolL01KUav7JdM /p7AQAba3Et9Oucq7/NjO0gfG3z7/Ns5C2vTVZJSJ1EI+baRVbXHFcO2idfgLZyZqKQYDO1OZEDb fpK3yrQo9ThTAigdsN8php3DbMOpjx2bmE+xfVZ9LCBbr5XYKiC5Lr+1Oqtr1gBcahyl8/5oFtFo WaBlqCMBrdZDTaBL2sURaFpzBpvF0wwflKJaSTQj34pY5gNB7QxFItixFbakVvRhNmluBwwyyEx/ lNXWJZ7AvBW1KuO0fDmBCLiWYuGuJsbx+J6cYAFOBhyrcgQoN8oWPrZyF0mBgSNTnWQSXIik9pUj 7E5M8L2l7sDXPmssdUKFbHWD04maJk3EMUomq4ngYG5Qn0w7Z4nVjE5Tw7QO2u5wDOCn8pBHnBLh hp23iobhw7ww41Q8SWWzeAT9S22pd+s6+9OOCAYqNszsg4+wFi/5GkQ0Dhbpe6rEpBa2SQ81yMUw VjyFL5nZtLGHjJhDMStcVfh01cDnCA2AOsqaIkIxHYuRMzGwLE9k664nCXXzFKF5CmtRoGZK+5lK g4sFKL72uSuLDil1JioaFrwxewjmGpg7oSqbOdNUSpIlMl3AMkPW7jWolggu+1X0zzaXiAUEK8rI xsRi6KKmLmcbcmID2tCi8Xx3Y0btRs9c452fJkEZmIvZRijNq2igVQF6ayJu5XBjkJugLbHK73Je bsMK5he8zk41kH79M5N71Jmp5ZSdz/b5cXFxN3LZma1eaJvYECh6sXgriAySYKah/rjHqs3qJuIu amNyRmNcTQoHdz43IXAhj4zKxZwNSPSjv9hC9+Fj9gbl4wxPLfyt2uPmcCYCuZKklDfI/udQuBuu khnHzfXxFY2iVVuYeqRiwJMvvzVb1ibHxDGEQzXJUU7Ht5KrLx7KTH94Gcs75ousyk2JcSme5IhX c8C5p2LlmlCxq6nLL5ft6swj6jgHWBlqOSlKldgSLFLJ3y3rbc0rAXN5Zbrl/9iB/upgOpKqMjSD lP58QydUY5Z7S09k2IULDTMKaNxwxrSCjYzJ/+AnhgGjmZVkjKAmlaSS3T9v9mV9Somvkudrj5pf Xzyaqhpw/WNhzDsu59A15bXr0kOy1fkSLBNARh4Pf3AZDvJz+AxGKBTjBi7mRN7hlfO3GITVWIm3 xKB+wglBzGwOekUqYEYAIlyqhezb4erCdJKma0wFzWqAmQZvOB6ZC0KM3EwCkHe6EPHK2VNuqb0q QY/0Zi6SRT+B2sO8w7N42Kj5bdYF3iSshTq20BY7W3Z9lZ0LQlpRIlMwY+iSKJrlh360pUAoxNMV fiqTkXnHTP/3bJRAVN9IWaCikTl9CFZlgWJpaugi2lYsScJZEeJmcJ2isN21PQrVKh/dCL/WFg0Y M/4rGGjpFjF7t8QPiwTetAshIda5fMyLblVgVshoBgbKeLHGt6BKbChH/I5ARURmzdqQAdheAI46 NgeqJvRYdJ0UYpQqZodO3At/ZjZFoirxVaPrNhxScEiFV9UIU/UqahCQXjLHKESoGGp2nDJtWx5I AYywyE5OnbRAdPcIWzxqIJxBiu1sz1azuhRMz5BIvVyk6wr7oZVKJdV6iiXwkZj4KohPJHHBUJMo nA0w1gBYRa2gcg55HCAnLRAY0Dqp8XhnQJIyQgi8NDF7M8qWHYEF3QIyp4EE5IT9C3cDRqiAqXQM FcIsegbfyRjzWSFluMw7IQM+prQdZeFtPiVOcUMRfH70eI8ANwsw4AB5YhBFQrm5WQPEzuYgfSV9 M475cSfOEDySZWIyo+GEMyUH//CM8EtGYIBMICse6Ol7ptkNREiayoy0m1lEN2EJN40e0rR8YjpU cZsi6whYM/fouz/OPyFA6BnRcjlphS/Zt2S+tW+0JqhEmxdC3aIFgaiL0Wumxgx5ba0ApSxhcWiV hMIDzK9buYD/MnZSVLiEV5SzmArgOSyLeRzYcX8vYrzexVaU6J/bTaRZi2uEKnMQkQsL6BMIG2A1 ugDjEEHnoiAIS8hkdOQwNTct0Q+r9kBnt4pmysCNoXX+YQuWkJh4l47SHRExclVSyAX5rC26RU83 ISd9UBKH1rAqOBEzNXjYaZuthofPJop9SU2VhGAzggZ2YZCLqLqAJKEh0+CGoJYwEvUJPAS24aYK am5pXDZTVWX2L2u4muu2ZLX8wXrknJdw9cm/qMPwyvXMu2pSxPpqj3JDlgJO3ABlDSudDcaiXrL2 wc5nGcEIBwLf3p81SN/T3ECgL+TIQCTLWJG6J1x0bGh0By2JIVA+MxppUYpLtQty4lIqTLl7qEVT ZT1dAa7FXKf+OK+bAVJLkU96EALJNunNkhjZORuAoCcUBHyT/6yHmQKBI6PsVzY925HJxi06co0L JhApRWAhBKsioisCoeutqxwpKKcwWiTquhxhUSzh1qmYTx/9imLxD23GP7AFT2Ond2M6zpQEdSvH CR9yZQwERQDJU+zzg0MEIUFKKFCuOk8eIupwo9EB9d3LI8S34lXXMGimHQzQxIcKFxktrnkj8zbz 5j0OkwKxLDGbt4ujYDNNTyEx10iO7P7xRGYs7vLLjnghoQYcvDiBGYn24EoHoUD6zGw1AFYJD/EG GJumry8MD2rE0PAWwA/yTBRWoXgmrmjOry+jMDWmAgI5KfdzI0ZoGJm5Os4aM2CRDNMkJDHkUNOC tIAsbqUUdFC6W1iHIoDG6xigdR8a0x88RiiT8B1m53mlv7RC5hX6CA8dcx+UzZZbIXitGolL46TH uGo4BSAAUYTZjC5JckXgKJNMxGVokZCEKor0Th+GJRKd+zpWqTafMYsK8jpGalJg9tVWNPgQtuiM SMkzrcHTP97QjZE+Cnc1SJZySLYzvW77Gk624JLbpmz0OImLdcBEzcBuoiiWYTCSezMFRKWyWuhJ 1rqc+IX+zIuvCN5BxgbEXRgI5RJBODd+9bRawgullDYq53IkpmO4JheVr2T6qg5UUhHj+7VyVMRS Q/I22CyDO+jCnuTZwWpwxP/+cJsNx6xjP6vghcUSwUBLHoIpRzI3EVIQl47lbY49LCdi1jAYLjTV XeguWa7aK9VFAHxsiYQLQWJOglQT8QjCIpRXZ6EyjwQ0Gefb8BoZTGj+VlTpgc0NeqKOmSSJmJVm oAYx2NWJse+UQ4SQeO1fiheDWVFuvW/aYCfUa0COC/z6gztZ4/bYhHIKry1hnFyNrgzVqgU9GwJp mbr5iIbYBRZitF4ik2pbYNUBXhneHk40Jd3NNXjypchmUd+LDGmTS1y6GDy1JGnGnxVpGTVQ8yFJ Ww6XqcBGfI0g3V15HGipM+qBJm+gFwyoKzssKCr2Dv9QSldSh3q0EJxJ6v2/ceKL1dKIBzE0VpfR QM1YitAlqh/2QDY6kS+obiweZNTuGF6f6JfIr2hT8VYYhmkzktfXjoGBo92Cmay4YJJq1eAJtIgO EWOAC3QlOwxyy7sBnd1yH01QkmjpjBjEsn+HTNF7BpAmB2FENQ6wA2x+zRguWVLUJGUGQw86aYk3 BnKMU5aKEY9CECn2TZv4vcJU5qIUh6VNajaB7vAS2vmQxJT5oDCpznz1GCNd9pNj5YZT/ILcFeGU ItNNmkElRX0xEc+EGoJKCiwObD8YrF1l/Iha9EcZV9JNFGMPm0VxT6nSzv9VPxVUU6W9KaAnB5hQ L13p6b4GV7sVWK76qBibgW1FzLWtFqkKKsXZRadl+6nUkSv9Wgvxchmb96p/9u6bKqutq7WTUVXW 8ybdY6507MnBnh90LsHDE/biR9vqVFMFAVoqnqoIKyAr/lUp7jEcK5vOP/D6A4dAep9pTTrxwPEO jw55sHNQednqp0McbJB79oYZdWNfOk7Bb708mNGrdTwAuWcXez/st0MPehTScRK+eAeroZwJ4H1C PtuS2Kvx2pzogAWzgwh0qs87KkGXtmnqjqoOUFCuPecw+Oh9DW7pEH0MCF6vYdDVdkhnNahk915X 77Rt/Sx0eo3RTil43oHBaqPO45+Lz+2fjGiObUB5J0XUTjW8N8w6vOIO9ijhIAev9enTznB4OLWz urMuoQCRKKABuPxEaHsoe5Tp9rTFEhdw3KNUnABWx2eV/3bhVejuEI6kAjKGtzmT9e5ACVDZDEny OvDZVjisuD3fW0nQ1PGtNROPtfnMvCSPNDE4HaD6C0rnWlTEQ6VKx6ACsOUCJz/jqazEinabH+Hk 29eP+doGKTZv1QCg1a7hWZn8V956Cr6/oeoPBSGbGBR7hhgfUbCarVWH2m6rPJEPKX4qJNTnuKk8 jReY0PE5+ZSKiekdfMyoixkBNmYGn9Z7bFvnjMXnVczFSrQmlVaW6VYYcdVHMVZWmzvqAW01Rnmq jTRFENnbl6vNWIwTm8bamprBmUnxPatlVOaCecvK+2VsKUbPp8y4u2KuDZsLZe3ZTMZNXswz1ovP Y9XsV2c/cx4MEMvmVxezlEZ3KJ9/eTTYVYgQMXnehAHKAcw4wwJi7T8JaZU8EGjrv78SnCjBu8EL 3Ii0qYvomwfpjRxV8l78iO12+S+zFVaP+JEOwkyru8xr4UTQIXKeReGafVsZFV8YXgFhD4pmFoOT bda2/4wiX6FNvra10qy0GKqJfsslczGDueKMikfAgVkw0x/7fXTvzYy49nq9yQR6W1wFBjTQNvoL LbgGHpDR5ea2BAlZVCnnOnTN48Qd4IWYg92UQyN/gQqweYD+G7BmRrTnEjITMx8ivAiEaW8WUb66 YhPkgroHEogauaKNv76KYQHped6SABiXVSKA6kpShMUVG3vF5MulAlvlO8DyP2jnBjTphVJMvk4N infOFaYnXsyRzPrjSf8cL1XpaaLxtFAkSUoyqEHJD4ePW3w2FylPhaYnFNC1+DputadKdORXhL5w v81pqhCMzoWYBSpC+RJsqy1QTpjcT5EL44HheHBVQkUqsOec3aZnf4r24Xo0jiTEMNCqK4I03U9B AORqSIYagUk5z4p5ZMU3qGCo64MtBJONalVJf0QrwhuDCou2Qa6SXA33KEraY2zb4GhHjEuP2lgV 4XTMcODdsjZYumK2F+dWaYrJFRDCe0Ga20eJGlNDxPEfeIT1SFyWYpzQLis0q1L4RDvTVfzuk+A8 OqdrZGaabYzmBrNoBIuKAbMlBSfseF8zL4pOumCK2FgoTfrQPCImJPhKlmhx0JavpDcJWHD/Jumk tq0zzJoOzgrWCZclbUsr0NlnxaJsacQBnpynbNHsIR+0yOJnBb2qDbNIWYkaC4hx1iYodYDa6m7+ QMDGVKG/ByQzb64oIItsi0kBMyRkErEwmLmZELItcj4i/rAwJR0Ir9TQTg4hJaxMuty5H6ySWYqr 29dXqaR0pmUvJCNm8BKmCQHrhcwFfZJobkqk2uRMP9QWGFe3G3fxvJpSfidbpiP6Iolm/T6KEfPd AwFRXMYSr0mLimu2ArINRvwyQeYu0xKd9kuceb7W/YhfcFuZRn1+N0gWbOpr9VJhwjdYVAU6YWe0 RZkMso1SWgg7zRNFSHipyklqt4SGKKXDmm1lLQEgVK0Lij7kNaUawDRLL6ARFUT8iJdS2O7e6GWx eKdeV23KjjSocBxy3UgdTdyP5ZXKkiggD7VSxR4WQ7027+XK0/eYR6hBJWJO8WHthlk1ZyhixcRb SxE4AEeGDjgSyc82R96EZuVEyXVAmLPRzGV8eWkZdxXRKEOsDZNVwU+zUVy9e+MVp5z2jVOa2ueJ z+36ZUb1MUChQ6cZEvRxNnt4DEz4qktU2Gdekg4V1VRyOpUE54CCjUVGZRRDX7Kc4DKOVWUnKwjh N8bH0FIAuLQIVYkIVeCPJnAHUgnfFr/JeylHKpNAjR3Jgewihq+80aaCjWy+yKI/IQwcpE2cWtR1 q91fARM78t4RLWwRKir7l6HDHR/475VGI5JmERxZkCtSMNVRGqB5uiivgW/YMePPTxFekBgZD5n8 UTmx4+hTKCo3oxSuXWB6wg6Bc91ZLj9y3j0oq/HCoEEyDWiLIIIIhPSZV8++ZhMInva9GSQRb/4t x4AOYhAXRfM1Wie62oCzN/q4XaRnuBYSTJ6NBhAs8glT7yIxM8gg6RJkI3XmHVmW3YOIAKLH5Drh CU3wGZMx9NRQsU2eK3zMri9bGJOEPYIrPBI26GP3BY+cZqfXJ64DNGBh55qpQWIq6kaGCmSCkYpV hUiPqjCkoTA13twQUvgH0zF4gVOYZrKKMhCHPzM8M5uvgFo+n7kuiAS++bVyz8OUpds5xPf/SRQA oNeXhoTEPYajBd8q5OAVwkU4lRCIGTZRQdOey95yGIs0R4W0HdGTLhloyNYAPXW8edARodAOAiS3 EkN0RN2EcHXCUIdBQsb07XcNspOL+wr6vl8wIPzwl1Qm2MmIKz43XkVtnip8oZjgKsPKsnnlOp4H xjUGRc4le0AI290nqC4Oyeap/rcBQ2dWxU9XNYYzAWsWjMvdb9p20GV/awUKndwjWq5D8DCI2cKY tjU2yDTRMGoBWilu0JF2+EyJWZVMX8tE+UFCrILhUweVNXNaKYkDM79POYg3/uZRXOQnQcEUwSjP kEzAtP00eBLxwVegGrH6V8yT6TJlPIlz31cmaxxH27pNyIyTHC7yJA+rvwpcrJAg/q1ja5KtFruF ps0p8hT2zezoSmxRAzdaIBDm9sFagEOwL8JXX0TUMg3CIhRnsvosp8ARO6NiVnBWLY8raf2UBkoO GMcRoT5pMHH2F9gNgTn+ZAaQNqKMAiYX95Lf0jdFeuMSY/qBMoJUqmmkemrN8xL1ZKbuynN8V2ji g/uYwfLQ1VxdAiG1MZp6l3sG1BA6+WItz2fsUf6lS7AKNgNk8rSZYdJI6CjspH3TarRtmS0VKmJP 7EkgcmW+zIL37FLJfFhS9y4Gs69UslltXTVXMBz2Z+sSYUyVxfQJgzOERuyGEegsGhs8UrtOXElt sSUiuJ5z9NWOJl8JP4aFf/JfBGIGYp3eET92ImMKAjPQrALU1kTYagB2Al5P+TVv8Q6C27hkkLP5 rtmOl0yvtI6FK32onEBLOzbZ73ZUdnTOzIRYt13/ai/uCr2c1FP1qLUS67DKO3y3OpLQyGfji+gq taGSW1/epONkgUpY7dZUcnGxYguTor/air2CqjUqLCazoND7eoy1wlElIxO00ZFBcOqQNYg2hSpF WadQV6qd7Y6dLrYCkf3RjkY0opva6916Rvslqxb5W62xMYem7rZPtjdSUQhUiocKRhWtXKpA5ane 3nBTlcm39p2qXvn0z6iO1nGQTQ+OqQMCe9VGtTv1OaPxO7DaFs3FK44SqghljAJOZOvgWWXSlR5b p3ej80E7idt90Q2mox5IfSYhYCxyBZIXHjWdklXr4C3nt0kVY4K+06bgUo1LuAXy+AsgJTgMsTt0 b5XtIKMoB06L6b1oG69a/OhBsajtEfDIZp7mxPoKr+ztuijxkRC5y65ibIFaRI1/oFTXU6+rn6rd SMxb+Azz2pEfXGiWyoqjNDSDuR3Ecdi1OlbaXb0u4QX+aEeAq+z5FqhV5ozrpXLeFmf/pAvYoZSt HqoCaYTe2q5kF/0cHluhGOiOyk2cdtNtTVHRvuKqi94YDuaKje06RkEARShV5cjln3ODjyjpVSUx t6P6LWbVgWTSx8qSwUgbollYUgOSibnJXldqz1hUXgQSKQM9FhhNSOBi8qL9GA9+e+AxZNlcdHOg UEyHyEqUBdINQHipAwXch+qwdHzQzkq0fEeM2Y1qpaYfnZvFAJ0oS6+SRgwNKM7OcczcPbVGt2HD JEafMGmdgIPQ1B3vEOGRNaKVu8jNVc0uFE9BwzAJ84dAOwTPYVGEtIo9/vmJvB0a7JuK9ORi0qDc CuBWY93I/iQNU/94mmE5CwTuF8qChHSFdgxISjuDpR3LUQGJUmEnEjTKVCcV0D5Gjf5DDoVR0IVw 0GusBzgMdlhCCyiZQgxiCjAYVNSDEWkjPavbwsqsUNFTkhoKWA8KENLr5AM5qDuQzUCEKAbSGein lxWqTruAa1lO9XCy8bNDndXQYaE7brVl5/JScjqnmRvha7jH7WwTGLzaGbnXmdg3VjV43q3g/u0q QKiGwtOskuWD04eMxjNWWuOmBJR+C254XbFM9eQKgIpSAlRO0p+c94kLmlE8U/SQxyr1zH0XpRT8 +JQjXTRRsuMKsdD9VK4KnsAtUFgJFAba4p3LRuLtClE6qWNDmQQjuPu8vJ0QLUIveCxQMkjQBhmP G35lHTyy/LG4uN2bGwcKGlRDAutCkRKIwh0hjRk6AF+oVPWpSCF6wAgifK+6Ypc0rh7fnfypSQO4 PmYQobfazdcHW/7/xZuMdJIcFQucuAJ/UOL/qYTGvDcvLuozrGeXCqHkF1sPAEpLvX/f/3TGVOxZ uXtV0EKlAI0jh1N/AKFtSRM+lHmUeJY3LP7ZGTDiQ/wVHTq1MdSBG/GhUz3TB7QovA6jNvMNAGLQ FsriV4vRGiFM+W/hX7siULHgCpfLfwtOFnOKISPcKUG0fyYHLTX1t826RTWEMtK99vAjmFwptjEX lhJuX+KgeUvQQtYCh181aYeIDBG4Ui1v/CEzRhDCGbCVAIlDeSJkBPORSgCW/CDiRxmcNLzcothp +WMRVuQrJy0YL5dDJ7Nuak8Vt6PYHQPEKWu7LQMhm9nJWERQKyYoaZOMuji+4E3j+pg0VA3eYgTO Gkl925iIKvTUtBHEzwCWHkSZpFoTVCIQKLIAmbjq7BJKJOcES3sZrqsu4ktjqiX7LdyN4/TM33ZM l5w2gFTAVpS3qX/zIouu5opccLfxtWRnX48SJFmBVxHSoNhR4Q981gJIg0QDt0Bjfi0Taql4MkjK KBDtNJj7Lttq8g1g7QiBOyVpOcGl6qQmppAFLTTXBKKYw+riTi8ZV2HjiaoX5q2Ma978Wbl1RT9B dQG9v9GoXDhOC6djQ+mM9syxwoo8oVwNHv5mS1G/BB7MLphW+mB4awqNl3mgBRIuuIMFDbnU7cOZ Khk87cPfcGMh+BQUAluMQx2MwjIlHRMYr203MkYjbXxiQIAzSQFd3mGY8ozaRFxpcttLeSmokBA9 1U9oSF6ysk3RS/WQUs0Bg5v6hDV83PIkYzlUOaeNjRJPRMATppIDS/fiU/Cf+oNpPHEPUiJWTdtQ urcVXCcPxREUsy8554EBFu4RIa41E0oFeG3DZuVBg6bT4GxGCV3ygzPyId+L9/hPksZI2IDcY8vo mEz0r9TJcaagTh12y0VTTRYqlqFeOg0EEJTDm0UEUuoVbIkV0xLho0PQjtwsWUrwzYDkH2qRUCQK 7pdd1w2cnGb+lCa12sRs0obSdhISJ6XtMdMHAEZmL5fxc2eMkx5jsZy8dI46Q9pKk4MCWsgyYbrM slFcrlbVoc3jCJU7sKFIA5UlTYHqPptXJ9BNLOss2c/QZR7rjd68T+vQkUfOKLRDjxL08kf9g7Oc HVjW4XStHpGmsAwdPsa6VW7xUGEzZnWMHt3bhwNWpQBu2oCl/dkBxtDaNN1IYqwLmmKWhhpFYK0X g6RejUaAmb8oXUOWE0oJQ5jSnXhR2Tk8CSrDBn7z9UentDthjXC6buULLBr4jvU4FtFG14atMfHx 2wM4yQ8BgD++uQh9pNG8p1V7Hw2iFTGwq2bCdJIwog3eDU2WwiLnl6cjTAQBFZRzwJAlJMajE75s FlKnnf9xHwAM1ZjVOqNxzGOxKeQEv764lhXUNIHUB2jZO7MnKkkQyswiNZSG4isGtMndqtChRmBO Yg/XNgrkBIEdxK1hYmMQtJtgPh0hmqS5q+fBwSygyA7CvxtIEWAZOLdwMDBgOgmZFAJS4xbYmytC 9A/Uk040Ih0JfBNzi8JWppfNiJ2msXmy+xEmHxbwHFm7Go0bWbjHoppgg7O7qNdyW9VFEhhLRFMc dCCxUol/ARZQFf3AjuuREXgxLEuR/wrmSB9ZhPRhlDGDaf81l/aEdcZEV3/y7f674zoK50HP7B3N t4gpFe7IvkZGDRZj3dIzH0CIkSYCZAumCEneBB5iUV3ykglVzD6MyEnEI6U/xGsBPiRQ7gzso7C+ P64AFTyQDdYEGKLYBxEwBgdHjJi1ThG0uVCv/DAlW/ku+8itwN4mtBSRw4V7IoeZORSUbfSEk/Zk qmHh4Z888ln+ch3IsS4XLAr9KoyCu+0CSSMcZ6mMBLAAz14HKI3Px6nhFw+YtzoktjapUDNiUXNt ehgKEdEG9bTXKaIe18nHjYi54ygnhR8Tg4iwGUVAAED2fKqH0UAKFYiWyel+5ueWVjROHCSj888t NLWqUk2EYEA7K9E/rWT7IDSMPNhdiaGeUmytW+3VUheDQnh1gJzWYOMzSg3bCi3eHvipBopUr4Zm M4U/H4vRSX0JB76iPt8KzShMfpgdlsyVIwPxKZkeoZKofSNJ0PSWAWIR75leuyDci9SkPrE3h69+ NNyI1ufM5obUeAQrBt6iHpRLutMVDrpqES6WQAQMRuICyuZw0KR/8mityqQL2BJeNhCd4wrA4oGv sX56nBCmr7gHAv/TO3I3vfKj18xV7K18y9nlld1ucQilau+ZVFRiOxo7UTASE95Ue0zWNGS6An3G g1x3e+XWVH3RGdCDQZ+eEZ50IU/INeSIlvSfeF5kkqzUwZwBGyloI2M42xdRCz+Ei3iXjcdEwUOP irQVlmAPkuQhAU3GxnPhVEFzzHJvp3WVa1j2ba6MOBsBhe2I5edTSDAIlaf0Omb58rRYr4zskExT 6zQrn21TVwF3jO7p6RxDT/FEcjyMnh16gESqauS/jdlojuH0ohWWFkSEm1W3CgwxUWGTQKgXueBr 46c4yjuiPhzrNrXyXBJhOI38rMarTJNhSD9MYeRx3MjA1qDZ1dtUbMgc/hCnLfGo0BaGumKujuNI 6EzSSrQR0khzBkrBdlLrHwRHBQK2dxnjU8z2J5kkDxHKTRIWpi65SCuz4SwqqkeopLO5/VC+azpw dOKYWlDnkqmkMVlqVupjqkbks4q32vJqhogajcK1OhwdqH0WW50KfcJONkQmFZGyeOalXCHAx/md 9ewgn4xlNsdgAIVGWxk7NgzXfAVVtKqzYqrGuWMlEcIc3UzWXVMHh96rl3WySTtsyyNWGl2xkbmr LgrfhgUnpvXB6gAxMdj33iycPMU95ErlTdBaAD2iKUMjJVKpi9KshY5+eXlQ8jZFao6kgvlFyuRw TAMx6sfRzCXtzRVmjck3lGJx9sU/1shzB+OUdotyc4haC0gykrTmm1oS7xxFWpljahC2EbwAODKm wOiiAiI6JEjBlO1DOgDiUaKRRUBPcmu3T3I5aZira50jvdD1sAOT+rNeJqUYsFbPZVTNaLp31ULZ XJ4FW5kO3OlvL36Kxy0IwTVFIJoJDoAMXiJtwbRSMQBdQUUjR7O+rz4ZEdLsdLpwkqmg+A1TA1qQ Z8uWNimxT61SDOSVnncyUukhOYkfoVCt1AyWGYhWypWEVDUlYFEx3YQJHgaCS/6UzI2/GImgCVnG BIq9BKaHmFIrf6q8ulIGqtce7Y/yBjNiqTFy5V9sP0j6Wcr0GWkZu/ZXoCWU0L6dBlETFO1aIWwK vJQrrsRCxNRwkUZ5KDEAcYkr2RiuJ/+6BlquiByBQr/fCFaQHFRCGIggQZUNAKWgbHeGlYQc+NJa /3vm1Bgohcik0udp81uveodFGTdGux/B/vZ6u6aewhYtwBV9tEJ9H/46oDWRzcZqZnK60P65PE4n kKFOL2/SKeJSgSTQHIku70MLiCVy5Ux5zjxR6hICvq6NeLcgK08hKinAEMO3wcQ0WghO240ZEW1J QpCRDuywqXm71lJBw0TxuJNBTWejkFbJm6YHklZmW/ik2kccNKN6fs4YSyNoffKdX4AKOsHQsCw7 1jARbXOIpiABNEKl14jpR+zQMSJm8xPkAqesOlqCrqsYWbNGqEtyEjt0LACLQOGd2IH8zYmILskR 0BRCxohB/AWozcTUFLG3XyvRyunQrI4Hr+QmCRLGCJ8AH3TDMalBIoUE0K8XoEpzTAkWpNAgpSPR fgKJNTM8zuoPvCSG9H7ZvpJ09blfnu2CYkRD9l5JQO9ZAeOi1oxGApa5BgcOxO4AMzZSa9O4S1Ig UoCJmjOd7RIWd0Whjj3PaJSmodKQF6SYTvhBqmFJEOJFewOidlP3UyWcfqCRFQpUij+F/ZV/J/+Q QyOspMJL22hcAKE2XapSMa8ZowV4FCQ+wCRblN1jG6NeF9MmHLH6w2a1XJUuIkD/wYfYejcyzUAe 5tIfkh4Rc6DkhtMk7SDA4WQJjPHOhhqnBkEbKZgb1wtTaZi7Ci4YHxGr8wgoF0b41KmqOR3dsI4b My/tat+vS4RTG3rkKF1SQbjV/9ECyQ5MWmeykRO723OVJA0PH42V8mZZpHdYHTHx5uichaeVvIym DV5qXuU5e1DtOWgTxeDoi6tpQAlyOlEhKSUyJlllA4hDJ/LrYupwUTbRQV88SQ2a1v8Ia44optYk q94+c1B1UXyeSmYCsl0oLt44sGCAJZgsmJpyzI9vghA0BH9qh82mKHTMygmHZ1QxOFeCd4K01uNM lPsEeTK2hEIo1j5PMOFX5G1HriFQw0yBU2uEQN00IqyEhrOKUQnhoirTPZEO2xYKOqwjxiJe82jW 7ezp5qjTkMB2HSgVisVYFQODsnQIYtxxrNLSInr3zJR16F7iw+QZEX8b23WUYFRgGGd19wcxTcJz kfbU2QXMglZegDjGmhzJjFw2UF/0mPj54m92tCc/V5jOShtcmSVIiF8EjtHVbXxNk1GnYTPAFT9W VoJ6F1OxMNPXDJHG7AlojhFN/o+oO0FsGwmSKHqKaVObKZEi1fc/4bwfpZ6xZZkEask1MitRAJIY CEKHBS8bGfixtflm/6cqiKLd5pKE4QIteuiMPSMzDCiEypKf5jVl+Q1TaSISqxBqzMoEUQNxSV2l LaKrhlSS6AszkkekyKpSTeqUg3kWzG8r7uz/WLu7gob6qSLc3/UmwJ/CeteDepi6aWJyQU4tV2m2 XV4XTq989MejcnhtejXX5bVNWKBAFYinmMjKsYKQWY87c0Zfq411dL8XdrJVFPK6KBZ8MQhcDRYG aInHaZ2/ZxKFwSp8kod0o92qUEG3AfI37h7gSU7z7nJFOiK3OXnEYLBciGVFi6YCAtIX2zJhrsB3 gkqZUzi3J1Ekh9lovsPUKWiqoXUcK3cHHJp0ZbmzpOZbvqeXDs4YvCIJMiGzNghpPte3mFM/5V2d RkNFSsSzB8GdDVGRlpHMJEAHPUljDVq5xhSt0rI/Rof44mZOtR6sbH49w9DfWfaPP5QmSFLF0eSe nQw/qL4/vmNBZOy6IUWThlAO/Qjn2j3lHUykTqXANFIdM0fPUHlT7LfhMG1GkXNdpXSxQYNuGALL khhnDICWVWX5wiAB16UiVMfyEBnRaRI1+SkvZpvZBzkl0T4FAmVfZREdjJJsjHjxHgDwYg7VrtG+ Fk/MzlD9Z3DTZIVpO7LdUu1tH6ivZM0vQCWNaxIL4GKBkgS6sJILFNwc95UboBxBr6/zR87CdQo4 +V2QiS9/jOXWIRdqZy3dxWaoVvjRTTgBeNHOjwTVUjRHUyL2ne12xcD/6Oi2379/gpFoFb57i0uu LXzgxTXZ2MMyHip1c7ctuAr0zqqgEUzEGZBo4rflKjp0w4qvbVzEi3EQC2vmrgld44hxsCyYnaNB K7dSUVtsapG4EjUKzVv6OoSPzqw7t3Oeylom2FJGdqBzpk5nCibTIFrCT14jofZH28oNCEsCOOEN JVuoa1kqiiLd+2hsBTSjr9SvbzdszhC6xbJCkJ0xpFBE5VkWL9CIIwEPPtWK3irMxpk8wPq3NSZb Mi0vvNs204Xd7VDkgBqzwLbKg3GpagsF3+V2du6gD9ls06DostYzGoqahr9XizIWn6/MpDBjECUa kkZOZy2gE08ZoYPVRLwxsEKHfveHdzfUx55jKUllnda//gSC7QYjxjYpmcSdtFbBSp9O2fcDkMih vXFO1K9Mox7y2O0E0lFO4rZZu9dsZmuXkbJDO4Ts0uyoedpD5aCUVcaqjR1xAmTJrK1EpjR1gqoo iyQpLRVWPRoZ29yYDPHUzGdk+xUjOln2DM+2RcpesOVPcxFGNQe8p8GJrMPnPYBaJNrtiNvbK3CM ZhTZFUbv29hVSaBdke2Uspy3d7F72N1JTWLaNMs4pSZv2trN4QmHWvpXXs7QcOUPCbStrqrSTMj+ Lkfs51RMU67qmLlmQmi2W1KDUgFUVbtkuEmFWEoJiEXmThzVorBGnwSrxmgP16Rk6HaEhmw4qT7D jiOjJb5eJLsqRB873G7Mig36+VVNA2PJNpzcPnaCNVeSdLzVvTqwloUhwiHMLLXt7BWT/JrRLteL MRnaa/sWJbSD2xqUmbB4fZ3tcZGTXP5QMlOBgPJDbOMDcxgzt02hfkp52fcSzHLpIGuJdyToizCh qxy6YO2j53vnD2XLCtmQKJdO7GGD1BAMcq2QLMQTHANY9gn8Ayb0YNG0hsJWhGuGzmJbbi13LWsv IocDJOKD+XuCqDqoh3bKN1vBttnPEgPKVA3DPu0EBBMjK8x+UoRf7IIyJuH2MHbQ7JukWdprxPXE 3dSJSxjZbaRZiIgAI/mqNyJlJKXWBAPiVtkWH9iVie3hnLJrgsoQyu94TzVNiRdTRC9NixBlmgGg ZUtplm9mSmLppaAG0g0AXegxmwXeTVrLXiarv6IJf8wCU2VQwzB9YdsJjf07RYLbghoGztcU8die uR3WIwDSjfD70pZPzSpEp/JwmB1iJ/EmRvaCFZTGUb5Q0YX9GJDgWuAviDUKesPOvaaqR0Ewwi7x 6b9VB67NWTljmVpr6CwTOVROVo6zVWjAuszue7gXHGbKFfeRZHZEtO7jX6kwsYp/rGT5WtZCAt1L 4qzfZEaCOT4h4DG7Kuubw5qC37f3uciTL1Iq+dqhyeahC99DcqLduLg0NdCm0jard3+D8xqEsOgz Bc7LtCAypQQ8tEO7RaZgNtzSHQiFwz18A4zj2dee3t+q1qMq2pr9/UxHdkm3zZidG18kYt0tZg2D QoiunW2mwRaQ6f1GQoIR1VEbt93R7Q+vrFqYS4pRUCDTsCKuByoA556L0d5vP57GIIAWa2x6N58I pk+bqKEhgpgRpQWZe3KIAaroVsvXiySqRte4SIJt1j6BM3Jz29Ob4klIexYjgA9n8nxfwkp6Iz7f gU9YGv3rQ3aZmeFbrYI77VvqKaDm4EsYDCCgUjm7QTUJ8pLGnBCyGQDjzHlwVmnA7Jy+/Y0atmZc 91C8fzw85xkl4W86Tu/Bad6MgIwT/cYjgRxe3aAVQs48x+8ih4+UbgrVJLTHoOFbucRvZhzW8oxH 2MeQmZoxpTPykyXbFAE8A6fivt8GY8Ee36SDGkWnWtvKnXoUrYlOcdVpt+QgLBu1Uh5pCIL30Hjr nTCE3YeMJaccxBwRn7gRhpIeGqYNqgznbKt9hNGhwyFbjRsj35aC62zxEXetLTXEfvn8aVFsaD0h h5Y/m1JPeAAzxTTDGhM4C3A9QkpSKolN/gAkvnIfXASpA5+tx2SzPAsLROO4pX95KlkTFhshcCUj Z/PfYA15zE9UcBcDgM0MU3dXexo0qE7SdUznpcSk4wUz601OSSVhysyYYDaO7EFZVuGwfa1Ajl0W 4VrZZWCHZFYKd+pRldtkoHLcgLdhNd7zGJbhiiEu6Tk1R7N/1rasVVrOlhBlVi7IYnFWQHaG9dI4 eu1mZ7bjIWZJ2imtiLBXPRcR2IxByCKv4hYoLpPDuTGse5KAo5n9qN8VFnG2ffJFAoBAQoG0B+h0 QGO3DEEVXSI5RAhw4Gc5M2RAZfE9n0/AzqIXtnXPRTeJMLP8LNQqD2T59ogCAbah/YjMBnDiYl+n yivSFqHlTiYokkwaSQcbLC4XidLw3IxFloZCN01PaFpQgNS6UIc5ftm9GNoVMwsoPRin4WOsW3tw MbEwjugENrI7MFhCGMNkrQO4FBYWkIwRYsWgI82b5uNU9S8GjexIGrKOY+cJJp+cIWmBEkL2nc0E ifQ3GyCQvKzPgUSBT7qFdl8ZUgySDXebtnIHBJhQl972PrhK58U1RhJRRL2waAaiyx8MAo/SMKv3 +RDjcEpNrdCVcBN1dgVycxtzESbn5fcdITnw7ggJFSzIgY04aVGf+Wg+LCqjIDR4Xs4jGcvfiNIV lwk2mCigjg3KMlTmlNeabIZCYKb2s3AvpYcwyy4cLlmIU7Cxmu2y8cICewrFjVFT/pNSii1lcHiP FmOK/sUU9pAHESBJSqW7o97aM/MWHcBcP1NTRWxKCAtlye2sJ5wojXdeQLlVLlAWfokpJqTNeldv j9eBc+/maD0uCUeGoGoabVc4pnK5cRJT50iAaDM85a2iVfWhZ8LXpgKx6TCzB0ozSk1BJz1I125t wDMjceXQmZISi4EqiCKlmoSaiS92rIHuCisrdwtDpnXW5pT2FzU/mxAxq/H54m/24ZSWPLev2Y9e BOLaWvhWAigHiueRxR1qmNgVSgC2ltX8Eaz+kZCrMbefX82nvMt0JEcjE/8eEVPUEMK0UiRpvK40 EXfxqT3+xF5dpfWJbHZlN9+SpKhQZCQrnTGoBoWqbg8Vcox0yGQqFcP3BnAWkRYszVBCg74iNmul q1kLNtqNycRIywgFr3TPQwqDCmrVihoZbmvRVTGSZX6ZgR13rLfjqYSHFsGWR/m4yqGT5iuyTTh+ VX9Hy6yBrCth2Vw6/muZgenrY2WmYriP1SSjG1G5lYhmleEbRKhBBRXuw6X1Y80aNVAuHE6QNzXm /Q7S8mbgg8B8UksjRXweRuCyUw0IqB/I1ozglUgjj/b9LtLwSf81HtyRhxJebh8EkXnwbuI8woe8 OfhCeiTTQpf/REr9Qz8EGrUgZBaib6z4ZoUBi0e1B54h9lKLtBejUZMZakvaBMK1JRiMeQ82zGcz 9QQc5DGvquA1ZWHYJ6rqii4ZGA2nvaoGIRkKusjp80KGOE52pNqMb6WCPlPZKbcad6aVgrieJqma 3WYL0emPARsn+1dGz2ZKqJaNpGPvFWAVjrB+mqDsKESKHiFHPas2ckggY6SgqUacD7ywvGrxPRgJ 47PkdvKxSP+ys2qyGP54+6NyqnCq6/brtmUa+25ydy5I+XDrCtKrz45oVGvSD95wRTg8IP+tGFnh Gn8JQAKTZngGyyM/Yg7kNWoHqWr8TZG5PoRPIikBkAU1M3UbSKZBKBpyGz+RRfzEF3z5Uik8Kc19 Quj10rQSsxE9Ejkieh5LLkbtZFIeSD6q602OVuxHK+xqRyumsMYSgmKi3WVI35GWTRoVvyelz5pA xDEfLFZV7lSWNPm4akN7uMorAzHYLnCEDOGDgQzlZv2sdcCVrPJWUt0/fZK8MVCF2Eo3KN12GiZg UNvfsuqJeCCVJvESKUF2eY2WzEh6YuLIi0rjQaeeblmwKxmtQOtbCQMPVHfUjqM5SURdPcnJWkSs OHRS/eWuhlI+FZUItnTIb+Nz09KzFkM8xTaQUjKALV8tE7NChVHloqVjAoihSmVLLHs3j3NlsFvO 1tiPVWx3srpfuCTUDa0yre6/lhIAghJa62IDaOxRiksRJYqg3oL6/1eOwAy55KAsGb6UaQcpkkZ1 S5JZ/mPlGZCVLYDEbpM3u5JreWOpKUrKwTwetIKNZnpvrVqwaemNXEv0ZKspNsoqdSnDkrsaU2Jh FPmj9JT4Leq1U7I1r/+wBBPcYCvBhb6Rc7MmIkmprEqbJF87iV4L/Yq68szCgLTfVfQtoydj9FdP aJCEpv5AMqajym4TVuBV/Y5MRJgauIy26MUFSe6VU4SLG4eq6nihFMJV3N0GXmUGU5bnBlFS6BGO jtBFVPkCpVuAK85THAC9V8wROQ3iSZnSPPIr2Uu+5LzlhrnYgQ2KVb8Na64MZGk94TIbLlJ8SYBU d5QSMatEMgNkLu8VrdIGrO8pCpkvHlMTdTlVXb3b9lt1hMwxg3D23Q3HDpVyt6Yj03gWEFudoVSB nWnb8ZJt1Nksi3XARpCgh/ZPkjhHYFEg229HtDRatzY7GEnLt9PHvAM+0H1pPFJGTSmZ3iViu44g aDYesehr8C0BSKJ4b4ygpOhXWUnqigzkLjlhOWbPUCuMJCAWzMCYNCtOINjgRrlhgJA5FpFbZJCs jC+U8PI3E4OMhmI0bFCegCnAASM7KKIVFAAqeDGr0M7fQ5dy8N/UqxgX8dt7HajPhYMfTcuXnPUX WvoJjYBeaQESjUpuiDAmPOn97xQBgvyr3kJspRaFnRYGbRpscVP6Le2UzcB/eY4MCjKZIkwjEnkA psK8MKrpJmSDpMPs3Me0Z7St+pcdQ+rwbfVy6sioMt6aRXNKRCTh9gSPu4cy1b0AVMrKuignviIS LXhjscEvnDdCmAqD5XYZzvnubGAuuCOoIKgRWdpJyMAKX5jmzOKaYcPuKjCTJ1X0ojgSjDV2xUh8 JsAInpEFwtAmTOaPuMgAHGFZ7DvcAwfgl3giXkjHDjAKt1MdIN9QBlT1a8w8yANYinfkxFuzHAqw nKdL2Xtwh6XybVQRnzFMzbuyfDLnnOgxLKkQnZlRnlmJUMwAyGQygRoHLSePhizEMJkq4nOlADB3 C+UCKf25duMYgm8jDs3NiVX+aOgePVwA8g18NThawjTvyxMremXb56cnBoc8Pb7YCD1kt2pJz1JG pAd2CP2uu0FglrnaS8iIEvHLj+cyeBBKF92cFbW6MuvYzujjqcjO/4BO43qMgZ8e7st1vx9dqNul yQbn5v1GVtDpgRiKw56YImxgWcREH7g2SqA9Hwmre0jvKRMhx8M3nPvBbki+px97sgc2PSj4YaCn 64MeRvz10esCscAYoJ/Cs+mSiakTEtAmgerNKChQCRWiTAfYiSuwStaVSu7GDkCYEQ9Lm+mkCyQY kIywC+IitqL8Vh65fHYFdUVGxoI33dg5/WWo/LMQ+WAP0pghRlcPAw3Wxu8c7CppflpthcQzEw14 wOO9FwKCu9intOJ9jyAuueEIzEL8b74HsqnYRMhmak/g0qIM9cC7S3I5sN/2vQCPXs5YClHdoESo CMuD+aU90I0LP0WKCkakkZtEL04yZQ6Q6eoBWBwxtWBriuFz9GxeQgs1G//DpSLeyJ1y3iSXv+Vr pvTF3InmdaWld8+TWURyJpjNx8IBMo2FnHWfTCebcgzuRB5GwaQpHDACrKmzBDehL9/7rZOHAyaG ZjwZL1LsVnphQUlMDJJa5ds2bAT6cw2qqmhW6oxaZKSAJhE1mqqCgKn9qWICBF1+08QsKFIMqSMZ UITzGCONdGKBRCRiBmngol245dkFKHMHMuyZweKMjREucvi7wysVTrw5lAPJdBIY8gQdzKJBS309 lskENG5UBqAwSz+/+9sBcBIOP7NgC2whuGnhIgdRAvIF5YjBg7JVL3rOegM6tKVlvNHCrg0R14dE CbWrOuqro9xJelwkJxAQwTwCKQPlpIjnDmSNlb5m6iVxGpXRBrwyPcY/Q6wOX77HVwzjVgjHM0R8 6Ys5LR3OibaJwvX98lnQI4vAbKjMzMw4804jaRQjZcFOGxCCBAviS8hxs1uAcAJqJciQEvFBJl/d k8ylIsjp2eMoeHruucfH9zB4Q3enBlVDkmCQOnLX+X4rgECdz0SbBG5SUA+E3bHMT1kv4OoJTc73 g3eOhlFixKXcXCOSICMcIbhrfS00wlLNiPlHQkiMVNJ3EgAmaHlkYAkEDYmXRR1AMKzH5iAAvSHk kDM3JzgoleSdCwKDUWIpow6exCSPCwNOXUeuIi2EyeE0RJYPGhdWwi6zBQjJixIpIiOT3nnyEgFX mTEZmZT9sFQC8KytkIe8l0nWiI8EIfHVMCFt2Ir+1gU+F5o5qv7UaihmUGLvsxjY7MamAjLKpzO6 AjlxNwalt1vYPE/GgSoan4PgfARnpgWh5EdQuult0ZGkujgeCeAvCXMMZ4m5WSqH88bEyB6og9gz LV0CdnP7H9HYyoY5hCjmIyr83jsLmCQ5Zg/GyOYSmhH1JWfS89Eo+jrYyBWZg2LtEOvTKe/7iAvg EC4UvdnG/FBaSqPIJBmlAvkmkpKGIVprV3kh+2mkRJFxGQrVBTKDKSvg3Y4wfwCcr+akf1LphP5B aNbNiuSjSJWPxTsJyJNZRxmv4UQBQ6MhCNKiOq0VUJiLk0mqRi15HCxhli22VxwmRU/FtWopSzht blG7kuhK8hsAKYG6LTNRWHlDlywWf8ay4RzxBmInFVkbJHHo4g9SU9LNcoBRQXVeIAKE1Cwisy1u EWzf1DqqciyQacyQsRNdBk1SNUOKZYOaUauEQoPY8lWx3CkOpdR2wSUKpa/O2XWJNs1kGtWbsIEG Bece3eD7CFYyM1Z7lQtBFdJFe60r00nRtUmSuPXqAZV8FonoxN8GS0dRUmQjRxOa21nvQ2/0TInA BbuWD1ol7D53LUOkiwslTYdYUjI0HuFzOk8YzNJQxDYsDzxygRwahdy3DGkRgQCzCcuJIn+p9DdD Jeuk1uKO1nKi6ECUDIdNqXm2UGk5Q5VWZOVA4MT26ZBIGsdBcuZKyXXOcviEBVrLmOmugLvt3+xd EGc+mSBeBdOpR5CMAOq2buiZY+CFfBixD8v0kovByJBSkpTMbQCC9bygBD6zNB/fzi2ZBE8uwQtn grD2DTWG36JPGQcc4dV80LiwIuzTGKzFtM8FGzZAyPGVTfuVFDw5s5Vb2/hdoWBLDko/mZ73xlYK Jl7Wviylflu2J7fG8H+pY5c2NLu3Rx1A6BLPbVlPcdmYGVJ5S+l4JCz2mSUmwbnAf/o1MvFEEqJ2 CnTkvxnCyHYYyP16FSnmlFWPea5yJQONyLSe4TAsj4Lqmg5ZaUhTzKHdtj33Qiu16z2Hof32lxzH IfbkypMKbCXNNrtf3DPuP8VYRcw28/6Pam3GVTGY+fZoiMq4vsZrm2rln72sVk0b/6YkFDz7z/g9 6YP6eBmnjHr23y0PXUlxNQxWEQ4rUh6vOHoqEE1UyXfTJDx/yarad+ViFFS0JfwmxGgbufXsXaGq ygkz+tCTWBqWBpHSFI40jc/2Dbc3WH/PZzFgrou6vJ81axBThEjUysWRrjVEi7PmiX0zI23PSmkW +nGmcUzXuDQToTn1/pq4G39SB1eqEVaHFfTftUhUIvLQaRP+auxN3jxGfrl+Q2+G7TM55GoZls6c 3aduKzZo0stFWayeasI5gL9wCXPIQ0Igv4pHSXrEau7WqqbJ6gYduX+kogplw3+tTWyiN4/EoUat mzkcNq8TIVXLlq7JKa1NEsFykLuLIGTh66itrsKxOzfMNESsAQGAEdxUJXYuZAII3Dvi+FWAV/5C G4QGJAam1WxlKVBF7mE6UBMyQAgoCF3KNHh/nmjQobVBiK0B+Wze3UyRl0gwE9E5+K4mfFk8orBb 2i1qsGaM3B5sgoJ9lGzAq0skNZ8xc9XsRCRoV8eKM0V29vYC6qRGTO61hCE9yHbQmlJLpCZaJVyw EJlNmJ5isuKXZjpVbQsEJVFBfsPJTUs1qu1LkNIPox3UiUqlW2gr/SzbqV+4CQdAjcU4RAKTATnZ hV7aJ4mU0qUuSpBKZSBNXQspa8lZuXRJcwklSnxDX4kZ3s1lkJaTZizVkUJDcIHItMwSwYaOSFiB MXVLtm2SOKLQOvel773ulhniwnCpNGturknBdcVMxkgSe+xYOyU6kmihVj60xI8AsC0O6tbqr2CK RrbhQaOGToa+4x1jrQcJp/WXynzlRMWqCkoKNK0OEuZkISl2qrAtw82/Spurq2SNWUtlZPaAZqb2 9aJyy4zkQDXww/wFly5ozEo5mKkR5ZTMXK8k42+0dd9CwRMjRsVbNzRGCe7pz3SZrhO0s70BxcvV SFvAlR4L3ClaO7KmsuyhRHeLR4JKLGRaMsgX1gV/75VokIGKTDX71a3vRdT0zh1aRsUkotIgLWO4 qJTZ47ih4UiK57+Glx7AVd/bA5Ble7OhPLBo22JNFNOr51P25llX0BIXkD8Z8vV7afYkm1MiIjxp nPkVJooUjiRk5pdxFDEoLbvy8597ETWpCjPa4yvm54cn68EeGRtdiuLDWRokVZ8DqHnNlleUgxHN LMFiByWZN1WLQflg6WlEQsI8IhllGL6WKBKHuFzoWZjV3VXSsj9nzZ+1I/BIlTNyTVc5i/GEM2zt bIm0WbTsYnHiD9dk0aZbZInCTAYlDZid06pSHhtAWDV9JkxiIghh8GZzpaM4ovPxTHELJbHAV3Lk LLn5ggBq9zkwyZCNSVr4JYjseRQhMiNpI6hmxBHB+YLxM7zseZUn1KMQbGZd5qG4lk622bPtVhPT b7E7jiROWvPf2rLYzC0swtvGETQwXz0GKUZjTNpq07o+5ApPHPONBfqvbLTSZRcUylctK7lq27rS PXCpDKO7KkpG1avcEiQP0d6gCdPr6rREVdBs3kJXaA1MAhHfvp9ZHn9X9/W1oNY1VovxUmQEKq60 dbm6hoKDckRL74ruOlXRrc68ujOCVg7xIGijW54PSPVVczY4Tqym6atfrdCrBmTzOY6qT8RUlWlI b997210vSadrjk3nIBloasZqLgGiaoDyBdjzUkJlE42VKHGsQm48PDrkHXwd9zK+ivnK63Edq9f7 E3q4HoqoviaXqsFIVM0PVFenrvyy+cphipN+VMC1Zn7Kei3Vq6OZFkmBfoidjn1sAtdKeLALnakw Q6Gv3LyiExbWjxi2QkoSmFV0St1MInikmGBAzwJZSsdIwZSlU2n/qfyYEOVvhMg+CS3cidTfdc3s oZjuA58R+VraVDHjAdyj3rmAnxaJU/dG1yAn4+F1YimFGJ7Vs2wir83sPAHFLI7eM+Q5ZhtsWLHO n97RYBbuw0X+w0TnqieLrUYN0wYLZuOJ8vyk17wE2ZFMNFgKpnAbkMZgkJI/ccwyxmFjBRZIJ3Z4 toYZESzmZvPraGh/ZErlRUkYR7Qdc8bM1MxptVWXLpyZpkWwnKw3nVl0hZtlpwGHBK/sxEcMOthi xMjDVt9lpS3MW0EALqlGqyQsG6K+NBgqOahHISNBYtOAuzKoCbpWQ54QOokUGpTPdzWBs/eIcjZR Gpwd1pGcEQGAzL5FtHQZLG22EwEIUrruiQTdvG++Vme1R5LP1IYQu5a0wDyqUur0tqlpzFRpUjwt J7CLHWVkJDP45YBppKmOMBWFKeV5JAHW1uUbMKLoClqiwJyFAINC5uRUL86SCrhDjO1S44cHwG6a tqYkJ86A/hzFUAuhDakXVmbzJoHoRJLiDFlQ0g0CpHxs64wVmkeMShfms8hqGP6ZQjsjo5xf28MA //N1tWLBixeXgqvhdfFML05h90VBBA1MXMoqYOXAiMNpBcyqW7S6Dw4azkqC06AAKgbHiuc5V+FA +YR1lmNk1l171QzUhC0ixbgsPdjDVVivp3Az68ZK+PNlCS0ROAwl3m+PD9cpSFZ3AhQWMjwyi+U5 lA9Lzz7lOeZZgHHFbbfKRVzyoSXARS4EmkBYJKGTFVfRpyp3QresTjl6wX4yNkHWMnEYh4hwWTaY eBbXHOPbfoeIVT6Zbd+rpgwNpCvyD4MXng9qHNPwjq2ibYbDp3Ln+PK1/I0bw4PsxbUS0xd02URq p61Ml210jQyOdUdJaSIlOhwcC7uEonmuhy781kf+jX6YE/ARdvP6YMhJPj/2AS6aDglphB70K//4 8KjfWS72KIKckBgNeuObzVARomU/xjzxqDzb6YQ5Xl1kQAOiI6rBq0oxocJOb88wWuHENOgvde9D nFaHH5ktRK0ZtxcFhCJv3tLlivIDXcrBcsTDyDIHdBImfzQDHnJxwk7LMKQdL7nZwbZWK9v3oE/5 dkPZPSONWY5UrxK0/MV/MmScfrx3XUZ+NQtthDAFkidXynAr0bJz2oJ1DtoyVY2qRRDbMBFRwFlo X94IJpO8hNW/dBS/7jcJP8OmN9PBUaT7VYjIcPFRQTb3YTRtrF2CuiIYwQhtgS0uW2L4xHeAPPUJ Z9ZZRnLUn0DPMJF0NsuFJbNvtqV7MQfXpJ7Vlr9aklAWEutFaj28pbWJczDan7Lutqe6Lmh3t8xW 1KFE+u2yZwk7H2Tv3bvvf4y1wkhiZem1behtN4aI/pJm1XiDG7gFAJaSVTSMwyxU5LUkd5bKNGFt Lxa8FbXEDs2XpdcZkUU0jJhK0caxinOOa0jeSBwbPWpD4Q3qE+ZLzqOqZjUxUj1WtS2pNNGQZixo 9tBjwkqyPWJCdCPqHuNyzjZvn9u5ihnMyyIuiaLIgoZKST1Qn6wEPsGuJZAhj30ER5o1ug/Nuv8J BKFR3B7a4h5qxhr5Jz5rCyPoZ05jQJvcOSSMa3PpW5DNtuh8Vs3R/CE0poCYfqcT2OjloRlSUmC9 PRxsanAqHynn5W0+tM4Jecwgk9ExxCJzNNCQIWvQdOQW1BkZGDD93M0v9l+rIST5ZGvG509RyBff XViMojHlmeFxrH+/Ueu/qiItJ/O42BbpEAR2wBGiHCPW/NEkRZaMj/9nm8wbE8YClc4xj6ITOeQ0 zegztzU9MXahJjfnrcSZOcbjryd0kPRyvJ4hPX1UXaZ8pWmqXamceRibVWRvXKk3RHBk7uHhLW7N 0L0ygOZebS9jqxT96kEPpZu06QnkLf0MNg8Labu+00/Gaaj8jpF4sUcmArgY4FyxIQiAzatlaYxU o2Q+VcdZsYkpbjllLNEDoyr9Thp2WWeJRnXC9HYrM/Y9YBxlhORfPCdKSo/hWK54mFNkT5V+o7MX 2uJfFZoQPJ68rdxtKpZ5dqqHZmDbPNXPe8mZWnQPm2G6oqcRlKyzsbeebd7i38MrmGbWZU4xiiBA yhsSM6Qyz2CkMntEVUKvAYpyLcR1lqQw69GpRu4q4dXDtD0XRWabxsJvzbAVTxoax9NL6k9HtM6R 6ddcuiOqTW8WPnox1iIZHy94ZsQf9971nI+EV+kgbNe3tpTU07zMXioLU8UALY+R048nuJbGg5pe zTwlnanrHwfhkvGQkXGGqQ7nlYh8dSv+7DpIQIG4ubqAGMRd373vrAEV5rg7fjkXbnvqUTBZHPKP 8ecX+UHpxzy4lNXJAhy5rY7BwPL8sw6gW0CADdMZkyBTnzdytpKpwDJq0CyUB2kbXEPEFnpXRiuS URlp5piEnL8iq/ZVjURe310ajjhRmw4Kz01n4kBJbsA1XX93pGwEDaK8vwVoqNgq3MVNrOALxAEG lYGizwhDVJWNqM0pMNQdI4nJibITaq6amn+WHBJHsiqmtrKzfEniYbARdAbUVXbUE4rAHgsVrSlA yiQVTWEO0Q87aUWW11NqwGsGGS9mjFwKR7ASpACNOfmbgiRKmDJUw+KJLgbaVZ8KnZIk8owDJHR/ aMd9TSmGNaQsSPBPjRGBMEyhKBPlDihpFVlWUyaU/QaQ/rZax6nfLV9IwLytPleaYIpYd0T6V2rj qZVMomumrZaRglT/+E7llJp22ILEcPKSfqGtT2gr70z/BBI9Ajobatj2VGiZjWduM9eEjofoCeYS iyV/1uOb9SD3LDR0djEBLTLcwgRIiWmmrgHiSInsWYqFrhtOl1sw3fZsebWJOaMGga7nppUckfvz thJZzstmSAidxd0iC2OMTWJpaVTMNFfWm8DNOonN7NmKmWnDBhtKR6sjmdyApPxP3Eu/2QqhLuDK UDKlHijKs7tahYXoB/DDzAUGXIcRVCmqEw4R4aE4nSOOfDggHKPJAhNjhMMEM38FCmbNTDLc6NbL 3HJgwmUWfdUVRSgprAS3i11ogXjVnhIDxdMF29Fbp2RlltKxnIGshjBmxzjX47Yt7He2XBA+pHIB 04dQK3Fpo3cRvGeCuUoYzcggAHOhEBAZi27yBQcdEUqmb2PPfCIurSxnyYsDfsidn8vrYEL2E5eS YSM0kFDCTRBkjKLG0iNfRSiuU0yZYKSQtFne5tzY2doz/lpxGykijILukqXKITqSsXgdVYFaQsas cRqk6wjZn17Wj7s5iKL49e41irFF6uAYYRqIsxobByWxj7f95tLLQdx0hmAx2PVxbcTuGhitW30K qZGCa927diPKm0QW0oPmepuL0SUdRsjqjIAucRfJpgqZ9UhfBFpTwT3FSuFYKYsOueqBNWwzUn5s WP+zyqFfHkwUsR7PGUldyMUDNk+jooxTXrpERL13JrfRKfsNVJBBh74mzOZR8BRAah2UQrMu/kCV PLpCRBVTdFZyLFwzfAK3LEXVNlt2qKNwTP2TH5k/e7FKlih+PtkbXws58xjOjgqVEUgIBsxYgbqN ZAKKKU3bSwAd62vV4PYhK3Kjz7s2rbv3rCSvNFRzvruKV7Phlcq1rYC2tioXudveCEZu66EleXfA fD67DGB21e6npW77HW2WtJbP/EABo7Qx0lyFtQIcpwrbzVA5ggwN/chtscOpY4U95uanmE0RxIT9 XD9o0570Q9c247gMXrCr5FRhP1jApUTFBZdH61+Rwqw9oiM3hA72hdMQzeuWW5L5vIWPmN5QAoQc 4ET5pJUNsJsuJeyxq2GukYo44e88oiMEQXT2jWrtvfB60pR5IGrN6CFws080zTKGeOxgu89giGag KSvsie4wufV8OUBo7KHNIWRRqTzQ77TvayFvqVZkJiosGsyfMNbBs7SJSOdIHXE52mvLjQGB/DZy AFF52gR3EhSkCK26JZ9uE+J5QQnvpRROpF8JSRqCT3TdtqfiYCvo5gWDPFty3dzaYGh9irQL1oHd 8SR+d4whZ0K22FZEIKpuRy2bDSSpy9+irm8GZBhVJNsvalPKlEVaOip5BDLJAxb17BI3YLZKtVsp r+SaVTniwsjtx3LQfGzEZUfA4Vsw5CtkmegL22EGivUIsYK/wmgJXU0RhRLUCq5JqlW5BlRQ6ls/ GIL8yC7BwpRHqMQJReAO47AXkyhpvO7f7NI0/UoGWpeBNwexNOgb2nUd3Pwk2YqNZg1GuSihmt62 YOsLh0JaXGBhj20ErSCYyq2QsP/xB8L6HDQTnnIFwt2M2pqulQ3ok0Gb9cVlgyTYotKylGwshyw0 oW6zaywXRU/iNxZe/QSe8N+DSjxRQZG2eKcAnul4owST1CP0S4LhJywlVkMhIrstTsJzx4mxycvY G5uaSJugCMRnzXjbVIRwX4FKM6bs3H8Zgq1NEzhIb+3uuLVY+zN7nn+kLsfIkosjhVAhEnehx9F+ sxWXgJFVD5EjkuKMQyx07U/PdmQVLJEAq8/QkmwB4Yk1cSxI9bDunCIDyLASGcaNzv7ST2avS2KV LWeALWcSBVn30zMmE/tZg+Na0HS3NZF0BBOaMpjtMYuUTCjvb72mWuAN4BWDPA8W2cX31ozsFqUe ENvL63ylaDRcWnOrS0SEwXlyxYaziMkTsNakzhIiJWnImIvCZnU6/6DTrjX3SsamSJz4neVkdtrr BTWJInz1XwG6FIclO5YxkT6Pc9UsnEn7/mslaAaYn2ocS7mRWFrlPz8mPRiLwhTDG1kRFZo9hsm8 AGFw8MJacBIIMMBGTgEopgvSLqvZCMoZuZUazDhsOqOXHSk1x3I5GtoNU21T9zR1AKdWrTKbB+Nq iwGWD9VgPEI3XeWwhmxwe8Y6kQAJAWUpjvAizOkyHgIpycF3WYZjErbcL3wjGg1y/3gkPVZhisUC zDrvAL1un1IGlZTMsL54VmypFIOTkZn4yIxwQFy1Q/sSt+nX+F62hSKWZNrld6FcCVWPpndBhwuD P8QbHEct3OgU5Yc8HFWIi/4MPiIJPSDKQwmLRoOdvqK4RaL/8pv2eHewRURYjf7EUu2C28T2yfY1 RgLQYShrFbzo72ieYnIYqwuP5QM0I71skyQHCSRFjT5WwILIKY6qEosA1IelrdxylSXbSj1v1qn1 qtSbNdFLgEnPnqHrkQWZV2/qVLpyqn2onayi9091KGuCHk9cmcsDAJy6vDA4DXml1tTjqAoXC9HT HOkFAy370T/OelpCPxvdKdauMkhRNjZHeZakpdkyyKC8rCB89sAElomJhLzpQhF8sEYzo05J/0+v H1vVUuckiTbc/t9r1IoX+rxAksDlbJbcO0xNmR0bOoml7lWnTRxJWYtd95X0nUNlJficnAYzP2ZR JceR9i23RM143r6QSwbFd1ZQF9lINiUHMEVHzMm8WBIudcnvMmoj9xnHU6+ekYGb8NH4ExoJj9qK jS3YqpnGbprNrdOZsbvYEVxZNfiG53820ivtiQcCsBhBr9oTMpJUK2uQTE3PFi45BQxnPDWqMle9 q9VQE6QNCIL9kC7J5HauU4Qnieh4vsFjFI7QF+ZoV4xuxGZ0VnsfI5VgCcS6LH4cDHMATQgTB747 iE1/BkrIHSk6FnSOgphB5SrTkGjIGvW41cgrSkW3Om0mn616fO7lC13jgdI8Qa3VAQrm687yZhzG gmmbn3JrQ5N5BDnAfXI6g6TbblgwMcoDoSwnYWc8JBMvaWtaxls7n9kaIrMnVJO2FMD3hAgOEp2C ao/8mZehA2u4UaLprBSdbBzxC8HIRg2lIMkxDcyJyKA1hyO69pqv5czL67VZlqn5Kwa9gjD3UyJ2 Fv+YTemwHQUsqts32JN0vf/zgFIVplEfBlCeU3HH9zKeOQBTbPbYg4ZhKzICTxE9ehMKGGdecDgH FQGH4dJVIiys4AjekkkyVAhq4g5ahpRLsFTU1HZaG4Zkgy2+6ajFUdUPOVJDmU5mmj7bHz62dU/k swLs9dYM4WO5VfHdGbEUCQAhAfWNgFsfoAF95EX6ree6IKMngZdBOEv8qHPjD32RlBay9EbbD6dO 3HEtDUSkGYiTTK5q16mg/DmfTioxfRYIza8NaiZOZ2OooToqC23WpTKFwYI+gYvf2VSg028w3DAE VVw2Db0EevK3YtfUQeCMRzPnXFp0tgxgsc/vapjMGauV80wejB2+aINIDMtwP1oRdDhBsilHsJYR lGGiBFH1jhU3DU2eacHZX6USdj9ZXOMHNFUJSktzxHaZFk+z2BymoI+xkZLSRVS/yqycpevZJnFP d35TXYLYwt8oyU1qVZlixuC3VDB8MGRJu3o7SgnFpFbKPflEWXELXstwDSwmMUTs3vBI5JRKVi7K JyDTZbG00aXwCHZsdmie8j+Emt1VNorLLNLsKpCYyKR9J1vzoBml2C0xyHbpQaxhlRNVqp24grxK HGUXqBSKQ1GnMoguYBmlJUMTJQqShDYleyyHmeUy/nZ/VrnmbB4wWNyR9ObokpIGoYRckTXLezA5 JMYO3QZtOVyKZhp+L9cxhWtkqMkeW/uUxhvEeNEgxmXZwa8khN4oE1iWCSulYDaYwZXZSc5/CjLM iRxye/rCcPiH1wIsgaOQbZAycVSq4qcG9d0IlsX0mu3XxkhJJBOkvYr8zSRPMFYwZVRmL+hL1oDC R/fxhaubym+pYtNIb1pkZjBZH05n4ZzcIG26CGlZJcIC2wgxtk54Yi80tJCKFlw1Z1chsypSY4JR aFwu1aVCpOxaY7baSMSX6qolJB0v8NBAE8lYS1qYT+0GLY/P1M27ykzIYAd4xQACGM7kwCX2DZNh J4SEn5ubXS5whC4qKX7lSk3PsrEpuJTQoD85pf4d5K85RBcq8CmWNQcjaWxIaDYXTLPOpni3H5tU OueH6vGXm6eedD6XVPLSaQ4A2NNhVC90TMt0QI1VJ7qzCechRlIKyFBLBcQVO3u7t+ONwTNiMCPn HQSbScNtamVUKTzgDXSttTvkiC/JPJWhW1GRidiEgE6emGQcNKyjjIcvMXtxuZQMGalJwkDhXWvX jDKCCMLwDhW9nL70It1GzX7iAhUGTlxkJG1DOIZWrkmP3eOJd7KADuTgR/0P36qZsYAHiUy4kpA7 AHxWNHDEIYOX+7UrnkFgNhdvnast2HLeHzpbKKHKAK+iXLOYQMsciKsZzujkVvW4YOUwoOV8PLq5 za6uTZFCDbJXKCGuSqXtb1Q7BgDTTMU7MidqdKcJ9pXP5dvlDs5L0IO+QAtlFnyR5Bs6aUxe4PBK uHzB5Tm/cjuVVQLsjhKmYtmoOmSqrlqqHkfJSqan+M6klPicaUwe3f5ZWxuTIxNwk89CvFM94B3Z q9GlBalCaNQy33+ky7jwSzSOcAvT8ZocxMkWRAyP6poo1Rb9CsD5JBVUxWoUB1k347TfzG6ToDIH 7EkTLpgZPWuWjAovBvOXMro50IqML/NWNpfN+mft0ApBk4wyvw2aWw0i2kIQtWUPvJt74iWXp3cm l6NTwYSpDo/s+MUC0rNAPk4U2Cg+ojwhWBfIctivCDWPHj0WP+W3Yf5MVCx3F6QEvSK+gdDRtPsI RWXFIUMmClscLXq2HUI7k7OHkTIba+RESiDlnaTfjCu1Hdcm2CSEEVfE6D/H5xSISzgByLIPvQEH 9vBePYIi8kQsBVY2WhBr4NBXmIPmLu0RMsrqpqXrEmj1rT3mPVd8l+O1zDRt07WXD5vEtfzWPoGa L9NOoMJTrGbgzld/yc7ZRrtPnbj34GUG3dZYIKCjr6TkwkQXpxlqhZ4SA8YvgQlANeEHXTfZlm+9 gYCeybaL1+1hpdlDvNadJP/BYtB9Jyv2hbOFtnZd4lO07bheNmbkVSY3YCJJrom2h8+EDT7yREbC 5SipJR2H4j+72mo645pxbQhmz/qgO1SRi0H9pA7jBp8E4y/GaTzvSrOZZOpwvQYdK/z5atg2pdR6 OTyt+BhGI89YJWDlbBlSDhSAJCxO0kKwYcnc1IOpQaPPfReimEm9clFklI1U9YWAOTex96LPFsIl kOkVXQ3HcIOI7IcMDZbqOw53OVkX3QAUJXSg+MIlJHLfMjRzxacTw9GGDAOZIJvwtpd0ycq6TN8V s6qUto4Qs4dyB+ZMzgbq3d2gFXAzQDLujjmXwLqAFepTm/H8dZtdF9m2MySmNddvz0oqXeySmY3e 3UzRjRWuxuNiqWnX4/jO9iGYKJsQIG+VLrt2LhEd2mdOaTMzbo9KCmgNSKq0TQVLg4drGtASTTE5 DiP9SpFYJwu2k5MucDjcNeJ+2qJUSmVAemEleajDwjMI1Fn0zX5CCorIThhgLyqsr2P6QB59g8ny woF6SbUaSzE9C6gTutv2tXq7LnK8d9uY60261v9GE4HsGQsY65HlosrULFAzkMOcWniVFqAQNMGI 1aDe2hUTgSF1llB+uCTRUWMhPHemndIGY3YWHBopV8nyuz7O5M3k7uyEa/oAn2wKB18vqvZibTFB Z/KML7CsnqCLeS+VFbYuSJsGTz5Ucan+v0E050tS/MRgTA0wIqcNIRq2wu8UEzLarZf77UVyDaVV iZqBpcIG9K1MTqdOgtdmwYoBypJsLUvgOuX8BNWeujrm1uwCsYhJPFuO6LO0mWo9uIIateoelDyr VsvK9DGeJdGEYFgz8nJLNg1I1NCJtuNVpcwuny+rY8xyPS3onYT5C8Tai8xgAehiort2ZEHkkjR2 NrCIxh9PklVa2idyJ13RLcQIEAAuQJL17EooEtoklhg4SxguA/C7bxXD2zq+qoDYFAb5bdOF03HZ YxOKCBTLGHyWIWRLWWTe4WtohJIoiOUczWfGfDwkDbBSlEbAvb3JjCb4MhWds7c22qMm2+N52UWG FEqr1znAZjzABK6ySbB5inVTKlOpMC4NbqGnZbXyZszzssCUMdvGQbspCZ3XKB+Xl6XTTKICy2Eh v2TUrJKNUV9G41spj+HKI7IjhMQqZeE/MzBhvxW+z8qrGKA8z37CI2PC7ahZUjP56N0yocQFQLvw 9/mFPANmHobFTp+qAhX0y2glZZPGKqOOeynaWiqapV3bdQjeui7/zcB1QRNppZcuK7gukhKOyxes axorWrYp2FdpBkXHom9ThsHYk/SsQ1UkOq7+qexsTBIZ32NQA0cvOV2Syqm2yfxiyXl9eelKBJn3 AkjQ8dX72sQ4jZpqKQHJ+DEMQXZw+9350T9ldw3ul3wtgfrRIKdFB9vyi5pcr2B/KFqVfJ14n2mx KMhOnckhMHS1wmiMhvH0YkoVSux8tanXsPy31RZ0SfY0Gc74nnUyhtkDGnQiP5MypNqZBeMCcUyW kEQDgXMYmJafamtPQ/FKlbscgA8sFQSzpSwcojxEHwhQUi1DgwRl0aRgwb6dK+6c6kGjpW+ZtzP9 FL6BxnIDKwuHEN9TGixY7MwRdEOILpZZnQeBK4oWkcuRdOwYwtEZ2OaSSzAQO/c1NmFaRGZhJk8e i7x1KrOlEGErVzKDs+gWirE8ONc0ncWgwfc7N19JkjHKkEfJFgbEkwnz0CGcsRnlVjEGw1VacOWI RUhGjL7n1TXPIBBIrvJGYCbCJ42gibFVpsApdhhGU0hUCLGP3R+N5kEjiBPBuxnEDMV6P2x1WkES 2NKDEDCCXQaJN9Juee3jJIDVdA3ia9jBlkJRoqBB4NSCJ3/l47JJ2zDwN981+punefwn8wRbhu6G xwIEIoJTOFZdrohCzxjCV6LIVlDoel/JIXZmY3GQAJyseKUfD/XTQ9FzJQrGRc2hrmEDhClYaA6m DEKzFf7ywYxYHmvQhNXlvoKvkXb1MARC5D9sfRdKcqQWle2WN+l5ELprJ+bPA2UDSc7A6hm+dm3l 4npilzNfPG2cDTvZDgAH3npvLGDoPbI+BKHlGkU0MiQTl7YCFFQaW7CuUJe9EFzFB2aTAc+v0RTl XaXphbMRU2RB5PVPqF0aGKeTDOmhtKAA2RGKOicX1UyGdhlDCJHWdczFsIwsMpuMSniMMbjCwa6I RYhSbVdSIBeO/5AB1uJ4VuS84RYQABRirOj7jbi4qG6Uy+RF2UZsZzVKoD6kNUQHDsnXD/aCHef0 jdtXSrnhO/0WPmsmgKJZAwySMEUVDtkqpnyOWebHOCgmE1lbZoLiWwifOhJF8ZoDETGx4MhyfKFB S8NFf7FX8mPW4JQUcucBrXNFb21EyTha4iQgsqkMomw4229XUrT0JcAwAir5PjWlKZmwXGvZ5QH/ 3D7WHCyTxkGbujP4YJvGCpBhN4ACAUqO+N0MqsGST0H5iKsL1hOXrrREGq6aLdIYbc9nYHH11QUq JX7N5oYlMHpQkAZF/DyftSS5k41nbDMn37Nf3xGeUBg5CflME1VvAh+D8KXMVsNQtaCzpXqvoTcp 4Rva5a4KvwCQffKC+JZxJSgIYp4yOnL1AzNBZSaie7HAiMHd0BhStzwtHqUONBh8iQ2Gib/M0xqA XhJtUoRn8ctSsdkYrjOkR9PTfOEkOSCEBVf+IShfibV7aRiB+TLVUjSd2BVYr3ZNfSwcFUu2szls /Ib5nKKGTkLuGptJvkv/Ti2l6kMIluU6jsAs3Kw+qD8UEAvuzuYZWC0wRTddR/8iAGfqfxQ2G/lr 7one0maFccJR2mJFlZzUetRDkk8eVKAs9wqJyt40zjwsqBGStzgXFI/aCCvrpkd/ddRyqNDE7RbL 6kcqhvKnOBQcBazOWGhX7C01SJhDhOIt2sP5Cj3FQGo/YBGnbSs1Ee6r8WAvjyQGYuVTSESz8GKt nRtKXTCWkXS7JRPrsR6siuL7jxp0ILAFI1WsEh6kkpycJVutlDHRuazmlltqqISlC4ELWiU31ine 595HU1NQxDroNzMlSCaJ7lUJJLFVcmJNQmd2VlwAExCLv63Zg5C0r6XxFsUZioN5YxRvxGrR2rit RhPJFVHmJUkEazmbKbrhRY82BMeg7E5iLP3a/bwzDu3bxorUGsj36meOJWrbAijHU2+pwrwyD0o1 iDUJBUxQZuGbTjajLb5dtJLeMXxXwER9m5+rvpR9WFm5HFV/Ptn9HEQMuzzCU/grF0F5miIIZWmG Gdc9sqEVmQ3WUFGykeD5vfZ8p5EqZKF9ZaVIz6WT8BRna26SZMPGSD42KpNf4kVkstKeeKZJms21 YCQy7TmnxFrbQouiWVUX41gDiCtZog3mCGa6MohBhtYzWxTGY4GpsISk+d5WefTmY0hvhWmI1Qxj cdMj5eomUO0PIxiNq1aaBFEhDn7gTDGKep3xtwSt1VFwHTZOowHmTCf6VzZ0FYHw7fKlsj4HxdWM jUZ73ZEyguiy4moVzCpd51KlghjmXYNIp+Tgnno1NBrtxvo9j1RVruxRHm/wknkvytxQ7iiE1asM J2eeZZR0yvOzSZoHdvFtfEIxu+fKaOOslYQ982zp9oypckwPOScp47SfHiY4ZNIwNEDUpx8PfvHb gM5mn6w7HZE9RbO7bGmsa8M5u1nGdsRqjEnNjxnJP4oScWa9RS9YC2AwSvEZIYPCw/iiBn9NszvC iLcgxaeiKSTyu5zFgKEuK84maBMrTog9/LpQF15LO6TbUKEODQzosjyttAvk9C3o6IjFc8aRnDz4 FsdqQjKlD8xv6zghifIByG5P7sGnGi3y0lEmKmL6KhAF5uQpBEv8pilx2GezokiAE0eLd2AUyRqz qSFoNlcgW1gssgZHJHCu3WiNQqlkqmCqOrbnAhGB9skpcaEb2GSZhU5IACOSVHeU2KLiqzVkhLUy cpb1wvA2kOOAftXhk3rOXcHKrqT06o+4xVNQ2pAaFJrItvwMs7mYs3xzi5IShcgPf6LwWKgxWKzx WKc5NM2BDJFVt7LDhX2tGgc7zNI5LuIETFWMzpBazGHHo4oYtvu3eEx15t0r4VFjwLIVsWsK8+tj XT1mh/2z2zMpZYX3xQHUdv1kAa6HIHHHKtWskLN7UD/XdqeJOfw4vCdKuccEUd4Mb1ANOF0Qx6wT ZhdMMuMed2+obtDkcrGDyHuP/u/WGTd6gIhCjgs3vbrAfS/uIPEgJWN6Z4HnUOwdKxHElwMO/btP RxsdKc9NHb1owD0sHpdPaJCDZj2dqQdb0WxutzASWCGtB9ejUcfeMxBC8JHapxHUdedMj6LCDXjK zWkelYisPlkconsG1M0nZLKVtfYoDAQoIlDpAeXR67fJQRl6wVSNhkSeuwWC6BcREQAJKJEiABEM 0ywlpxtQplEsEC+CE6lvhqul4VCYSm3PZeDZsxtwxJseJYh5Q1EiIIohA6mrtDo2GqQDTwkfSTO1 Iw1HTUHHnpjBegvq3hxgM5Q+GIcFgoG/uvMALlAqhCbEMFDlNUf1HiOJxL9eY+EglcWTOeUtJD/Z dvsSmngTOftLSoZuhC7GmX0sdtB0yCIoFlCYTNoxSFwoM37xlElnx42UWPXu+g0jsKcCF5loOcve rg52E8pE3bWc2GAzs2fcEXjhuuDEwBCfwXcFTcOMVvjLGZN8VkG/9Nkz4IEMDygNyC+gtyOzus5H EJkXZ+ZP2RxNmteYaG41kabNXkpoabNbqoK2IYN5E76h2MqsLcNNJ55Io4VXxSAmW+76E6GBqjoa HQvdEsUKTMNQjPiO78jsGXGmI4HiQ+pg5GGci5hb7LYMKU8u0Az3xJ5GHoBtVTfbtWTwzNVm731e jMxoVnD95orWO8WEQCWsK1JDuZIWwxi8sGW68quW9fj0o1+72VUUZObaheytlyFtnpKoU53I4ayY KIaQVDe6qrz0ZtEwuQWGuYq8RbFGDhj9D72r1pjFwr0w4kP42Oq4uCPqGFuGrLdQlqFah9a/ANdq khwEIQcErZYDSOvet+zBEiKbRCd3GOfBrx6JKIUeu/WpiHPzgHcczaqtPsyMPjI0IiIrgRYYyBNa sJ9dJCpzMOmWpwu67fbJyFvzWhktWqG0UFWIYn7okOYleRz6a0OEmQTSIqMmMV5KnEasBPGVJkpI Fq7m4+KXBplE1pdWohwB7DCgwi7B/mdI+ODyrQA1jYUSueL19rCZxvFp0FSBYHny9pYsvZVJ66/R hoaXOrBkCmhqUY+LpTJ4wnTDIb+dS+alWcZMDj4GyFAiJCF4ps+5l3C+7XUJPIG0c7OjAoEgKwUn uWGYc3grdpgDk2welOU2xkKY34U0+uFzHebwiJFIklY4WTkhkCYZmScLzNiMp8KDkBJyMTrwzAFN 7ms2QAB91YwNmMTaxZRGjmFYQBahSFBsYt+7X7JkKEtoUUzUJoK5VKtniInU0q1y0CyhkjtR5dZs pnWklMzVAcczrtX6fOxiXl4yl1GR4dEXpUllHVdJq7u0czLrqm7DAX1RaONOYcAStx6Vz8nTvn7q RSx12ZOaR989oKhqAc6K2ORVftX1yATnO4PUc2WU3aDHTwyUq6KZ4LEiRQQk2W0wm102pm/lpY1g 6Z5AqjDgPVcmicahz85XElzNKnjCgGExoYSrVItyFb3V/UhPuxd5rGpvb5T0eBMFqiW0zpVClqVv yG4xQIiEkBzAiqQd7pz5mHnusZXoyNBD30qqpNkoGDdsd/wljRUe/WeYrsDGQJKSivdcFMokUGoe UxdlLVeFnGUlZsEJm2NrzKHiShYZiZlKOFBxO1G5DQrcIrqHmJjJwxgTTDi7rHg466PVYvaMNSu4 6Iya1Gcm2IdfykGZomxyWO1QOTTAHVU11ItiiFLpO/lQHOiOmtzFqFWyCHZ/WAL1umZkf/5Iimg6 8qvg1N6wqAazIdjmzKGQzb0j1FwpGr8c3XwFaegVwvQnNzw2FTOJ26qtXeumqGiHuIxKMmk4fRo1 9yuQyig4bQNxf+7jJB/3BzG4MDgKKN3/Pfx/nHJSk0RH1Z6CbCMCqICu1DH5ioA5rDZlzDUBCEZZ kG3GpoV9kM3MEmtpUlmfoaRbyV2KEqjIRGUY0pCe4Qk8rHNglOF4SrGBIYUtQeEmkgZJHCzzEWaQ yMyMA6XA36pKx1BW4lKX+vqw5KEZWzbpzKDaXkrm5cWhI9SBNSHtUVI4LLBJWuyOibO22tY+I/IV eLBAA+OLm2uMZ8gVYjuKxZ2mMVMwD25gQdoZ7E8vZjMtaNpe9FYigiwmqXt4Um4Pe4utkNm6QLLk dXPSzfKrV5EiYDV2iE0/PcI9lAe44bNzbrvToHwzychgnTal4HLeu6mXRFrSKGmhosyyjfctVOgL edqXLSTDuIn3sLwER9jSAAlkkpZ5RmaETVNgydthxBrJQg8mdLnBLhNiVD4qbSABQkJxUXqIakAe vKTATGw+gTMvSycCBHj21ZTzFyJL1xEVmYUnCtJR87QvcSw3ztgjOsn0lg1JMZaM3HINXdBICaZe 2RD1IT9kLkLD9m49Y0LGz676wd2idxiALoIuJPF76g7h+9cKCm2o5p7am3DLj1TB3UwsahuUWEib 7WTwKWRrvnlW60CM5bZip14cRB4soUCneVtebWTPauCT5kJ27kwCEuaiOHcjH6zDRl1oS55tdhrA Y6uXmE7FKjDmQi1ipT6UO9yAVFAiaRSoVyLiKQTaWHynzMtjpPL50Kw/eK3ygBzeRy6tawRVYiMO MgSdssDjp0kgcA/A54caEZmWmjsXyAln55IC4F66vty4jbR2ahUzw+rm06MNGxPplz2+b67OM6pG xsWutlN8R0AEffQemfze43ekJaSTYlGX5SYXzhXyxH8yITI6YjO5aV4s5iau8IxoAoRAvpwIpMWp SXmvalKxT2YiCNsWl5Wrg+lLyKC7WExYuE5Grn0UwgpSRnE/I/f3RS/0VUaU7cTRSvKQxOqDuEJd D3qlQ4RxBDKPxlVyMkFmAgDNEbGxUDKWM8cYhgsfyO1A9hAmptKoMluebmJFG4aSW/cfEektOjjR 2Kwor5+seR8LlAgaLFeqGq+m7cWsFZxbWpuiqZg80ecdIEb4sNjmgcZu1W16Q4KMVqbbjivUsOiH HZHvhZH5/9y/dfHdy3CZeoUCX4UoD972vBJmjoCiT8+Jwvu3Wk742YOxswcpegdVkK7Pr+uPM16I VnjqeeFDjF6e5S/L6fseoOKVcxzcU7ufXvhLrEFCr6qsXPDlxW17sWXvAra1d8/2bu3t+bq9xssD zL2zrtIUqsCvosUeVV4dBv0JQRx5VBBwNuPzqO+OkhCcILdW4uah5EDQ79QiVujfY09aLPsdCC4e U00jYnlW4Iko4GTgQHFZgfhG0WpUqgnWeq0qqrM0Hxnv1XWEQlCeSZ6JO7rt99aeFOsz6rqQoVHP Jy8uMBmUU8DefOeTMSkiy/BBJYCa2vamVysLxUCUHPjjOIZCOlMloZ640lNcHOKweI/XfmdxmWxX BlgKq/anhYeWlSh+nxliwxvuAmmGBYsM7jMfC6KCH7num+cp5EGivAY2VvQDT9KsQ0yW/wZJmStP DHTCKL2JDsYmBX5izDI9Z9GAlvVZgXheggqXgHkV0Y4kXXq6C1p5e1O30AWr0jByl1LGGH6aHdRJ xtCg/5LS3t5V5iMPRETEkKST0daBqhDRCO7k8/U0SOIKgZJwbm1SUictkjRfbFBTuveU5s6Yj4p0 Izrq1DXlitPsoV3yGuMyCgFygG9GOKmnFGV9IVjeB7707YectgpIlidp1dOyhQiqosDD8tdk1z88 m12W62MTEYojpVhJovBErQZUZ8+KEq6jBDgUyiISy9yk4NuzKorUCYepDu0sMJEnizZsxpt4uqRS GzTiFtW51VgPuxwXazDFFs0WjPvJ35gfQUnSooF8oki12/nqFWWA7G9UuSukLIcyEaUv+2+UkmrE ILHu6DP1nruT1Zu4EJ82fPG5DKchm3t2zkLDd6bCrQQCeqklbdOtZrn0yJYgZbbltFlfF7qAob7G iVWqbs8hzMyEusAtlUA5tni9BJIB5P6wusBXuHfEcg2dvKYyDhQqF/U/1vAS4wTqmLmystI5Mn0p IZky0JZXp8cECyIYwrJBU9AvU/ar5IGHiiqSKLtUdsXQ8rMl0OcfPtHRvEhcK5KKUp7Y8NJGIJ6V VTFj24f6WUlglsa6/LAvntaD10oFKI5pWGNV1mukqoQffywS2+tzKgditqmgyG4RbQ8Rje7CjtVj Recsqv3GhortdF71K5vvEasGN+YpLHTlSfWsVfwW181fwUDjFpIGdoWUUpouIKkYQtcMoiWs7CJ+ E0gPgjC8nlzMRpZWzA1TSYMc2gPWMsR6dY9LRdo2be05TZU6qie6xkWptNWYXAI3Jg9JJiW7IGT+ 3a/K+fNFjFVkJDli9IVj8pTuoeO+zCl8RHeybx+Hpvqm7RroxuBjFS+IabOZ0sWuDGZ03h02VcK8 dBcnJV11POloMqK5Vur0i8guWJNRVZTcmvydP+KKvvb70aAtR6wocKKFdE3e7aFTscl/x4mJTao1 um9tUiMrSV18N1f7zE0X6CWDjK2xEpMFqYrbvnERbfwyB/BAOcJqb4Rzhm5JoNJQLFT1QiPlckCd NpRBpDbcU+pb9k4mHrbZPkAyqSjBTKoIyVqTp61jyPMxImVV0Ucm6GpZD2UdD2ipCSGYpKTARS4h DLQmGHllmAmXDDsEfwK5cCXkhCF4ic9hRe4g9lNjAgEFYUXZH6AWzc0YtEjRKm+2SjtvxC2s47SV jrxN3mvjrrjIT4CDQOOjoVDs+niRupsQT0qBjoUhTYJHtpEA296c8Ed3TFNOBoeLHhasQR5GVxZY C4REzDlb9af0OuIX1OX71LKVRQvOGZKQVKk2pHXBkVjJQTLD3fF8p39Dn5A/X5hdmwcIGNNwKVRh 35c+6sWQlrNbfRcDqXVnVhnBbNMBdZP3ND8KgiS4lpLVwm+zFWtgJsilJkKTpEU9AZoUhRQBbz8I sBcKAyjmQJ7cBJvyQ6P1I4MsXZTu3r1FvSAi0PcUQcf00kb7etKfD0TeVQNCWwWV6ZgRVgguJ5dH i7OtVWk92gsAVVpIHUn+tRYOXfzL3qIRaQZtLOQ5nCIkJagtSuI0WzYDFeTpdMIYNKqEpGt5nqK3 qeSZhbuy3RL9Jballb2nu1yV9HtnszmoIYhoMYVyzsm683tGkeW3SKvWmKlrRRsv/C7n8ie1Mhq6 TiBIUh7BzXHsrCu4J1fUBjHaDLXix8GILcIiw6QmNgA5S8Sryne0aobQXRjlHKRYfEYsUbTyyYKb llbVi+iXA2CXcBCfxy1SV4jJGSePEqJNHev9GJOkSqpLA/pJAtkY1WJF3jT5BAJGSR4Ii9LJMIl0 hZ+sEBvC5IZiE2aTRpld5a0wnEFKZQvkBEakCRRYvXAdiNBlmjvfNEvg2yWkdrgm1eBcjwGa+4Za 0tN+TqtIAAbDk7WgYdNViZ1ejNu0FV5SHwHnuUyKfPSprBQncVq1u5qqJuklm2zVL58hAv3DREcQ EqLkq3VpW5op4DpF+x/o+G1G/EKYsBn3xePPnrNUCA6FlzksvJMXvC721LtHNxT+FnDaV8r2Fsrg lyuYCVf3t/Zf0Vb1ZzPhiR2hKxigcf7SwTRCv2TTlWLqYszSldlPcTG9naIjnmKCiFyDMELGM8B3 VMJDX+ZCJt1zdj0zSMprPZZJwx00JJlsmNKL7W3o9V92zfiqLJ2zbMlcuot5WflT+1U8jRPCmBq1 hvUHhXgqrWxFvn2AmIJHGfOyVhG8ap/Vfc04PUxrhb5Lz+KJF2xpV/rKvolGGdC6svizg3DA8d6C 7mU0Xtrey7audwv2JNbc+aJVeXMpHUB8Xz+vvWwrGfSjmcKARXPbQryTS1CDRY35UDH48dtxI3iw atf17DqopuAY8PSC+F4gYoQvL9VaJcKYKwdsA4tRK2X0qNVwL0+tMku4YKCMHmTBMKtpvG8NEoKp RrDeUD1Ed50vLDF17xrzMR4NaWgw4+/VbpZkgluUizI/FKBnR5zCbgVkwhMGTJQipPdINwgHwQAZ OiK++Ig0TtSR9FGo0sIfJjGCe9UOHww8QgzrH3YfDDKHUMzwjJFOa8CQDQ68/cErO8ogZ+F2S5Z1 da1AHKdbGgEq+haazBwBcgmfQ4t6Ui3unG6p1vKHCZITiRW2EmpShTl4D6sj0msTtXC0JMuEzFv+ WgWvFrzEaljOB6Vk7+VZZUZ8RJbIH5i6lBDNIa20RJdWrE22OFxyQrSDTdps/20bM5BTeOiqDvcn Ujwbg5FEZ/kxgCU9u90gQPbQmjggCi4kMGSnq7naF6ehKSDwSylzf8qM4LPhxzeCzQisY6G5UekO C1uJaCGQCckdX0RATplDJXULzIIFAioc0p4wm96tyrvKMPwvkCDcEYwSPd35V5SGq7k4UinDQhRX hXkQVCwtimCopRwO6MkVPcQNJCfAktIqD6ni5mKgnaUIXxLot/FNnLzTcjRbMLR3OlgsIBk1a5lu +QJTGaHYYAdTeJgMfuMxAAtX0zfzImcz+BasGTWDWxE4I+tKSoaCLXtiyS1zbZrMyad6ioBq1Ky+ RBcRIkWo2+XF2YbEF3V4k7YRX/rCI4F0tTRHYFvCnBy/aoZYqpeLmdaUSHZ12y11XeaG2FgtfpDI zXcCaRnrD7LKcotq2YSgY3Q3pCw25apd1cgkmFmBJCG6g4TFMKoMf2Ge4bFe6T3luerd00+jIRfR nelZNLbeSdQIKx5k8NXPzS92VvduiUT3Ensns2oVmLr1pFNaolau1ILGabekIM0jbVl8Mt84W0Vm XK2CCog5QSvievvdih4xLdlcr4h39sBLPGqNtfuOxFq48diwu9Bwbixs/JS1q7d8i6lieEvC1sdE 1wVYTOGIIFt5mYN/UVmXurriQOFmwkkrl1xvuoQnRUnFEHoMfwTVFV6ymyTuaBlvcp70eVxyyMxy IdMEaU5SIkka16IiiwwxDFqxUUe/s08e0sAf6tVlWaEeSxXRZGUoxGTeWqmQz0AC+yVwwz8hgH9B ci5oXNYshIB1PkL7xcZtCs0JQlZgztZhA4Pvckl4KAX3ozbOc0QjJXf4/vf2NBRCIF44IIKTGF8B 1wWIYak4xrZbpIdQXWq1YMr/mF3oUF6Xn0t3pxsBCaXlhvwiLEdwQBLWOVK1EH3sk8KniNynugjC +0QC/KOz1mjTZlkZAGyZP08MUgJIdgD3khdVo7whEec4RU1nTugRBT4YNydJsWkcOYYLVTaXrxlG Hh0wISazcYqCZJDKTenFsNlu/sI0eD3ddYGyg85VxMnf2TQl6YJmuyw0Vs9Zg4MGxg8V/pRYa8xC QgzNtsF+N5QVunYrHsL5MiPhQUbmQ0SEDQ5MkmMUFzzRISQsXhWHooG+KpTNGSLYyQyGdXZdMnuG GPScZBPGkQAeiVWvFGSE7lOmmfac+D9uCK06m49RPkFBJJhghAYxodoOHZ8DRRM8whQWwtic9exm TXw4UFZw1d8gZjACM0gJYRTMxlm6s3xHmFnVD3I/dJugGJAfSi3iWO/fhWqMEREfizt7FzSkV/ar Nw3qSUzJI3NNKtkwqVZTbUxhKydjWb6SRmYt+cvipQl6lYd1sU8ejCMOKztNbJZv/M+E3A+J5USF WwNKtgva0p5KCjzUukaPvLWaTHGbWlQhhjzm0FgpAj1yX1lb61CwIIf0Nr6SVkBQUbKR2sV5u/d+ 3vCGF3Z9p0s8gOXL+755rkzzIUuXHaNBVad02mt+5c4Nab80+uQ3Eu/7T0luV3+61Kcjt20N4SeU lLEGSvEicEtlZd5dGkdb2Ghq5O6dBV5TS6oYM5oBcBQLHBA5Q4zgCPSkQbJit+mnrSNVSNJ+rzog G8aW2XQdkIa8e3cKq5IgWlFWCU+LkoAsLNq6Rg8oaMS22U3aQW717vDXcGW+Rs/3Ky9woQ3nt1ML shmirwCwRSRlZS4+OQa5EJh5sG5QzQyCEQZiFtQyO3GweyERVVCoqibyoW45hqWleWXUcjxDANq5 AxOvjGp6uMdx+j+Ya73qj08eUqBPaCl9EdIHDkirOqtzXukbiHDh29ziOIAFkThorxq7z2njPZF3 md4UmAJewZC33JJPl/IbEOpETD+aVWoPR8jBYQl5NwTDGLv8gohI5PjdYeRzIZ8H97h7FMGiNnEF IfwYUXGLQMdLjoi/bDak68kRJRndGiGZcQavJikvwFWU45WIHdKiiwsRQyEiipxdFM4s0k11QlPQ CFdsGQIbF9gJzZxhosHSDp+rykeA88kFrSWrJKmd39jnXBNW/s9W2YulBQupWzYx7ZIqA++GEX/F JH/1ZW4+kFz7LwivS2ZheJhGzR6VYKQyA60rlaHKojIgCk+qnsWVrK6w33qaTbJs3tQKb76oyRZq 8D1stG7LGHUQ3k3AbZkMyAiXnA+pgMv22loIs0EDQsVctDrwWVVqMqA0HM/GBI8MY1upmfg7Ow0S kAEDnIRWFqeQsCN5mwvupffWfa1C2wXUxXo0w53zWRd8u62vjQF7Z4qhuBVs+f777cUo5TL5CZgy EUb0ACm9qRy2AK6wMNg0YB4fxLbWpC/8IgDt7b6BU+1PAHmxEeCC4m33RVugtmTJOEEr5Au4WvUT HnbK2kBxOBq+hq0w1/OjJgFt2u9QQhU3Fs1d2yfyRNp9JAq/zLImWAG/1v6G75JgAQVHAdFqigPa 4XNTIS24NA4qYEVC7PXk6K0gaVlf6kamoX1qruaSlP3yze0ziYxFZDvKJplToaqbnWqtvdCEL42M RPnMY1CXGc9zMkN/iZcYMhDUSJxjrfoDRRt2AIu8HpBVxOpVNYjT2JZCeWoyK3aQiXtt+p9HZQfk lC2i3RoUOW1OiGC0pT5TNBWxG6pGGRiDCA4tU9pxHaAX+Py37TdN58aO5NWjc6rcGI4PJSg/+dO9 oGjq4rIfWS3jYRgpKQtamEvIPv0tYrInU5Fef0qw07ISU4vKEy7ZaJ6elNBtcApSz2nL5a9NUHRc GR6nrtE3GNNsWPJInEky6rtYkw0Z8f3eZir6JHxz0auIhhRjYYyjEVoAVmDxOQ2G1f60zSV3RZVm mSUZJkqajZkqtLBjL53OYYuGyEYP0eZQLSMTTgmAynHnTVJ6DeVCke5N6yqe5U60dayVrJeVFEFa oJUnlnKHhjFSnqpi0wo6PlvaBZ/IXvGztaCWu9QJXatXB8vsvygg9BWG6ZdFpqhwkmxrAx3N1akC JtoEAz2RCp+bAhXFDlHEk6hgu6++OcmDCnuY/Q2ePX7AYrlnfwhpToks6I7hwo/R/bSHsIp6Vpxz ISgtYCz0o1/63AltSLXpSA99OSCaTW44mYPjhSvrd0EYpaJLa3kUyhMohGQLeeoadJVSWhukoWrC hBADhcrit0GFQeyUOhc5pQ5oz1VxUFLeC8XG9YKnijb5t+4P+zdHCpP5SzxQUFfjEH9MLvtLpYW6 ygRVexMLbqkhoYti5kPAr16moPTpO8bobn/LRhLnqwjSwEzPvseiXIl9CVUfZp3LEEiujEcEn9kQ IJ0xH3lBmad+LYJSinnoghvyHl5z8qu5q1CEYL5nHEqaQUMcbSonBmX0FY51YRQqUkPwh3dJhVPZ W+6S1dKXAahFojpMCC4MpA2okVMFMi35A7IUmN+JIzrTIJcCo56HkGHkHPU1Tyg1GWqab1It+y/F yP7RkaIZUlVfbIAOPFd7TQBYZnHV9Dx+gbmBV65p9YFcGbWDnCkjDDlb287+XbOaj2SJVN3eA9dG XXDNJlhF9axsbws+VMm42HPXkpjA24sn+sn9WsZyvlLBlYc4jnS1PNZeCBmOf/ZgyMu6RDPjoNTm zZRo+upxpqjric79ybJfKgv5MdWMrcXsDCxi1ig/t/r2H6H3i7nPthNGBkViDLgktcTRkV32ikol KWxYa3D6VJk0oiYnlz+eJ4RsHnPUswyXYZeoDj44TUvsmpaomsVT1IAGdNKNjsIyfMOHHv/DaKza y1Hzc+TRaLeWzb/mYgwsQGBVJ5/PpQMjEY4j+F//9negpvTbnTW55qhLkkbtCYzJvNBdTt10FQ2A MG0GGsEijTAhTQIHQtN1gh5dpgau3as1UliBcXLqKM1hWRxpaOMo2ZJ5kMTyqtFV8agqCNDtKtK0 zF9X13OJx+Q9a6gPQ6rG8GEXCKB2IFNBpdo5xYwz1m7qbYemry+X7Xq0NQqwYoqk45eujAfnaZzK k0WCouV8tjbkwKFyHxYWc6kU6AOEIgJ/1ZkvtQQIQNhVCzfMNhdkoC5/jOVDEskkCwt60c4Wp+m1 CmH6Fyy1Q3z0I3h/uGZfy6ebj6+yPz5qj7pVGVJrmV5kImE+wVojIEzULuY4XULhb2KCOctHXT89 mXD4l/9jGXYVfWBKkd73Fuk2kkLXQKYkt/yL0aOxFXIZ4AoCxj2ZawRai5izUAU98i9ORBLhMwaJ ol/BJuEOeBV12Be5BcVdtakQ1Sy0Jq0pMqFMPYe/YlTwGrWyVpJCSSIztjV+6mI4+lsWETIujFvo pzVEYA/duUx27RJMiE+5RIC+dkZNm2DcHQR7MHWSd0rELGcg6S6D81GoQsS98FHuB4PTC/LadJFs SFz7CclRmZc83oNNfEyYWCAgAmGPCNQd+Jeqo27Bg6DltSnIoHrJ3HbJT5pt5HOZsvGpjOqm5bZu 6iL8xnEUmYJSppqUSViF3ZHVGa3TAeOvxkJALCcrU/RIPWzPAYOJQcRZ1mo7iTBnzIbK6lrUSThb b8ZNzbAjuZUQx0kykWanH3y488XvMtVye4N3/ZXwms7FWfkmC/ODX0xizIB4pbQhBR6iuky1vY45 FGXHAXvCSvCUvYAcTHXWvAb3E14ahLk5Cl0lbASy4F3fYOQMUsY79Bhov7ZwMkDGo6QRbJBLhZ3i RcCln1Qkx2Yjx4Rc+xhs6Ai5eHesJvqTVRLm1EUqDDsSEeZGVloozNGpgxFuqV8GsIE7ke1hgyXP k5dM8QzBxz8j9ZC5vSoFnLa3DdnEsCnabxnljqxmRcttuyjcFMvBNgYxht2St6DJZKsrpZ6IkQC4 1BA+Rcf8J9n6mCg08Y+lgbegOPHn67rhTmYhGJmbrIh6csgRafXCEOuMW5I0ry4jxfILIDdxc4M0 AwgTIaOhCQnZObg+ItdmRBlAGkCbNDMPDe49g9SkwU661gh32rYiUAIyTr7SKfKZuFSiIp6yC4iF HqyJ3l2maeekvEWsikktRU9xC1aEuCxEzuAE7CqFLniXX1uZWBUQ1HIdZuFo94aXq6uM0V0ZCJiU oGcxZT49IZO4VK2reevbF9cK2omiVXFEgK6w5obZjtBXKXvbRGtY9pKUfEhaanINghiXihdWC6dY XJXP+SYmXttH9UsULrI1TvtfnKOQ5peZtPmWOzDg7Aursjg232V0n5M/4dzK36LUCKGcqSY0cyYq M3GXLjhuayvuvYiSxFwkXQqChFrFS8IvP0nRJJYb5riIkCsQlBoh3Kbf4MtCiIE0OnoDHg4l4XTr GebSkGSgZAXl1dhRD81nw2ZbBpDkgswI1xDlWHY5wxcSpGjSc9Ig8rIqmJotodtl3HjsIkhFQl2o HOWZiTE94bXXdK6fN9qzZUymzqbqVVYk3WpSlx5yyBar8DE5nGZWdNzQ2XJ/onyPQDMThMJsA/Ee vyiolLVMPYBKYLyqBIxYSrdEFAzJ8fhOdtT1GhaVuMCJg70uObpdikoOPh4L4FfhQEMp204OqP1S ec3zelZjNMpALMFNgRWXU6u24CGYMqxVf3VdDkY+SMbPuzSe3FI98+IfhJ6Fl5S2jkCGJ812FZss Goks7DyLgx7Nl2k5y3ou7pi+9MY7XkmYPTqTAK+eZJgTaVAqKUFGJjk0zC4cNyj5+5Z/z8awhlga jwUi4GJc2kdJMZv0Kf3KRBVmETEL+ewifGxmk5gtSGHcUGwYX14zNM9j9GTagynd/s3uMwAHjPXC kXzIsdlAFtEnLoCy1hcq8yBroNKFwjamLHHqcZ/a7VpAwg98lnthNDtyjNWSALCAhHlWqxKCbnzR sAUaHG4pFAezYV/x0sCsIv8DhFC0LLuKTW/m9YlsaEpgLwVqrYJnU5cGF0mFp7JPLJbluliHvRpl qdIL30qThN95X4sDoN8wu3pf1oiecrBWYpS2r3UvVBUCWueaukMJuzywE0ms6wAoxDkDGOyzOsNk 6bLJUWNlPX8hsljtpEHkrOgnE4e1K40XS5olw8w+HSwYWQj4vU2MTpeflPiRuPYkNlwyoENCD6EY U9UBDJUEMngOalCER1M/uQUJbCWlMllCFst6mrfUoTzOalwhQJJlJ5UM3BEkmtmsJVHn22b0WXi3 /AkfQ1JjMVKqKrR2nzKkyVL4FIKDfZtgUdx/lC72liChoSApesrJApstnyuzIHj69J+Aa4J00Czl Z5JDjOjHqqkZ5MIhbXDhmOMSNkVUbGouc3VIRihJLqnLfirjqvOUrTV7W6CXaGJ8CW5JlFNNuISD aH2QQ3ZBrqs2ujW8xDML2QrW+kX+YgLizPpSZKAQ1FtB0CcaWUvLmxUnpQkR4AKrgykH2VtGWWc5 YC3gUkjzlkZLsBklLRo38NQ+4fI9iwFCLdF2IFeSIXMpObQevlZXF6MShkFmdRr0iM4CCkrf1JlD Ei39P72wTzeeOJAiaKYtreRvU26B70BEiC2NZyUYzWygDSKzPP/74yP5+wcS0UYejrGakgGtLH+2 AgrqDB4pEp78DRs9x1K/vlTxNQhmuqRi0KjHJ83n1JAIT9k+y5rnlurjory31Ykeqaa/VhvL8Txc y7nQKXww6R5zlHfQgisOR8zxszatEpkMWk6KCH/SckYPLtLFGcd6zSysGpgqiSPbR87oOxFNmgQQ buYLVUHEJ44vHBvaCTyX1RCOrw4QNPbeFa9D6/J5GtKsGGFAQN69C7slh0SG92Qb9E7qH728wgBw I0mC9wRZRNAgqlgK3okzEDOO8AKFkQf8zVEvYi52s5wWHBgRLHRE9CK3X6W7mJZzpkV2XuhsEm7u 5Z76ZfuQf7bIvvQpTjHIfUg+RjMRSyEuo/g4COujSfUXRBIOeowlSYvIwn3sTdKVD3ALFjQiGkHV IByBaXAaxhw+SgZaVaVWp4wYzYRSiamLXYFANVZScVB2UAXQXAmtYlq5ck8wTluFqwA580O6dBrE yNu7HczxpiPNUog0lhgKHc12/YONMhA/coYIrgBY8+Km9FOSAE1lICqFbVr70xO2ywqWGyWG5XWi tjy+DFzOgWUEbvwktg+4p2E6snGopRJTC1t7yDMCanUyhFjzg01k84rKmJTScHI2/zjs9o3sWF39 gerqEuYVH7KfHJDkA5riFy9xx4lmTD39L4TdPLUjHMt9UjhnqbIwEo0akkTGwhItMzVIbH69/cJM 1bhuhJIAaDj6lLJDJ7pMDSQkpMepsgLz62AjR5XhiS4EZVRoLbixJzgeOBuj4pI0DEO60TL80OC0 0dBBQc+YAMFZl/GiarHAOdiUn5uzuZaWZNQBQhG5ZAyrIUB7rEI31MYD+ZRIMBEYi36mkE6ZQmWj k+VLYFAd4hQW2NKiHgpjXfc8Ya62Fddc3hquvUkzM1P61pqhvHk72jjpuqTlIIMpBhzw1iZIBXDW xuSCJemiScg7cycGWau5/GkpVEd6JHkmwqWAsLhQhlOfINosuKazd6iovQHTZVgJ21rKkKxmeWSb VJNVdyCWPxqHZGjEfJY0SOZBXEMDHqBnBd5ejpZ8OMjs1nz5tsqF//LcaFXU9NoL/fNk31u/e5Z6 UnByFmRlQycio2fjowVW7PXUhgOd6tZ+l0Fijf2jPjerN7VaysWlMeMnNSGdyGnlgmqgV84d/hig nSEtFlpJ5bkcnQipxeRGaBwq1YSsy7H7kjsRks/WgFYbNK6Vbi0ocEl14kmyJLEOmz65tt4udDG4 6n1JPkSQXOSQ6QbhsiOYn6/kARzTix2FNFeAd49a2yjYfDUy8dQInF02rIWYULI13bfHmVNAAblW 3lBy1baM6o3vlXPdHWAql+t/7MEoz2xMGyRc97aRQr3PZnzXr+2OcGn9++MhgS8fc3fC1dZQt1F4 VsPNHRN2bkRwNxG0y+BRTdNn/7d/TE72UF92G4WnUNqB5h6LnszAk+1S69aEKoHq1Xy5y+SfT/df 7N4Fezwasd/tSLPxTOZg0H8R8Pe7uzjQdrMt5P79NPr3j3+qi4a8PR46/3Vzh75R0sRdaP9+Xp1y SA8PeXg8G8RTIsz8+L4+nr6460MNVnPyuT8fBvO8iG5RcWuGG0Cej8fXA0mm//r+8dxRkrk//iUK VMWOD/fH5/djUxOcaf41vQlwV8nUfMnH7gckUQB92dZCnhE5Zh8eTeEhpuSA8O8bgRD08+vRtyuu yIe8TSB/ej7Q1uCIdMjJr3+ngge6aLC9BejBZtKmvjsNmJk8J6uE5REXnobhCkDbO+zuc6CKbR3/ ErUxHz/d0fn1o6f2rEPVtkuUXTggKIHFNkF7B/ZIDWR9t5XFhG2t6drB07SVxNOneu+TUOV1VgGj EZ3u62EPlgN+d8didV7lZ/pFeRphq6RkY4ulAVZdO0BeRxj2GEHFjjBhd8RcvY+NPJhWuzIY0fX2 gzlEEZvjNl4UH7gDMlqkeLIs4VTh53JRosyeRVczF8mcx0hOhEJLnJYz4T/Txb2vBuvrOWPq10yx R/NV1rcMgVC8kJvm3uVCoXAPIxVbQQBYATB658uiYdjiOgIxABMsixP2xEACBsNZulBgzEJPy8CA qcVO8ejkt+CrOD746TqLYcGgGcQ+qFg0NWE/S8wKoU4YrdjtAwiV1kFfcOQ7Wjss3AAseOO4skCI Blct+hwMgMFVi3GThMRADSY2W1d/9Dq5vUGMXywnkzYbtJMTdMeEkONgebgwUPhzQvLbeAkMGmtU vqqGU+Lo3UTaOOiTQYuXwPxPqC5uI2H7ACU5mgJeCgCBdIGjgnncFEpW1SnC9I4KE/Srv004Hi1k jJWCZenID+Gt11J9dQDNCZh1gWAWRM5y1KwrQQ/YUxZeUuTUJTirVsnbPffvbU8L3wUDaqtiVmjH jX01FWpwbwrk+FDgKpj5RDLsSMRIniym0IB/DX2Ndx9iwogtXetUSmClKaumkUjWT4CbXtBvKSFi bLoCxdWD9GlJFyhigNjBLHNua1a8cRbWnOFpv6TDElKDuMRCqzAktADiAi0wVC0iuO3WNjcsX4Md zCAX3a3a7C0JJMBARvc9v6olM8qMiZr/peleENPIgSiKLiMYO7GNgWT/K5xznxhPxoZufer7qlQS TWI3jaESdjGuFVJhkwFiB8Lks2SewsK+IpvzVHi0G5XKDL2KB5LABIdnpR0ITGd8Ov6YggGCOJfz rY5VKAi4acHVoY4aIlXo1ESCjRZnx3Jw0utzeWaNEG2CKQSTkarHFv6FBFCmFqHZHFlRwbyQpLdh EWLDLOtfEJqYi9/gUQDCQYvrGh8jlAbbFaLQjFBrkbrIgpjFdOmN6z87OG2ELMbEUnl7rH7RDgiy WMALkcWb3i0imp2Rt93ZiT7EcmNy9rkYbMe5oCFVR1wnY5hVAmpPczipqkNWnhHkLUpe0pioW5GF zdklwTAgIyYcOpxZeTcCkqArFOTtshSYw/oTciWCZE/9pzW3Qmlp2YSovkUvff6UgS3txxlTAG9T k5edD6UajEV0iB+ZmmnQqkR7PHu7RY2/HMp6uiuo2m4McnsQxOzKCcGkmwvG0dnwHZ19jj7tlytF ez0yklI2UkvL5m7+fawvgvsUaOLos6Uc7JEFJknS1idO++0JfkndsDMtgXoa0isl0Ghhgemm9Dwk 5w8LhB3j5Nk0kBXqDh8yDf6FOFfjVsziUxiSOC/sk5NM0+zDismq5gMKHw+fs68BWXQ4laJN1Fo2 UZKJ63rNeNyiLgZ3iKPH8vc81v/MDDEFTnhCFbQq3LB0oAJIsp0isj+g3xLJffd2zqa6N5tANpgV lHCSNrEdh43XKso0BjCCdkUNTh+CLT5ow2zqphOkzFyTQvvm6RrMh8hozUQ6yUK0oh4z01+0Bd1C vJAhSpFroRcu+gXWs1O4rAQRJdt3CeGFHHO1lurkeHEgUsdnyzoNF51SWUhtKfGK6RPixFUM8h9A y2PgXh+XMHYAbQzq7NNbrhQwjE703eJG5GFc7EcYITcjKtv+TpgWrAbZiQhMWUgKWW1AJ3WSbmnJ juy/5H7ikXcE0plF45OuG5jqq9cKpumCoDq3sGVeEdN72QOGCVRn74C9MdlWDrV9ltw3Bi36iCWK N59MBoi1buZ27LOduYMDeqmSsfjIwrLxDAj8DMTgEZT+pXXxUuzgiswlaSQ+uEaVQQIr5FDFi15b uxUMf5YlmQn+RycrdqY3yxJne2vowioOshkpZByZ0uwROo9AgrG8rtwq2NBX4/Bi3almSWNa40wF Hb5kWhqK+YGoYZ08oSsnLigUnd4RkqfqNSGukqHP6TRJiECDRQrLQBbPMBqlK8g2qkbyqSyC7iSi IbPsDw9lnMvg+INlbK7dMrPUpknUi9i8kEl2eYF80lUg7xTGVI1iZpReo+AU7XJU2dx27vSyau5/ 9qbmUJGuMpsNO4UXS/6MR1qbh0je+JqVfF+WV7Zp6nLq/NLteSLy0Jbes5YSyJUB2FS7onkrsziV 2lNWPlaTKjv8gxJSpKamTRh5t3QxNoiDEEhDosoOGXxFlMqwf/bdpquzqQuFV25UR8hXAIEfGWlX qqXIz3hA+Wqk+IvIqiBa2geX/6BYtcITsqqc/OrRUaaUf/YFp21jul15o338N0x5jfrwT09eSd7p ArwZFeVdM3tK6G57sW1q182P3zjtbk7v/5hxtz71AmrEGzxLuaXUzNzUDYP2rRlWneKs6YqcNigM oWFaiIVu5PtV8Dco/Tcz4zOLSRIAYZYzthvKHnOQRIcqf0vmtEcJyr13ijVrYP+0bRSDVYAlgipW LFCtOB2xYmbGsnScD9a5aBIk6IKO1WpaKlAQLMYpdogRSaw5IP1QnNS2aSq4AaOEn5O5wB2MQhp6 c7PIhAEBlmifGQzruhak2GJOQs3L+DvJYIBpoWDEWNwryniXWbepOvs2gS5IwlY+wj7pwBzpOhwz znVrrtqzIsiDcMKOpLMEYL1F6lhEcKwFDmUDK3lhpxUV23eLC1eOb89RUDGInAn05VNlvaFk3HoL mlp0S1qGdNkDS/KZCyizlDvdBVR1S5BYK3UM8KUYTEIWIdC0Ms09WwrkkUwhprzPjQrZyA7ECIFm uXh6HyewK3FphsFcNjRtUqGMwDhMKBHs6yIBAkL81rpTiqA1Y8pfkS2iuRnC0Uvj+SHbUj+TMox0 XiJ0XRSjW1zEUeRNRRCbzWse5HIAPuh50JByYaGIDMxl1ZuCjhDUANQ5QM6KiEVKSgTGdAwT2auN YqjgnCZcJzRgrWoY/FcEo6W0ocyEWeBrYB5LjojZPkl6Mw/9hVls03DmwGQm3JjOnBQrlnugU7u8 sSAR2aJdtnSTWhDpPtbqbUG/qNSisqUC6OxdBwnJOa91ugyuthmX1aCqpUbLlkWrdJZqejil0IzD aK7Wyq7MI7+1uksPBKsxYkjA//ES3Qx0+RtFyHPGCc2V/Oas1nTmIbbMJ5W65SXXq0RcKmbQ8KXR T46aHjlpaFzV2FfbbENGO+FPd3Jhh/nWVuNeknxYkeLIM4/NxLDh5RAICXOismHfJtM4+HJRM1ck GPEizfA7l+AL7TRRUzDC2MxwZ3u4xi7HDOf0DZuYWipLDE4A4rOVTJJAhe79yn+Op1CMlhxHzCoh j3OmhJSWD2GdC/1KEZkbfvX249MlPMZF8dHEyDIImVG8Hua1xNFzc5o0VS6Sbuok2mA589HanDER ZeXJDbpmmwmwUl/jhi1kpGsrNJaVGCyVoMpD4x7UI0+qMsmkNGD7jLOkBqhAmJZdDLFJmBKs8Ns7 5p0ycND/JZz9Q68tePbuvjcUlM1XE7OLvewHTemdq5tpcakB6JjBSm2IonGNTGuMpQcmUI0EDn+S 4AzEFMkSsoW9ffAKea3+zNVyW8lU1TyvLHdQO/X4I7JDzJMZtMVf8tZn0izn2kvv5HBVVvMo77sU HIGX1yEKFwgji6IGv20LkG54HaH0x7/KDckRPVuJ1yUBZFH6oBbhrRQw86Eeaao+W+ndCq14sWjN mLmFDdzGzvody2iNbZ3KVqvtUyuHViBFsOn7x+YEFMTnNhVyS7MNWJreQH0mFEO8g0FY1X4/VXJV givT/vmnCPPnqSxPBn22tGJ9mxg9/sg1JWtPdmqcyrRq2DhWQ25rI+6V/62vfVq02xlQlXAg2oOf FaDv2va6VoZSyrah8OyJe7oTb3jbDghSWjuYTjFL16rNBKQk3vbCmAQCfEEcrIFRqvCQ8Jb/6tsd dKd4aMZuhL/cn6Oh0EV2Q014b+Hv/zJ2bk5r6YVvFoz4euEuccIWd1v65bTlrQOc6RpcKhZloaGz gTt80jZfazXtBTWQoS7LTIpE7LpRQzO3mM5gPHSg3szZdDKZcsguGjG6SuZCUpcCqLyX2QzQLAFd TdUK4GBEv+C6a7iUuenn4nZLgxOwBWEHRbmnxBNB24gs1xXAbY2Ki57oskX9Vgo+cdNupgxSa3xq E4702uyJRSwcce5ArZMiIjUPLdFEGgaXFTZzSO9i8ciAJZ4GCcWAobSgNUvRFtnAUGsiDfCxxF/g KdEJQLaGQ6/ihnFAoF31PByWYLm5CZxkfCPt4HzgO2qTnmGXhiVxkxP+pIou41hf1ZP4+WpLoXwX BYGqpq4EYl2CVQm67tFuoBCEiMoPAiCuXQwmIBbeZ0kKYUmAu5hreIsLL9ajqGyu4MYczIb2W/Ii wJeatZ8Yssy4jdKNsHsbQxHZ3k+bMqkdnuc4GTlnCQA5I1QwTp8TH0JpzGsMUAVVmONlWsDeNraa 2VcLmpJ3VbHkZbKBNvWAEszBeKGC/yHxCb2op+evh4aNCApkNyiwhZcf8WoUO3FX3dMT4HJ5bh5Q QjHIhjLmnTVUYhS+Pc7OkIgJPqPO60BbWS4w0Hkl0lPuow3sPIzfhyxoqCo0dSBjrYaS5P/umRsh CzSwK9dj7YFeJcNAwBzhLQB5D+LCSVrM8gxuQpQluvYIw+ddB1mI7br/7Uty8qKpSbjlkNxrsgu7 Eqw27ZsRVwDab9OFn3flyq35ty3Yrl99kI+tIgBWSMekQ3hAuV4JkqkTne6lH+EMsHD6LqwY0JGH IEmUXYFCpZFmauiCQRbYdcrIIkgWO4JLeWmISUOkStpVuYuYyh0pwesS/UwrGxd0OIg0LEEV1Yhu K4JCetYBDL0In7oCOwiCCJvHvbJVlt6hwcxHS0Sx7dzQsgKfPbYfOWZGSaygjNK85FJ0qonUmrAL QOxQQInml9aQgwhviZrtJTy3cl0S7TOiOmk+d0PWO+jgU6UirRcosBWAXVplpX3pZM6uw0bINhBq al45yeDJyFJw3HZkMXrRF/JHES/zmh6YO2PPxtJdmVJKYWwSHnaQnbGrvIYu8hbKS31oJo10T6rl dhgJN1hMyFCQKi51EWUdYdLrgA+e3BCk+saKFqQhVjAOi4GqpJE8S2MERAIDRBlUWbW8zpWyCUvp N/kauv1UBwHXWy+r39Ky+BAylpkGyBWpSpgBX0jHVltttkJhqK5ELQlogMKQWiBpYVhALtbozlqM 4XfXe1FrAUu3U4jSt0DgMmZFOQFFJNnaxJJDdOEY8v+00doDb1oWg/yXgSlJWfAKXnYN6mk6gpS+ xkJLEbNmkH78WS9zFAuiwH33jFigdqCnMUP4JGjJ01VTqdW0ODWv950FRddqkmyrlTzGDWdhafFe FT2VJXOS1ysmquwKDPFHOg1VnSMdazMh0imFRqqrliQQgFSjV6ykztZBW56noChQfJqdEHNrdu/9 MyCaY1D9pk7FwdhIfUKh2kJVQ4HmmIRMiOYcWxLsS7sMQ5X5TMWWMhM/BcyqSSnNefL5YBYeLGQS SmHJlz3nq7wCzDZSrsGuWTi/IRPqYyUBLSLoiCcmZ1ZUhRlJlBIA4GIE04O3/HMr9B5tlOdwCr5F tkJAt8JH61uuHg7mZPmvNmbmg6F7yx9Dm7oQF85wctJftAWVrNTIqIWWUTijyFUzjcwNUagCzFtW UAeJGCej9/HbuSGZ5t0UkABVybzNA1QSkJM9BBFupvZEqa9jXQm/JEpJ08sWmNMsMiguHhHAfzvm 2sfOzwrUmTR6ILo8qlySOGnKPxfLYOtXZZSnu9iuvhbZuPMF1U9O+0yhE2vTtHl1r8kstOQPWXVg w84jeKeAM6pmJE7lsWYngUsRUYsFpWhEIElBFa0daavWKYO84AXUZI5OJFSyO67agKWUmVmYUO06 CrDEAlHtYcNeooXbKU52fg+h756XmHtmTmSpAHzy41LinkyBMdpSGA64yC8T1ith5pVDOSS6Woou UYchzdNZCJP505E8S11+0QeS0tFGC4caLjcvddXfp9pjKqD7hYoyYwBIFmZCBkISTm2Upk2XJVQl R/wF4JCwkfFEmdl9jQd79TZI9XDDuMuJ2JjPB53SA3MOdHTYh2XM3Dpcb2bqM0NDUkd/q5prmGm0 NDCY/SyXhr4VojNDtOvIeqOfP7kCzHCqm16zVc+l5IaqHp6TkI+NLZKro+vIEflbQ+UuVRQzssYo X8YFImZeqkaMiYNnykFfKwrroESJQV18xkrYWtmbPIqtMAJni1MBBbLjPGNVq0zbK2gTqlERM1Bd 8OMOWVEmI33KL1iEVAdW6O83JNEFO8g2MhzdWRHpVBFbw9AgcC2TLJEACS0zvYW0Obsxow+UsaQh TxCqBzfPmNQZErHUqN9dc0vDRA8Yi6GygDp4Xbl4cRNHeKf1vpiA0pJMQt4nWv1tIqhHC4iRZ/OC ok94p22pibHD0g6BZ1SEb/3XLAG75BlF4S2sy8BamGMiuC3YMc7U1yiWEOgvU9s/YE5vQCYXxgfp UShHJQqi2+vQu2IRQ8QFzAz56ZgKCouYiH+zD8sTb7QwH0WSULfaS3Ud70qx0ZIvtbyHqYXRWRs9 4mGKKGFdFl19QJK7JFlASBJIwEUxpb7URGh+500w1HQlDARKXTNZN4/xbi56EXQipRrGUqioQZgo Qt4CItFQRKq1UEiwvZwWdqAgTs3SkkjWl6N93T0V0wt2QwhSdEI2mAkIR1gUilI0piiVZJKP3taC YkphDhmRhAM3uJv2MgOScD8momje56X5MFLbil04q4Aea4RHWRXYsw2yNEsXKTWLblVFEIhIMboN GuLXRjO+c/pm16ynBJcAF+LN3sKSO9g19R12aZPhe9Mg/hmM9xCCF90gKZ2xQ7fkGHpMy2oFOcVc L9pcxHjCLcS6Qtb5o8zKitMAGS+BLamWBhSockFX++45m9hMvX7GMktlX57Vls9XT7Q+s495Z9JK othGMtSANR5gqeJtNIme6YRrLt+U7oZ7ZIl4DFY6auCEjG7BIR/LDJJAEVLC44x1eMysa5KLISr8 lC2ANSfEVKdrkLVhXD+N8VSOV30YC2CUDZf6mpF4ckI+nr/QDWmyQq/FTQQn+PAN0hXyqI4j58su y5RK/XGjQ+DvrtkKlMUv8aEXkAq7ODU5WMtYCrsCt4v4EDd5X/lD0jtyQxUoy+SMYVJdM0ehk98Z wdARGfWsCY3EhDxkrwabmwjiSadf7aO0Ksl6/Ae69XWEkL/lk+YszIRgARMbdL6iChtxaEeGqKzK Yr5O7eIzLC85372YSCjtC2hVQ1ZYvX3Bjmu7MhsIitGcr+WINJ6Tt9Br6Y1MdZushLXNxwMxM+Fy jptntVwEVQasIsFfcxmQfvSnpuK+BhzRsHJmVzyd2EV+bhkPLB0NFp802BljGMLzKjggV1nHUrSH +atOQBCFEgFIxNDLAroiS7LU+GE5iQ+gHAo5CF3dpbPSlaD7isC+GbAD1dxHL5J2sfcOqneEG9FV NKx8VaKVeaok/zgi/Xl/lq5XmOj5hEZ2M1hogsRb8YFkKwhZwIM1J8ANX8XMQfRwTOU5+PO+rN2D BJW1HQWvzFWlWzFHTUafp14VBZBkmb+qeKWpitXVE/DokHZyP4W4akXF4k2hlFB6kcISjK/2YC8B WzbBEkodgvTliXlWoZ/2WGnGlP/MqpYHFYVdc3bXRfXGbII5GslVBlz2x55n9L3KKaon815nJNL8 yc5d5miGzLMiVF/Jj10qPsrU/O+jI3lZ3tdRAf7Vl3iqAM9vNztvKLHmv7/qlBfIlRxA0pt7mlb2 BWqy9BI9dAK1b185ZJylj8FFjtf94MJf6wHggJ/gbj3jdTwCGe7nTeBAbIWaGObvWPEgBdKoxwKw LmriQxCtAmQF+R5ZQKLuCaMNRCRVzs0eo+VpYSMcCfB7nYtdFTQiAREGDccClKroKB9reOwQlF/z weRmhOBnqI2oljljD6RYj/BUMHF7k8Ho6oZxIgs73JJpEJFGFjZmHUKRL2yGTGZuIJMhfl14Vmv5 iSzVOSZR0AjxTFoJIu54Rh4KB/zm1KeCQWRpvOykT7HwFwGChR2Sip86SeFAxDA8T9Bblmju6qys CyoHVLqkyoDIKP7Gows+XFD4k3qFQq2ITwbfAxTRiBPeZ24fJ8Rk/AYU2Yy4mY7AkbBFO3K15apY QD9ZkRGVmZaZLxIX6FEV7+UkYT5sqAIp3vUEuIooNqqkZwuikVoVuApqGg9q/d8RLwRUOCzdgySe 92kGZ5JPvpQiSvwgh+6ZblaOtdKZgYl1QebocYsyX0CEqSAEYRYKTGs2ach20JDQ6MJxRYD+lX5o 0UE1aWcSyBJRAiuGz+TZ9l8xy9RdKjFAObMWd8S+O/8DvJogrw/xtYJgA8BAG9QLCjA8WB4+lcZH pTvJIeBvYNayQMTcelhQTuF8pjTbeLX0lvm11asjiTkEbnT68NbEnvwTtwW1EyXNTiwzjA2ADubI 4ScQvqAjqSdnNNe4+T2YrpmWt1gFJHBL3Vzko7PFs7bxHj5wNDLoQbutMmJ4GQDby82wQCYpgrUm Z4aWlWWVNBoieHokUdouTCQCJiBHcgzxgqo4sePivnomE8HC1jEtmKhCDTwvyOGLo2XmBG9Gtmgm OWt0GSBaSuQmJK/NYTZ1V2I0lPxBC2O7aIO7SULU3B48mOrkbw68ZNk0UnqUOuH6Ck2cHY9sNfSf c4UixAiFDMJzWpxoUQ42myMTIunjHyS5CEQjJO3dIpDxDBed1l/O/WKzJBnTJuoDNGEIekp9saNf Ck1yFJ9yyrqYymywa1jTKLHIu051JEAiunAvNCAfrasboMdBXxM3/aeKoumKE32tEjOE20syrcXw eGTU+bEmHveFveKXLpLzJjCMZb9xKF9h350oIUx6KYuAsapPegiWZpZpSz5RmTj8178/1x9gjQtm WbBegvg6B1gS3iObBL5KQGMi1kyYlbbiCeU60lmRKuUEIOpC1bKiFOkVTfSMDJwYuckaxZMem8xH m/HjsjN4nWGrXZQqWhHdG3hGKoLBs1nMqVPxV0kpGbV+yRgKdmpqOApmtC7trzTVdMxVSSnM77VI 7nILAY4ZDm8gNCJX0iDmqElymHHZvg+RBkugyLBYbttAsb0PaB/IxGNwyoz7YeskxrS4hAM8VJIL dGKWlWWgpuYXxXRkV58vUSn5NKXQhG0OyLqTITWbHbRGZZLxwhXkMR4C4HGMAb+tBJuIFgzvdZA1 zs2ZTxR7XDcmzNKNfRShQFC4UsLvHr8bfpkt7/DQkL6v0Z1eYLygEORb5JqvN9UuSNK5Ix5jXLPH lDnHJjuRJiW1jhtojAZSNAmfNnAGCY9In6YJJN2lI88kSV3eJ5a48j/R4g4bchlK0CCv9g4mkavQ X8k36y7jgjanzMez+mw+MpGUl9FyFpd9elHVkUVIFDO7EGWXOU3WiLAeqlOG5ntY5TSJsU552vTx clifDA7fetoAsnOzqMsm29bHRw7GYUucUwSD3OxqQkqdzZZ7cvBs/FJZ1dTvcixPiFhx2GQm5DT6 GRAZRNzICcHvrMBjk/aAsRwPbKLlokSWy5QDa0j2xu8bZa++qdYJih5pyfwQnUD6hFvWrf4q0/e/ W/MWYk5kGSrWqiIjND+vHBtwvSs6sxRZJRF60EEPcDJUMkoE9YlStJjErGj+iVlUmS9tpPceqFqf csfMgEDy61gnBA/IqGOEhj00UYnZoWafgWeizqW4krGxFbaZJSS7cgL8sdLBRy2jJz6TkpkEdJxo rV1GDlN5oXFgf66NZ85tiMy5XIkDB8AE1aoNPV4LliYtMeP7BcliK8ssPaz+xKG4X54qBJWvZLrl aAuS0n9+VWJf1mIN5/O5CPChHjUty1H+6irHyXmLsI4aVBszgGv+iefF1HpaDsuOBFyx27JXSmna kxv6Qqt9zHfZrGWdDKoHI/BmMrAYDQeeBGbUnR/QExlSP6mmYcsWKuShqkSgla3Vdrmc6tzN2tPb RxAEwUokEG6GPo+cszvGYNFpDSyHJZSk1MeYtYyQpiwc99fRrBbNGOxUQbKAP7pMs9bf/sXpnz65 3LayVBDX0mCr5YnAqtbsaGtGs2sMnZyyCB6NZLVuRSAd6oiX9C/x4sgiugMKRG9wWXREsEM9gsUy bRP7j7rhXg0kovQj3TI61aEnVaPc4BUDS3qVHZaMGaMiQ4chzN63GpJPZPdWkhXEVqmNLhW5JbFl Y4nGFxm4irlKv7Us7W5K649TI2X0qitMylhsIkv7fBpRPo07CM8Gaumj+szSEK36pxj0a9YD90Vz +4gRmQmkIpT3vYpk1QmKNjcNaRDzS/4RZiqDOWajLb5bWpQw+b+qTO07EdMRjaZjGEoWpiMcXEP3 DKnP/oulhIQSpLuFUb7A9eDjLMUVLFdsTFuphK/xCD6S32mjtcvtWloUs6T8qgVbts8mSwzKvTRL U6GCnE/2UgsNeHR56oD6RKqWij4EVH0LvRpgqrVM8OJaQam/KCtssoQRJiC/soiE7z46zQhYUJO1 QwyQAQMrs7gPU0EPyRSdqR80cYSalE1oEt/F95AnytO+kVFddh24mGMFK2RgUwjro+WZgSBgBkf1 2AoKUW5y4GnAUnQzRVLeySzR4WpZTQbT7O0aNAqarYysgpNbS7ywUYuMszMzFD+b8T5I6jrKyZyN QYaVwZI3vSxLoJlYSEsJkzmGddjJQpLKhFxesUUfe6JK82Tv5b7F3gyN5aFQaGNq/ctes730hwAm imL+FWRNiHuTc2ep2MaJFr3UUs6QHjVMkx00SoFm60O7LC0x0BGNuwFRCmZlfbNGWizlMyQ5Bt0C XJJHDn4MpONclyuIEQFk6yo+l0jDoj6iVa2SIWW2GV25mY4D4V7kxNYLdIXR/Bx9exyal6Yo12zF 0QZiUFIyUy7KzNk3+Mp/CJl4tc0UmWTFn9xx8vcHFxOIoXAEZBLO7emIMhuAxx6u4SkWAebtb5Bk pB5qQdogk6BzxgmJkJ+ZFv9PSlkIB4/zOhEGQno2BRlkbwUqgaBTYv30nBDGo4ETtpDoUeVjx3qF g7CbUhRymZ/HSnRSd8eZ+gpWZc8gCy3Axoeh22JTDU6wYjR78ISRqIK9new1gGtu0YRKKCQXa4ze wyU6M+yJGAJCz5JAkupIxV2QHlkOCKKjB248n0WNhz4VVYzgOR4BdA8AoU8jsl4yOrKtoIRBZkmy SCKPmWjqAPXsnCMYR2jmzHSTuKswU4y7PcHCmI4xVt01wL1P/oY/CHObcEvXm1gXkgtQWawxKtl0 3pKUUxYHyU1YO0VxrVCelJgrneT6CKP3TkOzYi2flFq52ECJ6wGP6swjQg5JfTPpPcfsAStifh4m WQuH8ra2L0WfLDYK8zhzs+OCo97tRpmStZBygc87tgJHfXASFR2dkIwqdADNkjAXK9haPkioWwdK x8pmWW8VxKXcbpRQ8+HWQZX65OfsD9Z0cauKMLlv3CvL1VZfH20TA4wng+3jTkZv/q2pd/z4pLbd l1Av9e1gSOtcFLTcsL4sR5VMR6vMs3zT+B1Wkd6Xi7dq8EhXDxVyz/LXKqMkvKcpydPdl30ak+P7 13EAabk2Q3KoiBd5b6sWcAR1zBt0B/JIQX8fCV6eDR3isMy2jNaYolI6QydChD93g4uKv3j1v47j B5InkjBaM5vmkCWRj6RCZ4+zRHwsh3dBR+ChVeOSTPyW3SOtJ7MZ+ZAIulvFXH+1lIhgInKCAkdl 6ElIH2QkQVwoB1xb19xohGBxS1YmKX4bAGi6tIpEkskGRHBwN9b2rK2RffpY3Bv6LIuorKMgVuMJ y8zZEi7D6o3jrQXOnwt5Ve2Jq2JgQCtrIBjz9DRRQwu67QJEV43R1pZHkmm6dtw6jFLo66gZ6dE6 70AwJhoi0Ke+vEQ3aw8IHD2Fe/e4UgZfBG4Fxw+QmhHzLbUCzomP7BwfVILYFrzBuDbEuqxrahIo tC1MRDeaIVAsm13kwlQW4o2hykrQ5oK5CJ1gIarcg3BLHjIMRw0LmDcfqOwzXHFo3CqeJcXNlav6 UwVSRWCCtfL1uL8yisoaXNJ0xY+yhfyXzJw+anqDJe4O7WMmsTEwdlYeAkUIqyfsITFpg1BS8Xzv NEiWarA8tOdyZMnxBdmszWOR2VdNQCTu4zqOiEImHDml0DPCBtKg8mLnkDv+vtyIIiilffB0x6WY RKQmaihXsCYWc1EcluIx50E8kvzxj4MQFZkZqtck3GfOwJm3bbdlR4Jo+rW41q6m9rZ4QHLDfocX A5OAJPtZ0FdVOJrbQ57joh8EsyeVj2N1TWv0d4mF2bngDq2FJ/2kM8SQg5VgUEMpGfaREnmSx+wX k0RXQoslrxVi1xBZZsQTIadoM/tNI5mS8aUfXrE39qXr/MugnCgf9jUccXbKEQYEqJXMblU+M81A vOdoG6faR6WDhFyoiBNAQQYU40HKrlT6cMIrjffUuEA7H+kIFqmRXt/Egh/PD3I8rEcz04HdEECs GHpCAyJSNR32iRJUuowqT7BLOulVScJ43lw7IXdkrlFSj5wQu75V9kK1aib0Z4yrB0zDB2PCvrxO jzzIWyxt37DHYeOWWxcbelqCc31eN/V7JxGNomhEgAYRTRLZWOw56kaP91Chj4Ubt+i2p0wbr2N9 mQHzqDpLEXWNIUmi6zhl1RRMc5RiW4r7wyOC5cUIpUirg9QCDVvytDFbQbszHvQWO4vVZnKGzWO3 FbhM1j/KIf9mVAh2yI3wYzPLi8ffvxKcZugKDJPj7pBO0oAtQoOPuE+V1X6TYTieU7gezveAdUJk rpPvxVnl8wCBSn+zFm8pshzARIbFoOtpUFKERAR00o8AWQQjNwGSvOdxGaAGjBN3UIlzsrk4nmCZ vDFn2FRNWuZ0sypbdsWA6QZLiHM3LzY5PaLmDRJ2eEyzpotZNASOfIpXZiAOg4pnhgXFMApIB4BZ qZlQFW6ID4FG7mAi94kXbz7VTqcY4hzGMUvjlLeQE8czJxo3OB0hoMdSJc+6ozyVGKbAIaIBH7CV TAiHsVk0yVqIo5o5zCcd1kHbBBPeBlbpkvnQSvIEvJj1sXQLcODWDOmxNT+rEjiiP5zBMiIKmwGE f7XLJoUPMSPjHdIGkt54wrxZjNCjEoyU9EjJACTS5gw5oQ/jpGPEva6990ly0F1kNKz/N/ZMT5Mr W0oqBu3hZ6QxC1EepRyT4rWHwPjC9wyQE9F7z+yAFSwu/8rIxROTnghRVmacXKhYNpOIJIMV1TqS u20z6k5+ZvToV9eTUUVd4XDfYcT8myXbzaqRUvYbVDa06x6PH8DjsqfRsz3DJbnKsG7glEl7FRVx woQzb2exVLZz2bg2c3o5cYzei606ba7yG/Ce711jn2TCnblaAxvqCFOgG+zzuLIlXJmZhvogoJkR y2fMke5In2ir+hh9uwXJPN9J1aCoiMCqDcDdylmMYM0ixvdJiknM3gQf5VaZne+HsuBqLiOnGBmA 2Gd0qJYirOhnptvsMziio1NCWnzPJgN9LBRWSDl6w7S+RkEqkUj1t0KTD6Qo3T2Ptw2g4ELOYbAY xge3is4+BVDdlWAtENu7DIQg0TKKncGj7taL1Q2WX7Gs/slZUNWqs9WTRaIEDO/lNsbRYfWfKFEM yXtLoTwX0TqudasSgPzBik3tA6l4d9Ma062KA0//W9S3mK5Qyi0bn6tWid3r8rFlcRUZelJci7pW /QamGGvG7qKZdPFVhUPe1MqxanMEdLjEAreFZXopaa2KiAI0OMHVyrsF6j740LKXxq0ZlUlbV+pn 0K6WqEacZ92gYeJqkcqfjWsKNeFKnWPBlImvAZJxJ6gsw5GEfiUCbWhFeYdBVNNQchqpiS7pJoKo 2ycAq7KmGCtcttziNwpLAqUT9BNx1XnSqFHJTWrX8tcQbCEwYJso19dqvLKImkafqusJby4i1r+d KI3bFPPj4fAViJ1OmaK1nMpaZVd/qEurbzqb2jBeLQnJCimupSs7fngwUXRVl2r9Xg2n4oLKuYmd RuFGVdFHHS0Uj7Bpp4PL+KN1Bmc6g9h0iNyGxpKKN2exLMM19cdkvLfPUkkL2ivv0NNuJ2RoaEfG X/7IKqyuKhXjS3JZXDsNWbIPlRRT+FwusnBRRc5SiDRk9M4ViGKtE0RMM7RGQV+mv4Rl4ToN6x9j XKcurCorzWz5aWDMXtUDd+xqKi7Fy+MOPPLzjIkLi54RkOejbobqXokC1wdNTcjZWxu0ZtUy//98 I7+AGW1cbzm5F4FvUEzQyFsKU+8oIsjgrL14ssquTOveQqEraDNuGDaYBTC7QviiZYvQcMnXPhIE UzdDDJID8DZrATowYx4leCmt4KgJvRcT8okBIIITHSbsxeklsy/7k1tEf4CfSPQuGJk0EM7EB9pe 0gKdSv9KipwkKViUZpgLabFPULb6Wv+2b1rGYBbcxh85ZodUjYYiw0SWwgi2ZV6YCkFn5cnJgAHv jDJTUmYzV+xNd/3NCc0QzjBmjaGQCUX/3DBXB5O81R6GqRu5+VHV8W5xoWc19ClF/kAKwVrjNKNS 3wbOBjuLaV4OlcpyNxo0e8QkZEDHDPJEIzdCkR/PhkVAKNRFLkdSK/01Bb9bjAlcvX2XbDBkxNeJ LmEyGUdELNuiwam5IoMgycduo81HFUFMmamKeZJFaninBVMhsV6AiZ68gpY5SKQUoZiqHidoFAII Kp5dYwdBrpS3WWOs66Gpz7vzbQPii8llqYlLKliIpEJiNpQWVUppsKogVSnZmwoBZGNcym2OiRNQ EJN5SIl0FSicZNVAvb1J9x/SO0+LMTOZ2vUM3gXs+wu7hkpIxbXA99vWISw9ld32GY1W4beKpb5Q NBYyjZIKszvQ63PZCAHBbqE5DKs8mpYt/8ySTPDKWsINQqCXNK4cSm0OJmWEKU9NgbTiUWP95Eh0 xm6ZWSzZQm3eoMbI6BHiPTKi9UrsG0wNyhMJalB043bQwwKBlLYiTknBEZM/jiaBCWhMKg1gtMwq h2RXZe2BQl2kS+EUmkFC8yIpvOrrDHyTuCbt2bmOgMSCm+laaCc1g8RfcyCEeYcNpcSYzE8NZyid YD5CIwhJK4vlaknZnLlfRhCIUaABiwYpyKiUU2k7MDEIKZs5g0/zGa3YVaLP3TNvNkdW4UxPKf96 WDsZDAbnFJrkxf7H+BwH9YRPSRX5ohi5iIKALefq6HfCR6u3WuY7+TojwJujDvGvC/hqZUKSHB2P FlytQ90l9XgjUy2RSmX1Dt4qP5bJpu7yTFm03rxDiwSCVuDqWot0HUo+/bhSftVcSlqleomMq+Vy 1GQtxjAQiLv8xedBosHaBRl9SN/sFo8oAnEaCGv7+La7DDOsMPe3I52pBFpogjNCMEW6STL5u4Be m0KRmfE+DfbE6ZhGM8NsKC1mX1mW0TpBhYItRd1FWRlONcJKKgCVG3aV0vO+4o8EnszItbpZhTJv guOJtOJuFRire94RkyvLW/P0iU1S6FOWdSEvP/MPrxVhdmUFKLsFrURWGCPRDsMU6zDlT/DFbnIc QyRhYTFNFZ4pvyhlTUUALaxM0VcPsAPmZN1kkj7tWDHTyFacM6VqktWVrVyM15EZerTIFWkRiOW8 2KUWJMyrlZ/W+8hsDwZp98F96xZTUlDht9H918c4XVRn6uF3pNcdRm8OphPjexEGkBsTiu6KlOjr Lp3xBww2I4FXP6CRVk4SMlJslAA74yolb8zodNOIOkoVkEIASoIZSaIoK6g0SiYZrBop/M+2U++J 9VmXAQioa3iQM6w9ZZdD8eJoTksTZAtqaMZnsyv+yYJ0JN7JkgPiQsLUklDmQo9LjZiKI5TpKeMi HAlnsq96QxBLyar15XeE4Dwhknm8uynFBGaMqTor0CmVWJxqEpKhfBAaR1nvi4CGJ66aqCc0Gjsq lwJLPfSpLMKMunPSzcW7ggtJFIHqicLUwRDK20OzGgxjySv5c3TjzJuFuVxDDNKr0kZNaMZQkJCA FjWp/jjF0eCc3OrSIAJTk5rBVCUMBAP28sCTwL+mZgotHUyWEoQ5UClStCHY46TyXxAtTxHycCKO GNFgsy9XIHYUuW7jWJhjgvgyOdJ2HLplTUQADIYzQWyLIfHWUp+MpqBDbpbzlQKwWZTT2jUOAjm1 MWYg4oW+TjjUjHMyRWZfaSUBEQjDZWacXW8dqZZCi0fu1YM7cjgiZVAKK2TEumB/xq1l5p+NxxjB NB/Ck38fXjBEw0xeiCtQ2lwre+OzBa8ebtCjp6tMsAZirTxLuYwuF5XG6G9MP4bd13gtSPF4ppu/ 0WlQpNQGw43APHnkcavMN3dENYYVP0S5P56l21XU9W25KFZ0ehXBbMDhRyGI7e1W/AcaZEt0BhYn JbrTrCieJSP+xzM1WcJ7sGF+eqVzFBmqKsv8xDAEB+pSVdU+r3MNdtSX+FmPuIBQIWGBAR1QlIXs 4DFiq9tAmkSjj0DsIzlqnCjkuuRvAgz64aTe4hctVdQDMcCpJmeHqeKhz0eG8xrrtMePFGLwBdqJ QxYS4FWft+Yt6mSlWLMcLZ4FOsdy8hTCYTmVQ/FcoalMidGkypkRSgIlNlZLUJl+BwZsAzv0jtaV OvQREbiPBKDxMnKimk05jLRA3dgyECy7i4/iQhmB4IIYLOKahKIn2/R2SgmzA32FNT6c8h0sV24H gNmK/CVD12hbP2dWvh89bXIZiBhPyGNyTBULviqLiBLlpJmIYoxRqZs3FvfhKiKfuJb60o/e4Jza 3BtjfCo74Q6rArqZ0rPaLLkMKnUZuGBdH+23eEQRjmdC6ToLIXNDvfUklt99ZevCJRPM8iucZvGn tI/+qoPMQiFaDsYgtweAQqTgtafjmkcfIyII8ThKDNMy0WQH3eIYpk7wQ6gG85hBtwlNCB8mlKvo bUZ/7IxxAc11LTk7pIAezQe5+KwtUzmMaZy6c4fEgp0kmxi4CrrwbbXuQMIMtYdI0z6TK48yX9tP VAbYydZYytCpr24ZEA0aF7PxCybdW3W68imSOEA/zCcMMC2VF+VHYkT6IgwNM6S0VljJxyW3FMon eIJW+vu/CBXXB94BJm+aAI2PmiXvzH5rSWapU8tAzkTsZIz4kiNhuCUrwImjzBY9PUZgBp87eFut 23I/TC3yWEQUXBto1SJOWt6tqVM3fD87CGZNF1VEgaQQmusLX3PlcIwC8C7oFZpFMZHIRLUr0GUL y8ZJMI55UJDrZxlImKMDAUsKGa8Jy51mb8ZdocZ0p8pBcJaow9BYoudKrIMG6hhE5TfWlxkkjLL0 qzBoaqr3i7/CG2+jKvRDTKo1Bq2gdl6LeCKhav9sBVW1CHXz8JTnN/cLo2h8ws+STZckekYx3CkE 9B8yWEaKjJJMRsXPKD5YMeRgbOA3g/FhhNfiCffZJrtcspeGygsLDf55saVMEZAMGnpHOIp6BI/U 2LQS2BgtDP2wO+9LPCIKbXrXk7Vn8JnN2eUwfHCXZWINQbSOsdqxZZjRtxCnH0Z2yYOzibCsxgvl zV6vbUdz9fftYeetWC804Y58yA1XDFAq3ro6IIKT81Ji6ykpqGj2nJKaTE/uepG5feDte4f0XTda Qiuydt+bdvpM4g7/Tl6iZC7TotiwxuEOdvM5Qydv69pSEelchn1rhCpWQUjLSqsaZX6lW3Kncq5k WkaN/QKwdynEnEkjNmOpnZmsNsMiIbaZQL3wPBdteDQW2FTmpJVr8BcBbgWaCAAb5JQGfFNjckNl ntrHB5ol7XJWMie9PeR4smbSbf7jEhYtQKNLGyHDZZu+yyVyRshc2N01w+SXXMpmenEMIQTw8g40 5AQoJRYkBWG9KODQllUJ/luwJPxu1cQuts8mJZywCJvGVmk0hdCDPqhoTDc1R6+cTefguk8uH95N kPct+Tdiw5CVoThIv8uRqKNBUIZZd83X2wwKQ+UO7mXYFe1jpHM00nT0I650HaCtE8PUnkiaojCd PTS4JZtEyEYpyS/SJIvSLa5QArn5cnbIj3ohEzqto7vBEVwu7BIbF2rWsG+qj7w+WkIfJtaCXXfy IfGnxB7L5HxHUTgt7+QGF2f8BTLGkCwDo0TZuP0QIBMK9sM+owG9TJoX1KpQiK9ZU1nYZFXFsEtD F+Ycs/g3cMJhZ8Y2ngkCejoLOgYpdZkSuRO5G65DRA5/EnsWnxQ7EErqSjDutx4SNdKNSFEPVSiR unOiBRTutgjSXl1gIY4gFz18rPPN6C1cesMrCanrwN498yQV9056oHf+mfSEBJz4m3JzC4OLeYKK K+XpVQtxiPITJhqjEqXR+2C1mdqNak0HEFxynDXLsphaobi5k6ADrkUgDXxIIRvAN7eNW1JarEnI 6Uob0fZkRzmb/0xTCojupOafzXNJTZErCE0pdnBpJcGc79Fu/4pE9Dq/eDSk4hYN1qeiTZryAFjO QHFNsBDvd1bmJ8eRSbCxkD/jNrwQZtKW5TrEmvMvyg7oAE/ZD2UVWZi1inoOiLPqKNKzniaxuQy8 FWoQOqIwNQsgWW5R8oJyEol7Y7JY15HRPwrgGDwsyaK14pmTSxLoZMCePdifZWSKJT/L3pGmzHiJ 4IILZ1kw8SdoQ1yVrrlXzIZnfSnExXGEBvHTcZyCWAL3ijtqFLtKhcUSwEUCCTB1oA2/vr3aUNgp c4lg644qCS3K2GvKNri1QGIkAR7L7r3RMMlXQjO9vFXhqsgIrPDlNijGmrCYzwolfb0uxMZJYQVN l3yA0RBjIcfF0LjjASbFKFqCABm9C1RLPgYk6yoqRu+4QghI2PipVFrNIRayf8aiBM18GQ+BMvJc M40zfZdtafBItuUWzuAMH5FhSrDN7EiSuQSRDtVgti/SSJpEZNxsslg2TlFGgmqh+OdU6QhDvhU9 8al0I60IbsMCz8swzcTYeAqbgx4EqoNeKdlUuEllrrRTwIOgiOpOg5ghPenAdxxawCaC2xJr4+Dl iGAgfzcO8XCCs5XDqfFHBkCpv3DOIrfTDkTXxksfewCAfLCtB/9MadxEPJdcukyMCdqga1CRnzB9 5ggEiulYzkgQmSRpAUm8MGYbJZY5Xu4MrTwKVU7uZV1qQHWgzgtASiCIB3dYtmOoYyX9ECLBGcqq vcK+H5Oay2WxMVdFzEzbt09y2Bb73UIUWbWdBMoE67YaGdY41WbP/ZZEjZhgrlkQ1F4n12OWLEdr SRTNfwip7JjhF2ZFKCbjR7gvwJXyth5FUwuHeAnZitEqkxjIinlhuAeYgNWSlyJrnsihGqoQSul7 gVB6zzXQjB2OM5JK24J5QBE1GR7t62mKbK41HQVL7xlpYXunXK0lvYWB5V7BtgqCQ5WRxdw4NHfG YymusXJ/79CaQEK1kII4I0Fchu95JiAwI8lYpBTsTQzc2vWOUxRfHT+25t1BSbPIXy3WHYX6uEAX zh9owUOXvV7S12q8H2yRidyuTDM4jP9ExE9rLGf3KwGgH2xWoXCrcntyYialELo2Th/0xWi/zDgJ MLIQlGu4UILXHdv0iM8Q2lTKkSgVp0YpAe4Rtobz8d5kkSMjK0+OjD7QEF3wtnI32gpHRUJDxQEN mj+mSvuJvABBJsob+qfg/IU6Gg2RdcvSceMnWy/3gDbMqRZugGPRKWDtS55EQJ9BKTlYqsDyc5pV d6UhNOmfAM2WqtkZ2SqbD7uFZT+GnWUHTZyiwiuNcyKbhkEC9w8DoAa4aFaQwjCgEgzhMo59lEnz wGCjncaKwqVA2nabJwdblu3SGOTtlNH7zjkZDNGeGbVheM4ZCqQYw2OZsdJHiV5HDIwe0FS1z1uK +VAFebUPfzrW5X5v2nEsX8Ij+ECFUA61ME10IHFJr/GGd8SpPIGDq/Na7KDdZ6z99JHR8K0nPnnw QB9mJOTqD6TZ4ALHiLINTYHyrvar9R94+dt2uYaJLtbMS3b2u/LulKx36Gkz15Wg2qSJzTPuwqTq GMLcu69BoQXBAlDqw6LQamgPwaYyLKUlhEZtOvIijvuIEQZLF3UUpkBm8JgiopQcWKqmNJJk+1AS wsa78Rtohons87RtEDF7wwKkgEAcyBmhvJFh8IplRfl+96CiCFT6XdTmDEI2YlttoISXpcyQOokF KtA1q4cF5iUlfpMHllC15uKOJeh8hxnrGYoZAkZhdkk1jARxLVC0XfwKkHuztQbng0lztwkGYeRV 3kqiXDPeUx0ouYM2kxoJbRXoED2YLQSkU2/nngx+d8uQ8gvCaGGF1Y4WlANAR9dpM7/OUXgOtU3Z 2S4i2nnpfJpmsCHP81rTxgo5uaPhSZwwqKVyIqYMFgp58lu066AFDejqLkA2zADEQBkLbRQB0UuA gYzXpObWIrVgI0wjl7QTR1ihY8aM9+Jc0d2A14uBml2PVG4EIBnBLhq85ijv8z8kRbulMbqakfLg vRdiZgVJ+49x2iob3kLRtgmq+wbofjeg2OSkucY9a7c1P9ysV9FWqSpob3GqAeRHgpUzZkPvvfEb hic8k56w5c0xn5LNokM3jGxpgYIB+5bBBQdPwGAwMl7Rjv907rz92x6Be4yqBRd3ONS3TMbCEuIU SM3kHhenTAcc9TJ7Oo+g4UAxiIYTYCZGOgklDBNzNUudqb+gwtp1xbXrVe47Xc8VCcYg5otGCkgv /vrfxMXLyh+CMmPqg3UEV4JNaNylRcHq7kia3FDTSBhUiBa4EGnioq2gVlTUbzPSeqG4EGkmWzWA 2YTlIYlJS+2kMQuyyJtxzFC1wSDqVgVSb0xGS5zaIQwABNHYyihacxi3cL2cBG+VPZsSbExWPr+G SDbGM7M94uHYpAXQ8Iq8MvnYZoT+yU24efikf4jgV0vsmA7AiTDAoQJ3oBfTSjfsfgqFmkXymW4I kUj0hP9NnOmZMC3bepM6iL4glD+uUEyPDCY8WViEitYFvObjLlfjaVjLV9Mg1CgfpkJLE3Enxnc9 dacX4oUzZfct9ObHKE3woQ12zVWyMFNyG3K1KIg+UhpOklJ636Rd4fjtlDq8BF9MYOQvZgBUc9K8 gYXFsidlt0pFuUSmFWzm0eK8Jax30i8mAU9dozzImzoRda3yr2niU0g1QI/XTneGU3nO2n04lFca 2Yse+l1fRLbyZhkzl/QDDUURKbrDeG3YYZfk9Gxr04Cl8YgejPMm/3UUGRWMv8q/9ugl5qvPvPOF 0Gv557K1vuby22eQts7jZpGQM8nyIi0xQyGjsawJgypxlS4nFaztE5qaEVfpN7bzZnBmjEK8BDbr AeEK7XsKDG/m0xzHnzzAjYjccxLDPkbMBBCTgLJ0G1+MoeVwmTxiIiHdkcWM1gQmomSQ6mJSgEIu aU2C8awlLwt7GS3pkoSpCd6IAgHP1odBkz5/oNMwMAAxV4lCsEXysc3UUlPro8rXgYpJTRbuCdVM GahG+GbJcVayCUQJBhdeUZ2eyDNwsE4RsNDs/mCwIxMV2XUoGLOu6CeFcdqpPI4hRkPr7JFru0Nn JcN80DU8dFiuOrmN6biIhcIy2jQDobkOT2G/7iA4baInvS/GhoEUmhkm/1jPJFJ0EnWZxr/tejMb L0OFlhwGqNNapuAkG3ynma1hEFxeRNjG6x8f58HYFy/IGDvlUxl12SBNluC5STAF7O52LpWyMCvR AwKuyQEN4/5rBNhohpJkc6U0hwm1dnURxCzoSEJJw0su31O8NHWf7Wa8FibUxzbxxA4CJWtcwhcI 8EvyRFQPw7fYCl6jC/rlAkOntoxvllHl0iQIxImLYPYflvwYGQKDvuFxdmEc5jfntsHUIrDZRF7U ljcywaZZVoJmukxPJU6hX6sE1DeQoWhDczaBIOLuQAvCmtQzMFs1TD7N6CJrMVFmk5jYGF6ovn6J pIx6GVwkFKv3aVkzkVgfhCmLBzu601Ya9PkKUs8ce6BfUE8q1JrQBr2u5FCLc4VXgNNSDxFU0mrX 0FQ2p0i84ah5cG53T/AAioYN+fM/joFqaiJqE+tLNeEqzpc44Zb+UnfaN8uBGN1bY7jQqdpSZCPh zWSuZgpoUWGIAY760pMdTNPHPTTWzdwEaBlt7DlxC7xyoWsbzSaYDxEvEojUUoV0KT7yEi/Qa/iD bHhnUX5E19Y1ScNUWUx2lHnx68BjecFEM/MvEPfUj6w7NgicsC0SLfCK16RRjZ9z9JQdSbImY7OF kvY98MMV15SPsZFQczIumO48IMM1Qt+JLEpOv1kxbwFEjMUD+j1rAksk17pTi1wggae4eUG/6tgi 96wDnKZltK07kM38tDBzyNPgfthyvDPd/ZtLpJo6JM5MlIjjenybEr38oudOVL0iBaORWJUcxknD XFbuAWMxhPQMRo3EBtmNzoIjVGunPfRqPHIfbXmX63EZKoHTuC/Pp0QWmFQ7EXCzzYn9cRtDQTQl p26Ni4IwPC7CTWSLINyhISSaHFfOTgpRSeUBb+kiyJVGipUdlTAkqveVJAurhd2+GQOpJcLOYeLL AiCYJlOMiKS5RcJsQowHbGFLOuLIzJzOCJxC0gdjIL9UUx7AsLjkvjc1hfIXA2NcbwvJhk7lFO38 VSJFRYEMDe0rL5Hg1SVC779EkH3XNj+4+Hrutpbts+JS1o/8aOpFz4pznlRMxKiwbJwtv4rTcjdN AE5Rx0KJnzfA8o5relxSQUhlGrQRHPiPc/Vj7S01Cc2pIucrxyPYxB139lDyCI6ZS2MmGQUoXO1Y j/FeCzBu4x5TgQl9zjQV4tq1lnenaCAR0yASwrpMq9ntEqbi9OHOPhk6reqGWzhZ8BRczfruQ+hE 513fQU+QJ0U1zlI3lLaOEIbnZ9m3l5DMn7Z9/QkZ2k9BrdXomMmOE0FxNCfTqSVYVh8UixdezXco w4Z1lpnt1DLLx8FyEm35I4HQC0dA/ARrysxt+6SEhB6ukD7IYBIAAT26s0FdtmqWUedVGHHdFUO6 h8XIzzUN5yVnSC5fzkVkWq6qBndiUA72/iXrLgXSTR9mGMBiycEkwm8kORwMXBLFLUP/2JkSORlL lnjUF1O8xFgVU4iHwslRUqgHes3HgxDvY7yifFSa1UKVDbbYIfSErUXhqDjcBpPBqMN1fwvmmArZ vAp2oiLiSQuOVWdoHWDyPv6iD8lp0cJDl20J5ywgDFFBUJlATontFu+0qXgrpeRiTadWvScqKFgj l5q4lePos+SZOHVjS8NpUajtLE0wwSKF44xJtt3qGoU5AqMkU9a+tTSJAT3jsX2iMXSZasoyOkky cz4RvViwStc1jMyEwwpDZy2nGC7NGRmkytz5OjFgVZ0fsFC3fEhknBLI022WIlRnsLwhrzcPqXgW vXHKsZlpYtMCWa3xg/nEv98tZnBae9PtonaydiRSlJw5VrMEA5MAUilTJgzzmb2eQ0FjyugMS10M hMErsnEY/mJuEJk6ERIRJm4jyX0WmtIneHbe54CmLxpPfPMP6m8Drl7+CHmKHobcorIZQkUNi0wt oqkia6e+4Lxe7hSJskyxYB8kZLAlOSQXqdVtCs0ZrWnZElzoBCKKgxGKDh3scVSrTizqlOw494qJ XA7d6UXGKHAg2Wev+qN1qOVvFtIwinKmlgdUVyy7VNSoTrvpq2xbrVv9NWnmFsH5RuaSFgtt6Lqa 31vGkXlhN07Y3pERVaWylJa7abCJMqgkVpQJkNJoPdhV+8uQJ7vurH1ZMVsI0ac1EYclt/eUW6Kg Z5P6CUTtn8bKK5FODn6k6JXfR3DAE9oEIS0GXxbeYrsFtWUyPiu0FQpYnUgUyClTuJ9PvXUv16yI aDcKSHLy+Y6Hqiokyg4dYelhUKUjfTeKDfs3kKjYUGgUKH3EXB+DiJZXcMBvsMNHfMajAOqJsnkC 57WPb0PY9fa29NDY12D1sYP3tx59YpLNfnnTKfTzqGrOi7zLuy198TnRGrN1YM8amQ/3xFouzGVI r0wGXZ59cpSUbBFUVyoKJPzgZOIHJNQpQklyviAYfYe0/YCDi5HMg9i3t+tlIu3ToRMV6REWuXQM m5ywHP8e8oBm1F3KMIBjbJGoWzpeetauZG0FlFqgh4DLQIIipGypDkHdWg6wj/+wMubH2jBOr0BS ANKC3yWPWSN2AgT6SqwtJmuYCnKpFVHIkTESsjaNMBggiRaiSp7sEBmGYRXGBp2eB5NhkFXPSwlS 68qIutmwbKASRU/KbpuDyJsqhtO7qd+MrDs/MnzQHLaUccVgwjVA1RwEQx4qaFjsapj+kltc57AE VHPWXNQKSHAR8fNlHmFk9Iti80nGn7PVIyU3eIEsCrwFOI7X5t6m6DHgrSp1dyQGy+QUyfwlnUYi nzGMP4lQA0PxlJIO/2QsNTZu6QzbNm+mhpVYRBK5KRK2AUpKTqIIN+HBsUM+z1kQ5l9uFFtmNDXX ylTYy+KzkVBQoksUPOLtuy+pg8aJtEJb7uBmd/1JmWW0/Q63xZd2CsBGuas3fbA9EZnbcOSG1gLs NJ6d1Ta79H+W2TSzvzCk/Ae+wUzt8uVe6Av18KBxhQ7yy5v+/CKPHnHSFJrxfSOEEL7Ir6HCBmGR ki4MAWKceZmoxCbxiWQQQLKaZZQz1FZwkLG6G40XUR6MkMK5Wx4uky/rwzzFkAMQTzT1Nx/gK1W2 ThwJchsX2xFDeKAgw3Ej00u8o1NU2r/0lHoTq9yVWtc3spbrZckIybfpkG3kjwqtxFF0MCKrCo3H j77GJ11hCMcNVXZdKMkdtfS7uzMH3kFVpQdsrMSSVAs0WWLQ2BGMWLQaKUDrbSTy7IMtR3Jt9DaX bsk6043nDiWWc58O5VopU6QNYay6363U5oYiDqsr2Ju8WFm07ByIeUoEJmBCXeQpSfKjmUICe9O8 9E9L2acmBT2j4WUZQhvOKa6x2pwqI4oHenTRNG0Q9JIYurvJpFQ+pZrNhxI0QmxL3bm9kZZUmBCX s6zyorBId8lJO5uzhx7LkCmaufWDi7thqwWJJJcQS2l8qi7zsJjbebmSFrG47e+ogyQnv43B5F27 ij0nG6AXgkKnvzTUx6mTQlziHD3KJgRkNtdKhCQouLW2iOGdz8sAkJSUkUHOsiJpIxooz3oA+1mA FVlSR5M6Q0XfVdU65ENrjiuwH9BHoj4tzjjbE0moMdVKfhlXmsuJKrn0MWq7LqsraGrqsioVGjxm 0u2tYJRmsiEn6zRABnpInexIr3VZWa2W7C0hAME2IJe3lOIXvlGVygJPV+Z/OTie1A3YtKltHfJN YMZ06ZupmK0gtazDK/2YWr68uMuPPW+tUVKioMwZwwS9GPfLKjKQILrIKiHI5dm+Ny0eDN6O0zy0 NTSBV+Ml3vOfP7ipVLX3uVVZaEZeCz1yz8l1IiWpuXZgSw4SPA61rmXXvhWuAfxnKVp8NHoCIX8M QAW+Dy/osFhYONPVp1At7CYwb0kl/eqkAgkuApWEGvYiBlTnmeDQe1KcIIoDFojR4UXRAWllF6Vv oW84DC+2jWLhEvAyngUQspA+0T/YW8yCuIkulGEMw12zBJu5AgeMychNoXM7ljBpohkRaEUAOWgc 7whhF23qiUs0KfVq0ce2+WukaPV58fmLCMWRYOiXopDx48jEfUzA/ajCZ6OnF9TacesqTvuwrAk0 IFym6KX/tC40Th47zchRuAipVvxK2tk0Voi4UV0NYBhWy0mReF15CVOf/jqDZW6vK7yE9p2lTwpl Kzgn/yOM1uwGNVpj5Efkl+Y2XYEmR04spu9paXoaoaAU3FXM6jF82Ta7oSq8lifAhzc5ic6S8MFm OWEkC37by/Y8v49fSThSdJDu5imZQAfkeIRXtMERSKMgQbgUirzO8LjJLHOUxM9ysOn0TulNA3Y5 H13eqEGRIKbGKvI1yzC8TRqL1EXais2hlHGLitm//Y4QMErA+Q7G0xGOJ6QJIi9p9YcofRf7wL4+ LTndk+nRGjunvVSvPZ5a+eLARDp2Kgw3rbh1yIX6EwW6U743/Gy84oRhJCnX280mnCwveI3sKGfY rYzbM8GRt2QboqrAsCLF3o2UnBw1SiaeNN4KQOyIgDa7O4mnQUJ+3xf5acw41OWjKdYKNErJKajZ sdJ2IcTvKMjEF4xxH1ZFJyqHeiFDezUE9guvAvTq/HnMHhNUtoDRCYWIJ2Z5pV4fviKDzXU+sLxa LUGKBXASOsO75ImoalmwLMiomp/FQrAU+Ad4xfGkbUEX8oFz9imAtsFO3oAlhbghdqQMAUUADDFc 5KfkFD8xT+md53KqmWDSUV4w90+bUzeIDwNov0iXA7QKMXoyI/eEmmOTEh2VumtSZlhsyJitNBWU Xem9rB2nPkhidSetk34gpeLTH4vJYMalEMM/41BQDIS0uE6aORsJ4MtbQnPHC81RIcVKmPsISTZU A+6ri88QIbmZpIgBDuYNhGBCw7YSLXumlJ51G1LK+0IYms3gC+vRGPvJRB/ch1FWgNYZrVAjONpL 3jAPVNDTMqk1V3pcjav42MrtQBS8Wb5nzQ9G4gBurDqUPXBbRtQRsYzn4CEtwNFIhCS8RmvhkrPv OWxlNzO+VJuthhnTj+JqkJHND6H64CMbzlup0rqAxUgGzrZDaWT+fu3gCpM0A7rpmCqo24z8sDOE 2hCKVFfFzw6MEdu44IMNV+IFi7K2VaTwwm7biasyI+1CM9fv6yriI49znRE6Ocgq+8B109UWFmEf J+K3AUcrEoAGSGnjQ+GLXKSA6CnxHs1+R3B1uRJFFGlQYraam6F8yCVQ6sdj0LBoMnbTcYasQTOv 5XWUlHR6EKJIZC8YMBkm2O56gFBON+ss6Dut7UIOgEldgwyqZBeBG1LycrAmaexZLHHUWQJk+0FP 9UnTreU3syFGE3JV5sT0CkJsq9S1zAXvJJ/KstAwmIp7ejKu81KAZ7w6gLjkSelajfbmJp8m6EkO rMc4DKSm2RX2tTAEkZiXLogKDLZ5WUiNYOkzNr1GyTRjqnqTEOlQXOemjnVjGeXtedk61561LzfH T6CP2pz1t295S+v14mUGasvGb7S5iCssgxpvWy8bEfppGY22idFY+TSDMWzJQ/hPNEWFSO7/1iBK qiqdXx2IheetBnMfTpEwSQ/YQpcWtvPSoh5pRYE1pOcIVNlLIloeUyg89RFHHFA+gRMI/tJmzVDS 4wqJjY5dMDfjBM5lCWU7M9FgNuVXt+RjfiznUjEV9W0dnr1PpgSoC/VYVaUmj28iVQwU25xyJsA+ JeE9GxMiDQSg9u01eYSHNrjHQfYBkPmGk9M2+RlPhiakItu/4qMoISzCEz5ZvGCbFJG7Laz4Xh7y HI0UbZ4OoEZwLTHcc6WYdUkfOTsObYy+UwGNblC7/M2XNUR84WiLoiTBng1QuEcGGWa4ot6RGGbK o0RAJkC2dFwgIVWJjVV72ikfL+qygYwpf0yVZN2SpsDkOocSuP0r6LZcAtd9xkrTlbBNRCNuOEoo hHVwtBuFYheLP3Wi30o/xuH+fYVWhtzUxrSQYAuMQsfIqVysTdk3wqO9oF78aNnNkwqAhRne0+d9 2MMCE+9uudSTbLttHF1WMHFDfsENmCurJys1jrHcqcvGU+uLnCbBiH9Y3nrFVfFavBMoazFrl+6K qRNRc6FIkfaE24IheYrUbWIVzw1VGNuwS80rKK24pkpAYh4W7UnOOdHVSVc5gm9XTBuIxbdZ1CUs PheKcVW85tJWJUU6oVL2IIz2f9G0NDs5Fo1xpqZ96VRUKRqdNGhc3KrjJVxs0hbPIuPyKNMoycad GuNUjD/kpDhTrBIusai8XOZgtjColAamtN7RWTcSq/iexEweRQl54v249Kw2NqFNwVgUr68fo5s+ qKAmcccL7sIwhAb/wybUF3TERJiCqpAFlORQdgILSfrA9g0YuiYpoaFoO6pbfhgjr9rf8J/xZH7Q QvzPL1xzpeOsILPtT9ig07yabUGVcLXlNrPHbAlSXaQTO4DTAMZkS619YCBeSrvmBWTY+Ileg9Ic FWNjwv0+vJ95l6S1sAXp8DEDK1rosOKAvI74jBzIAK/mAnx8vJIF6A32z/pa51AJv0aO5oKWVC51 ZiE4SpV5t16uZ4Rkv3Ma+9A9rfE8+xQkKRjNjNnAHkevXetC9OVniSGXNkhaymDSvivdCy5gDj3k YZ7W4hd+jWeawQgCh/DstKryaHR8EWuBRiMDQFfprWBKYt5QK5YDm1aKC/30xtqXmzdvhwpShKYk iaLiaOoly3KBglrpmUuO+dXOXdEfU0zG+qC0kMr0wmh3mVPcFNfcSqpFrLjMT5XDyklL18Iy41Ra 8Zz2s4Vkhm1+aT/0SGpZnn+5mfk3VDbn305cU5Bk49PukTH99GAfxQ3dCQzuGYEeiUbP5BBsYalF UIIILHhWlCQO6kKBgYSV/ZYzWTc1XhKthBuTNp8MVvmCX6rDx3xgFJ0tPMMBilYcYVqGM0MyDB6D O98J6zc60k6LkwSP0D5Zn92SWatJ/0kZw8SWAoATgghwzNZ0xZFdTxsn7cpPAXwEUpZxQAP5y5Q2 qWEbMf65QA7Fb/+3/zzaMwNTajkNMeFSviGmkm71ZMZZQngCCm+i1giHNlmUfkhCiWDVrgGjySDb lCHhUq82T5GUZo1suvReS/LJZfQItHUqV2Nz2gVVmJlE/KKWeDdde/wGTgyG7J0Xl6nJTXopNAca AAk0onaeFTodDZIeSmiQVAsKJE8WESivOVaZ57A0lJRpyJEqOycfC5Byl/nAuuE+BG29kBiQpRML pY6tMlAIfPTkpP8TgDxpqQNCRjAtJqVheCE3BPSqiMCXJFHVqLmPbAWHs7DEzZi33OjMMjML/RDi VbiKPbS4KFySIqq0FwLyaXZhfA1Zi4oDg+kTaMjQn64Jf6NtgIZk6lSxz0imrdAHNuYIBNXHOHak wRt8tPna7Y1f9hCc5lax6Fb+KNcg8kKubZlOvBB/QXkOF4ORq5/3bMdO+lbZI8Jl29nuth4Xjohh TS/2Ur1EQgFl5iT+Fn0Upo3XUOUBxuYu3vuBHGUDbW1kgvkyK2GRVfmioWzNDf7tuyxIg+GRFn5N DCr4C6ZshKzcl75YvutZbt6dfKyYT7PDr6Hs8jQdLSF2ugotdXK4DlItiDDTSiRiSrx4UQXVZIof m72yDyxFHx4lRV6WMRVpYhizJRxmRw1HWPGE7MnYU/DbKDaz6WlkKGHkDjZk/UcMEcdxDALGwIX5 kZp8+EqE8dFSm9jvOF9iIzfkGdwBr1oSYYcQFgJhI8kR6eUbMC5DM2YCb/dAfUd7fWmJKBS1EOjE QR+7Mg26KenijUuF+rSeZptE2YMZ0WeiVPSKQMkXVpf2SSXxieZlmUEsXpMC/OH3QMBpCllKxwzq K6Igswje5zwCwFLRPcm2bDkl8pIjK/IuncsI2qa/lFQZO0if32LMhVINdGnkHtKnS2wjn7gTS3a0 7wYpRSnoYCAJNHDP8Cw7hAN6eG2LNrQ3UQEiVJq5uSXUQDvsIH65yrQT8+TZAQxiTBKq99IGK1NE bQ3x0fMQUi0BGCRUx1eqSGsBdejFzKnZmBqgBHGFwhjkCxToBpq1ZrS65KM550KVZr0Ul9FbMURQ Yp/Q0mhMPVuMKQCJSOMsvKcFSD6hmzdTSPKMudiumbuJJJM0un2lzDoWgRvuQF3qwhniqyAnT5WN epjB9kgO0OJIiMSV7vAwZRxiZN8thQSkBkSkoYxlpdysWywnjSipKiHtTaHmybljrPhQVl5M9d5d xkrGvYSxYoaa6uBh0UI7cC34uihj8UeLwr3olbkWY4ymrZ+Y8uB9dAnlhm0ag/dNbUjuDYhFWNls XcOHNPLhg10BQ4tylLgTaNA7Sfib/EZ0FBAPgRNiMzKzEss8nXxC8oSTIDvXT9aCVlT69C4qobrc gtK0mF4/VEXKMEvFRhKyvUJeL+xGZUZrkJUJRlnaq0txE+94KvVRjKJCa48Jr/odsVkLaeGnisFq DPoqiGlKiit4+FrIvtJRycN+sSjXETeVxuJtM6o/rK5PZz26Qj+/SN8t35vbOLTFsM2hsUzJjI7O J+laFVjptM9N1LtLKPRR+BXANCx/aBZZUfx57IOCBgL7glYDOU8/fttVcWpfEUZqzRTbp6ALs1po tc6q5LJlTfUv3wTx+eE7IMrjSAFTfUKgT7frZX7lFd2Q0yNv6MYLD6Ov1HoeW4eRLE7nfXKNLfaQ /GwsX5zAMxLyzhe8dyqyD4NnUlyGlpJL7oO+OP58ZLbqdSlwzJvYsA2YclgO3gof6WCJcqOImHYN +xAuY8j90MSOx6c+bIQ5KYpWOx04hHSRlWOWpGlswKCjrDKLcoICD/l4vuq/QK8GpFqT04xHZv+B yeA1ljugcpZyljy8nktUHuQgNYplEFpgQQp/Sotcz/scD3bBtShhkkU34uha/4IVftEI+/K3XsRd 4ZU0Qpd65trIRlkxrXxK2hLQAjpt+aqsNQmDesSHxh2K06Xco49LlITwd6mCHcZ8yTnkrSPNRT7u 4jB4wBQphfaJ0da87xQKCW1E5rqGtvwwp/tKMYiFv/hD7pSWulixqb2iZU+lwDiEHMiFNrqkbCEs yePQ4XbTdXRELzME2R0lwaODlK7LH4QlwbSkhS6WRAESLcmxY4SrTS3zQ6kpXE/Gpg4DCitoIFP5 aoY6RvjcPFI2xQMRBFPHOAkWbtqOlUxliQyVifihEopO42SYLRkt28RUOvK7cbguyZN6eLsf7SXV MnMMNlJbq1ko6GHYG7vkrj2X+lZBdUdVk2OyZTurtRvUdFilCOBRyZWG5xIq6ZBKlRVwKIQgswIv OjUwFnqtVtrcjPt2N3yoiwsaBnQwYCuCKAGSAViw4r5DvIYFHT4CZui+hoYY9mSu9ljake9jfobx Rbq+aodxB0PbtOkbct2CCCsbw9i+cxfo+oZflPmW2B4sANQsmYI/6ONrd/pcYFiAC2RZ4KCZEUUV WRZEMPLdN9G7gnMshpyFWgYQ0vlCB1EAIeF9iWwPlA5Uw69tT8W8Mba/w9SHPyYuBPS8a7YBfsUz YjCJeQk6ee0BYa5XA9c45rzQr4PfeKeAqsS42UNI+KlZbL64gBC+KY7TFVUwmwI0m2Ef+QhYZybs NFxisEOPQIACMxKmoFcqx4bLOuIm23Ov7AWDaOqbjgXxmJ6l2oIh/vkUVwIdJpUutXFDk/kp0ubl 2a39Hb9BRykWd0aNLt4CYBjXsKtEUbzRS0WwEnCxW6NfeDr/5Ti8Bm/o5kJalp4J7ppkxziCxppV vOUZXNjIZaJ6S6s4bClJv3Pz5VSlbQMNXBQOWsXw2Qmz9DmsXtZq+ReqnFTOb1CVjNHkb8lwOWJ1 iNYP1da85eUcOU8vFNSjW67JJEFTR9I0KgXPNEq46QDQXz1oMRXN5Qm2rDti8u58irXZnM1M7emk PyJBBQkDDGhQhglVSsA6q7vUlMDaQA3BSjz6EAAi7Z6QJSemrbrIogdTnrBqnK0o2ZNkCSmVNCln QTT50A5I8Vk5JqrGH1JlfGJzQUfW5xnpvH9GYjD0qUWUaTL+Gd/cyvbK9vr5r6+i9ojaXF27hIta PjxUH81tLPMLAskJfYytx82ELNkLFmQh4VjEsuFypLybDdixtcnDjHHJ4NuK0mwxP7vGRUjBq8NB FOIILg2mXIAdnKA2JO8qy7+3JczV97+34U2AC2OAjDH4pi829/VnfiAYcHoESsjtu1hcM0JfnO1D lVi8G8F4ciHYBk37Qq3ECieQDT2Co+YNyWw9aRvjzn8iatNKXfoWbiTjJNwyTxN6fhBBmLAG5WDx GQ6bheoxhs8YIynk9Q3p7tpNMw6G7H1pUB7rMYV8P+3pZ94HX2073nN0wjzfP45YzEMNRUV4blYp ZoQYmLQ/+mAoMqI5CzAuIZsCbfehXjKkUGQwVEjietQG3YCX6HGNguSAFcmz62hgul6pOEHM0ryh HqTvq1mKbWEAezAOP7KUmvZ7iJsHL3LHTKH4IukOJ9WcGZNoTTusgac4UTB85lYiZ+baXiRTaFXZ Eka0jTNKEVglobjzOb4iS31Zgrtm7lmU5dBH0q2jwbspcxJ9a8m7sR/TpBhjkjqTZ8M5L3czQWJm vIUs7xJgkRHN/JeaZjYNjmf3OCnWMmpNfetBjZPmb5EuzWdIV3OZlGoy3VYvBUqE5SJPU99+fJNK ti/F0hAzcXKnLDwm39ZoBiLk348T+LK7ZgcvlQQLnQQfHf7LWVnKB49PjnhZKB+p9MrSXAiTSPh8 T4QqEl+rdAmNwN1cJ9uYQMKVl3USsizCoOjxOgBuulI15k2S5Aeu/Q5NC59+RJ8CX3X7JeTZgx0W wYbBFB60EmbkZ4FLJRJJZjtqRg0JCYrxsKUFpSq4LTcaStZHHqWrZWxcpvQeU6C11Imt0k0haMDb 4gBFJnQ2tYKLy2pBAseOfRZJorm6yhLpyndiY7HGv1SYcyVdIQG9RnOFGEqtvdGsAGRJ0o7zNo8j Dtli6kYXeHye6tYTjLmMkbQUpWMJOdotTDDLuMLOKVAv3cRowGJWXGdJJq8CX0jlqS5jpNhEJjEu CPbsl8J3/5xjKPqYpOON+VXhfsVYNQeFBUGqXmmUzTESxEy5hfKGFvRbKCRk3OqCfj/M2MXst3Qj HdBL6qUFkXc7HNZCGarzcmjTwkTjXBMD8wtdDMO1Wwm1BKPdriTqfbis5TN3cbcusqOdb+wNKlYF SjGUkb/kmbqTaRhKNjx6eE6gLMogCYfE+bahEt4c0xX6tNLMRYPmIcpODraOLoLQSx7qxxz5nBd5 zZI1k6DSz92XLvE6ICMXQwPcNkUeXLgIYspUQxdiC6wVf4zXc4EO5BRBvB2cJSLs57ZZfFEnv4rs 8mUkQCfXEaYpMWCtQO7T06pHjNEqHvqVYx+rI7pG5scZGOKjSUw0mI5kv6FB8IgPW9NGzsIJSbmM t0+O5JOZIdd239jlX6xdaZurthJVytaLtJ2YRcaxqG+P+EIoHyPtmVZq9qa6fokrO0FDVkKFMwj+ 7u3O0BjEMFkJn60Jw9qxjR4rHqC55RdGIpY7kEh0DaqKImFUas7g/cne+bJ27Tf2O2ksc84vIsPG RsfezIX5ctS5yZx9GazFDp9iUUYsj2y7ihHXwDK2JrxWelx/t8xV6Z73RQbxpeAQogoIGnIfxVHT om51PHfx0If+atjnERDvjRa5eic/+0HnnLTibqm7f1HN04k+G+oiCyp7d4ul5D4Awow7T2XkVmSq zeoHqgo9l4m40Mvqid0f/kNi5/8aM11MdzbP1erS46FY727b2S1zmVrreDaKNc5J4LSWkrNjF1PK zj4pRA9Pjex6xjBETSMtTXJwtKkPcPlktRFqYhhaMBRDoeBCmOY+YO0GRfD3stsCx83HEkJO9GW6 pbI5sV0sXQzKIZZdTZPaIJ1rkEyIWkM21nm87KejF1WtCUcD5FkPKPZXLK3sPjnJHxVJkIy3zVhG xFvDHDl2JGQQCShrzAAM5Sb2tWI5GG5tQvYAEDJ4IbuoTYlsaYDcxijyQeGuD62YIa588asmYaHu 4rtXZYWmBorF6wDE00IAihxSAi8ZkKt0z38szH9SEeKCMaGpyGXe3x7rnaxcKCF10UuC3MiZE6iJ O4btVyKUddIImbtEaFut64IQ0o8juaKSoHAWGIHBzMyIUBCteOqF6TOZJRbBTuIpKGhpIBOl0VAw TzCAqYTvELpcV0dKIQmCkuS4bvTiSDk7jtk2cJAUaBLa4NArzaZ0Izc3VoN+dzKAcuNyLnkpJdNI ldsQpiWJikJHVlh5Tqf/MUR6ZvOV7BDCLM0FMHtrYcrEtw/aYSObbiCCyQCQt45Cs4E81cqXSHZ2 wjaNEXwcWA0N9hikj6O++cRsH0P96IhWn4vVSKFtgLKlNO9z7EFw5p+OS0VhdfuZ5xq08+Kcg26I 7hEdHZ9DISMm4mSDbmkStMGYPA2DReF0ZmG7kmzqs42Ksg5efvkqjCL/yM5bCcMBs8BJ/QRB6CaG 7e8ykWJHqIXzZSm5/HAVBqoB2B+Viti+arq6cnCwjIwzgL4sYLthOmIkurSyoVnHk8lQaKbY/21H 0mR4Yp580IC9TRpOc0wp/rjbwjkPXXGYxfjyHpd1yAIptDqhP6wqpDJUi6YupDWfIMNaWd4sllTl hOHnYlwWZmQab19se9hoi0IiFcBQ6JaR2IGd2B2zSfLtZGE/PKNGf/GQQABKTrp9sfYQTV7Ok1xt IkfRqwgb/LpmQ5as3i8VWJrg+na5vrso8tAl2U4j/qj78Hdwmc+SH2VtfxOxWhZG2W/BNBtOyDZ/ TV1kyG4LBNv99oLcjUU26XGcsVOzhz1AdcJPCy6aPbHmU8s7jYoWV7ONTMWY7GvaZIEsM6M1Pvts M5qTTP2OCNoFl1WOwk1bZajDnEmbx8pW/CppoFbGn5sSfZCSFQZ9VKUHDIrW/p/IswWkN0rwLwWC EpSDafGR3tXcuJ7efM8r0JPTSAuTZEkX2yn1zmJCvfCuZ5ZmS10zsr/F5ujBmV7Y1M35AXS4VkfM dWzDZ5HwSKfx1Qei8dnkhMMlG4sReJ9R5RRoTqIMuE+tiC5W58ge49pzIqUcv49x5wgxXkk/qNY0 hbSiBIbp2p5KuQTzjVV3yA+nClZ+15eMyJla+swEBG61jouwt8E0QgHLKZx5xn5zBcnGC2/LzSLT uNV+w3H3iy9l76EzysFxwhP1lHUYFabck/YnckP5A81fyXbECwbOBZXql3y2Ri/W+1NmXxA3sLhp HmaIXNxN/v0Secjfq5kET9wLrKR6jXOWhE5YEwN5GJG6JFHl59rIYbBCRPNPQxMLghK2tOUlkKTH tjQv5iGvhZ4YXnXQ1LL2HumvoxHhfBoZCwW6wrKVBZlEBEpaS6xq1MYB23EiPRMippXa9XzDtRHQ IAfwwgjyDU9mbh+bdl5yEPXSnxQLJ9mhW0mgZUc/R5ooqqRgLAYXy4I0/doNDJxcZxSorCiTi2jq P7xaLkmw1XayT9ptVaf7YrDrdFN1xeB48nzR7La4k6I2ShRhAc++ghNidBbUPaMVrngJ+GBXWof5 M7TkE3P8ha/NxWboRIJ2KwL/+ZhwE7UE89YLaJxBpsBZA/83SwDFxSwB4JK3AQesDRXRgmVveScL iWdDiUi5jhclqyjhxKgqVyET34WdYPXsSaqJkVizbgMaK4Gim6b8ruiVDXS7RT2uleY+KIsMY06V DNQoQMWte9XkSLuN/JlJthbOBPokSkL0GsVpT7ouUewqHsm1Mzuhk3sDAVTu7byWuRIKTjquQwsu Ol0BnxKBLtkIigZrhmBm4OGc/kVEZwm9JTDwTFeF/GRIv/vT8ZUvm4xikpG7Zz4wF4R2sKoR7fvn YEm4YisR9JVGfmBOmEIEQURrbXQGRHEVJcYShUFxrZu1iI7wPmLjlWDAIzFONrFlZmdmzC4L6dAT MiipxYI2JEkNCavw4B6SUBB9JkroWXjXNh1obCZ9Cn2zyKzdXO1Lkgb7Tdj+BTUdwxvAlqgQaIoz NBX5EiWWTIl9WDjAyqDcSZnVQkK81mvFoTqnF7Os8pB5YIxQ3ZWjDKHrnpPjn17c5pVifrPpS0im a/wkJhlAKl0TXlzKGWrYDCVncg15hb52iml2uaW+pRCdgOpVWz+j2gCJowQwTQoiQk2L/4yBeIEB 46eCbLCdcIZFs5nJiS03egxgDFAtkS5K2pkDsuiprqsv4bfMJNZxtr3+tDNVLWp7Lc6GX5VOZ/V9 GEprk7kXbGaKXpJDPoGSZmjF5EesD+2aluqS3xbartnyMF4uDCkJHXfMtv2pZQWMp5/GcDdzLP0l jdkkz8YHllvftA61O5M9mcK78Mm1Ik4Lx7MjgCm1cfSmL54QwzzkZ4vKHNNMAsLH57M7RZICYljy 8321XOuMTSyzHmprUUNlNJtCAsxcI6tMyFlfB8pk/ITjTW4yZJndZhd0DVLCUsPkKOGevmVlhqVH 2CvdY6V9oKZFR5nWrDZG++SOpI8jsrhyf6NkZ+hgaKTXET6Z4w5kIosXS3uRpk9gjboWF/kjy8xX I8q8erFqJtJcss3wDWhQHDuEaVV3jWPj3zBFIxfheF6fmgFLw87qTeQvlHIPymWHBoWNr+T84IZp XcETx9n+Z2FC5hwCGmDnHCVvQVMfUmk50HUkn01SEgOdeZZIhCqiJgoxzsQu0kJrTDGuo7EIYSGW zYY6SKvTtxVkkyb4uDQ4UV0rt6GoyYABobY0azKptnYd9sCzhasJXSDY3LOLaZyMCW//TNsPMiKe M0oEkImcGuvS5xSMn/MHM2joefEdIHW9uKNukCOUtIcIJcO4m87BOkwb3WbjO3TEOAF7QLrlvBoI BynFKGnJefmplIJVc2quwPjaeeHLNkKYaJtPvKXf3ZBI5EfW+8JxTu5bPmrAeX1JkP279g2tAxVg bF/aernd77eHTUAVZreUaB6KMtzJ5qR33z//Hjb6/FNPubeLZPvv+/vZtuX346bxrQ/HfT2ebXPe /nnrwIbjE307SAOYxrZkd/vSjdvj6/FoF7RvLCKKB3+3qWjf7o/6r3EUqZGlz1PHb9+LEsE7PeLi l3l/7s6D/E8AOnuj3e0vShLR/fuJdLTd+6aV+/3RhqYtrVhydOT2uP/8vd2f/mHw5+fx/Pmru2G/ tAUmse0Aicsx8v143jUxp3eYmlTQ93N/uKdK9X3793X76zqyb090+yGWtDNx4+jx8zeSMBpIoZIk 8SJvrzGp+vVQiie0+/NJGcnhjgpD6HW3A5iGyOLnoX72++vv1/cD322H3Z8Nq7Hf7e7iFvH/dPn5 emxf1zgKa/248GkkfFRq2/U2TI2JHuwhfs3ag/76bSRypwMcQHBtUEKJinw6zXB+Jnybw3i0P9iB HPSyVCLvHFFv9v1cJNFov7OfZxsYlBoBtjEEFvXMh/sfiQgl7jtL4IIhmkt9r2pqGmwhQIby6tA/ 1NcqQ/9ov2C39MWU+NLxAwOiPQeZCTGwCY2dPHgoOVR//P1wCuhBWO5NTTwNE6TxoIXPG1PnF0qb LtnG54+iFFdMeUbmoIUgL0RMp1UtoOhCsOW/WhYUy4bmvdiFGaSpwMU1+L7VBxHo9f+yOi+G2YJi 3+PWd5BJuFwr0zmRy1V+23qBr7cHNwZrZqXEdNsKV5NnKGgWpFaMrX7adxBbvZZ0utiqy5BJtK0M IAZb4BHJuS8LQKXB/US0JKOVYXv+YQcRyfPF1ixEKEZDC7C6iTftVbOACQfvNApZ3HrihhiRnyRb w1q8tVE+FrdvbaPePOUZy42J6kcDw7PIJEaTzd7Ycs7CtzOljg7gBCHlDB0MCJJqymLRE8W5QoTV xBfG/Z9Zegy8t7ED37YXL0WJf5HRCi6OMFekzwKiixmmcRKuItLOO9TVQyKLKUgbOucG7bb31Oxg wK0HIJL3fD/m3cHJFNeHmmEjgdzZYOIlI6QnP+p7MsncCulQ4snqjYzRo+jcFpOfTmekhfJGLfRG fKMjkc0IK6JWfpTg4j3yxpRAo42H4fMXEPTy9YS9bb0wn3CKKq7IYYsnxZrQoysO0BF8BuFd1ppL pSFc4El2Rg1ZRnhwP3F21UUB1fKzJWN58QKrUCu/KicuyIm/5Tf77EBfAM0GY7CgzOalc2xSii97 8Y9mejC6ydBmDVjqol2nyJecscGeN1BSuNMpDC+WmArBsvxmZDx6sbIF5R24RA/KmpmmKUUo16vv 32y1b/JmZIT+s9j4j6b7QGwjV6IouosxlQNJyX//G/znPtAej0x1A4XKCehm2VIm1Y3Ml+5oIc2Q YL00AbhEUQ0QFU0vQZCkfe51WPkJOeANUyyLio7Y1Uft4I1RRJlmwpwQ5CEnaNJ8+DPrSovyUr/U uoEBctrDTdyyvxKDgg5RhWxf9lfO3dVS2bggpZIY8pwxo6R+xMK5Te0y0tSmRNXQ3j5cazgx1N8u iU9QUJCwVFzLlhKSbSmFvQ/trpageh1NkMBrQ2BV4lqdS+lIkHusgl2WWOKl4rI1YJOybE+KrqiX 61bPfmgQy7oknD1FVU6omwptD6GX19IXVZweZ+2MqvTojvfDSgJI0RJVqSaZlMMmv14imZuci4OH 8jammoo8ClAzIzkq+dUFEv+9Npf/hABy2q0wchk/NbRcNUP3KgoSK4LgfPZZUvaUs5QVHshp7wVN jUz7rOQiMtAz5vtdU43euyPzDpOZBXkZg6KegUoaEmBaURUDh5C1iQNBUBhaaT0LS0gJhXWH6Fuv wpFxQwkQabBqZee9ybmUH5zQaq4L+Ol9W6sHWxhStX/dNAL+MRMrhn5yxD+L+zWsDiuqTKOvvJ1k xzo9kOo1MkLC2c5ZT6JoF9yqQn+KGr0QzKCcUneF73LpRFx44TWhoxZmCk5t8Wv5znRebOXhQWCx vOX8bRmSoZ2UrgplvzMbDtzXa+bCBIhuCNYMinfr55ynBOgujStYc4tlrkKBEQINw9tZpu+fkiZn qCDgnndONEDukictdcpn+iyrK/vevbIOSSl/6syhBJN3lXbmkEtoy64Fs++fstyllFaY+wXfRIn4 /Rccjl3WIh8WYkprbn/ltkWzO6JA9Hc5u6HQgOL9b278jmo5JwJhJxcE8X4S1e/rz9v1t9y4ibeP H3f7TkZ57qe82nJfP3Lj6Lv+fop633+/BBefrC5ylFgrKZoFYPEiLED7ucq1Sz5lMfhRNPQHzRD/ /LkXVjFwFwUcEc2sYV8yLqFszUqYu9W+BEsx2nRZnKhtxYoA2FnoVzRWH0jtxGGcieHGwOjzx08n OYuUpoqhBWhYorDsV4qfeIaWLL5BEJJXYxGuueFqWFHJqMIgWvRuCQTd6m2WIn/++q2ayHDfBynv FZYKSXCTpVdPxZWCZqEe3B2OTKbEKD0uQjNa/6dOZSA0BIRlUp/vP+VwAUA6vCqaqHuKVMIrnS5/ EkfkK6mMs9AlR5EbIQig8sXz5QypkFVk/K6XN10d1/HfgnqYCkqG+tB3ARup3HDAtYDplpDYLKRw j/JM3p/NNVk4EBmYWOG1yLIYcatDUU+GByvkL9Iy8PLreqKFqHUIORvCKQxnqGpnBm/02kl5gKqA 8oFem8Bl5OJKYhxqRGZ3g8j5p0n81bLUDcg/4Ki0aNfzLUulLVEI5n0GCq+KxlxZeW87Pnurkqre RrsxnAwbK822PVGOw7lRGPQWh5clFRzF1Q5xHQppkFXKOVca1AXoy4ujK5c6VFGDP0TZXgkKluzV NqRh40BE4wPmFFhSRD9jeevKJF3BRwsmtA0uzaN7aZFUkLz9m1jo7UbEfZ0KfImAvDyYpR8VGh3Y QEi+tLqpbMry+J8/hgE8zSkRSSHnWzv9VtIo/6KEJdXpU2jSi+VYNoyUlik23fIsm+qP7cgjU/IZ K1Oj5XGm2VzzikXZTo60y1Vn3CRGNakn5cgCIVzD0C985M8TafEsiyTEqRw9IRmWBfGSAFpNU5lU dRO1gQjml/pZPUW3WkwyoLUxlmOvtCCc1FTuUFKPmCinMKFtcKiYrtqlbd1JXoZnPjphluhcdFqZ huSDoWeJV62AlBPqJjJpIXRBzk0fCJPLdxl2xOmioyCgGomRnOkPJeRUNFYUHa7yTEO8Ks0siFdZ WB2zqYN/qmi+7to1fHaP7eBmXgUIdU32zsnca7zcrj9/uZDb9X98JB/L4f0IEPl7YUR04BuTCMfr f35YBKmhI6C4UxcC9+7Xn7o/udNiIA/ebNVQESQPiuH1ndzXCOL2x/BaRrApPtyU83eNHqEKe781 TGqeWOjni28HBVW1lvD2frwuvq8jwWNf3+fLT1ArW05zDCXJwrZP1N7P7DKN/SlXzv90nXBpCHGw j9SbeqUeZlfjkmY/K1I5MSNpf833nnTA9nbx0h+q7tCmQpbm0YNVUGC4Qoj2UmP8hJ/X7beM6wd+ RspVBDkWnygZRdrHiIgPbrjZDOsWheg9VCd6rIAL7YKzRVND595hmE34Q60qh/2zbKrgEOrGpriZ SV6O/oYyT22phSXUZG7+92jDmplZDGxvq515o5hjqLVyuTHPMojiMWTxqbAFkBzfuHGs7vGiWt+x TNKZg8m1WbksMZPK6nKk+Wr+lz6X+dtqxV6Zpiy0amVHiXLLpe2dhSjjFVCM958euAoCHBcq6fxD 1jrVbf0ME6UilCpncBJtKohg9rio+OPfbROwainyWvquc4im1Bjfi552zqmCQpIsXfZkveIA2M7+ ycDbooBeNV2rLFlFoRJZw4bs1B2Rkje/IQFL69JAAg/XpdCf5BLzokXPnaNAUb8K9FiKQ2VbiMNa yM0zFuOpoVvFQD6SBHJh+RKqsWNX8T2BYA9f3yMvqROPgXVj1aSQp0o3C5qTU07fivlcy++Jodai xgl9wWHlLVXyH2dVIpX1ISFa+pRLhHOxGAal90kZgcITzZ4OEZieYV4OIxtwTLIHOkzJh2YUxSDa gwrTc7B0kdG2h450skCahIFp5+pLEzrzzyQxp6NUrIOY/Fdbr4AobMygdKp469Dp4MAMTY2DU8fM 4/VSFGxoB9SJqW0pVvb1SivpEC1Nc5M+/Mw1RavDrpq6qWNLNM51DCGPZGDnkwli7wq0FWMSj8ra DnW4TYWwrB2N9BkldKy0R6MkVxLnIlDd6DeAAPepLZouV/MNSNbQZg42rkRNlP3XlmgBjGmyMwhW 5AajBdriQYx9F7bTiy8UktGDjOrRKss2t9p4o/MlRft+E0xhDKve6zJY3x4LI7VIICLDSGNwAp9Z cJWmX7GCZJHCljuMjVXtMZG8ofmN/INJMRd13EiW7rf4ptxtIyoi+2vHzUL+Vd17/o68esQYkkZx F50VglQvJ/f1lw+MvCSZGdjz8TgwkiyeKOtSQCGVsQdngDdjjLFrvfI6vUCamq8DhlqIGz+B1NmB ST4Bmuk8Msg07/UkXmBt7OiSlfK3jBZPlojVBHCd8hFnU9Adg4BwqgLVgJeJhzNVp0bNpVnphKCP a/Q8XwujLuZp83uuUh6pzxIw/iD/UNwGv8ssIu3MtvhxpK0hwLeW/5eftDpg7A5XCguCkyQZHZxB S7RpIxT6grlmre7mjOADB0GtMCESFUHaROk6hNVaq3QLeSJ9Vd8ylizewoJjQaU+WIHnpk6058Kl yITKGMoVi26GggwsOLiRw+yWfLfsqJwZGBmtd1iZJFtzZQ5QiMGLcoT8Fxew3biYIW+K+KI3ntnv 4MmkQx2Vzs3MOeay3M43FYcYWozFkiUYG1uo65SvAA9LsT6feibLxLz7dPVHJOX48s1QL4xaenAA 6FrsQDUPXDKMH7KCXH19hS6mg3nFktfa9UhBFDqSGiOq48Hf+ZDHRFkhnq6kA1Y2Oc/M43C7KVk2 hxrzHdQKA+bqIq3urQLKusxyTlUIOk6GlCDBQocNZTOEky0zmSbSt4Te+Y7eopMK24JhLpDJvlPq tjZYB5/9r3LMFiIK0C2nFVnlZV4bITMr2HJn/0qz1kSRm8Bb3ZsqSlZOYUXJcSO3COfw6sRfLOJs 85+MBmbXDhhrrPEJK3czK/cazY3UJfOEcEbMXXTa2ef3/5DgOgiu6IS5zZPITeYabLJLFphwX+KT RDhPrsi5pNyWdXppg8ZpncbucVidZHG45dLzyxxHr3vikE3jh+qp5qk3mKed9/vTir4milcMusND HWLIyWAoHqEZBLT37DMq/XWOrkyG34NID2NHE5Ezdo7ICu3vc9Yr9z+uurUWz1nmfNFmXlj9iTEg 6GHy6drjNSvxhBtvP5/Ls27f3YQtfcICA3tVEBp8r1UcwzJZn9/joRMAbnbI+dLJMKznsomDr859 QlGSdo6k+n0uv+Dpcm6901NLOQQZzyQCgGDLut2xs1AtZ9QP1r0lfOOhRT5jknNZTPmFEVlk0bZD sfI3zpzSIrrYkJdPZgb5FcrZB0yB75VXaI7WEsTOGkWU+9TJFecZCokjEffEU43bDj7AAouExYsX Vrju11AZ9wpgqScOi5J6yoRkrRiJq0hKnFxNnXSNDpsRCCsUpmw0vO8CKDmEJ2HmzNN2FNbIhr9I 6zPhYVJRa6e++1jauwAWPhonk3zx38XQjWrjZAv7CabTYkU+Ktrr2mwF6P63QpJPL/qnU3Xv/4HS x3rdGv+E3+mL1ANFxu+4Ne2KQpOkXp+0Atry9ZlhB0SQwST6kpHevXYKgXgPPW6FJuMLOk3v2EuK kN+DRNLKX/luqXDzS/Djd5xhFLhYOjLOQrks2jS3kwI24XXir/Lwj8uywF5N4wp7yJ+UtmVJPQjg PuqzqfwAofigLR/vIZu+QCPe0WNaQXyQF5fddui6Bn7W2a5MbsT4S2dbOqxeXtk9KPByh6NFovI6 hl8GbFbRiTgIdMlhNEZMjPBkZZGvQimz52tz/VDmqWYC/T5/r5o7BqRDiN65elVM2Qu2djorQnEe DP4fOeARwRKSoozrK2F6rbrAAa+eE0MAX0xLYeSSH0muf8zwen8WWtABeKJsha9eruWrzMKYUrYN kcFaHkMof7QIGYb4TxmUr0cmsrAJUOEAK8q2/IHe6kIBrRVmDVIFzIx5HOBsSf6GnbUCILP0Gdox kypVGAisuLD8zZpV0+aHgBXcSRAF/17s+e4hrNQz5oi6NEd8iCF7qzYzNgE8oVOhEhVYA3UzAmlC L4qpkpImYTK8RX4SY9fkWCyDl0xscqeWZfuo7t2PBcCHWLFIhUJgzKP7NNxrvbcGqkPbqiLyolj8 BBQJ6VTCJZk5Vt+qMkWwPNeC211NCaRh5LLn+0wpqZrQU9PCd1uulGFaAHBUVP3Nj1vU9tBSzkRj Rr0R0i3VC4tozwdjMkOWYiHPB0xJnutxlLfYITK+s3OpmfG42kIk6DaiEePCruEwF2AQ5vuB3Hh/ bluqnCEMs6BOjFtN5pmMSrnHHMkE+rs/4dQpionJRVKXLyIIqRS5b5hx2Vft/VZEJsFRoRIgE5o9 /9rhMQdCxBKMcxfixqV4plBX/2RiOlppY6qCxrZc8ztsVpAgoyIlbNvTz7bgw8gsejXK+j0LlO25 SATSsFTcACAshVyoAsnPQzpkMKS/U/+Zg1+L414IYMWe64kYs3GEf2V89XlOM46mgNE5f8yRoqOH +iVZhqPPLgW2GOZqf7epVw5PAQiOfM6HlIIixEBi910bkT6xutGBW9IpBSX60NBriWMmlPoSk1nc hpvpnuuYRmwhYm4nIanx9BuMspX4XPRqG5kcDOzFTUcW6M75ANArwV00WL5RmCh2oYPiFSqyi+cO YAtw+6v8FsSM7xDypMjQoApSgn59LkMeC0+RbAikemy2rgXh8ETPigqXkwE6aYwnwOBiYkiFT9ze H0Igf5rs7V7dy5v5Bxd9wAafcg7CQqELtiVxbM3ktg2M72MMb4VUouudTmcDWUsi8V3dFsgfxVMw K5ISXJpJr9sNoXIGcy+sAZhymErKLFhoYM7pMzssxy+IQG1mYVnKaMW8JX0ZZQunce8htcQY8hME g420UQlKahmmwQz5xKyA8jnKWoaYyHckv/yhUcKBZ3VhYjXSqvvB4TtEWqQv1dwRWUwzqxfPko7s wxi5HNoTgAhVBwYO2fOqHx8WnTMAGZ3fEKCA8zvSL9JWEGOvZUPQavmZNOe7Eiz28czbhOowQ0Ww BUqNCakGr8UAExrw2v9cCuC5xl5cE8T6cniTfyjOsRa4C21jPSwwiwI/MaK8NCsG4pibxYcuMObR 7DzJFMl1gmdXteKKl6PHQ3PRmx6AUG9QeUpGe/qGvsEEztTV+FIBClrcQVe7KvhSlMyv5EAsF0uQ X5MB53Ko1IETIXUhB+kaE6ixFummN/m3uoAMg/VpDAzdGEgiZtAW/EypY9SSm5iJE0CzzXmzhZfy sZLDnnR1aCmZMreOZ5fZGZ/NSY1xxF1TOrIOW+pRJn0kaCgNyplkKfI/kk1j8HJsyOo8OkrxwgsN aRRo8kVfzQvqXqXL6AzBcA8+SNVkz1ZRXMNi9g4Zf3Av6XDy7rZ+x+dc3krpZ6aZcmJLP+AhnURS 43FCJ81kmCw+5CM6uq1kI3XdQy9b9iL3PIw0qXQSuFwfJMxPVkhNYj05YoV0AmP85wrixwGEY2YB KteTiflTqEHo3gmByZbzB1dzYZbq8UBwwbMAMlZTZoNuSeNTnhzEwwnHkMy9ZvypDEyGASRj7J6E pKBGUGxj9CIVmvnVeELe06VKv7lfmGIlh8BKAHz1Bc1FQsaKpiwLdG8a6kw+Vlg5xCt7cwfxul8V qX5YDm4YnkWjzr/cINhRxgbPiO3f8HgCzWZsGEA1jL68M4T66xcZgMn2ouC9v9CfgIHOpRZDbTnp UVlQ5phN52TbaGJZ9bF0wE73vlBbt68I3DGDOmC3Nxt0TpLbFKzHb5/OUm1UNVcnya8mdNpZc05z iuF2zIDd1TRzPObjV0oLpDBwmoG14lojA68naYtPqmNv0wKdWIZbZtueYGc2CNSv9XMQUnsPYvXl umjVtzYoHV9BxI+9wkFob1rH0a+w6piFWVC1hCnyig7AXx3LtOXpl07Ut519//j9dd0Hu6jXrx2z 6Qi91X5sy+5YrF9/ByqYNjLB15lsjA82Wji50padwwcVF/HNvl6nRJwdwUpD4dnHN3vdoRdCRCMC QsyvNkcdfflyOEhrtNP/HVw30IEf7ECO1GhEoQKbsPf20TF6lHTA3T/fd+8300ft5CqEPRfQyfqa jMRhg9UxFRRbihCdtCcsV5ygudsN9qRAO7pY63C1Q/ioa9fX6vyrNeqjQglD2lm2jY4ioMC0XNv7 /WLr137u+qimTp+gtGNVtoPtH28b1MrbDC0yKM2AtQFd2zRWyx0AhRoRlxiL/2lpgkv3ILFucHm4 40zVB+UIMbx/6JpiJHFsLz3ma2TTB4pFGG7vzBhkHeslnC7dOlXjXzQSB8k6hc58YGGTWsp6tVvd 6qxnvd127hNvoQp3yL8uMZV0m9BXIrHFOrKGOjXKKQhsSIL/ZlQKJcJB2HZbQY45sB3etJ48VyCU FYnDEp1+Xcf6/SY4Ml6uxR3+DRAxpbKXIzGQdykrR39J2kwSAwEs7qKU+02sWIobbem6vFPTOZg8 iYtA9Ogriy5d6i0i5Fxahz/5EB4yY+fJYkOssSTaeKTM1gC/WqyGPIYXf3A62u3BMXiMBajV0dl+ gZ4zHL1kOCcGUaZvRnzOgWGvyZ3x6OANb+bK6yqFvDJ47Uc6kmdKzg4E6WWMIO74Uz5g3YJhA0mM HiY1J4BeODJ8Fvzc/XoSSuBQthC9+JCPj2fFDfGi3EwIknqUlsVQMop2lUZCJ760SEjCI8Qli5Lw NsfntPlxV0HKGxdJi+D+l7khRhjA5QqBh2KXliABfvAhNU/ggkyvpDGTL701bYGfRoiYZUiSOePq nAgeYvKSijIF2WkphHjTqVzIi7C99N53fC8/hockqsBLEUX8sBLKpKZYDpW6vnGg0KpPiRsdF//0 6gYB3NNhJ5q7veO+orA4ib3lO5q4hULVIgglAPUR6zOux+tUrrjvKTo5gOvYAvXWKm0zUdJEyQ3V 9MZw/CxUgyz8xtmYCbHivL/28FyVfMajWkaYvvzBum6s9dnyeko12/UUE1avlOuQsxEkXnxuhyLp iKkttwWhxRgXnP1oVMlYV1u3sO4vDHtAL+FKoJKGVMdd3UpAgO07PGNMwKQfy/eQh5p+kf1hRPVY tKd1Erv6Z0tklnTJW0owjEzRWgtD43eLyxsBKHN5sMfnsJPKug8cXbaf3j+JpqZTCwHkWcvuroaV lstP0vgoYlkaBVFaqgfPDu6r18rBYMQ0YQvDSp2STIDlq2MdVi/tRB/NZn9Qz2OAQMou4bfkn2CJ yw3JRFbDE2b3KalfOTAGVt5sNIPdM6dWhZ0+G2PPnzASpsPJyOTzNa6wlJoO7IWlCJOOexYoqkn4 TG6+3GN5AlPiPESCwppNQRe5KR6+DcTBhk6m5z5f5K8Jbd4VyJwrg/RG5iRzhgIRahZumWYVUb5J XHTX2rzT9Rx4Pm8obSExt9Ai3mODmOIoqFQKyp0Rkk7AanG1cMylcGo9McVJlpDMPZb8OHnlT9mQ vAFKv3yemF74KeT5vPC4EeUic6EFWjA8MCaw57fjQr7yQ6pQ4geBhVbxGDfg2uk1mWHjBPSSkzKT kh3jcM8htvlw/T0oFtZlHV33QdZhw1YGhMYyHdfwdYKIP+VdsMDpMhnwe0ouP160bcUFcwfCYJ0Q QPGX0RVLzEjChnlOxzJldsIogUSUgng4v395Xg9V0xHQtyds8xoJ/rgOUsvAvZmQmFyTjPUd1iXk WO9XKROpdYrTtc3rKcKiZyG/wMOB9wAR7M2VJKQh63RpEGBc3LYFkI4V5rIOq8l1uG9S3WHdUiHD xBj/0n/1cvDAWWohJUsu1HC5WaCoECA7qMMmfcJeZRFB9BxQyuHTTuykQ+Jkr8xmiQ4SF0Kd0r8u oOTg3YYWm2JvbpWO1JdO6QJMv4tGrN1AVo8+dueQ7FRESKpCWhDkzdw2qtpHXDacPTLxvJHqcnaK AYY4aZe119wu3AnudeH0sZcAlfMIfJYlXHhhjpjvyx/lC0V/FJeNZHd1QtYnL2gGLXIAKbcS1EQ7 DqSEwTgwfShjhBJu4xViRF4/MmehxKSZfOYBQdrKF7suLYlwjE8jLSEclfwElv/ShsK43ogCViRR ReIjTfvctdCtBdVOY5NpumUZUxIiaBQLnmVZJsRMAOILWYVPbfP8nqttMXSiAGxPtsHNKuTWO4uB 6sH9ZlrM0OV+fHieHIC8GY66Z5JeDYq53LxrfScxeF1Buk15Do4Rg2m4byzFoauv+RdpYNXeEvAc F+Dp3dZI83M1lH3dfqKS5SEqx5KT7sYsOQXjVk2UiXqNCfxpO20uU03MDJbooZB44hsFL6Yc8e3E fMQglUWB0AS44UysIAuStXwfYjW0EJutmIKy2QtBssr4ijn+GMnZYFhykE0HAUvf7rjdLJFpnLUW JCt+edrWykBKD5M6bOp3tbajEeldfhie7A63wnDvpuZGztMC+UAESh54dMqid2oklFZucno1LgAB IJfDI5Xg+slhYlruCXU8Uj+5XB869tuR3XxxZ4SdwuUGeXtecGMqYPP0Ma/i2DjCMNd1WFVd/lRH QyyB5nkBQ0gSV1vu+Y4ei64PWdjP/1XDFrYqmTru6+QPcm+qSJDDy8/sktRdUozlmT0V4mMei8YW MuKwiFUaH0I9pEkTyIIxTEBpCmMpOifPHGmGTJMyUvJjkld55uIslqbtWXGGIrk8ZjgnA0h2R+ko ATlXnpWod6m3CtCr3mkMvv+P1NIuS2cYJE7QnHiyy05TRuMSOi6Hid/yg6nTRExRYIjMtvxKHgGT 5lAWYqf/tC4FjkC/1cWpykhvHT1t2PxxlUjKh43cTnHWLRdf+r4/+RMnwGPWax3yW82UxhMOzyIp TLDYQmdcyakykzI+kFQicMsLkT1KZ4apOneXawCe+4JKbgx+fmsaL9BP+aLubiYReZyRuEYwfvIe fU90aTIK20/nupmU1DpXYELHfde740xMp/ZFFjQHt0xVWotdGLKSzXKCTp07KW55e2xus6yQY7t5 fUBT5absUxkAaynpqfXMrVppa6AwkVsgq0oNMFFg4F5xJ4hVp/L46kia62Y5bCRwCCCbkk/SvoMH 4H7tgcK4I/FGK5DJmg+vWUgqoJXNckt4jsaHAqiX8yr8cpEGgDEhrqZMALV6mpZromBgd/wVe62L xy7Z76YXFgu5QnyRK6xgOC66QsesnpWUYaXyGNyqJdhwJmXORLGcTlbwarYXh5IaHHJjlvOhxQgu pVh0U8PGpzhDdxuAT8VfHB2eeKCcqCLDJTrYWmbDFTZdxGGaA0PIcUWmA02jgn+QicURYioZkJ9f K1o4T/pR8E2L/GlFzep8fqWhSq7+tSiPhFKR6iIVGq2qJgqfcOlFKAqsdkyDlyg3rxqt3RFJgqM7 CskqNWplHWdPUqwKmLRUqaU+w/nOz1h4GwRmhhPVcsnOGsmTepMdeDNN6eyfOOAfPNJk7ipusHBF bsexVpjSKbSoDYvaWA09kHoraKzGKjWvqUizUAztiha6W5ZGo3HY7hIpuL2L0VhpaIlcQDhsp6AB isEKTQVfm23jFchOC5wOvPrU7E7A+M9MCkMEEIvUsccyNEkO3G+B4C8hl1XiGe1VvybJZGkobezk AyXvqWQjXHRwzht0gQUkKOitt0M2eh2oBhCrg6e9kFap9HMqXhT6hnlu1RLpSzOjfRqFDcGWBb2I wlS7tcK0vGjCAsnvtKgoILXCQQofbVDN2PykddheCc+OUpXhxyLYFzA9L5AHK+9kbH2ugN2mtsWy SSpnmPFMrM8GFi++XjSTEZgDX26Vn837lGllmxp3ZA9gts0jr/b1a5mDZKYIJLSbr1GcR6gwIQX+ vld/M+8OiDK0WfQjYvTqButjBko/PK3JG8iqqrPLK9S0goJ4fQqMVK/n6xYawbdaD4GWURTEzSxv gIgHlRz3LZTLDdzWLW9wWVOzRHhnYtsEhJOnRDWyP35LMSQmdZP7fgQ1Iy6GgynxUn4iQZE/9BSr 9AWGg1bJDCM4FdlDHYQCmcmCthAGCAlXEPN9SaCkze3FfNe5+lLB93sP45TVKu7ayeB+G8Rbirf+ esCsObDpyzWkjRYmGsKLaXCAkkULr5Ym99ZEb08XFv4L7hguflvCxIJCHGhrB4FYR8cMRILgnkNO 9bJxqERPuPfX5TwEZ8V4IJ/lQCA8aAdEqWgHk7Ka1Nnsnp7MAAviah6mQC8Yp3KMBsrPzusI8AVU YAuqGw5JgKw0Xc+H0bfTAnWVS6I5KGUaftZRYstcLC+j5agFxxy52jyGvdEQY5p8vvW18vzihkls iSkL+/tmOk4QiDqVIczbupPzTvmBOW6BQ649JnoiJZdROBPQ5k/n9NC75hhkWHCvucj+BerG4qGT G04FMEO+qYKo4D0/ZblM+4X3KHQy/TyDK6bzU9ZxgTh6aSrc8uM8RK/gAzdVpEixhVmxu5KMDQ/B +Cv/kaoRbU5wY2I5naicyA2WSjM96JObDIEc0wI3U9ZM2BUIt22NhTndubBiuSX2Nzb7BcPLJWoG UrminyBnoRICc8YGftLlpECPiyk5TEsUmqlzwZUzh/ASALLqHDgAYhSPps9PQ9KKvKTVay6Xtchf xOIOXOFAymR0/jKZUXufYjm/9XINgZ5ck+QgofsxreTSddNjQMzBVY4Lq+IiDNFoSvd89uJ38RkC 1KwmbuwRsUuqMbzYVLjuVBX6XPdDjoIJCQWVcxEYxNLka9Wt0BtLMZGAe7LHP7Etao8+WLlSGn6Z MLQBDSvXivjygf4kLAMxCPxkAZO1aR06YjYCEkV3SWc16gttJ1NNrRFCHCyonXTL0lZzWQflBvbj e6/fpAl0w/BlKTO7+OnhmW0KEKW4bjizVPcXH8VgSUVJNMWEE6RBtlz5zEKhf1zc4ZzibDGa7qVO h7HhicS0OtrDNQxzNzJVWWBROr+ZbabN4l2sccmVtmZIp8zSCyU2pqElpqkigJY6w+DBtHiNYlng OxeXqfvc9+uRLWgVoT2XYdHa4dwONYeY2ZkeHxCVpDg7yGQhWKqACHrgHz+E/qViWUbHfWdNPvg9 i2kjf/xHR6RSeVPig+LBX5/94Xv5HEyMXFypgqOEVLpn2INatIAbIov4bV113QD6l4eRNGSjwBrM A2BmakJRIwOm8s8wLVdJIXASXeU0TYMY1ECsVuq7C2Ge53ChMyvK9jg8GeNgdhrphOgyg4Vw2lTP M5dbbqCSiQZcFSySQzEMkoIjBP1ZnMq48sYZppvVAts2hVRX4y3fVZOL0xYOAwcSDpSWgFsN64gP FVVIkBY8eb1hiN3iKsK4pEVhnEM/5GKwbDcsKCD42QmGUAw6J9yFjel2V1qJcuQjMK1nEzq5woSz DUpGaKzUJsklsHjbqTvcQzvo5T7gwyK3ES2RXTiz/UNqiS9jtVo1rJ9t8ipS8y1AlDIWQU2qlLdg QrIQMfmEazUlMS0fdJobOK4Oy648oc/uyzj8b4DEThYh/E1tGJFsKbPtu7TKCsDPDuUVGGdi5SEU sgeIxPuitufpMk3LIGvSaQ8oscROi40Iv1XOScDjUilCihjK0ULboQSmzK/nVNEO54z70AJQyyaT fPgCYveox2wZktkyhed4KXcJGb689ix8IRB2y7LSUuJgIDaORYdsYiEAmFVGxSl6UAOhIHFYLaXJ o87WDUgxEOh4T12f8hNCSxDa44jJRUCUYONOJ+GsuSkohm/RvrWOwm9sR8yojxqxx47McJdJBpku dbgLInQjH5WC+b+7fUcCKCb7QgFTDKBpqR/DpCbF5lbCGQu7WwK0fkuhJYAdS4MIbwbzzCrFq29O RZCJCRVH7nCSZWJdKde3Qju3KaaCqfTh34MM4kL+g7RSbQaijdYqxTRz3BNBowsvEGJaESNkWB/e WGQE2EqmfVwgz+w8lvHyQZ9bu2dFizqhXr0sGIFaS7+eJ/95qm4iKW7iV9zLhweOFaTF+USeCqPi jIHZWhobJ6GLzxasTmzHl4qbihEhyTRyl5lNKoQsIkONWK2AhE9dxLQa3E7T+VyAg3RSoEcIx7he Zw2alcgTWTlxJgJlV4jEsNxgHh1mcZLa9pHryqMSCQXloET8tTrVaPGs25CUX4AhtDXK73npTNhv PBCT4I3ZGX74Nytmkdn6zsMEu7M/WMRL+G81l2SqfqsSr5fjyYqc4Ol1PN5tpEPcASFgbZSwX7Wb twh2OKcvpJMIqQUBqR+uvqotbIJmbzVilg4r7yAKWtfNdt3Ss9897qnw2mv19Ip+IWAuqLXRbW52 nmsvPQpZf51fcgAqxAzqVxmmNLQeOFiqRcVoL0Gyz7YyUNP402GnEHLdOTLV2fu3M2Dqx+vHX23u dhvh/7MDYA481Yj25opzAKqfvYKpjnmt7jZt92oLReSvyNvmpr9hErUt1Mkup7mQ0c4b6jsAI05V 2MoCg9PLQTa2zb62+VR4vZLRCHe81IXQkV1te7/7VelbzbjdVAsEtRq2V7JYo3NHfVZCEiAYZPGL XV6gamXEyKIVveiCJTZwrUTQb/C2SCX2GvHbR8Dv75/OwtGpNifIFJUUOKnYPrCs6UGrtycHqFoH YBhWzqMxeYBT8e/lqD4UkYlSDGibnXJV9YdwoKhg0aXjZz5Ggvm9BIN/x5v6Eq23eEVxfTpK37rZ RHSDzOolJL3MNhNgdJwU3q8pSkZGOT1Y3WEwYzs7tuwJB9jdSvPMC5WsK6vZa4o4wWoK1JReFOYt UGSxg1AQL/xweSaKSjZYi5UtPcdM+3Gjx4wFbhYvcmmzGuJD7kLCX2pnbvEk/1x/v7w6h88R8JgR nofJY5xzJBw/lHJqcIUwj9CXLkG6EgwftvnI8/BKMAWqBE/uBLES8vxjbp3vaVHDYCJ+mW+yYlAI 5B91pfLdDS6ZkbWGIRZ1Mhs3yn/macqh6hhbPhrbC6Q8YnSaBmz/NsUC6TZwVoysuFC498AF6vKG Mklg2idCNFZPqwOVOkVg253AUQwKJ9tfQly6QrgqYktToTwdPFmD0wh51qzw+4lFEKGCNPbzlgAm hYWQ3u4ITO0LOXMRkhZAITeLljy8+FjiYQlkqSPSPIvQMZIgvmJxPpg9klRLSmaYLOse7mBCPeWD Bifwpm9GWo617hRHKTjMqb6F68/gM6NpFnilRWzE0vs1xZ5qUagSvBMOKKFBHH2oEx9pJFABOcxw mEmVVsQHihUoKlKD1YwiCW4kRWXt4124OWMxq24h3Zd5QSDNLlRKKYtFSZHm1/ICvxYZBSilpJwV 1SWtWnvUL1KMiQlpXbFRJhB1kQB6JUx64pZLqVlup1ZaCWrN0vSldiIEscRWpv0RzoNTIHKQ+JRO a/QxHSiXoyq0MTOFOeVoj5XY+ER7T60Nc3yAFMGCmQ8yURePq3akJLbnkDl5fIAAKmpeWurdERc3 8QPaWJcTqikKhgZmU9CykzgcdfppzphblSQ0WwrA/lIG02FY8M18HJhudAae2Dk9d9erzOXu9/jc 2jn1JvuVm+TD6YoDxbGOlubuqhDzuASctrSc650eyUVbkLpmB7E6Ko6zSjIL3phkphpEAKJE5S9l 46Tnjy2VOTkcoNKjs9f5IhZbCT7e0KLCUimWv62IM3SJJeaypjst1gxGa3pkx5MEZTzs+XYWxbQE YJlPka9mKVbXDkN73/bM3gDkGiQlBF5jh+zcrvwXwl1Ec3MhQ9rtp/sVp9qdkhGZmCpBQ1vYx3qv lSTFS6KPbw8nc/8BMeVxt5TJMK6jvAoFBTJNvEXGdrtSaGBRlFqyXKSVqS4URFVZLMuLhE4WYS1j GA3w2zeHphcNI75FKx9lm72WdntqJBFwwkN6wYWyT9By4NJ7J5N5LYUkdrNY95leuhxcNl5d5KI8 tHoGmMJZAs7ZSVzVJp1HZTDzd352kxCrlavUAli+3XdsAYSHzLvh6hLvrU2F+NXFpoy7ZDdy8u3M Xr0mdWes9BCjoj6V9uEBIbeUNjEbWgKgM1dnq1TQoLcgZ4H61bzEETFfHL9SciE6uBkOz7Gw5h6x +xkrhsoWw1O9I+QwnzyUn10v0MSMCg1Ru1uBnkCijA4UFhMfN1GJVtuFmhfUOJXgQdDIXL+5WO8R uVCz/nqJi19FmfHmJmQr70zBtDoJ4MxLCdp5Z6zOnsdqBRKAIns8xU+YFBoV3mEKycO66TOWQhGV 7estXMFomlYL94Tm2gCmKP5ywoFQpBaj65nq1dMWCQKRRRCN6SFW3oDEl8ZQGYBopi5badC0wvd6 wC4JqmcFH3xN32AyzCNHPYXhtMc9Bh7TEZUWxU9cj+GuqSpLKkSu+Bj/igu+2HInYym90Oxi933j bTQSIwaqw6zfr5HiD2R4XaA8w5vzTw6aOIwd/6jZoIuVyY/Co1BeNpdL1RI60fTIcDsFXApqOQFu pXjntqEoatXyrLxRtDaGq8x7omUt0iJunA8lGwg1Afql8BgSCtYq59TChVLKshRaSm6EGNjyNACS AGRDtT6zpMUtCWJMTZ/TV4ZQNlo+AKdQWoKR8RlrTA3M4ZrJ5rFzA2TnojdLNhybHECiGkB8Kk/8 mqQQWZrHb5gU/vjnU7lQUgJ8Gzp18HY9MTAbVPndT8A7cmaDuUPW6DWHFoHgjp/sXZVviW0PwRqh BfjIohj4I/OjW2WSQyaOILykqGSXj/BmnszKuvMnC7o5QJunxYQIiFFMMJZGIdhtFmCUMyQsDo/S f0vEK+xHE3CYQMly4RGtaZOJkWK6bzED/BT6cyZI5Rvq1hlMRXV60EBESMFlwPVU8IGWu8ur1rDA 63jMcvSX5hl8IuHOlSPZfM8hGgVg2BHm2j9JmaXbqJLVWzwBOsoAU719OR48sTFKLABTyXn+NIJT 9UexEOp5roycqZMvPmR6ueg0yvgozF0AA0MkGkyUcWbA2xLZblqPFdAyqWFKqAOTNbYasHo4pvSq DFCQ2WeMNTp3aih0/aw5hF1Ni8Nr6tRYmkM7jVudHtMBKX0ll16uwktyHMb1ihWcofNx1rMIeNNa Nb3MooTZDu+3DhZSrrZX1umKPBYtHPgzNYBDXymbkuQHJifz0w4w44VzIgZz5jDf8YL4YmBff5NH pU4N804YWy4EhPQabkSTVD8v53hM31zpmQX80lwKYmzoKYDOWmAc+GnXzJU3IxS8xTYLWYWqJZje wE8B/XHFj8zO+7spCf63zeRoR0+d+C+ZZkqVPP5JoDEzC0xmJC8KpIPWLDlHcjXptB1jeD9VBzRS 6yn6zFCtavm23mA9bY0gWpzwAGvP1D9JO/El9PxhjsM/TryQpesfF4dMMDv9Yh++DgxXvOcNkn3t kTumph7eF+dNfbjZ0ytGzVjiRPRNb9IuXEst/KGQ6XBzRS+foGJ422L+3QXM5idS7zxrPpehr1GH K7n90t5aAXGcS+MoiTJHHY0AGozBdMhiycEK+Mu+ypXCIN8QE4gKc4210TwrKETOb8CUq8BEFC7A 1bw9ASZRkBT25hoT3Gffbp0qWJfuQie/2iZXfpbecAvLAIlNlIYclDjJdGy/YBaGqCHT4UAqLYnR f8hK6/o+uDn9tAJDoJJXgaXSw4eD4z64gk5WKB3CyVTBQJ/5FNoF6fRNdJsEg16nNlcInJhGQzN/ sjDRs9p5jLXrPd0TJ0t+whK9hX6Qeo0MxSBt6PYzaXroZi+TMqmdUq3mzJGFUi7AU7W9yCntymz5 jX1bbGto5bvgMkDm7BkeGGqZA9tkbWoLcUw6zMZBJ4QhBzfvZ0B5qOBj/gxDFCeNwF7LuxpvYeHx tEIDSaW7qUQ2TiS9ocrgoUpgdIxnoKAGeHD7i8ewf5GDdeRQIDFL69rSWZmnkYgPa3wGNAZbiq9D 0ewtEsThdAevgM8Z9vW4tiooR5jGkzUXYmgMAcJKigRH3LKm9DiHlLWl9iVNZJGTfK2IgHO7M2y7 zTYhOqFQlLQ9rYgB6SfFzH+UXJuEcspTdYsn5Qkcj1SYFEwSiOJacV3Z2/yQopZFHxlPv1M888sR GH8ZIcqX6qKQ4t4LvjWmVBOwELdEXHpc4z0Pqg4tsataVLjlMFXioClnQQ+R5vJ8tW11F77tT5G1 OnUHkwBEkDqyfrXj2W31rtPgid4av7Uu5B71gdeR7DGb9R9U/Wp3lex5GFb7Wk5aW/z0znWSlf2S +/rKzkuVaOl0eeF/r9DvGwfgCa7yVuMaFE1dLW0luUK5IktW06f9sJZ+VHt0tU3OK/pbunK4tqyD WBiwjrFuQx0SaXD98+++7gooQ/yqWR74Oh6eG3Ioq+eCP/Xh4dO9cMEED9taQuXuqwVU4b57YAN6 VtdiXhNuwP3697G87yaos+3BYoiB2BuuayTXov8bhh4R1r7/9fUBXbzdfv2vE+6+zL73Tju7Xkke uj70lWF6CT05LpNW2oNhUwC7Ku0hWc8YK+U9mFIDQH0ZE9r46I3oinxJY50gXQjU9EC3bQ4Q1ohJ pCiI9FaJ82u/D5RWgL6FB7H11DG81k206GlYlPskmYTmqxWbGJdam+ysVVJLragcHAWa6WfNJUvX vOov9HhUZNYEc8fgyhOroDTak5V/oJEp1JMBVzcDDqjC/R5drxFWwaEBY638tnaln1qa2GEhgCsx WIey1w0/kVNLTbLNaqTUGB5BqbYvRTj2VbXUoTvjawgbXPPEu7VRQfdq0O196Yz3y2shKe/aovkN bztXoNVdYUQdhGPY2OtHOxy5AXiQ91nW6uXsLvBVHArBd5ulQ5LE13WydAbOcGKqH7JuVV1xOSo4 iSXJ6GH0QEGDT2n/gpp0eLLOi1Wwt4SgW6IhLyWY137vbqxjG/DiebHMrzwsiMDX0cQBMumpjTgg gOavTFo0zEkVFZFPtXDXHIn4gQNK2EwlaIL2lwskuheGyLpBymda3vTaK7xKYDtQ1RcTpiJ++K/v fQCK7/QPdYrvKqPt10h1QEhJWFDaQiCYSXLTI5sQLukDUAh38vww8jfCBM+zModb27xb9c2s1VLo IDZs5FThnxvhXa3lDmzHiCRlKJ3R3jQMhJtX01oTfYxh/tnTGF3PrZb9QtSUVL8BmQcZtVNW368W URL3q+hSG49d8+E5w/7PDtZuBQOhhunWslAajxivvMj4crhgGu5WjsG77m2nIY1tK5VmrfEnrJpq J7HWMRHwnExGmzFOtqsWI+ED35Qhx9KjoBqMoLq+kBHzU9QsXctxqgafogncuUGEtM8K4y60Q2dx OmywKT88VLZtNAg5f2+ZKITRB+R2MLZnW1IP2PaUay9DyGPnm+Cwb400sVMcmTDZ5KKtxbdBm6Oz 48zy/DVjy0yJsJY7aw+5npfYQOkEkQJNTdmQ5LpbZNuy2R1U16tHReys54DlaCEyDxv27S09i8Th iik3NYsxf+kVXuXGC3Bc797bQcGtIHjcfEckNJEjWDRArMJgIuPeEtu170aMd+6kh7lm47hVDy61 Mflje7Edxr1SA5W/rIbLE8kAu3389pyskTqNSSNFRRg8i/TkLmojS98bt0oF2iYrNIASE/Ph1LJ+ U18eUfpRXpFHoOe4nRFqYpRkIB9//IZpFDxDglVPoeJvG/8m0gTj+4PFVIHCh1RLVDjkpQB0kt5g Gm+hss0yGPDCPm7TSLoALgT6zEwtxEYgnMFzYaaZm2LjZ14Gh9U7kTonZ5W4qBs//A1eUmcW8EUr xKEEJBbBezFkabv14cqJMk5YtR0k5ypzViWEIeI6D1xPjIuVUtYTxhs1RMjP9cE8Z0k5Uq3GSPIi vIIjv8cKTIYZXHq0vG5aN0ZWq9T2QSyG8wBUJG9rDXAUZU3DGbaIUAtWZCmIwpaqozb6s9heYUEs PknwTSiEWCLHUElSXm23AiPiUHxQ6qCvTHhwavMB6xYIPOeqOT9LYCXqRmKdGlBiO83B/zWtrM5e pNHEo3bzwKxs2TXBsNNrPpni+G5lGj/z+RQ/rpL+SniExuGYUIT15QWu1LIgCXLHWKyD4SRFLwCj 4FRaSZghtpmbZ8a6bHBuDSBccTwCdcbhtLpvrs90Dh9DS+qZBFs4uXf+U5JTaVccG0kFZRdhQyMD 4lOq4G+SBDqvWYwsYuAvowECjnmtxsAn4WzLMkXKyZNlFldgzZmmvW2Jt61f5OQM00kK6VZXWo+c UqEimh2G7BuSKxBoO5fL9cCuCIExHCXvyLG88xN94qzaHubleJweLS9z8TkwXESpex6i6wKI7/bK WXbWZMdX+B1dCjE8Sy+a5BvKp5Kiq3MlckggsnHXfIQIVHqnUJiCGxaoS10P3aYjG0B/iym3vE2a t/2vtjXzz6ZRAILgTxKRP7SCGUcDKygXmmZgtQ/5bdqTmIAi6Jlq4kteeul6Kh1O89sUijlaE4ux mthidE9YZziFx/SI2vin71Zu5078tVBialbBBsKQTF6G01701qxNbIxoksOP3MJRxZ4PzduEAtwr BokAqu3WRU55oI+aVCm7/7B9uud6aWEvKpnV5EKLhpCP8xTGIsszwySLdgF60U5QhS2MFozoZzza XpVJ+Kz7Q7J4iN6x1+rYPebMXvLzYYwslXPOZaZl6fQcuGpZDZc8xQzI4my2fDhjqXyupF/Xgod1 UY3vqbf6xjU5tDgycu8LBN3pEWB6UZ6+wI5JWnmNC36iF56sVRv78iF1EXQPfG0lzsADi6hLpyny 8hktSzHKMTfA6zbTQmznrzqTbxR/DRAoAYq3cxnQ9BvJ1F/MOZyNHvTp9linZgGv2GDXzpZKvTJN kERqZh3cWhD0iW93SJ6rYViA5eJ4uG40F5558tp31nEFC3m/+FIyI5oUJcuZnRamA9Af+FqSeiou B6HfRoO5Gpu5TKydL8ZbMgdfLKxh9F6WG0AMLf+FT4bMIfP2GJipLQPB4zB2MbvjRYWeq1YhOAk2 JmcphmBd5YOQAlgNuoRsCAtgcYRMQMIP5DHAn+QY7RgWc+pw6v4JvB7FTTdDz2cqQAtljFmPdu5O dQ7z2HTVrDY8e43+mS3uIL5joSZhTPUdUEm8UFnjXe+73pWReE4J8aHOlLvmEm3HWvvgd/2sHjo0 p+abfckkb1j73fDX9Up1KAp+1f4ixqKzHrTJScFfsvGaQ7/6WKdrp8Aj8Pn9QsdKNgAiq9pSoUXg 2qSMxbsTvQjJhfrydd8ubdX01JInifQDveGwv8+Uc5zUYdRyBCwkrbuGpCZZx133DaJdIwFiWd+v Fl8ojVsQ0dyzQ5GlZgUGv1FazENI5Ldp1hOpCCAKemJcWyqzOVzCRHzK7TBGtESqK+mjx2+7ufZi egrLEhSEk14Jk72i2rTTQ6R9XZxDwwHoYSN9BiR96Ptecc7IXu5IhfTvfHr7soXRi4ZGuwG96PLj asAIPj8TYpawfavEQevoQFuorvo8zcxdrbtYezEe0AR8aCblnd+upzlJ19U/eHYAg/xIRWQn7NwF nWgPTpUseqfV1EZkAA9vIhzcEe21WprBVjcG2zNB9+ISJsOQaebGIAmgp2lAcT8zmwlzFibKiiFe eulPT9XxmUUdyEQmaQ2Y55JoKrV8AI8P2sP2xaxr9cPw8r32VgDYARLIkKNJs91cbI4ducQYUz6E 734tDSg14LGKw5IuV3meQhesxJ+ByEe4VmcmuxB0tGhy+8jKETkn0LMGJkqxWG3paGpCnynIIQj4 4ov0fw4wdYMIb5bmLnXO/Pk6V0zOgxifYwljXhR/ORXsJTTHGOJSEQ5MTDYv86bZ09s8wDroFDQl K3dPI3wvbQT5zWKWgX6SIiB/sKKv4rIaNSjXvmaYw42ciwuu1xZItG7jGCqKYgkLGUdGeCgViAYy SkmsmGX1elJ6mC1DPOcT0pYO83at8ng+bts3zcnHhvx02XRazXDy5TgD7ykzygs3wRQrUxwyfjhP ZhjPIJxiQU+MSNvxRvfbUBRm4jIKXMjWS1OFj85jxC98nzhcTC+TBbfPQ5cUCcf0nPJUgwmreYiq wtL9tD2cSju4faoDQkVH4TJuFfdZC4UBCtATweogCMEO+S+XAgAylWA5/NG2TTYPyFDubzuwAA9C qkUsVinB88mRqUma7mAIcorXDxWhpJAy9BhqlJUBp10VS8XCNTfhih9yNulJfcjkTQ0q2BXOa6NE pcxYXiKf9I921CzFzNomgGYeBVwTy16Ai0N4FeE0lgHiVQPcwja1exVlIw3r5LFlyxizwZKbahg4 wljiWrREMg5ipVmKgM8M8+PjtwxZw6Ic1a9E3CpeDZrxIpHclB/Kiip066ARDoAYXuFAFFVDwGXU eQOg60bDCMfqJejcNLAyp2SbX9LfTwTUTJ2ivsIEH02Mcf5pScfsFR2ra7oAXD2wirHq7rWrw2Tt oHpDJtaGAQCj65/1GfJQvrdzVMOHNiaUT+8XdazxcFsTiQg0lACFI0RXRpmLVYDVhZ9AISX0aOgk yfhc4hTJ1JdSQGqYp6uyMLpdAl5vlAd4e7c94XPY4pt9gwo1jZ4qOX/zmXE/K3DLx1SKyUQEycRp N/0fm2gIkS3h7TsjTICJk1RwyE+Gxh17xVbHdaxHQ4IYIraAmbZ8njuS+YOPzhxFrTwrCWOpj2ed /OkJ7p3GDK20Sf6jR08pgSsV3pS0he5lvFm0Xz2KKCIUyJirEECNOWHHCIFgFVwIQbd6riTyWA9/ RgT+jQcLItZMmnQu15chpOpmJgUwMCieu0jD/RKMbJPD9zfr1H+I5sSECQHLRriJVT2UpLMOzXM9 96eaMzb/gyQT07piB/Qzxo9nyPcEXIihiLgaCKGlGEYSU9gwV+YCgTSQVHM1sbhIBNC2V+JPGtiw 0gArAwttE2la9s4AzUWgtYkJG5GCGS1bvx/3O+qLa2sG1u3c2EySUsXZ+gQ+g4ilhlF7q6WraZyN M1QNAuZDImXVXDjadatXk2xXObKCmhtMgHdKo4ijIA3mSU5ws44C+jg5pDjjh4fhjGBq3FIJoolU jl/Ps6F7bomKu+sScdc2yaeVwCx2w+ft9cazlzqgy3ywOPJit1i4sBN7dc6rYdNQdHHOLRlTQCt/ 9XfM7HYqujaJRVOCJAegRSCqagZ/WyoR0N10gNIiNxhNxahXVRMi4yboaMnSQD45HseQHZN0hCc5 A3lsl1kGKZTEYFpKkkrXAr1+ezlJMkob4XTWBrz+pOensJlXTV/YFpjhkasoKqSO7UQQN/LzVBwM ZYrzHJeAQR8Cagrdsyw9mp/Mu54OecEnnazjJGTaKAEuHWZdCzFg4TCWetUJtKWR8M8PY9euJ2Xc y8j9x/yzSqipSTBWRI5TBBkNU63ZgywionE7DJNs9AY89aHj+X/OrFCfMQHpn/KlAnquz7mUeJ0X sKSlaI/gy4igkf5hWZoPmP0ReLcPkq/MtWKjW7DFuXmKpgMiFfcBZR0DIJPlRbE81RoJ0CxKzDhQ ZDYs5BT4iT2+jTRtNneOocyY2x89+tRhM7KBBawNFAeECgfppD5CMjXFB31t2Xgc8xfD02Q7F3iE Q+chXOz3Kx8VnY4guZnc8FBmSdnGFeAr9guFjwQLxrPTE3x4R0T4ExVxkllZS8nBrFyJISkwglx8 hhSAzkZS6/SjLMvTkTMS2JKSGoSXrRyN1vIpl8lEJUL6kjVFpRx7B04kvQb2U8qrEJcY0zTJba/p BcDXJRgux8ttS07rJlWK+tVzn+Vv0mWLgipt9mpibeqT8qVeK/hmyR2sbaRcMT2lUtCHvNXW7OIE 5j/MkesZS1DUrBBdTw/yDp9Uv+OS4r62TPyokLF4CUG+yT9oB7OFUGrF5O267L7zsD3x1TSMzS1N 8dIHYs9XMNLy8uQVV8+WDeU8o5MT898uSnpkfouWwZLsgrSrUy+ggOv8YGc8poG03nSPjAignvjg GAoVuos9RWK623SsuMEGkSIOESfL6Qu3lxOW7uDEXuCT+WgwzpDL6XJ6Njge1i0OzikZ41wC6Fkz WOmhtLFlU/KMxOIldXAqaMZw0GCAOosCiDCOjMnl1MojnSaQeZu6MJe/SGkNWFqZcU6bM4UYzN4x 0+qCg0cagIysfOkmVtGkpNNwE2CaKXI7YPaTxGidRiUusfQUlXpQIb/NX7pBfFVh5im5Og1Auupc FdQERBsUYPPrwbbAnBot6QgbRSWt2XB4zUOSNPSKYbRdtZjhEgyBulgRl/uvHVcU7S4QOYqIN9GH 8MEtLXAasituFHlRGnRA0loBvXPpWX108xWjxCL7NGg0KdfbJrUR61tZztzFydSqP2or+5g9+sd9 hs6Ulv+gJOQujcxMIxULqmJMW85pcBUlr24GnvVVicywmjr6JHoOoWk6ygaSkhtatL3LNcqcnAOE /yGFsAhKXTAm5tviRmyn01ZTl2AggeV2BjYTNTArxWXY9uo2XcOOrIkyizPu4vlsuQaslhSEXOxK ZbDRuPnsvC9YFtfRclTV7I76adtYqz6k+O4+mJYD2PS9gJte6Xg5XRlH6kRhsu5f75tJmawB7Tye Ds78Zk4PqDobAXSXpfI22JQSltWzNv0iAqiOAzAtVoBQfmH+lellhi7TR7MpsL9mL02VlmT1pU3y VjsgVdd9SpeygtI/93B1RnEaMrnK8t4CXdmdCFyjL9PhwTgg5OXZaHinTSILoqaUDBMWzJU2LukP J6C0gW1OhuV1CVoPCtrlojVCv7XzFqTgZlouk0Oub1omaSpqrRWoSraCCWopA6/LwGkQY+tkLMat kZ62d1Q007BIv+bM5wxyD2SAEHI3Jc8N+nTJ9Bq96afosFVwcipqTd2J1t0Og5acxu+jPYUh/pjl KiQb6qe2YSrCvAo11qA5cavGIwFxFVSHOk3uddBoYwjpoxKTEHrW3UYMqdWVj7kpP+sdF7Ere8eo qXnZWehGF8LHn7DZsmNgqt6bchjL4pKBPKE5XrxQiNdCDuPQdlV83JFvSt87+2uRWY98sKFmN9/o pZrMS+h/0Z1+fnb+c3boToLtdG7/1NKEay97QLAOmI637jjKMzC2FRAG3vv5+y7ZmvP4FkeSDaMU 7rXZ+9ZRp3e93/7ZN+ICYnpN4IuvVM02Y64VQHCA1xFuR3LBn39Yi/ytbwln1TAFvRfpJwYQYm7f R5AzTCqOTAMRF3DEy7vCO3fkUs1bskQ6wiwnNYu6SM1xRRNpPPtWco8MjKIUKLRMzP0ATz+wg/Uh h3+wqHO6xuSaCCsn1pMIn74vzJsVfYCq5j9ko5fh6B+GebZH4VO8jvUGdK8/xAG/sSnuomyQlqe6 i5siCluDBgDJ9wQyQRpomoE0GpK9uG8x6aL/IpzNcBDHM0ICPYyY1deBNBdW+GM/JceNE6I0W2AI zE7izoe62kFeipglemhCGxNXFXE2rWluEJiqgt0LNLcDaBydn5nn+ig2qyCZZO38cIvmJ3EyRwul GYgrtfP4ojgQm04LPQ8AaT4nsoy1eoHMIrXZfeZ5+75pphGvpCXAcIOZJpyFS0DxU5qUHc2rlk3P 0gCVK1YPEkqiLCIVCWyNkALYJUHcV+qMTz0LYe3QQAUrRjbZc+ksQlzg0mMKFwy37UzQnQg6YaWJ OXDs4N16viWrJ2U4b0cv/5EndacQVe7jl+KdKzYRTF4gSNx5trZashx5UQ+YUOE9a8PqaYXNJW4k neA3WpEbxzqm0UZxfE/W8Rrl/Q9xQEBpo42RmBOGvEE2nb5MWD1VY62ZUhYayrZR+g7oNiaBDBy1 z2YNbSGPdLBHuzOEzhKpFe9h2LR0V+NsaBElw8xAcrMVIsNFwwH5eW+XvSoNXZlwrgaVLcIw2lTz ktWOtDOLOMlIY0LuBV5lM8ApXmx8iBcsL/x5F1gjI68oBWtBrsk1PylHkxJH3jeGW9MQ5kJH4Wej PieSkqffKUjGzjn2x9ySYjm5j0FnEeUGyOG5sKj1ynloTOqA6Zki8Hm23kA4DwPhckWmOU1jE8BR nhQYQgDnqv3Ntkg52REE0eeLYwcZdaGsZWhzI/mDsgNSZkRoVR+lmzyl//ibMs5S+9JOjcQY+OVU lCShnMa6CgJeDAh9J+v6Tc3Ruxe0BoMv269sMSDdx0tYNVfuWYWNIIG+DL6HIMpaVAcNIwtPKUZv 3qDAbznsYoclS2UOvURDt2RAMotswQS2ls0b0wMyDmWp4ZCWF+CZgiQPkynV4SHAjtjxXrU7qub6 oGcTYn5lx0RNzuVkulKVObHle8+OVb/HYXyugjWRO9LH44L09fMPqydzJIhHZylghVjZYCmQO6/O V49BedyDErwhpthi/zGWl08cMHC13NIwaGgWDcOq1go+yox4lePd4JqlxhN0wKoJAIhtBuMpuUQU BkSxQ5IJyMc4ANT4WNNnh+p1S5pYvopxzaAfqCiZjGqQ65CUBPmYOnCY1iVu4+kXMii5ZYHoYSic sBA8rHxayOMF51xkYVmGRjKwIc03siAumlL4mV4uRQWOaKKxhbGamuJSje4RBorxQDRE+51Ei2Xk hYQSP/0cuMWf0v65R3SBqfFVrIEz+fqV8oe/HDAe1XpseAsSBD6Mb/iQ0F3ZJHViWDyK8bCuF9wu VWKIcfHZ4xD4Fmml/eun8cnV2sMNCbUpMVAgK9rXqEwGlreVRUvxM40wHnAoQTGJGHn4nwJUy7MJ l40H3QAzcwPpgctIS8lUd6uABJOymWwwPfG/WThY8GmJaQ/XWaVgobjM2TYDx+MM4dERlo7CshJ3 rdd9k4uAScrPHmrmjkwZDejCc56h0MYNhaLBsJM5QiNfaWg2XeuG6VX9gSuphEMeO6dJXsBwf6HP 3xn4hKXVUCDm1Tkn7SlE8W0Wg0BZCQzPlLInUd19ayZ23Waa8zzdNom2lP7mjfAfIpx8fb+LSFMk gQv1Kgm/9J6c0uUeCiupjpwSKMySgoYL93t0PhJCFxN8SUpkNZRsMGA5fDkbEcHRbo5ggcgFW0pC InS7TARWSCtGmVzAAT1ImnI+Y1E/LSGcl5IV5grHpPvyKvs1Fk7leHEkFhOTwN4DtlFXWrRct5CK a4lJJcjGNzgdIIIUlNQX3NIDL4PNvYW6Bz4pvDgHil5K1NK7YgylSHL0jVr1b2Jqi42emJtyWsUG AQpIxBRkqmRn+MtcXWpd1gWLAFiRVZks+8oWNbjae826e6MRXqG2PKFsO40Sxzl3LV8IZN4sgarW ewRtnhs6R8tbmgQP8+GQbXRII0y4C54igx3y2WZFc1aAD3XV8uQ5P/4E5LuJGjbwp9sFGc69INmO K3cxu+MuUOwOSoAVYXn2PGRU+2Mlfihf1JX2+0pcS9HrYXqdALUECWHmQZySodjnyc4cOmAoHrnC gfcOySkY3vg1lfJvJPgnNfZfEuJLZmzJhNvod2ysN9Luv5QMEFZm5bRJ8rm31Pbrs0eAAVOx9T7b 5UvSaUWTN+gydS6pHhRL8OyktfJJfW+txNanDk2RNPYrZFDj1JArWdJyubRUbZqQzxj/IvFC1DND 6XHFY6ldI6opQIJvukNj9RutDj7xtyzPMVU1yAf+KKo9sBmeTEIBDGWyWDehOtQYGERstTn/xXos kW3yJ0pmyYrf8654kxtxDz+crKhutR5COsAnUeaJClst4TgZo/OuQngwbLDnScLq1duwS9PNwA/M ALfMkOcjYvi6OicNAHvEtNnU6EmYsDc6AlklBLgU4smFxKA8jCUZbg09x0T6o1S3gdIAWOTVWHx0 WSnScgUu+r1uotUz2wpk8vUAv4AVurggGa6CQbLzcnUHmDviWCLg8NwS+yKGFoWx642gjPsOPqqg MGhZPLdi0ml1EHz/b1l8lToMoIff9LBKxEjzjKQVfK42CEGsFVz5Yxb1yOmZE/lVQmlhwHsVpX/i gXXWdOKiVSEPaaYtHmFPK2AVBypZ4FNASVYoRLrFJ6KUllJQZuyFkCFvb38QTnOoPQeGv7CkbDCj BZu3xN6daIWUA34pWZxpFV0URu1edSWe6av4qCE4jtI0H5gEaaIrb4xfPBQ45k574kGxLCHR9gZ7 63vWbZQ1RjwC+JnxEYEtzymlW/BIRjmKKWlTKA4rmm735nYsrqCb3mcA9QmmwErXTyFzsSnzGwqY vqjhTGVtkpRALaDx9PSnVVCacWU1PmvWjpvvL75MEzVaOnSQSNg9OUHjkr5kCE+iILzIZqpLOpHp 2+QLe1bB7z5b1QDNMHOaCOHgLPNQlNDguFWktoy6tyZSXfRiRMnaHkXvzGnVXGo356D2lyfE6alJ DEw9klplKuZWwFLLJ64AHLik13K4Yi58rFHigiPJGqh2vvwZ83ECaB4/75rvdgRxb9IzkBdN2oWO krWy/XJXyRu3MAeOg90MnzQq8kjfRUu7AmYMscTsAOu7mUHD33JzODhLkrGmpQoyEMtmoMz1Eqwv aklfZkw+5E2b2cnZBEL8BvLG41mGiXUEymH76JW/BV7AhiX35t+x14GEWBxueBuUGCsU5RVIEKNX +hsRSpRnkNc/NDUGGRuqUBATtp0UgIdNiWjWAqcIrhfkcl/MnifLTSzW977BPkMSjjHSMVKUyj0q QGCWbrjgd3/bveJg1lSKlfIeKYFQb4hab1GghIW0MqL8KdJ87y0aIQDnZSwxn7DrlEKMSdB3UEI3 xyLnp0hPBF5ZEffcKcGSHJT9RLIFczqGLcGgBpJy/IxiN1MF19pwELinSbGCXLoO585XDqqcKAbD DKrdHJYBjivCBxElcArQmwqS/8tTreI4Y5l4GcNN45c47KIx6Xk9vlQh88wIXAk1QRZc9gJ52uku 62OHRKZtbVia5ro2PTkanCsNowKNcMCRS0U0qiiH0R/c7IkmhXL4y+F9K2yYd2ocOBdLpeb09cAL llSftrP8YpAIVp8//Xx+Ku7DN2HzDy0+xZYfSOTTZZZCjtbOJ0PbkDjQMAgD7UwzFuIPAywLaASC 0AevlDowRJC97A9fJCg0FfC5CB/dB7SL+MlEOhHvcyZJGcRpHScQCExwLSYiJHOkFc2CjUbffGJS oCFYYYgpvj8JxxoDrZy5j5aNGWvphwH2u1M65LA5KXDORMmNFNh43aeXNiTYsBmlgBAg0icTDIjR HxdfQpzXNT+qgufV7lxTki4stycA81TORw4y7iU1fw2K8nTDULKXVLAFsvT7iypPMoCDuvam1eGf EUQSwqVejKPAmn8AVjgrQzucsaRQym2hlxKjnP/qPyvGTo56oTBDTBVpoUu+qco/XQObRFqqxY1V cPUuI9f9RY51UAc1s8e6SsHEabk0yJGM+EFPEiuAaW0BAEycBwNi1IHG9d3GR1twGDHLDMiUGoW/ JHNpWBpWmsQ0aIW9rSQQ8S6XVGVrcC7GkV0s+iIIS9EaShX3oN2fqSXL8gf6wMYPs8h5TpaGu7pC LKmkJ/ML4MN5Kk2T05a6vXQm31fQHUYL7O3Wwcpta6Zg0p70xMZuupKXADp0xrSJEDKhPRdYUIEW nP2UM48/CMFzvsAsaNRODDvxMVZmlVNBQskIYZ2x8zuMPT9ppdxR15QIEkplkauPkqJlMKvga3HX EyLCiTODI2+4tNqApwanjVKkBZTrj5mgCRSWgk2L0g1OATg4fuo/ZHrGZde5uJo2fp3hRJOBiEvl 8s6LelVVtd/zW0k2JSKUPnAX7UWY2G/tPviXIaS0KGlW0nIVN4JiKHSTGv7wKKaEvhfz5BsbG1+B w+XREm6tSZJNVBGHgzB01kS5WUlatbVSVHddlgKCDQYTO3eUFHjLni/QsobCaY7pzUpVSYP/xLGi JO7lFkhAT6yHGXHYs0VF0nCDbzhox4VPzLIOf4XMYmKGkIr1sh9xG8fpd/EK6fIiZ/mSpiFj42bH 40II/XdZuP0XyeNfTKMDXk2W0mkdtmsgnbNq+Z4sxJk6kxZVIULu3A91Lz+JjWr22E7KdVgbt/81 BY045x+iI99zen+ilz0XNqhbi2vhgzAxq5oM3AKcvKRDU4iqGSK97KQcpnlqL+SHniZiXsT0ZGdW 2OBJc2gd9ad2dVJ0OHvw0+X+6EmWQ+xXcPxb00zrW24A3cgKlOUcSQpYu/mnXWOitlJyl4PU3KtS SqNc0l/VVQAMi7AVa2t85ELhV9VZdmRgWc8OmYStS+7YsH6qbY76LItQ0bPiCDwf0ngQRQFzsJKO ZsAy8gSRVcXAWnPpWTsUMLrmJesEhu7hMa1pvaSOgr7Yq8IolQBXUhEL6S01Q4vOD4yIASfIZSum qaWVsDBTiu+AdCTDWVvIKFPwI0sJFp74zy3Le5epdXCDTMyEfyNrbWsblxKiub+mwqrzcnV5qEGc Nzy21IZLOh2yEgPTeC36tCiyXez/qEtqR8TdslaMirWsnEPDHZJIMiTQrnTZNDa4oMjBtFxrcaiv GyO32gsDPw8sXuVwGl3VF0zOs9iXH2eNTBIJYM08uMxQKlzSb+7I5bLX2FvemqKFXjwJqB9pOujM OpZJTbsiAJWOY/F1CWRZdAq4bhHsbEtN900vZGeNBQQ6kmxjSmY6AQKPLYC3YEpL6m5jzJiCKjwZ yFqLeeRaoP0ECxNBrnMIOZDYwa6iq/3omUPiCNPpkeeJEVJggXCdAGRDuvxNs6wODCxSyYSSrAnB 8TYi/9jjme7Vdt6jiFQqhruFSIiVrOS+UJmMRbQjC/Fd5DmZQxaEPqOYFKF66VmJG4kvU1hDZpUd jsuzvqSvyZ7Vs53zlVgN3XQd2xwmYoDP6hMtgdKtEMcKCYFritSQQxFfF9dKPNJ3xHNEMSf/s9JX bErMDPafK5q2Jw5X+Bkco5N8Zns9Tps79QCJWUQtWWEOM7R1i4H4C0dmku8r9cBJr5kiK4vYjfKH FhE2n8OTTwew3T4s5QA107CWNQ0kYgx2SMDHVLS1kJp6IAnIes5iV8X/cJ79l5hVPRLHHJ6fpoEY CvGE0pxwkh6Go6utN18Qb9OzBqWkrYyJ05hivb/UYfdwwMsjateF0+Qfu3Amcde4Yk0o39YcGIDU q9ldyVqS3Cwtsq7RBiggjWgQVNZEwV3DsMyM3FPbuJSc8YSMSzD8hUHWlYaDUxto1KYfJYz4IqxL hCLYX/9XgBEx9RC+jQqU/7LoMjHhnrP1K3ysLJmsj+EALTyBii3LD0rnKIToWce+PU78Ya25ZZpW JYg2TAvJUYS8nE78Nhe9kIktBGhW3igE66WbKA2PFmMxM0p9nSpclwAEIHu1RJmuoobutYTxDLYC QyJKbayA8bxYFspPAkSzuyofsS2SUh3/xnGV0aiG3CQSce0hVgNEGTPwihXjSM5NOkPFUJbiGsoP LIlBUvTKAFMv3E3R3ZKh80XKPH21MicuSHmiF0A1xEagFXoSpdZfNQ33/LnkCVZG5sfhWEWBDVwH CiIMXTXjjEyT9mZRBaN2n0qQo1vlDrsFlYRPEeKMRfIUT7btsq/2JMCBUuvBQ05WZBGRAYdUKmRi HVmluh0KiChKZVnhA3wezR/01ocAT9U7F0mmhlV4onQjV9z2QlQmWfWE1IqbtJ3ZBIH4ldorxEjC dFOry1okBpNGaJ/k3EWaiKj4nY1nXakHNI0x3A6Z5DHoSwxJhFb2I31hWFyj6eRFtGayGR8oVCa3 fLRMzN0Sg7alaITlgcj525mS8NCJlhx6fjIiwMun5bGaT/nJHBwGsdRVH2TpkyCYXtb1hn/mjp2C DJGV3GIGpjP66LNkSpqssSwbYQCRzIbmNsnXdO0AuiCSgWJRSjIGodG8lNU2GK7iuCSAI2h/+QHB gJ7mc1CnIiLLCQnElY2IelRixwFLOa2Bnh58jhNZKDYa1aFH7G6jAp0ph+LUicaaHkNGF6I6Yb4n 3CoNTM/7qSIMFmh7ey7/NUqBybnhRdViyo7IjKp/SlEsEfMItIl0t0I110OO4eZefFRf+EF9diQM Z6yYP+VXDKzpmT67n8ph7qsthpGrvjQPlKVH2AYqTDhSUq6PSAQWT6AVBVO8hxfHuzpbpJmjJcUv nzQKaPiFsaVssNXPyQqAxT3UXp56P6r1rKUDh1UXdpcuSaz1fXxIBbpRtsEO+wd71GXgVNBpj7hn XIxPAlZpPM1UWj36A0mEsoyRcRiqAMPXZgFlHgCCYNBuFVvchVWryLGh539my8AhUQerxlSiTQlJ RccMHwjs7U8ioFjudRej54jwQcablh6rp6KnakANBmCaD2nOs34C1zQv6JY33Vr6q31IIqAZmlE+ phTjoRokiHTKt47G2HA6wYgJKg/doOcw8WsOYN/0zeYpx6nm0oi0Zem9vnRIJ65MqyJTFCgNymFM y6pu2EQ4p8nLwE0gMO4k/0P03U5rOQo5Uv4CJ/V56lTwUom14xMJOWuyoCYrhn04rUrH8op9qyNc 1mSkdT2vVMsbHDA3dY4RhrBJn3kYAICKyTOTsC6XdRsFLqnUcCoOJd9xDSj5QX1RZOLXSl0PDIb9 PK1M0sRyrTjCzUoJqjSlQIxMSzwry73HHAcK9Cq4E1vk2TJXzM9sLgaSSz7G0ktN+x2zMf9P7Crh zCTrQhhFOkmT6eZHBdLCIN1m0lsJ38m9t4VTMAzXF9WzTLfjWjuSKVh6O3DG1v7NgEnNMnKSkjNr FNcT1VyE7KYo2TiusvqSZSKoXXhszP7mH1yfk0SO2TUoLaUtk4lFIbGeaF66Xxi4GFGqcWbHSMTQ 7T81L6lEviwas7k51KenGSnPnPZy1CiEjPlswI/z5xncurcYcHrJdg39oU9F0ZrN7rRLCPN9PuZb WlNO6J3VuQjr5zZ95gS25498ymlBzImNhDPp1eHO9Py0hFBYIcMuSbC2oaifiuOeCSbSE+2s8IMH zmhaZqG0rvlRDXI7/+hJb+tmB0rfv0VnFYyjXEheIddCJFOwtGtdLs/gEszqCD+RyetIBlGdBbIU ynwE0lr4UNbRhsbUI5IxpWjtpyAisU+gaC7UmRRetMy/DYJAubsRgFY6QZ4kDCJDI+q8UT5CZNRn IvoKFMkBYvMSEQgNn/3bfbfzUCAC7OsGYqFsQU7FkaIkURaCySgvlPd+/a8F4Wcw9qWWxtE4hLQU nhZeXv9EhZVgI9L5UQyL0xm8Sg1dYl62gPn9yJ9ANJ9S0Ez66Zq7aT8JMmiUmC2MhueC4njCH2Zr tTIYUUY6BHM3mRNSFNT8Xn4OSwHx0wqQ8ANEvy4BwL3tpuQnqw3dMcWAikt3zIEbofQzhGhZ3ZHq lNTKXRRgQbfijCWpAFp3Fxy+FLfXlIAKzlgRWrWXc4AlMLniuE5KY0kyTSHSjjBIdtBjI3VTeiqi TkRJybow9iwyUvTFfIONEQHdDgcXKVsUGUJu0kwicY/qcHZYMrLo8T67UnhIakWco620nYDjXoAS ft4/gwUk/bSS5Cq32a/z/Eh4f76wp6w7W8jhhEOE+SXsh5aUECdmB6HlbIER1XecedZOeNDxj2US /oJZDtDI8VOUnKaRaY0UlgV6JQj4pWKY1bPGIWyp6ms88aslLettwKlQngNPZeG8c4fE9EURLxgl ehm6ezn2mHzyMXCLZXwFrxbbLJUL4Jw4/0KJ1TLn9Jyvt7rH8gwSC1IgVolS8L150qgCy8zU/mH+ 5MGiLICuTa/pIrTb4fZv9rqQ4ROUYd/zMq63FYi5OYUTdlO2/CEjQqm8ZGoEaKQxbaif/8oxCtF1 BQAS4QBEha4+wVE9JK8ZqzWnkI9ldCkBGZLq+ot/kCcEgoDltvbSm9pEy5QBpOyqe+N8VkCZExqp 5FpOuYoytC4IbeCgPlWzFlJSy579i1uuZilp/JTWp7CCLsS6CWsRpItNdqXVfPTYcKumL+qsHvMn zTGGNCE7dYQSZJVseEVoe7aUbkR7bQWzwHO+ELX1fKsPIykmxwJP91BFGqgRPrkvjVGQGgBD3Igv O1ViKt4hGPd9s3DpHteKQHzRgRP82JzYzkVjRxlAPmiOmiaJX/AFrSZ+CpY4YzeSJZ8ZAAWedCLI ookltiTx6QYmGhWv0hnEFp7Sq9QMM1sTgUrJRJVZ9G5VY1qXQrrFMWVgVsIwsGIRBmnbwYw5Nxb7 c0ZkZyj8cs0YZhWj5sQ05WL7lJMVZqPyHG338E2C1gZ1nOFtKuBxjhZwIxww4TKqoLskMCVqGVNL J5e6jEOCs4LheM7VoCq79qtl9mdKhle9mbOC2zS+2rDMuZOlNMaB8JqF7HGbBCv5YbyeaKzKIVMX 3SwPMkQ9ZTCXouKO0x30cEoDrwQfK1t22GZQNK8vwsDAIyz8KqiFFTxCqSwFujmchIe4aITlKTnx f86m6XhCXegMRvgvXye45F1w0wVeN6UJMNZ1l++aVdK5YiUvTx9VFmSQEY6lmQY/AHqZB9WAPTSj VhMA+tJyYjEgZXCrP7Uj2EdN3TBJd7ECkvp75hooWFBxutRoWEV36uQe7sEAKc0iWfgy5ouJhVZj peWpPkbN/1GxIWwlgTs9ZnFyF+l17V8Uxfb4Tm0KUoWMUgQvhUjcBuhF+x9bSwOsSnjpS1dOax29 rbGbVZpz5ZjWeG1sSRfpGlC0N1DMyXYCNexRELbpMbP0jhFdcORDBs2JquQB2nIYE8q34sROfhaJ YWsUVS+3DmjmFfMwQ37og+RVKVOh59nMyhuaTkOCPQrzJs30nVOp1uy6e9RzymGtfomBxJDyor+4 iZYdAYZq2p60+BP/GkUbbBQXSjoTFwETrt/dtYfMlfQMtSeePBHQs07OjbAegbf2r+1L7z9pLU1g DjPYPZThb/vPvWfBgyDQ8zaSxMSN7wUL1jqvVUcJ82HjTc/u7cCw2eSmkPSech640+MV6kkH1+pN WaGX5TozziFvY24kmNhbVlyEgcm91BkHTMn2e0rFMr2ixmer9pg6cnwBBiph+PnmreYJE5cjKWaP G7XdMbwdDBdCMA8cX+V6aUsGlR6GX7gXCQusOwWRmNO8ElfsrsyvcwqSJGw2W6utaMTShcVEFCcz luwoqEIkzTdn4mPVgAdsgI0FvGVTpnIgxCpOmZxsVP7I4fRbzS26QT8BmCbIi+x2CV4Ol5Zss1Uk +VBMy3tQwRyvzX0/XayansVlhUXzmlN03j0/fQ5116Nd6wkAcNanSbFxShBM3xl3AC+6bGykKrjF CgkZNWYka63CutGtyNAqAWrK+VO8MLKfWPPMXEp2z4+hbjxMLeLHyUuN71OVdWk6DgQlhhWMIpkj JVPii+U+8Iu5xnhMFdo/ZX9gku9JvXJSAZq02+vqVWYUB6tpbajTAbYh6zCHN/l3GKDogpM2mRHZ DkqPVQJkbUkIL9pEgmSPOYr6raYwPXyBcbOX7qC/AhIVdbEYOmYUOyTwhtCIyt5iV7DjLNcgKge0 yjf7clanfn4hkq9GaYqXSPOuLI7oc3P1fNNrt6uoAQ2O1S2s+wK3TkLqKIuQ/GpIlLrYpqf6ViqM 6kdBAw6oK8SGFhAMorTH7zjheUcPL5fD9YCgGqiEbUmR0Ryv1xyhPU9lIj6ALnKJXm5TIHTzTtHQ CjAa0jS8vUPuKLfpKU0j8v1lL5rzdkMjtl3+0DtfmolcSwANw5SziG39+SFx3NV+gXlLmJhMOo0c DNDOvhhE/Acnw4k1VoNGtxwLIawUg37kLVBEPhZInZY2j962EfPjwOF1N931EqpFQw4TYHriTv7G TSwoHc8M8ampJRbrSzGa6W/tFCaoImBJDAL/2SxuVCLRpGPgfsu6cjq8FBOWpOmz+AR2qhOnrFWx PyuaUddwYFyWgoRJhekzhUYyMZ97/QKpgVxIpBiVqKmQJ4jfX/4AGL8qTnV9uaF8kI706VuxqRLu t0s9bTDyQd5ggIzTD4kXgma9HURJOz1gEr6oTH4aZkhoow3+IyTSYGG+vzORytEOyTcshwaE/rf1 nrwWqtaWNNyn6seLAexITBbWd4ITwhgPQz2Dbo0NndTqpCdTcNX6WSmfNWlS1xCIGsoztPNF2vSY EPVEWD4AlSSBV+3JUK8Yy+HFKyRrbbEFyOUM4VOdS5rzYPWM1gfoKKT8w49LHst/3GHs7JfZNZyK SCYSlU5JTaRcjwYUROU57TdsDyjsLKZ6pwMXmY8WI5HioVStNMPEJ0iUstAWWmwgWEomawVunsoB NjaIepQh0P+BAISHoJVxxJ+MLZig+CnhcubQj/7MN/sHzpbKb1f5Ky6wXy+k5G2FGx7gOB2wOMYL Adi8IKWosSgE2EAUGOFCfrNdhq3hPjLInKatask2EFfKaiLE0Rh/SNgvZ1L5lV/b4PAX4Tmu8WzP ggGBzRK5CwR8iqEphmjUA2LJEXxOLUlArwy4J/nPIw88AkQwqlfKmFzcqceIscJFdaG7eZtyQYta Ig+RRq7w6g46YY2b8zplJpx6cnAPriBRO/8iwaWCI7lIUDWZhPsZr5tvF042lqU1KUChoVCSjXDd rYIzFG4q3dh8IIHmUus3tsucIzWnLpABfrJgMPnAvAz9yEdR/hBxiftNsqV8QKVBFEOBo1TJl2wR 9JiRr81wcskyzT3Sbh4UFjJ6ONjCAa2cKKXMIWWKKUnZVjkw/EWjTIK0F8VwJj6lL0wT0gR/XNmQ jDHxJIQ5/uLNfP6Uu0q4YJE2WCRFHgYcQ+RNrFlEMZ3yiIKhk4+uxETMCUKSGCBgLy1qTIlGOON/ 8iutAnnR0KyJk38S7WjHqvSoocVV9WOiJb31NdnQQ/m58x3dV+5VtKNBPKmf05Ef172yEUt9hLWw XKEgTYbyzLknt+FT/DJ3R2F8xl7X5fM+DxLSkovGC30QDa80Pwo4H0v4J17N203UkO3FlSNNtWqM 5QQB+WY5LWhtm+Bm+cWTwt+htahEPh3acco0ZrMio0g0ljv1mqjTBZNSA7oUWkh2EmnyJUgQ/KVO 3R1lVsUiPLTinEByQO7UJvXJYSXAxksm8mzVj2djQFZSogMnkQWfjUs62TW2IYRPkjzW5Owc1hy1 EwXJKK3S4DKuw5bOtXZqouNYyX/FHSwwUAZFOfmXEks3ZTvJCBPS82FH8IkDQ2kRraXsQCmU8G3K ebTIdGqR+5TJ9ExJSgGncpsgonUntUikKEoCsZdHyBPmGqwYBpgczubChCGnkTETjTyVgjrDUtOR KIWnDnwAYHTbIBmZVLIsFyKZTmhAGuJ9Cy1vY+20Ha/ShJyHMB2/XOEhI5DN5K37fy6rklXgztzO Qnhbri5JptFkQR37txaI9Uqran+lSrhbrOAbJlblpas7Xyd7x/E6q0CVj8I6c0rTihep93PGBTeV AB4qBFJ7PFYaGekLI0g5yGDnzZm56/hXiVH4BceFOsn5Q3ieYBE0dzEbg+QSftRPB5ppYABlKTcD 6WQygSqT6nhhD/4UjQRS62Y27mor5d8sanlpDBYDSVBpSC3iCLUMfosRedtZnUQmNY4ym+zuIjZH ggwLt6uYUvCoTEyruPC91o8PacO8YmzmpcP62hJo7mBSHe8KDa6K4um9zHFG1GSOj+t5LxOq07lK a6e+KBggrGzGGVIJZibqX+LMFkaFkG21BQpuapUIsgxHzgrGWDijsDeJpcij5yiu9M6HCongC60Z ATYISOVxkRB1vWiU6/j09RPjY3oMfI40W6sgWjCEDsZNbH7SyPV5kgygS3RMs/v50ffqrsHUNlD7 UG1LSWIlKtsbLRWxfE17pbRK/N1RExu+NrYMz0xmVtRSnpymw94P+o2QVB+7owmTi+ySExzSQEis tKXrkVDFLkGxCx2XqG26jwcspw+GPH5ig2D48RSANFOV1hFC8oZ2bwwQ4IoiBah8TX9PtI0/CV4P h+GUViXGjWObYJFhLF6i3T39jUSc8xQPoBv68EmxFodlO6axm93igXMwvF3pzcShhwSOdQXDVGTK EnNKz45qpxjh26FW4NgmNWPAdREQgidcqldl5dFrzQuF+FYd1yzL9/04jAmCQYfj3AKYaekcFA/K gxCE6dGHhHItf/INxItvRU9qgR+oObJbDtal/uuNtSwli8sPVb9Sukp4uU+SpbBy/qjEwAEgd3/n ZEiSnqgvwH//llKQNqYRwfEmNAcFVDPfYQwd6PeK38NqU7pBnySS4DNVF9IAKWIEpSH5abhMpzAC 9CKy5ynyF3maSF7+AkT9WNz27nc/EUZM6j4MoaEdUosK8dGEGOYOiBkZa6VT9D/PmcUkVvP9W09m MqQdrNk4qTL+jgqBDMa43NOLnaUEi40tSV7VsETCrIyIldU0cn3OuYDTyQ08zJIKzfI04lcLuJh7 wUw36skUpTnP3OhcG4rqPYpeiSqecfJEn0DtLsc6IxenEpgRzNU9wvVb2QLz6aBHbqGFrK9r/X+e 7gSxcVzJougyyrMtWUPuf4V97oN/u7JsiQSBGF8EAiA5sZTQ5uEODgwbEK1soUv0qjE1idRyKohM VDkog/QmrMmdGYl0UqfyJm6ybYSM3L9C4t+zhT0Ldxv2+UALeFJBpWAuL3RyP828NqKvCrdAt9p0 ZV7JqFc5exAx7+mp12WkHqvbk6M8w7fXCntVqAfveiGmcs5edty7lXszxO/TY6968JTXaHpylyf7 epcm0tWBvU/z53b3HmFvyPQW7MtedH29PSpee+xM77n2tCGZkMfezzP3eru8V0y3oIg+r1Qu3fPM Y88v6eWt+tW/l5l6e0SPLO7t0b1g2oOE96pNr5IeYTr09DAva/CI8N5SjXK/q4qXES4l6IEojK6s m5SE4w60u7rEzYuZk75TTWLCj+weAvUfxTh00ktKOQVIRac99J5jSDkapU8UnFllFlTpTYIEzvEg D4hxuHDDDnVhpqNy7nPG1PP/3SAgoi0Hy5r6V8QMIQNzlSOkdVTnGY8ZA4NGdWHTMQTw/TzVoLvt vbpfdpe7YSeLZZcILNT7OwPjzsUZV7tSbQI9hfesNd9msxiSz7oQD5ycKb/wuJIvtEgANOFiICr7 LqvBRXJApZjljIaQI3jkbuFF8Gx0I+p6ZUEyxOPir0hVOnKg0tVI5e+KQIbAS1tIXAcBAvaTlaFZ 7w0a6PhDGw6UCOn40FTah0fRcYRXN3MJSjouURqy1c/b5y2QIkMkpc7RBk3+vgZNyjPL3gKSYNLF xD600kOXFKUpc8HALkkMO+wZGmaFmM7hRD9UlmQiJFp0lFwat2E9F7pe/AqSE7gyTrJECCAzhvZE UtEsBclvsF63DM9Hs7CaeqcGQG5WmDVUBmaQvLuJFefWnnH6HWakDb9yBb5mukb2xoEPYut5rhCX tOLTdPoOwntUkSsHUsbS8/XjXmlLyG80DaBVYKElT/c8vb0Ex9P5e7hf0m/hCy70GstIc2+Mi3qC aPcwhgYIqQ+w4l29mnru3t3Tzz8hjIvRCQG98ADleoAM5pt83GUN1fW98Dd8gk7l/710Bhw539sW egtOT6sLZgMDIwRXTrbEgE7abRJBQoy7t2ybZCA0lSZG/5O+KWxhJ2bBMEd396gOm+yIMZRR9CcQ cmtpvImwb9Ta5FxSY1tnDkraQY8RgTVi6DD/zl+6+dFVPfIZNcZwjro4qFL7Igej16VexsL0FQHn 6XDBl76jsQtLmsCCfnUfeXo1WzzM5trIpsRSkdw/BBHQmajDf45PxUTSVMi1kc4tyvf1yuGYa0y7 LlAq9TJSGUgkuvSm56ZIiLJiygGbbZWQFFnarLVRco0CVv26pQtA9ZNfDVbs0OACoEn9DoHiM6fm yhzGj4ydV7P/YGyOE0gVxHWAMMQ4ryOZUlJw9SZ6QRa/sulELiHDNJoJgMzEc5oHMmU7i+LykHL/ 8GZ5V27rQqBATC5Dkfqw6/zfh1brEiEFoxlhPFxPsjuHW7uT20l0S2noyINPx6eaYZdJVAIdbLoU RLDAUHI82ZlBng1Ld+kzQWGHUvDPgTMJso9qAMMWEkoZBfPTLFvwnK+tlpZGWTbybcyme3RAOLEV sLDINE8jdJJJG9cIDRgoMUKkZLjaNApyNNAuwrTsZHSyFigI7nhoHgQPpK6pimcFYjrvPSBLUVza 5IXnFLhjyCp5U0iOx5a87aNFO5ZpmpqRkw78OKvkMJYr8djKarkbq0cMfr0MIFjj78PCfIDV4eWA ToRJyt4kViEDO090fC0a+m2zU56LwmAsjRzjDT17yY4X6SIDWgYWvXWrKC9l6lmeXvYEviRDewWP D8Om8xoF2JsQ4BYCh418AlzBJKS1iauNAM4oyIF4yBls71/Pl6yT1jb91kUIAjRQViMycczLURhP AEktFu3BgHf8dYp8KbTekUSkPauZiPa2L8gfDW3w8oy4M2JL/+SJzKRE4FJIJAg3eDRgf7bVwUB+ 9Ay7EONMkcHogoUj4U1CcI1/wgTx+urqtavsJr9L8qha4tPpznofPapL9iB27+pKB5en7Ner3Lt7 DhfFiXpOGoalCPLHZiEGz2FOwSgsRHywzZDaCBHFYWP0dK9f8GwNVz9EySaza63ZsncdZRIs2hGQ 5nVi3rNT//lGZutfSTtrifMskRdQBs/hOM3PPWhRV9qVKjJUul0pWANiI7NtTswDGQcEZHSwE/2T MKciRqlTiKniR6CJX7TEgMx6XOol2vRmCkAkLijlt9zs8decAiDIzkmuKLMcYN1ktwatKXHUrDd9 kAeDrPOqrGRc0GCkCecqXjNCLxiy7YeVJuHcMpYLeByk3BWXJDaLQkxPPYrZDiEv4ZddkiKyy8EZ GSLPo8goAwAYXSeQyMspRhX5Y48ltPxtLhlZRb7OHjnqRHTOnbuSIri/jzAiuWnkKG11nFImyKao TdYGPSWx0pxEAdtQBK/xBKP09WnzhLYFjWIU67N4NsY7kE8AIklawCgQneALDFv/SjyMIywViEPO fLFRmsilb5gsBpByTev/2i6aE3DjBO9AO1uNoW6VkSd7C7wvTLTTeiy7qG8DFP4it7i2I+lR+JLe Z6TZIT4TDyZNVLVZCHSnntFQQv27/aYCPHJKlbqqAVwuVMQJpuS9S+6c6o4h5JE2VdJcKV/8pLiS Fx2Umfudc4FrlBZWbIGskuBghsdPhEp9C2mVOs2BEgix0Wx/lFTypXRQQHKWl427N6+f4Epl7shL a7s0Box0hUjJZFpjDN5rzMglJAgtiAztLfMhGROEjGQsI5uJora3KFYZ1QtKdBkNPmuK8eYVpRZp L//CdxjCXbhF5zJC5xDCY0AQClFdNlV6RQ5MgH8BqhwFJmCcHkrBOCasazCYjGfdTIAFLdcb0IU1 KIJm564T1+IKaHR5H8NsYh46ZdUY03TqYwi+4BwvebQHJkeLmeixFcaJz/Li5afMHrhSPhyAext2 RjGwLc9HJJQrjmPWL7Lq+kwIvUSNEPnHDrYPoaH1ChT1GkBpVn5D8lQHnaLWJ949YzearwgiUNLI cxqRRzSDPKX1TpR/4SkZsSWZmz08nuahyqWW++7ZmGaSJlnWU/gFItzQ0Ul5Y6W4/Fghy42FalBN 2Fv9lXu2odk/1tz2BX3mRKnQOFhuvoac2ey5sW6JKUWW3W2zgPLsqljtk5RqZpZ+WLN8EAdU3xGM qHchiclVNIMSjLPzZZRVtePI0FEbBQg/DqRmLml0XHUbgSaSLeu3ZLQtED4qe2H05eP66gm/7QVV ZHS0tLba+Hxs016mXS/6NxK/0jHaGtShPUmo0kY/1tdQ4I1j1LeiK6tjQ0wu1TEYfl2Cu7KBdLcM P0umO/fREGcJM8mwjO25wbTTcwxev9kyVlAdglbPTyxoT//NEbRmedkELjKG5IJjZ8HCphj5jtO8 2N/hnFa+IA+XxJMTNgRB1xKV5d7d2qjfrgr3VhPwCRRx+MgnFmaEhkYf5hmoz3gcPBKF2MDeWhEz s2MimXwysMZHNEhwgmDzX31eewRBtktk5f/yAZGOueuPqIthCfnaqxhrYizu4H/CN1hoCkfCAziQ HsTlKMNPGwAcFV/zMvR0OTr6QPjkE7r7Vj/8cV/yMRIIM1oESby+SrkSAAKiWibCRErUC/XN/gKT 3K+En4zLblEj4JTGFKypXYdyZjRIqyQw4UYki9Byv5v9tEoCooNnFwdipT2lo40nEyhMBTAgGTcD JRzhvocNpot6qpX2JcXQuMb6YW2a0IXoG8bim6H6ndj837oevriKjWRHiZlwSS6QRG0wm0bM0stG iEeYQOiHh0CEqtjuZdzJyy+iQAsd6tR4EJVgiQslsYoYubHhYRezJhk0YU1Hwy8KAlL6QcMZyLhB DmfQMoD1z/MaCh0ICqwdlh/LrrFFEYTh+KYfcMbrMjMzwlGNwnMVkjJCGQLfKTIkuJGqf+dMKgA+ w6URumsGUZZsNYEKaE1IqECdFqTq8dqr4ar3NCPzK2CmOLm3jntwd69jS/BBug8FzepPBEJHs6He MbcJSxYr1yTtDFrbNFiIzDnL7IlCIBIsyRAxyZ4FoA+NfWHHTQjIzIB2WRtDH556hPSqFHgpea41 +KkuEVeK4LmVvlybSSF9LKbH0lj78RrEKVdW2/S3t0bSVA4mXMO9JnzmYnpfvNvsxeEzJZynaqMs r1iR4TZHwx770CfLuNyRnTxIhoCSuiFl0WK0SNpvhq/B+5dOTPfKi7td58dLH8yhCB+PvRTDjFSP k6jKf4rDYBmGM2L5vYIdofSi7DonGBont3NV+t3EQTJPaRNIkq8gFqGrzGczmYOLGUEiN2Ow6tAL AOfLKnbWAJpx5jgmEQp9e/125uZVoL6iwGLBFfnJvRd5V11sPu3rz90iAXa8tzOlPIg2mr9+HxP0 PdEjGl+br9RD00vzqYbDLHuZtTGksAxlm7CnpMEEl7GlgSQRyBBoC/nGSOT9c6BplB82jWZJLvDh ERXxNGtzFJtpJmUgB2mBI2vfnJcuWItkEs1vX948TWsZeeVigECyIcmsy3Et6cUxfJtwAfxsv2mY ESBnqIe73o3rKi2b6bOBek8piFas8Cx5Czr5UYaax2Xuesyu+BFH1gZJHWsK7Iw6RpYWKwkqgptz pdJFKK7YbMp9JflbRYkAjwa94V3/OgWPpbS6yovpBc2Y151fGdBMT8+T9u1WSTfH1lmLRCgN293X QIGs6OfpalPT6y+VY8cpxlNtYDSTNpMZV/SMZ6yhn6lUk0GAT7f3gg8huM1CKk9HSQhZjYkqBBkx NWU8kVutBM3HcqxtBSfFqRrXO0HGKRiHE+EudHckeIe5nV3uv3SQtehWd1wmvPK5eXz14TVyjU66 wSZoQRdsM0JpTLmIzjZRsGu9+VFplOgl/9wCjDwlMKxE4Ch4L6Mw52AlUgeUSK7KimVNRabyDCsO 5lNDLBmZoyC0cG9C12NVXH5yJL1opQO4HOE6k+JuNOSSZ2vHnZDEuqREVDSsmrmUpmjSZtmxIMda nbM9D3LOdl5UIy3m+RdVesJnaZCIyHr6aHDElFsQh/8IupzEeQSHQKVaiKMTf+iXmfK8Amv+QiHF 62Ad6UV5UW/JywSM7/CgCUbSciX9sQF/Sp9ctHUqFJUEln0KxYgqkZICt326TLvUarchyajTnCie U7z27AhCTwmk3zJ3+ryoPUqiit3oLw9IKc2Fl0SW55fLIxU9SImtCcE8hTGbRBS0yooBDsowrlkS REcXpXMfS3HKcPBY5tBns2CmWOBv/mA8S3jszGIDcvrfRYUT4ycX7bi5vlg/qtyeED2DChCMGTKj MthV2CV4nU9wuTnokM5xh9yKscdtl148dM6ZNCkTGKjNrWi3kV2QC1F9SjGoLAnEtATMadPUPgF4 HsWtxDoIsyWhLF5tyjujMg0wXQ6XQQCHkiMmQKKm5BQxuMFYt0uwrfjAjgs9kw2uprIkFz/lFsht EhMXTtBHEcKNGHrPOHVNhmyyMvoyRpKpdrG5WBbH3ZrFebbVNo3g226Elix6Xnpzn9zRpnq2RaNt cjBZS1VtjOBWpp1mo67wsYc5NGcLB1o3bQ6iTd6lL1NUn9u0Hja5Xg89k7mTX+4lgiC70B6nNsBY wuB9zamoe1OwMKL9Jijis6ENyfSAcE7EXCvjeMgzQ9DCuxv82ipX35DoGzttaHvzkKQH3fAOBJli 2CmNFtNkW7ghWOspdm+bdcYYaGjPFUpf7BVrocfTnlHRTi0fPG5R7862T8UvT21gpPLzfNBDivSk k2bpza+jP7/tfZT8D0DlZ9DNVL4uyE28jj5MhQ9p4zgWJCGKLiaFLnTGy0fQCJJ0grtkyIaSUt3n v7BCAwbCyJQIPNLHLRul+uGbp4eZ10ZbMtl1mGqCngklIk8AI079meS3zYWmjNRsiyFXJtF7QxNb FpL4AxvKIbSwffUEYkRxYsDdFELzqYzkmM0gNUnl+wRUpREDWaJ+CSMpVArIjsYL/NYyQ0JGQxCU vTlHLHjdZrM2SXZ/SnVMgGFOYZoMsPM/iQrCDQOmfDDu5WWu2HyKJEgmtERMzDu9TBiIMe1KIk0v iiPttA4UrTDqyhuRArHqGPDWHJ+gqodAFYUJh1kh6c0Q8QKsKgaxX54LmvLfwAs2JKdcGznib+rb OyONhvxwo9kelwddGpVlyTzK5thKbUvDSpahVVXKxi9zIj1kg7IGactaKGrWo2zbhJTiXI4BVxAR mqv/sNNE7X+G5G+4j0y/GBXLba3BUTgH1fTQIXQQDGevrIYO0mKNIWxQmchD+rJHouOMs+BgPIxb 1BIUMhB2SGuBYUKOPIPu1njAiLX31UApK3tgwwzBrUPCJWoAaGavH4LvrWEJJGeiz5qAUVObxpMn CwrNNgihJDtWEiWEFNHKx2K1r6Vk1I/TZJKUEiayFtdpJQZLuemoaNLifmpqKwPYlpvhWrW1eRMr wVlV+o1GGXgrGKRVcovA9OhNTxhsUAes/kB/QWH1YTbqrekE3sDxW7rWT/tsK3iU/5epLAyF3eVy sutWagifLWiiW8z6Q1oy1cUO9sBylhyexLIQI3uX0wp2RVVvXypTTzamHO8mepmTBT4CJZbsp1mj 2tfkk5t7/DXXO54FNzuuHbXl43RNtuwvNZfBZ0YpIu+QZXBjU4khWf37KRiHtCslUVj5P901paoA guBIJ01sivaolTnbr4VU2FkORrpkO/WvXMQsy8QzDm5FbGn82xaCKsv8g4JCtzJrHpfskCq1I4L9 h558yYM3SZippAGdlEkvbZgBAnmmY9cW8fIv5iG45h0sg0cUlgkG3BYRGtS3wuo2McaNAwqdmiE+ X4KHx1vybl4qOyA4YUheYeTcsIAY6lrrR1EPcJs7w3fjinGLl8Ve0ovLIfZAcsNnqyiZmaGGjRkh 19a2eQm77QhamXrSnk8vVzNia69prFoKmN46QuXTCthh4FBdeNMFENc9cFx3oQwWca+x+J6Mg/4w tpuPRdUur/Rb9dfnSpnOCWoFU+hhDW/PGrW1wVegK7Qzy2QcsJNJYUW/WT8tTKpxoa9ssNjcFDns wBbpt0GugxRK+jFe8hB4DtC0rqSJAFBPNEQpt0ayjBLoMfKmcu2aGwlahKv5L5PDHfjaFh19AjSM D3W7HwHvaOAJCVOCWyElA0EPovLqQUEaYflo5KsDf2PhI4QPjqdEfqq8mfq+f2ybzIAZbqbYqjr4 cpxbNKFtRyW/y7VJQM6qRGJEH1fYMXXFWCURh9SsjDgTNRx/q0LRzNmuKuUSB8ILoO1ztRR/1qeu nOyXoU2oqxKuvNLO0MvtfrlbK770XAAbLzth3+i/9fKw3cq4/lsZRu1GYfZecXZ1nZJ8PXTuaZIe aPiG2iYgaKNVnwsqyCThmMj9qy1K2qGEdpHFzZHtApHS8UpoDxgePfpRLOjspuG+tgtMXciFJF7F xxp1Z4lahz4kRvoJxOrwsp2rkTfAHxEVjUMtjYEPzlUeUBj+N8WvypNpLcSzA5p2AXTKLM2Emh/5 WhWJbhWy/AZbhZV20aIsy3HGYZ/PEdtI+pw1VAttGILx3+wzZoiuylTRWUnKWKnXMNkVpEAym6kQ ZnTczN6yotg0SN0ZdfYTRDVPcSCE40gmg7jbX67JH9lSWNj/xePCMaJhe6oqc5CJnm5hBmzXM2TN Gcofpl1THldip6+ccdXn7o5v0mrsTacRYusOB7Tb05HcqtKxJN84WxpAD5Z5W8YcQqkzCOWnbuww TCsNIpGEBlpw/udfuHPRcT0dE2xVKcyTueMaJ+A+pv6Ci+meD+1WjhTuJeyqf7o0BSy/2vptrzOe XtuhK5nKVKOu1BF/4TBp+GIgYEaWwY5/Ezes+UvJpNshGloALfG3e5Z1TVMSWpQhVR9FEb/LKBoW +2Esgp3dGmPlEkKjSIDXcFTXpjII7IET3Ygr6Pec0ra9O1XF4M092N1yAoTBaYgtY/fT5KBULbko K7VAKF+SnaadlsXJv+wUKrYtvyWizIEWXEG6NFJ9JL4qIi3x13nhZQ+0jF0Ml+h3heGLgUThlhNv hUR3M4sKF50yeymgQPEmIvVvtG6jYThZKKiOalcVlEyULIeSJjs0RoMKO8QwJo2HF60XgXZ1nLqs iLPoVzBzuqd0FOIJZxv5vJCu5wK6C+DMj/BAyC3XsbYCmhln66HlWg5EsMPkFuWkVA4ucciJiHox nYTFmHZ8/wXbmEPsUY8w1vou2qzXpgoEFGZL3OsgIe9e8gwu+aG/xl2+oVs/bUSvQ0IDgch0LPAS XcKrkMApkacasN7wSrDqVAnTwi5fSMFlUJlTU1d8sXXItsnvcevkNprZou7OXRK6bRQ/jCKRlGIY lI0lHAlBGUd4kqbIIZ4r0zWjYRdGZfkVLTPxeCc3iipjL4yy267teCdVYEoDSCfdDREbS6f8mDW7 IdUoRKS24AaTZNSm/TMDtlpLjbMIl+CzXJCF08z81YXLRSGkZNHRjMjfBJFnZDn5Z3wgK2/UC8ry WlOYxLTmRWdXzZ/TViR531LbaLXIv4BGMMQkEaBHehGVYjkhOxi33K8KoCOZjUuiknYWClDKN9lY /7SmOXQGm2d1stQ++sM3TiYkIl/KwvWRK9lIsNqW64bZol9AJ+ycnCfmMn22gnhglK2hlZrMAMg/ RVNa+SVpc2QKFxGYWZpIunHOG8MbRgBPkkk0RpcdbVrKi2czgDCdIklGBBT10zDsv5nCSImILibV yQRIcQgU4MAvX5DW4NjRyJ9SPuOyFs4l9GDIkZC50JSsCtYLxyJpCYDJl6UZgiUhmmI5RX8xZomF UfSjvxZW2jeePScj3gnymZ2ABRCMG1Q4QcIu8Y9kMtc5G9GBM9cmq8aaKbiwRJfXTXwcZIQlqkk7 vU7jyGZ69Kg/YZSAyEn4j+L5IXHFavot0me9mVm3WmZUOOoxto7kwhw8RpZXw3B9EXuhLTvMr/Jj B6mJHVTU0p2rQY3vw7QMw+hEiysXwTOVpKC44+wJfWtj5bS/+gx3jd5zwusdqtAFpzAQBCuKblsd +TT1m9VZmi8ss1aKJBNGXGr4vwkdkXDD+EVh1a1MpbQzmmxwLS8xRaJucYrAVQpQbE+vz2w+KXe3 WmBICiABFThmVqRdmCaWIKvpB4xjZrMfSU6LWS5KbYbOVLk5KcWjMjtBZaDkcu324UTQzi5HBJwR RwA6ZQzpuYcj8qbiy04nRiXQ9h0W7MzIHDmQcUIlTTCNRS9lQZcy2kQOXZ05hoeVWQEDEGGoNeND kr+lhKRNVhs+4acQnKItEZ2pIBnSmHUNXdSQoDcWeeVX7WYhwGaFPBAZqGznIUKYQhasY2S13Wi9 cwSyIkm/YzybUOuLCPQXtoyEi/SXvrOg/g12qnGhIwrDIJI3YssiBkFF/HgJidF9nqh85Avbc8Ve OEn2HQzpQKcrrxf/bLtqr77OCa67nLQxzy9W6EsgLh+bNZKFDK2ZLy1xwSM1iUHF1pAvHKAWwzID dexeb5Gdi+QgkQPKOjx3WlNRuH9qtj0oh7yrmHtMtQguA3GkewggaIKLQxJOZurpWaInrzbDDGT6 FUsoxBr3SOnA1IuPs6Lknz/mPH44kpIvQxB00Mmd+MWMgEHk+nYwV8yc6F2kh1LetICAMgRnyJlT cwflNUHc5ZShfJT3OJzZ6WxK1znvsdHrtfnMbpNM8YsLsdWls6Yuzr8Qy9vYnSYRrAHX2a2ywS4c Dm9SZ4i/9KMpTyCKEl1lH/1SkjI02pBf6FqVr0J16khqhjMRAAXGaR8RnJ/HByZV58A1mUiZK2T2 IRiw6QImIKKYDMKBRYIlYNlc/j8/BoO6KvMhK0pjbGFnmsmaZJi+4lQDe1nQKHYgCdmIyfY5o2Y6 rnMWkRDS0om6ALNc2b3tDI/3Zbo1u8p8/mupArSo6/e+qvYO5lLS3fqTCrYlUuoYHOiWjWwsxDQo IGK05SptDIya4kXRCOVYysTC0bQCeKncX+2YJrEMc2GMNJ2C5lDJP+gKr6I/dygBL1G0IvZmacl3 B4IwayZR2MlEx0Or9XTeD1MvNpXlBiFNBeqRA0c3coGrbuqcHhzf8lHWzyV5uenIYNGKNl6ZgSpQ 1yUqvCXMsxo+OeA8cMO7rx6oRQ/6RgNhE4V0ikzFxxGs6VsrbUS8+ZSDTCgrtUscPTHApKBbHkIe nijooUzYjNRAJpvcpIbp2s8JWjWl8d1R3nV45/hUgnjde++qFRBfyz87YjT2l9AbKu9xDdtlkGV6 HWn7jRl0LXWN+HAuqm2N4uDSClUpbuSnPpts4zrTF465iuxFfYJAGYWSlIqRqzg1v1DCktRV3jGK CpAivGFUln53M28bYzRXLXJOIctsu6vt/VFucpdxFS49dKzCmP/vbglRblql6mxlcpef+1buhlUA 8p+UdRHcx/iq8hSprQy3Qch9gitvZaz1g4mKY9WywIK7mHWnELXKtQUEZaJfG1Fuq5qh+X6/PuxT cZ+yZgisKFbXFZPsaFIFq0anOU66FbFdSDXBpn5wfVNqs31FsQydl3/atONJI7uM1OZ+Dad70thn V92qtt0wrlSlxvb7rHs0X+73Lqxkd3HrpCGuDviKap+V7G72/FQ4fKCf9B9tgfl9EA4qOksXunEB Cm3M+n0qoFnaUDVySgqp6OZeb2e73drYv/+M0p6baCe6/tlC9nN5Ytslk7hmlQrVo9zJXTnFxVL4 n0jESLrXSYW6jkPPtlolTzbQpfHtn51p0UV1tqLtt4ocTC7Fdc0dOaLG5+8Tu8QOdnHCUtBU5GJv 9vJdnxS79YuV2naL+lS8nXjaqa86aC6UmvSAvEqDhEZKeHRk2+DbAMeEuj1dBVGf3SmVpicY/pIv KE7GcHfSIdjB0aCY2J465TgjaIdILWM+fzAwHaR9dFam1BXxsT6+pg3ZYzm9uFQnzJVj8iHxeQUW cbmlh7NAxhebv4G/jV7hkTpBcekle5c8lwuAKN6uQ5HF2fwUGndo/l1u0BpoaczqmXxPwGvthsku y96dKYN48w5TtMNXSGKnnCy82QRE0EXLXhEPcxwUFTcXRqFzrGLSLp4igyj07qqloI2JCyQ1LKga jKjIkUPz/lKQQCaE6T5fa4jxCrHW1qYxOX17iemsBGOJw9hJIMapj0K5aA27OmhHMrHmJEq+FWUd DjhNoMqpaKOJlTTvbnMIMFGSRqySta/Vw2nk8/IcYze3u1KflS83XoWBkvx0ukyiDCVjA6lUQ+9p s/HSVLI38TQjCfIkUdSuCo1+PZQGJC34i2s/dD07Y31p/hO+MRdSvzVxZkj3fE8XRg5XM86q9mgt FQweGbrdqp33eIevb/igMW7Cky9FcpxyTO053OWu6knKaUSvlJP9orz7Mxih/xxkXahE4IYQ1xCp CVeiPf9Rh8ChMU31uyOat+M0IOLwX/ebbZFEoGWbLfMMXQbnKTrbGOXxuBQsJGabeR1eXdaJYG0q 2D5GBgyCICHS20WNQpcU/HR9r0JbEESLgIK9YCEfbe8p7wzMexqFv8gDwFCJnUAqNi+mGJWQ0EMx /rZ60glXfN8fTDG7ciV8spUX5C3whCfX+xNM3YL9n+f9/nj8Plz5AK7fD1IQ12yaRceeiVHs8IML wFuwSU1Fgefl0S7YuwUa1Nz+ue7+7bZ3vcSGcVnCrfBXbLqIKXFxK17UY90+ni59CjR+HtZZBBr0 CTJ+MHO731BjrEJPSPhze1ackEVJM5iu9CWHomqL2RbUMoMKJrQx/2pzVA2AQO2ZS1O2jHN7z0q3 Bg91wJiGWXmEi3cbBJvnnw2geqWXJE3b1O9DCXRLg1UMGB8woZHyYmcZ589NhaQ5rLUD2Xy0lTjt V/UTeBpeubz8vwle/0qs5cahgJyw7DMzHpZKn3C77KimpgllxeY+y7lK4CSaf5c049Obfg1YXuqk zmNbn2ahZg9lxWX+cuoWTdHjg9xUAmr64LeMsGqBeeIKhxbydYo/F8pwy0Hjoy1nsYxTUGUKZg7A 0VeFa6KK9aJDCbPiH4Iaz6QPwdBZTarkd0mlT2avdV6SqnZqCJ3bmeYB0mXYcl59lGFWm5Ckd62c vDX0gT2x1+rSZJeim9Ki2PqON6jEKQa8QqXVCX1LuctZ2YBrPELWk7gdbMrc4+jpOl1GQ0sShia2 Nom1Acwv3LCokmkZcLOaJj7TlmFZRbfYmwB6TBtqJdGGbqZjaIO6enqBrC0oq4jK/skpsy5SVlhr 2ivKVl6oHGEcsIM/pqFs1eQrOZCKi/qF9CZRuQOqWjTvXhLqlqh4h2yz4CaoRkiLKwP2udCc8WoA 7U9BrZjuRAkJ+DRr4FyzaoFyObzAYY2bwy66iEqmpfoOoKFqtgXuuLyuGUJYm0uCLLjbEnPIy61L oAQoSFNe1Ob8BQ5GFKJ0Y7sMjeMHonxfAS2EhIagA8C4mBvKuTSALY1e7IBJ5fxSvk7Ro8+QB56X cANEPf986cnThwSus4wp7Qxn7BgxNrI0jtbCUG2696QcN1JHe6M/QBJiJOoJd+FVE5wAPIvOll/3 TCSDSonFuDbVlKwDeBANB4PlZ8BMUvenZ5A4EbMNqI9/y0qfQkN7zx+aawOlWyn/uW9VWkqspYDa Uq0ZCQhKjOQGeL+/kwYplW5rmSgNdjgtBLoQMS29F5HKqzVv54wYkcxqHjtEJT6PplrSj67MScpd Hx8PtiMnalZV6pcYf76fmsVX0T4Rk1WRm8A/SYOySECLQnm0rcdwXr+wGxHRLAl3sqS642ktIYuB TRAWE/SOSOZLIEbsHpOScLzFk/DnWuTQD1u0RasjaEjvLkP4nkClSebBWoVAShITkqg7+kVnocx0 AtnIywvEFArSrSrThitx6nIehF52k82zQPdMJz0yYU1MujCUVSE4S5Vf6Y7ojMK6ZPcF9AjBWkNA Ttw1z82tGFijmO2qHYEmMqlQU4gRE+Q53FdfcGAhL/4scSWc+SUJlMFXykZFcF3BRCVywNpKB/TB SGmubEekwKxGYBood23ZrOo17GglxUAhOKQqYOldqpXD8HRI5aGsxGm0Zva040+TDMhY4FkSXaa9 Yo6ulK7ITsyNSVqIryAt6URYKNSabzJJyBFf7mcsjajEqVuRKWEq9gNAWmiEskL7eOy/CvmOaszg nCvHJzKRPfqkysNkbUhWVMYCBIwG6ZyYS2gub/KYkKYdHYIdfS4xMEy2ygQzVKXBCN2kPkkm2NCw SA7EGTxLSDQqeFJZ/ftCyPGKbl0VTwm+hRRXRf80QL1shEPpoF3ojNFkzoYKo0gJmAdl8SY6yYbo JGo0NcXgcQw/a/RVtg2j+BG89hYPxs3DWbsWeg3NSiBlrAZLsSx0AjO83QhckcXqQXQnRZGwQbOp YEgH+i9YLfjTSCuGsdatbORv3KjtHzknnDxQ/dYqQyKkRKLX3lVkiMYiSEZrN6tO2u6bNLswvenE EdwGDnSSCMlOwu4cAVhTiwVQVhDVBRnmi6kJXOC4vVq6QDbSMngsJCn3jrVHSCc6rbhA+EET1y7/ V1agcKMqOBuaXoCd4ELcpihhLMwj5x5bYSINpZuAG6lSA4nob10RO7gF7HQjbTYOGcmLNSpFhsXf 8m0YGyhqVebfVAXAB3O61dSct9AAkx2TQ686BKS7F2/ohcge5Xf9/ddtT0CebgW01IFZ4GMo8Qi6 KiL9mBYEXsUSSfi/0PP3weSHaOylQAbJ4a37Z8la5SflMSqyaAJVrMhKxX2XUUM+TsaEfCfykCBp kBLjDkPS6RHRlAkQ8ktZYYgXAg7b0n23sfhyo33WVmfSpWoIUqC2yHST0ddHBt/MmksG4ICNt+YT +koRTa7xyIAcL1cAY9k1M2aTjKM2KbrX3DB7M/Sw3kHWxZ58y6m7fXg3g5T8sDh+zISyQWYNKo01 d4wIQ8StaIKy2T12OEoUZvMSLRRBCWVYJyq7oLxNWDrs7RsSFL3FBe/iDxCDOUcGPJaEEUVxIMfL Y9BpNfncfQNdmlmgzQAVGHINR4JGt67EfbZqHxTXI5My3IUYHfH9HM1Qwb9tObJscyTI45zf8lsZ voy3m/2bM5Xvll/Kuem2uQY4i8FWIsim2cwS3R3ETeVhY5JUMLh5UNk+bJdfF6esY3YLhbxWuq1y 38xE9r/yfcsEhSRyc7GZxf5y8HqMvFhbVIuwIhAhaKhp4za5OAJkGNkDmNUVXrM6OEURC210FJX1 R7XEQYZG8THwpCxqJNuMAKoyq6J8sJS4uUz7zZJtOR6Vy5l1whCCq6z83D7mDHpFdeTfwDvHFMmZ Mf9BJx1lLDqiM3cnRYguXFV3mdfaxh90cpqxMCoLXlqqW5Us5IZwCwLxAAWWADgbnsRs9Ucs17VL xpDCpZkMo2LmeOQ/XDmIN1pyiMey/gIzR5/lgMlwu6uogKHmZpzinOVTTJXz+ndIdqAALYLzgNRP P6lta6UZD5FkuEU7wkrXdWF4BhgZmaipVulHWxo0QOis0VTWee7fXkH2qEGT8XDFLDHLZKr488fU ClupOCLyx2Jek8nW0+uayDMtR617oMVlpMqy9jgCkzI3qqVGvJA/eVDRi+/WXFswkSXQSnpHHjOM VYf0Zr7MsFHS5i0UOrJXmM1EN9HP2LU9K1DcwbWu7CuyLRzH2DxgI7U2lQuSC1cxH2QqWmi8ukIr Wf5rFo0oDmvBzqsiTJgtPCVFPJFMLpWnfLz3vAUeZKmLGKPPZwNvDSg6qAIvub5rY699/w3I4XqU ZHNoDXhaN16RGlzQwHHXGd3MP+paAefsgMV7jUveWqwfGWkcojByJYJm8m2zSne5dRopYfMDlIkG eVkI+WDQv6kkbIhb2iivUndJ7HSXNdDR/5qBFMCq84ACEzmbQgQEwIy9ecZcIYJs2K3/kJHxm6dj NX71lvVpbilWT5sR5AhsoynkHH6OkvEyPq3125MoYIWs68MU0sSR68o2BMCeGiR2878yl4StAlx0 KcMLe8MfkapnLDdaRWnJg0DV9hIO6HPpoLjua6PxP8cJSwj2zyNujWdNeVfpYtXsko2S1W3Mltbw +mZzQqTov8REuDQ/ai7Xvd7NGYuGQ4N4Ua82pvSgWbCA2uN2jfDj7RVSmkRXlmXtqfTojnShqiBL AgklcMNjeTYIrXIe2khjmrwCh7KdgAZQgB6iKIGAWdJWmRdEquTqe7O6eA0bTRdKNQkppDZWE3Nk 06BG6HAVgUnCKIolaKPfWMJa0O1CjemthxUMyElzY9GHnJaEAWcYG9SXcW0DVxgkzgOi9vixjlyR rSK74lJqKt0vDXMEL/Vd9LmW/eupq0QcKne17+XVmUTL/Y6wgWy4LMjewXIISkzlCEVMvOcag8vu k2qbKHHkLE01FH8yIXREZzEUZAl9hXbFT9tljQhDIWEzUOe3xYBrBAVsMFA1Bk9CD8/9m4hBg+4L WVWq7acIMJ60DRy4IkTTL7XnI3kvIaAzIrjneTKb9pomJX4HWOquRKDBcmpgsBV5L2ZywZID1Tqi IAOIBQvs2JTV82rXFdV31dawfQ8ICk+GR8TIyAJ8yUA5176526cNisnPKQjHRCO26OZ7T4dL4HSn cwc30W7u0cytAeXILu8OYV4lmnaGbSzxo2pM7/+UzgSYfZ7c41Kas2R4RXPHi02oijrY0eS10UOD HgiDTf00ekZYQGMmlKqN59ubKfQhMXBGo8OcmXcehBJnmq2Qgn9W7pqysS1jo8doLD+rHjCyFpvZ uG9UsLmEhZDN1Eggq6NDVFGyBn0mBZ2R4afHdxi4aBra8sRqlSm0mFVkSPbkSTtVQdvbk2FnABpo xuwyXZXMIFq1xe82k7TFxGW0zFj14zkBHI0g2mNVtKvCLDrmqzJKsmw31Kqp7fE4AaznTpVrioci rOEM3Y9BCzdGIZRq14XYbCfrjHFP91qaWlvRODKcZLMu8lXjblmK8De+vgQ5I6+oLId1XrKAhnYN Y88H3wRGI7VdjcEojOvb9oxGnqBedK4/Z0X0RNCLz/Dr+j0/qx34dW4vvq1lpEcOc5E2fU3gusUn D1qVvtKxQJwKDEEN6uekSgIR70BumWVEBpaq5xvV1YJpVBfT+Vj80onPPJWrUJ8TiaP/UGCINCms Y6aewYh0juktpHeyyglJNpfPuNJrKSOJBtcYRoxM2+eGbzzomhmzcTYl18gjdKerkMpONGbZm4Yi w42N0gGN6VcekIQZnTlRgJD/5SbMNkfVLQqDxKphzF6Xjhdo2IlTgWTpnz2HIXRFqU2FABk+A7Ni mpaQgeJcRv/gkJFXcEIQ+29StxCQcvOOoBNNcWRoOg1GGg5JsCpPRh5d5VK0Rsi5eqGHCJroEWv7 z4mtaSkLmSO7jpzp3FGCM1ZujB5xzmMZFD0m69BnxM9Y61SvOhWkok2oKs+BWKApqIjUihd+h0bd EKSG45ou2PS4ko5uqvPCEqmAqWt4yJ/IcQZRSl+JLFocMEDRXyKSqFsTCWaS25A3EHNYRMOJwZPO rIVdtVrejVQUV7THKNbcw6pVvbrUPNRkJ6IryPjarma4qXNOVaPun66oo5Is+GZpOGGuwjJJ845F 0cReGlanmbf/SmjFa0osNvEtdBIqBE5FM3VXiQKpwtY7duMDNAOHBWIaT6LjlDEsG7B1pGPowYAg IZuLd8LoHpn2jeiOYiNKA5RzydUKdaRHpgZ4/yJJj6MRktJMOZJBy5g8Wkd/hFj0R3ObzBkIRS49 IOfClK37jaJDMocBmUnTSc3K6vpXEtOfpoSFk+43No0tMBGRTgmdV1ag4KKudVioLNFilk2cFoCL I0VHuVlpXmRWZmErWYXP5si++OARYZlMIjWwzhiqQpPoWYkPDUU6an4vh4YSr70IhnJCFF7RVKjp AqXonTFluuzBd95lR19vhwlLeSKePdsh1TVdTRRNddGcNJqXtovbzxFGJuBrRsMJdK4lrGIFu8EE X4bTt8w2N2JDCrmOEBBfoD6P+S/Dp5bRRuN0YUQ57nFcHWfC2uPaX1iECHlHaEYHMt54KZskHE2S W6JEeT6PaW2CoMa3AEpC8UWpSlKIDz9O8gbOUgcmhQlFKlkPEeQRAXQxrUPCnfpVaKld8NRk9hSB tVlgALa5raapFcyHFeVi0x130hO/aXGcMEW2krRhpit9qvxDzvrVQdZCwUYpo3AlLoMT/wK1NOWM tlN3nr8XtzUVm40SXHtfCU3onPvDYUZTNUzXyj9GL8lHs9/INYxpk09l3HrP4PL7YJg/R2ocCW2C oRhaeBU7tJB9FKlXvzJiIltFKxEC8KADC1OKkWUUsWhcImgShPnco0OVCrPS/LRVG5AE3AQ+SiTX WSBjzjTCXBdiPKoIiA344YLQNkvin2ERKGG9qGCoac84nCxGw+3SHj1V3ZqBMTO54RmRGSQpg/qj qrwre4IlJSx7BPN6NjJPJvi8kL2JDCHGPisfqkE1YwuLCxgy5hpAYK1saxMxgGhwuKVeU1KbXZr2 Oh3OmXsO3CvLb2W0WVz4vyUJhFWQr4TUUqWJozp22IJ0Q0ST4xYNWyOoMbL4YYt3ZIFUe1yaA5uu RpsNgZXfmz/yuK1quLYS35Z+lOStmRpa88CfHf7yIaHPsiPlbXXSmyOoAkHO9wYdrANMQwVrpraG Iz6dk6pp8DTVtVAaVm6dQrfQIZkl9AarmK9knb5dbWgySNxJFFNAvzK9OS+pYXHDmfcCcNcuMhd2 IJ8O4cxAuyU2VxOVqDMh6oIB0U8LuCwv6JP4FE3JR6w8IXb31bJbGmY1KBRGC9lkgqpuk/81FeVW MYFM3kX2xF6wqk9q9bSP3If2Nt/KBFfD6SQW0y8HDJ+Fp1ZxOLvxXMAoyMdoenAGFa7h6cw+dysV 4zI5V6e4Uukadci7APliAR4lc9rwy1wPSOncyl09ldDqTctWM/0rPBUjVgaQXQb9ug+xyNGzHa6V m7oLwGWAF1SgLS9u5UKOx29JjjxzOo6uc7+AM0bjVzDCWq+S1LdN2WiGLWULQzu9ouS47uCzuwya cxgiCvkjmWEHag5qRRDmLVoXH4PSPtNEkNI0LTzMc1MwEWRESbv1IqGhmnK26drqoeBMOiC44A7x GsPZC2G2BUUpo9p1p2gmxgmy6kCgSWj6N4sB+L53TFnDhMLdMIZ1+0BSRaQhlkD0GO3E08UlFPK9 oyPZAyGSh68IC+jZQMFDF2J3WRlis8fe7B1CST6Ux4nE9Cuhuzplh8W1NGKJn+mGhmhgLN360qmw MVMhtj2ANeG3075B1RmblDVMd4yeGIbcarNUEJWi2mYWpgoOhDbITnRGR3zQTwn4pZfOSRQFi650 xKOrvDMapc0o9YOwZoxkl5Z9RX8t23fUHLdZnxYo6DlUzvfKabZhNtltPx1sRM1c1t2nidYH7Lvn xWHj6iCq3QyBqOa69dN00bi8qWDdFK/icjVmXzXJqdwcYkoYL64SHg1ibFZR3uWj/+UqJLwvSbF6 LwtpMDdDN5+Nd9NYGYUbR9Ibqyh0uq/KbSzuSzN/joGSqybR316i6PePs8g2cSYnhFFIc70ei5VY vea5yV986x8aoM/XtoNVqybkJt0NF0gg/ywrRA82UmsaMekOLgq7XLSRgrvSGq6DnvzKQc05rJ+J wu+ZsL+5EO4mLJWa5u/YEO2N2Uw/0pM5RrIEQBc78tLBgmv1b2xn4UOG4m9GZOrX5ZHlH2/VIDSO zBzwx+1mjVOGAXaQEVDm1JCKk8P/SnNBQmgv9CDWSKF5GA0NwnO+6zpciCY9MgLwdv8CDBZSePtf EHdV4QIiB+ZQ5utmNi30bU5SbQz42jjVGquoh0iD8Vj9bVE5dI0LpwUyDXCy53HBEQvUf8mcQ5Zm Yif4AphVd5tk+/E5URu8Za9OF2SFRBHF2PCJ2COMqEgzWaYCrGKBNiiiUmuGo1mRoU6yOdDdnhym wFpgNQPREz3n12GrHdpdlSLM4OqW3Kc+5m424dq6ImDDVdDIPPTiWFwXSdakjMC/vrqgKYJBpQbQ NTiikQwsLQNZGzLb5a7jHqMHTeoN0ThEB2MwaHUDiW9PWIK8LKl5sVClckNKC4NGSBiRpvFqUpJt ds7OoJwKF8+ogUkBwvKB/iZJmGo/Zdw4PglCHMc2pp60y7x5Co0hggPOSqua8SRN5yb9zq7rncP6 TdgVn/qUh3aR6fwmvCUXeHexnlMKbnvYfkXcHhWoo2paXeDHNlH9AYbCjQ2iUIA/BQQG5cJsiVZp 0/8t5wHV4DFUQI/Tcdvj93MQEuCxDcx0U0ewWZ2h4WRLOajwjTwTpFb56YPTzRzIP2mULgYX2mX7 GSGbS87C0HahcCKZKtfiOhLKlookfpZgco0SaNfKg1hGX6tLtEelY9ag07x4J79i0qX9LiCgrIcv CNBl34RdzSI/00xi3JST99SnX2TdbCh/DiLeFIJk7FZ8uCDjlMZxYYmBHtBk9zgguEMVbi1tRmf/ 9da1Tlh7khJjrbmBzSGNILmU4jaAtFe7IMdjpWXf1phc4ygc6FV0CMRweBH75ZZIlWALwTXn8E71 ljwVe72U6vOUwAfN6Zd8eRM08FVvKcQlNOWSZkxlrRgzcSoBnX+Rbzk8PaXCqhYoJlilBgjIH13L w0uN6DtY46XErnwSFhEv1JIdhcdVLZJb0u1a02e9m7tHfkjYc4iMikhUuUUtOaMRAOIcrpWyTxiB pJmLcRDhLJ6jazdMGaPNPM0MwKLCXRJuCmPgMDFQJkaWxFJI3L59u+9pPjMzI7IJyC5Wcxb9ptl2 EOmJNTYmSuxB8tW5OrH/SDu7jkBKSnGenZAGqZIK+knLfBO/OkE/GWe3bT1KaOKDBy+bcDmSIVmO S+Bl8up0tj2hiulhimh01qYyhOvOtI/cmgm2NHlmThkl8nDp3V7up0NKhE2mvDd1tSLWAk0yZ1bB eq3CCd6Z9TGoYJNFdaiJSMYvYowpbYEhW8pO+H4OVXWrq9gXRVSXrsukjmjhBsHZl17835xa88m2 mFXyGtmAnRzSDWHa0YR4v6tpwA9d7biEE8brP3Xr1ayqiaBGsu9EVFqgrqsf/1e/yrRPyCYHxm9s CDTLzFi5GNp8zdHY52wkC+QjusrCxHoTNMAZx9ETeutB7QkMFkogH9E2MynJL2tyJAzUqw6k5KV/ +kkeeWJBHG18VbOmYxq0WZM4ZepkDb05HP30HGd9FUcKwdInGL4cvyGKvD1Zgoazbsm1/sszI0kA AenUTri4kEeZAHUVYqqcNKswYLmocImkQ2qqUl86L0LydImK6oE0jfsThIsXXVnXTfsYQzVNeoke 2ebUEJeLv5HfMmgZom6kOo40j/ObFn1lDU26razQNNqapDS9za7iMCzJNP2mA1BUxCeDGgMH6lti ZqJqEyPOc9P1SVO1MbehqbKdYpNTPWaqkl1rc6VS1Pmnl8yDPSELSZtEb0xTwBCalnnx5vsGKuhB 44osKCVV1p9dAUmb63JOxpnrVM7dnFI4ZpdISk1ZvVGWS2OuI4Un2h/jSYfKnUdNFmhAl/nmd5Lx I4YSDLh2ddEqcOmqlpNwZNz4wHf5mP65bi6oB2qM1RzfeFlhbZJ52sn4XaZpFNIHYyRGBq6SoPvs K3nmGjQkyGZvTtCKH1exNQxQud72T4OyGpOPEvhmZqzUy7hbyM5yctvtfNuUzsjG3LD1nSEpYtft rDflLsbNDKRpeVPdS/JHxLbguM6MaTyWVxk1B21oJHE+lOFyaCV9wj7CDNUindQpo29GV5aINb8P C7xL1jQH52/dItNsbD+649c40pk8baL0ywQHE3zkbclPK63Wbg23O4CYwS7XvfoAeaEas80/S7q6 BUemp18SOstenmgxhZqgEVobmZpLRWy8IUA615QPQDncjTwtQbY4iScOHTm291hHlgH6HnebPhvA UHWTV78yJE4b17oWIPzh3f1uxEFOQjyn5MPUboAySUxI/BASBjXTxGE2d3H/fVP4QCsVhuIlf0MG N0AZiz0rHtZb0YTkXbqZPh5nzYxlU1QOqMuGa6+vbpGUe6CwfRa5js35kZl06CSwarBMJfU1EhDh Nco4El2BhxsNrVuyL5QBLO2FOSc0Ry4vlDLNsOgkX/WlTlrFS0t1HuAi3+EPbwwJEdDjQElKDqwQ eOsJ7a0bgiqdOrln34G3NjwLRRKDIsUyPS7tn4vzbwSoaAJykCFXLcOUHJS3hqbKxpKDwIALOx3K l5F0v8+WXdTrTpqSrZeuad4sSbW8V3ggs7vm48j4+sOIP0WoNgxDp615OlKOEZCWeeCA/JCAzi0j wCsXaOUDlv3prvjGI3oMdhdoApaNYdalBVBJDcgtwjqoY6lOl5OXPkeFX7EaZbG5LFdirIm+yk35 iHyPEkm2MOpIGa/uUkAFOjuMUxnm0fVhd7oPPXMfkRHklOAiS2tiIUht8tIkBbNmlwDGUdNIMims sCgBhS0Z1qTYzDwrbfKSdRJAjvm/vnMhxsEe2QkWzVkzUPlVDjebrPbkc9MfdZseXS7smoHlPiGu huzRlzIM/yVjBs4XWg/yBDnGuCF87bDGxuM/QIgnWpthxqCP5xzbXhm2zoIJ1xpm04R5et7fXYc8 2KB5qZe74WgY0ewt2ORxDmEXOZzQDxYiw/9tluCBbT8RU3BYUsE9YCONNX1sWrvNG0k4YVbm0h/9 7DFioTeSq2QxURf4RgR0UO4peGlriFJSGDb3jQW+hxAJjksyB3z1QXua3Vy3snZmjhen9FlimVzI gElohOeiid4q2TnTg7hDCChZ+3AIpkYr4gkhPdFpgi1RZHaEUPgWuYxTMgCSc5DWNMyDSxxCofKW pnWNi8gWtpi5RbjcSh9yNVMwWRC2E8h5fJwmOWAcZU5nyT4ED6P4EJvsgzv7ZvmlxCQss1r5J1DE RUk+fMgIjaxDXgAokrPvzZYcbU2W+jrTdIODsF33LXJHxh88lMybhZ2pJQ91H1zTd5MvKOFsD7LQ U3fJBQzGairXzsM5u0PyQ0BFFE2OJE5OVWZvXPRpFupOINglQR81IC8uDufcm8ffIaf+g9hQJUWR orOJCOmOGyKAAoaAz1CmGgwSg5AybHZ5QBRob1YuuOgeNmrFSirm1pXOycBvV7cEtqjH+/Mfl2PA vg4dsbGMEKo1mWoIJB85G4kchtJVMjJT+BI/IU+bWrFsXDbgM8xEKh+JEoQSRpZcy5LhcLmVGsfd MBJcU2mqz2LZO4dAPmugOkzkQembi6ABsukxnMxyIlJiwB70T2T07txsWCdxrPOAHFU6m80krlZb OztA46qcRcKGR1mozoos4TOl5Jr+z6V9018Gj1BGzPiRGM5G56jUVRLrcqJsXIxYLJW4mZXpFvsz vO7SJb2z7uagGz1S6CIL68oAGj1HK9Rzn9J1DEj4GWD9k5PYlMXrllRwzagMRDtJJqU76JIct3iD tOnbzmH4R6YmOLV22oipgCn6Jm1urJKlZro0ThY5Z5phk+75/bJCGkPcwBzf+1bkHXYYzLVdWWBH H5swih9kxANn7Wuz39w28+smJb3UKIuiPxQ5kVkGF/SHF36bQafxYtZsvqSaSUz5xvUilZL+7KYJ ToVxJMG3ZgqQRAjQeUpVWXcjJKxKoXCP5TvHnn565mExiNh1VfSpn4Fuz2n3RDWDwGZYGrk6TaFC FaOrnm+gzAxVbILqIXb5YpJDhmR7+WQx0r/S6mYoohLOLBnYHrz0O5DmhygnIXQukhTpTDDrPjmc vXANlzzKiim0K5JP6DGBErz/ihy+Ft8ZObth4KqOWKdHTMRsJoD3ggh6ju1SfUwlf2OS6nZ9aCSe FZYmVtHOh3h0YGwWjZyKQZ0TCh2dB64KviI36iPaePJqDSvK+ooNaN8yIxXQLPIYuJi4xMY1rtBq cX8XFpPyPOlNtDuVHOlOh6bwLk+XEZoVeR7dGUhLmklZ2s/b4V6uJ/J3BRmjN8WTWB0ny2JJ4f7k G7y+2Uq7j1BNy0HaLNQ1BNb42/U0OEreeSGjJUkiogx9ogqcF0XyZ33EYIqqqlkRWle8My9wCpzm 9cGKkRYpciJdz8VMXtQ7dUCbm7jxxNAMB6tBpd9JiHB5D+cMx0wl8sjoWfAdaiijs91SlizbLzKg JiaxClAYipwzdFaFsAR5Bs872IYeyiegtKtZ28waW9e30CvUTU46OTcMzqQVN0p4GXFduZCkjOKH SugrLAtPEIkiNHduSq8KP9kuwXL0SIx+5ZJ+847u0SHAbJ6hbc3EVNi00XItvpAvJeKHs0x2zi78 uLAlx5wuDhNIHTJOYLpcyYxIZCwTgORIJkxN57ZRV8GdDYqYGRLtBsqjnflgC00lLUTEQkBrUYl+ 6I4zaE/d+gvgyxZgpwmApJ0TVy0pRBkP/BLL5KF2XJ5QUUiOhAyoXwqxaqfcgHRn1SRfTNW5Yq/E ixqzcLFbt6Zs9Y1+/Te4oC1OpJHdIWr73l7J0TSHl0Ur1bYu4GaT0GKvAclIyw/0tRoUdioId6MK NetYbQpv/cchta4YpdxNihGAIOuNVU3lOOq/ZRdVwBOMGVwVZZfnuDJNEbLA0lQID+ZasX5UQdyk kPU7WOeLQMW13A6p6SpCNgfMPbMSDh5VJQ866qV1NZXCsaHMmjUyFxZQYGkKMXhyzZQfhoTIoVF9 g5XQ3wuzvBra33BEmzJwops5AkXTFoDLkHNiPX60NyMQqAgZaqwT4uyvXtNK+GmQWKCH8Q3iCz0z lYjHQUgYV4grpEK0FvTJaOvrA1RDuqy1VwZo20+GHwfxZbkfHjuGQGjsa9sMeMqrDjwal5901ycn QrBdLUjabahhe+itnsNp7N3vc+SGDWZAIaqYkXsxev3kKXNvwK7xKjL4VLYqWa3khS2+bm7YbG5h VPZXeceqaIVlovXL+qDBUO2X+ZYwa5tE5Rqh3ycC5MbNliq4URphxISHJSKd3mO/O8Z6OmRRTvcw D4tpWljoSZKGCRVTcA8H1ulmw5G9bfkNrWvUWkdPiwjJ8/1P8N08wXoLOlSZMAsGgWrxPV2HB4UY 1GRT4gFbKe9pHpEba8iAAw8i4Yokwz8Ul9qtxgCCAb7bRbsVLJThcXbW8SP+1WP3ii+KO7zSbefd LM4LrQGZ/jj5bMtf0xvH0RkE6LRqtfvbATeQYYxWljTgrd24ah2q7J8pWoYCL67RkXvidieX41q1 SpIv+4tES4sBnGHd264fDZpGmc54pgpvNgu08aCVMT6vMycRaMRmOsaak7dWSSpgQXRp35qudDl+ NLH6+YgepMZqM6la9rhJN+Y/MeUxKeRQsQi5HSdPN9h3IjbNIhMI2lBijQ3JLm9pLq5b4Wo6o5/W BfbyDyjN2/QWc3Y+hyRqX6186birWVFYFau6a6Um5TuNJdohcFe3zEYDyTCmu5z/tkVwkXIpphNN V7PYrJpBkgB6UglvMjBKWkqxf2PVM0DHfFgYbOhkFkZ+BK4NweoD04I4yG2HLTqdR5QFPhji+ThE x9IM2hyW82bGZFVoYRdhpk7KLGS5hQYe/i4rY6iBE+CFcfBns+nGpzx7qpbmgYhOd6ezLhAZaQZI IK6NF+OEUzzOr3wF7yi3U1/DaDdkyYLDLQZSFEcc8ulqUUGzgU6ZU+lMSw+FpD53G064mnqgOv+P COIqqS8rCx2ahCC6B3IHZcsquLuY2/SixrYrQA1KRHOdhRVxnjRsRIH5ZVwWuejI2aXTpfEF++YU 0tgYTGQlChqI2I3kOzRACRm6NRAWYqV7yUxFm/2Uma/k1QyuwJB4qQktgxBKCiYdLktCXuCmWTk6 mv8CH/shFkNs2Vs7NuAQu8lJCbjGHc2yq2GSmLUp9u5ss1rLX/5l5swx6LL7jg/lYi4p1ndtppjJ UXJSCkg6eQxDRUKH7GpTUX7hEoor00BIwynxhrAwYq6UVTeaa87TQaOfbaw6kRkzZvSfpAiR8pBi q1GZdH6fs7UrlTyyZQCse22yofqOnbS2ZyXld7AkhZ4eYmEL1Y7wgvQeXMEHFwe6/A0BRXLVPFTp j8iQMxcLVxVNcFZehabwEIeNyaBGYYvyiJmhVr6F8o7QjEOh3Z/vkVn9cpxuNuRQXJpwMcJG8eZU uugyBh5Hfaw9O2moNMY+XZZpzIwzfpzYQkY7QQ2msIC/eYsqFcrsA2E29iW4xmYFg2Aa/cTYY5ka mr7nxKAmMes95+LN7ddmlCghUnps7dVpDVxU/O1d0pQTF0EHAgiHhxNTywpJRlZM5D55X4aF4O0i Xxku25I8KgPqYRSIIq6BlD1TEakuYhzgzNnZI4yRzaaH1veNlQEaK/sxHImiIe23B6BTDvIE8TF+ GSqzdagYnoXM/GDmxlL6qhqEvUnH5e2pSYMugf/m6VoiTwtC1o0DjoRuaDh7jUKb7aXPL3PYNuYV a3x1iuzrLDubdls5xJ+AkNugkPtXfWKoxwfzYiDgTwmZiylRdg8T4Aj00aeZddnXnvehixJNA1VV VqXVoPoAQoNCBvLeg8KaHM16W7yogjnfL7EnfCoLNZyIquqWzMYlhV2s0nJNnMXCQINHdkqnfhU1 6KHAiupNc1w7vK6aLu63hREKEcumk8wtgy6b+pNuUtBJAa0gSHCGMVrOkNzDI7xrTjcEnJEznCx2 rtEmr4yXopi6w+S2zEZD7Vy6VIFs6oI+um8rZPU9tPepUCWZYVHkfahBoniW8ktZEZUoRIC6FxnN KEmG4XUTMZWhtAiS09Mu0hAsQlS4ci7nqxXFIcdV3Lx1mkyXW2ldHWAW6/zKAsLGsd5FuaY5kYE6 Kjb91K8QkgeWpVNfs58ojkFiZPHRwJ5xSrw0gnfOYmSmBYe1swmwkWVi3IV0I01HBckujFU1xgVQ YyYyapH5BA6gspXE0D83JIThMPuh3aaKoYeRqcwQzD69EUSZUiDJWbg/Cef3zePJz7i6jh7SJslU VtIdR0FLjDA5Yufu+s8guSs0cJRr5FMxibvBALCrjXiHF4ZaXdk5Agws/lC1wkI+XZrRoG6Cm0Iw mvsZk8jC4kgb1gkk754dUXVr5hGFrgR6RY3Mu1gmLXCYqaEhd1zvZJmDW/jLt/C19AqeWgMiCsqH UumFNWfcZSZYgLeZIl58F7xaQN+WIeb6Sud6mfSyOSwYqru9WtpTHWMLfBAL9oF3z6PRTXvjtNkQ 4coijNf+FklUYuZYBm0WI2UiNwXSAgGdoMpB2/NYYnKDMf5F12TdjSS4FiByq5V0/le+0kbDdnZV zTR5bJrn5ueOGQ3T6rHmhkhAzuZ7HvXvfBUknjX7MIibC7pf2z8zR8uDluxbyLPFlFobnNBNcM1H cdyctxloKvCBw/VaBVP8fAyw5oYtYsp7tXVJKFZ7FxSmXTCqPOMF/cyMoZqEt9M+0roDNAqrHmDP oCTuwl6uhkcDEWARvFvL9ez1V7ZeUZ9BK134hhpfsEAVTfZNedO1NnjUnhvq1oD1jIkJCsGEx4UR RO+pt6HlrsUjG3+1K00lpeios+nzzL6DJYBg8DCLHrXoK71q1meL1R1DP434YXKZbb6XrSf/I2g9 ZSFlC0p0jUpBjcxGs+UKBH/Axa5cK9Mj49Y51b0DlsyG6PBhsgE0fGNXzbvJWQ5Q4hdnWIsXFd/i MjuLVh0WynTZZ15GfampYJ2Ds/C+oStANl9pNC5pQAAiGDDX4hfaClJEaKYKXkrsy0WwbauAu6QH dyHAvPdm8agnguJSVqITaevXj6eYCinLmoIOT5xbclxPBtMAIYIsry75ARbItf28BCC6IGLArsEC mWsjSlIRHg5TBZ1CMbqrS7XtU3pUyGvOCJnEI8JhCewrU8aqzSRGTTCZ/lmZQQVFbjufzsiCwJlX Oydz0HImh4sgrspZHbMsQx0EkK33Z2HVETxXP0r2NApP0guDbI3cv6CDll8BmtHBSN6UIfmWuVTN b62TcJw1lqu6UyCA4gxs8m+XEWZ0jhdFs3IhHfvxx3HdGnC7hordtcxBiKCkyE/zq0TjXT0G7M3m ZKJctrURm57ayT93bO9EDfXw/pITGoMFFVQdzO7xajbWUV7lf385qTOz30ZrLcjRQnOb5zEgR8q/ wByUXSJErunoxbUc3/FqXp1tGUfOlleoy9V7zjCEDY2R0bAGAwqhtK/k1DvYg0zJbssuxRHXJgOO aVVzpMZNvNAc2lh8HA2UmEn9Je8SBUrw3jF+TdnkZmtYasFNV2gS220bVQlc6NyRcKltqBqx7NqX abnexdUcRCx0RmQenlxRlgXkvQ7SnoNspQGSjhbITXstE+FCfU/winmStMWNOgPhdvIVRdgKU3Ed S9BT63l6OSOKlkCjLV7u+Kgf1LK/2WhcqZCg1FHR0HhVDZzE0fRWezzTTn+Yt38zyxBprsaVu6EL C8f2+LRcCIrGQlEgGEwerNYoqYinq04kHOMYErH4SAR9bQjNC644wpu+/K7qGGsctpHqhZwKDfBK 87TjPHIay4U4HuW/bzbnWqxv8GOEuCaTqbRr2GF7ckihjv2f7QXO23dIbm1TSKIxVZqS7mi1iUNK RaOsy1UnTsiMlF5rnqEsT9Bzl9TJtim2V0mf5doFI3JI9G2A5IkU594yR0RG42Kz0kradEvnS8HD U8mtCCDVlWjSsNBcZZhDmQ0x4Ozg+4WXaUTUFaahhwaVzBe2PKbASMbNM4jGPSuEEMZZCHaMrD7d Xld+4iE4hrFY3KanzLk7A7tPcCDy9vlbZdvKMRkOnEi5fjlKynUBdqUo2Dc2gYNa0kgyDZQkNaZA 7cupBnW/vczIimli6u3o+jZ+FpckCYPAib6HzJ9ehirzeb/2aCAIUN8ULEwWH4gRUhV7dJIt0XKG lt8v5KJUbAj/wx4xpTYULhw7LFa23wDNPvMhcUczTZTv3BCH33pmeykf1W1x5P4MY4mDsRAzAzXg 3KG8tslDc8+ZMYthMvotRiwvZVvEVdqZqfq/s8Jks/EFIxjiKwY306omxR383uPd2rkB3pplN4Uw EhyNZsfE4SKnrpKDyoZ8u+mJDpogtOujucNShaJ7cxNpQY+fdZFgrKE7bvoqcD9H9ylW60fdGNgW s5sFlyOAAER73uzqA21n6o0P3nJYGBXoy/m95Nu4nndr45MswcsvVIxXFFNGUP9oieDXTR447hIX KT90q/2/5nGu3R2CrRAoFCHXSUWdShQm9fWIi91igqpK6+JlhHmL09dTsuES5Hma7tflmZVoWivi qOru8zKXXsehTtNnTQjRIEdQSi9Jo2H9bvLXZK5n9Za7nKxJ/5Ha+6S8wAIX+/FQXrx5xrvnCFSp G3k01D011YJw4CYX4rFK8Uy5Nql10vJBy7+7hliq4/muQE7SUrJHRhzjtvpQzdYekixOWgSx+EHv KgjpeEUDjwhuFaGyYkwayC05tta00FD9ofUG51tznj7YTCrGkgT2oUsNlow1CSa98qvsqRnfKgyU xKd17b89n4HGq7Gwy2obrKDNSYk1junA9Wy1ZxBSgbGL3tic9bkfYVNpTuFRxozMe51GA6JCCV+a Y2aBPteZG4UM2M3pRbImrUUrZjQ44iDTXtBkV28GTH/GrfylvZ+srJtYfe2hH3NI7mPwnKsim6bc u1WS99ahQJShKkVKldu648HRzXJdI9lEYaJJ/hbOdig5p/SAoFJGmqZG7ybAOMGk62YBiaKUXauA rPResyMwuXTh0j++9YHpkhN869AfXW/y3u3/xTlZmSpBaLwErIS8zMSzlImMgEsSWlRiN7gElSgf jwqqhYNmRTDQOcwGFBWfQUzAmOrBUZOJAmp4QhEmLn5qMkEVPcM8ZqFvNpzMsFTVpgqhS7tFKyaV GcsimozQb5sqZXEAH9++Gs6AcNM0JrxnWT7xytrXM31i3wAoWOuSQsfhsp4zHuyA4sxTDVAkcpVz IgKh7Z/PC/VTd56VAc90McxCCwQBWuOMQcbUihi5d4nP9gDwEVRsxhQliCbVs/xJW9E5Tu+WLFy3 4au2B4zCYv/IKpNaYTYvA6SKr31l0OACuvamA46Zw7IvloL35G4Vkms5CE92KzZQye5h7fVfa4qW FXg3ozV2wgs8Y4HSeaK+mKB+DswwK5st6zcLrRBUkZw9EaWN6BnzbgDEb5O65KwDFyDAbYOVxAs1 RuLUQI4HedhpPsvkKrzcsZbP03hgg2t68YcwSZIPtHzcI1N0aUugqFuN95H7+1dNvyuJxokFNZop Engae9vMDMffMZgVUWF2fp4QTpC8D306qt7VdS7rUTN8H7SkwnYmkxXWAsm5csCf0UZ2jwvtdQ/M oaIfRyM8JhmwuDAtd0ekQVzk7V3FFewE6S3s3nWCJZqb9yVAc+0wXYdd4qtqw6r6xJiRFSKsF4tB fHa2n/QMG9h07yNb7T0eTXm9GiPBhuqwsfVpUHOvlojCAoWztAzrNTCq7oH6Ilb2k3aKEYmTHCsp 1IZUpmBm5iccCzA7Hp1lATkmbaQxHwkC0ABPB3TpgTlzTbm9owDG6zake31iAAFP+Bw2cbSBsK9y ywCC+tSY6V3u19SgvMcpH6gvBwzZGINCk9HkyJTii1uKaDhiSkZWAAm8OK60s+HCmFCBeZOOCVlQ BV+yEPYd2mlUoa6suRmovW2zn7AN+GhVkmvQZCFd1CNXRU9SWpJn+KCiSkL2Vp2ccPqQfILZxIK3 MuLJmOlq0CIRWGiMhKMZdYAIcIwy1qFZ9kkmZBitTQZvG6JnG+yqSrsfw/MIC+DXeHmy9VzDy4Gt 5RmAY+l/Myy9UZi2lOy32USMihe31/JV43YnAjdpHhdil9LWmcCEOTl88/EqKk3Ck88maHpDqQ6b QFafwEgTulJrswzSIoI9TFLfZeOmvZjXpl8EWJUk7VFiIbAhXOEsW7OpyZMMq76Srv51iR5tDEmb jIfuWHI60QBxPUTU0ExbPk9ppjG6QlBEGqJ4wNGbkWTHrbWZb+lb+4otNMMCcVwEcaFPu4jKHEvY 9uJkW5Mws5ZmbNZAtkXRWyuJ+i8OlHgUNJtGDWRwWbkxkvB7chLTfNM2Zq+alExqQGAutCi53a25 Rm7S0mURgxrSwsSQmvy4zLTOufGbeESlxnm/ema46ad5EPEaN7nhm158SNpMQvoRedWXmBYfRLuR Mq7uW5TkNBX8mz4jpmpwFYDmn74oKukM2euhwzrGOxnNj7IWM1BNWUb7rtGn3FQHyGjWiU7/MQw2 pE7inG7JGfsxyC6axxEHYK8q4aI48H3Wk4B1X2mKdipj4K7LDKoHU+gm3abCcqgU6g7EDNOwJAes fIhmSSAorLCGEdzwQZcSCD4UvuZkqrp0VG/EBCQACKO0YJHIJhNsYaP6IXl3KsLZVQUA/8yyO6x/ axMV+oyrPFWp5XgZRGGTGtklztFUUwzfmOScr2VOUy7CqjESp59N2NNdhoeA1t/Vj8LEaab0Ei8G aVIvn0GVM36otWQ+D8Iz7yvjbiCSpz40s29/o5NJKzIHXFU+c3WUoqyifR6cbMtT0yzR50clp8NY ZpR/bA0n7MwnwU/hqHTFzkC57RRBoIJLn52oJtjmokZJjEtpPBmbeVcARZM+jMlC8CxM9pU9Z6/4 40cw03iQOQyzdsN3UnEuOBhDX6sOOKJp5KZe/OglafIBxZKxltoJ38nKfBTkQpbWc4E9pUjPAMQ1 HuSdOl3KLajDA42UcbdypPEh1180T1DdUasxU583OSFQVqc1CgKCzqpzxTyD1edx55kQ4efxRO5g ++Ndwg8aB5UzKtpCjxO513lc4YqSLLARDKwApWPOQme46T+fVc9sPDLdCHsJ3ynbTUkIMblowTkN O2sE5kVUhJYPMnWfWRTk6YlS3G+CasUoTMshvZkbeertjngA1BpEIItBqYOX//RU1YtY4H8qiL+u yjByfkTnheTdbtE8vWbtRK3YiidN6HT2qR9fjgsQa2agdIaijK5mOMktM8I80G+RF5EuP4pqSHS7 mA8hIOXo6OJJMgzzDag4Vw0u/6s6R545+B9gKSfOhXDEhtz8mJxaRKx/ZV/xtwdPg2sDRxKC6uy4 bTCBxw6Mo7y4W59drhmpeHKC0QrqbmNEnHU4IxvCbzrhBQwp1NlKpr+FGG6QD/CI8ZCip8hgKqpk WYMP+KB3SDdXygG6tLfzaFfIiDXQQZR60mEcGbhn2ouYOe/LCyAguvJ2fUdcZLpQvbdV2CUFrJGP edqcF1VoFdBlWK4SbhHjmWw0pKNSGn0skFW4Sx/+tWriuiB9fZPGtKmnWmC3FU5dd57QWq4NBNMg VMRh8+vYJD+Ng8d6djBpNG4yCstwiepSDd2peUZSjyML5RJENwymGmd6ZkehLxHpLLploEV6SiJL Nu+4WMzxPfw++ol9BoNMluT/SBIGlZrJMP/LyfMmVLIJ9WC6Jr1yGKzOE8usRBl2skvmluU9VYbj EQQxBFAmGY5UV7GdYqKIExIw9+zBizwERI9mcu9Dzjy4cG0+58lsLuxJAfQ4BDN6jpxbWTTWpIfG 0ULG13pNCxDq4Marz57QTh15bg/jPf1rX/24sJhCFbPDMA4GSl31MlvvclejmfvzSWRHGzTx22XW 0N7ePUDA/knvHg2YcgY056CV1z1ifSShsz5BqAcHdudRkDxX16ZCus+DVGDm0fIvXfSh50r/Tk0Z ol+cGjUi/OSMEUZ3MZv0QFfsEoKldLRgkpVDrczb4xF+6lknugRios5/xGLzuGMdclknkARfopI+ Xt89Du8/IzLdhgxW+mA4RE506b8VDGcM4aivBM4OZT49hd47W1KcTlEUVEBUfbwWRDxtDJuIFVVF WBfDR3+K8vqLcp4glmZo5ned01IEYdLEIZ12QSmW/LlNLRgMPZgc8vOXks+gLB9nJCAwwzABSWGu zGgF0dw2Aiq++C/QZuh8NuxqbM0IQR98pxjtBoDoCiKaw5WOs3xfZCOVuXTJ50s0KoD4LadvN4sa AcAx9ehxK4Yt4dZzLwBZvqQrc+06MVPgtCVBPXcl3Kv81Sy3zdsNzJFVP0BsqY+iAXE07+3Ke/ex wsamHRI19GimzqFJs2/0ON4IGjsOSVb6iBh79Ew5VFp69zRBNi0se+O4ICxGmyUaP1qIXpEEjKYd xcyWD9hqDQZ65u+oAC/Nd4yB13TVWkdJoelM0xvQnXBR2zjkTcnk7sqGRcQoNAMq1ySZUq6kb9il erSyboLyESBvNKtQgToguaFopqkVvRhFVzUl86go1UBY8Z2AHJsFglS6c94EEJxMhnlVdR9BJ32y xGbBrlBTYYnYizZDaFIMq5hgoqdxJeKGTtuxpuF4j8N0pGk1hVjXgfYdrFLKVPyQPuD2bd1nZkRB RuRcbUGfVR1wqHBEQam+P+FZlmDSGqEExEB6PWI7M42TubrShQVjfAaxlrz1yA8wmIxYnV+6Z/iV eiImJ0Dh67H7aJtT2rxHSUTKnUmCDNhQPYhHeVemIHwDBFa7SLK8ydkCltG3d2lEVTjGQRMArqpD NjIQ5pc5OO2ENMAn/6kHvqxc40vIwEOhjB5EvaQ9ZCjvSD4450YLhPgEx2ajmqRKtI1fmsUlj/MO ep077mkkSDAwgGCYyEhLUV5RhRipD0klWoYAuV2l4wRNllyGXMiWNEt0ySXgLnJVeGkalKhmijGo k5QwVSu2aIiwiJ4TsaHqbNGgcXV710Z/+YN0sc8TVI/74+crbTlIOLy5nMK19iW7OpOPNGpKUCps ZOZgfsqiKUOnqn9gO+Rz3XFTlO3LrBX+LGUicJ6NFZ2WqGitMItbB1lzZ9HIoUMhBhE2MtZs1k8W ortPVY4cJLBibU0rWZ6heyAMjwzkDc1cauMc/3M2l2R2WfmAKOhfISwcJVwj5QA+ZnnkRFysjgzB h9/Swkovo0TaVQ4fD5NjqmuwxmUSBs7SiPocDDD0QLBCS3OzCnhVAFVgC2EMjs2n0ownfiS3ug45 E3WMc3+Xhfq0j/2kRxdGYB7paU5JDmpumV/WgvewDiFZhVYuV55NKK4Gm+iuGzise0eFiXWMVJ3q v/Jdq1oCpdmtKjq9oMJyFdiyXEqDAUOrny27qKpbqrVYoKRsLeD3qRSWZGjKYys0Vq7PLlBYlb4O YajKueuLU/MREU6hMv1P1vZa1wMPDIuqA9NKlWRvL0Njqq2sQpWLWprSEc0BXXJ1FatIcEqWHkpD P0FxPSd2ltYNDqmnMC59yeBJSqJS0VFDUcw8JMVPJG0OeVXvShH6ksDYfwi4qEXlTZJTDqU9oadW S3s6S90IKrd3P2PzyyiufQSd2XqOCaK6zC5BWJGtztMdI4q0asrQtDEwCJsz0viJtkyVh86QLejT UWjDt4KvInGOoH0tQ6HwMLPkDWXUuzknCUc15WSu8c+gy2+ry5RtGYXtyZhcLUVLAglcx0EMsoL+ KAoWukEeT3tdiA67kKjINzcJCuPcKKlvvlwbkg//w+EKBAzdL8STRPzFjuTUlKdkbxhbJ4jpdPSZ ClQh2Wyqg1Lepcl70Kp8sqloJ/8qAaXfXdiLnTAqP+xOrWbxeCps4WX1EzmMZCd1lxPSeIOGo+JP B5uxaOOVT5SMbNS1IwqOyxwl67414yNSx9iezuNUHwgQ57LZZeNZLwzzLbtDmxslyBmvYxCtgYP/ MBxQ/8BkGUppDENgZj5YJWLG1OkE2ZpX+mu45E8vM5oS28yCZ6Fqj39klgCgBRqjc8ecouu5Er0F 9Oi0iKBNzuWQdpZ7qL6UMg9B/DwwMGNbg9SMv25p2rWJm0h1At5pPEBp54Oe2UHpsVEkaFvbMVD6 b2mSJVVddzYcnjHwcYKQnxgsi6XuFKeZYg9CErLhTmnsJBvAoKbO8CKPC9FouXGchpdkVg7Dpsva eqSxHv13Zjk2eMsbsmMyVMPITpKxYQ2KrWo/Vc9oqSFqmwXuevbUJKgDKZttzBJ8QJSZYhiCvzCW QlkNNlwJUjhtmUyeleXkNc45mTmV1VhHMLZnxbPESZiRI6tpVRNM/z5epE9oJwwTtGBBlUHRoHmi 3k/1wCUQsJmkeWIM6K4pVPN9xFWas0MMwcxJwx9PujOTYsI5FJlDEgxujreH7cthVJVyJ+Q0a6xM bWbsYsP2SPaK4c53xzVRA89cu6nku8fvcUp+5YGBHBPHxiATM+jeCGJnYyxwK2KIUyOQCNbOtB0L vpmSgq8UxMVcpEmBe/vQdqFyBAcO+ZGKNhLCV+zGs3ECChpNjEP3+jFUAguOtEi5FJduc+OERxmk wiaDtiAZnRnd6bWgOSjks2xbJ8OZ/JHxrmGOk5kOLjiaLjperqNLFOp2UUAD5urC1sHFwE1hWmkO 7XXYToEWdTOdPQmXc5dWVBlGoyflZnG5+sowuSb3ZXLBS3tr+VmEh2Y+lK7YWzj2RHMXpiBtBsjN g7Gf5AmP0eKhaJcTZfI4/bm8dCc+TQSXGZUfdpnLsBx2UXzfFsXQoyi06EdrLA2nTWnPfvUkwvIR 7HLQNHDAuNxMt7YRdq3+AYsMp1JbRPCgjLQov6c4AnvjiE1Fu/XWvfnJX5+sJXdIyISfnSesskZD W+WDafamr51IJeC6yKzQSAIqZLg131G4BuaJ0I20wWkPNHBWOMmKii+5KM17S57SUTNN8skyslXE pIsejMezfXN8omTn+Te1DJAzODlE9PZbu/ihoco8WTM+GOiSCgMRewGaFmitZAeDiShnWYqSJTcf 4FBE3HNaJo0CGaqQlzHncbjDUZ/IzEgVJMnNVcbNC7ZwzMTIfEdcWNCb1IM6DPCx7mAijvo+DKOI kmTCGpAepK+3HAeZ/ZvWSq5QQKHHSbppopgQKrYdBdlUL+1k8+1l0jvdtoLTNU3HdBgXzbhTONtw aF7RUUrmbMV3/fCRiGB19Or/enMVacCu6CmjzucjrzkCZZXCTEzFImaPd6ILicsVUw2hCTrhGxev 0pjg9Anoyp4y2Emp4izDZhUJOW/qeB0YzUhknthJMGGmx2wuCnNq9QeQqWwH9ReRWjYEbPVW5ES4 LbKQKtNpRrYxQ8RWBUQfY8pjUcYdQp3yXZa26lZ64SPJ4y8Kv/U6TcaZTzEkMs8sWQg6R7OG9akN aTsuY8H3cGD+QTnV5yoCYzTtwglNGWsZE2qy4REsgI1reXXKzwvCaI/pwLHmISZ7Y+1TcJdlmY3F SFAVttkqrTd0HjMNllZSSCA+xGoVDz0mIdTqs0WNUoh9IFyE+R1tmI1Uf4ULR4ranRS3OH+iyKVb HcZLFVlSElkYhVhSz0QRk0x7Hi6MlWJVJW05qlopJeh37bpJg7SzqWJiQuPSi5rctXUJBVWMqJS7 guJ00IMiQ3hXebOLIDljxoxGcGnmBdVnM12MqiLmEYsLSd5wFhcy1P9nmROhUx8xyMwK/p5FhiqM OOaQIeO37DjRTDayFhAyf1F0NpDopAodg6rEpChXeSlLcKkAxIgr0SNdZpFH4H7DISlDVktHbTiD XgMTbCpyj4mNCtpEW7ZEFSsmL2I7nNJQ2Ab2HEv9OcfHKBZaC2iwOPCf1njjwe9hKcJypaw5reFZ s/GL+hyYOXogM5K+X5ZPVJO38piiuvulkJiSXGoBYUNKeywmeIN5kVFntQX8GOxhUIqrsiO/ZFOT hBbMAsJ8WwvUGOMlPukgCsmcd6OuiQt2yIsciDT7CXrcAkDUJW8BirWGsq+61MRVuu8ugAzbJZa6 ZooSQB2yq44uJ2Mw/lqySbN6yJTeqY4ZEELkZKt1muUvLeQ1zjqnf7deOgO9ex1PYbvR336CRHJi bi1BJS1qkIvOJllVlKEkmX9aWMEAHjcIJeK9/LT3MmHEmXxSDqqHhiQQHnLxNPiITO/E21OUiFdb BGxJx0EO9fnK3WM1Z0dqskU44suN0Yjrpbh6QB0OzUO6v6kx488f9CQJw3ndEC4yinC+OSic65xe XDotuAp9EAYLrIMOsy/qyyd0jQffEe7eFbQ6+XGVobkcmrnUh+pgmtZnopphRFzpldDGJCc65kWr Uahzeb7xtW88HzDl44GXRFoaRp6lcb3NRCgs+dd514SoBZRCLV8GLL1jyUEcxH5nI1QDlGuORgjg wnikrDynLAA67x1t4o8o5iCVecgq16S1JYeuVVYh9CxzuQBpaphCkisjByzoNftcVg7JSQ/f1SIM VkjtNGrQKbY2MuK9M0wF/j9NmEIjk3+8mDNOJlSWRoWWZJV5wjP9Ld8sJ8AU9YJIW7yoIHTFg4F4 I1Friw19WnwPOohwchOX8mr/01rJ6XIJ4WFxbdFFkAsUZH3QFh/lV0DYb6m7WQHJi9fUQRC++4ac MYXmFsKEM2OJ4E4W+wCUElalPIOtllQaYGNeQS9ZhsMGbA2sSQ7TtRKE0xK0RKDbLCk7kMr47jJV ChKV/SDCuOFylRXjqL1HU/mSfELZzcV8OQEEyNmAx4azg61GZ0g1znltwSpu9/9CvmmUfyWObVj1 t0lHqXc1C1cnASQW0n1QE/O9mX1EC7jSKw11L0OImPIDe4krn7hWe8yPpyVU5Scl/Ea3P18yIdlb IpgjFd+JnjcwJPeBpjemGa35TdSqDKWFFcWoJX51FyXZdiBvgF52cFyCoYbESO+XMUCEHwFeSote jRee6mYge303XGpkXEtK9VeqZvSGV8BtIZ6oHOnBCIg/2Ry2EaZI7heiY3rGmCL1oU/Z4C/XKz7i Lo8mNl9ZO+tgHk2RGE54/rLs3VcHRW2NIZgLKbEExnxEBU/pwFAFKRonkiTb+pT+kpFqp6+4oE1/ Rt5SR1pLh9HHEnTqZHaWtDWW4zvfVDco0jkD9atEWj/JNikGaY4ZnZOklQT9DT8zPxNWkM3Ypp5Q OHNh8162XnKFi/JPdtQQc3PiQqHOd7S0takT3hsiL0+wyHBrIT3wpgQ78Cjt8SWMLh8TAP7LN4V+ fWTzoMOnKC3KFBlf4G1xCaYUf5ywuB+o5kHN9VIHNUF5k3y2VKPkkLAsyFlbJ8/slnUz2kK/PFt+ yJXE2UCZ7mJIJxq1j4/uomcgRimCW10iuB/UuMZXhLeslk4zKWzqqskvRZOC476HXVmInUvdyAl1 1U0aBxnZhr/yLsL8NoOITjYGvsgwi0MlxVB1Ll0KnKiBz2DX1+paR+Bk2pvUejWE63MgogBioU3G hi8ntqAYd1hsFqF7rqO3FtCYOtYV0n1oXEwOb2tsdCRoH7IAT/EL43MpgQP22Rd2PVO5ADZ/rNhW rJS7qkEjLcNLXOCUEGK1IJi35Evma4gEmv9H030gtrEjURTdxZikZCsw2Ptf4Zz7oO8gkU2gUPFV IXQTFzFgej7okdHy8Y6mQz/SNNcL4Fsd6paQnE1EHGxsW5+J6JzyrdegRto4NDw95rPFDH9gjGEH PdeyLYe8xEzHggfdMAEItJQUqli8bY/GWNgwKAJuAwgzOz9un2WrIoMuKyLaE4dCpOH2tV23aMwu LUS1VFV/a1BcplskSJGT8BaS4N+bVAI025bqzwn5LaPFfBuC/AOX7dCFDE1gaSC5yGN3Kt8IOs7i eQRQIhceSpHoezsFt25uWHfzJbLzC0jHIzfAycAQP5Sdcra4EYvAXzqJeboVUzlt7efhCcydjsY1 VrnVP5uX6WmjH3kdozcXbUkr8ZUHOZm3LuSwF/m6+owai1wO1y3JBU4uWCmyQhQ+WM9MvcYPG87a JudisiazB6u4D+kYnl8HmvHg3/jveo1J3zhcpUXzg35b6y5nCWf3MKe+qTFQM4QsU8zpjbSpl186 huiLQ8olDm4rbxJPn1YVpoAyHKn3kwLkMx3JgMYihXIqFrCEaWbohZ7VZgTgBlvsT/vihTQOO07V kN6/cRQXSLaXHlB7S7OmnFtt9tzseg3X8CZbqOvfL1fo76+yUFVHJ3XJJFVTic9yMVa+U3MSTEqm hK5UnNBFTsY503XiaOxiaudXHXEHtpnMJ8IoxjTJacpN1VYSU3d/QInWGDGWvYg+7IpnAVVlXqxt MNJycHGjXGm9gh1lbVohVsBSuBycSJMbZqFN09oLJ+3LnakeB6UCXbnJXsc5YLKgKXxUQu03kSVJ Q01DF7Buv3LjHVRwG5ZSy56x3sWhHWT3HUso3YhpH7a1a9yd7adyix3r9ksRtawKDnfn0Ue3/Q4x FL0+Epbirq9CSLO6C2eCGc6WtCFENP0EtX6nAVtH2KPBVb5iXLc+a5OaOouYdrPaigqOHorVisaO J7lKJUbNAj3/iXSEtoM9mRuOnm2Jp7tk94sUMk7uSYMV3KtTXPHeNe5B9kJSIMY4VTAi2xfjEExJ mZvo1hPsSSiQ6Tcz0akPSqS0antbx5al6SFUTkb72rUhUSEc0KV7iccGgI7x2ZilgO5I8iLb8hA3 kXGS9tjOiTHuTfyhLq64QzvyudhcWi+Mu1L9TIcBuIe64I1T6Eh9cLsd8G58y2R23JD2GUFbENfJ I+4xN7zpYVk/jbK7sfCUibbwmFnd+9aDbahR76AZNV6SdbaLF+DHZyp0vKT9TTfX5c9j1UDd4+jE AaywVcKB3QdHBqmtVGu0juF1uweNpjMOzA08f1UPUlAR68dTmu+P/ceOxpG0F7k7xljVe93NRxDi zxUe1OG+9OK3vJgZiK3hyono62Eeplzwif6BR+YuoTNU1eNky0lTSvsdab5nzCr/GJ3HYAAX7Nuz VJkY1uKNl3XMjENTjZGCuRqXlJ3DyY8LIz7J+trktAVU/4RiuLEg5ZZI0HLzx8JFGcPPATX+kU7/ Ybw31qmybJVk+cmVWoByi+PKs3jNeYZJ1F4e8C8OGro1w8lbiCRFXmfIrrXbwuWOMorxkgZFSK5M T8eijTv2ZAWuyIc6KOLfKYzYPxUlI1/Xkpy+Qt54UFTNnSptTVJEBZpalKIsBAHvEoOu/RQ4PbXm JGfJwLxYkT+cIAIhp0PXGUpCaBaheKOKNHl3+6ELJEq3UKIe+MnEtJugCR+Wpmkv2wDSMU2GyJQL xk0CuNkUoo1r+KEcpLRrxkbflXjytuS39F++LR1o4mNTuRYNab5UA25wh3GZtKSTFK14gtA0wHkN jgdLFlXXKYzmRfv3XboLSGLdxUB0LiN+0Eo501iE8rOmA0Zo+NxAT2MaARfMQVWhQs9TKlXlVMEk S5mhTHsGsvphFDWbvDQDdW4BvSCtZBRekr3/RaMocT2gFGDxuk80JjBS2MtJKnFzQmWzLtpTSWpH WTz1VZLkybVYGDljN8fvn4RFxsOBZtmBmH7lEloj30mh9JDsWa/FfgtcpYcuViooRFxv4bek7HIb 4uYN5nmmBu2B+pymSsst1hrahMHFjpn4W3vUy9vpVaE5b5mt8RsFZK3ytbJ6bcatEqOO1YfsxN+8 yRupzcwFHJisCOD8hblwarBurEhPTYcLQzCWC86Sfe61HjlhIogpb+JaCKM1z5tJefGmt9EmtrW1 ysXjlvOFXI+HrNTB2BbfO+WOnSbDeOAr4UALnT0HxpWWplVfnWrMgP7mZclGhT2RL2/L4ZSv9MN5 qdLty6eMrU/caJ9HXium/GUm2FitDqi5CiBdZcSGPLMyT+OkxiUmNHRPlguxohMWaIiMBZZr2G8t IkFi0BtmI1BhWLpLoSI/98hh0F5iCH63TFEv1siUeZ3GLSmKRMxUgsJSDTqToxb18dC+9WLPwAqO 8AWD1bqo4NLKQlcEnLuZFJqQwMqDTxIrV+WpiaJxMqQ3kzlQ2VYShYMRfwXXRKWgclaliEwEncKw oN5x6HfHh7K1T3RAyTRcmIxtqnJPNyYSK+Ou2iF7KSZgoTXjE45n0lepFkHbmuxuSGPwtIKLKK0f JjsznYo7JZDAQRkU5OxyXL45u4AFWJOb+VfM1rjt4gKeNTpM2AG8XCf0V87SNvkejjV2rFqlpyBR oZdeq21KjToz2A/O5EY+giz8KiKFWuiS9vhwNQKCzR2cmZHdCOujdOfy3rq0W5ByMZ9WVeWnc2jE 11539V3+reDNlWisR1kUI2V/SqxKSVe5ySJGrWCvvBlNSNs8olKqwixQamhuUHi06dmkL2NyrZSO Tp24w5YuWIRbtm8YhYJ/J7H5qOuZndWTF99WaFMzCvkLY65K3FhUQ5g8ZDgTC5nG6BBU9OnSQITi oNlHf1x5XWVZNZXGasNXmmuQWnP+60Jrf9WUnJq8M3oLF1HzhrriUQjk8vhoXHbkxCkV2/qYdDAk tsoEGXJ5AkVUMtmJOP6ls+hCtgYo6EwFejUrbOwSgoAspbi2MK3pKndWaJHHGxGWPZr/sWRyeedM dUpmGhU9AEjVBZk5iWHZKFbO9LkIrGoSFDBh83/FQQF4cZM7KfsIhEgrxbs/Vs+wh6D9F3VXLp+2 RafEEeVcIwPFiDuX+6kRPmCY9kzEkljtqYXte27+RbCyIlvkohVyMiDwSQv0MhWl0TRWM5/PyubI m8VQETW1zCJxqJSsNQUaSmCxqSgtqpoHtfifW7BjWqnkQrXKynW1LukYEzXXh4qaLqTmmxaoWzSQ SaFM2bVdpJYOqsYbn5yQuRVErhuXzJHJvbO9D9iTp3pAfUgccdJJSsrxSnu+TJGotHkdFWFiHmKY BJ7bUjDRWU/TfNvPKqK0QahOvNBuhgIfZjF0wTh6EjQ08Dg0khxdnVWw3HnYyKY1KeStGhXAxkEZ Y2Uffxeep2DVq6pewvVnazvUdbP+bH9fjF/KNFmgQlGDZWtLuPYT1WmUBqRLzEamuLyjZR9AEtQY OG1gGRoogK2sLLBwAMq1Po5d1HKOkpAXE5Jz5Q/p1ac5jUhOEZy8iQYQKPsYsQjQQLy0aZhL4lPA LW3yiDjIHNTbzoib0WgYS/2lsOKlCGhonMYJ45bP93xgBJIksPIC21CUU+WcquPxHDqXlcqMje5/ RnQsiRvkJ1CxW8DM01ZRcACBkveKADLGPZ5p2bpi0kgcQAM0VhEkeke1XchhfNp0OIfB0xKcCHXI lrOIoKabOitNK2Z7k+a2MlMuACxNjnIwYtiqM9bHK8TqKWF9SyKfNq/6+v4rlEyRPfCrEDqBW+gR 1idYf5KaDc1jq2DiDRWyi7nkD4u/7p0coWqftjbBCgT128SkTCodDg+6x6rvNMnzS1jJ7OEznc1t 0m0w4iYJuXpImqATMyVh83GrwQawFZjgLUz7TGqw2lEG0cZD4SQmBOqIc9VhCduKXPCqSZpsgk3U 0mKJHaxYGmaMAmuTypSWRzGxEodOu+kgs7EIdhLNv2ZJBR39B/tD8nr2Oixi9EbvgL0zbKiAKJ8/ g5G0kCgxygrW3v1+98AB3hvnuIxRSdRzb+AqxidgpymnNAOnPSHgPbvgqSFCxvkLdk3kCxmXAgNh xEzta9fDafxNUaNRfDERo0kcAp9GmlNUtmhJ+ZIpJikjz+wiPdPj9ExPVkfLdrlZ+hG5DacxI7dY sPxus14E6udDlXzeXVlbdhN9RWifgVfZrtccrk/85j9kadjmc63K1x7axJ148+sUQawBSEsY1IGf Znzx6TFOP2p2U0z12JS58oArVemZJKLSPXHV0H6mFd5cR9ErRxb0Po54U0KfGnyNbSPSvaEFS5k0 mAjMW/NlYHJgpz3iMMgUhUIAN5cNQvX0WmvCcKcAP680wMQTsPwhHEy3KOO89XlxpUEuUZKJF+OX X0LM0nbhH9RvHKP0aaPbwPQRh+RjTdkNWzY3RODmg2API0VQbdqxLqAQG8K3MhDOJ4ux/ZZVccPB GNKnLIv3yn/6ATihK8Lpwu+OEjlh4qgONyNs1MjFMZGr8pd4miwgRSSJlNTdo8xxKMlZr2pCelDu Zp75cEZzmccRpt9SQyvMjk8caDJS3i8VXzIHChZqqM8oGlTrWnGRwsRHC1pES7l+ymxlJ310wqZf iCPXJK+8pzgICQUZ+RMURrV44iLjuhg8cAy+6J8v6koLTembI0dDn1hudCP117hS2KoEv94uDpf5 1XH5ZjkyWJnXJ/HmcJkpZjpMuVhHEytOVZGR5ixeWeBy5s7J++JFi+Ja0wqUNphaXXBUSl1kfbpQ NMqs1nvNnCbDJEFoBckyP0cq/9vS5SgMz27O8OTSYl0XNKxveGsfvicYtFSyoDFauyGOwOFMxf72 buM74VrUqnLqUI1zWg1DP9QXGHSTO3da7aEosv9aH1yQv+fh+xh/ncqhakayspE7MqH1E2Zrkmvr LDjRA/MKpE5ZKwEmDf2jo6NE0cxRvdFOvLzG8EYt3GOPWd392iuUuVt3d6iiKUUba/EsmMqxwdYU uUmh8zZhMXFQ86yJgjj2LDcyvQAMYUqHgaQSt4iDXFyyyXKRXZDl6JFN0wavxuU2ruPKtfJFP/Gc 4BJkk0F/0lvVAhO5ZwDOgQcMRzBg7LGK8rIJb7fcqAeM5YpPe+yb+EPYHTtyqJv/pBL350ldkLXR wGppV+2gsdEas6DrK4TktuanCG5LKB8hgupZoWHVXTy1waNhOTH2BNASHILgCHe75wH2EZdEzbvl 1FAU7OEiddXFm8ITegM0f+C8kCSHlOHbnGMrdaVDeu5WI3/qJzXgks5db6a/j12vZb5J/TjBJ0MO 0BQqgS0S7BK2tRy+dWamVOpHtriU79ST4XoBXsZA38mifIo7z9GFT2J1ADIccLFemdjA4Tfn1cuL zopzqlbkpBQC8rOceS1PPejTrR8itajgEXBmIYD5Vp7FHh0OAttTbhUxDEnrhZWIA+zBYyu0O9WX Y+f0OArDQr5CpYfqNCVNAT0fx+9kTDKSd1RyjEVFXCRAt80WgMFFoOUj51GVAY1YYLrqHSKN1hm6 /tyu187BOCHZYTtD9yM24DnBAIIEYiwPuBb7QhuwU3XQRxWiugE9vXpDgrcO3SJCA5kBoDFHr2CF 9iFhE1yh2mQn8nuOVsSMWmoxvg+Yv8xu271062LFUlmeljh8n1ajxEaRyA38yLIxF+xxrlGiGQTN BGutPc0wcgjrsE5mDE6mWToq6fW5LpRpEMNxUgr1L4TwV9gGRC2p1ST9CxCuuhmJbNg6l07C58HM 5NW4dCcECwGM8sNKKxSi2N3Y/jRbaJJ+hoROZTayWYekzGpyX9JRmVfi4GW6FTkBh65gQt5rJQ3Y 9OY8sKIFK4pAtqFF2ee+CcJkCjc9fZSMQ5PuPxaSEKlgDDb0CzBDAEuOPQ0SdrjbXdhrXA1c3SQu nPeDULDJ10NghvabKAWtQeWegwkBMAsheuom9gLAHoRpSoLb9x44bPaBVIVED/PQkowBTMi4TW/d NGjEUDTcVtTbe4LnaiAdU0v6ywRxm7HgLlKZEP4wQg5G80ZrksIE4amPmcxYfUtmc530Rz/EwWxM tnCUVGmy/rqsCvV+PmGihBSpmwPyoiqTFZOQS69cJshF+2FmSubyjsY9RiOr5Qg5DcpxjE6qa1ZC CBTop/mCv5vIVGnzmRIDcbi11q388qgCor80YJVGzLZOptKzxGHKkTLDnnwG2ZzfG8GSXnlYzsep emDp/lBd2BhU4ooXu8pem7zgAFeu4CmRA3D9Y7lRcoPYk+QLEwxDVYNCAr8XWr4+DAPV96JR+Dd+ MdDtXTgV7D10WgZBxwjzN1YyA11efudaMCBuTP/Jns4deWi2x3VajUREXyN3E18McstEyOBlyXSu R37rsocz+DQpMqWPSR6nSw80nFMZoQ1fXy/eCgJnaIWG5uhZlTJAIQ2RsYR6WFIF748wrCGi+Sr3 NoT4DROadqSDAGEFfwUqTfKXPJJO2vNmiIqNPILB8irtS09fD2svTadCozYqSTwgLOQ1Ra2EjS3/ DD0Uhb61WQJNdWC8JZ6TadSO3WUgE5SzVrHDTY+vcoUTlAU0xz6SRnWysz/eJ2MA1WLaPNGnNFnK qKBuR1jDSsOQKscj/oCazYe8vvEKRBIvSg5V4rMs6A93Rb9d0mpLKl5SlEZEUOpqfzYdJnNE9Kou zqXLsJvn0ETEIDp9G2Kr8UmJYJdFmQ7ubgtn4Il+OGxhXO2DNiMPZzqg1TiU7Vhyx24pWVKR67Iq Bvo/A6Fz3Q1KFMhzMIZVSXxnNdXMpWbDO5U6IsTLY03GVjr4xMhqey5G57SBikTV5KJCvJq8xOj2 i1YYUkDWaUkBEcFEsNXbldzlRdiIBkGkuoYtvLHdsExcXpQ76Ayjigeyz1tKpW1PtOlZDaaiZziC 9McdjkYM8vIWasUAEBY3RoKc1MSJ9SpDhQ+ir7lIQZorzyjIeekHLjZLFqzIgx3DYKlgCkFtG1RM sA8b6aQ353W9lvgWJgKA7hsQxayEY/1wS40NUT6s+G8DJTu60sFHr4OHBEEqnWqeDyhK6Vx7bl0e QaqwKM7QpI0xKSDZAjyRuGUyf6FMCZFTkZYWMF5xuYECBx06Qu+fS1RN9jBySg3PaSpUzxqY5MWG DqYrukpzTE4ZIrU/VzjPO7KCmm2PAONRzFZsu3VDSakAm1dxDCv0zust9FYi2q/suQ/BQmrDSpbm 3Po2h4axpYgE4ZAAKZiBfZ35o7+fWardT/cBKfhi0boTN8u5zYx0CR5GPFTWybyVvGhyfoe3MV10 ZDL1lboUalSu+RQz3eiTCrqZKCvDOkVywtcLLdohyM0T7TJKu5Risi7qVwhWA2+6K0mLbn6rfP19 u0TexNffjWYBe+DVvWMlq27YTxztC1Rq52F5UXKxRcASj9QyD67MLgpc7xNrIBgjxbVn/FKUYdOr /3xPR8Kg9ka98RspawL5XkoHyF6nS2N1y1jOW5e5TnAIQCBiBWEuNycvI4ACdLtcPmmRZ6NSAOOm mbZBLS0LSJeQzZrZJny75OJJFwlts1XAJ9e0HQHycik/u98uLY2l9vRdBuzZpsm7HimNk/NJIqY0 i2RkNIQMA50oGJA1rwwbsSGYW73LeTgBDioA05EATM6i059lSVR7hiVvqY0TNdBbuBUCzbzYO58T m6kPrfbowMSU3FxPevVB1XUZBPD/vvW4VNCWkYT8vDQehjSpNdxpLIw0AZHijcfiYI2Tc3CShANo Oc+TzyvQhEErdQejcOB0ntHVLfrKFi0Jbqn9qzOKZtM4wZvCpprcpcaqJgxKEshgVTvK1xaldU8x dFy34Mt/SiamQfzM81vsZuLmjLlreOV+Fr3AWuIHYlvQETbYrwStbijZQqyKScbb9aU/ZJRjnENR yGqquD/OjriYR8HW0lO+ysI8B9N8hjkpByFke/6M78k6zuzQBvDRBm/4rUkKVa5RTkR5Eg/b6xjL LdqO8c2Y9EMRFKOK60tPMN5ihQWJkNMXVvDEXIuVdSr7VDsVfRQ0O7Ey2MQXv6i+rSpEDZlSxlke 6iCrxgq/vlzE66zGTE0fzB48sD/DHK35jFLYAKEWy1PJvCdrT4gWZrCYZ2O8DFN92zEVOaidghjW v2VwOkwZIW5GdOMJT8mmmWwxn2/4op/sJE8NaVGnF+5nlYC7874xQISiBq8cqEwUzxywwpHQRuLe PcaKI1Xqu0VrRfUa5gIU1zSNAQI/4gi/WAXbmQmSCClYQjjJSncfcFWZgkSqIIFmBD6tVUjYsrAZ JcVVJZB+wpb2VYYMyiRyctsBHN+nnsVRSZwpuEFT14K9iZi0jhn0/feOSlsRwiB8AZFUhGXBH9iE zBU4oLWwp9eu+oj+KmvQ7LV7DLeY6bvzSiOueNVmbo2RrnfJsSUMt3/TdTke7Pxy92jFbncZZAJJ ZbvUhQxRcddF8l/5v5TmKaaYLNHkfR7uUUHn1pdSXZVDaq/I91v71hkSs9AiUajjAzxnnCKIorbo irG2ztHi9rqnMj4mH7QWB5kxX+6QWnw+nQUXNNBcosocti5euVZnHlw1Jwi0fQb5A4hkUENgTK7S o/9VIOFsa9FYIkorvpLX7//JpVKpf9aeukNYW3xICVTsLWSQzuyJe1KqSz5usTmU6b8Rc5oexLoh fKiVesOkxHe4VWNvrVt3RLDF3Ho3j6mC0dpIu0axnhtAFnx2AzFAwU+3Mmvh8cvGQ5NPV9Qwgfqd atlU5kMaq5bxaA6PMbOnznpELaGt4Fd7oeNW9KgxC5tQ0YVWyOCty+zoB/dwH3oTnEybSde4PnId dYeP/fZ/5R9k4/pUKsC6FiwA2xZLc88SmcgqcKokBAWzVoQjV5aR+bXLvX3USv7CjedwAMtRRaWe RgMeuUpFbCurmjM9J4yNmCE1KUAeiRD3y5vKFf4az3oyTg5ojGLvytP85SKMStLvHuHAfzj+Ao8f EgqRhG5ZrFlGNHPh0KPCTIBz7VQLdRm9LCbqtcRlkVc+JSa98gfaseHBOpW1OjNZbJZGWvo0TGWD cZMBJOZsCsDk73HoCFXmFCCiqYzJYYyCViqIuNvkN6pX3UYYlgmm4nRHRHskhKut0xofsZwpD1iZ aWuMirihspBjNl5hSM6iAohmLptdv4zWG0On0kb9sYIaCTBaau1xUp7VkLf5U5UcPqTYyGG397mc cMbbrnMPn0kW1EeN1IyFrOad3/kXOC23lthABSpNIJD1GxXMuFjJWnnA2TTI9K72Gw3NsduDK7DE 2sQSkmYdfjv3goYAdCd3bVx3x70WLkaSpOI6fYmOPm3H0PWk4zkLwZ5FUMDl7IQURxbM6TYqPXuB pj5+YYNyosnBopk5fKwjJtT+WYmaEng+2DOc2R1TxLgKWgO2fRrxnFhHKhE4zSBksTezh/yiZr3x k+AwRFywP9qTqkdkqL4MExq6np+krZmHBGkMA4LC67EQQ71FYlAonlfKG4xJNCtkUBfL+DFVMjsg CPuVYpyUFuPqyFSnGKNGYeWP7iACpQyBSW7HzsUw9M8deKLTBZKjZedqZ3EJHXInB3nP/LV8RLvd wQ0fEGHCkkZhGOnj5xkKcMAZsvclBoxETI6jyyIZOJSecu/OfMknwreYhIqblXCBcgLGzaEsMgiA TQ3oBgM5lCcDkB47sG9PswA5LFIXzoJznldlUNRkY38cxuuWCisbuKEWHGYjmVQia4T8Xi9MVphr bMLXIjNFwGi0QdrmfQmLbhwuMHkxSqKJdURKERGCCUZyddAfUU3HBla8QTMCVJMhcw35PZizBEDk /UbbyEUhelyH4cxues3LEHPnT14EE9FAdFOSCZ44OWLT1dbbAv9aMEHijWhKwFje5NWu3wJGHhvg nYMremKmUXLCpgqUm+DDJSOweEz23I800M5ygpp0ZwzA78LPFd3SoSd3GK5duR7moBnqb58Xe9Sk S53738aXp8CDzx7YzufQd2c3L5B2K6IiPvqGyhC2iTNmST8KeR1aymBCskSUOFvDk8/cvHLGxxuk mmrrjUUuh2lMSOIRM/hkwty14B30Gaskjiw2/MEQt8nVEfOJaiDI1bjbp1sVGZqlE1xl7r763ANt YlULz6W/YapHwmuTFj38fjdUuss7daS/zD0goZaSEIVQfjU/A82HqCTN5loUwaP2SldWNis2J+Vm yl8i/fiBt0mkcM5zq5GyCxVlKHnT1AE511HwtMHDCmz03QAaafqzoKowpgQAt/MPHx1xZNKLsqpE QEp85r7s6IH34St7UWyRT3CicB4iWTHRqle04nq2gNuk8VOSoGLgCwpyWR9ZNUoJ46WwjP9Sh7lS 4+X+7KANBrBvmb7z/93FYHaAJZ+7Tz698f/FmHKnlPn22+HMzE1TgQNK9OZtkJLS6iwQShapgdf6 bTsYq/1P/gVO4B8TGEYqkExtLVAQRwXwXTEGd+UlpiSed/y2yMnHenxTrs1dYVBlc+BTJJImFdIl Hii5Mb3naXTnUl6hOdGiRhkB0e26jUXQndJ85DGGaE9pNSjhZojsnR+uK45YIh8QSRkvNx6g/vnz qzZVmDlnnNL7KfXYjq/v+5CpEyMtRXyrfGY+dR179CyXYndVgaERKWa1SZ3Kc7/T7qWvTKBRhsh7 NfrVNIqdFHKa5xA90koDlQC/qjERLVtimpUDhPS/L7shpte5R1Y8s7qIYKc8xhdFTljnjhjYLens OFAJQM++UKOimdaYQoYKBjkehbSV1yJDBXn72o2IWKx0Hs+o/i+YjN2n8yL43COnUpwsWBroNbjR iHpWNPUoeFS848m5+7VDxdzjti9eyr17OEkFQ9I2ndisgDwtbLUIuTpZEvABjuQCBsWACexmtb3n 2qkUDjRSSSzZLc1V5hUsxQJn1o4a0hiW/IVaehtnE3AjFjUIah/ZzuyREbWWB6Nt89rvQ1anFoTT pDV5IZQOtkyD1015rGTRhv4WK6wfmOInXStBrVzpZF5UeOJNOZODtOThqy1daUPHOf8cR0K0inZm CXUXjBVzyh9VAXjB0naqGM+lFrXy0SIhPWSW9CMrc3iVjzUOxZfXKFtRaUnKqIqGbXm0EmY71+zM Skj9EmBaX8Wml98WgDpvkxuBJ2JYdrGEoebAXVx01zedsFpbKM3c25UW/1jSou4yJoydz1ES1Toe 0xqZ0iYvnmZYqs+yCCWnv6Sjw1ZVQnokHRONpnUeNUiU48nHW+hLvVy5jNL6rdZYLEBwgtdhowVB HZ4rElZCGBNU4YGw7w+PTVw/rfzBfC6kp8UBnpQifYyzVqf66RIuuUgOFkwHYszRhAW9fDWPiLxD nuu9RvyIZY/w+WmN3FBjbzdS/KFCa/7DBwoNXmCE44E/YsaHT3zze2Yp1tkiR/YaDnLmnkVTlBxQ imkN8xOFgAiiZakpSIZBuqY0o3qFRzv7i1LMrdgr+VpwU3cZVq6Z9WgOw5a30hb7Lpwtn7U011x4 a8Ut9GlNi03bnQLQeQfaOySDuTawkk73KjTmoHGmxevWBHiOYaiT97pMi44W+LiLVIGxSUVLloz8 SRRG6H/ADPZpt9CKpSaYBk25XAo08aIiJRiz2SE19GyNJvLhm4DDEhPcJaxmYVpUPnEGHaNhjGEh m3fQtxtXs3xLfC3dbBG+VVqlWW3TIK5oAIN0d21R0R9DRwsTSx/e2ingLgNiY+UFZQVOmLIKjQqq UmvBHyPZNbm2eys7cM7VAEF54BAabHVdZ51y8JKyk8MoFCPUnfk7osnW4Ti1YRPBYUfFP9ND6ayO XoOv/qYCzrLNVqKk3j3f98uyZB4Z1WpR1z0BIP/yordRSPlmTeNoi7DMVMYRe7xRs+UZn6fodLJU i5wIbO2SpGXCrpv1V8YTqshLIIxYi2MJBaxZvOU3E4cK3QoSj/vIQQzRw1UoHyH/jKja5QC031cm mfelyewzlcytvmU0akilRYSR+L6QKoUUTpkxtGPWpiiop02fUHk5iU1a2rpZvB5hEJIb47ksQc+C SGSmHgtNORWv0iIkMdYwGc0dUYK34qKUWYw4RDJzlWbC7gwinMo7IT0v6vthBaw1rKxZi45BhoGa trPbVyqg1lc5dFedn9iUKWwj2Ojpce6Pvj1+hhbb2biTTr4f3YBLHLYPuugqdrutLuZjnTcVj21n lBGDQYjQiwDHuIfEUMKXQfugG0D8s2q/TY1ybINZ5NeVZP7b5GCfbWm4Y8KnmN+2RvseeHfhr30Q Lymw9w9HvNpAx3DtnGj1ZHqc0QXl4L3vjHa/GcS2fdNR1wb1gvYwyMGZVpGgL820H+a1mM5AOO7E FAz0pkE4PEkx6qe9Adfxe9Riwj7DTmjM7IiVXIoph3/sDC2LTaN7Xh1WjQ0xlrIbSUOq2/dBS8K0 QAbYbQDC5SdwLzRr28gLbgYWwjaWUC/K4X03WqEv5klXhWaC2QsVHPerWsMlT+RaLRtwzuzpDmMh VnESRvhtAP5trB5xYCAtcbEFOh6Csx43ZFw3lTO6G4RpC4Pi2DEk3HBdYxRHSc3vjZQ0C2QBaJR+ WkxWo56AMj1BGtlOt6IabggaDOM/YG/gVdtGFpTeKhukxriqed3ph4sqWqQhkjKYEQ3WH0WSe4B8 Xj5rX0h4oM0JKkMCdDwvk/IHLVyoECobFsbVY7lB6s5pfEwxlIAXrJcC/MSNRRkmQBZhGmx2Sq5c ajGzVTFKDUXk4gNK6tnu/jNmKtKbLJxyll36G4zkEQaOgo56e7Q77+J4MeZi4w12cgLJxY2fWUfR fjI2nbfdbD2Ksgrj1gqgZX4+3aNU4VpA8K0Sk2HyEOxwVL+5JVPMVt04tYOmLdaR0LHMMSd2c5Vg qoHqoUKgLGIZQAQgwcRBWrfIrU2qZh0hpW8+J0jzeoLy0dwApUJpiqRpX/io0fbTQ4wqGVCBqIzm 5b4B3XVBg9sqY6Jhz0dbmBSYbikNNDpHhx/I/LOv1zOO8g/fydZiHXUZB5iv6EgxFNstM9X5xtGy osjIrY/lhmCkTZCMiFtCgfQ5HnbKcT0VpIKaLAsSPsBRS4c6Fi1KuqL0JDLJsHkPZ/qWcGjDO04o 5XhEbzNBr1vDsRWkoqYvk9jm460KNT8tz6HG0L9aQlFGSoKl3GXJLVQ0K+YQpXVns5GXRy229xzj QGDx99ktoryqtemC1z9Wr1fvy4WWYkreWOdCrTD0pxljn68EkVMtVPgaUGxZyy29VwR5bstOChnT YZqODHx4Zlq3nMj+mGoZv1T+drPoHD0Xm+Sbh25/j/PhWv5vyU4lsHGtq1sdRxcVIWqu5bya5Nsa MoJkERhVZF2xbr8/xEHX0KRA0dJDD14KRzVzIQiFzJkI6wmvpXkcZVR/JhSzCn4xZXKn8KBklBOk HULXV/VUl5BCsCPuR3+CFB4M0ViH2ud4dKddU4XO3YkaD+3BNqRCIpTswyE6/+Cn7eLiTrecxwEt VRbVcX+6wXIcBFgxH0vWOC7U7QN6b0GlDSx/IHbTcGvyyFXT82HxBgx1DBlPpkAr7vOvfKNEhL2E rezPPcBHB+E0DFb0rOzvMAnoIJaHW8xjRA2etXJDJ52Epui6v0Aygv36jnr6Zs8Uj2ty+dPTQHk9 AnwyX6W+VckFtmREMZkb1jXPdJQveI8jV4xRx/095qw8y+WNYFCRUv6AVOkM5X4WtS1qJCAE23EG CODgMP0MEksFFFJtACj2BZAuNV0iNfH1nLQKA8jQ+QJYRznwkYV9FOxUYy3xY0y0jibwcFy+nfoM KAtjMjgKZ3CsNorrP32zDAQzCDui8uUxs9HSpvtAK4qqBCRKjVNfB6czbaL2PVa1NDWYSxL2v4KW GwbpTX98EQxleIuOaJybaFmV0hQjH1hmcUMftoqmpkXp/aiv3ibJxPLpToBY22CTNKEG3Bf8/HHX MKZNPLO+VYhKttOxmsgDoUZ3LIX5pQ8UcZvMFPhAqayj2OsOJ1T9+Pz9rKKTklwtLShIuVUP4+IR g9l0mcMXdpUGs/Ks0XVmFWFyXApM87lFp68r37Aningh59GNy1USFOmqjjKp7x7R+morE4VOvS+o aAy8tzy1ioQswk17hXJaolWlRdUmB/OPmlO+1C+pOUFjxAyo1neCy8gYMaiSYisklMddg6aep43F sFqXwj5PgwtAtwU11lmlyLn4ea1y4/NTx/ryGeyI4v4RlUYqdmbZHFE46ZJTsgi+3U0jir0lYt3J yG/5oTE/PHRO0RLXZtV6oaP27Cvjj9+mWx0rOFRVyCX4QjOJOEwhr0FQU1ixV0dK6CeFDCDhSznf EDQ9vbX2XlWTcfEkNUvimaoUT6C86EFKgoA8vM8OCWMkIJ8Plz0DRvIEs2CkReGB4aLVsXNTUWmw AKwGzg1Lu1XSPV28VC+qwRdLQZk2WORtqcfye6z4IoPYzHNarKZ7E1tRnbCpEYOrlBqnv9mOTmaI 4rY4c98ECgSxLCkkgxtxTTL8a0wHyehzP/GzpJAOTwbBdjyUpKs6eEP/kAC5OnpZwbmPsJjspdbS 8nc/FRVlt/1DsKol4GgGnWMROXeqH6qRazYi26Tt5JEbxi15GQGaqNA8K4/DaqgsRy2HWZyyYyIn v/PSkDbRXGmxq7ATOOXlHsWT7eaBQSURUiZG3RiiXbCSU7syGRERdPVUz6S8MZbysn7gQCiycLAE Gjp1B4nZudgcvMMvfPFrkz4F73ju7NnmiiV3bgoEetZ3QnvpfwsRpY9c2riKY8a0ygqZwaAsI8hB uhdNgsDZfd+q1qRbbysA3nZr5x6BZH2Wrwuxv5ba+qbGM6Xtp39EBoBCWnR01LDDokHo7lo1WTdV pi4SQWYTbG/vWPVoRndl9WhPKPy8G+FpkJo0BG6gq1+pwPWN6YkQ3fLVIkW0f7+AQ0rwb1+QLOuR EaOmbxkxzVMXGqDNE6jirUxvyJzWd4pixv9E2ENK9YWN4ap1+BCzjnTUGb7ejQLAVHhQd4cYw3XK JtbofKuNPSNDp9SFjp+YKUBEm9u2EArGveFoSPhZPKIgbZe2jj6NHdh1fP2cFeQipDQk5XAWC6Fb 4w6c0Uv/uSUaXMlcu0TSt4MhOEn7gQvGyN9pQpLyVgqjUrfhTggf9LxWkrGjN0GxR5v6legSvLl8 Pqxjk7D8VQPZvOjiaEAHJlOH4IIf2CpyKp2FZXZEr5EqYCQu4AO4BPJwR6FLQEGHflVdEdJsqkeM FiQbtbyQH9FrFZarItbMCXsEO9dkrTiQWQYNliv1oXClqhF9os+8tdwXJymik7f9iy0/5bgiuxtI +QxeaDd7wbjYK3ulQL5SoSWvwNUSgsqz+KSkHCT2WY/ZAqsybxNtY3Kqdlim1iLC83IXt3DTl2yT rkfle9lDWd12gqQ5Nc3o1yMq4TUTE+O/J7KWqRsUQG2BtDIntsdFRQh7qJ2gEhUtxVh0Iw6M5TT0 Yl0aypZ+zC3ElM8SRJ6RMgeA5G54ovjPsioxt5NVK/PTkr8B8zDwmEIzNRNkKHqA9nJ920DW7qRR 7t7ykOO+bBTnHnVVnzrK4vpRb/MM04nKd698aIqUJ3x3CCH1hpzJzDroSI2V9VvKaSlV8YmI6WqT ptIRN5NIErH5i3NUJZdORUpPFr6awHLjKNOKtqIvD5KW6BzKcodcKFLNgwztuwOqf1rERkrXEpOE lT5lPPv//KEd1Q0oL4++OW5tmuprkPMzFI6b+m/HhZw/c9om9aUOYnU4DHeihUS0qjaeFCV2V8Ye zWsECcjdp7l6FbTKQBsC4b25Y1hEFBwbOKmVH5UIpDDRTZG1ii8HA5pIcn4/1RhIpvUcyxUEua5b Z6iCMlfPFJLoMFzxeIKr3G8saY5j+cm5Pj/dflWzMo8OAmL30gbr4Rj29gQ5DQirM2gDEC1GxT0S ALKyImqcmuL9IFkAIq8yQanfEgDZiUdMNu2EDTPQRrrwkfMqDN93ZJrp+7zmaZkaVLPnCsM0kmIE cdUHCu0f0Nuyt1HQY2TGXZmFuF2HE2htFO7wYSs7uBW5fJAaKamoNFQokww5kgbYRIA5Koucpczu i4UkmHvl9fTBq3WdM1tQQYNbdtybT5GjkzuZMqSKew2yXOurCpuk71MkqbWDprN3lhaHOKMSSoBs TIa3YL+lgyznG3LsnDfxD1JihCxUBBKiqp5NEiJt8jHnphAx0Cqzy0zGLTNbDxrCE6i2slfZrTTI +H7yHNUEG7fZlK7gtGuVMqW67ndWv5W0NKmVu4bLH5ATt63Pt9DnUVVtUWhTLVR5VnYPlpu86aV8 Hd9GWZZdgV7BA6Eld9Ox5pVAzKDdmIyPzSAMpSKQ4g3ZNgLvVa1IbY+7QiaU7qnRspKu5yZ0VYmv u1V2NEmE6PBPD4+eftlW8OLx1fdnc3CPpqoMaLpphNVA5OlZWN1grihSsFAEAY1g0l2CeSfvw23g rhvaGOlWhkmNBY+fy6T4aavBzGhCMdxobhLrHpESdl/pbZrMQ1USyDzlv7ZC+gGdEskMt6QW9R6I XS4o6LiRss9DRIjXaNWQ/mvUHSIl/Wf3nTAsbhRj1ZNENGAyhIJZts/iOVgodTAQD6xmG5pV92Nk 5YuhI1d0YKU6sFxMmPxBt4Yq//AZqwZ91GIFogjktP45bxqAFEfGCuXiLpAz6CnM5rZ6bX/u1PUD Q43LwoEyYLBCZrGrfkIDOWfkvO6lBMJpNOLpJUqwISNsnVe5wM3kOBAi7FvaqPjRgMShmA9jqJBo 7iOk+2a1YHYpLIwQUaCKBpz7asQF5kGoMpTzYE7oFasG3eiBYYHfAarSJaKIl0UQpzTEw8++OLA4 5SrYJFWzMvH+I9WWZI0Nx7VoIxXvODEgNrGDmQHOwCcYoXfkKLVCjZwZFMCWxNNADlSJpVsvTIyC D2+7iPtWJquR4CeWKUVVYCyEW5NrFLEc4QjYki43RdluFiOn/MxEUpSweS/DudbMKBzjShrzFisz FALrcgIflJAZDmMtf6l8OCA2NiUHTUWhbpYe0BKerrQQkBzNh5BhUWG20DH/0oaXBE3HcwULj53D Yy5egiiBU6nf9CX4skugDVgS3qgCiQFmEx+B7/F3OX/XW83QswgoDKEQ9swKlV6mIYYWoeBRhRWu gKQea6GNET265/n1hAFKfCkY3+iFNT3wz7cqCO3aP/3CPPSBOSjCNBx/f71Uqk0uHq3J2ODFhIbF ciKHhS2eGK3PxqtxW7UySjohchMlgql4UU3qRgpIgQOlEQ2+giGcNOmhUj6HLjlpIcbaftUXwZYi W2NkAjPIuz1cUzJTyea9mKHMpkVNdrqHsQmZxxsGuRjsOyCe1uuoKfiMLH5a6BDhRtDcsqHeZMM2 blX1Rr+D96btd/qCo60QTnZ33/WkR+IYT0MceU+HTQwHj60B2jBqFJrHlhekFFvQnnwnzCmh5IxM a4zGDhgXZCzAdYBeLOfTcSkem1FKHKbbLfY1KdbdQHkYwbygVYoOdpqj5jmb+PW5a7mTOR8bBb4W BCI4MGbXZIi3ja2rFTC1PZaooF2w9OpoGZ7xwNkZHdOSGz8x+Mx0+v4wJtOWU2pXRsidG+sPP2Hl 0qfuCNJN06KicQsR5ks41LpHvKQXjEiiOUD06tazXlJLV/XlUVERZeRFjVxsn9VYkQvlsakllfbQ vwAwzoq95i9a0A73yvt8BLfzavIK8KbDmjJSOXLJDILpp7OSSLOC64d/RI3HXb3gsyVZPymbwsEM EzDS8vePQZmi1tTZ8LBRxz6vF7QMZjMcMOQJPoUh5zkYwWxA1p7eUJaDqE2ZOS1XsTG36pRcYE3a IUgptARTX5JqCZOqMy1kqct16n1TFRb4QfumZ8krRobLzj8VhqmyPCXhQEZZpiRrrtr8o7rWToBe jYTcKEfdWkZ8LRc0I/AW/Pp5WMJsXyCiTblFsC4pjFv5GF02p21TS2XElk/rKNNlDMV+Ume9RmY7 tc8sFu475W4snGLQ8rJcY6O8EWitWDgTSSxJQvRStjGbmw3KzuiSq29pSLqlex8aufkJdTSkBh2U rbzVNNtt0tjMRe+bs7VWQqnbGWV0FcmdK0C5MkKfOKHMMh1oklJaQ8AbZapPuAQivE2U5EeaQuxU 0yPF6NW8vrTLEtKKnGiG29Ydyq7hhFqbQNFOMBp06GvTmQx0J4dagNLG3Lh5QV5XXOQGyLA2Mnku NjMM9zcvAJ/gUrwVLCF8VIsVMbqN8IpzKG9VqswhpeY69qo4ZUmzjgxW35QeeLWE4r4YP1vAwWxL mdON5NWRORbdsRyfha60RJbgjq+UVyLVcHl/2Q+n1QS4LTXktuGMdJMQCsgVIxCNsM0OxLrXrlOt EyOCEdb69p8Ul4Qq0jhd2jCf2soA/qIVmvMVrkNWo7U800bmahpcZQWOIRocyFnL4qJwu3paROfw +3xL/PwwZ+ZKPmxayPT9w5Sta8Wi18q/vLHoUvI1qZ8D7mE1DO1thc74YWrzRas3Ctm3S1NnfTHm MvkDhxzECLTvYjV6V8xgdVCZJnFOaqhCtp0uH2EwzvrZKoTjAdr6vmeO1ynmJtzaE5s3ciMHE+ph Sstju/GwVZNzz6A7bVvlQlYRR4rurtW70pcMHhDS3Sztg+jRjBv1Uxg3hCAzJTc/bzWpo/rNozeW Sq/tg7hMOVm0A7F4X2AQsFhXUeORjJgXbwIyVadl3u4kBJYEAz4ECmJV19jTGt2WZVBgf9xzORpc GYpCvLc6ZHDfpDnrtMRAPh1N3nlO6gmIgRLRC62AuPo8x0jj/KSM6+kSCHnE30HX+UKHIvI47XhC G0VoBFlxT1aUfccxbcShcUS6pllAS1fSs1YliEnVm0GWaESMxSylUU5c8p801BwgGybGQoCdY1vx 2HDyHmLwRrUgWXdEvPhy/scLYUg+BKormmcRFjCCZamNTtRjCLcyl8mDQCTF8oIfN5gNUZAwKwtt 4mJzqbI58ZqmwSPpM25Cwliqgjym5xP8EKqW4iqlIGj7RRVOVpAcx0UHMhDA32IYVtBCaflhydro yqlNUZveVmSAIgRVoY+X5EhYdavvxgIg5txm5dCaDrRBKmRDFzYGgaC+0kV5LHH0RLRwoOXVlnYx DFoDJjYhcpmQkZKm83C5WQXMUNhPA1BWUvOGsl5FTHik9KM9hVlk8HAWOIipYKuYArK6ZUAoWXXg FZezdJPGTA2ZsgZeUzhuyjmmA61ZMW58AgzrKIkRH65Ae5QLNCYYqCJudNrTqrkDCs0DuATc9rP6 ys+VcHgD0SYgPcJPnZnKsZkSvEh7VUn9W53nPOoWUlT4X2YEhH2ygMMWa+di3dmBE45BrkBk7Gmp YKMaPAiIJqsdoaGKidDJtAmEc2YimiJfkl2hqBG8l6GYheYUKtySI/nXSiIiVYBNImh1873pkMOe 60jRzTF9hTHPoGVXlNDIrqLOWK4oaDUk2jKdzYEpqrK65FX940JfdiZgScQb6aZJGG9q1h/ZdIAr FUUw0AnqydmEt5XGEn2WY3SFGPsK96gUfrLUXI06pxzTQU1rFxiRMX9GrvbNgQS790nbVTOa9sss srWP1qDFRNPP1rVKl3xSSidp63PE4Ho03Bh2ndgYaHR3AHpwAz40fesiTVVXADRpAFjwR6uRskOr ouWXMkI3PoMVqg4Y3fkHjTvWpnVru2//S7QWWIFh91cG/AClX+7GhCVOrLuFUbP3i+yCopv9YU/w DeoLh8AdQcQbMjyHG3SJXXEqbmnX67xCOPdBSGv2IYLgZ5BgtESTqjXu4QBaEqSE6hf38pOlmqPp jysw0KOwHBcceStRFX8HlqUVD3eqT11jal16AkQJhsEzMeJbIyrVyEqtP9Eb1zCAZfMbbZCRxBvN yUCJxqByT8pRAJPs41cJunxUAt598YaTL0tDXeyMWTdTkKC04k4uB/D8CNx9vhxbM8qE2+CvXjxP XiwRcACH+WXqsic1G7mf3X+XmnvSdTnJRW4lfDNEtiUnTbtkAYsnT/N8ksTR6ejfbvJM2lUXFKK5 m31VL/nJPC22+xxPgt4qXGJ2vKFniRhXCTrBFSTtUmXqfTNp8E7YlKwkWCj2FjhXYrr5F8dxEbDD VuJ4kbF+wHxzG2NTYVk3xEWw7RJhlmPRk8CiisBaBHGvEpDuImJVTm1yrAKSOkRY65narHk4U+LO K+lW2p1pzEH4Mz+trgvlBbtbbLlZPty4rKpB9qV9nStSloYMY6IREDacT5Ht+VfMwnwUkioyzswk eMsLOPXjuC0gTQzsLT4m8rrk8JUepq749DLP2RWG4fD008kXCtU1DbbVS2jYQ/muVpOXvyhdrud0 NJ+6pB0W0dOgrXXkoKDHlfVtRGOlZAAux52IDnO0a5eCQTStfVCbpqlRCKNrFBKWKpggvRCvoVd4 47XoWBZDIm/J6bfDyDHIuOpJpYGzik9XVrCrtw1dFTc/zGfy71WbDakzVTdDDFP3OEo9va3OKa1H WDw0pmyLgSB1avFxNwzpqFIgOIb5mgWl+VPlHEmNUB5BJo3Rw2alCCBTsVHV4Y2+6TklW5pGx0cu plsZuaeINZ/SjX2Ft7DlXIKMFcuYumOpOpcTlm4SliI0dp9MSQrBqFd0uQhuGqIX2bhPuYrfXou4 0Czr8+FkD3bmYblvwYWfQr4km+Eaip8YtPRQpB4fZaOtQpfyWxBmaZJlCCxQNSef/yJjqsi8oQ3p 6i3yJh+wCBTQSXZ2IDBHISNdB1kBWxzOZVoP7/AqPtjNcPk4OgQrIcMlqUr71hk04SQI1Lba0QHp LJU5qldzK29l8zhgylbh4tFZRQ06z0M9RFOnMDbPW2XYeisld8uJRUvVr0SlNjFEjrKVmYSg3cKo QPMGB+yBHb7dZfFFWsrRhTaxiAPOEh70jZxCQ2PJkaulVdPRGYhoEoIB9Z4aq4YbmrbzCSZuNuTE gFClWQPVno7ghPdwvSkhrbEqcOZjcjzVplHn58CHVmwsrdk2ebtAdYfY0cE55jLetHVX9GzH2QjE MO40IPZIpWWLFKyTJlDzs+6xY+iDew4q81xCyFgs0rRMgREdwcRvY5fspGcI/GlKImcjxSgmejgh dVmXmSioBweBW6UCeBmYdP4tLWOWVjv9TtE0oaOr+KEtxqdDP0Uor2ERfoj37C8x5alLQrggRxPt YW1bWgREZ+Ecy1tsFKHacbDiF/vkEgv0Bt+yKaJ+FhgUQiJS1tSCDLI1Qah1jnyGPpp081Pyee29 0WPIXwUYa5YNFw72sHykq4MeCiZ1V3fju8vB2y0+rLtstYStIGFREeCpRBWGCDINPTcLsfjkhguc peeKDnKImmBIjJvDA55u0iEWjafe0plyTelC/1r6AA7ihh1KuOKoyUk2Mu/JS0nvyXVE5valC/RJ TC10Eq4WpNF0AW7nE4uXULWiN9uwhk+yfI0zLc9Iez6icnpOgLRNwwYX1OVJlFI/yC2nF2COw9QO H2bcJeWcQ1VgHmF8I2FNyIl78ubqtQm3Y6WdgtSSkLfuBJI3mXucnKj0KVyeoUk2B8AbZZKoXYMW BGK551obgp7TCS3wtu5NWAkBgVY/UF8+0xqLaKVhCoWWGMs3nGNgVEkr5PR9CnkggpJrkke83Kd/ GhBaMxfX0z+nMob63WuEMap+Q6Z3QgdVWkWcCykMW4YqDeOqeQZ/EBDuSQmDu9VUX5xvn7WjJLqo mrS+2tRAJ1SQPeK7CtXP+caOgzbOFMIQ/RsCsg5/w7JPTG1wFLTEtPtNYkutXmlYFWFkr3zibc++ GEeCM20VFNKNJnuuFOVqpXGqFI8Ea2ogKVIECbX1D3ttH6eutpU1kGwooRW3bpPhPBSSYxQxAQFV cnCb0M0I6iK0rUQlqTZV7CI021RMM0iS8KrSkJAxywhkNDS/kAUSS7fiFZEmL+xTgafoDBX7U1if Nq3AB9chQ+mzEEXOGjv15Rs155/h5DbxN8/SzKDERJyj0DrFpF9Jud0M2mO4VtXEatNMfd08eUCD YNtfY7mKAZFxHFiyDE6FSXu60qbvUVATVqWYrvL21km4e6sZGdYfQeet4c1hYchLnm2HSfrdkoXn S7ZqZGXAQc3WETrz2bapO1hNk58eOGlfw4rHSxeJ2STaTq4lE6dtFajttRlaD7eXOktvSarG98+X 8VH4vD/btGyJxICmo26VtfPXQ179ePbdCgi0MuLoR6sK/n63aauRjeKH/UY1aseFX7jDXsnaHlxb qD3pwhDtQn9aE3u+vu3iPvCPr5e9vWb96NwRpphHe9Z96cxTs8/vFyk+vmzaWknw9Qy46evqCNWu dyz3X592CQzw9fq6/30+DOCojZW3r8/XBCOekTaW9iRXpWPernr7ByrNv33zzefjr3WVx/2FOGna ve2oo8ZutdYamhPZWhY12zegaUp+WaZwnYgIflrJoKmMZHOyhoYgh0/ooTYWZ3Ta4oYNTC/9bcOY JmpMTRi2YsVL6OWv48rfyVcfy2jJnt1b4kkJLruSh23Fp3Tz+nx1ukdHLb3IWBVvuqRznGR8o41C kxdU9LZWFqLTDYt6S4Goqaumq0o+DVqam6SJ4R/LcsbWmfrsRUPtpTaab53Y6O1/PzuX1QobHNin 8Znjt2bD572gN9aqZKLAWMV1x6uTlYasUvq3seiAM+RMmaAZWStIebZ/XS2x2k3GgIB9yVzAs8Na yCehmVguis/zlQqthYpN/3ybSRJrY6Ot5JwBxZ2X4jIuk1PGkblAn3jAQDRxKNnFvJ9gvHmh/1VW cEBAObsRCd9suLMc6NcQDjiQVqmADpZaI81Y6QQmELud4pIs1DoJtPwVKekbIqmPBBeet75KwtJx HEKXtcF1e9ZGn+oQ9tdxP95oBytbPgO9sCsddUpEekGwNQV8NyM4tUgUqw2wM2DLnGRxyG0zYgan By6AZpXMrKMPFypj5RVhp0MTHEx8iBD2Yhr6+3rxRRpwEcamhcoghkCUJ3KGBQNXUP203xdOZo5K LMpROmYekluLhPNZwidU6agAYGJ3fkJG+jTBa7ZFSXkCL83tW2osWvleR/exkNoxVmAKhxpGoYcM dO4D9jrY1gprCYOnLSRariwMQ9uIUKaO7ndwzRCda3nZ5BTRUolIzI2NPuczSBGHoEghC8L8ikA7 KlAINxNPapoiSR+JWv8pF7vntEP+o02K2VkIWbUDLIypjsuvfv9+6blQcBCRcrh3Hphc6dK2JmxI 4PjlC3FFGD9rK17AC2jMfqR2+iWoxFN7ryncKv18pi8Z20iNgngzyIYtCBFk+0d24RXh7LBkMUrP GAD7xtRIZMIA+Sc38+fjBZ3kM52C8I4phQY8aoea/kkessYrcLi/7i/IKRVkRWkJ2efz/udvuQEC Sjd3mSjw/Pf9+Aftvl+P5/Pv3RBSahltieNTc2z8/Xg+H49nJJe9Okf0Dw0D/tX3xYch+PNf0IR/ AZf/kPpJq8K8iocGlhddFEa0XH5k7rVl8QqU8gI/HAhU7WTtDIdcuz8MUXg225WlhSJbs7AVGHZs ZSZMVSrvLz8HRlETgoWEwMUNbXcswMAIKO1aOCpSW1VvCSrPL5bUt/DajFs1qL4Xmx4IwIVELZbU gs0HKhMjpHoyUBVaCxsKKqWWmfSKOu7845bWmSs7K8R0VaGp8ioHWxpXmVadqbw06E9Lzgh1G1zP bmgDV6NoVwROv7sQIDevb0x67sNE5vIYxEzSEUuVWN2sHaU1hEqti64p0rcKZ9BKT5fSgvYVnG6N V4jama3gbapmzRaXDk4rUtWrFZw61rBasTJSe1Vk04TO2EDXVkDIZfOgspZ+UljKbD2u5S9dxXyi rShu5lrljGZshHDNebof3xp79BXGeVQT4RSfcqx1O3JKeH+3Zku3Wwax8FDVTlBqqIAPko2DDcbQ vXm2d82WMdBORmTNYRCwSIFOsxxEWpbPBCuQM9Vm8EijnLbySZU1c/sfUe5Jk6r1UNdnnCjzGLk8 Y8zsrlebFbFQLNSpLQMdvUDbOnPHNcO1FigSkCVLEj7lHC53rrs57FZfrKaOOFIgiwPXhpJUz1wB UgnDXDvb+UgwUZwCj+WGnKWiVBe6641zRV9OLLKbznptyuKSAI6rXvkFMeG89ku57qMEG1KEBNRc e8oQgnQGIoxb/q2kaQNRuFd0VWyooAJznygOl7V7wE4lilJDyqk8w2XnwEnZicYSpqFFcPfEKZFR qJzbOfTScwnJQO6C67ubK+tWUjmLKC9DZXJJAM1P8TWei1di4L6nQoVaLTJhzS8qrHZhJUaUcPXF T20NYpVYKeGFX0BvglWRlEdEXkd36KncXgXV0BnE0zXEa2ca2cXMaBkV0O6wk/UKSg23jLY6qY02 7Ml+LIDRFf+hKS5pBg9Y9XGrg3CsxXZOhUseohvNkucQETW44VPFO5E8ak8g5h3O8OSaxcCZrfvJ UzUqA2uMn5Qi0lEPJBcFrag5m4RjGtpIi+tCyIwV7cK5AU63PAfAeYOEkNxuS4v/ervxGXF/vcVF AWI2PF5DoZCwGXc4k0OGiR3VqQEv6y6k1qLtiFgMtI7KJoumoGAxWrP2+do6JKwRjen5mUYrxLtL LG4tOmDbyGHRtR0/AdmjP96+L04cOR5z9WDqHoQbxLSkOXwAUyGh1oaFJZCESudFKbIpfABUCxoA dyIr9AmB3Y4n0iuMtxSD9+l25XS4Kkv1ulAReOFrWxhJwNYDP1fnwa6lbV4Snpxb2ls3oN88gsHx saD0Xt6sLBeatJyA5G9kNi9dBToZaisTMQDqIsR8oaXx4UkNGq2tQx/lSSjmltWrBsl9QGkraY3Y AtzW1ipxO1kNFYMKZjcDJxSsyP2L9cK/23Wb0RRKPC0l8AMDGLil5lRSKHb03QQn1DpAdUoCcae8 KNJFRnqLoT3VmeQ4QwAmVL7UsWY0jAhWeHsVZ5vTfoj02lcohyKCroK3Qq9vkq/gD9ecgYE+VkgC tOa83jika75MrljIhCI0QkkULKCFV/IGKAe4fJFiFWpFDWnAWegh/M/x+ARWeLfSQiYlZe8osfEc iq6l1xVaylp4a8xoQXZq3lm+XCVgH/gYhL2xNSytu0oVZ3EvQWGJ56QHRS9NNeVhgdTOGljBN2NA C0xqh2EEm/8GGzmDrtmEr+KI7+AKrClJWT8KCRbKtPJjMnE8J141M6iObE6bnUuURMy2FMFTDkRK 6BQrG0pAlZIFBU1ReMnLyUN2NG5K5lnadh4pzdNYGEVLnvFleRaxot9HjfWARWIrKXgqL82fvSKX QSiw09W6dF8YA6cILVSO+M4DS46CqcI1BguS8NOQhKUBVXZ+hhQ+KclgnPOED24QinNaKJh0bVD5 XBeTszdl/zJquU+05B7GMeHGRLOXPGPEz8JCVuprPWUrbPMnborbOlq2yTjSaHMv+ml2P1tqPy3Z 6spLc7BlgUgLPh/rLlnqE3aVgCRVyu1ecY0NERSVLdxiNgoOyec5nADIfFdfYpp15p1R7V/Gbgzn aOqczxEul/Np2m0qSSkt9fDqMDD9rI8OhQyXDw3CmnSJIiPlqV5WFVLmVjWDyfSUTYV/qcLHVD+P hXIwL2zp0/Y+YDjGrUp7rSzzplTlNx8j5j4UCTJGJau3UQ+uWgxV7vZEnqBd7vMQ1LP8qw5zdCTg 1CsXs3QeE/BYoLFNVWnoGW8gVytlMbwtv1dBtla9Gr5Cu0Rm4OYy1eoSq6JihW3R2i4fQ6jFsRZV 6kXUGgIOfSGdFrKjaneaUmQG2jTqgrhgWfpP0gPA7fbORs3X+FOIjtJxWSqGENUS6YMnnyO9UgTj p1DEe+4SBQLyVFy7EnpKVoc5s9HRphRhwAKD9CUYcyMjsT/+BViZlAzNcaiUbJQi41C9Hhnj5mte i2REQq6SWuOncQtD+QXjrqBgHx/gn/eGqdXPDJhvuYSiKMjPVsvxPZzVhfL4D716TwkVYPmxspzj LeS5sr8qFAR71kkucF8pBYVU+2M+AAAMWSMwYjjNct2CIVk4Ukt2eIFTIg8zmvF/+K4evlus4MPB 4BZ6BD3IDaOK0k2ZhRJFlQMlq4xIIjZlPoDEggo2bweuHS9HiuQAIdxLl46ANqajEbIAyvCIxKll AFVNm9opCxTEImw58Ns6CYXmH2SvWo5/ODNts6Rj/N6aBpyBcBekBJU8yM+ANpggkTWuskTdw2Qh E+qKSzqiHJqFSD5yKQVmaE7IQxuaRStJTUK5GfnDuuIjS1Uz+ZA/erX5rA7VoE0VG2qVIrdfiPEk Ec12fRUgHpCginwUKS8M76LzyX66Ik47h6xVcGo4owcarFCDSq0sTddtx2mBe1KuJNZW5OLKj86E oaWkrJT0l1xNYbXISXgP9jSlj2CKvOXcdDG2iyedYIlw11Cc+Y0AeTXumNykrUHBUrD6BBiJR/K5 qDU7BmvTGTs1LjWKJ8c/UOiDZMl8JEsV1DKNi5fqyuaskcdK+E9fyixgYIKJ9x1cAccakBDwJF5h X9YgWGCRwoHi9si6oF8kiv5QQJxSOXDIPfxnFMM05AzhPQ+Jh6bxmW9SNBMAElMvkoFJbTDR6YWN 5XIBqPjUzFA1rkG5KYcibqN0Ketn3E7uON6MixhZHAj0sMJ7jiCyKRolkY8WM+Jh4FZ4ds9OMzvt OkpR3IQJlUIVB2iIESFX0ajzJjsUBX1YZPAzWENQN86cJ+tF75qIbtryNXZYoBIVGCPjq7hp/pjw fvY3k9J5IteQXBzGEIW4RtZgWLMYqNndfGJY2TpbU2BY2vt9SubWBHIFnYmGsql6ZUvYI37L+S1B q+iC3wqRVXDDDQVO+JPLNQ/Kx6TJxq5cpKjqB5N9wV29Tkp/0jVTsq6Ip7Fb31hX2hFQaYDCaU9Y lXcs2mO/2WtUzReUCyHdVMP19O/JbBQ69z0+lmZamTDdoBnEVDqUsiIcLNXH0BYWW7sQ5tvYzZcQ bqvNDN1jQ7FEtyk96eRiFs/kYqmCkDiVay4wnAHZsPoHGeMZIcI+BTE0w9UkA3xaCF652fK73CJ/ WXXWJ4CV6hSzoxO0IiT5pDFJZAAbQpsJGQst9JSu1r1t/LV0jQU6N2rbFLmTT3TMzLKDlw5QlY7m C+ZEKcg/7s9M3jN6RGWWcg2pW0+WPCxTP/FGbjmBp+OyG04rMolHIT2h9N2x6gokukxq3t5aJSM6 KgCSvM+2eGlqLxqDVP5cXFMmO4IMwsOdPf5aLAGuFj8timoNFlRin5frHggT+UhaWwirita1ZCvl bo7kTJqDAEs3+SMgbMDspqbrNWQIOnIrj9bRo15U6J64kB1rpfjU3jpbKBn3+QlO5Bit9IlwK9do dyGMKTFE3qGp6IS48diaJ+EUiORGyfM98k/yIeN3ma335vJExzMl6V15riH17gv7UltVKykrq3Bh GL8MuHxm5DJgz1EECoaUToI/xWdBWdRpYi3CWVXskBCpeMNR68MhoBH1E30GCqL5vZ8uxDZGW5sV g3SeTHUvSRLaOrAlmOpEJTSTGrmkUF0pVWGxNEEpKk0p3Aq9WrlDg2XRHgKjOaWg3gvPIeg7Wqz/ dONMvF18b2ZpiRIR65YxQrdsHFekQdzbHoBTXd5j8Z396HPtOc+1I34+cuQah2QiLYPhKH+cMaPQ 18o06vQcKBEpNWiZNv3POWR2PLhYceJlRQgFlA4xT0UYiLgfVReZID8AsF3serVKtx0RiAJ8kzJS SzSylCD35ubxmPgpRXKdRjBuObYCofkB0Sx8G/NXxwUpaXlwTkYjuJzHNnVRc1FrXIEI+M/RpfIJ Lt7Rm9LyNEjdUIUFhjZD0c9bTpWWVVAYwLPXwfImDKzWyUAh3NJanjnuiMM2VWX82WyCTNOz2HQz LvbyehnZfypJ0imn1Swm5fpepTl0kgdYrfCDrN2TO+fsSVUVXTly+9xZDdiOVI5VmvBfA1APzJqx ZgVRXC5TeS6ztBABrAGifNcEmeCKVPpriqa42sCkgPUqO/prlaawM+DYg6JiB0jm9HCj8NEt1Uud pZElQTpvzyVyPpRVS2cJ18TYH45BOtm6bTVyoEF4zCTTPC+zGBRK95b10yqpK2g5IkmjsNaKgCKx 2GbfECw30ET10NGyEiJamTsO89JiOmuVErCkaejtJcQwXmu0jMV1zAdxng+u1mryR9GyARNWCPUh LdSJSpiO1XojAeU4fUa5lP/zMiFaPimx7hwk2gYLmqgzx2DGpnYG1LXz9tgo1vIxCmi9JEulf121 o2uGDtASgFfSz3RJB777MLcM7oaNxTCjh6sBCvAIQ+yaTRMzTAiNMpqhPB5KQVQSCTowCknjh+7U hkkX3HqdIOznDw2Af9iUIAiAgL0VYr0ORhmh1W/RVghz3Y6lLbKw3fHgotKidV0BWVtqBNYeaW8D 4NAPhBGh1z3Xvc8pPchyYytqveiz1op7slM3qQan9iItPXAbLZBF+iyzS2DtvzmgjOS7r4aXBgBq wnz6ZjZvS1FhEccwOEZ9ZgDaQcM3pLmJOJKY8cVXBq0Vfho7j8BjjsPPEeMarlM9lR7Wyz1YAs1c q8TRl560gbDcVyWwbo0J/+gnUUu7hteMyVLpDuyxHca8Tgl+MlnOgT1fYKMD6XtrcKnEN7sRJCwP hXXyGQhgPfhMjVAxb2+mjGmKzR3sNbRiYfeDc+aN4s9v0kV+EdabJkFaJbNPIm0NxkBdy82ysLzg thcBw7tEX+mJv/NkAk0ossU018YhPst7VAV/1p9iE5As+KIlh5O7wRkyBL0UTVRnmLeH0mPK2uvm WmXo4hUbdKClVx0bKpBpoA8MC0v3BYJcldiGl/cMjM0mPqX7OT2WRTGvFhB6+cdnBI4cqqMmtCkY oCc9BfNp3jpzVsSOrajKJzZSlicnbl0HjBk0Q+FULBd6wiI3ZuvS5JGdqsnEvn2kPU42EzwMpLvi op+5BRPSmbFlK2SoBwf4yuLlvsZMG2y3QvF0TAh2K8GOBz6ieQRLTpknbfJO2OL60AARvCdj6QZ8 qstQL2OgpS2ipSEoNxxhkLw0v0VC1yC90pTGNMYmP4rDoKh1wyRq68kw+bBk4QqSwpw0eXneIgwp NUzzVuPxXG1g/Nws3jLJ3jtUsMw/PwzEqjLZzvwF3/bKrdBqK/AsDsiAuhq0rEifHciPEF2UrrIE NsyNTYwM1BC0scqKLySpNCuOQHswUFdppAp+8YRFl5gS77lNyEnb0eGM7SJQYK6apEIGn2fsMCp/ 6Lg4Lnx9akO1VlM4loilnZZ11edp0Tc4SG1K25KpNtmaiBWKrS5iyhH0XEhWycFpk+yZEytpOAef 4Qo3ya2q0kDxFudcO9mjisHWkZuheF8K0GDu0bMVdUGHZ/NkdNO8Nl/nCcxYlSqC5CII/cUa2f0J 07hh80hyGQYbqPjaxHSViZv0tf3SfGeHcQzRtCNDcSpfGVQuN23GqdSucPIRFeacylUSdHiM/i2o 5fJmeeZNmSglxEICltegfF9jRAYvOToJEiSbcT+wWMQNOvAWmxV9VhLKyHQ+xeA5bMFqC5kiqCCj XPXblIj54Nx/7IkevlBXt1cY3WwdxV7GQNKJd9VWHCLnFbJ0iH1Eqx7N+f0ikW6tBPgemWrKFjec 3NAencQso0eBYydYMsKLqDFDdjRYWxjs0/pAGkbQIkRePr8ST92VWTgwtMtQiBv7hx+VJ6lbY5nz TGu4MaT4y2zZt/xp2KiZp6NQELqC4UVCMMzMNJ1PK4HBNVUSR++v76uV/CY8RHBVG1rN0oE25zdJ gSM+y73TrIZlh0K5KOOVYXy68g6HBXvur3HlXzxjoOVKMTMoQeXKW4xbQBGcWtJeN7dWkuUN3IBB U/BGLHdNu4scsYw3IzOn6r2IMCqJg0ZC9/AZXpWANqYJx5vAJhIUQK5CfCJGXNqxnkFbyxrD3oK/ 6Q+ukEUnTeYY3fWGfPjd8OzAY/ypZKWiVGajKlPErbHSQmYhZMCpQYrt2tTHE8rOwZELRWlerZQE 7ZRgzEI//ddAt/BcBUdhKgeIULaq0GtsyvAjMJk9Byh4ueiTqtyIkQV5ZiiNRRoA7TIFBg1c2HOO pXEmK1ir7pttsbjhcZzS725IX5KqSg8Yc4woJ73YJgtSMK64bCpNh5NRcSN9cW+G0FZcVPECLyNR UWOuysLjCOYYfYJXCzi8t9fTdYJ6LYAFOOREMH+eP/Zz9ioQWNUsTZCj2cEy8ipoWT30oFaaF0gT H+R6n2F4Sku+JPO+gZoFSGRqkpweWMVJ5mnZIQBTXdgYcqHqyHDfdR9Z/I5ETsTWVMUaWZJy0gZx 5pmphDYon0L6jIm70GJH9fyq37RSN5+4x5JuUREvOQyOFGsAJL+99iiPTNfFWDaM17atY2sm8BvX Aqygie60V3pf8KY1AZGQWwqLUrmy9dyVA2Thz0ET3VokrDuNCZncPC9221Zg3GEwz1ja+02uqziA lhapo+X0eCl/6YlC08aOIsRIBkgypkoiECo1a8Og4rqo1WdICMad2UNEuvQzn+KdsVIUR6v6HCnb bJVLkQqdfNojy3OxoD6O6168q182AM+0X4YrK/7ocR2JES1r43xyK7fb8yKInMUdGpSEiGtLHinD yHvid7EPrJY8g0fr6UYry1SfdBlOGrUdhyFwF+TiHh3J1c6ac6rYaas8TXdKCD9FQQsC3INQSHld nLYDAngK84ZBmS+ZA7JUyxo4Qnhxp+ahLZNEdEezBgWE2Y/0DYvYq0koJQe8cSY/B+DoKBT8ahGS eQNkKnRigeS8qjWb9FJkc5IMAx9LFH0nMb7ESWPxsXCmohdf3DNqjgBVMcEwXXhUhksfmhFczCz6 SyXaVWbIDgUNWmZMFhwrOHQQHNVQVXD6ZmIABQyRN/cNvmhRXz+KOB9DnQU4q61UtoKq4N8zsmii ejv0ZT8v6bmly4DZnKp5ruot1pqTb20BQR/nf4tsGkhsMBG8Gp0KaCBF5a4aKQym/wBjR7yghT35 liCsDBeBFCDqcaLWCZaA/zApzBl6UlGuzs1ykbr0usE6nGZ0l8us2TWnrnbRNfDimVlBrBECgymI 7DYHtfborOnWzX3lYgfx1Jak9aqSgKQo44u9aaOUxWMSh3+xtKPMYSYuG4ybcYE+pXuD1jU/IGer E1ObTnzaFYCJvSZaab2/ZGpNVQfXsZ9lSpA6zsaOLrNnltIdj7/wpz931TJ+UGCU7Dauigcikdg3 tl9KY8WfRrSav8Wz1ddm1qnZjwWUHnHz4SvbnSdsvajhfJoSgD/ReJGQ7TFuMnxmtI+GDfrvsGLu HoJuEjEcgky0nZvOR3DSrpFBiZZhgVJ/QE22ixJ4atxgyD9T6pj1Ae3xDaa09NozBIqsJNON6kUv pyvN1VLH4S3Gi2w+F9vWn/kBVmoj0Eq7yiHMi8lKjF75HYdpIv78qPRltHSBXC70Y1ne3tpdSNCy QGtztRmyBWWiUhF/fNbNpH2oGT34x3F9OlvQah6B87JnrtWp7LRhzOLMmDrk6r0S/BjI3OWa+Uxa QH0pj5GpoYG8z3IYi5miJkEzFQX0dJGm/cblqEwV+KW6/newRCnLqxHGVzUwMDG54OXTb3BH77or ibMF3ggTXhmI3koEIRUWkEVEgxm+7p2ZoeKUTIWUlOPpUXt0qTSEbIYhtVUxipOYlzBzXV7sdTwb s4RCdwu9ZrtakBDf5rNeNfsALQKDy2ZhOvyyEpjz+NiHBRUZAcPWKJos5IsRwKJKcU/2QQRQ0HxI 1R3KxY+1xbDUcuAfB3vFmjuIUbMk9Xa9WGrkUkNiZgMXHfh1tcq2EurtdmmhLsVUQFIXWCSscY3d jQPTahmL1wkQPUxC6ISXDFN6IF7LM8Vd2Eai8ET6DS/IzGrdXeK+fmxxhXAyQ5KxZN3XAlr8Mbgn OxQLWKgy4SBwRX83a+S2gY+Vzc4yV891ntnujQYWNl3SUdW2DEQ9AUWmTVdRlruKOPNCoYU0aulb kcMDS9biXfBhm1YKl55KoUEEsK0y9UmXCMDw1TZBlscpnWsZtKzZvAyjvrzY156G5/5Ql903geYe EMqPRgqhYLRT4pXJPAiEcMTAdk5u4Bvqtc8hqJ8DmKg0iqcYlSn8v25Djh2bo5BOW/zrekSXjT1i 6Sqhd7GU0Q3v3NgMBhnWoJcmoekDeSS7h9wFzZFKjzE0HWYxsguBBRS18pEC3B92ZyF2ST8cfDDV iDwcY672ZKhwPr7pRzmeDxu1H27VyddQGELyFQqTAIoCiuevsd3uZECUIbL+8g0XutbpkCKQP5yY oq78AaWk5qylwgLl7bo1KwxTfY8S4V+ZrfnEuEntnhLFCi5TKN9btGUES/hG2FgESZMR9CxMEjTB T//JXEb7sUKeXXBtZmo4Dh8B4+da6aPTgw3tzbhP+xWiSDcwnC4GkZ7HUxfL0YSYhgCIUaWtAt5h /wIpJ/yNznPx5VMD5EUIYdCbCp5yrhHJY81rmDYzGS6oL7TZNjtuvuDV1eqtid4CvJCEz0UKB7AW 0VNVDOj8VVRgGc6QHyYIkyVKNMoR/q5Y2nBUke+BZYKHiFjKtfDmfV9sGhyqwMWmJiAuF9KqqMS6 hOhd+WnKFVBgJG0jUcULEAoROx5yVFC39fb0bLJqFIJ6vQesNQySeSoeY6BSvzWKrvXWdTxl00mX bjbPlZrqJA9UBBl9BNgZ21ZxPeRzNSmuSvppGEsQ0ueWv0LBNn+X0jIIXx8ag1gqz2/5afpRVhiz pFkONSEykD9xV2FfodIUImYUxhCNwoGJP51KCtiaRlXUmL1KngSr/lfQsri+rFN+bM6ESBRoOARj HZpngR34TeO8kQmyQPqTO6q7nWZcYaZDp6D0YNlC19rIcFNHs9eKk3ynvJxgTXxyFZRYu7qwGqM2 porUap7IZVpg6RMXidySaUkfU+V0jfHfOQfuglv/4yzHE6qes+2LxpRStKRSNMnVpfux+ulG1uh3 CQP2iXkawzeU41u7hax97XHoNEtrNYpqc1h2pKazaLPl0XxnSScGLX1rFpenYsN9xFxhcZwlvvs4 G6qdTtHMF9sQ1RHN6nZjpa/WCvJwhqORTGaWUiCKRo/RcnJLX4zNci2qJv6SU99hYd6tLKEP5qBa GhDsiVNlsnCmSzNrsa3uOlPFVv7pKqcCPnNXxjZ4xo5WtYrPBwD0Fjzn0q7GoMkL7UniTauFuo6x dKRsQc9xFVRyacsAJd2KOcrEZLGjKGo0o3tT+dsAWYTPtLqonVqL46rBCwSCYY8zHAeuincjmFPK ceOrvpzj2r0hHilgBsAKle4tmtAc3VW6c8XAAPOUwqs5XY/OwoazZ9kV7vohQFa4Wm6lBx+D4Nwx RrugNIqa+T0mT5HrGbZdpPSiAIbkD6srdOAmPYjGV/aOWl/cXAjQntgnc4hdPiingLP2j82dugbW 8Arq+kCFrDUaHvonxTSZx62PY6tVx2yXO1ndSkyWx0UuCj0Tl/68rzGdhQEFYAHtKBRYaS2luDAW F6rVHFbesCCZk/jAp9jWkIQ/JdNCylDlVa6IrWUsclEcEeI5v6Aq66TsgDeIARhhCzZSBU40yHlW pO9NHOad3EBE8bWKydw+wOMnhaHwocHgtyrOo+ALEKyWYioTrRX1SKg8CcZCP1p0Gi83z6kc1gbu MI5UUkDzkaw8P1YS5B60UFHBEQZ0eTqvKAkGrRTOAPoDd5Utk/VHz4XJWYgsj5RIL7s/uiNPzS+q pMvpzhO0hORWZVbU60z9aN/FFFAmqXC16MeoBGt1qMRdTbWVIhfbSZ/9MVla59hDOjaglc65EYnH Flk5C99lq2bWOWEZwQD0EwurpXudLzGL4VJ0XnQcLLdpwaPzOdHUMbOFcntgWebpNpjAiUXotIh2 XDAxJQg77OdKjG3pm4lyjBoiPg/Ivta4MnK3FZuctlBrLCjqRFxMO0hJiHSSxbkMN0DBXBUwdL2t KU7ZwmHrjz5rbbH9FT8ZHvp5zI6v6WTk9vLmjWhhQNvW9ftHr+XudkyCzdYxA+HUj2OIIWIIYliy 6ZjzVIhywVMHdmvMrcUNNuSv1oC4jMRZGOjQ39w/myZVqs9YlaD8YZkzDy4rcptit/JGCVTRWDBm l0oFo3LsakBeWsDkPjAWUghADmyKoM7ZdK/GrhjYWm5Zm9oLKYY76SdzW1JuIRGH7RfSTLuibnks H+PZuCC2PwL5S904bM9bciTh14vYqFDDgLedJxJQBo9DaIR/GdJXK7TZG8fcD9t0GCPVrku1muE7 Z+j3YEr2nCaXGdzsSk7TvRAeZ62x2LCWE/UgCD8pZJaAaJiKMieHMSQs0yO/S5HUEllbVFmy14s3 41Pu2KasCrVckzomCPuKeebQXSjFNTxJqws5XRl+sUlloACcJAg36msI6D0fOgVl6qQTY/tbLHSr AxM38100VlsWjPHGLUOc5ZoqCoIIInk0O0r0abISlIMbogBiT+bLq1PQSRk2Z/cckJz+09OBOo6l p22LZgKtG6ue3PDuu8i6x9ATPbpBr2ZW4t0myie8auPbvS5wwOFAXZxmb5vIToPD0QRxWfDaIq7r s8mmJj0Ynxl5Wgqivl53bGrr5i2QskonKwCYIjO3z0Ll/rl6FqKr7ZFNPQAehfICWm2gVonlIvRA rel8ccMdTQn9LMXv3up93MMwvoos3VtFiBZjyAwtneXwBthqGKAuDCqs8yyUj6fxV2+64UM3AvIR H3sh3xSpWl1tdHDusgRTVG/LmBmkwobkKyZDLXUkk3muATOoYqvq3QVJzYGejXH4zOUkVDbPSJUw lEvb6EW5jY6CEb7lVOZyOlZB281mr2mJpPk8f07SZQ+9Z5RM8uxNWTTg7faN8obrJNAIFdeFIqIc iq22Kd8BJKQ07JgoR2sDqUOc9nrcfKyfqjgY5Fha9VXJ2AfJnKFu7rMt+aRtNEjJhMoq7auRCCJ8 xFTLgMWCoqA6djzsZ+QGpYaOkLErIfgC+yJP2y0DMVz6HqNisJl0MmAheQkWIqTqgr39uEChx9J0 nyeBK0a4Oien+/qkffFQHHlGfbcEZCy/UpHvPaLyYqmfq8Nt/cAA1kyBs1pysot0onG5KAfMa+Q1 iiqOBSeJsjrTGLjNuOgFQeyIeHteYO0/6XRUageBdAI0CM3gITq0nUZ2WKgA4DgcBbXSqLF5K2sl dF3QrHLqpejAlTZmiFUXyYmypCi+hGtd+dSIlOAI4NACuqEpp6YGKDpP0jnnzB2YfLbGqzAiqFbi mT6OaWjCOLo1xSJO4+pLJWiupNSiJGg8EqNa4NcGnhgyh/dZ/fDEeYPHbmooZtmawotUNOT1znY2 WGJQHLmkotxMvZY/oF1VWX7UCt+oMpP+nKu9QlbNjujrTd8ZlNOy1I6qJnApRR2FbDyREqexwZRB QXFeIGGXOnxIJMdCiIrfK6Boi5OotPZj3cotrKaArWlkDIZq5IlZEqPS3Y03uLhxFatL1g26Adrw RztxVeJoxAyZUyFl/WnfD4VI9S9e+WE849bnrUwakZtwM/99pASrAlek42i+7XoTK3IlbWUaA7WC mpYoyefK4D/vj3xVXGeUowT8cB2YEEhkqfIUSJrjiaVm8uEbJEn7nIz1IibixAgfzuGKlxZk8vRy JFd3h0/L/kYJUBK24j5n4327eTPjotaErXuUcikTAawUJYNyPcPX0DvLRrk6ZWGozR7FEJZVavKQ 8mGgGkBFIozXz/WCIX+gg4TxWT7AVSKHoM2LfMhb0jb/RdKgfEb6SI5J3hZ71RBWcFLgmwtwyIaL uzIClN5hKKOJUEQxU0UtalOyIeLEQLhQ4bJt537cxJTpjKQxthkiYBkCSFVBsbsDkNNH9x6vkEv3 vMocoOUYbVPFZlICpCSW5trXa7gSBKswVYqrAeaNkSLind44RZCQe/SLWoid7rVi9MOG3XbHDULn NUuj6Kehyvi7aWBLSRx1IWY6Rmml94QrycZMDkC+Bkao8w9+5yG5aud+ijaKSb9chRhGhAc40Ozr tqzxcc0NKCtbIBaC1aCsUQBUn4AzaFK1MAMyjVQqf+CmK0YsDQV82fM4hheVsZVnuGopI2uwj+Yb MWXhymsqwtee8M+PGlHLHsITwsUOreRIHfnAVS9akgJP1Jvnsw6xfSTHmTlSNIaFfSXoSqPyt2Uf uF4p3x1hGPWfzqgxJCluqRbXlBXIYbfAyrZKx7w3XZYFghbqjpqT/dSqZm5huiUKRDQIHdM5KvBQ eOiepEyITnsMXrRfj/nmFGF8OQNM6G7UZnxfpqXYL2ERpaXiFqGaPCL5dVMY71lDWAxEs3mLLWqH siEaXJ1aIy0NRn+xetaZDWkkXbY64IN018pqYB5mE7KOg+YOQhjz6vvUlcQmT5oJn0l2GG8nDnMe 7wbYEYarg8v5B1ItjaQ/UvOlitLFIPn5R+kjzVBdoqcQJo3fqsPcKaXhwRBcvk+NntStJunDSb3k iNqVbZFEi9cBkCRrCdckgDlyyQWC4EB5cWzssMs7P6s/BCndMRqfdlJFbdwnqZhzbVwxgjHEKwDm IRk3X6d51MpAvIwk6dwhSTxnkpwj58ljSWT9oUUM0z1d8hqyI4erVOFTkHAgzvBjMkUUmyqjyueK rfCt8EvJBZhOHc0SaZHKvbvfliq91RIw0qcjpsi4T7R0oy3tapYVXAX7JtKYnVcxRDXi+AkDu4UZ qRYwW4fUqzTRLav+FeSVvln73PpEdZKJLrOpi+Qwc59ZA8gYBAh1wF5/kUOhx32t6k4JIcY+32I1 9VolDjLiIV3NqAjlRRQCNHqZHZF9ey8puETGm+cdiCga9CxN9PmNof1iFj8C9d6JxBs9hC/Ja+WT vwUR7eO0uWNTqOMvW3IvcIsF1raUwa+4ipbmXCJI3ApHNYBO1RXkLn78aXc7L7KjrkZt68wEkn8F bqzFsyPMm3kQaizrRw88x0jwomVo7UMit9ztJceAfpS4UjBV8/z4JGkY2yJqS6nodXyL9apLYRq3 Y9mqdgJqQn1+UWwAZjTotutel93XoLGb7xR6xDaWt9v+AIf/5+k+EBuJlSuKrsIeZVFikL3/Dfrc B35PkMgmQsVXhQK6WcolI+3WpNWHeL15AZTVURLS59+ONtFgbmL88YJ0rOlCzlVhKtS82dZvNUxa +DIOOTRMVf62nbt16fwR8VAcIbabocU2paX94Eh/NoNZ+M/L2VllSVojMiMmcYJC+MKDYIN+05eY Vy6yUh6fxNst5IRdX9FZ72RASfgybFYnEMg8gTNHQEbDik560QWnwoFCQfJEYqcpKjBS+jMKpT5O iovtlTc/DaTwCjWm4YAIjoXMiR7Zpze8H3clvg3lgrb+MvugKBudnzEbmMjM0nAug1RSzQ2Mlqbl RKzvDDB7kFag3KDEKPLQXeAAyNoZXPRM7DQIY0/IIJBAL60wsL5Ej2CZKwnETgGx/RSjJXgySJgN fiw6xton9T8jZ99VNbMz/6BlaEeqclp84SVE65Z/l+OLhsq14xpQcCCE9diCQIN0ZImlUAxZ1+4Z WB7H7yrdbP17nnxFCRgeWppOcz3Nunv7SQozhg5dJe3yCuEgkO0tLwuIQia/108kTfmJWc4RIDaS E6dGotF0lnEK3+6KreCEVUboJR7dpr9HUeMEEFYlI7dwV+eqFxNGOIbnYUMBBVLQEAqCdR96W0GP meAJDjO6ytij1hBBJLIFkW5Z0EmZQ0lygnPBpZ4mHaWMG7aTMwJstrLAIDt7II1WCFt3VAKyX+D5 VFGZgjCM72JaUsOKt8Qqz8mYpT7sTING8ngdma5ZKiciN3wwtU/INhnUuW9ar9JC7AZyfMvCsTVR lm70RNhYGa0LmV6Z+YoAjgqUNzo4QWaCJJI5Mu4R2hMbmFKZIWo61kx3uJGE4hhVnqlRG9bSaazk T6eeoIFLUY/JWT4VQAtcfTMF2oxVxI+aZbMxmUUs84ktBAK9psfSvsimTE80otQsJK/p/EAqFnY5 kD6hF73SF6JhXEgfs9hOxMERvy7YET9O8eCnNN4LEg7EvDAQXZcnkC6l9b6kIMJdIfwcuaY5o1fY DzcQGpaaJm14Qjt/zs6QWEDRjkCLVkjZ8fWojZ1UX8zX1ATJOB3MeMsmLKCaveIVSUpRsMhTiLp2 J2cjmeLdIMUQJNZHaPH0ieaQyPJHcBSMyeCydTZkJd0Cq50ptlanoCjTy2JwiDY/tcJ1OI9AFZJW xOiKu4vnNUmdONWk43ULoT0pX0U5j0D2ls/k6W8rl5pj07M9jNBT41ShbR17+MZNARNN2pFHoNYz /DY6TDNj949nPBhiCX0NRW70THlYk5SAIlpZtPwJHXAUgxFYCGuEKEW458ghIjhsK2QMMIM+MEhd skkKzXx0z6fy9iQCeG1yBWnkgc6+t8VMHCh3lPcabYNMJvHdi04ugOMyzaSbECnD15h6Ph7vANdB CK9nVvpI90zLspTgu1PM2Cq6u2urZ1wTnIsNV1W2Sn54jgrvyiqzM1yQmrmQRwSFOXXdip3G1TQE RjH0qxuAcfn+qH5ITd54xH+1F4NU+9BilGCuexclpAjNTb7uyPY4mJ5dDynmTQAh3XkmeWz6j1bP rrS/33dnWD/2/DPPzpVWe9K4VV5PiacS1zVs/8IXPnxfffVGz7tkUj1h3INc/PPFHHGDoHtfTmE6 z5dJILr7+gY/DaXjir096HePBGRdLdA5F6bMgyZffmoOc9XIc889U5MKGHAPrPFlGT1UvGfQ0E5X +jYNT6D3aEjji0gRY0YXycWzznu+ZQ9G2zdrkIcnZfoKjn29BbPHna/A+Pr906evtOgxOVrTvo96 DD7uM42rjx6t343roe1ExiLMa64w6u456p/G3Jc7pOhkReQNj25C2ES5dnLzfHyBssWIb7xwEVF2 hVBjmRPoMQUTMfsCEKuIAuhUzsA0c08vGQ6pBD5eGYRjM9xtbYAgLxsmXwAFgTRqQVlxlZJWyuUT zBGGeK8IJnAUYhiokVZUp44ANLNs0txF5LXe2X2XmsvBiAd17C5FornAga/m16sFWH61QQB/bmS8 3cnYU38DbQzqpUl18vwiGCzu7XYU7/NLOQ43aSa2UuFcXGNcRLBA0PpIaCneaBsIGwlYuyGPj3Kx JT8hFH4JtmBNMmZhcwUI2uLOOGiXwzNtNDNyg7dQHdlBa3EEkjRHwFXmMyErORRyWqccaI7QAo1F smZRBJh2CeaXFNl5VwcRoQrnUK15982e3L9ib6fpysLFshBNl0oECVPaWEzZMW/pq4+NoBe9ZSEg liGYreVL+Gcx4HcEWMoszydp3wpsEBTRVAQsDzN8OAFAViUwRHCdpREAlGRSEJdJ5Ok9RwtnlXDB FDdEgBoaS8+bw96orWcWzUjkbOV9/nCB+lJV89EqLZSNGD4lZIp1mDt48KwaY+VQtIRnutUOpHiQ FE+ni/pkhTnktKY96+Mw9cmNAABGCBC+YbWUOlstrNG4i6VLfdsOuEJe2FIIjq3npLkwYiFjz7zi 1pBumrXxRr9cbIMMUvbAcwbkb5hZMzLNUYoRwCHLBQ5mCKyySV5jX1gTeERgFTNMgudJPdUaxOwB SsBDxlMZ2eXUwwo09Xw1/i2Jyl1topjJ1ar45eh17yHD1OJp7Uzec2xIxeEQxllOFD4QS0+hX9xk lMREYCldVsjgmQ29sZKhE7qwjwXeRMLVckuo2ELDKUq11GIMgYB2sr+y3Gy79ZGpNOK1qSZthUGG zJDimfb4dHf3W1QCiLJGkyxjKNPNPE3t6Pxm91neUH23Y2xIqyZCKFZ/bC+QyZj9bJwSQD93PTKE 6ZbyXMVVCT9bz+NaPzEtRsyrtm+FF2/LvE1SnK9FKIoacsg9EclucgGclp8xn2yyKNa8um75zR/N kTKXNaKCU+SBsUBKLJs2fMapCSvxkk7Fk5bDZF6RJ1FjiONjD9qT8Pvltgqn6g3ew3A9o+6zRSXH xKFxNPbTdgrGHSDRv6ILWcMnn5J/SqV3nFFHwjVZxuAvo5n40Yjgsj4FgSr/rYsDZsyU/JSNa0+q ysXdrxpGR+qCGBH1utNzCYK620SrRBCipd0UClppAh9oTA/U7cKSXt/WoR8NdMIJVpg6qsN5FGtd wSMNKGDyk5wk2OecAMRHCcd0JaL5aCsXpl9ZAJYzJWNFb11b0ccWiZDFLMK+O5ehskUWYwXXImAX mVB2nnMnPh1xuKoOrU6OxImQwuUO3RX9W9GZozjOKMCFK3pmcJUte1xeBvofpfiA+QMZLOX1cx6M JygiKKw96c6iiDyBWg77pQ0wi2JlZ89k0IP3FWcpYJAyAB8gFKGYhMdFMjB9DV4QDHf4QNPC50yl 9Tg+c6F2/4OijoexLW2TWDKU28TXqqynl1bmJsb8n/kwmvgCJjk7E+hwSIiUwpgZ+aW8aKpLVR0i ZkiZSkKoi8sZxU7BUSMteB8trKKQZx6a7U+QDp38QSNDb3AjnFGYhjmyUn/CRzAoXiSBjqxjupH0 OxnFjovNRIEd80kCw9KINGGiK6PAePNHQXIXTOLA/CTQmCm5jfXak0SrvMr+UT/5ky8aorPwYZpq Vnq5sfWciHB1WVPuV/63cYFttiFt6FxQYrwCbYUoQ2XhiNo/kNQVpDiYxyPs8SVYVBAABPYv1ENi 6uG2isNVIMkDldQkiau82oNYvUK0edUhc4mqzE1kIM9ecizIi6qCPDV36z6NeNeiIxJEBPSajc27 asFbyKiBzzRJA6kmhXsTbg8Kq0OqdXfgr9On3EoVBhh0tDKPCyiaZ6zlBqYvjWoolhoBHWFIfNSR mggIsKPTh6QXnqGZB/f+6JF9lnUF48zDcKzl3SNNGjqhpUzsmYbEtMWa4vELLKKKEiSf4McdjjD8 4qCt3I0EElFmTWEIl68ySdvYJjEXySTAQC9YSLKbvh9u4kitmYw40BWsCygOJ2SyBXQfzubanGT5 JrheVPdyVoDlDEPfRwaW/WGwYWpVYg87LbAGR+27SSAqKBT9jcCdQIpSdiEJUYe1nRg1CBxjT4bP GTHSUmrgn6k3jkESQ7AHW/wxBuZOJC42oVBel+fDEbImIu/y9CWulqKjx42HVOOlcXys7fITbCfi BIqQvOiku6bw8FktYVUKXrTGJRopmgcF5QGu7i0204L/cyiis8TLO6QsVFQjHExjsPEDLLaZU04i bwnkDVVKrL2wVTnOCEtCoErILMKZrsDC/g1pWEKh60y5RB7xM4wQtNysARBzTKRKH/nLOkoUuW5U 1U7iJ5KUrEq5saV93yIm3YR+rqAdvJZH++KdizUvi1jaaUQqM4MvAfPTH3AtQGVCOqE4Q6Wb908L alGUMSdCUxaHyAIWU6PxzG8NjV296F64lLR4k07QKROg9VZuEw5tW4mDnd+CbTPfKBoLvjEHMpEV ckrj76sRrUXms1OVb/FIiA1VuOpmCADoYsqhL0QU0XwW6mt7lgbEzix5Djoi25ZcigghkUpftEmw wjEkoUF/RW/E+R40atXX7zQKb2PMfEbo38pEqSSM8L7ZWxC0TnkzJvO4yUyyRf99xnlUcvTgcSSH 5q/fuySzJWQUcsAsuQpz5zEMmM5YXw+7S8Ro9lsoYUBdx2SiL9wX+5NANCZw2uNtdLnkF6dWO2ao OPU0S9PksKb4sc3n6dZxHjuzApzcWhjqNCEn6OKO4dhJChDWXWPYEWZBmu3QA1g0CCLzUGjJYKYc di5YN0QMz0ziZvZnc7B4xNU6D98k1hRVTQlMHhPJ0dH0JhiihE5zn6gzEeYHEQJJ68mM0BwUP4l5 Z1B7TZSZudKKPC1XNfgM1TKxj6ytyTao2W0Uxj6Xo7N4icVGzLuCpkRP1mG+6ffsL0IzG/BB07Yt EKL911V0dM2nzT78DfXSqXu1IAMVPr0g7M1KzkrH0CmZp/hFiko9yyXQIvYUrwSudvAEmtIMwws3 lQKwIowCW2IsfCeW8qWiM8s3i8gqppqLdEqs2CeJIxL7NyivZcE3q8r/CSc7wOA8xZUMhqf5xhnf t2LJyh5boKlsUgJ5FlOyp+QWwvuRyQGHslzm45NW315vGdmI2MSCi152ViFRF00SVEa9K+gkTHPN bGdPERcupnTIJ0oq/5RP5hltPiGHl5RZcQsGZfzQ+8y4mjxrTQLDcNaGjjVNL7WaBiiMlzfCJLEc Y8ltJpahZqc5IJ4gbXaJI67e9RxKhSJAcTUgHaIaHcuVsDrvxS4KMmURZJbeiai0LcdPDyUsflR2 4vKlC9ikYxO066sOwv45hcnKuDRNDVCItSBanhQutZec6vlqVhQipg9iJtucC/Fsg+hhp4KYJnCP MsgOuYWIwLwRUllzZekt+Q2ObxcTB0CzdOHLrXahYF6WPS8ikn/D4SrToCnTJ9e+XcUkjZywDAe7 Agyh0IzamboyQ+Oi3Yxh5AQ9CWsCpHhNONy3zUbqOoiYFU9opOglkKh4FzPv376os2+mYL2qOXqt ntu3Nlc2jq/48LKSr1hbFFBl8kFf1ol8X6lcECQuU6EC2iP/QywwN1VmmQS609QElUOwA+S79aby Ea9Ju6FFYvTFnTosrrKE6lmMwXsWkalrZnto4hIIjNLS2zf2klWKlFSWeRLB/FqPrXfmvZmN7iVd C5qBHhn6zHjhNTOr/lmsSe3DXRuAbc8v5adZfsmkc96W6v7kIxpyfz/ZgAhkv0nn6AlPiIImu5S+ NaBKr81opkKJWLTsgTHjnxNnumg7od9DM4w0AnNGec5aJECe5EcJG5LAMkBmzthPiVKDd5qqDVjj qqbhZNkoyNLPnDrWI0qZFF/JngvG/WyytoOlT+bEHKNCdLwUYmSSHnF/nJzDapxbhaL1j95BQvMQ BRvXs14mrbhqfEWX+qOreXOI7lRaVJ9btZkYelhU5e0QuyUORCBW4+ns6+essHqEBRVKOAlTET37 JxBwYoTWdGZ2hMzCx/kWI6e76dFb/tN5AOjqH2cxO2mYtHMxBQexRPZk3SciAB4rOmBaM6Tm/paL QhgJJ93EIrgNEUCvBkm79kVhL9hz0NoBU+JyXT5kNqII2Mvs+FFJ0qCsGG0BxqT7CAEWbMmL2VJK VpJ3N2NQYUdP65DE4J4TuM0awFVJmiSZRDBBOahtiUBClqK8g4tQbBydBMLILZdIO24asGF7LpmA K+LSVlNYV3UIjaFxB+2Kw2wzEOtPldx826um0gbnGVdoliEIaxwxT0xKGZwRcxZsEWb+MrPIQVhQ kgmQTUX07EYVCCyYhfLrVjLUl4n0eIjQIJEmDCt5n+rFJkvMwsysNA2aNsphDHaz9UkBd3QSIlDt QjbdMQHi6BJqjcOcSigSZtR2SHJpidyDkE3MIAcibouLBG8010Y/Qs/e6pfcs5By2bDL7bNu82Lw GVF3ELBnwZEIz0FY0nNnAcW1muG2hmiXPgThHzErhOGwEgR9VYKoQGCAUiBPDtHW+h+pb7ZpWsuf M2CKPZ4bgVIdj7MYYAfA3KXKhQSvzj645UDXuaNfnSZyezLRKJy4r2rBWrGiQkbmTQIc0n+UrNKE vjRuxa0NR2PS2OZHxp90+zmdxTFLqjpykKEOrjA5KWgYWDImhuubLHXqJJin20RrzBrR0Tim0v0p aOjhbZhVsEG4ecMKdwnSqP+I/8cOPb5B155cIhCTvMEzg0GKOyaKzt2QiDaEPg9TJfqmt75h4P5S VCJiEuHPoTCn6FhexaWJxIk641b1qA2gSHsZiXSaeI0DVd5aThp3BS7nAYJ7JutrCDiKq1jgX8FB gDnoYuQ5FeEarWV1+s1qPWa8Ni4zs1EaDPCrksMsvudrTUwaQaAwvEUVKwpXK1qirP75kYrHvFRm xj45rwfg8HGWbGpBPw4gk2HTY44pGFU5qUbdhJrBE7GA68lZJNKFL609XJdqW2mCNfmK2kf+bbUY XAg0+vLN1rWIVN5ZnCowQSgfyUT6dCAqJlIf9FeKLm34bMlpFubD+KLMp6QU3BfFp25oVzV4SXKZ yY6upQ3y1M6dqn3ZBNYyobqUIFTd5Rwhp4OCrEgi2C1qe0Ex2cxRHlmxHIGSFCQwux49uIz/cGie gK0oLDgy5pYtbGzwHsskNjW3WnIxyyHb/aY4yiNWSgtIaYGEtaBkPITDJQxdkWPzEZN6g8hCiZ4z PL3mXHnnyq2dZY2ITEdNlcA5SJYZfIdnWBicqglyN4PmIG3fKIjq0wbNjCpy2KOBqo4yXbSTgiHY KvRix4veRsFIZ5DCbYykoUye4PVCA2rXKNGxKkFzJpd5HDfxQSRTyJEeOIwDWITpiCycEArXPH9M T9TWW8Ck5/wgqkcf9MQpD0IJPviIUhVgzHPd7qsy2zPWczFDtRAZeEdwNJPPUCdswDQixQ4uU/Qg QneBGY1CIsCswYgpYAKde4s2cERwPjQAx9/1sAu8bEIyttlHEYSAbPRjQhUi+6yqh09lCsaHjuxO 7LNOhi2JgK+xMS00yN8Xy9DJBSJmqZG4xu9piS68QGxRRsd4BD4cuSiyeLfkKH58vlvfibpU4Zdr 1H4WlCpZSqEQrdgMZEhVHJFXl5Bot9SWYGPT+H2SaoZITrjgh7nSkV8oTbj5GgMOXblO9iV06wQD rBf6qqyYDS8R2/AtpYPUsBSDXhWmS1n4DmvkkmVULWKgSWgKgFDmh68sdIEThTZwWOuGyUODIG+g YSMM44ptz1y50QYjCVxQ8O2HMiHrYf7KIKrGdX2AVwpkitl/l3fDNZyTD+R9lkMB3RooukBVZGf3 jhYYsBM76mm717qMSnLbAiqaQ181MAs+x59UIlt0+EaqDhLA4z6r/ApJW9hVWLUqA0NtsVUYv1j3 2TDL+1o+WsvvSIDlo6NO+re4rBjXuaW7MiPe5a+dNepshInBjkFAMJRWiK7lh/VmZxuMa0Kw70iR QBdLobGjBZVZogFB/hGzNnuijxYtXVuJ6trJKujtFfIrVf06H9Ui0oUY3pcwaos2X9DV9OfLxRDU mZAu/jmOxWhvHYJ6IPHH+aiM4n7bsTGVZWz+7CearyqGUYX+R2VoR7AavlNbFs1G8aJk2PCkoRSM YV8Kj/0qHJJzVlUHl7tdXtnXVNovkKHNiODL+pzwpN8/Jtfy/iDGxIpg0UN061SYTkkhA1A3ELlq gqMjHlM/bsi7mUZvA5Fn4k0M9EjLU52zcwq1iMTa9QdTcPXqLnAE6DaZqaj3tfV6t3Ipbffa+KhF f2G61b7sJYMmCnKpsf9NHa+80TI4X6HyakO3xwpo96+VhdnArDwL918cTvyq7rr4Ywwa/c34fvDI /xJ7FoMLJidtrhUvZKO5pk/9AgzlJyUS1vgLEsYm6RWsgZtpaCSMvHw5p7dtAOOoK7Zd0uLCcA15 SvccV5MSEh7mI4LAu2lQxOU5IewbBKFEHJdaV50YRa1EQnioVSnV5CVAsKvgZRnVqsK1oCWXhAgI Bj/+gs0Aq3lNLD6YpBp+5C3aCZO1X63bGHUUGS3btbGArRsIh5okA7vxFVAqACKJXBFUKlC8MSKQ zB30pWt6ZJ6RHIVaJ0wW6SMNSywvdm9JkDTmbvSlox+rRaTuYrpskLVgNJygqxaV/UEAsgogliep snC2FSIvh6aum1P70icNthSNZpL0U0heHhGFQ9qpwNifn31LY4o0mw+DYBbkQvpmrqmKkcau8TNU FwHy4p4LlVIpoTQMJUiKUHBBYXZzUJTJ0U2kNazlCeFiE10WqtSxUUd/XKc7bhgLYT3f6Gho8ozk wCqfyWr9zA/Lk3FQxYXLV6ODIQhqO4aLDc2BAZzpRIcInw0FqDm/X67/ft3Lf3LjFD3ZMoOtolhm CxafMpHF1RKxLYLEaHegtKyUB3oSVPlPsbXYa/XXox0Na5hMzzBla+T702MIKzAwreK7/912zv47 /ig/KfVaaiK+F65fPAlExmjNUvblkrUiWqKmbfdMu2Uar+hWpRKt0m73tJjI7V/LvJTvXLN+0wjT nuXIU1zpvi9G6EnLlrjS0W4r86hML92v3qpMn2ynW5mkAR46YlPGo1YjcgPKfn3sUU2lbj3FS+bG OaqQ0LqPMGH9W9XIT1cRuNxNGlZqkgtSfmcDJoTIbdslyZXFGME4fdNYaVLsl+n5ADXS00SXy5fg 9bsvnvIClzJCksJE33eVCjq/EXE48gzW0sey3JYi6ad5zSdvxYxrGMfaiyeFOsDfaQHDIoVce8qr vLShSYFKez5nfin3cywBeakUKEksgIrsGF34G0Hak0q8MhRtgiDTZhvlLnivWPDM3+WZPSYLb9gJ HwiB9+uK1ZmOTk1KINhX0UsqHceYfEzLqJBacaUMemvsOHYIIQxDlQFJzKVE1mo+bI1sg+idrHzr FtsokdSpJU9zMXHPFMUaMbEZ3GMsgzIeprDUZGmWkDCnOEB3rR2qlDRfT98diMF7gsVEpmUOiIKE 1MgO/K6TwIGZUbRCVuPAFaaP9Y41VRzgQkmCTMzqN4awkxkov6CvbwYxRGiMttDMIt3QmIq/qZVC ma83aGDPuYzGDWL2gkv37KgzZQnetZrIiViI/sKXi55jShBZj+lCEU+Q47zmsnyPyK6SnPABfVAM kDCNr3V3FdIu4B3NVrMtKIPEBZ9+xqArIJeSwNpQfXyhAQwzpSaMT2S1nGwViTOm1DB2eDNEjTSz RKKwlr8htauYFfG1zuq2dqAQJOI0C1E4yhIJ7vnDhz1VyoWWWNXANeIG1qsGJ2oeZGQEu/fH4GgB AmzFKolrwjxWDcja6XaVTzdpOEyBuX+6V6Y0YOexYyNeOFBFQJPSGjWRdUaK95aNJO4oCxFpUGxs PWXUCWwbaGVdAswiOV9gDWyviwvrurmkzk9NOJDkLUXyOaWVFZyWxpRPluJYpqgqeOzhTIWIe4BA Oz5MmCb0zz6S0rtskcqx/bOCSWJnzuzAYpCgMJK8+pcveoGY8oOebNteTAtDlwknidC2TJCle5FG WGNC9EEE+MPmGBBbzf6R31ZvFk7QDE1LM5OLQpZlr0DrBQLKE5hV9tRFXKy0RTg+zJ6rXAH/p8DT UfI/JipNNJc5i7DSJ1yIYtOMQ0eodODwpBBMN2Vu5xNR1G1xWnKXOZUNTGjBe8G55XWzIJmIUIqL NIikPJ+WLb+E+NlIAbZm2NHJSMK18B7Bz6p7pW/CyerTfLOTunZtDYQPOmIc3cYp58tB9M8dJDlI rc4hr6siBHl3qIxL4X2a1oA63G9Lgpl8zo7QDlcwWacsOF7EUn8M0GnBo7SPRszfdPxihu+qdlq4 YPqKqIOgrJtA4FRAlP59dL4pAihneq7PGyvxpvYdfoMDzJpcSOAwlnmmlBae2bBPTVhem1OvAkMe mK7XElJCLSNLTLUPeGBXIqp65xXF5HT5qVmTWsWQE0zSr7dQd76cBZ5Tl6pAzQwZBG4FHOa3iC+g GAMvlx4mDBhoa/pK9T6BIhRorwX2dvYjBzFCXTrtUITzg0N1cjjYCNmTXFIfpBcBwLV0XlsThI1U RP651zwlv6Jc5PUgixGaJLfUSYyKEj5XGU1ODFIvlJjHTJxwMijdwKxUOUf9WPnPp2xpla54JwDU +ULeLMEPezohIaBO1HpSK0uAzzBTaT8+DLk2FJH56BeUwSMryqeWrSyjB6hno5J+P4oWtKi1jKXE m/1BmGzdJ5wu8Z6xtItRI8gZqHfqrg0vKXfWk3h0RF6IiEiYTuNAx58Mu6UIfIN/DH5QKfBU5SB4 NJgWg6jt6TDYmW23MPTJrGUuIH9lN7QEXUoRcoTpvtqSQXZfrYfDl8N4voGshAUTtZ0FxNC3lAIL 0rz0jS6z9sv2UfpqyRjcWSTkjGbmI5bQbW5nG6F/6zKOv1qzT/LvfsayM5Ok++48fAIkLVwziJYj 2BmeTcxkNRwxkqqJaXDIrYZUIoS5SL3//lmDEU+a5aykZ0EWrPkR9r2BwVzOTgQdCOTkP5+VwHR0 k0MxjhkSKo1sdJVO+yauHp7yXtJO8V4ysdpUwyRgTYilCqQPreUbsIRiXQHXEsIwidLpl/7F/eAl Qqth8qaMqA8SL7P0unMbs0+7K63U+jzja1eFlpGnI+KzYz97yAL/6FrUIQAI9GRj2EvO9MUBUrV/ WvRzES2jq1fQaDRJWeOXZ+5b2lsvG1nSTnPNEgaWnnLjbMuMHg5fotwDF5muhq6E1bFP7ijxIZhg iIAesV5QdH2FHHnuoKDGRSjEs6f2hukLRoZdhEZ6mT0ziAsLWqt4ELoLWTXHCG30Okm7uNPX2+Yj AoE5/MPzh8cByfZRFcFZiz8l0AwyLfijvJyfpWXZhPUhNn1E5EjoGfvJw8uefpDeYyUkjGtvwyaX jHBEEgF1925oZoAGLDlxqfWM2a064w5RonAqbWwZYNK0eig2Gq59BIbCjKvN99dy1ThJEpW5rYVI IIl7izQKiC+K6Ph3S8SFvwbTynTlEtbnZZoS+a3v9E4OePl46aGsKGx3VBec9T10MnwTuTwG27fF CL5ZWg4atZEJ+zOY2R6r7kaLLOqYUyoMuSFt3kEyn1w0ZxPOvOXijZgHtQPBUtungCvECxjl8wmA UdvWqKLPL7iFk4Q5UCmrgnGesnIhQHH7mJppsM242u6rILxKdQ5YidD17s1AgI/LYTm6U8v6KJV0 75uX8jpY0jWmqn+lvKqxLsAxc/ntJ9j75rtYqyCW5zZgZ1cqcF7cV25MIMCG7T0poqqM8m4Vmwrv PaKtQSr8qjB1yskdf6vgGKf75Azqc7OrkFMK3FUQ09Y1lVwlHv/Vsu/X38fl+3G5/v3+PIymrmx+ tWdl4T33QHUWYbef+73k3d3HDVwtWDUXex2n0uD+MFK39yoMVyducBUnE35UDK6ci8Lf+10fVSTF 7wrLCl5IxqEr9YwZdSQ3SwM3FChCVWmOOZV/18kWweqybr6+OjFWkVn7OHJXtFq6JupQVatuTnlV 57//PvB++9Ll9vd77+myWPz+637nzqRdH5pV4VXjIp3UOkIIQ622Mjtd7qbpVZEbsjiuTZXviz2L xJooqmkLgeTTzZFK8V66gvjtR9z3BotsTLH7XincvoYpHBlvj5s/p8rURK61STowbYaxiNaYzK+v fDUOm0cJey8QeI/eYhmLwu82fsmHfWer6LVYYLxGz4ge8WqjWd+kOuOJBi5vcnzc5NV2PFtFpyZX 8iiRsTJ4Ju2ZGDtH15LKmMFy1XjO6F2Twq9khxhxk3Qckzagj9UgiMnpXK7OyIVq3cOr4axh9OG2 uaYd/85k8qVQWDraMjbYFV5cbSXQYqbJmr6b7ETV3a7D9X1atVXGwuUTsHRLs9P2BMvulCHBEC9Z Gm7HBmIEThrUVf/kCX6XRbLG5sgs4EwSA1YIchJPthbhGUiiICuMwgq8eR1eye2QKkgsuzujf8nQ KEef8uW4Iu/yG1BWLhfBoM/b82QesiW+ZMMS9OoYfPkpJGGVBA7MmYQXcRQjxiyDAjLtKzE7KtTS JAiUbvUyWyTEk0qsRH8jEx8UXstGWALhs3MhSGc2s3SXYBBoMhR1klQy2aZ/eR4/BUoslndBqIwq 2PRBvrMWyAsWXOe/DDqfC6CyMn1RrCF3CExsYahg691/H9kxCli4Obnqi/zYhooh30+wzBF6ua03 9fkgNpckMxIgswBVA/SSJBnVvtvxZsBhuQ7sVkYrbWs50EKtnK8DMmYp+iJGfoKe5jRDRk2TqJhJ p6lSUbZJOAgsirF2VmckzYRAVBTVeo7kAqICBepKzoUucdlCrC9ClFWLz+YsMSh6lixlo8X3lqhs UIP+9ny/1jjCOy0WtAVlw5dby+iQkgtZ31HvEjAipFzjmVdg9yT5qMqAxMquHpvVl1dRM9JoPWvp k30qhy+pNBKe+mlFn9D8LYUgRumcORkzf5DO4qOxnDnUX2qUGbtAShyh5JOAy0mwWn2gQwJVhUqB lfGXDTVfY0x+ESVZMn5ZR/LpAQmJFFHcPL+PbCyUuqkYmLUkzdVwAbtxLY0Oaw4ghKJQxYUWkuVI 8VPKoQpk6VqRvYtVxJlE7oTsasVqoUX2iMW22t1JF2MwTcaXAb0tH8RGqSDC0VoeTSaa1DH6+tXu Htq0mgB9DA/LVREX5/IJlKxBKirJhoDTnXzW4Zi+002rVFJlIHqsC0rdArRKKB0B6QH+rLjKWFOX Dwdi0rnmpYAsE4pXXR5l5ieWzsZEEgmUFmrT8mEpYlskGqUGnjL8w2VLyUZqTuiHl81CC/witEnQ 5mwPw3ecJiX/yiJN0wKK6rOL1iJqppvRDw7hc//4YqeD/Ngpo2jN3CbKDEKLPK4e80rNyZ3Y25PK Eug9A2S3KMugWydiBfQbxl+YBw018ExXeVrLwPb62GyHHALVnAqIId7jhrZMK2SwkziPhICHJU+j aUHTxXSTiyybIDNJfl0n4ZW5FhlASsMkOu5NoaRe6kvUZIkRG5xtYTABDKKQddiCiRX003Gs55F6 uouSFXlRtgz1/Cfj4KYsnSoo/qZuZC4nBjs0GP9UgyKyavEF0GiMzRRL6SmF+0IKEJGC40HRHvfY xFE4n+aAfSspiAH65/g4Eh6sakUq0dAfATXB6iB3SBVyj8IwOlsXyIWqjpvDf/J0BeEJ0i/yNgVK iwUbhB6lHIG+oaU+X86lKLngdum0OYoelk5iQ8agWZIobakq6j3pMePcqGGqCcQlWxJcIj7LQQPH LMWZRdEwsk1Hq8ahI9664+5YiO8Ctj5R4pAhyuNkAQvVPD8sjrXWMtgqrzCMVp5XwGw6YCO6bijK ZDz8t2hLIiVvhFfxhyFkNP4jofB2tJ9L6uy0dG4FHEzHLK07MkxWnDuQ+bRlcKbDL6kYpQRS3sHT 0ZbBS0FmiDkLzTNR8qMywpZEpRqrxIyNhzRggxNMU2iHyXSKqbwhIaT0TAiyRXdgmyrQj7JERjim nkZyWNly3l1BgElJQIhjQV7HBqVpM9F1izhF7yZm5KsY5Tt5O26iJddAvEH9yPgt9MkBIIioiIxj c+lMjobpF0lwudpyhkAHGoJQtBZzg2N5AHwzRGEojNVdA9Loge5f/2qLKD7UhqltmnDayEq4Olwq c1r1+5a0Skl5uTaJY/hpnGAR9QRF3bGgDcYLMf1JlnTJsQV8IxO+D6O/JDZU8FMs601JCmakFrSI cSF4PMZPn2QI2CRqb6/qz65tG7wKRtCSjPwXHHtsO8EUtXFcjNtXBWIzG2YP7ahTPi6KJuX5BRI0 pE3uJatHZvKic686UiLvKkMGNAbEbZUo8+WSWRISEGz4shz/cgRBp2wtw5qDTPV0N3db5p+g+A2w kqeiXS/JYk5ORZx4pU6sE0FzGdn5ljCcizFypBCrMgQz5qygoFyXqW9dnT/6TqHSVxaY18EL5jkP tGyUMLQWK4kFJXy8kiZVSVtpzirY1wm1SLdn1IE6jdDVMbM+co7L93hY4eKzALT1rGDUSgU2dWzD GbOOr2HtLh9G0tW62ILZRy0emlJ5pAVs5Js0iEOBlNj4/pnIUS5rfFN4EJlE3Wsjy8zJqBufKw00 tePW0dnCfDdwmbLOpc3WAwF0cKd+sNWu6OB61tktw7hXTukmYnINxBIIBd6zDcuDwLnzK45yEVH8 oiPQq5ZAFH2DiakM5CiaRTHVtxyz4ragNFE1mZSCQL6zAoS3YN9bfxRhYnOkJRO8ECg4jgwXLIi4 STUN5LTmom29+teD45hE5Q7Gm/hma3mexnO49q9rXDOejmuMCAKD+DTuOsMhCrHd7Czw5LzW474c p6hj6qC3sk824IlFJNCy7KxN8vgMsdwgjJTOgVL0D8oyf+8pOEcyitDA2b0ODUzfn7Im0MEDM+n8 IN3IInrJU8MZWrKVid0yM1ooFyqPFveIKBTUl76aELsoRuG+TEB45aEEJ9nDIOJBiL+swDI5fGds CTU8sB9Fky4nWESLm6U0kTCIIOHc0L+nS0ZunkgMZapIN3dBWVoeyvENnxhpKYyRrebo0CDwBEna Q6R5ZWtN4+/TRbaEYC6cuJp2k1thvXgbHvqdxMxe3mKo1s5kgV86czI6VG1+qZS34o3ZBu8iB4hr Qx/cB8YBDGJKB5R/o2xzEae8WkfQqGMKyH4adPBoDI2LlnpC1E44pB6f2t1YcAmxh6suEyKCS9nA LroRkOWlwOJvRoKXcky0Tapk2QVLiBlDoYAbVMYwlMjo8yA30uPcWTy30fWi4GpJiqYOJNDLokxI OiyV3LZqePN426YjITOioyCTdrRrf7EqvQtltsRIaKyvAe0rpGitUKp0X1htpRfncMOD933SYlhw 2t5p21gC6vroh0FHkrxwGRMJM1J7trOfeOxRIayRnpJXRwXEbyJqjRnLI7MFCMrShKWojOUwbnuy UxmIKQ8QevN+Md1htS26YzlGC08tzxPPK3oqIjCLmIoPEvOZFUrbIdokeat786A+iVWzahgzbYVl dePYjJWQt+RvJP06+7TOaUSO4WPNO1xiNoortk4nBj2GY9a+koYt6NC3y8WhCdkBcwQa5efin6l4 Nk9n70jQGW3ShkwiFggtkDGT9s3lAzKetBtUnhn5xmVOPIWZ5la+ncFQrAjBCbHJw5Q9akCnvCaD ASazl7Akc6YAZlMzr5DX8HJyM0TBKX9B/zkFZC+Z6wFZYK3kPX9eYc5geQun0LgIUNJeZBIQYG4I DGTFJADYoMIlBMBlaweIQRok527WEk+gXYXQ2sonlklmSQxEUKght3KHML/9wVouO9hyykKJamYq SZZApTqOaOZoLUPK/aBcsdXHNJEIulryTbBEm19KKdvoKUkwdiad/1I1gRc68nSDCB2pianHaiL3 mSGnJyLkBRmR6xkrkM4a+XAbiN0Kh6ymFCB163izMy503ZJcjhfM+vUG6VqGQ2A5PEfWXTfEBusm JvY2dcIklcfihAbl++nURKmFMPlsGk+UOTvC2+HKUAk60WZv3uaOdnmGJL7QLxm66F9Mbmp9SQuh /D2vmhUb0+bbQFCprRTbyHL5klLmmEV6QbZGyXlJg8K7+iRYq50nHGlxVgdjMIRqy4FsfEMBItAo ug2Gg858bo4KLK3RaIekTENofmoxruyMGTUt0FV1LS5JCJTSEdR+MhMDxK0knYgZdajBtDGe++gZ Yw2ZrPwib/O0r4faKx8DmK0kfcpU9EFpttdbrsnH5rQYwvj3q02x8WU0VNplZUEg49WtdvRh3jhr hvM/+efS4k52yRfEU/MgXgoMCXITNtuijGwyURPGlubky1fyLH1K70xRm5aW6OWghkQYQgwif6Bl rgi9ZF48hI/4Wz3KDLHTBzmUxjRiL2xrR2299p9rtjjl91ZGcGJ5gl7aemqHYaXBvP+M772mdkxK p6uiozVgG1xm22Y0iItSYk4mG6VuLShh+OrzrcBLnHgECsAHk279kjZKLiFd34ZAjbLEaEbA3KxO 4oVPiDrvtgrDo+FDCJgnVTFvSqCOoAD6hbjTgevQh0UV8ao8LNYEE5X4rMt8mlbbi+YmXr8JB8RY S/WinKVUDq9iq0V3UkNzpkNZ8bFwk7VhXJadmdhrDF/dBWPh4Dfzw2h6lMn7LF5TS6ZDdMWfFAqd iS55lleTcCkyfHb7RpmcsoAWW39RWc9J6DAeyUdSIJ2pbMOLgqgUG0bTcTvOaSK3Gky6ZHzs+3R9 Eqj82zVLRi3bsPDbi6b2ylA2Kz97ZDTpMBuatGbRJ2Tb2Cy8m72kqDQ7sbEoSqGIXNLEBIBG6ya0 tTXGnMOrGY2JkayAFPRZu6XTVOy/RdCp2vGQbvPNwjtU6R+OMxXvc3wSyP/YDW4ih3y9d53NuBiq dC+kZXeR8lgVF82+whCIVoTpBJhjV8qKDJLtiDa+eIr9gZ68PqgpamVCGaS+Ks+liMdEMf/S9Mbp v6vNBKaZb4Louo6LNceks3vzJ4qgFiUhUl9fa3xg9+xXAwPrnpDKfEzq6zgd8udKbDUhSKJKlrQ1 kbNv/uCjnFJgQ0gn5Cz54+3r8sLwL24u+HoBvkiDVqMleGXe0jsZXVpESV81ovl/FzhJgAqaqpQw AjegmDg+yARiO5pC9tgsbCYLQjAC5n1UuMmndQ65yQTLE6Cp+0Je0uK05caGTAtF7f+ICPWFFnpQ gu62hI55N2aAz2+ltQYu6hVODeAey3oIxrqGpUekPtJnYb17K7rIvHtuBmnQI+MKi5Ysl4ef0N4+ YqQnHr2TFWpLsyKiYL1VHqFkqiNJmPEZ4szdgQGQorXpg8pEYSAWj+AWzTUzcTSUiWUZZS+Bq7pF /PC4FqTSOT6jIy5cr64gf1v5nQP71CyIWTNO1VZy6FYxoyUh6KjOYCygJuwQV4smlyJcXw223aiQ a/JRVUbmg7gqcGgN4kQtLHSwwaQVQKpE+3nSQjNaZqITmFTJKV4t/GzOWulegWN7nNdbN8rFOCIQ wKlluZgsW4qpwM74ziSYoo+SVWKeq5e4FtDUqD0HG6QlonToqALpJWWDO6Fi4LAMGnQOP+TGIRKj DVARDn1kQQ2leRg4nAwPg0d30pFngRJy+DRC6aASdwERUX03CZf0zem1M1xPCjSa7ufcHZHC7d+P W+HjlVKRatLlz7Tv01SP9QOdTM50HEqqHPaYRfPCBmsMyusMQjlKBcNwcgY80RRejYYgjs/Cs9ru buAwTUl+mWXykUDUyluJOAfhMd7rbm72axq0WTIrjfKAlmAOTcEfkFXHASvHgj98wg/bqeGkR32g ueutf3GhKA1LjDw8NdgCLnc2Kd/om48Q+aJ9pzTNST5mAd7hm0Esb/lOFVqDRj3EAFHtnPJWvgzd eqpHzxgxSNeJzQmyk3mhrSy+7hwo9JHA5svqy92UnTf3Ecm6GitPCAptYpM0TNzGZeNoYJDK8OZV ae/tJJfAUxZbIkrunD8ytPQrINWsBVXHicPwBkAmIzEs0Wnvq7qPsqYHbfrTsgwZbd4x625YQlJ4 tHpL3lp2UWYSLQ2rSVkT8tJjzFYkaJnJs9iY5JzIGxBjvLKyZBDEolO6cUrBe1+BKIvGRJVEEzEj xIAL3lM1NiRp/0MCw3eq5GWlEkhU4aKkCCAU7lrBtRZFXPXORlB5ro1R0NbK0ye6MM5WoJ0Jm2v0 PEDDtG4v1IAXrQyrvOye4EdfnIywhg4edOzh7QMILav0Iq3jYhFML+g83q+4qrhcyvXoVFjl7JDQ gS5vW9eaAnE7LebWZhNI2Bpcs936DKO0rIhcBDFOH6ElCIqSrrV5JxvpZ4io7ptBfDv8pZ2xTaNg ThzBnXdQ2dz0gcFIBkeOvUV6FW1Y+OiMSXT6lQDbK6yZg2+1b1JEVPEOtbWDqIYLWzhPp0ViTDpN 5OkzZ2WfBU0acLv0klJAF/IjK9gZIFM0Uik6ssNbd3YnEJQ7Kmb6BNsRtWTlkFuhAT3md5u1mVGR JkQAVhHcah/sU073idOeZp5pD3T5UGeqXenTcacsmXVZoQTC1cqzDZssqb10Fnofe7PFkM4OAdqw 4cw2oel47tHuW6ixY3xMm3ZTeE1Kja9xYGo9xepnadfK5hwlP5Gi55uiPwkScs+oTYQcs1w6+phK MSIV54zpMG1mu3pU1dfOX7LoD8EaKj2Gb2t0CuLZhY+kCshfJ+rejoQutIy2aCZROXr6Uufh85G8 GZ6SISuaKV7OdTGlPg8L8MPzLHVTsgqzj3lBbp4NG6mgxvkSbFuihQ8UbjFYnGNa2qEkC+fZc26G lPGkY4PFN/2SfYL1Vp7tp3mgFqsENy24gO/p723giK8MUo1O3uVdZWH0xK2RIVy7ksG8eQVKN6Ut VSuCFenJXl0uSK+I1wpuOaw6G0mBSbD5TNH7VRg6LV31GXwuTYyiVLwMjoILmbAaRCYRNYVwPyPU AaCWVQbsBhA0/RLRYKC32WpnnooA5ZR8R18hxEXRyIh6NYvwUuMAM/CWedYSFwC8HAPPBAKWi0eK kkBVjJLZ1lM1J6BPXegqAOuG4iJp+tBMmMMZetuhyPBJw9Q9ubSVQ5ltn2LaAJTiHrf0XrRDM0ma ucWTxqlAzlB2b3ZLr8540xHdiNQa+KDhkprbWxDLR7oGaiyzWyg0hGjY4qIUix5wrX2nvIg9Niwf 01T2STrjhioZXSxIsP08lpZdOFqJEUNZU+iWvRb4+tOwsLrIm2ANVODycdRAPSJirMW+yYluCyXR kCXqRyLG4opmcJOj4VmXWID3LBP+ogRGRSdxQUH5Z0XWDhsy92lcUFJgWU0mUDVjYJCdfz/05HYn hAnH5jaTjl3LB5GK4iZFkQ+TAoySSbb96gWOiC+Nz0A12elEpJkE1pGwLDvnbF8Ld3FCLIrYB6Q2 mjmhgY8KDZmHISf3LiFAIp0lAMX3bovLx6vDpISgxJVg2j/enkTHSLt7rWv+Y83FmqyNBOSLuhqW pHosmTZu95ChsF+rPr2ytWNmMpmpR3Hw+8VsIKBb2bNa6WJWrS2fkaXtPGFXV00q+QM7LWxNiK9y p5b6dOVKK9JSnmyh83hesGK3/HQDBmG6h7aFddKyjEMDC/U2OMKfX3nwHKcA2me98aeVqTE9PC4Q w6AUWi5q/DwohAh7uttEEm3dncd0a4OFfKcHsd2dTT1wgERglzeS3CSird+GQrwxWwqYxjzdH9RU +PaKOjga2gi7zTjWPDPGQTziWnmfYPYh5vUif4O/uDWikyqd5tJSM12o6SU6mb62qa8eICuKYzTb z8nZIUPzUT4dsyNBi62Oc/v8rsV/oIRPfc2CCtApW+17AxtEPRYNgbGuyTQeErvX271BAquqkXmb rVoKQUUZ6WUKwYx1UHKlptCXGhBKQtVYdDW1qwGo5UCqPIhHKs0nC23AadionkPgrR4kZdIyAf5o COaa1ZCI+N3SaqQtKQ+XhD+e6awsZyG0AZfQKf32pkm97py58CITCnW0ozvBrbkkUXjm0byqj3m8 XsEBgUUcXhO/m20jEhVlFPlLHa0TCxx5fgoinuSJwiJY02O1xXv+XgIQPFY0xktSDzoCE0mfzCGa gQ8fMIW38gqvymZdL1mSrphLTtupabl13yeCyCVAkr9WHBqFEq2Rw73WueGtmFM0D4gUr4ZCz9ps wJOE5STZSmbZggd/iQWV+GDvQkyQRjIBKxEix1hGpu1WGVn1dNR9+nmG8UDs0rxG045YRBtpMJZx ktoIrGzk5KveOuXQl9+F0pUZg3pRINwlOm0xdU9fkh7pvp9LkmL96v6CSqkJX++oVhNJp/q6UNDN JjPx5VcVRvx1ogVryZvEZbGyvGDfVDuZ4SSJwx6OmsgENWooVuRj6V4qkzFKZT1CJUrUjrDqRTpp +MXQnDQzzYi7bbkcz1QR0jo2AE+FDCvzXUWLmhiQK9TJnphEXp+9IE/cEiPcY0Jq5MtnjlkWOMUG 2mu1yZLZ97inVkZBPkOVjJqv+Tx4kudDvzaOufFApGKgSJF5VvELALNtKpB25ds5KUvw5fXQJdKQ rR2fak4S1l5jb2Ftr/m9fq71Za9frzad98Z0jV3RIycav+CiXQ1DhAE4xEDpRkpjUb6/HkvIzX/I xB7oqEEeOXHT5gG9xZ16Iq50yGuEoFEDIxs3tArMAXLMJiZEVtsMMUS/kLmY0rkMkvGcDhm7D5DG OGJqkcuw7pnr/rueSBdY6Xjua94o3uc7eRYz0ICACropZpkltyNFkl35I+tNHRN4Z9XcA6o9NhJJ plVwYjkJTX3bVAGVJvE4rMfC4t0mwrJZ2pBVxsmVI6PacbeCGlZ/DYqYRMM82kAnalK/Gp+g6LZi bJploNp2QDoZlsxktzVJHmbXVtgllok/ijP4jFEXdqKlHpYbIiNZGIGqzQ1M9MgsG4hlIc9MgNqQ QT4Q4OGp01vtSFJjbz0DKqfk6XrUn9d5t4gnyxIv7PJYuD13+UPWDrPFX1CMBrl6GVIFEOmGC3Kz bZFUw2w0vPuaV1jBvkRqFBmWKMSA3D+aemcMiT+CeypaWBFkBy+O2QkkVSPKVfPcgViH5DivZeaC Q2gD9Dy36lBo5dj9iUoicKVqRKt4DDre5rXJBxfLSxUrSgYtNKCJdUd1aX9bX9N4ShE7FEhItrjD iPIqsUUsMCnNlVSGgMkWVZ0h7Dwdy/zqTjHxNU6rsRizUgDzo4TAEvuKrl4CuzLf8tibJasKAcTT BamCTcMrtrfdhgvWAKNLYBvZ6mVncbEQxLjZJzW07A37gkmmS7voXlAreheI2Y2Qhmk25nOlfMhJ 4AIi22gRl/zLzD3Gii2ZVgbWWa9MJxNixkwl+5celaAUFkObjM9rVtmxHTggb9Ez7pjKHERcMUPZ FZs9wD4PDZZKHxiJHNs4pbNz/KVkVprlHrqdDHanBNpkct4HkIC2Qi//HQQghEiINHLWibNzysTB ZXPVrH53B2MaGXiTuAdrS+0sGGlqybvxWUJg6Z59eeXu4x9g5ec+hQogwtTdJK7mGz0+CZ3ylODS lQDSnOVCYRA6ZVH8lRZ8WiG6239XQzaRgTrTVefo1odIAE94gvgZZ8MQGYxkfZ38R285Ef/Ps1py 6rLMsCQkqAKVpwziF2EQEe+UpJUeM4AGKKmmoL1GT5luscZ1iwi0RgEDJlXUsKv2z0wUqCIz3sBs 2LgIniO3x6GBw8nGhUlmgQHMoCWU/mSFCla9DRHIxtfzl6ozdMRXeXQpoISCm+0kEKDopC5HmLsu 0Ms9MnoE5IF8rmQk7CtvaNKyQemOzMFczDt0gVmZXAmPZAHNhSHIQzaAzkdAIQQx0QMBztlWySKK ioplEU7Ou81NcsPBSzZ92vdp+swgAUL1NH+r/WkBl8LVtpz4qTayi+1wYbS0SMdVpIG3AXXoqtTl 5+/zUdmtJLCqK+6wF3Ttqxd9UvGkf3glMktiXiw9zvxFQ3f1+s5inXwqKKDQoWdoUJVvUva8oFxe 43RjenRqv5qcpNGMMC9MwEiRI8jzV1DancK2pAJbFPdt8JhWPyQALCQm4sdvwYh80k/LkfI88mEh XqVldkLF41cL5GjeUzzjVCMhqYCG+faYKpuqJ1dXDYTjSPfQltyqUEL7ipad0qYYr9JywVppEf0k TTuuZlodD86k/c++hLaGjPJUziqquzAJztKiA9vGYdkZj9cFthJSh2ZiKlsotPlVpk0auNo3GPpQ W+MhqFf9rSg6OZ4PkilCTT7SdCcKFHmqqmHaVmC9Ve9jYu5MuKu346MwShxBn9dOedNWmbOhnA8n lMRIEVGQZ6Xl4xeo1X3z+pxgeUajFXWy2IggzxgxUI+QdIlem0Ovaryu8dMwJDNgmjAkm1nUyB/d YzICAqkW4GFUSilk64dBb00BqsRKE0VhDpSMa5p2escjsWdovfKBjMnwrqdByIPv7c8OOabNnJEU AZPUlxEx4JqV8DRCq9I8CJxqwKiFp4zk5EQClFEBr8/EmQowcQXroHr+NdgJ52V3hksvAmCrgtiR 4/KrQr9Ac44kEq2EGJAWkQCjtm0uYINqipWeXmygguw29DuOxTKgcaYoQUaLwFvS3ZlEgyyHZjvm KbkohGoXDvtRfaYVDsAtZSVWjlJcMY23cVKkEKzZfNFQpCqv9tn7h2+ULm2QGITU5SVpgRn4OyUW MsBlWQc3EXo9YqwzfqM4MyNTU0oHeu5WG9DzA6utUAuZCGgBsiofBlVzymsrYO9sBl20iJjsLD1a fnRgUnV3awdEsoXyjuolBV+KcFLLMLiS6VsJYDj3WsxafswAsJi1LgmJwgryI7pMZykKynw8vWVX IYEmWFFenDWxpc7StBIJabWQZ5CzcXGZcDx2tRSqmGlGSqxsmGuQoWn2hSBMsXOzg65AXyIj4Wzt Q8hmt3OQ3Pw8zoGRdqpuJuAfzPkAKZhjbP9/VIByuwMFinPG9i7lB8ldBAGhZZv5jb8qIzuwyKdS GboyxcJfEupaOaew2c5mYxwv5Yc8OmdjlwFlaa1rbCOkNxhjCnstq6EEonnoKAnhkn9phOUJmqAL +QUvBYvCE3F55xdTQgMYC9xMVgoMAFekit/8VETkNS5rMiWQPF9nMSW6tMEus16Ywxpb17XoZkXy 025Py5+89rsVlEvW2vIZ8icBqQtvYlQ2dDRjU1atO3pQfS1TzMlOptosZo1BxdFWq+VCDUrrjA9J Jcdtf3OTn555Wf/WiX6PkmqGnFSHTrMNW3Cei7I03atycMZWTbHLiVUkdPeQMVwr23KHQKEJGTf3 dhNEi/gt2R0JL9d0669FtzZxI9X81VGGqiH3SQBy938tj1HYUYo3EFUlvK6W9KBAqkyG3Z4mIbaQ J4Lcz+ZRoIc3LgSVWLD9GlwQBeutOID1iNJ/n0Me0gl1+GxnbtHtkmzc3fR4JBjyYf/N4V1wxiXD rz1+NeEz13+cE0U5fsNHQ23LXXUDFE1s6jZ3CrhY06R01bJCqtzXgSHyUEK/lrJMLe+XjiUQ5pQ/ B81GTgvzRtMFX+GIq7UxrjdkBadbTKE/6Gk3qmijjXMjJvUO7anY1fayqLuN4zVGfUdE6lAg0Aqs t6o5lSbdvdZWq2CpTeRoSEoc6SQ25QMapE7+5mQFggswzeHBPjlIx+YnYt013NTxMU9j05k/MQwY rET4TR7Wg/JiboRxqxzba1KAVK3uUIY19pBD4xeYRGHrQY4PPGECk0YAUkHolx0oOckcWbJSHs3h ZQaSDuf/01cVTXkdRFHbNWiZSTR32qHkq7wBVPR9aAQSNEl7wBCXaW0rP9S+jNackmQkQXlaDsU6 eJwoLWSJB/zIkPOyQhei1rKcCloRWaQKW2YAzpLPrrlSiiJNrvYSgomBrcrry85L4DPasmbYS+ZB XurgKUZlnllTi0GaptN2VmFvcWjI9u5m+dZidNeMLEqXCnSVd9JJSiZzrwOZ1nnkkC/QjF/BRfar J0PtwGF4w84LpNkVoBBiGJy3nkxltcz4g06OEoHIK2EhN2pmmD1XIwPxtIoW3Sg2lBBv/DBtHmyB Z/1qjsYIBtuEDXZzCt/OsXqXpt4J0y8e3WW7zdTIUKADZW6BcVfXPshd5VG+fb6aIfcqVlt1qjS2 AI8pItttQU7HWoruRNOEwg7NG92lBiaBx+SSmL0mBTftYQ28w41uNK6Ka0AXT0mDhsBKHNYxM7d2 b22cD+Ae4Bzo6/U/r8eTu6I8mRnZxm1Li8zUK0LNyil78Ag2FHaoo0qpJzsHyGkoIUgk0oKpc5nU TQFkW7PquihUuik/YQRIlSnlgRzLDKZzh76PMorifOOpkhmeUeWywRRLzjc7XJojYafMhaVROFch ANRWelKkSxYaMCXPMTAudEeaF2XO7UE7DGxxTbSFrKCIbJIbc8rAPG3Z0bdwnbArv5ZeIoOo1Yg6 JF88JGG0opKXEgmmwQe1JnmyZfnZbb6AOTopgyYOuO3ZtObOJnSVuggw+GTNhvDT1WxxYqvkGD51 OCC55U0itJ8Ei6Vs3UqzgUBOaYkX3ayxwcsfxF8i0pCL+gColJ6VGQr3MKMTlv7jqIQpIJunQ4VW XikUWnD9JU5GIvxgGL6ZDyB1DmodUwSH9sQeaoqulpmZF1J7qCPVLHUmF/L8YWC+pj0zM9wcFskI IFFCiexuF6IkAMg0AiWp1ViZpRjBb3oZ76hDJ7Z31mI6Cc4Xi6kFAdRioiRCBRUv4yudhMQlZaxE DwTYQe2RXEFzlEAtLWIXY0B9GN6iLJKSvDHAcSbNzJSPrDQGjNtg6pMCo3pNJRtrW1xHHxxtr3kO UmBkeNljyGYmVhRDkx+NG9v1bLWmjRYyYAYXLZQ0IA20BsIJotS0HIytrP4Qcak9F0auMZhdKW4h r9U67XDF4V0iMkj+zZZ0CmS8pkHmD+V8TqdgKjaZZV4iGdOyJcxBGf3z9LyYzw3kmRFUCNssJSR1 rLIVD71whqgBfRJsCt3X/ugnEz51vHlVTqhJiGaQYWbIz3f6QaSkEoUgUgPscMAEmGJrYKyAAO9Z Y5Dhg+62E3AIU3zMB4iySCJOUVNXqCmcy8gLxPxCzS0lBDLk4GKeXkUolivCjBK5sfHxiCOC6XUu XRpV+RGpRVy0ICnXJgYKJh3SDOQpsdhBOFRa5DOK8X1eKZiD+4RcOthfOgmB3ezWqYwUkCaYBCC6 vByxG4tqknnoQm4djRCzeuYjxcthZ1PkZvLCJ1llV153W5cMFvHEB5zNO5awE8e1iy4BNzycAVJH IS4LEb5a/IaCYZEruXxGhMxtQaYL7MR0+vSf8e18IPq5uTmIIh1WOg5+8cB7tQcXda350F2yaFba mf2aMNzzoVejgFjosWd7mYKFMI5QIOhgUjTFRLUPjzo00r6gTMuHzEZSacISL2uizkYnRmrxcYFP dubjNENCkvlGSWQ+pmcRIcND+lYjSQuJGW5cGIqICMTJnNYuK6cziXzt3VcrUJlMgW99/tPgX4/8 8m0LjnzLUjpSoqFUo/tr3j2Z02VxTPNWKC0xqimkj6KdK2FmSvQmhCDJID05ExfuyKjmyAsq4Cjx a1+8ZSclokYkQwa2ZZEZGQgR0C/1EKpZ5PhHAEYoidXRSACyZD5xbwUDzwmiBDWlaaLhTMnHxIZW G3nhLKc22ZCW5+WRXG880XGWhGvWZV+SX9LanguWXL2KTuCTleiFSFLF+KyiX5DRyJJ5MbGqMWoR L7YFRzOtCMGTTkNPEsGLMGKZQ6rsUgABFLbtduMM8nJ3kybteMpxGC7Rp4ICdMyZOgONAG8CkR50 NTqbMQ0FrQNGL9krw0vkNteNihFuu/Q77hrcZ4EeQ8MTszFKpjYfzG2I+IuFuM/6pBiggtkvFXTj QXfxMzY95LeE1lH+vifl/VVayHYzePcpZPTW0X0Lysf3SwtqPCRncgi6AxaEucoI8kWvjFaLeUtG nU5jLaH2MgWREAsLCat4mKOyWCrr+bsmdJ97mgZj/+pcqBF0BjIJlD4UBLhPUWibYgxT3lRYyZED rjceErHSa5Di+yf0Y9s6HGEaNagzsh78ivOY3VKfkhB7kNXrPgi0CTYVV2e1IinB17MH2TVLaLAC rCF1Zg+y9oRQjk20Zfbut5qD5vdJ3kej75R6ZLDel3MjwCpDeYoeiAFFxDpJ94wDHf2r63L+irgQ jJ7ITx7rFZMgAXjCGJBbsj8G4BUJ5wv6Q8Icw6dySia7LASvDA73PNuJFE6S/+6rGTTahpHZ5D2C px0rxTouXC7Ijyi9MVvNtuqvJzW7q2iV8paVVs8w3SaIHF5qyQLYw0py7Vm1r+MOBce9JZOW187G 97QZD3PtSTM9ZEYt396BrZWvmxusemDs1XeRe38efKuW2FEjO1ry0h4kaw1eNw9NtYvinIB07tOa uq802zZQG1c/v3/aKk1IkHp6bps17mq4e7CMJK7lsGn+ev6Mf157wKwH/hitZ89GoWftuvHKvpkP 0bnvXro++mYlwykR3B++eun37/bz93e12N/TbTt6rv/t1mN2DaincXrc7t9ur7j/3v9+H49uZfD0 G7+a7c+jfX8ePYcH5xjXf/c7mHh3mZn9cfOJSS/fHod79wVo3z0OtwPlWP64/m9FT5tTHbIwHbrb /6P/vvOOiOmC0HgmynZnR/tV3Z2Ad0MRe7mxKX5//rT8/f67Xv9+PGrYo4Padkw4qLl6cq9x00Kk ZjcxiId9ud3tD9reY+TxuPy1lYZAY3YjrRG08Qijh90fu6s+ieRsoo2+aq4+p+j2KmOVlVwuj+7g SNEMiAKM2Ve/eeRy5NbJACosbW3hwvOLZH8uxpoXfRgeteaM4fY+tWbiaZPx0Nau46P80uET7FZW twDL5gjwi4kyITSbeOzUi4I4hwoTdfGojLx7n9uRYljk4plIvenBpxtWMMJC8qKm0q84Naw9sv3M MSseJbI5mtdVooq2eQzfLSQ3Q6SVkJg1BydtlWoSy+UF2pJdG0CYWExb/Qc7nFZ8arHEfzueURQs Vn66CcQen+tKUoTmIdQlcvmskeTPGufTenaED4IBAXKBHqIFYu9BYTK/W40a8+tme1qS0UJD9ttz AgyiV9Q1bytOC7fSb2iRJ0aJAREyfo1VguGzimx1C3bRStQkUL736/FEvYV75NSyT1ISTBlKOy9g kPc0kXnz/TaCaWTQxCpIA3a0WyprIGffFWjg9rJX+WviwD562FqLCL8ssgyiWcbULZmJWtJDa6b0 t91JBboiODh3TxZqk61W0YCoIqSlCkVPv9wPIbE3K5IgNXaGsF3nkLTBiQM084TKnQzGYjbPgRQd yWFk7jbSqGdV5yk/vpaTF7OKPKE7qXyoW4rbWYBcONjcI8KKCvZDQQQY0wPAmp2S/DRqpj6EB44h visfvLJUsNqjLTZsd8hzi6NMgkQSDEY3guF40FzWN+UFyOQWRwLN4AR1oyRbNzwPZd7CyhwGvfri AOM+ymvCBkoIfyzzcZ+CjGQicrBkJpl0z18Te2tCHd28z3sKB6zcu7DEsDjixZHDu3kjmHS8gH/e Ht4NYPIv8NnPYUDPOgDBGZc74IaufsJwFDg80EAErCsTgXl3weQHoLqUn95EgJ51/oCot5/H3R/4 f4Xw9wfwvIgpbgq+e+E7OvetmwA/GOzh7ffbH/T3gPQbcNbj8oCRN1dIyRPjhDxB01QXEQE9rhjI nKHw7fY/MwgBR9gyuym7s/imf19ver8IRBwCuQUY/2F7cqKu/DvIN9hNVBVFglJUNgwx/g8FaocG CspkMzCHnwvH+XBYSmDFOAKHORygBYsUxH6ltWTryPxWHlWRWXooi9oizhpBUlXq48pWqvCCScqB atD6pbYtB7a4WdGKrmdCgG7JkPw6i9KerTZn3tRCxVyd0WN3ufo8HhmlNJLbfWk1DJRZGVz+xlU5 kQQe0NRYt5IqBq4LN0YD3GBl2mhZQ7yw1fBDywFavyRWISGSoF+rJ/+iQ+cdRCEl7EPihgFTcsOY M+ryMb8svYxLtEECz2yhwbc82/x4etQNLfsWdeuKbD0+A1fTQGavoAvSyu18KitCecuyKlLcwCzK r1VbSMDU1GQIuK9HBYH+WHKpvRhuS06q7ClbYBkx1kcSZMlitK0i09I1BJ5qTNw2mQILj205adrI 6YCoH77UoAJykQutbIdwkBIwc8UpojwXScyB9eCqTeRBXACTdSFsWa52CkqZoVhWtRM8ddIE2dmD gUNUUIawTqGYhicHa4rHxan6njmbiwy4+tXUaWMCq3weakmyp/DWDDqNKzgJcXyAnda/1pXJk+JU RTiIQZzOykTIZs/syRhbCVa0Cnvl+kZNetk8YzEntSXkVl6ZSDElfhFEJr1Nj37o3qrv57dHbvYA 5hZQLSAQKrtv+aaNJRAFxnCxacruzmjaT0JMkRtZQqTHxmmyHC6/sJyJXO+r7rA1lb1aFLGtp1rO eprMNpG5qhnMZ7rEZBXTwqaFtMc1rBJEp9r6ABU0kylkf5mZm14xZNjS3G5dLUFqPP5E0bUoGBaB 5Jg9WrL3ciSWzuFZDhTNhYos5V15TU1oewVkRg8QqS2N78xOnuzhUZllOFYQYockUwihne658VLy gN+JnnW5AmcKguYBgTLHFNOaSBMdTQlWkd0LIaqw4qU3eaHQQ8J2S9nDnJIE2BFaqwOUWGCxbRHS Zk5QorVtK27m55W3pOtnFkNRfpYNpuHKYrVtdUxfAK0Cl7tGebMX/mvw6sazilEtoo3oMeMwtpWy R9tbhm9VbEZrcB9ap3tKXWt16016rqTTNnZfT+nCKhw+MrTj+Rq5QfVFZQyB1r9VRXxjKw4iaTVP E3kUfoz5wy4Qb5sFr4G/qFDpA8PtfhFCVxBsOranqd79UzlqNA0iXN+W/wmt/T6MI1JxTZvZLzbG XzR5XZWgMjjDrf6Qw00U/UTcBsR9hbpcRyEl4TvM0KNpkFQ1jxDe/3n7qqyXnyDGdIZrw09xQXmh bUdfPOsnSXKCc2+Cxqo8lcg9rKa6pT1LYts24YvtQlLTuINeHy88WO0EO7WMGs6NldUhOlessY27 qooGwAV+U/Ub8ojARbP/o059+3Ih/Knvv/5D1dvHyz+0JRfVJC3TGDqcIvBVuY6kZC+bx36giXym GKU5CMRt64ExroRFTBYT5gga+CoaEm+KQz4zS2DKJyb3r2Jd9X2YkO7SJ772mmVLfq87MhEacj5d ujO3SKr2RW7ctoJFEvNdD65k/9kAIfcP3awfdRV56Ch0Z4QmaJMlUcZlmBgJDCbha6Qv2gaAGZxB 9XJmV7PK+ruJMg2asb7k1cYx49iQeDbM2EFd3TXJK03LBxMGI05KMYzaXBZhPN4QilvIVVdKagDT xxUSy3lof6eGfIJZSmxgpFKE7nmIYXJ9c9KiJ4wgY31puATLH2U/M7LO7LN+Oc7Litc8/7WqFB1u rgxbN5vLjVOBUaUsO/RuOk/IOQNqlBNfjdR1JW43orKXAgdl2b3ImpCH6WKcvzGZjKM1/rNPlFQc zCfTiIvaM138aYXhnLGWjGtir5AeGpgBQbw9N1Qv09Jr6iMeCEznaLRGg6ma2E1NKVUO6ytNwVa3 XK38yjAGC8bLGt5eReuL7/HtVu5sN8lfVnENIBOL/Wdi+vR48AwexmUJqq/AJ3XQdfycvtw6Rx3Q HJZ9lgkyDIFqo7+gjih6JhcbIBOzxHkD5xGwvcd8GgQehzZkEiz1nCtuaSzM5YO91I7R7OwULQ/C TAes/0uDwCQcSOVdNUXfck1cJmBAQYFehfriiA+zIE+vaoND2dlPyiNl99dvwwcxNc4dGEYjMg8m QS00VZSIKRezH5lO+tWcS+c4YmYalzzY69HAn04FtRIP/1oB9q9onwUJq+Yyil7sSKyuHs5s8vS8 phHE0bwLwbobfF/TOwSh/Xdbf8ytfEYL/236Z3nOgq1Pgi//0KSyc2CXewgm2WSeJZEhQhgtSPm9 vCXHzxKMKxmK1b7iUwZCcsUyf+zsGcfgghSqtDQgK6SLhJNyAyW7fnMEqqq8k0dUn0+84IvoGwJz 0gbJEBQl6AweIy4ba1jJ55okmRUTsSM1QUYptT7YrvQAgRhR0/Vzrlf9h/x/39+cL5W0YzabNytl M0VjgiPiWIbPcduwNAMtkAXmTIZo9ZlEhvh8fR4qUQjAMzJ4Htj2eGFAXhJNjHbEyCghkIsDS5Rg iZnk/LBf4yr/rnhktbVVHlIjwyqt3DhzYAmyKquribLjZO1xYDYEsCTADhTiViru5OQsVvB/AMcD UbPqSMrfvIN75kxLSeD7/UXwEVkLcz7nzxy2rUW7K3kbZb7wFpbTVkeeRLU+MBzZZJrSI12MvEud C3I4qe8OgEvsxsCBgMyJjfG3D1s8fhZ8yZhGOSbtQ1qECtFEc4ZmIf6Zg0tDiNKABG80aAmRzW2r qENKZFdESIWGx08xn8A93je9+l0w4uxtVTMMLkoGby9oa/x2o17Pbn7oFM1CFGpr2BLv7bVE0h/o yGbD6pePfzKN7rIvqymDEqFexKL8yx5QGi+qTUhILqFEINb63knBgSm9EF4WTpet00t3MTDblg4N AYIkXZhp+soFMZZzMC36QskwF94zR8Q1HcAW3bNW8/jlN7h6MZ1x0O9fri9A47E9NP20yhmGsXGK WMg5QEiVgYOgSY2d5WrYArb/bmg1VEHDaMYjtENGmV70hA7VOXSKwaTPpLHcp7n/YANHbMIPiQe3 cgTXhz7LxXRg+xZzG4JP0EtLgvASYfk5aaCwi96yyRIeBbriUCLGz07gemsQYL5w4bK9QqMQrl7s MPahgZ+mUAng6QjgWEQZDMjnrCKK64TX1luT1ZgVdaoFkSVXhZbCd32Icf8It9YTeM5DC2Ics4EY BqQWPxGAdJpNOv61QYciDxYjH6CtgdYJnDlLkTOnzsUKB7mItm16oifAJhDEebU7e3ENUtojjA40 AgSCQqExJigi563swAApo2zI74RLtwzP+2zSMhBjqCXUfxgAGhjv6EZmpnNVqh6GRutWV6mDCRtG IE6GnCrTbHdV/SS9I6hmzvWZLnN1BdLmzeVy4UYyZGlkTnmRcdKi7MfeSQeST6AsYUCBVTZ6sc6i wSZfAqhVfYN6VoPCbPDolZgKyqblfwV5YSfYqcqmKwqZRAY7C6zylgu62noQrWiG6oykqhcORQ29 jF04yIwJ1VydyjZwMbHYWjsMxocr3hYyICYCUvKTPPXe6iXZRQ6d4yUK9zIYkbmaepiYgXbqJL6r AhUck6bHnkRhLm+licgFizKbnAhfSgylGlqLQe1jLBLJQ9iUyREJOgzFWuZu86jSjwoEPaaS5ppC wcj6pym9sXzWpdoQgXbYT3Xg/dOh5QRFOQy7RupYicI0qhYOQ6apaoxqVqmhUIsePCGeuKYF/D7d PwGo1Ugs8zl2UpeKCMFsBLXmwl5EIX3FN5IWPdMmBVVea3QV3ewndyjL8EKaZncAtdXr7HWpiaq3 GKKi+URW3V7F2C/16W7Ts3FZbUd/TdrOaMvGj46aVLJsK6qtQ+fcPGmSoBVhqtK0ZWzk/qKmQuGK mfKE5spRSuB22FvVrmHRhiv2ha9j6Jg5NGCdjUgV+OGx5xJOxhV3soPZZHbecSMWlIhiX/nmVKzM prZTGTOlNVgpbO7Iv+Miz9v528AhNfMdxoYkJkSWwNKPsq+Eye4DMn/ZeeAXgvtuIaG/JSGvbIDA LSs3Au/JuTZlIEqtgL3shuFg0wDV5yk0NvuUTrCaXfnVn+3fhBGhDrt3NWjWPntv0Vf2xvjNKmTl U2KD208QKs8L8qvt+MD4CAsdIRlqo7d/jL8g4nyTIO7ZFNDJ7wKv/9knZ+vcb6i4/jGAFd9TRgIZ LeCT84QDGuN5sMGTlGNAR1NuaoGHikN7BMcg01XAopFgIxzTAKux0wT5WhhFKMmfCDRMDV7gr4Sh 7x0wlMlHZ0l4SNJGQ3cTmxi3ZqW9FB0lyIzANzIfeLZ3gC1yp4eQY8Sgqhym/NbdbBkqSlYwiYw5 pBesh0IWnqhNG2RzNNwt0sUSC6fxg8NU5NNMnV6jk8tMlYkMFo64qiU+ShR0zlBIIcV1hX9jB1Vi YVafyzhqYbT+t9e5VTMKh7HvPQ8cV0zaEP7GZqiObMYc8iCY7nCSJZDVfBHqJKRg1QwRPLE3Cxvz Lbp6Ea6RiChOypkzSrQZCF3kPF2kDXZKPVggTBBSzZ8OQlkq2dvOnzPjMDtsanEDO5qz9SPaq8dC mPYo+05AiOqztrG8CHjUdH2fXeYXmAjYmres81aRua8Gdvt5t4wBB8gEuitomzCcyO/LL0NrpeGW sbA/fws32tBHdZsFqYGn95ViCwVFHIXrvDUH5G7t2nSXcsiaXVXZjrhJsEJ41Wk1aFPYlAtj2tiK R1KmvWSAHnMHhy6hMhMKtYiiRKGsMKAqayRkYMy8MV1q2kF6OuhU0LIjcG8U7BM1nNnOVN/jQLKm h/xgNqzLIYJZBtTghE845DHlZ+HaG1d1ncaPkFlymtoEFd+NYQSW6rfuFNwVjLNAUsEFszsrx9b9 Z2xDFbLYk6mGXOJsYMBoCZVM7Re0idbsmbf/vgggGGbVcxpTUvvwZL498A0ljIIr0ECkAzrmR95o xaMRWK6+6BW1m74NOPoxA9FawfYT1RlEgpIbJKQANDvV3CB5qGaFcqPiDvoJBC0RoIH2gQO5UU5z a2TAqtkqHnWhz/mmPBwzbO2gsWlqALjbKNzISRIZIWKr69IpYiXivCgzSC+0M/+lwHZdioO5vJ5s d5Y9z0BNERp2aZeytvca0pqLXP3qFg9nRawZCDdKwgOcm8cLk6SsrCPL3E+GAFLeGJSokdxYs9nh Qnu+Dh6X08x48lKvMw+f4y9Kj804vg7W6TFYc5FYiiKtWPIvNQExSJW1jjmjj013VGo0lZyW4lVL 3NJCC+JTs2JJvOO5lVVNT+xqTVJZP6qeIabbIf2atZwQn+4i1P9SPszSuNQSY2wz17MXOR+t0G0W rsl1pEMSjqwwq9PdJ0YhEBrOcrJtH0QUQnxIAFmagFZrKFBaa2FEdDi6OD7ahk6kj3ItLWARH23C nWIksyjRtkvhCYQ43oKidYUo4QLZLahOglnd/maW7AjBWY/XZJ7bhD8JtgO09E7xggLTLFDguj8Z PHWzFZeFnwIu5zLUOhNFynH/c7HeqDoOGxksneA+ihJ8Uh3/5EmsT4mb2hyuE1jYJOVNKtqakc0H JNCM1OaJHNapuXC1IGEu9Hv9+bmslQtw/HTQoYkeYtNjH8Berg4RnafizAbKph0PM0RJsoKlzzpU QUKe6rnvv+sxv51HdtbFs9SCxPYM26zs4KMTS44uFov80dDOIaKN4KSKthlLQhaDOsaR2fblGiX0 uEtyIZBY1gSeTuynLh0A2+mdn28HIDvaF0qXooNtzTsq004lTxYwG68pAdrElXczsemsEx88HT+Z aZjmBGZ7pS3nigUJ6rhihoplghWe00PyKZNDSasAot5PR4/k8AWycwqgX8bOjLQx08hrYYEaFygu 0h+WCyioDSLabMUBPTvmKivgOTTRwRcS1oFDgToo3eLCR9Sn+zPyAjw09vV5GUsHNRPyeC9cbS0k dFIxnWeUxMwXHTAIP1wzedfRHP/0QzhGGsctb9bDAsoHx4qySnQmbY0QWdGkNWoJlcOQ+xPKM/Q+ yNnV2lzwsnwGC2pPrN+lAN2cgkXQW+AD2yW6EBqiM+MEv2RvkN+wPCfUrrIhXoBFF0s/7L7pKyAY CRMBUI/c4ad5XI6WVxY2eAPLDRryffKLUtwbx8U+1SUe812DMpAMtF3VamUQRZtauRFvrl5Z49yg TXSdMMx+WGH61l+O0qMVPNJZgAw3SC/QK28PavJcHimxzEpijlrpp1uUqazowUcQX0rPcVwDRk2V TJHDQ7EnlSrWA5XyLeMndIlokQ49lWfqk5CC85gsca06Aea0T/52z+uTcRAgaVWVst6hNLCKan9L JIqIkBxsISckYrPG6H8pGJWZXuwrLk9TCbtCLEoUtYoezQ3bh05eeosiJjvuNtOk3DIE1aZrBWvJ U5pzSmGCkdctsgoG1Q00NkSBhIRKGiUbxQ2aa+o6uwHD37KUOK6W3u6wS20nGVtnlxBvZ1pQFGte BdwtdS3cqtQVqCrXE6jN6qzBdFRSRPOumiJ+/G8t6B/NFslPidWqsouRlRSSrcZVDq0XutMq9pDk nTq0+QsiiYrMfUhiKIzB0UklRqBA//VTDEwOGqjuoqpFjaK1vvFsOot59X6NXECCETVTcybDI4FX 2wfVJRu+W1aXhP4rGKO/QigzEkyV6pMC8zBdBKsYN1frwb110ef+LVRnvKyLeFvYTRDtIbrmnzBN vbKsNinS9ixbHZu9oDCXUbql+XhXScqweRY0PnWASO92swCH6/0qw5KTmfk+658x0xaAsnfgW9dZ UbDAoOyfmjiBt5zUpIqlJIrA2G9O5M7EIlVLolQMSTQIAssIQE/Gn1/O2gOZMnS0cd/iS6Ba5YdX rzvjDATzLFzp6hvULZZ5U8dHWb9oIycvpgCE789HIadIKHiAEyDM0/bC8NHk1D3GF22H/J3fCeGr kwZuIclZKgZmRmrA2IFJnfluB62kAiuEqf3S5sKQN9Gjedj4BELYEoP+E2CexurGauvoZCIcMoOW xYwN4PqRZhJ1QEtHmuEb13Qb/tquqHUkGLP7d0PIXdCgm8Z0MFHZuN+ZEX3zXQSnBMk5/fHKVoR+ NNji2Lbe6o3dzggg1aSlBuN3q2SqaW0SGKXmGPLY27OF13S6Amdm7vhmAhzsBbU0QRGGcjlbM4gX e21FE6KWqHOabCWM6dwCyZS654ZSP/hS4MtLEJkZVlZppdLWHl8G2YgpCNqtb92dmyW0NIYY1hOF Zbk5iD+mIFhydKohvCxCPMVe1m6cbB2nOkUYfWkAhzDOISpc2PbKPikambJu3Cd2Y9OOLrwVv9XG 335tkwUGBGBUny1EEBteLFjSypTXgsV6JF9HnC6JUejCaflvABU/+SmKsz3NCKSchAxbuBVFs28K TMtMuAKinK12WDQF5YkTMBtpsjtzsYLCNztVMKTJJR6i6ozWKJN2uSIxlRniS7zDPfvpzvrczRVU ueQzQwrIw/SGRWjFMfZVzdzSr+fg6ZW+YAwPIrh0KhRQWNxqLHXTA7/+5aH7iR3vlZFzy5JTbeTM ubjX6PFRNYSVvI3bGcLOl1bQrxU3r5RBlckMq+zckWkvUIn3HZL2IDhd5K0kuTPqDFXrhEo0sKDc 23HT4iOWiTTLNnvb2MmgGJyh+q+HfTOX4l1oY9XtKLVUICZ4jmu8CdtsBqxnYkvyShDYYGOXrrX5 QT55gMYkneNnbenU+Y6CpzjIuPYdO4mLIRZF/DCmZbUWpJ3kk4XAlDeSvCu0SmfFqJy/vmGMC34P 9A0l5IhZ2mtgav/YO4MRqrCblbYaTRKCutBABPlZu+Uop5rc1i+OxykKPVVlwUiwEeUsmMiNI6iW oLhkltypDfoW9pazF08gMl6nzWEmcHBIyU95pQFddZYGW0JJNPSPWzw/hRUoKnrGJiyYMIUpAnHF MZLWBrjQoxeQKGgoeTNCfdCo3ZTtrmBjxHoHAJLGYnQuT9p4S87OVBevWcCIUTOXNhbEDXJYkxS3 +1k33ErDytOndvyQTNYlhrSNpgnbF5uTPNeN7M7hoKM1MhngxMyot76HTxrISVID7RAsy3DXf7gH j1Oyvj6s5dgjtXj3MUmSrc+aywU/DZJVsJCE4iWXCU8QRWW5lm7gRtKgiSuBoVlKXjVm/y5UsnDV 0id/80Hf3OG3ngqGHSb0zmNVsj4aLHlmG/Z5JZMAPxvK9DPfQxF7q3oQ3nqGj5nFvg2CdTjBlpDW w5BKVvZ2aiItVhbkr5BFuBy3hQO5GDFgKpma7QMuPBm+xc1cOMvJKkQ8JpEUqkh0usklaVVrPRIT 8zpA3lreLImLqIM0E61uADbBVNKRyEgeCKV36OwJkAD5CVxETae4aXjZBgmi3z8ysJBvwYmMjCJp mm4zJbEpihwQn5a9IGxZBPZ0ZzQZoeoNbfjHCNpJrU1fNb7tywSdGZquM9v0b2lmfnhLqLphyB+5 Xz/ZE6xDbfhv9kSPd/OamQFIs8LRaH121GqfJQKo3SjN1tBFEH8UcPQtkOW+AHkMhp8IJVxCpEjU dL8b+ykOCAzCCh4L/+o/BkVwJAH5am4MV4NGl/JVj3JPgdGz423upNSyx9po6XvNpkDhlYeax4LU oCkTSsZOepRyt0gmnqJTYRPvVxUH0lrpntmM+MxyBYpuqmqOvpEFN4ZOzZKLhs2DkB9Z/AMeikEh ZAAhGsjHpnSWIN8QRCk8q8A14eBM8hbCEVS4wC1XZzYWBE56bRN4CTcCEEEZcMkIDVscaf9eij9j YCsIVDwk50bjORStvU0EUBa4Yzdh69tWCHA9kybFVhyYaEjM8V8aLpx641Vs5gDZkuqNj4iLCdlb LqMujpekYH1Bk8FrRLxsqbscElHoT/W9xBEryZEDWEUnqsnH5DsE2Wu/6JSksdyj8o8bgUdLsoyS NoCf1jhRjmEqhGkKbxM+mZesFmwCAficFgQkehHsOtnlmokqgewuJLMYMcWUYy6olQAYUKBsdQv9 C3YpP0MyMUsI5RtqYF5vXRoC/YSWRZilqrTf+E2OFEoWVMGSG7x5aVMPA8qWMzGD7JB+VlWws9Kn zFgPsVwgA7aDjKR9UmUfFGDNVOxb03y0kFczgXgOgItK55gkwuUjyccmZjqnNQJbuNlAfDTWSHse w44MDOSbo0XB2EX1wlahD2w/+c6kmUBn0zZGQd4oDLPNYkkbS5QhxAfIKvWqcz/LFloyROWy+gJK oRjnq2mUhCAB+boI1r3e+a5vj+rq5Jo1vZNgMpoW9SZMcQJJ5/86Clds4ui2DJpHUsBIjZJbXlmM 9C9J9TaMZnveJdas0uIJDd5PCSk4G0w6WUYHRymTF5A4J3E9CC0fQyVkplkRpPBlGT2jbXkr+4U8 VADfuJW8dTjKp5IXIOwbJPNHhM9+ONxisX1bEquL4YzD3XazGNmePcG2w3zNdCGtTFHVzmLB7odM hYUaHhuUnMDDBdS2zkBSq3Y6EiuBScHGpZbJvNwIZdjZWmm/VzlsUWWVV9JEyexUe7IQNElQmxjv Np+QwVETPw3qvktsFsqPHDy67/9ouhfENHYliqKzuAHb8Rdw5j/Ct/YRz3EwdKul+p4qldSNFMJ9 QhIGFKg/Y5ASMzGEgmy6p40SCD9sI+vDjBa+I1hk0Ijy7JVcUSX4SgvYe1ZnVmKNZ5fZ3VpMzFAr knCmlEzI2KJnR8GFjdkMqeQkds8DcLB/PDcD45ioKBEKgfJCjqWy1HSgnPNYRwa2pcNcoRDN5vmO 9KLKExt1MXVnUI4iKxzDaNBAEB4s56xBdTtA8F7WGukz1vl450p4u1cFYPGFPs5+oVy5qnXIvC7q nUFnqNJxB/GvQ56rCViDE9tyfgRlzBV2HEVuFTmMaQYSs292wqYGLdKST3tOaSDpMWHvGUACqWOX uMBjcnmkQTl66uHCiC9oGj+uzS64VEm2AUZPQNOgrjPZMjQnmFkwSNcWOyc5bLiQMJkU2DVhcO5a Ousa+kJLHJa0zgSpq5JDZXS/K30XSr6qhOonD8pw+Vl2TlW85cgq99QJW7JjyPtiPbulraIr02O0 cz2TYC69gbfK0ONhfeQd1cc4MSfwhvUtF+UOhdOhyKbMGOQ+oQ90UFNXH/Nj3cmaTk+q9I7Dyr3q zWMcLJRtL5bHRXRvnDWZ9lq4uOdQ+ORWZpjTezG7u5gxtC9B1jTnbwGq9MhN+zjppm/3A7bpwqS6 hJOXygz6og0t99D+1rDyWzBhgwQ63U6on1bxvt28pwfHGtCr2667o9xjJrqtHpYtTwhvMFtoiD0c ucZDUHqwRlV3VLdm50EXHgvRUtqjb17usRXuL08WpRv6xxvZGdrd28oJ1JBwMBPmSC/bIlE1Euta 9zBSTfEYkE6wtSdKHQ8FSaaHDBg6YMdCd59XwvTH1EI/9m0itt1z+5o87LhLXYpa1TNJSpJasELt DUGWyxwiVTwhrFu1sU4Hbg5foos5qVYNUNugKCGKSYSyun8Rn13mcQRxlMQw6wTF9rCVvlE0abbm FmXpzcBVWbqFHuOuyiK86RtV3N5OWu6Iz7bOE/gd6DZQ36xU6NARIrBNp6nDpx4UUwShcelxtuDJ Tu3MEY5IyZoguT7k7RuOraWEdOWh08TB3Nxmz3SbGLSDxW/2m5WwmSKMhDCN+q0WhAQy6Qk2rdjy 4AlHH3G/R63vusyWMSOBeOVcEcr6dOjyNyJgUcINI8omjJgZeEs6egmEqLu0fyKqM4FQACvOFS7J DV2pBa35KeW1zEVBSOqPQKERxIBDq1SjQ5XlLQOTaIG8xc3QqaSB/XSlFz23YBrbDnasZ4aj1hgA BZKiocyAy4D1JjUQa6G3187RQyDn6SLhVmMJysG6E86WlciTW1I0QrOBLnTcuCZAaB4b5nRkgEXm 4VnxmoQJkciWDOSUzoFl059Sxx+QQBozMy7QdDqPQM5Z1x6RiWEeVBZV7Y/YuaIcJiTUd3OlkgGS mPyJAuChfPDbFwrIGOlU6AwOit3lA2TfbLtNsKtVNvXAXVYvbXKQVyWbwMd48aXP6pkZnzfhrB6m Mm9y2yRTAqQhm2vKwkRzRp0QRdXLjBlIcI7QI455rN5Mug3x5euBS6S67T2ImIdPrc1k+SHXc2o+ zobSx1OwKGQ+llGEM3GEqmMmBsJ5uYpDwoG4MwgqlpVARogj4tN83SchzE4t03MS9aCkWFdhFtI4 bn30pWnklwvEB5UPk4jXbgZOMKvDSvYP0pMeLRerMiWDMcUQNZNsKosnXSVR/kaMDMbb+kJgDh48 wq8cKxQTm8jNxUDMkzu8T6Y9ASOKGr2G0EOP+bzndujOc65WHAA4keilhx6Ro24e2tDK/cMjPMAV mP16eP4HVAR1n94INz1lw/CwGBR4PIsNE5DIMzc8vsPFfan0d0/28DyoysseAVMzYE+sTnkih2dG gdm40RFiBCSdMAC9uMQx47rEE6rsK0HFQ3WF0VEZ/UkdWG9vQhMCTbxlZLRbosYQup0HrvrULOVg QtbcRQxvT6ugAIZEsk2Ta8xx+EbDEDKnYYRZL9PPAGFFliAvAmVsUqwKE5rKidRLMDlPyBZwpF+u JH+WJFt5IV1fLspYmjVISXuyenmv95WlwcvJGKV75sS5M7T8tmNZfou49V8SJQ3LLhFV4gRTnc5t mweEsCjU2EHDlJViWK7FFMI/ncaNbMwpZ2ZdIZsViqV0zoY4pbd6rrIhU1RslM6W1xEdYYYE3rSU ppaCCgcdk6iFeOjDJ/ql1Xk6mpwt+QJuFSua/4M7gl482N6FbJ9gSSOxIDF4zF0hbFNr9DjncNCs O7lm1I+WVtuopxsrybA+ypj13t2jKK4a06M4tRvUu8i55ZyyZBcqbBSzIEUgU/rehgotENTQyk2l 3EZzPVtb1Pgml5NRa8Yk3IJWUaKFVwxPuagcsZlkMjEC02KZUnMU+GP2gYIkOaNgJSjZSHhBoZV+ W6bNWyoUoJIwMBt0T/VNPIzdRoQCn7xeB1E6gbCB1dYKGIF7k8qYKPDoYWaelYsoNoD5HHpnp1Tt J9DK/gGG7wZyHe3BEZwU/oqjNIDf3GQy0UCqkHVWbqGJTb3jTFgskw+rhchSfNaWBnLedTHAL2D0 CZ1GMamnDm/8MW+CjzlFOZuuXcjJl39zfxfY7a0lVWKoh0Gl/5dS/aaorKNnX9ci2HBw0qUfnhcc O0DVVNTSUwWaxmwiNK1lPxvQGwsLtq5sH3umURWjdUz0m+a5QJnLNEl35lfmWm3SbFzTt+6NrX5I xU2horb5X9ZKfUyTTfBLLwZFpskgts3RzNLa5qQT0y5HVuesFZUilDGrc+mlUSuCubCJuf64pHLN qlXJRQlRa52jOvEjssUH0smteqWkPNjxbN8/5OGuuVoiQ3N0YhERLfQgISK3dTOb1EoBIW8iPdoQ 0Cym+dQ+zTl44mHGPLjFMcVVzG4yjDCSbNztnjE0xWHY9UQGZLesLC0zaMhp+tsOlQSWbJtWB2qt kEnpkNnzIqKP6uxt0aZH6zvQXa8IckafZs6OOqsw3oq8OkWiARtNrLtLvmdL5HcpmgzsP2miauTq afTVlFwbt9vXxozbVhPTdt3pBHueM7DtNHoVifChE8/RTYSjbqtmfMMhk3nMNnpRBh+KAGm8qNcr ZRBFpEVzgsCInIfYI7qdY82j81uDWDPMqTlUNZlEo4k2OWclFCLKS4xQATkTcBUPxAjhO+CmCZ4c GBs3/Z9Zv7SnRxCIzkFVoMGAYkvL/Cn75kRQlznpzL/ak1XbdRGQfujN3Q3cZ7BGG0hZrQBNmMu4 oSbjIRIRZ4AAbeoBFURgEKCerDTRPo2M0F3qzlytCGnnIWRbLHRVwKXSBI+gS2gZu87QV+7pSDWY LeUylRGsoFSRU2FS4xTgT4rKjkiZ9LJ0Dxqn9P+o3p4o3p9CUzOD9RUABkixBPJindRb67xtuerJ 2I5n8znWpcoryWwxlpgQp/ZVc0Jo65mBlh8AkGEPkRD/VJuPcjE9SyRCEpRmn5XImq7YxIeArKgA lEsGXLxESXfdIrHjTrKwlkdCL3wRGw5b+k/0DGPXghdRKejLrvx3KfChmpxFl3HJo3Dg79vf/6Kd bXAGKsRLVlIz6vANkrmfZp4lo+SVTnpcP5m4kgQ9ywLvJHlWazMSo4ckLpz80araZz8Ad4298wdI 6Ot4VUaKRj6Sb7NENthOErJxOCit7p0ddDe8Q63R9mALbSZPoqluxT4QdcbBo/06GgA3ZnExWyKm OsvkuFAWwt8FLApj+Z1kHrRCUy3gphy9ESD5WHHjRvAXC/77beAVxMhZR7B6xuwcM0jCIqRrGtEZ eqceeSmtyXb6qAFYWOQXfNMTSiuwhwnF8F3tzAmB4rRrUJc/sjo4AETaAZSXF59NwGU7TQ8lezou qHArwhX+m62Vx4YGDSzpRB6uswMDS5kYN9CYwA0Nw8RTrVNNyooTfGWEPrrWiKlsUZMtRphNIv67 gKEQG2p1yA+TuQbtbBShG5dFGRm/IpRBuqSY0qlt7Ekcene4NUEkYt758htI4EPYn8yTl4ZVFZCq WXqWziXelBfvLsF68ozmjK0zMdZMAIHo05Ouoo5UdS/uJL8bEruQfZWqGdIq5PsfdGXNaRjWaIIj Do4+2EBAQc3r55+srKsF5ZKOquL4SjwxlrTF2VGBLPZWNYMqpXHWrAN8yRnlsuHSnsINbWKexnXM Bb1Iy5JBYUhmwXGDmkx3wpuhR0IMlmmkLyLCOOAN0da2Zpc3sVIM5jj9ttNm77P0ntbF168F4d0E H4NcLHoygR4js/ABJYCCTvojuQob620k/L3I+99f/nMeouqTeCxZEU7bVocoOrRvRBxfz/EK3HsA eawhiq5xncU0LottCQcmZsXJfhv7+vKIhQTjujD8rn85DDmVycCSYMGQjud7wToRsQ0INsssBoft dM4BkU8FpZrZNZkhgJbqvsKFP00cpoh0mqaM6uEYInUJTJlhV1F3e2kAXxV+EYEIFJ0oy3D10Ogt 7bNThpCiC7JsQQZfha3svtLWqRR1VX7HcpoesEC2bIpE0zSMWlFGUq5BtC0Fz0r5Cpcptw7BCktk oitaKgkpQc8MM5UmzZtgOEhaTXKhIRpXjOIUA2rJX6vSOo4pEm5vvCEIq56b9FD1RF18NLT5god+ d4t/Ex7LYe4rbEtVMhAvXEKws3Q8AjRoHL0E06YUnRJ7lGGycizZeuE+xEVExFFOW83N+a7EcYI9 9SL6j1qWH4jafUFAOOsVcWDVBCcVDxQSO2dE1aSMkeU80ZZ5khaplQeJGs1HeGvqrjBBzeRFCJSx IpLvQAx6ijEIDCCrWHa5a6r+JS322kXIQY9Bo9JgA05A5mIfMwPcr4ihJfhTNzfScJ05ZeFMSc8Y nGqmiGST+vrpLLPCNVVXHtVvsUm/QlhmT6HpTITMCKdNI2PNtWw+p8h+2ImGKI3joDBL8r6Jr7FY RIGAFWc2VNUj+bIyS4rMgAaVN1MNS9BRTqlrdsgqNMt85QMyxO6AjoiykOK1XKbmug6Z8Y6YxioU GDf/yU6lqY4bznQaWLb/AzuMSVXEW5XdpqLJKxfnazZLx3pFwn07T7itkwQk3BZcDITRGkRfobwN QuTM0k0mjVyplALy3IV5MG6/DnLJRh/mv0THgFQI1QMXsHRlhcFx1+AuBhFJT8fHcyJO1wYioc05 1Kbc2rnIfw2aylEgk8bi8n+v+nROC5JpSvjlK8M62CmuhTBaMFnLqLY2kSeqUVdDLu7M0vARioQA zorRmU0g7Y298Bg2u6kRbjxJNcLbOaZq3oKZ4aonZDCqG6qOlTpWRqh9QlBMhhlKRRylJYfsDBeo 9RqdBJ2qq7w5eHvrm4XzrAYl+8ajo3lHEsi1OqVbyQ7f7Pl+ON05/VRR5pZVRXASjDAgdKM9/SGb yVXNrs6CnSjepiAuReOEuSyL0n1tHy77FmlSgJ8jY4FCt3lTMvaXotUzWu6ICxxblXFIsQRjBkcP fru8WvEuDRAQ4mNAgwhnHWIEqUxZvo5Veuly249Zd5NMovJIFrZi0Gqe1NpBl1Tba6e064aRTBdQ ty5j+tmyXb3HhZb+MW+nDKdubI3AGUyo2LRE202DyrFphw6hMDEoDYcV8Rs7TiC4wm0/3liBsqXZ QDSVAJDWoiQWBIMwJtLVmK2+RUi2oEoNB7YIG/2UWhGaJ3kl0hBPN91T74IK4EYkgi1NGqh1Tfzg YiuujV35uoI5Sba2oL3d1+pj/rh0xHSTX3rBUE8ZaXGu5TlGQ7+dwXq8qba3XNi3JKh+9f0Flv8Y p4hllUeTTlZFj6p8Mr8jZOikzjrl5iYC1FCA0c0yp6wOEYjRuE5/s9h5mr9bayB5JXgL0a2CIZVC LMD5cmp2jbdUhUwEP3rbkoTaOMmkvoY8zs4MHTFEW92cTgcVrhezNjBzzWAgkUaJnRK5cbbCZ607 JHCLnWQYgFgwCChE43JXN43q1Gf21II7N8uMRphRUJ1fBwV+N3KQnunOgCUw2UodLq3hCK1YlS04 XMQXLKK5HhK7CwfzhgwJEa5jtih2EJv3kIH2wIjMn5XKPXABxMgxOZMSwluIX3JFWvYYmFUlUeCE cA41b80Y4KRez0Oe2Uj6mqkTcTwoXLQgZPy6hadIAf/hDRba/BMyzuR0SwvcUIuaaTfLsKCcQzX1 sZyUudpwyo8Q4TVsoOKsXayr9GpEvLoJF0dVd2fVFBpo9xXMi4uuJvQ8rpUv0DmJlz02kMGd6lae kiYhA43ZBgk3OisN9WG1EdOdZnBELJbxRw7pYq2A6uSAgNaQBWqbRk8FJb1NV/VJYi5PpAjUKeFQ Bz12qc+uKS4w6DLas0SbNfqsSJh5IDJjpCDTv1KnenB5HBSUNTAdcCRGG79CkIRCEpk5Gq0EvOjs yuJdui55K82oqU/EZa5XEtNMzQSq5SJ5yqRFsOiQ4kpdmkTLD+YddT2yEeM0bBTcfTtGHHkjJJtk SXhimviYKCAmA6FHy9Jxw7JvmVNsdVunbN0UCj3Nu4lHr8RQQlJFtHYsCQvlWmaqzWTjTNqSOxAC Kqoz0b0OiQfNWDOHTTLJ0n9aLtcqlDhmWIayKnFtzhgTZnk1aaPTsAUoAsWUiWVlNb02FZpGWmYg wBKx8kZHjaKntkE15SxH3ZxUJ6aEem1GFm9em9FnGIbra5DSpg6axsW2NrM1nRve9fVrV22SqAeT RoaF8ByrJBTvwre5hz/2i6VnA+ikVNU45p6odIRCvcve9Tx/NKKqQmLVW1JvFoo+3ETvUqx8OkP2 CXOGRVKywGB3b7o7krxTkKPOMkR98IWMjFlBGc6SbeSY2UX6185n9DFNeXKdeygHIgy5Gkh4gsjw 1ZwS5c0QvTa4TtITFdN9JjC/S0GsJBFqqO+4VcDBTh7U0YTF98i/3dq5gb5WlugkFkv2NXq5zr+y NLf0JMPYIXzUeVTFJOvuM1LtoH60QEo+oc7w6cZVUqROA63g37bVxMIdENZiGS5SbklsNw2Rnkso sWJo/pJvtt/P0Uyv51JWhTPAKixthM0GcHuK3gpW1543SMLVTNpM3lqNuqU3jlgR7nmSzijmVAe1 3FJZ+Ww7dMuthyBjRfkkUSOEODRjlFVY2Z/yh55RYMg0ixk357E1B0lMj+RRfTLLyAUmTP18XdqQ SQutVG5E1SQZe/LRD0EZDzmtfuRJkSvZc9anlFs1o1qzHqdcQ3YAuCdkF6e6hO9Sjcz+KX54nuVE LQ2rukhBs40IbutpblVLnYLkWCa6rCKpklI89ZS5xYQ6dqH2O4Emmg1msmR94p2yx7trUUKz+qDH yXPuB1tI/kMRDXWsPRtFoRJWsJ+ZRwXm2v//4QZsYzEJknFB/bCFgTu4aN6WR6eZtfMxrMg+KygB N88wcRoxYY5JKkSqJ2OQKluEhyC0STHdsRtFrVaREhabyrMm0AwtoTEDAncNomBb9QvCc4aNNH2d dJJjtyZo5h9k4d7oQpVM15KEXTRJ15U2O23iIa4nDOwXZSirD8J9kdVPQVofuzG00OOejnwOggiG bakocObTKQScWkKwh0CXHlJh28+0H1MS1LzP2+A2Yic98yxU8p0zO687+CndC+QmUp3PQkKqLsN8 cNi9OehAmBEdWySWH1b6iUFXdR2S4p1IHXKk91nbohVqPQe1WLNiSKDUqBOF0MEdMj7Mojlqsi7V GJb/QjhVG0Ao4ehQmua+jA1aiGtuIMtKiVrK4VEhBSSnsgrvGc5505DolG2GqN7JLwUVv0aUgC9L sfGPUggeA9bOZKnEpJd6ZYpJREoXpz7K2Q1BFeFzQFe+59oKv+yTUJsLm/PirG0rWvcu3VU5obO3 nyvd8cfgmdhyyYABugbXIkuzW8mu4dvNRQjFYhCCKtvd0WzwxUQtmRYSMwoE4MKEgvxR4kdyp3u8 e68rDXiP/wliV1JmsU3igEtk8tOzjHigSVIx6llURhkjmix9ARN5mmOiCbWnOgzgny1U4rWTgp9U PsisWrzrDE/P+fGLdCgHRiJl0srIiQ/FMp/JwxG2rtdQIFcTw6clBgZsRd5yBmGBNEOP0EKbkmq2 kZPOOCleQRKn7LdjCYWI2R0YYQY5gutZfRjS0PEqgyrc5eUltwrmBpAiPNfA8J0T7THOdIkEOsr1 BAdL267MB3WfZ5IE8MvisbYC+x7evGbEuMdfFA/yjqJtgsUTQK7nlBJniUuwzl8sfztL12N7zj/Z GQtGdTSwsybthgIar1sCEXR07CPZlSJCKV6Jrbgvm8M6LjARFhidPzgDcyJy5wLxUi9dWFgAnam4 S2aQRNTzNNxNL0zpVucljHhJ7dYh0xHxBrkhqA9CKrHIszQnWisLKu0GzxS1AgPUwGXeLWh2GZdf vC6VGmbAJinZOu1utThl7OUGmf0htYEMF1LmyNxWlYlfqPrUCL8mLOyson1a5iEIy+3kRT4n9nyg EMseyF9pz6REJJIk9JPFrnRilpoeCSbNR6IVEH2XlDaxRu3QQHAn0Dap6xkJzKlH0DeHkgvoUeva h6gAQCPSbJ+wJuw3zsDmwKikMaZ1yFUQHOVKCM0BTeKZqWkwEbm+Rpqgwlyh2bUCQDBr7tX8f4WY JlMVHyJIm6Yhrq2MQM7zhTBYMcgE0AzX4/Lspt68nTiDVFXRJtVtWlOes8MZEBU60DSWTIqb55tr Jo4I9isVCaRRY4jaqV1QBMQjJseLQUMxL4bBTI7LCGLp4ABxIdWF0K9pclWg5r/YXB2GGwup4gj9 mYcPEvtYTQyRhKN0RTA6VwvCtvFxfefeZuztb69I48KqDRVqukYoaZEjoG501CbmyjvuE2QWGDS1 R4he2USeHW8EnmPClgie+vlmctNtMtntOwGSK0IoY9VVgCpFz2YJcWrzxwlYvZprIKybaDNqdwcw mAjyZ5plTtUa1mVzOFohjwxYP24zyZL7Jd88vTkIujMZBKrJB93aOPxyc6F4FFo4pEXhjruWp+mB Fa7Og5ZKHT5RpWjFd4jbtAxFHC+10VF7ppFhqD5y0uwt70CYQEoR+tjoxiO3rCI7yWW0FJVIMgGO cq6qHwcSLUxNN0ktvlhLSij8pBD9+EwX/CF3r0omP8fHIlHekUroD9dapKAEgmXBNzbUbao8azmj rU7FUHzqUr3KXHDcIXRuvE6x7YTAFkz9ihbkcbotLQAcQxvqX96VcmLAfWHBswlseNysfExh1fgo 5CbyybnGiCwrOZjgsrgOJvJlpGLBiEGTv+kwVxElGUXLLmkgS2hcBHMejUxnK0skijKNTHn5j5Mp tOircm+Cg18ySxTE/PntYdrkWVxGRPmqgxibzuqTZLFFA+jzw05YbLbvLkmw1mhE9Pd7G5yKCAVH UJtCox0Uk3K7gQgnV4ttEafNHck9wjIr+E6toKEd/P4p8uEUPsyZ0HwjFkfY2rlvRZnRlZY4VEzd R+BTzp+2ffdiV+G8zzVqx7Ud425+IRV2UdanBNsD+gwQZLZpG2y6qSZyUlrjOsxTPPSvW2RAk/ui QjDizDxMK7ZChLsKwgZsRyn76duTdQEzIC2akVO5noANx/Xf+w419/5U9GbSsKA02RVqnC5CS/X1 VhzKFYsEvoqyO2j6FkuiqFD5/PUHGG6Xu/4DVoTl3QB/9Ou/QjpuK8XzCD8K7XWqm+5n6RzKQpy2 0Ktit4U9vUihT0rv1eDOamsIhdNWH9TqbLbn0N+PLkpQXjwbkPGKC3g0gEZDchbr4X6I+fBtwsk5 DAw5opjTuSeocvGIe3/0CMc6aSGvm7/oi9va3p9nJECXIRfdDL1bhRJVNw9ZiSIisvLOKsZ83w1V WkKPHv+Se3VPAdmTcgLbcouN/otxaGBRGmQzKci4xrv37XBVzsmOGbJhAOjybi2LTm1QQDzTmVFy +ib7WUv3Q/XQfi2oJDSg0wX54GcI7XLflcr14qqZChNgLpZFOAl7hDLq/nk2fYu/eCnM6D6KBkR5 AcfOml2BQXA68LMeQUwdziVrU7S9tyhp4hPSzhKiLn93PBDJlGGZwAuGaA0BLtBhX0hh0LAgzfGo QCA9+MzAeDFG4tHVWqjqj3V+zbgH2rNhDGTygDu9GE1nmsLAbhskgUKI30jIc/qKRh+hmb4ZAFaa WZMAaru9CD6SlgYoXrJyIDSUcyWM1EkO2N1zSuSxEgEIDrFzX4fIqo/OhEsmYGOh1Ze+Uxjw5UVq 7cxfX3WVQTDL1jSJpBIJRjzGkXUmQENUGCElMtr+pVDccLRTADV0te729pCi0s2ya3gY19rrrby1 naCVEYR6bNsZonaH3Go6eCmJBMbaoUEUgEt+GzQ3SizPvWqsrTUI3+CG4NYJCLy4kwiTa5l68N4E rbmwJ0V4x0JAuvOdwcWKlNUfmia0oaJ5FJ1jtgsLgfZvjCGcko8jBFNMNM52vxgXayuwlJiX1mcJ hGywmbX0dcIkpXt+EYBwxlyP6Ip2bCu+IeXNLMZf7/WUWmIGEzzBRbIlTlqkJFb/2oSQHEi4XCJj m9FSU3RmT4XgBiJngqzEnZ2IhF0m3m0HlVCIiZrXV75ZINYpzyj28m2jF8XTnXMOooThcDPyyjSQ w1qBCX3nXzmFTKyJQ5TUry+CzFzjtxEr8SHYqA3V6lsNqWQVQgrsTAdcUpRlObpsMumyE8+JGhda +GsOO7eyY8gbLQMchEdSBhVFjmxK6zWxzrtdm+kEWQA/lcu5TH5xr7mCAHElzy4IwbIjV2bQ6GkO XiUQpbvjp1yAK1j19pn8rOy0zNejEgNbdzVmykmSjKPbiFlTfQFD4u0QSvxJiBQXW+lLlZG4gBFe 2jITVU3p0VCa55VpG4aVeC+71EWNvC+L6R1isZWe1ZeTf2qJN9eW+jLg7aFFPO/FQbvs+YGSN1ET y+nUWVnTWHesSmmzb/NoHmRUKrVxel7TJrh5fbNdIxr1ktcZuKxvRZ4qzkhYIrUJt0srVDURzj7J J2NGPftJyz7mZVOfGkWD9p5Z5lBEEnnZjZoQDkriKpCo0ErrmqZHoo127ZBkPsogxsHaykwa8KUr OyXJLtW6mhTZ6MNVTZYinkxSHwGocRBPZARzI9tigewxq24GsCHQk09EH3a4OaKcRSFSHYdd2aoT acs+5NrYPUlsOlDxU99IXvmp+GQ/Kp1Fk94v8t5lr/GTGl1KPW0pJBCQOaTWr5Nt+Ind4O7SxB+a qaozDMaiDkHI1b6UR8QCgUnzkH1QQLxkV7JHmpGZixUoUql2vQFV2i4nJjQmaTqmEwMCHwJimOio pJMISGMGHEXRwMJV4Ez6cms6JiLtihchW/eAIInhY08PVg2MNabrwEAJ0j22+mcpLTx1bVpSdwlP cvWpz0DQXN2Jm20qwMNiA0qij0MJ2bg0gIFyWD0gNUg3daOx0EF8pHlxjA9p3U+R3awgD8IqdYlN jmKahIiCqxMmbMmjnepSuc8mpGJ+4CsaeAeLxMWAXdPSXeADQAip3QWBaFHPxFP+uamcCwQd2cvD FS4NYqSGU88ekNIgCaAQD9LLciDVUj4yXBIq2toTkm+VEnmjQzCEQCSzMbBUfBXcA+FQFO/ghKwQ kpIinQnhtzArHTLegtGPWzIJwCXG8uJUSave9ZcymjIUCCUkogMMDJ3qk7uUn0Bnl0YJKSGda9vp 0qw+jdrDplNzGaNP1F1PXehBAkw0BJYYJA/qF8OMg3iPPUSnR8f48gtFM1qqcdRVY7H7hV3JT0xL mTdvPNGWrEn31T13Oo8pSaONQ6xEUZQEHUllLF9kp9ByV3I1cKyu8NUQuiQpKkgpMyvTQPommXKM ckL91IBZGggXkxgb9IbblQcToSSkbqT/M5s5k/6JlwKNgIOd1oMWTbHX3jCeup9UedbxVlcYl9NS eDvBqDbvQyHntDOLTBDL2pNJFpwY50lYJpBZV6CdWrVmHRmYbn0YywVrUqpem5PmlcykBTegnPsQ XAYQp15oBzloAiEe5qNCawg0pLUsCt9ZSZZgDNdNELXJTh3FLJGXfhBGejR6dQTSx1zyseDF09kf sDCOa0tRyttZZGTzlOXK4TbW7FextAfPZdoZqocQzLZjR8B3hDZZWUhPkmJHrHEgOQBNBEfAxzm1 23JOcBGt4RLFuhoCJw644rBnRtU2k03RXnUcpZReExjVv8Mr5tNfTtm1YVlsN+2LxNRqvKCVXdVn avEB8KGd7+L3ykpJr8iD2twwkSVqekK5Xy+sgbjxB5GMxVp0eufDUs0Z16CG6EyD/l83CGObo8zB CxeI5u9mYlUSdbWa8Ny+IJ6nFmyigRmasjHYJtupqPzW4W4eL/p3E3dOl6WrrfsbjjH8RtFt+TAl otJ9iBysm8TLzrhqC6wB2VAzV/FMp/CoPbhaush83C3uPKLJOwdqpr0vTWjcNstpHhbl24ErWMYL RGumi063z0d/moF8eoxkZ2GxxqxMz2QM/hMIT/Sbtw9IjUgQY7ciB71Xfl+lwFTZxBOqGBSZ+X81 DdP1ahPP2kB/jE40xNAfPWhuKisn15mKRg9K0N637TgCfrBadUZ7dZRo86d5JRKdYBb27unqzbNu WNce7wDelA7w6dAqlu1prG5TZkASPbjE9BmD/jehhmz2AG7uqVnIRX2butKwj65CosfLqIHoXDWD FpTHPKyAB7ZIXQHFMwhMZGPv+7enpbDl2VK6xoSqhb4TNuGvtnAsmo72hRqEzq5JmxxHaksnWatP XAvtFARBOGpmnsGla1dXfioi5hmRlxkoRZGSoFynmQgaPBFoVoenQl4tFxQ0KbQK+RWHjcO4C/R+ KpUZjGQNXogNt1zq2HZORhkIrl4dReZoCGp6DIeD7hAPWYFJYIfiKgyshvpDKqTolM3BBKlC9Df9 SZV5AbtNES16Mxb6zNbR2WWJhj3gv3YcNsbRUJwakfVyCGXWRljOG5zksXJRkBjg0RGrAknSMCiE TMBTErdaqx4IMMxDUhMgZKKaxvcgSkgFwaQZmX35zEIk8IIQsBSbBQgKbI5sjS8JZqUaRjXx4cwI qVLoEDy6+2DgZkQAn/o0QSjX0xMKO1L+6XDdWdkxFsqgU4JnksSoff9JxMcSUlfhS4MuBLRsv9Pt FP386hak0KiKtxaG05VdHvQm7JoSqvyH4Zr2pUkEEsqr0KGsnL9hDG1cHRapc7TVQ7gVqkvDyCdO 0wPjoCG6GePZazMWZEe1w6UEZbpsnZNWXsu82SpLCdEzVv04h906AcuUHr9pSmWtoFkQSUYVrsOs IEwTGKg7Bgp1iTumDFqTJMbAsmM96bphBlP0kyF0e7IwXqelQEZPPw4YG3nJtogAIUddFWnemcvO aLJuruvh2JVFm2hrTDxlp7RAtnojahQo2y9ysW2z9dyoh1npPw3mZJwCvpZ22uQJGyshqgznsylU VPLO/5mOiVLcEBXjzxam+uQcT/Cbpkkz8YAIACbTrNh++FlkGI+ju/XKlki0cJ5GCDAP3SoJDnTb UinkKS9y50JBFrKToPyzK2adDMxlqLLfGNcrWNI6gqeggmmux0wolF7jZQCeUh13Il5qzxZMMPNx Aa7HSWGziRklr+W8J3ebFRVkEUFNfOkwrbu5WgGDvxhaopRWplSBtfwtgU6ZmlAiMTqODpaV+eUF WYs2c0OU8UsWlRRDJFRwOXXpI/xx50KqJohBmDYL4gw80yS3FNECDqtAceLhAstykwUcgxjfNjrJ ylJ5+EFWpQyzS8TxRyNnHEUQB2RqOZUPc67yq1IZ9jOwdQV1eCUAYuwOAmyLzFU1WUg/ZfbG2SU/ bm6Q4aS+AngB2UnmpvS4tITcgo6FtZw6sqkYV+QclrsKdQEC4gVaYwl8usJeaFTG4m1IatCyKZz6 pFMDEckpifOFpnuZAfWVkba6NJl7on5CaPZs6CinWH/Cm2I3YfWLiG+mawAo4oX+WYnbPEuBYFrb jYmGXPoaRFYQYi40BAamJH3ncgAhlngNiwg3QxR5qlypMmSRh07W6eS5f9weRKk0UC7z9+M6Hm/o bDg86XOe8uYJBM1xqLjLF2S7D5e2UmK4XjBCNkqqb9scQhbqzt6j2EY1BLSxpDBUDYi+Kln0T+Up ksdUUUiVLI6qjaBDLdI1UW1S6ZWO7OtxjLttFlFxsYAhsDJHtUFX00hz867rcnUWwobhSJK6520k ihhvihon86f2K5dQvHq3H8Ynl0cfwRurdc8U3OyJHlFdlcPjAqxzM2bTJyTtG3CakKSIhcsqUKY2 Pf/fjCPdVBYhy4SeInpjJlhtilh8coXtbQmhCtZKW+0Bc5YCm/LkrfopV0hD5JoLUFhqdzjyZq5Z ntIBW8yEVKUw1+XFA2b26mlvdcTfk8N6Z2PcKDe1+tBEiYORX5e0GJcVMggWzIaXPO/OjoKCYNq3 NpRms23tuBY3WmYuqeZN5aO5sMFCqxzQRVyxtDuvdnihlp1buct384P8D8DmyEEhF/a4NX4K5Px4 GCOCea2uOKloJf/3EZgXVEsrPfXrW26PbiMYIh6ZtcXPGa9qg6mNOGLFEDjKoIFzy6khGzCwLuv9 128gDfnfH99/7601Fj44c7MbXUePyFlLcGJ0ZAIVYbJMomVKXznXnMIYUKVXF2MvkhxZxO7pRsXB vsaCnLAbnxJTcAFeCC4gNXFYpaLKoR7IettyhYqUMuSHfLIMjdkaREhXLL/5hre6YvjoaqyiiNei sNYYBFlFhw3HqNIMUhYaGEmq8+LSCIlbXJQG7sa3Cq3eczRG6IQYw8DqWIOQGn980LM4FsTLRYxQ TuTCUhhTYJwqfrLwT1+LoDfyD7jkwNlqEIcFWCMVjbtAvstzVVDIRwzonzNUz3L0z713lZP+6TXh dGcJXEQIgsVQjQ2kU6VSHyKWles8OzUavskkkcojaQWMoBhTIzJ8UPBEYSlNWWUSQKbmCErXplga kJdBawmgwn6wrEOsoJ2bp74WXDFEZeB0nq0T4xRN2nq3cq6GTKzkJyHhqkJ63baDpfI1FtM8U7e1 npw1yxBWSCGf0UPfGFF3aiTa1UM40u3/3qZYZlOlgqSCRBuomWIKpdnaZnQgy5EsxKi6KoY0fnQF yEUz7qKNT/kvt9JXwHJ0ZJQSUZG0pNAFvTJxI7b04K1eAOy42DpT9XkzCDIn3+gkvd7HY+S5nNrq irahYI5JePSW+gRQdAoe2nNQtEY/vkLX9LBCchfmKMcKmKWlfyCfV1VpjrmyDr5JC+9fD9LhJ+z4 G65yGH5v3Eydl5BzwkyL/BXBLsxX+oIMRLT6wadKihhJTy6ll/ojVH9kLG3XmdWVxuglYLEDcAm8 0XEkFTeRbPwSQjabpTuVWgVuOxMyoiQjSa5f4OZToN4wdYKluAiWe+QvqzeFH1oSX4JCTNheTKSs PKIQk+bIWucuacxkPLnVbgbfpAMJVNmkbWOZ6DbgyQ9hLY0QEc+kiLb5pNmmYMSHcC7kiCRKQFET IZ62QebNIApPYbUqTpEDx5waD2FjxanNyxYp3Eib0WUHBmBy2mxvkghAGs0GorMtSGhZrNJXFgy3 m7Ea59v+lxTro45DByKyc0W0Uv0m+hRRzwKSoQlHyQape4hk+25Ml9wRy2oiwPZN78ULQSRK0FOm uLqPphhs85KaRWbumzdtYdi48snMyiYZFEBOlGhT5cpOftHTHJDOfflyHKXEHndcw4yWkAumkuIw Vxcn6BRxeKcmsdyYFUu8Iq84GD1JgPz4egt2MIlquF6o4U+z9eKV/h0WVTvexET+2/QSXKXiInVm l1ILw2k/NyucJAPGFni7oCkDyXAUDRAqOFKQVISB1YHDsnTGxvrIYVPaDLmL6YVUUM4SSKuYW13E JbwpH+CsuNU6EaYi5QL24k06RWLUhi26z9e+fuAz8ruJpGyYbRsgnGP/VwOZ2tNYtelEBHYywDQX MkVe232XRa9H6Rvew92iR15DQAYfjLfHqX7ZkL4cY5E9TAPrZsHkNfGzD+3TI3vli2FNPSUaHBsY jxjUiBLRbL24N+WsgYHfsLW+9EAymAXOKjai6/oO1e1FlezGBkp1GKF2obtWpKiUIUsnhdY2m3IW zEwHEFAnWsltNZYGJytM6UzOD1199jAyrEjd248v7ihc4+Ok9sRmULQRPnGwhFcgJs+cgwuiGUnG iepoI6psJR5UuvTmaNLFlg3rIV3JcLBQ41yXdabrwJAcbJUp3WLwMVdXdYgAwl0EZS3lACSVhWft 2Q7sHS0Qu4wxiwInBu7Ob0rnOtle1hg43QIQx+5SBR/nyCWcwdQrKODmqILwGek9MMwLPQ59KZ33 2TOEDFvYeuNViwuIeFyhxiE8noSLTEBm4I99PWKIEeIja5Sxa2ykIKrxgz7uVYQ2ioKzkTSpUg5d PVlXEuujHj3x25XGfVRuCmHK8KvE45EYS5+4fyjU1zyyA+3JpWlEKx383MOa+RB9rKA34GCBdFc1 jz4RbOLgvQ4JhORjKo2YshgFNhR8mXdF+qQhzYC3jtcJgCI6mf8eR+9sVf4cJnxjCEWu/RJhfrOo DSTbT+wp0vot+FJwpBhyNUaGktU4xt4NhxEQAVuQX7mGS/OUYy9cJ58JNPICgNG+rLk8Fwu7ciq4 Wd6cQ7vW9ZxFxhVR2W/C1LkTFv6Eee7ofFmQBcQgiGnm3znDDLPPM1BJEgPrEVGVHBsXz3AbADVO tpuT8ov8LDnXvtFQFA2IixLeqCuUSAW1M4OOzm2Vqav6ogjXGwGEjuYSykbY6ySUc8YhOv2Wtgah ic+VZcLIDkjzXs7V9zjwUOe0h0hDYRUG7gBGWASJopZnBR+tOIs3BFIsCAbNpytfmknJqomj3MEp vNawNwUVDFL8fg3OPVkGXrKQ1n6mXKaRDZeGOZVWuiCc5iOymYyH6GMKkjTHFbLQVhRWIs2OuF1v 5AN2SGqOWerjLxkVjrjFQFoZCD6d7hgIo6AOLBZFmlnEguGMjTmXMq36f5NOlLLokzHVQzg7d2Mn bsbJ21GPd1jM6EgBU0Wo3nSVGRBfMctihjNF8/GEZuNNibf+spgsZFsLwSPAEQfz00pP6Y550DED T+uJrlCn69k+XmAtJaeA0yhnLLzSX/Gi9jrJ8DLO9N6cz7EIvHSXqwMiRWOazFoF3iygr6hjSq0O kCsdLbaK7H0XKsekMl012cv6KlKxviJvl7UcY/PW7LF4hEWdGCMaBaxDPJGqsxlgomsFeSTgNh6Q W6LQZLwcPfNL/scikkCs5w8Yp5+8ilLm2fp3rfOBm8kOXaiD6ayeSbIZEFDL3YrCuYabPTcWXrBM X1Vou2+wu798MYlZTQ8c+/i8dAe4b0Mm2u3OavMWMir96dzbZLAnfXfncVgh/uZnxkoplqnSpFi9 xrRRPoLgdIunoAvHuT8NTd2J+sCY1lyG5WAEAV7bNuFjT1KqbS60nWf6IwtaEjTLnIMbfVYOzPcD af0s+NNmA5JOKw6o4Zj+hMLpmZJa6yy25ctIUi2NIgF4Z1k7jN6ODgxC2ATBIakmBCsg7lYCzzox 2ysjzP78hKupMwSI+KCm7c0iaV5mriRqL1xkG+txMY6nSjWnwMxBiMUUXTeBLJIJuMcjwhBUnJys 5NeHjlR+IpouLlgzhMy2V3aVlWVYc5bI7GMx0Smepp2qI4P2rvzL5bCGjmermSWWuUgRafajSelp Fug2JfjO0jiZp93yt7xujto+DaZB/SvNstKWF1kdp6ln91D2JFLtc9hu6q+FMTK8ShMouOTaRl1X tNRkUod+tCy+zA+ZDOaxHq5l+QhEHLI1JqFeuojl10Ob8PwYqlxV30UtJLchSjAAFtt+F26QWbWU OM2bdORxBgjGooZowRpU6a78Ssy110oPSQ8LHg2aZ+nXE5K1PSLVWn8O/v1vUvaoR1f20h7JXUgT /MtnB9u9uGcamBJ326u28zlWHdk4ShaOwgrKqlKc0DhkX5ZqB2uPpw0nEwgqIz9k6AZ+kujxZflu 4A0XJFHaID6LcAF1vbbN0ggVo1JtSh3DzhfrrS9zxMosDriUkFhial07Rsrj+EIgmdexgVC/+Jqq CiUFxiCxrVm6Z/CunQ8hey6Vj7OVBcHKVmz/mTo4HYZUjwhAXJD5G6f9J4FFJVuIqgGnzoEyFQFF SlhSCAr0xdHKbAdaqHFq02Hx26Sp61DWFLtNFC6TtXLfqsEoLZmW9yZlYNDg3FBdp8d/NfdXgynP RYNLC+KCKkwQc+tEvRfv4E4/0nXZO4hzKp+Xq0rpYQDqy+91l89+7tsuWmAtnw4rmnJ7Ntc/3yVk 4q+ILsdwqcugRFkKYtzU0DdgyCX8rwdY5Bsu2vviWzSkGTJ49QmlAHytnQHtJDGLUEUxrTAA1SRR jTCkG6fw1HzZfENirK1r+76hkhb3wWBp0x/0Jee2n8hhsNIXZARcHvNFRk6ZdMDpW3s4E2P3DJkk bJWOwGH+vsxIOT1hJhZDkryrSvbKoKA/NHZxBRb8sgbi0lI/Eh+X+WPQmNyYN8QRLChsZXZfgOLr imIopY8MytqUhxAzRF8xHcNOqws5134bwE1uWOu6ZjrNlNDZROL9N5RGQkUX8wvImvazrtaw9cFK mzQ16wnFFZqoQ8jQ2DeK4IC6W3khKyo1MlUyEMKhmTLLZ+Wt6woVBipnQ4A2P75kVXuOwHixZsJS vuRkkp9DVP0yOrFpJXgUAoBAOUvddJhvZf+td/R5+Z4IWyzLwFg7Ieu/kFVLzk9HEZ7/zUeKyFyj uwV7A7RK8JqwhgNO+tE+pK40UCzDdXthHXEKsMDuQIODI0hTcCezHq6H3sUZJoAm+Mf2nEOh1auA v3CGvPrGnwYVCiyYdl2FChSnF+Mbtz66PPNRvj4+R4gUJLNw+eAA34CL/C2Yd5WLMmty5v/x2IoD EYEskODetBKXTQ5sUEGbS5KYCpf3LtHJth6FQYGZZSPCLGeRuhM7EaeOkE17JOjWeOCCUmjepDHc QLr1JuEF7wwWb82v+q+VkcpqyvMh+3A8LdBJeixsEj3CVmzULTydyjXosRLt8ZCoUJtea4+8oJ9c EYYJHeThBkHeNkhk2+HhhEAmN0+9rMyIgpCQeiuFxSaSqBmNJd5YxilF8Y4pIuRhgY7ymaZChI2Q CJM4Nf0P8TdnQUR2AGGZejENjd3FrUyx2fnyFpfSO50zp+6fSk/HscJMYwmHhOJfMjSZWYI689Tn dtklKLo2EKOKi+Yt5J/dU3WOEJdCJE6PxnOfFjApuyiXOpfRadWtjy68U2NUZhEd0GdYWi7Mj4Yb VaBCHTqnfwtqkJkEDAxrOW6irDpDRgbKON5aboWTidcfbHfrYlyCKEAORh/7tiO3d3p/d0Nrf8Fv OwkLCwXR4JCbN4fs+498hREKALAvOBJBMPX1r8BRWRr9Il+lKiesguIgJPdlcnX78D+PKIb4Wcxb /zeQxk2c9i1+UdXp3tyRJOz+3HxznAjxEOTc5OmUUd0spleUP3wL0+5QlWjvO5bC9loUktghafdS nOpoBTQUtNhBd7n8jMo7UupzeGB4Uas4KmZ1sGqA+EWPD94F95znmZIfuqpQluky77RsQC6qfeiQ R1fBK/bOYQlpN+qyl8QlVqRA6ggwKU1LeEmNOmbnYQLLz/di5uGTbsaaQfst76BjrVzSbLo9M5lt pt9VTZpgkt4sXPUte/U943d0u5K4XjQiV6mTrx1vM6rrj1+Mj4KMRtKOMo8lK6FjDhHmFHB0ruKR gfngaIrM4HOZ6mOkxElbK1EFWQPwonBYNEGzmvrQAE+h5/JBfhy8y8Md4N9NGxzgIm254KhE3Zpm k7WWqlG3Zqu1lXCDfXuqKWUTE7Pv5oxocCSEZJMx3ObAdCP7hy1GFxRYFK93tjYS1vXRDLi6WRPh YAJELDI1B2jpkLvt4nB2I4jQPVrQxfCh4mfx6ABPcQQgGLQMgbjNGOuw3HhaQCnayhkoUb79fq+E oMpK1SAXRXWrCdDW7lRxWaspZy4El5zmxQbV/XPtCA2UbayMsxeG55dEIiewc7T+ReSkqpNN+dGh KSY60tCDHB/2BFP9uKRhWEdCa1eDMQWOte5YBm3aFh727cOZ9tyrxfgqca5qjYwNMgjok8Fkcpkf qWYHzqmjYrRHaMqZQSSZd0kZDjzZaFFQka0SujMGJAEk2S+a8lud1iktuGUDia2vFDtkCRo47p/3 5N3j2fF15lvlGtgxYbPeIWR6qr+pI9MjJqo0MXHeBLYDGWk7Cxgpg61Y1OTLTKyB+nYPnZvirXpq IiYaOeB+PUq4tLxCEU1CbV4yPn/pMW7o1ENqaHSeoJPMh4zN0nocUBNqbYxtWm0NpT5tear9qimm l5XscOGXP1aULcYRwZtxcZSvcuONXkHI2ETnqWVtoyIItwbg0AzX7BMjpvYkYILWPFRndWgi3GOa 8qPm8Ibr6w/SHol4jFC5hC+SS8BXN+c1j9P5s/tt/6gs2doRuTQ85prkYgvCZJsk0T2XhmNRBm9y n1uhNI1hLn0auDW7xFPdoFn7vmYlor49urAH/fQdLap/bQMLH+yFUBbQMCshY8rVGQWoQPfEsaoE GzDkICiv+pWBMLOmwxC1iVc26RdJmmR74W9ZVk87jaTA2Nkii5pKzi8P0Q+NkGLFvjiDbKXbZkZl DaU3cxgOO8214GUaCza5TNWQkgyOqU+U6JvDQXw7i8RDp4pf8xfPApdyCGAgxBwGVIixcgOUzjV5 nrDk82JWEVMcL7srZcNBWX9I3sShNB8qBDgLcFaWnc2E4txpYZDDBjj6Mf3kjerUyNJZK/ImeOCI PKXBkaRGNzjSpI96EiqERdIW/2GaJ4SUs4U+uT01EU42wDA4s0EzAz7SrKd6SGW6DJmu1CspdKfT DtOi9KyfffqpsxJA8vcczjSVlqoDM7OVaN2546rAJc8qQVCE6E7alhEo1TCo0kcYrl+KYfiLJR05 +JPZdDKD1o9fLsjZXZqL8XFGGCFsjPlVx+m5KhkjO1nZipfphNCGEt12G+oc1rrR1sXV6NjMvt0P qwwSU8nGshq8YZD0XfxKJgM/0iU2R4NgU/ECWLk+jgpIXMtVUMYLoYm1GS1XRGTeoEFm7CqUZQC4 CBXDqJaw2DTT1nlIkdTILgJOW7QbNr0ZgBg5eJ5GQcq0LQB5G2oFiKTEc5FEaJ6GmiOnVtLgx16x j/Qq529vN5rl7xc9EAtzC0Xjr1+6xC4ROLsiPy7an4D+8o4MJZ3wBsxM4Chjn8SSSFyUNUCLwUix 1OeUQpJofPNEkXMd03Y5XOM0JMGZcGHQlhrzua7QcRMjWhD4WBKiZGsiflJy3pJla0a7DJ1shvul T2QiO2VilSXkfsiS0iBmLE41m9gZaKWU5sLadQdl+QZ3hALJR4elB0ZPhjYLIYa1S9eTkRZV26pI ZSmEwOuToWZ8vVNGQNgSPxyx+efGbSKMxUBSzTBDM7t0BQyYQCROxX1Vd8M4HnwVWU5OgjBMoGhY XzxAuXRp0M2e6SV/OkE2TBSrfZQkspnSRF9CZOHDQVXfyrB8qlp0COAGzx7NIZLphnnYWV38KKYU NfWsg6JQRlF85/A6zzrZ8rOCHbAURXXgvy3ISsdiH3YQZc+S94lpH7PqWq2AGZfZ6gYwBkMXKoSC yHEJGTg2h+UVbYxwvPWmGRjSpBmGqP+LErTHQXs2q/Dbd7+9/rm6S75QfSJsQTxOVf5725MSBTsD eJQBR3MI2rjwRO2M0OVIybzZ3dyvunfiJaUucHaunMCRFk7MDVGiqF4BBvU2Qc8N62SyPJDMXYdg 0iAFG1wMe1vKc11SzNg4KzEf+QC9mG2BLifvMQuDRDQkr2r8eS0qKFcc9+wEidMIBya4ZFsxmZ6D dBCZaHrYLjkfugk5FoIF5ISqXnROimNRGuBbkThXpiJfZZeIJIfAIAj2ImxvSp6dupzZU377NzOl xGGVQe/MTHNOGn5StfHKErDE6A0m4uoYDguCPCx0GAc8aHlF15NFqDtA4LRjH66+3/mmTuFNJpWv bllK8St6B4CNLakIOHox+wN9LuL6CMrhpwlBCkwVDkKiih6e/qTz7bDrDqyIk9XHouFKP6o5eNWb ybRizio3iqel3ybYzXMVY4ss1RdCkYJfKATiYICh83/7kYhyaFmluqJHCUjLBM2QS7dMELZO15QZ vYjHh0k06eIZMRMMd0OV42hyaLNlp92V43SZlQ8V7ZcoEfqeRkWrxJxESsZSYulP011ENvXwH80T VclRWQGuh+PkaS7BemMQIzpongquFSsOuILWeOvGMbzKsoapSAb7dviHq5q6rASLjNr+d0oHBRHp mt5IPLHE5KphWCPZhOIanZp/6w0qg93ESBvJ6FTn0kqlHYqoepPAI0FpBpuYU4qnqsWkTI+4wupJ TzVDXvdT6TJ2SLVg0qbM6iWpsreb5SOkaGzor775hpRLHVN3FqZlk7qu4QWUFBWOMB32RJSFQ5zm TQ6mdKz0tzzbn0oNhZxmpk33vu3W19nGWfKJIRbmYCE3K4g2V+ZA/fANgmoynRPJEnlwZpQX8Mde u3OEV2bVOXgoUgrDeGBFucT8a3SRbWZvJey7O/GBtBzP005aDkbnPIJ3D1UQotTdjLXcNE9Mr+0W yzuZiquCD+IiBY3DOrSh1FFdZBWBFda1V7XIHqt2pUyDqTogmpxnfqTLSX1yTuQt4iQoo3PfNIiA 1p0RDHhcuLIpOWjC4cJxvUMbppYcNEhBIlEi5QUSOucZCtHWOSc0MwkpiKtlQFi2JKskN0ySebZk GAsBv2ZJxpkSv3AQFUWfkJeH9tAYgakH1PohjXyFTF7KdEV0UI//9eAyhoakdhw1ekUwclHvcpRF hHARy5ay6qAI1M5IsxG1EZ5VkfZkiRI3J5NS6O5fNk2q6GVGTdyccR7xBpSOuJCBGBf9ZQYGJJ5C Sg/G2QmbkcrxxB0K/evbVEtN6bVmrUmfHKP8ofnyYhgM7yYG/cvANdtyBkU8bfuJiuMmA2YeiV+i iDGTKDaJ5jylG4iCxtC1GAJIrZXgZzYR7KR1YNWszWDsKYOyH8BVLmnKZs7YfqdsPDzXLdP1lr/K kzJ1wzsqt+n9YHAERwLs0mnC90cnvINwDYKonnNo6ucTF2sWGBxw1Ay3Aml7L6oOs9VyWE0XStr6 zPkZcLDHIULIwk2FaPcBWZ28u218exmtQgoHysup2mJoM1HAB5es82YMEFKgyZX2JAMCAYqhSk+d hIsr54Y+rWdW0CaNxlSMroYOeZS7b3f0rPiNMvX077t7jdSehQANijhGQuv3xy9po/Ctsvy+laku fxOyjvsu8mYrqIHctUx2Xq0gsyRVWVJIzi0mhvvl8FyfzbfCSG3ikldxYhILi6tsjt4EYVHWkigX bZt7uXc+QgCeddCqMcGkG2MRTxSYDpGsth3bClq8EJelg56uv+kEZ2FU2brfwgPheslOms0RZpVu SU7YjroiYD7VdKjRC8q0H1PdPLuQFGYYMl+7hTvZYeYYHVjLeJAeJZaQBNYc1vEwOB8gNTGa6IgG 9GWTR0rI0wIZGQxgdY6bqeoUOvWGZr+5vIkFsM6zjElyUk3CFuqDo2Y6PIJMMCaGdLNGCRpMgEFN FQJ+7GCwimMLkSAjR9OplikrJ+p6jJFPSZT3PF7BzcCNVZ+QsSpK6aZOsUGS2+TmY2LWebVkrgbt 9AFPUGWsZsGkGw3vimDMpNxoCGtoEKhnPFZCwAPUw1o1Eo6NwghLAdaP8Bs5T477G8nJzvHJh8oG Nnk0JqoMoCfvClWb8sRXS/AukIeAgfOg+MxvYGU0od9pDUoPmocsazJcsiUqiOovMwFNbWtLEklc A0/rShKgpuhFc+YOFfR1DjwNzD7TU5PNDCksoBw4hsqst/DFbCYrlxUWsz8cxgIzKrkT1PTPU5pV +KvDzCIxPSXeKEVr/kgdwXUoLJKGvpuD4AF/+haDXG4W8/TBZlQ5ERGYfGxWk90yhhC4QrRsRKBc 7bUZRSGIoQiauhcQKwJXp2qtJC2aj6hBZoxmvLpt8leByTVMSWPvhAbnLicMeQhDCQ826z2yt/Gn iWOTNMfd81Xcaz8t+Zu6JdIiXz8VW/o2Fhpod5f5tJ7NuUkoQg1P3o6SD+MyobMQg2Aneayy1mZK mVUTMDNKlR7y9ga9qbQZPEE3detW2eRA9EXI0gkCMpVTsPb9uSashnB6VW2y2jxuk/1irhtwy+y6 OziRLulwaNZVBNf/tfiooW+2qf4fS/RF/IOMek5wG7rR23HKQNGYkTlDLBwuZTEtvjNfalqKvywW YS8zaEYivAcFxFIvrHV3ZGsKb3zrQRqMU8JihmRBCObYkENhDNAhjO+W4Wot39ZEs4FYJk5whMwT 6TTMSgUZfma5IV2CtcBAV4Wh/eTGbW/QnchXTOe3wYfrDTTg8SJMrnlTjTm21WKIcR5GPKqwy4Fy Q26UtbACvTjiAv2rTteNWVgxBgEic8VwwUcg2N4LePEbluawOYt4iRw7Akrb6hAV81OQ267O7pSX wfAMMuNtRn4CJeJt9RSPUjaHn7Nt0Lx1upUuJ2fhFQ3sk2nlp1SZ71NDSvSClWoOcwd2VB5UGsd3 uMDJ6zL16ih5j7dXX72wvYXVSnzWKF/UIGTXLdz2uEiZbwGnCkJfw9Q9l3RQhEJF1QqvbSlJxe0K TvMORzAFSZs15265fypmlHrM4fhSG/8YLplkujOm8ERHGMzv+bLGjCyjzJPjr1S8OEGJWJGlJlUk VhNq43FfzkBYyYK8VKtQPH6Mbtz07iwd0w5obYJFesVH+39CYEo3tca+4yxDSQuGG10hV6yHAhwE R4i0LTDqFStgdd57NtjrCgw2CmvUG3rYEGjfFw0VPKNEQckJlM4OA7gsgHJwTg8Up7rc/KIAGn7g Yve65vlPZl8u7h/qkWErvxHH6/VyVfqi0WppfVVTsLNiIy+1iBTQEbX6ONolI7kugEr6LVhUK8O0 +BmS+29imzKCNlqoaOm3Zbb0wAyrRFZYq26J7T4vvPLU4LRuZ0B9Cx+mcUGuOmY2E7ujwEAJQsOi FR9axZ7ME0c5vlCXqSVJqYfj1aWzhIyNatyOPYs9tTkOaZwMxB+DBsWsKBjalIpdhIjFzLA9V9LU WhehZMz0pl3M+iC3RCZ9ZU57NTQFsb0OdCKKu5KmjaCqg05IcpTauKGHj/mF/+22qEdPz/Yqe2gX a6LEP045xV4DFhfqKFuIwgQYmyLq+IsetpE3sDyspC6U8Acy7pUAsIN7asBRl8tmHSPCxdZUml2a F4pQFX15lAt8a9pMsG/s6gkbichZVeUClahW+CPXYnijd9SCKlUGGikG9uuB8A9eDE+WdBivenGi jE/ayzsMiu08uV1SmjgvhyT72UnRJQ7y0uAiU8rqep5nDGCxX0bfX6vJ3N7Y/mUm/jF2vV086Ngl wnk3RcYNd8BwHBFp3ijCVi4mIErxxjcQhE6vfU+Nln+q1/JHuAnrug28yq9OjOzVkdbBk3/XdFzc FRfDbetoNKFny0Z8SN23rMc7qm83/LTZwgDx1yFy6oO6RUyFaZ3Ca2cyayqJJYzg0sKxodKdD9gp 31ED70smRZwR6JuJHGRN3SJKCuUIJXUAs6EpHDVdXgXcO+ftMyGKgFeyUTaeb4TkBNFaD2Rh6kXz QZe8zjFtjFitIPBDIwcWTltHFojrOKtO9018mo4xXPPbPJIrNFGz5srHAC0X2Bxq9SggW/WVIVgd Vsw1ES9rV+I1XxX0tTVbdDtfe4k9Mc9M/Xlfs5GEcs3b79Td0Ka6xWepgQ/qgqZ7onQzVNBRwlBZ oHpqtcqoN3Fjme2p3i7npo9aqVu2VC2p8VEz7wxpZbmtR/uKAJdWbfix3xttHM9UV7LQ/NVO5VVA DbQ5ow5tr/16tFfNCRN2bVUMzF98VQGmfmUJZvGVsTvYKEZtZu8uQlN9nNntFmFts3W5J+/94sTu YHUH8+iz661BE5dX7xBmCR5RiO8Zg920rS2BI1Ci5f7EpsvKC5UCDKi/XjGlcNFma5T2rK0xpTDc 7LzMKTknHCJK+pVGGjgiKQIRVSF+abL37t30I2ea8sudqoHVsmV5sVghA/cJZbWObXg2DV9hNk4s CihkKBlVKmY1jKNaKAWRYUUXAzQZ1y1+lUigLt3QJzIkdqhaEclGVpeg7ZRMPz8fqzFREanYfKhD dOwG9i0MsEJ2kpVac6eNuCia14XRWZTP4ZWU46bWkDQy6Rg0tBo106lGhAxclm82QJVqSra3ELW5 kaxyCZVs0412nYV/JSHjcaIxUIOhwYgASLQ0MK4W89r+mMXTc3fnFbKAWem0qN0MVkyr1NMsw9lc ERUUmFP71br0+MQ17blxDUmQHHi39lASQGhV9zJ1UKMPH3VB8qoLVUcKcpy/60oSjFSGpcPWgcGu cF6c4v2bIxQRiI/jQ701LkhajA7sO2DMJuPBd8UOMimGYhaARYCwzj/1ICxWbYJCTflRVsndeam1 9+UdBNekwAAuoA8NAq+DOwUR1olycIpbXbkWK5YqAJqP5FFlu97YHsGCC+ZUJ+U5iRqTRpZZZYyE x0LoC7E6ShewZmVSYDg9YgbjIC/yLL4bvgestSReBhkBWKweVUVCqVNeA6EnwB6SKtYzTkbrYFbF tpI3K2jmE+hlP4SYzRVfGbjz7EiFh0mTSwVCRpT9qMghUCToxoP24Sw218oF3TfBZDGSxoH6RM3l A86SHIIkSoKqpNByEgFnSOVvrC5/5JzVdVMqg09remr/HGkv+vRN4u0vNU7qavJlQEOWrfrjk6Mt 8aCPZkEMdef6fK2CUFYtfNRveZpTjlAr68jwZ5lpJ3ePUl6oCWKeF6KYKHWB51aIiqeuL07ROQ5o pwd6ZyrhwGQeVgfYhSU+F8tFF9BKGg86YXghkdJx7mG04EjV1lUg0YFqv1hw50fYPo0Q/+fXb3Ak lNx/7aYOgdu0HLMAsOJzVeHDgFgBaumPNttbVYCotPpoXTL4A813jyUMWoC7wSFVMAiL0VBIXdl2 UMmCg1DxK65YrLgTiRHsIbV2c/n+Hb0jIeTHOI8M0knYNdj3n3AKJaA50B/4s0IfLORVhe4Yyxd/ mERuxVj94ph5UGeKpHsyzz5LTJpclKyDPy4QkrFmqrUUJQfO8k20m5bOx53Oef3ObnQWMigIVyN0 H0EeTllzBAaTjYlgmtlFjvKAlq7YSVmMthTq+B7PUyTFNQNLOTkI7RWP0MJC/ckC0ZmRYyy044Od BUjH2s37sgvmjrwlQhNHqJEL86h8Tf/2sja9IonCDcFWkdB5Ag7N9IGG9VZnTjRZcfzHEuGKGLrJ zrUMxxxEFwdujoM5fSEWUBNmzpjfyVRZKnkeoG7GkYA5xuapBQKnKiXgO5DBZmjcuPXcSFBUD1XB +1RLrpTMK9HrudGbvrcG1/zA9WHbXK/RZaCgI6WjJ5bTrPR1V0ZdnSjh2YyBBebQ5hlJuX4hXZGn aON6KXZ1GRQVNhdwnNeszQaiUTRrbmoM+YmVmkqq/YiJ1WYQBeMihjjsaaeBmpKa4IWLY3vBSyEg KB51bGKChdu6J1gDUQiQ4pfUlKa2Xq85ie5IrWpI444IA1ZhtNat51Ukk1RM8QyGGD94NI8hVVeE C5ncyNC5QZO5w8g2mkDjaG+8MC5uELql7nkoVIoE6JQ8UB44FAGTiaMMGLyVzfJYHSQTNi3DgYo9 CWF4nh7g8+jMdRGtP465enhmWujk6w3sD9vIq5KYFQrMmyrBoPIM1+mB9wlj/q2j0C6nzG2L27oI HNLfHsSiN2mPS5IJ4PImlntccVatduScg1lvohD0UyuVqUcSsrlPld6qDS1lEI8RPHua0tBeCVG3 LIFhZe6mqb7w1wnTn4wdwchO3buSTBJppKZCb7INMpWl+ORH/QfO0QPd4JzFrRujlUs0Ca/i0XYv 3fBYLZlVosAHu+IjEgN/TR7bD2na3YwY6cQRmX2fSHNF4zN6PpWCZoWecRdmkisy2iOtwFBdqHJf BTmUJw/PHcJetCkdSBR1JI0kwz72BB5v8hj1+WIi197KF+VQ1BRj2APIdcFZXGIwo/J9L6zaH2sI 0r4gojJIZaUyvc7qUG7W3mlT4bCdGtGJOsBAq30fAWvMkAyq6xC1pLxYwgKZI213LMvOa1xZzlD3 eYw3hc0crw472bqUcXK3asJMegmGGTSb0eWuTO0Inzc1L8Ynq9KPEkMWaNio5DrJ3Khm77hmIQdG gU/xLGtFmQsJIaYYhBfqs52AEPgluvrH9USh0IfSPft97HRtD42pF6PHlFej6Ye8uS8BNktATDYr qhSR1sRHQuPeMmJXn/74ZEHT0BrjxWVKCjLUuhZxuBsqcakfD2JSRtjQGX3WVZUmNlxT7SePGsts EC0uzcQLB9kSUbBYwcViGBWvoFS1t8tnV+gjJMeZgOsIplLJViiJksEb0uNhS96jjX7yPpTTVxo3 lGIJb6JoEjCQF/BOvVl9xnagxk08dFFtrGtql/aDOZuctZ2zTMMFFUUdpR63mRRUkI0dwWUmRSar gfRsFjJr9zxu0G8zs0inlodBwnnyzpIxQmDVrdKo8ZkcQXHJIi6+kpWjpEe380lhnR5KOVCmvbfO Fv1TvMmN7ueGrS1IAxxzobpWqOKMz9Vxq8up5GCa4Cb2sEGBC2jEZEU5ZSOVQN3VtGfqqkQCC7tA 8fX/70Xabup5atppAC9GtMCm2Y5ULbTWsIczKCVqU6WsdbdWJt7/4ORq72glOIscrvL9S42jRVak fAYWdOhZLNHEFTO010/PGEnAbdY02m6vUM9yGaErde078XyQG+Qf9Kbq5dEjFvvw8WYDatpQI3Pe yUA6tGs8BcDMY2bvsRFdkDiyxav9ny2pBJZ6rKcq5op8WaKhEQjrFPiU3zrdwH6R2BqC8h9F9s3g RK00ia4rUHO9vbE16C6Y1jmEALbB1hJ/e2ilMZVljwtxcHqnJRr3xljCEElMuFkhpvyiqZwycCnT CrS7Q6hSIkpDrmjjgCs3wsrqj8boJgGGjThO7arobGw9GSz7xV9eKimb9tRLPdMF/dH4xxnaKggl z0nAKiph9fyI4L+4ZixkO+RjAmxRA3UU7mhDI1FQ8xNfPRMDF1wvuvaT11PZ+iu4tKDirF44Tk/4 p1D+7hNW98AZfTR4D0SVF/JOEZaIOhpoFfzIRAW44GvrMAdJlflHzUCcunR6dk8TFc1aSgbXLymh nFZ9CuVy+bAk0yE3BlN6YVCcUbCLcpXVk71jNv16xMdEGDHVn+dPRFQXsyFCZmmqv5mfBug3RPua BZpGx3VLzn5gM0ZICDOMIZqYUGMVhcg/tJRgssWCRQ/1Sq7IUJXWA9/rS7WSBI/I1YzjMPBPyEjS WuepjIMXL/TJcwk/ccGJ3FGSnrO4FkHI9R4rK4onUgf8QdBSmi43tCvC7B45WxQQiZENJit0TbsU gbFIRGn5ualNuQ27pEBuhLCGKJcg0Er0tDmuZGKINltsZbtcrqMZkkzPK9LhKITPdACpM8VyGat8 FCslzuVRZSDzDnEHBSzz1d6JOjF2ORvPZSJiaChDuVOBa7PAkpkCcFSJT7HCoQokyfPKoylF70YR qhi+w10B8EVw0WZNM+aSmCIh609dqVhv6UVIorFmMCjMunamDrXw3vipM2MuJiDWUU86JMYAUTCb XhHuJBYIpK3vUR8xbfaY2Oig7nSkAeE06ZZaGLdiFtVBqWJpcctaeVSQXlreVGJFjCfBibQgltgx 2VTIjBW3RnNG2HPszA5GD2ZE7s6SB9s2lgaZfgQuluETA/oPvLKicIvDe69h2aYwiWVj5IBzl5Cm 3E+UJz+/Co3NO0yLcDzesVRJwXDZg0xcO/wZSW/klGYSI736tOgsJYkNXGCxuVUzFIMS7EnnzO80 Ht/lZd0IgO4lsqYN9apzwJ/L6n9bKbzm5fo4OjJFRYZ51sxw1YNgikwzZxkn+2TjuEMY63IZCWHf GdLHJw5l7yWBWUVVGf4R/3gN68kq4SU0voVcSpDnBipJj3mUTmWLMlzTuiyDo4bBoYxsykdWYN7R zden8TKTSE5xugwP01qbdqSa1s2IiUO1eugknGmiibK6T6qBSBbspbVBFooWc/hgK3vyqyuWSKDR DjABYAiNKWdzPko7BrDsDnwhstDgVF8ImXPNAbE/V8rSWE0O3vRZ934tjVVvMO1jHURBaYSDbWPg hVQZcb8kF5Io7CRb+aQZdvPaJGNGjxFeQBFcQPty8KYzYs0J/UmoTSJl+sUJiV/peiwQXZauPZtH G7IQQXpDNk1IbYxlRey2LJ+0S/kS42SSMo2bhyfPSaeEJAkZWlxILroZ4JzQJKbXQbAphid4qRfD KBJQoiGuLxajF3hSE8TLT7qGZIw8ESZTjra0pgjHNNCRQWtQNl/unn6NjD4mLbRl/fgQb2gGsy4n Et0XJmYbHMD8VHDAnh7NZQQ8qk9y4KIqPEWwUGaZ8YR9DJHnIC3oQ6dfPWSQFFtOFVXa9k0ZDcRh Je4WGhgq4Rz7yP7y9GSYHnn+2SvYgDwrWve1C+Ij2MlSKcV0PsjzEdv0Q3l4bF0nOfT6ND5ni5BI 6oGC8pkDrQZy0LCUl1bmTThg9d2qfIV7GrZEXrZDrTWSd+UnnjD2eiVMH//KR7xeJKUi9+ufl0sp Xh+spBPQZYvTpNo9Wfjp6YiHOJQ2S8FxyaLA3NO8SCrzSbdURyztH2DhoTb9uIIJlHHpqo056TKp B8ghYfcM8j0mkHcgwNZ94ijusweCM5fX0AjN+biVQfJQF5CEm188z6GbfjOQlkvozv/Gim+RBQVM AaHDM26szIyyJKlR8zLnE2um5K83bIJk0q82r+aSLKodELXJ1OKJzSCBxbPmhpjhfdzYLaM1eGiQ 0vfAmazCFbTPw5Spsd95oaplU4gdDUF3/lIwYeHgX1kt/ycKqwjrkGA1GrVVn95ere2gKzMllwRT rpULIpRMju0ZzviGCEZLZImZDDxqKTF5U3v8lpSgRKkZ7tZtHfcnsUprOZ9BWIa0Hz4XRYgLkJak IYaLNP3RJt6WTwbgKEPAUmzzAxP8OnI892EQ+iPYXEmbLEfjmPFTYVBc0+M88Z14sxn/aTl47LV4 5phT5cb0yw71h6BlAASDdxpcmnd0LU3UB5ZjJmXDkOEARSQqak+Kvg02O+5TnWUXzgVBzKJDvUdr DtIcZpO1bKEsufmmMNJuUo/4c6pueroIJZTh6NNpAIzdRBX0EY9evK70dy7hxThTWNRAAmPoeKfS 3Dt0Smd1bZhEn4thllhdR6WsOIhMUp7jl2kLZl+7Y9rMS08Xvgw8U0PRJBURVwolahrRl+negNSI hvFdTbMaksJAnEwcxJ59oDOA2P0mit1ZLM4AOgNetttNbOkoNgQFFPgHCFv4sOxuUEkk661MzX9h ZF6gJReQ6tzBi5I1/BZcHSyZEtc83qnFKEtUEjFlaaajGq82L1a6icJ2C/0igHdZ92oLhEcNtSLm QVatfvW5xbR2Q3hiiKvuLQB+/OOQPYCuVX/r+zZp1LRdGu2maJOENHJ7SbpDxNKc3avy4ncPIMKn 85YF3BzRolw7N6LWOwtwbflobc+xyuH+tCi3O0havlOuVxz/h+j6uLXEZt2uFbiotvujt92ooqtH I94e2m8XSsuBhI0A64z/us/loW2PY+pbHdHuYUla2Jzy81ufuvptXc8R2y8MQAZ9xKO9LaqUVgNt h0hmNocYymIapnsoorsttpkFee5fwYcHkkuQ+CCpUv79o60uj7unMum+QY3g0VGG3MroJGkV0c6Z 7ixx+n4eN3h//8VgUrPU1apu66vxTAWe8fT9S+x6wxFxWMSslvp974F3jfr1e7vf7cPBj7vgkf55 i1NqevfYqC50Fwsqft2t3y05xGtgdPTOR+uh1kZTjl9sfv56+JXlWgJC5JZuKRpxWQvhYvzHAUM7 5macWZEjiN/DmhwUDvWsqX/ZREyg9Nsr09Q5ybJqQrM6Yp8PY/tR4QA6blcoXhVz8qtmc3zEnDFk 5cm8ADY1EQj3JC3W68OwnmMgAkJiSKWZS8o9vKn6sTxEl1w27w0eILYO4MW+Eh0SON2cIrczPL8W fFxZJOyngBtcldgEZSfcVBU6mDSULHQUa/gdwgLR5hCRIa6LVvozn6yqA83AS0RyU4QgWbBs3tGB rigYLlIUUGKFSgHfCZimsVrpKehu+hxHwR46URckuqLltvDKfkJIWI6kHqXCH1aXIgSEoDvM6U5B IAuaFbUCV9WbyojVTdQPq6GpBJ7f5tAvf94kU0p+6j/a2zSovgdT/xhIKUwGFsDShcFXR2rIqi6i CtzH0AWvZvBRkkh6qI0RCSSwxCg2hupdiCt6QzzLEHJM8B0bv6Gs1tSdFBNHS9lgC5o1vwN3WY5G pOf/4LeLMjZHXChDAsXF3OUgfDl9kWNKDL2j3KfZS3UbsUlQcVvHgo6rmnengi/TNSFgcYnqR4/R U1P3CunY/2OZpUGcIANuqUGGgd6IkjAViDIIwcdwlQwyitIe7/lW9YjsUiCoS2ZjZc1760AiiPUS B/w6V6aEfroWXaqlCxCZzQ4SaZSR5OSbrZURHK3pHAeuwJhKddzVDj2plJ0gn8GgbpkUSdBX+b9R ZVZi6MmU0516mlJaURxLat5Fb7kGCzFam3v1WKfJIYf1oSqyLlrao2rpSGE6133xmCQbaKVny+M3 Ea4qzegYG6oMV7Iw1wHORuJsek7+S4pomgr4culBAkcwJXEbvFWOdlcyMuCQXsmHuqNNjlDeglKP /23YiJqjyXYc3gTD1IL9m3nE7Kw60DE94UdNXHr0k3zpZUtP3EDTRppb6eUSGxirDGvo1YdzGblQ CVt68pFleqkkKNlyRj/5OIwjeW0SZVc1beVGBmiql2zx0Jv6IZC/tNIUtnTR2TEZusQWIw4NS/RR 2/nuSamwShrLwgjWyB4CVurbTD7p5GrXpiGoLVMc7DCsGXT4kqfIkAgobGhGkNklXURlqFpufiTm Ejt9mF9C4hCh5eOw2xyKF2GsxVGPz6ymJCQxyKYT5VRqK7kab8nd8MSxKgbQbXuuvIpJsi+RVgiy Ea4dPi5EeTO5NmUC2+8fO1TLsLhoyY+A3taewvrP16+Y5olLLZJXADTPKi/6vgumYly3i7YttEcF 94ypLhYWy6kE7rYM6X1roY5JkoqH7bnSlYgqHyoPQY8EzBYnze3qdKIcQXogppbB6KgkQmRxuZQB W7KZ5V1LIZDpY5up3FhrO6v3LnrcPh+G9lVK4rs84/EpaypA/8pbvv5JbJy9Sz9KGxByl8xgx82/ hOTIb32Wsz2klJKInkUZjw+860beZWev5NZHQGZoiPRxc5W0R+L1sDXX0CUUVDJGRchoLEFoVwno lmaV/Wli85iM5nAuP5HXRbaNHLIdnX3Zkozzr5vNut377KthJCbEVcuST5lnbQlXkiNXca0oUFai t7Z/JFEtJxxJWJuZYRq6JDOlrojcAzy1X/r0j+Cd/vr+lV5qJvlR3V+SKu2pW+fkiz2w0wZjeZY+ PBG0prd26ZIAwhIUhZWGERIRSSPJ6oNq6Ls+VCxL4YiFWTIPDHTXOdodi/pEZo+uD0N3GVS3YZWm AjGWjDGe0GZGjuNYPuSiKCEE5qd/rJaPZw+llLXRnTNtzls2XirXdksd6Ic0ycp78aRRur4DvRR2 dCtkMhWECG/2tjVra8cIXOXXpiN5UB69rLrNbO1pE5b74qFuARC5bNIwJCytthDyuzopVfvk+igK KQA4h+6v6lRPbhrXhmi93Gh+XQB9IaBfWfqiqKwTlm1fRYgZ4IC+c3PlkHaBr2J4VElHkORN+Fqu 1iTd580rm+IlgPPsskE0wpq4Eh3+A7eeii0sg7i0Dhzamfn1daXAIInYxNmyF2/aM+UNPGRQjd7j yIiRVTVOoX0XGbFJ4jO/RG/NpTboIkvadIjf6ZYxNLPCu82C3pdLZ06kL8HNBmxRavKS2NsSrFvk MowlrBQmUnSkgYG180XWJRKpnyohdxkH+rBegavsDaEmwTobW6FbPtX+KwivUMzUscWEejgzvoM1 ZxkGoDNIn5Mhx2eWeieCEDiMaNLQPGlTC+fvPX++ejXxNaVACiG08xm/uU90xlqSr9SGFaIQXWqM 04qW+WzaqHKL23gtW6wpsynHcgkzgQWerxsDhS7k03OuoWEJp29s0mnCJOXAJ0jQHVmZhzUaGnzW 1tVqc4mfFOMOspn3FwVZmgvbdWYD3D6hhs+2KzjOIxsMCnzN40STm721kIxkoIPJe3AGCptOCkxo 6DEODIMF+f4pEccfyH5k2FZe4nPtJBtQCVtme2F7uPpL6rd/5AxyFQcKMr97D/QdaLLqW6cNsali MaO5q79FNlNpwcEBmtX608y0iW03OiAb6BE49tFQWWABBX2B+Z5HEbCSY6jlsckm012Lqq9/zWFD 9l/hCDegHjZ6isVf0/wm8jFMvIVOKCrAUEikV9OosjGcW6khOQJ3xkWwORtHEuizIwoOIphoqkzu nkokX2dwrXTIhT4t6ZZMctRqOvNo0J0HZpbQx7RxubrnObALBpa5lKjwWHAG35jE+ebfll8lMG3i Ik/CY4Lkk+8wkkC7IKB0okHWjuusyvOI4HEoIBkwhfTQ4M1rdIJs7zV+4QhWA0PDWM9EkcfyGZjP oSbgiVoS4LewrWoYGXZ5SAK7i1NDlZrQF9WJKHjFp8qwhnOu5WCFIdhl+yEtN2t1TVGBGPNCQvaW JICJ/0oreShAN3Ti8652CBvG622ICFzItTUUfFHa0lwsyLpx1jUqkB/XvrSu+cOy4Wb61Xjd/laK 2q7C0mX/KhTAgZVJ8+/RIsVFUXMNpPBlMGLesKS4EcSLfX17sJCc5Pmv5nHlvgGya91/iGjHhYzq isu6oW8priQcqQIEP6+W7q8TsD59NLtafj5mU6HyWhlvsShNITn9gtmQfN+eE8utCjbvcFmFEcRi ZnImpcCOfZanEibgDRhzvb5l4ywB4xEnImsVSDb2TIOJNDD1kbXu6mdAsfRS/EaDqFqI0fEUjJYp NE/M3vI/LTOmIpSGLIAXBPD1zHFLnlzLEnKJboDCD5K1NrKOi21AkkgDSqA8HJN0scZcPJnTgmk+ klJWtoGwBMZPdFc3dYbJnJhRSbRYHQcsRszL0U14dFXFIL8ohHlyVP5vFJqaCDISAYNEA2+zEUc9 bb6Ziv+GpHcQ7oNp0Y70FcEmfSZN7NGbAjoVmfzsqw+zsz2t2GuhNjNjGhq9WDhxxDSQkUwa3lOx cCVjaadQC5BN2kypmknOtjeBTJX6KLFhTtVjRnavlWKyGNNQ9R2X6j4Hsw7FMJ1QEddzBXFzWLbX glH2443qe1bdup58hSWrpVvAMkdU8GetEjZ9cT2GW8+tNjS9zb/MVZuVtwXOqMTVVLUVOpN6/vZi 95i7vw2UG+2G3+2jSyR2EXlQhhti9Z14fQwwcLzivfmpKxiBE+SG32QYhT5xlzk4AYJZorIIheWm 99vY1hpCPhmzJW5BhmXIhKC00cPN2l734sEcxmoPDnVXXGiymui2nmLtQ7mDwFvU7w9+FS2iit5x agGaCbcLej+NFLFJ7BIIa1+ZYwtMhJOKznvE9S4AynJMv4nnoFOT+RZJMg9qlRI60uja56tlaV2e NOhx1luyov1yc/cBaccUXcn5wAVfEnyydhdzNN0G0NjhaHK5/J2zSjsEbJeChTJJDm2g48Uw2QFt ihpBDSI4Wo3Xnq8J3yXgzrq27CiwOghggHxd5uDcnNM8tIcei/kShiZKEqLq0r7jwLSQv9ULR5Va mN7278P0Vujv9lVEyn+EW/Naz0jUt+Th5JBIMKR43vQNtZxfIsp2rAZX0kqBwfGW9dhWOipaUWhw UpgAHAJQ8KQhKPgbGjdd0W/q7etHw1XpWUXuIC6QJNfuDPURp6VnJb3ZZMyDRxcAunRJEe337iMb 8n4VaYEm1+6mZLYZXPDElDgfoMrqJ0i0bwGF3jCJvNH/za2Ua1hX+2DE31keP9QjTKs01OSDJ4Uf WbAdf4ZSkbKnVN1rRTxmbKnc9lvB1eJaz5xj/9Xc/KjXzWngBklWfpqlV920pVo6UUhvOjbq8rgQ zi+agiXigyF5kGqSnrUOGAEqleS1TmbkKOb9SOSYg/fOsfyqjm0oclrpGgeKxtW4gNL8JACMd50Q VJ610MPj1SXRDB65HycjeZ3Ya10nPDUx863GTkQcanNVBIO7cjgAQr05a/f7rGsVqukCuVYleNNi hP4RBT41HWrRO+pzCp2garyHPK1DlGpWEcXapIL9LbyCVzlVrARZAVdysP4+dNX+7GyHGKi3x0D1 EapTqkcMYejSw2/fFOsrHqbO0MmezOur2uo2B+sfKkLd6/U//SMnQGhtwHCYKf3QIuXL84LtFwvI IAVTwi+XmkWSVPCcxJ7fY5h59dyGVo1naYyffj0KCbJVUuXWJZzNxSZ3V2f+DspMvKsBlJgTBU75 lbS8HKlSfzbX4Jx1MUFQhhvYE5a46uoANWKrZDKODNzmZCAZZ16MkwvCABmj/ATv5fAhsMEz1u36 EAeZqOmztllmU7Va7aVD9bmcx6IPlHMKOrgoP2WKzVjp3Ue1m7I2uU0kGM7TrWVzb6ZFOsxvsNMc QKpZLoSLQXcO08n0wFMygKy/TJ4jCNU9EicbJqbUhaM8Imc4ZXcm1zb7ZjJBBK4DCwzlAJkiFeOR ofGgHvHBv3EvJXCmB42L+arVpSv6F+7psh3SFedpt9b8r0pyUfVsHmcMRUzN2Vph7wyjB2tN7BF1 qutLNhiPIZEwQ5uUseZvKXGTLu6gg4KUXwYl6QyQdMGUaJxDYqb6D1o1TlJucBmLso8SNn3EJVJr SjbVpkWBQDB7WMpEHukakMgERj+5YaNBGXKslewQNMo/X/9LEjFDHVd7kNotrFmC1MhICuMSpz+B LAaSN2JKSbynqUSewelmixv5dxmeVboEQoUcch4Zp6Hu1D4VBwqxDzqupRgH0PWv060+HPn4uKwn l+n/AGlkjMysnGJpPfiTO+H9sy3+TAT9lGVIZKXHLsj2ZRYjv1FHkPigYxl3KGEDla5CSKo4cV/P TC+VNVuRJAAxgbDYpXJYkt1c3SyyWUYBi/r0YfdaM4JQQNRsBnH34IEmmMsnqnhwl6oLpSrqx80Z JS4lEdbupQaqQ/5UIanqWbW5oooKg3JSjqi6ImjroK0IldBNJSq+n/TBG3lHJZeqChUqKr0uSzED 10czd57b9LwqCFKV2V3D0cptlC+izMM02tyot6bG/6PpPhAa2bUoig7jAW6yA/Mf4V/7yJ+mjV2l cHOSSu6QjMoh8hrPFYOwXoyGYUVBlWqq+oLWEryKy++96ryeXjsYE5ZqGmry9yr81ZxdLrzRXcHk R5EfnA7raFgg2b5gA0FbNRTjFUYsALgbtH0blfqLb4/yt/UF86vwIEdh2Oo/t+Z6lP0HlbLNwyBq KxXnQQlZdYmg7V71BgVwywqgv9lbche8qVy13HBt4wh4nP/pUBQbG0xUoR5nKmYYECLRV/3Ge/sr ZH9wJRcRLUZgrUnBIpByQomKR2FdBSV3DQOLs4chaoW4rliKGnBvl4gKeVQ1bl2KVCuntIxCMEYC PVy040R3FEHBiNKBqCCEP/HA9JYMkqZYVpCMwMWVRYcV5Vjv6iGeaXUeCO9GDvJdOF4wXDIMQHYt n9Fns3CDpKjZQFLsqJPZtHe3ULEWeUUU8126plhA24qSLr51oEp7CwAC1eTE8hM8nJ6aZunsuklM JjcHjVdcWDHK7QpFTZZA8vW1ky13EYbUeWlCa/G6U9Vc0iqZtHnNjvcTNsNoroTyakVfm4w2MyHw KmXIutNrFmmevQ/mZbN5yCxxkTC3lcUydg+FFUBiHwfK0LH+7AZz2HdFNYLTTux7F58wznleoXZu 13U2JF/H5FcYCWVw+4u2GSUGjFRI7bMy2CBmU4iAiXqCUknxvFcmje/WqcIlqCUOilxxFKSoIzYv sgUd9kRniPDSmBWyQUOQCkoKXLifOor/GjzpiRAhbJDxrlShqE88sL0Bxoe5C7WtSM1kxb1j7tqD gzKcSFl6oyWcVTPQT87QKRDZ1uQWsNHFv1tBGGv8db0QfmlO0hmwpWNaabtNevneykHCKAPieEZh pRKCmnCporT0UP6YdFWiPAqWdKdmmStTLDHTWQNqRXPBXCGoajbtyXok2VWwq/SUGZKjYmFvrJRG VuQIMAwBJ4ATz8IqYkBm6JqcDpCuxgdExNekGi1KcV1etxqH0lQAG5OtJGT86LquFWPBPNnPmxgB 2BDPAEOU6lG5jLorxmfVPd4eOub3bYMsUTU36LiWnpgRJCm9BhPw0Nt4UTbSYmmLqjxfdsTJFWbK 6LH2NLtyqEl5jQgxLhBef0MPRUGF1CW83mcWgqSNZ9n6fMo7W81BeP3zy5m1ntvNTF/WPIuH6BnG 7DA2/N6tAlfv52JqbvQQZAatHtrKZiKGO9fDaPQH1lnFvGaOqJlx6wHgPEyQZSpNl0GeyZW4Q0BS jiitGrT4Y0TodBhURx4Za73QP6vY0O7vNTvMSOW0aCVikU9sRXqUQlOam1AgbZovg6DdaSx2pnks izHFjQYsbiH8MxcxmMBku1JXvXuf+NCKbFHpgIusRY6pDfGWNWleNkJ4kjxgIACwOlcFIms9TecH z8HyPLKbOoMFxSzTeDPBRgK62CjYy6YkzN7Q8cxGetCvi2AiUS76JAIrfkwkUgKWX4u1QqCABZ5I mtChQetQ+Rc3GC5gD/ZsocQky2LNaCUdOAMVUuU6BBM9EI9JGXomLzol2qGeYYuyYZShQn0dTIns PX1Q2Gc27Wg/LmcSbLRGRoUUbVtJ/LTdvTy3WGj1iqWIFBR+JjGfgPrTs/sO2WDsTGPKxcWSk2Me pTxC5yDiSVYo9rmKdAFqhp5FK7UBQEajjIJxS1LEtAXxNRAgVxJkK7kypUHNJeVlDjVgKFsSKmCt iBvmfvMMgnAgmdtbuHpbtkhgcngRIRyys/1h7jw1n0zaQlZRaC4RczmmikV7zAWpEzQCRig50MaM +GHERCRx2ooYctbmqtA98Y5VhdmJjhGq+fH2WqcOWsqg4ZJ39omPnKxATem1CAMiLdSSyU1HQHnY ZFtQYVJClnls8fZYLvDROcLjFqknA6ylznZvblJSgSygr8kRHA+VpHTzSjkNvgFwUZngJEGTF+hl xuP0Ohe6JD00ITtMv8JfudLMxjMbqSMtOGV6M1Yi6xoi+NXTJEUb2KvZohZpy86GrSBEZgxCeLyi ZyX3BKkcSAmo/NjYe9LKbvd2o5dC+q2g7CdHrTlCqngQucplJURYKE+UxBG5MihIllcXFUGz/WM6 Tj6q1WlCFKeepzgzcUoDyvQJk0ftwCijrhJXnSpc8JjcyiMneO4l2saFlbKAVC+OJ9dSV7RSdTSj EmjpbXu6SIHcvkLIqRLIT2V8YLGyL7NFHc/VGFa2LY9HFXiaJPkERNf34POLUlxkQkGPzgFQI6KP Cn1hBUKVQ0POhazujy95hJDEUlarWdOlucYIJD20S9tgXEpczY1gG1S+jw5NXvtoDVyXUScEU2et ZKZIm91YUQIXqohE7QDpsNZl4uCfXBdMtEEx6jU4RaAis0gJbmsQUBakorLrMStGTLQqzcEsG4k2 o/+3jbIB3WjG9FYhJR0UnPDsrLwBaIyfY5OLjgqObtdHaWp63o4vSsdi2oC0cMPZW5QsJybsyR2S dXVybXhObisbTAm/7oPFGNSxzIIWhV4GmSiVHWTg0x2D5XUz/lxYPsetaTczkkaySnplMBMyn4yE MBWmuCOGzQjZvk4EpEUYROM4p9imJD7Dl9NFiSxCqxJa8HxoYx6d0Dh5iLBcH7A4hyQZhXDXmx68 mrVvQyDGGsp9ul8tjWhQnwDbsNt0pJ5mZIYLCKxEoVr7PYJhuy8AbF+cPkEnlGqrSSuS7B5j5nrB f3YVMhAzg0AmrruX2cZs75Ty0AdqGnCsNVI3g8QmwiQkKh7h04g0u8X/AQDumdCxHy4aFMOhKvKY gn8zOPmoUpfDISUmy8YeGTMM+sQPjjsyeccWs6EMdQGlYQYDLHJDhDkiwzT0gY8yIVpm2bwoDOGa FXGVpTYww4+VAnjzGlUUIqTrnnBOrKUjKMO6RAymFTBjZ5kpVpLXsoO6JhIoBjChUj7O5DIWXQB2 PBWPEBYhH1rVSClKnnSSIDSPNukO/RVHTa8Mlak3BHrQKVAbn4y3axTacCDt6A084lu0opl56RVe R7hShsQgxYELnph8MHNkQkTBsBnrBZLit758UNf0JQckwimwp5WVj9BEIDxBKmEoZI33DSWuThQL 66U8/JgbgvIic90kiWlfbNRLwK1P4gZE9Bb2LjkgBipB8c3ZdlW0XP8QoNunAxFPAnXbiya2eqKl sg/RLkiublB7A1cbijkibxcAoH1lFXWE1UyWvLBFqzB4KESyBFQxe0CJzD8/94xKM9mHgyAmzRn3 7E3pQR1LEMoJlH0WzJ66jweFkFglakpmwCCspoFQ5qY3BTOMEYTxDld4cHXwQkuS3B8WyGU2uOMo zYpGZJBgJFrMH7yyDU7PQ6wsh++tLHzN3zQ7BdGaveE0CB/hPNHmrAzJyjmmyCkLAaKpLBi2g4cU pSPxKOKWy1T/QYGB3lipwwhCSAje7GuSqDsCGdfA8ZQiWvExYga24CoxBR2AFwmhWVaOj+l8yzSl oIvACoiItpSHraMxqRtyIQKLmKXN6CbMlIkQ9zhezzvQAm9Kr2YCUKOmsKcqKJv9NfKMuotu8LLB g0KoMKtfXMTksGKt3HhgRJucgE98LH1mBIqAWndo4bJ1PlakB3cLRPLReWiRNA8fbgtx/XE5a48i YmruOJ+eIc/aF9j4WICxeEnnxUlBm19HvMVxhXONudW8AgB2o1gmIP0Y263eeVwxTyFesBuf8ShI ENxlg10kQl5IRYfMtIQkOqq3X/AbZJ6/JlUnUJkTQf4ZdqJIoKpbjkuRlwSw3xZ3MCSGh2YyHNs2 gkPzknvqj8NaGG+a8eNJQO/z0XmBWZi5KYAaych65N7IBoHdLaB1k/bEJ+EmWc0p+9PRdlDJyWTA x1PiAnQqk8Lk0DN8STw/34ypHIkLIoOmwmzW8oLMcrpKcTLjTSGeuWS16EbeTfMAJO8CHiQg5q4L IZiJyFzPOubiUnLCyBGQfp8rr5meHv1aQ0wZ+vq2fJOQTwEQp3aoKZ6RV7wUpsYdwOc/iArFQj0o YVNBLy47ZmpvBGyLCIkHLmFvIXUyY+MJwIQyBqIKgsmEtTSBeHuOwwKXobdWw/60HN5zoxHcGAkP ybYglZT2TRCxZCsq5KdYT2RIUGg/EurkOFxynAaluemzVa0Gt/RuNb9VV4DQBFMWu3tQfoBtWHha 1SqSLBQjzq1N4+7OAwRUkbkWkEiyffQqjC9wd9k/T965lexDya6e8/CzKaOldS5LWAvFEUFgHikc BVRmIIbXpFXhhpEXuF/60MAUs+PF1IoDr+SitaN0EOT0piMpor3rrnhZakCvzTse6GUoE7e2tkuD x3p1HCE2lsQCJbDjXjuCGBVU6GKPO4FPfF/WcnDP1LRhSQUZgFmDUMwfSKug+JZlyhojQ1mJFlZP Eb0TBiCVWwj+ahH+ZLaULPwPQZWghouoYUMVJUVGImA4XPyH6Rikr4sFSjWKLUxZXE6rIom7RaDs wvl+8xk2gxtLo0JHb702Q4qQgOnMSOc7SCx1njOlpPSKHkXptPNYq+yOMbUxiv7n1z0KmH/LDOQH uiOWSKuDzZClJ2yTMVkBwBat/9rWysG5CVq+NlWtNLfYr8I4F5ebm1c8dTBqTu6ZIcWD+SCxUshn UT4lKZqvAqhZnteAFbjMzpiYQ9tmMkTLQ7NBvHCWFkH4RCZFzR7ojMlxrEWBPfhmtKYCEpg1mhVe 0M5KL13a2AWbbFG1SNTAC0B6jYLkJ73cx3w7GYsdIo1YoFehp+mEguiXRERALXtOadafMsDnX9Vc tMYGg5AQbPUYbKde62aRyNjhrnN1afPepkd1YD7KKv3dJo26+0xP889GpwlA1NBCRA43MTAYyctU gv+IiklNTllyQGAssQDiTAeMcmeqcIiZgPmJUxpP8k4cXiiex2wUur9vs0r1dMxHw4+4U100S+Zp sjNLAlHzkiWCnyqVnif/wE/yJeAZg1wCjwjiHi6Dbcv82T540eNV35578rSuGlNgkB62iSsDRGHb epflqkIBshJ5Xn57ltzKYGQC/LbrwY/xy0ngKwDrjnnJlY7tB5BBZLu0b2OYzshbdUIP7oZe21rA UPjLCMzuMd2Z5QoojdQencKa0GpvYP9WB40pqE0HhUAkSGtXWvJPaGMhkkqKspXuup5oxnHSmN/X nuNI6AgpwuuuvcCv2UdI6FR843qzMfwH9cADimKOhrJBshJczn15XzxnKOjBUsh8VU4c1kRauJvc mzRt6kpivwAx1cw4lFNhHFXjzae7cASsqLY3tcnK0IPicuN4hBDkyDMIBdDFEiBmFtwTR5Bs0RGh XuiRu66omPYBDiQQaW8d76ml63v1CNZsRnJ7FqBIOPhLX9RRZHP7ZizWR7pKB2X9Upio3iy1s5Rg CACagv2gqegSbO7CGvAlOzKpEuVZJ1fYydY+JFnow2SWbFJEU6IJm+wpeBCwAHouTClJqghPAIyp ilMWZk3c3YwJEHQo/ELR0paWXovciuaiMOw3C2uBLGgvKBLHlW4bhliQm5KpbK+gaos7MbcsTx8/ PQYC2rYikAQ0jaVomhuCbLyDXhGeLCe+S+Za5JmB7uRxHTqH3zISJpRrIVkSbxAF1XAPfalTD7jp axakZXw0LuiLiFEGiVCVCSpvFghCoXjTROVWlm4THCBnmpqdkFXUJTYZOVMiXNWjSc5crYamTtZK u1ANrqAEskyNG0IFjiOKydHGMpDTe4K3p/40ivJA1yGNCaSWmMIuylZrDRYJoE/Km3Fslt83QRt/ OJESAAQvYIg5OH59kQQ7T47mqwqVvUE3FxPISFeuH5kghEStUpu1K33kVVDLIAgVdi7bG5/DQrKC Z8+FxlOiUFpRR0tLYvU4pIEHHmPzKeAjZKKN3cevdSsDlL6QoIUZE0Vzmp1F43aQpV6kwn0W0syF G/7EAJE5m1YGamYMm6dCS6CCiph503p4JiV5mCymY9hhhlijDbi9ILcoEvltbDNbDoEubxukl1RA 4ZexlfBmbgmDCXkKPo5NyEXnNYRhORPDMHmI488CsMGZd0lD0a+YMv/eFcYarvYVjE3iT6C1BU5E V+IvGgSfYZuXDeYQC3CiwgXHKpOSD4arS61VpYPAE5yqoi+jFGdCrfVEI+UHENeH0ZaX6iDfkmKR bBTI6XJThZttZiN7w5diRKDgZx2AghrA33+uTUCOX+lOo8NoCZF8JgHA3YM3L79bRk9KSRVS1DFX IZzYWifgIgtyGKNmIBQEoS74jUUX0gRanKa1t8eabIRtXopbGS3bmFGs2JcOGgIlTaS7hkRS28CS HCVmmeJ0TGeGolEIAeaqLcBUA/sI6lmQP231alSyjA0FRBEtCSEe8VbjSBOBdEm0DM8fhwLucOmM Q/B48bElobKnEI6I0aToBSlIg5ZJ7MWybMP2voh0GEWVawHV1Mm4gDQPiQfwKMYwRQrz0FTXRhet 2UCiH9JEeRqHIH5InZ9ZmOxiVIritZsuo0aty1MELdnS5IKjVLnCqw5WcpiY2UjUFv6wuWnjKUNR Sx98mV3yVDti95b6hyzTUWQXqQTVwV/wW6Aekyb37ReK7hHKbw5aCQgrMlAAs0c6XGOmosqYUdCl HrGVFNdJCyPlgZmpA3KlY/TdOLQcDbMqKMH0AQCpmdnOsAIhDtAIbfVKAqmY9wgU+NgLNhKOoC6O R0xa8SKC6LpgNpXUcUSDZiecZBJzKuxVVMiAzLWQsBHBS3JSH9RIl46Uwh89B/FkUaAoEpuIARLT 0aegIr+a1PWtDTGRExHNaMiVI7otjt1IRKktG6dUOJbpjsZ0DXz8DvDCFTTbe8lq9rmZgz/NLzjM g1ZzioLQCSn0x6DW2LRtKzHAM2UQOdpyqIZHUSGKpipF/pkUn3QhbEo6gUf4CVzGDpt9C2ar3UkT qPlKgkKElieYOkBziKAyHL9QxJC6gtyYuRV/iWTMmq9Mp3WkHYYEpQE7oCaRKENh6XAijSaMxB1w MdYVrCItBKdQoJT+3TdTW3NP4QiEAQBeD7ACyXWCivpeiENa6dVlbNIgQcZY98hctpQ1zrszEVyP q9miIjGUh4c6miM0BEIEgEA0ZF2SVG8iJmHHkJOTQMAs4Qsm81+EHJt2pAZldiYyM0cihfYMpLGF PVrsol6RPC5yH+SxKCXvEer6AjrvyKjRqXBhkzi1zCSBd7hI1RxtqEYVmG4gWCezqPpAyjyaMoHe 2bscQODJt9CexgKwcA7y7E+aC0Ed8gNoipswbe217cFNCgwP8dGgYEAfIJIdxkcvvHY5msjjwGJG rGAuxuFwzNBUi8ClCh64mDUU8cZy//qFProFNaEBkotV8Vphbmg8yGNmXY2rGRaSWNRIbt894zNF hvCKf913jGST69ngxRJo5hTFIMwIsUsAIwBmjVsuZe7cjeP6kcxTJQOH0mhAzKckiwlG+XGbWdwl fUXgGVJfG5TN0l3ezc0XALA3WhR7ExiSkwvglVCGXMBVe1AyhpGxEkF9cDKoiT7lRbNmCXQoJteT S3sCsDgyuUO++SRaH1yRydnBhkMiKC6LTxcUV63FJz4G/3ZQDebYW1CRLMs5bdk28nhNCP2qJwp+ 8Jbs4TdHLTyyR18ubexYoGW0hjbEFw7ZU04oAhN04A9ysR4sCB9xrOqLYIWGGB6oU+azthLjYJRY Rpzs3nBk/szDvU1YsbzpxrTy/nZ+tKffBgj0UeOtTFxYoLDQVnwYHLXaGUErRvreAfXjdpBo5c9U qYH6gVVV2YqwPtheYY4IqCqSlMmJVZY5IHTo0YRCQptBUMzM2vd8qSJsX2bBQYy0bZ04zDZy54sa wIlDHohyu60lkT+r7YFKAPXZVGomsImxnnkhhdDrwY5KoEijrRo0KxAxeDgSQ/ZQ0HAWUDojM8CC EpdoNUxGhtBdoTzOTqM7tUgJVhEmv4zoqBLHyGr6p+ix+Xp0aQpIjmNEXgIrWqPraR4uT5SS+Q9a WVubAcAwp2WuIqqFCuS5RbbEAyWKDFlRLZcXp3FlRtVIeRkBQIkJp+sntd1SiImK+/NKtMsqXsZV 3uSfoKzVU41XBQWn3Zoa+AJK+FRwKD8scFIqKOiX1zvVp2XKVlsbrseWAVRA2/clLWc34jJiC4lw p16Mmh+PV5Sv8TucggizTQsup+UFFPJim+w7WnBxowpC4FWMkUVLA8t7VVxBIuev34cTG+zJDAsn Hbkruinr7MTEVTNa3m2T6B8A2zHfjs92gQ6unhYQ1toK2lrttwccKq9sRu3K3J1L0O4sG/gtB7cY 5LWyRriXcASaj9VJQkBxV74oS/2zTiz6r/oiZ5QShnUAGVzY7zGBklR0qCYMlhayW67uMYOGdK0C dMUbi9e1/LBVpqsPC9DjnVaGRFYgowY/72QhFFYsCuZKOVHUHXJiOhtfYTomPohTz0iYB5LGtzM8 xHF8suA4jphlfHKlkhtVO69TOAfBSg+AqCSFCt6UkC8jIt2ukDQ3qqIAAH4+kDbDf32isGsmq3xt 9obIfZBUEmR3T1OiUzxk9gV+Ek/y3IYK5OYTco7izHyilrr13qAoWV3Ib2QTzVcbWEc5mrAwRvRo QMfsiDBE2phLX4TnlK+wyG+RLy9TNYOgZzyFfOTshJDulb2JETgmlip7ShnZFclINp2UG7CgLudc 6EsdW5ovI5Ziz1BDkO5kvYp/qD4TBA7T1pdlQKs8+EKRDIJ7OYD962Rs+rWk+EQ7OZOs94qf8/UZ eq0tpnM65ky5ivx6ne/VJTdRBOmSqJYXbLUYNXvllwAljS2sRHIeBxOJgeGQPGvHrCUHrd0wRfm6 ErLoku/3viC9T+SuUE1qEG8+3nL7gpHCGzebDvtWADFlAILWnF6qUbVsau6MKIMVkdABm1oN1AZZ igmMFRRG7C/WBmGWa9EB+I0qxigG64CFsDNaoW+49KRDTEQf5stP+ncwLOmAak/cpCX/0kiiRoAp ezGhMAagTOvZ8kqPaF8aQPUMYgYopSwoS3pJQoVccouOmay2NVeZVDM9hlTxVvKsPYltWbn0EOXh bLjigWI0IE1bDJngJ56s58SyjoBhYXiZzPu+6jEYGAKdktQ7hYMiXUiP4AsjJqsaSTae1iAmtaJf WsEELrQ+sHMuIcJQRBEaPP5o34aZKoCMbUTh1DJsJe0kINtSLzbo493ud6NDoSFqnxnvDFnIGMMv tJq1PYP35INFbMeRdrRysPoSarO5y1jpoC/7rPLMbigPZuGNZRB0ALlN/sbXmPHz8JzdPc3jINfZ /M5Ya5Se5GLk7RPv6QCNHcZbhQe4Nw+aqf/cK8oat61NVbwdntbZs2bN/R442WGEAtL41XSMP0Zk w4PJi2t2MTlZLmOPAbevwdUNzaIDMIKeeKhDR7sH7zDn07lD3mvg6l9jJpOVvxE5SSAwvw5nc53M zTAiasEtEbHOlUoyCQQKlMQJ0xPBosx8ffbAdV72tzDeOKzQfjC00FoNCD9NRI7IfCzFnQYggOlj OaOj83hAQqIMRFFo3Jw4Idx0qtH5RIsU+ExtU4w0oEFT/C4QCfAQohxrW7PoeFcNLjIh6ul94+dU zEErsuGmNJ6atnmLftvItKgsPbLIi4ioS0CZX/OQZX9X60gkc9+w6FLoVHUhyryYieJdgQ2RN5M+ GkOfbkamvEbKAQRUKFRPmxAuu7X2aBt+AvsciuDL9q2SP32pm1tZUT2zmFATosoghIgQqqqqNJyx muHgPjKFjYaXOske2JCeU22+AdNafzgAoYjWuGyps/dZfR/KA0PYZFpJ3u0f3o2M+EjpSEzUP4mV UkR7YRlDXUtkTF3RGBSrNGbp8QXMiZnysowJv5QR2FgTl3C50C8b9HsR9JWqs00gAKGWriAqO7z6 DMnF8WxnkrD6UjR0gV5jE/Zlb+HGPIsYBW8Whyo4Z/XpjVbJQiOEOjTJ3rFGE28zZc2CYzKb5JuK 8KFDlmrbdbLA5OPaPvyEkgSmUJiehSMIgeMj6PnQhCk3LQpI5qI4L1wygNUcfSWK9o6ZkoNUIexm kMk78rhVZdybVOtQG2k2rBEC7wjGxGarTrBznbBmSWszB0A8Q9l6EEhGCsJWg+LRrtBZrd2FI/Vb k10gJ1npcMFcpLEQhinscz2MqjEcUii5v6Dl9E3ZNZhPxjLRUC6xb4klrsFrTJNEaEPi8KnWVuAs /TdB+mv8aVnadpojit1l+TQyQ+3MS9QOW00NjvRmTgpZ6AJazK2DGAwVkcxpsFI8bg55CgvhBwdV 29mWVWmNhPX6pwgwMSYh94Wb04toT5NbvOxolAbktjCrTnS24oaeLidHgigveICEK6ziNYnabquS NixOx0i+JNJIRSGXCmIjG/Kha8UByhKtEHBPZJSzSm8JTUYmNN0s8oR0pQmyQlMRStKJ3EYjVwhW MQg6yVQaUBQEMDdbeSScBBHASSRhI6Jiqk52ghwhZw1UD1gG3V0pfZa7lnvbZMUq0QvHIFB2Gbc7 HvkHX8UOaXBo212lqZRaOaFKiDTfeR3eZKz8tgSUlUhTlFkM30ko2yiVIdKg76wxs6GinTFpZnKE vc5GA87iZEDTWg9YteML8VVsfJnRTFQZftkKdat6pX0kyfRBUEitBsFUgmS0UO/wqR0WTZYSO9wA bHJt4AUBIqhx2SW1dD1NNQa36bjjgnXcJHjgpc9Md3RL4SsgyPSjRhU18oIiOLgyBIxw6xU3FUwi ZGG/aZU4XVH0aK62pHZ+VFYFl5AFSZ3PxptjWzhmWStoA78S08QHB4GcNYspYM3uwHzMRkQWoMFQ opvkn2/JfKCRAVd6QkA48aSztIkYo6EhOzfPCBc2sCObeBMzGT+atLPCrPDOmDp8LJ3WNHX2Cos8 TCov8G6xozDlmT3lFiupEjCN/VAuk2Zn6eEeUM+cKG6k/mKcgr+Un/li8MVCdD91BIOCYjYHLfkL Y2TyGq8waWWHwM24sAxgFrma0lhcfdaGNTC0ObmwIG8ELXNz0Hf/6s1ChViLvPU4YLNrOZHpmsV3 nWvQapF1tbGePCBCZIh/NajJTCVKojvn0GaCOTiuFIJ5fiCwlrSCNdO+eIAMz7wRP/PhIJHpHqeZ suOlvq76WFky/yUPIo7JA+uYRiSzPslivCVvxkwHvNlpNzSvIbhTzB9IbP36Q1djmJgpzWKKSDTG A4wApN3V+3yVJ7lLhVMh+JFTIF4ItvIhyLC8OXcwifeUDoRd8F5DnWABFZIGhGqKWiFC8q4dYIi2 VFUBUMcU2gQkubGcDIQkyTeJrOje9xGGfigIUZokWjKzyW6hQ/Bve1X6R1GNh9dmA0Nem3an1hnk Wribtfx8f6Hx0YG1UCRW39w56myAWqYGauDo9LbapSnQxVZtroL1qxiqcpw997FkPCJx6iGQsay+ qUXFVQe/tOWLnnTEXEX/PoawXsk8DQZ/m9H1CTi9+ImelKOQjROCqwWPWvgEKcA0K1pAgSMIEKjE Mu+QmSwmJxMC0csKoYisA1RyXpDXQYt202aNMgGMCBPKSqvEZlBzHAhcUJgqsa4oa0ajFPoZIa3X c9JbWGPuLHABhN/qyRZYDZw2Zv711D9PlxDE0MrFiV/ViXII4NWEI+jrr4hb458reqQB4eUfHk9z DSJR7V6TUBn2RPdxexX1BLzjL+aHEH8qyhimqVjgAVg2KmUkTeJXGWG7WWwryhosdprmnnRCywJO tkjvng8Sw608UvChY58Zuuwem6KWIhatcfaKz2LESsTQpwg8IqDdLKSpEBRWpk2yy6RF7GIZxK19 ebZfKVVyb4YVEcVJzASAZZQKwXCQOJQciSLBwj6WvnW7hI5Z8/CLGDgYqhKgm6JlviILA7XGLf8F gEKcJF2poY2sIlWhOqsqf9RdMiiJCD7Q5SPQ0x2m2oRwY3RkkbO80RbxO/9W4osvVVrKVYuAQV9x NtqhE7vpuADYTXywo9oIsKule1Mg3OS9l8p7Z6Isqh+UKxiMyiy+RBLNtfYtQ27GupleWEMVa6QA D6AiULt/OwN9BMGxG2ifsGmr3FAQBzFeNO7uFq6EY48LlcAUQqsGeK3wA82KKe7lVtRMmrTo+pRG geMjZrvlf34Oj0ECqV6R4P02noeXaQIY5et2x4tyGuRE/Fl5RDOl0QBiTniomLTJrQoDmVapRoZY vDJL0AVncyFUolrBYTF4DjaYDZ/zqmBLJAwCQph4jx1NX7mC9qzkGJZAmfNNbDZv5I0QchnyBsO8 lxEMRXpg6s/SGi5CI5JAX58P27XYYa7nUKQL+XSh8Mix0clD9kcNhLJkW1iCfAkZZqYCoVmKDvKM eWX65DI1qRUly0N6zWuhZELT+k5qR7/4FwOxHGxZG70ypFk2fsQ9TjI3ShY1R4qMThk9y906UVax EM7YLYJp+OV7A6NbkUI5SG7IBDVmDHvlE9hyNj4zH1S5AEKqcY4KpfYoAQA6Mm4ImA5kWVH22Rh9 qR9CMERN07AztO074toMpWkhns3QeSl3LauhjfdE0Qtjmz2fE86B4Gff9pvPNZbYCal1Q/+Iw4wt oM2Nbe+r5XKD09B8ol7gxLdIqGWerjH51CYOa4vLWd05ix6K4SuLnIMkyDkIVwKv967w7OUDoWHT hTMSk0CGIPbpjtut1UWV0ScbQz59wIteswooClofjIHM2NoWr6hlpgRJf9zNDiZeFztyx0WDfV15 YeDWNRB64a2Q46BD8Jux5uRuQkrea0j0Us82gE7Qk7gs0U4smfhkGdIMQ9AL8tSSTbMxrTahUVej 14ZZaeQ8iQ1UV3kT4zRVpr3HpdadFhNyOpUaRBm9ehmyrKQKpKLr4m+YFXtHSS9m8372RA09GPws myCChRQZ2VYW8pVpKKGIyZhjvokfIgM+Umtg1LQuYxirkjGcIlFBlGrhbytZfXmKmn1JQaYgySF+ GYhKD/mE4npCQ92P2poFdQMV81qmEfgQJ/o11WZZkiiOkDzkm+NEQQ0ZqaTWLI4jiGFy2HS1+IPa VQY3GOP59EHo2cQzPY3nF+uhDDDtWyYL4JyIwRQP5r03FCqEeIwoFq/2SAKw1F3UYqyEkf+KCpCD vviBQI9iuRTkQrRM/BiDICIcc1FiZDH2wTTlCoGIFmQaFAeiCnaI2I1T6Dp9LaAq38/KJF0AcVd7 DDSKsBf67lrHx5ycM2zRJE03OusgYyg205T+EAVEpzpImNI2BhCi7vJ6eXyK7KqmfvaIhbcsUvLR XdNnZ31Et77L1yDIEMsN6V4xPJMP8GqoOojOTO9eahtBoGwOWOvSUw9lfcuJCIg3ySyjYVr9DQ43 EgIo8a2nJLCmoJdMZubgLe4FTCSxFIhHdrwgketlZJMzkwliywsNmWCdYiwVSjm7StTTOlsMtRy+ uiDidvIUeMdEjEA77eUULqnbEw+XIhCBs28Xdib8/+5ERit/EIUzOnEDhwLDPKzBehlBPSW56ho0 waxLUXcftYagQQd4RhiEaNEIiARW6Ul+oY4o0CVyjfT+9h802BaNK8PAHWMyHhqn10fNxhVvi/cL ysjGkEmCEAlbmQxmikEj/JZj2qabagMVAtk4QWQPHRgiU1JL4xckFuFCng9NGwxnjpYz0iwfAVGs 0PakvEg+xwNiCUE66E16qiVhyxVMWLiReEdmzEzL2CDXF6HVnwqWSbmSiBpKMJbSTWING0rt0Soq KvRN3owULOYiWtTcG2vrgUGitpxdYMfKuFv/QRixwKq9rqFsY0ZDoVQAkBAfC7dVzrVJTcR2ecFi yE3YFK5Snc4ZdL1dAQk5ImvuwIDiOGdwiQk1KLkooK1aoxvQK5X7gJgju0EFj61jLZL3tRdiRQ22 gUBRhvfBFBAqW1tP/IOC7ADfuatWAFHDWozxBIL9Wodz8uGaG1+I3pGN0RwJ2gUBolb0Wn3rWbxO 63K56LQvtOScrNJ1IGKx9Pf1r0dg2ihSg2Lavn0JOUhJZ3hFuUZYXUjoa52Op7CLg0mXhRQrD7LS hNbjrCH65krU+PCowqJogxHPOV2LeMEOAAQYaq0Mgr5guXVRQkhw+h4u4RB8E6oPaVrcyVijdU4z tkxyKA7Lc2yXrGIbG5Z0GDSGtz9hzgg7F39mWfGwpNwKlGHpSgtkDILgSlCeZUjdbX1flEQ34Mov 8+zsI2ExsBZRinKytUwXXrC0iQ3pIgcFgOwmUXBlbLT3CQXyQa3FoyGVJsbxdLTKbvh6aGMVkIj2 C9HFXXkKb5mUAJthp5Deqv06kCcrzWxQzClv5msuhQFPzo8U+8MqeC12zhvlLNSft80jaojQWAbV fsJLhTuagz2U4LP8fcshRYxubhcPIaSXlgM00JAX4w5UGPRK52mrGarqQKTmqU6VmzxMUfZXR7Uz CfGk2lTPd7RdbQ6FYey64StoIKM2Sst2T+ECc6lZvqdSs31rufD0HXEEJEkCGNt9kl3NNPk3Vxu9 Mov9gLqWmWA/OoZrzj1EqmURDrGsX9aMRZd3tPA4w1tCAcHAwq+8VFRC/xKEfMOmzXEdkV3ArXWO OHOalfK+ARaYEZck0v2kCadng+wKaPNn2b2B2tSUb6YNhC5eFP3M5qcOxdJGzm6y//GdIOMUgSsl KV7VGJ0SwSyj98YVMiUhhYIoDD/yUfbrYov4BeLLT/3NFASKEQwVGHRfo0Yo4209y9BzFmwsjZbQ V5ZJZdmlonrvvCdCxgmFDHgSmVjbZuDnHpJ7CBDA0MhH5D8sFREIQrVw3CWQah6lmp4pR2sXeQHN 43tEw7LNnuMpYIu8pvWtM/D1FyAVFEkhHm6xtgAm353/JSkWdAln8BWqIWekYm/ToeSSHCWaSYJr LknVIRU7JmL0IiBj9Knt1Ll5K/0mNg1SeTCJXCgYY7JCZV7Kd1qkIAXg6FZaR0KDj260vDYACKm4 whVsJ9TA8k8ZU8dWoFpkqqRZZk3FwpPOuCn1s/mzyNn81QrVW+WbhXM17zDrqtd9OQh0PLavGpve KZhamaJ4jVAYHPwtYFUY7ihrB9EX/hQcAYGOQM/W+aq+yynO9T4zEUJrabRBqjbr1ppZe11d6WB7 BWQqGaVGI9plBhi0ShXcbcHtph2sraN1NvebLxhVGWYwqLTP0NdY8bs1OV0QEsqsuBcsBiQsDo6A ob5Fbn0zQjAAyvioyHYNTVihsjU0310AjMoNoFwG//1qo29HwNnvDVEE7wEHYgglUh8TM55gj3Bl LUlaZia2jPP6EQzHUzQLsdQWoKQreYVejGuYTBz5AZd4GN2IR6LdHpXcZSsdZsRNcDPgx9e05pX9 Dh6mxVKvT1lCmpiylRbQ3Nqkmy4pkKZNnrLI+ORCtOY+aEJBTifcsr25xrQLNMVGgClD4xAZL15V 0aw4wR2OnpEqNxbVMILt/ASsQcQ3RQPsB89fGvvjyEo9GMi2IfGYoox0XQcmQdc2eLZlU0cBhfAp o2qaVXRNkd9iLXjevrIQOcQkBYOW12e/fMw+MGx7GosBESyhWYZltkUPB0UFw4lyDUe1faSaIYpK dimUzLS0B3bt8CbLMfumcWXchStsc8ZYmwyTwnJWCxmJRD8tNHK71X3191iWekvxN4YYc3VCyVq2 NQnKQRea9TYzV2prPCOHIxkg5MnfOFiroVDbATis24fJ0sV+RNO7b7hoVZRNMdisIGzgScRjcLFe UZ/2RV9ZVgJHcvxzUaee/OohacOAB6LELNfZ1kG42fycJEkDCR5HyV+A02LKzxtEqbDsT+vSN9/a MCwUDDNKSavnNJkkMxDS1sKYqeJ/2lkirdGMminpQhgHu/XletMaSMzChGKCTe9nebLtBmfrrBm1 /38WEbb0d6aZApojPkMWNlkNcHeuaXWGml++/gNJtm4LUoGcvkKHVQEJONNHCLadwSgG1iB8SUA1 BP7ILspUhwOGPfHkDId21shwarIWjAsuzY+vCI5tmRZ/9KNSz6SUVol1SY/pUkSMhB4wEMoCAMlk ty9Cevf6MRKlDqXVBCqTgEu9OhGyOgzOVAbR0gmkC2ZzFhhAqwzOKxSrZgRTDhcCpClae1+kXj9d BB9q+qpLKQEjqAHZmzttu1R+0hAoUzQSSIJe+Dsv61sMb9Ck8ETOiFFvJR7GKZ9PZUhxCKIhEbVJ AMgQY04VlwSiYdpFlhUSWiLj5IGkklqjBDgg5SOsDfGGHJh0gxTvDqpSLKNnUBkTf8LUsG3CH1Wo BeYhEZCMKfWGYOs7XS+KMEyWCT2zHCkvBGg+apNe4EaQ+Jt4RP0Tdlo1yuICK8aCE+rU0AjIjr4t 0Kh7ZZoEAeBq5BJ7S3KzDWlUBjwx8ywrARhxQpmRo1BUksfJkLaYFTuyKkiogDKyGUH3XXDSb4Mj m+/OU1TQMa6FlC75LBc3ASCTBdLV7Nhurtw8d5A5Ag3WACJHA4YoEF57D9/GMG0JV/RnurtWusjW IZG/Ak2ykrYXW/nJU4PKLxnMGXZaV2TpF7TMzqqts3tJZNO1KpeB5PsMCh4DZVuX4ZI6phuyTYr/ nwJIzMullZL8Kw/XhvcyAhrDr5uYbkz8jpPBmoT7ZDAj5TU2J/FDQFoW7PGFg0voIIW/5pGZkiMZ fdFsiBe2e4UpygAVgma1aNbhY+jeMmKd/bMlLrURFQRC/KxE4AokO9KBhyqIxiSuF3PDmOQQoS1O ASUO8rm1qJN3WMLRoC7VJCxpx2257QpN7J7yQ7qXMiUPeiV7J1Dxtq0l0x+4LoZJLEkXCdoCDLuZ CjtaIWX1v9KfoBRWOBoxq/ZAGQHZATzwhY2uIqAxsrNlMgX25qJBRa2llFRGf+1qqoyLgO198h4P OQoQCx6zq66ufxphzIyAb6Bir2ZN6O+SWCAsgQQtx9CmKiEz951qG2GgVzjYlNxDFhlsPIvJc0im Ft12u50OeQfjlo/MNrq+9FQZkqblengi0XEpgJDYI2zZL425bHf7Anc7xziUNk0x6s8Ik3wz8IXo XFTWdBVUMIhOt1MiBYgaOQ6jZAzZ/ygF/cBLQ5uoJ24749v1ourFnToal1AIOLUaHissI03oghlK AEAbnk7YnDX1ccm+K0bTywXkgr7BsCMvUEeWYvcF5NinSezG1KIXt2x86+sU2T18ZE2MK+pXcQBr Bh8B3zJuLgvZR95twdpkJT7V/42KOuZSDKG6rsRX5my1C/FJqQEI+UPgECP8LX88/pGWyR3KIHTE 4HDPhDDK1cirWkOLCK1Om8/KLAeqMfMdRgNvuL9bq4K7mxnZ2T2ShyGpiepZ6UNRVwF4zqRnSCFn M1bJGtq64m7MTEJS5gkOn+w6aUvLUoFIOIXRQNTNbKSdBkXZbqcOGtNC9mMGuUeePRFnUsIy4Omr MZouY+VOqBXNsmP+o4COEOUFecrieWXzHB/3ghhaD54sZoNWakgrGVp8JCZkMDEM0yIif8pofCQA oEMpWGNNehNMuiYgYZS4lYUWHmIGXqKxkFJCW55FQ5JerfFiwYxe8Dgdeh9sfkvStROpyvW48jSa JWmZlXSSBEwPTU+SgkIyFT9RmI3MviKLT34EqBneHHahgTZyo5TFW3a/mypsyECE5jLEH4Y44dK8 nBSFte9EBZcNXyhPW2VALlTN4UEqn+Q++LNWE8u6MIB9L07hNkqFNEbvEqhOSeI3lbT74LskEoMq Q9WjAc+XgG/Fau7KCAKGglKPA+S/engkL6ZPiw46VM3O1lVCXj1YxXgl8uq6uhQOaenmvxunYMW2 w5mrjSR+lJTwVzwhMeAsjdMAOhDA9fLH3sR/4oe8rESF2qQMVuZnNAha0k95Yq5X8OhL8Noh76Gb 5EfpNfIlvWS3xLBIxWecKV4i3gme+wlfEg4MHcBqXjAEXv0NEI1a7GLNC5JzUShAGlkJ43Qyh4bE xlIpgVlyl6DORwBrZYhUaE6AoBKNrAZjkylLjPMS7A8D0gO6WY9MbfaS2QHmglNf3TfDoYuxqWo6 Y9xAylCn2QjnksGh305gQSN1J9PdKtiAdbbcRWSCFBGfkTB1k4LBUEc7WFMmK/IE8wLYaGjaIAcD LiTcBg8QZQcpmGwJzVLVqQ8qBJLBc+XxFR3SDu819ccc8EV+FCPEWmTj1iDzhgdswompbpl/yu6X x9EG4gFCeljDxkY8t0BQhcotIDGT/IYiKB03pxYyI3tH5tfIV+GHzmk6VnTOQCanJAeUc2Qsi3cZ n8wmA2Icg2kEOehduFEzRtYIinzB1vihnDvJP3oDbD3y07JlQ+ReUNtFEm1yJ+23YKwX8UAYA7BO 1uN24mVDSST7LZPFnGy0FzwVQjDIYBLDtCGVXOJHPjhFM1V0HAoCBwBCdPCYBjkTVXMWsS9p2qrQ 9qgIOxOPNKXUhoSY4UjMUpfkvyZFvFWF6Z/3EqfsI+32c2LmzJOna7vNkLX1DqlKsLI/nEs7GjAx i7ctyQkCo0FEQW/c/PvMa9BSXXE1iRy3DQUzhcfSMagmrCEELIcqIAD+KekQAuLdzluATY9AS/bK CDy7GjMWUQu2vcFKxaXsSR54dpyIUVuinmIZcLqPR/qbpakJDDgjL5kCEwMBySfHRS8BA67qCTly yCVULrVnr3AYXkBCq0QmGFMEdJiiEZSCz1Tb6JVpAkEzk+tAZtAOKJgrcWCo2+oZl2hGSROCN6Rh QJQ8EJOCpqZFk7bh0XIKb9iFZOFEpmux+lCqSnSpjEEA5kRVygmeFJkKZ9BWOlEcSaOyal6oxmS8 P8fcgEIX94xDGRHBrQjnc0pE8gt0yYNL2QPUcu5uyIcAJLOAtAn0gJ+hy0EjHzfw+cI4R6VieyCL BGhMOiuDiKw5dKqV5s2tOw0yyGcFqDrsmhi1hRCZMY6fXTe7url/eiVmjl+obt7H7plQObp928Vg 4vduVW2esVAb5zTizSFdukrHcSTZISbbq+lT6hzB1s5+qSSCTREJz4SZC83hjSLtf4upNIjdY5mZ icQn8mTJQgqV/cKF2USctmc3MqQwM4FEASSEXZY0CTG1KWmKp7BrhkoJZniBNS5L0LJnHnyYPCQi +X5TUDFCBbCZ6yoSWd6GwQRwxr6JK1+CUbkZ9Fn0SUrZIrElRrCojoBj3jKA0QNoGW8ApYzxDjzR CbegpfwEUIKYUhhSI/QtThCAaZ8k+RpqJErQfZKXejIRWVMYwWw6yrx5HJhu4gWtyI6Lpdh2VzSD HNVOx9PyMPFLQMGobVrKgFNM5EqtQGMcKBINgDpGoz99zobr5Etfh5YBDh7Cj/w1Imw86BnH/p4Z OlQoBAxrdxm+8Eh1c8vYEQ8CZ3GUjt1KDnANWSACLz7J2LnxSjr0b5iVuaNYcpEBQZwsxBHLHCML HKmLz/J2ftM37BAWFKvFGC4lGAZGTJBNs5+sWBgNYINXzQBUp1cZZXJm9PQeu1GJp4uaGTVhpFcj GzKGChfNjkx+Mmh+QKVPgQT8RKSwOP6nDhUvdOkXB0cc0HmbnWyhoWuIqZ5Q9QNl3n2VJzqNaAyl jAAr8yuZYj8m7fRRqOuPJ10oSwoSDSAkHlakTH6C0QRagj5dYuhhEp2TCi86EwIHm2tMnJgVglFQ GmnBGZsm401DJIBW54xSZyNM+rLqqIV9oCYOKXoxhZvmzYQvCditEsNJtgC7KZpUnO/RseI9QABD YJ9sQMrOnNDHppwG7RRLJ3cYlxkYKjgShxInaO5EMvLsgsFk1OwWDBEhPdKfppu0uCReN0TS2PNZ qZCML379XB0/pvQ6jSBZY0cXSDtJjtMMZZQxUWyFefeiNiqDvIUGP8B5Mi7IQZzTjnoz5qaOzxK9 gBdcmaIReoQqF4aSJfP5iLQqgUQKdRKNkBgHgV9UoGXu3XXooRgEYR09od1KxLoAEJButJdGhJzm O+VeusQaLdHBdiCnncMkt1ggRQ4oYoKkTlsiGUcJU3oLtKZBkIQHDAVOCBOyFWyz9uGSHzQ5HAiS fXpzE3piM2oJz/hHBq2zVvwiCvspk+qnHCuxY8n1LblLzkyVxBAWnAWYSEo+aK5SMFF6W8vYkigG 1hvQtDUy49lFtGVP1PkrjokDgRsfuTaSa/z8coSFeVnHHD7EtdITfdM7FdQyvgUkNIM2pUaZPoSJ WeQ6VmauE+zM83G7OBTYBt7jcjQL0RKMqzZaAnB7a/UCXARi91CZngz+uMFC8g5IHbULdEGNlbqg XoWRaF5eT+UJA8J37joB4W1x0NUkZ1IAmQJpCyXg3jefk2fmv6fgE8qwKj0Ii7hktLk2ZNGonFMz BF4Uof0MphF8vXsz+J/P9O81vUhxivOPVcrCRKbqn8VaaCXsS01GMaMlkvhVIkOsZk8qEEKwNCAX wbPDxkS89ZTDTWQ0cNQozXAVe2NNkOdqp0elONrsB4vzeFFPm7DInBrj0koQOrnvUdAEI4tdjgeq 0xnk7hfj1Uj5jjFc3EkwWYAeqyXw0SEfk1pESh97jTRH6EwHU7G4W3OXOP7diV6FurGhBb6FfcaE chrfWFEQIFZUaStAiCe8M8gJCdDM4w0CmrYqN8CvFVphOPqYrzhNGkBOxJICILPFrAbyS3W1X1kb dcZoAuGWTgEXboxC+Cdd4gX2pdEty5ebMnWpV3zQPpA1E7T7TGFY2mkWC8ti6l6Amr6g8o+HJsDJ nAIDd4xmYIagJa2wLnn3BqQWJBbKgtBinHlWw/y8mzD7ZqZp6yh7BIdBySYhzjDpU1KX7GTRKDiD l2pPrZGOBRUqrG5j1VgunFQBO/rLcUbDNKaNMuUfaEesIxLBLtrHWgVkpzaQSgITpVBPS7pDuJFK 7tBp9tWKKVyUjaIoIERuc9pBFpPUZ4wf6haAiVwapCHH1J/CPzcH2KK/aJLbY10k7CqKgdnp+uaK e+DxPy2IXyCJ2l1NyN+tmBuYwSAKKBNMWTjoINa4WTOX/FQlGHIJZ9ZiT8GPVcYTmrI2Pj1DEVuM 4NBd6DC2JmNxU9GfV3NX4w0fLzgPvFQj5+tStsW94Kz/3A12WKrIBZump/Da58+FaJQh5JuYaU3y z61akprkJchTrmSXHqFyHjQpOMOOjU5+y6AxyREFHXIu9BLimpEC1IFXn6Qf5kuecVrjyjKkv1zA FJQUOjomeEiNSPCpFoCVZuVJWT2c9imNTvPsDwpugEYBdDCV7K6yUlallmh2ONAqDkKTQZubYnoV KMYzC7D6XElbXASqbhG2fVbeUqsCjvhWyCREml9mD/R1GSoRfhPGkJWAgtU/ljL7ZZqALvfJfOUO mYXCrQLj/AxXgbCFWtwTqolbjDmiUroc/BDpQkLBQOhihPiTYz1QAz7xAJFRUCYZ5r4ayUXGWEzu QthRU81MS5lMn1H2kw/LKuLUFk/nGUrVXGEJaKX4uBVVgBdiQAZOLKcnd1haQLI3WUfE4bLBIK4Q p+ii5JsEGQl2lQmN2MCtKSCjFGx+tMUdRCN4MRCoNDh1tEzWDruE1qVkwpa580JCMJLqfrxK+2cu suQYCkNKkCDhAon67gxOo+Uhy8dZVTTBIMAI3b1qiBRJZgU+iw4wRRBDZASgz69SBxN6X50EtFxm 84w4iACnJCs5B42KMfGCiDYrOEV0OLLn1WFMmVT64LDKhDxYjTrO+Y6egK0EzYEiGej7jqGiAuk2 1L641sygegPxjR7hi8h29mqS3nKYWrYhxr2iIw0LXJZkGp+moznp0obyxulwmfnwceXYKrJGRTZi beaEd8WEKUUAJOHOwPC6QzdSh0jEqOoZNC5EpCIT5OqTAbHMhMCBlHuxOnfTZCxDbgTwxLFVVjha r0Qa1hIGxfA8mpkxAUjG7lYAojoqFr/pNr95YIFN4pFVPLhAMwFDzdOb3cto4EYSSVZzqqAU26TY 7mbBGMZ8HNXpqTNikBaAPl1SOSZDzYGxQNGFDA5ZFxGgwClcE2/KyP6WiWNYqDZsToqg5hZZs4x7 MgBO6LATyUrmBAeFH8DmVROvLvqPMqYWdOUa+OnRqYAnpqM2tZpJ1yoCYkLYe0Xz5MAhqSp1udSC EyVvpMEy9jgHps0UQYeog0iL790AV3Lb0lGkCB7Qe+3WLFVKZOdMWoAzzA/0FqyxKzQuA5kdNPJi QYMUmbtmUQ+xs5wo0IM1pmisSUzoU+w8SJB6JcIpXsrozkhtWCN1KbOiVe4ji4ELIBEiZqYwMcsM i+ESMam6VEMziLS2BCa2AYy1Q15/Wk9tME2ciwhc2I6gKt5xxBQoz08VQHoPR2KVKRR7tB03RYtm QPLqb7VEw4Ac7ci2xiMjMeqDsk68xfnkM1ljRjrjwbWSXUDtIBviVAkSEdwyCVHNPGMZMvAR4ZA/ akZVF2BRGdfEOT2PkN+kHWkWuZv0RDQd0CBU0gloB8cWLUaWBumKDzNHPkyB2zlWd7NWi8wGEXTi nsAEegEIMxJZCgP8okOttkpr5e5gjRltbgQ7BpQ+Rzebl+J4cX5PUSXK2AqyrNliCXzQKxMEvJhp eLTFKSSuscmVlTKQqzaYON2fYgk+56FSt4ok5ma0aLGQtGH1jM0uV5LMmMI92UpuIvJEGuIB5krh zRSn6oes2L8Un/fsKmcEviilNQs5KZivnqxmHjkyBRzMRvysHtOQk0UN8g6mOpnNb4w3WhKpuZd4 qlPMFeWahvaggPQWaRK8ko9SS93JKkXIYnjVCFRuI9MxN8iykm9b0Jn0tClbHlVb2PemHyR13RyW WQ2D6ahh+PTXhaR1bWB6+uhf5R/kywbKtjhRwNmFzqqZgu1whEm4921zDDy1TuqchIyDaGZPS2BH xAx7Oy0NeHlBtNwK0YlGGYE0IvWMX8TekBwspJ3XxOEdaUjAYrfZEbcEJMFmjUPSOxBp6LCkE1nu AG6m1fnPyJLZ0czBLGXcZCbJ7H2HqLgpgmmUFjCMgLRv/KCoFl1gGEYCgAgRQd4caS1yAIF9FcmF IczfMfIBgbUBjV/fPRiQgtvkGYHFDj2YM9ojSvS3fKAtsvRL7vRPOt0tQCxyKx5tzZhVDE9XmaSZ 2Zxd2oWrPY3LuLZY0wP+STgxYwU5iIkMII2K1ot/suPImODHAJbADxND9NtLpjOzInRld4GR/HsR WCoDdzoG49DGhrqIJ/cIucVI2y+05E18624lJP60PRHqWvY5OAejrMfGQnfspyj19uLPVVlNrc8i prZXP3WBtU7C1Xv72MuKTFYNzaS679yJNgKygTo2UQ/QaeBZvJ+HEz197glFD+W1W88YYuXB43hJ J1rbHt8XMzn2s+fu6utki57f0d5M3fXn+8eTgBGnctxAEj+b1o5Rh4KWu2lf3e75nJ+NPT+e2Wlb iy+NAr7Opm3LO0IM/k5ICYAqsp1msrrfWj1A6RgU1Om807rYhIluSKoQCJl2Da1S4E5kaL+LmV2s iRgo84dDnsLfgrFXB12Ao8JLXAitpq3EZPJzHePiDvq0p9Zh1NpPMlDFs+qMgocyXQ8AJlz24NgN tIF1555kDHniNnExoWFqCcYbHInX0iNglsCitj722MREzTIVcGskd/chqTXSieoYUgLveiVlOsNc kOSMeXEHaYa1xYGsiFY4FFJZmpSH82LGaYkiYQuAM+FCbpul53dyWsljQ+TF9Mklo8Aih5nzBBlq 8v3CD7+aw7X0iiAbUWF8z2EpR7B1W8LLq6Xds6GsQqaN4lNSnquoCUYrtgM0FW4KFgwk+lWgSqOl AGgEtIgv7KlwF7ldyipkNiN6R/2wGO1CA1rcoO2zkWGvL5mrKd0lj4KEulnaTZ2CEMC0mU2fNldt NruiqGP9EGQFf6HvwrUIKlzMihcP5MwyhQj/3Xn7mcqMf/EuQnRXB4ijbp5ouDW5X4SGCcgzm6wT sfG0Y3FahQtcztCJKCq79YMFsMyzdHxcKJisSBA/kgS2UNaYWXTUElIV1jZFBTxcrQ7mJkgIcFCG ePIT+DzmJKbhnVoYdAVUC4W8VVRq6zfa2k87bgUGXrj+bFwyqIGOluWwOwl1pT9Jb58NhKbINuon RUikU6AMGQKgtftYnafD9rINsSWwKx4UuU3I+0ZWo4RgOWyF3mQ/lzQ9dd2wEKNeGrXdcO4n4z7F MZLZOSHa0zU0jzJ8AfE+FDFbUWmgQEJ3/Etu01VYl7boHTxlB1z2M1EVo1QrM2EsibmcGyohDYWY VJ9YLiKnItXRk8T0rvujlWnyMQloeLcuojHgoaLBIDJvBMfc9cGOFiYiS9qaKYhKHFTKSJHSelei IbTJXnXU1IbBSI6gO3YwLBZIjcKIuYCyZlSyIS1aCwODCEfefY9qlfoMSFfzlJnUzGWU70Fv1E2K euZzFDYjG08kiivb46dX35+WB2tRo2BnljNs7SEXgbLkHkDvfEJgJvcpuq0CHAsJ7icL3oP3zHEW eS4v462LHefcjd2JHnqvisXTsOBtH8wJ3vk51rnjqLb7kWcp6L2bBhEYUpjsDYi5cl7VzPbS539z haQF6K4lj+khT7KEC2smKFnLROAEDiKNHjuDWZ85TQYJM9oLHKETZgpiSEQ+crAIuRIZUYjmEZ7Y YMmi6BjdYhN2ZxOShwQkmNENV5wsQFbBSoRISnYwCSc2KUyA42BCRW2omCvEAGBmStMzdjDNxKXv pDhhWD0ECu3LLHrEX/AQpVWEWxJsD0CxTOZLDSciPH/9NWJToJg2sZQKE0UkiYBVJ6dogGH+A3XL se2cSftSSrRauCsM7WBlFkCwusfGEYcR1IDmfSpViW9ZoepUVTlS5Qwlg3cMFyIe21TVIuWc0dt3 YqNA3jJGtcu3s1z9Llx30SBifmTrfclIQW8W4PPNjiEXvTsRcB6oZASflcPkygQ8yrVgpE7ukuiZ iehbmSgl81jtrpGrdngDtPKdzIg3jFZHVoaZppqUAPoeI7RWq9MBQmhGfFiWtJbGepOdiHsLJNyN 0ZoUHSFpujsVIjpbgmFJGHycScCkkPUX2BCm3ASrFEFXJuoQcvOwJVkVItce34TJT4k13U4CARal Mqj8l6WT9BhOxH9n3cpki1GQLRs4GbNdCrMZ5FYzZoES6pw3K8dNwTIwi2kyiKWIwG3kpLekM/Ob 1FdYrMaFYa5Wb9HYuxzUBN6rEerGkTBGnc9r+KpCyV4bjwiHGVmKKRrOZP3zDkTGjCjV4mZkdws1 EX3Ez+I+pQTNqAl9rbQ2MiY6xlaVNWA9YMcWJCFgSSDBFTkmzgMC7EsCgZ7oOvgXgt6W3STeYMq1 Qc92keiyQy8FTqDou+ZRtfUPblK/4EHxyUbxYVJNQpKBMNDLDMb1pfbtG8koYnGaatFHS8gkB80s 9r6IKzI0WGP9pWArGGVGLdzPduhn12LII+7MVKqCOYItVzrqIciIXCIZidq+WDLrjMpRFdOmGJm0 7BjvM3KgvcmiGtOXUTQThpgjMWjUeIgj+dsCoxMSoDnIfCQKeiSRlMK8fgFltlWhwdiKUmganWU1 1KwiJUTkxDvT59ugCipoaXFFvMvzu6c5So4IJM9fH4kFvcg4qxfAjm5A1eAxNVtfeDfRS8uNtqnT f/hNC6LcDEVYkqNEadRPxvWYs2jbcNv2EIHyJTFugIfKNmaLswiFSLmYrCCKVAboe4WDpjAAkfPW pbe8Jtcp02PhGwQZsaHvKcAO71kUjcHoQw9rF+2nJm8dUgED/hINM4kRBt118Xf2DczeJx2kodg8 WLXMEeQjAtJbF9gSyLhJ6VjCNmIT2pQJK+tBG9zdOkQ1Tmd0JNiobXnF/Tr31V3IoReb0SID8tE9 SBPQJN87TDMKwtE5fdROOJo41CYNJiubkfOemqjF4UZMoAVby6iUanxDwBVUMUXVaDJBUsihU7EN gUQ5l1IGQ5lJ1SQxMw3XRXAatCjxGBdtSthIN6FDxyjVnWuNQUWDE2r9Uy7ocgokI3NKJgu9Imn8 LQFI8oUc07fSBdDUZZ4Q5sU7CWWcibEIXMjmdrxLnvA3hmT8wGpwQssc0OCQL5ETCios1wABJ6Zj VCZFk4HKlxExU2BPPhugkXdPXoMoMplEYsHP1sqyWuvvYxraIBfOemriw9HjalFIVN3qRTXLNg9a morpWgbsDHEjpNdkRvnMIhdygZ0vJUf2yWR6/s/fbLGPSMJDjQRihx09ToBDNrNKv0wJAA2U9RhS 03UpvcadtjtX10KrHIt5AwRhs/mpUdbbUEYoAUa9xtUGP3PoGMq6clITXfejdVlGCm80+rhHoTPg tBtchRlZeKei+wgEQxUCQSIZGNlXLtTIFdKYLpBJtAagiXChS1kWIkb6O8kNLdy2RtCe5xQK7K72 fLG7gOH0QAQE32xI+qFhD9vGqUqsCwdHXc+pEaYje4hWHwTRLmK70pcvoxF0Qetd+XFFwgGFmtGy XU8EAKfjplPo+55BjRuu8mJf7IJ49DT2UhkXcSpIUfWncqegjpBRdXM2EFGJNObMNriYuUBMAaHi aYQDJvgR8EW4adi6IVUsIlb92S4iUUjl2S0Khm8JoZFijZEwrw0zXoNmuetECLuimMyFfpQRMAku 6Y9oZ0lFR8Cmd26Q25ok2/ib3Qo21zpcG0l7hNQp2cm2aqtTUGCyFdiuiIgUlTszIZ5OE5keP59v LwkapChdlfUIk7DzuBpmipgTR2d33Aphp21hDhWhqQ8K4ITIPawdcfpDrXxFQr1C50Phm/kFX19k sPEjT+vFQUtOmIHqzdsRAUNtvOZZgOIFOXEIhI4IdydZSdrIwEtGNe0eNQACXvNg9OXtFX/Z+uwB K9ywaaWi+M6Z0QBGvqsxs4b5yVIKnAh1Eo6Bmrx/iB8rA2PRdfIvGJF2kT36LPatiqDVvGT6pg9X 1a20u2hB2wXfWdcE2oXcGWedSjVPLiB+F07Sd31yuLbKlMjjhkqsylsRC2/gJLQc9QKblUMreok1 e8RyvRfXsO8uyruBo5M4r1yhZ7qrh4JaSs0s53CpMtPdNX7fa8rOU5Qw64vaqx6AYZZ9QUIlFC4E ybq8DNRYCgVIE+Sbrcqn2z4ARX5XJi2isGN1FU4NfcmUAm964Pvpqs9qIfM2c+VwwcauubUCsoxe ql4YUoiiJC9KqWkPuCt9qDqrU+upnFph/aaYAJy+H0fj1Wa12dDKCAK9irQ7fgYM9nivUOBBJLVc jfYwozfKzx2a3VdWRatOQjCtQrGiotpv+SxadjieqQ2x/MqGcF/fBfiHKVC2GrYK9cog4K3wrt4t 0oI/LMql+gaxEPL9YCrqfdFi7eBYiu2NWooaubq1uou1ALwEmjEMG7KP6iR+QDJqHdr0TZGrq3tt jaF6zd33b2GFIsrOsgbJXT+ERV70SPoAVEUGChw6SvhGrWSgk7Crs3PzGG3SiJNwdi6BkgIhKgf0 3V6ghXc+Am8AjJijNYFDogKSFgRaUUh2AbXv/IrmCVXUNxdJadjqPEpJxvGvK5gdpVQ87uC8g+zr 9jBGxZBkLR4HQCsN0ElRbQUj+bb2polx7JwJTHtMR+DiBREi7SBGHP9IUZqhJizqirOYZKZkoxZe oqICtE/xj0ZoVpppcDGwxWDPJanNipIiSnaAjGpQ3MYACHvSuEZqvvo2YUNLwzMMVjrqFU9pEE1E ug9HlhNDqlhorrUbQGJv0hx8MmZDKEulEc3LJmDSMSxDV396ioDI7CngJrJqYvwkjbRSh+4GVEs5 Wz0xaTV/Vq6auYof0oROKkllKiCavUwMkRXeDGjkaAMnBqWypJQNs/RrLSlko1i4cLCULpBZHjdA WXUOp7MXjCp4skkkj6NnYLVxYI4L7KgX/SHZNCVQZvQBp1kdFxNLjMA/H/2CUEuIRyrJrNTSK6D0 aG3L+5iY1CZGSov41zrJGOROlcPMsB9RTXIDzp6XIGDEdXIClKww3QuqCofNZyDLWiCE/TgaMbRP DqINIDLwBfkI6L/IBzoJUmCNRHBJPTWlYvEGKn0pnKF6ZCOs/ETc+IZsXsQ2ATmx6VsYjAbwGJ3z ZSKK20HLKFXrRAfHiWALE0T7ghZtyIMDOYGGrndTWE/0gDa6AjrN6IHw6welbgUOY7MyU5nOIDUB mNlBZYFMQ+QBDrJHk7BhT909nOiC/zfpJj6xZ+WhSAjyoQXazJTvJXzwEplEje8zmh4qZz2zVPo9 qAj4ydHt2zfe5lnUhlknS3WgIts6p9GgcLgp+GM31mP27dbSbyRkd5z/z1KHUIUIoEDANyrO/CLU 5/Uvb3VzHCuT0pcY0lmge59cgM+3MLQ+a+RWOmNcAKhsO74MIapdR0fM2hvzJqogzyfSC+LNxcRU kpal70mlndCC1BmfNn6QPSFwUXCsRqIobZb6khY3CHk6m9nRBbvTL4NKhKJtltbQbPP0B+b8DrDN QJLxvcf8HU4bvUyf3d5K706NRSqFek/stsTbQbfOB+i7HvE3YDAUdUIIspNh13glvExSYA+v4DUB 53kEI46bKj+YBXPDhNBDJxeBTsCwIhxNFv0QN2qgIpKmKQChbJidCnqTJYcPh9M4vj05mcz5xtSk eBFE8hY/UgHMwg2NlTv9UtVOqoyiaG7VlxEwexpYnmuKGeMsDx1H4MrR7aICfrYrG0mMqJ6ObKnI udRZ46zY7Bj3UK6nVEE9zcLlCgjpj2xZF/bPaAmALv8c3dAWUPlRNiTTJAcBFlvYLHlr1t6IzGfX lLOA5W8mfe8DLtEAlzuVTY4vmucI5mYENs5o4SAFYWSlBvBCmngL3vptdcc0yEjAMndmyEaTkgGR VGN6oqOXG3l05M1zEcJYX+SgrY8T5zpn33Qg8WhMiorhXIdbj+rQBoKlGXbAXRYgvhbCC63RXuAe ZTgXCUBh/ceLnqOaPKFEXldTt8Xw5/KKF3IOQxut2oLUchmPhKV0rNygJ2wd7Sh7LlEqcSkrNLzR pL0yiA912nbUWN9QHXC3rVslOy28tlvGpJlgtwT+XruITW4YkH4v3zevr+stwQFKfSULJSKSH7lt ixsTA8gYIJRCvfJdlYklLIUYLTd4QSbpTcsPJYbS987JBE3e9vTO7Z6ytjxw9Q2TUhhjkRYUkZMl HCaoWpwgViEq5ZZpaRPwFfq2iXcZVRTpl5L4r2pR3gfoSAFZcgpOg5apYh8vH5ruqcMDt0pVt9vy DvMkl4BGIQJu2NQnVbIJAUFRKcTjMYQauNoBQQBBcJWUVzTDFbSHRtvr8ibuAhwqwHId8zuBhPYV KPRQEwSQOL6iBx5UBVp9owgAXSjBCJUg8aFS1rK/GIq9cRhHABS2aU/WjSI2HFPA31WjAHc/FSxG rSoewRxNcQOnRtxS0ZLoKEYwVDv/dfgz+kPXmtCSXB8FDNAic1LnUugKL2hBCqv5RBy/LahFzrZZ iQFU2OgZRCsb4nhsImMpYIJKBChcAc9Cy4GuTY6pkAuygA+zYg0RwpPK9hP6NG7H1QiCOKZdsjs2 IXjy8/MqMEo+wR/RgkCzFpWw3g1TOIy2CoTLNmC8gEXlJbkzLMrEnG63AAQAsJEUeospBtYt1xVa iXGUgYtegxamqBF7yP5EyF3y04Or+hxCWY2Li4y8muEx4xUqUZ46gIRcRu7krZ3MVZ7g22jqkVBJ StUWfjpSAG2TwyxMBZRYEPR4i56pSTjOxqSPbaxEBQWpWA8qXY2VAlQHAl/b3k3iok19zE+YZ38M BaNUMTSoTBYGqNhMg9102Lg0JO1XgTk0qR6VEhVs7yRbIqF3xoQ5d6MoNyFPepMZbzSmnQXo+aDC 9ow2kiNX4gF3MBWFmpRfNkqlLxOFNKaRT2hQz0Qt7lFtwhMDbU1MjwCopskiGcrHqcdWZrMSVpld hGjaMS+QmCBSD+kQEG/DAqw4lawaGDqY0kEOxsYwsDZdUug/WqHX6nbuqz1VdovDWce6xPRYptYK GvO+uhrpTaJrpeacu+hLK05oDjNvbhLFn5CsvJddQ8YE3jCgVDfDHOsCwIxK+RdGNhxwGhgx2hjh 4UPv4KxIBjfbilpQoN2GsikUc1ouT/yzJx1KDKc0rrmabkKgZ1KRc8ktRDk/W0QFdovU+JUvSO+x y3yA0jDOEm2s5BC9dtU9AeUsJTE1dGGMzxx7k776qE0gmS4upzRpis0HldcSh8qDGBTRPE9FE7eY MjJyU8EZY+I1edd6y70E4I3IA/tLqe8lIjWA+yz2G68805kidqz028srCm0MmvZKUFJGV4CChNAi NsZAl0qPSeLgD0yIJ24+Z3mq64rXMFSlFOuLLBKF7aFCMY+cEBsqbz2hdZitOkTLytLQx+a5BITY 5rFWrBZjuZ404Xqupqww7aVCqX98YkzobsakaKigKs0vle6WufgkS7RM4Bxt6XkESnUMioBFLCly vYIfo+FeodWt6Jx384ZEVqskTdVYUdedxpxBgO0OPEE3q/EEHtkRp/w0TciAuwQUM+iWdcgBBb/p ykSyG1Xt254nbrToz/Vrkn+sFJBAziill6hNBitSpwcbmZCjeNqb+mQairWKDSrBIhUOdzoLcKHy /flaGhUx06rFE0hlWExbJR/msYCSG2FyRHZMkayHCxKRJTLjfcDQTnegydMGUtZmp8H4QI6aN+i2 vSTHsE66aRdGgMD7EgG80L6CeuYhTEmO+FmbVLRQQ6jssvdQyC4Xhneu8qFPzBqVO4zOmyrgwZCy kO0cSMsVnQ8JMf/CCBIWj5hogSjYvIm9kInAWzxVfm9Jrd3sWRn6gFC6dYWsoEsaKn5jmz3m5kV1 y7TZhJQSmIU2vo0U2JHUGsoMzQhkqBBmQVv+m5nQOfKyfixqomqMlMggpjEwNFOyRew4GQ2Thp7d 83qo6qJRs63G1uEYFZyNg16zMEQ3VLKfloAinT0gCM4X6k7sI4iBQwYOWpJV7VoLIWAAsBSCDein TUPPLICWohdHkfYi2JGjbSiTZGO0PlUyQTnpe4h6b9d9SwZANm06w5ISA+oPhBwKLQVOx3GksFp0 Z0l5aUzhmjxXZi5BIyoyqdQtSXCRQ66mWhhHs5Zsl3vZ91L2Lb1W/lNS0EzurD+nCjZJuq48vkhM MqyBU9lpdnm9Z4jOfNApiZbXSNKZJLAAW6ZNhAlpJc9iMpK6UoBkvm1s5JfeM1OVBYZmNyCr2OtC sJlbybcaQUUaKV75O/vmYuUUOFVCAo/Ev6+w+b1V26kuscqV+k/Vm5U8TCRLVbns23yap8rKiuHV eFb9XPUF29UWdhBQZ51Rvx5jr5oxUGGoblMxyEU6ii+nquwV6KgneVRHigbLXNllMJedZuTWgJ1a oKNWAO9V7GOSjmarfALAj6tt8DOG4RmmyK5MVXG1gkn7LBFUSi0LlldXo2jw33+KJV1X3ID7CvU6 C6S9j7kqt02aaa0iLiau4PX9dUeUYNVbCl8ljBTI0q+/9+rDyptVFdCwSkzQomFJuRI4cFqYAIIN yWABU8a+kaopqf6ZxAXflEQ2NjXarSqFXAsRt0xQaTFewmNUjf62hEK22gu/Nuj6xlUjGvDLwgTC cnC5lYKliWWiyFd2bA8S5nhwJFpFLRJIIEX73cg2eKW9uAbMiq5iptgUxOhoICJAfGMJ09Q5BpkN ihBYTo7Kp2XozGJSmpCSslnVs1eZmWAYlrSjeQUR0yb+4g3uNjXXz3QgSeaZCq8FFcZlGvPXnY8E zt5rFtwBzSx1MecekrwnWzQPWPQ46ycYYXtnKrLcdNBoGduYGKZwgqotJ2wNwMPZu9VwMklhvfpQ jPJohghNR5UY1QltK2c7voaLWrGUKWOiVyNV1+nLYoDZCMUxgegmyxPyZiuw7HuFHJ0HqEpGKIvw iQ6ijUx1CjJAanipCMl/5Rbteyf5i2bJm48iw6o9kSLVYCy5ZCYNlfw3MhiMjf7SOq2MChyTQoFI mJUx//WwQHY7kc3rwtEH3VNVCg3NNObz0spRMBlzSwOKnBjn0Z0K5siauuhLOziCZLxe9K7v4YrI IwhhyYChKdnTIBAJp9htgmcrWmCJEqNFvULEut1kqdZKW1nW4AJvX1aVzAeZH8sRYGZGEvgcCTZl L4yDPmakv2BJI5iQJLAuIFc81SnbpGxagpJVykYgSVGd61trDdHN39JDip/e9sBLJGAQzNe6A6+Q UmOjFYTK43rLAT00dM/eZIWQBQEBwtA9Zu6sSSjwAqA2SZxm0KjGfvu63SpIG1WhmDlgiDRJKis4 e7oqt1DpXnX3bpKqwndm0dNAPfTU+unt8WufuDVdU1ejvvWkkJr/9+Pn01NJ1ec5kyaCW2unj4b+ /fv6tc4ABUuPfYfa7c+6sOEZ433DGrjO2i70r/fWJlw3qgFvDxMAG34WF34MuEVe9pNPasWB7+q5 LGsr2lcZtzzR4K36wuF6vT8sqFv01OGf23y0L1H7vFdCRwr0svShtM7053lCwS+wnf+fKzlYEhrl ZEE1HiMSjn3f3nEMK9MIlCR6pIK9kqmRpRSwcnRswt7K4QYnJ7xgFiLniBIkAVLQCwaeKt7N+JOD 6FlBHkamNBE+ctbE8vaBL5ZCCA/L//2nQc32ZXUFIfd0QxxCqgnRx/XhLyZz5Qs1igdIvXG7noEC XEsqsDMgmFX+IZ43LDDQKfmG9la7NFFwRoh8gSk+73drha0ZaTZyzJwDur6hWRRipnxtVMKKCLgv nshkte1/FCt4yxJl9/L7yeZmMU2HI2XCOZHuInfRsuA/a4/WocJwCWdNknXeui4RYt+ofw5Bkpbt 0b8F0ZJKw8z8LailuNQ9U8ERSYiM4cOMlfi4LMk0VQWrGhQWb1Ms48JBKKwJtku4XOZh8mTVK8wr zdCa+WldErlBq0omiA0R7QH86WtTlFm0N1gzao8OKLDSRabMp4hT4WtpjiumyIcRXXdZhoY1KWJA RC7GwpmD9FWTMSiXNrNezSECoBtIK8oJv7Pe8tTyl5Mcsd68BBmuYlL+Emt8O6uXzsFwAnxMCNeu V0OzWwBdvCmarRkDblhrB9GrpL1BSsPxYiAFVCa7co0Cjul4uG5ltTl9yUe5SYwFwPQmQoC2k0kg zs43QgXtDk5AXgDtIulCZ7Y54HbGNDDQGFblnsAEkoFiFzehyK35XnXAF3Jkb6T722uasEWY8rl6 9VSvL7EiCMnFxaZKUcRwLwOPVz1w8f75X5NF1hYRtgVOD/lOJWirCR6GlgYi5kkrUWZJnVlLiOzE AoA6VInh1+UFOVwqUDGarZiuyr7ctFNMDlpYlC7Isju4lYDbuWWoJZouNOJLZZmAxhdJrtRVoTAC PtlYSUi267Vtcf+2KAM8KMPbiR/KQ+V1a2GqniuxpS0im09RqRWSUj99K11GP2WgknqpsNEKpYJH KQB9EkDO2CtAJgO2u+mF6ZAiNc1UjoekPQbSQVuupf7iLpbGh4Qp+a8iIaMsAbToY9ddZTCwuQCl 5L+4BFxVgMlYBEpEQUJYmzKWGVoTbwgkggINoSqB6FuiG6iwABsGvrL2EuzkKAjdb/VEa+W1QwPN O+O+qSsp+NoFwyYMbf40pz/6HlaWWSdDhPDff2BOFZ00Vw21ZSMRbxSpO7orWNFEo4UfS9IY/I6P xtYMQFkF5sWQ2hTvBTzEAzSio1q2yvDy8XTAzXhMAY1pGhPqs/kQDcCpgKmVYoKaGKXUBspkeVTf NKSLGttRHDnwFCiAMIxZqkBUSzFlLDYkq2J/Y+TRJTWhhhmvNK3aULKTcoFCl5H+9cUzGoCKZK54 Ih5h1wzCJIr9dGhw2qRmW5BveBMAG1+QYv1UUVomGLWbjcD02L65EKFSWPaA+pgFAKRkdiJzFDSz KLojqRGA2iJa0kkwmuoFahEwgUIjfNfoNUsRA0A06kZJFEtrBAnIkXr6SO7JT4PHgCYDkhupyoz/ NIYxZL+YIJQVP5srZKuwE90WOkla/sgm8KU5+N9AmaYM6dQzXwwoo3qFse4TYxcnepyCYRKLIChr AgNkUy5yVf22wmmBMaZpgkp+qgJ1akPJgRknTgjfKhvw0CZCOwViCPN3oUW5on1amBXOR2irKxLt vIJKPRgOYHzErOwbwmWADmVCIfdqykpMrIr/KJA7zhCkCK3jJTBg7NkcMHK2Zm+paxIbFnS4QiG+ EJVQYG06/zGlA6dVmDQuixnTJxiZI7eiJiTik5uFNEDgf3GckLlleBMl4JpGNBQd+CxSqm5YbWV2 CYlBeqzMjN6L0LJMSnDCm86GzHlVKrQ5eVuOwfaafAYkf5n66Y9C3jC3bgSWvojoDmQIZgxzobtS m6pqHZkLrTBo2SIzm3Jjd/YOxB5jL0oYYAekZIUdMXdc86d4Bi90ThJ0TFS8z9wQFSs7StOR03Va T18ZD2UKmCINgkvK6gJ3wFRhqHhy+aURwR0ddDJd5q72yJG/Nj9Qo5g/MnSfY30Hb2k9nqZD/fDL xKv2ypv+/liVm/uIvxGRyobLlEwnwB3uZCKgEFGgTB+qyZrJeGDnPQS1RQruuyQ/RrMgwkRjYgfC Yl+eDACmNIM4iiAly/D2L6uIkmhjrggXC/VlzcFLezGQaUitMSQWL7LyeUgTO8yo6ODyxEZb6yNJ gGsAJ8sbypiEPcJpP3lzKw8Ifvv6gyMS6WXAGASXVpTqrk/UlTFAUliGJxqi3c9FIpDB5J1L3aW3 Yv/VCth48b+AXl8VxYXhbiUUcCqbKBxHko7NUzM0DPkphUGZstIpe9gsABDrDY2C+4jebDXJCPjh 6OJvVWn38K1P7H9MqnZhRAN3Fe4xyWheYea0RilzNE87CxlrQfvchKOllt4ghWnjShex61INHbMC ar4JtwNdRICryZWgijCOWOpIYGgKLZQH3Q72ICkcxsSe4MzMQs4hkNJIgfxqwUQMfRo6ZY9xEW96 gU6C/aALXm/SjGlEJhmnfJytR5KMebYucQ24Ep/kUz9lFMFT1DliR4ozVtqlsmZOfihWtcE4RXkQ PfLUG8WY2TCaPI86me43ggFaAOhscEjE35noLQAcNR35SDvpbhD+F9eMW6HKnhV2joQYob2+SRqY JIYZMvd5w1woo5YyxlV80Zq5KUiGYNlLeLrILiLAVi4t9tWKy8GeeWUPRnFX7KhQocb+4LF+80y4 agrenTMqVp5pr5qa+honVLbWki9zPz4SCs1IQhwKQRAgfg/FsAknn23rQxGM3mL4OV1aA/kInnWj lvBNDYU00mdXzTg13ghoRe9SiFV6U0nRsWSfeiFoclgfdg99+kYAtDW6m24lS1whqoE/vbHAkU6M yvGs4qrJtG2ppamja0YeJKJxGG5Agnwm8pG4+oiB56FaLE25FFtoQKdYuJ3OkvrqI+Av560EobZi mEBTJfFW9YZJCDt3g7faRHU5uuyO/32NIzvVkxHaTWyWgLtWnAGIk2g2AgRV2yJd4al5xuWol45S +pj2FCTMVMRQqcvX4VnSiMtJGVOAHsgJytbPjeRCVlUItu9Nhiw5IxGJm4s99/SMeQhrvoUfIJFn 6FYLTUwEExGv+IWUXgsjsw/cBlVwhY9gwGODrk/rlQ/C/R7NizmIGeErODAarZoVAhmfzY4JuTNj NgAADM4p2YE/m1gBwfzo0wNJ9SkVcCGxaPdACpkeZWPdL8CDTpF2jtrwgEmlfNOcoVofjnQcr2i9 YT5eyrxAGblYAYFh40R/9GFxclm4TOQSwQKrpKGNKQNnl2qNFLNNBs/YQD/2kDvxRwljoxojLhzu 9pbZn4SwsbxPXAMuM4urjvHJypH3UsVM+agUpVBtgWiCaCL9VHMmpsCnFFmksQZWdU8rsszWRwiH iZCr0ph/1tkyufxghApFg6MkuAt7qjyPubTLpBalWsf5bdMRFWi5siWqXF8BU2sLNFfJrnqZKT1c UL1OXc+yo1oe1VdnVfyzs5o2edP2b1XcB6+r1qoy6UchTwWyrw+zqMXh8iapYR/8MiN1qebXbm2f tkRlP+1KkdsGr+hq3anCakVaaqt8qsTZdlPW4/v3QWHDPG31EsUwwPAGLwAYGErFdFlLQ1jH7Amg Ss/Kiyv4uLyqr5VFxckfFWnBgbIwgG42q/OSir6Kne6qWhvVhnNdKqGbUZW1AnLnpdx/7wrLf84B s8888wKGqxE656s6vJKs34rLqrO9KnvqJKJR0v7Wsnr4ve+oddd8dwPdPTzVOua9Xe5VyW+mIyYA Ul8NjO+fR/RvcbNBRVA/X3+WJuFQOdc0hq0SrLuaqjdGiFtmRx+GMeRUUJk+XWIotMDcUoKyvy6J A961emB5AJyhA/2YZyW0o1xMZYGgJxE+K92jgGZgjBawPE+aaId9DIif6siYyg7apQ+A9t63mr1y /richNiZH7XiJgZaayWNW/3c4m/b9b8tN+ebMMb5bWy4ixNpe9Ft9SfPLG2ahasA6iPORhC0ioAt qG6V2Yc4RfglFISktZzV5S2qaDm/AOhWXdCC0BKg998HS21OiYwbAE3O11rISJ0Y5+wYr0OLaP+s BzuXT0+Ri7W9rzqQ4cmFaZU+8zD6izebS3ifl2HwyxE0WRjDSDaEkShocTg7niPeYCWhxao9AQ0R n7IM28AcNOyDOFZcZmo3WMgZ/xzcgZGnz1SBo9W9nFMQ84VROyIwgs1csd34xIZh2ZZPxVFm0zjm PgF5xqrl5iJ8hkfw2QiMDSOd8cqLVFcHQps6ijFoMSMj7V3AoS/wkdrIfCHDZqdMGKFDySMzXojA trWjBr+L0tzUBgGxgnErRQNw7tU8/Ia7GOR/FJvzqsxQwV8klrvO61XvYhKX2IWVpCiTvBR1ppxg ZLeRi/sLJBIC972LxSAsEBJ2tUShI0iRyiMU8YwOGyqS200xfHSlFzCPoAkVbApRGa3w858rkZu3 swWQjHQ5HUoUI4RRq8lGatmoIY1iNFKklmV7EpmJhjoRez44MQN/+YshRm0j1L7HzzcHopnA5r1c v5EbNp8+x59z5o7alhblidLJlMvjtAvEokJYBL1CDh9PmCe2c8Wt3xDd7voJwp5wXjQCoYaNg+K6 RVEkP6GMd0U2KQIUy68TYeh2gAkee3UKuHEpHwATheBzB4tFEfgca4QT2P0fYcqTRjuDVzAZ4IUj SiJzyWBowzkRBFD0INnRzRsihGmCt7JauhFJtOxRx0Q5anNMlkjS3IxCzopjRQv6lDSXcTEbxjFy 6sj2xqOIbRYwbY8T9BBQhBSHtatcegirnygl3150447jeVfVD+WyVdGacBPIwCE8SWiYKlSaaXj7 SF+3VdU3zmOEPAyqKBWfXfGm1Rqz+k1xkazcJGK5PuHRrsWDSrIAIE56AtJEevhfpHaMX1WhUj2E a8w20Ce81f87i6Dw2TpC1TbYxJwgAKDR2IQqKjJkgvBqUaK5+mFGC/r8TzSiOy1QfZVjGaKfYk9v IUAThYLJG/EycOGh9JCkYXDalOXpgKeNTSP+x9OdIDauK0kUXYYleZZs1d//CvvcgF/XYEskCOQY mUiAZLXXKrHZIj4SbGqXi7ZnL0DAiFKMCWwewDIpsMyPvjl++KkGKGN3Rs2yyqpOek9BMqL0SE+n pfb5y4QYI83d2LdTRu/ll40+pegfZydrzpl8zhKv7MTDOAwBzLrOlJY2DEv+XeyTVZRmtw7xz/q0 /GDD4JtHEZiWti9XVVPTytzVIhDb5QRiwejt/SUZsYHkyYPQ7owreUNz2Da0G+LL6/aiK2o9CgOx E/WZ4s0tqUjYYjM55gwzgwf+ORTKjcA5/p6HnCyYceiTk0Bt8wsj61TSSkgaiyz5r1basRCn9F0I zftcyGgaFGpQ8VQz++eWSmTfhJKaFIqFCfxSKMHpLPsxep1XKSEJvHsKCMszfOhEzDhlDjxQeyEs 39YDPBh2wdgKYjq4BpJeNYUIWMBnB8s9349CDabyEDvrMsBI1i6WkjCQFU/SpEE8eXJ3c9FyiHSK T3k0+QcgbI/M5oliM49qamiDfBOW9AyoAkDIwWGDwyyNILSixEzhjI0RdpLN+ZMp1XlSRvgxP26O cr6ZbKp75OvvHgjDP4vG6uS+q4F7f+pWbSxdtcJl0bMEiZkNqbO4dvyG0GEQKlcxqQKtBQHzS83J H42IxNAKUVO5IZS7E3JWxxjgHiuKeDbVXNLfzZfxkiki2fM69GQsdmvxh53PmkvQsCuOxE+SyqKg JQpNPnETzBjr+91z5JgTh0Mk8nmHBaNrAh0beiZpS7SGqghjp2vZypslnJYykz/i/W7jbuJyHRHl zQtUk7cnozpsZAlhfBOP3ewVkYBFYqLyJTaJn9zS0zw8Xx+bBkn5LSXSvpSzy2nXIadC2nP6FaR2 qNWqFswQ1uPvmsgv99S9S/Kr/mcnaatVDFIkAQ/AbzWf+upRg4bLbbIOfkpoGVJeCPrM3rCUR/aD 35dh8srcM9EjjIHzNL9ks2U+AbjUvWYVfkEr0LO2IfOG3U1FRE9ZVXMWodVPWb57ZiWVprDmONIY HVTYMfPVrLS9yXJzp2ZM5jlPU2MnmyJ166ltNuZurukObShiYAG3GaSfJlPtXDKW6c9qSPYjNnmB OSZQcmPTzR5laa4BFJqz6ERP5glNuHzTlYxAV365tP2xjqAGRf6ZcMHAdsN+/zOH1cYNsyYyTpnj 9Le7mJ0aSYhBazPVswvo8Ww3nHmiudI/87E2y5isNeEyCbbxxgTPJc3+0Ol0lMRQM2DzYY8mwGOn nHjq87HtQD3WI/4apYmYTWXmW1g2jCnntks1kuOxnvzrzhR4c/G4MtX1GTumtj3ZQ282AtEMOZvl 1ZtvjrZIZJ677VXN3B2xGemxnptZY7kZZrS06bSJLZY3r+5ubf/wuP1RZoU9PYNC2+qFmqRPB50H yN0tbcRVCVzOGAi5+WmzINNiVlU5BdT3SFIZRNPuMsGUQQ5xjzOn5Bh0PLU2kTZFwgsro9xNbLrC hWTrAkC9HnKCxMNMy//TixIQ42XFssZmqr5a7VK8JyX2URdNFggoUiWBhVUd4CKq0FLRIyMyLrN1 BRbqClHtLO8+X2ebfbO5Zh48ZnvZKpvNE7GrEDTjBvvlq8Wg+9srfvoLOe2E66EN/z+VEFjEMqrU PFEAlHJjv2MXfkmIO8CLVZVAl7/a8hnUw4Ce7RCsJWtHPPi23saC6WWI4bCfEuOSq1AiFCU2aMMV ddsTOqtiLX42809GH68ECMeovRBW6NdZ8xqoFbYMftAOfExxUa57QgpqAh+WQHjgDqo0NbbDnxCw nVzn1b2HAvdqGYVqzIo+uqPMEGx5QqZx5Jz+tE0d6E+nzClmnNBe+EZzdsMsFCW+Fd96kIHh5PL0 73ksZl8VdwILe7Q1QyZMoXG94XACygSc2Q7h0oy4QjKXb95tkIDTZ9dplikklJzavbeltYE360Ic oyS2br6AGD3uV2qnL/bDVnPKEq32JValLL0xnVVOCZTQaTt95o3Y9mRCPDlNxoct1/oFB9Cepn6Z XDichbPLSn9Mr9IN8Sak/pGuoVkymowVJ7OrckFmhjA6xIt2OYVoM7kWC+ahJZm5B1nl3HpOm0fd Hhax2bfTp8RBAjLAaqyfbrIIsVXujvB9KjZM2MUjIkt8HTP8XEFDd23kiQm4Q2plzW09DNnQekij /J2poCF5KZ8SgnnlZCXcTGSTZBW39r4SS7siw6/kNiulB5goZn3ZQ/v1D3/dKBGQ8lzYyYbR1oZb 4qUDh76//vf9P5FMudLmz/9VyQQc9sc6wL4URSF/lU6bafUeaSqRvUChYqKdutVsd7wyZDCINBFj w2G2AAXtU5DCMeFUz8UOO9dZyEPyCrwJwXHQbjR8IaA9vcmu6ML4GqriY8/fAJ6LDyznP8lgqKP4 Jf32AKcjiucU5c9w23Csh7P5xcy89jH3zch9Dkd8QnfzGslefp6vkHMiXMvQwaptbLGxCublNBw5 AoUEFjfbcxnRN05ZjUv9xXIBoPhOrmKSDigxk8sICaBEon8usSG34IBfJoxgYdFpnZtWDM1+fysh uLClBMIMc8SGkvegL1QJy8KBLsEc72DkbdovF8lrMvL8SCe1CPMSUY4AuDiMD4CrWYiWRTZ0xnVR yaCOu0xPAYjnLOGpxQeAgIhWGYxVsVHiZzQ1Q2KoQx3lk+5VyUOq4WCWBKo54ULq1+E2A6BhJQ/g 6Q8HlLvisRmKXLeyZ5PFExI0MX0rIdd9nZR/AquxI458/TSRl7rqRhuY7HKTIJenfM30zM194Mct rvngn2ZSWZl3/cawL7prUtMUPykUjpq4GZYAm2YwIW2Rl3ybmkaFTH4lnWZazv2wxKpEE5chJMGO xijtgSzEad8qCF1WNQJPKbSzrJK1MB7Dg8HM0EgBYUliPjUXc4y50A6NdXkxBlaEV6WB2lsc2BPX 6H03phXc5iD5Oq/ssTlzaRu/t4ueoeqtRSGJkF9hL1SBQmhdoZ7dsfkiNP37ybCXc+bJsWBjEqoQ zWA06yp2EmEimsEjE2uRXRzOw5opOI5g6ikSkE6ePR/x6WQ1tGgIJoqeDIlNES7XyeRcHozwLVfR tfuksuYGyitdWiU2w9BYSBZz7QKlNitl2XjTyNyGWdG3n01w2HEWghpofixupabmsHrKbijRFfFg OqYd42tiVt1AD0zN57Nsre+sKbMUZCuQJRX+0ov5OKOeccLRmlYlq6SHuWq2m7CnALO3I7FIZLVt iNSVP00Wy6wMbgLmeNNZNt9c9TRpXoxiDSrEGb7szE8Wj/eY1TjLR/Y265Ip5dm8WstqOyA0wwtD 4Nj78tVjxsihMmK3VYDIYxTvNOC4jCEH7LbKlK4rk0ttnTIJDXJVdemCqzfzNv/0xx7gfFAlMTQg XcJWd0IhuaqtdZtvQ5hBOqJ8g02apZm2ZUKPpql1jWS0G0szh6aqSnWZmHMKgxhvGYQh7k4sTY1b 18lEoxozNpc6mA4SfTzaDdLH8EBxoQdrNygkjAEK5QsDFl20ATIZgiMHg5UlWXDXcnDGqQsW6RKN ia3PkYGH2GAFEkC2GkM5e40P0oo7xoMzDH+peB5bZquZcfKsFuCDB30u54xgHboEy4gCU4HOkVbu hi9TP2MVI8SpIlQ2aRbmkNAQevtTepaMflXs/PJFzyRVz0Vbn30Ag+Gbbt0l6UjYwexL4opLDmc5 qPUpJkuXyU9XjU+oYV2xzOiJmO1YXPPq9HahEDuj2A6BlmNwlC/mQdXt/4rdfLG1CgUnHate0JZx laaqstL9Sq/QvhJJYl+5pioJfd7sI3JKTVVwqn624lWVGL5G4HhR+dGUeRtZ59lfllaJSdlJ/GNv CSqtcVJcsCE+oEzLlrKn6EmFzip/sRzNDRCG6EcoZG7IMzqFcexeQBb8nC3/Bl8RbsV5p1jjXaEJ gzjSc2EVCVWDq8Xhe0XOnM0IveWBcPxMp7ChEhI2E3YbTxqtsp9/lbrMp/oOdxxRIDOAojBRfl/i lqe6NEpZZQ709nnBKD07pu149AljFOdA71vC9wV9uX6ckEpiTtnUsWhP8JOFS3LkAkdySiyqe45t neGWWa5sVU+H9CgKF43Vtqjw2HW81KWQhGsPDc46Yx0xwUUB9LYr5Q8Vh7cWC8kgWRjWX/agIJ+4 fCPeZTiMM/tttoiNbVu3Fb0m5KL/TkWTcrQecg3EwWBy04JEsxfsUNu4bZkgpngWQAeUf3XF2Dis 57iMp8jicgGD+3d/AUxingQIaiOZRKs2L/t1NcBDSYJiEOr72ahQkN85qzOUVFmN2YbIhBJXHfHP 6ueEE6ySKo9u85vHTSAyxXVK+tWzMjITv0x5DO5gV5T/RC6AgncVGRgCAIBeRRf37ATngVwpf/WB wEJAl46EFfIrUYyzywEKJxA0ykECf0IMHkKZjBfWuYIMiLrsCtnx7n9mgQtRJhaKAHkvRYUkMepM BjMfl9QtVehq9uO9dt5qXlgsvBXFuGabmqBsxqr/jLd70woGhhAEqyEUipKko9sahccyxjxj+mMo BP5tKSEoM1iU6fD7JqXS0/TiKPOnnP7osgCQ8TIETWXzWUtzAYEAJoJiNjaBhr8gmaznAho6L4sv X0Vub8hCVsFLHg6macOhJjeFwJgof8UXmF5UopCmT8USE/qltQPykm3/MhBFQmGgtAE/cn6dW01D ajkArXac+uB+hmHwZBa8O9tSzZJDcsDYdgXooSuYTvKPeFeesCu2+M5d6DpjY5CFehJiA8UZQ1ea wN3+sBACcjkRmVMSoKDmzvbZG4tTe272nVMpgyCSy8cS+hdVTQiyI0LivW0EA6e0Iv87rsGtwGvu L0TmPqIAteIRFrTsgaoMEtz6Y/i6yziHCTJDVgUxvIObYBg12kOvkt7MBYWCYHUGPLWaFlXicnrA CKIzsxKz4nsSiDwZsj9O8R72cGaFZqCzUgJJbmhBFmMiOH5HLwRq8hrppq+TT9YIp8g/+3eq0dEw 58OVD10Fd0GwpljYLQkQjF9GgL4N4VKcVv18NOdiITQIj/xn5/qHsC2bcQ265ZnaGqb4A/5lt683 6gOSRJmZkLPOjtuE4f4AR50WXlxhYP1rYoqn22ULJdmkQQF0mZclZ3zZAKGnCpyGczR32Ky8/VRY lrhmIB1VjIvl5YFSWpdQYv+782DRf/LEXU6oactHubDDCOt+KbEBy4H/x/uLkFLYFUO07HFYgbj4 CHkxYKPyoR8VxcCQ2dZSyYt42P1QThex2+1iscww/TDqsouwES89PHOcpb/QFGk5ZgSwyX5mRQ6X eDQfKWNnWd3SnG0w/dLjJYTOBhCtCAsWSZCnc7/sPYoPLG+fM1JaX0pNwZ5IlGr4dbuPJjjQpQGy nIxCv3xpOp/w3HO9tLf9PwWOVIaRIK2hcwpoMvMu8Qpi+F1wZPZsFm22mBPl52akpbuhmuhSJZX3 OFsBq805pr/lzro289FlnrVZtiy4u8ZNU83fiY5PmLSp/cweul7k2mOxUdKoynfSeOms4GXRpx1y rcvovRmxC7tfvrvpu5ZTVxIzB++7lY7ost+u6TYIM32fU8Lu9KFPSy1375oZ1/cflXsugaiFVLQH zSaVHjtfEYPmdMQhuXTIxoYNYfNnZUn91GVUmYkviCglVgFWrEB3FUdXhd0I1hB40n1lwCSr12YQ W5fRBQVWdZC9E7Lysb961wCBagZQGiELN8fUCLz6gCtCNzizkNoUI0EN1jRX7sMOETERscygeGqu kdnpvFFdKgoU9UBQ4GdcBpT2kJCgNCotaQ0hfOsa9cYIY1jZqO6Uuw29uhNVucermap8SXf5y4JX /uJrQUecBkotXS+5x9MiAhgoX81I/dluXphsTGZsc0IxhYFzvWiorx64VzwoWxD2BGB/65NTBZKN 3rQrNiKDIBKqEw5iIJYHS/pg6mUvwYertWlL/UaUrBUV9VG6FRbSh60RIKrb4ZfDilzS/OUqLo2O IYajYIEmebB/6PCJIMmOMnyVG+eQURMlUcvbTiXTTLAJIP3QJZ65DBfL/anDJe/PVlLww1bDK8QZ grx/eoBSmt6/4FUMESawHeulqhCYhLEHU4JAPzoSmJ05VBoQDIAGkRQZzrO82uqmdcqNz/gQiXxt 7dulCKH532Ybcc7qned4yEmJoY4LdSvPZwC0F42I6rMPrguaMMfu3FENPDHdUl3crBBaHgXIxMcS LFF7ARIJSFqgK7jgzPkrQxMfim64K1VLuZ1rU1a7dKixqZwGhFE6i+sCao8cE/+Klm2zKSLaVIcn c8YibrpG7Wa73Rytleak1/WddFvcrRSse2QJlk0y4FNvguXEhXj0thdi817iayqDPE9dQBkC6pJe qMfckXy3tymq/CuuIEDzusaL+MLsfZVg7VD3vHnpDEPMppuV2AqLWfN5GUI0ZXsJfPEiufhKv6b3 hdHEh0Oc6rS42V0HXnjkd0+0bCrWGw/Nanv1TkGKAsyoktgmS5q1L0ooXmCWY7BBEZ8hoClpFHzR QAR+RyUGfCIfm7d847ztEGYQCYGpZDzBEYuoYhO74R/fbIJTfGOoDIcoElG7FrsLk6CKlM2+co+y rBIWYIdlVBdcGxStC5jOMGAGQzIF3LRAxhs+YjJmuF4HM0W96NeRIY8L2/aUbN3AH/8SNXmBtOTb sxlNONk8G+kJe7iy5yz/mtE0104lWEY5GvIaYuvX0kNSYhZa+9deL4KBSLShTZpKxjblmIiQJO7a ylUn7UjJr8MYO22gCrZRlwkxdq1TuEt4RgUKuqRzu5UiR0fE2ockRAzHOmzq2f2/p332W30i/0UG lSZeLZMvwlAIKrEaImbonfODMZNwZGuKgHoH5rtHNXQmN6JAGk5pyDyFq1ElWDAQolWQXI6vROHs MDpGdBUErcbEWFnYLB8MNESoq7tiVJA7BQcRpXVBfWBEwZlGoaDs1Z+FDNMrn1qPKKqyrEQs2opH rMsS3NKJ6vGRla3ZkFoa2XpQ2L7CsggODytXhuF6hPsSkoyzBEt8l2+AiOJu2PdutxvuXSLjcmUx wkpZ1fuyjtKbFitQJTNottLKRcTIg6w5yhiWqIjpRREZlVP2xZy1SYmPS5YNSZ7IhHTkCeK8tnrY 6rdxLHFIXqJMRuO3y7EpqSeNJR7iVHOo1mW4gzU7jITWsrVSsIJfrnxk6SrTW0ebbBcC5RfW+rFd bizRInuhzf1rMt7El3WUiXkmlchSHNhh69EEZommI8uLzIKdKmB69Y5jBvCiGV9D8JRZRKR3LGWn iVIKp/U+pzNd5jsRmjMVfWUsQ5hCApSjc5SzsBSaBxXpsIuXA1VqKWio6eLysauqYZVkOXwYZORB Dr9iSj+bg2QLYhkH1ztC8nTeoZMhDvGhBmyGKSycMDNVkylOHYPeL2gURwWXPWuXY8kP40SIEbwg C6duS3ZdBuXqdSLIkgy8AxKc8U+Du5Zjuowfqd4PzyAMbHMKn/77IgK4JPc+c69yBuIAanb0FTzF 35208S9gxPzrl022MLE6qt8Kst2/wEnbvqnDrL5n+AgzKzgtUBZa7CRcbhcrBqWLpnRQADO5eNfB SxLmvIEPLbC5QtsgpBnTsnGWUELrWn8ipSQhMcmh2RPm9JPUBTLGzISc1Y6KB1UulP4JfCyJyRBB oacoANAq3VQTb1IMmhBVxNqWdSjvILcl5JIZ5hCwVnIxE2ypBg2zOOCgrCeFWkvHjIcUHzIpzsR2 slvD5X0lmiVgzkMl848cjH+ywzyACet7UzP2nj/NIRx1VZEhZOAzc0MO4jjDzn0jjZPrsyoK1MOq KYpVYyKSAxMZeMFfwIPgFk6YM3cil+Z7jjdB9D+MtNUlnDA9iybu3lYRK5P5pMu06jhI0G0TMTDi UgJzTOdo5cu+lfgh2dnw0spL6x0Qy5fudAufUJnTSECbQAkONjTGJvbn6sGm1GnFom1TBGktNyMd bjTv9Ln27S1qtbFHDtIOpXQPef47yWUvsFd3BqJsvwxLSCXzCW5JbCDVF2AUHBEpPWrAE/FA+JuL sRyImGU2/ipUTLpXLlIRBWmmxkRCXZKQpym33ZmF+U6yvcmqWaa7BskhSYZKBE6NKERWASANmdue FecAMMUnLOI1aWU4+ZxGrNr/9OND9hC33GFJVMUZZDslys0mq/TxHuMRLPFmpwkcm+FxtseuWttL MbnGHJPapMRhcovjqa9ZMCwVpRNDdGtCAhzm0UMvDSOyDJ6XU8xrkOsJGIdg/AXC+ZIPRoP21WQt fNP+jidzxwgtp6k/istlEJziqYvQ65BsHM/O9QVqCHYBg4EVfl2SLdEFvnMmm9MMKaDxVPs/XUYC PWXOLxwgxgCp169kPU9NwrWbg1Zppg9phos30SNHkmWUtGd4rLnA5xArzQ81EJxRdVMVKClPTmcG ndlrWNJvOGPjsTl+ttvLU/SwORX9ltbAUYboQukZg6dlKFdWCcINXasQ0syDFgBjEQnSJkue0azA UBQmJGkMq+snwITDXl6M1cKJ9mlegldAK5IUkwqbBGeU8DOAcvVgXJfZnJOlb60mlDw6mTNFhSkD RTve9AfkoiJ1CUmiA3oavAkbuG8eZJt+NbR6t4xYsi3IVHUcebEcZTUQXpFX1pqc1RvQjeY4QGcR OqLEriXt5T9lo8U9kkAFofjMFIvd2KO2bI4bNavI1Hhcd0bEKhiE9s2/CZxI8oP6x0jTVbG+irFE xmdzK1NGaXA9L5fuhS/dwiMomzFQVlQUO02tUOE//xHZLND4gJjK7+j0USpA2vfthG+1xqgeBYZP vNfYPwalAzaRuDkK8h0o4q4HBq3PNBE9OBeCH+68sB7bJsB2Jhib7JZPFBgjj5xRIDkxXaTR3BP5 jIN45Q95BFnnMEtmKIC82THfJqaSZ890ZbBAYnCbM7iG/ZMwfUFr9s3IXeeicrN8gcNmtRwJU4wc QPEdcgcID/eHCnfYmEfjiMvohX0X3yvObPGBk5j4xD2nyTZwByL0zuUYswvtDcAKbTuH01Ox8d1K sWxhi0euq2dQk6ngGhK2G6SSGR83OdB5guhdQkVIoo81dqdfTMhPgRvKqZVK9FHeZUQ9prmkQ6rI 82BiDqajdvCWY1ArED6TNVyV4uYC9GI+2J0hWUdG6yjl0aSuesb6nkLGDelP42sP2GOiPQgkg+TG LeB7spb7KpzJuCrNlS3VIbPaWjazIz29paweE2KYnLUyUcNyvxgwfMlkVkxCe4KuS5r8FkJYPjNo 65mCTbmrRoWPzY7zPEQHL1jbP7Slmk6UETeRTOwIww099zWK97+SiIG0cdTBelelj1BfDId0d6l4 62tTe0dIiSe6C6ybYoyZNhoMf8az+IAxfPZQFJN9PJpH68keGKNS4kjBXFm25LNzCYIdUFOOAweS tZS3pXMSVU9BlWZ5dkbugtYddpAZVNgp144riAdn8IYwZpm22tGxuiy6Ur1mWB4lpO90jRzHuGa2 OFRx4gX5Jn4JLBQjXv1l+i5OLNmA8CVcMruRB3L1jBIqmjAJHN64fljUewASftKLJGQgkpGTJwQ2 XJUtTQb+CGv+nlmEuqUsRol1zDJ73SqsVQmbGIFHtscu+Fefm0siWGQvtzoOBX94WSycxgDQKFA6 GiMbDRGUKfbQMGIxXcWWZjrLy0pT0SfEJRVEMkL9sTGrTqZAbio8TYmfyWVdAY6fOisqkZWfkA3x Wgr4fD0Bm3cFdyGalv4ESIPQJatBxVKI3VId0BVo/EGXpRUZ4lJ0W81722z8/gcjsoyILysg86ek JmTtcnmvjCJ5tRg9ycvTK3v6hpaxlnmawWkfCGaUBFVQLl/ERTahDYMJPOFUqUyf/VhWL0WVaRAC HUGtoFiTVpb9TqTaNxh2A5+mCbVNxCQD5DYzSOe5gLEPqc0Ew20OYK8TKE16RGpouU42HF2oLl6z PIMkQ/ov1Qunce9kc6UChLwr0ismLH6zoxIwjfzIsNJWKVcDuarc+P/7caYMXf7XhMKu7B6UX0IY pCNkBZzELmvtZpg6iju0NuPA20YxdHHB8YfbMGOg/btlmMBcP+USGXD5drxUTJFMIHFCVaL3oMNC WLaB+PwNaDrPL9KxoJAcch4El6Dqpwbpy+SOWBBf55gm0kIpIUvZJ1uJu2TYEyIM2VTFVWKZyJzU 2cFAzLzDmJxavyzdKdQGXUFp4TwX0Lz88m+LYwriHcjIIdJskhBqwd8uyxpdxRmbfuUVWR1nKUle S9e2LLg8O0vSij6J1iM/6rLJlGvKi4na+qODOjVjY3RWJJs8YSMjSXoMsfakmHCb59jRbaAcCW3M yb8mLkZ3mAjc+WXUyCm4N80sV8dxZCdGKUU4lg4zJ8oENw7ETfriXyFO+gWPIgCDp9eWnvUwQRo6 xRB6tpTWdM4OsmHfSU/3uk58UtoqNzXzLyJizVCZTFMeisiPH71hBAKg1HUNA414XQ4/sAKZPghf aG2KxKv12HvFzuAOZwhJxgm5U/KKscSWjblqWkcPCaVmPWZz6MsBcYWMQD7R2H3BP5hLtQkNy5Li J6Bgq/uUHAy3X5jDsf+JP6MwcrNP9Ec5UScWwg/iYqEjTkKNRKk4EPUEcJqRgPNGZa8sATFn7/51 joyqhIbOhB8//gTn8k/a8zh0VEoBVOoC/BOj9dRaw6Rb7VG6UNRhRcxAm2pfyZDQezbvqlLtNohB 9TPmZBDcONB6jfN97+b9SoK49Kc2+5CVaiyVMH6Y3pdzQUT5WGpW3PVRbpQrSvbkAOWGeHEJnmUu zNI5WiQYoQzJA97JkKxrjcDWjHIAxpC1FC6jrmEQzIkyFuOlHQtPtyabLcTT3em8zJsL0IWw1QtP wUt1Zz5a9ZriVFOap4eBoU2iMOLqbDSN7WINiwBDaDdAzxKq+tJ8vO5rQgWVUZmbLvMJR47E2AOL DK6cAgK44rzdraoJUZB6a/ezM8iGI6Rmw0ygJ7oLY+FqYfcUvWONMazDre8TBqAzRUI5ayvPCRhY FqmWPALkCZ7kiC2NGsQoqZW6ZRdsBB/k6jRBEz3z8yACGCHflFD1rkZP2N6iZ7ZW0plGHVwqKQEp uZSM2qrasDbH0KCrpP7yYufzegYwcGb/vaaqCbUJBdV5ZHEr9aV0ZbTyQvCQrl2C3KyqByzInZ3D jFGzaCQwFb/0TwXZ4yEs08JhRxqi9DxLNJKL5bwzvXZGLasmJA4F0aS3qsMdNJnoIbcuY1atgpOD bEQu3JbUm4mJvBFJnvTQxD8+GwLNCKgK0ZlMPHoQg+BbW3nrphvdlRmcLxnqURHRr4/+GdDsoA3V t4s2m0ERE0n2yLevl3pK1m1DQnaXUuTdDfWoNVLkcU/FbqdQRZrlx+jwZ+OgD588xq30L4fmFI+R nozXpIKa0FU3XBi9by/pxsiXjpQd6/XWcxvjiIJybTy3mYzQjZOgsq8SAxuQzfi1VFLglbh0DL/c uRl9IBEXlIOlTKRZgvNFZ62arzEHgs2ERHL+yDVoPd1m5+V1nh/rrEPSlrTdQrCm2XuAe5KhyYFd JAz3U2yJMOxxNpXtEsEiVNqqfDcFuBpK5yo7FADadNeaTRujaQFDfhQnC6rBDnk7wBhiD4I1N4fM WCBe9pdfNFZycpY2u9JmS4ycWkfJC6ranRe4AeemqhkhMu5bDu4xoBlvZG9pGFzzAHLUZGFuxm8k fZH5Zm2eZZ4J8ND8YxNmx9EMdHCTXKKEZvRNH9aZEzQVvl7TtjlIvqO76+125eM0xyYYUv7CCliF JrGYyxjN7yYyDMW8jMnzctJzPgN25eShZdLQraCTonMkw3inoXCXB+u7xG06z3kIPxvL9RMCGbEO AxFha1IJmVHYfBIlWSQhchBjBhvkuArBl+eEY44obFnBha50rl9HmgZuCV6ojAtBxMVUgQqkwmv9 cq8ErIzZQM1wCanVsjwzEnsuBInBikkPeoAJs3zjRFQuGqztk/F7uEUomkXQdQGV2VSprHnE5jXG Qp4eCI37ZQjcLpF0QGhOIKol8W7Zq6qBa/3HhkTHFdMtAsGFltUnGQlBz5ErAIJmD5lPncTREGkO NYFMgjVAthGamtQzDZw0hHN8J0q7iyIzmpYSbXrsvC1B1M0AXbG8NGkFjI6wXZ+/bSZBFPrHf+rJ C5qhm92z7Y7HnSpakcoY0Oz4iLxCcJT8NInIkBvIOdIx3S9fFkyzgkTQCPrEjM7adZIRpf38V/di 7KhyQR3mNewzIUdYId4VXeIbP25rqItdo5yVUnIK145tH1gZMxZFsxz/yDlY1POyMokGLjS258RB eI8wZUaSNrCnBZBt1MK3kg00J9LC0KHIoLrtf7VY3mS41ArN4rTQ21h4cTcc2KwaTBJR2Gw4oeGl xt03ARIgRzML8pSNUGtfOYAm0o/AtijqWidiG+rUI/JgHtKjMkHLJJuwIZYdbSTXpI5sAwoHmYQL KXk4ZhMgagMuPVITwTawfx2W2zQEaHWcMhxFAksuMyWNbNQPkgnZq6ZMuxkPN6muG3bDCjzv2cMV u2bJRTEJYfSgDcdJr4MNgi4SKFAZ2ewGAY6nEc+ZSRnqeNjmtW3RCfnTWup1Za8m6VK6G3M6AY6X fMrLFPKODKmsRHLTwRDC0Hy8hMPNH3sSTluO4XDQeh4TpKLaWjkqEm1M9zAcEvuQqp1kjTCMEwix x89ePrJcDm3AIU++ZqVxsoUPDHuHQiHMp8vr3T4jbSIpfDeuxtqaOCy9xG11KfKfqLxB/sZ5UcDW /WnU4A3Fru1ryQ1NQySdgDsn2hq3SDnoKwzUUvJTwfjz9kIILx784+UWPWyre7bC5Yhp9R/CeVUH ZQhBF523LnP6TEpR22yCEiWco/LQmr3yU8bRPGjLFlvEobVcim1f8hfkcdnWPRylM18lxuBJ0gbj MmCDsARpAAjI+0Rn6vaMJmAyO/YJtWwbY342183xpZrYJ1aCEUx9ZANORirpa50J2PlWYFoAqGAL gVBHlT7MQtBUGJ7JsYowG58hGA+lAgpaW6mq6173aoMUyN/7ObPJ2Sz6mOwbLm9k52WwSAxH4Kjm SQylXjAUcdi1sUH+jGjyMjLfITB8hTHJvT2PesiSyaRAiagkVIDwiS79jKU0qqD9QeQlD5+98saI xRr0i1ANnfEQo7O0sFlw0LWDvhbvmHbDGZzsau+3hCvz9cLkSyZinPyxlIuzsXO994eUoJtoIvoo /KJebkDsyDU6Qsc0rpgSyUj8yLegTCLZObnXksykKYnHV21DXL0L2Q41Q4h9NmDG27O8SIE5lVLm +EuqEwar0T6pajBj16WRyCoLSTYJME4QdikNdRHoNaYYxP1oKBmYL5VNkViSNsONdfm2KnI5Vlo1 aU2dEES+43vqMEbk0qJBnGDGzYSNqZfsgHmVP826iwfYFBFyqC5mMw1puDUOtuuZE7XmV8A2EoEK djDV1dqH/ErW0bB+2jZsO6TMFpCoehkCbfqLMTKctKOIiSX+JJs3RhUjKSYLOirwJsWppN1nqRux jWrsslCUdFe1OkmhB0nxyvR78GNuhuYtGjILJalJwuWJIa09EGynsRC9UQSJpDX48DuCaxzJZLQ6 wSrlzfn4TQWHEo5C0mkSv8tPOKb8M+OJMLI3y7HUYM4heFkVjXw5TiGc7oyoKJwWyhZ8KnLVwqRD KSIRE2IntBT6hLeSJf99iDDSoa7KDVNvxDE9xDOv1BESOUSxjlRmbBE/8yHjbJyZKEqTkdDp+G+v oTSWdKAlUaKLhLqOAOtHIUxB31yc2Rij73pBMvpjyKkKeGXecaA32pOEePZKm4V06Izh0qS5TzWX KtiVTJyzXHHK9YozW2etsIU+g6AD47u9iGEo9+k9M3Q5OyOntkqVHvic0OWEPXkG/1Z1ExEWZER+ +mxaGFzkdOWaSQokpjCpS/459ZbDJP7qloZT1K2Ak1gYVPQoxRDnaqw0iB491C7WXDSbzJZmXsMo 1xGxuxhOdlTtER9lZSEkozCEP02cuYtOVLP0iewSYLLCMi3TFTQkInPnWMh4nB/GSmDotK+6BFmA ECLt9tvK5rjrYCZH/wysNfeME4oyaTt4mFDmkyKbvZIY17JLgZCUa/dUn6qsGSL2rVugxyisJmlg hH2hn3bI3kClWNjp1nJ9vUpLfN8bt53PXF3efQf4LpGaEuAW2xXMXBvwowpkyWccByBcLDQvr0bu BMLIWGEZY/AVFJTdrUzRvCP4zgfomvtDycYmdYakYdNSJ3sDGjwu7RB6hROFyda7UeNIrRsWAdwp Ouf1w9j17GmimWZGH0lsD08pLNaaA2d1hE84NEXZxMUBGQxMwt2muCW9WSCsiAWqENFbP8dgTBQc CxNZRboRkes0GVdCrLjZ8lnNaWZDYIPdumCmHFK5KTL3aaeZn4hr5mU0xPDIzMkaFgzILMwXSIKl 6JBht043bErcOXfu3B6PQUVgOajEF6/ZSZR1QTfHtRjHK1tPcy0RwPaGjF7uZDEsiMgWUUEsPe9L 0/YWahaKbH3t7KjK2tyZRba/SPfglq5ARXUl+ygMZENfPmqDlut1jQyNrLJF48enh73XIU1Zrmtf ROBzWEY75l0MBiOVS4PqHkeGbCJS193yxHpfIcsOFEwOJ+xLHGgrRLuOEIQJK2hU3tIYqKc1xhnT KLaOh/+WG6Cfg/kU/9pDIVo0xGVobK9zO8mSV4tTjtSPTm0CRFiLIO2fS32DpiRak2Z7gBeKhhyD mypsm53y+IgQFwBLsoOQ6cGACC2jheJ+l/YUw0Iy2Kp9htvSbW7DRjcWppzkTDy6UsESgOWjzDVS WXP4qUk/8GkTgLwRBaK1mC37rXzhXMS3GUA86jGhZmFFLI5UPCtra1PZcogyiEgQ2ppTVK4pfwIU enAc97lf1PoLIV2WD5ffOtj8MLBYVq+hriUznN0xOSFBGZa0XdwkohwrGu0CkMyZDSzdkv4ZrX7J oxQn0Cj29nRuTu0QMj2QfGDVtASRECxZqbmXSao8YVAzuaTkgk/1qAqcmVmPdVMJ89Dg1OlIJjT4 1iCOU4eQZU1ZpItiIBNf5a0PCTyy+j6MKMmcAnRRJVkkQoYdmJRfPpNA0nfK0kVXnwvES8IRdwx9 Tfo9TDvZN5dmNgPQeGEwzInwUdSuvBZQOunnzEYDONoFgVoMpaBchQUvkSjmMVDelC+U+YCX715z lpTyCAkGPA6LWivBgp3qhvOWCuQqE7WFAF5hiTvkv7uB7gRKd5RCkoCBpVu1yWlBRH7XWno7M1Eo I1pCU4DI1yw2hWJF4FrOomGAm0FD13DeO5LlqvRlwRdKYKantPnYflxD5Op2QuelWyhERgQgcrj8 6e5dL1YuF+oxm1bb70+RhKcPE7urg8YNU7gM5mhNt9kKEllp3QctOi+dkyM5yTXJMoHMs0mgrCIy wYoGOoINqFw4KNsIBrlpOOp00iOHfCeYoiAycDkwwFAS4sl/wEVTjaUvLZcmFjJMBFCFZpnCjM0X AjQCOok6VPct9ekqBtonIOL/yr5gCDrgNfiy/QBp0eDPuasFDz2WFp3yaA1jx1Db6bfv5K2DxKZj BAtdqyXKWQhlsIbf8ueSvTjNboOq9l0UYQMLIowF/2enU0EchYYkiq9mZW2Q0KCNIqMBbVBzFgsX sYldK6Lxi7YE6OJY5j1dXg0xw0AVHw9KGS43zJc3EdCOCzvJjVhqOXK+RgPa+KRXJ5LkyKWj7gG3 dMrFggP2Mc+WKxaISaOGJXvoJJj2AXSnN0qKngwj7k6Qtu5JlgXUhieitpafToiIeNO7oXSbFSC9 WXmbEoORBGIOUtYhGnUmI4GrpkUymmiPmSJLtNbC8GjqOnz4rY1h7OqJ7LrRaeMaqBMcgIWzywQw lZf8s1+K1Zo7747SQDcGy82cJHKzeKaj/4bOfnEHIIF2EwTXdrm2KcIW9AaFt6JDd9WdhLSHbVFc bVOQKhOSKgk6L46UbhfU9OmQHE6T/jIGCCYaLK9DtoBGbnQZE7GWYdJFl9beAIapVlvIUqKOJscR tiicoEtyixoSV8TUu0akoLWZQtGy8ZdVej2xS0urQ+3+FDWbqDYo2pzksLKFuE5szUfk0s4SX6Zk wBTqA9umru176XjZaVutkpvzRKAp0feejSb5xZFOFNFkt8RWUoujEmGIQZ56cLSxVaEWwQrWKMYE UeB41bRc7kjaWZ0SNaFk1U5r6kOzWk04mgarBkQCZDot5cloI+AEg96O6pXvVEFwe2ycc8Tcwalp 2dKqU7ZJ66jqjbMF03J1tS8SSF7BF0K6ZPM7UyfEinubznAZUnld+k1c1VcbTh86KhpdzdaDb/QE p+RRjGO8RCQPT5w8OWa1iYwApyWSjCFczQq7xc8h/8EjgTB2HSXP0kZsttsQoz2fsIgcQyWKZOG4 T0HnJjtlL2mFEIZmumM1eZ2+KLxn0aOC6BxwvJSSiUck+6N451jTOkEXCiW8+qSd3KeiNNoSNSHk 1TRV7lQlMx79o8qkkZ4Yc+aX8k1481A2hjzf4pq1K5q2kH/SlSrtZxKJVCZSicYqWXPLrKuUUhKm 63JIhsDFo83Na7XQ5PVeatoszfAt5/OvJuylpCCMspgE3Fhe6olG7IfTkeixcB0g6/W7+93o1Aod DGHyyNDlNb1jyrnUQjaTP+tdGwd7nmFlwQ6RsEJ9F6wTSwMYVXetxDhXRQfqSG9M4cOIytFbPqjA mvbz3ASbQ+EI74kjgOqzmv2Ko9tCcN61jdTKkloEBrEF/Er2sJnYBIAmGbgLgFKzmoBfVUmpt2Uy aD/nZKGk63MdsZQJH/NUYgTqyP0JKk/XgPRNPnLQCTz1SpMtN+sz7bi+HSkOV0ylEA+KweO1l96C Fz6mFA9hDDDuKJrfZDvLVhk4gWSoySRDDpnja1XicJGhIRc5a2lqkxJTTQsyiEU4/fYW+wg2oFiH 2syU1D6Uo1HLbQryzLNEgoLZdgjAb2sU8gAouTXGEUadVQjytcYgXWeRylPQOZ1FV7Ga9Sha4XGd UDXupg6tQomE2Sl64Gq8mqNyMEbfRhANaJyQxEJUjZ+MtSCiDN0EuRZKLcbxIVPHo34IoYr0mUll NrMrCuO+vha6Meqg5xs0SuoGL7AUKVFkLH2GJk6WR0mxs5WYFU3K8RSk2gOm7hckIKBdlJp7EJa9 WNV/NkzzXm+fKQVUMGnvpnojiJevSllSESyFOGRrCA6jI6KwIJL0GUPzwU23OjC5FpscH2moLbJi cFArNwn9mtAFVUFWyZIERnpCv3FTtolZGZHh6HPE99lGQSBpgtCdUU2UkqpNpM0lMd53EuEcsK6A ALcylR/SC+jxG+VDVNcQS1GUjNnRSZ/Qee6BKv/MRoipTa2lQEBVjJb9Ka1QaCjtBytpc+8yOilR B1Cadv7mI8ZAyLrCZ5msJ7LSFARHPSAnf0/vJqTEVY3EQKMNDyWWDulTISKUTpVSQT06WAeIsBke ras8tGHSdOmmBFU9GDnd5tO10tJGw63MmCQRlYwWZ+V8Lk/PtF3hqjqrAgXhGa4OOWmppMlYz7JB UsmxLrKpnMtN5Ui2o49ymz/qkZ5Wa8KZpH0RZ8m7zxlpaxyzY5QUzueW7s06AYsLeJGQ8ywFUcNd 5soNgs0W42wgrUHWoisk5t2FjfyDJc+6m95VtsKmq/0s/tbM9moKSiiYYNX0m9CJVEI7uGVdDtIs XvSQVDgkPgq9mHWV3jCHCyqzFboWHDc3rJne9GDb5JzMD7K10dqJ2dXKjeZ61RGrUbmSIWY8bCTJ UBV3puJNCnhTgW3u2PAlRZmDwGFjgx/ZgzEcoNZEVWPWuHsiAirj09m5iqMlSrZTzNWPUeVFpHn0 ICSFwlyylSZsBm8DVS3ZG3QzWDlGGJL6oIILZLm4wGC+zFSjIZWW/gahKwuUHiWNwG795IPJkW8S qcvRRKZJrzaGCGP1qv/MBm+xLoZic1G7oLkAL4rhqMQmLYSZiMqAJ9hWCRGBEselKegIwHQFnvDS DIjEQAE595RtgraWygd8ZAjSFZplgraclcy0hbE4hMHMspxErMPvZitAqSYYaBm7BKQkx9VSheUL 2HO6+KulHspq2EHhMbteOV3wZJxkTmBZdj8YfCY+HRWXkI29Fl987rQgon3zj54vxMLRPW+ly8xp STGWMIxfBm5+l/30nRdzc8orUuiCdwOn7EoP/ld2yO7JlRE2daXn7v4WK5DKXAnKcIF2c88mmX4j OOTJ0nIcHRJ+ntvtO+IUzpCVRfltnDAqHzZtRFhlpJCtuMBKuG1LycMqO4SRA050hxu648HYMOnG GJpz8LxM53WLJ6Kcd772zH/kuFHBqBW5jRQH2TFIh/X7jk6HNrpFz8zKQ99EGfOOnaKUujypPocN 2WCni05xUUsci5BNUauyBcJERCtVP0JS3GIjYuVpSpG6y+Fn6VO56WUIaeiMoEl0moYP0tcMqshf NUA/S0i0Z3MS9B4Mfin2GdWwTJRq2KReXJCpOUJX/auyGlNGwZJDPbIATSTNmIEqYwqa5AZwQRTz eTe92n7SPXxIRhiCOKzBw/meFtiUgQtkX+TKKPNpifxJCqVq86LNZJv5e5BOzlUVl4e7RBLrlVn7 nPOEiq1JUTVeEN8px0vySaLMSmpG7YnCXMMWWZS3IYcMA4R+ZMCN0UDR0YZhrQmlo/wxi2zOWBPK i6R25mCSOnsjl0GPBthAwsewS0iARxMswSHPoS53vI6rMfbzvfuIw5WQzqw++Ru6m9WmPm1XMMZT FhA2DmQaZdage5og0XIq/SGbqbmssIgfZM8yeV8+aOs+AwcaIqbAsTtYCyF8loW7XGTUhCl2Vxvs LB9jl30TyVk+8vIGPbSEU3FUftnLQVqE4m62zskIKuIydV7usRBG7r6guxeLyBl6AIY3Q3kwhWct dJdBtx37rAfv8vBWpgqnxYyOlGZYaTKYpzB4JfC/T6/n6G4vb7PyHMV/YZ7n83DJklY3haFTZ63f qBpX8BSvPXvDi0XcNGRkJFdIdjOR1xc0LhIddn+B9z/tmYTINQboU6jrncfeV9IbS6Lm+eW1WE+v pvILQ71DqtdT6b2+DerlIecFV373gqq9L+v+6aXMcSeYS7Z774jHAX17T0qs/fNPIgGmHl6E/evh Qoml166UbfZ6lF4opr1bIRDoHPV9P3tMBA69SgaiWYyTn3w+Dee8F/qgOYH6Q3Nej6WtLjDvARek Z7WrpKWbsh6/vZqhEcdwtzcm8x6jyCCNglnrZ0lZbwBSNIwAB+KEGbDikt5U1cux0mw19k08vEkm MlMARXtNj6Heex8Z5WO/6mjm43+PH2no3o3jvyq34dIUy+w+ys6jrdkBzHemQGM8ZlJjBOBYdiJB YwqY81wp5xCqc26Xybg6wxCJUrmhMVIO63H0crCvd68cMoo2rrQgEXnmsD1QU1uWppfG3eXd1FYS qC1sJuYeHUKw0mF2n2zoOtDMwBy0EK2hUWMZMU2pcH5MPZJRihGemDNyokbsDRTyppIk/ySqej0+ Hj+9rUN8L0RCYfggO1DeR0ZODglMTdw6g0LeGkzomvSBA+nUIcJFQL6Ox7yRcFyHT9hUt8uWHXKJ 6L5ZWPSTg7DXtLr4qMtcHTtQ9hfoOaLfcsXS7LgvBGsWiTVymeW2wBpNJOKQ+342WShLFBlBespr uw8yiiyVhREG/4g0ceTHCczn8vWSOdjFBBgeQQRlpULGSUSfvxqQWTBexMMFejDRBCoBJhhMN31o HEor8uJrcBwtAa/JU4vd5TYpIqRM9V215AppjFOVvBXPLkjSJSEaQBoyzFAxTmw+I1j7YnARgaYr 1QsExZ3+dCF7n07aRoFf0oi1nk4T1uFXwmYEVkfTuYNu6IMpZF5pJvXpi10vAXM+gxUyteGTuQ97 1dSjVwiBWeQFjKMUS38kw39ZZSJ826N3NCl2UfoEnh3kULiOwJkeIvo6gyrlZv0agYvYxjf+SRsQ oS0J+cxs9hSC8t7YFi7Fry2HJMTsMGCZQk20c71e5pJeKv/y+XYrZRzk3lNcyL6MMVdilwAL1wEj iSajII6PzgRdhEPpJ6drV0AOgkbcG5k7sP+iDi5WoSX5rkB3dvuh7PBnBsZqkZR2vPsqHCAXWEr0 sP43wILC4K2XDwJ6ISzoRpnXzMNPCgHqERceu6j4BNS8uspZ//Yo3T0ozyjOItDVPXdYoOiZwOH9 QAaMFsQhOY68oT5A6xlxWik4BLFYILNeBCdUhcheHTWQ6s2MnhSUX+RMkLO4uQDUBZBtwgiBw9Ps jECtuuZWKMo7UryLh6hII4giRYpObjiS+8GH1FqGSZoZtqeg50HrgUi5SmDCEXNInltCDQ2coVey ykiCDGlgDkxLtM4c1VUyfa0ymPzYPMi5dM8kzCecF3MNXnqTwCPEuNlves8Yei8JdTtWcm5XQH3n 1ptxOOxjhpoJ5PJ/G2IwFdDliIbqOKvyMiZYwQxdURaZKVEAGUcgSZGw6Y8Cof6gQPChG1jIin2N SzIyXJcWI0rV5jt14JN/GsvrYBGUw25hOuSv1o2RDRr+mX5o5kT7AFtQaPeutLYSWMwm1dXOyir1 mgasqsj5m037Qdx5R/VWWOYehBpUwtQT9ML2Km8BcNU4sQCn5cltrnBAYiwHVzpFk24quqLchZc0 qHPhg9xqWnqsTStCPsOdkv94dKnFI5/J2MDlwXRUxNfDboD4r1nmgYV0gv7OFxsGlStFeOdj4qYu lKQSGk/RTMugM1dbpLJJTrIVDQ0y5esiBWRgtD23itnrKgMrXL4Ob4s+qOfTs/CWXlLd/bUNbs30 exoSd4ujZJq2ofFmNOhkJUsXinEAKyuBoAyRzTk0tPELSPJMzVul3n2wtF9sYl5ZS8IR+0pm4lSW ritng4DcLT5FNN1m0r5UEqC9drq6IPx0lflWjj6zC9l1Xv88Lx9pEM6tcwZaX35zjMwZ5jiiaJy9 Zp+rKSQ012oXXhOLjosUb+4Bx2JnTXyt6BHzx9vPmdac7eVMyg6MjvTImszUtlg2SALWhgqgxMAO WUsxlyabirbkSgAZaXmdnxVGCLP0As2VEoxlbp77NH/gCy32Z6REQVBqaFTse8bB+J2FY4OmlGLF iBaSVl6wlQms6MXwqO22jabags72QIVEDlYhR57f7g+taaauRmEiaRUEvZuqVw0wpjuF24dZdbqN qDg2W6xGR05Nl03kTWDbTOWqVk58ZoR6TbYI40/iOAry30yDQ1VSSAdaOThnqTWH0k4qkRyYKT+7 pkQdtncUbS0PIsZHnpUC8sZ6mpNV0Sqd8c2MfAXGZO/ShrLiBtnXoJtJgN8krW5AeK4SiG1eCCSl i2JZcZ7+wvUK6qkq70cn46vu7XLaaQUHiSUvaYFYqipkr9UDWXb2O6MPJytNqHFbtssto3XqDEjw bshW8NO36xN+1tyts6qLhEdATMIMoQiTnHIvwopexlIerafSP75WnlWgERNRhi/cqMaDcR+DlBKz XGhXukT35RNCKm4lCErxzT4C+VJcPk19m2oVKwuAJhzEUjjDVFf63KxK1OaEBXuTXteatEpFHv+i TgM5izlmixdiqyTEJYiQdYhWpRNd7nNJgF86t6C0D0+DNstcEp6yJBnR6ymIjY34rmLUOOTg6Ywc UE6I8qIwMQjq8NGygcsQe2hIK7+STN5rXwZZETce64Lcwth8U8Y7o6BBMqk0QQuWhdkOE7MPmU6Q u/EZRT34l+VILamnY1vLdS9nU4UMqap22UJXuZh2GAiDuZax7N7WEhcUGgvZyQO1lAoKUFsJPiOg IAbdPCi7WDByxwTA0elQQtcstliEHP/oJ7tt2Lgb8mpcXBukMn2jM+ZKYbXl6i5rcR4QRHu+YCAW G+hwQx/cvN+OS91ZIXdPD6xZiM+ase6+JLdr5csVzbrVacVsp6wlVb5OQO2QD6D8CaYnP3SNKr9K ApIUA06exIGB6vOkw3SJg4hgR/bMmspRnXB4zstDKXKuUjmRpbWR0rWKY/GuU+ap4/w+ZZgUeTCk EfVgf69oub7RUT+lM2yi5D5Y+DZjwS9hSnpmvSRMNHVsxoSwfHEXprUCQWjDDcVHZma/fc6AEn+Q yuPtmfSZhZB5KzNIwwhDTVSE1N1IDCZElg05wQxEKUqvrgfwA2S8w85uUBoghojhbbLTnYMVKgPS PzsSB1sb8VVA5AYrq9ZPZVvD6dM4WGeBLZCUAtEdrC/BM4bQQ1WCpmsNPMUujugy9Qd7FYQ17N66 9WqNvurt0TDK9VNPjnS72e2lvtCtzZebD3uEBb8eAyu+tsHVsoYnNiBl5JVfoSOaMe4QU0Y5I8Sy 3SYVbcN0MoNsnKrY2QgZa4Gx9FJXJzlEqihXyVdPxEcwdlnwBYMq+ybfiHNSvwqpFZpJjyeoIfMG d1M6etVJbYyLkXakuNFSVKJEFLkrkUzco7pgijyRak/ujwsfrN+4qc4ddu5Y1X3uKbft5tN2XBBs 2nfvA3XUB3J7iEREvcicZaqW0+KxWyzLBHjkVn008Fj4q20Mi9xVzT/cMVdwrEl9atLKlRNuvLXy ZDiaMQeY+HhcvARusLG1KDlAkndzKzm2kY36TuUYzWjoAFX7C2kCEdaeugmMGP0M8RZceZYGKWPq 4T9Mf4iVM3BcvpBM+VHRWLVcSg8QlvwXIsOoeu5JgBTSsqAXnkH4YC1VlhaOEcCuc2SkY76cQjlf k19nYL7vCG5E1yJP7qbtj27hMHKawJZw5rkcoMAAVUCEHOJMFkIAF4dxvNIx/Qg8JeIOw65i9QET Bwl4CfwStgpcdCeU2Feey4Yt/qQEsxNSdQHTnm9hl40hxm+zA8kG2RSkpT6jP8mXyHmYYWImHALM 4APdpGAPXgi4aNGZ4CLJ+Oig/tkSSgnJn6AM5uQsaVczCjSbaFq9CSf5PN7tD9BMop7aXBJmll3h wefy88BkqYifutF5MaoFLEo+75+Re8d4c0yCxUJm6e4Y7cmVVFtoIEtXlxY5QLQRjRwcOMeCJEWy BchPYL7HqCNANXb0WADYCg6ZIymZ6qOzMKcYmjhLvQi9RKqlD6bUsTAU1UNdtUc+SWXE6QIfGI9W wbNBitZYKBTYfkYtzhYjUJN3YKlBh4H2b4ZLDpQOuBAfAmjaL7rhMw21/txEpnbRTMz5QlJExjKN MRiIBXulEKTbs1Wgt6MFCJcTV8tq7XqjzZYFTWeaYbAlkyJxT5NrNm/uoP9cJl8YaZUhis+RSzwK KFKYEI0BD6QmSZNioT4XQIHMPJqxk2M1US22rOxJjmJKcjZ7rWYFfDpSe5IytGkRitPhrIEC8J0l ER2HiijEpEVI5nC26vAyW+dY0aBMw/PHpT4GlWWGrmEKJiL2Q5Fvp9BpdLAQjIfDXqGYnSQfQ2YJ 9ZtqknOVh+6GMBIq0ik/D0k8nNXB0izyacKrA5faExLUKMIixN8mfbxbwlnNGdmNi+VNVPKvUINA GFVudSyojKZCpeE+eEfS0KQKqo9oTNrTB55kzgQVJI66atGpITfzN1Fv9oRGTGqave6UrhCd4Wes FMR22HrmbYg2l8LPYHlo2dDlDGmJlScuNppQm1s6l5EWjwnR6XWipoowWTzGHwwm4gEKC5G7mz6Y xaTr6LJfgJPw7pwCheoJyd1utL4DAU3jE+Y47FDO0rDlMAgqHiZUZPGUnAX9eWWIl5FSHg3RaI6s 4xIIrYv++Ea1G6NolSVXv+qQ/NwvV3tmhS7iktbFdaKAtxcMJz31pizThU0H/upjKLE1Uhh1RUW1 Cl96ah9pYTZKHHGZ+/eb7aZZx5gNEfakDibog0Xq6HFtwb2DyM4zWYoFa5esHYEQecaNcUIGXBm5 rma8WPG8CuEPWN3EhdppXn1PspwYXVPgP4E5C9MgUQamaggISwANK0ZUAXDSfe8ISwZTlB8x0QNM DPta6EgLrDZdN7EwIhUQFEOkTI3PtJPaC9Q9GigHFCy21CLz393EDLx0t6jKsGvjl57jICIZFJeS aQuU9n+FQnFu0MoEOU4g5BixYDAVaYKhOiRGZPgsUQq9E7BUiUapLpbLnZa4Y5YAPAQjTbVDJ0VW qUhI1Hx3RG4na/Kl/HSDsgqlSNSGXiRVYEjiJQtBSN8MDJWNnt8iiDZisjqep6wrwBVYIQwFIk/r LMV0RHMnUIUZbKKdgxAFTKPRlOwCGYlvwaZ2WpbXbb6wz8ZMOLps+hZAMkuBZYbpC1aGYX5t1Eq0 mXF4QY7AnMYxFmvRgZCYw2+JCGdWmUE3IrOoMmlxxJeIRFF27jPRAsaSbn4nBZQvR2p+3bOayam8 nZDPCX5NPzLqHFlyO6+MBv7CYVM+2tKDHCmyXayhaIeC/qJHC8RSn0AOrwGCESkFEdSPDZ00o7ER nIgqeeNSzynQ4+P0h3U5QLSWNSVAx/Mux3JVPthVTsANspmYJLgFbULTLGhAbTKsGTH4OemmyvwK 8S5rCpmMhSz4yE5TCQ6aYzKMOidcqiyoSWc4UD03fS7kxC7IVQ7CYW80LsYc75nKwj+a05XuxemS AwNUdY+q9M0fE3JLV9AIZWbf6OfHUZYR+juZ/KAuu/ATebjQiaU0/dc4R84UMmgEN3OvrjgGsFo2 YqHBiyfiCucRkCLTOI9AVF2UTzYp3WISnJemlqtPFos7fvBHNGXX+rdPEhPMPMt0qV+Whou5sxEa dH/BGI3xmu5qHwWd9OtQGZsubAqeVEYbrvKR6O86nAmW/NDBgKVAXPoBT4+QYt/lDTVZSCjBxMwD LbnowYFSaMQ2onHuPVsy9NgEqbQfjMMwFghwcKG3Tepn2EZl6/4sw0/+VcmSOXPifcEX8tJ406YR V53Waf6a+xTmDoGhchPP5l/7l74TpGLtbC9Mr6mqi2WvpQL1oAUU6dfKj65p/tgkQBYqLQxnp1/A e1d0ymQbpEkRyalC6IPwzPh9nccSejQXehGh51jBmQShyT6LQkeQU4zLKQpqflB5OhdckghiWVDy IUCy6SpSl+o4FkYEQaydfNrmyuTzdyOmblihx3bsS7FSujCRCYVgYIOEh8eKz1Ecaw6mDncKSAaK UjM/e8s6y4LDF6dTqO6TpP+puhcUgh3ekVp+cM4b8J7rTx2AhbyEtGEgKzKpjIx80aAM/xQUkKlT ZBNLBmAOhoUQiA9Jwoq2E2gl9D6WWxeby518b65HLxgjajogLguyWOvefM5hN1BNVL0KPGTNErQn CRt4NmWrttac0X+lX0RK5CqiNRThNbh/WPVMAVliMauswKgtd3F6NT5i00eMBNFFzmzIEqq5DCgo oEA1aYPxnVoT0nOfvq5NzJ3ilcuT64Kx1mNu3R05mQrOCGqbcOI4oGBTUUOcjtgP36/0nuWSwuKv jQyk3qYOvP2Uq0YnEO4FuKzfzQjtNwDLLbrNPOUnuANdLHsJkizHgN3K1yweaWkFtIbnsy7WNxoT VLdV0hlhoqcBCu7UY7eeU2m0u7OLQbm2VkgC6ZjAdTIlBnZHYvjQnwYBJH4MRzLljZo2UTl1BOva hm+G4ixmkhUlsgHHiCjzSDJBlA/8Xb7X4oTT1Wk72NOGuIuWrDpTdxzLDKySXgXJEkZWDwpvpv9c AVKhp6u+ru7Eyi2ZukecpQEZpvs9A0ApAZa6LYtrCNPqLVUSNGoITxeRjTOLyjlMcm/R0p4P5Jdk HlarYBRC0c82cn/oW63BEUyQaBBBJBqVyMQGKCDeBcEJlPwDFCmx7kpIBuzJIE/ki4SB6XCjxCKR hqHLgVwQlqOntTnGbLBBLLGPiMIgigf0iCxiQg1tymeIqbIwxSWWUadnVzRcmpNaEY7JrwNxiR0N ImuXl8Ys3ym5AqmFI2PRi7ph6BOUoVkol9U4UMrb1d7B4WQy4kPlXc5wF80Ce4NLheQqKr0opUY9 VDlsbkU9dgt7ugJyJHKb8aEVjh8p6V3QQUdFDAzHKbIE+swpQ2Q1jsdysrNigc1lJWyo/cFEHuhO cBjYzXmF++Uum6qXT2ZJE1XejivrLexfK1QV9azhkDaGur20imv6opoSWKk+rfC8wnJuHBnRnN9l S5nTYgxakK8BqshYMwLj6UhlT4KaEWB10k/sdKCVmFCXhuAjznhwbKmzHqo3oFB3C1UpxyKP3vhm /KI56vKTArchIblDAZz8MqeOEINPmNoN+syCK1NsYRX/ulKnJ8zqJzlhis5yEF9YCOENA4ccT0YH sPk9jUS4EQ2IK9rO13UYGQuhRO0P2y5Q3GxvMFBgZcwaZHCl8bitYsiUelhlk4jmP8ZiRr7gUQci Wn3VP7vwvWoemRAHaXD5ICgk4WZRGuU+staOsGs/uqzGYLN8gKKQ8nWTNCJCma7HOzXrdFyQLBRr 4Gs9KIFVy9b1KmnWOomFqGgWJ225zEe6wlee6EM4Gq2NEgT7W4dGZ1fNg0LZImxmZnkrDbYBI9Pu q+vjzkXGafS+EkMOgj9MqZykD8/EKDbUTK3IwCqB5Z9IB4d+a5Mp+hTgEG/43Dt8FzEMvjUm7FjK NHRXIgBa9rFb6V2IcH9xUn+5WppnmgG7HwF5c/A8Al9oCdXnKpkQxhq6aSvy/Ai04UlC87cB05oa PTYEOw2Ac4BUpmox2mC1MFK9G07bjQrXyMHooKkE2zUGh0J9ZE4WrjgU1y6/dC7w9gIbVwWBqHU8 dBWXqR0qZ5TTkQQyijKNHoES2909VHNKi820nIAb0WgFeu39x1lqioQ6DaI3Q9RG1pqmUroP0ISW rMKEvO2Diin3MiM1U8/iwk8pEMHnM2UFeV/S1rX2pOSz7AjEEkLpYkASCkx/kd2Iqe8EWBfUXauE 2Uhi0PnfjB/BRYoWiK0Dl/myixJJoFJuXb2jBsWQqK9zT/QKunwN2LbIyFICEWpPA/rHS0UyWkoS KwIwNojs3ibwMQRKshEn01K7EFaKL9HJzp2amgItx3KdXCDvqPCIvQwHYw1LBz47yGX04Ab58ppD OZ4n9yb+sru0nXjBRT2QnykPoKKyQkwBh1hrdUE5OPdIWy8u1xj1rIgpJOqgPKewmIje3ctF3mRq BM82jBFyJALjVP9G6YbOoQKmOql0zNpyEQ6ZkrI/tsHsfUn1ShUEmw70zitYUVZX0sAtsoSsL9no 0KmrVJGp1ZTpt3K3zeuEso01rs+xmP4ytJJnMMS80aav+pEktp6aZfNZXx0ftgBF0NBbK6pkFibK Nn2QffldSAJH7MDvzJfbl5miAFRW4NBz6THNuj47LNCnTR1aPMr5KPpnKq6yaPE9sKAADmD2Yadr CNZLf9J3MNKuAEJrOgE5Qal7e1kCerBmG1AbVsxnmp+UQLf0XxW9pXyIaXmfbMNQ1SyZ4eoq9dls BcgQvW2yeW5tqAhpqQ7TBihAIA/mb2aUAZayF1gLUwm6zRxsvICiLXdp85ReyxXSBCHzviC8gJqh c32+EO7SCg0kIiDna1ou23QglTNHabZGEeIn/rloQuEg1KtdJ2pA2HwEfbl5s/GS3rRjIMAV1MHJ bCy11y9C8hIC9mt2Gad9aJWpmxOZRHmcHnsjod9djiM46ChXUhoaYOX5+bJVaKYioS/2BlaDbb92 PBOsvzqFK1JKoCHP43NlPo1jzNK25S15Nvq2nt5Efg2QT0Oocarw5yJK20DAjWbokDfRA1WSdyUv oklZgTi5UlC4is7dshWFiR5VeRlpZ4qFJRQiK6aN1pLcoqWvHBAXUQ5NITSV2lsQvPcGAZsMAEY5 bWkoOflA9JjBWMf0mubaoKM9EEkaaC7kGSXLMoaQnaoMSkX9iX8fieb9dvKTykcEr5ET3qDaYCPd ru/gp5AqYgohxeUFLjbBfGZjTjHaco6cOsifBHJsJRSXyf85L+EG7Imor36Wj71fFq/1WSgjGNlR qkf5vUTHjCXL6uH2GQSZOxYeiD1I0u3kmbBBeBYZolJnks/6Az6D9hmmjDgkFAU8tSDAyKHEJIM2 YAhZGpCa5HLSb+OTCl0m1fOOb6xhmdkbw8BMyAPZiBqgC3qpIhNgBE76ztDBDf1jOsLIqt0yVnTw S7MFALLt+cHFib6oR/R7HtkILIEn9qFdHASpL0eyRDc38vdIEXqyDRRzhWJpD0CPIKcbu07ml86O 0WwyY+ghwKSAGNEEVfN3wamcM6MvgCFOZy6UHRlXn+uCOxTKK0NBtHitwEXCJ0/IT4nCk3x6VQqD b+rEi2pm9AIOG8YUF2xLEtzlxEGDnJnVQ4+Gowak8jVj0UQWkqX4TAxWE6gzPJ3Ck/DekOGHaJ1/ I4GfsUyJSM9Epd84tx7KfkAlQvgfjux42YQrPE1zxpqkgooZOApT5lwp0USpf9EPoQEFk4HYLAep 6UseKGpmD3VwfDC8EssFnYSvpUEIJDX5TGOI04ULFhgdrLPuh2p2ELZ0m+2iNkLXCX8g27P3hmOa /aCseE168FTOJmYH6bkH/VbZEZyIaolrMbeaifPcPcUnzW1aYxjYzT/7oH3haddh2WfBTgxqz97C fwBDiZWmFD9MPxSOXE1kzLIg0tSzGOz+DlJz5Mez0rq0TEk9vtAvuXeLNMG1ZBZiJ+eEI5K3bNkS sNGXjfB8fBVB/YRHCVHCFl9lqpGakhxvCD/6nQNAsD4PNPAa9M+RgBLB1MG51Yt3OoFNDojOBEWe BMkLNn/nEDkkPU5zBvSclkJnNXMd9d7AciaXIy1fDX1YUqbpjKhAkpl59ROM+CP1cWllJMLWKNOu A1pwDQIK0thKFQYvW2LpjVAjKmawVg2DSgfCuTJ2w+bRPLuwk2eVMFz0nBVtiTnIQEJupbyGZVAq t0EJG45xZiq+oGJvyMqD46AkyiW8OHCIryCARLNdNq4fI+nBwBMhSokIr7pvE1uRqpYZrEQOi46Q FYHlHZU0k1Ij4aEsCl5n4iSAY4IoXzSAA8A5G+1wIONzs3KcyEakfIiJZu7NpnQGGGWPbCUnR0U1 XRygn9LRyJ+6zof+5fraQpMhrUF6Qg/5E0HzLPzzlPgt7uTPeKBqpleuUbqOUppwZXNAqyXsBOPI nDjIIh3Lq+FuskQDAyQcml5vEEaAKGZhqOQNyxak6C2xFO+4t1+GIwqZbIlxLoOsxIjkBqvSXK9Z o8tIVaMqCOSsFs3x6orOk0DWkvBTXjwy7mKpj5ZybOGI5cwyaCU9iWIeV7gZqwbBpuNlDflKFhog vYI196d0v5uvCFlJQy6vo8YPChAGsfSUbIm02bXwoRNy6GyCKxEC5m3FIZHGQHR5LZsk4h6XlFsZ 1MljHH5CAk2r4ZdY5da2tznKPLIN1hCe66RwwH7x6y+7YTT5ux6UQtCT2Tb98915pxOnqUGe62LU k7CxqsgkiPRhykB4NnjXK8K4GLXDJrKN1qDDdx9MjMgt9eKA2XMK47ncU5p9LqTO1Lu5ksFYg6DE YmlWtVKvZnU4+UU06bSnetNJO7tQo9tsB7nGcRZhrXgiWwSJNqN0ufM6ohwfVqUuVlr7iNueCtVm nkRda7QZfQs0+hbOPGw5yLJaQ/copH39b4auV6csVbu9kYPkUAjZLsFYj4sCjX/uSg8imI3iBmSI 8H5K0S39VKMrL21Aa0+hhPspA8/mY32OWQ6Jxrl68lxjgcfeJEshbtqKQnSSj8CLHrdJNuV0Sbel M1jzSu7QdvcERKCIbZ9kevG9zLmJpmsCk9bIcjgnPE5B981Du0bv0elfnQfvTVGxm1eXUcTZeu/2 K16mloU2FBpfCW67vIrXzUiNhLT8KCPJ63t+UQ+49r07/5kHKt8/e25BxPjFYJxsfPye/7IHc2NS cusBShHnNs9BXMtBrqwhHEBad9eGCg3FbuvOuBW+2u/FE61g/unC8VaBKY76tmSYt1MMHtO9C9gw PMlgowhNAStTdBtMj8nCkKsNlzT1Vg3w7kkD1IhI0iVMfEstLLT1lNQG6oEPdWXdbYy0r0DfKNR5 xIeWJK2wPKW4OyTLZJZ1O9TlLAjKscBQkALnKZfT0yzRF9eoiPbC6wRTAGqBhuYsPg4G9VX9kaTQ n48lNEJ2nJQMmOe1gR1vRmGtqG4h0npi0tY2q+pr89wBS3GBC2RKYUsIBfBLDAPsxIQO51Sg/US8 8UHqwQFn3CUc4uiW0JmBIcmUQfIsMlieBZkJn6BKyGtNzKxIQz3SFHZqTBAIx4YsLof2fHge5Ij7 ifMlvRId5tgPFs5Cag/h6I5gnDKczIxjZ+cUrTIjDFEKjTMkmnSfIn52Q7fxWs1LOHlX+O0bSboy PaHA5ehEMbEiS4/LUubCPQGsaJ74kSX6RIE/+NODXS6e/WG5Vimo25DXT6yOyp4M33Vow1z0s+Lu qp486iJfgmwJjUTyPnd6BpcnuzVC/hJOsW0DQuYAjdaOwgICbB+v6nhUljlSumiV2zUKNmlhImFZ OX2F/Qyrua2mywGTQ31RbqvAi3XsgHg7wbNC8uyN5IBtcXyazJ1hcM/z4ePgvB13PSDOOIxAvJa6 69J9Ydw4EAlJeo6HTvQ3z9KrP/RInI2iFXmyy+gmJLzw8S0WN17s56TFlkVUS6t2EAatqA2LmSep ylpD06SQWPfMal5TnWZpTAwYjhe4UsfdSU7NKQwNjNcaY0qh9+p18je0aKp9Zbq5evcIBfFSKc5h aOrI9om3BRGCgPChtAetVGx80xsrn70yi4+PZ2iVjLPDLKTe+GjYmOGzPhTVJ2npDeVDDY3RHLPB hPGK1DrKsggMJHFsH+SnMq7YhBdLwyBACMoBk7ZbjJ0ZFtj3q+tm6MUnLarsZY+hTg7pT5+7ST7z 8Q+IUPSim0KMyQiDpFn0aIvNVmkdwhxqdOIZBKfvMD9E7Z/BwxEenZjnYlIOddmSlpjN8H3CEss1 qsFngfIl4i5dypcZBhbBYIKK0MK8w/8pK3PMnhzSgyF5IynoV0MinKWgtHiRGZdaEH1o09ONEBFV 5JuKKMY4boFEuTCi754Y0Z6mdFB+0j2ZjJYduvlRi8FHWiTHOUjuGogx7t1sGLxELwKJwmvoI7M2 /kchjVRiZwysdnGnXSLAx0iDoKycintHszoAqMhic/ZxthyJ3mzGmG23kYQHzPRSTeZfyCHDqTYx OdgEBxX+56FmFumvSLhUlelgmKx0nKlOskm3VNZR1WCCQ0DYnF8x257ZQhHFgnAmGkkpOhpET56k UWxI9gWCQJuQPfdRrwmNCgDDqLQEmeqLSh8eYsHeCCHbCDlyV90SONqgJx0hw9gI8SX16TrykBU2 7nBmHS62huAQRjZ5pUk902n0YI5Ucg1RCSTol+4IFCX6k3xOz2w7O/p49i02pcsyMRRBHkJwkHaC zQnEBIGMPPFj0QHJLiVdA2X1x2bMHoy4Dc+U3vScl/F4mjPFoSDFhPDNpQDANNpsJUeTj4R8nKUn yBEBjUMAAuXvhYtsSu4B5rFb/5EBYfq0G0YaxdyJeSzJp2QeIsdosqPo0Txd7y1hVTo3tNJUWIUL t65XpBzwqAx0j1x7R5rlabBXYFRDNAV2WcDSEqGcBSXlUAZCdtCC1RkcXTWppHpMOux3E8PGi0p0 4y94auobcmi8vIXqUWdXId25tsPpr24qnOihe9kURQMapWNstYG2SRypqpMQWY9qNyYeq5OaTM7a Myzrj/p0ZRdX53Cu2e+po8RS6KpSBMkqZ8RZuiAONKOhTppHEqmxgl/HoBBjJijXwIEZTBNVX+vh VAzjugaVuaKh3oiy4kNQnX0qk0JlU2HO7HJUKucg2EQWkStTp7iiMCfapBWDZae0qfiQxAup8UW1 fq8qMkDI49haosrqFO3x4CsbwML9anask1YcaqDbGtMlOaSnBFtNRYfsDzFTtfGqrivIrGpee+tZ NJ+VY67JhaSXDJqwEFGbNXEsJ54k5xoVoAqUWNz8Gzfgnd+TRaZTiA4x2D/sCbZEMWtYvCOwQZPt HDrMnpg+S2Mj9U+khjrFl8RlYFxPn9iqgB3Bk77Lq4cVWwmDkSXJTNlvaSTLA1U5Wz2y6gx63pEh T+/FUr3Y2OBPS2yAzNqr0IlGb1cCLlree4YIUOn6TuhpMcSj5qh0OJlnOIV4ipCWBBsg1HNZYVVj NZcibgJJhsitbGjNQ5cES9CUtufVhKuxQEPqD3APXLfOxaBPGCtac40IKc8uPHNhEIKrDt4tKIT2 TmuUucLlDDWgh5gOIgaRaGNuZnatuBm1cCcWRl4Q0FOGotkRGVPTCNbQFWwp4cDaskE9GRWZlSvP fCEkL88sWMjGo/FXPY2vORKGl2RKUUQieVTzq5mKo3FCHsRTl+YpXVusT7yUiDA2MKcu7AUpGjMS s7xoc+FmhGw3H04gbB8Y71p9aHFCD3xFDuPylmiFJx+4Dz2TW/hfvxiPlgZ1QJmolI9WibQbaTJ1 PsRqMzfOBbTZp+jWngB4LaZQZPLvCiuCEchhyxstPLFV/RiJW/L8cDsgM1afcqtMgxjCTlbhQmAZ grMorlQIqAJ3BmgBJ6fJ9WtJwH5WP3PN8GiAQ3RGjrnjlFzllOkO6HGlUA6h3Cz3LiVYNXXVx4TK hijaW2IyE21zNofbTBhw6Rg+OCedqDxI4hah/taSChB5afmhTbY5kREMwT6Jh1jqbgiszUAzAlix MdqBU1yRPPjHijre1XNwd8XmNUEf2sCCjsmdKKowUEBIxl1dtFvSHKcb4zMSjfXJKqG9ZqwqTyR9 /VQl9B3bGCnt4CZNiXviFqvsIjFUyutTU9Uy0+qnuaKrDms/exP2wKKG3KpO2B8fYvKTmSu5ZvPo 1bzmIN1Pr4JkmCX/PTkhJ82fmVmBEYOWDDRji2xG/GJEJQqeuqoc4gmu3Vn/6g3MBN4q294UoElJ QlsWrTqCYtXsoFYXXy5r4YK5Xi4vdhn1+FcLKY71luWrHkPlVO94jxDwhmbPo6B5p9xbb0Fcnxob npZ7k0SXemWzEc9Pl/OO1lLLA9gjLSxU7RPzHQNpMmPMrjJ+12PLjleG3mMKsliHimyOFyb1Ejo4 zplkFuwfsVQWNnK60rZa3zw9AyIILRZvrUJm1KAgv8mD2rtQx22yGgtlKd05aIdt5B5wSFhU0EJ/ G76Gs5ljeUC4xGSxAxE5Gq/lDkYuHlaBZCKFQObIekvFMpb8Phsouw0yEKYDDXusWU8xgsmMhKFo DlpD2RNfZmmS3s1kVVcE4tLpniSjhx+PuAyIWQ85MEyOAK57HZhHnJmeMH6GKxx7MmGVEDFr01Lz hd7MtSlMlvzwKNeeompa5QmlOompogCCm4IAfN0H+yh1Xc82Bcg9y7VwAMx5WaXJGqvJeJ6qiZ7k 38PyOro6gSy8Dx5Z5+mtns3aQ/wa5fvJcTjd59c/VQ7k3z2b1p97j5d9PPfcvB6D41GlrndVpbOH N6PlqM+ehZpAxDLSeHqmjl/j1PNaWwXVABebeKqreNptve7BteaBRfkKYG6V1adn6zW9kj8i0yMB NYjNoiNSPZovBVa5UoUb5miQfMBDddG620/6iOuET6Q9Jrcg6+G3z4ppJGya1oNq6RX/JNc0P9NA CmLGI67SO2LAaY/V1eDpAYFNjau/EnfvO4g4Ka7hAqmISFvYWOU2KmhNVbC4bD+nK8EOU+xRhz3m MHYSBgEhvhiOYN1UPqdlJo0CBFYdmok944saiQKFKOcJ9FwSwZ4lNqyUWg3EQXUHG8VMmcEwFfZX 2gpe2UY/Q1McOA9eExQzUZlh1NIhvUyMWibAyn0MxDwzcqZWvTFKvuC7TvhP6M5E8ctFkyk9hgQl ScA0TwQfnvmPSt+5KgDQtIpvQbg8gaO1FZMTob3JY0iywgJEz6nC8/lwWUpZ43kxYrJqhhIRgT+0 aaItoEdT6d/mtZRVg6guylMduoA4nKDu/HjEt/+Wm1OuE8Srr01WogAb7RXW3bodI2b0uUiIheEe ggclmKBxyMF02CMuYZP/9cCojEuWZvLir5HoYLYRSX9xs1TAAMzV+fYtBCRE2f4lneEifZGx8Jru mvQ7ElW0P8ZmThoO/sopIYiGbbuYaelZ8OViNBzakpWvzhbFy4XoxLUoKOeipEcBwhf0kHA61Hf5 Rhuf0Nsj0F3mFBpjvvIwUaeDeK9Hcb5HqGGExPRpMPZK7Dld0I3IUUdw9D4z5W36V7LAwSSWSdbz tIjwhK4WUzUpbRfOS4RQVaamz5SLqqJD8J1DxX1GmDGkdOJpFqBr591zReXQlQ42ruvKw7JczbQX XzTGVPbpc5FJt2WZqIycjDC+XFoOLAVO1D6U1TSRamARyhQJ0xEajRGTXzXPVb7Qg6PVFnkL8rCQ X6QE18e6z0TX1TNTA+ZZhNlsMfspzzliJp12/cV1TDXd5196q8iQTJIPwQ0lZsmhABurGmSESnC5 WAtPEMxvZGRxkI2mGi3MMSL88ZQanQ3m1NsZKSq5DcqS4FZJSC4m+hGplIsfpGKBMZMo+zRk4pgd uKztNzla3QVH+TheaS03KNQGzGhb4KZ/QcQyXB3CncJKs6fHv/JK1Ig7CIZ7KmaGsEqiE0KQNpj/ RQrRtbHLH8InsjB25kQUUuL8l06bYuAqTOExmEAMI++79oG2TIemNtGmTBdTWHWiVK2Jbpo7eUSz M0EZQUtCfezONc7ffb2mZIRIPE1Sjy7MO1hj1yMyZQVoPpslPzxeI1uNRD6KSgtGzZdy9cG9ipzp xDK8VN+sMeIDAhbJfjWW1FG9f/A2EZRQ6QQRpX5Qwv6EGpQ2syeTJdlz5yRstwoUEmnKzd2CTvMg TB2XJ7665CV5DUlJ/JZOIsVXBZ+8ivGbqUc2ywl0wHXldxKQLQKcXdoeBzO4epRzNlB912EpcQpt 3137N+zc89m8D3fG3WYhF3U/gDzY79SjC3chSLh9rzRkra3pJz3jtMkmwjCIccPugwSdtDOD9VsA IhzGGeV6wFhjdGFQwpsjgj3JpevGnGLs6gCPzRar5HnaQjZT9s3wEODjIACJ9Y5WkkqjSRjrKY4S CQDLNEU5oGNxFsEUES4hM3qyc5aKtfSRZhd00BxESNizb33ng2FIIBaGN60mDUJy0ozJL2P3Chgk gacCsSCOtZRF9w6ydAbkeAAQUYzSHKhgvsboyMcXIGAWCcHMAKoeySRLYK2KPV3NiirTWDnKQ9DE s6K9+inROmbEVvbRUrEFp1h3KUmbLCTh2ClkkwL350R46AEghSTiUraqQFSD/D2V4AgtSVo3AaZL oaf+GYDh2j+lfkgX2RXbzLcSNF7ExixDpdnkL193510PBENfxWSGyiybeGWuLIHKTfqighOkd5rX b87ob5Jkb1rbX8cLmogxqRrkOs19Ehu26dz9KSkxYWrTm9k0SFyGmkNvjqrH2pjM8llPAUVke9b7 U8xl1FGXkxffE2u6419Yy4o+3l+a/dWoLcfoqXrqgnzNFerobQonWE+WQ9oITo/Jxm5qE150dk8r 7XKZTW0zzBnZo6JrbtNEmrZrQYj+22HI6GKENPuEaTSJuC7G53hMZOThP5PcfNT+aHLO/pGf4+0m SCrOByOACbmidBUBpvOpIE93lv0TH1TJ1Ks3FrMVBU7hVCUekyqlWWnEkCtTmTJmGijmLcGRNiiq PJxyBw/6iVakQjkmlEkbTjkNU3rOeDS1wxoFJskZavTC9WrjNBKTJt6z/Lfeda4Fe4kcD+5Z6C+N QUX59sIcYJFsG3f/kO9P5u5fBUOk+J1XLWmLWDyFHl5kGaURVOEbBixMaFY+AtPwHf/koJcWOmUa sosUCF24ewBNJdtUr9+ErJ/kAw0gnh1lJSctTGsm+JEV8KduKnBEV/pCkBVzv8uus5MmDdtXiyL8 sEw/c3kZUMiTC5bpoUcnSJMqB27SZnkI7y7HKfdBA1QvHyISQtO2S1FXFPjd2oGFMkk4voyLsCI4 ZRGG/0EwWssmj6UZu8f39UgJHQLa5Ks7NqY9Ftg4d4acM3KeQ+7wNohxrgQr9eXjrkcYzC2XK41h zgzU3lzZa7kEG8t0p2f0l1Dn1poxTY/0RFjSS69mH5TSEAaoApOJFymc8l3X0TmEbgqBq9IzSzNt kvAQY1NdOIEaV/staEWNiSQeXV9vDqFfE2EIm3XHqeCYEOBvcWRvZtc6g9JN/sH7qnq1lFIo0Y1S MCBxrheLfqmS8WUX5qDhNjZu9x5FCWrTPNvTSd6iz5wjxeVrDNA46FFnCzq65a1mjQKVe+jl9TI0 a1iIUi8Vej3Bwq7adaWxq+6X+NFAVTBn8QMmKIiFJjHhbUpKfjHFMf9e6JzpjtEgHy8jTK+MIIuM vgET2aYofPdUbaJO9SVMvDU0XE6auSFuycIkO/l2VmMsRgVdlCvWP1VRTHNTn+vVsDg5SSydDmoY Bt/FlwvCwzytZ2xiXNgrP8h6QjfhmtCESJ4rQSJyuW79MhQ//faJb7DppgxlqQ2fyfhcQqCrqh9y DNP/YU1mXNQt91A7yj3NWZiSiQO4MFZzChtCCECfoylzZW0pi4+0/uZ4uOEqA/Cv/vnEpguadWfj VrtWHdTtXNt0oHlKRbeG88EEqi4aaNORNjUZ3EhnauHndnypvBUsAxljmjxCIwRoarahAmbaZP3L 9JvZ6bhhkp2emhsZ/9cXhVSqVRZmoumNmtH2zhTf3l7SlDk46+cBPssfNb69OlkRmqWzGqlG2+5Z g7uoWscsjZWTM4TCKCvOTVrZXsZbBGmx1/V1ertcZaY+X3VwqWz9qhqtC95UodZzfXVZbk+rhnOr i66KO4zQh0jrlv4thhqHc4VkeuTHQUr3f3n2RRczI4COUjXyMomTQOYKpQ1G6bY1DpUJxSvTcysZ U8iJpfFdkj2HVtudbok/e2eEzJU98xydlEXzb/9n7smMr3IoVfTjRwkbZljHcRwZ5bayr2EOHvix h9Knjp5xl1IcKW2aWyVvzu4XFvHon6bGIlaM8y1E6Up641g6aCPB101NP9/MyRImpyjWzM0AmYkV phn/on80dTeV0FD6LcZlQwURwmoQrkjQushYJufcR/yMa6o3m6szUzyo3bh8U9MCakM4C0uXR8yZ 5N7gIkvOS1knt6WtEBKizJvy4vrRh4/6NwDHLMbqmHKjpKoHU/eMxJWczE51Mzd1h8K3ncMYGTZw E6V/s2aegkdVl3LyBEJEuYni9jwTSb1sLPpzRiMFCEE2NzTHR6jTFRR8xmOopdviMBcz90e8o/9H 050gxo0jQRS9RVv7Ups897/gvB+Q1W6pigSBXCMTCZAMUgkuqpIlCQj9aHOqcmh47lwS5TjNo7WV jYtfBBV+NcLMCZhUuQleNIuG6iAESyYVK/CiXB8mbPMvWsAFIuRKq5MkLTI0ii4bTxGjhAQdisC2 Neo9dIh+lSPyaMLTAY2NZffv5mbOBoTpxidnkeVvYjFZAWiq8opmqQXTzlc2cXzLE1FIce9vt5eY Ta2JnWSbZvpKPG0x7dFD+axOw9poIz6OPEPKBsJbEtEhs6C4GEuesZCsFzDGQ8KlG78ZG2sICUdX QXAyhWdGiYyJxpOrUijVGWFSq8gTorfwR6qVVVnRqmVq49qC+hb7NOAFxFN2F2JsXoQA07cKMHUR xzo/+XqeirJmxMai6IQgU8FLp6IZy87iylfPtxknccd3EVBpJzlXiU3mxJKsevkISrdFyoPY3eyQ bWcebCbdnVzODqIWP0gB5eaxrhU8shRBBC9Is0pRSO1hGITgzm5pJfZTClXp0HblOPO7tRXWpRkL MViCIuteJKdfR+VaEgLX2he43b+V0zy2qr2vctF+EN0GQmtbYq7PFRkqJbsYs72Yj+pbTeqNhBVA kS+sDyNQRbAMfrqic/COr3IJwrOUXbKqFgJZaMbvvI2+Ajp0sKqQx5HqqD7V2Dc/pUN+YDs6hZom wqSf1oyS3e/9Gnn3AWLBKUAOolu3tS8FYkXcgQOXF0Eo128pZfPI9obJjCB71TMkygubf2WKJcCj TFKq/e4u+fC01fLCAoKJLYJjvxVh8aHQhvo2SWBIOMUZvhouZ/h0553MBHVCs39MS1RZZUDE0SA7 FEB81k/bIYQlyOKER5r3fPXUos/Cbc2qy+2JRtU0ChJF+DILBQfRqSdQGaq0ocXYwr44Y0latJJe 6q646NGggqNPrtWE8Emjf8b9U0Jg5r4w52K3oC4rES0RGSx3kWRgDfz2nyipCICwyTh6WgJOE8bE beFQO9FUsOrgi6XuRhSUy1FKGJ5eibkZg8REP+SAXbmxZ9R7tHsjkAHDkb6k676J102InnDqoPF6 Lams2ftVLbNrpUhBb9hDylL8LIDt+Kc7jd0ZJgi25F91zDUZZ1MBGu8w715IKaCkriJd5R0t8bGE mV3CJCYB1vys1VEoWlzRdc0+sjQqplrcwY1oGDQ5xkpTaxBE104XtvoaIfuNQ9w5jivlKbCJFNLQ GySdg4DsrF7y38ShGlGpT8VSOWxPxTl+JA1Qx2smhebkKftCpLwi8+YgwIObm9llbhr7mV9XuNAd 1Uh1bBdFHNcOsGjdNaofpJPRZ5Yof7aoJM1JAmwPdX72sITcnp/OPnoQLusIEGZJ/S7TYxVts8kp YpK6Mnjfs6zmYVyvXYET7JdnC6i8dYmz5WxlsyyQ0pM6i1yCp2tmQ/6en8MWmx/hMVljJG/pmQbl hXqoVCtjTmvNGZt6ZyY8hbQhWbJNyNsZxeKx2XMmyCKQiQvMYovf6SNduLbR0q7rfZstzh6TPbj2 04hsoJ1ajmlfslq0JgwSZJM5bpkkRwhL+DBb1FlXGqnNJNLXcDGfkRI/zXuQyiDtOQmmbEpJEiW8 weCH+Uatmz6QggClcS56dpKUlTcnCQBJAecGUp/3K/MgCFtc8IXmSnDtpokkjfHun69YeXoe7lX0 5qDorsL2AgB6ewVJNufRTc8HQDe+0zHpkqE/+7zKav6v69SV67varIY1pLqmNbCaheNFA3wkfFQ1 WVBBqgRN7p5UphXiGSp9CbsBUzbPpJSnciJIUCRZNYWIvpUkMmeC4fCo6v9BiSiY1BbtxUg3TFI0 tzCyEZChH5encN/xxTy4EqfpLZmJ8gA8py7zyiuzS7mrF4iUgWtjfiugAxwM5WvGA17ufdNN4JHA Mxtu18jSpEjCXJGLjtU0CluMpZxY8zKkV5l2/ZxJTVnicgBwnXQqJhSvhtw61d6/oBc7xpoBH1Mw w7LqoU1Jvg/lmA2diNQNNJZgEFI9EkoIBAhLIOXYfuwMGdSqClp3Rw5fcClDLGuxpU1Fzi08cYfc xokwiUppR7BGHid/7Spnm7yQU1SXtrW4lluhau6J9KxoNkSlsrVTu8U+wes48TJ6bow+miO5yZaE 0VNELqqEtijSIhVlgP549rVUbNYhoStf0qasL/q3UzpHRB6iXNGqaGBZjuB6MimGcECDFA5iuR8y 7FkD/RgMXjXtwyMHKRTFKuaaaQMXjTMEl6bpQA9VuE9rdV4RPMSreFXulKmCFHG2xlUeuKzjeOzU /JIVlVJwzNIYvkZCstCJO3e0+Yq8uB5qGtx0F3lNyYXR3DBZNMHfpTaEyIGFKQK3oImz1UV9GLqE 6k0iyrXIB7UbGcjRo4JbFBiBMniEUQvXc7hoTofzVHgOc0aOWXMqLt/jwi5Xj4EVjqAnGbGCUAf/ HS3lGGBywFxEn8HuEXWxAID3dMMetpJ8EmsWktSCLf1wlnQ0MWKdgGpgbANlTsy2wlhawtM2yqJL N63qarFYzxhBhP4pmjQZ7C5csYt90lV612c4oCOs+43QrS9MKEFWXzWwClSHtfUd7QVZ0uVGWVGS j259xNC+zgAICOlOkgKTDlscpxc6wxfJp4CecxcMlb0lx54jTEUTcZ5kk4MiEl3DMSRU+sg2/c6u IbCR120Bt2bJRcm3hZASJE5lUuUMIU62DLk3UtE484LKyKfANj3OUCv55JcFaNwmW8rV1CXquiEh Yyv5piTSRiLKj7iEjIUwlESLJnjXPyn0T6tJaG6WuJiOHwT1Wf/1ImQV57A+mjtP9DGpuW4RK2K2 00YsXrjJdTTXN4HQQSLv7WaJ1JEM9lgjwXSOMRQIECQ00aQH/oObkZgksrRJsWnvbKNg9urBiZhx RMeTcW1bryEkmwx80Bk6k3MNfITbWJnwJwJxFov9ryct44WWKpppteO6ONGvrLBJHoHJBzFRXhlk cswnNWFyYXEZUwDKKppW/5adiVw8dWLloMWKgX4zZji8fAxz9c+oHGq23HyTD/nqMRoslHnsPPLN covEXZBh+gZwmW3qsGmNk4a/KEBD8zzcRRnC2DhvEjV5YUszLxFpZO0NUeXKtWbrOYPjjlZ+6RmV wqpvSbjCBCvSBhCa61dTQZJSsquM22YnTeO3LEINQIsSglxsgcKeHFdUrU5cq5wX9jYv5llxzaKY ukPiNyIgjI0hxant3lEdaOtJuxY9ZcSo1Q321uQqYYLsbhzGX4t6aO9/55HQvaHefsh1q2J4lkec qT60Bce4Ha9ywFQE7d5W2bnQgS5w1IJaUnFpU34CqTi1ukeKI25966C6UyxVjmBK2hOOkkvpTxUt fal/mM+osvDNaiPHsIo1hLI50NK5ZuQNrGOhpMfxMV0jojab1XXZjrMUXGLGyxEXlHHmgAm69og2 R5mtvpsXlGkBDNdDF5gJQ3wLWAiiSQ2CQ3MXcHu64AXnD2/i2uYhXKbnnzcYR68qrmW+zOoC5Ix3 W695vVoHVMzbhbh6gIRBTWtn/uwqqhavfdOu4MM+8jz/4iRgry2Iawe20Angm9w3N5hlF0DXW0AI Eg2RA3DLkuA8NjqTzgBSOkd4i/uMco40ZlM0q87Ss63sE+u+hE5hAsPV3kFwkYHGkQaGjw6HiEWA 6GH2vuR5+RIsSTrhYc6STIBhSBtatHjBWeIXcLQANNU19TNX0j2PjnZtMqG0rEXFWkM2RqYHEvKV iIjSfNNByz6GY446EcfyXXckeN7IUhJD851clRo5i2TGh6jgJlE+yegkqWADhXm75n7grHSXBS81 RQKHro+IMKrj7QJl7IXqlt0V9eyydjmjrxZnxzZqOYqh2/PWfm/O0y65NvLpa5nzXNIu8Lwse9eT cn0YwxVvin+eAPDeG9PbOoZI723npxX92j+jlWI+9ssi9EkOianQTTq2xd8UopW1rXlFWNVCX2zM boM0ql4nQ92glEit7gVtKRVWtKeNRnmzofEaVumtHesTfssKef9b+86PgihNrXIsXnrdDm0RvbUj h23RZ256zR5L5htHvkGkuoN48YXwdBdwlcO7YKXy3gyLTZ0RI94LBOGWjtBcZZ88tIBsFhvszg2Q GBC+qkeX2afBQIbSARdWYCCYCYMZHjMagmn4SuCxWo7Ki+iXdTZRTfrISwoi0YCxIjkxsBUkQb1w AIoXAuyg0Gcvpl/h1nAUVW25snAj300Q0MTudeKEv8Pq7kerThWXGXZwTSZxgA+fA8zGdXRE9JBJ JKS01OeKs1YyUnudQiZvWYEpJ1DtDOZHhbtidbfpICGHJgzDTRvkl1oyJHIj3UreogBftSJkFMGR GGuE1Pb2i3QsinmUwBuLlfAn/lcYyHmIPFoiPg7YQFSk/8xMYEVQvLfJuB2MTVRRZbDU4wI6uClF IbpA5By6Z+yTXPAELQgqay6qDtlf2VLJXoIkNA7oUxIrTkXOPObVWK2+IU3ftW6ODL7yEId3vCDV PnCMQFr46TCBgPUwnepd4jRRQaN+Sl8WuMBaCCe2ea4RAyT2FocUMRxsLriIY+xANvxkp6sCkbM+ XDt8CyH1yiUQmRZKOCi7skH5j9GzqZkUgoqANCU2uJNyCd12uegCGX6WwWJBpOkQxkQ2tZnOmXJC cMAuAuSU1YsBKpwveRYNC8nBswONa/cadPfX55JSHOqBwZXI5tbF/TWefLrX2FcT3NaCnFz0kSwQ eMKmXj9ZTH8yttokbibP3ceur8JkTlRXxl1xbPQQl0pjUjV2IaXwGUXq5r+Jeh0zVLQK734gmFZG bwf42NMTgYuNeZ2KLoBM/uVTC3i5Db3SQrmETxFIZDg9cc3XCO0yswbCEpjGBBH5m9uXw6O8963E G1mUe1BwIDNV5v/xjtEICfdyw0g9xTHH81M/+jnact5R6/jWOvmZ/3AEyVBTshY7hid8Ss7TaEHB ycnivglKM/GetoopIs8lNm8KPGb5BiqJFUmpysSfgsY7y98liCecyCYcQ0YMZ8N8k5FjMDzaxMJN yriJvJLDhMm6t9DDDo3n/yxhHnWudZUDpMKJZ5OMYWapJU2/GJp1xiBniKrmKZGSvoME6nA09UcL Jr0UrCEojcBjnVWQg+4YUJVP/5RJKdZ8Mw+xOcMFrdH42jpMKZ16demo9aA2SrUzgx83Ya2X8kqX uI44FNMLLrsMNOuxTBXxAYnnWmcD6WVSFXrYVwDD43roqRM8uyKh/spToIyzQxwy7NLGM7bKpLxT pxpE+LHMOlgtmPB5qkFL/F5evIY+djItJREM2+WFnhYpSkSfVY50XWFIWd76j3dIeFuxSbrLENkc 2lhOG09Rujsqn6ztdHdk41MW8YIhrKp6y2AJPLBp5Y1C6KgqOj0wtyxEK4xYAtO5rlHrUlQRwyrw 7dhNLKlqUIX03fJ5VAcZYs15rLM71/baSo30D6u9QsmgFb7cKDork7G36OYqjuGnlTgCPiUIXymC QR2caSEjaaCgu4OrBrCb/VBEJ/Kd1FDVnAQoqdU39ChmbDKQuaKG3FglLrBODPzFl6Yp+gn+QEwQ YSTdSZ4zsOrnsWXlEUMJpbQ5u2UAGZiemqhiu+nd6op64Cf5jSbuGAIe2znJ2oCHyJtZ+R9tbIh2 9Nt2riGAzwUg5EEAdEb7kFGsZGlMdRSmzzqJTaIzpG+yEYbEt/PEsqnYmas7m4oYvNCsefNpthdI KrzChLGRvoKwCinLYsyB2QheQdtQZVj3+n7vfUlGibOCvAmvbKSJeHEKckpWGthZ6YR/VTUbzSH5 l/pAyRWiEqM0gQUiL2N0sI1MoCNugztBOzMMQ6WRGlBbEvR/5hvIoC4ZdmNd2nOE5ZMJzFQHj+Yu p7ZmOB6fld5lmCaTMg6FiKgqj8ruNQ5XW7tqEKWN4ipIGD7WFQWRioudzijkOQUk/6RSXc1IfHUB VIlg8w+zdHVwws7S/GBQfYAQdCSU9wG1eiJQ4mNAS2LNKZif5H8PhpIqjxMiXxCwpcRdSDCaXJs5 lCF286E+DMUyUbv6Q0/Id7R5UNuNdS0plELJ1pBnQPJDFqsgynCthi6v+qBvhPvBcTS5xPJ+ITKr SAPuWZCix9iJPOUMJh2Gll0yI/sl0n6CrU0sbF9QmTkhSSvNKoQGKx3GkNRpQyozBqLdfETg2ABl 5s1i2j5ENzC/QkopUH065jKUzfjzthwhqwBjZYsGNFLeX6bqdHaWNKn8TEhJhRuXAmRTbCzTM5XK D3zGG40pvjD1pbXNLLs/oh3JH/emKnYQISgL707XmnP5ir0l/CyhzCFz3MSH0cqxYsqx2bPBsq1r 03+C4VMwBu+ZdsLB47XiTxpHd8qWknaesZESzRbWlUAx2y4V28Rdf5TuYkm74s+MnQXL3IYyhEJq lDDbLk6FKEqYghrRiW+Ad5jV9EE0UEFpOTs8JJ/2pbAr0ccA12d+Vp06pxDs+FErv8OpeM/9coHS AYxz9GWkRNPMS8vPm5W48KAKV65Lf51KML7GbCrzoYeRup4yTFpveoiHWDA0eZoN0bADoY2TAh/A YeddK583oscL8LB8MnsQ68PbaUhVCH+FG0fEnRA2eyjkoxR1WNFWngPHvFFaM7SX/wY9OnRhOafo 5WLxE+1d5IK6xnUSAvtNGjvHqFzGGII4rJdXiQVGAtGpx/cwh8kFjCxdE/TwcRBLDoRii9N8jHh4 jP+5lv+zFD8knpszPoaKOkItIUwmjMRAcZIKmJomrooiVDcLbfSAy8EKQpuDuH5oo5eeT7jHruXp Q46YGWUmy2qUpJ7Hm9Z19zH5s++2XXWzMMdRTHASfLWfzUarzrV7K+VFB3xTj3Ug799euPypcg86 s32jmxRnMm4Q4Bta8p/vj0d3LvSyQ904YoqdX+kaT365Pd/t6h7LY1g0ocq+tR+bxy439+l3m39U 6bNyjg/a3W8fDxWDGvtWCaVqQJvzxEGM2gUdswjv7nJGyJJXm2lrWXfix04kf98fFBMaNwvPpA1u HxphJ/Hu3szsKZyqWhauYEI2WCOYJCHBcDrZ5hWVAFqFTKoHDWKUZMBCojBE2J58DSUWkBxFiF9J Ov+C2xyhZetU3xZNlLeLsjLaIk3QRU41YBIGYp4scD5IXplofpfNhFdsAHGmfKwcF/rkL3BDjiG9 ZWnsHzjkA30oQTaMq3KlzDvUCb8yTymjiJtfOWh5p+xeI18lC/JOI0h4eSpxgH3bV9qWVkXJf3qy vFtKPtMtgy0LBj7MukX+5uSayl0X/Q0BzyCA7PU37TdyC1JonP82nYW1wCAEk5s3zTMT9L1SM5ev IR8hjd8AYoTYxKTruumSx6m3dKRLygajNFg2EWsN2luYDxE6DBPJzqxIB6W6m1SVdGPKA1XaVNBr jbbTpClSxDYV0GHys2rlCoc6/vKmrt6SnE3wdWmeoZtPO+oJrWttnfFnq4ctgcuC9wXhQNHTYZoz SLm7aIQ/kVsw7/y4sN4nryftXp5hgz967UQj5OCwqQbBr/1LL17ssg/t26vWbKguFGZ0x2ISKF2T 3nO7yvHQrruEUfZuN4u3jWQDhzbUG6GMXfyiWWoub8kSsNiyvp9iWEv8FvIMFjh7WXz2w3iyIOzr vVWO4Jwd93oT5ivdiViUawTjM+nlTWxIL6Pcoa4CgzUN57sYCGSEHfOcPSCf8VSUKaEyBnY2pZPW MDhLFaG3yLtAZBwxx0FDiI36yT/NXE4tCPvRXfUAZ2QlkSOgU4wac6nGxS3EJKZNJH3U01TmuA5N tcr3WbgPZhNUZC7WTQpCPIkRUZeTXMaX8HFNLOZJAtHYJzQkkzeSfI5Czhh9JNbNFJv8MspkRUa9 nKRmhdLDaU/4IX8EJw72ggRybhsOtmdizjCCjNsHtsAUt/dJl7HWBNklupirGKBpdL9dJsCx3s8/ bdNqZbwdYjRifFPvqj3ajDc2m1ZY6otqAGeJK95Xut8rTXm2PtnfTDcNZna0qB8aJOoMHR0RE/Ua 4CZJ5pl62QaSpsbxZS9BEgv581ZinvQME+WbJzKh0hg8RifzEPNZF8NLtZRfD7o1544YnVlTRrFZ 4Tu/TmEIzj+J4tMNGlUYtjMhK03pdP36XztUDZ5laJ8SMq1ZHR/K/HM6sspZggU09F+O1CJdGMXC cR8fzWc5a9JGOQIJk0UBEIMkv3k3M45S7CUEptip7Cr5m/GzfGTTlQ7zqNDbdhoUZjROZZTbxlCC lgYTVMJPFsUVNrhtumgPiHhTwqAuw5F5dTYdCsyFGCfYZaYVKU4R1GhLL+W25WjFw1I+4ZkahDlf Snl8bt1KiNTUI5KSA5n4Ji6WW6FcNIYRxQKzXRG4eTZF8TQW2jRBR3pIj4Kq3rqqlJuAskrJrREt ESIXG8U7GWN7Po2FF7/oZSh62NxOFIwnD8MbTmaYGQwwHEmO8ZiRZ3Auo6AVYmZvSlVkEOw4WEBx migR3nbCyjeRUhkMN5aKdWIPPPPoqnzGDX7VTOCKLwSWSF2BEtst4n0qk6KUCJ1xYrZwSXaOlFVR fktFZDf0K6/AO2JCstq5IAOBJmEKZbm9yxQ+J1xdTXeVnaQnnjuBzZSD5Qwu/BzHCCe6yBaImTu7 Lfg5muIxSD44ysYomNE/0TpAa9ace6InWK5C0IrDwDyJKvUf6Rm1p+GVGiT/6ifoRvD5xcGRlB3r sMRbXpdNcfpgd3pxVtd+YZveYrW7LI2OVergC1lUmMbH4U8uggiHa9vB/DivLIoTnHBfBCKQZRyg 41nVEWJ5Apvb9brn9PnT/nMOK1Vwgj0o6CVi9THn3VpXo1IkqobORn8Swx1jSQY3SyopiLZIefFk OMy8/4EPTyyzIqBzyxBiCS2oJUxFLRfGqF5ACUnq3Z90CR9CS2ddYhu9LEoTZ1M/5G0z9NeT7Mag 2N/6ig33oseTLmVByaSNV/12w0VJzJtoUhxJOn50M8bWQBNHSoBwY5Cj7pHqvGvjTcWZEOdG+y3R KGSefCOtLeWjTaJDhVkVUTQglF0FJJTalK/oQI6gJoMkNVZRgbSjnCxtcrm0c34RgEsXL6a7qFwI Xm5drqeT5O+4Pwwb+yyBD+cf3e3QObGpsWLd9WmVqlB4OMQ0iQNj/xX6oUFbj7GAx+yszRW7Ah8v vANcz/HSYKseBM/ADS+IpNSDi3lN1XcJhCUV22ayq8z12cyRQxNhtUGCNXB/03sepAcD1Y8eJTJY 8h92GBn70UfEZztEnE8ztLxBf3SuID8jD0Y6l88k2TrgJjgsxLW/ZRiik7pgWg61oT0nqaU7Kov0 TLxTSh+FXQbY76zCDvLnHm1IgwetSoai/0CMSzFGj7hAEI9jAkkou2c/2RZjK4MmaeNiuTJJUOy+ DZ00+lFm9oGT+qKYIoJewIdxxcUuwVJcIBu4peyieSawDdsemZhLdV9ttwHQQsYA9DhbUZJBLAM3 gnGlqRrQWsQTiStXw0dtYbvpPrzLfstVyinHQuyUJFMDhkpp+m4Gja7sSOEJZFhR9TVBUDcAFh2m R+PHBEOoUIXtMUyvWxE1kOyhmWzzBd0ewnxtFbR1B7f7CSoztuSzzgE89ahCtcOWpQFo5sAHys3m tXgnPZKNYLIQO4hEHvV8dqSqKkxNMVjU06jS5ebT4mM6DNFdPY5YfAeLfGYBhRPjKO0VRBCeZomd /Io1BMlash3XY0o+UEBNaqAyWyyQpUoAHO1x0zK+Bl0QBukkl4kv/UirKtIqcgvryak6cVLRvATP JYVTt6y6pPRGQcOTKDQ2/fdHS4GpclROp3neyRR9U8ZSKChFKX+RwCSsblqlAYNESzZJRyJ+lGcb fvuDC5YSnsN2X6tnYqD/M/icdOz7LdV4eSrX6OZFJM468B2SJzuxm2Vkf01n5BXx0wDsuzoJMiuU QeN6rwDXDYwx2M/SO9SN+dmDDsjDqAhUPOlUJROlq1lLpdzSSNWd7kttYBdEnL0pCCCgCmGKw+WH xKPcQ+XekEJI2vuH14kiDn1OE0mVkHVDEmSYPIZV68Ro4fvRmTN1fqSF4R75q7Sjz9JytkJNWYy6 EusupyIAL+hT0isfNEtFCG9q0kFWEVMG0jWVDx0j6yCLsuQkfWG+xvdD/m6kOu6WLcJl/T4tU8JI GidawcuK0LoCn7VvFjzj00f9t0A2tKertUwO/Z/ZD/Lp1DeK5T3OOCbHI8/ITkzbwB2esHW+8Xtx MZdg7FbSryjTqkGXRbyuswMUx9c6AxEE5HP/5RdtdbpZYPE2K6pUF6NrmrYXLciqs7ncVsEyxTSR l7A/EgMjPTCKuP0t83MMhX4RrztfOG7mNLQk3pzG8IBUTzYtaF06xEFQnFm1jDUjz1kIJ8TARU7c JcFZYOInbMlriMEgYb4L5RpC4gm+mcMm34t7yKkrSF73BZSmYSYaa6yLpK0PIuBgXAGhbS1uPL/a blcpk5kj008KIYYEmQkwwRALY3sCgIv16NiqdKUNm+TWKEOLLJYzm9e5aNX0liI6yK0YayKki1ak jGc9l41lwzl1o3M/mLZnX+eJbX0CuG1aAyMcVg/NMeqHweiVbzYR8N/wYfAxT0lrjRwa4SYA8KkL HJ/RJPs8FZ2BVGajKfXhVkIIrBxM8U5FYMG3U8SyDAezQGE5XjFXK8YL5GUGRGGqzjx8JGAnGVTu 45Mem3SJlhqXfJGc0yVkPi08UaQJD2W23FjtWeW2Z+1ayb2+Z8GmGMDcGZ1VmM9BwqeeK9uOMjVq 1kutK/IWRXto0exwQthLNExUKwllBvjomaE2rZH+rJHETGBViwidvKswQ06tZ0ypiyjsKvGHp1QV F763zDV9VmpHpD1rFb0BLOkn9HYq0oKlssrxjCDzqOPWBajTInBeWE+O4lEpPIvpuQo4bJNYuvCW FtSi1aIqdaxlZW10MBXNWljZXra2d/dMJK2He1ReEY+7J1c/7S3fvrtiKRKSRW6Srlt3xontdbE/ CyGdsFQDuiKYNoIqktRtyBBc4VW0olO0Fu34JMMOr6FWPJMYyjnSKeAP29u+w2LR0PqRCn+WNnTw K2r06U/FR76eVzaHOKfkgjqTH2RC9OvwPk40je6QEXmzuhhfaE9VY4XMjuuq2J1th2CBjz+15Chc VK+0Y0R1vUVz+9uTTU34i4PxTE4nqGcZrSH43RInTjUVSSm3PumlZRTqcJC9tQ2Yscv9CI3aBVnK tS9Wu4BeS05CK+IteYYBfonXdOMr8KIextMKkaUPPRdBBWki106ruT6n4R3kmu0BDeKwZGWppLY6 y/T1zQgz+/wG8azGsnBXsRgjZS9R+NWLIXRomcmv2Xm2E8wEpiZTMZPtikAkVVDw2wPKWDbx5v7N CkMbhAEMMMI8/eshM/6Ep0XqmgVRzYZi0PRktTXPxWEAJrfNYkr94Us37FBlE8yYreJa8lty2bzD P/kYZPpovlxVrckg3VYWD2Sdy0x8qiDAZBAWYO2RNT0EHiCZs5/2SAxYgzvlYbzAUL0Em+yErwG9 BX3XZE+rQAK6JkrZMsOjYuPDT+OXkBu56ZzJpgP+N4PBTsJsHmEDm5amXPG3aUiddc1TC77YUJLw z8Sv8ERQRNK8IGfZ7h31lvbwNEcwuHMi4pnjF7oRm2yloMS4+eipnCRdHfqtTkCcJsgpLOzWPzfa fAuR1JG4Cdr0vOLGJm4SG4lXfZiVm7mxu+c/E60qux4IQEBpMSgR9tsBUzOmosMRU3qMbcnAHg6m QIxC9Ao3kUwsalWaaOGrRaLKrnrDhuKtO4yJzOSi4gkVOYUYY9NU/xlKUcW/GIKBk3LBK+XGtSWA Ap/OOWI8+z/nFc7YNEtHctnmSgEt3zP3NCV2Oey/GyxjFbwjzAy1myrOL9yxlYKccFSTMokQ4zrU gpYIhFc6DFN5WhSy5zKonshWDpB7ZC+YMYpQJf2qry6yjQnR+iEuKxUuhGZ5U/ojtwTgYBY62ecu v1ZdV+FrSFnC0O4ODq9Pdl82CzMlJ2Twre7BxXosZJYtJahJZXOVCxLqMIvlWt7/blzHmrHybmE+ FZIybWbn2WdBxUKSSmD8KKH4oxOi51YpLPYziWmFlVVN8uqGCmR1Vqmejap+GMJ3dYKnL1WOstoa Eu1Zxai2DF4omLkyB0rJMA4tyWds5gsEobo4W82eMRsUVIeI9JSdL/lXbrTN3qVn1Vkwn3uDnlgg 9ZZ+ytmyNyx77koLIXl1G0WHLSObUGgALtigQjbriY5ZyOIRNNCf0JARWkZf7zO7QFOGkToD5C7x RwYNO9AIquRmpEc+8ILij5/ybQzwE+7CdzlLreMxNFB0QXoLdFCmopBqTAiT/WBu7oOFBGioYK7l 1KSSDPrnEWHDz3SlXwJP5iXnVaya+JJHC0Ct9aWrGlStimAdGpsR5+1gnrwRYKC+KoAFwu184+nP XulRRctxRUJFnkm1uiCQaBHZsBV+kYjjBDLYqPLG9L67li8lbk5kIPSE5EhtHqaIOSnSadaQgU6p Ld0San433ECvzEcTaMBhqUAOCw5oNBeWDoqU5RLhRr+pqrDrek22ndDfFGxQ/7h+iY+TWpZZtjs2 128jTQ14XOjgIh2mKm0Dh65lkH5MbkOhjus4qkMjv4iRgdHArIUpottFmzkotpQo6aTVU7e7zk82 hBGnEZT4AKbCsfUOt5EiskMCCkKZ4VKQSwruiB2FEY02PGXMeQh7jiqyGKDqBVYYXbdRjmXiJORE mvDasCpL0n2i1RITkSp7xBRPCduYjTSCyEs9YBRHaAISrDGvSOFpexn9DNXl2iW5ejSUXxSEBAfT ngZE7boCTgJHY/Zab5TI1PUjfERWESTSNfAhPhwvmntotmGa7GplBMlRkEgUHNxMpzkAmHLx2x54 mM50m73oiPmOvEJ8MEtCfIg5g9hKfOU9hgOAaC65ElEr8/PmNOGEBtwMQfDQ+vKc1G8zGlycCXeZ VQsobXjgTfltUOG/IjFR58p6ySN6JgnHPB/31pxieMEEDvxnDaWHjHiU0eefpMTeWqI4pes2bqym 29MGwifg/PZMn2V3YwQdpejo9Tt7x1HsBUCFdMCiRdhTsKzbZKFxTtpMwVdWjzP0RTKptpwQXlnU QfWylwhmrYHRx+cfOmG7f1Ie8GhBwWUtrreK1IJsgPEJ+P48Pz/9lyV0YcGGjMIy0sVvzoSEkAx3 hihjNAqUsPNFAE3yzbf6Px3mJgW4nufDkBkXTWcl2d5CpLPayQCrorCd9gNkcplli+E5HOizyQTD 7AhZ87sMcvonl2JmZZyMIKHgK/gjPBbdEgpq2QKdhmvVO/CQHxkyzmBoIiRQRpsdsQwiyhxoJpFl fh4Lxboko9gjziSgMXHwqBwnTRRbRVQpEomzkvxBqyCiW28czN/bheAOMt/9J6kzTXEevHByw4W7 JEbrngZbtK1dawRYZ0dhDqVAJe3P0nK+RlCVKSSr7ejRLOqGL0iKC2pip7jC2dIsfSWE4s40O3Hx 7TYnCJ3aZ3sR5Mwe55XXEWUxLQNaSqlDe6Vev609MQsSjU6Pvqcqjlr3keEfCgBa1u4nYlJhAKIZ YbYbJHV33OhYwBHOmSDho8CpDMMol6ggockmrGfnmRaqSisFR4oLsspMszef0xE2S7Ow88GFCUIW RGT98vuJxgSF3It4/ORLZUXyt3I41I4oAJFl6/Ngi97EywypwgG5r57AvcJRxb3c9ViNhi7BoKC8 gxYl6TlOSNSRoDOxCCUJJxMoegtJzJGO8gJDFFwCQ631b1beFPjVAoEPB37XzP1O8nlNq2MQqKUi xinTNpBxplsGlckSkb3K2f/W4zIMjVKW4FzeQ2txQc5FmmA5mguCviLb/6iafbIYjYtVgVt6SjaS am00R5IjGvhNEuIqLQcSuP68EloYV1RyYfP5tLjf1v41oJbmIfHv+fVCH73btB+XBYwsbcJxPNH6 UpwtCCeuyRdfGldX8AfL9JXH6TuvRWEPWHK2yX4JqmwFfaiLfS3NaMS11i+QXMGACtp5qIog7pE5 Rahn0MWt7KtyR76fXhM2ZmikG05dnlEFWzk2toq5aNTkah1qcuoR5Q0aCqCsZCT7aZR1HgQls7Jn xXBDt6elqF+2pmjTrtvmcYymehayZRkIUFRRVEfF6ioV9NQFd6OsNr52ZI3xu+30UjUvCOsOWd12 Z+eSNpzaGatzFThGiKk0KerrRBe9lKp9uZu1wWRiSat+EahBEmyCoQ+pUXXGOmpcx8spqASSrzOp hn4jjcj7n0nvth+2XU0nfWc9Cjwy24qcLtV6sFpuZgBNUlxCplXForPB2/5hx6sMstPYQ4zKkDbp PQLQloVSZkSlCv0xP90qmZInCtQSEZ/VpMP0gpIQ1Lce0pNSCqBxqrEeKnRhixM1SHrcaMjmXN/b 7qCj9Ui9M2j02ffi8pHWOMAhj0Ob4FtpDwNMNL0oreECFVWSvcHNEzauvTvtvpex/fXNLut2YP/8 tcf78uMlat7T9vA+NS8Qe1weFfCcfWh2//7bq3mqoj1sEfduObe92FHtiQAOPqrV3h7K13Z19646 Xd+8l+3uTWlu529/tiJwN7Yb/v6427JtL/qPXi8XVHnw7v37fr95TrV/hHm7aXN9PK62gl9vvQ7O tvDrIw4QpopnjMvjkP91/bnfPETAm+b+1wvmG8I9N38v3lh3vd/vyPXit782h9umbmf39+fj2wXe yKOvqxe5/b1c/t5uP/5d7j/fDxLQiXfO/Vz1rJMb/h+9ng4fxtVPr6i73R0jBuL63cfu/XU6sKfd RnFc+8NJiHR3jveUAzzesOCQnhOTqy93jHBET1X1Ej3Ef1+RUTVSK6fi3vb3292DEvR2eTx6XrGa ppP3Hw8G91Vb7uxdcl8YTS1+9ao+NES22njain3q+nBv+91jCuqNC3w9vCou2pAcc3moh69CP6R5 Q9+kqWNWQmt25F8e+ukdgJeHO4y0kOC3UR8Ro8vYZEybzIy4uwpvvIlq8cmwupXeiNDAQC5Wtv+J cQiia/pxvTqTjnKgTAvIaA4aFIS1Vsb1Lr9mS3HhIDQmJILKXp0l25xP53kraoyTk1rcMEyvOKSO 5p6trXRzgUfKbCaaNWvPa7hXCKHH4k5OuAmRoCUOhAyGCoq0AXqVxMOTVhB6dzlKIRRPBHxFoDIT K5VcUlORpj3Jnjlkatr1B+fcH1eUrDIe3lnk0TbMQOpCjx6tu7VJo8dc1NKNBPwbFoNqoQGNLRrB Tg+ZATWGbqroF7ASvCAOdNbvoLBnVrSdwBiENGMYkJMKKrvxIBwvKvjougQmZAAXXFSKDyDdEsWi XE514ffw0uNT3EmRBIARrCMmLVxkoto6gpfWtZYkWhEbu6AVWqAjFX1idIFuHggTyygLhpBiq1oB L7NAX8tkaUgvILzRS3TgXdDsC6jvgcP64Vmu6/hWBZIJ+RO7S/Xg4hKnViV/O1Tj9LVQNZazB1lE FUMm6Ju4WRhhNDkWh9HV+jMwRlOXkRkOguMr12hJIyRl8NwPkBq9oMjvNpDRGb5NGqhg2xDQugTm 0cAzGrm0Qa/Uu8PZec7QGlsTbbQjsoE0Rq+vlvByLpqcrSIjH0BQbfyVLeT5lKcnAuzeutZSOOdk OeHQNi0gaTbDWLyf1OqP12Y6sV0QHnnCPZlP6U9Lh7ybARp0yNMdSGF/SzmlIGUcFBQjGrMCHfZI FjjYzTKuSWQBNSAN/SkXD9DME13AdVLEAYkTrKt6t3Ww4ahuG9VxiA0BMhugJKwU5GilJ5X3rPLu VwrwwJZYpMFdCIDljy/fRI9geZcAeQhq7Cws9AVHVO5HN+IRer6/3bLkEAkUvPSL2kYnbSMPh4FV AFrcMeYwUCjV9fePLxagUIEAYXSAWoTALFQVOu+3vx5xo8WCQ4SxnCOKnqKi6cNTcCg3Ow/Scckk Z0OMyIvnEhSTbZWNFjJy2WdPDSqDbLHWbaQOlv+x61kPS3vXlS9ZrfSVr+rWqzN3BVeXLNcVD8ml ufFmIgGgXknLZdmJEyzBarLN2OwAbflGCtPbwKw8lNk3bFSQLi5o0X4nQYoEnJEYRYkL2TnxVnTq jaulNRyrZ+nMyvgoRCwBXb0M2fGIPFRJusBqCZ4OWU7zCBzjiz/ak5aH1UvbVNw57I44c2y5Fncw JEOyPa/oCZbhzAQjTpRM5miwLzNvYzPEDiGlhhbH++GeqIAd8sNWhoP10NoH9GxHnJF067BJX0hV rsrGl7KaBqB6M0J5owmr2SkydWtKtumZSardg6FSiXJQb2ChZClj1Q3jOCANFQeeoqw5rukGSiTZ zYA0KC1VJIEiFVYqnjer2Aa88lW5vYmK6X3FT6dKZLG5eXpzWlOZVGTQ5t6VJE5ZcvvkI2UPXQyP 2rHDmpJAiyCYJZuia9GGFJmNkqY/UzYzo0ySK6JRN5EVJUieTVKVtsig+AEaeQb+3bUt02humCsA tWqR3QkulzBaIO1gYRTmbAJCcWCvYOj/jFu+r4dIBY3dVpwhBeAGRlJe1tCzH2ZbNMkgGVKgrQ3T ZCcZWcNhIPPgMOTERTCFZwphTVRA6YyER5gFBG4asFO+yZaL34jxIB2aUlwZvFMdWhe17SGctHTG 5ILh5n/hs2+MpciWeRQTHUp0JjSMoJjOORqezJujJCTJyaqalW+YU3cdm1FaLmEwzCjjYSfVLtQb 2fD2XOsbjbo0bTE/bT1Ctc0x9qLh6jU+av4n8zMnUmzRxVZ7O9I7lbbSQgdVgJS8n2GaPiuF+B39 3Uiyu4eMkuuxSbOfuVx1JIQpJaKQZTXICgWbVs9yfa2rHKeiXou4oipeWDkeT80vwit+VvUzpgWk pz+VCKojGmOb6qv/VlRq53VVRGswaivuwqsuFtdKvYhwAbI9y6JiS5Uc2uNVnFWFUiELNWSVVjuD ZtpamxV/qpKQdi+joaLKfQlIP/qqLOxCrXdnyGoFCGlLLk8j7BY+5+HKZwbOmwku/bfX33UKesju ExnsNT96xDQZcgfvtcy7m9haCaX9gEljJFRByvEZTiMxwcpsUmvERfBkn7kBgWxx+5h7Tz1CmHr4 UFWFRLTmXdWI1W81hTbYzBiV7WKU/FULS1zrmLWTFJicwUqeYWnOtWDEG/OsKi2uU/uwmpubcAPz et4M2+X/2cz2LAGQobHsxIfHwkeh4E06FIa7FnpAoFjgvLGLNhgAPQ27hx5ADKN3qPSwXW2LUzEl 5GlEbQDCLyJdbNGtQB9GuZBHB3ZhhqSg/03G5Iq5v69Nts1KJEWGV6jxDneDefr05l9CKMxxZZip E79dWMokSEGAIE9GOVAqOSmBQaLRy229RRo7UEMqRSDAdhv6tPIqcPTs7S1k6KJiWdkqMYBCO9aw Iy4vL22fT3MqQN2bccohJV1Nr9JXU7zCYWGxNECeLogwFSWCUBUxVIhSkwXHdJUxlf9xhKG3YEA8 UrsyDZBezkk7cgnlL53gDpvppQibYXB5OmcDmQM4QoiQRT2qlyGqtAWa+r1gNQNb3Hfh0VcZvstP LBCJOGnqLEyKo1lsdruBMkqwyS/ahJV91hbH2pZYFEqdTlaGEyP1EG1Bnz4BETfoZSXaIVqjIjJH 61f32+lQFR1EGNcP365CHi4ZS99d7WtUOZana9mteQGdy+dkARSI6nfRu6skC0Jc2QFMaCxe2dpB cMSngVtrfWrfhtQ5AHVFMV/F1ZAtO+XOpFJRmgyqwMMYrhxLcKRdLer50do6Ua2rSaqRox2Yby0J uejYKguNEFCaw5HLk0aq8jMVBAaOGCuTxz0+CkYtB5cxGLREzBVXcLEMKgwIrwIhmDax+1C4FyV9 RwZd9iAO3emrBdYuKBNLsnVbujWuIXav6HCQbKMKo6wrky1JlLtG4LxcAZYpMfYQprH35uUuYhiO LPcNPxktMysJqWCEMMGY982wy0GM0hNoGDnKpNOBkDmOTkIEdm+8Tmniqx46yVMxzhn3oACXcXHE hWHtRkt6ah1QhsPHzhyPQJZfl9Yagu9JIcxZXLXpBKIP8cGVupYpW77LVRHuiGFVhH6ailfIGm5s vhSYX3tDfRNhHm+uowEkMLtpMlDJ6/w0Vyrd0qqWTYa+H4lrez4DnE0Km5+WwvEvA5e91FLnrjE1 MoMDX80ylnohnws3C0Lb5S2MahLXQUPUwYHfu8lm+3IJWVlJacgVCoQducsYfUieTWogIx6Ss6kn Ks2pCfydQIIvkkhA1UHMWF2HksaEfVqCZdhYmcPpcstqaoO9wByVSb6y4fr8+PohYfM9I6cH/5vH rqDmWlPcrsAGaasfCoebnRqX0LRsoh+Zw1TdL361SEQLwYqrU14puwDOlggnW5gkbU6eIZkmGpUS sztFzlBVn79Rg1SAvxEd69EZybkCgRsZYqHo6xQ2nSCHymLNO0MgjxqQHpRzDkPe2kEQojFpWAUz eCyYrm5lXw+ER2GTPljkMFCBKHC0pB7YDqI4R3Mf3efq2rgoLy8sNMsBF+AoHAonmrRagmqqAsG6 FvQF/Ba5nAot89wdhXxdari6Qgyd9UWBPS9FttBfHNoFpp7bwhpQ6FYvCcmczL4mR1CEhpL/OPIT /REwTnYzWUvjBoJ5xU1RxgWlN5dnPdAvogpkCcQ+/OJ1ITBXmzip3LNNyjGoo3lQE6LNg7gb2GdL UjiKggXlOXTjMO9zUWR5YlJGq5ZbNuOBKjZgV+Bj+JBT7S63wdrSAe7noSXpJyzJ16i7wBdfvvKO JiJNlGZDUkCuwGHRjTlcarr7rF1dZYB9GoOxD9ByO86rIAM4uJ88wVXHdEPSu9UxJOdrZXp1LO/a kHMQyQW+IEal4NZ3mHNd6UFpPaJVeDTRVUPHcdVpCiVQPSMqwOyxr2CZD5ieA2G9LMti2EQ3tCEl xs2wFCdteFlqxzXoW8fZAVEEmmZzdLlt8wYgRD5UzSIcYEutg8AYIIkoEYEigma4Yd0WYavlVNYW 4/RKg0AGx0MSIS/d0k90JMx3TkfkrNfSMzfOagu67It/0LWnrAn9fSW+dKYvcujyZcy2Yy8tr31c dGq16+FIUoLFBu2evuYj+VamxdRpXG8y+3KgiiFhcnAkte83Ay4pYLPZQJcIdOZFdgebI9S1BuoO JQB5nl9czVCmTq7cenR0yyaacDXlMFhd1YhFOoLvvjrOh1zp2h3xN4gwGeNjAEYhxaSq0oWuXFgC 0KyDo/rebJZv5KeuBxE2G167uVm7JsJsTxZjoJJ9O0xc1UamRsy+KcuUJxWUckRcM6mcuty55GiJ U0M3hg56SRbywqrsy6fSUDSnodHoEwHpPCFfrt4CkHZ2p5s5TH7log5CgECOPZFV0ZOcjZIsCJXL +JBei5jTLsaHaa1Z+5wceiNqSgjAEdSFDZJp6TNIb18ecrPhrI0pWCkud6GDMMbFwVHgPiNMVkuQ ziQuLg5orPYczy4VdcpJXc8ReB/C9DFDWYKNkGYcQHLZen48LBT/PbAJrBmK0QI7uMH1oaIUQ4GU 7Bo9DAhOBXT9JquO81lgpQ+dNqXiozmjrzw4sMw3m05GY6ARJviwyGheBR/h/4E3yUPVXSerzPss FFqJG/io7HLmJnr3LdvdUCKqV0ouAYFjX9byVLNbqeRkOmpepovgSpLjoehCczWu5Q4iPq7BGKlD 0CZHVv9QGSK14HJvhRAvnsolcjffjJAW8mLZV3BC6PVvAEumRl7npmtBn8bATFfBzu3RSxuX/7jc FBKQdp2u9BIQkTBgWBGvlAuVifqTljSgfSeJPEF1DxQFaZOWkzY0pv8WROMb0CMg7MCRWrkGaEB8 ySvx6qjCu7TMh4Yqdgg3whi5o9zq3sULYasDyI7yAVrMJNiyI4ykAi4FwnCORcl6yqiCTHQW24ZI fGGGMOTuKipruMCW/8gSgV6i5BV+65VCeETukRGwqzjjywb1oYEoF/xjUDIjLpQ282wBN7xNUOVr JumI9S/XRfm7OUXPvByVGIrmMvoshINwU6pJOlEuiJEgeYXkFCGMctpFqGKFRcniT7rGTmKhhJ4U J/JNhq4yenLFTjam63wriaUpIqbx5S9tVllVhGpDYvSmKSy3XhfyhwpY0jGIU+SPxAZo807zlBDO EfI7KSitES1Gg5rCl4BBx0SBHcgdnpKIYcKQ4E7LTAKexEFnC2FNPzO8cGWFa5cAMJLcgJQDi8G+ k9MOp64c6t0uClAhfOGgBsSEXcgZfPperCiUAGP5D5wu1jiWUcNeu/WLNWqFTZ+laM460kVgWVgp Mph3N+uUkKK/gENo23+L2CQoXJFJV5Uj6HnRGV3bV1IUQkFG5mLM+lIwG2kNhBIz9qbjKoMTtKKw LuW/sLodeNtvSoMY9VVoo6SiTb2iltWhqZDis9VnX6vi/W7Ao+ZEgcRYzr1Yedv4ky1z01EGnDcl 8KTYPdHingcUb9YvYorg6aMwWo1XkYEqtPc1snHR7n1aKPPHphjqm0KxD6sXTsJbTagq2Y0GXdhs AZepjmv0kUBdUk6WnhGm9pUCc9Ri9Co502CPBcCywwW1Ghcve1tRe4oW6IKODL6H156KhE5nUyJX e0R1UZSuhl+cpyCXGEl9mCASZgFu/3PVQnrKZXlMxYUBKbmib/bMRFUkEvGFvaTqpvAOVlGJI9zA NyMI1nWrMGKSEhA1EsrKSHvIraEph7rxu+OGMWKTaMMahRJBZeWfUAtAkU8OMvbyBv1wKIiQXxca c14dQAkyK2kyQJWNuAqC9FhsCrSyIsojGMm5ZDb3ERy4NTjCh4w2qaT90hKj+0iHqELndFLuRMMb NM2EzHNKNFBoWlSSXQa3fFITiS5P4se8kP4IhBm4dc6uXmZVTiYXYwt+90Poij76UQvrpgxTUUKl 1bx1mLAyPuOc4aBqUlHNdjqrAa4V3Wa9mLXDu0mlAVTN/CHLGJIAYrBdgNhfXlqtrbkchnNdsprv Kp0hgARKUOFZWkkWoUB7luGJXm0JDraMZBO7x784liNMfDTS2SDI460Qch0n8Vg/y2axCCi2KuLm uJ5buDWOsARKhAccrfk3ui3ZVHXseUc61WMAxLj5mRk3iSI188WafBhP5I/EzNWYl24FI2rml3uG fplxzzT+8ADJQDc7VIika8DFTPiM/6rohcajhEHpYhtNq88mulY0wAU3KFcuoPVCiqXoJMme2YBq pX9gMqAm9+RMikvP65wBI4qAtWlppkFmOZUBE2bPr2ZhOKcOe+Mz5q7reSwsLfVmWnCKMPuni9bZ h6s1Fq3BU2CEI0P7pyxccVuTLkdqYqW8/vMpl0l6LfvmhjQpZ8iXNTQ0KyqZKUbo1mELqvCD5FGG gWYAvAl9bILtGUQ8PeMz/gbVcJ5PtHO9ficcnaMv6OpjJmygJOar/4gmDeJFpylEDMdQ8aFfGQ3J aBGdulgDiORhic0pSDmumoKEaOVUZShukJdPlg4I5MmAaCpUMPw+VlSR+AGVkFO+kT8pUulMH46U j/HBfntyRFmRZAMuhSxSJdozMsGWgWzH7zGDYhAy5n+Fp/4lWASW2Jpu4N/QhkuIoV7VFTQs08aG QcgdxZh2VpauPWrvR6rbgVUWQQ5RhDz9LsPRUX5JnL5mYGkr4+Ej5QnVUYILevF9HxBRVdwBT49v VL2NVFLHpck663DFMDj+CQ7zMri2j7VbpgQtp4uLEneidCSCK5W/NbP3PXAuRaRftFPVBtWuKFDN BvQLPc19TJfKSOG5RnXFrlJCHcg2m6O4WCCoWlv5aF/wnObwrKnEn2yaX0gpyweJtJ1TWYIZH6uo hDkAxB3rqMNmEixsHJQxYSH5F3wYQ0qQuoqE/hdodGWWlAWJj1LdKDSIQCesNNmTRso9UaQPqWNU xVRLcq31RSlBm0GcQSautCLISuRa6ykE0w5TjkhH8nULzeQRBuZqSMG1zjU2VhXS4mC5vlEAqYNA soZNClOLZYgmMQiTXBQ1XO5IAl1uWj6A4q2pFYXZJbJdSxDxsPQVsqLTBW13yQOsrRgcU01dSVRK wyxyyfy5NqUAykEoMPeMWpMsskrO+SMhm6z1lSp84KeIKPNHdOyYZpTQlbXLn2qmDYs1aFzlmTBB 9A3T2yNiJgJ7AzRSDoqYdpGtsJJTOMG2QqBlGa1RoDv26Uzak9XzQBk4ErhxqtWNuQf6GfDEJKEi RWLsWwff3819XECPTCdL84JCuo7j6hmfHolWqAqwg1heXFAKqXFJgGGePnG9Isk2NjhbGI80N8ly iBJIjXPOUM/NI0le4sRfZa2s1xCl6Cxz2BizZDZJerhQwxk3hnjktBAY7Xjt69/T1RZ0hJolNrCA jFdurb69whBgdllFIhcYvb3lmdt2VqCg3QFYkVwsHjcqf0GwZjKLpn6R5CTtuYcmrWWkuTqJZ5ks lHQlj2yE1NrzA9NWe8FdUtAiCbepptRRBG+FjuWyPYlNWX2yLlug925iJblwGDXtb6GcTUfKFQOb lMdkpH/+alHGQEeZSXcUZu3FxAhN5+RPGkwVLdGKGDUNx1GwYBEBOAR7JJ94OBRTZiTZ7kRqc5TT ugpIy5xzo6WtmK7bAmb5Y0rHzC2iWUI2G9ecMdlFk8YMTd+5VfvBVJw0UyASHQ60YiFbyE5I1UW5 AMJThT8BQtNZJ8i29bKgG0Kb9YuRDelC5If3uG5NTn7BzTlN2qNQ1YO8OAGBGTN0bJJbgxiCiSno wotw2aj6111rQPEkCTmsua6Uw366CONNPH5xc7ahQoI2ntmEUkvDaINk3yjIH0pjAvqaZvPlhiYW VstpCaHtKLgp32CKjk4n/uRErs9O8vTsCG5kCOvcvgcow1e5Zc7C10qzW/lOGayUPNq2VDm35/hJ SHm8Jsy+vTRtURKcZ5OcpOw7jHECyIvUttDkym0/EEbp9vd+Qml0VWWEOPX5/Se74lwl3RJSA7FM l+eMTdpQ1M1W7vVOKeyrm0+b4Td39sSexsJTWUN3yaGtnKFJRZJrPb7EPjVugmNCUyclpY4TpesR gpIcmil0v+omAsh4lu3w8X5K5YStFvB16ALclAZtld9JLUjA+GUpALc7BYMvDWSy7nK3sobjQk9A JwS/iEoY2UwDtwigKjBI1lFl6kGAZlvhUs6HsGZe/kuJplBg06MRtDG6LVg07jPJYASrgRuinpuk QA1QQs4MxMNikQ0LhicG0jvBdlda+BsD6EYlkxaDdO4DaiCOpkQbhsGQNCp9dTHbJDc0lR+n8UnV 6UKJhzLJq1N3+woScUae8qOl0OYin3QenOspNDMcevXTbCx+e6Z3jz1J4oXpmCT+1VjMdGgTbKrd aZvzzmNYcd7ANwv7FYpl1oWk5vgFx+qjRSjTQD0E6UDvULi8l9iwnF8SHbAFNHM6sQ6JUqDsIWQj BFBfHCYI+SIqIoXRVaTVChGqdh3AXjGSYTd6MOsYSQVHvVmy1UNBoaSBgHp1i+VIt3YMahRFVdTR vhXCKg9GUIyEsy4ZbEIYqGiHQ7Dgsz3GVe0jZ2kVkJJwljf4NySMft5By6RQJ21q6msG6YCYQbOp bo7SpCvHDp0c4oDUNnwOGZOx7ohpXxJmTBNIGLpAD0GNE3LyGNVNJ6cynQgyKZC0aVNNSSKA2sFR iaQamt6Mi0rJlZGb7jVe2aB2Jd6Fr4RJxH12wtegvWCKngZvA4wxmKXMgIayZf+5vDDRp8zAiZSS dl2rf54IVMlp/Uf2ApBoQkqZU+pg5uYU9K4rdie9bKfWOvMl35nCNV0kStU6RIJItIWA7LDYWWUe drNVBlXG3hRM8pZpYK9/vqKFMJoSIrssEbMZabRRGMxhTsWU5IgemQM5lBgwXa3Yf+pqFSlymWMV svzecIgn8cAngyELtoRsLyHpig3HTnJYneQCrTvku0yX0Ixily+dNpBDPFRowEzFvWyuTNHjCbp7 3Qj97CwLg+0FVLiYZ8YKM8Nh4MdB0l1RQnEPGQTmcFykTNegR2inRh6d3FqRdwVIS9Yk3TX+10bU kxbEQdlz8sxysy2ZJ/PMNoli1hxO1jGWcIO1rEm2luRd12xBmK/PKjFFqygxi2UvgXH81HPg409T 7GIcEf3zL2BH0nqP3YPNiagt8ac6AV44I+AB79JbchGwk2MHcSyKGEarHhKTQI/lIz+0BMXaRor8 oXjuSU1ILOMNy4pYMwnj+xF6MjiqLN4x7ykck5wgRE8DTGUPZU3b+sjx/UAFeDdmqZXXbIX9YKuO SQqFQZIem0r4Rx1OeHaF72Aw5o3BPjOMgq7Yh+VRaaBSDH+K44iMq0JJha+eBlRvbVvDceWEFtWX kxBCFqb6XVDHsv9WzMh9aIzrZathDVwpubcv5+vrWX7lZGfDNhpKKETTrnJWGjDQadAuDVK9ZhJg KhKnava1ukKWX9TGF2qJpwwNFU0MDBfZ/AQhWRIV2vk8xGqhK4O3whWdZajGhZC5CKSSPprZoePM 6D8eTWMpxD+3kGge/sjZRQoYy0Dba8dV24elmNC9k76CxHa2VBFAhjJAExT9+uOq5pL2tZo+l0W3 n9aMes30T/SVBZrHVG5q+5klKtdqZaecHVotclYH0EaejtteIW0MyUPllZNm++NUZLttqNXZiCzY cToH3623uudRE0OQxn3xL7c38GA7tLJvR8cItDRcYLSGG5aCXtKCg3VP6zk7+hGfO+e8CXY7ZMiL HIipyUATBb1OJuzVcfYRlbARt8zfdcIPHT4I1v1Q3SGuZxLOjOKQTmnPah98ZSokmU2jZTeRMZHY awhCpCELkzhiC+xBVSQjpTRUs/KZRzSzMV0GoiyFKRYx2RWrM1vJNi0M15letXCs5ULpRNBMkZAw VjZ1IZOQLIQG7EyiE7phpTVEBiEkWg0TVPvsOD8puIQoaODz5kUKbfCL1tABg5Grp1KFjNbB0ogA AvM6nrXXTDDIOh03uNOYLDZpwDK4FXxwEHXzGbIjG37TPLQ0nAOVsXBt14c5do9oAu6gflgo59sU iY4EwY4w2KCO0DIHOF7vcRMaBlPNiUQEYcGBOSSRIDMZjB4WZYsgw8EhWvQMR+TgCzSHwIKKwEFv nvYHedILQ0Oli3r/Y1EBGpxpKXloSOFdIHJxHRLO3TM6QazF/QHFJEhdkoTIST0+0UORiGTQTNLO oE/yKWcuAyexkDAgtlc7mEcD2crhr733aPk/+AoWky4bMj0CUnS2DCGtYDYO2F7aXFgsG0dC09te FxV7iw2IEA4QbxzX6F+3mQTpNmtAmCDh2hU/pHpZhMF0azaYv/w+GByT7jYqZg2jNGoRKBOXhfeI ichNCYuMAmqVpCUB7k5BchhbTUO4IGHzWb0TCLNkKmKcwICqoqFpJqaFhwQV4vbYOhPS39ki7rRd 4CmOG9AUzAzJJKR4YnKNkrUXapFWUDWOWeJuGcsmI7vAt+UR56nKfzGLHgHOipXLZoQ9icXMN9f2 +DxjFdFIYGAQKGQApnI+MNczR+NuyamHke7xUyQq5RATE1G1V8F1zrXJdtSm7E1ZR6pvZ/JuLUvw tIAV7yZwrcUImq3gU86v4wnWe+KNk+RHUgm0qaivcZ3vYLkEz3Eu1xszPUxGwI516+PyMMWrnJER VehbHgwMcME5JFEFCt/8j7ei3lRtpsuxUrJuOJY4T1B0mFa0YPyAJDkggKWdDKEaF1gFH+SSfXOB 5JOnsERssY3cOxENNTUjAV8SNnYwkcxmnRLp0lyAswUkIzcV0lWd1gOjW3zvLmzAD7I7IhboWt04 DGLS7P+47w6KBGwXUBRHBSGfP7rbmhsHCBNHUKDneXw3/7bNR3vBtlmhkBduAI72lJo72CcjrhXX kWAeOQwJXDeEEw6gzVXQsNzfoMKBcMETJx/+WJXLeUsbdhLeesNyQMfRk06RNQAszzCdslSUU5cx zP2r4PlGMGKZsG4TV5GulXPILED72+bU9oZVH3MVOtmGDVpkGyw0bUdSeMhBQi5qajaDzMCxcaLX R69d0HelBqYbzlIZBl2TEjXjwIav10KZEzl/lRlukncTNVhmNeSS3xR68Fn+wMR0F9KEgS0TJwMK b58D/OzZhn1VbsKt1BMF85XiSrgrszVKyMaKMmZeP4vTy2Q1E2eQjjrDVFeqZenY84phlDYtwZEf Ig9EGbxIpylwEN2H3HTI5ZJY8TEpiexEQQBIhhuwjjXH3n7CwNJ19LTmlnjJgBXHrHy6KhY54S4p FWhUo3J77tv9OLzXBUYjodRDaCmOzK0RhwNGblV6i4y2m/aQKdLOoSingXMuFpWnxrLDSNaeYPdo PfwaI2bRFls96V0H5OJJkhlatc1+69bWHtygrslv8vEda8ncJQg/E6FUNJvAFhX3mx6e3K2Ypvx0 T+RBws0l+uxUqsdpgRK9dG5uEjtkymbKiZMPVCI6jCQEZJRttRkrWwokDMxHzqLDDOyVg1Mg28Ui iUinAqvneRTOGGurnN2d6nestoU+IzfQ/sGKEte8gmCkFfzM0G76qEFSCzSDhSDIH03lcvCXw1J0 U9dG06GRJzeYFjpGPPFX15LkJcyE7wiCi/G5RSqt/7yDBGMN+xtRA+0DhfLtor/jpBRcY9MHDDue 5TAJQxo9Vfk+m69/BxzUIEiXlpT7z9hgCgYrDbkWbhuLWVpAIejWf4QGWst3mQ2X1A8/l4ohmEuz 3Dptzlg5W8gNvpda1LBL0lr+m5W6OrspMQjzsFmO1FoT6+K5+qxeXeFcf6v/Ou6OU7YUArBJL+fp vljsxwrC5BURUj5Tw8jIqlY4DUycM7pLnipCp4TkmRaYXqhldw4s8IS90msbdPo8mSOeVFhBivGn rCA5u+dr+0My5PwjKrJVJf28sRxJTUCdXtE1MPOUxKrYPjKgIJGDF27x4UtH/NEylRlvo7eJJ1FV n2hUQ0gYatOTvXpl2Sb1mWriDl5djfIq2MRH3HmxARJkncc5hZBZfPsDHiPfcA6zjogIlkmPfKY1 h6SLeTyZorvsWp++5kfDMAzszmIKI31dNMaG17XPyPFbPcVFsIWPEFuKwxZrWY6t4FNg9SBQ9oCl WVLB4JS2MEbL3WeXyaGv0MDmWWHQmMqjjV/QLNvmb6FADu79OIDR+NgFqiUChVYBHtQ0VaEIFjh/ 1i0y8kegU7PclH/KUnSneT7ePS+bnnN/N1f1zZbsd9uHSwPaYNwqe0eNIhD3pJrW3jyTQ72gh3t4 3IeobZ83gOlpS+4o6Q4szYCJ5yH5o24AdjZzrxBq07ljlUWb1IsvCgF7zn0FuyZWnjci6fEZxybB ZQGttrcFmsIM0VZrBzTRgfo/2lQYvAq5/KE+5TloU+6oPuF5UD+IV3z4vvxIjOQXPY7JznK9PSrG erBWnaJ2tVqphn0gtfTMGZfL13pMCqaIGar/EFWPTDK2fpKDj3Znn1HcjNbDl9qV7YRBI54sakyY duOro96qeOCyR68QUdmUvTp6vnoEinvp2lU++acXbRrLiqc0yQ51ynNPU9mZU56x1R3QEdtDqMgQ hZ4Ts532JHDHIPU5qPphYNS6dZqE3f4jlSR7VVMgH5WYxmf8Fg3KHt3mRiOpvmw0kWhGB9qTW4Uf 5Pol20IaRSTUHXKs1NEtPBZsqVK8c8QxqgfqsjcE5ALVaV2GJ4pLd4o10i6lHpNIyS2WHCZiJJ3h o7Vdn9s8M5pYc0Nl8I6uK9QZRZXI8QIpHyG3sr3syY4aHTvSqgf30jcqZEfl0iCxNHXJpPZJD2U+ UFhRpfRGvMslwaWQ80o4gE4n+gcZXNPXUl/KLfdZIqAeoh4OKHBiA75GqSayQYMOhWwYRDCB6KII RzeO9tUmIlZfUuxil6F9hgCAAiNW8IkJkaiaKrEb1jca0srKQEPFlWLpEO1sNpMMgNiAeEE2gg1J nsYFS4XR4WcxbjOUcmnS9k1WUy2oQJvPRVLqA0vln7GdLIugrWNFfbUoGXcyEZ4So05WfHEAYpcX sInkhqPyhutdmteNj/rBrj7DNMmLBD6MlYfwFKImDmdzGSxuAsRCuF+aJf7AmfdGjvPhI1lTlgNx 8K+mSoZ6ZksSkvKccnwS1DcyU0FZU3sMUGsiXtxpW0VozSeK+EmOTG3rKjuaWaaFQnPZTvM7n3Hi SxwkKhQ+fCGXsn12yY1wpDf+FpkZXsGcQuE/tpgKPpvr6fDMGetdiYY2HAQ+hE0deG8qZ1CBwJ6v jhqFdfjxF/+Eji9s9vykORAxUiaCount/cHIE3ttyyoJB+UEy0zyWdI1/0XtECPQTn0otDGM/NG+ +FSRkUlkkOIKpBIRXGgp1jB+qK3ark7zi0YwRmudbBI8gFPwNJ5hV3NbHhwmOcv8AtgeLdhxiv8h xg9PLkxUjCLwdJQ5QUm/xSshLBT8coMzQL33CEOH2KnIJjYUL+DW7dNTFcN4Txr88TisEQJnPQzS 4xDDdwSAazgsvnS7ktjnrkWisJ+v+68HyiDXKE7C+UKn0FAYKkaCUw+KzIB7qhUhuedau7D4xDnc QXuoX9+h/eX2v8XZnsLYwx5jv3ogOug9+Bsxn54W1q2dMFq87LfnCs43Cr0IQ4n7rVwMG6q45lbV q4ei4ml60ymV/PO7nJOyaUeczi+c0fMbmddxsZtThzxsoBX2fCYfLA8qHZXpB5CupCVW4YRxFZcN xF9ERbd2UpdcwVjtn8krFuYzolzYRa2iUk9PPxMIrCk4mqXpPGvXYcDLIEMN/+U3BmzbquBiVpNn DUQ1ZvNdXopY2znG/tCJqlSwyGfNpy1ztNZQVZzhYnJOaZyZan5WFIOfeE8wJVu7hb/3HjYaH6ny HLUcCngEQhyKkAL5IaJUMfnwJgoNsNdRQLFhmkg2l0SrA6woQZZ09z3Xcq78NCGvqJy36hyRJd7E wnk11tmwXRYdaVo0c3HhriY391aHBQSICOLCl63kUL158UivyzDYtHrTJSNDEv8JMhmAU+35aV6E QKeuVUfJuTaVOJ4APk43kUwE5h2rHps++ZEuE1LRT6qrLjSWmo3CnNW640g4qTYioRVMKaBSZ1O4 YDYZEghlBGRZHDQWQ/HoPsA298oPwx84Qkqxy+XCt6Cs3noS4CbUZQtsNwvkLAsiKCy1YAzLHZhO YBrMG7JBgZgHJ8YdJZU/sEk0IA49xKF4FUlF++IZGsozi/EpRKdkX2vmf4ZIkoY2cGuRhq+8BvAX TfeV6Mk2w8Fvg7wJQ0LUWYUP65tsmFGxlSbWmZA8R/AXiImyYbORumFLYkI3KVFZOkWkS37NhXbS HfKcQhLLaL3JRMcsTxu0eVqvzZNO2Y7DaFodP8PHrPHd06Oi24Oj6NBM07QVGWVO2Qe1R4UOX9ot FgH+bZZUGcYcqUSiR4yroaH4TBjZLWOJyeakdOF4U2QFHIVo9sQHzPWr+bjcpJKdaGQu5lHnqF86 EqWmn81O1bUunv1es2aulVwcDio2RVsNQcmrOTFZ1imyt+bemxN6VkpvohobzRBR0tB5t5UXoiZF wun72Xv27IWUummbxFd7BpR3UFu5zT60rnAn+Ir8fHG9ZwaTrvu7hhXmjkTRdBnIeXFqj9Widq59 hJ+2zcMnGfUCIkzOWqAFfMWBMD6x+EhvvQjApcSUMHOg7HWut+yXeSCy+4cC5/JbUTaXC4qtA1Jl UFt5Uzkr3o2TDxQNDByYNIPus6P2Xh2EYQX2FTMZg1cGECJIE6GoY5mU4C8np+gyuMm0TMw1JUi4 0JBNjpKyKBkVV+ek2gooQ+NEQScMhAZbsmg9CJqxln3IzAjTe2ZQX62PRmfgKjDf5v8udEtLy0fs tHfisM1Ajavil7J6vwaNO+n1NL1EY7UU9/YxlLYWTndczH42g7i/ikCqiGqQvSnkaFO1yhe0oeSf JZeNu/Ge5F5+X9bTWyGQqXjEBhrVAMchuxDdFLE9itAjKzFSFVRSLGnsWAs6KAqzM3FXPUFRolGU O57OEAxhaNKwuLOt+3ycNmtGFF4v3cZLHmcRCjEaq+f1ZLz8pBlW4krUx11wrjc3d1J7BkyDuxey oIME6o10You+ECD/ZsPITh38gl3qq6pC3x1nS2jLsH/bhFH+sST/B9KxXJ7FdA0XL47kvyLX4EM3 w0OmqB9gWgrNCjPkYDhwGYj1O4LASKkO23PE6mVJeJObeztpdW5IYO0iuNruXmaspVfmZcBCDAmb 9nIB0hc6ksWEHDu9ObeY1F6RAJcYV9I0lqE1pG8aMIi+uWnOZsITQsN6PRmDo0iliXcNC8Tz0ebn nee5gyGuKHSYUOB//og4AJUTctrgqHmuOFJWVO7RYy50UYkbfEZzsakQhutCUHGZLHTQWmPYnkGB I5IXpuT59aAp0w0FvIOJHpgwkyxf0cNm3s1cikHNE3TXClSBSbzn7Nr7A3B6sllz6aS3+dJaV2mP +FC8vS5F1eQqGSWaKI++JaIEcp52UkXOqfAkcNxvqUVMSi1kj/IHkoF4QUrMVoaSlW/xw5XrllR5 AZNIH9dYjlUgQUpLtxJtc1hxmHyojDZqHjsAROwjZB/Ursv67J51L+xUFXIn0EqvmhcFEMZAGGrK FEk4Sc+10VVuNUNLxFRDkgUEiilSgCnchlcwFrfpce3PQOyNF1fF3WUF7CNhxJCqdU9emeF5643f xzmEf5r2AotdmDaWuowSnc9rigGN7trw0IQ2KMjUyusSxHF43zLugiSHNJQDC9aAmnz0Bq475BdN 1G35vJp/+NAQJJrVsPNmpr8/RuaiDKOYklVUZ3R7V8mkSMGuNS6KJrqmI7S0oNP73ZLdcneYUTqP +1K+FBHts5Ne61o26FQBKidE8NStz6b2RkGorniMFhp0/9cpL7Agh/qZUG+EzuYq5TVlYJmauw+n jMzQJEmFyalo9A8nFVJ8ZDA1Kw1nEhC+jfVZG3EapLRfk/qhiJ4241l52ShY7I2TDhJ79kzhrd+V CDnCGw4qlhXwerLPRFaZ16dBSaNOwSwRZi0FMYlfdxZom8aIpauNPn6xgJdFFB+aACg+NWnUsASb sEw9EdUBZ22gKivtA/Fu+ukUXyaKrqoyFhDkVrBgBUhD5ieVo7OL2MkeXUIa0C88QR2ykMRsjBDm NZxRyy40JNRIUrsoMFpd0g+Q2EBjPEiEZvgn2IJXISu9sLQskedaehCAnM6fmFSizvUURoQL8hKa Wk91FkHJyf4WmEUOGV+22LonB8y6Z2fpUzgwAsZ+wbmUV9/oSBvoJGrjIps0hwZlNp1MJ8xvNxqk aEguqZgGS9JaiYjWNoLQRq6og0h3tcxoufRRuYjA+7BGqBq6E9OVm2RkNaSNpKRZ5pGBglMHAWtW AQ8Nh5g2JycTEbDy15lXhVFI75Lgl1qKazaT6IX9oazQnq+xEyIaY34vrpVuYqD6tHTaQBUeKlqm cbQwVMUows6mRDf4JgErbrYVGukFdYrJ+9gDLEoPTZBQ7wi9+DFILJCtL6qbsjqjm96XpaaKpOx3 1s7cGFNd8QRA8MsCU3KWU/kLJ2qrDXYVTIC2xgWg1B0oRxVBZiMuKAP0xcxFZp47Zjn4DqS1mq4s pvtacyRxASgakCKqMC2glrSV6THdYIN6paccJWMmFZBr5JTr2tJLZpBFhDDmTF0WxEBskY5qYYms rJ0hzd2wNqxcB9zdnhlduT7jxZ3xJE4DpRCdKLrXY01IwBDhKzvREwpa15JtuqreQx5whOpJWI5c AoqvWiOQkMmBGjhMekunfjnhLE9KcduWRluKPQ5bhhPjym5DOd1PL7pzcsokbWLBFwbBkj7dtROJ 5ShG9oQMzlN439X+VjDpB8PEbkoRJnfcFmzXB4EOzKbC/6MFetct+8ebTJ2iMvgmLOSKUgKgrPSA IB7kKvQaKJ/LnLKAPjrSnr2yJwUu35suiUSsIT8kA1ybzJCwvjwzLaEALwrHHSmzas5iihqOM0IG HoT4x84LT0CsHmv2Ck6dIQ0y7oKZbOkpw4wmCR1GSFJ0ppOMIx1QUOeZPeehCiDiQ5tp0Vn1sqwV KlRi94xNY7b2p6CiEy6jj4K4vqOkpKjh27ydI1Xlr9SDEalkYSx4sp24JuG43mBOOXuD4liyDUX9 g4G40GcXu06LHgo3xTc0b8rNFcpoR6pvHaRdviEmqCgiI7jSZ7VtJ5AodlkeNa7rHbAeVz4O/Vyr voR8XaUX+CCjVlMKpjjIhFnk1FtaKzDULNjjdeCxUi2hWdZj703Esbu91gRrZE1B28pOFhWqUmFs u4MwWt0Kk3pNIklTrF36TTLEpUkrFd7hAkU3JWjoSaiWgIs7YFQ5t4MTs8sdNHTSVy41gAiWPaVk flf+l62pMjMoY/Ih97MkzAlHd1lgyQDmajkdwyuZFZMhXh0hZ9Oj5ikZc7pyKA1mwUvnUi6Z9BnZ JI6Cefo6iCS+OaunMd2Ol4wcssxIDYIkXmEs9oM/RiLS8W5JMhDmoa4sY8+6Qqn5SKM2ZyviuLoy QMSXdoVsFWGa7hfmApZhHHTjVKUpKkKEH0669/FlT4DXguPDkdK88joX5eecuG0GLtIg9Kvd+G+e xQOL9yDFEJWXoEjDBVQOwbp9K27k113XTGG4PGvzVUOEiebKEkWaPDY/Q9EhvZsUVT/Q1YHwC5OU kojUBKpvCA3vXpf5pxKIuoXigMfMYLbA4+ZLJbjqGMUvhYVNqLyp0PsnoQ1WIRysbMMnoCcDLCa9 wFkISQgUh7BGNZUroAVivb84cWUeSFuk9nd726pzk0iFHMnqMpAUyz70pJGThKMjGi9ZqhLSV4eN aHtPONlmYCLe852N0ASq31nCs+aoDHltaaPNEqqKMKgMZBBIjZ/PcCJ+qLV/jLrEQzzd1hERFIsm 0OhxqrVIPM4TQ2KMDquRZCicB1Ckqu/WLvnDbJGYIRUR0IfpMyE38aVruFFYQMeqsi4Nrf2T12Zf uI60JRoNVISs4jMtI0AXIlCiDrI0sM8pTUUlJaKQKWYt0imt1pFG2hr4pBM5yZrt9lInCbgDIlxz nC6i4qVnmTzjKfhlNRqlcH7UfjwGbVSjRFS2SQvlkH6GY/xvlrw3KDctcl3glsn2Hsm46+v2bPmE IzZLJczDhUyoBEnYzYva/Dmm7ZFyKBuMHJ2lfW312gAMJrWjE1cGyG58poK9k9RmbxamxzqvjlfC gAKOkJeGDCf2Zhm6LsfUlMX5RxZN3/TJVBhNmtI9RZeD4d/5UgGX4jwvSYMIlw9UpXE41WCpQDKi R3hqRC3DQDLjO/8VztAzG15QIFVz/WpWmUFxSEsppRs4iT1u0UDC5EOFTmmcuUBoIjI6v0AfadDR 0WbsVzPMBJPg8lHkU1PTpKTXhVCY+brGziuIJHigNarxBDOjSEsendzHbA7raD4S4i6b0qDgMgkY Hh77NaoiMUfufArLZ12ajGC7zk0EBbgyAl+tlWOzL/pfBBS/ddymBB4phf74crc7yecgA5S04i48 7O8nMlnMpDrFGh3mp/NA4+3VC5dZ+FPPpPp3EBJCnXRam6yuuVgaxYZrOZOXvQJhQuH0OlSqDQBz a8Sy6oSe/TQ507G3MFfWLcHmR05WCT9+knGA9MwNm8f21MHxUM/M9espVKeE3h/Cwlh1jOLTeBlb Y4OYzGJMd2WIZ3ZMwiVSvlAG7RqD7meeDAHYkCJKKS74cJVH3k4wCRHbYgoDi1rpU73Xc3OlYRfs 7IA5op9VJJZOF/2WE4WQ5oxgBkkDNCIF5wTFuCJjL2FOuV5Gz/pwXdWSQsWJE1CYjuP6KI++eVCe 5FOWa3Mg9imkqRMahsrYwCk+zqtKSs+4T6JAtfGrMYY8oalPfmNEekMITKr0SSqWwzX3ZaJIamtT 1sf8mG+Z2zbXNUnZIk3GLy2UM2ay5VqtoRsqmUimLNznWeJFm3lYg9E9yWc1XTaFO3FEnCr48p92 Ak/0YKc6D2H73X8CSV1VNuVC8yCKlY9Jn+YKZi+ldTU0tqnT5k2hhwuIO89q3ya1Dkyorjc7NwZb oyPnJQdNHfXSDJ0xl4d5TEQ6p3E2l3H4DpSljtTlVPMUcvIBDNAoWbUbMWCZ2NtFz8fTV0HU9EjJ RcsupGtcZHPZfilNVa9OGdCI/I4C/Zfi9JaUEEDo3FN/Dc9a6szXJK0TQnFTTdCsq7aWln71Bmcu qQFfK8wwP0OxG32GsoJ3ZJBC8nI8Yebx3KQ8QV8WgjPRxsxGBcrMGqHdRkSJBUS+gkICLzJWd9Ax k9ZQA40ZlQ6QYcpplIQeediEpqWPubUolXHG4DJ9LopITlz8l9+Zv+e9GXYgokPaky0Xvrsu5G/h K2ngNTbov06oiV2Q3fL+BFgtIGxgZwRFU+J1o3OSprd5KaOLVJIlpzRrVwfKg+tWBf1hKKqE05LO E10zLKdAf88tPx+S8uqYXmdZN7amtKWtrVgYZ9ZOVlXK+wCID+YUtt2YzXkGsnnVh+2jbVfaZpZO 21zE+5jcbqKPQPuBTGHaVqqD9jGZrLm53p2tWakNTCjKaaK8rbZmjjl1e1IMFDmmap11iQmyLU80 kIsFDW0Q9cEGFUfo9/v7r7093kT6YbOQPUVtmopek0A7e03NNNs2Ic7CLG1VQr4x7JVq51JLqF5J aRwbRI1tA1KFqnjn7HZYGKzlEBOrbV61Y0eHPKgLkdK9rgVF4zUZd7SHTlMWLnpAXJDUBJXOzNuC ZD3qPmdtJpuNbUNGEq1uwbGaVRLANoA5NyBbzXcNUmtaIcEojQMT39RNRkzLEEyFBJONbVCB5wB2 e1vzfsQHegjWB2rM7ukOoxm6vRb2J7uU6AwEfkd7W8gYjIwBq3DXhbaZOJI9Hn58bCMZyF3R2gqU waiJ0vHF2IOlkjf85VRtrMo7CQKVeVm+4Fue3hEdE195kcaOXLY1NC9johWDy+KdII3wYsEoD8ll Jm/X5JY2uec83XITxJYS6Fn37mA1fU/TgGBk1SAs2wzFb43qYO7gr2e06lEmI8fIizk0CJrsAQV4 9J4yYxbsGiCHSsXN+gufwEJvESR9ccJBMAAiSBRtwKEbYTCVqRhYj1tRMpB+gQw4BkHgiUxI1T9y 8kmPIDQAZEIuA+mIxge0yd3LkbBW43rVgPYZPooppTgMKlt6iF5ZhLsUK3hmvhJeQ58KdqkU2lEO kWbcTeNnJ938FSGNSOnFvuSDEX8dj4wZAFJ7hjDiS3gC2CaDmnfFlA4HRyJRBJVcCT8D7FRNasIi grlPEwgPVLE9oxSCAZQsFImoIRtdBf7DFnp2VO/tpiO6pUNI1Tuy9dJUdOLJLP0YLWyWggqOpQMd KQDxju+e92pcH6OjfCCqxTtyNu032Jq5wWFxIB5LbGiaobCcBIiFVjlz9orulUpI1NS1r+mAgSWQ DI8l+R2x8g6CtCDqCJG1aEtbtu/phv5Itot0sPSeMCUPg1ms50GNLy5lWkYTBIv3eYruKu80dWKx WV0HqqtqVmzWwKnPywvAdoxEdElyxDGCneplslQcV93b7uxA0pWhTSZPW6MwnsnKb9xIPwAayLIw gckiswqSRIWSJIS0OCOcxNkD/rCFcjqBk8RoW5pe0nsiDQgARQhLHiFnga+1Fb/MNSgLboMYvtOB +IEMAGRQqASfBHVXFGAyYkTbI3twA5CMJ7VFEA47jeigbaUO391OYgCcFuEy0l5oi9TiWiO2x0AM ca3WKrnYr6pJbtroJMMGnU5VTg3/xxH+2xW8HqzRhdXtAa4+XMgWn6oeV/FsqVfs1N+7WzoCbXLt 1hFS2jMwPRpRLPG1NqI2VlcqpVYBwmFCDakrZUoC+tgW1pAFFT5sFbioxyxBRZRf9ywCI1Xj7dKk DQCoiZnEEj8keU/88CWvzUdJuNQ8LYQtLHDlyib16KCdxIX68C3nWlKDyQbWsR3lBKKDYs+kK5wr LxMCwjRmBiTRLMIVqXqqygB5AQnrm3+5GDUgN9+i3CbZdJeK6bS8v4SkHJgFJgDW2Gi9tGU3fLTr ZghsuPRIxd6RhFoWmD7jjyumJZ2xL0EwhpzbE58kNVVBYz8Kqt82z0Kk3/Of4gh6PVhSP4oB+NBL eORIKJVNkTNsrx/jITQHLmqIOIiORWeaUIS02JU9gADXFo1pYyizMk6owL3or5AkZMyNLZ46MFRl 8a5zYSjh6kw3SzZj4rPXnlBgvDCjZBpx2oad2NeBryY2jiDAKNNGubIghTwq+zBFrxxn9JC/uMBh Fb6ayhaPKg+KBWcAY7gSJf2Nd/zqNiQNXTcmGgKKhlsivRx+ossSsGlkaXw0EwOTU1dwIazzXR6O HerfuRAfXJTDs5xsKZRTSshnE0NRHKGpjoBYgSkwluCL0dNMjlTpi6bAm2uRXP8GbU7UjEHXqRcJ NGYHRa7irOO69U2HnT1QLA5W70ywWYjRtSxIgQA1BK5iul5SVKgd+mZP5FMPJsHYSXtt4tsAegv/ 6wQr4KVpFvw0MSkNIJ9CTPLMv3mcnoNWNCJrFz7zCANG2KGHwlZMnaNhdvM9Fa2GsLDraYFtLVyx 0WTRRM/3URCVQq+ig67yyhMIirZkOPNqpbL/MwMqQ2Y0VDp0Uc94NK3Dfgvf60zJpjImMSvXUL1z hGGUpCKNMVzOlXXqGI2cRcc+rzJUUtJJxSxK7MKUYZWEvKyUVePyKQZ6jRETaqbbJDDtmiq239IQ vLB0aksANNgtstmrBOT1mRIx1PMkqyxRdyoeRZFa2IsRqqyr2pwO3dqtZSLPnJw2y24OqtJY2qmM ZimCUNoEO2eLVyRVRG00PmZUnauTl2Q0mM5bmO2Vtq2IjCh8Y4WIyr0VmzOc5GFXqXG5FdtwzAyY 0Ox30V3Wyqjy3KItu9HGSg5ieErOn6yNeujuAiw6hReDzcDoiT3FI/kmWNiTI+SpzaHTL5p9nljS o8+d1AwdUwt8CCohsK/O64skpY4SLRGnYTPr0gwmHbr1rNqPW7MM0SDeCu5IA+gLHYpgIqKrAJqN iKXRtdJWhK2luMOfcc2WjCs1ktqsmVPcCyO6bM5onhscfZmHNvU2kimXxKE3vxOaL2KSiL0bJWzW b0olAyhw+Cgimc5qDnRKIB3Sa7ftoEGvTZogAI/ux0ervJvjRkw4IOWo4OxUc/4od0IO5q5MUNW3 BWK4gndmqTVaN+ea0k2Z/cB/bVe4CdgwnGCrMqENF81xXEVAXsQoA0Lk5ENqhgW1zV8AVV3hmeHE U8UJGU4pT+E4YjBiFoYoH0rDnCAPwnHaX/IxJW5yb7TyuvYyujNUN7svVOwmyd3tunXik+KUv3XD lJsXJiuPNgo5f3ds4broG9REH40R1ooPBcGU21Nf/k/TnSA2jitZFF1GSZ4HDfn3v8E+98HtyrIl EgRifBEIgCR5FhQa0a5I/5UfMobEjCOXmPonm4o/9J8ZzTxcWKxEbRFhNqXbnDrj6bd8ibcXcDXN EYiyybjT3Um9YAEbywZJ0En9EUnoHXlYI4wyEN9sEOUA8VGR3JDiFC/0DannSrJPE9CK9XMgR2M/ 1/i+sDk/Co4MQoreNWVVTIhkXOVj0SxKKjJmk8uX2bWTzIBWS/iZR+LBn689SVh738Ua7qm4ariW 3iZwFhE9bPK1NJQYMyY5ZxbD0Hppih4lusmonUVEGwgkT5KqvIEkEnB+LUhZiqsT/xGKqXnmz7p1 SyDJcNMWrsnXeq7z260iZI5eTJeunCfeMwlKxCwmGXDWtapapaZuZ8sO2C2pGA4tWjQmX4ow+AS0 Q/pGLHQTEa3KM9jSgqpH79EX28NUfhoD0Aqdt4qiOWuMMFFdwQrGkWml0HanlPiJayOcWc6cnC03 e0uY/gFvCkiNRXlfdEkZDI8m6DcdN41SKzbnqVAgiLWPDqGkZzgst6sceRkUXyYeNoDvRpwR5gYo w3jINCAXjplyndBv5tSlpdFstWRVciI0hAwEhJZihXYFuSk2VWE8M/K9+8eynNSuoxKhphHgudMx GcgXUxwkDkEHHS7CUcMKtMwvD3A0pvXRk16SJXxCSDnq7Ma4vk4jBvdRFse5SFGjlDAekOcQhXop Eqn4mgxZOF5Izf9MTvsMlQssZ/OlI9ui35wREcdodmMoizXBqVinlgf9/GviZ6JZ5c0NmiEAJnPC Jqq2EwkItCdCmPB99HBCxc+QDKdHj91DppsBK5Nk2f2E/MQHRNgxeipDqnV2/6XIU2VyDxwAK0BD 6XVxqIInosxY9S1gVZXlBAFNVDobwGb44XNzWMXkio23R61QWig0GW+SuwDnJtBHFt4QesbhMAp5 saVM7AkAwsVqy25adU0iN3XrrXC785TMw77Cok54p3tFcUseGyMdecaC500JEwWrJ9lp7jenJqxe qwc1Y0kRgDs/bgrgwoTytq23blPVG36UqWu+QesbyOHUEaLQImYTiiMeeOAFGTXWKE6NhSA3/YrF tjgJ0PyobqPZkyG7v3W3xhOCo90W62ydPyti9+H7Wc9N2AmyrWWNmTiczVSU7l2R3KvGu4n46SrN OGO6I3zMByxK/Ky+yj1LxFMdjrFMqqJElxVtq59DtcYWNntQg94E0Yrqa8cx59QVe6mVG+WsX2+q wmw0X1BpdwosVw1o4p6KHWcSvIYomKX8ZHhpBJfoKiXlazXwrEJeJaVl0uJvgak2xCN78clADqTP VA8aI6IoDHNAmc8MooO++Ij9YDnaknBayN06tVu8uQS+8UOSuC3OyExmTj0hX1dfEjYt9KCZKoHT xMtOGqFBFEjyQb6Q8PkLhCJxmiJDLJZ9ZcLz6ykOUUmBcVrLyDCLINpITbRrDknjGy70D6XzDCEe F3lnCBhlxIILaoBgvUwnT9Ne6tCDPTnfQDApcKj4rO8Yr4jKO0rYIBG9AyU72SibEIGbS/ekcV6X /P1As7jDS4CgbxoKV/Q5wQaDQoocscDR+9tImmkFh0wEsG7SWggqPMqRAtusJwow7irHi1U6NC3S R7wzlSYZlVjdo2XeEZL7MZdpFV6Sxlxk6uzSEOU1UrjCGFYENOr1v5AsLAFooZVpNrUkG/2aSySK jNwRk6AmLZtwCa8HxhnUtih0+yD+CBxe+1Tagl0kpAsE4iUnWN/rAgWIJ3lcFXl8QHsF+QYlt7hA lclFztMsewGJTFottLBq7tisF4XaolbfhTyNCXYF466IzqK6UWLWhKm0PLvKzsSkmA0uywSkZD2A 0bJLKaCOaVObCjjG9VDQKrRYxIj/6b2Q2BYFkzW85Znqrqt8Nz0s9hFCXBN2/RSpNMMq1oyXoEYK 1qV2eGixNUNjQmUPCTxTZZ5uCqDQziGq6UbkZyox8f+2l15MTqMtPlOJTI4vNJDxu0ulH5Z1JoXN DsOtOtexQMIjuKdfUyNromQuj7z8MNUYeF5QKjQkhR1G5MaJII9yM2mWI2pwXCOCVPkkhAHs6IZ9 dp9+fD7nfXv0jc5NZAzT0qvmC4fAuSf2CEO/nwJm8cXY/vNAHhQC/56NUCQqHEMPbXj+lmF7jIP5 T886Qllo8+sRPTDAI4wcZuuOe4VuvW0iFGqF7LJZaIXOh9E9uUJEh11d+Pt0iX9RAvad+BY9XX6e TSRWjhV0teB6F54BRhLQHse6MABpgO4eCkEq5r8Lu8SJCU/7l0AmZuIaeAIs9kZwmV5FYM2pnPgr mYOmwLFZZOGMn7KOooDpGNXQv9mrXG+Ay8YLrG6c5wkpa/OmzM/jL5rLhfBFN+BcA+/szWJ6clFc eZwUg/BHsMPGMDqYZcKgjyUsnQlXccVmy2FYrSVULhmp7Kph/SUBM98SSP5WZZkHSbD5g4PBRRZo pXT2Gl1ZfAgvaoYa0maTKE7J58YVzzJu9uo31OIeLVWwRt7GTkiRbosdbGZ+VXbBGYguF86DEpZR bIDhTIMjEGRSFi/hfw6rfFPJRf/VxErRAU741B6M+bl8vH1SgRqaeaXrpPU8LGaG5Co+IZs0vyZd v4zfX3ccr9hqAIih1ASo2+EIiarr8NPSgJ0FxvXeTe5tOwpiNDQl1DbSkF4lKtgyp3BCws43naij JGQHVyz4rE5WRU5vrkmeoRaUwoUHnUV3BLgmuyG0FEcrsRQHDk96bJC/hYoOUbeQHk4VoIjwIEPd ju1kH0KmbFn6wnyIs7smW6ykmbRePQErbHJSjJ0JkkWD9UDYKQN3EFVZBTNztGQvlEPA4IIFhG++ SBCMXvZdPhAPsndDxyN47Nakc2WUovf7paoXyeuN5Uu6XKL7KHHWiQzH2ZBx4LluYUppeM7OYA2H BR89yttxPhgOdSBZ8av8L4qSJ4GayJQKO0YXpTGZJxVEWxEAv41c/wyHWfPBMCCvQ3WvDlsqUpSR HRbLSltO3CdFUl2ylEYXXZpF0nyC0H+GUdBPwQ0djT6SESmV2tGyHrPMzqZK1ybAJib6cDABL/Ns BJcxJ1oVl/lzPN2XBuMCLet/g7rZlpx1mONRDeJdqhDA14iXKVi5phaAYzBMMi6UZbE5sp6kEC7P 3tHGtSXGhJSRaspGmv+y+YhkfjpFVxkRoEA6Cnt1NpqR4WCQwoRaYsAXyfvnVE3wRGgkJbKQcNjr wSMDu6TfVL/0zI4L1PSYe+KkF2yi6rhg1QCEVHZGQRLWtMdHIJWr0mV7ECEAUqv3hCzV5ZwnoO7N CxaC/Vlgas7ayg6RrZGfrcmKLGRciM8diRJi6515qKERFVnUlWsR4mus8D1InSLTWtBqYMKLU2FF np35IkMUJs9O66bdRqW4PnKGmrBUoM1mQm6LeqJ5SXSY3KECYhG4hdEmMqnFVx/4vhKwy3XOaS1C zv7DhO+zI6t2KMnyC1mmuMUwrs51WF/qNH73DBZnckg/5ZhzVU6nETmYIO9pTsrR5NaVm6g276wP nvNEGSq02gfxxRcpyrZUFYX1zLWlGtUWlHtLReQDm2lKMtDX/qsOnofy5eWm5p67mJl1F1KpZvRM GBAjgc9A3dSDfTNlP69N60qnPXApIHKjckkY2buwRL746Cc9y45YYNbi0JA2uXDJfCEpZ9msjlj0 xLpce9QlE+B4uVRN0jM7caeTz1IBWqS7gNNnkrW7LeU2r+trDchHTboMB13vXw8Cf/9+eKpbU/W5 PJoSSenAmYuhhuWwicwyiHBmMiITjPeLLl+rutQKdb62K2keGusuY9AEkr12eZ5qMEeZkMN4T4nt DTC4YuZMFqClAiJyUsko4qnCkfo8sKregrZu7yV/tK2vaoNDG1KJ0nAqWKb6Mp1DYMOngKMYCENQ BYx4TSmI7vZSuTrtc8xocg5wLLlOnuSTD3t+csrVA/pKv7TVWB7rm6VJGCVLyaW4eXQ4B0VEfw14 veuaOEUn1nqRThiT0zWwkRFwZlmkWBzTUJ4TXjWKf00Y6hIz7QSWr4I+HLBzBYZSwV71HmBkWDrv cWSUoLSLWoRmTJVmUZUN8t1sWOvJapIqpusS2U4QRlaa8MyqOoH3cM+n4j6qfUqkIJjYVQDOLLwU M5x81JGU6YQJ9sl0Tc8AZuGFCqrDgJuiEvGg4/gvqdc3L9rG7xb0DNfmUqS4ZHIrFsd+ZLVcIolt pfPEJuLmsAzuYBC/ccogHQx2Iosy4YyhiturQPAY3AKNBJWB41LJjQpKX+Su9IbTnHqLB7XSmFm2 86rppEEy5w0sMviEEhGEl8TyYB9NPpeoUQaM5jJyqfyu/VKx3VwYOuUsUjGkp3eH6q9lspy0y8Px FdtD+syPiQEKfFqm5x4iV16b2RcyI6U9gaZ+yZcsWYBuM4xjgWn4jDRRl+Bl5GVHus0MEBnLmvu/ QBJbPTMapz6AF/SSauTStiHIzI53Hx1wp/8OOp6YkEgNWvq9+SDh+2Kg5E2qb+0swmwy17xQP01E EigrMfNo1myAKvlLDyGpuK1/yktEIVfP/o3gXMcECmucJXwjmj22ogwhSvOXI1jXRLJqA7g23zSs Qqve0Ac6CwbimvkU7fOF0FRG3bIkwlxlaNegufiZVUVNn0gxyUeZNhN2/KO5XXZpqsS/UtKALg06 1wXSwuYeaa7HVJfM0AYfX5jP7u1toGZDtKsEzHITbAVlbS+SwnmsRxDkoIFLOAmlRf+inoMrPqQX s7OVwOYm2oZ5mUp22l08MY1RFpdJO2vYxCmQiUIEzUIm3aAI7QXxLBcnPnCHrCgGJ4yQSRc8JQCP SGSTjYZ9DVdJjaX7a6akAyrATkzUM/E05eLDxqrj8I6mo1rGUFGrFceatfxPxQTc7KdB7WW61tvm bDYKlOx1q1dqMCrxEBhsN6sTKTbpbTsG/+JPKMm/sZojo8cA+VcbJ9oTQho+BNf+12R7jYZ++i+n dq7KXvqG3BOoDaKZRZlzPjs5yJkZRc8v49JIarQczoHmnFuziv3c2JearrzUpkrzzCCiFL0NFGZw eoU0xJGlUevuPjT93eZAHLUqlXjhhY0hGOzWAIGAdowxADG0KE+DJN48hSIMTluOME2cEAajdxBV RM7L971FA4aWkx/g9YUMU+Va6NZYVFCf2lGS5MwQLs+d7TLKhoJANqYNd9bhFo4ld3qVovhJboO1 ch40uDTz5q9My+BRCDr0iwvjlHC4sJuEIKipJZp8ZFGm2zkAAqKMtddxr6DqMlGPI3fJboDVqwRG Ru1wV84+s5kVbzUtnIQn6NCRtT7SS5kI8Uqp6ciwVUWmhAzMwPm9xkiuyExcCGGR+JK57DSZZC0k ppbDkqrbMq22/ip+ZA2OFaLauWdAkNAWF8fyndlQN2yOwVTnKQy534sV6CnEVZktSus3zqqzUFol o4wUnW3oQbd7moyecHgRo58Su/HNQXTN0WaVHuHiawyao+XZpKQ8bFdWVSBte4xDkT3poZkUGK8W Vy7QvDJLNmaOMk9F2bxOB18X1EQloRm67UlkiCSJfiYd77FTXTuibbHuiH566KGdPyhkU7moPWPo oJum24Bo5mmIsioeZFfCNgo1+Z3ks5GcJTmns/zIFq3St+bE6kqSNPdp54BIwn73c3e/QPhIIknM wG9XpSUEtsheEoD5/DLAQL6xuiQfmRCIuoOciTaHyCio1arubnVscwfSea0/51W2bbfs5iFZPH0p zJMjfkkv4yTjyl7irlV4tTH4yes5uBEJho340JNnAUb55qwiGYaVZJIRltPmxV1JwI5mudloQSpU Z//CGLpkSC4gsf66ah2xbQMNS1K4kNNU0kn/aWkqVzz0Bb1t53ARkZetV0NFYT7W8MYdhuCmUF0C wJHqMAqFM8UgbdvIY+7Mi0whzZWsl/kjCclzm6ZZX4Yb+tV9E42/TEc0DP7qUKilIR2K/q3ELXkw OXVVtTIpgOf0momKSt1ra9apZwP6rUSOWCSRVHUnGJOEVkYPhGgEPuWXs38hOoAKukIHumlmTtLp Y2RkXPmqHofNpClJ4MHgIh71lZXEkUZo8ynxkWZqdOMbXtJ3AZ2k6hvXcqczt/d4k7m/a0tfoy1x MuzSgfbZ6IlRdlMAfs0CNJs5lPkX7ovLJaGoLximbJaK7lIXTeFDpNGdj+Qbse4WxIHvwnJOmhA2 dFAoCcwU/dZ/eyaPQGgK7xmY4eOn8GiUhMPmI+rAMCFyH3afs6Lh7Eysv7DDwUI1UYju7VYEFUTp 8Qn8yhbNkJWJwh6D6LVxCrLr/uqIke1sjJZdnGMbvhdwx9K1Gz12K2HC2A7JNid7XwmwRdj2cLox k4t7vMPaAgE7I/l3u09Xss6LbVC0x3Jo0gZmucYFmMCsorwXWRf0KoHDSL2URgwkR11iLYg4glCM +hMQE0EMIoPjgiomTJnsFDYZQqMftwrFYxDFEdiqNnrLvaUQeXeZPWlAdeAfGXNaC836LWHyr4Qh 48/Uk5t3HLXFT+1BoMjcibUqHtH5nDE0u2RHEBVVyZiF20M+ZcgZ0MxydgcQ265FXTC1FZDTkHmr zsv2BT6To2YMfEHNQShHmdEFeB94QRNKiUUB986qmhDUpz9ZbSASl9mjy7vKl5mtWhHfeDi0dMLx rg6wODItEF/h5EgAI3lBOVLmirgGtdvd9/FNwr0cgpMGg9UoeHxiatbvOpMjWS0UxEA3reChWthq L45AMR6ynEcv/BruOWDURtQJMpv2kjdT5rXlUlSHjoAoT3S1OZQiDG2HcsaLTP/x+fHeKWQ5VEmv DrKHgUgLYfUOEMm9VB2xNUQFJnihxnXKi9WUZglJIApRp5/Qjgx9c01T7K7ML9kVcvuNpeYY6CWn NJOV7dllVN+5bKUMkzZTvclk1DqRnyNJpT2Xoa8AcAAeYBpuQnCCg2wugqbsH3n+xUh6cZoZ4cvU tFiAsfZiseRgrW4tdmueb2FAoEnygkLaCnE3EprNntOFsOO96pAwEbga/9Cm7HeOVmKJaw9SWAhk ek2Osk7NKu7J5TCGR3XR+eAKHcA53bTvkbyrbxhQaEOCMw5agCzo66m4XKhDQ/wSkfgmGcewzHqW ttyaDAkom5Q+FKARmUeweFQUZAmzV8mgeCWXxq12bPS9zMXepIq7wqeFYIe9R8AbapDCVivqutYV Tqo5zzS5B1EzqvNqHSVR1WCn+Ltm5dvtTcoekZALt5+KtZnk+/XxVEVtrdktxGrRBq+QTHy90SWX 7y0AFqTJUAm66nTtq88I6z+9HEBpACMtzfTuFddTn61ZfyRttT3bIuCvO2X0eh30mi9XgNLPXzqh nJ2ZVW/IWurwcXf/b9Mn5l/eQT7VH6qf6CT1ZoHgSKGyoxrd5C3GcJEXC+0NieUYXA+PbNIcJI0z SBZF53orlaURawd8rV3fKGjNvYH+sFpF4NeunGTebl7myjBlkGIH8xNxmFYG4m4T/im0lPoDyXJh oxUajeuY44JauatOGHwTH4GggCzAMXPhWBuZa/Gap5da1DY/kSbosezdB496aVKAJe2UPnyF+w5A 9G4+dQF/b8qGGvQMtM0teiKH8NGN+E0luGxTCQmI7nd5wS+aEitGq6svEyjca0QsWRAA4uyDpJpz rhIGDBrv86YQV1qCwwCB3XXqxJFUBqBMG+jXQZ2E3RVe6I+F6eo04DOGzlu5NidkuekxYDs4GB7q jfNmnEy55k3KHNSIbIZjzIFR0lSRPkQASs7lxmHSGlFGFCbuQjVIIS8HlUScMToFO9BcoGTtqEBL CUzWsESFZsUvecemiXKQygxvHsdEaedRJQNeEGeY5nR0pHv5RMkJNSNO07KSMhBEEB5y3ONRzmoK Rh+k6ZBcJ+hse1ITz86H5BXvJYGmGx44n7bQ4lRu0icxb6S6TOtY1lYXCcYss1ytWnD3YTEdSBvT ZqWIm/WRodZakYh/BYvAcFu7JpJ+6Vknks+cjrU1B+cq1Yhimd22lhBVJgwZX8Iu8JOvOW/EmzAa A3/ZoP7/stnN8dDSokI2CZmr3pi7pSEdeA4VVyrXyh0SLDqLZSWQGTjRVhCQxZZlmYa2oYJ0PaSf TonlsOlgUk8gKgGluhfpYLw4/uF5T15rKwfl9a7wrortgoiAq9bGUFx4eTGBddkl2nT/cvEbPGBc PzzMNebye64Ni3IVH726jWjPnTRaDzXLcKS3u39Hyvt6lfUaU2916VlmIzgMuHpETyU1Y5c99ig0 +zI0ADiJfRPdrGGJtfOhBJWXK6I7C5mkg4DmFUh1b2DVAhRIzfuHQAalOyyTrZbQKgRIqO4l1D0h SsVZidci0EALy19XtIFETPQqBNLWfziZRF0YnpkysDp0YpvGy2T9P0b1jFuSpdZyXhCa02ZZ+VHO GSkQlRaylnSildNMXV9ppFmH/gfTicx11EfXPS+/q+fmPT4ORdkrguNdr065x/zj7b+6bgaAyMqk lOXS1TU8gZymPKsO9/SpY9YRoBJBrzwk/Uxlj0JyIqbxQqQIyNLWzmFWO06dTIbuAyPsYgGnyKh5 B8GFKak12Q839Hse7EZeGTh29MDf0ygBIVpTWJICaO+lhNdxO/RCCJriYhEVw37DyawxXKawPLVH 5ICc7lwb7UQbPKB/fGa6KSGDypymKcKCpAgLID4v/Av9zb7Qj8oIQCuS/Eq0YaIj59Y2I7JJolcp wgtNTXxQ9OJfCnU013h/5186ZGYoj70sM250/fLfUSFSWQZh0XxmcySO5uDCmwiyzIsZ0nwLG1li Dw1L/MaoVKi3bLlOUhnfxH7858mmeIAEGWOkdskFfSkREwm1lom439m81ywkgc8PwKKZ9gmGALIv OsYeNQjCVtaSqkjtVJaNmwagJ1KkTX+FBFqTS1C7q/Xm3gbg2sEsQmuXN2sB7nKUkzgs8vaO0VLu LtyB3EsS1RdSw5xKqK7QUjYcgq5FaU2dG655CCKLSj4jMXsXh7YogARRAFTkBU6KKMkCDRK9o0dC ztKyvF4zoTCl4wxP73or3mAs4tiw3jHL+NNFLt7893Q9x94SG2UEBWkvSMGGeKS/BEKAPXYhGp3G o370h6vzxGbIUqkzDXDlkgrGhmZvGtV2KU1b2jQglpKa0ym7M8tSGiDlZkpVgGQQwlRLhOaJoRZR bIVTnSZ2Fo0ltoJiO0mDstSxn6SIedwZpSqjVDCbjglDpB/HlfXapUO+hENqxEJ+6Iy8Xo9a5Ozt IVVcqQceVkfQ2qhnVQUANPdBy/zo6oyUrfXcWStpZAoGpAYH6S25Vsyhe9SWyKG79tM11ey2WqPV wrEW3bRAJkyq4ME0cG+1zhBSePl2+QZ/MQrVYRrN2UnXbSMx3p2z+Up/DKC0mTH7zWRcV75INu1E YuuMZ7+1rBOXsE6PxkLBGyCia8p1kKh8/EmteuGU+O4aSMK6kj5SXZUBFynisk/+z41dlh1QWgSV 2HkXS7dwf7YjUtZdQlwITx3hQGQ7TVKGzTmKDIJImB/aJUE/rDrRGUpVaZhhREN1kFV4/urHL8Qm zUyXdjQq9HRfdzIYzaegTT4MDmlxa1TCC70SouGJdMZWNuxYuVbEFi+msn7PZ/LBhJRlJU4lKbAD P+NsOkMFiZGhnSWlVsgY2DJalI63mTdGjcZuy+eZVEaUMaRKRqh36hyIJ3eCLlHMwAl0ciQCVo1C D8lUfjF629UKgzGlsy2/LIxiCUPmBcRLawr7yjUz5SJGcOrM+IMu9FLoXlcQvVDWI1zJM2RMgfDC 3jiAmIH5QX7wpQfIcKzFrfeQTFMAFWpnP5gR9ZhUmMsYesSrP4vgPUyxnGquNFOiHnqI2mJBkSre y1dL4fpX56VtwlYAqCl4ZvsMtc9RmnkbIU0lEkTQHikVdHaamskEm7lZ1lxoXi4RN66g03oTdGQ8 aG+OE8TTP7Nk7E7OTZgyw946L/0ak36qmmi46dUUkrkf1wbfCHO1nugu3bY8RHn5k/8CbYfrs7c7 R0Nd6BvlmacLMwAOhhOsE1PPl8tNnE5qnFhf6XN6L+irHGb3A0YwaJxEl0Kk8eQ8XPXAychOFn0v 4+EyyZ1+yVO2AEhnTNI/ViBg9czhUU7X6tKBYdEWh8fmR+QRb0y5DJ10inZIh/u0EIRlvuZWxaTI pTGwjmzIT2SZWghJ6ZwUThG4USqRobAEQ3whjFqSe07Uv/wr2yo2iNa7p1XgSexLBqiLfawSZ8yK ai5GXF2Dr65Bkn+NybOLC8K++18Qvb6LSsguLY+QmEIwF+b9LjtbMAug9TBcmn8od69nhjTDzoKc KC0l8D4UVSm3uFDQd22gwCzRBKsMp26FLf+UZfoJH9BGs0KrhgpGKuhVFTyrSoY2+vxOgU7hKnBD iBuHJvJqJ148MZRMLOuVERmdmlyGQWmRI3RMITitIDVv1pYHyWDjiH2Js4zcsegpecnBvKgIaiai Kiulm1rka9Am9/KhOQ7DcikTMYK/hKvPgltTrb6yXW6CJFdjO4JrT9qoouVsANp1X3zVX0Q6JU0a FiCm0si0Wym42hJJNFtP+Tomjuw/v67IUJbWCHvGRuQpwoc3QZ/zTqGsi6QoZ+oNgR1eujG4kdeW J0iNsq5cflOAoXPeBlKwPPlqTypsBS8EhkGjhDa5iqatpXx/54TOUd9QSj4S5pWPhlGtYEeVTxRt DtvzP0tyejpH7gmACIpOSgTyBvOgeSU8FMKMy0rEGGKQ3uFliyOOmJniO11neEzEnIVCWSlwIJeV UmZ8JGNMZJE87j2HXOMknZr8XTUpiE5VGUNAjzOVYtLwRr5yPqJ3RPhi1pkeuZdU0GkZoOZ6U16u 3lVtv8yUTFq4aQEg35FstVDb1yrYSrXqpWq2PUWQLCrpu1YN2O2xtbQ4031KHLDl2krMVWLbcuup hr3DtNVwtV/1ZL8e3c1EUh0o27cDzbJvdejWj6yweM/5Kn3Kqm4j7l4qBy2NRGvVYI0NHUlYqlgc 4DhTEdB5BV6FX+Otpo1/1XCXKA86Vd28OrACr+PGLds2tv1ySo0V2xXtk16vTvdK31aIdrlfnorp rbj4VtJWL8PI/UEojqOwQqTOu0Wr2rsa8809v73e3dhq5tbJVeP9dVepG8MQq3JPG70tvS/fz0mB UogX9Za+a6mSvk3jhmhdp6dgOie9MZbipxL9vb3de729kUje2O36czt2vfa+3t7M7rW8xBU+hoo9 FqBpRCaS+/c3oLYQmTTLiu2SKbVqgpftDU4TlQMBCfvUG/dlZjCFzxdSaXW4x1wXE4cN1VTL5sJl ufcu+DWhCJyLVRIJGanIwafaps9xOItpCEsOQ9m3TmEd30CbB5kFG6y/eMEOmdAQtWOYyQbc5Eun dCfMUHZ6NaHiJi1OMBXu4KrmWDrmAAzHNEqVOFdCqv2ImRCVkoe/WS6Ts3RYVKnovAUd4qASHQeO AaZVDL+b77pIo9kzFsiFkSOvIwho+ucTsgsGy/nXoXpzVw18W1ZD6bHpPN5qhYWPQU9R8UQ9Evby xrAYxhDIr2gC4XvRgUNTXZJelWMbfYO+EBpchEhwjexhTtMap/apKojalBIkFAJ85oBBXGglg5Lh 6F1KInKFTyFiuAnT0FEUk9ZGzkIra2FCei5hK0r4I1SVz+mkxzORjkHgPhAGTsuLsATBde0vsoAO UoI7KyZwUf8FmcUmF/RymXoz62YSmiEUAgNnn6us9pD8Yrc29A3o601gwMjMVp/OglChIJ4/LuO1 KU35mqPINW7MpcySQ8eSk8mTil4FPgn5BtRjYfE/iQERmWMh/GKSsAmUB7Bvh5JxlBBLDrtS1cLE RH8jTjQlEALGZJVZMUKIT+5NPTVj5khJYTY46D35J8yEsP+9riIOUdRaggQSwcJgAZSLTdWJCCOu EjXLAxiPqnJSMvc0S8KMzhM1sVfBLLIvBdIzCog2Pyy4LdKidhVoL/DSRxF/12pns13iLPaSokZR y6fbMRXNpgb8ugwDX0IWU+IpIb4BYJQOEA8HeJCfk8CcqMeLm84XD1s+LMPjPQUnxwHbTepr3dhH dzCNAu5d3aAEJtyALEIa0ng0f9FVPpHpckJNHEcWwDQusjOQqkh+crwodjEgMenAgc/iWjWcuF65 aBwtRuf9WocVzB9jG7ZO8IIM50F0VA9YXwq/0AC8yHyooAuRgnRKdu1hpOWgBWq7XMV14UNCiKw0 5Y9rTYhQWWhrf/JuXzVAj4gJSMFRnqjDjrkUEbmbgMBmsJOZrw0UYLXZQmkkRb1KkjHRsZIfpk4X BjX8akxlVMywbvVidCRl4gmXsREF+3Rt2inv1xFglLe5HUPUI2gBOlggWqWhoBeWVrGpcbED1RXo MoHZTxEtvCEoPbvC1/ahor9qRulf/4opCEsiwJbJwG5NC0BOoS8GIzqajZTSECalLJPLEuiX2Axe pzkXYirNYN9mLShNtmCHbvuVtcvGAcho+Orpi1Y7Nc4ImhbpRHzDjU5bWivDpPt8DA0tV8BIfu6X o0mK1/hL13l0MwhSZbiI1DKnXiZJKczpzYsJyJ0ZhDakkWSmb/RMRKCi2TSk0ZLIm/iUrpdms4Zo 0FJvIWLksacMwIuA+8z3E3sLvgWbdFEGLhlGIWKL4iSAKnaVK9XeQDrXGdLVdjDfs4yJXivjYrKB EcWV/BD1jDNrYbSZKa3zmmJuxiJtexUz2SQvYIVt8olyiUSL/mkrVU/rhs4c8xG1HbxkXL7pdSo3 nu4IyUBWq7fwaIkfwYvuUcwluULykQ2SY8Rpz2dn7jHrWATgTUoQ+2Xgmgi++Sh6FNnYc3RKiRM5 ljPMxBU2cStdOPJ2cYGP3UjCeiuYszTjEv+mgXK15tqDVK6ttevyemaUxstx+b9rEcW25IhozgyW VXdcX1Eo5wlOmxCUb09ipTAxzSth0pjSe2P4ZYyuhnvMI+dJUXPE6bpBc+IklHlUjMULA4hfMabJ CVz/5SA8KJDEpkSgVetMnTWSqs3YOiYaZgbnapl8GUaS1yNAoc3yvs1ZUkTURh62JNW0ALkDEFyK AkYeW1jLfnRl4Y/C1xtFpAsyCd4Q1hw88NIBBjqYvwuLNTOKYzKBvMwMvYlh7oimb29c8pDt8IY2 x1GxJ60p7Xx9XYaKHIMT8751ZCw5C/8SrMMC42J2U2NOFYlzHY9arWCI9+DXwVbNyr78h2wjojNU yR8jOTSmA37bs0xLWoiqEblwCyJEuhJYDh5kdE1X0sQWa8gNr0VJHSa8WnF8qwmQqa9NHJTMfal7 qh8UhBm1VudOWSUjAQ16bL8MWvBUokg8IQz3byUF/IxgVEhosVngiTAL1qe03WUEhBoWXi4joPiP QSG+BUp/4YDMhAiyD//l9gd6TCUCtDaBpo+udFWWgGdSMVqY5GyMdDxRlVMRMFHkcS2OcYf6rvPV lAwV6GmcFUNWFzK5KLX8HhHSXdKh/pDN1TQMfUsxNekSnUquIwHoJ2xMzRpd32Kzaw0J0HPhLp6J ctAIyLVspp3pdhY1EZNcNC81i81cJ1TcZDCi9J82GzBGr7eOFNhcV65TNxLC8sOzLl8MTi/Wv+os nZaIbnUgfgIxGhUfQXLL5qE6j+eGycfKftqLj4iMI2O/XJW6BSCjIgrdwUGiob/6ZJC6cZGBlMv6 7b1saKMMLw7LgGXKxjS1KH2tFsWwdJUj50r5gLlDpHJlXy89zzqLLcNHdGZUF6gyj3r9ttKaGggn wOX1OkdvLIQvUNCYzAObJ10qkCSrBEc89alR3p5QkEFf1sSbr0UMdTNUJq0dqtIUcqsFBS8BZEFc YtM9L751RMK5DHdRvrPGg3hwGDjOOo0YQsI2876sNpIwEnrL6AIjZJhFGqwSlFChcw5b2TxXc9xP EzJ0MecQsrn/0oAWT71vt1mYfjUOy7VUfKBzZJZSZc+d9ifTSiIEmAnqNwOIhQYVmA5MVanKryjC +NTGfmyn0b7MqFWSZANdKVRaSzjoDyMnKB6csFtmzVi1JGCnidHzRpJ92QsRV8hzOgc3fPIkY+Tp oBS7QYxNQprMqanGcOXtE2BrevWf3bEU9OQlNa4vdqpwlz4yzEBtuClgQQ1ohBnJRcJwNgvRT0Gs 4Yk3CvQOjhdHOSDlmr2QEjDz/+6g1+Wxurql9bgVTcrAs0QprREyR12ZKQSJCTHhT+Wgv8k3yqN0 hlXIMPLgywcSE6y39ks7+MqJsoG8L99Pqa1cAyskxAau6ZWC0n224ugtvxPh1ZwE+VKXrMVNGtFF HeGnbaFUXf8ZGVBMAiQHzfTgeLMXKoibmBgx6jg6lQWJKbLrmC2tymINl8cREdFxighS4jaQzKdH FnTzEQtdYyzAWVFsE4fdMm+Yxs21W+PWmY242RZOdVFOqPOMEcFaMh6kxVdTmExYSikdWgJFKTOt rm5IVNE+58M75ap1sisM6lBfdQh/4G5WGgkYJ0iipo5yoVTbWIJgB5MJ5dNOsl9s35KNW+1S0EAm XaExOyqENj/CRNDaoHoDUtXbHNEouLCup7W/LCRkiDL4YUJGHIYZaT4SBzPkaLPa5J/N0IFUXE7S Bkt5F/p7BITLCifZvFZyLlZLBZ6m2IMI3IUjTvAVHHoKhDxD66p2UlGqb9be1+py0rwSWCvdbXFv w61iX2l4xV0SzrOXFrIBpdr8z4FtIdCiPcCUSO65YR+QPcLQ/H2t+lrVrckn7NRjnxN1cF2/de3f hEP75JcPkiAha+KU3RAUlHw0zLR4Z4JuFmCPkMUFMpEBXmfe7zewURULnVTcBJ9BGyPDTvishVr4 T6t75KrzLIWbd/eWq4BYiKrtDKPhWDwJp1/nCuT0FulSFu/WyiC0ZgTwJFNAeHeJFpu0XUKizQww MqYKdAA8htcBjOzxA913rIINuIyWBt3VbogWp0pvabQH90WLG7WLOayOSAxYd0VCqy05eI6DiG7P THShymybyjGWuBIygTm/vR94s1E8sWzCx2QpK5euZfORbh9jNfZp81ZmAy6WrAYCjZ3iqrcn6Hyq grm/+YDhCEwkZYX7PQmwZFUtSUIJmnmE0hI9ylfCfOpt0zgCuBopNtEyvysGkpjjejVnddTHREFB wQm6SC8jMSiB+5ZmiXSbCW97KvjNRBF3BqI4cjJLg1/6FhLildFazmA84A73WHfjeW7e/SwEq39K appJiPn/PEOqhqSkm65HwEqRJF9OEpIn7nooDGOAzGI+F8YXWwI7Kx2UODpAjzC5WNCFDKxk056N tS7Ta8JCyZWVJQ+wiODeP/97bdeoHNE2PtFFExGnhXXH3692t7YJVjKnTfmsT80u6Cgc1rduC17Y j+iMlKEkT8Widoz0ofSNU+Q/4WQu0+WJNBcJ3XTtCGVttwx8bTaU9ZbzxISfWSz+yIaJSCbosYkf TaAlc4q2bLRRvN7XxyY1nxfTFulorzDP2YjXBkz58ySIYGmSZEPp1Q7cJNjuvhNtm8Qled+0qUFb s5x9uxhKsHChUQn37ZfcqKXYq4/aRHA84tVvKTp6NfRTLpPsZDNVbl2WlPIlpxbLmLdMps+1k/nC Cf3PNZucDQ5Se0nVEVT8JGm60DLg8Y3P1LqPBJfUnFW2QnnJSj0mfuoMSIXP0GCXZ5scBACzXM7s Wzmi2XxrZMt3LcU7vufbtDpW/jPV6FMwoEsrX0V88cKzL4oWKLAqJBAwY1AfGrUM172l2ns/na6t OQo7AKHFR19v39b6fh7qIm6v6anLFvHUmkSdFok84NGqn1EcK0L93HqksMW7QomFQsuCVge98s5i n2dtteKJ+m6DsWrYm/X4qWgkRHZvTs24tUuiqhtufBMFXWIdsxtnetCRHMPoFrda99Sno6T0tF76 efunYQ9pjE4sgAgrqah89JTnwqW1Sytct5Yy3ZpiwfK35wL/WCtsdRX1jljrdJEGeuhgD3X2cCQk 9ZRIv/8lFqBpaHLVYaJAWwumN0ufLUR2k46uEhNKbsa1ZtkTp29fj19PaCZPitnS21aNrbQ9ul+p VeCk2gptD2pCgOda6vCpp3Xls74wviXdRimgE7XxY6oFaG9CtPBJXwlhvy2PdqsUcNi6tiE0q0Wa ooiE1pqftIQ6PAazO5KTOlJavvZYaTOCCDYs2uiFyzvjrqyeodLacj25N3O3RJE/2DSAB1G6tzF+ 9WUpmXYlNNaR49EF2mGLtXTvM8N0i1NSYe41xBvBsokn6ZEqSzZMVpG5MGMP5HS85pwjFLIa0t0t ZTg5FYZ8SZiJyDdGjie/MJtwONcE1j2Nxh0jaMvjyFmMMRBTFOtJrFulgj8M8LfuxvKgbN3wXKLh /YhitQLVyi9LI5qvGb50ndgMJxwnMXgBXspnCn7BBpfESUIo647rYnTuL9xstlhFF95z8UKqtIEE XC5OyX9sZVkgpWKALyQVIXPyDSEq8X9BrIwNRXZNwEmAHEJSsW9OAw3TPbQKImgDmGssCTHdU3Ku Z/ihIVod0YMvLIniBlxJuEy4Hoi9eUEMxLAraU3WxI7KrFLOvRi9QEze8orFT0lDSDjt6ypkMa5Q 7k5A5Odf0hNw53i8qXIbbncdVtHDsrdceUZ3+cZ7WylcUGZL2unRSLTci0v2DLf6YiplCCnbtZhx k6zhyn7t/ZBcQXelQj2ji88LeUzA+eUzZlJnplfWQIWdaEmq1CN4DxkbxP4PJymCfpsrbbsCn/Jq D8YRVAa8VJtploBl8I5yBG7KMrJHxyFzzOMavZrNl9MLDtDGR5h6KwKGwAtrT5gx30k09YcB0h+o N6DYjbAEXmFUrjazNFQV9WRLPIxJS0mLzrJOGmkmanQiQqqReMBCk7H8AIpo2/jNPfhcLsYsq6lm gsEJjnTonJsm9dN2gQLbrSI/UTbl9gh9HksEAZ1TetV+IOmrOzdFgOQ1bBEIQCfkDJANQHeGHQLb i9KrBDizp/tyip495WH3SIoWXaKYEkACmbeVBdULWYFtQAoTfx62l3Rr58/tmR0HuxmYawWtPUeQ eGrYrpcuExC2CyWqarbbP4GG57GLAGTh94MM4ee0JmQVf3XmCKl5Ewwe9ZRthD8namgFV2P56/60 IQfJ2pMYcyswYaL4QCxFHVE8/BzeEQYvoOxQl/Qjk8cAKMkIK/LoAx5HNhk4l/FSb1+gE7Sp+MvN sQwlLEbk560xpUQXUGv1DeZzh8HKPSEVlOuGfOf0GmrN9+uU2LNGQs/69kww/aEnFeQ85Bs0sTX9 Z8HjMb9wrXlnjDiF5DKEIJN0WAyz+TNyqDnYiiodEe6beTcK9w8qVEBpBuF4TsEWEbyaybL9tmbx tTyICVN086H40KwNk56SnSM4Ennz62bZtMqNO+goZ080SccidShEsMExWnU+vrg/eHEKkpgRhWGz SuorMIkmxRXjwU+XkIifeERPBIN2cuU7DbdJd7DedBhs5lKQ3oV68CZDx/FUGSQC+0rEzm7y2Syg +kTUOkg69MUNC1baBHHDluZzivazmaaF0RB0je6iT7M1z0KRehNdyGFCJZlHD1JgY3W9RsFE2iTH fTb/MjitxgWmtaVRp3oS/rEW+2GTcOzTPRsUUnWeJFkLlTMIhsT3GZsfSqgrfHF2TsNheQqDyW4+ bk8X0pCDriaKtKkdx3EpY/x84K54FO6F0xmc7svPjKNrAmlbnU40435VA9YdkOHUJY2FdRcKTEaV 45Uqhd6m5IArYkyiHZxAUn22yk3jwcdMRmqViQJbcb7gQi5sj/Xmn8edDnqlaKSy+B5Bw7OSfuDm COKDnIXEpoFheHHQkPk4yMjMJnNKEwd9Djq6k5frpyi/dIj2o2tGmHya5riCGcgxxFDmoSxgDgVe TJT+7LPqN9zYfKpMpgRD6tLMtiXp4gtL0F8TK/y20O+CzV9NMDN2l7RGMBsug8nSmiUyZCRUn0K9 fCk6nQBsGtUZypuacWdLD/+/o56uW1yu5kAazW+bxuGgWbojZoIevNPkFVP8tT0OpqNnmcn0zmi2 hG1W2WzcgMYqazLhfe1OhDKcCu9NmV1JRs5XAHJznybNIAluJLZ/LV9rkhoL2ouDEbLqlP7XNiZz bmM1PScRE9yWiXhcfGoGRmgEu5ji61u5KZi2+d9wrYW6KGkz35q3DyqcqG/DKRNo0+W+VOdsaqzW lYiTg3ZqOObrwWbWaFe2RHfIk6+zbYMzKj2o3tgSk5Nx1XJUdEpd6T6uWe6Zj/eVNNqR5fiSVCeo J2PDjA9m+yA79RqfIjMXIWRc+52fZ4JnqZ0XB25LmQ3Ow1hvbhVMlzwxrkriqNLUKWjQIHl668JB v+c69Th9NGrBC8yhidPnEI2uusRX56rSCwaiMDOmgsIctxJ3SorCaweKAwrCIKOcZM8Q7tmP4Zjk RJOyEIoTQZqrhDKYQGhvDpIGeAkDlBH0z4z75nhRrbRDyOy9ADpoJmUKUuxHXWjVhAp3JyGs3/y6 3CIJyWdEMxxjtiQ51MMKp4EDdEIMbQGlpy2mYKEt1o0jSJeTlV91GaPCth7w7hmAZY0AucJ51Hq4 a1DKn6qgkhiWdWXo9ESqIAkrFP5OVYY2F0h4yNY7likLm5GcKMdRaR48fEDsnsMhgQKqyauZRHNN JFJ3TAXRfjObdI0kllRMRQt+yCnUKeJnjzFCw+yFIiifQiipicPGLWx4akpzOtdODEjrofeaBjsE b9Cf9xJIfQXbbXiO0ThFWnZD6S0a4oWBEwmzTIsOLzTr2WVR9fFiSkv4knTrtkyN0Jb4sBPkC/EA poUGMAheY8ewmSWrDqLbNgAgXZs1cmFr7BXu0OsdmLBxDq6vUJHzcUjLpEpjK1H5NvhdNU1XFT91 FlysQuZL7qpsh41ugAWhoMOwfAIRRtxNFoSX71giQee2paVKp/xwH8IM6SBSQSYw1i3PxsMSCQeD S7sso3wABBA0BFCsoRqb2oHlFxX4cAnMgrsgTJbS5A5FY6g9sW1OMH8vuhSwaAEMt/f7FOhczhi6 1Cldl3t0d4O6po21mE9kfgjZB9Goymyk1gmBBlbCWYDcmkjCYAGFEOZP/iEP+DBK1cTMshEzTjRU 7FUxFbQALk43J8Yntca3a+VjDcvKQ9Eg/bQlOACoD0cEKa2R0lioaojw02baYtvOWahIVSOm2zUW XwiycbthG3mFmB74kEKpqbYUkw56ZmyBw5jZA04ZZm6z2FVWSTpbwk4eDYTKDIWhogBNFMwgIqW/ THV7lbNPPpf1qgzohSyzY1lxTdvQiBQxKPx1fMFH640MNKhbK6xHHiLhT0kIGhxshw65hfCMKp3p q7sXhQw8IznLO+sX7RbgB6RhINuQC0bACbW4yX60Y8EmEDvSYgd71m4rGnmIOJxLunFkdWwkljjl QYhHCqJbrep5AirnPife0haS1FWxkngyYaMt+8VBluX8CumpFRREdntHURo/9R+YoDRxURI48MIn /ThYGbgIm2+mlQJEkxTfIKQDDNgBbQPHCT4296lXGoGuIF8YKmx2UeGUktinj6U6GUThY8zoORTM bBDWNoS2U6qbZPB5GW0wCuPNEpwqFaQChkeY3GDjFL3HKZvQFUOOuIzb3xbBYalVQkf8Yj+H2c7O ELHXvAoEtXAmcBA7rqmkulpcYnYVPKaBqaKxY8i6IzL5Iak4YgSI6jeYJcgs8OQqNU6MIghfZTlF u2FXm/Y2a9MDWagvGTYYZLKz/GzRahfWUYlx0ukzOo7fUBnDzniYDUZTeCS43aNkMhqayeJlrDst WDTElOJr4QO5LdAxL+2LhtrWY1EvCeTsiWpSkaXkezh1Nev1mUQLLCiawH2fz9ab8FRcp1yupBGz 6zNkJj9dEEBrdgyX2gX1uX7UBhL4andKuqC1NiYFXOxFDoYGkOwspC0LTYOtkLWuVM9/QU3MpZga lreVXG1Y4yb/LQguxgrQaMv15IEEbNlX3CnTyDZkS8RvgixpqtgS901/miK1kwRNFJFnZirdoIKf nNRlcHzal08SeqCLBNuEcEq3BMY6c4RkIWNh1UkSMWUKzEgi4ZzOEcTbUla0Ti8UEw4IKxzTDQ5l dcbQAVRIgljhRXJ2dpOT1xEt2RX2UoQwE2r61THtF4MuoVM25mVE3bQcnYaorf6uQh6OmqMRSHrm MVjWfwlMtCSRMZnKyADCFImRj00x1LjEu6ciFIhbXF2ltMW+4C5VLdzMVICRq+pFt51CR8aAQWQZ oW0uOv4DdsKpN7RqQUiKHFyCPVcOJcbCLtRMC+l6n34oKJtivP0hKNqhcJyENrogVHxOKZHgXOJy hsIiFfeZJR7jyMI1sPYJA65jKvTiqemFcRKysUE2RiKZQzaAA5wE5eGIWVu5RlTKRgzBnr8tAdNZ yYaB21TYvdI9BcnapSjk4Qfai9hdWwZysQXLI29ymQsZOYxud8gHm9TL/ZbF7cFikorsAooRS445 ZwzBMqeMlj78TwJils3zhGOqRbdE0Z1q9BsuES55zCKJsXHYltO6Lm5tI3p6m264pBIpw4awOoeV YQ4Li5SsghINR0qhf7hOj3or8VX3phDWMpfXOWukwDiAWghmzHqjLlkDGhAJb53d6MGEWVgM5Wda ihmoJCXkR6qZRjGsb37Peh1AmbBA9a05pHjsM6u7yC7mIYkDAkYokektTLsg4UsDpPyFM204JAfJ 010iqCY3fQcYW5RpMcWCNfK7xxwxLNnQbfVkJGVNxexZVl4Q9NWs3JRRJ+0vT7TIC/KzWGblyE06 FRay4rDXsV5mhB3JjWKEhpRHaTY5iML8kMXZFLMb9jkXyTtibCbJslxAXLttyuNQtkshA/bcKvQM kTJYFrstrEReghsNeEDNC5XgMb/GDUHkyw6ITYxf36gpeYmDsAVM6byOmURxv52ImI33eXsGR7xW 7ZPU6pZuEHO3kbu32oJrfiC9xanNBLXNv17soNC4za4E3v7FTX6Y2wWfWWD0u6RUuMiCdzL0KeNL VjmL37/XkO8LOOah22oJEkYY1ytm0VK8TwQ80VjAFf2GUNIkzqFZWSbx9mc20SMtXE0tPSItJzPs R/e3xYKL8OXOmljQv9ydHVCVDqvR+FxsnMyzDCfHD0DBlBNd/Z4D5w4EQqHNMog3cAvt8tZ8asiN mOMngn4xcQqlJJbRa7byljkdS/ajV05QAYVSm903fy/SypFyL66VRQFhD65c3UH2mAlQv9aysFUJ zOE5V8tcrmjp58yPy7qsXKwMs6UQntT7DVv4bhXenoTHFv1d1vK9FZEKClsfbg2I9/48Wp1pQdya cSvaP1a6ZW4qolYohHmlYGsr3jujOlQKpTB6+3xWakGzOm0r7VtFqpzAkfZuXJ3p37I3Diq2qAK7 /sc6TzWWqiKtXzjy9E5JhRwL+FZzPiz6a9Na890rmmO+RRvrQfGCTws5tlLYlGCVp29PuxMeP148 bUHk8U/94f77Txc3C0/WhhSQLek8XeC8xfGz2vV0n7XPxIXZ328VIaOpz7TRwiAN3Wpa3WzzBTIs 99ce4bgSQLVTzKmS5EZsCK7k4hs2LDj5j0RIQQ+tfD0rKbdu9bi3vhTZLWb1/PMkXm1EhMWpq39J PmnjSCFL9zqwOGb/BV52G3jNeoK6zRh114YQ7RhR63fKce3aoDQbUBTMW7VK2LgriJN9+zTKyi2f 9TpgVSMqbSQ7KLphHx1Maiuq3r6tImSrhQrMKuZf7x4YK1R5ewwpqNtkISxjFFRgZ6JOUy0yWHrL sazY+Z6qSoYQGY0mF9HiVNWo5gi0qbImmURG1yKJ4fMIDiUykr8XiOvuKWy0vcN7tKWbSkkV84yZ iZBAMzL+lL1VdrJAx1VaAfCf7uiuqk85bWiPqmIK/0SXoOcUr1O/qnUzPn6bF5K2GOas+Ct4WlbQ dVOXuuXT4qZlyhO7xTkwgCjj6rDJTTO4qOqHuGKqkNRThXm9/vWzepdmBbdWmTOonc1VcQ60NAQl CTQa4F0km037265dQ8DbFijLUTWBWS2HkeDAtrAvV2CHbZfGTWDIJAwvYYgqHQRHSeadZaZZqcaA S4NsIAnIYksw+l+Uj6wqk/HXbAHTSUpUjc4aB2LmvRqZL2SYUVC2z4CGey7wQIfeuoUPAkmDmE52 OdvZdtXGp/DEuPggjdCUXiZVBWB/5SLJvPIjrTAKltLysVOY9LKVekbPRM3MsJ88yOVeuYJifJFZ oTNcCm5UI7VZUpNFSira4LTMp61K2FW0xFyWOasOne9KDa3e4g55BGuvMmX6aU6XGH1Ahu8GXSpe 6w/7f3QyNIiYMrqiTm2YDVOkq9SaAJHKLVHaW1maikZ/61MuJLpYMFCPKQDUIXk23yuZ8JQ8No+b ibU+l9A4HazjeG2XatWt4WjIP++ZUgU3YI+Yzgay4uoCpaxGUr+lJ6NDWpzmt0kmMv35sGdqywek qp3ePgFX2+Ms1geK9dz+NCdFETDTUzCSRPs3YN8gEiR8/W+YAgpd9sjvn1p6gyGw5f5Pv8Hh7fHv szjyv9vP8/YQFOwis8XAVWH47+1/cNXQ9/vzyyM1spB6+rn/a4Oe7QBB9oMT3f5pjbH+p9zcyNNL qoigrKgD9tHr3clws1ciN4LG67nrwPC/YpjhmD1rwZoYo1nBIZpvDeo10NvPdre+8GTCbZYuac8f l3tUo4dXcjAAxcV4aUVgbSQ6zcoDMbDKWg70+KtBvx1YwhE0QBs+Q+U2MWbA4JGmsEWh+aEeQM2c jjWbOmAazzyrlpjhvAgosmcdxUvZBBezBQ6D+pBtFBLOKyxx3V4yXwUeciJA0ZN4XPoPtnv+tgXm koUnjQvHSdWWD/JmsaT5889jSZ6kSpTbIblY1h7G1mfLVUoRFr5ZbCshWDkBWlpQGGce7clkS3Xi mOBuI2Kfs7UUm96N+N1emFKF76dwj4Z/4iUGjBvoPKlJzJFlGI66t07k8SkaWFeSWmRQ/ytlqlUs ZM38zgVLUe72Nz6eZUjlNvQuc/onG0H18hty8LfcrNDXXh3WUlgtKWLA+tWl/vOWrAWlqLWDsBWf Bop4nfAg3oSXfmt0e5JziOJyAiphsaPm3/In7sUUSdvu02dOpkOxmDWy1Uxcz4YORoit3tCXmizT INhoiOQymiVHH8WHmmUcfMpB//SMHnZzZO5bBEdz20d79TZtGqXGsFVGidK2ZOrNQfDLHRiAJTwU OX3yUh76CEVCXliC3NAujTIGL8vLLsJbnYeBHIGJs2NHJDaMeYtekigJzM6m4IOiBbGsp3wn52oN 0cUa1J3L48+XRMxDDF/uNe/BFogUuXRBUqFa6Y7UJn90IaJw5J+NTBFpbwZXdLUl0bY5gfHAHGAq Kbh5pQ0cokngivxmF81Xk0YLZAI5v3YEnQZrO0vxuMmGPwdJ7L3hfzm648KsH3Fx70fg8i537wNe ZCyFzGU3TduhD7qkMWCndKG4rFdzlsJWUxdyI4Jmon6hLb6LOlIS0SUabm22L9r4V2BqAB9oFQ3V TCYkhBdQdRas1Vb4MHqYZpLV914+XJwmg5S6NAbnFcPhl+SpXIIluaQD4lFZiHQNPbTUbkhWkiRJ LXMqVSAnH5iBn+RbDutfeEitxi9A66WM9N2i6aKuXQZsurQhFE7t+OIWiaGZnttJsIw/lC5qaKWP dy9nd03HYZ4aZqQZnVTLTpbJuMSREoZqzqExG/Qb8Rk3bOEvNBD2Zl+tRbAPAvl9Y1ZDv87y3zwH y/MvpmpYzTI05+2mK5EwochyWSWCa0OOKrfUVBSYILEeJVTNgVApY5HrCUKcKGuzRyubGs3xQw9t iNOUYgWjdm1RA6LTHDfQG5b0RPV4dYrpJBbyx3qSEt0cDgB32DB2Kad7dUslMuE+NE+l818XBGsG Kk75RzehTdNMnyupwcB6GbMUR6XmEZKieShvdRaMgaMKz+abvLlYEY+wjTAYAPEWm9p0GgYVZNrR DswbFPHGKE7wS5RDNljiSnHhOdh/lIe04V9woDeI/PTPqMgCCTRlQ74BkaGlf0LXEBVlBABLH+m/ yWk947FutM9EwmojimtCs2CLu02VS8ZkSSclKS4Ytouxb5zCQXAb+BY7dq1OfmRr7YrUm8k+0jIl 7VmzwCfaPQisuYH/oCiZYJ9Fgl5v8JIM5n9Zv52Bx805NsvhXxXqTBg4UFiUiqq1iCbEkOaUV+ga 0pTPVOPMwgFZNccOA6m25WO9yz++vLgko077HfEle2ZdFEZYZRdImskxP2AK0WaNeVDCY1SlFoZA CseMDaQbKNvhiS5g+puJMdL8JGRDTnVurRrKYT4RqYm0cMahIgtcMtPgOBd3qiCCDw/E84pht7OC ojGSJhx3AXPVWx10Kd6DA0oPhhJA1stl+AtIY2AiQ+jXh+hyQWbrQNmj+KF19OCqkiWSra5+vAk0 c+K2Q7ichXtOeLevV0zVoNKsqjZEq0SHfp32p6JZHWG3SpoCoVmwmp1BOhnkNyFWRovnYlXsdAki 8n4VOERqWU0SwSLLiptqbSvytRiy4XexKz3BplpjY2q5ZQjyrMzZiOhtoqsLiBqntBKxW3zfK0QI a6iFd/ootuq+SZPrydjhyZrEmq4u1teVk+hUcygWFw6IKCBgStRUNHfWO+QLUmQP0eyJtS5jEGIP zcJPkiD74mBIR0l8t/mjmZNGFOwVUkyHbJ12Vp/+nq+ozdSyTGfDruZloiLj73uTtTAYg219XPws EHy8VXvTImv4vYl1JmhpoJCb5CsONAsunJEYdgr8oW6LraA7+fna4JyAwWU/RMUJiKLlK4ihc7OP 9pyLewnLGJVDu6peZueoV7pHQQHDdTrP+4t4v9a+ezpB5mGFR/WZuOQu1cUr7KqNZF1Zjo+UrIzs H2NwTQt01oBUoF3XEcajKN4dg+r0LR8n+9h4+e2mfuFj5eBY86nNGBlPVWLXKvRWX2ahPVEkA8re GoI36FQg09ql0ZWKI6H1AoNfkGbI+rEt01P2vj2dqFmZrS/Kza2AtEJgdMvuiuGuaY/IitVnWcyz Q6tb87vV7ffiBjX5dskY3PqGkvQePedqj17r6UxobsW5bltRaN8O/luEOI84cG+gLm2fbvOApmrv qK11gjJ2a88tjlkymOD7HMd06EgIgH6rxrGoII9ZZsh1K/jnSBXTUWvtQOnempcdSuGHaos3UrT6 1wjuQKxYX0cWHWihUdoomgFEmLsdiUrzHoXX1qZAA42GHLhOWvAwJKF8GqgNez/WkRUd8u1ygVYu rwEHVz67JHjEGtKaZdao84BCy571NlMLESAAlneKZPSnOtSGQHSAffJHUi7u7g4mz0GYOiNuO4Ez EIMBhzzReXbCww795rC2OAIKdigs8IKCpKbZGD9qT4m4GQl52TmXA2JAyl1GzccjQP8e71l2V6CS bTBjQMEZGTZh5Kd+F+VCmcKhvDSsKVUGDQ0ELYxT0JMbyRBAiaRHPLSn0VEpVbvCDc8NSioa11TB pTIgmANq5ADoD31UbiURuxmkKaejSJV7LDc3enBZAm9SoHVdiWLcEag4jAukgNZABoX6BBEujljZ WDpO5jIaGZ8x205QNtttIERImMkrWiXVwr0O0gRR0xHhDGjoLLgsIZQ/Q6rynFAqkPWreNm2ItIr xkJR06VArf4cIV6pEQgWDmBWGh1k8NpIBacKL2adVwZTCLKBLTDntFm2kXUSqrA0ajJYq54py00F s1Q21tamyF5QZrchi6OZut/FZbuqkA/ruAb2NUcJaltHBuNGgroiqW5bpW7hKwT7fiEzvmR4BBws DbIW4YdORNqKef6eb8LXrrdfpKXxYI4fO9Yie4+B0SVlWH2zPMeDsBlA8hgjOBtOW4Pn9i45T8QJ a9rW0vpsj3P8vuyOhtYJjdMmMav8beiGoZCiPZbzVzd0X625tqivMxS3SrlgWkwY5OCkhTsUgBYI BPdQTYjt3AgjnABVrQAPJ/N2GpL55HoBWGRHKkdZJgeUBLmMAZO86ZcurKumgzyLhjQmTwGOCii2 sEsoJtESqVTIW1OX6/XtbPo6Wmn5G3eptSwN70KSvWbk1+uP/WcIFuKEli6DP/SCALaaLxrPZ6Tq XCrR0i9XKhWUSGdQkde0C/4YUg/+D4/Md7tdjnOxaxc4pjWLrtBg0DzJ1f31oWm7a7RFp59S8uy8 oO/8mzJ4LqdwwTnKwPlyGZVBSxLuzbibHpp2zf2NCXM4O0fKpYYhsmX4wMv95tqhgmH611Vclbs3 +6qMVitFRUhWraZRtQ+LKhpXTtXOHAr1mrT4Er9Np5rhmuY0gQtf+HB+HHC6zxFK1oO5MeE6icLW AUNEZ89BnYBsQy9tMzGOkZZTA9IgjUyVlquA6UPXSB2DFdycj5tb7xYsc4KxzdvMwro1r6s374Cu 2DjVoY5XGer+3DCbUeA96CYZg9FP5IaTUKWDQlRxKvPxuTpgFVEYpaau2S52WbNCs06yNs9pfU1n COwoPCUZkzpQv5K7+8FNTW/3ksMMg5UzCDFHrG+jdFYXFYpWzHunAo/lxcmWbbkwJMZhVqapBEip wdy5k3pgWkwmi2Kk17LW825Ux0uMG04bfg5Egjaww/Zleh57wsUQBKAARanY4NpWFsGaYfM6F+jE tRwqwOKr9jbneZYaQ1uYD1CDR1kxGUJmn5vhUYTBkeiq3CMyMrnsObx9+7zvVjhebfdF6QFHIahQ Qk+uy3NFOkKrgofNKkLrNjxmn8EOBopnw/WCY+iCbo6T5R9psB4GRTzpvImFsbLUffWh2QYTiWa/ SdJYBhB0aZfYdZ7szWT9x4ozN4xwQ6GXBRvI2uKsBgIye1ZQajJomerzp17p7MqDOKxH3ESYu64Q Q3cG6YWezXUK4uKa6SEtZFLaSA/IJGd0FeDqIIn6xkxOrG/KllhAJy3ov0lrp5N6F38zGxIL+uKO 4lqlhYBBViNlpYik07KDtOg0in3th9H2vvWCDomV45V6+98HozYJFc1kgv7XD5QO7plR8br1QeEL CF97b4JRRMPmIUKmZixRwPEj4Q3zBS6I3dboGtpHUjgViISbBY4IbrOZI1ojpN0mIlWfNUEECNRr WW7RFqT4ykKWbUeJHtjuEREH8B1VHNQQi93yATcnOIFIg+CIaGLF/4eUHw+g5j/CrozhL3D2VJq9 xs7MVcCUH+z1Qpe6ePEIQRnCNv+TWntnXL7IjB5i4D49mVG8lsaz/USpl/mhHLv5mviIH4JgNn1w RXF5cyd+2tRChL7IfNAoFdDv+sCdqyQHr3VC0l1BwqTQmdKm+IRIJJMWndmDicRxcyWwoRuWUG+m hHSll4SvmScRudC+/3DBNv6maoM20zcNOltbgila5s6Gzh9dD5BkIAxN7xr33FxJR1MsGYr+jOtx rKkNy/HNz/imeYnL6lN/MComQifXlJAYjkIZG57qmxB6jLLOo6PLmhz5aqpYGtI8JUMVpLiVIdvo NOuvfzzznxyAUv0Vt7iT5G3G1rgSpVyJu+iThSRLXqVXrdhYiQ39IT1/1F25ClJqz6d8jK4sFcss ngdy7VNyoRkDjvXkavj819CmZmO51CP3jCoHTK010QKMlEGVEDgC2lpVF8F6zoN4WsotcIQnBRNu rh1E8tsXIcxxnkCkhX+86hKLedJvi/4qjvmY9gEgknmYcf30FD4MZQI6KJXD/CCa8YA1Nka4oC5J mDDgTTfBMrm5PAmLaTpEjy0TpZGdlwjpE8ETVmsGhNSUodS9aUj3DqeI9igQPSpmP3+2Qbxkm87Q WTYcjBI5GhLo/sciMSS8foxG44k61ehOnK1u6+OWZGGkCIPewvw0SyC3Ge5QuH6CT8oOvg2EVGwk aWF6qzZ4xL1QSD+F0Oa/JV8iiHyCRrYYR8J/xfOUXBSD7hqVjxT6q7LhiuBKJ33snQWqWwIJGRXU yJVAfMFCwxdEKCE0M0hKzMPZWQZARTfPmWzKpuM4Ky7JjgS+mMoX1X5FokwscWQlysJ+5G31jrIs RLoiaW50Om16RRkL4kbPAzMLlxmDjddzAWii9tt1ohjr4NlKB56T5iADS6R40TyU43ZcLGdQMwEM 2iDI754HHnfpgmyoM5dnJFmLcJycUq4/swEWICszivmyk03Y0w571kByIlxQNx9rMX0pZKodJeUH qK25iYKZ+9K2RkeRi7NlzxKzhIptDY07jaUbNu4o+hykSZlVhqA6Mj8leSSwG6baVtIco/U7CBNE dP+Fm84MVD4QmolHKcDHantgyHTMl70sCftwdZjcgweoIxD1wRt+A0mSSV6VbbMEJtLponi+I+4n e6LhGEKJQNO4kJZFIaPqczRkHYVgDTrNOHGJPDHFiIWzaZNA+eMZ8uQxOgFKs4jZUGlPfskmhw7B XeqkJn+ixHABrx93dgxwAvbWYQPfGM1eOC9ybdPl9Hpb5W5yELLQVxz0wsFKghlo0Q1LBLLJd9mM wyqcXd3Ek/mgGp+1o4vpr5wNKqYZ90LyLgwHvWYJOQ+7kSOUQTQTcDH3aabpCJ8JFYiWB1EWT8l8 Yw0V2a7P+Rxz6pF66pDZD4vEl7PDKzKHeZPVNJjfZfiYKgWxOIKOMnJNsIaw4VWmAm24Q0bLU83C OEfbZZldCeFuYc6D2sOWG/mHciwBqJBKkaepMdVYE6/6hCCrsZ69A/QZd1FR3NEF1UAE8xpDGMce BrqW9LZeZsKVjPSgcTusTN9AGzKbZIlQ8NC8yLJWMAJdohm86YoQTPrMwYgNYrbuxkfMCjDZQoCZ qJBlLwyy7Q+CmP2yN4VnGbCNFtr7jQ5pcyDWPPr2SgikVOIcvKW4ZfUFwXeFfcumYaNT1a9sx2WO HQmHcSrMZt0oXcxmwwHd4BNrZfgTj/kiEjZkOtERdlDemmNBO8II3fRSe1EmyPFvE2cz4W1ipNge lcNhAamTmb8/rg1QV93SmbiY62U8TSiyhNB7oblgYItUk8cugfOjUPs8N0WeqYQRERC7etWzMwE+ bVQqwR8JTBr1I0iy82oIJJauMa9I4EPTK8jLrqGcK32C30Y9EmPVOFfA8WE+E4iEKt/uO2jorL0o 3zwirE5BAIcRLl3vpgy9DhWTRAiURw3Pu1AG4TUnuqyaDM2qCPEYF+hQ78bnmfTGyBJ4AwT051ki 0ZKT6HrCMlZ5ZpMOJtDyHwMoaaldaFmROXazAb9kfY6Hyc440GQK48Fn9yPbXoukptIOItJTaoOj PvD6cEcYaUreRNV54oUkSCFawwgGu3tl+8oINvgXUJqyckaImhT2z7cdK5nI2Oi6u0KI0RMnKLfi m2lXMFoc8TkIT15y2qKL8FGgpGmB2Nm+j+n4vro3h1jicql6TpHIO0J7+t0dGQVQjLvOp/6QEdti upSMkkpnmar+WzwS7OiJwSU3H0S4LBkRTRNzjaoNMdaNk64/kZ1aU2PqYpmsFKl91XVSFTH01zvT 48lol2qHC2t13X+ZoIBW4+y1025udR9L60VN4qgLSejZDVC02B0ul0s3W4k7LfM0M1Ob3QsXuqnq hMh4Nxuibi++Q4PHqptDVVkVgOrc9co1vbHI15mTxs51x3uGh4yGaBqVoVs3itgmAk0lzNld111e TZb3zPXknzWaCTpmFtrntNNQvrqhq+uxa9mrcJ0NOOiWPMeaYriJxVGt/fq5VDsSFsVYtkEI2bbb xfCyKnJia2rvL3Zeu6Usi3p9dU8Mso2F9OZftTMup0YvrDCXzprya50vCzG8HA814rmrMO4L1vgY b2EXyaQ9WvlgqQE20rKnRbE5uZJwJnNkusmK9/QycIbF5HaTy/CjqKwHVq1tWQ3bMAL9tbXCSVT5 H4UZB5j1u9oC7ro+K8ZY0ZlgI3OBvq9LVVykjckdt0VNxpvNSTakDlbdAwhDkgn6kBa2hN09kNZx iCGQuYw2QFsu76eMKEzoTUNifTT71VYKIbcSKjqFz6JfobOpRW7C/iv72EFaEdjNL/C5mF4JsqAN TopSJNYcoflDQbcgXomreNEp2744LJ+sq4GLT2hzfjIsGEUNh4/mMw9aGNI5JuPApVgJFH65YQBK lYDL2Hlxzx9Eb4UgramvQodRWmrxM5SYslvn4PuAREOi6x78zMOgBApI3WBIsNksWTGYl1apgq/9 owTSNz7BwZPqVAKDEB+S9pgHKEtqmWe5ZCaEnkj1d/rZnF459LgC+CWF3hVX8pA0KKbAduSQveTo ZYm5F7t1cxwhTTO8wdSDVVQJLJvvRIGIrRLFsfZhMPcuRji7Bi1iZomcipRcUQAqlcIemmmM7r4f LdhJPWQYbjzBMeVSrFKloNxNK+25Cn09K6YCeIX0CpeKBtUpjfFkRX1ts9cjzTU7ZlXMrCwr3ygJ Ky0qjenUEjlpk77E+PakGmBB1tYvNHQBbQoCPNaHSHS98bNJV0gwnS3jML8rKvH6CrAOlpLEJ7PE NxJLn2vN/AqyWYQGZR8GJQtRhFLqP4WzfQQ7bftHEVObcjeJepeqt3SoyUJhl5HACX7nM9umugyn TEdhn31Sjm4ZBp5pR18LlynDtcXZIg36UVuWpUHOZl7QFd+9q4rnorzkwdSGkS+fdFX2hnIT3sZh NWGmFURY50iTpKrKPYHZbxPiQqNzJrawqOmpp3s0a9I9b2IjQLunmwBCPJjfVHDzSb+KjZ7+UicJ zDHtM/xyEQyAXIQEdwbqiDWFbYJld82Y1g3XBxo1SEDZZwRvdk8zikVNHBJ3Y6T6jDQpJFdD0aCe q6AwadZcxaw6J5fjLhN6jOOiWqK4YOx9rxRaqgG992yLPqQ78lX387f7LFGFgDZX+I3IQupGjYXE k7uhXZc+z49RWTYd9vdQMjIByHFEYbSmWThX6lOKAqct79ZVMsHfREkCaxCMbNXSejTFMSQaTHA6 WfGkOBJhzCxdpezxXLoogowbgJjhR6FnoRMceZVU4T9DxSo7A4sOMjEEN5tpwtDXGMxJFBgYWwbL Vxlv2Ejmyf/4SjZ9RJMWBTtmaR6E5n7wj3HUFVbCkUy6jeipDAlqdzzbsbrzSw+MB6vOdmVxJNJT OhBogozTOV5I08ww1Gy2R6ndmSVV7tm2xVQzbkOEihAgbEl6PfcCT4EOSQYFJUhkkJbSoHBwRuFR zpZKxdXMJy9rEdyZkhOEOZXwJR2guMyGHiI9V+j9bq26l9j4dCIOzdpBtLyH7K3k27JjEG3yhdVU vKNqH3qzfKz7EQ7Qy4h9Zu8Z4SKKsSRg5U1ObqpTCNC+LGfFv3TCvNbL/tCgSk6EeolXbub6Upm9 ZbJkJWtn0gIix5KiqrC1reo8MyjESQqK5FdOLbtzoB1MGo9+oxco8U4QV6JzvLCK7hoQ7ir5pO3K sjrAEj91gevlkdTSEf3wMicKeLKjOmthkuKEZkfxNd8HC86EYzqVJyPaoxWQJXnOOSsxeY+hvRE+ YHqGafT5dVs+kuAM3h+f3ZdNDKEid2S+hNOvaMrWKVVHBkx6JWA1w0oxLUdNlWCEReR6BvHGMeF8 K6ooJDTCV+YiFrJsIcPbrUuioyRG+JthWcEMKZRHBvHlRInJ4W+nRxDdOUbAwwiNshYiKkixTNxV 7OFcacfGQQSXtiOCChJAni1j2vTZnwy7uXmGx8B5e1lcXZn8BDiaG5HjpJg8VeBEUHMp2DClFp74 cvBYTDzRiJ+SXNR7DAV/y9TZNGeOaciZDJFOlk062kZS3CKvpoKZAxqMzn0Nh9/Me4FGWNeP7gr1 6wH9CESGbaUwB04AA0hclce8WNXYtuVSl+BQflICbM1WEhzymP6TlwhbyRcoVTzBo4/xPNgpmfE9 ss72Wr2PBHjD/hdCE10AG8K0GY+sBzLMKBYoiD9m3pTJnkkh+NMhygNdvJKFisJJ49GAyxLfQl5A at1B856FWVOdCAQycvAFBiuqVKpiCUyZhClWnbBVY53oM6HAFZrC2gbGY4ZcZ2JTReeKAgwm8Q4t 5fRRTomlr4SgsO8jIfeQDZmzeJFzRWjhVQe+J7Y9bwGPbmMwFrKMi47iV/WKChF+2gVM7GYN/Mzl 3UyEBOmkIlcBJEtM781lqrDZRIFcn9leRT/VijRevkcdjid80iqd8rEgEr8ribVwUHPzdCCBeazR KQuhzOSWRSXhhtBJ0dxwgU7OJTYKF3GqWBep2IkfMpGMMrGencv33d6L3aZN9tjIOicNvaMnshvE NM/YzfEMayH9+IKuQXcuwy+UTSQxXh6agDne5iqdnbhL5gS+KY9DU7u8TgUbkG5SkZv00E7Dlr/2 /LFQYwUmxtYpslJrleLCyxbR0nhGWOkyCkNuQhY6dbLtDfkFBbXBJ8us5+iX9qTQMtueEEWiejJx 7qAI/mpjs+Hwi4cO9bf8gjGy2jZx9fnYEUr0TMJR3jPAst7ygpAr8MF+o+acpfKaNc+ltDx1NlDi B7bCHIKcCiU4ohulI24VneIddSYQJKQR0oC4rR2AYlQay9mO+x4Ba89TRaVc3oFoAOYaMPKKro4l wYAO/5vDTgThaAzqkK02jzwWpfPEjqHYRb1omOxw6nuLINh16dgsk9cJyvUzPyIMBDQUAh0nerPa st8iXRhiqlsG0cN5Cihoc4n+AS3zNgT5eHRJ34dXxTESICvMZy/a4MhHrKENF9hlY45nIYHnLIDw NUGnP/o3SgBKwh04fckrK7+YTVO464pDzbAQSQod0V5KT8C5m84qVwJkuj7GArQpsoAS9pr2Kj2s e6ODJEKlTFfiu+JI3BriJJSmncwayf3WTj8lvYhX4Kh8Adnw8+u2F624TnY/BkNms86m3ugJc3gN JcKQpmnEs3EBFnVtfiuOGNs+OIHD/yr3TKJpjVjkCNZbvnCCmUPFOncChkAz+a1pZjmw7ky7AQjg DQxx5UrTNk2dgyZVXgaenx69/ghtEMpVNYgY6wncthujepRF8thx6yAfP8+scWhmzHRoEh3fykEU kl9PaSkCeQvAaAr/0r5FgRCHjQpOMWgVHFsY3GZoJZMwpFgUbGhzE4gpQE7edsAx6SZNX/XZBN+A m/+jo9u1muy3ruALZZFlXhXPBpPSC9yL7vYep3aWU0EgR+bRctcsUGOngqnZYEDdLLs41ZvwdKdN aF4CwA21NaRMRazRVTa5cCY2uCisTjzlFYtxGF9Xq5sjqzs/KzQUJDU7T8MmoVY99BYUzSiqSOjF PaHGQw9xs9uYy8mwuQTVMfpHQ1hi2GJ3sF6WxJv82Tusi0kkFrb0j9fngKCpumLxvTQy/AxuE606 cJ31lIa8amVMcWYJh5r/+nMpTvDMKprT9V0ZYcljHTcd05fh6FuWDufka7xRDjnEz+/948hZI6LA IxkmcYrEUmz6CKkYNqseMX7DhSKvIcvDUYGZZid40YMRZdTaMFSWNPo3kCw1b5b8QHB0kxtYS8Di h2b1Nb1PVzWFXRJNZbF2q7gE6jWo4G3CZthGIc0WNoB98xjcxUVPIxRWEBycVmqxYDDoJAzNjCTd NsIVCBdxAmpEElZMxhzwWj1u4jBal+ASc4il7XUTNkoNJBXMzNQ7CUBvVAB62Fveh8aCTkHLx+JG 5tuDvNgbjM20uEMBAm1YTvkZ0kxsc15qMTHVUypcQCaE6MEyerUe8XIVp02BeP1uNtkMGDfnLbHd 3WY/W93gWuWn6NcUpFCEPMdbVjHEeAPc4b/hsgy1faPjligJNiBqjrWSgtmTpXTzUYrMkZOiq1tN 0LicsCH3tYX7JbKFY00IUtl29OPaZjJ7IRqs2ksrevqxOEKVLmzS5Zrch6AnCysp87SSRfrarBNH Te/MglMDapbItVhDEtKAZloSf6xkxk2u/ebNptGl+uQMRU0qe1QZWngpPRq6TfZJ4Cq+tHmw9Anl PTWRYJvi4bEbkVgMh+2KYQXzzgYZBr/I55lHIQm8GJWllbYx8mw/FGQDHfSrI5iygKtDFjfISm4C NNuZmwoGWlY3oBBWMMUERpCNYS0gpwTuiQmrFRl3t1i6pNBgkApRhkF+0QzRK8j3MKs2b8uO3QAr SHXDbAXggh78BMR3SNKjEDwAwbbtc0ONk3Z7Cxw2VXePjduri5tIF+bsORc0lc7FO6FAQO/EIgJX iRO0EIH2m/ERRxG4mEUgNmuza7wEIG3d1g6xzvtR0y7bFSvbLQ/9gdw2wG8VFcUwL9gLbgxQYNKi GLEZDQ+sTI2pgrqufAgEWsAXIFG1WE2nDeNJOdgg7G1mKDaastphXqJCItVwClSkR2adBQ9F3tXh jVTO32Mimu16toSNxO6sx0iSLKG2ZbndEeVNngRRjkBgxthbWurSPvwESszdbut7EqWxNNQjIxwo wtvTjiBalG8Q0W65RqcbqQyEop5S0fb4ivU9BqQlgHSM1+ipayT6MmLcdoCqnimQNPTbs1bETXru 0Wros6uuyuqU3p4rCUwU1r9oEQlu+K2TRO82alu0J9izO2vHEO+xM8XcM1ORuLnSv7IEMGf60z6c xZIZMg7YvBPc1FUrSDBsfltuwHknnwX7ALmciaa5VvOfHJAv6bosrsxcA6dAXG4s3spkOeE0u2mU DMEd3Fw7kWV8mVyZSJk2feebaZKEdluBR/Fn++a2kZ2fSpXDQLvLNqGGljmgpZ9SKXPwviKguNLI ebRfID32O8KP5Yg45dX5g2/RrDsmveDiZtg41L6EJ5fMKnSi6Q7zAs88q998IXGQXK2xQ7QL2uU2 y4vIKZqBEfRQtwaP5ZkYT8KCkI9IXu7tq1N4rJixeFlEQ5oGYEUo0k90JfQiUbGLMCUZotAwsOnU kiOoBAy1Me+Vn/jjp8nEYmv0VIHEFD3qtGyR0YRvhacOIiIR+SdnwKpDEgPKrYJaIAlC/elRi2UT jUicuq5VNlOu2Hw19CZ8KOmgE+xQtzoshnZVSK0PofwgTFxXyo5LfcV1Ytz6UrVEpzKYOqOemFMM Fyvpp70ilcop2aCdxuMS3xhHeWpZgJjegED04bjslQHq1L9M1wj+7Js+852UwvB1nkb1LcfZC4UT BE/LTVuSaFVaA207Uh7IyEmyyEvZ6XvGzixpMosnBAib8MoWXFRA7H49YhJFkacpTK7cmhGbCZZa NBFY+RYLEYskiMPMEDP7RHB7V8oJtJdkVvJiiDpv4NKo1IiROnIzWicqRPvQyEiiGPtEvi71wI7o TG0/Y9OVr+1JKNfx0Z1+ldOZQ9aYtZQkMNv8bkKrGuVcrdNoVgFhpHP+ykHl+yRQTW+ZCgCZfUel /YTGjai0w5l4n1YNIOwimL4yePtJCvdo0HMJCuGX1VEAJn7acM89VM4Jg1www6a7268shoNoWs5s 7fCie5tbtpRWrSXuK1RRQolIqU6rHSPR0/wNnE8kmOWHxmsJwd6SnmFaToWOHKoRdNY9j3Pxk+vF GwNIGXqp2zjwuc0uZap+J/vX9h8mnu7eYpy0xq7aboK2Tlma6Z+1ibJ8OudjqI9Sz551KTl/vP0X rdY4pFJeRYCeZTDU4VbLRm1KgeASwaVvMjpzHwZG7izCtUytzpI2wpgi57RAl66aS9FlG01Rndvp N2jxJllnXYJOfJaYdYKmGLeFVMSULsY4r1y6eb4GkykglCEop+ZNWmv41xUaEl8Xtiark1b8svIQ AOCUh7iQ9+UdBoIelRa67Qn4FwgFWTO1xQu+eXoInP3whaw4dCQBtM8md4RmTOydF6dM2yRFxjUW dGXYjVqmJVuDBYiktfCHx+eslVhdUTKy8ojY5OE0KOldsRIY2+KXo3FphZDib0mCxoBLmERxOZdH qBqnGoXGAtGn56r5ooGx67IqDCIxbCwENCJK1OXwrpngiqqkVZ6l80ox6ChEIRhiqIf0D2OcELYF V9UnqJtQSyRIuEHWv3UIWZhuGwCJSE+OUi9mg3JfS0GhamUNGmkuEyl6JqsmeuAFhWmsPKyEMzef ZOloeZr0qdSdHnXuD5ssmvopoPjN+DIblPPWgBEUp5k2rFZ4d5gu6KxrZnsKLw6ULXjpTB4FBmsW 23RZlOmyYvFOMjQJVZeLdXWjs1AKJbUv8+INQI4pEHOZmYF4lhWQTEMFV8eI4yqeacA8WstyIEBy pXHCy17EDKaaPPYADVcMegKrvC+nLNyrDxg1UtEo7YFtxkRBcK0LFIm6IUnYE3I2BocFvPK37TND RAE50PDO9PastQEOBBmou7fQ2EIiAExQubODga3/jMKpF+Iz9VZbHUwCxg4gYKbkoSFcCJUDTLlN jbDiaLpB7jQKi7g350dQdapkG/7jRDpDvS5LIlu2NGjy1apaykKUtWdzbDEz3RvOnJj05DJpzlrB skPajExK0bHZMsEShWwtZSmLBKvoIif06z9pmk4q8BaEmqtinBJKQvTPWvgXO8hvCqzDAoQgYXBa lG/t/q8rOKPGKtvxIdFRWBmdGRYHIUNCL9rJffK3Kj76PZO9mdbOEAr+2BNw4HAVGY9fZ/qBBu9w 1hyKCJW5+NMQz1UhAEeVd+Xh1Q3aZc2L1XWZLh/Y7gKmiqpSKV3aKxVytlMIbLao2HMeTEyaMwEq cyxD7Pl7vV7K9K5nQpm54jH4CpBOcTX48s10UOYCqMyJ4JWfkMTXJcOQo1oovswZA3NwkocFRpux ApMgtFueY80/k7iB0VDTPUL7Fmn4CgDcsKK9AGrWsMmyR1aZ9IVgzpOVK/TmHAhKrj2wilSMGoT2 TC+Fb1wTnreWdae5CwbIrcBiyGFmqC/Ql2gTsodIAL7dxl5OmJo/SCYdpRSMGyhDcVE2ZBLkvuyA H8vuuSqKNaVXUjbtDakD6h6W2LyyiWIoaa3RlFnnpG3Zi+KSLs/J8PgTMXMrr+RSxwjoRBN9ZVf8 jzIamZmZdwXunuSMbzZfCADDtR8aV51Im1kER1oppUjBfQustSGBbjPQg3pKHfJBJPmNQmFOvxp1 bSgdshacZEH6YQAS9ZYOm0nSWxPMBLHJoKaVMJgRrx9hRrnJ6lIQv8Gexpype/WPtcyfqYYdMuwm tgt2hdG2yyJFP+01Z/SVEYbqpfe5G0bIxMxQbDKQxRGRu5kjn80nUIue5JwDZr+sHcQxk6AAN8mI sKOJHqtKte2hhQfq5lmNmKDLX4zigplBM2hJo6MoD1bqrVylZQMYmLXzGqhJgTVLHTWeqhzRJ4wK /1qjjuAEnsxCQ00prkw0uflWyAuFoBlNwUkQpL1ydJgJjvbMauPYs1fghJhFRsHw9SaqhEND6aKe c4UA+1U0Cz4DSSBYyPHRqULRAgSNy3J1tdFTqTiF2LILbMZXUavh+IfS36CxSabHQIHopGTI5hqe fWEk3f0fT3eC2DhuRVF0F7Hl2bKkzv5XmHMf1HG5ZIrE8OcJILnUZ+FiypaA+VdyEwcyrPO5Albr FJl2cNEIkJbhJnXkwzl/FbLKdk/21Fcc4WVSBiCEL7LoQahUQoGXnzNjhUte1UkjvysslyO1RgmY siSZdW5zkPXneJ9rz/ooXq7u7TTfayLol64MEcEA3ysQLsvyrqyhK/mCWBV4u4PKYfwdFyBRAh6V zrxgTkGTiQQQ1NWTTcW9xbN0zkyYG80jiPnRpPwR6BDUlog0ajFVZtHq6riEEfnf5FfioLElA35d i3wUucUYfEW/3bWB+pVzUSi7XV+QmfQqU6uyoaNpWLO8tkEhxEIQ3zSGwPaeF+ksa6s25JTbXKCQ ZaCGbcDIL/qBI6RzxcIk0lSIQr/yMgVhLPUkq5BoM+mUcDHalFG7JEZng+vhFaWMwiJ9EIOKN/+4 A3tt2A4q2YaPijlkNrPAXCNh7/sGSOW8bI8OxeG+l1XQai4pWGBdu/BNL/AiYBJ76h5q2JGdbu7i ynYDWqXBEudiQA+7YLWa/93uXFTI7o8QqQJi4oAGOTajqapFpta/oIzbY2rAZzcq9yfOkdvsQEts BFXlg4iNmFmTOBlQjAnZS4QMlMgl2KNSsa5g2zkaE7VqI3aLsKWBBKnLFMT3CJTAC5lIz0UXQDRa i1kORhM0NQgJHYJ2X1APlgw5s5ken4JZSQXaCkGyn+iQ8l0/SIwRE8hImXQQAIiKi/ADjv7O8HKM xAnv4lkkKIrIxeTTeQW6o6vOq9kV9uNJxSOT1n6Qmxcxi6mQP8+UOhQ1iWckemmfK4AFlvkIQlet HbfcNwckSwUDMdYleEV1396h4Ko8qydK83PFPOASM/QGkNxWCVuOxXB/33lywryQqBH6LXPkx70H gb54cjggAz//RakKLcwoViuBzOspla+qD/OCFmBXLI1iXMvCSG49sfTwz9CfwOTgxIYe8B45PqrG V1onUeZInkJccMcIRPx8rWYcvWI73Um6fBo0fcQttBTJdl7s6IKKd7Tldt3I6VKqZYryUII9IMwA E6hV2UfVxowC2+8jzEOUuWpzF46liEwKqJShYW9W0VV801HmiO5QLLKDeO9GwVWkRjQ0Fj6A31wI giwGQU1nUaG1hYQp5mppSOEH4Rk4LEZ3FpAr9wgibN48S0EajcF1Aouxy8ppiRdbTEDN0AwT2qpL kgaLwvLCQYC166M2ZrYXMBEdDP54uKlZiOjCMQljbOzG2jWeqie3LDavTaHFCQSIbcx7mGtBlHcd MhhZRtdSfDAb05uwEnvFEMxMbgG+uymjUua+hGYkwKMe91EL7fqTkc81Go260hjutVwoN+arFWG6 GjBJBbvAoxrdaibwsnXtoOmIClTDzHRN2l1Xnk1F0xN/FoXiLjokeIWGpRjpjlAnacGRRK31ry83 vSJ8sutvuscYiArj++GCPSQyhoSJ4LX0lHSoeGAOGibDJsoAmDCNPquTIuoMAoC5qOIt+z3Qa/6U yEVZRICHN52ZCHmANhMX+ciaR9S2waBRVFQKsvwbrxIteKlIY0tBaeEigoE/lvsDqiKg3FxGS7PS 6KISn8UMJAo9scDwqFRclaEsrskOgyYfLQIEJ6MenxZHYIdqoMad46WxWKcc+loWWmjf/oEse25u jqM7nvD809bi1mhQOm9DM4QS9YzboipIgsSw1TOAoKIS93Ixqo7mJAwCrerJTp7N3CB3u2L1D0gJ SyuNAkBlY9ueDTmYrEoPsMaHYDsjgBbinBEgggJe24gI5UrDSOGf9XQOSqYf9cBJiUpaoNCM5NRZ 9CDoZhqS6ZZxiC80sQEecVkGpBJPyAu8fBTTUQWCKxr0RjCF+urolYmh0Jp7ZCxaEywCgDAUA2uD F55A5IwAvaKTm2G+ve1Kv24Aya3jgojPxnInzYQ+CzniWw+5Est1gVAlXyDMwoAZi4EDuT4bIrII XKpCh0h1F6N6yA+ixSSyhxFaJgqog1bhBfKIWeE4A2Ch33kyaQjLTGjnZV5qSImlEZLGGEogCqLB T0CajukD5/UVPhkEIh6LzZu8wMhAaQGZHR2uHsZlDkphavKuD5ortDmiONmNrCUeBXnnocyKgcOg 3YmGqU3LXDR4xuo4PjWWbAh9Hwio2FBZu8xCtFshq7jlmEkDiCjAz7bkOqbQrMU2BGrSSlkxRhYg MkS3AmLAZYNZ2KIcmaZaWc4LWGEmJaToKWwpWK0dYw84sY/p5wdkrBqFu/9RUfLbV0fMj3EM2z4f mcXYi48tnyWfUX5y0jZ2SJavpFLGIDlo7x7egrqgxjLUni4v8HMZTUlXPfh5izUmlV9UE4vULfVM ZZIp/5MPnAIJ4UoCsAbA2XD8VM1IEoyGLlMRg6T7vtc5DXWjh7EbJskMJgCzpSUjqbkg00HT1uDj gtqtg5D7xHumWX+U1PmIMavFMsQa6a07mSWW2oaSQRHc9JaWTJsxKM+lDI2pTUDZ+UOF0itKQ8CE 2X67qySA4XhEvftlUsu0mBrkGkq1mSwTVBsxlMC7EL3UtRgciqlgOWwHZs3iaWrm8AVutHBEVzHo NZSDnF6+2SglkwCPbmahESlg95yq9xaJm7w1ImpL69sJFIO1GtCHROYKACi0pFU0PzBjtlpt8bzh ShLYAT0yWtCg5khBj7Tovo4Ky1s/6lgT0MDdETIZMOqWIdI8Wj39Q8TamczTgN893sQhYkmT8TfS tLjZor/P4ENRYwkhNEP8bFK6XEuHRHIOaOxqgNbX8mjHfeJ7EYZtUVBnhwl9R2gYERyUtRmkbVcY kT6NOgxAwzYvewhdPkJxpTwLabn5wixIihvwhby1HMCA5F8zAFljbchC1Rs6ngqIN6lH+XWR9Eml qUXfjcaUztEXsJTu1QMSlCh9KFLIDPYdPSpqmd+8AMvEONbA4LAgZX5GZn/oRTVwIKmky8HL2tIQ 056+JfjNoLPguvevGR9EbM9YbtLlSWQVwsB+aqguSMMj0Gw4AwEFchCM3mhqUuGKOh7jH2mfoSDS hQaY8x4GEwEv/jVccPoIgFKKXA/A8gAV8RYfZkXb1CH+6d0uDGMGsD3/glF9RUWAKf4rQIJUCths EQilDYW8Rr95ViRKPcp3FI4qDFah0CMm/T4qFzuGTZFlxp9i62qcvBx8SyCKWqM82icAzYgjTe00 zBQYmOuY27w4q63pxjT41bfz22gFnBEMrMJ7G487gHZF2YXovvE0I3sdnVW3t0CG5DysAvcTHghE dC00w+yy0x6m6ms+BDwlZhEFuKF0ll1T4Bk058GWs0gN24tSeJSUEuye1EeCapJvSFwKSpLDVDL3 pzEud0haoEKvLXbQGzTsLCo1IrL6L6YCU1EdkW6A6MvcJPzATcxylQkAOoZTg5KrsuzKU/pIBBNO fTDC+CVu+odf/3UxNLBKgfcboYAU4hEp5c1dcaxkwHAGh3jLHMUCLRhJ6RwS7ztxT5MJmLXXqhyV 5khUFi6H+fOnxpowVLCFY1ilHmqzzpQigTlHxnj6C9nsuovpm25zoC74hgQJk6vaMC25A/RdRzQH hfNFOX4LaFLECoxZHBgxI3BPFubKddAMXsgEjMSmOY1qFmCxKsA0cURDVUmTWg3icb/FeyskOTJg CgA2QPMbbgxiTRF4GQWjymsEZnF4RSEA/u7ds+y6qy5kG/31xm3dqgy318NUGJFnhsE8IRSMyTnq UWqLD1oam90GDSiDNgqAk3KiFdfcX/AZGSY5l0TEUAhWcOygfyXJtD57OBkrWCp2QRkDY3YLBhTS 8Nc3caLGBKS2o/Z8Q+ARkjO+wUlA9kt8aIjCJGTMCiYZsTO7n5/VgkqQ8SQ/NPpLMosxqCf20E5n wT29IpPJSAXAQGhvrcQU6plKvxl88RmnyXoDO/GseJKdSccIlZE0NXz1EGdYCDO2VNcPiHzG0wo5 lqVmDG8PW5uYDEWVegRgS3cZjsYyGLp4NGXlMA0sxDs0Z8MKW5Wesp+2XKI5w1oZTTxrPFeY7tYl y9H3+GVFqkC3ZMmKz0y1WaLGhpPQV84qNX4UeZYUg5j7rXDTcknwwdes1W+MDFaIsD+Oa5rdAI/K CbDl4xVeqDHKlP0rDlQIS1tS3IpLDGaWSJluIOCmukMT+a0EbEgYrZzHFKgZWWhjo6LkiERFqjtt TbNCMbvtm/oDrXE+gEsfmJrKd/jZqSpdnDVCkDo/vA/vqwnL/6GEmFMkTbBRJIBCuOnVYrGqGhzN M2T1phTKgHs2NTXHdBAhwowyMDIN+ZY2wimypqyJXwRgVThEulF0BCXSE92mVdAG4WxSW4loDIoE OAtf+pC1rsKVaPLUpkiqOpePEw2KAkxDp1QAepxEL8mws2lBL1XR0l0ApQaUXvZL7s2SNrMkIkYe T1PfCuu7kZi6p0z2s534vWCyOLrH5YlRPUkna2KvFdsirGZNyiycqyvda+piSM1nTjRGB8qVnTSb nfksTXlTliYT5F7J1RwcaxDEs2CFLudW9CL8U3ZI07MFmhzLXVoWnZMePGJ4xfamhEoZd7dGornD FsAMZ4CciyHUPoAqTfBsikyV3QiEfEE9ENjHTI+OPSuy4gbAUJedZDjK4heARMlMRwCFsovpGsQY JTQ3CMyZ88L4LHOOxAfj2z4T5Iu/BFSPTO2ItqQgO2x2Ns7gSz/YUiQ1g9CaQRXY+9PUfIC7cSlU If2s2CgPL+kkjAsGVBN097eqF9CbKvqjkT9MRU4ZGc0X5KAickxiCCWSOQFk66VlZWHlFysL6Kzk gjQQySa3GQRwvmJBxrprDWb2kuhcJKdSiBsMwc/mgcfA9q8myXpbH8zH1Z1uZsRT2268xWyuJIfU TmgW3cZ+Nm2zo/skId1waOwCnhjZLpN57STHGHloUhpPaSzs0WjE5l8jWA5MJRZyC6ohCzwoYRx4 4ojtNKFqNFPk9YtbHHJYoiBUIxT5gkYOyhjsC1r5DGsNyEw6IAObbKQ6kZewCcZK59DbU5cnxgYn sTGoH3JbRJTXZmjMkneLuPA2LKMp0JoesBugx0ID1xjElTaqz0GwWVC70+Y1BiuxVnJMpxIbKqrC DFNDc4gYTenf2jtZdp1FodEJpmQwtRWZOg+qqECFkbewrYqAyU6Q4TTjEsVHgaYNvjJEp8iKyVf0 mHIjd0LVeAyF4dIBIoqooC0FK3xa2p00D1M3UxQKTg1JoCIsZkqEDVzS6gKKJYndX45tpf1KRkgB XlTujibipJZrFHKCuhRE36pkSQ3Ikai5DCbpbny0zcz68ACIMuX6Oqt3ZuLAnBmOVwK5qQA7kDiu +/gz26NF2XXlAtKbPAVDuiS2XuHUt0kPBlSdwGD6OLNChPme1TMLJKtKxMxMAZA9mU17FGfgxYii RCfaB4bW2kYa+DaxL+2QFXwiIPvZUJ/vL6G8ZhllbRozy4K2kX+PvumROyZwrCvYqfNJmW200yw5 0SFaMyxsV76HQLiGaKCEe8udqRWXkikpnZk5zd0v+m5LWzILa9sYxE8UlNZzsCkjNsVSspMbKcYw UzKDFwbMzER/kUFZSZQG6D2gEs5kLPFwPQBja1rzxmcTFUM1dozLQEZWiIfYCu+Z9lweBXYtJvsN rVnbUoMpMdJUuzZlfOzhGMMUcJrXvk2AKeC4X0ujpS+2+A38+ejov7IC66rNSpeIB/xSsEQiyYlx zGf6rKuH+ZjELJmv8EUlCsRsaKFn0yIats7cWjcX2mTHsmcESYyULBqFXGWRel43O5JhLDpPX4wd Kb2rAil8rZI3m5BqG0TYhqSzKgnUqa4gZC8qKjNqwAijOVgd78wMoBmbWS6mpzF6Ai0bxT+JyQhJ 5hsd0K2HJBlAtIcOBYR6OeXP0+mQCmw1SmIKl5wRzC8ireYgAZhCpBikaGZsIBGtNAofPcONXthF Q+USLIOgNOoHsxKZEKNb+Dz60Pg4QuBb2mcnP+2yT/XoCCGu/vjVAxO7MbAxLhQTQF48ENd1RBnP aOyVPgmqgIxurg776i4FlcV39yPact+tCJTaPYiOa0sWAVz9sll8J9rw6J5EFBYMdj+n+ifLBqPm BnYVbIOTwG5qAHMiDgik0AmxQNQyigJrwOWl3F9gph6+r+mMqTOvwNIe83ohwsqbAyYUWrD5cYsA v9AsNQM5UC7hGEheiBaU7y/tTL30TrhYCqzuvq1XY0bCy/vHxf2VoGjrf6h7sKAJXDLIVngQEMva 9k/GdTY/JcZ8FUVj5pwqHaR2wRuhwOYQRnQf9Xwm8tDc/bI9T5NYTjj5ykgNgPQM85HVY9bIRqtF qV8Dj4h9M0g3lngO2zh4IFRn/vqw59iNoGZv2a7ins0tEdkPYNAlYICeuczCq2Rv2vQj8uc9U93q 21qCP7YiRpIz5N46AJ5L/oMXP2BSbBxNnIBlU3Sehpolse3G1WIzmAqaaYL5fKV+rXTQTHxIS52p G5lyksXJiqZdGbFULFEDscmcGf2AUuWdUWn3Gr1EfE720svwrKQAN6PqOtbhuPdroK84oQWC+o7c e34oxxFxEu0yCjNTO1pg/lY0oBYfekqkMRIw4mesVBPNYH9Ulytlr+IyFrh5GZrx1GQdaluuDj32 OTzycumLf+yKwbJQuneMAJCtdJDp+7rhRdAcgnFU+BsvwbZgjPw0Fz+i0e/er8Hl1SFdyB0cQzru ZDxzVm5Pps+mJeE9EcUIzoruqGQ+JFRZxhxd3Nx4RlTlEx4y+gxUVHCmueIAvLAKqPt04BocIT98 q+oHM4Max7G1QGi3hyuVcEC2hJlMoJgkgnxWMfoCEuVZXHa2OaNXwdeCN2JXsRnrnfB/tbuoCocp WWCAKOsdTDgxTQJMOa/2QjUHZeSF4uXhpK+sATPCZZJLzGwyccV0vR7USCiWhW/W9ugqWDZFNC2P ixcdg/dkFLvKlYJKsJ1gAzGKOUHdOw4y4SJpiah1JtbMSzWfWIP1JlENob/MUbub5IwkVlWZUVL6 MGjFdn7NzxxR0WpkBVGljJ5jYwT5QrWPIPdrHh0qx+SbiqhXofFdBGN4aM41lifmyO8zdKXMmvQE ITIF1ELHLMkk01+ypOMwdkxgFoR0g73DcIHg0+mDH/FHv1gR96CSLiViCUQaBBz+V42GT600BMOQ xJrdayj1IVSqK+kaOUtecs3pjcIQnYo1MpctN1RAUh0RDKib0Z3K8UYSpBhEwwUTsQ/rSyLRFt39 XywD3wqDyVgqL1wq7VCnoofQrLdPmDQSjNg+8QJlDPGSYpccaJiPHh6SBhbMUCEe6pxmlKU+qabo vWeQEBLX95GPEK6kIZiEfU1WgIIq0ZBSRKjxrjYussMoW5TqklRU8xjXpcg7LjD4UJjLJg8NmvAX M2Xt44ZzGkGWiedfUkc0jzytlgeeQ6aHXS9ScKkYGFk45Esqz56wYPwssPI4LFUu17+eydADnymH zxiWZ3kV5zDdlryzPX8t3r7RRpRIBjSIS0WVkOgWHr9tRrL0DxLkUI2DvhwQPi37oo9fl4r9MKjz CTYuHmNluMypzaDwQZfKECZoCXGsSOxSf2MyFzmO8sG4Klx0ayMxJG0egJDs6YxhfS1uJTnZHNwh IT27wzQsfqArxUxZpRXYaCh2Dd0q7kXwWBkoaUGelKwkHmAFfoTKZI4PqRakItBRh2i8Wpkcpy1/ +hvYyGikuo4WCXnFw9jMniTx236ROWD3xLXONW9FKwY5urIAvqNk8pQoV8cmo3gXaaKwy4ZC7lV9 qU+jVOxYn8LCujFHSnCWdWt+fZSUVRsJvM1fLeWj9yq2CcstJ36OUCYmNDjgwIMY6rFMUPciBZnO ReBPQAvGykcofsF8JsWVKtCIzyYMujCtLF5+t7yEmG86OvJIPAwJKmRmMCvawI49j+DA1qOnMWQT EkZmtHrAhHzxcycJshEyB62k0z8KkmxNyQsC2uCR3KpNddMq6WrwSri1Bk2JJ/47TM7kldWnKXub XqJN5oZcFINNAJKLCjxqtoQsBs3H2ffZ/s+J/axZ9Ioo+FBBiawBQ7UsQnIsvYJ2yQwXg2dOUQFV LeIECdKvXUwnu/qwXbrjjpI1mmZI0c0MZMHy1oxqdXI/JgjDomXykKdDxjSNlfA+wYhJX9CKwENT qhIiKZdrEx6hK5OidcGMEXwxPYLQNvi2WTdjiBFCrqvQPcvsUtbV6oZgbIFX1sPAcclICJOBQZqJ cHoWQXYRqgS+IhJa5rh10yVNgamvxYpJJQQXDUQuLsLAW9Y3dUlnIkufS0LTodY5nikzJkY/cBq2 FRng2uRf/IwsqRzE0/ConvglpXkN/NWCdwUMkBY/xQpbxVCXCV4Ij3QEqIwyY5sGllOUziwVs+VF BMZEZ6OViwVLvkgzMtw+GXJ5SUmBQFki5Yy8B8Fn1d2/HaU1MaAjMTMzx5TJd8rMfqQwzD2aAwEy 7pQHppDcZ7lcb8pWrGhSnfTCWX7BNTlIUj0us59IXwWp91871MwIRd+Fx5CbBSQBNAtiJETI6ooM OklbFpwklWCWJHjGrvN6OSgr9IkHpFKu8pL1PnmT/LO8VVNahsolFLKthNITeE0XXlEFOI0maabG heLpnfSV4zO40DFgw5QvSGUTfnwyiw6mzgvQwUEF7NQBC+dO+0TbQVDQkLzlD2oeVesnLUpEac6Z 1J88Mg5Q1agu6VXBizLIKvUCmM5F3oq0JCYA4yLWRfioKsu0fEwKdBOOmheLoz2+p4Of3vXgu6YE jPiVBhunV4N/v+S8xUVyyqQpUcOkICFJBSVFFT0WKToneGZPk1ESMDgB3dI5+hSOThCo9JgCIHdt EBt2kEdXvja51MvrkBfhOFXClw6aLsFKHjphwAIbw6pckWi0BjcstSHU/mZVOl/KlholTgwMQkMF qtQlxYRpL4WsKWI4j91khaBKLfHPC0HMFadQEN90Ba3uDZKVcx4iJbaVF4LAkNWkCEwlcRAnXaCZ ggYHBIw/A5sOZL8hMpkIBEM7bfLaRM3EI0KhT2ecQIS+1iaZrXvqYwxsgDtGYFnGQaWB4ADX8xCq JSCpl5i8i8+Un46ceHIXZOhuGo6MhsZyVC1aSOR0JG5UJ5EjjolNKoz32QCfUEtpdH1Nd6IXr5ka 93QIKh8PDYBWQJqkuNKTtV4p8khE3nKXmA9/8yn+ZLMmOLEF4tAaoRoQo0VfNM41lyyDJk5hwCEW 2WgAwhTH1ViGR2ZP2jlaXyaQ2V4zZq055bngZd/NqG281ttgYRSvleCK07rdLzWtGQcD4hboMCb7 kIFKTDJO0EbzDAg5X42WqZ9wuoRdjZ7e5QXGenILIwaKWJCbhHb3X9MpdzwlzEaFH1RJAtKZALZZ 4NWmkLkXsKQqtdAdTIUWdh+l2t4UoFPDRxnakWqA5N3uGiOErzlGqwjImJoCIHCs8oC0prccqRkP NssplKjE0f7MLTMxwWgkyokleEQQxCcLYDlvg7c/JA/tLjO7LNxsogeRLjyodr0qN08OcXMFZjik A1Hmu23zwvqkbNGJngGtsx5mDmPd8t3GzOAsDk4I6VwMq3d4nCqagaKoAVC4I5OhG2ant5nw4ork eeSMX4ndTjWtySBqvmIiqVnprHmJu+WJhATxgq6nqxmIVCcXThR42HrqiBiERIIf0UULKkVpd9k6 mrkK/x+5GCDHLprQmOQEWg3WiKNQYJMcYyVmPgE3a4U2ZmAujJR4LCog/DBF/4YxMu17ZTgO62tX mtfsDALxyzYSwE1Njg3PgLEfSbBxqH4qQBvxgN0waL6OW/Exhi1BDoQmjUHJUaDPb4MiCTf+aB1i UR1xMWxdfCNqiUPGnBue//dwmniGwtDBrUU7FHsYGVP4Avdip9w2plJK230pRCbRG5qyb0q1Iq78 X1pweueWWM9ozu4Vx2Zd1eezsd7+m9mfGsKcfZpCjmWpPEN3fW0kampSTjZ955ZTWA08qd67hkFV AIOEETPIKP3Fe51aPTSvZ/sbQRgMEL0xyI/Bc8MRAjg2A+8kyVkglIHGJvOa/WKE2qOijMYMVh9q j2Bzed5xoPwuYNBJGAE3NpRzqO7qDElYqt+kb8x1tq74MGsCXSAm+52KljkRaCWir7rCDo3Mm/GA dPED3iMvJidcSV1PISID/G1nc4/uI6aSPHuVW4pRf5CgombOI43ZDJYjqMKeKZR7aoHQT3BMllq5 K7kIVi+0QrG8MAHHV7/kj610L8yITnJwBUwSlpyCSVMjqCVkaZt6zEjHN0VhazDepGBy5HJCo4r6 TdbQtXz/evE1bdCsCCEaQ9JXUoRPIbtZ9IYoQphffhGtElbEz2r7hVtOkMk9kUNnk3/XctNdNXAr LOhS+7BOufJW2UAehqQkgTx5UkeZiVXtCHzBdtJSUFRfaQV3b1LhovZ6RXOzgFbj0CziMoIAsQxA F/aNktHVKAYsnyHClCWt6G9okZK3Sxc/EgwbS3QxJVgO+ngZfYptyEt1pPifhaSD1S2NmyAghWac F4HYXOQ9a6+YAI4srVws1NA194cn41CmBy6yJ+AZp+0r2WqT6RIRpiyt8jvmJ8HWogr+JnF4RQPj LkTMO+8IXVjwODiW6QQY3vBEZjL0uNAKgL30iK5X4WFc44kYKw1cSnqiV78nNB0NQ8Dql07Vqrrl BA2jgY0eeWFawZFqFRkSAQdIgCztQQMyWUMrFJW9MqZWdLmTJlFoKXQBpyE7V4brRHRl2kUfPcxE 8zQLCTWij4669q/uSp91lA03UgE1912SkYA5D00WqTQ6YpoU4piRtVplu9QJIKFfMI1ibHpyDVyj LMAzpakJvkYl4IMG0VIoykAkod6tCtE9JgZs1qUySOP5rCNjucgnOZ7MmO0QPND/3hQN5lTMJD8v Uo0a3YhJH+3wAdJ7FVSTyOXVUxDQT9UWPgeV20TNwFZxgnEIwUtzNzJ0JxFNFRMVn6BRoMYWE6lI tN9V/UuYYlFDuyrtoYtcyJFrpEGQmri1cSjhb+FAC7qkSQqC7bUxkSqEEkTqvGghSy4HA6jqjbOT KY84sKuQ8gVioBadmjcIKTYgbTIUK+o2m6N3XIlD/phjxnnQFQNUgczzmpGhnzxXV0KQp2MP16TT j7Pnbi9BICNPGUEAP2aqIGtlh9pEN1fUaU2JaBPbk5ZhAIOk2FKChU0Q6CM51wp4BrR8Al00AU80 U3+OatnZsxCBWQlL4Kpw1YwwoUfFMsioLDmoCm3lQuwdo4WrgtJR3PRkMOEmBwQNnIG6oDVMYWC0 G5XRntyYSyPk7y9Ca5lRjiYsG/OCc8FDKm0/cbLRM/6k3zUM8j0dgkHuie50T80IukFIBROnNZvG stOmLFLcMnzK28Jioy1QgQxFWz5EG8GTgWMSnUZVIBgsy0XEiEWlKpSCPTUKFym9donUfiu6eaOH S+274AJigZJs8o1X9sA63E4/A6xEHKo0ZSUvcqlnwTedzvDSjYoGCTYiy9HMDhj/3N/5FCKNG97J cIaL57HD0kDZMmRbDRMJzBPfVZ/EP7lg9BcFEZdjN9ISY1V1JI2mCrBVidl/YJZuq6lU/9HsSCFi LFgzc54rrcAqgRYW1Z24oXTAzDUgT9FHbrgJZvPjyE5AAsoZDufT3ATNXDwFEkwM5qmG6YKuBmVf 2YPi9SLemMwfx9mcUVoMhksrfcxLFpXxwsCOA7DOWcgonFFFSTSJHXgtbdEeHZkLTa/d/dS+atCC jXBUYY9V9lEzm2V/PSoHID2ULIENIEa/JAwxmpLxnIEaFTO1c4QwlCyhcQqxsJhIcARuVGxRBpVb MYdFEwd/9p3FmPBCCghWEuhsfpD98gyBWFmiCv0IAyQd/RAvXEVVjDFItI1FpZi1QfMYb1XRXJlR EI1IwM9VgSKDD9JoRZBUfTnXTFDuAAhaQyOhRcnaaLCR47sWqUZOAWCTybxZ9pu+BN6Yso7dsJCR hj6gBksaZ3CwjbjmoDEVrneA2sAn5bsJNGMTQ4rE4BA9x+BpSt2n1nZyBg9xURGmbXSpwDJP7R8B CwJQFX+xJ0EoKxXTUuSZiqYU05DSbEvxWyEyjmUviKFYKdekLqGRfEHoNI8tIMHBiBp+wsv0GJdh BrYSgiPBZqwMj0TQZOzF2ADOZZePY4+xZ6IUfsvWM5hpgHGJh95hBg0XqgEOuPQrNHtugxYYSGnf f7dYCWnBPam04SScU5QZIDKx6DdatwqEN7xtLr+QQrw3WtmVZO6KMBQSvikhDPkaiuFf2RsiJ7/R 4VhcNmOBd0+wdwFicpL2PEWHiwSgmh7aol7JikxQ+iHoo/QCUvr2+nGRerjcnrBMxjxE4MW712gF cVcV9AAVXJfXkrh2nW1KyBrO/fIRq+xBExgpIYlyzVkaZysOPqOzmjp2IXvDvkpktAgOoa2o2Exl /q5AgsGETWNiSmYHXoYXhBc8R9vica6oPAvdClHAnWB0PvUjZpSoeuzCCYxT//DkKJdHXaBmWsKL QLzm7OFrWsSb6DYOA9JNBFygRtQhTtDvI26pmTspCFnLNrEbwDpv0MglKPOZPMD6cI5pgpRNasUt sclFTZGsnsavnaQIG21VW1gKmQY1SCYQwbEaqNtrodv40nm8WLRgs1x3aoMStKO1sacmOCzi5TbK jmT9jcUPGz7ziUxxuKzaOJGgeIOG+iQ0OEAw4giE2mGetGRDdAASfZH9S0q3FgBJgOFF7s2kGcfI mpE3f3QCMj8Vl/WNCZHBFV/TP8AjhAYlTdQFo0nOYJww8qvMTjvHjp6BOdnoKaAtfJUmY0BxL6EM BD/Tr1iSdcqxmLlt80lCXkO8Cox8KIjIE8TzcIhAmAhtogjK8J0hRsUgnw86AKO6YemhGUh+kWc+ gnyCNtkaztkfwwh64ihLEAGXNWVeYjSp5gHFaFAG23AMlCioK8izHOfF2YgSHXOpqGTa0rbcSqoR OzNmRDaI0vLMW9FaLsushkXQ/M8ZvJTdkeYxWpxvwLxHjQ2rPavc62gLtPAfwBWmI5iQw0SSKX9k cJgZdvXSgI4wR7mihh7aS38bPoEA5fxFC5LERrYF5DQOtDQlebI0POXYANwKQA08ySG+WEyb4mDW qEW9eEXw86pg0jRb0WFcRgfU1pifhRuoYJZxTs3zvJDQkP0hosjTk521SSQSjaKf98WlPGnZKtkw dqJDlPjloUggF1hBV2FCQY8wYzxCRK4ULadjWAexBKfGXloT3lDiDsFvaiEMFuG9ndIIYpY61GdG VWKD9228NBe7h27u8WxwglvMk5jXMs0cmsAFhevGST7FOa6qZvjrZAi8efc8pODEZgRbso08oQnO vkaiaPbG8U2lUqyENibrLcwAWGTJkgCAuHfV8K6C/yIHcxUQEdYlu2JQY+6/qKJZaIl+s9hgq3pW c+CsDkM4EqGwCELzLZp0shblg66UQJuBEOQroG0EGk8OBExoauqoD4QiB5cFQLk4BUD0NE4CUp4x fEl9KOBg1qfBcApIWTSako1ZUkwo2KVsB9gEPEYOozLhoVCIecIDnWc0t4gQudqoXJkruyf70Enb GdtBmTmqSBuc2EamoIUwqzCCDJ1gX+1OlLBaWSaePqcRBAuzInI2MwBgEdEwjhlf7xRnq2+uGix7 ox8Dj1A4Gn8bucXWvr/+vJI2Qmg0zgvFEjnMsB/bBmy/BCmBHIdBPe9v43aLtvDsxp/mtUKWoKYG oePzCNxmxCDNkyVgrHAbkOZhV1HWQNhxhE1HkIhStA4MzhEkVdDa1fAiEJrHLD4hhOCBBbjP+VQP beAF5hYH88hjM3efecQbyQoLVT0viw3cbGxpU2IgWyBmNJeRZXkmwMUIGZNsDu7XYfVXYO49TegT 0VopoOwAjWvoZcDk5/MlgUvIcOr9NYuhNZeG1Mqwvmb6CTZeRJ+YGa2JgcVWGxWgAtl8RDyoMbx8 jSW+RciX1jq6b0upvtkQMO6LV0rHYhCF7oQAKHn0EfomMT/BAidtKGi1Kt4z3s0jpWvo+uYU4NL0 jHBpRs5JB+IreWgTlAlHQcjNblOPJEGQxeYlVrFy5iJN5VGNBZhxul3EKfmsWbleJKI7GEnhTdRN FZVAi9sL4xKzQr62VKX32oWVrKq831Sp+3Lj3Azizn1nAmtqZ39OBz44uSUYAXa3FBgL7fMaCubg yz6Vq8ecN4/FDjUjwUjPACAGuWuBxAib/ENUM+c5AKQP/gK6nDcwGqnyb8CqPPgpySJFBgzx3GSm IuKQVJ+8hwEinba+AtnvEAnJvggI6RRzpJsx2DF7scDS8YKGaBEfWSFHxRc0DgxPehg/rk3N6xE9 /RB7CqFvaaspU0+QZPeKHCoIuFXKWxuqrxYk6ekzX9mteWDDCYyGhW/PXZ2cFcwDLdtoi1WPOqlu mWeOVjLr7uyOPoLH9m3KuBWKooR/tFdBLmoXKI1ETVCuDz2+IvtDvzC54QqSR5kTXCoRzMiQkMSp h6GhiQd5iQod+ifwb+sjEgWScw56yAzZ+/ZABu225xOzZBaeIYZRlRCThJrDwo7FppanO2EkLaM/ Cj7tHrb3bZF1LCT4I4hPPPJ4H7BUQkVxJqgc3kCOw0UZn5AngRN1FTbLAKQPtL2XUE/7M1UjTTvI sQynWQDjVTM07ookxKFgG4hg9A954/abHYCkHrjuNU74mPSgAeEKko67P59mGSmTWP0kkToQJpak WpK9ybbx2PiYYpwEpn3XPRRCUR298SJcJqVqKWZTZK1g0q4/Xzx9kalZDaq7ezMmUKzmku5Wd8Uq CKixO1WEUH1K5QQSyoXdMmycgAtO42LFrifbmEKs9UQC5WbQQTOlM3IfmT72p77JtVH6QmiIk5BA cBJXF2+0j69AE6MN2HOeXFpHJIz9mZV6G3kIsqUKa81oVOCGLLyrHvsQq4DG5dRyWx+joStOp1Yu soCpnACMKSaEkGh68dXcZn0Dm4vBc0NVfSuGxIGExCi0eWU1GqJLQWNuxjXtiWemO33qFNnDQLNu oWQDRhSKlXi3+KWrptpqZr2JdXjDc8KTTve4Y8AWDTGYSVQ2FPxN46OO/qFrQs9PxifyHIEdYqnS coRNqs1YETJ8U1VFPB4aEZU7p7PTt4TCdb0tJFQx078mCTRybQUKnCxR6zNscsLAHKFKOHCjLTr4 SmFR0nQABXns1dIiNcMCLM3MF7HTMNBYJ5oEEjqZSEYm+Y4MZR2orooGQVNqHGcpaW66B7MXwblE 0rAgFah3LGJbWNSEHMzJVSoQBIBJiAx2pAeFmNlxHFXiWkQiK2B0YIuOn/GiYW2VHZ1Zj3y461EX T4jBBJLVnajAmpxTuKIKEJrOKRO7lcaAUnVfqJHWjLpqcZkIj2C0aANPVGRSs6IJKlkS9LTktW4w Yq/oh1FLNzGocmSaoWsCVrxRMmtjtK1KYIJ6kQLuAFvQRRsLdXJw6BmEGZs8Qe1Wf8ZdrhsGgiCA QSTXlDRS+t0yhsz49AYREJWQYd141vIRoWF/8sfcAT6W3uCRZ6ISA4ScX6cyS9Es0WJZqp9agcPv DHxBTkyKazRaDOJAIJ2NBSufBRa2oTBey6DUndJ06SWKnpBMIUj05suez5CimlduKaq/vCjIT/xg WzGqMA/WY5jBjYkiqaIZkac8oBraVjmy/ymJa6TKP9IviEPuoriwEK0BT9An2muLIPDMbAzC1tZR OUGJD+1gkxywlJbyIW/act9XOwyzTECqiOjra2kJgyCaFYhW0GCn0AIIbawlOtAcfgJ4J4ths6aV EJg3X2xC8DP61Y0oCL+RNlXWY8Uy6XAmCDSpVcxLiFrXjtuDoL005JVhroagYSD8W0KhTmn+BkHY q30yM6EEpNWhrc4vWlWoTO8aligLlSYtwMTTWdPkRwsSArW8KnpnZSDh/FLhnUyv0VOIMr5PgBoE AmEmXQuLzGBCop+W2QYpA/FIC4q4YxYetGGAhc49tGdDQ+qc3e7s+JVgp5gZXgFiLYhJDg7JTSGp 34DBVN15qQpBHcWpX8rD4hiFECYUuBPBaXFsV2B82c2wehZ7m1RI3gYygtIERM8IITspRg0bqPCw PU4Vh75etCY04304hpshUDpJVQ2XQtADVAQ22YhGuenY1icBQWTIuRQBImt7h5gBigLiRIE8scJW HMprDW6ACBlamQmE77hwaKYNAZ/Da8nQ0oSWwxK6HmVTdJL+9jvaNAChQ1KMGwzVuqTfmvkFE+gY gQSlYfrDLJcIYbBFvUgbJkUYLsMVfezhgjC2ko3Dc5QCP7s47mERTdWd8yX30cjcSJI/MksqD56A jEwu9Tnup3iHg5QR6pJTLNEKFH2NnlqyZwkceddo44O4/TxEi5Qiid3mpUBVWOatkQifPc7IPdEp Gr1D+KgXYbRKokBkuiehCjMS0KzTYjgTpgkNGPRVflyKQCDLWM2hhFENmz1npZe5ucGQoN34qLf5 0F8rklAQWGYGR46pc+Cg5wW1ubh4YleCBzpxIElakclcbSFRt8n0GDE+C6x6akl48sHRFxgsiTaG Dc90+0CVNab43H1E9I1d9TW+HN+BoO31JSDpBd2Hpt6aBYcDJ7zamNAwNt3rcKhXFhPaCA5aYjTV OWtJTWF8o2hN8fUj4VHVSYQFsFlbQIWHsEcqXH7l7AidxUCltKwtxBxhV0oAZ/DLULo1zs2QER/Q 4QJ9dOo4BvXuveYFQ+pdQZuwFAqNEWEPmGheOCUqIxoqUr+vJMFsAg2Km8H7v+A5CIO3XwqxZ+Xp a7hc5yDPMhwrB2JTVZ9Bt4kE+YJ1sR9EEwPTQ4BIVwRIEBE23S8/TXPkKZEX62zUgRe+MelFUwZY 8JC7b+WU3DYZFvirlMdWpM4zI8CdzHKdlmCYs7Q1N8oCZbOfBGcElGqhQjms/1XZwm4/kxxYVB2h aLkG9pP5Mxi1RePUVizA0X8qJ73/h7Ww/TLtJhBWCXOSWebqjSZ8s/DXnT5QSncD4RVHDIkzSmjw TP8BdFWtUu5sxZkaqjmbKIboHoGCbXOoPpK017wIjAgYSdmLw0kHHQN6EsrzoiH24xg+5uYhrzEB MCpSZw0Yf33S8YiYdLyA/wQqR3X21GJrLKKhy8eru2dyHDM4lk17BgMRQsIiDphOmGNAqhEngLco kSa5GnVbzlEGTS8O5nIuRoBkARV4py/X9++KLZ3IsykFw1Qnhwx7zCJvVZadbjqumRzH4YKWnDvR 2121xTeRXyOxGQHF7NgdQcVVjQYUVO2WHY2FcSsgE3vBjqVtw2dZyf3CJHOyHlhDQqgs1xzgZAPM KUFbWBFENNXEbo7xOV8Pa8MMkYRlvDtX9S+ZSrhTgrRjIUQ103kIkqqNXmWIZGOsDKbOt7Mm+1XV Ky4iyS40Bck5QCfr6XO2rs2xJQcnT0lnsWC9E8roQk05PkowUptFd6cI1cq4rUVhbmHkjFvJjjkJ UJJakBMuAxqhZzYIIE+LvobYokymhLCFA4hwE5mTZ6kK/8oe+XvohgREy+CdKmDyFftodVFfohVz g18T+V1OlEnCVpQqGtS3LDinLXNP+AtCeRDW5UnYzBHahbzRCh+lrqAb46E7CFMWKHTsIFtqppwE OZxNCxpN+ZEkNSPcLP1UeNUu/1AgcIKODFDyT1T56zYR9bhWJGGExVPIELAAIxM9fiHSBHj3sE+/ i0WMH/GbNCh9tUksg4MwS8nbl5VHJgjoNr/Zmp1BnT1mVmRStp1cFcOYk6PZDjQmN/+AcuyzYN5P aRfHK40W22G45ssCQJer2xT5pFynDpolzLYP6KL1KN4GnWWYHrtXxmvUOeikyxSTGfJ5TvJ0J3ho uw5Uwkx3kwsDWP4YXpEwb1HQ17N9oBoIyJfBwPF6UhNkw/s5iwlvpItuuuINFHr8kZ/ut8kRA5jk +IOGHoIBTLRCfT22iYsDdpXwuS2605Us8+zwakuja3C2NRLjfIPjuucNiceSpm39ypE3EOy4kjTc VUISR9OmfL3smPVzbdVCiCTmKDdvDrEk3wQh2AD8FE4l6AAooEF9kXU1HPhPDKJOIVy7CvHKmmNB Fd+BUznyHvIW1NWNg9wRE0BGPUHCFoHiMrm8P4snhaO1atJw6bTZEUUsD6TVH1w5mdFu/tWsiktP LRB0VnsJqbgMewugrZsSd+91AjEu9Pjik1KSIgUDRFY3yvrpxzBiDALJF0Z1Q3a+B+oifNSKEqMH GcYumouk4szSDQad1iiJ+wpbpk0uj4aDB2szV4whOclEMjiOc7KIAxgQWO82XU5uQ6GFKbOYm5po pEDHLxuibcxGx27xCS4D22Zd1GEM0IQMTy4XQbGNAcskHiWFLymK93m/iJXZooMJhvkrUwRYV5J5 IsEH5HV1lMOi0wp3JNu9HfWqlfgh3lCGeIrYQF7U0NSu6gM823c1J+MFdVCo3jup87Tbyo762kGY rBSRGQxtWLmw+7/ezfcBarZRD0OhBgkxQVtVmzmB0SRSOA5EzQ4kFWvhTqT9mQmDMlKAZSemMxrP lx3K8AKUiKucQWa4sZqd50vSQxykb8Eqx/CZXUFQXlwQQg0nNBkdPMnfkUlVi8iaxxEvFRaTGMaQ cmFh9Te41IG58Nsc5ppkQo7phGg6SGvNm5rjVfFMiIZAWomKs6+zqKm1ERIbjJglpD6aJdfPkROG HGhiYrixPlaADKvNkgGjWfGP0EZg/MIbx+wbyJK9jPbgM48eaIqfKdcJn7qUOOQGrVxMyAybM9SE +B6nvHey9M4CPDwUTh+nyMjLVBMWwkd4gBHFIKtOWqmUG5TrGS0p2qNdJvcazCCiDL8IAETAmjRa SCoQ3a0ujvE6fuA3leGYBajdHq9zPqFYXZc5+nbJmi6KFuIgW/e0mNTn7HDHBDGXh+YBUJyB8Nk/ aHQHgSfeiiv5IxSOA6zDMu4578QqQ5Fgr1BsEGtdSuxGRKttYK5XZV4K0AJQBEhG8LoUCRk4o3wI MqCuaIT6o5OfRBWd0jUcyglq4gEXhG4PVRhxwFB5Z3KTZeD1G4BIwiUaJg6JJGPYiEUFe6jnbmE4 mgNfgragZH5bkGFqQkk2FJOTCCiQF3vJdOv7FvLaheNJ0YEPDKYe4J400sOH+aM8NkYkmvR+I8Q1 qgqh9K49b3DwSzmSHvBhIwqFN1GNJdkhtofvpb54rJfzrosKwCJOSLe96Y+yjYnenIVAllYJF6Pb QJlWqLcCjU0+zEQaC++DLgHIpEyhjU/2sKH0LU2rZKc27hN7dMWIYLPWwIQi5WSc/QA4+hOFE6aS VNqlcEcvmK9inJgjQoRqy0umZrm6mWvaSkQZZwOQbiNjUnHvTEAyjT/ER9yOiwiLNmQAzHJkEbjw X6ZC1MOlezwL/kGOIjA3QWoNiyDoRYpGoFXF+GjCMLJvf8wwEMyOFtl/Dgj6JsoUsySZj9YODOz+ R+nuzAcrayssE4jIyz3Lf9GK6UQAYAB7LBa2dde8EjD24V6lUFl6FbtxHSAZHVBp/xcuIijwoCDC 0ICIm9WlSoCMevB3Br/ycLE0/clkNf7g/laxD96+QwFe0NQX6QIwYTMU7pfOzu1OeUii6kRxhCaV eUcBQYVQY+E2cTwyGH/MSf0YPHtxY3TjKxwlcf5N8lKgStlhZNXDXOBE4a/L1qpCSDe0gKarxrOT I6U1AuyQ1LnEg5nQFTWMTLY1jEFmSlDRGWIZEIOBvkitQEMHpCJ7nCYGp12VZI3duBW7aBxcIZNa IT3QElctiFmxkNAizM3IpICzp1p0EYTY4B9AyvSdK0cA6zG52pMGcDYwCE0u9HYQf41nZH2NCSc2 pAaovs97AueOsN6ShAJb0irvI9GZU7yAe1xjmhCdViTslj3RLasRz91XA0SLl5kjZ316OctMPTLO 8MM9Emb3Ywi2h/y7lzMmOvHbXw9oiiCgBGHqnIsidb0rICKEWv1ZdmEYa1ekFDou1ZE5sh3CxYWI 6JsP6GKfUcJBsh0xpXIkOemJeCJylxNRjfCQumaVEHg8Civ+qVlMb/yAAFP7rrAMaBn9BketIGkV 3VDJA1zNgSYhKuDPOwmYU6J+znq7AAIWxYFlT/ZOIERziWZLETTj5hcnbsm8bQ+8SSYFfRM9AQlY ImqDFBQByVPIElJWiF4UmhKIWchWijM+gwmaPSCIIUIjg7VhZgEt8TYL9+R/6oBquGQM22TIA7nw GVQJs4YoZlgkxUDjOHfdO5X4LbtCzAYwZNDIW0mkWnDt9kC2rgVxgV9WqbfTsCRYg5HXLCGOlN6z qzOtqxcx3PSJlGqARUzoCinZ1Yxbxnon6YcSBzJVWUN3IY07BnbLfL6EFIlEy0SqcipbpdG5G/XF no2KIMynGpYxmfRKXitNNrtRo35RMdGabnYrda444ywkKDTOYdS5JaFWcBL+ndBhlhmW5Ka1iUo3 2mjPgrgINrhVnWiylQ0TdaKZSR0zfr1ATTM98iCiNVcraQZzEBd6K2k2DOevJSFXfXUC9kqwFmn1 29BVbCoHKUT6HmijdnXAOQdI5Qzy18BFmkp8ApNVBdHOLIE55uc+2K40pTdNoCdBy1IlrQTH7Mn/ DEKIaA8w1UeuKauHu2UeaNWeqFiviQGkeeQagYlEvCOyVsckFw2REySTzhaPneyypIcZ6eE5gBFc mLmuUOvubzD7npU1VIa79g2PThHPP7RuI+UC3gIE/GmQUIM00ilHl1AU5jmJGsX5SblBiIFwiPYQ fZzBhTjndyqNEDmXMrGgzYpRH3FFvahUNjxCRBYiMIWGf3oRGuBkweDatNtdnGojsi7Q0ijjbMw0 t4MMVHyCRQX2SO5kag0lw6TInQE4Ocxl9HDLCJRQoa3DM3XP5AnI9rJiUCcJbCChYXo6RnAiRT1k CpCV+7mVFklNT10RD3ezlimITiRYpm9kPO1qCTi7kq0nt+HVMqjGDGhAAa9LhCU+YnqS7BG+KRKB 0F2EqSGSBl435sQUH8BMB6EHe7fHyD0rOraYoZ/FBQ9eQCSdqJ7ZhlEE9dCy9Awz9AYceSLxGBA1 dCyBrUFR9yGCQXqOtBZOqlckmnF3Iga2KEFrEji/orbyO+3dhIoy0O/lJ7oSRsVwYNfU9BlNsOZo hA0q8sPG+aQBB+nCJCG2Mo8ooGN8hEsHjUDAqGjX/fPV4NtnhwzJDBYAMKoYbvKjr03dU/W8tUup sJ5ghlI5moEYrthrFM/TadbBQ+3RFLOugjP+iMPNzMKME6ny0D3gvAPcy5PrmTUREou5N8S6pD2L KhWWocRsxruscCJREBJ1Waokivy3DzOvmAfEdSPxbqNAQgDGTmEwcLUTwGgpaGAM4GJaVyEDMSEC Q6oyyXAdh2wyGSXEM24TCrGZcIBnOxUJtcQ0Ckk4zdm+dLFQqoAj1BotNsU3P+bBAiYZLH1r2DK6 gq8EsmgIxOUslY1x0+R0oZrWyJbrRW0NbWjKjsK8KjTTIuqDnze4oW6c58SHYC5pr0YREuh5B1mZ l2kLP/Y0gD0S0/gB7QmY8r9UCQK8tnPtO/Vgzl4vrgy4Uu4KvAJFRtuJlPqAV7kisQVP9j9cZAqG kmS1WNEDJIEmo4TtHrZZyJWiAahCR2EJy2CcPIwRigAZGVPUsjpkP4tQWVyFBaD2LIOMa0KeddUL sSFhKmchVUpWzacotEu4L6dDJ0MkViqrZFJHPghjmjgN9cKLFji0SN9qkH4RtEWzdh7qioszQRHC iwm6Ylhmxxg6EaLoA4x2DOCO71KntTMkncji5y4nE/Id2Plfucl85XmUKPEwi26pAERoYLhrF4q7 4K/cXtEg1mlEaBicZKvI3HGx9BiA1NUZ5KpGiHCJfdXlUn/bZYEo1I+J6ApotTr/DdVPWqoTfUnr EDqHCOMCX997HXyISyBCPPj89lKsmLZjnNcAhK2MEAYAfNyyquLDvMGRPcahdy10fcaCOqdGOhgv ZWbbgJ0haLSxAXe01qvzEjI8mD3OBrMbcSHZYJSApHEM0Th/gv9UkgE35SxDYrGtFGjVVdZlcmCD EI3DWWAOuGQbtZCjllwcatDgIr1FSKCPkfBj7pqX3BaIQyU7RPIdJyHRKsAo/4AzBBpqlpnz2aA5 w2j+0fvGuNloATYfOpmpYwKTty+b43dn28l0FIo1dH+mc2KmWR4iVialuEpLESa2RBkPDMkb9X75 AJgY5Zw2U3LXjD2AFvgkAjlDKleI4oQ0rA1IrfErLLlYLIalxWOnDHlto15I+GhjJDhJfkgp0eQC DBUF/RRE6dlLt7EMLcieBw0tJh3MwYrnuS09SS1ITapxoSAcDXtqdKktwIV2ps6PIKBQsIYpehg4 VZgVtQM3EU94GkbssfQvHLuarhxRIr5JVc5l60HMYr613dchnllDypQKfJ1OO5+65kTVbJiHsGt5 q9VOCWV2AId9p0e8K1UKb/xsfl0dp7FZI/yCRY7gKCDdc74g1uNTdEg2Yh5zYTqDUnvGAfJ77p9e LTTZW+wUTFnycmXqtqJ9qt5ze1ldH63f9d65Hy/Sum8xFBRyQRYevRrYY5R7r0oF4G2qt0ufB2aK sIKlaj0kAcyDBJgxN5dZ/MZjg5OUwqQMCB+9E/YwqwwQJ2CTKIu4UJrvQAArp60oxqnZJUnKbEvs FTS6uVuRzcEEK4qhOq5zCUhEpjV2mLmq5o/IswBhCTjBBIiFTcQESC2Ejfhl8Pk/E8+OwS/0JPtE MUW0s5ezMklyJMjBSWO7phdZRUusSya0VZ7WSLrQHEgUX6GLWmqX2btuAEluoX0SQDSkKyokTse+ fAQDX18/8zyxvklYg6aF3l+SvGkoVWKSq4lymmSsPMcJj3s8kxcZtmqphrPn+WSlbz/eXYi1SUiz omOvUceOmKtvWsGkeCwL2rBAwV31q8o7f8OOipnRu+pDsl2f6aWqkcknoulhZIaa2SNNjiablegD 1KBQcD5fC3Gu9bBec18NCzzGNxvlvmB6Qc3wMaNM0tiSmN4SjN9yClaJIMVU1E4FuoG4PVQqCdKI w/4FZZhmggwUVLFI0uSnr0SjlC7HU9ktTSz8zgWwh9kQuRKjJH5IMpKZOOaqWIjIWWzWIsIa0hFE wt1H5TkkxyJyQVoKOCJ0DtqfAgyiRXALnFC512fo/ywfjW6MAAit4WouFojWBJ6uxkSkiDSZ8clp oBZ7ME3F6UiWAy6YiYYE2FCJSx3xUZJezuCniELMqIV1QCObR5EqRYtNcT1jmg+PevGM4DUUcetq JaPw6XlKKWPBKr6FGuIIwkO5CqErSSaLqrBGLMlS400AC3OrZHKINUajlIlNgGWhY+9bjp7BCffC lAKbhN1bS4lyqzI99z1rwITFimDz9POuB5z3nszMeVmpE/GNyQP9nd5kEW40Gli3XkU9cK434u0V G57N3uurPT7dv8AIQVhB7eYlq6wlZWms2B6TtQBybKNOBe3MLHhKUqBhELOjgLlo4Y5ZYbq7d8X2 dqyCsO646llibeEIG2Rufeec7Zns3gwbMHCG+O+9e9EQPKfjTRlIYU3h7g21Aauzk6q3mUGPrBIn RKwIG3tDMYtklp4oj1DRw6eqZWQEqRcaXntTuK6RODMSXVCBNuWXTNAbxP9MbUHKS7FPqdHZBM9r wf253kV5FkPnok19/fGiV2BkVnzNOCSx0QaddOgK94VGzBfgAdy8CNl9H5qBXsxlKigDnSSShYyY V8ger8ykTXKMQrVHqtSqn9Li1K3NNh7NSnACrFfjJiyxnk7JC+Egruu16uTa8GCldkUO2AxE9iyO 810to8ZuikyLuomIfEdD9gHNehkxHAn0t7fwgl43L7pFs2kcIQ0heCVGqAS13IFeqFAvyPlXNt/L iPeO6Ro3Epz5rcrUXgTMj9dj4rHlAAQmoT1Xl0HCkmi3PE6E3OSN7BfAUTgtzgiESDbAN9EaTCl9 xsRcIOqz9YDhLEDptbjIUAdGNbMGskZJGYgWQez9blhn96/f1kwpUXHLSB+WmnN5HZgqe5c3alMH +Pdj2iXOhuwyMuclmGp0yegIJwZq4UbhOXLP/WNfoBkv7EpxdefVlBPz4SeGBHoRHbuYD89jYald NLipPX4najOJmbeYEpvg5ivfNDK1DVUwAOzVzbhE0OVgwJo7E86AYQVDgYxAOBdXLUjLAOa68iVS ohzVvPyx22wuJV2cwdEaETq51uVhNZlDIS7I93RRORUagciHXBG8QcDS21TTfXOtEB31Sr0h4w0R 3CHhK4znBxECLtiNlgm8YNskhLEiEjoAIk40lFgnUhG5wm32qPTPD7YOQUfOrz3VMMyFtdo28uKm BWr44nh+Odx0j2bhF2zkNFfmOAKhRnGCZLmzvsZihU0kDx7cSY3ZqQQzz+gcMcRBYmUWEkje6CbS whmC8dJJim4SDq9KlF+2MwXRIKmO6ZuugVok0pIiZEJB3jJmQ6YLpCmgtGAFsrrxImsTHXRJXViH CirMpo/ApJLao5Mhs/vsGRAQdUgAlAHy1TVYHjj128pc9nmDI1Otp81ae+VikWEgSDbC2q8PZ2jv jMEHQwQadBYG7xWNagvo6sXIMT11cNGQ1bEiKb4kGu0DEQhFuZHCs+BKDfZObzY3RgRSiJHLdMqq uk8gi9Ca0V/pZWE2LVByKR7G88rXxNs8wuYWURwmIUAggal81xUsqwpYWJhcbX9sQkt2kjwRvmXB 1YejYGFaTyuaDqJDnE+JLRBUpsi6mTFBZBCIadAXCWce8sLJRMYhqUse6VcTh7zvctUi3m5dCVbJ DpeqdXVWbfStAgNTDQ2rScEpkYkKSfSGgKi8uNxWObxaU3v7rQJMGwwCrWBlJ+gngBGzLVtKlTNb kUWpu8U0QbIFE227VEUfNbI/kp0ze/GjfyWXSCUfdyVtVb0XhkdW8hc1tDEq7uDQspgnuYCTvsCq fLoV8bggVZGyGRMZKECRJLO2oJqNSSoZKGsR0jNT6GL1KmhTbAsRMd+csRI4xtYD8n6NX/ukPyQw 59CcWcj4MGSaJjzJTEa1G0nKlKDj+RcmaR1CpbCQuZRtEzCZVXFrFcwldGDo5hSzVRjEKdZmpgYQ roEFUplMfucwt6YuJhZFDAkgoCyhNgIylKsmJHQ7g8kOAL5EogErU0DHgotBjUAyGiA7w9w2Wb4t qkbNRf3oQIkmVAZgHlFDKxgZIyrF5EzkkwXNzEBlkKLrZjBWRQUaCY4CNQkmWNMJ0AegakaWu5hf 3aApMLRpF0kWkojGMsp+Bd2sf4rOM666qF9EOvUErPVVeaH4nhVljhJ8lECmMGVDII5l5UoAxwXX /RaUgGepur4I1RwSwH5Kz10OVp4r1huFTetqgCSEyYyrnaxrQGrmKUDZbOY0h4kw7S/CpiQHFJjD /r8LqVysSKGj80xYLGKBCjkoMsr7zYwXBnOAPIBwxfy+plk5EUQ3aIwe0iw851nEjHLO8cT2FgqG JBRf33fxp+Tgw93fZDTDW2nGs3l/eW3TFC3iAX1xEH2SZdS79VpwCwfHwZUaFVniSjG9AUV3ka+w VqIveEEsMTv6FI/lyHZLGsx50yx0CV0dDG4DgyBTVSqBSrB1LnQHmGOPWi3OLf5M1sEKuxpyHObq 3NWTtcSNhvAYXkyBqqIlkU6JEcBs5Fq2khvJHYZXonJ3SLR4aMkSv0N/8E7sTooiS0Wbvx8pVe5e HlSn1urMYNb4PR14Cna8qExBaLPVbG5aw4wQmsQPi1NJGabVwrZ2pEQYrU3rOHjYBmyCVIiQgSc8 evtvTABnkCha4TgpjjvibiTGOogVebazRvtCBF/QUtx+I7fsTMlO0Zeusi1E0tAIMC5fAxcVMA05 Lv4CLfT9mIVFq3tp4/Js4OIHCuMOppgXCiQAeEkmUsUXkJAyZ6YkRMSio9HCCMDpAEANklWLU8Ch qrSJuDqwM4FqQJCngBCyJvSFUZABvLNbgilTy7jmKDVqNRkuHjuAWs6bvB1ZzHRuGv0JUjWxlo4r uig2Qxggpk6PsXVutjAjhYX+GCfrX+zjs4pKwrsAzG0Qufgek5WpArAfIhfFxCr6xnUULXMOA4lJ nj/cIK49bucEY3sWE0ycLfKogbeXJMZw01ABfKazTQzOsiU58Ojn1qPK/t2fx9MYSBE7q4SORvMX Fuy/VEjOL7QrBAJXopi+4GwAZ/AxEzJkljbFwMw5RNCKsefB6TKbPgNoCCMXk+gSw1Gx5A5tKHt0 ZP5qGa8jyWQa3pQ0R0Ti9QF+rjaGIkQxM2okZ601+CTqdKltSySHXupO4NmpwKN/VBI7ugbQnF8q XAHa4OoXMpHVb0if+gtnoAqbgaryYyxmCsQunPfNxdtMWRfl6Unyr36mK7c1u3pChil1c5KV+7yx mRlNdPOmPN3dhGtYX2+KOT/39IKiO0/p7Kqt0NHoP18PM83+/DOLxECrafiMngH093e/Q4S9zSLb R6VylHpmGQwLc4E6OCCA5t48CK2C8J5yExGyBp+qT2jFTuoHWk/XIXeC5+QzvGYwSD8TrX/Prjm4 NOmf4pe61MMvXlQBhomhDYW0jCTSmrEqzd+PVn+PzxtBUhB7BBgYCHQ1HrPoqoJkUB1uXUISrqMH /jtWUngYX45PEEzJXTHFhDMLHDl1PKPo6Shk9CcJBCAYdWFwUJXr5/ZglmVjbRpQZQK2GL96QjZP vpqpB7YvSU2Cmne5Pt6xmWSGrwsolRdwDt8II6LkBFCeOY4lv4peRquwhb+GuKuaqcNUsKvmQ3ga 44ZuOq8UEwmwGIh+9qRyCNyKBH7+6QRArkQFSOEap34elReSswlwZwkJvUwdGAZ6on3Xwxvi9JZM cMHoXmEGJYsFhKwBCXYExsoqKsCephtSf7B5O9JKndEghiPKz/c/iGCMwMN5uskp7xI1Z66LSwKw cCdY2gu01QSHjIxzhV/MhcCfrcinF8lkXeJ3eS6TlxFnRZuoQFNk3WDhWGNjzD4Imlgj5s2FPAhU cwWs4WLprGNGMbOLQk1aY3NqnM1jtAsziEU2hyVk3Vxnhk4+sNiKL17ylLWFoK2FZWgFZeLlHvnC MuiX62Y2czpO9/AZY1SoEVbpJjla3F4c0sUDCWTBHNVYFXQtqqPXzNfC5VAaFVV+cDhZFOQTz9nS nthm1HbWEKdy/Kx7htSg856Z4sioziPzqR04AdP0FN1P2Fr5ktG0Fo4ue52oS7CSKTjHi3jXNlRz JYbzHQdDCovbF5TI+SlXCF5XQ7xTuME7g6jwJ0n0L1UTkBuIjASu38isGdK57kxOv36xMqIVqMyR F90WGnEwPguHIzzlFuYlSxyfPiSnQbJiObdhGpnzUSQ9NZ9K+2RkWHYkBow/elHoLqcv6Xyjgz/t WxRHimhPho5uzXxAYgtD8Daec/BP1jIbDMgqLZCCU/RIUwvwU3kGkPrUjnUybyj74FQeweKYtrEY 7Dp1q07C1CFds0cjFpMoeL+2r0BmJDMFwD8a3+IC5A2O4MBvkOyWcm56WTCkSzlO+GEQUqadpaoY 4ifxKLgxiPN79EeooYQQKlEXblEOCsHRwH9lBYLmRv2iLOpnjazqWYUF/F1BQzLlQY50pOArNSr5 tn/PVD5k/T2rvIiniIR0VWJgAoxYsFCa4+F+JM3qe9LfMKt5VkIsYJpMEhtZD+wB5RTgCwchU+BI yxNswtH6H+DbqloAZKDp+KLE3UpQ9BNa3dHsyQgNbtAeRgBBZBB7waXQqztAJ67iSuOkYpq6sgeE 7imaSiTAoIrVHYDrdm4QMI/dbW/i0u+9Qku1xd40pwhBu0KqF5AKh53T163xxyAYUPkgawkYNBoN EacdyEZMGwlUhiL0DA/IihdJYGSBA1I3bFbCT2bKaT5LtZoswxCDm18S6JoOKhiSnhlP5Iu2CRxs Zo40841cNyNZJEkLayGhafKOkmS43U3EsI6m3/pg1HTf6rd3veFU0OYKTNjjGqrRrF6tTwUfGCVO wDNZc/gQ1lPOyB6gTBe3wawSwEJLog8AViObopm/SXjC0yImR1xa51TWabt3KHIuaxuxioGn4PDK RDRMFp+pkVycaoZ03piZwWbGp74HoolUd0EZGWOyZH9erW8JKO2JsuM5gg4v0pXWoabTVDImxkcy ne/P10Qc101HLVVFshpvZSS5u0j3eU+9C37wI7sRb66PwgMyUECAA8UswiIBTO6mDwuNHpGIGgxQ pzKEWbnRJ5SygdUQoKOBAABByqHRtSBPmLcsAyToTOiwG6iykhGYRYJxsdu/5EmM0KrgsRaY0G+m NVMQwX1nMzsE0Fg57U5U/MifMlkr+SEavCAXH3MS+wqLXFzDMvKtpOQIiqKZZLacwSA96PHn+Xi8 YATOBMIw9+1PVC+5qBGSAK8TBYS+GEowtAApO4zgIM1WpkpaCp4SqqTPGC1ZGuBeF4SsQE3SpCgn TNW4CDBL7n9BboVxkWTHxhXmRnYj8dhsP0Ykkho5yBM2OMlCpmQINHfH1V4w34F8hjTKX3IrPF1z TGRg6qAaQulsQeAEjKjoGTo5xtBwYBm5NcYQ7R/RIjCCkBYXvCP7BpVUI/IlkXiWd/GH6RnN0XPD kxeD5pwoWJUodU68SLQyv8l8emAMSowOcSIFAVFOmx60i0IwaXQsK/bIGjAC5kl+gn3ikZ5jNjHu xx5U0+zXVCaPNtjrKnGKYOAzxD6C0K4J5OKCqQOtgSz7oJcEpdwKZBW1aAFGtjBd3E84sCcZCNqC 2KJ3eJgCL7MPezpTaXHpodmTBleBvKijIDs65YAIRNtAsntmw6EKsEhAXKNW3GYpNMT7DJSLulQ6 yP8m0QU8DV4pYVUOFYhCTYARnWhtaRlNegTCJD7hyiz5ycNwJbrmkkdbjw9ayWUzIhktYtD8QtFt AmFnTixI0wXrmG/qlFCsn3Zp7w8RdgJciUkRe2SqcovdOiYh08WxL9ya4rxjq9lgyuM5A65WQEJV G2UuJDsVdJGD+3o8iQhixQt8dtu/u8oVF6qQKNh3NmvbA9hE79Xq26fujH9Y1CKukZ1ImCNMkQB8 MC9CbUb6EJV7j/wcCBldG3qVJCeycYZpAnnE4kFigFkrEeKxCJMiF4HzX6ZGI5SAz6xcUicQjHLO 5Ou7dyHRB3iW0/xmSQFN1TxqiRonNQCpOuoLwnIOyL5vvEX+rfpXxbIlujFLsWjTJL10niXP9mV1 yb9R4w5JEoJe1Tj8c1WdAaqPQn3ynCljMwO+vFtA+zA+6VZhaJWTV/JjywezR74XVKub3BVhM5sZ P0uOGUkFEHZ+J41w+5O0Zsnu7FmmCgkFy/cybsG1qomM+/fmKsP4aNVS+eYKKmXeyg8BrGDz5X+1 gsw4yqxvKgil6qUk08jw5a1Isfq2WJ2Y6u4z9f++y4hLbEBvMwcTARkx+RQfcQxFHKkhquDsKRGG NEajfs41sxOtFHMK6v846Pvv/TFSwN7EjDWbw2ugQdgGy7eN+9RZN6Aj00OU32Iowv21JcW8yO6P GbTKD2SfY2fWC0O2wLGQJVhYmsmhqXI8vXaw+7hP2KOV+xMZ+RxQGif9MAgJIRkVg0UZHEdyDZym BWFikqgJLTqPRzrP9Fl9iL5kIzncBRTXHZiJb8sW/mTE8rIWPyjbrEQhMfIalMaTfPpJ2ZWwtc7w 0+8Me+FqwqxN2lkVoeEWPmXOmO6dNUGK27sVmL2UOqTmd6bPNDLQc6gQaxmRQ0h3F/KhT9VUGgPL dC/SZMjS+BlOtmJ2N8PQGNm4bJ22bdFcr4wjq1h0lIWk+OKRppwvR8TJtl1btY+bYQQutvIXUzLf X5UBYYSgmlFBiPvByLSMs6vmX42nGJC0Z2FIwGIZPOUYM7QH9/5kxl01UhAePwkyVomhME93WDLo QmvWp5wmW571lCypicBmFnN5kPaG5nxaohrKGdusM0Ok1qNCVPxjUhrCx0XFzCJrKltBzC1gVTkW dSe91o5zKB2ahjE3eUJAwkGL/sFkKSpnJFLKy8TdKGU8/FokRlkW37oMz4CUxlr7DkrfmtSXwuzi /PEtDlk4IEWlz0X3ZTWsNvH2XUeOJO+sXaF+YhBgPRhTJ1LXk+yQrPJO4iIdk+wZR6NEOgrLNnNI 0s38tUtmlZcBe8nZ1lGAWdoCte5ENnKjSybRP2dl5BaDy9gKh+AhfiCUvaka3TRF2LmGvsq+473G VdMiOtmM9cg9taW5DRkHw0t85msp//Lh2hjttX2zRLonl+J/mit9i/h43S+xDrxu2uplT6KIiQlP vNKUlqiEzq1NaDytMYRhouG24jcICDOF0YPIRKjEACtTb3Sg9NkiOSwNR78yNczzLUlG9eiRcdQL 5Vm67C+sJ12Q9qMF1YMvlSr8rqZUhNnMFPkYoiw6PlqBPXfNxa3dcPz9xtokkMUgKCVCsKlI1n4y 0s64JLYYRzWxTUJuT82ogqtFieM7wxKHnbPIWJyiWzmlwZUiWhYK59RqRMgMxL3ClmSJThWm4bkc IZOl6COtz7REhekgvFpnNHKSbzNIti+qFzmUcUN7IybVBoIzs1N+Sw2LVdJ3dCUYZyXaqlAsIMQi LpCnW4BOss4b3NwTuifoiriaiICGTncYI0mlVROk01WohBw4q0XgxzvQVRptx4YTTnnJmaVB6sa8 k/zE7NrTMPraLbSEbYa/sC5RdDrN2A4OIOEXQoEHJNsOlzUyJHQq2UQMD5jMMmdnnI6AsNI6fUmU S06QYWEYyACcVIQbHTIuSeO80r7DDENv9S2pDStQVIcKaeAlnQ7Zk+LYKi+h0EDR32IZ7lSBCVNc crICUT25RbbZ1Z55axdBmId7hLMPqP0sjACOntgzRco0uDyMUhxWeCAVSZUptFMXMBk2i+AUJLMo wOCeIkDITZaZWQKrkkMHcxWQyQXil68jTraiuOGQmkpmmvQvGq+zThwfdmENwpwBkknyG6Fih9HA QsUj0NwExy2A9FkTEZcZGqFQ98fyE7rN5cWgLIOr4FZ1FYLQa1FhhV7hpUFydgVqYiDBVCl1gZkQ KLORY+U1WyEq74vs7SugnlWNohaMUkITkYgMKDb0zVGmxREwMaMEKiATi6QxkqBjASLFdwrl8krt fzAvwafjom4DACB4y0uDFwym5sPTbdToeWQN4JftMlj81QsX2s9VBHU60GbtQZlHACiD54wVbhYv bShm/JexmUfQ5UNDJpvJ7xbSz0hWKHCyMBXlooPAAq22Y9ylsKsAPqnA3+0Px6ZSP1aXOBWCFPzr DhFbSIq6W25spa1ptvmHOoSmTAEkt687UbQiLCOQLCQPu1OjfGcmHy+xwpWxNY/Sj8tcrMg4FYnH cIcnejNihBBNBAwTacvHLBgawJYvyHMkSGbCxtnbuPkpJjd7zCAVou6fX2UzGBXG69sNPoSi3sXi Qq8wKwXQVztDkKLaaoyb+Du1wjiajyCZuvhNm40r68cs3CXVFy7AABM5r5EDNQYDI5FgCEidjmkW yid6+Ou6w/iJoaZWtc4F1GBuAsRom8urjpQUoH1ZBZNfwBmhHUi+CttP9JjiVS45YoZk2CP5Qo7K OOm+IRoIiwxrRZsMWHMMqCIyDzzBU4TL3FkeNYlEiET5gQZkWRFThynxkIwsiKPF1Hs60bB8RAqA IBnRjFJegyH14tHCDhNdq9zPt6FCSqMOwIHAh1JQ2EgeHiGiq1BNxIhk2UysQVfKHPWxoAUv+QXL ypEUpPBHWLVANzOeCmKycZOz1WCTpZQAkOm9I+Q3ebTvZNl0npoNwRnaCdMi0HmHWDFjIp5hgrjv eX0Um9hQIkrbewq0ouhRD9A8ROuTCNgGVCBzXCfdKJL0/yLk42QXrTG7PeyivbIAJIqoZo2C93B6 bkQ5aA4HDhsqWiAcsoO8eotJY2ISt/QEo6HAnkBvUcgC0jgB5f0QXjjGU849+Z19WzpcTSAiFUEm eLOQnWTZb5S93CQzWD9S0YTpN5UuJoz160WQScXV2xBm8UyN4uCkdtZP2RCi5/r6Ul69UnFgoyxG EFPELSST8sdT/5lUJoeQBKcSgiZ5i7Z5pCP9ulqBolX+bI5CLkNkJB0qfZBzC/rskGxZ/7aIgPNY VJ+KCTX4viop5HQqTfBQEjfMbyQmhBzQGmZGFAz67lba9gMf96/H/euuuVKAhlT19nu3G0FXxioY /m73qzNgsM2AGWyYNNrINqiYKp2ntTku42RyZ9/UDsDAWsEBUtC9F1VSJ07AemWZJly6iQlPE4u2 qKCTvZzsgJFyECOeGQybB8mE+6xYsUINW3nqPIxtfvr259mYx2YGvMukxkDozIzwJrQ/S95DCbLA S34pqfpDhliggsEzlJEvDGPZ6mnWMriCClowI1FdtTUuuyKAfUY7Gf5THmcK8xN+MQtrqtUEDI1F lrhJegzFV9aqAkpf8T0JIav1zKrrQYbIWETCYX8GK4MwZTIyO4quEKZXAZAt5AOYYqhZwsBvteu1 xxoDUZ6Mfv8cInpuPKNmjAwOdWGncAEtZmBzEqD4K7DLHS7jQE0A+1okmyeSj4CwsQg+hJrdVwah iCXpZtcQE7CtvLtA25/eNuuEYXDk7Mqqww50vRA2d9XK+AkQ62bmhSIzzqZJgY0pckj/eUnWpAFh 6vyKLRnBpDE8Er+4o4aDuUSqGn9CBmW1vtQkQmqUL/HPYGqD4CEzsCRQ1FxY4lnRrF9+N+wZd7hn tJeS8CCfHy9AQLQsLuPZpg6+Rvkd0O3i9Gx89rCnpxd6D9HZq6xoxriYsepFhggfjVJGFWqJAvBo bQZt0CLX1gh9QcO5TmAxUuWJca2ARGCAsiyhFWr4RqfMctHO7KYxXcewsmX2EWVEehiLUoklTMBc OsV38RF75FHeR0kGYHknjqTcqsIJnJaVKPiIsYAvhtTNh9fSCSmr/Syb6elJPc+nrMcp78YkLB8v FbS9J8WXHGpFEmmVXv3vbG8KIHJiHbTSSOXEpz9xQKJd0tN6vTyIu2qVvMVvRHEWhQFkD/6g/Ov1 xvrA7qMXfJjw4tleea+tpxsy3xzH9F9yZwo5AoQLA4mfmfVyJEGCQwIuRTZJu/CbyxcAJc/xNSCB OTB+XqSWuUzvDC2rISdy4d5f4AUEHrb65k2PPXg1zOye0NBGCd5XVBK2vK5HrxqzjgaFZiSzAqv0 ItKoA37JlUurAOlrKWEUy5fqRAhhdZQuDYUqmJMfDRgDrjmFgEnRizN9zUAsVjFkskRVKKZRKqiq hwixltuyLHRUukcvy4oxsyW4XpeDmgYtcTdRYr6XGRl9Oz5OfsAKLcsuCQRjj3RA1CwVBCvjOOT+ M2rh56j+QMniBk5in6iLWP1PiJ3JlIXDMu9CbpYwV5nTqujJj1iYqyVH7CT7z+3ce4qhBMRoLTfw azCVA8KdMcx6n/q6Yb64UH6pyJCFz89P3YB0Y6CknxEnreNEWkctIKHWRilaIVywYFjQxbkFMBDJ lSMUzFxq0CA0cp4IXjkBxN+7P4h9VEZShCV1TZdJCWH/TIYp5kg2ESPJUbMQX2lshChJ5HVbmpCQ YxzRynRikxE9pQlHCmVBaVisabnR4ChcANikPQWusC1t0ESIZTItGNusr+A1Plj8GiRZKQDXAKeC MmfESjWlkzDVBVQJaI8QBv3TUCbAlSYqNCnOmB4pWNdi1m4e14cmeHIStZqWpElVM6rRKIBgDLhp nY6JUAE5SFrPkrnDvauUlC7kYB3zSiHo/GQ+mtSZ9wJE8XLV3cpctGJj+bpdL7L19MR4qRHnyFaO U1QMfnx08qkjsURzkhWnCApeVBoadBas22KUmYse2Z/Nj55TlBiCAol/qMe/dN9YqgqcCg4XqiEZ +jf2JBAVIREr0xHTcZATS8qRG5Dq9lIR7ZNfJh6chc3peJLOYrkGqyxytiLhDaREItkpkYs+UDQa Vhp1mp8uWaMrioDLX/s2++kPohewOSi1i5ZmLDz1rZiiq8kPLxYvXJf6/V7QkJZNWUGWdiVLPrky VDzmAfGVWhaQO4ERmlXAcGbqJcZuuyqchI7YapgiUTeUd8BSWL4MSkFwOzPsE2YhEA0ydkGn9fbN 3twS0lqkhKSwygqjaHP6zl6UHQef9TujQ7OdtG3ZVABhYxxsdXW2ZqGsGL7uC0sk1zZOCzELEFGd 4ahHmoOqlJtJy3CZB2B2dgj3H909/21l0/Ln4xdsWT2/t9vdb9Mb7dEe6Uf3zYu5+28KWwofv543 IHWAg4ExjDH01z3t7ZF2J8lD8G5L8wyhQL10xUAGsK66vRDYBXtDViEUsdsQLjsYQqEoFYpuJy1i 7pC2sYAJa0Q6a6+ShYjwff2vQcxrlVOw7gAbjGJe0JLIUh5ExU25Ff7VOHIVbMdt7fAbkKQiprA2 yGAcMOuxJEDOEkN1zzeEr5RHMqPPP50jx4b5x5mWTWUkNY5gzhjGXMEQu0MqkNgNrJLSWaJtxr4F klvv83C6kNL2gm8vBxFC0SxhxvAs2QVsC5HmT6WkWKmd0TVEFXqC5k2IzgDyu9uET4Oic3SATfka griakwQl7Szo7d6rSNV4MHERlib0VSNmq7CTzBZvJ3X0ysHyKxLuPi/jVwsiTAOdNvhFsjsKa0iw q9qZDjUdyzqzL83yXI7f/iXeVuPKe5ibFhrEQKh0tAaD/DNi9xQ0ogbEiaLlWyBEFe9llakBDz/d pY+hTCLWOvGYaDDCDZZ9iBCoTzEljsW96WHEgbYG+SamGaJpoq/W2ZMi1gZNQ6iUwQ/oI1iQMeYI OzOLsiDK72avTNc+1bgoBuggg8kK8WtZeHbbmarFSMeDMeZm5MQAlWMp2AtBJ9nhHPyPjWv5Akj/ WmVbRMZxVObiQueW8gHmNzSPzysFZ8PlxzWbGLQ3qahGL2cDEgrwKvxjwGe7Qeen56/mPhhJkMgA wGgeB++LPwsreSBnW9oQjfI5fgoarTRoVmThPKcoIjKOITlxjtQ3a+joJZprnxTOZO95dqfMbbYW l5AYf6vY1z1Gi92OVUSttGYyAA3saxXvOA1exf3XOCAmuDCZUPKTcnKyFcDz+6DifPn01a2sRgHM 7Q+mMFxULG5oDs4WLhFENKGEJpJ3GhYclnOALoQgFcaFI0VfLrxkUwNJNP2CYTGezxX0Y6FdW9UF MDd3jWXc6NuXJ3IbgqfHK/AWSc4eaOHHJIUw3fweTQODWUlnMbAGSVfxOt6my5kYo+jINn54kh5W VhLGcupTbJzk5rmdl05KDPMv9CNPFMeqNWXf2NWJbrqF7KpN4vCVx+GbE3GVwvVpNkYvYG1f0bcg PH2u6AJUlsdXoXBEicFQiDqokJo6GwYFZ1RIhlJ0DVRGFxhMSkO0FT6cc+sVzZCInKstp/5VLwx6 DGXIscxu1DOjqavMkJUIH4SGQYT4gNp5XqdDMNsOJPoUbwGAdOSIUBghQFs4wcz2LYtXJzCfaoxU umVNXKaosjbSXVCqfalpEl3Ers6agmOeTK/n2OOWLK7IqlC0IJKgaiiW2+1+BXnRw3V0KXSf+aB8 Tuld/OtkJuW1F2EmkwCMCs2LICFLwNkEnEsdKEXxGhN0crdQ9dXgeA5QgAg7RZz48tRigHnUgF7E k24lYz1tO/g1LI9vDlj6bXAJQmvJJaR733xHpoWVA1k4oJ0ygt/20huOGjI7e5ZWk4Mc2VO1njYs N9TKEJgUqPTVmdm+iImsGBXAcREw2qFF5SBjCH7jqKm2zO0L+iIyWDQo34SPpGJZjK4MBWw+/rzW zlBVrkwc7TX0Xz4FGJBZ3dbSFZyVn9m22GAjA64HbhuJ9e4389nSLdR9xRSCnb4Dq1TZMQZjsZuJ ilfL9BDLwxa0CGcaUQK3Zg7oTPNikHUct0SFU9FC0pUomgN5SgMx1QF3Y1iJZBs32DUNSBnE2NeM cpd3J1R3HOMg5UgVKFULhQnNCEtF20eEPmZzpuIqiax1daE4QDExF4C5J4uKTReuZCvXiRBo07FD GzibLnHQrPsRkj/ESebHDsFDrHNTANFDJgylo6wFLdtx0KTmztNWpou5YxhGjV8BBlvazEU8zAjB GS0KX0UC2ZWQE1zMs7OJPdprIVZ6o1drF36yVcKM1lgXcy7WbaWYaUnHYIZGgqkK0cRDopW7cZlu BHlvUsEykDHshVicGokKePQZJ5DisLUsLlJxSYQzxPQwS9TuGCTZZFR0Te9FLLqyfcrCyXOOGOT1 KlSU6YCwYneVlglYRjweIfQ8CxmI71kZE4VuIPhENz4nsTc8uKU7ocWqCpoChkgUG287auWdWgZY jECZjDOHIqgSTUWJ0GX8dRSKdb8hluVF+Hd3o3MBfgsQe2iVWFoboV1WWwteK/nwDDSsg2+0sYZo xLGS2k24iGZJYvYqW9C8UX54CWnlOiC0WZ07aqEXmKYHuYFgTvAKKjqoThVz7eWuZIEkiQIy33F+ fsbf3Ir+X3a1IoM2HA3XWakfCMWihVth8EhaJRHGMmxlIQ7IJUNDy1pWmSNG+IfX8HSckOTXcSoo xU6ZIyVobCRsgC+QS5aYLArPU87265UWbRV4XlUH9mPFYkKB/ZBN4t4xLwKmMiDuuCnfDDS3DF7G YsogHPe329DioPgAMXvYQqXs1gbozojW2nf+vLQI38BTFkDQ9pCfOAhcURBqIB6jKVxZpgaAINnw WRWihzgFfE6hpRcfQGkyoBGMsBAGQ4t9s3c9H2hA3sGq5+bJNCaHsxjmZaxZV8YKmvknI6d+aLMl Fq2zqWkH0LJpimxa8k519huz0LJCU6+uKPfSH6WLU30SOfDWatGyJn7QuLc7sbKFd6ChIHEVhkRW kABMbepm9AFFH7kQdEaHwhS3CVShY2NbyUWebCs3RIyAjnt5ZQF4A6tRIVevVc1VgerdzWOA5JQr pIE+f5rl1WC3d2WEiyZcQrjqu1q7Js5xnpdAaCpyKMZxZ+U0yQ0w9AWQeJG1SggTo62cApMxy4gQ dJTRIuRJR134x9wvsceD7mwlMjrSd00K1YSbRHISolsJfpQromMAs9s5XNLfiC6BJWGDeF56qp12 t+iQM9plLMhGNALxps86yDhKFv7H050gNJIrWxheRoOBYvBA3f1v8H3/kevR1WCnNcR4IhRSpjMS 3luFhExLUK0VgQOaEBSmuYpNZY9cLwRCCp9Ft0VpO4B8ZXVkvuuFKHNblQMnjx6NkqNrAcWUJFpA wyJ9wrrVhOCn+okqTYUax0uUHnz456HW1AsSUAIpSDGHpcfat6S1rO4nnPzZoXE7qp2mB9Z3XW4V PyrJoPPn3Fzf7fyPz0oulZK6Nd1P4AG5Hvaueay03e++tdBUnpPAzrcop1wcYzCpEKMt+JImG20k mq8TBbr9t0DcKqBApHpgBUfM7X2vTGMIZatEVjGoMlsFgdVIXFLoC0y7VwFRau/ZHwrbzsZpS/kA ivukhlCd+K0ICv/eMwKhwcjk18ogSarycHOksMbhydA8eE0xLLY9a2AR5WKGmbk3RoqLuV0WAnbC 5Jy198GaoYCWDc3c2fXCH2H5mAwy3tjkmSy0BZESRkjeW3+YF+TMGvGgqQm9znw4DqtGCoxCnDtM k571CJ9M8tkSNAKhxjA1d/bOoP6VNBqK8cd4nJUWsvKsCGGwBQtTkhmQMGCKs9p0IIyQCSJR+Gn+ AkQ2YNlQxwlQ7AudyK0lJ6nw0qEZi9Bgq7PyOKOYrwTDqy0riktLH9tY5Kphhu5mKnHX2gyelQqW s7VhQkTnJinDWgytBiO/WhT1fAL4s4nVdvC9n8SqeolqN3o4TqCw2TqImnRQryOdHTzaowhLi2kv 7JKX+gdrVQwAoxM7LM0EliZ0ZIWCXsd+sCS+lyFlI3hNCOnGuxJ2zVxkMQzAvP6m0OAVPqHkPWdb JS1zSSvlOKQUs6GamlJqTOGLCBw+ApqAVH2Q1XmRUoCwB7EG/d4ZqoiUdjKKzCnVJU8tWSrH0lKE ISJGXEBhI3ILctOmHk7ZhfxNZ79VT6S02U3dOVJvO/DVNPE1vYX5T7uVGDS/jrKMkZpz0Zjerx2q 2ROzDVyoK83PZ6yLV8WqabvhiMdPBzkKMiQGBqvEdkiypX6hldlBicBEWoKRgkpGUSYcfil0QzxN wIsPIcFwJ+/CY2IwTmBR0dvCgJOCc6mb8b0CrR54BUA7lXNzv0+4606iztToo3L414MynP+rBxOF 4vffB8x3RuWm+q0mT0gK9Wiw5WggQ4LJqqbOzLjT5+f625Q9y0xEUM0wERQDqkzXXE10qyKtLC6m 4AJiow0YGpkCvQ0/CydZvonuzaENbrY18PN4uPHXJLfv38Wl6w8asW2TgFgAuA2EH69/9fPWvLfr b3cVGUp2jg/Q1bNuwfUIwxowl9ox4GiyIBKzRl4O5+4qDX6dOOrxNR5g8+gZNo/H4/4QYrFACiRj Sj4gEglz9ENUYpap0e+mLaxdFZOpi3gr5a8bEkaDzlqJHL9E8fkw9W/hrEs2aGw7FB87DCWk9iTk QpvjRv4aRjuHoYgaLajrYiLriBQiUgeqV3Au4U8Jyb/7r+grHREmXWqS3FGZ3nHcWSsyF2FduYlX SM1GRoubrzVvgyZNeQWQ8YTEhx7kaBBKL9L1G53bmfH8ID7oKUFiOjp5XKakGiYZgSOpoA2r/MGj daxE6BUWSkHMwMwzcdLN/4PKpGIafq+bMOvFEDSHyN9AYps55tCrxIYWOLhBS0IQCfBKKRqoJz0P oNtJ533Nl/HGAmzd1Ln8fAzX3cWme1GksDtEOjdkF52KVa7m+82NlpbBYErGVSIifMDP4HBhlzO3 zh7qOtuiYcgW6wBsBU/gBXkQXwQwb6ApExfiLDQQgHjXfFZowwKs6wBA2V7lWI+J2/iaOR6GJrED MjkhUwtdLduUCFqOFK1caf3ib/AYkscCmWAIwXUHQA6BY9UycAMKucw7lrIboA3HrIvpoXVBgmDg ePICPpMa+HSErP3UeoH+lrGhNjwmvj5t+eJFAiUJiXsV4EI4YiUtWrUMTZ7MXSdCT4pZHR0GLcPw jBPx0tvUTdfaaOeKKMRiIM+U4nrExMXshxYZV/rduHrJoRAkEc/uVGZE2fIhbAFCMjE3gzB7z4bC bmfReQcnMmzunl04YG2JaUZD8DQexNZYY+lrZsliRbVsquOO3IrYjxO4bZMzoicfaXsH78w5e0f0 4SUTYELCidHbJij6otyq9dBaNlXalM1WCCq2UGECWzJ3I+QSaj4okzdT4iW1e8WTuG32mURhGldx QVd8AfDQO3411BgQdeeCqf5YCPiDFZSRD/H2zPTM7OqoJ7mV0fHzonnmz5tL/YP5XPrkPixqr0nA dSPZVnUFdjVXj64yQnzBxunCyOGDp8TbIC7R5qH0ApvTr58SMdbFlyE2suLTwCy3kBeOZ0uAFTq2 //sN9R1q9RFhLQ4KdMRYILOFffvLyAugha3G+xEsIlUD/yAGRIKiiGRAnm9WUCooZwMc3oRmQbyQ QQIib6AP+tO4AU16e6jaiBamC7cWQHMUgmBeiGXMVJ0fMaTCgKmHgJ5g1izJsOQF2dTGwxiuK2yd ndB12s+LyThZbnHLi3LAksb8ksH3cACNcuucIz9X2/lwXn42MmzP6Ic6zJt2mG3AXTkoBPt64D0/ LUaLLrQDrHM3e6MrImEzhWZr1GiCLSTxsy2PSK2qSX0R3HnCs6oMwnLnIp3pwHjifUaEkrS5vLVM q/ecPQ/F6g7ZBkDkixUuUlLeeivxmolvw/HWARA1s4RXTNXs2XPCGvJUNcpjSkTN2nHctLODrx3d yhG0DpQhGcbhXZgL3wPH6mom56Rwk/iw3/LB8BJ1nweOAgm8pxHzlrIbYUXRYDF/r7xCauo+3WAi bthPXMfCDNFXx7c9sup8dSZXelJRpZfy0qwBcNFGYKxyXlXEmKXQlQ4IUR+1JES8KF0YrrqLWkpn ILUuoGASj1VfPN3VKxwoWRRROjWjgaEqABrk7ORCKupgdoOrFJL1FXqqDXpfNOgnlbWebnMN5TFI M1Xf0nKxokoIBeC0K+Fbm+KJS5c0pmWrw3Y2q0VljyF0ak1rGG9XZUikQIyw/Kku7cS1oZlhZUja r7S+7Jq7lc8UlGkvjasML6aZt+AS1GAwStHPxeFAK0Sv5T34NUWSDwx4smBTnMrIzI7EuZMBdMdf S1Hy43KAEfGdJCw60xuGqnAy7eo3uQDhCxABXGRnfvXCc1a9G5dZBRhPHSalo9BgrxGGEjPOdpQj azDr7UhbNtpGCTLb/W+paMFIz/zH2l3xrb3EVtXsVzjyeQ9Z6h7bfX2ewdqYYhCMiIqVvFo6Xa5K BGkiW+lZDllOylW9s75vfJPqmiki1UXDhg2RSq+uN6x43TKZbyoLtudEujmqDUrdRmxkmtRMPlNh y7fM561NpdKh5NAOO14UDPO3zbkNHStpbfHbuVenc9UTqzc2t5fnDkfEVOvmPkqXpKWs0XbnStkF aLNrG+bgmCPlrP2UCJEURjVoX1WniPUi4AiNCbuDvFwvt+o+F5faut3vhFb+11ymbrBIa2DCagoZ qaJi+aihIwIx3TNjRleCdDtiqPOVZp4kMtRplCYuQTQIS0A3tRJy2nJFX5RqPztQhSAg+KFqy+tN nmCdkOYesYwdNmVCX2ZKuIgg9vTF4vmaPwLUcJsqV3+lXyO++jRIbGeNhqDsDl2oYeUwPLAwQY0n dzVbrii+EEoQoOZaFoEpDpCLgE1pCIc1IhPBl9nxCOmN095JTivnyUmrlIXN7JHlBLnKc7FPGGbQ gIuVimd5uW5hK9Awf14vOK02UjOvN8BJt/SpAFhAXA4mK0CsIC5Ql5b4oDImYAsxCqQ5MouWjhbv pDowkwm1zJF1lB1KlMRrtAMVhDiWNgnJmyQkPb7JUHgW3eBIBaIwVjpJlWiDtq2dyCS8NbFcJCE1 XMyxBqmIjALKgTjSDVdhXWXexcv6dicdY6TTdBKU2SnbQ/+MoCOWyk7kcIVIUmo9CMRirf2pMo4S HjgWI8YIsFtlIA510gfZZgrSHwn2zrgPkE0DrNRBR8HCtCk/7og3iE5dqaNWtJmt+qOFQJDuh9hs IejUN+2YMV3OutAsRahkuYUTLGjN4U+Yk3yykQU79tmwm6URxL8obOXFJLcO4tcQKogYtvWxfXxm CXPAAth3XKEIy2k4af4CYmJKP6iywTufkEMx+E0A0EJA4EgasCErNZ2Nnh5k5ESry2Bxvo/WqO/w kqTBgO3hdzSiW6+5KF/f/gpfBm5e5u981pb/Ti/DdsPbeXEtit3YnoO3bbGpk6/sCmLtWAfJXF7C yd4bpLvRc2jNAnlQj86yMfO27CL/ebQ5gUeRiLLYvU9ZN4F3/mHhNfuJtsDfkQDBt8U03bDP6RVY BLMm7mK2T3rCJmLU2bX2rpszUhB5Fa41lt4UlAVPlMDe5i90kER2W7+eG4BQQvaGdSUigFDWJy2/ VeLMuvOyvtepUKWpaoA6CSNmwV4cRNq6r/S2LqWlPSA0U88SKLfk2X/mkuXn8JXJUIQbSQWqrd9c BIAmLSU3l00ZkLo8RFT9LdtvgaOPJFkKMTfrAADHz7bzvnyBy+eMqPnd85MRvaJNk3Ijy5+V7ixY reZACi3YxFGxWkXxx7KJj8OeuXDwa1HDp5BUKTLvih1DWrLlxh6e3BHcIYply+3dwmg5HtLjCLrx QCMG3Z0KBRBWStZlGUZrI/I60yGpOpV6QAuukBirluRQoo6J0N/gCJh0bwWdnPWYg6+GYFFIC0st ia2lOmncctJCBU5+f1VpTHZG0dDNg5a0QagiGFfSxnCJrkoW6KZOr3TIyXk3AwGb0myYmt+FG5mt a65QgETOInFpSaEG764GIMy+iNQxDUNxEKCjBRfmIM7nF1yKXEJPnq5NOu2hOgdsWWYuUD7vo9A8 K7BczRQJ1hcQbCaEWKvSL6ajvcTbPFMHaGNbVv21TBGuMjV8lWeSrfaOKXnDLtsSycBCIsblo0KG OhX4ZQLLVln5ilr0dKqI2lsqYoZtGZ6CMksjkwO1WjIQPWL8yMKtel2l/VoWrwJxEkacNkdc3kct MgUpzpmG1PbZhzyTO1q/iyEVNwKcMbWUnXmIbtyNyaEEORkjalmzWNVyu2jLBrDIdHNYRJyJVm+s W+4OhLRMcrma1Tx5e5sX3CqPCjG+7QgOIzzRlAIYZylBHoSSEnvMskvSCB0wSzVV2t3AH723hu5E egE3E6YStKsKmrjegohpyCdgDasw1tQwJtBLJQvVkA4AOndmcVRkK3zQnFkYH3BgsslEgPOuPQ7U GwKGCG6sbjkKgybOhjpaYHyJN2jKD2AnRikr9WrFUgxnWGNntCUSdAWJVwwsB+eWTZ640rMdLum6 UJwciiyxAZkNz/7XVyj0nIGCp3Fy4Kbb0QyE4kdS57OxK9Rl5JAW60JCQM+ntlguEeK1pSA1X/i4 bi8wTrdmyLZ9YpWBBarlACFGAsipSbpoRW0gOf/TGAxyQfTI36hUxcw8yl/aFyRonIhL2NITA+Vr P1DRZ9kkTNPGSCfhof7KH8kqAvzqSlhhXr19QlLMVh/vnbgpcGw9OcI0aPpepzayUZxJXRk2OUvD +j60paZE0CSmiIBMmsULfJhivEdOZJr1tAvpobFTd4iQpxepy2Za+JRqlL2Yix4ZoVd60K+Up5TD qw5CZFRWPBZF5eG4bnHWGuvFcmZnpC31HGdlJt11pSneKK3ljBl2iNq+qLuUJABbg1j5NKSkqeWO NGApVhUR52PLVjLD9AjESrdSosE78teSrQcfLVvQDQON0Blts5414KyoTMx41SJYcpJgpS3F+nGQ vkQDx0ZqWl1kRH24VWrZUOaKc0819hHKk1g3K2KWuByL0d2h8bRGeJg1Bfl4aWrc98iEPGKPAgPR vUIu0aGVZyXhJWyWspqhyQ2qlESEfZSjli+lrBInaZlFKDJ3ucS1x2U6UIy10rm2J9Kcwdt6Rk8H 2vUi3nKzCKxk1Io+QRorhkQvT7nUNv333w4bt1o1DmV0or2VLhocAvIgMhO0sNWX4NE7wahT/eM0 kVYcwBBDJnNWKoHdxRRNAuMWZenZxC1xkwlmOSMRtkXeaVu0y9n857o/rcGzXm9lR5RtEcEai081 sq3Mb0UWUTv729mnXAVi8ZcGkSIkJSGVqI6vFZFRmKgxK7bauzEsV7AOYu25fFguKzNHRyL45XJg CmaigCv4BC7Vg5z2RBW2KuKZGLs8rp7M7QmqiYA4srsgIpDUU3OohoO9CfGNF7UatqQyq/dZDs+Z TgUP0mh1TxQNl7zMR4ydjgh1u4F2GX9e48gBvbC45s5JvcEXrlN+Jhn+JOrMaZ6FcPcgO/zWGTDD 11aPRuVRfL5RZuGzCh/wgdjLlTWIBP09nh2ZXXytUpFRZV2kx9j8ivSaNa2WExhj9bkum6HYsdOM SItUApstBO1oae2QWyV6t4AYn3lKxthSQzcdIzC+CRaeyuFilpVxHOJjacmtYVvpkCdAmyygKwcP 0cS/QQJAI8YTazXvWXwcmTaQ7Hdrt1ZRKkAKWQTf6ouiDUvQrc4i1VVPEuNhhGbdBypUszq8zchb C3biGjAgyI/+sQ1zA1gSYXfe9hw/WkikFzeDJzuQAHOScGfjGQBp8D7YpZ+PFatMxwK8Uq+G3sGa WaNaRpG6nFzUuGtBR6gxLw9COC2aTK1ZDxtkGvTiFvyWpXig+Y6Lp3wk644Lwgmardvcw1JNbRbC 4kkL4jaW0bJ4yryRUo6TdfiEAaUFv3mCPQTvsvWdSRao+b5lfpu7AYEmWcNqK3yaS2VmKbTFCPQI jnCMHK6XC2a81WKkyuSzzwNAod+MHR4zRlDEeHytCSyCNUsxkIDvlGP9JExHBiWFEuE2sCMKKmjL 1T9OnM0mFJrzIoVivQCRF/jEvD0XtI8MgVL/vGA1fToLTIphRsYQWmXMVbCFuNmt5pOe6SFD5aBW IhNlWsDIOgP8qmuj0x8tUQccKhQwcN4QrtQxPbBnpBBFOmr2Dv+E0QSIhFKOYJnJo0H74laQuBUW +VcZMZIXyVxAYir5Y/kKVVEQCop6RP3eo6ElTjlmoRwdsY/sYGTMubvcJghQWBTDERs1uz/kOOHl GUlVXzLnSp585eXO3M4Nm80FREoJloEnrKdwA9heYy3b8RvIkWTxl4pzp/RCA+4NAXeFRZZfgTQq OHauXG7At9xVxy2jgTO99DDHbm0pcNezRzmQlnt2eq6030SsMZ9qC4mp//nPbd3ckwygw2uPr4AR bm5BjBKxzMdYurzk8Ea4SLfcDmNQWCAzuVzeXownY9kDIBrqAxmhjQqSAYJcqFBiZo7QgZb89n9W l0eHQIPWnkFqHJSUBvQcDVMvRmeHlbX7Do6gpl97+APSfNRjK4IU7oB5zzuJz+wFOJygUmZhNtiR ED73EIwgpOzIIz56gXB5S2jz5kEY4wSZjIjEVfBmAplEmUr/VU/zL7HSFkICoqwuHGYWdGiyClVM tckLDbMYSDOLN6T5KN3EzH+I3cKEmcvgM2n61bl8OHNKSYEQXhrAaHO96nIjo9mKSZEDcAhwUQYY esAqeTcV8Roo2z4jdoAft0ww7js/bY4MPXkyJN7jFVqonAeZFKsZACJXeYs9BFKhNplz3EQv4kvR AgyWClwlRtwhX3RTUhbO2LRDFEzTUmiY2wIgOoV9wdpwaH5kVUUqtIoYSBCGF7xnXJlEfCccWk1A uJhdhbQe5YGuQ83HRc0NMpQDO3+erIhmfkqpaCjagCUm3QrKNWIfKhb6zJtV78a6VknmasUhgGUT PYC2wbxsOpRm5slOFKktzixnUJ0U4jsX04U372m3eRnCSMxcBeLu7oy3M6/IJnwDob6ORL29564w PDNhBu8oSV3ldFanpTe9TZiY6QFrZRGgwMXWYwhd67kFAlp5MCYiZyZmtBdsbkGcMNETkVhYXIi0 QjdPRHDKJ2CYpiWdapUD7IE6CV6MSD09L4S/I9ZFE3idmqMckVkLyXiJQd01U9AGRdiP4IwwNz/6 H94x5J4OR1SCV3rHkpa+UTvA3LajPtoQT7HTlMkW7ywFQf4vJWjnopoJgzdTrGSIXyDIS9JDSubG Cmpf/KGB1m5ZbDcIULKvnmHSk0K9hLO46mlF7nFYV/Ein/wDPsWOrGHCtBqVR+gTYS5V2qKXHJFk TlDuKYu687+tVZFDFuXtFMwrlih63ShYat9KfGwHSEpP6XxQaoF3fsTwpQpqRaBDorFbnbuP3p1H WJOcFZ01Ug22hMmASgaUVAiqfYQtEnRvReRXFQmlTBe2h6SGpK/QrzKwmoH3fI32q855rKK/KEZk Ss0LmQyPI7tmgthV8KIY2fIBJQsGFxuUdq7AHf0iWPyNl14kNPmGVxWJXRfnpSzoIJZ25WPK3y9l T4u2Udmpe6s6I7fhoOCi9iiHw1NFfC/LHhuhslLnBs0StaVryiAdDVWWfDhg2dlZWY2acYellFs1 qo5t8zGDMYiZFVGrd1aO7X5hHCvo0Etfb8OcykkIqpTGsr3Sgcr/Kq+mTc7bVRxv3V5S7omtCtVR 1WHHSjeYc1YKL9JR4/dCCTMCjI+X7pp4PweSLUlVIZXzvh4dyDCi7ivCIzvSmBIdZnXVupNamRgT UtQi7bRBJLoUzip1xpBBZ38TGdsAmJoQRZrlIAFTyqhL3uhyMJpN8Lnpwi1exmToNJsiGQbF1oIh uACjgqASKC2Zk8FZZzkmEyq+NA6DXa7OrbB/XCPx80xPdQhhRDLsRxRMxqgZFBu3cbgwlpBpp5VC FtXvktbZkm8Bbt6wuvNUBmZwuS2Rmhvp8ZrxFaVogCdjZxxX1A99Ck+EuDUJAqu0J5ltXRrokt0q QrDBbgfYwzoyzig2GESN5J8LwVeTbn/nOEJDVU/IogpveZzxLSKQkE3lCdOs6dqS1S3Xhxord3/1 zZhVl6unri+jpTRsZfha2blu48eg6TLpQhlckVhvC3hBB6V4nU2So4/wDNHKh1vLiPiCBQKpmuka ICtsp5uRhWDa8IuQef6CzKFBNdu0nYwN2VA0WdpsQliwux6+OowAZBCd8bUGR3zxgXUUEqt9dYiJ aOB9YdcT0USQRdDle4yoHE8mS4RCgI7rYJby886HFAYYfQHCv+KHi8XPbrs2fWmDKXzKAExS7Flo tChmOQweF9k44oodcL2UMJuhN+JEcPuQYUhBE90+MtiCxWBZKisuj2oCKKCQT49dKuCKLNzBTejG bvLKAka+tmDsUkL2weKOkJhpd93wBX/jpIBSLULK4go6CJRXFMTlD4UeWTcmSn5MINSCZ+7oLsRi sYRB35zVeqmTH3bxm6dESrfcoCchZAazzdInyqVrvRFDzm1qe6xWlkMdOOSkqj00mFmbK/m+9SB7 abskVWYhxEqLyoWM32KHJpf9uo0d8T0G4Hw/pj6xX6DVS/aOwSoRaa1kqNRKA1iEbS/I0IQmTWMm 8swQWdMIe22DO/7kEtlYAsmsKCD4aqB07YoGDZOKl2oYliWwiNISFJEgVCHMrKD/c9AUhdv2YtSc aYEG+YsghRIVRZJkijbKeAS4DqgtlXMQIUhfDryVhQFDMQaV75YONH5WUPikluZHjwY1DfKFiEUx jMAUkmmsFv4GyGPpzsyO1gwiQE6FU1FfN0dECkNNNIdVR0hn0CfFxV6EhSFl+2YSZTDhAhju0/AK H9Bhp1AEu3kcKQIo12sQDVYi+VDu1NuqFeSsfzmGH2KMR37MSkOPgkhWhoY+xGd6LcvSNeHLRcvo eUHwZtaKFNW8s9u5r/4mIPg354rJ1HQGE8xJJsJUMVIcPrxmBAGj/KJj7ZlHOugH7yWo+pEA3ZPI KDN1zsgsUr6hNGi3Ufm3TTJIF7jw3UaLdAwyHKPSaZUSvKE2Zg1KCl53IHD8pl+sWz3FpmlCDrmN 8VhxcI3x7Ie7VQM/RuiiOblMZ9+MnFknwpUsTpcKxaoNqAWwGuTIwSh1FOtfjGZSRckt4XkL2An2 8uENGGMJxNKsJYgoQC+WbPlQSyjmtCMpZ1J0AAMTaWQQjeC1JUOaQAWnt10Sg4FAP3wcecbl3UEH JDRzXt07s4EzTm3hw+u9rOYSHeQSHkIVi+TWQXHtRQ5PBg2ujlAYyuX9T/UVKQC6UonlIsWQniSN Fpo+9fU6L0uI08PPl8JTQs3mumkO5qZRSE6rAk3JQpIAbkTTsz0SbBGhXCXs0jVqpAdkYuhMKHtF 0lIjmsBwfmH+hF/CNoVj/uzvGAFppd8EOrEbxBXSZ9iea8To0vrXi98hpQGKaEgLbrL6pM3oCmUY mzuhtwUpkzI7XTF4/JMK39fHFGD25DBpj2QK+GSDyLyYSAilXEpqhIyOYTQDo5UALiaaTR3Uvxw7 t4l9mROARb5Jcg/pq0MmJtcT72OstFqWUlLLcWQ29vsZltnPMsryq+P1W5pouyxHup47pB1cd0KA QLHb2TMvy4qWlYWxq/IazcKiU2YlSf2RNknSbCyiFkEdA4DOpvLHmOFBV2REwK5TLrK/7udK449h S1BpGuS1PW0nlyJaqUAF2aF1TquX5lsOKR90x8My+UUFk6az4K1sj+7af7BMQLMEUUcDdd6hGgoU N9lG17bsxDpDxpi+T5I8uaE2AMaZJQOrlr+2OKTH4MTsJEsDRmwxmDkJPTQRIm1zfOEG1xlB3LnN nGVr00nwUtg0G7/8I0H3nPdsQOtUXi2A4aY6LdIN+8lGHf4ox5Y+492L1rwIw7iA5Xby7oCgPfl3 XBdyWtMQ7a28mr0t1GQ/YXiSY3zNUu7KbovB2+7P5EPHWEZPusXH4TRNYAU52YbOmUxzRpL1ozUo zRPHFJPIs0h+4OfGRwyVB2hOH8zAsi/zJzuklPATWG5jh7H4q3ViLSvwdjkVUvp2A77jA5R42IHh 4oZ8vTYbcyRl1pewhy802ABmjvL2KtCVWsWzRK1DYOGuYTniEIwUWxUhDTKUIw0oEkzimTooTc1Y NCnMTAqpjQUGjXOSuUrBPVn2QwBIC+thkbypK2QRYvoPyPm9XLoghnKCF4DBjn7bSZI7QaNSfsBb 2FLGNJBEmf2JlsVzTAqC6tVACYqqeBulpA6CDUSKP2VqiAjdWtxhngztVRVrQni1u+LLkhzTNWug nTxjuQiw0CV5rt4oHI2eXjNVlW9vXYO14m1RpOEqHKnpC4liWiGnr60BU0tH0q4FCM71neHJWCS1 AraCQYbUTQElSRFfFGApERRacvwWKSwqlSfKRThvBTwCJ2h0tQDQXdHy7etWqp/XpVJEh9JF1ywh XhhD/2K7nErZXJsSeNQXmXyEdb36nnphNXWquafUvHWRh1i0NVEF+mA0+gzeVqyJGJc+WSiy/ATi GJf6egRWAzWjEQtD2GEYhVQ2iB0hI6VkyN51kqVk31DtdrmocfHZ66yVjdV+mjUDuTZrkbp1nGzc bxZGgAEdgznHiiqX6Z2BlzVltxkAcmfkwR8Ibh8q3+HZbC/TMG1b/OQA9Y5etKyIx2stYcrIAoIk 34BZlB8SqN6Yaps1AftnTd98hSP2DUI1U+5ASpcTnKnRVIPaoQoZTT7RZHlmWTJgUobUB4yRo+rW TmeyNQhx6NehMkIgtUZOlVhER4Kx1mNsIxu/J8HPiiIic7Su8aq1nk06fuEKlzI+fg3vnv9q9R8e p4PTlmWSGvaV2bfmtSUV2huqOUrPOu2S4eblFvVlJatpM6FyKuZnbD0YOWNIM4wlW5PvWTj7K9sr 7+IDzay7gUKY7jcp04hw+WELB4+aT5INkvCZhTnZHl2UbGolN46Xcj023/0bEsKI79A3UnqKUjOY tQ1I8oUD9uzx6ZpWpcom0JVc00tf28eLoAKSSdlvl8tYszdQYMLmaocxUVFdojAGUQKd1EGYtU0m 6mAxULaIlEIXHaKfTcA0wxi9LI5IMYiInsipOx2ZZB7PhhGrp/ZGLb2kuGRmrYq97Aup+GS5bENo iGcd9jQ1Is2VFppZWnQiBlV2Ohb8GFKSWXpY9mVMEuUYJtOPNATVpsNUfqexsDiVIdeQrvRZXhzy ZcxyRpNKP2scLKP/rASR5vlIZJWpTRwlRVPpIRLrybAORkUhcpMs8UA8CWbrWdod4KUUtDsT8VwS kjE/cle17A4vyzbLOJlNuagUxW8Ya00pmmKTOZW12rbOxpUCOCB9lV1MH0RlfmtZeC5VrNZG40g1 ZAmiJWR1BqIXTVoIM5XU4BopyMwMz/0tH3Sji6W9ckg9uqlNm75Ruq/SNp9ssgphZybwjXNnF+Ug LrmBt9OG3fohR/AMAWeqq487iCxHcj9sj4YuPd7Zw3qWukjNqswjCL1LZmBBlXKwEs1+uoqoMrPy Ysovb2FmMVkaQ7CdJz3lCFmXFgVA8I5xE6AqpcNJHxAmq1EKCOzmew7kUqjRWBm3A2VZFiuwgZqt aZi9sXznIoJnVqQvdZAjMuyiZkgZKHeTHfrV6j6LQSDza7Uz3+noYPGAKXtYGZMIKqOWLRVMpzXW j3O2CsH8pWlW2F6V693vkBEYlMoKYd4OZvtmwHYTtmRIdLRpX6C0xEqEVAzuJ5ASP+K3NSBKCioF vubuEXOCBUtwZ619IiQtBZX46RI5Pq/2lbb2i1xNTGSVWWLXeKYktEty4MIUMJnhMTYjhTIT9rjw S+Ivu0ZFzlkFQJNJQLPYzNBbd6RoTxzpzEhmQapGQ7m/dK1LaF5chIQRZwbLKCPlZR3yETTj0pAk ohykKOfNkO5LktCR9SwRSemdnDTGVPS30vXHdAwTpKQFnLVGCcrLq8rt++sT8k/ohHjAnUfqGozo a1hkJtrqaYg8dDMA3O4N+k1SiDIcZ3Z1etvM+tI0ElloZm1pTHmtDFKxqYm8Thl8bzNAxlRWbqI8 KbAIPp1IxI5GoTReWhYkJV/GlMMQDjtPYgYQbkoyCavcNWgtGGcpDL90eKTkGHTsjE1RV+Agt4Io OeQUgo+TZu0upynxqXJ6JRcxhsY6ZlHMcjeTHkXZArqW/hWXESCKrKlwZKqikkFFTnHZgOgqPCKm LjyzPaIoKsdofBLe1wM5M6NvFacnYYVt3JkCm2RVEo2DkDYKpNzLeWKBFF6oR4MisCkQtR86EgLs IBcK9DIaPJHQyyWSz9HXCNexLzOY1yMYyzEWparZePY6AgjwzSkXy4rzDwNBTkrRx+Z+NBMcHmPX B/Lw96SHHeKT8JjJOCuOFfzon9kRS86IuEaIT57lLcjytTjZWgByQM+HTTDr8dDRzB8MtioRnI64 eM08MgvJCw76GSXfitq2OEmD/RVteWvJPOPO8HKVyrYZnrFJLYuiA5DHiaIOd0Y6K8IqpWQfxaXB moETP7vPOM/wvzghbcYGU+fMYSiHQkB+ykklFTnCGGf24oozvj7FFMTpkwgJvspimT+kaTnNf4WS +lYw4TgcLgAO+HKzuemu52JBV0sMq0jOqA5k6PxRs+LCIDd2J18NTBd0zIWND6ay+WIejZRteZdD GyTPrHUSAH1lR8gqJ2WeiT1nLUtf6SMtiNABbN4LQ/nqdv/RjvDuU41f97n3btWnsa9fmYxH7utf EoJra3z9zW3roN1q1XvMtlOc5ktd/CeCECMrRSxGQsuEnGoK2OWmNnRQSweFi05vpqOKR3hNXhwe cUyiiJ1BAVtWWGmlBgwXKtfAi0As60IJm/GheFKukh3lZacAkJmQ0qC7QlIv0ap1CBwlwgmyw8ue nxCulh1yuvbaZA/8mJ+mCGJGTQ7A+075tnljwTpLVdsYhA39gsxy7D+++Ek/FPkXS/4IdrKXzClb L0gf4KoSkmYnCyzJZMiiYxt6UUT0FXdIxErfJxFtzO44pqTGJ3Zc9TVAeGLNbJXacoPMNhGmQ0ak /kOzSdn09UGfwTJLOJwviH341tJFPemRSi+8UUddkNH9jNTgbbbaqmCSFFI3u6qUcFKGa8YmmmfY 5KXT79V1G1lPWWRSm3+NO/NlHpSlyOYQBVZittQXE163ySwzIcByBCFeKlEQTGSsuihvMkoBfTMc musOPrmN3VKi4Q0NlaUCIC58JKmql5UpEM37OvNWaasPQYtKWr6E0pBC0xUria7zLvQyNKu0eN6m oU6AmMsT9ujINzuUShxDRj8wxJuvluiiOfzCVIVfRuhFDzpTAdamCm220SO/6LGgbcDNHCOGRUR8 IZdAWGnSKJshNpIMkuJ06tdor/FfY+LDUzoJdXVxaTNkPvl+xU63QnBhAmaySQAo+u5FE0E3qfm1 bXoGUGrR6AJNkULyFIobPP3Oujz1JTtI/sYv/PjPZyEAKErp31KyTKXf6KNiDUpT2ZtMV8EzTlOV 0QM0fLjoSlQdUIrjLReYe+jEr7v9wqy6hk7GJKUIRF5vY8UHiCQk+f4wIlzBUc7PhuOsBS+LtYbE WPmvn7KmBcuyvj4KDdrQMVqRxKetktHQIqRomCuhPVM2vf+9xxRhFiZaH+V23pG42cBscOGnoivC ORZANhimy2kbMvlytp4kqalSfG+zcFP1Xwe6CCiBML1ylUw4v5u/yGp91BEiNHQIhQ4XlZDHB8mq ruY0OHEyToNxxh7n12qwgEWMbrltUduNwL6moRG1RJqPuU/HqLCWg2R9fvU42NaWnIvfuIPYR3gu 8W5izrRlqTVmT6Lru2y0i3X1MdsmbViQD8ASk6qnN1nCjOGAA11ocDsqD+pBTNq3NA1QfJKo9fE7 F0a2KUiZOZkukqPTPkr2g2DCgWkW8f/Oei1/bmFMKrVJegRqg8HgVfipbXZeAE26daDZaXuUuZAl kACfDfDTt40Y6qu910waJQaP645+se3O9OzpNAidUnLYqM2aic441GGirfHzvfwaSSGDsDoMbINY s8xjPoaO78/XfGrtM2n4WTGcQjIGNtwCQOuWlrtZ4NAcyfkP0bV7xj7dGJXFob/Pci28SSfYgPGN FDHp0ZsxagG7gfMpn1rvAZYMIPHgpMXpLNxrMt0aGX4yMP9iNniypihsl1dwSvbMfyuQWWzwYtGm zD3UyP0DfmNm6WWJBFdfBAmz4prZIJ0Ps16MCyQdxGXjz+VhiWiZOsGSue1fW075eiHUD+ZBckVB o5QXQS9jl7rxSYPOZbtGosAGPX2tmE/C7QQdwpT8aTAUJR941fEVVqodsMx7kwc59mMWplI2zljT rAecGt/lGlNbemelrCMk8T7hG59tQIbn4cwOVGSjWAWsFoVG8Hl6QKg/ZJcWFrtjrHwVJWEcO284 6zuqSYJFi7CmW1GM1Al9x5Klx0kclBnPf+EiAhaX66c00PUsvhMQVPU06Z5J2FcjFVTkhPm7GSxh kLE4QSEskQAjkhBWal5ExKpNv8ChEdM48ySL1A2xOZ1PJTPs3Ui9UVkzgzYKQoYV0cyNYv8AvSKv 52OwM91lm9WjXGaChm0vR61X+bR9jrPIs66kbQN0JMngLlsRd9G2k72xakRbONbX8NpfPq5ucNnB A/morI+cpWd66hBhrUf/DUQyKCHtBk0blpJe+u9UvZdkMsd3t2d63c4K0Yn4lt4fjlSpprYozoe6 p7Plm7lapL9dWIK1MDnTjeWJE1f6NqypMEvUKUvAS35bU3dHCUMvazaH5iWTRNttHS6utGWNrJbW WloBrVQ4eyGcFWHr0qqbzGzcqbe36O+NAkQuNArm0NHV9UjRQcptMyArIjBvmYAWBuNJSW2JqKGy AHpNd9nz3FkeqDkZHKczI7KCAsImXGNeYB+ulzLnjRlD3pDVS3QzDpoqMSjvxqYqAStNkmnDjIhn I5X7u0CrcakqmAUxGOJ0m08YGoRZewgYMzkUAgVCJyRM+JAXPz9yAQVcwryxjkiE6Nm+/gEDRyMw 4ThWhspB1GN7DOZiJScP6gSLNvdDaGc+nXYGV7zSw9h5Uo9o3TMMQUwxyjWPO1zVsWDjhbmJ0ZgA pPKWeYXABNMH6M2LO1eBTKGiCNBiQPr43hMfzY5ATS2uhWnkZ1g6mxwPFcUNorLMh8s0TC61OGHf Az16uAciPbjY0P4Db22yi7sdiBB3lkL3gEfBEyAsD4gLcwenBTUfhdswFG0kJxVfbd7lLVmDmSyd WYihLWiyBfkScVA3RtChQVkca76+OQJBxUUivAjldExz+oba1I7B3ZllPkiHPx4dSGSRWbL3zKf9 ZU3zTfbIctxYwQLyEF9k7G6mTe0xX22NsVlIgsSOxyhJteVq3eZKS06gQKaMkqd4ifIazq9y5YKp 8fl3YNDxEiLnobWMS1cpI4diuE4jF2cngl0hFj4GociF22e4TwAoGDP+sHr4gteWmgJG8+VX1fFC LW+awL8+mRWTML9T4CqX7scsgQkOiCVl6ERqsu7270MPDUYC4fOXdvwMZXSkVZkkkwRFmUYbkDSw KwFQe+76mdUsKmlmyQd9hn9/9UBhStzJp9ED59NX/ll9b9bS0anAefRYYRIpcaF4pLemSL9LTRAD moSbdJ/lRC6Cw4TEWyMmUCTBQstaL4g2ik0dSQnD6dmyh8wveCxjQtVFXmGyikW64Y0pZZaMcHKG kK3QTZg8jJXg3ZBe8a31YPHegLwTYakkVx7aGGgNRECrA0o6/kuzxqPUsGeMdEyoj5kQpuRdi8pG hOmArjvtOU6Nh5NoWCWOozO3diLa1jGg67KoakHncw6FqbgoImQnW/KTBY4JP7MPLf1LD+SJQWo9 pVufJ6yM9ETKudjrRZduvOpMyORv6PCVGaRZtjVpU584PRMqyQuWTTODcqQQ7rdX60ShonGqYEuM oakX6PWmEpEdnQyGWr0mPqcQa76JsgombVgFX6rODzHCrNwoVgh2iNKkSBD+8Ox+ULfDZ+uuE2TV 41IM/9XHo7qKRm7ehBouO/zoOrr4iP8+/6sbSzPWF9Z8hLJMT6EezUSFPq09/O+tsyiJPfXpVIh1 zhwzLxXuGcME1X1T7btnn1OT70APWf7tEuBY3EnaomC6SxqkHzjOByReHNYUrR7ig2sHUTsrk34Z z84GlJlDv+5Pn6iyunw8Y5dvwTK2BTNRPWQIe8p3cGMXz1ly90r7JGBMEZHQ3Yg5EY0vMKX5UBeB c0u6RgY62/KgnfSRb3bvvIR4hmhHH1VTBds1PmnXJYBCSjPkEvm4ywC5qSvVod9B0ob0GeEah3YG CEtXMMSfykjTnc6ZXtpCfyBsnPaSBPdACVXeuMIjYVmK7Vc5RIQiKPHABB/D/E5WmJ80QukowzTw 4YPjgM+3UjALrRnB5OJ1DHQfgEBT+gEitgTJEorrVJgDUncZiGhg+Ow2nbQqsee48B/IrAbVjVk+ LRQL/h1mCQBkI1ua6SIJYQoIhXEMRsUgUnRPR3GMiqyKllGFP8hPHoSkptBT7thSiWOKh3J6+eyq W9lZ1j4992XfAiE1wLphwFomM4M3nKuVUSxaW6QPLXdVk/xDbCKQTZ9Mx5IuyU1fUiXMKkggrq3K iC8g6nwYqdbLiMkNSpNbcZHptHaPkky4bMtwPnBc2lkXL5afYoLiQtFOAKFWMhnJxJWYNFJHIknr pUpM9wqY7iTlViB50nCEIBXUuVU5W9QGS4AP3iJgYf1UVHbKdJVn9NNZ9YHyJ+YhNFY2QU1F41zY BNhsfRflBMNafPN7U8WPRLEjQ64v6BATAbYuM8Y28iSF+IUIQh6eWDOD8m2LeUf+VC2HxjEPyX0a sulCEBmuKz5REJ722ubRJwmyz+NM3oWNTEw4mGHPWuZoJjIVQCWOYi8z3k3oe6AjZ3NKh1tzUX9N DWezB7TiCCqZmTO2E5FnszqoxUKm+tRLTcuFEiBi8mWs4rtpM6hwUrPu6+GVmx/PrAk91nGJ03vf w1ga2FaaTwphTRp7fnQs9ca1C3kebxqN5Q9dbG240ke0MZXWlpFu9DlC1FZ4VBbLAiMyEEvVlJWZ N5AX5tCpVUwlX2fCbMOlVoJptMRu7WNQHQ40JZXEEjxGYdm/t3JbsBqqkxBalve5Tp+mKqybPTj1 N3EYJowvxnnT00wWhwN9Dn4yLuEyGZrElnQ44KOCQpjtW4a9HvWlB9lGzKMRsRnF4boCk9lZoyZw ghySVPyErqmj5Bm14U+WzZASFidNmwak5vAhMjlyCwB0m9MSutUBqvhQXql9D+cpCUBQfyB5m9So LFSYVsgwThoPW7Bc3B7hiZi4OJFQkrA0qvFOCQ3JB7zxSs7uy2Q50ydi4w06GddrEo13y6sOqcKu dDg2SbUZaMEHGUMeqj260TknSLc8fHZbOBMRDLYoxY8D9JFOy5WLkJkB6cQayv+5BsknCSOj31pS N3ZInnrrxVCRxAywq1Qn1hifbbNo6WjZLFv3mX7qn3jqYlstyT8nILOOcFj1N3tIxgtbwWqAwRQa YPiEM2mhrqdExbbTxn0Ixt7ZoM9ZhSQhYwWewrFFrmwWBiraViw1PYbNUPbrjzjYP5xZpbp9qvnt r7Zc3tZecYGRbJewfDlYJs/6nrpqm7NPf9HF7jjLa83TJDPcH75W3MUsF6ahnStQVBf6rKm/Lhbo SWffiqhf9XNU4DfdzLA5/r2zndpAhDHekjjJopTy531b4YXY6Om3QIHhIkZBR6ws16BbPAgiTrCT uOk0ToPZ8FNTpf5MpoSZFYw2VW01dqYVqWjVVgc2mi22wW0QUa1QiexGNj8Tmcy3LYiK56PyW6NA J+qrLoFaSEU1aMtF6SeiKv4j18iEr6bg0yxk0Jl3giVThbp2r/pIFwYTOzOwkljEqZkbM8AwcjoW /VGSQkvJ2LS/eV9DxWqZgJ68xacUN8ssJrI71go2qRWd5dtxPYOLDMzyVoRKGTQlf4E4P1r4iRdC Nk0cZm164Nuw6a4vHci4Oo8OsDp2mKIzwvRMy3IxSUvpiiGeYZRdVusxkEqOLmmKt56dFO5LFUa3 3UlIs/CyvvapbTnlHdWBklhlcJJJcHISqBZ5BlR6TxgCGZYLXSxtO00+xN2UQ57mJ7DALX+sKJ84 MYLkbPTn1fG7rXIypyBo6GVd6aq23ERyY3IhqqybiI3lqug+ATd7SIxmKIk280HYbj3gH+wwxj9f XHatNIAmJw3QwfNWUgGbzBr6QZL4cjRXr4UDei1tsMxrOZ+VGHFkhIVB6aW0ObJ90geH/lZDKBa3 EVD8JOhK7t2rRR6w9PuliBGUimSmYKumTkiOCW1JttOV/LTn4yRzos6/kM35wEfP5ykpYg5epGoa Q4EZmUqCNH5aYk4+IwLbQYL+ljW0acCMVDu4wjY7gjrOBXfDs7xWuxG10OKuwHjK1H1KjNESCMeF oThFkcnVeO88uRnnWx6OLe+7LJM3QprVxaN/ZhPQjwd5llrCSNYULKSNYF526S4K60p3d2fE1YDm pbkGkuozbR380cv1UgcyJAAoRYzsJd9ulgDI/NcOpQUY/JBMlsiSsCSj1Kiok4O35NCXVMq4CkWL JYM/USaYTmxjtz1MyJpCA4TuxctV00glnYGDQ3cToIQu33T0NFyRgBXOAJgwnWwpULQQrWQiBb78 d14kOpf2wCwSBDimn77PBmWk9In/0nXrzzaRSS8kHR6TFQ2zQCwPVUsbDJU/FsXJqHhXdLA9U07v O5IaYdVgcdgnGvE1c0hldW1xUkNIW1Ux72y7s73OQMt/xRugivBWyH7wKNLZnEyA0dYgREdU7NDK pIRITC4mGaDngXhhSpGgJwm3mgjCiqaCmI+owaS4FtHSJ8TqDy70T+c4Nk+StHxUrAY/wc1WwT6y 5BQE5QMed9DKyLfECQm6Wf232T44Q6mH4ws4W1cmtHbAm3FnwktwHMbDVzV7oFp7LgM/0y/uK8Ty fXVFqRow2R1qISrrrK7DF8v3GGaA4f9yU3ZX0uI6c1LAUv/lIlqAPOll+kRBNtPTSevL9XTXjNW3 6iAX8lT4ARslp8XuP18vi8kzixTY7Nm6j4zDYklPRwT4rorSxSxnxheY5PKov/XcBpZTKCUiMFE5 16Ua8+gWH+EobRstxAKUR+Z651Lsb3meQRCBMmLCihEsaBGsveLA/hVNVmuqTZHiW3ZXvmqOtID3 krVwsBK/860+MFrj1Yr3y72wXz2dWPqcgKFW4uoDrbTGB0qIlFo1IFGWQzEgLOgHibFk4oYL8reg jOFqX/pR1UvqIOSGrAxlPsaZuZNFAzT0+9uL1uUfrrA0Jstto1XxCCFyjDYu8eK6KcHyZk5idRK+ +DjJIhFYmRbJKpaXKgMon75aT1WwpFT0EkFTG5Dsdcy6YFERIYFwJKs6naGs2YklTyztaGlAFwbJ gMI48xcmSu9JP1fPgsiqPazkSProX4gJpUnYIGj0o2XZNSRpqaUXj/XSyGWkoX/q5B+yF7TwIyNW zEFQXhzd2SaP094Lxk1ieqSpImla9681Mx/toCzfPGmPUMXcERIV6ck0ycI2JV5ANIDI6hqBLSib JC3kB3ZI3guZQ/3RjvTW3YZqZbKw5XoMuDIsbpAZl7gWt1kCMbQ26T4o2isryMF5ukPUhZkeiaLM 28YygdPyCCokMYUCReIxyYvHcSBOmNwc9kT6tJSlWcIHf+qrcX0q/y4wp8PZoSLwrhGQgXhG7XGA wQzS/ZBFK8HadWLKVILsZuBRvvCC5VJLBlN9lSGbKF1S0E0jFdd0voyOSBiVRkqgnCwwaij0uZ6z 5HZaZ1DQ2McJsWSJxYNNH6YILNSgGDfLEKDhfflqxaiQ3OWIpf9hY7/Hr0sYJ4hMHbeBwiTavjN+ vQ5SMJsMyWyCy8BU8595IzV1mg4IakyRLySSAxItJvzJqjiC1CNR6rwpDMn11LZfCER/YuBNAb++ nnkQ77lnv3yaeRqFAHIi9KNB1DDWc9rGRlXewX3gWJ+RIVdHFDRIz1UmRwXvaKPDUAEdCo8dlq9U 7QxfUEmARisXyWZTGyKIgMeVXKRbZueTwLl5+UNgmTroysAFXJ/kg5wzZLg6VFAGVd5V1mFky1XX 46+8KO/WHkFGCXFaGciQC+EaILYFXh6tTa6dhiJ/UNsZMGrGlXENRXDdT3vEFPYdDBnUVLTJhHTs 1ldDkS3/nkOE13ikc71JKjTMWhoSfvIOV7LtSZbDZipGSLLaaevzyPPwTbOzBvKTdFT2R60p8YGu dton0dY/cVq+DP0IEKnxQXCKgRpn/elqeEREIV8hqISEjMdsjjAcJKigm9+YKaQrv0iobWBoDCZD j6JgA8l/aEzNY6YyiyjQCGkJWTAyCEWkEC2b7PO12wfin6KSBxFRqJUaLzNx0VlfuRx1FvzINsuM fVwDfILPSeV3KRoCYMl/rcoDrhQaQbVR50/NyHgSmW0qsiNUi2mbO+bsObjRKj3xl/5tH6jFcjDi c5104DtAW5wL1fWxqGosNKKfsfUYdK3DGKoUnEV2D9loE38BdCZQAhNEloz1sOv/jjn0lEtUQNdO obvLw5bci0t8vnXONO8zgNzoya7cDQ54ibC8eM9l0QKxjERq4EMGts0rhCmYJtQeneSnjiJDRVHE v3tGk1g/O4x4bJS8mYv6PL1kr5lwSdirBMZSlyFafu6JtbxYH8GI4GdxTHoZl1tbpRP2Fuv15/Ki MI6u3W7TjmVBwQUfuZixg6c4Y2M9nKUYTtjdl6MdEwh18EamMx6Kzeab05hBK8sO4PZpmS2M7F0B kEHZBqNbIxi29CYjl+jmPyanafMnXNFKJ2IK/VihHUBdPKufzEJant0ucOkYwnpgrcGKskgmgUTb ir44GaobpSfR+NcBKs5C4Aih28iRAr2Qfz5fFT1JyiMct/sJFo4lepHXorMQmelBy8TYhYZCntcB 4wC0ddNAZasMUmL5bUJZi2zVVVQNe0uQ4B60zLorkZSKkEqLqQIW4RAXFw4qyUumtGyF2O0/OahT DTwt5D6ccU8NCuJCIS1lOhVsfdAKS6UUYgfD+bjPTacwqzHA7sg6kMaHD4wPENBizdj6zIcWB92x 4nErdJZYqKMqGdoFa4ZRzsV9bfuCr1SbE7eyClkMGIqEUeVeYRcaYGCYYFZtCK8whQa0FRF83lnV 1vLlZqSXzHSM046s99APP22aEH03AnCa4pd6YhtwYV0oiqrsLTq1Ieo0ZQ0p7WxJike8eerpxuzp 5ubCu9Vz10GiwSSc0lDjJw2v4Vsi9Z8TTZQLd4XclTpRCZSIMQUgEgFTkC67k6JygMmRFZdYbjWq vIn1Aif6HN22dejslTlbtiOsc2IOXCHNM2wc6mawqoId6S2ZrRuxUlX0GKH1dYfAZ02E4sXB0s5x Af+yrUrLpexwNxkl2yXw6Iwv59MaU9sdMLOC914wpy2Le10VHg3hMTuRnZ0UDIyz991h4bt9s5kp N0MxqhgxDQDtavFV/FqAd5qsylfZaIrL2jmcY1qI4guZBIFWk/QRg0dI4ZV/KXLSDpJ9QUySpx/U VHZRrTOQQXTchqyTeL6EiLUknM1LcYZLy8Vfl/2O+Y6O04rzF9inwKPE/eluAcJkqNRNeQWnjFkT EgwDQ2CSki2nG91hGe4GKyerhVCFrwYnRjTkQdoQKyAJFXQ/BdsoNKC9m0VsrmOzwxWGQC+JFMP5 fvmGtgYp6swB0zh36DWZJJxIJQ2tyZoUgfannYLIoBacUV9n6kpPDO7/xIDWvEpS1nWh/Y/dDVas 9tyBAKMCoe52vz6K+6yd46HKVDGFumGX8dkH8Mhc8+goM6+O3fbQKN5neOFWiFHit8r44Gu9DJXe K1RF05P3bMvYRujGbQfsqxZNlR3J/v9lyLHbXMWnkhKPdvTwT+0gP0ODHykTfSjKEjrViQVv+Xgb EBmTE3v8WAI0r4Gg6CFB9LSCCaboYnLODiAPNzEY8acIEuuLmbAuqcsUW3wxDWKnojIvbh5olTno bhqCOLqDo1ulbkYGntKJCQ7TZ6CKeA0gKdWsbPXm5g7UY9gFFbMEx9vRkdP1CcfruwJ664VbwPqW pMKEB9Rw0X7sN/TV6iyBlmRZSEJJa3nuT+SrQuMt9Edo4LNj4V5rmWnlsO16dGRUPEdPBhhTpBph dIeBjJBWAyfCpekkH8lGEOvCioS+D8CKje+aetsTEb0O7kmf42evSSIrcoyU6HGE+ls1sb5cjy0T eLaB2SWzCNhoiYHpQi5fVF5GakwQtftdtHdXTrRmSYjBKXPMFwjTePhxt5zLvk+U8II/LVk7CvLX VsQ6UrRb7ztOW03UHPjurIj3vi85pUMn5tRWIQoJwmCUQl9mwUv4AwMaLxSKCz+jv21E/ej4cJdP f3gm7W7J19HgUPdQwr9aXVJcFsRxIBUakltKiXQvNDZaGJDwA67uqojMwCDHQC2uSGL+KFQZoFuK xCxMzUzYu+CSrLotBX1e6U6UP9+vPdase4TLAoQ5Dz1jpnxAkoUSoJp1axwsd7Q+h6OnmOBxJeUh CWsCMLfsrXkIgg30LbFMsxoUCgUkmq3ozW3B3RBtLm672vNnOBj4baKKCSpOgmkRuqyYXKqiQN6Q p1hZDhm4yYghQ17cm+FkAUnTtgKt3bBhwAx+a+TgmV94LSEsRQ3Eh/AkQAxV5ML9CpvSXMxKgzu6 oFPn/Vo+mQ1lJav+KMIwCyLAclO8pN/2Lxg5qUYWyjVQ0O5BnaiLqbdvZwtziz6i3FOl6+swzCjh K/lc5mYS2l/l0JquJURrZ0snqab7COTsZt7KsJYaNiDX82NZ5CfGydF1iiRhZ2oEjIJggqU5ciJV 0m/RWShsQj12FwMGpZfIVtyLc5iZJpCLHen3U7SqfzDL4UN2i6Sx3elNw2+FYqUAuetFXYltsNRs tGbaWs6UUIIbjXa7ZEUrc8j36XSstcBYJbniA45DrmqPGEZN0mRpzAmDFmLdm9ML8xabm8UCRCMq rdrR/FL9KggkU9I8K4vAPmyQJKksXq2Y8PdIB+cKxHp26AFHTWhl4T7QFufsJ32zOuZCiXNnghHR FEyo2WZc4XuWmcoBSNqh8h422Aqp7pve8iY5M1f043LUedN2M42wgSp4PmodS7vJmZDbt2rekjR/ KsVkCz43ScUaHPOLqvcBoPGxVWevaKKflksdvYMMFdnI1kirntVFn87GatcNWQ3rVSxrlatBNRwx jESAnTiSGWjYGiQ3h4EJSEdRRX9GvOwduFnaSHSQIzQE9V7kRESv3Jmz+DwCltkYMk9t2Vf4jqJw gC/BLCv3JJmrCa3+sCDaQWyM9lGLrEwSPaFrfwwhCjIxOmtgHGgW7nhH5HjSHlwYA06MjNzEty1U FFAInBVK7ZyLbqO4ygRyGbrEow9buGV0hsip5UFZfw3MlPGjVZfJLp9Rmmi5l/PNZLXTcG5rjV1M UgPXh0aRGEMYtNyuuKCjySnSK9UAw9fVdSaiQUWDqnLqLdixO68OWR62IShLkklZ5L2Vu5QMmqeZ LIprIJ7zUUSSIViIl+VIMyRS4mwRygzd5tzJELKbeQgMgQ+vncHgtFkQkF6zbdryGY11497QaDk5 XHnuVwVoWG29YAU9ZQQufAFlMx1eszEHU4jicRkcsrNyoE+JTZmR0jeO+wDfELBKVNirCkOnfEtl w8dI6T6sQsC2DxrFiB02yEAIXJuK/FIfchBc8yNWV8rO1UJpRBBCDpK7cA4W5xsYg1we4Dpymr7+ uXZH8qEAHwxsTDEBYCPC0xJJADKzNGFjGUqmF7W0E0R463fUryCgCXyoPqcvqvwjd6ksuo2KONHp jJ2p/7kpf+UdwfgJtS7XDALggfSosksrZXDmCHUBN41nOn/K8BMveVRsyvLRbOqElKnvv4jRpaDs k2ghMvYKxTqcV4QgQe4qZmG0hGk6ZtggLTIOCzaDTAC40g99ViCyku3bl+hoRV5/aZHl5CAKkmxG U/on/0QVUewaPVl3tDB+iKKtv+BFTDFJH5AncIPqzdnWv9FyPZkVwbJj9/opm+tsiuFMpzs2Wh9X 5C9rwZEpjNYCJHGT0tIQUKmoUMdayij6/twEm5CrvZSZZ/PEoQv56Y/oMrpmsWRoIa2vBVQc+RBq haI5bU4olJByBFjhU4iT58auUmomhpiV4hVEwQJzdvQijzIJmgN2I4cFqZsYcMqcCjaMgWdkffEu auRiWTtAWDYaTmcSPlZUsVJDHkb8lG+nhfJf/4wUPJAtDJkl7nhAWKFZ4Sypztg4NLXSjxnNnFJL AKY1AVer/sczQJFekFVyJ9qid2OgyCvsdNS2XMRYVfzUlwBi2Vv6BO7gIl+qFI0stPWMo4rDOdz7 S+fZmKvCcaGWzfmAC0dnsYJT9PVAVcpHvR3LBIVUrhZyJkn/4Ejs7ERB0ZKizLxnW8lqjJw9pGvc +q9CdJmhWZES87jUooe3+LiKemhjw0xpuYIxog2e1yHTTBwBWQnfO8xlgd1kAzcmSjkP2TgWDu4m S1G7gGBs5MDMxFmuQpI2AQwlzf0PIyA6SWa6fUrz3TcdzZG57QoDkkJL+exOI7TwLwfpqTlvDc0M n1GRPefythxhPt4DHUnPVEvrYyRjM0yk6MVSyskRIZFLSk/6/ckXSvjDCg2EsOGwun0Q9e1r4VCC 1ixCrGC3uVjzpu/cv9J7Zp/huBNMAMQdY5YrgjkLk0Gs7gw0YMjOM64MzrMgWkhuIEaYF+TEQFTg T7mY0ilGUiZ/aJ2CspyudSUD8amFHS82vM4qS/r3VBOFmg7j6N5iMe+uJGKRN+CvLNCSUTlRN+tv D5+4QyE400213Qfa2r3HkhioISyd/VtFou95jrUesKO/7j2Iu5qP6q2jPns0osd2707bbontSRz5 s5qjkapEPRRlvHRq6BFxcgy34VaHUVT+NQYeqtDCmrjACozt6TTfbo/1HdXqB7tD9nb13A2g4Ql7 lXO/VQ+s6RGpVtFKPpagm0/q4lke37786OrBFz2T/IYq329k2hh3460xP2+eBKIKjDDd/DZmtwe3 aMav8eWnRNSJqls8YMkKFzGKOisCRIYzYAb1wrTQw+29Kl4eAognk1ZVqNrsrt6vn981jxhE/bnf 35qMnPGe0BQnWhAneuojEvZkQmX2lv+tezOPikatvhOv6oVJ3YqYdsxI6VkR20UIIKer7KIS3Rfh rzZSfSO9q0cEuNjTHKfmFmgE3WwGpCQoM5EZQPSXiu9utTrDSQUVcFDXxzjMLHqwiR+JIfdnKKb4 8DD43AhFHjWxfJHB48t4pZGu57gVCnISb7Dkd+fBwmuMlvRwf0BuewWHqZ6fm8EqLzeJ+qKKefPf iNcxCp5JTgqtwAg/DxqYpMUICjEgaPYNF+PTCIjQk7vxR+lZCEksBQuz8XRQc3GGFizwRz3NHS0W Uz3OtJUGa5x/57DFn6JOI7QR1LXIM7iORCMZhkfnncaBv8/wXpzgstUAPbnXMgQBqia4aPcZ0uGl 4NeKdcTg3UBbxiUO48QJ3bepYXsJ95afFO/ZLCbMBpamoX86cMNadsVOebePwuSu6F5WSJ+WBoFD mIMFzptd4YIeKdN7mkvI/vusoFllbaaBa+OywNl6T4XKu0lqWuGnMxXfC9b4WStndIpQCEZG0zMy k3Kydm1Qn1MLSc4h5gAk6zGsnIFHe4gLP+prGhz5rlSVG0YqYnMXC1RDnb2eIAu2RUn/AFaz8aeI 1REg8FM92Twv4tH+QTqWHtwhhmePKg6ONl7wAKMBZmXFAMGeDqfZ/frIC0ByO7jQs4OUPDPM2PMM IjNhByV2dpT1EAYiwpUQFcf++d9bBkFK6QrPXcWph/+78mtSBPZMol5sp4fIr78hvwbBFM1WkeYB psBY0GfAuDaO6/rjv97GHoVZYLxod4ddQNurZtGbEPw2sgZf9xtMw3B9zaelYSvz/g8RkPXzAYFJ 7371ggw8iMmopnkYFiJ6JEKTRtHtoQdxw1LGIMrEmg9+fn8ej+/Hbw9yAKZ/Hz9AFb/7+bn99u/7 V3Oxoul+77ff+89DuLndjXf/Dd50LAAN/wkpIL3fHrdHkQLd2Onuwi90JhY9Ufn92JeODeP/3r0W X9gAydNz4L8rD8yiq5hFYEWHe19Vpp3v48OsxpRwRRXjuWdOntrEjjXATNIwmScmoWePusiIf359 A17WPRUSSRVh4U7NGnlDsF5zGIA5ZMNCzj4j4YDDge5i85rpBCpUp8t397BgN+gmc/gf8y5B2opp eSz1jW7PvCq07dPPT9/ukWbhG5PPEXiK16zd0qlY9YhYUSmzysqaAk88FqwXzQQmkQdRmdtQ3+zF ICwnToZYUEEmVk39fOTWVFOikyMbhcSywJRIujk9VOE+ngRiotktkSeuntRsgvxo2ULBYheqz+Ox rF9ereoVfsm9kjmIBsIugGN0AnnwErzqAouN6LPzOrHCGejjWWRgsChALC0jvDZWIUzjiquGMgN8 Lf0O5wHydCe9LlJgx+oJ3uKwvQ+gZ/2O3jzRn0FB6qQaMOgjUdjM7VWYyXCS2+IKQQthfktn5e6W ynjsiFcRLSDxG28tRiIPKV0SYSwxFnWl4YWZJdiCQIsFUbB1NKai1jpIJOpQo+WE9U4LTwueLTda JyyfR4wxhTtxy3elmaqViHVHRBpLhuP3iXf+ltMj5Kw5xZuuTAWkFqlojwWRMMFtcYlww25hUlZR Zt9kcnYh0nAWemYvr5cw5AVqJ3J8JX/XJBJGIzz68SRJU+OyxY48xJpFm95UdmlUK5wCbZJKVrFQ oSsRkb0BHLJhU7izSu2mY5U5y0PJQWy0ZPvqPtwEXkbBnCQVKYjI3e7hUJYf4VrjlvDlCSRAQWVC +E25Sc2vrTeK7dYCUbPVDknVhTXvb7uH5QWMhBtSm6WWOX1q2FaQppJDtMJKOIhE20wGua3kkIA5 vRoHU7YtGLY2imRIzmtaiiIMieaRAzVx7tA6NEIbvjrMkZLf1ZDz4qqRKi0NbF1nuYQDiVmQlfIy CUOKWYaMR7KqPE37ZTVRKkPes1j5enhRr6RBtvUpjWxJmxArnxm3QNnCG+iomrhkwH9bJAyAo5la jrHy8CpvVEnElV7lUehhFVwncZdh6k9cHXnqE3MyLONXjhh5lOpT5tNxqHYeWk0S3zxG/xbM0aY8 M5tt4VwZAfeMx1nE5tUCR663rielhslD+0z98OlK2LstLezyZE076FG1cEW3bnhBHn3h0aS81f5J BZbV0jL7fpD4Wopu3vAQ8/PZ5NenbJXmO5CJBsysPumDFsv8hBxaxbMv3lVtwukybpSRd54spWU0 l9fKVrX95+xsMbZOQYObzP8MmXYaiUSgHyQpncvKE0VHxZwuzpeQlnyy9k425reVRDJaXqklNTIG bDCebC5sM5ZBnBdNWfL68XxueWPDW1Qw9+xcDx/SOdgZMQg/mbOhKrjlC/wcmbQ6G0P6uy9h9Lnn Y9Ep1BslpJKfTR3pPaF1pxpFkGmaoSCmxgRakhSVOF0IkxNUGxJsW33QTKsew+qTnli+EIS8Kgem q5bkp5MHiO1t8slIRBxk8AKyMnFGVb1CMJwQkpuWKau4VvsK3S7OwiuDUmM/CEihGY8BF8i8B3Td UJB7aFDAlAcVsjoX5EyO2gWkRVNLkYDmrMUKi+UDpanmgHWhYfKvjRBNJ7gT6WlH08jL2pFqKLFC vYi/a6hplCdTEMwcm8tvHCGLdZFqmjJYRVEDG6jgPtMoWdoNHXpN5ptIn/ImDVtv9jQGOmLqFhER EEAviHC0orZFfUlE89qv95sUegiwqapRdT3RxlXXKr52pi59tXRs85pOTZTdNStdOgZE4S4xGBeJ KF/2gkDSg1bQlhryXy6gWCltYN4GyKCrKZk+ONWtaLCDAIipekwCpRhIbwaDgOPwEDBKJFJC/mn4 PkYV0cz43mQgxwmvnQRofy3hk3MNAi6bOPaYsJCJFFTCp+3mWFCbAjiwH7esGpnv6x3GhbpoUvz1 XEEFPbjCWzlzPsWBFAEY2XcHZsttlBj5vZOl6De1TcEFqh01DTN5EcHO9aoBmqQ8JJswVseA55KI 8Um13wQ/RNBIizUoIwqdk3b4jx7tdwcHoAhltGQJT+JxhYOcuoWzyMJrtwUWWyzofUcf54w+oZ7Q TW6ruwbYIT5d4zqCCxwUWp2Wvmgr4pNRey5BUN30gTgFXF1YUXedxAhaCKGyZLEJUY1JbCFwQIHm RmAavo6BIsTU2VwGlowSmGQNjTqYImUaVjQhi8FtqOp1kSyRamDnNLRJlt6GytIjKmaBhqfIIUwV zBva2AXaSnKzxsJfOssGgQdtt2edchIyAmgzrJDPuCatD+N4M3qiHIMExprnYoF2dhu8hAEdCEl3 6IemRN9c6SnBdCSBwbtzJ71jilrbQSOa7Vzrz4bDDCr3eZLh11yp68inQjQUT6o5oNcYgAPJIUAO jmBRSMTaffeYToqGs4ecglBLM/m6ziSZuEkLDeonQkPM3fFZHGx2nh0l3ZID3uWSeZ/5gXyoTubR EVzNaxiDIZgNDs2W9uWC0lRICVj806BoJnLbQgiIRFXxVDaQ+yFO66zddUYYJnQWIl0vqaZiyU5u brSZyWyAn+KQ0MkoS62zliwTDe2I6BeoJFoczMY6MUwomGR7UilFoSW6DBGvje2aF0C2YVtcJRQf 6l7WStrdaJycmEWbztzBJW3Sk16GNgpSut4N6JgcQHah8anKf8bz/wI26ch8POyUdnzE6oLLYm7J ML6GvSSOB9wIf1mWzZjWR+SOzkjxR4xg9vvGn+YXOIzUoaY427FVon1CetVFUqOtpXBsafFDNAzA J7i9oE0jtVFikJzST8vtmbn5xi8TAnKsJsbSRFGyoyDzXk3clZRphT6Eo5VkA1YniobvX6qMW8Ki E+u+QJLLM2yG02OFYjrXYzyAI6kYnkkRfgDl1XwwEDqW3phwr/pq4mxTvBNQPBoROSAE2cu8kSYL pUHNVseUm7WBkZIjYiH07wuYpWO2YZxusXF1v8WpvrfLCSIjAcz5WfEgicWjbTvyMbhFnRFSSsyi LARmCnwnDw3Gyj2TpqbISzxMuUci4M9/ic2H29YqHNOLycm340KJ0LtQOeughVgwkc5SW4aZ/Tj5 j1c6ogwjZLAB2mYqpqYoVyMy8xb2K84bLi80WDS0wipjQP3Rc46qU5V/kIUejcOElh7eGSXjyZgy 4GAisOmpNVO8z8utWjW3eirL6gdQa4c2kpx6CNwExFMMixIFHoGufeSIjVQUV/kUC6JICw2TbdkL SijQHxKjaFGTKef8mK2AWpyr9qN2bThzqP/IM6tDmuijwpRCk0pSNclKk6p3fucSFSsrg1RlUxD2 qUpRFVR1Iz7VCV5XWhhWy2ojSD1Qcba661adSoO1UsxUtjGCSlcFOJOtDAg62mZifuXKqi4VWlW4 lEfbjALjypLVckwqXCmkOdhfwVb18Ve5Sm1nPNuzMp6Vp2tK0RW1KjF29LStK+VK+2LtkTniSmlK whHki8wePrKNpt5IPmqtSnPXvxNCj8ztIparI1fRVMG+V5u+/W2XqgnH80Oh1chaqVw+/tz/lswn KJxoocCq1KmRL48Q1khJ499Vv9FqYORSkPqnqiOu7aDdPn4elUCpTN0YYTjWqr24yomuV5tUdazE 99eS4RT6lFdNaup6VF5TyVU5VH1U5o1awr3Z0UvdDf71V+1PNdD0h0sX4+jn8y92rte/adzXvU1a 5FmxU3G7uqNB/GQM5eLVt/sC2Wu1W/w9YqeitJKtF48VSFmWCy7K3/r6Bg2YHGIqozJen/lSMEzZ H2zYNhPsrO32E+9Mf77QimFnldXDs0z6t9WLnnYrMIu3isQEaMQBfufeK3L2XwZjAZXlkA922iYm YX4ULGjAaRHFpVrvIAwRWuKQt/auwvL6Zvb0azXUphuXx0NbHm0itMVjojqRWjOjk0djTlQaHHtf WFc1zZFQAgC6xwcSwucq4bK6EexdHoyFnJq2oJ2l4hp1KyxqHxps6xluaNe3IZsecHFePPs1VMHj 1UO2SB2YJIfqveDF6HPgKksCfFE4eESC32VRfpA5iQZSCA8edjDe/CvBk7nt14bd7S9lfEFK/3Fb wGbRx4xNJUsz712qhspvOxFGMDS8SuOYlbyUjeBa4ZfuqJWpZ8+YK2cFp2ZHhkFTJZYWwZDlLdcL j0SipGT6YKEKGJjnbhXVGypYIfKswQcMs1qxmdJWHk+C/kZ8+yEMy8ggyeyJJa3qMsP1jvGT1PDS CDYUkjqh9mVM3gIZ06fGQq0NkZDQVghug/A4JTcDsjT0Aw1jug4qfV3vEM9Q3bKR3tsNZAqBIRKl asKC6e2VQBf68Mp/wkQdvSzNYRTtGE7IBQQsMeOBbBp0EKj7BrAe/3n4JAzt2GQnDbTvy2/SX2iM OxS3meYv1QRs5JwzhuTGIFe8hC1tnegAsLaJkgzBC2nFckWPAly2gpGW4+yIuPLYLELoO0bNBgmV FUjaa0O+3fKjIupVaxZaT/G0bbDOdBQExenU7YdaAHhbMB69A2GLjm2YEjm0IdcZVW/bsMoQ5oDe aksyrBYvY7u/R1ObLnvQHxesNgOhON+WIjjm4GZDW2jVguuYesLJztEmQAWU199iy/YASQ2xmSGB EHn0nbCYIAJz7RFrm9CGmCBVfaNIEDRpmTOg11vb2ULAHSzDwxpjopMbZE4hDa1bmFUOkDm1lRfk 2qrTlq+IOky1scxnlkjV2MyhiM3TKbEAlXyzjUyqMySZd5FN7PPGPh1bIRSM6GoSP9EzOGVZSPKh wVmhWYwOfYA+GuIpc5qNQbDQMlMcpJTOpRja1oMnEznnxz+LYw1M6GR9hs08aKHw4ZXGKdvy2Z/y Og3iNux0EReG7vR8I7MXOSec7xoe36AIuMY0aaCEH1irRkCxmBjwE04sRYkjs4gUGoCrAt7ZXm9v ceO30pLGZyFBCvaz6tkVuWAfpDN9g0LGVmfwBKS76Bra4JVDATLIAlcyqTlx+j90wzIdDgG7vWjF t3Zj8yk+kERzuFBa1xIv2O6UHTr2pTxG2XfIKmCJV3MHTY2ZhZsw10VI0knFBYawcsPK9I3imqHL cUnUHH6KdC2d8Cu/58HGMZxbDBT6rEFaZNKdHjroK/IAS6dP6dT6svKS/DjNjWiVAcNNQNrl6aYr nJpNRNsygoS3jOjNkmEhSK7fPB3BK8q1NO4z7JvEYbG+/mBVO+sa2byqqY86+YbglmC6VLQyTCt0 imVgPjMt1I3+ow9W1kJVw62OSv1JTTkisQw2kO7mI3zvlqSeXJFZO1BG3bRH7LmtqTJXssou1Lvo o5VYiyOD97zE7hxsZUOGNqTSOlWmGd++OuOqe5gZZZOty8jJp0zZATkRm80wJxy0IqTA0i0GT9/D OAuReIkwmgKgg+Vs2Ny6ZP0Zs+8hTR2uAmNmSSYg/WBzwOrsH4m0lvcDYTJfBMS6F14Wl01P5hlb 3hrRvIjqoM5EjRJBQWk01HxWSLYiTla0f/hMvc7GVPU1mmWfpgaqxq/o0RF6DezI9JtaXWuTzj/K pj1XV9Cp+EPpOuIfNXs6ECIVhkxvz2Z2bb3P8llXVVm9M/UAx8AmysqyT6pj7a6bWj5jChLPuP1r 6lQU35mty2Jc21/tJDPUvKlvgmjPgnyUVdIplhBMVNU27CHpol9VqVOtCg8x0IMpqj/Ya1PQqe6U d0Zvi9eVsnKaCiWtiauHUm7PFty8pOcjd0Zg0ynROs0h91DBhDpXTUrdCUIAeNHRjD6rkK084e4t JrHNmrQtb0yE0YEytOd+2SCBkyrxyTuJ1X5iQRywJ9Xqb92nMLPotzG7SkZtdSkkEKJ5e4DVKksf 754TS06W1MxKdsuqq5VkSPaiRuepVYac8UGq0FEDTmfOkSbxiOWcIX1VbkA9KzK/moyiyFFZxZCU SLN4Cq5YoBGIeqfs6MWAvvZ0Bp+OsuGZMSgnhDlXmMxpEF0guIeNEmy+16pVsmQGbpLdLgTnXa5l nYHlCSvkOu+zriBW3eXxcGKuiSw2DrQZrNAKvImi4EE+AKqrA31TCjN3EhP/ZCOc3szlIsKfuNd5 dRDB96sQaGP6oIR6hbzKRAYXTPAnWyxuGgRUOvrSGWAfySxMIQySuMnMW5qKbxlV217GjUTkSUp9 0l6Sj+5+o0qIF1tLMNGjDbAq+BgSADaUoFQ6kduKxYQFFRmeARGWKMpFhWnSw1UG0mBGK8WVne5y 1LENlrJ1jXcGJT3dhYCrg52lBcF1V3QmIumgic0W4iVVpQmRUt4lnfA2Qk0mBKDSpDLvA5XI8v7d ZTT3ABspWI4aqgvHvMnH/MUI/KLEMmvv8xy3u1kD277AzfsDqdRE4cU4FpJy8rKOfLNPaJZ/50Te RIvBYJKLFQIZbqS24A3qi3uDKuOojlpdIrXTQWRvqONTAAc0+HIoQJFbhKNhtIJ5bhBkFcnDRRZc pc/fMIcfa21WbTpF461w1gZNFObZAILrzZsObuHBZrLvwAKM8Ano8kjOLUJqkHt1Y8ynQyY9PhRE wKKagZDKlJ3VyGFd6OA6Yj48ike2Ya6xnI8FTgRRrR8nG9MeHAmEegjv/qO2nqtO0peOwItuSASH 5N0gRgMfTtAQcPxW19R2yNb4gAtOg+7utTR24UNL1qAzHQWF/5RoNNVPI7ddqApdWt85jcQYjSRg wD/v9ygnkaGeuTaLoaseL/QkrHa6pXX8EhU78JNdMwBYynxMIqL5Tk+hS6MGzH+Yd4yt+s0NCUGF eYxHZG7I2FJbJtqx4dSOBDBOLAGRSTzFJTxyFX9dbsm8/4OyANJnhmXOjfgoT1BlCqDKVdizx5Js JOsR5Jspu+WZHExboMfZcyepdP4k2eCSJSoWjLFgIfjz4L1WtkETkLIQLlJYEffNmMatueWh5MpI TQ7lZGVWNxp3LLayCVSMFysY4NzypBUWANCstUCrSMTkeH3J4CNSXLlVP4kkiCPemD08Do07Peuz CihQQmZvBjAFMxFxymfEM5pdXn0u5Lpb8IJh45ghrG9ZEeqAILEA/aQV9y4ZqHTdpyQd7/6RRIJq +eWTPo6HhsnDMTnBynj7NLIpa/lbXY2jlOEaPtFJG9UpU5/gxY5Ma8oKK9TnOlIN0jkhqqNw8xs2 0aX1rCz0tJz2Hh9bzQ39DOQT7LBnf6ADsOtCjtM7M4v1rokcT9CjtxIk1oWSgolFynHOqO1A6Ir2 CXyjdnjJkDUlV9ZJdIgsXy2IJstMWhQ7kuX5ghGb7MAJbn0mvSNWZuOaCUzDchKjZNelhkhQaHIW vUZS7jbXKGwbAUf4T/Gonplh8ob/2S/SMFOJJcW4lJ0san+9F9tSx6TAmBlhNLelQoxYSaFFsBx8 8uuqAGbUqk9CJ3fNACuRGX1SVSmccvPQwsFCp0Dc0Ck9isjGuKslth48FWNKIX1AFsUk6f9np6lF TJTdluEQNtM3M42bi7BTGUkCoZRecgNzwU6akaLqmBrQYM7u9OvkDCJsmaWswp5m5gXMbx4oXfho fUVm5dXGHSyLofC1vA3CpdmyMrDTdxaUD26hZ6KyPkAtWIbhoozYYop1R1iBzM1idvboqLWJcVgy aZKbRromq9lR8IXALWQWFnsmMBFsEYuQbrQ3ToGsmgQWgraCEfkk6SKUueDmyk3Y9CmtaHZMSSgx aWdkijIpSNC3/BztuTDxWhmRaB9VbuXvdgPI2dtEWhiAbxItjCOV2ETnoJZ/sXY9HV4qu2Nj5G+6 QLwYwWWQkRv7hycXy2zjnaDSYb6Zw+ohCDMw6hdb85wWd0aggpyRhbcoFbAGSgMxNbagsEUu9pAJ YbUB6b6gYcUpnwdKyBKA/HRCLNVjb7deItZ0cABtUMjOnemQGWaYK35wQ2VLnNoonOigR0KQk4iP pQ9F9oww7hkmb8KX3MM1XPCG9oJdyZ6NwB5zY5LL9JCUtfsXSpfnEAiZc51KexqkjH4LgO4wqiaG vu7S0uzujIEQYDTSzXmKEmRQFn/0C2kNQKWuFCcKjWV8fUo/SzgpX6+Qa7rxm37MgpIoEHq8yLEN RYbVn0WTMJq1yAwrqvabLejVfXPRjloaSTGI0tPHvLffRixh2OW2jDcSARrZbK4XrbsPieFUdhZH tsrAYHLOfmwYRZq3qAJ5hVezotP4rldsJ4cjXmzjF9pJNLW34gvnVEbu1OwadwnRdSYcvwzCr7DS KS+v269hihmJNKwUVBKpmSSPu1NoK2JD+Iho0Rc+sy0WW7EiR+CpfZYb6tdrxlJ62eKRlehL3E65 m5zFfzogNvNIKuVfTaZ/4nTBirUx9cSsH3dsnh/nU1oPBzFI1CeM0tGxRq+5PZI7PCYPhirlgVhx oBTGKMh0WswRF/Zs9d2ynUhKyH2NmUb/VTfQypH1ng1TYh/2RbhZSMXUW+XjNZRDtGU7Qg3d4Ssp tu/bRXvX97zrJY/4QZlmkdsDfluUeBMwW9BjVq1hD1Q0KefKPzGOEt17trZUV+MswRhOcERYBxp/ 3jyvkng9qkLWXdUOViMLCckHq538d59rpNGkeXzxUwo0nkEwq8iAat5L3cjpJA8N6UWiURa/hqQc dUJdCEw9oBKH5LlIoV1nnFN0+mLGrT/Kzjv574gF42MhZ2WAqIyQf+iosne+++YAImhiVdCmgA5i 8cHaiRI+ytghsyLBTA8+hKV8KCHBS8SWAukhj3UjA1dHc+bM1K3QpVXcRIX485F71hZob42fkUJf su17QISElqjAJyUMZLLLxiplMYsqX4HdtHPVtj19XghAEm+MKMXnoj2n1R7qiilcN7ywyrUpAFcC lUDnUfGca9tZreKgE2jIR/lm5QZz8XP3edlDcTeTMdqsKF3XHMg4llChpPGakXx9bBleeolM/0rB yzjygPaZiK3kLiAkBKRoZKx+zFXGZHQSTjBd5+caPAplpUmQbuMSCXGbuolXcsm6myPw63f3Gpu4 AQlIbpBSfeShgt0lqk04ZhTQRcYDVDkzqUFLhSMn3+KeFXe7FgQjP93LVYxj0Qc9S4tSVAQYNtt3 fpod+VSzKErRTHSG6iKFderJmTTtCSNnILf0LR7yyGzKoExY5zKcgODa3fGsjEOw0YjQMCNgnIRg HtBbJgIq+6h14aqXDVWhVd918VmrcBf0CkU4S2XTF+VEh+46hsfgO2zz78T+eWKF9uqdrWQDYiyU AaFyI+/ZGcdhe25Jx8rBhGEcuQdufA1AdSI04IOfSzMK6n3PtfvrfY3IaNFpz7chxsueMtBzq17f X0kZqaQ1CWAHz7grrBceDN/pLtlODRAYoADA5zNwoGHODwIOMFhoO+41pENjvoMXDUjexY5pVQeA n/RDxA0V/lWciS8+YuSggqaam9YQgp5EXZuCR9rqa/4qCppCR6buSQJg0HzoF5CGkYb3tqco+EtW Fw/Eb1LJm+BDWb1Ou+7+dwmBDYgMsocAPCUb9raCLdwIeQQwrplhR2MuwJSyMZxKfnPWioh83vHR 1olkKdFrNkG1oM8ryIPBu1hAbLo8sU0HkLJPOUJjcXiegOgAKjCxPDIPJzImDsgwHzQKv+WPyS9P akpY11kUrWOlxbiswjhEZ8m/fy0J7XW6PdHxHODD+zWVVpDn1U1/luHBWRWAzsMgHX5UXATWvYpx KZv/KzqAJiObRW6jqecYIAQ4jVZka4xWHEldEDJqYUe5oiGBQ4UCREuZHkgP7RqpBEwb71RNg5PI M1lIm/Rz8IJCaBAYdjhq5OGRhCmjMTCGkoaXQgPA1mitbeEzJcLH3cEE8eJiv0mcwQpSggvG7lWB xkN11y0w9Qrl2qjqZvzoDFL16d5nEjaW2cNJdQQ3pJpuh2Sa1FhRBMF1yU4AOJIylSSGa9ywOBcK af7oUi+cdFwEZqLzKIE971OyIMWsqGCtdyuWELs8Nr6weTLNxmWR2oazxCifpM0PB5NMIEZwtoyr FYu+nXBMZAF5exBCjf7/mOBcFt2Muz5m865KWkmAYbhYllNM7DNMzmY4JldczpzvdHgrvwrrqW9P I+yr4pY/33OCHspLlLNrB+a6SRxveRYNZoseaUt07WaTGNYKk2iJ/j7P5OTEpdb6LWNoPZj7d5HH csqsWixqkUIQ+mtBszljq0rDGteANCUZlu9mCeUcfAw9RnXunbZyCghBXUBlyjPLFpdIKsCbx7km mTn7TNH0k4JSk4/k7W2RJ1gS4u/BcwqN2u/yrref+8JE3bbwT0MDPcZQNh4MBpcCBBo6xUrY/8fT vSC2jSNRFN3FtCTbcSLZcs/+NzjnPiiTjy2RIFDfV4UCSCImkk7LLV0tH8xgYHKFXc/lA4YwMFBt pq5To5djUpeRaDWgZPOFBItAuqXJhqsgTGw+GJRDBdqZHrSLGF/0XwzsfUAKRLgWpwxTUKfrhijM iCG9b0JCrgkSgLnLpLPEX+rpqJhX4EKAnBKTBmVPTm0JuvDH8g2XZbdymh37xS/Gv3kN98lOWMXZ Z6s79hKYEPRrhoKWhJl6mHF7vYsjuDcU9xHgowFzaJBzh9URik4u0xIHN2pr92RD7C5vta4FO3yC BTn5G8ZrV3ZdiCxO9AhEx5LX6i80nVSRheCWBQXNWCyBLn7I88dWtYBk6K/7prgzOmuUHegOnBWA knHJT2t/vEZP0TcFTQVyjziqY2uXxW0JBJYLly1DpurW+LvoqwSgHDgjECMHWJSOyuImMDQEEEh7 3DsQ25hiTZkbSwetD9vl+xS/Ovch2ORRRBZmhNgISIlsY4CWyl1PvYYn3w7rEHCxT9RwT9rIefDI y8riuq/EQRINoCoUQRsJPOdv5lGYomWw1sz57Zsj80SdsCNkj5F+lNBwAWP4F80a8GG9rX2S1P89 J02MhIumLsfU0jpqD8tYYBbi3pxUVqITJMZuVkc5W9htKvd+3f22FEEDDMTEzwJQ8zs3IEhO6NPc 1mTxfSnhx+fez8L0mrv2+oNSOL1kAq7PPnXlNQG+lNeYSuqNGfmb+dHpVRHSRBOX5bQNrB82iZFz ESJ90dh1zbYzj5wjCtvnfvLHjCL7aRrNEZDQ4jL35rduSo/NZtIO5b+UiIzBSM8w3fPfdneYMwkk fZpUWvbKUxC3yb7FM0f4VNNlDWX0km7DNG1vwaxl9AoGCU33mhKX9yWUD2frblvrRpjSs1s3Y0Zc V2Ktf14IQY4x/3KBlQCc4USey+i//ppok+V8mwgoPAmfskGXop0ocqx+RU0P80pqPd4zO0mMiaaj 0AagEJrW7CFzC4M7zmvzfMaX/FKoj73FKUtlvacSJHvMuatSupxxN+Xxq3vzk0/7SF6YYUy8MPio 01BXfEr1mfP77kAGze6JjYOhpCqUnrmeEXxqcsNtFZdyUC8YysVIL2p3Ot/lIpl9QuZUotLu1m4v cDcbtmXL0XlSEa1Mv3y74HZSaIMDW1xQFJaBAAdxAHGBP7IY8tKUhJ/fEe6qFojs/p9oMLK6duE7 dEKD74QY/GnAYfNgokmzOaWv1NAdRkWSwChAwUJ5SDdtiDYV7rYeBAGa1ss1xHf5QL3CAWcdKg0O 0SR+Ac5SkRJyN0OVYYNlsu1As932M1uwc62EyHguCRQbEoL4FJjwMkMb3/9INp4TnUxsxuhKz0wr qQPlTWWMBW71LdNoRKlL1b9VaiU2A7CyEZtUTyjEvh1WMb3MuemB8nu79ORP7cbxXjnqyENAjzeD fNwu+eTt8v4fj5tjqmGVF6bkIZfb1ZFLO3C4DHRRyeLHHxfo9uZtpWSew2jMna95VQkAN+oWV7bt 4ibRwCJ/yNW0NDTD6G6UJtA8AtCRBcWGEDSUgZhSwgNLERl4buy6IZ5RCJARO9g822iaJUmwZKg0 PtdYDOWHNSTLqoxBhOmzvnpEBNm+XT0Jz8WDoytNlcAYwInwAStlC87zCqYaOvkQdpasYXMTXeYN GNrQVbbRcPl//mCMY7Bwu9Uo26hYSPArFOJCB6SX2dE4Pkt7mIkAIbvOH6XWWtapCFhAzAUyD/aS 17Px6Tqv0yEvKBwxLInKICDUydPJRMPmOO7xkJG2nqGF72GAs+wdb3ybkZrOcGdEcCW/fWJn7qI6 D3fiHhmXGVCn/GbApQb5wosqx6QT6yaU43rGLd+WhMOK7Lggjoq8tdSa2mQgcYYO1Od2KvxmETmr q6o25aDfxa+EJ53eqa6seVJsXVuwIzdj+TOYYh+IcDZ/y1IazV9BlFQLPsX5ZlLyJ0cOEpIkvwot yS98i/itY/b6zGB+E5ZkaEKhWfUDhNh/om2zQqeSo1mvz9l0yRVFH4DqBlF6YWOQWfty7smnKR/K +b1dRiGaroIVw7U9WA/6fKO29IddVIYgqqz97uQISqfEgq3H23dRJqWXROmCKMuQjcACK9zVsEwg SWbAzWUliqyRJZODD8nMG5d8xHz8Rsmwy0Cu8f+YQwsLHErdb7NC8nYu4tQPCw2FBJfzizFKwqRQ m/2yDaXIKZmBke2uiQDiy3yb4RTk28VZZHFZdAUHhhYf4ACQGT15t5w8dxB0B0K5I6fWfr9d/hra xcWTtl6LzpzbRnrskMuEAdrxLujEY1tGZjNHZUWeqKexJLgYZCLsQ/iHp2RuB0vpa8beGr3WOulG BiUZo6oaqJNox2UoX3ypYATNi8UqK1A+cKgBk6C7ZruU2c1TbeZY/UY3OO3CL0DTxJfBsNsuawKm 7lEnHnI7TZHVhm5ClRX9DZZQBJH8GYa9d7sTVmyVhxK5EvuqO25nLHTm/JtN1/k4zH2a1XKUbkjM sAiGFnKNzElG0m5Sx5IuyKbs6SEiS/NMxcWMzEF8KAxkWPw2WC1lYHcLUHRY6uVZ0OVfGhRfYLzV KP/KF4tgtdFrDxZw6CoEiBqqnaxHjs2a5ZTzgatYJioZLZCn8WKhT0tTXy/V2nRsRmSYOQYGWKcQ UnBgeFgJ743rcB6nv5LnZg1YTcz4UCzFzkWsG+AjKRL8GOj2dFbSZUqxhZo8ThNC8ZmZx0PUSo7x Rhj2mVknyukKgAmm2JeVkmXOJOC69rDuSTQ9jKYVKNPYzjWnwOyRG17EOJIvxOnDv3h04EKqF9+k Bpdri1bbK4eENSmqGkGUdSR5FWqRbEYgcLemJrhLNETb60JstYLyiU9JCF1c0zSxdunl6jVqqck7 Rmmp2ZAPflKiN4kacFJ04aghlTfzjsYlBHkJprz1IT0a3HBA/3f3QbMW8H+FDwDIvgwXJIy24kmF Gj1T0Ysh4qusG+w1zyBJ//VDEsnFZ9INOqU//aXRNg1mrAOy+ngVB3i0BNrZHNBpltPUQ2GKTTJt lw8SwI8/hZtu+87qGyg14iKHcbnDi2YpqLgwR0Ii0y2MRCcnX0KFxgjLc6iS8EukoGWPlYD1umz1 ka4oQgtnWRQ7lAE0TLtAmlOkezSgV+Tq6fqIZdv1fvyl+8Txh8aG290B+CJUnbvcH8R79x8ikzjB FjoYBKNzMFdyTGHLORfWsdVTiyO+9nKBdOIryTTh1do13rKuYd/oiN18vv/jZCljznHueZ+Fa/Jx KWbgtWuMhH20EVTJZjT4bqg/5pb9wW9m2IZM0aP966wkpr0CoMVcQ+aMaizkk7FHXnrIQwM4beNd vAjtkpKGjL/xkJyo04d/XWkEo7koA9a+uzJLUpqwjAAK1Lk3V7fyjPt0nmHQwbrKXBypxIR4zso9 atTogM7lSG3eWmgPLbhtvkYjiXZQ2yO10caK8rgQUOhBmw6bgZt0B2ozC4zkJokSWVkRaQRHELX8 nHJ0mYshludd/K+tf+E6msgchvhFiZsfoCKbozuRfLJPXBptLEf8lg4ApYhkHrri2NioU7JDKu8z c7zGslE82y2ERzkedWViUVtmgM7ETtr0wu8drE+80jGl5jNlOm5VKCVLy2G15naDxPly8GxfOJQJ uGx5JY1rxAYqbWVc5ALPTfrouZYi+1IrHFKgjzgmv80K7drJyR6FDhcjRDgxzxNcqdW5ivmcZvfV lIWGGk6PMQG6bB8ZZlBsprgTd3I7jjR4OfccUaVRUBlHmcWCr7bFZRMxbRMmAnwR8bW2Ha5jkkWc RxpN8AIdC3isE7+FdwX8VR7jtSGH4zmNNLEmK4SQTyT1VEOmWciXiCIvJPF3htQEmdjALPksd0AW bJSTWOa3l4nS0Na/3AqKaShV7pfXWeoTAa1EZ0hKiAgohV8neDSKCIvySGgBggmjIXMtealprxhQ CuOxLvLT8JFXIXqGAcTQBwkJw1ihldR6C7m0RmIR1Bp+zhK5+KIM18aYxq2l4rqMDrGR1j46smoB RZ7QVC0xlGnVm50kZZIlhHNDAqJ3Iror+FN4yYHaj945RK9gwX05T4eEQq6e2r0ItVIiCUkterlG iErZ+bAZvV+6BHVKY0GaawXfvAyBqA9nRfxMkeMW3jmZq3oL+FVF7nK7yGZ63D33N4jm3aCkL535 IBEIXR0HLbKI5vCCnI+9rxo4FAXY1sf7P4Ri8g2wyj+qX3lBba4s1vfc+TP6nvU0Z0eMFMJIFxHI 8CSsSaxBRwIKrv0FwIgJRyQb6NbAV2nCK2i4tNGp1UlshMdyktvtH8mONr4fTsotSz95EInq7SrT QDumWY2Qg5eElBMloIgIczQAhNjWYtHTm22JliUFdLyGbnjt6GdCLfNUGzEMHhhW/pJA2FCQnu79 FL9dcQAoS0iNRqd4SR1joIIq+VhxVVyzJ4INEqXEhX6/K4dWyKENlp+SiqIoTSn9lnK9e+8vnbAT V117Ka+LioFFiDoGG+rARhK6qVvmVi6dFQVo2Rv+kYfegDcvwBLNFyM19AevvClxpbRKjtSplTiH 7nSaeHTRhiLQBF7Rlcy6tOhQa5abgkMivVTq+n1lF+SZ8RNEBO/5QhTKUrXl8dqef3hERhLILOmy DM2PLva/+NIJ2tEgWQmUGQ9tF/SDUOfLxwoubfXVHWrxajyiSf/CIPFxuAI+CTqumX7YjeHWQ4oZ tjhQ+xJg8Ug3/Nq1FYkouqebVt7RnJkxYGzinhRwFm6V6mSVWAwcmQ1YQSHQRyo4tYesmptWxkNn 146o0WHoyRNTALk+SbWXEQcXlDbHgildH6DhUqJL4IGwNmA5v5INsbDfb1flCdq1HNDs1gnqERcy FdF1vlJ5k0oNgKsEuPWv999kw1hERNgI84ACWyEL3lLQCkKBrRMCSqEBMU3VBVjqDfHUfhtUeUSv cVzogau+KibcIRKiEVrZp+Ac8g+WiQoop5dC0qjQxLk8kXwyzsKqDCSuiycq9uxotoPyDINYOc2s 2kI944Dy1fvbKOVj+Q8cx44hVu8tcrHw5pWGqk3TdMPXRAQUEOXcZzu0YXdMEw1wXLiZKSTSpFn5 qBifcTAGkuk+FCcKNWX2+Y6hqqipoXEJxz283ZVlISptSacqeOtt6nk+2NvXGQRLAFQ57MJNdv4q cSmC60HtC3vbAyNMYWHxsQ2EK+fg2uvGmEGxOWLWQWLMOKkgoqqZdE+faBj9HKdVJ6ucWW/uREbU OX1lN+UGsyWeX66QPZseWrRjuobCfxrNH5mPeR9/MyfytQDhpMAC1GUrEJ638dnUqy0X4Va8vmA7 5Js4q4lp7YXazAd9kd6qrlEuMuSSHCtgrg4EvLFkQNXbtwudTYVCweyt7HcJiSjJLB2MoNr7MMqz iUBGt6In3owskkxQySSAJ+Kyy5rpPCH6xjVohZRag0HQ0lSNMYIuk2Imgfpek0agkXqgdAZ3UsUC I/zwgnW2XRoACoYefUstRJaoQs8sVud6rixw47x4HCNgrYkiisYcVCV5EtNAlJfI8ROX4SIUL4gH t+Z83C2jHlB2TRgcsgAQ4sn76A7xnD1YZim+lkZSmE5DbzLJbEJqWKb2UHnH5+aTwZquMie614yu RO2GYS6kNOhDFnc2PK0pKgbDDecy/fmTaVmubrbPL4pK+FimLCnENlJxxBudk2q66JTLFpQIBCpR aoU29/hEvEyye+6yDbrUKTFyrNl1npfZr/go/rK6Mkkd1EBXbdg4e2C4j6yjtsJmLh9xGTXVJ+1g loQKvIgkkgrO2RAxBOzJWMuCKIhqKK/WJhw6plZM4FkTHDEtJGuT8uuqWFFc6L514Jy9NZx+KDoz ScjygfAxGdIWtFMG7mfC5TXGNkMxEJPzI/sxe+gjwhIZANVdgkox6Fj11Rf41MIfTG02hyrrAmFe yB+pRuQvLU84ihp1wvpnQYmmSGFeoIsqFbNJGl6DZMjA2l+CqwTZ8dR7ZNsXoxhRqKgMm2ESy7oN uBwpq6c0n6ErpaWC1KLb7l+DyZRYjKUZGikywmXXth6h38qxfjHCJmpKu1A6IM8S0nQTRNFIH6RD SzglKCZbYjkHJixpG/RdSjnHyQKoJEr2W7W7At6vXoDiONyRZ/S45nzn1sQCKDbXLv3gMkEpS5a0 LI82ECS6VrdTWmRMhlbs22XcrszaCiQH43EB7shSJwS17MEExM8S0Xy11Boag5Syj96o5Z/lzAgL mUtlCQppECOg1AVEKodZgYMY9VBHsQ/4Py9qEJmdn4bf5K6KT0g4vE2AtV0Ofql8HFXGUnv0MajS PX0Z0eiNg0ocIqgahXqpacREqiQJeDCQ7J01ySHM/3CQTn+qk8RKabLRWmZtSz/Va9UYukWlSo6L C/eBDuOhbn7BYtiNfnjNsjteaVMw+fAmXlvI9FtSit70q3mZNMpysZB/v+h4CVsHDYSzyCt20LOp TlMYgqOz5NdEI4Mwcu7aOiY5IuKI3YLwP3hjGMzHvODjos+ja5KzpuynHHJqJ/l4p+ymJWTEaHzT ZyiPfhIljRkky3SIH0VzjJgLuwZjqBCpnUMyG8GoZoYOFHaRCJXSwjfcWXHIISocxWWOwkWi+JUP MKS5RjCXcegxAzgUUlKKadZv4qclIaSYY166SuwkLXUngIbwjdqtLjXR5gjSsI1nxOYLLPCmZfSz Bb1WcM+PmnNlABAoK2+Oti9ZHtJolpT8Sh54ZR8Opho/dWR5wpWMIbWlryZlSE3YdRbp/ChO+XGO aTWBtFeTdcaHes7xcTwTKj4CnQ0R0VVtDIZUspRLEDsSu7bjRJ4Xc0HSWD3ir5UeXmrzUiZa2m6k pcG6Pvira1+IQlzTFyhO5gnK4EWTwkmWUPrMBF0ntcmUdlnBJWAOots+lLdA4ooLZcV5VgSH1VoZ S4ft7IKifagQ5QRw/mPtQB8iI4/YBgZWuJhTtCrhYV8upO5cV98MKuRvihF1LE/QgIf7k0VTATIo g9vmOQSFHnQ7UG5juHKKwnY9CFxVO9c91yeUcE7EZeLleKJIBu13ObaD7NvnHAK7mfh7y3b4wVE/ SwEiGPF4KOhURSRDPyr1TZKmUaFbqX0pFaMKWwqMSXFmvDTguE8DLyoJ4O5LtXfFV9yV0Dbrac9K CWzL+aUojjsvmCGHpB0Rv3OAsBwzm9b5iXEcTQFbiWz3oCJtB0zuUqEwa8jSW1tueoizKM+zOIkk hX2jvIPBCCHGBckYDlVOMvTSuGV0RNRqhQbmYq2wF091jcyuKxkwoNEN4RkFKVjWVhjUYeflWyVK OMih0yPaBPkDOG4XXe6XQPShupvuKji32dnVNKV9JeD4Sp/RYKG3eb9fhXoXYEiF08buskuN2Z60 hHQa/NxwXCJhDixnJAWEJZ/lPpFcmNSH58IQC5nbD2mloWxGskHViKOWkjHH0quD6Qmbfw0MVdmQ eibfcQrPDWccMsuAr80npybkAQpfdI5NccvoYnTPJ2+eQD/EC/1gMaXk5hrDDElWZhd3wTjIzWXT aDlUYe8Ui5IVP+oHwRtOCoSeyAEXHLZJtOO8lzPyBdrK87rO6EakQRSZqITAA/AKLps16CSXFG6Q WVpAyKETVzX80CBFub6qfZvhmxenOVwzd6vhnmdCteQrRSSf7IQo7MzKHBAaOjjSWoGu2csXZ2wT S2rt5oIItRXHuXFVQlh0xMIe+9GQi3NTt05lzA7pgtpI4ObG9prYoyLZLARERkIweJNu3qFvHFW9 YnElOKUZevWzgEDLyTtlzNThVWmwhMGrToUJJAbMdeOyqNPUPzQm54KOOabIo6rYUIgPfWFsi7lr GOoH/HOnXQ3um1QgOCQP9kcwwfrsDydKzJwXdUJtsxH9ZUVG0lf0NyfjmzBz3KTL/jXA/mQMm6OV PAMCcpo4g3ye7EI4zHb66IIsQTmnNGWQ0lEylXepTlj3P6PGvQvYYdhyRE3rQ2w0ic0iMU9p34bO A46o09xaQGNkuw6wV6HB+UYWMvqqt762IzfH5ydjLIWGyk7Nk7Uhc7xXiEsYlCUyMofiDA0rNZij lsx3rER4YZmClmaUpC1rKqS3zt6WXdfiUN5TfjvK+lpCkrkUkiUFyYUVFQQzACpIrtDy/3qWMKg9 FjvCSQ1CQ6DNnYnIdJh4CKR7DcIWPQOC4gjVWPTRuICfCRRTqMJUzuasBgMyqZBUaQ+GdR7ga9p+ qge8VTTaZvKML+BCqsYUpol+eelmlVWWXFmDZO8/OHIIw2JPOjXWDJLJetUHHdJL9ugSf31HGA+N um2SqRcX9R1O1HMmLVAiq9m0q7h6bjss1QFEte0HIxl60mRpkBmOkDamFOJq7IkvBbg6ZXKQMegg I8SQyUKsOBaL0jG9hHdOEbWggTvTypyRi8gXyiNqEoazmzKbWscU9fK1WCSF8JfYqawhQvgGJL8m 7Es4mogV73mbmkk2EYrmEIpJueDqQ2AhcEJelpCBC3VmKNCeBR/zUAKqKMFAt4wjC+U9WM7f0TRJ U6FOOpIMaBu1EDU7SRjEVXVgXNAgSaJTJ3igloQft5XvzPGiUz6fwvQuFSxMNaWyrtaCY5ltTkKT zKEpzOkk/RJDt8ygvFktUdcFD7NNlCh0rwc5kOwZ4ypSBNNuB75ogqVn6as4F0DHv0FkUK7IQ7Ea eVjEK9lmiTzIUUtkjm4b+LitnIG0cC3hoC61B5uoLbIhy+VSuDYcko6T9gA4Sr+tMLZ8ECxB/sp3 nI6bzFORUnfhYfNsAYykNWAAUHD5Id9HWDMuLLCX7qHN9eQbjpN9zzuz5xRjkqttb7ZxTVooRhZC BVCVsB4kWyBtd1zJyZ5rZPucrz1Jkh94Qi8W3Xl473XDnNOV7el2D6R6dhvtbJXzHFgPH3Lec8I9 yMLDpDX1IsseX9Fe78dPT4XzsHbPm7V/uqf4ujfdU9V7yqzj7hTz2Pme5a69T+juERee+eZinT97 paa3Uror3Fn78jxIzq2Cbmy891xcN8/458FN/+7xtO6c8xSm6uOSuS1vd7MkOmVytaxzL8MUGPCi hVdfuvbxOI9a0sYj0B+IU8XvYb6x6AnqjdmD0d2L6cI9rL7n8npcvIP16qAhcXHX4VOLnifV05OI Tofu8XQ33E/Ejdbfj/96jq6hv77+JQ6sRRwh9rLQaHOfvMfw242Y2H3ofZpWBHSm3mYko7hLNYl1 mzydeQB+t/JFU/ec9nrP2rXffi8k7TnwT8/7tZn2PH4KY8gjQGSkld653GU9krgbTltocKI1CzST aA8qFNEI23EX9nLPnyREKy21kJLbVXXgmQBMhULbTMkEemQ3MogpHnBBYs8P2tSDnZDnYdHdQ5pA LIRIvNtnaWT/koR/L023+ZnJZBi7z7H+MxMyYsMx2/PEXNN9S559w1qzxgLOnrXFUPVkUDMTPKI+ 93L/fp7lv9tOZy38xM7Rto92zyw7gQjixIyTXsw8U7qbHLt7FwUMLWbpwXBBobzj3BzKN+tcuZjR sRPNqUv73eBc3EEAa0NhM7ieB1wsDk0JAv61fSU8Ag7dgBwGlInw7KENGOHphXqOTWvySP92u6yR 4aRu9QBBetIPKMARdquB+w0pQI2xjK4F5Lxd3d8RMWDEGRcAkQX6L9FZJG0/BUJLWElIN6i1mlac gmygzAfIqHN/4a7T5gswre941V2TPuwLpOIDPcretVoOkSFhLatvjuKaGNQbE0VS80W3k4bm0El6 R4Fc1CkXNrCm1fZJo6iNzSDAnt0CN6EU951qBtooTQzBhN+GdRMfppoa0hBdo6nb39KDZz+SURjC ogaDhGcUWnXQHJw29eOcZEP3TdQM7HtD+oIb3WKiuRIJFM/ZITkTg746m6j0nYJwqnuKc4pTZwaO Zik9c7sRDdcj0qOSNTFTENnRzCDbDNLTdAc4iFdOB1ynRc+K62AshaQslo33OL68ldB4RNro2WUi dmZNuqLVlCK1EYxpbmlYEyqBklYE+u6vJ2F6aE4ttDV/mGgdbDqbvjzPibXQSPfTGqUESSfuVawU g6ZuTDaSnpvqaYryKgpJKNHom3QaCpAYgdKJy5k0Rer+0mAaw59iRf6b6JDkKuiHOs7bTZENF2QY Ly4LGgm2u3wc7xJkGJjsgWEPGOHmIizLcYGd23AJufLdApFABtBis0VcaPn1BAIAmdu32du9+l8/ HhQPowF174xOieTfa028ycQnxmlgjx1ELOfqQQTfP79+9Pbs0QQeAU+HlNQrpBm2/w4KN4Hx9rcL lawBo0yF5Ri4OFDA7vHtXS7UgmjGXMhghD33MBp7GUBE6avEgNDYN/DOjomJoRirOFdkDyT9omLD 5WtBU17meSbsPNdJ79VfKMpXzrFPHBkKQHhpMINPxs3Eg5hsIQutXfaULTm8HXjLBLl7yVL1l5Il kjKCBB5xxiKX5gvfK7WxmQIwCeCFKLVk2xywtIgGAVsYQtIcHirqK2vpOHUgskfUzsd3lHnN/kgE MGazWMjy9Cr71eVhmeMDdjJnL6hFv5bNklGow0p1kwt6kmq31rLd0K/KzIkyscJryipFvqSmrS6D NcfHMh9xHEnakBhJTebJDNEZaz2Y8JXAV/npGE6bijCJQb5TRGDSJW32nJGmWk1qes5eW/jLWH1q RuIldE1oKnvFSthFkjC+1FPzSn/7HPgrL29G30/hwl/3tigOr8CQn/a/dLZJCS4l7tFPe5LdJiPL /yX0yURGHvK3yWlz2KDGxMTj4wvILtS4ZNnBfgXwLIUuEKqnIhrG170YGv2JooU5bh6mZI6mhESk n8yETbAkl0y6PqWp4jK1ZDfhIzjoGKgvQmeEKOICi630grHiixHpoHBYPl6vZl7+kZ7veokW/zBS p5EKN8gZDcFeD9oIoGCDwYBbeV1uVjETeyhn0wXTQgcyBJRsJguPHEaoJWLtNol2VBghXKXDFJf2 pmezaweZECUl3ixAx1ramE6W7ZWZA8Ml0qqAZIBFUv3irKO6K44jxinkpbqiADhzEuO4ZvBaeBpG 4qwmmTlV35m4TJt6KeHU2rqwyU1L7SZy1QWdoOWUyirUkNtT3IrG9sfvMo02IW7qqhfmxLYyTWnO LLWK5zIUDOqoXXnN15rZmYzPWdBczW3T+KRhNseOjdtoGHV9ak3GzDt+s34VNgMSfvP7esaD9tyh uTnBnqDZsoLY6VQzazLatwrpxuQIzuZoikKU4zlntbeKgWzzXPxUc9NgC5b6NnwzVmZkDSLvITTk 1lG2hYuWc3KEuY+pfWf8n5uadZrqaqFZvXMBj1mTcTiLR62ZhyNIcY6+Fbu4i4sN1I0JVrgaGoUR iTwdpspW0oii+nKOi3dkY0e3Tb4x2H7+gr7Ch9JYffjnenDmLArBqJ0tLay1enjSXXiL+1w4ZENb oESWlemSFDkn89Znu/smIv1MkUZwYbDDwRJ6tdYU7bv+AjTjuhg2+1U4y1WRE1uGy9tRXxhc2OEg fAKzweDsHwWMGSDz/ObZSSZw5nhMhH8YV+YArcFLMcgpLu+YRQcOLOyITdZWujOx5Rujh5TG5Hrl KhGHDLQJWJTAqQKVAKB+NQ+rFuDQtFw0x2yiVIa8Wo2coIy3nMEMrjTCuOaZ5QbxYYimaHo0sLRB e6QCtwLz5oLvZkPIK+rJPo0+sKIMUy19jMieh1Yq1UNHP+2VBVOcvbRQ/2AO/b1XxqRgwOftUQYw 00MMFAqZS/VOqG4OiLIyrsDLF1RTRnOs8IV5gjbmUBCHMsTgd3cFpQD6khR5EgmOi9/kTJXG7tOE KSgjK3RFA/jy+FPcYZkK5GAul9JIrO1r1V4ARUXC1v/gNIAlruw5kNiKWMIL2dDmOdv5A3/6eL2p CA+ZDvRgziysuWeWuRoRezMQ26OjHtCR6WfMWzLLinGV5aRs3IG+As/MJp/Wz8GUYihZE4gqE+cK NPpsxwmyIqDwRoTbVAAfFMpk4639aMxxsKJ8nd/qCp35fpuSmSOe+HsVtlwdY06HKnXHqzI0vBgq A9ZbEMbt8z+pUGiVb4LTauX4A3NGsSzO39sgWNOlDC3x56ea+++zX5AfWaDYNVwM6OmXy/KOAIgi qrIn/ErnOOlHaF2pERfhxPbEZtZEgZphO134YnWhWwPyfTpti1C6TuZt+UittJcZlgLk0LpIDwFd S9IkMqPWHgXMszHqGjkFAIif0uunyY5/hLWTCSpRkRFUjJcyIRfSeO+bgDRpjbrdfAFdfUj6IDR3 Fma5Km8wnlxOjOIJ+T535FUGkuj6wNxyp+UjIEmgaSaZW+R/OWmGWOaxoN7MKISUEXG+St6mvz6V aWSzrNgo+ZbXN5iDc+rcGEaBNJ1X6NDuj7xIwSfWpACQosQ44/XueOPwoB4Xtmqem+hXIUGSYWU7 Ta65bkgljXo3h+VQZi1KfFJ7jxAzpnkJSSq7KUChT9L05yeXDsmaqGwuZo4Shpj9QarKcZ/PCO4w YcUZTkt4CGGT4q4nM0iFJb7EbZOVzjVuhgvEAmBHEmkyBCRVnTL+gC6Ep9CI//ZsK0fKFPHruIne TKl+E1NY/Of+42ldxsRxumtixdKMAP+/PCsYtZo3N6UzS5tejtlML4OMipTLIjXHI803cdE1EFQf MCKsNrMzIYJpFfFAt9c1dn6S0uP9p+zyAU9o09dmc1RcIdXYPejeedzHr/79NBk0j9SMFrSIeRHR SW9D2ysMfHWxWMAEFh1dgqwiTsRVw+i9ms0kRRYHCw3NahFZfpvd6j22lCvVNBmbANH8Nxq0rR/t W3IiDdeWuhLQigwTmQcPljVoRqoqHQJA8agaJe0U6LlIlZb8O4cVx7iSjoizbZVyniIBA5CqcUmu urJ84OsKiMEnXEiUSG3GpHnXs48VOYCUBWdN2UPAAbKgWVyZA3qfYzbDlHJ8vXDUdh4qM5aMFPf6 RSiUygu11qiXF7iKgnJvbhu0wzoYEqjlYejU0ihwUktR0mYzXbEc+CNGQitYIKtr+oC2skTYLpJ1 J5qeoRWU6eF1bjmvN4Da+jwuwrF4EcsCWDUWY5ETunML4sRr/U8SpUZZsuDDeCBwXxFI4ohGMpnA yIDarIrkFsibitaBJRJZt+EG2LRHvtwyEwRCSTOhL+TIiZMv4kJg3Sfb1p8xqw9iL+2G+QbCI4rY AHGWUfmaqPRPiiXDWKqvCJ8j91wMHRJH8i/oEHKyISVmP0pK0UOS0kAkNBWJDpeo4laT0qvwJ7TL L/QQDYoQLYsNRoqdJImUJKkhOXoIHTRsOnSEWJcoZ9LFPx0sADq5WRghoY/EGjRSy0owiyQX7lBm KEz4LCtY0iSEaS/xZigZuGlBEb3KMyGeygASu6BoLDwRfNItjsS7fI4mHckHin3FTQ3lCQm8rTLO 6auxi6xGHPAy2EhMiADUcQRko+VpiSFBMJU4GexxcDknrwjfuIXeZiPB/OplOFhdRXMdizicvpKN v4Yko4BD6MzckWBoQUdLhEksGGHzVZZLN8hRBaX9/FpYTZny3u1iQHNCRBY1M7s0wX+oRiNuuT9U 5wgA11IHpc2Zzb7mog1rYBIumtZlYS5/mCojHd50Celmi743DFPxm1gUMYqUzdlpqTGrMBtFy+zD 0dj+9GipqCOpghkwKAyV8ba+4hSVR1n2PrfqNUwOGIehQeyRhzYFQ8xpxJycSi4BP9w9FcsWipYJ APT+eTsxHQB64T7RFFCIrf85Xf0oCBtK5MdsKu5e+LRlLOItEFQDt2QThOkzj9dw071w3IEWJhCP oqYchIkNPZFVFZLYVSRgM4mtOlTe43TxVNG7WUjvMUFFD1P1u6Ri9laLbC+p9aE7hWt3IiPa/Ekh AUmyprV0O5cBERkP2cqJS1ZJFw4NIsMLawG9DoNOh2ujg54TN2zx1wscGzIj7clgJIOYRV/zFJ8i J5f3Ueq6KJu5M3Dxl8FkhJqwZxmA+r9r+5cMi+dld80HS6rUiFoy8sG/5oIIZyOEl461FGjNWwnt yBBPBfZKTAxLMZlUXC9Z4kpnRhPfjhjRFCzlpH/2vdpyWRDVu5zBT9TcIE8QZJglPbHeWEDegsRq g0W52C1JpvakNJcwyaHWYNakkmkR3qYABQHGsIisuxUoBO4yazOJAk/lDhI17TCDEWWCQSOjjQ7R T26BgGPCPNYk7Nkez0IDodBdZpZXohovA+rcjl0E+zYMTA7pDrzUH5KTXk8ea04R2fpATDGPGwYm 7XgUinPY3nmXXzJwZ7MLnG4LEGwmv+UnLMA5AsRFW0F4R/hKif7XDKe+kg/fyFXCBOU2yX7AGw9s NreEzTgkNF3jALAUNRIFMp0nG1aVtTOmCXyyqYf+tfYREG4+guUpuASLOJKWA741MQl3w4IJxEjW KEtMEhmh5cCZy+PNVGKUk2hBFw4XpOY1EonBpd5QErK4Ip9YiptDBuzG5EflvbIUQ7IU4yNJS16d x/C5dlTMdwSHMKMcOk2ViW8LJsfgSrJvqmubU1nvctmspEtAn4UqeDqMYttlKKKSs/7lLNoA9rwp 6XaFbJebcsfqG94Zzc23jtOkQ1oMbKq6lDNbLaem5e3QybvnqEHqjQbTEIsdlh09Q8x4ZGaGVW4h 5SCm5gJlxb1ehJQEVn0nTDLIxYuHW1h2pBllmga5uT0im2DwtDEsp+ixzzjn7X9+tyDlkEUurwsu Y4cELdVvQNax6cMiCG6TfyCfayR5s8JgykQgzC6a4BcgQActDeiQlnqUaATxaYyFCAQhBBPmI4MO Is8D6b7UKQ8rQGS/lqIqJBIb58izMu5BpYFCR6Hv8SUpo31XF2vOoAmfsxaG4gkBZtSMjp0hqQTG errGhcUtZQ5G8ppcYJECEC1hy8EHQeVH8c2YbYvyM1fuiPPypPjRuS2ReqkWLVw42nJMGZNGFJlE AAJRuCErD8h5+IMJUbtK+VWyJQkf9ZyFNGRKDtD0U5rBQcMc2AIjrMLwLx9yUT0FtiFJEVipxC5B 4Orw0ogQTMm2tkMNpZraVvrGVSAVgre5NUYjLQr86Z50x7IrYq/DuC4MAb4wIP1la3nmqJUt4yJR Nq8ua8ud573LbH99fNtBlW/HYV1Fla57EqN3oZaqA3mn/UG1TzillRbRym3Dx2Y07CHaoGKaKIiA IjCq4uXKVBQkFz20SYAqmtCUclHoCnv3h/sjhU5cZazeG+AiL0zUExS14Qs9LITijei/XplykSax 7BRROjZi8FSWRcv2JCDCh2Zz6NtuW+rTTvsABh4aAs2nx5LzZl8o2ZxQsCBA8lX+0n52nAl1fUbj BpYmjz2zKR+IzbabdvOEw1ZU2mrss2hBPrTcyEZwkjeR8fvFVMLEkZQ7l+mUR7uaBBzCRVrKOApi hCA6ayX4Wdgj1GSR5yqi6kLbkdEqTJVCeqvYaL/fkLyT/hjIZjyDM8jpuK7bUuKMEq6bKDHCqrbH 0NjGMjJDTRBWVHDufjlfIaGOKymmFb6AupVFZ2+ckF3knU56eAVqOGmSqMSXpM2ENHIknyKs9kXb bah7uiatnl3ZBulisq8sUFdJkUzRnBJW8tR8PtKZPKRUJ9YykLxmw6Xs7K2MF0BmD+wMVfgml+hC oWSYSa5sSj75UdSSn6OJAnhwEPxpyWbQrLh6c3dQzzTQXzRFwxtYEzQ1zkXBx4IydOUALFUSkhRj QZwxXHyk5i5hyAk3f/JARXFblkWwm/AyHqxFYhEBnJdDhk64Luj4nCKRYFyHSADp5bSluwhfeJJy gmehwekFpKYiRNNMWRDKM1y+Nn6FOtmMXs/8wglRzzGI6PqyFwxypQ6tfFHVnTVgjZDZZ5uq+tMR rbzlHO1VNGYwWIvuPCol7FsHqJvcHNJv2SDLKMhO5obGthSreeVMi6qoJpAoEvEMT146+Wp5nn84 OWZTf8wn6+S2AnUCi7q+ljM3l4fO0wGhQfJUzyyYN7qMEWeO4b0ZqcIO206R+lICoJ0EaAQEMyqd yZx83AUBlQuw3xAUiRxYzaJSJdJyZH9aCXMRIfBPbPpGQeSno4S9iyOnhVv/6msC7nFGrkhhvLhU 3+/lMyNbV/5oXasiCxmDoy/LNKm65F4pp4T8jITP99+yFz+7rnUZV7keaglrPmC3CIxZ6sUFs5qe oY7jTHwwxtaoQL/eoETawUZXNBJx4UtpIwskVBVaziqrJzd5q3MaKPHpjOmW7f8W7psy1IlA3zX1 pOOumtmkgmhO28tvmxuIYwlkOyS1lz/Vs8uxHn1lQgQXSus8L5BcyUNHWTF12GhYKRByNmlyhYhW HqbZgAq56GwKKwLrOLAAYDdhWuKU41HfZpNBfAf4KCcxT5RPG1JJtjRCrCTtSjIaeP9xc0gFyQx8 eWkTJ2yXl5SuS8ne1CZL4pbGE4dXFhrdeVgQO0CplYuE2ASVjMrtJZOSUQlzRSE73NpNs7fpiXoq wNJjiZC3UOn87G6qqhCdys42RUWL5YFXGbkivDy9V3ya8kveXeaxHg+Jt4MtWSKhETWr3wCOwNkP UVe/LEnFsJ4xJ76wbYZyFMIVuDajo9fu/vYzr7dTRmS0Az+b1UAc5a5O0lduXuQoiyJCZ0iqEf1h KM5mu+QMIzVwLE/MlKV8vmYDJaSRkS3ps3ha11w1j1gTHnFLOMGCUXIt5wIT6RkN9sVo/cw8yyAz eESYpcprU0295gDtgsB8X3Exjqp8do9HGQcm65D9lYB1W4qeinjZjKjR6GaycR0OO161QAnO8O0d MtCEoRuHFjwcCRGjxyfqZ9qZehassb4FC7eaZuZJtO0fcdL9FNKrxj5f3cYbpNBHDy4po+OP+nRX DmLI2j3m271gvKm19d/KdqK/Px9v/6RLbtS+CCJ11kIkOcMlTDSKhNCAk4AjIkEi5kCkI3scJ3hI OwiHbGYc/HRc+Ln69TS5Kcm2/QNMPZhIzja0TLYzruwn6Tnf8JjvsxaVDdn90kNibItms7tqAoQR EaymrwVb3THf5J/hNXGgEuTyWtoM6+q3TNWvbIoJLdvpViOTuzqs2txAyY1Hp1b+vSBr4VKL5g2t 5uQz0uZNA7OQBe7ZdIobyErUiA+6ptgKgAtGOsyZ/HFN8AtHhCHgmYtwhRzBdf6RQKQC+knFER9L A45xNQHDKLXoqW59ac20W2KlUDmdOKJbfOlnlq9b6pVNtwp7hmE8bjyhwYSD4qXJ4gHaKCy70pWb v/zOVBpOWtsDHeqnI1jLiViNqFd7x+eSTMo9Zh58Q2gywVbZfXBKErJQizK3mJkblG6xgZTK0Hkq yQefMW9VqyV9z0ikymZHBTx3FeEAh9GYXUNjvsigCMvlyHCrI6L6gKQmF+giUoGsPmqx1JoNe1IZ U6MrBszZieDc/JIbnGtzkHY8lVNTRgOkt+IQYOxenpIf9ERkDx64d//MVaLNHKIx06agRcqWqCLF lG3ntAhK61cCEAT1b3OZHqSMNB41uTFMih4kJkgPorHyQhOocrGgLCIU9/k2Zh0tcJMNydsd0Q2b BALbljEG8DksRaNaQpUG/Q1ad2shiAvW8gEARISbYxKIEhVbbYYlOrmHyyEz6HIbV2dsOC4sBogl sRrz4t1jngFX9VLS4In14n/OXpqxOO44DyhPlmLlrZsN5w6q9EzC8EJe02SMVvvwEiy9tDmn2Kei 6y4PJPiIloqgYmg7FVuMaXm92o50Q3XI14pclZF3o4q4eX8qQwmdDE2aUK3EFapA558w2o7dFhEE /VKOylD6b2mnjmzFIX9h10WSffeAuCWHR3dKWmFjtetR4h6XEVwsJi3Jm8E0UFLbLS/E1TK0f2hF yrcdAWpr7pSJlXhCgz5bIne2VYz783G3r8BeBdS6pGpfmy27tWcpkdwhNg1mb7Y1f4DQwMk/Yo1Y BqJDQ5e3tLqt89ZN1OajsN3ZdLrt4kZBym6oIf3Gk4GgsK5sXPDZPT7VDysMJu+I6X6oALwbsqKA HInQvVON5QjBPWVsy14qsjVESZEqnJNyQQvwNlFUu/MT12VlXsuFzaVwjm81gQlVsPOXGSCfHiti aNzoBP7HM5bKRSxD8JiHm+tDV1vbWDqrwTIl0RL7rJ8OVoe0m8BVrSi1+zr6QeZRH8Nr/bQkkXm3 I4sV9ZoyVzWFI95eK4ya+osoxV7m0TSZsa82lj5nbEyGYX/zuajRCftSEsx31BAYGGrRTekKAr2w vi6yCWJK66WsxOl1q5OV4VbPJNEMl1kmjWqMirluEeJRbTYu8qyeGJFt/OMp88Qcn+EV5b3IzMsI uCvPppQyBNhWsTRRY5Ot+whFRaJyYHQmqybCpIg+IF6E91m7gCE39glJCLArvhCFo5zLYd3773Ou ZojwisEVGXWgMLpCLvPsfg3u3tXorsTQOt0uN6gG1qiCYXgSLAAH3HY/xN1LaQ2WaKzPIl8TPzHC BdBHWJmNK/I1yBYvOlw1FYWlRNQ5SHNZmbbx6I1Giv65BCPQpWf2M9duoGoUutWwBlww2hKKZCYg gIZByMZDqDbdiBZJ2reZwdSgejQgJ3T4iyQSoNMU4x9B5UfYI5S6nfGXHgS/8hNHUzYtBEGltNQn 4dGXiaGDeUDaJ8Y0yzZbiU1zyyWAZFz1U1etHejPz2Aq6sg2FGnvVRDfIF/hYbCJzDjot1mP9QCW EiWiHEvrhtOolffyB2/9KFNLNuV+mWKwX9AAXvrEYMafXyT2pm1yjXbRhM/496GggQKWJsEsvtAx qpGcG5mFiVKBnu6fZeMaolL+5p2Gem3a98cGSex4YWFbdPSWpRXLCDFlt67rU4NW9sdgyxyJtgw4 SE6GmVWJVttRst+eMTLltkmJHFIDKXVRsjQerBY6u5C5BF7bWrbgYGmlGz2T8uMHCPTq4l00+NE7 f2fPHDzVgtwO1NhF/xadyY+rp7u0I4wEi0TleNAcg80Qi01oQoObeHafWpROx2uJpva2Mb0FhfTZ kXksDUehqGb04qqzUJRw7r9+0IKAEDxbSyMG/PjzM/EGYx/twkorIQUwJeQv8l9ocBzsyxmIM1cg /7pJEVUnaAEBbfImcGslQ3bs6KkFBXlPsgZT+ql9eY6rS0KIobSuKn2zBjvslZtyHElVWfPJyo1r bmCgClPMmO8cZbOdZBdYteqEMOSF2KGr3bBVANrY4AhId01Wzd2btjX3WBbkc2ancwvyeQx4lPvp 1Vf2nVWbz4XaubfL5bgpDs0ggAVKPDOX0s8QDblLsXRsXLLjLj7kEw1EFoxxm2IJB66aNvCd4UZW sT/6qHYXXjfDWXTCqbwfzcND9MPD5FbZ8J26myltbsB+uQl6yE2CHR3yUBMeG3f1VdqfEjBcQb9z myzIqcnEeR3ioBkNIy9bNq60fQ8rIB4zCFzIiRvQrNjplOyr0KpHNoA20m3q3nyg6RH9nwm74wbS iwlyGb72gpgPviHLK0LKqDO25krAI/GaP5eYc+sx23ilz36Xmg+FlfpbTRCOZOO6wEEimjVoEHEj FGsGpLZgu/DgcFtKCnCKSz0Hplkl4THXA0+5l/gAgWu6OEAwcM9g3fxaGBICLDLC8GyMEYBvn5vS UrYLCYO+jJdkVcNqx2grj4n+jaWuyIZneL02F+6RJksOXR1nwHxnADCIR19nGDi7yszbkkHprtIy IgmeeBNPxVhazLKc4Jj8xO/BfakRW5POUVV4rEOnMoMuaPwvb6HMNHh374POv5wl4lQoMzG0OR3f rPJcZcBZNgDomgLlqn+1wTb4h1mR/nMXlymeWJZqVtmK0h5anfP7t3lWlp/3OYAXhPKULC9L3y0l PXquZz1kwltKIGifHl712KRxameoMpYuDVmoyaNuqZl5FHw887mVTWQTjw/MNfNzw4LXmmxNp3Z5 QcUTOuQDOfsfpaFm3zpvEttcz7pHU1S9dFDVYh5FfZt/YgLJPT/C5ZygOWPerwrVQA705AptJmpP aRsHZoy4yL8szeKgRyqyg95XyLxGVvPDHiPqIbB17BkXFrSgRB46CidRToRElxJQpmXurwY4X6kW TQXRXTldE4PyOgtYMJkmK6nYca/Y5fNk1UhNWjFQPzkorrg8UqtWtZzoJAuOosK/LmdxGWDNaSGs cG6TaiUCzZMji0GJw2oRUBZ0INkNCx3XnhagN45zRpzpZG3IIw2W/HIJpaj8li9kkKfBrLnYo7fB hUBmPCv32tBp54mgTG0Qd/YpyVf0wh9L8wQ+3h2uqACAaGaDtYCJj4jvhhS6hViIIdo2Q1lGItRq aZojEPj3axMNQVJ+UpTSVgzjfoX7UhAJiLzAwVL75h0LhdsQLlIjQ/dmtnvSgpmYQE2O0f0UBxMd 1RsPzWrvOi78dbiyvIjWHziYnfd4inwqxvg+WJM35kSJEjnvMVXgbGYnwmilJoAefLAjPZbzKIEL C/ocxiwrE5JGyRJMp4itiZhRHRmmlQSIMnXt7IRJ7yUwVDtFpOpZuxzDhucIeH8GKGRLy0t9Yk3i prAPTDgc6tG/z4UX5hjjViN4j+g/RZf6Zuew1wUsVc9cWzBSByIfdmX84hRn99tP7soHMsWKNmqw kIDfDVGqFIkd/AWOGSagMnavgfI7L+M7QYM+e+ppARd2npvszngGNAxmPVXLgx/fLtWifYUTHFVq EsBFZv30bL3VozwoqgvPv/ybs8ETjqOcVmgccPRrw/HjVnR6AKSHW/vMX4m4phryHr9qXKGpiKPq FXImnLqIF/9dU3YGnbZxjIihln0WoVAuCr0jRQukTsIBF3GH8JaS43P9JN5KZwZmh+Hx4vprja9a cHW6yaEowIPAF6LDJjLsdhuBDRQgnzrR3qJJ4Nwzesg35DHDsuTtpDaYDK+MB4gxn69jCKR41bIm +CIFh/LxVjmDXTPOAhJ3aNO3dKyUFWU+mD4wk7Sau2Dm3DeER8M78zrJfEqb8CpHpsFEgXosoEIb pd0k4F8Jc0XyRvczehvLHztwEFPccXBZlkZgrbc4OebVxgG4buV4whClVFFlNiJucY8GmSVPGCBj iCAhACrqNn1SUXYl7zJK2fi4TvEIj3wMd+smCYNvRxNx+yWy7T0bjboRlRFl9lmjZ6BVEsUqY2BB Mz+teL1Lsubu8CralDNIHDKr0iU4kMC8MiBTf/X6pmzo/BnUbqXcFFSWxhVfwCAzwK66QSizMik5 1+uU7kJ0vrsHpE3AwItO87jwBIc29yGU3InZfqfqzAB62nAI+QSadzC3nIg1FmLJpY0TelkxvMwx C4lx7QusIUDaTov0G0T0zZBoA1nMUrck5OH2zd1Yq7ZMQK/pcMsQPhc4zY8aHhEaZAspoQ0wB5kr g+DAyc5m4MTRAlsqLDgbZPHUgFljdsC2M8ss3jU+ESOBQXu3ZbHkhL+0t5kysk0PibR+9A/StR9a N5cxDGaPo0qYm/Y8ix5N/CtENEUl9noQOapQSCBXSpFda1fIKBV3vik/fG9GDd5Bt95ECf0X2QSX gpPzheIu8lVzZDcNL0AU/EWagolLxDiR2CS9q7aOpizclsr1ZpBFAvLvrnljoWD9m0Wazle8apKp VGgjVlN4LPCeJu+Pz6dgT0bNr9W0y6ULahjs/ikuN/rCDhyZJrA3QTY5NBHMnskz2PFNBc8/hEdA DeIlEZTeK5MSuGSg/L3iTyMGixIJ8dyfpIu/vgjlpd3mGihpIuxa4kcyO6wE7ZBLsW/PqEv8NkJ3 Z32jIQUQchqIKlXf/VRDcJwq1ROSh3r4t9ypfjBSiYbSNxOHjcTbw0TUM/VMHdC5e+gQVcGW9PTN aDTA/3ZBGyQ7TD5sqx6RSBh5qCvV8xCY6ZW8tJzNukE3+VTVaxZPaAOBchWWrE0XlJfQPDnbgK6J kSvBJEaAzuqMWAvrGzwHYu0r+/a7f8ZFFUrIkMtkdzxJb8Sy2TDV0COPkxcpcVOl/oQepdAkKXM0 oXNWPUV2wYbppYmbjWqQ0KyrVgjDIUdwqrqh/iInRHj0KgBUrlTgN3+OM4ZVxk4n8GAQl7GFDYBR hnPSFRc2SSpGsT3AxKkDiFbeAxLrmOEMROuNbLGF2yA0Qy3w5ruORI5R4RFJQ2XridHnD7EruZee hQ+LMBq6zNeGm1tWu+BuBfxqj12V1lrK8iWzIovwBPF7piIhE+NAKTqS6tK2aC19G6n5OIRNfWQs KPhMZkZIX076Suqowkcay0CyxsyAO2eAzbt9RRtTBEcAbaUtLESiQlq1O/bcWa0O6DQVyMboy0oE mdQVtdZ3qbdmRSGSjIAQg/14sA7JqCaiRHlQTyXk7KmGkdJVvETXKqXcEHxgu2zXelO3q2oUGWFo DpTLmxBsWacCJpWFDxy26Ue+BoJahuiO2DbDoDpGnGBzvuALx207b/c4iuEnj2Cq+iWWxN7XKr0u r1tM+40hzJIv2SqPVO0MYKLGkk/op8HjU+1RT+2TwYKWu5iWC+XUjaA6YQLMHi0xrAfaYmutXZnr 5ETkryg5jEcekwHCiTrNEpbraLCkIp/Oo8UyZuwOSvSRfOXVwmww37ScHBMhvnxlx4sFuqsolDC7 CNdDjWgGZVCLPNgEHbmN18eCEUYTQaqkWToL6xSUCm6ctga/LMBhCpEEjE7tXeSeheJUxlYJNIVk /rmeNo5Xutbe7C/AEJoxBF4omGP6V4UTlQb0k/TCxqS8ewnic+6GKoN1D3FxaOrXeUdRZAD1/ETh aqEtT/YpdVfQyi1CA4QlJ65wv/Hm5rnZpmL74ixBOtC8MkQsbuJJqVbakxa5cCDsTAp2nd13TBEU oZZQk6iBX0Bd7YimlEL1kl0lDe2YaHppGULvqMtbUqbr2nvf9bN248DkdOS2qYdntqBJsIAqhpFO V0YmzJRWNsGWTtIkOWq0TeygKsoTuWwLYFOhKwBYGlceLGcenGR6EZDvuzI5OgW+kFnkTn35kTk6 4jgIGX+DNZKRegFwctVVO/fQ3Zym+IRDqglO/aPxgAu1OCfTbNvXZFdcZIQIDTmICViahzcPcopG Ej8WmI1pYx6f6ckhu0QzQ7TBhoCqhzD+ks0sYHFBiamNIkswSarhSixR2YRUyJCKCjGmAnLdpnJF Tpl2E8AyTgjWNAtNQs2mved4byRxIYEu9aytvgnbWJJmJa4WE4ygfzWxXnXHl4s1nKIydORVTcKU bl1fQJTfplbN2jLT5LR5BbL31ESnJfTdLmF65COZIFOprSLbVh8M0s4sf5CFpyl/T9E5s1k/xTxJ Obpitp0f2ukEDT0slwmzteYz41lv1EjSRFrxbOk8rokQm019nU3VG6pRC+LSGgEmwyRNpkUCDLtC IhuhWzUxu7sqmmY27KUTFOrBXHQt/JkiYM41UxQtkxntY5kQ1XIy/Hd3t/XukmysThzLjsumAj29 BchMJ7/JJF3OLFjTXFXfNi2vAow6Z0XIum1QXGbqjojythKdOzNmOyAsIJrWic3QaAsikpFuXJ6T 6A3FvINpQ8CscSguABmt+LXCXzA4x+cGMEE7XhZilpp175HVTPNAgepJ0IUzRCIMk4YjlupgQlmQ JRZk2DrhLZw3p6Mk3IAex8sQNz8jJWKJ2oRGpmzK7wRiG1LmlPDT3YoHzc0yjBK5ZnkZuplQwqy2 Wf9mf+zDoflLAs6nkQ2ASNhVbJhglAX6yVWJrpIMZ8hXzcRTUZaf8aB2uGXAbt8fhSzrjQFplv8y /q8AJ0b0un2VfXJzh/lhFNYtwhIAu44wcmN7zAjFZumJYqwQVHNTKnFlVh7SNqbOo6Qr8+l6S4B1 Tu+MllDTe4WixEIguq+E3XMV1sN5ZWorBK5EOYPjQpkiD+zBzMyeKDCFEb5YoM07TLyR04KCiILh ajXOknbG6y+CiIn4ort4GDznipEOIyEDcqpcNRFHZc/Bc2bct28/h4jXBbgAII401HFEiXENUrTo VWssrhE51NSPrupO/jkQnrA63KElpepN9g6nsbZOk2WSb5OXFEKVpuS7kg7u4p2Y+YvLDSR/lMWR feargZjA37tPmdjuZhConLmvjmohM2vK8XlDgmjyrbCsSZFUvNBhJ5qe1KyMQNYh0uWbso/ySYHe poJmgo3oybrfJF+BmhETBelnBH4yKr7VvAZ9lXkKmhs9U+Efv+03TiNsyE8jyqAAZ0aF+ZQr7pOC jvUhLOpKzC7NIwc340Cr1f+yGIbbeOBsNd4Ilqfb2agxMubFuKwOXM3puLuMm3gjgUVEg8Pmwkww saXikhAxJxvApY5IPuUmu2yAQCBfAJE9dH3qIWEHKqz5s8BNq71fhJao7eRSzWLEZ8a64J2LZDNV YFoYYliERVKRUyEaC8JfvPIjK2iAQkRjPQ4xyh7kZhQux8B6P6ZNOxDBA506WErAujNCpdDghBsb UmMUttCzZeUwRTcqdFyYrExvX48gzob5BcKoW/8MOYTpWXEYaL93fmfTcxowlMsd1AwJMCeM9P5H Uu2FgPr5/HJwuYTkavRlJC45NHLLsENRLoYiz3bNhHCQhJUUs2NrEUscoRzfQkWD8u5EZ9ABiGGZ fpRpEBo30yRdrPcjNBC8SZrjuLQKs8tVxbmR+iHorgfa7GGJoajXrk0Cv2+9cos1DRYTcsXYqMMj 9kOiJDlkSdY9XRM+VKaIQsSgA4sZabhRA6RmCFpnxNHUWpie+CmCM7woBLlFYVjN+7DTfamakFgB q4xddbEYSodJ1S92y0JRxbzRWrLCVwc94DBTdbhYcDsJdqLHVJZIoGUgSgxjx9X0z8CWakiEpQfc QJ9VFDI84J8q0VOQDBDmkts8DrVmzq9c2Iw4MNW4rG+BMVuXLOMZ1vcKP6aTvnlMLMGKVKnfLkrq fsoAO9QfFpiF76pcH7VpmH0wXTLNHpHboJxiDwUFXbRFAlrpJ4ESTV1BBqV4v8gtneGH1rrRikWN TaFBS17PDAg1wG/yxeF9SPvthVj/ySLw4VkzMcRhYbDRrebjJlbQMOajkJNxLtTLb5EXAaE9nEn/ BAFFkGp0GtGHIgfjwqVTxK5hv7okgPIXKwMoyhETTCWwormWmK7OpiXVVArWlH23zs70HGmxOzBn DnNNLVaLxl2tCSrziPgNhuuefKCcRSM0SQdTkB9aEQW+Mlc0CUmpLGlQZ+iy6Ua3Nki6hIdWp3li 4TINEZy2eoEnCHNsPI/+ySh6C1tJhr7AfkMQkkyJqROq0WO2Qodu8A9L+0ubORyRMQAJwKhNjMlZ y2jUSRGqTkw+g6WxZLLFv2mSGRTsKS7suTGHeEqgvNBPlhbIpGvavmZ3iGk+m0GUUPlXzWWIJxwa vPIYLhWZaZlEmKxwjC+S5OlUIgBgY0E0p6in0AwpMZKRAhNoLwwlhWmDiodU+skyGGvS6JWIcx9f sWOM1NUymp/cTTDhSmWMJTzudQ2+sYN5j/VraxhN7TmtXvgB08BnHUb5MlvORQpuNi6UkciZV4rv rI0lR/GyI0kXK56XxYvMIrEnPQw3cUAsfvTGBgYys49R0hRBCrHHCCR5VzVRxK+e6MMFYUkJuc/l XxygNUCGzMgYdia1oJ9KsFpaZq5KoDmAHt1uPD/G1RTAC3KZ+RiQypVoA4GWCD26djlATsFTEM/i DGugnCL4Woa7+SlFsyQuoHLDJoyWavM+6mCWI5JEgFKmxSTSm0xq+ms3joqmN1lnbFK4tit3KbZd pDfkMpl48B1TgMBP11dtoISlXj1PNQEbbzIPjVSpsre0VzJwTpIO5b7dbcLpbmePYsyv6ZAwA/Dc 0yG1mT2dBHWkRg69jpO4Qom82ldsl+P4HVs+NZEJurK9UiumDue8B7ObMhIK6pBjoEGgCcW4THQt FNtf5kQwbVFYT7RU/62IS3MoJcwxGMHMCkIGWjMD1DN/r4bQCeQ7zsKJI47Q9PboZS4pR7MoNozG IXbWgiODhaKuvl9St3EcQS4DMGiI3drlUCLYoTGhXiPArjcoQjRzm0FW1iv0dUlATQuUrQ8DkafP CowY9RHLaDU70Lo/ic81oDgNogEeuIjtwa8GwwUZ5yn60RA/xpb+9wTpzaMbmRE2oY4GNsX2bM8r 6bBKktzeJM826veAIlMsXSMyABQ9DelveMNQV+Znlb6EeKgtk2lIdOzxDZGZ+KMkkWaxZ/RIisrl 4bwbCBjLfF+2gJ5mMEzX+CU5TShoj50TkYs4o0bUYSz2boxsH5vVrbWSS/lyfpfhe/KkE4jMVfUW xKrqw1yhpLmL2z7qVAitVq8OrHI8SZtK9J1bNfJWD5vsuDxhulhhMxfVM4nsWf961Ulu6N4BL0ap wqmk3IShwdpwbguxAyzThU2aepNOAyrKGltTtJBk8nDY1GwMteTU5JA4XVSVnsR1rhJs7S+Gs3O/ mJXMYc9yYj3sc1nkytzEmmnYgKQdQhVzFaGLT4mvB0nhDsfrVl8CloUPQq4JMQlWWlgmQKaxsBML WplC2jStA/KtRI8qhLQ0I2cgZhdHeF1irXUScmDaWpqLsaRKW8cydchTm44TW1G3TVOtS7icYuSc 3c+7Sng3IaFZ3I/mxrDcUPHZNq49erTbe20nbsGjQRFvDYUq4946LEvZEqepcNNaywA6wVu3jdBd 3kEyVk6OJMgxfQTlmX2XM/C2eGXAeUSzxyrjJJDzojJ7zX9r5rivOtQL7lW5K3RRNJNMOBZwOTUO Eha/Nfo36THL1aJbPnWt5oQCXTItmANIM0ljkTwh5aq1IU/IQGynffjsZqTV2/wgd4M0RoDDJs6N 0sWLvDKcLDHhfb6TVZb4HV7wUI29kmM8O67B3ArHKRC9vjo7vBLP/W4CLiKE4NCjqXf8hp2OFmtR fL9K4BcQ4TMCFG4Kr82q73YvilA92kLsLnISSIFHd8AatNQfQKjGXrqWbBvJAJLA5bRN04mjmDgg 8rXbbG1+2swqvUkB0locLYJH2fgu9MipROd8VIvgOtjGcdmSS3xs+cC39O1e8aaZicUkGw1FY5fb J6tBMaWJpS7sA9p2DsLSv+alQzdbYsrl4LhJaKiZj6WmASylKTqhUNRuxipJc1mwSVmZXy9CrXcY xfK0ycVI6Vgu+gOr0fZuP2NMwFD/xOiSB2Tzn4RQaKMsYzX+bBmIzSLSbxMd//wx0+RfDlRDRp6R nOdRmVbDZTiZViQhoAWOTZ1kFNoYJAxJX+chfiFNI0basDi/S/WOhAOcNzQWHoar+XJ40QqsH64O 6uFhNg+omIOLkMGrsh/Mt3LGA2JhIMwh/AtEg1CeloRs2+iDzSA5hZNd7mDRhIRsGvGrZ+rOqUMq 7cqmOebwtZ9CWJfwxyTNpQONDMlAyRomDRJ3LKSwhOehxfyLbHTZDCIHDPR5YmTPiEwgcG/1p6M1 qHudbXbxFWL4WuGuLeLFDUcwE0pnDNQKXsXOqEWJqFFcMOcMvdFnFRp9ugWkhkgm9sFabQy7wuFW u9us0uLyAB7tenEJJokMZreybGgrlW2nGUQr8NdDs557L8VxvgirByJ2FRaKI26WaWVWR9THHEsP yhDIo9Gn1aCbgrScwA2AeOJy1gd+iYF6IFmj1FH5TJIky3h3inrOKJp07QysIhVx9fZDJsSGXZWH Y5RkWEjlbuoMZjlnG2kgRJeX5NTcXx/8kLx6YEYu7ACWmbhxMJyMl10wD520LygpfZEba8FCUJ8F aEjTzmYAZSNtazCcDUJU11oq+8t7F0pQUrKRjpAHP3mNpcwyG3RluZiPE6rhtsSJZSZXdPe9NFL3 8xrjMt+t8m5kxkNi4iJiMmzCx7LQVbzlW6356lE3AnR0Jvs0zJ4jzuetmNuO8OnOJsrZjoTPXsDH W7M/V880Uc6rkB3AhLS40UEuxJgBqmaJNIHHPzzMBz2nqLTYwZy26Faeq5TDmT1/iU5D8C5pAmXS S21N6mgwl9iClOFyUb02MVnSanAjO8b5NC2cQTDl/Flbm6ec8Tn7rN6hJYWggsVjYksZrqTQLA+1 SMTq0dwAoHdBZhAi3pwqsOWmqZ+/U1DyQWPuRhfrwG4U0g9X5TGhGe3Ae+JPFlg3ABssSS5PBp9B PQ1XrQ2LqsMDZwvmyafomI2gHmmIpkohTPuYZ0t6FcyQ10QLDQyey2bzHSdyheXem2y5Z+M6OfhV vzC5FkoLJPqkqyoSxiKsBEWirf6YjbX8j3JRVO/+GEuHWFkM3eS6DcLTKSIR3OTKhxUzmyFIIZqP 6ITZ87iTDKRlLQlB8yUGmKv6EQkxVpBzCYviU80Q65bh+JXxMBY+3LIkUtSpWMeKikmAVFgr1y5h KbKsoJHYx772fpeTGWFW3QIiGpreio8JGWFNfH1uzqwHAt4c9wxNEPU6PMkH6qcchJTKgIxAXQuj cKYSkN7T6bv7U1qv72pqjc8rCffGBX18ePZXKmAMjE57028is/iFvMyG2wr8jifJnKg5fm0IiqEJ iqQcaZX7MO8FCthoMy2gRptiUWWQZrzJZhd5BIqPgiQKNwqnwZD/OaN1t4bDnwXZKKrmUKLjiPKj WXMFBMOxyyStCqPAp1DB+FmCepTxg2RtGPYyLBLZrlvlBCMmvgkwkrATdLCngl/4nCWUgo4+nrVi i8mjEZc8ICqlZifYMtgZGsDmiBltsB4DNI4Editbhq3hJBlL6JQRemAFPKpCY/RQFZLrrlgmmic6 alUH0j8u60YbNGSqAAzB/XRh2w77q8NsP9wxEJcyVoVLOLGhigjOYCSaS0VCKrGUVep7Xmc28L2d P6JFHi1igGtpvqEpdA8pJSXhNi9eeBIDnPIfF4RJok1sl5AU8Q1QAsmuEnLh4EAJlpJ9YtRR8bSC TFkRaIqwYZoEGF1BUOpeO6S2XJKco7CslSPGf6XIRInY5FNdrrFU6hh+QQDLFnPSPy03l4BJYftc AWJlz6xe1QsliKvymSelAmvTemb/SrGSbb96n4sL9DzbdAG95LL67k9ESPW1XJyJXyzwb+tTLHlV o0zUUCycYlwbAnAS5hM1FYj8Imv/Zk05Tqytykpi3KU2EZAXehCZDvJ+Bxxk21q7Ry4frKzq8iZc SdL85OPjYiDDYjCV2ZNf+c1tYjX3P/jNtfKfNh+oDNNvlm2bEIm6bcEYblzT5/iMmJ7oglPHAynn /XQtoenDViJtx2aO0UIOX8N0ZFBHqJglw2WFppZEYZRm7x6t4xF6vUC60h+qds+dlTs7eNw0YU9S HfuvK609VKZnNfrIR9+9MIu5QobuajNAwI4n4JBddS9JQPQKcmvy+8Iy/fGzsCAkZ2CeJ6Xnma7U ABktKNDSIF+D6gTZloVSPXpcBvVWcyDwHCj+2SocnmpYC+Iwm41kyZglSQ0IXPBvzlA46vqUhma9 VhQSuIYtAmgmpVletZyTD5pn1pcf6JpGtm3F+RiBY3FkCDY2B9JJzlkOAaU4F6ag1Tz6TBmSgu1H reyVf7T9NUGwytzKv/67QBcu6GnhUtKVhZYiwqJgroS2RP8ZOlYC4jttPAgTHClS87sUUepqhEbh s3kqE633CrkEpq1D3B+myl3xNb2c2Q1A03O5YWArqS6jKGNZ+QLjLcozdIMQrz6VBI1VL+TqIjVS 17FS/k61oX5uRpIOIma/uIELDdJeqTzQVbl2kq9PP7to3ZTnhK/RX76X+7UXIfLSNmmw+DKunr3R U7OSRWaU/oKziGGsXRrGOdbuFMLmiVnJoj8hRKQefNhDdbCH6JcM9cSQFq26j6OWy8LwxCB1Lp0x jMvJPPtDAUjTVTAYs3bfsZQsPNxqH0t2yYedBqQXcjA2oWVa3AvY8UPdF6o0BMiVcRxkJFpJe+K/ hLyb0NI+s+AbFOQzTy0pylSZTbzgj/iwx5xQItw2Z0pviTyjJqsWAUQQLBAOKeGLEiuMuzqJp7ak qDGByKgr2eG67MTcZXOg1GUgpxhktmQp3FqWq0u2jZiCDJds2aTUwQd6FCmL4EyLo7bBxjC/bGZz ltE5gaBj/Mpozvr+EF7NsOApG0CUYrLJxEEAeOFAdo6w795C2wXI7Ed5uBUcpPuubCg6H7KZkEcI qVEo1rWlxTUmWgzsWZm6eG1Hs9pCgszq25fbJMV/DYwnqfMFCQYxNa6+6meUmJqz4eY5HDxxKQWM IoLh8JjTSv20d8sWxteITBQKjNVUV8RxG0fFfHIgfJiAiTnplk4oUR24/gkEdzjtzb8EaWpZLRkz aQbNhmSr3mNbmYEyKCGXr4Axgj3rSQmiblztRHiIiO4UI43lPxQaG7paeqMBmivm0AhuXahPB/ut Z4BhDp7NYBaLqOC2hNrwYQ4Nk7g3/jCMpmmurUJF1QqDii2hlVyHnqr2qoMRsht0qur30CbCDSr1 Fq/obmJbAuYyZosDFJo4ExJPKSltDmMUZ/SZ7dEokeJa9WO3Auk0S/WHABsofz+N0RsmM+/sLQfM 7VggPzGdTMrGzLB9JtuK9jHKwIb47ICo9QX6KBvZCSldcRMKDEzgDM/SoPyHFLke6i17SS7nTqAA hdlKIx0z801b1piR4M9AnCVXnauhhwApX7KaFSHZttF6mGDD3tw3AeaBeWOD7o/hMDf3DAWBkOvi uoCA5MzUYe2LzAttIQvuQH4iwgmzl6ITmvY0lNtGmzgz2E+D9HcsmQ13lTJUu9GSJKkXbtZbVRDD Z1j5vr/wNCN0SVQ46GMUA1hEFXwdZx5lLNWgShbSKZCBURDcEWDRmgqaiwiBo6yPsSrYRzo1sQM/ NXYtVVFut0f1HjG8Os4bgDzMMmrjLSly5EiqmnnDKYCAxUiUNUhvyr/Ei+QM8AFUccLsDNnJKv00 n2R+CY6uMvsIMUh4jeRi8TgiVoxI1lwmWBdv9YXjOCKKAkqpAIUkwWynlDQDTW71l/BK/IpESZI+ 9cIR/DQl6UDZbDNoRIlZSFEY9KUw9PkOYVrNr9fsp2cQNa7R1COOajiPCEtQUZiUUNQpvKODSbGW YmSqSxjErutUjW+Biahlwc2X0dQo0UVf2je58Ee35QEG9qdAh0VZoiFxTKo8MXiRsxGVxgZhHXmi vkxREsRBVDqftboeR9WCz2KojnJtVCc3tiDf0AIFWg35fDVZnCM1L+ykWEaa/K3qa3T45EN3QrCz tkZUOYZtNdqIubGeYXnGoLuwEdXFTpwkD3c1Og7z6wMwc1/NquCWN1qze5ZAOtFh4FAQCUhLV9Fv +VY3fFtNTDU4kkjM8plFN9QIKWqDXWsIl+uoBxsK5RX1tCOFisYt12pNzj+MvJWHjjdk6IwdZu93 J7SUzQq2xnLG0A3bLt9EhG5e7xoL60IqKSU5JCC2VUHltZKT7yDIZYGN00VVJjIDou8AN740qAhP aAw0klg6kl1Brafr7l8n0PtzvIxl2tkX7YUbf0TUxiLghFq88Q4+YJrGXQ42FrWpWxKRKwi5EcXQ 8w7qBtG8yUe0dQ4zbh6j54otgZuIPPuxRJyWWw1KJlC0R2GE2zr8Ah41JlnHvYUEL40R3GePzBqd jz+tDkCnUIuBtsWXCbnc9wJwDlsAc01vwnX1kgp6aJkebUiso7p2BTX6q/Y89XUy40FgcnA6Xnh+ jnswBP5IAZlBoCrTY8tzSQI0fsnDDlORA+EbeEMOS+uBFobtIC8qY1wigRiolA/ACFSjgdd6Ck/I wfzloo1MuBIATho7WQU5lqj8fkpuio49Yy9dUmJJFcYKl/NKB4vKRTSr4rZzcA1nmXke21edc7RA viQnSjADwFvRSicWRIgiwR4rljLlAK0QURM7IIoQOyCSdmqFYIpzeWhDZmUrjlbNm8r48oJIQwE0 mTSRupwE5CQpEfjAZeTx1gKTFJHxdB+FeiRjKEnxOJQ8ohI9sZgsBfWNxPbyiUDPrCmf9xcXnYXP fXFVkEmPlpSbTlIB04ONFfktAW+7cvUnpIlZOGjMiktN64JC84YKIxloiK+Xah3FHcdXsVGgcE2l j+4icljdsdsbfGybt1G6S+liitPYAXvXVg66K1UIFHG6OaEy1Z7ORVzuTemVvkiiI1IQA4pYtmcX crvKoNvKa5BUXBwyBcN7J5HqUmcqZ9XcXBVxm7fhpvAscPevaZJNX5o7jdpqP9tf1SXmQUor2/5X H8ovRIe0iiDF0p6YpKtikO6jbmPooEDtpRI92sLIV0VvZqNcYwj3tlBFl/liE53n6UZN8nE0x5BR iI5kWGnHWHHjZ8MRRSOiBMGVcWzyjqq2rilVeRNxnxuIUaDcdXIHtGUHza7/hn5T6KJyZTQB0waD qvcyKyvvZqb5EZnqolQgcuPIbW6JUXsGpqdUt3i/tEeHq3cxm+xFJ7VkcRTx8eYBVmhHRXNSHwme ag3EkMMHxIWmVuEkDJYoPDHVUdMH/bBw3WSZ0Vyicaox0hMWza2EdX4Ozhh8gaZQYjrAE/hEsxpO GiAXWErRwbOBu8M3ZwIONain8LN7eOE1iAAIEuxCRrci6xEYQNyetmkpsLmYP6X0Oit4V+pxn34B 03ocvOWd8BrAfVkWNHNpa02uhrNGEBj05B1UwQ589vdXd1u3gaeejHIo6XEE4K0HU1hV7UG44qzn +gJHcim+/LS5q9dp9WzdokbP5evBCAtegjUWdRKp0Z5apCA900loMJ/VOJiqSELgrcjqxFDFlBY0 C7fhIPJkFZo9PIUJJ5IZ8ikG9LDKkBPVLEnnMRUhECupUY3HTCHQyPvaVYW0KIT+okJog5dvNqXX 9vbQS+Gb2gShAhJi9NCiqlCAJpdOi8ZGP1kUaF3GPBkFBEZrOi2cwvMqQ4sdGgVvPmeOWSCyrAYx WOsUSaliFQr0O5tzhtkgV0xhiYXEkhlQAi3dDLIQKI4kWoy3rMmf+B4LY9t2kErj32yaZfw6cUwR uMpSfIC3e1XKKqgaIDVnaknRpZqzq9yHM1SccdAcQQGTYxXAOQcvNRsJItYzz9TWEf21hXUF8Ibs H9pC51yz1oN8kcI2Yy1QJhz0aBqdrvaVrwbZMCoYKfSEJNiSykVMy0+FPR+RYeHH2yoZEfy7yQeQ H3RhY2znbi52N3qmgHGFL7wSriubEQjUkKudG/C6KJMkA4EkUmnLwWKlPu0/1y1rCB43M60lieIC 7BNga5U4hYk+Ax/YKH40g4NfOrAQkCbDWKPu/tKinm4iM2pqRZOONLlkpVhtkusIEzl5vJQvcOUz AnQQE0Ixw9Sce0RRhpGB1kRItP92MR0jxm+qwhRLyUquGLmHPCzjTqo9yPo9F/D0cqkRQ1Yhs5Mz KEcEm59Qo1dfIGHeE/sd8EzU/KKEHh/MLOco5XMcQgaMOmlLUQS3baXtNTxUr1y3MivGgHZZWQ9a wA8U6o56iMSzhGeiaftguyPRxdMlafk1jmxL4lbSG1WpnAc3baQxqES7d/Ahf+8RxBXsuX+5UWJe XaWvKfsqYBNsAIy/tkzUJ/r5dtCNs6ACm0YEEHz6lf+Gbog0pH+BM6bMDmALxlzs+/K79Ah+SlD0 gjI/u6A6RobEzTFEmpAfTp1cK12k0MJLD6wA3QsBuoaBPaYDBjotrxdHCKEcNzLBCLkBMkMYQ6Mk SU3ss01KUQXAeKJflCYoUKzWNddhVSbCamizhbaf+EA51a/wqOevZ89+T90slUITkR8uztoEA9O3 woBOLFxqZNrS3hvhKXtFWQbhuT0M2HPjGwd4I4XEXrqgXs/8zELINNP2qdlexD9h8e6sjFmkEUeO 0azZ2d6E3vN99Ino6aG9P7ijP1NRBx3N1Islnh4c8VChTcULZ0hLlV3ec37qh2AzRs3wmcBhvgQ5 r8kqnOtgm6NQkI8wpOoSmzvhojfsFPh0HcFJuslRzfILaXm6Zjmw0CjZLcBoHkOiBimw6fj8y402 58S+tCfhhNL0NEFrxjVm/Ju0hOG0W78uYBCvcV/3g4A3O9gBNXLTHjQIy6ZZhgjj3a5CT3wZ2hRl IPWaY7Ytny13ygS9yQLJBUQUCUyuAMy7TqfyaxGDBTpLMgaC9cAv++PP5Wm+aig+AaL+aKN0Zp7v KIlJfTXJ3LUw3FJG+amogKCArNQ2BjPB0lLZPgLMTHQG7vXna/jvoNVhrycsrkHsAmX/5MtAqcpY +bJLCA68N4sZtvNT8wfJfbEtx3XvlQAghxbkToSU4RYpwEEzhjDBKEVw2qZ6kw7kZ22ukQCQeqGk WllCqVcMeaZcAkwpmxA1SJk2MuK2zTnJojCbi+92m8AvgbtOKzOybgbZzSblt4SSRMl/oq/pyox6 1I2EfJJnzNX3Sqh7kqAftJMOcU8QPVxFO1a6MFVe4VQhMJZixOKsUdNChl/H2wzQqYqZFDGc1CMl udaulSEnWCEvB/xcHsVH9B5ZRbdSL87YuHrAcc1cbwa9MXYtszYEdMpbBUsQW3bowsA2q86VEhMo YQChJX/gNcTsHIeFQKmMm+SUEodxk0aIxcWkreyJtaYOSG6xoJxBliIUoceQTTyyMa6jBRtk8GEQ iSyvI9NUZ57Cs9xOgsvNd0ul0ngssslkr8O+5DIlFBM3ivyj+Y6ka+cnFRoqW6RYxp7zNL+xnrgt TN6Ux3wopqM8gpX2jVERYHVXk77SOG68STCfp3Lu1NaxmpV0nQams6UzrJCVXt0G50PT0W502nQ1 CvMGRkMYNmEbqtms31zMJNfl5PN2c70dBtHFGaR+sq3NXaP97j2STU5N8dKBSzN2ctaztXhMlC9y ktZPjYKAzY6b2VYu4L635rEmqu0HA2MNlVsxQg8nbkKOzh4saSJsXJ1ra5ybm4JzT5NcYhyvHiCZ NwCKt6oM8s6+zh/bOo2SN091dI0ZM0NHSRgi28RR4sUc6WiQk6O/vWWEm8iWPO6GOgTRS54XCgGr 0AnBBLWdWK5CxhJDhIcPCIxNk2AjAkLiy9T0GcASfj3xIUfIMRhrjD5r77ORsoMWu9HOHNgxaYsF vpQ4hJUE7nCJOlObb7CDZi65W71zGNpg6Vlva0S5Xasf5WDpzoi6YnK8OHBJYEvyq64MgbN3EJQZ FMYwwblQILKUKyOJDxe9Ml2zBkaegyPfDKno9tdjG7GlySqhfL/0vkhqLiCHLI8FBo740BO89bJ1 K9lvF2ao4X0EYkyCakhxpGTMd/PfaFkDpAQqKoXhBkqkTDX2oQSJHNBJqu04SjLBKf81RoebmKAY FxswQCkyN27Rs5yh8K+pq/id5tZ5pSNEWNohU8Byz+sztEgvR1X/l710WuItW+xZVUhuTzJ407Oc pbl4u+XLPvS/DAbD5VxdiUBDiLZDQchYDgwodeTRAixn4PJwm7YLYg0NrJtKYmcrtjp30pmKCTii RudqJo1MUH7rWIpEnievJp5yY8m42rVsilfQf6VRL6ApU0Gny8t85E6JhPZKAhNU1cryLlTcdEJ6 bGLZIillhERvB+CqdqTtLb78lOPwCDG31StmKbhjjorYXllEESOAplPWojHrcjipoE0IyCTFKE7Y U7OMCS5mxo6gNBKBQqa72b7NPy0X6NilHWds9EZqZJEYxDXiLfqUb6rbErvYpCJUX+17ZIO9qoc0 z0XkqmmWtflqy4Xl1KRUUSr357SZHZQoLyZt/ct2k20Alv4qccwwOWGjk7k/mTfZ4Sj7ZIqL9lTX pICv0WcCYsrN+X2Nif4ZlFutpl1UHSDkB3rOkVDYnIkUU7cEj7Gzui6xS7kldcct01FbhmEAHwpj YUUIn2IMzakr8NIExTjW0KI+cgYO4yu4dyk1ocIVpr2pwPBxhHfXBQQlBaFaXKRZGOpum8EjZIHh apXwH8a6MODe3bjSKhZFeiHWKcsmE0QmdOYlmsMru+P0y2vYVnE0iBYkEFRSA/AGCLA7DsuyKSMW IwhUBIZtpcNaY0vRR62aLCoKW/4sYmbJhMUrewNa0U3A+eXBL7b2oa/teYV1jOoknCUpAaOQFKmF PV3Z+629XK2Yq1FGsuCMl7aPa7rMYbsGa0jdaaXqdI3f37qvucptR4v7eHHCNif0lO3orfvrr6oj 44G3sQ7c4sKArq327F3g7YfsAcg+lI5colnF+PrWM898am+jFQH5iQ4T16+eKJ47GnL3VuutBV9p CzJWDQ6Le6xZdOjVpVkMLoQ25F0902z0Jni687kXA3Jt7BXnCcV1dhO53HUN5Ejf9DvQyoQG5Nr0 mJG6J8hySEabHdN8HJftc6KUnTvwAV+rDNig+/82TI2J5tMNWCgWtprT5fgsgQeBtU60tKYn3SMb 5sysq8AuDfa2G2EFvDtvOJcH9E3wKz7nlQWrRYdqpyoU7aZQzOkSfTe93cgcyfScW3OfTXILv83V zbSbrIX6/opEvnbQQHu/HXBWe1C+0GMT3wJVMUDn2EFGI/kcjn+62TZQgBVK3NrsOckFvmrj7ctq Mu6Mv6g17r+N5EqRRv1HT+rJqg4q1c3kwZA2Vvae9gL1agD/W877tjj7+aw7f5THRcleiaeAbnXX biIlqm+P5bQoiCs1cKdJaQWutaGZxFZNxrjGSlCjVlUEBz73zrkgHK9374wjJ7qs9FX1uJqSH8gr EpRGOLIKTyoEIiQsUhN4dS9qc1tX1iW4F+ybtSinKKgAcAIxRs8T/uP1u0yoKuJsx1v7KGlEplhD asnX2w4gDfBc3/QhjrKC7tWl+NZt650dpmyE0A8bMC7beY6NEJdeklG5hX4Rw2P03R4tqQCLmYmy VlcVk7Rqkb3g1FmFd7ZH32VigbohKR2j/OQsavCJxBMsryKUgbt+BbHyQwRQ3NYNXGw5GyWlMaeQ SOm+OEFmH3blFUWNWPg2WK44a88SSQySB7t5WtlKNq9ttCBdFGC+BRKdy7/c7N+0I6eLM9E811u+ PGatDldrxXnuFhvWcoMUbh4803q3+pIX4M8rpQfurLHts4dRO84AzLM9ZhxWidoAKnxf9FH/S74B p4zB8NAAGU1TYJKQXTCFzI7lRuGLmn8wUVhnFoUQV5N8eVY33eTOjiufGratmIuRbDIh5ECi84f1 Hu2z3KVtIAJhaoyBarlAb0QqP0FRwZQ90KtBlnjgpXy+qbpCgQ8nqBFAplIWh9ZS6DzMnJ0fzYZK 8vxFnrNU4SCcTGJonENKULDDKnK0JRbjsavjEr9kS1alQ9HM9JMSg0q5BiS3iEx9ek7KgQt5GZOA CYMDIjjsKx3KXCqNQhWmUUbUXbHJipmx1+rG3Kia5pkKZF3O5yysf/DO4fKXdrFWFdQ+ReocmXVV bgAoIpg6nOUuRS2V4QbttB+BeBpd5YHq0N9Mh4r4e0DP3PXmQnkqgIn8QXezXe/6cao0w9iFDrQ5 QvJZI5WUqfWblGxKYbX/o+k+ENvooSuM7iIm1RtJ/dn/AnO+C8WWZXIG5fUGDKZiODZBPnKaZqub Yi0aoxfQa49y7veooKBBdCTIbzuFIWOfWYhQwhnjUY+OHuKYm8KW4IjqGV/l649HDHQRUqZrvVJH oqI8m494cyICRG82z5doMIoV0guks2AsmpNyWxKNDZkp1zKiK/Amb+bHjSDK70yV2XBw4Cjr9WuQ 5Lgz4nvrnPEjNg7qEh8xtIJ8ZMtc/rBANjg1Jmy9GPTnwf8Y+qcNuvevnwe56tgErIeNt4gSEs/4 Ovk6ScgZZNuX4GWEUSbrC3x+BLS8QLYMR8oPpH040uvowBOf40hRJSUSbBswl4RWqs34bKRgnABj OsEJLYNjOfObD8TwCmztLOqiHzTOOmNehyQToUqyO88wB5dngopEhl1t6AqDenJDvd9Pz0MrzCJb ZLgE9pAuF+Ai0XLj2zva8CKi9cRzMkaSiSRMJzbgHytGJsPMPpGIedy22qXKABYbbGUhq2gEZAFz o2UtMNuVNJoYwNMhjillqYSr/vcrEtnAVLWZteRZXSmSyRazqM2TdzCVSK1ZutXmVRPUfVE85c0i Etp0MDhCLfBAxWMgrDsJkjgQwxapdx4srczw51gAIqQ1iv50j2vINSEIKWWLBJXu4J2IdwUoSYqG u8pTNLtonOGnoRXOGmNaKiUpk3IddYEGAL3WUunPIJ0fCgq5sHE9AMQXaHOSi8puUuySVr0AkZ9i WgHa4Ex6RRKtSqARX9RdIWcTo1XuD71K29K1MhyqGtWkMHKQDG45GtxzWXXEJrjgQbimCoiN0llX 5ohw1tK8qIW4iUCS7nDdOmenU4SMH7N/MgHsJlo9xYwi9vxrsxDWTCnAtI1hJ3Y5GSY/k1XO21PG DIMOsZoFSGCa039L2/yfyYUPhNypkEWzFDSxSQYU3MAqke8GWCXgZcI9A7MTtJBPkmX0VyuVNdq2 BSFGuhWOBHV236z4TwNjZTLYsOzwEpOmLlnDSmFLnsssbGmqYIugrASFS5Sw0MJ0S/Ye3JZd9TBa 5c1kQMaTMErEZVryREyLyeapaDj5MIAMSlpJXhM8XCx/XA5GIlwDT2LKInl48NpGo4IULRJR9axE TIt2ROl8UuyL7K7n39Qzm9JdoFl4Sg7IDFHEST9x06El0Ki6ahwza2vkq2zd2EmxHDYcutyVHaLV qF4+RUx75Xrl4GCFU8pYBhrz1IfKKMFRpvlUIZaSKIlp61rV4+B2NfWBSAhLjyNHSu/CIYobnhGm EgrCLVGVuWqZgXDIJ2obzORGbpgQW/7rquye5jq8Gv0VD2TUbXOqgAwss4UaVApDzY9IXXXZo3nx 1kPg6AYMFDNjKXS3fXUrRuCym6ZrbWiyos6BNKEfZwljXDG8EaI93DEhGehOzzgTO3crdRuBdFBh iXIlXABZ1UgAMn01TPwYAgOmGz3nZRDVEhodHuXgosoI4INPmZpUrRmznNMn96d+waif60yNdMRV rNGWJlE/GXuGgNoWufln/uw6PSyYo0OgvafemLUkbJco/I9jS3l2eyC5AIrqCgX/8RqbapVsZs5D R4PweL1xtViHZ5Hp2GksIPJBIKLGmtUHjN7u5xbzxZS+GTPh0lDm5Q5RV6rr9rW1+8KUDIB5oJYt mrFhCzLijBVDww1wYsYNHwADLN/Kr6zyJv0R3RnK6GwXaSsMDnBAMGLsEQOTHQAho8JLuIy1HUHp R48bdIIwXHEhu2OK+iUe7JwcqsADIBkgf7ljzK4c4BtcdPQZv6VnfAFD5DL84VSV2JRGFwgtVwWW /IIRC2TtBEOhWBGSYbNXrxnkm1AvHvFFTIIefuQ2REVrWpYVj1oEpi3UgExKGI/ykrhtWIMQPGag 0lPAL8b1IaG1ckWMKpwSyzIOYl0BSOORAmwQG1t7n+9PkxIttAplg1QSROEEtmdFN3sRyKTTMVl5 gXjdWsM2aUctSHB8dZxoQia/CZ2IkPtk0CBdtc0nt41WgFT9trpoSuEidd4xzm1ZnRPK9bMRJbaZ tSMJlhKEDekUKvS0PIMWrtEJcIOn1xOMAxQWXiijPbrCtw29pA4K299EFCKg5+vFkGy66Rhlatwc C1Na+mV7ZqdRPYkAeZFJVrOSF8D5Vp/zvlODraXGYvAL98Bkyl6jgwsUXeA4YhE26xkiY9ZMOEQB EZbO4jxe4AyHh0loG6aEjQAzAS0EcNs1oQs9LFBQVEweX+qaluVskNofYXlQ+SJB1s6VYk6G0KgF JbFPgFzGF4CFmQbRBtQphA/kCAxx36B6YaUWVbyTVSE6DLJusRJyxCgLDAxz1Ql+Y02hZuDWGA2a kHLTxGkEnUo30aooKA9fx5qUwEdy3EFUvqyTMJjriA9FzsPCbk6fKc4T4rM77akmRD2Vr0VPtcfg C3fBhnsdY+EBSG2ioyPoNRkEOZVBiOrMJrTmqg0txfpg8g+CufkFvOokObVA6lhLMOc4iFfCDegc DX0kdWFUqhsh8hS5OyLUugCYe3RddJnC7vKIBHZXxQ+59jAJqdArwJmb7hRWX4hritAtaDyhTDFP vlmFOZevkl+MmqezgAR8OGAiACpZg9B1AbMCufb560GuIdRy8nDJU7v5bLl8rjf8TGMogYD/7aPO Q8c+w7W5OiGAnamGbMRh68DhlnGAaGDr1Kr9ppNb9VYOZM9ZozPkF1+IH6KD/ecmbpBq7BcX2g0g kFjMgbAGwUS1d+PpYpCCOvOwAvEF+5lJZxSHFin1mVhui38R0YHIHdam3fv2A+ChqdreECozR8bO i/gRc2WmThDVrvnQ3A8yxV8bYJZLIB7ZZccuTBuZsoSHgEilpKZED9ESk8Av9DA/6RT/ZPcKWaNB gpEyC3KCKhlOHLYVX4DUOmBz71npuIuBCUCyGE2im/ZoZyJ7P8BA+2w38Ft3DYp9/KJuZFSruLOX QlJlY9UCz04Ml+bGIzYhMwtMGlQI0zIQHyKxofimAC4gOy1K5wyX8YuFMwEtLIk8smTGaEei/9Lf HAcR6pm7rDwLQeZlu2yG4d2DC/1hlbMtYd3A4CPeUOhDq0XEoVzgaqNXhBrX2q8L3OKB6I3ARlyW 7pgKUxuvrxZxmeQEQbumAcC0lhK7kikCZKDCxAAYh5C6FmE23VSeBNAXMJgxnA7WEcoPFMCGjofe XUsHnS4SYJguyVvTkQsM5zsOJhL2US9+Em9Q4mwUGwvczJ40lS+bQTYJfdMiTUfbTDrw645giK6Z GEYr3sGotstKdjK4qJ4vQwOsZK4MsL75DPzdP5ngVqXh6/nzpH9ZYoFx/AEJNMwzL1CcWqXMBQ6q hkxslPNl0bg6zC4QikZIlps83uX94Gg0BSXAchcgzkf6afl7QlWjhagQa9cr2TIQmTKlGCznBSyM AHzYh4jzbBMnz0LODoyhrhJqQRQ2ZFax1hWQFkUUvFGNtqebXX5GERhOBGCdW9DMwPUJWkx9yCUA yA66iDj5XfXSPLyyQN2wUM7jBBx4NDagPpJ2e90zXYqpzOPBvufcErdQSwIjd4po62wyQOYRK0BS Fv65xpEyijMfiCTU6VtcaEaB9MTbMIUq+XVoo6t/5kqq44jGYO4AHF/jrXjEZW3zCyhmUgMVzBBg JqjgMQvA0C0e1TkWGCT6VzBpPdtfxOU8UlhNitCEAahAVc8xMcC3AivRaw+H9tQ7zar9HK5LDC3w wx0x0UFwHX9FMFPySFj5gXQt8gFYaUKUywnEG/3CWTcdR8Ba0t9GWghZ2oO9vuJEYw9xTE/BYaEW kScNDFfEHqUPicfMhfVzdEaKtScVuXLwEyQU4wWIDU5lGN4+WWaSP+qmhPDSEqNpckWLoqHeug5P XZgoiCDfzFRyItgpm/BHHAJmWFb9FhYmOPxOC8f5BPJB/aMKeUqc0zvEmX+jMRBOGYiE4DjjFotQ SUJEN8kJ2ANGbyTINO0pLSPAGdMyvm0RBAzDEhxYoF847jPxTFMierwQMvutPG7LfSUseAWNVDHJ ov6YtqaFugJroGF8VcVdFiC2zCjobE1WeyFtdfgeRyoGN1qjVpzXUJ+EnVbJUkttFHUNKw5Ww9eO N1DXRQIcQj1Jg491NGClLJkTSSjwNra2AMrxVT02nI3i27z8/vnb4cveD2n9omxRIl/1GckUgHce BReoRAxTQ4GJmOpL2IJl7gn2EEcJyFLePta89DnClmhk7uAta8atn56h9BU8iQwWsTQBLEMPPISt +lekX17suA+gw6Kkey/VCu2QDEatdLDvCu1wHK9BGfmJTdlEFzPRbJb6vlHYB8DLdxLOIwi5Sbgw Gc2LgGSJxOBfRkKXTJCvENxLWGYVVlQPjFtKB3UNkf5ZujHwaJl1BSV9mmATuFs163E2eZEHgbNa o0OlAEWDxNUAUiTybc6TGEY9uQ8alZym8iBJzNPpqMfAbWtrMbgfJ58HKrGmeQzHvKWGptXS5fZ6 ogc19Zl9rFTod4HuXL9K2mpN7CowcEuClrIYGasg0sx0mUVJVYtYs6LpuTmCsVhu90GbjZ1Msgx6 AQHfXfIvFe93tE09iU/CXBxVIMjGR1PE1KDwMitWLSLTCuviZ69eQg7Sxgima22ZzKVggTOfIJX2 ZO5tROw5rKxFzgUcZ8YElN0uXwZM2gHT/BqwB55tw3G/EDfEyQsKVE0sHvNfm1vEgs3nHoPQ4IJT MzAk6IYBwjKmS+lSYlFC16bviKw/494G1KYyFt6W8pAxcEncjoRSqRwfZ4/Goemers0yUPXIH+kL fiZiK6e+z4meReTGT+4XUyanZvQ7sZhxJhGIQ+LyCAVlRANOlYODrGBbl5JfMxOX0t9UJ/6UO6Lw 4hCQ2cVY6qsNsdS6wqy40cbcYhU480FyBPuUEh9UQ5n2+6uK52NBAki5q1JRlDCbDVqlS+9PNnYR Nswoj4vcVXtJIpI3BQ9cOl2C6WJZqlnKveqeEnpvMMpLy0CiaQ7GUNsCXT4SbgGYQiX2cPLkr6yT i4yrIASGryEOAN3/epxdzzVo2gaW8v4bcD55OliCX4qX1rRfGdpSQ6Tz5j4lgAsS2X4s3y+jCUI7 n/XyaqetFiVXJKZXRiIpcWoOmAIj0xKtt4QURAbEkVCkGb72k/vzygZSdNiEacQbGvFkAtC2tupI kxOIT9opZoQgKHHCYAmGJgBICuPO1gtQYVaFYGcHLEth6JWKt8dNBeOYIs37QAipBpYxa5WpcxMJ gFQ0m2Q22kfMTlw6DUqa/I0l+ZU+NlgmgJIn5tUl6MuCA001VOilw2lT/4NebGxwclCF1CD7T8Ut lWG3tKE/mV8tSX4Pec1lWq6kI85t2Df+CwRKwXSNaxEgfxu2vVD6+pNGGKpqVrOLFHjSpqKGfjFk jV+Mp0Wk1dgI2uAh05/pBp6AxD14MFLsV34tO+pCmYV7TLFLOdsN6B4cfMfriXDBUvGekBtNjZWt jZkeV2HoECcwzGL04xuETzZaDH0Dm0PZSMpLGTUGnxCnWAKQCsUF6kUVlaTxEStQsc2TRAhtwQqR 1vtEINkyqGT1EYaTZdSiVpFVxFpsAD6WS+sO2dBBdASUUBRTtf8ov0kOGVr8NtmZ3fjVgDNcS68C rOf6gEQu6k+km8KYyU9PVWldXR3IRrV8H+j+4SYjW4AEoxf7CiJu6U8bx8jJS7u58tGYKVRoYnV2 v8wPoyKQ/IpBesxBPSAnkQzYRulcWbOxvoXqqYwT8jMdWGy3agzi4IhoSs2yTD0QToieBYpfHMes ToVvppS3Ktxl6yqKSO5YjK0UVj0wLPuQQTtWmR1NLpRucD/H8/m054HSf4Cu7p16Y1nabVSSo09l PQziYo4rZqGPA6o+mX5WQWPQELS+2eSslM/U3PbRzDMpdGbvtVU7jq8CCEuTeT8FENW+UsjWv9ii PAgpgWpaS2ZgijZlzeAjIDnQecY0lGzH+Xxf+QJE8BqZAcecxt3KpBmHVMhyQNdImE5ZN+OmhTl6 1/1DT1exJRqmfZD3BHTyXNu8khljFXBczivPHAIidY5DXgCBLzRd+pMxhEj0pkmbBZatBuam/YKm VxCmsNEycG2dzbpOe7LBAcZKJDQscfFGwYP2pBiFs//JULsd0ss0Hu6uU3q6XzP0IT+GQJNBKwyr X7VWHxa5QS07SY4DM1PZE/cpPVE3MuSqKTGe9s6Fv5ST4RCSWUfoO2LIWZBIiA0hXSRfoWVkpizi /wP8oE2iANO4eGVe5OtMEwpAzIQbyMi6DCPzugv81s198kwxeVNR1kRTg4QCR0xSCBjxiMDcg2ts KumakzJWkj2+GzD3wbpQ3YQs0wur4kQBFRR4pRYLdnQm+BdlicSRxtCIYOoMGaqa2CbqLQQM3Vai yf4sTeY5zeqA2UsGEEwy7qrTK/0pnwoteuIpCYE51ee6jdNbyv5WmxV5cYj+JiRFEzoRC2FDi8Ki ISJRnm5ZjQMVAPGibq7WQ+euLbc9CS5MWmT1ZFwTXS6MjlBG3yI0Z5uY3iMbxTbFLuIOAQsolJFC 5u3Sa7ReFeqTLmOaQB08XMhU+/nNTqoJOjAx9FTWVy8wcAsHpm2XgVseR8toYBEBfnu6gAQXqstS FWFSgZwpxTtAFw41b0AJFyHWMSxPr5fgK/R78iisi3G7sCmjU5dMX6vwT1eWJy1bBTnBiZBoHFHr EvGKKzAWpsQMY4VVE2JsjdTFk+AvtoCL++BMlO2SR5M6GiY5g9qoM16ZhgnprcIEQvscg7vt8HcL yibGjHbgpy31HR/Z3sw0TZWL/c/MZ1B6cMDjcnGAkEf5cbY9+9fX6/+4QC6McGV/fLgQhMrIqQGh ncgFO4oBBkHjIw1iMpO+PgMRXSMOsx0aFCC5RBTiZ6gCNw2L533AqYgZjhpGUeTRh4PDqrTV0IBI YYDSWKZGCEc4WBoAL38FfQqyOJb9d8+whjSLGPgP7ALI5NlciFHqBE/HsiawSYUFrQQ+nTIR2rhG kH14/1cQ7QXu2hHiRAvLNeGhYCHdQCY/ba3Q3IDvjjZik6FqcmsrscrE5cI5aNhESUQ1HBjASo9C SktYFJYTxc89D7KzpgMaqVN9doAImDqFJniZolw2lP2glvW4jBLCZ7I2TXxOQ2unZZKeyLU41bTI YlyXPv49v4IkbYKOySpFtk0lHCMCYIIgSgECkUe6aJrEAy/W+WJW9tScEaR0LfWYv7Y6VycwZLpD pOkiz44GJcNx2Fd3DdvDJ/7wELxUBeQQzgBbp+h/n9APniZFSncDq3SlBKMw48gDN5CSJq08Y/50 LtUcKGBtgoFivYdIwLuaySKUVk7lqkgcvPiegiMvGy5F5Cm0AZ/wBjBnGc5wnGRxSOO568MCthie ehy/0bPkIQXcvCo8zBspDEhrjY4I4WTG+UcwwBLWkQVVUdRnZDBFjrzZ0RwBMsiVxEzEL83SQB2E 5mFd/FT/jcI4MZbN0xR+ljeoXFXB4KoLTfpBnIIOF3vwTd/Ba9oKBCU8oC9yKCS2stQ8WVDBXjG8 5bMGiSADL42ODq0DFxyVaAdVtMXJ7ACo9O+Fi7oYtXpFcU5TLDEqKhMtcKkJgb1JVWnC6wQVYjVy 0S9hW+kEmRB7rPDFQUMEQ8vCRhOEKzpyTWpQ9mODh4nz4IDu8KkuapOhEwCWe4j8AQMADTLzZQUS k/DJGnYlIdmwxmXWRgpABwoU+78dm7AGus/NEbUDrnV9QtfO41LkItDS2FybWJGbI+pFZbF5HI+b 5tKQ30u2DZZuFFG1t3PxQ7P6CxWMhn7sbsISpuLVBCZEKvWhzPKKRFRjiGQrkiLQsAFm0R8WVBx6 A2YgmTdVgX6GGr5kIUNQyFUeH1X9BmyhbFWscmrSgFpo+J13SQoETQm/HJOE8lb6jFblYeCE0YUb QepRgTVDQt+xyX9STh8KI7MHW1TNysPXKM0LqjaLjRgROW882i/PUpNXDTAHEYLmksci7QhHfPbB bxJlw7+A3TgAjHWIlxCuJMk6DNPefZDl0UxoWIsE0oxhFNAzYSFTLun+xCgPFYkJA0Vtw1+mARc2 gp4oDx8wTn6YUiFB2OpitbWAgqvCizoeb6VxNnUxJBUsxUqUzFD4qzgJGJKPSeWD8RwR02b6MUI0 NIGHIKj9HlNytpCP6smQxvBbrJtX1Shhju5AqQaYDUzMIOd6iaGtGPZYGidPdiw3TBPADMjck4nh MbhiMffneUk3NTAv10V6GBpNUL2MiYRkQPHZ1FUYY29rT8aniVUATjXHO+UjYDIHo0aYSY+hra27 kyfNNJjHIItBInz56f76NTzTx2zOYWmef8KTIf57vwx9pwSGDjskJ67Z2+YKttxKsnrIKoOIdzHT hxwoQIQ6F+HD/Pk1lyz8gC+Lr6ltqq/CWJxtF00e3C0eIK+VHqFlLgxK9AKPkAxCDjEOklwytQhN c8Elo9d2tZJZ/MK4Ml0wMMoYXesAzhi+PKs7kai2MaTqobNejWKi7HDNlchS/0ou1aZwkJT6nf6b rtp+IkS/0ijAkh0gmYzJTCzLqnKiVlNnA6lI4tAMpNBrW9OyBIcY/zHL9RQgHrEueja0EZkVE8eJ qoiG2PGaVWxcxQGAVK6nkw1A/BBSuopfdaPHE3d4oJhebRVVXrJ2Jo/pIYhhntFvzYUPyvZ2cek8 MmFBsUSyp2cWMhORI5gWANaFBSRTMKSWKcAtxXSF2IOaiIuMtEyXJtER0idkiOi4tDmoHoiMnOYV N56XleSIC5vTTBUDeZI5MyNeK8JmoBpBQnMpXm0QVoNLpXgycxEYvtierbouUwjaUubi9qBj1UhK 8tsPSDPFAcbvEKaEpMw8Q5BguJHLjCXoW0xG39NfI8AXdiJ1Iz8VbG/kcs3kNLpB9OXj0pMX1CuD Zs6sUvhSEMKjdprHIwmOGslEwg2HF/+w2IkFl5bwkysTI4sYS2VgkqkXaUgYvVnGiLBHuuJ5bIvA aSATncU2Z5tjO1+ObLKLcUZKKH6JIJiWx6/QlKuWRJiZhdwY0SHoE1BKmz3Rsi0AiM8kJ5hASfvC usBm6QAqpjhbbSGlWqadf4CF24Q9US+gTBnAYCiJgNlMkLQAx5YYU6tNQfZAnxuMU8dHUtm4lx9z OJKtz5gXE7FXKMi/VdVyV6DOZrVqZLzEkqpXOPXdZZXgStYK2tWgNyP+5Pw8ZlVLz/9WIm9JuGfj tgu3jbirnovT1XWtcXampqeAvTuvCuqXdzpYxLacrpLsAbLP/3qIzkK0HydeaumJrh4SUqvRsafR PBCVzfl6NIGHc9u/7drOIrOEbXzLx5bUdbZj1EOmu6ViD+xPTxm3wG0oEwDG7C02m8mTZQ4o+7E0 79Czn0cfPLqs4efdDxi+e/jV08ueQbt/u/utjeum/K+HAV3/9UXD270n4Iz86AG0292rAXuJsqfS bv85z+37+xeUP4/fnztYH/ff+8OuZaA4qe9+D3VbAT5/fzyj7VFjT1A7HfT2qwLdQCb6MsLj7X7v WWsw3TUzjkeT74AQ7TNimMlLpi9FWlunSADwID4XlQuPJ7HlAmgvcqyoncbrjncea6nqmhnP2K6U Rfhv5DWl1MZ45Q55GmGn6Jeedp0pLPBYgbREqvMn0+xMe7CAKu3ZVmSL40lwf1Szi5DFHvpSfKK7 Gim9qVBJczt3V6JUyDl7LrBtYNpBDTt34qAL4tRZrgzDzDSDklGiz/S6YCWX5gb93h4AvlVTzjTb 0vRps6+vL5diEoFu5wJp/7S3N3kC51+FFpsvGbIy4WBme6rtVM2p8K+fz3wvXWUB8vwM2PERTE8O oi7Zb03nE2GXycgWpVt7XRSMirgAA0U6mE3KI+syTKpoxAILUWbyj6GDXxQCP6NhuSO76BLDBbxi z0CKTeUeE4gTY0TLPdRsgDxaUwuA5I2okQ3KbAZ0szv0MhqzhaMv55aRrL4UDeuof8GpD4oQ1a16 FChzGeSVznwugs2D5rQKfEA0k2uGzCuOJBitjkBCXGd+5OJsXGd9MbWoKbGDuEsMIEMN2IyleRm5 GApjIBVZ84CqQBGGRFVO1919d13KS+KmxhU1C195qtxJ/jH+dv1ZvDuAL9yxcL0QfWIBVkTF2EGl vfRPgWI2HWGq1ahgx5w8zJCd14x9K37pfm1jRW9a5QgK3JRWIiY47QcmE5RH2FnkXHmdoFWmFu1x nkkF9wKP1NWm96Ji17G/QnzBM94l8FQJCAAtkkdWM+lF6HODxhb7tPxVdEPV29uQZJRD6VZ3epSN 0D13K99B+NG3Bol68TGcAn2ivPVfgYer8Y5Tcy+WtKRl2KoxBknpEu/cVgRvMrxKh5gNWpWwS4pr A4x8uF+EPbWGyrRIjJTbchln066EBQIa5n0bKDA59QxJIYTdPjVHdSO5UuoBSITtB5SdRuKDsEwz AXMfG8TAx8Z+Oum0oa2SFWJJS6lYi3clSzgIkbDZkgb6giGu6WHSogLiPvluI4Yp4AsZ0zCGOIhG RnAKS8iQsop+aK5pd1PNP0LE13QgaKMPcvO49glTXo04anMChPRxoGBwnW0xYLmMH/DQaE4im5Ml z2yOjBjAfqfvNcucrLDXzMInUAmqaurWzE7fdrZbCpH5yy5ErzX4cIi6cmXqDKnWFNIj8FA06tkR 61Cc7l5YAnY1NdsqgMnd8VXVuzH7frEJfGsYgsxm41s23rLjqxWPmRcRL0Cwg/qWeASiCwHMqMAc F9BP1QYQ0/1KnKCgfWWoafYXKGI/Bu2RQ+TkIT6ltD0REHppmn/1U5rPfrxcWOSrYYvSMytmlPZl J3xhpDSxoKJkLVSmCH2Gs/HB1VsCmYptEdGHMAC1KDEgC7KTB1OTVnzUAzkh0AfcoOxgYTRIAu+b 8mVeEBoMRYDAIWo1Pv/wTOHAkgTRoIqpSHKNHWDh7nJxeZb3z04IWu565CHYNO7kH5KqY4wAGPCJ DopnCV9e/sHoUnBuv42KPfPJeMpRsrd6SZTaioPkRk95DYIOEYDprlYQsBlesqAXAZrchfkYYyJe CpxFG5Mu+KSCmVDGLa9S+J3oo0UFJWpibxGmJgR0pyHJM3wosY7HWvLdOSbiYYT8RyZAkzyCL5dy kJSCIddAkgZ5n69Ih82UuTKLwWLWqhwmmI2rUn7Ut2o26s1JvSiRJQQsWnAjWKtFqUAethij0sjr lUijWGPn1MxZ2pegJVU8XdRlcEiRECqyJS1Me9kK+UBpo8ZBeACjD7Ochlh2mRqRjGOpQG7u5zJH OPTOzJl6eJ3widkhTio1OVaCnxc2JMBMg4yEqymFDqY2KkCLyEj8GI24C1EgG8n61wwt5YDcT5KQ HIJVD3+zfijBQTM1EdcfxG+cMTvLBVLX0FHXaSuFLYq0Q6PoZA3YNncbIWtsAGRAqkIXH9lBilwm esx1esHT8mKpBssgOO7wjVTMxBVDPp/bR0wni5HYfcPTQDJjkBS1ClVpGhwLmMHJikChOFDCBk5i h24atOYe2SCpZ5Yi0Ir+gOZPNABokBosfpIGbbAnichRGp2z0UlYHusZWPffHZY7W8XqFrjvLBEW I/FAYvqk/3GWmQ3DSjABY6pyTI7D0aBpDo/Z/O2kXVIZzYiHa3CGPRSDkkER0sMNKDhkorKKPvK2 berIuEVCEyvSSFK7rr2WZRPSyILV9nJIe9HfbpwMG4BDXq6Q/uFDemizsumc8L3UxBXs9tkM4qXK CfEOprXNH4JUywQVtZIAgQaEixkb1ZQwzOxaWiI3LiXVYV1u7z6i+V6YUtJNJEhAuRNWHMuwcCwh YQo42HYZF9z4ty1YcS7LpKZWjmznBSTsRNK6FpFtO5yrQ0OEDYcCcrmjKRmUfWOWKaHiP9tTS9yJ Y2JXfSC4oVgprQcm2i0TTBPN6q+FPMib0EggxUXUAWLuk5ukpjApdheFuoy8mDVkTRB4dj0VUEnm iXkPraQmJiU3FaGN5kCJAiLUUu0lQikdRaiJIuGp8YZpO0Zih+4FnmYXjklScIW40OncbmVkxE+k 8Q0L04C4pjmq+Ekc2O2qKPhd0VIqKrDBOOP6D/jqUHoWU1WQaegsBonKC/iQ+iXFaRdlTJ99gC9b SFJQ+Kdx0KdvczpZtsZCq9qhoNsNZNJIqjKR28UZt/VwzS37/QXnaRwRFeJ22DgMtWglC4Md7pTm tWWFRFR8rThZhSdCvSggYLv28jVFcpQwOiC00wtfcHxrbSZDeGBFWJKQRqerKgOJpFJw69CWe1GK YAAiCpzny0IeKdKT0aF+xTHolJXjb5ioTTujECFzEpksOWB2KdvgKz3SmsPK5TBjTCB6X+rNNka0 3H3ePCdlljwx3+Iqkc5u5juiaZgqHYRQP2SBPQxn8IR48GqUyvO+CUHjuZIksKgmC8sAJaUJZvG2 xvkQVw2KP/7PuwXGYE102erMeIlYEriDILhtgULfoZwYRMty2qgUOiARQpDWtqUBwAvd0D9Wk3or GsnZRBo5KELbafCI/EvEyCjAj4NG1QSD0iAMc2oqfGWgTJeoYqnaAE7H92KFdiuRAsizGuLFkSCl RFywEedQCvMisclrML94irP6KC44XUTQjiDikblkIVh/dcT4YrniD7+eL8JxT8K2axpvQxy3fGxb Dkq6FIUIVuvdjEZMwChLU23HwjEyxMlDggwnxjSJgMErAUqRDsmF3MwYZLscuXANDcrRneXHzGbO 6AvM2NAFvCVflUkZOfWuiKwvq2oU2oQsBukzMxvBsSlzxxfRLFD7PJX8wtLsfASzlRSkuJYUhQsg jAmS/JavMEqFoMByxEtjJrjJZvLMVufssMm5MSumF9DFTEXOkFeubLm4+azsV+oTjuhQ2Qc1eF6i TqEBb/h2AWQAp928hj3HLHoVVANlN91jEMBQadcv5DjVgz/Tz2zqPMmxOQdkDJ+ILludOCNY2CVo w3TKRQtdmrOgN8X8gM2ywxD34igujBiUoK5pPSjQofinNYwWw8q7iYjvb1fZUEpUipTlF8PahbZh Ew6STJ+2pcwMGR7mBWxVbdxNl01a+E0+mxDJ0QiplPMqMyZd+F2IlVbuduzOh6p7VF8BMzmYU0Ur /rG6DCJ/675N+FR96IPd0C3ZIY8nZYzw8v6PofKH7rN4FiuzBwlMBgrW1AoNwEQBEUJLuK6FiASN gjv9UcViJ9OcYrcFxl02cRQADGxqbk6IYIJ/6rlhBHY8yMc8ExKhd89fZW10Awyjk3mb2+f7qrAk NfEOX3zyzJcxAdUfpm7pP4QS7KjHdxZ4oLMh8Y7gIJAiySrtlTM6jlIHgsGTQLKRSR7ap0oeb9lB UsV4ZkDA5pxLIphbdaW1LiyustO61C00k30feubGMiuiDhE0Iemxi+zRroV8fQU3GEgjtRY7darL gpMCCNrSWOQueOFSJNWBeNovCqIIIM4+uVxp3XFSA4GAwTyKgfGnlTGOl/kXuGWrIAgneGG+bgkn QI9Ni/6nqA0XXObzap11jlaVB4llcQJJIBZVAJhWxlbz0jtFaCa3XZmZPpkebUonZ2eBmkkGX+kz rRdByNr8hUKKE/3QY4FMi7PRDCqWAGIlg/9aTSM1Ty5hSNYSDU6uwA2kZUOkCMlIQ7Fivpb1y2q5 mK3N9/TkVOYOW7fNPpsc0eJTXtui/8KkzJExXHTJF2WK4Ml8GhaTM1jxgFXFIzEmBMzVDaGjekFX 0Jz53VjIzQLAMDF2g+S1ccsgga9XOhLEsNWlvKFjQFBLM7ebMPIA2ww+ZaN9Zn/0pglaQNMPk+op AFa3MLcVNLzek5I9GljQXLzNU/sIvyJ2FOi1aEhXltC2DWhBH3RTPXJgDNaSa4gpApJ+2u2GI8jn T7E3qYujhAQacGUU8l+0FIs5iWx41podcUcrwpetEIRw5/6u2FI1TKgwcVFJI3XkTohiYZTVzSSX Dlq8rUJVXeN1cVqGrq255f4MQbKd08pv0Rysh0pbOvzNDvshYgA11kBJcsgGMhafZ9liUbuf2TJm FlTZyhxAI2QbfcdoW6n3PemuWF/8Ac+BfSAPlXxAU9GVAFs5msU2uLJZJRr3oSSg3NAFm3bNsszo mYZV/2jl2vbsJgJVHmPm2nBBaEggBq3JwC2c09CgAwfpKJgQNeCTMa6jUBYZACD+NQu7YLUZnFsh 992IMUmwpMsVvbYHOLdI9GJKodhRYSEkqIqNhydzkOj62iUy2DhcNnoTPk2yrXlRSomplrIqfgAY VG5CpufcC2kA4zvIF0WkJpSReHKI3tCNYZlCboYJSIJTHIc3Wpol16at+kHKs7wJadJLsSQ1naxg 9bVndtxdRpOrZ3KpjSefb63sdsiz8OasPGYr+iyAEbp4OKd1YX0tIG/l03Lpx6MFUjLfoZ7aeITZ kmhdDPh9+93Kc2eBbmW5s0C9b7FEemdVOXbaUq9njem+FeQWr0+gZNFXyGSenU9t5bYTxrx8zcaz LLkBqH1Ly3suiJ7zJyrtv9LejgEHgiXywYNK9qS19qsvaO69O9JKcYdjWxPutFV4+61fK9f6f95u t8f9/fFjKfrr+xdUX19OSbXye/eiY3MZwBQRwTK1xWHPl7WmbO24vs5qQgGfnJD2/fMLVcQHjP5f ltI7BdTaeOvPHcTda976OqpbdMbQILJi7qLVcBjBVBfL1tam3wFpfdvniAwYHPuwig3BrwdsrOk/ nEIcJ01gHLz9/m068FnqPVPrBzRPTrW877inod0J5Aa1Og8o7OuZLxSL5CA0TUxsOb5HxKIXRNDN QjzgfxAEMI6SdMswnn6FHWFoud80hu1R+xblB9If4cHlOFVmn+12xndNiGlv2etEuJyiAdrMSWjb CODkXAKPF9wfvBct9cA8vAgn+esNaz0xE8UKzr9vwgzXw8zWRGKzKllO4++rvo6Aq7uRm4UawYWX SRw6jXanH/x83JM81lJAkX5V4QK0SKsPedgOLr/T8jSOx9c6n1LoUimJYnMpPUUnIJkKs9O0mzYW /2miY6LSXTrNVGrcG17qzpS1ZBSm+b0MxjHHxuyoFhbHpUbUlzpRa+Mainr/mecyGbbIUG3o3dYd RmawapSvM0oxNnfAZBTDVhEySGEGY6UQxP8OXlNRWBZmgSQkf+S/xWUMVchndhanMVV2RAhi897o hMi5YYj3iDFy9kx9bXAmU1Yc0wOa3rfOZuGyU4/DC9HgTjCig+CXGBTVZADDMdKQCF2iZ6CQjRG/ HS/bVKZlMAh0f8oM8YYVjd8a3NqsAyrol5YikaE0lM+1cwO9U0wfgJNQFnsUfblYUDQAqINRXz2f SHM8ogVSqLX12sxFtwZOQczrO/GuXkeDTUGJ+80G91IA1iDt63j/fY7gcG763nUYY+Wl5ZFmATzM WRLEyx2AOAB7dtUgJkrYejVAOECYOFE1XANVnkK257Jv2k6b6E1nKjYS+LF4sj6dBVtWl/FjAbri VOvOdoM4IYyeCNB0jUTPQEKZ8g9pC7TMS/25mLBF+qxobTBTWMXKsmzZQwihGB0Hw06YxwHTkdsw hEuotRHVqAyrrCSCNUtKmctol1AWIAJ3AmFdOnYyMqGlYVlxJooNYcjWhbXKCmd1AcQ5sBjjBgv8 dfe20Azdx+f/+uz71+eDl7BDyZafzP3jv3dGuMPH95Xdy1MmXjnce4B12AeLDDD7he5kBOQ5I26E FwknMyYdDCbo/DQpGn/fHuDNOxvhXv/P2yOWQ2IWipV7//jfHPwt/9tBHAQJnB2O7c0OlqAN164v rzn2N4qRE58qZiYhESHZpv5kqvPEmTMhZNamfM1ciToGgNKWIae1qJqxC8QvaVk0ngQIS2JeCjYT ZPAiDYmkZprim4DpSBypo9SG8BfaIv3qLSbHxFckS3iIR3QxAhhZbF8z3Un4K1nugxFhBHzqU54A nF2vI1Pk8QFd8BjrkaVsZ7JCl6v9Ea0srBcwpebgCKMT2AvjPRV+VI/tS3kzO2mz7CpD6nFLJQmy icuQxj76Z8iMcCqWunlpBS00agmIAiM08hAonsJk4owccXzX7cZARREiiNgokCVJ6dWsVz+TQ8m8 kDOWMCHN1FTVAtTWOBuZ+FKCwl9OAmYu9qXYftUgCA7CQnRBLOfRUBX69ZTtlsv4iJk5GZ+ZREhJ FwttBcdhkH3rfkODQEy+/NfHJQRleWWq6nHxu0KQ3M26s0kFuG1rKtAHuaA5zLSp9F39NxcJQFMs i0Ra9HMrj0SutByg4QDwAgT3+daWSMjKPEucJObaYguLgAvRNRlO6oiIXJt5yzS6godFePkvFgkA 1Vdm0zHY+M3ZObZcIeo1dGwif/lrkmZMphzEZKYLvTGcI6N6LGyejggEausyMGf3U8sAMkkyWewn j07nmi+9CnAiiUImjgYdWYR1sgCCHco4RTDcGWUO3tLdFiQrD5gI0s2efR9R01DWU7mGp6Oq22Ro upwRESUrVF77pbaEIeGbkm0VysgAwgG+r5wTZw4LwIBM9rH4ryRrQUdrHxI2ulJtxI8NSFgsF5P9 vFyBn8wkgco5PIe00dO4PUGnf91katJgCaRfBq5QQ1RbGEqA3YKSTRHk0RAYbkBNUl9YQ8k7OvFK 8pbgl22trKfmb5eaFIwQfUnqq4+aviAHqSGmpQgkyVXc9xYn0EjDgWjmpnA7AICjvHi9tuYyrSjP RSA5Y+vubQAAtz/tSZDeshjtq2mxPOSfP009VE9mWvn0KuWnXgBLgyuugHIkSpdb70gYnN+oC15B NqvlBqjUAypXSmjRy0UcJ66GwfwUqQqGv/DEMksMWQQNtxYCq0oc188nGlQlUyYbfTQHxrMjUPQj OS1IpbMqIZYZQBDJWQx3N7Lfvkvdze4zyldj29dQ0Qaw4Bfv4il5B11CjtSkH9PzmYiJaQaHeMk0 vqBEESncM36ZL8iyhNlWF1fRr/BauWxKZDCehfFvBQcdslWedIPQgsCifINQ35b5suAzukxr8JB3 Vwpeis7YdeoikKA2BTaZbt9YZg8u5EnNRafyRsLVEpliIY1Nmb+gUZyW6diFWRKDSKO0liuJhztr K9X+eAQQ1WdJip64bNPPoQgrTPrxu7HyKW5Ik8QPvFOBo2jjwaC0e5m31DmXJ20s8axvrzEqXmkf 9ZyhPNHlXxmtIGyZE4DkqvY53w0riuHoQn6Hfhe7zSyhSWlXtyRq+sK4reHGnLHUUEYoyV2wJFf9 Fa+IcGyv/vn6T54qqb5//z7uZrEHWyB0q7EUujxadgz4MlyoeKuI7BomAiDvpeo3KIKtXdYaokNw YQRMEJl/rsDY+6QKDAt6eU1G0mffDNDTJUI4MVORlagJm/mOCuSY7qvYqQAbFzBOPZkwlAmSzXIL RM1CL+NixrPosMZNPKrwYJtiAUQxZvl+O6vFGzgYxURtgxN/4+0wMFEpbPEuiQGJv34LpnA7600Z 41PfOfri/WbBCvb5xAYZc1gfYDL1RXHzLTihg+nEG8HcwSkAlXogRDjJEXZr7kHHRB+dl+YkaEVj 5kmmc5CUYaSgVswIkBaV7Oyehk9wGQPNjDO/n5rTTldMumAGrpqCwoOfLZqzTV/P3v6Tf8/dwSQj GyhpOhvIYLDczAJjQc2zYjLRtHRVdAEVg1IMYTRrSgyXZ7LyHRnk8jhPncRFB7K56KsfU7iVX2jH O0tlZc1on5dm6ymVfGeVXraucLISeTZUYdnrUdij0hD/a73HVxmLfDMsxDHgxu4YUSSdiJZQWuKC uIasjnHAj99kDGcXUWVZJsiJUJGJmKGow4e4z0LhOKYZP5NlLp5d156ccuZtJS5f2duiocqFIetz 1fIs3h88gwpRWc7oGtyYoDmMTF/YgtSQZbgaEevACPb4mAI4OVAknwFhagkSxUgyCA/REGKzCTAM xFZczJsNpDVIVdBQzALfIuFs27Yct/mqJUccIZQFG9AIFFzr7SdgAY9b3V2jNskYr6/OOkqKtNc6 LlQ+wN8qtPio4Frjdj3x3MW0bnJ5LToLkrmPiJHPSrqsD1Z67pG/kTI/74OabSAZoY7Yvz/drDDv 0UEyo5Kt82KQ5LGOACs8GDyW0mNJ/tcfY1pj0diqYhFD8roKP6Lm9qG9wKkUowUFS0/b+t2uRUwV uYmvjYJucGzjuhCIq3VXdFjw0Ia+ghVcKOjyRavzfk+Fd+KXS2xktG/3ohWEnXfikvhE2zz4U+cy GO4v/Dqxf2oIqtYIgCZatredd9+iq2Aezi6boqI2yysGTQeNkla2L6PREMXch/RmBCT2FcG403qt rkAjLuhF/46Sd0WfYZfimUZsgKdgDAIy0lb5EDE5HDASGAD0bCewAIDw2+nMDwMTeABuYyH4DsuK EXVEm4QCEcWHxOYnOidxrhydIRDYRoRsqgFVIkwJMjuYWigOoRGhOMxXlDDsRJTGl9OBO61BnNqT /XiRkAtpGCVU0ca8SWD6xCzkZygGiT7jU8+393tltOINbdjkGpd5CJ7DRXlmfouyeZOW34Xn9JSF 4Urn1ahwCmKQ6j1uS1HLUxbYrHY3k81os3s6VpPM7/mTa2Gp0GgBhP75hjqqwDjbVEdeuveX0fzc rpil7NdTY2obKWY2Rqf2VHDcbEc5kdnBxEkJBTIpFXw40Q5fVZfmjkrVAFliVeBUnCQq4OrCTl8+ lHfOILGWq7gWB2b0eTeFWGQ3udvMKyKLElF12CgNmjkHOlI2YGVrd2FdsuZ3TlBonc/N1DDCxsTH ojge3wvRUFJLvz2rhUrV2UiJQqYGOFg0OYZWLuL9eeGyVuFKoWkmVZWPlSwGxexi2sjcvvEtu2JQ AbJHNrQmfNm9SYz/8dH11nTz5JlffnnKlLTwJOSsr6Wo+oSpdWpoJaX2XxEt2thSYIK9/J1CLtKn 5zYwuMpUmpQbQLqjESDdytlXa5FmTbUzU6BjlBJlD3DRzQR3smvvmT+0s/RIVYLCWs7OXNBrBkAr Y6OVwD5boBVNmI5DOEubkluPY558yF3LZwv/oFT+IpCQRTIF8EkVaFJpo51UNkfRVhaUKcv8Zv3Y gOjICtBnu8jYDnZI6bvtcDNYGf93hzil9sx4BDch05OtCD5Gbg9PUeey1ednbzrDx0z6QZlk6qnh 9p8DyOXMQjzMUyWH+e/sYRUDuecxOw2N8jJ1xozciYUglcsmYC76RR3Ywj0XE9E4VgLYVrU2NcRH emmmZg9NM5YhiyXcapuhQtYlj5CBW5EHJQ1pqs4T0xBRCS22oiEeVccyMnE2WZUQljAdZR4TLZM3 Q9KVraNBk7eaQS2prpvAdrUvVxYTJlBpkXGyP50dWb5JQtNpAcm3d4unWUJNOcYsXotsdDfdKYBS dG1oAFB+8YnxYdc40hOaTu0Kp/xpzUjnwq2qQGUv1ZObzAA936oY1KIozSsTtKhEtVsnYjXZruyX ynElVVVimMy2aam5KRgxpZXSjYX7DV6IZx6Rf8NnY72XjV1hLphvWGdysizWp9SUGCoGB9SNw4pm lz4fdVBAZhUVb8VftJvxYOIkGlHJFII0A7KJpu7/rGP1bXOUwlVqZhYZTPkSsNhzqypS0fwsk7j4 0zgtN7ATGZByk9b1br1IrvGjAbKTiU6BzogC3WSIDwvG0Dw5o3Io8HE9xuthXkVvBg0S4Fdqa4dy ELmSuyjXa6rseMZWXhmxq3mxeH0WSPKUwHVlS4SAoRhkmo1dnQoOVBMMkggRavrqAnqlsDkOv3VK gWN0YGs8g4xiMCIi1jKifplUFVH8j2Lv74+w32olLvBWtp4OwAFDxvJHJC8yznSRvVb1npZtES3A VI4wrysmAMFkC2ukdCRCg4QEFcBVOghdVIwoyQlAjUK0GhCttCMapAXI4IYXF5N411lqkN8SkMPY NezeizgNiAjiZgOWTPicjFYoMJ6Qu31ZFAFx8BFriheE60jTLgN/b5AKKh9ZPn/kDokKJci9Yagi YbSFaTwoxclLgiN14O9ieAdEmEIQDl7dZgYLkgxCqOA4CwlRCw0ID6YA0yAaSKiChakxLIPpU29N AkwJEKBjRDs8hBYZL1ZLIMjo2fES+zOMPFT2MwxbXOA0ior5QRJjoEByP49Ym4Zy1X8Z0ozq5MdH DUYIJr01Xrf4p8iCCxRYlU84vbXCrLuhQFIVNO+gBsmYM9f5Nt6hIq8B+SdXjBEWAS8Qf/nmk4hO nzmOIuW8mBA31DZ1/ogTrBznbshFea6yX6XbxstE20zcLOXnDK4foPZfOw2JPRTjbsKOO4aki8sl o21cwGgOuyCA0zE9P4uq5gCZ35y+WUTavDzXkv8DvtmfRbYcFcemjBld4YiNdi0ia94hUP0gCMvf s9L8vouO1Z/jKqo3VPQu4KmQXyJkwibF9iNpBQsUGZUKBIoktE+RZTaEOrzzy7lRokgK9BZLkPI4 b+B8OGRcXrxkFLf7IVf8YwYOOoFAWBIAuJPk/gga2qYbmPOhtUhfmpV8kmQz5wtAB150JxMMCArT rowfzc3c5hpT7NaPsg4apP5zoO4LdtY7HUKJDcdZzH41LhhTmckPLeHxYoOJkAK+GWFEECM2dnYk N0qNGFszISzTyPeiDiOfLUipi5HTcX2YfWbE20bStMx+Ro+mb9KtAOYVMoMZn4QL7NlejCBnJumW cdqtFzV8NWxco7AgxeuNVoDdBQN0gEy5L7FxpU1cfV7chdxA8YCaiK/tcfLxOCj808LfttVOTgWo 6ZjYiORIVFXuqZrMyyw+VaU3TqbAhrLt5CpKJckK1AK7NtuVc5paTak0k2oBHfySCN2IbxJeCDJb 5rxpuKeLowGCZBcBW5Ac58hJFg8PErZZjjL07EMIaeDiZKVwMZuQLSDBjuwB4QRw2/JlZ2kUrvVk R/rlXzWBAKlPQphcC+M9+8lot2EtqVWMKAsZMB0LOceXqOqdxZiA+ZotJRpEYFFh0SKOmCjBj4Dz IFmKVFNzaJNBhGP5k3eXjjsAA6GoHSHoorWbDI1+yGKxWOCESska6hg4b5JQpj8xBO5lRNki0sPT HROmQaY4qKNeTicwNJTGJ4+e5pMGUE+yHpuyhLMDIwXLxBO8ev9d+nKsXfTxAzVYVNMSTRFUXitf pk3ei0hnGuf185sa0wWlkVytqaDTO0AzZKW30KhfoiAw8WPEQl1hCEfrIiolFWK17NW0ke7gi8Ep N6dfVT//nlylPIEjTsEcBdC0ND0CE9K8e8V8VmWApfUpo4zbVIEeypqbBNlYncpG0EoC42rxFEkA FYJjB0hTUs6O8mdJIkJ346zfL7Y5uJK1YXgn9BDNAnQ6d+s+zIWiaH4/Tfx/XRBxoawxFjuJMNcs MTGbHsUnvT2qH6GOAE/RsFUqK3puR09tGY7YnPNOumJ9iZW8I8jfCDdME+LMDS1THCYxeokHWAbQ 9b1iUInDvIZWeSVyLktMudBHfsf/QjKPVQVJOYzZYTv85PZ4+nxTYQYbpV9aleYaB5D8vlld5LqZ KROyA7kjvo/zjnTebxLdXCQYJWkp0PTKrlSERlDkK67BOotnCT6mgCwZmPcuxLITHhFybh4pMk5a EQ0VDDUsTsk0uO9zpE1nW6Wt7xS8wXyAgnYtmcKo8VJdw7EOocAaQ3RDNZeWSprMpqpAm+eDCsrI A5iZ6G/0ChqDwH1IQAgMUDsbwzKFs2k95UrIIneFSlO7Y6pKuPEaiwkwJrmHKv4T/DdT7EmPkbeP DZBAsNMqA2IMBjJY6SrLT9r5JqgEFY8DlLiAvsC3Jp0diTiamceAGWitWWAKlG9jiLjROGhIbw8E E15Tdei7pm+5RuaK5i41GMEZCqpTmGn8eUAjKeFJ7miZKSIRLiTXuJ7ryNho2ToCGcERtzloKVrq k142x5Iv7akt3dmyTqkMk7AkSNyjIicRVkcDgLU2CZi4oUjg1oonPTYOxbGGxbZsB2xzFF0wbLly 4crqXILA4oGykIp4wRbANhG54LoEeQlD43e9BKeso9qgPK4tYYWc2RWWrZyUebPcBaJ2U1hFkV0s RzSx8a0YSvYNIesGubU8iSYLadsvnJq0jbWP7ttFZ8MU4NrdXALI3i7ptVtLU0hKO/1hzG0nLqky yMi0/cAm7Wo7x+Ssw1FuvnGgWcIap0CU9EKsfCSYP963HziGtuvapAEW16KzTN4ypfXBcIN8d1ty bQMaTNn5IMrKN1OpOl7YN73EuwVQ7dkz10zkbsTMG5iriqhSUUUKwVVGO59lCvbWNkOwVjo4wRsG onvRY+vIrVTGWA3bQSdICy/QShVtG1NhSIpaGFZTbbPKoZZeQCPc9r4WoQ5mN/MhbZlynahku8CI YmSGmnAjPknbWzwuoSdo1Shcqswib2rqqrtdqavPTVhom8Ptej+fD1pBku3W1VGVgEeSqkNkegZd LgnZm4xzoB2GHhe8TKQqBFPp+ipUUWNFaEpmLrcNRbt0LQbgRKCHSYtLql7lswVFyvmi9Arj5CGz 0JtB5P4Vu3wv3M7UHY/mymLaLA9Y2MliHSw0Fb/GohiYmpi63uK0bG5qHnHnbpk7fDcg4JcoiBiy ETjRMKMAmjcsRFC+qWGgT6HBihupnyuUOcB80KgPq7SgCc3mlcBiXmjPoUA8/Y0GPYwsZIgsaUHT Fs3n5DiOWGD3IASrHYHLIMVUDVN7ExkmFopH6twtXphtYUeZQiyZsSt6QgwV+1GgOIrDgUFmEGZB jkRmZw0EIV1isaI/lpeUJQXRJmlh0vkDANCLhaeAy8xHShQoCCsHbH5K6A5JM0+Sk+Ft9aLt2dk9 K/GIT8MAgN/YbWzamzVOSJHTfwnhBB9f5VOkdcYEFeKJRoHeLUPBffwniiAIYd5LzAQ4apOfoZom 0G5iAbweafQtHI3AlmatlZExXXwXhAYnk+gQlgY2k/g2PuoC69DWxnWtXC0dY0ZoqCsZaF/p78wI o5HwNxB7khmhidStWiXck8gMiLDBxSJacmJ4n9kpqAe4foluOyERoc+ZtlN7zIIRu3x9dENj86Wf bYm0N8PNbZsg3iBDkwqkfjF0UYZForMIfI8dqTF6tgePOWFm/HzcH3aZfHqg480jElk6XsHjCWqU hp65M9qd6rNKmeKe5XDgoA2+GUwDecTi2xMQ7fj1A3DQc6+MRp6Iz3E+IIIw3XlGgbcxjJU7Y51s /cX+du9CsC1ANyVcu3g8R/KwczdoKijbmmJzCxZwaQ+OI6Tse0e61Wtb6rLZXmvuVS2X6UxbfUSi +ZN3z3GkyqnSHBNhS2zJLRtFIrRnnRietAy/EwO8Szoq4vEhPpGL+IiM7vqa7RF7wSh5O76eW2yb alc0T+ESRuJUaq9l1p7JNR7fgdxpPxJHDVjoFnVIT3fG1nxfahdHvahUA0EPEcAOVryscgAVCbGu CJBBk++kdjgemHACXobGMG63JpntzAZkoYpVMudsb6sAKQjPQ600ru7QzmdDFEVo4DZYZC7tgjBF WxeCumGe78kYYkarTSkUrLxpYazAvGTH+IXlGkmQyTYQZ9PzFGhIrQstU9+YALxqp2X9AtBgq56A I8xULoR1ZZ+WsZp56VXE63E2b/vasl3ECxHpfklatZOsdMZPzMxoQMhtVq5Vt4XcPqtjVH5sXWw6 W6AsA5K1GBRUP6JlWYaan0JfxmQrlSL+kiZSUSs8aFxDgU0sCxHhvLY5EQj6Fx7p7Esv8EpJIQj/ Uixl/HS+38VL2xAIwFZC80ooCW9rHEkXjszkxgrYkBLhNMZnXT+EVcmh6UyYeMzWsYyauU6iWyWE QDA5aIuoB3/EZMpay9YIPUFesqx9jGC9OWdxkcDWrjFThXf1ER0Z22OScj3ZMJhnQBjPEpqkljsx X0KWVIPhCGcwJkJ61UzWmSDBnuoNKNcTTPLe8gCWlVkmK91O+5hKI8ZsnsYlQ1U594fUxfpcHKNM Iuum8BK2PF1igJhEAkGIi9EmKt1uO2XJF/YVA5AhdDRJBz213iqBhX15VfXVCp6SQxKqQOZSk8vK fVMyk4jJrKvR66UuR8Lt8i0blr91C4IdTmhQEk8CUd77m8hiFW4wflpIlc9hF9IrFIG6ZAnMylOw InhpnAYoGFtTvYYqMzVnueqEv2dlu9PDnilCHxXEkMfBGW2ChUNUUCTQRaWvXL56YQXFfWq5uWI+ sadMfuMIkVcGBKuuYJZUmgAoRibDRSCeGKYCnSCwsnzJs4UJhJFayi2NYIiq5ZB3dqi+mbRKCMZX sJMvoyGyko5qpFEGrYDniYBK5XhC91vRQEWwdM5YgwjQqnPqZBLkLVsHkteRwLlHU6Xk/t/j6+W5 wGPUMJ2yoIPhSo5dS1XoBRCyPsVb7sr4zu6ybiQ0/SJDuuKAlgVqgS3vzmTRXPAQdorUMDNzmEa7 s4i6pZrY75mMHuVNohPsdD+a9NkFigOENCnXkp76v82HjAAgmQ6aRZ2YhiajLUyDmekkX539pf4Z X4/TFktxn9kQFKE5cwPALmyR+DRSlEjbp8gm6aJ5Eq2l/GzQi+fJ0mla3oy5XXhpprDmN1tlao61 yHlAFRuzLaXVAGgOEFUizeHpLnCh72vOb/jrh4fkQ7tlKEiSeWGBfjWGokbxqIVoVco3cU5lRFRy Uf5XHiRGCzO0zfUYod/Ati8FrhmiDh+QJaNe0UaQMNnMw08LOhF+sVYhg0UBJ6UwVcX2bFxAer37 PB5ibvDgIdLuq9MKUCpnFmMAxRPAMbchWdfYApAa+lL4maflz4tDsn0yUJKqVWw2RL6AI+7JTABk O8oxCn3RnWwRPITGGpMJek5JDFsCCOeDuFwST2fg714ricwJISZog38aoVW2j1IC00/5dNI4cLUt uTDksK8+B1QEj/fpUBve2oaqCyMVRBYVVuEh5Jmt/uCyix1klyYnN01vKh/oEX619ywPmlxoli4U xWVQzQ4gzrmghRjgFQJSIqYS1vCvXo3GYBM6FtKbIH5JW6e+gDJ4QVcxW+DcEUGj7kqcw5qUkWQS hnjI+/PUvqLixnxa0ps5wsqoZ7i4BVrafyIZJpEniUN5oGlR2QS9RdpcTvNlp8FkKC5pFUUV1ygJ qb5mJmJQdrQglDkOXqTBo35xtX5nIsCb+e3Np3Vql0tDRU6WlDnSy96S2Y2upfdhnCjRkDxDI8aG /qEnPLOxqbcWqUnIRko0BhP5wKZ16ZkO8gDTZsz7xecFgZ7YYKHbfhRFgrZnbfCqUxdyGVlb119f hRdGxKSs4jCHliYN2Um/PFZly2rC0KzqWgE/A4YIzQhdUEAtvPO4qU4jwcP4MVobiuSDV9km5j1C hKY+Fq8CTKBJHlEzf+l3nM0fegNU5M0oGN9dbcBJxdL04GkZTRMTW4NrCrf/9se61M40APW2LGfM FiQYFEN7JsajK4FhQ+pFX2824Ts7mIGk248l9KyWfO2FCrlFiBnPh9xzftRb5opfPXXT4lcxxss/ /t6oz2+2sjqHBcRuC1A1ay6A5tBVlUMtwPKCRk1iwLxZ0EqA3cFZfCMVbm9thWNfvAqZxNb+Etq9 ODjE2+ibYPEvvZusJUUvg/D2h6aZl4zf8PAGOq+eLPbgI1HA+RcAerkWZZmch1dH/yuYF2o0taM3 oNz1TqYVbCBQcQ0aJUOIb/YOxQYDUEzoBzpZCwTIF/mdsFTrKHTMRBIoCjvtiD0yqnw4pdS3BVYC ZjiFekyxBFt2YS6YCtxaRyBvbWwDfYrohiDQHAwIcULY4ssMKfHK6hkNWJDWLuVHxe7HNrgJsczc fjYPQznwV1CEIKSUECAQ0Y4+ZqJupNpU0U9MxQtkavqHIOYh9oZaChZFjSuucgeikYvMBpeWR33m GLLnR6rpzLIPnA49XpuV54BSAQrJXiAlvcoIZSQMb+osbM4jjWFakyUUyb/4UD6VZjIhqWFRoIv5 EJTMxLtPeZ9VSNIMJgLUdC2X1loEkctEYHPWg2ygXtEq+LMPLE4NMwgVeVw1YFPAoP/607mOgLQM mkkDphlDIcE0GfLYRh4w8ISDyyWJzGl0hh+zg84RsNuleyFHrSNvOM4CF5MblYQV1bi+LNJNYGoU r1BgNqiJjCYBjHWRL0m4em4LQHxMorqgerJ37LdxIMsy4FX/CI6embisLYsuU/Ur9ib10ImtkII7 2kTM21D4k8/EZJSATjrS+MtrDqg4xuaH7qruuhvIbOYl/7n1iP/CHZPSao/a89Fov/nRJV8JKxut kbczMLXJSjODeHusOmdHGAJgGkv+k5YQwP+4V7rU4TsaDM60YCJlaABYItMO5QGG4LTVhPMLOBcT 4KVHTg0n9465aiPJv2BpI5Vkmc5EWaTcbUhqDl8WKMcXDbnaoqw5XISSfehlGN5sXoCAgvxUveMP 8GRBtjDhEZFjGIFazEw49KpsS7Bo0wo6Of3qDLmo7hYqwpswGEiunQDLYIMIkQ1gWFTFAfgDj7zs gyS3+LEQr4pBWaNwpchZEBg3W9aBO+cns0JDkTpMsJCRb6uScRLXUI0QJUozYGbSLi5Dl7yFoPtZ zAqSVUiyA2OEX0l7AuSy5hOKFhQ96G4Ugr80w5H1CSmzD6ZjVyJv6MCyiN9f8wrNjcX/xqm2DLls VpUru821XQCtJ7xXXSnkxc9w0TirBCfQ0aqEEgfiZr9XE0g72obsyzQrpTBvtJtyuZVlACNiigqx IPoiOXYwDAU/QBqvCFVpxdgktITLoeNyALEtDU0PkD4IC7F6Msh2P2QRv4IDwIZNCmQQoYmaAlNn iGpMunvRW5wwVmjMqGLEgTlutntcKeAazCiRam/ivEiilblLigioAZ00JcA2km9RBmOijF4Zm1rB LslxdTKAhoGXBOF+GYTG/Q3siJI4agD4cohDeKIYs+CkOg1aB9QYRF45QoLrJIPCbl0MVCK0yq3B rO1K/0qIkMbaAy3QrbBcZ5+BMXEqLeK9dC8zMKYkoblMJHDNHiJI8gCkk92kmnjux7DxvNo+zAl3 qQqAdYnSs0mRCAWamgvABcobf4ocsmBeJ6ZFd1kGv1J2WmY/QJ6tkKYL0Z+YFQw0WjKQ1GXtSQV2 IJLCYpFWxaa+FtjplUYle2Nj5A4rvIvFyYvrPso606kZp/iNEuQaUSPEGJh1EAw0MjvDkImyulkl CrYgEU8jo0g1r829Fl3bWZpl8EMedAqaJLEonVhSTh5Ryx45TAyYl7mMo/y9FECNSxewspQZH0Qr ZvRffqaBZ5GOOfMdCBmo6MgUocAwEBAyDSemnm8CQhIbY1CBoey0uihvIpNEWzsxXqQ/WehAJeh8 ZTkFm8ODGDmnpi/vKg7ZwxKI7pZrYgbRJoOfwxWTe5qdfskiCJIALHekuFQQe7W/ozeg5VZ6PO3q nMSexyIMh/s7F5H/rl8iktMXD5ONhkJV0spTyANwu2lTMX8LGs1Z1AMRF3WlUGL4mDK3FAJJeMTg EOEK08adMGK/qdC6qMYAKTzZTtBTicaooMQEtaDga5EngrpPhLqSl0+B0KGwrt4TM5Rn4v12Lxua qEXzDJ1bNGVsi3kVuFLhbDtwNNGg+kJ8JtansdGy3pWME9pp1pbkyIy0vug0SdEAqOSmWkHRmbAz s5A3CmbgbYluOTMFHCKMdYovcX57aUF4qNHndNZUyZD/DDuhM5aGrDIYurdChLu5PBpK7l0v4wAP /1t2RmOjb2KG3IpF7rlivEyFwfLmAhOy5H/RiBljMRuSFoozDdVTOCJh3E94DCHpifdZDA1SHDmB IGqilbh1kF95VqLaNkhJQylYudMmQkiw4WiI6GXfV3uZsav4lgGAVTVhuISs/zz3FOVndLAaN5K/ goGoEnb+TpKNBzRTm89RGHx572i4LMUjZQWcZDOGLknXdgfLtqc3UQetgbyKsrhO3ytt7I3LjhlF Z5pScVZxN+Dd75WVO3sUUSq2o0kF6uq4kkJczGiJyIDR6bQlZenX6wX1ENwYY7OMS8pVDR+AoCQ+ AIx4qI2ChovO+JXa1CBmY5a0WsqX/EgQ20xlbjbXhMzm1oMCeIm9VtXMS70L/FKKYqSMgfbIllmn LEy+QRsGfEwYABEbW3NdWECjKi1iTZqVpOlPCCsJ8r5s46S9SCZ/XxAu1CxAA8eKj7QVL1VHk1PD oSUAxBqms+2zQiV9obDpTltAGpl74XUrFfOqPVBB9yw6K4m1gLhaMu/qRwHVRYuFeSLfLORa0i1k U2I1hieKqsS2Imx2a82i0o/efwcO181lPJGApXxPPloh5felRdaRvcZuaz1+q/6xCq1Se4Kj9p0j oc99a6zGqrZtfGvWtjz10GXbv2z8sZq9Aio47IZy9OKHPVBbjfV8k91OhgnE9kF1sFWbN6owP5yK 4ErL2j19uVOvgu3X8RFOlLAg3jmKvYyvMw1+HPnoy+0/R2J1AMXDGYqOmXLF6YTI2QFWXy13t4Le Lq3OKdyZVNb7PSxq5fv2cMBDS+D2BpnaPq5WvFW90bD9Wjpsqd8pWDZlnWej2szlwaDP9ya9eXOf TV8o5OdhWOvxTtBy0ITadtuonHHhcImvR2gqZX/DJXR24oRbEOjlg1HSgY/mdjyFnUI3x2UIsh4d zNgr/3plYGdu1TyKx3vL8KgBj8QD41GmpWxHW6CfSYMpbsLNywP9xv2N0BmOgGnRAbg9M5ssVdv/ xQfc7fiLjg1pxp/P//Ctur5FAZRpEWPSKU9oAFPzX4luG8VwUutkqdmlQq5GHeQiJOhGisqPyKEF VpV3eYHC8j0VqvM2IVQw/7EO7m7b+aiDKx2uaBUjUNsJYnbSnwPFMIOimt1uhkeSh1uIAyJxLxR4 gkA2eLcjNRhfYgdFQWG+rYs+26ZFyKGAvwt8z28ay29ZUrc0QNSZgW/PkKp4Vy2hJgVAhUFFucSe LNspZxATJeipjJs4md8pMOx8DP9bAKlmbkI0hQ0viWgdKoLge2at5eawzf+liVw0TrFIfslymj0Q irSREiNKQ8GnrfOpypZQTyTPYrmNQMUWBq8j9WsUQ7oYCaHJ4nLZjZvwpJN6WmE2ljvMHANlEwZw vq3AQLO+PZpfl2Ig6HClhSW8uNoOmNFLbxP6fcJVYYw4irlFDuYrl8Qm6W4JNqA3EkwJNgMKYrMU 43R4FQozpH+LAsU2nAWyF4MgeYgDFxjZ0uZFecLmlW1x2yDbu8HOoxQC9Pa9qAmWVnlYAF+SN0Fq aW/2nIxpFJywKWiIFGYDVC4J3WWnLu66SA88fBjEo4mW7qNKhrRbJQx+Q6mJ0EbQEpFM2kamBuGr +CcmmkMBc8lqvqfkAN0qaHh9T17bKSK5y2ICwQd371ACh5wIA8UV3PgCBr46B1ecanGcB+QW8ZFv ysfnh3nwTgXngdXDAyBnHiELqfLmLfrmpAu+OGKVUmKwSIzwiwPEBLm9YpeF8b51AnnBsL3lBIAY 69iApKl4LXQgFTQSNPEbX7whXFsMJejRRSRmKZuTFhEJvWDYxUI4yUIzB06PUSMGtKFaFLp94PBK 3CJeBKklkqOET4o/brbyDYthAjv4xxdMBRBISWWbVXrBX+mVjjCoSF1Qomkr2+IDNbkyTEGF2AR9 /tghJxHguRbMAqkipDAysDUFo5e5RCzAIxu6LcZU7S8WigeyH9P4I0jbogOAik8MiyS1dz2IeghD FwgC3F8j6E/2QUcxsdvsUiri4UpV1Ql0acJfLqw10S4xgBZiM5gVCpDEDZ9FQSoSoGrhxO14L6JC hmhUMEekiZYoyFdJkzbmTkSDJWpSA3Ak/0Attwcp0WePEpP+CzdqDkAsiMhBlQ1JWSgbKu1EsnLY CWcDRFj/lYm0iqQ9mvkLms4zGfthibfVK6KOhCukIIsMrRsC0QeWpetpOGaAE786YQNmYrbNTgxa Eh3wEWcWRi8DfXV+94he1U4GRAzQIJg9UWqynm9K6exrMoSgS3RaCpwlyQKQSx2VkCrKARgOKa+H p2KB2RCNAIUU1khUypfJSKN1UnisgEFPRgAj3XY7zQFnSUEF5rQ4mbTW08eSEE0ScetVxcy+dsvn 0DSt0Lp0BRquMB8K+T1NSQXSBraUMp7FNUwL6gDtds9E+8jImLo3Akvkw8yAmADlWB5OwZxRoc2A ntiUAoC8bEDHYNIXI5/Lt3xrCQuITBTYaYbrDa5Fu6Z7vXjv2CvjoGoXRtJwmTrHvJNP6uZjJg3b 2LFsb6e+10HxyXTAGuNSawum+lbbR75MJrhS6vQOVTIZfYVIqaKLmC2j82AgvlWqc9J+staA1v6a rCFSrkledY+m3EARfAlgtOtJ3uj5V7bqhVxBV7VDh8k/FYtkiEN4hBZYrGBImFNDs5ZmJcuYgoEe O8rRmN0zTJImpE9tcTBsmAi7rE0rI0aaiv4kKXvSQfGBYW4yHr7QDP0pWkwkvMCmKUBJc1HV6Chc brokfYpTsclEZIfrhLDtR9HBD3QyOsHdNAoaFaHgo+xczkxYRozCj7Qs0WR4lbzmN32By7tnDGHC a9MpAwAcMHZITsWinS50GUomNzVJNp6FSF8NAZzkPIuYSpcwLtIYyLgmFwtABjSimaUBuX0QYk1w oQA3F0UgjZSbsYiL6p9ivlC58g6oxBcZClu74SYa1Dc6i+PwBNaMc4qXoXCBYNNWn9gcRDVVL7XB stQcU/SiSK2UkUAscjmPEm/8+upVvJE9axyTC8/cYP/xu5VWYQV8O9GIBRImaQ0EmzAptY6Ym/YG hpcABjLFAE86u7U/WLeFrOkSEWJmfsDkR9AhvqOD//3mNUlmKja7Tw6yfOhXnDA/VefMg/gH+4CN kgVbPV+Q4IPKUVwo4/l0mysUpsppbeXK7iCRZBhW8C14Fq0kvBwCEqEnmm4LCtgiVEH4oIoahdD6 orzOZelYWwxJ6qQPrvV8tHsSikoKVd6ACiPcweQUdCJclNvUZlUQSIthaDhIeC7covaEMAsfq8lT VSytA4htIlnoKbhh61ehMjJo24bqujaiydxGcWqx9yjcZ4ikgM2InrltdJmMBmdqZcMqdvgG+NZx xGA+x5/MbxDjmm85lJg8ucJ5Ek+o5pSEmdjte46pGziYAUKGRMKMCDUVKx7IwcB8zA9OcKk44sWY H58Ru202JvUZVWfC+Oh02N/IMsGAFrMRQxLgqQ8nVB7Rzi3UkYdMpyLAItzIvomrgQcf/ApHXd+K NsKL84MWYIlTxknSQ2i/OM26Arwl1EQ9u40AmQgNCk3ZSCXoQBw1eBOCnT3PN1E2+oBQXH8E6iU+ 6DNCYjATOc+OmyN5IRYwmmDXQ9rccytJIHUjERBAfOU+82uMEk2gS8o09Y934VJEARschI6LSMi5 YJWNsiN4vjIim34WbDv4kCK2Bst5J2OGMEhPRIOs7vTC69XT6AOpYBa445wSMS0ERjQ+97x7JRuQ bopc8tmEAa/BWvkdARMOI2YNOp9WHBVO/EZXYjGrYuT4FrBZcALUDDmsvu1Lv7btF6eYYhHv6PiX YyK5XkQrUUnIzFi4Z0Q5ID0xnKujYbn8Av06+QhT1sR0sRitMWLRStYv02jvAE11i74fsnVYbjKm vXgDsofgdU2glokHHjQkrkbxC4WxhgR7DAEkDJFA3RRBypZa5U+wJ+X6sajtjZlVBiz6TMuhQcID mkBkO+W/Ja8uxEKGTWOFF5jSI8cbVRpofhU7c1YK8ZhNKxFtwms63VFTsPpiS6TuKkV5bjZGcF0q Ld82ZrtJXefRWBhzjbZV9ow4U1p5SiLf/hSPDlgFUH/IEIFssXSOFaWCiEdrkOx5uqL7eI7QYw8C SvzF8im4mXPf4MnAZOtMkOEx6mTMwoFPWLjGxCxomrS9/RAxVJiHaUt1ZdZ5CBQmdky7cdjiZKAB owl/W/rC7LAAIWXQPAuKkktPsTJkxsyiGh+ErYBUZIj02aAiNxd1ykLJi80us6Jw1XwN65quxZ16 gseoATn5Xo0GtiUhgaNs1NM30FKeWgGBofOdocRHvfEOZXviaYEEdlSLzjn0Hha60zMOEzgnbSpD GTNwG1OpLX+LNIGLJkboZJ4edwq5Mb62kVGTBGlE4INqli9yMwD4VCHIilC7FWQvbTxsnwptdQsV cgogMnj1TEph3/KEGZU5bOOgPg4nsiTNDJbGFOvi4B7kcFc9bQ8hRRwD7QdwaEH8PFlTlQwqC+Rw E2DkYFIUkQNVEcy/nL8rKK1jJfaQ6Xkc5UwoKOoFUg+ldQ2nKnMCcVVjNd7q6sqt7oCPaqlFQkoJ MQ6kX6RAsbEqHyZX7DR8Ryp7yGtPMGmDTWao+Nz/CSfPRJxE6QqPngZykTybJKefhNNQT0/bVj02 OTNKNKMqrKtyfPr8Xb7ZlXYgE+Yqq2AHIkYNZkaAIBNBm6s93mW+FN9VgmH6Sto9qqYr87l3Z6T8 KKKOaf429xI3NoQwqWdv9grKPQZdVbm661tPFlcYjti95AJ1T1V2CyWAqUwHHRKFhWgcnJ+JeuXi ZGBeoN059AgTq91XZsVBhW4VVCStbrk6fqzv1SVVv5WI04VUDT96+A4joG6lJIC7SOrJbXz3sy0l PEVjzcykEUwQVrYYE2WYMqZDvzKTRgM5IgyVoE0G8yka94xeHGfi0DPTlLbCTXfzZ4Bcz2DgJqkr AsqDkBytqg2gZOdLG8Skftuzh/WdeGbiqu4yC2CHA5FktOFOcJpc59GUzBhrnEpU0vm4oUkIadRd dCS50Ey7Jw9lskyyKCgUvHiIDejHYlYo6McLSXjNhgizitaX3aLijFt4GQDLqIQ1YAJPL0FpjAV3 aOKb1JngsYuZAmTVr0ovtmC9nqNMQK0vemk2+Uyd0lhfmX8xszZMLGMBnVwCqxF7RBy5TlEHbNqF gHrhJ0wqSPONkeF38vf5Ckxtb5tEUTiTLwF25r1dEcyNKOtIajZV6CfxyW9p5itTr01RQdFMeZAh jZHP52Jcs8DKABbvSfX4muVNCWSInwDA00kBjPLy4CLyChslBiksdCqwSbo0AAEedThHcVZBSjQQ moChVWZkB5soZGkvumIPoGxNBELlbVgJ5MAn6JIXRG8+Thg5gvWOexbJZUWMojbEKXzrp8yR+w4D SbQN2GUGbQtGUkj5W+1FoadCCrqoCvjebo82YqO1/dHqL0obhS6AtMmnr8ilXoQ0OwpkgyidkjSb eRC2HEJZmk0b4zYrxh6YkZjcFSRtk5WwHe82ZROQVYx1YcTn7/tTsCW4D9puxB1glYmQBzQOeilO KVgYCGldaI+6WWqpL4ziiK+LYMXsxgqwq+TAvIAIDFID9tKJMgKBItlI7DBUMLmNVdFFG1bC8GZs 2kQotvZkSLsyQEt87eAtHdJ8SUoipmla4m6xfdEwwmLDim/6EmZjV0CDTxzCT6B1zUTdW0VxFNBK 4Yhaa7CCkNAdHnEXYntDZRGqwbnXjscp7k0q4s3GwoJwbdCSI8JjltpDPiRTJfJdWBWQGnbZvFFq xIw1SDXGkbG41HXt1SuAkb1hYtHWkA2y3eVRtpGUhdPGRD4YEtSirErGiTRKageGGkRqybi51aqB pXs8Wlbrs5aCtYGa/FRSKEcmDqU+UgByTf2KsEyNLcRGL9IQq4ydfWgyxkccyZhElmiDUpTX6MV/ CABeGZq+TA97EYaY3CbtzHV2lQyVLx4JscM/80I8EP+JJV0+gfmZ00r6IWKaKMncITK5KEOMegHC kroLbkbM4OgWmBinJ4eLcX0sti7M0laF0FhbjDBwXGO+KUE2hV+rBIiMOyG/tSODpzM6mTAtoi6e y3AUrwvGVXdb1tbQtUQ6Q7bGk/Hs3SXBPEr1KMcSznLos4+rUHopANEIc0Z9CiE7czYO7mMNhpnX PFmPdgg3IwFLnuKF8eFT9dI3jG7++BsLLXARdRqTW2gxxX3jtUOeLsEYFsiV8JgF2g2bJqFSGYrW hBIbhE3iSqygYGW7KQJbl11JH5BYW62TRnMUCAVGprw0kY74Ajy/A2UcUb9lXf3BNjxBugwAMtdH Y6QZWczKKkAhmSSmGbXjXAIwoP0bq6BfARhFwSSbbuYtWGVAgllcUZfUokfK/GFtoqLLVspYpokl SETkjEWuKikybOEBUepTOVd07BXB6UXCCXP4Brokmp1ZXAGAQ9dhX96cWBa8PStTVMgSZcz388vM ZxRIK+1emp9x208mE+9qAL9QPRFOfEeUBJ5cBvj+IJVeneWWFjadJsVd6AJ9EKbPo6Z+X8RDmFAm l9YjcWFMGSyKF1Ts4QVbsPCEXkQAIGjtTzSshzv+Q3ndIhcRwH08NiABQ5TFEiLEOhFpAK7mWe+i UD2YJ51noEtsshkB1JI8QRZuEdrJQJyrOIkSCYTuPtg4F4s7lZpaTML1D1ZUM30CPDpwPoAvtqzq RQvMQ0SSSb+jABCDbbKqU6FZooyahRrtEHnzWuTymmqfAcBUAcdP0ZlWqrsA65tBnq97UBflgxYQ i0shDE6aA4fMGg3NrNGaRgt5WPP6JAxxiaXRMmJ5b7K6N60XhPMF62tzV0YRCAFbDJpQxlmBq77o mgtL3Y2o4mG6VHF6Pb1CdPUfBj+nIF5C1JzhH/emgq4AjdinwFxFeshFkofI7H8k0pvW+FDMi3oh yjSZIh0mG/ok5WMc0RK0o0NIpRyYmRGsrXYYlfx2ASBFF2A2gFZ/wXkRo7Ggl5iTwPDk9BsENb5f fjJQownaFlMmEQZhTJMgQGqdKZuslAQ0yhgFR7KqSxbAFfqFbO17FW9CJzzip886nBhZ7Na4kdKk YMVdTLY7IgHDmgqDnywyGYukbX42Q2ouFDRQNqoYUidDWDek/Lkw1Jg5ZVsmGWSQYlIZ+OmS2GYN JszwTLaNoC8dzEkp0Ww7Aoiy82DTmlNPGYAlosATGfqCZwUHiVUDEi6RG5RoXysvINaQsusbj4yt QQLgOkJGh5SR7wOvfsAzgcYdYw28E5pImvRFYM2QccTJb2juT5cYkAjnvsm0DZYAImVsTJbAgk4s 6fEfqrS+GVBmNB/n/+A1zgiWZCTwvCqB9okNaWEdaZMG86I9gIiByCExiJhaMWfgzh0wDwHEngMI zJV6Sk16CizBXwdZG8FuTVxUIsvzgRS0c5j4pR+VAUkrIY7SKATyeIJu8XecKTogyHG8ydt0Ee9i o/tJqwF8mkhoVz1/RGNEEpX2bHD8n20CFulDVz9dQHG6mp6EZGRQBftg53OzDxRWlKC2p9hsSI2t nnK1YB09MX57YaNh3eMwAFPMv+4IW/xQVfxaTFUUnWUrvIncAinPc3tcMZQRHqLRk8qQmobSBN/L 8dyX0Md/6fyRsSiSv0AMvwNPWb9gHqnHlVBP14qchWOpm4XgxADgZe9ME/Ee/dLQCu9ZfiqAtW5K jkOHQbFAAHvzGpnmCogynhEJdcAfZYJB19x6RQvG28IivlWlZ7YZ+QFSN/JU52jut7lTjRVhFC/6 EK6zEksJtAdY+80MOSBJzFzZ7GK60+TxFmeNmdsguEIvTJkdXTCfeOex3UquCh4ST/qL8ApMZkUN Q+mCNKBMVLLvWlR1bHFKTzCo5OXQt+VyZKwWtjuihZy7aob7UYEeKZWV2tiRGFJtCUbHSoiQZUNp 6mqIYeNDNZzEQNlQQSe/oDimBlg9i9e1ea8C5+qXb70LFrae3HeJQ7bBVRXQhldbUKsqvdtRqbaW EenEs2rCvc9N3fKr8+mr+WneqkGFfmN6/ZoaeIXH6p+tNVThqTqkm/Ia4M6e0aI1NeSYoqc2wgN3 0bxK1LS70pV7IQSwPW2m7IZ2oQWYzrcyuwv4Z7qKspBTgjJOELa7FX5RdGEGUkYCpxNoXR2vypVj 6r0tvKopCQHmKIbqUOvwpZC1xbFpq5NuXj0UNhvT8Cuwm6TSOaxrUBmtxmbfVlPxMApNLFm9dnTX IDbF34jXxlA9SJNdr20INTzMLAbhik3Iipb4jIk6tCm2UuWHd/I6NdGF3zYqK+1WmDXICH57wNv0 UadNyNiiggkV03XWYtNpUEFVqRQ1MELcSJGEXTAT2gV/kqVdccpCEUwmM2Wf4SmWMIHT0raHFlE7 n64xO9aDRnRK2iiRfAKNFI1q1S+LjavRhmmC4XZgbeOua+aOvmN0YNMOUkQjiJtjkermCRTwDcQK vS0CpDXVT9u56lMDxDg7qsFW1ZtpmPxjbK4ZFVKz9iO39Zjwqo1XMIc1JH1uR7OR0qxWatgimOAF 2UAElqCCmN28yVZ+D2AJMxlY4RX8kdSsmrd5IHUjeVoR1zrxvf5BsRKwEC63xqxojNmJB2lZQuey ptjX/VLaSGRwYLIXDTBrmYoVXxDk/jGoM2uZ+nwHE9QDCJxbpnOVMdlro7RymuPOCOcpGP38myvM 2AIbXrv056ylQ3WRA/vfqh8XgyrQwXz2i/2BR2VvgIFEFKRNhp7ValRxRskECios84BsZBXgtuyw li5pShcisQb8RT5UyNiyo3RROkCw3RA8EM//d0So1phmyDCnrQxyEGoKeP60O2YplnOZyYdkoVej c82crNKI33UqTuMC6luyBRf6yfaf2LzAuy2YrvC0oswi1+oq5SNKApGxdwTqzsUL/EyA7iU7WPLx pIihiea+WAqP3AGF2nNujQ1acbmhzSD2aNeewWqYrLmmgWCncxvMZTR+WpgDucoVbVPwLA80qrsU Hwgn4i3ne1GXBdCT3YXlAtyZXX7t46twARQ7asVCPO7HVYEWa81MfsqDiqcFQ/6Iiv0DjKAh4IV5 ApTwEcoAHHhdhGZQC1qqVyarzQw1jFusproojBklUQhEZhPx7TkfcgC8YqP5ZzB4Co7tNWq6lCs2 RpKeiOBi/zBPPES8O7/LfQ2qRRWkEsIgCX7U9rOPPsRm15B/WoCpsM7Puggq6kM+AR/ZUKBpDEoo iLavkv+8v+miJ81dGKVr5KD+0dj5b8ma/ArtysgNZ4A1onemKP4OsEKIhCHZ1sDl7D/VhbiRfCOZ 6ZAgMOzQVAB/xMf+0qS3pBdyI4oeCRtVRP+n/A4eG12rqU8DUIHi5sIWCwTmj1DMSHSuIgAT91GJ PQCpLsYwVAEJP2YgQsEcUZH8WBRKEzGg3Gj4t1Ep4dOVu4RbGWt+p8/kDkPJ0fB30QdqKArT69rq RVoYu2ZeaqaYQw40mrgA3QiICVqTg7QguOAaDRFN5FpZpACQakCz2ZDFEIkl3VI32P5hXZYMRlBI JqrVG/tqJmdToHY8uLRZxYiIHO6RhKCio3WMZIUquqU/uiXwF2WdTFDbNGFbGkDJleymHpIdCoU4 ZKmLzdaU4n/XdYyLCcuHvXyq7K6Zur/P1Db+AubiBZG1L4/pxBujnVNdPOrmGVhbU6aQTZ7loVU+ yB8c7oK9KMBkxQBfvGgyR7PVooxjlJS95k781ej/eLoTxNZtZYuis/iW5L6R7WT+A3xrHzj/xrEl EgSqPVUogKRj7Z6dqEv0oyVOyaN5eQZDCyEEB6cFbfhO5psYBKMMF1tNoEgiZ4Pfedby7tfHU+Xi xfmWE1WT2IGBWUGgmPATjF6aVjPNoENHDHSHQyNId2pTZMQD4IyLeiA8SDvPtKmp7hO2H6PMK1Or Y9Fb1BM0s62idRGEKzUcYKhxcUrOIIYTQD6b9SWjesVWoW3chv5ZaVUL9DIbJgTQqjkTne7RUKBH P4NKXCmhhPqkjDMApzIFyY3/NxFoPs8f8tRy7fCqiZ77c1QvTQEkvZJR/ZWlN3EIV0tpZEu5dem4 9MkgsuaoXfojlStz28RbS6Fd6ojrLcUWefHXnMQRwxl3qc3BEj01EcR+ZkRFvqCt9CKQk8gZJW37 neopOLyVFeH8wKX4LeGXP4BPNoHrpkVrEhpnpSUbxNcrtAaDvINkMEKUOUv9U16bGXSzjcwEwnl6 kTBZOO0SV/TMtw1juiTdXHkyWiAYdCMP7fxwwkYLq8O25i96KDXVRXdFLVIAQHlxOSpdEofd0a4W Kuqudf+4kCMSOxiRrpbXIdiX+snOCWQGJfmEkM3OkxYxcJuUpI+yHogzHtvGeCwmKaLGgHqWIj72 7mP9OUvsFo+QqH9fw/sEW7chOj0guthynLV2VFF8Z8uniQtz9Km+dIY2U6MryGUAO5t1VWKqfita ZOpGqs4zLbDzrk1jzs8dtOIKNOprAQh1HNenknAGw1ZL90pxQV8ORZQEqERlporimRZqjSRXjT+m TuTNCVMBlYg1PZ3XzpWkbMtH80RNnHU1p/PVqDTEk+icisxIUJXSiafO2TTDCyjSAr6zic1ldMio 0FHc1CcGp5Eud3WBBstJ3nEqDh2WLRDokUb6TyycIoECSeZG1N20FZQ0GOD+bI2+gt46gnvFZT/G SHQGdT92BTU/W+wAdLAsYJbhC0khU1gYLhvKtcXQevAxUfeJeeWz6ciZ2tdS8MJlMU4T6vEHmIbG M0NEMyWLvCpmVU7k3GRnDO9fk7R3Har0tkHBQgVwVCHbfKSJRkNkE1Gb0qvYOUhd9S2LNYDXYpJT tO1an3qWoR+FL7RC5kFOuYIuJ1NixRGC2Wt5MRH4mRrJrSAWXPT0P1rNIfCLmFxbr50GcWnQB0oW PrKEEsG48TONOGkI0q5rSUCrDck1UQikwmIJQkMLUm3uptpSelct9Nsi4DJVu9enq739S7VriX9i SUEl51TslHhrIFcaDHm6FbmiBI1hFhIMAC36XkbKJdFsi365hGY9wBkBAyXSy/aI+axoRLURQbLG ZN1+Mg10yjWSNJGgOQPIxziiuZ4OZ9vochAcZMxZVDqX8MD1gniglBekX3T4jVQdHTiinxLCGog0 voUJLsMmEgrBaHAQva1zCfdS1RAfqfzHeH/LNMXr0Vb5mPydrGKgYW5G24UmtpKXtMJnEm8gTBEe 4gNYxxWI6FnUaVqOEfsGDasBiNECSaQGTNQN0NuI8CBSUdKl7NsJBoM7P63193ticWMA9stgEVJP jze7bnil0y4thSKk+Od1SG6Gkb1k1phZcRIP0pu6O0ZIKPlLaV6iNYUzwyNlU4EnTzmsjNtz/jSR omlT/vRnnc0k/FhNlxRZzLTviJ14nXXgM3dkFWw6h0ZaRFaMLgcLHCgQ05pKb0kg4jnj3H+PgOta lpFZ6j6y6xS1GdjjlVU2Xc1/QYIHFaJ7aXlJGt7jsCllT1V8vj0sXyUoONNENdvmGXOm0MhuogMF 0QnwOJlZbHkpLNVtT+3wEEXtrhY6/U1CMyGm2AyFVjwL0phFjXzOf1wFbyjRdMtJmI7PvImcPAeS IoBP39ItZvcUEc7OW2V6JPDoAYwIFig8aXAgT36DLsy/dscBYdonICW+GXkdmx208aBSQ87tF+GV M7teV0Ff9F0tcSZ+cyLbXQgDpLipj1ysI7G7QhL6B0kRPq5yaX3SgnRaFjLV8gJ/mW8xpiCUqYdp OpEXCsk627txK6YWazlisSmXSue6oWBuAj2AKdPuv8C8VEJe49dXG9VKYDmLU94s8OaBGIrMdki2 LXbZJCw2ltqalAwICNBVL41TNY/8lq/2u8VP/3FY20mdkGbkcWVghpPZKppVJctDq5u1mbNaqCsR VtzPj4VjX6uMo6mNnfas+ldFbbscG069dLVKFUss90g3JUJJSnVUhOqqR2EgXwqpHKqHHh/h413h vIJsb9759UodD2DQf8+vkOJiv7Lq2VNaBbJLCBe/iKnKXmVeb/Hd7lXcViNWpK2eUKU2KqsIUprU 0oJE9VsHjEI59rqWnW/NPBoVQWOMqNsrG4OVcG0+jtrDpnw4xnodT5iNS3uYnYsUl/hf6uXJz5C/ kQHwSsbws4ou4VQb9swQSqdAT5NYXTU2JGxEgT2/W0UoUdWJ9k6NOEPvPMCfMXjiRXuHVcITZdVe j+ywNuF5Fx6+8UaeSPBZVZZyaa6XdCT9ZmUOVyjewx++vjHoURresGzQgsHeBkXpn3Zf61z3JEXM GU8ajDy7VY3lt+I863eEqimDREvsM+BK5RgkPaRXjbfnmFn39ITWQpzFIWmSs4/y2J7G4SkiHVM+ ZRUuVBWRkFbWRX4K6jknq1Jnuum6x2sYAE+tfOQ6Hv/h+SarhNvDTFB3kx0PP3H+5eu757pk57Ot CvfsRzXckg3eHCb44jKzjPkSa4IiWv1k6sToKSU9ViT2XdYTUGafKvJfv7i2NNPLUFbAJ5I+UDHu EwJtemoKL8a0x7bUGgFZI2uoNo9JIuXRxLhXljiGkiZxuaQHefDTFnqarbkiEk3QOYU4vzy9RN3V gq/+WVRpPCjrgRvZoIEUFijRjKJ0UjOQfuACGBI+LF4mX95tP7lBulzv5Tamwu23Pzdp1oxjoY1s jJppY+zjkbVvaW/T0WqAzKopCffpEkHwqYclloF4oISpmoZlEQ6XGdZIJjjYBLSlT67Qg+lhiUE1 OkHB1CWU0yHMCc8F4AKQa5W21iEnHN3tHVKGKBDrO1iLqhqXPpXclbwJWvJKkm+HK0dZhkI85RJR JCK6s0kzEV7+2oYfwF50FrMEGNguPynZW34skhmlbg0pNSgElUiLr8sARWehpuQTEboR6xdc6qwK i9Y6JJXKxK9PNDNYpp7yDSz76sri0WaXyTx2Ots8g6PXRq40EaWqwlZaKl+NiAIxORN4R4jHElVS krkV/4w9ms8SuZ5z7Wodg+HpEndJ1GDiiM+UurjUbv9MoljDrEPOprpWDmfbJbKt5mRA/ZQNIoxL U0rBKoIgX6WV7LdgmkHgoZW4VjbBAIvv4aWAfLbVFBvxvi701bMOBQtrta5eABitgIXxwxT+J5RE 2l6ujeR8qUOLcWy/xWIXi7Y5e56OCyCBpcUVPhwGLWB5c5CAwNPDNNy5+STJ1mNd5kRcjliJmDty QnLuKZTEBDHIgcSOG/vSbdpI90kHzqJiRZtyMEdSX3pGUgUrjEi6++NApQZf6Flur3FLZpaBnciH OSjFTC9MMkOqcy7c40z9a12euYfYOh2e59ulAZRCwnXbqhOzZ94ru+WY8gWsrICgjw+b0/I2uAUi 8BC9ZYIU5C/07jFEeq+/Zpi8zHq7tiHSy5v7KRorJjBGfPqS1p45S79pIMSLvmVq+lGMzVROBW9q MxhnN7mrEtUCI5Kw2NK2L7OnWNRZVcFCjA9ywuM7WMCymPsnBF6JnvSFywSYRVMRhOLdpBwzpKJJ nnK4boJQ2kAR2KomZsSWAIrkeuYKlT30jdl94tc5v37a4ZFT64OM8vVUkGeYrtJZsNlcyAgGNf8l sTzpXNEUAWEzlTJhogynTDfqGlvYkQpPbXmdf1UJEaRD6szTDQclAFLLeaAGkiUUIicuyqtuY0zy VIdZBbh6aGxM1pkKibiwSblu2UAzzyzLECjMXRuGHYZszRywhTBHDZBJz8H/IhDBphEywwCTpAj2 Xz+GCRMabZPPidqI+YPO8yxc64//UQA06RnUBgixs6S4kR9ltRqxTQd9YpBWZ0rLjeV0x9lW3hgT /peBpu6SH0TTThlL2T1GfHVy/PqTwtHB68uRi0Hi1GqnEVMiA+l1rRtcI9OdoXWenRivDDF7I5PM P0XpA8U6axjU9BzvRHTkDx5xEGUjAmmAq7l5OkK27iQ9OaNJrxGKm7uyLGDWDceIjDqJpSC7UZMR A2hEA1IQUjCVoHmQEQkOkaTNl6mgJKduRUtXMdd6IyzeXuYRrE1BTUM0pNsoLeOKLy3byMHJ4T6h kEbBuvDQgSjpwWjhhp7Zs1K2UAx902hcmKP1XrmBRfDrGjQhFZMubK8LFdGt3klriqSlXu1Z/lMo 8jVYr5xSA6DbvX678YQbO6Sliyen+CuJRHhJB2+rJOK/+TWLINqCXYjZ02jD1fI0WErJPueCmfKO M3JdOEXReTcHzYiTdhhTWKQ7dkBufjkAwXSyO6dxTyBpQFNdtyrXbXRBoiDXQ/UpDs6scGcYDD56 WGh2rBM5gUyJsEWEZFbRIqDOWDg7+2SCaKWFWGQoGaUO+5i95ytUl3nllRhj/vZPITh6NS4PRTOb oUdJiYFcE+w7GXSru87A9Ilm7dg8EWhViqJCGe5qngRU1Es1NtYywIzFbAMHshMyKJTMJ7MGrldy ZewQMfJBx6qBibi0qc2c2XdFyHxNFyVpB6NGq5SVRUsLgy7nV1Uk57ocVR1VxlQGlUEKmha2XL4g rhqpLBIyKv44VaZb0T8q9mxb/Ra/5WIgGIe5p42jQLyXbDhbIi2HSy/kRlbqKlV9WiJ0gbRS985G fLL1WmQYTxo4DeyVRFR6QHpoSxoKpNjwTBt0ssaCRrlx9JADIRQ31cJcpAtCjXhCGsneElJFq62p Ru82MU1chWJWgegVbIgymkrVip4Vhc8A9c4kNpCNvmwvlCrLAKSI8KchI9u+rA7kSR2p/u9gblft Wu8xiO2UVbqN5FjoS93SC9dzfI9kSoZkYHAd6DDxyCOycxLpxoT4L/aRX/U9vYI76uXdBT6DuYow qfwY+ehEPHI6m06FxEJOHuvfDF/yl0dntTo85MUyP830x1rxoiBLtnkQ8kA6c8b67GSZW8cDnxok FoRKWiXk/kctp4DDhR00lEmSXg3zl2bsbZ+k9rAFhptgthJZGlaZxewsmAUDeJH5JsbSpPiPJV0l 2jATp+mQP1uR4lXWVlCPrCKn7EI0CMV16tJoDppbmMRSSReug8lgLfZJD209ya0ic9VrZ4JCX8VB jpxB2LyR0caP7lyHUA1auECBPvEWmmyqWTR538Z48ULQQX04piN9wCgLOXydDcM9cJKppP8dTB1/ voDjauMUs2eNEZEB2mmUP5YQG9eZ5lZzbfulF4idN/XLmZ3nOuypum3Owsa6v1MtVH7m2px1vpVD cTdbj/J/n1vmQDUyDcpYtyxjeJ21okIHpVVVrusDdiMqX3DOe1xcm/G4uIdfadAWIKsn66jKaDu7 gUhX+Zor9IzktjXlZduvcTYJgAz5tmbcoTW0FmeUmo2TEHKFcM44jvTcl9ywUrPsU7/x3mt9upvg kKTAv+cnhzwJMNBtP8Jwtf460XpH9obz7S1aKZh8BKkoJlK1ceeTVN3UnBkNzQyUPTgaa0NFOgY+ 8MpvQg2Zim3OagK40CyMge8WrkiGnOoUyBCrWQKpRVi+wF5Zexsr2Dk7CrIgUb2m70x+VsIgwXj5 BK+rKy0AiaQ4n6sJ2wUK4gIqnaPpdgA2QdamKIZOowD0HMm4EGMUMNmSE4Q7rh9fRYY6gDwuX6U6 zH//2O2r5iCwbpE08jhY8FQgRjx8zhtVn4pZdtLyVJNpgIBK1TBo6ayr/jBNVjHvFaqhq7lk8Lcm ptbdQKR/tIZaYnbDyWOr/DRWuIQby+UCtIQ6DOSpNQ4AU2eQw4kQzMGby/JfJM3lcepfSVg5HRku L+ekcg9DmQislisxKVks5cOnnzbRauNjOdIKk2NigKelul9ykGk32Q8Okacm3IxpX6raN1vVWxBE 1MFXRuoINrU3N8Fge6HDXJRGJNngVwq3qENO/YdepTnQq8woAjAA5LtuVQ7oKskZ5MWhQaqfNfUA pZqRJre2Q117CQ80y6wytmwIiRlWODjQI61iDBuyBEKh5F/OFtwSRemjuVIhGzdNecC8HFl65uqC mMRc7CC8qBIVCmElfqQH6e+eNm0sPX5+2L2saUXy5l/SRfMq1BNtBRwTTOJXI+UbhCzQCUY9IoPV ZUJaqX0aZlOVSvEziQoZ7FAwUtV8VppW5UakRxnL1r89a6RwU9DKQBLmJobe+KxDVRyd+NPWdFe1 bNKsSrr86XkjzTJ1ixu23qOefX331mmzEQS6UjmJVbiewE1ftGRUgm3LNBV/Kmv0iO2egP359fv9 7dna6jyedK3K/OuR14rDP9//2mBffXnPwXbZp0d5//yoTn9+/eNt1B51rd/MTgX7yzOwv5WZ7fi3 ZmJ8D/Qwhjo3WfVgcbXqDwV/9WjPtf5NhmgoZJ9qPVmpOXv1trOGUt737HFPwvjGeoJY2d2Oeg8K 94ZujzHXz1YXVLn3/HAS6GM1f2fpAiHvbnugyXslIzJs3UTvTdPoGuk0uBJ86lWCIxzK6ErSn58S ciF4xXNFdTqjHXV7D1fh12hmNdRn1kbpWUbGEV8syPvI+Vo9EX8v4eG6BORZIrmJ8erZT76jus6O uJeCGCVrhQa0VIrXxll4wqEMF0nsBviYplI4DfO18MpA0GwdMn/d8pUmp1mvjy1q6HulM8ZfYmCO Xd7D8vk7qqCxtqjCYPNaH/Tu+S3RAiHLizi7IR1xDeZyuOGZX84wbp0EW3CUoQcyfniwq4gjVy7M mxoPm/kz/Ael8r3alLgWKYSSTByohr26k2m3uJCjkR4IQ/bX0l0hNpw3UwOajsACENT4Dnonaa1d TjwiJkAr/cvV5D2OySKF0aLPQgaQidryMewAd5XPZfi+Bv70hh31ASyiFqfiF06JEcHFC6KRkMO7 gkPp4KNn+yicxlZLeohJTh4SYHkEpxsxLTRiC6ZQ7iyekq7xk1uPK0ciKNigRmfP9dRoPme26nRg PMIKKY3Fxg1DEi5KcY2gxEA4YhNCGNaU2OStxI2csaszYBwzgn7k6aObPnrfrm196R9NTrIVRIBi B+StuqpCy8Iah7uRCpzRE5RwutIxNDMQN3RqcIRaOg1vCTk71MNnn1HI5lAPXTxwzFA4E3SqgRRn SSAj8Ktpjr9CQ9LwVT8zZuG2dJ3qSb3KJ94yjZjLJiUMaYNsHCx6v1m8cHomiwzTfL5ZgiQR0ncZ mUhNGUIMG3YpXpr13NtmUvaPEkxyVYbBcZQrSN3EGyUZLbnGoMSsMSr3pBnXMGzpE8nOAQ95ykh4 jWimkgf0OZrdrJOyqoe3JBYRfCQ9+T24QA2RZoMu0SCkLYJQQW22KBCpqKFuSw5YKGovIlkyDDNJ vnUEtocIQAx8fFVNaoUVU8VCt3dVveqKbkFjtq70BVOn2RZMs4yUIg5VSSMRb4vIOFJb1rVrQZ0e e65ROwNfrGL3Zgo95kSW6Uk9ZaR3NlB0YwzK1fokU+QV9UzQ6Bj7xsA9B/OBPTKgwHq4lOEZnbIC nP75HadayYWo+4kwKGd2Qcv6mEFLqoFzKiztNykv+y5zoW7utfZAjQ4YiuNsqWVQJ13FaM1SKosZ r8c3hX5G8wosf8As+eoZi6mtZGwAwngIQ5bVUwhwUIRy+chrhkwoLQmV/rk4w7BtU9f8rQtzkvZh oqEM0zSpuQOWOMDdKDqQ82dCDCPWm9G43gkHiY4ZdONbOFBnxk7t2Edevk+kCUevNMFFGSqF8qPs MMH6adac62m3oZgM63XEldzc45EDdgOqkBQw1jZ8TeOGVnA2rzQYVMx7y1jJCZmrfuhMP2dyXVA5 Gq1+WwFf++YlicL/Lpjfojcf9MOlQ39FlM3mmt1vmuUYiQVEJteuJxCzc30kQnfCNm2kl83ANpvW c4EtAs2o+6iM1oDijX1BTSQ7iagEgqA4QQYkYniqlKyrz1GsTcse2W1/XNhKksSAaJzqSbABM5IK v0/yVYLG4AFDNNMcgZBZbQCwbEobIq0HjWOzBxinQXJOAEUQ1IUaEbUMxpgTIXMIJ1zZxEfLLIm3 sx1HSgDiixqoBbXtYeCeWSOS2A94ZwaGWAbL14Ruc8SmDy6rRMHQkkSZfQFFy3ybXekSFbO7+p7W 013KzFzTLCwirmTiCwsicPQSQi/eKjviI+TXfW0LWfAwReGUkEjPQxia+4Qbo4pmEROg9jc8gRWp vQk39aQIJhGzzKapBjpUFtiJKmMFiQoT5t7N0hncTU1Cl6op3b4HMjK26qto8L9TaAvT2yv27D1b 3fOSUpQ4jG8ZlDwMa1AEKTX0BpMGaKtY0/s99cvZOkFMlYq6qz8+vhIHs+UwK6rwqUg1MX9yq4aP jy2+C+5J1X+RH1VeA6F8VEEvYVcvdXkVeP3TmnvUFBO8YZYIjKF7D71vb8NA5vaBQaQppajoKEpg STVWaSn6opokPHCsrnwgEKui3XJy3ljVi4/DReeSkmYEoIKjISU4RNLIQKHDfLRSDU5JACGiYX+q G8ypQzypn67zbbpLaymtUgwLeHbLjP2ECK00lRJ6UoZH0buuNy/bb4jieKwKDRCYQnVmaSvSU0rD +01r7KYGo4B7CGfJGcxiGjIjqO18VdorziTsqrgezIUMw7GFtJCEEyr2dN1QcTz0iccYVGVCB4DS Wh8J18BBv09gw5c2k9RJKdD2IfPNcLtEFwrdAGnIK9bne3k/GTItmKAnDputl/ejBQLxyvKoPRyj pJrB5NHlw0oWnALvITOnhlhFimAOtd2HwgkdCV7yqPINwzm0+YJB8MGfGk5L6NGSDbJkJqYhTWYL 76WDTXrL9UqkAsG2XrhYxDFuEavtT6ZwMi5XShjOrSjFdyhQeqzPb6DRozINDxsNFzoVQXVbfoDS 0QvajN/MCB6qeIC4/Cq2nQplTiIqzhd+dV9+CzypITRbBmXSjWtkmJqJ9F5fhHHpjJKF2Ufiwktw jqtKDcmguRuZmLRjUPh0QQCuz0btQLPdUt/kiezyG/fgNg76sJNwBXnKb1dJnFJEG3USWyqIC2cP xlJflzCrYo6DATclaiz63y3nkIEkZ+pGv/PuUMm2gk1mXLSp7JctrtKYU+RBemZ+AlFZ7C5gJGEp T87emGx8VeyrmJkfsIrIK7Ni4aruImZdi5u8s6Qr84d+XAYYrNOOD98MaWSou6uqSw9e86g6zOpc i7u474dbiq7Oxf+cbv5bYqAVfwSyqIygj27NrMPwSpV1ZARsOfL/A6MqtI73ZChunoBLOrBrHa2c g4/c3FjBXxNBkWEdVpHGVpAO6ISxj1DIoUYmI3xi8aNXgqIdTY5LJKhR+zQb2X9sFci6AxNMoV22 KeH6giSYrR/XzkH7i8k0PcUXhtIZSropoMNgdZOOpFM6RJeYJQREB0iO7vrIQaAZU4aDPPuZCYmo 6ZYZoTVAQHMGlh3yBXyj3Af2S79hUfOmhorf7Nal7H13lOeaIi+JhoHrt+kAlfEaf3kOmptwsaC+ QzncsOvO2to2p+Olpl1zA4TxHwlVI/VlfSvrcaYIdRGjhid5ZU15qMtNVAYKczBzI5ee4g+8cREf qc6DaOPl0E2z22PKqb2ZrbMw1iGdvHm5VcSrrKxb+NEGUehhiqOsoRalQ13EV9lii8mal1ehxHzE dNSkgOTKYZry52malH2HcsuA5Dlkj3G6rMADMLxbIYzP1ZChcREtTWnyWcZO7A0UFw4rsHTSTRmJ ywXx46/um/vQi8wwzM8p2CEGmq3Yg6PotJhCxKTaTCDV606ocgIRpjOtciMFWJT8JOxOIiJoS9t2 mIh3ZIXB6De6YpT/UgVuH5tff0nS25hHaJXIUBUv68RqmjQhuZKnaOKaBeXdORKf1f4hx7QOqBIJ AXcA1YjNOto0nmKEx8Khc0U9jsZytS8wJVWWqXecUUXZbF9Be6LN9qrmRDX9C4t+eVtfzRJjRUid EA/WVBo5RUL12N0uoSv0cwExl4ILSbDdLLgCnEiVai0WGCzJZYtm0MUpJtWoYobnJZuo/5BCkayd 7+qfgitiBBQbSYpqEMObEJ3K4H28e7keqrT6Fli3sRxpjFzJ2CNKWK7SKN912U/DKd+iV0eMAD8K AgJuJDkZIxmLHdLVgW1yxr5AqRcl3R5F0iiiHCViIam0LKIvL1vUv13tWbUirqtIzHsPkUQpo5aF FBETZbXyauOEzHOUdmnHFmti4CCm2wqbWBNjdV0c14HJtdGQx77UZkokyjqaXFdLr1RYC77WLQC9 efPDPnlDaKbLNmzjmKwyLx+Mj5b4psiCLw2Qrd4BpUtovSA83CkiUkIHuTBUAkpldy3O8BJAzyN6 9yjfp/cwtN2JGZu+c0BA7x/MLZS3Gyg7bJjChyB1gANwdhXXyHX6q2cezVybVgfEaJeyGl2qmzBJ s/S1W4bLwlG3GfiyfaGCffbqNpcjSQRvvtxTIIAAVYOsdkn0Tz2terMeUJjLVE5JEnWq+X9TbAQL QI7poFZF+OKQr6KEPuNKZMmhEQeSxUM4hSUyKYONa73mLMkHq04XWUyWQUvIIDVO/g2RTkXW4llN C4+GEWcHCSgjj+gPI6K9h12HCKUHYk06xabWeTspEAIDcLBHOgME+mootBmiKQHfqJSculybfl0r isnyU8SAK3hMmwgC/lKmmC1ICpplXMkZk5ARqYEOYpo902Ybq/Dd/5ULsn8WSdOzNCqJKrrZ2cwt k0ThCnjOMq6w3rXhktPANhi1jNVYwkr5XAk3Z0tBxJelU25GZX7BR8zujeh4G1YNzsQARCT7oYhM LnFXHM0fC1u5cTlBg3f/izF1Ds2QkLRsBXS2vXlVHBi2TiCKN/uU2heAUr2uXNdz+w3rKrzUNsrR w20Zi64LJTvFS9HjbUTIAadYOLKS3RrFqa5lLVkt9Wmg4wwKMSGtY4w1R7FqT03cpiBkqq+BuDu1 S5kQVl9tWvDACtMEBqzP0j59N8nkNIqKjpdE96xmfr+MsATTR5NTZ5sRlorxCjDh7jq+UZqdycEA d5Rtsql1jfVdYcptdEW3JvnusJNFN4oz2bhrMl0OXxG4x4zgQoM40rcLTZlLG30pY8zePFevLQxo byqvDJKwUYaq2oUeDvgaLwRIujxTUwkM9p2HErm2RzjaSWKUct32nOT2DSpXRqODvdv6qxsh0Y4I bJVhNvuGCc5LpBO+EdMOvzGzdr36Q9dLRV0oD9eymkNpOeHpgtKUBEwiAHV0kn6VFl8QWWr+dFHH G0ntZvFTWisxbD6AJwhSySKnTv/GxFD3NU4M545g9Da1h4fNThBJ9NovJeCGPqaawDXMqdNmIkuw q5voxDn0lnCXS5OK+0D3OX2k31Tampr76z27Zkq1NS4t15lJFb/LUrRli6T8pqYRBximgtSI7qpM doawjuyRMZAtpnRo2tKch1W4XtGglIQIXW04ATEbMFvBHagPiFhdERMvOim73kEu0yYo4ho4bSpK DljNcEiVNCAB0NAhnosZTNokiUIzOFhHgKCmI1RJwwkMDnA42lk733PXnci6eUU1wGIHrDAS6ptO Guq/gflx2XXImaipiGtzAWs62pVYHaQq44IQeg9PpDp4bzogrACDKPc7u1N/SkA8okQPLQO6Jg40 nmn1XBRyci7WSYl5xSKFVlGlmgyBRzanDWDV5IWSJJiNwB2K4BPElAWN6GzPOdzLtmnapyrKRZEU r3u6SGip1cAuLH6FVD3dheN6Q1mqRFoR2S+jsPYI+2BaUW5Y8u/kZzv2GQGpGViXtTf9b+XLmC2J Erh/iCWkFiz0hlafU3GiPmpiL+FKgW4j149cldCM3aLY1Mgah8CEwDB0RtsSufpvJudssveh+AsF DCPTm7fqN2NulpHLIAMb/KrmLAHAczHg3H4ShpDgSK++UpcxgIzv3UBoRlaOhC7OZQhHwQRapCP9 X5ALf4iRvIo4LoyPBJFHlM7mULhgyvqJdoSgMdjhqwmLysO2VrflJbpE+LYcT2zsXft6Lo2MSpVT MknTmobsBjNWFgf3+pRTkgBFcwiIKZyxKKiNwYM+Oip1qyaZQ2VntFKhveELB0kO2Wk5iZITM0K/ D5gxVy0uai3PlsnIutcg+FkXvKp8vsIFZtkA+k0YxPclCahv8zZfy91yeX9E6i2JEFAlTcAhJ2HG uqpQYG6S10s6OEtTNjTrtn28cRcH1DQHSBfKIO0YHztR1Rbkzkt3GCcJkySbdSBUp5eyPrIsrGIY j0J2+cx0WhzXkFCMkkczKP0lb+pztz7sdcTacVZ3AKcrw7ZWjchQy8bFafYwp6RH4+touUcbmRJM bDGoAGRuos/Wpsses6fmFr6uujaPy/r7SURkOWaFnwLLSQk8MMM4OV52LMZFecbQA7ACAbZQXkFK KS+zSSAJrYuIEPXZC23WlT3UPALR2SHANzJkgctqfq5iJM/34quWCNIw5VKx3iaGegx/WvWwZ2fm lcYdzm38DgfBDi1oktUCCTiNCmNwTM4p+WcfGhg0RRR3lA1RiY9MN8ESYHwnCG1ScZmrb2jzD12x wTXYmN6XnpYnz8NJiw3qXwNaO8twEWN7xl9GUabkMmpFd7fMsPpyKwZfeaQEVy3LcZ0wB2OhuG1k /klKDZVhBJ7RC91caKIra414oNH/5mOVQaSm1soXufIruShjQWCz7gyeBIhc9y4KLb+5iUS5GTnL 0cmqCm22MtyKMEavf8d1nlUqWb8/280Uv2GyXUzkVvJLkvja0jBVN74x0QjwcU7IJgvtHDCdnsS6 Sx3Bzubg030wr//mBi30MxU90FqpbHMDRHDIagROVsCoMrLMXaZNdKoA+K2u7utu5DeSUEW7RahC Qc5FtX6V4ZJtKETZ7SkybPsveJD5O2/AgoFSLY9nGWkyM4FjBmZahlKK8RgixynVhiFyi1LkZoH6 mtsSE/JWcCOANFo0zIOIHsFH+xsr3kN73NVOL9m3j7QL+tIqtdYDnVb+9uZcmu2E1q1fFKON/dJT XLCQpRGL/E5nTCCGdOnZPqQCP4Y/PPwUjQX+aauMCJcz3SRGpCWdCCY3qDeHNlnH/tS08pRlaBIj lMxO/M2XUZq0kZRgQyzcBE20zDhInhf7Q/ykUKpk6N22FlKFfoU/rFFkrGCEiEgulRbjCZnEACOP QRdZkK3PFFgOoAfqddL7v0ilRI4j0Vx6pyi1MtLQAxJTRJGy6IumDKqqkapNlTTc8iOyIHUhipzN qhwwx8QZWs6xjKUeQGbzi774QQbKqsCjicgbEVmw6g8AlxpHfuDsFB0xFZg7/AmNDE01fEqHHNtn VCpSDf1ckFqFA8LWxzZLU0oGxjJJPXxCk1+6R+3CvUtCBDJxm3amq8/oLyFhZExUxw7lgMTREEGZ n8JQT3qHc/qIZnRcp2WyPIorZXVaLADjTW6YqzyrmY+0wgOMXJfOemqohJMRWt9elFnQZInCLtqi orS/e0lyTryz1/lXIo2WLFtXOiIUeakv7EcHzUeystKw4XxpDTCijCbW2qdQtmkqGKNFYmooARep u7/DATSWHjLA3qbhVhqBiU4FsGNmxm7DlSGSRMuuyC4f8PSbBLd5PQkUgMywThYqX57gEUDI4cNS EadJEclxde1mH8dlaJWnkNF2AoSZqWFdb+Z/7fDHoHDZxDveOK7TZnymiaZiavvWj4raaCbaiM7x MbDWaF5CxwaoEm5zELM/IUborarPtmVrFY58kVswJobPCJhZMBk2pxSHhfWcx2d7+CVzKbEwllFC UH5SFSVbSttkVsaB+myIJ2rtXMFvIYReui0UyqVB42hUDW0CyqKDqdyMqPN7PeSnsJL+hTPDw1ft XAxxuVBhL8j1qVatypCFflY0Vvv+6VEeisNVi0RVlas2talgvXjpoXJQhWjF526u71qtBZpuuHSy 9j1/w3ZoXIfwXVtFSqywZRcZ2riuMOGK1djbEYds3e7GJWRDeM/cVoonOaPbTl05HhrpSneWObQn aw4qSn731Riq09pby/a7JSryEI62216aHQVikjJZQaQvVcIX8eND8VxdHCY2qZk1bqWJ9MJS+YVr CA3+FGPDQYGydX+m1P6+SEvOFq+TTyvMgElD7BCahZjuz9KB8zQw8egiZtX5f8i/TeN0kjQzM7+F uQV0W6l1FWssx580VcO9mjPtCIa7FhTrplRiKXQ2OuMjD8VDP1vleXv/KRfDTVJFdLBfhGR237Oh nuxBp8txYt9BHDATNpAMC2Q5LG6Q6UJ0ZeEZrzGTDh8jXhQMPP2ej3Rt3aXLPLWlfmPbQ14BH4ue uK9BsUrGlUjTEDGlBesaTLJd2rrDgNhGFNkNawwMGy/+/WRCdysv2mtdsuc8GRd/24+PWPaR6+Ih f1saJl7043Lhi5ryKGII/Bdu2o/uBCEnsSwzvzFWhLEeWmWJhnN00datEHore9GeNfDhNn1q8IOf /IvIEGCU1oQKP/jTVbpxVoVBHliDQEkB2WSAKAi/VZ3EnPpy7gyqq/wWddhECCw4Wn/Rvh2rScBY iaOXULIYrcpI24gb1byaHesaZTGYIPXrxgH01BgyRDUXT6lx3crZ3iDAuphOLozzZ4/x6dYI9ymw L76wpnvqjvuPqhP1eKjWqyxCwVimxSl4TW9ZzSmJkqVp6faHVrXc85DN7/6ANu7utnHLZLw1TUPp Gruc84YP2c2rWy3sYnFNd170/tBk4P+QypEutwOQWMIZt2X8Zrq8qxTIMjEH0TmZJVkKIh8CtQeP vPLrDlJHl5cVsIL8AVBPz+VHbEmM0OuW8HRRV7SaskzHchbD0J3ok9VqSzeUZGwY7i3Gi4seCMLo NEovbWgXh4zrZiZEtLDLprgOjWRDLFJf0xeR6JsERAQ96FwvamT6Fy7PDJFdu1ieJbcgVWMzIQrw iEghKYPVoLmezks9GszxAAC56G/FLWqHhwgRFOcVJcpG8wu2B4zzMzQmlsIXCvRDDbLArcgsJrJW cbHcLBprhJ66IlyhX2wWL3tkpVpryUBxsyzHfBz3BcJaMk+sqOCVShRlzzS8vKLczkXSUXXXUuhl 3nm9enq5QfsH/NG2zK19em3VM5YgJXUpo/a7jAp9Ohd59xSRuqq86FhLEzroxknkVb3uEfZ7E1lP E0JMuYuWaji2/CnNYMyQ/tdL+3kavtDCJhbfD524iiMYp6ExeKoZUXmgK0iMCmd1ut1sRTeZWFrz g6ke4Q9Jqmjp5sQAOmJR2snzIyDGmtu7tYGcw9/QwoGNopN0YtbjNzPhCO21Rr5Yn67gVy1rprbm hGQp9aMjdAL1MVeyx2D5OFPYnDTso+eCYFviSwjK3vnrvEBRQi6tiJprt/7VHLCJkpZlXqM8DO+I kSTAdMCv2Z2ZEdoScc02Nwzzc249LAKic1mjszmUNvLePDbG0N5Hjdkm8ZXGlG3qzIj4NBTBZg/k wgSqn27a4sqkUm5PoRahqIBg6ZgRZCj+71GHvZdAL/LMVW+kuStfeuZhBqyzbQ/LLPMYKStvZQpp PCciGcaAAjfVqvubA2iZhCsSBf7MFBmIZ9N5gARDgzOLjYHsufUCqnFJ71nAB3MgAidtW3LcWTaZ i0g2M/DWJHS5uQCKWh+qhyx2ia3TyGbNesJyo6PfodwEv+pp+knCrdHo2ZgYbyKCCGm9Q5v1qL+R YXMDmT7XUVhj2L71iHg9b7oR5ZBq7mWIJMm10Nyrx/rejInNEbjFqoqZZm7L1OephnMXMzHqJd9E oYvmkz4YgeisFNVpd1Xj/NJyktlH76t4upGZS8jAys/VXd9W9FKuaV7F+fbLWSUyJp3X+Shq3j++ OjJxGpz8ooCscGzW03whvfDaVoveni5KqRmZOUCizbyyPP9TQbzpjXCaYPItlufrmKo4qTVr1B/B 6yRfZC75z/YJxGBBBSfcQScEwH5s/CjkJVau5V9I4/+UVfgpkWFFrTvwTqNxXGdcPb5ck8eE1dyz wkiZVbLnVbtbh9NutXSJkHtCszd5jl7YuZ7y60rlS65tupCdlHHKgRR8hC9xeSEPJFUPaLoh7/F7 WWIYyY27xxGR/u3hnKQvSXCpCF4aGu3sI0wDMr3xBwGlPXWZEJYF6FxRJY74RSKpE7KCTjrDJWyG qGUSxUHEt7eWkbcYLxZrgJh5OgL002Mdg1/pgwlmTaNWqXbzeJBoKhQfEuPHPe4bvqV9SFV2Jrc4 KFyQfPPwCClGYDXQSnqG3ey+CmfKoa2m/00uCiCD/VDcCdUM2s8AW7ASBiNQsCPqutRbJPYpZeXF EhOYVv2o4Bj2LjfW0lsAcnYGx0iMopNEyIA4HbMZdMzZm9tCBd23REZPzTKMryDv26nKRhOrCoz0 iP3Qk+3zpqArg2H/3GuulYnPj/mfCkVFgUDU/F/7dquGVXz97waZ9TTUQlZQr3uaJ2e25zuB5lDW BCKI07QsoA1Zqd9ICK10FMXq0bp9jsxb3ebmobsGe7wYbody+l4n7m9r7OCGA7fnITlwj3XQgr4G CTC0iKkWCDoGAXpfeWer8EREZCB4i0EZJWAxpk9E+nm3G7kBhIm6LzpSHsKopeuKsNis7OcS/twU I5PAK4UVKJyGKTMU5v1XtaiIp3I3mWdFBMUePQ/H6EFN6sxsEK0NMp8/rlIcaNmdFdEzUh03po+u SYSYSY/LDUr4qqxmNEFxIGfyCww5L0oCnOhvoxGT7SuRyX0DnPJqR7pK6M9aMii1HR6CvV6KKntf CjHHpGsigABCvRxys7Dnd7czh22BHfRrxpPGfYFdfNL8x40MqwDoPWrDqG7YK0CbwRlDKaa0uAf6 4QXV0Mdk6gdO8lqZU9MH22+4dwC0aUtTI7S51w/sNPWQy+Weyi/mSlClp9/uq92C0AMsVSqRdoEd +wab35Zw6ZIyoEfZdTMUDCAING2KV4VhwkA8aoClWcMmrkmgHMvvSMJGKOpAEF+vsoemSM3ZmtEk F8OhFrF3rlEYjuKINButdeamJ4qzLRASyQlXUHKvZPnJsU4yTGSWkBYZ8IsI8iFsApFuoXhTfswG toigZTNVc17y06ND2cPgrOpZxZ1qSsjvYE8RQGwdpUd85xCGB1zVfxKl5M4ZMIV9V5BvAbJF/MgC RxrrwQ16odFrG52dLucUgIJGD7iQviYfKWKbJB1jJ1FrL2ViahgWST7kl+IrcxXEWi8em1YHio0F oLpUcjOuxn1nRFx4bBi2kOVLMaM6fB5thtcUL5cEqc7lC+ScIbwXVZ0qoBKIX/VAark/k276XKGn 9sSCeMHLJl8N8OW6JN98NPcj/ha1cZFHy0HjtF8aVzAkqD0B22W6x0+h4xuPoWuhP+YK4s7uiy6T B6pM7pwhIrZU2RC0VIRJnvpPIQ1Ff/XM6ZrLZMAiVU8hiLc6N9Nv4Z4uB2etDHoiBJZN/F2a1COW lWVhZfoRdxxh9swv0Nrt7f5pzLnYlXAg6oU6DAfI8O5QFI/pCP7wdWMiOhMDlShmIWAG8mQ1dTZf 67624IIRWIg3s0Bo7Hc2SHNTmwzB9VW6NHJhHlFvaYwIopmJ5m4lVESWGBqfp4eA5iJbDkBzc7GA rkhKsFCoH3cdMo6mEFZvF8KKjPa8Lduk9YAOU3otTCOkaEgRXB8mIyCas2c/pEezlCgXfAy9OhR1 5BJmGjjHjBhuKZ0gVP+BLbYH3zlDD1tW9vE0DGP0OJFgyaZi2Q5HzmjD1mpQEjqQWS1nFovfabYN 4xU9ujDrnhm0OT9AUdKpfsio5ogBeJ4Pl97suvZ4cPu3aa7Hd3zZu1ytqT7giEd7cNye4+FB1j36 vJqxB1ZX8qqs2n5yN1lhRIUqC/NM6e9ffytPeUiIh4G4TGHst8eBKN5Wf/v4HbNt8/76+dHm8/ff z18P9v7+vf9+ea66J4rYQN6jRRzrYSC9AFLVrceKeOyHyxXtFNtXiTMx9sAT79Isyri9/YcbhjbB u7qqojzRNHC1cuy0UbyymPb48nQRJ7X1lBP9Y8EZkP6B5rtL/aKcsVNFy/W04/HjBOLm9V9jft7/ SVyq2SXbrt0aNANtrNJxJUa6pEQfaZe1MAya2Zw6c+45Qp1YxWkeNqPK2pkfuwU9w6gct4Aq8+Jc ITNXZEo6EXKXH+REK7m7xHX8yhZcTaqN5HSZIxt2ZB6IyCwONacESfOaaUUCkR6YRC5pKY7RKcuK mKhEWBgoY25tji/oF6IMpXIHcNGDLospUZpTx2YOWhfmGkqyEhvWjf45jKEoNRg3HqKHZi0i86gi Vq6PvHgvKNUiW98meZ0OGsEG8bVIoTfuFUwlhwCoJaQm75u1OQbQCiuyzNUWZGOtMypU0kjhxTZ7 v7UJk4HAUlOZ2Vb0yl0L4vBE7Oyu35IAdDbTbN9R2VqpXg9Jk+6WTAc6ZWvSWl8rEbQPzLhW7dtd Q5ZStZJzhGtgSmCtUi3C7lcpYbtrnGuLuIHbDVp/FUpKP3W7ebHx4bVl04XCahxyw+0GNPvtQoAG kM1gmuO7ZUY1JkArES1LqQraPEibMl0QIw7t9k0wlB5Fw0bU2uWkjwHWUrAww12MEm5YIgxEF8TM 3vznGLvtG4WmdB8x04uK2Z1Jt6GoRqVAA2dTiitYg+POGJApFmO6MMOesus4eNv6Xy0yYDmV6Wem J3aAXwcXEMmiJ0WgrUBBFtREN4ZhgQpH5rQsRHRkA5TpPBLwq09GIrTN1BHCm3SCBUM1kTWELIgU UCroMPZGJBJJuL0ZDhrO9T3LtBhksqCTZhvNGj6t7S5ZoSmhNsCX12SWDjSXa+eGSqy5jS+mU+Zl VnbN5tpGPkX2jQ0ywMzL/650ZMWQHoRHWlVq7O7tIOjQ4FhnjymoWGdHMWNhu1mwnJbJsZgmF/6a U6zT8Ycqj2IwmN5x1q4S0ouRFLqu2BzWDOpbZa1NQm05ZtT8YU/t07OfvWJVA7bd62Cw69UtasWY qojkdTZuMK+ylO0aqzek5jNPFxYeSQpNFYeaqvZAP/sRyEfdUQ/XNrJFY1b2fLPPoHqbrlwXp3ND rtuU2qZttKqJ6Qkd+H2+EAgevMtJV81UV95RVRPo69Y5Zua6TJGTumG+zX49ltCFqK3uinLyNfFN gPGOgRwSS6ShqkYbbX8/8kW/g4QRuEWO/vaAR/RXX2Wy8U5unJzKKyzEODN1JRDwckmWxMT8xmSa yRJN1d8fL739tBl2dHh5IWrZhC6r2YclbE7zd++sJ6feCmt01twVIJB0efvTe3f3N8PK2bP3BONi GU59VFaHGq2CFO1qIiGMnYFwx9lIxzeTNaYkB+aUcGqS7TFOsBH4bi2AG3MvqT5/a87r0mq5mxDh 0mGprAHuLjTDzbyEJ04HRwoa/omwhQq/zNAaUXCUIJQa5b29H8q34jCwgRVNwsrUypkQZs2ukzgL 1LqbWzOTFOmATz1TYyko8NnlJePtHtBYeHW/TNvtQrdmL4aYxAyziQ/Ea+UREDV2PWOfyJrawAGc hY4SSV/FPAqJqWYzEgbAknaHckNGsgnMipZ5JivBiS8uCZpBWfjmcpkPAuBBezOE6TrRyOUCPViz lorQiQ5xwf60KWnf/KKoh2YwVehBmGG1QQw1lqwHL3ksQ9zzDnzsG0Bz0k2mDGXTByaTzuOrf1CU J8rAMw+Wn2m2w7+wyMuo9PhuFoE7u3fy6cWpYDPQxL5B7KZrduL/itKwhWkQdV7LKbIhDqFfgw8c Zv4tWqFTA4kCo69IU8hl8FAhR606r8+hMAjoG75yV3LoQu+0ckRk7Wq92KMLXjyj2GM0mmLw/sDB zWMADiAr3A11h1JOrZwHeT4ecK/nsMo2YjRYMaliDym84yvCDOqoPqKU5xWZO8D5b68XtCE2F6Yg 5fNiaBIrSiC/9TuLBRAAXQ3C7cACAcZmkk9SMKbNSNgM6LhE4T7neu3ttKVFgUYSS+PLK8yh+kwx uvzQLBa10bALXJHUmZNiKVunWbBCyzod8WjsGQAcxQV8pl5JNSDLThoyvwBzMIwN6FJHnTOcbmJB 3KzaIJFZ2lZmhfaeL1codjRIUUEikS9TtjIHlslFmGZmyd/Ix9m0n2BBEbMuS8+2yilK9HGhN1kk YhIed9cRTlHBP9xLUcnFP8NzqBy88nj+/BiaYaRco10TXbxBSmA8FgP0dVoeG4qg1xj+GHhjwxa9 8T5kI+7bKcLchAgoBWzWHGXzrpAoc11ApyIDJ+X/iQYN/xVmENnzD7GGJ9f20L/wgmOSSkOHemD7 uHwzuC6u5Gj0ponagDzEAMuo8pUDGr3aYLuc0WHYyiOOn8xf55/eceJgFXUgaSiX6lzj9kM0D1u9 LdxeccZXxZmCgMmuC+uwmovUCwU9C3qTjux08x1DlJn5jJyk6gxa4FQygdjQtW8ZY3O3Q0Aqaw9F bBCR3yaM4a26Jl0wmkpshlsKiEzWIajZF1JHy0JZOyDg/AFphkfnxkJBxor4P/tEHfJcJnq39OyC ZO05bKTF0LGbrsQjZoKZSDNDcoIFgbtN1qouFiYQmoYo+uS6LeZmuYIZboN3Qa1MuD6HjGyMqAQ5 0ZlqNCBL0YHhZ8V4JKhd2NytGaaIw7SoTB+Ulcz98Q1X5NXs0nXVLmeahJZemrLZDYNx14aUlocM Vfd4ymAMjpkYIm2sS72rF6KFVphgltGcvrSHluor61rZIpdFZI3UNUg9z8g2MkhLWghwDGGa5NGo leNEZsecYAqEVLQlXtAimvQYAVXRQEUDctsGTvigjNPMJsTg0ZtgZx8Varr7OQui8Dy+FxqzFmW9 A3dUjqSwFGJIA3RdlPc1symHdzw031KX5BAWmcF1OC1KBdkTJBW0iqESRuDfc9KcsUQCUfQiCYSx rbjwDuHHtskskZ6JTk+ts6wgAFpFpbZ2hJLRwNxMQ1CV2WnWvL4cOBrREmm+iL/UgUr9ursloYrD yT9+CkooLXHDZVPXsLugTCLSgBJhwcgMKGzH99JXFtEqasZKHOmjHlHRNYVsijN0khUkpCXNAQN+ psJx6I6iPfsi2mLF2rGAogOtE0nX6auL+7d5k2sScGNG4blzkHzsZQ78xaNuBOMRzTtGj+Objzso sCZ84zWjKg2fFLIp21/JUdDx0gHGVHUhWcCK+e828LTIF0f7KWoxmqW1TTPJiHTwd+Q83MtKEo2+ Eh2VlTE4RHJpADN98I99sm4KdUQQLu6Y1oR7vQ2W2U0qkahFYYHEOFP0kSGVcYpyKWroxu1KvZiC JERNtmojYbrG7bhrSJ4KFoqb6nvYqpqK+ugpcrVaGir04MpoYhIQFzxoRgR6s8pgoM3qmcEciNt3 +RRuOEzsWr0iX5GzmLkOe9q/hRJlbZ203IAdOKJfhUkoLV90AP702ilEV6hkfuF6zhj0NoprbNhL CG4prwGAJYlA5grz9axOFW25fGZZ8bn1X2/bgDVP3S7NFRhu6/IIeL6FkI40N9wyJbeVJjXt864B aR1XcryaTFGCxmcQm8PmPRw/fdMgp+sTVbseepRM493R3Zm1pKlpnyMWT7vvWGs2oRcXNAx91Ad7 yGloQNqW5TTBKhDQW3sIFTk9sAK6kzxWiKollYqDbaB10AaEZi5KocV7CUcPdX75sbyUpLWhBaZh UsWa6bOD2YZHFpeQ0Fqm0syI/VRqLqqql/hqjcoQCuCLrDmDnaI9Q+NeeSl9uczebCt99yeD+uyo pAXwgoj8qQxFdES9QalMPTT3drg5ULDQ25CLBZM5wwWbMurSQXFEA3oNScGKeh2JCek9V6pmVVUS qK484b+3ApRnE/qDd/5KhOXGLAAWwNLeCqCOQV91R31PnsYfgAIWZ4h/qwyppNOlvv42Cynl9q+5 9ja7OKuTzYCUNDZxd3b3JDZvkFyrOPQqg9DV8Do783ORhlhxLe32Fl6UZz+mA0JUXfrRXsadYSCu 34axIS5bE4hKLQyk2RCgCRWwUh3RYdMOON9N4iiFk64cCqrTdADGGFGceb3AnLb62RpkaNUZE48e eGdAt6U7d+0m9m5Ff7q+XB/MGq42EWlgF49O9JssX72W19+ERNb2PtXh9fXxorBDKHnEg35UfbyH IlVp1sHVVaimm9w9AUAhCBg8JNOnB22uOr8q72gA4aMtduyGer1udtQL0Mnu2iMB24rQjZweA3CL ZmLGRbQ/P16xwSYoIp9rk9j+v0a0O/6xMhMoDNPh5OBvxkDQKcE1bdeoENSEiwYciH1W6F6ZNNXd u0rNQqmQnYPLIcxeC3QF7hsYdKHxl7k5wjToi/aYM2Rh4A6mxblDA2WuwalPQvD5s3kfGyDz+UKW ILFYjMw3su/yVgPBpWpirCqAerItDMVCog7jQA4SvBjcC5G1EKnJM2HgYbfWRECls7aTje/yG06A 3QjubJ6X3UIqFtFICabtW6kKujpNgNsX1/zU20KYtyYEliOlHYIwUkYp2re1bPe4m0fnVvOElOmi sjLuMmLTC9miuld8dB4XFy/iTu0Ixoe6mYm8U2zeThe5wLM9Loih92wX+RcG4Kc5e2P5jdTGrR7o 6NXBbtUxoY+Si6Si7lojILDSv0ShIyxE+yVjybUmcM9zmCQW0leKrKa4xgzH+DHoe5lC+FNcwLWH POCLh9Fl5MEx4yWtRFrekNC1SRO02JIlmaNvsXSmNQMIc2CvOIkgDLg+2rTld3IAtBJmjsXOx3J3 LxFTzMdRTkYi/NaR9g/RGv6NZdcwfNBT5PhCHo9eiq2MYBhoQB2VUMBGRrHib9JDY3UXZhALfH4u U4mjsi/TvIqqAYZqQ6XXOurNNZSQcEIdm8/qlNB9Syg0zPyvBAgMeJSvt2fvU8+DKCU7zH/pCo9g LOckYzxEfNxRwPjTLWeidCol1QCPTGcA8dK2Mpdwu71gK1QlpAbwYFR3n3HkXIHoUBV7fDBcapE6 3XF155cBy3jUT8zEHZGcmJmWwOm4TK9CjTxhDdIghXRExts/qsFpro7s/AFkmPIVm6SnwrqxSiLJ VlMHzTRkvFAFOBYvCk757J9cvCTdZ2eKG56psofP8C1rGcmNadBnNsrQzZ1YF0UxH/+n7GYfuWTf DRosMDcypoiqdPORaAsKuFSzorDR1ZAbResJ5e89BYWf6ZPtaUSDyY1Ek+qTSWIzM4OYA5oBMXpX aa1zApEQaqazLEOoPGlViYSuZMgk17KXC4Y/5cwdMljzhTppU4HExEhQsXvWWiygYK0kMmWpTaTS bApqCpVOMUNQVgV9C8md0WEzJ2aRNZhMJMcmAfV8RvURSpNac9VqhfEZWga85MkMpmWUwEw8udxf 8cUfjTESIRYuJh+2UPo0XRGQ1q1mhnjky2ZnjzH+zlXF37mNfqBxYmDboABJhBk+X8uM+D27Ztwu xtnNlwEGDBVThxGLn7YKPj49XOe2BFHmxWtZQ7VAnss5hdlSo4AnZ7lcb/93vfLQ6+NlcC04N/41 jHG1IfUDsv3hxc4+X+A3X+WQGnnUD43JCkgrf2C6uSGbytjkBr4gOFxAgA9JhzMzC1dpgGl/XQ5o Ihf4uBSzOru+XC4AJJizvIUTJJac+Cl49OHx0gqYMEBOKxTLQECVtpFyKf95ul1CzwdDP774illD T5o5Lj1qfLsUZYq5NQvjS5P6QlIMTWdMYi5ACc0ls1UgT/6yWTpiL1rqViNKMgDN0Hnv/zJMunt9 fEgLhksBicSFJVqSqECXPMmq9vQOIDPVvGo0OJt8yp1CG+zTmSELc4KdS2DoYNRYl4kx0Agu6hPY pnRjvXg8tWcrsQVfni49BIUJJdAcJmRuCqbbbJHmcpwgN5Y6hXYeUQkahZwms3VlXqSfAaZJd1a3 ILpyhFNACAHGiqADDSlkiQT9LL/g1MAq48pzkmAJSSG5p2tgoXGsDC6C4L0wFVHwrUS0JJZVYFsu LYYuNrExIxK76YnuyvuM6nFMmCNIdFJACtEsWRNNllC/9usbQk7yymZ4k7TTiM56wLWmcIBQCAT5 S+1gVPQn2Gx/o+FRnk3m9Eu7RiI8yspfIPSF9STwvMDJ1KQT6zNdUwzIzpwJOfqXiBMZRcpjpXYa FKaVCTKDJENQ8QIgQhIWXICtk5fSAM0Q6T4EDAcvJNAa77yUGjFogHSasHVd8ugI5ikCIQbVc/Dn OJevYQYkBCDj+SGtAy/sdJMF9fU8F+kxdQRrkAhEwxMTBMfwoZlhfQbTREOuwqaQwcDQA+qd1XfF FgoWl4NvoumOgJgIrXUVvRTscoDPch2JuAp9XVs87bYIx+s2D2WGSTiJ+1rkJdRMA6mZFO/mqLqJ ZfoN/0taelRjjCR5PSEARUIqJrO8Ji46dli5NlnpR07BBwW+KmQuwlGJZJintcElCNo+X9oSYIUO 3b7NpfiT8Bk7+rYALWqkGHOFqtMeT9F+GGycYNSo8U26Cj1EymDMy6UvxSfXiG6KOHry9a+4J1rd BD4z2irPgZrTC24Vl5O4kppchMKb9btOBxU9SCbiYxgeuqpVyxSBCpdFtvP0lcX3PLU+F0dQYWmP VEGhx8yyHTp3ql1DpM3DGGqRQSeLtu13zQuM4shqD+qfuiVGRac/NvWXUYnXbf920jyulHvVJ4xv XcUJZmJfusvUs5SqZnvruCSklK2r9LB6jLyG/Thh0leVoO5UTJT1SvZU+LeiY9XNCeQpzSHeNRR9 m5BDSNePQRbIwBTfEVm8cJzxZrpVmbqVI7K1bWMAUUTGMIDBZOrusSobUWjdCntLNpZKuzYzZIGe faqKWO60XNRXOlGjNlZs+oPRCtXBq70ZYAElZNtPfkrHzAsGk0TujQ65rm/slRyyrvJZYNKidvKn Vd2nQp1xqoTgkF7k1QSVmwV3agL8DFryyToO8XBeNji9OaKjbAtNGbyhMaveqNetN1T4iklDtjqV rKYLVZrYQkLyI+oWeZxS35LA5ycQxTTGJam3PZjKZtXDvsnSXD7dZvZ2DuvG2iLjIMCO5On939S7 2m8JKkPKjat2sn3jWTVIAYrRT3uvVorTSYIIV6km02ybXDJKviRRLMAuESGaysogAxgyaF9351JY uTHYD7QeP81tTFYJlAAlCYxHbiyqDp2CIVGjWz/kJMJxcneZv4EwJPSgCfsERBGMUFNl7BmV0X1H ZINmciTZ3q15AU+ZRYX9lEcb1FaRGcbC48JJpupnchLa0g6BMjiEZ1f4F90yC2P4Z1B+Sk2d26SY soyuoXMIjnjTlMptyb4Lqy7mZahqPwYbUWfWX5JyLTRoGcxApge5Ki+CfxsvEwXa5BDK4ZsVa6XL FjqzcAYA/Vzi/Z5Z+4wf2kUhIdzYD1kxntaz5kiB66m6V79GOE7ynULDgevaJzLWt1AXZDYLKDwj S0O0nyO+l1TgpFRPqhKglzMuvUdhAShmHeVCnq9sc7GasD29asv7Zbvy/QdTism2IHu6svtHeiGg XcBqvC3/2lFjy6+acDfC2xXcvuiPX9t2XfDu9YLf916V2DsEf95/7m8/evHZht77xz8/vx4s7b7+ 3nb4r+3GVs1tKjbK16/jv18/3/d/PGTaTwVnY7UT2L7j+z/1Y2vyzz+/316Y+P3xu13CbWI2BMpV uL/fXN7DtWxgVkS3sO5JF8rd7aq25UZlerug7WrWpt3OvcHwx9Mpvr1j0ZMTMONDPFUB91yM3mno Rn7tu4/fyocFWMeV7FGk9v328/5ux7Wdug7vZpmgHu9wAwHuv6jk7snhtJpRWVc1hHBjFaZNUGzL +rhrWChbAiZK9Sr8QjX77LAF6HIYemCnbNHhemIzlrf91kNKqd7ftdEE6NTnfdvdNC5qLcBKA0rO EkNLwAbdC0ApWrM2F7do0CuKeBVRot/NfcHmbrgwZAv3cAuWBWhQj69akak5I2+NydAaV88orlXs CCR5iPVQGxWww0EyM/kMEnXO4i1acMDc3FhEk8do2O5tXpT3OdICnmbbpN2yRXcwRXg+yIl0xWva CAZh4e0BkeRVXG7HrK7gJUqWTTgi3BFLjlUU2DXctgiyKkRwCysMba4hB2vm6APoKXiVA8IvrBsa ynncUjlI/wmnOSSIkIYE8WFXuBt8lqCaWQTFBiiZIchwLdaQoj8SAxTFP0VOw8EsLs1ThUjNyhR1 6upWortDBmd6Rh7iyaGdV/jRtJV0QjNwGcXZ2asBtQU7pcylPfQLqm3B85mCCAJoN5GLm8wQNnZ4 q28uLEglAPiRrR2ltGFGSEx59m6E6Bb1gFWW4LOeRLRWtoLRdI1L60QM5FYcseSHy/LexlkTBJf0 So1cJFZvXbj8wXOmW5KSD/fTaqIlSCYlsURqcSgnYEzDdHKmD10FkPaNMFukUQU96igoDoX7yOqQ iz86oBe9kWjrkxZJC68zBceluLrAr1FTtocv5aGbXeCSWFnmnn0JbN1ZE53Cp6dDutZZujJEtc1m kT1hvuFzd8REgJPv1U/ooEdOFZSaAZXkbKYgNAuXohM62T1T6UO2ZphstH/CtF8CQE+TaCI2c0qr TQmdZKKGc6EB0C6MGqCYYoWMlRY+2SGTKwz14FPHCedm69EhUoDLIF0fDfXTgIUjnyucSSbww85U DEhwE8YWBvRdZcBzujZbmmtpwtqbmBrX5LPKcw0x50OFWBfxqXmWdhWhDMorsd08t6TMMNi8ygOL fD2yWmLRNL3yji4NTv5TQeuEV23qn+hK5yqg5WVKIa1C8UdDNw3jWWUOxBw/K0f4wqVN0iy1qGVd NseO0AxrtaPopi/EGbROVkBIEfaQXN+rRRkdTURO2QhbfQjLEd+MRj6WXtiA9OW2nXPLlUmiVtwq RaQLyNDEGcEO11W5MxzYfoASPva3XNHfmdHSY21RWCINSTKmIUxWcEzDaYhS5YaUMFu78kSS4ahc iUxEnRltKi8BaScZXyMmX/mcjdzFBFdBk8FN8KKsDasXDq32A5a5nwSqXIqn826wUSzAm90FlJqJ 5ou8Lwv781nTz9b6eZ2reBI6uV5g2PqIC/oqdrRjDSGiTVBgdBFTCLDVtsSHTqvVD7LEZYhSQCuG +tQetKAMwdbLraRroEXIg2oB0dYFNy4JPg4bRzrlfkAMK/73ThCbCSXhFsdBqdDngsTTliC6SzSA kHFLR7tzFoFBCZoBu/6NIxAnFsQPXgNHFwVfqEqubdEpxrE1B4Pa8Jcd+MZzidksJSRnRv5Eq31Z 8nBZDG932pDxymYaqM0V7v/UQ/00aTJ0/braR//bUYA2MiL85keFrYCqjXZtOgJ4jKOoR4F00fJN 33QZzqMZw80uq4dDDmmGgdi9vjPoIhTbYTI490u5De220LNV5m2wg316bKKziCbc5jqsSg/s2xcQ 0ZwolOOvxjJCvhBWVVrJnWGIJFoDQND0NgDiFLCxHsqhYYJFPOJs+gVHYkAnXE5qofKhcTOMGHBF kbUm4YlPJd48+PigmxrgXpU0/VI6pzHr4Z7suco8USkQ3h6UtMvN/d9ql5/a6wh0tJIShFb2sog1 ig3H7g2W6AK7oCPuBAtDdD9GENdxDGcCiSGxZHdHVs2CN2Pkf2EOtZCDEWMclDej4XflEnYOu5aK /mom3Dl+6zCWmoq27mHk7BYsZ4y9sK/6FCFppl/U4nai7FuRhcx7wjkpAKCJtf1bQMeoaQP7vNeH 9sBnSyI7RVBMnkhCeZN9nJkxBqibhWZ0LML+SZbF3tjKHj0EhQTtPAmHuM3FStXbMaXzTEPwt90l JBCv7TWUpp5MW/7RlE23bJuYqyRkt1xVV0bgmMdzdekmei6n/jHEy0Nt+8eOHstyJULLr6BJmXMX tslT/+YOYGNt3FQINjQAYPb/mKX51QYvGYhMvsac2A7Y0uxeg152ZVyXO0Xjw58mCfn6Hsq3+/dt LnLMgW4mzbXR6zxxgz3HYxPuoKGHkwC6JAEfdeyCqHc3bENkFeF6MpSD4W72QKpGNw1x6KRjxNZG XaOrSukJ6JoqglUS6WUlGacUHXS7EBCRBZgqU7e5S2t3ywdENkiV35lDUQPAoWVDQk2mIFdpwhL7 qZUkDBR0ujR5yoAXGJzyJaStHSYM1UjdhYrZtvWWw/rNrOgo9ibXHkfJqvgcWZGPDBD3VYLyC4Zw hi7uhGThvGvJjjGKNRjMuFyweUQW7TNhL4OONgplyNo7/LJb+ElvtlLayVVZSReUy3qCtDM2fqGI ohYIzqOtMZOWUJ4jEMOsHZ+UFB+I0UlWq1fx1JSEqNkpxuudxBzJABNeoRlRPTktu2h8TCWgMv6m cTTBy3o6AZOr5yKnxiizc7ubfInZmNVJFmKLY8JyIan+2gTIqHPtbS3jOQm19N9J80oTiyawd1SR T4pDdTosELqKD/i7pIhIsqoMNe20KN+QmWVbc5ssN13WzydnIZqmoPg19DJaFrjsF3Pbgni04reW i3j5eB5g/3tGDHXYuUBQlgKNArrCQTKkkpDZKE70uggSiEmQBf9KusraWqRGtJaV7Ur66USiXqmW Vbla4qa7NhmCaNeX9bVw3ATKcG/d0KGJ67rnQyAIaNVU4achDLvcADAX1IUD9LFVtkggvNWF6EoU LiM2XdqyYnAECJL9XqK8OOjqQNuf2PDhSdYtKmEtxO9dMVQmgsnlAbtflswBi8hD2U+ekl3E1BgR lhfhMx/Y5LfQH4pGPLpkFeUm3RLVIxqGGOwte8hn1BzAeItyKUOnBEIjrtMxmQhkpCTXSielsF1U vCYMKktRSUxqmOc0D7iSlxZ6yk9d5JKkt6YkabWueb4LA5KSZc30VcTHtX4a3OUsxDmRM8kTEUvF u7OP3SjBuZuuYi0zzhgIJ2g2YnRnEjjs5p9cv1N8JJ7FxDK+XnaANMdZuEBOIDzC11TGNPqA8qRO 5s1fstdaVrEh2/I6rh5Q5+La1HvOVqIsWfI3e++rfiBIGVkPF/W8DiXrvAm1sKL9G+G1frni3rsW qOmNRNCV5DFKIfpDLQ7bO1dr1HUEKTNhAtm0XxoArJZ/asVJm++H04V1BRyOzw2BG5UH7SX5sv84 AXi1CTpEh7AF/SDccEEf68uL0jwKQ45cQDx99UglqQH21bSDy+IM9XFuN00ga3cTGSGOGo6624ON zsog5j6ERgUxtqlQ5sSBs8M0Ik9Nq2mXG/VuKLUg2yC1VUnK4kqLlJEo3u4Z1oe35vLhEPnjl3LP /LfFFNLnWNi1SkuwMqYZPzEGCxmtcTOTJBtDRc7VYZploRGMalUoCaKQlY3502JWzs589a5hZBO8 bjGElWb9/rEF8tHVhitFY2TmrRle2ROJaLxZTKJEp9mjw/K0nkiVHfuACYCuMUTvARsguehQOKFf SyHtK2ePVSapWYz1pAsq9PiIytIiNuz3jAjvNbCD2ikcFQdKpVRomWjzLTG0WdufErHFaD9ffxQ9 sV/NUwrXuN8600F3OJjFKQ6XOHkEhxq1pEn1uBJouQdbr7pb/banHLumKMMB9xQQm+KFg1JOd0s1 tawSngdxAHoUNF3QzTilDA26ubAhosUFDpZeNm0tJ2CkOlm8kvbJJ0s2ei+bVLAbRZOcCLusYhOk gB3UMH4Ym+0xhpTJHAQWavIl45S8etZfGtzNyI6F0mXSJDWD5GAVmlZo0b4VoqZVVBe4OMm228BQ h/ucvZf7M37zANoGIk7KWVh8c4HKp6Yt5OOV5c+VDfP/DC/fEIyaV7Kz6AaZEMYwckVLURjhNdpV uzGcO37M3PDljNiH9Lwye2V/ZlnHdHVqRLtYepNgoUrDZoaIDz4QzOHYY/HXX5M9M0Hyy1DDw5by zW6EOjySRWWkHKM/kWQK1thzVEdb1PHIiHw+ifMaZpyjYgi2FK+RwRMZPyFa4XKxwdBiGqUoBh/E jMThkknVvodApAjTUJGmtWH9312xaHLCV3vdsV6FuSZF0Qmi2nWgB5tdGPdANaCtxhVsiIC7GxQF r19ulTW0JjGHmQ2VP1cXzIWIZzNLp6u3eft8hCVE/UsEKA+KVeUmVaY4ReAe12FsYmnXTZZQr2XV jK531jdxw58hdyH8QAFDdvN+r9UIoEydPGuaGgXxWY3iAxBKbKV1HSqT8S0Pap4I0NqzoN9Ubm8Y VVUcy+TCcmMZLVtwcX/hFqvLwl2CAXp2jtgqiu5rZpAcjEtrQXdxrtE7n+qV79JqNt84GIETGFUy XdBxhZDqY5jQvfrMRqog+91we+Z3ExYXO4WQMtvsp9q6bQacu00DRgDmomals4YH8tuNUHUoOC8X KkyH09A6BokCEvMp3/GenS3+R286yu14Z7N4G3uSJ4hg/mnd5UlDVuJaXBEdBdlNpc+YJjT0uzRH cykhJ5Y2olAB8a1/DTVnBjAtNEzYhrWTwD2YusxVGJGj6EBzG9uILUzjk+3rUN/I5JHqPLtoiGI0 iWC7brMiWpYwaiS7L9EyItawVAask0kk3SHbMfJFlMwJp5lPFcWoN3ksj6AGDJp6w3D3VZGZ9kOv Zq15k4HMd6RU1B1AJOTMuxSPDJPsSpzrTliSzBCylk0atkjxxzqJzIkyjiwsSavJBcU81VBpWVpM 0PA/IQfsqRINUjfdlCkVcQRxeaYwoe5IAU3YMony0AyGlWAZ5GKOsLIFZpdN5kq+YbnemmpFAO9w hQ+klOMTFdSSrswj0Kkbx2G1xL0wAiDKJ9AdGJBr8SBTs9eXPIqJNOVMlhivCKEpsu1r3NfciFac syhUkTZZp9y+SjDYXNPcutWEYWNHq+wrn8FHU3GxtNX4jhCS9yIJs4lFo0YMT1ZFRhDPKQPJULjw +E0Kr3dxLRkEnguQ+A3dVVGSfIKlN7TpY6CQU7DvnCVXEt14XGKQkBGsm9F4wpylOYXGzjocshYV QzyqL92ff2XSrsBCnkxiUIcnZi5WefJoKBIRPixaVGjUCkPjukCP/vwYKhKrw876L9k5i2EkLWfO hqcaGRhTY6PpIXwONzai08W1tNPlqkw6L8hUGyFD5hTr+WlGE8vn8lywCa8uk6Qet0pVuGlyJay4 cgJ0kjDWi02P2tKVxRHCae7c1LJA05FGKapXPOQkZFDtM/bkvclzYsFa2m7ZtKhRMQlXRUAapJTM KSb0toy3s8hGt+fjgSapCxNOiH5LaeqUjRwz1VhzHGcfi6rk4FDdFmKQQQLjWdbx+ljZkDZSik2q zDYfy7LHugSjXIIr+sCc25+VI3Mc5LBmWgmkBA9YAJCSXrbR/f1GLPIEf3ygEoaclTERYNrkQDLz cJMx1wpZ/oqtbvqTsgZrdYVkGTZEqCwTRnCmZla7+U/8UeCBS67UBQf0UFDfPdOsqVmjI9twlYno v21NkmSFSx0ExZ5c5ybEJfE9KsG43Zsv15Vh34txrn3xodklBnqOG/0UnpIwd5YV+9hib+iNvDPZ B5H8IRvxIAWyIf9CQBNJYrExLkX53Q6MJh4pODDBVnXObc8wI2gIk6kYCUpQ7ph6Z4JsiiBJGGj7 Wtpu9wiR956NUYk8vdGeswncJKKs3ozB0DxaSNInyRgnt4DO1amm2GDKjgKRI/YUeNcBOZ+sJuJD N/4y7wF15KZjuuqOzeYDrIIESJ0Ze3lZz8Jox0ikNpUg3IkkIpmf+3kRo4EOo09pmricunP2pBPe UDrvcHxmEFAoyXIlUsIAU3XWtRVbAFuZZo0ruQetWeNuVE74ZIryxCvXojZnVwvlkv5hjpb1Hywz Ap1C1HfD+YViiQGfwZM2EsqCVD8IJe1M1D8fJbccaOUpA6TH1ltzXVIFPQgiFtYo6R1IGTEsEpUj GFUgNiG6jCjwk8dIsQ2Lw6UdVQBI2IBtbce7C5cUBQRGnG8gOfq68T//HnFN5zmLmR3FacmIby5n LSEt9cERIEKVxDHwhO6f5uZN3pNAwul2JXNkXQ6cjWmtFhnV4doNMHRKE0CqDSphj4X0HRiygn6T KVi3laFewUwosZqhZRg9SR4b9MJWDbZIlHKhPPlEk2aWZZpiluMx6BE3aHOt7sqEAU/Li61y5j4V GQL4IjzXJXINs5NGTv1dEm9bjqcgs6QPUzwgKAm/cp/konFwLf+JmPSURxTOcox3VVDSIK7meOVO 9KlbeYkY8ZfQUvUmUGZ5tbaqZiLY1C4QxpFPQJssjYJSCvJbuCE1J0QmwjLzi78+vrxdEFu26tos WabtTrPutSgxzh0wWLkSlWJokZ3qCMEaX9GQvdaQ26J1WqW17G8lSCZW4NDCtayDumNEwtB2Dr3i dTa2bKFUuftB9mqArnFBiQH9uLydB/gljrhQgjL3bRCpdQ84SgEdN2luY0E0G2gTB4ebA5NUdFiT LdWsv01eCa/A3LU7Uht2xcbIMVYkKq5nOdpw7TIcBkZfuY+jskdToc3TO5wRnzvRysYKYfNKpmdK kp5nV8m/vIok2aoxtUsvXX7yonOXUObeZoaZQvXFZnFF9TKbyofFfcZW2Rl1vKDCQo+e4Jj04jlp 7P2L0MAd5IGjocawR1kSGmT+xYVlAVyn2lI7r+jUdIaZ66UZayUkiFVU9YtXiL39A0dqsmpBwgF2 c6elaj0Ph33VYLE2eIQaevDshdbB9C345sBAYzQUfghQ/wdGi0MlBzmgbAORCQgnJVQmmxlVT/9M WXyv8BeR0MdQ5BjQdk2eMBAqKrMnh43jkP3kBtaQpbDP6hia0/xudii3ZAkRleYQatsJ5y1f0xoh TRxFFF2iqy7WpqHpNMDreGl7msIpQmcSjYJZOJmQU0cIHs7K0BCQlRQXYrBe+DJhNaaTcAN9SwBs e6AdjHv+TPhMtjU2vlu8uzA7gX5t7DMU8guXDG3l/zEbdyTEtVj6ruUPemg/EqmCHvaatZrQgjjW ICeBaXjBLsMQuErOA9GsJlsNw+5qLyWxXVVu6TqKBSCYQ7MUkcVSh/qTM0aqEE2SmSsCJiYO6NaQ DNYohb3MWCqI2Ww9f+wrNfE4kgsASE61dnmsucbRKc/GXVGg5CGlEaILjkK6e4nu8uQsYR5Y/RnJ h3geIRtpna8EwEEk02gqkCfRnXxPpkZjtI3KzDUDxXtUEgCbYcogoCzYqFTVh9Skm5IAy6QzJNLL 0EqIJ6d997GeVppbOsbyB8dGRUDzZZWUagdIXDrPtZGnNOtSeZIlDmR7aJWa9Ih2vBwbmV4Blgkb ndezR2lihrQisBhPtrIvsNMe2B5ppZjTJudqyDLeHVGalhRK01oW59iq0MaUWK4aXd5r6Bx8WWHu bQHCnFc1mbSQgrzntiS5iq61BhH6x4EZgzywGrKSto57aJZ2PU6kc8rRdv9WJGgtqVyeKcdZCNL0 I7iq+uw/q/ZKtcThLL1ViG+D5yYJtJ8/BYPW+mgkw+6x7UgpAuaV2rMOmqBZOupaaIAaok6VRL8M ztUewNtiGdm5ElkB30yDFfMon/M4GtF/GNuzvPTRTKwac4GymZpXmTDnopYXshtipdcCnXGLFgV0 MSVnDD1yJyd3N6UQm9cGajnGp5ypTZX2Q7LvvKi75FDKFxzAPY9oy5/Q15HBDhPUZyBwgMX3nvIx OlsNAk4ShJxHfwGGKBkGlvsaoKDkGIx8V6UPh4XcJ/mGXYtIcPe88u/2eQpPZa4GBnFit2juunLF U611wo8qruls99u2q4qrI3IEBztx5XwPZC1VJsP2LXqEY0+WqPZ+SDGMgRKFENqgwjtd6wiLsh4d htMSgSbt7k0kJaLDQSJL7+WEpL3RRfnAm6IpRa9tfIqq4N7NqbRjiVknqDQq6kkvtWI+yttM1M6o XhTbkA+urf7RhUhaDhjcJ2dfuaY0o/umSbZJTqAd7NISY5JtGkGEshpIoeZaf3lg218X/tqj+k4Y JTPh31JYMW55X4aY2hMVRsn0ZIQ4JcSgLa9IC5HU3CESCh6O45VUWHJfOA55ISHMSkBbQ5nhUVL4 mhNqSdLosJXaRM0ieBRkiebUnEaj3E0ocag9c4YNNZv4LFMxeAtbDuVc+uNlWxvkhgqVQZafvDLk dDLv9qWp6eCa71kL1smqagECx295GWpxZNKAV0FIJAEgrOkKmMCaJj5a6jyoFLfkIQFLYGAIXLX2 16XlSC3DldRVCg9gDRM7/oCfQWCqgBiFF1icveUvfLoiKvEH7TAraZE5/fa1uU8BCzkZsCtKV6K2 19KRc0KmNqOIOxNo+5hSblPgAsRiU/hGBQPRZvthP9G5PEz3yQyuTS2r/2sXigJlzB7rT8iGwxK+ XIOsCQo21qBiMU6COZMvU/V4zwMwXTayk13sqIwEO8M3uiPVZqB1bUkk70samRkIaKHKc2QSKM41 CbuyaqyV6uat3CoH93BUTShJ5z2ASVf8q3ocuXUm+dW+9EOFLQTO3DN9v3JW8x6Hm6p0qvZkGGUj v3sWhIR67mHstZRbVmL1DW2hnU3RTXX4aEYfsvF0jmMAS0u5UEcMfdkziHIx/Vl3RvCmRYjVdvhW /bDpXc/JaW7mS8lDDZAqCQze0RA8RimPb396wQKXjvRAjnfLIMRrYQKXicdciddvWkpx5QYqTwUW TsAqZmFtWd+tx/jWP2dquFBRmER82Vcx88S72KLWcGAiD6algu45Rof7Q2FNKN8NBWF/m0mTzv7j PBS4hVQCTToEmFEAoVkcSuYwCC6S+p10nS1jqVlZRI3JpvlvHGSQ9d4kINNCPx7teu4sGnWokEgY +KJ8Jl+/y38w0VVyCYcGfRxB3S7z0aWuZthO5/Z8ZGkfbPBDzhUJOVrm0lvbJEWBZ3OhCkOcgmMZ FrBwkTAEuAQnuio5hAZyG+AiS7O0kUcFSNUT8IlZCUM+HhzqcN7UM6rdI1NSKNGonhbwysw1gE1p q0wWAsKeaAk5YkoWdBa1v4QXx6Owsg9My+XRN79lFe6nk3dxwaZdugIXACAkNBksY8cMAtNFIKEf L1/zSW7mdw9zlUD6TaBNVBT+gJKynVFTEkKwk21mg8E1ErCjXEsm5ZwqkM6wKdYH3kN7foI1KTZM 5pXlWLVJCany5LQGaKDgWsqKf/sAvda5DDri/RIFDENQEtGe5iqhLbNsvZIUU1JpZ8+d9T8WVKHJ UBKJn0bUbxjS/zgOVY2cVnGFfZjqNepgtfSY4mmX+bYztsyWyW4bydpnFoZCCjU1FjmjuVdt6Ls3 cDUs2U/C8uhjgRhGSurItMzN0ZcgC/IMjEKpJmZbmApAAzTyLG7Shh8px1Lr5EqbJvhVDGBdMI/w gkj89Sg/xGxrrbdmMxi2bU+vuyz1L3TGtO0phEynwUNeVCVSBB+F/XHKy2SoNRomUv1XJSYPLKk/ M1WUEyOhJ94iBXVQ+YJX4awQXyxFhEmJfxoWICIVSjGmOk/7aEJJ7PKdhIIhp/O46HVWz/kRdnBq qsI9MszVOUw88FBUaMtsEEAgUM1gAF+sDBInb2AVNXloxAK0YLyaksZtpnKsfiLafwqDF9SCPOYg Txbomts6cJZL6odxI3IFSbAGouG8fqBV2Spi9LM4QKUCxpLNfBYgKuMHoSJfoSexNBIQSz71oXtn obLOFg9xUaa8JF/raqOgQ+ixsbAmBjRWQaYzmuktSRTgY0d57YAZX5S8OE5dQiIWssZdFkHEwjyE 7mY7OqEILfyHnsnW1SdQ+ZaWydQCBkZ1qmVPvUizIl5KrU17V4uF/t+lxkUmSeqWHn1CeLQilAUQ SrOIaI7zAmj3DTVBwCMW6zH6q4S4VFeEVCA3qvBJTum62UQlwfJJ9tn+DecJzeUMIRv0D/OidoQ0 fol95qIkYmnan7YVMUfqY1jJtklVgqm+rS1BJ6JsrCC3udsYCXVR3K1khKpnNPP0UFFJMKsyR2BX 7NRnV5NVAkvpqGMBGKz/Hc3Yiu24m0C7QvE/Ea2v9iCNfNzrg6VC+PJ5lxtca+k7U5lI8iab0oIX 4kZIMUVfE76vmsMZZnwimxblBFqWijb/tdfiL+edx/PK7SldeCwkCjfUqjHLMJIOe60tm4eBi3CL +D5L0vTK+KFN3XP7ikIMNLvIsRMdzrNn/uONAHHuH8UZSc/IpoEIMAoWjULUfaq/BqLEHmGnptgs j9+0v2hJmJY9pQl1PWBI45sHTFGqy3mTod0+c/PAyi7he65uhd3pHjOVq2cnWGAWvlaE9EPG+sUF yprmR3PFgR6rQbJUpr1/FPphcsoWhxvmg0w9PRo3IZK5TwqGekZUpp6FsPksGZHGIQgQZ/hsudm1 wyzqVDaaOXITaTcxlanWvytZZVmWTuo89wkKcn1PzHOQ5rcv2g2KsVI1Esk+lOo2Eg5Yem4ABwAv ZkVCIK4rsuTVUxmxtZgev36UNOmLVQzxArhSXOxsOFpL7VSpW/hJiFVatJoPOTJDjYC007VpXofJ gqsxz3wxB59QBgUMGGcCCQECfdY4C8jSojSgEAV0pVV+QFn6brOfTncnUksYWRqHUUMA6nmOUXCF tiyPYURBgWWKVVyRURB6OpRQbR4EY9uzUMZiKDyiMzYwSGga+hydnJTUc1anEaN1GgBuHKT0vtAY OjCecpNCeF5jj0HTQDHNVrqcHKPidaE9jsiTf9VJyDUqLAAtaEZJt7fbD9mI8TCD5Dqbs7TgVeSl FJZc0QwZ7CfHJa/NCwiQ8M8Kgnap2yit9HULAWYrioY/UwaLLZkpe5FrwJFyDyqUISzdK50ozZA3 WLZ3C+SLfA+jEg7wUXxZ5lW+WPpHq3iqusgEpGXtxC4LYZZNmZ0NBisSLqjlVgaV5tA6xpQKcZdv UWeQRRpE0kG5GVU4HkRRBKmvJonsagWbZZTaYC20izJy/9Jh1YQVZN3z8m2LePyKQvRYjy4W4o2s PQq9Opmxyl1FlkB8hkXm2UZ3fmEnTbuCNPDVpCBqphPzzZKjWWx2ZRZJO8hlFeaW9bYkNnuIF8O1 FplVlYWTZYWyM8uobRFW59FRWA9Bw17jE1fpGOvJO+PTl7NboKlTgytNG5EmnWgWFjAUiwoCqKX+ ikaQAosaEKyZTpdlPmXj+sdyljwJxXDZrgJ1GaRLUCGoONJNH35m/hh0sjlRik8IpbeZ2GYFrEK1 Y30wOVOaemDPikCNCIDyOAqmIlujkdBOyzrngGgvxck+yoMCLB9dzJyxmuvJqGOk97Y70i3zzdyL ejkCHmBjW0ecbWh6b8vElZ4wXfc8BgqJHn8yr06b47QGtC2yIIzce8V22UhQ0aXZOz2mbm6oE38y wKA8g8vP62ImJf4a2iwBqUFXSs4cqv/7yrYFBQ2C/Da4sozAtP+WEm+AulcnsPfJ7z5X1clmDdn9 O1VosTUheVy82H3StihK+04VerZ+JcTEs0v+R9O9IMSRK1sUncWzwYCpgvr4zn+Ab+0j2u3GRaZS iu+JUEipKiLouYqsK/IuwKx8HSugp42dicKNcM04OWhhOtPF/zfOQ3LsU/RGj5IqHhlCuoLmy5eN PukMsYd71X5PNveDWrhZXO0A6aAgPBT3BP4KF6pAXenUyz4kd3Q7to6hF606LtBYwf+p8yy6QmCB Nz8KXNWYBXFRQ+LhdL+yf2LYnrQivVHsnnWcsBRF5++/Xj/6LjNnaaJVlrKj8joG2Ru+nc9gE3Wi 9Xy9Sb3F6za81+nMU5FHN6UxeMhUylN0VDJDyJGhKqYNplxsQ4cTEhILcjTQI6UqOaZWhKKQMhsG 0z7QF1FguxypvMmojCeYSBZ9zXq3uXZc+i42buKpKu2ejzAMFhr8OkvuaIXfk7+RikFCCptX1tfA CM6vLsuZFZMm2ARPyDdWcZQ7BFKlqeyBo0c5vWd2KA3MVzCXdbJPCNBkNm8QiRaEoZk/mSQPmHFx OiPmsNlnnzksZnEJNk45sRokJ/pJY/qMbGYfBiaKwMGzOi2houO6ySz6mCxZtA6hh3XWc4ZDyMCv 0clFiIY5a7P8lpckkQg93W7mZawsXsaB04TP0NkwSZUVXlvnRT+PNZDXqFDoAtHmRj9TNw5rFKwR goGjcs1Mi0ryvabjCkumrBAjOW0NmzYNkUGVXSOrNetyBizito3eRkJefp5VhaP6QIlUPBXPflDr rh4DA2QYZvwEOIjRmHWCQXpno5woAnkoWzJSuW6I8uZY6Ton2TLy2Ot9dpyRbVS1xu6oDUM7hHbC CaDYLqewZ9LcWt6PEey1gwXwMC/Wov/Irc+Nvjm18aIqlcQKaWLN5DFA9osXZHQIz89xipS2TT3W qHbA5wyy8egq8KggXBrPvcfBwEc/9LKR0+lSNa1slo5t7ZgGx3Mn8EkXXTq8u5TL63H/oE07H0OL CISnWYmIky7DSe6ObyYXWrGMreyXwwQREtQszk+mz2hKjUrANPO9jq166Czs4BaBHBEyy65neJms dkgAKVaHkjoGZpBkm9VhWDNGYqwiQ0Kh/uSZ6aHa10wzjTBrZoMEXQPkvEoqy6gLZOKHJ0pbssd4 lTUF5uQmwxcHdVVLlGGzZLjsxMOczrpObhLR8kYi0kfAorfJODeea5TDlSSgT58RysDYY2rW+lT0 3C10t4hdioVP2Q5K9J/6e/tPhhdGYSSBokSh81YGqHCxBMl03k0laNXGpaGr0JVcmWsvUVJ+GBWQ diki4NVZPldw1/kW97GsmQYbHE1YIvYEEnbBUGy2YdJB0ECsPeqEZobOC0ZD4H5564V1t0INPz2M 01L9upJWyXNUUB2PIhtscSGbwDxKYl9zrMmZStHeSgrZUjVkuwokLqUS5BozBCVTX92pWvqZy5BQ FWOjKFTKp9hndkNfy+uCA0/2LGIYqX8hvJ7CeeRlHIzex4DBU4JApUaWkDCMa+bkQhMpvOyRJYmU ri+Pl+Hvcey41Jeh+yN3wveEXtZUOlpmy1PkQdgksVw8XbPGHfEXPXpryCx2GbZrFShsUDUeBRIm 4CXKI3mazEkIoyE5IJwpU1cWJTUOgy0ex/akZ7yEMrGV/CM16sZ1tPC+Hko7dRnzSKMLCshJ+w+6 eZCQ8UbJAaKG0mbpbihD6SFy9kytIWXWoiIkXCBbF3FXpIiBzs8o7sRsX+vSvD1FmmttvmqalLni o5KyXqTtCv46MAuqpVN3KtQ3lmAU5aRHmImOliMt9W8CpCvzGVMSYEb9WV3/ejY78N0zW9NlNs0G EJQRNevvvuYxuBmxWL+qYPIB8B5MnbrwWHtjM8XyhKXVB8EnTtJye0ZY8egnIS5zXGBIKKGyngL8 baXrLbzypNKv7S4oegkJw8D5WpGu8Mc26gaG5LtEgckOe/my/SC0q1/aIZt9hqNaorq8aeGFifq9 6JARocFNCq45EZ7HE61sP7XzU4hbJlP0iD8Caz8rdiSoAolnC38Mo3AV6L70pjwrSzSUX5rTc2G+ vppaVeoOmgzrT0JFAz2DIh/rlP1UKM83tSwkUXpmZ3RIRvTBhe5gNmNwnegkbFy8FCwl4Zd212Fw ZzwUSrHW/QK8wFkkigzsnHi90Fr+oXdkuO248hYBypZNBARQWXqJsrpb75RVKkyyFov98TidG0WC 7bM2aRaRGGy6dwjBCchlXSU97pJAiSsxRrI5lCuVedMymbHHmSCitq2U5hb1kg+RrMBVBPRbSg20 yK2gBOUKUoQQdOmz1zQq3aVZFRNJAz7d4csCvYuFiRzNE/Gj6SBZXKpamMo8wdGOv9FaKAPuu5VO ORWp9oUR/kn78e5fageiPuXcnXBVBl10CMJwSTiUyHPNw/XQShMuAOyCXLHm8mr7xkowmSwzEbkQ w/OLJtEfeKDE2hxH7gU0rZJGLLtSioAA5LA0bDMU0vUHpBysTnhzoDTft30lOD/01/nZpZFEBqZr hfJtvmJD6SHr5xUSZoO4zwVgRFbKdc2wcLcfm2M59L0BENAtYfT1/Zf7fRFBXkx6+RenXQbqWwOk P6WykId5MIM5m8TX0KYEza6ldgEXf09v/rQPjUmU7lACktGsClSk5hkh0xK+iM/JG7n3hrIcZ/0y 3vpqZ4UbTTmzeJ7ONzBGKLLmMMn2bLbuzljutHm39UG6+OqXigR+tZfLzope4y3Njxso3eoV4j2k O5hnwltB0n9l9TrOlYiMfKWGYOdVZcD1OneLzDgfSXNS98m4DfnJNasrRjO/kEsTjBBVB5gTCUao Hilhk/Z+ULAeNE+CWUyE/XFEPvGQd9G/iNetAe9P7p0DpmnDEUfZY6MnkZFZ0EABY6OBbuWQ6lEa sCYU+JUFLgRDNYZkhLSMC2Li6HTHyPmFp+LYQJXOGLz7/Ci8y7KLXRXM9qmkyNddezjG60OTU6rl HXKRXEMV9Zx1o7dCIYzgcMpeoqrTjORgdgjo5NsRdbyR+6lwliF1CtSlU4+8kdW6uKKsQuvlKTFT TFPdc9AUxHBMAYp6jchdER19+pHIat3ieQv3zgPx+henN3qDMNmwoveJNlynAF0uD0mBV6nOOSha KeL1a3U1p/JivP/rutKfJ5ya56xgL2w6aBeRjuJFNeKeRnNAsSOIHTKs0GxsJzV8Ob/XScXf9+1y vd7bR+t0YNvGnC/sxr2Gd4/56+AmrR/OesDcrQMfjOe04bsjhK+fz6sR4Y8jgu8o7+yJ6/c/NHQm cV+OS1zajbX7d6yX/d7JR+c2fnxedNj7wm0aI3Ub1zyENPfxeXng1Do+0o3qkOHPmyMpvApHRx19 jFQqw93nV/Qj+vLZEcnOUqYVXzHsaQcQJX7HJyOP+gxCoMknMjTcMcVOMC4HaweDRvHmpA19VMQO kom5Q7ZI2uPegBOUT1k+Y8gI6b2TUspW2VrIz2YLQtTGJHRRwZ91sWPwC+oVZNqr4HNIDr41zt6M JBq2mtB5zVR+9uB4tpmV5FOz1grKKpsBYUeb2unQAcvSSYdQSTkiRHkegdvJUDzKxDBSdu9h7XlK pli4WUixiVrFm9dpx01RxkTR1AkkthaWXmO1pj2bo+3ilkVy3XojL018Z6JJC6EZRVN9GR+N7ZnQ aSPyi2YWDSL7DaiBhpscv80zMM1+M17vr0BukacYJCppBApKcdox4j87iNp+UXyERdwpNBNSeQlJ 1rMvZAyRjAkWyNAohOsKQvSKgAJ9mYmHy1uQVg4DbaqVN1ekHDo2La/nUKfkA9ANnVIc3WChGG1g EcUIVqYE60AtZcEcG1qYeraU0aBUcAqL2u9BxGZDyvXooZNgYbmHRjpBV0OWYLDscj3YyWoW3dZb lOMIalqaI29PATZLQomtzYGuxEqWiCQTFH7Z+pQEV8bos2GFkT6gUsvMDw1U3AQVNx6ghkbRp18y fS05uOZtlmKX7ZmxLEKGBEL+YoQGFxCpjTpmagXwnS5IenWUIPmOZGM7zdxtuScRte4jgIqGKbqw ugSsZKNLvSK/Rb2wlpZxLNCUMGCBuAQgEUViU/WSHoXyRGDQ5OlmNQ3zfXrjU7Y3lP00BS1Fp5QV S9Na8k/pSTu509fmqvWBR6QKodtSVc8EQgeoJYQEviQE8ylPwmYe7bOYOpNqTpdTW47Ju46/65C6 CazBOuuJRJK0wVGgDQdLd8jgsDljbl8em+fEjmqDZR2Sy2AKrXln9RaCbWMt6oKgotD8qilq8xGS xFExMdW+dbYP+EIGLnNhNJZzYjABAVMgSRUDHwDVeTUiBSeg+YwYmhfUKdifFvWQqAM/MsscX290 71fJnnbEgki8oJwUDEjVfKVMIF5olK1SgLmE7bh0LX/hYnbSSi9KMKlUhyVkBFLWST9VNeVCut/i xAxBfQwJzbE8hx3/6Jw6Zrc6NKYeeM0yPCk/InEbTR22YAx32UxPqaRVOg4mqUMXchnXDZ13N5vI 9srhsc8QespfDFasIHc/yZ0+hkO6bTbE8DGtrJoZn5WgnjO03nW0RI4uFQDQCVOrT/aMbwWNfC27 8jPPpQQoh4rlb2jAO95KneZc88bNEOSf/myFnyxDOdJ20SJIqWqzw/LJwDnQzKKq3lCBVb8y0Sjv 5+xcS1pw3XBVZF1MQ9LTZsxl2bX0p42zVdQjmEgpxKhKATJKSW044JvybHDprhcvpbuhdxPRUksN 5Nl/zdNz3+rDnSZrqtEvUKRFB/aBeBblZx1mIGdpo/EiNPojnaVJjvkSdlgASrIrlPsOiyTMoRR5 MsZsurqQKQxdMz9KT/jUs5sdUn3cJZPWWMzQgMnlzPRUKcmz2VlgPMtJfWEpWQZZmskxuBOFQq0Q ye/HEsLGLEDVideggU+pYxvCr22ppQUmwrMMm2x+TKj1WXrvgpkN7rIczwcIPaITEinIrjcwqHVG rkP0knxfv9J5TrMfsZKd4oUUI0wDUTWkGddR6Er+s5h4wMHrorIc6qwihOb6Hq9JL+/xM/a935Sc 2yYIKMqIKzMgJ1o0BCZ0asyI90lbTzEYfPgOLL/zPlGDbNOKJrhhyCIPWrMm64xE1pgQYkEkuyjg NDmdwcCKmv14poH6Ji+BtfJ7FsOEKNxccwYW5tAV3nSKD7rLcEKaVF+/PYImUHM+u9b+LjPRgKwF MvSx6lY6s8llHLMqOnM/H0Qz/xHcW59V1dG1ZaE8S68W2uakzXfNlxHMjL2PnOH3AyvMn2NEU1BJ YlW3WGMN4sq1eU1eWSOTw2ovLRLp35+m/F6IZrcv1oAQzGd6FPtvlU/5k+F7jagT2iOc5UCCrS9n 8tRq6LRHXNorO9AB6lzBZbThzw5D6ka3Ge9kAo9wrPiGC/KZPHMOVqQXowzYGZX7REcvpqZ+AemU MpFnDUgSi80ZBzlIHVMpKHgSx9u0EMBATWjz7luWSTJKql5yfBEHMqsmxVELw331YpzS/kyFX/d0 EMAk8eT/9I41zuRjbsJrdl3OoMdwC23a5jSwL4bSPoclUiHZB6KUT4Ygk2vpQcGV1RW/8Y22YKR8 gWmQ5mJ6VwCX7sSbItESRZ2Xh5C2KxmhZoVZmSEq5QyFAGmhh01mBEZ9SJ2E9M7/ezfvyLXNHXpc nBw0Il68ExTie6sHo6eH70hHXoBWnoDwZVYei9HSYmaVBVQEADbLd4hoAimkGiiX8x9StZVzZNva DxQw5XlsMIB675dtrwhksEapEqca1bvaOGGnDGDgnaWyr+DIzZCfRX0XvpEbwpRqIhyR0jAGgw7k Ek04WH+hEkFGGUToH/zo6NyS8DRYzPO1BlIZyvaj0bNFloDkpHP5nG4zRS0Cm7qbFaXuhSEGCudD wRBPZ+XxRB7FJNizoUTeXemPluVCmG2t1h+dappBeqRnSwtov/QxfIqoJKuQxD2LJPgiGcy67cNI VLUKZtefPtkvpvwkHu3bSjqj0oP4RXt9l3QpjU5BHJ9a6LfTowfIzMNyOQ+y/6uFdRYUcL2Ugehd KUvCLJlwJ2xHvFQBJij0TZaehZ8tN6vlHfRDp2fy0Ir8Q51UCVvDNDBLBoQbsgSPZSdG6Yon4yck CNXZqjGXxRwDcN3CR57ufhsjSVwL4qVzduXRMtKgjHtmJqm35ddenywBqxDHT8joGKFnPaR9m6pa fure8rd2XxgGygpTmVWFwRb9DdlYwaZPkXf9HTQwZlZATsjhxZloV/zWsFlAyop4FIbDYYgOVD3i VJIj8/cDDgDRnHEOGv0ggbP3HS/1yAc6EtwLGhmWZmZ5HLbZof8qmDbRdi8pZpOTaZArBHGiJJRP 5ltZLp6x3IHVrBtRqn9EFGZgYTOdfITpkm1g6mGTFLoxtM5zQzkTpGkOO7+KTM0rg4S6BEEM3ESa wlFheDoyRfrj1XX6L9nYUK6XciWVuISD8nzzMv2YBUdSs+5m/GRDqs0UbvmqNoTVimlztICrOTK4 MAFXwpH2u928ObUUGYcxZtvahB097tTc0PHaztZ021Q0pRBNXW10ZhDyUfOSQw4ejAcUJMQyzUgE DUvVxKPbcaFHAkh6xIJ3czd6NNGA5+jZqiW096IhmArpmJ/FiyYqcBhBEsMAeWlkySqBErhu0/wo 3vCE1RQFZxU39JOK3w1H361+DPubtnscMhdoqMMDhAGRjsb+Y3OJYgaS4ChBI88jo2tVBAjhvEdG N7NxatQm88CrQgG49Tk3NDwC3VXL+7iB+h0wlZpYHxrSyuiWWbOiE20xGnktFYX6gq/fsqdKdmmW MxiAuivw+s8xCOSRzWxy1/JwlRT1xnunwWcxCtG9uEvYf30vW2XGKhpqkJWiTaGr1XXYQTVP74Xx r46LV0M9R+MqfamlGkpBl1o6OrfKtBpphWgdmKa7W9W07yyrSr1TDvRmUM8odVZuVeJWDDb2jcVU R9aL9BzpydsIFZKr2tahAqy2jpzyzXNeWMMi4nEFARQNkKQgiw5/+lK5eu6Ju3KrcrHXtXxj3fX6 v7rsG/Gccqayq+CspfeekOq78nTaYNUkFaF96DTgHQu8M5CjrQu+ZY4I0d1pwx8GdRDxNEKNvR2X YCtR6SA5sTlCrRzlG/eqhlI0QXEPzLmKgA59UMY3VowYowpwJyKzH11m2sTqUIjH5W7rMnwjT/bs OwGZWFnQMMz7awhpJzZyMj1mltdkKbHmOvvNOgIOzFRiYZpZFh23hkDs12eqIL37pVK+mjYxkt73 U1Xetwf2BqX6+75/UMH8EalUTy3WAqrxu9KXUECb/nhW0Z7lEL+1AVVzDe+3+/MZAaZjHumL+wjc X19Z6EsEPeQIaWV5X1OI3IcC9IRvxUFJfXbh1cgZh7aOmyaNePb2DZGSFU6+jOidR+L1jYo5EY3A /FSWlKeWGQypF4d8R4P4w8HEmS4AB4BheQBWMWY64WSkkeTaxF4Fz6BTOfVYZEnyXDFP1EJdPd8E 6fkDR/W4D14hImR66Y1BvFBteFAUmBpFk2rUHP7YQQr19RlBCvgFIy7PqOgdGrYEBetIhzxIILW7 7AMC2B4ujGznUSf2U/f2S0UHucgRM1DsaAx/OjWT/XOHWb4QysYETvf011AeQ0P59w/6J/NIMwRC c1wRIykGHqbq4XYo71HSwJcydXw0i29DON7ZpBQRkdmm7DT8bcyeKSCGeB6QNAgJ2AGkYk3gWlLt WTMdQbnPy//LC+oG6ks+m3CgCo8Y9LMwCmyhuzbOB2wgN5YHoBAXEWIgtiIDQFO8VLV0mHlSJQu6 KxIaGju5rbZzVYrrG68qydKFcdNAfDQzKkjhOusoCkDJM63QD3soC5JGJo1SJoRX9MOy/Ma5LiFD HcWQu24lGITHVHkThkdbbXqJAKezF2+8UmierwEhi6eeXSTn6elzOqXiEgvWjrGkn8o9yJiLI10F fExKuzyyu+So12JQv9r1Iy63MmIiCN5Dkp/j1hNwTKY+wvLJYIStftuIGapJ3aFA76CQvU4PiG5F z+0Pq58IjjOO04gsDHk082kZDoRGUtDof7QGp+Kd3zuoJ4Ipi6/qT5LGVv0aPTqZKWZY7CrmTb6W 86Ai6yy7mN4xxTC8rGlJgsu4W2qRooJf6mF4/k8Gsptp2Fjdnu3JvmT+BMj31Ww9krm5VwaYBUaM WyU/epP86BZ12UOEVaiRKrQZQe8yWpammcfYjgZ5QBMiT5R1R6tigjOADLQqGT7kvxL8XprdQRDy S1ekFk2Kyrh6EanV9CXlHKxNL5WVxoQFU4QazNAy8JiKYZ1DFYzrjE36vSplgjCUpkmAvTXPbKYX F5rzTRVsbaLVgw2hP51wA9JQTOglJjbcjo8yOKwhKIBRKE5pHARWN+Ccyu/YbSs7EjVzw0foUSOz q8bZlgZfFulqJQ16bAJZBmtbJoEThWeb90IV88RhiJ/MD0PhTPknP8XN3nFr4oa6kb7kLvYUpprb kXUjI2Fz2uaXncCzYlQi1A9xG6yEcVNIqufc1Wfy8eBnxJMeXTKYqqHmrVEVdxpTsj9rRgzNFzLq kESnuWei0F9TLbd6AOQ2ydDNJRZaqHNFM8beNkLNQqHUGrxAK8soJc4hJowh+GYuWVkX5PyGaR3H gy056k1645/glHf3iP9a9C9VcakMyj1O7G6ia/RCAU3L7/Tn8VprLBh5uIUkwMKrS6o0FkNLYNeA W2nvowU1uNMUrO9T1oyTxtfKRPlaQFRsgEChQRMaHdI+GC84klh/Q9Zmkq0voc5pQnHVenCYP2vJ Y/FOFJ4yjCfI82jHptJ4SqAwOX/cF/jOAot0RJrvhOQcx7hNDC3ShRjuxvhQvNWpejCIPpo6sUuU V1DN2+nav40eHOlB5xmHq/7Nc6crVDCINO4/s3s3mxDncUy377wshrYBkqzUnzXjLbpBT2UQ1YCu ZSa0C7fYpJJpnvXWrsh8WG+eVqHtawu24T8TXSdKGrp1Z0stbfJDoNZMVM86VfbUMO9lpdVQVYOw rp9XVY02+gyfuq6colZSx/ZEVTSyBmRohFRCqUyjC/8ZMRYQ47Kyi/qLMzTtnNQB1lve8cO3iurL ptA/2/pVodfakOv4aO3Go+6/7a1k0lBPruSkfJI8yDHwxHsUtKIxEREjq6hClXqisGIX8eK3r/LQ qTuAqLWBzk0Nj8mSpuiMhtnnz4pHVRIjtWWNKivMhPQICo5IR3sVDuO3bJBkwIvOh1RLQoYdTGaZ kd4IggUblrenfeVxv0edAwUzm6xCjZk2+tRjDb01qdyJhUdsKNgP1rIfYFRNiS3zkdAjy1HKC0DY MUSAjh4vSFYMzEll/ZoJKwXNncfCGHRj+5ze5pXZTE9m3c1t5+MZYG5TmtrarkAjlPOZXJcTVeBA Zu7S/pae4sO8rfDjNhzLl/M9GZSOr9/2P0Ret0KXZnxyaaM7l6/5TMmS2ZAnJB9nomZEqUAzNI82 L/YLjLOsJCFBnjxZhh7vJjzmNBBJbm1GU+ZUzmUW08wZZZL5i60iy2R6tokbCgPd0sQQohlkuLVE 3dOhtGYyGdlCEAgz5YMQkB+b/gABIg9DSnr60eTUIygsc+mr6MoQ26ySAJMNcTE+1EEn3DkZWz9M WGsECI4p18w2WGYbmJW2hdkF0Wi1YKdrDmHkMljUZigJe+MyFJ1lQZih2TCQdktTUQj9qIQQWrgU vQp/iCIXlqZD1WkaKsVKsbBjuU3G5w2yZrYIhKNcwsiAFBBmhFleMwg9RX/WyOtRFTgXUvObRmGr pVEgvIjQZ1QV4YvLRtHJSljbScsXz+Mc3+NyCR3Fjjc1WsgbtGV5EjaD6gIlVd4TJpxAZGO32C1D zk0KBxZZgtqJXPMwyj9a5iwEwxXzl3lh3M37jMcHTbJCfqBquFCal3RyfsNGqwI6ReVJK4gWuP3i ZsE9z6z+pnU6CqYACx5wRRwhajkP4VBvuQx2Cy8etttjeVeuRN3otFmJRBCQWjm+xqWjmXe73csD tuqqSx+qViKK6AjPL8wIpU0PM4AOEu8p9uCx1GQarC8fqHiwsIK1qHq47t/Cru03SRQHkA71jK3k h1Qq9BmvFZb2DmTMxk1DVFyaFvIRYPzWDtcuasYerHdkUiW6Xh5nD+SnjODXiYYkDd0fwvmxALBk dI9QXKeDtqihC1LwKd2SVyyE/ToEW3/aqQ2ZnW6HKs1SJW1pEnchvjyg7FrMYaJ5cXO5XJUZexMp EytzvmE2G+RuLXtZR87gaS3MrHzAPLFGNp5NDvpxpbwsbSZ+1bnxzjiDObCzdJJJdSITfCHqFAIW Mi8/I31O5zOj2F7oFRa0z3ODD4axIXqPiYyzzHYnxSzAymCMQ8e7RWhAylXaUYqvSKYhf18zA5Zh BviYCiqJExH6hxLDYTZVsQUHiSJo81uBVgfob5ja5wejP3miE/WBaMV5FEFAObKsDxMzv6JPUQPu uwIVtUSUR6GHgUtY9RnlLqvt+Tc008lAbiXratkH9AyitML6aRnzWvKX/a4zMy5gi+e0Bp3q0YQU ZUCdLEzFBSxOUuCYw+GsVNjV5ps0W3j01+ZeDEeSv2+S57S4WRzh6Lke8Nj0eQIxASqEBB5BNSpV GcqSS/GpaCZfmLAo2w7krFUPbd6w+5EuGEMgYBxFJASgxqMMADsAw1MxfFgxrIfl2AYxKKzQXuJB O8VWw8QJDjGKfjtJsEZLnM9zAiyVJjlWNHOa02ZgkhtCMys0WJZOYWgp4Wf5TVfKmfRBs/YYdBBT iaseK6kkaC68IsM2EjKt+LJLLbni3XaXed90D8urTTbNPsGPnDDi5ArkqZ2wEy6Dfslcb0tYO9gm rgz2VhbZfDFkpwUdZn3eb11MpM2CtUhUzkmB+pLR8bayHbEkyxcsgr2rLQHAAmAQTj1iGUVyS9M9 LUQTsoDM7uIHDoD/xgUUYYxhX6UC2CS+tUDmljBOZJ7DhIRuSqLoqK10IZSpUhqtQaBBVn4IeH4W Rv1bGRMLJMWtoq7JlJQYkALg0v6mvMqqNniH/NxfJVlbfsCj28OpT07df9n+9wJESUWmBdiKhKER M5N5MR8F6spMjVj56J1tUkkuzGjvasgMfz5HKQz+5Gy5hsmqdpX3ORPPPbvobUyuEGpoOWGnuYWm E2J+P4MNdTlyahrk0pucPiMjZj1Kjnqpk5nxI0Y43KCDNo6SU2/BtHeomWbmlpdMmByKoD1D6IWm GC2rIPkDmb14p42MyGD8bl/UQjLFU3K2P1moxS+Et1JgsYb60FM8Wif4yv3KG3Jz+SdbLjFeOhoS VCzAljZbUWCTXdT5GlFMUSbXiDUuRnGGDipd2U4Sz6+mVdhCZSZGZ9AAL+C0feRFBbE1NHFVtF3F XqDHgU3OsdNjQkzRAUgYIIQnW7KRhmeCYRq3irugTopaGdAH2teAqQcHhJfthCLFLn/LeXgWCfvH DYYZZvCyfk2F6cjFUr1ifbM/PkaplYu08WC2XVBzkywShaTUXjKuT0Dlk/tbrqZl31qUBrAXqPo7 5/I0YdZ3tqFiri+ElFfWeabAlCjExsKsyEyVcL19eXrQJhkTS/7oIH3BKVEYA5/SkBS5lwCShgbg l5EUqVcajU7kFbPs9ENzpx3ewxMKDJ2YOCQDycTvV/ozKTkj2q26Oi18WI0dkVHCXNrHWhyPhgzB Rez2f51kSnTKbY3IDtzlerGQkpIB+jXXPhRDU2kSyI0GF81kwUtqgOQZBB5TRwHaJfA79RmTPxLP ILNQD1BRnj40hnn8tHl2MvRvGJVH8NkqtEmU/fVeUqEkj0hLlU6yRnWJZXXz2UBV2wjDovGl4z/+ qBvWwnwq6yRX/1dy/HmrUUO0gMS2ucRRBRD2KEpgB5DnpoZzs7vRykg70BsxrnW9zkuLBRcnJ0jO XdANBJ6NNc0wnHBBXK/2k9i1ciw2qcYb07WvrTfW7VjrWTyGMTrghV0BT6H8HCUF1YAcm4w0UyCX o2Ptk8ChGa9xqm9lBr1WU63kEtFsH4GEtJhiywnq3G1rgdCl297ZLv8tYu5vsk/C15e3amX0FgmJ m0loUuocSXzEr1wk0psvuedghlCXkRhnqiRbbejFXsK0U6m8500r0oSph/fkStBpW1xkBtWlVJhK +1eY8hZelaOXvzZFo6G9ghVnMqg1t61oW32Pxpv3uZN6KLYITqq1riRCPJaTdGy0Kl+ryYiSLMEl rXtPFg+6b3Q4Ex+zGETHiK1I1fa1YYij8DeviRi22uOBTbSnheqKCl27oB+SM9BLe2wCuQAHiZkU JNGD/Kjxam6EbNNdPeSgO+Uu9ee3gG/fXT7j0a9ojLUyLokF3qv1IZvSqSUJUyHFhyIo64stmgN7 yEgp+6g9szflmYz0rCMi2JaVOkDRvDpcqvBF+4hhX9WmjJsNhAukgFyfaWdwUhEgTCiTDGe6mSVx s4Q1XjjyawjaVJRZl8hxlWzX60IsXzNlObRGUgP1ca+KwIcqEvksKYoJBOhP3OoA72EUxqJfcMIE uFBlaDIyfCAl3HTCPXo8lU6Tj1ESzFxP7G7gJOI/4IxZdFKCkhFWYriwO6aaboSQOnTDM8KlPTaL oWiHeBNP7Rur+Niw/Es5M+4yDj6QVEnAYdM8j2wSWjDedCRiwK894/XQMDIiTmc4vTM8ILGNrwz4 vDRRFqQWGXr2k0eRANPLUoPRCpXtPQ4GCIb0KJ33GKoWPuawuRDgqm4b+hktdOVJ9cMrVXiqCnPP OvGTHVVLdvRrtsYkkrzLHuuFCM2DJW2a76kX793TbK+tggCCy3WsE1UQaK7ROyDG7YVcE3z+r6LL 2tGxbzZui6E3j53LpNjrCKzhTKy1hXD7Bm2vDg81QG0Y4MBEvFSq9iVW5JIIwD4w5d/V9DXmtp2e M8vg6HVgxR30hSBVqGOECkZhYs5syszpwv8Vk68fDpXqA0LzAWOHXkTYMVnV9Cc06MNkMgM9lEiY opBPszwqCQ0CGY30jx6eO7HoxufptgB9Yl70eBQwsZXWudBoXLcNm/rImJBFxKyaS+UTDCWbhiOm ouSWURk2U+iODo3OhnUZJs/m6UOj4FXffVVlBxdOMEgwTJ7pPnkGGgbtpoqK9iSGA0/EGNsgck7K lVyvUJn75AeNGgUmpLZ8+MJcZoNclt+R7EZulqAXeXTcVUuJNEFKciJBUiUGNZQKYDgQIKoKx1+k 0lWG70bkuf2KWjl/sSY2XS6589ksVf4+R24O3ywNDuX/jQ0TatMHOAsVyUM3+ZYJr0TOvIZJsIf8 10QJX8Bw6MSRQwmy8cxJ+ZChnUtMpSQczm4WD0wR3NzcToRAUqJM4JU7TKI9cQMoevZok8cNWVZJ NgMc/Tdr5tFIySQo4RQBzAuCxqCOAKsUFS8IEcER1k/XDYyiqCUnvLc5ws+OWJQ/mk9SCWqqVoWx Ynq1CmLAkbAG0uu0rNWixTpcGq0Hv/n+2TLMANMHfKGlghD5aIqCZhftOTGnpjW5NxIkVqEtjVcI QJhnaWTG4/lYwCPwJx8PkQNyJND6zGJTJNJkJ+0iSLNgEQsJ04Ox6ENCC6LkItTU9JPVMigLG/lQ rkWiOSx6SvOWMOezCDBECXKGwTyEAG7ti0E90NHutFtWXbFRe5bJTWIzGzZgmb8hSb5e2CdLY9SG KEad/BmpRsRs5aNQfdqxDpAfjWr/FmlhWQzxcssWYAI3+R7h+wTP8iPdlFjiVsNqIeVsrlOhFiKr xszw1dDi2jDM6CgJ8IPcfJr2CTUVLoglnbYZCNCQZLZooMCouO5noCStGDx6LIlmomUdBu07gBAD j1yUE/iLkhS1zed9R4dA0MC4QIb+Sslid1DsSYNB9RK08LlN6igKw3zwafBYAuFcP6GFCf3khLlI FEdJ8aKTKHx2LJo2eumb/pDWn74sRzYdvJNq4JoCkmHHt0UD+29IytDhwhAQIX44OmvkA8XrzpTw oH7kAR6U8noiVV5fgsQIaO84bOiFoHhMceOoD6nVvZphzQW9sYiWKoBAOkEdo9KwF3yyUsotNhWE /MOckidKuLCvmRRMDQucDYoJwnC9peeGNKcide2FQcxmToWlOENqAa2Zr2H8RmJy+e63YlvbAlmL vX04npXj5tVlcRzaY1KOYpW/rDLuAhCvf4LE3KRZEtka+kBesOWpviTLWLkvdUCrLcpnRsVgDVJN 4Y6uuQx0cStMi3HhyqAeQb9mK3vyTbzHWrn6tmfnaiFe/tbsAG3oHqP8uisx7nLRMKE1fK42jpvc hTOhah5f370O0NRYS1pHWJ2XjLXHjwsHTpo65pHg85RCUGJA5XdTAHFTg7ePG9cmRjsxvLoFl5CN N8ArejZHzbFcIVCtq03mGvLI1NKN2lB3OoysspPYiCP/EYQJ/3SJ1pAtJqtT8VoOG52rPLVciPXu 9h+SfOVuCEnWaHVIKbn4MdEnFikHiUmYPcGCMFihlWhYbRaWQXC0F4fOBoJyKrrIGKfiqknaeliH OOWw2PCoQXFBJnjy1/RNItCtkRVu89/cihknmVQiRY3uheUa07tu/Lux/EAKedrWRTHUiE+jsvwi rJBhRP+ZXuYxldkqAvYxa5H+C9UeoC4KPoQF4pjyw6IYlvyaFyDYM36qKLKQdFMePEvlShUuSqcL ZBy1OQWcMVolwC1WVekLkLuAROFbzwhKz+Ox9CYr0t7MrjAaUMSRiZuxZy69PFt+E5FW9TXD9ru1 JA7YGndD+mYu/h4HpTcu0OVwta0gJEcYDo7Nj5al2zMycAV4HUBDUr7HVA0B7GQb/mvrUZeYBlr7 9iH4r4TiXEqALiA45MrMA3q9LKNe7stCgnGyCF66aeKgG+PPko3zmu+Hn+EDWZITdwu9jw5BB7Z9 3a3I80oaRNKmmBlTiOj/5ry9ozSZspeUpEKvxsRQulh7/zUKCK1cGHTSKvNP9YbwZXekkmERz5kd iLGfL/yyMJ30iHFpUL7oOVlHGQgnZ3L1SCzBxVGZW+x18Jku0dGULejM/AyjcRCSbEKEpQo6+kLG q4IPIkigHCbJhCftHaII+vOQP3jEuL6Nq5nf/RBNcj0fOa+Bm0OgUzZSl8rFhit7KRc6ZsdE8VIB cHR2zGZ/+gp1PUchCyz5HLEJYci3XzGIjhJ5CxIkhQjiXNbGB9hocwTdJrf8yBjEoPrnig+ulBG7 /vXnepN7+y3SA9KYx5wKsKD4tvc7fKy52vvJgZMGuZl9G8KrRrGbT6OkseenPrVqzrkScwpKAfwu Fe7qBEJZsaK3JUZYDtKsRiWW/kqqW1mDLUgoJUvpOaBea9DxgPNXEp8lYNMoOg/xGZuxaW0x1bin IoPz9tEBLfPOdmWAoxrSlF/qP3myeUpOz9MxE2URbIDtZxVRkppjHxKAbfbANhqb55UXF4aSi/4J Bxdlbv5DY7P3hL2ogi/hA5LoamhjHOSXmoBWpp7t+bV8kKCMFNiWBpBqlS4YRZ0e6suaMYtQ+X4j YYGrMgZiMNbCCzdHRfhcVyOyMGA4JIQP+WLGSSzc4QWzTZGRW88SpEb0mcqcJQt467feBBW78kod bX/lyzVWSZBCvL14uVi/CZcYda/WAFcrAcjBekmyzsPNbEm8m6+WI21EZLTcmSUQaVGMIlBYhqON +BIRlUb91YmRyl9rcIJappijpSM80lKzQlYKrYNxTzN+CmjBCF1HrYmMBMsS5zZcmlrAO33Ss9l9 s92DXcVr/aVlcje/rlvXwlXWP6kBPp0hjGur9o9qjgxPjCt5oNJs7mzwsP8HJWUCYZquSiWaLWkD dXktogqieUOJK/cczCHVJXJcSgPjZSAVewUa5iRXAPyuFjYQysAW4KrlZFIVjtiY9NxB6QkWIx4t NGRqNjcWVGT6vnlcKKLAdGj8JcnaiDaeKpF4e/ll2I5vNlxdhL01p3x96KRLkpnOd+5rLzxVdy+i 3VKGbLriNz1saJr9L0hQaNOZvMYlMQ7uaI6xrAsnFdLTjT5LFuLeidOZqCuaFpVysRlEi/WYyEMj dSYEW2pWLKMGdzHmCR0osnlQFBfY6+FU4DGKerREWGdOkhxx2i2KdpRDmilhsvVJIc6N3PD/cqWq 1uy9jahuvsDqxu9QwRc+5QapMC1R3sXqj39+VwM0ZN9ZE899F7w7hjNktKLY+dWhrdMHPn7/Lpmf J2cbrv1yXl9yTgWpcAWt5hEfvk3nzen9vVCckPNNCcnhhFiXcqgaJpaKlNwYpLGx13NUd6KX4/Az VOgHTa9/5OFTULNXy0PkOZiajUfwTJRaAqL+M6qZUR5EKZSgefkAiaNvJrtAwB+Zs9/7kiDpO6Hm X4bibfFeruvh4rhG/JvfAgAksg3xa0ci12k+3l6phSpfZzDkBgqsiPEYowskWJ6JaqQRfdILLwKl GQrpm/gk/qIMugNYz7KVLpF87xegEVW5qX50hhWrgdiO4OIFM+u1eh9Ly/US7z7orRG/LDNN6lGl 4yzBp/ScCKEfEM6k4YNOClu4LpUk6B+WqO5nOl/UCkSyZT8SAbMxdpbVZIG8V6fNj7JrZhv3TaQ8 EQxFIeP0UMpLizisEbPyJwHm7f0yeyBnIbMWNkLTKtPuqMcEFxTnH/URzBenmL0nWSPe+Up4LY1P a5zQY0KDBzV0p0H5M88aHsR8U4plScyA3cVg5i7WFfOkAbouA6gmAaJQQ06aoplk2YBxgXDYkuIY EvHMd+pCf/lIDmtEXeU2qgI6Qcush4MQC2YoIgnkClgtr8eWCAGi/e4yPvRs180fR7Wl+tjY1Mx3 neavMRlK+IlpA384ThMEZV6MlkjnIV4bYQUZBTZC84R/jHbqJP/pJnUhhFx12bwxi8pKqQYoZo/i ELO7mF+gWeezt5J/0uP+2QAuUs0exmWrA8JrlthKxlAOCYXY9ENgbdGRV/eFfaVnjWvd5tQZOGxX oLHui/IGR0kKTdhJshw8b5ek5Sbo6rCytGoAitDnKrXLOBhxEXZxHCikCP5YZYOeZw0BrI5x5I7B Mj5sBhUpCCuGx2bzjaJXOEBNqXYkTf05AiliMQNAH7+eRiHXymUkUB9ZfeuXBG6VnFDLVfHmqawY VbrFjGUs11IFYqInxfQOQv7lYjMUyzJ4YJZOoshS/YeBOsNPf7K3DZt2QEp8oK8yCy1xhw7dIJS+ d41b8YISoNlkdj7EIANSKrcxKhp6P139LGircyz5Q+hKK2uAvmDNte76tx45WqnRPLqvb4jd0pWu nPyoVDyqdYVu6WSVg+q60oYwHgWW83CLjMytsVhePkn0e9aVMRJthZd+yuropNgRlcoYekC4r1bH cZMUhkwU2VBtEvI2D7C3UKkLjeAg9CSH4KAVciODoWIzHfnZGxDjliQNVFE26wIjudZCrcRLn/GO fiTLfJKdCTpbKu+oBuWuT0Wr0012yA1a2tvs0nDViDiflW6Ld2A3a6EGGYh0Tsu+QN5jYq5CL6eS kzB4fQh4pdzICAqWsJc/uI2gQIwx8gWLzj01rAFO+b32Ez7OXn3/nHOEKkEbRB3Sg8TAYIuZCSTr Gy4kF2v39WUU9IdcdRRvKEbz4i+F+sx9HJD21gnecFH3QG1TA9QNLD9eXtQ8/LWJpEBorDfJEHeu f1BUx3v/xrBBHoHyCkuoHn+hu5AxHWQ5w/AgoNl8NedFGJ1mq7ZXscM+RllR3nVipuIGkgDh0R1N 5K6x3BeFLAy3v+Wsac6eNaZQDxQC/v6KJ9nOqy8MIgp8lj0aIQykNgocyspmMrDYoG33UautseVC iTZbq6BPHzmCbNzNaMIYM1YfJRacUxsfZxiaDTf+klxYSt1Ful4PR9ugEH0/UGyqTrPhMcJyPQaQ mRsOXOMWyCTEnCvz6mbWSeiQxEqveBZmICWfSheAMRsrfcocPezXtBAD+MmK4JNGwrpReH1OywY7 5zCQtMvRDTpltzlmSy2zoOFr/LcQz27MK/JVw3pWXCVgefGHbxh/tW5KZzlIWvuVeHsja6MTdH7R FAChaV6aStAutZQUwyY+tagAwisDA3V4a39NiGAh+XlyK7YVa/TjkvfCyLCiSrzWWZOgIJo3sD3A At+qIQ8h9exJAT8S/Ml0wxACzuDIrPf0f8pugYaJYGNtNbCyp6lryxYuZQDNcyt4IaA5DvE2540a Gae1NrDl34pO4mWvGtmHRiP00Ig6bgMk82zbhqpnk8wV4fFZo1ZfQeq2WcvHqnXb9GkrbYWFlhwV sNrzV/XmVEsM70EMl/J+2Txpga+DMHqFu+Vla8Z29KmVCdltyPSoFUCiNvNtYqzk2j5hq7/dtCZo +UPTj158MqpROqtVYiBcKNR4M0r1yntYRrE47Oxlza2G22drp7mlX1UtbGz5GmsIIM3aYKmF3Aop urA711HZigWao7/3vinawRXbzetMD++Gt9dX87dv5wq2zzCekru9+V7LqrDV6rkDNxK8remk1Dvg xqnYdg5L6YXWnRetOkGRiHCWReujvdi+V8lud2K5/GuLqy2Uzr7oTImH7c3G85IFybjlmGxywjxZ sept7+FxFdD8ZCRZ76d3w9kV5RbyhLaSJaI8pargp5RrC7KZMtsrua6EQTsLRlJ+RiqSNA1fvYkr V0YulCwZcIsTY0W+l7cw4RKpMsGqI8l+CJNdvvkSybS6xfdUuAUUZMtJEhP62BP/Q5Zld/iQk7W1 2DylYmnfDVRph8gFOyQmkfjBeCKkAU9t4zd3azNG4n+37bqaIbNXRtM1TJDmEREDIhVP0zi23hU8 z6V0BkTboIHIcDq59v+yPi7WJmEK6Ir17hY/CNglqJMn5lpF14AuksOFkjF9aFIdlbQOXuu6v0Gs dXNTmUpOttCGJbF88kwD0aGeVY1IFAscWUPbEoy7gpUeUcS74zRqGwzpad9gh/syAeORWZKj5GCI VI1b/kMmeSLyJVKiH33gWp9lcC5XmqcXzSl6lC+VWffE5IbYFRCxyUmtuAbTCDeMDzTw6gs1kMOE Fp3LuHQouGc5BhSwc22q6VeU+wn/dK5WtpiSbJFG4C7qK8P2U/xwP7vDToVxv9SAbo+QNfLZYEoU IowO8M9x2aIcrqjHrtyg+Hyq3LK6zcWmRk5FBOUbZWbCJZ6pIEJJ0GMEK04WGUsEykzKcGB7KUoR x9cXLnvJrLlnX0aWAihZpBNfZBjlbCmET6HwzQpRUbYo+NKcTnt0iUQINUBRTW5Z8sALDVBGVQpE J+WB+to6follRi9nWLzluDZrFWr+vIjmmq+9ZCNJOviukorue8uXMGK23WFlnoKwmlXZiFQuMo0m Byhpi+XP198FY9NYJP/uPnOQ02jtg9T3+qtcoHRJjPaONcIaqihsnOb7y3JNp2y0EFgnBxmVnohD PyRAUWSUOXUdTfWS3RgoZthVIkpBE6U2Wiuz2GNapkqMtJZt5Egh22qDWZb/S5y4iL24HiZ7V7MM DzQhFRSopGQgU0KAf4r2aEBXqSIRTYM0GntJVjWs8bTCex02v67ERyXYbwTe4QbGkEog+mMuhFtN LjexN7iRCKriY5tQkgJ6l8azqAbVUD95WrxzI+N51A1D85hMgjvMvJtdeL6qKsriweNyU3WJIn8P 5KBVzPP77uqo6TpxSVQ5lV+TUjMB/t7MfsyRUllLGfSHkmb6YVCeF4x+hwaz5JTJauq6BicFWoKY AomiyQjsMvC7eRxnEYboKxd6ef+lPUVUoS6dowgJ+eLRp/0tjKdhjYhKijFQvl1W5azdNJXEdRwx lTiyItpL3xwoc83OPp1Tq1XeMN9HKyGnnTwSidGmsu3hZMZW+CUYn9Yr05VDiwOZzxJaw51RjKov 5tpE0jca+Y7BpbhRRrR4N7ynftP+7xC14hi6+U6O3cyBeEHEz9Qss5wlICi5hX+UGNUhsYTT3LUl JmBKo8zY3ICKKJON0VF0pwmkowTqmgI1Jzx5abYkjMU9f9Fz4tItf3cLAA753Wm2za3ar9idrVwE e0W3LCUzE7XLSWaHFAcD83qyTd0iGgVlW2idxtfRQXcduESp47KVjmY9qSrAp+WtvPAPbp4TyBbi BdIE0RoaM9AOsUtm2GtDVioIosV0wVNDF0RSKUNvOOYAJ6/Wo2Q4d+qEW49WvaJGXeRXVCoiGbhI KebwDiPhKC/STnYTLyXOZVxuYtZvCCuUiYj6b3OgVFm6GsXaLSUoR9ap3EPG2PMtfxO2x6cX91Ns ndRdQi56yk3LvWXpstKyAhlyJ4N93LySbFA9toKNVScQuSssorAszBZNFEtBdKZnDJQzGoU0TDbR IGONvug9uZDMuZYwXCfSsxa8dr9U/69TPuQqemtC4YG0sGHMO6gCfbKTxCAXQ0krZWVlpeiG8xi6 KKOupDi00/t9+tAVHjvyT9KHa9k6IUjjPzpmweTA9MHv7WPU0hENDU2sbVCMef0aEGm07fFyOlrX WobGyaZApsVucHdYzpSx2fqvnlKLdwCTEN4kkbTv6RI89uARSXjJP8G63mYAYpmRlUD6EgR5B2a9 2ikGEVqTiRK2BJVOM5LMoiKGONQLREXyxFVzE0y9ISfn3KsNXdVngsqn0d03VLoSeaq2Ez7EZlBl ShiW6Mw7LE/EfXaX/bPZctF5FoNnNjCXyRvak0jRp09z3YJiSZEYwEvUV21elbjqKtrWkjD6+oy8 BXeR51kfSU6WRRckg1xpnYfaWUsZXE8TI7bZnzE2KWQeCYEkeyhFIsOM2QPUEXVYgnb61O9kVb23 OQjDhlv5rF5BtaEzfgk0uw3y4Y6xt9FL07whqCGEqc+OgqiR18st473I0qWSxu9SCEPrSi27aoPh cJLDuOZWsIwtDqtLYFEELY3TnkJJdHMtgT3CwwS5TXamK1zpoOBAp5HsMPM25SCobMqgRUPPIEDW 6vnl+ODCvKAHyCFRotilVzVo3wcX9ZHPYCyKBel602emlkdkP+jKhsrhNCOMEZJMRHhQ3BzHk9Kg YkryKfQv5NAsZo1MULoMD9lyydVUlWwJxujpjYP47FbCzODhc6LJmdI+zFFhIPa6qRnbI2Y9RFNw ahfOHHaVp/I6RGzXVmqOQcqnO2BS5TPLF3IFjFIoHhdfBCXs0E4fugjXyaar6Z9BdmoyOksoDCdA C22FnZgqlfPd3mWURZPqtClS2lv+XqlWFiRfTWmZOEHxC72X9HZRLuAXxOLnRxqTi89VaUgyFMCL p5NAe436laUhOL64OFlys7lWmxaNhO4DdO0icHJ4HCry6DGP4v1ZqKnfTidIpMQPPrsFoHxf1Tod +GaLkBk9oBJ8Q5TgOroKrNwEQvqf+0HAVJOjptTFhiytE9iYQTN67fmSbo61Z/HqS/oNCOO2+WgP tu0/b+n82/As4TRGJ7oXo1yqpoLN3TMm0n3JLIBVM9GmUzeRk510DgPocN3rCVndqkGZF7qIVVZQ XScnFLiTJgmXWJZ1YOOYO5aw7a6R0ByG+xvQZZBZVnMiKpL1TSWMb7rz+r9B+HuP8pjYqmoaKBXl GEAw4u8rDz1ZEA23ZOARXQGEpUm+Q6SiPZOqkh+2yCWjOp8ps5ZRy4tBQdXGsk2TzYI4/wECuYpR O04TuXilQwSkEub7E/6Ii7lmaWxi0gvJKgDyaxHE5WlIG2O3iv3Fs5BbYmzDEs+4lodXcmlpgMkz x2bTptikJ7c06DFFdE8OEtpNTLBM5OhHZ17WFzf4R18x4GqFerDUonW5l85MivDNcJK9OWym76qL +ZfhSbeZeTZWsAoBoC3q8xmbLvgyY1k7CprQojpxbRcK2g1M1einJ10xXu1kyUNylGa7IuNqCDM5 jLttRINMPYigdKMSoY2dhcagdfGa6uwFRdKCoOeDxjAhr+KVLJy88gwqxSjj1rE3YkoLy4j8dF9N LCMumM45RMfesCC5yFhMV9Us9pdzcoX5vohcvdRYbNohekupcqRqvZyGD+m4hNiZVPMfxyVItCrQ Vnj1VXeODHFK8vXL9+vdHbHbOb77Qj+/diapI4E7vdMpyhp14Kfv2us4Zz7pBOCdyawCqyNnKXBP o8qEeyUf9JfL+dHRCqcky8HLlG8P4cKXA0r8nBLsRGeHNe/wAGR/++q8r31joDIunpwY7NDbTgd9 dpiz04odqPt1/9exDQSi4IrETiWObt8SqPcy0Kq+dx1dnxjWZwc7dAy0kvAN2Yq1qtkPX8Ho17++ 0A+pysQouT0vt6cjsJV7neX13dcbOqQYGcYh0++rbzz0nYY3dBTdro9n9FTu/dc5YBtbDflvX1yI 8srBCfj2j4BUhnd6tXOnnXjstq8X9ODO5nVydeM6LawmOMR6h2b7+kUB9P54pIeHsRS91ZGxWfLc Ecp+9l2GMUlSnaKq08lh53hTWKfQ7PRUdWnic3C2JrS2V378xpSzQyooBDBxyulFsD4xTbdmymqY TlDsKyFEkKZBpdYl37QM0j3MKJh47f1CfbS9Cj5gef94cDt26IZfO2tIbLZ0UDW/HHIzAjDmVnju 1wygFvUSCDbd6e2JkG2Yt5AkHghhfCJP5kz5WPi/md2Aqlj6cceC6x1NbKqFtfAwJorpuDwTiOJu rC2X0jG/AgDakQ+HTTi8tA0BW2mYFPSE+yKshNYPgICi0mM0g0ijqpoDKfcSjjHJwfvJGuTZzfSA LM8h9ZSaGvisZgQVGIQYxCUB6Hx1vCYQD4UPnB6O/Dwtxya0Zo7VUUeBBtTvLGf8EnhINb4KFxkb CnzawW6UGEyFRcjq8OxY8pCLFNLOTFliRi4Zkf+aLJTNY2XJRwFxVdlILuUFk2fOqLeFSGUwDcC0 aGgkknxx5790CKImK2GgklCQTlYwHJTDyyIFGtLu3p4UmSl32gHuZqXYwGMCRpWfC8Ryg+xKCwc7 J++bCFjCoEFVX589JQVYJoEPyY9bZdF4FyBIflMc/Zf4pUICYQTEtAf9JJdSnCiLQqFMXlc7joFj N1ycNsvy9FlhigkmRvZaWOUm9R0L/pGmspaMWsfLbpbgM+4swd8MlCP4d2lM7sY3Eps5lOc4SOt0 FhwlNZN+VuxXEw2Cy0BN9KjAXf1RgUeWgWrFceQPvc0qwuKeTporeaGVtKqN5UfFwJKSpmBpTLjU p7xB5rxldbItz1ZRblm+uYi+VP56kUIL/5LEtg6uQ7yW79h3VFxORwm+FsveJRXJV6MlYBVRiVla EjFldXyMjIXJ5Wdusr1jWe0tr3dik//0T6bRZLy5CsqlH4mvmc6ZlpKqsVi/3JCOkdJHBijv0oQk y5BH11lcm+Idq2gG1Gp4EyzUNaoFr1ZFjd5jyxEkjdtIrKO6M6gb2GjeXfJPK+FntqOTHmRVLWoQ v/rV4HEqcJWXerT5BdeKvNCyVPJKvFnaSjrZV87EBab24M8Lgda/2J1RkN36soHLZ4kW65aqs64o QyVmQERQxhnIMTUd/2ItzaKQUKJS2pXv+lkCV907S+l5KcryrMBaDskt9MzGZKErIzdzlN2dbu1f kYgaeLugdVb9ul71vffiqw3Oge1DMd9TRjaJo0xYjsgS+zYbpOXsjy3yiRYytHizvTZ2iM4E9Kh1 IS2FaQ/RxgumAA0nTnEeEJgoi6A6Wos6NtXFfFy5aM1EeppBKY1SVRtkOCRrT0I+x2yJYwRWWY7M rDkLRHdFZYAT0zizj6Z2rTKwCmorR7ciEbwQg1+I2hS1Sq9HlklzKJjA7DlvK1AEiBHPh34Gbrph cYcI+X4lL7xUiaUj2q8WUX6crjzhF32Vsxs38/R3k4gI2p/+iTaUk0aGSaV+9wQz6nEyd8Hn3Ip/ sZOejPjkoInZN5csIiWO8KSYwzzLvpvSzxN1uqVJyScU8pTKAPdoML6T8falCIXJYG0H7nGNUqnS 4zY+iIi01zYAf/qC5t58l6tQLzw0Jgp8u7HGbL9Y39JqbijqfniDjKyamAsiBvEASgLrwiICTK/b PFAeL9aUJpZ4fn7eDVGWLnA7Tww9DqdSzQ2b+24RT0krBdvycrTK3iLv+69EzpeAaNz3XZc/+loT KSSyTZh1tkwBlWWGbldWLScvcIv+pbJ6Mb7U2k6G0suHb4SREm8PQmmGPJFUDJ5ATCVuxrJpoW/I 9muH2botoS6tlFJ4KdtOCkmmjQy48GUbjlcrne3oNKlvp40h6/6+1NSNpgZtkGjEq+/1QEO8lJf0 3dyN4puzJfB9QXYpvgzfJMCGDO1xtpGr48tXR3fp962TKjeTIK2OREBZkx7jLRduFIJuepNkARjh ErsBXJZzIxKLEoKyW4Upf2XBVOlr5hIIcdhG0vlX+kdXZ8eltrLhvmXgzgL2LTByRbODqbBJnLEw YiCZtOSW/+g0DXT6rn6cZubKTj+jXRieHLM69Kdzj5QSs0WHEeMU4SWoh3WGSg6o6nRiNFNqlsDS Mg3f2J387u/0Ysz2tzRWO2GqInqw6aFIgeMsjVDiit6FCVeaz6E/xC8xN7RRgujMVu7XY9zH550a l9KLXuWR+YCLhriZx2X6efo5D9bx7k4rhqOcFDIYkBA4IwAkbc4gJnbCQBwVkLlVJBTOWv6QobjQ tKROwG+Mc/fy9TxxUWk4VlmjdKUoBg4qyuFL09iHQD1CibozkL8lruTM6OsHZ/7B3np2Y0cdioed P0gvS//05U1ScIzO0uACJQgukQ7LpAqvn98iTJ2ECcGpEapXGK8G0BRcAKOiZLJEIbIBJmyWn6sM iLUCZHcZA1uw1jOQgYZY6bstpASSjYKyQQPo6E5c7jc5EF6tHOO863XFGPzmkdoEjBmmTkmdaTff 8WAgVyZQ6KMRTPjbRIvsWEV6Xr2IstyiBeRNkuuNEN62wbst30JfiSfiaDIWCb3Gm8gUOGkDM1Up tWMvTR+oXfxgO4mNFhvUX/93Em+Qix1ubwLjsXd2FbWaeTAqA4fcByM5lDBDb1md3897kbMfvllp RQgQo1wJtwmiiUzZlf+j1MNlXsLcW0fbiTLoFXsYTUWwH3teuCizKvj02FtwVvrGV8pqUOUnakIP 9PK7yNaYmGcByRiL5eL5qWUacskPXGSw8hIdG4CaiLMgXgSLbMPmpeh2h00ieqhYQ6IyZhv1GpyQ GU6BBZxwND/1AGLJPMjihq4DEVGGWgsmVuDu6SsTDTo4u7F4t5a0IMCAT9vYAjWeG1D3XVyuBJeA SViD6kBcBIQ4fa9T5aKOoPTg51/lCyMKDL6r60ksOk/VBQi4jXQxyCMC0Kof9wKBYgvwQ9q3/2sD 9oHh4lxbEzvl0liRcBWsnMTua7/Af0E4aMKqrX3a+93IRZ3izuUJHis9FVIBEqATAowNuPBUnwtX 6tXU125EeuCGAdN8WaxpatzJNqo9FOoHqRo065wZMEyv4bNNT7jUPNpiXzUiRoJLz2Q7oZOe5vqS pwaoD5CVjct5Mg3m37HRdJf5ukWJ/a4TROBSCI4NVFesy4V1i7Usv/YRpYC29pGNJqNynVZ+6xPu F19dzFhNO4tfBu4cVIlWfsCE+BWH4cRAhqkOjAM0pr9qkraacAHEx1hhtNHRkjV7eGbKnBhh7WI2 T0kdHBAqJCuww1cGGR4IhoKkpM9Hcetj+WNlXBeBz5eEWQOsNLNYp34cwITY0EbGmbPqrfeLX/YN v8UQUBqix1gbYMxZZL0mUyWgvE9urpI8QQDyZtBdgQequQi8+OJmeb3JRlLktXLpM6WvEu4LfNv5 PM81TCent4uYsF6qqCvXhDClsKhA4bLn4CjOPQdXcWzCbOFPJ5BSWWkjaWCGLsYMSxNZB5OSSJTG vg96EfHNvAoA2rfOi0vfe1SGTcKJPvPpNyLWDPG5v+XvDEGEb3MtjEpulaSStEVTjyT1rKHGbeys sEOnm+i256B7xF9agg6WvJ9G8PsD2IctLlknkuHAzy3gfrDQEkDssD6kcWH5Et88FuUhSZYuDFZD eZQGDL78jSeW0BZJZRcs7/PdhJd8dFJMZKvtgvAwRhiBby1kIVGR7/jIikuUOjOqGAnSLL0hdKKo WoaJMqYEEcARGfbDBylVtutcdT3nHpHrtGckFtYF6KqYVAPyc3CC9EtcZUpzxLRBTlRqrptGsM/c OSwlkDbgzsDyvkxepHdrjllxIXPtV50kzJy9LiIqj5TPcGDvyqRpVlocRzjCmAeAWta1vA63jXe8 FLubQM1K5B5Nu3CEWaYftVquvxJPLuGOcQMKhLjd1wcz8FaWQ7cmcZ7lLQIii2/ayDoZg2loK7D6 XRIwZUmKdB63hVQdfTFOE2Ekn+lqVNlZyiU7QICJS0daqi4Bk60RKNdTnMph2g+mqGD3x5TvVoGY cAgkYgp52X8ZTtLKbpg0ffpD9d9t7S12lnuEmUTOXEqeiTPLJzggDL/ENT1wchFJ5m86ly1Uz9fA tCU8LBVvzYOpz5pFHzMhZt92c3YllrQWcX9oYKVAWBRNrR2YVwkYlfutULjsKy97QIS1cGNi66ZA VywQ2J59y6eZVV/x6KPI+M/1oqipmHlN0zABYuG7WI0XO3fOZQn9AjvyBLo9nu5jw9dtLrbefI+m Lpr3IFjsNVrU+cDsra08/pVPoFpIj0ijuW9Vqazg6/a/ry2vJLSvfxZZxN/b2HHPn5ZBYs7aB5IM 21KM3y30tObSuFaJrJRsgMu+3rQGJSImvF+tlRAlAvu60uv1SZIlJF/PMgGD3n3PpomeHKYllRKL pRB9fShCWgh7EvTn8+vz8XCsdOlOU8jWZgTSZqrJwQJZk6AaY6rVGLTpmVpbh9KRn6ERYVGFvzTT iNy5hKRMjNCafLewFuPm3JR1eSRTLMAKg9JUpDIdqUgXwsQaaN2SmP8wCQ6ZVl+G2RMukOqTbZhB NO9me8nt5FGEm9CIsXUw6IgwpN6b7B+xoM3SFWMO0Ji6fCl77Wv4gj+3DaFnH0NqQMX48MqOU58g gunOWAnoAHYT2nKtQNVTxkZpRoUpQ3EN09+MEKmQCj24YADYRoPBAXLmDKIIlGSQVHrKww3tbtlu 0J73QRl1Dbf4demJcQBmCyF5u+8KcyWvbyJmCJMRCACoIUkXgYyf8u4iPb90F+iaqZV+QFzQWqwz mjsiYLBZlGklTVLX6q/Pg/RatMrU11A2KQwji+MwE82eJF4BFFx6exMGmcSAMFqAh2ZH+olkaYaE P2QFDk53qUpW4FAkg/CxUJAHROYhrb1EptkCAsnfnMD8u+DoYqlXCUIACJKA1/5KfwpKk8kCvRwy qjQ0eiKCY7SGIIwkvTpoQh55VcoM0NxZp4YtIWaUxpK3klO5ohBAcQ0rQhdQVaTpQSDqqSVIBdQF lhLM/sDpkofhbQxSNbFtcm98PVOKCO91kYJFWY+myO6WOJcltP9MD1hL8zB/xaPFqkX5Gf836G0O QlaqDcUFzk4/q4ylR+0nLTbVpMJ/PDHQMwJAkeswaPBfNjmPEDrJ6+wSzFLIKvoYScRUEi/KFlAS MjJJ+FhdXBDXTC25INulZKQBNyvIEi8ey1g4hYDnRndT00D5/dumnQqJrcXj2DO7zwV845Xeepbl BZkMDrKklCyUhxqSW8aaqYTLszYuH6QUI7Cc+RRo2BJoMoTnuSgg9Tmkkg2BHQPw5lwvAUIe0jU0 9MvvKwqGh+p2gDFNkWHQ2HQ0BCuQiYBro+oItAG78FFBrK8fNVlTeftnxBbKg4UnjioxFWt0rs9a pqcpd6BoYE8h2BCAIHymFBKPUxSk3Rbn2QPspOhwCH3x/0CjGFcRMzICIko0T708fD2xuaeLOpE6 aoLz5qoVyjzYELD6sZpkROqahZJpjkwuoK+qV2iVkxEgpWUI2OCyjJ5OAyryQXc+VcGcC/iF0GhG TsAxdbhkpo1WLAeuwol6onG2XVKnDY20KaW4gWZCaWKFZuGNAU65+/rF0hSNIFKGPUg3yurAs5/L /Y2buIJGSG2UoCa3L4VVHGt2MJQh83HKMllOkLT1BtbGJRL/wMAQ5ZCrVPAMDJYkN8EZEiIc3/yi eyWHfRcM7slIJyEeIoeHokGAWSsX3aPcai+mAZn6jvmScfKvJlIVDvWCiXWixbLJi91fnBqeHGgC y9rUXt+65bzSRXt0LfrQAku3vmQOCKA9467LzRTDZDPK5ejGAk7+lKSCZuGhTLnXtvXsr/SeDbQr UwebFATZCOf+Fn3cL9EdUhrUlMEUVcRrPVUpEr1NZMtyrZ4jo+VZz9RGLavVU4Ohn/ib/heqvEHS vlB1S7Pe5hct9FgBNBvV3LhFwSjRBu6A4gUyxmZTAMJcaSqYFooaSSKxFsWKYdhjIfFbvYtKkhzE S0V5+pSAIsTIcEJCKvK8P4mxyUU25KmqMWN88lcloxYyFpHPQApiDc+E9SMKx2kzv5z8yzciCWWn tpEXcD3+ROkR2yx0sbhwRlBGMrydM3h0jxJnZXGXg7JXE+pqJuyzPVhpSA8Ku+jpL1SpCj/VzYPz PiKqSZVItmd7JLP1saJfT2tO3ETUXmjb81ZhxrteNllESSEveRkqy8zSLBT2eknVipbf2Jk5EYPU FU3abtGyISnaOkcgStLIQ6CaLWPwUG9t88ctsPY7lRm5zs3CWE8r+4otV8uqHmueVvWFPlaKti1d jcVaJMPtGyi20medtAW/LfWqenTaVW40Q2/q12qpl6XYbi/dzGhpxBMGjvIWTlvEjFBdtWfQcPHR O1ixZR+BJeN29HnlbTaOAtRqs/MJXLM0qXTSOnJL0yaAnrEH03PqPIbBBQJ737Y/Wr57Eaktmm2V /+PFvnb/JviWbSmlt3t6d7++XNdW3/wdEd4GIgdtUoOhFf48Y0TDk+ukiZ0atDRMFQ3nOq/U8JCl YRQ2VjQbNfnp2YI2cUESGxNfOz2qtVldedfOEzFFK3LHhG/LRB0mLLsaKy35SO4utr2CMeifxOdz adAAaIiaLVJnLmzFyFrApwyFE7nL3AyaYfvCl6jbKK88OjBKLPwIajai9j7YwLO6d/tdYYsQVspc c50CgEEm5GDJELqBhOkW0ThTUYhGO5ogGvgN2zc6wk/+l9uCkQMX+srTchSuchJw6WVIK7y1Xxsn QnpG3h8sc0XYG5qFLR5BVEkdSso9GLqAq0t4X/IVHgjSeb9/ShvAR5OmClCCaLOfwn40tZN5Kd++ A1litFRLo63JEkKpUhFThiO+mu+ftJNIiK4MXbE+QApMIE3ZmlgePWYLrRdUSQVkgXMI6V7AVGpH wmGZzmGUVMFdmQGRw7sStqis2Bsc91RIm43RDubUzNDgMkmBGnk9eoJ0jxkQ2irRCq/0gLS7WFqy GHihcNMExETNWgJA/WvZghrDQ09nCwSDJRKlMtmTAX3aq2fNudwoJnalKlA1ZyKww4frBP5FLN15 1MN8g40F4L2Po6esa4CiwU7k00269yyk1xWvz75Cf4GJ+Cg9CvSGwqqvxkjw+W41JB8CbFGeh2xp rzU7fWoQJL6UmWTw8AEogwzbb6AMdOgd0i0attpFSkiWCbRwU8HZ0bVJsfjEMbN6W6n9m29WR3b8 aRBgI0vBvTUnZkrdIJ3vgRMvLNjnvC1YTrSwE6vd09wwREo+vQVZCdpGC4Lq6wnae6WOjUbjl5nA vd/8DidvX716SQohA5aNEhdBDdZKM0L04E5zt8MWRBbAQskoJzhOjMlpJ/9tPSqfgj9ZSKz9qIfX 04aow4apHCUBA8vRjc4kjSg034wkXTIrPcDY6CO9rOCYOLsybJKR32TIPcKKNeH8+SNqejkkA4s2 iKHHcKCsHzNBUxAg5nPnbJLr8IsyFKWY0o44AhAtguny+GQ/Zbxttsw+Yy8bm2HnEy6I+ygrxTYT qmQxew4qJPwKGhX+oIEacjWQKmMuS7g/TDN0y9/NXzQxD+WCFs4AS8m6cQIl85fNQKTt5iD5VEUT 5ZdKKFAPMVWiNhkzl9K+ucpKQIqJEEyNrl0dJg6XR3c//330qB3ad1s4vm/qWq2gmci0gRrv6DRX M9tSC+T4rftVqPn7BHIl2CX+FciaO5tENCmscHS3rCavjoQmH83Q/lptBBi4Rja8NRFVpjPNUDao 4kcSSvGGM4erDolR8mljSbNGg5FtM7vtXSFbaaQd1E9F0XBaowh+RqlvTMZF89m2doRUTdT7Xj85 LtMzLZMtUxYB+rIhSEeF2RR/Z1Ztl+J7oRffbOYOFERSTtDvZcUZNYThveU5wacbs2vKZwF2ZAVT 7RFjefOXP756aqbvUS1qrFMQdN6+LmmoFA8akILGwE1a6CRZDq7vIrRUhkfzG9dk/sw/opWRNA8n W42CG6DKoy7tQ+F5aUkkIdtbTiWNwKeAUO4l+cYU3PIjPIjgxFDM1pPVmzXUXgPnb+SPXG5uGBdC tnp7qX4QTWBDTXUDozXB0O+1U9TizsutJi+5QFW1fHzHyji+m+GYEFMWaarJc3YhSTGHIxU6q6Am kl5n4KAtJXf+xuoRObFbjHBKTeeQQCTaVNFgbXkSrRLU6jx6tA7OQppY64pZ+ttyVPbGx4V4dzmA mm2VAO6phqCezD0rB2d1OVQlBUVVdt0/XLuSuVShIjYnqt9VHhQzkNhsmTvNPv9+P3ka8rssupn+ b6v+Cgx1bGybyky8WTRv4E3I0B1HAwhcoVq+aju/3AJB1Yt8qJK+m5VS/P3yVsBoduH7H8d3N5Lv PCXfbn2e3PiRavTFSw1+VXIBFLipSn99VItX2a7Mm0PxR3JQvK/k0tsQW5NQdubtxJ8Y4M8/Ltwv elC0BwgkaSmgxMciNS9FZgDpzYvv+1NRqJJ/NXK8hhbz7ofyS0Re7pY/VnLHkM5JWE/VqJ/JIdAJ EJVrqttQGLgEHiCu2nKrEitOpzVqo3xaUNaxF0Lxv3q+9hY4EFl1p1KzDApb8M3d0FJLnSRDUAOC WqfwJaR2goVUzKjsMHESrWJUSrs9jY5QEou9DPgIP+Q3VGutiwWsOfOm4vYY6E0WeFYKfMxqSjsF ktyBro19YhDbsU9mdUx9i2UFMFGPNPSsEshYOJGEXH1Ksa1lU8lbNqnYUmG5XA5Y1YfleEoRcXDN PXlTi6RCk2GFLY5WYsxIQlMe2OdCTt4akWJfgZvLl2a4DTLES/iEGv8UcKVfkKYgLvTCjSLI4uOB I00BiwU+P3207Lwsw2WlNs+1V2DpblDyzpG9lSC1A4NIgDstLYaBxgRGXHglmSgHdq5jALk/aVXp QOW/kDwslJgAIzSGg6QmxJNM5OGspBfolXAynRKt0IaskFXKIY9yISb9V9FJnHSzjkSikgt/EoNR eqEmksgrqjc+KVdX0UUjpl56GW3qGFmEPK8NA8BePgRodSGYNg0B3tuzWgmF9TA3Q2V+elvRuF8T 3oJvi6cVMdQ/KbciGBURp69hB5UVc3reMNVMimS0lGoNFzNY+sn5jATB7ZuiboUXvCBYalWrcYpZ f0Nuw0sc3G0aUTmVQQn9Ob8coAbNPE4+4BP45ZlL7QNH+0y5MzEwZu7TKkNmnqcGfBFcWmL0xB/e Ewp92T5qjPhTkirFFw9kiZksvoTIsHoTk8Id62z1J5kn2Kqy7EceG0OFE7kYaEibxVa/C27LND24 /Haelq/FtIwI4XimqWwzDhHBy7Oeliqw4KPe87HmOE2ssgKuCJ6akDYlA5Ggw9Rt3r1kleNpoqrP zZkZXA2vSIbm9FlFGrBwZKiOe38MQXGtMhcBC0x48QgUAoNAKbiAi3D0WWJmpwQqvJ7WzisIaWnV ciqkLz76V1i0ilr+iD6wj1T9tbm3lG9rmpJJgExZ33YGb6BnmeoQT3oWSwUYDxgvrAu3lftR4YZF a9FPGzzoRxxS3vdmn5gTgBOLqAe9JaxJIJqZAn+sq7hrv9nZ74HFDKbAJDcWIcjANP9IlyT9bfMq BvhXLzyRlR3gpvsllfQcJIAVC4w+5VQMZZtpc940WsVTy1DH7JVnyWj8cmZ1TCQ8Z80tmeXRlhE9 kYe7nqtQAer5PUpK8sOCgUbGOWRGNaXXU5s2i1962rJNCzvcNJcCDtl4NtEmFJrn5oDQY2hjBBHb fMoTPCbUct/wIKhOoAExoB+AlTrpxisP+WPhsRxwKJozD71mwR6Mi5xZL8jqt9VuEW9cgcOEmvXm nuQ+N8wBWw81ikVS8/5mUwbSz06eDKNKj0tbES6O5Jj8iQLkhaFyEz445s0yjYGOPLu0l3+XKyO1 JLoioOtAN/KrgsmxteOM1cl7cwoMNIksL+7/4CtJ9S0tih6VBd+c/tFk/MxROT6q98aHJx0eoFJK 7ECwNjTgOKkmyzaVbQ9Z/mfsrEgHMu39okgcLSQmFrnRUgHpYZlQFBH6hxn5NRurEGcyS7eAgn2i uPfIZOHVQTIngrOtpx2kECBmhyoYIXoGWAHHWLAos8he8gjKCgPDqNRCFyaG1NUTQbdYYCz+ZUCT cOorVtFEtFF7JRoc+emzHoAZ29AGjJYkMCOL74DU5+Ia0+rtQpgEoFJ4hzcazjMsDUo7GHQO1UEo PGqBVRWLpJZKwMf5oH7wXp2sSF1eQCMGpbCyCMLxK35bKVg0ZmO8q0vaexpGZVNIoDIbtNI6zkLg +COZ6aXZTVW0iMm1UKIHsyVy9XuzwbYOJt/JxA8zsp3l6545GnLMg6o+d3AW2jKw9dckzrRPUbtr SjvMWP2GDZnW+eNCtZ4Mo4ZteTKktCGrYWL95l2e2qTWzu52hQTQRAJZ0GaMsdXk1PlX2WenHPtk 2qiWtYxLO6YoibJzwKwQhmDKIwYdtSzM6VN///jugBwHSSrg6Nw5t6pPO8BAnUglSivnt1QSJhV1 pNe+To18okZN2JWdgmWlzPtfhFNJPMm8qIv7cH35eKmiDhutKWC7mez7b9+50FiK5+mGw6ICevE8 pW5gYaEhVnPRzD7P2yqBKlz+hoLgwTF6yIjy6mB41NIwndJQRb93ufw9pwA7I7wTCvBroQKCoF4V 7G9nLVs0MXHeu1xE77IprRK9uBAUOIzOUhz1WClI2nmc2nMrD0bIhclZT9BDKCEHOnaiQfZdey9P Bn+atjCntceTXSaIay5kZBbgM5PET9aQZeZ9EL13w/q96kQQwdt1IZyQGy10ETluc8BMmz8GuSVn PN4vXKTZAnMXG4UD7bQUHkQCLTUNXJJoXfWUrNFjfJ//5P6VTTQtdewruvLmwRFXzcE9J9qYXKBI xCgahnsiETwANFgUuGtjGhTuFP/FxCZnIr7ZuuxBrasJoATX5F0CUTOBQMoUIHTiqzDvf3mlayaZ bhQ0y0NLq9obo4MCk/mPOHgPV3FbymGkWoCIwJJkgzepkR5qEjS6H1MIQ6+IXV4NGtwx8mjplntv ErAU4S2zrmugv+BngiTl5R5kZChlpkoAPrx7wefsnxnOy3ARU0pZlSBAjgwRq07KGP2xvlmEBb5k xTWswLqL3W3TRR/0tAkZvS0JZXW7laYJumyU+wOVZh9sUfeV3FPxai/ozsZIF8mtV/t2VEjQQM2Y wA6TH1YRA/MoySgKdyAnCzaep7mJ54vYXDJY06sRGGIegy0IAHY6vYrH/EJIzVg/RKrGpQ3DN7pQ 2JuqlaZ5Ty9doi56lgCEjfM3QDFvqBTF0fKDGZshWwbUHgL5y3eDPC7ZQTB9uSdOughVjGHQxuaE gvgQtQJghA1orBPABOuDYEGM3JPDSdyaTmrXIhuc0CXJVCVrRZKHgko8+NxN4BZo+6tyv0xGGwNh PD9bkB+wVBHzgYPVmEnnpjkd2dI2SzPp8wT18QhRtPA3ubNxumbO8hAW5fmr5f38xOOM1RJnOBmy qG/0/prrueAIC1yulvMCE66NgSwBAayXGFuSIEqWDFVYO46KkblbvlCiCQAyLFRSNngZvqCURbi5 y+92ThbDOAvypfIVkDeJrlhlMDMPnt20QDos62b8DGFuBaX+2mQOHHRgiAaQfmgC5gCLZSuJI7B4 fPqr2YrYAwnzDzn3E7w0tyUlRmh3N2hpDthMByoAELOw/HozblT42EwLrpBXxfGmM5uFmZeaf5lf 7LAUD6KgA0x8ERWbWrJNzB7XRYEjuDVa3pq4Dc1JAIL/EpNslcg0S/Weof6AOoTJqmedWmzvdGaQ iuvW3ymJRzMh/uiYoNIc/pFN++NZ2WdhfaGTMVYYkSAIVYVLI7rnJM40m8352ULSV4tP8z4Bnn2X LYgLxbYsOLvttNp8qL0pspdQqUMsEevQ2oZXxxbluGIPOo62p+M6b9Bnls/xXRKyuQi+ApySJOKK kpjTaAmS/tgzN+HHSw6AB/xhTV+K8JHadF+dO49IPJgvE8v4Sx/Eykakn2rhhdDSHOP2TcF9nQAi hW1jGcdgnEUW1S8ezTdQL/0OSE4M5nN9lCG7jCpLt/A5YstQiGX5dSSc5KEsbx4ErNqTA+bo/etV YCFtlltpDfIHksY2bL5s2lI4IApiLrpmJ5SwLHe2UZZr6CTDiloJbWgubDzgp2Uyz7JIO3/OI4WL 6IrQjET/SN9HjUog26RkFJaI4zpkLcTXRz+YGCNl2uy5IASLRPkYaowU5wyQFrH91ckf0VNaFG6Q e3Y1MwtiWkropfs6XNZRcJFgLPjWFkuueKC1/xmJpriQ0mfRzW8GkZlUftQcKn/JfbRrmgAlLOIQ gR7c2z60VuEEqoSZTCGAfoQeeUVBtJBPWUJsaumRD1/pToiQjMPe4GqFRGkGLQd82pdKeHJz3pzU RjQPNERMyByQLz0+yWwabpo7HRVnkizfjIkAPU5R7qL46zdEpXpEbq9FsmKy4TDzxl0hAJHf3N/F Nh6ALyxgJ+WXOGjC6IbnGjSnKlfFEN/uUAhGCKpp3Ewqu1CVyCGlUCFSmUl2ImHsy+AZZfyafJGJ VnKRAvDkKbKwRrLwjJSHCzY4ZGXHy7KacXn9nLOUiXWZaGaFpRK4Ti7dCkv1FH2MZCfCs1t6IIgZ g91NWgryeVGmxgRmLUVZj3DdUou27RABa9Q112Hta9azJUMuBxrRkM1x6/TTxIKva5Qf2A3lt3lD tuRFzwJ9prykINPXv0kNNywx0pn/2rhjSJ350JQHrpgokW8v9jqosANHwGsFai1QYsx8WQN0hwT+ zE7whVNg7RCMXEin7KVtAPloQVo2chyaa8BemwZIpVv1Rk39CQjoiTHZ9P5GHQY2ZJaOyXPXcKSP IFtHKJ0FtiZXPRMul8JqkATKiTMO2NW2KIHC80xOKj9vnJnUuJeCcQFE6rdqQOAWeA/KAiNimwIJ DdKSAF2QHEbOpFJTtg2hh9KpKg+ip4Acd2ajBOK/tmB5fU8XwkrdIkXwAVYEb6vbQhRjKGylmh1U 3qhJE1lU5TtlbBRMmJ5NAQmBqmV3MId9hvbto8AAy0w7PjW5p9N2jUaVvuja9J/ShcHEnEIZlQfT WOGMNJpI0qHz/VxyRF6Bb0YgEDDcol3oRxelOMYhy4parvYARfNyBsM3/TTLxRqwBHZIzdhZi7b9 YkTqRkhPx5GL/ZLU+s3AhTkXp2vFh4SsD3JyXns0k9EeQqRf216ouchgAl1gIausGHnUNyVEg06K DTlmG2Mw05AkVHSH9rKRtOMiE6KRdIcGyvO3MTP49OypjuW3V87/0JJDOfa8uTdb0gYxO9iTjnO3 F95S0Nq2mpGB+taMzQNqnCt6LNnQokkZChOI/1xKXm6xLbfZIhuoaZea0JHxwDDVpPxwrL+G8P8e raUvvIB6CbyXVXM9iFdZgEHSlL6JKgnTR84jpJnZZVQTLDeh8QBSUSOUHlY3DAyqsqcZJgobebkO 5ifbENMv8RGn4N41ez2NFWiMAIazRCLoCBCCMz2tfJ15Eb7Rt+OxNM0tpVm8DBMqR2Rnkccy/dJo i5u4TRYYCpYD3ryeQOtZUGDtWpSFRDCZS6xTvBIHUSfvHFAoJwrWUHRUuqKoPL3Sjzbx0cIWsi92 IaYy0mFoaBZ09I5t0OiR5EoA2hgiEPdtYWNBj5Ch6aSryJMP8tBOt9o3faE9P575cavPvlqIQ4MU 2mW0FXSUdlZP6xebsvoyVTLTTZYsDGiJiBy6zeQBdFaFWwmba12QkKN28o6L0rQUMdskBxJRykso F/t86dq3cnFSOPYDIzpER5m2rvruK0YC/OO0zv3xdLy3kSyS8yoe4ynO8h8WlZ/3ZRPgULhpuuf7 zmCvDphBh3NSBN6dQQRPdOGWa3Ga4LIPoO1bC6vvZTlITSuYsQ+N9BBtOAbgw4FFD5A6q0taE0RT DTS7uFmA79nITQveuV7fkKtDRQCCzCoQBUw/HaKcHcYsEyAJl21EYXhGS/tapUUqc6V5cBLrc5k5 RnoTnHOhl/H7Fo6KwwZmmWJS+Z/2OmDo+rQ63GQcj/XINeHvQWaNpHROHMqXTaL5Cb8wGeS+7E2F vIy5BEU1jO4BQ9EzvBZ+8y1T+1brTEMthZvbrvJlAVPu5BH1fH/P4TAmvC2StvvB7NM8tnnupql+ N7KB7QHTA4L+3h9tDTNHrepmrnuzLU30Lr8tLWuF7xTlcmSb06qt9epH03RUGqB5eivHrSHam5Xj utN81nS4VSoVtl577FVOBTpbUbZQKVm22mgmvp20PYzFNnhcnzvGs3dhLIy1t6SaoTVOc+Qt/hrE Zyt/W2l0vV0c9KJZPKGoSXcMGuDy2blDvQRql4h5esvNEIcUukA0I0OK1wGhVFNJ0QqhVq2qotYO H0UEI1YgtBZZ/Q6vyVy1QWnOyZ8m8NFkVdMNS5sebjmVSO2W8XsFAbyAe4/X1nCy4sms6kSCb8uc H8jY5sMI0LkVWUbwqHqzbTEtltqMUfEhlVVyNOitgz0tv6ItM4jFU85sSVbtsyv0GLctCpd/19Kv xt17yMkKuxbjzA6qc/bO5qTd61RtTcFCcbDlaTKrjbktI8EO0csZGDZeGGwUWplFwiqgTBnRUv0Z lUe+LWewEnbSi2zNj2SJVVl7I+/z+6ESjG/iZQDvKicnjUSMuo1Zgwhr8iESIditqiUex4x+5lxB ertbyN9FTo6AGstyPcDtF6Kz3hI0vOZ5glNQnDUuKDTlYSdwubxOdrdTMTLzzW90z6WNU5RxlfeW J8mF28BJejAZSV6+tj8HXESpGKgBd/ZPMbAohTh6cQ8JkIxeS5XQRS6bcHahZNhNdV3h8GfuVoYQ BSXhICS2mpZVwCF3/Ko5UFHO6ArxLLvHO50kBzfNnoyBFpwTgCkpOrTAqz/NrSjFcE5D6m2vBEmM JYpNrMpD8FIFOlG3lj+L0o6r4IJB1aYaWVUS2/FpEqRoEIUsEiIiAQ22GpimDZlc0afR5oY0ROCd 6rA8IcLaCEEYJT9EpjkrMAHXn5vN35lZEuE3dUgyaRYc07JLDE76e3g3FcJRfDmQp+XUeLS/nb2r JRKBrI8qymnGpcFUJTP+zDv/3fvLSZdHp9NeY2RPlQKAKzTFXPbNAyQ2TYSRl7FuXKaSdxsv6zty 7waSVFarRubmVCyyhLjoS8reX45XKZOHXMvqDS3MTZ5tgQDsoLAdj1RExaGrLXlqi1A9h/KAa5VG ia+9KBZT6qrBCxfIxrTheCVO3A3v/eD+QZBpHfcFUSJCABwcuQFutpmE6mExAPl/mu4EsW0dyKLo Ljq27HiW5HTvf3997oN+BlsiQaDGV4UCSLaT2CjY2aY6X966H/96H+pA5O3da6OxHraHxX6RbRCy iYRUvU+PZYWsg2J7+dq4IRCA90BVV7Ci7YXbS2mrY7eLtjnEvsK7RwUIMT3/uTD3+/FrL/H/tWGm e+S7bb/bOhvVvsT/tU+ye+uLPvY63nv8XaVf/ReUoPPtJpDdxBCnw8ptR/FVq897mwA1sS/yev/n OQVtVPn3+/N7nhLwz7Mc2ptZ2L278tvT8H4NsD+ezXC7/f7+H8YNYXMpofz8YkEs8MkOxkAT/0Id 6ZBqOrFPxkaXPhXB2q3iDpSEyEc9+riwa3JNixjEMnW/3Sn09rcoJ3BkjXquVB6CM6iMlu5hPWVk aYMCgW1pwxqLXG0fReQJaszCjkt2I0CLPoTAhFit6OB2WpGXmTChdOR+WJ/Js7W49nkmXlE8RNR3 g+bKNRHCGKrv3CblM+wMLxfhSujxXD6lP4PtSTJaGQjvikBmUkF/AYTD7HiXs+mFNuPq1CpTAGU8 NAO09hbyemf+Mr18p7USzu7lBaocYqXBi24LWzC8s8iyUT+wdg532JyHSAj3pHeCz8+4SyjIZaii FDMcLlC58HguvgBaMUns2IxKTgqUAZdpMqcD8wpx8NMErYUJsDOEWyjUZ2X8drP42fJc8wL5roEE kc6ios65fgAXiBTpwn1w1//mizAd4c3LFmzMCWS8bdeTEpcJQ9FmzkBGrm9CYepgUiU0ikPuMK3o I1XeVeYanUa2NTi9NTGpzODScnyo+yPwOW/a8GKEyh6tZ2PZPKNoK5ia5yi0l5+LkoUo6b2I1xRN vl1yjmEdbmODly2u/IDjGujcVECFXkJt6PJ+rZuU9FU4buwqbDYW4KxZT9UGj2hCik01zQ21wXPd mk+ZXCDASxyeW0h1jVoTa6RYZ+hoBUMGmfSKrYL7ghjRUpoZR+omWP0yAHE/vpYAkEYdoiIpEFcj OaTmU+KRaMNsZhCD/m01UwNDJqZSF+6UXMm7elY1/r4ZsNjGZtjZ5OJAduiqgprjKGX22dgILkrT l6jia3ebcAiWghgh1ZqBDATlJbYx52oTnBy+CIszrqdpf8pRmkRjmVMUkZX35nEqJbAi9ymWcCja v+K0SF3OvDRGWlh5XCQUrFEDbeoVVS2m+3DIwgsnDK3mmKWvkl79BCj8sa3XrjEOP5ZJlrMHeiLT 4pfsQ9ySlbdPCcJQUoG79MXoQc2JnHPrAnd1GPEO9HFI9A3p+kTiXB5GxR2akwvkCxvQXN7qdzhS LlTYTVI2MwA6+ULwxTU7FQZpRtCECoiCjrIjpxzpJoAeTckeDM1uS+pTjS5cYQTqwVve7Ss56x+g 6D4cZhNpv8b+lAeRbqaYrXB/BLN4UCTlSOumk/WAMFJEjKEw4p8OAjOi98nkosbmAoTeXPSljfdl v4Fe0gfKSzI5A6BvDOPJtciK3bcmQrXytfwtM48VXeYgAR24K9Xt4bqUGKhqVZmochEhpSrJyvdL ibawhXdjBrFwZk9U4CuSW/3P3JKOPio7k+GmEtlnDNYgVh3l0zT0yM+ZpUvCtnZoo9diSltuDIxS KkYF8zYuNuwWRDPTQgE1EJLjFCU19dUEimT8/m5VpeGKCuQ5eZAEWghQuphGynuLR07uZrOMUPRh D0SBUNJgq2L5Yh7hbDNh8sj0ZoiiHQk5bgYXRVgkaOkws6DoQovT7OrmEPKJJXTNjjI9miWwxtdm gS8H1H2+QSpxSdDpwhGMAxym2noclhI5YrFsvx6r5imJvyFMKBqg3oAxvDbJ6Q8fV08l4cyy0hY2 4DAM92j7LizioC0eVP/BioIpmC4YKQNCDrrXgG3pFfzCRACOUMGnqFE4s9sjvK3ShiKFPlS19i06 hMQ6E2i+rHX60Be2qK+gFsbmMKir4CdUMAtgLJDBarHHE/i7dT4Mt5+rqmnICLd7PX3DFpksQwBs MxoTuuIL3C7gaeV9Vc4Us3TloJ8xwf6EhbqKsdTkLHw0HC40IaXCiogYgdHMxcBQhRx/W/ktAxc3 kFsFNcyqbu2qC2XJHJo5tk2UdgvvnHNBRN8o0NKvBS5pSGHo0EO/SIo70Uh8SwK+p6IR3xGRXbAq KSDnxO0Uk1Gya29lGsq8aLYdIji1SOFz1pvoScMY2VKR8QBfHxooTfVABh9pNoDTIF/CvaMJqcyl yKpfv6Y7xovUntK/tEumpJErQMyygzpP3MPgji4elmFa1wN8UgP95tEm+/Vb0GRJ4MJYjsQNFQ1m V9Lj7EiDos03M3DXuzA9zekKND7GEBvMrgTNtY/uArQesgIDBFrowzBhYQWO0VoLx3FtDNLLJkkW MDTkPCv1OFRWo5pZACbe3JFme1M1J8ZJ5X3gjjJCKFiwpf7Ct3TRtgENXOfanJ4fMiEtB1GeNkjR oh+VgQv+tz4zOcRJ2yh0dlXdw1MaqK+Cud4qJVf/7dEGy8V6iD5KNasMb+mLg2VVtPz6h1LL+p62 nFM6Ki/jXprwou0f54OlpmV3VOm6fMqT8FtyVcy2xKPOz8618gIv9V5CrtHq5C7UshX/HWPOMxz0 YT+NZYk46BL13bxaKrTyO47LdctLW0eqpo2GUlovLGipCaB5lEWKrjTuZKVmvlCC6kIs6JHP7F2o 8tJuBldVf/NWAd1am3CMUF62LxXFcOaRDz9llbHKxlWtnbsUVJBnXOJX8y9XrIre4DlhPuJ8CXyF 59A0RAs4oySkCQeDJy5Kp5xcXEJNYNq2sdDGd5aDWxJzZrJr0S0OB77TGy0xIcomKN1rVarL0IBJ /u26YKxpAZsKCgoHTIkbSLZZDzvxYfEiT8RBEMFpuC8iE17Ai1KUMMNus2p1FVP+5Q45QCbUWhv6 UNvvwjkNWrioTyaUJQqqutA/J0JwF2bD6e0c0VeImUcQQTjbmqr2nHH96paFvEnjWxZPEa4W8Moj ZDK63TLW6MKKQIRTVybzUB29IGXAzhh7EXtdIC1fjE7tcMyXyUi+ES8iLLetOR50Q0EatIRkNWzS JmruhDHUCFv5suY+ul5XUqC4TivQC0gcyZkNhzQlmRVW/dFqBYJlGTbQGlTKpHhQ2lAD2QVi/JPw iXN+6s5lMmFCbBgpm1PlC5oRTJVV0omFnrnXa1JBT3cKC69iJQIKupVYm4wXnfTDlygm40q06ySI ljRSYdajDeJlgHIz8jMWrbiBua+N6/rcoKluzxHqivJkBJVCJCsBIsBmfC3HD+l4CkM8qM0weogG tkuFJzVmz3cIHNv16FQWDnjFnXgkijIlEST8hKM6HJoug1qYYv9GMATTEtMyBDQ0VS/yWytfQlVe z5Hct/H95d2m+qyKLgUym3D95LmZivUX0sRqkxaHDUS2TKOcTB9S9rjwuo06LFvgluRHTERe2DW+ j006ctdNkRZq2Z7Li1Mh+QSh96ImOhlQuiWXUusobz7ouKtaBStgMc0uZ1BIbpohcspddOJx/aqG Mu0mTdQtCKKkWhDxmtC5KprZZotrZG4EJ/NdBZns1+QiLQTSPfeMZLF2kXbCvHAr45NRF2HrEyVF KyLx/8WjvNuiRIw5UX5COHht8tKcJmvK8WMOCy5JO6SjSzyjcqKTuecI2saPQyV+ZDoXwFesYN7l +IS6dJKDuNqvRkak9uX8tJsYTWDnh2kun9S9IV1ZybgLWZcO9ZENzNnwOnwwtONVqMZF1QxQY6GS RhM/LvkSvbMRONkGyF477Gp/OBtBaTIZkDyQV05MlQGRSzVz0p2k/JZW8mUdkTGPs2uwjubzRYFq KFqA55HkcY7Gl86dTG47xwSJekdfSs0JlAcdLEshmqaTWX4mwQpyL/ixnc/dC0VS5IMUxuYSV3Qz UtDkcxrksIRG2ry8IcwXNwrFmsVNZfmnZjI9uwsaX3gt5PmVCycyUaC+q6phFaqn/r3jPE9pelsw opYEjHZj5V+pKZsJMUO0rYWZ0YPQJtjVNjPt5tQV/TKHVEuzwFkbZQtOrdMYzGfUNzIBlg9771Ym wjHF0p5Izzt8MPtUF1X+tH5BUGC6yZpST9NHBpN9MVDLlHif8EISlWSIErXdnWisVg3015Iu6WHC /QLJ3+Kd2nV7tq1gFixc07qoT3v+gOjQOA4Kd9Sa5NtnFrZ7Woyqr6lupWhF8ogjqDhut7a5au5Z 1v3XXe0MRz3KL40UUGg3kog0pxO6rGI3ZYhH8gk6Cal4I5G2aNFKg3kxACJYinMdo03Gm1kX6jIM jf28l0ajPH4asEp8JeBjWulIjyrwitd4rswetbUvnBqfpWW50JbuEmNLq4V4pRXwyGwiVqihYFEM GnicrGOvLxlx5pKB5pehRFBgjdIxHxhl4+uNeRsm6zeA7vCia44VD1k8hujO/6oK+To66xA/DkEY W9yBDwIhgQGzAaoAE93uoexGNySsewphvj3XApjnBg5xNoTmQvj00Ql8+UHmCaIYPEBuLCeBLwzx V29ZJygRW/saVFbcWJhDVVHbz2zBcTSh/OOZbxgHC5xSVCg94HSazNOdIb8SUABOyTl1CgUQpZzN JBBewYEWYjVsL6eHbbQDgTII0ba5jJ4rUeqqqNF+uYowkW/E8iojFez9rzcDu46/e8RKgy1btj/r kRLAjTZWFWSEJARI1RZIhPZenycHteNII7/MkIzW9CrwCxdLy735rF7RCkmbMaFQCmFCYgYR4mdF usRym773KqJuz+f9cVpvsg4HoJBWeivukhGSSD1wpZgu53DTniv1lfkRizPBZwOA5vyXZdYdZs07 sM9RnId7+s9HpWK9H20xQr6cjFIudTVpiGah1kgyjuKvpAtvL6GvNvGo5xQnVOgsBaFCyEyvTRic wLZmBGLmhAJ5IoW0YqIBMpoUbS4AjR0a7c2SUoGREvMMIEpoAOfMmR2SpYvR2tRX/+Ux+pmZm/5k wI5FaI+ZcpyROV1IY6seEdY3PlRQqNnKVA0l9KFXarRhM2JcO4FzRxzn9iJ1W9sKl9SHP4mQz+GJ q+nkqFnVyzlnfGhekzHo3KF0ESHcmUhtmnJK7CDDpjD0BhhkgBlh7ZtymDRy1STgcgQSIIoefaXJ sZedayE9KCS2MU8fFSicr6DHeuqK8JztIwNhdeETGdanOa6Dab2amx3YjdJcM8ZwTZLe7sGe6dOu uToxGKp951xpoQM8JDdh+fzCZLv8uKegJg8nMKQHO7GL/nGjd060R7dpQDgzZ0s/zV9wZziDNg2k jimWWIzbTS9+N5Gcxl07YeEzTCDoChqtWQyeQ6oDLylrxsnXUiUDcY1QH0KSW/dWUnvvm0vrrWmy t8EROzClal/g9OGHNlkYXmuLtxyFUvK2BIdHLfKgXBcvhjaQI1mhFv5hq3mWbir15GE5F2MqrIiG W90jpzrk9XsOamBoDk4URmUBandna31evMFTbp8M0rNzCwG6MFBoT/hV+wQpMbE8KmrbIy0FmeGh IKsoWaITWnQRddBybMQoYpBXrSXjSQtJmtpwXc2BUN1wFE5kbTHXFfmKRhHpwvwXbfNouEMZLfvV XOHozZ3JbovWzkIgk3PKMdsd2R5vtXez/dtVoCGwc20aJqXu+7PZuPqnJ4eCa6aIdJoxgqXNpyrT Bqk6YpDVFpxAHkUZrDonN5y50KbRzdybjOFlgcYwHvSaNRoxojJiF0K/Cjn8XYveR5PgOmfoFdBQ 0mpsm0J1u3gSydUcHBRLtPJXjVox6UXNzL3kFZ9giMMeVdqe+UKKbdJpgWVVL1Gmir2eRWpoX6tT +UMTyrYkgGwdoDjkAXNqy9gnq3To39lTWiftA++NPGovH69P0VMVX8RKzmRchEvUpdO6YPX2dxcc CxKpz2S83yxWzzT1uBu+0WI5N6nzg9iG7s6Lxk0OLgoZolsbRiXcEGB/ccNtYik8ZrvoRGbhj0Fq 3wbY+A0hfZs5k1QImIfyYotwzjDg4JJTaSxONEXShVl2yfPSMhd5S/U8pIN8pH109mS2hc9OvG5z 7nkpImpbevZodzOYNgBIiZ3YZBns9KKukmQptLRcX2YNpXu9RqRV0VDILpPNnS14KsI0LZPyAyfL plr2+zz3TPbfOxfKySRu/uhPhmZNCvV8qm2KNk467fqmAjJY53RSR7ajtKOmbTPST/1sx057mWQd S7qbrW2SYr6A4F6yiJFmFdhvrRafrTFbHm2u8WsPhm1G5bAxbdJgL44LUIdQ3PmyvTcEooEW9iSV gbsDsylJU5/2Y1CIRLU0nYcZ2IwBmcoL0l387A5xhyijXTnYGZi3SkXcBi/wYrAZRTtC29oI0oga kPaIaWpFTGTpNB6l5X40IqU2PWltUjME9egOGKkr9sVC9Cc11XmX7h7WHu1jUlQq5Z8V53JyQ7Re HaBN7DDXdE46V0f1bFpBGthz6y5yzYqisO00Bkp/TIDmTaF7PFt20jSLwgE4luVpWU19GRTHEl0c NGkgw5qzyeZo/IsXQthdz4b8Mc2kDjZfDpihlx5C4bbMKUm5vMTeiK1FMj32UI/O/m3KiLvWCKtO NKnXksyNW/zjGtzHV4f0SgrIo1GvtWICBUhZgUYUUTQzvJywiERxPK/b+SrvltlKekVqrr0KU7sZ SQu0ABcEu7RJvWnXMjTwUqaCC+3jeYFPomPeoecewS1zIBtjI1huYGg/dAlMSAxMwA0zMahSjme+ EAgbpQKG29ghz0Cl4B48HLRcMlnhpajXLQwBVtgTfc1QRMBEFHz4ZkTKUr2sIfrtY2RT1CCSmLg5 MzMQRJCiD3RIVZwnX56ekEQEwbdoOzWdvFD3DqetJW8NHr45ylh0C03yCxcGkAGg5lUmaY18DmGs iqiz8WaIMaGPKjXN4FDYIWE6HaXtkpP4rF+5hq4ajqy1yfrL38JjbuF/CFwNMWxZSFXQjkGIBNXT hN7abfKf8bMcNPMDvgV7bEVjpJts534SLuhBKg4OYwnHVDlX8g/nGVWFP2kMy2+7XZWRGAtOh8cI 1ztppDpdMWNe6auqbNyRZplxMmAw5SjFoLJKIS3pU2jZWmn77tvKR+qPURSPpJBKggUYB1lftlT3 dETggXqxoxQzXcWjnuAQCiHeKLJnhggzQWAep3oKG12QSDlimKQTOtCtvhmOU+z5yCFIFZ6qL3nH 0B7VhdfK8kYniaICqSAmGCnLBcNACI7pkKdS/tDeJtsqUQAepeFPL/phXcPAgS1aYXVwv+2CAger +/ZaySKUQoznQIpHtHa3z7SaGEa81soRJ9tIae+QXgtJtmva2Embi2Y23tjI2Gu1IFIsk1HhwFbn 6mBnZ2BbdBqIndzD9nuv/Pj6+NWyh4zRUC+ZKvrYnNmjIHXTPQWeTWfnK5p7RzPELjAQaDImhTYp sRYHtWr04Ozs8PGukHhnhBkqu56PEKLZVlZEi4UJLlAaTylLLtzAqAfGs/JIdV3a5VsML8hlPIGz vgKSlu1OIFDo64NEJwqg7xkxG8nlslsffMywX80FHBHUqmETc9cKIhQ636h33hNbVBADUpwC+WxA TpItHRNqws7aRZP5vsactIMUXWmpZmyFIUYHnTBxduWLwxHfPDS4IUmwWShAwixcC2DUhQmENQYh pSelVQFJ3iNzFaSQGmKBXVMCNlctbsJAP5ZKM8snIIYMknOBo7JBP0kVDZSJjkqsuuJHHQwr/Sbx WNMaCWYmIWHzLIik8xDQkP4awug5O/gXXJo7Q4OTqGND+4oMKueCFlgEx996e47kZgvhqfPpD+Os o0c4gmDVM0mwY4IPTgouBRrzSl5b9qtUIIzARqJTBBEFvk00SU6XRFtFjBb4vpFoLcp7r1+by7BH rd/iZnmhh6km57c7O6EoeLv22RMLIUg4xAx98L9lqUFH2SlJuYILtfdYi2FCKia1LEHO5ixURnd3 /SxZVEZ2AeqKRMm6lDZST60cxKhvS3oNVIZkmdUG8NnD7Ae9Z3vWSseZRa9ZrxCHRcnXNQ1RB44Y sE6QtSHa+BRes9TlEtCPxpM5YQWkTgqgAS55VO6yRlFCTsKE1ntUgGulQtaq4pes6SmjPXOrsoum BjK25k0Bbxds5k0AMkmGRM/ZYmdTrSssTTjKGFicjlH8iCYyrlY3iiBS00Uf54siTIW6U3DJA8L4 QGGtWIZZM8TKXKG7Uues1+toCUcb7BINzy30sLHy23IKJyLBic9nbrEoQ7TxTqyUQ61GWmDn+bKR 1w+bGIVPSxv0C27RoD/yKQXNd7Cc5xvRZ3JA9nJgTFXf0IolMY8Qp8WZ7IG37nfCojjk4HQKYiF6 IVNsS7oos8wGZVrigJf0UgPWrpWO9M1WA5mgsBDPDQmqHFGKSw6x5B6konn4tJzWwm6WGBCFDQXq de0inWfYpFe05hIKGMSElUTvr4bElRH6b+3JeObdwcgSnq5CATlI4pIUCZqFuqYStKPVLV1aEqUu pqH2tsSY5LYH5cvU2GyfzcmCm77OEKoPuLwH1sl2bSkJlLoRFZ36MJ0vIazM0HSeAa+IkQkwuYoH qg5BW5hlda+tbppXhlg/RkOFpFd55P2nKneJNAGgPVMoDPnZ/Lu6xCyqJTbD5OBKKIwqS9NnoqLO yDU8li3sHsGokygYVqInAW23w6etR2uGhfWRq66sgSnEqWTYAoQaoyMMXVXs4STKq1+UjqkDEYG7 etvKotKDZoFSnUpZoQpYhZYqFjFLGsRPQLL7CKyaa4+fGkabTHoRg6oOdVJpF9IILdBtO53e/jCn ScHFZKiC2VSFM/lGI3YrJcWvp7I0RoufHLMJRZ7CIByB976q3hTMUUSPFdDJvGvanViFiAFXedZF /9ycXKGmrwiw26fCu2+vFxUPB5u0+DBzSrIWJMKc9IBzuokPUiAfBtHKUVCGDAbTMznb15SkzZLa e2bqtG1PLlbmiX6SRyvy6bwKTB+jknDwSq8KLwZjZr5l6o2SW2SCohbu3j/aFtV2kaqwLmMg0VeH e1uNu7/Jv5BfyDxg0vZCroNaczIjkdUmZeRMvuko9jq5Mr5ilyMZCiJzt5556NU/vnknzwo/p3ZF vySoiJasCsN15z+MJ6HkEsWxskDBE9hKX2Fw+AYGQEew1DN+y8zhj76gcXEheW5ylCyo0sJLotGg El+lPL0Zxo96JKLGzCz7vq/FHDylaYjhnGZTjd+EhpaAIzUCySRfVVbbqX8zWfP0Edy46aKxAsIU lrTGVBU2XSAmk9KhTIEMS4tAqBN4bT6+JmqImT9mw5zkdpTospKWy6cNVCU5cK+uyESJsnSUTxN2 spOfZn30LxZ0hDU0jdojS9vyKkwzuRLB0ArL5NpMMAGFMHODTLpcbkcIrJBagNaTTNXl9BLpZYD+ 6z+56pnJFV6cEeXguVO6bCdBuwh0U7gNW0ml0qHDFQN1EBKG69GgOcdJC/6Ig5v+89aWqJw6Uprx a4ENjWvnTxkLvn0WzfOkzJwEfEku5NYQmURzcwLKO7KfEsK4xbVjehsgdjlV4aVtEtXEUQtYwCul yx2Jt4UScZAxOZzO+ZGBjwPnNj5yBKcgJ0UIKPqhMvCcFAgjprJPGNmwRmEsFVZZ4AvsaqGKumVA wHAJABrYlJ+IZWHyyXSMVT3qKi2Hbhg9x3xyA1E1iUZKUiXNQI9JW1lzHfIEwS7KceeBDaj5/IJm H2WcuQrxkpQE2QAtXmQNwLUrAAYDaRB5EZUVFOId40WWYnCasaygyt6pRE09QC+4gDyjpQoA/nKH yvClQkihnZIHBJ/xZ/qTRWZ5ZBh4jouPlxL1RTDkRQANO8fcRl6z+SwkH8mt0oV8KSyaZSS0pncB haUcI1bNIBOm1DTN5SGHBtW4yufZLOrwL/nlVAnCUxTkTvzLyLZcaVxVn06nO70Vj4tt2+wDNqNz XBeL0Vu6jGFXbGsWSMcvZmMjWflBNE1ctEa4xgVYhITlmJlSGFmdGR5lUJQpUSCa5XRmr2BFZu6y zZeJWMJuM4kRUm3mROJYSvhd078SznatVyKArMlN+ULhwwwqoTo7hzIRZJ/8jiWRq5qzJ2vz9Tyr CaAaBPb0bJahWQyCjjcbLaSQGX+lZoo3vPJB6ajHCPiGP4V9pwi6GrQOTWGaSzVf5uvGlcWb+0gv b7gwz3JG5Scq1M21chE5rFRRXb0JVHVxcmHgSr9WDSpPbxthEw/I3PGyW30qcFQCQIzZSCahDzdR 9iXhdOsQzyXG5smEg1W3SXaTlZuRbSVSKVE4qkBk2tfd0qhVHvK92UCLEQonWHboxztG40ixBW1W CZaKpwj59uq3bBPxBZhUbEytScVdM7jJjrVEp2/NJ0Jo5BEQ68vOkW4K8EpW7KiwG0dqNl2Q4Miw rT029+CybD69MXN34Nazvj0ro6pGEFobm2C3JyqdspNJ/ybu5FGrpWe3ORjZeD9rhShn8yN203o6 hSmn4choQbAV1xKSqPUrqiVTKb98VWOMRGpBJTNe7ClvKLw5QkhlN5yUG9Jg4W/+a1wmR3u6klQ0 JWn6EyJkfrlK1UJt0JuL8E9qBSmBnpmN322f0WVA2n9JaYAceJqUbiYS4izsyCWkEU0WNXNID8TO X5Ht6qAnVgrhuliJBFzY133CDZHz5Ybq2iUBIg4iMzZjq07QfzBeA8d9Ii9dCyfa0DyZSrdt/ziJ j0EIglQ1KxsImHp+LGGRswge2lBHCiFxP4gqEGpaRz0u65QgxQ8oShDRKgFXWgBnvK5wxwpgvTaZ HJk17qZ+4IL8XaCC0cP/+VnW2k9pCNJyhnSRPQejONJdYS4Zw5ByMzQUAEnG4mY0iR2sxmIxCypD DjJ3K6WwQg6b0OvEWVxqPnTDASEKRZRgNEk2u1HtZEV5HOKrEOAxI6GiL3GhoU1/uyazG/BbEAme HSijIo9FWLjQA3uFpGycJWlQowTKA4zcSGU2bL2kDaUzf4E7keEh807kUcty0prjLDFTTBrVpCiQ OMtSgH8zYo2z/ibFCmjdukOnxZWUQhO6MYSl+exKs/ILNsiMmAYi2F7lmY1liqKgrk/DpGttdC8v YrNN1apIkEROW6mxZJXNp2u/RV5F14XJbKmBi/HGeFVEQk8uHAChR6+eZcGhTeeSXMMkHjLod9f2 OI4kWYeONIqW/i5lai4axJfrmheEIwQYcSmFJudJiWh5D8KIufmy3sIfClRDDGiabutBOkc86aLt CptxoDlZ2eGbWpwixvkLLfZsKKRqQKphROLNcSRaMUfCeVmDjjfXp/FKKASbSnmLeJo7yfNpsARc QpUw/AGqcaoblysR9E3WlOB0K7XLPJZOIDiu6j6vIeEcfFbOxxCQWMTs0JSXoTYBRx6v7JmLJiMG nEmjW0N6JLcclcI2/UkpLlMxKjEQPiiFGaTKaEyoED73OYsumSTEddJ1QmFBXkXfEyGqkxZrwLQn ESWc79civyDjNX3iMFol3lbNrCiYULjBFGIX3PzLAwQTSQiuRNJWLMhrHlQGw1j8JGFRkLhM2ASA QwhJxDuiU6W/5IAq4o43qbwgx+VBhSbQoFeLZne6OdMu7bue5EhM21CGOhgPkWVELkc6Iyd8QxR6 mix0loFt4tCFabRSaeEyJyse5VyhtL6zcpJ0nOb4G2r9Ef/1k9X6mlhYSzd6E/BLW3lRTomGXi4k oCfXloeodUlIclp1lxIlGFKrEoVUJDYHdqkpI8zsqEJvPTfbGa2Q/e6BERomv/jlACUjk+jW9Ikl wMQPVywPkdCykGSib0fYG1vphXqZEqMiZw+75lPyrkjCemvuFMLE5srCA++OhdjJP/wpoWJmEBuF St8CirHyplQiITH5Qwk+ZC7KC7qCmUebRCEUiZ7GYCfbdRC7lt70GbJlz2Sqz0KCcJqh+SlLkCoa Jf2HSYQnijFvJf2VQzUvQyp9JBBb3cwc7ZdooPqG3OVwrHmElYGt9KE9VOQU99ctlsEEHLHs5FCQ Je6u0INfsckFKyCTSC2RvymkzzwHntghk+79QyG9dQ8FGqiyaOty1+dfmRT9FH5BUJlkXhW7IeqA OshYXCZhz2bBJ82XLVFlUJP80YmuHnXbvBL2GLEIbQLOrg1kjJ68nS2Ua0D+v0/sxh+oJTpYyqlf Llio9YfBG5W3uvNL7oftvIYIjuT5kUlH0Z4XcEiz80BeT6UxbAt66MSe0go75MCHXNMsW9ZQaDBc WnYxe8ELeivfwMxcm2nq5fEE483688DgtPuahTwTW8FXlcqFlVH9NKHvgXv2p9kXp5pplKceIWjG W42gAoGCpyLe++sfEVYAUjQIPSotkhMJyGQu3qdjc5cJscly739JZMmp4IK5EEsNqbqt6+IGpSJM 6yx2weGiGXfFWLroMzf7+wyok1FJgcuTZGjaRB4Rr5HUkwAddBM3apNWt4MjfoUXj259efU0wLYC 4qSnIQp8vgLBlE5CvewkYoCoMQ2Bc/ZhMEZSlCRi0FVYNiSpVwpBDZVtfyIdNpRztudNiwhNnvUR 6fqURxBg1y7VyRRkT6zLTjwMGij1FZ1xSX0IsfingHxSZfwqLGUYyKR8NpVTZG7VMuXS/GjuX62s ir2m5QU5TYgt2hIILz6FJVxwTbpxEpG4AT8pib6YHiHvE7NxWBOeyLqRH/z4lDuTEcNW/nKCaGhc YpCb4EDLkLMsVOZo9Gq26MsOLXhp4uI4cVDWYGuHQo0jF+lZZgxShC2OPFCEGwy6UZHcpBvuM3M4 y/2Gqq3Yi4Ylwc3mLPLqgFVGO8YzGv2ySUdynTrZYgVq+b42GlJRoJAyYIzQB7Xy3bC0uQEhhBAA DWHad7srp8AupRKd6zSbG+bv2CXG/9JpzYxCEUgX70iVq2PWqNAe64ID2bOKpm8sfNKR68a6TL+Z WukKnmBcTPWOXNIIACRgLNDg4lRwZmg5dn6PTGuLhun5S4khk2gDbICAlwVYh+mRqPWb6rsFrHyg h+7YHNuzfQzChMSdMK2E265TvScrTRHBPbNoUok3vDo2S2Cl5iwePYz7bCObK5ewv4vpTCwtztTe tU8tK4EO6McJB1A9Z6BivvcKKe3ncQ1Azhiswzw9ojVqIY1XIopfk03z8cTOo81RDTucswhR8c4Z nsL/lbjDQX/4P9GQVmdTa3psQz4JsScjNkKX4ZNUE+OcMTthDSZGRjSQC/BtXL0gr4UUPIJrI3um ov6xhmECr6yKZYaE1sbRKEWcgj+Tz4RcmoV0n6PeEUi+ohLn57wRafesI9wYlPnDg5TcE9CjU4Xg Zvqdc6jry7fhqyGPQ/E5lCKPGiapaMnXS9voF7NAA2WJohCnE66gh44VjJr8BmtMoV0iMWcE0nK0 xkZOTYxW5mNQ3t0+PQ2YKHnpSyYZPS5wOWM2eDcbgoQGrcOMBxD01V7QEsjqcKUFaCjEwpwen5Ks NOY8OXuJjj7PZwNJNlygKTnKnaDIEgLDlFP5o2ejVixUgUR2qLjaS/lLHVRAkj2Ep3olNJf6ByF0 zYUhJJbrKq+UkEtjPJux/B92RqiBJ0ZHDFOdU3mnFW2yjtNRS6G+NJWmrWAnK1i6mAmMYWRmA8CK pqBtSBVWAJg2GRLYsdUeRso+5T/NgPL0XIlWPT0xscqWStbafRZ59j6xqxIdyaf2SNKXUQ3qWgKT WyKGsYSVKLONIQzjHJkKoANGK7DxpNqvP3uqMCAspaPBeJ9KmKRmlI7IJa/GoRTS1mXE6ZS1xz+T MErAQwdtYjQ6goVBR8oY87gaYFyklrFlgNwB0Yxq3jMAd0CfMkDcZZ84jCbMPoQvDS5MVIjWDTPg ALRAYWgjtws9cjHtjcj8mvIE50iaZiLdXy6L2nl8YZdsNc5eNSMsdgY+IozhCI3YTQFFT+kwNw/S MzlXGFRTF6KUFSVVZwJObVxF87qvnpmIJQWMFZLQRSl6PDjINbws0HWsHEGTZ1m9pwfTiOw/G/aK ooq6M+5NbX0yT8ieco5qw6lbUDBU8EBDrYRW0G7+VBmWD7EKXBoXTx7fRyz8ywa2nE4YNBSWiJEb krY+mibIP5CO1bZkN9MwEW6Gjf5mHU1vzrwmnREV0eihe3WGbHGWkJWXndJNmvU7A05IOdoRHaoL lFOT5374ljz7h16dUK46sgxu+mJh69ZPeutpewz9/MkZYyP3qF6n/yoMWT8ac0CSxddP82jayNLi x9Df9gSWmHEPjTMntpo9CICwvPu+M2SGzRgasWiejVdZXbBKennACabsnrHlgZKNubfRLOdNCTyo qQwJ1afL6UOEYjjFnAJyxhyA5dhs1FQFONNxdkYadN9si2VisQeC5JIULHmLd3yZQWCwAtGS6K5z tT0XIwO890zvKO5/qUnP+7M3wYzEtx02c89pELY7fXRIFgVnXLuPxfXf3fJJTAIWmrXD8mBw+Xlb jxCjh/Yzm7lHTOmdHKUBXOu80ZMsYfgp+Os9fOCnTbO4YzU1GbhoFa1teXCbDLaJ6BG+5QZyjMoL Iq/wJ7nSDw/xcIa5KvRwKsVlio02/20r7SCQlpEnKm4JfKEXZZmlllSAZt6aMSDeU6aRx/3SV+7v WroJlTN4ZjDJEEw8Be+5W9MxvaUHt+qRhFWMLDmerO2nAZryXToR16X1beoILXITfZa5NZAkvxwI f8SJa64NC1Fdup4dABPyDM0dARhJIcTLtjN2hAQazdC5iYSj2QDbLeUoSIGInDMH0SGZyHDq2Nwn Q9NMNm54WZaWvU+WXTVl6mYBdLchx7SUPP3MVJpzpRD/O+iQaCCHG/t+F07EAIo92iesEjNcMzrz WemkU4wt/l1tiNf3p+5mpAgT6WhqCLnqKwBxP1pzmMyAPPMBZWqdTPoWuFHmiKsSVwZNC26HjDWf YySH72chs11HJbf15ThVouKj12tulimnxoekGFMR9+YNWnVkEF1UjotzYnLqxVUluWbBCYbr2MH0 TB1S/O7VajD0kGqaSYo9polbtj8KEczcTNZL9wCJ2bEcGCNt6jBF3dYe7c8U21KvjyYHzeIbcLd7 lanqKrtKm8rBTrC4Jt8EQjdZrZpEs+YUkh0q8OfU5ZNm0KS52RRh83mv3Bo8YTHA0WlQjyxMo03i HagzAxtT9NXWO4wYZ5yyYRBPkLmJijdeXBn7jqdV9JayZzYmXzJn5GB77oMa/ZNRJuUU8ga0U2gF CiCZrZGVz/RQyHqAp4PNGfOXIrEaUWaKEs4CizMNDlPMEE38cPV2dRYtJDsPl2qjPicBCJXXqiiC gmWAZVzGNVzBujDULNacuAeqFPukcgVQPZSAbKJBBlHYsDhmOxXzc/LibBtI2E9S0qxymGfsBHQy XYmxLALEsOZMWjLcFk8kqX8iSLSrI8kGQXFbcAUrKCbsKlsofNvP3F1MhRkESx6ElMJ8C9ICqLXn 1gm7F69quc5diecaLyOn86IYSkaInBONCJLDEGNyRAlBWljtMEsgt3KpzMc+ctlo1oQpf6tL+5nZ oUfu5FGWlsp3/4j5dlIN8aQxEhPK2Q0IcLJrkSX/I1SidgBJgqiginUul2BDfK7b0rQGhmU7ZUaZ SuLZionv0eA/ClEVPlfeITjDtS7AUcBqOKkWjVI9Upk4lYMMdhFeAOMQ/lChoRKbwfasWivf+MU+ uMZGiV1G1CwDDzpETybL5qMf2KYx7X3IAvufPZCq/h2V56z6QEGuioRUhmw/i1IXq/OmhJ5EYY6U g7ghLDvA8tLp+iIxbIoApazVpPESPlvyQkp8NdVCj2+GRAk9CYvMoKHYZAFOJx5DxN6aK9kOXbCh MTHSqISVBTDpnlVVaJr416D+aFaHmFppTFcGLSQzLL9K+aoxEQJN8jhj6oSKkMSBBXqKoKAJsSlH 90oUj5TAfAgBpb4n4BrN8CVoUIP9Dd1jmZsOA0idJDGmRbtnvKemU5yxYJAeXPQFvZmHUTHI6sKW SpGY1AsJkGuiyxiYPZzhj+TvVCIjkgyWjGUprtKLbv2c61PHEEjXYT+ELK+AaSjoJddKNIoWRURo oFEbqPCKslGjZbBJg0KYKm0fYG8CDUA7JUZjDpAqnG6DaKUQHM/ydOhZau1/K8AmFMT7QS6SRRpW tR3fSj2GzCoQKY+iMI1tBwY7AY8/WVXo3Pt0iBLiqvJQNVJiWChHegEnCl2l8btXVNV/fc7YMQ7+ D/20Zzh60BmaipkBPnApz/Mlg0tRJCsdYHWaBH0psyien+pKdhHHpFh+J1R1VTl/3TCjPI2yDKWF eHUsCk+ys0DGjj3Ot9GYoxhX8whDdPFy5uWI33KPnvM0qWaJLmKSkDa7VVOLiphaHaY5hnwqJyRu ru1yO/R0aAD4vP29cRSVM/BKTfXmmvwXBjblmTE4YtIITvl8z+FsrNDFNPPTGhNjC/rD/7N+F9sm 5a0p19bSDEwy0KYayEaMBwPGSH6zqRO+VgQonNGkZ9JFW5EKdsVE4MYNOHLYwXqKgDVW7GA7OSMA 6Z8F5ebvM+EAD2oVlYwVIiETmgT0pgmit8hbqTm0J+Xyanqgk5AplsS4eipiNrOYvc4h+sr2wrxQ ixcviBAhr5xCs5/k1zBwO2EmuGt6N1R+SgQ5XiZOcewzGYndRUYa7KwPXN6FyD/qK59RBmf/zdLL 4vWUjUSoEYENy0vOTNGY0lHMOYXC0yYBcRfwgACMBB2aoEESgU72wRa1OibUZKXKgM6lBIgK9yc0 NBFCc1iHQWlDZpWYqujXOMOScJI2OTdX9ZSQnDW2NPY8T1cE+JAzMhNSmMZi+30eF0A5bdkqecnD Eqykuzz2uFu5neY9dn7C2hQhWNgo8lT6KRVvT1QLwAYpTfVACacgc1cGHZCsiWs44PRZSJL+li07 wEHaOM1oEZtEIYzLgu1YIq5y1XwthegZXvkJrcxx+GEd60q6uzfR532yR+Dh53zzxcNVuX1THKca C8g0dDeWyOgXJ+pvXCZDcgsqIsyf+TiNBAWwLjdIVUHaQnCG7x94Strkg3CsIlWbyGaaVNa8opXT dn1QUOE+pcjsYULDhxgQSDegvp9mClM9yJo0Mr8iXVMnXLIMLLCwQYBTJl9pNwqrI1W+TKK00y3V MQMaUBYIdCnFR14k6SYDSzKtMkyLAbm7NtZFduyr/ofL2rR0WMRFfnZHR0UPlHcZkU4GfkII/tIy dM6e1KJXtw8z/mlv1eCLaXRw3DCDzdcSIF1UNVvSSGSlsub+DszTVsEL9JI6+NKgMg1jBnEV99S7 SrHbd+rInBZVrpbBqtv1kfctfSEin6WBHqrQTDYnygGlaZlE+XXt8FFe0+yoMEGV08bRqEfJqcMo 9VcQD1lpjdeXSyxoyXslAMA8ONHP+tIYm+VsegwgfRqiDvYMVl6Fd3lVZoM/85TsE/Uw3279ymZl 9Al4XVVDzOO/egNIT3jIeUgDuc0gmHfE6zIj2VkUxqw+1AydE4QkfrrIWdgVJQHiBQvqddXDchDk kmKVnagsqCRT0VFHJUB8kKfSzowsaeiwSSQWUd76uLhZ5zkA3HPktHHFjMBAnJwBs0+SBnAu1j4h dVVO4JsRQBDefWmUdJ1HoxX2E4wlFf+ydia4UkmwQg5FhKz84+K5FjxC9x1uRL9MZp1tjmukZty5 zyNRanN+9+nwIzxmgtShQ1GbbeQvB6+Fqv6gjdDjJoKRpL3ZrSN5IjLai5I0UhyO9CcPjNr5mPa9 P0IO10Nd1n8ZUFmAvrCMsPwr7zaBGPInjkqyrfJzYU2PTCCM9prxZ3NGvXn3TOQV9SdMyiN4sqBQ 1UuC3rzYFYjThIXiOnurwiyouQDkNicl1TwyG+GJFFPJIgEJm+GGoBE+xrK21QJ4vmHMGsrD9YYd S5P1UP2TEHOTnqxF2Mt++XHjl+Yl0R5wxzU7aDiXZxrRX5guhdsuFPPS7L3nJ7vGBdxj8z8X0cCB gXwJb/HHTVOo6Rjf9695AaeVyJGAcj03Ia4m48EEMYJz7Wk/i2poHRQlzOwQ7M0J2b8/LXspCzSX 0q5mkMsvo5ZERa8PUr+lTN06HFh0ifzp49N9+lp2t7851Je9PhI5NQa/LKUFM0Oq8HabgbQGdhVO sN9kMFnatqRYrU0ZGVGYosbOZnKOh3aqtA8xzzgN2QTTMwdAmdtkW5dyvhpMBQ/nJpYW+joeF/4l BYhjIDlyJQeFCzdBbxEn7hRDLGeYRUYbGajroibjKg1cngqdbBvMp42yDJWQdE7godOR9hmypUsM gqDQsHl3u7xQa69iSyaR0iqPnRWIni4c0B05tCREZM3xCROvtrHFBRiPjtJdFBKFxLUJPSl1YQWO Nyy0yhN092CB1nF800439SCpt6WxgOvhoM2TB60pi/jdKsBm0jZR9saTdNKOyRyzfuCz9afSyRZe C4iaWGzI/ikPfRVAGh517SyxbyQhYo2DqY5kfKmYbWCRMeCxIgADYXf9Dj31FtloI3y27npzEfzm aNy8qJMEdcVYeiTRgp1BE4YB88Wci6NzeD3DhFyXUuBFng0Z5FtBi+al3DoPoF1QOG36Vi7E/lhg IDkD1EI1wO6qTe/at5l3RxaURaZRMAW16piXwNYwSpsEIpXye8gXWiW95lB+ubwAN6CkdzpWdlNP WCCOavSzzertUSQJA0t57KA8spmSnFA8HuyE6doUIAKsxVhDyHAcxuHoAneOGFNOOpalUkjPsIJ0 Z3abJP0QYjC7UffUvKbJTYP13Yy9RxQjDOUwX1PywA470rnRi8vUKuCXbhEfT9G+UymMTqhZrDH2 Zg8txjnuyQC69Znw0UT1dpg3DqMqXezL7kNI7KXz5G1Eii3yGCWzoCMmGknZShTqyKX0nXEogTYU eeen0cUZ0YWoY5nd7FESkm9Td6pBz73ecpTBKgrbBcqrpk3Xbn8p+28ByEicud3I2YBh6bPtO40i I9a0suExfn7qZjEji7hJpSqwI+AFQ7kg0eXaIKwUy0e4WsjIZ3i3B27pHsu5J1yBFynugJAIgki6 QHTRJyxggdzBbUe6m+8bMd/KzaVYSYTrxU4OQN+lbRgoXSiVgfccsaQaaHgRYdKEB2cnavjsKw+O lMq0EEZlzlvuDAfbnOiQHrTxhAmPhfEol+5T8tpBbwbc6wu9/s4u7JvX/HkEhau99a+nxPzCf6/w 80QLViCAeUne1/c/ErH52+Uk0ysUlU0hiwejef1t8VGs8ZwZccoVHrNjLEqEsfcQz1UAqqdB9yie SalHn5Ge3bOhcI+vCYfhWJ27XcsTbEjp2nYOlOnDY3yglS89sqY7unquDu6yr8hRNhfW0VaH5+ue nIPnpOduERx4uPQK5uwCc+tW+9COuJOgCbvHwanwQ+/siDGlEndCmSGwA/plOYzK757qjIU0n/2F uaXeblTzE8LUZ2lPYZkLsLuOfVv1qE/bkuVyzJscCmeBZzlVESYwLcnOAJSDyt2YaMlwc22o4VNu zGoRh8zN+fKBlVRZ8UZvJgm22qQdfQkhqw2flVP4q+Uz9J793i2jPDJwubvxQkT/mpcOHbniQMXo iEGRHAyXEKB3GuKPUMrfO4YTBu08SolNDwFU8lRPEw4k4UNRVu2RPDyQ6MYsLOiRYjpnP3/dUW50 gv+BV1UClj0E1BFGLPPeqJW0SxxNLLh2wRKP4TExe0K1agGmN0GOjKKPx4BAfrO20pLCTfCOZAxI QSvDKcI4wuvJjXqtZhbsqtyC7/BWIog3pFRMDo9MBag7VCyfpS/qFK6Q6kjcmfLvXm/86lj9J3Kz ApiE5GZArhbONjM1NYnTbEJneGQOaCPGApSKbuMDZHFFq0JLcEyMmpr7EA9omwB9II8SUSxq5XMo iMwk51hKMbAjzbgQ08i4QTpSU2vdty5pvLQTEaIlZM42y2Wxw1SgXry6/YqJpIp6LnupVG8kvfmo w4bznZD5HhbTJYFxodTNXRhsjQltNtRl/ruOw+m7HSYmE82jaonr/MC1SE0VNQpDJzskYAKCaGbo dgDNHcrLjRKbVTDoYl1piOAyDSSbzpQXFTewr1EJQ+bKGKzm1pHHR7ROQPanUOar0hTJmJGRn9fH L4dRFKqMZls20eUi7Jn8qbIYbfQUWwHNQGk946LH7GcLxFmc64i6+SlBVYlrVHT+XQZiUrwJn0M6 PykKuq26tmFsukyvKaUyV7w3muvbi5BVt46XoRpYFnKRLGEgg8wO6hHFFmOyIrtZjJ8pKNa5Jyb3 Z5OqAVV5bEFMhFlUj9pgNn1iA+vZXFUhq6SLTLq7LdPqRUKmkOaNNdMPQ626mCWf1YnqXD3Z1RDo cQzBbaCZC7ikyXjAknBpIF47SeY6yfAdTsDGQY+uPVW2tfhGa+X+8tKGWIquALviZ7lqB96rktm7 37bgstcet5vE7ET1vZKBsp0rKFq3bU+lfMPYgD+l+V7LTOLhsK6KpPpCg70Fmq/DyrMKiTBrOxVq hKeAhC1WBm2ngAUQS1G8A5KajOMMlUk8ySGshK1KMu3m5yw8oIF16TGNS5pczPW0BPunne3BmxdQ LkdqNq+oG40MNClleLRYTcBRbiJqrYGj34x2O25SFirmPBHNMmAgR2j7EgfrToVoqZ1O8Q4Blz27 TJWbPaSedk9MaL4EuWm6jFoRNZVECZ6ZpG544urDutJ3ist56csHQ2qvN90qID9bCKuRfR3YsQUu lOdB1XyYXObnel5ETC6v/xYWo6CsHHJmYxHm92fP861v/vDqvausY7rUScoXI9DockP4Z+0mHdNv ZfMCkrtOmhmsiM0xErMh0rKxmEqYwKTcxJFNMZyeLZwSs94kqPfsxyGBCQDTx2SFah7H9lCRBeMg sM0d9hWvRSPuE3GZdn90j7Otm2BLRYmNp3wf0VbEW1cRSa7ZJJ2kDpeo5OjBfzFA0Nm2Gb6nU4bc kkNiaMXTqQDLE57rjpo8lpryyMRumh7fg9NWHFzcDp1uqmGELSa6vJ58n6boHRn6iMk0Xs9xU1jU 1rOy0Y5GtgyXLATYQaRpcrhwzmf0c1DXuk8G0T5sKD1A1whRA0w+ND9URStr14yqCu7LBbSpzyZt WWRVfW5J2gn1UiKSwbAuYRlTVOWVGYbzL2JVR30eDqedRMpZ9J9w0C+U7ObfL810b5CEzEL9nkcL nwmZNeAV57TSchiJsWqUyCjASWtA5jRC6BriqT85rLhgDnLwWWgrNtEsPl3LRl3Txm5HyviMRdek wGvMj4oj/uu5eShx6dPIhs/ek5Oe07WrnVMKSBzEOQjgPv7pdAokFyDqDiUuwf+COyyxviVauMGB 1AJ5VPCdn8Z2iiGIDtIosTjw8s1dXMuJRYDnwsffHhymWyzNnFoByW2zJx7EBPGtK4ZGGVwMO4F6 oVnP2YlDjMymTDRQm7GMbFwL0zCtlJ5eHi6gDSGxlnYt5NbN55IJww2s4C9G5nuofw7T1rBXb+ai mV/0tmxquHagJQCksyWQHJkY4UcMRvN+6gPFqGUCzyVseiSPWGZ7zMjZY4r1nHFPHAOEtS21KJsC cbOtAkfOfGSFU/bThZJstCwwkHxPWQ9RVT+3DJA955Rm0wkcy4jo9rReI0idCcEGg8mWCigwMOTd YrTryuAjDyYIxzYMcFjAkKXQlaGQTW4lSPFmmDqRkiQboybVEvvXXttBPtYp9UKI+a5LAwnmCLai sUtKHx0pMI1TbDTGM0cNoLgUEJhmfY3/Hl/5SCOzee7g2qtTqkC8IYlVcSUvQSGX2zSqvIn7SFBL NkPpFik2jWrzU3s9zBAtSWmnSSQSt6NiNA/JkzhbRpX6JMi046/MXbfKrY3n+W8laRBBEMerzyXZ DnBDAbaLnDCXyPFL443mkMnsHuRVqbe9B76Wczepd62e1RwCBId6552RTBXbraZLhJVC8xglQ5m3 DtsE34RFH64+C15N5Vs9kmlIzlVLTBjLsUtFVovraeNqHhhtPiDFryjXlLnkvo/m6rqTcgSkEvBB TUUUEwUSO7uqfBCJSo3b1AWgkobZOnImUoJsElcdtCraj+mG7w1ZxcbMW8GzGXEPxqwL8kewu0E0 jvhqKVWbLLiRXsjpm74rsyNVgStSa6fYZdJIv4YjVdeWLtFC6cbqQBYrTRups6W6si4EmBhNLJQ1 L41VsNTSpO7RiSNSgNnMrPKAMlIjd1fI1oJnRSA5Wfnnl8tq42/T8KZpI0k1j1UwZ90cpbAuVbON xbwGAQ0KzotSOuJEUiC1X0JtuMB8xUkWaDB+01waxZ2KUuU+nTvTrLaR/DS/iLwsh7Ul+4XKyiOs iKgy5SjJH7lsN8gDJc8m0hda9N5lhizjzgVyo2CyGRmyotnkPYqCypzdFMZ3MuRCDJW5lCxtyqon X/1DD7CiAy6mXJO16+nIG2rFC/WQAY0ZkAjkC8kSEMUi4rcJPzlzfKMT2xBA4lGqOVzFFFKNElPB werkjXJqqo2KZrk9Cw6ZqhKgw8M0Jq+KEmmkeqkTqm0kWPkH3Q0ZwbAT+WjEDg13xtFoBkThb3Jg P/DKCef91weXbqhhRfkASCpEusoCaDDBJx97Lh8aM7R1Ds5CeiGMmpPZExkRVKXhpQ2cUbfTaUKj oD4LWFt2JrTm0WRv4umYSf1ZolQ0Dg2jMLNi54nCtTjLkjAVMBjLbwNWrXU0ZhNa61MVADRwoXoq Mti67sImj29SuXRV1XJ/W4eBusZQOayK2FqyOiG7CIW6V6dC4b7iC0MZtM71mPT2tFXZCdKc1I4b o0MEHJPURzNJODqz85kPYj25nQQe5hTsgwEFELCi3ltVSpUb9m6Ra0aiNtniUeo3rrUqXPZuAjRP Pdm/Br39gRh0+FhA7AlQB5RCz4OnHgkedqqU+qdPj0PwtZd0Gj6AbPWsh2lHcetBxPj59VuJ2CPH w1RiiUzlVV/vCVrfK2YiweNqjSMWeOZ5j5/ozsQedFA5XPHWXtWbJ3R5JPndup1npCvnfitKV3/2 FHVV6ev1du+g4qzyK7EYxdnv34bxVbdUg0pLjT00nYjpCC+K1Z5zzjVEMZJRzqXuZIuNDV8vFKfp x73l1J89Qb3CeOfRokjeo70qrSs1t8Cqn5B/XBmWPBUt+1kDD3DvWVtGcZUPCtVZTsuvi1zJgPR6 xDs5sOrMmqhyGAiSolfCn4rI+O12c2eWomLwzpyqoidKNcOwqcjkeqaCIiIVZyDejjI80Uo0bK3S bFD7muYmAEQnaRw6cU9XUWwrJECp89nC/It7dwmfZMD5Pq/lp376pYIc/reAq8Kgz4qQ3T6zypuB QhgOyv4LPsVpnczN6odxrhqsq+K58KEvNa6XyvGcKiWxK+2KSkVqcog30XZh5f15nQVhbZUGkqyj NGUScdiVgKB1LqyVfOhE4Tq+fTjl7t2aJB0cHsDvUq1WWgMPMVGfzc6CcF7N8EUSPfFiMQaZuq+z TghJwaDDPKUcCaHWJ3Ckb6k+wgsGgBXCu7Sg1KhEU/rdmUQvo5OlSqLJCj9tMIjzdMCHUc8Ymo3W P8kQXjdBSJyYpdHPTcQ8V/2tyj8ZaBkaMiNjDwotiA+8EjIRdSKCaRvAHpXFfhmsw7yZvrRBW/VY wkc/ZYR4jpNV7ysx0crUfQHjzYrDwAwlQ2uyKArqh5pa3k4sBbqwsIdTLlQkKRaiORNCOYzwDd4g HBUQpIQqPPccm5AqbGe6nkCFFAKYlylgBjoBkP/oaY0Gsm33V3Z4ZWDCW+kEic+FBDjs9PwZYndd LmANKISMluJarUnY6p7DUrhOaKkrxLnY+ZLJOaTFLZYrh9ELX2ItgCPhGILIunO54Kg9zoqQQZJV ViZBSmkzuVqaKcWY3zG/Vk7mfUKxC9kMgW/pWb62IqqJoPl002ctV54ybTEjY6cCbesRfwR+rDeN 1dizSiotbhrULE6Ut0Zg2vVn2ZQfzXo2/zUXEr4rA4xPDhO1jaWD6vle+d5kzN1fvuhRPVbSldtI t7Sxot1srVlrO6/kj6ZlTaNkRBI/V13it07rjCkShq7kJw1WelmRrep4/Ge1vLU07lmhwGu/9G22 3iS+0orJPn7sY2q6a0yVmc2BKzm6vAmmapzJX8Qq2Nn66HxFXQSZQXrJmlmqxjH+1/OT9ff2P716 7PJkPvhcybmuHtW5hnby6WWvBiP+aDetXLerdxG4QdHSRSpOpVPm5TFOctQwtt+e7V5tQkpipX8r /X1ZNSBDpFWj0JSUmvmjbPeZEi+eKi5WJtJPc2OSTqp4jElfJ2TCRUC6IELS05AEnOvJEAhbdYHN 4bHp9qUBKUJXlUxTuOp3RlLFGygaJUDIwAyZ9RpKf4+zFWMZ/hbEYShIwQjQKGFm2tSMn6ozAgey 9dQRscbu9bCsjkJHdu5KkBOmtnwlObyYIec5s5mGXdxqfhZ2NSp7BTNQO4NJzzrhDSE1a9nzvdUr yMf/5gBqle7mgKnCXdBW5vzStjTVAG640lwGzQeajzSZb9qyDfY5r17AYJiMCc7uU5Y7lNTuGLUZ x/iMdwulTX5x7KpwFaN8JlGgh2170WTwVfGhp5E0LjpL5YmQ6POgI25cYJAV4JComKh/KMcutaF1 J/HkIzvJQdkGkVA99PDPbZ48J+BpHuYUQdV+EE4iLMbfNJT6AiXWXLCwit0ZxO/irkkp9Y347NJn Z7tZIAPhZ4ds+rFWBBS1J4gDReb+esi7qTrtRKLe1B7JJL8vmOJ9sa9SMwgmB3NYkrIqp5mEwtWa cocictEbSd/dSoNocqatmkdiaiQNnym1ejshl9SLcaiqBp4F8kcq2N8qNudPU6c59JD4vS3fZzPP JKDLshptYFBozYO+LCsQryONWnhKISv1h0cbhI07ukiAfP5JzFkjKeUHgq8edJtCWMTcPIFQLLaO xEIGVsA4k2Ud4oc02p6U8lkOKlS2MZtD+ECRC0lTmgsIKNWjMFITFhr0pE//SZgbV8duoSeVTpIh PvvHKtbyTdKjv/rnQo70appiZe0NJysZkmMH/Ut0eG5tG5NqTfSyfN4n3poRF4e1nc8UiGv1XE/8 S1rIUfgss8ka0ZZn5Zra5ReFIXbZjXr6DwyjSWMymH3HzgTbtRO6DucsIXyD+bfomVgMh5XssxIE U+s8A0QHaTiTNQaf9dCdDma16mZkkglThrHnv4ak/SoeqKPQsDunYILscRKiMbsXcl2ClcjKk6dY ALOJdj6iz/DCxcnK4P2v9LKJMynp2I20+bJj3lgh8ZqFGN65GDJYI65BqUhz2S2HZ3zLA51DlxH8 IoQEhfnlADFa4T2LncfBYCGpKGNAY7jUGQMkq+wQ+wTlVJXkAP/9QyD2V7wnirKsgwcbNEKY32s7 OcEj0j0SqmVYUqEFIFeFf0OBsizbYR5StmGoUTfZKuxrQDiK0c7wjreXluan++SPhe4kzz6MJT5L brTVRd0mlm5FBCP6FA3/i/DTj7v88mTpQwjLRipr8wuf3iQSBmuJQfLgiAyQFC7V+SMvvddz635O R9pgvI+W0vw0AkjJ4apFV9zbWmSeilRjrSmdECOmldOTgqO0NyBtE8giQJxrlwqOm1twgU4iPmth e64p+q/b0ipYljC7ynMnqpozl9Kf+ZKvfA/C0CONWMhIK1YVYW1qyo7rgKx8HW9xiLoMl3fkyUGg JmiFBv2BeUSAyHJXh/NiB1okZXOZVLnSVnUTNYuoiyWBkU6D+kBBSwk2lpfiFJuQTjRkG0MlUnTa yqS0kO5sXQjvHdlyhgE964C3SYFcIRG0iraHBPo6t48d3AGBrMaIJVVSzycG06GjWRaH/ykhJGLw JXnJo1Yt+ifOvU+m9WmMJDP8s5zunopZ/xeFnnlK4teFfABdPiKGCAggFWVHMcWmsRrFEIeAtMBx +WFo6yKvq6ZnbY2PaeOQVekxg/PBJT5R0aUHHmSoLeIQBeECEAR8WcGJhWJfC9i17vaBNv5zvSgh gcTg19O+oNo6lgyy1MQZotOuqmsiEsBQi0y5uAutFtHJ3vlbaGOAqOc+L3+fYgcxgn75Xalvrvhu kAvthjyzKGIjB5elE0aUrDJehKI2OR3LY3cpSC8IbLoVRkn1O1ZSsXQB38BPhrndH6C2HD4YQIC1 RqGBANJyyDA/qxvv8Pbd3/xCFGvukDWPfuCC1ktvQE491BQgFeQxbBEtUJIoQvOWs4PJTpYFpcOG JjrryCjI2QtGTnG21gRFT58HLwWjOTvBnz4wLhttvtmm31JWA+ZruTjW04WzRFncRK/ZF+aLR35A CeQx0SjbVWJfM+XqmPgUeJrC6NHREgOUwCvz4uaG3WEqiugPr02EMSEh8bmY71KxsuXm5QL96qU5 SFBbQKVwIx+QUupK5iy+A/+my2jkR1ho1pEC/QskbXZEMlfCWwDDVttgEPTpHBcP28vf+irINncn j05HIUBPPDpB5KYYWw3HCDyVfJKfzY790YpoiF+hL0ZKVolBxwRc6FYtQJsiAKLOpEjzxOXPCk9y Ygy2erXajStIRmzP+HRR6lpVheJICW1kLnnILhGRXPQnj2rqTzqaE4/KmHuX+qT3FXBc5u6DOGVd bmYXbOG+fliU60yRqt6rVu1hVlvkoibSbIQKNFeDU/4qgG5bjsGqNNHsZgp11+p1iiSqpW3fVcup XtbTLSgYv5Wd373VFEFuPPCaX03qJDV3C1vMor0SCSNRdF6hsnqjE9X91IMcdEl1JFMJbZXcsLpy i/wQQa51h7KQ/Xo3X2wFM6Yw4gXT6QJ9raKVKHY7jOWGujV0XyvdVH70vboPcpTU8pTssx9QQipc 5dMfIad0qKpPhkIULWXMgHpEL36aW3IAdsjKVY/ATLluRq+7Cno5aSkwuZVuecI0qKLK7qOh+WYm iG8dVvmUlltFJTHVZ19a53QdSvzbYg0x+Yz9ClFO3PxmlmF17ov0RIkTUtRAMxpogTJrrkaVQIKw 0KMO3MhPEDavllQr+TKyRDTfiIW8OpukX9/ijHBaD2HrGRfQy9k1cYqTBBkD4dYiGHSW7PSCXSL3 WdrHZ0lPARxt9c+PKb2BdEemOtey3ICngdEMhJGHAEGWkB62PKY9i6q5EGQbDIt0Ia8R/OBfJOba 7iTlYr4YPsrLyeCgRtXKij7cOFVy1TSGnvY/kLiybTjOl42Zl3N2cB7ZBd0YRlaPQUtP9VyrbCeh kT0z6OZKzH/3OjBSZcIUl1VRE9U52kQgOA0JjXkWPY/ft8KD6IRmVL1tV6fIYwnYGIslA0aUVDFQ ZtePmNK+Y/h3RkGQqzN+v7DERzimlY4q2ATiRH+6kg1UnLVVnpbI7axWOKl9cJe4wvOWsYas2rfW Rm2M/NhmzNsX15p5sOPWBbaHkq4iAiTy1FyUFKzJVdy2bMLeSIwiGIJGA9rknlVzb+4ceQznau6j qZ7J8dTGK+JWNOYR66O1IZvh248BRPwAZAClzqLEs1tymD4jABUEUtfnDycKidHUs3EmAZ3WPqfI 3dJNWnMNWm/zE9xaL1Djrt8sQ0TrWk3yzOre2TI1UyNFB/sN0SmUT5atJVpveqgD1ZrxLC274atG yEJ/IFk5LD/LtuGh8tiRNl9wvVPskhkYHElMAdD4whR1ECxk1QSThOrQKf8Y2JyxQfcwKFp1nHkW xdhTJDEi+skmW5Uuyh9BJKAidZaYl5ENyFvWMafLYyQeJTYULFExJAQFRM1PJTzSDDBVp5XIAjVS NhzrTdXyBvVhzp4P9w+NjVWuWqZaGiAlQ5eqDBwojXCTgLQrFuALVEd4e1YjW1jnWFI4Y5Tf5rZG SGYOY6FMvonJSZE39WqOBvgSm+ZEUMLfPEgyV2Opj/lK2TUClzTLvvQooHQ/bKnqGtgu1UhNkVxb EMnJJ8+eHhMJpg41cIFCqRnEmQ2RV5TWQm9lPmiQdWKyY5V9Defa+mS0Ev7mazlOK+C+Nv0hf6gW zPq4jDHt1xUjgQ/dfOcIPF5WTVykViWy5Nx/faI3wC5QxmibIMtBUVycc2H3yjXF8Cc6YjPVlOLT HeUlW58zqljd8knxZdshyu+TAjK4QKancMT3g6DieJJGO6+XmrZorklft1TDqYtehXropI/jquyB D7KfbFhFAv35TgGiMJqbHIgzZqhbzOKDrfXIMOiH44Q6OTL7N0Spb0lFz/7CZiHf4VwDpmnWjiNv oeomG/0UluBDa2HGhZm5jXF9iiU+rdeWunpNsbO715jDcd1SOikKpLVmjAT+apiWtr3fKtwrZ2of AqeD6i3/2/GlQlXJtBVnDBhUVlEiVCyDzI1Wdmq9m2kgr2fU4Mx5WxZKCRBMDoGtj8ZL5a0+h7+W Rxux+0zxjvXEVUN6QUwQT1klk/yLfJyqp8QUBS0LRkH6ZQzNdBS0WIVxUnoWQocCchlxXDTQdJSI SXpJClGUA4uGr95itozNyn5icPHW/dgVWHamcEdzcf/97HNGox1FuHcvudEJNS5yGTWOSADWMRFU RzeZM2P19SIXGEDtVBn7ZRpN6Aq7GWMOEmSl5rLDmAB0WpZKIy9LQqrj7SHHLJckMYyzC9wuY/Fk HmSJIyQvWOizgrlYzIJqCPlN7EyL5vH5SCsaziCegy1IkLuR/BeFqfiy8KNPSiZf9j/j1EHWkiwJ I19wXbpy1nckYJ+xpMoTJ6uZyk0pOu2UvkYqO+7WyBx0gSs37Wgb83wuv9HRxLR8Qw5mXGMSXpOg DIS06aJtMO2taLIT7tVc/APToZ+4jqZdOSNoX0T7A6GM4VAYG1SMEabQxIWZpor4ZRKd1Un2xtlE ZNlBgaBuZyWoopxUrKncJgVlnFxbj4gQs+LMAxWlQGDL2STZGEbnjGHwksRyqubvLlHNJgwP+jli McYiMaoaJJvGgR2bs2+50MueLcFf0rdRNbfFKC7JhG40ZwSl7qFHiZnhcVroBIdlGkmAvGRZxEV3 eUHWx8YNKXzANdNWHmR2hqzkFWzPIqjBvFF56BmW5d+dRQxT1Xhkl9Aavcu7TWAYEnfa5Aykio7g HUyhd5teGochGb9jnLN8SOPiPFhg1c4jW2eR55uRGds2VNQidxJx5mtR7g0vcxCIGlOhkBUonS9/ IAsJMfdrLtzN9VoQoGKGGBUjjldpyW59NjY517muQCBOJnxG2BwKwchCOsgOFLOXVlLQ69IJZ2v8 YR7h1d2Fu1Wf0SCGVVeCXBKmVoozESuxQVnQHn9mW0mVJow1EE6wvfydB+WLsk1ARnwFhYYuKybH lBf30wP44pY4ytPZgc9MNHTQA4LZ05J2CmIkjCOVUlYmcjY1PZDqRCsXpiweYY0GeVGjca4XLa53 p+fntaXk9lech1oAcAjFYivyJ2pjkUECjJIyDIZlyMgvKjGqLJl9Z8ol7YSA0m4YZ8zkkQu5Eyop gayAN89iEtmb+J5XmJ4XxEkf5IKNDJ48dd7GKm1s8te+8ltkyXiq2vp+jH/mT0/tXYc5kihNWi9o ZdnSPr+Waqraes+4hG2L6UlNmiQylCVaiu2qhNmudRmqwT1gRslUGxm1/EfGq1lJnDqkgdhASQpz d8jigoaSV1frRpdLOfVMAvyWSXeCLZOk9n4vC940ukBTOGLxJYktRleDrZbq2mXb4Son7ZpuPcAa PCubS4ZahJXNEiqnl20ZrZd3s7QyOw3KS3GDu1YculGq7K4ScalrTob0OFhqjL3gVM7aKLGAqdr5 pV7M3IgPm/jV0BcLdArIeNBnOJ/CIxLjeQ5dJZVNbWktf8S/q7OXblq0dSpeiEgn6U6qGQ/o9VM1 gxmxhDJ8nZVvk4Tv3EQO30H2UwM2PivaoKyXnlGl25CgRFrPlU5msq43ouse5Y6mTg5xNc0gAOGR 6ZEAwGyy43Q5f3oN4ctGBI48yC3SiSJppR1Do7ZkZTHJOilXwNf6wanr9F/NLrNff4DJ1ZIcbuPP 3GcBnYAfZbS24VUEWx3Puc1v8prhQDRhjQOKvMKr/BNUEwChhC1wogyh6S30oRCe6JK+Bxeo545J Ma5oFnmGFg3wSyY6cshYJFGfQEw71xZs2iZK45UVNv1UmAB1xqqvinuL7193WKQsIMYDEOl1hPgv /fPOWIy0lzb5d7V9dV5cO4iwXU2GHJkeYBBWmCITVlxn9LJIQBabwSRd5yb+1cCRuGwK0fWSYGpK 0+VCfoI0wo7tkrqch7nHVT6lZ/c2MFwd+cEFinoBFBJvBBUeahvXR4SmSC5FYTG05MbQ6swOpV12 ouUqbLrA7GjWJYOMPvJK+PSChwoHdJ0EUNLEhOU2istWlWxXrnoyUWdIWjUl8S8jguQpppcvVySC +atG9pLTghHxdVEdNPGR3No7a7NxtVkK8sdry2TeXn7na1MSkc/xzFncE1AIgoKN0o7oQSRhoqK6 braEzPqz2RuUt9+bKJmuwIC5H2BbaEIYlroeDQjR8/aIzoQ8qxfMase5BG7dzdJcJhaYUNGCqVOz syJg+bm9x3HtoE3IOAuqjHweP5QwzLPYD6Yw0q5fApdsYAERxSbmRHFzf2Rniqa4lGk5G6mdWbpD H9lfruDPfDnLwMqcMxCLth+7IjPBarsBgj8ko/Zeam6gwMDrjj3XAy9Eb59lnfREkc9bGvEdFT05 5BSi1ZvaSm6XuBpb/8shSzr4D0syc7m2L/Pr1gs11J1lMu3QZju1tj+6OiHFldJkZplUqYj90XdP 8yjxc0TGIQFBeOIllh4QEeFYN471C5pj16maImTZOQA6sdw8zhwNBM1PqsxhFPd5ZioMiGruP03z ILbBDfwcwpSFhr3tiqfFmQRWNGZniE9M5FZSl5hKi3WeiwQl+Hx5s3k+jjiap4dRXjLPstDCGLI9 X11NlYxOY0DnAlNIId98Xk/hT8GIMawOyZZxXMgrgQk5+tYsFPvitjFcjsjhBUps0Z9cDKGr/MGH fIJu+DqJZGZBTXVIRR4ERP0c3SLO8QTHSDUxJKw00yYBOjKWQWLHRfkm6toplwm4AIE6IHNy3b5o QXvwxU5ifPVJUzzksB89u9Ckj3G0LVgqmMJkxWJkFs+8CEAA7qdK1NZS2D5gqfSnk2KlFZ+uSNo0 SF3+zIpieOJiG8mA8zLyTA3m85SbfsOBiEHSVJZf5RL+ZxvEy2NCOR3RTH7qo0wvYKSuaOg1cJWG SjtKMvNBeF3yYdLdtAb3FRtFg+bwRXFcYwT3PJlCdF0MlCwBXtwW7yp3GEVbJTViiuXWnqohdt9l 1ogW+YuggwAb88xOMotyThUASZVek2JJR1MY/TmahxUh2QIhGshfYIOhkhRMJYHMp8k+0ggnX1+9 gqIMoWmBlVjseOfX2OmaLIUAoyvRQwWz/9aMkr4DQhzaumN0io3UwCkeG70Ew9RJWonRnlSTzjDN 9spGtVEP5Uiu0Jo4WQXxIpJAtla1R2+JotbWW+quJlyWLCJ3kWV5ZeTJQY5HJEtFy29lgmWiyGjD XpsQkoTkVieSWInhKsbGU0WNbEbQUcLwxXjpy1FEplr9UqtBNXMGsVNLRNKgpX9mhVN9XvJ99Vgi qpzc9GJF3WdyUWiVcDK28gcdKoTm79Qf6fmdZDT9ue+1TXEmqrplBH007yiN96fNG25Hjx+0kWNJ fBMGyefjSLfYl7HnZ/DTOe0AQwSTPLH4MGp1oJNSerxSDNpc1aYvfbbPQYZMyMDQnyoJ9OPaduOU +uqtang7AnRio5WtxTHjQxCHXxQRXoIolapBu5xUwnFLK5J9HOVcZhOmRTalvNh4o0+lY3ScXTE2 Zl/ssNgd+i9e6mlnc7ubsqw2b3SkeUmFay5D7yPXKI4braK3pYdkaRxiijrOi54e8xtkJeSgIHEk trbQsLLZG5DB0OdLz1kq7RcPOAbQzcJZR48+YzkJOAK4PucBGz4RQubskrKSGdXxgXwhv+ME4aGf WVogn8UUtgT6Kq/QrPCeuUOAIWQXNBmaNgFjd5+Vvs8tw58Bj3GKKdnFRs7n4y8VcHbWDgKCnGVN 9Y/xVrdLG/h90x+jW3nsMudJBlelek7yr+QmngQkfuqZWMSxhBsNxXHsJBPCC50InNHl5ijXaDzP WqgoAsgcCWZGumtNKDdpmSETMyZpYB3IslN66CHWQh0D0GD223thSPrMYVfFdbs6/aZs+2QYQysm 3SCQ4npAQobpaRJkn2vhku1o5F5zVGbeDYpod+6b4WbpGXJbkaKOxJqls0UM5ryFhNzS1ZV9YGmd NlmrBiCUgHKcs8Z4zVinCPTkOmXkGZ/SaJZMxzYzWZmZa6IU8jHhQMUzrxAX541l9cdq1AAF85Gc a7f2NLe2H2pbtnI03dJBPMZv9yTYZacdyvVikwzWHNvpVEVuTqETsXZtuXhDNidFG061J7tgCmDh dE4W/zRUfaDCg4sRS7i9wcdjetxogf1qD+fBHoG5ZtQKELyJh2aNQm4Jsw8oS45f3dSQJhFteOOl xHZYTePsPNHMKQkX9fybcFJTbq0rpYKvT1Sh3wjYc5g9paOc2beSH/AjU2KEeS03/4Lq1+TAKnOD 5tmcS84hLSlDyz+bI1Vg49Tdg8+J4EyT9xKQ8gUGcuXO5YOt3rZ6VQqqJNdd/02VyrNac3KJRhWc l6lq1LzD/YhNicq7bzzUHMuLXWpSy9Ls1n/MSRtW7nZ1u6SBzJclxCbJNZNRG7T7p3qsn/T73Saa pWrd44mUboU0CD5c0HXoa6bWLFs2GzkdkQHvZsp+6dslH78/bpV0N6XhTCs0+/JVl5uS9Cw/Txbs /tCINGL3kbq90XBXd3xuPuFezp6N2P2ou21UJ+Yq+tLk0z2kOndDqHtNe1Ygmf3+eBZid5MS3F0X TV7vKDHoDSM/P/828XFLKcZM1whE9u/2UvehXc2TiJTuekNkmjSTIqt4dKXZSgJ33rwIexMDQZkb WXqjX3PatFHWnHD2NMVYNm73olI4BWnVTaVmT6a1yLYahUiHkNRTZYWQpsPdw8oQjO5499h2M61x koQGzdy6F7WJ1fXdxArNviIpizCRETPIcrexot2kAHHma90JW55n95Teg+Lkjm1y6M2D6YEYu49V +s4KbS1qx5chg/3k08yOZHrcIpHuOYoIZpkzOTasCS7OTFxlQqbh2jL/AlBTVSMwvB+nHPHRzJfN FByYKZ4MhGBj5TYVkxkF662knxfoqoc3Nk/kDNpQmDYSiTZ/mRGLoVyUM0ZzEaduy/zVcZrcVbev /M7mF6gEoPytxK7gY04KJ1DjM7cxMh+H6IbmidIwZwyLL+3ByEJmea8NW6AQLwtin72QSCwMoeqb 9gv/VV+LfoVGl1qsiwMc9T3CZIyQHBJ0A2y4BSb1E5oVXfrTdKDY6iWSAD7dKI9Mxgwv9rHDp3Xf rabNU4yHVkIoLufuvL4YXdTuKOhwSS+n0FUSI1TYHg7Y6JW+AGYzReM1tSThWHAJaaTQeKkI41sy L47vslJKh2YPWum1LwqHpBFYGlPFwPEmJlsoiYBgf+L+gcylTd0dIHOqziKS1T1VonCzXSPb361Z wdd47atcEsM6SLhJR1qiL5LcFBW5jJQYwk4fkAJCs6Qm/Uk9L2nCysK1uvYgkTYHGbMsn58wrVCU dapgNDKzDR2dY6Gs2PEyNylbpVmBxrUGO9phLTJJPRVdeEQTVhRCgyhvQdqXWawTjFBNgAkYBJ94 qTLz2vPf0mSSJlJKdNEEW+jBemQ5VREhspM8/XMulPeI2j0zEC6zAnUep9QUEsnYpCX0asSVpP3S JXjZZI1fBlkiRRrM0+iOpLKCLqUv3RQOXKAHeNUd9w5Uc5EIglPHQ8p+GqYaoM8CA9iu/ITxH0Cn TOGsR9dCvtsV4Lu8p8oCZ6GnuAAVPfw2kHe5KAFGI+R2D5GuN/EAxL+78T8A9szb6/XjX7LrlJ2s dzhWXPK0l6873ITOxq9gBMEgdQVK3tVDZYUCOKua8fWLFs2MVfDZowlwhMnfYpGWrq1b3eRisN9T DjAXa4UwPMoE2vsRmlZjUu/C6G58BoPkz3rUpWlKD1IgwmDGkrj2SYKvdnnxff7WLhTWQbNTdLbq T7awjaOUX7jXnV8/1qYTNi+UAFSiScHBC5+CEJ3jIeuKc/kwe67wTiHii2k+dK6sBBcFlbrBuKcu C1CopebhCeIxrp7JFg7w2oGTNXBMPkjb/CB8AgpMhZSZDh/PAo3W3Xn488wltt3UpzZICXxBpJEE jnm2vlggAxV64Arq+WDJTLVH4xXqML+tBk6FX6PNaA5rQYDK/4qZOUUznFzSJXL7miMva/bhjM5m muR1Shq7EpaUCfK6cJjJx8gUR/3mVvFJQxJtSW6XuUWpHU5FlaoJhntEh8CAWGCqQnSO3qyoxYIe z6L3ptWr63DxKhnpBoKY79jx1iMejBgVeTmCsQJGAg1m434BoGEFOSSEJIRrl5hwyQjkuOVgyBh6 JGSAKeq6BIpqlcdXa613lqNB0i+IszPSJgFiLoZM3aRDWr22RmPmCt35tSBH4FWVi+pzdHVFQZtZ AEwWkP2X30hRlg71jOg2V+dOleV1Lk/mVdRaz71uPERymT7RUC09TNa07M0LU5qu8jWUBq9tRPkn zVGzDeiEWmjmESVNTvECMSBVPghjZIxsNVD6+G1HeTiglzIcH4DMx8ftWp5Z9iVtAygSSMRFEq8g 0j2x5F4CiWR4JaNrTSq8a0nEQOc5J3hp12vpd6ZLAO0aLUQyMNlXaNDSAPwKim48S/0Z7xAGwZqF GFmzfgRl3nn1BG/Ed74CZwIhWYDvQkc6kxay38hbA0nCtDnxZsMjAC4WmwAgkrYztZ47iY0iPGbz EuBQtsB3mArb0F4jqKIewX/YUGjAgLNPONCkI4tiKjmSemDO0OyQ8YknmTiOCo1tPOvWkmPMTDe3 CsR060Na00/ewkH8dp1fah41AGtMeK7nM0eofoAgEbuFaS20KjWIFhEa+iGxKkarfdE7wCs9Wufl CUtYJCrcwVj+mOO2gZh3GE5cJFgqszCER0V7CBnUy5scQf/nTTnFB131NT/meqgGd4uwTGWVluxN o8rvG6eLGG0rAECQyBeMSUFCFHkY8MWJZBWywDSyyHM4rjyqMk5wA4NPIAjeUp9Li8vLsZ03rtsQ ckwfBCIkMlcNcQlgDZUGysa7NK03FkknQ6brWKLseLJwQroOAZxiCc26t0NJm6ATljUDH6Cl06b8 fgzLMOI67bRlbCbvDdzSo6KEg6omSCzbr6/S7rL0GPxpfwl5OCODFTdgWfoCgUonxq3+rJyuuKhw kHGwNalj5YMVJS4eJEvDlW6q8xiP8VTYUCVRSamYopra8yNAu3vZOpyONYP2pK/WAuShp00dpasf n3v6hDOVMHW9+obSAT5aLEZkIEyAqri6JSgUo81vxKtI9yRJlRPEOqqktQauUGnByBLKiifqJao4 pF4JqPcM6Tgu7C1R8EGS53n0KNYXZZWeMIyCFWNJxWaIGpBAfPMRTtIGZhW0JzbmBAbtALFxV43F ADkmmRWtXUYQBGI4XFdoqjykONbo3FqBxTkW4pqKme0kwSizdLa+jIXuHnu5Eg3DiAKm64RNyNVn NFCG2+ubNcKczTZulUxCLq5y4yN9oTZWbUXO08nCaTJXKWKibWArFFbt4XvcvJWF7JKfISQRoVCb Cmh5Vb2vYmT4aa4KXqWybLU6EWZqp+FgBW0UGjvObDnPWEyUbSKiSiGHDYZcZ4JIhj7wmz2DiPSa BgaSLmAcEmaNuQGH0gM3rJviq0tAf/sEasEbOe+gsS2D/qi16j/G2liSKzI0F4W93LiLHC+rr13o u1Sh7NTJ6MMWkC5c8vdynsbM5+Fas6DiS5lkfijKh3RiSxFTiEa+GFpUBDL1E8CV9PengOajiKYQ srmUCkDgI6YIJ60vCzUBlHFVVzSW55gfSY/kVMRoNIBhYshZwGIiTJ2iPafpu+uNW+K6GCH9A6Fd A2wGWcuF5AbSP7dNZOFyLQ0YgiQk5URJUUxQJrMYhL35KYCjC+QKeRoTSa1HAqn2G9nss//NaIAT fWbCZaoVIRDhc0HSeBWuxRw2MxsJLTNUFqANpOW9xUZg4gIjIYtadUKPnpriKCfLlhFCZXC257pL /koSW2EEsS4LSPzKpQIRrOGh55oa3nXSSGeaAvDAR9U6j+CGpN1wzD+I4Is4oYL2JborvuGrLdc2 kGH+PnKaTlR67tk7PuRJ4WSUoDFMRlYoOk9BUVwFYnBAGzQxuB7v07sJW26rMKNi3/qQs64qX+Wc bUZr6GCXfoI+HuulkaQBwZS0/0R5y3oBmv3l768e+W5TmTU4BLigp5dzjxaZUNY91Dw4Yan02/Q2 XqBPtWin0Ue7ZGCUEDRY7zbqAyZBgryDJRg/NqPcTCVSc8DpNSvKD1GVHBQxSAqS+wKauh1b9SY1 rZL+zOBaXqEZFxXYuDLt9+ZfnJOzHkwxMNe90RHOF6b0FDvYYQR6Zsrk1rXsZ/I+uIfUo+cMw7/c lngNlspKHqQR+NVJWIQWtHVJFQxeUHoQjzbVRFvxtmYnByEKmbb+uBr6Swq9B6/UJFJzTK5neZqx 51lwoIkhIoFD5HBBaYMeia54Wsrkn/mLI3BJFOKLRnWtscztjnmboIWKFRU5R+mOrLU8Jlzmy8Cw UpK5thm3D26VkOvoE5SFsdDKTKFZJs2WaDughfRLkgFi1DNBkETa+JXKm/3xJ5xv/h7qIlvxKEwv PQsCzeqalAQzuIg9bLsMXOgyXLz2BfBXG1PZCA1Sv6wsTOAiuBG4VOx17krHVQl0WX4+fh0HI1WS VYVAoPwdBfUYXrWfUPXBFZ4omEhUuujThOL0BzEAp7c8NA3MioGYC73njRbwpmm5Fhg3ryQ31RHH dITWhJjklvo2rcBLGeCZu9meFL/xSu0UQUAELBQw7KIeqDIxlyYUp7qKeQzwuAfe2SGsZOoQlJQN yWxwB3FdyCDrtd7DgVYWKLi9VXh08Nt7NO4ZnfRZy2SCgyS+dL95iobYnds1z3EqW9anAgiDLGkh Kn357y0Ysx9EMoewl3Xi3VzUBYSPwqKCgMeCSCSKeUfh0jqLFJvXVEVaFF3JJYb8Y2qmmdeSYUQU BBovyUchsZ1YzGu03HYgaXZGXnwRN6uoM3LBHYP+5AXO6OOIkAKzdlJk6/lXVLGchJ5zDV9cF3Sg 2c07VP0f+UOy41JazwxcVwxkXxIaxZwcwg8ZHd0k6ny2yUxqad/XLnBN5roaNfMQoeliyVJ0IKu6 ENr8K1jDB1YhiEBFLlELnwzRQ3Tw4Qv+gAamLATrwnFfJauL2n6WJ0t1lhDil3zFF1oVnWoLy4JE oM/CWH7hBqiKh8M6qu8N3bptfphi+WLpKQ2JmLScIlFl/M1rA6bgrkVmQN0jHexoyPKEJJmqyWZv Yxc7igJWLWvvfROls4G5owUFn0df4Uw055CoO/tABue5gzFFLBIoGvlH1AEi8P94lkqMQIzgX3BJ En7SUlCS5BhX7vX/NN0LYts4EkXRXXRbsuX4I1np/W9wzn3wOIkjkSBQ31eFIgjqBTzloWkmU6cj 0shn9CbXIJ+tKWhlQZWyUlnxszlB2jaCUAgLYpy/+FxXese149WSF/qRFL5r7O7v9dY+BjhNcq6l 1ZoJjPVmrclvyHPcgFjr6cQ2qCT0+m4BZDlXn+FqabgPfmltTX6jC7oSJfwyvfomHNfJrOa2eI9z LX31i9RTY4xI19Kmj06Yj7irMoQ3EIueQTvFeEle1hepngMhSoSCAkHcNdaFWrWl5G6MqoKcz4c5 7G/pNUz0F5KXIzMtWXZU5/AJHcf5NosLQ7iGn1zVWrKEEeHaDXicrsCQypqap7Hu77AcMnJO4xVy SkMdFMgc4OxRgoaKEpZDs2oyi/tI7kzPlhnROIEGNJBK7H53Llwwj3nE0HS/ySKVo5i3iMOEihbW FRkZWqCQ0DUDUwwxbyb5/Nbn7DkDYpCyryZ8rDnzcFWm1hZAObK8qwdX86AcBEsvLUtwSLbnIHPo zdb6Ma3PEczs8ghrP5qtu5fESKVQQ3a9cKJSHR7mGn9zdnL4XQ1B0UHOprBwI9VnukZBckuPBAFI ghuE5B9SKK4auHRQZikXKL1uQATSDtyrkJ0rBUR+45TJldEp1uaqsCLuWgFYjgsDIQZRLkctSSsz JTRbIIYOTc3lyZtjnzQcN6wdR0xki82MIAha71JSlTxzf0pLJeYjaU/rbKxRNAESrEvL/NmZzMJv OYyDS8iDFdOWSjFOUlM5QT6XdD4vfQu7UbIgFoueQnR53jqvD4yYXcstsg5lWomIYWQdFVJ6ULys hpp/d6twIQOjAgqqrdsHxEhqhQPRmUk7UqBIdCAhpUL18EQdgMHniGxQF9gUfVzoh/dtNoAgCRuJ 5B/TEchsHQj7nxGWqdW/C5uF+kzNVTRXxgE0cxw8kTMnMrpVi2EgcQPNjrDjLN1fXKFPfYbRFuT4 Gi8g+GZuehZPbaF0sQWWFUx6aOZ0FvAIXsUAbUiTfopKAbI40lxlaM/GYbKqBuvdIht21d9MNl64 yZRDEghkvdbjtaXT7/ZQKM8W6lr/ywFu3rui/KIBavaIMeB1gT45HD9SUlIoE8u0FNhoBKF4hJBn n7Z4PMuEwobKNrM/ijHa+soJqC9rMKsMzJIKcQfWgJ79UBykYzBWIHJsGqGAjA3WOZL7Cxbwyq7C 0uHEAbGqcuhWnrzdR9l2WjvO7KFMOYMhMFGr1MuQkiNWGZeKCqMJCnPrxMgEMcD+G1HQcTCwyumP a7MhKVmaBAdRgTHFK32JiiZwBokaPDpnCA0w4EOzT4o3DHPJignP2kvqNJYOe0KpJVpufLtCnRBe ESMyqKKJYWPlWR1vNFNTVmX/BK9no2kwaEItyGZ1IZOdwWLLqHSTN5mSUyQuQ6269jkLQYjJOYlY G+Y/ptznaobM1BQaU5UZnbahmG0AQ+zSLPjpwmbrb2//hkoIs29xpsJ66+T29pIRV+Ot5tnBjF0p MpRLqkF/1Bb79AnJWEjQWTsWwYCIox1v8wH2IEUstKAv6qNHn32wIy6z9DGyExE7RzJBkUkSyvVI n89W+c+uB3Ch+IlIlB/J7HE4VuNQqPCRTTMjgmTBMYGMZEBxHJZzMg9+4ZCaLD367IE1fgscqjtg nTy7UJmXfKxtTieKma2GraYRDvBS7LC5CyINZQ11BVqdGcGQaSu+t+NEBvHn9V/mpuELQypQkBKq EkMj5pKYyxQahrGQSQbIVHVERAVWG8w6pAyuvDkT9tnxQZFhW7t7OeVZJg3TsICk5KI9e1wyaRie lVJFligyakkCC0XAJAmXyjkD7SDdv+XG/JmOzDbzy2ZEufOkTYd5D+FmvcAG7d20LMLmhthwkdnx cgn98qSrdtmlS/KxzKuLOa/JsqFynNCdh4YwMnc/pJJdxIIJEvuLLb0aXvSkHWRgTa89q76ATJ5k mA2TctdzX7viQYDW/1Q2d0tXiqiH3DZ7odH81zVUgcusJIxuT2zGiNoy7oYV71y3SjRhcoESEnpN ToGD2wvrcflSTZ3KLAgruBhKsA2fk7YhyMtvSSNpaFpCoX/m18h5nqFLnXgMiKQXsVU4TFhFuagP pgLGkrqmQdulja+gR6A4tkblHCHlNKVwe4JsBoQbwPj2IPfYJnEBIj0xWoTkltJUQKEXJzp1TEhq QXrI8XKWTCj9U6HVpwWK8n8Sk8gkVT8z4ASRpmhchxHM1PMRgV1uL367f1DiVxPL+/FNoXqQzhSR Q5JMznbhL9lx6Gdr8Xw5e2L5aIQnJWEcuh01ofabfWy0HEoVTBs0MOCGXliZUzTO1rKTAEd3Ac9q nB6J3Xu0gK8TRmkn0owqYUVIbZjg62ubZtqO8PXFfZ+rDvRNL62ev6DjZUt7YbFmyOWkF2d8D2+Q 5OPWRTvBhX0lSVxGdOkB9NBJjIQJeEWPlfw4CVtIt/SmC3CeiLoXhChkkY4vKJbzFCO8ty9xkWfc eJZjdWPdRmvcQUKNX+QlHL3Purq9GKfD0W8QZkzOPtAxF2nTVppFaO8HRCn0wuOgbBNthVbmQWGi qjOUm33735EV4RnXnA+qhKph3jB2Wh1IwFeOoM/+f7++UDwv5qCBsL0rMZ7YTb6H2rgiPANheniZ 6dBIpYbgI9ZmAK+oxrL3SGrv7aUFVgCNWVXodsh3uK/UpXZAPi8E1XciJzwvoNQ076SO8kxFb+NS UGjsL8GwsQyVZW9GNfoJl/zz5ZJh/ktARzDFOKIhySWgjCFjLt1z3xG/slyK47mGixEGgeb2us+U 4/iF6y0iHxzIP8yRsgp2ldhV40ktPt5f/2lxef5AON1S1HPuMe+wrz+qs4tKD0ROb5mf/gisvXrD UrZhy19S0wmpO5s/BM5M1ymaKcj6e2TJnvh/N/4SAWhFtqhSLjT06yaBa3OnnjfJHYTdYxYvVwam fxx2PugPFBEMsnOBTIp5HG0mkkhLPyGYwB3ANFwNSkEc1Hl+CD/yppzC+Ixad4vTVKFd6svLizg1 8gI+LRCKahzlGmGvHmhTC9GqUzFI9gV6PbBSI9grBuuAUOopWCBH1kEcU8TEQuxEvYlVMFpC4qve bIQ+1sJwkim4dJXxguyy9SIHYF00C6sdwaiD8vGmysl4IUZvJQU98vA5OddBAkVSD2fpwXBGw0sA RAssXXQgKxxHTDqZptzZMSkg2DTgVKacOkhyAtVDLBARyTlZOaWNBcJOGJYG5Zad0nnor0GJJyWU 3aEkan1wRn6ugY7xLDr2hAi1zkA0G7tcrwtxX4CMKoJxJFuRTygM9lUAAp7czz3ZLEI4Q0lFxWYl BXLBlpIrXIuaBvOLMFb/Mc/Y1Lv8Ko5cvFyK+vRd6Vt01reKcbfKRMaOaGiWq2d0u93TxDUrnG4j iNrCYRZVlAxT803xtkwxi3D50gPWZYiEwawQSe5ZbXNkokYlJRN5bFZ+1xf1lGJlVGZeRpd/LFJX 6sr9mAqpJQFRW/2bnPWPc6EcxfqIdx8N0DRHvJ4M+Eu5FuY6udvErmyvP0NrSWyIqjy+pNKOJU49 /LZgRmUxq2Fm1Th6Lx4VbX5LvgxOsTrtJiJDOIIGZ1qDlVPo2E85Vd2rJ6C/CaYyYCC6hVBZb5w3 YYwk7WFF6VOul3YqcmIoaXZQ4ZhmJbJVMFJz803HgQ0LRFYIYpzu0wHMRFGbrhXwZFzpsVnn7qpY 2aLHSkbpr66wkSw34aKmgC3+umhzwZkk09c+1OEF2b90twSg3o0p3HEA/ogD33taCZ6K3V0DFvhU 0BAyUN7rF7DSSerPZZq8o5ZMendt2qcatw6dqmITikSX8/TJDOjUnYmsp8mBsuuxpBbHdmPJlF+a 6ro2zKkVyyLO3WWEzA3gjhiBp5Q8ju87psJLYlw6iPJZZam5gykY0lJWFDeWg23FZrgQ/0xOlanw GDZmlrphLNEXL7qildTazREzoG4IQ54CYLGzKZUpDCkRmQ78KQETsHROh7lh8E+/wDqAN04KymAa D27QSFZEikFQ8BAgYZHc/HZBVB1H5LxzGC6cQ2I4vYqn5QthOLel5Nw9butT9YKFdveBEVZjL2z1 SH5hoxqOF5WGe12R6zGAAZFeXSaEt2mamEjaTKOLWFP5vwF1zrEzDEJQRvyVZIk6XtDu73TdXIDs WRLluWARgTuXfAy0ywqqVq3qnnrhbG0x58oDGsWYVFyOCr2yaxDE/Nwl1KT+oY0lowickaiKz010 x93oigM0NaJA8trgOvfN6wB8ECk6CDQL1tJvGUM7mYNRGVMHS79zlH32gY+eDGcBlHDS2UDM+JWp xMO5s1JkU2FKaxQPmzB1G98RUvvDBaQVLJuWQiLW7kYy/bnpTccKy8GpCJIZaGM96jzKyvcM3aB3 etWqfbTcM+1WAC9wreXZwS+w8ZszNUQySSDuArexG6FZuZqouZqfPHeIHcjt/qBNoS3scxOw4hUz RJVz2WtlvxFPqu7ns+TuLPSs0pyQhgy6W4MrOzuR9zMJCJv/Y5D6xIWW9bunHDb1oOWWpleWjQKi Yy9d1u16F7e83O16uPqMXHtcxNieP8Ine+vGp7EGM5AkxnGJbFsZBLCnDCUUXuF8GsIXg8JZjkHE yNA+tCd4HVYqWFDgNQIOZWXccMlCAnIzBgL6BLjcBCpOGbPoQk4CQr0ajqIUDcJdqCA6h6dOdryd H6ZdXxXzSmX6UaRovZNFzC0ebqEpYSHt04IrN6mt2sIrPWmyRwxIkeixT5pPzFqI1XpmSyBa/N2T ER5w87DCx3sPr/VMnDtibjb1KJDl3BVlrA5gcq0C8LQdq/RAhAZWQ3tDpY8Jlag7vNWzHUEVkyMV jy34PYHTA5tM4Kwhu2qhhWFkEDWgdb0hPHX++XHbn+n0oj2BrrvxpGhFrk55dFo3IiHlEZWCM+iE 2Twfj5VfDEZTKJVJZtJ1Qi1WtjPQrmSiAWyoSRdeR9Kl/DP0IXS69nkve6IPqhC8KFGU5L+kz6lz zdVztQQ4yoTMm3EWd4TCIJQXLR4tZMAaOtXJROFWRosHNFiywQ3LnPOOuuVGw0WIoc+tmNUvo2MH 3M0KSVaF8FiA9K5zFpGcJ3ZYe1EiJG+SUAbKzMIec4kXsz/oLqo3dVy8cCvNVznbKjOmNtVUwZ2A Be+abhS3NAbIlSiBcHngsUkDS0IFu6FfsEkg/hlaDEFbeQQJFCWqOJaGCYQRSERBXGSDIBtaGqLQ WQHOZF+2WqAqaOItpHVAZYAKHcQKgsqAmoWJ2k3CyaKCs1BrBq4fGVLzTJT6p29iQkdxmb4LgaUB SahIbPo30QuKSgfIpYUSSw1gHQYStsHaAVImH/lSp57RIFnnSkKgvH7DBwLPdLi2MTMJ17KPvVMP iCEohDkxAhMBiJg5EwppcmxmH9Ts1EBbKEAimqO8yI+QzsqGi7wsRVhwc1pX8qVuZbg9auyUEnJm HPABRhVLgeV3b6nQEaMFCd3XA9XowLP7Zr8hBgroK2cZvHPT8BXKwBXeFwr3CThYU9raqFYNBRmc DWrUbLebLZL3k6cjT7NAmWfyYl20kIlbQw0bEQWArWDaKMnFotbQadDWYyYQ0Bcduja8OhJGJNoG F64BfWFzq65MJ4sdO1M5001xwkcJ5NKoMGrNPN9UFg6gkjEVN3Eo1S8ZXVc4SpV+92yg/lzp32Qh jSQDotSY+ROWrrrjDrh8Qom1YMwGlHmNgRHKlimpcKPDkuT0H6TrLwXTlI8FiOaPIjFUayzWa3ws r6aq7LykPdNg4BYvoMnJoksGD/SzJ6kBs9x+pDvMRwzLVFXOJTwlgvku91xCNRiEtnsH1u1CR9x8 Ns34XNvECrRAA4xIX/n28ky+pHt5Y69q4iF7d4/CpcsDG80seVRDWma1cMcLXeHyIKI/pZ7wBIC/ X9iSKQjDPs608mAF+CAqJwY+/jisw8p6uWcuErr40AEbOpJPxNTAFf0xwdEQeQCuFZjuoXX49qV1 mydIeoOokCpgRLm6ZfOpbklhRBWnfH896OMk9WEy4vNZ5b7CfOCWp0nL+8sbUSLMRwGTwhiNFGV4 LvGjXmbHesIT1xeV0JDDMklXYwoDDC89k2ZHKKWZHCNtVlmQyAqTitJF707SUQOSP7rUZLrLo3m1 XAOCSiwD9kIx0GOq7KGQ2uBRfybXAQhzHP3IHPiUwiKPA4TefrPYDH5ZJHZla7md67pnD1SyjbVx fYIQ3c2bMOssb2T0dFfnZNbCzjyAPxXTI4mrBSw8dKsfndhPXkZAJazVVXi3bhPj2ue6zChnd5bD Izd5+tGyJXz+aiutkt9yzKEQVoGZ5QFFe5S0xJHveiSzR4nzwtIh+OARVg+I1c7wGkOPgMWfQImz e5pM55vM5uNjH7JBpT2vL0W8S+9hIch6ojBgKknWPQgOPMdUmzmcFaRLuEItsrAQUYel7l1UsgdR HZUmaY9B40YDV4/3cM1QLGXxwqAD/IBbPoYqTBEki4tmjGRr2qYunwi2wdgE0M3AAHtCCKNCrUTn iBROy1YwdlX0LxQZi7Tbe8GTe0KIZZNWEmqL46iVWDnqYCsvZYNkEPlFibBw+oXkxb4+qzB0a48K uhtbgKNZUrMjI/uRLvoWg6hius4X+ooQs1EsIStbRV8K04ws1BkWdLK2jLeVaRNBMynZZsImDlTl v0k0VwzJMZur+Tc4z87lv1ZT+69QwE2KAjoGmS5CGAlk85wINxnPDqJLv84GF+8fzzwDs9YT90yl AYt2RWrTxs2b8MF8W+glr9dH0bucv9maa+X5k/C7x4hbSNZIzVSK30V8+i6YLhbmJDM/y1LRz0T9 LjRo5TZeQtYJSjcNgam4ldlkXMSlX8KQV5CtkG4ozSUDFc1wX/HT4H4yEgJM3hpNqAhrw0C9JG7G yKiyNlcmNJ9yJsRldsMI1JFkO7cUg6YH6OQc6SZuGOdT4JkGAsAg2Vc7YDOX3RIrknQlGgwIXAGy B8PoDhj7XKqKoVJGx+AVuJV4VhndFkNMStDQMsuA9hxB5nj6VIRs0EhGRzgd+jp3QpRMNSwVU1Bc 2vv5UjgG5SvYVOlO/3rAuPqcphWOXNyJdr56cTNMMBK3aqlrbPcJxRHlOJZcLG1tbkJy9Djqc6eS 24Sr2qkJqeMuX8tulU8btRCsrq8vH52XiqJIFVTY06fc3CkEdU1CFpvwHqpXiyM24S+nw3TPrGla 3UL9OSXNVkqn0ZyOYsJZQS1fzqkWsHwyiahPeY74IVwWuA1hzNTdtTqQCbumn+56iOkEB0A0U4nW tZ3ciqolvchMp+kBGpRS03sVG+JyZkv6EnsSIC62qB+dRqgxWiqQLei6zDUIKhcqQUp3IdicL8Mx Z2S6Fan6ndDYcjZQjXuIGThrwpiNx+mhykbhB0UUwL5tJagq169Q43cEyU4Lzm8ew0hZ2YrHhJsL h7ardIbIHRkjKC8P577shNu37nxeHlvlIVUXAILTmjYBgEBmB0KtoQ3EwMix9w7Qhb9NXjNdVA7n W2aQe+PR4u30Wzgn01JV9hOspXpm2bRkRwy92OEbmvOXYrGpNiF3jA3QCE9hY6m7B4UcpCa+IGc1 BnNpNpkl5pvzF1PV/MwhgnDEZ/enXXpSJt+U73gQRssRKa606hQSu07mmAvpoPqtbFV2iM4Ww7Ei dBlG9gsn6JR9Mc9AEhiYzgoTxJW6nZUO00iqxQyHKDlkA1yu1uWqiocww55mvlKDXpGFZLjKU5aN B2bcvjIjSm/ex8oYa8BuyZav6QBl7iCr5da2CW1eU2J/lQXGDQ8pZUx4lbyCNrLN8lX4CTWF5byu ys3zw7jQb0EhWcWVlUvZtUTxaIb9E10eRQKEU4IadszqsOqSstvWd2lhaIrTQRMAH5wKEKozIAxl CMBVTTyOCk7RA7u6b5jXdy8UApBTN5vn8qTIIVhvXysXG4RSgqbWseJGgZQam3w3cIMu7/UQGXPJ ouKNNMnOvQztcIYXjBEht+7Vn0r6hWN+T09xaszrvJpDpIUElVx9jGZUpeYie3Htl1FdkixDCjLm 0YVCqRR/wWMakHQlOlaz4FjwMD1csoF4vhyDZfhNotI92+5+RDMBE0RRqQPonB4bPqDKNCUNpvMu f91maMsZfAlys9OiKU9+FZddnAGU6GFLVLA2sbhs+WU1OOcXHLJkHUpQDbjsEemVA0pjZA4SjOUg bdKxra5ksKbApXN+ECX/CP3K9NQU8QtvSj+kAa7Qq6m7BNCuwoBqFQPJoo0UpM7lEpJGWtCPf6Wa ZXL+UUQpChzOBCHwAaVA1olU4MfQsUgwVvjLUBCmRAxWO9TCCU1keTbZWKKiGOsp3T3iWgid8tq2 ot0xyClAq0pA8qWuqgV8cEnJUh6NPB8BEPV5ADnJKPQbUXcYlsMkQdIoq9SV5FVBnjR4Tfn0HgQj TYJsTFl6m8+QW7JMOWiTU/tut4o0Fb5Dx7atkGBPVh9t2U3On4/H0542ti+zhciX7S/uH09F4Ofn z3/KNNuTwwzhb1WaSrJP8x17m1VC7ykwvRrOfGdm2YyE1Ur1Q7mqPCyGWVadFq87LYGQ93e5/L41 e8SOcmJWiHZdtWjJDxXToYBRxscHy6V1lf0lE0BBgPlUMTHzpiy2SE6zP15RZThhGCYXM1WjqAk4 I2FF3R9pZMSgsVRXCn37bhsRCte4IVJJhaZYQe3HDy3zQSyao/Rw81GK3+nWlWzGphCUlBbcYsFB szbcUlDjUXkuuIgMmST88DpwcDE+e7yqUOpg4mDJebTOSgAZc75cDTAJf3rjj4qK0PPqTYW5JxvX MCnJf1YgzvSWmMFRGGHJQzmp21lWbesR2vlOjN18hJRVVJKPkRZVO6fDfLEojwUUqZD4WP7Phskq 0oJdF3Ueu9RmdNQAHI7lpLbh6qt680TNs5wShdBgOLSJBdW1DCyEkHxLs3q3GqjyXvXiQeNmEK3E MA2RpQPY6HM8woWbUFlNWlhBfqcX0sVnAWW1TVMnh+Bs1DA9PhXV3ShjlujFPkwOe0NU9FCOdTRV v50WEVCFOyeTNvnVAncUIvDprLKYS5Zn6Lr/WTcpLUNGFf2TSXWveD5DJij0ZNh6sKfJId6xVhWW K7QqYCkIqYmP0oIeiEZcS+1aH5XyKj31WwE/jYbnfdMLuZWB4LKkgiW4kGCLVeuDUIm9iJnPlksA MgPSuAwVwPqNyUjHbRsQFSNxH6nU5yyJkB2hphS6eOtJHHbfYaDEGZsJkgQv0BOBBJ1ZVwn71sQg Km/kDaJbiJastC9SiyERSU3ZM5J8w1W901akkbL/ejiL9wT3GmdevUjOB8yeluhrUlYL7Q3O+6Mw 1otebHOheT1HuRhSecWAhTK3O3NNI2dguPZHNwkmg4dynvUt2CG8lQa0zCUSRSUUGOI3RrSHIDpq YR6BlwTMTWgKWW0056Sm2QZWwo1uqRuTrhszawGV+ZEDpQz0hdzMBUXdXmX30UqbMvOsUbJZg9Y2 tHHuMhxW4saIZXbH2CS3vVVGDibBIr/Ks02+3H+RJJtJ6VQF99/UD1BA0GxNXZQtWdLq5guGQkLf SwaJ2W2QI39iIjUC300nlPIwzsKWxjx4amYRz63Pat2L4fqHvc3KggjO3sqlvE+a1kLXltuX5iL7 EO5OUEssyCQ2d3sLBLSK5vXDNiOa+shD3FdqFHRsUfKGqj0XsMKwtZ6yTQ2c2LOlScWghzl2Zkg3 isq052cVzJcAu64clWJdQRz45E7JAtVNLVFLfkFcSaYB162JfCm9i8PjHuJoaa4+2arPKKmTZpfW /ZrVdmob1lDCERsCcEPpRjUcYByuvFuZk37ZPX7rjyQQU1KtwdB1CRAnYSXCCLJb/UTcrTxP1P2d 11SdLkjDz8CBZNgY22XhwTXkZ4Z+QLRGragpyNE6C88ocyShP8ssV+cx8gGBRcrGyAVcJ1yxAwuM pTqeam9brLxGc5kJF5PWKKgKTVxLFtT9XIOWFQm+D3tk+Wt8l/dgtYgsW7Q+onLxT5uJhcvSSklU uw2K6OI6D5UOadxaiaa10ijxXZeaVpmUIEit2sFVwuT2dP9LLhyZ19um7PvxbE+vBmhX27YLa3sx f0qBvHFDuiXVskeZzzClW/DdSHeJ/o0RL4qwll7Y5tC+KrJc26A5Lm3pvrzzvlY7tQ3ufxGAqPbp JQ20/Tzdjnfl/e9dXoeN5YU+VTNs/8avz7/Y9bn0r0f7G/phU8UP++zag1dC3HbBxiVk+8clatCC IDf76wQ5aGrPGLkl6dtfkXB2iHyQRb+Ptkr8sudUG/N26WO7PqaCsq9tTUwAxJ/uiMVF3sqSXKWi pJFWcZYAjVOCZIRtVpmM/Yst6u5WYEonF6K2e3ASvj3lqbSGUk1Ss42F00KTiOmbuGjNJsmBuxQW j/TcnCE12fbNlwqkLnGixBh9TKZUcysZyuzr3fG6xGz1W3GUpGSJhc4W46iQuFaveGKOJfDGIvDA X/LcnNDEJzPgM5yl/H+uoZjvoMBQJd+gmPDBPOsNbVra58EhZ61YkJpKamxNwThKAjmCcZb/8rjc Z+lvXnC8i2cKeyUDlcNR5KuAJYc+ubQMKXyADggwO5Higi5dwZVqGsKlaGKERXdkIyR/6s10pgOs IgzimxIA+ZX8P05Rgk6ljCZJRbJlxxQcdBT4gnvOX9kHlJWmFT9gBCBWKNIJuDGKg7oooBoGBG3S oX9HzB3QIHCyH7wvW25WB3WzUv9XAQ/jcvbApNlyOX0791a/8s2VCbF0OtgaVjRl863plRbSXLOV 5mjFOuyX55EQS3BI+MVTaS1QctY5ihPXs64BY5EaX2yg0co+HA8fSVhvCVtLAViyUhZRuPO1tmG9 jpGzpGBg3405csNLKVNi2ZhlYkyYQFwJ2vG8vRjpLjLTdn+65cN+KCvTZr3gODZbpJPHasMXNlvP rnxjjShvBuQ7G8rLxIQmdoyh/zal19ZAyM3s8CtxZ0L+TS8uFw0jTYaA/jVu4u1jpk+z0pjTM9n6 k2SSFwtsOGN92WYzgOJ2yYYtzACcEgJLs8rKQxAsr1pCL8TezjZsdelI73VCIILln8mn0gr5S0Q2 l+e8DVlWymJyz+Z9PrLUtDnDGASihtaFZkLJWeCVxjw9gMIJXsjN56Ap8IxXO7Ew2q/m4IWtQC3I 4uMuL3LZODxAvj9xW1m+YkCbamK8zcaNJZR829/SR3uM24ZdxKloEE582w+TYQtgeoLbui+ECJpi gcLMdN98G7a0E699yA3g9tCXWX+8pOECKLivwlCga+teBDy/CzUCi/MOVWewyXij6AZkB7TdWwK8 0CG3olQ/+GU/ANv/bUvuEjYUDbO0g8CkT7AAxHnKoG8voPwVX2bAVrpdm5ihRMZA+37IsM6azzNp 7jXr7BelAAOhydQnC89beaUtDWFaZkqVKZ2QAVHWLnuR4UBODbWJzlyskIGJtnycARQ9pAu5fQZu F1YqbLkICzgVJ+edqqSQ5eh3KbwPRiMGogtmmBmaN03DCiRon09nXeU0VeAQlmbS/a32HvrnLeQM X1q54wDEyD6DErYW8NcmQTW5GOZkSMnCNU0i2Ft9hhWJYcUVDuIq19LCBMWZApfmg4ncgjgAHmGK D9jUpsnv3byvuNGTsrJi4CSGNB+V1uaz7gCUpztuUR8X9ZyUCTtPJwxfFVeb9OUXJZ/NIvxV0gz2 gMclX4R1zfh151DL+4mFxIaTrGbTsqgt51XRMwsp6xZKhqGya8OrXSOrSgJtuLz7DWM5dO0Ojuu7 JDguMDUPzHfIo0lYlgXo2AlYwHomoVmrBwMJCqM1omNqJcHidQSKSNlXkK6DQrCzKYxqlhIUsphT amM8GPSZjNMkOtsE3lAeDk/mWkrp8NTZROYIemi1vZ8CbPDaniIz7Mw4t6HxFZb9R60hXhE1C5T3 LnTC7EAwI6D6AqpueShpNFltWwavjBRMJUg4b49z+inYoYITR2u2ihLXJDkaLSggSsRgYiY7pXyZ qG7XLsLIOXJzmVwMZ1k5a1u5tVwiVCTI5vhpQ9lNnkABsA4cmNrIDwyp31aCUTl6emhdZ8XnbmqR uWlp0x/yb+p8rK1JF90kzW6COEXBTbiqJs3jMyydzKLf7aqaQxZGC0OdCn/ACl84dwkDE5aFSPQ5 Bf/7w5gp24TXp35wEcAESg6oVBeDisWOZwevnkewM3egZp6YJYxOFpoRsmQmh4U5XRkCl2vCaES/ VY0asjeXiYQOZNs5nToAv4LJLJwoms+5lsYJO3fNpiseRW1yJstsjz1OeGgkw3l9oW2y5cjEm3tK 4gLsukA4pwkqc+5bkyS1I+y3gzTjxqNmQMliuGwdb2j68Eo++qRcciMn5WXMkkDTyJyYggjIEWFr 6JSvbMamnfaJzspAAYDdpZhnIUHZqh2et9NaVilgFc3zimZQZnVNyPTQV4ph+7k5N3oM5+wJz8um ggIWTQTyCnaLk42TqeIL9ajymlcTe0Xa7swQova5vDOQgVS6QWMTtmmq4YybPMhp4E2q8t9YLHTy wMaC8GEpy5Ywp2HCIr/KJhlalZr0EuTqq/TFXSte0HSeA7SULsWg04dOzTR3SYLljlRbppotBHnY pBSanjMibyrwTIF+Uh+No/JYDH24htYzrTPiLJP2awCNu+fIhKyXY7mEo+PdNxUaekyPmfXYLHuo uZbcRH/YzKOjVsiojOPJMo0Ro9aEUgUKbsDq8gLr9SD0QkV1nEThx5rqyiouqyalXOJL5VZ2xAUA kn/IVphRhCmsAOvoI6x6FRwmjlVRVrdOUFWAeiEaFfdHOBO9yKqru6IyuDXLtrnXbCylMhT3zHP+ sHjNAEJO/ZmOIT2mTZ2Ua6wfdpWnCNm/7tARo2pBQl58EYijSCzC1TFuDZ1G/J8x0RHQCXyAQZGW FYVUuWai04SSu+2gqhOzVeKkyazYENFSjymZHiAOKw7z6ZmR84BiU5bgYrhfbVN6Ku/lQgyah0Jt t+nAQmlf9/tUA1zBM7s55VK5iwJGPic2lBY+3hVnYFplAS8Gcq0Lm2kUMXpPjRtoPW7QxM0ih0Yu pFY3UtKIXT4BLZY4SkGXefZyIllUMbYUWN2DjxNFqRegCQfyaBUQFZtI19JJ7R4qFRgt7vNEEbcZ 1OffCCsmisBmCzk7Mgj7nEUnNOlIN4kW+wAQ9POaIJRFw39SeAN+6+r+t1R5eSMSzQsMo0DjXRhV QsCYjBqP6O+ZjpVutPqyObw/lnaLfVL6bvdV0iHyZhY6XEXIqFWRTCuqUSTr6Jej6mfggrUye4UT KlIxQnlgZIICLtIgdCMaInXxkLXIQ90bMZQ0ARAFKgTJJ6WsDADIEQ7xVAwvZmsCvNhMthIi+V9w gWlEho5Mqk+upAyg1gsdknBpagCovZ5REuYwOlRWA/FVBqAv3JnOuJq0MdNSutUVVVHAR+bF7Jl+ KHq+/SYqiEl4gmtqVAcosG+qG+RykMFixrKxui276IbhWuaCIP+t13OU1rhgXCJSfmWiqZPCyG6A Yp/rxYKbfZI0XYcDu2VW+tSsYTkLoouxHB4jhosMv3S4Hji4UAJ/SS1rD0g1ByLC+TKEUlaBJuoh DwfPX0kgcCZdcaQn4XzXDn7C2iUB5Kz9qsToLKr+BprIDkULRUlEJtKNJH1GW1MbBZoWNhsJDus2 atEJMSs1S/vjIJ6C7gCogOVI+momMizKSJyEgnlx6VBxTIsSC6LmoRROjEmyBBzaqFCWLFTiwNFw zXlriXuGqyTEvF5a1SQqyoVoPfAa1hKVlGckwlfx8DtTZwcldexxKTQwkpxkwPrSNZ9gpoxMQruS QMb8qBtUBlRk1apKzOmO+siM3k5BMSHIAlgRi+HjGiPKDy7FdzElWIQGBo3OALxX0bCizuTyIRgC CF+EGpGMv3QGaRwXaoWKOQTHCE8q5vCz/Fh7W7+aI3uZTq/fCQARsheKbYUAPCmb5ethpfEqTvYG hByAkMNbUmVkj9SYSHi6XMUHLcmkiYD2zkUpuWEBDvgAG1TqgHzxAZlROeg+XkLshGxMhVKe2mV8 OGYTzJIsriIdqg2IGzrIgwLD2uuOFv2m02hAhIERXzQpH/RTf4UbpxAL/NWEizrFI5Kr0kGOhKWg USW8An54AcmAKGQDi74wnoeqRmoipKTv9oSqCBwG8YYjkwTosqbEWUtgWPd6kYVWz4HsQ2mW5Ix3 4OmrKgtKKpioTmeDVW56RdFKLECevp5x4TV5abb7CzhJuwWO1tWgLdYsZhCxRiHCdFIhhzmKFymd DEQxhEA8Z+G/oZ9l1aJRSL4SjW67RyBedFtEdNaPI4F6DdJNmvHXmaoVc5EkkAfBLvlV8FvWG+Az fQbDAzWgrsq8NMUD4GooLZMhzOCsNChSd4e0W58y/jw9XKLdg+XSFrMtHbHONMroTk1eyEnBuUdp w6IPVfAOt2b0UWBh04VOcpNM4YOijW5xiIvC1834DjAixp54owtTzZvy5xKmX0A2fjDIwDFmYnhv j1AlgCAUhLHzJo/A0ZXNOJlHi16yxhybZLLJEM2fJG1a1wQtboUJ3YYgeAmaAH+rJjmaPDzTdkYP pE6wSVgoKKUp4i1v9N16LY5hZC2X/qUdAIjPbsbJM10nLYeIbWRHIeW2bi/6T85s3MLQ0kMRJMS1 hiTaLHqTgJb6mu2B9m5LtjGuGeUkqGMpqQy7fFXHRkpu/taA4BsrnC9pBuD40WHN8ByDs4WimNWV KCxSYxor2mhu+STqqFSNwVfiQSdpR3ijWNXTCMCq0ILk8O3bZPVovxv65g6m+SXQ1JDYg3qCD39p mdaKNAbjWwVCDWfnvbgwybspQxbMDS5JeAt1OnNtlmA4iV+gRD3TaV6NlLLW4nhExalrUywGo8L4 WqAEKoY4bK/SUq4jegS58eorZ+c4OtGYnfNcnPEVhju/230NnzAiWj3SAr5a6ibfaNyGn8/lcMm3 rogLO1FVL1mfXrMWnQDIkuqBTgczabBfHxyWEH0yCREd+2QYfVYaAkyt5aKI/AtfilcQSekDm0KS UWjNQVcXpmEBFfYSefbANKU3JrD6p/em1DIQYzXfYYbkozfTykxnWdPOsQuuIl2Z5bgpwE4U+8y/ UEt6aENSpkSgNB0AodpXCmzaVTYKo/xObTaykNJVBeF9ZKOSaQ7J9vMaY2nXvBKsle9hqIme1sTE aJBvGmZ2iZmmmaa7ycYKina8kTbh04+MzEO4VZ96nDfm8Wggbc53PtZhnTSmumudW3IT99YJNJsl VZQ50jw6AeqBarhz7mTGmt0B1dFoPoo+JtlyjhZR7HDqNpBT4JG0gi+buvjQjg1+JHvG4r9alqqW ZCboWEuuNBbDyZYMfdVX031/nWmsAMV833S4I9XFkJA/oJZYmqE3wSVo/SERDeXFgYlQXw3B4RQq ylSm08B1nkSM1lMSyL1kqtZLGEXVVOGLS/V4Mn8YwnPsI04GLTAkrQrauMvaA8NyOHVk1FpqS4xs OKiZkTRkcgPC1E8EgSKoNwwzyDH98OD5URkRETE+VWuMVuos/ZNX69BwgzVY5Fwg1O0DxuxMWQ+W a+Nt4M51e6uki3nHB1horJ7FMnHuQ+eggSwpxxT1mjyBoF48VnJSuluZS6MlcTIZEz8JA8IcMbgc VWTRe+mlMeQpeDdQmNPMLpDyYrVlaVBnyWbzxUQh3TAfNK9Ej7mwO1BLP/VQqu7zTe4BBzTmtoCM o4mFi+LhbqIawbVCuHRaACSuk4WWSHUhrw8o3VQg8T5LZuQkgRZYZJz+IwFtSNvkoYEq0NkDIYDr Dog2vRTSGT/ygObpbqf0jSwidamtFQVNcxyPSLZ2cP6zl4ADOvCVXRi2KJE+jMkYfvW+pJopsi3g 1j1EyZtP5IuWJQ8shl35xsLRVvQFHwWmNOlui7cz4GKxg9gD7nwi5qz3YHXZT3IzpvYh84BU5TYy 5hFZlTF4CQg0F5uRtGtKtqV+JZiyTb7E+PeVuYf9Fcd0qOBWp9khl+FisL+bqmggAZlAWnChWt3x oNA4tCt45hIElDg//1y29hX+wPAWKfKt4UWTygFUZTDQ0iI0mxpNktiQAwRjWud2K+8lEoeIqzl1 q0Or3kEsuu5RYz8jsrSNVehDPTl6AQsHKtJBsJ5t0S0Omw0xhpZhMFXhG09yc6MkLnkyRhgqMUgr yoz8C52REIYprbuwsAB9KwmWpzEQ1EVKsFNhUzaYyxsPKXBRdDVQKbQHTCiSHTShTs0QI38I5RAG TyFS7Nt5ILCRFODXoW5aEUIBzBfyB8o99ejYySR7lEb/ZZBoDQH1Y4ldd8mKFlnaiAZ9UVu37QUh JrQSkCqmLMAqDrUvEPVt88JTdXYxbJuhDcYQEkLmnl3B3BagkgK2E18MJudVGkVhgyCsdCLrLtR2 efxk14CCeLLbahkBlWqrWcPvWR7FADxyk4fk8A4QJIjgs/iA0aNjde9yhsAfouduScL645zAD0+W whEm10ZsDs+r3PFZrs/2ZBGIKqV3CRj0PyykMianG8fpzl5SdWaWpL8mS6Av3YMVLetezpN65ztI jQhdGZAbAiLEMzk8glnHEcw+ha5RLmVZ/pZ5sJryzFjOqEiveBBSOYNpZozPLA21QKnl+kFZ+Wm3 XgzElYEwRUhkMMLlkaorLhOSFREZrMlWDjvdgYllOj0TWOnFdsV+DC3zhJehg28Zt+ZJG84RD5B1 z9EDZEZBI9YECFkxRqN/tp9UXec0h82CMmEHBN9QBf2+TSbNP/SDTjjdNH+PYcQluMRuLROHSXRg j0yxR4/9Euza6KYYSnmsTjHZehcXkREDEg1Fh7TPhCp8Gje56je1camkGp623qmgn8325if0szjS 14uR9ODPw7HwgXCzAKbQ/MvZ2YkriTiMPTdAzeVATDoKzrXFYCKT4bs6z6zqS6z4UuHwNcrqguyN LzoylV+xZw4MG0GSdi4pBMZF09VAO5tnkEZylglROmaJ2nGQEXzpCdPFtgJNWDMjpG9aKtChpXQA gcvzHNcJXv2QQELFrG5CuFxX3b4KmPJLFQxH8dfeJHqjgmospKlHc3NaVYYhQQSchCeFHPqL9TC5 FEFVx4y+SnYFHLxSPgdEHIk1TdNsfm3mMkZSQsE350Y+WeXRzAmnBYXZb4Vrmsm08JHKI4RaQ4MR KBHq8abKPKiNDc7efE150HRsa/PkT45xJ/OvrDqPqmwEFiuX+NDyJzSE1OEH8zJaQGcvIRGWBjTi hRpo5x/UKvxaJuxbk+72o+BGMskOmSeAdwHIwdY5LIuQqxtFN64vUtvMR45KmYV+1mjwj8ubXS+o v1jge0l7QbhYT/gLxDu858Z8QkazazOBOhaqtgG2gcwQdj+uO3FFIBShsud2TW12Fw/cEQVyGTQK XO5OnuTB2TysrTY0buWzy7O0YlbPcQjfYsviV9m+w9oYroXZcQFIe3K3qVyVZ1h3CuMJRYv2TGap 8WW65HERH3ZnEgut9EYn+9FIpx4ngYkI2zOUuOwOJgrRIt6mpPN7UzqDFkelP5qQfB0Ekh4i73Ia qXOnXAgnXuhfcO3xx3ZmbmJYSuOBjtXMu8RXqRFuCuq4pjTXp7gmkT2xJyfyAMhwu/7dGaaSJo20 XyKUfru4B6HjDfV2RhqZ3b40blFZ5wjH8VRWQLWOPKGk+CKnVo0S9R0xDvn7PyhIWZvja4m+5MdD ZhnhAXvlmDB3Jhxwo61IlbPPJWEpyYSkwgYs802P/B2bTVYolV23YCOksZyD3ZIIsaRNYxeS+EZm W8alPSE7Dwf8NpRflNsNZELjV2jKwV09P9Ldmvc7rzN8fLItH9tXIfaz8FxW4lpv3DadZn8DXrGJ dbWvX9u4NTXrmmjWIBs3iFFvV+BFTjoqBOeaWRHr9+IrZMP8aGgmz0RdSwnMQN/EauCqBS4AEtKJ mlroAqMbIp7TTqaS1eXjzawFpxZvgK3GaeeZPGQhuGyfDSCXTFwaPuhKtxpjRZ9J1X/BY8LGAgmT dSToHGFhoqtDDc/XK+aoMZS4uogs6WkpNONZq6KBPnsRp6l9KJpcqPytOzYpidDGSlRms503Y14C VXaUuBOmgMIQmwtjKWEs7CZBp5ggqhFM+uMCmDCUSg6NlY0Cdj/oBGHEgqQefXbJqivZtOexycJ/ /nnhRfhGsvmFCz2O4W8Kb/ETscRGcte/pvoLlLqWEAIrEujJtRaacflSr9kupMVBkHT2JwtjDFHe hsie72bw3LdnYUrR9Zz9IQDFESKaTen11iXNp4zt6W//+RUEXNpHOqqAQ/CFLlPmiPM8uKN6jkLZ ZVaijd8Rj8QMJd1WLCJ0BJB1x3Tt6RgmlNx90/ardzIhQZeMdqKRR9RHQFTCwwrOvGYfXEp8OsdK KSIL0ZKK8cJMwhBf6cf6Foxl3gcNJTCoQEPZt//OOr1EE/2CSOURF2QVJkqBq5IL5ZQIxZlUMzBN Yr/tIoOaUqerWKRnvfVLgo0FnPMNumoHVE11qAOCc7npU+pK4J5+ohv9sJRR4DDG/dVW66w3oYIo UxU46dhEkaU5Eda6nh0dBss6MubOQogylpZSCVA6okSpXD02i5FNEo8PwaQMEHy4xqRFbhRcRzYe witzTC2rMqGZp6ewyS69wuQ8gjB1WNKCEsigJdmE1bGUzrglKSM/HaZaj0ib/XIH7WmU3RJDQTyX D8wcx3kW4Yyu9CEDb5D6JVAngg4gAK9EQOedIi4iRL9WjM75ekx9cJPrGcLf3JwIS4HoKIXDxm2b kLa8g4Y16FzxcMGs2ew+ZF607EnLdvRnPLaDaGLfFs0hes9q9chlTmrHRMreW2ZahmRDQcHU3FII r4zZG1jsDUugrtmm/e0Y0W7+7RimLtnjapxbCPZmgT71gCdLMKTXHNhnLGwx4j8zPK558YiaF+Xk sEjaE7wSGGIwumEN6bA+lhIhgzCRpHTsvWkuNZTTrSBiFoF/WI4vxer46qlSIwYEtZNBQTdJkItJ a4hHXNhGMJtOYkw04Rib2TMdvfz5t9cT6MeQSVKD6tkciCTEIKo1Qts+6MmztHswlS9lPGmB7AiO c/oAnyAyMRREABFvTSA5sBk3cMjoMvloZhOFmT2jlw0HsKk54yXAMufwkC64ld+ogY08jQskW+eW KsgVMZsGtRIi6ND/7GoEbbkaS/eMZF6tj4jda+XPigv09Pggshle7/UoBbS7Jem2WC13jyJ0hsy0 DgwyxUbHJ3f2mcOLUMgPfdhuQKZDnzlBbHv7UqlseVTONMMvH2DkXLenp3EqmOo51zEgN09ETc0S xZljrO4XTSVw6CpH0DYDM9IK/omAPIL1AtYQg3BK0nXe7pooi/IitckvImHP8gLqDgmLhuyGJSTn qDGU3D7qgHuz2jpGu3+Yo2i3BsI6F06Jy35FwuyHp9dtszb3iZqzgtPVRprBBWpYwaMJ8rrTA7nk /4ZmRcujwGE6KOlYOYJZlWIWuZrzVt7upFbMWpLA8BIPo6xXhreJydkQQ7dFq6yrLDDNMipqITPd jaQM3nCMtXhBE6FolRzgTOqtVyoZUIWoVqD8IL4rR0grr80AtTM8esB6KUviT8ilVGgsO4kB3GER iRToD/yPB7YjIGb/tUUWAtJ4kSgM/fYa4Zll099lc/LDqJclrjSkAxLu1ByNDDZzFC/wTDZVRNCi K9RYwmE5xFp/KtUWNAgzboxRLOd3Zm1KxxkkNqKo9INhoVZECPYTqfyDdTUdhPnyjeJYinj/dtep YIntyHTSzLoaoZWQshayz56dLWrsFl66rN8KHauEMJHcTbxMEwUOSm1leMKunTyqYlpdKVqsnoa7 zkbAKiT+d7PVMB6L0kflhe63VGVwV0JLomhCX7nJJwWJFhmwsSmdLC2fYPnVJpQD7nSkosAmulgR Q9mjCoJ6gFspagw/hLPihIH66K5EBtLFOs/yi+8tIzLow6OoLcb4sELS3YwMrToHCqpd3K2ALidw P6jrLf+oNGExSeP2wOSze8pPjw797faNtYk9s9nzQoobPdbz8+OJzpaLbIFK3ThZ6UR/Vq042sKe ViuSnYdJn92Gdv+nJ5JiRz3EiHsmyH0h8z6LLoim1Q/o0VhTLEd0Bq8B8iZX62mqAsn49lSRBTsl P+cOeHekiLQFKratvt//Yt9yoK1zUQxCm/Uwij9IsjYSR1ZGUZNLWh2ZxyegphIrySo9VS/KuTBe rlI9hySZVffR0NbCJMMRqvVXSkkViLIAhumoWd/M0rIVL2XuqcSwpbKhLsQva39w17KWRqwmafaS AMlH7wSylT894Wu+U9Gy+1JJyfBKyNZc2bs7sVuhwyFYiNFR01Ngs8d1lXm0EmrDklWlsdYGuHdB jkTL1gk+UZceOoEIUi16sE4234RGg3hnYhW+y7Pp0Y9LM9dV6lC1auO3krhCN+6YIvW2cgmz1FEi 6hrC8YfFplw5pvGivFw/iRXu8ne6naM7qkJbNiMyuxEwBwAp7R9TMTMQUitoIl2PwFnOEdY1oy/O T40AVtNqOTycQgWv0suhoou0V/GzJkGUkTaH22gRC6lNIkzwMNAp+qUsTzcoganGw67gdIl2YFGA k5PvkQrfTJMW74I3VC1EbrKw9HwxI3a68a3jQXyhAUqU40JaYITaWYiY1vx6SGaiTGj9W/zwH4lB YKIKq8X3eNODSxhwAmyhHkERalkyaVNAms3s7aoCU8i/W0JOtmRiol79PtgskZgX0FK9KTnwBJeq w6uvM/FoqWECm7eibyv3dJeK0nSu5FtRPnM/etdZXgwq0YnfJgUFsnZiidT4qGsKxZDg5jIhIPBP 97FB7dhMkg1ESS4T1BRmIzaQBxGtNpTJqH8gnXWb2jAeH0iLmfurGHzmkmSOROIM2QVKBoCe0ozc LYnld7qNsAQuolErIdYOi5ggCOQsRLKxw1dyOzQWQ2Xygpb0ObPSQkSZ7TU9FK3FRLYTj1FZLQWn pcmGZVUEnjiq6GhLugrKDqfrAiKB+JYFm4Kxp/RMNkUxuWEi3bspmgHtcL/0I99BA/EVrq/tbS6J lZU721ypTI6DMCqJtOQI+WVr3RecpVeElNML3JJiVq19C1rMktKWOYBB5L36MB0wN+ndcbjwSrsm IP9//kP67VCvA6uqtkmJMRzphWKOyJr9J6c2DyApc4hKAjkRwlxSMUchq42mpT8GM2Lpus8S096m tmNmMghl572Lx/mT0mN3e2tI0Amn9+m6EuU2e6NjmX28G0iXe68fOXDVFKZ7syGievXWAD3STk9o lorr3vvsysGau/hadbmJoK8GTH962UjOGbK5XzuOpFMiaNqW1jPM3qlHVT6HH83QRszmv+ZMbRjY W+r4kJ/8obVDBmWemhpleSADcC1fw4s/GriK+CJN/3wh5MzGsmFhJSxlYghg2KxVm7LdxtAkmKq0 laHYthpHw7SUU4qWP8DbXHPoEeUIM19gadC+t3rlT8eLdeV+VTA4gErQ5FA1gCD0Zr4gDs61g2Gl JOFj3tcdgZI3/uqhA06BHuFSBC31Agul+BYBSiLwBx3AgLvG4ZIxY8SNv+AKMR67482hmQv9MdHg /q9yG82ARxfL8bSVGyAKYlOiDiO1gFEwWmLvlzYS46QT40lS15zUb9zpkaMkjeCVwzbvy5jZVb0O AyMhnEgGekSZ7+SUqGgNa7Anezf+7+qLtaRbTBsjm/QhbsCWiKOf9TyYoYPNGxmxNtJRzi4xbpTQ ANXaApP05QvpARPNMuU+MOTIRfTO6kMnEbvdxH3JfkzJHSrzb/ZLO6yiWaR+s3gqSkbNl9GnbsCk VCd0qkLkWGVbXmmEwKdtfhjtfJ+vDIh6OYWajWmo0YeBBQV944L7spaskW2SBeSp6KKwVFRBlAqu +0HhRNM4QzswqEWrqkwiUEptMyJA8F0bpRpggoveh4hgzGq4y/FiUFSQVZC3CbXTbcSJZUzFFan5 h53EBWSiajWZjCS/9lvcWTWatbRZqVHwHZKFGE3ATdM4KcnlwQbVecUyFNA9FS0i4J2aUgkt2flT xOLANiteaUt6EqsxMlAiFkOc0o06QIoFLEMIhkd+gVNc0Qg5U2W1mcwlo2Gk2AuhzOAIoYpc5CK9 gNsKPbOdTDje414/S8ayyOKyUO3g0k+B9Frg8z3vbnKahZ7qRw6ewvg1ObD+Jq1asl7eJ43RLK8v B0YXS0Zz4dTHk4jLFKRJTa/ETTjXGv/CuhwGO7uWV8GbMIFPl7tIFPQIWQx3AKbsJs5KPEJI+3C2 eEi2YKLC31qagrXcu9W4RSjJ7QCiVy/hHUlLSwPbOVcTE4BTQoUW6bRxy69QEAJrf7UMDBK0ZNvs bqmK8bsf7T9Fb+SZRDkDRqMKyxYpILirS1N4lU/NkWXst81YoXSIQ0cm0+2H4KooJcAucTEaNh9r tV7TBQShAMSYOMhRGg3AJuTcuelFYjBRMKw+ukiOJIEFd67aNLYRu6G/lIaQTExoRapPMuWiLcQv GY59FKc+bSazxFISaJRWPJs/Uj+H2HEaSFXwEgkZp09ObNmJC3yFEq2OQMb7Y49BdTdfK725jl7s yKF/fEuLDM0ZDyIHnmgwugdgYSZemKWggzhKOfoWYkRDX4sM6BLuotRHjrhaGWtsNKIONl2nsB7g 0wDngIpV2qmQ0tCQq0xbPqvYB5OhiHa86Q7Q8hralfhSTdEF1yFQ/uJTFPqSa+8fBik8ugzaGX9R w6lksrVrFsJIggpHynm7dzD3Jgf6Kak0YBlY99Zzihy6saIZb7wz35U1GQk8FAtxitRSg2xSy1Yl 6omQAMmuCg6SfNm05D3I6HIwnhmQPgP1f36a2YBEIA48zSeRx9XldbovaczMWiCn6GycXqtUWw1U mxVCy1ugv16IG1zQIZBBITHKWy+po1jcmBgReggIjIRF5BxVrZXUwLihqB7D3qQtmcyKKElvziTa UsA4zhogDKBSPb2agznpFUIMrSWJuhIaIPBJ0XfXT16XR+gx9SDGxESM6pYT3sN2wEzOzSqMovhM FOm1hBwwl1K6rliMkc5iqpcRJz73BMQXXJ0StGMie148oeQ+v2S7HG9Fb53ooNg1vXX71XHEV8cj ZsrKuAMfyuyVB9o7eFVSq2ybTNYs5Vh8QaXIrr5KNJw+I13SSt5clXh7lVJZJqwvxhfn/IcA5GWQ DnMK9NQOYfha2CmUsbTkTz3+xEvUkhO2jSQydL+hSxkgZh2FheOafdORUbTmAuNCZMDVsrwkW6cu TOUnYCc2mAm8moW6pAfxVD+45xw6j8voi3T11UgEtCiz4nrokpi5CTAJrQdBJEL53KpAKGpmHqzd IJCXeJmkqBfsJkIF+dgMndRe4OSeiUv3NIZi8VERraDien9Jq0gW2gMQHLrTXobNxSXNNEvIPLzn szhINnFcgF32HATsZcbKSWmnqKcUmYPUpbT2RLLMhkcWfyGtihBXrsRV9dg91yJspBZJ6yQiDeV3 4yHbGehhIBErqGsxVxUuhkZKtk4qHFQTSNKMlrhsKRHMVaYhvTZAnCMSKSWTRvaJdRlN9tb4RMwm WnDDgOvFXNhVQJk3dQ+FnkNzOQlMYUfBQPilGTJ1UbSrGmPZMC2UC2RtqZGpOIg8WigPwsPNgnxJ C/YSOp1ZlslgwvIq4SX+QU1QWzA2r/TJnx5T9ZPUmpvhyoctJ6MFY2Ks0lWVkLIOEhLr9lAAd8A4 pJkZlSnJGVKm7xO87u2SpAuCyURRgoyk7E93FdnV/oaulV09Vq+DVW89Zr6sQ/tKshWLVu+taISL H+lWSz0F5dmlwuYPQQm5Vac7LDVCvZIhyu0d6FAPx3koQNV9j6NWNy4e9WgB2noy1fWYVJZVjlaQ Zn6k4pkHqzdRoZqqFtzVdsFilhjbJap5iqm6r7jqAqcszGulrpbqy9WKPUhYXVrFXgvrQCuYVg5V gG2u2aOuaUcC0qrAHgWVkKm92x26+LVEr6rTVKAKavlBdGWfsUn42TjG1S4olE2QNl3zDOaaRk5U 0f9JwZwo6pmQEgovgZeUK/4iSbjJTHJ5BSXQK0tkyh0UhaiThXAXdsggU0cRaA9buZimNchqZr3E aY7ZDi3Y62kyORtJ8SJJU/jFQpt9+99irUI4e6rCjEyiiPQqg5xIlYpGABSj1b5FCHzKP56S26hH dzhTIT12yjj9yhRAR26H0WFv3q1DItok2ttrjIdiT0+X/ckBc5tMt4Sy3FjHvEkpWgPaKIkpbeh5 lIr43TKivOXYbVlAGDhMiU7iE1uNVlrujgY2DYMVimV6bUMwYlC6/r+fACD5uEvStjPZYZLRFZK6 kgRWBcd8Fs+rqBk9TKuHEdyNICqggYBc0m8S19C1JOZ3t2lMVbClw7sb1lkgQOH3ook+tddNhXW8 9l39s9eFgIb4z4qRUzdahQlftirn4vVNMvNB/ZCmjSAMRzHvqvf2kGPXREw27e+BMEPmXHylLrs7 gxhEwmin8lqexG9MFpoc6HJbmGpk7DlagLFNLSggi8rL3FnjUD31PtwADnXrmWWcGd3toW5CFQd5 NEE5u7skbor1SEZiyZvawiKKcIiiZyIzKXO8OybwqrFSZrjgO1ajN/ij3C7JKPwHCQFRVpZJJ2Tm 1lrf9R4yuM5PzsKjswpnTD1wkZ9HIehIXlTPcowDGHuGyIeQqitENaEzPGQw6KhKxQtYo5Fn4Rrn X7HrCKW3appp8SDXcvPyiSjWIeGUhoKB/W6g8qLONQcUSmmZe+qYzg1EO2fJfQiTATsp9JBdxmYi I1OevzKYbvSXQNo4olYoR4C/fZFS5tTsmumit/2ajKCVsKm7ovCZV+hBGC0b8EN8dSgiiixlskpt DpUSCqelg8XuOufdwvS4itTiaWWOhq3OIIFxWiGlzEdHVUtExiVvhCPBtHhDmusCiVN5eEUIB4py JV7lW5J2KfSWCQGniqlNFiCKjoZ5KIUxpQx9KuRHvLayE7a9KZKxCMLhVlvFnMkgtLT4P7LjqBoI fWpT1cXV8m+1bX0hGlnr2u9y7TrGmhzUQhsnSIHQIMXkRwytr1gUaM6oE+hJAHyhaRQvaxeWMr6y iu5oMDSTIyKJ78RsVMmkr+3QVK6yJaBIaloXwXWL/0tpxoyNobjhnp1RTQFo1tbNO7TpWZe6Zxgl G3lEfrGsuA6dg5Qt5UwAfHM3EHsGX0AEfk6W6nG6iGRy4EyMy7iYf3IGOQBSo0zQgRxsjXtsQShh dhpwz1AVw0bnfuUYOgnseAAe0Aagmtz6zJ2Zeko0Q5Re5ibCrt7LGRiqZFKzUhH+zv7Bf8Bl9GFy kx0hBDn5r4fChQjfdN9zP8JHTo023uafWLaAgvS80oYbBFxqFHlVvRye3Nz3zNftmQHCPURJX91R boIM0dh1mBRmId8+DgFEMAgdd71NgXp+JRAaOyUeiCElaICkbuAWcdBgUHlLwtWbH1a3EIoMTfVe jcwh9+hxZNmAEIlJqQ6Stu9HS0oCKfGRRG1wrcNwbbt8LO4A3v8rzOjCS9QPCUnetQmjQjrCdJAo MNNygvSIhUKJXkNywh9Ko5ckF8XCLnS2FiWPzXg0JryKSMw62vRXOszwMq1+WytSegMz9ujimSJV zZB/NIkDQ5m/z65KT4MUzuU7A2fzXBiiGKt5UPMBQ5XNI7obE6FNLpnP7k4B1EBP6MFRCCGskAvI Bn1zXVjHuKzpBq5ZvmYVEri/m8GVj/xtqTQwy5MdNq/RR2DV3LaJg1w9bCEIQKxnDc+EkbAUAMgz wHFhsohRZuCDBbLwLsTloigP9QdD2O9vo2nXP78ElxXDFgUUXs49/chLF6SDLDNWCtW4OLLZh8Sz hLQ/CUvZI3okMrEBqhKXK3TibDQ40yNvYLcYZG7V1MQoTmE5gXgawvubqPKsOw3QwGyFdDYgIdRj t+SCSqjofwfrDmsYmSCJwSdFTONSYpUEKkyJaGmy2Aw4dWdt/IVQRQJITLA1LN5B2RBU3wTgg+ln w4TYSdlAvI/dT3R+cyzdd88itUYAI2KyCMjQShsyle7qI9hw4XkrdhI9pGFFD4+aDlLCvcjO6cp3 pgGn5nAVomWBAVruVjMI6Yowbu7lUaXjiSGEBq4sAeLp2XXldF9iOmsMb3i22i+8SSm8GzZJYLg7 BfIsMAV0bXtjA1vurNZtGEA6igJmPfBTEsiWyJgJLLfJyKRSATXgSJ8+3tq3JVQHLWVya63R9j8v tKVignCalabE0jJS13i/EdychIIygLDF1AniEKC1QMfiCDy3KawgWE84Jj70BBwnEAgDI0Z0SEMt 0kCf64PxQsI8SBdzAsa5mBjUIIybMRAXcEa2zTZ2m1dTd1gCg9vnZa7DsJsdGFrfhX4juL0sLFTd 0kNQwI53a4xaEOxggYmAnZEpgQYqgh5ZbuqEiJUjnOzWcFWvnAeTjfTdngzZj+apndU6WZ8WJLfc 3R2i1liX6I4DSQoaYcu5i7UUYfiQN4RC+jNC4wYy+CjZstYOs5VBSuk6aizQps+gL6SppKYHxqiB GI8j7PouRRnIGTYhc3Yf8kfCwSP/KxtLy772/pG5G6MnkeqnMLmHapeMgUp5kxGTG/5D3W46Yqde y6IcPs+JUJfadQjAg3yoPIYggBVry+MiGCcjsFpTZ0PK9JfJjcIRW0WttCohBq6oll/GO0pSEbGR c5iWGJNdM4sJWW6qAcuB8xMXnpO2KhM9MC3aF3fWpUq2ClWFd5Ye/mAqStAfmUfw0ZhrRnvR39lZ Sr4WgTmyNvI6aDOnaDtWArq3IW0ER3fEZ64UywCYa+UFEhD4GtuVNUyiCSmL9h9jC0LL4TQf1jpt tEE1ubmG6JJjfgeS8sIcfkAoVIEgvelqHHAec0NDm0npMdfXoMvN8hR6svN1J7nppxSiDRMIeXSR Ag8DLxI/6ohYAiBUxOIrzPebo+2vcSK1yVE+pFH3ejzKjT0eB5ZJ3seElpIwGLLjtSiRCzhVF5LA DRRaUT3SeXISaotLnxLOfqPdBeVuYTCEd5/RFcQgl9OP1LKETaZjNSwCAGju1S4g4ZTOxCyfZT+4 SnbRUCqd2vAyDWey9QXt/CfqgILSLcd1Dl2JoXxKTJ8MtQ73RlOZJLGhIsaSXZblCkQFwmmLHYb2 W/a5NJWIumVIh4CUazS8q8J3vfjxHFmwqFOjdE8w79e5AyykDDagtA4TEy6XvMgBhjlwzAf0OBW2 UorOkcoik7REMYVkh91OoPiY18Vcj2gLjDotK+Ya3vcX9vpFk2xMcwp1W6A3L6KuvCK2MZz9S2gw AugEmWZV5D3QoKy8LAfph0gQnLU0Aey515ObceJmc5vvhaOq/bD3pBagssdaLRaXXJQvNQemriDU OwWoUq6ER8iiSp3kjlrxQqdJeE8dtlKS6sRKb+nKByGhbqQXQ9Tm5dmFIO0ygrsmLwdIlVw8u813 SBX5yospLqT2i60zOmzyn3xAhl/BBAvLbZCTBZaUtO0hEcLB3GFKpeuGw0mBJoX86EGVxyo47LuK 4AvbpfIGzI3ePOptzLJ0pQd9FibpdOZUOJzP8ncda/+1zYsyowkot3RhnCGYdeixODIbSXKFFiMV HHtlsHl/CbXqgXWGLHXz39Mu2yZfKeSF5LiWqajOqRtKMzD2lCnHV3e17g9LOEKvSuISVyNpDE66 n57oDCzl6yZV04yW9hBeKo+nbly6vOjw5V4js9lSWOdRR37JdMWN3EWE7Z1fRuklp3GqRZLuTmAJ sK6SRg+n+K5vxmLVRm+cnQCiW28911UtApUZJ9vbeZthGE2XOXj4UcbLAHoqBCPxm9u49sO7lEs9 xHKDm80YxQ4bqR/L3dd2sacsWT81MXStSuNHsjCXBN7vbs5WQFpUW69SFHZHFDGhzzIrV+5+InvF oe85JNzIp22GQ5nJbzJ/kJnLd4N4RXGiGoIxOObUbJL5Eldg2m9T9frLg2fr++WzNfM0z3aTKAtt 2plx5hKcpmkoYC6JbV/ObpZVZwiVOYOzAXspumasPGsMOCG7RFi5G472AiwdKSJWBNGyCiwyq8T2 2UF1D7tKPh1XODCa/ZN7FKDsuwDnL0eWaSugeGRDp8/KIx2XwnfnBRtNxd3a2RZPwbfkGeU2w1RV edi70vnKmBWKTVPbcEFpAMEG7fKPu73Wq7XqqXfh/SjbklwMVD61gXMbSnrvh/eGGHK/muYr8HIH Msyz6hCphlFYNqk3uSBG+17+6NPJvTbLW0oNbwpNSv4nZY8tcD0DqfEa+mFfZZJAqlP2f9YxSRL2 ts1ElLpchXpVjORvbvWp0lIhuq2VDdxQ3YrC2so4aFNsTqDWt7ey3f4V5RMOo9JuIgkeRc0YKk2E oqMnk7JNRK8mEZqLoiI4jir66qebBFo2e0trfjiAYepbGBNo1a8KxoGpvikXkYtwqbPd6WeQq2jp JPtuZ9NEF7lKM+yqN3+VdXFKdtgYoLT8k6mEYk6seKA9IQdEugU+oYU/XIlRFgeLOGiLy9BMMxfy f1bkgipaTXl4Dup1K54LpAVivg7EB3rI0M/AU3TgU2VDroIkOuTOyI4AUQagwfGcvbXAyOC6QV3h RvhWUPgqodeO84VOTSbsFyBL7yN7E1BkcZAvjAC/hhi2FfZ0OgCsAwAY4mKqiFMtxHDjDBDBA6gi +IIUlOMvEFr0xFKKKVbIUhQemtqFF83CdBLM6rbsexHQ0SNDsk/ssayJsrVAo98wc/iE/27ghaX3 HoJovoPk5kUZSJII3hw0BlpIt7UiDIxuGItuEeUXalDVkwsBk16YBdlGHg8gI/fNsKOPdg51UHi1 RQkjcfDr4ZkshEZt4iozDMRLMHxm9xjgLnrzNzp/QbLM00XMmz8OqkjBJWWHLi+/qHapQ3bY25eY VN4awYbTjfvgrjRcaAkX2NB5ZR5GkkWPRIUYwSCit+EeLwlkM+t5u8yBCwewMVSSxgV9MHRps+Mh FJj1TmRiGXKOaLcZtanjg7ThVT0DpVwiZwda7dPrO7wKOEmV/ZPHHFnpBm/lFnlCvx1waDGYNEcM X6tb4kgoqC1R0xuXcIgGQk4KbCvf3ByMyLdLxChJe/DAc7ttjbSNQqy5XjIgzHITgFCBnQi08kZU eKyH9DZBoNpnomT98CTvyxXjgULfhANm0+i8FFgGiJ0SZbqhbo7WVsa7hceyAC7ULmuiZox0I5Dg HrI1w505Wo+MwdtGndB6cKOd0jGcBNANxKMN/JZFeIarm4DVtgQXGxcH0G66q96QwoHiFCpiQh26 jRuXiDW+CrKE5RvCkbkNw4PQhN7TYkQVzZWyyQ0JxscIZyQjnKGSPoyZav54d3Zd8v0eozP5YkJx ISomddgV5k/YHWYkvopzJR3NRH56N6VLCKdnuCC53ZXlr5vY5praG4XWNErDheggOkdHEqLKaljC ohRanehs6W5X9Km5dLTTG0YcJBAj+mEMfCnyiDqYmZ2YPpWOJjb/qGvzXM2WM4gSmkpGtKBEJo1g Nh6WJupNqcB+F/e6Q4Thzn/GRkJs50QaNHFolDhsEuKL8TfXYxxxJyfkHjbo7esmIuY4xgWqOg95 0dJ3ziUVz0Ggigt86Bz+0RUvFZccQrurSjUrIBi8WMDAWXu3CtfdSsIcdMEmZxA9sOeDKBP266qc 1ilhhEGYZJBeKXEVNm5TOq1lUUq67L9Jw6KZbvP1A70XXjynhmzREikSeRRo7GrLs/Gx1fIlvkWc ajtmWWZ7GtinxQTAUFHsrP8d1C5sLM1GSV+yQFcuTC7RJywnHCOX6JJAgwziE+/S19JmnSjRC/Go oirUOW83D7JtludoSbdf2LPm3DJ4Vy72NIFtMpasNMg4KK5eOl/oM3MgTZHVRxoRNpg969Wa8Wa1 Ne4KB2vek4oi+LTeeG6f5ndMNbb7XTuk8AqXuW62ovPWUDWbYP4+sJ74ZokR42ZEVbJwLy9xrQkZ 00sMaKgPMYgNqFGUOHAQnnUITSoWqGuvXzKWBYFTtInVhuCMyaY5XLX6mSfzR0j+phNy6B4H6TD3 h89SLIT523gEwytn5ovCrmyOXRKiCa2n0SL4j5HSQFShPi5WTKjSG9/Ct/MkSNybCTW3yrZTngto MCX2+AFFU6u8CFG6BFxuV80+kjHWOssQ2ymXLdWsTCIDaumjqXT3fFhRtj90Ssb+RaqDbWWhsq2N g/jrMYemsOigZqdcR/RNJJ1NAvayQAkG1IqJapd75sAjIZ766DGEJsg96XF1zANbDqqcoNZvJV0J UMowgPtBzpeHEV0PeOjKye1a3MpZByq58LgeWENfdmsDwx7oaF6Wm/n/PHFm8kt3lVu4W1NTk1/O 5tse/kAOTZA/Cl2yWk3Lplt8m6bQ140qDH5ZWuBHc1XuaOgBL4aRIGwfEVEUZBrejwZEA0fkY627 46O+eCf1iMGMNa97VsVsVxeoYwf0pBPCn93tST0nddTw2PR7a66Teffr8eEJPCcN9gWLCL1Ku5KT HzKIOqbXk7UDN+LN/Bkms54d1SXeuWrX8p1tIMCXlYXiiFUZnrXikt4xHvYG13xkSd0OIrp8kjMY kmT5REYhHcZ4IYMvGYILSE9UtrcNT+2dDmT81f3MjAVk0oQgfAszupx3FtCHIXqbyfmu1+gPyQos TFcn7lznVqiFAFy5flShSx+wXblmI/FfbX6gWS4GU0ISXokkiZHij2sdghit9eFcGCoHKgEuh6r2 iJ8YOFcREmeBc6UY2JEbShKSdmi2yOtCqOW7jnmuMnzirHwUPLr+9DfISjDOobY7/pCNp+sQqUXh AYgL9OUq3Vosq88CsQTVZckmaFrD1I2AUNnMV0omJcWdozqSQemhkFgyK9+UuCkJnAwACRVCtcZL FbpDp+QTybgor9UP21w1K0RNPs36nC75xJusuwwnp0Re8LLZlhwkiEZ/iYcsYyjFCJOnPoBnAO0T HPNLbkZBq7/I3hiY8+TmYJFMYrvJGnm79YMIoxfK9V8ozI1ZoCH8AC6xSRNepxf6RxtZhRnIkEeF wghgA4nMIECJOFXADOqpE8LO2LEj9/z9DfO5CQNRly+DldFQDO8pnrLDPCO6ykwUbrM7NIqkZgpS OXKcSZfeZ2vpQw8uyxT0zdaZC5F2r5ZAi3fs/kSQAFBcJjDvwqh4znez/CShHxPPQiehsIjSZfMn o5dDZie5Pz5mWu7WdllZ/8Oa8eKqdrYCcEnbfmq3PQ1mxM7MdO0wYVxDqKtE2qr3zE7f0k0bnhe1 m3yo9mRncno/vEPpozfPkoMZQzFNeuo8nm3inTkGHWovUntC9RVT5LHJj7PVRTCDeGI+EqMvzUpi 2S1LdgINXSv2Y8PrhttLPTcx3yxMwTOiBaeuoPl7pfvtNRYMFaaDZ2zSeFGY5hdFFyqdbuUno2rq TzgAKQtxiSdqhYDsizZgmkw1owqaEraOyh4ZIXLrk3C4kd/VxBkHXVtNB4izWHSKRU7I1lzPRjLg MgCUq2XoLcA3hLg08lxzc3cAPiNH7HF0ARC/evC91bngfdmj9ahXt8NED1QVwkC9r4bQX2jmFrOE oXBrzI78bgUjLWilis67DRIx7mxIZItqdd4/aRtVzkuxi1f6OjeKE3C5jv9CtiRza+c3vTFr/JTd Y4xfAUr8tjvNWCTP1l33aImGxkOVUnPpt4c7jc7hlZp9LGwW4MjWA08IKxftXgCsFsHty1RehyBM 0I5jetZZ+/OI8vl74bvr/ZRYUh+x68ewty83/V3bPZ1aq2QN4OQwUMUIuycVtbwb47hbEs3SRAh0 lsJlAukazT1X+H+Uq7zDRFlIwulWV8Koe3icLwvWvgQoRemqQ6v9BPdk0xNJA5YgKCBEbMJu7sCn Koy7Q8d/NApVs6ezWGYIUeLH4IdGSR2OpgGN/SCsa0xDca7HwiX0yHqD+ojJiLmCK0F3YtxNK3AN c6QQeV/r6AxQMl8DeIgCODZzwatLhwpFNuQWuxlSlsDVCAQuA+XCD3CahvREPsU+vAfHvqTmYlAr Xpr0pUlEsgK2WaiYEEWEeRZ2Zo9gOQs2ThdwIgaWCIIy3xhmQkgVqdWlMi7AhWvKjKpR1/cxovOC Jq3QIvfr2dXISKJh2uw/ZwzuSkcBUUPzG66esR2lYNDgrsoYg4VWVpBn1ptOSjASSNlCzpNtCf0M kLjojlEkm9nRJOGi1zB0+m1UnomtrK7r+LoeylQ06c4LMxIFeWI2Z8pDzLylpB1uHDLqo4PkRmYw c0m0ocvMp+u80zdad5DsuFDWDSX9LrXepAkAsFd3tZKLf9QpirlZm/ftjQZuyadm04fIhs3rN4PL F0Maasn99d/N6OYo9vGr+EyPTXy5ekxx8TbCQ5OcntDpBVbrk4y8C4lc0a53jo4l8k30hihdB4yl E6WtAV/P42mDEsqggsmERzAiRYmSTdJDtMwQZwaWmussSCaQfMllWnangZvsqJvLnZQaYydnLOsn N6z7jTiENc3TKOAkrpuNvMr2e+wxWRfpEnmCRCriYyLExoS6QeKnMZ0VC12+dJ3763yBDcEMtfsE 0gRYRnHkxxJgGlrmXMIfzGH8hSESe7CihFnWwexCBhQMu1CzAEfOHBMMLK/DGrsilswpnprjoEEu kkWmheTI98tR8zIZQ+QVLjsnN5EmOlhqsVPMHn3V1fmWpDb3DZRWASPT4LhpggJhaUmPiiClbKW4 XB4rxyGHat2h8WrmGJEhudISAqeN7om8Rq9GycdVQLZmrykGTN5cYzemIwkIDB3kM7xb1hQK5rYY GMhHv2a6KZkXGkKJmINeOSqIZTVF1IakUWZTJTbx5Ox6c++DzBlIloxfYwmRNKFRALGh5dMG1EM3 mG5qp5jWhdxMhqkwC4ukTSZQPtw3vRj6m/usF9lpfoDdzMEQEUMjkXAmF0M4RdVffp2StxqyIpJs t4wS49O8bDn5q6jmRDzXwFgQEowVzdgqeKXcjBjaBC2Qs8h+JEHP2QHvgplcrzIpgoDnnrQqvKKr ySkGIndjEwApNZljHBj4bneG3LMVxUsNRzOhJskIzncYdLlorM4F2EJzDOoGA/m1f7rKCxK4X4E8 LRo9ivigw4wTvbVgBigoDwdXTCWhhtlRl+KjTbMTyv3Oc3NFLVQ1YQ9rZ80eSM8Z+cx10bIUgnNw n+WghI8HZ2EO77EwI5GFPjHCZlKHxBgZ8RfDPdBRfCmW8p1yv55bz3FKeft/jonOlhZglar0srwh Xwib4Jjo3RmM0wuLhL0ESTwo+PA2GSZhKgRVaLnIS2RsIAAB9cVobOqnVYjRX5QMi0lLaUh6S2lV q8QdiI1ZaZmoojCybTiqihRH/Q0mSS6zUYsK8vwYBeWIUU/JiC3EwlswGTIiUYpXUE5LKkUGdY6h NaD+cE6rIbAwU4jLCSnFd4Zggl8AEgiK9UlIyMjTtKPo9IYXVprRBmNZiL/RnNKRZX7eDYGsIW/v cWkDFP3penDbzgGuWMojyhGPPkSwZBAaV5bjU/oov00RHpZJm5ykSEEmEtHxxK+CIJsUAbsTZAKo VkmJBYnj1uZj5FXu/dBJxGcAiAt8Ah26JM3UWx9ZV1JBu0NJMsUlfMRr43irsYrU3CTMsrmrmbzl MZMvaSgpkpXkp1S9MhoNlrQb3UBZixDQM/SjcGWERkdDgk0Yrkgo/Zr9LPpPzMKN0fRh0xLiYtLb +6oLyI3J0V3DqUUWnAmu/GjusPxiSYuD1tg0p4vl1NPzkmkCFUzaMfJFiWCji9VI7fgh7jKdJFNF coKhpgo+QUDeG0oUQ1kk+WYCy65Te+YIbFtvw3d8IxKqVCevasT4DdsT9JmCSxmWXjJVlPknCacZ WmQhXYwGB+m1dzYtPTB0Uzt9tvCsS7vrVF7BIymcL8aPZKba+6qMTRv5U5QBu8wkq0oous0Y8EoF 8pN64fsxZhj248p8gqi4qXwyGZG4USoik1NG2+Lh3LFcqHcc1Ft3WGx9bNtfNCSCLXkyM+1vZWEf qjnnvB4klwSmmdeX27vHysqUPIaGKc4LLgzhIJLRkY9UoDZb9lWGmA1kARmty2zxlWURjQOkQ4Ma c9wK2GUwjvuV2fnTnQISSJrMJHl+fLRofOgKPKcW/XwxuYpSKZsFFov96O5aMM6EZGJpLm0q+7Mr gxdS3XwMZFwp94BykdePFYDML/AsDOXdma/eaTFYyInKNHwKXzc5Q3F+j1QOPRbpUU5S/qTVkIdr ZEOEYTgE5BN04zsXK63quIuhGADhB9V9uttYrEeGuCQzkW9olhWhiEwiQuzo6lI1puaYo5oZBKMG tBgADWpRvYmgak/4EMgIJY5zGoLInJ3ZXVonEksWXIpfcbSMIrgHVay6PEBk4VyCMuFhi+TqVn/l Zo3P9lDIbSOeGbQDTx0jNYe09GtJc/tnNt1LLwY1kNOHQid03RFLDjBIZeVcc+q4IJY9z6GOOFEn QprlrCfndGGqpUC/EscoJU9oEbXk3Qhlxzonv9V207Ko68mj6odjv3RPucZFuK6yV+mM7gyFYZoN HsLy9kwzb+9pPv1PD5lakY7KEKyZ8VxYwtY6qD2I5ggltoqM7bENA6gtlulJZ07xk2RIyRPLZbDG p8c1EH5XSrSAQ/tebK+l0xWQ1eO3Jrz8qqNJkjNndfhqxoScSEpIrV1JGmSvcQt70JjWMFV9VREp Dg3ayh+0Y69rN0lBjKlGL9QOxvzgghptVjGlG43Ee/aKyvyl2NJWtl2doeQqHTABAtmIMt2Uk21V sBZRGIvMzu9kCeE/3lqelucnZx8jADWYSfsVcJpiYGcP71g6cWvFm4UR6Gd6LiAiCXyS99cFBks1 1cnf2/pACxJssYd0nKBuP39bOmFFiLqoeySV/peo6607Cf79HXv8go2RlhlWMxqcJmKsdMdB2Za6 6cRVqYljNu5KuzTcqr+k9/AMutUmOjGnIG+OeP/zI1pRfYuDGY5BdMyE9ElwqJlNddSXuG/pI73s JoWHErsxYLj3J0WrnZrDkWoLRfY0ooUb1gVq2xa7X08cWq1BY61hVBfuWfcf3ur5S35hHVHb9srr jRUvjrAfizDpFoNhSmqtRkfeD97UraKmiDplNwkwFTB1hmHZSMsgjROQMKfWrzRWLxCnZpMXf2V5 tC/KQPZvLx0AyhU02KhAcC3Zs0Meb7fIvGXjveNpEbKUsnBXYBSG3YMUf1quUNQQiUSOglL2LvLC C6kGuwqsNQH4klXXw8BiHPAS+DDof/3pdz7Dszyf18N5XacTiaY3FrnpFhEhrGgX52qzWhSPMLZE wWCVOCRoKKkC3Yb8vKyvVSSwjcZXBVtl3arPbcNXmmzRxaubuSWWl8I+EZXIIslfER9JFWdwgci7 IF60hQHANq79RfCyL3jOMeUKPkSuJLhMj7QRpiyN7CWukVdeShRAnwTIdtBd4K4SrIfVkzcDKhPQ vxSBmFwnHyCYfeQMZfAyCipZpqhj+kKjGKvPEoTSCAUKBGGgtxH4j0hShkbYUO4p/ynnwXdpqAcF kVRyEhtuqOOUJGzJ3m3w0YF5E0fZDrmEMFTdS/0Sowpx7/Igg7QYlnFAyM+aCc6Up+mqNARfDAMR hSrSbT5HJqjvWLeNy8Uq0XSzG9FVkNwxySZLDbMfWWhEZ4J1yNIIqmZEwDw+/6i/CTmXpTHG8mQ6 o03XyzdwQXuKdWVZGCmF9VqNukLE6nWsCBnF3qTEL5gKs899MnQH2hHRro+/73BYj9vmkSypKja5 XsJwOVKbJfaDwkIYSdSN3CrB9ux80wB1QV7pMF7mcV1BhiPmnREKhWRVnokubaJF8TIBk7hU0MHu lajKtTKnlHauWq4rx0rALr4YJSW+5ETjnidkt8nzeonWckcOIccus+W/rB/Pidipne3+LDoqkrx9 ZX7laZLSDCM7Ek9yHqpPjuW9TACtnqCjiTl6WSyyEWZ04g48DMYBWCKGyrV854aGRWJeYGLrM7/A C1thuUEKtzKLQYLLqiZhhHVUxx0izFzP6yl4XqowJO3ngYSSYySLXr2irGH0DCnUkfeGfz6AHi3y pNiOmM24wROyDbT93NAjHUYSM8lSjCIjzYgMpWGzDR5ifQLz5scxXSYcnqRCYriQWcI4EOHukz5o QheMPNBBUs+QNlnGhn5440yuYXInvkPYFMsShg9yKuSKqvSAeJCYoClBm0y+uUxyrFCQNyRQMheU uooSdIrhvsaVTMEl0yope1m8mFUJKOm7pgy3jERi5HJ0gPcu4/adIwhs4xBX+awPuizOaNJOfTlJ 8OhhEOpuUtkkDqeyOOtnLEEjHyoz0TCG8wnSYbLfhIVYHEJMKRlml092QCu3xubBqI/ZMpdolfDg hHM3bsu/iCjLhGaowVwWKzn3PUhlacVNRDepQm2XZYGKMIgxbk6Xq2ZFGhuqmzvlVGw7txAIKC+V uBecVDPKvT5omWTgPjm7O86EMFk4cWmFi+xGrw7oQ3oT1wSB2vI563Cc0rk25avZFfEYiiHppcST llBRTp6OsV3RiQORD/tDaxrImkACX86K4jI9rEaBq6w6LRSxNhFOj6a37tUKrUkpkrCGPLSS3rSW 4LHa7Qtk0hmICgQ4VNhlmKh3LNDLDXpmn4i1tbC/KbZ1UCiblbTprgaTXlo0y+5BaZM8yl5qUcUn MeNR7GZ9KVdX6cvg0cdccgUOEZfROYLjMOOfnN+tDOCZSUCLwg0a8BGLAU6zY0b82UvtRX9GQjUl GronajLrU35t8RhmYi85hPZiimu9wS2NJ4jubC3sh34v+WldkGfhZWaZ6ls8pyEnwoT+RKeg7tJL iXpJ3EtK6f1CXOZSgSv/Jrae4/aiqiSZ41gmZ+tgqCH8hXCdNgnFRi9EwL7RS4fEp8KWm0Q101VW E7xXyiATB2JpbImThXjHEjDmEEixpNTnUUGTIaxo0VbqXeutUMzCP8im1wIQtmqTSBnEopP+Z3qi uZ3hV5VtaCGol4LWnKnT+ATEGBId9BMFi626ZfC6wgmGWEwhWGOsIMTP1O2bVPgoJBcu+60WGL4l auIiIDqRJBSbBFN2hMWYhdcBF1ticG3AmV+Tc9cz8r7q6/SYDMLa3ghat6KMPmx3b8PnZFEe8NIY Hy9X7/hLTgXbJEdtCY5ysS2eFx3kIrKF97d//CsNY4f+tG+hgaYZ9H+p22X4bfUMpooKYVpgiG9g wO/8V7ocR8SAtcG/zjPDrJnRapY844qai7NhZVob8jR3JxqFp7LfLquZjidiEY8Q9Fz9jexSRliW W/WmHlq22oSoaLOU2S+XI+CgAZouJy4s0NMjACRBAnkBaMZBc/LM5MoRZDvkT9GOdyixRDc4rYG/ WUwtQQVrgM+E5rsm6PfNzJ3RaCzTYM4FP934jF8HsBfRhSr6L1KoYqFEkU3LMZ5HYM15/gXiNtD/ aLoPxDZiLIuiu2jlzCD37H9/c+6DWpZFsgrh5wSg2DMEsteoMzuYSEcSd/31TG8A5ObzPNMxkikM 24CJipYz7GIBpAVGjydIwrVG/sUsmRcUyCJls/jykpPEirXGxTTaLSLZT1tpWVgjLfvCmYxLGsgC LQxOCoAMtr69DuLJWCNEE28CPUq5HN90Z13JV7FBJsLDAVxHnI4zJ3QUvY2/DG9RCyz8zR8kDTby 9hVse6Z7IZjbhoh4KJYyHWhoCziLfmaccthZjr7rAfvQtqwWQCEWtWlaygYz9EaKh6Si+rm79thT IBaq9jCajD9Rt4+Ph/Q3BQzT4rSCj8jR2JCK7VmadggTyHYCGQWm6uZw1LCemJ5xoGlovRgbl9Fk ZAQVKSzWy54hqQ2BZtKrj9oU7pWKTOJscB7RkMrspFLk9z8qqq7zhq1koHOGAiyZRFDgzQyOiwsE jx67xN0fPTYhmDLanCbAWwnOG3qUa+YkY1GEU0y3NKSFeDymUf67KCQxgE6qK+KuFTwt6q+8Vg1x 3ln7yl/aq/P4vxrOz1W1iYHYue5LFRhHaU4pryOuDu+0htuRT1sHXVCHUQlxLEvRow247eqTj6vD qKuonyjFKJYoMrVDT63P7tQ9GdIwGlTbM52KTqAp4XQ+qGcYAkcfVZZAqbpS8QW+zvJoWXVO6aW4 S4BRBcviNkxvCjiBsRpjEK0EXTXGCZ8Ogqkd+cTYrgB0CzW/7TSoEFYZp0rblq2Vknp8jYOoXTxF K0e6DBIBGqSSbrsUjOBhi18Vl2DVAag96Qt4KyFVIVJOQ4nKeEBCix1VVRzWRUGs4Xw1GFJUAIRv 9U/T+CmKxn0lqaqGilBVcKvjbZ+zg6wMnTkPDopvpjAMriGR9j3QFRWc21o99TfkvVc2VJ7SyyFc R+oqWOly64mQkerWpkoHuCAVhOgJbvxUTFFcdJIrckGzzdLxJw5+OGzb6JWdqzq2H5P8rUiIovpV CDes9pTNrQrFSn0dQEaOiB5ytdO9MJL2ewqEBmr7YFRSjt0iikarBJmwRcukJCGIfe5F4Aq1ZkER d/9IqYFS8TaVVFIubA8WJcSk1x9nviDV6K2sVIYcu0lZVG+fKXYrNOYrvQVbjKvo6t2SC0rU6glb banSxTxO9Ac5RTNyn2y1Mjd0KKh1n+RNDtFpVZeTZq1YKfSiqY6hpUaZwpY5Cqcbyj1gbNjCRJMC uapsusA4hLrplrAUEyGQOEA2A5UcUCQlaajBqJVRbjqOKUklTVV62RljTsBmJarjVrTFQZKgmN85 czNFHfTOpbBLFX/Bg2sg1yV/Z7vfmIDEcO/kMvdManCt06OVzNm0rMAkgUVy0eJErCkEIC1ZigIG Rj8Jiot6m9Nb8+pQKZ4AgD+wcaFZQ4R0Wz9Cc0fpsS8F9RgOMyFaxgp9cRBY3mp/cG6KNti4rIE5 dUyiJzSZwa3ZtqECjnaJrNjuLSvg/GPK0cOEjRlTeubw9/X+eZ95A/cU7YdpvfnOv9S/edWob62D OBB5vfnw+3P1TX/3a8skSZ33gG9uX/OHMs76IbI2cLBkkkm6pscZrp+rb/dzKYaTz9VkSEWBgd2w ORQrdzkmCEkQOS3CZnWXNCyAJ7c9q60wrdBYGgX1vDXvxbHlxMi9Y6fl0UI4SPC4LWArHosbWS1l c+TklvPN6d3CMyFa3pboUZJlMUVcWJi8LT7F3sygKcRWNXbr+xkPzpoMgADf7AllqIkJiZ4rdKAj WhePP80ZogruE2AY7cjBQgD98q1AIPOm5pXPTK2GiygSsRSoSIPnVe4DXcGNtXB+F1zWXJJY6qEs UAJTgM+lC976WK4hhFjIULgocihkEtBx3wbLf+uubrPRjWhduqHKYdAVLwAFr7KDohyHX4RMZXsx QmZRSSQoq0NYT0JjtrIimIG766OYLRL3JI3+waRQUFF9my2TiEKL7hZRF65GRvzAxq0EgANE/q+C 4V1DRmcTUMEQLMliqAFcQUJDAwqtYrg/Fcm39IxqhqXCte9ipUhrZ/QVSY1nHlqWIhNTklSxhVxN hc3gFA0sCTN0BKwIm7jCEWnaMJxF28gBT5FJZOJnwsg0VJlKuz5YOQ3ICUOR10RiXSaFFR8QEMfj ZYLY47dRuCx4mUcw6beRyUZgh0u/muMmnkvuUI+U1YtcTEgYIszGW4InUm3d2cjixEldX74Wr4lY jAeeCLqvUj25qr4xtFkMkkhVkKyEtNz2Rx4RoJGxEsJ696JR4ok40UTeUN4FzjAsYjYVeY1xotaq APwu0dUqucLpqCySLm1DZdlHXwQGtLZjaEmeS+rtVXgEW9lTa0MQSUDcCmYCB87kpaL0KmgOqyqy pY7jYRYA2cMrM4JBXWCJIgcCoGoSl9Y1iwSB7ZHyRKtewdweDjD7Il25ABmejijzIlcOSX/OgrDT QcDE34T2Z4i3N95QfFabWKCP7chUUdHElJKERyhyT458f7Sr0dXnfatUgX3FVM2goJt+r2/SJZgg b0QDZ0RmS1FLgbHFA2awYlgjNWYGtr9+lohBo9zNX6hFOYw0mhdMcT1SoLxUY1UOJRc18xBxs3l0 LMF5PCkHfFNzxCThGRfZEbZ0LjOLpUSVXMXnFUGwJdJOJiw5EIe+NLxLsNg7MmCUpTBgjp6Tfq+6 Ipr5J1/ld6aYkBMhNxETKqjKmBCeVlJMZygqn0CSACiTABpfCYApQIE8P0dTfFUA4GMHYYzGhswK c7HE7tihhmg/r1ETV+UWI5AmpnMKZFT/AkEEF0H4F1KPI8Q8E1QOqIwM5WBz29+SWrQleT35b2sG RnUPl8HjtCl1yM7/VBAgKByEYVED5TNC+NoA4c2GkNokAJA4VGW9LyZf0cAHh3a5kRkPxXZdakt3 quiWsxqBz9LsuB7DwsIwfSscVZ982uOnT/69iEiABiT2oEpFcaMTGUwt6ACDXuCEJ0RG6XBE3Gyd cfFlka+dSJyCaWI4ekEoApg0fcuwa7ydfT2Cz4Ta8PxLw5ENmYFr/DSLEEwO+pMjTuUhBtdGIl3x uBKb91hn5OxsYy7BzgRlqzP68bkhsAI8oV+itEM6WlxWcYJyGhOvED65SM2jTAqHDTH/O0GPCSDV pG/B9kLO6YRuQxum5vYxHVR4qbQ70itf6PX4mCFVOUQcV9xSUV11Ji3g+tkMJVNapkqWXniLGFTs kRa+PdA5jAeNdmZ+e6J3SrLEskGqSYJs82dK3p6frJ4/YboiFQSUaVQsrSdWLeHl1QcVJdsnQGzx M3I+NWbKqxoH3+Z+fX1gryxIvrVNTmVDPaoixmiKzNUY4RhYgGBcNnWlHpvrVKiyWEgPaFNDAIzG bJnACyw/IEfVVa/4qafn/oXm3xduJnXqOnAwMDBUufusssOg+UT+H/s2QVgTEEhbMI36imxVk6YX GOkS7JCksHPRVwuUqiIz2/noLRqaBBWqtzGfAOcOWICsgTtqNe7mB3nvmdkK4lBHPmRvKQQnNMa8 FeqraMaaBKpi7NYGKuZTTJgjaVyN3do3rLnVe+NoN5DSjIBIxxOE3sAJKo9GVDdDFX0QZeXlFI0X jiMhYFpD5hC5zaOPRHD9QQnOmWWAm1OH/rpYCBS80Ihi6eFs19ZbxaWNOV5olGVcnTC7pa11iZSo zZAo6kNmQ8DDELIt7WCZxQvlCQDg+0LFBH6OJqQCkc0xNsmJQ5HP/9hv0wjWIGNU+yNQd2EbUfDa XaqMzTlxSDw7qp+Y50ODUM9aDzHikIrlJkaKBqLbTRqc9MnkNMJMPrUHwku/r08VRf0mBH2vIluN 5n578GyUj9HFMPHBV95TDZd9JcEmji9AKNohfulLN60LFAhZ2TMyaaGhWQyRCxHXJZxBEHy+ArdY wvpDOi7awdzZi6EMwk5g5Vx4lsQSnIbj/pAu2g5fk5t6RImeGoezij2lzz9+fj0kPez16ICeURo6 GmgIQZ7De9/cbYoypZ1Rgn00lDUwyYIZgUcNO53BWsq2ZlcDbFkVUJCf4nA4eTE+mESZXt6AlHky kIDB8Oali+P7LDAyJ8PQqzvVeM6Mz5IDdTlHBtoQ8kQTwRihohbw6kjYED+nMX+U/moFetpiqHbm MJsJUgvHIPGmOAioJjjhgms5IvGjaLzyfY5FbzQ97rHgJCDIpnHRvlcxcLkGWmFQ/GgVqH2oHnuF DxrJR3PQYHMz9+c3jyRmg1QlL5h+U1VUAgtoZ+sSZhMQ1zavhnvZC5fOPwqEEBAigQuUWFaoX9wI hZLHzCnKc8DaJKE8bhoJbbSzs4xIF2aPrLn0xo3fnTdpYZ1EsSrmMUqICDjBK3KGyZaIKp6YHK1a NK/ix0dDFSTag9PabxEIJq2ZFu2wbwNtDh02nagijOKT7E+UcRnWy+ThCqoOqydpMBwk6TUYaAA6 u9X3Oug1+tZdDFn4b0xq6x+MS7eSeXBmVPN2sdH22CDRJpprIOtAHfpb3u8qfFaLYu7QR/g6yUbg wprgJE7c0cJOEik6BVMyePEXQKhQaa+CpjsYgNvyWU/lJVCpHntbwDamJtGxCrXU6Pp+1YBPe8pl wDwIEwHuHpqFu1I4pBrIi6q4HaIGdEzPgAf318X+AqEvTlCQNHQiAQuGJVkIj+IJphX6/vhFtTiS H+EBwZS5esY1s5muwz7uYzr1w9+BjaJ4UklB577IG/JAzcLY+Yng0A9ZZFQSlPcvSyuSb2FgiKDZ ZCDVUvmsSmj9MQDTF6DqCzlRe0R4Xt2pj8BIPGoZDtV/WHZ8MY6YW/XG3t1skSnjoV0BSnvRycCY SFiBnmawG7N5QgX3dehIjBPm5Xo6CvM1IEOhFeG9FJHqmOrmayQni7oH8QDGa/KlpYIGrqU76pC4 LH3IS0hyT83KdEaLCMSROiYzPawYvGWspk+AwBKSsiE2IYxOhgXiSF3VlaCpdaOsiq7ShwYexI0y 1vuItIqdCq3BIczgqOKZVi2NsXQpqqQe+Gh21wv3vBP7Gw1RY1AyDkZJNXSow9QqGupMtitOZA3O eB4zYYokrXWQupeIpRDEOKYiyDQ9KLrArBGSismElFZKXvbsPih01EI51LctIEd8x4Wey0rfS+VS koR6862Yh05mBL5XWovm/lEnX9ZhOBYOxeOJMFIzuYzujP+SJHynjLOBXU+cIoYfg5AnjfATkcb0 AFhiStDb0x0Z22/ve01hlz6hMaIjtH3e6pVqyEGG1J0UiANsAhMSGSebq7X2ZRZRQZFfS98RQ1VQ 0SP+/BUNOoB3w7TItT3jVb9dV9u2P7rlFW0qwWdJHDlJHGpQ7dqiSrvbCQ6+GNAN9fCZPVNcWxfD LBNDhCS06xy9yGq0TLgYNtBaDol9Xre+QKiQAmU6SXJxftYILSBU+lN9J8KtgECSgPh8e78nJ27w Jkg5XIx3CtnaEMmElX8kha1MgbkKPFXMaE8sEQWHlMl1yzeSaPLaEh7ZQU4cR1/jWGxwF89mPN2Y jbHAGk0QR+eqQ7A2c/+joI4wtm1g39UEU5X5FLPVKHcHicK/qr4mVI1aWC5DU4tdjRIuTd2AFe1z K+rUcFllo46bC8GAqyXW6I997TPnC0LWWqHH27YKZ8WkZYnOgvng4cDRB6StxX5+3ZFCS6inKC3q mdOjIS1emGgwgKYV1V5IgVUZ66R+rCRYLvGS0LQWgVQQ+LlavfWc3h6H3P9vgkHYAtLqhNWNttZ/ eNeDbGFq47+hPZfyN/r49d0oW17K4voP1L6I227/KIA2hBl8hC1weoGFVdEkzOpk5I2gZ1GsgVuz CTe0z8p0pY33d4skLgPCvAh8awXZkYgWNFvZxB2/IIHjjpMn2M0efxAZ7J35CeJOSwx2q5thOtGO 09aJNHWF2KSJBKhFJA2swGzdx0OhG9CpBF9vae349mIIQ8f94UL4W3nsZyLRuhVSvO451bpaf8RW gtlKfbhCdiARUcY+Q0F8hBC0gdYhYr4CISg2vmSBppO5RR/ohWMVt/mIRDJZI/5D2RhwRRO9iQt6 GMVj9gBmQAJmoIynKbnX1ukiVxJlIZXVpyjMn/eZdCbKO4ybi/mrI6GPNZRCT1GBFd6MO4czk8wa UDS/QKQRLRo6V8JmMLKkSHCG+i+Riy6HIDBzwGBAEmFjCgaXTuKTQGJTVbDsICw7xpIldAXlyWfG 04pg1gi3xrYjPx5V5F8P1g4YUxTVtHZUBYxKzvlGqB6ohftLj7TM9uUT/CesHAWmCL3AFGA5YVBq MgM0YR2LMLfnlsRHjMyIYYEObZwGXonAwOi76VqZMrA0AbcFhOINBhKFTGzYBcxIiimJYhGphKv5 hPliIwKiOCS8EcZ1CWWKuzaEbOlF5bZoU7NcYNVZ9QCs1Ngssirx31yYON09sa6uJueL+M66kkVj Cqy50rm5gEHWIu5RZ0AWs7Vvy1MgsFKi59fIrQLYLFTuWeRbB3lPeb5o1EylogFf2zJ0WVWiyyfb KSd2bYugCLcGlh3yYnPG7uZ63eKJuAgki4ypSXEaFldnLg2du3EBjREgId8VguYWdQNDJSOiXuAc ObJKy13lOwUSXfKv1DOxFRwo6pmykgxIqzADD8WECnAzULGHDAYpYCfSbmsZYCvnlpEXksESTCdZ MR7kUChFG/pgxYQmpgWxpI8JqXDX37SvmDn0wWeg/HRQrt+u87cFSfRtVEKKhMen/gWxwUhFYR2Q NHLRIChG2SWGaSqQCnhg7ZZF72IABtaWJCKdViQgaNvJIE8JAExWgjkyTsJZoEtFOrnXwPQD1TnE UZ4lS3s0wqniwF0uIC7CarusSTJLnbSqs8nrkoIVGwcwHjKGEEEEbQry2XTDUVG3FlMvzUMzcxNr YCEnx5RGp1Qh0rVijwIGOlsgdJWQtZJL5HooLrC5I6sVYlqgZXMQJx4iF1iWpNSq5PnQAYglaFrB NDyCENQpQEzY26hIGOJbFXLqoEuvlcSirY2IFXVL0isI+UiXUy5MtHxQVUuXbwrSiGSPCrXjkCIp 31bUqnpC9F23HxTRqi37TH5UtNrwqcNTBUwH4FUTwKexKT4exb0AYHuTYcRP0tAtuwHVQC41Qhwp SbAN2gXcJQgJlqm1Eiv29Xmtt6wkBQixORULzVX52AP5lsHAYHS79HBBaVh6K2WtLl81tqUxML95 VmmltmqQypLvD97K9egSUuheYa/DdKGzMiWdg44uCXoFJQAwKSbFq8OKalTRG82gmLB22ztcAGpI oCSt0D7GgT8DWkURETICbdR0FZDKj9AGrvGyA/ilf4WjMh1quQQnIEr4mrWqRcIS6QGVZWpZ0Vz4 aJCSbdbW8GT1cPMsartR9wDKNYOgQXoVysbyNnkewWi9T00RQIAqoc2ixI7WqXRQ46535IebHe9J c4pWh1gPHEMy2ip6LTSStSShNr78aH5jy5dpInSZP2Jku7tCXNUCYtblRqEHRJ6zs2taQ82PmwNT 9YqEB1osPIkK+njUu+EVhdEXwkka01dOXl0dq2AgrTOHeQlRsjnSlUfyfR15YJbraSJ/9DfXS49Q biMW0rvcs68pK75DgXrmaZ1vBU1b1CwjThHYBW1F8kKrrIrkIuOqqFQsB+RMtLd4mTuWuFibY9FE Js2/Jw7hNsugbSbozNWWquyn53qJZtqwkbghOEzIT5UfDJuF0RcEZCluQmXOYUpmZlTTKIPjPfJS 2F6AgXfdyyqxB3Ew6oMtqFsa0CGitdWkzHeto2yOqAKLYatojU0ZEw0O+5Ly7Ohseh7uy7NYE3he i3aL7oDEzMIIHSp4tfsoYYhUNp1yLh5TH7MEgsDzJ1PMTB9ji+aedMTELiPToMg52dAc+QSP4l5i 4nOBLiYCwWbU9lbNxYDOZVFbeVQ5FLJrBHcvQK1e0TsoFoeLmaNNCZpeFLT2gs/8UKwFR04rci8g LnBtAOJE5b2PuPlEQFKTwoy8BRrm1xwsZhj5r1JpI+MD0erBSZkF7UeBQiZtSmnIot2hZut/Qx+x wcjt/FTnFHUDNfTac0N8YIuKeeo/8gMpaQED4aEcoqasPN8C6aT0xa6DrCQoUq4KRFiGjj3XogCI bYWGcQo+gJ1WkgAMMC08xywf/EQ+FaqKBjFDnDypK9U3MixcKR8h9ODuSw5McbDruaMGdD2y9GtG H8smiqoLSvGg+h3iXph3/bDChfTTRXxIQqK5SoxMIYkAkvpgFp41QFqiDtLMBKSqdy0I90akIlJw m3j7AC1vdGHcqHOWklW3qloDxJyvmNrAi1k0DoOYzsbNRNwlcWBFM6Ie/dp6R2Nmpdv9AqaKwBSK neFr6OpkYitRpAY/KXzGxFBZY3ijkY97TNlyCnAWPJeYJORLkUQm4IuTaUqmM3rPoycmuCwpSzvS u9BENFHG7DdXA794vncwzvlwY60ahM48dFGsiyle6LS2ab7FIpwyP9seE+Rg0n3w2qqqzuCP9G0c wqmWwBhs3dSx2GiQGhgn0lg8yA6nfbwJ4wO1tDZkuy5rA3YSfGxNHMxn1Z2dTBFrN1OMg5omBlT9 kkMMdw22M6xSUqxJquO7W5wxQgdB6pvoCYEKwgwOWgMBuPAu4QFYlU3lDuBpbeeYHLicOsHM3IM9 WCGhZCE0rsZBOBE/O0O4acykuC2tpH3li6o1bXAta8nwlH+uCqI0U5VEbuvp2VLgdK3dpGmHHzUQ RsNnW3ql/CqKl990VT0HYdt67WubDFZenInIjqrM9LyFqg7VWWxbVSfsTV/15ERA+8mdC/CVWEo6 NqwySio96h+Mqh2tdsqqxlQQqZDx81sBpPFTW9Wr0ARsUwPVpGpLx57ja9WVaoDVdgyAkKsj8JkZ 1coXgdhWZJPde68Ic+ywb0HRsSoWO9IBhIuvhlHtWskHUyr+AAzO33cWVT0hOkANuZS7GqrKBkQq RpWs+4g6CiJ+8Atsh018UMUrvKjmiYlZG9D2TAyWDDVxGTA8RYyu3KVcaGY+LpTd+Xzte0yMKXdV LBREkCKeyjCYX723Ih4KOn3AfEf9uJlw9B8tTFDBDZxazIpGGmNW4+grvfIEqfZAzanpwOWgrcH5 ZZ88OZA2JglZSxIc6kM89Yo5OTsQbWKjlX3WLtkqkTJI4usTCsE8qqOUXq9VMiG7Cs77b/Svmj2k HChgg2BasSWhrNpjlJL3hIY5AnzzlDgGXNA45NJMFSDdRDEzg/3t59azR4BvCgrqnnbH9WW/p7SV yIyX5hadZEO1xF7/I42P1JugMq2smCRQhpsbaf0AtgBobkW8AkXabS285BRslPpeDEDPfIo8CbA7 CclooSnauDgAYMfmpfMgEm94kTqBqNA7ZykkRjeAg4TjOO+zP5wI+6ZBmR2HUNgfysYq+DMEqeZz 2GHuKnj0DfBEZcF8BtXtyIJJE7niUgSgmag6GUdP9jAKwBftOQLmrgRZqJA4NCLbu9i51EaOZzwE buYsKSnBANQFc64O2AaxWsr4SxvZ0bMPEOy6etCoaknogkmaWX7dhyycMSpneRw3ScMq0+qOPysv GpsYJbgphQaMRo2ES96LFRMHqGvsSVO9G9PLPRIBpFGLOOsIBuqErHkbvCqlZF+zdNSCGrnO+hfR JYokuYi0lQ4sgEXl0exbK1Y1qVjqF7ldrzAVLj77ftD0C9dkLe7Q43BUEU1g6maKsSSVAiCNAAzi JzwJZI2JrHNEZBkKaY53NDRjw+eYHB8ZpajAys31JCM4h6iJIdthDMzl6huuqYhLyn+K1T6xJalg 4dJumh5HQi1FSX7Dgr/Lx1X+DT60I0ug4Rvz2NHCp7wvKiZnttYAFwCaohAPitRpSVtetQuXpGb5 0nJfQ4gyLuWJqhfy2XbFSCzFF2Kp4rAiFgtw4iZP6yjAUGJdLcWkBR/+FZ5sh31RnHDEEd1SG4mk PBbr8/CllW2o0tL4tFG3fl9en4pQbNch2VAnwwUnhnR4YVkv7DxcAsLS84LELUHXciSooHIAFuwV WgP18xHpREBlu6ZTihnWPpJ/n+zba5dbK5ggEXiXkNtpB4kOsto/tDz1/eOhEoRWPfgCluIUTxkp yfUQEjupnttkx1wYNtUTdoW/1L1NdQXAhe7116PEsE0AYECO4sRMCQLbG4Yz2ouZsSpTBQ9mitVy 1yAY2n7t7UZzOQOXxYB3IZUPkcJoK+d6v9HURkFV1srw+duKrF2CTKKoOgMYnmhUjcIjUlbMwFYS ssbZOLUKBBTJS+GB6eCnORdr6i8WJYHQIGblnL3BLll8ZZfEs0zIPUPbDeXrYJKdYNMONUyJNJAq tG1zFFdJUA7F0gG2ix0s6fU/EYt0owcxrqU6VLddh5R3bTlEW42b3KiQ9iYi2IyycygUTJnIxcxM AXDehGy1mhw9hxfgaU+c06aQW0ufRzTwN0XgtU/PwO2fR5icBj6iUjiVr/gnBudkkvksnpJgexvK LYaN3oXKtLuhAxRtgj8n2FaoMoscoCVTFJ4pyNqL04qOOEpmJh/klJO/i3vZplTeR54ckpwaA0NQ mmCxg/f+aaYpLmlovgKeMGR0QhDBNBsNARWQhFMNDmURDfUiAi9NS2jj0X/Ujk/7gjPfoDQD2MEE 13gKlIQzrcTULBlgDOYnSgpRvZA4LTa6y1VB/UXNNCRTmJuL8kgqvShFrDYyHw2bHN8UF31Qu8dW N4gO6GGTZJslWN2GCcXNyqqbfMFdHMj4rhfjCxBeD8gGKSjOqNY29+FarXN2uiE/f7BwqTr21mYN e5zAMeMKGjwXRhi/oD+vMppzDAiRiFf/gqmxmsYFIHhDnDw4ddIaEzNqTAStjbB8X5GAVbZyXsJe DVAToKItOCn7HDTiccTtO8hzt/mE6GlFgpJ0Q5HRvKU7uEM6GuNHVAAz05HpvjusaoThCR0TFQWW FbLz3moEebFTECpWt8zJqxL45uL7asTYACpt2vs68DStPmhTtTMjlkik3KHrHawCmHFpJApS8psC IZWvg9EXYMWxubxwT1xMDZ7i7XrhGrIWZblChhAh/XaxIcTquIHakS0lgn/8LrqYVUdxnMtWQEEI MbHUHWlscYw3k6u6AANs8gus2EJk7tlFq7f4Tc17pFgAzbYEbdJkbizN1GVaEAKeOTksdfp+UIG6 0NN+sBYCau/wWu7E8wGYxOI9zUPZnnx+r2ezzNhijKoGO+QE0eyP5tYs3GXwmXNDcXn2OOrecqFO sSNdRmadUiqfo3yMUaDoYyVKQmbkAWM4KCMb21qUjklCIFEbU2h1YzKGluJSuKJFtKaLkyQ1T7LO 5+dU4YgEZmdEwUIznOBgJ/hK3mjOKP9uv3HrFM8Rk33ODghw8irtnw91lZBsr4qr9zkmPp1fRRnz RJqtjdpxn0G26XkSyMwmLMSVeuTEgCURQ+kUEv6t1CB36QESQoK8BHA23Vyjlma5OCJloTbj9y24 Si9TEohn29iVrKFJKZQrLU/wgWli04ZtgCQMutAaSAFtn3MKMY5SzO/jr5JNoiPxp4BsgIyWQe9h A/Z1elMcD4HamM8Es3sQCkDJi5q41DsR0zOpZi9CmL1SOtBXG8/LMr+5JF8l0SCuglAOS4c6N8qw STGXDeVSbOGQJYuzzd8hXB0tcRbyUivN8lELpBuccrjegr6EH1kNyIHZ49QBXkeNK6+A8bZWqh8q N/aIVBvpq0f3OIKdu2/PjoZMt8qDwLt9rRVVYAriIvAhg2CcmsgfjsutSwN7YmftiLyXPGEkFbzS +hkfbZYFtNMyla+aAhm2oVHE/7b2IEgbxmycMW8lEV64vS7t9GEfxpEyDrpSymKUZjGZd2ivvVcq VBUedyo8oVjZFzNCAIky/b8ZcvaaLpaUcQfxmA6XxNeNLGUt8ZMgVSAlk9kxgpEgJ7pyUtzzYDHW shKW3ERHj4moiNQDx1Cn3b9NsQEJLAkhY9BNOhRCXE9BkMW2pLLQyY4RpTsoTP7ag1RFPGUm8sBO dxrGCESSlmZVwOl9lX8tUy46Rd04+uyW/5qTyVSb/aC2KVNlbYpBS2BONemSvpkfAC/V7QNlsgxQ eciEADZoK6pTqFXbM1q4LMhhgnC/T/771weLVznRLEQ+KXSMER1pbOFrgHMEUCycS0lMylCnLzwv lYRmaEOX2TQ1FZqFyILGJkQDctqY2pk7y+BOu30CJJnEqSWH22LUupjGUSV2lHbi9bFAGhOs7HXz JljOa/ABjErjA7xzQHOwhW+mg5soosA0eMr7AAD+PVKV2oicskMlPtwKnkYw22+yUNrLB32OgzkI rG2VOay1AxskDZZdqFXhf8Ek0uHbkCCIrWRmQzeEdD7IkT2XQ1AiBmy2sMC3k4vGShoBWWyTrKAv ZNDfVFyvxpDNLI9GObisGkfZUSNwtsYQR6VrPkr4LOznS9tJgi4EKiEsFcNHTsWzyIiHhX2pWEIo q5EVgYbIAjPP50vN+KYiFplPCWPWXyIIugx5G1lA27vyN6OXIJtCEVuOBsdBw7ybV4rYX8MUheTy DNRDgZDty5o+2ZL+kLSEr37aGH86Bsb0IaPFisRdtqIlzrbgjLEkJ39bZrTziRLY96eOs+dHvSA5 ecrf6kBXe8ot2lhZQAQxj3k816tLpkAOeIKk7Kyk15jIkXk5bi//jRRivZa0gaYVmid3Nh7gGYDH co6IpKUt5u/cdGzIMnR8QSCBzokcrc+yZysKT5P3xJAWZFU1SlzYwXTIKRt/yUKjEs4IP7liuNqH n3W3G80IDZXuIQURHZhuR2CYFI5vtlk4HpklUWsldCxsE9GKvGfqO231Mf0wLCZiPx8x+c9/ViTS ljsAWoWgnCwrmoGqkuq6UTOlrHmbJNup+KVs2Hbiyk45lKz059UaKyPsIeD/PECjzaV7PsY8Jn/0 GwTtbWSgPeCCM86OcEw9K6Ptr6y0j+y47ak+6sLfVl21yU/55Tg1kIw86D06VEW7f3pATvqVvgOB p2jbocyU19OKt2L/Pee52YcUN2t6GJ4vKE+r00LcDNPYFUVEJ/ZwSjGwk6jmBQhqcoTPnqC497iS B8ihTEBpRhWFHcm0ZuhQKmml5godlR48iU6oqLZjMwv5S/lS37auPHqQWJr/4hinR9Y9evefHl34 +OzZgx0l86W9JLSWr28PjwZxeJTaewTz81NHUJ9eHmztYQm078xlp0kd4nx5etJfeWJXHp419vlR oesxQ+IkZ8WLIAEIrXFw7cGNolcrftBmWZ5sHqg0Bojae3XG1Bw+pcTmoLMzSUaGoIHarQNjLcEm ug9xQ+2RaBmQl+eHQsbKMXXfaiOlfHYKT9MUuQfawbuki5FhIztFFy/Q/FkOgaQtI4qbHV0MCtYQ wG3j0SanoquLDtla10SLFD1TU95toHCIp4oJeepKO+xgLrUHEWAMFhlImYw/RYuMJ1Gp+tRT1NJN OkUlqXEpDrOXkTjQ4tSTLs/fnaLtdH8m1DuErsVExrYfTZKPZUORkk0wTqlH1otvApj5smp7n6XJ exYPuAikiOua+31tOnTc132xQCI7weNy51n43rkT5gWFikLJOSfFvlo4sA9FAMUu9dNrsbEAIbOU RlCfGaOqu2wepWLfpFVHfxZ90bWMCLroUqRP1bKEaE7RF/RSqOjGIBeDNGVZZ/GhLSKZAMqYiplN yLHA2IAGqSDUqkcmwLvam2LBIQA1MWmLKovnmNPZuyl0VpBxyPgKLf+CHC6S+mvkIkORadRgsXTm MXtoUtHCdg53D5AIx2I2xQJCKxpAUMzB4qpt0ZfdAK0Fhfb65ouYX8AXIBG3WOatvHjWNS+SlEF/ 8ye+2SH4cBG+8Y88gm2CAf+COncKv01VXrCd0PYsZa4iQoQVhn14WpFB1FxAm5VGMkghndEiTMEz 6pqpUKT45OyTRNWm0LLGGnAvHjYIjsI/1OyJDQxs9z9e4o/vFicIZiRtJgMIQmXsM/AQbwmy6NtF D5Jt0Q9ZTAGBaOI/UpxoiwckMo3kBumLpKSwGMyBDtEDQSi3QIKUDRCDI2WKasVDLqcsfGbeElkz sPlZHhwwdQ6N9Dw0wWaYLHz4FMDFj87vJPPlCWAF7WZILlPDKln+QjlJ9hbXkrc2v6EXc69nQDim x+PTfNhSfO37HqgFIAapEh4kKfKRrjSPO3HEW3iT+TJxyBYd9RQgYGAiM5qdgp1GcGk89Jr6IzfK ARj6RFd71WZkaijd/ScUZID8GjiRQF+lt/hGO8vpGpkYc5TWx4GXN/Qn/TNSUkcOOf1yTJ3T9qyB t9ckIAHW12BxPR7jWBObUcYJfaMlGvE1oYXyOJOodAAmjrtFivprYrGj8IWtqLpI+lrKasgQ8NFr JYdiNVfIcb8+aaM8ZZ50kK1r6QG5uMT4gR0MbItIXnRFltq0tvDsMQrlCyxzi0NWKISaDLiPPWQh fyJU5KS4CbzOPGOl1/zI1+ej8T10NPcOKsUhTsi/olACCllAJFX5Mm96bEUPW6C9eb184mNnxz+t gIkPOEANvOEbcb2QgcsASA8nmFQl4CQEp4IWBD3ixjW/BkCqomL+n/OUQUTd0oAzZrFKg5RX5jSL crtZeG/SStYtZCBdgMyvt8j09vQleNCAR0NGt/3zRIgeViFUCGWNHUYoqO2HTnCD5uLnq4s10stz T4rgSl8Ldey3DUGuUXwBKsGKMMVNU4sogPjx5Om9+cvRpHWiONTXT9DxnLQRVob6akDEAQ8CCJ/E CD3MuSc2l2xWt3wTfQSOJmKgMtBkNxDEZrbRDsq+DwI6QjjDa9BfMV1QRFoy4J1ABX5aaKa/Xcyu 4EhwwYLTL8xAwpb0jGtkH6ApyDFny3zw5lcHPCEzQcGay66v5lx5sBjAsGQ8oWHBy1MIdwaNFco0 YNbsuMm1o3dCJtYEQzVlWm00xRG0pG/ZR8PWCxkbtL2CmSI80KDxaZFoIBlguTRIgEvDdCEnPuaL qU3prS7FGiQtiZr6EP5zOfW0rJnAw0Ih1xDCufZ7N/ZsE6tlGD0FbM6PGI2cspHyxOqN9AKwWqNk pi+LLBPUajLoI3gL5GgBnqJeaV2yjbW6VGFpT6bWDU6hyWCrfsiBSz0HGzc8FuOpL4EQgxZ+mVc7 4jKhSzaB4TPma5J8EgcCH2uJGTxSVZFziJradnbR42QLJ9ubvQcx7QEvkw0RfNLuvfhBLD2j8fIp LtbzxfZjlgPVfJr29zIVR+nRWY7fRE3cG6QsU80YTYEekby9hYkiPVqlOgOS8HbJ9X6GYPvYuZh5 m77pzMV8B9FCYuOh30Qn0dshBRTVhlF5iM7Nrjo3ohUB9zEhzxBi8bMXuU/MAWS3DQ9ahk6czGDS AvJW6gO39IHKAjXgAzuHm4CtZ+kEXrs/yxu5Aad/khSDcoGEKfYgRKYpgas5GJgF4BogsTdX6khE Wlct3ob5jiEhamvT+9KfFp2DHGmN8UhqdMewhCqNz7qyCzu2kNn3BlFDdLFDLMquJ655E5k+uWWQ gjay0oXYQsBa+RUMYSkXprq0MKDiK6HViVfV0s0WQAsCOVn9+LsWW8RZaU3RkVCBY8lF0pLu4l+m I2demiyKyAIIM+w5h3AsWwRS/JXvZ2zSeFSg6voCYZFnRqih+pY60QKlQzBAw9Sr2DDPKXHzMfK6 GOXy1wWnYQvzEjdvwj65LaTJtsQjlTlvxAV0XHCFo2KqDEMxAdpBPkUt5W6l233aiB8gLSNjGDIg vAALX7lpx2EwUctAi2iBvHZnMYibCwAPZ+DPvUGzYvKW+WCVrfDGC7SDsyy0Z4mgUIsXfSM3SBDQ aHrp0Tom84xq2DFqzY0iuC4JpB4Z5+7664RFsgmkOL56rs/FcgbGMARkHHyAd6Fv1ctYKrgXE1WN cBPbopAxFFQ5eaeo4LyMpxcLjSUOgx8ROrtF0wufyEhxsQDb6CWhAibduBUoFEK1yZbNFr0YH+jU isWDm6kdLbI2VTW7SNX08M6K0D7MwnwcAh2n4yXbmFUzYjFAQUjaJLE3Wt/tyOBR7yJndglXHXfy r0qGjqmHwoXyhqfr1PT5geVhsRUhKgXkibVhY58KjNjoFCMfCg4Gw22/rEq2OnMDtgdAYkVewydx BJk3cGZD/HAqCQBEyZBqhPJ3+q4Q0kVVR75JQ5OSTrKIWR6ezw4K3aCZH8+bhFdPwWrOI64ACaVp CpEupMpNkG8QEOesiXFCyWPVg/z9oUdZCZV8zxaXknuCFTqejTRmm9Mry6dpG6c3m4b5wom8IfFM K1bgF5xHnb4T6ihosr/VSfBs848jWc2cINBoFlIDWpAxTpWSB89EcoMoZOCyn8TbZJnIatcppc8T 0r73q3/RDHMgzyeaeqajcDeeGLBQqnq1dl4xpjjTG8RfPGai3GJhEs2LDmIQBqU4a+Ec2lJdI+SX lLi5/VRSEmFGZqFt7UJ3crzYeKZIfYJg04MJBA31u9BLzzkFehB2UKIVry/tpWWu2VN/DVMIBAIL DVkhdgEu9CjsEkPA65XMgz0TBNNGbBse8cGX6jUzFuQ/hURk0Je9oWQ6jgmGGTNCCaG/iF8YtRCf PcpGqE60+I3+LJYxIxaKCsv2vVfkUHyJJsIaJQgGCU66ZVf5I6Mnt3EEV8mYx+b7/rjMmmmAV+ib JMRGfdpO10G5Lv4Z2ALZyMcYiE6DvIAu6pDv6BMF8YfFqBGa5+aEbTowMwloJGbQkkp2C1U5girh GhsPahWwkd+4GyzngEcs6YY2zUpSRZMQ8SRh1sxOC7y1uI9XmSkGUGZouq2mgqjkVsCcLe10J+5r VAlceUpJhDNqi2kaUIz02TdLwsLGHnBKib1p46jUWBZMQpRZWmmtugZ7G4puNhe3s9RXKMps1c1l urq1R1R4bKVZdaViigLYW099D4Bq2T2helsWo0zFEak3ncPoikQGWoRWiYhf8KHiGZ/EycKfTPPv PmWsvUbM6Bnd5oDQp7nKJggtQvIHbsqysQ/FWpRl3d1CCpB0wbmkfIQigG5KBK62noYo8K+dJfk3 zwBZKU8RvgIftIhyK/hoiCbt2C/Q+OkpFp7p71HetvZ/3PeVj+1Dtkaw3eM3D9H2CAhL7R6+0JJ7 K6c3T0dxGsFKfMvwXz2PWxsPJtHq8nH18W5k1UqLwp7C/eWcgCeGd57hYgHibuO9QwE94yLAejZ8 y83XjlZs530b2qyN90SQHsfdmn5VSosRgLLT/bZ1fgv9N80Q3fDWL9obAE7P+Tbpd3Ab0quVEZed k/BEi8vt/vVrk8D/XTwh3BP7fz1h43Zz3ZddtiDyr2d0hPEGceyi/e/OEwSogQ14DQCP9mhoMmOu y48BLJN434mCUG6J5Y6W33e1EsdDoouTIC5sSeb6ETD3rzsigFlXxEV5tPovUiDt990ZBGPfPu+O RMDuDvd7azShfDGuUxzI77EiPS7E/uQuQN+yiyZp0uX3+36/fjg58vOliTWaS0xpIwTgepjG7Rsn AIiBmIg1KOANSHAi3G1eiNIIkgB0KiIO+ttv3+EAuQa3GwRbXYtZpGpfEbF9F79bWoI+rsOaPmGW 8yLRk2THvuDr6SVNKrAaKgl9RMRy4yJIC0kaE2Yyjh9iJ6oq+qazJtVaU6RITVS4UkvAFEptp/p2 SNZXFwtk6+hm4CLa9Z3um89EGc5zbhRukWSmCsk8Xt5sArT2kWRYTJq+e0Mh0lDj0NttK+BW2nhB H9v+URZAlNP4TJyKbKW/U9JnL91iohpObzYme5dhFCLmTZqXYRYpQovquqJpJiX7GRIMC1OY5Qxf NnZ/swZ++QVANzsMK/35FADVcYdce/K95RWQFGat0raD0Jys3LZUSHOYDhXmbAYKF2+K4vh0g3D0 S3MMEPGzREQABtqrwMfIegFceBvtmLJsl4/QqQLdyBUbWdaFw5GonCkWVz+MJP3ushm4ntIZtpLl RPbWLTG9Jm0ziPdxk63jWjS+1izC+e/a9730NPaw6mTKPUOkhhlMJ9RckE44jxAZHOGpbl8KwP/o lIU2FJZHkAQyL0M2clUd7ovV4h7v4Rij7PEINpcz50SDEU5yo39HG7K2FCMybrkVuaghQc0oVsfN 2gPIELmvPvR0COPNAZFgBse+GliMxdzEFnRQI6G4zJWHWvIwZ4FYpQcQFoEALt4l+/wIR9/mn+ID XJ+MkE0u7dA3IpIip0uSa7MGDvqQbYiYoGqwuDZodcIYqlet28goUAWsircycmq7oYYg4C3j8I/W iGuZ8urUIdZY2WEz7wEKhfxbYtUitr/ABGGgR1aMdIaL5cLXWjJVtDRZawguZQcvklP8yoSaK/cp QEDbLYIjLT5obhDXtt9p5ipXyWB40lHuJJN9YVh/58jIWPZ3nexbs90L3zSf99mZ6JppA5h9STfP YlAoGCloO1eXycn+t/DmYthxEL46J1d8LHU+IWPImfJxHjDFCuOd5XXWCrKWDDiSjhlCnN02hXwY xXz2bReAcP7OrO1GA2ddvEkAtaEtwCZfCJ9SEbH2XO1BXmkjIYyQFF2ZBDvhQp6JBqnE64LGFFdZ MvLqyDrMDBNCESCJKhrUSSy66DIpg6PgkNlIQciRjpFiwk7OwU/+CZoxCV4cZjS8qSNlTIiETIVG WYP6M49gCtLaZdmKS43ZyBqB0Ug0OmHyATRtJmcSsyOSAouJlTF1Z2oKrSoElLexOeI0l92AEfIa inYYrsKRuTugmq3KWjEfZhD4Zr2hhTSAWxQHClojnkY0kqdhLcoY0BO4VvR8OpOXCZpMHgFETClQ Hzfol1RfRUWouZylytSzzEi5A35SHtomaetbi4MbGCW55QP6VdsxLywNLZeRU8hZWFa5hhC1syFR IEY1MzKtpkCpJK3vnkCB0f1XB9MSudw3u+7VheSMS70zpa5Vo5cet83Sq2RIcdGwPf5ER+BgvNna fcQpZI+4H8MkWqM2CVPTKH6e6JjYmq9JOSG0I6WaxgHXe+KuwTwZT0ZHNoq3SYoxCUaZ3eQ7oYtj xjVXjiGeoT2pluNkQY9jjAZJKZIbCbtiNZbqbIDSqE530hTvBtul0pVJ3FMPSqjkLyYGKumSmzBt 8kpWK5SzZ1W6cv8RefLfKl8S7jNzSjzzjw6ncDutFVKiqKdXDnb88d65/MQn30jsEkAcpn5pAGzw KIO9J5WRhLAGY9Q3KZGKMN6EVsSU4IAHxghILvElQhG/6FmvDGnSS3wMU5YdKsnVZLjNOVLF/lbC 0EAnbbyVu1YSWi0I0Yzmjwz6AK96rCxQ9YnEJTp24+EIWehMFq8qKY7SCYq52tvXFOlOqmNkb0im F7LZSaJmN2lWoV4+DjaDqG0qkLgLOvPSmKSo90DyoRJJNKi8YWA4kmzlAjIMMIBUqD8oEOltDaJJ hlUXClhrTQ1redHQNKBCnMRQofqUrhHw0AFMtCodVPmqRgCftLiSCxxccWAKCmgCtpUfiEBFAyIA +kl/ZEFFdYKegazSMQt8kEVKHdpD5KelvvNV3TjSqig82/ZfBRah2AcFiW0KDYXm2RYXVfZYVKFJ XQmAqCS7BVxGDHHUkFR1TGRIwgUwDUMGD4NwHelzJUDSqzuzW0Uh4iB92IzoCOum5sZWbARfuEb3 xIzyUWzdXtXPmrjPWoBOtUsbsxoY4skU3US3SBacVIH3itjGIfA5JUUVrC8m3NYAqnQUibnN8ldG zL5TyONUNGXzCymz+IlUX8ccXpVPAizJzDww+tknuT/JLHLNbhvFdTEMJ8vfVy1gXXK+FJw6s0kC 1TbezC6VMvDLzpoKAliNWw7y53cOuwSpIAoYQBWQGMgahKDAAMYWymQADLiYUPpXnHX1pXWb2kgC DWZBrCLaaB/7vsJPQNGBsuU1xViGa4YcqtFAGpBQKTxgmPp2uWJ4nQtTVdcyP0jk3mBmH/RKOdEW 8XJ9leuNwO6goh+ish0mGMkFI1aTZUIdrs+zu1LAbwTtwxtvTZgFtLXS6AVNOJNCoHBzFZYnd9tb BYByM+RaAohGpCFXwD35/hq8C+CCYpU3kxE0IzTr7Kk9TjhldnZPy8k80JOoyozQ4dowIiHWhGRn ZcCVkHvPqKatOz45+9maQqCyrFDA4sHMOFCejE+qoGOxTBqOeraqwZXpriZbnTbTdpYlfTZtgt88 mnNLZLqeVDENkYQYj+aBrwq/3+V3Zia/9D/QEd3s1T2pemaNUfNssF1RNjdLvXjeSuoVPw0F2lYH DNC8iudbvEuLM6ad/FVN/miR3cIfdKvlQhDZeq9TdGo9EdXEH+EQspUwyYed8YKc+KLCj5JIp2fZ WA6nG4ChX3qpWrsEHukb05DDIg9lDd1lS9MmncVL1TMjPl9IaHALW3vYQuFry2rN7a6o0vDGeNmB SgaC6MNLyfGVz2cB0lZFgYmrUiKJJDIAboo8JQwIAXzalpKp8Yc4yUzIW8LDeSWlwofyL0kIvZGG sDUbCG8KLbcvt1hDUSKpTx8bidkRElSvpO9psb4/nSkwihQmaZUqqCTQDeqWDmcrMlUmNzZzoFyA BIpMcqEymP3Sq47nGESiWReEUTgt2EVD6PaICSZC+ckdfVY+0rB6zg4aVQS7GTbjUqLBFimUVWSs +V31Ccwm1lFOJteVWQGZcepXEqPo5K8OV0/fZSeVuVSNlN3MpTyn/dWFvo20Ks6MT2Pc2QKplDrd EGEAZVumgFylGCU4NaueOgKanklVqlg3XyoI38/7r4f9ljopUvn4KdfrA+oppPVGEUx5y9yKff4o 0N08bKR3xlV6k6r5AlOz9gDemkFKndAbQACrDNLkKP+pQuk0UMW9wJGNVonTRkajMmkMrb48oTc6 ZPqqxixXRFSqmjlKBhSQjE1KqhMORGlm/GV8QdFjQI6vuM9HcD5QLuX16FZPSPEc4/dPhUF46i28 1FwDVEXfckqIZMfAhs5+1Yo10KjvYYwmSouIqpIicyV35dt3rI2FMTYp8sMRlBInDvgtVa+aDHQA VB7EU/Bm2bUxMX9EuEq4ox75ldaiiO6VKE3hr+eZEPi6VL9BgNJv7jErn8uLYmbPdepWA3cVoKuu fF1fQQ4FT2T2PG3IJ9ZA8FSJfU1kPRI7R8ayWFkA+udKtR/0A82aIF+ay92EH0QjGT+YYX2/WZKo WcpilHQnf817ellmnYDM/2EImHltI7HDSNQ/LC6brjBCGv2kao1sEu1lN9hsOaA1YgC2Py9cmK0o ENsYig6IGRRsnC+BLk5nBBSqqDdjQOCqlYBnP4GQWWMhENoIZY6i0TAApYpcwDOzTV6QwtJyx2xv XoimtEpXpux/85i/GMk/pq/goOw2muZMj79mHTPLYDnutfqizEMDgPMPmXdjLCPy2IEG5NJcsfJY oze7u/Pn7KENIxwRi2fKxSF5hBIdkEC/x0qzvV/PrrH4hRE6VsVg6Y3QYaWiRolM4OfUtvgF03bd FMYv3+eo9LSbKEjy4Dlm/ayQgW68e25LA4IbpMWpSMAZkoVA5QGLf9ArPkb6CBOOGpm3lLZghm/m XLfbIS/NPfLcYCHbvF7RLOq80FutgrnQoTYA95rE5fJdD5Uu9kgHhV1o5gUwMVHVQQu/bTMerwmQ +2x1RXfeKkYQEwplLhLEp+A0HTT2VdQ0YpAWoIFcLmzQLhbYwDwnZ0BvSUSMcY9NkMnmJ1cVxKDI kGYQRmDEDh+lsNN0nQ1uahpDj4zDyvXax9kdAp6DIqOus51wSdS1nLR7YH/BLlPdA2oKXxmDvgG2 8ypJMj1ld37ugcFgM01+WwHMzLYvlulgILKdrA/QmjauR04/eTTTgVAXr5UBoI/EWGMQCTUidA3E Te9/xhb4fUQITNHLJK4jU0H6TBO/QFuyT0UBoJcdCONxeLgiAXJmNIy/LxTO/1TnYgWLyXMC9Ct3 AM8ehpm/GGoRGfKYltXaCG6n+NQU5QDWxOxRKgBozRMXAPjN7KiDkfiCVePDFDkmtqyDKIty9aiN ZQraGLvQ69tuDjEWlcp8wBoRqzRgGRvih0IW4fmJFAwHmynQbgCt/RXUomvyxPJ00U0qqzmrIgjN CpQ/ihYNU0AnEvfJt0eVGJZelgJU24xDhdMMCgIjhMKB+Q1U0E6zxdPUvcLLpugFbJmGShuVocpL 7RKg/zpGDbG+GLiLfRb/RUVBezAVlC9qJZ8RYaYmIsAa9tKJJo8mtFK6L/9sBGjakSiq1ibljRq+ ccN4yMBJRRUk8UHnl9TOhaZVM8nQuck2CS6NbFA7uUFO+MI+0mdAGqRk3PyCbO/7SxYkxodMjISZ pG9LXsrrE4xcwuxPVVC/hjlPFm1/BBoGrt+kU4zNMrBSvHmESkiNDdNkK/tHVIqQ40s/Mog0sdPQ 7uKCAWhhqm0iMAOm5viaeyMnEHcz7fEsKfCaIltJQbjXgoNYCWuqlPT1VAIQcLVQcBccpzE4C3my XbRKsZeCWgYSyWiRsnfYmYaiYzrGmgECLVpt/Hm/N8HIwkGbWwTFYmRSKCfvuoy+KFcUxzgUCc/m 9DQ5QWNwCjUYizx4hsaEOuq9FQFJweK9LoPQZPR9X5Qdo9gfFBb7gzDVJeqe/LZJBH3kATOMyi5o CV0dyhPg2XACCihBq7KniYozxTWlwp0T3JJlj1lbuXumDsNLFbyYEdyGdqAe+rCWoVSSGP25KzaF AWQW1CLNkdjrEL+SAqxpTc3Q/jcD9cK1EZjIJZ+klYysSXPlsDalhIXK+lIblppJL2rqBH1qYoLk LGOcLBm3rD2IkmfrSkUm6DQJlZBHTbZ6HpidQcMUQgfSzuOhXiKeONMscBvES+bRxSQqmEmxT/ap RD03dQeQ3JCQkFykqaK79qnX3BT1sGAZtBGkjkCaxhBRPUIqhL3gq8VJbagAtUIC+KfQqt89+QxR zAJ5GlPGQNBKCYs6uj5/IZTn6XiybMBFOM016Bg0uMYrkFecbTlpxNJ3yUWjB+qIaiyCY5WKey0c le6RXYnJuR+MGquKr6aUwlJkdBMXjo4EN3IQPIdeUy0kQZmScWqSmwNcCfMsWgEzcxLNvz2FBsB+ cvTD1mIn7BA/OfFKYeUaxamuY54xs/76k0QfubjEe5GNQihKIiMpqyqZn0JKCl1AG4f5XHGbd0qS hmCHhakA8anyAh+xcIz5dAO71LQByvq5pRmXhHl8gk7iaYAs4iUSLuZcCB5/OK/FdUTWlVL5prmw ZqlPUWaNjei9jtO3gOHXPCJmI+W9jEWlqpconqiBQrlKkeonn8I0OwhQMYfvQl0nSvJEq9VzT9V9 QtH+WNXf0Uy1qYOZ+QM/xkPqd3vpFdDgwqGvfmM61t+FwNKOUVWpIiD4i4YsPuPv84gWUzTpO6Jb X8rpuNG/ZqgdMQDF1on4kg3Od5MQwSr7I5JvizhuGMIrBAsbokH1qjBA8CBHDFnGWLZtfDoqbvP6 FY0TYC9xMQKb255Ybh9hFN0aPw9S9f7l3fqjUQs86/f2U+2Ke9N4CEYZk6N7uy/UyQ23Ulh+KhPa J6EgX09KC1lie15qNoLjBjfzpn+iNd8Z9QKRVPdlLt6mPik+QrY5DWw5rjhC4FGZrYj1Wc5iPgoC G2LOsvutbZasEI7+f7wIdw3uQoVfAxiJxTAhOdc6a0doGQfm6EBGx1VShRZzeMAD1oyE+ebnUIYF Yeq7VzOzU3NBJgPF1LDSHThlwrMTXJ8Btg2HStLAHAFH6nZWNB1vBr9cxnQXeYOHqoO5JT+Rs0u8 c6kOAmpQjwibVYKV1/SVAygW4zSj/0yE6cCqRMrsI3nc1BCzEjkc3AM9KPGUM72KsDhnABthZYt9 9YPqrrDWbEZLCYRsMyPkphpjGkl+TjJVVEbtUuEjpKkDwXaXtaG2CVXF4WLIqrlkicUwsOVd88o/ TEEEvRAo6pCVeu4caNOo2ZJjcQ0gwfbigYmk3VIN2QWzLpaCRFbt89ZQIFvALBgDfgFpIWC7JcHW 1nGDt7y1IPSc+qjZxnbUzYQ7FG90CGif/DszBrZudcBD5IqurQKjAoOwxVwiAVrgRQGhaYtHUC+g P0TAhZJd+LFdgW2GFAKtUObv+Bulhk7BPfozPJiYpsTGZi+gBz4KUm6rWkkFFtUomcZjxsf8qbhB UKWihC4gwj400ZCdcd/EWas9s0V/b3etaUBEoopqDELKyrKT1mYoiCkRZ/fYfzqZzAJvm1pDfSKd MoBJ3KzVDkRghlmNY1rXL74rzeeSnfCLhpgTXBrAp2eDIVdQgQ3kQZdpSIx5RJIvSGBoeL0shMpC y135SpGDa8CQxrK3hSiCbdPlwnKVmbbXviysh07wwGyHpyvn1gl2EQU1hXtwiqJbmAsMt1p2MJeA ojJ5wCT+7ZqrpJm0pwPSw7z8VJZxEjEJHbMProhpqXlxuEkYAytN1tCTYuCKbHzlmdF201f1KeoW sorysoT1Y/Gq8YJZmI2YZf5FL1WKRSoC4AqJFSmLGJUr+8hWFPJQM5qPLqUesx2zafGEsMZSB+mL rtAL4gvV7LEhMC4AqRB5sRcK9hBspA4Pd9lU/WsDPPh6YK7soEpy8R0zpqOIuzQgM4UaBcTVS9Gq h1AVJlX4V/ozsgYmraBXFl9863aWsE1GQotPpWlE+bkyRBVkI91AgmxLgaU09ix5RLXap7o9vDD7 +tv2OA8SQT2bU5XbbZMFktq4mq331+u9L6RT4P6vLbhdQca24NqpWuFXnVuZF/lCs2qwAuy/qqjf vy1P2L20Im/Gvy1MuGGTqmb/1OvfQdLTzs2tIGwodX3hKqFEWx1n542ZwTdXeVSBMsbhQ7V9WELa jlxrAYbxAHD01tIGWjtzqwIlTwjkQe4/95Ipfc7jwgB280wt3ghVMaKiEck9TCEJVfBNW4DMCZaX mdbwk0fiIipNZhRViqrxB2AonNJ5TVaDkitUrE6ISFp84chymJKjtqWt2pxmRZ0yRNq4jmVsRMVu XvWoxeoAKXqu+HUWcM3XQskEcq6PDnM86WByYzpOtQjVpSxSETUzkSknIWyKayyDqzkigOvF4i3o yMBrTZcTdDddL4sHu06w45nWzUSqK0xTJRCWJMksKCne9iaD/iHmzPZWU63wJb30NytaFSG/Cy0G klPgSRlAQJiL8mVLMVsNqM9FQn3BcPYQoG7pzbkwQe1I6YwYYPfZx1w9CBkQ2VCPaTrhUKTP5DFc EAAx0nDaYLOZgu9HAkFGNGPQo9CJJTYZyhYobEjYmSJLCpDUMGOF8TiYiSDozjFglks4ZhIOoIJH VQxMcDnXCisTcAnSnFowpH3Rc8GL/6JEqQszllwlnIhmzKibPTcR+fGGuniXJES0xq5H3BTX+V8b I6FXRq1teNxehfGQMZo2VXiZaUxZZOx9UpwHifuJAO4EyNfPMynNR7nOJxYOr40Ll0LzDYhGi1ob RoUcWDloGAcTFIpbTuChR1GIa3gqCI8ZzHp5h7A/4dUipn6WuXBEmoGHJIjlzQbCLxX7js+EaWGN PjV97akZpL14vpnxrrNR6DpXm+AViWFCABDwnK5lBw4lcSpeiojgW0h23HSbBnzH9/xezA3oYIjE LfN6Q65A4nIf/Vp07jVVcrdhFrI8lRTQGsRAxcIYcJu3p1APYKEm/Mw0SuZoiWd5io4+BHS5Z6mP uNHwBTLRkDS7B5sgj/SK1PSl8zaFT568J3RsH40WumnVpiM/EXYWQDYXdfo7oQ6eDZxcTGmRDovL IIMJ/0S4RVtCGG+wJuxwPO3wp9wTUfF0edG+NMrMKqVZTywoHA5qMCjUGIeRT8xNy4BjxDhko5Tw w/WoDbmKsU0vjwtr9BH6dvK33JCAGRHEwaN7xczpmw/BidSwHmIJQhIbXaNEVCv9LlSMB24lsJFb PQdkpRudJpfJ4qc7Bte8eFGT7FiKqLrSZWaiQRkuKtlnVC+Gaptf8uxtBl6TrhKDSJ+VaeriVdCE H1NAtsEKd+QpTN5AbpXTpBv4KJ2g44wGQ8sII7JbZhetrczDmZhTgsYcuZKCMT6bDf9ZNdrXR668 xWpQViwi30U22isNGXTGx8XGD2JS0erohIOlgmWnd13n8iCRXYvqGOnMLNgpmVsA4lW3fTM1TBn5 KrqC4wUvhkukerwIOSGNmM++IYXL4E4Bs06YEGFZJTjnoXXllbJfUBOmZuRLlifS0BlBCRYjD7bi LBEn/CgK43aUwl01JTksKNJJMBflmh05Dw+94vWUKGHZdtmkOC0ZOIWJDG9GJ1lMbJGDQ0OP5KRv yUnqwxP6kz9Eg4fP2uifCeUvcq9mc6Fl0zJXPFJ3RYB841nYdIvYZkuMJ73KHbHJKTM4tdIx/6FD Ih0AyXqK22gtZTC5hfacgnkTO/LstcbEHDANMfoDnLzJDPmG2MFeQSUTRKSwuF6sjZ1yk2KuvV3S tvgYp++9StnlRxkfejRwcuyg0YNsy7WNXJ3FzNAvZQMHothDVNLn/9ifFsQyu5FrL+v0qf2iGQ+T tjUauWSXXWEH4oKBWr6JkX29UUqV7hmQ+kSeiIXj/Q8pIlRphWaJ6LLJkAYjudIa/8r+213GkKQQ 7Efxt5gk2mq9tJEEAL//wyV50yjgGSs+UWOz9hmpw3RingFwPpQ0k1RNQYS2bcfiyBP+itjG77s1 zEXjyHdrr2LdxF5kQGW/bXdMTjImftpWBI0ihQJffWgtFZ/8T936Jo4GLC4lNCfk06pVhgie9WBn mjqJLXykWSmtjxG4DA19hELei4ejIcCYACGs5nWEkbQLTfQGWkFOkVVlqfaGUHD7fBbiQjkQU09s IARyAr51Sw9MD7MhO5jVO6mlr+1ue4ltEcXx1M0+H1hEOkFs9sA0QF5kJdmUSmR7Up0Aw/KSRgmC +aQW/vof94MWYGbclkhLRTl/JEyhkXL0iHV2pMDdFIykRKj8KJuWZhiki5jZFVAbArPABnvjENWO IkVit2qjCcaFegzd94uhHcKWFYiYMr3xXT2tVcLW7m0ocgVrWhDPopL7UpE410ZHXYgGOc2slT8W IBo/6phSxoLLRLrlNkYhq2++6octTPu0ZThXjEP1J5Wkz20f+qEGSXo6RdRXw0ZNYxfJRK7F0Fkz kqMFAQljQ3ONlVfMwQGTDShQSJS1vp218SHTjfLJmi7YmidDhlbwGQbzAA8W5uN4weAK6pHn6IAY VS9koCCJOpglN2SZ7eup8Mazo06EHNrlGTkUgyc0umB2/gf3yexO8xBddll90oXgV6UAH0Ukt2J8 RIh2wMz+i+ez3gabgc0VZZoiXxpOzIqjygURMkuwbTAZPEaYRWL8osK0D2FMxHBrGf+0xrroaOp4 iyilHGlHW1NmBqejyQJQoZFLBCzLo3fgoRKoKXspqhkwkeACnvQXkWmLHC6WqugbqSAofssFrEyU wfTbztuWaCMOO1hrzVO14qsdKCeBjDB7zHvlclSNKqJympAEySxoLoxk+cQvJIUos3ppFGLzO93O Xaoj5oMq/o0wqM0vCTMS1KlkjhYU3KPfQ2G46FZ7v6uvjsQsZk7RFbTVhjN1PbxBuWgAQcyVyzza E+6CYQCnLV7ASWJ9RBw4q9kilSFhmZqrDQOnBSHE6NUN7I4gzGqzzrp+eEhRPwk52SOohMNnJGve nGiQiMMzxAWvDW9ZBzZlQB504b4u3GZKlatQ7W3lws5e4BFdIBZJJHbAyodpKOS2UAGmtj8QPvfL QUw772kWmo2qmRHpiykbSHu/SbKwj3syW2mm4TQzcIFCRJAIuEVfNQp5YCknIphXM3CGfoL4j5gB BvCWpIEDnwlBfjMWGERZuQEzPb42FigMfUwwRxSpfVJApoYLG7Cdk3q4yaH4S3QbgHknvTdiI30n lYpc0MGYQogcNxIl89iHA2ZNl7dckBDGqCyJmbM3lLH4oVU8Gj7aYlOhb94gm5CJZ3cy2pQl04rN oGEWsjK2iWrDtMyI0SFTYRZ3Bv6O0hg/2rKFyl5m752RGRkXIcMEmaHNP1HARnemhm3wMXnkt7IT CLq8ZQYsy49KYPDFLiiHfkTJmAsOKVWGZBWnomOrAeMRjJO+OJwboSymR/YisELEnAM5yUQvnYoN 9jO2iQ5JzYWVAAQYRdyjttsxOK03GEmjxUr2ADuU6wEjXAvAvUAU/NBvDxhIEx4KTrzRChXRID1B ga7M2VTP104wRBIzqrmqEml1GJeMUdSqR0RC5cP9ilSSu+LNIOcIoicxKSZDmT1KKAa6CKQQCXO3 2EMcyLgQbyhDroNs+JnVwsLqLNxWZMo/g5LZnFFixt00aEUwBhutNEfdCZntgRiDcAMyQ4mfnew2 qRoB2KiNaDwrwB1iB7niJtApH50H6KeKqy2NGe6IVSvzJhqZVuoFLtjSrPwc205y2UvLBCQz7oi0 WARPrs5P5haQkrEuQilsqO7eJgSehUDEcbLZXo5q+D3rQIW5im7ft6jk3KvITGFZOVZp+6IYXf9W BDziwZ27hE+9F+2M3KhI5G6ezZxg3NnYkAIF8kB2DzewQY6j1DfBdHGbBREcCjlDWOSp5IjHGnif pNSSqrjIGlTVzZ8ZuYP8sdsXUrdqh+xCglSCeykO2ILszRjQfVHmH+pf757vPZFAOO0Mq6UQKRRC 2H+MeBGZKJZdxGzFJPNiMZH2E6eGyslDOYn3L4BFR4igMUYrfuPERAEcRSk5VtwX+xWdFvoVhMME CmIGwqOnuQgzycFNoNE4gkmtBC6zz5ifVBgcE6lAJgY50qY2GpqYRVKuifRI+uGxI0l4++BF781u hK3sw3Y6WULlCmVJIS6saFlDKmkGHOUmGm1qUYZGmoup2tGhQcY2jzF3kYrhvkZN1ba6nSsXPNKa nAEBNmbtCX1L/6wKQ2oNcwlojl5CV12rWFXu2dZlhq7lz1wqqPbUpOyZQzNOIBaNUe2GzfvRdt3d Zj1sk/O2O4bNSHkXI30CCC7MHmqAVI1c/y4W+JEZrMKh80vqFoFUAvKvLUCa0cF4B1U/OYKMm8n6 SUSJSaJSEGQSAGTlyjiSW130JS11J3pk0bUXOWMKg6wpNYnGa+9LJBsNX6rnM7bLfVgk2GXBkDy8 /UKn1AUK2agcTDly+aqxTJoHjHM+ukDiijD1bZ70jc1SgeoDcsGIpEei6g1pTYAn/VOBVXL0LFSO ZOxoQ7HeXG6UL70yDTRZBsUeFjt5qlDJ2Eq3wJtzCFSM9rEYCjx8ApEIfBcRkPnNovablSU2aZze /nVISg842s3CwTHylS4qZ5tLccagO8HUc1+1LzbToMjFU8BEQSRykjNJA5p1+E6Cma0nNla5VfXu ucdVQEB1RJc5UjFRuo9UmI8FAPYsL9ikU/a/JGnFTE0LNzR3zxhJCerGO+TpfOiW5V2CVI9ja1dN MdzTQkkhm/Kd1ga3F8jeGltoRIigpAKQUpLtaWZ6tZHAlAjhmLkxAoK/o04rDKZmHldp05InW0ao Hn3rYVkFCQYIYuxA4qrEnQaYIkYOjOvcmlbPxoZY1HhyfNjIyj4O6wJsilVvRTkvnVWvqLR9BUb1 bH6HYd9ePBPLc/aQpCAjQWRmTKtZm4v0Mw4y4Br/CXrRr2pSl0iXXSFCa+N2EpkkIinFYEHgD/Rm pN7vvg67cjTJJW3iIJuyEAGD0N5YpkxEBBsFKQjmvaCCBJEqFEuSsUwUQCWLH6kqZuEy012yKh3X EeztN7XmGOW6JkZhv6ezGR1qnc/N7dMZfWuP8T70JU3suhoo4WEB8jPpS3FgFRJu1EehR9UNW147 15MvcNE+VnVSB234KuPTV0ubdVcd8UCd1jrt4+0fU2bd2w1e3hqoq4WdHqXCH/C+bYj1ERYKPg1e Sw7/7i+T5rLAdrE4sw7xDlV1YFaTvv9pC7seeqFRxS41kGKbTnF1TaRgUvUgLgwukLLe7Suq3XOl c2qFH2bP42rWSSRRiNNewg920gwaKEi179eDsHq0k8c6FaiJPbjYHvthFjAXeN6LwjsKV9weNbul onWzqRZekSxQTG4uV1zTTT0Bg9hb1yJasNrPq9bkFFoBQSQId1yNnLlySBV9aukOeWktHo8siI/j epEqC9AVqQpQ43wWEifaA8FQWsD3ByyTooUJm58DQifha1KEmKUh2rSFw5hkowkNpTjAuQ+jEgqw AYMBJCrqHv7WwBSMrB0jWgKNpnAF+BM4aUaWnahOhl2prphvZBaI47SqGgoSNFe+AjzgKpwtEKh6 U8Bn5jeJkhF5DRUwEwhsKAXa5kByRjWmayFh1SlrnwsyZGrF53J2Zi8gKXjMrEMUbMZOSQ1OIY++ MZGlnVWntciOyuf8Z9VNh2Ia5h3yQ9Q61eIuxNE2vjLVJcupLcvxZ5OrnqF3CLeqHpBALukybkFV wXX+CADhXx6Vj+ZSSxhyKD6iR4bd59yl5tyolIGJKK/Rpk4gYRSznTWEUxFO5YI+c7ySICaWH4FU JEKa4r7CfmKADihXRhB40TOhAqthhXxgISfR3P1XUk2HqBZkdcUXiNmvk2VDWxNAV/98udvEIrCI SpFD30FZJhm/qkibi/oIFdyEEYMFVOKASI1qwGPWYhpEutc1hofmEgGaV14LzvpHOu3KRwSnGI71 VNTWI+FTQTdeZKbhW/qPCt4IeVylqhoRlIUlNCiZ+dkhAGpo8A7xoUAmIj2toyvI0slB205SDrMT zvTaZ2EDe5XxaVRkDngf1t0GnkriqEe1kIWKrSyNzmZQpmBRqR/Y4oLDFEXKpN9FKsM6JaKmjERE 0F/TQ6QnExbbIIcfs6r2J/retpI2HY41Hf0kQpYSksR6liJ0NlNqowPlS1BS+Cw+EsDbp0J7AlOX jAaI2snD2M4EdcLRAD3qUC8uIw9iFnq+feywyScl/+nKbEYWda4W+xFTWxPFZhgQLfNIvfCmgBZc dkxRqijGNSRmzBqbh95ExOy8XbaWmepvjzREMGa3hHQpJK79szrQXhuQOwWbo8tjYBvwNs4vi5uL weDMbBY1C2+hJAkEGZ/EhZiOSIA/b4ExUdeYcsYclv1OMPHcBhST5Jq3iZKyTrByT0bo8XqT0IBh 5xGItATKr9H4xD40YJTfsgU418affhL1RCKmsPrea4rpnffIPffdDxGHI8piUHKDl7Cnm8yTW2mf 76fNDjEWuX79CKS23q1kRcKoPlOA/m1myxDlUNw1jpgmupRZRCQSkHOJ5aAnozH61oJJeg9dnPo4 Hq0HXMAXqiAFI3mb0DIr8yCZ8+osOYmECHiExPsEVmBpuYOZgDPVX30qaJhNSxxQYV4DlFlrj4cx JlMsT8cCQRf9Wu1Nzglz+uo/DQJM0s+hmLHklW3tHWgdiZD2yOlQiB/IIEQl4GbfIJ7HIRhR3Lhs DrK2VosPLLeuokcgaouoPXflGC6XJE+Gwzsx8PY3zLCfd0s3ZAhGF7Nm+X3gUTPOlYwwB4LlM3++ zAt9KV4FXJZRfFlqk+Gfis7mSHw8vgYRcllY0eOCs7wBgIoomDNp7ZVj1DZ5YMwjyOSh8XMtgmx2 AV5hKywgOQJhYmQuyQ06N85ScsJTjN8PKpe7wCKXwYFGSSMsuY62PpqwkHhYmLuFPOOQMPNkHDaO yBk9cacEu+vYAcLKL5huHNxC24rTyItQBgDQRWhtUpMvNouTtCcLnPHGjgjISSEuKIgNXgg7WQD9 Ca1fx/y3dbOOrhWGpapijEUr6JCWufUn/QxpskFfPh0CJHS4jvYKTb6pGZGgwZ2FHIyIWupRvCp+ kDIIuoxjsCQXMkWfE9U8j1FFOtSTh2U3dc0jkEuyTKxywHoSCjYoihLsfNymKfnOQ1QqAppGIpga jsDT9iQNdCr8ZFpAoL/UKUIaG29FL5mQUr/2XJWx9lXaLaC1cQrpGjh5gi9RTFSh7zD4+5NRiqKQ 6pRYJNGsboLe8ofBJVdQ8L5Hx6Q7dvCSlwIj53rIVfm3SXCTWhjYPxMTeLORXllq3wqRsLQTAWkA LZ8Xs5miPfVuyM3tNfIFA5WXAKQEtEJr6bJx2o0O8UBMhuOVRfzRy2yO2FdaBDSwsFDCS9JgBPM2 tsHd/IJA9DFxGS0iMGIJVzTk4xEHXO1raC9fRQAk379EggbnATMO6Y3pXfKSgEUkADYtLQWth8uh WQKffMBV7Or0AHDJmzpz+TEPkr62nJfSpPDpi8ZzyKl5dJpYsJYmgh9lpBSJWcIEdlz9VLPFLi2w ICudNaQR+FeEE3beTkwKhgugME4qk3bENW19sCnbJt1IKdgQxhQgEep5TP5UICFDXF4G8o6l0dR9 LqpCYLu1+S3hhBS0h5jQodyrXdC8uMwwze27F53y5F+Ff78drzSCSTNFRQm0yL3FDDyRvDAl4qEY CDXhxR5oUkggqpRAcuIfMkdymXutKdUXOVTqhF0syENkHAqiUgTC0q9ZUh5cRnjCTIPEPCSOcUda tg4RxP9kEViznnjUTpucIjkszXkuKEuMXbEvUVGjAWMcxSatWEYeIj87JgugHckP0NLQwIsfZmbj 8YvbNbFOLEE2LE2tZtK5M0oE6IwAG8AcY+vKZj6DKoxyc0kaAIeoi+iaXsKf/x2+yTwNAhm0dDGB 61nvViNyH53NabF4WQnYUDKgDZO2+mdGMBtg9DMcxcEdAOsHKQoBgvkRtlu7nscuaEFUvGk3kdUT j+pFAcJGOWIBerdMbN9p4suhZH3QJ+Jk7CIcQFirZs5A6csIaKTJlFqRaJpLqcqscAm8C45Ai875 X1+A0NOWkKCylwIScxSFfRuC5shdQU6AkAVo3ZSwBW+0YX/SdjrrJRcMDKx6RlfAxDQ/qWjxQEZ4 UFukbZ0uopXcBb38NosZPLldfk3v1F9AghwcR/sZJI+8ArXHItQrepl1IBbo4g8G7QAXCZRMMCeU nZgBB6u3bIQ2Totwi0TFOISSJPNozJggkq8sNH/LaWLE/KZRtQSFvxscy7wrMm9Cn0CtdfKVXvlT e54w1c3KagnUzE5Kz2j4V4KgClSKp3kRWq4blWbN1iMz1tMeOq1QXM900Ngi/8LETtzOFDHS/DI1 lyh5zFQBuVQAdkwWzPRy06SdLyg7oDEmKgY2izDIcsnWk5gb9o2f1lMHFGgtyaiF1DDAFLQBgM/M CpSyUT3sPdyZR1PoENSoT2/gLpJHmxEqTqVuPLjVTMSWjAAmRTvaqj3xNC6uVaTA9sYp/nHJ36RV R4QzjjElJrPpYzyalPNPEEASgwGie0JSWm2IntGVaUUuEUfxSGZI7MAUkF90gSQ1LU8P1H6zSPom X4FfpGRWIkrrLYdGKkAaMWcE7FAKYiTqwUF6sKQUOX5pU5zPHJsmN1P6QJLDBjvMggPB1OJn8WfK UaQJnFwHYxiF03Imq7mIh4vLjNIvULHOAWNMBtAhCMPgz3R9QSbTDEJTR55UyVibAXjgcDEDTP/r ZKZMYQKffxcOElfo0WtrVGrOrXO40FGP16LBmMlmpL/MPpD7mH6JAt3zWn5H24yfyhVSalpE4r2e 7I2X0K9o7R3jENWaNWp0Twu0+5OJDE40Z7ugApqUsXHl5sGc9vHgOsqv4Jpi4gtwhM6m5pSy0oYn UdVmqQpEmzJb2569CaHQ2CypWMKjN1qRT1NTikiDjOWthKNxw6tfLYkssKrLAHSh6VHbiJXOjv1Q 05ZkkgRT4BmOV2Y9uRuYjUyxNT46kLwzJYo82igomTlzAtyMjDAA2Dl9T0JjEi5fv0BM61SpAVF9 g5j01wmgFXboDGzSahiUwvuuAZc6zdTUCEVlKgvAS41sVjQFhy4g9R1HiC52mRIzYASEhLXstfJp AZ14SVEAmHqCt1/zNIuLWR2DVuKq/BE7CPdq65GYwXFRjaJQYrwD4R8i9NpRr57b79SU9xhk8EiE pkmITLkCCOIECQO8Y25JVZRJVtPluFb5I8KA01PEiQ2/TO/RASoiwBBRKyjJKq1BMK4+oRNJZ0US mGKZMh8AQ43Oeph2xheCMEp0QjKlMw7GmTabiNI9KN5QGTyhQYIkKmigYhHCB0QGpCeBawIKwgXP eJRhA0zm3J5SdQxUhne32GoyjbJV+4EYgFYQ6tSzGpxuoySw1l4nb7OkmmFiioeMaR2B4RlHHwTs TJzC0jmXh5jE95BNo5aBPFqczrFQHAMRjZuTOvxuBylRTc/6zc9GfVwIHmWxDMPRJgqGvhm9DCSI s51RxSDNwuxrcMhHDpO0XAFMTjQ/hdUBNc2TfU/UQAQtCnhEtKUsNgVb6CjlmzQ3iPvhDyoA9D+n mXYaPiMChtEcP32kzpkNfK/xRI74cTQCm7mWCh4mwjIKz8gtVyp0JOZFwuy3kD+wSEWBZdezWEBv yA4JapBPJQm5j6JBRlEzKAEhM7JoBs+B10QpCMIyjOVZaJm0M5u4TQqYWJ31bqZkrvlyQ7h+dvuo Z4kek7UMpNmYGHP1OcXxOQUwBYkgNlQzooS0Pu5W5hIeZGhZM/R0OV9ALjLj6llxD/Gz75WcZuPd H4X5b+3aeQn0aRksAjhdAH/7YRgkvMiJQJUfNAIwKxCaqF29WWRmPoMfVaMlHvlfGYhVZ5Y7JQQM k3JvFimKtObJ0KeIehTOmbJ1+uJMA7U4rrjRygjR4Do5GvPn1H3n4zIdowHYKAvmzaGBWSzXd16m 5IJauwgwpkngnPIXNhXjmoiUICnWqJKFeBzk1HwETIlGKHvPVpvKPJiO9djN0LmHMcnTMTL6olIS mcl1UJcaT5q7YaMTm2KonXS+/pqFCaQzfERVU6M0saYEaN4K4XCvkDlHBi5fWpFHZAAypeI487tv yaEvPwqVxI8SaSdRzcoebdXF0Vt/Pe2TYDNX1fBbeDWudQG4jb8+miW1NYFVtol4j8YrXqInaJKk ZhDzvWGfEctu1yaWFuUmEOCNNktOYwipibKuskUoPka663oykKzMxiMvRii7EUK8UpGtrLH25DSm 4KZVe+FMkSxBbaJm8N9IAFcyqcJJREl7q7HpmuiudMhkaSXwWF35j1HohOlj8dHTJCzCSq5Tap2I RvSZCmtdUr1FOEJarUtBSWwlnSOz5C1pAcfUR+9OL0rqS6YSaggXpEWB1nFQMVEsnOvZEeZrapoK IH2Ja5ShUHqjKuqV3WY+okVkPeuGQJJitmsDSSNoDymHvv7JvGuARC+YSFSdkzUKyoajWQKgMtRj w8rEqU/1poLNskhE8zEtFEKu6BT4vurO8yoMany9CmurHLeTGzBFmJWNmrvilTKaD7aBxDhDQdqO DheB5wOWAUeA7ZP9MgJO47ajxK5pT7TYjzZaJ0FumjUWb1A1Q9OZ1mGkxEw2jahQTpaK0XtgMSCy P6iEjB7gHGoFfe2W0R6IxBXQOSkSgLCaQbYXEnBWEr3xaXJGdlTADJKvo40+ZQz1Hdmy4YIxs5um YgVR7msy4lk6JnEudwGLMcvXPDMmV1Lo7mrJJc2vgaBBTt08Ouf+ioYpuzsCvgbPKtwm2OBgcnyk rMW7PGgbpHMcwQhmIlTw5UNttBR5dm1tCqjcNfNsiJGrd6G4QCDdZz9Qo+Y6s3PFGC5TE9dYkuy9 X2aM3VoYzAaycj05wUVGrlDJDbCTXlZEGGAosLEXes3nIRmwWymf8FOQZs0f0oDkicqxD11GXr2y CFmtVIQVOoGKTNBx5huLFLG6lQaKYQAPyEiNkJw6Klb4bu62bzBrWTszZauBiBz5J0QDv0bLbZP4 IR+5RaHaY83iral/c1kiyUhmCyzHI6YGiVjVVzLChrTcUE2tfJP5SRJINu0BDjsAGGYl2rJeFCZH k3AOzSQGFqiUZzIRyVTBTxO50XCTxvqQb64LmVZiE8NAeGZN4KExpdiSD9mgXfGg+t1ESD96n3NP zbuu+kjJoYoLNJcK+aFJWey4RcgoJ9x0Mb/VFhCbMPlhaBGaH9XZT3uO20ioBJ8+gRSb/CrgJaWZ 8DLhVIdvazrIwrRNafboZm0ZKz0RjgMyC50n6tnMVGiUhxtqlBlUXoug5JXo5WPtvBwkWIBCxcTk 5p1//L5VyitiAXZNsDXG4h8xSXTnx8XnJIFg+3aheqVH0wDDoJDP0jTy0l/6nNSTInSkBDSCVtMK YOTD+KDkFoJpRJkpeZMbE1VMx2QSW7LJLCSIXfZEZ7rpbl8FSG1dpa26+wpF3pjoIovv0ZMIlCCm e4yYQKKk0trTIOGsk9u/lWKyxCsaE5AyL0+3QLuJdP43UizPASE1BjSjkRGRsmF4etAkMkvDgIy8 BRKUscOQ9UmM8vnxIm31S5pgrZJb1TVp7piMt1YsSoSFHHEggUloxTknomPYFts0rwkFc+5K2IEZ eMkdeMBn/lbRGCsDhWz1Ci3SOLG3O9krEu+Sgm9HvdzzF6jFzV6Lh6gMMU79Xc72wM7YFBzl81/F kKOb6wjVaaa/Pb2Z9FRRJ7AJ1cIfZdT5zcIjUybE1ZnYyoihThFKbNM2xKWDbGi+u8nzaDK/dvsA lVUo7kq0YnJaV4JhoqXL5HkI0HooxAjiRjkgTqpstYpoe0A94DNUqnjxJBMA7Hm9XI/wh5RgaKkq KPzRLvdBAE0Y3aO5GcASdCdE1LDuJps9QEgnOYlNTRPwjASTlChlQllUgxbSevKMx70vWKVmS6Y0 qopBkaia2gEKaYRVCWPhNE9FGLYtjorlQT0kB7xNYfqeu0P62xZiECtBpay2+FX0EFF7VE7Nz/cp fv78k1/Tn8odO9pgSv3bx0fJ7e5gCoJZxk5F2iroaTn+qp/2pCDMI+DbZvL58S9fSf1hJv0nXfuX dKGDS5iVo6Y2IRCP6WmISPiTpcxOqzlorStGkTuemNjDcdH+qke8McLqQnljY9Mhk4mNb5+nuo1H 2VQpXUdfVBkqfQ1lmOSgNe7rP9tX+KtAVXzQNlHg0qmaWVnr6UZqYS5HRQp/r7YBkiwrMmJRPwFm Pl38dZ8wR6oqR/CAW0kr7mukaQZRPuJUCDpIwoNeMadkHOvB4UNzZY40svUofQ+IHHZ0M3PS38qC rZ3hrm0wu866NGYWo7IOG/qLQVqS8L7+wGypABWsOtN4fasg+2/QoKuCxzkgAjTZDlqQQYKwkcMh fxnj3CNLLDAtyArlv5J9up16ctJ019TMZb3kVfnWuuTMzEwl03E/kgw4GtnYwspMCFPA0VJv46XO BUgUtW7u5V6LhXr+GNuXZVXA4dpMnGjZb0AJWrA5vXIxKzNBKiOTLQo2hGOGM8jIoo2xjYcGGRCB aIYF9q43ILIAZ0Rb5k6ii/izmik0e5ItYdDCXkaZPU82NGBbWr3UGkAm75GbP6r+BeZCBrCUNlSg PwuHZgSeQav2YGVBz4nAkSxzHAbb3lg+stkjQs4DRcBiHG/mU1DFh7b6FYC1L74gdgUQFDsDxyoD xAIj2LsBz9a/gN34bRYBvEslVmQJjbK9+OWvXtnHCABkroc75ric8I9/W4+EHkzLIowm5mmd3Yz7 NSp66d15iryLFOa58oXQUY//p+lO0BrHtTAML6NImClIoJ67//Xd9/tF09WQ2PLRmSfJNp63ALqU D0qOpwDCkGFlMyViZXn4oRaGpu9uPYihPYTzilOg4jeMxBZXob2qTD0VyzB0BZrH5hsX/UgrvQwv ClQodJB0xBLTKK4UXpQLTyBTjUQP7CuLsu3eL2AWnKiK60XLiZ2297LnMskpAYzgvAiFYpGalGtz 9PxxKllagJZWT01GIU3nkBoNkl4n15Gk5FePR6qxVljF+GYcZcD3QY6h5KtKtFQ6TsE046IVRdjW sG2oqEWQPuCwGJwCGWspt1sgotSomF7RJ3341XmXdXbAKMmpR6MLLaZ2jUnxhdydbGHaZ4QB2M01 7dMAcO21+i1S4nRCuioi5xiQx/Cq9sxqJpzKpRrF+divSFI0p5sfEe9S8SvnA60hyV/hY+YBGuC5 OKiIOCVCOXl+n7XkCnhUUDNO/qBYRyNTb3tysinOsiCbD6xlUbxJZBAWJY+35F1ZCreMTOhxFNnc YtQglkmTkG6qaAtkT1STuApVzYKqhfpWdEGvwZ4zM9qpev2UH3xJgdsPucs3b/lk6oKMQEzfns7u EeWZr3lbQkzAomohhh6nYG6A52PNnr8ipjA3j/CBwVgCeNnjqqipCYMtFNUhw9iYVPKITq/bfrM6 X+8VwbWyMSdpAo61Zfj8qoO1jJqCRHKG2VMxvSre1ZXm8KF78IcQpgW9cCYST8kJIX3LI6Fjko6R 4ybALBrKySa10z5BmkGroQpYlYj0AN4ZJSakH+0UgkwBgJeztwMNkQqMJZqaMxl/6Xvej+UxTAZB uYrFVZl4ZD6/KE39q6ZAm5vUhFDuIjpNYlKMo/naNfnaOOisy7q5vgd6gs8vM730CpVBK69m7PVk yD/Q6X63+WStEPGffTFcau6xrV4UEdh4gLugF2ts9+qD4W1vdKHWiseuXrqBRwdsJW2cUmYGiHew eWNwgalS1nDCz/aU9bn9HkXALjSMhYLKxRlC482kXl1L7hh4Ppc7R/mr12y5K8pXmqDb5UJdLH6J b7N5zOLv8UtGIwn8XBD0fct9mNPuQR9jCJ+UUPCgPkN7RzDNkbkgF1Yy1eRqs10Mcr12nNvA6hjO geXYHctV8rdF/B5UOuWhHbmmfA5JVMLhnRH1ELbtk8hJo1ZfLM40jpsSKLelJ0yCBM1ttiFYCgcG nT5xfCxFhrWMWSQhJVMslQz4bXUit6m/x2ytHcQP/6WH+SeCzjPvJ92PiCTS2bndPoiABejwoPwV m4kqRYJ3+Q3sWb/LR2Km1LdsKA+O2Mys5elicdY0LiEKyJrMThQEIUoMuda2CM23ZyQ0DUVit6wp bAprGxY1zUOoEZEt+BjHMCnX2NDBmTHiWc4W5ZRuc7tWsPBCeeEkxCK638uRoitnlo1n6ZVaHYh1 bdQ3NvyJO2uDipCYOyspbVTKY1cn+TpJBExqYYgT6DY+TiP1CxUXJX3i14SdxHEA3KyPSuNtO7Ng 4rIpcSEPtxHhamgUvcWOeMATFqBADDKexhdS8HkvqwVmqr/cMiDd5xvbXVpDCTdr+BNt+RMgEMl2 eo5fescuOF7n6/7yYZI6R3HC17wNqTEwxxP9YjH+lI2UGEAwtsnhemnUKC3hoyEEtBxytiBo4ORz /YpYrnxzCS8ZXXI4im2WROGUoViTWTZdsnluKwilT0KYmlCKGi6SCxlmVIH+Pw0BCHVl+RUyolnu MYApF8H7VeJBGi3NAwWLEuFGlRWMh5/NxoVXyOBOlYuKS7hVJjxy2Zx8yKaZxZ2qOSJqGFM5U+N3 8e5YTq8eRwUo/cgN1FChAp4JUsZyj1OeC7I1RhTj8OtuPiF0F4rLFddMwIL+L6A6uKXGnWqf16ao 3tdacLwueqg7nxlwTr4I5qypUk/IUx6ujYDciCguo7gIjXaxPrB+WeAzN0ZBVc7y7X8E72fbVArH dh3ArZaCtMHVSmAkv3izWjsTrF32RyYA46xSNybo/E97S5rU2xYo+Dp+RtXVhsYyEQjTqew8/aFZ 2Q+Tn3BkAXUfWmJo/ZZpoJUdQwZH6ZFozAmGb3kIweedCNPhl6skTZ1V4XBqQlooUy0Bs9hKAzjX DB567e30XFYz0f9CQEGt1DDTrGOMulICGqE0TpP5berpcA//4dkpl69syy0nbZyjljRkyms6SohM vl3Iy+FRkNq38hDKOvfsZIc4k4yl1CEFrmIgpFxxhtL7dcja9Mc+FFPdsH9j+RPQjDa1T1UHu8iC Lal+jcEgG9zeReJo4s6coEY8gg1qQHGegeQjWkLi2SxVFVAy3wnMwHawF7XKcBjgBhNPmpT/ty0B 5yE/+XUzCNEJvqQ3dSRodUdcZBVcEoRLdw3rPqN2QUBl0aeEkFbRDuJjCJXWyP2ykTitTUpQtftC 2OSGrOeWTRqeR5cSMzT+If0sM5d8LrV2zsBu72Lw9Bcf4jltpl7Zu5RMek85siX6FuI0ysjeAPTu luFcZX6DWRniVIoBCYyJGhJL0Ek5/ZgZtnOx5omm0OJwbh+S6guMUjPgBwGbNKtPqhm0LeI3Msvy 0NVbJzMK6WuaG4Y26jABlnYSaHPyB5wEa/XQCYhFZelY+KCRGQUhDXTF/JioAQLzmxHey/AEOiQw DJkyeyF6NA6x9gHoKqzh7maT7oYLU4/AGyvya0QKXaRwj34qExCGMSTYed/cOXUS87xXO9LjeyRL Htro1Jf5E083oiMJveIChtST/2zxP9XuknzI+6tnUJuSVpBnjZ0UwLAco6tza6id/9jSwF+v1+za /FnSpHf1fnU2oWmGeoXJAQC0JDXO81Rq6ayDvQuSIHOjiVV7Fub15Rz/7DHnLu2tlO7Vprj8e5VX 4uOYIdTB7zq8rUZ6FHiY5BN0Iz//vd957W7DgYjh3VSX9hQdNCVzvGGF0Db90x2baKlQX7U3oao9 20qKqPIJkW4991fb8+a56GLMt2G22PXsdA9Ld9Rj0r9Ba5uEJ6kLT5Zebt8O3eoWR7fLXascbpuF mT1q/X4etK6DDVVPU++trfVFe+moMdCCpA6sOdaYjYER9TOo99Z6AEevR+jADU7BgaDfnpKuNX1v AYiQ6tca4GHp6fz4jL0mnu24HJN1dIkCWTl8w3AJPRjq/5jHaHCss3yqMpZKpLFFx/Y8W2AyoLYw OSDIvOlzXWWOwmtJqXhxFgABjvNsOYBZBsQ5ECgxzlP+oh+LDhvGS6lSsxK/XNaMPQVKnhwg+/VU AY+EhzCtCE0YgFjQyQE1Jt3RraWC4QCOXrBY6HThJL+LjnZN1oUDgEqIvpsWcmyG6fcXqrWc5o4j hSHDCr3sqNSnfnVxC6P4xWWK0gJ+xwA7gWFT074aAS9B40ziEb0dM7lnDMZ9NaniNL5IeXNPYEP8 xFWYFIPq+rk4z85bCy4VGwsrRRRbSoQvTokHa10AVqXRQqcUvaJPZFNp2jrTbEJlxwxFn8RRDqns LkzbWqyaFo+q5ri0RFhMq8e1zL0OmekHU5tu8yhRYQCwPyKdGkoX1xxokQ3A3GiwgSWoUtnqVp9M IUwXKAH3Ufxl7XPycgbHCdNkh2KfiQKvI57DMYwrEGKX1EzKMiK5rvP8jHH4hrjoHTdbCOy7vIJI o8s/6luJB6JKs4WIEifDozpvRfRtoB3j80fWH6MzoUv7i1cVCD5QYDme61c20o7QxGHwUgM4Feyw s+aDiFGgiehmAA05aQi/HM5QjYT8H/wXaUnCTNoIyoESi+K7GBIXFMiowZ/6O6fwBMvVbFkTDS2l miaqfb+oyZbTcMom/oJT0R1DMDNJVktjjKmpU5WbWdqi0NZcR44yYVLdHmqGTlyVO+2uolADhe5Q oDW1bBQHVN7nsPFlhlW+frSJo7ZNEXIdSp4EjZYNVZvgcVpXuSPTSp8UjMjQry5/NG/bCbIcp8B5 stuG5v3SkPp2VfNkIcxB8lYzhva6AanZSh0lAHBW05GAqaBJQOmkgpKl1xRqmZy400DlSFOFqBwX Crr0gw0ClQjXDA2WQVGEEh8p+RqlWB2hELPVas6ppYPOJlL6uZE1MqZli/VcQ4asbOXOAtXlbJxe lR9P38rJkW5ViIW5NBPt0ZmOGo9vaSnBZenyAM91ScZ+8FnKXVaDmXVIwJfqxGCa3wN7sl/Xr14g D2sWaGxpvisRFcPMWaZu2rLZxFSZj5dQ5XAIolYeMuvh6XAZ7BT+tlHMb3UB5hofNLvUfEgJ0wQZ tSx6X2FX27BbobLcxIwpiYdVYUOXSTJJOdjI7k9EW9ChCJJexWBpqhOEgoey6zig3cd0TMRCJVIp Q6UH1kFbCQw84laK+FjCWGbF06c3MWzMFErCNUqLO1kUidHzmTxs/MvWxFnJE45yS35octn75Brf ytXmHWiD/5yvU86t5UjmTbgvvp9yJfpi0OeXuyadllyFWCTkFMa40uzWVRs/fH/dRZErz9nGgIav yaOOADFFzG0SBhOmDcsQzJV24FO8rfA0dxUKNJzIlefG41Q8iTAfs2c+ufpxV86Q8SVfP63DZboS L2KBJQpF5wwkn1MkJAtpAHdEDbn3dMeu3dRTG2qrMWFaMyc8Z0q19Wq9xOIEp77A5eZMvrQxMUFJ hEXjsG1lxGjq1NJdUDw+gCJ1eThz2BGIlf7DkwXxfITbhmUvhltdal7D6WHGUMjunvgUkNLEgKYT aAgIM0+NrFPZSfR3LZ1MBDgMCAypbmtSu/c4BKMb6KytL+7gLUtAO02F+fyOm/6oR06yB7E2IA/j wrh5tlyyLLTmNpMpwmQJ3YrYc83S2B6T1apTDXOEURxOuMd3CQYswJ2KEG7LqL2bjtdQx0A96kud PJ6lp3vpcpvUE85c7GzYDY2W4dY4bDNn3W7TuRsxMm3vMfjxmt/3ddKkgnmMB0+YNyN09NRhOyxy EHtWl2b28pIMke9122OcIgufK9KRn9uv8S5PMqj24NTu9dlbCOtaNKbFzXzmeZ1BjIsYbeFWEjXh l4P1JK6WCJGRJuTDTOf2UvzRri8FIj4/PWEVxdh7lgQw86lnhtEdRsYDYz1G5NsJq+mzLFpMP4h+ kivfIU0T0JysKg2ZwH3mnG3Sz9zSTfot9RV7eywE3AJvonzfxImyFA1BnIFGltjtlRYuoNkGS3Gy ei5oitqUBsdD+Uku009oBYOnYb2WcXODNHcdQpCs0yFd6lK+EJmzJQS2Fz0B5AO7Jb/2UHGB2xIQ 6TxutHMO58srTFRqJacCBAW5xLoKvlTpO4wGEHityk9T6V1zKODsxNAyWp6PTsSWW4Wy1L9qAAFt 5MBaqd3aUwd41KqrkE4O6sDgkDlCTCZVLnGsh6lkwVzUccisY6VNpDmBNnmg2IA/gBFK1R5ILffn MlVZQ4YH5QDjCGLmt09LxDwFLDyHWyk814cUCWE7e+EMl2BHAgolzKuSJEZ94N/iJcVaHwiNKRoh LeiIOy5pXZRiOKdFIFz6zDOQiUOOYA7q0rcEz3lOX1ej4QCKCkTgQiA5Q7D8sp1XYr4zLl/fD/cN ARij4pcvJc9lltvrqIFgUsOD0Gm1OazKh8nawWUX2v40hGrENUJop10McQ+dx0HCOY7HWCHCfM/d V2UirWH3FGMWtqgX6wisxWKQgtylMaZasF4R7KTCGj7oWCHLEpTP4GF0oVN9t58kr1lh/kyjIqTI lAQNplXbJ6NP31fFQHsuYUsAiEJ7txmmrFFdQNIN9Bwt1LfJEAo41mYi6pfCiYcFAXBoVV6iXWeI hVUGnyqVecIJ9ywhMaXJF9KJBt0gy41KCw0eMdDIyEgFVnQyFW4Of9zoPWWk8MjPSTJJKzvWyNk+ vyCYGJAYuzcIHCzYnX1ZZSDsMhLk0kDD4jxyRR+X8DOOxDWZHn8kUhBZbOFhAeRDOTVurVye7oZW yCCjp7PkZikxH1TBkrNjMuUNZZZ9y7W1QEy7DKsAwApvd+U5gV3TVXEQblSoW416Q0meWzsaY3Kb 2Jifof88zOpnTKP8sToEp9ygxmxaQ89r11OHaMQB5tPGBYDIqjI8m4KQKxzNhtK8Now5hHc2bxJ6 PSyzc1DMu2cgL1NXk3aqVAE8jis0pgL0IosKwpbQxbaOMxDeL1Y7icPJJRY4RdLhzCDgqB7XV8OU okOVr/PtKJDC9ezEuVHcYCrGaM21NpFVMEftqXqImnDxsG2QmkI2OeuipGocuYe/IT+vkr3VkvLd u9TnBmNRaPiHgsqo1lE8kcmt4jWRnOHMmUCmXw8Pcj7pkNF5wN9vEObDam/XTcMIPoENA6wKbt65 AOoBP1D65b9DJqYQMNeNnAKC8UwKe4BmcxhGCsurzPDyejcAMgyLa8iO2RxJMeqinc/9S554lYe0 3TGD7flekQmYkbROXy+PaDZ9HcAKQ+wIC7LQXGtbGRMlWw2u4/maN8/ZdpWJZ6RwQI8Ryv/8ozY1 L1HwLLuWEtBpjsMlnABVlqBIySOfhfese4RWQheXcy9zMRLXdEvAzQnTImxIr0CNYJxvhx6Rpa6Q hE9pAG5wjbUv6hX6ry00eWy0pP5UxdGEmJvQ99Ci4db4LkrVOgUg+n6O67bmgetT7o2MWogaZRj+ 8fYtOKd49SkhxOWCSGC1PtsPhGNmTh56rebj243ZxuC7ZnIKCbGY3g6gItfH191MaAk+uLd7HXfg 0dkDPD0R1CGd2rt2Z+Nd/KWVW9P4vT4qjYSujq2cxAJfTc6POsQIuEsq6hJ7qCkS3/2OLA1ryvrm HZvQQ7tfN6N1kb/ZAKKtBdhum1JTYIhlCEQw9AB2B0FhWvCiIprAlgscQVbc8LbL4tmawNlIfWsM NuBunlCqDWs2vXEalc1a1MBCVGEdOms6r+0OLCLrpLXiU5D19VMs7jMWm9qErsWqlDOhxzPHaVut +wIY19drRG2NzoCpclT7koOJnwC4NcLxkNhaAeyN1FHPnxQE/erNo6AvP8GWOTrYGGhQG6G9vdR1 iT6o3GaI2dkVmrB12C+DzRN/8pIwqcL1XCB0dxf5dnhCluIDRc4zLcaCohIGV8eoGsZyS9LPreWL PDaIgbWMIYmKDNezDxbRapT9bxm08BGPjGf12HAyz6woJqWTrgPgjWaUcxa240pcjD/mD2vTZc4W 7tN/5jXi0nB+CA7pSZT2k8Gm83DmCphgSmvL3FgZMXlIwcSz8beRLieGUf1ktzVLOX8KMHCBjQKc GN2CsAwSpfnMXjSDSNEqpwFb/ZMglLID25HFI1Ye+OKmgFxcpBSuLwnlYMRfjOG0olcOoxkCRESu E8Ib5dH4CgNCUk1aiSEFMG0rvIuAmXPMNwfaS2tGFJpMwZpkisMNfwW+qK3QKG4MbkSBv2sRTBa+ wRREfyYadT1GIB+PYyMemJLwl4dPuboRNszvcuzaUzxupRLOSA5I0B52BgOxCcLZVMdn5pmdWWmK vo4nPkw19XwyVnliFWnfyrezXiJCa962zm3Wi3XmClXcpGnl13VWdRqPbZbMTBJY2G1QfJuApEBj Z/LwCIVMf5k/NSQ93FLOpKOpsXEprOyirNsImLjEMDxJemmakfhmQeg220JzD1hIzu93WMF/dJEf V456FGRn04bTsAo3M5bwO078hBhPyu5x18QvHqTmWLH1xDBwy3mKbp2nwzCJ846XEVYmV+RKjUAs VSPZgniBmhoxK7S6iD7g50m3GHOexTR4nB40zF+vBSkU4n566CN2RQE4ce1wDPkge2pJXDKM4BMK M9wNQeFZXQZg2UBGBjh8c6TRhkvSXY4s3ppCrCif73kgs8TsZlVDKkmHjZI5EEjM9K5i8PGcl8M1 KCYgqEoDOc6cxFYh892/z46GGL9hVG6ei/C2Y1ttw1105upkcYRF/CzdB8UmDMMTpi5CeBDilV85 kTxCl0OeShdI82SIiqWuDl37Ykwq8WbIkMVD8KnNvprLEgP/mmfIy1dtlfDryIRGuEZ2lLZGL211 IH3J/cCC1PgcTa3yZ0UBTWBNhudLObo2cM6xwBohKixdPnNhoHJHzpR6cdH9HiG8WS1JNUv7xJaV maN4wC3yAiuPMKQLYVA5IJQO23So6o9dA5JVxtjKiLbOGpyfb9V1PMfRw7fySS6kWRDlI4tQYiAA 2+kzLlQBpSS50Y7L9mqvbvfXlxz0tcVMo82hTDp+OvtNxSqg8GsVFiows4opcqWMOcNNnXLzSNb1 yMfJdLJescPJs/qi0tRXmKFWCwVjY9v8/zpRpkhaNmcqzlhk7U1au+YS6sxVH06ncYxdQ7CbpTVN XaCNpqXmv45jmW/aofpuHdbcgqoQUhXz7GFq+l1m8eYCvUGFqBvVy5Bbenjp5cAmAgBFJOwSe3dr EsLaqkQQQ4+KXbUCnNQL7Nlo9v32LMg266p2fdCiqw0a0iGVm1dpml2DrYab41LvgEnA0yN8dUbv Vc3bMgoszMs/4xMYrs+eO2zw2DL3Xid1s/hbgRv2UOfAXdeT/bLqBAYJmsu/tTDEEfJjpICxhq1q 9pWOd0ONlmZlQspvPihVC8POWEeTpN1WOpaUYfSZMS1M/FAxT7fK8mk0jR6YnSerYD9CVwlmCRY+ QDVlhlbMbZBtukWcSI7MbCLSDY8/btNQjOMsDOzjJmKMSifz5LNH79qs/PdDs6AEsoqst7PUT08n SY3EigMt38RvOu7iUElOviZo3QmNUZ1jnYajO7BdHTxuI9Xt//ApemJgrrumNAaZmzIg1Sy98aPt 5RpPqRJYmscQbCLwWiSkfFDGU89SgAJREwkcxtspLZkC5XLhJZwhC69pld9XspmGUxXtWQLSkMFb VKRnu7PG3Tp0j1w1nNf4Lg62tBe6IYXDtazJHMC3D6+lZvJ6HYmyuqxtAeneby05zehouPSMiCxX QTdleHu/aM4jmGiYTtpugCFRW69l1lTrO9+QICMt6PremGKpczrdgyr3moztnccwc4Rr3fWYmJjq pMdp/IEgewDTHJB3PkdBND4laMQbhQryJJc0pjWLNvkzoGkj1mnLpwt4iJuehBHsnodPlRIoG8MQ 4OskJajrMcYuAAVkI+jD7DMg8QSRdpg3hERiKTvMcb14hm2qOFFyIRETWDPuUEJPgakE55NoojP3 WfhHYnq52x8wRArDY5F/azPPbsdrmlhGkcxQ5JQJ82H8dqmvy+UWAG8bQ5lAF5uGtyhxItFPax+O C7WAgEdJyK4EBliTwJTSQxUJuZasevhivLR5hJVyib9Fl2ocCPkrCpmAl6pqgCk3A5OwNDeHgMAo dlEKXyKgYiJELYxA6bH3HJ48TPkeRLAouJ2NtyL+cgKHgIgFuK5jm6NojE1BPaeJ0zIdjYpYx+NT RpAbXABzGMITCmyoTDNGsKkNlRE+a8hgFC8XDnlVqmQMn1MOwIqP09Gp2OwhKLubOP0iECDLj7XO QhZvVU4lkuU54wAOc4yxJZJLihimVBGXzGFa6fOSbkwL4SwpF+WXCIDkZBfZtBfouVlE4H9u0+Us cLtzUWgqzIGyVFL497mUQ+FcSkQkvHBJGL8rk5OKIGEONq3yJcm2lEi3q9GW3pVxmL/MNt1JQ1pV BI06mT91xkDhHlgoKFV96l9GhMnTLJBT9sqpyYd8e7Ji1MScGJa+I68uBG2BEcjRvo4JQniWEjNo lGeDEwI0xPkUDiHER69dwhBxPV00Xr43o+VIsRo5wcdqfdHK25IDQjUQ/Imy2yJSFRqC0AZjKCOq 5vION9fmw6ERfwtS3sNYpc/hA7jXLFYCJE1sJg4bP2SdPY4e3ll6ytBaQlriQEssOoLy0PKrOgMp to/2neL4DuFfNQtOVZsTK8ai2yXFIWD8S9Nc2CP+lkiA8P58x2UpqVScycDcsOePb2mlQsH8xosj 5RJbPsAbTP74+oZKZgfNtV0iP3YqT6iMfLB6gQnml6iSxSen8Cpb92xkNZFq3V3n1R6QDqC78HeH vGOejOe1gEa2DbKqODoM2osZ6hRreIW1allfTeV8bzOmll17eOVF+mDmjnxFTns3te50z/RbNKx1 uuqWfX1/3jX03ML//fXvHxAf9+5n/7ST88sDMeyr/H7/d/u90vU6anX3jP/3ef++u/a7fuDt5+f2 ff97/3FxCNrl+W3OdaDudw09TbjaVHftJv7k39+Pb4O/fr7VZfaRvuE0Sk0ahk6GDzZE/Y+m3NfX 7ecG2++fu17j7f7TPPfbz7enH6Dy/n37uv/EDhd9/dj/ef+HuPvX9/0HUyAHUmPu95+oRdqnYV8/ kNLa/Pn7v6+/35qfkYckHPj60Q41LUhd6dN3m2yDCasanD+2lVaLft3fNReNvJ2GIxiwMl6hhhJH 20+rzEyy+nRv3uSo2kO+k3jln0alv+ZKGT7efzQNKn4dJXe9RFyoE4ufkHLhv+SZkAygG5q9drD6 +vOSgHMy7RgGjSAaA5HEnRJ5cwa0HSQRrbD3Gq02gaa+ftV3vaNbO1cHstYffIir+SC4dm7CtQJS +fz3k9gS2PvbD/UhSINrVJKUvgfqbfU18deP1rKVEYUqBugbf7C2OrfZZr5EEW0rvPjrQQp1ibHi 1O9Uld+mz1A3qX4IZITpNT2KqnyrspRnaNWDaTHFFzuoK9ghumZz9Xjmk/N2XhkquijC0cxczYa8 Qv+5mtGB8Z+xor3g42qGzNLFi1wPD85xsWdbN5m/5FFDzN9VATnbJfRFbFO5un5gVT/r5R042lWX RYUyp7JBDg8t6ChyVk/JFX3miFRknA4/XAbO3PcoARhyoSWcwgZU8vDCO9xZO28MQ6LnFF1bd2yZ aU9rNHu5cuH9N08RCi0I8mY9SsWM+OB3yU+EFMoKX9ygj+IyN18g65QQ33JLHAjWtuVgcs6tcGyI xLicimrx6mbdO79Ety3DgGxABAD64eYeXrk47awMThdEsgSsvKRcBKuoUO5OKMlfwobyhM6QEQdb tc9qDPj7eo+WghryjUphNhOOgZnKFAQ6JSKHalFyv6FjQDzQHCnWOj6Zbomhcj5QpfKh62vBwVpl eVnqgV2WTkgNJ4TpFLy8BcR0x198ppJj1EARUTkPTEoDxSJPTH1WPEYdi+H1n4UAyMoEhMi4Eckl AbCstVJslFScnN9FmFr1PHBF5+JvCIvMSwaKb8QiKgnc1lKx3pZPsd304nURbTIVJQA1EYbgaplf YR1rTAE7J1ILQByD1zau+NSdO3QXxFKd1BJj+KXCF/Swpcw8ppqrkmEIgbaoqXFnSsvNMOEISm/2 cJr0BJZsYVtVjMDeMr6c17OOMR0zRshODvGf3WEqeeB4vrpkIgEUeev74TBv1TIFr2VpiSN1dHsd ctdcKpT9VyfzrG4VdV3F59Ax9pjzTN1wIJ3ncnzHTmEOIJ4WV2pURizLZIz+NqbvJ0Vh9nNCwPKy hOK7nGEiKN0pjUGrnMqVzvGrPWWUjdGeOWLJeTovIyLsHBYgBJx0NjUqXYYt+JPN1j5NsQ0joKok x+tDSIzL26tKSKTstYIwPpqK0rWhrUdC4a91BMMbakbJpEMrhFTfjtKEMs/sJqXics1P1iTdPid2 nR7yOTgHHX253BTcynpa/oZqkUdLOD7kn7OkJi5vb6ruHaBbsAW5dBqB/FinykjLPCMRZyJJBhuN XVmpEhCYlHaiCNTCCO4q1bo9IdMvg4c7/MFiBGc7Vom3Aunj1ooSn8j4wYcb5mUBqppEPCbGX6Rq RdBntM8+MdtZhw0OtqZIGWNf64Zg8GFTbGetlfYJN/vzmFbPgWzDOXfdVg2BbFV/G+10DAo37qKt y4fMemn28tm+QiBxPZxeLxFuMwn5ok/Jh+WaBkSRv6w9iEsQ7NVL9limBiHhGnNrssGn9zG0PaSN gm3/1m6oP0IbNKxoEDK2kfnD8wB6W4O6t+6AnaXOmKqa2gW9W6k2QYhwUEj6r23CZ+jSQFmB8mXj 5an/UlcjcmFaH9ihUM0xIM5de2SlmVODJKHntMyG3oiRGlOGFC5O2hHUy3sSRh6cwuVLIZmAvmoy jZcRVJWEFtzjkUBQEfSktUSYBPPxmjCxiEqYWVJED3KenFuCjG8GstTCX1LZ0+TaZGt0ugvv9vcY SXZn3SpI2xhMQeDwlyQUXGuY6ucsUsTHKhCyopYaIV7MkcPVUTIHrUjx6HaUkIhxBJv4+p2McxSG hkM2nNRcONyrJWvUQpK9p1g7fbqjxA0E3YtPhNireq4E7aMj7UpPyPa71onUt4SevlOgUFibSMcH x1yoffPQ1TREo7NnqNaE6hTdSg+jJYkjQINsvTJHwxXuukidKnFJo3zExvQcx3rKQZ0135FvNttm T7/K0B6MUJ8t+kOstqFLGFPvuhZMNQ9hVPtdykGltTCDr5PuHcAh7jHLOxul7EjnE/Tf984wIVaJ m4CBmLWUCMGEFXg8a/rQxlqUpZAGbGIWmilAo15limsYvmazMTDxQR1KwPSCFL5gfHEZGzYaOT6g aboE2RgDgcfr47XFEAOpGWhrZxuZkElgXMg5eKRt+41feidy6vJr1dfHRwcfTAADHE5wy1exfYrh RKSgg8aVTri0e2gpEDAUMIWl5BBew66li5XSqaVjHBhVyUyzT2dTvTTOCRLIubemU4d3MsSlPAgx oRd/yJvcSi86Ghs4SVfOA9ARgTI7s5+KkZNF/2XL4NL4fGpRI7YXHgzOm89dSIDB49gz1WgtbS+m Eicx+JQxRnwTJDZ4snTwQ1uGxkHxGM4tcJkBURRuVQwRSh56ON7efmiQ6okzEpmlGCrzruruA+WS 9LnG1JKfmmCWUNU0NT2CTJX89lkEMwNnFxzXjifOuFZ+gz4jJA2VO8FsbfGA9QGk0MsLIAOG1iJx 4iRXeubleE61Hy+EVUDQKHNuV2T3j2ACyMtqyhxlbn3uYA5rXRQcs/IoMSlNw02SbWtTvCsml84c GuW0db1IlS7k/FOY8ps8uY4ohYhSxlYCsHxezl8MByn3NZGFQVENZ6BXOdONOSjs/SAULuHOimBC eJ5/yzrDC6gwtf4iKMEyNShxKbRoI7f8kYTb1UnjcqE8Fgxpmw5jWzp9xTG4i9QuKRfKyUCV+fSn 5b303FO1rSDRro2xO79QbPmehvEi1LJRvbmbE2ABjNjF3ZHXY7Vyamwn70LlstDiBn8mOCIN2pEE W6YlVsCufCBM0LZbMHgWyLZ2lkE1xoy+2sPPgfDJ1lzMwAeK7MvSnc1nPT5amMlnzd0DZtHB/4hp mtZ5corw4nxzFIIwp9WxloqwJbK5dPN1odG70yB6cb/tfHSHc664iIFZc9eeFRZ974AWHNGcv/Vn gZbToISElQiG1IIpNOpgdqNljiZ3xLcQXGwXSJfl/t7JVgyqAw8qzSO1VKKpcwGNx97INGExJg2A HD1PRZYpU+gQ4swQPGz6uhZL/IKLq4u7KlY8kgRKJuWvehYyBXNmZcyBJtNpx7JomzZS/hIJp+oT aJ4gAUWxiKazehUJjji+ZDv9LHfmivzf/fW6kczJxi27Xam1ohj6tUkaoCtTtc1OwkHlw3Q1L8+m cIjwSnXqpFMZqh+QKyuwu60artIYGx98mUdyP3zDwM/RqVs4oGofVTn3c9/jztRaAFUQaSPVBWvn mzLNW8W1q2oEtYXsOKxtrIgETjGnwoVX3anRYKEtVEOpnRKgaYT2yE7VBTdnOo9I5S/qAulxaf6Q Rns52scro1+HP/fL8epiEQKwbb7M6dbGShBqkNpSYUXWYIxmXKvnUAUao/l9siAe12Ah2SAefP4q aQYaIqCZVd8etCRCtnqAsfhb/Wg82vTHAPBXNeRpabqdDukqvtqwx7mrL3dDvtZvnIeSMtW2T1eC 01ZQ/Yi1XO2uN2klpqEJCBKV5cRGQ3jmVhKa3E4JQ4sgVdU9Vq5GdMbSZhoFHz100LdEVc+ZYNSc 8KmB+Csd9EUmYu+Vnzn2QmEHzSispKh1H3VhY/bHtwcAQO7r9q9HDtz+md8DDeod11VWk9fS1GqG i4+2iRK0FqUr2uOq+9oBjVk9xtvbd53Sv7cfbd6eK/DTkwH0e93i79EBdfv0fbHi4+f7u9bouycW wFerk+Qb8/n57YB+NeBYbIfQj1I+pbEWQL9JRzvTVtW2dNZr8kNBWMnHt4bnjx7y2sVa0FrG0QOf D03o5v8Xo+Cgm/z5/amfrEea8Bon6pu9TZS46yoJQG38dBuVGVrqTZNWIxT4KZWVDhacbIOMtwv+ dTi5IHLKQAjafxwFXWxtjr6LTMmg1Iaed9sRJ1TMpAPCywJxUTlXnA1Ake4di2uZbIrfMyUqdQl+ jd9sp1Are8JYyLkITbwZ/8ZpkGCa6ih+edwHXGFbu4Ol235flWcun2O3xyowix2QKEkjQgTKs0XU 6xKnt3ClaRDH19x5O94pHc9WDlM+JlfhtNsLhE2tprX5DTPTfr0kG9ietxc5qivjez16zWS9pxod +EYbSwvrwWZc8QQn4dYoKGjDNsy8QodOEe+oBi/6h4a+sbJSjMZO3QYRolREYBBhlJfuU0s+xYOe 5wrD5SbSsLxDewsqiiq0OXbztpFHMSL2e5RficTyUtGw/LZc/PX62AqUazvQ0qCTfIgmTFXVSZ/9 dl/6XsggygOpavFhs5Wmh1VJV/2k3UlXboB8zhKxDiJbYEWBH6JeWlWAxYeiofkxuTZvXWMcxvaW EWNK7R8/CZTu6maDpXme/hmTeuK69IVezTk7wMOnGGm5L/mT9K7p6u+Z0lkMP96JAuTwTZXrar6s osbFdbfIOagcgCLEXEp2vsOHAqAFGHYQ/roEpEHGEEq82qREFTnmaWbsxxFcdnU5m5NVQEEmPSwv azCo8SWfrYWqfdNmzWJnDTudnzhQ1goUCbqwBgWO0bfUHkDK5nc1WIpAl2SEKQTJmRxL/ctOcrEK qMTbXZBDokBP95YIqalK4GRxoZcCUrDn1z+SszISKU5ZpWxTllz5CJ/gEH/luHeL2HhjDkiUioKk wGsniWyozV1SzbJcGtcWnd6EWqWUCntDn1K6uVKhoKq3KUb5VT2QoDqI99Donm6n2t5SyleqBXt1 N32uM8AzSHEPbtXQ+lRrU9HcFLW0FEbKwkvvRpGqUu3Xi9pru4nKuJa8Kv/ltw+GalRcJdRJ7apD 8dRWI1S3/0qqnaVGh7RNWdwfdiepzuAahhP1o5bXDWGvK93uu3bMGYJpZ3tP7HO1NFkpDxA2llSb vR1wWFfGfnnykodgDgbkzYAUoLp12V/VgCvJSBcOcy+9JT2AkH98vigsxlVyVEsbh5hk5zsRI85F IYfnU4Ymrw3SH0Pa2Yc0TkCz0S5E6JXlpnpm7HIfpyEJ1BFkbO40h4492S2YClVQ5OIQO+XYMZzE ilUKzUU0FMz/wKOYjYQiprU/zMG8G6sKstcDCHUhzEqpAQ3JYaI0czYRs5ItsTgX7NFhPC19qtwG lz3y4hSvZ6oAmHpguBlmRflJpjJXgEADxMGUiogZPaPuqhXHWgSOaXvaD+X63Gw2AHNlKedfru6r 6MBQsgIOilf/4sq45Vzc/tH5MnXjwGXmzEFRW4FfolTeKOhAvFyJu0NdSSOmcCNy9Bk6UlFq9pwT G9rbzcBLGQ2FMZo4YZ+FodycH4AImm+0EyO34+ICResXwLmQP84APU+AixZkNWjQqVDNP2Gb5kOl RiZhISZly2EVDcctsLYrGD6o88OQ65fnnnNwW2x6+3utTVK8jAkmwgTurt85W868nW/EOeiLckrR VLR9SzSUqhzI9IWo5PwGuTQfTSn5teri3PN06lk/QStRA88phgOwD5Rz+qdRl8MkROci0YWpFvnT lEiDZtLGWdZAmfyBbfVt4xt4HkeAmuNgmWQ+CcUPV29u0hfNDRlvJt2/S7bz5J56Lzi+UG+iyc8w awU6v8CsNrV5uhamhemyhQrI0OZivJfKIfarZafbUOvVB48u18dTgxvBlTw/X1DOuRn6fL0+8CRX Tyfw3Z5gkzza0Mv4/XAVjjvKg+Ty/Oq4C5mmf/kGmMeD16dLpqsJwDPxQg/5Mrfqm04zrV7uA99L eI7UYKUSqaXgEB6cXBbvh12tJ9w8jMVzFsEDFE81tO0a1McGzyz5kTgADkQdxf9H0j47n4Gesc/t hC3si0ZgYUgKiYGbmljRVcaDEU4VrfyiNGEoABD9XJaDFMxBU1CG1sKQpkvEHcCDauebfh0JHaO0 7ET06ckTPZEG3Zlggbv957mzlem7hNbgRz4uvaJvnZty5ApQz1Cc3cpuJBcfO6+KX4hnXMVKZlg6 0SqkITJXCQ2E6znmlpyF2XxJw/5zCXmzzAekFgTBqtKVnag7rLzS9orBF9VHaGxrnXtaq2uZtCdF cmh81dbTOVUerHoAOmDO2zSRVoZDPvGW7egwW0u7OgdKydp/6JU0+V3RXDpV4tdXOAH1JG3mkFzb gxVrimgGckeEK/1DlxaQ5io56IWaX+MD3FK+3Awh+hpF+eNe44HAJZh6FzEpcQPkv5oAYeprhEvM LHPW/yGGMhMVrjhYg26aEtZYmdS24dz1eBT+YFXw4NmaERUzsJp7bbQLzVtpE6nVJpic7IoO1cZW IVMVOg0SH9R80YQgYh7CZb+GuQ5LGA6uLzpGHY3i0Qwk/Dlb1AAVo5sbdaLWCMwY/Ug4+0PExc0g mUiYjTktbiuATEcaAQnPOKlaIyCM2d/Ogg4cZON0ppJ+TnATiIFNrZazR7TSId0TQsEzqJrLLDGJ MqsAGbd5lZv6ulx5xWI4QqSom3bta6vG+htwaT5CSwr4Wn/CsKY0sPBjPsGU+TiCM0VSJ4ICbBZS +wil2ZJve8KOJZtTrWGNxCwWUf5MFvkxZDS2S7bCeXm7FA3DWkQIUifwXKWP4JhvMrpq5AIAUM0F TMfJzh//8whjskukCnMfKSGFr4PuYCyxm4aEXMsBAhsyvIQntxSDcmTlhx3k5rxzkKh4Yf/yewnu BLVHj6nJSiwNleesXSsZ5rENMfhJfpXn7hPhSIPLlymUIDntFLAclByDa++67DTXG6FU8OXCUWan tN8BntnjuLywJBsW+1qZiq6tXGOLRWIxL9/ZWttOuXAxVoZQKEyDH3sKdHmhI/n3XqdoUgtA1iYw VJBzjG9HMXet0mjyk9biG7ymXHlUnwKJRd1yfgqNpf7MnKMyt8HtizBC0mMZDj0tvgWOyy8Jg0T5 MCjYAgH/tXhURVqdILKsfAgTF4Ol82xkKXwcMnVI1xOvcMNBtoHxQlpLjYtOjltMwBynKV92bC2t +vG3I93IUtYSp3jCKmlsoSidlKIe0y+wmqXDRNKCaqrmpzDrKd8ANLIaXLTSYM+vXmt9JHF41iJK WO6ektLmDKvr8elXfwvD+aI8E9OqwW5bPi7vK9uMWzN4cB71i9z8BcMS0argHrnGH5ZUYpA+jidk ws8u1rvQqOwXpKBkijxWra7tI+KZOS3m4zI2mgcQSGYax+Gguv9gySSzPh73uM68jcZbzqTWRNYF n5hsSKyiSkIOyHOLLsxt5N8k32GLSlMWdOdPcuJ4W9DJnFkM/kOSTIXjCSXXneCnuhzStjZBQ6xB RKtYBSDJPFkwKp9zsny6iJ+2OE4dWvmqLfBLF35Vhte74dNZnxUMOILCjhbviCZfnSlGE2mWSJEp pCgfSbGnbRGJ7JJeFGdcEipSvGppEQypww6BGwEa18dEcvA4YUQGQRzpHp6WaeASSnJ9/CKflRhI F5Viq//xjTdQkVMbdT3dyZQKqYa4ewJjsqYo3WMwqziADr8EyvvVoaKiY9rOKBvzUHBAWFVMgpRT 0teY6/qqTVJMP2PMg+z0AackifkNWTZDlsI+Xd+vdia4y42nepI/K3efFMIVIJJTn6u2LcrJKF0O h+YhJue5UFlyTTq24gNTrRtRTl3ZKxN2yrUl4IECgfGSATOXz5cqb72trkLFAJjeMysb7pY/JDBe COd0QN82j9gPBX+2CUHmXzGKpBwPAISS0+9mQyyPDYkITv4xQbzhnuycOfsy6t+EDnjMUxU2CfBO eL34kQJ3NO+XpwqX2NKEaoH+qaBplR0gBoojrfddriIHjMKK5+hpZuytbhjc8RxocNpFUpXjfIpB 2j2vrNDTJTEgn0yPMiZz+JyhgumJ5jRBTElP9+ag/Ftx2uJPVkkxcR4zEc/BPb/feigNvWXmLmE1 soIKPdZNw1oAQnD56uFXlUd3hiOfYZWq5Q84BYRK6lpZY5ucadsJNa85ohwKLTeNvriz5OBKJo9s LjXPYJiFlTyHKfNdUCtDDnHepwUGB/PxkcxK2hMIpM/lkVzQ1BmldhFIpVr9aj9DE9dIZ4ZtbqtP Yl6k5KZr+deoCK/2Y6LJze8yXm6MbdZEsS6JCmjwkhTN9f5m3ewYlFr6C9kJgytAKRE0y7o0EwRa QtolFNWwbFk21cN4lfZ0r5uzWAc+QG3W8nqFwBc9EZJUNFTDJSIxoUEcs43anlELfFxo/VivLTc7 aitPCklYU7bYfRZWCpwjbS65rMl3OpHqAOUiwBM3gnOeJUmTvL/mKuHBgXzvqjmkcB746nC2l5f+ 5BOIo6CYKFMc52kkresIKGzEPA60E+CTE4BZzjNHgyE1DehxZsTnRosdP+ysBBIc2IOXZSy76303 KJDy+M2TGyBbgkmJNckUrGn4STB8z0kMBPj5oM7OS9QfkGrkTGCIsCavYmaIyz6KODU1CdlxsV6O h+SyrdxYoLJ3mBkDR4dyA7ZCyWSgUGvhkTTzAxxZEYnzZMwSGpFw9aysEo0Jm8njefPBpYnK/ZyB FT1w3Gn+ALuSSvkSkDkQVOdVMlt0OoPn2F0+1slMrKBTSEsx1nrSPcswyaDBrEF958A0oyd9bPjS GRJPY5gLmffBksOpKxuVGwDqZBHVIDEyOc9Cyyp9MGmYISnjRwAetcxqHkMVnhIhZUtSAp21ZqYG 7aJA6dGJvvDL3+S6Ie4TzhiCO6wXa7AjtcTJJEnlCC+2J3Qyy3AERjELz0sAnN4GUV6W4tnM6Zd0 QBvHxg9hyHhxyag6zOkCgepLg9cLnpwj+1apXi951Hy+mGEwCtfVzoSBMGMY0JO655k8xLW7nDP+ hNE9HJJuiJBKA8DX5lJBgCfnh5TYxEKm5BcDimyDjxRAvPBe8IFPI/WVxMl8Ucl6dpc6YYqvqDFL 3EkfabUEKbSbtLuZ6Ys4RbvFTDiPM6W/i9KZX82xawHO7ILetb2tbpwW5gLsH17VD7ssbdC7enn7 w6LGSLShKLRD7dmqhMG+NY8pACaVp0dNs+zOHDbedG+sUApoDNQm1LYDxBIMQA46IWHwKi4tPQkF 5lc9XVyF1c8PlWrlF4YZc9EJvIDpn9HkVQ8QRY2M7y/e6sWopS/1KnX5QMwnOPH0+MeHmmW78g19 kIejq6yVBCH8ny1DxB/bDeER5F2SSymgr+HZnqFYz76nqeyF4C6IpiTSLzMWJoGNw6UrIoQHnPDg aWh5bPkelTeoLk2DucCYT/VKH9IQDKCc4jIg/vOZoC80kFNI4gyHU8HMfCA+1NaUeTmbFVGSNAeq PBslcoCnxTbZqQSNZ2lPFPe0OAOtC8vGoKk+q6BMROu/K1ZKDxyJPtxKLjZjJ/bMNBBUGJEtstgn ZSoCKso0GHoIkl661r+HlHOKkZjRAV3d0XV6Hy2KlXQR7v5RNjyhJgR3hW1yJPJSS0rWLKRSjupU +7PSMP+7OOWhMY1zLBqujZ+mpgD0jaal07htnWjaFUNw2FEKkCphGVOdDkADTfmFB+poCLSn0XSk LnBG+3i9JHKZdjO1x9YlJjsizThRrGlfnavQMakf3CtwMPfYaRrSc8ElB1BjXA6PjW/MdCqHFHMl vWrzLgDqpJdJnLOifGaEEgGYQhSpaQwhCS3ucjeeswszgwFmh5gL7RJ+Lgo+FJUFqA2otBQcM/VX klVKkfxnNrXlfUMBzLN0w2rmE19cZRdRlDygiQnUEhaoChMHEX99eeAa4MOscq1gh0scA7d5YnrK lkPK5nzBFlgaw8vxl5dqJNGzfePxD0Ad+xcPNEi5ny6P7aVXejw+9eq9KheUvXILD9QP2twOwYGo 1U8UbQfkPwsbuFnrnYJjs+JOREvHlHpJCnTxfSaCIoPLH7DbQesUjtCKahx9e8xwNmM3SQFUq0fU A03HwHZrjYOSLw9qKBoTihhZxV1CUs+B+BKgS1bHZVYC60NQJX7ZFOOVp4mzEpL1VSBmAi/7E0lx hjHMlGWwyIlXWOfBC62w5GVyO4U0bQB0GUNJHltSRlYfTQ/XAmWnlCdUi3TLZ0wzTuBV+frCBCNp Pn6zcAzbas9tGk/jnPITYkTVbTiEaZY08tRW8UzmDA0qly8p7/DEaIdyNFSyPIT7UaxXNQ8H30O8 1Atgfg8/Si4kGW7G9kv7pdSWwA1YjUW7ULsWmLnZTChlydyjOj61wijJCqkQJoFxsybBM5V/ZTtw JucJcD5FZtqlQJWMZtbO1Oan8GiItITAHOmORoGDqCmdkYDV7PFTEpa0zaA5lf+sn7KkWMhoEMRi gjNmUTlQEllo+b4J5DwFlwkLm8qjYgFy+CjaRbtzGunAr7dJxvSzDABmPiOCGUpjyqvLvwzO7FMC 5m5Vnt/sbzH9ysVbMmtwL9K0PmiMApn5PJSKsSoMrDfLH3KbqGLDoknAgZpuWXF7EHKna2K1NcSc du4mUzSTz8crQO8P7DLgl0uZFkNevHAZJzAasOZ52yPKr4zEX+BypCGZ7FDkgMTAeWNEppyfmTJ5 /114yPQXqlxjPZ3rpdpYVzl9ZDC4TGhFXqE3p5o/kDa8XrCi4ADLEof3zoYliHzU5YIvOdUiJbcC Z9mg+YkEo3KWwNDC3DII8Z4K4PyE7cCHS+gnAeuH01KqxnJykaSWThexWXLesOvtd6IvlTlYOf02 3Ex4k82RnjXQvHgMZ/7mgndNEeNLXYRWjEOCzOf15YE8nl8eHl4fXAgOuWMOlSZxAMjEH9gkNvSi ZT9wLHHKH1YgewVqDAyD9D8B9YVdMHC3dDErupba4QJycXYREZUNx5033ruurQYvQjOQpP6X6VWB 50s123cwQxJcfGbL4cMbMDJQhAB01V/qb3Va1tu05PJxhARN7jQBKZycVX1wVkw+icGDl4C1LIAH IzwcFsdtXXAvBXrtzMcLsmo8oZq/wZ5ARS56drnBwsS8Ti+4xAXHqIfRNJBSw5pGdUSJFhuAgWEa QhJE0pKBA/SQ2Npqk3LlYwzhRqJwvi4eOpy+WRfAk4qmmBtDU7CUDS9EHBGv7BTruwsGLnxIbkeK RIxcviigfgtI1Xr6VdFMbf9bo6ERwMYSnCl6mqXs/ZMxCmppF++KmY5DnBUQCe0tG8bedL+lEwzT +SlV7jY3quOa/NH6CTlbXg9rBQU+ufSGMDRXIosCJNY6ty6iTqYQcNkvBCIc8irU3CYnmV/VWHGl oTnM+vcqWWBdpa+0GNKXwk2XuZtJGR6VGkztitH67nZZIac7WVocq/7GUf9Zc4GqGf3nR/TUOcDh NLgV+Q9vqw7PTmqIFf417+uIRrHDrWC2PaC+zRhillYI3WZeEZG60IqaXFD2Dxp7cYwL2uC92FCP AYH6B0m5rs5qkDY5MBfXd2HNHemGLqDuQF04BCcmzxTd7S2ijXjUA3TaNa5V6CvCcUBzzppLt7e+ f6IOc2NAzT2bqwdYg048i69Otc3YU9x7cDG6tCbb32409GsUWF7tkezhZOe2NmYLi8AH1nM36kHa z3Me3Nred9uJW6hsh/yWTlqDhYrF1D1MdYtBybouXpt5NS40RV/dBd19Q0QkPXCgG5ldeBAx5sOz YTHQmBBAQDcWeDdOLRKZDtTNranRHtuW/9eOjN9pFA2JNi1IE5G8rcJxksC0PnuIClcAR+NqIgER H+1SXSiPDXP71CPTsISAG9qagVRCzi7KNuOL69GT8Kofa6S1zgI0EeU46+VxFB2pRdMlZsxkWpCK y/S9PSeuyCRzqsIGv5Ve8QSzUydlLEDwAhVrqatrUmM8ZxOtXtF7NoQSBEzBqHJ2YGgOGcb9jgou FTbA+daIECAF+kZJ+Sh8oDBsHYlkYttJb5dwXmeYSpzN0/WjnbNpAmG9AOD0oOoo1/SOof0AZKNH imeDLeY4ZTp8149K2tlvRhDmqXQKokDDahImekeIud4Z5ccPBwF22P7wdnLA0I0MIXba4w1KHgB6 vnoXT0xJ2md3imApyHXksBODaozBDMey1X5yv7gSg8dpAYal+7w0nSsq15XXCSAiUd671ZYiS6lz AT23bkMmt0AmYkWFpHzG2ZIwaSpBWA4WFlQrgt/bBbfFjxIEnYRC9wFTblDpVQughF9B4UjTK344 JiIUBHjf8AbH6IpAY4oqwqK8q4yibKf7MgtvgXl++yMg8/rLRWlWj2N0pjyq/BD1ZjFnUTs9LrYJ rzTY3JGMARQuZHCpng+lpqtic4GuEIR3viCx2C//KL5C1D9UG1BOILTJh9qtVeYHmmxNBDJVQ5mJ TzLUFZ76irhSCvfa5lSk6UUAUvWiwHmUlEqbpLw4XCosAbBPTcKYCExe46rGUomfdl85GZuQ/sC7 t+powK314S8RqEPLsuTJaL9Km+EheUO+jER+VR4uUparv2i4IdUioLzZPj04mq50zF8Y1lFRvtV2 a9QyLiCLyw8xvqMEjHxIOog1Zax1UUohMDFRlkIjWnpciocB8bKCghigW7ekHKT0KZKSrEFJsAhj koSGs2JQvaA8ZCo6G4issuyYzic47i/vk88QozOMTK6UJo3rHPxnIdQODsmRCjhGQ0owUopEzUc5 4bgnHGZDxC19JDRsDE57hLs2wL3pKdWjcmhEBDgJ0QzxwbzldGlyh5dJk/TnyCUUY1qbY7acZOV/ 3k3I9tNWlsd0Li+K5oOc/DllM7sWzR6iWnJV850llELbDJku1qUkQ3QBb3g2ldIQbDadaeudQha7 UzLnHjVAkhqe6K5AVcZLlTRQ8W09U2CDRiWcqGSjzhVFlCGZGqr+SV6yF0fhWW1xOXpNWy6tOE/b uZT9XLATzoq5usIVz6WwoomOtFMmNGP/cDLjqG4JNextQzgjMme6loiNoAbgYgwTp4SwU3HUUaHJ lXzJKbHFjMrV0E7Z22DjGtbE87TxsswVawiEiOFY9V39FUY0qfY/9c78MSdo3EdMBIsldGRKHzcy AaiixGS1FWHYzQSMxUh2l/P0sa2yNSEf4JtXrqRJrbLaulwwbXBGRqw9ZQA4PVKlAdPKZ2ol+o2T plml0IXNmSrwDM5ltL4jtmog5fBfMk0zEmRfVlZgbjbrIoaTg0JH2gDbCHVVY9lGlVkyJPokrsMP SUG/vnUO05j8KrkxqrqLXBnNk+VmTRUFRXDcTi6yEZzMQffVrywi+IsNfglhZN1Z0Fmr5NL8+MOv l3yKtpmi50SxoyzT2HaZlkisiaqVCpvkn9qwejWdwfpg5mtsyGx9UIxVMeuYSQw8bwryGUxq2Rqu Wet7IpkRwacsZBEhnFHVygxW1i7DbB0MNm94qmowk9//9IamtpMXcA4BajXxch0VOMmid4rxSTUA xhB+Bva5x+pMHpItXMvpUhrgFBQkgT2o4yvGf7wKOJxlKraGqibVCJdFY7pejQY+cioOfJSK4Elq TBTLS3jUPFNlUX7GePxEgnYQLCurEV1sbV7WlPtNQe2v6Bg1QhT6QzeFoRqtmTbZ0kJnuG7j6kMW pWFMgbL0jBFpqHahATCqoQRXppsL5jNTLW47wm1W4Rsjk2vtHoHfU86aXZLPpCtqKIfLsTJX3w9B Co5YMeXL6cE0z8YfgjxMJiQSybCGVXYETdfqV0l6fMqFcRprJTFs7IFtzqgkx1g+nCsQnAHGnAwo xyrjyikbSLL1t/Xz9Yd8f/GoCn0ueRqYmrgASBx465eXP9c/Xf4G0PxnK1APtf5bgpnPb+5slu0S AlhSI/bydHlg8ITBOTDk+kxOYTs3ldw5O8fzmskOgOPE3lxV077infNi/igjobTdEP774RIfSgBA LcigF2DsSmY8A9xwD9VbAvCbR7wiMJqgkVOXiIgJT5c/5upghO8TrpFYrXfsoyrTifnHIEKH1FJA M/awmtSGuHO02SIMiJrq0znfTlJAOjnzQgSrwEsnCgn+1WCpsHGRvgT4QgaituQUfa5h6PHJhOZP iujNByMv/fUV71okKrbnV3O5cXntpK652CCEmjglvRP6CNilu30BQ2O98MfZR0Kagx5iOczUrc/o SmbmyeEG2+Ub1ISzTWzyCs3lvI9TbDg3RGakQPPlPumkU/3VHapygFSJEB+hh6lEdDHOrcCLh9IS ibOf9MYMmmGQimmnmgC6o088MRk5l9DGKPqPgNSicpWeE2BdRysOGUzmjMooAKDsPPAOTFvAwTWI +xWP+BuxhtaGyKJ5yap2GWURjjAvc0snt5EtTypCprNtd6NES1NzRacpBbNC/i9MZsLOXL80E2K5 z3GNE0zv2onnIOAQjCpOCzadal7sjcVB36IJLUwt0CYyyiBpz3wmv8hhyIxM4XSaAPU2jSRl+jxf 8wctGVgxOYIZIIVYtmMu6VLBByhXEBPpwkmo5+N4qTJCAYndK4bys5CszUUVc7bpL5WnmQTR4/1L oWW/Jdu4XEbdw0ACk02lJCUqnzhZiCERrhDgcnYFpj8RXSmk81Yk759uS/72xDUaWB/JgkjmcNQP u9q9Z+IPODAqcN7aMaE6KItjXPAGOT/czGUsuDgnLlVmB6UT1toEgoxsnTr4s1xKXv7NAIqqkGEB CFeWMwBnMC54ButCCMwmFM03S97yCx32MBeWu/WpMKG2IHRsn06g2JdwQ+BJEkqARmzz1SkEUiks +sgu3L8jMGlZkFPZuw5DYcrOwJKJWm8k1Yn2JHezBHQ0zQTVegJVBG5+JwkGUk8i0O3XkajUsBDZ i6bQrZNZr6r8wV/5kWxKP/er+Ni9JCVGCQ5kHUgcqliOTLxvUYY0KAdG1GeNjHKEmDky8kgknx2k V4k86VM4OvN7H6vsyS7WMqx6iehwNRek2RdecLJbTfsFhDKS+ie6KbXvWL9hLtfzWz8NFdHfRqHY ZfPg7jfXvHGhlg1i66Xp9NU36QnPOi014bRTCJZmyuNaRW1bIJoBgpvjGj31dhxrDyM0Il7bp82S bp1zoVvBt1u0fXk45mmEFAmPQKEWtkJHGPAplgOe4woEua175uaOzvSqYhRjC933FIkI7Zkje6ZG 2VsdPxPDyqMFNILsAtav8pxk+Qq70PNNQ66Up64zG6f/yOkuoRrXVAAm02Ok0ZAMkDTWlAY9zYL+ Olw4BE2qDs1oNapuGkb2+B1n25qNlZB1XYungiVrRBYdKvthqVSAvADBuLxE1leby5UYvIY2EWSA 7j1ffxO9sR058Dnd9JRqdyV1v+W7V5RgZs947PEUbV712Qb5nthb89PzLrRVndPRfP157yEhPfTD 0zKeb+0oA0wH+7TyXu/adDfQNNvGH3dV0QSNOffV8BJM70OdVQ4v+U+c6aDtKMIixYQ2w33R421z pb366ceWWrEjT9GqUeJgpW7AxGhOo4YrUSapRETDeR2soJvY6iL+00Rclil4tGIXb53/9bkGRfdI OMoSOfJyhITOwAvYADA/uGnC+0saqeAMi0kI+qaQt8xFFVuys2Rr0dsfl3eTckfQ0WMA6eoqgpwZ +jKaLAvEeJok63nnEBK0Q+Rr2x8uFvJTC+D8yq7+M0EKQM/bVGDOdIO88QYbe+I3EeJJXfmxpP5s iwLdzaBbu22KFIwRgYClTlasGd1NBq6tD5+yxfYEm3rrA0emJ/lEhM/6/93xKpjYUMQzwMLtEYZF Bd0bqKAxEr4UqgZk8tlpNghu+kW7zJGL0kzmI1rIyIFsBYf+GvXiQSXUVBM451OPGYfavoukKM+5 xBHP3gEwhKl3fW84Och/t+4CMajzD4V6AzJ4FVnqR3iF1XSGNEBk17Cq6nUQbYUPSuAzccbJDB/r wjRv6erCDQThk0Sa7jF5zXXX47Z0g+ftBs+5dXeeN0twHZxifXOQ8OfJgoLre84vmHiCLsT2YDQP AqlshFTOawKfdgHoO6FTI2jCUMpH4BInAgWsH5qdEgg9NeVoUxi3OpYXKr2Gd7pEd2lyUsJ+5BR/ BDJszWGZPk7Ajw2inikWbhhUC8MNFJszWxyub8RZydvCRMaV/Kv+/B+bs7YEitwYC66jpUkldesG Cmjk4sIq2eavgZmNyrHUEVtBlza07PjJ0FHOgiDUowUkaZznoMntShgScnQtaWy6EohSyhI3asAa MTfpSc9SCaSz9Ro4VMCMsmjDU56q+to2Ej8pJb5mgPl//gWx8x4t7sMIk4HuXQO7HYHSosa09SFp EefWkgeWQQMQGkvgPc4F+3+jZ54kOSEvo2DjDSar9CAHX1JKNCwq/YRIzj+HFi9JtJjQhcwdrwHx Ie01YzZLM4wsITyR3VD3DiCeBWUvLrEm2DxhQv8YDnvCGf8ATiCgwsH5XCGP5izHSM6pUwLCSjMY I6U9xUjul6LkbE8ZUnIPUBu8fyvj6nhQdPwcUWSRqc/IVFnIaOfXydaW4yrE0u365XJm2yPaGawz nyoqCEwFlutlvHV0qn7FGYC5gjmBxHz6seXpFRRkRiGl7tBb8wUtawAKIrUIwELbxqYNzQDFlR6n 9k/3O70yAXqAyVvVTYjup2KzUI9AMX2Nj8hUD2EbUN0NBHlwa7RCK/2qHmVu8bHObZWIjL7yh2yq 4tqJHP8cYXRbV6h8r1xS6XTDZn1FnxXjD5oCVT9EUzvUNpHrn/WWg15DWWtEmaw9gmTKX1M0bPAZ yT5cFFTbjKLeK3NpGYbgjWuu2OZHL0EM5h90HjKZiotmBRw1+KiU6ooQdohd1cKJpXWspx9Ey+xI zUFEXS37XB7aE5yd+4dwV9ZK0cGgHe1YruTRORfuQ4LS6Ml0i1CbgH639VAEhY8CmenW7wXcuZIJ xSgUeA6UYhq4uvA4v0QBJTheUMS3BY44zx+28OcpAdD5W1vanOySjJpd/UbIQJjLjBknJWu3iYvR BFvOBQvyO1XMbyTSiWxkGYjJWRwzRlDHyzRSuJKLHHGeuyWj9DMvm8qPlCat7zSHIA2KicCa3n8Y F9MjgMKmbOZJWDwDHx5jqQSLrnvjzy4uvaJxuM0oMrqBD/8FECQDAmCEp4vxZyeN2w50R12avWC7 BHvMcCQh13VMF3x57AEpDvFRQYavlpUPel8Ei2EeK4RzDL/1O+J3zK+0wFENOuzNmtoMxlEoc1/+ dDqumtSxOYTUGpmlhKcfhUU+UDTeDfPbiZoOx9VYzxvbkhrzwsosMKF1Y6sLLbO0MsiSHa2wFUOz CQbAMzCBIkfiQz1f7LIo44YhYLrJhzz1Lt7b5yZYrGMgDNE5X4ssAEwrKAfnMOeG5/kAXFVFgVMj EvewJSa3DAp3gmP+0dESZuuiVJz4Ww3RvinUQSsq0ehamE4xCUF8jAdpiJYESWTk7fiq+ZcHqwG4 q72MLCXszken4N/KNRNIX8KbCzZZ/aP6RLxLnUagoecqDE4BiA4ickvIJ9pA73csGvVUD5x0rB5U XUqT1Ebi5Qyvb8Eo0gieFuEY3tofr95gE1WWwGhRAPM8xpyiOs/8ZGI+dudyYj654WJqaUdU2EWW Q4fUJIRbZiujJoOrKN6WJHJn7DVbiIx7NKCAKSKDnlFW5k/kqW67006oXwW7SFdGJYJJVg3Ngid4 V9Pe2jpIhqCVtLG/3hatQLX/6HODCYonl321+JFR8R/1/3NItD+cC+2wqLTMVekdG5FWB6ww2bSS CrS6ahhTucSKgFwalqWWQEUMPNsYT6ELNM7CljPBau6xm0B5J7+72mzOpJ3hmm5Abi7DUbNqC1cz ZjrkI7uRtsENi0t3fOAOZWyuo5zsvOW4dICIoJ1VgQZ6Su3uBoYBmbTKGTCbjFujFSUySQryqJ14 YL70CG8QEyPihFeR9p1AZVzMLLVBiD8FgKrUXQ11ZuGL7EROKZqU2uIP2uVOIPD8uK3jRDGqJDBQ zm/KZvWT38Cl8vRUGUmJDXmSjsRfyp0lOzhCaFKtTz3jGU7ybdvCaZgXcJMUS2IN8Vk4iA1UoLXn tt+XG2Q1QiZ+yD3mElvIcAZn8xNYCiZfaosIyLn9RxmCkf4CVRLQ89CkUlm4FYSZLaAuZN92NWCV KGxZBS5LwxgQzWgbTIqADfOZaTv6YjwT90/fe6KTlZgE7NZSQ6lbnWiP/BBHJU/TKq5NioZF0TfK zSKd8D+uo8PiVUG9rrLEYV4O2fkgTskRNEQcxTzhzS1KOBh98Vv0mfsEOguv7c8aAharyIee/5l9 M4OkBE6xKNcEqzG/HD4R5MbT4ILg0bWg0gfHqCsC05Coh+qONpI3xdBf0SAEUxNBw9sTDKV3HD75 Uu469Wl97aySQyOe4g8v4JTLmctYiWbux6IWPhqMi0GLJMLA6ahkAn84H9yYAwR+6aLZUyr3sEA/ Bw976QKxVUjgHAILFnVi3j5qAWEakUEaObkQNsIH5v58YnL5qBKtCDfhuLu+EGy43xwCmK2KpmKJ YloN7erZpYvMJ9ZlNMWAOf85TccHf1oTk4FMxezlzhdzn2mCI4cUrqcP768PFdHJAvfzsYiEOmLP HVLdKpILMpnsxYAsZbxNbwknEfZYgLSeJoyF6IevZqOBCIJJtHEXLYv5SQ3mRrR8URI7FGsgWCPw oexI5eWMJ5YwnFpq7SEDgoVTHkw2WFzL5PP2+cFGDrpRB+pWS4APxbw0bKruBUNVPOm40Cy4CGlI ZoYLgEQ59zbnWQwtyjUsxAkep4Uqj30DoXI18cb7msy5O7LrSM7UUb5Ym7Z+qEOoTGjxx1iUxigP EWqHJJTMqEyudFYMN1RfQqeb9OsFdnl9Yx0SLa6moEtnCaBnzRVOPCSuhgnPDny9FpgUzvReIFqf i7SD64hurCVvJXNmWySakbbjNG6QX7U2/HT4c9vJRaunhl79Bf95XoeC2tTKBGIzdYapcQVJLSet m5pI9qYWqjQCzGI6yJsoSD6PxXpHdXhOt9C4NmEugoDVpHAo6mgPSWDaBKkVr11W36yulwsxWVtA MwpDYnVdyFpN9aAcbycm9aqh5AhYyhihyiOENdwGyrJvNzUjp95v3qFh7duElaeqenJznaUeYK0X 7Nm8Osr1290zb/GkZphnENRzN/Wacx6DPNG0W7NuMmDJtOUss3gegU41Sdv1qQ+vP9rj+HRCtFWw TA9NE0zHDwPhUW8fAO03vXq4Owvx8rF1mIlV46Q5ENQ7u42HA+IsiLQH2L5nzyXQH/Og7LeXe2qq m42PPdzYc4cjCcfQZozFA21LTyzWHo9Xz9ZLtDd1LB0G2vOCNVLODtgafTBEYH0eDSAqtBWlGOcq zHr22GdG3jOcdeNtqyYczb12WXtkdy1jp6kMOyJOl8GtXqVWYYsjjpdF9vQzLdMYCZhngiGk5RLd RpewpqSfbeX+69m2Xzol7V2Tj/p+WnNnL7rRmc66siVdAWiXNRAU02Q1wDTka7BiDqwKbCrRtJYh 6GWRtfGe/UTZsSQHQu+5PiqWOYeD4FOqxP2dqNydBSzKxXVQd5iTov2lhUQpSLQmuGyfi84tAGSl xjpmXTg6nIdzBRDiQs4g35u+z93hZOSX5wPcmg6W4JCFVdbB/dE7Ik/5qJH7fDlSR7h3fj78eYk9 4/FknHmTmsnOQQ9A7VPYA+BGA0H/mlXwDDxrGBlRhBLdyu5YAWfKOTspSqDX9pj8gQN5b+Dmk6UQ +XAGe7JdrEJ7Dme2ZnTmPwWTgfvSOohZygpcGAksDlw0gItBjjRH1o3sgqdWKpfEBfmMKBz3txgQ Bq26+Y3t+pzGlZmYBqPLCoStD7fjOeGoU8tn08aiVzGCw3WW6hBivhy7Q68AQ8Q+OudPfMEfyMt7 myMMthRG6ZZjqSVQVSWT3hhR/OtJVuD5WMKBdo4Ob4Ug6GuOpPumYDiqobjQFkSu0QxUITQ2Wehu cac8Lc2RXYRtiGJXazrGlbYXJyoZhgM1cYjBLq5Q7PpB/mD4KIjQKKfl6e3yhsQHMWaAu9GTKLgZ 8jVBfSdbRoukif9SkK4rBUyBPanJLir8RH3TUa8whbMZ0zB4ulZI9BHlKfOLe0aoFuiKFz7copvv Ql+Pw5sDB4YFsPf8V5GBv4l+KHlKoQspCtvKNlq6YEYFtYypJrCY0OJVoTrDEVSKzxY1UqUsCudI UvCgt6JmShhnZR49wbJ6Z5pfCmELf7xNY7OZPBo8TAtOitvasfEchePG08ImZaASQmHDTZ5J1XTu vDjZQ5rQgiNKgS1XL967BreBhLWEL5GlXmWb4OciXGYrwYiiYXxAlR8o8rSQogd+sQPakkFqEcCN vIyDddyOxv9a+nBzsbMpWrhjS3Log4NpvM8tKOgGp5+C53mFoifM9JWrZ6ItDGW2xPDq7pcETn9Q gw0mIH6C02qAq5tdTdoKFFgn0w45UsHtCRMa3Hl+sk0CKWSWXq5oxllQXgCdGXjucXtIqF4z9gim 1IZ1tNZj+pzzQp6cJyNPC4NsLnDoYRru3g8E07BZUtxtdUzs5nNyAwkWL1JQ5Bik+UCCNBBnqIQU nDm4+zthKHr4AH/nUdcLZZcy5bl3HiZ74U/Ilg1WUciEQeA7zMHASm6ZHgUAgoUxLuwltYwzkaRs UGpgdQbEkL8VEEcagzm4oNMS35CNgMCkHNQkRuUR6QNqUphUxpDpy6xflJx0zEVcEPZ/xBlNP8Lf b0Jta0o3kDAltpR08IQ3UB1AiWolx/z6WZk6EDhOL0h18bQe0w1okkKzeQGkueX13Uhi1p6KU5Ro /4MZo7k6zaIw31dAECLI2hEsUTKxmgpEv4p3K1kqP2u/5eY0kuvRqYZ0GhtJWwJ9/LqPtFU8cxAy FuGMpYsmLLiHdZ7DXJw07BCYbbZ2Zkx2j4FUGGL4XIGmpAhUrOPAjzhAriVVWeKEoreCtn6UAWai /912XRtCb0AzROGshKZluhnK4PIEwlLoVwW3Y9BF9TnSRL3qSudCRj3sfHRlqalEKDMaVNxMSNO4 mNaiYCWeXzx5oa0A4D9UcrI+e65ddBTJ0YhSBKZAEM4T5yXYrWO1/UmkG0LdXAyCg5jgd6wfV3OE ZwoucoQ0igHRn3EvEdO8VAhC/Z0rksdNr+w1ouGlrbyKm938AydvHA64SL8bM2hSgamgzIQzIVDe D8IgdO99Pqo+kD+GZWY7Ilc9McVIA7qFMKFyJiSbxjZRWbM7vGSfHslbD4FHcbTYY4+PxDX1Kd6I xVXHMASK65PMt20A1NIJN5jJY4PT+2HKkysixLb2FcgeLcHD2xI5vNmYD/3OJfUwqB4mSfWQBngD WqnHA1l6nja7ByvmwNnSPRdtrw8IsQFJYzI05NJZUylzgRYJfAh0pNncox0RFmqrEx0iiy9Ph8UN yAzTcfXzK62BcffcQYwIg1SFEiLNh5rSkiK7oOgYt8v9l4oL6v4vR6sA4S7YGCyNsbbrekcwH4SU DbhCZJL+CmnYGuBJCkkTH25Mj6vOOednikboAj/n7HevLJn+N31aXgjyoxyOm1QbIjiAQQABkmnj XzG/rKm8Bet8VdewLkIUaXccdC6p3Sz9+23BcDX6UqV54LNxg2ozL5U1CUbN1pgWu/R1fgBh/SSp KOWtzrUSKboBI5UCuhI2sOMW+yqvYHfqIIcEQR801LAus/fTjjKWho5lPNJdchJm8u44jN3C2Jwb e9HzwYhW3Z1fgpHxU/QQhg6x9It/omyc8vyiI9yBmEsZRAc8n/xjpYuZk8S1y3oZLj45WkjCBrZQ DBqfZ624RIYJ8Ve9c6/5XVcALnuKb/CYcio0Pko/S5UhkoYAy/Pn9VoKET34R/zKyosGpsNFTCdy rLMOvi5ihtxGWFOgMpcteszbE0FZB/aSvtCaXZbbrmWpzSYCxstCt4BF+BpzKEZ34AUjs1lHgKP/ DDY0hUzpWgAxztTFpoDm/aC6PC4h42p5aaHRCa0+oMGVnIMGZ8HuwGXtUayxKWhGQ84/gFjWKmOk bS2utezwwmXhwzHMXZHSymBUy0U1tVvJLfsVkeOtq97/OFuIrAbEWNiIOBisAw6LWv1ZkYONQ1/x 1GcXlMoWXvl/+xZafpTy+uxDf4rXsDELiUB46wAYRvKZRoGMEjtcEa3iMKQimiRKm2lKNilaQli0 DGOUqt2YJ6edlLVVH9RTp5cfRobiX2P1sXuEQQ3p0olYAWiMrrCKqWUD/tTeRuWa3iV+xiI0pTJR 6oQGPfbYHBtb+W2iD48JaU9APIgeeHcVnFPXmqmEJSCyZaKmDZU1LD21KTSiHXaMLnnFXmoBQxzx PQdH1USnYhFGl1gylClYfe6QZ2ihxH/1QA6rAAyuPj1H4mxUrcxpugA6N8fgd9xLldLqGI351Z/o QQGrzFGZLy2O1YjNltPyLJKnWnHgAq66iKS/6cGo5d0JHrXorY9TQcG4PMd+G1p7exYfuyBQZEJh NYxWV3f9K0aKMavevUaQq3CcEdlOVqAxuj2leJrwzQrxOmVOythOgMZiZ5c70B5rqUrLEgFxoeiM M0JkqQGShazCj9VYXuzJW++hmRCxW/FiWqNdAvryIy4CKF5UDwXRMCMWCUwhSkrFfeCk84s2zuCu Ker55JydyVUaXJOZpuRwXblcms6AXG/aJVgvspeFiguCu/3NSQ/KmEB1uls/iQTezCKjGoRoutb0 4tz82OohrdF8DgUTrRMFvL2zbLP3KGvwRRYQyovyGB80SZAQHKSoKUFWie/Us11DbJN1TMnTDmDl B0I8ougPEefS08IigQTGRCIUxS53wtSqMA9nooqUpP3wEVuDWNqT+42zogALKkuVQlgVPfoHQEaE GGzAeELGQIKE81HmxzaPRWw/1TvanmSXbsf1dBEzMknsDD1NYFoPQW/jIpBFH5NxCHQYZgWOXDKt WZbVb0yWLsElWGDEIcdrzsiv4GS6MgmWQRQ462/9XvOXteUIcmmswKfUPwN48ZJAf9pkayutbAu4 Qqq/NN45BPa6zfZV46DNjeTmZRCar9re3ujnjXv6uh4tq2Hbm/7A8AI+71h88xZF3d3MTkfaPmy/ y67LbDXPffa8Am3kdxj0PkOZbrtv9QCkqf5URPfAhd4d6bELt3upo/4w1bwZXS8ajqBoAps17V3v W9/Y6yDREwn24XoWr+Fha0O4xr7WtVcEeoyH9yJC/8cvz06XOttmLP3bVympTrWP0dlLBp19vweF V2iTOKrvvshIe0lk4o4PNTA8M8THcdG1rmv/bHNn8k6W6vVc5cgFjLR72V/IluoD4DXBoFgR0DTg mnChd0rGPSTZDKzD8J2rySURcA9kj23pryqitByKHJ0Ohk9MEVEleGqMNww3jt1SkMQA9NZIoFTm /IwlmP/x/ti7TTfM5YBSCxrVeKHEmgJFQBjISOS77ir2OGTdoLqjHPvL7noegO4lCi7JVDQERiAl IfS83Ov/G0bWpvAiyef3O8X4++2NjaRk1cADM/DVWyqxCB6ZVTh+elUlDO498uVtw6xlkIav0yav itxSQ4pK1lhSCePcVI77jZyso/dSUi/cF2ZiSE+WSV9ivuNJqUHw++vVk3evXLzTKuhVy8RdCLng 4+2Oslt1FzYTNt311pXP8ypV2oZwsLw0xbyfPSZ6/rC7ORg6g0zSuQket1qDV6wQzK1WL2Bj3hf3 mQgDNYQvuRkNYe5xJQQfAyG5RQ5Aul4bByoG8kUleuTyxT0SRREkq88H5GcRbiZq56uwgdeOwEb9 xJ/4+GTztmQikrEjtIpi8ErvRM/qOI7XjHSQjq+RQusIXGkCbcwc0hIO++15mCBkLniLeJOIIrQ0 nxk/TIzsApXLe72IVTPoVW9Cr0c+c5J8kdnJRrCb1+prnAUyzOKDPy5x3J9yHHS3DAT3vZihRASf /eI8W4kWMMq8FUWt8hQimWju+K/klBaVH+fAlzMX1gmokIqc4jl4zoFHLqYuapqa+ARUdMkqIS6I RiPXmosvOwVxr1Y0Hn/K5+GD5bi1xCwA5QauqvNTslAOZq6QksEOkvgpqCxCCaPG9FTBEwpVOPVJ xOrTAktPZGYElrqoN4ykD9he8pMtuF6Qxipp1dBwWxb9ciR6SMFxLZpQceC3N2K2mNtbBnpluXCU qoBHo8iILKkiSwAgrWv2fhtGiQQmsTi2kFkcdUVLb2NgaukaSkCYKRa4nsJEd0KmRUzc5nA6ff6V tNC8LGzuhxmkFk25S8iuxeNpDjMpzUv3wmytmPzUVj/fds+7iUrDujyiA5U4cucEFcOcipbfZE9Y JiD6Aw2EuzYV6Agg1MmlZpDWYnudyRrjHn6FZBSdzkD13VJO2ng0DRPoht8l7mYrw1QpQIWgKUOZ kWC/kppiVOA4A6s+G+FEVU9ZGVWRdMGiOaq35Xv1h6mF6w0IF2UCiP7bV7pHgXbt8vk0qkntLfJ9 iShQxlJOxZEMtkpA/aDSU0U1q7qLfUhaU0TlVYVrRZG57CDa7CVfLFuNXTokyUWxeWstenij8ejY SqvNrCsSoag01KUMtOqjrfIrC0sXXVxnVomwSixIjpRnZSmGGZ6dyTnZUYVabDFJ2aa1G6UxIv0Q 4gpYkKRn1bH+gLRntOYBYJvvdZhOQKVGPbPqeYauRn6PFoFShWdMbAtwDFH4RKyJ21saSrgHLMb0 GJn2+ikoW1qujsZRsycXBNguJl+lAEQq0be612+Y+JWkWhYJMA64MiVAv3PmpcPNDEDZLE9nmAhi TppJmK3o4XtUmm+eEFvAyzeSJJj9dl1+ry09GKXiaD7c4UmNTuMSit1x7Brh3Cbk89vrXXAMrkKQ kY3lijgV1ROvDlvGaOpeQZjHy9nmmJADvUwVWU2TV81zO8WO8vk1PKl2QMzOALtf1Ry5F3O1fFKb vbwkl5ZXaIhf+SJ2fRyL+MQxuKWlQqMsq2S7RC0X1dPryrFhndNwfa9wBiHXlV9qAH8u1OxyVwiC nB+sDgQGXIYGv/LiygkuIqvLRbSz6CAGpIQAwqb0mXupXijwLGHJeRY3mzoPtwonyBjjEJ/Ot3yW RXRLI3cBMeG4CC8IyzJapszkirwgh7lxvIhfrsoPyB1wBHAVUOSVQvgKv3w7zxlDRni3epERV9wj 8jrdml4yLSC6pMwmhtTSzi6wjt9DfmVXzHKsEiwaS5ZKQAoxVKsUMIUmb3Txw0bEf3LDjIIUU+79 hrylMSkRUAI3GvE0L0La4iB9kG24grSxLcrToeKp8QLhrMkgUmCyodS8zcxSLYigPrFTDBhkCoy2 aOhX1qa427Jv1ppvMYLTLnLU1ck4zcKwuLvWofpsb6JpvFQ3T2n8OmZrATEYXqWT+NOeUp4hVLgA A7kXm0NYJffmey1K1haaQrMJmRyndLxE3irH1INYkYYNOYPjUmq7GVsJDjDDwhd6Ze0HALunMzr9 GsTkreeUVwvvhk00ZuBamvQFHDucSZ7B0BzGbvb2fuSeC1O18jK9eBI3QU4LsnzqgSccATTHYh+5 TWOSVeU/HGYoBRws4YKoZ1wVffzFqKg2JQRgABGnqNHQQTVMKahzmhvnKx51lObAD4WsioZ3b6L8 w9/yIVrI+TA0fM+dwKpZIOyI4scAxMpi80/duJf9bFJszLLos8SY/rOuLKwkufFQ8ZvZmovLrVbk Eeb9aFhGDiVnqW85T99YDn9UORm6jq/zwM5qIvcWnF52wwbBWlkjFc+A7hV/+8kLBUBitCdelu1U ukrdnZKLv3uzvC5BJQlHwclUquYu1HoyJsaZw6q4y5OgrBV817JODIsqWBiUm7O9ywa0emT5j36w w/oOO/W51StuI9+VjzQC9bXcSCGPbZgTcSmVp0nGBs+V1V+AzM/DzTIcIAw3s8/ppycJBUeD3yXO OJw4qErOtHhCfOHgEaAVbF1udIpkZ4ghLmZqCbjddGjkQiiB35wVMufAYWNSUKx8pWCS0/WRjGsG IP2PRfBRUPB0fGHvJPXZMVPMQwEAsYJJhkNTbqYViQr87MtQI9gRcKSSLhYmzIqTGJXaRM4B0Yw+ piJ6e3EeTX0F0dy+DxHeKueA0LYi2zHIQhJlpjD/0CVMKH0jaTDy2lgN+RP5gAoblJznjtouhVeD T0NmBTSBdVMS/Jl6EYj/aCegGT0VqECgeC40AZErlAUO8xBthW3Fn58KRoraOyxxY1qZitIG8KvZ W0wElZBct4ugijevQkzGwcMUXPQtKSoSDLdFr/TfxE0NsxKhDqfqqV75fxyMmbhdPyvRkbRaGP8x ztke9VB6wAlkfRFqhpmM7pBhGFMBVQGPDtqLIc2Zochbqopk4fyYAyJy2zILXo5Qh0qbwhtB+2Dq XJ8CzS9yL9mUxfXESvi3uS7VpcekNEXN7zvCiFogyOHkx/J0wURvOkCDaGahMbcCpWNQdP5LaOg4 0pIjf91Tr3Wzi7am8ogJ0xeOp750wrHSbH94ad/wsBSksAkRuQ0QvkOXxglBqeXY2NwCK3y2StiM ZE2xacIyjKy+ny/hI45VIGK/NkJybyQdigCX1sbhe8uOsk4DdVh88pXKOdau5oaHdrGpUPQrdGAR VJKVt8e3nEuCFiVRLvrQeokkvU/PPf6C+tT3KLkq4WkRF61Y0D3psgI9DtqO3hoyMdn/6US7y7Ji 2CGRNcAMPj59apXUOdRRyeOVe9MOzJ9BccKpJEuPHG3HGv5ccV6+DXKLdtiCctpF2eRrGRM8k7Q5 UxdfoEYlTYoT7firuEYLa+gtxtquZ1z5LJTaSctMNN9q3qbAGrj29BZB9k+jlG4h0nQ3kPRZv3Pr htcQ7onKTMjhPduhp2To8Umfdepyp+GpyQe7LLrnJGiy/b1796Q+qxfGtalYYy/xZjyvssdauZDD Rpebhpjy2z2D1wAsY3NMQK84q3ep73wBlYo+x6gchSSZbLYHJOcHys1iRHmpAQmg1DHfQsdYipnG OmZqaApTupg+JJjQWMyS2QhfZQy0yLEcT9j3LAX6xohyhpIeakax7wsYvO0UOAsxI77xM70vDy3r T+iWU/8b7yDv4ukANwnPVpL/cpukCRnbUeobIFk+U6DA1fv0qlTXRcuiMmpfZH+uxyvQwceL1JEQ pQjhWXBDGZWqXfB2k3NkmRkce5mNZpWQoVhdmkQy4f8TdR+IseNadEWHYZVyqvD+/AfotQ/Utlqt V0Ui3JwAgg73QAE6kP3TPh0ByMxHNoo8rooVkUXICza7Te+wzijsuRC0HS/oAOYQycRQjcyS3/It F8L6jwXyTcQAB7sJmM7eSciRSdFlgRvit74RzdikdDpNZMzj/V6JCEkfUM6feRliMr+AWIgfUreO Ckbh2R5EyuD4G55GC4AMfS4METsrqbgF5sUdFYgmM2lxbqgQAsEdRO9l4mQlb4Va3ThHkaD/9vyX ExK8kj7C2fgpKlGZfGQPq4ZbO2jpJg877hSJwag8NtYElNixCQLGKC7CvRA93chKBViGKy/QLCio sas4LtSpmAyDKEuq/CZgsZg5Y9NIlY+kmXgQLFvXCJ7BI2OPbhoEDWO0SY3MvzT1GEHYACQuc8+8 YM4NTTXSp3nDOL6p9TZZeUVuhwVO9rY2HsdDwYzDpxgg207nDEaMkm2udmY8NqbFiQr/iA6RXZso MMRTHhD6zFgUyGVIkxyDcwTaaledpEF6oqnaRckKAIDmUukN5+guRDVP+RofzBqgFRprjlq0XzKm ppFDBb82TT00G0H1xho6FFIEjrgsrSCOYr/+lpBWl0u0XNP+RVyhpbZyOi1PbaddKiZM8KwBsWFU Y1yGjhw2z5h7p0159TTHUBVziisiiokrtU1dQZAAlAhjloLUaYza0lWbQDp8WLFOhmtng02HUkAV NypXsRppy2olhW35WLGwaaiMDPekisDryLtqes6s9lSgiSrDlUVX1JLTartMcymahyLZOZv5paaI Yx91EgIANFUqLAfuoU+WL/NhfjvSjQ+dJf+MUXBIw4FEXNEusvux98RIOviLI5ECQxFKpBbf1fFS h3iETja0VOFJkpTl4WouhGs7V2VMzJm4aIAkoDUlRvnHMLgz5N97pF20VOYvG96REtrU3Vw7VFk9 sxqvmbuiES1QCmCLVnkjSUk+RvsLtjaZ+NpWAj/+KUBqP0rdKxPaJkS4iGsVCZw5ptaNirqAgwQl ZgzcDVmkyAK4aYNQVCM/PVNf3/Yw2UmLmxu6502Tk6qM4lgVYO8ltPYxaUDzLWfsJIeVNiCjOOCx TbtY9UHrHrdNNIPK3fYCJYlVGKISzJI5X8RFPrleQaYvIFb8LV7CxhDtbEcNPEOLizF+FycUaFgk V+u2d/YIA1F67XnwCKggQ6SVtyteGxqdq04HQLqZ8EGw4bpPazwo3EOsPYxa3bfyUMjaustQjFAu QdMguFi9KCGoL8TVPVZrUuVpVBJSuTVxsQNqB6FUFE98oeAZ3hogQ3UhQzikLIaaDdjgcKZEm44g F2MQwZkGKLCnpfEXtH7WAog7UqCvLig8exoXuQweskYgYOxOZIaqR6GNF5qmhuSfYIDGG940QZmd yIlHwO5LxTOghm7jUChD9eahghO0iEFVzWJhzLTbAUI1Bnx03/aw6STCBznJjEj6pB3tPTODU0mZ DVIQ3WIAUvtICn6Z+qSDJEfjjD8BIvhxDh4piBJfZ4a4nDmi3AV2QQXgCUNTFpkIewRE0V43Lq7o TgM/C3JYC20YUBCxA2fOVIAJbgk6ImdXubVcRpGEyVjgLI9qux256Y31hVzDsARBgvJnk4tVAsok ybgopeGc02P83FP7taKtHmDyPXIwjOFIp8pn+jgY6bMPnK8gTY1dXyMLSlBGFBEVMEuGAkYYlWAg i0jrmLcGYTP61vFuYMJzaOM5k2+I6pO2QSbKSB7SiKUQQa5K4oVyPicx4mQweZSvb6KmihRVw/i2 cuLcXx65LDHXzG9rJuTgwZFdnFO0UAAPZ7NqAHNYFH5kuVBr8PSwHbOw7I10uRujwSwuZWe6xwXn MfJ5b0rrUTesuOysfSLRoljUaKgGzrHnHZDjCAUcev44p4XDzV6QHBr8PThFI4g0+lS6hrPWyMgK VTjGJkhhmhbMnxNBj29BjOeyWqIdM02NLjmDxCwCTi1yK+aNMfBMAtR4OEcfiMSh5cIhcxkISvoy JnDRK/IZGgat0llqg+SxdUnPXD5goLYHwylKop9xE/f5FDwkgRWdfmVWZ4/LltPjWJxk9ZFvGpCm A5yZMVD0Fx7LZ41Gu5nf6sxJFZtjaA0wGql1WT5QA9DAzgwgYkWwRDhEmMVW1dsjQnoQm/Cvc7Fc gJwtl5ANIIO462s+lAYRQnP5HKGBzKv4B6I+4r9/i50OAg0PHBiykwQnszYLYCEjAYxiPbHramkj oSj7kKNlAAkIMfMv4cZE1EdzH5RPA8yTuQSjgF+c7VtLLRIlUa7Mq2x3AbNsdVF7aXvFinAq/K+U kckrHkkrMSBel9PJF7ODri16BY9rDFFskRCMP8Apem9jXqxxP3a7lGnKlupDKdFY2QR9GmJxrPoS ydAzA4gCxGrsMC6e8pNJOzok5N1lfDwUOBlgl1JxVHAYGBNndnwvp5CIpViKgTCrZhvAmYTCZgag 1PtwTajjHgAzF0zQ2iQsTRF/+yijrzXYKTDR/qOPCRrQn5RgpRZKSlTbYeifcDe2/i2LoBfaotsP 4280NmeWsIZmp9ewhTUS4SkjOsqGXVmTjtg6wQATMagGJX8ktg0VftkNwZfBDNdn3agqxuWEYA/4 VTZ8xnSYJOlm14f0mReaIhOWuKkTAA0kVfUutQpZQ+idympeuWJiI5wEfVAgWlrawlOS30bT+R7f 2vVNKMxbZItdtFDAIByvp4HMnrJmLE3pApksLSOX0zgjpcgu5G4IdzsLwA9S/IOOSqn0f0oULP7D 8UDqn+iVKKrXgJlOhUmkweIV14yAwpBXR6E1ISwhpkZkCG1Rgz+XPqtzwbzCkbJPPJD8JVwYid47 gZYsVAqjwqS8UgLCV5ORWsPOV5pVEsr9iygzCgrmyRhssg+js6++DA/NZvmSN9AhTfXCeFg2jXxq 0EhYY6JVKcC0q/m0YNsmWFUClurVi87AIQsEQDFD2JOf2G021datZUwkyv3l+aR070QrmsmeMLC6 c2rA1jn7iRuKksTCKEYUFIgeE8NZ0aKNDH54JwA4tm+JO8VnaljXbEPiNZsfX0BImTP+iW4inVx5 WELixqUayI0dfJQJLOgGmEmR17NuRLe9HEbRPsvQi3gyEQXmIvf3Z88yGN6zBkWtMCVyLZj2cH7e tsgkkHUic6uHZGrSE3VC3ie6g1OZ17/pQobD3CqV4o1JSzqvFQJSMBiyLR3ajUlIUemNGGrDWUHW NxTOHBPRZmcH2KhpRM7dACV9gABttER4BDWcSXoKuAAvAY8jhTfaGcnfvBAAfGaF+re17yYyTbAk 56oBVZjM0wz6mjqjwoPkUlvgINjqwFw29BNdUkbrCaqzzU1pEHOZFzdZJJwcHRA/xvnVQ50cZoZN mLlE8lNFGlvd1GH1KfIjBKpSQesASBWnRrQQUkj0WmkLuekYBWwtSAFZWMiO/17vO3OC/NzbhgrG 1LNtv5+OsGD27/tAw41gOcamzQrFbQ6u7qyNp+N40G45VsJOXbt/bWZVbr1+3WwRVdRW3CYPKoEV q+3p7Odq96mP2tr0rO3dlmNXK67Za6r6bYn1frs+rjasdpiGfdA//2wY1b+zNgy+crhtw+rh+rZf GQpgRBX7nK/3jyvQ76qeMDUN12bkW+N8fT1cVYGHB/owWVHjA1RNBj/vg7Mk5ramw6U9y4AXJNhf W7FPtc3+XeS3QAaA9LCDPpTE9TD9QzMwkQPWs9IrOnQKNuGHZrhVPQcSsPGDlWtfruUNtpKVRv3W I2xghnirzO0aRk9ANetWm2+t5Xm83cZaBARCW7+XPQUJErmEpy1CYDr/jktM8YBx31C4Y7y/00Vc R4owijJkx2ZdLEFxxX/WHG5JUyW7BqmuS+5DePdtyGdeUwnRnV3bWv86yhx9CNVkTpdVvBND5o/e z9onrzSHfFj4S+RN1s4TtjejmqefOtCY6udAMGCKZlWCBM9um5aemJTcM9ewQnahXRgV/OmUVfEs ud/AoQyqxEXaqvHNRccr/5chw5GCK06m2L3VtCwARfICyCDCZf7SfCO3cSB/KuyRa0R9kLm1/UHR i2KHiDmyYqi3aiobC3eD64scJgfT7D/tQ7QgNptgrDDHXaqNLEjsS1Xsrb3qaN9jQM6HwLrrLX5B MBePR9nVhio1yLqZCILpNQIyR6xoiSHziAj4AnkYGRLgx6siBvTqk0ku7nEhTxYFGDN8wSDRNfh1 AkxxuBC6jUar31p3yFa9ttW8DnOvIW1obTP12NT4fswswExik4XE0WCggZTxGD2q4fpx/djRpI3z ebPMkeUkfoQBxTgXS0XYB31TvIzCEbBwkftJBsZi8BjQsy3t02ZKUUabCOIHWwHDfVO8xT4sMLUx fhEOu8FIogYQwOUnCMeUkIpTOXzeAQmRF3iiDkihP/PvHoaTuqQmlkHGECaegecLDacXeBKrYCP6 qIx7yQhGhWi8mBiQLlGOK50JUCaCJxiEY0QyL1hQ90dYnVDYnworOb3UrRXV4EINLFeQd0fXuohr W+UpiJrAILUM1GgoQ03pAhcFSH9IucbcJDL6Y1r/aWZIdwxV4GNM3doHiHtzgDiTq0v+GyaBNJdo HYnm62NOFzULj7BOLMlGwAA+HhiV7AG+XYsHh8ZjNG6lBenx0QsNBIKiPDC6kWnFuyFt6EQZSWaF 9HUP2KydhAJzyDw6R5b2ivtQnON2DsMX11FNF4CNuFSVyLTCEcXdJaw413pcLIWO386BbwXHynuk CpPcfX8juufLPC4UYRKAgBBXiHZW5YC+3QbFJwl7tsUgzVZxIv03YDyNYkVCVChKiy0GTxIXj3BF hlW5BtfeXp1VHoqsVOKUDBigOXSUI9BewszujXSARC/DBCyUhDqNB3iiBySTF771E9jCygYUzCOU PsndeGqi0tXIkqEvw/I5CEk1p3Oadjt4C+caz83ED6ifnrlomuoYqLJqVaA13EHbdLCT/Da8/3ki gAxyuZx2sBPYEruGr3ERoS4xFBhKmU3Uv4jGUFRqAEJwGtfipvJOqfhl5EMKmEODBS5y7rHPdjFH Sc385y9oK/AOMHvA9YhzHUvip3p3ALpoiErUPdBqDcjsHejYIoykyEmbZu2JYlOxckEYQ1RjDGUW kCqC+0fVBmgGlVIMdaN3q9p470TzWbtsoAKBoo7Qc1xT1aaqqkyKdICO9CBe/onRBm3juPLLiGi/ ZYmrV8mHeprbxk1ctvgUyi46PyQVCuClD4hD9pS8NjKTQ95Mgc2VImM0OWFqEimXjaP+TBqz6ky9 UPZIkXmpK/IPvOxmn6RCujNEsd7nxeD8Cn1FCNU/0xeES5VIhTEJJJ7SptQnGXa37XNkGfBkR8Rl qGSLOojqXaZa/rRKRbTMl/1Cd3YvVoZ/0lAYQSGrucE9nUQpNXag+qne00eTJjcBb7zEZraXsU1S UsLVlicbBi4rTDSMkNVAKast3pzWYhZi5WZiLMiNvMWFSqA0G1j4issQaWrgp54BpZnfTmk1nrKD H1KBq2CAinjDMlzLOmWezYKImuqMFSGq5eSx0mrVG+sagW7Bgc2sQ4Jq1MYGefLiSyzw0SXAgeZF HogZNsQaMfIzC6DQVEsYoam7kStXDV1qarqqiciinpIIEEvUNKKapvflaaWWosmeVbeotuNhQ8PE RtJb+yAYSelgrrJVk1Z+CvzSabcTssxCT5W7U01tMLOWI0q5tgELWiAFkCwVQHXra6JsfSQtMgzE CXnGP6xCcGGAmg+XarhaRDXYuGNybEgMaEqQIwMw9IqpFRo0k8DbO2EyijxoWzStQgsL3Ag/1JwR V2QCdWfhdBwBzKxRWglI/YGR9pkmtLQY7FSPjcWjpHqCigvqGMOLPgADvvXRNUrlDOBlq8n+6jMK pP6flq0ao43otlJonfqZ3xMxGrd5DGF0CDe3BPPFEkX9KWrjpJSRQsjCA/Is7UrKfbvu9nyykXyF iAsNZ4zeziVCzmUGZSrBc6HykSYXKX2hJp+X8uBlcVV+vzre7ANKFBLJSUp2JVs9WtUeGM5/2aS4 o4xcwMykFJLy/vTM0w+zWnpnaYQynkUVkTqcLQ+7SNbU9tnyX56qQHDwa1UqEeIuF2oO9lxUAQ0K FLoUCHGq1cORPaxXriEYYIOlm6X/7gi4XxzYmN+laKJV6KsbbFBX+4FxTEneEq1McyKBIEJ3Muhz oBTX6GY6Gm80g7OI4XYkDcGxSEv2Fn2AOl7ovpHbGxmZkNESFSODZ2br9B49E+zq2+AwE04k+DVz vffoISh+JKeMXtYmm1ypjB1IOsJPL+1pwNfFTfauDEir3sySoe459MraQ9VY3EQIoHNa0QiFBzwt SUhcqS5bTZvSV5pCgmhMOk+k54gNnkb0fNVCExLM8TI7TIXruFEgmv2yqWHaQZYNZBrjG87kwomj tuYBWWY5MlcN1oDvWPkpH9AS/dfb5cfZy6DPaFjtBXNLxtq2daSXqFuBYugsZDNaPhfKgJhaW0A0 GWitg3sgrMKzgICC7yGpHHebT8wO397+uEjBImkPQdhnAE6gBaIWLUjNM+QJ2cEetMs1YVtLFSw1 PzHqZneyLgi2G/FNmkaMXWVj2uPUsKQL7TBMiMtCigmFstwdYaw24W7pfQm3W0QnOzBFQLXlqjyX GCYRomCIFpG6gsVlz9s0RXY7lNfnLHmWKBkqEpAikMNsKaDKFwKACOlZhUCRB5CVOo3oJxVJvEsx mIVVZZNkN4rJDbWTZuFaAQ0kHjUCiCSxh/ZDNeD9VbCq18KPqguMTdZISiEPgLbUoF2ZfVGiWgGn ek8GZHELNTdjQQkDpKy0bIXmstVN0dXsS2kLUPuMgv6qYtFSVunK8hiRsQBDKQZiGF9uVBLc4/tK YrUug2oVqaeVM1b69/h8D+OLGbLVplPE1KysaVNDH61gAVUQpv7tpivxLBc1kd1iQdVmRCoOhopd wYIuLI6noQvM3HQXAQCHYmix0YwJLs+2BzZM1eTKktrR56ve2KpJ9T08ky6hbtaYZPl/EuWiYmn0 WbLZhKii5Z5JLwN0vQwwYfQXa0FToWxVPoDewV8eql6WKAyO5FqdCpg5FKhUDghjxS3ufKOggVrK ySyDLbYz/n6AzTTltRCqVfsOYKmMV7Wkg5ZfPN6b8FR/ZkhlynvWQKMRjzy6+NqpCCQ3xMvSQLz3 G9qaDiD7ZDdpp5whvqkjiVKkCYJEVwR3i27Zrl/NyqksEUtvp1uokkqay64rMDYIQTI7oXAWhUYy 7vZjTkqpgFuVgO3Kxi8cwZWbOrC6r9ItEjodoZWmjjnQrIrfvbcP/v56Tsc0rvxPDfqmKLrasgJw B1Govioo74F3pVLzVkBejTqu3xOIdyVewxTgUzZUqB4L5g4/gCuCA8CMAHO0gZxRib9DEIjKo7Gq CSmZYmVWQPkxCqElPHcahklV1HWvySm1a1fJ+/r9WOGbFvXNYQiBZ3xjVLT/vnc4wve/Ah2l41is km4uMr8TNVZRV3b+flTe/r3+jyLefv6hrwovSlY0TykUc1H14frP9X8hopJ9v5ss7YWbmW+3D6Ry CIkBOpPBDDu3oY6mI0tdIxeRByptRqdWwGIHkDXq2m4LiNmZ+GwtoO3rpOJOZJqs/eqI2CKCWXE+ u+UJqUmUL34JmZNCKo2nyyG+zaIuCCZKbqqBtzCZGYYeq0NUVvNOl/xPudXsM0SZNvwzM7liRvLk iJgJeK2aSKV9MVUxEqkFjcHUA5GIOL4TL3FF7shfdU4Ws9NCmNxXbJoOQFbOlSlDHIZjT4Edd0PC i4uOlcl6cVO8w5w6Pe07K8+VwIqfkL2wFS0zggUQxTDcu9nZPVdKIgtTK2xmSvecS269jVgqkxUX edJONiQcs7dRF8HOo6wZRnfd4OSL/Gixz0bGK8LvPxf9n8Mt1hkBhWrF1za5FiToURTFLosnsweK OTl0jYvVcoBCj7zJzI6na4rKKvqJU9q6LITARtTc1OKIMCp8376RMhIQt5eksapWmZHXcN0F2PHL /R14Isz2aZQasWorRiU9uf6KaaIlwqCxmK2BglGcJ30EfxFWAao8umAFE2KQy8TWCFBL3LjwAl1X RD55Y211TkTa+4FBhuiQh5yV4fNxuYMigPLNpgyeQu7MewAgD2Qa0OSmCz7d844BCTSSaJpRHyBE Cqdyk5n+I+AtBUAs7JGipSxewB+i6VLQ1IXVpcQ+0aqyDsNnz+hb9IBF4kFpOSs+mTt3XpAZSDhl oabxSW2T/mgHkLl+fahVHtkqT28hNGkSl7OjFy0U3u5q3Y43obqpfPO2TmiQ/H7qQMRMu8eQjLQW W7vhA2R/PRc+J13RlLGjvOD6/n4YwbemIMqNR7QYkcKJ1hwVRUGxX27l3Upc+Fh6YJtmTs1J15k4 OPzcQQcapqNXEaAh49tSXA+8MIy+Zlcz6xlIToih13gRTRbsYahbD+mYGTie6MyUcwsWHK0/errG Sl8W2HKntb5O4MkvoIcSTU4qm2uqntzJdrOn7CXD6C27TYaeRVeWE/2w+w7SsfCozeedf4/oc1L5 rEJEbhaaYGjRlOnmv3Pat9ZV31urzaZBHoTZxutjf/lImGabb9//+M1g1oMzL4DJdeZrYnRTtoTB ILOqWZGEluknX4xoCyJS6VhJYEnbaJvz1BduBiyKFbUUS7WgFZ1pHilKL0Sa5fOJSPJCYzAyu42h 7CtRXxASTUgiKMyblZtnpzoJp8hQD3h6vokyQW32H3tICHgyrGCLv6ZIrih0Lg0KpgR1KtSDHa4R kfSJklKPY1Vwr5iemhesZC1phXEMQeF7PgWyq76aOzvWjCXIDcw3lsz6OkNUV5ZCPJMN0gshSoi4 gJQrIckEsXlcQa6C6QGukhd7Ik/NSJb4SkYkvKWFejdopnFrXPoyMUbWpH0dVe2Wm8l5DY9FGWK1 G4PrVVtmoU5dy/NkbylicLu2FcNcgV99M11UNZYyqiVvLLPns7baVlbKk4EPi+N5SVo4qlVD4S/n CjqFHTZWXqtImB1m9CWghayQ8iS6jyXJNlJXMNEi6+lK+0xiXH6iCBhlXZQCw0RTOPUIoTSRfLug LSFPsjTHjx2MYCoEb7UCP8OLhI9r/Kza1wv2aV9aAfzMMZOLXxhub1L0KpckErFL5VGCT3DwihjD Cailh/FRswkeDv5ZRCxO4klJ61RxV+lGDyyi1wuJJ9w4ZAfHBMnUFriltIQaIgSBGANlcsIb9MRN gKJelLdf0dhJCvZ7Nja3l2jpES+QEGvKbpGj5ztEKshWjKPZNpKGwXArX/MjEkAvps5VqUFGI5l3 zWJaGOrIC8HcSKp2HrqPWkQzviINYgYN6kaRIeWKaVQTjgghhJLDRBKf5fpFPoQhr5oDKgFUY4Zf wkeuTIsrfeVwNanz2hNIbHaViuWeq9bFFVk/CSHnlRdoOrCiG3b4RmcTqsU/MNF7JsZFjMwkQTZb lbWZqYv7fgHgolvcfDspS4R1aqgkGdhZgv0ob7YgUCQRUkmYAThtQ5HoDAIaR632g2D2kBBF0GpX 0Ku4q3l198044j/FFOzAFw3BUsQilHQHRowOgIHtvG2sGKPCYaXjqSIpEZakM/7LJmO2aiEpc4Ex wAUXVcAqvTWCIZVMQRsW2ImZwMGPAitc0U2vCUR7h2V9yFIElwqjtFs6CCItwG37GWYZQ6vQYRAo b6yj08EcXZEF0EwHWppxtjetJ7cVz/XWPIRT48hy1BZQUCwmYEhNm/UHV/OwsCYLZKys3usi9BbM tvYKVhJRAA8UACQaYBD2GwCHZBD+5XUxmhnB8Q4fEI3MC8yTiT/nU9II+pjv1Kfhsk4CmFidX8qK 5QYwrlyGfUwI6XvgpVLuJmLLGrioLk66UmRgB4nb5ml4iAAJaGYHf7FbEY6vcDI5WkVAfXhcWpnB 1RMYQlmwGTvfgBbgrwqHpEjsNoLlhfLg9Ue1ZkWyMMIoHGZLGV7ia5rA5Gv6rBHGwaAiM3bdXEgt FAryMRoU0WZ+V4YdkQZqpohBM3wykPXjbhtGmmzcUkJViA4pLT7xW1jAyrHeokG36ALblZ9Pf/yI m7jpCFhcPErqFFMigf2piWHECcPOFPIP5Fpl7pbJyZzcgTAgaIKlNddp6tfW+aNjdiUaAm4CZp9l UuxzMoitWw7TEeJIqGRt2OiZUpCFJDbRSLpJaqLNj6ODEbALmVfbbH7N+r+92caP7xDFif7BLSVa I0fshjJyJqQCuV70ntoHuesU0foyRmde/IEErTKXV8hJVlpwCXPycGBMLNxUNwcRi6ygrBfNy4+3 VgYd1eAilDByvrd/PLqnDrw2hKA1Z/aldTMennrDEQxbhAGrZjGjD4xIi3mlTerVWX5V/T4b39RG gN3qxTueqxkNoCjdGoS9QOlxbIrGSWDKBh2/po69AC6xjOUhhgQcoSyvR87ronUhEANfFwRl0ADQ QWTHa3xezMTJZhzTv/mmquyAVElmhkmCOybxH9Ah35hySaVyjmlbhWOS1d6sVsuJWdWaZ9+yQNCG V2CTI46OeNudi81EF1UTAKCxdIQsjSw95zhiMc7WZcJb9EA3IOKBvoIxP6p8ZMHyB9GCcDVwWDhK SBedIJDR9r9BpH5FIYlrfYk9o3FMMG2hj/z/8jh9Ky2kcyXKmeUJc8GJ56nZOobuaJpvAmkgZj1e vW2tb8VAbzcVJlFL2UGwcZrF8qwi41GG2aPr3YClPcOi+o4sw5SsL0BX7qMRDLUxJLfvlYaubyVr rvoHlFUvq723l6yHl6VCki9WXaPt/6x+1S4dU5cdltHJqIAgnfE9FKUHZZRgNqR0T6aVDZeMfTrU VMrkxkfnr5aFl77pVTl9qABeUlJOJ4MDermPKpz8lp3BQIaFaQGVamNnst5tZFVXbFevamRD61e6 JyqLAmCS+smS22NbDliRy6cqZbLZq7JoRdWzF7f29w7tlTtWTCgP/W4ja/tp61eSrQ1qZN/kWeqK kKySy9zgufafNvJenfUKr7IoZCvWlZuyvXJsHKqCJ4mWSwK0W4p3qAF4LFBw6wALw7RFVkIsiW7E 5gL1VdreMPC4KYpinOIvSgLJukkgVm7lgo26UrPraHD9vHNY/y1UYBcoZAQydZr2SKJ4RkjJU0MF d4yF1JiFHNjpsxL0AzFdXJlXfo+qpoky8Ug9AVSKB87mDZHIKyNGMq5IJBfytIQ0poYW5NLMrCL1 8k8uhBFlFhmqlg7ZSPsXPPZSxMVQeYyzJ0nbfm9jQiGuRbs9UWnhzYJdppeetjT3cVFga2/T9njQ 1fknlipDRMfpNQiOPWOoysVc4Syofdp8bN92zjNNgMyaid1YA2uWbc4BZZtwOmuxveuWzZrMZtpv ew8oM3yzrGAkGLkCVF1kDntoCwx0z1bRUaFmU7OBhbS5sPkUH3NVjLJdE0wbZ2RIcW/2TEvmMCNY zLQl16wK8jG4YcQRtzwaptX2Cs0WD2dpC4d4yELlrHFI95oqcUlmyV9WDp9YY/AvC8htG3SZP+vB hgnl5pG1KrNgvaBMhBs/9HcUPAKhZg+yIZ6JjG6huR9+tx1fJws2Ix/HC8i/uG9Wfi9PsKcLof2B YZQp/+ZuTAHfOauCmVaB1QNGKBRggbhmZDjROALn+eYq6osQ80DVIEZl7qaYDh3l1osWkNUHELsK 0LF/f8UqAon8Cq/3+dWrpXuOZr4Op/IDAMOkCBpbYVeEgnIyGJGYWVhC4xadZKJDCBFIIkc3qy4c MQpSaKclWhrQtl5ub/KwAKF4aVC08l1g7y5xYpFiXklUzyOjyHdPGZnvBTvaUZcwRwEok9/cA9YA eFKA6ol+YmW3y0LNyOuQ0ojs8Zy4lPciosmTxgkfEUONCE8D2gP2+fPkX8MYGBnbQchf64WopkCT guYW03n2IuZkLnVFSJ+2XwudbD/IBvCX201HfCzYl4sgzo6fsRlsL2/YNEZIdpM3k+SqiWmhahG+ kpBfvAgDpjVhTkTgImXULzVM2QC/RDb5hnWsgKCPuWxbegoWIr6YuEgbY7vFrhZbm9l+eyYi/eCo y82rmbjlg8WsSVmT8gv+gpLCFBsXRXAKWVkOuipxrp3TEymLDLj1qnwF4hWhycm6u1DwKhdeymw4 RdRC+2VX2hvpteoHLPyEUZJFRzmvQAZ8o2mZjlQbEYhYfz/j+7KxQ6DPw5FDq+iX76TyLL8BTQCq OdVowpnMccD6914qkcfjDnJ6GgLPiK2FNVv1n8hF8QG4Wut8x6IRDUpbBm3l2RxWWSFPaIDOT4NT I2uY1PN3pmiNDiXzX1vUY5kwzYCFJaxwlHYn3+mZlOrd3E2/CUFjFTmglNW/YhK/LSV/qiQLM0zA ER/vBk3TCABUv1uhqzAubNFjzhXYOfR3vldLcyFz0FtGjG/aRCo0Fh39XG1s5h8BzScLDODVCVqg ATLS3Dp/9f3t9jL+hgNyWeZuqDKpAAZLTCIbMEqSwnsr/proEGuESNhJsOtjcjKOAQbTXhS3zdc5 J3z0tIJW4OeT01u9E4hZU5o/g0+1KBcNYX7c+WXVGyxdTGDY21zlQuvtRKKgthi5k7xVIsj2oTDL wWFzUfnB+MAPtBXLP7IZF7oFvuyJ+rCrYIVVxasS9g5wLh9xRaUpj5OFNCalTa6K55kdIkfufcmg sQlukT/mC8MZNDsXhSU+sZIm7R4Fnzfey9/LEjNqjHPtmOgOlrBZiCEI4uxIELKmInCmLKPBqsBa csfIarzfUdPFUj43zl1RQluPmLtsNPNsYv/NwHJ5tdXwqeNoiohYs5JijvvVXD47UD0f6gQGF+fm dIoVTQKYRQpG1dFloRO6oJMCFRoXeyBrq4fSUteRUGWbeZS4oZVB8pvar5wVGQwj9WyfqkAjJAzT 1UrbOdQSxyQDwf3vEkKXh85/AtT0RtbAlbxG6TDBRFvnmcyPwM7tXDs6G1Uck3jEVgwAWwmswf9y NKzFSgjEUohhE+tnWJNX86IisSOjkXSy/FUl1ZIZyFbpmbHdzS7Rzz39xL5l4vmCJAdH8xbJIedO iumacCWNy/+6RY4nZuMbaICCLqYJhqKbAi/YJfaJBRLniqMMKx4oTWGw3I0pMAuc5LM2LnJoqQOC 0h0WwRjH6SesAKpuiduINTwjFzU3PYQFdEis8GuQpKFIbCrQNtR+GEZXJvlxjGEwE71LumJlE8Jx CnV0Z9eF1YDM8qu/Kb9DDw1IUxaHOlALogI16FagLv1RTYokLAonidrIVEUaAApi5RPgt/2gGcc+ 7Ml5ZQSkpam8W1sbmlmqIwtuzxh2ETgztzY2h5KgtbUwX2V5I5vDCEao/DWTHgRZFb3Ui5hsfsKn 1rAYpgJ1yWlWk2VvFglPPzmvKmm6tQoWukdaXAIty4l6ElVChoAy3EDKiCUnFumyclHGUCwukdh5 yJFJa3MWfTIJGJcxKIqLSkAyYW12xkQIa4Xi3fwj8oyzktEsVwaAPUsMa1iGkHFITo6OgCnYGc/Y nzgVXTULnATpZR/u9DUlwCYzJfmcNkvnfQ2dt9nTfPAGdHpSFEWYnc/DHCSxVeubJt8iMg9a3IQR HMVUWdRW9EpM3BKEJHlzJeQKt5JDumqkReCmLO9oSJtAqlAVa0XQ4gRJq3YWKYkQw5KfSBDzje1a musJQneyCRkQrIzAdIS8QoSAmT81Z204Dz46NtFA9/AmScywZIAMFfEjS6jShZqkxRSjhKiVwVhW 7jMa41OWwE97yw1p33dPmHcxB+GgMxKcoU4cUAsbAIJKxjQ7dlelO+ZxVTzXGKKYjECZZi38oe/x PcPNs3SwTIDp6J82inQoVDNkdhkd4OdSXGIr9GKlmOiZFcB7s2FwZzQTzVonE3S4TUSQNqyvpRVk 5pyBybUXYRuTrCRQ1M3GvqQrshWco7VskYihAtKryBGqWJ22pKnPaxaR9YaQNomsdNvTIkgKnljf UsX4kfBkameQlTXO0yrGBh7AqXBdzAsMNZm0dpyk0UU8qFd8SgIYdX8DNSD9T0rZ4rhMwlqVQJ70 P5XCpjxtQpJgoAJJGEGH7H/UlWYiawGJNGSuMOeBQB6JSsxRqvJxwZ4v/seAEnlapO5bLBSdsL/J 4nKUOG3JSy1wGeetdPumURlie5fVSJy79XmpMhL3wamY0vsT26yMOb2QpcZNq5/N2RI+kUahRk+3 FKqckdPlTI75OpxnUtb5CNRN7cXMoRE0a+a7K/sM6xbJcSAXH8GUd6pgm60d02GXv0dfQkQtMN20 6syVWeiHBqYTJQUWEr0/DbgSSSeY2avteAcEFJslyM7CCpeXXipZCQU9HLFlqJ0CV+oaDGQfDcMc NilXFXUt8VC/qNkeb3/KN/cUmYvFPX6yz3GhWtYObTqv/szFZ7PH0fRuviC+ls8e4tPJ5IgOurB4 oNJVJIVkOguikvg2pPfoUfmyFPir1QNM6wc1uQGkdgwFwkeXnjuDPAqgD/6x9pGXd0ORwrkiUkFt E7AqIcJ2oZV14WzseJdkVtFOjTBCyoMstIiSZ4twAXUJQfsT2MskZloC4UD67bX1VIxSV78ISILE UkS8EjP/EAj1Z70oG5anYm5wpxSN9OsU+1tRiL6JgxHdkkiliHPH6SAeFEm4RIv4JLYD61iszEsJ UMAavJVl+QXvAF8u3rWYwXOk6bR+L8sNEpoo9c6S5atBOE+tEFpdtITXJm+QSqza9Kuz65U31Tbl xdyCvkbfWp6/TBmLWWU6x2fX4Y4yqLbPyOa9gFLBm88SeJT2+hFa1LGckRSZIzD9gC33V9yRiXq/ bUxDQKGZzZT/81kE9aYyLclSdsiKDmqj6Ovrivxud19H7q+SL2KifLtMZamCIGCIgkv5bawqXxTe gSYjHyNcUeKtdG8M22irFZdcw8H4GuYUVhw2Xsm4AYEohWxGCaiAClnk6thp8EV1WX0vBNSger7n 5gmAmrrOvchNjeLGSjafxJiX0koOGNEU+XEkKUiixWZKB9bbTeNieN22/F75NBvqGlFZmMobF3tk UqhFSkvw0Z2Qco/bMsQqCwMYvBfWm3FgYBHrQmwawUAJGV9O44ytNfmhtktAqImH5lz1JEVmyjqV ATgBWpBqF63TGyNmrtJBkJiaNabFJhPoVbVmB4y7W6WYmnIIgVR4l5Iw6VkDt6i8ieYwgxOCDsAC GFCAC7i8/7JIRUnmOA0Wfz5z1gDzSC/tzwApdHtfiTnKbihRlgSJFtFldgzDroay/FFAxIQ4VWaa JYGkte7mrZqatsOtqasHigUKKjEp5JiA1JV1AmkQzNtmKl1Z4wJia1WdmFd8ltnJUUAlbuntOSaY NEU+Qt6nJ7NleG9TFZItUONAGMzvnx7kxCn30QO90QyNtuDIps0GgsQDnXBk+o4t7rTYfFnOZfxD WLXjfHHwu4grxfrdBSb7MsyybScwqXDNjGGCqM99bbeWay65IVnKW4V6RisxJrxVUjOeTGxq3lnr 5SuRjX0g3DIqt5CfXo+VqMGAg2Lm0XDZoyzG8nFU8T3dq2KjnklJURBlSq6xJiNDW4zsqzShcE/L zHFJDWxwPYueAShKLmaGTxlQ9jzT7JvmdMJVutxWHxfYpQZnTwuwCvmYHeLQ8EaxO3NBE/gggrCM APDOjgt2A8zNiRCcUKzOnfrffCiCYIkQPNPO+bias66hPV0mffm4UoI4C1ZjFHKg1WgQvvwmGXIZ On5/cL3ghT4KaHtgM0jWERPxHU2QlzgaSAGO3cO2mFL6iW8hHIfAqXBKivHIsBU8mxaZsN1TT1EZ a5J2JYuwAEyUT7hGZiPn5oqMra2kPj1ZmRsp8MpHapHfjp6mbmOillutnEvKboPOaDEmgJMNRKa9 YzTIcTjegyM1ZHSKgbFjxUtYHOHEAloIdBQ+akfAE8/OBvQbPfzSbFUpBE7FfI5Ikfv9iiqw1Qa+ sER2/yKHqLi09lgp/Wc6WNGUivWa3XQ7gsd+JSaXoIOPpDUlEXskt2ZCmYIzN9NAKOo+kMSRLIAh k4fMFFRobOrbToCi9x12K6qs7tREs94FPG3PaMWHwWC43a0a2ePGQPCKN4SZjRVDIg5Xk1wRJk2R ljVBVgkLUYhBzGbxBVrVzOy6DJncZMwit4QtrkIfwSIXxAoru4+aRBQDFzhhVbuLTXG0ADGMGs1l Sa2EoMhQlhqDmaeYhcnkFAZFVryXyCeFpyNrUyxVxOY/5MIl9oBviHwAwNri4MblRPYHHbPFYqro k/FMFIAbB33O+kkjHFN70ZffYStbbcptaYzawCpOHyHFtLi5Nbbqt/lAmijY3UaXKFwYnCWVJmSc McCWy0z6DhfltnLDspRcn6s91w3scomUfcU3pttFVtQ9QwEm9DnriBnTRe5OPX4Lpk9ncdvHYjiT lA+VQiXTMOlM5ASTpOGmnv6klQkLeABQABBFmIjoIL3IZcouMN/dYFQ0AVnuJMnlx4ECNZMhO+r1 wnrP3xMgrtlY9fEK+87GBueeaV0epyTerOL6EdYrBImNz2DdgdVgMeZkmSjzQxeZ46dnYEG1BAuN w43AC3qkUN5Wj96O19BCz/DtuICeUPHX6MyyNTUktBZPI168eDDwuEbAhRvmGQSRYOPW29PX8/Pb E1opRhvNXfnI+uhqavlpXDU8xhlTBuYQeNRDYsQhRzgAof4PngGgAN7zuuJk6g8YTCjoIsCCIuMb bwQhOA6sRqTamJZE0aDpeLFAHUM0kew9itgD32SHGBqD/MORZKFn0i7Ja8OrG/5sXn+wHwu0sCE8 pdUxk1FkSHdcoRYxkIR4p5hEH5Bh4ZemZTRXbTNJ3C29ar4kaXjAO6AYio71ACYW5DM0xaFyu311 BdwaI0JcQLCZKQQ3aoNBVl2ih6NdqKiHJpwUiWuNu5zbGkcqrK87jEBvH2+WRNBgYBAmigbBPJqY CxiVpObG0D/hm+yguE46GsDmrpQR2GLAwRws1lNcjLIhGLs5zU5rb43eZw1cohodAM6OJZfl+KoB E5YwJRQR0NCEpOqBhQw06WAHXWCEpzBFI1mw/yhLZoN8ulT0pLmLvmRVgAdPAyIA0oMctDws9KhH jMpTBnXWC5cR0M3TwN8C8kR5VRThUmDqmSSQQ/3jeOKlF8r0f5/pHzkzrq/FNpU1HbdOwBKETGY1 qNIEjQGenJs7VcL7OMezFIOEqUBDg1CCgr9ZTafmhyF5lg7gWAfLaxrRjEksk5YqDJE4CVnrmA7G Slhd9zX1h87IOwMKSOhTL+JA0fLL+kKFMaYT6NEZ7yDT0BjB339d8SUFjDTQZfN8Jiea/WKJz0mc hpOY0MrUQCanQMDje3rdAfDwVS7J0xkXWtmUWiJqkkzPUJJRTQsTeiWvdIoZTXYgxQKDKQPzfhGE +Af1lgDCL5DKi0KBkRb2ZKoPc0lC8Znic1N/fT63D6ot0xUmc+StaxuwSoVg0Ae5pKaoRcw08bGe OIgO9TARZpSOVWBE9dzaeE6aTIRt2Q1HVfMcMYqy6LlvblwyC3ULfjSbbZjQZQNRAaH4RHMiztOm RhjyWkR3BNuM8M8g+IkjPKbaLLef2RHPgJCtSP6zjdW6k1d7kjOJIr+0Pn9qZRn1ij9zcvoDqfoC C1qsMwPTHD6rzLjE9YtJB0a0QGeIFacv8gfP1ETDU3sJDKO4vwCmOMmnk8AyvPH92ddi0cxLheRC mLrhh2m0QUzcRL4yjg71sroEeIvuG9ySfdiVcgI+Z1TQPKeNnVRp2VbxnqHLJKRsUjFmCBHKgVbE DjL2p2yIrhG1uKUOsmMbi8oqXJS4J0voOdoUgvlYLBZalrRwNQBSlkp35F90T1AoNFriDODhE7+M 5UtYpmO0OQSq9lETM+ERWY9HxWw0i52aSesVJAijfQrqum5olkNuKZmkcXCpnrUgqrtChnCiYzUw KkEFPGppTKh4fLODzmjZ1A2rrWg+Z0Kq2QT/XZgJVGFAwKoAQ1KL4BiEJs1CzzKlYJia3QCPEcAA UBTrF6kzy+xkPDUq4GgWjqYk2uMXob3IMnxVNdU+1c6URACENW/ERWhETcFFNGwJlTOD40NCHD0M jOMMkZa6m6uCranb2pA2ZYdnYc1IeAk8rwG/lIDaLJIvKUPoDHYBVxBfyWfF+XiKPIklSYlr2bT4 ELnKp8gCWsCDgGUfNIU1XsVFVOzRIAJRnadbpEtigBadWQKHYPJuDlMBbTzQjf0GYkWqEn9XDTZb ATHzRk0TkBysz9bGTOrlcPXAJ1nGYFpB20ioKPsAeSVxIhFhtxqCTUyxLgUV4T0zXcU5GlSpNUkE 95+MnwWZHUi/ku+qqAU2zBGr0K2Y7i8z2+lNLZemJhLzETwyF5uUSrVLJECbsgqe6cpDs+YwATLv RqNiEtZDUPD+zHH+PrfZG3ilcuXyUYHkVIk2yGBQhCHp6Z8xJhgo+iOTEKDav4+mAEioipuyPW29 lLZXXy3xMTBqQBm+rYuBXhc88H+zKTVQLWO0GF60P9MQmWtUASQNzN3g81ETX2lD3oExVAPCdM7U PMwZg0IjlDKwipcx8xwl+gOrCM3ItaxIYTRoUEbt6uUqbf5PHkgJiV34ZLzISwMRk2RiRCQ+NMof sX/GmYfSVs8yYqBlh6sn2OLCD8TQuBBnizexPbILw5Ji5BhE7KG+CBWF8PQs2is9rxLGSNa0TWUK 9XleTgJn7m3qSKgQpkeutLdkj+w21PWMkumTl2rUVZIbHwVAUGVpAFHJNumRK701cHH6ggfWBRoR 51RI2g3fxnuwq/b3JPT7x/12twe7DdPtxVcVV86+PXRU5vZ1vz6rr6uCtx27XdmOp+hYDrvENegV iv+/pUHVfuDoUmN6/rryPU3xoS39rvS3/e/+WJ8oxycJ9pDbx++p65+797BsWEraIRU7P6PanhG0 UdVDJSANC2xVmNUeXmmJ62Z3BIfG6NmKfOP7YG+FmpW7HQlidvX8Qf4P3jqo8b/KLBxxcjbRAdJG QfoM5wi19tUUg7l/ouT22AcJOF0Lo8i2viD3GUwjSDi20Z7ZU6fMgxvTLVvoEzZYDM7qohYQFmlQ iNYaNshWhdnLapwhSHGNDHFAboJtUWz7AQlR/6tZ/qXI4axvIJ99/RGOzcluZVEa3Ow+x9lkfiKd YdTAFdDGO9Tb1Ab0NZywQKNxxCD9prGN6dfUfjXz24zU4WB0osm0pmFnvGe6jFdTitCwLablCbMe LVc1W5lLOJ/RUKCtFyCmQrU/YgCyuuuo8dD8qVrC+OzI4g0YhMPCULEDdHtALXj+X8fNaGS/ccpX kUPhGCQzOOJnm9/MpRfG1yZT2lefjUyvs+o2CYNxd3EpcgRya0gZgZnT5HZsMniI6It0mawo0Na4 NUD/sAOABu4qf8wntQiyi4CJ5oPZrYNm7fuPB/BoeOXavo7RAgdDuQ+12mvki1kO2MVcQRJZuCO9 Oli1KbLufv0LsGyv58SFSurGNWgQ449ZfaWDTV/7qOQX+o2ZhBkhYCBt0mjTljQSY4Tg1KuSY5My 0SctRT4kCmxdnl9McSY1VATf+CuPcI3VAIzLqGY7TQhPn2dAfD2/dazZ+GW+NTE1LgYtHM3lw3DR O/6Ck+IQAAO7BMLSuW7p6DdqZIp168GTxO8omlvSk6HvocuEYcMa0VyIUD7lQ36Ihyv/6OvI61/X R4rY1Fw1igsJ0qTCINF2YpPJX/uASa9rTAai6mAGWOwzLl77UEnKoAl8OytKwysF9LX6hHCP00la jFA0da7bafWseBQHyWTNxnqQGDxqAB6ZBvBy6wRGY78aRBtEKh7scmKzGaP5etXyL5QWACbe0HGl 2w3PCfaPr3EZprtrOij8Nd5cNQXFJKfPUNARyrGeI5UeyUQFo0f8HMeYSBsWEzXQrBlVFQcnIlBV 8ChZQDmaVF4ZYY0wCqAbjTjQBiEwsiDBb370cTF+HUtY0F185QqLHYA+Y4oRyBUASEiJrUgtCDiL rk/RUC/YTvAAYLhTHwZ5NE+F3URyVgvMLhrfenjwGjdlPIaoZ4uO3duVMI13k/DAGMFNNQAMQgWA Yd6Yq8aAOQD+r8FR24THr74JplmzXa70M+zgi+bkwHR+mTu+psGNOaH1V/uIo71BkDHxXwY6dhsX wRFW979AzgcaOn1sqE0Rrn/Drq/vYqRWCPWbGvowRUgwTAlsH4ic3yCJblAOEv/vq1sG76/BJ/xZ 4woXsVC8moqNIP4iiFG1hyNIDJgw9ACTsBCR28Vx5CHcwRxgqdVvlbLERvvQ5KnBRgaG1yxOHrAn wje+jkYzGSiEqkZpYrI37vos/OjKwA4kQKCwC26tsbmOLph2o63CoyFQDx2GYCARyPFRM903W6as SUcc/vXQUAOY6sd8FNhsIgGSAcddaV2GBaaoVzw+yTkzghbs+h6C9A8W+boZddHT+OPRhF/f6TKC aEtxUsmJGbdran0Z/Ig5OmjiSuxYyBdemx3RDD6qhjsb3iyjmLncrAuGzrloKUrOX9SgsEoY6rPu uhQ5b/ykPeWtrxH8f5TIJyMmSJrPD4JNymBAkzbLPKkPMY7eDWYfmAtjup7sDYvaYwrA8Qvhomq+ xuK2vsNoQI5iacpamho3QYXWIVuvP2Tx60SnkQmp+bL1AkSnmfl8QIXMwDM1IXcRtZtuRiaYNyY7 44Nf0KJPYppYxKAMzuwkC4YgNTChW1uX5z5wva+wm0qmOwOSuJ5mWRVChcK5eZYkKhvcaLhZPhXj ZFSLw0935ILRjKq76Iyhzb4wuwFhx0T44NemJjDMO4ROXPuLHJpiv0cACvJDCu08FJu5jrYlY/EO oYohMz2RKDssodYGXiZuR9J45L4flgRxBhvzaJxRIPMSlyfS2sRHIoq8FHpktMstYIAxStaG7ruy 0Sis6zEowqbyJjV1UAIM5LBNJvuRu2lSNgHC7FVtAIDRscA94mfeMU4aotfheMRHt6C0E6Ng7ygX aGtzFNl0A6NmRtZ+wZXP6mztiXOXkNMdeA1a7NYslEm1yEQvtzQw5FwbDU0kbI2MR2jQXTQ0Upge RSB4w0WvkBxSDTWK1cZouDEeBSFJ6Cm0wOx/+Vc8tZ8k4gc5eMZljaOtK7sMgAZ3C8UGSS1HCv/w Q3iBazXwz1BrUSgzpY4XX8K3J7kKlhAwfZl+Ne+UURvdzdhzeGbBnYStYkZMDJIFkGQbSTHLUDhi UN2Hor6IWSrHmbi82BXXg1P7Y6lGATUAV3WNp8YBp+LAJurq5pXOb1KSb8osRncGGxQPSLuU0ZPN oQOYdelZOV32tWbAkFinzg1y/sJL3tST6KtjSMb7JKkiJAtLNPjP+DQ/yiBXigNTU0BdOwNi8ZgI Bl1MqiYAznzrqJ0Wc8HMbKCZIpA7Ig54pnPBOPL62p8tlGkufTfCAdWYFR94Fh2n+DUgA+Oaa3CE uD8RHKhDPPuZhODf8lkcGXPTtbkVghf7EsmYlWxvnBBvzKaLd26byS2Ij8gIqc7S5ku3tAS+otBw jP6GHd+ligZP5oE6mkQrwGw0I2scOo7hctfXCa0rUJvI6T2K1aUMK4oZPHjiOAgNEEjE2MUhkpaa jkPQefNSAR1psZaGdRe/jFY0qy3ozDJSMD4aU2ic5S+OoTBHUc3ok21knoxnBATRchkikNroOhhM lbUZocAZDgMPDPaZ+VsrVIWjNq6Ybx1rayJjzsK0KQ2oIwtIdERVbeKoqX3bByTFOwMYN/Iu0xn8 Gv7Z2Ohs0o1APXEK+5Dd8z0oAIV0xEQjOxgYkz9I5nv1BVV6YSJaDGxwHEaMtogWBY7F03JfAaML npqgGdEeDHPcfR5e0SQuzYtFuPk70MF0F4NqitCkG+T0ZY6plQFBjvJJ2uZFisMRIg6FLmIRSuZN 4pcrUI6wcz1UjEhMkf/iNw1MqlN0BtJyWJCZiM03ZrQ2IaiMBrvRNkkf45gsAqZXZDUCTBdG5ih9 PdQ7yfK+mqIh/PrHaJlKoC1o12VmBF/A2fjdmKYfhcUXZHHRgDA6SjE57LANAwES8SfhgW0E5m68 A1tRH8k38kkJtTeaXw1MtbsoFhbZsajnw+ELhrJjh+YQTTLdNbi//ddW8zLEdoKncfWtt01e2b1A A22YAzfDaITTt/YIi3iaaYdf4t6joV444lpVdD/tiA/O6dRWDFtuVMTW0wfP4EQt5f3pKMiIjI3f rR+18hkZKa0lFf9YvyhkIRQsYm4tg3+1YEfkY61JfbIcj9SukORckvJKatOWMx06KaOhMh5RfENK KFpVtZZkM3cMTIqparvmrDZRg4lI5mV7zgUtcSlmI585EdWA57lCvVqgazd72HjFEqlSg2PDJAQm hxY7URCYGGXjxOyWDGrRslrm3pq+FzQ0A4mt/gORHjbM4iYh2Ob6Vo0BPy9jhbqtwm4tqmkvkHzW pBUn/QivzWDk7Z0yjrkKpu0FqyokYhKG2GwANWBuo27K5p61k5ItuhYhYQAElNmep1ZVsIeIp1r2 U/gaazJNiAoBYZledSGcjE9rlpbgumKbejTAoFbNjJTcoGOhr5EQNE3TEOGzRbDGCrpRzT9pVgvK VtveQE5IKhJ56Wct6YcVFZRJyjpeElldbJ2OVhrTYD1GKspq2c0baVsSg+BzAW0HlUyoQgjZmlqI mE/UDe5p8eLTogSrvBm6HDdI7DuFKwEVcdUrjum+pQWPVYiM1tdWRnDOULB6LSix74IM59sYKeHx jxJAXrck0h0yZjCrAFGSGpB5n9oMn5blICO+TUgQSbps9u7Bcs0g1SIxsU4mYUAm+Tk8klFTEaTA wygAefSzhsY82ntsDsjMANAv05NtE7XLq8g0x+f+JdWzxclqVXuDYF1uT7TsIsSDyRc2EzCiSARs lWpbi1nQ5slth561BchOuxTR3H6iz9zVHBbBnhFFHKaEQJTAkvFJY+rKWcCUvrJXKDx5hrHZWU4q Q/J7DSVmJZJEPfAo8mwpDuOaEZRCsRwI9sK1W6lNYMcAWHR0U3dGgQhDJhxpCyDcshHIr2V9vdQj fSJypapIECno3z6q7A2psNsGAASy2QBUbTpQHgUl6HGjUikcWyNvj4Tx8+oH4Gzn8K1Q+FecbBsS L6YNwkRnPOrjAi0WCZntHHUXZ21L8w92ZEtYX4rLGCizI0jF4XZ1EQt7DrjFpWKIimFJi7lbTmU9 ItdHG0tZA1KTLYmO6TheoI7bM/wEzrQkSzM8jcD0kczQl4wnbBOjTFzzssxE3W1XymeI4VSDD+jZ b6+CFTe025/y4W5CwHtSYVf2XLUkOg3YOxGWirKoHg3ppGUtWjjrfA82hCA534tV76z/XF7FNUdw WIr0rJEUqefHOo1KFF3Q0soehez8DX0NUF8miHXc800idmtvlFdGZgDJDPPk4LNiclPM0Up6mAEH YnfUWcdg91pbXZxnoj3T5Cws0z0cEt5wpv56OO7aau0PkHoYCUqWVBsNOtIx5PHQmQVB9wBYlmLw wiVjFl0YVlrvdLLFAAYAzBSpJVaN7kZw7jUYAOQtCXXsmBCrtxDx2oYoC1nZV+9L8txWRsznTtv2 +mCncQmBlMFAjlPmi5VMnXNJNOu87uoFBSlG8WtszOgAFZNaJs4OfvTmDo9bXb+ck40joQ90Y7ZI 7UEv4AEzBhXZRdsxhc13Cjp/YHk1KgGAj0g4NL6Hwtf34wMNCyjixYAXjzpxBRj5GkO9XXsI7ceR cehgkF9nobTU2yRiFR9isFQLLY08BwTo4rShJoRDGX+RLjFCYkiLdRKEAgdE94EJha0PPaRHuguJ yRXtaf1QG5Tzjix3Zo0rcnSbHfAYQhgXrs0l0jBjGFeckE87/yeKIPGdhqZ8rYYhPp7Dt+JFTuRt z7zl1oDCaRi586yAmr1vYw8DV/Uga5l4z0xkhGR/BXvpdbrMBmXsWZX6ZksEVe3YAYB4mAkoeEvT 2YpiGyd8Zp9oOe3utM9MdpaQ2YYM27dookmLIfKFsKkNN55PKHjSDUGyf+bR9IXuAxQF8s6hEwsq mzBs2jOVTHAGyjAa2oY04x2OmTWzs+HDy/jFl9wLFjCSYopZ+EDOyyBWe29CncTGz+KworSA6kIh h47Ft/OBWTlGXJhrJhfBGfU6xdFg3DEaYM0rC1akkgk1JnZHtc5qa8+ePQkI2xMbxiEz5ocmCvQc 5WwoFJKq+UHtk6CtG4dIH4qDiAFJzgJ3UoSZtDcLW2mK4PEcUpFf6HA9Pz0BNJQypqGMS/4pvCzO pD3htvchmbLogthFeOgXW4jTihjrUgxG88K3yNJ2s+oRRp28UJMyAnqdQPffBDWBQioUoUVToowJ thAMrqcp1kIbgpogQg05o5ybunR6ESNki3Pblgp8hILYJbrC9aDFN3qUJGDrLFQAu6M9eIIWPXrp ADZpfkuGpi/uMjO5MvObfRKrSRnIhIMQJjN0za0UxMiL5xsdHWzRGEEwkBxmrxsyPUrmOTjyNGPP kVHxgl3Oh52fEXOc45wKuSIwbBLa5siyqg5iRCI2KvvFDehB/XfkYzWjLE1uTgO+hpdybmTvIs+E rinH5E0BHA7ryyjyXNnefIa3PHBe2c0VvTigSmOfD0/ycjpmz8zNSN4zRHmQurPLDGOzZnHZcN6h IytzNN4NsUn14j56hRD4NPI+BPB4jUOP6HLSDnwmxBlsPg/fOj5TEU890BTNBf+e5svFQLGw+YqJ iW4vDcGoqo3IBRQCk6QuGs+IFE6L67zmO9IXdzgsa4xOrnkbneJ0jiDVIASzvPh8QWECBLQWRsUj EgryY2IhR3kvm0Xd2Kikuwfr8KsJdOEgknewZy/TzRkRF8dKp6bqkC2lKy6BgOgWWlAbIsGCdpHk TGunK8mSuF0P4VC21yze5suzH6gIb2WKZqDCmV0iqXG2E/EgAv9qLyXGuYbgz8qxhBkBEyeltEt+ Q5t9e+sFgr8DduqUAtEkeZNhaU29/TAzbC/DNBKL8zNj2z3OziCADgFM2eGlWVuBy0REndSQ9Za3 FrbbY9lW14JsJo5hj774Kw4Hq9icdWHL2HgRPDg9AlBey8iBwW+LSj1whNdMQVtbjYA4TEJ7VAHG FJe9AVd7oMgIwMK25ilMAYoa+tKz0CUCIMwsugtrtww+56dZSU4IyZHUHuBVitwlgAKAl/QEUo/l 2pmbADB6JeNYbVKsJ1U5HZ8yKrnJuIvEEaTHZ+SbCbkBZ1wY1ORHtVZEgSxZQ+0VYJHbsC6MFEGB xTMsVRLgEl8LwYzbaFO1lIVgVETKkmhCTvwBBi4TYFFT+VZGtQdXJ5a9mAyYLJIMVHKdrBMuipKb vPFbPQqKAtjOygUxCqCJjwinRtFBSShJXKxxIaYpsrKER8vIlCnQD2AZz1BJO5jH8uI242FYnHWJ MJxgpgvIOz0kuOQH3wMmZ5o9mF5kToHVdAgRvf4cS7lk2Q0m4Bp+9NYMp3OSjH6W4/FKsroyrPKp DgRTYoGF1U5cFYD4rDuGpQCFRz61hofl+d5ALjkiYpEjPmRICByfbFgAgI2ocLI+dbUbCFXa22Bz gbidQylJ9MNNd/RNkiDAIKWGE3JQsRI6U7ZXNuTA0CMVm1r8EOa2KEOsbeXp5XmiU6+edkKW4O4Z f5pShkvOwTJfbEy3J/EEr6gm0hEGTahzr7eI7Gg1dQiMAJGjGrTn5UbOEurCHy3tzGRvCsfA2OMh hxqODO2zHT4hD0tstXGeZciIePlxubCULaQrRLIqtnmD16g95oOk8tY+6zxLYuaoUQDRVmdYILQL ikIFL8W9Xcrf076vtyurEV2pQGZiOoprwobk1R3pUs0xhlyRSwwkxv5pCrfZ81RPfWbuhfQeruMe /S2IEnUQyDTbX9JySyhzeIDygdBj9rwf+hpuTlA1t3GoaJbdP7CibzST4hRNsZFlc1XoyzT1l5F+ 3/mjq5d9l8jUBxp59r2TqFdBFZLwVWVYMtAsT96zLJV1kDGVJJbv8cG94IkjNoHXBhbvOczZ7tte 8Nd7mh4mvP7rcy9RWnbprGdBgrcKysE/bw+bexusV+S1D9lLqUofXbo/XJJ5fjgV8+effb7tA74/ HLItlKnOoZpUBUTtJPusgvN/nJtxIcU9wOXXo4bu2FqJ7ZVutNGWJFXc6PkD3W3v8WpXr6C/+Pp+ sfutUovLxI84eY/12+uTSy737NZ3z/49tQzdB/vEfPNMq6OCDE2yDE+0e4G3pzkY/b56Ps0AjhTq pa6eXvPgCnkzHLcSfP71kINPnlLpOcRmo1kQST3qq2hDoA3G6GinlusJU6OYM8H2N2fXIzImhvNR VfD7VEGrMTUzXOVhZmeo0yX61WEU7EhpVLAYoGbZiMzMfF0FZxndKnp5vGltWgaJPPfby29OderH EAXtvE/GxLj5IqNzqmYGb+XCuVxjJaqg4DRoFV9JVdnrfDKvW+EaD7xzPcsy84lusJ2CG5v+sgkt qVcxC7Bc9sytIZTlSzXhAX2mPvPNXLPH6peZhdnU8zRozNURiNRVHKZYl72RhaEMw16ODDCDQZfO 7nAAkPNf1Xit++XfMr2QBXwoSDYL1HLInZWTa66YOa86R6RBZsb/ecH8VBqbEw1mo0GKLTEaQ8I4 VgEDkrjaCq+xiwB4QXfZFAZEJJARkEdSbPCwJwFWfZcjoMXcJ7y4ETUFDD0FIBptQm2KAF4oO5OR ee7Uzaom9nTF/eJhQ6FNxkB3wOdPxfkiT/aGPQFCg7zpkt2qYPXqBFrjLWfJVVX7Eu8CZs69EQSY nuxzvgQyASzrwwv0rwmRpaOSCWfhdwFJ8ZXumFLh1L0S2+g5u1tBI1lNBjOOCsJQy9bHGiMiJBoX XpOrgowQ0YCH9Tk+YGskqRBDLs2Sb9WgSYsZLLyCs7QGA9emMCfT3Nc/28ks96RMxAJKWZ4UA1Vl 970AZSTE4eKWhhSx7Doi5ACKuvyLifjHU0IGNxWvUE9lSQCiL1wK72lNkaCpSmCq0xTPiJcg42J+ BzAbj1edtuUkA3hJSjrK/6Ki1YUGjvVIwUh0aEBRcIOUP6NAExVSCymRReiO/HP3QYsXhmpGWoj9 g5FPzJvP29LxKVRcKJJIuQoZCpH8N1+JbzsKI01foKIB+gMixBo8tV97tsfje5/PoS1x6MgOZoaO IR7/q6UeLXVBuzvz5swE9aSfx6pmWKJagSK9g05oQiV1ZqeEYeU/iQeJVjMyeBKFWsWlnORR43iQ ANCveFnAXIlkQWSKlHymr4RceKuzcY6wu4insb0RahUZCQG3m0GQM2I67eLHPbmcwMjeNCFFyg6k AuQaxhH/U6PkN5k0ilu0xNhAkmmCo5jANyu21bNMPYRojYnxpZPfkJrys1TAQjjqiA4teWTB8x8J Hjlr0YZsomQuzcEQmdvkjp01aUE0n4WmXcUybG45vt0f2dkCPIywhLFsy2PSxXKZcZTnpBZz7lXq rbbkqufl3codENAerHxvITjb3qO7PanNDebp8rwE3wkOVl54odwfJ83bGrjBeXnQ50CbawG9iQ0L 20vPm9HlIewW2UgqUMqjj0jcUXtWwAVFBRL5l+pvnGHWyOkH1Q+XBpos91R6yjuDEo7z8vydByQF Kbx1nlTgGI7EtbWiyNNOvKg4h93CkJXrZJZHB7PQfOs4rQCJB8JIwPDybqHtYoSCGW1Q2zF/F1dc Q4IXnwwKjCKaVApXOnqjfFl77rVTQ8xdcBFt9XG0RmQtwBihT9zUs6mFIvncIhWYPHdko16IW/dC sxdHKRY+dWxHPCjFEGPggmtuoMwOHCEmT2groGkg8cywnJIiLNY9RefuOkdkD5gnYpjczMQHOkQU IIVU4YgENsATwbbbgYQQFgx+R3GxVjmJ/nQ3xKl9oTv+mQlbS3GKRgiAe8kHRagO4qtbxIklh34x T3kTK5ROFOowzRB0LJhRJ8YFDHolgaYQcqQPuJPYhFJQ7XPk7KHRnl3tjRvrnu1JarZGyWrF/dRn wHNfhkP8+EJUSKm/zLPANkGSH43HAMIVWPjmY9MF80aJ44xnCSDLBY1C0DE0OckCJhhaJKPxLmSB jYCe9Ich0S6WFULT3xQBtGAS55IrB4zL5chh10qWw2PSSLaCTQMRexgmFAhITQzfcmlSzAI028cT 1hYeC4o1vSxQ7Ea6VeNOlPGBTCX2uQ3QFlwjTDHqxPvJR+l8BxSkB7VoRqRDHh9A7tADlGfZKiiZ McnvkBBKlkjRz2zHBfsya2lD8gSzJvIobuLovwy9OXVJfpyEE+XQkigfc4EXxo+IrYlH0oTABPTD FECDAwDen1In5LHoXu/siA4QYVOIWVgkAgZ7okGGJB4F8fY2EBqDdOLok8xh2sdTlzMxvJFm3d4/ HNGA8pDIUbrFtoAF1/RFTOqUPvS8OdEqM28FnMDPgiDJk6+aOs9H8mTS8h35lAzF//riVnLol+jp xINPmoLJ2vuMQ2rdzXBMDsJyz31TXYKcnJhiCmjE4JqHyGCW7oG20IM4NJfoAHAoPaLTFk9zGDm7 nhfPhKasAiR9eO2DWCEEMruT++f1CgUK5wjDh7qnvwWNKYsMuwCjsP00iImAa06Vq0xDoR6bgtxi QIl2prbrxSSG4DTbHxg9MR/kLE8sy2OBUtyyGOYo9bQQg1isjFVSKODpH2lIlqfBq0lRfE7QIJjl XugSNIxIZEAaIkhHiXPbwDWLgP+5oEI34/j7w67XoG+FlYV8+XrxW0hlLhZWAbKkIBZUGxEPRLE6 ao488HbH22rE+VAUtmVUVysC3KGGoQ25eEcgbg2r/W9aFqRmYjJNcRH4sEB/7VPPbwoPN9jUDKBz 1MXDZgVzVExEWjYNgVIRNlgonqX3KYpldKFnlOhQpKx9hyx4P52BcIQ8omd8lwASljFq+KIuFsp0 KocK4dcbKcr4Dn00RmOUTDJYj8uAI+PAh3MYoUmZrJNPorbO7U2bjJp4ulvOGBhMCPZHBGEHnQIV RYlF6JCnqNTxzFk/pQyiB4YBHOhdWYFJECFcer/Vs1rHEwOo3MGV6sxSsmYvl6cOrPnus2s2utRL 56jzf6hY38k988vEvVxYGCVP1zpE5uNNzPHiRGhA1I0TZxTxZOa3cMY4gQ0/kYVuzpDhm/QowCPR 9BFBkUojhIid2z3rehJXDgLX7YwJ32yu6b8ZFi6+ATrpq8SW/DyRdrTME2RICIghzfK0QFBJweWM G9podGFt/GOPmkCgKgKW0STVTvyy6YWULMwAP8+GpibChjwFyLJk2CbUh0h8b+Ni1hVr/I+5ITwL RUA8Y6hSFMfdhiOTDj06RUDRhNY5PKR3IyJFNlcAn2cAfJwu3s5oBCXZIrqmLFiAbaYYSMWnhvST 7yDGmEWD5p2StyBHiQQmCxlPYrf+RPSCFAgY6DMSECdioErLvKIIwKYoIpW9p+IlQQaJtllC6X4F ZnpG987CQRK/zeBUkMGSgGw7RIYC18xZbgRWVrV8EwHTI1E0PwRtNgpjYWxcSk3IO9SluDp6sEio j0DUk8VIr6uWkF3tzWwI2ZkKgKFCgekIMyg0KUxlq1iDpNLCQj/To0NpPpTFamy3fJGkGSGJQq5O myJ7+SyIa8kPNjZg8QlevHkwFFWWirJGTRnklmkQQTEh72AbH9yYo5NpZjdJaTYkUwdeI1YEmMnI arEztCBWa4uqmABWYxIB5RN0kNGDnzFhqiItRrS761ps4jORJrHMdSIHdCNU8jEpYZrXiXVgYisp YyP4FDzGlkOOMoIoaOum6Kt19Wg7Eo0nOigXhVn1GXYa5kF6y8ugh2KUwVBAwZnsIgtnpDcRlZL6 Gqbal6NiG8pihJK4tyeqIJU5t9nIZiF7b1C9VU4DyWcjYJY512CZC9YV0JtCKtzGo4oASGKMEuT2 VOSSf+RuKlT2a7R0JRmX80qF1XSAEl20k6O3YHu2okmoRwItK4pvlaJFbu9pUqlWE7PMff/554WP t59bb1G878NDZfz+UNjuzYbXf593b4j0Dsb7580CuC5K3/+raK46fnPx1gj//inT329Ww5XF//34 vXk7o91TiuHq4vffm87uoI1v929dHg1ly6j1/erxlvx1t71aCU5R3xJ6FAOnPj7a6tW7pWwrUslv E1ovX3zc2nEaWVtD5jSN5RVUrlh5bxTX2nbeAu42AxAAb5xELVX9Xhzpm3X8NmT1r45eCWpNxHMr 6G4LQAsN8brTMWqiX6/eAqe/NgMAy9usgGxU9cRNruNNFcWOWMMTE5zqFc9xhrDhYgw1XlWslM1H MUdhB+4fTAivKgwmJl5akhZsY6hXrAMMLlpn6T2UeF7Y4qdXseI3hW1I9clMuwpqckrayLJ29NyY LtmcwxYq++je7MWYxTALecxI7yjO+7fsgMLOU7AbmSNFKe11tPyWnTa1FJEG0D0mN7fAegAMWmm4 63S5+hMLQc6FtXSZriDITAe7N9GnHGWRkDF1Vbw3i+8sqQDM9T3km/36lrKpuHSYE8s2KwdpkKwu opjD/Ea3IClIKpxUJRKO+Ni+2SIMprKgJWMKPq+S936ERqCMBeQ14J2nUvkJWgcZjlYBKruvHCqG REtM6SxfEaNdGdhH9BiaNlfgIfI3WGYta+8rGnBKEE0kWZjU2sjtf0O14rnzFNIxNMxyVda81pvn PQHX77wNHhhKhJzfH18PPCmDwi+pyLz4p2C4he+3L7uDbM8Q3Oe3JhUgE+UaLy+XIGzfjk1BYgNr ed/2spJ87Rmn7FmsUcpLHJlxFXYvT00iSUXyCiVi3zI6CefnYn8mtJ7gogIZtH62pYpEt0g33ayw 6D+zZU4rA5rUzJDvCmCYl7rTRuRNsYGwGXqsNZUMzPqwBBpcP/beYBdSfDaRyqhGdl60XlYMqaPP GvuWnns9QHuEfGwtj91pv9D+2kcUwwzeRpcMMvq0oXf1dhhBL/0cYogxSrZA6Yf9DBcqbz4/RhB7 41dabfqAaUuA7o2B3quBuliiF9boD9qMhgG0AYrZraREw3wZ+oEXtHeQtEMCvv/tNe1pgir3aqdw 19EgWYPY5gfkodWZ1UiEUQq2bkG7LUqMKbqyeRlHcLakEmBMamsMDCPa5aFQTOPX9ionLDzXn6Vq zxWM4rDf9h4n3hq3KkLwBCpmNbsIKp/Ve5YjCjGHgk+YH2FPY08b6RShestgNE+qmB2Ma13DRJFa m6w9weNF2cDQpjto5BPirFjNG5rwzshEMwMlq8UbCX6KQ1+4W4FfS05USMrcBpIGMySBnPghve0x DRXfN4rPQa/Xocarh3M1zu5NytA+mrd3G3GhE0w+9dNJVkHwxxhTJZ4Iw5XlNeIbLHqRcQvf/WV/ IJzyBCesDlWiQiRBAw9+d4fB2VeAiCHQqiWtLGK2iKHLVmCD9uCiQv7qL6CKInCJz/4ykV8ftyJe gVT2jmnIsgEjP5fxy4IlAoGUmEUNnOVby7dJFzJnO5sRT7MlUT872P0C03ASybvAKLPkEGVpi81k GFguR9OOvWz4dlPwC8WHWXPzcigLBReBS2K1rcigR+nPUo/C6qJroS7zVanBRDrOLwVO4S+f1S6g DLj/Wf683lZ5Cr5BLLatwlOQ31ggWDVqobBsiIes0Cg/ai4ZFmfZgTBy0uitTwyABukSsMK4xAUa jPaCd/fALKksi8ucb1aEL8PKsc5nJPMG5M8AnF2CC8VaMKyOkYtBWSvvJaG5+Fy9u3nheGV6twIo UD1FXqGMpylzAbLRK+KUH4IRIv7BJ5DJtIpU50IMGmHLOORW0hPd8+tdQaoyQ6MVn0sxxl4jg7nQ nGs2CApB3Oyr7TAaqGrnlROjMFiqs0QHjFXEBMHEw8Aw75BsXDATIsGpPbEprAtwJDzR1OwEPcjJ QGQj28EW98lGlQschhs6sz/4nWIyAqwZSiZanfVbokHSS05SlYAuVxOpZeAY0tY4G4qt2moZH+FT cQUiGNwEEc9cMCUgiFpKmuayJKWdNFrwQa0CLt0oAEBM2j6Y26DkqqEsgaWeBV/xmqGcUZL90RVG qLXUYhuWx9zpR9P7QRZsK2lLo13EEL898g+ZbkjB2h1nWMA0f+Gclh3bWAiJIAV11D0Yr2VkrRku uYeamA1FoJuwjbXlq9WGyjmx2UpTWSFmluY7m1KtpcOPEhvtqsfSWzWSyseqWwpA1QDUfhRpq6ho o7lbHfvUEgWpWFE/WcKt1dUVW3wdnzG4s3FMB71SUtRoeUDe3f66QFHzR3QUgZQwsYiSKBeBQKMy RXZG+Iti0WgLSxHYWLgIvELR3nWFfcD7IZdCyErD4dsyX1UKt9Dq1W6TYtmqHKpdk8n0tzKWnwpY TNwFstAX6jZFBEmFrRs4N7Mm2T0kCza6WRHEJ98rSMKj2NgVdle5T+waUxTJg9dXk8cFUBnR8NSw Y96jbczNxDQOWTYLGlI3/wAej+CR7CZBHehWUI2y9LeiVwh6LoEIBjujCbTpnGmVpSp5kc08V6Ol sGbhXmNBCCBUYgtg0ySxBkxZDvquANULeqgVCUsM5pVIKJq0MguoWGHMaMxim4ERpraGGHMASg8g bHmaBo8IcYd+oMR4Gl8AkF9qduRoLSZ/CLzohZaQA4ARiQa76p/sT7cyi2kT2WJFqFsKVktSBTOE Bo9s63wwJCdoKJDk1pgtcNBT+X6SJmEA+PIgd/ziB6MIzqSx+tjaa4lYaVwKDkQbn3zRviCsExJg zMhk38DBT5irwIPim71p82BBnpEAKxbTaN5CSKMXC9GOb3fE+eIEaK6SHLLxInvpooqkkZMQi/Wo jnfu9sroDZqVMIhviNm8mSaALb0as3XeOF69hCwdGCZ/E1KOsNmsQBLQslVlze4aoD26jUUCxoRc dRUtk2Ole6gGgxQceIg5ThO0yQZZpt0uDn4mE+umPprpYtQeOB3vZF4pHBTeRGWzxNiYLlM5HxAf t5Fdu9xoZtsPSgYe0orQuAbIt7GhZ0B6GvOnZwa7WzN2tajevLavUIUiRrdEgDmnEhOpiDC8gLI4 uaoLpooIK2yULGBhfeQIxhK4s0vkIPngNYrkiCupyMdxjGiUE3I21PjlSwDUYI9IFAmSEF4HmdhK spVVDL1krXisGgHZKwIu6Ouuhk306wVGCbdEBnm+e0SlVKuErCgFbjWOFEW352HA6inVrOwdq7hF 1tpC1uC9Dkk+ALYqh3pquNg5DzhRMIpKVzxjBtQ3cKFy5iwJniT6BL/QtQi1vdzpBzuGNOLkLN5P 76pIWgAEdMJFwDEaL3qmxoR7M3KGzfz4e/UQg6hYh6ihATXxIqRCAoiiQukPJhoGnBqoZ73ppW+J 7JSrLOzUqRLRIn5ghKVZAFy6h5U9YDFpAEO6i6v4bOA0qYdQegIVr9woZUNFSC5Oy4AuUMR6l0Qk EGrs1NnUxo5iPbCWnLqKXRV84nVijY4xOoVKd5DQxA4uKL+PdjcbWoiH8lDOhS1I2cjKVppU7PGQ 3uF10WZ169SZDathypVFrOCcBGGTlqax9zYNS3hpfMoSEUlFDzMis9oipiagkyiZe3VA3EJ6aErC Pz7vVfBKGyuWSqVTM4Jhm7ebIIcgyXE3u5mOVH4HHOdUgSvXX7jAShfhIHUxIQJYCIvWaIGQ4iJV dI+KV5OpEwIRTyJuJD8IDsox3+SYY6iTOxfClWAXqM+CJ5VEpuhuspb5EOylkqj3cV8N9EpbKcu7 h43Kxj0ixTKTTjQh/TM3KQzt6wEm5ELDZNngkQj1mNNImUFQGH67o2JprGLrComsjBmUWJHO6Rr+ tF9a7aM92Eok9kIrGtuhre5pn7N3QCoXV9z9euhXMVmn90rNeioga+Zim76Moc4gamxjZ3USA5sT C8gk/vQwF6gYo2LemNvO6gqqV5aNYUE79U8UY+uqiK74W12bOTCU7eJKDdCWyxgKEbRF8Qq67Ax4 OkF6G7wdMU2XlV3aXD6SqyxUPCF0zieB9Z50i/Jukwsi6aWK6SPO2rYq11jOpXeipBEKAzna4hYD VPyOQe5lD9r2phWC5gIUhIg9FFQOoen/nkg2OUnL9yYXmEVCrx89VoaNOetjNz4/H/qAAX6sve6Z leyo2gL1iXv0gmKalXOAc+U+D9+5qodrmQiTM+43kPtIRqMUWbLlHqFQmQ5Fv+wU3qlVzBGAKoNM LDmQtvjSheGeSSmZNR6U8ZTyUr3WMiCFxMiTiuWBqvUnli+xJ2sQzmqrJmUoKne0lGUbYfDf2aDE GKUs26gnJOMQSKX9ieyimWSek+ojZNJBibrRcIN3PwawPYRIYnMGu99RHiBmDmtBzQHAohRAFkek wZyGBakSn8pI+UojaV75apqtZ6FMmq7fX7KvRbcZO93JjZcwJjLJANlwdLPY3+h9E9qFJBM+p2la gyVFfFeyoBkyMZ4ZmkQz8sZylo9IMmsGMSabF0ZuHK+jnDupNQvnYp2JqPvQ4PgpopPWmYrfjPR5 YWvbgI50rmrJ3GXG00vGvw3FMCXUF1T3par1oHLehdZAnBaYwVcOtEdpsp/C3ZGyWUSMUTWeRp0i YWiIntAH9U3pmrKJHAhXfDubM2U+jHHkCA63JD59ZpdjW9lNbFlRvzVYX4iKCVEfnfmpRdxSYx6p 4ISjj6M1IxdkCo6xdTWqdjP6TvwE/wnD+8/2LFkGRZLkinTIOHEkm8oP6tpGL4isShCOS1tCqD6w RmdpskjSTc1zjr2DIDlwC80MGHatKWgZ3yFnBoDQZ2pGDJaSZGh8aVF4vb2DhgwX+SZE3Vpa5l+J aUJiogxQtRr+VwPNI57JzANynAJXYBjWhNQZIVyoPGPMcky9ys+1ePmUfylkAVaQHNmX9rb/qv1U skibRX1ulR5liqtjUEm9YZKO9nm6tS2NmNZGp/YIYbHYoP9h3ggGL7lBdtlrr00TfxRYQ9Zl/4J0 u1/MxIGXN4Bfr0Rr0XyPGUZ8X/sFC6q0UQhRJ4hZqlfOyGVsmoKjc3x0xQOMzEhOMjEmReS54lk9 ozaRjaQ6NyPvFW+pn7Ih6TtCkAqUX+fQOrJFe6YymgoeMCjACj3o4wwg9BHW0ND5eM0NLYkrBwSz 0aMIOPdNR9wyFAT9gkZcER1QxvxASp3NALoMKZ3V3Z26lFJlM+DBGRWQwJN0R61kgLVBAsYGwF5J bOwSOvzm+OgsEmtKHlJcQEKlOKmxQZhQJ79UGdHRqc+nGjZRjpVJBgMZAQ2zwgJQx2HKXRg5gTMa lto8aJT+r0RA632ohEM2xJxtvNy2kKp52YQ01GvBEY3s2ALkj61+WYgB2o7VpNTUefCEOSiwtlgU EP7rHUn8QIVrwSQMVlCjC0SgMinOuIZ63UWBgFmXJk3xwiQL6W/FkSc0Inn+bo8rHGToBLv9p3LV dgipKlUJYRba28MKVKsqQUQlx/ZooerVxUQ4+vhZtcel4vx0ZxUd22DQDin+6s+utmwK0TZzkRjb kUn4UvXqQVVXPHdWedYGyMiA9qbK+KWbJAK/p0m2ajAPSKO1GX2AICLbGbnmXUaMxlYWY9ayduhu 06yxGjPLqaspkTbRMCH28wH2VyNcw6oUZXAayzXmImuSYsDU1f2vbaToPSTTrN5ZQ79CJwa6QSOU 1wgzblHkeaV0HPGS0mbyQm0KUgoFvVYZZjEF0eKaIt4S+FSZv/WfdVixFptZZMcFppKURWK71Ltd B0IjRqXwWZTXy9ErnojlhZ6iZkmZYQVmnHPhj/ClXEZ8VabsWQlJphhMMF365j3k2xwh3RP+milQ ilXbH9H6YMt7PjR8ii6+KjazcLn9CwXJXzZ1pPvmEcgZZoGn0QKk3MEiI/ybrmcj5ZgAc9mSjYU2 4cTjx4OXQv7Ak4VCSFSvs2gbmGboYASLcA0pvhaxiR1Fcb73dLXhtfEQpbea1KHNFSFWpaJ3lLRI qm8PUrbDItLZLlLfvmm8+BMvSnS8dL6o+FHM75aIOTwsG0PfLgsxbwFqq5NG92RoKUMbULQzKaCt z9mHomOh4kYs9DFGEJVli5ORhWi4Cx6fO+jo6/bWk6xg9gdAkcKZFaUhWLaJvh46OK3oAdvY3t4V fNnioHOExA1oiPqRd++skW1FAftZ7EgBUzcEcXBGNEhACRVEyUHShpYGRk2QZapLZUGC44moLwlG DE1MZDSTXkKhCiS8l3FA2MJxVCCvRYs2FSQ2dzkkATAl+yy5AHnBpfmTfJ1G7Ip+3FbZJzeRvBVF ozx4XSfJeG2W6gHiE8QBSkmkCyULaL7xCm9oH8CUz/pbSNzyaV4or7owNUnvG8U1eokEhgGGzwIe b9RDjoWpBsbr1unmrcSMheMdlkibWWOWKP/FWeSleEYKLyTAXzJwdptQ/6z3Qut2twAE5LPpOJKC dTEc14zzTnpcoYoABKXsAHxvrw6usWhcFNF28ROxdSpjzebEzToNLq0owsq92pNQTS7vb1p0RL68 YMi6Bm4BXGc7RxKOhsr715AAUQmRzCxF0i9KM2NvVz6rtpASqBM4up/n1Ts6m8q4chCzRs5KWuhM pGMcW9Gl2Ac90YBLDeXiX8EwxDFFNmkStwgY0jZaoWNRDQo2DDoXnrmFhJF3xwWTvYzYSJFg+CJi qUd2FGB0tPkAlyKnqhGGDpoqgxO/24NB7lQd2GBb7LBBf7o0pav2IEaiMdkfFh6UtAC4dFfKTIZT zRUQ+msCcwMqq3QoBwjztResg7OgC6jCHIMOelNGEn6R6PsofjFi97N+nVhFpt1D67CGDlJoqkEV G12ypBQtDYI/O+Xu4quMmWIBXQ6EcEZHAJC7xt/Mmdc0iDZVFos27IAMrqRsvZLIyA9aIWzSla9g 6mmkrkgrJXS+DewTFsO6Eh2yr5UmqvPExZ52N4AJ2XCygJs/n/ceiteUVc7Cl8jfs0X5gCxmNpYt ZtkcweYAtKsjztr5Z29cx8OxdcpBmUGbBLNacwZGzxEw/wa0NdEo9iSqMtmPqMrkzLp8meHu/1T+ vm8OfzNyY+Zr2VivzaoEKO9FYS1YTnDm1/IvWoWcp/sViHaFV9Kgp/X5sLmc27+5aVaaqayeZZPj 9d8sG5RBDqC9qozX6zF/ro9wopZMIfBjPb95eKc4hpztOclMVZqhKYlTZd9qPh6N9JngkSy4ZHjT akwY22gHfis1ER7igWxYln9nK0UUdguR1uiNmeKR7Gfqy8fkxJwIZy7s+44ziIMyVXWqw7UrNYeU uOYYqWFEmyA5eokfFNtUDUQ9nhRsr5/4lbbDFlSkGVKmZk6Y3C6ma7me6cHEIGFXISTvIM1YsVD/ l6Y7QWhkx7YoOozCYJIEg03Wn//8/tpHLl4+sCPU3L6TQjEVIZGE0LDpe17Nt+ZK00FDP5N2EpgS YSWESWd5eqiWkYFuykVis/+MGx+H1PTRkCllDWhAwXx+B2DVOfubU52tgwADIyFCWOHhsr8ps97o iR/aZ+oVuDiQEmUjAEAiOH3UjKFmBWhM+VWhclFqel0xx/129/R66rRMzlUInF4Wp0INfEu43EW6 bKLQlji4OZdeXSXFdI2KGdouULKRQ0QWSZ8HYZgXPzYF6Z3co4DrZMFLVJkRloXxwGRUovXZyTjY RjghYheJa2sHSCLaDFxC2zZcZpNiUFVNWo9IrMRmBKwIizYbQuhWoJo6VVSiTWTsU8SoKaGyJ037 nf5YNCgKs2k2xcy8meJeSeqD6AGcduGuSU7sJ666/ZKfwh4P49eEVJPN/6OXbQ/W+JYu39o4bHDW 0FvzwCNEEsiCHeTtYRa9hgc6Fj4BtHBNaLf6a3JFOIWx+QYT/Nu2XriwM644AMS+5mLcwPqbOWKX FLQX/qb3LMSjWToi0wGV959//0UVs2rz9fj5+/s8XoSdhPjnPZjFrgFPdkljuBAzIFI4FCPMJP4E ydgXOxZfBE4CXWxPOqsJIy2kUBwKhJq+A+Tr5xdJ2S4OImfE5kcrfR/aRxhffUifsdXgTsgMQzww LyKMd0y3lxI2HJPrso743T5npiUpipa4gvm9zfABeNLT8oAe3bJv/Ib7gPkXNFYOHPKZFcExTsFp KzG0KRgIZ6nZWA6XsECOzLuJZQJQuz10i+mZVwRv3QHZ/wv6zN3Pvw5f0RzV7w/zstJ3p68EeS4k bvj88199DAnVOGjqUEGO5On78S/UyGHrF/evX07IaTAuJdhwJ9tO+8x45mucvJpQkJmcGw9kJ3wi qkGz9SZHujCfowetMRfmGi1HNtlPBqBXaAYWgmL8zqhxk9GYfMWgDfvzJxnJJdNkvItE2fBUsBWg iuAFLiIYMQHlFfxk9AjPqjotDkNB8zxmVPNhFrsv4sYd3SZJFI2QPWPxL9xGmM6wZFvyVuIh3Ecv rq2WORRCXa9MeUd8tIQB7MLaZBjCxGaVf7+ZJuzOvxDyAm2TMRRwBg+xFoPlHBk80Y4Zs6Gzly5Y 3MxurFYExSJAUdSJjEKwjaMg77Tv3G57OPlWA4AszPXNxvaKkAiAjozroMjb4mLeJzPY1QOdYqlu 8yJVEl6F19wQo8o18ORn7uLdCoNVs2QYbDRy+i8fXQhXBaV3fIRUrrwsxD+xo+Ow2zypclUEaS06 /8J3VWYWEJuFf3mDUXWX3eKGkGNlJQ7JtVySSoYiSc5ISUyVp5mbCrSrRHkKGRhqHT31G5AVx0yk ZqNm5JNkBJnVuivg8Cmi+NXZiueLdqvIhEXw0M/2CfF5SiWgFBMjHmz7BmyyAD2UYUWGvoq34aUi Onqw0SD7OjrrlBzEMCGQIlBdeKzEF+kKhcZl7CMkiFQygSY6D2RoAclv1MOmgv5gxXF0APHiKnQw N16snJ/C8MrwjUCUxggSOqKOJ/k+obomFW1NT2kcBwrBZx6UlDf9ESsA62CUTgZGpYqjgo1KmhGV DEpGwbWsMwnUqAy/MZIWNjkhqmm8R+lkktIpmk2GNK8kZa1sElMSErk3ETrUWsi/AKBHARPp8NIM MEtvx9ZR2cpL4OCwbBkNUedVzGPbm5hD4qrKp3CmqudLFXkNDUau46xCqRYKlWZr9b59XNqv8dqT sJi+J8jaRGEcUqUrWP1qQwX8zrOJiZzNUW1IS7zIWsVJ8ONIcmq+bb5K5tQxSWms9GSHSnJDVTJN AR2L6pFMFVBVw8SAHrRyVCm0OEo9sjUEaL951vOP3XQl5chuaviAa2pgc1ooL7uv4KpQmYR4Lt5s oVCqDhST9+y4u5pEHJd9ULOtiNpWgZo2pYUK2Fz/egqeRgIuInv23pEWqsGr9NY76qx23dqIrk0U Hzwz6p4SsKdeQaUMHE7u74A5xKGMLtmeEMFBDt8KrZ0vkU6fB/eNEMjNEGXM4ZiRnfDgImMRrABr BYJYTDJYI1IAd4zFX0gaMFpZC2kvGg41klF1rdQMGS2jC47J8FfNJniQxY40i7hm4jQEctkp4NVw SHvmUFG6vbSuYQq9A8fybi0NuYz8zcnQbb6yAJOdMd4kHOI0liakv9SGHlRB4DiMAo4M19ECVKZK PvtuWFMYt2VrWFnyoEQubiSjMaYMDwffwIXyGVUsTbB196JXGooeuS3ZRCmz49xT4UxJ9ZcVFSlw IW5FwGqDgKfUIOWLmSnmJZ8rDTScXUCZOMVEtoaDKnzKxNLtQjtBo3oB89QeANHayinhbPam5LSo vylQxpUyJ/k9ANO20Vvb9G9DV3ng+KAizs69cryB5U+u1o0SvdwafFUb1B636J+FqYTAMmJBwxsH zzI+GX+joUBQFk4CS1eSMTNp5CJtsBnMFNQ2B7rJ+QQjBY6DNxkuJBQ5rFaZ64RIdUhNTZVJy7OT 9zrnILGrlA9G5K8aEKJNggHJeaRgMbI1mjiUbawv3gNmnguDPdLFN3Ur+9s+naeoUGpdnC3GHdMJ mpjAwpgEVqQkx7jB4VBuNISuNDGp8iE7S3LoEu+MmnSECYVOumAET6hlAYCC+PACJhQoW+qiQe6W 2hrW0MQQCiKRFtjSlYxzq5MmztfoTl1Zq+IBQzFfPcb73qtaWZ4c4kih2qkLqwiE9DfjDEqq4YvF H9YmY5khM3vLaObFAy1DIZfhdDuKjK/ZucC2Ijib475xzGk4lg1ZgEqv0p/M2gSaCSM5zG/MBzoN g2Pkok8Ync4m+gdtF1sLwzogRIt5fFsQ3K6Nhm5QH4iTD4qcSSV+aFQA6W/iGdDZcct9RQM+tSSc me1z6DM7OTjEEMbqiFlzbCFCVmeXDMNUIWC7UQPXHBRfIAxsKQ1eJ/Wl5xBK35kjykIME6OZB1qQ ZmFGltJEohJESLypDKFcjC1npxBVNzQzS2RJ7VIsNqe8H1lcRFXX/U7StUwyJQVSAAh5NJikGzXJ L9SvqOMD7dNgk9KXOgq8xUdyMioNjGwUVOTKNs4V2lch8YGilkS6kFVgK7JjmZ0CaeFZFVX2iuJL OtGhSaQvkrcMcnpdihJP04sANqtWxkeKigY9SFu5CVUqlbmtOODppYqcH7df9FQydddjilESKXA8 aqCcnyDJwiOkZAIOkCzkLFECR8NqrFlZEHu16mmMqYFjonXJfso+6izmq9RWlhEV11FVJ+opdKsp Z56HPlQioEpjSyr+qbpUaAKYxHUAV2BWR01QXMx7VNDIlylbycoyoSOd1g3MelXTjYwZ0woXeM7K ZPOnCSxNBnFkzPehVdIS1TxfOHOH5hiMDElD8kaSymVQFVQhaQpPx+gGO94AOGBDmTJtaJLD9UcQ K6aCZ57O9AjoQi4A/REE9nl+ECFhe2vSIO4vqTPj+zdzAcLMYBP11CtGQD1X6g/KkLAETlI5ZKtU gKgiAugittIOS98+PaO2JBqLUblCFg9l+QwWrURyoRV+9UREpZn2AcJMVqsW1EoiNiGlWoA6AumC 0CSHs4arQk2lLDqGEQaRxrbxxgDEJoYZXEHGvNMyrcGAVu2dQAF0KwtNOKcs8Iy28SxUyMksCmyN Q7ESlykdwCpSRHiTk8/AqfjWVlO9iNM0sV15nGJH9vJ7AJZ4p12Z9zzsolJONILP+iVgKEDnWB3m 3fU5wBxi4Q0+JXs0stomSG0UD3h78jK5HdTAUs7ItBWvGJ7Xz6O6C31GWGKLJoaN6HOx8U6QALNK RmSmeTMHgDHXvELCw1ACnAg1nu7FCQTVUMysP0hq9TafwVtJN6PzBvGwDypN+PcH6HSBOLX5NlNP oriDZV/FEPjXA6lU4drqD6YB3EZ0P9QdWhRTr1gZf61QS8Xpf7YzOpEdIgEi6kw1IkC2xiCpJBag HtZBryq9rX05Ubf8dmeWvlCoiSo4cPdEC/Zl6fNm7QJtKA5omaDA1E4Gc3OdXTHq8jA4t+WUJg2y nvJCwNjeTuzsEVklFIGWVOwDPxii6u/k3X8VawAVkwCBU2TbKabW5mxDtUYmmBSC6GoOzqXyMmME 1Pb8XLP/xEQsWpyafQ3/hiaidBAXOnJ/Fi8lFM/P8Uzi0mLTWcPDXJrmlvqQ0k2LeqmMBQuvfsjO V1BVPkplCVamwJjVmslzEqtSSK1bRsdtFiAT+aUEyDMpslUmAqTq39YLQVolrnJo60H/qvpVfjSF 6q4lEn5lOxxYfQDgN2V8MMs0sXOd1eUM1mkYXqBGyUmJXvzSzrQwrwIp3xHpLfi0YQN1qxOqDEfi 9LYioYbsVSRkr3JJgHwWNtOebutCYQP7VG7nVRE6m9TKEaqr7aoS44m6ax4I4tUhAZOwGiOSqcJF 0ZjEdMtBTI6hZJrGZW8XkGUVq8Gq7GFxoX0Mu/fQ6LwbQNXF0hQQx+sZtPbPsIp0GDyowBmyy2YC RLYOjtDNtmGEQJmhyo0VNtCTnpUgfl2kU+SsCAdM+PvHOcFFCbkV3cFmftao9RQ0tUbhT7gXaazO SFU9eDE0A+0Xx+imNKc1QR4UUNhWWZXsVdFtQ7rlhm8vXbp/O987N3F/WDq01qBum/vI8EIF6czY 2SQ4mdkvlglZ01donhDgYHdjVzpdH39NS6CjbEjiS8IJo5w+yigjJ9ta6skZmAABGFKDNJZYiH6Z iDhgcy6cdUII9UxW4nWBHPogzvvno3QGM9NY5MEU1Jv93LqzXr1wzCh9ovfCCBlWloqJU4BMy0sb cPQoc5XMQlNNZCRsazGyCspsfrXgOXZWzTRCpoytOoHtVzlBIEg42CyPTmS4PXTskUNJhu3PKhHt /yzTl3izGYG9jKmEOiw6ZchV1h4+hLnAhlj2VoWq0G2ezjTlk9ukF8Jacihg8Kh1zsIIZIQo5EMW 8hSNZMdB0q4M4LfKzqQqfzFWZScRzF7BSnYqY+3m5UvanQgWYIngpWAItLpQ7wOpoFG5rBrIhc60 8xBag1277vrWtpBlftnxjGc5l6H61f3WCn32oUKOz4406ayqaK4MJcVaJpKPUEvbuVbgf//7opLj RLCYUulHPQlZq9c5rs0TsR8dhVddRs6oaGOoCF57JRgjG1T1DiyO9cL3HtUEXlUmRKhaI09sW6GR twlTp47ENJWulbUqsmFde+zOU5P9JorIUeKno6FirwKZdEczn9C03bOG6Vj0ylmJXAUjiGrcHkD4 liWbwjlUMUbOm5S62qFVXmlRgAEdjC1kCfdPJS1wNGMYNplUbhJUIrjtxxGKq+zh5YiRtBeUSfL4 Y0oBEBGFD5juKmGkEdOqMstiHgVZzepTRETIZX9yXYP5r1J5bARtGXSja9eoIoWQTHswOpGTyCNM IZSWCVASqBuRpKBuGsf/RWtV5hMlyoI0bQEFq5b+6VGNk/wQZy1iRGMXlhUNTZCmfx6PbXUBPJ9n d2ygmtbsVfk7Rd88RP08F5x62gWq5DGT0PiYsnHDci1hQpdhiSTKC8mpOp7Sa/g2WlWHpKzSqGKh j1Ur1WxrOtmDnsotO6ExJAFygX6SE+/8Awekgi1bQtmRPUgGjB7kwdIFsgYtkqSi6zvqz4qgSbES 9kXGqxerRaWsChlJdlOqICfkTdWESAW0jgGM6DoyNbapxx+N/URLF3EDkrq3FdlsQCPWTiIgJgZJ o1THowl8V/4l9w4yrCADULhvj20ENKx/BLBaqx3K8bequl9ZIC0QYdqQKLuMCKDyCTaVaMJuvdse r4zDhjA1wWm6s1vY8/Hs8ZipqSfTdTM+2KoaGT8r6L+Otg1a84QcdrljkN4B4WNWw+AJggajORMX sp5HV5vvvERbpmvDIEIqOr8UOrqIX9WjIEZnXckGp2Mr16QHrSbEFgwqaMcUNmYphj6ClhTMuMwI p8MCsP5cgIYsNjA4G4EHLxd/oUeeqjgDLDtZ/MFLlJBSyBwcW1C0TqOMCf/V0lFDG+0EuRoSghyR 3mAzsx4gzELURRmuQ1njoPnIqT/xtsi58yHyt0OwUNxlE5udUWUTgPrECRKd3sm0MGU4mnBmi5g7 QyYtjEIWqQQB3pE9Q2dE44QLAzDfr1MBfbGTfAXo4rSIZKJRRuDMlJUnuihCJiKN2YbPgtHa5Y+L zAqpDe4KsH3gHOUvSHUBfIUv1S3sEyQg5KK5FcxYxixeMvSdzvTqDf0BLwDgJckYPhRyUGcEtNly y1vxQkcXmyxfliEdmZvbJBf8z80aAlRZb6X4NMDyBDfH90BdwziaqJwQIjEj34Ap4iG3Y+GTgdUh gZiigpu9a+s7ADgBC0wYSf/ieIpPPkxW8IAvlpsIu9lTzv5uHQTMmQsKtwudwUkXdl5oakSAKFre D0vf9iAAi4Q8bGRm4dh756Aagdh1XrSZ7eEHkbkZagePpqHMApjdbjWnlRevC4kqHgxA9wwSESXw eukdQgYCJEO9ofdCGTJGbodkdd4atvL1tAnmnYyRPmTDTvLmc8NCpVfLOLca0lm2SPEJ2kI7sNXO OdcGNwLrVx3Boel+rCh2iulfJ3aic97mhbV0nEeo0T4jZpFybripP8zJdWgwviG3SXPDhAR/Y0v2 scPzsT4CR7IU3jL9+BP0XCG5wS/wIwJKYDGCVCF3hc6lciRAf+LF5rlcLMT8jXG4AxGDE1hnVKMN pYM+aKlh0zLMWrboaRwH0c+s9SQ1H2ImkVTHtxpgttGEPupBBTrzmkonTrFLf1Nlxqeb4Myn+m/E oBktXEaiNGhirCpjKCsO8bfgSBsOAoppE7pAQpzZsT8bPUmPHsZE5FZ+fWBSMlpTSB/6a0pUpvJw TgmyDlPtNge4mQlK2YVktAoRBdRUDx/QUqT94VT8HAGCnMBKF9jhtQF8yGFAAAXib+MBeUZ5xZ+m j0LA87//YMFWmDCF1dCkrgRCKPQlUEGRbWN2zFrkYAinWGflM9DKdKOdeQgBSBF9fgZuZROdu6uL A+Bhq4v7KYDprOncLDIXsFR5M0+CiSreEZ8Ihtl3cUL2mdwmacaeoYt6lAVHYIyhWQufsy+gJ+4R FgGd8PN+ca4RUWjwfN1kjCw43ShqJdPsnuEzv3rJxDqxJx5hWiKhC+dipgygfKer0GA0chlZE2sf +c34SUJ8roZkLjOjV8M2F7phOwGYi4yYJg+kEUx7hNFMi3Sv95ghSRKlTBR3MvIGNFTo4Eq5mJtu ZXAQxshpeZoQALkrE+Kj5kX7YasUYAa6Tx+1qPKEzR2HYrZ8nA7HdVIbcPia+eOsYrdBgU3ewgtm UgkEV2TTUNeqbTwjjoc2EBpsjIdCAhiF/U6P4nLjZymevhjHc65G4C4LUKGXZJShVXUhMDAcERtd RcXSTLMKC1ZMOG8Jr7sKX4MkZ7nJzcF5mzDimMRBEMUvqyHE+jy7sojZsZezfhZUEGswrDILMoAj WlFPKbPBxgD4Z5N4cxQAFZ4twghflYqqQxng2RCkHCAFW+6qSxSrk16hsciB0kVKj+MTF7grTKjR UjdRhFIPcLRkCPu6XsipSoRwCpqTh0KUyOhSh2gVhohMWqFIaVUjObIwnlwBE3hkB4OM0NOLnsby zIXqUEUo6JDGcMJWc1ubW4mNfasMhQiaYCdaBLhB4mnB2ATALAQmwXcdAAmIT+FevAaGPQ2KYPoE c2IfcJvZQGAmP2TYM1wkTYGleqwplPTI8qKp/iSAIqxsCHDFwYqG0AyKSj3pPkLAP9lwNSAJR8BH KM9f074DBrnGCLzOdKUXCbWHRo2vGF4G5LsqbeIMOFzUVtCFeKjAODMUJoJyxcNNFYBGQ2gyvzd4 FuQbwEhZF/f7l2wFU3rYsDYwxG/6WZUyKUrfxNxJFGbiEFnXnLirbpFelXQM3akp6p0rfSml9iwY eiimgdOCTrGomlZ777dyR3ZWbFQeS/xxh6ZXcSM2/lZmtM2VfUOVyJqpIdXCzkRrdWGqozgKRTXA 1vIUqEHccxPKcdNEcxfxVi43RjGrbY1gAUoLrfhM9qBtvMHgYYHKcZXHA5xsYH4lO/KLVGidYCTz 2KelkDiyzDUqDKcPOEWEte1kCaYPh1QGAfLHQwrsfAgqE6rG/wKCIURYhzIHoqI3qOyuqPKLXoq9 KqI926WM216X/iKOui6YtGgXqiKgnqO6Oq4rit6qo0ruzvxoGzF8t2aMLIqt6pnmUze3oVdh9V7A rajtP8/itX5q4cB/FfF7QEM91Az1UaJvD4xiKAZgxnmyTYlb0bM9MLDrX0XTSGkKrFFgtSjQ0tU4 S3aDVm0/jTYHTYMh4sfoWNZ2UvYpg2RMZVKV/uwPiWiNoDMwlZ8VG+0twSE9LAfgSVXbSsWu+Rya sc8ULleDhZCxYzXg9PenmrKL0MG05vA1awFgleCAw80aKNSPAp/27kZNToQYw6zuCsMOym5V4Kud z05f6WOPq7TEYSBrnV/v25WuGOxxG71AHoOJHcoAbCYHL9AMnrb0UxhrJVwDRpjQNNpjJd/Uzt7M jAthqNhuAGOV7HqsBu7oHtQ4hY9IkRaferXliOjUgoYtxwmh2RDHZC0TQB4xTU4ojcYK6d4DNobH cOP4MTR4rIy7kkWK40Q6cwAUT7cxKIZiwTLd9Ih2ZNwMB9w8cwtM8aKDuXCug1l8gYkpaRoKOIq5 XcfKs1QIPYw5HLXOEmZuATSeFo243VIZDZ1egiqTQTIZwJZgEzVzYCawDJfTsRLhIwGNgawfHgA3 awEJbVp80ZgsgFqDtQtT7Egyb0wTQe1zoydFM7Ww0twliyAad4cN3xQEN8VvD0YrpEBMPJ3xYqGK Tc3UI5X2jFQ8YlcpmUUF5iHtaagMDOOSmFr/RIGtGcVP35MR/YFUKOYBWwJA0kOGxOiDmTZ7z7qS Qd450x5pLO5HoNazjqQf0KOsCy1kxCKGCP8TobOKkQmgvPkDbaJ+v31hugRFLf6ZPQaBGfSGytzN S+WipghhLXSIz3wfmhRaJX4FeGLwwGd13Sga4UMIXrG2KCuBKkDlzPQWeGOB6Fd0gRm4t85aWqa1 UGvQPjPIYCwCiVDxbDpg5sUOsS9CZdoz9BYxYc4euduoMTejH0v3b4ojewvHxNJ9TUFJIHvS33d9 RcgxtxSDWMgHC9LidiEEx51pMoQuqZLJY1uimx3EAxhyWXscyRQuaewy3P0S93LcRo1b4WE44lKG 57PvomBKzfFrUlsRi6BXeCs+KLwWp6QLuGAoiyYIjycde2jwCh36UsXKGLJmcU0pdMF2wzWiRaPq PFUzbWmTGCrDS/8LuWU8ijllr5VH/Gm0igkyOK+BsbetEEtHqW2pgm5g6yAAX8pWyh7koZopcetb QGv5QaGjNLxvMomT4ivmmqA3cEBhBNpd1RkxgK7q1taH9HLP/6atlZgfDuEYqNIaxZxAGpUOTSMt tcML+1cXW876rQ2liHeU+cNRq0iShhK/hqtPqWbdd53lKXiP0jJulJfLxqQihTGUgUxgkJc4tS/a D/sZH7fDVuaLOmRyO8cw6DDygLCFLVKFMakMJnKncapMptAF1MmS9O7ID662UFEGMIrQo2V5qFjo CLXAwPDq9mhsnD6/c6ARq5KrUHxUrPpB3syC3dQ8qc0kl1GKUCcpeYakpzksNxeXsiQJX6SoxAc+ Gt3ElfSaoxS2Deqm6rDQrZ3gDg2SuqhaGQF3FAqMnBCCCgtbgEh/mxvxrxdLVkFbUa/0ubRHR+TV 1zwkKoXURcOqSlqDnMAn2YGsd8zoaAwgoRlfXAnXh2K2qNjSTlwr1vcVmkRlhSWZcjAn13bcuwsv txVQzOxbNbFQPBUq9b3KDpWDbDBtITCxVMoLexWAFhTgSHe9F0lS3CZSi38EO5w6fmRvioFp9qeu qLs3M0IFRtQu7VECUymAn+EUL2mkStlrKXOalTYjVDpWRuwXrLTegur0rXCe1BjTYiXiUeK6MAfo lU0JStU5NEc59whTw/m8BjR6xbcqJaX2uI1KIV82RZM7CcRgk0SRguXnk8+OwrSUwMS/ZETfxD4i +xo7BizW0zJH+Br4qFFq5l794qeW1liQFiti14ShNv7HgtSjWlN6ZijAEM4wJbukwL/xuhSYEaFr SX133Q8JWobCyZjp/J48UDdXVgnJSrTdqKqUptOZOvMwxuPG42jOwqWZxxnkCMumAwHwqkZAMonK QAY3jgLCgMRhGpiEB1WgauCX7uIBrcy/7gbisTvfIJfKgjQEL6dnZA05QPuUhvjhrtqsGF5dOE4K wsA0rKgv6CnDdnEUqZk9Pzxa+MOm26dEczIQSUy4FBumWjSI1SzYUOIiLW3ViEQZQo9dZDQmXVDJ 6fiCAhBwmSLR/WBOXiJ/Fhs6K0bVSm9ZcCY6Owp2piA3L7AQoQgR24rDZJVsskvQq/igTdREq2IM cOoRVODShGlBg8GX/f+f8GMZTlVTxsdeSl7BlXulCLBqbtCxqwlv+wUykjlQ6yCJIevUiXrUkBSo tY27FTAJPPUw1ka+XjqhC0mtaLSIGnvpe++XzOYgYGOx3eSlf8Q8+2NuJu3z0naL5MMvYHaoGh3L Y6Qw2zYQibOG6IZJwMsSxCEqunwEUhSxFTfAtxiNiTOWyVoAaK1LJkZ93AM/L4hYRZ3ZAU+NGZAY p+IGsix2tT5WqJBBARHMIGC4UlJzWJFl4xKJzJILXg/nT1wHgyI93AxDW33xJjWjtBTu/XRqkIFN bnoLG1vH8H5YyECupJLUQM9/WHJUCSKiinZfZOlSlnhTFQ41JnIQRDtUghMepbJohWCRO1KV5ACJ NAQqYoCfOiSLA8ctwFbYx1nmXl+WH9+T4KrQJkw40DjLmj/CaKqcYW8tbAF2HIpQ4tE0KfsXEWhW 9J/cEpmY6762BxefywTIXeKYHoFT9glOvaf1CbbgEuuL3aejBB5Titz6T3jWHXtCMh9wB6wewc+S +N4f8XDRbtERQ9ktauXg0NoLV0s2qavXQgFWVsK2V0BlnyAvoaCV5bJAMgdlLVqVbhjN8FIqs7M8 M2nMl1xUqrc2qTO6tbFQV0Q3Y2OapfEHlc1qGass2VJBMy1bcQl48jDI72maSAv+rrabTlDZjsr2 uDMceiMAWBDjaUmWNTGeWZZyK7lchIZthMraSEMCPmNSeRSoIQupCgvlTB0mTLLBWa4ny6wYEDxa umAEvgdTqgKUiS/wYj0VZ59Zq/ERfEzQTj5ZhYHTaZvodkpLk40L6thdjlm5RghXHic8Y0jbxla1 I0EJ+8wn/sKjAh8U2jCfEyzJkhKupkaAZDpo4ZcB2U875wO7NBwKGdGSvSwy7EsdbV4FrIlRq/C1 2WWXqkvt40XI6s/EJJYYpxoCjtixuWyt0aTtAkvoVnmuGq+lfYYloQp5yvV2h/b0cUdOibwhbEzN HrKlCA5e4rH0KVrgWzkjYTMXcTAm0BOkNogDYPIthabk3VLoQagG7O1Gh0cKOXENzG0qldPbh4gL qqzOKzuZddtEH6ZVBPj0cP2YCwZc0AeOQFPXqVzjnzw/keaZgIdqAMNHsljBjlkB3IddrAi+CpGa CvTJpsZ7tRDmSV6JDe8WP6UG1JJAGyyoiDWaY/X2OhI/WIMEWzs4y1Ekdl6mlFhk2NSxDas+l7WD B2QgRCUPuiO44kDbg8FTDo1KMwo464rGJBkP6KO/AcUOIKuj0X1HM7yll9haOj859nsKxDxlQ1BG zXaTg8dbILNs40/tVW98ByRWJ83bNdH49lIiiQvFLpSDHPL/WGZ5YdSAC+CqzFC4wAuj1B7BySMj sg2xCNe5FoVC5LRwyN5OMgOIjETbGEZ6HNSdCTU48IxIHODI0CVVwdfzxSWJHUFCPKrTZMUQIb67 QziLZFCKyqi3gg/ZJZKH8LM5mRRlkuqxcIkbJmsEOljFQyPTDRO9sqvtUI17xk/AlN2g2fcDHjKl OPzO9EXBSzhn02xArdZsZ22fiOtPW6CdekGKO/aNCFXBtuv665/t3tW3XIOpapU2FGFl4U7YuD0+ /tVCmevz4agQgkO242xTVIf2EkNnkSiw+tHq7og2crXjQtS6HU9hxCrdTi2oBu1CtbJaOvzHFnFF bM9lTKGT7QBuoy/1Ypp+7Z42E+WajtFByCtmn4IaBGGkigrih18riBrOgUv33hzYWQpQCSUHoJAF R0gwDqp6zQ4HAGMXfNrqDMv0Gk4IxqAjUk9HqdUHn7M0YrOqe9jRHePq4dwTHKEQhvn5zZWB9tPB 16ZGI/rqiBImjQbvoCS1SdjstJLq4/jeUXbK13jMzpj0oa5lRzRzBIw4SIx9yPhnJiiIAbqVtWqz fTeRNyj6TjzqSXyelcLtHg/5/FpbqZu1u2SplwJQJ+Kwh6TYkG3wZxzSrJ+/jyiMPkhFEtUqFdBb bwgAE/IGvqJT3WNoZKngjsr1S1AU7Qd5tKVR5IxWohYM5Sm5tn4x9TRimk0tXfEf8iUrYwRzm3Tr QFnMgm/015syYURSNiP1aL0reLPV2QgcZB9/POQSaTPpXGqMaP8/525SIjryYrspW56gKZQdoNrz FKvSExOj64VYx3sHATXhSUPLvMyj8evmF1hribgInk8lIoVLZqgHOrdxniw7AKRn2drrzm+aBnki G6KS3UTBolLi6WATNC7SsGLRV7Y8W0MuPaOBMLd/MM+xxx2oRf0MNWXyor40t7r6qJ2suM5Bm4tF yg4DlXzBiVWvCLOwbf4aP7JjOadYatQMcCXfAst8bfvbWFdxi8tSRxLILkEl56ytjgmcBVPd8yJC 487UY8KL+lZZIgxo6GdhsCdATSGkZvIMyqF0PZg9+5Pj8CGrvmC+OOjkjJlcDphXqlgimG67u4QY 1gS6yqUwO29nJuuy0fpqO7qAGDBagKEAOCeS2CCTKChbPY+huZwxI4xUoiY9umfwILH5FyNzFyUF 1UZGHwP6oP6UL1tGIOVcugEyLqfURq0VvKCsjlsKKcY3ttc6SGtqZQwBcmNIHMsvfVSXKFOOSH4D wEVZFQqbpXYyjuoGhi1nf1f2h0dFTq55wXbNzONHjueqoUqU2sGlaTgji5KhW5XVpFo9mL9aQcjY eIB/lWLkTVGgRGOZplgegG08iEplOnnDgMQGs4vcZFrSreAvbYrFbSJDhErQcQkwsT6vOux4ufD3 v2EXbZbGGLDEaiRCsZApdzOeiQxgjtW9t2ThQpkXy1CIEm3VOqJPd8m2iXQrwNY9CAgADyuojeCm n4aCqjhbwkggSRElzK+HXPKjYQC3PZigJRbDbtPWiWS2TUW79kw2SBOxEOmkCVOBRRhlluFLjCsR jM+YkqT7QeywiP7VEirXKEZt94Ixy3jB2HzY5O/Yo30EARJp65o6ZrkwjSyDximKWdPmUx4c/SKW Tb4GN2S4gK7kmTxQsRjWviBRSCgn326dSheqNtxlMlaSXMUwBh/VJl8+Ekfd6aBawMDDFRIIpsCq 2ltK3KaM1TGMIbt3y/02tfmI6YqcEA3NU31Nci2ISLqr6DaIbaLuybWVMJ1SMmrK5dUxpeo9PpPK qVVUn1becZa1O3ZLGlHVE2quorT9yCtRNFob8tvwyYxEBKi/2ZJ36jk9j6NcoUyEd8bGIbULU/SA zKm1YavRNZs2a1YBvH/27yGm99fjlGpRkCkR+0XD2s0IftgaDTFRVPHGrs3KzCGruU10yNp8KGax 5zwnBATT4bPyDtgpMtv5x9LDs8B6cY43JlbbSeDMGznt/MfBjpQBWmT21EJb97ungl0FaHTGSmxK 5QgUrgKWmE2SjGEiWuDhBatRVWHQzbMIUM4EZJDV8z+v54VrJkPPSKWbWhmoelCTEYHeSkqTDTM1 LAky1QQK+jxC9ZzUYTqQRPnfjDXG3ASWaETYtmtmyyJVcvNkNPjevCoOTytBb0Di1s7bVCmtYi38 aVRtcya0iGzwmDmHDFbOE7G0msJkwbJXGYOr/LvZU86MsMKrw+d7xLnrvFb6n0+kHPkYOU9poJcf HY3Pr2d+WpGnmBnZzLUriJ9ZyMabgD9RBOBQA0yH6B9JUMbXSJAZqnxRHMCE+gQMvjgrJvsxiqiA TeBtAWNWwY85mY5CB5a/1F5Mw1fOXi3h7AoKEVSuVZqPSkJ9FiMQ5sHNLGoBAVLNHkQ3MOeyWVEA hHqhCNu2Lu5CLkzBBswYUOkMBsUW2hcXdL0Ixm/hlzH5iF4uj0qJuoa8hpnEoojhZX3VCUuyoxoU Qpx5j3FtL2i00TMTPZoV/zad4cD+7RlVTTP/eY4aMdvlwjDpA4gEVobHdv7jw85V9OwpOhwCAc+p YVQQ/LPeUkfGkcjptt850yS3WUAenLEyXux3M/pAhSLaMf5tesx2H/uemSxMkrDrRSCjLVxFYgQg oQVzuT3/VdSMd8IEj++5oadIisjT0OCkqsT7qeNMDAYYI11vaSpfrrG4pTVQpoIaMix1Z+rpuy8F HuZJBrUwRxFFVwzfhxSRlEZJ8gs1IoQSOGiqCXwDwqx2RtgCeqs2sKjNqKaJQSqBsp+mJ6UMCwBw gU7PIjEFSFAJnfnI62kTL7bn+jk1nqI9Z0qMsxK1MYmzvCAAZK9sz/UIwIIOR4vEQACMEIePaBbY wtHegSVkLYryYB4yRk7qic4RLSNsvBwT1yAEMiT73FhYu6krcxVWEQzykL9GMSaPaUZmRlWrzLgG rDcAIE42+tAW/M3X2mxFO4AFVczPJ/qTYchg0bBMFKzYgxwdMZqNWrBERxQS3Z56NkiSWCBPHskV S9W2mfS0YFkOgBVYE+SxayFlg3JROIi0fdQByMQzw9Tn5CP8/AwAE2lWVT5IMSdy+z8TlSlgxgFQ 12QFs4BEoyh6AwBE8Ca76V94lTfFmhI30ii5L1MBc6EJkfPjd/lmho7eN38m2WgGSfUEh0oSgE7n OxNj6ZB0j3gnbTp52HkmoyKPdnQS0Sp4tn5SftrBGiuBlgMhkY5sqWmVp3iK8mlPHHvsGqOrt7Bd 5eNtjfMhkw4ajUs2PTVfiifZLE+sKxBkeo1J2eV3ASCNbiK3IGHTXq10b++cLLIacPZqO5QYvJLq Mj1ZJPhVDALi1tP3pdTqPuehawl0bVwtlY2opKj8p1KPQkS1IG/CqvJZ2hsefIHTQp7Hja5ck7+r ATpJXQ0ODhlx6bPkN8OsRAlMmzC1lH8HWhUc/5j0oXtWKxRIQ9/8YYurvtVULt34+a8VxzSo9tCg S5NFzt3yFDqmK8RV06iktCJDiTa1QKtWAeTUaUduAt6JRMzaPOhZDbmTT+SARgBZberoOlJXt7If MeCdngqtqFcVRmWhnbehXKUTMEo0xB+tUq4ITHzTFVPDrMqTzXuYDMkSzvjXt45LYDCRcISohgBU TARaUFc+isum1X3ZGfKrdhJfgxKQlEabqp5322kcTEHwS/uZAmIcTmKG+GjHLHLBn6ANZhNwGeQQ gJqrs9FC81ausaNkHs8ja/Su+gmtmnmBGPRTsJGXArsJKe0xozohjMK9FygQMeDgFwsCEU6B3rsU X4j1nDvchoIQZdaVaSpgOa6zZJbmoDP1Zoj+Xjv3O9+nhsSwVD3O+5maT2Lb4TQbUnSwPNCGpCbQ 6hwuNKEkd/y3ocmam/QAQGCFRRUqbVVXcQH1gH84Wvl07izetjARf9iQ3jvfFFQb5wUOFW2U5Zxc O0NJUbNM4I8XpI6GZhYMrYf5iS47xLzQj3Y9e5UhqRZGcvppHOoAksBsoxGpNlU7DStaEc5MyoO1 wq9O+0Rm8OnDa7QJOeWhNYlI0AWFC8mM4pi76KGcDYZqZSAhUomQDsYVNVkDAmal7MpjVS8/f36B 5fOHE5Wr9bYkkXRXZMXxbrmaxDrE/lchlglRk/Wl39FWiTXL9+NYYOhmQ9TcVOrAkSr5pXJJOWaU iGwmk7w3MgBoPohJv2K0o6QVZ1kovTTQKNl3gAm2dTaJY4uDEGFNXfHbDCp4HY5dHduu+p9fpxQT abOmm45bHiKA9/e0cQ5GKm+/MYjV9r4evx2hfP9vDHBlNb2f718lZ7MGQug46lhTMNNzR0YbwdHW P3+ct+Hs1AxeilBZuGOQWa1/LiadNpOnvjWAm1GYVXAzd9kgU1bwTNFWk7fBuWbUDsFNNmazz2Ai W3fuNf1pNEXpuEoG2B8Q9iAJsmaOOlUcMAZki+a1eApA8La1DiPqV0sykDZ1Mc+6LCAFIqr5V3Op LZK6DjgpOCHJ2SiIupHW+0Q+c5Q50HQof8qcmYW7rGU6l3ZUMNR2sSV4qHkwY7Ve2YOFctkT0Bgm oyPIJ71mSuf57sKAwM15g78ANlMZDumguyo+UlWXNBWGGIFh6+YAKE6RO9BWSLExpp6dKU6Q/Rnc XGBlpoB6bjKeOQM4uMHEacNOrYIkgDS06cQv5glyaDBiyIO+OiGAtpwIeylhYZB8LtQpfsoUmNe7 qGQoroixSlKKZBUPwCo2Q/C6N4KYXzwkshKysh3FUYhJVNg7cQvOC90Ma+ro0bT+swAtfmt8FyR4 sxMmyPugZdFc6Ej5EVDotzLo6s96KfsYyf0WuaLkKrdAuuQ/jIVanIDZCxxZ26J9tEArCGxjh+JD FYwS+eBKhIT2LJWSLPfhC/OJVtKJeSXzQdp4e0fYUn40QjHL3OuI2n7UJFQ5iPisbz4Sd9q7mEGE WPG5kJ4UiNsF8HHB02A7uhBLkK4oHffyMKQYcGkIaSTJpC9yAcJI1qLNroE1DJAmJwsCC73bhVUp gDgEoi6RNUGJPAt60wnDkNVkoyVjizg+E7lKBJqFm1n5gCGKaTrDC+E1Lh4myoiCThPbIAToHw9A xfTkkipXsClDCBScSaHxjCYlUQCQTeR/bDxI2ak3RlNJF/OzJUUAHXeAh0EmI/aYm4POxwHf0PR5 9/poWBTgX8Kb8KW3XQdADE/+kQ+AHQriKgZkJKOI+bMD6IkQ9uI/+wE+5x315GgKp75Wk2Abbaw1 Rn5vMcEoWFqBdzm+Foa6b4SyjxS28dGNYGgwLhNaeACXPEQTs5Y6EfqnLCNKK44WmgErJIsh/skS Ck7SaPqVzIA/vjKLPsCSd268huJ34xfCZoh7AUrxZAD0n5hcY7Polj6GjMVsEI7CQr4UskjChUjG WlCsQFUczuQSFjW+8npEJjZ4R5Kh0FOIHf/CtJB7rwvUBCkIQVWAZ8sFXXJRmFRh7lwZCAb8Mw+2 N909s1QFjHpUOmFAr6yGxoNMDph8qtGNj6mwuwLkxKUkMdtlFlZLriYpNo4fXElqak5VAd8cxqYI Ni33hClT0ggAVy6cgsgNlTjr1DKR6drEKLGG91FSvZZTq3o4u2F21CQxzFCKuAiYHVBYNjKvwb5U MfbAafIHBiKQUEc0PaoIJHvqvgBWCVWnAEOMV8OtRZVde/MqLUdHbCjr9zdfoCqrSAvg6EXrjGI3 mpLmsv4ScZXiSFR1YJsbwQYpCTmaP0U3a0uFoKtpdWaVHjN3JHgHA9Z0xCSL22TOO1RwgSp0xv+y cV+D1ERgVWAJ6gzFIEEQQktW9XCeSiVy88Q4dOZDtQWCQRhy9eGogSWuuB8Cp0RiSvV75Ot6aMWn iVd7NHkCdyIyXqBGztn8yUJmD3zdCssK4yt1IRou+0jA6LKCTF8zPsTdRQ/1Jkx9JVfYUkOwMhnR u1YwreSlAcE4COlHyO0JJAnb6BgdJpJmgiiEx2EV+vQdDKSnfY/OqjEwoY968XNWGrtDPAlzwga+ YI6J0/pYoFaTYUkyCHrlYcKYzLqUWUqhjaDwiF7+pRZoVrx0ak1cCkFgzSn1Qnz2ncOnXzGMHQ3f /C1fcN7R6TOIUIlDABjJLgwCfBMHagYmytSRGvuY++yuVYeaLEJI382dplp/FlcQmwIFWKF1eFHW icz5i1ZzSovBinkAYLjKU+HC47WinXPh7AIPmQsD5viMxK0ZdtYAOwpXkh7aV6QUnmRAYxrMPyac dJUVZCLNIEEKFZaC4ZUxCQmfPpR57OjqsB7PYBudETOrWuAHiMISjkloZJbpxYQXn249rKCDiCs5 i3RoQcC1BC64SZOidoxsd3Kiq4FoKK2gbf5R1ZTI4g7VzrowzwiZYFde7OkVtrdF4UyQaZIhr5wm gXS9k7qcnlToYudWYADCaJm8SKb2GKXMFCP3amZFGMiKEmhTDzWML/iFCJ1bWzNGoPm7ZT5fuZuK yEU/zYCW/a+DEchGa477nZY5+cgzQi02saMh+Onk/7Nu11tWAe1EkijhpJNTqdZGTXWmC7xoddSk 7cwMicCQTIEj9QFU1jDiNX8bVmeGQDk7Q3QhSwzQ3kMxUTNmRVeXEXCc0mjRtcfc6GPER470jvaH Vz4PXuTQV/4xWgjmc0VJLIufgdCOj8B1BcNeu0w3lNU1yePhTgz3zeD2ThsutWKqMbUSja/Dsz8A 9tUSHYwYC8MnEts1ja4oo6XeqN0aHGqC77UadSabJBgNVWDLaKI8rLEy4SI5wGbl1NgJS+YrFACf EW7p0/1GRqs8RQd3KAgYn0RNLcgDWs4u6KMxIQNtwLgVwES8zj00eEg9820MjdK+cp8gSq4M1mHv mZd4Gl0xLgPlJ3mqeA6TlcSTyajaY2qsNArQBVNZZ4QaKrqep6hTcQ4+miiCkMWWhs2yc40idQGD AwoCO1s0i6rOLw7BEfhiey41nwFeep9cEXIIgkjHDM3YlGVgiHxutAUQtKBqXoT3ryUS1R5MMQKR 8ZN6ss9ybVyx1pwSpWl0ymi+VWdHrsxYhjfJwlLlPryTlEWe9y8+ph+bUoRdPd+tZfsZ4iX3Ifvt ZibqTVkgWIK/fdmhzNgSsOUXMaLN2JhUnGscURnDqH3RfboxDIW4DDY7B2II+72ikIC3qhIDI6cE g6oCf6PcoQai4CBRd9vRprorS1QCKMItHTcYc9wGv3YAVngSt5tP2OtDZSi3jFlFRmatZq6+BCC1 DhVyEbsXS1XsMqbaoCIMeCBctVdfNQwTuVhFh78rns+SI+RS6hVOAdxc7vDCPdaamwhjROAlvXkB EK0+rNMSfBcqheMayCLd1iIgr8bFt1Q6ATTIlaQ6vF0jgHUaaxUIX9rxa0Yww6Ytegrnlf+0csm8 NodpWX0ifE0EqMq2wFejAAwrhPxDpOL98W6ImeVI0lBVKyggQ0Uz1jEJqTwYmyC7gowPdJ3cIY+m 9ERzYq3YuzIpQMhKmQhWVwOCSJJ888JK0puzwQzF/FJ3qytaYJMMtwzRlYQ68iYv9UYUSc2Wi427 Jwo66UWGjv4IGrh7yQVp6qcCq3aWFcZBZZnWnqBQFzzFpraamzHapqVRwm1VslSRcy3nTTGAneTr g3raZJyT6rRctUeTLAcc04jMe789SG5cKtXAGA0xLNEbleXhcwKZ3aIu5l2s4p9h39B0ZkEcjRqG 8ocGBhs7CJwYC6lQIy+kC+MTJv9XS6U9Mj5FRZXDMkqnMCSlUjOCpSD5c1WoR6ly2JJne2e3KbWV pgS/ZYzkiQ0tWGtn+FSIfYC6Syhe+tMDs+wCR5d0AZOEYEF5ruiLaJVdcoo9BRDFki5vmbr+sGCd 2IPsGrfbATrEjBloszBEbMps32o1xvSXDFG3VYZRm6DT5XSzQxyAT/59QGEC0HZEzc2OJGAtNjGF uZNDasO+4TgfrQhKcwthvQinAnbFa7yIyGw4FunNg7gBSQudgh/3lDfJMPYRkSxv7HAd6q7sMIS+ DIApUDoS/tm9gkmFtrYFrjK/U6QsFOPsqIokgK0Ih8sUF0omokZEdBYloQMqG2DewIOAUlF2r22o Flx6ZQBthIW9lErZiAl9qkTIKiGN4SEv8ueK8H55ubte1omoON9rMhJV3CmGr3pihnlR0RSnX0EJ i8uzUFRiiDzcsIszN1ojfh6p5EIIIUDQsjUpiGYevR07P4bT6V5SNiLmG+4QcSsZbMksk6BSQfO8 e44o1G7KhZSutpDD7SBgKpxX5T4KVs2Uk3IlO2D87PPMmoURJkX7fsQfJGQDUuzJSGEDmYATeXax r/4m4aJuNgEhxIG5b0pbXBL7RVqCat5ddNGMwglwphFFiaAOcaEG+W/PmAHIlea9Pw49m7AwCdVU 8KgT1gpd0B9hDaUxd434JCHxA4iIJZVLg6DWji0wRYXEu9g/Tz46EHlhZGdMdpOBYnJFeW1RyLJl n4Q+nsokIx7zF4aBhBFb5Ckf0PLjjbMVoZUNzNQGMV37LifJwhWLNkfRI5YIdM5Wq4HdE4hAEnYK YAwjzCNiJbiuu7ngIUkLRy0FGKiOgMBOEAkxkBxIRVtDKnUsFNK+m4qB09UIA+ZsLjKRT0j4gKgu 0ALEMCthSD2wpNdqpJw5aOTCU8RfBB37TVWxcvRCGEpd4DeZmD1QPBbWgiSpitJpjWF0ZDqIfVRh P2huSRsZwCkN3WUg0wgzLlB8+tsivel0sCrOsWLZMOXEtGzh1Ww8CmcTV1Jni+4VV8k/SHJQpHK3 +LfMIJk/z88w9aMj04XLsGEKGU/WI63KbUEB7YqIKGZqYUgAszZdBVvesIJbjhslwlrH7GVTh3VR EGz89GucY4UapDAndhdVJc5G5h5MmYaxBqSaxGNjKzgpiwapHKfpq5caMGMA8xBCD7jNjPN9mBsM 5AettdmAmE5adDetgSbV2NIIVCAk3YILic2Wkrh4nWAlw6xNYoAa/s52cnlrOepa186N+8yQih/M bh5+X4gD3sAWopTLmDmqkqingAThYlRDR5H0Ne+XDBTLZqq5xciuC87KZwMeO9g3dI6hFsTNhRSx Bg2jleCs38W9Asge1dBlsWhBjs+EADAEvr69LIffNEBrwQktBCog+wDriKOyka8kGwjIVrT8tCmQ TU8UiuM9cuCPrtnYM8zn11tStbXLFI1bZ40AXkydTQpL+BdIMT4yCMoPlJmQbHLWpS2fxMn1mcWl l9wOskQrR7h46XNmJ9XUZjaYMZkjkjszs/BpJlASDPRc2lXQorcp9AVW9rCagHKE2gV3EoMYVjHY qczq70J+nRjCNIuDoZjXDfwJN18NSiLAyrYDKXVg0v2uFXoaB6dQah2RVxtj8egZyhWazOtTbZuU fxCpog8CoVyptC1oE3ItIgRmkvHmYvJQnKtoqI3pOJSy07EEtjkgYUlawrQmylyKVbDwQShwbJ8y EimXZP5ArTeTxTk6piO/0gZmiTBzvJJL1U7lAFWD6q/KOxUUXOP10LFmSjA7bHWJeYSt/JQjlU23 RrBMX2W0qjUw9vJLRRzTMP6OBqkYlQd1KRrlciNuTFKLVjcGT/4CO3pBgtnl8RXYm2CQONd2jqy8 3sgALM+3odmGaKfsrlob2OpkUuCqABXIQFNZoCqAqoylCierryjhtOFqApV3FJKimTm9zhLIGBqE fJZrx2mSCI7U1cwsTxbinC6qYTkZjtPxjwwlCpg5ydYBzBM5EjXeJCJANgXR8gHXzI5xBMhzNRk0 4iCiyMV32DBq+DhQobPaF3Qk/peOElCiwcE5V3BZnEhXVDNisjHhmliIdG5/LwOgClK0S/UENmYG boU+d9+KnjNQ/GA06dGAfqDhoZgEGEWRc141NqLdzdEervuCJ/ZeWk/pumPupq+IYoIgQWK3Argi npJXdUz/iTrA02JAAQSnMzIardgslelU5IJUNsa4Kjn6cRAjWzBqkKYYk/3LOKC5wKZLxfxcANkw WaabfQQF5LdGMwASs9B2Tbzn72RiZAGNWUb8Kc/kN8B4cDan6qvPQXK0mHCYpnpsbgyu4GfDq/zR GKc2hR10kdTdBILyumgOwx3bB4IGHMWUJtpqb5wwxBSjHvVxp3eMcivYhCwoW50d00lV4iHSKZhJ 8tETnC14QKozqVvHQ/A0nezgSCjTmo6JUAk8u1sXxXVgtPGJof/6F/0rIRoJGlGepCXy5sKuoKtp DKOkVSqDiurrgsUaZTb8moyxLgxh4oQfnTCh3qWNrhkH50C7g1iri9uf3J2KlElRxXAz9MwEjS4Q z7xMFvUGMCz8sC6opPkJr0lSlG2Az9cV1p3R0xJPIzeC3yjoPbmhk5L9uZw1L1zgxZgRZgiXE0fM NS5hMzyqu0Td+olSTWMifwtyLMcUaqbj8EqrUbKyLbYQjlhfVI5+huIMtCNXQtVauKr9+M48jKFK l/HDgwpIhHYQAEncD6qgw1NHnR/eQ5YR5hJhqKbRjESOCKGYYbtFe7J7OVRkqR6I6KECjiLbiN2T LJEHkP8zRLpEvRZ5mwoES2EAtH7lQTjGSYU4ngZhxAnopMfiqRKV0WZsTJ8pbkF0E/PBXDkJ58nS S9JfKkHFOl+XxnCa0Zyst8OElmQexwhDC4c4vEbuaT+3KKy3L2Qbugh/ucA51SpT0SzxDMSQDUVj F9sQrg1cRgLsKwIGejKTPUg8qLz5SAizkwlN9WIEQDNuIOx5mXCU/4E765Hp4AURJ0oshBA2maNo z/I9+yWk6ndiAzzM3Nc2q8/EigSZ2TZOlzeROloI5lPciONRBELWH6htiU7uL4UE2eTVqPDMVTqa KgRmCm6q0L7eLGwhFnah7oVmwauXOAgIyApqNizxgz6pIgWUGukqIpk2Xif+lZRLjrApPAsBwGBk aONJ7WeKuI0UgXgsd2bqUX92E42Sj4RQ0mrIeN4VsGH32Zk/fom1Jv80rVcgTSAWm2IJm6rHQi7q QPqNUwELS1QP8LlYyV+4pITuao5Oi8fMSC8L5fBlNUbD+pcICaCjNN7A091K6C2TVVEBIF3eBpAj MyNa/j12ileruphIHCE6l70WL/MJ6b5hgyc+ujYV9l0EDrsKYNU+OF/S3LZk7N+zCaTaMXRLaAKm HMFP+66q1Cz05WoqBxMb8SdBkLck6eXURZsC4zSt/MJUsn+X88Ms1KAmsDk48R+KUUslR5qQSzNq gOJMwVQiFuOghEBuppjJfzzqNJstjpUvlLBHE6pBadv923qNdN9TxgQmC+Bn4nAYww4gC5bDgAs2 AdHyPQ2VmWgJk82TIZWPOXqTEVbKaCiuMQaUiJXytp1XN8/1QBV4Jsqzi8GBBotgw6oSGkOP6WIB U8u8stsdsW46vZtSk+jtDJq2Geleog0vI0W9zxe04ohZTLnkfL6rWJ5JcnS5UUkgmUmVZChaWsGB 0EyfMDtDR01wEi6VrMuLNACyJwSzepGYzscLnbAjinf0GVDAqT0hbP+h4lvcV51t5RoM6IcaITtO pn3RGUdIeumSv30ML3So0l7C9H6P4HcHJuu6UmrQEWr1GbisdF9WrvwBpoon2qOXAQL+5KHpXwwq 9DE4EIhpy6+4Z1J7lgK/3ZLElcSRjIJvd6GpRXbDmMAj9qqkdvBqj25qwkvwFR2txkjk217/YXNu SayepcPvlZ2rq7QJGWEL1YGHgxQ4c5QSFC8xF15EgtYpg2Qzt466CS8w0hFkxvkC8SLCWSm+uLNW +DrXe86L1fNQJj/YmzLmtJlQPV3jNEq+/vx5ESPUklVOszpej6QVFgnPYgrHU6CmmS63T4vlBV5c Spb1WGNqK7oTbczbfgm0cvHsLFOcZWKSeSEAI7MTuphhgsOke0iSDOfq0pViHijzr5kzqIrZJi80 cBpOPm39yP+SQcchQkSo4e0NXAMRqkoIs9LFhJF3yutBO3FBxFaZWzEiUawsfcdcUyMlxPmOyXOe JP5nLhKqBCBNS+VjHDEhJ9lgah7whev4dRTHlUJhxiqryfb1+g8cz0glzJmOlM4HLKR1rjViFtV0 BJKkaumuYIDQEJF1BTCSGbzaFDnseu6DE0ndCA5ZWhypFE83fxCTaLmBrcZLVUG6oHdBOKmbUQIE gaAvxiFrVWzoR2kFFIg9HND+Ot3SwlhgngiZvypoSsP+z7GAXtkI9dnGKjMsF7zSRg9RNlinVHUx G634Y2JdsiStJkUf2sJiVPWhMytOZvziJQb1cIvKUqqX8WRf1MSoaDW1lJi6obqp07WWfjKPhUkQ Q8aZFIOkjSwxAJtLearEuOI4tHuUgPlAY8WwlsqsaKzSlRTpl3e2UsLMWi9SHmsuvnIh9yEFdFlz qPAI1QCroEOyshj4Vkr1HWDkB4OVTFtrwinPFOQTQYYB0ab6M6pEnZ4tUlKzyOvUGmdEuNISnq+W WMOnJ4Z07APojF7RLCmOW7GenEIkO5Y8abdAIsyzuGE/y1LY9Pe7zTwEI95luivTzb0CiVCZMERA hIaNxerbdeD4FBRmw6HAhtXM8fi8EgqNz6nYColNGtO3Sk4W9EMp6tKaS+YAceBSGTOmFaxYwjNL 8pfjBkD/JlB4nLdEq5BHa9hr5WMNK29l6Ylbo4GL1iyZhhzN087dnsIu9pidz2L4wayUsehaBqdl RnMReKSgSpVUyqm0ZyhUGYpMjEZV2b00LoudRhdwrG8xBnBMii+dlmCUqjCGcKwEeLLBOFSCWRIj UAyjhV5G8wSo/GKeljUTFBmWLZXttmLCwIvQfNG+XU5l80pPFT2CvRwEXfK/KZ95MhSTBpzAGFcb 3HXwRKqqfux/JjXikBCguYl8eQ588Ut7wU4J/hGwOEjyCl2NPbOld0qwYdzFeFQVDQQEASpGQBBX 8tMJcH4OJj62bP/kpfvENM74mahVqTYpAyI+MWLWblbU7NqQwjYbkBNGBtEBpcCrIJ89zNiYC57N Dow+sMwpAsOyfYPhGyECqd+JCgqkQYUVQEbwquQgTDEqkBqaeyzXMAchiYQoQ4oi7TLqHCdRbc/b p+1EOrDbRkjC8JIsHC77Pl4oMUgSV+FgPWIZ6QBG5217b9H4SE7KlUxGDmSXQPS+UVYWp+dqsc3k jX4t9svFV8ac04zrUi8ukmgEPpF0IRxBBJlqLC4uFTKJb4quQsS8fklx8Gs5b5PAlq/JtkmxD/iT i4GVDG77cNPCvaGJrOJDfo2EVgEZvlhHL7h1sQIoqk82vvSeyvRxzc1LwhVuvN2xIjBpNxrIqx5c 1FWQNrKKfS4vCjCdvKypQo/gpbqsco5DQ8FfbcexHm8vvcnszUEfeocReAKihJ52A8DFgVQhAkcg QdfoggE6hKeSxfU/VYQUWDoRQqQkTli6CmxjV5f2NaTwoSpHr1dbQFVq3CEc1VfodRzuIOgiouIz um16BFAvgml7FzNC7sgPiqdswsOjKkxuVBWDEZSzA2baGzAFgVVecNqwzlsmJ8YFzwvmkXQICK6u tDsJiymhKQJM+TGFwL86VyOepnV6xvQEPiVWvSPrWc5EDqGMYToWzYR2WGZb3AFCskBhNY68GZtu GTQB8Cg77QcMtI2Wlvb1aMT7DdirFtIlwqC7mZKcCmzZqeDK2vsdeQqOyXqVq2Syux1+AmxhGaah WzGg0bI3yefMYyMlAXDbMJ3ZYszkvCbYnozi5mzCpsUHZ9q0y5GZUNtnnP3/Sr8K0kqmhM3VNBo3 LQARYBQixRXEC+uzqImaW9yHqTKyRJu0pR2O3EWgZEEf0gIGb+oDYyNdCt9JRY7A7xWVhMpAmmZt ViDgO5FLukWhmczemzil0+z9epMmJIOBEQ3cIQEAj4AuXqy/Eh7y37DjPgroiBcAr8AmxNexMmHW HUKRkEQpnIK1KllmCkdgDWHGWZusNWbb85mzFm7lN3NWYyMWHy88tkK3ELsaQCZd/sqIpVKBGJUo fJKFtVTA1PUCTiIAgL9eg+gtZiFFulqzaHUg1UnTiB8wJO5ysT1jAN9SCTeLnbQCTJ2qNs2lGRde KQCg+RPgIJQh4TrS0STjQifV0LLDjpEM78a5bfjHTeNV0RLlZnHSQZbqRcOMRjRvB1SyRJsBSIbR 3zAWpLLIJlZs9xY/0g6yUULT+BBJM8fPrAhcBWOIx+dvi1RhXoxyPHVbu0WPKbAA2zXsQR2Q5v27 a19xMYkf9OctJWykyBQGLCcqYAVq6k968MpwNFEUAdPCgLIy40wnqk4wBZQGcFAICn1Nl3AUriQ+ ps+f2wyAL2XYRjewDi2bJWZIkYbmVzRIcgGH9W2VIV1B0cV8bkwTAWTQ+lwq0aUQXEkNEEWH2QRg 0PWWFyEyy5X65Sl7dQV2YgNC13DRrCgxshJOVMG5YpI2ijSDUB+0YmMiQgihJs8CIWQAjD5g4Aoh IowBdIiLYIp4F8eKYUoTUCJWNV2BWVDFT7wjmPGr0fPsoatxT540JoKXXmmiB76gkVvklSiAEYSC J7D5pwhB+Atv6I2IE8g9CvrxKlyW5bmYPJRl0PwGj6gaLvroXreIcWG9CgyxR6X6moemENx09YAS AUEJsEof2Ydkw1CGDAX62fX5eHI/XcWVXBKDaS0YH58aF97m7k+0pRstfuA+bdryDjB8wEBUon2k wOfZ5Ixk4yl5FQ74FpyBYsYtWhE1fnczvbIp0wmC0OFfWTt8zmznHJpBCTuTTW17zTRbCAZ06fWs WYH0Ucte3l6YW0vtoIeydmL56tmEPaaAUwYlgAArIkKujrAxeFLtd2e/hDL4szFoVelnY6YNpdtW ZqJ1YQJ5y5vVhwSpsrdixlzvlmn5egN2vpmhC8pQvFaFEaQhgzfsWpxGfMPStpxR1XgyBLwk0xzk B48JGQiIERljgsAjaSWtd+ByPUFLugenVK2qW5Llf90L15MDXXvdTFaEWSAnLIllLkhPDSCS+NCU NK7gHMvlBqaOFKZxMzFIWwmxxmYUkrFRa1OxILBJdrlDBgt0W0WS3NI9mOBLqw8RmSBHLeClYNid Wvlo2ySjbU4ZC3iIfrnG7Zd4qLcLE5Tc7U8Ew7YdwUYJpLy37D0rBHvdgVQiUa2VNpZ8gx+LrKm3 TLMykZKLqrXrn+9KKZIoLO2hGJCWjSvUsNgRgbkrKUboHz5XU0DKqaM95dIqo5HRoy+sK5nHPKSc FkEViNF5OSxkHa0hkaSnPltwL8Wn4qCtEmsezArqOJVt8F9yxpwSS1kchfSNZUgOmD2IaramMw3b RhdSkn3pdKTEzqQ1eSB3sI9UFY19zpBK62Zk2JmKuIls9MJFSM18mPgUH+INYq50AE5Foao/hli8 h+atX8Sm1JPUudtcZCihClXmNUMN1v6SARgDLhqauQcbLCO4qNKVZ3WClsIOQimMJEZOXLArVcaL YyO56lEJMJSKNOxlpzWrYFObduUD96eDerbfMgejNoQb8tk5AjdPAbxtt7Y9K8boZZNz4mjn8/fH r8eCKz99/XIcnke2fgfNZgLPGtvN3SZYhaTOdO1diVXktv/bPu+2eNMRZ4FUBDOuQ4f94FMH2EIj FijoK0z1/EQnz6gaKXX66penqD+cWVz9i7CvoOaBidSdWv/StSpDSWePNDQq7dcvBVchQZkeHvjr 5HMi2lOG7SF3/LLSPmlHnO5GJ+Ul1EGuTsPZxt+6Gcl29YCsnBZlWnuITlyGXb6QAsvd6iccSLHN hzYzk96AWeGgiufwxdxC9PbOQatKnfl7NSEIELqXYpL/tvGbvkkfTs9wrosTSIIKvpEUUPU+R3M4 DkQpEPCOAdGJLsHFLvTej+m7QZ254RzsUdUBQJYMvtuGT44ctKKJXXjOuH84byTsKiFG7nqCIB57 +sNcLirKxQs1Q3VPx4b0lMqEwK5IFPHRMgdQvbwy1ElIx2JXh7SFWvWlASHizJPkBxCkIWHw2SKH Nh1cQp5malIr9CQelQ2hVhnP6Ube5pnkRAAyE9koOorcLI6kZ3jjkRrHrWhh7I7d9mQH2wJNqFXB obqGYkPZNagVIWiAm6sy+UxOENk0LC0ywawGTdrJ00kLzSAGVQSzbW4QtCws1YWoh2XYk4rDmENQ qskWpxQXkUrzdtYSWJFFfSMLlfWCKbEpStOb8Xkads8cISdkzTU1KfpJ4F3NSIKoUs7n443E0F9q qBmA5kGig3ZJveJzi5ItozQEfekUwVbEMrYBhRsoiVAZy8QZ0dk29xvEGUXZAEzKVLZo4D+D5R8M yb/qz+QCk5x+PKztZq4rtFtN1u1wbVN4NiT0kSFrwePEHSfjVLWjPylgKkOFV5eeaPGrUYW0oGEl v/FoJKVCJu3VBgMMtElHohLzxAARlq2KQ63ALCqY0SYCrRXe7pJ4HOTkmxebyENOo2cQ+HEU1Izg TKohGpZS1AiV1ahj7iKjhNc90sD6swWZsHiRqfRYDQkEANbohue802v8l+XPyYgLqjzyGmY677ww jOZ5Cvc4iEL0Atqe8A1CnjBHm1MUQvDWmb0+8kctFXWzFsXBLhtKxlHFRjTF+fEGFdMWk9iWKEi1 F85FMRA3xFfyVcJf5VlgQthIJgI/mJGgQRc4CgsLMMW5GgvLuw6LIrpSfr+7U9it2AIgUTKMKgnw gLqAXFBYkCx+BU+FHBUPGRJgIhZIwVO2Vg20QK3MUOQhENWVGrZS6XKZb0+GghKcYVyu9inqkQEQ ihNoZYeFmqV9mvYh0pnIy2sCJSRFrCIZwCgCSH8uLWSP/FoBqJj8tnpQBAEySiJYmQfXH4yLi8aM ott0SXy7ggwwgkQYXpzYZynDyhiwSdoWgWBi0C/6zfgvbpyAceVkuFPKM4/YBZ0kHkuKIcO9JCrc SnCKB8o96YIMfRzV0KwsDRnAa3rhrj+KTeZkKoFBFMUp1Jvy+s1faJHeUXcBiSkjY8axLSB0IwuX ZqfXrem0TEXgmelMSHrg/4xPCzCMSdqqMdSKzV0HHbAWiAMTcFmadIxNZyndafDMH7lNxzOTzWPq Ytz0y/guEA+KVjRVAMsHdT5ecdQxNR24BZJMQqAaqZex6kuFw6KflL31VVD3QFwbzhFgs7jANMWn gtGZyAJa9i8+guasNmhcNgr+fAxkozL68D2NWnyIsv4SkmQA13wgil1aIkmW6Hyp+bIGWkTICB3R SmZkRpNaDbCYrOKtgUuf2GOiKNfONAlyKQby5USYhdosbQcZIk4qNDa2kugEyZ+pXg6B7pWqpFuG F8s/gRdJG5JlkJilTZEe94hVNalUr+0OrgcwKTzyKemsPBxdGQGi2z40gbpmNUjFE0lzgfNlBorZ 4HvKhP2ualJj2Ye69rqwGq60fZSQZ3yS9giMmVpFokoBgWpWth0jJYFpMTRXLojECJ3yah1r3TWA tJb5qihsjEoMms1WUI4QgGA9VAK1NilC8Dvmlt0xZyXx4ait2/Fot0qPsnGRFBCldvxhkBpG1Qu/ KEWmhDkr446V5o6xYEwP/W4QFmn2Hd0nAJCqumC/Bw5W7UPayEsOEzSET7qqdZgp0CN6cJuirCb4 AzmIoXtshcw8i44WMQpJta5d7NMj/c1XJ4yCrhQ8eTAxWqFGC1vpai+dJLNSXI3DdbIS+lUX5QJt E9Jl6XlAKa2IZObL8tPYZyZ0wO1oBX7oaEiKQ3sUqmAcMn2BIumPGqAH8QKb9GlPmRm7zUsVurO0 tIAHz26kOEBPtl30zDNiMjmJDTZ10meAFAl56LbwxndhCeB9icwnco5dhsmmMDKoJsZSHBMkQ33z MYhFa+laqsN89RgFpMZTk52qxXBJH8sikaQiRjk40+qDCz6VLLeXqohAms9Ojw3AnF3NPqgQYb0H SIHE+UJmbGldA+em+CSFYJTTT2dYQuqUxKBJGlENqgXHiV/YdXBl0s4ZGaVCyzieWCcYoqmz8j75 h/OwZU9yMUVxZTHvPwjic8bEfSPkZVA+vNEEsPMR5WsIJfbR22EsnkXPE5zzV9E/V2GU8tk8EEfl eXWxnVlkZj0U9gypl72ifKoG/hIZs1SUzizT6Z6cEjkflwhbtwIJs10OeL2ieRfJOzFIBEwuzGuI LBdh0NoFsm6u7LwabA4Clm43Q84LVAsSIYxTDGbPEMt08CTy5d6LGD3C3TyEbvN4MFyiK/Et+yN8 zVvaluUEEHHLPmADTz1Gp5xs4IlUVx7Dnv5lCAtW+j2lnurEBTyrFseAV/uFcrqXHyAlKXtW9Vx3 KVVJpjn0STqt1h53hAFcTrgCXCjgj2YOQHcllUjiPFiHXu4DVWTLIOeXS3gxu2gbaXyxmSTKl6lS Q6P4F5EZjQx6ZYfGyE9jVtNlK0u6Acoi+Tz7gRKi1ZD1Q+lpTcxgI+CJjrCuR5E8CPFkZjD6IGBW lq9H3wwYuJMhIP/v+eNchq1a6BDRyAj05A4t3hXXsL3lDfQYOC03BxijwUhmlTmvE9rn6JE4HKdc KpA+iLFXY5Nia28Ilmq6mgfXIEYgRi0zXj2vN3Mx9DEDFPCu8BWqrGP45ziy9vihc9BpxhdkZOEM thNXZJSY/O0JUZhStqXwRfR+xMmVPHnRqpra50+3LhiU1oNKBBosbwQwxMaWeJKEMe1TmQQLZ4Mh OP2XatEUkieWCzx2LCpmK0hUvgPG7RRjSRIs9RPlpmxjzM6mNG0fWWpsSAX0qLZANzKSmbM3gSIT 1M6zBKidjwlE9NHXTNR1igyudLYtKUeD27VFP6tNMUbl/oxAdQkamTFyV+zrNGnnGBQ1FhEr6XS9 EkMHsCpFKKwpWzBfwlS1Dv/ZCg6jimIySNLZb0cqVMexcVpH8WoFHocPKFb50OvmTO91gbmFKm6K OxTNoQTiUm8lU9EyPfAd9yqInZm8S8y9+UuInu2EQg+G6qu405vSnMbg7IbOy1XH8BR8VRoFI+dm /N56ldtd+QkQ3w2ub64RvFE9gL3xrdlQwe/F+31n7rJ+LBZ4wbMNq6adDjY7LNIbFYNy/5EU3g/F JaZg8FW/qmrEAIZ7JhFJmQeg/xsiIHNig4NWRP1m/5dtxccqY9AqNQAgIiRDKnw//yJeD/zmaDQp u9Egouf4kIUFPlVZvFipJNdLeFA6v0MCBcbVHvkO2N+dbSGWyDyRcGWonNYKF+Rr1svdq62MygMS qexPyGTIfWICTjHcFDcMzoWhClF1FkFdnHCbf2MLgOkuqUOxHa9RloEWVEU7FNIF0zt3sejiT2Vk 0oseiXJadNesJdFsOe7QTOhUgihVxHASS038JdD+r2Ju0nhdApJIIiO4eYMEqNJ0VWN0MAH4sV4b ZUOGRVlSPTURYfSMGZsrb5kgD5ZoRIv+2+bM2JTLozv5b48dOzPMGPGvM+E5vGrgmyd2wdaRwwTY uwW//kR1xKtym4sldafWylGQZPLc2+W61xHEHarsCiviFYW/TjCmIbQ2hkoVvwn8NAO1DWu9BAFm YfJzgB3qE9hIlRRlgTI5EKeK21CqoeaEnFvhhLIbpMKFjFLcklvpwiJygglM3jDTmBsDiu33TBLL LfwolshJGYfZpxmyLtaQ0vrStexegb+m7o6bZeDuyGbGYma6HQtz9HiNJ7x1dg1KIjKw4WorRC4h f/HtwBYI5XwoQmJEUFKEgWSapucoSnmIfs968HEFPJw4ROKsiWa+uQIRBpcgm8syhCzHxOv7XOKc oSiU9zV3tpQlTYm5w5orycOV4i5eVMHTX27RVlsipnyHCKv1Rqta+d9EPAwaoWfuE/BGK9/KKVoX pTpKM8jmH7kspkWleriXQpswNdcJaMY3Wu7Xt0CRFpuHMHdWD5Jtap6uFVWxPZA8Hn5cf+6fh8KF d3vGOP3WSXnDthyoxMUuL8WWTKuacccRtuzJkqv9fpIvTlrZrPQnMsC1LM0X1bYwL78FcKoXUQEd aXPJsE3HTEV9FSTacGP4Ynj9c0/IVcPSTGayaA/RQzpNxSfl8spKkcSEjFDxXLxK/MIOMdEBXbCs Ik1V1Qpu7M8EjOzBpOU+NDB2oSYaLsN0ER+jPbni8YtzBBuJ1Hn7z11soo2cGgiJB8iz1B5zq2BY wQFTTCubLofpa8i0TJfmbn2vmkCJCx7tOEqUFcDMGeFVjwgRmuxURkwz6dv8+bMylZIiTTlZBDYu KjyqI2USe6w3aXSZfEC+CAKoST/6lcS5gsLRpc0MWKXeWGYd9SyVQ54MtOvPQnqCp5hTYcdnYCnl dxrqSpjl520YK5dLNEnv9h1VV0Y15VBDmdDAsYZ8vXlYo71LpqxUs/0wFWlNvKdTJ0FEzvvCbAwq o2kngwqI9H37ExqLxJLtIsCaD4vKN6USlXWTRuyDfkysPoxMSaFgkZYl4YWgbmBc6vX6OnNRtUl3 DBcPuwdwW9EScvUeV2mr/Y1UAQaaYXDnBmpJUGxO0lLhCCnA2p6LXVG/BWeVFJtdK1vAyxhF8/BD lio8CqnoISCu2pY6KnDsgWVGd5UTAyIjOuuaRKKEBoCoUFwlxoDApEEoZn9juh5QbdPrCVyb85AH q22odFOlol18yGyu4mV0VPSAf9h010Xir1GPGReXux4RWAlbUbSJwgyUbSGKIhEAi2rWfj7bMNo6 kmW+pBHt6GtLT791iboZj2FTmhAbpB3Rk4RWh4F1Fo3Sp2WU0G9yiFu45oeEc9kziXSKiKcuqg9E v6bxPdN6FIlziIwbjf9hLIUy/GaxR0aiAPyUha2uFR4UKjOk1RA4MGbF7+z3bxXW0mFffjLlHVvd OxjEDK0nFiS6yWH789CEirHS/MYzjea3eger8c3eiV4ZrQpNfHJZZ64bREJx8V+aprvfra3VZmEG m5ZPbmFdiC4m9D6FjP5qArQODABgXoQPQizQlbAXwHauni4Lz4QlBu21C63cCURA5uWqIi1kKTqC h9qFDEJQY/lUINo7FLYQ6Q6kektDxZ6mc+RdK+3elGGNtUAXiKyXEDBDyJPvgRXxurho82ceixhO BmE2njWgo574ooCqEorPHcwG5YjW8iV4IGUc86FL68vFUUWlGGHYccjgFq9jYkftFX5na92Clt4m LhYtPjNk/MMLZfYY5wCZIM86nyi06NJ4Mcf0BWP8i09CvgDLe5idHSdFLn3+lM+ClhduXSB5M5Tw rVwMI/h7vsk5X/6ZOXYyrMaaMwoSLTkIYAuG5yT4PdMXErRAmedQSFzX8b0oi/DkOoPHqq+vrL8g E3ZkHFs4hcltQJMsgl04nfto980oLAnt6ELl0EImMWlSxbFAYfy7dgwRLkCTKzQaVIqsWN0ZecMd pVVigUz/F440XcdnMbm22FZtQF1OiolgBfzLVaTdGdzO6Oh0X0YuzUyDWZcKJcjhGwPQ7jC3/Eo7 AiBFz+yh7kImu49SI+I7JoKhQI4TVLtbXSUC9cGMNgwzOVkV99iruQW9GUO/BVT64eBqKQwvwIFK XTCE9wQ1Noc1SFJR8ZWOoHUF5QQVkA3agPUhjwtW2RAAg39cq9ipiZOs7JsCLoAbWhNw4RuXB6Pr VbWqoC0ehoGRweGnUVGxrV1QPsKrFygiimlB1PKY+XGkxqIKR1H2qt8ySMMY6J2iVu0hnPXKLZlP JGStwZjMvY5FPYmN+UrojBVOJCg0E63DjcxRNWSijlqNR/lWuyBL2TMJLrNjWBcLVlNFSuFPWt7L +yhhHA+dRpf8DLH4Hj2PtO9+QSOlMKUmrEFEHZ1aawZkRLRMQ8iIB69SfFbyVjhdOQUpw6CSjqo4 flYnZy3IwzCN15Ea9dLNhBOWAJwcBf3gzz75JCAXQZaGgXomxmhPB2XiAOcXCstYgBQq3wAE3pzD yDo1F/dkWNTDAaD2GvAMLkunAVDc9WWab4RVMdr5PM9iuGxzTOUz2FhGlcgqy6B50sNcpdszNQQD rONP9WseIjZRnvkXV+xpyddISzc4BvnEhLajhn1gqpm7no9mEg3sggJIQ1Yc8I2/c9wsHhm620bM GrqRGGelqTbvyYAjNHdm6HZvgJnZNkFvGwJqG1rM4KJrOQ+TMqCRXI3I1FVmwLS9KKHMTb3//GI6 N4Rx9AuEEorcVxUuhOW+cW2MrvZCOHB8CoLBjOdkTQyW7GNQ0i6G0QDo+JQcFs9jBE+53XRalCng smstqRAnxtwIdKHhtp1jul/RHFtTmgSPHlmSYEKSB4OQPrgRoIo7Uw1Ge0Yl8UAI6jDnwfxkz4/t hZ256HX7lwLPjTafgVJ0WYIMohI0usm/tG4iLyBCFDs1ayPNdBz9dCkzZaGjXmbD11ajgzjdyRzA lsXA/SwLmmJH4ce6keF0F2YreYVnaXZ8b1ONEVGDODI1PCYCAycbVm8Q7Wt0Y89Fm1m8ttAuv4OG aXMWYmAo6lz+Ka8oLSy7LS2FapCLRE0bLoLzdJlPsezUKjBVFayKPt0SkwtKTV12ZpTWqpjFMg9z JAY53UrZjDxKNbKb3umbC2GkDQPVVl7ZHLA5ld0IRgNgaUupsi0ffSk2BhdRnH1qtbUiVJwujIUz cSs+hQG2VxUv/0LKNl+yJ5QO9RGBcc8SVdQxApJT9GQ71z164xeFUei3zQ+h1Gn597YCrF5qdNju AWSyADSUNA5pzuwgj3clZx2TN/tL2UZTkD5Dx/+5I+oZnxOEvcGQxTC+Uqg+iVnBOUVtTHKSDrIY Qm6HGYKTZapOWLC9ZdxKScBVTp8nAh1QCwJJjgGAQryiaVfIYaDYY5k75jKgrp0pfpSLwyFLanCz Ex8kAg4LHLlyi27ilb03ypauyGcKHghXeqJjXh38lRYV3+TmbYh1v5VcHu5bflUNDb2FIgDI4xRO YDCzn8j2QFDumxaVtn96nlgC1Og03PWoQQy2E4ucagx8aqtDuuvvDFChzq6xWrpo9xq8xAvc4WI2 gKP47FhlAZ/CuPNUOwGicSVeCR7Ry+FwsNSgqCYZcIdgOD0v6SHMRnilMXnSymPwpEF0ZJFbKX+f kTa0m5TaGstDcoVkUvzSXmWNNMPuox1pD3GIbrW49LJ1drBVndCX3qBc0oaSGKMK4UvSX1oHTm0w BJA9DJXhDUglzZxjHlhDEXIFyh4tzwUIf/DCXcIJYYhkDGhm0sN+M2IqhWCYTbJKUxKd+GRuYhyN 01Ifn/EkoWkS7xwJEIMDSWSFaXkxAqNZs3/Y/GnRjpP3oRCH2GhvcNLJ1vFWbdJUhBbp9Ba5mZ1E 8Nt7mbbmZqo0WPGe2a2mHsBTuQIIcstElGDRSmlr+EO2/ccEp7Dj4++jCneE60RohlCHVqOM2MEd IDcgfxzx8oKZcJOVC+ZqkRsLcveyrYI024mZA0rnf/Mkv8V26Vjnz1RjpMhZG/ZHAyiZN7DZelFI GowghX/8nRuwjqOUly3jVjqAiqQCWYlPIsAQARYrSRBqTwaC2o1CMXL3Kq0omqoQqnEGNiJHTN8X zSoq0MEMPT21jFsFErApquVFooVhSUiWNntLaNNajOyBRkMCy9W21k9A8aZEhf4RpoogyhrEdVtl MuJzBM3Yg8mG0SD1qWSl5eqsuZwqPOGKipVMTx4EGDRTieW61MjzZQHWKz5If++dx83aMC1JcR4k H6hZr3X2kaWlQyT1pSdckn0WhFIpeGZwAtxQKj9FGADsjLJsffaK8EyNc76VsmRtZtMv25vrB3JF e7dLLGBd2SdKEgmkcgUAzAoogB3yIKV2KWzDAxrDNUjFGIZPbzahkJmKwNRIzx4NTiuRMG1ULasK FZ7Vzb4uylmol4flXKsgUW4Doth8tcqVglsL+YEHXfVDd3qiusei2viEm3lgEEQrvI7GmNxndtVi h+F7FDjug1rPKnVVzPadIlQs9RgoMhovMHsyGse5D49kI6YiKvowYJD6uFQTa9MVxMCQ4dwjzCGV FLRZqgEjOz3uCfExMTtqsPav+Y5v1DkPkjHPQcRfVxXaGkifJB3LcjsubI9oaPjCGKbngrUr02Um CtMrNnCVSuY8+3+B7vHX7vspByUGuQrs0dqEr7lOw+U6KRliuOtKwWT6a4qSyLMvapY50GZOjNUY iFxlN4J3sFuKKm8msLFfSRIxkLaKKdHxk9HNU0ToSvG6zTRlmg2HAZOgbRsrUhQsRS8S10Yyu79w omOgTIpueZOOF4hmWqBVbpXae4QcUL6CwuU2r440PHiBUYbB9duFuTArMBIw8djx2TCLICwLGsWC suMC466zffQD/EGVByGSDd6whOKA25gohSCkWzMQimw18RXkqAgmUzOcYcdoTw98GD/ZDW1z0BPo aaZ9UxXhCRlJtOXMkFGAYQE6ApixHBmNxmLEyx4x4xTKLWN1xyvbek5T5yNgPRubMoaN2YqkPVzo vpMcmrw1AAAziegFv2xj1f6e9YMqBQCR2Z2SVxk5ve/BcwNSPOtBe/sXQVgJObOm3l6l+sXT2YTQ 1BlnT/k5yvL6n7jcU8ZvIKB2FaRNhLmOL/jqJD7D7L+K4RkUUwPPo/ORz8kKGAsKprBhhX+B2FBt mY4XIeLa20uegcz8p7Nkd1cXwNH2V887qnpbMut5SW9omjugGmir6YsjIqrwpOesyWa23hE5fAZP BfXXvy89tug4KUDupIV0IavFQmKixKHKO5AuRgce+Dt4QUz3aemko4Rxtoc/PR4eUWDddYoYGkCP fIvPfEN4opDB6kFgiwSMD/PYHG1KZ0LTNcs+yK/2/+fLSR2vMpMYit24b4LYh54IBGug0mJAmAXf fWUML/YaAVKniydNsQGeEcewGlxgFmv8y9Tqx1J2kEBDkifcMNoFiXDbRc4GyV9fO1pZK9eR1JkX rkWlN3Ro5WLnI8QyiBtDu0AyQwBDabzj/a1zQYKuuj6dQpOwYGCBpG1Kiq6gzHHwI+S8YFybaWJ5 DfFISFKcETkjlkoXWSB5mjJNQ+7sNT7AI1E3JVYadpFBNuraExLABrVOeFUCGjnM8Qrr1sci+Gb0 cH0mER1A27qb1ZkEu7tagjyNGz66NVhCiwSg49CcEBLLUIhmTgpJC5EkBtFWC5LTEQ0t6BS3UNs8 MKKwmccVJlZJ0gKjDscoctGLnehcjhadCOeMz/X6EmuMu+eENQG/hcQUPyGlKc5tMLsJ/IbZpmTZ 0Mm8maxAymQxUGyWwf20lJhgkuukiDik9uUgjFAD5nlTp5TUZ7Qilzwyh55U4IUB2FVk8a+BcC57 lvmNDVnKcE/oHQmNc75R5DwEBep6vpcq+4BERuCCShqW6eANYzKl0FKbpDazH7PQcqKkOTOrfU6e 0R8IvHPfTdexGPk1ECd/DVjmQjNRXuTZ9uZYqrOfZAvQbVdH/xcsAnDnrbAhWNtCIiF0pKQRaCxY kIkLSMJjbsWW3FNShx/acBHQqdfcJfoDoioKFAxnnmQ5keUOdlITcUyVCkRwFp11P8ipMmdRU5H4 Eg17+mkHJ+fcw24MSE9MkymuvT8+Y0oeUfzoOmckxiya8cOj5evLHbguKPe9u0gLctMbQmzi6Ieq E4UFLjYINvDObgtRZF69KMo31FD+qGoXPEkEYXCH7xtUyBEf4wJ6ILzohaxQtFTFTaNnSJM5/2V0 SC37iGj5+dKH7Iy450R4gqhCg2LjKiwAFNbyzoHGW7kDF/vJ5WgYkkILwQJM2lL7CQ/YCFLhB0IA y/ZCFcSkQkrFcC1uM2B58enbLUWVzRVPiz9pdHJtKrGk3KC9ACfGi4KaIChtdhNlsBpmwYkkeqAi 4Yn0baHINuoUpc+A0atwvYUbbQCJ+37c7dTfgHRAQ83Fl0+qt7QCL1ElZpNbkiDGS6jMIADFYkJ4 yrGxfr4sjdAiOKUwUxtehpzAd2dftBidASsridDg2ZHjyQPbX+ekHrrgYMiRZWvx+BJTGJkIi+sq NwhttqSFmykMZhFKl2BFRLgucRl94kGysalAVh5wXazd/+okjMqZ1wRAFVySk6i8eIx8+CzPhVB3 k29U9JgDiJCsKB3xE+BIKSNGRb+TEBdlyv/P031gN7IrURadRT95lRxN1er5T6/3udDvMhKZRALh EXGBBEMlkgADoSPdKAOQnR+SA4G4tfHSskaBXIm7mlozr8g6qYh03a5VQcPQlcnILEq9P1nAKTjp J8KkltwWj9NMWuFJhEnjPTCX6ZTGb+zcjFDNx00yTUGNRERI010zY+WV+dDUtzHEqyZvYTBdmPjs ValqEuqLyYFCuONlOsAvAxUiCDHCEs3BqhlPUQZN8vYBkG42hSk9Qr9XzRXtjbrYzt4IAWM143pK J8lK4XXTgpz/6PG5bYIsR1ho3pRqcPl8f8EoH+fKhbZcBzFpYYpN/JxDipKbCAo5rIZwVfoRZlWC PmH/VEJFqdLL1dcuylhmwJUjeeKQKv2zVQ+UVe+HyfhMJGQkxWrxZIhaNzIbaqsqLIC63YiamXZY kVvSxfTfq1TjlyHcU7Uv3yAFQ6dLaiGpUinTBpEipc1O/HeWxXrMUmWgck7SaQbv6ZumNmld5og5 plCrcqKC5+8axNDIAnnybI9iIAcV911gjnrI7nEpurUbSi0WpF4ABzdp0CJ1vNK5t3O1mmX7bhHo MGsFn7M4dIIMA8+go4HSXMBdrU7t4aEaq6PFDTdqmbICVZzxS6S6Y+cWpxAHYBkQbWRU1SedMIWF mKhBSSRBYgpqBYA+Jl0xLVVulQrILUhgIffSR7IMukpXWQs76A+ZF0QjYY/w+zSy7Xu1wASpY2yw AIti8BsisxOZXUAxYX10F7stspFq+CSE3ztwo3F7pH7A3x6M0ZE9D9keO/KFj0kNASt+Mc5EfXLJ rBGGHf8AvPmuIEOnJIBZxlylOQonYcZXWtR0oH0PQ31cWvlJ5hxzk4/7xjOvq7Tip5lCGxpYsxOq K8+l72IB85ZpMLbAi6KucQWXIkRhOCpRbo8vhxdhKuMZVuOexMzyBTaKolHLDMgiZNJdFulGMM1f i7da8bAumVVtB5nLaMZD2qVCy56hSFuNnvAxGY9lRK5p8OqbOYKr45s2swh5S2u2Pd6tK3LwrEG4 pTDEj0iNWEjM3dpnRz2TbKTQEuJnZrr1Afetuodh0j6KSzKRbIDFZ2QYkMQsSHzaqxyKzJDN/v4V OQHG0cHGg8zYxkjxnhSY6Vgg0xJij4GXwOgOPSaGsdKaJCKon8gjYdMfEy906zBNEYTPywyJqdsU zmKva7rvs0JV0Zu0DKmIE0KoJ3FSouhn0JXqglRh58lbjo91rOYRn+pxwyeQkit0lskaF5IvSLuF q2x+Lm02L0ifIjkgqGabzpDCQgQHY0YeUr0WqXZgnbIpVemk8iYzjlYtllKj2psCUaOZEIko+8dC NqyVzjEOm83/lQYo8qrZ6JKhJNQCblGYWXWdYArKpNpT9j4StQsurKjfBDukOtMzr5WZJUIarNxD GXp1Gn/JWScIk2tp0LRORE1iLpjyRCkkUt/bd/shC9rExwLdrWEzb3FY1yOrIq5iBAf0W7RXmeJo DY+yswocRVQTq6HEZ/h8ERtVPR3MqIqfKChil/ljsQ0tgpRglynyCNMufTR+sYG9OHmpPjn1vF6r qgwcmlsyrj5UDben1XoBmZmEHm2hzO7SQvJq0TbBxE+hhiwYQ9ClVkYsMyAYguyJYyAKizXp0+kC YBCNsweWHeWyqGEaWTfMBlUpNLNvc2YzZOchbB8uwSJGby+f4WOJmuFXY5ZzUkJ5jugfDcm8L55Y KEP2hL9m+AebNypLIufspFNGm1S4TLF0ZkPwzlstK1YIM5vlaVLi7vQN6ZlE7jkJg0Rs09qRBa1t VIePEe5ssj5KFlYY1oevEOmCPC1QRa94VhJW5meQYF/WhcGFDfHquBeDUPOuppdBMTQGkA/QKpt0 H5n5m5swSDI057YuJKGkUN7FUhb0Gm8sHV0rdVmHe5qw4qWa3lSTetEh7lNsuUE8b493cmqsSgQx pK9bb/tvhsG+FN2iWFhuzmNEirMaEkHGrUZg+OE2gQYMRhfkuXCqCTUbejGQDIqWLhqn7EvF4OP4 5BeRqD7qvDXpblCYxnSUWvP6wSXlVssSWFdTZ/aSxss1yqmG7FlCKqDo4dCYHR5DQIBxMV697t6H goqWZq5jPXkcJTSzU6wxiOKLDZTrygdKAUtncjyDkE/xoFm0KamJG83YMoRum6wr2jJUb06sssKO uuylnS/xdz7IROyBx15KJmPE+zAfnAA4HguLeHwx1Oxj1UPZJqs1aDM6qeErUIjrEKIcAMXJapwV PTMDamoJqWhMGX3mduzNnasFeCuf8rcpjPg1zTb3UgRZURB9SUgjHxaHNZZWGW3Ruxsrmvwmp7LE c8VrgzbFuihb888OMZOUe3VCjW50sf0f6zFZ+zTfbDanC9FQSZQfEUne0SHYaN7dkZvBcNuUJQ6l 9CAjS8y027SSmnBL2pXepdbNMoUE0aAvp3PdTUg1lXhBvKnNtMs1F5OZGCZ0gkdWKNg2A6LRLOBP vta0SSI0Ebr1WtnGEbzGvoVajLqzlMOoeGwmwc5CrtgaLImAubZ4izoKjV32TMfjm8QIAYGmOHK2 FV34ISZREc6Kdf6lxxAa//SFnco0NlNYrzvoFqsGYbmRxXoWqSGouIeFiY9PoS6FzfMeJXM+nWUc Xx6XSarkwk9Lz68/5tN0a8eLuzRO1N6n+vL5dnOFoJq463uyqqoQNvSAGqHJ0JVy/UxEZSGp1Vuy epYiMhuTXq8TZFzT317LhBKJqz5pRs82Asafe+Yi/9cTEZKKbmH0rYaGB4azB9AW4R0xzTWIi3JN R4BT9+RcsHTze2mX4QOcCcoPix1kLPZmcSyCmEW8tEzW5Vr+PuYrEoOYKjqYEzOZysiFK6sDplf9 xrDfGpuuahZ/JSF48Z+JMYlys6YcjQFUcsIEVvTWNnOSBrg3U3qU1QdHGw7f6EWAAXLQ9gUV+X1O /LEQJZHsbQ4S3ejIt5iNzwtLvc0Dtc4CjVzPXjVp6xv2HuZKlbGRE3iehhCksqbLTbVYoq4lh4Ug 3prm60rvy39cDurJmwxNoMa0DqJd3o11KgtbyFO2cCQjtZhh5gWdQ8C4QRh6J4gXDSk3zW01QC8t 1pSFOLq5ZSNtx3rItxdswF8OlBIYD1EwJM5N3mg0P5jQ0yEAKYmRHluVySCPgS6++drvrjcmO/Ci GJYiCNezWo1QPO6heC1LrdiegiQ5F3lM05SwyCwUmw/yPXpxWzE7MvgUdNHcQWe2gJIcs0gXGVVu RZNVvYI5kjq3qmWLYwEp120prniybt2fZH2UwfWPPjTKdYsEss1cPw2jwRBZwlIm+gmmiwn3NkXY suKzGOfAMuqYwhaL1CVDGTN7ClK508MFhQa3+5+EzuzQ9Nh05B7d6vBFpe/TtJK5YJSJcJ8mFOtd gmPkbM5Fd+pwhffljIzQbTIJLkH6uGvJxgRADuIDkpb66o0lsXJps/bF3SfzZamdJduMraVVZpa0 rG4Z118204Tq0+OnLUaqJ54dM8sgiznCiLUblGQPOpUsMrMRxg+Tansy/EJbAQGhTQGZPVGTudRC di2/yhEQy26IInc3Es3GHTskZ7HIp+myOFVeJiHVm2zbzxwkuhFNZHwh04/IolyTBQocEkZ6XDU5 zxQsdIpyz3/KtOnd5WXCZ3IpvrlECgUFNBCCSFkbCu8dzuIYaxGPaOrTNtcLI13e4hoDEc601But 0b6+Ui1+k7jVtQbyplcUoVedEB3avGajdY7+DFLRpH90tRDJ/nk9rdajNGxEcL0/Dymy3qMtoyIs /tKCRmraPOJXZ7ZX8CLJtFAWgVQOkG5yzwIVuvWcY+mX6zF/8xpV+AYw2IhU09i5heF9SH06snuN ljlWZR4j4g0ijLnQnzrpyQZFhJyBketbB0CXIKrgN1Gh53qECI7eE0XosO9OX+1j72lxaI0Hc3xw 7bAuT2e3B99u9O+fH1vtbTvvrMueK9iDTd89Sn7t0EgPXrXfveMVPpx12bZbYFrosR10bgDI6ACe 5r+DVRCOsDCj75uHmz4N1yNLmtphD7OMGjzaNPul/7bft8EefNefi8fAfYBChHvh0/38ceppxwI4 JNPG+Z6FutUGSR6E79nzmukNCT/XzvP86VTPH+M6e9PDX51S8PXn7zlU4Y8+2kvv1832fO3avX+5 dtbChv669gzCpf3894/LtQNh9wSZR8n2iJju3OUMh05SJJTvKxGRwdXT7W8dEoCyuw24P36Gu/cM VI++k4RWWiLsqoFO7GDEgIMULh/Xy9cV7Rcffn/dfq5/tfRoG6o+XcSFw0XdcrsT2vudLGy4vFJ6 fJJp50zsuIh20t/ckIppsQbXDpDYIwwk6IjR7+sNp0ZmEp446MRSvRkqyntCwVh6ddGxn5/0iDUf fd59qkem8j5Z9S3tRr7igzr+XnzW97ZbeTTKLcvrkreBa968OzcgYC1z8oQgkrRBvw8NiktnLPSA oUMY2oDt7Ud3QONgueDgkDpmma38eb9jUJ8ZZFidX3VY/93WEATHCXRuFK89YdGzb9hKIe5pc7gb KIT55TIfV9WBY3gR7KGhQCn9lurnN+0abI+ojf9tZuVmjMQqgR2fKEgerNSEFepeakfZ2Gtq5BGw RZFH+6CdZmi7eZHG3/Njvq2t/yzKxlFXcv72I3IuoLoX+XqPkpsS4a2IR5PhroJOV7Ac6CcSXQ2F V0UcDBDj5eleaeNjfRoiW7iUyO0hE56FyUScHOH93oeEku3IXoypBfZ2pC25ZsNt7sU5wXg+0WMv vJVPcXsPAFYE7AlQWgkIbmKvfSThjLQZPAllVBTt9Z+AeTQXxHhnQanv3fM50yNi5pqrcUoDM7J8 6fP777z0xk/StWN2ES32FNS4U4aamWPTORWGLgLpM1XRRI/8AOyZnJ4vxVIO0KAZSk96/rkx2ZTz dfM/9XZwiz7nBV+Xv1k+p7veLqLSzWOoOeLP7fpzF4W4VW7Ic13FsPgQVz/aFbXuP39v3/8+0Ml2 HH9xuX/d/mFVUMoWs7d7h9Xw4WNcPLbYwDw4WczOYAiS9ZFP0c5P5JGrUIlpImP4HS8Sz8mfllvu 6BpBUZkKW5d6qgHB6+nzlu/kXJy8YM+4skxU7Vmq9ji7i/zebwUnYectGWYMfUTe+d7t83KPptq0 3uHZzGjq2a9UvzNtyM5Acdmjtexdp2IL5tvZzlw9kLMEUno2M+cDynx4vNquQzzM85VNza+yE9N+ tSpQnIP5a47f3Lp0oGTAtKuwL+VQyevJjPu0fF7iVG0bCMxbFIlBdqZ8WYssQvLBi7brryMCwCz+ ldmUABvPHD8Ap3yiSscdVdMyK6lNHls2JD3zxWH6Fg8ixM0CSu9N2aqGEKGqLRlSFCI2125t0pdD gSbwY7gW0nwkkZI2tJxRutpGgjICPUsdSzvyJ0mLnKvCsMwkgK6/JfCVUZI6Y8HLKgeMibwKTNIs LXcHfGBZH/kEeRCsXZrLEW3jU8OVtEqhnqoanXlbSVa6Jt1rJ2qyl6aWA+Jxz9T7+EHSVdYpBT2Z nreyODucy8rwQ4IJWxqmoH9EVpCixqXTbgvIKgu1c1K9J4OFX8mwtJHG2jTi9pL8860fFs/lhKjy XVKl0Y2ENhfkguXKqRDs3OsXp0D4U1aOxLJiFXc5rfJkaa+ujBsKso1lIirJRSlCKn7LU4VtlZGL JZbU0h1qfrfJFZO27gDO7Ko/1WvhJIXBGPfeX9GepjN7EdgSQGs6yii3hnBuvoAlYr+6bWbf1sFq o2lw1SjT1iSkUvXNJtq3VNnFfkAuE2Cz0/Lhqgzjqo8YhiEImQ2hNVfyG/5DDgr21NkQhMv8yaV9 iQCx3IM4mZpCWNrMipbql17ziyqyKpDEQ1CJKFH55O0Z2O4TCa+dhwxLD8oKKpgWDJ/A1lvPEkat QXTiHsp5/T9es1IdVX9V3EWpP5hty5W8Pw0yFStT6YI/8gXrpMqf6hfVXfbz1Fd4VPzo0+ZDiAHn UgLYtudrffpuMiTrwhghQrlntVwOYmBjxp6/tkWAr8FQ2KzcMSj0I/ewmVM1wS6hfxo2cBaBuRCm OjzyURKIBm1fnF3NrfTrTeakLV6J3wa/B0pyuTUYQvEjufAfo0MUR4+7w7dBVFSsUlxlD4IjfhhR 5A0RnRFnqsYJkEFeuqr+ahcQPhOmQhLvrdWgh8vgwujVvrjQnl87PwN33q6QzIS8FmZ0Qc7MPreq XAsFe+STPWGKSAMnYm0RS0qGXnuXZ4hshftTLA9MCsYIuN5lN0W2jbMkTW2ppvJ5M0HDk2chqIFm IRhpW25yQ6ZmDU6Zj7ZPi0vVjkpE/OKPf/vrS+baLRq+RNB0R0Lt8UYk8qiefhP/1EklLhfedcOc qNadqu62PRUt50G793/4fjkZlnldaECpY99t0XSiWZUUAbXG7lIRQrjXakZfuCkyGIymRGlDNTWg c/HEHNmjpptJcn60WANCW6U1G+mJBoYKdTEGUbGK/MWSQV9DvD64eut7xepie7HVeF6YxhjH0ATd 5ruYwB6JGqG5uYAmMiMV5aLL5inOUhBKKdmyWJepp6FhEauq2V5uoZ8a+dBbgYVg5y0m9sStm7Yo +DC8N0Sxict6FgI0JW8SSzvNixy/srqbmvtWqQ92Mi2QiPn3Uyzijj2ARDh1IYgxJ1kssbIfpHwB hxH33FMfJkI0I5pCeUZs6zZkoNiD1+gjxU7NiQ0smF9Ipcm0TkS9Jtn+VSD0wh9GTDH+b2rQZAG2 c4c+WSfHzAzYQNG+VTR0tn6RbaSANGLsjZC4ElHTrHEBRgwJSWRemCSzvhmcYWuekNEVy6wc/cJL TwsIe9TO15n9fyJz0c9HXPihzeZxrqfuGuNcyVc5FiOoNXM3IyfFXtvKT7qPfT2UqNFXOxpf0Jc3 hMGC2R8ffV2TUMzc3j1IIGrk9fnmJgnurQex3325YS4qvnuLBqovA4J35dR8PH68xFxP1JQtFLG4 JOIjzs2+cl3/Z0REiMkPj1qyS5GIiZUtuqe1gAfeIL7FkW7QHsrkFfqFsjBnMUNc2gMRRWXCzSfQ 5FaaG16dBLzQUsTxhY8tJZeAIHQZjquFSgEuvDE5JKtsKJZNulhK0m07K+3IXujKTwgM22ACBjSz jFkUt/OfsbRXg2Ukk6bgBX6OEJE8TwRAkEG3/5/Y0N8EJJIUAwyqVy03+7MJ0bD0A13ZRaEwS9BU x3ESt3TrEZaIduUBHzWldB8aXR/tgW8SRh6iDGeUPX3QU8mkanZcaCjDKwRvOOrLp0rhKJyk+Dtp FG4yFZKzaoPOEHjGzEPbViF1ybPy01y5RMYVlAidLpYGp1jS5V0F+dzUHxbV0F4V8PCGIi4sEJBU zTggTSdPFpMiPDczAUx0ae4h92o+SpvEIpd47JQp3ze6LLy0lZYfeL3fm9+alcjI2IswyGDpoyPt kyzrq6UVIjlFD4n0uErTShEyqDYSop6Joq55NSm3y8MCCJPjxbhYYELJEpXCkRjQpIHLUgAkpPvm JfISn3zsSp7OD1Ok6+ZvwdB4hWAiYmVFr6Rps1CMZsPZSAxmVow/hc9XqJlM9V87T/f0zaoFUtL2 JYl8k90gPLF58MozHVqSZOG2PlK5wfKCh+qmriVMFLq38GhYYvGeTZjHRAafvj8rtcra3E+R4nSx 1HANLA1jB0IwA9M0gFZYtpovDmcvm8syJj51OshsUSFWNCURUo7SZjNtM7OmDc3l6owH79EmVAfp ordxm23ERk40vVOyaEmmZ1uSZLWw0rakemfVyNzQG1FXmUmd0VKaiorg6IWGvJ582qHtl2t5/fQV fe38kUwQRSs6U7HOzR+RZJIwWi/Ggg8AOrjQbtNoJhGshP5En/fzHRyfLdB94n7/zXK08F07o8V4 1Y3/1pjrQpWjtFfRhKLxW18aC6Aoz+HYWsEqyCvGyqEU1SVIbcxKN/6KANIXi0FY6Esn7Xo6y2NV vZrTf9NizGcIyTEF2DihN1wg3JYqOVBJo2m3NMoH2OcawHetq7/kV0Y0DZdIocXgofo2o7b2UlWO At2F3dG/S61ca7P0A48VdWMhwS1aAvGAHep0n+o6yI1QOrUhUYcJhOIBTsLgJIJtTWwXmB7B5xAF iGm4GVEElETOxsU+wkQ5X+m16jKKA/UiwaEMZQso5M4IisBQhgZJhQp2WkcMlJPoymM0CbcM1mPM 4EllKBaAPDTlHYQCDei0VaDqVfraTvsgT+hN7hNH1Bv+RoCwGzIyRE/Gt5tXO5BpcmMvAMBGJLpU oGXktjOZkGF3+R3+1SYAgqnDXS26WOGZQ5ka2qTBSGhIchLwwQuIy5bG3LY3KT4SqSDsUwFtXYaL mBM5ZbxSPDnsJ66fsvU+YiJMiBgKD0kHHdZB3DzDTjoESRGoyX4sHLgSqEUSyAV9eg32peUWUCBm 2Qxy2gACIHTmSbBwQN5sIM0H2A7RZZXekmXqyE1IUoJK7WkWVZyUQhoJnsY4mWzrC4TLNpUSqaDX rcuC7dzaXiOaIv8Jv9BkJVokSek9aYIj/X7LectgadN8xjuzoRbf7b5IFEJ0ESN0gjkIIEkvYyqP 9a8aPw4Jh/8JExytfucyesvEwZ30mBXrPIchx8iml8mHhTC0TCgP+vq2RK5NMs5I/HR3eHuTkttk b8yIUGxMDno3oo6hijYa+e0O2gvRF6eNnTdwDfaHrt0y4rwmyIJqSowihtziBx7J3cVAyA7Ls1TB ZvsY6dBNxlV0QF+rVhrZgQ4nZACIsQG4dp0FFRQes650TAkNCgHwVxpnJR2R0TKBN1ZDmozoxx0R 6VYudN2Smk8DXQ1vGM5oWIsC4P323rTalnmFGCKLTdE6b2Y1TtHnvFKobgx91TOwJTekXCQ2fwaK 5m2vl1avKZObK5m20MLsyOb1zZb1WECoUFus66iO5MMeyNkH6MnlfUgCmSJOBVhE9pZoCznaEKaw 5ykDx2X46LUllSLhwk9ul7wgxchPlc7ToJvspdAfi/mOITyAwJq0ytqQwh0KXwQXljvHIiRhoNmF FenZFJHJ5LznObKCVR/nFO7wgnC8MOF4bQ4Zztq9qkKbkVDTKFle0ejVZgyyXU5gF67QKnnjG6yP Z+SpRSA7M4nIp+ZOgc4oBedkXr6/HhmmsNZmPvnVHGtBVXrnTyUfY93TUHprfvT0Aud1wIrgZ5dX 2TKHQBVLTgAYZNJ+jxZTyXbJFojzOJmRiV8+ws3VjDRWRffS95qx4mUXeEeZTpo/icK4L2JdDSDS C7CFERNq6XpYA4UYWv6BVA4iYzF5z8cQ43cBv70wRjcmNoKHCElvvC4WiTxCKg2QXZ5ogl8sSuxU smme77WplRgNRzMjF+esaJjpRODuBEgUJndRX3LAhECdmXOFNY14iMwf9ZFNPgWwoDMaNTK83AQV 9xUGZamGo9+SCegR2l2qRVIMlpC/ZYUxFC+FI6kIaVdUtLE2ysmw6YiPUxjRM5utCAiqGQxLdbdE juFjR1as8/ITu23w8SHhr7DVY/NSmYy6CelNDitIc+powjVhEDhRE5LvednQbsopInBxC0vtRPUz qggn85/9nzmd7P0xr7vIunyYEnJCTxBEKtlaWitw6bKsgUeX3MzGrGkoGYjU/ILlrHiGlzklOU+4 iyrl000pRIgSFhQSmADiIiQpo0pumc9rWxYd+E8nhXr9sLtSYiwoScTEybmduKio9MN/0YSBs7sm SaOjSrnRRt/moJnqIpvPGCMm6YGyeiQtqgsvpaqMoWk0Py1ceZU23V8+F89FUe3RRNB9t4imfd5n WZYMQheLPBMyd/NJxQKyQIIZAw1mYQ29SRCHBilTcLWirLiBhSROLJRR/qMRcerFc1suS0sya/Eq k4srTJDmJoImcbTEG+1U1Gwo0qEUItKbOFUBKeIlTh/nEPRDUzyHQIcIkUPJdvUZHYWR4g6FdNCe XeU/idQG41l5vexuLxCYOvsEbSj43dllq6daNxkqXNtV3yBennR6wEJVOigDbXD91Y/qqgfVFNgW KeEYVTTFIZQXG7zxQMQEwp92thP31aeJLJewHZ33RWRyNxOLDDiJaV2kAM+CFcHm1UmdHbvGFOgo RxQwU7o4Fi/UV0mlIvuj4sB3hT75K/kr+dzpIXdbAfUobLMMCx8bsKDC5ZvimhnE1qpcEnEr4Mun bElYzWQitojdEzIUjLuFCuFGzSeYuUfRyVRMDBQ3FM21YjzerVFSSN36X8KbkRoIhWHilL2a/ghv 74uK4nxhL46iKv/vBog0jaNwwONOHZlACH9dSwMMUBjN8PyukwBDNiNg9qipNJ7R4tnFE/I0ZU4R zDbU9QyknfAkk7Dau+uKqrPm1kSqmkEcwsHydupIIic49DUEM80iqtvFbfGd2fXwBXJwIDzkqLpu vx+L4QjeGMJFbdp6r89WhVoYI4Eu98oQlMWK9ap/TQo7sZsOshEultC5qmHxU7FLOVCWBmyUrX+5 q3qCzCi2BQyLr31x/QSPk1dLn4PU6Ls5qb21fIN40BuaF2b4H9zIeRBtRQTjwO1YUOsdgEFmMYKE xm2atAGRjyApcUZYgZQomzX0qLuRbX1Wu8yEbCkoS0Hh5GYL626KTzwXLvyLU9OBFI4wHK5f4CZG faRQLlMpzfkEK66AM1erAH7AesUgIyx08qlS5UXCA+lD2psiimD0zuNC9gqTgTONYAoQeZIJeCp0 ILVk+hy2MACkUtCYnWMDO1N1gbkwrO96mnSL1xYa8G5jEIEQE9pYR/BRuVurYHBGfcre3eSzGOER m7Dxhc7ybUklFsykTpyj4Pw3Q2L4kzbDQ5YnB4tERtzXLybjPISjEJmAXzzZhl64HBuzd5NDoDuo FegGCBMvc5XyPf3lvpT4P2yzLK9dkQRT6SROhhZnD1pN84TBVOZLGrFMcBWSco1WyvApxxE8iyYQ xiegP0E+WrFoM3zwb6E4lJ5IUcyI2SiXEOWaLJJqKaM4i7w8tviE4NiIEspjyHMrLXP7pjsXWjSe VeQr6Y6csWdFd/i8NxzWaLn2IaChIdsIdn3YO8sEiTUmMbmWIDDyyFT0CZbsuYCEmAyRjwcLtNyI znmWJItwXAvONkjcEghGtSW3mJ0Rxbw2B9sURjM2MlsY5NQ9f9H6C+2STEstKIwUT4tjFpJPI2nN tZza4DoH81LDOmGjhegQd76JYD5X4kqtceo3vcUddwOo17RswWekHSOulw1EtC5ThlAcPGgngb4T mGbY7pI6qIuGJrmin9ub7vgwVcobhwW5lF+7LEfJpNWAFKjF3Enh5n5K56etgBcQzV5MnXP7rFtz c23kuGrZHi1xk5zTWMrroKd2zZWdemJFiVfXapN2EBkU2iFHFW/COHwJlELYji7oi/1pPa9s45lN Xfry7WCrsTtvUt2O2qj0B6FtyrPDqVe2JJUSd6S9yly3anOEynB06cuSQmIAPCvgpcY6UYcG5ijE 2ufmbWxgynn+cB5VrT8XwX/b57bjsY1WwYioUMDaofrz5hvCAkcR4/DYOrd3qmr6YvOn7wqzc0vB 3PZPJ2fvXGiNoRWhSeWfbb+6JvTtxDKoszrLUVZou5oo2ktWS7vRiMVGL8SJTo7ht4EtIdou6BLm QB3bUNZ2xMhqx2ZXDNgD9cmkrXVwp47930Yyu+wwRKKAEPd7DZ7qcOxEnLSSj6+cQMf1ta1ywSDE Ep7Rd7clvThVWrAgf6EKoR32rSHNv5RE+LSiLg9hk8z3CQLa59j+PwMy0/YLJ5uPD8OhxH5U7CPe ts925qGdZmcKWKPbThyFo5KHDcL2qnXv76DxmzYx2mbnQTYYYsNAobANFEN72ldnoO1oZehUqVcj Bttg3xdjNOOxtKASHHPClF3mHR/at6cR72FftaOX5rVl9O15TYZIYrJEkXq2S7RJtM2TJJg9h/+w xva5ZpQuh1zpv1vacukPozKj+QwlDZ9kogiMAFfbBaMqhE3iFD3cJI9zQz/5ZiiNCVR5LJH27c9Z SP7+EXJlBB12LKopqxpzIQNbCw5Nf0aPS7Orbs2WWUF2Xv/eVIcqYF6/fflgJY1rZMf56Mkd5RXl 54IpYQZzM4WQ56+mqnAELNfCjkUM9n1kfMKJDdq0Y1I8RxvJlLlmdTY9hrL+sQEaX4JK0g44NVx5 elV8t5QMJM+K2be+s0M7toa0gNzwQlTRGeFhBRkBgNqHZtIQQ0kjxNgXcO+ceKFVg+odvSQqX8Tq QGbwWdCB+9CTRlcS5nR5B2bsq0S/OJqFu9klk0AWYnwkkoDhRa8iJ9NKue7ety101jKC2vrtBWo1 iDRG2W8R5t3204y/EoTE2pDPzdsU62qoKGaHf2b/bXfVIP9to7Xd9Zzb4wA2xaatTD1TxLB3a49Y bxgkK8fIwj4JG57d6uFVRG/Awks0YMvoKSnD6MsQK/EJkuL0b66QwCP6CCcsFNnEZOSmqna1Gr8A 5hv6EPzG/VkaXROSAdBnrrHfeJuEP2/oFySNXXxovrm4RXDpuwY4kR/OxbCdGKmiXNiuncf2vOZf d7uVv7//Fij4KpIJzRfk2Txsd7tnCXrHFq72/9tIbHdvW/d/PAqR6Arvl9vVZtp4tzO/Jxxs1bUr 2J5h167ft3bf24T8c7vdbJD+p/lVr4L3/XK5/vX/drld/t4vVzf9/brePq//rrcef/CUwc/l7vK3 t/9uDX79e73cvv829XzauXy3kfnqg0uk3T2eYNvwKNgmZjuWG13Lu937qLq49/v/1qjGHoD4Zz/0 z+V2+7oZwdcr3DX4ud7vNxK5XfsIPYRsFA9Z2DrdhuoodbOh/3679Y6jvzZ72wp+vdthnkHBhwUj eMBvwsBityXppCRSMQiMGMD3SycYxmKWV61Tm0S4mERFTR68z2eELAIN+xLSOVWJBqV2BEqhgEWE 9oQ5SxKcMe9zMA5/hEHyRS7FDnmYWFfoatZhZ6LCUJ2iVDEgy0NM5oUNeQhgypjiNmMWVtzgvnaw C2QCQL7Mkpn1M4BL8ibuzpn1VzIvFNvnFXopszJgExwJVGwpNitL5Nkl1iIBZtEp69NFuEy9SUTL hH1Hk9gIHYo67ulZpEowC38i9koYqFQpsupITJA3koZb5KtQPumueauiv/htqLb0I10gB2YGPJJp JVTTSn7Oh8K3DFyCjBiEqrJ3/qoVH31rJTh1Hgh8AGNkkdBWhzkQBsXeti7ZBKFP0E3PT4mRSTNI E7DZhADgFQ0kQsZO401GprVC0MLxJrsKrEQuWnvZln9hu7mlStTozvAX3fGYujGb4OKr6U+Jp/7q olsT4rC3vaYCnKWImZjcmwqGG3WZTk2UQqDhmi90aI5zo7dboiHsFyCGN9JwH1FLumNF5iCzsC4S NtTAMAxYtNMpGhFVSCzYlQdM+xKw3KG5i6iTMPsTFZsk2B7JrACdiZafeWsUsie3jJZU3YvYVBMU aWJJCX5pUQ1r+KqJ4FyXo6s4C02iC+11k7Bw4mJvkwyhR46sW3sdNNvN9jJu36WSdv00HUd7gu8o pjLRUhqa3fyWxJpSKJTvxX/ySBwWuHglHzCKf8Ex/gPWWiPQ4dsPq1Y4KrSFhSrzwGXlIajHel67 gqqv1UguH7ZRG2tIcXmiVcLbV6QAy0zdFTJgpa/PQ20Mh0oeaA+J0uagSVk8K/MJZEDZrobEckLj ZETRDsZ0hecC3DEPkvVxHkrj2SrZC3vJP7Kpg0uE+s5EmUfHVnQvYWc2XgpfhEovZReEykHwTjOm toyno+F/3V+ZLHjSnvtEg04P8fksIMChByBIOAirgjx5Lq3DxMcXAIrwqZqQw3XJgQqCVVSP7DBO GVLB2SjEmKA0q6RtDJ8Sc6VsrCljSZamiLQnDQIHwDvq9wSG/tqCsrCkzBdRvO2wUNSlOsGdBEW7 Qo0xiCAVW/jwJH6lekjOr4hSc/GwlgwjP51CMwP8+YUkO/TWj5o4nlTM2QQwiaTaDkXvR6UhdDW1 ldrg/lRyxwyaGMaCLYlYm2tQ7Wzl4vzyW2TyzYJwPZNebsUWUD6pYtV7dJIAbXJJH6Ed1pWI81ea Mzj2mxraqZdvJo8aBUpjLO7R8g3OYBfx7h8ga6OD1ChPs0e6Q7Y4FmyWQVKkfgitg/ob1aqf51IZ cahOyDZ4ARZGMgOq0QSYBE1lVHAqAsrr/tj/+diGPyJ7sWXQnrbwq26DUrz+ZweZXWNpM/Dj+ck3 SwaAwJMe4XWZFjZzL38wHgbiQ16vv4AOhEaeeBPYQqgMpNmGHtpVTYA0p8/ZQDhznuOWgEfOhYzE LHp45TbckWbBJOOglsBIUusmBlMCYkRRwFjNkik7zWpptv30PSbZucvWCTRsvndXG5gRTT5ZcOFb bzSDDEZeXCk2pOgI85bwY7YpdoQiUg+1oRvsZRviazAirbXoN41nvEXz7IRheFGlJnqYZ482I5yR FepFbD0iJPcR2CW0CZZRFg7Kk+fRpVdcKUpkGXXcKsDhBuwGrM6W/BMl8t8/7eYNO/MoAS0KgNC3 fB1R5Ft8YyoLWGQxNWHBzQSTTqOvKdLB3cGfxLPthT2QYMeh96jamTfWf0Iz4d5IhOOx9k+LCek6 XI4Z5yjtXcl3/QDYervNh3lod3SQcOeRhqVzZMYwyG0yjBIvojyd5/D6awbHAUvrK+fAumSOeaKW mtJK04l7vOVjxb3cSk/gV6xnARgyasaraXtZ/bGycPYFhr/lWUyRPwgp5qnASTInRhzNPHRln6Rh B9X6FDc+FQKixY3iA1aKObgiMB8jzd19YEbxrt2/0ZR80ZFtRSFBuUIh6ZBaXJT6ppiQT5vDDdIo FsVpzLZi7fQ/b22ewE76iwEfDXjVbdOvpgRjFDI0CEed2LvSXzKY0VL/JIRUtEe/v6IfzdnUh/TI jZhighncG+zlxzr0M9OJE07WREr+H23s9JQTfrjc0qWm1J5RRZdZoIZea7R5q91XThbNwzZrFDNk qtyoxJt3mJxPPJaolKb0HLHoLY1hL2Vc6lmxeTGBCW2/kLrWq6p7NSMajcitiMD0PYTHXX3h1KnH a+Z+D7Qqbj2mWnbtHkWCfmWGZkx9mdpz1S5o4QYyl55XCGfTCoXmmlAFzo6y6BwepHuvSwlMQKru EklDICVQQsuKdpVcWJXnRTd6aJ05qAdpKx+qm7RxR0/yKoqU2AGhf+4uldWUcYQrBi2Vgg4VRJc2 imTfIt/z+z0R3jeBgq0AdJopACT94Zlha1AJaKF6Cebh61Y9+Nv6mXo8qIQ8pPo4W4FACmjHqe57 vDntVtr3THG9QhJK9DVLSR4YJmpUAvfaozcEpNFLMSEdyFEBe6D4Z48z1+epWlW0yDaCbgdgAkbg BliCktBAz017MhpSotQVUT3CPJQJZQQb3qJX5BV+S+XwGZ7nNbzaV9YOr0YtqQCOEGmwUnUq9sTz QImgi+qdYJasTwOE3+AuHqBGsIvBhWF+xMS2yIic1PLnaXcc+mvEsbCticnQC/JbJSWIUxpMhj9X N5AS2bDu2/pCuSv0qRM3pvp01ZO/6C5XjZ7BLNmSOchrIkMHitki4lFNGuBgBKpMuWvnSFTBZ12+ IgoJle8r50pZV7dqJdUJ558r5aT2qDpprQmQtPM4//JllUsZErvhaZW6HKW3QT6cY4z4URjv0Wa1 Ay44TdWKb67XBuV9BTB6sB4hig5tpAGS4sINIZmg7InKK/VsN5HgYGDsaOUvYoKqOK7hCxEkJlwQ f4Rl6aRHjF5jzRyd0LxlGdlDDmiUJnh6wTiyFTsosZoQq201TA2zITZcOPJe2BeFQqjy+o1StGBn gYwkqYdo7gTg2uynBvVlwCy26/XtSn5zZYzTVz4zIec+mlSCKe0UsDKNIsPowWn1Y6C0iItp/SRZ Xemc2fvPuYiraOBexmpAwtY6JxKKY6dBlCp+dFSH+YPVeu6fQtzO5fRY7CxYQceC6DwoH/YosIRO Mg8OF2ZSDGhwiigG7biS3dDt/DHYrrBmgSb/CbEkrFTTU+qmRY+rX7DnU+Iggozz/YoROkuA9JI7 pNXuil+k1S3rateqo37xNaAeFbTMirhP8I4yoC2d6KJh3OAO7WIXrW2dC5iCU826kU0KL2KgIyxY v2NG0BhSl2swmemF7EibrtGrNzNI0kEHObqIHioWK/g42Qh13iSr3J5sc5POIbAo4pazknVP7xak TAEi2NeNbIUIYc9Xb7c+ZHkFxS1PQPeoHrzptBNncXRKCWAxUPfqrBXXr6BNuKD38Ey6Kwp2TsCO nHDCCuK8vl2sfIlzMMLPn38CcN3DKUMtdeutCwXJ/QQkagmFhltDHTtpxKkN/Alhl4tzS/6FxIIc A1GdrwIyxam7CrAOpQmMJAIkYEbfRLEpr9NivMCX2cyk4L0ecZy60zQ8lLBhsklDWy2LY35S68Io OsGAnZgBOxblio/kbPXMNN78SSU5iR5cjy86Y62sh4IWQk1iXM9b4hdPTMrC2NVZK8ajvU8vojt9 QJ7zIB5BkZd7gqB0wiDn8NupwOwBfHYCTBdDY1mOr0S/pAvawd94CUZu2s0QWthCmRHhtUbR1fXz jn6GQltuSDKZLlTbkmGLhmYl4nMp9n00o+KNhB5+rAtWg7LvVksTuPkBCwTctYLhzYj3lPzX9a/7 33wfDeKGe12mRSQDyXl+wjQ2Jnbehs9R6Adf9n3u7KfOBZwrNVE37wOhj3L0fr/ftkjBUcyMnnTg 5ApeW1PKD4Ws6qS+D9H3j1dcO2C75SDRqkAOuRXzi55laMXzFvSlaVLfdsvb2kGPUM22cTV9rGTo wX/1VJnwZg2xhI+ldcUEFKslGCYmLGpjKP+Gs5nbmnHEkGas6PFR2/3a1yh41mmzbbGlAqTbQxwU yRUpqFq0FZWbu5vXcP39g1mTsTwc8UzREKob9+qteCx0E0A1XKMbGA/qTX0qFvQTiKoUMJH53Phl 09VxAo2Lq/w2dyYeU3PAQ0gD2Elokx40m0TSfnRsePu+EowZvCVPWkhY7cAp6kaJWVQuDf03RfIY CH+bdgTKSG1o0bJSbRIgV51UzkS819/vV4poRDzzyRCzKbSsGGFE3HxBOD6NMaKOoWbAyDrTq59Y 5LiYAOyk22jormb5dOcKygsCYoLhwmvLQbz2aXG1nGQiJaEqo+iJFqkWRhCbkSTYZKtbmtXGLCt7 38+MNCR2lXhaq7JQJyNA3VP/Z9CApqTYoM0/VtXjLL7Gu5+NRUEuGejIXOHjJWpn+UmPWXIgGRC3 KzUS0ShgEK0Zp92zMaJLw9VdtirkCWl9K01DNkfURuyMR+IsLSJUcOU0a5LNUJteUYw7hPnp1lR/ rLozOiDok3BkNUoWPtuor0OSTmbqfmLkcKrniBB129j5zRNrjAa8t3pC1iQwx68qTt39NL9iub0o wzQQ6L6jaz+5qoBNaCO156WMK7HCeimO7PeKAAPNFCOgyvzoAG3MM6ycBWQnOvY74WgA9aUXmIwl kZY/KGd0JrnZz/zO9b7FaNoUQHp4/ZhfOYyoJFW2YfzAU4GNhqqO9ikq6CvkNr17m4mKHsiHbcIU 2DjOqwWSiZ9TlRUr92XPBHK0XFcH967OT9o9IjpHbriAxqi3v9dHRody6N+VRsF6KFMDJP6gY+W8 Oj0II1GLrn56+sfmwwEtcQGfLFZ0f32KE5UEGUlPo/dyIFVIAvk0XCLSBgxRWqx4LypmXeCScIiE o3FvASvBi0gqZLnBEOTipzfphTkv3KVN8stS5rbEqcty3yJbN7aQZGuVW9vyGOXqiNbFBmLEYdIu phbLAz8ay+0kEFK/IABIcW5JUE4UxhFYhb9q8D/i3U6wum0pxG04aJuuVhDP2DE3adwoQBrSaDca yuLd2z4KYSmOuSvxhuUMyCE2PQeIBRZBddAZLw6LRExIUvCgcXl9VwgJhGV5CyDlJjCa+4SlDq4s KuqKTlMfsVDTcFg9ILZxUQHaCiNtLggn7BnUtIwjVzytjvrEtNjr0wFlkdSB5s5mAbmtEzNvnYCV BEmWEHSVBns7NrO02Z7rHnfWLSCI+kSYgVfputHtTEGCAVcD1oOXZqGezvYy7fplq2AMagbi88Mo TF2nwZcxjcQUZOjZLb3HESnXo7Jp5kd1UgmCIWXCRGDR3CZt2polkx8gLwQuT2FhCScE2e3TzpwL I+5NjB5CNlyI/avzHrrS08k2DNsuDNSLTj1EbdqNhl5wYUYSBGrwQroGoi19LQxnVI1LKYFlhfdu mbSNiy8bKfo0RDetkXMekQNk/Dh2i5Y54CbfhlH7TB1ez33q2BlOVVsCZzBXotCDFCt+BZasrtEL WWQJVF1w6FP2zKbCmR24BEWOYMQYwguyQoLeNNtxQH7HI+27C8E+wg4ySIw8wHGH/j4AYyZS/G+a hjAfif2CqBkncyIietEVGfq826vEtzxjQqj09WvZ1yxBiDNjHKmaL5jBISOup5RGngyN65+ol8sU bCNem1gDcKds6sN/Qkj+M1TnIGlg9TTXplrxNhbyx3MvgrX0dlpOevHANQiJBueqfnaMNoY37dos fBqwKAaZrCKgzahZ7HBbCHJXQPF5FbgbGY4d60AeBNCLHvRmqOwHI+5Cl2mIhXhBgRvLSCRg5EMt xpNzGv69rn0u33rjb0RKSB2PYB2x0RtMb8RiiLwlwaLt8aMTc13wOU4xFfVnLvN+Rt64buXNDZCU 9DDxZDbyrp0gEeU+qpdobbhuPI5vfaQH3IaX73r9rJPcn9R9Q2h9L9hqgL8x7jpbpbLg7J6WclOh 4PPFHoaE419ztIEz35A0vmEScbUkYnmtxqUk7L/eGs7vLLDdL17poFR5Q30Stdtrw/CM0a6MFKH7 I3YXEbCZa8YjDZKBM2Ce2gOSZczHwv0sd5pI1Hd6KEEKchnGxrgle1JNxMFKVr0H1bpJIbdn4YWI fF+WpbYuFlRuyyuV9iXYZl51nltA0eVcsu0wCg0uH3YrddSpfzXbDrdg9aDI3wpIOQz60b/O/ZQe A4f8DAzT5ypMpqgHladGaNGPgeq2DbFAXgWmehWipRC/lS+RPFa/rtX55b9pRMGr4rL1yk9d6Tno ypm09TN0pu1hZad+ypAb0HG42MBL9WvFrFEYuZ3L6trIExVdXht9l2TaSpFEAziw4x/0ww4rndDQ 1z3wAM2x6b9dXlXHq8mBLz9OdwxQq/PWJirN1fa1V57rsAI8IKKB8FVfURgsTvvDNLzFb+oD6GwU XfUWO4AMO0iNj2VsagC6wbHuw1tWTfgRVBKRrpChj2KfYbRxLk0lc8h5pX3Q0JA7ApwMd4ixE0MN oVlm5taJJb1gq+Hziy/f6jU9Uqj+sEBupe0ZZqO4i6RTB/oDApPqzGbSg8StuGO6zIM9catsiIXM +AOJ2VXFSG7Fhn1abyQcfF8y6W2uh8rVU37P0qMk2jTUjGu7lWxVT0vA+0nvOFg50O1omcBzZ1ax 6oDEtDkSO/NjRl/LtKMGM4qumlDq+5KXh3zGuDY6J3wt0enVmOq1kOF1L1qcatdWvW32d11H+TJv XU7eiAsLLvZphfM6OTSTbg9+xxfCRK8WBqYAckBetjR167FYXapOXuNiM6a3oqybo2dgWVx8t10n IWDFDCKnwMJqcBejgY1NgA2qJHXsqsYTSlqjC+oqGYEztmf1vPBT+yQWyd5ZKnLbpm9MxVnmES/M m0U5+jagNfNSrp4hkCqQ/epFSIC9DHPI3tzu458LGpLVsX+In9BhSY6TaaBYQ5ttz0waarUCU4OC NmZZd3EpGfqX/84Y0NYkJlgyMKJsQcbmB2sXm1jpvwULplrIIg0ep4H7vcVI/8IemQ1lBOwYXRub QjUOsZ+bEwpmY9x9hhAAInqx2r2R30QTBiqY8N/OzQVFToy6bX+m9cREgM4UKkqLE7o1K3GhEOBM pV5h119g5PCEGGdlSyNrz3EQugjGhXJtbwR5UX3mFNqJ4FDCQorrKvQ84K7/kGM3RyHaBN4a2dRa /GwtUjDAhigu/ImcniBhS0ZH0qyF8GOgg3+ho47cNUXZtdsJ2+Lw/v816OV+I8NrMGcyJEmHC7tx 2LjRnK8L3N3O5N0p1BkigePL0PbR2sEbqB5m2ybb8FujmF6CWn1EEUBRN5JwgR19OjD7mGyMdm2x Ulwtwm8LNOQdtVqadDxTcrWFuJ26TWEgZY1Nzp1y3EHHoFc7j//pLfe089c2YtgyvJbxbOa1L9kx yQg47W+3f7d/Nh93UWOfkkD9m+DEQ6SRGQi3bcmuJw1UIdi414tNwn45KT2OYNcMAynF2rTYHnRv tXRjk0WatR7QbNWU0SHs9qgLLRwGF7PDpp0WUNBv6P7pkCqjpTmbNdJBzi4i6ltjrnTLp+DuumQy 693zQUB78ybLIz8TeYatt7S/3MOn1oQn+465xv58pJOl2Yaer9/2e18KqUBREUM85KfzAETDg1t5 lU4WEVsR4uu8PYzQz4yf/bV+wsP5Gf9f7vX93ARhG/GAxwofLYv1oiEIRIDQVZG+P7rWoRmBayul iLCJhMtZhgXxeKHUhB3a4VJOKC9VdS57tBronB1zQcF5PqiZubGYW16qWzdCWUUnuzJMFaoW0ZDn SuPR35M8y7XabPB+3bqtOGfEZQF99eRmXjmsu9rrhKKlkFjCz5mqFhyHvMm9ewCiaUgQRR6Wyt+E PeQhNdAccdWP6qP+NBFWBLVorNzwdk+7eGmHHm7bVmc6cJZ19ZZ+vRc/pcTCqSNrOqJq8bY93kay 8brFZVU8Z21swylyxEZX0YboH9vzmks2OeJK+GpJtKc2DBg62YTBpJhC83KTdcUwGysOJ6oe8nAx IfhQn+mWMNHe1lwi6KzXlIl29JMpamc9TVK1N3vK703o0ewSg5gRNMVPyro3EUPWNfVRJ73vb4qo FEVXmBRO1VkKkNXiuKVQlSWpIOJ/9ux1JmIY++vg9ExarNYHRLt1TIxGqCodIfGV0JDB6hSezIY5 2QNIKPkG/rXJOCkWae0XamJkWjgbFBLyCd3SIWvGe7toW7xOJabDshG0G4J8bVqzly8bZhboYQ2m L6MHMeC056lpaasX6R0kgb6EF2qVzYTEVNHIPSql5p7kycyiVpt2WhIGy0wQk2qdZJ8hDnHjJQpa n2gXdIqjrxJmhBtn2zPwr5OsS2BqYzuLiQ1N4qQjMXTF4/igRindaFxS/81yDWF0AtRT6Dtppoa8 IPPPNxLmDCCyERREQHSNTOp70ha6R+HGpM6OPkbfy7ppW2OYD41wRLBSKACRVzQrXIWfNHIeW1Xy U5AC2Zbs9ouRQ3sXwzTwaGgXfNFSBIM6WAhKKDSBk4a6lgCnwe7WLS6qWJX6/az6RmVbMdGKn3dH p/AWucQeMGG5PaoMMWohvrJdG/rCpfs81ZssfNjeVSCSDtl+2JHBXO+L5HTBXLHQGZRoUrvDV8aL PRupFEe8so2RSEKw8QuAqSCuoyFLtyaT91piyA5he7MH3KDFwOmUo7hXM3S0WbqFr+yPUWrfhnyt 7f+jugzE/zA6aA2XITS3gFvch5r630nNAjkAxggeiaYUm/0Ip7M2+gvTsB0XcGa8LBRYA2HYYZc9 ZG0joC2Eno6HrdgZ+ADdJYxwfycSgytxphP26dTZYI2EBExDsUfNSQPEEPwBYPSaexOjGxy3y+ai 24CuAD160BuaxBOZX5hWyqXd7QdmnAV7g6Fuu1UXrGKDZrhA4VH3fJxqyN885hJqaCnJ66vFjuyI SaUiNokY7eDAe/oIRpPvm+k0QL9nt5sBdWyU5oFZXctz+mfnyQGperf/1IcMLzFg99uN2bBzpYS1 hR59G7UFB7Sl/NlMlkX1PkMnx9RdM5+ZLBoKGD7MHeLTHe5tMaioTv1+kjwj0GAScFUIDS0luKhm bOxkVBLFwlc6OKTknsSamTuJlOYmaYZAdTaC24E61ZOE9ufI6KJGQNy7M8OfmCGIWic+ndF0Yn/G 0x86t1sYvs9qIG8P9NvmVZbGNP48eEW8tUvlUDjG6hrVZjbMl7v5cYwT1A+Eyoh4LM5SYdrEeMtP VOB2nxabpEKo1mZWlt8UFnr+SZem4m7UlKIpTI7gbaZBVDTXxB8J2abeLEG4BsrrRFYbXkWFyEYB S9723uS8vbvNsFgmx/8iJhmRWkEp8TWA4ccfYTdEe+Adk8QdccPBGjB+n/bcQlOhThYQXOiwhQGJ 2rW3OTHmaYMIhVrCi1Bqygww49V4miISPWHOnMx3gi6qEANP3qyXIIqe7epvYUgniEZm0DayvRe3 HVElRNA1LT7y8b6ZWBNDttnXK8HBcQduxYX+jNf3sjUXyE9qiqRCehGSYRuAWzahNFXGK89JvF6k PFeKdSxcb0WGbFw7cbU6MRVqgZmcwhRA+UjhL8aWROolufVp90FQvZf3yFT8WipdKqK7sjtJtUyF h2/XomJHeK0yruLTrNxRLto+QJ2oNSXqhV/2orfuRBnOSzawIzn0ADUiN2sb39WyDfeY7t3qYWF3 RJsKR9dF93y3zv6/a5vAm86ClZJykR5VpnbJYtfKQ0qqbaosz9G3JCq0LNiszFkeunpfaRuMEDNl LBgrvZTjVQ51G9xpQqCuzStoU1DpWOsepEojQSJyUuPpTDFlntYMAX61mblpEOplGVk+KxvhaZ6+ rPGeScIMoe9inGBzUiMqqbrnvKRUZbyaAUvC1oYkFAMr8199IxIjlKr5o5kA2GsFRdhBF8uYY5kA /YoLH6ntYBS2H6nj3IYwipMZbecbbsgEUYPKKuxLw0qsidQ8bRdtm+VUZjaqkWqlq6oTEukOooED BLCwJEJQU5bIkSewuvLS7ruyv3ThMy9AKUhXe5z9jTYoRTVLcl3jCgS861s963pA66n1MGGUdt8d FNG3G7UVDUyhW5+xImS0dXmFFPkvN+7UCAMG6egcUu60yUGwlVBLWsJjYdOOs0BtUmW0bbHKJKSc ARAxSqPtNSaFXEA31T40bH9KMpV/ao/EPiNsHysfqutkhYAkruSPUSi0PXFR5Q/hJ9nKP4xnHWSV z6GKX2VligR30WzgD+sQCjxlrx+PDnOVYAEuIEvM8prd2Ft4FG8zplqFHBkSdqpCsiefQdLQrLtC ff0WaxoC5YJ+DbjxCCjulUvYjZ0SNVCVE1WGrRxZ0j5vBVkrNfRK49MC6M+3Ymmff7uzwWm2cydR gvcgYmVLlDLmZiW9+YtLUnVf9Qve2fmXJRW7ixOcqjbPiqgWkR1DxB8Zqr3oOjX4O0A+5NMfKhbT TG1ARm6YRIjUp0RKWW53w/w3V4lyRDG5FKKRfYbES5ikR0uu4rfi1b9kyypSqF7Qwc4nQDfiLhNJ VjOJHGQoQ36djbXgUvgNAIHLiCrZXdbVHW40oFuSmNLJxMDASsl4K0J8LvvKNeAK3gRKxho6GFQ2 5l9ip6CqbMY/EslOzHCvRDFwlRTaR80YhF5GTi/dnn5MHn7SEZQSSYWFDCd9ty021Qv0wtKwDhNN no6iRY+WOfTPcijMzSTjTspycfvqE0FWlJFvZYdXwRj135ZdllIkYQG0XKMeiGA3Saydz15iUBwA YPJOcWlnobTLN8QKgJkQ0dCZJ+mRsV7sF/ZaBHF9l0AxCLYX16dF7Ow5jZBMcBYsuF2+zSOBEBm0 HZgFBLs//RUVjIJIUVVYSt3FNFtHfQ1bkBe+Okuhrx2MOYFoXyYY6nmxtZhru5fKhwYSPnV3tAns rOUrn/g80AxgaK+p8wcEycFqzHDdt2kUNKdxGG+4IlkTmi+IrOHFzuSebQHSGd/JEn2aJRALbnGE ndbyWFA02FcJj8v9Oo8XRJxy81GJYoAJ3tO+t6EzQ9qFzSK2ufvdgQaOECQEUiTnLaiQ8LfnQLNy 1swl+I5PWxcqkvQwCLIbgEW1nhiAXabhDsRrBABul7g/wfS2FpsjQqNn+HpHUsMxsKYGi1r+Y9Cv kEdYLibptCmebbIg6rQhli3SLFcsSIds9u1v+VYWGGLfvl0zHI2AjA17Z1oH3aTu4GiopskJg43Y 2RGuQDXd7SfgllZ9YkUT3mk2bFM062kA31xqbmGX7UVGlE6Ywbev0WOpDABL7iBSUCnDFo8KD13R p+mToBCfvWg5s/GyS5DTFhybeQ2cHQm9XnvV935Ggtva3858SXc2kD/aRz1DMrWY61umzTrsgW96 YzbkIvjoFAsv5NZkK7aIqOk+fykqicAFwxIecfXcpSTHelmiv7gXUPMsYljs4Y4aj+WmiaYz5As0 bx92/gviRMpkXZO1Ml23cjV/nH91Fwd4Bx2h/zy+ERZNO604/sUE3N2u6aIBDwHMcwUwe4s47iqL w7VwWNQCOtFuc5JZIi/wCBu25iCjkflkB/0zCws5BecmddzKZsorsm1tqKrHMSYTnwnLOK6ROMm6 KCrX9oMUUlM5JLGZE2m858uEvvlJWQLbLvz5vEa9WXrAipnBUm6rAczG4jC78qyOCDmNuOHDVVbq lX5+iIhSaQBhozZrIc6u+1dIzOZRY4F7YJoo0VvaEYk2sc5+pXBoMRtJJpbAF/eb/kwHZpSO2uBc qk/lmF/NOP6oKEnHS8VAM4uJQwXhiUWlawh9QVoPprnhoXK55jibKPRQUQR/zjp6gEhW4oZK3SrI L18tp0fzuwbOZSqvr47STyUULZvvSo2qKzzbapmgXjTI3oob1VdSIHcor1hyAvTG665jKK2bbVda gG0QTlliWaZTXe1PqEXZ1GBAKETgw2TS8cu5xHg3aAhEE78UTn1WpaYcREjvyUax3+47xMC7DN/p 13LUirOPb4BFKpeykEbrzkOQtDIG4rzo2VFleL3bwHf6J22jHPBE7UxUKnQGCnqyi2cHH6pfAQgJ jkSDFIygqEx83qECk1Txtd2oaveq9GcLC2lB5w7h3JakBFJtFwLw1uPzgRoQ0dYO8KNLGulLFZX3 0lRtaunQz/RZPVvGAUvtNTjK30pv6ErQJ6gQggCPiBR/9Lc/kjryB8S414+xDn3xFuVoqxp2XKE3 Vc7DFGNoeTLFU2NmIoHCoxDpZYkVe8sqeEopEZvKBmjyLMknEPIwGKN1wEe6ZzJ80yVdeGGg9Mcz wsMNEtyQJXsPv+s6YZGLv/ECqcEDn/XVh50uCB9ommUJgZ/Uq3k4fAcFkw3BLJd1b+LCsM1oNGg/ mmyXcEmQeYQaURFtJoAOZCVTL4fgkVa6ZFPT0/QP1vW4MdULieHeoUwzhr5wCmSUpQEZEE49OqIY gCiKIsi1ftr8SaOhQgASo+IU9QCmYOphhXGjNXvgv9jWMHCDsYSTJVmjzMd7wNtJ1vrpVEtWEYi6 x8BZToi1Dtt625PausunjMCyLJwIAgHwj3sGnt+Sok6yAbBRdotG4s22kOl2NNAT3JUaSQCNUTXH D0jTPwPs9OGQ8MwtSydVKBY8EwH25Q41y7zTaELLjIN8LBnwPuBSu+lcREBIXS7A4EKPYUqkRc9B hYAtB61AETdGYBT4cBCaC76KEWt6cpfLiPHwfWz5TsXUAFzdjamaAUOUIt+hFKCp4OpaoGVw2AC6 IGv94poEkYeG975TTEutiQC4V+xxCyn6kfPqY3z6wD7Uth0KP9jBGhYz2xgM96KQLtpn2JKQoJHW Yt03ItUgySAdtZHNdpFBDvGIAF3bKpPeke0oBh3q4ZGVcivmrzH2mSMQm909f7kjM8+yAwkzJyQ4 OJeK879WCSdobobjoDmsAVYxQvLsNYWhL7CReSGKRTAF35orWIn52VL1fqCMAQYyV6Wrd5Oikmpy aOrzaaL23604MFR4l8kyAC3l66Fv1C2414y1jPmkwze6tImpgIGXLIkYaAAZxfBWDzjRZxEAo+nf 4IjW5TDpjM3ophAcJEctjORYCb21p7HxFqlHHcyZ+9m0qRtGYVRrIm70RncdWG7Nw+RS8E8tzeB6 rDP98r8mDmu1iTrQ0oeh0bEf4F4jrA66L12gRObqWlYUe42eVg1TyEx7ggxcPBdxVMviSZG+42CJ oBYB54kRsSxz+147CTmfajd4sfejFanQYaga4uuOCI1GEuT1/JxTLz5kgeGQitfJheEVBBbWjFaI 8wfG270A+yZcakwRzBYDpTxMIhbZEJazee/05qAGrG1Hq35acNvKgu/Fa4JIWKHHAek+6otKG/fx /ZO1N8WRbhLou9gSZF8SOtW8vj2kxFYUikVprm/+5etuQb/N/KQCrN7Kcl87648jIwoLPAVdRfla PhTCW/lAg4OeAN2SBbLSVYaV5xoHPG4DMefFb4JE1tb7CCzrb32TwHGMcfrcWr4+W+avia9f9EeN oJuTEfFkpEQP8fFZkxpj0Lu1xXJy99CzGRYBoKEsoUQyS2qltcmyzKhmCOJWtFwGZ/heosrHpSKy WZbKhaV5J+Gk2h+LrSby3Bw3mjLrRYgaU8f7T2FBdzSagjldKSFYSdf13d5j4BIyShjFAQ30K2mA TUmzZXSyXwRBsZrR23jR5B457gmVHewpZSwOcAuDIE8ljurWpbSSEJN/3YSK0JoSxugzO3Eg1vUs nY6mgmGwV5lE+zRx1CEAxRxlQDNdS+fdwjWEMf3YaiDL4qvxRVYILbdoSRHylsfEKoNKPVnbyiE5 dKmPf65TWIlzvOqzn0RQaiRxkmOSsVYLfbAYxKbA+LRVu9N3oJSGpBedkAfVNQszP/mKDrIkXPox h1slURdYYRLau9wxzwWTDKJgzQMrREgrf9FPnAOKpVKoZOT0BQqTZZAALyBhM53OSoK6R89tCSJl DTAd4z2AmT0RBe+RK2UYxs4YFwcRK65lrRGmCGT51gQL+EUOHyRG7uQvkvhEURHrWf0SxayRgPQc aMkq5YxdwJhEIpf1188IHuXx1QaFgnvtZd28MmdtIJ1HdzLtvUH8iCXTHmZFjCdfVpK76C3qBaSC ZTOpKLYHQ4oZNGAYAxWdknXiilMSYvaJmSi8pT+hiaTw78CuMhYfVaW2bM5CcnhiQI1gotHvnBsJ nWXThNRA5fMjGqkd1oT7rFaGvLkxsculUws58qkI1CHbQHVZ+DgiMWN1oFZPD5MFtdo0xUNenEw4 PSbM9Mo6sh1JLZtHzVMnTiRUNOIid0Os+aGWEVOQd5/4TKR5MULdGGOVD/BeVLQvJKMVVN1gcqme TRqI1BJ5omFudwzG878k5DQ+JsxXMZ3XDAavUiy8kBylhrcVKDMeYExfHUoMhJYiSI9IdMEzCp7K XoiXT/j5a5h5xTlUaD9FT5yo63VUgGlZ6pCUHwMOkB+M7/NCkHvR6CNxTxGNxDbU5e6RJNqpYtTc RlWRY65iGBDtY8YoIqKHaSXsiqelB+jOiZMowtCoudAlLtC45z6oVCdioNvx7p0sK+Qhs9I5RXU1 aF7UFpwWSXJwI4Is1HA4UIkTra2+rFUI9leVV70T5hxLtIQKMonBwnJrGmWJbYcraJNZKGWrBgZt GyU8CPL1YQdmGoENAVjUkqE9xNL5FUVCjxUIdckOrgJYAT60vhAg04gkGUS2mcIJD61/wTmdhBDA 6D+gBjKXKqyJ6ac1piF6rcyBcIw7VNz2W5EN7gqygkdaXTIWIAlISwgvIYX6dFR7MOKQXgdtuJ3c YalewYXorEU+mo1aSJWhzVZWA9EfEo870iEWECGrICgzGcPBib3ftwwSO4rIHUrcRf0k2BYL3Cz8 5g46YZBYosxar/Ii35lCJWjHvHNqq1ct3pnN/J3BNNu2YEF/vgyyECGiGKTVWf2We8jF6w9ed5bD WBks2pBAMF6JJLg6PJnqC1lV/yxIVo9qF5OpjuGflD0UrrOesBkGOey0g6BpBAtA9L7xkGT88YM9 Jzk4YG6VTXLtDMxASCKIJA1wDjDPoFJluDeb04OBhU/pkWnTG1Y3nFBEJ7FjOkwxFE5LTEJHLQWK RvQ0GLXapG1ljBczfuICK2RTpdA2tWYWRtTiQ3rkiHySZozxym/JmKwaTvyc/zYv68pP/peddosH 80mrJB4MwqlCOFtaumQ5aWHOa/orCCHPv9B5oc/g+o+GTA6ytEhV+CEBiwUNnbJlSIJvx/iEwTAq lkwDWr+wRpJE9lIvwBmU75UOVFOM/4MXmFp6BIcEW3sMWM8r+2ejKoHkxpljKzUERxcp76w+2//Q LgKSJ0zoIjvJZ6kSawStLVog9PTVekchAhKaL2QGreJpZK0ilP1At2HIoGkAdzBv6s9Pi9siY9G1 ZTVcU0qW2EIkAeq/5ZuCiQ8oMypDkhfYs1DF41njENMyX0NjRUzGW2QuLPPZnV4UFs0Y1nK0vLV6 pKF1EGrSHnweyMxaWvou3JAMPBwloo8+dcmU9SbbaSu0aB1N+txUF+JqXYlVGwuWnkjTBfZYXnsI fGR6YATkW6AsrhdiyMnCk89aScSu0JO5DbjWu6WbXIkx6KMPdES5JhmDuXvTE78pnaMO82wZjrrD pVIdZk1xTePSg9TPD8sfVkbnAuwzLSzLk92FJxQZCmZVGblJ04IbTV4+KPJhsfKWwerbi6KXCejD YUdc89PZbulWjtEOZWzyCBbNgjgza49xzubAlJ3wbHJ3WdGHTbPOt4O/Sg0KT0nJ1FhkIZzIyPWT h0/ZZwkS/0pX3ATC4LOYJunNX7zRTZyUWby9XWOK3JytoR2JxJn2uQVNJT3dYDnH9ffHPjyq5/NF co39KhlFCLqs5iSAoi2qhB596FJjH+up7uK/PLeKttqENF0gcRYS8t0cIYYpOJtXlqgrYsgK4wuK WDcLNLX4kRjpR+fGrKzuU7dHdXmqMQEREpD2qdJe04a+JJBR6BivbTq1QV+LUKOFEu1jlrWguv9I L0TTF5nZcDiIUoBJCcRF9IhHVVhHzlDaLY16gX7gMVlWUlTV2kuZmAdA0chqgQRMJFldqIS8zi+W Ac+xfAa2SM661AXTLd6eeZPedJhuCC7z1UVhk015UcwtB9Yo/fnY8DNF2S4OqhCQShi2VZWBsXuZ GJlVOFc9rJIhUlUAu07U281bUSzbpJ3kUw2SMrwlnhJOxGNLWl6KLPnfHuCAG2n34APoSmium4eD lVP3lEVSLZlHBIqH2QYTUV9Ha3pJoaFPJOt3dZm6BpjpVR0GfRu8gkseHqDl92qoKpRqHTv0DK1H 4kDVQBFSqeuHHpIO0AaqwYt87O7g2SAN76Iq4EurIBEp66vzb33mQsBm4UOGzrQAO6qoSM2mCcDr fWMR+FKvJEV5ujUGRpAdCDH1U0EDue13l6lOqnmrGPwNgQiw0kGTs1Mo8gB/2XK+olbIGLIQWkiY RSkKCD4CFlJuxbvahQLJWId62ZJI3ddNBU60hSUlujYzK4w4Do5csDYUKjyyxy92UUOPUZAz1oRF +TBifmUdlpVjcjDtETMMqUpIib2qpQhSnkPq/vAWfRmUYPFdT0h2MfbUSwXYCkNE+9cW+ryiNH2k FLikKiSEWnaSnJlDsZcZsyIu2zCRSMJQI45fsP6A07MTjeYrSei4D468oLESpgTqI9mRrgiu8+oz s/l4wAK6fZQxkArjQa+5Y29pIFkWLEVFQfOrJIvriMz5OxUKSP3TnT6FFv1x6rLcDKXFtvK4gngZ QimNGBY3xauKtUJwAli9IzT9RsnhIcIKVpBVZCZwXzBqFE24bHMo9cR9lA9s7+tiswdZBAMQKvXt LeKbArxpwkZeBoAAZLEBDQqfTUSxP+MpVBIaVST6xa2sj70cM2QJLCTJIaT4QzOUgBrj+gsMfNly mDc+XXwsRCUM4Ujy5A4mXMSriCaMAji9CEmhLpqKX1JEVMoXdBjmKGxKh8YvHhupME4Xqb75pit5 URLHr2SY3IkqI8gZs9GcDLPjVgMrlZkQV1eRk4P/tEuJhq1yrNeiFDEZuIgHCvaCAbIDRpv9b5kY R+3uS6GmWsImynLp5NtGvqjzDkxCYkXgVEAkFVxaJ8PaZMxsTZ6sj9ICs7XJ70xq7v21ecrt+wUK QX1bLfGTA7EODM/505dBJ3UqkGCaDiw0oSARtBwjqJK6qKHPQpUOqNy5NTDy5gkKEkKpHY5K82KU neQ5ZhLk/G54dda1ECOqtpjYPnXBivbJjCsVbVGo3U6AF/1NK1RpfmhukuNpobFt6hYnRPjyiCIz APntwYsWAf1lbJ1MbT0Ns4/WrQuzrQOssTgFNNeVv12jWkN4+fpf9ty3sWKFO4gvMahDHCC4GUmz llR8cx5RNG0Ai4roZGOVPWwtgoVA8uxQGke3bPO6r8ZrhRAjfR+fWcZdVvasSjQpF5uaHL3N0PKI qPKKmIlLE1+uQcpUAa/n0DHOLCMst/IWof50ezB2pDU75TrIwkHB0BtHdWyCxoSxWNajt0aH8me5 hmuVkwD6obkbsczaU6XXuva32G5CZjMhXRYoKGTaCFb1J3U3mZqVkZKEXNYnxrMzfJJqVzoF3Yil C2nsBHRNHlv7nGwIe9MS3UYepyzqJszo0RR5Eq4WP9Cf4H5zE6/CHzjiLpb3i73uTSwcXC5KlOHV WC+AI8G8ouzUrxiVA84Yl04R26RiREEQ/YxuKm0RkKOmieYaOUYEYAw9JV5Fs5TT68IndZJN075f mGHPOSPxSibxVeyOZr3lYEfUvS1ZwXtkYJejpxSuWgJE0nNSv+QPXkqZMlISQZ1g6O6mjJQe//SB 2+TgUkokVyQQjgF8BJR0p49dcs8SMCz4iDtQiw0dpPL88vSApHKkVqOyaZ/ELbK18oWP9M9fnv8j 0sICyj1egsmHnDNT1Lg0CTTNx0vS6okO6Z9GQNBJqyEymAwCg9EwNJso+IBhM07zm0GKEhggfeNI ovKdFHcM0JfP9lQUo+RxyNTYXS1JFjAnMB2NkajI+OOaWJ86KmvuQUSioFu2wlJYIIIUkOXnwJv3 ODcaWmpsjTLhapOfpsgk/sTehU5kiLNusb3l5cVh+MTrxrT69vJAKKyMK5joqhDbA+PDxKw/oiYW i8JZwjcYuaaIQNjyNANhCWEkUIhOFu5Gpd7ck/Izqyza62bUSZ08zIZu9JcIGLr23tdVEzRuytRq Zl5jSsWK5lmqIR0GX+Hm/fIiJtn3bfgSE3wTZuGLXppB+R/KmVmWnAm6RyYZwebKdNczNdU7JWnN iebjJsHm/ybEkhKvlnhl0d0bMXSC5wKtbnMoGwP6nS17sM+AtSPD5ubu6KPqehSVSkgzMCH7y8CW e5Z3SsBALwpz5nd2leC8SCLHkzCAKPMPdqIlcVvwCo3HQRMg6ENXsJ0ZyjYPCEFkZSNk1ZZ7zqyN R2KU0EdccUKACsppxFy4RQ2sECo4RJNtVQScyjOgXgTvogwQrlIDNaZ0ou4tgEogNQd21ViWIMuF gxA76CnQTM/QGCRrGQKA5XLDFiMos32A+pG02KEUNigh6QnP0jD06nlEyGfKH0ygMTIaymooQnak SXvtCEIv7us7K8pS3O6nPNzbwmmp1JhEaoncVgSkkYRZlcvskyROaThTwEV/AidDS4z0jAq5GfX+ +XhIx1kKw+jFxEEpBT9ApXliIUInQibKyM0NWVx7NkwKrY/1/URtIIS6yMGotmYZIfPTAY0MP44D LGAQDA56TOYhh4HgfpF4rAXLh6RBKSnIkLOrswua/77tNI+kRafd54djOuxGDrimwpQbfGwzNsWw H9fc3YZbMoJkJvEEQVtuymverxZHgrzLk6GMYap1TF+VK/rthnDEABdI9eYthBswd6TKnN0Fo0it NepPPq4rUAZVl5sivqE7+r76pf3Qqzx85Rlee06hwgdG7T7qYReTVuvXFjua+UhdFz7TVTGBysJh QmCRDScderu9uNq0Q1iH+Jlg4Yv8j0Ccpoq9sC5yDDKNX40muHZgEk69U13opd3HxOrDHzEw5Gfu E0CsAIEh2wPfOo4vY+05C6zRhC46Wr9DoQ98SbD2ihOwxSArNsneKPqgFwjsm424IcWtsAQK29/b DvCg5Azb3mXqwp+VIS7folMNIMMrazgFybeJlxYp7v21JafYoPrwWv8s80FU6dApAb1lQJDtlnZa GoOI8gJnROFPV4BfzgRPzo4Bt9mMoJV9MQa5f0UZnZF/oXq3kKIhPaEWGCmM5igW9DN5agkGCeNm SktWed8MVrek4YGeFG7SajHGelwgdqGY4imW5qtF6UMEXRqT3frAzAV8QzmD95rW6qL40Li+q6jQ I7kqtM6n2xboMYeCv1SGOQgFpipJlEb6YAhamn8Y6vwx95BezGtdgsO3dUFJ1b6IrUBJo5aSyRhN PxDvENdykaxL5NKcDVoEF2REpRwkpZJJUwvlYjnReSNWE3eDZe3pcqBoOsVqlBF/MwXQeRODc8Jb ZbZwYDS4ebuvKZswM28rGdGdPepPLKJ41m6JRJgimuD9qNQ7wJ6Ju6KFT3grQxAxOlc/1xbK7DLX vWOQok2fe8AhG6EhHp3hdFwPs46E/FEP9Npe+XmnbeQejWmloQWEHl5gxhB+rfsaTfQau0ce1oJ1 xayoY7rVvKcYrJvYuc9TeILFOCMawRoj6u1a74GHHlLoLH1cGre1Hf6HRH32zwWXuYIN/9FGQjfz YEGHkWvBhT1CweVIo85atG0tFAWt9HlUhMR6joLU+EIP+XjGZ4FauwJgq0oq/p5M6Ytj/LoaK4Np VjWo3g1Fi9g3IMaF5B7xoQbPClndSGJITALzQTEqLqgg9jDbZJ1RZKFaMv6azmLSZCS3WkqZnJOn 06cvCGYVLXgx3gJ2n7VYio1IarpnbL9upY+eoXO5Jy/qUYZnPrMSp4d62hzMyQULn0SMVSMUZ5fu KLgYIScnsdb/TIe9yLuYHJqbnbmOdNEkYCJwkf9sDs0BhAGFW6n7s8SDry3Tk9DqXZ553kLVJQ8y //XVsWNctEmKF2kkgjRGp2dXmTQn4bGcAOhkrsetHAkrHLPsyBVgiNCgBumxekSb8nSIcS9k7rk1 N24vYSEEVRJLgQflK0AaLMzzSeBZxVJqbMD6F4iQtwwTV5yfXqqaC64oKY0npPZjFHN9bw6nEwCj V4XW62C9kzkuMsQLsrVUI2ClljQhCM3ZfZQruyi+CDQiZ2alt8pNY+pyJVXTtQGCIXOPQneqj/n/ wctGSjyEqcN1WxvSbQaXTVm7KIqKivIWiqT5BY0yT8302HKQ9lyg+12u+ayBZ2iSjSxNoL0CM80g pdk208k2ilSFmYh1NUAOlYJ/P1lIQbJFSf+WvpZ1ZCikajJrsChJmLRBoYSWmbmWaGGHazGzPK84 HCm1ximblemizExn/qWFbKyhxddyybgmvhyp0IEenoFiPWAZ3cIwm3dEMMInGXRm5nkJ30cw8kup p9Pkn0bmKltYxxodF81zKJ3kBWamBNXuFz6MzSSTizVEvOqzGxl8d6On9NCqOHW4K/JIoa4WQzIm q71JWJD3t1QhWdIMtNlYmiGrcUw0rbsp2jDBoHiIYaWCEuIqucyLnE2685PsPxUaNK2ww1x63zMV IdIP1FYSZemN3QyCG6KPCSmFDoiGgYWcC+sEtlmTOLPE/kJEDSGG0I5cxTAGnDyrIFhF1b4Ai5HV FLRuKZBSQ0J0mEJIbZHIKz0Yh7wIqnxGboNqws/2TDv5THEMmB9l2JDgEPFxdvRxxGV4pUPslqKK OjXIL0uQO6Om6GwcCjREMtZwuooXQydHQ+HILogiQKGQwejbmO3Z4aYzs/rpbmokjUxF+slWGUyi IDqk+0YV1jgHIWRGmL963+NgDZbi+G82XfbhSvsd0p7RYyijzxhEGdT5yVunWfbiCrFkMUjPqdwS lfIQv2YD0VaKm7pJewMi+HXf9zQRUNz/+HYLw2PnfIgMfNJq0fCutK4Ir1dA0GAQn/I0YIkMf0Qu CG2C6CkvAEh1ZwHLL/9gMM0JoTQ6C39phnMgT3AzTcF2kMKW4EgYPqG7uaNzWcJ1ICNuhGKFjykF W1voOZowvZaAjSLrrVQpz3Qjd2isbsZF0TdB6jrEaSCV2TCqglT6wHwHJcPywBCAWMfIQ8mgJcjm 49r3LZF7JiUkDE2AmSC6slFjeb4K2DX8GSNGhy4F9UDMEgIr1FFooVsQvFrbyCgFNmGmGdkouqK4 FK2NF2yb5DdRush/W0gktacv0nO7t5s3eQcWDZX2iYpkQ03R2XwXsQkHt0HQxIpfeFpHzTRD0kky Km6E8CU09/acSSIDGga5J1xkNb9KbLTxz+fdu5hU1TbXYtu9DIzs477/F440HQbK6Ue8CthpkcHS BbM023YaDN2j0wuERFE4nFFoYcHH7tkeTGCLzQuiIkrCmjZYKDpBzQG0yRNmadxuDh6NrYLxIxNK HsSnSDcejgT8LpA2LRJyf6QxHD3nBE5lKlGeVoQCVGX/xMBPDaG+EVdJT+1fEKtX3PNtHRruG4hX htnUFVgtWyiAK3rTuGHwrFmZQFHBtjreal4x8RUxDdP38ghJhZFoMKSlN78RmtJ1PPcnrNmMXvvb klxtFBWFvkKey3pet8TL5NkVCXPYusqe+6qCVOGimUVuJhg2xTiAKxOhr7nzki+kzUYoLgsku3Ck /aGNvCrvES5IY8igso0Gjewf+yxqu89veu6tZqF5FFqbhk0peuHRYglDaiMBPLMUkgxzWzdm+w3F YICHNmZzotbZRHT0z/Xqhc00LgmMGpLHO+9zKT+FmXlhfsyXcgyDHj9wS5FUvik1zakbMRXPJblU 9uGZEUFsvI42BknXGGrJokeHElaWy6wImhkZscWC0HXDrU++DWPUNynxk5DY3GkWhe38ZGkcyZmS 0FuW5WMSRkKeIfnwBCgVo6huAXeTFWGWUx2aXUFe99oIkdRTHCugRlbWdNA8l9dQsW5iNxvjDSW6 I0lRUOXQ66Z5aYkpVC5d8qal8Si79FXvVOY1mpMhIvNrQxNEG8kQSq477y7B5NZWPh28X8jAmK5I q2cr0gwHTO/xh+ZjvOWsTd8Fhf53C8upduMbs83F2AoZXWPOZ9IV2XIFl+lbfY3qHpc25bKB8swM RaBTHBGniTjPa4JsNPZNoKRo4ExjMWVulMiK6lrLA9yR4HazBD2EZ7SV12QJ4FzsFFKyxWZOv/3r cBamL4CXkTfTMW9bQMWJ1Fmik/16tst49MLlmYNtstRHrURLf1CoYgiVgLZcSItyiJAM95TyBB7S bPsv3Om1hNXFAgXhyHCU24T2ZYEjsoaeldL0ZSs001PdLyprTkSFkxlKJNAGRU81SX9KRvRT7A2f yfp8XN5rNgcSNLe43Z1B9EEf8195foaPBQP1SvCpqi1z7wxuqZKhzaJuYVoESi3ExTpyq0J0PuBu MY3icMcFci4qmiIz+1OV64w6uA+fAVjRC6Mugv4mRkyYuCR4YBCCDHXMjGBxmQ/5S+0Ic7AniyhN 6gY2EobSXNI/AqweCVFgROcWTHRmUcl4uWURCyhBtS75Sr5tTtWAMl0IMTG0D7QmiyScUbpCX52Y QXUlm7JW8gRZMML2strwGbmhHMaIBsZnJHqoVgFfUL9zM7wod6aIDGZH6xtTV9uyCkpBV5vljXNz pEOIKHC101O+7iCS4E5fV+vQES87kAN3EByMOd8YWAz6gaHBe6/wVggOk8M+wrIdW5HBzPlKu/P9 YACBww7zAPvaFN5xG0jrWxY7fBlwto36YVy/e/GD2JJFzfzqABZbj8FKYCBEJj823Df6schQo44W aft9LHXas6363elYDLifzL8BnKgR3qWNM7Y7aQbZJOGPs6zVe8xUF260w9wmXwdkKPGc7nFvig84 d6pIiBbu8LvvmHD2xQ6hudx4XGx0r1HQ5SBzh4C1WzindWY1AKyx+hZFQ8zYUrQ7ksm971skoldn STvaPYVmZh1zUSf7OoUMgGW63RMUVNGW4BC0oHLNaBl1FExAjqTwNtytM3JSIYqZJ3chCYhbQL3v RGZIWhKHq4X8lEbZHH8AHAdl9gFuHJTHqYsC+Vj2EPF6tmiCTno8CY/7ho52wlVxYBFYnOOYi+vr a7GOebuIJn6MLn+LssqByso8t4JRTC1Kmaq8Zcmu6jnQNWI4S5MZ8lzHCkuomlNyC2XYLa4o82mj 2ImwwBcTL3QCeTEsHlFa24C5qt/x6JPX1h10DwPM/NzOdn3u9Bv86oqTkcSJHchSG27u0lgnaY53 ij9YLCS6swgCISwcOZRMEogbxLUAzSjE5HEoU7BZSxfUI7szEbclz71FEZNI30/HA8oJh6BmTpV7 aCc9w+Y2o5kjOs8tws/aAmoLVOED58zzHn7JR4JVIWmhLlQLsy1c+goMk7DezI0uAGoXbAiLfAlS /c5IBpuDmlv2fBV5SDWaf+flem53d7dWhRc8LQkUDRCnFVEYVsw7ZCBYu2b7RYylLqHT1obenMPD TlgpI2dsjq0q/CzasOm+71PM6cEf/TviaT8ppYjAfo0Pn+9VoI3wLv503kt+wZTImvkIAqy7E6gI wRQvwJKKINwc3HFCfuOlDCJsyDWd5xiOjvEykwzCR7yeqSNHwF7zoOCnD8aZCnDOL9mkJ4yazQDX 7KIgX8++zdmAfJXQKLU4Q1ryI8kMbUbkWWNjJ7ULf9A3erLeTLjTbJqIWQVl0ayePdDaTL3ZLWf5 /fMjJSFhsJnGYi+pFlHEExZXAGh6Cu4wpVIL1RdS/HRX6mA8BFSuKKUggvzMAyOlDYyH+OpN1oEV e4Re0Cd3RFqSnQWxgZKH8q4+yltp4/Op4Eiy+ZG7Cx2JbdFPHwtlwVPpjskYvaymVriUg+mNZysT ijN1JAOsojGSFlvgrjwpeyB3g+KNJH1GL2UwFOHWaCgwcXZDY7+LxdAc36pBawQIOBZSY8tzCPCj JgSfhQMI9ViR99UZnq0/+kSiXV/I3LFbzfuEb+lB8Zj2DVOEcSfT8FaWVAZIbxnh7MTthfvEbknD b93ixlCsEd3lhlnhQl1Ib8ZmbGFcjpdoC+aFT2MxmEgkoqyQNrG13ErGntx6TVAT0ehyVzrSewWF Si30yZ0UvZkioafNKkOEe6kttipxKhnKqIrM1TvUpbhDgdbLD7ck0bjqEipmH+oOZVOLEeaIMtiW G7pVHmgckJAXywlXaWqlLLKvtU1Q7Vhzb1tzq7OqPUp5lXXt/JGRlloqGoEtejyLGq1j2CUiAW2n lay+TUT2GjFPhV9fo6YzdeIjPMLooJiqn2qiylPUjhUDGK2zO1BbA8XjqA5MIZhKARrDAkyHjCTU xOKGmbHB9aKwCj6BiZUGp8HOICZPn1aNJXTl7OMoQq38to1MFZ5tKcOkgpT07Kl7fvp4cJckn3BU lLrnlVXs7dFCeTWazZ+Iwa5yv9rdSNV4DDFgRplkjO1TQwHyApB1b9zEOeCOZet5r9ekrT5if3N7 +tf5Ma3qVhad1upAyRT8wLCqTN3fqR6WhxqeEdrl4loVAc7NkmRFMm4RVBOdbU6BLer2bJwhZTbB AHYRxpmRXFEmVz4bim+mQ5JgTDbJGtlwIhnHqyLuYyrvBUGHW87b/x9N94EYOa5kUXQZLe/Tqv7+ tzfnPmrUalUmCRPeAQRBnLq0w58mlWGZiVAZuxy/qlE2I6HvweE0wmec7lltt4FXAiXyqWXHzttO mYBCAoAgMmNGqf0/BUSVnGqkV1FHFr5JNU7jI2gGT6uysYKgcGArorGvIOl6mpuR9brDnk8CEhaj 4AoZktnUv8Lah+PHMzmBUbOks5TfyIxK5NQGJxyMoBxC5ZEYtTGx6g+mVDdRFDQ+QaMXEltV4N5d R1grBbWf2d5Bw7ovu+vxGWcPAYbE6qvIAuCkzBTk3Tf/T2wakoRQE7AZAkEJA8ZpQ7sN/OYBFtuP AwUkJtWYUn6r64ICyxMFUmB85ynZaZEQAVIZu2UgooPllYsVLm1SruJjayEYbaZ1iRbr+/LaqRzK YrDVsDFBauDqn0pH6s4o1aZcr7VFLucZEHA9g7adnFTLmeZMj3on8cyaZAAqspu6Hc8AOOonWaTE FUbgzMhk8aL2DLmRyXVnOnnqDnPSO6hTSaYPrzZj1om4QtCtcK/0imhaGJkR6c+IggTB2h0ahLRb HaBy5Ay/YWdMJImR+0SGiZdVJHQ8amkGz7onM5mmqq8IEedA5x5JwwDww7SyZNAaFlLGj7kRU2kF +7g5ko8eQdIu01UXuRtKVG3TlcQvrJuejNU7uQivzDv9cZfjaEogCchxweBBQ2XSwa6JoI9q4VS5 EqsRaYS/6TWuwR+IQCZzhSV8CxyFEDPg9FuJy0QdbvCng0J07j4DzJYysu2npLo0vRwLNZEJk+mz MVGBsCB5OKIACneC2ThV14zebHBGhHwlWqysIunKxysoknxit+o24qx2mpZkLJgEVHMbs2aE8YDt EucUIeWFhXb5HcypMsNuZbE7JJCyu8PutNFnBSUMQIBoy0o4zpRfhzICthUqK1sxImsjrmB28NRv CnyshyjOJMYgj+mw7WyfbcedWsKd5aKEKOCxCACjB14w1ODEcSTMchoeX5K+JJnZ92Q0SdYrHMWc BSvomKhjj9lwp8QpgpHCY1zigDuNYsDMb36u2rNmsZOtgzfQPexDqxj1t2f1mVYvmz1LTs7ZM/iq LqJWAVe/RwTlb0MxnoGRZLpn8uiCLPEC/H8BmEWHxoUv+moPU2CVcKT8KAu4LcLaOCMcX5TZ24Iw DtSBatrG8+Kh8pPMuL6QS5hjKgvG9Yh2mzEScgjMOhyQwyUIgd9c+rUwQTaiTQFc+KaygqFjTBLY lseEK1lMUgSNICc7dXc9ZsSyQluZRc5uuPNDxuS+EqQaKpXTOcQlWvb1GZDuWDuodJXYTMAWqxfq 20SaHdyCabe0qI4b8qAtqkF2owQo5GQTKSkf2vQVJdgPbU3jySc7V0eH5Dkfp5tIuzwMtYmcHKjE D3QjlOuQLOuRDxRpy4iL4Xs2WYPatwmiiFzZRGHEJH6NIBW9ZLtcqhAhNzyeo/cBeBIwySmCSAlT wuL5EadAvBPgAY+B0ljvpkc9Ycz2NxUJKH9XA2gdXzyfmBT6Gwv+6Wq2ruC851gzyknWqip0xOYZ l4jSiFelgMVuOxHBbjjiF/aELWvg0ACS6A4hQsliEnTVBQmz+RXYZxmqXpE60OQIMymSIkD5vyFx v1w4110eNDkEVnLTXkrClPrArFccVuou8SoD9eSOIZmk1rNKuqvbdNx6dnEibtIgd8fDxoGuI/GA b4LIQKfr6exMJVV3s7UzArVKOI+f74A/0AFKDPJeCJJwVev3kLhlyilDyMI4HZ1wxewcY3vFCQxe 5MuQKJIxxQCn4FQpKxO2wDaCPH02FGCK8CkH+pitElYj1Vg3P3SSYCw9BDbdJXklpAjk/1JyEFCM TvInvdLX5I1YQps7i4+liw3KWNa2f/JKVcJnphBVJ9NroRD1da0Y4pfIUvBEKwtGRmrfuS54o4+7 bfmL9B0+7KpC9MpnvR6gOuTqjG1OVP9Mkm2PVCDawePGVsDxxYHDypjgNAAh81nV1N/vXi+o0ujo bEUi9RbV1MqWFZBNpcyq+qOI2nnBhrG7UqwMXq2UoKhezRzzrV7dm/V6DWIXT6d7Rxw7MNyPs6qd /tzxvzZEqmy361JZtRqH7nZsViwyNqboowIFaHs8FQdVPKi2xiBREHYlVtR3ODERKxYBrFf/QcSn qnI8Zpj3BsaOdu/cGyXM69ftp5c82qnuj7aOYu6Nk6evm5PUr1+nX7goqof4zw1onV1sJHgpNYNU SbCT0I3mAAnVs4sahL2gp8sNH2MUETJubLGH01/1FIrPjrQ11EgoYGjy5Sho35zXjWfoAxJgIKTd ns6M/vF2QnVslWyvZXQlqP51DPvVqoAzeZTBtURMx3cjmDc8Kogbyvw/Xud3ss7QMdR3wDp92ssT jelMntPHtZK1o78tYZwxxQQNXlW9Izds0QcwWSEyvZUY1yuAu7HFC4e/s97qeKqCkMyWJ8ZEQQGw cn17amMw9ipa4VC/RvGiyo4TVy4xVjjevCmyybtYCciGW+/SNGliQ7Icmn1NWoyBVIhlGQVnHYQe Wcgq5PiA0wX5Kwxm4Sm0guFkpmpwbPOIsXPtMhcWMjIPpIjDqMAP4GNYNWfFmtOVxUjHmIt2e5NE CSaAq++1tKFq+3WxDqJthf8cRo45Q1G1qiuk1giwtDc4f5yhyHG0nhKdLDGAK8PPhgJambRPzE4e M9lgzDMB1YovV0UtpGVb0nnrN5hgtPbfA6l5v75u+FkFngZ5b6bG1ST1B2bv2cyqaFcgYtjQwu1W PSbZ1ZjtWI4s9lf7x/UqkNxDIStGRgdzYnSMJ9kefDC1Oi9RRzNTd/YSiq4x+FMCBbWW1phDwxRi iSqMAi8fI6oHEPKzzDMrJx/P/xYPxBbkAmzVyKwknZW5tI+5gjk89P4znnwtdlf+FBronrMxprsz 1NySCH834ymbq1TFbTLIs/9RPL0U9ZVuyxqMIIwsSedn8JTPMjR4nH/yw8HH0FyTKMiKdr6ykBaY 3F0eRbxr/PLsttAbHQ2xq09cpH0KGJHfAAklyQXxlRUJjWty4QOfaIo9x2MmjjK4gCAjbDGFqxKJ tWZhbLfyetpUc3FRAGwaHp8r4l1Rx7yN5wdSnK2kACxFFVijvSg0H8qxkUnY6NGVCNOHAHfUzfjU hCIuP1iGNIb1C2IknedUmdC7OMgHvEaMcjEZIQJKRQGwPMs4KkJFGioDURwWEmExgOSu4hUy5tql hKAou8GLxe0KBWYuqxNsoEyZHBYXrCLAt9IH3tna5W64lJGWBoZA4XqkaMIKJVB781BGqFV+BC8B QuXoX+6CnqKE4i1hGG4WAxNj1Ft+Ka/Rr5+FAYDRTYvEgKg0rIKPIWOQQQq8kAFcCxLiHnkFd6AD C1wkoCQZG+CWQyPsqUqvm4nkBjJMpPavEbcZ0jPXjhcTq5CeBTXYiCASZyMVrlgWEWrFL52Y2cKt lApVjzB9s/tDFBBMHAT05ENPIbfrpZEitEyEKDf9AX2EScsY1WQHmmBUvFQoqQ1EEO+YH46iUKPZ C5E4GBE4EnlRn4twtbeExTW7WK7B1LoljQYGJEoIiaGLH7iNHWW1AmjjQ8qjkkHnNmiIfE+4+4oV +jgGQRFDMUcbk6lnqNPQ9CetqicglEfLPdjuwAFlLE/h9+A86rtJdD0lb09f75vrDFuFzgLFZNvH KlOalTv71H6neGeWhKxDS5pvm6DCdHUtrsn17iQPiKBZ9eo27Sg5k3xI27CV/sQc2G22it4TNhLY sB5BNmnVLnEyVqTUgzldLKVGHxLso+fo6aTCVZIJMyA1VBNJVRFLB48XdxpAaZ3HjduQiUrp1NBm LvxWR/rTi2RBxc1IBvAlfFVf8KN6D8CQAXzY3cCdA26oBlfbr8bSoTgGrFyZXldgyaJE9YytAYFh lOR0xbtIHAZmbNIoHAp4Z/42qlZNaE0B7uSqsbPtqwqiA44FOu4YW8Ex4ek/tl1l2+w9+Azd5448 UHAd/hjO3LZ3UeueBQ+AduKiaRVLVxFBgbpafk9DkwFcc7KMv5Ew+FvZCFRQY/wYSPb8NsjhLghw taYK4wlbVWpFEZYPSikX6HAhVpVX6QTtjosJTSoH5U4uoJVSJpIQywkVisEIx6GARb62xkS2s4EV WTAhG6ImAFS04BcqnIIdPLE0cTIvBuFh1T/jGQTNsaqNAfCdw4Qd7UTKrCtCu/V17HQ7pCuflH2j tx5FYxMAnfPOECuxBI/AxzIfXAoYMJdJ8X8lo5yAaZeKZkMy1AVOCbh4acmioUDA5DGaopQ+t7gA AR6jOk+sSDKSy4bIfRKGqMU4pM+spA+NnbZpzcdoSB619j/v3v3ikLB3hx3EQcFNvwV8HU38fn4u i8YmcUzt2j4hRmqG5soxEQgVCnKOsIY0SKlvBNfYVzFMD8hnvOqKFFrt/miRJXHGaSD7LYUvYbRK CW/ZnNoIE12WKlQrdBrMaFD4EBZFrfYHFDv1gDAugMCAMULQ1aMlFV5qjL7CuS10iuKi9fKp8qAC PPQvpy5OE+mKAPKxuRsilTA0YBzzT9ws8PRHQEWGc2pjpx0i7nugLcRRjmwEEvnHBEEfcsejwrfi h3Elsoe4kD76GL3YrEAxCiRFABNjFV4txCRfJe9teKwpYawYVMSGGiEet4zZBKbJZ62YZdWVNkHB K+EqMJIPYpP84kj2sFfFTb5IY11hwYmB31eGhZ8y1NwaMiBA0VTWOuOf3Ly2e9lSNQ4PDJJW3Wz+ kYAZM/z614o/ktETpZvXV70MaHjA5hnbDJatgEjuNghcNB9QFbVwhx8VoiVl8+DAju9AwTLN6tr4 KWO7c1CstebinA1VOAJpbCWKzR1fsxhZlXw9a5zHn3HUiecCD0dvFZQeiPF8qdY7u0jjslWJvbmQ ev/YM82cg5M/YuACLeU3CBXJBuIFviccmwAPsv+QYpzNhyYCHpUlsDHN+WZcK8BxGJowoI6smYIw a0VGIOYuvKd/xCbfkcltIbInFFBqYaNxZmGItwZb90GfmppJ8Fq8RrN9XQ0UdKJKsxVlcUMscaFO 6wjeU8BtuNRx+JzI5yMwIW/Zi6kFbo197tbMbLGB19HmBKNdhM+xtJy3Ato6IKO0IColA63mpzOH vJFJCEG1OxQzixG12fwyCh8lNawlxSlVgBNk8U7kDhzVD1pGQNopmvgfkZ4KehodPHQwRkH8T6XJ IcuawSyHjiNTpVguvAnJlDlCMwIJBqqyWSqklE0PiXw8sDOIvhDv7Fui1P6MtLhH9dqDKAnFujQi QSSo6gdln75SapmxLnvwPoNHbDoUNxNQdu5CO3ZE17MQkuUsZ5l4yakMO7Mg06yEIjc3ncS/1HnJ 6yoRJaDMoGnKrfW22ZHBVdJheCt/qAANRmMqdIC+ytdRHZCle19YtRJWKrygY3jFHKm56ZgxPz43 UijL9I+yBi9jsnbjSMAVNKisgQGu3bVybBPjl9T+gApgg6+3GOYckFGXyhv6qbGU1Acw0gavq6Uc 90BbXUmhy3d1Gh6l0k60rVi2aoC2FbISEKUVHR3jjFCDO7C9Qa6JSgINNmadFPJhWiEDcwxNj+z7 A/h29UJu9T1QwV/TCpz5BRh1yACdBILdkCaFMro3it52mqlZVDCIgwSCbLVQgnTkgQFUv0Fl7kmd UztyFlhumZGQS1jYdzQjSYkcb+OuNnkp6g0s/K4gT+9zReyw2liWGeItDZUmEWeQN33pDJuZTWhL E9xJNUUwC+tse1KYtB0auRgH9jlriREcAT1sAzE9Db92En/YTJgaFGzYopqpETnRa1wBfBYvyVKW 0Ssf4C9M2+S8jUMjDBxJbAdWsO3m4lqZXoODucQ34qqNIaB99GygD4sZxFlGoxCoySOkO4rCqWic zU3w4Fq6njC0roBurRNkag60kmTMpguci8ozrWlIRSrV1AkGO4N7aSViViXSspW60l8kfDn99LRj Dxe4pXbG14C49RmGCfiALAzKGADB/wwOblidqP5orgVJ7WNhLIxb+EY64LyIwaT4iSZ5BRapMhWH 2Rshk8NVuJOz0giS0XqKid+USTGI8cm7xuo2hAtWqQrUnbUrYkK3FN4H0xZfBWRS1CJU0oVvoCLO 1T9B58s2lxotWURM1cK84MfHVXhMHbXB7mpr7eUeG7KPPX0ASJQzhppccvRum3HfE3WbXbE64YRl wuYP32viGXoDKuNlA7M+Wzoremjpjao1tC3TmRtT2VsbZ8yFTppblbCXlZVy79u7mBEiq9Yw369e dZputlYg0gOMwmNHc7f9E1vaNZf1zfzkgSMA0waG2YUQrfrq4dztS88LXMhXttcEcUt36pQBA+hR CI2LTQs+AmDWKqgpCOKCc0YxywKB6FmdP+oTBlZH0T2WF1Bn2EyLPZgYuRkioE6S8RowReCUfVFT m+RBIjDx+j9+kNmKphmRbESPMTACJmm1Oj77j6HiaVFdTyE9knOGRNFz9ClmkUYczZ7bNa4HgFJ2 WsbHRYS/XdGwCWu/sI5xBEspGIW96TVDioyZbvvQY7mOoIUIT6QxnWZB0Z7Am91H3iwgJ34aExIE wGIyjVQ5ouinJ0QAn/+lCyWGmR3mboLFt6IJpAyA2ig5FchMZVSK/QI4e9bmUBphsGxDf+OysE7k QaHNJmFH79R5VCyoidyExnWr2chCQVkbpow2IGsalz4XmxVGZAUzxapMOYuFMEU1KYTIqmjJYTIN XOkvpmURZA4YCtS+umwS9yrRNBqjACQHuRT4Qp510sAl8uffo5fYhvEvVCvSagBxXpPqVEgn0xDg FvtFui8bNgpHbTcoj0wsSqPNUzi9NLHknVUTYqEL5iAx2robsUDXWxRQCR8JAiOC/IZzs4WZWEZ6 2F4SrUEEJTzVBikpVShoLNhIMO0BJsygQgFo+dJuCCwWtEYTV+NkuJNvuI+BYI6ZMYEthra+ObEM 66iUdapSUz+NKH9xq2buV7KocGOKomgDRBhWV/NesKD2sLpRSQ066ICKsdH2jwo1CmiRUf/HClIN ojz09w5KlauIXL0odppK8SLzqr1NpIBIXsrOckrlffGnv6QEvoQNqD3aCbz+h7JUgjcOW9KSCKg1 CcgJT8WcsiNT+FoMIOiNvq2VGy/CTnSwG8HwW5EuI1nqQwyrTwAfosCLHr5IZ3KU9qASiwBHX38T P63EHmymWxUccCDOu0ohE+natJkm6FFpmQIuaKpD6a2AJHqwEkKC8jjjpGGTVINBxVf/+FAxI6zs IG0Tz/Kd4Aghgu5aNp1S/oGIlTQPPlCpoAVazO280ZKX0qCnTh1VV1T5tN1Lwcqhg9FEo560Vkpc Cml3k7TFH/TDsnbGlh+WZ1U4QtPqpPYohiK3Dc5O2YJ6jhRGqm0oYgSfY48lwqjiqy6oRB1YacJK bGVLmI85cDGUMWZACvfQYoqZIizZZrEcSJudz9oYDCxkaQsu5eP25+OMmwgWLxSIo+XCkkgIArf8 BIn2VRoScjRDdC3D2RdAeLY3aZVuKR9GBX8O0sI9TtNY+1iyQixiXMuQjHe2cmGkHnxPsvnSe7Xc YkNNDS7QVdxwxdeq9AFZVKYL+c+MVwnMPsAPWdCsz3kFcMT3fkEPv/6B+KEAxw668YWmQcfGUNDG yKiRQpISFqDqN1ZWcZXnR0g5/nFwAqTRxMAV8ST0JsBWYMBGXizDzqZKzSvKzhpUN/bR0IrCyX5k VWlXOGgjq5FsFq3rCs4WAky5Qq1zwivXOqJTEt4GWtXbACY5GWQzgZSkwz4WJNtAyD6opUpu9y3l SxhiHAGuT87C3tgSZI/2gydTAvf4qzggPbczryo9Ato47RV7BA9UdAtO4cIsEHtAP7XLNW1WJKhs 3F7XHvpOfVavthe2rbDwyYRoYHS7ayiWH8fqhq1yROSwpgEwW+7njhIFBXbFAgOmuyaNpu3fr5lC M0yTkxr0fHM6CEBtnqCWRlvii9Tap7P8SHt6MaxzfVVrWkBBj1YHfLbTn1FyDDDiRg6QoAy+Z2Oz DlCEtB/3kud5iKotdMGlmIX73FmA+OJqxie82XPvpKUOaTCO5M/paQiZkfMwVsZBnBGzCHG11kI1 zpK6zXuWSKThvnGD6ckSJdEsO5IulHPSOH+aQZhT57nRQr7csWac4MJpeUL5w7YouKaxQFVOwacW 3RXH/GX026MivFFDkEsImHtwrCqD2MSwQnsttzqfc89/ieFEa4Xuoj5jKyws2spfSyFbvvfUmSQi EGm5/FgEAWThaiMXj6IPZS/ClKty3W1fAmU5zl6cUhavX3G1f9z2LGdPTi1HEFELV9uZAiPZwQU0 YRcd7EWR8MvhRdtumt60haOl9eAxrj0P5SFCxlJ0NYgC3uL5nh0Tl3tKy+WoJoXtorjmr/ai1hIl 62f0cpK+NnExqsi5PbcXiMPLUGLXktMewpK5wH0zGbg6STH5qOG7yFPBQ8JQthCFNEBmQZSKetdh Xp6S6Lgo/0H6xavVHNqGYfA2vcijTVh05dVXJpFejNknjwGK4ypwKbyTAGmLyJgUmVY43pVYhUmy YAF8IPmBRUQLJjFDDCUWxbdxS6S3INxd+VD5gLw1R5C8EefqKIRU2BDYpQJsPBqUagAD4XzHeztD 3NOBF8FCGkIn3E1lIrRMqmwO4mIGoV7QFvzHNvpSA4mS+2+9u6fZEzGBeUUWcGMlFmBXUVzu6GhA xTgp7IanEcxZ+7ImiLpaJN/KMj+ddTIm1RPOFMQHo9pmYalps9eU30oZ6rFvjFjVo1wX61JnYV4q 7IMv8yZSEgYRRdgNoBZgdKOdDIXEVRK6lXLoA8SKl0ACzF5qoL46EaKt+gGVPclRRXiQkC6mKT/V bYYNOpa9slgMoBosVupp4FKkqkbidxQJcRDucXsVWrgX3ESjoo2a6ZdR1NJnQEWuDntcDMR0AJtY ubuQtkwBlciqkW1xioy+0usVHrCvcKZUHL0aMSpkXAxg5EqrZI2mutRVSpYUGez71ZbCpJG1kV7E U0NDtwyVEzeSAT8vhkPrtjG056dkoajaaLg/3tM/pEMZMw4oOa7bNQgXaT6THe9SWPbN3M2VPdns WYBSJIaCXhJuSpdlcEHtQmyTZgNN7twtMp0Z/VZorVYRch1UmXDCOYUxORwjI5ozKrIkcE88mRl0 miEFT44BsvXL+JM6IyeaqSDViGZRg8YEv8/ajrju+FEibX2HH9WLPWRmMkaqiGbRJO4ehsXlfgFj ok4TYCpjF010pGlVO5ge0Ec5NA9VGOMDObCFJB5UzxzUxOMC2gq2AFnhAyJOmDR8xARA2yBpMXLa lVa9tuBQYS7DkC+JESvwGiRDroaD+FcVLb4ka6/OnIcCW3sD+UOypCpoG6CHcG0OrOAAu94+aBfi +ark3LP6uhLTGMhUdhDB6ezQTo7m4qn9XIKBbYi0+43ZiucZqLZcam+DJalgTo2E6xwBuBl1gLZR E/XYd97M7kabaJvOuF/ntk6+q5YAklPLH3EGOaMy6G3ANLvdkM50OPXSw6t6uEK6qTctK2SzIt58 v197JB/WFY6QCCeY+NyUoPpC8g2ehrlIyPx0oKIuK7pF9WS7TsGK4YRFl0w9hbXkxmBAh8JCzmV2 GN/rIx7QuCXdjZK7dIqFRojpwITWI6BdBODj582W7w4/AH1uA5sInk1+EIR0fAI0cUwM+Keq9Wjo mvwXudWqvr9uFZvIQKsvyOwnuhLZ+c2EFwzUiHl3tsOf2lpPJ1gNnpDl9X7sb7y0MP2mIpsMuBLv wd+8qNTudAyEHzCqkg3etDufguyRAd/A6VV38yZmT4uTihyuO1jDctGXTp9LJvfcgUbMnHLSAi/U o5/ZDxph4YxhNG+eK45NoSJ58WI2UUHDx1wn/uXjuE9mz9PgDeRolLxkJiv4daFthBdrmQxqG7+Y 9+yh6XxtAuPR0zywapsGkZUsZTp+bJTgCxjKDC4XUMl32aWuvGR8rCA5kccrrSiRufCcOpw+bZOu 3G1LsGsk/fNdlKWX3aE3lE3FklPChwfo1vEXbeW92rlNWm5NYDcrZbEPWWxzvdFN+uwmytt3rfZL pbODtJmKKR3bEU3Vzlrqcrv93K/3y+n6v8vtcvm9n29X175sTW9f8OXn9s/mW5u1zX6xIfqii03O dpvfTka43E43HX4vtjr/Xm/E4nK5Zxnu16uzP1ie9hufL3ctjdv5I6ZiUi6/59v/Tvfzz/18uf26 +3O5X2+308VO67sO1+v1fDfCv5/bTQsIn89d/wHK7Z+p7z//fEWHy/n36wo+/xnr8g2uy7+LHdeX e8CCyvbm8/10M/4/sxsJKoZsk/X9jlzE9NsGY2AZ7mx7dCuHUN0G9aYA0tXUgHL5aju3yYy9Npd7 fe2azpayklfT/1x/8ba1Fp9x4Y536ACmFvoA8PVl3puhfflE1VTs0jD4xgIYWhA/fjWdeZwNwcT9 AACmbCQFA0R2mxq1VR67NehQFJpOaGhpv5lcsoT2bfhmRpIK/QpdWRnb/hl/rM28b+545zAcElJE yh2TgTbsR8PTFd9RMBvdgwPJ8Eze5edOeJk1oYxDgcAApDfb+B26crl+/BBC8tzFcpPLzeE8pQmA IZgJd67g6+cmwHZVctGJJIHWGqOd83l3agCVoG21tZgpI8wGzKamJh1HBGJ9Y2gWiLPIIuVrGGsj Fg/w3lw0pWDZihWFDZRjAUz1OvqJNDadZ8qKvkr5xGguV2zJrpWMttxgLvMzX5x5gXcfWYc9iMoI sTaZaJM5j53RPqyKbHmhHaMNg0oYCyrZCqQobJZGAytLW6jVBIX/bJ12grH2CWS7qgMUX4udFfhU nDTms6oCFap3Qhe8qhP1pJWhUAFMIcHss4K2yrNoXfO/AblIpmn2OBr4kJ3HF27EF/Tc0vBfSJYV y14KcxC9YVlfNpPPahlUIF2obWKLTQLuLLoVHoNFIc1LQdALnhiac481cQtrfMU4ExIkhlfbEhBP aRVsIVnlcY94GcG4iIMQxbHxMcE+KtcAxOkSlALbsCui0ySnUMpcvS8Y8l3mgq0G+U1+BBY8PiLA iuDl7D1FIl8GfHKeXrTW5Cvja2oHd2+pyOMDh8OixjoaFSlJ398cFQGq5CM4UpMfMaFw0D+buwXs 1EGxpWqLTCSp06xSNTHU3teeoELeZI/UJYwl5OOwXpNJJ+v2IAbEtdcUC1AyTDWgUnsBrnqjoKX2 sC7AASaBXyQsN6Fr5tQRHawgk6cAjiaBPtoR0nQwPJGyWBSqBmJLjIn5fnQXXHH6cv9sTDQp/vTF Rf+G49g98N49TwE1XXSnNXyXJdkbKdLSxbSeyHSTv03iYedxDDO5S0Y5KlGZh6qKDFnOVL+1to8O 22mImlUGYdSwee4TZEVeFUB6XAjNmWWWioEIITNecV9opC8aAio6VXjRGFcIjPC3Ikuhmjasrod7 2DHkquBEQgrKF5FBakaJIJVERolkHh7slVhu/j171kY1SNFPlGX7SuG+3zKCRhBxxH9JXE+2FPzI PjGReLTKJTV7Ahbuhz1jJZE5hAd7UybtrCu6uDApGygnnlC1/jLZYwrVhbuYxvaMpBSbtUnyUpyS sSrSQDSUuZBhuaWZCPJoFfw4JjKGvp4zZggKGzQsIoNBhUCDEQTa7UO2TA6L8jOqZu9wG90LuJld k/haTrpuduaYnbCX0xkOzCrEYGwD/AY8EsyIUIUiUQlOSuSXENJRPCJFhDhbA7IhXYpW8Hhk4PkN wCFDKlLB0j2WjDEx7EqeTe0TqlUUcJUiiwZb1Kk8Grna66yjt4hyE4rAuOY6nikwh46ysuUqlZKW O+uCRC0SGXUn0q9YUfVXMQKQGqiK2KtmWg2rq4Bs3UCEXMFRaddAprNyofILjBhXiV+tW5nXERDG 8Zothd8ag0Xj1j3Ujau6VDbug6/KMMXYytoVokABvDgCAowzNTaEUuYC7NEMXwGoNVtd6aZEWJSc V0iQXKJJEI2jBmKj4Is1yaFtSFl4qoIkB19QNQ0ieBWatJCstaijlf+x1TUD+IkarPTBg0J6+zZd IXwALO8o5cmPlKxjFT0xavw+CkocW+6PhBhDqoKirrT+NBFGc6UoGANz41nNyYQHGBKFEfXch3TI YZIUGRQ45Qc9jRpbo2P2FK2mW303HiAhYCTpXuUyY3j6yT+dUdmSR+tl03rDGBjXkGArFox9vq+B CA+AE9eeuVDxUk5U5a8mT/RU+8ma2l2a5BDp5KCTO1xrwaUjcdalZwmsyVjs8EiBVRsrMj2BoHfL Rp6JwOYWbPr+SJyJ+XY8JmI97mG54evpyQMg5KgtnK8f1on1TlvIYby1EgOZ5mk/aoeWW36wrND6 FTPl8kfrNC3ZWI1pxaU9p3r1lrTepYgihiKiPUhifUkf0EOzdZxWNTR+tLjiLFyj2RJK4QDWQxJW fDxTQDusRr39Z+LG6cVzHX4S6frYgypbN3l+eHt8pCw26iOWgb17UhO7Rq3umPTFmmroz64hH3V7 7YGGukO4SiZYGFdzRF7MT2tHfJDNVvSQQqykX7jTuUVQbJ8qBDqXg9RBEn1anIIN0P0YpQU1/x/2 RrdG04usIbFW6GEbUM9k7OmDpCjqgA01jEuetXcPZPBp+RXNEdeCXYtbxku9x9+tzenuGBarbw4h ry3zBWBhSSvOmTksrI1pOwjbUlbqEiWoCVtDC7Mn9A9aQSm6s06Xmc2fte5pLBJg5W6GkHoHUrpo CjqfBh1KRL+4yRl/WsyqZ+xJT/qZGZjSNf9+Vtqd8aLoEV7bLGrSlvGqy6rapKit45Wks/yuM1ss zYIrji0/65+CC9EQV8JA8dGlDu3l4MeEDaGS2wOOsXkNVqSYuRhVTgOFHFnxA++jrwi/iFgckvyL jnv0X9zDbikpIBirhHLQBUAutlCt5WzA+DbYlMTFKkUO+vXeF0GF78YB6MwFe7KaBhpVIoXb4EeK RYLY2cbyYg3kLJBoNvEVGgKSIxTUIMkqJ9x3r72ADTS/vp8qrCCh8WGO9EwXgngyDkJWHDzBjWtM laPyUR6QGvG+JRXU30lRDtQl0ggE23aqIwgDgfTkLSfDmDAWBgsqV/GOtSW8410gSsGSEugkwSDm NVGIwmQWcmqBmOts5dTFHEkxUU4neHxoHBFEvMCUzjupyoQ7Zk5aFJ002dNsTd6SayQhq+2poMXu zsaCNcNqiTUg/M80MuXMAbgJ/4nzxSg2thljaLYuD5tdA2+JHmzaqaF3hqX3w7Ld7Hnn5DjHm/6D H1PbzUFLnx3m1lTg8vPsXQBTa0MwBm9ePjtKZEA+DEVPef0sVYakBRzeIwUlAJMtcGuVjYoJUZNc MEQcAIuEHV7LCNkuY7HtnzkCVEc6oVtvdiO39c39jrLLOqibyUBuwOPpHlFXKVublLSnkQUSmOUq Xbecl3MkqkHgVlEaTjEV2pgtI7V6O+CP58sSIVwJ5jSrdxenLIRzXgdCJWuLRnKnvKxtgYHbOAgQ HYqyc2A+aAA8AmkC2UpVutLDF4E0iYOjqKFsyz+QoLCyicIGINezpKScK2XpaplpbbrTWrMrcCw6 8n/Kp6Ij6yxSKQEpM3LX8mUlwuxIOi6lSvFkFEhdyZmyyxdK0KogUXlh/LsXgEgzDOtHiebIWdTH HKzKRlSxEVpVmulgBGX1inUCdeUjdR+RfgWkalArz2oOEamdIhoIIe6e6hExVjT20L6sSFa2/xm2 ckDgO41ZhijgNoZBw6Xa2CV8pE4RQbXt/HG9vvfVoLA0p0VkhOtEDkjKmeRkyG5GhzGUntdMgfSO 4HJ8vVpjAnIV0AwpTpXUqmU5KHkUsmSgS79HPdVAKksqYohbLapWUn9Tw1ea1mP+yFnlDfhVzEoj kRjlI44atiROvUs5sQLtp/qk2ptRIo6qmayyPBOt1NAMo0eNIwtamKZZjY8Dm70FFodp+AagOFlp SmVYkY38tzvBIQlVbcqqy1XNFN+NUeJ55KQ6hoNtw/BBwZaEOv8BtbFYDltBsHS5qVXPqiUqezrD A6MUjH0hYJJrSy2We1Qrq0mqDFo9d/qFcqFsmwCU92vXGSgMRgn1VdWiOiV+tUyQ9OAtYaMXnAJr DRw2n4WaWaAMjjbK7dLXtuxl0bfcXGIhmmh9ifk9CSOkOy0H00sarFRSNM4dGkAKwJdJoKjlIpIs qbWD4gQ3WtYTiaQyWlFVpmPLBYX6tJVRSQ1TXo6A7+y/BAluNcizowZfVTnCd3iU0meu6BOQUmSg WLfQZ3kpYU2XYU3RHffCJ1bBECHoTZGtZlbLQcGLek5ZaMsjHJWCUhazLa9oWLnB0xgAI9ksXwtb vLb8RbrLfkaL54iflSgLKE0qfxFXDLwKQfJ+iLeHHga4ANNgzNCzwNyqCUso8kJ6ZTTROQoHoauz k4wXkV6nCFm0Vm5T8AOqGeRARGto8+PQL1QxYmv1eGWYylNlMTK4THpmN7LPGBIMsUqrPC2kQE2H KAgX5p77gH0mjLYm+awqsovmCvoSG8JfMOANhuKCpiwK6HpBBPlY7JQ6gN1PAKNKQaUvxkskmjCx m78rVNCsvvCNNGq2qOA/AoPy3H1ZuyYIUSjBiSCZkTQp9XMD4NgPxzoIDvMmxtOcKUAW6CMpLkmI m1rDKjQRAYTFr4XWZGgVBlvKCoNJ6bczMPluw4FABBK5SpM6/yGX32a1F6/L40M9mudpwIVSggD+ 0d+yBsFJ0UaBQo9q62VTmaCI5vnDxwtm5BoCwvKEunhTdclFO4NlQJ5Al0SV17xJg9p1plghpDEz 4jsh0j5AmaBTIn2VSAliNo18YaAbPQKBQXrUoRRaQcTT7Hnz8qB0+Zl2+0rY27bnuWwXQWf88l+Z R7mhOML98tuCEvGMrRgCAptmyYJb7WZulkoXstfH/xxmi7QNVJIipSqrKheR4kH+0UP9T68PZYZB 5+LbUxvffPivXBOBIPv4qLlNgKi0XqSihGhpi52CxhD5Aa8ErdMJ4DMjhhWEAp1KNnG8SB4H/Isi DikAvoQIJf4iHCZr34Qx6jhSO7Nju8is4pzpigwLymz1xG/wAdULxIWGTxLZyFchx79YEAWOHZAB X4a31M7AQkZnnHaUbvJRsiua7OgCufKet+/ATwO9Pdj3+Gb/YSMLpBdGlq0lVMWFGC8pZsHsV5RE +iRaJQmQAHzBLfWM75USnsv7A6IgnE2gHAWz/UOrM8aBHhNtfxT8OjzNeG4BExnbO0l2y6wLrYV8 TZEokAnsoCJYXZGwaxgFSrAneMj++kCtoJt0ewH7wnnEHMiQsFudzAPPvkZypVDyoHyAJg0BMXcz TUb2jptCdMY4MdMTc+BuLAZBpUS8TFWCO2o/P/0nu08NiQbUwdSe+RqQqudPxyDTMlwbOeGmaofi lfUqTKQCGGkq44dR8l+XyiU0oOf6pxCPVY7E9tVGyi1W3KnbwTIwhoKuqwnAc2re+7Zod6cmIGZV HhWXR6N0rES1jkMrEJh4bPfq88NIQRLgXFmx3bTR+hGpGoT2BECHNsc67uj72dG1VVcaE5BY7Gvy jwb+rfKBIJPKvjCbkEQ+FhkCyXmmqUek4asTgWlcPbMhs4osu69JiX4z9Jlt3Kph0UQiqZ82tTRj 2hUlTa0N4+BLJE3q2RT/NOCiiYQXjnEiSAyzEzmMx8DY10rYmjrI/BKtiUUuJwAMUobnJ84EifzR eJwcMYOJu+Erp1vS52uizFeUxRNrHK5rzmwS/EkdUSA14Vw8iEGYTGRqPdqq3GgBYZxsJoJzSN1J rHo80/W8nSkWmunNe9an4gzHb2yd+O/obB4tEdW3nE+amn778dSEXrldVxZK5cXcW61JS7OMI40o 3zSdmCUK9H8KUn0JPBkz1zz341905gMUHfH3OE4kAYh0oZaFi+LaxbOUDnxyWMqtfj00gm1WF3lL 6Ueq7YkLcqBTZc0LDk1UQqd5BO9rMWput3pRKIx4hWXyX4+u+I4y0alRim8RxbA5/0WMi0M2Wnkw 7IRSxi7hHPXm8YFhVjgb5KClCRYzkfAok4nIoTniKgkPXrA1FX6SAChH5WIsKGaRRBq5dVMVILgo qkBharlu6CcAi43kKBa13ECmIEBW0hXjF9yMM4IWiEWoJDThIJxOZSZOmmEQ8+F4ougNTFf0iitj nytETlXnxUMmXU6azU+6mI3FMK7+HKo3r9RRWqEGFFNQgEwZJqLtCsX4Hn/Tq7Sjw8xTKcZ5Ql5Z Moj8cjOj6mo1GREWlYPqaGVDkzMZB9o2nSvQpEAMPkLEBm2Sdn8JQFkMsJGrUDiOKeVMsiIieY9z tCLRK4ruqxm9dI/Yd11bRi+AKVw7LvsKxfhsDqyKEQVB8yGsoskXM2cAzQVyhOR+Ykq09i8Meeio ja7zi/gb11iojAySpBepETPH2veyY+Ny4uyEKTokPDg/3njEl14RoD6GuRyT8DGCekRC0bzDjvTQ qyAIMKb2syssITyiVNe7mNZCOHuQXhCIqosG4xA1xLOWn0Kd36gipIeHbmKqttXC9DUauJJLgkRa xmbhn+g0X1sdqaeNoKddcqzpsbyRCeXL2D+OtH8REB/EHi4hO3IZ0UexGbJVWzaTeVGY9O8gi4KQ ljeAN2SLQNK2pEUrRJeiGJoo0pSsVqRaiAh+GBkwguifYuxmqhxq+ZujCNu5QdqSCi1dBCrhq6Mf QxfYDli3Xz220oEcqP0oyHav+QwOzSK6MWbx6FPOG35Pwpio/MiL9+wKL9ejKEKOB+46TzRtJQAP kap4Amz8EUnMwqATSNj1Anh6IZ9BbUjb6e0rYSZswIapZARxcEEX3C5HNZ8TM2AO67IbKQ8Z0ESq RfuItJrbYf+6Qa1ksq6jjM8AyFBSSvKM8nlwapuNsspYaY1otLsb3x2enY4AOfOYuZYcNjPlFmXL DdGqgmFWrjzd54WNBkgb/ZME6maIBqKzIJoVJc/+9ajb5KEc3wfeAyTFY27SAYLUY4mkpfTN3Ul5 EGcxErPSzABTPCA3rUWqMEiCVRElgK0GKmExF2oAsm2zq5YYxn+5cjiugAzvLPaBWFYyicnO5lmo TskEc0x7gafjDFTWyQR8vWX99k5ni+CZfeHvOlfZl5BFBA6NavF6MINNUSrrS+NaoXv/eiQzyt0S wyfhtRlEaMQ38a+oPpP/+MIBUVHNyGrqVkJZ4b0o8cEI6W+WNgkkHkPJ6DlQbgs7JALVdwAWOyzu Ix9o0iNSlMFHA4ASp1S3v25FG9lfi03i0GDhLvEojSu7OUJ0uaFJZyuwLxPJY7UQb3zcMmE6gLmz dBQWuCbqOTaEyLWqvQcOC4ViTrsjKVTSVSTSsSw5HBbrWgOtYcEDqcunzg7vcTuItzNhL+2lShQJ hEMtxvWC0Zz1nKgDHZkqGMXu4jakSNR6Ly5aYmqgh0KBQ9mi29itcV/nwqiMTkIF6Lu48wQX7ZCZ rJikCdQUMeDxGpIdoNFWHJfJVbqaCjpDqEpY5jfRpa0MgpJp4RxhVntUPyy0U0Cj03OKruhjOjXS ytaVpbf+5a8ircqYPV3qm676V+xUuFTBTHGoh3cgqwpsig5A7kBf2z6rxyrAteVECbTCrK1Atlja ttoX39oQf7EDVolWebNCrWLpqVOH1Tov1WwVVvvvfFXBu92M3TZOhcxKnsqoHRTsDXp2ktpDaThb T7WAoYOCbSDtuGObEe+rhSvfqrKqgbrRvs1KxIDUz+ZZW20vNsq2qdJ3O96VhweSmWxRVVbVUh39 ZkZ7VVWRQQAT20HVhA10/3HScO18hdQGMW57WTU1uP2x7VTtrgGuttoGos2mLtrDe7er9mTX76/D aTStHv7v/nX+h1bafF3vdpx+n34vp9vZWcc3tV2HS0PMiDraw3o+/TM7WoHdZLb6hxpqgtdwIaUl FNrTC4CbzagObdYStP7aVNy+X/C1Qxhlbpd/9pnah2zvsT5qyPfL2e8/VXDT2W4crb5t8f09Xf6h iG3Bdvm2SfgMyHbV/pzsEP4fEv78z55mI2uC0Ir2pgCsEf6xunSBH/BeORKZtSXDNKJyqAvKhuxj G0OSumLA1mls/MtQTyx7l2QGiE2yj8xoLIoyXqeo2N9ClazFNCgLlRW1i4+cWtb8fNQr052xqijR Kqd6b+beSWPMxwLCz8dcCseWUSu0YMQ0M/L61qHMr4Tg73oaCmT4MNfVe1uhLcg55yzbLcOE03xY u+sdAXaKUibV2k7CBCKjWIUgexC2GeD8ZI2ZI06GqVZ8Zm34JAFABGOJcj1Z7GeOOyvKEBmCeXSw HuTdW/WyXCEnbUyOaXZboMG19ujEfF/BOerlOCPOUehjugEZMIwYzW4N0QhFfkyEUlgV5kxQpo7f Z4Vbs8tXZI7CKyoNkUxNgyixu1Ox2jJO9CAAogzEys4UwDDhLfoCo4U5BqoDRvIntrphqpntI8JW EHQXFG2Bi4eZQCzSDOkE33DrsD6928MJnAFcVJFnzbOgaU61gnMcz9KW+Su5dOiBGCT4M6hFU8eh XoXrIt+oFDilJj5z930GG9HDq8rhOhIpAZkZCoeVAVrERLFIAYyEpxnBor3NVMYhI7B3Ikrm2H4D ywcFLygWgi0VtGpgLkO66sOmX0RRBEZaqoOJLmJWutHMMMWvtIO3CgOx5RMvUd4x+cqpSQa9T3yD UCFAJi9BTbTwRDRT0KVKUfjUTaBC0BGOpKyoQ5SSP8xF5kkRSHAKAgonpJ7Xo/sUAtVLRyIL3Lkw WNMo6weLLzi+wkBzklHd/G++xMKkbqEbrAAPhMO9mqtgj+AXLNS4ZXbqULWLD+d/ZVXYkpQLoUpF K+mE2urGdhO9Pr4/VIvm9CtlKKkVapkOCTx2bhNSqboMe9uRCmCIhLFlgKB9EEE9yXGQV+AuQinM kAA8PitNSxJUKZX3dBe4CeqzMyr8hSZLP5BT3ldVsN8+FMtVRjR2TeQCpK6YVppvZEOVHZQfyRaE QdpLxgWIjeezgeSLi53MJGjC+WjhJGAkYisMXVp0ZJc2K/gcv8rDZKFgFiuin1BT2rKSXFXo6qQd Jly6AtWDMrIYAMphiMFMmaSGVWrrlfisuBSYLI4c94nFc3AsHmKwvFS4R8YEVtkuEpGsdjiF1Qa3 2LJFcfRNOFRzuFfrWMpZxIeJyGDQKuOC5EI7eJoLpdAmwSZ7IxH4BcwMA1hVq+MyTogky7sZeh9S a3B3lC/qByVSq5kmBYXUYrtq6kd9XQc5XHXWxCIRwhREa0hM2yQldMsQyTazjKrGJzia+iUX5Xlm QFFNcwTgN1mmniiW08G3JYxAUZoOSV0tNdZCqPn20GCBB0iim/EvNIU7brjVQAFmHyCyoAngpk9u 56WoUr0AhirEi3pg69YZCEPqI3+xxGI2IBgMzQGjm+T1wZkOxNXBDgvPgYLx8DJLWiDzSGreHtD7 v4NKVYAa0WgbyrDFz0hLaJsrycyqJQ8OOVfhEPfuvBIdQq0Z2jVE5/0pkyGABmdM/FQHm+8tpdkg AcPOGDYzRfaA53+nYTCHOz8HCAwpMNKmVZ9TbECShIaOVVidjKQh4EzgcwpZhRJ5+AAi+NusGJW0 ONCZ8BISLSGeQKjQmYqdLAOL/VUAuLzk9KFeqasWhqUQiUQS3kGdkCu7KQ9MkCQ/22TURC/Mu16x lH/ZgmOux0gkJRee7qRhLC6hbRtSRpwb8eej/UhsGkGYYY+/Bp86pCaoxFTqT07MHp0yygGXcakq Oi1LJokPgOESubSUFaIRHvhSbZwxHokQ39w2BwGkkXyeo8QWc8lvTQiwKhtTnsTV6GxgjJg9n+Am JzF3qqslCDteAzHKkdPnVA72uRU0nJrPg+cuCwQonvnJRqUVisZD7Z+jKCTOIOw5qbxYiU/T8f28 Ihco5vPIY6Dj2x+RySR6mKkZrDWDnD/VNTHLc9kUwQmO9qRW3JtR4/w0bAkqGGMEWh7osPmGjJiI 9Z3HST4yDknjRMWH6AZw0BZ1luwDoqBgjidaUKxcbXFXMWXRsFEAVC2CPBeAFtLRKV47lsQirpOH xoVEp+byfUvmfoq7imF2qwtmbQgcyMQawnTNpbu4TChe8N+n3aSouX5ywErXueChOrmWEgCfa5A4 6XD8FTgxKGM5pvIcExOQonUABDDYkBh9UcfVBUlNnqWLHIlwtJ8AB5qpDRNIzHfPuoZ8sR+qZGwM DiU7IX2M6duflhvKAqAqw5LmDHJ61BRJXatsQo6UMGkwizt1b2aADWKcj4vg6TrATSDoifhImGEs oIrbQlJCAesUyIookeh7WkYssideJWWjtcptipoI5ej1rt2z4ByVs0F4U/FwuJk5CiZ4rgArGkVG //U5qQP88pnUuYBY/oNKkZv00LZ8toCzaHaxmn+gUQgbx8tidHHNKV5VkBC2Et3wLSyMwMWQqVt4 Q0esG/lMneSHAbzz5ol3U9JnbNIVismzgZOT3IEKD4H3LxOczKAVCDlKhPI1RunPkurhL5uqPIVY ZMkVS1qKtRrhI3arJiVabUMngC0sLmoUWvEQWnNDeO9TQWC9ydhwhJYlmEB0PYcEYqdSQCkXABi2 P5Vmp9J2HMPofF/snsiAuUK6VpCv9o/T2GTC/KaG4hJxgwtx25i4vJFF8ikg+DL0xnY3CkZRNhBt AF/lH0oJf0dG286BLDv+uCyYyc0Fk7AKyvHEGVwHNwlfCfWmkzFxux3+FBsLVC0qAcx0BaIZJmwy TxLcdKlY44nP6+l+UpGAHf4lhUpChjuRgI+YhlDwBjHFBeNG+W61B6aLA6bgZkm0b/iaR+4lxW/v D8glAs814x52VhuELG8EaV41/6MRUPKBmgSxGV1wRYBWphSNo0dKmjyynUSOuZCn2ZpM2IABkdJ4 SaWangWORsDC1jZ9ADexThUCJi/DcbjsirQxo60Wnd5twztdIC1UzYdMtap6/KIjZMqH7eLzaU+N oSK0KPjJKIaTGnJYaor5V+SoB9NNZYzmOzuvoIcbGk0MBOFIyzzsQZkS2EyFCgmUs8P41+YvdXss B2TBkuQ0QVCsYY8Rivz0mEzb7OxVo/gzlshGHsKx+nHQKfhTWXl7QMpsDUyAXPCuRqRq7xmiqMko n3Ro9jCGHYJIT402+Wq5auWO5JTKQfKQIkgVQrScgdAZiOwUALMQZgm1ZxzLfFVFKTQoQEZ57Mv2 FqFCAgI4nd4luFxAelNbUirSovuMqn+1MLrYABbsKjZRlqJMhoyk2clTiIsFvpO+pD3hRM5dDEAb asCXgqBp1erqGQ1r/SWc4Z5alPlCPx5FFJhWmyp3TnHCDmW3xRpQPoCns9nAkg6ZwE8vEcYZIOny hJV9pgI+ZD1S99xeloHUGRN9aBmGgDOz3TlBSi7UnYAlkMTI+EywVigHGAOhMlq5VSiRbCcrsJ7H b6LcS2bDoD74KDbQ3/AI4sZctbuKaiA/LIzAo6gr5xD9yE7iHeQF/zSlxaB2mxc/KJ40LnZUky5u YHMS3bQXnYwwj9WbXvUo+QZULPBpzsWsat0aQqynJ+C75ytaOCO0++qdkubtwVRXWAJlc1vFHaBD mTuK1m5qdWvbgu39VdZ+82S8yni7U+2N7nVsX9/3T0/RVuzqOJcK5crinoZuH7hNvOpkNVb4dVx5 xwiob3/dvz57xt8NlfEemO1AgruNvhWdfxRcVYdNV233o5fpKTH/KpE7XEItVmlYEbvDKOx8rCRt 8DZLt79cLddczobolAbTdeCMsds6bUxblxXSb2f1YfMpf6sV94a4isz2M1fmVeJt3/odcg5aUXe+ r2bvoAKFYj93M6g/dzaFwnD1bKdDqG//U35WJFdgvjsQ41c9WUVZDVk7Rzr8nn5Vzu+K1+fbvx81 5+uvmrbhavNbJd+xFb9nJ2b8u6tp//u93HcGRaVsp2LczrcOyvi9af7rTAA6xXi0W4QgkjFm1zO/ Z8pLKUSepG9voSKRLa61OYTsEC0akS3LnihFd0ic5cEM/OpmBMtmKnJCLjvKxeoe0c3CEwyD9rwA T5F4Gtec7S8GScZQMZPxowYU2EkC7tMZ1T8WKM3K3WVIswgSkmx8TyIbutcHZNoqSjPTr16Ly+7n VLWiy2wYxTzVmsFjzNn2fIpuvibERWi2AXNBWzBiaD05oqgCwkwIolRf7ZmKngO1aEWXaTPtodms AttCW+EIAeXPnWAmP+CyOn4si5dWdqJzr1xR0C6aRYLo6hgXlXmyj1pWgqsFVZNPMWlZm8FN0H7s TrN3vhZnY1mHyoN2VGxnO/XqGQEAIl57kj0xlS/1a8v1kEphnWJtwB7oMviqtZ7MilmaWeTdSTEK xtkR+oqeq4fb9p+nw2g/KJ6doZpYz6q00EAMTAKvna/UNfrS0gQNpMU2nFtNuzplKAX0QMZOdLC6 Yfd+W81pflc6fISAsBe5uR34gAxwZC0Uft8dsgTvgIx3PntopTURvmCNJoh2mG8DPCL4VRBAHDxO NjrJpznhij6dw5B8gHKmEdAd7oQYgDc0Ao5KfEiPrZmDz4Y22KI7cUfVnl33n2wu0fHh1XGLJvCY vLudTNiTEp2pFf9Qrof+TUEOTEGWrVqSh0Sd8U++3AFsD/uQ5aICYl9fEt1eOCEIQQeTvlZGRFx5 C2IwbcrfcVEuTVx4Et3T9LTMEkxZZ2FJRfUEzyPJ+V3WnTDwFIZeaEGa4V+sHqpCiDYLFBq5O01M BtgISYyQnbimAYFEn4h1CssZOhtw0TudVXPjQzrgNwXNTfcruBJUSeFF8FVI3Gm9gSc11wOcPWhX ZUC4vjhZxF8obygFGW61wL4iJ3BVC3lbvpX8G7awpBJJe4NLGuzpKa55st2rt5JVDDCY354O7nBn cwBFQlSc4LZOAuLFuegprlOPEg3qC3HDF3gxPNW+2tvQavOCC3i0BbSeRf5iI9Qrsslj1/ModuKS r2UcwEK4uLdAsECifUfFPv5w0KxKVFzaInwtHwY/mIooRDbFH5U8XI7dvsgdjlAH5MjkjhAwa1jo FXx6AgRoVeHRnPFZYN/p4oUTgIADOTTcgpQeTyZBDUcGYjQDHkYxmqzIkIBfF8EtgyWNdZUYu1UL kt4n8kYWG3VJBNUQnzD/TZrWuFtYLFwR0eiTuV0wk+lHCLIT1ulFK2V+EIdBozo+aVlgaXh6L4bL u2TYAEsAgJd+0f7UQbTjS1riypyI+enmj9My44xvuTOa2mmBjGGkZenoeKOkqux8z5++FxR5xI7i FvMHc0M1eflKp51SEAujfwtSIGTsWSK2OvujV14J0IaLnpEidNBjEZFxHEtIC6ZZXxdQs3+wQwtt IgaJ9/TJx7dnK7LtbTTKbscC9AF79m8Rspi0kxwQDbDGZFIAUGBd8QU07FQE24obKIyfRrMqEdO0 IuGsrYbjScuLeZx4G8zSZr6su3XzJ2Z191wFAI6IBRSSF+zRswzQtcYDcCCoenX63Wy6iwBOunlt aurBYaaigAQFUqpIFX/Rru4GTgiDoFDArexhB3jKCkleEukrKS3ARums8jb9HtGv6Bv+2lEEpn64 QpkCQT3LYMbespHk4WuBN7T8AOugZIY0Hdkw/CY0QUQgEVBGjBTRF+/SRMLQ8jcc9g56nwzX0eWc dpJN6kdrbI0J5bzJOu8wd+aDWbuV90mKIkvjJ9ZIaF63+EfHasWFyYTSO4WNYEhXlgp0BGOmXPF0 NrHp7FDjkHRMnFQkCUEQ+UIXXJ0fHut2Ib1CYADqYYSp1ySHVuahzMhAph34on7iks8GdMscqJGM 4hrT6cnxyVtL/6En14jQ7mpVk+KuDAvyUaGYW7Oyy05J7YP00zcW2/gCQGUoFeNepKhbosgsIwhz WpKqd36s0BNeWWDU6N+UpdRPQQzDle5ZTV1VSAYmd5DorXiFs0Sk6knZ6Aw9mZFGLTLFN9urZLVc GU/KCUymyrQM5hfMxmXIAYzMTLA5fEY1TgK01drs7OIu2G4olI4n7dLoUAeH2XLiAtf+9pu0Zss3 bINryX4uCfY31pOJzC8gcW5+KMImPnEnHUaoqBtf4Wg8PwDrHyc0bc/5IcYF9dxJ3p0LC4EWU1Cn 3JrmSLBbyOBmK9pGweAHFR2dM1+Vhk7lnYdgS2814TQn3PLTCGUK0ChwhXeLI1NNROlNeX6hAQYC I8AwRQKuOUkx0p885MojDqZEZANm9PsQuA3f9TKHqgGoRrLtuscIdAla5r5n15L5QgINQkTQMIwS 7IWdUeNAE4PyICAJg2zphFZkQsMzlhTr+Ou6Cxlk+jt0+hxgI9CUoFMLeoaSNUDhbFbmDVNYnpnZ XEtFEkqjQ5qV5DPFphFopMsi9KiK32LurjhkRivADX02vlWAyKRLpWZnaWJvUWvWoJe4uZBGl7wU 1gkH5SoA0EAn9F700auHVYKzmsap4hRrcgWjPXVu2zMCoiR4onkQ5IPIvwgtzrjcYmaCU23K36Ip HxLEqsFVSatl9wHfyEwDkcT+qHtWqCzi8p3F8DeVs3rvj3U5kWHLNa2xikaxGARFcLV5KB7DNB0t N5KV6scNS0ImI6vy9maBLeqF9CFCaWrHkGBiioG2fQ9H5stFJK8EzvLAwlpRwXB1JuIF00Iglhmp RLK2EwAQdB5WIqqkKpmehmcbQGNLddVnry0ONvFz3kKVDSwZGJAjC0IUEiNbcp5tVCSGWBoD4blM HwhRwpbfbKoZNMhq33MQW8oxVaw2tRpYxbPFylGmpV8AtVTArVB9wNgbzqi5/rCR0/DQitu1jAZW pcGFfdpnBt308lOrEksTiJBGBEyoD15WopWmYIZeiA6XlCu1Ud4rZpiu5SM8+4lZfDqsbWxKqrPq flT9LSuQjmyqYB5t40MGWNyFjm14oI/ZlAZ0G1K+DegkOWtgOGxqG0xiX+U+GeK1216eFWRjnbpF O44Ks1mMWDl5fixSQt6MmR1kLtQh/QBPlIhJWkt7kx1N2+VixbC173zgYgnqpSFmFpvMdZVlSvHE uMUM+NmaUhE+JMOHSvLF/ne9uYqZUdF3ij+iG9Dl1DhIiqXbQOVdIb4pGBbOcfSosbuizkJ3YlNM KLoSkrBz7K60un81VVUQo2YE1AvOqChdkCwbdhWdwhUVEnEFyIpb4MdC93By8WKMA8DwNf1MSqX2 ZCMmFGQhctYnOdAECYZDhgRumXQsyMlHAM2664kARm1kNg4i/7xUwkJJG/XACE4/bbFrWBxoaQAl s3Wo3ePt6PD/JrtmVF6EIt0GHSIV7GBP/MOfrDVKGiZ7XPNywIgQHXGBGiwIGEiNYUDZl8alHBUT 2soHhx3K4egF3FG44JJiuH+1KvIby3bARclJBzJk54vUFU3lEYJh5zuID7kbh1Q4QsQx10dOIvLC +GYUa/EUKh/cimayopIMM2Jj1bylQopSfmxhrpKDxBCszFORiOhiafUp81YUKpjLt/BE2O/9gEGK d/DT2A0f8P0FvWNPT4QBsUBF2QsTK2mrb6kaqSobrz3NZCXMK+UqhQFSidiJEm1ZhhGtq6is8gQg Z2cq4W43uFOOgaMq50gTpJG3+k+tWQt7aOUbUSyn3PWMMqw7Dg1KhCKMDOi/ulTVUWCxCRwG7chF 4lDpZIvK2J3doYCMfM64CAz1q/Yty4x2UGSHjisPNn215V/FvmrRdQlZdb+OPen8ZMOar+MiHVFi BHXvTpd0/nF71dXZI0jD2YWNhtDuTZ1O7diUJyex2GuOGlopYF+/PlXVlKmV07DEXmrDmRhywfeh NG7CDtx2x+xoB3Glu3akS3x3tGLV+VjvPJVgixEdAV5FnpC4dfvuSNsLKTU2sp6/bdVWK+/IdfU5 XCN7aul6J85OXzEDfB3A4viXzt51trFcXZndz/X0dXN2RNdNCKAa+wtyr6u2XV5JEGpOErYr3M58 5Tw74H1oUzvIFcQtC1gRcNpIwkBK7MmHfwsNoL52QMnBWJ+Dua87FvviZHKAxj8dHIxijQCUvhnH 9nIF3rbvd5Q9dny0RoAVruCCM03sZr99ff7avQ9U/SHTsck/dw3IbqfM7EBmk3+6Mk6axIHzSdZG cZgz+timb16wUFv7yiurOsi5tRCb8zvl5KulEKh1tvNHs3cgTkekONIFuUmXuX3uhOQkyoZ7REbE AebtLf4DIYUzbQmpiXT/o/SnCu0qpdke1KL/RC2ZCWuM+9qxyU4P6/QhnGMCiJApWH7VV33jdO4h 3coeVnRVJM4v9C4btslNCuQvsNyY3UMYIKgB+8veANvY0Acjhvc+HazrVbfZnjiDMhWy0a+jfpwy VMFZbk1WHUJuUCfafHrjKviRDwkhC8TqwxSZyKURyJLddbJO9fQ4Qf/5tQySYrW2LJ61pOxzJs5f mu+EmxLzBDfpRCKKww4DTYY71cisOdgnRE3MX6CeL/oGYV/1qkiO4KpOiMNyZl75dn43ey42y6FF YbfOBeQZIkLDtkgu2owvGOHAOh1FVLKdKkwqK8Yp5YFl/Zy7RZRV7UpZsIPxYoTLKUSaBaOiAz6x bjoeoYteYpOCkMp24hDGMS9n2Ky4Pmx1YZtmBWzaAqlASQORRgmRyQSnpihxF/+QELGQKEKrHGW7 C1ZPaIcZ2prH0TplLW2gAYyYhFBVA7SaVcEC+uIYLeff4VfcAhZYNId1qPzaliyhWsVSS7i7CniQ MVC2N0ETq3PPLeogdX6naETwyTVYQ29MlNcAssK03FNBGMRjMY0AidmJqku6F0iFZ06tKmzUUxT6 OJeYBy3sin/C1wfRp4DKxFU7xjsIm0nWs6wRj4pNBTTlqAsR3Y4iDWYJiVwUuWF8nNMz77rgKrgL L5Qx9RhFwJsEmagTnilM0GEn5OCCLDy1zSSBdtR93NqqsfCS8IDKUMVVIFJpkdMV+CYdZTEF6SLP pm/zcN5UUtUDXCIi6UmMqMD2+dgCoh9EXhxeob0Mzt4t0lN5BBFJsm5lTfhNSqFi2uTDzYRZEVvZ XJB8RMVkDPHNa0tnkXtBnPBuoo7gxbw4g4ilMcV3oRvYbTlKyuFdRN8o6C9eKznSTfxuuKJWf91t qzbKB79htnWKNEtn0kCxKzWUZJWi6k2Mqlw0GrLAZm2KTAsDTdcuvqLbfgy+2Br64SkT0qIaPuIZ 3Ijt7EUIw8ihaEXjAdvAZZ2mj7nEcCWmUtGInAxWSIqGUqSyT/9H3ZLoVKZF38DQ3tguxMv354eW ZTUDT/8BMuz9Nk/RtoMfpCExj25qEpmo0XMPhywcR4EBHG2yFMZSbasIEDDHvG0Jczc9JbJB1DwI QcZjARuRmK4F1uCi20jVeoSYF1UXUePpFLDMJUCiLXRLYpKcjFEhrusNLR4VLUt+CYCJ8lN0iO40 kVkr9KTSftgZPPWsSlpNaNIUQEV4d+vjT96z6DdlrCiyJcCkzsiGASqlShrn79zg7NzslVKZl2JR MCY85REQY6KIAIebEcuiej6IT+tNW7roVOCUJSgI7TSnzDHREDrzIZ7yYnPyMgNEsia+WloGPKmW O81YZMXLmKEHlnjQlqqRBSzLvEBkDljPK3BAbrRkg8dgZMR6p2RNfGEts7xRjEcDJEobmQxmS0gV LkQJo7H/UbW9r74neNYZpR5JtHEpE3QyumwspqB2a0qpjHmy4cUPJbCgj3rG9t4VY/F0GdhJF+bo IFFs1aXjv9ozlpyFDjli7ZtOD1KpLYDd2WdagF/pHtxSTbC17adDFbKB9SJhMxQ9W6xBzMpoeACY MhqthyAUi5QJGDZAkLSkeQXElkhjIUWjRrSX0NspmfVwfb6IzmWC0j0WMCVNMJCvSrFsxedKvoBL Q2lQaS+9SFutOFcXS3Jd8lSH7rSFHdFYR6oXvuG1klpazz4wxlV1AdtGd8AFlcE9hm9be+XuCi49 iAIglaYpqtIQwACpxibuAHP1O21QVRONANFrQ9ku4yOCTJwBMuXTi1XIwo+Mrhm1b7Mvr6ky3EM0 1a10hwhQUrj2Ytm2mAFu0yib0skz1aySmUPrI2ZEgSd11ddcST7KYMI3auNr6xpmhZ3Rq/9oyNPp CUwNeoIsdyDHD8L0mcDEBSg0Ol5kSYIhVHyNuzCBtY5dyYmSNFcKOTBaY/d267P9akf9C4T0JRr2 ao0kIcuI2oY2yMT1GC0PxOsSfOIHJHqRf1d50FTcBfIqKpPwnrhPlCr2Lq4ABMY22SIQE/ROYSEp ZU/BaRmi0KYsAyUqw28FLX02TXUfrY8qxyIfMKR6rW+2YJctS73bECPOkujSPIO7pG8bS4L71bBi fRNmmYr0hP2xyKGarQYeZRD52cAqVYDjYrwWblM7tM1WhxSlNkQv5sgkgD2QBoMolO1IeaHiE3S0 8A2uVWYyL4DIXDBbanjZtJoBiGC4aLbMIOuar4nwwKxB/ifzYvR+SFFxJhQghzqiQeqTo4ZUkKN4 E1WKJG9VOAUtBKEy7IEv6axoaZMVUDeR+TOGGQ0QOaPYGGieCfSMRg6FGZMC/OUvaBFhAJuDyEL6 jdMVdrAnJusK0RAWIZIpQKJHAaQpyAXn4jP5FCsmJh1kN3mmiqJudBIacm1pumakiYOA8oKgvU+G IwNFtpGPw/TkN8JGqehqTjRhclNaqIcDkviYGMc2zIRySWFNEnxKABbNGwIZi14qigK1kRuf4rlH lJER9bBAXJjeRTECzYtqmQtppRMbQQIZUm6/ZGRdjBdgmWMzpw413NGLlmm4BFeOClswwiXPJIfO IvUWiVwSsquHmAcfjwiAG8WyxscUFdEWixw8lTtur5cxkauUE0xLNQCDGfwUYxFL249XspEdAbsv sNiidoodNXrPy0BNDznTCQLrE9bI2NVoGxgSK8QtUAFd8X1akJgVn8BQ6QYrvBIUZfnKiIDvB5uY R+JUHCiiKCCLvLhb2oNgPAUK4AZTSVU4GrzJkxg3ba00WiSspYp3SlN1MAsNccGXgQyOzexwZ+3E 38bmeb9tMinzKykwOJiz96oJJD+2wgmcefWI13HeCKtdIZ+LpkZeGq0RG5ssEkOhCQH5fnIXRoJ6 sW5RJPSnGNlP9CkkTlMnFc6EbDItpDzJ40FJGg8R8sKeWMkCHkqK2hHAFMT040mcEq9QYoGcq0K8 OQiziE4NZvYoUygDPOknnodYiXnhB/gZlhSoLS5GyMPVZiHBFu+AqoVeMcE/mIDzuOPXcIh/bgGA 9cDvOTvDNSI7T0MCw//msk3RQOO/a4QLqnxAQVeST6pSrp2XQSehEAOyomSARQWhVhjE+GtpI2Ji X7Kp8pq+tQ8QnQBVxExnvpRn6WJbbcA6224W7dsOWEl2mf6fB8nxobayTOQtm49cVIwiCUUd03Hy QkGDQdzuemc9vFc7yuzZLlk5SFmPguqW6qmQdW6z4L+NhG7BNjdS1amjmBucpvMdHT7BctS8z11s y5+IWYsqT23drAj0fYM1X1ZgLb9WKFKyVMxXdzKEtP/YMIrVyl2wT7MrZLb3qBCeSnXeLHhzjl5e iaoKy2cvLFPGajiSzDklaIzJNh8SsYhZYsHUp/AWNTqhWl1OcakS8MkzF9UqGh+QveMP8ztlJQZp nAAnWoUEUeu9V/pqz2yGvgBYFAcGBooW5DXMCS+yYVJUWuYCDI7MTle3MvUqqmfngasww7NNrfDt 7WlSDbgbA7B1ZZ2qywGJDEMtC1tl6Mx6tDkrlSelkYys+UOokm3qxxRUHJdIsZUJAzKEopsV1i5q ao0G1NIc+YIiOHYXX/T2JMEJSx6hcJNdkkUouVa9p4GdX93OVUFUr58uPaoUv7cvKY23DAHLyo4d Pe0ckJ82wVZ5BVL1YmsU5icuhrMXveNQCHwJl0qyIraCrfquduq36tVq/GTI6S7Vkzuyu5sdrG3/ NwfgoBLFVUfMaK8KjRoXMl51lXVy0kuFTVh1Bk2vqaoOjPiQSi6D/Vj3UOxM3ImoSin0kwc4ivFQ wDQJoVKmmSmIRRTjZ5rwdGwDbUsx2qK4TflGqKrpXHNesuKnvgmAjbiYrooKqIo5JqxCi18JrQgP s1RgubFekgcFFoxWMFbtbRF3hZaJ0i8y4wqJA2iC3h9iYq66rUxNAQunUuppei8uzz8Zs6sFVL6x +G1Vmssj54wXcHMrQFFvZKcLX1nj/AjEucLQr8QHYIPnEVkkQwlOOyAe5pSDCjJHrGkCRpbomjGL FpI0W+5TF2OgM0fAvAIjhecTwsDgC6R1KJmflUHYoibocGot/LH7h0diHPN5RhN+CBVIusF8g1F6 nZ5SbbGcqAcuqat9O6gmSOAlgApHP9D12d4nastZwRqt+KMcaE905tpygNu3ULanc56srBWx+N99 4vLbyyOp3QaIvKqiU2W/hYsyxPboipk5+NLDNhMUHHSgb7Ug/rc6VA9O816mqaBUqpiHsXLPXzYn 5lXn4uPLSYFZo/xkqV/5Iwpwvj03/RNGuVWDtCkiniKEswTkQGKMdhMBakQAx/JsETG/6n8usq0C uVef9+x6AT8uGM3eJl6y2nWJZ7m5WM7O5+Brrh6IwpEo4yv/bt5BXsYPIb4bq4hiD3ISSxALA0hO TxfJ/3Lh0H5VbFpUW5owiyjBbyn8qCSIgeV3one3glNdopIaX9nOk+g2zhrHBCW4ReWFW8KseOoX Y9taUJ1voQVSI10lAJ/iAMggh4SeJW8vjQsH4mWasnnYI33owwLQsbRdm6iKXPJcdOjxoqIdKY92 kaVbQFgKrU0XKcVXZQgTkwxhDwCAVASzGK/UPQ4nz12O4IKlRoFYI/R2asD4NXihkb0041fnhGAI ShlQKIUdS9yk2Fq1Lcev0V6+n0SiJFCDigtBRlQqZSRC/TUilJ5s7KtGguhfthpqWvHA/yTXTjGk OFSh+ehIXdOMqKBg2xmYsaNayXAneXbV2HCkRJNAHyUUhZEeNa2gsqoyQQLFo6ZUSXv7h4BHeI9h 3Iv0BKzH7ZoIJA5doWxAdl19tUfJyWaVldgGBIwlF3Bs317Pz1ZqiO/pEpgqfUDUD2IYwY4jO6eq 4phfL0NpmJj7Dzw+6gZBrAQuGaQK7TvaeQiPkQUvoOg3CqcOewJVU+1J1FEos9k+oTQRBkEtDkcZ 6MAhS+JuICKks2VU1dxIIBHJfGHUXuJw0TBDImeszpwSVHsBYSKKHayPrsrj+RxSWr4pdq+P+Wle STIpBm1hrU9GBEqDmMc3+9ba60N1IavcR8JjVRfRDN8Rpcd1p2jjGvKYCNgojNigr5k/Au+yhjQb cH7MzsZgTeiruHIkaESu6BCLAWb4Zvz9Z82LzBLxtiyydQFJsNlZiDPCswDVyX38fKRj7nPp1NAt cyXQCC0Zo7Bl171QOxJRavDxXBkNM2dY8lYsFZ+oxGQ61iRNNz8As2d/SRwic++cWE4zwwAkrqms KKtVnJl3OwYAWy4sc15MmJpngI4ll1x8li06hVeIgRNdkN7vcd3czKa2s5lpelYpYuBtg7IfrAHz BVSfCTwUasVYxmBKjeRsrFtWu/RzzZSpKtjKjGEXvDNBkzQDQ0RNSU/esUeoDBjiDEVI6YFuZneh NC8MQDEO+Cv08NRARqX5AUzYSIEJX8RjWGbC2JbbTnENEEkrzrvYby3LQilX6SHt4SbY2NQ7+REp ZMYTTFcLiWI2GLkbxpMAkCCopgV+iXxeL1lCQSkhpxAdTaS/vYDoQPuyGhRzyNY42hiTHPKsSuLs QwqYFTcx7w9l2Wykp6NpTwsDmEjc+xv0DRizqAUXww63+3N3NcrqBSbpZ99Ysa49tl+XGadJSFFk kUXVNbeXuXx3uH3AUDFDZZ1qMAFoeFRNPJ4eIesxn5Lt1DkLZAAtI9zGIpa0RtxVtxAVv5EUVhJE yQwE8blUVGx6EFPkptaWHen1kaKKeE8kWtMO8XgXnf3ECxUJkufuqvdJUXIdDv5mSrJE25ZZN57o qUgvMUWWLF0I4iczgu/60oSM3PgUuYzeUGAA9Fd0E2njzjw9uwMBiAlaZgIL1ZIf5wYkHRlugsNB Js5MX4cYk3dWxspFT4wf/oZ4xnHSgg0Trulj71lgJRI2cqSvMUkz+THs4m22pHmSsQogOQnGOY9t 3RlIkDVv4HYPK90By2J68t9LzbLb9KexWzSXD0zmSWZPzCBgOhqFAHYwjtqEhTn0iW4gjmQ+Zmgi lItBbnZpSWSU22as1FK6VkCXxgJH4hnwOZey1JnC4EGRZf2JZVKTstNUnShbBsD1lCvcfS8zOPS3 CEohhUT0Gpe0LEv7J4+BiJeew+piwhcKAhCXGQs44G3xsI2OZJkNIdBZGUylL8VmC29yVWjFf+NN 9pGo+et/vjBjMV3I7rTIm4AwAMbL8lXjYUkBwFKU1CyPgALL4ZUaFsuKlw1CTtAMFswE4ZebFIyF djOUAUUzF0BV1u9GAXGDtq8B3ZzIEHGyMukXM8vwHj11dxXGaKsfNrkCVLWMo9whmPHNRJrxXLmw xowmkFKpruRg3LArFBggJpPF+GtMt0zmdtPE+lbT8ol+yvtwk4vhNZKH6uQSXdqdAS9blZPRIc// VAZW6EK2CpjAT3hQwICoKC13t3S0kocsUjYsOG4bEsykgZLFalsVOPLILE32F6YjZISFOAkUDESB zAoiVOIMKt8yDTBEL7at3RclNayTzL3e+TVXDIc2ZxDnxIwkggLGVLY2SISneK2zNKZgw8AJoY4q vTBLeHx1P52epCFt0T+NNXveQijJ/5NeRCZ7bEn+K/MeqBnnNre0LAbi1HJwoTMY2F0wHpoOoBQc hOVRfJNpDKP5NDGj7ndzRsE2VYCRBIMZ5EWzvXjXD7vQDpAewCQXpVe+ZmByVaxvNIJp83j9SqIS DUGngTPStx+mtxTVaslv9a50j3/LbWRmED41SyUpdn+fWvtOPDIF8s3MEfLRUUpzqHUuuUgMKLQa O4ohNDYo3KsSJL1oiEjtPLFaLcdIiJqNwMkmGhMEiSeI7MspkC8RD5GJ9cGfIy5KzYkI9LEmP1jQ G1kDycjEylcEcynpBwxJwCnWIbImn7SsoQ/D5TtFz3EQaUTBHuVf0qU5JfcFrYh0i5VY2VbSdtIS b/W9KlHThUpnqjCVXXXavtlWeelT1fWTooyyUlsJ7Zq06U+lqy2p1lcUhXxWF/38ey/f6d05vnsD uyKwMpKBFcS8Tq7jepWnlOHU6vyayZ5dtTKlndXXGsuz8Cq97QcVcALPidBqsypOyjnVfulUxbJ2 ImviHYcOMm5DZpDbxKhOpk3HKYNBifSukugIYvB+XK5twjSEomh7UH282T5qm2MHYnTQhq2pezee kyOOqrKzi51eDJh+nQtt27DmeurmIGL7Wh0g0U1FPWdrKEOCy3kYcPaPHakfx35a459g7fwLu0h1 MGiwfqtaGq69qD4rS1bobLdkFUWAtzX0QxubZNuaazNqBUxzdZiGU5r7fIevWueHlmb5CvFWtDo9 u0qj/+3qhKxtyW+w/XQuNHy3z7NS4fW7Q5ereGIfHAEMy7EJmtdPuIAtomnTiRqAwX27bQkCkfj6 tFF2e3HBaOMowtkWq6IKB3S+2BfaztoO7tgW7rACYOsFxznYYBzujotWXVR0RbV+r45AaY/1dk3z 7e2q1i/T3SZkE4sWCOyrFZBtg6eMVRwVxCsuEhGFX8Vs9HSdGlSPbV5VZQmfymh7V7uuRbKNpO2g RWI7n1GQUPdWRJ0U243Y/ltNXfQPilaCNi4o2nCoUhLHNEutQEo7DUaDvLRS4dd49Mq6gw3uKWMU JahquTbPKNK3lZ3+eQ/mOoMwscwlAVM5Fji+F/celVoAAzothkk6i958SuocFBWWqQ3j7b/WUhCn YnG7PO0fzyxRe2DTCxPxhOYyD1VGQKAiFlEvOCArCMrq+I+r7pAT93uBoO6ZYV6jYrH/ciutIFTF 3XoJZfTmdBDlrtilvBvrZcmAX2QxuWnM6E1SIODu886ZLJgh4xYmsoImrbCea84UaWEuMdL7WbKW E0Q74UHOjr10ZVkfWrExQOcAgly3pquKFf5Vofl8sQT54ff5JpTiUeRoxgQrY7xkOQc44wo3GHNN QrnaMNdPdclq8/PmLeiHCN/HgxuWxwE+HSx+4go4R5IRVNmwUAtd7gPIPeOARHPKxZCCn1wQIhVV 4Bf7X+jJReWO8BFLEGHmPxeelJqe4zAsdoxQMhFRhJvIARZMN78wUCSAdyLpoj9lnLZVIKLvLDlv boYGhzFnJiJAKE4/l130Hs48r5Fzra2JQkE8n/MReo9uW3h8qaBucIxxR28HZwltDO9bItE7I9Rc ii1R0uBSpP4W4wOU9Bc9gahFtMKu3Jq4AQukfqIInnFHpvGeaixFWRqr1+HTSFWMAVQVtl6cIsvr uwbiTL+dhlsGxq9yyjsZ14v2JCbozD2rzLkIXx0XM5R7ycjEJi8POWyRmoKTxlXTI8uXF+7I2Dh/ 5BKTwGJfCw6kAosxSgvKJXL0PYwWAgIXuZ6/aChXOk4Z9dVjgCIKQ1bpQkUBi6sNLcnQ3gcYFbP5 puwPptYIAGwCd8JLuunYK+ChrOhGiFJOS4TFDOoDSKmSuZjESGYpQOl0yI4trgHUC5umww65drRv KvD65QVeZc+FLijcpC3RF331IwaqeFvJQ16k5Pj6X++RrES7nW5R0lSVIhUg4GgwU6a+AKqksPce NkL53evnA8FDZxFj3CFmQDMwAfav6+OxK1JmIIrCwqN4kMZWEY1tHbkGzsVsbRyCeYQQK2KkTM0Z uZVXXhyi60lPR27v/momcv5m7ZWIyiR4BGrwi4qzA4oG7fNzCO6zN+Whqaryg6ka02VTJwcI8tzb J30GGanz2XTv3kTJLiFP6qUNhTe+YA6gQk2KsgNZSIIL6U54waovSEd5qQ6QxlMYF50apDIjgShJ ckbZcKeljU38XEigENAgESVZ8jdRrNpjcnpbocFPhZIoXMVJ3TV+VYgaO3TF5JrESoJaSQlBkdfZ wsbY2cresFkGTa0TuYEAWknNY9YYY6qNIAjalkuuvJ2SkkzaSOrpNVZN9LNLGyTrFCHTYb2xJxza Ega4cp/RAlQHcUTyIxFG4Ew4TvtA3gs+Gx9FHhW/jQKmVcXbFDm8DGJ+fzrvUXf1f/8rcSnn1Ghq FNl1RMfyKteyIfToEdNgASJTY3gleNPGa0zCBaBoax0EV2VAZifA8bRKs1mJe8pYkS9aVyfUN4oh vp1vMWSWAT1bCoQK9jR/lDJ5SaCWmZGsWgLsF33KdDgJMmAWBpz6GVb7BAK9fGVA+sboA4nHgxqZ LN1KV9lb45Fzniz/gFxpkzy92lH8yK7rCQAi4k/sSttJgm6ZKk1kUqmEZ43TayTttZwaQbB3T6ab RBBkK4C9/QdAs5aBxgtHp1SSTSomblYNvgj8y3/h0iho3sKKQYI8mKgtO7sRjIR4OXIEU40BtHGD GcWxzeET/vWrkq8ZBFBXh0y6b5jbelzndVaVxR0uGvc5YpTP6/l7ENaHRBYVOHyw0mCYuw9P7PZb Qbj9qr3fS22hemBjNBkfgtccvwFi+oBVikzS9NKuqXyPV8KGxRsRPlE3vmH0ApMXDGLryUVhjNAA CtyIzj6AH3GiJ9CKS0xlYGd95PS1cQ/WEw70RNXGiqoLtmA+scrgW2yLWm3tDjwEYwjzU0gKxgYx TLKKApgY2MkGpNVYqHRyoRkSxy8c2AcIFdWQhZw4iexTvEXNvD9sUckk1Qd6IkaISIGM4Jc5xaAI 2sq2iTuJWixU8VBXXBIuQnw1MvRxFagvaIWCPqkACEXIBaLhuQ8tJRg2nQlAqpzsBHNxaLWg6PdU RditpD2wXcs7Q5llM7JpdBGMFUNNYKBUc+NoH6eSj5iSlqFniAjC80gVS7AglNDTh/zs0ZukpJ1a MyA5viRkpDed8AspaFDi1FnEuJny4hI1RNaMOS3yD6WmA0UU6VBazAYaJzYT6JXQ+fW6shdY7x8z tmbhWzZqXg1spkOH4hyBCFz8MYjPJIeb82I7DIyCpnUrg0kXWprIw0LUgiyX+ti7JTpXDZCzhxkB xaIeFHDosrgi4wYG4EzjmDxtAZ/xTtiAPylK002HqrxPoj/pBlhSSkazVOSUtQBkSqtJ1iB+mSkr FQk0RnKjYwyCJZSZkI0MC6KieEU+TIPIgZce6UiRASTSGESt6SCfAzHgMKzZslfH0Q8df12Lk/3A dq/5Tod6/Yq5EBY2WQu0nfCYNJrjHjEAa54OOxJd1v0wazq663oGFF7e1VBZTL6YKh2GDj+V4FQO tRTtICV2d1I0MuoJoYgXOULfKI0QkRi4ueeArF4WI/1NU9CSbXdFxvTSi2BSvINEZDo0KBlNZo6C LJoVjo/G0goz+571hEuScZQNfTA1naGwDAXTJuvSnWZpBJ9Jndu9aUND4sjkZodcS0vTrAgOrsMK sWBljrMe/gHJ1lCaP6PcuQrwzKOLmpRYCQKgYF5em2n1P8XdolhrNPbw5E40EfVJt/Nq5vN6Kfa4 SiKg4Jl4QAHupQ9+jdUtL/0syMm2oJgmdMdQhkG9meY8ZlgYtfdmYhDPdahpdiBADQXgpQxAxzsQ E+y9F6NcjARlW9v7Qba3yyHWGJmK+QMFiIMGCrEkieoy1SfsqVrapGcQtvKS1uQWuoKT2A5J8Loe U1sBs5us3LkIyC+8JIIxJR5XPbCBajaoFJuwpcVI3BagOAgadCRSFIglPYR8NJG/u+nAooS+/QQ5 1qaRFw0YTBypRw6wFUISg0Qj/fS34IfsoHM9ssnojt5RnmK75DGA9nLKttQOgPwYvEDJ+0ixu1i4 XohAGUt1M+ymoBQ+f5eKclUZDlxO/lO1VJ3xRGxR8Xiq6/glLkGizo1P2luZgrOKwpM1QTWdBKi1 GZcLITAyPeq8jmi95qi1qGxfj2I+WhcGJbjGyuJXjIFYYxtPYDMpdngmnsCggEGxQbihOoQdqhKV qxS9lFY0UaRSJKha1Z7oNteKIP3vuy49UW5pRrpcfYY7q65RFUwvdSVFr3OvdYKOEdS+1IgUTFto auusAogrtiKrH9e4UwBUitQ5TGajrLuqW50b20kRpuzxdKUuF4+H6NuC2x5F9VLlO7sM1ecAopqq emhje0+pVLSq9vupUq3IVj3NgcnqYzZhHkWYisl2tKohq5IqWra1s0f+zdchAOoqFcEUYV0xnTKj erXDGXyzi1X5V/mwImRlXtXdHsf3qj7oqFZWHFaF/XAOgEsXFHAAhcMNtFVDVrHTQgXZryf5ob93 KTpjeRVa+2aDqZnvvTrv5/Zx9UY/QHYugdqhSr+qfAVVI2w5YOXQIDfwRldOhGnV6pWBe0Fgx0RA FtUbXvEc8IrRvf3QObUQqcIOhrBstqin7l3l+mwn7srwVaWrxIaAO8629eNcabcJh6YuGjHATh1d 63RolfBfBWuUX1ndkQE6OwrDGxOBodBqLt2VQq/VEI81hSryRGAHZpjlhtZK3HCPg2rniv/KtQ7D VoFvezlkVcUjvnMZ7ArGJJzFTwQgZxW2jUg48EXttINRCPLVBQMa+YIaat7v6AkkRKsgjesVszUI rCrSTuSoRr3KKebfzQJT4yU8iRvSOQs30KtmE2vVbqVXZxNsb3Q1V9uwCSN9tWW3TUweUFX0NRWp BhvqXis2Vn5sR3u39KouB1OTVBe3KkpJdvDY//F0HwhxJOkWRpcxjZOAgjKoZ//be+e7oXlqGqoy w/zeRWSkD3iS+KlHV6Rtn3E7ZquH42IF/A4veW2rv7JlyzanfK3A7Hu69n1ngVPAjiFKQ5Vuu5e0 VfKE2RsEW6tVXWaNASw6AEBH2ShNQxdSXmCgVMsuIush329bstkEwjFjU/23Sjl4UClLYVY2gqKh pHmYW/Mx+9vDTh59yEDCmblu7emXLb56gKWmPE8VTrBQ6cuOG9W0VElrLapOs99CFCV4sSAzqIDM KrZDiBWu/lyZXcW2RWQGh2lihWvIjDP8umVOtTXkPAEyNXuP/7PPvpV4+I/FbnE/qMLL8vZ2jXnK ycUCi1VHsyTl1+VOxuZruCuLIfmnopacJk/a37Z8SypFFpym8YMtqq96LFFEhPIetJvfR4Dmz7gZ CglQUowiybWta1AlbDAts4krgGTHULtCbr3VtqEODBJuATEba2mDOiAe0QIKWYrseTDmNIudrsBI mxYlrFGQc3Qny3GHPLiLlJRRo0gDIsIMu+KpAO7YEdLBBzVKyRcDYQI+EJd6BoFnaSc8MrIuNgM0 FCzOnoHIDtO2fFMCs2e1iRbTbbaGqRoPuLQIU/IRxQNNJFQQCrhaMFiMVhxBjL1pSRSlmLpQKe/v q0X2SjT5cqFdcbSoyMEO7/8UWy1xuBT0FhsLZcpABaN8uGLLiiRF2sIDAaP5iJ8ARXBiChsC/fHZ akaTC630xXOxisinHKTAw+8KTSKiirRiW92SgGYo6C58O3HwSpEFBrx+IetHpaXCSfP6ZPlDNCeI a2fsAJbXCGiMIjip5FLkZEIhscShHN/QxeDixJrZEB4yKCH8KnkpN2si5DTbauNeEVfOI+NQkBVJ lRUWulcJLzXrxYsnaQoO3WCteg0eiIpI2xC7xA1ppSfQLiEKkE7Cjd5eTgeq8EJwyUm5htrjk7av XgQW/YtXY60sBb1xx8diXQ2kVIIzHWtmIgA18fgYVUTCJXQBa47dgm8EU0lEnEXURcVeItOrC4GE AnFCvqsADWlp9ZMo7uXDprulRWAsw584IWSWjfXAlxeJYpmg6LzUeHPiAsQhD87KBSPa5EZcOWpP OkBX3WCsN6AhinMLgLNwhdREuhSJIrQe5LoYWKzI/BQW0h7lIAgmH+JR2Vz2A00t8KFfVtFmMwgG NgchOAWg4w3RM0OLgg3ePFD2iKKIvBJF+oU+zFYVg75We2j3tb7wQpyIXPKI3eaqIA8MN+Kd0QBv lUnMz0gmuilE64ZF9ZEOusbEbdFsC1poCBLjNJTZwRW+EGdrjAKG7sey/Ssp0CVQCtnJnlmri6oB CfUNtiTCwCCJgym1R9Wr6Mg0+kAI8WvpOaLT+npX+UBj6MYVXSdzFVnCovoFtZ8qTXDBwOcEoOvR hzJVrGhwEHnyPyFEokoc0EYBZErao0xgNyvMJG6uBKeGlwqq7tP3xneFJcGamKy8A2rLLWF9KG+g 56l1sKbogJng243DlzGXCGUcvj3jBhHrqzGJCCEzlhGanqrTBgTAhHoiE2QucmsZh+4CQC/ZH2xG oCUsLPKKGyqW0hZQMDtQyBkiBZ61bOh6JdbwT446TSIeGjdgEm/XmzYZN0pIxwe/s6A0lMXK9c+E 4gECJSCZ8czLLEaIVgxMHmbTSJlrxkXGCpGywgSf7ugQ+cADwdDUM0TDNIPmonF0IHx4ySAHbxWb I2AGJBX2cxpkPJLwkh9NXao27iPRhHU0S0IidfHMLCauVtwAQyqDsKxQfLNpKqw6PghUE3ngZhLs 1AJdHGkde9oZ0RZ0VKLkK0E6VpIidsM4sw8RQBrWk1Qbr9hq0td2goLANE3aZTtB6KpyLGaL/XG5 okPFdkgSHmwVxxRuFVkZB1aty5d4skxjXYeg7gGWmH0AVn2Kc0jhgaxkyH9ALrbK/1DL/Fz2IXmL B39rtpV3zAEXk0AfD9VVEvMYZDwzGImoxQ/KlhUynltZ4Cbzfr0eGCZxad5m1yQZ3Si11xmTSYUO KiBzTKEIGJQvhmNIp0YZpakzCHEB4wgVgLGe/ce5QgJtukoy9Eyi/ANdFYBqCzgtbnxi98CZps7s GjkfRDp6/gWtsxnMbnRLZp5SPha1Ci5czcUM+0RUYW8G/m1ihtSjrcvKhmDkEVj8sDOW5ar4mJ8y k48IlYUPB0tk+e5gjqJuGf1EXEYGCfMQTbqFGooWPjHpuOcb4oK3t9wWD6yUgwWttiUZcO9bXMIb ouzlv6ltxGhCnxPKyG0hmBwZxnQQF6rBSFP1V0wPCQouIJ28eh6nCcGf9Jp8fk0YaFzynx0gZoIz ASuO0YB5Z1rM9TREs1fYxOWMjCuYnoIs+o2INuc0arJDoRI5emGnJdhc00FoHWCHwKCOREGS+vir gz9NDSnNGzzyJg5GIG4929IZbmnHDtEiDEJ04W6bUsThWchAqTJm+I6PsPEmk1pdhbQzJaJP+ZFS MfgJGPX0g7VlPSLucg9zJy1+cDwo2ZaEMzVU2e+5A/F3ashYaq1OZmcjeyEBCM+NNwRMYVb4yTpF O5Sl0lc6wULCDMJtHtEp019D3fliNUMfkSKLxUVMihAVRK4Xe2Pj2rfuuzVbuGs5xBJzIhSDqMJM Xv6qISF0/Fq5VfmJv0m1jxRAFgxbyKset/dba5AQMpTqCZ1uoSptRrApZA44CPWyOAhngmQicbVm aoYlKlAwtTZ5DpvKiG11u8CX6BgHeg1jkISATXahwD5PsPzT5YhVdbTIAzhsQa7KT0ZPRHd5gjpK GZr4p+W4/yU2tRvkxVNCKKllsRaao4FpXaMemsW0CqeZH9e5h+LJrDyQ82XMx2IQioxZsIghYGz+ jGXVTvYHyilXSQReFDMVqiTMdKBxJx0+MGFJFPeHK/rYawTfxB0EuEGpRKSCIuZCMzMmrKNXZVLZ MDzQIiLGYA1yBDEyagQzwYugYJCRYRDkPFFlfC2x1CleRiHsaGBAc1NcgUnuFfkZEzcasDWgyq6m xKGKw3GZsMAfnqsZ4EGlZTKOGGXBy2BOaoqRUmjd+2rSBJBBzC7hAwjppsndyqObL1dbWjuwY4Cq bLMEudjMX9gidjQmooAhKJTRd8rI652LeY2eR0utLp3goSPCCe5wTqptbhenkFiwcEXxJvD8qL4j PZCCVW6yUCDfWZCRDhijNwyCPhczMg0Fskx6l+WCzlzgqU+pMGDibqKGmLHUOLjuNtuTqFfniawA B270xjW4xgva0lXbJSX+Hi+qRhEYes0nU2RY8KtIl0EpeGPiaqzmbVejkVEpUzZGVBdH6pksJirp ImeIXaLRM1a03NesBTabuViv2okPRKT8OuIXMbI8GJ79xFFv5lKZdWWLCNrOCkGq4z0VIsB166GG BBqnQIrvIL+2HFEMDq6KZQTE+P6otwRnMgDXblWBUdbJHFXokdARPM5FgUtxSMsKJOoop5cNxNrt VV3aIYdaiVqioRS4YqjNsSC31fVsVSUWSDnYOppj3AuumGXezp3gcUBTcf3rXmFNEQ9w9asyZpg3 1RizZ9bsC61q83kn8qqCKtLb/amco2aoTKRvnFLXqYJaWyXuVdgVe0WYHasMvY5YaPMtLa4crkRU jVZVd6Vd1eKA73gH9W+lRTvFqxZhSoP5rcaleiW+s5MZVq5GBDhUDbbXF9QRDBVxx1+F1HyDwmkn 5FaYvKuJB0aVrzY7q38aNmzVgQHqgIRVUNXNbfPuHmpXIga5wnVFcWNYw1Bka1e734p1ba72RSFU Eb7K7QpjZkEqdDFjlecB/zDlW9CrXcOgBQzzvP/eocRAruYGgnNwE7Fdse1vRRDNwUnqdKsY6E97 /BXazGd7r4+9S+eafyV5HU8dQB33RAIMXk1XV4M7ZKNaLalDIKW29/eHqnGlyAbVtg+2f5sxC0Ns VMcTI5qbKWOuK1dSb/pVQGQY0fTMssI123T2MFNTQYU6cxbIsORWtbS7+Jf6gKYdQZAxQCxAKBJn Fv8lD/rCJeEETcShl2ZYA5B3xATAqVahE9nLyRDGTvBAftGgsa2tU3sVPOaMfSfsJiDYENI/i6q0 m0XJxPtVZGJAo6IzinpQRQE2q26xpltlwe4qbrYVW0/7/1MvCKJXy6OG7Wh64mUQugY863NIQc9p e9XmHqwyHGAYdKa0nD2RQWdGMvPq2A1HuIDA3EQdSA2PCBBs2zYEaGwLQEyN7dZYykBVBzYOkEya QKT9oIGFWZyxmRtifhyUrXcXbcKPFgYHTQLcGOiXDcs0KTL32bCpSfaErGMXwKJ2ImT6jv7QEyRu wLuZwdpasRUewisGYH9zXTiKCpZUcJorIU6VjQvdYStWmO1Hll5AheOMOZMFQcEJqRUfa5unjTk6 TLV57S1fkAeexSS8v9vBCIfgLLg1VD7BcDqz/6bSIHvG50KDpHMaaRAHVtSycGrMJeW8h0sVFlQe kgHIFV8Vh3MhApQwUsc1tei1AyI4E55H+vmK/qW6JaJgsBNASLlSZNWkt/8YiAvLPZfvOtvBr4yv vvyx+K7kwX4Gu248vtbs/GnYEDW3V2ZfmCuUG+z90dG4/pZsFnEK6WQNhRNAX/GkR+CRKI3mBqcp grKqUCuThrIGlSlAnNIIS1c1LRBCh6KCInXxD/8O1uG4C0Z57omyiCj7e65EJhwuJIWxHFrRVDVM eoxg1YUEZvIytVtziTXLuFeKNnEBPPC59SoQ0AAX9z1Mkb0duVBtZ13Bu+ZlNQap0oHuEKipvxiN d6CKaPEaTEYryPllu2xjAkvxnASRwMCl+PgCM2wVJopH3dpvRXVGCEdglGgmdbBmSkp5gFhk0aAh 7UTSioUJGHUjw5lPKgHRNDTSJnEV7/UoNDSUqDtx0BG1K3EgiV0QpTaRsr3k2WJcIeblXBgmIgdz NmSrSBrMtik0ldGgDJjMFac0Ex3vub9CGO1oK6GDad6/YZyDF9GoHjqYi7kQ8xTHoJWBTqyldQua suPUrVyAaHa/LKPz2RCz5xFwDnTq7QkjioX7ZIQoRWKtE7NktJIOfpfZlNE2GAamciwOtnkYQNph NF3amwSjCSQAsCcWo4gYV+5mRnY1Lhg6KQcXBP34VXNgkF5OILvFOKuRMnKtfzHxmSv/9UjvcMp1 HtkvlsO0ot+MK5gZXxNNLaMlYrPWyCXXMIzpwSWXmRz6JRnLahbzmxcMMhCiAyOiE6eMNuUkLRrA Lytk90VURQiUAZMmnreFlw+xxlj+06Thh3TCLxQgJYqx4KEwpMbIDeuxkVQeZEbbBP3qUZNMJRvs YKJomPjVt01WpaC8s1mM2qNLvHxurlOkUgRNXF+EgYxLA1yMu5OUUjuRnEutqkKTmCEajN1p8RoZ 0dMogOJqcjaFInvFjyt6liKZJqFtHJoWPJEXp2RevDE00TytcyvmIEa8y37kDDK42WvXiqNiWJTD JbPHa8FDgYFhAwgU2WcfSUvjEMsj4AkYHDnK6BAiGSI9owE1XA4wpCYOyABOsicZNCOgiceLuRoH WMyzu8lvQQia+QiEnlcCOSyyCdKk1DxTwP6q5s0grD+taBcUQUpPSBfaJmASaUVdQDIxVM3fhNPo ldwYMTrZvq+W09AmP5TEL3GDsvEFRWg3AFJNM0edVXwzemBfysnZIQ8c043pTK/GUXE6VDMuAJEq dZxGm44n1wXeCXbquRhBzAPzSJ1qo70mhDSoIlS3XEftOJ16OZKC4gwpZi3XCAi0MjiUWZQeIzEv 8WWKKxyy2L7aPg0qFysOHJNrZKYwHP0qw8cY1tj4+DUnaECQVYx1v9VL+sG/o2gli3TLFb9SBZdm 3uqOSnmWQMri1fJYJ6TN5vmGGvmuRtSXVZrGgZB10nbBDMVIAUFLp5ACRePOOJsIZdDzmJoYyrCF ErwT+cyQ9h3k4OrxEB8rreRZCy3o/KSi1VLtCYIopUKv5mZBaV+xDXarZVnsGIUzJXGK0EChEAVt eiLR2MWVLJfwP1tXnlGfRCUrXNQoFGsXAaTS1uQMEnkhnnJiUK6jaHA6ui22Ly62JcaXwGciDGg8 UPthVVLDoKGyHGbxc6LUdCUkCRHsepw1sPII/gBgFZt9QW3hbpmLrEPupk1BujhYcpP9q7n/TdkY iaLb5db1ylDlU3vKtWxjKucS8oLFiJKZaFLkbBMFqcgLlfHmPQqm/VfOz4bYFyVF08ugKCb9Q+Ru I6H9gQyvh0zBWB5y7EqpmA0Zkie5YXO1gQeGUvjGRs3KCmWc2nVoZzBASGIqFZP19Cwujpi/bUm/ ew6aYpb7uJjYNUhFgJhH0AzuLrOF1SV00ruSgvIj/pRtNHoAlmLk+QzzLc3pbkRaBoqSgWGInTns dwE691XSW+xh/1IGG7ZIXTsJprIDXmKBawaOoDh2VA/Xl3MkDKFMKqhXwGdI1OHzaOQrUYv8pnh5 v7GU0wW07eB6fxDLNd0wGpFyYC7HoviejaHmaW5N45KlwYSDP8o7tO0qxkQBzh2FyQ25SsexhteQ QoOx4XA0QisU5CrFjsvHZnB0KYJdSAYvycCXNZZpW/EuXae8eGCgYjPyaAB6WNZJy+2mxshi/twc qiF2nhdc6U9q5n4IppqtJ2Z1yHpa6AajRL8yLkwcQF0DosueR+YjfGVw/KeFsjRTyMYUaRogvRBE RBLzBbFPzc4YZtizVnpA2JAAJ1/Bmbtlbyhz8UzZdLEMG5Iv07FguMJ/U9jtRtGMWWCWUxi1KalC QDPifoxElqTEtWoa3K78NNmgRC61qY+s4n6mD3EKQJIQcGUn17OpW3IKXYY1EYrxYaVTViK3TAB4 D1ypmF9I1QaAcuE8LIMFaxhno1w0OhMb8IUmSaQ3YvjEinqyN5pG/hJ4tJK4RXtiuPgF34u+DLPM pei6om45bs5F34KoQsAZj+w8VPIvjgSaOUecbDV05STJAvmZDGTQhAS4lCiBgTQarRM4C93jFnNN 6CQz2dxcIe4gr80/eUgocqxIwfXZJWQWXeAuSCmxBDAXzDNFEA40wNypY+FOMUDrpChhJU4q0ROX wCOQYiS/w9XF/DeE2wajw/yr2/xXxhlUU4dEOac74UHKtoiQoziClk+IDIWyL5TJutQxf51uYwQK wpQ168QYHA7GNNYUKkJ+wF0mVlZdmzxRDRgWaU0JXQFBBYxk3xBluSK1FxwncmZNyActSyZj9PAD lcX1Kaw7INUvwb28fJMoYry+cGSIXGV4pzhMTZXIhDxb0pwgdrerFUl5iV/2zPphW9qDy5d0YjPn cE4v0SsnoYjEVjH/OrXLuOJtQzNrBeoUg5swreZ8Uu6VtAHEneorHERn6jrmmtw6zKSKHFdaL5ep c4OYwcbfMiwDY+IZrjOFihX5qkxies3NASlHBTAgVEvnLTOZNg0iBcF0eK/+9vuqhneQr45GqFCs UKu22a5f+5z9Vj51gPPtFjoOCXm3xRo9eFXdOqfEzu/fV9und6TJ5x8VYGRzx63cZT7LSeDmtIF5 hwm3a7paGQijlBNXDKzcW/m3k405Ml8jCmr3AwD2Sl0X/4ZgW2wNG+eYqTgVEjkI5gnuCKwm6uiI MHUpSCKz1sYpjHm7XqIzyrkBlzaEpMIETECx2AXm1dOWUnFD5RXK8aazTVRpuk+A+P793T5VIKok d+x2MYH50MDhMCivGpxnz3J6IgAwwSEQjLRdB6BpcJttxDDnFbhQAyFH+2YLsLm/xTbVdTEYb+nm vB8TXtzCXbi8EIcMuOD35Y2ztwJO54kjrbgydh4jSlMMmhWMLCAxAcl3qDfAig0U+lI88kAvgaVB ZPVLCMEpuDbnHunTnMIY+g4PPOsMjWTQ0SgFGkgKWArIeBsj4jNN00Mqk+vvQHh93ZZa9XYJXP1f 0GhCziK16UBmYUBSBKLCX1i4YVHDl6sFhCx/qizBpIeVYiP5gpCUvR9qmKgUBwbSCADJ75gbU2TW lC6xIW/EoX82vHdO1/bQ0+2y3bab40ESUM3YxAoLaDH5SsNhCjYQZPFUvklu8RdWRdM4hT4gcs9Q ND8kCjjzYhkpFDMgMFhIftzbJbLwc/78AlqibIV3xTey8E7SyBLYSIMJmtrPGyU2FG9hcP/7bDki J4Oq+M6QFEljgSFO+DJcuIlcTAxl4DWsJcuYw0lHAj3Lz2ryApn6/LetNTmFOY6yJojQCDau8ECk oq3fYM//k4FfT19cYS5JkMb5z5voxys0ZcZcUANs4+f+28HbQl62LjV6dtQLH5SrgFyxSqEpBwK/ grtEN9iW4ouLcvUhxXdxJgt8+FZtAFA0K6df5QvqKpYuSuEU41vm5XyhLjrZDoeql7DUkXsGtugh R0kn0Cq/zaXnoEEBEq4bKCsWc+wkHvXIVoFMxTQtFP0qFBWgFNwayWZgdPtLPWTnqg2CKv7j7PEX OgqGeJcKpA4QLeU13BtCwacyL0caswQA1abKQflJHGSm/KkwSF/yvCgCBUO0g66pp/7pTmklMuLs GNpqUaqNivhFrcDQAAXBUEX9VYNNGo1je31hnYs2I5KNyqrQWIYbfiUopkquRAX2UqIXNQUPTkEw 4aRHBBf+BnS76gHQ0m6QIzh8I1F4M6DgIUO4m+/kBjSenALYFQFclA8qBPeheBvhyU07SvIDOmEv e6LuV61jLBO3R359mq0JIhVhkDgU4Am3kKW6MigbG11cx+mUTSmAgfHBA7MmwuwRmcxqmUbzIUhR tICUZjaXDMg0PR/he9EsRHKc/BdMF0M4UwsV4FJEXLExy95iq6HmOIRbLLSLKL4FR/Nl1sxaCAfT 6Fm+s8DSXpRIRkpTZN4X8dMEMg5k0MQerIcQyGw8Z6RIGcdCWUhmPM5swCVLtASvLZRphfbxk/TC MJSyXb5ExkSFHiK4PlQUWJW40b8w0d222wWvycBrUhVLnzJeMybaAhykgvDtVzklXF4MVBKpylxv v+yOQ+Ss1zFaUEt9gtbMKWWD+0OISiCCDd5MPg0GZZElIS5bMxkWp3r+kteYRLN0lXf5GsxzRjEw aUi/U7ceA0lujY6WGJX+MiCReq00HikIHlLT9KS0TCSBTHSDL8BSJ9JnAPfE9xpgIsBItNlrwILZ o5E/0plk02NP4q4+msKYsSpBBU8lo1Z6Vy7QFjubzoPFRKX10CR5rpn6U8oUH/jpbk9aJXXGZysW 2SVUmc8Qjb1lEIFcgEH7kqc8TpaqFCm6u2UEX7Mmx9oAAGkW/YKfzPTNxSb1V0jPzghdi/1QxmyR WaBrUkQpIiaCLvXVH3EdeTlVtUmmvD77AeZMWU+PBlhjU7eJr8+0IzuSuSEdNDR0irebMd+tDeRm jhibyheRDqh5JLIHmwI0FEbN3v2EVklVpQbyyUOFfd49k3AuYoDFv/TNQIWEpN19jGsPatIJSwR0 v6nTiGyFMb9oBkkgGH6iGB9qC9O2CXJqZiJONLlhqJMB0qQkCJrS9m03IgzpKh59ZxLbCIoX2cSm C5CMABh6+xIsyPUpxQc9cUy3CThlG9dCTWcQzg5ok90roqPIrdqi5zxpNpiEhPWyQCrOXLurmRlL fz23InMm34BeNdaTLcwPM0VFm0JoAWU5owq7g3R6uMPZQfY5nVsUH9UofkCChxmkW7MA+Ii+2RUO OtmP7pZ2cDx9DtoyXzOHAWPUa3NJXQsFQNYhQ9fIWXB6WciqT7wwFSZlsgyWodCu8qYxA9XXEMx8 oJim6hIJVs9V4QvsW5ubYwgIqJExfQ3VJy2k4OAkLNmxJDAfSWxyB+BItGtIF8gsL5l8ZkvWFgc9 LWMwPHE+PJSL3LCyAFWYcVRZENpF1jDkEI3FSNGQzVipWvTkyon4NpbAeqmDydLrHI8BhNIUam9E FTQLgKW3xnAFgEXJHo7j5YJzowmnU0aElzlCxVm7CsxaeJDZkMX1GYqZ2QxSATVAxTYGMaVR/XuV v2oZCgkrbV7S5F5KwJgkhIbFSI0aLV+cUfr9Bh4ikUms+4jsOmtT+F0UX2LUhOxGAyKF8tQUI8qY i3LF8XI32QREERlBLIRZ1jRihTuJyeDOzuQtFKmKoyYzExgsRCVCAWWMPvbdV8IvXyC4nRHREEYO 84rvAW56tMuAJLsZDlQhZu7mu+tgIqqchOezs1cEvVwP63kP2yngjQTCyxNXJD+lJ7rYmGxoEBo5 NdcSKLGeBTB+3wm24Hkrl4S7GZ2eUQTS+XcaU0K/EhFaYBAjMkF9mFIbimLRhexUyAs9fNApTQZ8 kbmfYLvIRFIwNEkrR03GDRGKHuDpX58oH2SNNUtAbrKF6V+OC0dSWNuNyg9QYwjO/AqH9QEYIAwg 1i8vyuhF+2SY+DRmibbd9UDw354dDG80T75StSQEtZGucooMhZ2opJvFEPDkQ3zxg9RASm3KQH3O SwFTUkhMrSungCstCGWzNhhsWNzw/VkmPns3D0YALFIFpql8ECMXCTOnSbqZmMCt18eImBhPDxFL 84EPkLn284qn7tk114OoNAF9yRfpwgb60IwpkXucMXMKR37ZQNhBkBKhkbCTJxEuZghEMw9mlc+O KyyhjqUJISRnJOfQJKNMJMqXDYlzMDoRyq9BbyGoioUuZKUaoB05Lc76J0RM4jLXc6DpCzZjJZFL H9EwMas80b6VDDRqGODT4ypnhFRBlgdfv11bcTWxas/A5pg5jjOAEzG6moB+c3dQ0S+LB9oe1qEC Ngdhzfbl5ELAXOBNF+JCzwKlExYWz259yBYBtLzwJQYn9sGvoymyvZyKwigrNpWFB4yzgWYytWmP afD0ooGolqVYT+IkVj2n1k4jIBo2aQVKAS/STjnooIAtYC3lYgPTF/FWZ1j7FALuuJMYV7XGZwRF pdwl3KoTMGFkNm0e29JCDTsZCPfyzgYg6InkAjYoEaLULcFJ5dNChRIWCacMm95g93QmA5Dx9JXv MAsq8lA91l9/Cpb816/YFbuVgEBTrqF/QJByPlfPuBN2VfVaU8Pe6mv5F42k0DipTzEdwzmdc7ej DHil0nOfVLpUWzvxoRpx9V/3/Wq50xkPOAlwDqCv3sBSiYk9SK1s8K2yp5yqGMhX3u7KsU5jUDHs eF+tHHPRYdVONbbhtgMcGtqtysd2/TqF2MwGdvzFPU/bbtcHX6h01ukT7XW1CNugzj643m+eK7eC av9wbgwcikitM9aj3yq64ZaBsfQIwLbPVueuYF5ka1YttHRGBhjFww5I8PVWeF49GE18FB/2sbR/ aSuPb1umOfTuwfbKpA3pkGSw2cOsCoc5Hf1tuFUCAYGA+IuVRjQ8PCpzY5ZxULIi6AG7UrHCZrxj SzWBe/XMkgue7uG7wzHccIbHb5Vr21B7KWSEYAMdKgKqyp16rBA9obi+KawSUuk2riJu1o5pI72+ Kr6hu9wk4iAfPIm+fyxMmTVLbnYTQUiGoN5bmdZ4N2azcIBcuIxK1xL/xImyOwRmbsASD11WySG9 ERlWMKMBgZjMyHQWIBijeZCEBmaBGbGKbPwP0BlNmjfjVIAW9EbKYqmjJNrXSlJFa5laW4TSXPDG HoZ3kVkkSmteFm6RDEaK9i3Wk9hWKVqgq70xtOzcv3YjsESImcKvgACHPYWkRpAFXIErj4lbwcb5 BryOgMmpIhrOf1jtqqZ5IlrsaY/qZC33D0BD5HYsVwQfJapq2nEgbSmolgv0qmiVFudQKCa7FXL+ KCjRYLdQn79geMxsK7lqCgrCqz4IyTK5FWBAIGyFwMVjocc0aDBE2WCGONKGtmtFLN0qSYBPyYYa mtmDCiRwx0GhCzaRH+lk+twtdeECpnRXSKy4yfCyP/3XkJRFGTQJilG5SAgysc1WvOcK+HHJ6EAp eshpsq1x1UDJcJytvFxSDxciqdFELgjz47lssJGayX5DIWYEEJHmFOpiLHsnsgq6HBtdJR9DzZPF PTV7cGczFcIL9E1fofydnq7M30MEeBaz8N1N0r9HHzBolhcM6AEh97nJRK+xLHCUN0GpuinIeiUE E+au2HIFlhggEMpJzZKQjbyipDCiQIEIJUS5K9oRn3OQ1VVQFL5MZaqEXO6hDCIXkJNM/EWZfIMh yLL/jQbyZPo4WFe5a4yxn7ah3QZ6eLrPFa6TSQHMQMZadEveG2sHU9NF/JzC59UCqDIUEpIRH8mY 1jQFZISBICGvQERyTRc4ZQgTqel06pDt6SQf1oTxy2JiBm+E5u1wUSLoURcNkx2uNj+cKjLqgOwU g2SYJIMmlpHeSljhW+AyHHv9LNbjXTbBmI1F7/udroHHxVrzC1DAMBktxCdQNYwUiw2S0YV2iUzs wgp9ikwAUMAcg3I1dDL5cNtf19sZ1apLBTGxHDHFV4FJrCUNGdgIR+WBSisZQLKDsxRKPZHCdJFh DGp3ateBlEGXuMAjW1eoFgTbo1G0VI6DJoSMbbQmLjdRtjBsz+G2Pe+EQG0ngCUb4/+NYQQHtRmr UI5gwCyLgZWQKuPHa5/BGPI4N/FrM4V/UANQZWTsmFxB3Ni0mMoY85vVjfjZH3oTbPMNeJ4lTKA0 nB4kxfBi5+MnTckyjmRlpj7+RRaMgmyAsU+mSmDJSIDa5cAugWNLBiI/85qeUPs3XpMjNNZr0Lpr go5kNoQyUJH+U3RTKvF+UkWg7Y0wMOJhEeq3G1/k21qDqZYl1d8I2GcKTRNXxOIcMwjRDVkL6cm8 VRJU6dgTF/HSRWTH5jaNNEc1auRAizymkUYaoJUEDOxCZ3mDKTDEA8UVyl2TM9vZrzC+o5uRctlr 59q+OlPT68/aYjq89lCCeRWxOkWi1SyPoG78RdQNgog9O148HmXE8G4tsS9LJkvyCtSwBIOzcYdY i+d9wmg3BduZTliaAoSOmC2LXMjvRp0WEWeydE3+ZSvhjNFvX8beGg5idvpEFHSDAI1IAzXI4qu7 mcesgTwuw6jS6CGHuJPM5KpNgbak1AW/i4kyjvUXbmdL7bXbzIw8W9WBSI3J7mWFXCGmhX9+Uw+k S18ArFqVwmxflLksrnM0VJaFyjw3wE59YhwBY8BCNm6Lf/Hma0qWMds4bFD1HIMFW2rltng1P5gZ LBrMutpQWAQi+svvAEPQ50UwGvkmtizOFI/4p00xS4+oCfcqw5M/iBTosrTwh0xoc4Jtcijxz9ZB WRs0RVoymlsCgHCDmqsD88RlAznWhYhZohBODPT3r2ladKaROmb5s/n7WRiTjx6qgOGO9UuCGAfI f1c9UChzSZhkbpPShtQPrD4xCcGakU9aALU9/At5XETlHsRjokiHnDEclnYlXVV8PKMUdnzbPGbF xojOKQeNLmDOaLvoShEOjs7elq+K70a5fCtG1zYU6Vo2tZ2QlHIyPG6T2LxuIorCGtUc1NLoXvPB RVR2ZSWagIaDFcWnO1SFy0YEHIpco3DNMiybF3+UW7LnummlXgEOitBb6qJT4/ALwA6qzCUdEKn2 1EPqhgD5AhFbJqVpDUXxUScnwjBMYTkeZii6LHBghGa4PBFuEKISDSh91l+rrFnmIcGS+GdKjcY4 5FqYRzs8zYUghUoEEGeTQJDHa4pLABhDc2w9rgLdRmQ+UjQYFd5JPbAeZDkgxMnoshs+AIWugzy+ uwVIhAgujaDAnAFUQuH88yAERAAzFyvIMO2cVmJkCC/t7Ywvhm9o5Lx2QDBsWUhD8o6ho5nJMtYM sn6NgMWAIUp+mwD0UMoXYXSCDhga49vcRP492atZxs5t/Vo/9ocx1BkYuBiLgTQvb/YRtovqk8xC 3m0iZwKDDTfDsq4RpKOBKFbPW/1yFLNP7dInA9jRcowPscnOBNUbKEfeSYFqzWiad1DW0b6TnDuv iktBsS7Fr4z9Z5se2pPPaSCgGx7H81yS2zPDvBIsSJfhUdgejxcnK7VsF3Xww6YK5/tarZjMEDK0 acW8c84QZWeXGV4kpP5Jfzw1FuT8UyW11MecTkczmg+mwzSEJpy5AE8Q2FGfZYZywfCkooPpfIa0 yTaAYezN8I2HJf8nfEr+n7+4QsBFtI68zr/6ZjejA4SR7tWh6LCNUKjx5qUby1U5ZfMC0coScD96 GoIwmhffazxVS18ISzJAcmNupGW1HEk9DYIlDyWjqIY4iYJtzpixpRcTdQgAcO2TexGCC+kpKFPd lCuf0x8ikaj7Ihgj3immcQQKxbp0ub0W8SBSIWI9aQ6I2Q6WGYSF7LpqAQj5IOHOpkxm3Sdw8aSb +XqWO/mfHYMAS+GiS9I6ZnnrGpIGmnTtq5DZ8FV0NcwwVfS1SdL8/FlqlEPJ07Q3i3EWdtqQxJjz T+wmG5vjZhvLXIo0c3ja8iCc3urKLnLOskPmQlaXkaZKTKBUvs1VyiO6WLQCB8/lkNV5PF6Jh8zH UWH0M5n/98x+tEKEeDg95ozMwfsYmLcCtj9Sa9f4HVnX7G3ILkyoJojkuZWoS8TJYv3jYPY5ofUz nchL4yEmAoLu46+bCaq/1XizpMW1yBzpMzp0ORlDczrEx+a3gZJSMOjzgHzRMr7aGUSX4iHgtlBE 4Hp3fHvpGe04nG8p29q2WCJUKrNmhuSM2CJTScpkr5WQSS/n7muJLQEo/UcSLWPw0qhj/UgFYLEg bJKp5GAyRXIMQ87bgcSHixnz1j01cxIZ8g+bigkpxRkgjIuK+510RTZkgDsOhEuw4R5gFtITC4rf u7aBanRrBNlrlKA+7YHJLuZpF6qxYHK9TkrBPPSfMGeQNAvUwg9FebZXmNEQvuqY8+3B3o4B39bl IMwMlTykIQuHCEIxRxKUAPDgiUN5IhoCPnFrfWdGgSAhYxkfWRYLSlf9i3dRI22jCrYXpjHkfb7C bZiUx5G7xG6JmNnNiN2uRBa7Iskj1It94lQqqBoyCmRJkpoK2qohKNwG2kJFsR0loWG9OU4kpLyp 64qxlIIKVAZAigRRCK0I3XkUftOnwujqCLYkqwD1WExlcx/VUiHeGc/GNItJqn6D0JEWzpyw8dgD OPYCq0NXO+7wZ7tse8ffoyjZQRQ7RtkSpXF7FEdErf78rjKuItqpwQ6icKaF9xIqjoOqWVW8Datc rip+W3WXpehNkpadHelcfVep3Ckalc1NbDMydJTYnSPtzOvmvDla2enQKu4VtJVoO0ng5q2CivJf l0cHV1x/olo7RCsV2rZbdP6lkK7P79+3378q1/tst7DqlQKzcagck4gBsDUaxlS9JYfC/S6rs4QB vJizHfWMN732EY2MVNGCTElsq4Bvz20FTAsE2Gx3dttKAaWaEfteGOLqz9jG2BI9U3iKSqifoFaY czgDYaSAmRXAuEbAiqep6849CUKnCWV3wiqTQQKWFNjom+jJf6DA9ijyW6Bnr33UTeuJE6GKREQU r0g3bWHNyFmivBV9MyNe9ZCMMwPOiqQOVKlqNh3RQE/KRIho0wwIQaJ/9Bk9uaJsDeuUadDQ6DlD +pbrLaRPgXL5n5+pdket9lQR1mVk2PcWWOFt24OyjGAYrbLnWV2FrIxHallkF6dKAwHLcvNJy0Q6 HaTUN5qDM3uFCIpnFVM+HbGSb6Uhs9ApSzuWxsY2kzMOuT3X6bteZNu3lfLoIiJENnRPBs7G4hlX LAQW2pboRe2o5j+zU15BBZTxiC2I/e6wt7Bj1x2ZxXSpT+jBgDGGkQ05R1uwGyXrMePCDKrlsXfF PCvxVYokCgEBrmp+XENWNKOHX1kJpoIpjkHbSYXd2CzsgQBxkjgyuwrRZsCbcgSESsjK/CFEaOsS JVEFwb7Nn3eTXFO1Hn9guDhWA1xBgHeBIg4kjR66iFJ0h0BW0sqSQzUjn7HUDvnJBnyjz97nTlqK uC8yBf+YaWMmr/5zPWkILAhDjczwQeFYdSECRkNjNzgDXarBg4ijaVhelf6Qx8Vu2LEEApGRcJzP JoMX3RIJA+bOUsSFIuiM7shMSNIgksXdEmZAcIlJRnmNdBW7BYSLbTUBSifKFEYDqYUJcaegnDQB tPilcKVgOuKLYtt/hBmuBDz1qYekxithxP9VmiR8OUiuMmyL0wuPqyaZrLyslfCiF17fgNrxtM7l kB70DhoZiVfSmFSsbXsW+gjEfZSbFSQ7Zq0Ng07bFX0IwkXWEO/IaI2B0iSpQh6/kHeFOHMFkVtq Yo2JFuU2I5EDIYp56iuuhxkp1cYuu7Z2+yQZ3GhYT74iyj8dkwEuUwQ/Stmr4mBOZy8X1EvNnDhZ qiPDQnzTVvlwLvBT7805R0dq/I852lYgwShR0p7hdiq0MRMnPFoyhMi7q2vCh3cAIzySLUyFUXlN 0NNft+EuWiufQjCyVuwCSFgAonQu+iQY4IgF9Fo77AW9nwJFiV5p1rPyJEKN6o4aCWWTv6B2bEOq 4NVgSZ2RMdpuOoqk0VOvSGpSVAH2XhlWninlfGq7RWKDnv7ssEtNe4eRMb1aUb715FN5+hHU2IrP /yAm/vp36g/lkj5fCAwJT8ExFH1Mm503tEHIP4KEVrFtJj/kY2vzg4J+kvHamF4QLuWsSmso/CUz iVvFz8Zz0CISi88ElkS7bI/sY08/TQ3Rd2dl25kvbPdneDZtUMkqJY44jMrYV0Lnzd8kitB03jga lI2bGlZJoG4O+WRCU4fEAaMQL90q13TwuBuZD/KHPniKR+YUpZa2l5CS+d//AA5Lulx2nmD/A9K6 G/QIn4LAWpASiDS73B61VY3dCR2oaKs9AQMEMuieV5iyJIdEY2KZoESXEK0vMPwkqDDyxrwVGz7+ gzudlgAcreJPzaGueK9d48cjBzjTV587KDWsMztQhnrWp3nlVy6gTthhIaTUCmKrbF1XmLf156+G 7KSCtnMgVIkJGFAOQujpM/mL4AUG+mT0UpdMeWtVeWri0JkvAdwqnyXgMqH4CNLqXEBRM2GNW75p JzN5JD+ZQSTEA5vhfanoFGVoLd5BNTnxb4+gBkACgC/a9skoyZG0xXz+23xOqaXsRMJJNnPVGpoP kZIuBG8nMORQIE6zksBjl4zZkURmM5o98JGPCbu0oJHTRQ7MgCIWkxhNW44veUKWWTQ+dFW+iASq 3HiF2U1fdKETXOdKElAkFb0UH85OCSINyH4JBszkLvy4TlC0xn3cZdYn02QwmKNN5d68as5U2rQV iszZF/gLDJEF7PmsxD6fFWwRGE84XA0SYT4BbaMTbNHKXxUgxCLmrrS+YA66Y1R6lA0xFglOMEwD KR+6XVjL6wWZK81TyGKr6vj47n181lYSnoLZBQy8s14NhPoYsziUEOo8l10VwmAlXzx+0ZEAQ9Dl YsGi4SWki6lcEiBl9Fkwv5EJ3YPQhyY0JFBJbRJDkDSQf8yQ5YSROiqZKG7X2GwuQmh67QZKGTbC xFfrj1gDWXRALuFCVYRkCjyRJBk1YggDCEQFADU3pItt4fKPwZUsN5/buhzOisDpqO6xqLGICvlJ O7x6TEyCmVDp4ggPa1VHlsZE8RogqRjS5ZqoSq4xg9L4DMH4KUEYPTTGO8BmoUhDtbS0i4dwMagK FLxwl87lyLJUDFWGxS0qRguyF1kD4/sCsOCIB0lLhzKNsglPV+THxd7GjdZxsCAKuzorId4RXldE YrwYU4NEmo2zsxgNXDUGa8gWy5x2ZuTbUcPs4NyIb8jAc99oSLjZoOnDYbflwDkIT5vr3iPSQyfR PVEZw2a4gDImsADj11544ZrGnWnf7GZkRXKPWenpDNh8yzqaJZETbTI8RkTv3oBYgMGFseeNgboM bmNm4whSM4XUkYqi4gwOYeqwuGaIw8wK6zHGpZ5ZGe44IsS5dWYLEpS4b4bORpYrwxBerJap2AWO v0J1QkuL/YlNgP7omQjTBIkuggd6CbLiOr4ANFRWKprUILlmcGvipJnKmAzYPVqDq4ZNgs0ievex nIiwOHBDa+MgVsWoDEjykDJwRtE2pKpkBRyz1rdALchJ9NIPVkRCt50PYEvcNG6LVBlWNCSdcxkS RTOJ3qWj/C+IMyAGtLIDDK4K2OjbSz8OABrH2QLyEZ0XahWADaQGQriZ2exrsYSEGtKGru5J55Pn URjh0D95mCmY2Zxhov3bwzK/l3Vo8Qq8TCuM2TWxWsTcUnCakjYhSXbM/ZIjqifFYvAyJxqgK6qw lqjAVljLZUK306/KiSwpw7qSL9gQrZ0/GNC4/qGYsD/f2kXrv+SFh0rbSSWlSh8rtHkjIjjobzwy ZAoMX+Q3UlyM0TJz1X7cRxmTqr6U3w2CuJPjY+GTdSyS1Jf3deBVSXGnVppUTqsleMoDszZsb+mf ShiUWXhbu/FfxRXmBq/AQj7aiqnc4ILyEYByrzLCUbCtgKtemMi84G9pQAOqEbUnt9mZ5JlgFKpE dEyCns8l35natCMPtmEoBkqhSFsgyjTNbfBkET/QWG8I+t8yS8p4hswOr1mKmt/GUGJNaqk2U1C0 W+ZIodxP+EkRW5fwZsBiHnw9ZIhrEajlFLaiDJqChjJn19Iz1uMVIAgLiDl3+blp/M85whWAvk1b NSVTTfdZMbfIFiYcxJHnVAYKpG0UivEIwgtWWs/8EAh9QWSnblzW2VoeEMcsuk/SCrcgieYgEPmL keha7EjBgyu/JSQjZI2YuycnxJxT0EyOsmZcZeuV7IVHsUwBTC21hV3uw+zGbD984zdqeNAfL39E Xqhk8Je4AATNsDFKkoWkIhpGPXMRUY8ga1QY6E9Vvs8XvzGOLEROaMMzV1f1v7pNZ5ugtoEL+VBe mxQTgxIIEqgS6r+qF8jW4/PqiaIW659IV024PWZA8tPT65XDcqMa2Yxh3Ugfx1CormpWKdmpBhS9 /cDefuilbL25T43VQk8qo8ypPuooY1uibZaujGzbs5LtlzKuirJStmu2XHhLnpqvwuv1Rwn5ywsN O534+v1wxYsOvdSvgbzIrzMubjc39P243R937xe8b8zv7/vt9njcHnenWhjMWxI162gMxWQVbfup 7bn+fDgvwz5sbw80zff1YUc3LC73h1pzLwJUSb7/+TKsSe6P21XHx7ev34/H3VsUH4/rz9fPf2/3 ++3iFYqPy/W/Znfz+uffR+1Vr7sOjNufu+7+B/Dl58/95/bHpCD8eZgYqO7dtbw9/pj6/uf6AOtd b7+uP3rdv37u18e/FajvPz/Xx/3Pz/Wu2+P2X11/vrwl8P7vxQdvJ0TAuyK5Ny4qqH9CqmI9CnrD o5K66jpyfu31hX6D3Zjh8DNu9CpJd43jsJCbXejK7PBH7QYB284c6QWGGiBLO9MvfzRAqA4c0d57 F3XtcBKvofQGRasSXgaJDVpGlIfyvO6dLoKk2pKZDweXtEu+k6tdacWgyTHW8oAq+sr7NtJXLW9v UJvq/TblFd9IA/th0LbQJ1LVJyukt8jRuSUEJmmscGdM5eKfnVttiRONru/WODrxI1nsCLIbd6Mj lUvzlY9bFMnipr30owO1mSkvH6UGbdShQ2Zsx3iKpCS44iMnmm+iV/SLL+ukMoY5xwI4iLCQQiwb gX1TwW4zEmvpZgVmmxDoPseZrVcjrcyam8pDGdPhJva9B5P/6WWnZFeZ3i9tYUT9dW3fjTZAymL3 Ca1a4+lffiEL7jpInDkwm9maLMPGVNafheComoW3DnLDsmmw0I/FY4yyMPoEZB4zT24kRgfgIIxA 1prhhaaw3k5O7pGvNL6zXEbp/OR2PrsYZfLgBkJVLpINRAjEKftjLaNS25fa9R7N2FsBQ+fZ5vqy iWI3v7rDrgszOl+aCTwpjEhy9lSc9NdwCizNzzXUgEXPqkbbZYLGYQTVGcgl2A5LRHToxmWEhPHF NhYPoNwy37CXXzCXitvHXevOdpapON9Gj0xzEKJ5jzQaBn0xNr+cp89QG28c7MnEeEAuTAJ3/mvM Ki7yIRkjQyROVi4eQWuQigEMnhbFnIig2SsxoyNzWHsWoyUrY4OkbuRZoAIll8AHWTQjQokEj4NC GgE1XgeDhyPg7hpMwZ8fBzRBtyZyM3KiSrhBSJCwEgf1bYQWCouWTD2pxjJiNe9lMLDmWWLxtRVS ULVqRpjoRXi1xNg7ZYLD7w1Lm7heTAsf8lBwl1MOG15YW/JD1CEVU0hGMl7wKLKmACRIuWZ5qWi2 8pcMV3BQlEJWIqj0TKFOTCiQvyhY9aYfkcAcerGH4KGHLouo3HKZssj5zdWweoMFa4vKEdzgOii3 dYhf8TyxF+5y0Px5cYQ5NU4OpU4SGGmyEldpMsHBDWChfpHhS+CTK5JcJDb0iRrkRHG9Dr5crDmS bzWTosqiu9I9Lw1f4PHkvl21e69TubYG1E3cKIlUXlRdW07iL8T7X22ZeFgcUDRdUgwCP8rCZanl /AS7mroXNS7FaaldpoMHYslmqPp/gERwMpRCw+4UVsUysreVuAEMG/AIPleUjk2C9qzPLrcBrBHR UMwurlPR1Z04GDBSG1l8JQsrhCTqlJylcL0qQzVdarcreojOFB16zrXjbxguNAmX1hP1sN0CvYrM mbtizhJJ8KjMC6Rx1PySEoCDr7qi1jGseUqTmquyle6G69b5ieGHPt2SD5Z9H+nDpkhHI3QDugGy bsO33V8GX3icDianTFASPjNj2P34FfdlK8kEs5OOn5aZsEl5WIVAsuQn9putfJPkFKpTbTUDeKVU rGUcMBl4jEyCNQ3HjEfV+7/I5k2IK9ZVGF0yC4DYCYJIyvDmTiyI+9zjOQQGER2hOTsZb5iWFDqz ijhcDBuBj7SXIWFSOiXrsyV1F7EMzafsBmE03Juf7cy9Qnp1QM4p60uxfderrBlakSwE374tqbAV ETZWRaIBm/FW04gFNatLtKHte0dmZfaGTQQK/GMEtLPHjYCgJWXxMFGfHIJMZuhkRfMYVc+C+3kW KOGLdFo+hJiYcQ47MoHpO6Q/IY93Rkw3LJ60Mqf18pnwk6cklRoohis6IZyCBpGe/BfS8zRxDHF5 1XAuQkATPyevbCuCZtARzEe4maS29IS+r+1AKCQoXsqXiS2qpuXUWLL65l7ZKd3dbsOwedoXoaEr ubzYW7wAL/xGVb+yiSfkoBHr4takN93RS5u8pAQ8j8zIAUaH8THnHs33P4T4oBiQKU+qxruy+YoJ CMdQe5hFGIX8rewblrchThw031q8l+sFmb58X9AmagCLYuCHTvbGYOipWpVHNxU50cvVvEhsAlLF rfgZhBCTVzbo7IAO2WkdqxhV6zCoSWXfE54I19PWDdNvAYBLhVr9DYK4IpUWh6027ko5mrHS/fxx MQPYtVtOB05KqJqREES6KZT9G81AXv3U2nU/OfdySSqN5eFel3jY9po893G7kLX/cfIhgXU7/WpK OsiyUwpXICa5RYKMOI0lyTlHY7FOrVm5jkxZOuwtN55NZQxbmHPHiNnX7IvhrYk1A6Cpwv7nFjVu K52yZ1q706eyDaw0iSZGlgQrpCUEcxzmbeXb1L2FquIDFQsIFEi5mfF404GhuTJ0TpMqJBsMRmqP 5DmxAXA8qSP81QCRKACxA5rMKllDiaTPKJ0wCKAWQfRCHLWYCt/GhA+/jOlKuwb05EsVhLyRdxxz xb1xMLnSnnLsQzVeEuKGSk6HrITiWU4VRdjZz8O1TAdPzo3wZDMAF1FMXQ0GDVKdKEC5AEnl6jAH XrmJpsRBvXqw1B/4iNjjFFSsTyFIjl/0RSmlBjXJ6vmUCJEJlsZMTHr6onX8qnqOXhqDSiSfM3Cx ztuayBVkNQwh3NW/8hzjGSBF1OqF9DTbG3o6ctymSUhfPU4+bcihELoiWyNJDMWWTji8OaK/NIS4 sn82/fXV5h8yjXNdStjlkHmPZVBsIK0p8nfJdjE6oOAoGK+eYnORxDejoZbjoWP9Kq30KqzqkmjV U9VlkzCpIJNimlv90SGX9uD5aBwBfOmaiNoT69JYGXHp4FLddiD54FFxLQupPWneRj4BsphZRl3d DQzF3yXWH54fp8uyVBu1vIQ9O41ePbia5auSCQWD6h0XwGMLFdqBxIhGi8pAdtNvSanf36UYgM4I 3cApVPcbgLb0GarjWZEi2wEiFBS8Y7zn7hHBbbF9T/J6MQQ4jYtMtlehpdzbCYog10nKG53mBSLK QDWmi2hPRWKogAFhs7v0yTaklNhIS7giYLvqyhxZOoxte6Qy4PBNJSOfJyg5LlN6vF0ezVrlyKDp ejIAYCYdRlW7PAOroqVFu8jKckBQ3zYfxgKYImmlBLuio2T1N6dyfZUaJqpMB/jYpB5sIa5rkPue 9RfrtBmY9MJH92L8LINB8YNyUjT9CRtNpAcV9wAMZUkEuuNUZtPF4GIpm1JBgnjnSOzKbr2K+a0j 1ROpbmqqXFDkSvrEyjVs4zOsRWAmnob5slT6S8ce5gocDDC4pulvoQJ25xtZE7qIjnkX2pdiGiQ1 F5MYtz1yyMJQaOAe/Ub2qBpxyB0qGtzAizSSVprrLIA0EAl0IhXeMTRflAWOAWYTrc9bwZGBowMQ yQzZFKAVvMyeIYdyZQfeQrSEYKDtLY25d82q6HomV+ZA/9mk5+kCtLLp4IVMMIaufb0iAWKZ4kLq toJA7ABb+BoB8bXHpmrRPvlJtjEClqZAsc7hYRVQNNMVC7hdRoOZ0hD9oEaSlLnSQPwnBjAFqhtl OMWWtedsc265WYVx1DIcUnO8UBbVGEnTk5hPSDxqYt0cj4pEuBkkiCQlbsX3e1gyI1/KZvAdtYHR dIpF7kG5PFAFcwAg41JK1QxQ5da/rMsXfuQuWxTj0FNmFNYb8NyBC4IdIkFZOyGBcMamTAfWkT8a YWTdiKB51bX1K4wybaptXpTmVt7U/jrAk8rkjnMIZPLwsJwUUsTV+CpUtBHWa5ZH/xvXlJKjNia4 5Ad981YsQ8RBntwWnxh9UVnT1gBl6XwoSnD6fEzLFOYuUTcQZuZNuOz5oHSpB+mBXGkuq8qIwb/N epm+GZwMFdiJDdGfaf9UA0dJNxhmamdYgkAGH9TEFMkiUUwOc0CdfFz/CqD6m4f50lLDX9/XXKSN 3PjgQxd1byJkJJs7Tywj7FIm3pOQgWHEHuVQPudADPjLGR2Qjc8J2VEZDGHxhoPZGSFYx0f6mCWu 1Er++TAMV9yVQbShO8dBV4uoU6pKmgm5pYcec1DzAR3dH/r+zK6UtWQ0Pr390V3SoWR0ikeZdpVe sgIBMK+MnDFo33jSY7I53chr1YCpAdVK0aZyjY8DV5QRSXcgyc1WdoengAzwHJqN67bEI3UkN9nI Y6Iq5uhmcAMobu9QazR1PHVU9tj+jBfc89iGRSHHejcOl1fl2poJWuT6q4mTJdgZphUTtKqSnGdW BDNVdXWgmDWnzEe15OFCqwCX+09VfXDc2r4faGZxk7PSrxZB2SLC9Q67lmiM0rKLtQ/1e2sHNuCD 0+sjrUe4Zz1CNRy6ALterA6YKGjz/lxt7xs5zwQYWHmejg6ezoWGMCrgb540sMPvaht2MkW8VOxh nXGzimCxwIW8oENvxAUca7JRW9IQR3HN0BlSURuDZu0pWUXJtKlgwm7/OGj1x5529BWi1DgXk8mI hpYAnK7Dj1gvYfUhFmzwBJIhaRJzajQdcSnJVDfIpDNy2SJdF70Sp2qS1hGGqa7acmkJMwtHk5lf AM80Jt3zrWmalgxLHuqzZ2wjY0rCemQdeKiXgqXsV5bPZDQJAK1j9sxHysWuQjfzqD7DBGfvJQFZ 5GyucUTVHx7QlyyoNRQh8fuKAx1XxRPaYcLCn9KTb9k53qEky+DVwZhZgM/CgqGpK2oYonxByrnq YklXWxpMum14y9lPwiYQYHeLBxjIihISjTbuAc9PFTSTVkdtPua5qGRPO3a9l9fnHgHCGgs8MsPv n7ZViP89ZypYCZtWkmVDapOZZnDJhiJWG0fR0UyqrNVoGOuqMDmUEj2YYlyJidORCI5BudNiFfLA 7PebTLNgWImAnKBgLTrzRhV5tCya0rAYYvlR6WyMme0rRcrjqtajaBgZtdx2T8giSJQEFTjJOxQ9 Q4akOW+Ssb/uFxOaKddcOgVHcSIHCgYypNkiT7/nCGgNlZxppDMJIxydGaR+vnclhBG/w8xBz31l RqEVFWGLO5DBizy4O61E5pkiqBO1PhinGr5xvnplJ3vkCRMUYnOQAllRIZ1NMuUsNC3LoBudzdyh OiyLhXLjLtFqJsivJuqlBqLs6hjUe0mDryxd70GAREH2DLsxC6AGPn1m+CDSamCnk4AOQCxML97N vAQVjHFwkMDS+N88y9YpsK6VtixKHPSB7/oL6j1gwPhx+yVD6XrulpM1mUGyTxAhMHldo4E+12Ci 7GxmACOwEdDMzfxKGOTaowL6Zc9A1WNZ3LZuYd6j88T1mJT4Uq0AXUcWAbNoRDKHpZExdxQklISB MYQhE9oIDs24DNxgjtmNfhxH7ChKYFzQXy+toeByqRq1CDEINk3+Mn5xhpTUODQIGcZmfeeV8aEa FBqImEiBPhDvuKvYT4Anw/PvXAGcyRLKS8DZd18KuRGGkYOJ5cKZWbPSUTNjkN+Zjx7fIcai59Z0 8Cud0qsXIDKcBnIRd+iKX2RJX2sFaSyEKBu7liGaRWNNaZUQyD3i2CxJUq7GoL1rxuI5lhfRGSJq IA+90d2/2rj4mlemSFGm2f34HDdTHIKNzlkJPEpq/cIHjEt1oGACXh4d/IttZmFtA4NJz5UNk7Ko kCighUIXAaCyknITlQAHXUwS7DFuGAg8usabyBT26IrZZbYZqDo3CAFCJo7aZjnQZA2ygyQuG9g4 bFqPmrpZlV59MoYo9UduMpJxY8GlIqxupo3ZrITVgaKr5BQfAzIzPzfAPvMV6p+OnVFug5VB5D6u WC5hvGO5f9aqKv0WVxtCMGz8ip+ROSNsrqpg/tW2WJ3P4TyklyWY1oPjBbj662GZ6FG17PTtROK8 w5auWmLKE/opkM/T5G4AY0FQ/8qQ7YufA4AoH7v622QPUywPlDPwZfXkxVQY97wBjAya70LJvIZ7 ACDH23eVQ0BAqWgCDUMUHSYRuTCgMVEykoT7sM565Er4E5IN3UY0eLvKzYP0boLEvTZ9ld3yuCXd W/kqiwEFivKGrXPpHRzmyE/2EMZO4Gm9gD+Nhd6LVMEUV1sJRWQSI7URZCAScAwHbENWiECC1kdA mOAhnlstFsIICq3lBfyGtWLWMkdYkLHA5ux9w4gYMLaOUIXYpI7JO7fK2gyVwnbQrn7oE92RETwW qpIgF0tLIiMYkkx2NdOUQE5LySrZR2oabvxASEnZMGFZkRiDoCUBNRrucSV9EB/ledVSkItfB2wo UJ6/TRqK24A0n+si7pjaVCkslZ4MZ1dVxtydDho3K11slkqZjqBD9P+r9A2eHf76xjIBY8OtiBqr AcawZ6C6lzvQnZRqsuGyGEiAd+YvfzVtPAI5whEGdBNToCXsYiSOlOcaLYhSG9ULdRAc9y7bUv2U VVna8pNRyIkxPW+jizXr1Z9buk5k7OmeFlsdzwi4CzC1fo9sTVzSKkpOVclDMRyYKb5ydSdinHNQ n9Dw005YPTpInGQ2eOKGBQBAYG0JWNLDO4mlEyV2bKEgmv4DAZLZAnTKqzjeel8zx09gQqRl8T2y wby16i1kdArHlowLXW0CIP/OVoIZspLiiU1IAQNJfr/8U2Us+6cwb1DkYKOsLhjZarvlipQt4u1B Lc98pVV9JUNCL4T6u4sgEydMziF6hqRXrqTpaB030vN+Ibw3hJocZ5F+T0uNOCZNOxUQszmUi8j1 GGBMekIhtPFjjzFNqVrUs2gzAoxwW0azGvgYhhGqzaKi63YmMJmkg0Y8G5DQJ0iEzS3go15OF+Hj E74UD6MTiUpFQFikbSy0oTFg8qkaEyKjIklNFGuGdc8mFcBTQPW0ZiUWDgCJ2TS6p1figVUSspvh oOwAaeWmKD3jHSSm531iOp2gHrrwHySZ2HNc6eC8PuMAfoQSz2QxVunD+jbKkj2eBLl5ZGMhtr6J 096aXjieCpgg3FPbkbyYAVlIqZ//Oe8ILjvj1/UIKTbXmCI6gBWEQHyHVeaZM0P8b3pfoJGHz7gV WGFWz0eDSkSnJeMQI6qe1bLgQYQv3maVWM+wEgkuEvYeJcEFpP0rmFH31gJ1y7MLDrNyBfLYKdQR 6gsF8FJ/W9r8VUq62luf99dGR/AgCraCVgKLNajNHMN1CYmGiIvkMd9jziSLcRLwcDfFUmhQSpCk 9Nu7obkOuJbdiI0irWAPOAX3JUrAyZjDlMEkAKEvJg1XovL6eW1wAoUOmbK4XtIHVnChmoZ1J4Jl 6N4/KYRTE6gDQN3SDnRsL6ArGqwIUDXaTxSLJlXwBFriZU2Mh1nGRcuA88cczXexJRgU7eAToCu3 yGZcr9iFBa0wlSWpQMgYisHxyXQCd9lLkebWWooQ2fXueqPbRENOozd/1/pFFIAWyIv321yoItUD 3bKwvI1yDZ6iN2FBq5Cdq6Rc7vpKENq8ZTwFMpzVqZC2bz0L3105B4ytzzj41xSoUChrnr1ODrSF MOBlqdpVmjSqjpkzAVy1y6ht/e3FZ0kNYcUvn8EJuNbdUGeqZ3jcMtJcJPGgyfSIHCNcj9snXeDV iwS2mKXOTHzaLUzoMRmE4xWRYTkR1byqUSg6AY/I8KqwLG0UFFdT3IZSGdM9BEudpHuKdqQdRVEi Nal4JtOc8qRPvaoW7g5/hpHBzO9+x154BN4tKoIOG63iE4JocH938jNmyvhKUWXKRkdk7RFdrncP U4B1iAWYm7NH/9vauoQcch33wUJEfPqlSJdwoglhnEEgP/riCAV7967AFQoykYA2HLDIg52tncKn iGcbMSGhDjJ0qkqYWbgSsaQKF3T0218pJpbFVhpXOg+6IQ1gG5DLI0v+UBtK2G637d2kKECeJ+Cw ti0Z5iReAzSpONfhH9Cwddiyp5ccgvz7/UcD28tRVlEUHKXf4I03tAh5KknaA60W6ciR2+WPrdn2 bH/ZW31XrrWV+qfKp23ItjLbrW1Hsm3ZNmNffh4X7VDeHm9DKJZ2ajcCI4W6q43GlitVHtDPdmdK 28ZidckUER1ch07VxauCodmVQSv9VvT4aDrUffh0s6vdxmkqg1NKyjf70m8YrfAIa7u+01aDIIwS q8GJULunkQWK6IJkXtoYGJkIO65TPfwDc9RUxP1oXzRTFN2ccvIJ/lYKqjoceVPnNHcm9g4hkomA CaoarIrv0FIojzSIEXur2d7A2s756Pv9oSJbLTpSE1WdbcauwkvitHSdBt4VjW1Ndwp6OLQ9O57d Z9zs+/ajwR19SEIUTofsS7d6TdGYF4JQRZgEEUUgA4whqciMXFmaNMY29Ja7EeFyZ2o+7sw/5BDX n2tPH9AyiOBfZrglOcQb5CagUrwPBGAwzdostEDn9y/7VxGZ5G3FPN9HtgVgRe5IRgh/p3RRD7ky 8i76zO6wlAUhlMZv9ict85uraVfznLFmjIHQpdiDx0QXmhiElV5pYfcplj4sHTeWbV2lQhCU1wcA H5sBFH9kHXtWBVADyMVWnK+vrTKw5yBpJGpaHYlXaOpsbku1Bazti5BDVRuFQbE9k9PCWmm4mUBY 4CJzEYlmDPLtFD6Dxm8ytoYsQgudSnbFU6FQu8I1GLLbIiW0y60booQJVXOvLV7OYhoEHCEV0WDV 4IV/hxxz8bBHzwANXEFy58GycyXO6QKCmdJT3hApJodpDfq/QKlgWxRXElxGA81yTNNCulum0guU Qv/lFCfgh4IYR5ZXCBe3S3VBiMxdLsrCa06EVwB8DGK6IWnmdrOzpRr6ak3ZcawLU2upM0uWAyMY 8CorMUXJveGCoLOiTISKXpMgk9DFIWsoi5R4uwobrFGIMJOgFgCy+YkoQPqNp4X9QZhUESWI5CUY e3Cucb4vE/XLYzvFp5wcDan/xLq4BnMJHCUv+G/DGKzVdu2v2A4Q0e7c1USF6tV+MHAW5sSwnF/h dMFe9gjGYDnhQGT1n3+ANy0Skyud8j45b3SiJgTCrNvPn1CAxujxw4eDiI0NLRYZoDURAyBu4pOz 45+K1iHnRuuSSU5tkUKak6gWEekm1lP2hGey7Q+wkBgECXlJkiayNdoo2508tALSXDJIOhWJSgt9 TX+Jl11bslSZSXaAeJXh+OCTN+PIrCafJpNlSHcTyjaTl3nJY2TT4JM6iXyUcyq5VRBBkvIj8bm8 gwsm7f5Pho2RFjwtmSJTktxlwXgHduOmGwRVdz+dYaGfSXuaGKbVcqSrVGL5u+8er/Cl9NIM7dse 9P5QnCcwEORqc0LrBnZwRNUAz4+3Yb7EDrxubiO6PeWS2UQ5jFRgVAEAXOqnocIXg3GR8AGAxqBq 5Ac06taYyfIosw5mqt61xZ0sFByf06CIL1mAjjnRdWm0YakYlJ1KbUz47QgF5sEIHo8Evx8QUa9e 1ml9pxIEkzLUlmCXU8colJgpUR1bsC3HiXoVRhAWDlEnY9uIMSjkK2oYKgKhQ4mt4U0ayTwbANnq JWWs/aPm1SJK2R2nXX8pPNhYbHjZ5/K3QYxkDwPIGTIjqdFhzIRWMk0p3dYVpxqY2ALLBLtnehY9 KbSqRWWao50hNban0TXKR8zRHmzJIhwR4RkABICgGQrMtMFPk1XmJWHy9ObMxmYxdd3xicatvkFh Qtt+RoeZ6IpFaRLhNGL+AVfgDwy9ZUUZHiSb7EEcNOxITfWsdUbeZ1Ylk5MBKhjJBpLVyv1sox65 rNQYrGdhgrXOhPVf+p0GwTnjjvZshn+4DQ09evI9BXEVjTIQVW6wmmggi6uRY0qU8Qp9w0/b1JCV Wysyz5dhn8kqLq9P205UqbRJs9wY6OaBZ/BUP42kVSADIzOTLLFlAEirDKUM5UrsmjOLlWaIL/EI 5UBuuo2Ts1ABDtzxa+RCf3NxxxFetZNnDCqmewMgUaUPKKFtuxlB6VbuoaJrZcw4UrYYb7xHDK2q 0BLP8tIckKy/zYRMbxFSSfEcZQnCGsR6wQmvk2/IdpMSdiytBa3EMDsDjZhv5Opfbti+vmJTomrV O8MeXSUERqg5ZFJNnfC3IRSgxtkkL79QqoxEk/aio7xF7ROLKJgUnr4mQE0QAS/fyP0JYNohSV+Q WMv15mYQRLv+yaQN0H4z3mRnCx/iV+zJm+SSMZJMpWWzCOB92canQhKXYETSnLxtGYoXKvKBmBJl vkC/8trFLS4aBDN5iqhk+TgQJHzJxaZTdcm3u1l056qhzCvBTvp0MxnvgIwV2OlffCex3Y1roZbl 9p9lUy6RAuICplbNLqxyW5c0BYNwxyhTS4O0Wuc6NnGvUXCNBTkRMLsRMJiWDhgxG9hY4GIcmO3C q0l1ayxpW6DzNYwe+aw2qlWPbLQmRV50hKRN3ulvI2dDskJxaixnKs2L+BZE/KGwW/IxMC/Fh/tW adNtdSpmRPG2p4GQJ7XGHcALSSpPkJ02VaOA6dxDyGOXQhPBNQOSmdc4HUhEiWYEzVrZhFlYSfLY 3LdXFSdyXruARXa6rtKaQ2GM3YuMuuuAl7nvkPc/0BXkWUX2B40qtHZeEEJ1fjGhUc4Gx+8nw7bP PoxfegwEMSueIlDiVqTKvBk/A659n4GHAnEWy8gGUU+PJEfwA6UvTGfGJFFsO6MCQkaTJIAZ9MBp SEEoxSVjjFkibZBRaeQwrDxij/ulbpGE9PUolvl91z/pba5m1Bv906DYziglHCUmLHn7Hs1NHyUg VT4obMkWoWrT8mFHtVHWyY6d7AzT6vjB7C5bUx2jv6XaeFHCUuxd1aRyx7JK+yBK/W04FEVXSjKB 8kQ1vdZ+Felksm0tkyXrTwUKq7+9ZkxhYyOYWge/W2nq+eXWemyr6F1g7SNiDlldn1lLiibyL01W SZByBIxqhAEUE3raWypdOak0pL+y5nLc1RurObX34KOnuZ3LrO5gCOnwtkDI0Auj20CmxiWFxFaD my9zOrwE7uZega6xTzXNA8tVsCp2kRpQia2l1/6wbR0HW1Zfyael5IJ+HzsV1s3a6Mme/pLAGx0s y9IjkSnblRChHdpZ4qDY4yJL0k+fWcW5cWxVwOoEgcyKFrb/qbllp0sgMvGSYqb4KCOJtA6O0Zrz YOIZMkPXSDL+qADoAyXSKmFmOCbDmxp3VvLVb16APcymZeKUucxX8YLIhGV7NqPLpIuv4DJ1Bk1L gWZhJSrxGmnpZAoVEGRQrJJmETsPoyXXWdR2lKQIaZZxXSzd/V29Gl65RbxibS/eGcPlmGPbp6kZ YtlPmFs3QtGR5IgUl+8kfuhVVd6tvFE7J9vFUH2g4nkGOCXEEeBW6DP42gJDxdiA3UdEfggp2jwT WwKR5SpxKPTSAG7+9xVqKS5NQjj7kMvvgO91dFC0VweGldnNiayujTLSXqMYn3aYyOiAR2wyHcOl rwpW6Vz1zwk5yRlyohS0Qp16xHFC2qv03E2Fs8fQbjZei1RYSMmstm7ESbMbyAkk9sQwLa/LC9R5 4glLw62QPgTyWEHLEjM11SoLmapSSmETRUTu9XaTfobRHapaLmr6aQ5/AB8o+E0kkiXEdE2tDeCZ CIrVk1nh0c4fEti3qKFc5lFx7cm7qBZTVMN6ayE6V8VFTgKoxEwSkqOEHbZhms8GHBv5mh5bWzFP cS/pKs4lPu0JR8PsfhAWF+LtOFCpIM4Snl5yTcUKanAW2fg/U6WkmfG9RI+ioV7Ez6jSBHTqBAMj AJIzwB6lA2GPfUekFHD+ZqsZgb+TpgKJNP3o/JVUpdVtOOEBVxV0uIaAJKPC+8ocVU094uFVgpGB 4iiIuJeB/SH0GK2FCxZLikIJ82sWA5Lukv5K6Dlx0ocBZ2ksNqC/Nj93J3M4/+JH6dXJG9+Pn++f f7+/f77Y387HUMh20sZdmVVRWmHW+SUKt5+XfzOPatzXP59fP2qdv9V+78xGZnyF0wqslXhtvK2g ynSqvFbQVhp16eJ4EzKhfcXX9hhDkWioJCtgqn2e36a4PaoPq+0qnH46+MQZ3TbyPuzsrVhdOVqx Gqwd78ExPaoJaV7lvA3CuqVZiWwvp0S3ZFuduRNVNmVFYAJEBVSe4ZDz4v0A15NHYlEmT8vA5GFI YYXn+as2HtNMwH7eiWnlbhViYm91IIoZeW7RBf7LSSPQ7fAQX+3VrMJObuvlWI/3r7uyM9/K2KBJ dW90s3ijs9lzeCrJQDqrbbgXyCmewnYegTZSAdV4ZK0MrwfJTAvAT5KoM4H3iBbJYgnJc1JQiMIT CckIvamJiUGpse18lOhVjTvnSy9oWhpiJAJL6KoJs4RFF66QLbjQwFwK2xwAmdzscDaAOlMDsxWD Mox1Ifck06wFzEAFF2gKpukrOU9rdWzlMTAT39L8QHQRuAbJbFBZigsKuGeifaFbVsqEQywYgHyP OoKciD8wE768QKtXexSKB2S4UqZK80hW6JJpo9kuBIbQLkuf0UQTRGgRK0wdH5RrmOdM87M+KTvK ZoSCxgces2zXgKAmGV0inJiL5mZChIiZ66ZQjAB7mDvHggTPRKDDrWDwmkbTAgeXYefHDk8iTr91 z8y4xvbPx/lglbppoydTtmwo8+krI4t2oxy8sFcz7OaBfPML5U21gk0Zj16iYYh0PrbrrKUWOBsr 0GVe7/mXhyuy/bBgu/Kk7Jt2JXf54ZeeJLKPQ3iOz8YUpfeldI+USh4RQ5BdBaUksEC++lT5RKVD 7jeTVitS5bXF4QsVPiXLVnYDai6vfZPGV8xpdqKl8EP4cYFf6LuYwTDN1dUJnrwwPpU4IAZOptoA VkzKI3gCqAYlC6J3o7TXo3SFDBtchlDSAdZ2SuSEFRBlVW38UYbSsLsF7uZ8eX2qGFjuUlrmUFGB xs6bleCgFvyborpj+Y9cpH8GsfNdVQer0AhhnzvuMLJBpTKPDKLcU+oENZdVKOMc5QEbgrxgA9cH VL6r06RL4tosVF0XlcEhNcObklUTtBmHRsLct7KzToAJmtIZkBhB/liD1Nbd0HUkGq66LV9Lxyl9 mg4wf/HF23CqNAqSdTWlNgpK6mtG/nj2mJUCsrt6NIu7BkYD7EY8/2O3tDG5GnMTDiSoGlmFNrLg UU6ZYMAT2dtSRaLGu0pziMyaIAy0iFX+X/hACrHdHYQLMbyn2sUGCXVaRCapXoRJ5JuDB8d5E6Z3 pPJIe9t+yGbyhSFkNyuohEu0Ct3Ab/AENlCRtGiNaGXu3BCJTdkyLGlwqy4kkIwTp8JaHp87kHuA gGfIIAOtGCCz6Ct71ZzLA3xiB3iC8pzsV2bDN12MmXspfgB/KPRUlDm4wEWb7CA7lIpTNNdNzjt0 sWiLHymVYM+ZzhB0X+xxkoS08i8QBJJyhGZiZLxUa3BSe2Olz4qPhnLfGKjbnGheDpUBMVuD41Lj N4KPUs7e+kb2XU2ton6uRUMmbjG/K3k4Xg9tYveiYlssLAPVRTOiQvhmZ6CQHuPvZppeZ6wJaxot i89QBB/TYDhyhTcJQ9FgU2e/MkwYF7RmzOxkE4CX7ejDhmrBQP1DHygQEsM0mE+aqIajADH0beAV 26qaKrNoRDzYYailDBVPtEzdP6hwOwmdZZ0sKdMzuG6pOLVzUTklLQmPHnElf0RzRgk1YQM6NoG5 sY4ETcMb04BlEO7SOAYDHQLPvjtFfm3hm/WIZiyF1ZPeJgZlYymAVW02xvbi2lGYVQBfg9BHnXQM Use9jguj3haJlLcSl4whJLK3CltZBIrMilaNNm51pK65Aku06tiBtOpwIUPYFG5SHKaGQviefXcR +mwKFQobO6myNupORswnmUBLxuHD80eJaxPgJu5HfxHLcCZO7nXxErJmQUaNy5VBaI5oSyInorpA IrVrMt41aAi5bOXVilUe3BwGn8ISPKP4bUE2x7TIgKjx2VmmfBMlKoYogbLOwonXlz4VgZg3A0LV LdB7lFtwliZl0HQEk76sGnkGSurlap9LRUUc1DwTsKZMQ/roNsMSLsKPjKa6S7IvKmE1AP0m511F yHdGzFopVTVXM4K/mGRXOjRR5yA1nabC3nTIf6YGVgFGERHUXHYpkunOTEHLLr5iFUCxHmVzewpD F7EZGNHXR1TrYzTOxijItLvAqVkLAHqEXwQYTM1kZKjBK0wjhR1WpuD0L54ABr2vhVVEK9vokuBE y2MTzWvGDOxGCIlT/8kqMzxx7FTCC9tQFOJy/yyGfvwUWhWMmBm06NW/SFoOKwccEaAHgPw2Xrgu Dqytq8JuSc0sOk/E8mvwLZoqE2CH2DqkthHJZN2cpRKeRxvARVL4g79ACP1mn5mvaiCFhQlMYuA7 YHOEyQE7U5tYmmwwyz0dLZYxLgg7ZKMlEDe0Hn/sfLAT0sqd5v4N8c0XstUVK6OQWPcRiCDxSC0J 5HMUAdo6yOoKxUvJcYC88fCpTBsf3Qs2iuUrUaF4gM+KmSmIU4e2DrYIUrteqtSfJK1QARn9Cw9U rqoZhTsRLqYnYzxgQzZdOh1XawbYBYd4YZbEBm4ISw95tZLbOWDfAM/+JB3NkaweJWI05BnNRaJA QhI6RhU7SGchedpKjxKMqkkxCyWV02N+UGHr3G4KNXFGyUhPuj4wPs2dhmI3uiThoSaBmAWIrkaC I94DFjXiMvBMey6CIY+mm2UUf5N8IOVt45cvR261g6e4LLIQ6Dway97T8Sye2CljLH4xQP4axxsL mi2JEp7VOUDLhBofUzJrWnvCNI7ykshOyEFFuCIIFLI9ENY0Crb2119XRUSsm9ECnc/TLGYHoebI iksZ88pNx6TDHSF4D17LVn+AFlEbqpK8YfX/3nJ2EMy4j+MwJZOwbVMmjmiOVpVfKJ3JVlNyBatS 434R7v3fkFX4qd4RRQrJbG6VJtqZB6/FdWbPyA9Z3j4KQKTJEppMSu6JL+QRxcwJydEFmgIRWT9f L7qDeMSg1VHZMTXaIRw0+dYOlnG5cdvXjTdpIlGqaFDXEgcLIWrQgbvif6pq91ryRhbiCZXtU9T2 fvamKoFKldCAQdt6E/oTBlY6gednTVgKmVkyBMGqOAmeHJgvkoXmn22oyuEjXyIECCzTkQK6SFmN FodNupLuzd2knQ1K+6KkGdRYzGBeX+kMtvF3QV4ht4hebKmFzdiNm3xJW1zQWM2A8TcjH9RGzgDO mqv5bAUhu5SgcLhkVQKfUrrWZlW0w2wkrVZVt0Y0r9LTJxfPISmkmEwTUgPQzKtIIfOYMlviwDFg UgI7DCkuWLVipRf8o7DZ0AjOtJc8EgXyA0ifsiBDod3LYIk1Wb/Ik7NW50wL83W9AZPtUerO1qWx yRq5oIE4a450s5VDODRH/O3Jk4ywMWkraQt24Sty2U5AymAie8fxueLWysFxcegH8U3YEgnSAt9j WYo1XGFCs4QFKhml6MVymohYrERzo8BsqhtZfmXmDLhxrtiQqhMWhk8Cgm0bvMCTUJZKF1fQKehn GnKC3Ytwpsv42/Kdrk1j0rMwrE1MHqurVMC8TN28s2YOY0EonRslT5VAtjobfUGivgfDzM640I6R NoDLgMY6CkW2qJh/QJagMYz6tcyHsIUfE1RkQYrUjQCkeTF8MnBSMMIxw066tE9CECOtDOtEAQzt UPIxO9OioUZWN7CbAEQNimbwCvEL+WSdvsQQ+8AlejckeFcZpjFZtdYPbEh1xwkGfWXJsAM2oAe1 S2cXvXBFVVQ/JdTtWTZrpyuwgmmovbv9zY22iGAxoiOZqZglg3b42padXtkuS0q5aYi0o97G2rqZ H+ZmPY7W6pgHCkzU+/KM2wfY4XfDV+ZVxmV0ISg84DSU4Hwxyopz1ihEq2/wTfygrIXYoMAp5VXY DUz/O8aB5YYzevGSrvHq73bkfguHriIlpMwQTft8MHkeHlSMmyEwljalA9jkRxx+nGraTC5ednww 0SWLWXBCwjphCGlltCe+9bYAl5wncrDRHuSFJs3ACGdVwLrNMo0B1MTGFCCmNnwiU4WgMT+TjqBk Ofkp+jQgvmNtGTHf5pUubFQ/+rEMw8XfyaRYqyAE1bY+7czqQEKFjKupWaHCNOTK3iWBLZpQSzeY AwSns7SmWKEr2bY8T64uHUQl7sN3+wfSRV08U0b1yg1lr1E0g8T9MD32XUjtXufXClMlXb8vUubs OTVnn6pQJcuGcHZlpUv7dd2timcCVi6LQiFeWEsUlC5mC7le6bBCnBCAAYkjLIvwzNgALYMGbFYI 8FUK3ZHyg4mmM6FcM9yyN8gYGCgZP6oXtGejTSkwMZjn4MCU29S02k+aK9L2G8Gzozn60hAcjXzz qCcirRIYkZEahXcCxEJ8cEQA3eOsLq3mi0ihxR3jdKvY4irwJ2YpNVXNOIHBtGlan4ujKqYhkIaF estZS9UO/PClU0wSirdCRsh9x/uMv4FEXZkvUQ/GnQugylbtVLQKApJuMCzIMUg5uemjWVMmPJnv 4IprmWptIoOIw+DoNPOu/oAfJCgJcYWOVHTEN+Ldrldt+RubaASLagErweGpqZPKImTTJfTMR362 QBFHtod2pZ/ei51CQRhke7fyBPSrKopXirdiuxCOlxqnkEL7ZDGVq0zUGxLNUnBlkFVcZwiGKbEo igYJ+BFk5SmtRYB629TRI8A8rcZRCeSGD6nE2AHOBQJ/y7nzT/rnsgvUwOBvgsvFIVE9aFFSgi50 udpJsXl1b9JbP2LlVoUgN6geUSuJSHhzo/IBPKrUjJ6yDtiZSfWFHqsaEY+OR9axZ00F/I0NKUUi ta9KXjws8tokr9Xbkzp8D702K7r0GC/vSzn9BXo7Pj29iia0BDb2mXb+sy7TK1UwxSJfvdfOdMI6 xTFS1TvOyPvbh/Ofn+0vVviCLp9erapy84tHh7XrAVpD9StLZcOwtr0lrbIX6Bkl4NQTbiv99yWN 9tM1JGA7t0G6iImwhXTBg+jdGLDQEb4e1nVv4pHXR3VldZZOSc1ZMbV+fQ7/aK6bQpk2zVt+SjaT Z1kMiwdBzXt1mXpaVTtYmXR0+zu77m2mVu7vmd8qbGjq7W9Y1IoGDrpU6S5mIyw0XSRaFA3nO+uS sIC5kydKLLO6VFcmyyYRDfcNS2INUNwDX5IEmKwk0lQPxGI6ThRURIlqKwkxIuzNsSIeXlTJRyW3 DAEA3UG5tyUCPul6pkiWTVpHyNC5ZutupM6NzIBADzk7cad6JrTwHp/6ITNtJGvRxVPU1Uv7V8zZ aAnFqNyT4CgBSraOhadTTaShlCrMuuOrTzlXQGnIb9utnUbEkswOACqxaiWGJq+mLVlyIQYkUlDc 3ltdA9KFrFYrUTgePBWnY5CxEg0f41SMlsImWkjSalPvcOR+Sqdn4RxbRKpN6QcF9hwNOykV1yc8 ExjQRUoLTwalVKhjPtfJYWQjYKst/ycy61ZvR63r64l3AJGXp6iYmIEq0W3xq030k9Y9+JI6Rc9k LIlKzBJ1A6AGCDB7hJgWExKraXujJcdqYF3AuSfBEbzXsLk6ghBo7CbXe5+Qedt7SfcyCH3QyTu8 6gzHHjwHR5v2sAG6aVhrWcZvT6YU5tiEKdDMPZ3Cc8iCExwd+oHgiSX0cjp7jCLVMxHLrnDhc/qY quEysUHZ7ecnn50DP4xJTX5+dWZKEfIacwQknxhm0bGVf+t6tMExDcQWSYARz02aorKezE9lSJM1 zOAFmWeHi0wwxSzzBpphX4RMfoRGYIvhSfLUIBqlvi75m0dJpDEZh5BJaEHUVsoOfcPlW5s/3+Ib wIwXcwkKpQiUpmBRmAto+ScCpB0AyLZDSYS1UtiEQftUw0SGqrSZFuRZOgUyLQV87tG/ApfsSUaJ GzZaoQC7aiduKVKcd2nT5cxZrkUjYVQZBAxGYM0KI23kTIW5e5Nr6Re3KCIm9OJk8J9SCYKgRkEp LGJDU2gCneKRItemojRgyT8yD0RKTQULwh01zwSCr84xw9WuFFyxnJlWcxd0/z1yB0gNWPixf6yr xgaD9xLkA3ENCheSt4A3ihBR02IxCuIjyamujh97O7fjpMPfRWmgWUwOZPas4IeFwy3BHpKJDE30 rVjcOx8V84vfTNV5xaN6oenKObGjErJpQWI4FTPoQUa0ZqrKSF9WQRKweIE5dfl4k8VrDlDyxbQi aWFGJDEjr8GZmC5TwdGYSooB9l2k+5pPR/pb/Vng8v1r54klcAI5+Mq8EZLjLiMBbUE9LuEcKKqP BVRxqeBqJW9ZMwkfodkBswcrsYFD4gkYrsG0L6IKAsjxWXcYkzwzDoV0TDJl/G51o6/iAlCEpp/s JGEvfExDSELBxkQGd5kc6GQLKrRrTnaKWGGZCpXoaWG4wslFwlE6yhValKSkZklArI0nJYV2LPu/ 9GFMkiUGiG72pRBPEBgPovurCsFJL/bXAqiEiTzAmjyF2rZsIiVgy31dKCYcgOMuOUJPWIsWvf60 hDpdLnBpgaNkFLuRq+kwpUizoCKRKbDMaHOIGQ7oo3n9Fki00IgpmWH8QyCGgaFjHEiRj1mWggqk OQenZGCZwXxPTEcltg5DMxQ8AKr+H013gtg4jmxRdBm/PA+SNbm697+8f+6jOyvLKZMgEOOLQACE Km8aGr+6ZMaEKTtJegxm9mEmnz5E85LV/309bqMYDqXyEUnMpIO2vhwDDUjwAZgfNoAX/+lFADVc MaS0OPOoSRl7wamUgrwTBXsPZjHiKeauNz/sEuEaaAPYzUEsSqY/9FE0wYKQjCMDUDTJyFwkZ25m 3qZZejGov2iYKUcjabAHGCKwVNw2hBSBqBETgtEQdWCZJHoBb9vYHRRDoGwiGvVlBuHNkrRGbyzd AEC5VIGISCohgv1UluLKmWmXvlMAobmvgaBAMft26U5WIROBz90o7uSrI7hoDbFGEgE0wVWRCCkS X8bdHHTzVVPYMvBVxo4i+SoWSmGVOkMqkifsyZ0bsSTx3UWulK2Cs3WeN7nJWmW5PKbZ51YryZ2Y NbMGKdaoHLXbrgWZaptzdMYtdqSo6r2LPwyPjfkvCCwquZsNVJ0xqCoKLZhT+6Vd1cPDNplk2hhD befaUXZTUeyrW6mhAYSjct2tSqkISBDNCtvkGkeZSj37hKXvC4jWkjgUsAqEKnSI6GgAqkTKGHel 5ltl0yaLch0LjFQVGsGeiPJV2NgVCRZHAESvwdrVwHo4nTJjdS2OL1muPKKnVQbsxGC0lgI5Xaxl q9OkHf5loxFGVkInV3WHqHRh9KgBlg2dl4Qli5LuN7Xg0HmcvsPf+Voa9Mn/SkA6KKVqwuZ+Sqc5 YiQiWQhBU5sS2eKGj5RENe1ehGkZetgQYQFpORLFq+j7pVMXqllySPrSfwvRPrCvgBomESBjgVmZ cgPFrz/WxSg0AEFiSVrv3/B4P7Oh5RLa7yl+nYrIOQUJJ1Vn6Jri8fIXtiBCRukBlzOFYI0l1a3a KM140JIy9vQPOlJ65jEt5+FMVquOAxIy7ABVYvWag5ot1tuQmRTwXwWAJ4D0KjIssVyAjuqdMySW eZPtmPn8ePFg3yzGZfbVeh41ejuXkiGSHDchuke14pR+C0yWjfsTqIkubhWgWnlpgcBQlm/cigvf N6IGjKFYI52stM2gC8kYLYoVK1Cait1iBjta0O+5RSW40JTVQlN4lmUoEqrPkjicZwUJkIN/3/hL 6VxLQ3lyjm5oxp/bstRAwNw5m3UpaYqqqdkQHIqhlI4Wso5ishXhhVfzbtLkl4Qls7DptJCaI7WQ 2ws0Ki0ZIkJTXLXjakJEREy5Kjd0091m+PTjWz+yJn4oFodIeU8OQ0eqBKWwyZ00MpugBomt/mQY W4LJGjkWL0/85Oez5JaNwfT25xRDSAHn3nsqFMBk8iA3neuZ5EZP4TLw3Toj/85N0Zez6qX3snlp 76XqDb3FGjQJ6QigUWTl78p1BEfC2MfWQgwDp0OeWETV9t1OPFw2dF8wEmvpzoB2IQArBJWZSQ8A yuScw8l765kHOx23ibx7TBmb7OSYtgj0aCn42MoFUI6vTtag3EVQkxwZtOAeYeJ+LiED8NgE5bYh DEWJ+I5Tc8mmbKPQJSCloB0b4jDWi1jGc25VXS4LGiOwnSBIjuCNWqRmVOCmV0KoxjgsBi0VxRM/ zMxkiIShupV+rVU2aQqQaNxTB9SBCtaYDqm87Mx/WTIzwkt2FaYdnWZjuEiJxf6wXfWvYN+1YLCI xpqjJDVhSTrmlv1gYht3zhaXhqWYGE8w1mtoKYRp6TxzztoD1SCIm7Dj7E9TaxK5duaR6WtInOB0 k0Sx9ohQzWWIRdHLlylwU4MuRSs3TDcJWTqBU4KksbRGGbhgNYmSi8I9xocsqNj0mIxIrxk2HIcP rdeW/BoFWwUXncmU0pWQwU94dYbbr02n/aoTO31iE33Lk8Ow0nJmMrOEWlMnzNiIWbJEorq2sbBZ YqcIkDkgKjGPNvjJ/3O66lMElSRIKtePO6NU5knv6mwALQGU+OHO/x42q2q9soBTLAxcwjN5PrEI qLlgSkCqzktLsBQ0+BcWJ/Fs66VQmLstZhigOEUXbIMdHZKiY4pMmTKN2iEqZWY/BWuP4JQxS23Y AEODGLpSQQRp2YpBQoZSNG++RwTp4U6zcsJaZp65fKZsAPh8FC2Rx/Bqj86jDozZFwUWVYnV6ZRG mL1heJxmiic5t1yC0LJXsSnPfragREmEG1KU0x5kTC3VI7OfiqNJw8yIsXuNKGpcoCmdytkaMeWG QEFSU2Dz0MqYJbHtENVxRovjjoUM5iv/1oM/35V/UReElWdLoOjZX4J1JdzNW9vCjUgyiIUycBQP KitnpJyAWd9aUQoXwHIHgPQs8po3YARoc2umC0kLAbm/5ZKl2URFizpPoy02IgK/7CmIi7pkjtMc NtfBkMmdjgJTMlfmSslUG9JloOzLDI7mmBz6KTWbDCnc5PXxXEkpvElKdjUo69GJrppT1LXqwRSk RfojNyd/koJich1UkT0pq3b4JJNUFvRMKF0RtRLs2zNDMqhHKzCSSIXHNWka9LUvpFwtLnupWqgW R/g4rCt0sE+xNpFGqWjDQU2yCBm3emePlJynNHIt9B/Wszs/qkaxAetLTYZdq+6aZkkow2iyms6F VM+2CjYGWV4yI6/Kbb6mM+vKwjMMjz0xUQXPTkJ5Yu0xpqHxi1jZTwGq3BuBnJXZJDYfUN+sma9F dEebZhgJzu/JPMKSQxYdhQ71tdvWOFWzs+iOP/KrmMAAdEGrpGoEjOl7o1dJpFG/YeCzs0c/Xp9a HtGhVpjGpqdUh3Gvhv38vIUkS0lvmKoX4x6FdABIjYq4WzOxjpAMnzMAYljh2vkmewTB5SUoTCsE FY3hDwp1SYhxZSWKcHJjbJJ/S2mEQw4YQJnjqD1MMLP07Hre64d1kDy9BQv9lHqdvUsCGfSh+hHe YgrteRHyPBkZ6MHOUZTMiY1cymQ4ZErYkvlzNQGeJiBxNaOEb5I/8SQVVcCkMv5ZgkfNrBFzZiXZ BWtvac+o0ykO9bIhsFY1zDJfZyJsjZU/VprLh2P69YhNdbjsy8M8FMroPG9lccsNZjBptOyXSYMJ dGInEE6aBbhceNkLqgyAL5GE7/EcP+pUw07KJa7YiEtUkEfmqhse3INEMXvNEsBO2mGvmmXoATHu qEetqzxBlqd7cqF8vbbk4f4MiVvUBaRg6r6ciZOibN7YOzh9AS4aDDDbqKnnUy7XRpDPLnTaMOEQ c5rKZmK5M3o91itBME04yT4wW25MW2wsmRirCIM2SJinac1A64j+scaRdJNbWdSIEoPTNXYGjt8A jIPs4ufb/+U9VjPQsMaMkbHhmfcApj9DbomTQ0zmubUhvbvUcosxWIuh8ymf8dtZEOnaVySDTU6W 2ZGx5/qAWiHAMIUF+irJdWMIp/4lMcFjFdrAZNEB0jIYMjm+gpTGpSWVcIkCTUx4cMBxDJiEAvM0 EJ2G4YMd5hD9yZiiGw4ZxMQ88lXWw3Z6pykIMmDOlZzlk1rpQlhCJ90UBQbIJWm63Mwle2Q23ZVg YdbOk1AspwW8lW4AmAgK+Cc948j9OHmJGps3GyYNRiaWldma3/ottwFV9ZOdx4UhxQAqlrZpolMO 0lpGaaJMp8mvp8ohlQFlcdItL6KuQC2XM720PUwezelMmozWCZglqehQ1jMp0G2T6U6ZrKIgOWv/ drPr3ppsAO5se5VIjVpTz5vf7WAsNre9ualxk1LEVQ05vbWz0oRc6cmvBq0HGzr7rA+sm2TLKyPY iXAG3Ymgdmo1hjzNFi3fguGh3kbe68PaVseyPTuiz3a9wqKb3ytotQHmFmsdF4y8NuTaG3Z8q5Ee peaIoc2K5nuJszJelQTFM4R07ANKHVZMRARRVmbe0RvQVRsUBPwrDW6vcG9ZaFAxpeOLTQhos+kV ga0SVCLctroyVKNiQKteU1YH8TIy8ohYfSMuDZpEKNTcTK0u8RtJpUNBj3hN1ZVvvIuMMLSjiHDw Qi+O45AQ7222VObVYhUqI5Fsr0RzKj31HrUNb3xJdcvGNzvHjOI9bgZFVgwB5WjsBQ3GqRJDzLiN XkIgf4xsNxHWnS3gJQvVH+Ua+qoKRpwVUf9KjOk2C9sGP5VDJhLZUjp1j8wREZlZdaGMQEt8ejtV doxzXOmQHOyjq+CmdNDcqYHa/VsI6IPtfNBCnZaF6I8b8Dtg6XEeZtBMDgdNVnTvD48RU3xePSjf QRKf4Kng1EWv20wO2S+j54/DqSZPVQlUONhDiSonhza54IwiT96kZgmojjO0qot6qSqiouKTvjzu p5VWCjEso0XPRJE6WbuOiKZWOjQolXK0Xv+YAWrlV+UE40KINKYBA6FC5rMp29vOtF15p0hBcrl2 U9hyaJzZr+o7iFkYrpvC5AN6Z2mMVbcc3AW68BvjAV19u12fsv5M02TM7+Oa1hB81ON0kncQPpYy Yr7hrzIaeDKQXaIdHQkMMn6szuPwmsc6lEO1q+t7pJNw9RLj7A0eIvKq+l3OwGxqZgspsVtk9K1b NNaB2RuaXWVfcyUV4KribAlhTA+Q5qiRXrkRTa6jkuKSiDlmS2Z5TPXceGEDoCEkcehAznpCBpmj skN4ojH92Bjs39TlQATXYQSR/p2QQCAccN8vk1V6B0akyx4cJcLdPdbG2K+fW9s1O7MgqMxxnWqL YhvgZwLVnCma2fGEyRAjDg4CWr3zXzd5gmImTlV5cJRAQt1wgH/mOHw9OGd5fNlRNhr0JhevJ3IW 1xekBo+GByB1Tb+dwZuPD5/JTKGmck6+7wDd0/fdP8OHh124bfLtiIVoIo+zuygQbvTskAcAZO+w emdj+NwJC5oOpY9fD3AkwmQDgxiDBwfwnoBqTrTQFfJ/dWk3cmc1uFij29lJy1cHXzhb2WEPt/PN MS+PPjjfoROanS9xu9uVfHn4xjlNOjaikzPuDoDwrBOD0X7R7PpvJwiH19f743x3YoUTnhHBolN/ JkEjxB3GZjbciUmIfmW6eRNr4N4Fc6KrDGLbHRVbYWec5b4qKzzNuTrQhIqkHLTEKoIp+MA9qyYJ 8B7Pc3VGTtKuMK0AsBXhfIuX6j/wgDi8mtzn8K65CyHnsgaO2PY2F1B/uDYRu+biW2d67/W3Eg7u trK9tpBf4hyWsXMlaWl+llQ6AH+BAeM5kKUV/64BKMRl5JWO2Hkbm5uIlyMt+wKoRm1qX5Gpilks S2srnRGMlgrpDLU0Vy+l3Xw2fNZdc0v5FsV9+E5JaZl0DTuyeiSFiJuJxFZC66sNwsrNGtCEADSX O5m8mLXIstR+UeKO8CEUSLsoqIyrmqDosGzPXF4dBJKmliPBK+GvPqYMN4wqWxvg64s1QBVygji6 CDkmxSK+D2YcupViIoakXMVsk7MKAgjqLZ4RLgfFFrLt0yiFLavvT9BdJFJHqqzN1ZsPyp1lrYQj /2WEyMEeAmSuos9qNeSs93JzhJSn6ibDybAVVHVX3c5laa3ryPO7zlNrMRRgMDRJuTglShRV1X9k pvVJFUUc9Oo0Q1wOnY94MBNlcRkPjVGB68l6tuG9iXpXAPc3XfazNSnyKrsQylLWi8jERizRlXVr 1FizJqSWgSC7iUXnCLmupBZlTNekBpqSpsTDD0JjKI1FNZVg6SdN5LJIL7FEnw5X8GR4/hBYAWKG LLrnOAWvMVvEbFpKHf7Br1JAGy1QyFqVKxvDAweDm5IhI0RgBlSMqsRJIRGXjllUeixBRhJKkJga +zsFMQA3mU6+pDSgmRTPak4NPI1inbcTCdW03q6nNnXwkTILWkCNswSDlgTBciUHdFagZCwfP3sr zbNEnjB70NOZXhmKJDDtJAHUEnwuH/ToDJbhtFvz2VCoHEbGltkndBDhT/avE5LVHw0UjozFNvyL xgkzcMhyLAC0FiA64WjZcQIHjvlSOXEOw1pKh3xX4DxCubVuZuVW2dxW3C52lKCVzISNWqJQ3NSW CWRI2AzTSTYfz73jyCc+hCnuHKurSRBdtoSjyPVbu6qSiJaxZWopXBiCBntjiPSqxbPquZiwmOpL hss32KBn8dEyFE3KHn0uV0vA0ZkAu9WyHS6Cw6QaJnB62bEIUJ2envwBGGyydZWQSoYcJoCmZqzr llzd4y+I7wHUNvVdGGrX1jEEZ55mURCCpxEWDzbRlBdHbQjEFgUFQ2eS5XXuBeo8EeUGNLzFEZUx /kIrWmYt2VCYYyZbMlZcC+aCjFxio8cLkevxQCfyTUATCHtwMcKJ/IebM0uPC4v6d89WNw+uzDLl 6hfyqNrMopvnW2tTsEhMR3kquisXm8JX8gZsbqlskHJeqqRTNRjIx2yFG8QETVUsVORIvWWOSkyJ hcMn/KwIRBByiiIMtJUEIIANhoXV7SeZVSNJxk0CIR2tbRvXf2hQUQjY1+UwjehIhi30HoTCd5uc RYp2L5FyJbLtF9UisGsJoyCr+hNqv7W10n8aizBKK+0XFa3VfgEIZuunIJt5kLGiJ0naw8NGuw57 qILoKmixzmRI+S3zVQMKp7Xh3ystW7LEzVGVwrBxCk/PEEVb8lQyT6QCRNLA5oyEvOwOSvgVbLTF Qr0aWClSrYncCRUDq0fp6ONM+ODXTtq4alusKms1nMwMfym0PoDzTorjMcjNPCgTAz5HCt+3XdsU iGEc+BwRtIguaJs80frCHXi0YTGah5n1rFVHuqa17IN+4pLQVWIN4E+CkeqQSe3zvqL3LICQAx88 5tRQzKeClViVTbelN78pArJVqAXRuW3lskAR4HcXpLUkCuuYXgeHwmgvLAYg/mOWlvtdgQiGIw3j NYxRsmyPcGG91RV0turaWrBJBSAzg8KOWzFXRSK1lq2JNBhGTfamx8SYsHJsBtQl4ipMkEZOIXiw 6rCxkOFnm6JQqDGL0wIQZWIeHSQYqMxZp1pAj4Uj7p9/RUXUlv8qSGaLUq8AObF2yx3WbkR9FVkM F9ylO13iWppOOf4Kpp5si4gbAlb9S0WU4FYS13+BoLGKRMmPTVHiTCiOdA6FuhqCtCip61ieFuOC ExuInrtOaE0EMLupQl1pE6rWInn2Mo5VvyTr0WymQmucucj9tOWboIHXKsh6jE8EUHb3q/5KoDTW ugKqtaISRj9gxwaxZLIlEnapZ8lyjphU5yyewlEuvYuoq4Hf6XF+Z0g5TAN7rMWnSNegpKEjbRyA b7BWF+z987uv1cMB71J9oX0mPV5kv/keDeidhwWYEhWdK1nnS+UMLE1nqUkBGZm45u/hsN7TB85Z pn/YArBo00hMul9sxXZvWQygHNqweFti2bQ2FqRvxRP4wfvEeTaMd7TqC9GVkesQmUvgypSo9tUW FCPWKyTy7Xs+eDsgHfcShsI18UZkZot4gh82kicqMahX5hhCaErAWZ6XCzQNXTMGAsFuCTcgjmvC 1WZpCdI7TNlsoFHYdvwinpEHTZmouB+LLf33XLrMAfIZ9kUOorxujLeoPQPk9egs60vQu/n21q4b nTPtbBk3sNDoJklYGoNlzqUeWhAsenr7gPBRTqFQvA/RDkuglJ+wC4xEDLkDN0bVhIsa8vpNXVNo GRFGsKH0yjzkDJ1vWIWDaLmjS5ARp9CA3juQ1sfyaxoLlhIXgv2fHvUGD1mIt+b7kpEj74I/SjW+ GE6qthF1W45HRI14ZB8qKmRDm7sV0QbaBJPukqRe/oyqX71dznajEEGFjjosgJAAOCKsKEz0lWpL hyl6uAqp6LJAYeAIJ36VhDCunJfCgCAjKbt1rbmhx/nBCjhKurFjWlTZyt1jNyuxVmWvuFCqJlIk xfASAQmlH2109JFIFYIq87578Vmw6xvQqvFhWDqtkYqDQUK/Yk9Tqb9SZo+LGBTY9ehXeLOrcMEj Kqv9qgKVtsvtVRwq8pv0SeS3y7BC28jodB9lLeeLhupeZo9Z5Wh1tAU8I0e9MCcJl1cj7zhak9j1 0PmQEdbL7ldV5YKBtHa0mT3sMEkT1B0vimjMq/KoOiK1Anz0FzE8JZxmk3hMOOJglXiyTNq9DT8J rAaTKbIPstL42IcLWAiEQmO2zsw7/F3kKlZnYeL9MRfgF2RP+Km5GVavcjaTx1FYbVpB4n4BVA5H Ks9cwFo4zjSH0EFcqb/44kgWMN6DfIDJlAD0dmeWcLaRzCzKLX4StqOJADZnL6lgrbg2xUV1uxCZ XeXEkDZbp1Y2nOGAGm7Vn1SfAzvrGfujM9X5P/2mC5xWOMowcjWffpp3YFOFSqDqjrG2iZoAm6/t FXuqYUIwrDlyE558wrhsnwDRTSYcqsI12SKdiCLHueOh6a6zJtW37mIf2TjMqJudhdAeDCYqAOOw Amx+wPpyIo6qwUrQ+GsJtEWKjggZ1iSpDnKijkCPVOKvVIUeZFCMh7XQHBhkwH5lt3ZVlahggSEF VkdpP4MjPUqEwmlHZ/mdY+S7hVOTDZJhinNL/eqOJTdHK2ey81qVvqKvArCf+W8TNcfqZtJbbbEu 5KR3AvKb4SMfvPmQ6ymE+la5dFUJlPB4RrmPmuq+A04n95wOOyRaWXnT7DzUwbTVw9Vsyz81sZpU OTmdumGUqswq0rweYZVz83+HXwREjt91xwIgQuB85z9E4ffpQfTawJ2WqXSnUecJq952hoMC7hbC bp1nDHY6xreyAK6vlki0b90tEXmqb5xzdLJvJOT8VeB/K2BXB1Ywx4ojgjvuuC/yc9c19eDrvdOE PXi9qwyfncXsG+sw+bh5UDF9ZymrOF96CkkKy9rc1Z7vD18GeH34QjqVat9P58rNN9/dVc4tM6hh 353gfD07OtlxyJ59XG8OelYxv3xdb51qsr3URUdx1q9yAOjHZc2rRRuYJgIvCwJuIcA8/VWNly23 kye4kT/laksk+bLjFGpZQIQqtCgIK09ukitjcEN6lUu0W8CvxWUvImpnP0DzLolBmyVefFuHzMQ3 CEuBpGCGqUnT6GWrm62YXZYCCyX27Nnvw9/0vJmSpn8ZkZICLoZV4nUZlGJsLtG5gk3wkYJxLNge UFYo9VJkiCrXeuPMuj7ncrVAWy2wVh58twWOFI6tOwKurONZ9ly25m/zTuO0sURvfvPTWPpwGM5x qFzJkD9FafDkhm7xj3A/Sx1xV2Eaf5U95KVO8yVpu3fKbgC+anbZfpiCBZS0v6AgC+s0WLJq0IAT L32PcvPrFGTkv9d5XlXIUZr7BwrVjuEDSrh883b5HTCBBBd1w2oI6ISiBjZoCaUMqnKlfSeGhZsR 33wh5UPgquJkkjB0unlFuIksFxiGdNQhe6VTRmFXSQ8C975UMsF8ep+sjFbGldSQJKJQg9/k/A2g JSgo3uoCMDIm9JURHZabUAbAFewIwR00Vp9UB+7FyFIpTSr+pAZ8iZZiJPGYOBBFX7NhI6LwpAS3 7siKMuiPMILrTBkPPhJFuTLfktoJDt1KUgbO1+ABNQXaJCpuELC/4BZ0D+bxCjpBpsV6iGeB3kI5 YVfm8wD8KWiAvV6LkDlAUQovgltW8wOa6bpXGAqTwoSCM7/Ouek6wG8LhjlpIpAy6RNOA6ksS0MP y8OTLSLFGLRQnvRwgC/t3BNwvklBU6GFuBIDRsIGepKS9QPPkdtUQjKAcj3r2yj6m4myeILJnIr0 JQZuiTQBO98lAyOU98JQ9sVuIi+99pJJL2f548o6n63HCtmLZV5cor9scilWBBRCFygVG2aPhTMi cot6E8hitQAE7mnW21gGLnRGRdIij9yn8kKpa8/6m+Lq23AkQDKMrehAiouo6aQpsO/oTGJLj7hM 3+dB9WFsuURfaDiXoTy9tb27ZA7ykIeZqM4vP+oGVGOSksuwtf4MB7xdZWi5V3PxOE1/uLRbIYde VpBVN0fLecihqVyUGxeDagvk6UGP8yLGrFjaQAnYT+xhjHDBbPooa6PMZULBkvbUnXfLJ8NPCN7c iE9y0KY0PoQ/CNajecksIefXZyQRaZmMzCtYVlLLKzFZL5GRTeqqCdAME6gklaareqCmslsiXQI5 jy/d3JfdYJzGmn7STgZBhx88i0nrtaliAOWmrThjn76GjFk1GeF+gFRqwcFlEeghVjKpZ1IaaMCM EkgcYmUuxqcQWzwUMy3ca89/SBzLrlSUMFKwAGwVxDoVw0RSqEM5Y6N6EhAc8d5IO4pBpyIa9s3l DZT0HIi+3aMCAZcsrd+D0LxksUjUmRak1xS6YgvJvSqoCmlGFIPc6jCW4nAnhKj5h8ai2NRHO8VM DStD6YfO0CQuwXkt9WlACg/As1ciaaNsW5ijk7Q9YOvuNhkaolKLBABnSsXVRWOnslMbe2XCxWhl YTDuVmVlUV6s115k7bEKKQlqVerswNT9VD1a0+K08NsuxA4lrlBjZ29C1D4RFmPruZTCv4TRA3lK UyIde1Z/7LsU6fNp82mFGgSo5eukceMQ/yvvIFEPmKxMFq29Rk/C9vwbwhgIrtD90qZinZMGW06U JR02SDqDol2JPMvd9hMTZdtZ/ZP8VLGrHVWq4kRxggf1ujZOzhiin7JYQmERnNopnedltRTEKnSQ 6mUJtOBvKi8xsV/3KJKnQTFqfaNPt/bqz8xSbr7OiVvCzlYbxYMiZux0t9KJv0lS59y+ro7yQuYQ XFXDRAKYyslWNUUETMMr3+QjJEYHYQvoO8CnDT+h/3KM0ErhN0QHbdxSV/tphhVEwFksmHUeiIEj IWVAU84zOnSFvhhIg90MJpHXxBMv3LaiEvbbe89ZuU0zoKTqyfCpDvvPiK0Dgo2QPK50DGcWI3Bq nufqhsBSQTBs6slqV+RZTgSU6yqPhmMIroxeN8RR6EzmbKbdvQa3OIOetF+0KDpyghL5zBIZyd/z GZ1rRhz+5yVsoZHINxvZDlhGph+W2B5v9rOnpeJIR+0OSGFwqEz5IQqiE0E5Hyd1Loqt6eXYM7T2 3Q9EY0enFXmQjaPIQ3L+FapYP2I2PLXSrQQZzehz2kp3gQQ3QRg2a0xWlaZLtl2hH7fhSPlbZDGj nMmehxAlrgjNaMMo9t6e8OAIG8jrhQtw/7rDTlFFfFghaXqxoMicfMIkv6Y58nSJJA0wQ2YW5Dgj 95wxzFFKeuB9yzt2OtehMArHWgELH4FbGuT9oZ+DlXxNqkf1z535SIRj078QZ+VcxhhJMwv02k4/ U8lQqY4s0g869FwqYdxlM8IIkstj0pYPc/fmVnyqU2w8w3hSpGkPScAEuu4FF5+DNYS1dDc1+zhJ ChebLn0SD5jqnHlWmoq2idqvXqTolR+jFjHlJ2RutkIs9RkA5S6tHrL2LLQcoCw99/G55S3TM1Bh GoVKBpojhPx6K/ATPoupp1hujd4HPwupuZMGHM2V2TpH9LiSN2bhIVmzhY4RZhbaZN4dtkM+ZBea Ib7zBFZsZ0vZD/WxhQzLwiLW/EtS/hF8skgMlTEyO42Sdl6bDF6fSClnRFMb0ZEA2ANTsSmMdot6 sgBgF6vJX8eWUMxUhULi1zpoGtrzSyQb49h2T7TdFWK0TKAcrZkI7igu+5ycwpTITvQEYyhK0XPo Q0NDG1eYgl+TawbFG/JjyJnfuak3lgEKysPQQ+OBum5F4O5EokPyxSCRVpvBUoZuiSPfRwx84JIk ieCdwJPaxCCcbhGq2USvKRdhjbs1RFR5gCnoBMlcqmy2DHjuKEZ3XACZRRRdj1SZPSEk0tqRqhAT f/FWDTbzMwXSBIMeTQv5iGAUFEF7HWLe5R7ySxZYQCiKM9TyN+bEJjULq3Uo9kQ/k4HcDUcp2Mv7 ek+LZrVlL8SL1A6d8w/KKIvFlu4ncf/RIHIDxb5qOBoZgP1sk0NYg3b/IBYuLBL6pIERxAiJOQOL tQiWiuIQlNE3v2FXhOxpAfJPJqXWB/u1oufijml+sMOYsmmKhYFZzKxxcQPMoCPboskmh3yw5n4l C76ZpWZ/2gU2mRJhaZ9a3eIOc0uI39qZusTMA8K3JYA5hYm5aPmAwAD285eW7VojTpojF092Xoi5 9MsIWA7CY1PH8nlWImRVOQ2RBiFJJpfGkY7KJujVuGEfeg0hAxhagGH2RR8ttPpyW2rKYIRp+oWB M1E7LjsihoLWHWGQC8EUeJoikrRqc9E5kyhj6DCKWWP2jAon1clovPJGEZlMLmcsAiC7UGsX2AP/ k55RckYS5VyiHVouWXJy+BJ8ZTwlQYhU0hnKVaNARVu6mBvHZG8IljilYiMSHb5YYryzB7vdTAYV e11cE/7rX0Kb5Kkw0WGKukmVmbEyJMUMYeITzXSgkQat0mfFGjJL+M65MrOe9mzvH5WktRvHZZSL AEq1BsmQihhIlQb6t/I4Wnt3WI1jlWq92rQ/QzR/btcZ79a2nDA7S2ieYiCKFS0DGEJCaO6WC2mC 5ArvLQo0kU0TwUi4OKZbsSAu8/9YUyyOEFteKyYLtuzNacBquIClMov/TCcrRm4JSrbqskpw49oi W8GnNR1Wot5LoKKZBkoPKQQx5v6IILCq45btoq2N5UrOHZqsVH18z0VVbkWFFiIULhR/lBpazLIM oDiEehVz5Y9v3yvXBm8NSB+batJtfn5XllYyqgCiev6j8mxftqePVSs89K181bQNXTH7cqOCSu6d w6zK/eNbL9uTjXFVqdNN/VzPN9+s92VrdAUP3qJK7fs1LCuoRPWlesnUIsKc0X70aOYBk2R7ZmBY 6mnunhyQj9lDZUolOZdJfVZElSTW7mHK+rgKvNmyEk8FajOFwn+LNXJLJjCncI1p2p3IR5gCFRYL m17TFKj7brrKIqiAZ6l19M3C2jBVf16fjoliUUpGsByAq5qpPf+4YMdTVpnxHCYN9IvGIonuGktd gg9D/bzSgwJnWVir6i+mPLIjPUOGMd6+CZ+5UJkHpCml7vdQ0wjFu74ZyKCSBIGrKYGm5bQ8SE8s vZCpFyjJoYCbZiFxHje6UFbmUqAhEfZmQxSESXS0AkPaxoVmAo8wY2HPhUJgqFQ9vdCMB2LL4wt6 /vN4R44ETQazyzQ9NjA2q1JVE/OcpSK5CgvNjoq7Hcic3ix5jX8xGtRXepkz0jzhBBSZjSpoLtxE jGI9N9HFo9ZJda5LaMZbPzktfihDeEIet0IwCXFgloDfgjKX0UU5BqpGvrFwTaAaEpnI4CfYN/om sX2HsvFVitBpNprz6s9DzM4NqKI7T7UdFL8+7++8HZw4phvLrte+F6bC/4bwKxTK/tMSL8GR1Wdn WoDaSvHgrSlJochPeIIjfoaw2nr7rBm6FbKGI7T5CEkize3oO3IHUU/ZF9mhKh+M9AjWrVVWIrIm m4qRU82Po823JLQVfVEH81opKixWxSo18ln4c6ZuIpAaleNRFBLbAMZTiCqAN5bdFOAyqVHTvqUw GfovIUJXvVbdxbWuiEFLDyZkZp5ifBpqILgsNIX7P2u0LBLTeZm/JEDvubpm9j66xVl2dU81FZi9 VxVz3ISYrjbCvO2/LbYt2SspNeTm9x0JHghNnc550H/HrJjrRAPqMjcwhI+oTqplSgRBe7KhkkMp Gx2axUTYbix6rGKIZnlMhkHErqyOG3RNEK5fS6kaN2FlQpSDXwFlhk0stFAhd7Bm0ADTiJun1z5f RyMHrfjMvNp4Od3wQeTHa8KU65IkC9M2xRkXs56tfOiT1SjI4ZPeMmMsUQqSchlNmwgSYTMCvWJH M/ymQwYUdIQp226dPr1L2yzIc1kUx+zhLLf0JDBr7pau4Jeog0x7w+os30dbtkfkIRu/5Wj6J6Es DM3UYzYuvsy2y1F9mB4jK0Odrg2RA8I52fuIZxBeRtZz3QhAvGjlPm64wdkPhAaaouoSntZWAysy CVSCxBbskex7EXisOjx/EhmL8Njr9S1I6OccgANbqtZ3Wx3AkD++WaD1b42Sc6JqfUFNm7yTPkEN lpr88hPGiUpw0QB8tQAgpcpVi31G0SxBFWT8ywHYIJ1lSIFt7/oZnynTMcZBwRrqg53roX0C2ToJ 0ipNsIQgmmFuBsrIQKvbVGUe7ZHayaaN6ddeTjFcU2Vbf9Ns4WvxLtfTtiTf76YEuaIaQvaoBfvR DzJSa0270obAlYMZjmYm3EW6whVempMTSvMJd1tFRXZyEEqpuCkuVTu2gkn74H8EyWEovWEyRWOb V5I+XDo22wCdbP1IrGhB/8yEnxidSnGOPtu8iU6diqwqXTQZzLmLJXGXfPbFc5hFpKuxAx2k/zUx v0dxELTEgztVEm9eGalAVP9VtyuUNXfgWbjOvD3Is/zaaSOJi9wxa3AmTdvWylHvgwzqSZeci8SY L6GdfD1rJQhjPcdk83qRMyvRYxN28uJpcEwlrdKFGx0V3hHp9oJ22rIwb9H8qeREzUtV2+nKqWVn myCpLujFBvNt5mwLYmdNu0inPY2QAKazLDrtGXJ/IxVfBnC6SOdDlmqZMTjEIxQU+s0Td05LW94J jq/7ywbYW5Q10UvjxQc/sX8IDxn5WsY44VGA7nS/3ZFBJbF0T7KQVsl9ENVsMQBwFzoRbGSHXf0I LrJA6R9YJtPgJ9P1T06BCNB/qEr/olb+WCyAHLrKYTo8tk45jFKVRxLbUQZCMx7RmdYUsjxKxabP RDjHIUUCJ9EmsBGYvPNE3dhAS3TNiXKgnYBKXIjSVav/RNGRx2EuFZBbTNE/6ZRqVuhBjbZFeU8p 8XVBs0QMP5GCNAtNns3RqhJyLy4q/Lqj/lmlaGbssQbGWRaC3+IJmluq6aBuhsHA2PDBRMk0k+mt Ae09ZvMuKeVoVVEYMxm+Pj0XGZJFCTDO8ck8hXWZ8oSW762S55+qwV2WfWu4EmjuiEuSI+ECgaIN MCjOHEeusEml4jasGSIC2Copcf+srvINDaslsgB0be+uh1tzKdtoK9cYtbhTdMr9kAiDk4Qnyx5J mH0JRha8QjBcF1Dya0IAxyaPDac9FTDQDFtjIKMCwrj3faAyW9HT1LtqHCX+WUeFKpGgr2PWjcE/ 3//hFPqkUkTOJAvo8hOm7/v+wn/bfY325TgpGAZHMwk87xEDsgejCDNsm0iDx+ycWKQabIdpbZoL LQPYRVNFvCgRZNhaDNuoYFAJJ8WJfYha1SxEYFpGL6J5h4UpQmejhAIJIRdKalwGZwHx8oZGwV61 Dk0W3cP19+Ci6XqMFK3+J0wJJ69ujpDddznFt1lijX0WU1viz/ERzFd63NCpFQ9paTWSNKhtiPEu 7kuPrbSK26V26jNlVbCeu+he6TMFiiDF4HaclklUII2MHFCG3mSEGpDkJ3uYbDPAEhUd9i04RkRY W3qUKehGrov7AhKhkD+59PabDiMVRtFuGULEljhIG9o34ncRoq8wZhmcwy+oQGwpeAbvsbkkcGM/ hQe84DRR0wO7TBBFOt1qzARLJuqA+kwNMFfCL/JSXDGZCRN9ldXJloM0Il9Igxa467CClZGqZ7rX +nsNPK5zrxlq0jukfRkZMudAHWGJXhJg+bE8NhZfjcZn+aFueUxRu6DWnIUVJxKWSf7oJATPg82Q NsONm1RDvxmIXI4jT0ARVDJIwsRZUq1OglpVJ8xhaEfhbf5qSrU8jrtTOlm3fuHFeR+ImtQlDGkc zwmPSjiRrkMhg/LCkswQO7kTF+2DUISIm6RlMQ1DOCY4BGXS3oQK6VwRbr+foEm9tJMt6RS+Mwp/ BY6CK651tXCPbRoHLPDNAoc+TRBoH7aXYrWq1nFaRDdZGSAcougQWOgRibAQTHf2ThAunoHNQv/C FByDWyAQgBUjvWjCnuvMz8xVPzpKRyiYK7Osb4dfua1JC+6EE5RjRZR5Oz0VKKvd9GgSxe8Cobjn soHo/+vtiYkWhV6fn6q76wVBT4ZPpADduvzCRcAoxOjb4xyQPDZuOVIZBvJCmlHPK8Nkz+YLPOAc N1CrzzzORb/7wXeQVDh0LH1GwqyQmhMGdBEw9sqXD9gnU5aZYitW5/6GSOxZgu7ZX7RYUhdG6QNF CEV1oSTcKEbJuwkOjQVrEZCYO05NPDV40VlFpIShtC0N9L+/zFsWhTOOlaHEQsP9uYimzpAfMXl4 c6mqN7ym2o4rbZ/zjmSrKFzUVIgx8wLGz94oz8WqswKC8naTDTrwdEZKYnhQNIAzGqpUNyozfjtd XeOtaksaQKeqQ/AhfA3cEiZXUmcKBZG9hK8Jeyv+dZyQ1aUUNKoG95pnq0UqAEk1aIDt+DJfbvrT dwEcQaMYxV7da7Zl82Ht2xuGlN75NtxgBOOY7fVdM6kmXjk81gjBKfc4BWZmFlW2kA2gVXx05u1j m5XbS2AepsarWiuUfzpFqfqrPsgftZs3KsXYNGv6Di3aA2UQgkVMHdm6KBMwxVw/bAxCXu2Rbg4b rCvosm0UJokZoU13QMq9KG3GKu6ZgPoQminiCWJwxzAmuMQO1kgmxSx+aoQPFeNOWHKIRyp2wzNX oTD6SWOFa2igtlzED4EMUHFbnVkH/axGiOVqaEbrCwfdxWI7u9WbfX1gYrc/XGOlbHu6bL32EkWF 4fboqT/budrpIO0J19wHp3HYcL1N7m3rtqNd1uFPZyOpfiPH3j/b3Jx49HPvjQt9dsKHP21tTx2r cu/gF5pgZQkWCd58Odt+7duYJ2jWzPy0aKXboVL0QhFtPce7n/aXk24bz43lRB3Uplbfrkj29b4T lhxWwuT2zYkLeQKKg45yH9/U2Ub8yHPR1sGjK9kExVdvJ4ast3K9/1mvnxcDWfUgV2q3mXXvxJCt 5QlJSMsLbbZBSfZ1zXmnzILODOBszBLUVjsqDBBI1a2O06HTAjRRswTM0jsn/Kv3ejHKVhiC2Msz /DKjViUmUTKCK50phIHsTd1P51yJlMA2iUM1FqbgmHnlzhhrwRWxivZAIJCoktzJqOpdFRc7MASO NacNEPg4myghpr/XvNjBLPoDLiDG6wmkQrWMXiC2AoIoU3sOuDf6JRLtKyJS6ywAJ59JRPaoMl23 KiJzhznRvkSvvEDiSD4gNwvrjBaNuE1Dwr72R/jJoRCnIzXh3K9l3Cx8qQ/CSoYtIrFEUtHTpuV/ EilM5Ov1xsxC5Aqn8IfEOnfLHYFAZ7qMdeOTXtml5JAQSizGCSsR6IOlwpCGgCVKgGd//cjdCfyt c6J9h/t8v3QDLOeeeK+d31NmsZFfmz54Uvzd9EXgAKlVxnYA3fLSJuOmlYuezdCkCAUyiUIFoCX3 5XimVOQhaondJlwCj0QEdlcJsLkAVFvf1p4qRay+CizwlmeIu8owZWKD+iL2kkZmJ8tovaICTg9C r7Ifn1WpCnSGbOrCDBHguaa2smyzDxs5yoBt9SHh3g/QfJNx9t/QZSo6QHF96kmmISQrB9g/2NRb k5WJCGZMKz43oMqMqU1TPCGyfEtfCXRL5ubTceLKIUczCUM0Yy0BOB+xnvpK9hcwy76IJQV5yDim K6VxrUaVwcnzECJZ2AEnqMpWKWspEJZSjdNcy5xYYJqUGlFNpBH7Ybd6T4i6q52WEZkZZD6FCOIl RwUo/ktocngMnTroVZomi6rkXu3an0TEmClT6iQHSG5SnDKHlj9otMwD12obCZWs9NX1USYHgx1S Hl3TDGI5Wuv7+GCafo+iEjTU+tN+A+3cMYQIyEjkjZ4rwdQGiPbIAno/46DayCRU1kr1QqZrm0Xz f6RPsMiqFxtAs9VqztGP5rSZBAzI2yi05KS5c+aNTLbGADP+YKAJSENIUltjQP2wjhfRHScib2Zm pu9kBYzpjXpNr+yZ0aYrZliJ8SUgonRiYSDDT88uOvSz+YhjkEhruAf8Ky+XeAXNBX8cBFywF0oW i4kFce23MZvTNFiRDkFsJmrQ7tJGgAMlSQD7zndW4eD72diYJBfkYdzNGQ+ZU5wrOvT4skZiqztd ZUGjP2vJrSI7zqVPxeUK0by9NyBMmXsbN7Cfy6CZdIEPyjPssmJ2xshirCwoG9Z56idWKTI6SNNf 3idhbYE00yzXZbiZXuSnVKYFtvkjLJc3Ajh69hvNhlo+ZvOlclhLJhwNiYf1utwKB+9Dlk5t0hAT Uz29iPVWFrKR4mnXelUzJC9i96uZpXl0YfEoxkhCEn23ivE486cNov5QJFF5fMSgQSGfOVATDrJV v5RxFQXSOg0kDb14pglsT7vS3KnWmmRLAUb2jO8URYyZXjR4hgr8ImMsJEVKycNaJoJ66HVFjDti U19+gLco11FnmmUdoMSkwOSFmkVnI2TMATXKM/W2Wskk2ZKngUYepv20TMO4Wy0j9IhWzK1FQ5nt jHH2V/vDJStdQmvISDlTE/GwEJCW2yR4NmHssDffSN7l2P1WRko83obTnwm7LxFrzl04JD0CSUKe 9oHhbyYXwCKpCp45STiD/dSNKv4fqpRTZQczqX4tKDRpTNKlKZWM6hq9KV/L2gd6RBfwri6RlQTf 6TXCAW+VUHGgSsjb027EowdJtUm7AUBsoZxr13Ozpvbh/6/Aiwu39Fo3Ypg5svJs0RidlEJZeCtw BdWm2x6Eqw1IHe3P8bjZJ+kE+HzBUcgJjzSboleQyS8ZiT91TCwB9WbzSc0sGwJiFC9thyiJ8kTm 06xcv4XfQAQxRxf82q1oLk4ZrELrqtAipEk/SipJNxppBb5JQcB0cnVEIQZM9w4COUbJx1N1H33B DPs6ine5DcgrWHq4pCZgiykgla9nmfQbPAQrzKfYT268L/TlcpJbLZsLG1Dk9uAcwZxqdhvlERbk dYQl8G5po2gJrFqPQwVTIUP2kDRYZ4xgQZs2jqcnT4LoANAn0AjDycUsOIKDsgpTrXBpIiPlCnyy bjLAHsxADZFasSYhDJPKO0XFpahh0cA/7qtU4bNoT5vhjf/8xPS8iLP0dj/Hz/dDqgQAhKxdAna0 cQQJ5/JrozTlcY1yDde8j0sE7/6CQWn3MKQqnOXUvcjcZKaJcEG72bQJVJu8wr5iliHCIPM1EwNy sFeqSoV9UzopXpI0SDQrbmhTN9TTgJGQ2jll4RdyWtjvJb4kgyb4lSq5K6RtIUAzyjJgO1tyEthk OBHVvzAz0TmfEEjycAWO+TtyPZi0ekk5FiYcglxUkGR6hwhJETkVxMnCPQ0ZYqKLVH8SJGlHQlEJ GWiVWoSubL67KA+MzMIqBYA9DYORDNpUkSwy9Mkxhvld4QZjPshLZctelk/HLCJt8hjh1AzVWA0t cNMXwpLO6ZUWyJVgqx+yJfZvyKrk0epDRrVVT6TxYkmIFiCI41WRb40SxZCNhxSoFQHhYhCWaxnL 7egvZvImDhpuBek4MY3QmlS1y4kSVx7etgd5vVX+/hB45SAZoJBIaCE/Y+ttFLkjPXrFQCAorGcq VEzNxlniabcixvhdkReNmn97dauED9k147jNZkQgFASESGAxzXkIRf8uA7hEHvYy47kS6KEKAqEF rs7pORevSKe4QGRuKmAzMSo1tL+Iz51rpAV/JnvyFYiBNEU3K8gV+r8AqOVgOHgr1Ce9YnSp0eAA J4Tpc3S6DueLMVVeQz6C8qAadctqBZfwh6aX+tVpr2/AQQJsCkEmTIPp6DRPITxOgajZgTGcOiV3 0hDrfJNe8jwOhuzZjV2gDDJHKQlk9noGEMuCKADQxfp4NCEs3nJ9Ia6UrxWKrCJpo0caH57mtq0B kVTKDRdpHs5ox6g6WCQZBqaoRU67FOtFtRMBLBs4lmyrUWhIJp7J/CjTc2ZMOqEs6BeWFM5mbWUF gKJ9h9U0Bjj5ckKmZ75e5rH1L536zWoaAwvFIxg4cnMPolapM39HpCFomf96gHCcPPyjeqkak7MH bm6XUrZy8W6rqA8kBg1ULBgML4hm8po14qUkjzIIIhSETvuMMhMH7QJnXEE8EV2/nqs+5qm61Vcl MHR5lPDzvsbrDE9D+6Y2MpG1hsE9qGZi6ylzT+mEhLAUmjZJ1DEQ5gJOCu5dXdy8VZkhA1QHdOpu aLOVVNvKhMF+clHfU20BQYRY9YwYXAn5kQAQlFKVcoqJCkZtTlYMcd+ewI6Lsb234crYHdFNX9Wa 4DZFzPyooMecxoBQu3DFlAp9+eHX3UCRpyyWxdIcqRi5XhQC3zsWGcfYtMWvBp1lbCDnFyfRz52J fKPBwiENdYKExLqDKpRs6kbFszdeFdo0Uyt9eMShHIqd7d79dqDE7ePsEArnW6iRVj39ccDE9V6x seMs6tIZFIpnHQbSKToKkLdThVJHT1R91RPeHbdxHKPh+In2HqtSdtCxFh6/V0a76N0Oaf9dOxiD PIn1w6kaI/v79tnxzztQuCAq+twIv2PkqeOGFeNXHNNaB/rv2A1ltsUOnXFjv1P7GYNKt+rMVT7V iGFbp5d0zbOmV7Sfc6Tmk1F8/nSIRrug25blT0d6ZGmVgiFSRVNaTf6Z/teVPGnQne/3ONEDvzKe cR1e0vMVmTUllnww5RpZ/TeKd34IU6zkzWVqGYCNHWQRua3s+FBKjxhDyWg6YERrwiaExG6qlQXy ir/SpFba+6vq7egT3sF03K3OzDw7X8WsjChIBGv5qUuVA+3cNn4uqXEG/iVpIi5kk78MqqQnEXc1 AJSGILDAoq+8TNxE3SSa9TlkpWfzKbbXp4z1w8Y2cwFXVbAzGl6DPEea1MDfQTa540hkhxL6ooVk H7nV4Ztuh+QcEPka4aJ1E99OEL/8ruxCvJBhx1KY0qyWXM0vyVFndDUU3sXdUhfFHbw3A9XNReSS vAleMvLClWh7MsdZ7B4ewXb5RqMIFM3XKliW+QClzvl0i2DgVZFEH+VOFhMLaZt8lY90jnSg51ax MooVQ4+Zg5jYVMF/RmIhTcbkEgxDuyIS7sQMF4T8JfYSsG61UoYe/Zbw1K75iOu+pqrMw/vXaprq GfqwGd5Moc4K6s1YSN2wZSBFImG82ZmpRJMsifuzbxYzj/BE+8BaNyTZ7ShvJiQRkUYWyG1Xig1P lIFo3iBUoUfhm1STLxI86w4qySg6tRIiUGkLjd+QHdeyMgIUHOndPTdE6gpqvddpFKozaRLjIyLI 9o+sqm2bza2ItxlO83npqxEm9II7oTQxr8tyUzaF7mqEdYC75/bKr2ZJP7Izd6c9zeK84TrntX1E 0p1qeuboFWdK1sp8CvCUam7ln27jjuLRjzWZSFPXjkQhMMuHBUPCoR0UTp2SRi29pVhrNEpRGIIK L2qkBBimGsS0KbClappEMXOniPZsxn+FDCGMTWR4lcdJQ9KrSXNCJBWfS6im8z3LRGYS8hZkybki Xeo7sWY9MSu7luQ0Hc6w/EmaqYqC2vGCnyb+2LXPgOzMZZPg8XJ+a9NWpHu/khe0eS1ypNz61jol RydBKMp0bgyT1kMVQsJVyJ0GUhbP2XdVzyYzKlMEPjyCWdGnbQ/0oeLqcykSX8tt21srvUlBivDV hMRoFIKgShokZ1jWCwTwTwztLMVCsiLxOKf85EK/bQbLkCmDvjDDmH1lasP0XV0k0vSK2etWJqDM wDw5AhOncYNNUxXb3DOfyvg8E7ZEnykGAnwmUQZq90LJs449SG0Im8l+7+2V6kuBhz8E5elmVba+ SMubKOk7EEIlc2+k2mXyuspsXEe+kQkWJaWXwIQAsRawoJTSyIQ3UVyLCzupwSVCBqvaW0Nh/+lw /lXn/gMiZcWEQehEWFWWjaDGdWxUW06ixJgb9JZeoxmpiZEnyMaIHLZ3dpgzNzChsO2FvtgJORsd VZ5kq/aOBhF2eKSvwOYMlrgqdoEzPzDcM0jvCIt8hL7zTnOQNpPI4KOCukJwCjNuCNM8SrjPy4Bv LgNvzA+qrFJKZlMgaVaR+4dtXQwL5bj4DH70I+RjloDBWh7Dz8geDU0hGRG0Jix7YQ8PT+Kzk9TD aSZtXNCpLTp6altJq1Ru5cpmhoZu+oimeWRUHcEMcew8k2Mag+ARY6PYMfnlBpWPkhLWNFuPxIDf cLIJpnwq85XUsEtJwqFpDeVSOY4W8bgLnoet/SqYV85totF8pi/YLSLnkEofzSrLHYhRYoZIWYQh 9mzCNJqLwrxHfX1mJtJvOlhnRf/mUKjOho5Un8DRKdHQmDCqFKEfckqFUgO6A+rSDELzd/lMMywG 9yc6K9qsV05i3m3U2ECet/zwTqWHhaA+65VEaloqAmGCYOMynThr+KZ41R8XIQgJwYfneba0hC9V oT2YlVchMYxqFpzVaRAb5oPRy1Saa2Y6yCLOFp6mC5TnC+kd6mRjVSSI1IeIo9lwyHX8G5cYJ9We mn6bgSc5GVn8eJZOjJ4l4MQsjNq77vHsXnBKKpXnJuLqE3Sxl1Y7+lgvbmXwjVkxiGMiJgI0JaGC +7R5pC5NoctFK0vmEVpJ6ujZoAgoaUCMf81sCexAknBFRCQT+goYCzq5SrQDcaOiukiYXAA79yGj okgfssNgSssIzcVceSoAFVZLUACQh8OfDWpJjuiZgUHUVeY4TZEjkkIPbGgmnQuVZ4diHpgcCZZa ExTBBKLRUFia0mMpuaKmwnM1XqGZwm3jMqOIKDN9rA3Mya8iOcFqk25iwpBZBXeLIGkEsxrZGpft FazDBBeJDfv5fC9pI+lIGqFKpKIgEucwFVGJCJm4AdE02/0ng+6NpJyCU2tf2hvxYjV3A8Z1K5z3 H/fNGIgjp5epsu/srfwpD8hG+ksNSGjD86zt2TY2eOj6H1nfT+RWFrUg+OLdeWvECnrp2ckVvlyx mpNwAJWM1csKfm1HvM2SReNiUdplOUJsdqinlsgPYyBLC4623G/bYqkJ8zQVwdk0ntfwFF4lp+o4 dKaYn875MEPKAg9FH18oo1cpTdbZ1/1lL6zFzImnckYM96ZVhucWeSBmX6NlqYssYK4PDJd94c+M EvWmYHRL84nXn0CzQA1sc/nG0AhYuRdChH8lzKSOdA5hnOy8xS8eMSVbiS9KsiUPYTXkyrRwWbro rn4hg9Y6899CwOCpF0KrOAUplN9qY+E8kzB8Gb6HUjS74v4IM4SJoUeGjXDm65KDm9ZXLHXGL0m0 I7ftPUPIycvcs9pSJjTiVzZh7UmHTTMfjLaJvTBHKfkpk5AnBzL9voT/MNCucEAddVaEmUKs5zpC EbOIwcLhUKGdJ1lSvaGTNRqgbR5ca2G4iwaQMeSYOkkZzXpsqidpLqdlgThMGqGkDDMNwvt5BUFV eTCTBX8rHAEWU2aSyh/C5TSwqgLjDDbLSShxEajXoifPMC2u5Qu0EEjycj20bIoG0/DE4HOTqTKT onCqpI4sT88uGA+HwQizQTDFRin1YQaLlZi5LxZ0UfKCJdxBGONza8JHFnUkeWbmZJsUpIGmmC6N Qv3JVDTzS/TuhFwsrTvkRdRBSSkvO1RYI6nmoxTQ2TJGMHKuhiijkiUnQgHTRfFhIAiVcpxTgYv6 I0P067YR9dyW+9S0ajo+SdteY//MNPzQkUdcDNip1YAr/YVg6Mp0EkceAQI6emHOZ4DK9QV6T7L5 dh9VdqqUlY2pTikLU2ovYxKsL9/kMY69Vf9RtxFSV3tU89K3L02rElNxyd02jtaXTYxt44dVnugE WmUidxUVfT2cippX9bfRUFX0xpR+fGVbX4fmj/2AXEmhT7FHPdQuyypLik0OmK1eV6nKohtXq/5Z fcxWSQOqL/VFkPZh6kqF51a10IJZVHlcc1WwzgeouKt4o/GqhL5CTnUx7z4O363KRfnKg1uMu7Qb 00EFcXF2mq7/KnSev+4eUzWqAFjN1TEFDsfVufKXao2PzsNVJ4xu9TFV2J7q/N2+sNJJufr5Oj0u J+XWhxt2hPbte7647e603rsnfPWb5r67TYmLPB1QfPIdcK5cHkQTAxr73HHIyPJ1cOhQMlXQUza9 ++EsXqJWqFRZdcKvJv7/cjiwXtHxddMF4V6vdxcVaQ1Sw8uj0mtH9upSBbFNv98O9/WfrijDV871 mLt9+11fMnevdHu66bUNt50VvL6c3vBze6Dq4tvqrpcGrBrZ8Q4Ic1cV18CuetCX+d3vrtgQ62ji qyKus4j9x4TixPAVkuti9CCQLFL6dycP3+hXC/3izEnIF/tmCcnfaN1RxgzA6+bopWA/tNU0wvWr N5aZSbCv75+7up5v00seHxTNcu4M7Ot8xzPp8QhDUEEFZl8fm+V0BrInt52VtVSn9aBBvu8JvEr1 +e4+ChV2Txd6F7D6Or8vhzH33a+djezMCnrXsXVVelxllk3R6R1Q1u3Po5KuF3KNXVkdN8Z2CACJ qeTbjRxFrZ2hqgVldWq+ab+k8RBPAvlrJ0LrTdkUyTk1W6bl8aIR060++mOcoxosF2DseKpszM9Y OKfqGzl5e7+3GMAOmSPGjJVDlR44puCHABUXkIpVpGay6t7Ugd8gBfB85oPkz9hW40W8ZQ4d+4Ae dfswIPWV7Pw8nCDNBytrV0HlLdbqbV9te6sTEWiUnrlxkNbmZVZk2YLrERGgxAVlV34nI7HOU3FF EuQKxPAujqkBe7Qatm5Fu7RRDVlTmT9h9j1c0gTU383FdNXkRP4PdyyUG96vSsrEUjzxXanGUQQH 5Dp1enhRUiJUYK3bposlIQiAw77EoeeToUOEKlGb6kXQ9d2pMw4fxxMbDK3cwgJo86yq+tYvDtEN sW2SnogQZp5EHFZK+uIAyxMWiD9u0JLGYSVTDzENy0C+Wn9gOwrhVNSKRcXrvshgu7/aLo5mQhNb Vq1kInM56xq49ROkg3GRUCKGi9huxo1LzCzoCTQlkNblqva73TJlZEpcBSYxTILoZQ1ncYu8ZL5I Kq6VrskW/FtQVVnolSs1qGWLitLl0SJk+Zf4WyFF+lc2IEYKz3ouAXBLi/LJ0qcluMiyKFCGR6ap L8+Qcwi/ciTyb6rY1Sa/zWaE/uK1J5pmoLIupS1Na/wXU8ggqFItG6Fx0HS7jEM2UmoteKPLL+3R MrloFbvMKeZa3Pe4I20ZmYyuvt3wgr/sqISnDLTrxxMSCazIncoNXNNeNuNiK6kSdIRPQuUh0j81 HWJYklO2VUXaMGXB0oPl56URbQbVhzAataX1etGn9dnN2sYnFbBAknnxrFKsTRTm2k2m4qPUSKnM VLN3liiq/FYqtu+06vcmiW2OKOWjRKsVK3iaBsmvmrpWH1ZqU2k0ZdrkS4olo0N1b3uT7WTQ+Ye9 6iljWxLFrcjWR3PlZFdeKKVZHlTGNFWADA3ouqJip7mylY5/xwTLMd+Xm3GrQ8S+IAECsgKMlZJW DSDDsjDJOTU20+Qo4FppLmUFGlkXK4KxTCFLcD2CkVDWRswmLltTJlWOf2FI/tM5c+oFrszSx7bp msMxiKol7exVqc6gj/mvJxT1AJXTj5HPQrBMo5aDMU3IiI77skqa7y1YvzZ58o/+mnzHVDbszwzY E23M95ObU3sMot/PQo3pldwwv4gHkmwWFKqHVvDNujO54QibskG2tDQ7/W6+PY2wRpf1avi23SEd 5WqKSGtWqzPcs6gW0WpnOE6RVXEQAzCA7/b77RuvSKCP7cnpuuKBQdUkKyK71RQKg6bhRMcq9Wgs ozoysZTYUyy1mXiLYN41NllvMx4iPe+PDol125Mq7qND5RaRlbOIrykRUSbqpDnyM4xcTqvEPtjn JRS00auH535VyVmUZhCsAnHJf7LzLv7b2z8GYmlWJgIOBfhmT6bndYKizTk671dPlWFbo5k3bZLr 1yCHuCoj+Fh11iNKEmYx1go5mbq5ykVu1WJK068mIwdUKZUjxasB1XpjOgKqzRxGReB83QBVgr0q 0UAt5FXVGQ4o+89b07uKQZuCPJz42Q4zbnN+01gzHD8dLam8kaCgWT0QHhHpoVFWfWp+FBwh8uMf igupaHHKbK4VmDb7Q4N7m/OaoRmuybCxzWz5ZPP/XIbvjylWBiDjBClMIzzMuZSS1E5ch7d9c3Bo lb9wCWYczushbwYN7D8vgrhF7xA6TA0H2LH31ARXGVo7MNp/UgQs/rva+rMtB2ugcT1szqUw/LcT pvVpcygpi0blDxe5AQ+UePDH3ZFnlPRyRKlbKYipXKcxIUa6UKpn9IK6pEkCJksU6koJkWA1Wp4Z ZlY1bcYmQfJPGZK8azOvUgXO3v4NUWWdmZVw9qUN7RWHKUYAFMJoSawUIZaPrB2QlkGWszUvkPVJ GFGOmTZ7SK0TRYmH9s3VtCyXNn8oF1kS62dNy9aWypUhyjzrGX/oQCgi/fNZilhSWnIkdSGWhN8k hT4auvSs9MZVbJJiVSya6K0+feiMpDe70aDtB/IfwzluDu8IQ0SJJNL8wawZGGkmK9R0ubAoo7MR R4+iqpTXRKP5plsRKU829yFAMd5YRrvI1WmY4YjPOjLHktTR8dJUXBhMnlY2LAVFbEmqdKuvfZGb xQ86KTNmaYHMm0WyBK2YlzZfr3giKLnnt/P0Ss/bKhXD4DQzee9bcdm8Rh5MThZEsj/cxVym3qFO sImNT7DRWgiQ56e9iboOSYyG00zbpFzv07gRakUPaWKFAtXaVFYWkVMAUDJBJFMh8TJn5AmIhOMn pwizKyVvhNWL1Cb5vh6qh5YMg2KoFXnzAx7hFmrAQLv4OD/8EZGFrfkvzxVlQg9El/NBHmlbiV7L OApQbMryYHYS4E/TxoK/Q/2yVv2t+DYnK+tdJglMtNhRc1dpxsJw6RmMNVCreE0YiABk4FJ5r/Wg Nqv4gEIsS9hkh2Up6DeHWt/bdOIT6a3qtjQdeXgqaVmCQZa6YheygGQjehaxF6Py3CIo40yOBSDE kSF3YLmyayE+DKzuJrolGQQgdvtB5OSus9veTDysgp0cYJDecI0KWIvcrX/5hXzAacF7xlPExCKC Io5UfWVGMyOgXBDS3NCpaIkBPE6ByC731kA/WVOf003SbwzeTX76BX3NKII4KWtrIbtPFvOjUgmH amo/IzFdLGygJNRBVF5kro18s8uozD7nBsSjWdpB6Gym1TQVxvY5dfR0ScxigeEFplylaFJaQLpu MenFiylJwKFWV9iXP7kiLVCvqZ/GgXmi4xXIQkkm0bYrk1BNA9GkrN9mV+2XWoOe99GMMkfSa5N+ M/kKcSSADv9FCepAPnb4F5fKGanA0IZTLSFioPNDxcCkGX+wqsI2JB5+dt8tAKPeolrCmHFBsKCd 82dMSiju9nKxDtkD7CrGkDncCMT1ptJTabDY9NeVIky1uCG8okGnjAb1akYiGiKCk4wflQhUQ/Oo M0OvpzuztNFPIUAdQ8y4FSBtX6x6Bhc9VcVR+chXVa3PYLTv3vpWmVJC0J8KkKKNOtutQkpfHIZ3 HypuVF0Z9GfZij9ZFrKJLMuLZRAtfHgiIwID8NJOUTKnAsEW+DJ490QDLXO9jk/MovJKbWbmwkyP 07g8xcNsgE8FII5CLUfi1W0mpDK++/Vx1QyqyEByMAZZpsRC6X+e4vg+TxmanZABGZl1m4bEUSaL N1LACm3QOuriGneZZKFqOMKZxwLD7GRV1Ar5obpKMTRjOnl19ohohHAHrDWz8BvmTKlcIopgSrPq CzXbbAsb5QRsw7DlecgM0fKIt8wMMP+wvnyCqWS8OY6MmiF1RCeeAmdb5bMPHsClM3R+AcrbjszL mwjlRCSZUIs9SfYAEwrip7hcMh8sx4tX29rIVBYfWHK4HjJoEw65sAlug+AU28RnLIRDVwKnz6HE 58kZkGWqNDP9QSUEh4cRBCHmlZJPcJ8h0V2u2CKER0AjxGosPfNUU1HTMzNSN8Zoswa2FL9iXHlt yFKezkAtpjQ3aTpC1K0iGc/EnwbxEnwWdQBOQR5dVCUEHV5fIGappU2SN2ZB8gjjhmSR3Xo+O0ki FQANzDZoiBiPpLWyvBIoVfM0fqZf8LzmY5pfniqPu4tfxhYIwRCGqoqYc8n70GBrJaBhOa3vlw+p +dtmKcXi61YloJNlhWrGUCUWYKKCpQxTmRQ1kjjGXn/47ss0Ud3ZDbq+XBhYqZ36fAZf+Hjn/qGF dF2ecGVgGa9ZcTktmal2Z4HV6MqnsTKs9NFpzVXB6K88L7kNQ4nIKOgEiUwa25lsISnBbKzaTxUM eHk7s48gZIuAHuVflCVqL1/COvWnGvaMBG6c+ZnQdkK4tCP8ZKvqm4QIG5gfBRfZzZGYBlvgLwUw UbIAXQYIqMszcR0L+T7jNASuKH7O3nDVykJCuWVZX1r72YmRHFBzXswGit5ceA5XMryDo11vlSQ8 Lq4DIn6F/Dw9mRq2IIjTHIHrqicI9KG7jjRoLZSh8QoCaSHLm0rgp2yFCHqJSU8XqYHnCU8D2GsU XUSqRK5IFhAatM3rBSocOO2iZqTWIk4huPI6yVq9EqCEgsNIGSv7QZvN7HfLWnT0WfTBEfsuozcK HeG4KBaSkqr7m0+5ie4ElIx0wtMWiSTQVOmiirtMnkhK7z18NqFhDxfIL/haJqOf4mX2i/SaC7h6 VZP2kMjmlBVgLn6KaSJu/3xf7orEH+ZUD+tSubNFoK+TSNmKQ+tlraQUE/nRpifIaW0I1WKfOjuP C5ybrW3RASzomDPD2ySjH8Vk4aIgxlYZRu5VaIXeM+ItwBgiLzdrIolszE2SCBScH64Gx+sYWkI5 vLJpEehhaXsNasXzHEhCSeT0NFGg0O9HfsXUdEmlAtnhXYjlU4yK2eOABRmhmk4jZdjgGL6zrgDM l8kuhxJGM7/qqKIPsK1mCfDpd/tDWkyvbCCwDvFFYTAcpK52pHbNKPmY0FzFRi1H/xXBUFoBp5oe s2eGa5pJd+pg0dvudvSEp+9eQtGJUFN670KAzaBxIXBtQ1D1EaeXLLhhq5lL1SQBp+KbEVoRF91Y SIlf3i6yuN8+RgWWyjUY5OEYqYxWaUkfpNWtr38qO7VDCatqqqpAlWUKFeKI+ozzMexW+XgydVJI 0+MOkdMhwCkrMUjnipU2R5WZRZIkYpI3THFIZ0l+6/FtgzercrGV9yCtipr3grGTgsRCFZ0l2BYC qngW58tqCbXbqK5uYyqgPz3bZOVmNR8j4lnJWGGtHTd6VSyqiiTKEmNvXpcGyFP04LH0Stire1Xa CtColb0wBQdKYEChJiILz32XAa6VjfBmn4E2Xyf77RW07EpNpoaYIWQS8ZSglb92Ilp4TDDGU7Yq 1vtDuPgjMXd6azVTq5qnyplOfECF0p/nmF1YTgJ+QymgQ26Ps5giR3goB+Ba6JQrGIjT0UF7AvHZ 6srS1HgBrNVIY/QggHQ5CApFFqPwGcqMxox9jnV20uaLIYi9hnilporwVGHXNH47KqMHXAmu65j0 Uz0/pTWGuQk43y3MEZBUBm3IFlT/OIGr252SpiiqfvTHHcgGP3UjnCwIy2pcFzngVvQ3qw+cOFRX ehkEG4vC4NRlHJbR5Cd8q4CbMZhxshOP01rVUu5DyH6pAuFdayVZjxC635FKih45lhfsyGDnxFjo JwGbRTDNtFVKVWG5j+aYpL80nuGCpHahiE37Ne2l56JYdlU4a9kr/6OaVs3SC3IqIuOv9KBZNcrJ vo6zySpRC8Q5S4tuuUxrAv7DsojTzLS5Y4ZHimEUPWxnJmQi/A4gyjucDsQ8VJMJpIWX3LxoL/LS ZKI3kFyQUZSrB+QmEiTa4mkzn+J9ZavqsS6HgIk+VWwK06jNx2vd/qXg8TBU6m49oAxc5GDAQqOj YLRiA5jNEv2iGTdR3+YJZue5vRJzsi0lCZCXyPQY3u2u10nkpmM7RVmQgJ0QyCpiJ/k+I7JCRmsR 2gY3NC/qEGITaukVqhq0iIJ+PPZrnYPIVEO+UZVGM1fW/+wVEeRCZfQYVJllG77ahtcNRpIftc+L sXCRKti5aK8rVLE3NcIeaiMC3aGenlkZdWQzTRMGZEYvzwrBmo4ZUqPmmOOda7S1j2f2qCd5xkrm DAgw8oXyXFxLPOM/ZpsbTjCF0RJS8lp4xYfPczsXaZYRUhzSKZy24JYhmCmH2AfG3NixFnl9C6sz iGmIAOEbwMBX9gr9fLKWYessofb+NelwgL1sE66G+0pVULVzbKwTecpoZH4MSq5f3/9g9ehlbxAI lAm5JQCO3UB+aNAZkkW9rhiBAEWK0jlG5g92i1P1qJoZ9Umpnt103bpBA/drfKUQOEusOXDLIiyl 5MBD7MFKSrDpQSy1BsqCe6FGCKPTNEcILQK9/oO2llTaNexCR1gmvH5DuZekpMwEZeGqMbSMKyRY 5UGPfwCad6FbUSpkJhrLoDWK9BwHHYbKdiuXsVa22iZJwuSu4WGGBKw8kYe8fVyWeSSVTS7THRTF nR5Zwxyc+jBCkj0Yl42MAOaBkmy9To41VvqIaUTkR+YK2tUbP8qr8lCea37O8Lxa4tcmOeDRTA/y GAC4VD2AQx6HIb7ZVju8n3yLNePkJiVF+NFELykzqGH6JlYMOqu2/1OGGQDNhgtVcDHE9+9rMcLd 0ld/JMM0WDE7Gw4qmmlWkeBsCndtkCgILVRVZQktI1afjR/hzUE80jyiBL94pavqZr0GavrZJrFV 3tqKNCrMTtwyqqqmaxJqjONfOi4eNVcI0FZC7OVlfCatJipFvw7nNYprTrKlScGjyQ1QJIGwI8YJ C6c+8KjmTpCgvB2PnZDApFu5KXWv2IAqN/tOgbjrxU0pve4NhGKUaaoPQZ4wt/VFfaZOyvxd0UkF rmK63lyqOMkI6WJYUrBokDDKJuZuhE7NA6MOwUWs1o4jBqGFFTCbtEKlfpVMlo51hVN7BOgB2fw/ y4xAaCCeLilazEIHehOt+a8uqua1eIsRGiR+ZGxanzgZJ2vSSWASyunKWi1f9aumIQzKQSl8zp1i gnhZd9ChA93xBpYUbCIrDO/VDKZiXKCoPVo9U7YflscURoYi9ZieeXBTrLw6Q23gYgEGcdD2Wl5P xQmQ98TsAX/5G2hNHMSz9zYBQfXB6EWcq8lQDmFg68jFIAbjR0kCCtv4gZnqcPWJQJ52hNofyyVu +RJ2ZtXsBiEgNEBYXTqs80btoCjPwoJblQ2ZD/4rBoUNtNf1+TlG4gOBOiTRum3oqWXwXz3tGQFe jYdDxFdqRGwG9nUPWOUDXur5QyHySnHdH1JjoR38YNNAJGNkCJcNoiCU93Cok80jwH9hRhGCIsUG ZDEuLDI2yvbXA57NPshnCTGjQDT78nD9kQK7btMO7+hMBp3bKCLjyArBIwJaSAIqhp4c4Q6R95Zi +CwsCg7lQpt5MYmmOeY5wbA44jPiGJU9DxbyxaXebsuumtm1g6LsVHekICogqz0VNg7YcuBbEtoG cbwn6BSjgTdRzaZ7igFAVBPH4s9Ki5bjsciajKrLRXaAj5h80MyMR/TtACxtCspavaGsadYlou0F u4RGD4VA2hAHe5zl+728QsCIxAJh01LyKI8yzWkTgpYd+kQqSb0gKuwWJW3GKOPKmg3dBCpugVWj U5ERsxB24qaB9NtpVL2vwW00bV9KIjK01n4i05HO/YMQIVfkbPdBnZsg995KMQJRxC+LQxmpoDpQ 4np6SkjUrQeCIB8aPWyvxQDoxBwYM4wL5cpDQry8njGYjAhzJedqKipvLDCL5YGMcG+66JzHMZtG BF8ATZ881+m40nTXSQVnaSe4W2KcjfE3Y4UZXmjN+Tz6VplCN9ThDtRv7kGWOsgtgz+9hMWin+3l SmiqOmEsGuZFfAhTQpX/FHTLLEuplRjBrYJVfm9lyj+QSfGjqqY6mNqssjtUrmxr1bvVFjddWS1O CavNnK0chBulq+0cPuqulYPFps58qCpm1R1zK05atBe4kWTHBYAyYtBlUlzoRY9SVp6D4NYa4HNB 1pCr2VRhDiDJRpyGS62W+F2ZTnusFWH1uE0lQgKr5gTFudTBrxkA+VchoTIBukCSFS50qoUBgCA2 BWjm5IGCi8SSNjZxlheBCFrVUoXTDdr8QxTipyg0229gma1QiSNyCCpNAD2YluyXqLBWhsLAlADj GvGmci5XgGQEanLiCE1W8m8ST5JEo+ReHsE8PYVmG1/fkCG4Zy4WoRJpKQD1Mh7nmFhQgIbNmlcZ lmawhPZ81gsDZuBG7RiHto0zr1bVT1f1akuNRdPqpgisBui/tlJQKWJbsnStemML6EgMOe/wWFHf p3ivjp3qOu5YA6UEGyFUC5VtqUnxUzW18sBWEZFtMcIjtjTHYdXjZJBWKSnZMf4oSi9+IeHMAAk/ j8v18Xu7eAXgt43mFZVv3w9b52+OOmkn/PXf089/ehngdn9Yi7w9Lr+P693vD68HaHa9/cuYr+fH 9edXd3bdW6ZsTfX+78kW/Xu/X2/tSHHJ7nzK2G5wQxlLu9Zbz94+aH3Toqny7G+ktbOA+6gjt5Kq At4O/WrXllR6W0GnRGCjttWcDgXR/NqW/8vd7urr180y6/l87/2IMlYNFMt7L0G9GkVYv7dhX33b dzu2s91FdLu76vStNynQZnPQx+VBCu3OzyVj1f6otuwjrU3lcKGWp9hX2L5XFvfSRIuwpMuHbfvH mgcrXvPnNso7SObyH8Q3joL3vbdRtNTC1noW3cncd+9nRIzqudXeG15+VY3INjbOHns82tpPS3Y3 3f36Xy8m3B6/3oyYFB44Tvjei7h7yvsUiFNKp+aWtzfov8Y/p2UN1OZHJIu4/ifGeiWiq/FVTz66 xLr2MgKdem3i/uuekXofhEB/f+v2QQg6ZEKOx9kTV9X+x5ld/RIJ/qv4G0HBH9u6be2bTB+56pm5 HC9kWDsnZaesWG+/2Gq+DQBhtJlIC20y6r5/0EpBq/g0Xhaa75oUciKfb/ZMeBdGHszZ3Z/v99oC JTruBh5DatjMP3MHUwQ+zF+09D/g5aWHw3jXYJuUyp26FbmZDYUxIR2B1WKDLQe5vdUDq24MmxWH Ws2UQLTXCkJrzwMKMXoLT3qsDLUxS9l7C6ewElKBWWwi8Y6dHvS0E9QLcB4B3hCl7y0NyhAKYppD oRkMGtNCc+9OALnlZyabQZKR9FS5WzLnwVZUR0NhLEIsiylHaAQ3RI04Kg+OHr1ZFlI8lItCeyDv qk8qlz0W58tvdCAF0QBSFs9LXGFRSarYUVIkeLglPZA/SEJgPmyVUJW9Gq7oYYzGLW0q95S8SI08 CySLz1BX1u9yDIr7HijAuyNnKyUqprwoKSJD0UWyrH1Fwp6VoklxClPSy9Ix3aAOYR3eVs26LE4h y1EVehBPWzBow2ojGrokIsvBUHN/4QAnEh/K8rT58kaJ1KKDHZLiY5vGg/52uok3xWZEF3aaQ5Vc 6I+hEqrSjAKmD+LKIqYOTbQZKxkTTxUbetEJheuaQgVKBPRzUU0GhJISjIK7rqkXUMomGqPyV6vo BVk5W7Nj95sOFw0NwdPl/FbLCvie5ppIIOViStlalkNSTab05wWHVwRn1X7KtKxStfCm2JWkXMTn Uo1XC0nRk13qNjE0pcQ18qdN8rXNSZPSDK+emhrodvO0clAPElNJjtFZoDlyLdXYSo1xJxPG3zHZ kMIi5vTsTQDZY1/FXt66OQXDQrxEmKG08kTdK2Kbg886ldnffBWIfc+l0VSv17/CLCpKK6mhgpTE utxd0lwqXnlXIl2N7vXTi9XZvk3chJfW/GxFqu3cLxLUwynKxlfgJC6NW9bRIRfKQomk6USzHoSQ WZl/C0VMuq3OTn2pqoAeZ8c4UbRsns6cStRtb2375jQ3dviQV7y9a/rii+qai+28HNut22duHkoG WOjcJLcqw9GDqYBPhvOPb/IyT7E2FK9uW07q4R7PV43rzQgXjykqalev05qF+II6FJv4dSpJcKDw F8+9F8PTLCCYrTSSi6rNek8JPvhatUqJTQc7tMR39DT5ch67Hny3j6yMHHDnhXYsm82ZN+un4+Nx b+4cUSqOniHAdq3LkAluB50wAMbQ4lgLQ5aEZmnxwiYJvZJCyOCPa4k78avLHnv7+xIcrNM+GJop IZtOaVWBxDIlbWewTBCjmCTdqjMo17pqR94dfrFkWzlLyBlrPTQ1tzEg2OvKHDZ900gT91CYDw9b PN6aP7w+kEG/QQUQ4TNhrkkzM8vwEIJTEnAVLKluUY0JNwBy3ah5cotlpfcWiIzSOn4ZYz5c8o+L kISD8H6JbylT0FV4Vp9sL4pUFDhZpm+jcjElqCqIccHIFlgaTTvXjbCny9vNrMt6mzSozImVNdGT IcRNCNH6V6hZVQ2G2G6ECkDhQUDSaY0agdxg0x85fo3nNGXABSvGxgDgLoGMskFyH8cGJCzgjnP2 qhmqmmjjYcEooYL3pskFaJPaCrklGOCtUNgMItyGjT/OQhFACK16aaTh1d+07POBdwskABY66Cby uTCz6W+Sbw6CgFkwV0J2a2nFM0sJ6tlDFUOrhTfDXbErZCpcN8dDbbBjMJQLr2M/jMq/iDiBQEVW 3dsFbFN9xPOaR7ZWniQeRr4IapxggaF3OgT2gkoOBXKsCHTK895lCBbRrwLTaywc2YWMpl9DxRp6 nlUNUJii4D/a+l5U47bHwYlJhWZLJ4CA8xoFnkGRnW7hU0j13JolzInCrYv0aozg7hg3WPD8DQr6 Vk040PJ3/ggY0OQn+EJD7+CEfySaolGtPASHxiI62kkAZHEBdBHvmxL14slXX0jpeyyisNITDlv6 AUNQgXCJRb7Ai4NqkZDfh3stQcR2sGMIcpu2+TWldR33VKV2wcIHHngT3cImTdIbG+CqeWQ1FWRX K8Iaosm38EerBIoAR++WJJEGf0j1e1fLeenMwhUI4w5U8QuQ1gDCFREbh+IpuuFIx5pned7gYuv8 2rFhiNUShgbek81ZuLnkUMLIRLFAqfkDp5hgjVIcdNHkt7wIZGVfbI+DyOhYe5dlUAX3JvIhiOxA RUXGG5hk8cbKohm4Ko8kRnVIHd6TbvPEi/3zpVUEeDHn1cCs3M3cuJzLPAtGBRRwUobcdUmOSUnv zttYJyPe5qI2F0qTK/70mq+5a+6NZGvTQEK7KkNGci6oDL9qQCvLeoWKQZY0x0BI9muuj6pqAS6V p8vf9BzRSHozW/SsLkwX5Njt77uZD4QtUjW7iSo4hZjvttfqi1QKAoOUuqgCAJoqNei9CkhTJIpo rbuVC2gv3UJDskItzDNaC+Vl+hBDeeHWXgpjdtqGoRQWVqzQVTtdaRIeK0TIX0t9CfajUyphpw3V crYOUujPexvP0K5qU5VPgDJPx1CvZqO6/7THtvkj8ZcATseplbJCfk+X3BITOjylL7W4Zc3oIMp2 QuqsoeqwCRIdI9grS35vjxgcy2gSkX3U+vBHwzZsdJEW/cY3DVtHNlUmxQo4UzyEb15DPEUu5KPF 4p7JJ4ul47JT06htsiUdeu9FthylFLpsN2cWTJks/1HLju3lrpM8PnFdHk9EWYYHVKrakMA8SLep l162uMAkjBYDGQeYaHMvLoqseHXH/Ct1Z2uItEvPiOmL1Sh0oMpUIt2x22bNNmBoYW4eY+1p11Ss ZZ+zpiYgqklpIvtpnojAvaOBA5PusqMmLFkqJrJnckxacMbhTvbT4ZvoMjByjLYokR2w4USEZL9s LyKxmRobmDw3RWZxQkaAkKsJ3HkG2sybHEsQk/ps1pXrAkhC5m1H9ZO2at8jIZ4sEiK2jASJo3CY q8TnywF5QrGy0BNoLDcE4MIBBBYZbTOw+sCswHuZG4X5D3w28QCi8gEALBvBLNhakul3dlLEN2pu IkkQTT/efjqwCCIXVNEKaevQoDRddOj9F/EFbBYatYqObCfrgcioL4JoULo5aWe+hEKkm++IKWRA 0EXQIlqpwhQZXqQLguI9HcFsPOrIvUiyxIpd0wxZ+8hobW8KDJRHHZnQG1LuUVDfv0WPcqjauMl8 QgPS8EVm5OnlDq0iOQyRVxSMcJOxU6hrFadLUBgAf2EX7MrtTbxRhXHdlE0xrhJ0eRQ5U2j2P4zM id5U/1ClT8gTBmWoaHI6PS/+/Ly1oLy7MefDKOMNeQtuMBvvQRz4DWm0x0zuWrfcK7FirZpqRuYv XDE0wy0LR0Av9LVNdUfEkAUKdmD05eadiIwzz1AhVPKxl7WipVHR4Fm+p/oFh72oopTWiSufDkxR hnSdz3oLktfBo8pkB83eHyk4qDx6Fa/Kts7Vf3IiHYdQaqY8GsEPEcxahB7aE+uNkmBBxVBe3RZp BTeVwMYq3KgIKqaq9XFGH6tT5l8o8/l6/gUZ1ah1Wz3TwHD7N2zn8vrRsQc65KP97kaqlnz6rSi2 F2RUGTuRu3ct1TDwCtideVOhdMeT3D3EBWzDLjIuEKuY4o3oKAiWCs1FZb11KjJhcIk/ldFymxiw yQrb3NXOZ4Uvvie40djnz+2Vmb6zVfaTsWHT++E1yzx6x5DBspF9YHaARxuGYRQg2PtNSMnPitCl +gVnUFbpmWSoVHs3IWRy8zcDjDBmzmaYJdzKz4t1/Beh/MKFDFk/bJuwS9zQo7ciRrEHBmmqC1YX UcjOtXwI0ai1yVE8Vg7k3cIF+sMcjYKodZVdhPXEUeQG1XWWQ2VfAAE7msoKCSsnLZKSB2H6V++O v6jyWMdRiSNTmE565I88z5Cole8lYJPD8R6qtoGz+EXUnaPiVeFWwNtoV/ZSN/1VowshKm3pB8/h ImcnPElyBY1uB9EKD8Bhm5TlnN5zqXBHilLdwBKuu/RkRiDjlVa3pgy3Qay10Q7aLd1dF62XhE7N vgWYhAdi7NzpiIwEDRtBKzoDPacQS2ZcFycCvmZhPEJ7IOWGtkYPHHP3Sk0VFrg/rbkrqwjr3i0Z lKZayiFnQmQLlbFIAo1MIQaTKJ2WNhjE0CxXr4A8QRbU0rvkomSICtvv2MC681dp1Ip8yG484kNh giWdrjm5eQY3WNK/2/mDp/1f4/Dz80rQITaXQgLGWtiirJiCIWJQzzCtwnFP1TizqYbQu2Mh9aYD 6PSbjLR+XCWGzHVIlWRJh7yik3nUoT50YTJXTa/IXPBNrqarqRs7NvS2+VmArPKS/ATlamwtTaZH MyCr+RoSZkHG/+UAzf0yatRmAKZsaa9gwcCaPrMnW9cUbRhOlSJUJXQB3cOVwYjFg7Z1oW1TUtPS SlPN+3pe6rAzHJmrPKP+Mj5TdJah1NhWbnpgrslSB9KJRcOFQ2NwlxW3grYmQWEBPlUD/FDLQm1L 8EK/yy6Kwk6No47tSTQzrZTZfpBqVjlGH6ytx2a/5ASbivod2RkS7lAkrbGHWKfcrgcPyktrfGMM QTlrVy5BZAldocxXPDUpdnFr61hBV+o4OYhSYdPwuaE2iaw58ians/eyH8M3ucNgztvqP20p7Jtk JjpUpdA2DcUkvRMb6pAHZvx9LhHQsiooGmYLflUYG52knG8l6KbLPZ8eVUtiwgL1SiR7NrEoDqpk MAEPbLrNYLI9DiRqOJMiX+2YGpDSpibjoB+IRqjyV6U9tU5WTHhN+HOHsJenV5vK4kCFDsvkmCC0 z4VzKImTwxMgiXSoLJ1Xw/xiOBuRjYcf2pSaeETUkhaYVTZB4EgmSi2cBTOmbq1GWdlcMPHRE3IG Ux5hE/r75gIorzoF0psvgLOCmR8GcEN82XcbGBUyFtFcL68wF7KEY90BOQ2hl007tJ87e8DCqFHF 3xxW9t4yruGbI+BQ72VXrSGK0cUgWxFaViixiRcwAHYsQS6HiAzP+6XwAzD8Sdr4tUQMA5uYW4Td tKV5nJmLHEUPRKIZorcE1sv/EYreAKc38oQwfbsEPtHWu0K0TKRgp4eWRDWBFcP9LeLVYZkfDSpI ksASI8PBV5LTokTAMqBQ51LjOIpwz/mmYyeq6aBX8wqTiOk4OQ82WoJhIPosLiSf6pzZDMrhcimV UEuq5KftFKM9iUjYSkOCT3LvSvk80aCwimuwSkzjs9ZHbiLu9DIfyhffDRDaNx0vaRUftJt5SqZi bwuFS5BSgj7tsS/TYKn/z9O9IDSyK1kUHUaXsfkXYKjX859er33Ea25dsNNKKb4nQiGlXLRMyDyN ZdcJc6ULn44toScBBiZ9Euu5TBGVWTRrS+/eEw5XFVVdRBUe0cro+2aWU0TlQYiRCzItN9FXrtLa U3swyLKVtVA9DCn7yAvZNXn3z0eFzhxOmodIsnLdkEDUbXgpddE81wMp7vGpXsQTizhiBM+FYvrX V2E9gOpRpgqUIFoJQLIAY0KDuIUVJv41a1RxcsLBfkCCFIDsA7mEocmpwUMqna9nO3C2fON2yUqd RAzu6t+LMdT+eqPANtblso7Hcj2H+TotaBpuo4adzRMnlDRNbFCJNSyWpZV8oFxxK3TsgLwSFItO UwSCfpdjn1CK041Ls6TiVRljLYXfkKo75cYVMEv2vE3L8csyCbILMhckopwF1XUd80ede1f2B2FI AKTTOoxPVrwreRfImhu6U+elfXXTEy0JiyFTRwXO2uh3JX1lUp+VFAnHoROCEr1bkBT8zuDkMPFC REFjXBh9VH901hz0YO41Md6KQG70LdB6WsjgIkx1J3m61cXxrbl4xy6l1B7wKfzpKMF9KAi5U2pK swSeyprpZ05sM1P0QRm3j6IyUaBee7PWdl3K3o0MbEVaatoSf6QIWkjNjhuqOcPHo7tjvYl23Jd7 SoALqq3Cp4MY5CmlkCmhG2iiegcX64pZQvGotCoAlMBa5CUremuyGByGAXW+uUsiBzVttA5FoJzb 5+8GAH7NVCAeE1sw8htGQ3PMaVUlyJ8sE2Iytg6QRKMGRTU760wJGy4Ubxranhe9mvG92PUiBBhR 3RZhptAodJNAoDKG2KBy4VIgMM3U1fbAaNoDuJ6xHTz6jiVb9QxnpgrjOgLHkAjoWIbFqSKGTTkF PudvtrvJNBkxfZ8UWvTdFpqgXzGtiOxenYfwhtezPRjrDj1iGZ117g/SiqoD8aCv+WL4WlGlXWcA oWdyGYBVqmwtZGAhTBfO9VyqmkkZJvEwIwyGOazQHKmOUiW1ck9+1azbLnn24GZ6DQDZgtDijx78 C4/ctqih3Ij+TuJDp1asC3PNUsh3tRfuV4ZEyDwNtRpobS6bsXG6Cizp+vyHWEwxlTaLsoTmeNwX W8yVp+MA2y01xgdz40GhwSlkIT7XRoahT9GlOkx5DgGpq4XAIRh3iyjiiKmQv/k5zgvKhKVpj5+1 yOge2bQgY67BV91TghoerJSXdSNAzBABW48DtNml3BBQ8cp2VRpGPwsETcp85ptDfnfYsurwKyct n2wVJ5HzRZ5NProrIbeGBQpIrrpibNqAEFAYcJDiJu7U3M4d7vPKLGQ8y3T7/peGaC5i8UyHCNJb eXzpMiS0M0D6arYSKq6tjDtV9QhbcOwnP8xYVrJtc0i5VnqlRV4aVWaFJ/YSFGUpKQD25tcFZfhM wSILayFQGE7YSvT5tS5okf/zfv8jkB0xci2gROZWSuFfWMZo6Cy3DKvEnqwSsAGjoUjIJhWuNC3H Vuiu3LFqidt033UTDX3vKQ9tMMcOjeL/wiK7qAQKZO6WM9pjFk5KJJlEPsxVT+guJcvsexJHN2Vi UZ5RYjWvbK2chDJ3Gb4I0ef5MEhmkhzHyhmpkIlMSu6R3xFy82goXcQv0MiGcuQM3hAsH84kCoKH ckJJG4cepV6jRHsv8vFCf17TPIs2vaVyxofCkhjzlcjIbrlFC6IdecomCTI7CfWbvZnk2Se7FEop x53NTM0riRNry5zQjTxRPkGQj1CSZjMXzMc7nuiKOzFz1IAdqq2HU9igI3GNDkhDyw4voawiOJlJ dKBA5QVmXJXet41kM7lV733mYmGoNIHATfnMPT3X0ES4Jz6IGP/ln3lOAnGX6Zrf+4RHVULxfHHl bpNcFOYORLOikh7x1UqrLrpdEFI7IHdYw1kwJUcxYiIhIsiD80NeQiaEyAR9dMYIy6KZMDFws9U9 9Eu9fvTRuGU9hErIwREb5vs0gx4ddO5LCkr45YeaGj9F419HjCfoZESEMrdGdYg03XpF2vxqc8IS A90XckQvBl8BE7dtI2SJoh6/QJVmcNuKzjJwaGkQE9fCirmdHZpYb85oylI27FwIvmbipORndZgX ul+whMgguoCeWRf+KjgTqGjikyahyGommyeKJAVHIb3DH/yD2IXTIjWTKgSLnl9ORvqxZdQ2U2+i wI5P9fK7xa+OXtosys5Xhe5/9pGWA/jSxvb+/jhzCZYgQF+UhwaG6Y6K2uYX4oMEY2BnlTKMohKT y6Yqq+zhnmQQ2m28Q2ka6sArAsagh60caifwxaGL8BVtN/emKbxrRkkhXKE1QDvLoFVvvDbc/LDl aYP4OuACYd0VOQvBfQ/mfqjcFdNwYBacYQlSfjxXq49jtXfHF9udrsbcDvlyn6SKUZuZ04ITMRBE Dhgc4DoKW602gJfkoJfilsIVkjMODJonOpFGI2kYrstFf+NjC9/BchARPTjHK2Yh4sibub974oJZ FMryDZMFAvRxGG4TRbLl0RNccGq8PATmlguEo3nQApnr6vkFUACr705vzgsolde0E48Mf1GLaYmt CAFA/ckblMiKu1KpIh7kkTnwJRHBlkKfc94cWi9SYFlx+6YCUliVF4IJY8lT9NB8QmK2eZCmjkUC 0YptwY4H/jSuSAUhePfqpmF7Y4q3ReGe9Q6n1Li08MxUIGBjTl0VooP98QhXxIWAum1PpOLGHoHf sin/LKAUazmmLLEkX4/5cqoQVDBKOKE9xnFSjCZAhJFMTCRfQ4KNj2ZboezKAtojwMcoD/EXRvBI 4j2qqMPQ6tQJATDg9OV6VRDbyse2o6FB67HdkYBanU8ZtVrfqaE6udW4PvaUt6qszKW/bfcJT3Xe PpfmLLbWSJxizeDNPDMLjAPhLKSTbBmdomVaxLAh6Ts8ROUC3nrk1CrGVTNwFIWrGmLwwOwedhfX yEPahmuq54zZsuF0pcPMibU3Cyh8l5W51FjbTzsRkwmUEbWchJx56waaO0NDzEIb4jGXIlh10VPr hONv2mpXEhLUWUmj4zIUM7tD+KYpzSqYimvmkjqsOIA6Oa2DYwQaV6BQXkFu4TFB+p1F+2gzO8XY Ekbac2/dI4YC2UB9ZQO5vpWgJoMEmQmwoaJd85DK8y7ETkGKv5I5UxYr/TI5NSIfxGKP4DEb27gK lAopRrL6zgoyHupWj5WQzCqSIt1bA8JFwvGq0F0ikpSkGbZlpbHEXyy2+GMDqTJLXW+jWKaHL+KR +CJAxbdnKn170XZ5vapZC/uPvnax7aM1RkuCbQ8Yo2sVyfqBFBxxAQmiWrGSNqtt65pss0Yplrui JNV6ux161oNavSiCMz+7WMtQei0HcwOmcnxP36GqBO3xahcrj8nY8wopDC9i8HwFYTyFbISLMMFA g7XI52Ie1NW9TWhxnr1wm/hpDUNHZKad4no5P78iWAdWk0HKkPnwxW0FbomlDXUtbfgezyFVW5rb 85ZYKoeVU8Vm5axZFLH63sAqOhjMtxlDe9v0rD8vsie2UVbJhtN5qxC/s5ZSTz2kSVMk5LmL6fNp 1re1BvcRar4gQFS42JeWthJn2trNBgx8gm3mhfxtX4Qdm3nC2HK3UJSNzXRLe46Py2LsFNV++Vic dV4Za2e0BXUO3wykKooSBKZ5PzcXkTNx45V3BePil4jvxn5B/uonYVE9yZSKmaZFXdddCW+nFLp9 K61mHT3X72sIqsxXoVfc+AYpJr3NF3wTdPfIe+6AXQcaVHApfZLvRZvEStqmQ3/kGDoWP+U33Ly8 RMuTG+S4Y79exAOEVabQCF+AqZyBmzer9w7lKtQ900QMIouEoUqF6spYkEKgQUm/L3wpr0CSY+v8 NJgEoE0ASiIdXFk5RvTeBYkQRuVsfquO2B5WQf1FJ2jr8RwJnlRQWiWvsHT6s4xFGlPqY0tG3G9X w8kSZVeCn4JPpRr1GNOl8qEkacuB9KhjpT8UayonJ0ndI66T00qDSqjQgwFs2npRBkj+WJMdSVVj KIKjX5KUfOyMKIOSsrhcfQbZ1FQWSl+x4xOvfUgLTCMtJBb/PJbIVpvR0kA57cxpDxIyr64ZSAa4 P1VZJXv1yaKaLOsWZhg3vHaRvirvZzIRAyebhsxqmpWWeslgSxNXU5ptuPZVGBLD0QpQSoCRLD3w HSVg7aA6U87mmwVkzOVymbR0Ls5YPpUJre5vAjITrYqM8njwyDxhl+Sgv0uFHGZpULdFPzMWZMql iWddWak/aWZuw6nMC1ruWIOiVVEpBnPtQhb6XdYXUwGgzYjdKPVqviR4FYKwUFlpyBxYSJ+KrfqG C9q4AjWFOaOUDQF3N5YDtfi6YEfgRcxCZn9Mylwu4siMvDayQU0ijTImvS15KzscGonLbce1lItk D4BEQzeyDf0ioEdmPkCgkFe4p/TwJ5kixOWmGDFLehlbpEeJ9cMSM6RTUWoyLGdPs16QmwSp8O3O ALt7GQ+BeO8EP1xCYgFKdwqG+PGjk8Hd28eNpQVnyE045Z7lp25OO/rXlebrk4nJZHSIf6lPbULj weLaFp4nzEy3VuyksepeX0xOb92aQkPxfCQsNTrBCi6Z3/b2EEgQXZG7VD89CwrltjjN3fChroAv ZHgWDzu8hgGycEiZPVlmSlN5tD9m/7oGCZwbFMxWQcSRQ1jUdi3XeYr10OpGJKmAiwxtXEZzaMDt /Y5RrSekyu0d3hJHBJYP5y8JQ4MvcScEhhmu5X8+mOtwttJ4Xs1gSL4eDAX8fQ6PsEE6QAHNtwKA sZV/CL4H8WhEz1ZvkUfx1WQETQOMvOZVUcBygr7m14HXBBHQnXqs8SrjB9ApaRvD0OpsSXIB51hh jIUo74ntczWtgsekhDySt13THrT60AjsQiV4SqD+esvq0lPfoYUVY4SrvhesTqA+TX07Tvnue7va YtfTvsNKI4Pf6PTgr+daSQn2gtOe2rVvGtBVEqD3np8F8IAXMhPF2dHaurZ4FvgXhYuVHWVji9rH D/azATDd16IhqJP2Pcq6VWfL0KbMoobJb/vgRMPWDnrw01o8EDplBkP3fHFFAdx+MRXCtBBQcYMk aZCP2DWawWYu2YprtEAhrg4S6cexusBWtjQEzq4HOAIHYeUxWJTRZO0cOUDJdZYqBwjtjHMxOy9f +bC8+Dtt7IFWVyFcMxR3d+C5JIgjlfNwpyIvMVJQL6z80B8Sm3poqW+OhikUQTzkUd92IOurnqFO zdigKQyI4SjIkB7TUn2yyRIxnluv4hdkE9yrUWTozBUsFcLEANEmVgnCX7bcpnWmJ19y7zBXb4Tp M0dl4rr6KzLYT/OGNnLk23jNv2b5JWwuKhUHfXkOdNMMAgQndsJvOt9WW+zc0JYHJV+MuQ8jhwUD SKABKVd1W4hKnvk/2cayHNeMSNEhQPPSPiByrrKQwtIs3JPxiuxBevCUlukQetYbvOhhqkZ3Oxjx r4/MyvXhTjWFDuXAiBENxaJInlYctQEzYfJmyQSeqoxuShP1aKMYEEK/gdEy1YrVYCSVQozAUVYR RLJYesJacEf7jTLU6qEA70kQpWw7myZmDy8Qa/nX1J3j90Ljnu6UxC6RSPhYhT+Sz6VDGlbDLpcT pVqVVmF2L46JIBQvFIJvVHLSsj4VpxIS7GX+nnxGHyxyJ0PBxOerzaun/VZVAwT3tpG2vMjXuGkH bSSBOM5lWE6gIdtlF2fOG46mWcJCF1F8tVggLfdW6VjHCb8tL0FzS1FCbXYLe+mjFMUvAtI0MSoP khQa8tgeYJkSsnmfssKmFaQCgANylpGvFASZLiV6BFt/A5BOy5c8FO9TBIeQGNGnCVwgkJ4JFzYR IHNN8zpTj5Dn5ap97uZiJQMCx81ezU5Ta3EfIPR5oMRuAI9GqRJapI+uPFWqbcKfFcwrW0cuWaC7 +AUazCHMcl013AkwHkaQ86RH01PZZtaSh5IHgf3dmTyMMNyoEl5vLFDWp1e2WfzPIMELdSQTxCKM mJDCgiIjb2KmmjkpYl0zr+xVjVpbHEkjsyXyMmimT14D4ZwIIIgAtEkAfkGseUdxVUSjKUj09cjE C8WJj3X2n+bI1YxVM4ju/o5cY7d3RY+2fjnxwBdE/pg5udghMLZDFzwdqrDI0rTJdVFDq85NcHCC KY+zG16ENsdDJPNvDfraGpbsGI/u3zbtojEDttNa35FUAOyIB1vV61bBvAM8TOVILfbuwpja+Off H3mRgMstHFaulm5wNwtx9lxtBxU9FppftLEfvIhm57cb9Wv2U1szC+Fzs5GCLKJZScaWGAV6cbyx tHx5/yfA9sWIzZvgDD/V0rEbnh6xkk5OJTOcBtHx1Jd72l9RStFk0/gIa3+5bvCEGGy2xbxpmg1s BMkhfFhXzk7wqJYJbNO5qelnKYlfjqrQAH9tmmsGl8vqtVwIL6TBQveW73vL8FmXzGGTX5akf7Hf N8m20u41S+YbxMRivQ6UeZ5BC1yZLUNFWsbBxjYvRCDjlDe0iGebfs6ChjIjBkbSpXtu4Owo5ggy KwGsc86/1PbLlQyJeuAZwaxNcz0JKChxSzNfNOCvHf+BFOWa92uK0wTqxr4GNFba3uBkP5pCrjfg 3K2mmaxsXxHVsgidZASyoozPqD1ToGMWRl8uprSeR8AGas+LDjdZQcA1lNWLzRr1uzl+56t4NAAI d/x7qxiTAHkghUe8O/Jk30tLIj2CIVHTDY9TeJ93Y1xHnXFEnRgpfpW9s1+iq70FIDeyuB6yeH/7 GfJsINCAHgLEK3MqxpGqpDEaCsaLEHpsI2dLTqRKp+q6AK1F8zAbgAgcgRXWBu/FJfmq2/yHDAgN tQriUKMZq+JVYZk1gC68l0AVQfztluA3XAVuZdwt4Jay6HDJpCSdsnXsGgKBo3TX4J0ahGMqLpzR U0JEH59iGVlI1ojVLEdMETSjnws2+w/5IaTPT3plMUifFYXDtwJ2U75ySGlE0aqtrozWr3C5hIdS FiWRVYICOrTETkgtCJEQCbfGVfDTX/VMSB9nni8o7RvTPmW+hFIIuAG0iiF6/O2wuCUqSMTIKxi3 tnHWbCpqabReolnv0jExSBCMvsbyfwnReZ5YFFUI3gFonTIn5xDTWp3YtnD39ojzYdmorT+9d4C3 i52lKFHccoOM0CfVAqqQKuHKNntMmBo7h8TInzokHp2rSeoQWRFWDVeFVocKsEVxqWU7wEugMxfk tU5SMhllncFQZph4DBd5pShDnXZ2Y/BsD5DDSAb8FLvpfcHWiGzAcXYVdHHlU6mG6iexJLZIUghp IR1/cte2W7uC3uJ86WGyozKIjTxqobg0TVzsooUDxZcWE+TDOJFuqsIYVOZANr6giNyTTV9oWWJM 7tn4MTJpLo/OQrIVRGCTN8lVTBZcKrdHSPmtAThUUxjmzmwYlXRwNukDmatk50EewpUiQtCnUjWi eCBKIqWuTs94+3yIe22avLTnAK1JyYukHyYzaczzDlkVf0evPZ0QgwDZ/5S6vKLj0aOhhTaa4TsI tVJWT5pSrlJ8+UwzFO9aLNGCCpTao8iuDFfsnzeytQmaV/3XP8vxuZ532gYjzTitm1S4boGoQ4YZ or4Sus74CTFQtHkGq8jiDVd1xQ3WIzKvii35FBWQZIPknHKzW2V1h4vEg0UKr+kDdvFgBkOwUdKT EEpq1EHEGTYtWY2SIGZa0YDrAMDNFjB8/Qwfk2Ru7xGis2Zf7Jjtx3nrBN7xlwc3+gLNHjegZaaK OisCoY6HNVJmA+bWkZ2KeraC7NrgWq8xRgv+EshgKgPL7BCAKLkuIn3Dr9/4dXJvUtWPEZmCRVWe YzFEM55eMdF5ANnUpn0tahEC13F39/MTxp/akgZ6adpy9tWCRcJGAO/2sc7nEQQANFoIlW9jx4EG bkzuMZd4UE2BTDqIrvKJbAZNAXYoRbN/HIlhklvumiGlYFablBJg0qHkQXKMTHRtFm0iudWZjKd4 UBuOxyZBePtbuGvqmH0ap2G3l4bvkLIMOUECby1DaMRkOKXabue3sMj7iF6AFm4CFi4MF3weqjWt Fzp5silV6VCCRzp6AD/3DzVFHbYUFHRPAULP/SaYhkAZteJ9cW09RwWNChZFT0FWkNSHG1DldQEI wgAWzm7IxedCtN40d3xWaw+gtTJBezvKC/jI/uG4JMBA3gMmCYIAts5HjOuAohSrmFi5NW3ghQDJ FoAgeHjSCLgmAdzReQTgBbwQQkkC8rz1ioonWwLRrCM/AlcWj2dGSGeMgfAL2L7Dbo+2nSgba2Oz OlByM1LWoPOGlLcETrOuybs0BjnMCK1JIC8PD1qHK1uZDfTt4XHEXVq203wuplt6YcZsWPBiOqhy oGj47DynPm0kf5laIBy1jAcSHiU2qYvlLYDKiHIy/lLWxGKLPzrs3hZdW/MGLFYeEaCFUbc9oEow AMp4eJfzY50BAqxwGzWtnA5SuPbYBJHFtu7g3m1KCFsaigYNU3XFc0BsLLkR3IcbWydmzlw7pyvC ISNXs9IJ2P0MGHVdG8aYODGkIVQWJguAjh+50izEzoXP2C0Stwzczs3nh75O2uroCc2FjpAVIj2+ XeZYFnEhe+vZRqGIcpX8fakDlxZah89BU3lAjPJqmkC7NWmuhXGdcooDg/kA5TIom+LCKIbdhYI7 TtlEySEXYpY9HekCOTNZxQcaAJvlwrTpUulTIamSw9ThUmEgGIAgQbfuScNlVsFNqjnkBsUif8sX 82ReTB2sj+pzO6kvj6lWFUq4xBvIUOMMtISR1ceQP02IKC4PzfiNKF0uixjS5J+snKHWJ7Z0OVeu r+YQpdYqu24CBcas6uE5pmZb3qxeZHjJs+6bJWnsIstS4tCdn37hwuRDX3FTZTgCuVKZu7vYcLvQ zeiNZ421ZVPVAucjYqjnrN1+ylYmUtzHYjHatKQWUyFoYL7U6FZRwZ4+6r/SmOmXwc21AJgZfzCl L299ZF7UYpdZTEJuxuYuZcFya1ru+eghVAppDmIu3TNNFetAhEm9EZMOFptHmBEkk0ouBDnVYdTL aikBj+//MpHbLr5JbNOixjUxa2Vh2+20WA1Bj9UKPBLl5oqExEvX5uC99BR+/PrMOM1cMgJbobSp SlZUEF3o0CwXy+Als6kuR1IzGKM2Dzblovy+KaxEriuFmxRlYTeGTFIXBbI6rv8VkMW5uNWcmlsw hrYBbA2LOpq08pSK0z7WedGGVQV7yrkZAxsgL+RVDyk/jCXcyKWbs697t8KMmXdMCmUA8EgYgkLv aozG1dd8k0nkpKxZGsACceuAnLLcWhqrQYtWGMVfGuk7zoxQbA3ayYjPZQN4ZTJwG+dJkXvyDt/P FsxbIbZqwsNYX3409prammgTClG7XseVlfIKGstOOqcTI+0nJCRqSJ7TC1/aIoI3OZQ2TE3JpogV BxUSNOX7mFn3pBELqZ9kFdaMnn/nsz0b1+GxvmFMsxxMC0ZTLaUKQG5tESdadJBH6EkgbcXE8OGJ WxCdl6FTCkFy9g/wgibE7Sdn0tW3OAufdaUP0y8cIGDCaTrAqPSTd+eg+aqBxGBeZDdJgNP9JTPu qU5Fy+HSrfrkk9M+2YxO3YotvwRu6zj6cZtPgGw7YJhCXVhidjW7RHgXOHwaB/gMjT6SVjVzhJAt NDayFIWmW1HyId0Zo9JUw0eRYREM1aq0G6XvZNETay8PNT1g15suLUOLff0aR1/pv9pjZFflICBo 3PcAxhHEpYeaspZn50tU44daJMo5DV3pGI+8z8gVfFOZoksCVLrP6LFa5kIcB1+BvFXHtoI8t6XE UwCKC23jTT2tMug4GKlSVJXDuBZlWCwJNOajXbsIR17NRBbixJdLxJ0e9ZyHljXiyH3xq/6cGRcN gsAUNXfL7dXBSK/t44blVu3e4USEUiv0i07z0G7HRMgubwm2OSp79acA1r6elJIJZSp+s2QGjJ7q nApsZKrznpYCV8qG6ldPsEUXlci2oRqsVGSbVzg3+Ofbqbw/35///rcDnv/9u//7X0cSfznC17Zq n6sY//v++vzP93/ujuf9vv9zbK8VTkcGr4LXmcnqkqqSzndSm3XWsC3ZgByg3TuBxKhqnK2P+p4/ dOC7x6TcUqW4umFHGbc0i+JgUMcaRLJ6ONt2B3dwNrJzkqu2OcBExViZt6NIuBJTaen1W8kaSURR ibsBWxW+q1+3zVsZXLN/1SGdxtxZyt/fb5//FBmtQ1Uo5sXVYp3QgoYc0xVmiEK1ZR9tBVuRm9IU eEnAYjRJe+9HIVHHtdTu8/M/SNMCv61Xi89FkM6Qjt0KqhWZXU9l1i7V/xUjX5TfxfKKyT7KCcAC K/eomjeZX6tRImPQUdhuRlOOI5ZV1SdlsqjWqcbLNlpiYiMlJGy5B7kZqmKvf0DeD4SCq66fDQYr zjM+wGBFhq022fAR7A8AW0OcrfPQ/Eyi7u6CFO9lqMFlP87kseGnfRUL1oMBn4RHJZdBbf9j0J0e KGD3IJQHERIHCl1CLrMqv0TY6q4EUrUHgs2t7kDVxOp3Glct/stMh0CHNLIcvJWYLeKhVJnW8D2P sNyJhI/WyFDe1fKBZ/aYzTYP5L10O15oD14HAoUCFqBV1VNch1DYgu7up8jIzzPBW89+EngLawhR 1KaUgIUp1A2FDWm1BdDyyTSoAU5b41CzJnDGEtIYUSu7+ktHup4r0XzW3y4I4cTgRTbMasODaD+5 wdlhwbhudHEkS6C5JIwXINIFQu8lSpvdVNJhR+YBBQ8Cb3JHbDVjS6ZCMK/9csjwAj+rVKdb/RTr oFZEiyRwEkRCMm/kL6lv4Qe0MU2xyF3y0O6lMvivYmF+VLJUlcll04qQtGmgyZMGfSrp8GNgpK4a JPKwSKU8kw6Twb6YxhzMkPGyaWO3qEYKU606MmZJngym2YoJSDEQd3ImWQw+jGSShEYTlrKaKode MTnBSLer5TUCWdhZvS8lNLVCY4W1zVK3yi9PaS7XvFQPejLnMvPSxkS2gutD9TdzPpFhZ2Y0UyQB lRbpnJ911YRFY6wqzsjoFFyiLkIx2BTuxWZ59+DcfFXnJnNRoQa2k8QclWlOY55HTro1EzNXrsrW /7qt7yacpT6TnMERRIC+p4TTVcCsHMcalLGb6bvbYcreRpv+UGpSWSeb6WurncwADf5dNKjS1f5h +UL7patVIDlzdD91VHHUwbU1lPoUjjs0rDNyTe7p3byXrkyOqIwG6lu3Nh43Pooq++lGK5LQ3usa qqU335fDMMRlolXGMsSSD/Sz5wpcBgnriMJkx5nPlTRJV+iugiEfStUR1uwYYAZEyYQNlNJ4zZby a2a9fI/tG6eVinLxUlOfocAmY4mAj1zL/jVrl4jxl8Cv+tH13NnTCVxSj6BMB01nmr/oOJflyXy8 xKuRguAc0F+OkY/k8m4EGQjOvL2UQAVQsRM52Nv6nRqKi/ABOSXxOAhDeTcOukHoyX+5hob0JemR ojX6/EN+K6fQI5knN4ZkglAnshbii2YwkHkl8L62z1tFFPvPqwuxaYT1WzqlCbVQropAfhk7FCrQ 0WOKzBnz/IqcFY567KV00zUDeW/cbIGyArD3R8XraCstJHZyynFl3anedMzUdh8xQsW6+oymKiHo ZLQZgPKaSo46jE94YT7D9tkDIXC3HRs4v+LYHJhBrp3dGVrfHEWVi1nNWbUp58YJu1W9iVMsVc/q 7ztv7ZRrPFS9r2zML9SB9EMgmSizhk9o7zjbU/b3gE3rAknAMoqLmSYn8fiMGpInAaqFk4m/1fBb ++BBgRLiW5PqK6hADwRppcDrKkg9CAE3Ou3HmgO+cnAdoZaHgtO+xBDgTGQ9k9AzPkCjJyboVCmK HzHs2nN2gwMVXwKo/uR5oB0eXH0ffeEeeTf46mI1dmKvAhjhoNSTEaBAzz3TkOou8V+xzUnfvvCI 8NKR3nrOqGPOK3u1eiZjbwTaDLlGhG7Jnwea1fJKVaABJwr4EkOqEsZE0YyWzmTjqqjry2J61oBT oRiCsbNgLaDWktnh1Q0Eo6dCocnC4FmdoOjlOW5ZhQ/rtciTYfOz7D+u2W6zCJdhTossBLtZtNH7 V8FCodJIhtJMvXhK1RJFeuzGKNGAkt3M/dwkcAUjRsmf4VNYWKhDzA7YxJCrbuebbWrSifvd7FX4 BhI5IUkyM0J0rek1l2qEkg8GAKGaYeWsqCyL40U1CG0+OyZuCIYKCC/KysqKxAQCxspzSrGIRYwF VrsMrXBcRbzSiAwLhBl2DPpbKazVao2rFegKYdJ249dJO1hKcCfS0RVj5a4G4Pp+h++EbxCObkNF k8GY7at0YtJrjILAqakkKaTSRpRBG9UbNIj2AvO6chM+yZ+FrWhpFp80krem5UIkF+IEAavOhG+R YhQooYoyflvGKijUcdbiR8TihmEYtcu+SJpT4akh6j/jZDkF+ygM3aUWmdqSqPUlGrCBqKK57CSo pTLaD3IyRYQVgKIzNNkAg9S+qkBLF/Gr50VGKs7Ik2SQGFEcyKC5NdmTLOZ0LtVnfAyWxxUW3VNJ WZnLF3qYLGbt2SdO+Qt1ZqTFe9m9F7pMiMUb9kSBFY7RWSIxQ8UYkcRsssraDVzGyAo1p0pKIWvC r5LdVoEMoEyj3Is/BtEcJglxXzQAUDUND2hwj75jkMx8SYe0h0dlz6XE9ogiQ3XIlPo8TJGhJ+ZF 6Gx8LKmskHjTtzdhPfFq4pBSBmkgXBbliUgKoQOq51L4NfvIWZixBqzZpKktqbyKT8kmynt4XsUp M4tNl7gwAzBVbJKk69L1jAf5Hpfwx3/oE0qmYlcAAnqO43XEc+bfFy2xxpLzUojCPeslpfTCfqo4 Nw8NzLI9n+uJ3DI2vxsva1de0TOVgGfjme1hJ/siXfZGX9oKMfrh3zhnKQwoAG/tOMHSqprqmY+4 501m2Fi+xDqAKi5HZWNjgvuOkWzJp8Y/7VVsckmbTPVI1JweUuhNDyEmmnThz6IRBtxM/6LM5rxF oXgTEHngINiRtHmZhmxFrAgzMynN0DFYoDIfwvAkiMPSj0YhQB9hHTKEXW0wPQcfEBpt4w4h7tI0 7k0MmU9TvFI6ffCaNOYmkmWvveBNuskSSsutC8dbCRApICqf4CkO/iE9giDlk38nKSa3RSsCwbV+ 0VOZTtZHAgtMScQViNA018qNq/k2TqPWClECN3rpfHOinBMCMJ9x7SHUZICeQlQQbE2BRSSQXPg4 tNspITOrMAczfFzYK1hU+jBa5FCfMUUvWk2MhqJTR/Hxn8hGkWKP8Ea6bKiXBV4uIuq5K1/LTMxh veVMTh4wrB+H0s/eTaaZrSZqgE/PnvVQ0TAmkhKy8iKiMvJI8UFPXBSrOExIpjpgcMPNvPkJdtyd 6NQtVGDQWgFnShpt7VtDJdV3llCuU9WAa7sLSih1EmObHhMYMIn/HLC+u7MVgcCmInY1N3ypN2DB UgvaVhlQIxN1KyWRXX4WWFcvaseqZ8WyLBMQPkM+oRB7y91LeCKILKBN9kLzpQVpFoz7hEnbvVMu zUDMj0pfhAAZXYaFaR2Z4EHPglrwEN6aRuinMFYMNXQz1gyxCahLUmRDiDtA0z5h8GU2N38Vgzqa plmGnVSlzdwc2D9+SMlsg6yiyhaLS3Gg3uFdBTS2lfCJbnsVmA/vZSUfohJfoxqMc2csA1DA1YzP QGTIeoMdjQNhZqizOi6EFMDApjGLwiST15RGOVC3ui93QD8bs0/MfahC8yoI5T7NRMy/bKAqrHgt WinPQkjg0A5qdmHcQoZ7x1JRH9pkz0ZCEkENmL0jgcN9UJdBMk3esRrUUQVu1JrckIm7LaDwDzgz BywpnpfQxarEzN7B6o2leq1peu6TTSqxgmJ208vJgf0LCtwph/tiq4beyIgs4iiQ2X1tz7CC2fdq XVqrxKrr+iY+X/T24/vivrWpeKwqp0p6vs/Pl9lVb3ZXG6DffrRRR1VhVTXVRhXalwzacboKaMOo 4uZ7kV9p7vXTQ6mKbGpmHt/BiYocuaqeIQbJNgTzDz8rJttf3bIjAWBAWU9BuPWFys72OM8TZZnJ zdigQM8q5dr6OjzjBhRG6BaD63ZrmLZua+H2HiBa/xH2rLSrmN0nipftxlVY9syEpIIJdXqYvcNK fVbcOmHT00fOOSlVzqmbx7bpv5WsqsGWOghclsycK2e7ohAe/UQRpvm0w8d02JrXXZ8tjEGsorc+ V8vF9jhzB836ho68v+qmVr41jwCxLDxXaU7hWvkbQOk+zXESOAt6dF8AUp+s8hCQtLy6eTe85hJc XrLBS1wOw+BZoQmCWBMr2y0ZNpXLL90BeQq8LZCLCs3+hndwxD8exf6LjZDBIO2XswAJYRAG7DTS DQQorjvnoUEBEaerqpc7A6HVeVxsgJCwKQ+v9BSUC/M8c5T49qHZXcat1xIF5IGclkUTh73r+NMz E0nyeGwSmUL8oi4xpbPySDIza3GnzDC7JegMxQvrjBGvjFxILwj2XYbE3QGqBEJATNr2pI7od0PP kHB3Og2kio5NKXvtftoyUcrkUsRgPVUaBJEQZqFCCCjbynLLeOsMEtIPCQo3IKucifLLp42vH+oA UuUaxXD5J+kJ/UuDQpWiDEJLxumueCOCIBD+VPSTtMjzlEGgJUqlblVQRY3sYIrc39Uuabng4pNi Cv26pwT95cKU2n1nFq8+hE4tTDMYjHpvRYHa16dCjLt8DZxXqpBo8qfpEsoMpr6xs0bEKFUf1BlI uUHvyHY+hLdoLnjhyJ9L6fcZVGOTinO8MCLbHNg3/lSpUQJpOHlLWzf96UwGXKq4yGBrQVoRHn1m 93SmGrHpv1cOf6sChOymfsUTRZhqMegX6FYHVqFS1rC5iaHqXkskVJi9VRippNIVgzrnTc/u6uun m0QWnqvI6Obx8Y9a09UXMTnjIbYNJ4k0zoVY9O9b8MioSok+kmS0+fqjx4vfWFOpwYSvW6qM+3h7 cCcBqgdFjJrWq2MlKGNfnVR8uvVNbyh/sM3SKRz+EAVK/I5gqqm+pBeVIEWdiGqIBOr/cooaTyyR 21c4EcwkasQKX9Jg9azqZprbQVpd/DQFDzvoAx16tE9sW6sSr3OhKSD+bJE6yjG55eZ9yzQ7UYCT 5oqwWT/tIwM5Ih6raASWxu7s30T306UGjvjwuzobBig0z61Zh2LAliwXBbBM0s7GBjs+ZSj4DZU2 7SigG4j88wKDsj0mCg53ygcPyi+0yeGW2msEAHgUaJSJQYyk3uyk9D76K9JmCJl3k5cBMkHzxG5T mRze4no95vKZMgWPZ8bAg/BXqTCHrRoGVKc/JU+Z26lH5S4ol03N8lpV0CW1ot7Awact1qgKxesT 2fSIMzqeqLsSwC/jab4gQUITJDK6hInHl7YhTn8VYFElv+J153/qyjof8J2fl2CKUTUgJGeJMwBs 02B9GPxvFcT8neuXNZKyF4kbsaaECMsLabQUDEFGJe/qORWLEleAqIuYiz0kWobwvmbuO9qJHixs yigpNUAsGQTcFuF0yFXjiieAMsSvRkGRaLua6OWGestSZ39hQt9IxqTw7DAWluxf1cW81MRZwyTP 7PMiVgZzgJU5db7jK9l4VaWbGuSJ0tThpIH7+jPk8Fxzvwdy8N2HZNL3Y4Y+HIVM/MejwaWiikcd +iLGrl6N6lAbdzvZhvmmjgAgQu3IjFPuffujqyj0sdEM5SUEhNu+qQ2H3Ih6L5fK7wPStoQjkncd gjW6tpKEG6OFEMjQmCkSwu09lMjSKkSxY7RkMH0BXZY4oFOLmDwtzmFaE1JijO8OB9IXfZfVKLTa fsMAKJtpdowP00CEMOa1Uz5fXi9pixk5PB+ewTSdsUwvhC+k0TGF+lZLLIcA2fuxWWdnshA36CAJ ox+lvTVJ4TUH//sdtjDLQNk34LmDsI6VdlaP9qk143Wzih3ZVBygU9LAF1fRPDM1WiIQSsjOPdKn DCSCylowwHbzKoOFJdYckehOTCOEXdmP733YVNDEC3jp8ups8hd+WicVUqR6xBa0MUWNfUi+OYuu ZRbcxYSrvImH8gpOZLrpfFFujvizKoISYuafyZigiN3gogy0Se+IZfaEjgj8DyKQZbWoSkGk5gdc Lh0guDYpUYI5PqqoBD9BTR5d7QSGaYdAem49KMjSJQYIYllNjm9mrAfpnmmbNq7r5DzlKm1MFHs6 IwJ9WVLT3uSWZZWWZlCkiiconMUhSYdsBIpTCCnEzNSUH7Usg9NAOWcX+NhWoKC2ifNMboYnd/Cj DR8PZIc8hetQkX61LxCx9/hN8oICT0iHHQe1iwTFY9xhhGSSoRrF8zKwIgvKG4tESBekkj8T/X2c BgZIsRodA3HghCnv6dM3XJAly27ho2aaTBTEpXHvEiS19jyOEdyK/vpP336OD+XXIX+W477Mhr9p z8yyD26SR+BdJ/1DZ150FuIFLCqwDTsw5Dz+y/MpKIEDHMQgGXvFQE11Y0TjEw46dc0yyAtbMY9o hAl8RMSsUb446Xq1aIarI1TpnOEiduFgEmMRrJRhRcWYYQaeRGAWBJSF4Neg5XCM8vdvgjU8MjQI tboZO17poy/dzDXe/KXfvmKMelNHj7iltWRDzmhxM8HJSZK2FjWLXI5Z55zs5clDUm5oQEcr6ChD zRXqKgX7dI6JVhMYlDdIoY1glEeoLrVZQxSLowxDXdjSgKnVUhqa3DYAo5j9kRDIBY6NK6aqOFFE uJRjzmKrJOddmY3pW+BtIXArmDwFDwUjx751kB5+WFH2lRhytvZkPPmybx5Fd5lB6kYVcOvRKtQ2 NFwIB4tqIW9ppgjEGnyvMpXBc1jskUC9NlPxBaSEvzCUFFJg8uNBrmcFIYyxH+RH6l6pL+8qwQA2 CyWaFLYyMBF03UakcHZ6RG/pdTEGdb++36YEyxywwfpzLoB9xlgczPh9SFSWg7GEpGJreCt+kp4b qCl1ZxZZu87CqZyCBsXrIM/KYjhCBYHvgcq43vVyITawTxlWspLPEB21OOtO3wE7PJ+IRVWDwhlp +gwFsIV1WWSlONaRl5iV19cZdJiJ/FJZaJ63bhemKa+hI9htqIKwJOmlefKR2FJS3oqI6C1AIuxQ y0QFWRxhHmkk7xkaoq/W0sMfJz1LFuyubc/SoVYKwBaCKZg06LfVASUMvRYANJ4AqzsVUybISSxL BS/x4pXY2LoS8ltOFTUsCW3BVI6vD0Ku7Lt2qBMY4NLZS0Cc1QVufCf/WlWQ0nMvOInOqoGrVOqg ik2z2EpgVTfbyUzKRlBzQImeVIRU2NQNGIgy1O5BvaBeLUJQtl2/vZyKk3q2U9GQCkp9aJOLYC8A cts+VxkYX11VcqkEv7SC1AV1BMiEbe+nQQoTTKuHUEhFOEzpXFUiQNc2IZnOUJB+qFT8X1VpSxXp kwFgp1ZqKdRbUWW60qmrbEKLRGdSd6v8Uffe6hpNFVGOXbMQHdVUD0hqu2aFWZRV5qQo5Xyirt6O qpRcPYdCtAZU7SzUUNFFvaY+9DLWyooyJEJrjISBrATefa3ZKeT3xZQr9FletCnFgmMrDMyUZD6f nUoPDbWXYlk44C6VBCt0m7vIlOiR+NzU5sZkyIrioIhIiCrqRAEHDZ18kdaKgjId4o1O8kguOLa3 tnIUfjl1Wm4ZgDl53WqGre+KUNSnZaKtMI4j4m2pEQ0F1Ohv0kwmrapaKO8B8A/f2VpFUF1TiZL4 WEq7QztPuPVNNTQCkynGRqLDvUPO649UleSIrzUadTM04pjYCbV7ShGVhZNnmorCaK9K1mZaJVsP rlTt6kGbtgX/881DfTOjXc9q086F/vj74zAMLzpw4W4Tprruz9fHP3d21JNbDK0sphN1UreoxVVj 60CDjqnonYM8rFSzgw48qFWHGtrojIM26yplo+J3z3PbgpW2d6QYXTjVQ5/O7XC7qrB6sgd/sqNe vLTJ2nEFir4Kih3XrKxchRzNWG51SaEbAUq7WZqb1GZR5beDAGjB/nOkV46sPunUiMq7fTtU1UHi zx7aidCS9rDJdwr3RJICO5HlDLTR/chRyUzy7IJtcmbG0L+SNVrKO9gL5EQV77esEBaGc2++HDPd PPe8pyWeCpFKlD5mTFGhn2N4aIBiys+5iH/iCgy0LTlTgE4lAPy+FZAW4IBatkrMBv+0tQ38eyvB UBolfTCToVXdsOklVVWXzV9iQ45v8cvrqqTZ4by0UuYMTnws0DDcaiQk7CmGcs1yeYblQ28x2frX /CJe4zMiubv5DTGRcDUj0Q0BaaEgJGp4y/eTG5ARuAU0dwed8DEbzonw1bKM5dQ+DLJ1yOPipfKT 61QsdrFQ4SkHYPek21OurElkSmsoiC7y5kcMhjyoln8FaHoqDLkdbW1CtkRYyWu1Yk7a0KSQrm20 5uZFHkKqtowe6ANvEBQmpE2MFHpaU0uZXAJLbNBHBuKISmECCgrmquk4tFOLFiuBWH26aNEofypA kTeoPVGU7QVyhDZUTJKBkpG0TPJG91LZxyhNPIRMaxmMm3KgMSwE/qZmJekEemK67JEGaiA7WsyA 2NEoEKVechP4lw+1u4lVKrkMvNBjBIF/+X9zgHbclWdJprLl5kegu0YKErJfyYaemzCUmNU5MZYy BdMifJuCSbKERPbDxNRY9NF8yhUzpchuJsGHGBGbQHiTvDJzJQEm5YMzuYsMhEnqL3LRpn7O7PVc bJOrGpdJVt+111fS47WxTGcqDZlNMH5JWrXZ1V6bJ7niwGKVBeXdpWaeA1aLeHBcgMOEN910m+zb uOXXjqswl5Vzv1eJXllXxroUNlFVytC3jptnIeNtQ0u0TVwe/8i8EecsAJRf7UKOPcWm9iKq7hJX Qu/3xf5q4tWT+GgKsBL5TRVcrVsxylnO6haaql8rGqmEXFSMqzj/uTpqQG/YQI3Bmyw0ps+UyKox XG2R9BElZDlmoxRRJix7NuUgsYRpdqCTbjLjMLrPp8hO566kYxLS/UvqC+HEy3MSBMVlmhUGsyIR 3d1xJ5sEFcC19ykfCFFgOaA0nbGEMTWDh1lbrXtMrM1aumV7xmsJxryGEsV4JxGoCZglEeQSqjAH L8nMjw7MWftoNQPyMjGpyB91KNUj+Vg4MKaE/ZqPYblSFOofr03rWIgO7fikOBCE+itLSY7NMzHi DxUcdTAQUjVV8YISjAQVE+08k7TTr2vK+0ZsYpKHzLAInRmYjRoNgTRG/teMJ70hvNkA5VkHieVo zsd02ITIp3p8NCEyEZsatwjCGlkMEt1oZo0QxQLOlD6yWlpJSjy6+ZsixVRWmSVJpOVu2fSpjAsZ 9N71v0xNTTjL2ezLGLUnkVIxtFV8wQPDTiKCDJsIyqhH0KT1LESQbetUHlChth4yi9ChSS070GEt /R+DbQhMGOGyzpoeo3m3kKQbfU5HGQ/b4qbhivl0gLJmaM7cqbj5Kfcnc57yajlMywqbZr6ERiQM qecFlG7Va5NtNV6iIDtrSRcyqkadbuPdlHkTQAxfKcDlACsYzGVpykguNGiCfIib7JYgkn8BtMoF zwpnAm2fNBcXgHQFmkqg129K6z4scm8EV54mZxhe6WBqxSCl8ejcsxUiJDm5F18KRIYqHEK+hmNy aWu4BLknGqoxtJuIeYU1wKzjhqdBnPICr9+xseqMDeQz47yPDuaJGpRo9ZsSmb5EOIfviQMhuAhM cTXIsH1uD8yo5Xo1K4JUhUAB+nqOUxuxl/Kx7vnNpl2sVKCWEYnDqHJPeudsgF6qoqfVDXzPAnFk cawrKxt6sgkCyMBcKlqmIrLukIXcpbdVlyrPJzm8I4NdV3x2Fc613EgmAWbT9Mp3aiJboaGOVJws yrmYehPYahRJPl9yf4RuYidlDFuMgXfWi3iskqqmxBX8kTxBaQC3tMz6SCkD1zOfStSFfG8X9JNt nuMmsrGMY/CcAvFKsdk636kvv+PKvGM7tyM1RE00UhFib9Eh9vio8WUyeV1ZDMGRV47jziKZGJTl FerSEbNqzSKbr8eWegO9MKFtfoSz5CG+cjFv9eV6+cCxcP0k4VyFCDAzNKysW4fZW+ozLmOgxDUk gz2ykOH1jQQcS5HFggA6uWS6TvoAsrU/7l9SQHKvvkqAvvUjtGbtb31zB/EKw5ffSOgeLQABtouk lqiuLQA9PFo8dhdr4f63l4s9/iK+K7ILoRzbwfnT0/+48UFy4dEGq8Z9JpSHh5IN1W/4fLsa4E++ F2ZYVx1UMUGiQXBwewrXRLOvFnFT5KCTCU2TmQohJCDhMtAivbQJmyklXfGcjiCKkbWLYwSk9oCd YCkIgNdVnjPw4y8KgmQv4rQEGUXhFQqj8lWeUDpSqbuMyfCuAuHpi4l721SDCZK3ngNtvjF4V0sx jlLYzUZi+i8jzb4DePxyFSBjBUjoJxaMtEFGapG3rC7HaB0KxKNa7W5Cxi3YqIGY/WpCmUulEgg4 l/6QPridX0IRPakKZkBZVExnlscXGWc3ErR7zQeRtTTYJIRfYAy6NRutbtBT9Kza0MRuXLHS0btI wkFkt2Eb66Zphsp/WXUlrsKBoZ0fDrWU41ipt3mKzmsUzXy/jSykNDqbYbq7tCTH55TNScwCc3TZ tHmRO81Wmov6FPU+aAriN+EnGST6pGkFX3DFm54F8Ip01V2bE6GpmQg9xezKcTFummUNaFDRqNq2 LX1Ix3T9FEjdjeoSnkSqEybFrkKwbC54541GpOPCM48DeHkf/SY9f0Kq8vRCAII5cSRxXp+iiiHq EwBix1en4LkEYYUpVlo5j5wjnilSCDaluBN8WDylAhQ5dZjTrVs4GDxaWS5DySzDeabPQyacpajI 03WSd1OQknsWILKwbGh4Po8teh+rKEfJkNKFNJu0P8rH4jCXMAgPZygopLK659T13zQQ1CtHtG2+ em+g3sKl4URPjeu7AJHXZ774Ixm9McK+LcV/RQ9iWYxISTxdvcoLGweoPLnmiTMqjOiDSPx2Z9Yf ODMPzRiFi7iovtXzQqIMHfhpO0zzeoIzc5yWM/VMBm9knwdnjKCpWjoLxzQrvbappI1YeX1SQgf7 Z3LkkBp7TrWLEXApJiANs9oTdtovlMwpCFJqkMtQirDtJjcGPl7+NYETqG99NeECGQvNZ8j9EBI6 tds/G5/pr4yIKc6Tl7UtT2lIXaKqBUHIbtQ9PEmY4XFG9R40rWhTlUJNpa9vwGbFJfxW5Fao6AkK /FWu4kkwq/hfQQWbbWPOF5hoKRN4Rrl7MeWiBhwh/GQEud58tlyI+Ggs/9eXH0S6+9mXNpT4gUdF m5SJW3dpi+bqKrkhuWZ6xf2AxRBtmOxAWN5HNr6qVWZiKEU334uXwpVVuY1Kpq2qWaYOjIscRWA1 50KSkgzNAze8pYiq38YNzdSFenxKKbOqpEVndtURJbRSYUvBDhfKdfggDjJcKb5CWaVsdFdeTS7k peiEbN0ySJyyxx53r3KN05iSM6w0n0YVCatjpZvqLlWm3GjM0NILxdfVdlxvOzELr0IljWD/mO1J kIrcyqaloJnHd4hY7TEV9nBeZWD09Kh7UlHurCAX5qxGfQcOtkMWlMUOzKnHEr5SJ3p1xcpIuh9D q5KyBwlevXiL/jY6ElG2xAcFvG/60C6ZYr9KabbpbUv547cS+3+Ln06Gc6yEupa6ld2z4NuXQqgC Wqh9//hPW6bVchVwFZBVZ1VPWwtQ5bWP2EkWtgvfPxzvZGezMrDCsO3NdeUwCoXair9vdjWrP6vI Vye2zxjBKr22P38rCjvdoqOb1a+TbedNODuC7FqOsVPY0RdfTtVQRlXqbikBsyrXuraqY690xxns 6GAnT1TUtnlZQV4vysut7LAkFWOkK0p32IXb22msTYdq+ObEzvWNqDYu24/90xIQdpxboFh9x8U2 LDONvrPh68XX6bjZ7fko2XYOh0chushkWBlzQarPs21lVQrFeks/CrSdxREzLUdQqn3dKbihq5CX m3IWCsNnCyV8i2A7RIXmWKNBH21bJ0CPiFAtL632awhQyXl9Ym+3Y7Qz67IBxfPqn3qshl7VkV6a fFhQoEORseHBsIFaNPFaa6E6AGyZQ+rLSTlh7gTJQbEI3zKNXbjVMP8+3+0RCJUDF96lVbBQJlUp u/WFJwCq82B8jlPVWrTTxA2ZIcmEycIfckQCLhsicSzhySVO8yELKspwpXBJXmdQtxKDKMzpIUBR wGZj8bR8UFojRXINvnvZVeCQFxXLPI2iOAO7igL6PGmAgVqENTZpVQSq6i5BjuUFU5y5UuuidtFd LBYxtm1APtG1OTJR4iLkLyWIsBBbh2H1gqlqMMLjYOlAqYKGYHP5Xo2XlWuMEoNCUtrkzwWmwhx+ 9k2Lr9cvGQWhtC+uRLH0QV9F9DSnK/bAggtD9WpK405aCzdJNnExjyk59RNJ6VagAQT891dGVJ6F FwPrMTwqRhhBsg24hFeKVmdvrIBdA4tiC/HZTrNXkgcpLITAPXk0FQNB8t9Cx+kuIHcv3giq4Xp+ qmTHtK2AgjgzXHbEDLI33GR+GPeyxTsCqE92+PxXcQzV7hZ94miGUbxwKVuVSeUmmxd53ENX9ZP+ 13OZukBcvpd96pbEmn0h4Agk49jchgVSkAQ1UeiZzVcWlXsUaptktzlzs3hCMAgG0dAajXsqZ5Xk y5FqnPzdScSYogWcFvFluehCSTm/RE5kTa6MI3nHJ+vqc2FLWDW356LljR2JkL0yvIRuup1YuBvp 6kD7zsFKLQxGEz2V6XFErBjS6FkW7rFZzi2vI22W0TEg2EbwKWspA5a9L0nYPrr8tyDITnqmNx+u pJpflOE076Oz4pxJAMNhaR59YninAiZjzMN/OdJTZUn6DwP4QANXpQsEuE9fTo1Jx3ViRp6TkJv5 x668OcdN7NgwncdRVCRMYtFLtRx9mVRGZu6R9rJtU1dNKqzpJI6JvPQ/tCmVIG1tN2vQqfUGEGMe r5dMl0fzaztqmkf4dPVy+tT1tdppk6BGbIkDje23IcHkM5SJ2tLj7MHcWknAZ/q2jVOSA3IOAe2D UgSIEbwFGhvWNlq35HKSe30aowoBUWeGpJKNoZ5BSWbUH/ouySTDQBLAisJAslGkytVqKpQ/Ow2l Ywx4RlVIpl06rXMWTh6XXKUaQUX0Cmhnwwz/CgAZjlZNB8gg4ZNf/+tB2bLUnLfGlVfs1gVORBV4 S33ZUurxWvTMrEv7wwqPElO5zKHJj8jDEqyX0/py4+ww0MLbPMvOvIGVGCd8FETElPLV7BDNUiym n38wFQJ8ulU41RVPRy4xNg/NriBrpx77sUWQrJg4fbmaTBIy6vMqPaW9qH/nnZyr4MgfWqor2E1t ho+CznzwNCocc3MTqzL1/NGlWhduwZHO84LqMCq3ZILa7mfy9EssCTcPQo9PR3f6xx2nllWUJmgA AkoPmIGXUhcDcc+EnI+1G4fY5RKLQU0KKjNqTEAduqiLsLdZZVV9b2k62C/5bJXe43jBOK2UwTZV NLVBUqoq56Vz4pbDBDfQN6LlBjwIDT5HwyDdVS4J2uzub163yVcQVx2oCjBBGQhhYRmWE1YyIV4D Gtef0uxUEsnNETYxsMAUhOY2SEnoVIk4gluWgnc6u9OjQOfKJhcyvTyntHspFjESbMkzYjI0pkWt uiOuQhV4REkKNnw8wglT6Vlg16ir8EyP/Uq3mjCnfpe0TNZ6k1ohFZ9pe5x5O6soNOJ3w/qALMUm H2oJjkzNMhItTTtlrrFIaKSKXg6QTeqRkNVAWMvCShUaBKXx/BTDCI1CWgtnikUsiuTC5dSatA3Y 0CU5NepaW5XQnvrcPb6SbnaWAaMlbyU2N3pdNAJN9q7OsC1rVCgOF/3fehybr7BpnkxqnCDwNNSC EWqAhuE1WUkKKTwGFwmtJDga1aPyFKiAo3KBIC7ZanoyxzDLHUIep2YOJJaRo1qK4i4WVjSli/Sw TmZ/RJUVUVGZOWkweAimD1IaymxS5lVO2e2alWYVcdus6CYXUocgWPlCYJC6+Gt7EuB8vzW1hQcC cMphzRA4gNE4fYVC8D4DKya7vYibVZPRYlRhS4vUjZdin770iJZ2iBGv0RKODtBV1C8uBhaFJ8a1 skk5cGoiliJuAiWi5EyN+vcvw0GNUYKsggum6MAPdWb3yhH074z60jQfFctWnlqixg7Scct2fYRX uf0R/jiKT7LuWZII4Dja2NwOc/BspdYlHq0QgREydP9/dYca2mQ4BKn6Ad/xj4TIrMvmeUOlIgam Ey2TpjGu1uyKPn3+0VZveOtl/h+khVJAx2zYhEuADmqaZLXhK6cLz2VsTfiWKjw/enSXCfW9byFu 8BXlHR4Iq0lpea8GZdNKZEFmRpa1YtY4+s3nEZY9qtkgRJ/B2NCmqWJmkzMC5x3iYQ9SvjyUNgAm PQdLPDlY/WfXI8w8DRk+z+aZAB7zLOlryWUFrU7zaL6Y6QY1SDhjxUvt0aww7mTXCjLoN0OshoSB jd+EUbxwMZwYN7AxxJbRYbadWvlnwMksebGdfmToP22CWbGLQYVj5AttjEqC2KJfjRdZbKuzyFi8 T/SJBghWMuFvjM8vFR4SITJurrTFwA21iSRKCY9VGKnyuxb60BVvd+oCFgkoxiv+F38zMw8IswpO nHnoJr91vSqSG+bnugIPLnIPRCLXg3U4Mu9pTsofM7me1oEJ+ajEQQMz8by12RaDMQCRppsqpdm0 vkqiUJf3MmVmzWebEVj6cRZBsEFSWVcVC/RYCwk2lEYjkkugllTOJEV1vTVRvcuRygm5HX6aCZTg o7v/DnBsmWLZcownbS4GTiGFpv7WmiaZE+Og5XACmXAsGdhg3OSGzqpjoSQYR/O0zyRNskhntkGS BiPiAhSk0WXqiCdvm8gcwMlPdKFxKjc2tAkkpTPy0XMREeJdG4dq4CMG4nXaBF+AULMynZMAlyCn LyEHaeS3sEHIBCUt9ikGItIQB82HDGssfQ9sKErc6aTNLDaazYe9XKgC9RjhchTH4/giNzOe1LfM ZOaaRcWFewX0Su+sSEZUjEuh2PFVkgcTyyiK3pgYqEnqWKvSAkYQScs5P3Mn0qybTdSUDpIpyghZ zKH2EolmFmjCJEkSnOw0gZN2gZ+xzeLLh+O/E2+o17UmDW5iGwsTmSqlWCAjVWxVaMq6lLSlhdGH Jdt9KxMZ3/EYmR/H88SrRTTaLaaxUSBc5bwcQC894BflsEMfKHeP6hxbJTdb/pJPK+BEDW3LQVCn SBvy6lRBu6E3S7UWqV24WlZqBPJx4aupXj5P0WBQx0VvNWE4FQM8N01TXzpFi/7TbMBWdOuZdSPr UbkvN82TgugSJJtdUS3nUsYTQkIjCFMwab+ul6WgPoGfnqhX+lMUdaOxHe3rSIrKyF2vQq5Lquzk CqXHooI2+lGVFWiAXer21WDqjhJ1cjZ4n9hrm+uVKt0GUBoLZdJohzLEJH7VskEw+bhBfOirufrm vM5wprOdyGBzb3s3FU//3kv/Ktkmow4RUMdW4FXk/PzZd5Qr897VdhWLHUXhb2VXr7UvKClVK/Oq S58vWbM52eHI9iD/BLpNFmTIHbvANUzsncrbmVxtA+1W+W41KgyEEJGnrX+WvdJ+VV3/XCJ2XzoQ xBPXUnsJvxsVe1GM8irDDuXum/4ochzhg45Q75CEvkHOy3ZQMyUHLPvb6gZla0X+PiE/p4EYxcwB RyjTvQArZjMGZd9OP65U7AYx9+7k5UyIYqr3Iow0Mim0kxPdVnR//5lCnRVPHOnOPywQdesR+Imp sgIkd1CGLwVufJdG+6HMS0VtpqSRg6vZSnq2oCOHEdMbS7yzUOCkCHVqQ3ArnWxy9S3bwc/zl7Ji VW6Cz212zjmJGL2JkdZLhBrCowH8uvxAvzLcWCQ8XwdZ8V5litq2nVj0YtHBzl6JyiJCB1+0+pL7 iGKadEoQiAMsfJAmG57+ixpiECWSCBjRV9mU7vRftSy1g5GmZ0nVCVPeQofqCOmloLjiW27NiuGS HwPC8AR93LMCYb7D9Atr+AsRPH7SqxCgDVxAoy3i5RnuIrDAKr8mnIoVPi4qsx2EywZFS5GnDN51 mg1/ceveTuzEF9q4V7MA6XcTUC9AKoNrVgV6N3mx7GvhW3scwELJNmiH7fjy1oqeWBDGG8V7E7DC VsMA4mL5reU/t4S2j62qG6+qJmq5VGGz7TfMwBilN81JXCc5pov4BanQv2BqeD8guinL0aMefUpG SRSY4ruxYGszGKQ0HQ1qZT+Ea0qpgOZicyYa9MIkAFPBuLgKgQs8omURCQS7WUsW1dChPRSI40Tq H6rJnGzLQ7pMKf41HkJENmGLWDePYNUda+t+vaMtiDQSCfdC6+XIMyivVSY4+CJNTFNXWkM/J9A4 eQsM3ZrlFVIF0qZHbFLbvotcwNrTB9kr7nIrn1UJZsvbBkAkJHBu3gMFzbUpqgBEj0w1e84sYge/ omUmmgmImfpzOXbYbi54nGg+xywhETwSD2lHZGmFNzyxEgUPJfOtiDl1jOo/2mdROMAFbOm3g+uL u9ym1a9mQH404uCCJclI+UFD7h34dL83ODdoiSFUZ9OIRxfBFct0WyvPbyay3kQQYJP/hIs+YmLC y3MHGy7Wu1VLuuC7dGHdjuM1DIs905YcM9dOEVSykVrATYOiHv9FAY0NgWzmgSfQiiWz4NLXYCc7 Kwdg5sic/S/gk3pbL5YgWefKdpRSGVn3zuNLYXhg54MxZ3VjFeN2YlDsljwqyDA1q1EsFokZpKFL eVUtSniaO5gC61rF1cdtwWpbSHmrvkpSSq2RsuyrJLDqRPSzhnwFSQCqgZcYu6h5VRe8ooJV52jt KJOSVSgoDVbTkhavvs0BUXjpic4OBlGWbKcWuNJAmVhXbjRpyK1KuQ2gO//ZfszmnZBg71k5oY6i y2Z120LaTIhoxekjgQ4FqMs6eXv+Y/+drbhO6JYL2jqEZRv8PBNqjzQu9LXTeQmk7N1evUrxqtft 3FaeBl96uV0kwDEUGbbq9U2B9gN7bUebvgk/CZKbXXl2+iGHQNiIJw5QuBvtSAsfeWQbcUMdP4Sc BpvubMd2iPXY90EPRbeHDdeb0bGbK/MKGmZUgZFNx3mmHgI31OgcEaSMSNd6vCG9Eh8s7XEDjOkt uTLHZlqUBUwyvEDNxiToGRyHdwImW3/81G/ziypIDC8w5As5RzAgojBoN7eIqWdgUd+hn2lfmJFW eXd8mnoU2aQBK0NxMiIJwKnaWHklwXhBC+JhxvmZJec6MgMrvAYEjXrHdf5WdVQAioIsdf6oQxfX TwcGtoxeEUMv1SJtnKhoBpJWlRd9QnK/R0GvRgtb9ldYjrshN8fO73lXqhVGQrXApekJrkILeNPk uge6g3JSBRngZjtv51LNAsoKmk8FGTC1aEgKYwSPqCPOUwj4bdBwoh/vc4EoQDTuc2qp7eguHkFD f5gHApv8olw6wUkxfloinXOZtW1i0vXqNXRJlOCTqLMvBq/gRhmI0dP4FVp6QbXpVw9Y6xEP6A76 MBv2YvqIpidqk3AgnepD40gQJAbS+ia46CcZr5YvtTtYpCFURNqoRiCVL8ytCIeadFCBgqFyYZbB IT18gSqa3sojwWY54YHkjUfglk1mLOjz8I79VdxovlmkLtMParGFlN5IwxgwN8cjS10AzU7GH3hs OSaBohgFyRnP+KgUwrUaKywNnfaPNZPxO4/GG09gGwhJjGFTByK5VXEmL+CJ2YA3BFCXhQdtwwRq R4QLJoZEmXtyVJ0C8PKodMdCjKAahQmcITLuq2qWEKCi6JWit9XRe431U4ZQcbRKKJrT42hkVo0e 9ldZ0hBhxT6/gptj23rbbSigaoG4+Kc02OQaUHhPESUQWTVP+U1NswwLRgXBv1+YMm0IbvpF8v3c PMqHKsBV+j2xzzBBtzCY2EDuePTp/kZUwCssMoccqoebPIJDB2JpR/FAsDQLGJeaEnJcBGtL3vDY QevC0yRsgwKZsMk0YUCN2XtUQTL9hxuCfOfkGBqrHCEj6nOEtLZb+8ywmb458pYkEEiarUoYVkva fZCVa6CJsV0vLnPnNBJ8J1IhrYw1gqsKpRfs25QeQW0217w4SsgUt5/MMRcW+cOKFvSZYjBSRoFC wboZynSUzt3FbA0k0HQ0EbmSrDFFkXpkChkZ3lvcpFbMsbfCWHOH8lu2UTAjMK4ag7EwzPJ3Xhti wkoCySTrhw/SV4UQXlw/6QQbMdMTi8yQxoyJY2bj+EEOn9wGa6CjNJd/+Ki8AKvbeHOiHr1hEfED 2BaGyh90KACRABkbbIyo/ZeTkA+u8L4IPdNV3xA/DwOIyO7AWqjDVZIxwEyYFiB+XSq99MAXcJ5+ Kldt6ZybuVDSCUCIIqc0WvNEmpVuUfWMiex1bKAwjWA8hlNQFRRF6/SX0dMm4YRVaMJSvhk5hT7b 1HNKZgqXBhAZj7GR5G5mVSQN/1QzfURCddCgYISlBjpAm0vGldYacAJc11Q2Ek/5IWEJZSJ7fuOd Lig4I99I/YU1dj24L6APGps/sCtHO/a4xxA2a8WOaiSqmDEFgVuIGAvpg6UFUnuYAipGCQU0qFSs /CeNt3lDn6V47RohlGVGvNFOhNHeoxvYlYNxtpIag5Rsc0D689/ZhZ4bkLveIAgr9cAFFK/YXu2O 3ZA1ZIWxxM+A+7pkNiEyyrEl2Do6AvEpnRHA9l5kRWkPV7WvTXngpJLryzkLMo1ITH8dgAZgA+XE TFEYLhUliG2fZnVt/GDF0r9SUYgny5W+ZphSYlI3imcWXZfdEZQwWHLE0SS9DNXYhZhSBQG1LCss MUa2GP6k76CuOrLZFlDNd4o/mfIS/thBrkwyv/w1j5qRT0kjG+cgA/PZSO1BBWRKwOwSh5oxPN0g Z5ajt9lK81irisyNjTFlgYgdsU4zOBZuqmOO1PYeE8XuCKayS1eLYCbX+oYkNiqgv/QM2bhpzFb9 8Jtrodu4mQHhelNyZxDs8x6C01mV9qETkGqUgjgTAHvNu4W/6lfI81E4XOLneIEe1jCZhV3cGyWc w0P77ERRUUHS9ZaZNt1U13ObmXGeC6zVgViLAIkjxUNyai2pDjBblaOZOzrETzsGKYS8i6Olcy2T kVtPmpRW4VqQdQPP028rJ31dGoBFsLqpYe1ltwDnToMNKCRd1aaapCsaqlU617e6pRQ6UasEmlTb t+tb1apmqpmXBSg1q/ypxHpb8e3VSQzVi1X4KtBWmKtASDK6BQRu7Bvj+m4y8OBwfidMVFNzeIIS YpVkn1avxGPpppIigZSZp33asVjXTl2dkScW7MRWUTDgj/JsG62tKnbasaq+odUx28Cr6vjisAu1 cLWLn06JHRlVR/Fl+DbD2uX78l0VeGVm51koaFBlHCm6et2JFh3R7IzjOn77XtNORn6768eXDmp6 D0oBBZMk/PA6C2MEDMw/IMPMWINm+LdmmWPlIEyVzwWuZcJctCy4w6iZxNUkoOgfFtFE+kIZ6325 W0rmH5llzxn9f4jXoNXToHxWIFqUsrt9SB7KkCknyHybo1UPoWgkl0Bk6GxJQBKRTkKYo7ceLWPW D8UOpDSDD7MzDus+YFHCUSaUdbeehLrcxF1G9cvyd5jQcpg2xQdkZoZKdhCB+J6fP62oaq4/nHNG l5tbgPBieq25GavkYojhK2y7MgyyCjlqO/7hvFOAygngDW5Ktr0qJnMe9ryA67UeiAAjyIovVIls jKyxuXLl/bJr5wFxQiVWtSnSzlqU00tg8jtGuhWZUlu0VQrmktSYy5GBT5XfmasOP53BX//sU0WZ v3tNRaTpmPTwqjUO/xpIu04fxRoG9rSItmy53ddotliDVA6IpBZ6wpdo6fyTzv8HSkZhwOBi38va 2jrrbNGlr3HUfdhVUcztfZstjbsmVWcfHA32hIfGIvzsiGP6IPzJzAUd9llNLJgS0Ddjpc7c113W 4po6pTJfCqEllbFgUu+K34JCZkHSIU/LYfQO03oGITwkZ2kXp6GYjJwOaTAt0mohgJDJISijfCbH 7Lxlc4h2njSNYcbnAbXnTN1IEYEpXZOpmIUmeGvohYbqwAqtBYmmlwQzXQj+EE4nYqNVIzSz9VkU eXAZcch9jLMI0uQuj5Wp8mtegSQj+keA7Q2LngKkz9Dnfq8yG4HZR3VXXsDdPIbDhBRpddUtm+i5 Rv4cqj5RInKRcE9MiunibzkpWQjclSD4X67cdIgQfFRXAikRldBUx6iKKN+OtdUjyr/aQ1rUE6Sl 2bYPadITqZXB5BjlCBKEpCS3LwdBMdlXMdHzUqdO7tIfBkR/dC5lILSOGZAkkN5ibpXBh/8WphrN DRy/2IxloS2JVUhhwwCC6MqNY1K+yt+rvcRvnpABto+A5tiM6ZgL+fycuxf7R1Ve4JcxpuIsMuSm nvWfzDhdqOgLGKyJbP6iDXDGIcv2EVUSY75EdootYecJv3UO97Iu1WcBzxvySTuUDQ8qpNRWAsD1 +nTJMEPN3tf4sFjIM2q04RiTlJWsYRhBtbd8hk1Svt6x00m8JWDJ4I4ETz9lxu8dRYtIpU7FUyLt aWfZMBnvLQbTfHXIfGQVadrpeeaHtmw3u2suvNS+SSLbaoMdnyRYoFpKHm42e/KJ1JRqWIpju9Vu 0FAlMtK9kqYaGBE6UCHtuetuyBfc0rI8YozMZ3pyW++MyJz51qzNDNo0p7RYsqud29FC+TNLSEHw v1mx57dNAzXRX4dily0ToD3LbuEF8moFWM95dlNjNKs089IsOfhnLop3aTZoGWs1xqq9zXhwCLmC sI/bj214/xGyPvIvo5BF8wVjuffaqOYsfnveW32bNJkaccjJOdfDJQptbUt1qtMeAE8dzhmO7J4c d1SwB8vb4ussGj5UAGe3agMb/cUBxnnVtRqB/d5pq6+TqwDe9vLye3bquk9XN8eSWUiysI872hTN FdAv0y4JXNq6nQwqn18deKwtaeuqQ1NYQTLQzAHkXd0cDKOukhZMLeVXydSwLSI6yzAoyvHRoU2Y hw3zKdc5b8pS0We8iEwVGKmMQ6SzfAoie0wxuGcHucMJKXo7P9BHgAlJASQwyZebYbnkHTHUJ2Oh OMdXRoIPmEUzxuwUAYxf76BTD9lj+J/9IMB6TZ1DLcUl44pQHuWPXVe70bzMxv4HB/hkAJih6UGC zrGSrLQnLJZzDCKamRKRRmg6N3yyQFRCZtBaJjTXhqatL7CPmKxCRKfGxkZnU+sKGhCE5s7V9ceM uHWGntLPcCgdGe7yG5I51gQQdeL19Xa9TDga5VC9b6mlKaNbfP+gabjTbtByuzDITUBRmKiN3dFI zkXaXLyJqQ+YX+jSMzcPGUVSvF3NlAsa6COF6OEOnZ6dHzVXfXy7gAUHEaGPEo/iOtxmCoIWZI33 jM55I0aJECTmFkRe7zHm47ikzbql6wpiWjY4vQ57dE6DcMELcveDqja5WbDKF3Xgj9uIA9m0h7yt +ABCw/nnFgbhE/4VxxhyepMDFJS5CCdo4++5dfhAsuQARp/+RCnSjwZ1AiMysmzJ+NjEBoDIZHzw fHOIEzWgbXWbwNw5UNfbpWN9DNUhEU568h2UBO7WlrpUCRh751YQgn7zP0798NDJG1mBxinTmJnQ CEo+eX23GZhTkci+e7IjrdgnybFCxpki8hdmmIGAnkCIXbW6RHVsGqmhO6G/ONUCjOJ3jkojYotM yKVEQ9YsJMPrNYPLzVOKDK9gD/7tS5wvl/r3qoIJ5GcqQkOxlXIbyHZiUac0i+FKn+QNwn9xs8QG 7nnFplsGahdlYIgJo6yQlV/zqWYTHjnn7+g0++iYKj2zNA9rJxw4UGhoWAGCYKRU7tSY5+IY7PfR NjNIrTZHQrEjv5IG7sr3kKySs1qNhLmHmPyIevp3zkbqJhNK8l78bXjZILnjerkLmlfWcS2DQWep Rr+Dd7kMAyYN2Vths+1nglvpYjFT1i07Ssrlf4CqOVlYWc3NLEPqHWAVDX2qImd/rI7ZR6mdQiAH wEvIPi8ln8Te1t+ywWQG0PCytRIy1p0JrO4DRW84gs66vvSbwMvVF2SlajhAqJHLLU1jUiPGl2iT bAYmZqjk2NYsPZp+ZwSyppIoH0vZMr/m0mxmA7u/Ejd5ZqJxKl3kqhQ97+ahCdhAzLzjvQXi4gDL zBtwsEPGwEt+Iui3glM2FwY9cFdQGDDwJiCfW/HxRJZPd0dhLcR0iJwhQnyWLGAEBeTh7CzDZwuI K9a3KND6cq6/mPjk+Jdu5XXac2j2E5rlVuI7oCBPd6NNaCcAo2rtmhQRGgYgOvIWoDlGzu2d/6+B EUEA1+tudmJqsBptoyCwk7j0SjL6wByHtbdnQFCUidTGCTCbx9FcKCYAwIHMEyXhInoeHIRD7xrH ZUROxOAyyGj0SuvVJ+mCJ/DBSNY69H0GeymI90VDFOVNrCo0sJUzi+21tN0ZYhNLgZrKYAjhNO1J mNyA7rJPAiyZ5zPMrHOlgDiXyW+RQ66TY4FVpaLtSeWRMuEAqghG1gTQ2xMsaL24oCyMuKL/8x9a 8Gf3oLxm8MnoZbXGMvqIFihlRMHdjIOQ+kv4lXXwu8c2Ta+37aoKqJmtbnGjQt46flrLoUwkAVqm maOgPH82RzaF0dPmBWhzgWQMoLgSO2k9UVdeJRW2QVB1zszK5Uw+wwL+JahHNxmJhOaeeM+A+Be+ CbIRwQq9vNfwSBel2DGN9ZOA+sv0upON6SpL1UNQ8P8PbGZJJDJst8/hKuaH1IbBdzPr3CFrci96 gvRxbOqMnTh1s2mUTyst2LYiWvSIEMFUU8ICA3NP2NXsS4dNIhcO/G6SriKi5lGWXcEqLMp+Nr+O cWYDsMBNhq/nrGjYIjB9aWrvGsKMq6xaRI8Xr7fGLBSF6EQFuIi/ekfy1wCAmtmRqZCjiGJDHduD 2avRYaUpKQa6FtpXTGv6m/TUW6LwuacPml+qyWBN/nymhDiheHPzsy2qwhsx8MOIVLTBQdsN2tvp EAr3Ea41OcbzNS8zveU9/u/pvABdt+EuuxNrYTgN6LCSY+NwSfNe0acdnQjflD1xkVxb2earBiVp 2kGX0hWD19MKQ5aMK8rBY2WpiiZKRe3qRSmhIcyRDErFbdJWwa2YlIyEtcpYe76jbarVlCoZKWj3 dZNKUp5Gv3s+Rf1MIYW+DK9AXbiym9dbW1XVeyr6Ycq+6E02P21oU7C3N00Fz8ELNjoapGMoenI8 O2mjs9K1qrd37WK2O9if9rWqGnaXUl57ZdsDvKMtUKCxJuLcx9fr1/eLWrM2d0Xmr06pcOqFyva9 qrgKNlZU3l7PV+B12EUHOivr+Vo99xnP9wn6zr7stqqpoyZ+yLkg6rrad1FfwTA5ExTR+roBcEH9 Re3KjFyGZ/UwBZGUGBhMSVjTbc+jnqy3AeiJTqqNVOpUtlUus9ldjdRb/BGscyTo2msGYk9fclYs TdYq1Sp0yRt5PdSBsMZGgPoXbwpgWEQVHK7VpkI0s/esgO5Jo1UPaFnmVLGTP1Q25Pm44dtVeuCb Qos1L3mpNIFLFWK4sTf7uEIKn6whVw2tyIYLucSHEBQv21XM55FoN5TSotuZdYlveReozPQMhRm7 eOYmfglCwKLZZBNf1ip/wLEIBjNUkUsJVrDSiTAaYv01u4M6Fbp7ZKMu9YG/8o8iv09LjQpkwtyS PG5YGjf0WwUD3OEOAX6LrkMkHRZSeeZ8v8UgLEJT/6KZMVTNgt5EvR/+U3mZ7aWG4IIzDzeIwZJF GknMPBKFZ/+24819WOfsHZ2wi4+kFz0AnqZMbRQap0FHQYfl1/7pE45NICvih0H5Ojf0qS2OvL6U T3XUMU0rfKef7NaPCrFbZwWwgp4RVlATD+I4v2afOvDblYpm7k36EYk4ZsWWBsFoxK1WcL0tOkSU 2RhXGG2yIMgpp7hvORLaRCkf9JY0NzukrTRZhvL+bk+gr6/ST0GvZAgXzaGMpl+x1UV9NOP0AxgL psWJQqe4XrWh1K6SncFW2WnME0gLPJu5dEIlVjIWmVRRsYSK2M34SrRcN41z7GhvG6PwB13Lpkze RT6RsTDcg+OR4I4SUToqRHrduViSTR/6uFCbTS9l7OzT2RtfaLbJJ5o0yTA7abFoxFeqP2PPdKZZ HD7XK6ebHoqbXk/gOagRdMnjEtdG3IyM0zRTMPOSiCVzTFRGkDwb94IF7wkEBW4nLkb9aLrcrKHU fNTJ2PwYi1h8KvmgibySGBI8SZdkxjJSsV7KsWLb2K1EBD6a+yGyeFfCT0OyO9m8WwlFduijblwZ bvbmIMRNWhu0OYYOIpIJGUFZZIWWUkTXy3rJrRqO5gOSpiK1x5E/5NbUzGf71wUDm0A38JrAUHh5 2vqN5F0PvZoRNv3M+AFbxTMGGPTpthlyuxFLXUi7HfIIyl1qQSnLVzDZJBomnP1mQiHEDulIZfjK d3iZ2QawwEDjUpuOetg872AAwDxkcoOBRAIzCEa5BR8a5My1yddSRDNEV7IcVpn2g3mS1Af8lHSw HFJr500KxovOM32qLLHWDXMqm3Cgr076iEWyMdy6w+8M3/BZXAoCVWmTek+dXI5LFEy1x9NgS+1k vioefhi5/zlXW3HEzGY8yTmvLlp5pMJUJt0ZafGkKTBqSj5D+0RDDv6aX8Gt0CfYUanQUxzBu1yP OGmJKhTGfWYFLRX5QDWbiJo/oay7QmQeRA7xkisDYuhaxMkmlvg1cUInxrImoqjwkdkHfnXYzYhE u2yBA28hSSEgfwkQhDbiCmF7oLg6RMJvAAV2neXangtrh8ceNDAsW/DGR5SmWy6vri9MeI/W0sd6 Nl4TqqDJ6ZdmYJEcsFa/4ubWJV7VqJpsd5FMNK9qiXV+xGkvjDnHVp10Y86l/lapVpkxDbdRMEkG babQCnGUQJZDWuoDAvbbGcwxJyEr5eilmZy30F6tlPI3vdOIxiFFVbshEqT1bacmF+cLmHzgfn0o p/Lt14eIBp4Z20O1wbbhWQFQ7N98WN8Oh9cmPG1yinNNQ5Vt5mnOjjS12TqB1Saj4XmF1yppFeTO l5x6lhOvpSNNeR5VeJ1Nq9y/Yu3tQheVoZsAEltw8PjwICqwChRX+7Tg0vxl/bMIXkBu1cHwcyzX PnbuFFAMmLYrnpHnfbydQovIwbXYZ4A6Yx+z+eKpKmi9KoVUTmjmaOzmpJXHO3TfPKjhXURTtTv1 aMQ2A/a73oQ2XjCT0J8Ps+a91e/FpxXlXFUqv9zeKq1Y6ch83VudBe+rzbAFLUUNnF0w6NDeMqOI byUrkOyoXiJknO4usrfZSS/NCcnQ496TAw8wWLWXhZKgzec+yscLUn5zNTS4SCrDoDTsEV0zXKYd dBX9MxzUlJbQRV/GimiOAQNLq1JBdcJaMUjDYYjzhi2BU6bVC3V9XFZqFvTFvOzB1YcOOU6CrEWQ eSPzR4eZL4S5IQO7VM3IflhaVvV0+8MW66p1AR7n0wciY2fSFit3BHPVOCdN6pl6hHlfMCLbhEr0 59t4qULczTEFMKPkPshDI8oRnhO6/3YZEgEGGNV3AZObJlyMFwcd5OBugg60emRDkQUC5/VkD5KZ QRabzEA6GhOtGjUrUjOvsNZXeoI0zI9GL7EvcJlHsPA+CrtOi0wlMWDI0GWRQLu0FsIXBwOtLlZd CPSK6ZpJ74lBU2A7h/apCAg3QRH45UpEKroVVgJ+1hGEc31pFNYlvxBylWRKrsJjRgJ0JdzFUx8r GfUD7euxeFs9uWSzGK473ZAThkqQA2hEhuIaudCJ93J7Tg31Y5acBx1ZFbmby3TMzqAbNiZk9Klp GwmWK8cZBHeryZvY+Ah0M6US+0mBJIVhAWoS0IcEj1YICL6wGfK0o4YEq24Z3wQh2CDCOKiLqRPj xCS7ECmqVFT2x784RWhtFC2X5CkGrQwidktTNuWstqRpiTCxEVo5cQvtNdYSdumZTqUDpF6GMIHj 2XR2j7ApNZyxEoVnXJN400fzFVTl7m9fqaZdNNSkL4OyaRkBBWWWJYs5Cg8O1ZXI8lsN0FXsxU26 EwHz24x0ZcjYp1W6KR9AUXKDHrPA7i3xK0Z0CIC0wnjyCsopz/CcnOYmjYyo+k+p33pQ5mku1EFA 6Sgb0+sseJnnV9NyncRkdpX2e3mkJw/clgufOjaWrFOkcU0kSTXRoivjMElPXW0OqtY3AUW/DMAu nl4kRgmJlum7GSSLbe6Q79iTSf4lbhit7hKRvV6I0T/eqpt1rFa7ncjB51V9mCYXRJi2ElcCMQ2h mJOQnRPwFPHC52b7wW6iGdgwSECU70uf9BPWc4rsjfcx3xCA5UhytvuioM/QLJbwIFZOXOJY+Zgm OT44xWlGMjRjXT6Wqk0e+gxZygBNRhoOzXmGeLo5awt8UguPcgwiMhH1lhjjIzljMMLFmnpfm7xn yTL29pbg+vVDrFevIWLKIVWdVtTha+2SkhZvI1nZoYzu7ckOsgl8ZbisJs8gI0mu/6fQR7tzPVqS 9mYS4W1rUOaYElTGkKubTMRoaWxuCX16dJh18IXcDc25kmk/Z9Jsxv/fQzjFtmSliB/UkzkxIpsW msjQu0PUAR5/E3NCZuPXKPAhGS/LaNhXjxoRdS5ZAZK/KabkcjQdIHI60YhCh749QMGmupG+amjT qXIwV01BfqyOCSzZHa5IpnONQHHTliIUiiqp9VlFFh2RKxY2JXFLifNmwYUC2tFwcTK9A402C0VJ jlqLptJkVL0xNzXlevyCOMe0yEFtf0UYosARXK++2tzMgAjmYtFp//B2CCKJ3pVJUalUDLiAlRZ4 YhTtE+by9OcWvRhX+ZVKf6uIK30Fa8E4M9LQDkC0hQX4dbMIQsSrn9C23XOOD7IJMnrapM3+NGvX rj277GOdrTpNz/IGJXDMQxpypn9HNrG3sCLpJWeqaKZLR7kAg9t2rwIrObWwyp1tR4amXfFp5V8Q jial3QbWxpkZSaOir2udIayqGfHtQHZORdaqKMpxSP3LtXYvxxfP6XAHXz+nW86UtFVBbaUETaqd Nls6AaOv1+uACOctOw9B9bK91erAhOHEPOchkKfhzBn1+vbTlLmN2b+F5Nfv9ifvkWv3Kg+Tk0OY cdoe1/aPViNuqyRVVn4mVfW3atAdnaCa/fLiFGhNvwn2+cU5GhXulNR0FjGaPxvClXu7VYHmXf/q yjZyd+jx/e+PfdKI7Lszv1WnfYdg26jfv53nXNF5XxGIsPa3K0p39oiHvHccX+cZf/bQum3dkbdC 7t+vjpAiy+rnPU7NFkKArLB6csdqOJ2DPFWtO1CEcJTDneWQ0Sb8DhMhb3emp0RHAuj326e+eVM1 +68t2VTa8SL4qgaezokBj07b+GrDN/3TD6LIkYRaC6ATEgzNZv16LRByjyQTGgp32lTtpOt8mqwo vQ29ARlnkBqxDasB+V4uypS8aht642wtLmtMR5gMAnm37mlHf+0GRoKRmGlb6TuDmqBSITuAjSUl NO5FUNlz9G7ufupmetotlLs5W7JoSHSf31YnZoEpwm7eNhzrgGWWD+kZEVIdR7gjVwjJSpQt7E9n QuTGpD07j2wE8rVfEpmE77fEhDIFSYd2pKWezPYAFU3NFNsU20Enbdq/ky2cMKBKMtn/ZJxnqz0h WRix1bY6Qm5GYzh1qY3TpCoCus+OZeLA6rRGVO7znJjhOgL9uecUamWrNkVvd+UkRg6U+flo/JYg CH/u09MIYV921YFkOVFHCFT+1jU1ISBsaUP+zFbvM9SszTZg1GftDLWsjG3nj/x3x48QDTGnLO3a Zq6Lwly4NPyQ0eXHYlTGQnGQKiuxD+T/aLoPxMhxLIuiy5iS92FV3fvf3Zz7qE4jRZAg8L2DIcNf GTwHAZusP6Nc0bs6vV64OIGoCD2fyBHsX6kWH+vxjN4aV3Mv0hGjEDZulEwWyOWJSwKqJPIXCa+o J1P68vWYm/NXaJrBBJPBCoA4L1jyYlVXnTGVX5DMSNF516rrqvwgRa7FsW3BA4aUMenKircjoB6J itCXpzZc1j6my0B5LXAYN5fMU0v/gAhmwbMYTKIdqoU58C71RoWqjhY5gM61OihYLvnklXKjBaU9 40MdCRWQ2rB6g5AkvARNhKYbkQonXp7yXCPkiCNarTwmENarpkaOTJx3VSmNxFcFH0gte4GUESFb EC7CFdsXjYDn6MZTAPFlH/JlWIEZ4N/CgPLZ4pBG8T9XbtAyqALmPHigFVQtJE70ezQY1h5Bqj0Y ENMEuCkHkKOcGAZtyh06/zBJ8M9gRT8lOLZQFXdBSpeikwR1cQwxsKzC+GB4LECFtRRZMlO8ok3k OwIkNAB9wRUm4j1RhEp0QgQqVSWwgXAje5EotOA+LrS+BktjKJoLiPAsVvnc9mdwkVvIVysmUeLY pUjL9wh3ZVfhXg8jTYyqLAMHfEmeMGO/ESzaRR09tLY/Uye4GNFRU/6bNqF0RJYM55RzUEwXWGaa i7VKfjLYgDWviZ2sPQObT6PErrKsGYDclA07mdDI+spMmU1eR+1UMrSui/AYiljxfsY2fgTNaC3t 8JDYujwa2Q/LANkAKgyGcBMrQlx9ZB8CNs1IcfxCJB24NWfELkQf/CfmTDd8gVRI3Heh3NSEZCB7 bBBZOQQjNiyjNxXkaoKReDyOVyLqVhivCI/QTGuqCvVJQvsa3APnUAQS4pRSkIvcHOL4lFnlK5t/ z4Qm0L4nOJAEEnewCcW8TB410yyQzogxVuQ2GrKw5Tj6TDeQuPCIj+NoOBKWPWdh9p990gF3prUh cuzMU9JV9lonoy0PkHiybSTBFaMUcHaTELrVon2/PRVOJBNAiUgWtUgAXh0WjQO4M6uLG4CMhjDK HBmvGk4xtoJ5U/xBK78wa1nXhZTJFprbyNNTKN8BXFELl2Kq7GZT5y0ICSHkMgj6Rg35ZggR+qxA o4DGTpz0qvwCN8sZyUR2plJ/FYwMF1NGX7oVYiKBk4oiKcoxZTpmHm2OqDGauMgYl0z1RDOPvvuk 4uB67jteoidoEFlhYK5rAlCgkDLqOUbylygMJJmgT+XzyQC5QglHs6bAie7GxZRYSRG0QX1jJm+o loOOHQYEgMaedksD3IdZLCWTgJkRM3I2kH7pJheCAHyEbsGCTU1htaEeETBmOb/bx77dHGdVI604 x4rXyNHccRMQtGUVecMwEnnBFr+1IdctNGXwpZymFdzOQkUHtdn0GkARtso4RurY7wbiUok+pSO9 L1a4wa/czbDBkPICxNSJuxQkAcgw+CDf1XHpDPAq6KUIDcl1Aw04GovHWVf2xCQDl6shp9Qibw8/ O1HBu0F5B3Xw6MZkWKVWJp0JUmMP8arXeQE7rD1UyTm0V5H2E+mRuQo/GdV7jYPaLT3zY7gGbIDB t12HpeT5EXY/y8T06dwluORwCStGVKfJ9ymMJBgoU50D6/sYTbJ78Z+kEQS6kKBEsd2rXeSmL9uw wC+Di6SpNuMRPSMHxWOKJokNDucpZN8aSh9mtrJcegU8y6CCsoU0rBWdnfQn9sJ2Q7YukY3iEYo0 haTzb4t+Oz8WVKI+4PWaG9pRHL4FPILPVGFhccE26a3Q5S4/4z/nolvh8kLQRajbvscryQeddiXw NiJF9HUwg1Zz5oVKlURIDjmu4thyCqE3T9cBf8B0mOPeg9O2XSHtVWDfv+73lnaGjQVrw++Xsz4o oOQ66DMLrRFKzTe0lkRQVsVKpWLyisz4TB9S4ZkCBHurJIE84Yvg+i6t8KxwnSUXxLfECBZlFpkN KbY7PIi0lC91niKMELiEDv7F4V6vgybRSmQrfPehP3ZK5qaDT76lS6aDJkTLGJc9YZxJVNCx7fMx FAl1/KSMbrDDpKoUEL555wQKhhmQNpKiB3mGGZjyMnwOt+sysyW3woFWwDLpQlDIkiJHF4JBR50e mTswUIE0imT+SJmvEMgM5PczmdZ1BC1lLAgzuqFz1wwALiTSgiI/NtBKnKSXPSnm+Q6AdpLNIaWx rA3l17PnECRMKJ3zolMxA5ThplctushUFlhQpMDHO/3k+irK7oHpGv2aE8his430Om2oJJtJy3Bm 2YGdrqHVXntRdViwXTmOhpqOafTZh/RfoJfdQxnQ9i+LzyQJGt02Ng+Kmyjiqt+gK1OOaxjUJHmE 8pFeCca0yZQHViKB9altPloQ5zaPJmkCodCNHCYjGU0ChcuqXlYpBV7MgD2Sb0Yjk1WXLqryAbpS JGfBlONLFcesfXUNZAegSAMhQYgIwIf6KMpCBj8+zHkJC4tb0w5OMnc+XNFypSRI/SC+1+PCXA9k S3yFFnyrGSfq0bNIje3dhHtSZRIHayf6cn+2BrEJjDgDqCiSpYA+BtURdFhlCGiTVBZ8UYuMPLeO gvWdKmVi9aKsqhwYPQd6oWos53uK+EhdqyqIx2YOc578Rn4yV3nMgdRjtOmKR1t/OwvvaW4IKBPU PDVGI1SM7zO35QH+YkGLBzWelspm8DmYPU+Y88he991zj9ysdqtf41zqbyzplZyOOeoZhEse0K15 4VJBjglh8zJuHnk9+nB2ugoMOobygNKGJehoaXEyqOg7CpadcO4JD0uiJzuhoJ5TE1ZxdSKDZcEQ 5qHUStsokUoWof4NLUOBKBn2vIf0DEic8ZXcijp17khoN1HtqSuOya39lxW/xTOd34Dj2JZXS/hF 0BX3UhcFNGqQJc0xVSrhDkGhDbw25gIqQqlRFYNFJhQ9OBF7Vc1cLcWnXERh8SxqRDGSkLcPRAQn O2ygnqlfH7wjrYgHMjSUyU+kZVLIVqWs3SG5Px2lj4kcyWI+q2XxDm5Qc45pRdS8j9pe7s2jfnIL cVmxtxHcUvC7czGf/J2C0vl86SCMzrs4nZ0F4fgLXV3UGB0RwXuohXYihhJkPlGBjPrkBxWuODgn TpzPteapuGPORpXUQtt3y30VLR3he3WmMXU5AxeNwPBu0W/rictcgtNoqOMRl4Bnp79mZQChbD0w VDtYIA/eWuXcZX4Edc8VA4GoGqkV2nUk114aKCei4VxwpT6FMlYuFpf4dr3zdRMMbhvfRQWFN/y1 TKpuOHjZlXoqNlbFEybkqQ+CeyhoFPl0p50I4sNJz7ruWA0vGdTMCRsB65CNiOqsgqpuXiBYCAKF iOn4DZh32AjKS39AYulzA+kVhnjijyOjO6e4KrxVqgIQL8LDLpgoJs/v++XpTjLFKlV3IC/7CPik xWv/Pt/Vhwut4IQTwBjqVzgoTwODTFmZv4I/e9c/coOw+Z3DX1O4RAjdxRu0uLfQJqJNbbHSTiFA YZqa3SwbSrk8Q0bjwqYl2eQEnyvWolvz4Kwp5NhY43SqjJmFIC8uSjPQgeQLJiECgmnIzHuqkGDw Xdl4w2mhZMqGbz5Ih1xYJZyyyBLeRuY4gNVqkMyOj+qnmXjhrgYgZKxorxu8A7PKhn09wEhc4yKt YxE9yHogEfdceGBk5jufyFASozxRrhuZWqIv2k/ldcup1HMUCyRfE0rmglmWEWZ3cYTVYV+OM+GL VwxWREJCiwG4gMz/wnggsXz6QJkOEZLU+KkxciJruVGOg+mrl2elMGMB3ZeqsmIVmLJSsHgiAY6c LWkRv6Jk81lgNjMrYodtIGBwpfI6f7WjArVyVZ1b0zE1aQ6bRFZ9qNyt4ehELCkAAVZgzpqk6c2M ULQV+VWSzFB4nPYZTnho7ib7gKfOyqZI22VQGH55O58lDs0bmfI435lq+wqYIm+Z/HE6eUGxR0h0 59l4g+fH9419ciVda9pFW01tNXA+jvdvZuVMip2vtLG5np72vk8nmLOEzJZWC8Fpz+fp/kEnO6E9 q0iN3ulhJjjsVOPDUXtDm9AxZ+Sut2e+t/VBrUad3/8K9Wl99tM43+e7/RGX890lrzfNtPrb9AKb cHU0z+ftejagk+SvXvypIziFzdk7Rm+Xy+nXvc+2WLgikdFapmBKDnJA9fMCWdjA9eoRlsObS6PY tQdPN49d2HkW++P61RtOHTpfIzYGom3e0I2tGTaJdGiQ4+hvtpU4u17xpE0cGPpzo6OMWFs2hpR3 nrI0288R1ianmoJ07Ln2Zzj2flNbMbyNlMnt5H64RzyM7mz/vJaePn4wxTQfUoRR7yH1III3Rdep RTkZMMXfz4u3pGZUe/kpBmdsq4+xLON4npBvcnkOKCY2R5rJJqeTCLcmGhJGiJBi4sLa9Nvovp8d oES5bjDurTF8SpmjqdL8rGfNfmrNkuAeC9zutoL2BD61AIeh2Bnziuytdv6S8AydxvwvlJsfISPV gg7fVzcoI+8AucQQ9TSkvFSuLHF+yDBN0s1zNVanyhfFVHYSuJAkxthd4m0eMacgNilLwxTQ0GBh w+LAXnhcJFl4Uv6aDabb4idGwq/ML4PCDjKtjJ+O0vCiI7EN8BfrdMNXFjLj71qWm21nqWh0UUun rBtQOUjVt7DZzHK2wjA8TlV/0SkTJPryPNvwl23toY0IP1QAiZ0mlugI4Y2W+0ZP5ozprSIqvG/R R2UT9GHiMtRMPVdRTYCZUyAF3O4SWjaqGHAkAqoPkqAkhL4XtxQNhE1Wel9W6JY06R15mE+/FSJZ xiIalhlqlnvxCGVA+RtxpIi3A5A6c8pDwaklX4AOVCDLP1uYJPV65Zx5pQbZQS/m4Da/HSyMC03g oajoU3tcS+r4C3eiZvldPhaNFEaQtDvosPCnQNb4eUQ+iAzHpBBzF4yRrnczJdsJM5p2v9gJ+4og SKFuGbomCrQ85rWzffk4SDWtb1xcgUKdcI2IKZR1/hLkYSrqSKLENe5V69A9O7S2DHuRKualIOEE /FwQMsGhpq5TH9E+t9Q4Av0EgGQaD6/IX2EkOHOBAHIWO9J5Jrdb8QHWtddu0U5z2eoS9Zmm0t1g rqXIZCUUFGgL3tQnogFV6zI9/dMyCqUzwoAREVMvHmfSgwRR6HLzRKykwSvas0JFd17l3Py6aJl5 YQDZssxZAR4JQR9H0+8KImnmtHnNOqnLI3mMIj52krH4corbVW97vQjbayjWkmVmKQIPa6yCyMR+ 2m/H7GTYmE3XyRn/0qR2kSsjn48j+x4Un931qTfQoEkBfDYZ+0Vr0GWLGKn8tMf2FUM5PrabDzQq O5pZjjRSghmiBgBGGwhdSdT6PzvfW6cRXnOwGob+Fgz4SDpFdz6iM+Ep1ioCSjIE7fjoEXkejhBY iqBNsU81G6ENvWsdDVEqIxA+oa6LycOiPnKk8CISrMTtDuOTkUtA2AUpvKEIEx0pxhXrGYPa4lRZ paFlLh5seqhYOhGdvdgCm0SjvlqvkJZpOrtMSNBB/O42jc7SEt0s2vrXh0zWmGyIoBFH4JYt0YGn LNVoHKG5ztGFCWU5MzjpTJJNZIFGXPNHGY0ARQFdjGvogwxWDKYzsxVTNkpNvirCA/aw83QVhBVe jE/ZgJpyEexKxgABGmcCcrZZ9Fx9ABTWDeqh/pUPgCNlQGgReAk+zBQ0wqlYF58YyGaZER8Zj4KH 1c+45un4ob7kOaWTrCgOqRb1rMpJ02eqFGUhAlskBIz/ZoZ1p0hCPJphKLfxeKuvmxupmtKUgsGb DcBnk++V+JXugVN9o0n1D7sG6tNTehPPl09ovgl8V4reSV1/YAqwzKiCysqFiRc6QR41NrmDgjx4 /IGum5B7bZLUZ2gqiTchloGw7ZTQsOcWspIorEpvPlR30TPGT+y1VV2OPkIQ1kaNhThZp4dulW45 LNoBclgCBPUDLh7GoEw+D8414/WsKWtSCUQDJZTp2jSlSGPLyaoJ65OHtj5QMw8nIianSEPImGDF MBlHa/nA5jrZI7NQxogt7ggUzgx+USAoelWibqoWpVh4h8qZofDuzE9CC+7ELAEzyiQCZfMOfGs0 gZd+sUkYwDJwroZ2WRcBZnwcQlVdydma8VmFTgvySjx4UnJrUki+ZtpX9Y45QEKsl+tZFOoHTnnw ueqS/u0ikipW+5IUrzRKrurNeCGZOqM+vfCtE69LFQOI07KSI1CTO1t/PIBl1Kf6c7NH9h0aoppg GBEmpCMy4Ce5KFUJreo33ioupW7K2aEpgjK+jhvLM9soqZLXWTpSRKseFJmr1qo/Evja2uu1FQgm 53ytRmm9rn5JqFHClEKg2WA2p2W49h8gSw9Dt+m91SYlyWGuBo++EYa2GhWElvF0rASQ2qfTWtYA YFXAXdnaXJtu1S4re1qhoVO7J+jpg70MumuTi85tYTNk17eiAXWb1Ws7TPOKpbTbe9GRSKl3Eols 1sCAsVk6l9K9lSUpEXtOULkLjDZ+UqpdgaIvNoSm9HZtgFLL6oIZ/afeJJhuABhD0D9i6bp83pPj j04ITd7HTV0Cja3AL4OR7aYM0wKwIK9HKDRJN/ir9JLSfu/Ee2FXyXsTH4ul01JKYeKYWrHdkS8N ES0tFO7UVo5VTtqL1QrViL3DYFOqTfETyNBgRWhXN5t2kcsw//+LqYrNCj39pBocC6PEcTMw/3O+ 6kkaw4Ra29QvvJKzM1v5dAFIs2mlhMYopf24XJ3h+S5VLSnj1GeDHNSpsW+6KgcCSLGIyEdwUoxz UuZa5CZbVmRjQsrtZHCl8VWvRDYdaasHuYzfPV6sxYJF2N7C03czZ93Sl0JhqRyrNCIWtig4FGXp kREqEwTR6hj8+xGpSpTEKv7BTrdi1WUEb9ABTnmkf4IcHeu64LZQ7Vo0q3hbdAXi05UH8FI7OVpp LA5GUV/QdE+hQowwlE6r+oJb1aRQE7v4aPDkjicoOBfvuGOG0kOOW8ghFMjhCRFRlBVUQNOgxVYC b1whI4hT9BCvF60nVxiRbFGNADBG4YUrAjgyVSywskaSl3ySUk9bDb/gx5v1SIWpWNJXEJY1C0cS imIMPIXMwHEQFZRWJ9N/8s8EGmzei4t3IRPjt2DBb4wVfddTcit89rQJoDwhVAPDpu/Dq4Cq3Bch a0zUSTUvxTKW1YklSoIW8LcKPTBn06Ru5UF6zPtV0oNhJM1h6YmJKSsINc5FJK/apc8gCOUcjkBF M44SoXVsUG0is6JQc9kkKaGFv3Ae/ZEZxsQ9NieoAm8JAqHiW1fIIcvXxfQ9UAmAXCbxjryuvaRJ GFZ9iez+lUeqQlcOuBdtq+3sLXvOoy6POqsb0ETFk8S5w53Le6r5g0E5CZWvr6181QOD5ryOSwuU CfAprFGQPcQ9f6FGHhCT81W9F1VgdD5ceIEnzHZCw2qZYmhCTeiCnwU2yWxobwJEVBBrChoQKqfl AbK4zBdy7niGMcQmcYBnEyNuP+PBFGXAHTthsrLb7FvGW58xL7YRGAa1CJ76ZPpVO3d0s0EZeMs7 BT9JZdngXPsWHT1haUwvbPS8Tce6IxLFll0qcMhOF2Nmcg3aLjdoiBTXZwLtKc9kkZNSk1YVNKA7 k4sIhAf4YY0fPEzzDglb8pOTTULqsFe+EKpp65vwD4kZCMKjTcopbGpNBZJiRzNh4uFcVQ4lrPK3 ug2ZoOLykIk/RNiRZ1VoMi9YoLO5Zu6n6NRv1Wlxhb6QMDrxop1YxNcJBQQnHF7xg3nrvL8+ucIC Da4vt2rMFPkJl5mIwoayHarRaLa2VX9uLhX3qqgLt30otgEoiMunAlOVBHuTGmEHOeRxUM5Ug4cK IcZbQOqnsniFrJyRL2hNGLBKfoA2yU+BCPQEHaDhqZNFvCaCyEhGMoV5cAQVVCTxlphy6MjBSyNC JtbXGusXrQ/z8PbuTAZgbxNNUMDFkNG7OKjBrT8wFd6BhEhhBbAtjeDVB24hWWOhKXEVchofcujj Jlzqj8nraoD1o5ALvC1u0jvK+JJKdCyiRAWQTfgWGxmo1aqeIYsBwjQ1SNFKJsCKx4SKCaVemhMD XdZ5wm8TrlhLlOX0L+i2Tb1NiAEOAkAZkcT6QkHgIvqNngjVBvxoL7TrZ9wfhWloYxs1vSXeuRlT D2JV10BJhrMPYExmBEE40rmxBcHETgIOEAMVmxmC9pp2N5Thwdsb2OW9kZQ1YW0hTiIEn0xJMViq PUJq1fsphDUtaauEo1cUNhtCN7bwg3CuLS72CBA3zn6mprSMyCzLBSOGuyi25FQIXIFxdsJFmoKc On1tS1cpKvqQ4C5qFjcDhqgIdNGFO8NZLABtJg/DFi9qFbuLuCjORNAJrVAscCXbeaVFmpEO1Tcb ZD6//oXsbIXFMPBHq6iefUlCAIhqgNR7pqLgAgvr4eCS4as/zIsfpglYxbBEtPAz6EgBAxbtm18L kpL3PfLd2mY2MHHxV1SD2unZGWpYWDUmYSkagBemtzupHfqsgWUAyXk7lGGdY8WHMu12g7Z+Gpxk JZVs1U3CduTh/FRmMI0hyrkEMGSmSEHNsoAsJ0gtNGbxQIcv/hKctCVL5Uvf4l4GD55EYlexpq4J qwcRY2XVDEJduAMfLVkvAJ8DsrirUnzweAyxeMlUsShCoEC+PEmY8189quNxVHd8hHESeD2rCPln gFYzZsHIi05AuJKvsQZh8oiuyVqqbtBDGOM6IEtWURIFYnX8h/GWIwJJZ6pkhkhh9k6VXm8dGRJ5 0EmMsxJZnq3gjvbsFI5nF4hB0ovaAGbZqQLNbotiPpnAVxZatpyMJd5gJzJZJa9uhxUmWvKBdMkV Y/GUmiBpIhrg5X0ScGUlXbmyI0z13Hb7BItZ0QlZYnK10KWvFrcQM2N8PZCN/nFmalIIMvoksR7V IYIyAkyenj1EG9oeLoQpxqZojcg7Za3SYFCxpYbj2IqJm6in3Xn2eshkFQUt9Il41CL5z94h+yFw OkUxpAcPIctNux8BCEUKAukjwccdn8g4E8dmZtESqsgR6VSkGOW5HGA9OwynPQWHSOSZWmPf8SOe 75yfTqpAYGl+RtkKoQgay2SxH44EkTDn5C0AM6zjytHP8RqY2tkQ6SsfJy4iDx3Pgq3QqBHq0nJN oGPZdKqYMKEVEuZ0c3IoL7dVYIFlbifYkAQykcJvP7ubgFL4+swVJfZl5dq6DN2O1NA4OlAHPI5R 6yojGN+zhxroVEOf9eS6KTP3ExX/6h2ZgO+2B1Cb9FT2mZwTviy9XpJhs1Y594DBOFeyDi0YTnS9 5TOuF9tkl/rkIZ+OEkp2uD0duoVa4kxNGjOtOGQPuca14smUFx3AwZ1UrsE5yLa6iQ3spm4wJFKk oXp04gRT2Sk/4HH0dRx9f/m/zoOxrcnpGA5kgVYOs2XPHY7B0NqOBK6Ox9evhdyOvIAcd5PcFwYU vgGClMVlriNkkaqf6kUph9XViED7uoqg/j0/YBMmIZKL3GvbhrAQKWNNK/1oSeRxhReu2nmYvjiI 7ERWU2kxSr6fsShdiF7VOTxZUGZTvJ/JgMAp7s5Vk4E4H+93rT0fviUDmuA93TNsMlWfnclTEYm4 M+DRh0Rqk4dT6/RIetQrCxkBBjl4XAMs7Oicn7r2AtyZf1bdLT0145B9BEw30KRAVCMPt2Kwfpl9 gay7nCRvVHRbU8Oz57BhRpjzyAWjrC7AgVeNDTcU4gwtclgEjr7uOuQD7kQvbpLJMEeGrjCaqSFI tHMSZwTSW0zpfLNcuVIY3TAcU0qvSRsWW/JOtqaM4lijkgYqUojIxhpAR4hLbtIRQk+NY4fTfywf 1XTq6jAfspuNodEPH04mNnQGw7Ymg/YT1tlN1DbzGxiAykCwqPhb2Y3GughOXE+HM76FZyCwOB+C kGE9t+KRhEUFY6ahGTFiXxmQ2AKvwdJyEDsNBgGqIdPR+DWhJPL5oGikjf+j1fosWiLaPnvWn2L9 OBRtlGT1Ok8X8bvDVBIZlqf8Q4fpKm2LEnp2CZXyVbOgzAhiOwIrx9OxvHrpkJ8wCeU+MCnaoANm W6IEEKAjZ1Vk7ef4hiHbSDuyl+DIyGiZNYiF2aGCduqIbMJ1r+XN/Yl4Vv0tgE/PnVEM8rnywjUd gClpiS5F7duEIDZLEykxEIQyiGloEU5jUOPpJwlLrdUaFufQY8EQpyiO+fHOL1FjoqorBa5KLi3L DEJlR4XAVvb0odKigopvIiu3VA7Z/4ok6lQeVDPxwcuz6JN1I6oGLcGouXKISENI9nNVuVAka71Z ZSbuuwKmmklXWy5SDsGlV5A0mmUh5eJ9aLgmZCs8VsCpXKdV85itgbQE0AeVxi4CrggAIio2DQFE w+lEwUdjNaUKpL50BmpFSK/2tlJGbypIbre6x3Icq34gZs1LsLVYBrLWBiGFGq/SjvJmy5l01LoY yKKRH0qpwGtM9VNPtYrG0ihXm+21kufbksL+XXtf2PftdLKq6mpWuEc8qb50vllNpVgE5UZs7Y2q 7dWQumh+uG37EQyd30+3FlBZOARBK3MgaEGRdUhQbtGTWm2VKCWpWHi5vFuhpIFZaV31yMXEdAVV ZIEVmNsHbzobsHFUg5b/VJX1ximPtEh1Ja+Wp26Nj05uIFNAs/wSd8AMUmuZbPA3s6wuCsfIaamh ZUinW8VeC52MNQ41c20w3dazB/vRGqNK6a3psngpyuLOFpTpTwkavxK6FY7bPp2A/9gZ2bqypEMx sI7U5eKNolllPRcjivlwz9nyf/YyuCpyZAHQN7Vcu/u9DM7dVg+0FhRSnoupfrQirHW88bXZNR16 2GhNsveGt5+PK1haSmpnelRdoZ6o0ITWchKhmz3sxKBOEmt1YGAqYBL1xJeIWrRmEjlOE3VX2GXR vl0nrWowU2k1FJmkozS6WjY1Sfv8YrfbJ0rPKiemFybzq2mba7i0JinZhQrQ2YdmI7aTvTUYhK80 TZ8KiQqNMUXf5g5QtnYkJGdJO8VbIFRW9Q29fRisLdyiHdoqw5Ki5DRVwDWzKy1sgHh1/nNLcTdP oaLL0Rhdz0qm1InqVcBF1NQc4jBF2tX0qUa2QcTv+eyII5e1oxp4abQK+/ELixNii1sMSn+nm62r I7AW2rUaApxOrbBSmhQxVjeDAqq1EzgUt0gYzOkkYFuKxsKYNktsGiUBBZY+v+gxeEBrHQhSY2Um jF0hNJqRvltPWexndeDW6w0S3SNP+nxjCjyXZQKB7k6/La+zio/KXyxHvF9+r1+/N+P9XO+Xy92a w8vprr+rtYR0uYWIp8vVCsP7t/uE+nY7/d7Pv129fGtJ2Vx196o7F083l1iIxknloejjrdFNl6De OLkpmGx/laskl4wQc4afHB62NH65aplcC7JRLXlskoj8fX9e0yOcY5xaPIMz9JjqeIQsMxTk0xXy nGEcL7+vzppIH1oph6hWT3a+CO4YH899QIeWWKTIxAn10dM6RtKC9ExCy3LIEmvWTNjKubHEgL7p whrCjCWmNFfGhGUzapvKJPUROvhDOpmAAJFs6c7X+ZYAmSxgnPm589myAf1kh+lWQ6AqeFKSvkuQ jZh+boYO9mxuI8zxccH6bDGSoeoujacQtWeNqQyk6HSmxQk3xcY0QPu0stj27fPKR6T79DmXyrpG 8JaxUfakSnxgEZUgATRCEbiYT5n6K4NoKU75VvApO+i8tYJ8P0TB1UxMT0qp6KYfTQOJQ1pq5aGE QKwoTqtyW6gtIO+UG0OBTFwilvanj0XXkmN2yeIZzTIcis1VG9sooaDa6qAWAhXWxbFVn6QNy3LV GIoeLa6oFGOPmcgNOiVMQt6FS515uE39RYwKCBtG9ibiKtSWhcKr5Mdgfvi3xXjSsUptRXeFayLa Jp2LawSFHTH2RqB0McDK+8RXwryy0TrWn8yiEmtAlA2G6FLbkibPlZV4BxBwpYgBK73o4ATjahbx PbIiSgGwzYBlK05dBlLw4koJKwQcXlHRUyft3RFVDvnSs2oRclVgPvVGoSW72lafFhLqtpeDtBsL eJWdDSwWbrVIEzJi52J4oWivNQQd0lRRQIGyaIA3GY0kR2hNFAvu5V8hGrdkMQW3o7UehdwNAXAy Fh07zEpmF4GTBFY+YhD6hKcRpAb4ScgpNWLlEHE597RELFH9uKAkefIckyDo9CCofPCtkFXUWOhb uNh6P9FxYq9RwlZuTBALgJuuNhmiYT9LZdXIhHPZ9WY9Ay9D4fKb+h4jYEmc1cBBYkM9+JgtQjvJ npamm4CYi7Z+t2U5Gbh8bgv3eNN6ZqZcqV21x/kwpiI4elAEzrMWX9T5h5lBupy5tNyOnXEnhy4B Z9YaLBq+OEtH2I1gWZnW7qq0QRBty4xNCOpVSzfxQ3iTQ4XmeEwbXA6Ayc2MAEKiiX0rq4iiXDN9 yXOV9GlwY1H5zfioRGcjSjzqETDaucQvdGghIAkZY8IUMYbVE4h7EUekgF1JeAJi6TW2QLo5XoM2 NYwrpLypjcQ7u5ItScO84yQeNFljaJYkoQK2SxI8lDSo42WoFe2udk2XtUBP9iltone+JlpkmBUI /+a10m/QZCdgQ/V9LhEmGDBhFSHo3BGJJw6mw6lkMz/6AVzJbaRvku7YcOYOatelq5slPLJcukBt /JULa0ydZeIUoQoKk5vt9U+WOeGPDmW71R/B7oGySK85Qwbo7DzdMmB6/bzKgiYtz6sIUe6dZfDi Gxn3CgZV9Z/fHdzre2UER/3IKo8Mld6W1LtG1FkFtdlmG+u8JTpUHMzqkwSgRg6pLh1uLlJ2q8Fk QQ1PjXKmCQYchwqAD1m+Cgiez7UoaSBLo7U6J+QJrVYIXbEr/DFir6RvzVI1AtTISEOM2a8AUp/k If76rf/ZvX+yyi5ELndtOl4dzDU9GP3bABVXI5Lb5IMIpQkV+1cwJNPYunljQDFzTI3TA5IGkpgJ Vc5N/EgPYMhuU/Owd2Gmibkg85NhwpOj47UPRUvb9GShIOMG8vQn+c2gVZwGY0KQoyY5Mlmlp5SZ qMCSEZgZCWXPN6if6Twt4Uif6TcQM6cZSUSulypiUC2VaWE2EysLYDGyY729WCQiQmAkrGWRQRP3 AoY6XY5w4NU4Kwt6L3mGlv6094JJpc+eqNuZQddnQYs6LAKRRIip4Ohws2IailMZwgCFgIgjnMmN cfjNZHl9SeSqMoFMrCSLyXhqHJFQIkqKiuJXhh3yWwKtWxeWGczEkzt2uMIF25EXYJalbLiin3ZQ VkPo3eVGT8PmlcqYjA41ZshCpkQ6MkuFgORznGouTTekgDVIh9GWqQmU/FcI4RFw2PEd5CU0RJgQ 0SR5KOmAIJQNH/pwY2MjiwE0yYwIZbraRoaFfIpyKIJthkPWZBvl57gys8k2HFHZJ+jBH7QUGus9 WKE+GIhT2SLgMnXBqNsfc7JoxMRllAzXDJo4zeipkYJgZ+cKYfS4VW3NaHs++o+f8CI/mf2Cqn6S HXaVs8apvF3rJfK8PuZnkTInFEWdtJZqIIhNf7k1qSLs+fE4TH6AxgH2aDKgAcFMt3hJwtAdqHcz sW2plsC4zLH5rCGJKXpODYWmOVPoszXcPisHAWKZghRMJlVgAG2y5mOKRk40xSf9sPMKX4BA6GaC ko8nnS+yM27utRW8JEMzwYN+nWxWLBrck2AfhENtcwgrdkbf0JYvm3euKFbElgLUPibNnDN2lA5r M8KskMpqPs9KA1DNEJLjFXLxW2ic487dApm1FI0VuWRZvUKLESUY/gjgyJHCrLk2OsjGVVEELcnX wiitn6rWDVVVSmtWN5jDW3JerKXFugyXKa0mqsxQFZDrKZcS8DPDviMwL1LxXAd8KzmrGp3t5VFa p6pD38ILiHquaLyTxcUAGfY8tIfd9gfQm7CyygRsiGV+J3Nn2s6gsOBIOrs5DxMhco7EjTxuBbOm CMmuRyYmMuJ4CqF4H6udyQmKJbKDmGPlr7Thd/Pyqap+wcPNqN6PsJBsYqXxVIzN6Xy3Wta6Oxrx WJiMhLHASCjk7ZBMh+FCjPXg3/VT2OA/AqIDqFDC45qnMBWrC9Q9ByGch2X/NIZ7E0CkiFQnnNGE o9JRbMU5vQKsr0ivj7xhQo62IEYL6wWIQtAWezSPaGpDObq8ofpxHKPX/Rat6nwhJsAsIZskZzOz W0YWWQnC4n36TO0YnPiSZZgx5j/K1FKwFMmfzAdmMIW0IOfiGQa4JyljWpSC5EnrM5vAMmxdROEZ Me8orOWqfrZon0sTdueYtGeOivFZE70Ums6v8U8VgVnsLQAoqfEsBYZI5mIwZ6ao5EeL/oIpK4YZ /gaMTC1jACmt3MpUZbWZIPbTyJCWGFJbmBcBe4RxwvdCoDZFMXEW+3W+Me5gDGMxy0vyiDTR/PHi Muax2FI/Zb/oJhKhrExUfJyEsHy0JP7Wj2Qq5U3t/CwMc4es0KlUoscDL57Iy0ho5zFOpkLTPRIA D8nn0Qg34d2mfr3nlxIgCGAOxmgfhHHaDXtvh2BcjLnJak426mZmO/bE08ZzagTRAw2oMMptOgDe QnddMUXNvtXEmFrURRYYN9nblL33zpBVU11EK20EHvpkwbw4m0HJcKS4CI5AftKjNJ99Sn/0LGPK 5hShDapZTOa5NUBwhj8s0ATSvCuyrPCUbbehJlOmDQKEIUw3d2iaYx04QmfiF53xPpUX8GgEO8p0 GB8vUEOgvHnDmJsfYyrOFEIzVKlNDpc/TDhJMhnOXqXp5OYQrQQyiiNO5zMQC3FRUMhYPJif61BW 8GyCRzeMXIE3PmeUnIgeV/w3R48WhApV3D7EhUMltNADtF61q1prkIxCB1yUVU6c9Es12LGcGshL 4MKZMRBXlNLKsDG6yCGPWMAUyh5XEINS4WLCQE+y3MpaWOBUcP7QnBQoS4ohSeQspZFTg4kmt5Ka 1xUgDGuUF6i1qrPwsBGyU85hJjy0NkNU7OQHPvLF5ekljJEXZi6oNiL0i1o+E9GMRvMyarxK8mBW 9YWOz9DUUgrQ9EAHApuW8Ny1+S8VVVXaisnqfe2S3qbAEnwFRXVS9qTSYzNWas6ebWKiXkyofLcn URXRPmuTBSqADvSIWIrV5mzaAd+EF3PTcbXw6UckUvSrzFl5sFjHlIqmqGLeQrz9uomwJiDUJ8VM dadGIVABv5XJyC5er/RraNMX4P74uCKy+YhmZzStulrjPpgSUvF1LInrfoC5srlN602YqaXibwcn 9u9aieNytxrftIjzoJWDG0ZlBDBwimYOhg6OZpGAgp5NsTGYTjMxmI0VhBwYRtJtlGOWjQSnZkji xU7nYFebR1PMR2T/m28Qtjnoo2J8Mxnxy7B+Yl5dkAMFHUKrRKOF9tlyaokicF+mkH7KKoDmjwNP OqC4+kjmMC9Pvma9qUGbHVxP6cm+clO+Jh7ogNy+2emfhJEEdV5FbFs08IxOqYG3ZdVf8uZ5CFQB puhtrMBh/lCJir0lCmbRki1K+vZ5S7XzzLyHsWChHYXgB5tUaKKEgDXbgeoVtOGQDtdMGGlrrFHw GiXNdukhBdBct6rMKKm3V7eQfgkC4QJoc4u5J52RRLTNepHSCj7tSY24CwPAz/15lH9AHyTOnVUV T+Pky3GCCRRL9zS/3GQxS53r1DKnHDZXDHFFpStpr1UB6seLan8pmqvonTsnK7Ex1xlsCIkuL+Y5 sMElX+vhzbxSfyIaa2DkbFrRVy5m+QUvY4lcpr69kIy2nplCtjAEgJWpBuOLOazWb6AbxyKUzMD0 R3xbVJml5LJbn1rZWfi6VsWLVZI7lktY60gro2eErSTgt3hnZliFVrRfZJhfz1xroIdWHeWoKvUU SD8II9W+cieJTMGkgLzmuReXW95ZIIhSWUUenN9X7JgHIsKlZbwA/6sf/CicQJB8JPqipbJJUWLr luBVjNG2NQsqYNMbhYAuqwoimUHxXUt0xDVCkJogY5FoDSC1NSU2lcVlTqguF39iexEnoJFOIlHQ ua5LNIBEykXULWAe7Jrx+3rpyqfVLSjXAlNh1QYFHJxUSgXrZhkqiqCPrnBOybodBIZvsXVRdKU8 yXfQGlYbXAQGkYuPtdSEu0RAjMgLNzppAGMyESaxyCM+ieHCNwCKn8pkilOKqI9ghVMk34hRNl2h LhkQ0vqOLforCKwJmUl4hD00jpUg3eAnYx0aX6QiFqAP9C0/50FaxoOsL3VV8UPTK9sZxKywFDVm 7AFG0TNq7ESaTD0Y/gsr7/niZgrEueaUtchnrBhT8SKjzQBV4ckE0Nvi37a68xSstDKHntkOwYhe uNsZtqZlm+kDYGZMG3P56SDHQBfhlw+b0zFo1oKRLLYkw426mLSMnI/SZ3NdmZqZMhanglHejTs7 lP9mcw2n4laGbH652brm6pthZCMZPca4SbSe54Ls3Gk5xBdXbFaQ1zA7aMSw13O4+3IYZx0CIbcZ 2NcxwfQhEsLJSpgV9A+73YxAb0PIRBoGH2sH+k3egdbOpi+RQ7bUEBFW0NnkAavVMTXgQzfogDHn xU4ig/vxD534zaZieclMHM8S/TsoInryWRZRBDpu4dQBQKM2odPFKj9Z42y8501EAk941EsfMJ1n 9NWsO1tJrtj/nBTPLiBrcUJhlvnWFv8IP+ql6HmhMm9YZlcRhjd2X9jID/KHsTwm4jcL7h/zSHjZ VCKNPvILOkKeoV1A4UUbxZOiR0wfqbLtXGBEgIs2q8/kiTQqSBtTjc68BMZkv+63KWyka/mBBQrI RZsoTTpP+fiN/vtQkMmeBAVdROniYK1A3SOsxAsuZCJAqRlB9U2KweisiM0YBOM8C9Wn71mtgvOG 4A84Bc2hX/SdB3l/klLpKFI0SRApmVSmRP/tPQWLIUvIWJS3trEbVTM/y16jUPkXBnIE0u0gh3xk bP4iEzFPMR5VoFLfy5p5wC9BAUsri8cyrMGvrBDKIyPOREp0wQvTBCXC6I+EYph+Gr4MJ5/DfhLC kow8a9rts5/5ICoVeu5H61Se9VKsC2NjOXSFpJVwAon2YXohsVTDIhYQiogmtzRMEwBoThkMzEjU QXLORvokTkimSiIiDjolugRN/LCCboAN8tEPnjBOehEpk893exhYqCQQDR2cOCrB2ugORI6JgLqI xSg4RVS4LQeA+dBGqpFcO+ZKtGVcT6GVpIYJ0rGHYx+1hUZVJhQi4/4xFlyS82zqEtDR13AGSiNI Dj8TLoiQ7Okiwy70E/9wLQG+nvTlT1MPmioo9z4IQxZoxQQcLOXDCuzg6cgQEIyWf0Y8Nxq7xv7m hn1roRHhYFVUXXQOj5aF4IavtXaNGQFX5ReUhw22dLos3SdUMW7mIi/S/L7MJd6p4WBKLOgJWCrg 84u0g95N96vUSQuMYeYGAMYiJLBHLcYpc4kmoepH+5xbnkGEWKSmKiCXZLkf29DDB111RpYPbH7O BQ0ZxJjghsHo+7e1dsyVI7n4nFaO9bdHymTIcAvJeFgL8FrgsYVADdHqL8Po0vFozDvr3j5xAJTo pLCz89Fqxt3IJNKyvPlcwOOsfsh2LqHRSDkN8lm6oTdJV55E7iMzerPiD2WK/F0lJPPn+dU8D+Dk gI6tKAGFI+yzDGxZOWB+pFfZH5p7WJtDvfAykZ5OFZmnxNPqzFEGIRkvekxxsImxYgDqn80jUWRI 8ClSWXvBTnpIi+sGdnIoZMhUQBZMyXhCBXhxAEu8GMCzY1/vluoWEU0AM5CdbCn30cBT6XVSm6TR TUIsc4FeFSRg+idkC15jsJCZJ5GWITpqXt0ji7E6DaPGcOWuUursddCSneytkM41hkv3M7foh5aM jDi85igJMgTITWeFVVq4EkbTfRfqL4HP0OVJq1TPlLkFNTQ0DJpJPzrY0CMwMHQq67EC1PQ+0z2a TyvbIZqN36LiVYKLrJlzmBpd0fpIUIIisNOvZrc7kqKQu41g2MF6rd6vPCWSR8nSAc5qNGhOyWAK dMHmevGrHMdwgO5VoqJoX6owi/d91ka9WVVZeCz/cVI8LrQ1RkawyD+JQanoGFviRZV4YBt9kgde FIeCMSIBasQ77iafI0jOzmRaqiJin9yF9o6TymKZ6YleRoyI6gG70O4w/mY2+RSq0IRQhRR/s5Z1 SvU2I8xSQ5b6k3bA4q3HKRGQNJJxgCh7MqZXRnBlltLqylwdlmnmuoELlsoeRWUYQE9YyFlBMCTM hhLIMRnHtovGAK0WrXKBDAwyPLGdO6sIiucyjlx8831HbACwfLcALXDnEOsShejOCqkJfpjqPS3A pxjRcOVQbRbwnR8xUDhjP3a5WC6GEEl5J5EiNZqHuFyUsEj7JCxFOnojFGqwZEKqrJu0ksrYD6XA iA3yWiNXlIWLiR9dV2x0Va4kUnJ8cmqRwjZnEfdaehEEFjIQageZ0BHPEBuARwf8sOxKBizAKp8C tB5lyoV0e6lBUpS8BVmKAbqd7NRsi5kNBFSQJqL8C6rYH7SZJnNTISt2U+AlBk1CBb/Es7krqJb0 EfhySfODEvlGMHkj36SSUUGHpcvlgyHrT0V782lJFWjrB4ekzJCnxRqwG2je3FdoIILk1T4TiKhz I0ukr09BZRqELEmtBQ/MdK+SjLZQyLMnpfG33JqALyuHPhS0jy+MRUYhJQ2WNlHoodE57hbL1RZK b2+PTa80rHYeSvOae00WUQ6VMramapJzzCSDHvSibu0RR1cKOMKNustgEcFiZgl4QmUmRwYEKjf3 13ksSSaR8Jt7JPeSR2hSizXwEPiLGXIHGXvsXmDAzJZa0J7cXad8zMurIMM0ZXRj/p/ZZQ25Ui5a BFRXJdCuFSLIg1ofzEZwt1px8dw8DyYtEi/IKhU+G4Oz3wnAufHacc3CrlUgL/yXB7Xkia1PFrUa LVdeNa46cGtShbJLzSrVSpr4aoU5n6VlggJppEzPev7W6ne4qBW9VjKrM7es2qL2i2W3+rf6tw0Y rb5tbTPw7lYGW7N6t4rVOtWbcKVlwV/Xm7X0n9ffkxXAkt+uKWXr11JklGj9sx/tMwhlpQBv7mv5 sibhJkzZkt0SXpAVdzgYdlXqoLbjIIIIdr4s7gWsRrWs+o10509Lkq3wF1PVFdSZvorInzdnjSKO qvgWTigRewld67QFWhZCn653S6vtdKjADk1Ln+12sIbZ6FhgfXNEu4tniueQUPUTI1DeoPZf6HeP WUPdOnDBA9or9TPFzsBZ1RR9EFtNno1156jQqwgA1R4BpPmyZSC8yvoJRUm5mM4y9jKMzv3z9sD2 vxCQ2EPu4FRFolNwq70HnKteAVnV5EjnxZ0CoCKjrx+nexDpsiORbtGSLpG2WkSpTok4MW5xfgZc tC+nyJyXQlBuy2KXVPJuosPCKRvw9ZJhoCUXDjQHmdes7JFtIOxN4tBW2pCq4Hha1lhihqZOcmdp YIefUTAXATBIeA35kvSCNJcLUDtxzYgKph4zlwYNeYFAnYE2y5n9LbDKlTPuWTioq70aNXjsiW4R EYzEeBXDYVwJzxXARyZYMD+69nOTWXAvm48mtCzIZVUmgCh6ATOCK7vnd7NsYs2oByaGoDTTeiFN 869ZDKCCDTuiLprTTl/YAE+7JYkLeHf0V1o4WrE1PqX8+CC0VPwhW0lFMwLFJ5q5nNkJ7sZnig3H VArGCqS5B09aIieKl+OIz3VV96gKJJNQC8Z4ZtaVLBk+wzlpwlGt0Z8j6Zw6oPP7y+88phgJZgQU 7Vph0tBImfz40/tooFXvmhR5EwYZiugI71FPTIPoWUrMLVNNOCI1EpqaB5sPRodiYW6TFJGGbIsX ELU0NkJ09rjDpYticCpLCHayb4glljHFVhcaM2nRKy3S1qbUmCHYgyOFlUs2tSAG8CCOtIWnrL/s o2OyEkLwZVeEYInFeARjxt3nv38ae1Abwu9aPHGYAB/J6ZQUQzyuFYVLqxdEYWt6QmiTATgKbNAC Q2BvOAFqhcGkt3e8GoxNQr4iDQFnsRAU2A3HCycNORlRKCOB0S2xI43LiPVYnolHhlBFGMXdJaHp b+EcPZHxA85QUSNUq3EAoi6Wa5MoxE4iUau1fM+W4YluYCaqRAf9hNCMD/HggVE1IFEpSVJKwtAS FkOmo0Sa3iT6zZH7WUTa1QJXkW6BcRdJEIzyp1OJhaRzqYaja6CsDiDP5uwMh9YAI68JRSH3u8Mr znAf2wl/Su2mwZKzehahch6pcMKFKYQnacmsQAGGLQlGC8JwiALoxB0d3yiiTkoxAZ2RCPtNhddM 995m60qEnN2IDcRTLABs8QOZ4c80rkjLsLN7fjN66Uj4OleKf6fInqIvlLk7FdITdcQVlyckyTbd ib8RIFX0gL8ZF6PCQeauYbbGKCTrbbOlWhHynEe3zQLrB226Fi1+rmsA+CzwK0NBqKCjAqNd8o4l CMqDog7RwFbTq2lCC/HgkroneilaNCqdASne4ELUR7v+NMScWlF1HXtKy6CxKl9wx9/lcFzBHVqp HbxmDHMcguMiS4j2REQWGvpifVOPEYQiYgEZ0cuIdVJDukd9OCYdprmw5lWKc8tGKkSUEURFTM5J gJulDb7MWjLJ/cQXXUEFiUZrlpawmTRvECZQhxzVTncpAtYzL6QfPwWK5o9kKyJ5zVqWJrg1nhB6 0bu8LFtqXL82IwSg1iIAEhIcu8GWqxSyVg32sB+4mTJQveQ3iw0VllR7L0zPbZaUxB1Rf05QPF+O UD0hq8V5ArW42YrxoLXWr5XcwNdeMiIBX45Rx54U6udco5mAnhNafmbRffN6TZc1HeZPN4XqLWtD RSBVY2kqEIzgphTuRI3i+T0QhB43GWjDuifQJ3kqbZS5wEnCEFnVxOVArYbSvuwnLCCT0SQ4zW0W FuAXNmVV2OLifK0jOHMwmDEetYpEgkYE36xuBY88URGGHnWdAfAwXMhhdVS6WJ7tYWlMVrtctWoQ i1JOQWGbn2tdVqKSrUV1R+uQJ5KqH2ueezQNX4my9MbWGybFkBQEcZkyTj1LPr9I3eL10zINFjWj jYOkyKAiGj6XqKN82WXmuMkMzarJqFSMip1joAm5O4hP1d1vhxh0KUaYowa/Cnk5HURqnVge67xa KEQ50uQ5lCZsWtZluJRdV3k38Q2qWo6pY7yCdPPlCac8sK1HSAHihFERCHNlwTJSS4yCMkIRqZeH TjZQyXFgRqfB+mMRVxsHyEYTuF7/l9TANq0pGy3znSSwBCskJTada1HSq6UBgYNTmFkZykQ34AFM kCNaCTtxmmxZk2BG2p4QbEKeBomhpGDmRfeY7hsmhhyp0Emi5Xl/sXw7FNC5PF+b5rchOd1vJ8lm eC11bf+EHlIBU/b29neoC3ruZJE9YJGbxh4wp2wg/SRk8t9mf8BhsKaeW8OGg96tWEadbYHIhBWF MQdIVJ7IZWFGN26FtEU1OkRS4l3hG/6u2qZ/ncQo7MwmETasBogAdrbHIAz+NITwF+iySwYiEqjR THaouMUFEGrFfE4HJItsCUmBcDDoDW2JAvojBRoW+VR3yZ9RSoqqq8QJukGvh8xqVpIxwNaUSpEo 0URoDI97q1iwPh2qoAedMxmUgAWzxYO9mrFVvepADYNUODrkxHG4CGVJHCkBZ8dfIOZhenIiGcuM Kb3zIx8B6vw0InFbQBWn6XFnsFCipAo7wJS46kefsyg5IarNdEQuCxYjdh5ERSUyMhdZNvZaQ+j7 4JuZDgQgcwGpDZXgm9xuJWd8JXgJtttRi+gyDmaREES1a2YWwXm1IiGyC676RfPiBiPllMs/i1dZ UdapgmYBNYc7n64vuRsA8tGGYxslTZMZIQZxOVUVHApFFMmHr1imaEQn8xCeARrzgh4Y5BsMMw3B kBAaA8KjW0QwFjIkYNhEopAQKFkM7XyhwrB1neVEOnKMzEkRt9lrGhhSo1nQUoE4G0d40lqgAYOQ tHYmK0HbMnysGmL6lYKreKtcO40GHrgJwuyOIWRevFWd2HaRncf4jLxiXJIQlhweYiftGf8EKmHu FvlJ1pM9aInjhof8Fb+wIneeGClBgb6dGUZW343a1NX8UXmNsCWlFmBqnl9alJdroA75rgK3baXx ErZCCGPvX2hELgKDHpnfgI2/UUrgJqblEdsmk9MrzqPNRTxZCzDlLz2Ro/SfB+SkS/lIeeGii+Rr iXpnBOnc/0Q6X9FnUpAPClvMqWKOy1DWVV+HeXF1fek2LWNMNE/glLOBSX2wQ4CxLbqZFLY9hrpI kpKTgkaQRnEopj8+x5EpCsRblF8ts0tWwT7CiKhhaBM6B44eyXgKK4SDsdg4QUqkbaoCWHGDm4kl DpCffEe6DDaM8M+9BMOHYjURY/ZWdzl8hOqlTgcNMQvG/m8XakFpPsuhm8Qm8U4DTM6K0yRA1Xw7 og0MERui6AY/mqIHyi5eIXWKFWQj68CH6p1s5pOjCwNDcdhQiuZR/XCF1RkOLSC34pBRj6WaJUIe oRtrkyGtEoEsDM30UFdG0Tub5Fql+sgJnioWZI8X851qqFpJDpPkwnF0ABVFk3EQnAiIQMgbH6N5 ImAYSGG/n/os+8pm8jziIk4epMngd66kuTgf6Z3nGddYLJqIJkMC5okNjScurKhBjNczSBcnM18Q TlX4b+LGE2vTecLMVVhozy1E6QYPVN3RcVgAb8lP3smdyUxFFo+AV2JVsgcTGiUbLNGSiVng1Eu9 MF5mh8WMojulaBbiSafx16Rt9RMf9pLupnRl2uRQwhU9GIFCfakfccj+qMJ2sTldsBuq8uKRMKbu 5Y8t3N2EOGEycHt7fV2FkwdQkqqY3BEKslkHSoBO/muNaJantcadWSEZhIzKdB+cWtKy5Iq36p9+ dZaEz36YGe8UGwi6voKsIqcaacXWSqTq1ffeIfV9uyvNKmXvlrEUdZVkLSf1+i3H2Nw6sOP8a6Gw BcOg+rnd4V2puXdrwc9xGRWuV9x2ETzquh3ScXWWTj3o+epkDOuvr7d/raDuuAsv/PLarev55h1X t/9qfbGy2kkgnUvjaBwv66rzy+32czPuxYrrptrN4wPGqR0WL3tlmTNAfhV0O8VDTb2Rzr96Pd1/ vz/vJyduRA/FeP3eFaCd0aGZ8zqC9lutHn4GdfJG70G7nP6tF9dP9/PlXzjp0ANxsIk+1vFYJ4fF FXxUkCtzJSet0SMY3DYYZa42bfPfGS1CTnZP18J4QlHVqHLYarkklLhNRqoyNcOhFkbxiCFroVbV ZA6bxO11nlK1pSxhdQ+lKGrEdssXPFnBoxInf8VKJ4/+skgMEDvDqhO3pF1QkS5ozSzIfIpHJKeZ 7ibcYcBEZ/0DfdbSjWoh1aByk/wl05g65XAAlBlmoIxGVVn0xUiwhkHhhd6YnGBtQDDkaWl6zqUD /rPkHp8BZwcZv6KCOfwMmycF5MfO4AYuCNxupTLbPHiWhU1mY3ND3Iygqw5n3yplBycqz1zoABb8 Qq7TdCoy9KYY3SrMcjSYiXIVp7PMlqlUUQGxiIxV0TkXjb7oAYX8RrY1/6h2iksarAMmAwyMP7uE An63uiMDxjWImGzhZLgKbVhUA+RJC24Aku0N+NwnI14O4DYMgN7Y6gOANop2+dY+oG02NFI1N6gu irhZ9aw5s1xXy1g5tUiEbxxiA/GzIW8wjJyD5JoSdMIzm4xqnq0nbMZ98AA1GQpvRI/4pg+Mzgck e4sdqmjxHVhLnvQApSQzkIUThiKQGsT7xi8UYehyH5xAPiBRlg4gyZozfYGKOcUuGKrzUi09zLN7 siDYrYLDMBJUwAJDOEJKgpMVJoviM/JYF7YgU2RKq0RGutAjRjd5Dy89Fna0PKY/xRIgTDxRJ9gF H7BFOo98vGWOWyBHigixQTQpglNOL6bydMfCz8WQ7vCg/TTmzCX6himkgcLqkthU8ECcxipOWs67 7lyU2QEGfIhWMEXSNHB0tokk6qZSUtSVKrATTuogn4yJ2CmnxwU1B83zdu9PaHVBg+CxdBolMZGQ FAKkCmTGH1UB69ErnmBEGDNijimGhZQHGWY9aApYDIiJYpHibw9rXMwizik/FzQuVSi0kkPRbnT3 jNAwXfUtQYgRJWu+Jx3UEyga9uo0wMdrWsdqar7CSAgTqKTLnYEUxyxF8DkkqF5bz2gu7BqDLSVt Ydqq0ewpxSghLMcnwqVzbAFjMtMCHd2Hrt9GYeL202CqFti3sZmlNIVM4YE+iCRFYFIrKhYpKgmi tvAj/a3LuRKv82bU4xSzEwZGchKgLiftWEd6kAXWW97ZmhN0xYqFdtlulHfNAG5BN83LRrqY9RCJ 0cCNOKVvXVD5bNU5olFXBVWGoygEFCUqFKQTS1QFixqgVNhDRHPs0vSQ3jTfUxVdy8aBweRkkGP9 BmoAgtmN5gYSxoJBphKTjCKsO7JAfGl/MQqU+4mTAU8fgcn0HVGzJGKVabDoVf9o30+Kqyi3F8r7 lK62iYAXjev+ZEIq/shjuOUGoAouiyxnR6lJ9TxcQJ5Z3u55IlUFrUC0kFWDZKLDOPw3t1oJ177p 3kP0aedFSz5evh4FtR0nG0lVQHYeiGNaC+CDmXzrBDWqqLiQfVRXSpFRNSp5sDgbBbJq9EaFBPxo RsbSBSQFCyeZzFMypG6lHGhzLlTVluduoKLErVQQXZUFGdmOJi2rQ3qeGmNhlXpaPFNOV+qudDYf cPg1FBnYOyFZ0l7Z6t0blNJfLeUovfkIGXAPedsWXkwNkhkK48R8Vx26m9HWdQ1VESqKPZKr9NP4 LcOxDbNSMwidt79iHSI4ImVFKC1ZPGvWNPZMAhYZcRjkUIUjXxhzGpxdMhTofMFbqCW/Aiq7vv+K 7RGL1KKANu3drgEcfEjbp3SGIOLtUteB/hIKjWEVO6uPwd3oek02Kno9l2Ny5Zp2OgHrlR1BGhDr u1wGtbXJMGbO8+aM6hYyJf9Gp9Db+LvaRba4DgMPw7J3ZUaGZz1IA+tBLZYaFjKhycoPT02GgKRB cbyVgttorHMA66GTrDAuYuWXykwP7amUNyWSdbaqcAIGKxugSAr+Za9MIaijtoqRGDt4dYVWa6eS AIXlR+Uu9WQnKvfOr5fHZ6dDS+isr3p9stvITp+OjE0sURSRnyyjivZsQIxoT1A9WOJGXLUlHfEb YMYFNtlNWbTrFJzEhuolCcpNmmMkZvQvQxdZGJ9OVkeaAqesVqEdVhAV9i3s0cNsY6KdqsehVdJj TtyzWUo7dgDuAHYx3LXrUje0ph0A2WIwNlXviOyhlpQ5MTieEYZWmDlfHMy0BiZW70fXw4PSqWCG XIsJV1ov1Q2A+X5wbiBc5g0Jry4QzqBVaGNjOT7QHDzcolDoB1KakhFJ1si2uKRo03QSx4dYiImt +SCIAIURVaBw7hBf0BhpZVixR2k9CLOi0Q+/EMvXjGQrVYMVwLl48JtYAG54ejoqJ/BAYiQMFKm2 DS+Gmhoj/oaKMo9J5ueLqSxPtjk9m6NLx1s0M9EV0sFQPJO0TWcZ8bU3u7VtLwa1Gc1pFWTN4r/O JQYGpACvA9IGPHBUO3HiPWAIFY0lcYakMCFiwx2MZoqR5alIe4VtcoVQnKcn6CTCEyJSAx1nFBsH NVAXe5zLlO01B1OvmjkzKto+PzFlNIIIRFmwYZiDHtAQWVpOiUTWc6YzbQlhVlzUr08JD8pax+j5 4DPhl9IYwSJBvo8gEXPuREcTTXeaAjksVGibbWEWCotj/pzwVKMIlBa4OAmEHjV6f8x+YGt805/+ BctFVkSXiQPUbCspZA28PUBDfKZEyJ45aIFmJ+1HA/YksukYnNETmvpUD8w40FHqkeZz+jI15rQo urSlbfyIYigWifA2tzShTqBSdzGSIYjukqkacOulDOrSVJ8nYokLHAt0AllYS6NoAjtciVR+Qzk8 yDy47GoqWcRdkqUfwZbWRflN0Yv7C2YqEeRz7XqWO7ceraqudR8qPeKkCs4qQijGwgtiNVWIkQQV ZSsSWSTTMsOW0kkSPKbaI/FUAllfgFWNEgKWIGyXdRuoDassUM1A/UBuqyKxcLg8w3dVgiJVuCv3 +GflYnsN1FH0o9gA1KpD+1xFYdmG4cr8Zb6SF8BUdQi4EpywKsHbe+600lEL62BnpUfbvbf8xema zgZVCRGItkEvKlWi6M3m+bCW8ymVwRNxVpATHGsjkazwJiA3QshLAt69QU+vyFctrXP/yltQg+At awPzAlQSW9oCfQtI1FGCs5rlVhSCwlVcM2Tps2Z7qdwBsHNNbTN5d4IooABqYURQz+9LHKKAvKaF TC3zAEvn07YOr7DL8jMbAaxWjC9tJ1TeQQ+ZlnM/j2IgulSgEjngiwZ4LHVYSa8yv4JD5cIOEogO io9I00kALZbEPWs/IdsbjRVhlNsqPSK9cNEIVR6qkBizDTWSo+Q4GtdnayzrDsGJ/dbJWUpXtQR7 UCCJRdkimx/HlkJWwbOfkw/4rdJFulpuE6xVQihEgtdw8EmWSt61pPza9XT1Cj7Fxf4gDTJZm6kH kX8Z3F/tRPZtHvOQz6a9DKvaKVFC0ri1U5tJBS3kRPFA4SIwjFzgWtYcypzZeErMmDC0kS2C1f+m yeRwVqw1Zcc4Vt63NNTHrkm+WJOWIvjFXMEhGFCWFNH+QxQhVf7s1oKs2qaGEm39ZxGkaRZitVGF pCZ1rbyi9Se2qq1GyEmw7DPbtA5agarX26Fe4mzHAcUUna4ylx0Zw2wdcmSzYbDVmOTFwPGVcGqZ 6an8THKwhph3EDDxyCBVP/m+YjEaomSXEzysoxo+Zx/IWKuT9KUUinyxaBqOSa6gqkcqTXtcnblT ilWIsz0udnVbqBSjU2+1U+XepLeVyaxBou9Oq4ctATbItFNxmFJ7gClQx9VVWtAx7xYIn2+tYbby +JqNyl6p8K4mrDu2y2Hgzif/cYJxBe8WQjv5XEnZjw5Av/aqTSulVZZVd1WLVbet7FXmtaz6cnGA s5Lz7/mm+Pyv/2re+vLblZ4G5/Xn+9e5Hiq+l59fCnjWO5BaZu2b5WQWKju8uXXOwBvMytDwu94Y gND8aTn3jzp3u6rvrWC2+tnp0B0Aba2zu/+2vljV+fQfMHUoNCAVmp3VrHPHUn/f7z+/loX7fjn9 qoJ3vAjRWA7eRJ9VxhxW5pKRxOxNOCS0GL03p9ssrsiD9YznhGT9S7nQPrtBMuefEjOiZEEyZvqn McKJjskaFeCybKBO5Jv8aPXwTJUlK6m5XvhKN+XWgkkujeZRw6TdmUOZaGYh35MHzWE7g70a1Pul 6paoL584kzi18mkukM/9OjsBj1IxPhk3k00lqcBLsMtQiktFC3aTpDGVGQq5m7qleYySnplff4ou 6qgMbvXP0itgknIGT39JfVEKk6EfDrOEK/PFPRuFnuor/IQTtRJiiZ6OWgQEYVVU4hGrg9axYAZa wgyKygRVzPVwxgnKFQCrUrpcAB8wrSQGAlvJZvB9+MWxVEw+iVSybJmzdjSzPIxVFm8xD9jptT7Z LDQBCXIZ0UhPLU8SsbJsyFORivUoLtQ/WtgjtpOZrV00ssjdlb+NNtgqGyI8miGq6mLrd/88MjEh hSMgs6bJQBISi/xwrWXeudyOuCCrFbWA3EpdfAC2+M5AfrO5ynUCbJKBFYlK/jzf2tIVQWfuA6Gq mzJKM8KGdZWdHneqHCfvvf2cpOBm4LLhheBIynoITVGvQdidKlIYg5gaR2sgoYxpMTaPFKIMi2Fc lEeBpMVIVGN+CpGCcKCpoBBITARQohHGfkMWETCuyVGNoS6oSwP0lbOSEIDEPSRug0a7DCCAhIIF FQqKzMM0CsIimpSSvJM48jaZyR8hUbJnsgM92YQUC6QGRFCNwVs91rhgyXxS0Baj6DXxowL9JAct ljO6uKGnWyUrBYhdvAOHyAhEhRQ3mGN0nPAVy+JXbiPxbscQtpBRCeQ0mo9GWQ6XSCIR+EoQIMdU IKnN2gSuHRypic41BobGCVPfz02d9zEJSxIyCJEa41S0Xl/2gni+GB7w9I9Ni/GipZS3vCAnjgpK ou7IYNIvqlsJJZsGXB8W08BxyuFZ8zCbG7IGO0JECgRMRsM5cCMx0ckYV78kBn4VCohnarDG1J1W wnSTaRqIwCXWDFlU1CZpRIIkXCsIWA/Q3F9kLMUKwvIod1A8Gk7pKA8zhPtoVT7i0WyYSCkR77vU ChS9oxm1eX4/ky+X1k/EZA7YIjGJ0Y1DLWMRwaPFEkCSBsdStqYIYCfbCqDWHIPWIUuYYpf6JJN6 udiaGPliaoU2QD/sPaCMrYdIV6Aolw5I1Go9VbYIxlrnEWJi1Em1mPgj/y431R9wra0lA4mi9N6Y DQFbCJA1ZtRHWqIHQqNjYDQFo0CAIEQi0QHySXKtddWGI6/MHpXcUjgZZWQs4waH7517ry6WpaqB TrM8HnCtvXvd6E/1BhKWneIgKh2YiGGq1aWMSloy29hBKz8/H7PDBkfnrX0qZ5c3+wnO9aVH1Qw5 tu29lR+l/8oBVVQSlY7EgV1VnuoGYe5pLGOMpROpMigrEXATUJE4Qz+HxB8BxF21L9QDmx+5Jf2i ClxRuAk3Aq9OFePguh5J1dE68cOFKkLQ5QbJTlqA7ygN0FL5tK+8oKpLhl+TqkKl55ULIif73LjV s9ooCplsnNuEXxkDBej5t2maTsIm5I7rzMer8wz9qiMdNx1LEL9KSortH4KV/PeIXxGgElMlYKMr W6zCpFClDlEDhzVhRn1WAFGbwlndMHsd0aAOv2K5m1UlDVKNyBCgCtGXD29QBBuswyEWQCRa+G32 AYoVgWa9e8xrT9OFiE7GDGPktB9TCiwIRgRPAXcLcckEK7NSKw5lbtbaUUtKQyDSDwkruDCcttoo u/WKXphENvcTSjgmXipAat8+A8IoNCVGuK6qTinIQntDMj+pHzGGWPUrIoSN9ArBe5o4pLoZllWo wshXKskKTLCMn1qypRPdvTczDqDZjHASUD0wbf3qZWcrVQWi8SveiFg6X8sT4WjjfPzVF6iB1i2l vCpm6l+xSUFJrTmePj1iz+pMimS92k+t75/qnU0bKGM9VYF+6Q1n8fHxyauCq6+p0ik36qNuXICq mqECWhRDzwZX14NUJcqqygpKoKsapOqORBOKym9Ki/ogBeBp3GSv+qHBB1mVT30aBvUaFXSWohm1 YTMvTSTUP0wNEmk5hQyfAaGf4sOsqh2papwKh9TDA954lyI5pcyd3qXrELBqia16VnpMIJUcm1+B 6ghSkfDV9FTkOXRQj5UWwZyO73XXcK8KCscMiHHib5LG3Okxuwf0em9FaIwm6bFDJZ+0xUCQTEc0 0jgNVRz00PQFuQtdYErzoZSpIAV+1iXhNoriJgK47iZUEoyIUP8B7k6a9frzpOTbugujwDciA3eg Ig7C9bIC/AIHPCpHm7etz6joA2vRqArJm26A74Cg4oCsjNwsQ8R25BoLgo/66LJnU1U1z/D0nf6r 9HrLnqP+08E+g3NGBmbKwY/A4R/QPivtJzjQdZ3TsdG5uD15KBzqNuwUnCcReYbB0nUdwHQ3NY6d vaUu5X7EG+1h3fTZPlTyDYTJWBEHavpT4IFecGrV4iQtxfC0obMm7iGXN5BnfZHMU+wCviCOem93 WWE2JC8jjsCleClakceVVpCqMiOWj8z70KRD/Illby8dwtA/QHL3iQEb0fY5BhMxquQ73bqONCGy sa/VDigdHTJ7III34stE+paSvJk4cPdJtBLFqn5DNktLe5PE/iJO0QXDhtqJFNoZF7lSLFcDw6Cl PcKnlIPt0rsoGtNCPPXNDLZwEemDJRYGvJkX3QKJHwu1xu1+zrYgUJ+pQjzneo+4EIkKrEhdSxc8 VqHGcrBieH7XZz4+py5D3CPqs9WCOhxenJfN7gwe/VXjAqfR22olGtFK7FX2J6fHGnwV8pMwpe8y 7ML1lTELksueBP/8gx7Ek3au6YXzUIVQb4wIul2Nt5VrlRbdV52Qp/ViquoGi6vBWaoFLrUHJevA Vd0Dxnr2LA60iw0EPgFA4UnaIsCsfsbpaMjL7nrdFFp3pI8osbN92p9aTUuwUEqlpFlVWtpXkVzl RbVPNWZjKXuUqak/eUWXgFniWaxfsVnOFGKc6ZELlYMAe0X16rS22qn46TgeI4uyZnmAbM6tAu9K SFYaBQRwDRckJTo5vKiozhz6ndIKZz1KA2PtqXJ08KOzgz0dO4cr7SV0gquaD1gVemSJeCDpcCio SpdKHM5q2rNJsE6bOdhCZTlcUwmBhNGdtkqLQVXVV9a2/YahJAHYhni1vgNBaJSf4j24gw11Yr+u QwnSq7G4pROXix6ZItKL4m5pHKBq1+RaGkJKpVTFMNU+rIbCIzGADAvhOu6v7KkQGuYEDWOTK9LU +kCyUOoO7xDsLtyrJ8OmQLqnKnWW8smCcbBy9IStOifRMaZk8yi0SrPJiHQ3uEFW7UtbyqagTV+S GPTDyglKey6TkuTQsTCKw6+WdYK/gCgBir9Sp9I6dPY9+1AMFajMRFyfLY8s6CNamlWAcfrYDCNj AF7hWQl1q3FQFakxSnMfkkSernJBMAjqCsbS4KxJsw+UCOOwRsBODfAaQLRiS4zooAwUNTen47Ld vKG+Qwspl+86cASWMgAhbrcvrlYSNNuCmEhYuRf5SWcKbASPt/RZmajJhZQ9cIkHo0AsMyyOUK43 ykqG1UcNiWXo2OwNmhPRjzumtNLYmmfnNN6a8LJG1zLgcuUOsIAVmcxOKP/6u+mUX/kdpXBSFtPS Gxs/2pdRVfam5GwMJ+veHGBp7XPLpK1zpoDkwPrfH8dZsAFqrRZdNyPTZM7nveJzx2vASAH33qv3 vnvjHrDTdiVsrwLUewukddhiY+8HVBmuYqu62zLnu0MvLFQ+e4Xf7TiCzEkWqsQKzMiqBn1Vr/5S pVYBdv/8qyDd9x81aMNqoICPUBYh/zaQBcla3q6f/lUG787l3Ps6lYxnuZ0EUkXauSHq7h8g9Ply VzD/tJQbHvhs1bQSsgqySvddAyux/QOVXgIXrF5j+OkphWbrwytAW2v9H5S4tPjZUM4zaSF3JjUp QkuTOBSTRcTBTi3DIJzuNI+9QdMqaCu+Z16NTnrYIw91vEaL2JtDbA2+VeSo6Em8RnXqHbUvSsRe MUo8WORew9gv2t5BCj44d2W66fABJx0TI/K5nrORFDADQfy8G0Xd8UolKQxFZxjwmSJXo8rxXZjB JDDflRprV5TiQE6umcil/GoLBC9BV1qkq7MJWWkKqucua8ZslQvTUJVVl5SBlVvpYu0ZAjVRlbhW zIqK+PyyRd6YG2OucssrEjOQCpk97oKnCgjdXuJVi4qN3RYMMCeCpcxksRPLyeEWYwCp0Q1R+pxX 3j4QYLIqYIMEK522asTuMc2wQtYMZ/0Ufan3purB3aps0ZjalcW9hUW8hlMyELmTKABiQBTNPRpL 5wU1zU77o04mRnIB2CWHHEXNmAhUN1pLIgEpJY0ErSCV4MS/iLOrASxebFUZjjUIa8+qaCZEpc3F JflBjDGGwh2xaak8eROUBQNLjj0ZWdyFEnZ1wiwD6FGRRRMPHR+hfeYfPY6AtSgOydFW6Ji8qLEH WpX2TfOhRRasAxYYbev8DTt3gNkMYqQVGKg8oqEHYZpxFtNwMI3tCukMRHK1B5NvUftgJXSBiI5J sy6Jq3xr7pHZ5MmU9b5l+jlTTt+0CIHPJZGzHxL+8drEdGCvEp3460i0QrQA4jO2EdiVrApzqv/p g6Pa5J+7GOo2oP1UyfVI8AQUg+ucC5mZ9voxbjOeBs7v6xbWrAQHzcd7wOAsAxrnRzoSEA8jac68 R/A+PE97C4CmiMSV19bNkCjkBrSASiYeDytAoRnaJBU5a8FmAUbwuNExm27FmkgnWArZXGwBUtFL dEvW+uzhjlgwn9WfQCt5Ieq+YCsewd7QFVJSEI/MXtCXHi/x1xFoCuNJMvDptm7RV72RTFUdg2Zq TePpUiqcYrkVHBmDTJPkwi3NSJ2ei74atJgH0yeBtcZW0ZEgAb6UsYh33MxWIEcVPEFFE+96p87E 0FNTgGALSF+JbvUl4rDBtjOX2EMIOao0aOZ2BOkBDLPlOQpDmoVh2VoHpaemnzI2wAnTIn9DRxla jObAHacCTtmb4mBt3cMiOpMUL3+JEvn0LJ5H4nIGEDx6YESbhpOOs296jzqxs+WLgk4GuwgwMCVr KU7FqaVe1gmgp26qO0nRSiodIVeOq/kRh2VjfHo0LgGw/XCVGXefwV+fLV1T4Fh+yTpJmWW68Wrp XqVBDFaAUMWq0nb8eVOhkjmif/bYurd6apVaGb5nWipZKrorpZmgbC2ZESuwqMm0rE51QUki4BVw dKMso7rbCEo+g0RRoT5XsvDp+EyMsKaLbFHZKAAUDKvbtCqvOkOPfbaItypIhUuVWB4o0JApDN1r rZxsutfdN3QlMwCDTdb9rnJWuaTTKd8dHVBBStW6Zc8grXAEdGva+v5XIEHKak0IrmiTLcXjeZPI nHrmGZtQJjDyd9cU3p4kvAya0m0VDXanpWxSaTC6ZoMwvcMUdhxM0cog6ABrkOtGNS6tgoxKVkv7 jAT+FaQcPq+0W5FoFP14fcRBqH8+WkeIMAdlwl0ZYRypaOZE+gbSoYriKBa0eiCZSJmIKp5A36+W KNcMFSY/cYLfz0VHoPw48Ghf6wQhmKDpZJ8qs6cFqVsOnZT4HPwGJxOMiva5fuRSxJg7TczVvsQa PdYjxyH5FUBn3TyofV3kdtFDaYL8qIgk0dA0TjOPhRla0lCEqNRJO0BYXp9IkqmUyKeUrioLqxUm 2qSPAoxcuTKRNtSAnRRgIV4SDvWmUkwZ9+4CZKZsfwITlaMJf0qlWsFd5hhBQEL3VaUOQ4mgbCGq EdoMl45YVEKFMFa6Yp7uPTKFxWPmY8Ui5qmpEOKkbIxakKWDzLTFooeON30DHIsq08rUIMIYxHpU peNkleqThNarTz0s8yTqsH95fFBopQf2riryPhIPwEO7dyKl7q/PD1RYzRql2S71WUr45L7uOlFA n7omNIms/iyDjuhvLw/G9L3tA+yGmSmve1vpEpCkeNL9DIwIl0Cka4aIutZSZnP25ibLTBE6Yba8 9hDp5ABgKdsE1cjEK5rrt9Jx/Hr14BPbwIBUTkT87vuXgtFvOgQL5fY07entH7LvzRfPbIQCN1OC GJGoArKqKR55E1sMjkTJIlMTK0EXgVFfG8vCE37UM1br8Wu1r15pN7kjnyAiZqsGcyLPrw8Z5XQ/ 1DtFRE/b/bGlpGEWyFXN6WQWOtlT3rdincL8KS2RsM5ZSxLWE/k22EKa9Uu23XF2Ck0xUCq8rcpJ Eyx4nOEiHTAKOwCNRW9paYbKiC1xJc80INuLxHVJEqkHU5fFcA/rmkVIgBKeETxxmsUmWahUiL2X dcBUq7pe4X0CluTSxGKPBsWWyQV48puYySOoiZDngPbBJxCa95xDYYiarYIUC6wuIfpqgQUfUmSE NBUr6G6KxaBhkc8iafcpuTDwKHKKNXjnUwYDKoZiE1Jkrag/PuUFGK98QX4bawKAhOdjyXkJFjMi bRE7ooSx0ab4OjgQNPJ6rsd9ELT1wW0VJNu3smOkpmArdjYFDABR0BFsiERwt0SwcE7w1AV2hCEJ KjB4/JjJjYwFcZnRTL04DfVbfAIFEpvpY1XpEpL7gVzQczUaEgnygfsJATp0ne+OOemdDgXUKW6S 1ouJJ2O6HyCohHQcR9rLKSS8oj7dBl/dFbx4bRkCBObcaFMeSUSSy+Vx0AiwGl3xpxskgaH7m6pA n0V9uiKNiEb1BKUET8d9LXJm49VZYF2YKFdcuCx8QjQ0bb2SD8V1XkPXYzKx9vYuLDcAgEkKcZKQ SUgTvaRPG+F9g3Cd5eAEwAKDYkRCoZaO1NE2xIsmITmi5oz8R5GcK9pu9TmjEAeTYT7KB23mB9Ep EMgTOYgRYwzQc1K5ErCTvBjirn/NsbLqu8Setw5KpD7TiFMF24Q5QhFai2mrAoMkNJCpiYTKAuVZ cHGgYpIrI6uoWoKHoLMoW46lH9sLSmzpeSKJxUBKtDMym3OIeQhS5J/5teAkXUxC8R5uc9ygAxgJ WF7TGoDQJURQz28RIs0jvBiduMAeyaVI+FU/CWIKR54KxtW0CWzfp8blgj1gDgIzdIiN4aqXZvw9 TasSjkSSJBVYRj/5U1E9uqwO6WOpHwMSUAnBZC/aQkQHKao/c/qOMZnOaDXn7pmsQNwpVIBPjlU/ xe2eRzqDukER0o/0XfC8qAqjpeRkKQdHbpDPcDnaBSF5ZY+7IMidPaPF4iOS6jVYkY9e90RKjYpO PuRtYZZFYFUiVUqJcOwJC5isESTUsLqsqbGSTaqz6vEmF5IJGhE3MklRRrVMLu+K2n1MKplSNkgL yrmimKEN2vKkhsc+xpYR1pmZucSO0nMEOJVgEExHiRLCfZWDQYRp5GIm97pKP9aAY8XUBARlCHzC 0XgNnYGdYUnxSQ42ozYuh10cBn+oedkBEgBXg+o+Fg6V/ysyye4lwKXs8sdefQhseW7lB7WFrICK sjI0c9xKc89XFeyikqBStIMX1PyW7apQhXu7zoOw+phjTD5fVZKJBmmHpYpBXWBJC67YooRa3qo4 3o5+6bwSkN4tfbcstyKDC+htrmilyJmv8mtYfr9beNy5wWrOm5WoHZEHtvJJCa8flYO0bpZui/lN OJngMSiYqxdlM1k/64YxuQy/fHg1LedQhJ67SqJKsArOfjYHpGqpCv7lXOhbJXvFZ5Xjr5sqRySr 7OwfwqhLWw2s+ubMEA+qDyst37XXUfWvZo861tXX1gpbwmwyrKot04s9KswVt1V9lWXUu520HGXM Uq26m8FuDgST4EnTHQSNGCioXq1zRekK+C3Ptt5cEViW70nVdPU28HuPoA5V7zVuKkC5W5m6Q0VC SAVf9TlkVJut/UYldQlP7tQSB05XB2bA8McdswnVxq3tNp2hGkw0qk4jLtib7VK1Jycor5nOtTIX cLxg717j1arVn629V7tvRlCfVl9f7mrTjgUpGnANOsr/KHNtJbuhdPzlpX6rgtbCVRKFOU2+4Kid L2TJQbJq1EQdaQkSFUEmPm4zjO3UqCA1rXZOCxIqkJakTy9aP0yRK+/YoUSqqL0x8Dd9YjN9SW1Q JjfPEGvUFBZkuG3Gm2BTuku2vNkWusvRkjEa4Q0gdlQoHpK5Jsv4BnqoOYPNQqf3DBqbqtOcBPUi B8bJLaiapOk8iytxnHkG9ixoVjhrJapfFQXOLAxLwkSXyq2ww04XLC7q/9SMEVqx6CTyLpnl+nWX Uz4bgzHPt4I4dxt5iiaqDKaP2ZYsZGcgBG0WLEMUrbgvQAafMRgH/eTJSiWyOwV4APIPviyFPtlw MiIhZV2ZeuOolrPWLmoDpvKF7KuuWm2S6+AUMmXw5tDrlqXENB/zvO01O9rpBU5toFatLRicDTKi ZR+ClhdVTWSwbxc8H/aMWwouCeCrsEXMg6X8V96KHxdMyj4kbmItbBcig611STECaUUFkIvyrshf uAHOV+wQqtDMsypdxLmcY5G+c0hy0OLPunIR/TAqacyH4rccwcOezInl+oVXDD4vUWyjmoc3UCjE KhJb0R5JEB0r24AT3/UWIGijcSmqRFUyvt66PpgXQiKsiPSI+gK4EAhlgK/zWKrXIzYpVxAWVieO 7vleRVp9FtIkS4siCIZ23WvYJEKf/CrZ183uxigj9KDhmrCgIQUGvtDbjUuga5HHqHtFwnREz77R BUv6W6eBBRK9AnYhyhHEFoAkNoSOSEjPEVmfxSflU6AsMYqnrRqK9Atqy7LGu9U3ytcF8+UTEkPI Ug3Zn050VlDvotinzLSmwpmaLpgxguvpE8mEqRsamEouCSqJQDAWwm9AYphBO/QMjXClqjfWEAZB N9TkwrrQT6I4sURVKmDQoueqDROzZKG4S1GgDgwhr1VjAark3K2KiGQ8XsK3lEg/9Z2cGRd9yp9C U2AGZGkV2haTGaSRJVkegw0hrrCAxaUzIyiBa81jC0Rt4NOhQTIChDnIQVsBCx4e0iVo/URMnCrC N5zMGiwozO6JfQitgxAS06/nR9wEWyMxCt5uWcZXj0inxU4oIsAbovVektliegWGfgPiYGVl2+4a qtZ+MnUQ85xszYIxwAGpyLQSLdiq0Ty0gbrX22sPWTA6l1UJ89FBrZXwWjX8WPD69qhepPrQazSr 2rR7moCt9/Yel2CWTOtcf6FmaHWdileuqFYr60bsRpP/quGQ0kTU0AFEqhoaOIonRcrgZZoqNSvO HIKcpFVaZHC+OgSBgIxyUVhsiQU4rjtJVzSMrJJNHyv1RJay4Qpx+IxE0uR92kpGOA5U5TT1I2WW Mg2NHCygUyDpKhHSIVVjxNDMPyIV4wGD2qQCDsDCnGwg9rZoDTEyaUSafgfPsxo2qUlmeC+33PQf CVgoSpOxyMcSuSiAtXCCRgs+0wiXGgznU4jU9M1aVX0WUquBVcZDcccvDzbL1CoBekYmKGs3AMTV BiNDS0vJXnWtVrdWEUwVJyf2kjeAkttUyZQGpQBKPKZryvupi++QB1D2EGmsO53c5eUQpawK0iYe EDKfARHMaGojJLJQanfIkcxArusdw6GmjVV7O02nBDOW6oStw5Ncg1WfOSlqzDTG32SfUaDMpCX9 M34NDM3Xwj5tQHw8i2RsSNLq53GSQKrbCuGqh3xiJhA0COg5nwgDCDNw/sw4kFXWLNQeQgJZfQm2 Kpor5soT7UnXEYmCct4wc02iCH7FZhcnpdHXhxg92Ehm7NL0sG9+vUzjIJFwxGakfWBnmkaMhAEZ 5SOwK2SvczM8xocbDV8yBfWjD5VeA7k6WiZ6SRdpqEqWEEUBxdwU2ri1hRJ8o4qh6oEh9ZBOeNlj omrCmU3CQY34LxwfrDqPUqYwoKxqTKm1yBMlxAVaxM0S9MiI/G4RB1Dx0x409RDvUBEX8BykLLAA NuvK5pueTnCA5n8JpudK0NE7V5tLiJqQyjX5gBniN9/4oyZf2Fg6g2pihT8NzU5GlthvOgCK9cMR Bwmi4HhCQcL1CsfCJBLLvFfDqPFkUp8zt2hVJTxqUDREsHw0cxVUPqfQNC439fTEoLMZwjCeouEo WvKVBnLxKI5efSYflnfgeNKDEPm4hBnEGMiPIAer6Maqds1TJTRCy8Q2R5/YJC4+F9JkbXK3ok0y Vkkpr+1HNbpiPKiGa5areJgWJIwELL0wcFymleyT0Ca4skYADnDSKMAFXywzSoXQTp9AijBD7vkf p8E0AYYlnveBkOSrsoxpb+UCBhxMSaEHjZtmseBTjCwhenkudJpPj4NJqf4qSZRroDYnjq0FAOwT 5dBJBGkJuhB9UVihnTtid2jK9Psq8UYI9EdqN2Q8FTGK9ZNh/3wZYQsqi1Sxu0tEgmyI1hAMLBtI fAMyfwTejiNGfK2idZLkGVBD1gPYBSRjKm7ivDE8t7reMhfPwy3ppJ4ix7KqwkXt5WuSWyme7Cor 3BUtUZEWkQ69+Sp58zBkfIU86PJT9WVwYQ+EELxqesgMS9C4Cjz8rMQMJrpTOhU0i/DBUIy6NTnS nOhe11GI+LXoC+8sqiDQ0bb7VkJiOxtjsVNSFmcbrgQChMa2wwuF0lxjPpVEMN8Zg8IbrC7P0juY mRXcLqtLOj2rnhXA0dEFJRbSIVsJSBUOUKUFclrAlA6DJMYbQlKmulOxgjFZdiwynwzAJI1G1eKR ekaDuomtkYjkImwsx6BKu5hLtJMZPWgDS0Bo7f5hf/DFXDYlMrYOoxox8qvlTNpkEfVMaZ1XnFFK OtGdPS/IhrubEy1DtWBg+V45gsERaDFMmlmupC01pGEpWkC8PLe5hlX0H2pBjsWTj/EOtTPRrjX0 /9N0H4iR48gWRbcxJW/TSvP3v7t/7qOmulqVYoJAIMwLAxC0AW2ak7ox6BAeGdm22UhZcmflFKRJ gTJLDCs6gzl/YNHznBYFcJ2o2lFWzJMqkDNgJHtWnocvbO7ZThL2reE1YU0lRqEBmRq4x+sQDV94 PB8Ry+rd32mLiUzlMBcGpaM9jfHHyCbq+8rkqE9buNKSOTgaamcGzmHw28zM0P2xMJWHdXc+zPAN RFxIUNuMVemABDblQWb2DTxIooQu3YpT2TjeMrD0oWTCYcj8iluQLczhVoLoJQ6UNbw0FM4bqwB0 uR46CJ+f0t4rPMiTxFmGnV1mIMppS/BePRC6SDM/v1iM7/WtJa2z62Y2QOmGNuqvLV1FqLIqMVVn nm1Ue+GD/vbohqgMLYgLN2yklzTRXgxyi/11bdkKV9aGfG0GbDOVwpa6nwJUqIURPb3e3zSuOkwa 4MYssYNq3r49wNsyUZ62i5m5lYIIxAsnm6VpfqtmZQz2UqxAlbqBUYMbLTt/m6FQbyynSBUPE656 LFawG5dxTEP4gEg4iDwb+ihDZQBpbc9od5OrFYqpC2L2lONmiFQl1upzumo/ZENgjjnQqEblK9JD n5k4iO7BYObWiTptZDfpjrqdw8WPHK2O0w+zh0I8ZI7ZHJpvmDOmACUuKdCdHKENNpmyaRBO6lg1 eNGaEnH1FpyJsEyxrskatcHA7s2ibGM6WVJJE/O8aM6D6HSUZHndXsHPt64FKeqW7ID8Y1HJa7ZJ /KRGIJxMcklV1LZMq0osJpivDfLn6oB251ImRWH1+kooiMO1aq7OOekMHZ9b58XWXplR2aRnDO0M /3rpWQSzguoGV9gDK/6qYe/BAQdbU3Vbkd2SZmJxY7GsjkG2A7FHzCmmOq3/OE58tkbi8WS16/YM K9eqHye63Ad0iAyflYwp81ED7qltFfbq/arNar2rCOqhG1VK2/etqZfEddRPJeefTgXpLYUq1UrJ tn53+rSBbKiufO40kY7fVvn2W2eGKHt3SocK87uyvj3kmlcs703UdeUYEwdNG0bRuMNM3tX5fbgo mNslrsKsuK127jgRhW5Vem3U7lHsKGyFdNVzVfM7Ivuj+O6c7UrRerDZPEK8xdGO8wh0kow98B/O 8e5d0h9vNSaO2rRA4yEAo1FAEsNOCw/EnPkQbyxtMcU3REEz6G+rPWlJ9zDe+YQeMNBBDHcf5Qwx iDmdmSmFLUyq8pffC9GZH1qs7++dm17qQyXCAV/xNBaUxUUV4qkXMc1DIyIgClU8MqFZgbbSXv6F Bpmbr0RNrsyhHOrNm2hBs9GVH8/6Wp6mEWjjQxQJswLEhjCLB+IDa3HUkeZ8fVCwpZxMJhBuqcuj bVsFQqqzrFEemywGMUWdBxNiFdt0W59qUMTnI/y7RR8gKMRCWhbeQp7AzHTgKqb6EH7nnUrK3WOh ebS1ezy0CU/dCB8X1dQSWFaWac+oX/kGnbQ5Pd9nxxU8gTAdeV2H2MJ01r+hedB2OAeYvFQwq4ct NHQIf4hrFK6Uufd4PYJRVKTky34paOHLTJbBZcggwXSQyhGmGiE1ujUkQXxuuQO/YlRyp9hBVyxK VPiPqxXPYRHODebdrOPi+R67ilt2p9PdZEMWOgm0mX9wWkBoeMY84Wq0R95okAcKNLRPmdF9XkQs 07peNtoOfwhvCsQBK7zGhZugl2joSTAAn47hUufrBGnAD/2Y4zkjIQTR47slzkOIbiKeHrlqydGp R+7BjGbQ7MKydoObokcY2jnR0D0ipdftoKDYWqJwU8FcN85ruceY7Fp0imCWyDpxla0QFQFSN685 zYURsbUdJ2SgnzEv4z88VdjISCVBVIc8aBQCjJKTKTIVVYiX6Ck59Rt1yT+nl6JGlQQqku8mYpjh dsQvUiouLZalbeIxg/Lm7Kj+Ul4ScbFFBIBj7UyUhkjb2LmEmDC2IIbzNTpFLQ0lJvq8EFwbIwg+ 24Ok8Vamqgeu0pL90KIcIl1qU1NWwBOkiNmmn/ngCv9idc6vOLlQMFBafV3AqZkZFaG6hUnM4aqZ 0jR3itfKRvPw/dKCV61xSCeJrHligLsKsZ49qWGstiyaiEmWOmMLhpQ4a+Nv9RY7jmK5bgtzMW1f mZe+m1L1jkJKg7A1QnM5cBEuroxUnGCF4qC+6AHLzCHxYZrecMYNEyK59yq1eFJ4gEd6Rq1NONhT swGOLsx04S3iVxD4UGzUqTC2gxRK9xBTuYL4saLCJhGoJGdZypgvqka6QTwlEOahuaJM7MJw3Ach rqEDkdUciif8ClyKmTuRwCjR41KxdzkpjpIFZvWnwFtZLAr6gzgaTN/pFaPpzJwSk1bN1CbxuVQA yCLeXzrAQJyrQqrxQublrspEbMnRtdOlreWRuVZCWcRX7tCaLhkf0yBfelWliMHgMPor9VSlbC7Z QyLgZyA5/kygYNTXvjDLaXsxZTIkkXlKQfJsBvj0EAlbyceBPj0vdDeP1sj5DeBU8Y3DTjuaeKJl YkpgzI0nSlCp5WjFbMXbgEjfIYC5JST6RBUlWq5n7JHP8CkjgRbLTXAU3Vr9vKAGFDVZE0dF0a7m xyn/9kOxrhyoR2ZSWc1iGd1PAVDLI1ZOx1iX8o74pg3KaKqs0O04TMdpCx1AjUiDm8c2vEFyjPab a3E4hmpJQAEVh5I0KE5ZgL+4NHdUGzw0peJst8RPnTeWfovbMxqBPzXDw2zDpEiudCDw9shApMT8 ChCg2URA6Pw+LKZgyOGJoHYiDf2xmt/JPxc7lfK4H08yjhjaqTuG4q9NTNW0ieukh32wPz4bEnkc MUNwfliq42CloDXOatOMqO6M2tADcwG/piFsVMDSMSMr4TKjRIjTGIdjw8seyca2kGDxRozhc811 UylK5ii0KXNJZ03Wh+RGaN/OZwAZCSiaQ6BkTsVQm/PHdwSeIppiHIW1fJHb3ULK45WRY2BUhzyd H8V7YGLDhSW4FzNEC0VB5J1G5ueyEQaXGixiwG58yEvpUSserYCD26WieGECfq1v3i82UD9iZcME ggp/abIJOC6s+/Ha7FZwdr2Pneka2vPUqX6om0cFSgTS3oAMZELKtzaafZuZTJJ1B4b5lrdSnMl8 MjVAoYUbcwwIg9uBEU76v/JaixzghVGwUwWEILHr0BU8FdvaT23bNkTlQdyrYw0eRIAKzs/f1vja 3u1isBsBcDF0GosbyNBkxDWYWo+e4TbupdFo4NFwRuPWdPBEDwx+VU/MQ3vvqqi8Y2zlUjMcKmuJ WSOmkrCd7abbYjG2cWQtiLdtlZcMS9+codF6l0Uxv3IHZsU9cgo25bf4on5ls7dKvrC2hWa1+Nzr 4zdMdqsWTwoK1bawTxfVOYmHYhAoOcMHwxfjNBdzrwaHMZYWy6v7Z/GOWiWO4KI5cqMxKr9viIwu N0JLFysAMgl0M2yaJJYNMrHqQlkzQTF4DSTvAAxB1cR4whkQV4vN+b14miz2JGR34E8hrd6zx5Dh eF6sxRUhKsHVnCSRY+Rq0exbKAuyqFO2xvaCB3txkbR9DqJnJVWWNUdQJr6Hpv3uNarsUDM32h3G n4CJ9ciWUrNCiJLcJrq3YCvqOArXPgp1EumbfMgfipMRDj2YJkqKVLPVKZWtU9uA53n77UkTwAtl t5MqD9OgkkRdoVowz7rfXi/m4ouyA1YlqzUJuReehFB8obRicb3TetkwJzJ5cCnemSIKzrcAdjC2 O6jHdBJ7ebqehSyHJUX3ItRByFl3kyfXvAZ+oEORx6hDUR3Ggjk+tGLIkIddB4EpWP+scpRN9bFG McO6aj4/ZXgRKB6qSKB6EBclFfdC75SQZC2LTKoN0mM1lATVoMaEaWZ/mjleUohpFFYBqO9HoX+x NJJWA5+XMONYymZRTHNWG69eKq/Zjm4pKrDr/CjHsVDdgyE+YFlBNTw0dEgl+FK2M92Al0XT4bR/ yWb/Tnv7pzDTrBQDhSnljIUrBSdhV0BZ6PTYenEmeeh592VmwawrbC3Mn19gKhNWHI7J2UCAHToV rMBews7nEByOKm3HSXga53ygvqhmC35FfxRkku6OAGuPtLCtYYCslehgsrv9HyC0B2zIULCkATPR Xdwgpmwk6au46RLYm2+qh0yRCbY/lbWVS2M5FhdpID0oWf05tOBwvdAYcpbJe7qhY1vMngcr6kC5 7p2dkj5k/FhtyJAk1YCQPEkpSc5fyZIg0gF2AyaaI87wIqaYxHCkMMDNmyaJUKx2t8YKeSKml51B AmIQp+lQJnxOgoUHR6UGUdNbHRJr0Md38Ia8p6SaiAtdGC1ZsK2kai2jQMJMpfqpN5vCuBL1NPow QwF6ZckXj/DTWPYjwe/FQJJuoBjWID5gCRh15itv1fFdNHCRriTaza9aA5K0CqSwNvroSYkIkeaz cusUlAzRj0SumRbYz2lazDAXgKvBIM7EcjzUFKaUClBwKKsIZFjzAVXYrQ0uvVRS8BFJrfxWiahZ 2kjJNUAB+vWsOdUANdiBx6bijYQ+WxeJ6ioq9UxrFbn9YhoVmHUOtruTBWuGfQ59NTruhPmBumvF tMjen7AgLMmFSAQpNluqIyBA29MNKFowM7ZMaMgh/wXnzgcAfal6Z5KYapFo4QEWW2gowzMvnM9y YbC4l0Z1nkn8cfyFf5QhKxqraSBUIZfo2zdMTvys5yiq04L4GGwG2K/KJ7OjQy6q7VQBMbTIvEI0 XMW3haPuet7m5zRBbbrt6G3j5dvneAxGggo/AmFThsCh+tqsHdpooh3dyqeG7fBqDR0XTzc7vKKE IgfU5kDHWVQ4IiKFZY5MkVW3VVnVhJWkrMc4kGd1aqVVG5YVLZWlVYfuHZfdrmZvIKyM7Du33h0p jfMGcIIRvvB4mpGdahV316niZA26WqjRf8yNXsc1zGUzNDJBVb9RfWTkDOyR/nyxcRuF3U6HbA5v X3NntKpJft4kAL40LcdbY2YF89wm17aDizrNvF3iWL2N4p390skq5xsauF5ys+m8ErPJ0FclazVS SqUK1xqK8pr22Uav3qPU5XeZCyPIcsMynjebkrCJXtpAODMRxfE1hqU/3pnF+uk5S2KhoXGod3SW 0aTVQKDF7vAdm6QfJX35R/1Bs2yaGVFmoWE/6Qj09lXoVbxataGxy9EKkPNqbofkmsH8zIbvovLB OGpBmBcLlpyAiwIGWQELLzrObZEH+QRgr1AdFlJhl3IAnlzwCH+ZmsodZmVzZuaW4Nxn7rlHsyTj 4kM3Asy8XMc/5l4EsR57DDgQKWzMBbCY2jtVe6+tYcEijKCe+fgndvFrsE1vTN38eRwBqdzi44R1 OoIFkILZlZq1ZB/LOCmsX8DQ7DnOXB4tC0JAGBBg1p2EQe4hNhWEFkFrORqLkySSxSaWuEFspQAz 9a1Bq0JUCsJ0AlM4Ite6QjKt1QANVck4VteAYcGh7wJSNOCOn5EeNGk7kRolmDJENclmMFRQ+O2x CD5taABSzKdABHDRgSxcUVcVtyUtwqpkQVloQkZXQMv07bGva7kgqwwF2pAv9i5WJAWnflnlyYpY B7t6c0xNeFMADSK8e9QTHx2Sg4ae0MAuUOCZkXk6ZnQ6vyohO8tHANDi1cUZR5ZItlaVF87OjWMa ROW0nIzPAxHGDZCcuRSiFOt3qBp6xPks/HhgofS/mnNLQgw3cKpigGBrRgFm9Y6QxW0I7mB/IPVh 0co6lYPraw+5DBNAQNleaBEUgU3ztejV+pQzH3o2wi1OyO+JjFsk8oAhIiS8Vb6PbCwICfMK9dLK mlq9VS+UY4mXtPr29nH79CSH34ellsc8UOJpEjyMqbCLIAy+3pCiAm8ZrnlzgoazEND6GcjqCg5M LgYM4Gky2cUQTyBVYfBKV1rRsx544CsImBnXKgDVLXSFYWEOtDMK5nYi0gk/W1LM77Rg1Aram2XF vTIBMqci5GKl8eyUJF0jA1qNXT7rbVptXDSKt60y8HchEF2jhcht9wKxQgwxiZUINLTqFP/RkGRL AJnfjvSH8JWwUtGdcVZcRNCFeflQWg1RI4OH64yUou28KmttmYLXEJcFqGUTh8cZTzQ3ZvGR8Q3m dyboXh+yFtwQHaCSkKlByyJpqjKWkNZHpiVcy7vn1FucwigdhYXR1tMstLn1btypzmbZ1+pHkVyO oygQT7TmCAxYeCnmLGaEE2CFwdZ1QO2z/xCPLsU2aOgz6NmmDpbvi1A9gNB5aUSQWahl1qBEWucT LDPNv4OKipkBQ91XSipKDJpi5+FmFlQDPx6HSwlV63as7hKMl8fnpQzM22nXeRdQnwMALYCuqy1Y VJDJJ4gDFSvMHZ1laIhloeghKQSEe2goBoiRHNacBfKE7XEpB4znWIFpDTrY1B2++YV7C0h7Uqkm 1KpkBOjpShZn0GA8fK0DYyzUD3X7KgbHYy41zUwPvs98hJcmFx3rbsLIS0UnubUyknvIL0tIkUeo 5oiQ/F/Za1zlrTBW8JybOG4v+Cyx9VVFn2VC3hSc/xhzSit5J6POFYiconD+mMR7gDd+tqpXKJre Fd8Ih9Dc3PqoU2wBVcjKKYgJY2+8lcIzTHc5f0zZzZgxnIOhmbiReqZdKYZOyqPTNIWsIpNKzQRo qiJP9K0W7VrzRXx5IyGTfssZFfMF3SlwViavSd2nbqjh0VryANt0KJ4SEPNN0LEkNWRv7mbX5Z6u Rz47BFxiFd0ToXFJEJ3jRZgvq+1GYdmQElsKybN/HtgcheMM2CAOCJXBHY4DhNJncMSrXsAFcinh BFHQk/kmYEhEn8wHWuUyj1kXHA5XwYwPZlDhi7s7w+HIsLrpqcZ62LmXIbCm1VNyMBoUtAJdIMMp 8FMwsHSS6wmnesC5ZWiiH0wAI/T7MrcLMf2iOAyjgrKwuGumafAe9FOfMqIxK/wqMfEjINUdugXt MgWKrznO1C5YS/m4ipIILM5mTYOjxGWTASfomoJV38RbpU5SoTkKwmJHsEB+hX3pCevFKLpBe0Vz qfxakRhzszIlvSzw0UUWVE20ZRCdAKFFbz7H/NRHt4NQug31kXOolgbREbZ0uFu67NfUCl3GJn5a US6fdXPTikQYgr5swo09OF9gmZrQC5pF2/HBfxDD39RGj02KFlWAST1SWvSgLpOUjVo83UXUu97t Glk7AJRF/wZQzAR6oYR+QgzodBKPsgd9zFZExLiof7KAtZHAxHymyhr2genFSq8yAQOYpLwRt5G1 VTDyQZKh+wsFe5Iakwl6SJjsgDVzlRcAbbl3pfQi2AZRTzaLNv5hSQ3Ro2StM5BYHsGUxLqd5eJZ Hn0o7Nv1VxgO8oL6pQT5FJ32hA5xYG5HT9uTX/+u1F7nPd0zlehbIq9oRXCmfSxxNv3DvbS50htC w3OCVaxXTLMmaFbYJdHAYxcjsn2tgWAJ0gyVLKBoyJljEtKQP50N0AaX2bukGLWURAZUecd3S3ja 95KZ7SiAbDi95fGhaFkP1vEFpa6t6GM1y0FSLg7ZZGpQc6bN78/CFpPpxbcRQzYtkXQvvaW8xkU0 U/ZPqFWYlBvEyPqvYglIa1QuU+iSStFbSWjxoX5SN7ZgVYuIMxgm1hqCbyoBqTQmalqwrXwYjne1 w5RsdtU3I9BVIJHnO85IF6sZyezYJc6kR3NwuQm3ooVPyn6zftCLbLs4euTB52xTV9VSUwSMquBJ VtJD6sZZEF7eATlphBVq2001oBlqt2IGd9kpOTCoseTWugmlkSW6jW6lCVq5P/rIveKuKUUcTaEz BmoFCmXub2WkZYuE4BZZW0+p2Pr67jkmMCUHNL8t0fo2H443Es1tbQ2hSNildBVs+tXGgJR8G2hV YcklPGk1B1FG6iGvniHbUzTN0kMZVWb3FIPHM3r+CVF+Wj3qLsbhwa903BSfPHXLVvd8R2th/naU C/sAntq6V98uteTU03a6KuQw4qrqqQna8IYh65QiZQjG8FQOa40/BBd0S7mnVFk4QTM5Wkg8mpFB I7YFE0AZq+4XPfbAX4JTQDNXLbd1gXB94YR6IxpeVzAkIQZ50KUKuvvxnULieOBjGxU/kS6y8Ahj pFNBBsLSsVSlDjEUrmEy2Ig0faT0Rlripke6FqlnXFCR9nd+WMl4N1FdE+MgEKVPFtPzPnpUC822 FF5wg5+rpS+LwwE1t+ef7Isp5Z7iE4AWLfCmdjgwVUcplgm8fVy1FxTM99fV7jKxnsI3C4cPFBwt ack07W0RxuVOFpEXo/BWsqe5rvxVi+8goBioBSbuSSmPvdNCuRL3JVtZRlySgoBLr+SUDrenmh8v HvaqqZfe9VaMUpgiMfmK4IJD8Y18uPxOJNMhCJUAe6Gf+RQi6KLzJ8o2i1uqnmnZWb4l/FJCyFHy CLjMUXTUajW2qQ+vtIhmQBhMYMtFEbLcmIjMXBYWgQGPzuWwKo0CPCNz2YWpvHAxLv6fURvdnbKr NgnwpKV+7WT1Y99vc3cSQlvjekfkpxQymoWYscUnK30YUeKuK8yUoaFB9FNSLRDyWygq2aQV7oMi vhNw1Y1JCdTSGrqQNtQ5x5qzuGzLAYYb02xKwN1kio1z8Bv4Y6guFEMoDqrLNXRApGlBpRZyD3QT t1yJZ0gvCjq7KJx/dRQFaltDMQseAwG02v2o8Lvx01lIrUNTYpT2DhY+6cOvYqadWQHBUx5DCAJm 8Fgxr5UzKr7JXYpLlXmRaJc6kXSQNXtHtki1JF6AmnttfzanaQw04HCPvTTWpeJq86Qzuw2/4oYG GQLCm0q0gVPtWa6IFLPISG+Sl0pEZQhZwNW10nny6TARJXGuRbhF96gDnXR/llbuCIhAHtiylP9A cyBJQUtuoo1tqvTAwMOs/GCuD+j6/18P1vkFovZAsRdc96jxx78j5gFY/Qdsgzrg3WaGBwvhDpx0 VgB4MZol/vDZw3KciEBCM2zscT/OX7XTnjoPvMKvElIPV8oWjemjZvaeudUzrT2b6qS6HlzM99kE 22Q+HtCqQ3sJUOuWMLTo+flJBgQVzRdJgLCDI6PcV1Da77wC+OuBuIFm58h9Pv4zSP4G+AoJOBT0 l88K0npeLlcluNJrz2d7JMT8rOByE9jKZXv6MCfqH07FviOEubWMirlQvoAZNwG+UCTohpgFaB2p 52L5MI3jWfPAEhN3ib1SgPfTI6FA2g4D6+toj5O5stwdlYgkt4nPQxUMTLHRTJndSqx5tCE8/nG1 9lsupOxBP5LAN4GquXkoOCclGtdP/gDd7bH8S4RL63pHFlYVPoMijRBZzKIfM0clXXBRGBkYF16K DjXWkna3tFEQLJYD/CyWpKAL0y+4Y3H+aUrxohNf/Vrwe0SUZhqIptaVMy3WKD1icaXjIka2hl7d F3mCGiAwOwNz5OGFtSWJQtnKYoaGaTYHIEt8Kv5DkX5gqU6EMhEU21t1qluekn2CREh3VNtqeZTp CGc5qFyx5HHQxcZLAHXjbjla5Rnm6BcDUm9fg6V5nYw9d4nmZKkrDGqXe/MNqKW+BcMBRbEiTuuY OwaeAhgeL79fYFm0XGxMe8oGQUBFjIXMIo2ceyJd+WMJAajxq27pInUzzWbpDxF6T051FX8ECKI6 gxyglGEV5xQ/v+CXCTapxIvIwN90mHlzTH/LlEkHg4sSRYgxFneBYaruP6TPVEoDwz0NoESRA7eY lZOaJKg+96WjzApO0pZmnJrl9POJ5Qb13uHeZqHcSkympBaaMmmKQitwRUvRCRhDJKSaeL2l+XqW 6UScOUSgweUqzN5E8SJiy8j04Cd9w5rcBmgqhowhBpzhgImi9R7TNQ9Mx2G9fSs66d6VJTGuFJDq 2Ac3iLV6Ui9IK2AvpyAhJLfYb17Pti/WrS7gSQSLHKugIdU0Xcw8YZhvRNrM0XKMvvVVBlJMWlZp yqaZpP6HDRqzTn/9lx2TfQmExMRhrW5MP/RsEHYdfpabSKnc1cQDyAJpPGzDQwCWQS5FoRJmghM1 Jq6k5IPhn3o2bT2LuypoFydOoj3igbrm6vcZw9JDoqH8zKSQYB1Ll4yltCsvI2cq7XvmadXNXApe wGb6Q08MnMGSO6vM7qBnM3a/W6chuvVUgppnSkXx9gqeHE5g4EY8L3xpZ6M7sL+jhWSYtDXzr7TL ibRASPv4HruUs09RvWTBVjchOjUR0oSi1QraRkfGCSn5cotHCsYM5S95IhnZQ+7Nh3IRet7prWS5 VIvi5bQ1smHbs+8P2dAcK/bOjVNX0j/ONEn7uciUimK4vocZUyCeuVrEi1NDPnc2bB60+7m7TvPQ Qa5txRazLvHsfjv9ZpBLi1IGnfQ8PtGbv97Tok6WRqOLy47I1Hz51QTDcpJyIQX3ktH57DsGZ+QY iCrbIU0KPdIouSTiHdpgJKxrYgwTOQ5YKVqICU5NyEpevMrLwPGBv3S7w1rm1JHvoBAH5rrbEbgP T6//cHb3LxDw+GdHc3gVmLMOTMbUHeuxQ2AesdVBu85scBZwOxnFCQ7U3pEBj48OdQkYav7YuUn2 oZMhFjlcVxTVoS666XbjkptgSIMHHfje4RVy3WrRbtSVw0UyS0T60YP4D//0i5k4LFyaAryTjAmj sql0hu+kVucVf8QlbzbDOxBYey/QE3A5fkaA4oMTjuSPrj72ajMcsDNTXOYoYKx7s/Qsb4VDB6XO rBHUAQBXiI0o9QTafGAGo1mvZA3BNGMdcJWqh5tIcmDvklztA1lq2PWEpEtaQbPQFIwJiiItwmgj XQ2uQpK2gPqUUtmjwpqNvwh014GJJi5SdSoHDALRQM3EDV4H7oi38b/TV1hRffStT3uk2rd8Xp6U FTTy8DdSbeuFDzjD3vIK7DflJiPfNog2tCYmmwmEFB5bLEhFm+UiWE2c2tMpy90SR2g6k2f7PWMi 6qVOeFWlI9LTuwJ0DrFncPtP9xxK1ZIqD330lbm5O2Vx14ofaiKid62pRBr45qSdwuFMMqMGOu0Z WJ3EqfFOAfo3BSbQjq9xG2KSvZvoaGFjhxYZ6I9hwZbhFw/kNMwTZeQyVDFlw0CtzpTxBd+tqlGR xPTwDwH0L43VT2FAmUXm6fgeh//gbTLtNObtMhHmPT16OjcvJHylYNgs0eg5az1oDKpzorQIAHBt yE4xj7ieFsUwzHz7JK8A033QIT50eMi2NChEBTvNaIdmJ4W+ig8klS0fsXSeNLFSsPAc/Z09rvD1 CZWHpO7DMaLoGKbwx6xdA20E2f6xYiyaVraI5M4Uz1VkuGDK3Mh/SIjBBteeEFktX5xQOsDH/1rT aWhirjEPe3WjCh2k126qEAgWLwSlphDCm19GsewKPbuN0bmLXyZk3g0N1F9/czq8W67efJkEZVbQ MxGzyFK19rO58KLpAT+e7XKUIjHz44aLsnjbYjm6Eus63kEsUKDAfvJrtDvt59T1j1ecdc+zzFJo iP7L8oyeYyXuhpORCSr80Zv4w0yrFfQ8JevI4CnYjEIHUy/3l9hhZAYolni3Y7XIMs87gfsBoKIh dMF8XZm+pdv0AjWCuTQ2s2C/5YuupOUIIGids2ezyXdjKTxyZdIHCEGhb5kD5rIa+/Ty70XMLQVz x61HoMxM461meEul8ar6MzUa/1tdBbDJSucBSPWrVsTlREjzDYZMMwVdfs23fju7UThIM8v+hCO+ CZTtodSC7ArKCsOMy0DkKiDOIcbsS9NEm16KBiNMYOlVsCUI3TdmYpATEQkaNyiOSNtPyoGu4uy5 MtcITmwpCYKx1eqHpyQggMqu8ikBL8WQxBG03tMZkzN+2lIrwg0hJya8P5QHiqZlsVS848vCgmyI ey2grRcgw81lLuRNzR3Mz7MlF397L+1X1WbYigS+GH7yf3nx3go6aw6BtcgfBiPik4DsP5xrkcZT MOKuECeQ64inAgVIkJwyRnc+BAsgJbeREBg/5NKze7586EgxTlAqMVmy8A6Fa9jC+sUF9WTmqGa3 FSTMlxW5z0XqTDLVb8Ejsw1dhCN6ZhCEmLqaYY4cARnp5qJV1Rz3F0Z0zFp/dKiJxzUEFw/RY26C Ch6n/CRIRwp20TdGAaddTGnYocaEtFyJKFNwhEoUc1wWJkq7evBE5EzN8gJy2sSUGmRI0eNv5gFd hXAV5ysTVTpxmgQDpEvZSPcAHJ4UC6i4i9FUlqNnZNAFpFZ4L38JFYIbCp8EVfszxsAjkFRnmgng NG2lGvif51fgacqIM1vd2KHSIIJ4ValMHk76Bqr18GMCQli6vyQY8dY3XUWSNu0MN9d6SLntvw0+ 2ztU4oxpYpw2ppiaHGcb8mYhEv9iJNfb0YbOyb6iR/e7xUuQIxALfMlN4mMMNeP0rGREpYXo7bBV h5yAK9UY1kwRo8Qp32GBlVeaB1sprfTErL5K2ZcyAWputznihPKlfGqpXRxQLY67rV+U6SismQe1 cpEsiK/sSZakEkhs9CW3Xpxj3AA5LBiTfYnw5X/fXi7jYKLUCM+gYYwNneImlQgyTX/E6QB3TVUS GFpUnfXTE/SaWx/pnua4RLToxbqzBqbHLBT6eJQqVKJZU077qFksMod85PO5HRRzIogu0SQiqga7 /C5DNaYSBY8QogpWiezYGg1flSW+bhXJWx2QMrZ7TrkET+WgYLyKM2F2mEOfrJknm/OFwqgay0w7 pRphZuYO2bD3GyYxf1p6qLTsjIu2z610fHKytOR1b060A7D9wVWjq9irz3sc0gKBnWnWNBToFbPV uHpMtd1asfjiTOmbpY223pm+n6rQcLuK/FVlWn9V9yvmt09O9ZlIUdKpG72u8L/eS9gLDU+Oa7ag 4YOXHrYr2xa99vi1DdGJF1/n3oHoW8sttmobq/bfGv+ay613O9qpqebfeRxeyuhXizMO7XDsswZ6 uHgx492Vz6sXJjpbw63tsXSwdqdGO+/DzsWr0Tobw1HTbWY0qYtTO1BhB5+NkVZfrIeoPLVVcpsG dyJ3W7u10Fu0jVfY27rHR+s+vY62g6yt5Jh/ewWdLtKKUWWKxIol4QxzVjerGIY/ivt9Umlobx1B +WwRam2oSzcmAhKl1hTQ1he7DfXiuppG75e0I6tnnOhQiz4VIbqxTYO6pohqZVk6VUEIY4bHtiCu z3qebQRSSpGgooHU1pznbKWCZZkcIPKvAdTSKqn04Eg6ZTdfQ/b0Aq5WdTTpZpLmpospZNtBsQJL dj39IXckmoXOt+4U/3XZUhalVSS1REYSBGNXpS21qb/lJ1esj6WZ2QgKWPFxm9FsNXXQSlCQIope qswqP56hU30ysrAmpqmXZYQmXg2JmFVtT95fqRTLrk42ANt66m0XmYbioXd02pKECz0UEKuzHSiH m0ZHh226elKDpfoQpYMRWt8ihT10VpDT+iaZWlMkyXQMRThq0XmyyYgtZ67kRSIVl+gJv5jyIOLD pjvIX90Mr8Q2WxGCSbykuElyBISri1MMK1O5g+QexqSf/mGZAXsRkVKbkI9n5D62dA2HgXCph4u4 lL8eblfLCwwh8PBdoQaG8yFqWRxlaerz16PKukn7hkuRvkFxGoIonkcRQJWMtxeBlgoNHXNYvF7l VoDjfx+6oY18W60A6hux7BiYGig3G4oXvUrVFCSQqh/j87qlmHpo4DydaIGvEAG8fvwrhs9f66cb VcyEGa1nibcb1dCcvqgQjbUp94L8ZYksQhjRio/u9KcMl0fziXcr2uEiMa1Y0F88NIJUpdBSVnbU +YtPYkTRi+hLxiYkcbOchG9j0QURW9KNv4WoaJBPcF8FtXlZTly8d1BkUNxoejlQrfPmOLfcJOJa hfKNSFVffi/5wzkh2DJr49GhSNGJtnjK+Vrrd2kxllvYNWkVAmCKL5SpDeIJhcYpfYh7Ja2o9Iur iSeXF8HYIbyPHYDnCE6wmrj9iiXxdMVcpJHiXDwVwtgCNQxhNsSqWM+151nIpZXW4hzmUFAX5LTT Eu1UKBuBWrQ0KINDLLJvSC/MUmSWkXNtyzHTH8gh3AVZ+fyMQjy5YcDFUBo6+FhNOPhMRm5ug2Su 3+eWiDPlgoEAAkyw5cCGmcEVsMCBhItt77dKVRODWRlZjJOHZaWI14IOsPre/Fs3hm6d50XNOdL0 ZmGqh2c9j9ujB24MMecxAnBM0BAZDKHwdwivA8EEkOxtkrvoW/YPlAog0F7cXRjj9izRz2AGq8U/ LXnbvKArXwE1A3R22hRkwTkiy8a6N+7ycUFue8H7027QSVNH3V1s2RNJ5GWu8KpFGojnMbrMmYy2 i2kIx2TgHk2EWKS8aL+kBETNWukey/XZN0X7tLp11rLa9AHJ1Zjg4fuzdIfChAYmaiJsxswr5WWM bg1FfIwfS7nEyZ1QHCZWdS+18G3wCE791rO98hmFyUoi7lfpYUOkyI60L6MAkzMiBs7MKwUBvQwt ywoTsw35mHFcgAxMxvxclpsh3tYtVpthsirgkhHrcChVVsK++2OFXWJi6pV71Nn8K51XXzNFKVrU FSg3GxiDJzq0ut0S/CDIZUkohug8pIJngRod99HFsqFGLk2VPmEUXKo4UMY4hGoIWKBD+a7id+Xx HAUjxYemHUN0vtw73GgslA2HU1czRFqVnHoy26S5fYvAto18Zbtfute4FIbP2Xa4ONn6f3UBX1Ui oKG0gmd/ojyaqoxVl2txECIB2WOaJJuXCcKISTOFseZFj+hJqqKtS9pAVzTFkGJ39BkNUdUuEnOr V5QWKgZxVIvnzaH6S3mpbk5ZWEGzGBpzbYdty1K54EI7Q4ivhNbTfwbNENmQGc3RIUYPGbH/w86s DNjwoUWHftFJ2kSp27tfBpCSy1PKltxG4eFFxlznegcdiBSu+0dflsttB3KXqF2YyEHLU7SBYg3R 82vvX0Kp3izfeQKMHeUBjKdl6sCvcQZIQuu2Ug85e1rKkykGJTtW33dinfJTZt+2K4SFV9vQEmes v4eKBZqYLKC2u0nPRwALk7T+OzIAuvRCXywqlAmV4kVcAyvhXb8phXUtEXjaK0wANX40NZBTEAIz m6xBbY5wuQRN2ISfYacZFFIOlXuyA2DWuU4Ah+Dk2FYRnui5zdb6g8aiARJvwqG938srJS5tMCMN bNe2LQelc1prUIIB7RGhBFEM6ua1TOUQoqn83TSP4LxYsuofAoL8Zj2fPd42+cVraA1a/Y7h9IPA A0vnfoA+fEthpx4+myqNy71Jj0WQpFzoSHSmgL658kaNA7mrQ6Fgu4gybbe+mafYDT1uifMt9Fe7 NEwyDP5rgZ+RlMqImv/UVbKED+xPBtqeAWTQEPSmy7GONliwL68pv9EnOoT/SNpWkc55E41jZ+pI Us6W5NBxEuPbPtFTcxivI0mZMSiCFAA39CVIcFMirx5gAJrGRNOVPCG2FHqkEzZToRgzSeOSq0w+ ORUajVPZfK1bdO7Rb3/bl2iivnXFhGJcKKa/MIFS6SPNwToWWNiCXSjJKbvccygpNJQpVFthxwhB lDvangZJoLeyLE/W+KAeeYC7GeXSuhZAgiP/2Wuk9NfiqS9yL0WnQE9dJQTJ+7grPwvEaXLP+dZo v/IN1W14BPFeka52+R731z+GICnUFS5yxFrAYTEV7SNc/VCHOtxSXMe72KxeEVIf8Bm5PA66PluO UCM0TfdWPeM6eYXixrnEKATdal8L7WIVZqX+fH7BHiHpbo6lLhSrdd6fIUM5UgS1KJW5AvLwUahA TJwIqWNcO6aANmwVFFgQ4GlsvZVrII4kDIa53U/cCG3g4tJUKXff2z/zt1iRa8NM1UPFdnOt/Okq NsWzPF9bcSI3f1d6VYXeZl1qRtbEwpcnZfT5YRi3Ghol7UYu0dO/rC9FlC3mr7orEMQl+wBbJKVf i8qqCAvyJyDaSA1oknnEElWsb7PErGYOKtOedCjWC9607SEPNwCZMq6xiBCyO6pu1yt2HdkMp2PX hgaMI/hN6xkXuyO4lBep4kvEs1spc2aiRal0+eoCYHChcC/DZUq95wiRAW8m0e0dOWw/h6/ZBNDq +ArugyXKtbVsm5DrySgiBmC8Us4m7NGyPR2wl6hhqW6NOgeh09xZNdema1C+qU2WuncqbuOFhPlT AqI2dRZa4Q56eIoeVeKzXoTAYQA48S0ycljALuUicKdx5435X32WAhjSvHJMpGCo9DDI8CddoDWR manIlvwyk8xtQWDJKQMl+9aOGAirF851NAvtJtxCtkWbLMtbb9QzqYdrZaCEJXBCUmG1e92iq3Jo lyjrTjKrmqrCSQruiHkJ88i1Sx+IkpbAmEuKG49QXtUjGwkpBcHAk9ApFTzMYkVLojspQ9E4C2Ng yokFW0tAMlM64DeWwQJgJrPKPBERwSL8gjjCZAF477KwSwwbIbw0qx5DAqkQrzw62GXyTIQjdhCx ueuwsnvuqVwmFH/1GjUfTEs7iFFoQkkSyPqumNExEYTGQL49f5fH9FwI5pglc2IdJwDOQ+FF/Kky bmqYsoCQQvQLOMLGPE7O2gQoQ7mwbzg0MmEvBW8GzortnUZBIQ8iFck8s1bxz73lqoFmz82VIhab KSFXe+t72mj8CsfUnD89CxeZyzpPpHrMZE2/GBSRejPEx5Uyu4usCFKtW7DjumvSaw7OpHhihBTD uNWUCxozAVfUZYuFbKtnESqKfLlxViD1skKpce/ay/Izzzb9e0JbpKnWx7bc5hlznReazvpqbCv+ dcQRHHPC0l7paL4FVFeUnl5UZQ0kfVYAtk3fESh8bPnm2ZHMTnNWW/bIeQQ4Vrkn7ysEf18VhL1L sOM9UFhdV8Hx645IBWjVYidHq3ubxvkGCWTunk2/f15/fV+R1yUPzXfM8xVvzyrbhj799hJG5zn3 bsgf9eLOAQiCVvVTXPYyvz17j2D1ZkGguYhI/eYhAnKiNRCqsuRrNfB+xykSwuFeE9mLD7fJXx0Y FjVSh3IYSFfmTAMqIBT5wCXEV5UVFoERoxQzedDe4Smah1fpm0BLuAJuJmUXqrAWRPnTASa+sasc ktPJpRu0rhtT+wIcmKuxRlPafDoq+DouOotnvhVquwWa+EIzsbqiY1MVKh2Wri0lDFMgqpHgJ5UY NBjvsfSFrffsixtt7By2CD+ck5Pp15PwM8iFAoKCIM61kKeCeQBuACEXk8IZ1OXDc3kZu+fui1Ly 4cUA27akS3/BWcFFmMAqD7KKo518kj/MfUB7f/RARXAZr3g2WV7eKf2PCxWcBZ8QKDNET88U5OHx x2F31dxzxhLGwcJWXupk5yYJM2NJIii1JTg8YoC5Sw7NLUVTTXkLYJUvIBd9aDkGR2passM3+Tc4 7doEEQRlj3gWSWaW6MO9bJQqFImbG6eJ/rCF7c1Z1yd3liPDDO8QaJY0rBhaCQknqIHpQD36ici6 hVBaESVzwksdYdG0+8qh5+YRCMpyt9pn8h2T0xMsBJdThELptvgfcCDFvHQzX1xixVYYcUdPuObz TAlNWXUHelghAllolD+Uc2bItUeLnkExhoEChmPB4QU6lNYRBD5Y0HCHQzk8RCPUZwtifhrQilSq EseoLJMR3ghjSKbj13AhDFT7b7kmN+GrABdxemFsCCF01s9muCQdlCRrggrvxi16afUkNaPT6w0Q WpLTfyFQYvEjKCGG1LvFF617xpYzwJzYQdP8IBq8xZeEMvppO11I4OFGaIBpc1UelaYBrrhgGBwR x3A3eqMM4RK2aG8o6z7HylS5D5YEb9vPX85oyICj/IrHSfXi6bG3F5LTjfSOzAvC6WleX9DoG/aY U6YSZN+9zAcBDvRg5kwAUTWJTIT1PTyatMvbiMmUxDaU8Bxe5Rn7ooQd/SgZ+1JCcknzsiMRdWiW DiPVuCwjOFIqd5u56DJPSVr5R+GuEAGtkITLdh/pkAbauPIpty5mwhxljBay8E350OJuOPJlXTiT ZC9lK/QC3vXWZN4wS/f8VDQwwj3uVIjbMlMRRd9nV/60PAS+TMMlPw0WEd0fjzAce5MyppXniDwR vCpWhakmFbY2rOvNDuv1s7cy6QClK2eJB+TSxcPspcp/LDpLapgOiv3SqLqzfRufOi+j86vWsYwQ qJdhQdQwH8GRbS+AgKySy5bw+Q5Fy1wD5H16+VZmRJIsxhYLaQuGi9b4F6UPwR86XRH7VhvUhTOu ZXumLx+DETI+q3KlIXKt2oiMy4oIS6RtwC4rmaIEPcGUIaA9WSCgXSK4VHSLXkdQmm+uJOenMz21 pOoX786rICIfX4xaHtfzuNV1G9NVg1aB1IOg0ewell/3hBGdb2uy4YrhC5jr3h0CdipbTKujnlV2 ER1izt7JxXL9L+AXqbEDQkmohI7r2lcjRbfJ5QEhqg5D1GZwTAQBEZ9CahndcgkemB+J/nqLZrsN y9t1ihIU+ddgJR5EZHaF2dhJwUoPmG/V8nhorqrhOmu/rq1O5FXHfqVe4lp3NXyj6BX7ZQem/9SZ 4ziaw6UtSTbL0VLOncnQK6TIYRIAtayQ1SZAJNe+jSVl4y3O0XRprwHayxf/C6fLm5o7UKAD7g8D K8chleZAiljZpn2TilSKUnaUEqI6LO0e8kgSvq/mk92U0SPb31I/AjHF7mr9RaWo3Uq0SK9CCr10 j5kyqOCLHFCjjJKPZiYYU+mGAfdkX4Jn6maKLTrWu8JMgTPxFt70weRUP6BNQccSh5BhqU7oWiLq Ot3qlNdmnrpiAy7h3YS3FAwBXFtOJ+EF0PQnYWGvQIvZmgQeUaygsoXUCRBasKYsbqrQ7qhWfhmi yRSlYAgOWlloU1HloJZXW5OMsTWm/9scR07WJNrw3rY1hqBhjwi2/EFJXK2qtY151JZ2iSm1aXEn g6OzLXSw4rbW96ddoO/2yJukZw/piYZ1386tyGBQoMYbVTVjA+pVUUgx1p0qR0bibAEq5btqUf5a /rA61Na/iPfr5vNg53Ud08TE/flgM1mlLJrtH1vYfEcIYs6/zXWV6XyTvrbH25wl7Lbpt07xYOPi x4Ptgh4G8FxDJTLjyqMzR6RbEmpD/z8rQSaBgMig6EFqCBmGoM32rSbmKU8q2aa+jLS6EL+Irgwf f2d97GSrQLpqw2FWGmI3A68GsPAdv8zLBZacxWZJlJJtRphfzc9WPV+3bELwmjN5FyhAU/ezmlWh aGBLIRFtOyqbpcZBQZbURAaqrcgwaj3FQhpJwTTQAbJY0jCqS5qlsLCqJy3USZqbzughHR9y0s9j Z2N62nY0jKGOWbe1w6y72dEc97b4pTVt9yCqAoRKwoyW1bgtPU9v83FuZAXoDoaknzMQhQrGQU0q 1/RMIksCHP6ZeSTFZBLLzEC7IWZ4Gw8qLJsjg8tIm3s8oYH1YBxf0OGMc7s1sRbh5hoOB1lNPU0x RQXAfBl/bmN9522gz5g43r/JFVjrGsL4GYLlw5k/gAIjWnHfsiS4JwwLcCBAoaWOAh+BVidNuQwT Em4YCBwMNCgYyBd6RLiZ+Rgu5laBdI/jiTtsMwhBczGqWKmHRvkK1ClDJTeKEZn0RfsQlKRMlokh moGGXd0fWcRHgwBp3CY889q8TS2VbqEwbS8i4uBx1dzit1FlqfpBgVvzJiacyWOgW3z2wQnwOAv+ qs5yGRU5k0AOl2OcxwjAUZyDKNKQn2JRGC0tWqRali3UN4gRsS3eFvi7w5ZO1pQtlDLD4gPzMdXQ RXboTg6yCccUCMWLW+QYkgERaYlqhx0VVRO1TJB7aOLheD2JPZmeTISyCkMlAnSjpbEZsY/2OXAu 5ct/ucNiYN3SrtoXlrqB7I2F01Olqp1tmvUQOgbqyrC+UDjKK/nT3DuNgRGJt9Mx/3eWrIEkTw1e l8ho24BKl1Za2iTcLExHD2UkUgs5z9xTQbyAh55kdhQv/aRgCcuvDEe9o1odI5o8SVj9YRpgtphB PMbtZ6OkQmYXk4sOIztwSltLaU1Hmb2X5SFaTc2M2lJ1WHXY4EhqUb9tY5gnLYp9eiAg30mPVyhT Vsr5T6zlInRgc2iAggcxvKCZPjCollNjLvFiWCcs2p7XXDG3EkSVpeKNMgFXZK8V6zIrXdEK8zLo tuDFTHSk7C1pxUyMSgxdL2ik3s2dpbB2oCE+oth4WPUTi7KkWESrQdS4xoIaLkVHVHbKNqklChDf 86EZKtgPtAxsNHYqYNOfbo3p7DuDEkl6xRbCmdYNiypcNH2fmyrdzqPEZUqiAtPuoL9SRmaMJ9lL c5ImK560przEymkJcbgTG1hJJzIvZV7upiJaniIJiYwFV1SxGpf/ABRwwB5KbbWIamRQpVipWf8O DQBKMWU2QfFhjxv0JwolxWcamNVROaszTSXrwFedp+04bbtOhLl/ezkrS2zRnHjN1pETTh5m6Qip vvfyfXnpaI1S80irOJlpQGe/xydFWntj/V6ppv9pkqR85Rd5Wa88i2EMRZmizUQa9Dh9NQ1NCR2/ YYLr/TGYbZGO9VfYNZy8T7EBdmzFX1WgrZ6qkioaF62q4iIMpU7srAygTtvhbHKrzsmshqlYcDvd 7pUpkHW+b7+uphVk2+B7vaktXD9+bBZVh0WkPcT2+p7uvcvPWaDX049Nvz/2JNsxfP1R0vHavsvt fr7fL975d75d1H3vv5f77Xy/KeMq6F4dQXr5uVwrHJ2UaC9e1df7/DqL9YyYH1uIbVE+9wY/Xer2 /86n38+rHu7X+4+fp7ve0ebXu7f1uUnxt45/EHK9f92vty55y+DNJuQfe49/4qZ9xlmqwJvtE6PZ +A3bnbGMh4SLtbaXksveFciQK2hT886pqwjHrpk5dKKkuSYFDuUX5WjlKSWgqzU1LF3dnEoY0+2E TS1gBzxQjNoxJ5Wjt62aZ08gHVtalc8b8ZJosqVFxqyQYqsxny4vATSOuYZkdlmfLi9qzvbrNi80 wDV6rHDe9oeW3Y/3vOjIeTa69DpDikIrqip1+CtJtUSHKMyg+tuylSbu+J5VYSKAGdIzEBwUzyMi icZbvtHy9cJikHyDvWwwq8kv5a14TB/d0oSCDR7Ivyp8MM1UaHKOUiVoXjXrMQezbmkJBzLoIBdp xyJLlUruR1UfLRmCxsAtyJrtVjDDDFVZ8Fd8xcbQzKhZITOz9MO/5V4vrsoohSrFM6Al04YLvaCi 9C2XNDdSQCM4AbGVnAsEeUCsGvYBGtBbJgtXLN4FLP3j6JWlJEuWQ94idJGwoEXS3X4wwROXXiqg qK1/cZVT/vRSjlBwpSohgBFEigH5eCUCyRTAW19G0aGIp/RMm/6VrfMRUF2IubgOVhZ+Fe1wYXlS 0Y5mUj+P7fiyzaxFdKGkiLkHe5e7i2AVsRvJKGFpgSzEPAI43FhIX/CfT29S4LgGyCvlyUFzJL4x 7eE5OvBJxu2qpVKZ1YcHuMrOVCZarRfieEqLJ/JfTERaxYeiPKolluPorRObEH2QlBfHRPrChSNy FiTgGC0zVv5wAWpE07EpH7lQCEzHB/pGWJimu5IgPXIOnmARD9Nr65ZV4pRl3F8xqjKkDovcutJl lI7BmkakXYg4U36KimVYutLG1HvSHK2oKoemQvigIONn56QVUZdv9Hg19SjIxkMqgegcNS1dZEuH nRom3mOIJKAWUUXJiYUSUGylMJRHxkaG1IM04Btm2q1Hc7JdzOtq+QiTIzLakm5itfY9oWUIHrLX FmA1390tAYMnbSmKDAj7zdzsUjj9oBwZgmpGUkBySJ9imIaAPUVMppRN4xJluif80JFH16i6/4wu sc+AFtO7RwDbg3ude2ZimF9FTmvsoiRl2aXk+CmlXD8rCRi6Nuh48ghkpTYH39n/iTn2SzikTl23 osWUSPqOk3rvEhKIwkPLWOnH8XL11Jp2J03SRsBGReWeVCzNJfOwoW38JNr0xbhitv51R3x2OFII YBLVEMxXJ3VR7uhHZhrF7/+kgZ6gJ3yqkRwdKRBhvjVPbCU8Go11JlMqSeHoqAfDs/5xHzkthfuq 4I02u5em+N0te7sNileY9eC2fnasnFNlkhuJ67AEi7qBrwBKcaOhmspiKkaphXgsqxykoKOx6IMp S8sq/4L1euueklm5Lj4MJOhqxowqg1B0gStiK2KkNETgn+mF1F76SE4l6YXNk7TAFc/jL1VOkQtJ saH5hpPqR91UyaKolehMJNPQf2odrzNB/2b1mBr2Ea67E8YfCPgqwbi/H9r7RfvwuSJ5Agsh3MIq Ghu6mn9v1MK0VZm6zzt3zBIaCLAxbVJb+Azb2JW1g75vb401i+oAvGnFsSA3YBn94xTVMt8kK2PC NjiLfUAOr9vg55bDantWzhdsjkz0+SojXpzPWJJLHc3L0EIN9qOt1HhvIGrWP+1MNnFsp1UYF4vp AJ6YjBaYTz1RaO7ej+AOrfJ0ocJIxUBcMWBoAIxQOxXWU3o7L23lqjkVr+bvPQBoCGojVzMYjDWR /MjK6FYWkmjaY4DQPVhIk90SM2mfD8hEQBarCXUKkNAu4Crlzf9VnYj1vnCfgQPVFDisa/roXUJj Pa5E1Tzd2QzAr/mqeFRpzcDn/VtnAZflHi7CFlCTgpGIA9eOxQdPDhrCt+nJtrLktoyE0hW084M2 DmVFhBPa0rfBMrFhrvoqmRAEGWA33526Js2OYyOICrQChizowH/4xH23ylHJilHYjJ0lgqN0HpfS YlfaK76N5iFfVV/G44evlE+BbMXR3FSIhRtxzb/422M7aYipIaWCfLGKbytOC4c2wTwqvEJ4Sjr3 08MdMrtiSPdWrBBv+bfZSJFS8qyWs05ceARTAqalpx57UQg6EMmKCH2sQWIymbrxbFA0LGbbdbRm GnHVY6Hm7sEZ3YUSaSwzrxDKF7ngrmyD8mvYuSj8eIUktqQdC2EUhopJGB9GGxarnBHBB8U8aO2i hhgeKwuldAnRDYC9BAT70SnYgX3uUgiH8bQsX9mBqH6Z5Zs+WtpORgEqG4M0xr5ZE585EmFnSPVo QJQZN3bTFz/81CKhxJz3h5w1kqhotCQyo2kftGm0ybJdWhcwBpg6SNOK7gAa8lBrDN/kuEyC2hmy 9ZwotW8sevCrLg2Gwn5kmEW5IiJoitGxXpCbgnWGmJ6KEIzIvnBKe7rRkqI5s89QVLhOUtIeoyAv jG0C64ytWVEMHkGe0KXopx+4qozclCYUEwmWuxF3HKmDKM6frxUDhHabSSajGXRrIWN28KTx8z+j OAFIvd9tHq94/edWZwN1qE+T1TGWFuzAB7I3R2zJHOd9igzSTT+SEZsHER+q/gaiww3UkSZIPCI+ nag0ht7cQe/zxR/cxXbhIg0uWsGPcJ1YO5KPQHTsf2CVxgO0tCkjV0HFWvUuPivXkHIm2/w4PMI3 Zqdp2+HYaHuY03dIp2SW6uWbAvi9xOpBNEil5vF0AUp1lismF7PUcQT4wU8VslIByGk41k2dkEav hTlUBWXYEJaiIYILHfTpWMq8LYcy7yjBQ8MQBv8wMh2uUtq3ZXxSxSpOhakyarTMOflpKglENkqr Q++mwdEgFVWlF0gPmcs1jAghUgtXD2aiCrMNF5OM++gMRgQkjZmJTpJAhhZjowz9YWfIw/XEbMGn ccm2xplKMYjAwDI0anJ5PSvk27CIxLPTEIOm+etztB6ggGxayqJRAKTYfj1yHTQ4IdFZ02h0oR3H Wtym/kbHOKhGRhBdiDNWRrhhGz4TuU8V7SNTlLVtxoTS41TuCl2z0PjKDHGIWWVu+QWrtyggj6l7 Agx/oDraEdG8WOIATDOwEjaGq81OvxlK9/tozgnOSRgt0HNwB7yjEFSOeZicwFIbxFGh/hT/uldt kwCP3DajaxFPF5Yw0uTs0uh/WICJsmkmJMh37krEoMCIfYgGv+Qf+UaJdjBiZNMM0DhxYvVreIUj sIZ3IlHvg8O4FhFiJz5n4IoS+R7ateIsvQPjKS799S+FSYdNvCQ0q9WJ/pVBMk3yi9s8obvV68rj iEDxwgeLFCosnSGsP68S4xfaVbVqbYWtqk2qW8p63pWjTqTKpCxTBbDCZHUA9aK0YVXutntV8VZu XAWqLVjqfr1vzPYXNUsVL+VBhUElr57u74lslXalp52d0HbKamzteWojaHXFm8/n96sdmJrf3KjG 5wYVSH97Kr89YVZDUKEuVHkTsW0C2/nPbYbCDbXNymiI1qo3u6Hm7f1m05balWqyhRp3qNN5sZsD A75vv6s03pUBP2wzPatV2giqTnu9tmtUae1q2+nn/eIEhO/PHxVJ5KkwtrvMKQTKkaqYtpq2QdWM VdX86gv7gpQ2nWmguHj7vig//pxv9nn+fDnQoEpou1E/Lncfnd1QXwhdHVWh2CY3M//6vh19eANd m0i/f9U/tfdXjdbsepS9Daw7ywDx/o1aPRr1bsbn2+1W6fVuUkqy3xVX1U9xvm2uaFBjNa8u2v56 8qo7LW2pVUR1tMKtgmqnOFy+VERN1aEM7VDVrxps/2vzfdO/mTqtoamqnn65q8MbLqcft9m5+98U Qc8GOyuxukUt2K8/WOAVUmZzxvjVbztbQjstotM39dOpDpF6s4U3EZnjj19N9xfDv3r/VGXcKpTm aCvvpo8E316vasVIpU43HGg6zo+43XxU3nWfWX/9XLX5vv5ev26r/VKqH80J/BJD7udfJWhi++/9 9HtL1N3tRhVmGoIr9Xr6Raqi9e3n9umu2+8pXbp//sTb0+XXZ/sAnXeR+MZAKtbfRGRq95Rq0jIq 3XCxEjbdOHtzSqz2E5Xo761ceHq9vt/MnhJcP9ImCpNM9K0Gbpxq+7SemVgcZHWZodJxpeT3y09a vI6YhC6dSQIcmEWGScq0MkZGCFW2ceWTNtpumeo5cYPCAo22QlL6rruxlQIbEi9eoeWuVhACITdi j7U+b/5CIdp6eKPd33gWRkAksrNpnD02sHfKZA1sxz8M0ebs8/2VMuwoCk+C0MiQ5MZC7srvyDa0 6TgspJW1+MvUARB6IIqd0qxkKJF9mYKvVJQBCIrtJm13tyo32tSKYQ04GsKAMkw13PlNgV0PyukZ BQYz/rtFne4yoLyUjWC7fbShlnr+HQBCPNxpS6qJiTnwDeBqPuk56r2nsnu6TVnYHAbTvZ8OiDn9 G7B5/G0fWm0Uq6jg+0Y4ZJ0mhTMRaMYsP1/v1u6D6RgBBbmDppn8x6BQoz35vsVUvXlxj/4V9/2M Yb6xqkgeWFHJ3dR3IExHzXMnoZkgTdLa+luPl/IMtoyWw8YEZQieqOWJ1jZazyXQSv2CJSIQa3ne wQJ5y2ncT57IwDmdVh6MsI24ZpiYrIxW4S9UsyTKc5kaGLem6krrgHm1HmEoOI3/nVfUPqgL36f4 Q8lc1sYULBOUuYf4/UVD5CMvx9ODHrHZIof2Vk9aEbBqgqS4YjSbGVof0CQnRUuM3be4ZP1LNcaa CS0iZmTvq6zGFe2ta+RzmBAuEGUzyEdSO+OSxywNfPsTJmQySXwn/GuOF5pT3XrRT3Il0QgGOyzA shETYIndSG/vvqGHbrEJra5MgaytfEzx8oZWiXzFdkyA9jL/OuyVl31AKEV1jfgTsYlbGwpQigyy 5iw+GR1cNPc+5ok9lJFzlX05yaEFmtiIPe2Ip7Ca0AZsLHEnIqrsf5GJcQvwbeW11CRWUR0r+I8U m8OFOYgtgG+RVOWl4IUW+V78KK7Tn6BLmJZQKYGbWweyv9nNf+F6aqSNrgVCaaYvEf6nnQYSjZEx +ypGMHE3ClypmcapSjWpqk5sRVxmXuaLoCgv8i0+9jxEZKtxnoR5tS76NZDkyC8qF72p/JhdQZ4c XFphHEoukGY19tH1dIU42S22RYwJBv4jw75BETU5HKNjhficVESPrXFv9i1CGK03DmND02rnjzEQ OHbZ9CUh9lekW5yP7YLPSDWcfKd4Oi6LXi1uFEJX9yAxQhH2q7grRZbPVliofCCiVk8S8ZbQekZV IMuCSiT0LgeVptqnJo9YTlrSusxwu9TkTSLkEOEI58v+Crm7ihclRereAmwX7Y5qg5TM5Tg8GbUG dMGmL8m3+shurV5UqlM6JgVo53A7TgrWS31RHzeE5GLySoORaMNF+QjF8VtLijFVPqKl+RdjS3Pk Pm4Tmfu1KF+ORomJJo1r3QPpBrB9iKBNsR6qarXHZh9Lq4jblzJwyUUwiY4SjOoTqnPBVDDmypIv 7ddvGu2LMiSPrRFq2XN8N7r9V4mpjEnrbK4HBXQ7lJUgqOxKBFoa7vxsSm0WKG9I9y+ho1WEVfJw zERGrzZSEm4cMMGOjJ3VWhidRUg9UhM3MBgMaduBew2qIxQGzqmGeaRiyKxqXCKvyx78cd105aP4 qMWSfxTJYI326rUPpWP0X9LlZ2U3SlH2h8O6UwTSI82UFKcAclKn9aW1y3YrybYiVfcSvhYmpXkV 1tBEbRTbJX1oTGfogbXBo1LgOJBK5XJQBfAqTYzE87wYsOPQad9sxFbeVewIZtKjRohnFFVF2vm4 9NUYm7JejJJMaLIkfscHVXpLzv5HkM/uprTpOsuSUNez39iaMu0/dDIKdb/Krz6pOHU8rXkwB3ux JZOrJarxrPBzLBPjQ8Uf7KMhqjX4WQ0o7um8Cfq1lNmm1t2p/hUHXddtS71KE8ui0R/IUv7m4HZ/ Q9fMhvi6QHlsuG0KGFytCeusiDq+tqUNn82FbviJHRm8Tza7WmhojpGmbwT7t4IV0frpaut3xE6p E0iVB995WCzldDHP0EQy57SuWmj1TL24I7YRui9RMSbgOSRhPvQn/NKEaumjDtUAmblfDZo6pXi2 Ljd6ymO6jAfqBhQcIaamISae7A6jIDbmwrz26HTQiXgOBPAC/4DHKpeb6uTQfNaY2rTvC1bpXgWK hIuUqgGY36YGWCw66LnqBMaEJBlqIBB0t5FejxPTgfgALOuqAoOFUIJSRYitGTwXLDJHBq7PkENI Y/otlKMB2ggwuw6cHHVo4kIaxor77t7T5SDJoziFsgXMPH1zFVqISL06ilHlhdkO2MmTip9qb6Gq 7R/ycQEWq8EMExVmRTOCedDpVHg0YCSaY0tpQNMvsQ4BgY8I0IyGOGGCyYSCqRfR4idfWhE4XDJL bFyNJZDEPW8UgIQoTIIW5ooucDYMG9s2QjtSmnIBjzAvcQgIiABYA2m+2Ec87/0UHSnsbos1MRb9 Rz0Oz6gNM2mTR8Cke9rZTDa3vFJS9gu5Wm+vB2EGqZlrxfnQAChlHdZBTJ+3BTENow17YIyIYvks hG7m6bJyJwLEjIr9LMKiTCjTQxxoyMzQAE18PQtpmFZ5YlggocilR5XO3CeDYi6dOHEUQsmoeXS+ mgbhjF9bHNFnggreDI6e/rP5vEWKivlua8HC4pSxMcLMwhN0UYFPx9GKglhgIyri+SJoYtJhCG9u 9DbrOi87Jq7U2QpDBzQFi7lTgwKhjDAfsWbZy8gYnbDA9BXS6xT4+FsNOd8Vz2lxcyacpuTv5Fvi 11aQnHweHJWtD3VWedDU9kZLpaRsSiqcKCEmHKXvbuGd/YP3JGpTJf3EhjBjmyUy/4aiT/nDSU9M RHatAiv3skogk1fEmMIbiM5wmF50IkQPc5RDlbZxwBDvWSsCr/oXEyrLy84Uxp25GnZkKgJdIlmY m0M0eLDD5OuVJoFzKhhnmhvSYrGRWnjVuMiprZpC0D3BWtSXlf1tEgjsGBRTMRc/56BF9cmi7Zuw rlwG9nijdD0bVEKxGIMliSPqIdMFHtd4vtwjMwdNshF/JCbugD3lEccLZxlRCRNUMdF44CFWWZNU RKzbUTS+MlK5W8k+omX/PehevQMyJo2B0cKuHstsDy2BKKZWzUAXrmIvXgV2sh30kE8wL+3TIua5 BXpI9ASU6NYPJJaXgWmsblMxiuvPpuayyLPUVJ3mVUEVHvICFV71pL0d1Ci2G5BtGby0UCgaq11q 8rGiVYlQlqbEmByKA6ZwVecl2UZCzlcvSWvToEF02Da6osZORFXP9Km36KaX0BnR9EGYutwW1Ddz t+A/2E/sEti8RTwrt817pcqUfrGxI6IA/kJJtxYoqPCEsAjaW9oxxBfgVbKM/zEfnXkW00mx9Nl1 tLVB1t5nZZbmn1zVThWVLjZCmEs5sokkkEZajp1wLfvKbe1oVAtbkdnnMkDlINQo3JSXwgq6ZVLE U31DFaiUPMFVQNmhB8bMyXmQVtqsytLr46TXWtAsKXW7JNGP1M6eVSGvtKV+VVLp1zZoumzTpivt CtWyQxKUbj+vTvTtdX5vJ8cbuKjjMndVJxtDtXEMgbpW4/QYb8VePb9dFUy0cV6uTlRcFQQuH1cF Oi2V8lBZCVFdVGv1SherOHwpwd3wSJUgMyn3X3W3cocakJrztgZrhk7aqcqhTFFxmnx1UelrRWnf 7l5jpRNqBVhX9bXiOm58K2Lo328rrEkRiIi20TLnYCjTKehU76YLN9ozc6YO1ABrDNuNrxUQqZ3z jqUeQxrSmJquVGVERa7e5kgQSbkKjGNmdTJxqLt8XhXQzFFl6tDTaWmrG+Y+2eGDKRsTwl/fWAdm qknS1FYeCowKCuIFXTXZypW1OZ1fW25AjwmmjVYfbH5WiWEDWVcg1G7Vo25CLWUaKgg0w5zit1Mj 9IVYEkltUzfSTl6YzUzoRjV2Ct1aTDVcJyWr/uIa1VW29+Oq+NlpEsRIDQisEmiCbmlBSzZSpbCy EnLvZzW7SijGQDIiKK2Ro4p2pa+ZoUm2kuGbGrfCoOZf7d316kZ7cKNT38K79hLrwgTs0u/GT8pm qnrKKgsdkaFqx+WQnSIkA61mGNJzHH4WLX46iaUXg75cIBKw0jNJ4ks7r92nQZkY9Io33Qx1xZFc ieeS87ihJfzE6KpQ4WCxn66rGR5Gzh9xZ8828rrYEzGcIhiPetynemW1UAscwQcKkqckDaxH++mZ xyiWxUX3AWF2TcdMnQJwUGdFbrTRmkGZ4NcNIky+H80cbs6Mofgp4KQY7SsWbJzybqCb8626g0E1 yAHoCWFsza7aFuDENlS9wkIpO2mjT+SvUZDrCrZzTJyeQNgn4iNG0XUBEah024AKAwUGOX3lI992 3pGgFv49G/R0FjwIhRYD5w6PIx3y7QLeLX8b6gmX2pbjRActq4wVvQSlOm9x3ZBCIDNgvHX95cxz EmzUbawVYZWWwHZRbe6MlyuqxLL8B51AAJ4wwDwgwS5CkvX0XaI4C7PU4PxWGFb4gVbhhalF61jq Wfndbqd0a6K9aE9k5TvEVvzJoxlipWMvF4t+04p4CoRLCFAlg2ZtxSo4EjW5QgbBf4vIGBzB2qZd Zt9KszByKaEQTheYJroW4lBus9SeIFI99IoUhXkNSUjUiDiFHGaMMgIWOQqhffp4CuWkBO33w1Gu rYcIDp6XpNq1VfdoEbVOnzMSHXeearIUNIpOLfsKMqO1e2rvg9+aeMeVIFtSMvqbbNLrsd9ohs20 wiQUVBNrc+sJIKPgF/PBoTKwwM70Yy0DNwnWZmHdZBVPZF4mQZ8NMSRDRqJXOWVwyZVOitZoS+PQ EoBQDE/Z5AykohxTXUsZisSTCpWgZ4XBtNB7OalA91Emc8Oo5tgIPgMkL5oRs0UMfuGf/MK3fgiP K09WYiD0wlT6UCKAaeWz5EC9BPa21LqYurUdwqhSMHWPujQTd5bkl8FOyn7SMxyO4wvrsEK/aSAQ SCNiQA+WNEKaYJ4pcNoYSHlUIuPNBFasQqgGWTj6MTNacXiFA8xPNwnE/NGiBiKl1EyiWIIt08AC 7dkcq9k+o8pLSFiMr4pLbqUPvm5fdwUSkgrIqtykk9vCgcbU3Jw7HKZUp1KbXrGCtoRbpSuRFnf7 Y2OS376VVUxGG6le6Qk6UQix//jXjrWNVvbUeRT0y3eEqHO3VNaoUAMHZEUKgCgK76U+LuJp+Flv oZ47y5n8HjeoX8zrKr8a90jP752e9/KsEFHSG/uTVbYls0Qhi0AukStS2QxnL5gKeolkeR9V91lO vtK9MQ3tbgnvAIhEe8yEaqCGgFGV4qIOE9xX6cKtXAjl0xcCSi5YgmkYAbqkInafcCDVK+JwJy81 59iYYmgwL4AlCGsVgASDi55Dq+LRHNc9Nca24VBVI168ZQVjRB19tmTjVDQ66FL887DAHnZL3RpJ ruyRXvf7tYWeZIoq6h0qB7w1VAulOBWooWJibdJ01/7Y9s0qDyZQTRMufrMpN5RVmov7iVW1Hp9S nrQWg+Zc6KQRyj99ZUORTj38QjggpmGq/rgvbUthKEWFF98/97YRGqBncmOINti7A1RWi2g+hkJk nsGtyGsja8USf92kqbwdWzqXgKoryKgXE7E2faYltlVVb+xpAErVW4bUM/eYigKHqfUcgPOR225d OYAclDsYNyfCNrMAVWsuvg5XE0GwBvYoWtFJAflojVC4Z3DSXrwgDMOaKB5jVY+6ZNhxteAgmZpY zdRakZeCmusgy6wI1WM1ZiJuMr+4aiTDouVfyl6BaDWqpg9C6sT31Rl6qiCL1kbN2dIMNmsae3DQ 0g9h2FTZpA5MwJyWtzDY8+sPUdpjDpZ1bPHSzDa+wQSuxWn4oNSzcroGLK5nILR+RG5v+mq/Fjrd o/gMynwGdxDFNWNknuhdccmvviYjhZH2XJqxOn/2q4uHdpwpInX8AqbFv1hYNbpqUjZbEc3tmKZs SED/8UvKgw+sVd91dNTiNEJk3DEhEjfXBuJz6DTC60bhjF4nZdNMGA0VSW3dpXnbGl2hL54zAP0R YFQJNjJLomZWGUnsN1LlpmAc3ZSVrgqiK0n1Xp4qT7waen2IDUEX0PIf0qZXIpz6V8jy7AyJJD8r aKMGJvmvSJV3xaEHZqUn7rj6GAkOcyitveu02e7YuIdj2EoUVN0/mVeWXnneXFXxKGQyimBcJbvj o0Z5EP2Di9Aws2QggV4KX/TnCi+XqtLeHvpoOm6kudSY0aT94dyiu+YlWch3GOn7ZKAiIpOS9c9g CY8BxY5qGZhpuv8rH8GlvA3EBCfF30kukSIgdCKagH2hFiZlinUUmrJrbDQ12EwV0d92Wp2LZAUW W27QjvJQSzPOS3OjeAL4zMbWyuaL6D+ZpfBsmmjJNbzNHaQfJgNmO6DJf7ljdp+PtWAt1F4QRHnq O8EOSE1XpChcy0l0KghuxkBXSrFMTTcIE4mDXywZW3RB/XAXU2lfcNCxvyRFGezkzOMXoJqtW2m1 L/Sa2ngxOxK2QkTzqUFVU3M1W+1YWufbe9mHzpgHo3KwzGy8ancMmE9REG6FiDkf78xtrSkrbd2u x7Jyfl7H5oxiNNQMYamcBbCU3qoT+G4tuerwY8ei6Nz+UiTQ1GrW6EF/6JkXwq4WwVk4mvEIClCs ggJTU+psnctNKK88vmU4fqE4KR0XTnhIsSUuRuBNcFyKp40YKqIA7HDYO4LNvkkZ2ifzKJIKblp7 6kE/3s/r6kjfNldISRNhBUOIMxBvIYEzqGLbJJU/ff2w1bxx4LIpIAH4BUo+U8et2Ke3DGD2jhtE avLVrj1sOOPuJQWpd8+UGTlB5QB8JmXwYprDKx8MbQjKSrtyVrlhtuKyWNtnCyBZv5YYG/9FI9qn 8kZARbCmRy8Rm4uhXYUENU28VUR7I4NeGjeTTEJ0Gjda7hGWSjaKXfPfpsVC1WHmLrPrrHZFQsns VFvcmoU4ezNJrx7IFgqcylwAixLE6o6CLhu6KlZJ5+FDdWbVEps2FbH2IHa1FHU0xQ1XVQ/UwFjQ ye6cqjZqWRVsyvzbRiUeuyKtRLFSipoJA/QgtNJ0W80kSzbYKUIq+fS6oSpxan0GV1GpuNg6mmrg aiJv2lQXcdfFhjG1mupY/rR/y5SVhgoL1S5WczIjPar7qLAd5cSrUqDiodreKo5qNfWg1lVpqFqX ciL6Kv6pqjU1Jb6KjepQzlj1fWUjhbraqpjFFxvzkFpNzGfDKGLp9vSupqS2pkAUI5S6qjgq7/nN FO0W04crpoYJyli6Uv9ScKpMVZWyEiZq1UI7E6GNv3ZAKpC2C7aamX5/cKsqsZ1QnR6gaIdslSuc vdr72u5Qwqh8pxOvFWuzFJJQ04BxSTdHsbQa5veb+irG2FiIbbe+9asaqoJY2Kljo1dpU8/idSqF GRkJndSB+Sp4NKAb9E4KCsOKfOjHEpGaWae4tp/hr85jGhoMjcpKwYppCagdtpFhCjqpOIlsnIle Em5r2VYBEKdypUMDK8uQW/6R4NyrOvVxtgH1pjg8qn2kHK6v5IoN1TNUk+2BraSY0DlBLEsVYjHG VkSM5x+46+QEu8XwIbYYy16yVfxs2UxFMS19vFVVzmo0uNmFXVnUJN2Hh4j/vlPmNMoXqWQciwn+ rNu0JbbjicnJViqqYiHNU94yqRScm68DupRbxNk02Di+PFeEYKW0g7vD9aRZNQUVKhMUr0JOlQ1e D8+bIcnq2ecWiVb5qYohK6GpWFTlmzRZSokw2WEVHaiWxAwtgutENl/lzXcGpxtoZAEVY9P2qT1t U71Vs3UzK0oHTHylU/+0Vbp9hWqo6Yh5jj22FFJLVoeDtK/jIyrRVnnO9O6Jb0BhmrTC+RgERy31 UAUbU7pKkH2Fpe33bdGBfd00wCW9ZBb2NOOTtoyOsbNwG5WDg7Y/m+DlR0cUMrN3tgaLsOX7bDsi Ql22dZ4cbV2+TGNtNjeRNuIivrq1zZPX7/tnG7BVle2CZteM4caUCMWOaCMPAQz+c3VtEAvVqjn7 qYAMq4U3Lc9lNauViX6If7WpwpiC82CYExIoVT0jY4EcDSFK4aFeBVcFlKzG61RKuq0a8SM+hDsU p82cRJjX4FWURqt/QF2FZWMRntHFamB7K3NwdyVg3xZC+jat0LTto73vz75N5uCmGVf7S2lc6rIN pSnaJourbLZGNNmcJOb6olcthaDsWCYzFvL0yN3pE9WmULUaIxQsVTJadxGwgSNXKhFzuRiXs9WU MZG95K02vm0qyrF+E96viicrVEcw0aoJ7spT8twN1eaPZaB/XrKFvKwvrhhMcSBwLyBlTyirf+bX ASH7K51weybSUySG6endGCM88ZVwWcJb4tsqcHIr6GBINhwqoNVW6bs0Qd+YIhgw9CJxMYO/6qDu q3xVgqCXSrikLGTGhYozlYxcVPqpB/fWg2i3XOnDmRKi9GIDgwlXREcVLop5i5QELDoyaJ+L2R9X R6iIROHaFuLlHmXK0qFKQHgnhItgfXucilr47kghilVwWG2go1OxTlu0xp4KI91VlVXyUs5D0PS6 yMcPtCGkbZCShfIS0ZHosbE8qST+QiBaF/eLBJcnFsKWlaIE36pXtHERxWVRgjWc9o1YVsQozix6 FXXJngRiR/S3eFKoum/EnFUPbMND6rJN/RdQ9yiocK+4zgsbSKZ5FayxSgl7YavOjVjMWWpp1gXp +ik5x7mibDG5e9q3Vwhb4m/aHJtLRaRHmSjxulP+yRK0PjZEVbarFoYJKpmqFXZieLsfNplpuW1m U/HCdQ87o7YBEFfmI4imCqikasfuPr+5PKaLJ5cml4uRbBxrUSoyFtIqcriuqzqh29l8jxwWsdZn JqQzht8t1bJaoGQhW8rQYRXABLrsLMPJosWlA0B1cw2SoI4Vh33LfOiuFeydqJxz4lDyza1KVYnX 6ALYAk/GGEEFM8GjX0FQ0R3s4CNM3mBwhsfcBoVigZysKjz/Cx4Mag9CvBXD2zGNHvuTeRXEQCyN F067JUGJD4U0BXaWtg3YWlqeJVACIXm/ACMPWDSrBduAFJbtXoujLBy1/98TI6ajK2AVguTMo8ss A2RQ8XXtgK4cpdd9FiKZYUYKUY91QIGZW3P6RiQUyIw56IFQLeD2bzsDuMz2hul5qkBqfZGJ4M4h TN7JJ16g2/dWU78sitAzZuE2T586oAak6VdAY23aPzCnsEObdhwUwCdvssh+O2TPN9SDx+qfQkaM b+8Kz4UKWmNw3zFSFMsOsLltQtoj3uzAq3EJtkEgqm6oC4aaWYzyOb+UkFoEKVJxSfCE8HyBKdSy QnT3DhWbNl7RunRv0RRq4afu3OSFfy+5Jyrs14QhhvP4RiqugblxOrWhqnXOlnSXjfDgJwCo37ap mEjvNcMvDMNueobzLSltAYIgmEwFIkv8OqCEfsUSAFKuZyArkm3Tq7wR0CmYZCPFA1C/KmmgXk2Y YY+wfrJfaixrFTxY0ZO6ttjQXzfBFUSCY5ANSsBU6aqecQ8CxsLKYyrhrqtTA7pWWwLYbRzlYqpf QISkBgdgCxMD99uebVjfyX+Viph8Rg9oa+aT0UAU5ENATRrU3ZwM3AqPzSKGWHOqViMuyo8n2NbI FCpQxgxNMIrJRjauY7VIADaspHW+9D8+FAojUD+hmHnpmTQVDfrevSs72AlfK7LGcHOgIZSFCnXj ZmiMDBhGVJdvzWio0uu9iObQ1XjeMidKuTT3bQykW6Lj74JCsbNBM2Hz8SNIFNO0AsvjaNK78ypB pFV6wXJ0kEKYTzYJAv90jD9+FqHoiAKMz7A8KWLnpoxmHVaBIQ/Xuk0oZa6pb4o/8HeP66EuNF7P fU8XxwVk+L59XLBx2w/EdXhY/FOrJkExmhP+mh2qEqNRXeUEE2nUZmYYeBR1d96LTggxTSB8DGhU tm/WHY6hX0aXhhz1tzkSKE9X8Zbkg+sCkviGnxZUiqzsdtB5LsicmnLgj6oM3Y1sWfhRLO0JNQNR Boa8sok421yZJe6RsS0WzNAst5M4bhePld263QaGgk9/0+Ttc9YV3Zm6G85YDddhkv00rrlXqAjt jhAUxuO2/iI17gH1wA2cQrxckGJI1+U57CC1Dz0OTrrFGH41e536za2JxeYQKZrdD6ZImr7ND2bZ Cy8DT3SQ4CyjPD4mQIlAO1jPGVFXEy+9StPD5B6f6jeLL364wqERgxsNVUqCkYnATs52buALzz5J 5ax7Ts0N0eorYFnukNKxmWJgazp0Y1oZzrgPpEAH2YRbhEsZQjsOrCCflMwSqduDwbbamLzAiboI aIMzdI2ETMb9YkULTBGG4a6Yna8ZQEqOwdQuTfJr0WsJ7jyPn1k0aQ+twwe2BoYgIiCiaqA8kzfT inkLmOgxNpECTY7ngCnyQoOsEU5D9ROwRgYgMCPSZ9PahJHY/iZ9cQ08dmhp4eOJrjKOQVJ4FRYt sIUeaIZ1BeEZPq7gjR+5GjSh0kRt7hkwBr9pDSw4AlGdagOsmvXWslv6cOK0/sSnFpr1SkBWzswL kniQZPu73e6SK/AQ9gt7C/lUXN3t6RJGXuXXT9Fp/mS+keaGXR0sB81Qq41uIgV+VYvVh6+IF3YA WmOWNwnbqyxXiw3oisSF1i+K4k4labFslW75AiJUjxtZBVyZuv3VlAUnWz5D/r4wIdeX5lR6bc+M tAIXDBBasgb9BKTAxV0ZMjYTjk5wgUW3C5/hYWeV8tjut6FdFdgsj6OPXynZFkba8uqv1I126HKq iNBQXeKmKN1NreyHt3mStFQnPB3Vpxe++kOzKvP6olmwYXgr/HAvA6oTeBbElGL5ur5cmj4xWygM pKhQm1rhSdCb8dVwv7hI5d3qEYCo3ezRnnFyNVrvSRB9+saPAoO9hwsWgUUBld4EJ2k3BGPhKWHH c7FK+Xn8AlrAJPqzkRTWTKtribfDMkBDw6t64HD7aqCSntuGpnOwAMMYW7zWPwJMofc3+WdQhgNw Sb96b47zkoLzZhBt+rMbR3uMwfiF5aRwRDUwFg1zeb3jII6NM+0fK74RzBMZ0uo2qxFaZct1bji+ roQk2rTM/ikSdzaXrEEVBe8IgswmIHZFDOdjM4zKxXppKzKNzVRV5oEnq104sWWnDD8jJjdoFI5B D0BhmANchb4dzAhAj/S3z1BGX+QanuFqmasB2j+NvbkbSVQwlOrE/6Admjev5ukHov1WtmBLoJpY 46K3JuJ/sltv3Qza7b7Ig1JaAxizwAHbmb3gH1valFUYpe84SJ6682+IwbPQzJQFdeaZ5wsNK2Hl 8My0lGY5SM/o4HfrAulaiQ9OuSP8D9YkKsZGReFv0YKZpmZF+3FR/7b1ygg6wThHxgGvzswLltEs cTNlWYI2OVK6IekL8DVR0dKe5Ivrigrasd8Zwyknx1rRtxwQwTI91cJsy4uTZgiR4fYo0psSJedq 36zkKPWpHFzZXJGzeh0XUIuzZ/BlmfG/7LOCbcmRGqZfJW9oshAiE6XS8sWI3f+YYqe08iqS2jdu HUBqo4pvblJY5cAeiq/6rZrqpAVkyG1pqb4q5cq/qlBbREFMlf1PdXuF1mhUga/U7kYtHWyxqr7i aKtC1i/asKylm3TpPBTVUuV4fwjaBUXpr1uj6MEO8LY6ez6g2bnSbudodlRvJMkuDZzSkYx1HtR2 9jPy+qPL9/Ov40A6uuQWSdJle4krwGqzlRW8UhquHpt0tFH5V+ZVAG6/cYsgLdxYEEF+CzEE/NXx Jmr4P+oPVisYypuDKTrKBZWKwup/7bJuoPY/r45NnE776NAP3/8QYhXneI/7nZRSwUK6zbqjoUq4 eVKCDqBWZMaDKue9GdChMRUZOuPDH2s3Nie7l2BuPXEf1xCZ0nUSiNqk4vP3/d05ML7cApPRsAUN rUV02IlB9Us3KkqolC/krsr9iYoemmCL1M8BMTsz46g+ACWkwt0vRzqDFCMRFJqVtFtFssQXeRhu xlhnlQePaT2C7eu2HmViza1DWtTGa15Vn5Ccht23SHE0Sue9ONukbk3ZeS8dmB1v9NCXP449MQUv O8QZ3PeDgiBbFZ9sfTbD6T4CyJ+KdySIdTJKoXhviciN5HP+whPf/DJ/R8FQ0eQ+QSFBGxR2MEkf WjBoUcCVDldpW7rxjEL7aU76SQgWdFoUMD5RoOFSEI6b2cgPMTllo8NkuqCxKbYwRIM6ZKdlEesF liTuX9jp0HFypLS6Qgt7aVnP1LoZGVobqANqLFK0JMqssMLlc/z/2Ik3esni/Kjw3qLbnQVBiI4t CSb5YJPRfZpM15lYZZ2cbTUdT2QwYYZA6qYwTgJBPho7PPZAshXBwXScaT0uBV+VA65AXUDX2CAp YGqhhnroPM2Bsuzc6lufgPMg3RXO3ffDPZ4OplMteocmyAy6ELaKGNWzg9SA1JcE0V0u4UYDtnpo BqCSYjiBAReqa2XKqS09qRAUJXrlMrjFgiyDF9+XPPHL/JJfoHWxOcAuSg/pneTBPc9oUF5Mkcsr P1Izo0D5Eb7MzTgcmJRAcXsYp3JSeuXpjzm3tj1zVb3Yg8VVyDpiG1QIevLp+vFvdTv1nwI1sb17 uTLuVcmc91ScQZNNJoVx7XE9cbZlPZJkTg3FAqEi5OI13Zlhoa2ws19LxstOCnFL3Iwg9i5mU9DA knZ3mXeEaFDMXAjPx3LV+Wgfe6FGW1hFRzhYW3eXmLc3iWx4WZeF3ALOiEKpCF0FTHAm2DCcFI8C kHtCpCjATKMqkKIsgtCJkFhE1CoCjDWOUg/OYAWp1r0cIVlwpuQBk8pbrS7xFEIU7a0Z5eLbSAip EEUo+m11RgxCgj0i8QbAK1nS/Go8bJIS4BefjtkERy28opTXzgZhnkPoKQsKeTheCehlBwBHLLto mfm0rKeB4JXlGolEBpwVHKyDNnRhF7XysAll6eyy1CzneEwq/dGqjvGGioh981MFKu6z2GWXBUUH kNlpq3J5akCOHU5L4Ty+WnM3SoFFN2KRM8dEFpXWinlCLbYT2WpA5laQptuiRnM1rXlYRG0BEQFb +dW4sjMmrU+Wq7eMsZE1BSu+LER3J+OIiErTPVUNq1hFhBcQC8rEcFmy0ShRC3HdHECIawrYqi7k dngNDEIR0hEcngq/Wm6j3tJY9a233DMais2ACYabxl+lupoGJju/0QCK1ebSeweQhw06qVezwfSW y/lCvwxUTUR70xW/aIOcrL/SivHBi8GYFzuRCeqKDCneatP8FxGgOb9uyqlYbPbH7DCDfi2sKr4k FGTolAuok6hCwJya8FLGcWhOoEzbiijSGHZDivWsGK29WUcQFYqjZkkP82uZFdsuSAv6BC+amQP/ 1WB5hSwuBEZSIoPZVNH8AvFYVFydTgZuwvUk8v803QdiI7mSRdFttCTKe5rqP/vf3Jz7srqMRKYB AuHjAYnMSzuaKabh1RnapOHl6sSHMes3H8URYJjLiTtS6AN35kUk3cEFBRCoy+Lk6qA+c25KhX7y 2/hngXRgIJ9ckVTtvbHmILFHsq/aAOClWSlS/RcmTOxU/dV0do+9eSrlietcUCe5Kt9QyHtwZiXI vQehWJAmB8xW6WsOpB/1qYryio8icVNya16R+PQJtjKc+b78nmKFy6raSUVilJ/h6kxmT2+hEvHx v6ZQs5rXdY+eqI01TYlFYYKiFdHvKSe0a6ritILLPDIdMyUNEFgwCzHDYLLOYeouv45FLh5CoOwF p2xoc+jdjg+h+4RUbAKCKNKIpQetc1hE2ORsE58cMU9PfOEY4QxwIzvyEFTuHRCEYz4GkWmOgOx5 G36Y4zUoNLMlzpMKUVT+DZTqZNVzetDjSIgtijgYBmgUBoYJPUkRfYaDOJ4dWVWdyHMDEpPY9COB udYMi6glwKW9uOUIekLkYHkorJDv/o2p6cwxqsq2WpVh0TyNosyDPFiESWQC0tOje9JnEdXQEfIT waIm9dMbOojYxKrrwwptyUlLAgfw5FAhV1bYV/eW5/BL9HZanBmHvTOq2LJw5SXZ7Tg3mDG3jVEc GADTBlPLW1gn8nSIw8GVYZtN6vWbBRUM6G9t5SiXaOWyZ9q1gL58Q4acS28rs6Y4WQU7yWdWoemy Pc1qgM/PhtzGywU9meMjWmRhhsuGfSmKW9DbQ/spbQ4+g0t7Jwt+akpdNmb4XLkRU4BZ4qEcuFr0 lzx4FTGWt/KB/mEUFZCsYHZcbcg0sG6pIYQnTHBArK/NEwUJ9sOazs22TxnLxBwEvqZPIXM4o7Fw l6DU1mTKf5rJT5oWqcroZiX6aZW4FCqYgRJQnm77uzOD8em+Fqa3nCbrbtEs44GyttlU+tkDCDlA St3icI3WC+sLGc4thQ+3OLZVC6m4FQ09ueIsWlsPgbY4zChabSu50lUux0QaIDM4cuvrXeZgLtK9 1H9+KQSUNobc6pLD8qdES+MxONt7vc+wDRBz3S9n6yufYhS1LbGsCZxl+CjTmDbqafzH1dyuRdER rHvtap/zz9i1Bvt98yASp4Gxxpis21vDkgo7MGBRcLTPw8RRQPTat+pZAuhERo6xlmH7CNf1WEfX P30AS0HL2CGDtQ54iyJQ7EjuCg2m3vSOjrJfjSb6mB9JJbF9B4a7gyt0Q11o29jiug/xYfUC95Lj DTWuIXgvdjX5mbzSlUA5MoPlukXsTNYcvbM9Gtc0MU1gbGGKxqM+CBnO7esOChsPg9LMWeVEpjAO FSrKgjMbbtDz5ZSQi0jl1KHumONwXxNSc5Ic2o++SsTZOHo0kzhZd0ZbZFxGp21+I39RLyyFyTcV 2wg6waHoShjnJMFoLkCFfEESzbHPE7HrcgkhWCBwMAORZhrVXNDh09gul0sQIpQLIo8HM6gI0z4X p0/5kmFzK0ckKtOgPYquso+FTSifSGvshq6HnE/t8s+bCo+7Qo9XlTWZThJ8ER6zZjqk5f5rM34i JmWv49aQpSh1xsDd2IU9oJCdgtM5qrSR3nTKFFaDTb+1xQByBhxUcvQN9cQSE3mC3NARbmKTM015 U529ecHdlLao1PZfrYlyhO41PYO8Jtmby7B8i3elZgzHnUQAltW80zmDAkvuUZijh6b+rcDHHP/z DnDv1lb54B83dgwUpanwrC01dGM+0fM89rGxesjKdeqgstw8hXb4DjNwx/InJsEArcJaCy18S6VY ixrOMgFzPrjXk0SZ5OnFq7r/BnLWqkUHWSIvgo/OZMXlElp98XiDlMB5PfZ8TUbMvBfAHX7IfEzc eP0TGevEFIamCKOnnfRe4y2ew7ceNvDEHIY076M9j76SSUWETEZo2JiYR5lA4i5s7YWP8xmkYlxh FFSscED0Kcgy3iKF3VROzDl/6psQAZknErREEr2K4T50iqE4A6xGV0lnOa8e43riaJ0VI+dpqTR9 cAPURYHGKjpBkfxQkhg8BfFVJSehctKkRql7bQncmR41a79UVsIzFIZDZVrb7BeQpBq2JTqy520z qyM3Qk3E9wrnyp9Cc+hjJStsLJCmFTyCn5uVNo4oDxQLlb0SPBVQyYFKeUU6F2Nj6iBlK64BeMC0 ChCNOw1H+yl9UC1VOYEN259WygHtq27UKcwwyCpAu/2ovy9+OF/R5IV9GrbTcZssQxovAEbLqLRj s+LKWLji+7FHNPhNy9cqIIjk9y2yHUGM9MbyXZUeUNem1qHrxg86QGeA4ufv+f18hlu/X9tSGrS8 qrfBgis/a37osZGBED0jAa2sXMOFNjU2eONE0gBO4KV6MKg9xO/3DOZU26nw7QsNuTTCz8veJ9jW yvD1AEaXtrX1r3cO6jQ8usXNdppGnPFDCw9sLExUS7+vIb5gWN/li4HAwbBEashWKIOOY6WLL0Ha asM2Hv4TMO6IRw8slcZo/7wX0b7TRGTsaGtNNcrRoJc27mg/FqvwA2XxSlPV0a3lTv7pWEwNFjYQ 7RioTbrbwQV82cMUAP+ttIZ4ftk9GhUYAMrD4SBYZBpKb0G0AzmYw1XfEHJahIl2k0Z6u1JjeDuI fP40hCuu/dy2CzoY2LivNrv+umGi4xZ49/QHdB7rv796q2PjhN3HLdtfe4WiXa+bI9Cptyt+x+mr Py628bcNqwksZPtysaOI+Y6fszcztkV4wLP9rr/TQIvGq/dDrA3D+xrPHh7RNnF712Q7ZJOX/sm3 LbKR6TWSV6KEBf983j6vJfyAh1/9ntvFPSXrWRXjavdwhJALabV7eZMwpnKiEOZLT87eDsku7O1t tKzg+wott/m37cKbWPCvuQPGNqybEuKIHbzx/yMVTDuTF34CpRMfhc8GGYqD9avnTObTuy/bp5ve aBmKDRdPhRGI9E+vpnRAE2/t4U5y2Vf4vh3GzViwMi5Eg2D0Zg2Ys57Tk3Zi1xIyzebwOQHO6MUu /53Cr9xYCpalU/AOBY6QmkvNMDS5Y4TpkJmGwe90EmX+5KBMftEuZ3seoaX7QdmsNmA/l9YERxXS Ji9a9MgRpTQZUY+ccFlNzSChz90D6L3SULAknQ7FyjQjqhTr69x7b2Esmgw84tiM3tezKGBQrkeM uhgx+4/CfK87tcd0tzOh/C6kmjMfbMVjtuaz5zUUZL+w6DNvL6AF9wV8BaC7sirJNFYzFDrl7I9q TIBCHgBqqdqKL5/Bl7jBHYsiPKUIXtARKaoFrUpVJLI+8SpUzZGyD+tqvwVfDBTVyvcgKhZ3l4UK WiWhqmCjrhzoakFUbAlpEfpAi3yUjgQOwQzB8ruyr9dTPBI3JaJLXMRO0bTsVUAWKMvlJT09zC9w Vnq60wehVFiV/2ireF22rRVtyLCrayrtsQkeXKjVhiwLXwRl8VoGgczqb9ln+3QK24KyWtbPIrfc qlwOriioFshbA+iCOORU6wblVYhWFQD6UG0NA4YYqdwQvCWJkQOU3ksgtFVluMxupVUXBUM2KImI /BnVNbnkVj7gWFmfyN/owhtKrqoI4OelGZUFYH+kW5YqNwg5kBgTpIxIchQrwvKqiZwkndYXRRu+ SVfxs5IVjTghfSlNhJfLOSRRJAPEJWWiWeqJECod2ytmpVL0D4XRiRiqJk2QrWyiJP7hFebXsHEP Bg6Mk69iftmNP42qRLRkTQJDWGWnlTbKGUtKDi0hbesGjfdkLAioOCQjolfPthzC3aWn8jZJfGPE 6fAbvLfGAAVZEyK1nshbpSedlF/FZMop6URnHDs0r6Sw+ql9XqaKGUa6hFfVIOVbcbMGGwidcjsc iPwYgKROBm7wmEglCOVQmzI66qHTVuqVOGMgnmVKNJ9RGbilDCsVB8bGvpbK4b9Zg6obyIzztk1P nNVeVCKbZWdIypEhmW0h1yWt7XPMIc4kC8Vke92zEa4x47UCmUfRYnZSDlmaxzk61XqYcjtuhXUa Ef5wNVpNrhpOXlGgaMLwFKBvrWwxIsiqC7TZky+tG6QALonvrCxNam7KAsxEVUNrmFAwSzrMVtit UiGrnJ4rqKntpsDaUQR6TDSVTsrrCgddaIpWJ+DEYpk3TtdUxfLqGO4CzzP/9kOQq9OisIw00DX1 pQly8aN5MzfpK+QEIdgYsWE53ehiLWl4oISr1aoGTP0qXtx+dKP3LAWClyvIUhhn6FbUZhkV9XMT jlRWtSTSieqWHvMOs/jokW2EqpXQqh5hzZVMEZDpdCQE22ARFhzcxiwUw0H22DiccotrqJwOZpzV V66t7vLPMzitseNUaMccHwdXm5lEzgLTFLseFHIgiB6v/OiFUxXBKkCcxUCjCPxSj8WnNoO1JYiB jFYVtTrUF7zXLHKyWUSDg0a/MdqeJNbWC8fViMiK0wBbOd4AHay9eBTmE3pjyN7y1tuUrMgKb/Lk eAiYCjLwCqt0BC+qLM0rw7SwAmjGCp30UBIdjm57pOhVEVyganlkhBFVqB9uEaG7Ndj7o9xevWdQ eBO3Gzv2pwNW8tGoGqWaVdQ0KmDNGNrIiLZTihW/Rqh6NYQ0JreWe395yLXkxn0GPgyUgLw4tsVs 2nRWd/HdA0H25CdFCFUEJFbr9+Igo4t7+MzBkKsRFK9ytn3lxludrmJ2HUfkUD8Pc86L6FFTaXPI FQw/0pm5UMdma7J4K+RtlRkvAa11WVhIqLIyvRuZIaGgp/XS+Z6Uk1kUW0X1DEsgisn8OIZr3sV/ vTH/nKaB5owZ5/9Tcm1yDKQEHskDYUQhcugWLdNALaDf0KYB6QBipnDYzSR2TeZDnYbwWDVKcfMS gBjbD7flSwHSfjFobocTMGb6wy2EFsJCKIKG7bTjOnKUVQQwemcZruHdlI2KlK8xFiqHaPeHVRLV X0NHqVmXHp8LnU3D9Yv9m5qJbOEtetOQXpGGJb28AUF8Rt5lo2f6QB6ycFkAClI1O2dGFX1DM8/J NvN72Z1+81e9vaCWXdFjhvpP08iSBeX8MkOD0kmtaimyNWCwFt7GSxJkCl3t4TuMbzyt9WVuhuPq NiAiOw+SuB/Z8DnS1HWwjB0cUNnwatRoErlsTQsBvEiIO1Gc+YONYeAZoWW7LsNdGqYXOQeFp7Rt WKGLdoIGCnHZPkCTbVujYe8UpX6tTUaV5suFjCGiMj3Szy6mZtgVNcvjyJk8eCr0IzoiazntIqwY 5uo0jVL5mnth70mTjRVEKBADyL4IjjrgBAfrtCYRiWNcVIOARIVoSqlGSclhFxRPtc8v2PPQEznc sSSlpQ5aKy9qpPhCzQqoRFBQxWL3BbdKDmo9NdI1Q6cpGktWBtvK4RJiKhOZMRa9QG9nZSkZjRHR 6b/jmJfgcJpqxPsIiwZ5KalGJBDJiIxSsMtZ8RbJdnaan+E7TAvyBbyEZi0dJTg0ydNK0Xmwcomo oXvSiVjUFFhpD1vyW7C1Y6fwKqaSfoNRLeoeRIz6roh+pyR/0uxm/AuIR7qia3J56qFjk+/4UWaS Yrs8n6ZX3Orp1/lGhLVWR5s8GwQ8k0jOVRE9DMuzYR5V8E6IgFC6VIFADYzLOmpwNN/nVoRKh3BC 99GpV5S3stSF9hts+A6UsFoJ1NEkyFNiCfXBDVSQhhN+CMt8ID7D5x/xkzB0kE3jNIciIqArq8dI l+kPh8kabXSs6sNa6CXVTHF1Qri6SqCx42LTsUa0sEt9tuw2KTNO410CjCMu2LM5K/yIiXJm2rSR dEm/VC2Vcig7Lfd1dEyf5WqrGWGapp1iCuJdqYbCUeoqZRU9Gy/Zc/Nq7aRMu2SmGqdc/Vda9whG 1KuVaRY61c6UrKnSeWA5rTiLt/wTdRLEEEqNKSgOF643R8HApfcHJRjSNGj61lT/dEDLAjHuCYpE ULqN6HmGBobilD/p6Ylgcd8QZyD0Jx3XHsEhytoPiwok59FJjRALkpCvC/fYhX7Im0dTkwsUhQiE XpNEcQlddiiugLegxfRNE0PGplTyagP5AE07DKrBDT1AffNAmUI1i1J9IkKDnL+y5glgYkS8jgFX F9SeYbT4p+pPmWHJsyJiD/ubCmLppSegCB97hlfNxaY0treVdR/Og27sTh1YWAEVRgqjaD4oUEKR Yv8SE1it+dHOX/javK3lDu3d0WIag4fb4CLw6YBsXA42MYuNzPf3C/orjMC+1MOX1kZZ2RMxioWS FrLKtBQv4ck6MhTAuP8tLgOZVrAgTE+hQhAlD+c6C1bVUiWWY5DqxhETLL586RQxKKMulqFAePzb 4meYFaRH7aQUQuiPVdlAo1S3aXfj0UibYKuJ/Ix17JdogWRWJts/BBKFpujTPrA5ZDkWoBtJUaKF C9gv4gO2XG9Bc6inswA+iBVMsMWSVXmgdTiZtcdAPOtIj5fogSVhqlTIStd6CxW8Wknby/4sQ/Uf kh+gA+sKZAaSbyEuDrYNDmQNyGjdNzSuDW0wMS7l2vWrKRAdhmjUvS2HReSX91NC38KuFZphnODl 3uroPLUJ9IPFBdBZgg653gSClqHnVqQD3wwymnEPQpkgYJLg7KYPfAvJhC2C0L/O19YdXy5gXZj3 19Xi4l4NSffghF74CNrtEzzUXID9PUCTjsCrA7tdAZ6OAAx7u/wJQG5eIga2qY+msAhk92Fperdh Afw3hv568+PevdkbIi+BuGHLvzfc9QJHr3nEgM+bjnt5JcAa64HeIZo1T8Je7AjObTOdM8yzzppG uYSdk1EgeSvbtwC7eRAthVdbyd5qXiuNHbgi25/A4RBNQuuln2jRGv2nucA9mG7KOW0CKg6KNIFB er0yMnOyGPhQnx7jyb2g/PfZ5Mfv+cXuQxS1XXpaIdxKNVZAFvDSX/pMV1ps1lq8QNR8mwba1Z8v pdR4s9X2W6J2OAHaHsjcvEPe6EdloXBu7XqOinwpT1MFobDcGGI8QJD1cDAO9ygGt8a+aGv+2KRC k1yCY6b9bGFnpigKeezCMLWqmLLVQPCD+CyuubdYwzptZeNZnnyBLbD4r0zXZ9fQRZNZPcQnKOc2 iiz5Ip24qtjnrvIERPrB5Y5A7kfo4UtZfEdRbiWOGJonLvJpZrhOYb5gw6lylQCkRyRxlZ82A3ex 5MTd+SZCMQrcbJFqAA7gEX9zF0UE48oRxrtcd0gXQpwtDynBqBN38eRClYvMy5cevFoErkctWIxt UWXxKly8HdQLnT5oH7irO/QEW4lADSPJiVk6NCS8IGmuQ5ztqxAMJn22hkpykMfeGkz8UrC4zUgO aHaxFTGJB83eIOA1PYV9g9f18ho0Y6L4GLyuYInt/KQNWwinPdDoQJyTQ2iFh6kld1Z41BBWSaeq RmlOqbWoFDcUGSFP8kxJeUIUyMlgqZ3sREyvvCWaZVPl8BU4iUWNqpXOFGMiMui1rLnYj9VuwVOX 0uqlzCGZvfEwxN85J+U6Mpaen9LF1mUIheVLGq8iojkF8jI/EhBASw0dlKutw56DRUj5sJukp46X IknQKts0a1o8xZdRf/Qsp0xRIui7NpWumjqGEyCAP+VCWCHAtAslS5LCLLepFDBKRSjUy4XZVMtR TD2Uuaa6ZTaNjowatX5ooERLbSHHkU+WLVedyL98KP2u6g99Ig/HYoI8qj8k4GLlQ4lWcJNfmlGd kUy8bCAI04y80Z2RXh6p0GPp0mdU9Ky9YbpN90S/qlH/pff4lm5gA64mHb3IoQlLopwA1eyaV9dD 6f1pLWNLVVFfghowRpoUIPnIUBQGvsp+jZLxo5GWk4bU3EV6jwkVIxo2oQLeQgGeDBgpw6E+aRSO udJWD3I5VD19TwNxjS7gSbqVgI00mldhYAmSMm5XEAy5OELJM5GcjN9JWwMBESWwDromYnr2oBSr W3uavvVXW7EkawcUKY76wweYCNOcNU5+proEN5r0l2PUdn6uYkV7ZfI2/dMsPUCbxv1hEaubKrtJ y5W0jKg0m/nMkIxvpGrBPwCC7wZPQR6VhK2B2XQJ5gYGKX8TYcKcGbQHdr7G2jDNoBAnMadVKIMG PWVMTnSZn69eI4UK+qqgVuW0ZWUQS2rZXgfggi0nAyTcgwwsU1Ho7RFjTiP04M0FGnw82XZSqy4I q0GXehAQoTPuwuFU1v7BQNChEMYRkYESrZmxLsjqmVRJcQn4NWKttjWTi07HKjh4SIgYSApVJOM3 Aqg09iJrNIdvwD3C096srkFWvs1Ox1ZGurhnuREw/NRVvWowbTbUB1to/vNqq2HIrX1SG456di+Y i5I8ybY2fTi18sYA3XtPTFjUI+QN5t5UXct40goyr4TkbeIk1KJ1gLqiWjijwUiIsTHIEYhVWx8P KA6KbcVOcEqLiiqPUeVyqhRmi3X3dnN1MFgnJ2AbUfeCnhDSi8Z6qVjSJffQINVucDQsKSW01glT HzxR3u9g6VjG0OhAuz0nPP7BXehw0rm7sMJJknuxeKn3L9J2e7g6iAb8SFbwLhAkpjQiuo27/uua pUUw48IPLEBJTGvlIa0ZFEXPWyrp6Oa5qHv+LY+UgudUqEdO3F93pFItpexPMUh2EORLnZ0J/cgl MUXNNkCjSd9D08KyatjnVNSTNWOLlw7IXuoJrE5Zg/kauw2uc0tRSkXBeIt1AX1gQwiXERads3Gj RjIqOBOM0XOhWLe5Gaq9A2FSNDa/J2NyKesefsWHBGyI+3lRSMUmJc2DzSXmf/JRHzArPBEsUMpN 5vitUzLYEqgQE5qfuzBkHzgubEtMdUWgacvGF5t0BJ3cVgPFXkdcORPFKqdDIBMIviV/kpjItEWx MzjrSPkvF3cNVTQw17jTxIoPdlLvXsmDg4ZMNpbaMUmN4Z/dGSiLg8alkfqiidxDpkwDwX3kxAsV s3Xqquww1znBJ27H0cYYA8r03rNbokwXjAP6zeESkH9+WY7IubfI1m3oRKIzTVfloTmY9VBkkQul Z8E2KTkxNQpTPwfo/d/0ARZnHBmWn43IlZTE/mnRd4KbQeQayLx16qJlqmIKAAPuu4rTw3mRHRu1 xpnzFcYrQZhEuHmC05Hhul40T2Wb+NBohLI+fUYlHSLhHE5BPKSuYJ3AsgVjoclerdiY8YiBsB2n FrasGYj4VkKmz9JEl2jLZX6jUzCiAGGtkpBSKcpGB5L/9IpdNz3gcmhzKzm3vbGxyEny1QRkr4d5 X74u0RqO4+gJ8dYwT+yyt7f7ZSa9ucBlPiflzIkhxQGbsdM/FNF7GeQ+nfAqjKlfoZ2F7Gb9fJZG ZACS4mUOFThcjcUDCbjJIOqYZ2gz5/jF86eh2ue6HcV6Xhfbda4HhpyhYnUXG24m0In47zA3lS9O VSmSy70HR4NHauQ4ctLhHJS3HsDtyR3ruj4Yn/Zzlbo3H2eeqj1MRmf08hYuQ1iiVPilMeVlOB0d rCGtlQHF8DimvfTEB3mOZgyTmuUGMvaZQGm8WzMuhknwdGqoq1DAjZiD5qcohkaMjhuVvRNJTOPz QHNoaTCcXXA6FoWtp4eOurB3XGZBBEGIhkBT23ifgpaMOZzzdOdJhuOmj2YusnjsjBvu+itHcblg lTbHHPQWs3JT/jue6818uB8nUyFj0mOHDWVjZKiGosKSoboSCbao4hYMmZsvkaZCtL1FFL46lvYw Cfqjkk/c0mAZZtk7lQD1G2WCVslUoCs1lLcKyRwKM83BV5hI9TCSm8lqKgriV4afU2qCmfDk6C7m lgMBqiZ0qK5Zmq0w0wgdrtrUgUv0gtA6cpnicuu3CQEBHD8sQyPGDlJwgTLWQ3Ogj5ZTZP+1D660 PEkxKev2YWxhUIr41ZgqOICDokbCDtwINJHoArTCFUECsI4qbrBHxaxrW8FJzyo/DcNAdBKKOmzS S/EGGoTMWSxb6VfTHr+ugA0ZsOCsZl2lCvVf/RvoAZVouRb+bzkHx1RYVEFqpPlPMHGWXTLtscEW bLQIC96oAwsiNL0msatRQFRiY0MeC2Aodlp2CXqgPyG9xuWc8tkvZTW0bQUk1A6ap1NMaPvAyn8j e+ltemEylQEQRZcFMUUSeltMGrLTF2dhnjWvPowIl/mHy/6BNbCN9qRIIy3ItM9DmvLAGJOp+Ftt b+lgkMnr2Y0lE600q97Uo4F5bRlIC1HyB83Dk/vc6oWpR6pJCRx0b10kNzypSIwgdh3m4caQdrT1 4j4FCKE7T9AqMGereWHgiOcWjJlaYUiRFvHnYGeyN0OBPUNnZD86xU18wAA6OUtU2bsFFdbdSX0z PKSBvA5HZDGzBkOOpAQ4kj5Bet0fGjQe4jDQLN+DJ48hb7Av3ewf+gUXxhw/my6BkCG0KY6I0IwK 2P8JIVS6senHf1qvUZwA+iVBCzIzqzSDJO3naVj4A4czTBbCJMe5AOokDHs0inZrMGggNiiyW8Cc ViWnw3sRZDhwK8/pTYgeSBGkCVWdhWmEwYTnsMxpHpViaGCH3+ZIughIn26/tl56yuoCHfrSInOf k7PLLH98gUUbjc2ZW2bM3ID2zLH1q0SuL8S8Wgu9NesQ7y2NTo9fW4Vrra512lb/GvDFqnGkvUOQ KRsw+ObUFars1MfvLbgWfnyzrNyq69sPVLZevPjS1u6G+S8oe9Ax4LjVuQBeR4J2AcXQTIvSczBD r/E7mDhsHaCtHXBu4H+rZGdRQ3cdabkpc8jqwKbmUBp9ePubpbAkldfy0xi/Xs6Zn0mYrbPN9mwT woNvpwrY8i5vgw3deCQA7bjck/L0nEKihPiQC7w1QJht5PSwAGGRIBpeXrEFXEy725A9AthWVkk1 8+YpbZ+/RWVfm3rJpjhOB4drMT6iaq6ETosLg4lbVqE7ys5g6SiY0h/PaeaFctpHECuglfylxsIN /6FHAa9QlYK3G49gUT8OcNfDA0UlhsRwbA/peFsXNO8mYRap9kArqyztZyDl+6I2V+KZlCwlbEzL eakCEUIKwiwPcEr/WKuFMKUp0Yi8UvNyhVIQENW3gKhPppsD8alYXAkpwnILEpgjAMsMJGXtxqYx PgGhBlJYk/Op1GV3ebEyYRwqZovaJa7zAcVlqRcYSPYRMRVjsgV4mVOQNYnRIn6cWy4kCSi1QUEB O0vyNhONlUK7RQbul8+BVzgnGuaKhy9zHhkny2ps7bbH0Ria5BCFFa8cWE4eG0pIiGoeCP0lVnqU MODkMgXJGORGieNEM62JqZQsScti0AUkxe4S4OHPoDZMEZdQGL6Ex7bE5zGq/bivArTbCTTMTy5y xN5QT+rd8OlK2LLu8qLEwT0W17idtIysOETr23PgTRsukjge9TxsqRbXw/80U8AT0kTKxvKWSOAM 06a1xXfqFxSZakYGNDh+4kgrK4lpx0MT+QUU5tNC0fPWhQIXLUPABHu4cQuMiVun7whjlVlaPC98 cAi2I+67/vIgdW2so1V+gLe0FQPyuc3/dqMnnQ3DJS2Jx2GPU8cekc7UQnZHyClAY5R/kXJRgoDw mbwaF/5X2FNybNAd8aLcKDLJMnpSD63uYUZspx65bk6giiNW61BTwrzmXLfGagcP+1dC6IdZ3plP e+b/nTnJIMxr0FZzEnIA9xiS5kifEqrjDMC89lJGF2uR4qHEEdlU2DvjK0Wd4RC2691pTkaySNgm mAqIUk1DK7NYI7kQA/w7ftU31c2w+YUqTV8qE2i3KXSVaRMoRrqqi2lzH/jAg7SCBWUmg8qZS9f5 BzZakpn3aAgtl2iz4mjBRdSV9PNalcsUea0pFOqP2mSASpHyb74Bm8yMeDM7NVtz7M1bn/Rb6iCx 5Nr8YgXcIgrLyasLs9n4GDCOq943jjZECdSETEGILGq06dJ0QIeltI6A6dM0VmTULE5r+SgNRq8z mAMGyQey7fjPVEtc+c64xW+pjFziAmC3o4RuaLhqDUtOg4avPKFXaIoRiGQNtD3i415+ms5EYe6a l5BFWZlEfNR1o8gDGKPrKOqXak0jLieKlsqQF3KNOZNnxQbB6PhEtPBlOuKH2SD1ds9cWWmYtNnA VJyVrBQMpKAXDqo6LRH6of7WPonwzjjQwBSc/odZr6lux8hiTZAp1tEGtAymGJmtR+o55WE0ORZn awov5zHhGEIPdlJIEFWTPiGODCSRAV7+Lih1iIJtPsDdQXCbzqCgNAEHuFyRjYyUtQc/HaWZ/SvG qGRT+pbjrfhWozpc0MBzN6aGVCjtiTR66Ac1i7VhzqpMRFYmc0wdxX3DEXoEBbwuHqXLxmK1IGWI b25IAUzLtgcxdmOg7hxGW5MOoBzWZoKPgYbfAusYg6cVAGk9XK5l17uB+NTV4Dr4o95JHnCzQeFF 8FPSytjg/zrcydTeQFIq/11mULZUzYQLR5aHxa6uddIQQdWE2PMkuQBjKzUwn4EJyMCabM2yFvW+ kRJBv50bklaOkF6khVSJQvjNQFzSa1Jd1rJHQ6Av9DyMoK3IO5/o6jCYjRKWA1baQ5R6pNeoEOt6 8FfXaRMySaK1ueSpzEGHST+v24yzECM3ahMGHi3mpW/cBK9LjZiSJpnbkewkcXqS52Qsjld0NYay Nde4M98TAxyWPpjToSpF/RyfpmkycnIEH94Nqoku9idpEg3CSDXTFn64/TCoNC+x6liwInhYqJjH oXuQAZ1G57bJ3s3y1oqrUgsOw4PJfrtGGpUEg2voRrQiL8OOZh2TFC4GZ/nKHpJzq3mzWbAb2QdR bt2seYB2v8XtpjBMKoECWaLUrBdNWIlqBsF8RJg7UyUOJye7FtujAHLs4HTAYWrjlXCOwvKmOToO kQ58tEEu6PHAJGk8zhEflK+X5dGA2gJSebtoLoyOk5UMFKmtFpZ0It5RWSnkM3p6zBwC6wDCwq+b g2qeiymQig7TGtqBZpaJBErVvM0QdfxEd80EhOKbN9a1scN9w2ndr2ksvAKbaxdl3dsr8pqbCPm1 L/DA304+ui893qyN9pIL0qMHVPbIrvUdNuypgUDTWjJ0gkkdHMne9Rv+hpJOhsV5Vx0+EVkPsTd4 duhUZqjrJgo5RFbZnFmGrN2EqSPjjaN5PAN2T5n50QD3grCuw6N7t2S8zD9V5QAorRHlj/N6TutL dKDqPF8TBOXsRGeU6JsD99XL6aIOzZQqnZHsFGNMUeEf5hyDcqW/vIJ3AjbNF6SYxqZ+2NcqfV4U G/RsdGytA1MkF7Ky4o9O049kVgHCglztZE03UR7VKa/D7MRG0jOP1M27+XLEPFitGIlRTjsJJkSd ooI3FwKKRU3i4wZyW0JQFmh04Gs8cLx/noZg2ONbssm9a9llWQqi8ha4kdvmszJ6WvLEr/IzBc5s ME8ZzsqnLBEqDjcmIT6HgECllXqTC5Hp5WOAlv7IECoG+W3dSRCxQlO5nPxbrUhYDlfpMgIrT3Bl vCHlSCok6Sw7aCLAwDUXA3XAX9t7oZljFMQSESrZeM1rUiLROGC1EPfjgTvLz2nufAbO9glVNraw Vx4BJy/ttzgh/ylbyRFGiLXKmuGBJdDhxhhI4V5OrVjYinfsTFS5MLbjBY0MIdOeN1iEkxMWnjIc TXmTsl9cQgmALkqYGr3mfayCFibaErBhFnMNWhgpwchgiiwpaEpUUhrp+Tu2SQYlJ+63QeJyuKJk xZGwVSpKNG5TEpV95sVrvy3LXEblUJBSLI10IvYVLxJKOxHpy5oKcim3KBh2CYf+kUpjFbtRNCT2 FNpraDQMNaw5IbjJp4xJokhxEOo8CTei6peybhchMhG4s+IINZtzCsCzHCsgNtxG50ipCsP7wqLi sdqWVoyHWITXInHrweYWxi6HimvE99Pjk25FtliU+6qroqzPezTMiaS/KTBp25JP1odxkSeFzugK zpNdfKBgVdNiKAy/YFdoR9sCd8OpffRW1gXFqGeVe653sdzUzz5UNmR27o8hcs5qvwo9q9HUxomy pqqVNeJTFaI/7mvs/asYV3s+lmKrsQNsLTcquZc+rOD9O1bFGZXAxFEO5+eNSn/lBmGSyl+VBc5v g6y6w+nA2VX/6kd3YiHF0hDi/akszn0eUHA6Z00Uuw5UlcMrqfFFH60GjEgHaZSs9SfOmNiKv+bg XLLIa7RgrcyE55ETVm67XzmtDGl77Va+aQY3cGZQssytKhaTdYGJ5ji2g2VLdKAQrF6RTkX1ZCCk 6a92YrU7bDlmiZ0llQ1Mm40uQZtpAW2YAUAyWbNd780oG3U3z5Gz7eKUx0/6ySAybMt92FecaXO1 Hr3WpVMxLegofksNDbfXq4HyOBwLC9WSgeGtYQfyDTY8kCIoCrQEYgF8bSGrZautZHaXP0GY1jkr xKzMhBA7TeJEGR4KnAjbDE2Bf4RY2o/Ctgm/timwvLkrWlBLDfEBdCnvN+C9KTIcJFzZskCLVH2x u6yZBEW3Bs2qQIBBmtAaODEsNJTCMANawSx41ips94NrqaqZJouIbSrQ2uYA0rb1gLNY42wjC7tG tF2DrZKtFjb7YkcHeGu7KwCEbRr883F1xL4RFiiTLyjYOmIYs7W8V5tR+GHPDRtCAGfPn1dLi63A bcMKO2ZD0Ftq3CLtZmpaJGxTYSgxytsI26JuLEcbMAhIAvlJn4G2b2e1LTTKMwUxhyV6T2pGLMRh g5XnVa2kDdChKK0TlgSEtxQ3hAWSp8DEpmwp0Q7wKzhSfjuBM0/aylGmhADd9FNlQO/tfe2m1oGz qDSR1SAWZh/Q12bcPdfgD0UI7l5J2EapXUre1P2ZXJuoAgS1oYRDgIhU1SfEuMvdpioC4wSJ6nAm yz+UkosB/EoltJlw++t2GyKdFvfd7bxPnZYYddxwwwEtlnhoxpZvb5EDrV+aYa7TSYqtvhWAitm6 EUHsEuBZ9jl1SZtGLIHQvODmbmwEYFBGh7EtH8n3MrqA2JKk+PvyyD3mCN5MCGIX7x2O4SQ/Xy2Z hze2AqmSlKO2rEVeUHUmRy08gSOkbaVesh0hSmvy1VJZkYtHEv6wBDfUua0Q8HlLNbTiuSqp4IAU 4i62FqC5McPGgQCM41b539t9HrYKye3SAEG1dCzigooiLrolPJGX11jUxrjG4ZEoLgZ5uEplypi6 WOwuzyRX8hXCkF0gA7cgIN+z8jMP7HToYFLLjSTjNA4RJJ1iFK74cBpofXX8nB0UdThq1Z93rEQK VhvE/JwQ1twgYRZ14zjwDG0N3gQEycE9UQEDtDcD8ZdTmZoOR+IEteliqpe55dEjzTU8BSXlhkQN joyGI8mtc2dsMwNhhNQhO1oYZS3LQmuHFQoHocFBjE2KShLMjHFKHSmkhiDpVweUOaMTEY514F3A 3ugxFlMZMdT4KQy584s8HuY7Oy5GMG/aGFilFLSpl4SD7WI6hUCmQQphdA4rCguMJbzCwYaw1Fvj Rh0eAJtNJK5Eh97LIuoXhQXJFCCUsRdecyA4QHyZB5NAW9GZyRxLgVTe1ItUSaN6Irm5Op5HYdQu 8SY4VlfS3tPbaTpD2HqUQh1JCrgOuNmNpUZ6rVBSBHFwbNRS8EysJTKsBpkQquyHyalKypudzWjW Rnrv8haGYWTL7WrEoexMa263eghlCpDnlzuarzvNWLNodZhik22W9VY4+mAl3sPLx13l8MrtFfgV eky6lJg8SipWKDhiO3FGjS5EbfxqihqrWyzYQk2VMapVHOjDpQr0493qXuXOBr2RBzWn+9O9xZ+x COVPz1aTAgEMHU1V0W+n9pGrro9RW4ZIvNU16jloAyeozN3nLRr0Jnr9Olh5rE2nOBF0WA+JDyEW RtFJKlbRAQEmKg2SKB6p6HUypqKiFex+PlT5mNQqLSdUDseNMhbnMRgXAI8nK3epjSaMHtma4EAw 5yCmUFZFIwJwDfmWHGXF9XxmjzMTDUqeTuFahGs4tqOkAC2KIyRSqCyd863SwpA0XTc0g98IaSH7 zLBrGXXlcRXDAW5He5rPtrqFni1H9lH7BSKW1d6VJfbOaZQxokcJn0P6sIKIQgrLLIXXYX0iFaPR GbPCJ1M4WtAUGjDHLxbHdJlZtUk+Tm3roFBJnywtE3XoFM4YCLvzuzkIzoXV1oUEqYcQi0o6awka sy3tK7/qq8sW4IV/niejJgLneSR956qXgaKEC9LaLmAdLj5yb7m0Xr1KSTKMWYbG9nk5N3hQxTWr unTtaBGUA/fbMBGc5HuGF3kQXcFHn401tojg6y931XMOjrg6j8jV4B83lQPg0gy2XCVWablZANnF I2+vFhfkuT3kkinG4nRDCIA4poiDP2JAstZEMx6idqTnz3NwZS3CU136mtfaNXXc5rqZgjkXyoOK 8FVFhOtxYTwkKZlwri4RCHLzn6NKuZT5V4f0x1DKIyo/6WW6VFVYYB2mUlCsd+6AILBCY0/iGjpz 2eq+xi1M4yALMeVXdtc43EBTcvsu1XCKivlMaayEQiPVT9FCTMSx5vnU/kQcJQSVpjN4+Isv/uV2 kViWEle1WXxas3rBZdHQYOib4RSk/Md/kkLN8jfRZH44jSBf2LUzsb4pvlIft6fnTVu4Lc2tYcFY xCPjTV8p4+in9kpO6K+ALobKu6zWOGas8iVI6aGYpDDi2XiqjtV79EDjjay4MlbjRHscyczoGoYn OEFW3BzvqVOC0lRPJ437mWv6THrjFx9CWEdv1EZWMAZl49xdatpIOf/SnCINzeGB3YUmjjquBv8m aqPOOnhX0WTYDfzTETW+K1HHhwo6xxpX6Nh8jmOGg3aIFNwusNofu2EAkXhpNCzgFA+91o2InSmo 3efQQlkFovBrYQzlPFk7M4gCDnKqTcOgOpnDtZjkMDQNL12kD8GGJYJoc4rftb0DBq4XWGKBwt2a 7yfsHdi7GF04wlCUFP/KFnRpsNLg0z0KAi31WuJAYfC7jKA8+cvUldHWLmXAUxJgVk1Gac6R2Xjo YQ6ETmz/GW1R0VIkMziqdU580QihtWp0GKQnDOz/lv56qTd+Af3uTUb04IAQAlVOeD1/Il0AlQvS IZl4JXr6pWHjeXnsXX2Fd+i+67V9ssWH0fbZtYk7EPjAh0vhYl2v6k5/CpLG42L+sa8+aYoOgNzz FE693xfSxSQMxO22VMYuXtQxpBoTWhhg166x2M2wmxykvM045Pvc3u4xOQ6inBUUBRCcD7QIRXhN EgaZs9BED1roq0Z7kssIK46qQwU+3ijFZsM1lUvIsbMLA2hXjcxz7i9mH67PEH2Y2kdYbsjITJMd x4lAVJFkc8XO5la1zwLTxPl/HoyV41uN8GYeNmfuzL+YRpFgJq7OAchtmV865bjfejiW9NOGHL4m do6FbOt+McHMY55hiQA1RRv2SzbEfYapf+OMvRhIh5zyxSiSrnOBw1qs9jMDkUmnXKqVMt/3h8eT 7YJJcX+c3ySFHZBob7Mr5jtMMoXbHrmZDlhGhi8P7HjAUM9Jpc1mD+I85wBUJn+6mbugBtlYpa+j XEIzXdk6wnRU9qnaRSwloilNbulO47QKO42O3DkmiXvMNyJ6ZfjRlXIip0bcmg3ds9Kgaj1LLEuN 7Socio4Cikfjm0Zj9RlK42ZRj4zJ8cgu4S8bLX9DQEdsKtV0ibYc4KlazR9tjxbvfzRdAwBvSgXb lwY2hnwm76fVB+0ikZI7KKBnUdpODctxS9uyg1iOmiqWuumioixr8ZGY3bepFYS5DacYSxz+8tm4 0oRxADV5CfzJ9gkdBxwAY+ToZKfPj/ZPrrV57eTU/wKmyjfrQBRP5Qrq6EZkpOxBNA6IF4ygHC5h ZSn6zf1FY56tC7hAjRpYroRDeP8ww3j4bafYtDbdyz6bKFxuIgI7ItbLslAjQ2CaGVXZVILNgqNE MoVXLCjDtiKWtUiw+j8Ap8iopIbiZpLHGjvehvW2ZEsuhGQW2uyHxjGbscpPKkEpWC3C86RQOmzq h5fmmkqvsvi8QCmZqb1oyFXVtTZgZwjjCeWBeheMDc5w3I5vJXscQytUV9f3wLJerTbk3bQDcWy8 gCsAnaYMwWpTK1qvyv+tCLNOtiWlwDpnLbJtKw2rp9upVRFud4VwRTCZhdZWKFncrgebYASi2ggh iLj9T3vtkR0V8vC/Yb6gBDhlCCaEAVwnSyiHl5TzN63aKgsFCkr+8QeiaXlk+Qi+lhBhmSuBFL2u wmgs9SSuQMPM1Dk8gVtYh9Z63RaMOgh76/V+YNKW5XajZV2Bdu6pncoC2RSikrT1+XHv27OrQYIg wKEoNQXWRZBmtRMW2WIz2Zifx+4EQSHAFNdFCQBkS2FbXt7T+hbVOu+fLzDSrd9zYiCj99ABh622 BeyCIYYebyVt20K0YNkGDnBUjOvNc5BJd20f4hYJtx8xRDh8FZBrxa9rAbd2WgiccY8VsPpBFkGA XeG8HtsHZeIzStpF1trYb4vYa90mCnQcPmyTi3bJaGsErxgD4EJ0gaI2lUVe6/3hxggD0uqCMlhR 3DJf+3XUCWRby4DyNoNAlR2eka05+1doxebGVhpDmi1Pvlnze/61cwRsGiKtozQkTrf3NX7foNBG bw2nrSXw0Uh7Qx8OwoltH/1xTRNsXWJNMlgGQUmzzQSQku4Qt57DfCmb5LfNj8k/dQlfxoomb7LZ FIim/ZB+l1JGGkoz9tLMdjvo+YUUZk9tsFIcYNyVnxJukiszF4IZNtWgm2SQshaM2+sm7WhPElg8 eWAb2l5bmK6aoVLtKOKTV1iSDqa4IjJSxYBxa5jBdQzQja0gtYCcNPQAudYFN4NxjaliuOcsKHdn O8h7eHFzxsbKTQqwEZMvrfQGYoGsx6cwSMcrmfNegZFmeVpoXWJCmabuvepLDYhmK95XXFPqlpba NYgO8EJUqxabQWlfGmdNamzwPKqD8Mot0cQopR3UveK3YVb+G0f32jK0Crs39+bAG13hgTePy9xg 21vx4dV6gtg8gJNg4BK7LscCWbxYINPNt1an9YSO1gJfeUIYR/GkJEXmP9gR2lUYaS0XHpY2VRn6 WAWxKMbJIiPAeUHIxT7IkYTbIqXkmudGZ8l5DUjvZcAhF8ImjIgnlyjsgKBV5lrRCpWEFZTmCEWu aVGDQIb0IyZWKQucnLzjpRAWNBgUiLSUrxwYEVL3yMZiQ+PnDaKVKXICii1WtncBdDQO6ZFTRq8M vctEizIEVc1yCNSLlD0s2EKX4LVyB5QL7YvRIpHbPBo3borspQ1Y5DLDQGRpIpUrG5SuV0FaPeIW 4XVJawyq8EGqD3IDA2w7OKMXiKtp/Eok1cYGSP9OJ7B8eUhhv8RV+PPDPRKlmo085Htc3dhUji6W quu65QqIS/BELomRzCEGVJjyCAmJr1ZKycqqcM2BCHc6UcC8MGoCeYA5yi3lmsq5uIGrZabhYH61 54PlPcp4HJLcqgXUAPKhOO6D5501ipzS5pIMbSsLs95SuApJKt36Fmk8RS7NdhiVAlMsrWrD644h u/SSmJJgBUrfpIly1NgMW63ORVc5MznKwuKggaLEKKqkeu7bQ/W4avFLS/fbsJQ0sb6n0alH+ecK xOq99ekXRUm570kqsMQNUneCabGZ05b+QKrrROfPn/d9cRM6yajLS4n93EPsDBHLZfaxpHQ3wVMd OhCFZXflt/pQoxkayaDWWdxqXYFmOkw5S+QxV+NE46gujD+0AWPeHu5LUH3VgimgtHYVApw5YXs0 etWHh/ujMFo2CG1nMJP4bPPFxqelwVvoVSnSUjEECSJHXZ+i1Hd6K5V2FqvKOHieloOhmbj13/oy I8yCjbBXh/jKKRmGsQe+gSD4B8zQSHruk6qyZLmmUygj5m+SvW5zXn2W3tF0OtmpBtMyDyxCZq1l 6inSeqHbrUVK9aEu2uXISuNl7tqH6diZliaHspTTY75qbtLVjQOBM7GURlcfVfRqgkRxEy0aQJT+ XLNOBvkDEomM5Kl04B0rzKiqLKs0Y7h/GFCOH3c0ECJhuKqqvD5QKLGl4eqRnCo5GFuZ82qfPHmD yZuE2EdATOAyVM6lnHXHYtGbARZ8qhrawQPHcDekULTTnXm5haFYaLhiWNhdlRC558SquALCLAYW 1+SqEEvDkCs4nvOJM/6T9HvuhGrokSumPzWajk9jHY2RjTBjxwF4Cvcd5Uewixc4PKyhizLGR36z Wp72MIvki40oQLdvOMCWDYkeOr1mmnTQT1wLURG/UqGiaggeicBmQxjcI2znKLDDleYg0SXwVprU H3M2xMBS+hErJFnG1RmKFK7SjQUCLVQTx0jcCwoelJt55capAH1aj/hhoTWOJKkEp0Kmy5kaBYjD VVB6pgr6cE1DFjzdiOIxmqAYXbVny1pyCxHlSgppAEZLoSyGYVDaoEukUfqQdDDMGmwL9swgcExR rfvoF0qSY2E4v4QvWEdjdGpmpPZdvWjKS+BGVk7irtIdOg1ZaI3GhIyS0gNcsvQ19SX9lC+O0g5x RetFmaJwToUH7ol1fKgB2MD7PRpwhfegBRHDDWhDdMtGWYcDRuTKHAjR52lwNLyLkXMQButgk9GZ wNQM56sus0qn+BKSdRsDiRHUQ8yU16o1XYSh2Ui8d0VKWGvGpXl0Ii1rw9q53NRRUdckAikiJztP 9eiloeN05l91nUXHYg97oTh4w72RI74G4wQm5vD34HnshEK5H7trNaeGG1kHlcvht57eDeHMJhB5 j9iVmmVPeha/Wqw71/cQ6gjQeT49FLRQgkidkUKWSI6P+Z96O3lCJPqNMNgEC3C2RQvuw1gMZlvN 2xYV5xTY3dxn96cTxavmNCdgt4gK86tIcgvSA3v0RFpEhT5Tkim/5k9tLVx8mVuiGzkH4hbua53+ ISqFNgL/n9oXw8ARQzwRXNYhZHODtC/msGvXMV6byuJKg3W9oTce7LIQmtnIWEod24WWfzUuU8PC YcyXjeAhPtRV7jt00Hwyeqe0GJK/L2JKId0sVypLIDyK7SNixzSCMxn88HxH2zd7S+DN5/JsQguF t7YZbdShT0Wph9PLnVPHDien13+aOxa5AtNsmWNK2YECVuyVJL3f63fSRO4/aCc62U7GVfJm+DGE 4nIj4kebOBXHrA9Picma5myo2mKduiiPcpTycMLkU7T0vWSpjlhYrmfhgE5iRGVCFch/5kBUmJUV uR7yUj4QhfmL4r5PeUUr5XkbjtClufy0z53pTlEgkt2m4dmW9dUJVxOslx/eY1emxeeB7emk0Co1 pAmo6xEMNl3SkWkbYozBAsfTKHE6UNsy2FxUKRCHUCGQh6/jXIerfKjuyRR8ECrKEt0lm5fRSziq 7oDSmXbRtZqodcINcEPW4AfGHs7H4HmC1gwQueGmAawSOx2Qf2dQh3blmcWu2imiIL+MfMsdjUXs wSunkMo2sbuIH7XpXZbKLDAr43qUCDoaqsyA9JrnaVS8La2gdNYjmXnPriOAMuRh8ruGXDrXbfSa HwiCzpticzIk77ICbnOri0mWaIQDf61szNsUAMMMK7vSiNyyVKXmMnGnVKmJKLF2uNUaaGRB3pXJ FWY0ybV3iWZbZhhZrHY4dh5bR28f95Wxwf6Aa7ykUaQvUuTQNvbE2oKVnrwwlJM2M0V58lEj0NO0 yt0hvUQQCws0sPYo18zUtOkZLotAmFjXdFOZUDqH142mXDQpuKmREISXe5o7i+3O5m2VA7SU5clR qpvW+2foeQ3mWJgwrTRh5IKsptwO9uobX+PoF23JJ1oQa1qHiTOkrzfPcDA5qZbe2KTThp8Oa03M E5maQI7L6KQM4BSRcDOlGJtlQFgqwIG3tMvVvtB01e4xOw/XBXrAkSBPegJttDVly1B7b0vPDlo9 6AykBdYastRUdchO+JqmoI2gwGAfvwM9A0ggNVt9274BQEWvlgs9svzz7QJ5Adq9AJ9s0gt5A6EH NF1dtj1DgTmudyl06KwjOJUjr3YAANdA2Dydb8vX8KNjy1+gE6DOz8tLGwjgScS4uWZsmtrHVlxo t/0Cto+u1aUwK8tBEQbLaivmb8tWWzLb+7zCMiGhlsXWnXuAhwDB9pWFiAL9eiVcSy69aGwrMmGV bVewC7ru52qn4V6A5hIXB2W6tpfAadBA7HDbS+5sLwANbgdbeDLA8GIZLpwRNurNbeGxvTxQa63O tVLXd4MIwvz68FK84FaAoR5CcVGFiB/bICAD5mn8V4iqQYdX7u2BrYPFapvrjjZb6iKx947Z98TQ XAiNvQSZeq+ZXRlc6X9QnDYtwLUxg12Cwdb6xQHLcn/tsQu9daYdHfoZlutFZmjsPX024LVlQuuK W95LRjZo7jV2vTlvCK9NIbC08doTIqHvBnAx4i/2K4ZI1rOlvJ+/f2rerr/t8esdbxb0Gpc3nn22 p7E3sgU4Xog+boKAjTJyCO7SW/CCfh2yANiHHUwo/tjo+Jc4vAnOGMCzv714DtVtwfyirV6+BgDH U3tRuPdbY95a99k+yTeQv5sIQQNvkWTL45vTOAxQpfFpBobHyNv7559a8FXTkHPvoWvbDwuqUzsv uaMOZAQ3tsGFYeEbZtuv2T4bmOlirYEj7YT862V6DOMMGydLO2fYqznN/jjbKxt/DA1m+qeNKdhk huJZAzUXi2XN8uNmB94smjWfERCdciqmegO7y4DJoOO2YuUwTI9ATRn51lvyP8z+xbY2cIJfXpOj 4KcEWgHSu+BbJc0IodycV6Wmigpq2qLnHjVVs4aDe4zehsnWcNY7oYeE94p3Tyx4YRxUOaTXNMem LCg37rSdCSIaQLg9eN/UhD3NDTC5NdnB4wTF42fHM71YRnyZCafUEnSfGX5+pxfhcXo/XjrYLiME bVNsTM6MKAgN7DWIvtLMn+vr5V/qS98yjs62YTVzc8jdlM17BD9vNxtEf7gv0/AKxW9SMp3QFjC/ jhLi5eOW/ruByuU/2Uc2w2Qo/5khMqbU7/OPXa/NraAH1S2gt68KAuyF0ltBHUyRer8kD9UmKWzV nivoSFeNzk1sml5+tA23IbBf6sd8/vSGRPTk7mgpb4ct3A77a8vss82yOaruZobcG8V21ihuKbNh 1hak/sYgOOqsgdVO1TWo6XkCJtl0ER6x1gxOjx90lNXkfWxmzjlH2Haz4dyQTcXaauZiGX/EfPzo kfiQxttket92DTcT4SmAvc5Sv82oEBcNyA5clpG+20YmTtIEtGzdew80UAg6J8rMEwhJphnwwFBo C3mgs5cXCjc5q/FQUGzWo4NFK05YoNwkSa9rNKcgiiE9B4aNTV41/0NLTYgYESvg50mEYjaHZmqS hrKgzcGRqiv72YnoMiPI7kYPI/26tJjXJKYrOGGvBGhujyr3wEXTQzFtMyt7hb2ZG0bKfLhdkx50 25yJSTH3NIXRIxxOaJFYeDYHkQq7VTM3b1MKYsWULjJMEy7nbJB98k4t5ND5pkflJ+7oERuBuAmn JnX8X/Rvkgj6Ytrq9fvEfkNcJHRusazlp7Scj5DKlMS2+FDKB5qQZUlUpDU9Y15qVoZTdh4Y43a+ pty9NNffIBYLSiysk6bih0t4FclYYFn1ezWac5Zec0RgQ6RyNlItuIFhropEALJHXVWK5Kn0TCKp V5CsbkoA0aKxYTo5QwmbpwVLXhtCOyEglAdVLISZ6QPVLeAxEdd6wyDE0lRi0IHBmEhynKeUJHk+ DpfNInCMTZFbaOkabrPZdmVdSM0BdPRch3aaVOoRbB8OWMM2TeN9iJdmlKt7gKh17/raknjeluP1 tsym3d2OxNZBdsd2N4XiGThWgxMxABmP1sHy5YiT+BFYM4xGaYI48AATByDidOvY41kPoUgm+xRP Y7sOmjTvN8VJpQo7hqsjClUZZlLOPWpLdVDrgEoyt9pdbHKV2TfqaN2yDnvm1FkKT2AeeNFT3XkY h0YbqpKBsZQ2pxpS5AaKtnTJdB4ZNePjFuRVSJEvbSx9RmE0N8GKRzFGbYlP9KczsRVzZPjgpGwv aTYiAiuT7nqM7pINvElMSoo2BsQ6LOBnQGluO11kBa2DCptKZ1Q9LCu21GF7pNEBxpGAw66QE+da vdsDCImp5D1T8QiPyVG1Qh1ltUXOwnJUupTHc0j0ZbgsemKnW5HJhPGq+d1m1fXBYzTlihDHUxou K52uTfdSKVPU3KFvpbox2gj4saI2V2TqNsfD3bmCkHwQrgy2hP/DSxlmodwmH+vs+28rftHEBc0t bhs9TerQn938cSkl8Zxbj7wxiOWY+UrdG532y74L3YbdkZrl31wYPtz6aqLBCT3odBPKXJJzJdC/ yK9GoihopgPBhekCYTmlAnKKhlZRKUIP9KIjil8dhUTkRkA9XMPgt0MkTd1W6HFqVEcVzWtVBdv3 isioPbxADehUYD7vTQ2aDEnR2J9fOs1LaI7/SmPJl6o7lCCSne5JilyCg3riKRFPtQzJinId7bj2 h5lkAlWF2YS/qvSsKYSTy6LbPJ+hOC9/oiWM26nWvNMlTZjfqcRV8Wf2dLThRKlGdKSdQBvsDDQw hjSymXi9sgKTNA7ohUIav0fGGmzWVJ3YDa6sRx30dEZ82MhxcUrupCc1Fg58D+Y0KMoTLoL5SHGT mt3xHtYIFghxUB+ro3lyKEcwVphhjp3pGwaEAXwKNHNMe4FCQDk+IZisZX6hdhqEn6CrG92aNA3W MO+DCCytQy8YxO0glbqGAUQGOGRAEHweMmyLiR4WC+EHGjSGiO4CRg/Bc//6oGOKe80Gqhd3YCOO RIqvTL54iAzionA9TJ0e4m0/yTQ0IFBB0zpIm19PPEOQAT5TI8dSHlfhvv/2n4/3jlCNHqqlUDzN F2Bk83GZODoOt8kSLUIrKXA/OhGZI3dPdQEEJ5fALRJeBmKcDEqzWAS7zcegwnMZTDoNn7VwNeoM JNATtieCuL6VGAuBKGvMRolszEnC/CCKxpaCQqI3WtIwc0AJQymDpwKN5+p9Nag4RWBUPIcOR9Ee zDPsg+HAivWDSzgb46elwWF8ghegGKKPhBonREZPNQZVBnSN4c1T0AmaFTzlfhP1Id5J1c90zB2P 0OZNw5vwoAQa80ATvcGcZpPb9Qb8b3Y7gAmubxolEad1mwUISksVWVOQr4kAXaFWM0k8YHtEBen7 Sj4koOu2rA8DtbgigBtfZgnplBFtep6Zhhs7qYNICYJ2N+/SUtiMK1DNLDyL2BQ7FLHxzugYkQ8W lb7dWWdwer7fziMG3jR/EwOOoxUGZgP8R3voN03R3Q49PZgegNWzERxx1mYmWKXXuy3NZsWsqvmP hsuUyBsZZGXYzas2p+844NA0g5MkOEMELPuMAfm6zSslLYzNPGJ9WJ/rg6/1RIKOWmRwgLQYqKnG MUPUPprvLR/1x1MApGzJuT2F8gtY1dSBWRjiQ65JaG3qidwjkEDxv16XHtIz6stykjKYuwHS3gJG kwKkL1HMhEwsGMOxZQ2QmU94QO0DV2ypjdDPiFwf3p74cxT5iZYuPFpCE1bNxrIC7ZB7ik/NdJ8B cPUR5kGNWb6aOyMO1kOxSMr8UMQeWTPLRC0/X15SKJILFJi5ZfbRdcUVC664Rnkpz9zDTvyEMz2V rD+OfrGn0IiMQiqXVXb0G5VSX49yzOR74FFr0pXcNH/V4zy8RCEvPELC3ELVHNqL7QjkPEGU6ipP 63fj3xVoYQ58YlCj8l4l5a7yIH9li+EMOkVV9Q6PpEr0yxU9JC9CilDIssgzB1iwNYbWp7FHiR/O 8jM+ycc0i2IvZERSuU4+D9/K57QsE+stQkA8sEXFl84LwW7FEW858k3yib+O4DU+11Ava0Ow/Kko jNHalUfLCUt/kVc2WwIqN+AqaUtZa7Pdkqy9kIZ/lXYZrpWxeadeGiXHCKzkwcjAoB0RgpEw3eC+ EYaBztmZX+jlXv2QIXiuaiXIRs2dSlsT1tZGFfxdV2a7iPP2Uz7QI3JUWAzouW+8om8pBQPE8Awx CT56jrhIgITCh6O64VVrmjKxGD+3zw9Op+JMx18by+egy5BPVhQwChaVAckFXG8OV9/F/xyARujh woMeC1K0r//I7RUs5RIYaG2JgTEmLtE9rN5VrMmVpQx8KwqcYmV8quucZHBlEo5KpTRiRbfxNYWc b3O2wDov3PV6dHtz6Ew3phd9evgC28hVkO8WSlekKW9D5YvZpaItYZKIeGYIPbvHrnuAAsX0agKg ctCAcqPMuKw5rZUA5ybczmSys9lO8ZTFSSZld26iX/S1zMHLuPXsThKgaa9PPxVVUxj4RDo7Vcdq bfrHikemQl8f7RdgHESvCYrz3cQDAXU5dJbWOM2i6G4biVgS/ARPzv6y4NZYfpuyZyWl6i2B7hqf A0lCPgcJL+M3WMCoVP/b2tRI9UeV0GhRofwAV7WTQ+A5kjkBhyX8vzpXag35Cy+upOgtey1Lxgg9 wqNsHBEYBABGFbDJ10+ws4okP2EThuoPpAbVWvIMLvPhDd4UntWEg51+W2MMFryFzEBrQsvCvpy2 0zEsGzgWTBWW61V0n1+3axg2pBnkFmy7eQFI7vl8vUGrjr2Te60eqM36aQ36DQqGeFtg/H7REeAJ lqZh4BxcLdKNojkDyNtgPEDg9/v1ag2zniHv3r531u9N/RTCr7vWZutEjXdsvoGY89f1prFgN9fr Liyts4BPOPXPFa7Z3EFgYXTq+s/3tQmRduO4/vm9AR8vVz/J4u0qt+SFCPn156zSDIKiw/x62JL6 MSCsJFC6CEZrJS1vutzx+XDvSRsH7XENK6NndJA55Ny0yk3yPpzaz6fJWxYxgIUPb9MMdrHH5MU4 Gk4rFDKlhaWeHMZXOxzCppgFF2uXUV6zmjwPzFeydzG315w5LwRkT4CsuXx2IlKwHfaRyQujLDjX 5l/LsxEdxM3BR3BFJ9VmO8VTVPxAfroREfrmG6QkhUhW62cZSygBeqQVReS/yXnLRD18XEVSsMrM KhCZmS1fBXGJdntQF2uEco4Xf71QNVdsUFHCb1ecV+6Pg11fHg5mFHKxHiZQzFLji7BzKdq03L7A lB27tgkB7ri3EGaz6vyGfOw9UlMYFqZUyBCpdS0g4j1HEhQJD4wWcsaFXFRQv77YMyfEk+Syflym fCn0Px/4iLhNMgbYUm0ONA4s3VeZfYtEiVBl6gpiMHbOGq1aM6oiXDvWoKBozy2DIITOtq7AbdKu XPGHxOebaJhGZHSSl3nLPKuAowsFL0EToxyvSBRP5xNjp0t0wGmrKQm8yEdz8CRtyQEGzvSQEdmJ INTQ/tipVZJMrnpPUZAR2pyQyp3wMG3sDZC+uhiVm1VpZYMbyqZSYholF2x9oH5LdjBElIs1NKa0 lTaJPBUEWQAiDIY64txg0jy8uBbfMMYv4Xj8U7AVUizkYA4VASCRAiMue5wPyJnqlMw0X22QkpfV d22koZfw0CIe4bSuO/XFqQwGVQEacvKMrxDp8Lv65d2GbNJsw6uKK242DV8QLGV49DydwmVLCjRT RL5v7xG5hKql9TRiuLU3KiNLo0XgarQWfqLLZ+cUJp4eVX3IIWwIqSKwakIJYnCPahaLOmX8knyK 1ENtrXCrPHOxe91WsaNZmYAKoDS+GtAg2j2w9L4kJPjBRSUYUgiX9QUVlWbVgBqyNAgl1TvBGP5Z OdUTaj5HnYKi13lV5an+EBoNrShG2H+50wrDrUnQ7Mom/bcIpLJDCWYc6iZlReWFh/i81Oz+ZHWS xloz0cPIiriGbUu9BoGA6iy1SMv1lHfELL9RBJGOtqubeCWqFiMwM7YncGkQ9GNuEx2yLJ8taW/9 NivFAckYDhFxT+XCR6KwGweGWLp2FK8VrTiIPb63Yo3cifz509II9aDVVlbEeZ4RIcd2kTFWrVTx gNW6TsCualGYoSS1DvYSNziP8eEk/jnTtp94gLUxpMKdmsRe/eLXMjvCKDl0eaInaMpRtedbSaiK j9XpiJgNx+JRHVFvGWAgkYFHp/tSV8piiUii2domLejWOhznuj1W9MSiMq9Ck1Oieljr5jG5VbHD m3JyCUjKS4ngUYSgrE6FNOH4MCNJo8O4iOcdx9akRnZe7yVzTvHdrutwDBxK94ySyCkJHqmC/3K4 zSdbm0TDPC1L6vducbsGq5mfWg6nuVR5lX+K53YL11ruxUgolIvdmO2ghiKWAHfvCQySNqI2G51p EUFCQ0lG1lXGRpOTI37ulXxsKciFabsEvzB+y/y04+HoTMSIrAzkLxh5p7mE1gv1qjocAlNoHEMs FfRMRGgDEIcKuWZleIrRuCAUIR5Qi55JoDFK9TTMlWSE7aE0nGuU0Up0piR/SwknsJy9T9+NnQVg CMuY36pCH3CZkrldXErH0s8chg8BT2Aqq8daIsVbWkqkoyoCV6JCPKjQwCHc6Ywsw7ZUEBb2Z3Ac dSBDEc0qKkZBLmlX0bbKxHhw34CwylnvgtQM+xItDBZ/qSAaSPBuWrR+QRe9sSlvFhEa0gLPQJms hCR9HEtqA5IVPsKeiJPrNDB6zmpQQAw4iGOuQKEzGszfGoKFhbkzByM9vc2tgUSqmmQhHChVbuAF Nf3iHr1mMjYKGFXad+/K1ACtomyDcgBnIrYcS7QVYRH3je1lfOwNpZiTK8M4uiO2iZOAErFM4Kue c0E+AGWCrR/dWfKA3ma7EKssPeTcjrIu39BFbM4SMxsPchc7CAjH0Vr9+h8jmZvj+eENLX0rMsbh NCZtKYhIQmqOxMko9Cn1cpmhCvrIq+JN27QSw9++iGYjo8MiPGIkM85C7eOnW5KOjEkILu1MTKI/ HrSk2TCquEsZ9DhemBg15jA32VRVdgGaWSyvaTf9BKxRTffPeyrlDHUTrWnNcMIZRLT5J3ruDKq7 ijVpAE2ZmAZ8RbErUA2gShb2RiBXahBYsAK7R9EMF/DG2UjiIit3yg6HnYxBlCf4121xy0jjlzGi wQD8jaXNU7OBlNJYyB4fjRCLNoQPEwJ6Tmn53RyLRskTyBm1jJJtdR99pqm8Xouj2WBhgsrhlT9u N2qS5fCy1gKGwGudPQeL9rxqffPJmBAa7LQuuHdsFE8SXNZZShgNqDFuw2+89WGEfo1vLpZ8RlQJ JgeiR90nOvmtW8LtJWnUGJRUtk2YzyazdBD8SGVg+OsoRNK5j/wmuRgfrmFA8WWxB5NKWTGCxvjZ 9+KALLT+3JOdtF41mykiR/J8YsFFJCq6ER1mMK7OZQHZgYFzS3xC78tbfMYecUnjrsi2itkBxT6l ZE6ITxJC+2Pzpz1FWDuCYO792fNg88QcYcwuZrSuu4DLCspu+ApNE33YTBpoANyACYpkmAMy8sJD esVm0NPRwl4zO92LeUgqjzpysw2i6IxGTgAlzr/YnYA2hlQX2Zt4QTiD1aAE0AXZAmmnQVigFwx3 ruPFG+4Md0sayYWfSFW7Hp8zBvbeAw35uYzJKXShYPJIzxBNJVjTIuF977wg1uyBtfmQ0NEjprvV UzyoKAQ0VkM0NuWEigGL0sV520JjGb9sJ5PjzshVU4g+PLPGY05AN1w/G6JBiGNfQhaPXphKsOxR olLmJB0IlpcGOUeRHwoOMk5MM6cQO5tlQLFzosfxuFnKINwbo7Fjv6iYcSdnw6gqd1yOmvnMk+YH MLKvxQtMjJ0JaDtME4C6PJuajmOOR5sXyZVMTeJS/O0Ei4dpFQ6qEemNjvkquF9vONI/i8hU214W EAdYyNcJAtqv+qJzbFIvWwyPJ8mUlEUxxljmiea0gv0qqQwsX7XQjzLdqcimsrahTp8r2WhqsucN nFF7rmKdOJrv6yTjNoQ8fR4+koQAbHBDS32ssQltsNVtMIK5RVVc0Jur+BDzgS62z49RbNmHBcYw bXwAj8TrbEooASHSmyrIwosQsMK3tI6Epni4yvRLnrMHJLPvROLq5KeujGWTKV6FiqTAQjaVbpTG y8vEuhRBtPJwPT/S7A3TouWEKfFiqj2UQcFSGAliK8iLteV4OuKX7lt23rrxggRfkL0ZoKcrOCca zN1CFBJlWFA2tdFWPBccPcBluQNgxhXxFqFCZGCqMt1WqxliTx5gT4bZt0aYfrCHiu8gZabEbRqL n4oVg0uPUyoj1DItMmiMkqEFraejVKk8RRNqZ/NARV5PAG36yTMOXFgmzLUFUeBR5kg/kZ0WUbxc Bk6mlQkubMCI0wfWOiYr7Q2KmY8nWJqGcghwlujLo+Qtn17KtfQf4lHIdoS3zbAim0IZvn+DynG1 XAL/kA5XwQjbrL1/ZwXEa3ZDVmZJFX6lcOjENfpDYYrlOiFtmhYBGSgtTo0RPBNs6zN5m5MTHH3p YUPGAFtsTooGG+U3hYbetObEYk0bjwR/WWFiogr44UDQFlDsu9Mt+YPqWEAKBjTrBEu1RBCYDVEG 52oiJArEaB1Ne5WAX6FtbXxs2XOrKLce2ILG76+rJcyWl1qX2F4WgNlW/0JsHQa5hir/gVq3cBmo 27bHobuWs0KAv2+Wq7aQFdZ9A9iCoz//WJtqzXTrXFs3DZ++dbeFqa0UvYXgWu8JQQ7Xvf620LXF l37YF+PHFhxWzFor3YLj6+V8gSd/WBzaGtHLxfrwEN/z9x9I8R8Y91nj1+vFklgXWDl58effHytR 7axx/T9A9s/t/879+d8FgTeLsM/nyw3Zt+v/tOzX7ed/P5ebA7/n6/mmh38d/r1ebn/+5/D5/263 P/+65n+w5vOuOf/59/wHBO1W4yU/kBj+07FSc4KB9IVyNi3RmhoQm2cKTK9A5KhNO6U0eZCGJPF8 YGmJm5tcNDMBsg7M7huYzgGrkXmg1J5pA2LDuDhDok3fjqm3pvK4VlshA+3gnewxk+whC35AotXc CZwQjtpyQZjtdsUIW6ZRrTvN6T6BZsP12l2heACjRSsbaFmXQOND22/b9tkFhsYyw4MDr2G8bL55 JnS0Pw2r0WuxxemGtCYzllSfaTR2HqYYzvOPvLiRN3MbcioQmAwjfbJ0hI0xujcP5+VDuECui60X 8eeIBG93SR1zWi7VhSjQNFQf+AIetaTf/bIPF4ljnH3PQOFi8SjX6m/uZrlWY2yK3IGAH50ipeep S6u04LISE6kC3/XJnzsD3rV5o47kTuom9dT8ZG7VHc0HIgy2w8OO3PwTvs8vlkFwWL0CiW9sblI+ ZrfLZQiYzXXLOnK9zeNROl5LiOtga9HqqQ1PUCoQN6lHEDhBnp0M6Kar5JV/TO48L8UkZQ2ZI3CH K3JNi6lmUWmmEpoegdlFunRw5aFIKoaUdiDCaT2lvuTStqWw92JlK2NbHKuXxekqwCDg1JwKFGpz pGqfKlkfDckimPIJxTWKytRiXmitXzuu9KiCJbrCXHKXcEljkgVdqHBgHSJx7r7L2t8mSAPjUzzJ PS0gaWwsW5Zk+FzUemqLcJygCfSC+EC1zkaG3mmH8Uo5K7QcJjIJnUpAzCfrug5DNAQ2x+h0oh3Q FeExQzcV3Rw1JFiUi9I09xb4GhrrhkPWl7Am4zQwmacqQlpACZq5wf80kQa6Qcw9jvQItlUn7CMO WCRjyI6kSEivh1SFoqO/oF8dUSx3MgOS4SBebtb1i8JyFYNwctRqilQdKavRXtUZ+KT8tvHXSnnd kZSXmbNoojc8qBgJsZoX65HE3eqI5MUhGEBsySA9uoo+AKxbJEo6hXode8QNu+O+pD2uxhdPxIYh IV3S5Bl/t6sEQVBaQ5ptGsup8K+hlRXdEbFLpE+eDMxlPEreHTAC7/3xeqPYQtbZOOmEW9FCpFbN 5S9ShardFtqVuC8RWnFc2r9LwgldCapCfx6K3+J2BgyG6tVJpV/wbIxDqtIPOdWTlYfogvoZ3VFH +K2ED1B2pptQAIZKIIOjpZHTAvyoQMrJeLwv5Ry2xpJ4M5SWuZeD4SlFavO6MuonD/VL/HhYiVZ1 sok84kt+/FJpkZ5IrSoqs8ENEQQ9XJnzWnVLoE03az9IhC1kiTMBvp/5cQxpY5GA0rZ8onyOFpPS doegyakQVrPVSnD9q6XIkXSrpzEgGDiAuAdey5YDojXXc6hViEGdPYqLwizJ0PCAW0kXUZD64uyB S/ulQ1cZVPpb1RUIsEqcAXHmmAoCCQlzL5Zl6ukelW0oIsoB3paPI2BjNKbSPEaQH7ScdfTEyvhI 1Z1iApGqPbQH5WW2NRiIzV+5rMIK4o1XjDA7wF4MMCp1JelgSwOcyTqb1utwAaxRk2byxq9sv5KT 0NMB0oFQ0yBgNNMax8MHcrEG5TJxR5ER19NKlOADU6vyxS3YctmEQoY/zHEaAPc7yc4ZUpNU0VUR 1f940X5HoSCGiTB0ORRNrq20Dr/aZJGfcKfs2QCn/PceeM/emCFc16AV/gwDDnW3TViQCFUPrWJd TLIyqrs1jsMuZN6ZXCv59Ne+LbXmnPrdx/QJDO+vZjcjE9mboUmFTne+mg14yBwB8N0bbtPqyfbu 9DENJk1NGGggCu4GZZtqseerETZEZGs10zXHByxgqG5MS5EcYugNaw7mcgkZhtCYumYd1WhTEnmh JB8mhxt6iVXprUOG1izIQ/caiVvobHT7S6lFAX/vmm/i6ZpLsP/PdCA+GGp6cTo282kbEMv/Ig9/ GoMNDdiLrulk+EhD4rjS5/jVvABqKZlTQk9DS8soIPebpeWchSMnTYWEJTZBE/Xdu9mVojnN6WVw DQf5LqDtVLtMi5qYMiRf4sZ8XFKR2fzeOF2Zp+UTUBw1RuhEYJdDdy5OzPmOexOQYTpuZgkv7XiA 9XiFEdSDIdgzgTzBdA+pCtJjZO5yVwjnBUKGiKE52PVGD1CeW4hjeTVMoN9R3odG1EFNkR7RO6WF klJKYv7XwBmX2biptOCVeuSQWC4+iyb43RzRVGV2z7s8hI3yBmkFvNJoB2D5EK9Y54ags2zxH6NE 5/NdUSenw6fhvKNNuAiib7QnvPCEp/nVGiHHOIWBmrrnZ/tIUe0d7QfiMzccb653HilnTN6US1M4 8GY6Tyx3jr4czhWvey8e5+Mtgs12I4Fw4x5ZDsuYfDOKPFlyRKeYjkl1InyL6QtUNMyfokO3k5+x MgEzy6glZGzMPlk2wXRZdAQeNjoc0DoGRhtsr00M9PhmE68OxcMuaOl+siNsHoAfrqX0reSqyIjz NZVotUUkEvFiE8JQnkpYJZGX8McA5EI64kM0LvHIU/r6bg7c9WMR+S4SZ0mH8nQmf68qcLeDokPN 5JkNPRsR9AsiJEvwaCMJ2s/69OsWN7sFTZit0/DdxwfmU6Ad7fl2cpfEksLUFEuZOg+PpcRt4P4W QSZk42fsCQJZGm+2N1jJRSibYuq4tkpEWIEMGAE50GyBetBvodTwfeZqUuM5GAOKw/Ju/WUqBRd3 VVxgTVRRModfbWyrO5FFLYn4crZRV0kmDMuAC4nZYR8jrtwARzTuikFSlbgmtR0TAsW0Sl31Qnas XAhzajWNbkr33S60LVhLjCuS4GhFWgqARNKhEIijE1ymfMCMPVKrPWaEiD76d11Fzjaq+vtMnzsS VH8sNPJORh0iqyDbrkhtGe0Cr1akk1VAWgzRlVcbZfmVkmclKwk2LZuylcPDr3zfWq2iNhiwtWcV AMbUAhjlm2Kr2kq9pjQzVgpWja+9ZmqUbGoglVpVk+EWwi1MxcQlMIquvWIME7UeMtc1CqW4mk9T XfRiPvqaycCTUw/ShWU0QoJATytpydcRhOAgpEJaoZIFNiKDuKr66Y5bZI8tdTJIIympIQo8d1lV o2lBalK5izs+pDDlnIbdyj0H03OSblFZy5h11jtNwswJzL6LMA2612YYbqQ1eu0ObMFPVxJ73NIM JlZf4IZUuPLz0ZJUtyIr8Cf+V0u2vKqEwMwMvBr9xtPV2f40trqenkftdIzyGGNT1U5Hf9l56kdw lp8+f/O4PmlHmxmkihv8EpRxrDdUeHel4z2OZxbAMjYd0tIkBIJCO/TGx+Cp4JoQly0T67yOLHsz JQFfQpnFVBu1kaaODUzP0Q87IIBeEaVUDVEPKWI7bMQZKWcUVu73MQGhNs0h/dyR3lkesiiv1mIL jvlLJ1gOeR+WCDLIK86Ies4Lwu6MxmkrncwQiLkWGHvq5OMmBDVVOq1HfRYgoyQ902dVj3mElAdZ QQQ7o8eWIYaAaHYSH5DicP4kI9c/NQRlpayo6HiD9LvpBUNkr9RzncqYNd1jlu3kjHbssTSyWVlG 3TpD0mDTPZMUTNCDDOuLaeeIWrYMnFNyZYwgbXS2kHH8JG5scoCO7UFdNFQ8MEm6lPhMf4CEDYN+ bNFg6BfrJl5qaTRxuKFxSFQFfR61CwyEG9ESkKOplB7eMC6rKsOce0oCNASLNlJPG+RVWudJfbDR 5tgetUixHGfJveWNwiGvEqXlrPbL5bUhP94XM9+bO+a9PBnOdaQR6SIja9kedaQNG5U28LipBjpl 3SmqeiLi2SYGICyMMJZ2xrYKFnn0ehu21N2vpz/aK7jlvxZUt5qXHRhaq0N7ZqKXiWjDWuHuNzIr uYHlznkgtGXVYPdfI7PWen9A7hqPCW0h0IP0bWUcTA+x/rGNQLs6wNgtb62bmmgbAPsoQLkB24H1 77dXSH4bj9j/xNbH+mudajsbtxFDy8vbY6Zl3jVr/wd6Y01smwG3f4Lz7XXTevXutD6852O9z7EF pWTUY8sb4TbYMTq+pQfovKSz51SZKmDW4ydET50wZE9sfJvjoFWMuvdRUsXOwG4TF3YTMmfAvuea esiEluR3wwRoZnqa4RRUsTozD1rgRp/2vMZe6NcDmyksB0PeGWigt9k0WHTbFxNKTWQ40GqW3Zxf ts2V6U7a2dzJnISe92xFPvtbmuRXzqf9jVpualBpovykCSYDdT4DdI3CXPQ0S+gZ1WIoxIRX4UWY MnJ0hJ5sq8dSeFYDkKHkJdBCKcUdqYpPxk9dxe7sUMQZLkpBGtyb5w5mixlXWC8V60lwXOuZfSaF tuSl9KPEM022Sk5YsogM8d563NIJgyUXLM9ZCk96mJVpk0ywK3DNf+Bn5OfnXEsAUQMUimkKdy/e KrHC8KaPGZ3QIzA8MvYKN3FEYzLVGWKArYM5NZ0yPP2UDBswFhh3gw56LmTjFWE74H9hERW4TXBw 4yIJH75Eq2W9KRe1dXHxtLCeD5aGxWMTJVvHawyhTDrKafU4sIv9zz+4wG8RgDDxq6BjqAJ7IB44 ncRKOYyrDFC6KxGi9rHaJoppZQKVJbWBrTQDN0jVGmCjLcnSUSvBqthUKVhm8WhFk+NKDepXVm+5 pgEm+0gg+r5x6QEBy8OdKiFwkiw2Qek00ZY7vXyZUT2ifGxfMKvcMTa3h6Ivnc9By9b+9i7TroUq YgLqZUAe1NMcRnKc+nG188Ze3i1klA/5I8F+u0OIoZTTMNO6Tk9YnJuKQRi7ir+qpiAnXoqvcdcd vdQiSoa4Nmz9QwwUXGhQhPPXSnLFiHcPKX18T22ARUoFOhlXZceNvDsHGFa3Ve1WFCgYXS4uqq1o 54MAWVBs/Q2WhJmc2pyt+B7jgRVGgmnysF5J0/yzPvZsZs2RvNquQoKIlb6vd2zcqPF3/AApYI8y XAUUXFwnnazenCzHJaS6xM9WCOkvyVWLkWp1X2Vy9UrloHyiUlQXylF9sjsd1SyC1V2ZJ9XNb2jl y8qlOsIlqwWQq0Xywx5/SpAC0uZlcjxOU7wJqTDHK4Z0JUp3aJjdyB6ryXKcWXbePrHl6XTqDt/Y B1MlAfRkK+7OaIye1CYUalspF+8yV1Vac1tBU0HDRzrqdgrXKr4qBQLxC6X0eU8zz5MTZjqfIVJU Ag7PofIUGxnxU8dk3ghSo6yxWhs7yrg5PZ4GT3oqOCXUlBNpbgUd90LHdWgU3KcL8vzjODbih7yu OwSwI/nMt1B0B4ssMZa/l9MaacUV3cMpHbuRwVcBucAAOIw7EcEv4ljhEASNkuZ7PLqoV4U8B2Et vf58jyzXGE+Fb14CrSJH3A5PCK3yPX0jIwiXpvHf8DGHvKpNDA97SBB1SRclolXyyYHn4kpB8+TO ungK5W7UcGH1ZzD2h/cMIq3MYZOvRuZpjC/DMFlEqKFqXgvF66MtBffZ6DrVSmblust75OEJikod gt6m8BWXZmTAjM1n5SLdzkSYUn2yofunf9jJP3ynKwFtrS97fvgn1wlq8QAAcIm5ACTvA+7eejkZ Tp7e7lTrIZJgy9d7cBW7h7oBwXLWLZBnpxqjWfkNe5qGhhqAe+uDCkEsPd3A14CsgnT8M9ukEZqK SF/dx6EQC900axZCnNAPHAl4c1yaOeOCG/3IR9FTxMC0QjESvHGsXxz75+nl7g6jYKsPp3ug46sV gXfArgeMMMaX9l8FzXY6VArDuacGw4ToIdiWvhlmJ0LAIhbnQ6jYSciym5xsODbsDeYc8EZ7OZl3 +FHYN0HElKbH5pUoZYpHcB10iHA4zjgW6OY0IhDAm+oxxhS2Tw8gx9lsQJZWXdh2sih/eIUw+x0L n9/+8SBJ7Wg8gk2lAXUhiHTD/Xf6aoxhhI6Mca2s9AiMfwB8g7tzXY+D0NzGp1mvN81QKKEY4kNY t+7GkM7zrfPhveeUfTUi2khvc+BkW3VHV2i1RIgxYl1uP/ObE15kj0tuYTEU17qvgnwwcD8Hhcec dKRYhgCdwIMHtaV5mAASNygYmk7JgpiwRTccftJKcQvAiGNv3dsAWcsk7mzxJtPdCR4v9B3DepCH 5jTXQAsMfFCZG9lXD85Qzqc7Nl4vi3BcCxIanAMQNm5Z/znezHPTygZVgLZ+IO4HRRZ7qLbu0zr6 nULn48wXpWdak9lgOtEwErrVUXpamA69xz4qJBOLj8XCmKDTAiIKezCBR9ROhk53SrFc08yAcWdg G4LnnrDCWE08udgxDsTI6d/BoXZskEliRYGDVwo0F2n1wWQlopy23rk562h5XOQwZExIdEZpXP2c dfsdW/gEMqU5qXFEzgCNrPlECiMZR11lBXunVCK1eh7L+FHt0Rkf0FAWRYNkPaXcThnz4oRpD6SK 9RkBBUt/8rAGSj0Z2gEpc+lMKa+yJIQUpiIOpL4EX5TADb8xC31ZBf4bJCb1lFD6VjalEScTF89I cSeI7c7LJF1g7qN+lg20zuTNTLdAVUEj3LuLTHmVRqAhgUYbhRt64K0mWESH692oB53AZQr5KKxO YFXCV4YnNZFTOMd2hD8lGB6KX2UhPYvXKhOwbcVIs6uSHBVWa2BaYIHBWjGaCjC9N7RxFMMFcgwo kRd2GzKJxBBXIkpKKCDWfQpqTTjtNKokVrSkK+koUUIO5AO5erwoMjbbqXEZDtkvdRISKmFKStEe 51MarZZz0DR1iAuiFTedV/VI2wroSFyzkRAMIn9escRGdOBSROqrsR9XL9B3FTHYKdd9Wgq+00ml TXl3JaR+/MPZkif4SYrpoJynBZ0QHn4Y4+UTZUdK+RKFSrNdo3cKsZW6BiiHkVrjVDmHHnqYxXC6 hQKEp0n7mo4PqUtqHocMyYTXlRjEKw3qhuTfbQZvcKAcF2tbCy3LiTloy/1ishKvXjShqUyGxPD2 0Aciyxc1z5Uka2KajkX+pS0UqYWX/XYXSiqg/UiCCSjWu8ygDKPcC9HOaAp6JSL4Edk4zJBZmG9l 2RxCsGpWEwNq7KMExJ9MX2+Zd1AG5ggKXUD51cUaoLQqXlvVpXOSN7ysol/x5I6pO4YFn0k7WxEV 0pKAsAqvt4AP07CxeASgaIu/eGE1lgOVwPQhqEI26/6nHoCAp8Ro5TDpx5FUkfmU0sM5CAAxpO8M taZsXocHyUFO/C/H0yHehaFjHZPRo+Z1AV+xEpjofbPNBSnrlSfH89WJGJ5AGiD2qrnxIR3kMYoR 2NeEQPnyasW0/fVhIJFItBypBH5pDMlQoIANDaRsSIL2BBYSU/k2BnQ2VMAR0CiYWncG6FWA2URb iqVNqPAMvl5bp5E737xGVK4E6l5KDhpLduQZdpRugztqvQEkrEygHlJe2hv/4KIBZKE6cSJ0o+OI jDaKA6o8oCETH4p42pgU/Dc6qgFvNyzbX1uo3CJGH6g3uqxJs/sEtUyIVt20t0lgczKiIWZYNhkF m21+A1k2pzDy2jqQF8tDOb66Cr/bMkySbmc669gJN4/qjibFEAOnws0mb4LDSHMv3E2TK8hnOkZL MSsBUoiunU/NUdCTVrjkAkiW9X+WGZru6KtKZH6szbpbPRhz9EbpcSzgl8SyX43TUmgdXQztb8Uo PBZHp01o/n+a7gShlRzIoug2+jODwXiA6v3vrs99SVO/wM5BCsUcT0plHgy2A2/WqT5M0GBI2xOA w+DMPcIQP/nHNluw9tWaZ+AoRfAuNqfqrbkqu/NY7RwrgJ8a7aF7LN12o21wau3i9vABmdoaxEJZ Qweejv0Uo5fNzXfoebYc3Hmd+jlgLPBt9mlv2AjEbVM57U4QhIwJbm+9ay23M0PLX9tGRyMuAONa iw2Sdal9yMN/vUFu0wGh6OHGvQcQ0tuwGh6Qr80G7RUEl24jDBuJ4BQAuV1dg39bra1Lmxj4AE7u HYL2D7Goe3uJW9h9iwA32N6Zbdjjwsfw4SBB2y/UptXh4oWNi6xsD0Jsf8v8ky6gy3HNEK7usfHs dl2wuy5M2069mkyWp4+6u+J3m5PAx7tPk1BoWPk2abB/hmXkRI8co8J9V4UA482YdmtXjrac7b2O QFBbntjeQeu5zUOaFAJH86J4kC8gKUabVgiBWV4Tc/XBuuiOW9GQTdnmpchuZCTYLjRCWNbRBAbP 8/aKnTxhsx2YRCt17ZP7TVVohCqBy3sxX35qC6ThuYbgnOPNUGSjrKCWMbI5GkYA4WdD6AeZG0c6 4QzWIKm8oJXghmLQnHsdFvSF9tTb0v1sln1rL3z7on336DI9dNLOPJowzQHhB8cj1dmwfjrPwegR t2JxZtTTo/jWpB6xE/AVwTDhfLkhNw3KR8kQ+CuXs83YN4aATL7ssoAzhInLhmCXJ8xi2sNSDDqD NyQPFxW4jCn8GUmy34DlBNVgcKn14nmk3JTI4u+Zk2n0uexyCSEAtF9Ce/IyNf473pjl72m4XGXR isct1pcSKRFEAPS7stZcTzf4N8mPISELyYgS3FNXRhp2b7JZKOT8S96WxGbAHjmMMPsClUL0Tlh/ iaERFHWScnTPy5J7bCpW5JmbDpN7SMloVfNIy9IobT7BZGAhACaMGzkr7Sj32tSXHsolUtdySjAs qVkmGryWUMa6Sg8JLq87dsnquWHiK2UWVAKa/N1kses5cNqXOiDJXUiXWohxMQNBRtBMLiaKoo6X PJQEWwOcHPU7bEoKK/o0eqPezB715m6aRSxxMGzjoDNc9qZY6O1iRymKUdSjkZVfFLj8uN4dBURa EVejRA4kdjuJUr8LMcWmMFVlipFg8rL0xI82AmN6Bl1xh1RJWokX1dWNuFZHZQTTErVdQb3aBXcS Yhis9L8CUHOKBAcrp2X4PUYq1ql2rPyU8ysDFVFQNG2FPwBFJTphoSuEIq6KSdxHTf1RQR9IkF2U Q7Q0WkpWkjMYj36qPc1lOFLdVeLYSyDJWtJJz7euzKiGAsmfNVQeSmdScnysDHs3VaGga/GSOiVa IDsIq/BD52hTXhjyMjYZ2nElIh311dCsXA7QUxSVAVbxRxIlkySV4tajoWFXRDVSBLA0R/REOHjt At0htber4L+kIFqy1k7iGU5t7D285nVIE5VxQhUq1pguZGJFuKbcg1zEEQSmuxsa4u6NvaG5e13P 65SkZ6Pu0gBJSs/1haOIbE5ksEPP/xtyYEPPYlhpNbv/MvnJyWRxuRc6L+8dCe0CyNmWysAHnrhZ +kAPKBZFHhtLeppVZOklk/kt6aHhZ1alaAmZRdtdp1SzJxNnIjnDMirBQUQoANr6iRpTZzEj03Cw netrvguYhHlJhtWLUF152C/PwtWYTzzZ1dx9wkmJijHgxm7koz0Uk+sW6QUHbsqpVmK4laVvyv9Y 72Ef72wenQKESeVCXyapnHz1LY9XptGcpCjpTJ9KjXwvVuWzBUExWdjtxlIpvDDB3mxjO5xtsj3f KM2Q1Xh07q3NnrxfpLe6CE4Zfjx0fbvzcTWG3KwxEQpkLuDIil1+i77Cn2l/vWCNb4U3LghhaH7p ASb4fvG9OGnj386N27E0F4HxyNQcmVatlzMuMy9q8Y10wQW9aEZbWy+h6m0f85TMucVuwpW4uC4V qHaLDxWb5TCj0F+ZHvLaEVq13luYddDeVWIKsrRv1PSH+EiPr05zSlO4x2KphthSd+UbaZeRiLYO lVlIPS38a8LFKQporrox5+H1vA/chZarFqkCl4TceGUu3gYI6srKIvmwbKK610ORKVFE+sWWuJuE gRSkjmN0FUqh9/SiqrAilDlIVhaGfEMGGyjQTMlZGQ67fsmM9tDTV/LShY4ZJKodJLKDCwkudaWT 2RVSVvh4cqp973kD7pRzyN74kCwP25pN4XwKMtxvaQCfnFxM5RfZeApOj43bT822tDmbrarizPi4 Y7YFkvmYiem1sMCJVZmu/s4zV5hqtjs5LiULJnPG+O0Wl6INcJd5kUkZjCMcJveW/EQx2ix2BIUz 9xwZ1+aGQhVJ5NvyQQW3ptv8rbIOJSy8FO30zj4LFvMZMkajV3ITGllx0WQ9HSggu8aPqSX+EC1l TY7wr7SgJW2DX3wraHD7Fe6NSAtJle9adzo2Gj0EtYueRRReEWOwId9bgnBEZ1xJJxJeaJoLtElK pcfG1sUNT8jqAjTwLrn25ggllWEdBReEa12IlOwFv7S4lRE1//v4t9J1DU8iSGPQ+ItCbpxqHSzQ f4pjLNnVMCjpzmjDk+ILP4OiQ3a0sYty6RigtWI3l8vdDByiqy5QzLCdCicFulZLV/jyXp+N0S62 YlALRJwMv8zIO15KUGCNGPfi+pFl4QmZF/wlQgaIi3olZbfk51GPM6WxKM3wjaQANJXm9l3naXdD x0C0TxZZPa6nkbqqiplL7JaoTSVSZqm1hXxuy1ccA+YQCLH/MicXxz5ffOAJufK8CrPlyA7foikG SIv4/oMCpLS1baEqm5X5slpy1XeOFmmCkjtwUYnXH5cJGvVWKR0rZbYOFqc4ebe6XKV8udmvQPRY lRNUUmWcG7HaimYUd3IDolQ1dhUr1y1QcFlckK972Ln2rYhyxjIwipBK9bxt67yQCL1ZXVml6VNt 6drlVUZiqKem+3ECH4wcJ/yzQKuh9iy1xopMScALWMpYSa32jcHVPT0bNEdeLQALvXVlkeDPV8cj HoLueWrRrS7JTMRBBhfeVbGCzviddvcvdIghi0FEJPFuZYzlTE8OJiv+RgtHDmmIVYiowilZLvbV VEasM9/wQwUosofkJFkCVQrVckPuyc1UoFhvxJWI9sdjXOkAXZDksJf8nGsAMlQmuXeTa1Q9HoBC sXszOUlZswAuymEsWDf8KSROHq6MVbKej29vjM3KQRP0PPI4MP5O4oQeseaoRzQlqS7mxlFYkVvP ohK/pwzhvWk4Suhk4VhKUXyp5OnfCkUFZ7bPMObTxQtLDNGcNWigcWl/02cCDM+sh5y4EFb5iIUc emlxe9BlngZHIGqZfF+TQbkjx4REE3BccSWJBDgPnHA5Rp7aRE9UaI8bnHHln3tgNnPmZ8jCmbZb yb2A2qPOF/bJp0vppe75Nwz/eHJLktBA4QQDZW2oipVuRnb+xvUvVqIkrRbLaXCKwTSwe3x2leyJ 7nAJ2NtGyhRhZOabcMBqVbfDbYJnl5SSOf3kBxq4bJBgqXyWyWaMwtLNsj5OwVnXydrYsiw047aI o8QJyVjI6wSX8otUpBTTnhJGWDDUFjfacYcDZFpzW954bUWfm1lLaFpLfHNirswKStKYJw61UhRV hQAZdaooh6EqfGwoBymUA5bz9cgvqghCjxrUDuXpjGfeSSQS9wA+20VVaxXxEugANdJhu7LgbLuT Umwi1C/K6QYbx72u5Am50UIJrmr/fNG+1qb54YTlfJmJjCBFLaC23LdaPlcjOaswSfUcS48/rbbN C/lISI4CZTAoQ8jq8TeXwnWImzIUpoqthmT5bq6OYBCox9LOWqcc9PD57VLqocfiU3bOCcUB3bR6 GbNcX+quqdS/rtFYYpNt8Lr28dQBkzSYBFP2U5NdbulXjhS02mxvmZ4NasqRkFuKlDm7FfkeMHBC DkP5yzHK8zDdWaJJx9ylc1cxLIaayx2nkVKbrT3GyM2lGWVusykSyqgwZkE8BDF5G2yK6HJ9h43Q W2WOhpiTP+gHq8a0Q4g5SdrOZcyPuw8YmMLWxpyh11xSqkIaubA7kWu2wXymFTjB48kOqQHDk+v3 KkPOk4U+g7fRdOWAvbFOIzjpt6wezFs4mk7DXyX2Si2xqa11e4Fba5UpicAmBskKMiwjmV21iTqB pF+yfTtIeEsdN66ZC98OLgRQ1xacuYAHNO6Vl1Ys27PaFviWPQOJ21rEm87OjL1XZ1Zs9kKzvSut 17kB0nuhoZbi0F6X1lpqi6d1gXR7TFsW7TWO7vB+TO9WgwVf/vOuzOvJ7h/uvNk/xEvoLKv+Uffa 4qQXtNm1xIvuepFZ20ZLGIwE3QHpaGk9tFTBVtssCDPh5KYI8MSr+rg3XbMjZ0lBwC5dGMQrD/D6 tdJR/VSjBYZXdJcuhFIznyRojNja93bTSKDUFXMNO59EKApoVeLpnpsyBSDXMRDJG4lzSnD0UNwj zRBcMY9j5BlkH9hYQhI2W0XsaLgt+X14+ScWHug9IDr5+6fXYDfdVPLqVFfTkI8PL/jjWkqeOGA/ GqxQf2nVObaQMlKNqEwsXW5IZZu9J0Fr3x8v3thYvqUbc1UKOh5TTNSF5EYB6AR+pMiZQZlCEZMJ ir49b1MeHhDKf/rlFPOtBtWkRev0PY+HmfRhqanhY76D2XIIdhv7o9BK9fLkXFiufIlsMYuA+hYm k4vlHdpVJceV0WkYfZLR4jT5cFSvPTgQ+l3y0ybP7KikiP9zC574WkQLC9VapbteenJHxEJSULhO wTL8ssvKlG0cDSAVd/BB4GApOiYROZKOclWYDFvWe+UPruTI/RR+xRTOE938EG6NwlQoJ+YBrqiJ IdiB32SJ0y7rHQ0cdcvIRXZX0MEkLSy5uFdZURU9XAsbwiIR8V0uocf6HV9cW01qOOEzniHCivgB hHFRXMUH+jNwJg+m48JiLAsEGCmJyJF4mG6jMaVs8TR2FUYJvJBBLBrXAQ3mBhu3E5iWELsGWzAc uV3v1ooo/RWbYpp2c5KoUsYaaXvU4IwUNLam+HpJVTLdYkHRpsWbYoD8qYClnRQDFVC+FWJlgGmI 4VTvsosk0nI80LTILOgziB67ob36sTMJrQkudR/LpNTVWdpT3Rdq6ANBYVhAppVEPcFWrU1MLXKj 1Ir/VjxVJRV6i8pTbLmXpSmPBi9c+h8L2YoSXq1oBL6XJrYOEIAcnNsmBa+P4T9CJCfBqDBRSldO STEGSeZswlGM2V0tHfUVa4VHX+C0LMoIcUhOiGnpVEQaRVZTkogDKtJ6wL3yNbGpRJEpugxTSkqh 8eJxoIpMmILZnRtmIKaKzlI4Ga8Ms3FhjkPYZYFZWLh43UIjPQGf+zsYmz4YhlNbGuYabVsQrmVZ MfpKZjQa/gwpoG70W8XTqjdIuZVd2tNPfywta9VcII0jEee4xXvg+Fa0GUePNZNJ6Ta0GYhsUiBw +4AsduLpkeOipSmSmiCQiZZgQGKuQS2vQ+Qs8QneIAFGcRDid6hHMxFlFz6Tp5Y8iWAU3Euc8Tsg vGqFLSC1Rlvrmi1ovh6JocH6EN6VWBGDsYbS3u+rY1zgera26/M1+JDREzXIjgVMd/k1DpnHWbHD YeaUe0hNTHSQYP004ZJeQTlczctpjKqUCVeHopsnRChFPT/xGA7G53yuhsoAtYjHs2hUp56VethL Ktn6MZx6pyf9Lo2lMFy6dg3QKDvHQOkBjas7A/RIuDIQkzNcHYbbEIMjSwhd1tMfGbLEzaVcSvhI 3jPv47agdfLAvNieged62GR6XsabM8/7FZOkcux617QnbZEIjzivpDmqEkp6uONOnSE84jCvFrih cW0JI42hjQ1dgUshp4HeEvhMS6ArVuFdp6XA+cdoSEo42W0YQ/+w/JLg2LV23EvItr1t2Q8rlsvx iHNrX/ahIvsiWopRNDvMnAFinE26DLOINv7k97N9CUzZifbLxP2H71iEeAcz/hhG/Prf/40D0wQC 4qZWqPcV4cXUrIDQeHsKRgjzpfmdNFACrz3dYG/lBmKYIYpBIoafr0ud+pUJpqNpUauFuovcaRdC Ea2UqlZxKqZWIgVwpXu57HrJI7QwnhdxXyKuBfW06iU1UEnzHrkV04RtwREQaQ2a2+iFiSmXhJw6 Zi10N2JL9sBZWKuaG2wxMKsOb0RyXGnGT+zAADkbw6WjG0HiT3m5hajnGzBXYya8CJsrQYU2KBdw ILvjU4pN+kcwF7NFoygZQwyNRzVXGYbM8RqweT7ya8XjyBMvAoW59H5tC4uAdc2ib9hsfOKNo7z1 xnAlt+d5ODoNUuKOMSXHkLUdabvWCDaLSD6b4nSsVXmxPKv11wVWDDrPi+XiGKaRdr6V0gThCysm JpSZK+20qXDiRm0crIuZTh4iTWMvzDAMX67kzkTAPgydLnQ9iRWVfbXyuHYIBbbcrK60pyHw+prJ Myubo1dj4SdRkmrRZjCRDo095c8FGLacnOa2d6jroUDMioZIvLkUlsnrugl5bs/PLO3JsSqs3MUj lF67t+3USujUH006SfMlLXZJZeKy0GoltDvPFzVpIuVmlghzg8y6zH259xKkvb1IG9p3seFIcRkY fQtKyO1ZS1PuyveW5ORKZ4lOeWsqSryxxWo2C65K/Zs4ukaZTlct6pRRu9l3dEgLlX/03tkSWkdl +x4WLhcTQnJ2MmN4AhK5BFm02NE7jDiMvJmVUS72iLojnKS3TXNz3qquqGo2EKUIUH5acGLZSq5G CtJ4DVupKRcNpEVUTyK7yXomD9vimBKP87GKCLcV+DkibAt/wVztDgSKVHWnkdgf0+eyZ+tsKtoU lKpxNKs7e6d2b4r3tnRLZxSsvFl1rYz/ptKvNjcI/Kq8VqNpn9DbovNj76O37qsSCYHVgxV1bq7p ZgN1i4mdlAa3dKf1a5a4kWG9Ve7btTPgwsotybsDwdPOKuNVhGFrviq46hPb4odHiWO4N43HQr2A XjEgFveuNxJvs1zfRAweuilWFW5apaNPZYKhV/bSt61xXesUW86HMpxtMkM/sgVYEGJYgjYK0rTN CXIBvWrZxVCIFE/hg0afCZbQKV8luu+TrGZpGWVUnpBH4HmB488i6pHgBDM7mTYWpofvb+9WrVGc 3sInIgYbMm3LcGZGNDrUKLEkezqWm2VHXCmKpfUdZCNU0RmtrZZVyKggKILbIAalB8wiqbo3RI5z 8NRVQbmSoAyBU0KqHw/y5pR0+v5kjOXeMS2HXkSm8n/Mr0Zo6ofrC8HjY+AOeuFtsnGMxw8dm0gS 71hlMSvYG7dLjUqENM59FR3Qvw/2wLQa1vBQpl4o/HXKxU3QlnfgWwkS18Bn5qX8cFqeqHDWybD6 SEoNfDXrmgGrOhgOclBhDS3W8CG+gNG4ouIAL+oBxlxwnZRR5PxAE3kumlJlRgPYfqZXngEB9rkp JPJ2svI1DSV3GAXhtIiNCkVp9ply0XuGBkMYqs8EurGMg1ec58i6AY96cYZyJ0teJBB4qA1lLynJ WMmRD6bxrnaThoJG6HFYVPNJWTn7RUemnE17dB/1nAEvrpFWf/nAaWEZj00Zc9fptXtQQPHyUaEi LQpFy9EqDWl1JwswWEoGqgPxxdXMEecpmua5Yn8pg3/lUaWpjrucDrhPp0mBu26P1gIKLqCKZ8nn hhzxAciwpjKc2/EGs4UdLmK83AqPmGxdy3NouFH3Rrd0oxDCh9ZCvjFPl4kGMxgLZQ6JpCkeledF k5vUzuXs3+e3S4tRW/FqIQQO2FAYvVYxYgUyuNOLfW4/bFxQVXlnp7hrr2NnIY4FqW+AocHyi904 oYAhDh/o3XWxfi8EFy/uooQbLERNEwCCQYBQr67hyfrtH/ZbCmtDZKTczt4AZqSJRiscJuadvfVP I/yte7yzG9AGUZwTRYChFZsuerGyJQfuVX1au4i2fPbCBO3SOunGM1tSdJ1oYri8nY5PXtJXFNpF oE50hl7y6iQTDkmVg/jw/ojUveGPMoh5STPbIeFcCn5dN6NgE+QrRU0SDZA/ueq8mUjmUkh1Q3ga qgI4XZGq3HgqQ7h4ycIHvJUXdhNJpzYnLzM0TPtXICW5pLc6NoKUActArzjKVADCvflP6/f3W68c 3TfDuovmQN66LgqnRa1/NrR60V9QcKk+A0lDjV/n6dk0tyk//el9EjQDK7BhcouQC/lX2gXbtVcH 0I1q+VhP3ldocw2jPv1e371RMcl6z6C7Ee3tgQhFIhg5Okk4nfkEINuU+ud08ZJHEq8FMGyvSPz+ MbyY2usdvZbQ/iEuxrd20yZUDXQQoT8lLb27MaVA4UL527XRZQ0UplVPmsZdfX9Yzk2IMp/z1QU+ U2wfGBCzLsHtYF5DCAiC4wxakEVzOFYv//NIjqh6meNnGUa6xIj1Fscx1N3Y1GpvNNi0JF8aZCzB oX8ZM6XDH6EggJby5LmQZKeFopXOw+LkHr25XmzgeTkovYu0eQGiyBH4KlgWPuyvEkLrBZeyC01V X1IstxUcTTHk6QkXP9h0Lg2dMiOs8mZD0ZxEapvq0X9MFnuFBI6Gc65Xitd0c7MkIoXwShU1XnDn LcSybpJmhEeUbwgMlMrvzEd3+ubaW9lt0IWYPDundcQAv3NovI1BZYS7uxh0HC8wiDVmMdp5vQKZ vDCN6hMf+vVTIImHZl7c2Dc3x1fqz/a1wMnTls0ftfaKsLJMp6YDGM4KOAvFQd7JKWyIZdbSZxr1 4S/3Ulwg6Rw4t73JjvhXpEMPQJ++dX8mr3Us54DmdalDnWi5BxluuN/AmrBzwpEjNyM7ylLAswwP Ac6x3DJEqRGKLp7goEJ0gIdvAUC6m6s4ZGqMGW9Jl4+uzBBIZI6kqQECbR0mRvkoceifplQUhZJo oS6IeBOCxYOm2AqqPMb8XzCFwdLmV8nfjpNaq/IaNYVteI3zdA0LyCjy8GMznYQbmdEwcSkZ745N /ZZ+0odXvkR40yh1zA/rVBL+HRChaQrQzK+Klq4UJRuMPMn1rYIguXMP9XBxskoZIxpcJ3lTRSr0 s/qslOViZdCc/0rB2ESEtmbYd08GbY2WThgOSK0UzolQoXZNCyjTQ8Uto6MY6XeFsLpU87RaUlbq qHV3KFwtn3OMUbk9UCzMMoA6e1Hcqo0rf90SsNDS9HAGNbDa1iqyQaxOlRCq1BXo7ivz9WxpbAOA qLKV1nLaLYp2g1RT9yhuxZQHtTiPCDbg1k5Yia3xMLjqbbm3lHZARTkwGCJAx6qwQJE4Wc9KbJ2A BLxotTXh+ZWaKo2ubA/Aqca3BkObZaKa11hwTbgNOsJStOaM9jHQrZ6Frdnwu8ACiWjS0Zh/GCc1 7bjWJftugEyFazjcvHbrHRsoDLrjwJgIifHRqQVj7jloz2k6YYy6R5ETf9QF4Vk3EgDhMgOHfuo6 xAnnTQ90NChjvFU0NOZGnGBooa6GmvTMAr9mVM44p1/PGuC2wUqYZfnROm9veOjLPlImCqbBXjsV JRqnCD3p6QsblYpryQwHsUeGBrESOfnkaRhjcY1IVE5I/VUNJNzEUNUJJKsKRUzJXipemPt6peec FeuKXBzOfGlydYr1h7qmxkmJO87i67G4gYRkMaNKkfCaY6iBhu8uLUmdVdO+Mc6mVyK6G2WVGZvr 22xyfWK407iWVnSh+46LUhnD3z+Skybj9bjPgikAYtJXXA3Xwmq63jBdxerVX6hI0Ombi6mQgeOq smxW0UDzErKycnt8Q0C+gXUXXBobZsUbTNVhgY7KAwSNiV8KmDJMUsbVrQhKAJQZXQ3Tj3AVW6gI mtvWUZs5VsyscdcXN/MA1pwE8WGC8sqNFIS9UWBSmmSTD2tyCaEZGr4bucFy/Fkm1aLe30BLjJtJ bu/EHCnKJQ64QV6QwXKFJhyrSh0k2tyx7jAZ8a20YZjt8AaeyoTcx08qnxU5DCpbsIqMm03zW9/V ePE0UXhRmCDJTGhCq1nqUzdIQL+7SHFoYp7wFchG5/OlmMHNqp2xTMzKHmkW698TBBEDsISKhgk6 qLDngukhubQwBgdUwZ3jId3XegxrQ9PF8pSSj6zICDTlH3oaVZ4wK2nNSTpBCxXgWEoOdVWBn7HD Y3MIAtaxBHrMxhNKjIdJmr312ZTEU3MKabPmDIrAQLFxzE+vkx7agOHcyyRFQbMdvteACNugcioB FMeqxVLTcA5MChTVUMsRUeW6pg/pdzN+0OfayWJT/vpseaudI8SDgcPzVWjWVevTorEnM/w/pByu C8NmtW2C4WkNm8FoGHodgm4yLs1mZYJMDGm5nAc6WkxIb3OV/Y1vQPsmlTa72sYsASHGRDW6nUqj uUm+uadsOEsr+lAnLeeGm161pw/42aRhy7wbYA31orPsgsigx0PIG2k7lmj+mCmgB0KD2UR+r17m qaPZIyrRgFMA58BnvwPSzQ6ntyYIeuSEISOFheCwsLvtpKhN29PREO6FRYtYGIip3EoejyxyNFiW +SBo0k7BiMjgaQhbbtMJl5g4NuGbylBDpFJ/XEjbaCO9cDEnwNzgJojn2BED/GHGVPXriVJb0ESC 1jFmkg0wKCMkLY31IUWaB+sutLOFTEGSXAordw0AOZyeBvQWqp7zzYdsohINKPLQY4Yr1PytG3Fz ns3/tDYMhNcqI3Ygp4GJBQ3pZZ5JCyJRi3VaYx42VWmRlYkKkrtyJC4CwYa6nIyPksKJWfjhV9mg 5vwtUW+lt9RSd9BoZFe3dufqF/GxdTguKL5xtagURlq2Kr8NzUChxF1E0jMH2i8to7f80B02n0QE yieXvBgRYEkWm9kRMzbqXmrf7KBb3AtaqWSmGL7HHaUZ4tQ1jhc3Wr2AAyqdpVorJiTtOuWYFA9O gp9FcJ9iYiWUQkl3oUwJBR/8aT9D+ok5lXC5vhxyrhOXEE2x6Cs3XKYUpJlq+M7KEkQqjtUbi9by VDnsXFVoITqZoeDoZlqkzbYXyzYFRxZrjU1atDCxzErfjuT853a5KKPWl3aoAWmnS77x0nEv3SZv 1jQ/jLFjYL/1Vnaql5J2CUPzxdxsPM9KMhJ84DlpFH1uPB4n5pHzu+UDrulRQcQggIm7q9m2/bRp CDZOV/Xe6EZ//rOVDM0+d89ybJkoa8QtdqpTVtzfuVnfoofhn6zq5UmkfsZv2Z5ArEueyQgKaooF WejSjLKCoj+h4FzcbAUmlvNYDnKScYs/mW/EtqWs2XA0zYZ4V15oxrTZsoXjCHM7n1l80U4WSYko AB4lGRy3oxpmUY3qhAYakTnJnFhQRknpU/ZI5tYwlAJVcMUwUoE856s1XD7gQDOx9pBCq4/FmQ5i SDo7Ie5qitRsW5mSISQ7lWstlUmEbGi8kjNeFe8qqDd1pTtSGiuCVk6nWz7FnE4Gi0aCJinMVA1W kclb0uFqf75tGaQHQBhreoi4LFX/Jf7V4+3zkI1GmYmANlyNqZGJoJXXLt/TuJuP4q7yWPym2tNF RuohdcZZBd1tHI+su7JqekGt/VUxM3/d5GZyYNxs33xuTieTj8VczZxbII8H/UIqTCK5Xlv9//Ul fTayin7qkv/r4Om6rMaFXIvTkAkrPvEPRQHN1fvDB0AQVw0lSr4qgKNGNOea8B2tB1QD2VyOw8md KwJQlJc2CCCSuru1icEL7sunuQ66Ag2whM9gW9EKmdFtk56BjJw0n4jPVxbKL/NauUvAXGhCM274 4BfumA4ASEMFIAsFg7ymhaOQBoheQ9ElcDQUydo5JBW56E3gBhr4U4fAhpAJ2/zCFiyhhIiG5HiT nlaAkKBCvhqYCLWET3ojHAyn+yE7wZRhKFhmQ2LgMzLtGHyDmNaSFsLqvm8gdN9CQq9m/nqb3gWM eYHPG2/w5gXue08x9AJOPqBm95h8hEg7bFUujD0Yr6lDbYZltokG4uDzWncXEQojvW1P4EDJoCqw DnyaTN0oSAT8QrHgqHZCdgTbQhTxAcaCfhsWk13c7g5NGen1Dh8zB9r2FNh/87JBB1CC8x/nX58s 5w1/gbsCrQGn3v1nKgTwbl7gfH276aAtLT7PP2huONiJM+oWWgJlvXp1YCyLVza7sMjY1GpR8OYX OSZ1vQd9+vrtAvE61kJtNcjSqy9R1/YawcKmAIKpZQ4UA/ZtICYFcBp19/bVuPS/42RCrLbkwBXd bj7Yew3B2gn30+bNvcfwcjMzgePnT5KjbN8OOAvEhjbTiRtNIQ636+P8PZbgSgrkrYLnn/PVL+21 6PfsDjwQ9cG6Bg9z7mWIBhVCHe2NyLE2qZYOuNTkUzM40yBzTMbO4ID+EFc+DXPbDyGH2/TEppWR UU1q5CVSrIaZs8peNci5eclfhiDBoAVQXshzZkiD4KoJ7k682arLcIanKsfgTAw9nL+Vz2Hj8FCK kiQMn5FSAGrSXW1zccj325CzRJrOAZvUaB24gTfdgLJwRU4ZpeD1Mh75Srac9/CR9jWv0lDzaRIJ Cpyn4f+ugeeOEfHKcsOV0+IGbgEE8zxh6IG2lKk0xozI+1XKl4Hr/K3dUjbVBVoH2Qs0rcTAcZaM yVijOQRTMq5Sbq8rzs2Y+ypbRgenl6eWpUkJcTvO5GmKJwasuSmyr0JJ1C7QGB9vxm+7KqcqtxRl pr26MwPCXWbGxSyXMVg/FmwnAv0YYIixlk1XySF6hagbpu20gWGwaNGRfwtCNmJGaqR4g7tumenZ 5YN/ZLD8Kh8aRt00EPFI13KOd3rVk3cOpyocacaFoflGf9HmoPkSN+sp3bv2WLc7TAoiOzU30vLV ll4QC13C+Ew3tZF/5yPTD0w2E1LE0ThngsjFqPr3L6Q3p4/wHBjBynVFB1MA5dRiyekWiGGVb6zK X5CgbNPUjAEXnZT4Z0+Xd4PYXzooHB/ZDRDflR0I65fnI1N+5VLaIHiZHJHqVFPIH2royFQlpfou nWZ6pal43vTvEGmhk3T0JZ9KxlqSWmCIXqii3Bg/ZTSKMorXwAR/Ki0dkQQZkqRfZrIkW6kuZUUN qkuOSjpEablQE+dxisZhXboQNIDN+FONV/9lnFk91cMQvcv0W9fUiCpJlEtOrVjyclwfoWRxEsUV gJ0tay3V1zKlo1cWMbv5vAdwrOcfg4+yHZ4qKVo+pxMVrlrCIawxSmldCaYUF3eh8bkEApdNlhJW XsngsFnbOtWbQt2I5KpQ8dJpKZthqaOxiBSqOJiZlM/6Z8nYkSIGftqMFNpg+Z7kHezTTpaW03Vj y3CHb4QQGE/L4jymBAewkrgd0WXkvYwPOmB3R+BtS8s82h2AUI6tZK8Gr7h3fyv0trrYoTJuYkNv 6Xrr2QISgwKqFIa27VMbe5anyqhbC2KT7baltQBvibkhB8YYYO06H+zAw2GCZBWDKEML1DWJkpgT CN8L5gAOKGj5HDJVGRrxuX7pF/f28mJP/rd/yboiixRCKWqSYgGvFA04Rv+w3dJDtULmWueSUq1I Ydsejnh05ZqpaghJZcLReTAKdKI8vw125fj4ZvzjXItMFEyrMEklsTkTfwyF0tNSfehSC3jY5huJ XFf765k15tDokIIXjKX7gtRwghQUIDrMenq3DgkYGkJdqiv8MrcSnu2O6VXKUwrvQEWQZjOH5eDV v4GcqKii0q5WreUJnV5kTKRpbQXRY+aFa7RPCdpYuj3VDjqq9cFBNtRFEFr9q0pLe6s3Q0aUM8bF emm9rvL7cwpwToVFT9PAitlJGGOFWk6QcJqoyp/MWqENyGG8LBY8qiF3ZbQstp8MR5dZnjqId0nK rVNCOpECJ7m6XJiTYWtVpo3B9gtkRo5VcQQ0P5nFGYV9GJIhkSDaqEd8UqzUS/NTM7AqPLxRe08l Erksd1cmaYwGx0p8old0MKTTmMMiSB+x1ioxQL1w7Gs/w6Pe80Yhhlsxm9W1lpVLQ06NNdmB+V24 BcGHVVZFa4XUqB99YEiBYOC8dCB1NErKVFHsghbGMnavDsy09BaQSLcJzgXkrfpPdZ88su1FqDlM QwAJ9g6KbNBQ/SAE7e0HpLupvePkSG/Sz4BUFwVA+BacnvoQXLdRqZQlj89dYEwtWoHcJwrZGl3D 7Xq2YfxJKPbVoGESMQoNxW/UT78qurHXnkiojbHQmxbHxnyX43OMTi5WxOX8ORwiagKo2MTi3eK7 e7Eiy2JRhvVybqslF2cPWYxHNfjTh2eyaPos355apRi5Z5Zp4KHONk/Pmepp3qYX9hFQ0IqzaQgv QdTAT+JsNXPeiH0Pm9Vx15M7ZqU2/CGo2c7VYRVeIVGQhbSSeBGBuyEdDNKoTsUFzjcdOYSF+Vo9 uOHYPsc6OvjyAswGexWOg6l9bKIE67pHiw+E3Cpk/lz/YGvPvIgsCNgW67w0rzWuFzsQErV8hJux NY7bLL0hI/HY0gRXW+ZMx4xvMYgcBXf3L4iEA+OCuzN2TM6kSL55GM31gE5K7TxpksncJ/XIM3R6 Zruv9JI7RcQEwf1QD98R8GwaEWGN0nDteY6YjiT6ttvyZl7jIo5B9z23g9tB7oZNZDlbP6kokafp TeUmyqdXO4RgsWXwTTYVU/iZdMCpjCa3Y8NbQzBbEYMlIdNmkYt6FEvqC1npM34LU12uzebt0kx9 p7oY1nhbh4NVzuiFc4ktjtdMaUltY7K7Dok6V/IQT4RynTSDbjg4WbOmi1HVJC9xID7VqB2qL7li A1FLsRnLUura+eM63yzxE0rKeOJ1rtg/iVLc0sHmZAiMkmrQv9oqDTPqrN0nUuagZ/e57jxzQToL dUEiTntkf0E3YoL2c8ilBFOXGUNhN23SjrOjk2TlE9mNIWCSISMkouqrJCBOuACj/dBLUye2q8K/ Uql61HnSbAoVGfxFniq/GNU9YhZjU3Q3eflppyh8E0PcuykhEzfvD/ZMD3p7yqxYPfPrIQn06E5y wUs8P/2zzbhHI46d5ulej5ERB1XMScBG6aqrnZCZ1Daf3q7kHgxp8oXr7n0HvBRL0pk3yOgUYzKo 0kF0NlguxRDwL1HkXbiqLBSzI7Eprwy/FyckKLRqq9CBRURphL0HkGj90x7a9MJ60IV+xlQbJXKZ g5kzDEHcclHd5d+06db2mmjw7AKRez8mytNfqpvxYqx/tSGqPHmzaGceveF0Kn70noBiu2lKFJMI DmZrSURehnCPw2QUmce2mPPwYyzFQQT6UMyrv6TG449FbD5lcJefhsw6vCJBlzEhhvS0Y/NnWNML HjxZ05sO3JGVUs4ybQogmtjzzWW0jsgeahJ/MFqNNvN3JRqUFU3W05VMmlIVvKllOkxC7jriCYkk BWNhIQhjDYyffOuQEiTCHKjho6xY68QCTEPMnNxVqvaaL+LPy63mLrjMyLAVnsgrhuapy7Qbixoq yEEozClESsriQqMSMorHJUo5I56oBnHTR4wzLm8vZA7uKZKK0HRMGllelTPIQ8QBQ5fGZZWf3rWB YQSoq5lgeR5b2zWMGyF5g3knCzO+HlWq5XW5lFQDloEC1JXDpOh+m4ZPGpSq8XR/EyilbZXyVYzM p8Eu2/TLVFWwc0C0C8Qp7pTXqratmF9F6W5MkBDqXe7K+xlS3BxndOT5ZWnOym2LXrDQoadmABsy T6I5bk+Ik+B1b/xWs1qaSJUixgWlu6jqzFeb8aSUzVcSemPRL+A9+IO3dImpLlPmYQ4tWVF0I6vd +WSQ0AmXqPjhUdAGsL8SHgMshJc6K/kd8RbHsB1qFjRXviSVlaJTNXcbi3Y4aAVvmhaeF8FmqpCE 0DGyJ7LV69YWqrdxWe8kXSMNot1u22w5OLRCPsQGFaXMOoSPOTMEp4U2LedHB0jvZDVmmAYkGX5p XjKsZcLzKzSmMboYQgR7SwbtGGhEyA6AQnqytVSyRyns5KBD6+oCr4KIVe7oMxzQbDjgABqcCacB 3FEtKM/kbhIAAwfQ9fS/k6F/oEtv4wPmvNnIIeyWYRlLq4Shbz9wu5BYVwWA36GM4ZnB3a0Utkg4 bFJLH5YRD1g2FNB06NixnBn3grMGFwG/vq3GhGQ1OOUWpRxCaFFrGB1MGZbVJyzCTkhXq2BD+ql6 08VAFlTBJdVPtNHI8C7c62TDZ1CkltENh2lsAT3Uw5Bb9N4q2/pGw7dx+giDjWEWt+MnBO1qPsBq 9i9gskEDbEGwobKAa5MKt6vV7K1NhpNf4c7Xm4sCpOHLIFd4O3AZtAxTg8G7BGO3TpmIfiDnl+vd NMD5Ctb+aeVqbyq8ft5+zQMAut12Pd/fgOmh3iZQgn+/Nm2Aftq/UaU3sPySFUIZEAhlpjai9pvl uIaZf0qXPt/t95XSggEDUPHbvTvLcF+TCbakw9/3CydAgoF74Yygb3NIDjUUPxQ44BA4GdgIYMTJ FslHUprhsuYfmpCynj/psgfniaCJkPdkSn2Sl5vof6ATA06FgVYEpa8mFZrtImYYvzZ5qvSZgQRd spRcSH9aMWTizzr9fpqCJ30TZ3BLzs00LHqMvAl9bDJduDkXC9pdiQa6jnHMieo1fJMelgjzFsyQ QmROphCaEsm22gMNzQHFbMMUG4wUGY3C6mXd+RBu0DVUTfEYyGmkLsvHtQRNk8QSFE+bObXCRz6H c3EtaPXttZkWEcco4kW+s9SO2c/yEVIzpE8K/vc+0DayaC0ExkAUdYAxzuAvsSFluH2berW8OVDZ KWTjKadNE9wbGIFCoG6wZWQTXT8Ng0/LVQJ1PUWYdrgfLTWF/31tZXQX3vht9OjbEhENaZw6oV1Q Q5YjzZw4qRqIXQ7W7WBbZHFvNNZ/+m++AKfUEWKx4cCKud+YRWVbZy6z0Bb6uthNBWXi9ll/iyBj YGrK0yMACSYMSk1aaDfoW0zm7bfubl3rT2zVQOGj6fKQGxuZb+4DA5wwZPcSpnAv3JKUQbq+XjI4 ncqCJD5lNJRTMjWQCh9EBEzzR77vnoCyzEhgic/CSqEQlQKxAaQ/Ij4lEqQKeTgVHEGKvG5pxl5x K3aXD+TbePA2XWfdHqWLl6KvfMjnpDWZsdKY4KwsiymFZZU6fBNVnIvjgnkaArlZAkVPMj7cdjFV afY4Ky17oUUWS+DVkwEIx9Fa3GxVTOGVNGIOIZVFGEvLBkKwJ7s+sY2eXSVMV+lC5MZcsYkUmuvk CTJo+k/oVSkeakg0jQvyj+dCoQBPdwgjwlU0DgYsy1pU97FXwSXHkqilPhLftvyQiAc6VTVL+WTI nVp+KYUs8ZRIEatUc7k9LMh6GZ+TSqls+X4ramRkaoxVJRJpshoMDmcglweVVu+RdDmaQ6sk6MoF 6VWlTLlr9U7WjYilkBZjSBfxHsKuul99YhQh0q1OMwT6RrE4mZAGdb2B+1n1p4VyaAvejF5Fo2P+ Xcspj794K/tqAO4p3aVyKTxKqhlKjNsyo4S2QbYSvdrKDapuIE4bqlZCuqmDkRrvjax3kEl2wxC0 WVEIcLCBtmWBD70mDIwiVSyD1pLiA/OrLBBfVw1BQSbDVkj5mnF1xnyKRFvt5RZ5uhZKfd1hxSmg QwGzQqb2lKgGVUmnSIkqYE9IjT5amthBGXSr+rTSOij55moJElEJgYdIUkel2lGLXF03Z6GK8gUz FT7KkYpDjMKn53dvlHOljgMl1HgO4xdzqKaopq0wtKt46+e9qy3l0ZN95hWS1Y3tMW6Yx/g4MGPu JXqVrn4aRAqAsoPPFSb43yRFmAPCkUhQaoRK+0AX/1gEB0I5uaaKqYZrUMkE9dSBbZIYF8dHpfop gDy8IfeWbGxUYnAaqTC9iqdIaciNkoKF1zUEqB0pN/AQA0LpnWfoNk41cF0bY7Vo/NP9dF4zIKKj F8JIV44SKVlVMvQulWcvXsUllExebhgTWrcZMICjtJiA0gV+6KAgcM0t6V6cU0qqgBXHvUKOVhEP A8oYZzTwBy6k1301MZQsOHiySkVTSrRnP21Q35EqU18pFeEiivS5EW9spRKb6jJKF7lAX5XsKSfd JfRxI1QAtNA1GVlc1XvdKDcq9IlV3zXLqON5lhD0YX1ySpgN5+XYLG7wJJ4a5tpj8iJF0Q6r5wdC lIBOGuGA/DZl4J/xiEcR18dVXnohWXbAM6qpoUahzxW2ts1SLXJTBOiCxM99++UPR0Ihy0pyIYXs gLjWXMG5xMeJJxfmYuxvfiD9YdOYPnSLb/lTgxCMCdngMWdQNvYjsDo4CdZ5TWmQEOkQlWyagiVF TIPiILslBfM1jfMEDY3mXSkC+iv3MUt7+AY1FnS6Iy9Ep1t4hjMulaggo44JKGMnggyE1BxJb4UT /i+d0wTa09+cS2R2dF4AJTyh+zQahb42vDwbY202jUCL5ymj4OdCA9d74+iO9O/0+ciQ3SL096Ob aG1BW0kJH5D/4tNUtWQhRSg/MUAhVbQpW8AJ4+piETuWooeLYEuNZlF14ky5kp0xNGPFNWcPhXjq x5qwxSiKVsSWCNLgRIs2w97CfkcIsmZjhWCqG4NKqP5nziWBqf9xL9KyI40w7SNYYx8Cu43zQjMV i224J/hic0ptr29aWu+P7VMZf7yQNEqSPh5SehTpt8jhFbDoZl1zICEwlJnH7omATI5Y/E6k+DIJ G9qUodzYMyAxbRLfevWITRZleYI7VncklCmJcfJd7V8boPEzHt7HtIXLgJFcVmpsks6vmB1PXU4V ufRe+RbbCY2zDMnUZlC8X/MJrjxQ9CZ06iaPwwapZQaHvViQw44XNSs/aAY/dW6YQkJCZQ0vEq48 WekkJiAFze34NFQ/IrOOxo3p5Sfa760cWhF6cJtgotYuPaRBzws9M5l97g4AKUXBn9aguu/R0whR zCNiDJqf1lT29RCa2msw6Q5Z2RLIP8OKn6/e8/r4+NFbZMNgc55CqoFbtOok+LmHEdKIR56YTa3v kE3TTAVuQSp/++Ilwrn+Y1ef3gC6GMGR9tZbUQs7+Pd3UyfF6nzLgVw76nYCShq9vAQf5210TK+W DDhuhFnKPCsleH1gjMHNC/eJ7+UBx6M/6zYKPHFQ47BxzMEdgeKBpKSVvRe0lopi6KGoaLABklHj rPhjaO7AX/JrgopNILLVEeNR4i5gesYD4W5/PnGGudwEwBxbVUA0YndijCyWQxV6VWtjZX49yoVt FEAKVrY3JcNoXc+xlxk6229H4gUCssx8heMF4qbb4idnKLuOokTV64Zd/uAk1W0Slr6Lbyl+DeYQ DJev8D6V5ccNJjNIc0C+XRAfP0xzoXb0db5x99258hnervhDk3iJ5rtpeJfJgV2XrzV4jpICZxqO cqndUTZujGbfuIU5TlfOa3MOs45OZNeYW0BQdlUFu2ZGWI9tQKsdrgLQqRJCFcsTIflAxaPOjE8v RtPSNdWoS9RFdNAvaDvCqt7Ec/WmOtQgCpnoKnAof9AMs80Wa8dAysQSZwqf42NRPje0tpKideSM Ik7ZdYUujievX17U80241HyCTYqMij4QRDxsRtXQijxHDjJ98fBszgSnDfrZhHKBxhf8wX8dLCOg /7JMfEL49LCLcRT/PNzaaM2P67PHA464SD+X+xKQHtGAt4v3mIqZsViM1aaBcDumHbfdaKAHUaOB BDFaje1pVuwVibTTgkSIqUTFoHKNiiBuzKJE13Ntnxaxe96fCHLnfqQxcColMfBk3WpZgtRYqjDR aLUGlquDoY8UvhRDHYq/YJp2AWJahqLLEOkgG7onYws3RmAFu5Yk22jIzw7BaMx6I1w7GLixYVYv VyKnOb4qOTUunaMtPa5JgYyVFjklzsMAQhhAIj2sOezFBgLWl6xolyC7bPMxxleGYAgaAhhR+XTD oNzuAG3TPQsKYgFfmW2gjnXWaqVewvIEN0NAi8RSQHpdlR1CKz2xfLF1MsFubg6uCykMyw3xA5mu 2Hc5AARqDCXQbIgUQsAboYmtQde3XlxN7uEDLcS1rHeYJBTdsADRwcUAPKs0w7SCdS3GlsDCpFpi ByT9tMtTC8JBji0/Tj22W0UoSwhDq19D8SGdUKimpFtfiT+tcoy2QEs8aS26wYSIkDodilgbUIQy jmlpixX4Vl02JGB6KLeFzIBGY/8ACTvbO/6gu8bVEmjc2LrxMPUWgbcQNzRWm6BPePvpF359s/L5 fL1b/gyqcfz712WWTIdU20orTLoF0s7dI9DS9F/L1C1svt+srD7/b21df+DVn1eLv3+J58cSaG1+ t+M0TBt/7AwD9MdhSLXNT/APMeYWWkpN92wdDV3r6YH2pTc7gUZdW3NoTWfIOQFYbdssBFY1J1FB 0lLYdtSiazZzCP3LhjG2CmPor3tZEQayGfeCfbBUN+kKRDRQh/aEOJvAQGXPmsl42UVTL3wJVdNb uhf8kwZaOd7TEIyH4GqH6ppQSN3CnPxJbEFpPRxhJAFwqoimhzJJG/YGIDIcJARlZfHa1kiEAszD wSiBHTv9YSbsxXja98OFz1lwPiFr5n/czm/Q9JYi5y0waNzAC4baKW6E4jHGWrDsX+BoNoriB4um dcCxz17FJLawhgjJ1Kmy8TANiFDobqvXCi3GjqF8sziIg0H4LmdojYnWzo+y+RxLeR4ygLvDfhts j9I4mPcKokOAu/AbrTxiDsOUjKDXxFxDtD2OOcIEJbFMnLkJrEN7u38kFtfB4PqcENq92eWoUs74 421QWuf3cuxuavV365oNyfOGzNIANKE1NEZfBIV3G7pL47DmyDySGxzNcb4Hi3jCxOiCpEZMNFzM tRmVuxGbq/46mxtlWrZbITk+zW20sdXdfmsIHS1drlM4oOVzRmKcGsRPFPR/gsj70UzRB7sYSVve oa1hGLF9UUotEhOutUwXCalDbidXFWDOmfpuiKhq4o8D4qbMGibgHiQpQLQbAEr2ZHGeU77R5Mfa S5Y5dd/89vTAqG8x/GZScs5Md/NnLfDnD43ExVyTLpgjFtlE2mAyTSwifw9WJFj002EiM8JNxSZx FFZyMgOcy9KTq/9QlZ6w/yjkE/hGjTbGyRydzfk6SInlP6tbWwkZJ2i0sCeG0gdHDLBIy8zC3plN qz+KOo7PVkx9dUWb84uR4iGtoviphvSjneWK+uhogWWybWO6RhduT2n3VbTLCEUoVzexEmURj+B0 KJZmc2bWmuoyRHe4YIEUxTY/0WCzMqpovfUcorQmnyPcS/Kc0XjDm600EYRr5MHLJt+Qa6dIIycW k1smAAxvMgjhWFH8j/DSBoZAjwzV4soGp9RKweqh1QX+xTLj3e48CKFt2GVlgQ9lDsaZV1y0SjrV fYbT/pB0RJd72J+Xo1Cuo4d6ZckcKAL5gMJ3s0w2IvaRWe1RPjq8ia3F2l7VIRk2m0NPsKJ+WbIc CwnJsExenulHgoSYsAw/ap98TWm9S2XlWF1+K8NFpzvK4qu8eoq+L+U/FVTYq3iRgWLOkF9t8A5o cy8W4pBCodo2l6/nEjmzYuWipFkBM6eOU3qNO9UU7iiC5NLt/2mewnEatRYYN63wM7xMt3JqQlIs MeXih45oTI7FzfTBiRx1UtD3fllf0ijKn0tcFRpb4g2BqpxJqhLuZgSk326SvKMbcypOi1wqb7Ws EtTgnFKAVSvL4JW8LWZqoc2KpdX9qpfKKFVAA8gCV3qBVJRFLT/DH4W2+jGxaFFltwqiCqxCyd/q v9LosabS7O3T1u4piBoCF/VJAGapUirHsdtntsHDsckFTbMUFW0pRAQ2dsB+tafWoWTkbLjKiorz StB3z/U/ErTypJ3FGzX809MBcEV1u9WezoVCGIDKVhVKR4JKrYk0lI3HLSZJlNPvaupw6dUrdQQH ULIECAfkUjyMaNgH3uIzv22cjQglncr8YmXjQyyOYYOlZf40c4Tjrq8KrgjFk0zM6kpSrjWK0+eW 7vgbimKUx8xUO5BjFLlk5aqp6qQcTmpW2WucvuEyvvrVqcrRTMmG6uXymVI1Wl6ln1xRGsyNI69l 5Oovxu6yfIlp0FZ0A6eqog7LpHV5PHocP7MFxtWOnI6oWg2bR6SZuUC6vlSpaFLMdanjYgGStZ+r n0MVxIV77GKUmBBNuVXeUfzVTfRoIu9d5RPl+JDCvBRcY6o+GS2z4lvyS0LQ9lLg7si6jD1SNYqt 4m7jN7yihjtzMpTcBUoo54wpA4B6issRFNtcg9XERSuRnhkcZZgWXEJTkxTB11O+tEzI0xz65z+I lAOMSfGUMLqIxPGu5wIjR8fI8gRBLSmOGQLeBylmDgayEJgNkcnkQq+MXqLpbJB/yV6BTrqpfR6I 9NGNgzoyQCZAUfCNUeujdYPq9PmAbJwhU/kmAYPCMu9Wdaa3bqRpzUfQdv4E6yKpoTgbMpPfdlxN Pi+alepeX8Ur14IfXE7faH1gQsZPg/A/tYfEOUU9A80s4kt38wLMgwOJtd0SbBO1yAnq0l0wTZuT iMgGdPr4h4gwivDnQIlujD0BjeDKIK1WAjsOZMq9YA7PmrB0Cp1qd6Z229DTA8eC5g2fCiEsDA7y neuruQzw4/kB0bVP8HPELNNnYzSaZpglIQGZiM7Y6zp5MsZPYL4XUKT1boWbp1NOuSCqfMY3Ksj1 4a3foXYE70Poprssuktt5esseKo9Zje5ox3dlXVINWO1AC2xSRYVIeyQxveEAt5ip4kewogqXMFi nimSAveAQtriWDqOOSbj2h49gk1rOud4UB83nZ+0uxF9ePRfLl/wBbKxXMRoBa9jMp+AV/WburJ4 8zI0QfDSMIZgXMsaWYsbDIlfcYOuWAD3wvmxUr6pQIEJIkhHE6Lp1cZa5Olv+YFXfORjhd4iQPpI GwVkGhgO5nfAd01JLANDmiNxtv60XijLvpNtsxfICsTVZqGUy+FaLYQOnxyAnH4AVwu1IfVWogJd YbPxjfRhcTQhIFV3qUO+K5NpWtytTawEw25KMXg6zByamjxiYGB705jFWlJPY+si+FaUNNy4uKEm U0ah5cww8eZO3BXwN9ZEIf9CMM3/8hh7p1431BWRch2JIyy3UOh2ZGCOVtBE/2lTjoTi0NhcQ4hP jqIcjKybbTGdLQTrxFF3DVrUOIy1AC4sajdVIXnZSRqIz8bW4Pki3UQgiRlxP/raZK3BlqJ8PsLd AHlvvcmUunB/u55vr1jIVvgoKXIrF8q3BMHYlKY5XSsS1DRjQ8AcewBaDFAdQQMyyU1UJZcsseDL Z21W0k3zk9IMljiBKivYeyTQ7VlbzOSaNcg/U9SSAbrJLXH4RhMWoNP4j7Gk3LhynoxrSXuPKKJ/ CJucWoRQGpSzVjAo/XZlcKUjuLTEMlfKIajCKhIVD1UXLgWZKJErroumVY5MKnQIH2S7vlXQefC9 coSJFXWLxEcAdY3td8JRBXI1nN+qZiBMxSk1kO/3smzVQuV4htw49UMuh4PB76O6z/yzZw7S6MmK dIlsaiMlLkqwkd7eAZzkx4I6imL8ohljD6mVPxAgUaiWqy0Mil4X3GmgpthyLM7/83JRUtKA+9gL QPjoTRzO1Hg6QbKyoHiD5AXK/EksCqapgDWibzkMEnlUlwm43uvlnmwEl/4yGeQEd1VxnsDm88uG qGpPN2NF9jI10G0KYD+ThjI3TpqG0Obihs2roYj+ZGJdyXn7nYW3fsmQDZ4sCh8aLDL4wihQy6j4 fiN2nQVaBk2veDGkYZNskJZSBU0PsWkHJ6TK/vz2R1kX4CJV67Zq9or/8PCYFPBDuGUr4SchZ49N IHLLuCNfxDFOFmCrNzSoTem/oo8MepC+2cZDASuBWAqRTVvqTRy0niH1wTEd+CVpZDXWKluyiPLj eBkgYShmFZLEhDqClhdZ92gvjrI4qhxmalmm31bVhhlYvNnaVlyBQq6Gt84TMlRB7MN2W7Uu8tig I+MA4PQ6OShpdhHaDLRkVd82nKhMbgXoNw8En3Vf+w/3er5W38JIIMxtZAFw/r5jm460DKz+OluQ bKcFWOu+6V69D3Jt5w3P8dsDGTZb123xWwsagjS19Drg/HrPkD2fbj+H0HDGaj9t5AxPDqluafYg sQBSeHOkQGo8+2/NLWzczhcWRd/ta2F7E0P4z14YbsYIC50De2HyNjO5WXsKH75fr7/ft99P198t jgUs23QFpTZ7djWs/AbK/rIEOiD+Z6uebZhhFa4l04HV7afi+q9OdffNLiatke7Nhc5BnXHj5lLi OZ9aK/3bnRDppGYZuV04IPa8DQLBC4D8dg3/+Px911Y7FAxndtziYEB44C/NsCsFUGYoVht3O2Cv CCAeL2fPs/Aa3m1oS/t6WMlsT5thawoZKEy70WqlSzy3HzyY7gD/7cfBFrAFFGeh734yBv9oBDEE 05nBoc+cP21rY5Yoy2dSsxy1px7+ihzOo139WUIyNX5ZsaDhKo5G6RI2yZyeiT732/4GCChCbR4R 0sIvlfIPwmK4VDkDbD6CkTihkmKc9sxgFRqByKE2YqypbywoABPR10Acym89PE1rr3jcbi7jfNMX 0I/ToWlNtBiTzUixEZQUQlWzY12r/a2ibtTd4kpKxQUhWuqWvTdVgJstbf9u9eFGKhKEeoVLl5+x sgKkBZ+clSas/TazwM3zBUCnGMHiMP7G3OhoCCdG5b2aMgiUjQfUx1p6ggSmtegfvGZ+pC3rsUln WqEYaHSxAs1A415IThiveQ1jIDUGZem/kRXscnoRxpDptIMxiGVFfvZO27fBUPbbtJGmzDPR2Ms7 jY1zuSWkYZMHBFh97E+REpBHFZiu+aBW0buP64jI1qV3fZguQ+BiKLNmCIHN3MMYewcKgWIr5+Mh hqaN8CMH2ISXcTDO7ZriVQDobDaqlfD4ZdhG5EizZn3AE40EPb7uwY0WKtN8R201337vrm9SxgRc 0reFfQhxMu0UYXFHZJ3CO0SFqAbiwzA1nGLkON3j8DZ3ouputPMMTn9dyxwaXCMXIihTf/pU16Tv 9KFO6XYTcmiXY2GQ6SqqXJhITOKFeZtG1ksK4p4ZLXRmekgsOaESPEAJV2mPIMXUkURMZUdULvMP 1HBznjNN2e1a6Bwb1yHl04Q+O9iLDYX8SGhm3/SukOpSgs+HYKswzTRpzktb3MgZRjCzlIpNmUum MIG5uP4V8k9HpC7dLr5Jt3S2Jmldli8DQVhIe4Q74zp9NkMRK+Q4ripzb6KWaATZEoHCLAbyUqVq TvnRkTuNezTLJXIa6OFMjEDqhUCBVKf6w3vz1x1v+xctkJ9kBjOVFCjBBHleIiFNgmDkjSpoHP30 zgxG/NGtjXyTu7m25UXSqhjrH3FrVEro+OjgSCRF2MjFcrM433oJRzbbhUmDQeJjeY023aw1omlu P6++ix0v6S25aof/gBq/I8WQ89yG0UtHzTRWYqAivZKfyG9xtYwFl7ClakCaJInlHFLFzXissnPg qUqkqYowlshxS+WbraodCU+z3oMS2C1ZAWBBkSxRWaD4UC5KaeRwiouKaZzE/220UmmGs5I8hflK M3ljFTo9dHmJpkpTUdDkR3oOGCklc7znWcqVuW4DVWHJ9DRUgloyWROVYeXM1UG1J76QO62qVG4P RpDGsq9SRNTKP+d84UW+VRpWZVbUtbIWycjEA1Q4vBfZdFZf3U4WaK+uLOi5P9etkMSCqqNKNHIy hGjC/E1mrXf8FA3bckSPYytOUOPqRbyKOy0NWxXXZqyxZ0XAsKFqQ8kncELBGVakvEOJ4hUyFLaS rPFMvu2yaudal3BbgpPg0OluBxpBYjJYzHWJVvyns7QiwqrVjWtaS6pGMfboJUPDcMtRKIl2jNkT jjJ8GHVf3IIbKzqbOWID0wx9kYKxp6V2T8QZA65ertBDJwJ0x2MU8EOBuILMCBOVO0EedDRymXey K//wtYIixNJKbyT6pqqNwBfBoDUbim/5QmuVKo6Mi3FmCD6iLt4KAByhCqDGNeKU/pEHu8iTyPa/ K/54V6U+r6bROFY52Bi4snGB4/cND1Hh+lljeDhe1WPSdr00LThXK/krJ/3O+6jmdIpVypMGxbn5 qK1Y0n9jkYFH4fax39YK5OuKhGwszQ6FXE2kgKvqSGpS4xZHZZ7M0tgSkqEYgL2ItYv5FIrBmn0I 1Wl9XoCleQowz8yhi9wEG9lyNubku8kLiwJDcA48DYbELqBG2TVQJARKAzzellqltUFJKASlMEhn EdlySc+GOIwoTbo7yGieInICn4IrITGxKHqtmTy+0cxBT5YmAmTBeq0kfHADhFPnnginNuvHV8d4 EQvxnG8DDd7GyXAhwDV6cMNqvOFVSHh5+dc7eVFSu57BN3YHPX+O6AbtWfPnx559sMxS78Nj3e7Z B2TowoQOdA+f3GOZojmeKC+ifVhEb3cL+1TQMmtKGXAwFGmNPHdwAoe/dSe5MTR9+wBtcxwSmDx4 Kni4/t1oVOQWfUz47cGskfYQjhgXvID3AoqdjZqsWwRHklYDcYWzluvTXosg3aSjfpFIZqoRgRXW Tq80TqV11mhwzVUN3EhMTZH3ngmhaG5FTE3bhIqM7LjiZO8OCO+Dx9LYLtB42sJvBsUBJMGKGgv4 Q7qHEvThIpe0SJTUDBsT4752iE9DvEqGmwcOlKbg/HS+IFSiOclZlmzA3cGjnHBIcqYH7nAdbM19 c//8bxgXyllrqsg55xmHL+ONMXMXp3OE9FMYEHdwi/PTZi5/UGcbYjOEKERwrI6hFgw3EcGzHaHJ 3Gs7UgmpRbDsVVIII6q70MtstARJfqggyr/zYVGEutI2tPIz/Et4spCco+H78u9FRTxR2eFONy/A xOmiK9dqbXfsUp/lVPSHN8YigcOKIGNtF+6K5sYdRJpd4Zh7A5yL07NcHi08HXcKBGgmlb4WU4W5 fG/6IwvF3uqhdHu+2IiKzdloWk5UFZWpZOHnGEX+zCm64RarSTOXAMskTOeN3K1cr/aNlENLOwih dLMLyUiDombTCuZZCivaLkPQx+tFrMnnB9qE1HdfT+tzvabSwvpD1BW/BhukFvcRKg4UT5BQgdUa uHJLN3odjEtio+IYxONvOWvDr+3G5UK8NajUqZw5/uObBRDHpZ4aS4a59tFckZhcIrnJTZpA0/rF oxcv/J+YLWgswSiS4nk8LLzqkYy32V1sdrnhFME6vFrbUv+J0jjxVZNibTceQ26JlBUlpcDV7Pjt GoyteXpAH3rVqRiaKWcI1KFzpptIQVfGbo4lZ0fvy+wbrOEd8sWXzDAlOVIm2ZGI1tABl23asRQo w0KSHpX/hiBPLGnqky6D40RYoBt9DgupjtQEwwlbAAMGgRtUkIdDmdoAxBoJW0jcRXDtJARmSqz7 hUkydl9LTcs7HMVeaUhiscqoCkvvQEQ1WDWFmJ/O06hyLvS4AJ/MBQ4b/KtlaBHx4SncoPwDITSR yeA2J+ZbiPy0d8JieobJ4psZatyuRpSxa1w7f+M9vXgfUWba2ciGS3C8uTiNIbQuDd7oKn/UG8vf TIThT1JwHGHU2QBcn/UbZgqv/OnezDi3qczA2/yDa9I66Hfrap1wzeqgKhr1IGeY58JrvZQcaqrH Y3uZ7DLshiIzoRC2y7AF39QZm9kZPAmjNIMjnu1STbN2CmOE4o1159TIv20jgnWu4xVdE1lTj1xy LhHIjoYGjiQDDQPHWCMILFaklxkq4VvnoxA3gwBBa1wVOwE3vChvvHWDbhRXGosztM64PFCvtoOn ABkskz2WRFmMSr3wCYpA9ygwFJY+qkcxCVffbCeelumqek0vgX0KWkgF5OeAYyzAc0jJX+2JJAV/ QFGwSSCI5bhhHb2OtgL3boIj3DDgBZB6A85a9UtRgyNCTno13jsYCvaongWxgDFAkvYN0I59bX03 Frczm+2Uq4+gurbOgLOCa7YpccAnxOYG6LjAWNuCGlTxc/+FMd2/fqGNl9vd8l2v1rNXsB0q7FZs u+kbpNgPDNUbDy3MvbgA6AVuhfXYjEI77WN9v95+vu+/INdv+G4bTejaphOds+MEgAim/HUHvwCW DR1u2xUahkWHvrQTM0TI+mXrjPV/bz23o23u7QYwTttZ2BQaBgTYUfAbVYM3WhfDtK/tM2x1sd0v Arlx6O785dquyz/QaNtdAJXvP9+9HXB7eo+q/70Awy+/kKdvxN9+LVEGVLf3hQtRbwE0MMzHr5/L 5b/v+x1XvKfSKQQHVuvF7s126wiWt166u4wrBjkEgIqr+vyxRvxur+e6QyBBG5SbaUSbeofDGcsh JorQ2m38h88Dc6BSPFPGVSJB8HTjbN8MICpl5FqpPQ3UGbCYL0hXNQwHrVwqJ6G1WQU4zqIRH47V mym1oNnymGvA5/sLfS8Yca7KH46WFa65lpKGXYYSseKsNQ/R0s4cMwWntF77SWqMNLiRcttsJ9So KimUkDmyaXaROxIawHQHnYt6oV76FUoYZclM0b2KLSo+ekNiUSPd5jJKSsKV0OF/o7twHjrk57f8 1EiZicECvrK+diZBPgoMVjwI9SoV4V6NpnkW1GTH6DugOKN6Du0HcM3pcdt8Tg6t/ZMbPmTKSBS2 9JWHICMOIAjNK55dVnsgUyurgdgGsdWVXbMpGVpsob1vTRk0acLDaC/wOsRY1OqtqeG9OppPKFrt 6QCwYo5DSB2P0x2eww7eAY78LT+RDwyKBSzrmbdhQ2kNhxDAlQnCYTWBMB2gnq/ARVLKRYAib/Yb ARHns1KxtoIBa9ZgkJq93HkcA7zugQjObjAsSqDI9mFGvIXlbNYKcLhotk6lh3/6AAUdiEqsYbA2 p8FSWgEfDzOPRSmYmDiBkJoHBEhxStVzEzE5TJm6uBiXPq9UKJliGR1EDqlnArw3NpJWqAIbaWpj 9+qo5a+0OhdeX7wN7oFz1fseJOlN5fVKiKbV0iIaop0W3TOO8GeMNN0mlXM/ncBiWu0yqtjTBPFV FJHIFsjhtBgcJcsRNFTKkc7T5YZqzoLJitjd2aKCDKnA1+8SVDaeFQt4OmAlxIIRjgu4xTrZqnhd ZWCxaJiS9F6CR9l9IegynDevxFr4cyFrZweidunBWbouwvqo4nOLopUpligaFPrb5EtGJBdkm4rj tm5TLtPZdjaQDEp/0FnJZbh2p5T0PIrWomekqD7LnsuRXN96DymnHBMa1C4OFQb9WMHBzKsfjKCs r7VG0twO+DqIonLDcdRxAFCDFlzVes3LrFSeped4IquTRS37KsFCRWW5Cqn2jUBHag9foatuUfRh olNSm9a0lO7LhCtdQjX3wCa2ONUvSXDVOynF4XLmCj1YFxE5QGNThh5/W83LCSfIpG+wrfGbbyPT XBzyyrZTGDLDGxlp2MM64+9iQmzRrR5CV4hyyTuUoOpDbqZ8C5kJpNBF45jssBiXrB9GlFN8kbQw gdJh57qytAsvk3SqVqJdUSEjre5wtoma9iVDf/MU/pZgz51SBpaKbyXY1cV9xmpemjXKp3PWrs0u lslJz7Qg/Y55HHd2FL0dLteljv6mrdkBtjQUl8PJS6OW+qMVbSUFe+Yi87avF55IU7kywbVyg2xq 0k1oczi3ksNx0P9Os+OScFMYehW2MiUdFScQU1CRIRc0fZV98RUo8j0pN0Fv5rKLu3TFCLdmi3U+ nFEXJl1MTIJvSTfSpOtkrc+6r/rtgPwQlwoQbLzImd0jAMkEILZwUHkNbWWs3UbpaV3+A224iC8N 0O0ireC8/orU6vO6lk13KRFQkso84ibteMylUOTgaCrXca5zlUhLLqu5qtRktbkxk5cIl1SUBhuz QyjTbfQxcwNn73NcvcMyvgmh6NJyPG/sVczqIm4AFyvLhuXmNlCu6nRtUT3htzkO6jXY8GsngzZS CrqNFgkuDta1VSfuxHZuwij0y507ixUor2uWzhKxukdpqJT5KbdWorvOkFUH1UkOaTLVix9UsdIt XqEnNCPkgvRdgeEqXEI+GkrhAVplFjStKbaMSPvx3z9qHyNzM7ROk34RPW7o8Ei1jJA7UCg555bY 51M94bjiJcPTW+kWwnj9ppPMabmmAlao46hCR/Cv5rFCY7HDb1YgKBzwF/IJnZcJUXHG1S2Fqjrl 35xl3e7mSBFfVOEk44iWVvQro6CTeiOLZlXSqyaJyCDSm/A4VgYQazkbmWJEQB82cv6zAQOs6MbM eUCtVMbq19CKVi4OfcL1gOJQOy2EDOGyvmlQgBXJwE6LSlsdZ6QwYX7bpBgAqlFmMBx2kzROGlRI SEB2JXZuHk0nj4TXCNQjSAQmbJEd72ixf3zon52QWgjqBza8qZuejg+XDigOtg1wbqNpmuaU9otH L/8WasCzAN728AnYaTuUFLKH05tsa9MehCGjizWIBq2ylyKQUIeAdn4wiGbQ/AazpwnFu5yty0QH A0mXEdmmEPgxyRe3QcAuTsqFPOOvHyGDPHqC3rpIgmgx5b+4Gms6GK/qOsxwKiCckxjoCQEg6zD/ RtRaKpSYmwBuW28cdAyJ8lIDHDByfGxHGoc/e9ZD77iYIFNQbaB7QD9TKBDqI7dgJBjFljbS8hkk Fufr64ip2/VIUpAGTTP+QtmuPIJKPLGVR2OPkURZRObzBE13mXDApchJ4/wG8MJSGvKarDaiIGKz WIG7cwcu7GLH0qmwCyoviGZ2hoA6Sl6zjXQ5GxKpYT4FuGZO1mNaKbFe+PbSp8iEuSTNZJ55a7U5 cBYlYcuEuTuOy/JnfXC9fD775YpXw7AOQs7d4RKTLZxzNPmMxoVDtukXxpxxm7vEGaanMKFqLE3a yQsZvijeQrgwwxzrmYnFmlx2hpyPqWHf9ShfmxUzXM1SohKARuGsAJab4Z84OOosoNC9ZBfn6R6z 6R81aB45hLnJk/yKrZj2gIBpJEmXi9qdoz3GsyCLkFmW7w66fY6nmdcmJqySlZRqsJkX5ix/0k/t U+uupdubOWhKYv5Avw8WvVNRhkjj2SCFjjCWwtlxX2lLkuV9/Gpio8kqY4Mzcxexjw42eGruV+Rp TmPlwDEfD2WYNNBOMl9eroIOM3F5MFrLovA3g61FPRlr03JrhGOwy9mDubJSZW3KUYP63W3ehSr0 8IKJAE31BJIPKMHJptFbKD6GI6BMj+TM8qadzZgTVf62XVK6wcge3MpODB8pBp0nNLzmBXGBoeR0 BRzi5PSaLXRNSRNKihSJW/Zqmgx6mSOoS5g8tucNLL9H9nxgZqMd/SFS91yKjdhS7K7kGBFXZNEx H6PZ5NJvLSYcLE1ASZOhOdo8oNGxyw5mpc3KUzbNvnt0i3rIQHrmQkY0D9MSi0QjhamIJFw05GQg ukKRYRfeey5MFkg6EpDShg66/9OCfMbRZI2cgmEDPXwS98XiAzslVI53T0G6NHjWv17f0J4PBlVk zVSzuC4IEs8xYaC/pSXMn8H3NLrAbYxLJ2gy+SWlagNj0kSamdQs4zniKXhfcsarY1LSxDC5UU6m oXlWHOW5Fv6FwJWtW2nT7PmSBrlQk+bxid436jmTYBUzJH5LxCuDSwFzRLL7UmscCywqEZXUbQ2j a8NMZIJQJXnqHul0XxzLyahGcXfQd46q9CedXWpVCkSvcAClORN8SxcGaZWHVJ76J62SnUZz6uj5 TSQpN1azKPlLtsqjcC1spTFyald+vtGWRa2g5i2Tbjk/4ltTpP1qraYCUgwFRSw58rpSO+T5qY3M BReqM6roXdo2FOMPiQMb9BSvZfVtYR2ydyTSwwjhutKjszxfQWUjYokihDMPC7scDGiJo5bbohiD W2DIsoiBPA7g2cpk+EmgBhQoyOOqomnNW0cqT9oyNwyK229lJqqdovleBxbi4ygtkLJaTwsbbEqA tLAzgEeJFYgKbXVBSzTgP60VBDZqigK050MwCDCGqhCxgs6wO+v2kOLYBEdtn4e9Jazdd70XCw5s FR8kFPZ7ef+Bh1l+iP7Pj7sPgdRh6CGpACebSNx7u2Kv7PsPchOW1jLm3ZRCYnKANLxKs/Bw95NI qSz8Ta1G+8KMBb5qQwxKL7ZwN6MNkGylGbpJA6vfrDcspVcP0nUnYmMEVtZD2Dx2TSqtDLeYWDuM Iiw7HM9orP/UWXAbnMzLHlsWefkPbmV5s6vge6Fo/hE5SNtiTqJvb2dQduNtMfN3YHsBOH67HrLb xsQgd4LQINgKvuadj5ZOA7mhdiHYlntC9QHzoOyWamPMVAK89/mrfSAh7c84KRf6LQ/fCmrrKwlS EYwLoVAwRSP/uFvDjNupR2RTMu7oUtZRZdvXHoXA/xSehQSl8RnS/+fmZAJdS1566xmz5FGaT2fT 2Em7qCI5cMtsV1OzSI6+9Zy8H2WqZCWvvE0pj/XGLcPj88NdS09UbeUzy0/8XYFQahS20C4QlJyJ 86mfzxfBrobpaq6XmN2Zorsmdyd+Lc6UhznFSUqAEGx0nE41dcutc09aYeTmmu0CjXIOJycs8jxr p6Hk2MsyPTqa29LPC7MGy8rKmrLsqRl+g7NA2PAQmRiLFI70rLEsV7//b5us4OuV0I5tZ6gk6dMN xmamhhrryBRWAGwgdpWmt8SSLu+RgwVhtqbcyF0J4czNaR9EzGvgMJsNr2QXmTCtZws5wpJem9oQ MEmR36fx0frFW/TnfNxd5lvlHxyKZQCEbve5ZCOPyEtzpqqRwmslXrE1pxrKiircKv4YliuVD/1Q QlCkvNrCdXSsGdFWUH35gnG5LL0qx6aBSACIFh/dIVRVqRKIeCq+kQqJJQjxz6Ho0as7o6tqyI/o mj+PxIhT68luHBtioGxx0GqjHpbT7mq35F0u6BYZiT89764ic1ISI08z1L+M0ZIlyRh+wBXtQCUP rF8VVqRUzvsNRMWO0g+VrspO5rOIf/Ig0mIy5htFtR5JoqJEUfLD+gQ9XPCmD7mpEqxsMEsrCcK6 ti50wnEj1fpKqpIhOalWwLTN3YcMeyukNsvxmJUbK5CaySW1barC1phI60GqY5KpG5UxugONtu5m uXrBMCiz7BH7iuBqZ6WuAUnd5Ox4e9QcAZWyp6XoS0+xrAfoHcA/itGiqO5KrVQyybK0ud4fPHFe Fqj9JT8SZJUpWfQWv57zi5jMEBcqxTVLNOXMxFqBFXTdgqWyDWzUVpmonJHgMU5C28OYOIxHvduu hVs9E+x/Bz2AWbGQHGlObfM5DZ1i6dBY5enlq+wIi7CRYpV+lXNavdHFNJSXOBbsWmnZgco3bmqV 3VaLOZLs8GLXelmSEQjd/hexKvJa9LhkxnNS3I/cgk/B7ApXXs1SXFpfgmS6ngKEBpCn+1hNXFY2 skN+nzrkZakB/+xeuQ7Ru5CKpk3ebuOkA3QVOeFy9JaEDS9Qhl3LYf0Oq8GvcjODxtcQ9PjregWe G0tn5bEaSb7JUwf02cOc1jh1UKfajP8YQlyU3+aN1QiIVVO41/WohVaUnOWTUiF97OAk7HLWGsdL rdelDNB9tIyTrN+8DWtNwTVBUuXbggIbpHMGLs4YMVMYN9OovEFCT5jKOhaDt5UIBl/x2MOeMtKU HefpgQt11ZW6iDml44UCu92q0dweRFzpjaDZrOGnjEUSB4fEoi0FRZPoR3ziTN9oS1W1Notf3Uax yC121h2ZplfFU9FTNWRcsSnd1AooqdmMZHvUU8oaQwj/4Q1Jwn9hTTSfD2veIffS5E1mxfBoAuVn GlXjtsfdekQzOE92Sm2zSoetnQwXYjm2y3yw66JqEQVbb3nsn8niM9KH18eHXcNFsB6WZqvP1g1W Jluo6UjfNuvUJxf5R71yK0bhTVAwJv1Yq+mgb5RP7+jSASo7znrdqJunIXQVpFvCCO+KxZ4lxxtX 9VqplscWBvIn2unVoNk74xVTqKKHsnHPTqE8z4ttPB98fVCguZGgj2I3LO35f2BsmINXqGyuaZt/ 8lFGuj2FEYsnLYW1iWjwYwtA0YYhc1WNOnhROdzAGo87MNv+ks+W0lqh+vT0APswwAKPYpXoWEf+ khIkCNpFJRjgY7kuhhjLmBeyHQtf3/9hRVLm6H1jWUzPUGfUdjPN0xovznezCzXLh3Ug15pn138y QTW2MJaOA2c4HMdoROCFfzaYbYRe+uVm4kE/a0CGl3KlJInZ51652CdizHs/G2H23i4stbWOBBZj TAOy2ezeAHI1dd1hMSTtQgGqDbBHqj8XIllxsPCuwjV8Q1+mwRZ4FYV84xM0aX2oMl5kJf9cANLB fuzDIO1GLDZ9kh0SdEJzniCk7XdheTMzsymm67uUJmk00QXRxHdYRTyg0vUSlKIRsA86uyNQqYzy f7q+0JkC0MpUTpOBrA/v0Bsq5nLoayw3kLj12De42RMI1A+KNFh20QJpfQe/JJAMDR95poe8LlE9 be0uruV3mpPlY2Ku/0Re3PcjoGEUyAJ7sDKxOl2wpRwpBjLiaFKbCMpAcnJcsteW5QyZuN5iZlvW x4qHB7vRGqQRlcK4zyilS9pBMq0R2SkcNCnjw7ZEVzgO8MG4qHIQH9FEOPQ+xU9hQ5NMSNl2I1w/ Defhte6JDGSWzfnajeHhgiybTLm4zmI/4g1PO67Mk5c0UCFut7GX5+hG3wXIEC2swpzyloKdhsWy VEvYCguFaeBSFHPQvV2xQN+O6VpAeN650KhUEILILEskJpYJf4ubJEm9G8Znm9Jm5i7MG3NQ4Wk6 clebKUeXIdbXQRSW+B5CWOikToW8mG1MWjH2Rk94BfvUsEckcv8zgrGLsfIcbsYRSoJXWYLv1Uo0 qtwDhRKMMp+xlxoIvsKVrwW7GFJnMhZxf7XVGOZymUj1UTfgakG4hKLKr+hf7BPQcS5YS+prnUNz 90snXAld8z+PvhorvTAcIdvwlZP4U+3GXZAP6eTGOHPsaSSOiIBacphjdYkh6DcoHYPSJlF4Lqac xWiIKNb6r4c10JN9QuOlo7nQ1JMqUriSbx+32VQTeu56fwLuyaJSPCThdZO4ZpAJRE5SPVbglqjl z6NG79CtKhM5g/xFsRh2RWmkMnIGDHJH8uq4xhupvIZuq6p00+IQrUhgFG8akT/WTIWZ1xWhZIMo F+KJQml9n3Dx4dkMeMmhI12HJAuYffSqsiqCpEtI2EZOOKEB0vO/ViTSZKprBhLSW+XboH1Ek2rD 0EtX9LuWEUwu7jRQPstcTwZtHPhLz2Q52J4w2luDYrMgjTdvh57kGh6r6FYXKF+JaT6/Rw/Sp9Y+ LL6FAzqY0uhWPk5pCx8MrUNiJSNiy7iXa2b1ci7du2KGjBOIx6CSKKUlYZY6HopeGRVAQbS5moaP aQBGOafxBT4QJRkhaViAupscD+RD9AH/0JMe/359vbTPniVbhARCqcqnkC1JALJhDa14rkgnkixO NwTREg7paEakrzC9VjfN0LC5927QmaWyh0GpLYzZrajLj7VQOcRESYITjQXxKYPjvVkyY6boTQDa f37TlwxSKX84MKqeD8AtUAPVTkD5GJLLWhZ8u9JFFc5697tZ7T27gpIm2Gi6gCdSYGuKVFVC3CSW irJMiwFK4ol5+tMQSqqDbplJwm01+RacTG0mHfenAEUGZqJlS5aIem9vdCQdbncs2rzhssRwlnAb tzelXCLdExkEq5JS/VGdCjHf7eJISfcIZ6AVtAeArU1FhEIsuX8160i1Wuovla+oD0cJ8YCo5K6g qSTsmoFjs/ReXJgtZi1CVr5llORfplaQFyy78DMNTNEX6OlUbdOlPB/dxaW0JPDPv+Avx8nGQ7Fu CpsKpccbGgs5MpFXMsgtuDvGCy6JqoELNjaQF2gSYFkPO6XZ+4AqKiETwDQZAOSDzGgjQ+faeH7a 4HeFjG7RCJrxd2tMwqstX6zEhUICX2EjaEUwdpEqGDANc8JAnHIUBy1PrQVSIHafGHnYL2tpdw4P QcNCLeKxCLkHy3UBXra6sc2TO3NjQVDrxrwFxnYfbn0PCNeaZKhmO1x42NxnRgmaBr4GR2vDb/Bu B8CaEFd2CviEz0NYkRcC795sD5VAXu006WCRdauHPtsU4qp3vQW7Aq5b2WgSAMB/bctjN1Smaig8 Hw1g3SBlfbfGV79wXUAzBBce+fljguF0/uklflYab5tmF9gHY+3egYcttf66W8EMQ29DBAswLVi1 eDzwcjsIBCNYVIqkpiV0ixJ49laj4yFHZP7H7xv2US/ENGeC1y2JRVlYPCjeMFofGWdudK81n97y SO07QuK92S27iikWufYEDoDUbAGxUn+zFRpoBgC9H5Zh2wNE50HiOqW8uvp6txOL5bLamN9sR4W2 LvFQgFvfbVFyvdkPGkS/3RcC28nmw64jliMbmlXarLf5C0i39bgbY6vQW+BuYSosHnzabgW3W++d NL9gSXgwOzbbssW6cuvNDccicL20LNYCcr/bPNvGEfe7VxNaf57UG0k/p6sl7iYC2ptFK3SphehW jaMKhA/Q94rGTSTsZBMLTaVYhu578yWW09N3ync3AUABDONy/7hercC3R0pSowx6pNXt5ADjN4nT wvyW4JK48+0P09J+xIjLv7ivkxTPThQWDreU3Jix3T+j9/JCK9HNAbGIzULohG00B3L8JqEU3lJ2 kyJ1jTR7VpMP+3IAAo1RTa91n46IuDkSeEuwOpC/bSoyDoK1mblliimFXpxOmkxAUAM0Q65y2aLY jNELFrUAYxQZil5lJQRsmmD+rJyLXvEz3MileCU4lNrkyI9c3ZZTvX+Ae3cv56b1IxqLId8cbRP3 eebWRSBOECtF1L0tBjQkAAs9tJkedYxecrZCb0GafxU2u/YvQeu9kHksFitM5bA16P+PS9gR4gou TnBvpV1CwRJTF+uRJ5XDlsPkp1sYp9dyYjQXW8Oydj0XXPwP6NsyBn6xiXilk4gqUyozbARVdmgo PYCwSZSlIhUggqEMqLgvOwlv8GomnEFYWX7RsATcrhFLPBGMar+1qLlFtPimcQNZISaYVrlU6+hr wQWjjG7vYUhWkoni/JPUwOBVxQhQZcNmSyqVMygWZHv5V8SbjCiJWngpjjRnQwC+l3D2Q1gycByI Ozguw1y6Kc5KM1q43GKGcjP89E880qNI6gOwmwnIfsnTi3Us8onNYbxIllH7gCiKSrTi2aonmUrI a/Ombiu3g6PSFzozh+k3F6gjUY2DpgV2lyiRqKTgf+ZJm69a/lQo8FG/JCxqNxmEGIkNCynRo4gm Wj3OpjrAsSyrWfdiIglgUX+FUEGGH+Bmm3orA/QOXHfWUSsfmCc90SUK+OCeqRBoWJsJYw+YNFPK mTHzq4drGGNQcfbNO1BhtllsaZ4dQfiRO+AuTFZ5eKfZLi33fFaGbQ0ArxWNZuiMIjNDthm96bxE jsYXO5vosao+KFu9xm7TL/vrl9mbnmsBM1bwCpQJA00l0l68cgSHm7OTstaBqb2VdJJSN5mIq/TQ imH1vALFQF/6SkNaU58cXdPi7YosRyW9Vywre6TdORi5R5lYRhzdKTa2ZqdlVAmoTfNSEup9ZPPu RCCchFyafJT7dj0jWiKthSomMuMV4BFm4mgclQ1hjwelzNPk9ND9XVot1PrPzDB/0cQa9rzK9svP 6WkPkLoY+7rWqzCzTw3REldkev4yfSfVeScwUfai6uHuNGIOC8pgASa7TNlDSXIRmmDRCvwAnJX8 vmqulyGGuqDnANJyPlmTQbleV1rWDnCyF7+X/+ekntTyigF2qqAC3elU+5yAKi+Eg9AxytxbD5F7 plwXj0///HJxkOJqQwht4GrVrY62rBLt8KyOqx0ss2wFI8q2b7Oxb1UV1MkhLTjlrvmf8CaSitCK Ss0+vf9jtEfWy4HUnl/JiwwrT8wLo/50bhlbs8siSK0KG9V9QBqMDhOD1Xcnh7Q1nA0zr9aeh5yf 95nGn0qPCbCyl1P0xT3k4UssjL0IdHgzqho+Asbmd1pBXa7vMoZAsXnUqOHTCb1wgBxRiZEjDXPy nEZRmUxU+aQExrmzgdRCTcce5vu0w95dX/7GhFYlusLnpfP5+qJIHm8KnxPKwhhmbolfKo9Vc8q7 ZjsiHO8g0+PEdMIpdlgeyTNXtkQk9W2dQE0WN4U9+qyRF71sUZDBsIH8V+XAzJkZIqleZIo58gop sdnahB6ePckkc4q9fEKSZXOhKrJcaj5qTKjyWL2BwmMhU23mvWOCH0PlPCmthvK4hZ9yZpQz9ByG y0JpcILPaPjEiXxF9x7Zy2QP34hJoi1eNSFejS81wiKuJneBwWU7yK097hbSkodEb4GlxEnFF4Tm gkAkj6sRAiXL8Clp0iVTZFd/O6qkCs4qJ8lHHSFKb/kJsutyH1H0fzzdCWIcOYxt0W18a1YqNeQg V+9/df/cF+52uWRlJIMEMRF4RDBwuFkjawtJ0yDOCjs9p0VkfqZT/s9nSrLJy7/EjGZFwnl7Pzw9 xxsxkDa5fOYqjJRvw4/HvGUkzMHm9Yp7eOCScUP7Vntu3AwshfnnYR1SJZuWvPTub0XAPxw5sobo 8rs1pgezdKTVNCdh0Go807FVDNtq6/s23/Ek8nDTyd5GyoEbm50jwGSdp1cM41oRYHLFJL/Hyn// FThY0kwJJUmFziRAlCY8GsLunK2q/SU7GXxj3A1d+CjtRY3nDtWNpF0FwPUjHjZ1NtmzIVZ6XO2b EqosixeisyRVX8VmKZ6/IrSswOX1HZMQPWVEntvoSbFRuoUB3B3dBTBoohHDOYSAtdyDsZOgOZhd nk1fszU8RVyWJUpxoxDBPAtWio6m3SSZ4wsYs/bkfOoMbg8MV4FQGTL3VnQFzIFLo+ER3LjSUI0L CMVeJhSCETCYr+8WX6DEatVqfFynS9U5cPdtKFEzHp7bbGeC63bdIjUA3UVLQ5tiWuov8NPSk/du QeU69Go1jJWRFGPjEeVmzagrlt6adqyiznMI+sXAko78cw2O5xEM2oNs6AbQw7LMEYPa8WgNxhbL BNJcs7by0pZkbLXqFSTH771PRA+WLJFnJ4djSMikv2TIMc5aqJam2U++2nKBp2bRdJydK8KnzrkS 87HUWmc3L4svEgq3ijiCdRRHtCLH05apFmnflQwowQ4h5YOXidjqqh9gS0Nl61Y6bExSYegmFVKH GJNrkcWT1iljaB89DBwRPrAKKpM2+VZXfviT0vRt0VahvUCKdRKQcxLyWU2TiY1hko46wwAN4n9a g6D8IWByvRmhkes1zT+sgOM9/KFIyRcZddwApaf3OOYBuvxEZLWOhWKhKmsoKrb6M/LgKt6bW44A JswwFaEJglktx5xBzRKZrmk2LUmwp517OC/vuG854SJkM8qt+dPHyhJQyGf4ymk287wMDVOqxtxE ene8p3HJelAhEgY0ichzeKL08F4RZgtuvoQ3QDVz3dcmg9d8St5MTN6hHLolAmPial7d7doDVvkf 2RBauB86iRvKDnI+PqeY8Ze39NbPEsTcP/Ekk5Jh06Y0rjGeoh3aUithDTFlinTG/l/vsQw9Zh3s wP61vWstqVMbK8WohFv455+CyemuQYNG6UiZAaVh45wxv2HQLrGqYqIjRjK34lDP72bv7ktFtaR/ ZUr0kXFV1UEHhM1OkppiI7b01n3o5xOWVuKfAeyP8AxW+ZRch6t6EeARfY46lUMQjxcxXHrcS6Xs NWGJedo2pafI1qlR7K3iiK6Lf4HM5uUGnKL5muMzCxKamZEYCu3FeL2vMvsWSNCznENwiDn4JDxM aVkr1uqMyMwqLbNPX3/izjxTUSyVA9BBjGmKq8UzMla0HQ5/+zw629TI169B2Uwqa6zgrf6o45NE j86YZgHYVGgxT5Zb0qTjfB2+87nFaS0xzAj16KIwRjAvPeVV9UDsyEMYO831p2Lidq67dQcuuOJS Cs9BWE91mTlOe7GFkeiVBx4lCptFglZS1BRgpP/CZYZQ8j7FtoKLdsyvBY5PYOyYc9T3Bh+GlnED BVdxWsjKmCFsItoobPk9Emb/0CYnCeup24zQwQXW6LrLvi6dfeD3uASyhhEXGvmDBcZklTJhDsaq Xg1wq23YoMiteNVEgqFNeafcmE75Oyw25LqnYv0GdBthfvOQfqe/VpQt44e+rdiXtwj67NhnWKI0 v4NpO8oDZgwU/fVSPxjm5x3I6bgMSJ3r7nakMrjz14Ehjg5xUDNUNqTZsahqmQfiAj9dckDECSpr dAXh1TYHL6BTGTm6/AKzBBoDitu/ybchHMCrL2eJYJIKaWc7O2xFzOkYYZXUamHvHZ/xc9fMKSPu QnAA9tn5JJ0NEgquH5gsGBQe7Q60XG+Kpz9uActgBz06PKTTGII0OqWZFByoiykY3o3B667jCbqV TfuiY07O5zspAGY7IeEirqPSLt5G3g0Xid3GAUkLOXcuiVmY1g2FcaYuHRbt5Ngq2qHQdDaN0nvY fAygQGVRsBIWKRbtUIhWKAW8IGnKpxr/3Zktfg/dXai5VIIHMwIZsQH9I1lcHJqqUSKmUgVp/pjh qvEh9qyt2bfZQSuYhwpht3vKIFR2a1qLSQttMDAt6+ayp7ILeK+REqhrLlLdfksnzcHSY2WR4mnR US6tmED4rpsKZuoQG0gplLi8B3zcwcXtcrikJyrTgwNOg0k5LGL2M9xoV6cJJmeycIYFGCpwWmxg ZyepOBG9C4yoV3xGN9Zlbj22kNHWSIVzQbvDNyzYIkkEYToR5t4wgxzbdpA/ugVX2DwuYrvtVMEM +48GEkxcbN+Ylsu5z7Cs1NZa8m7iBkPbeeX0guQSKBfED0TpN3kG2ZbmEBm2lhljTtRwHFizrSJ8 0D6t6MENvsKkcKVYZ86z5JrEzaCtDfqEKjSkRwUcrRSo1bWsg+AI2nVE5Kd3GL4lpXioKRTM70Ee jV3mbZGS+y43yUf35Iew0xrPeVIGg0Ua/w1JDmakRAUnFIAk3ZdYLZu7Oa9Ik1Ddtmh84MxzjqWE 5WAcc4IQWgR0EsdiVx5QZCKXJCLEIyPQqSSI3P0NCCn+FM4K7AsYxFO9IMAtVpyWfX/kwisJWN2s +4wnBDaC+62tx6JribDmiTcsMajvoDQVH8X5RFotr6IL77PeekwAnHEJ6cmROsa0SBFuQofDapqC ZNBiA2FMSa5bWjtVm7Qy4EA2H/0mTauonIvlo4JJ05who0TbElICEX6QU5PWTOeteaYg7sJAcbJN jj38VSRppcbGyGv1wXm/WV0RU+ierClpbDlSNQtXDQozrINWeVG/4LhcRAhEk+IM5hYmtk5VJ4EM 8QwMqxC93RCEiB1CJalWr6q3FicrncTW4gaJm7BYgIfDtuSdg6qqISFpBbkSAhRsSR881icgkKfI toSSJoAxZoT6RZJp6KI8TO3lKR4ZKLosQ2yCKAFtwdLAEKUkOEbKZbkaCUFLh/yJFVMiuwBFm1KJ fS/1EGdlVhU4ieUaq1Nni1FjU0OnoGVFQpKCXyfcIp+2eP8LHSnXy0IX9VSZJh6jJGat1WipAEae qY5OTlVgQxdKXYsq2S26i1mqfPDHHjsNobPioqG4plHug3XKsbBTByiObgbuRTwZhY5EgxU7YH8A FY6YuolSgyDRxNJWjK66KudVXf/0UBItcX5QSIvyKj7J+RUs+/j48v90LlaV4dpvqhRq38v0xbyL YxNl0C9uG8cQCSYuZ0SFb7NRnEQwStGfbvqVg5U4lsN2a0M035J+gSY+uQi0R3dADflmlXQ0QDSw iYfQdWVCoTt1mGlTs4wnbc2lYULais1JlCgYLKoWnafr659ukbJgNaiN/u9eAwv6UZU65m1SaiTF 22Q9pW18nTXxxKNxUbdBcE+0X9lZWq1719yJRHISQ7InkGQwaRrOxMhVChaNg8gNwmll9EjEF/42 J5NRuNHELTdF1dPvskac8xFdxqBSkd1eYZa/Ql92pqttIlQia+r9JE7PrcRxF8Pjx88mmOKBJlRZ uZEs6he7/EFSuhfPUlN/bO3Vc0m+HE8tphvkd8SxIqoyu+zMt57AxaSHFZV4yKUXU9InBy/YlujZ /cdKijGhElN6Vt8ZqRGURZNIlNEfSV+8HF/TE2yZO6I7/UqfZF6tfOaZT8F5/KYwgRPtKOSiUZ2p UUXs3b4IDAeSI41qwwIRZqTU/blzDyor1xPP4xJ2vVBc2kp7Exfl15xz7OHrByqApekLm6Ia9kAj mNaNUWy/GS7dVYVuZL7CVNrvWOWn9gbLXjGHdsQS2tzEzaLacLrMQnPGkUg5dJ7eektdgp26+uG+ 3qXlVZIZbUpa5TC9UNtT/3iJSy64xyf9QX5yxTqXnLrJp/SaOulJg9w/2kzxcCvbhyn9VfqtBDcG 5gz0hOdzUS3r1RGl2X7SK1Nd/s7pcQTPsj/rR9rPG1DCSTDF0rKQJp9qISAlSy17oUbZaOhozyri h687iqfgRfQmeBDm4YzuPNDXQhIYzHFbc3nHOim6KI+kDwVh/lnqJbi5eJiy8Lb+HNIoSLTUFnnr 1bJdGidkK0LzQ0/CHUHdSiB0qGHRpbqRkg+dW1GE3AYpou6J3ZK1cj29SFRNTdJU1F4gqGvxkl8F wyU7RZ7mv/jf3aJN4UVBNoBKrGgcFSiqZSQtZlEyYxQ9Hs+1Ou7MUHIWzRCjsKTwWJmMX3tMuERr 0Xv3rQpFTOqR3k6lk7tVfST5WPwvD3AKXKF1MUypRCcOSjiQGiHi81z5ex36zaDlbNilmMlPhItT z575lX0X7uO+1EO+HdQm60WGxFJ3+MPLlUVKJ/1ekvEpZWvKaMEpGYDspYdesaWsQVLjWVrtcUym gHuebCUF2Y0crggNczG8PIIY0O7p5tr3PglVZCIssug1VUWAeGlux7PY7qQYpeQILCXv3yO1bt9h 4dwu9og3gRe/aS2Z7TRF7elQ6Q11FNGhEcSqIArNVJDSdkQeNDF9WqJBXzqCw0RpzYDKNLMUQB8F yIL7NFVEYXwLTvpRcM1KiiRTPl+YJDAX4gEcsEoIbDWzlnCXchxj+J7FsA/9RoaXZMVoY2BBBASW 2K93r3B1ul0vOlZDOdvhp9bb+VHuk5fnGFmrBKtFn5rxwPrPynpUDYXqkN0SGS1/rX1cJzQsF8d7 8c2myaP6hb22VvD2lV8KL4WwVmVKxaxYe4Eggl1imC2HRRqBKkQiKADLRkuLePkfXyEkoFJ8H5T1 WblDS6K2JSU8j7ZwIkTHZ6zhPHkkDorrJrLRTPLCD3H+FpFWDDMlEf1wpsXCh0AREkONK3v1G13V mEKvpKiwl43kmEwtB1OCiH9h+8KJ8laZEV0J2kUheWLLlzgzbRBJAmqR7VP/0u/eRaJztzZVPElN euMeUVJ15BV1U8AcnbJZ/pDcDVpGLIsUSjn/llEzxdLy4QZEbDBmmh6kvFxcuDSVZPXGE6JPaW23 0ULZPj2kYtkUW+5tVCbEHv2NUCYQvJKK9sotvXJZPefeEOEDOJKbNcvSohxlfWX+rBuUoHEez4w6 sFR/eMK5YXWpLFLsXMhzcztoo7dWy7J+B2gQrXQYx/VGy5DkZszCejrWstJOQ+B/UIahMkYxJ68C iImeFokIwFsz8BX2ugVfuQukmLt5+XYuMSEgJ9/ojlREmQ1H2AQGkRGuufGKaCEOZaUIJq+5vpwV kCz/n0/WTe6cr68fRFAqQBdewpzMxEG9cDHLRzz0Oe5jCH7qTusOAAj8qgGvzt87UNcxuTl4S4Na yNCozhnotWnXj6t6Q0fmXhyBq+jw4nVt/gcIJiNIHbywWlPic7O2XnCnBNUxwRU6Qt920sFOLHDQ brT58sc76dDs1NCWqZ2jUM3k3QuhAvF+//aWJVM+Pt5Q5PpfOFYlkxaR3mqHuL1Kr6JR2GOIIxj1 wzEUkEawXjWcscVyZ96tBkDNSjNjiWU9bmNhbPWCvNwcZvFmrXVWOouE9TFG0azQbO8s42QT2ayM DGbrOtEiiXCG5vJqZbsCuyheBZQmAhEUz8dx2kNdALeTGuOidNC6HWQRSV4EaA1jDlF8CAYRrXq+ sowFqPrKLNSANusOf/AR2tmJ0FV2DjKtnFNlq4LQztEgbpWllAPxWraiYj4LMpZxfMXEHSjhG4RZ 6xsQMzAO/6qsJsPKR2m94c8dwqwtQeO2X8n0xti+r143pv2qmc3W3AN6Ic/aNnz9d2L0REJGjrkw An9gPCgZlE8BLTjOxBHFwC7wMQptUnrApfmC1PYitjJgfTIfJmZu6XDmjGY/ZjsppZmhjSeELbqH 9JoZiRU79BnOnDtM5pIngqb2pvBxvhXc0Cial4qmHe4UB6YStBZpCDup7w3LZebcxgyyT7RH+Uee KWf1eXOOLkFhxUFeukbHzndjEXdocO8uxJC7lxn6PUtRz/x1v98UeIvmguW/nLx9vt2dbX39/b7A 6O/p/u89oL5zQb6/w+qP232+/9ydSKLP/8DiGeOUP/qvzFb1soOsHS/unHO9dtCEI8Gx1GnUvWnx xo5Y2JVFp1c7ccX0+V2UnL+9fhFO7i2MOA86F8KlN+khYNyL5+iMyWan9K2CYaEjMrgy57EPV6e2 zV218Lm3NMYEnHIWsdAvc+lEFdEYPcYqAHqQb9NsnKaiWDt1+vpFjaHSpfP906HmOw6l91diRd4M Mi+cu2FtI9A6qsyVfN+pUEen21LAu87nxnHsoupkYMb0/FYDPysCtxB0NgcqGq8qb3N2lz+dxJLW ueXmlBh+pJJyiqwNbTh/3CxAPHd6VPRnGS7EKvLztTmxAWEcdRGQWGC5lAy542Ja6egmL0pdM9wF tNcWnRIIjMFDvczQbA0kAqKkjfSwVdgKnp1TRKtuEUC7fZkPbdy6aSz6iJxI6HjJ1WVxNmGUYl6x T/YgZpJ9WTL9IlXzllP9h0OyBnFLcKxmFnKrjTuKCXoaaJ2JLfTaWqy9HyIPB7zUvlJe0Ya8DbJo uQ2f896fZe4BqTBV2rCAthhK1FRkLP4LG0GwL4Mc3l8uuV9rrpCsJb+YTTQZtASVFR8jQZzc0zai aMFlcU9BUpFWm3dGDqAuzjOKQKKAkv8grcJdewQ7mZPLAJ5LaeVf7rBum9lSAVNtQsIn1o82WKsg Am/NzZPR8T+EXNQtxmhHA71tzFZd0+ix1hkyIQzCFPm2hyvl5X4VkQzv8+R4gI/gU+OkiFIHUugT 6uHBX3GsoNpAzbdoFMBSGExukvf6d9E9/mJBkbobPYAzbF+kZDJFMJ3tZnnEfbcUfxO9dU14aApp rQlXO1QAX/hLIDJ3YZDyyANkR3MyBQeBpwJBRJt40Y4q5emcEHGVa2FBoXYxzm9o1g0d8wZAorG+ oJ9AUGHoqAl8NmtILLrIJkC7eaU5K5RKAXLOfrhPG4tWqkfhO1jeZaJBps1utBUFDkrADWgi1rlU fBtUks5IEZrwDLZiJ3SaTPrV/oj+aV7Rfhod0m5HejJGPICxfKW510b+IRkRFoZTlD7Y2qC4eAIo pmJ6Fsi3zV2YXWoWVkDd9Wt6ZQuszs5aGU/bIkhI72mHP0gGv6SOYBL4JIBaVx4+G4DTPMwIMGnK mU5wHZkB0wKm/NLRD0kLihYgM1TTzwBhyReASQPgFXn1MLBTH4LFQFW+pcKV86IDauRH2KAUL/Av buo2DE8XIUNhRIY31LB37sFd/pADiQZOkn6WGO4kMi8BDJYaQKQd+kGszlYIuTL3nsEP++pRfIhW tb+2+yOiFBK4CMRmMh8Aal85WcFwnbxjkj3GBu/SKXA1JMpJAxLQLtQUjtfPCEeGmXbgpOKUYEkw Flp1hVVjIozSx6yMX6jeyR5RLy97Ozm+hlaYMLMNZasaxAWHSXhVXNzRib52t6lDSuOVOZsxLC/Q kZLakphckRcDTBiJyS2Abkz2u+90V9qddNlwZ/fKwQ0dYBpgF2f8xaQadiMjjorp0JQACEmYhGdA mS7BEBYRtIP2CKQFb4bCV5DGmUREfXXOw9wQe8cKHMYlMzeSK/5HMmNJZPqxldGBjc2DNNPSDgDE NpOX+wfWbuKRWY3ZqmWotANGiDR8V+kLbpamhXCmlX7R7XxjJURUnp3o3/+djcR1xNJAZrze3EMj DeTieBwOqpM9s58GVMWHGTYLzQwPsZp6Dn9ORQbkpoThogSnD8z22P5kom3FdUBULqBHXfg2I/VD g9lFxzbGjS7y2KY0R8cNcBrNcKWYjI51mwl/B+2Ab8RmHke+2b95AR6mf8iDfc3t+UEV87q5C1Pv kYoRE9fsBibwJ+luOpwKURIVSgZtap2UQDEwypzIteVIgb2NsbXXhhZ2S9tbbFs7PXHcUBQ6dNxV iMztmWR4eK6SW5tyegA/fWLvPWqBBwOPUb8tkszW93kpndNNIkwBDOikiFQGz/KcLYwUpjGQbZeB xFMn80XOsXk0Uwu4sqO48KWNSH7YFZUSqOlZdS4+Ylto/C/iASJrkN74i+hstnFaUkUORiiGw8bg O5xpDbRYhMzoRn17gsxmwBEk4RcMp0h+L8HEH4xwp05aENlF6m48bs8WnerNhNqeI55Ye6oF8tHy tOe/Dd+6UhE5JqEmoPKYNTFATOIPirK5QDZk+NaEVDgAJJHdhriFKSAlKCY2R1uRjInQJW183Rpk odLYekrHfIxxibI1F0caoiIAxitUSmNpcwEWqWrDDRFzlfxijCDCrY0abEuiUaBxBRLaowE/eGqh kAmYQuaZ6kz/Y28abWFtiUSF4+BwMSAMHlfg2RKJzF4ZUlcW6omVMhCQ/E7YKIrA0XKQbmyVd6Ox BL0o1HHrvXsDBhewhcdlVytW/7ERnhoove+22uAVGqJH3uyWij2CntgrkHB0asBm+WEwbo4i1NFI 2/PKd5mAJ/rzVPTWKoW/RMeJ47CAgIQ7YgVbub6iKebBAt2US0ln8385jG7NmVONonGcK96Lva2o hub7UOTGrbCahlJhvq+UalCmvNNxS9EXq+mmXImEJF11pzn6tOQjL4AQk0tcBedDPZFlxZcFxP3y AlOeRqFS1UGBRzPtNLlojre5bt4sqbajPVgXYc6sM12fOQxLr/Fe32z2WQH8UTvNfyKtmKF4oSXZ HOx38+eVZbdSznGJEFsEqxRtMFtdqjf1k2KAGBlFbHGirDkHur47rWuLqI2hqBcYu15qwqzasEvX 8NHjTpRj3pVy6w1/0vxVTvqNmuNAfoOUwNotcDyU9UdQ5340YW8uSD05AQlEfORr9B5UycU5LoWH 5oRAmcLGFMskcWTctgj4BfAowoRyKOz36J9AsqfqOLp8SNrc3eLzzNnPfBebLhtlCS/F+TI2BsEW eh6fFHtffA+lA111Vwwdwmty1CrldQlkI5fPXZTVlnhlU+GTAx0bCKpktMY2Fvgq6JSiAJP5BCmv l50xGDmvVOm955dl0IEzvdsePKVUDN7j+7Z2NL9TqYoeKyJjav6HB0loA6EQ4RdJrutu8tBK4+o5 HbQIYlNAOHEsGY9vTUxCrU9LKidcxg0ixcpjb45xdyhvSb00sX2QWfiy+WodPWYeXoUMcCHAaJCa xtIHbC6jDqRyI9RI+g2hcn/s81gjdM7/hfeS/XwKsrTLMpkL3rUokFc0JqigKtl0j78jGpLr5/wV l6vrBKDv/IpW1ceR1SSobTgDdiXd5B0Y5QpQzqx06Xcz9wVwbEI004H5dpqQFYfSBH2iFnv8kLoy GcR+vPZmugAN60u+vQLCwAtGge49N+QGQjM3UATinXKA0N7akmVxsXGMUkumCCKXnY/xOLk1K16g nHIMNFOvCRq1yYHcnbadYoIt0rTyu1fcyT/R4UASKh230UUzYQOpbFltqx6iZIKMva1YPOfcGBv6 SrZonjYwnm5MZAnRdNpT5hzU6g4v0UG5/8kuCbrDZrefm36pCC1lzj7UuepmOjqkmbLiQKccR9oU IOYO+UmSwDe6gHIyDF6k4DtiuoI93bmTBP0DQEsaNcVcXLmkFWauURZbfWS7uobBB1p2LAqUQ5ab arnMn8BeY+KUxG0QVPwAE03BUmPr6YwL34zd+EmE0EngDbJNqD56BRgtkLNjjYmD4nqjWc2OQxWq pLXkhQHqsgMowt4xkvJHdZ/DdtWdgrRgenBVPIM8U/QsPgzRtgKG4EPqMN8SeOVAjCscJj6YkypC VoNtzvTg5NySqftooKYu3sBqdu7GxFUc5kfDiGpyFwsBeS2oDVWgIDK2+KpJB3MLySySnHcXeFa9 GZZGXvk020NpK5m/wwm7+Yg68vbNQqQVcz5enLyBbwUSOIYNfuAsrwXMS+OIQQMCTxlSWtKikBQG rJ9DsVWN4xjcHhKWYGYwYXXQlDeFtQq3c0196AneusgGibhXthUCBfqmotXoNoPIUEzL5MG0X1dH Q8CHwfv8G9iUgmNCQGQb7MU5B2ORwp/kgW3cI8/WTx6S6+s6JDXkEljrNYvEkmf0PbwSNkvv+h/d UUe4WntlJEk7uIOXOt82XxS6HYx79SSddumCvnqRomfYL727jfoglAkylx9y4yiqgAcvI8G84KDt 4wQwb4cRq4Pn3UYVSRnXsEj1bPsezJ9u0r9crmPSs10Eru4iLNbobrQwGf/bcS6Oyzg2knp/E21s QmHXOo8T3R0/oc08fusdUDr0GIALQMYoJ8FTDkhsuv7PJCoe8Ynv5HlaiGOwDY7xJYcQbI5/rSMp IQ1He667ubBTRHJx2tF83NMDfao4usWWthGobUcbQ2mE1m6xI4lxbbqwdW0wM0NN6zDAKmxLwoSy Xg4Eh7kgRAo8WubTE262eg2oNVfQ1P1nfcMHD662/XJyyk22gzY002uzq5AASQUdtLhHHhxxz0JF gjtPXnjUysNlMRjNhEZYnBt/EZj1nsTKIxgrk+HqXuq7tLcYWAW36RafDuk9kpvcPlZ/Ppm7yoUc aR6gxJCXKwdAFIszmsUoD+l+ekwQQa8ELDcRT4voDWEhDH9d+sNRoKR5FgBwKKxbIBl0UMLGk+cs xLrNRP+lH7pytIifemjF4pGs+NKEXEdxuhje7WWHKGTbwFJX5Rh+lpy6xe62qFYg+vYOVnJYR4mG 0BQ7Q5K0byzpQD6s0EJoKifLHZTal4U5P9ysDUIP4hZyXVf1ZFB/miZvkp8oM7C+6/kIVPbTw8oc iysyN8uJFnwgNhRFyutEmMQDMxcJV5RpLPhzLCGguFvisvCsiLqY2letq9GEb8Eju6UMIDi9GLzq kqLg8UHXsUXkTA0AEgXb5aSi6eYCautsUr1hiMQAVBAOlpYI9XGP0AnULLtnSVG5EjZJNqRjaPK7 NLd62o7gLgfB88Jv9KQV1oMyu5hQvoEtDWdwPp/CNDvAvjFwPd72e12nXvGyOcrnNFbtCO+AAxB/ d9IBSwX+b45BCvCtslrLB4ZQidQDGUQPd4wPjAYFcgjoGYV1I4ngsdRB2ThVKVmiMD3aictuhFct SKYqphOFAjHsSVY0M51BYIpaLhS8YPpNzdxTXskVdXMXAYvxDR04jPydPJoJlM8HKcU4rNVwiQz2 Bzf5PbVBFhtGGkbJ+UI9nzyMp8ZSruf0UGgSRFcOlQirHq+80CmyypNXMO5Wx5QB6UKCn50jC5jd 4bsViZ4eHUIbYulS73VJiJhvHJIAB4dhRqFB6U2Ya9CWkm4/5SxchOPcEAYwlAdWqKsGFTjU1OiV VNacu8lnXAgdI2U/9EjiOMnqqGifSXjvf6SnJZtuAHxGDLZKHfF5QstIgKL5kHxUx+ajiSZWnea7 9BMg/69oik5oKbBLyQPUmxpW11lVYdqTmyJSmbDkFeVh/MSRCayUG9cpoIbuXYl+AAx8HHYoPllO WrbMwaCYdImzBsX/czJISYAxm16j3Sd+9Vtf5p4DMIsVs/UIti1zfaT7BC4yTmN1g920o50xv4IA iKLNmoDWoHxjhmVGwCPdljvjB2wkqcn922dwhHEywDeVw7MXUgWeE4MXCnSGKnA+eDZX4PAi7iWc hWQPBj5/tjugt3YD/GEstKl3TvV+s7eOsDXl8AdK7nOnkUSC342D56iudDlAO5XC9jQRER1/C5QI FKQynkdP9WhXCoGpzV23rQvIGQubV8auw60EwePoyQnUT4+R8pqaT3f4hUqPTaWj+D1hGvJPlIgK Z+344dp3krOKXDSH3bnajFDejkbH+1s+OqN9PXeREJGu5/YGIsYpMKjpTQkIJgx/YLRYEFTa6S60 O+syXo+Rk21cSgbZf8XbNmrq39847ekaO1hpoxloQ48C801Rv020XzyOABI05ewMb4k2Q2M52nNK pm68qKNpGP7QG1TjZyWFfkZMH/Me9i/mRe1S0edY5EUDpL/6ZO1TlQ5kdmoBFubx9NzQ0Z+FVCIe +a0aM598+8wkY+NxrQZ9ZfEk6aKGrnbr4gyuXnt+1r4jcT+/OyqQHEU+lgpLYDmpmIddWP5aIi3E LCEoQxTWWrNMrpzMDryQzvFFVfIdAa2QSvogCClBFoy4vfstqaXAjnKtbyFfq3vxz4dHMSNRsFpg LzJrIG5P0BKWIaNgpdAli7r1y4Nd1gdT0KbMSMLyc0EndzXIKKCG/ws1RVlruEhS8Gb8OrCyHDGn 1LW5iQUFldVXL00xtnD+sumCnCVC2i+ylQz4mK8IFvHHxEIJSmaKKh2CsVzXtDo6sgxQ/+UZSzyG FWCX28R1c3PKLXyPIg1r7oNFbVhxqZRov3vLlPSyLGkTNEAVg2LCIl9UEVABG8JkqTjMW4qx4RNl rILqEA7DIi9qxAmEUgqqQThJqUG4htmVIuCZv2TRPOSNAQwguGEJ7WTExuhRdtLFI80oUdSR2kZz w2DXDd7viW9ddWcfi82mEBKc4CB39gpyANNW/WUcrfscULM0fOhCiMeBGgnbUOCKDEO8ZMmIbNEj ORdpbALWJwqfkhiuRJTaFA3RUiojtEt2FgdLatddiVrc87u7Rh9AQOJObYgpNaJtnbomRWl1kZcU o+iMg1rYSisToXlrrwvy7/S0PrT7b6b73ZihbYyRq2gVYMmcarTVW5szobLonxXaA+QNitQwJf8i Kt5+GXfQJO0VtufOI3GJKI6oNoNywy1qfIRlqnLThf2cRhFgISzPPm8aHzJqKzfRNLct7y7oPkcR Yl6wLNjrLsEEptkczIFYnlrv418+1+hu05UJ5ndkQ/TqBwUAJsGqbiiAIfxxBqyIMdH0O4m7BTMt UXVQTwKBFDrwo40newcROGUQlJKsSCTP5ENS4WDM1HEQiYVOmD4aFMBQg/aeyhbZ2bIoZDHn4Ah+ x2kqPabfE48zkE9HRU32GWOKJ7HIfsuregTaeEbTNIwneycBgnZBYpuraa9tMDhLqisuLfSDM4G7 sJP8ar6PF2HYbE/RLS2rA/8z3QEL7J5OG5u5MbUBsWWuUl/2W+atsf8CLDT8ertyQSpFfVtN5Xru oeOp5UpKYJv9cc/SzPQth5MPQg30gP7zTuAjTVi96QdfNKN5GD+zopIjjHUEsYlYUna3RniVY8Su XGIn8sEWTBzkQD3CW/QPO8gHMaue/AaQBKWFbtVN3OTWFJI1xb1gLl8EAEQgHrJyb+jGt/dTKB/b ZmWv7AuH2Nz7novnvnPgxoQBEhejrPzSfWrkgowCWZzOal8AhFCt4Jvi4lwppAFbOSRC7CxaOGh4 ji8ARIHPFejy/PCHcdxcnIxazRvAJ8r1EnwYGHVR4tj9SiITVcXIleTdEzBgp0I+/ylZtOPgC/0d 3TpX1hirNK7uUgmi+zGnAUPjVT76rY9VMKqPVY7r53cH0hpXsV5V0SoAO8jAgIokgVjwvabXuP42 Uv4fPIO8IC5twmAQRmiVLVcJ7I5/0JbrsJRWE6xjMSQZREXxbDBYcYbhJwHLisUsR8fokrrq01aE FphKmjHZanS1hYoAlGS5BA33prSYa7EJgWEp6WHLnypOwA+tJjO1lGFBxBRmBTJUYoxvrqrWbnJX sYcJdNGPlk+cRF4F6cSoWJSwME8VKG3omSSczcBhmyG+6MY7S0PDIdJ3emOZhRoqsTFTmbk+q2On ubhhgkmuQsemaj8mNQLf4aN2/R5XeYCMetpNU6qQ1kDZuUrLrDXZcR+YYH9kRpDWVNSsSDViml4+ QLzCoVTNW7ik1JPGGdJSNbyOzpM0vmWrZpLyUiGCwmqBIQyW4PxDOmFlbBaTmIPYN5slqMMrBiVx VRrjI1gsNmaTaKtPkmLDbz9VG3JbKST/eZyxQFy8lPBDVLZggQtidHmGJoGlnP3nswnwUYVUlXNn yyKXfJffiSX8l6Q6/7YJQUHhf1X744aHiFJW/VHis/c2YlbKrBOAJ+7nSYmAW756cgDkS/Q/nerh CQLNiIYsKl5V3KyEXPynQDjnCz6liqqIrYo0LIed+23Ovf7SP3bQ2vHpfCLxzysKEctlxGi+MZ6H YlAG/6bzvO6t28GFFKbQOL9q1bP33YqJS+ZOXG2OE67JwtDV27epRf5hYkU7hTfz9tYqsastwsF6 HRfTUR36tFAW+xH3sPpAV8+/R5H1KPcllLMep+Yk3titPm04mwLFYqitJYWvPLGv6FSLgGaWvKv9 yVdsF0EUbaWfOqJFmGD2eWOriKgiGKeTGxhsZ73m1JNaa4aYRiPLaIKeayiysi7yADTfuC1EuCiz KsbiGrI+y5RpSjb6DcfsOumshZ+O0sD8EXzDe9A0Np8WyboveccqL+cVizkEQ8+dAFE80M2iR/+X YNV0QaMwBldbZWMGNhCcABKJZcUZkRIMVuW+DtJpnwb9RNCyGBbRPPHHFqRwxAOeIfNao7li4HwM 20zoYRrYjpXJgeNa1u1TMbdvQAYWPjkxnIFixHNRisMfLG0+GBdzhGa9HRv9OJ8etvXTbMyDfTqp VbhF1Yo2iKnagyIffQb9liEaXIRJGRaTmnXruBg4dkxHln813LHsc3faNh3hc8CO63xpyow8P3FP AJY/KAgMYVwgVtZdnIHi4p+USLMy+iWhcbcjTt0Riti9cSioRdtNmSYIWBdQgd+DgRw3HeATOi0Q JiJpLFLWIQLkgNFpUHGPWVIWGE5CNTDak68JuyOxUAhxK/vTWqzbjFq5Su+pWd8zE3SZDnKWBlD9 DFmwYQzSEHa3rRBi7COJ+FmBt4/iz7JyQyOAbuTbqn/geSoeJru+pcgI9Qs6KWbQdXIAApA4SnVB O2lucTVqQ9SLOd5e9oYXAbkRVwjiRpyGG0gZ+hmkmN0ON+gBbmgHxRazQ5WBWLXv4AYT9QQ6TsKZ yUpBWmiYENp3wJDYGTfMS6ReBVoqVPLgGpLa6B6KS2npawU8Rmxcf4rMMTnlCUvnl0wEWBRL8RRv lFgf6HGfMibsRcyBjPkY9GWyBiQcPRgz21jbzFbCEB2Vx5RypEUNLzeCrpg7scsHAuuoDT6Z3Wpa 5EhjV1qVpqQqeITbCdc1bE+MU8Z0Z8z3mDuwfA61ktRNJwVGZt26oTchys5yivpBufnwZg3sZOPK dWC4yn3L7IKVsL3K0jxylkj9Qb2AKeAW2AlqqJEGDRKO1BD6gtoGSpmUtK+UL3EGHnv232SSf/IG PZVABliSVMg3WDAgMmCMOkCnwkzHk73mKzAf8OVe6DcaN/G8UTAyT1LihmMxmBlKizJp3+DISmcz V9Y0kWuWvubOKAzX6GZSIhE2yPeWd9Mq80nq7U24Ui5JKZi8OQ7hsWlC93eYiO5qLq8sqoF0ujvQ jIix4Li3y6m1Eamdq1PF0FHTyfMEr4XF7bR2PSSCFD2ex2b/u4l+UhlcTkpx2g//gXjzNnp6f9Cg RsQUjJnPxnAKU7VYtMiXKYZdCYzvRAI6hrQUu0HxOTWPeVmEcUMTKVITAbuTV+uUCltKkG6QARU9 nUmnAuv5yVr2/rJkTf9UpD+CJQNGga2UIDkEOIAZqz53Ee0+7ptQSo82BBKDWs3THXoGm+pM7SvK qE3F8A1vSL+nKZQI0GkmvSvPsQ+dscHI4wNvSQHCilMRGgK1tuMwiDGomMqld74NFH2keL07wASd uc1gdOAK7qCgu3j7Su6NnxB81RkVH67AnHuaAzsRqScPI9RxSG+t9FVztfiU2A4GJnDjHQICfPbO SXs4fnl76AwcNuYv4juSohfEKS+P6GevzHPqDMl552uoe+D70/OflIgmHWdfVL6O/GOPSBH+zgm3 /oaW9Po9t5oFxmRpGBgsTmL2iMZbDDcFXO8NkrQizTm5hzSMxgD0QztnomkSzTNf33SeEqanEGwB 7amkNc2GERUh6zrVNXpImdnmHVLaHAjqcROzk0N2sSpuS7B4wIIq/shsEuNWczSrfXXFqG5zd+rP R7mOoMzaJ0sEd3d4J11xke7mlHTY6tEGMWOnxfnabmCkbuK20ZrecBGCGMZnAv4TffCf7uQ8igEt CryFVbjwo1n29M+SF01FOpKkVqWtkilSMRsGLTbIz1MhUZMVoje9WnFa1HOU/a7fXMBAOVMu3OLE 6VCOLxr634KG0qhsHc7rFQWaj4nm3Phm6+mEHWPdKAprD8JZxCbo3u0mMQqM4/3wF3/MOC+R7u9n Vnzsi6yqWSv82lpJ0KbfjAybD/QpMuKSTpBY+BvDChpatIfqFlNXkhWYFg/xthgsm7aUOx8ZZyx5 xm+KBTRs7aOnJHxq+bHYT3NSRxNPgf2Gb5iJ7IKzzL/zJ6mijpXKwt8qlK3vFlG+DTltGmExV5R8 bHnZ1MiEZwC5k/lao6VFRbM5guiNjRjPT/JXT4soWvSNkvejl1x+J3xFVR6DDilSJXOf8aAFUl/G IuMM0xS91UV6kCcXe1jFkHFME4OR4iKJFbPRjRiYcZmWhjqIHJwxLUEDhvNYBkvFBJfs1+XjSyyq mN/ASiaseqalmQH2toX4nKNjCEbEWBlZp4m3WupMU3mLxj0rgf6uw7elF24RnMh27cWIe1PBAqel okyok80sqBjw6hzOFA3ddgQg0kQmhW8vR+Kuy4FwknjX6JQUiAUPzZNQyNw1kA5bm2ss5KycUobH AAWyAasiWHORf0n2ZW5q0SzZQn1hHnsEkshgpc10r0fa2Y6UB6koLfOhwYzWkPpBmwENy0JLJTWD j/rNeFLJgjGjtA/jydZANtklfrRNI5MaFgEILUGFUiC7/CuWAAzQ3fZN6VAVshyI5FG6De8ZelDN YShAbarBGnznRrm8+rOOiSin1vOeNQ42dAwsPG2ziOiAHTODLCGtzayYgXbd4ZQbsS6utnVChIwV gBCe52nirruKMgI1QXe6992z9lr71MdQSGwwJck1Fh3QaNl3/VYWlZh6LxOeV2NHM9ygCBBChQhD 6lZO6o9TW2tMiBqCZzRFhNMb0Bno6G8UoVhu7t4ek/dsMNgkCJNccUmfTTBV0dComNDOTpt6oCK/ E2TFe4hvmrqqHMsUXEAmSRvFvJBPzSgS6HWgQnSuES09cMhgqINFnQmAHgr0f8JdKtSuWYtEACrO RkwNDKOnkA0d2XAc6A25RWFD6BQcoWdWEB2rVA2S8iXIrU0gWqYBiioSLQVWIMcESrWZxAH7gH8N SYs5k0Mw06XML/3prF0cYEJRRWH8roK3WWYJ3AvQIaZFKKsJo2gPcORhY9DodMBMdUeghg3xBULq AK3xnPLiX7OArLf3mcU2QNrrKNoVE3aH24eWGXLgqip38BBbwqgOjoCHscjUhH9I48HXbDaJ4RT4 je6b2GpCwWmppaEbCfLWu/DilytJQU9g645cAFA0iGbZjsOmQO3A2dSV3D1jn2q9g5qDvZgq8DoW UbNOxlWcmeczC23bb1HdF27cuLYbkEdTQNJpK8SP8acFFcxn+NhuMqblH9dBWziTdAHO+tVD5qZv nOkoCPw2mPvs7R7sDXo2Hg879xTZFn0Kn68I6XNzeCQP0IgxyojhnCQeYjzk+d7hAHkJNa7gZF9d nTJycerB9RcYiXUg+WzLA/XOSOC32zhwsfYfHVQCETfFm6OSL2HgjmJg24bqKAPMd8wCslNb1j2G c0oVJNsXSV5ti7QpQwQ7W2B7E04hML3btlB+dOyohcBlbqlDMzrkIVCUWN2sVjdO6cRV5kCSTi2w a3Or4rOzC4wCZXVig196VMHvbOfz83fOsnMNAoTj9g1fnH3h+AMsin4coH6OU1hdrj4d9mx/xWkV amh11zEsbYzAfH+cq2w/4E6+wbzeaOcQhR8vvuv0iU+nVTinJR6qgL1835FtMl/3DmQw8tf1r+NE br/ny70TGHYnCfx17sX5ijPOnVE4+9fMb9e7/6/3v/69/nV+8+8Pibnjr/Fc/59Ow+hcmevd/06t +L79/f69/t5+/l5/bn8vt//uf39utf293P/e7v/9vfznuBEvR7z893u53n9//hat8ZO8BFcTHMcH WvYFTFuhcgmWZmtBRadiC4CPhlTHSmqVFGRw45Ao61/IR0/9FyYJX0UscB7avagcysTN6r8oOt9Y rQIbFRCKkHhAIUYG4MQmbVhIYWA+pKpa7YQroRki6tAOtBm2dVvEagGPYHS29UZnO7Ci+HgLljDF iIgvRuXmw27YOLLTC5v4dvFopuAIUSwaOxYhoKU4HyINYOAksry8K8ILKkKL0WYMjgFOq5mpQhJn my0EAhrk2+HVsmC4N54U12sp2tZ5IYIN5n5Di8EWDikbruQZr0w5WDCMSSyicxGuB7d8xeGZjSg5 D0le9dnGSztf7X2Af4Fb+hEnq3LVAxYo5RUiimYjy/9qblsyku+Lpzc9Pk+6ZAdsFuolr6Ud2mGm L9AZLW2m689AK1LwdgFsFdGWSYm7i7QNImURjqJgPbn06EZfGEzoKA/pxDOCxIrOUTOSkFOkrhpJ EBsRBeLoARGLbMtPxdFBksXxQx160FtkavrldnRTUoMEzyPL8wTkRC3L2W1C4MJ4wbW+3FVFMQSG INz28wKs5m9pF+0mzdP3kzL7QlYwNa32VI7sgYeXAxBV03IF+eWCXhmA+HAh+io6B3GQsfFAlyUM EgFKQVsRxEbK19JGhGtg3pUrl0Mjv8MepISF1l70XP9E2isfpAkFqoZIb2hpeXHobrAQXni4TIMg iI8nmxH1D6KQYJBRyZin/JBieo8olLl0dp1q2PbhxPLBI+ZRth5Dyco0ehOQruGMZL28PghoUqjk w/wciemIS2Ivx5LylHWBiJpCWWQZh58HBXJ4iEmqS69C1UjRLEyt/ZrSHFmNrAMnHIn8TIErOzZB MhjQUFpTyofPQT06j8EgBd5miY4p6ym3E2wRUV+PaDdNQ1GnBNbj84QexNGs6FKpnPmXRfpDF9MA h6LnExHnumtlXORFczMBa4YIWZxJSta5tIktiJpyd6ZGAbSlTRJ8brIeWCgD+YJMSuUpMcZxTtQC vxlUfAg4SsVyqqXRKJCbhA9IIVOF3CbPY2a5gVSJnRDq6E8jiZOyZLHkhv9BsXr12R0YG5yS8vsH Eb5giITCuPTnm/LLBIZgovQHQz2IqkHNEnCYZN7WvfgqgUFB/pdrCtvJRlKhRMkLkA/m+IRo1OTv gjSzsSltgjW7QO8gjsELhxhSX6OgnCVhWlLjujvQQH9I8jPxoxga0Du4u9Bf2oIa8w+1pnrD25GE HXkDalCqPpNJ3F6/eeqVfCQYpopXmyND43WC6wZhYQg/UkkzVI8FNQjthcWRVTybO8O/hMUs9UL0 OYEYxO/GnKaOk9lDZKZgVNEH5KYTRI811NIcUyGT8HVTqf55jz/EJmNo3ESgDSiB+gbFVT0/+6tT EkIZ8DBzDVFsyjBSLgLeV924N6nolYLQj7A/IODrw9vDYygiFI/WD/sBcJoz9kIqG8ZBImxLP6GU HYDi9IFnOAvozqE2ruOP0mP/wyXJAIhLEMGyhg6iBGXqheBIZN34BeSIUbkRf7nrLR2cC+ob7fT6 MMA2XJT7Cp/UZy4TTMpH1L+GEcEdhLNq45tAZjTTD6oABMUBFK5iGr/+QDjNmqLq99Gx3hM/XjgA nOZUpAsQbpdC9f2T83+N/mhparvEHSB3ByM32gNgE5twXcPsDhQNy1VXTL3S23SgCfvbmfFIDp8O pA4myvuZUKufWyoVRpARyLOzQUBG0dcZLBhmNvXsNJIMKCi4Amdfj+eWg+zUNzjn3qQ0lphEp0Ub leh1bgmAOGIZDBvESx7698UE+I9hJoEc1c4xc0SgrQcRzNkA6QXKcEmXtCJjwf8UdBtO01QE5E4M ha0YMNg/06P/tKpzDDrxHtP6WxE0dSYs3bK7/Y1cPMtDBPmy9zES42IBGTFF43Io5OsiHlFp/iHl y3oz25iK5riHCa0XBuVVaFFW7g7hgi7Ik1xjGSbsBuudj63FvaupxQI3Yv2peniHQVOR1C9popR8 Udvmgu2PEO9O2NHbrHAnGPQ00E64jl26gelZ+T+U18c79BorB+UUnZbE+OcGRfbo4fSao0ukULw9 hYf0uhISODJ9Hc1RNGKO7zTIy9mSacKvjgNKfHkAs6+e38ZCzPHKU5JN64msv6RvRDy3ieBRk4w3 xfWG007LafPCR1uNeNuIMToYH3eSBBEFQiZXq4+7mFbtaE2+quGTafyhwzSSovfoAedPpM06jWg7 JKWucfY1D4Rn6UaAq7HQGGn2OKLupcdVHnnIGmnFu5rTlCDborqub2Xo9a9uZke9cKEFiLLiM6eX WuwWmuVD8uIGGEqawADmeQkdfRoj6vhdX27kcHDc3HGIzXxSjPQzpiRff0m3iZ/f/9DGPIpBYyCf GuBdMGlEhNlS2lpHavbXtqq1q0dA+UZdUuKeXMAjnQex8nwCM5/bIc25OF2efdPMqVhVHbNonZtq UZZQsHXa0DggJN7WatZS/IgntJoyOqyDs88pu4hLLJSAGwrnDBPlkjLc1ivbpolFNk5ySNQWPYGE iqBij1IR0Ty3mePsa/Qj1XyKQLCHvAsUs2/UFmCjvqWSdbR2CtuKK71zAjqdri3yEVQ53jfmFyJv eoipJEM+IxgThJioLNTyqHt1wVbhPXoAfgjAAZpU1cA/leGgvnoYZMgBg6ZKJxXeuCKElkII80SD wEzdyLyUdDJ5v+lkoWDhex0hUp8q1sSKAvpSIl+F3/qtYK/CIE9Q6l+WSobIFFpoJMpiCiGTsjEp iZ5BTQKSAlJcDOvzGGPdlriix1W5rXgTfUJQR2r318QL5lBc9iK07PbASdBdpagokRiLRYG0e7mY zsLGa1QaSA6Ik6QKWOpfdhrkVlIT/ajwSHLx1UJlfeIDN4/bTSZGS9YFQtUmEUSZuFC5CLxkwG9C jlJaIyr8cAshQhwpQEq1iiuLdTzTCCJhwvgqkve7zLfaj5GX9DBIIIwhscf1slWcSOAGbMIqheDx lbAWejcRqUcp+CBDXxJuJWQl1J0ZHv4ZIo1FgUqnD6W85q7+MCxOXZyUzmkkQdyu0M+IK+Ktz8hE o9v11+iklG24ETtp1fSyGoPw/DSgLETEb7qhCuTGtgJJwAgMKflmCngKIGjHkJTK1UiUdWBdj0Za IJaatGLUSYrE62B0NVQeupmFGqM35sj99dFuTy6wpIMghsFgAM2l/SJb49NIEFHVL7nXQl2kxqvQ H0TB6WgEY1BsUq7u5iCI/YyM1HJ7YTqJ73wfhRIZplyJbE7MPMyHY7d3JG5GJKfQQplStSGYSaGY x8CMgRKvzqmoiNYQTRDL6s+c2lQays6uglRZScGWhAUxVEzfVZclNdSnMZrR56ze55GF9ZXhtXOU LlPY7BddFUfqs91qSE6EfrxCa5J+MFHDRXWjnhg/1qAHLuxbQFeYbTzaBDMVHI+Pw+v1gse+y4r0 VG0YLKh4yd5KTtIz4MnKzulUpiVSYxbj2KtMWXvsESegBIFOQS/O1FWMaqOHH+OCpvMzRkQaAsiM fo5BH6mWF/blF3SrYpoSY3KQHaIxJfWG/RO7u9r2GMvg8RQDeO3fHtXxXd7TR3XobXsphN5ZuB2a 7YgACC1zhJDbxbhhToXXbTAB6tWBd9r1NhmpVn22rwDobfcNwF2deWCvHsDDCHFZcT/r1mGsM0EF 09tP4KrRAtpF1dU92LLtJIAneDxqjRiy62V/RtQuhFHhLmwQMmy4ZqYT/NFhn0He0RkjUQGWdjZI YHuF7aBj4DBpriDeceJA2Irdgcn2+yDClFdRt+9Nyuv8wNSdGQ6l/lXVb+DjTG91uB1fbbRvBdth +x4fgL/qBOJNTjxeB/JEoG0K6PEF1G2aaMMHuDE6zaInE1QiH5X2TlR2zWhwaeC1pj93+PqHg5PD Qn1z+9xrEDtnJcQ+4P3z4z9HFhsiXL4zeqswd+cOeTaNcG2bEHB1WwbtJLjx+/cH+OyFivaE3EmU +NojAX8vv/c7RNuZQvk5PqnwIEuy3DBjGxfpLXfPenI6n2DnTIlWp3R0WT+gyGpkmXSKndN84f/5 TA6UKds/Kjxu42gF8xT8m4txMg4dpt2VNBqEi1/9ORegXydppNpTMOrDjsCcbDGdZnRJ/PPZKIf1 qiLfrrSekTXLog/e+PATfD4rJit6xXtviTFy5epWkgPGVTTrUYAteql3uz2cbjO2R+jw8cqgcQBJ FkObQbT3LXzbtdYQYFRndvuur6bP9J1DU5DN75KmXxhzxmVrsgjHpwjlsnxOjSk6OJ9JbZiVt1Pp 7Qnwk19vSKV1TIOG8Fd4SAQ9u8T3drxGto5sLg2jGYvwgG7wBnycvrOOzv3YFhttxcoIMgHKQn3b ue6ADTtpuU3PRBiiEaBnVg0EsoW6JtlOurfu1RQ/HKrT84YEgBNMPueGsDkm/cfGfLyecxJpud4i s2dDMIDjb4WrNKDFl960m9kbQJxGaNpEnwOlJDlEfrVi9UVlyDaFFhOSKzpEeIEMVbLUUlQwsm28 Iq6gPPFHyqkroWA9IjHumWPzFEugurUpuWpP1bDVWtl2cbzKo2JAemut8RPZ9DilXw8YYtDiMiul Ji1uyK5qgvogo/jN9bwVa8GllumI1slMLBFbI9qhsMoIpKyfwkJbk62GON7KZAO68DtPb/YLoH2r m82RqrRGFrrUpOWIPanWKCZyUUaT0VmyWuu4UMYlGIs84QayBMrWdW3ZdesyzlNsb4vH25ZtkoI3 bl3DwCBTs2vlFDbqJxuVUxtMCsOChBY6jzjLH4Zb5opaFmHlbQTWYdLua0WTIhU0Spb1Rm7Y24tr xD2W+OWMnqnENaFXI5Za+SqGW/ZQ/U8im9RzL0rG9HBsrgsB9CjcVzNx+MI795r4C20lPLIyl4J5 PJeStuLmnhIPzc4Hxg0qjXy62pyQonFmoCNX2p4zqGZ5QuOwh1zojnksg4sXBduoJUx5X5rhM6fa /pbjm5buZSC5RKKUdRRkpAtCDrqj/zZNFl1nOFNjposdy+kwG+3VPsni8CfBwC8lUJTKNSB5SQKT kepqxEXKIsWBIuL+8Uj4oCRzp7HaYbOEUYKMDkCBnY7ejl3dI2+oTLJviwTL9IMKTY2d6k2WnUy7 rdqqcb2tpqqqZK8VnaU/PmMgtcRjrEtpVeZ1pbf2YCD6OQHfQ1QCTUBzCR9Zpb/BU+YhPKbSYR3y dbS6mhAjdGTXHJGBG3L2k+MsfINC/cgl8W6cYZOuQpmC8dy+4jGglx0KUwqd7PLYaIhsAV81i8ri xFZBYAJyMoH2YXyI9CL0hqIA6oYJwG9BDk0eytD5OfQNqBB1jkoBFmkC5gifyYjMIpRiAXtYQ6AB PFKfIWIEbF4BvwytTP0fTtSmT8CvpuFGR7Grjo3InJt6YoAgmjKwcvQAHSuhS5p/4rGTHFwH4gaI YF+MqzLWP097sZ5TK2MxUORBtyZIf8JJejAZ3UhR3wigMCLMJFgK6agOycP2j7ARXMSOf1jS84Nn O0xt7iXD1zmaKa5yRDCQkXG7nQV6UIDfsEEgELkgFw6Oh0Eo1ppjWNZnOJjPlKRdmig4PZgO3r+C 3FHw0YvioqqvVqRKx4JMA0KDogKwglkkxWqhUxSTS/98CYCi5u7fscmjCktyaSb17eiPzCFjQ070 6CJ5UaHAXPo8SLR9B/wIgan6VwN0hSum1kYxa/0B6tmmXz0C07QraE+Vnnt5obZwrNBqJBG3vdxK jMm68mVIHhDNv0FUSHYQB/DcBMOV/T+Uzo+Etl5c8qF3AoYx40zauXcjGietCLrHLlP3MWhV5zrG KkOhGrWuBS5A+FHrtpA9DG4vNVuaOXU92/YhzSQFk6KFOuKTDTO3gQ9e1Uj/aDUqIHI6f399UPJJ cAO56xlsSmSUGlU1jWNkizWD2sgJ5UMmycXMetsjkDGlBBgCF9XnpwiPwahti1BgbMf/drVVcjdv CB6uYx8OzwC7goEJHJzftNNIHGtXwqkvZhAKbJpvz3+Mi5tZbFtCGTlqdZYCoMMtzaYjYkJOURwu q+ektjp5mwi2cppmUnATSBeBD4aqbHzMh4BTYLS2m8aa0wMf0MgRGCRvjxC/DiCsDj5hNQXEIiDQ OWr4peqZfdX+0RPlVHmPhYSW+pvTn6mGgbudShoCcacxMLw170MC+WmEmFSzYhBBmX5JUlwV7WLO VIgUEWzC4dW+04YqhDUjNnYgMeXJ21q+vNQyFHvb+26qvV7IymKrLSnkJpIvdeAf8w3PZ3tJh9ex 0V+4EosSnhlkfbWv7DkyUJFhQem5Zb3RVFtpm0DKz+3gGwPANsZLLqFuOX39tIWUn567aney3yie cJQ/iNrxWxTR4K6HKhd0iQ0kU64Uh1Q/XIylNaqs+T3c4ZvhDYGxIUfsWi9m0zMO+BLo1zIk/0pU nUdhHpZ1XwVHt4NJLOdCgjqKJGPn31K2Yox4XdSH0d1tfTR2+HlOFGHixgVmmab76lsYo/+iyDia FfuAdmKxplsLjVHIhjyS18IaZEF3y1xdbxqlRcermA3bOpMICiZJuyWDXtTY51VQ0FpoUl4zxo4H RaF6NDpahGmGzrG2w7uCKENLWQkgiUdJEYgJ+KGXRaT6+98RFaIs561oSBy2cE6HYjdNLdxF5E6A EUE2VXTFQx+LAmO34EKUaEYFwiIgLZDU/nxhJT7XUffZdUKnncfCCdmEaJNzdvMO3Eh6zw1KiO4d 50UYhUahwQSPBgGir9raQ4o8Lo1oxLhltIRqXYodIeVJFI1Ga2YlGmYjwiyFMANdYZI4h6YINZNY Wo0HUxtrEDpcwrrt7Bcq4OChDNb0TlyJGfa446xgz9YPSiQI7VmgkFrkEvSYoZlJBVoaFA703vhk VM0SM/LOZXFrVTSt56VIioIod9GnZ/RopDYNhSr/gEDF4RSXBQS6EZ6mZTrtP8j4+mykmIEzHs8z VrOPU/JBAXiqUxhdxqoPVQpOvWCVYn4Ks6QioRs61D1PZET6xeAR6RE2Cbp5VTzCytBO5SjAEhC8 M+lu5B3lObQ8y8rSTYCAM5AC4EImX2zpz6Dagk3QvQgjweEDm/rXrCVVD0W/hc4kQ4pqnPY8m8Ap fyYPqgAp23QffEbf5QxZUH7+aIuJ2Dv/amLUrNlhXThDDzMTa0ZGIeJvDIm3hNnhDHhScpsVdD4f aS2L7tkr4mNhkUzfoiAe03GzkFCk3DSl2efz0doO9XTomKZOQ+A1w+jEzSWSKBdh6DJB6NCga83p sAu6BwYhyR0Gwy+JoaySPpMyVWfa0YeKBEBdyrF4B9YDKgVNicZ7kKFE3f3pUs01o2BStKWOZJnl plED/9le0FZxfxgMXpXkYTODpL30IY1qQHxDK2cPIHNzVFm1Y4hBUo9yN1NssnoJBk7fcCA4Ac0/ bvelAFYvNA9DdvRQQ8PEAkOCO1bfDmgNnAkNk9i+DoHVrdNVQZiAF7tIEB7TVwiKt/Cm5G1yzd5G DPClXLke6gQT0EMZoLIQHtCWvTnokD+qtTtnFigEHRu2rHCXbfgyPBcYFPiq9Bm01e8A5G5X0qzS WH159cBVmkM4YdE6AlYA0Kq2NqneP+ioaefbqKzuMI2GhM+2m4NetAPTtDeS1+Sdro6uRahhBvCp qWa9Xvjme3tHHbIRxBWMTOZhsPDaALQgbWgqhO6KfWjwGsgq7d0NXm5LCmSHKsAfBkKf0eyTV8EF 0YLE1Af7DBoOH3Y8rRpp4POnMmLvewP89uRH5xwbZcD34PSvd9XHHVIRlAvwAeDjYkwH4obegq+T wino2njE5ZATkB0QzxS/4ZAdlmyqjiwBXLvBicoxp3dJ99ZEM4kT0HG/eRmf5nQPx5ywcZwkYx7G NgRF1LhzWADmpGUswgK94mUIVFtSlAq/zChcExNJ1roGKK+M3+8OwPDiSMzrUYFrx+aYi9JtwHUd DvYMHzdVGo50cItzefRGEGQX3mu/xFYgvDLoloyNHwKmo7GcpW4J46uxJx2nvmFsrM+TVA3IlvUQ ehkWkZ70+EByvcKPeDsd6rL+gJZgeRPucQRsAY7aAWle1JfS4oinN8yqszL07X2RDh/6vtFMipwx YB7RQG8MACZ3gR143sHy3VMCsB1+sjOcuR9+wKik1tMTLeDZLTp3pkwTetUtb2JSmOjrQGbLEI8i 1kIeVu5om5DKWG2Bg7VWysww91QFD+B6dsqnYfXPvQdtEHnFcoLTmlrQsp7fob1vZIRXodweUDIb NsCug9wRSzgdbtOOAi4gaRs/lI5mBRi7garaSPK4DDv5NWEg6d7PSOGM4rEFOk+Z7x3azLyq7k+t OwaEslKeXpnaoeDZgRN/go6PA4Lsk7gLpXdvpMQj5fr2R/JfTBehzGpHvmRZ0TEP1oYUv+B/1OoZ Ct8mC45TSE+NMXP8cQA4ndd5qLRjgihnZ7CwkTxdutzuE/tFDEXpcSqqgY86zmP4HoNyWeRjM8dz GrnOHiahJNkcVb84u3un+tzfkTr3Ypo9MeOjd2Jy1P7ajMlCiKidJ+O427B0MFOjD7U0G7yxeIWT crxkn9q3v0jBGCYloR7ujhWt2gjRgcXaqzEyIc2njW8xoPUlEXOlMc43bRpWmMHmSFBHVtMw+VSA QLfr15JwHDwSztwNuSMqzBFxFFhILbc8hDuWFGyrt3CBsQseLGnW6X/htPShD9mar2i91bFFs7XS QFZNLLd+M1b6bZ3yH+jYWt+LEloxdddjj0WALcmnp0VoO5KFi2iRj0jLQcsiFKJNrCJYgbSdFHf4 a1wNDVt4GZ7eo9BIES0UmLRZa0ixAB52Q5Oy+LcnbjkWVlTJ30+zQCkK+e02qdtoGOLd/pMFOwPF cB3htojDksHD+BlXheOtshBgIsHDC08bdQOiwxWLoqpKwRYTL6qoMd5zT2IA+LJNpSBosUbpmP/N m24sPjtiYElPc2rK/oo0KD/OFO1joIZlAaVHycpEVj7kem4qL6T3RGZcvxTqm0MhudbitDKJ5Ekd 27jpsI9FI0KaZXDB0oWp8aT8oqCHUApuyjWEpCUghqu+SPbXYdEyhoI3wWmaIIUQCOnFA9TlJyJW z78UjVZEYcZut6nhp2AykZUX+rpK/uIr9BrfiGgQI9rNKwoVYJqP52iE+mTTqOQszSlcwx2k4Vrh t+2DWIC/ZWWSmGHvBfAgI7l/t4b2u16Ar0W0ILi3qEuCzLZeNXN8+rdAuIA2S9lBPeQrMMfeFgSz 9WROiQAmGTKSX1NeO0RmVqBIppQR+zt1HFl4VkiJSyOAnnRjWRWxsxuTRScRmFa5eclqUExBbKa0 Z4zlHJKJGGGTpLQLHMK6nEiOF5Ei3/QxRMB6pE+Sl8al3/skiG3O6kOMYC/GShd7p/Xo8qxLqug7 zJW1Ya7v+LwCdgMag1AxJt4/Vx1HicstXmxgZYPUZzyhXOJ8okCd2Nu0WyUhA4X3ck+PgsssmjDt Md/MliDK7ejz8hBbW4bzWYc69a1sJRsvbYyMTcq82m9y1a2Uy7f+NbceizaKlmyZZtkCQ/Oh1rFc e52/rnqES5RBbFcnZibTPJUJ+GO6pRrIUCWiOI0l4Vm01W1FbpjBVyBoEkyScIxSKhRmde5AghEV aPVseDBAzi9l7aQww22fsUEpuC+1nYHmkvAV7KdDPJjqE7qkvxlrRy7lN2XaL56oCuPqKk0Nyyur Y650rALd8B8Zrm9L+Qffma6EvadCmGRuAOATPGcObWxAsWSAZX8BZ8wqwC2hVRPuouEOtN0oSUDL fE6+Aj26wT1tINfgzljoG8hfhlOS+/aQEfkubB/AW88BCAZugrJL6h5MWlJ5DshdKTs9kDsHiioV tutFjdBTz0Fo7g3OABIDhEHcGkcCqK7E1GBsCiYbgMx1BBl7GiB2IQSLAI513nZDXEBeQP1QaKbm vj8m0tzxRb9hpegbTOaunoNANXzN38fXT/D1wBYOCXwUrIIKzFn9cLbMHjkdQklYQFd/HWjvBZo8 XBNHg1sGLzcXgxnKBgENoNPoy8PrGNoDJ9ZZAqpaHuE9oQEtj3voVONNgoMd9JPEJ1jGVb4e5GKg tkc63zvZaauPgFANSAsZEGyIaQpjpyYJ6xooiOGhIXrBeXoHNkxukTfn1GYCxaOmYZ08oh9BizyW tRkx7skt6WxTQCcjmYboZAoyRvHVVCQOhpjolMNhpDiGupAa+m8aqjrTcLASd+cG7GUWTQS5VIwt /QPCq9gO45UXjJcQDT1rylsaMULNQyeWGx5oKHLD4uIEoS/k7Csaxy3gdgJikuTCCWpH6wonojer QCaMehhOWAPzbfUq0mC9LTfZY6WhruSmePItHxyMJcV/fOAcTwGS8MAsJdSM3l9OJpgRpAdqMAM9 80lmTX75kdyn5Iog/IsRFJgoN9PZo5ki26G7tGALEFA3iNvM0VUtsQm26OkBx33ON2buXBNESwDH /VAaOFuoPYlSlNSHbiCQ4zN3L+Jtrjo1KIZjZ5qf0qXRCCVPBpcUmG6gs21NV2ub5sz/syLfW0r2 uGLq3Unw2YSXKdMZ+Cragi45YXhfPtw1ztoSxGQp8xYQqF2CKg6BUvqlpX12157fnFq89Rum8bid PZiL/aRSmNQSYSF2XW943e4qp9fSMQCcQv4TDW5HuObIY2XtAvhsw5Et9LJmEU4XWgcpIbXUk6Y5 ApOgiXlFS3CQlE6ye9c9tGWTGt9wLuWiY+aCQM9YWGF8qmrD3xjbLLIZXxV/mLVVmUrQG9FRWmIl KngoiC1YckFXZoWFInkrVIPapBB44IEubT8hhbOgV3SAQ4qyWE84NmPs5XIlCGpefMenolWcwDiN U0IKJPxgRjkAF1Ie/7bipRnuK17FDpyk0v60129hz4EXwxd4p/bCDIG80EkMigg+xCKbSIo8i/cW nGhM8bpFOC1ybmu4aWYphZ2mySUaqSDcikap23vJDBmp5K9YTXFIy7fEqmiQSvhULLqkNDYW7yE+ mDFuNLO2jZp49mgUdsEJYFT6xnl1ntoeAMxZJoDnJ0/M4AtFyTg4mrZ1krzY9LNHUXP+5jJtw8VC X0pF1iYStzkLo9Gg3GaFQMfmEnxDJpI4Iaomg10/LALaKdUzWUEsunNFZM/B0LgUAM8x0jAFhDjD 85BLBEmmMJJq6YXO0D6NJxpOTFeLqJewiSz/V8eoWR4t3fHDrPIzW4UQXMTM2N2JMcWu1TFVUB08 H2hEPphE63ChuLRdoZK3cUEwRqgM2u1cLP5gteUmqLxsmSWgvPgNAEUDUBuqQ3dEwmYiWS7DrjCe feBTc2cdw9TKBk222XaMp+aHFy650zMqwzYqfZc44lUFeiQKKFgWX7TsAFuNEKBzvEqF3HsE2vB5 0Bx0inLKNaWBMMOiZrSE6kEVwIXOD/GFV3GRqZJRKR1QC6ehSAiAI6EEnc6eMkRjpeswzEYxmQu7 1yPYJNDzAGfq0O0hHjCKwRwQPmDIDZgRsAZV2Xv5ApP16X/YcIW0TrwO9YoqMFKoVCf36rzyzcvN ARF+LWsGyYW+xIp3Z2UEUl0/73dYo7md7lAnBwj/An+czwChgrO42QkSlx/HWWgMSNvBKBCeDneu oLiCWy3DbzsRQxurIdhn8A4wWSoPdVbAK2E3rO8AQ/BDsE9oOsSse5y43cfqf1EIJ3EkxMlZF0iV tFdlvENx4cZ1YHRtdmDH3lgKX9PmeiMpx6HcPj9ugUydO6RwOjw5+AiiV0l0mLNxVBl3MeireWJu sLajKByhDBH7Ugnsci8VxdjmTvBgvi9nZECoTTtwEKyFV3CdfscI4/B/9WwCJBjHoEeqqUP2IfdB 34FraASMh5QFaV31qfOz8zjIEChXBbR7bg5pd0ung2cH9Otyuv5njmQApZsadJIJpNTU9K4LKkdn otyMKVj4bXC3Huj5cYZyXbEVR38kxbv5TieI+O6YmfevG+sLNXULnBYQiJ02IJRLQ0adO12Vtfn5 b+wNGKQLoDD7FHYisgx7Er5mE8wjaM2Ail014Y7YBFmbJn5xDHjPeKgoJD2cFcwdskozHN2MoS6V 0JuJXvUG+QyKJ8S7O479kwA9amKcTq9pYG9CsasSRIyy8xUibT7QPoBnTwgMHewFu0rfIZ7nXzhR aDAQtDWko/Bbm+LBTemyfkKnqvYdos+P0RM2DdUEz6VgDDlI+fMWuugEjx5DaFOmgmxLI36SBpcc iOV9ATA3OIVvsnZupV0AJ3V5jIJGSeozVt0DCSg1mrm8egjybo/OF6aTgDSY9PjJNAtbPA3EfzYu Ck3A0szKKN3n271GHSkDAQ69n0IQBkHgWUZlRkHf+Qm19TjClyZKfCIvpPqtQ+STMsULaca19qKM bri9FcDWSTeATON2fEJkfCXuBsv1WiyINrb7QkNbBTnkChJ6xInvjlHUzKS40OTPt3tpgjf3mrU1 iOdORtTDbWCQs1SrBJjjldQXURRVutLST7itMyF+1ke7hNAlmKmlfICW3jEpmCZlLOd/sw9S3NPr fr1hl0a1xFpeVeoiMcK11Z311ocCFF/Lpt0v/mmRxdUit3ZoA8laSVuhe1wxhLA1HYn+Fu2I9Par UEEHQ3XE/BQ/gn3TE0+t7pb1YmrztAI26fY6xdOt4zUuYRSKWHZ1ZOVtPV6PWGERhaRZT91qpRXU koJ7HNCBC4VJEYh2wYuAyRoufDGpRU8aHwF4jJUGHOCMAV0tGhG6o60JNkfBBXwJMnmkK67I7+DG aBMaFV0KMopA3FLCJ8wrxvJHHiHykMc/CJxkmr4pEBewlxULfpRMPoUxATxwQVgqQlVrAUjYzIPK JKzxSNRVul3dKZwAhSps3KcXoQjCSETsXFWJW/vYH3WAlYhgdWGLLo2Ou4VXCc5JIzJfcXNJF47D Tgmmbit9NKfF5EW0BYd6Lswvc08TRVGMNznKbBaQlhobjDagtXyjSWg8CZugG8s+DNbcy8j0UkBa DFta6rAaH8vKit+ytkZaXkv0/ABgUqylXIQipY0FIIt4Uz324FaKPg3yDW38iiEd8iDULGuwVGBI qbVuqXd5TJmYW4oxkVyRejlcURtt0V9Rbewnaq6SkeIfu8OVkhnfyplRvfjcEGBwHRq9ygjugYap FKWofmNTBeOsDVKXlq6l9iMWtHroaOZsMkwWeTL32Sj+ZJZE7K4CfnSKYLOqnstzAxnPK2tV9Tni 6TUJ2MSRU4SamnQc1T0GQi2yxyZ4OXJV0rfZhMUsyP2Z4sw+hWkYuknx4hXqMIjD8ODCYb4+GD6V zgyHNNAC3odzYS9uyouV2/ZICGPhRvjKKGxdcAOkIokLzdM8XMQ3tXJEjkvVpUQ5b6O/XGG1Pl1p 4Nwyl9a/DWJHhr81PXvAcbLck9OjDQXM8UAjjcs+PuCcMWVtBvhvcIkaR1ehUfOua0YHtEjo0NEu Lg/VlaHqMXnliXKd+metWkkVKLuJGY/WWTzJoI1uXsL3FZEhGDfo5GxK5TBBorYtCfmIGWcHnoqC 2wY6s0JxOGrrRx1S4+KvZLg8RCel7qm87jAykIRmEme2SqwxOaJ9MOmGnlpgKyGglKNcejInL/Lv dWDMhamTN0W1QKNJOyGNW9JPODzry3xKV3xpUq0avHgO23hYZeHGxL5mWFUueUiASHMUIUKceRuF PI4cOadsEju2Nzr7lbVyVnnaORZeKvaEDtFFPMzLa9jH9LBFJTQjKMagqsS3kOQJG1L9Fb6Bk9xF Cu4zTsAFu2IPvLd7zGBV3zQ21x8cbgzJb9K2OOUyCJFXZxCHzwcWlX5yy6DbjMQYlQn3bZhiCJhj RXLh9aL6l6h4LRhsPWhshQC0Vveao1wCXrUp+qvW7vuB6hAeV7mkHI/RHZehzY4yAOwgtlLlqs3p EdCTWpxVDVuC4lirH1TayeMvD61YseQRx/49R2CsVZhX3Ou7Rl3drxstMRVgb7Lh+VamauR1YsK+ MlQl3I6sgcECYo1IxGG8tDLKg+wwe5OuJ8sfUba851UmwJ4pwEUUpsJbN6lg1oKZzBCEbo0wjw6Q gfVadFqS4PB9Z7FsQG2Q9gdRPnbuDH64vhPaKcuOZ9EFYsKWYUvgcYRFgj5DeCkX/j91dleSwDYB QEMgijqghy26THxw6TGik0/oBUaiv3GzcUpGgXiS556b6GGBnf5dlZ/p8DzRHx7jFqJyAEkq2hR9 P93wD1Gzk7iRvvlJMzN0+jlt0aSYp+WPDg9zEkykfhFAsEUp6B1j9ZwbR3qxW8ucKgOui3dxZlQO lK6DL54sR2ZNZEdAhYieisr15QALmjhZzsaSlEvU0otRLACMK0I0zpvlFihAasdttJL2EEThBNWI CM6OxbguiLI6p8l9z61poxtC973QpQ0NPmqQfdrC+txXmIiUpJkf0Ic/rLujsSKZSGLp+altIGNq axYmxigEPDG/gMo4GGPrB/MLS+i22+mz/wpwCEFpfCGafR6oqaCClrUvwT7nAXoOI0HuwBV6qRA9 Q6Ja7kce3TG3LNyg4ZVmchi/3ifWkU9GTDvCnigMzbFQs9Y3Tyf0bAHV++h3ffIZDZw+EIHiabNg SM6nIm5t94gB9bZbx5YNtaZINk8fbUWZXGe2NFm/ULo031eZ0ADX3BCGTAWL2ggI/cWHjdDBTO+C VR10IotHGTJMfRcCZz4upodNntDbv+jpE6NRh/zmEcyyXb1ZRLs1pYD3G7+3bG9GhnR4l90vr5fK 8lKARFn9q+LSnmbgDToGB0/cNlYXK368PfgWSZ+eRYoJvp3i5fKSr/mykQwlOJdGUDasMsi4Ny9E 1nnyzcOUckp5ZyKjr2bLDAnTv0HMKRzLYkFsOXPr6YdcP9VvIT6Yr3SFrVUJkGmSNRqKfv0Sj7kl 80WJ8N/ukgUpzzjLoUIt5CJhvgUrtG+1soK6aEXNCUdHlsbt+4OP4mRKVMTGOPCBGohZ8Na+sG7J wtpRbCZMYrM+YQGOqLmtRLagrgEyLMLDw5bG9Nd+6xdL0F06aOI4zmhNrSXGvKpG7rRDzgJSqmvz 4GjxJ7Lp0gxYoygxhlHkxVxVNKG3CEo1xSI33ylh9T/ycQkDC5sLjoogeyBd2BtIJ7QWh3QnDhfh mWqYZWUwACU4THHfgJuCUzRzQdq7KlTIGXZcjKTgFRYApSnyCdn2VQHkolkBbYGZx9ddowjl7Uk4 51nUQaOoyiaA7E4FMTvESEnqZ7tiqApgTBiTV/MtZfBs9qVISof+8ssCpdinbxXO9GXxZBqLSL2Z GkUJK0aEnko+Qn4xsek0qR1PSpqqU4wq9C2K/+GeCSVIRQJB/XVIgs2rXYkKzMqvoA0GMctuRf+t UruxxUgujrHuGpeg5TKgUBwfgXsRALamV84CFfkLFHWaXIK1/UB7LSEfjgvWNlCLlJp9Ubd3oOES 7gJ18uPVv4nTfKAJbo524AzkKfl0T5WA4MuwY0gR5AiMpKYuvoYg0uLUwK5uygBiVpwDUXQLUdNS yBL1qNJSN5XJSVKM2NEZqGjEpg9PhX6Cf6BoYt3Gg0vH+YYBzfXeW0hXQBtoq0q5pgAudG/lvhWE olG3Oq5mry0kWQDLgg8jDYDjQQUfPS8Pgh2ry+rYcmWi2ruvk32J51bBXFpkzuq0mVsPpwPxwIyZ AgyaUaAQMDR804HDYONPJ3JTKS+07BCLEMeYNTw4dJ7Yu6x20QTBhR28HWgowWnqwbh6jcnIVbGj Z98dZcDUhdSwJSG41d9b5cbAcrtdnXwfylpFYd1VY21SIfqdjB1C6I8yWkXLBlilJlY62v3rdKNd gDttoHRgWP/47Nhm5HQk+NcQUbIrtpnIJI9kVnYR5imu71WrOHWuQLQXEeqRT/BCwl6x17YMxLtC 3eC71FO+Fo5qOJ4DPhr0ir82HcJvb2cHTZsrBJ6iEzWMlvyN7Sv87kySZuAr/A+ldC41VgCRaSbQ GogZRmvnIfgcXqsJG+i8EnC+M0acdgL8h1eThrJvaLpOO1oEigl3Vt8LkcZV0gNmAt5d8YdCDt2/ /ToMRJH6T8eVfJ9/TcZh3hXBQjgTpGOuv+7fauPHWBscddj/SLgZPcrhz958qtf6pGUmASruZagU 5vLzG+PNvx0K36RZ+uVTzC52p+V8XdgorcGaNNoPF/GSd/MATke4iy7n9dp1ki+z9x+5p4yU02sj kiPBU9wNU06mYrlu4BI4XLrUSm3B4qSlzByLxa0EnyCtbRJ5C5dBPARhsUKT8Yr56YqmK3ZlhtYw d4T0UBUbmdqwomBq+bv1MQ9pSP0b0+rPZEk+vIwTO7AASyTHZyS9tWK5x4oZrgQ5slgFVxgRglyA Zz5GRwm0PAhB55wF3eOu+XM6YYFd1Tu7Em2K8Zaed5XD7hPvUilBq0/LTiiNgcuoGYjFKIyef8dJ rlzjc49Gt0aXfotpiwxEDsgUk7S8tjILkto/FosVKQnudC0uEjhxMqKmMk8cKNcttnzsoRhBh1hV smlRF8cWEMm2uSShk3FE20L+ak0rsSh6Esy5qrXBCzVhgG5TpyCs6I1aReaGKkV8EMuXYFqx3apm zBdwQlGleMxdBVHCC1lbDyxXQgD/FKwWd4sMEUoSO/zQV6IgRUci+bJyzNEpnVADph12LGVbwAb0 kbPhTIGlL55t5lqWS1bwrzkWLAV6UAHjd1EMUa4KRShelrRqLBIT3zYKWTo/JFCmYJ6IC0HoYLGf r+on3A1ftA5j8LujDIoqwJ2mU/ioIab4hw5QERG1b0oj/UPVyYUGIMd1bK0qoDfWJTQXkUE9RGdo Qn99EWCRJD717H8KUeJKX6iNGTHGaFs9TAGm/FHZAHHVLjtqagEyuFy+O7bUka8BBKIhAwiCggnG XnkxvRFE93y3yDw9M1sdFhTTqT7ueXmplvtdMzndJ23ZvUA0xko9TBrlyvB6aVoFdzRBiS8Nf/7o mXhPN+O8TIF4lHnIHSTs7ibQKv5kJQL+Hqz2rWqzEkY0I0/sClWoAeLpr5ET0EFEOVTD5wLoKrns Cgxa+kGGeQa0moTJBe+XZ2lpgho6hNNwmFZS4jjxppV+qGZyhXjZ22lP5hsaEMrS/EjDGWGZFVaX LuF3z+Y/8SYkP/atlM5QGG9ogX1WE1MqayRfFp+OG6X8VIaWPlSgWFEnmmV7S7QRjShJb2DUuI8/ QSkArB6rD3JqevK6Dm52vdDerNYf4Xaah/AFj6QMS75ijeT5zwMhddYq8xwWRqBNIkl14ifJh/Gg DAEqL5Hl5IpoWdFgdIc6BQZU+Ec2iYC4Q52wpOyYHlQDigdSLrJGAkojODQLqZrHhZQkeCuvRgJU uhpHGhJWg/Tmjj0fXuxYbgKuSitDWhBNqJhAo8u+SW0BfyVYy9lyW6k6nyz6zYnIhonYb9SjFSPT RTpiWuBAcGX0QBjm1q1TeG6TqNlmmIQlAUX5ndYdQ2fzLDwsqRuy/kk8bcJBXGP4dCWLlhGnBKkW q6WnaSJL7h0BHogftc0194AjM11kgGswCr+qZ6zW1/RLjMN180/9NFo9oIhjxz5Cn1XPzPLf8Ycm N7JkmQvgtqZgLMX0PPZteI6Lpet7hraUic+IYKulvTUO1WCyia1hnb1jdQtp9tiriMxd7Sm1cYPC mZRfGH5jt2iQtolUt4TcEmIk4UFuDRN8j/hcZicvh2nGd0MyttA6TfqYMuE5YWhclh9NFB/LsqNW K6KScLfshD3E8syfL6GQMKj8oDADheseu0TuJBUaSXHKuKO3N5iZz1hnPqml1bzVP3pweD8JiDT8 TgDGDb5MK5kcMVGWsB06SM2panPIujpGu1ow6tjZFNlmZp9ZvfB8DvruhAZLZXbfWbL5bYaTY9uJ 3W7jBNjN6aG11sIKtqagTTltwQXznjb3CskHkCeq8vDZbbqF8zxA3gUIDBMz4e7wyW+PXEeMcxID +dGkVmrdp7n6z+yNTUqW6z9BKoh577DuLV+I1qfB4gbvROUwLXNASG93dEkHzdj/jr4wBOY/Aot4 VMpEpnyNyRq62spcBvZr9vr05/2sS2S8dGYxYpAej3jDR8cBO1xEP36Nvrih5+ni4YMc7lEclZ/v hBXhh/WF5tdG+9jTOIbPr1Cn1rhiFR7CLdwZc6EWwYH5qFSRcPF7+urOpw5yn5gzL+SMgaklfjwy P743PdgC0Knvb88P8YtA25egAlbjJF5YReHNnCEE5sfGnEbsdky3j5xyp5S/PoQL8bd+xEF6YY5/ YlcKwxU3x1xB7I0zBRnGYW564kaoKNeRR0ZmQKEZiTrxyY5GK9MMb4xChEgmy/VdFuqQiaxrHooV GNS9pkEJvUkQAfFSV25jGogShtIwXPJ7ehjqjlHYgliN6ZAvDpvIUeTb6SRR+zZ/yIobAht9QhxA oe7xy1P2vUDTdWOZIbbnYbDQl40CKURhjGTBiznSMevqAhVkH8xsHXNbqhvfGj1bTj2y5HxUSjpv nr/JqiyOyDNuDkvrlkXGzNYppT+mh0ta56fGULZhtT6GynhTQxKgUwixQlnVGwtTC6Sh3S1PJuWA lEwvTUGhyxXtOn0oLYpk5+i0hhuwEYw3I+qLOGDVa2miCekSZ4tMXtHfOUdk86dtZZo1oyjQNnHz Wg5I6Ba4WJHddTARx0fh8IhU8/ncsmWE5DWpeNsBXC7QsHjejoFoCsPyPyp+452pbtXB2tDJ1plW NDFnC71/bYwInfMD4aW8NNVqpYlCLNAHzqxmPZebF20WAs5paCEAx8XQrPLYG32MNp+cRAbuilet UlI/y3cuAEXxB5dc/beAYUuBQ6CxmIVaUsfAa0TKMNvrdAtLyAgom64lGuUHqAwU+sQnirpJWoEe 8XOb40WwVsPyRusUIjRWMKHKojWxyDuwTwGMVKCVTDId6UJ8F1qvyz0tQHJDJay43RMT/tF/aBXQ TgpLpMT71Aa2b8pKumhbVgM3emBK19/OAGnPJ3RSoG2CrXhm0HkyPZmT8tSSpHn4qPNZl94ZShjW Q7qF/flCEVdMxqi4z0OQK6YVrZ9MLZmXz2AvJCkgVRiAKxJnn8xGxBG+7ffwgJJi83Q2vW+qdypk 8B8A1C9gVTVaKA+pL6hDVyCnUUv3odYCFambCTiK3MSr+DaxZG5yGpRbARUIXY6OWnJIctEGb0Jp MY3vwASS+qlNAVONFIGgc7BrD8clDaiIR8thpKGjeoegwhuMVzlFeEYgrDagFDJa5RqEUoiJFhUF RkG/z0kKtCIijQKCa5vJ5Z5AyUFA1lcaUTCDeviG7gtgsjL9GD0EAxuwKnQ7LuI4blN/okWCoMup scigSyy5IU2KTtYYrf7gS+sRDEaynIBcEkCZKlhjSkasYcvokS3HTDk1tdXUxxQSzNmEKyoKjeEZ qHMiqHPq2GPHHacJdwmBhVMN8g25whKUh/x1Rgp4MPxMsg5ABlJ2eAU0CaCljBRGFCoJ6oL6agrn cvgw0LOiShWnsCvFpPBARcphjDoEwYVJAv38E6wNBQ1GhMtBoIHqwMRq/BxPCtJyI0jKCQo6GQZG 9NUey7ODcUNznSXbzoZOKksmxYDIDpQoB+kMgY/r1bFCYeo7IgAWCPYDMYFpk351mAPl/MRlKEU6 FEl6W7AdbRFP7UcwsgwNTqfCBisHgreHbrObKh5dxKD3Eyx3FdU2I7SEdRIvVgOwVeH6ECIB02xP BPgIGws0rijTdyv5rgCWB8FzR/PSLsWcAFMIHzhQDXMvnfzsWIME0pUKdSuINnlDwylNxTwaAGbp ByBXJTDYEJIJ3XakR5goYnaWMoh1BdzKsxV4Dqbth8OiNahOVKG47is8d3JE1dTm11kQYGRI7EnR aRsNCPGy1+/K7NWc6l3BtLJT01cBH0BuS0EvnQKdKHTiDBRlvcY2CoAY0qniemd9mE97DX9XED6h +UpPHTdBAwGqDrIG6tI0TgY4TRC3gxvBtv60WXR+gyg7+7t9AVcIngaY4Oqu9Rf9SsEr3wUC60tZ rP7fnVFcYfLVpkwbNgb81rbdikH515Oq2zvNhH8Ds42hy/Dt/uiNFfhFZ4q1Vzvun5Pab+0D7zOu GNkmARzbhG/fH79flw4MJz/TtB9wcmNHEydRHLIx0cG9hE5F20uwP4QajoHeYrMj1lkq6+PIoNLb cGFoXCGPZY6MgiFoxpziBvtl2zuveBtAbRkG2vL7jIjy5fW2H2RRYxk5ivwYT+s6etAlsdsJEn43 YHsxeufnt4uEZYqotr0SL3iPN0rO9pgB/BkgDxKP4ZWL/3+e7gSxjRvIwvA5YtmSZS0UVzlz/8PN 97/OjOPIFNkNFGqvh2qQ7cb2uSObUmyWnPxLt3PnaYiuKpfx6Ebg2RhDv0SAcJ73KxLBdMmIc89s UOcdg9iV4TEy+oZmeztnRgiOO/akflPOzEUc5vQcYGsEJwVRgvw2ve4ndqw7EYy/VWM1opECUxiK 3qaYXRCCMZhTRwpBf147ewRD2og1ER7zw/SAhC3GX55ZUy4pc/P1nLgWVSIhRXF7IdMjZqRS6BRy +q4UghKnPKt4Kv4XUPznjzQCb4C95UgVUIgodIfVi0oifREcQic7bcDCgxrc77gHuynjlISV18Es CisB7t6sJ02OVu1f9aEgkZHJEkt3Xdzlktaf5QQqG3mIIOjtkpoKlgoTcU0vR4iHq0Sx7ZVL4Aqv lqDOkWmU1kWd0bxvbO+Kd8VHSYy1lOqWodnfCBwg4WrMohtkoYOj0VJiUAwG4BjE78Vase8AQ4R1 VKi9q2KcCwp2E47DJ9UqoAy3ViJVQ/muLt/UhjkWijhxs2RAVRMOZnHYFYFux1q6s2yGSHUw+r34 71/pluUYVjoTQpUexm57EaglstJkIyy3kdeVvMvzEhY+ugH9RmunhiaYixC0EclwFB3lKhZBMij0 r6mQIc2QGaLPWMboU0qXWLxGk08rb1cceDO8q9KuYr98Zrll4yK4Uk7hE9JisUZW7SiC3E6OEr72 YOrcbhQVjmWaqJncqiG00yGsvey/LR48MXwZctBue+UuZ2KKlzqjpspqKeZA1ZffRr9FzcwsmG9J CNVMaYvxQP3P9Vg2Rz2ikU9dotYIkWS5rlPfAbLClGKaJbV8CRxoIuok3XLpNkeSKf3G/9hlWIBM aquMshaFb51spaVDsSqVoECVae43CMKMRYVcQOXwVkbYV3gRtiuovTdcycoapXlfPjXJ9Lww2s2y Ssp9lUUpT4WrJVXs+AMN3vmB1Yx95VZXKcqizsWdZhyJlfKNZrqYYKF8QuKkJw7O7elgd7kgI/4J PVCYW2TFtVVn0D7Xz/NUnes2767SdTU+pQTEhXJ/qEEzZDNx7LMGIf6nGtCNUww1GusZPRP9OAk9 aO08BxO1is4pxZXxGuTSa29XbjMlY06rCTHdTo0qyCqB8XVCg2Jka/3KoVTfkS9BE3e8Iwrsr4KK LZl/KCJZiyKH2jQutsSjiZkyxz0qoMSnsNiC5rA54+cf3O21qn71uQN4K0iiybUqSr9U008K1bCr b+fEOJx6QQ0abZyhz8zBXxMungzBq+TBlmlpTjkDDHjg/wkxgrACyBBDwN2cQzAIF+OAwsjoAv7j l83BtHDD6ermruFdSM6TcIu/tVrzMCj2zniVaeWtuFOztqRqau4JGwUU9myukakMFM986gmRzIw/ IBALJx235ddJt5vCF3L7ijV/vY9oSEJD8zzeYCEBJSQCQsNRPKQfnbgZES3ffwocxmT4NK3HhyU5 XtGtbCy2o0v6Q9v8b5KMzxKsyGthzu19jVrkZFKpChJTQaOznzQRLezSjNyaAFxMnEZ5s9QmX0nH DGkFFbXuo155GIN5l2OnGGKu6/lAmUNjG4fZFMQKoIXxKu7gzabDNuT0lXNY1E5fccPoBmqBJk3l yfpnp6uiyEIIlD5GgCX2DwJR1g/vEIoxChMuS1hQAtwT1Kwx7ppS1KOBlIm2IN6P/HOr6xPhoNMe ssjgxI1CBRCX3tZdLF5AvUw3r0CkGy1EkaTF0jbeGbUvDARhrIE0IaNPvyh/ZGFpZT43gn85hqCF Wh86KUmOHN3B0daQDJBSF6sFUJX8DMw33XYN6xfDcR+gXycwhjF/F/989l2r3uef6L6pJEaiDntM 9lM+MSK/jQ+mQFfPo83buOJoP6DSClgMMlsSp0lPFe8oLrwlT6iIxYQXJUR04uUA7ZIYumhAX0zs InwOdn4Dp+OpoTCh9v0uoscRzwooZzxjnpDthOU2imoNCa39IGJihm2ZFcfIiMJym5aaBwuFI5cO a2FBvFbe3PJ9YNOQuaRknLyczVycrtTLNyb3xaCcGgLIgI9jo4v1vBxXl5rmNDIf4xiDhPxbksle 8CbV8qGp3gIkySov3S4hYvikzYSkAtPzj3DTxsGGtY7PHpG3vKXIyE8lqU0b3wh5WdanuMEMPUDR +O110ki681N+2zLFDirV7dOxZG2OYk+ZieC+eTnSnTLtlppfiBE9KSM1kK6kLbOzvE1E9iWF/mAe sSE4iLXr5YQUAh0cqUv5oIk8AbF7LDBMXiZn1P/uYq2Ykxfow7Q798Dv4kxhKMZRt3THLXnFTM2K mPLrjyI4gbARGxnFkaK2jmjX/PT9BeU0wvcuNirmlu/QpRD1Utl4ZKYmXSOB33IXzZTnQrUr/J3l lQD40HhUCDXFZVMolPIAGGwJaXX2WETtTndgi4DCyWQTVsxHc7sheHyS4RRbPTdLJty3HNLJfpZe gh2PjdG5LnJetBk+pSajIMByCfVQLPdh6lNlhQbKkL+gkemMF7SCwbJD1VRGYiZyTTUKWhI8sgnM IXUvl7+r5WSeUd2avRbzlMtVnLLJnUF16snB5ldAW2xjqEhdQQP0TyrxNggUzmqr4Ph/pYm+WUum OcrYqk7r0laCQlBeZVo0C6OuoNirBK2NxYkRVFMqwvtbEc/JTXHIPi2JRcuITEd9HqFIP5x5oaTW 4fyciXu04V0C0FK5+tRvcjZcvGIs2trpSzEonU1Pc9IHl+1b+x1bVXElHuTRbld90fjyLqGh/mw0 1U4K8p/MXyF6aBM1zE1J80mT1iAVASKOuiA8zEp5yNx1qy5UtRRD0FvKZtHZQtmO0UOOqW9OasZY 3EKqvx2kU2ZLkWi7d7xFdhE4yaeK6SzKuhhtYHnePzVrdWIfF1HvPZ2U2uVZZBRoEQ0Jh23HUFE4 m3G9NyvQiKxnNDqfKr0s1bHSqjywuvcINxOIP9htlvqTi2nxiscg0pIY5OYBaHuWVDdbksNgCg2r zrcgDPfM7mXGFeNQUlaDPyVn1GCiZ0SuK7JMcGWkiQ8gbJqFD4xO0rRUfALGyBbgF/Dx0GYtowwn KBXOQWPzicGiZzcAPoJBqt2YAaMmMQAOTkkbATYDi1wEpwr6rJe2m/ARkucfgCeWrjVySFXHRICC AGJBI6GHTAl0pAW0PlEnCnSsqTeBgr+dPNyhCs7IeHPub4d7XE53OPO18zKgvlA9aOjpqj8UknvV MNp33nkc3126afVrnjslo97528VpxudbXdT+c2TG5x3QuXM3YIjaQ/WX3kBU/jp3onOLO+/07Pvo 4H5fHzeNsDWKghOvt6szXa+Of4CTXmGfYMG3G2APwKiP1K+3DmIwyfXsvA/Hc0AVEX+5/nUa7Nf1 /nW93n1ZHhD04cK7Mzy8rxn1crypydXbQEOImnVdfR9eACkS7hfz+rK/++l6vRjHvSGKf7v+fP+4 WMLdjcDw6/X61XRXE14cMOuj3oNfmut++XTj4+vmu/a+/bzAfs1hHtecH06Bvrvy+tixGI/T5f51 fzjkxIIuhj9/f13+tfZL13/f7oh6dBrJ6XY9fd8eLe1Dc+7X3+vlfvn7+PpG5/f1+3q9+eTfy/3+ OP87DBgXvs1CXpfbN/6f7pfz/X98zd/19nCrbyJE9+flcdfoe/v79Th/3C43BFoEhPby7ZrOLSEL Lz7vpnNKw+cdX112O/u2QAu8/HUA7/l2v/nHgLczOvQJe3U6f9+Qe3k0U5/dLfxx+ZfEvqkDIZLf X23Q319G6xxfxF4/bn99KSGg3SRULMQXvN/hKi4BC3dWNraHj1sYCHgbJp00Ec2nQHBX+Uvz+867 R3A08kGknY0bZFwf/u3qrApgMBAV+KvHe4aiE9emSWMDNmnHuvE7xJshOWA3HPt8twviSASv64UG WoepGreGf4eHBG8yfXeDSTNa5tmZxkon20HZdseUZsGvb1elVoEGNtpuwkBJYQsexQMwhc6B0YFr BEbLNwAP+768Pfjw4UgGdNhEC3oN4BXkhUvPdOdqbMH0PYMW7ERQwTeHo1X04xcn1KaiwGBY+2j8 uS0bCYaeYk6wopLjEc0QjDAeq/EgqJxEUd6JIuBMjrCYw9WVivjc0lxpFQAn7j5qHTHRLguf2mYQ t7ddA8vhnYatw8FDa187jZkfMTHnYV/MNxfnHO0P4SpcHqYNNSaL4GceslTh9Azdd4NNtWbDehfD A8PJIc9uaedQYmHnAeNg5oKRi0uPLBCE3Or2hRQxp80+f98v1ufKomJPXAibJw8WHw+e5Nd9s3CP fvPXLsaZJjJsR9BwztwzLaOfPd7RUwqIaocC44DYwe9YFN3ickC9qSiGZcBYsDVXn6bRT//q9e2h pHDtCdRc7X2RJlWmcK4F8rd3iowW2T4J9rQR0I4SvkHPS52g6B7i6ND7GE9VemCAFvnFf21f9liB LQTWxI5sLUU0xYa3t7VheoFjy+L3HRpvINGA4FhEEP0OIs4kzW5yTOCPuzdnTsi4xL4QhyHE1N5V mx40c9t0O0nGIU5GEBeohG+QDLvvlB4UgfM7tkgwyggaymYlK6Zd1mjUGNysqCFo29OuZH/41yah FzTYZsJg4bTKxlAKRnviyFJOuyrk4pbx2hE2PVaQjpF526PtmLQxQV7sRUzH66Y+t2VsIJv1tre2 aYIjaGmRsnPLTuLtu0b59i6yyXYk01tiskfGBzgOK9kZt8ukDu1jRqXnX7Ai7+HZFsUVbXEdnC0z Nnk+iur0CGc4k+xL/u8D+uS5gHxQ3/PDIZSCyAulXJmXVI4d2SO0pG1Jd9ijw8TcJvdxudlZE4fD iLyO2hjevpbi5KehZqUYjd1y8iYcl1Ldl6TIy9UIkRmgH1XY5LO0xddbYIWPsDRvRvttEvmQri6b ceC5y9uGq9Ogh6VMnIW2ecSoMZ8uy3J4HOmQ3TQ8MIjh4n/ahhU5Kbx0rn4al/FwaMbBcVdmrymk qgN5fsMiXK1tox2RDgpGHo1rWKzMrXOPvJ+Z7PdRwC+pLGjLlns1Ft7nvVHqQhyUQ7ZBnegbP8wL M5rOklPm8vnkeTTAdANuuLKgYChrd2dsQ2OZqlU6xsSugC2/ahkSdI0jWWS4ruNvh7lVCClpZMIk WS0/r+53UKePtNMoOeAeUlllhfy8OpEvl2V7qZCXI5d9ltmbpeK3UqSywb+VperTyqaqm+plebyP jKkqcVNZO/rtDSWW0vQNrTLCUuviXUF1blYgQLA0jNUTVBFm3KqmZd6NF+riLpcr00DNquJ1b3Up Mo5CFdatzgpeqLzCKTUBUMinuANbwEIHiu4NZkLtY1TsiTi/ZhGgKvczCtBEsq1uWpBshwInDFEh 1gzkglf938UGaZug6qqW1JagDKjEH2CitFDYQErff/+D5cqLeNs2h22CnjUwKhFoSKte61GXjlbo 3sDc+kWNDC2xMVTxaGXVHc42b4phNd6srJruGsvHFVouTE4tN4ZTJW+SBkys6rZilfBN6xdVZ5Ii ueqdajAhOx1ufDeGAnQZ06uTx2Cus/4GogSwKUNXBdMRc9WTLDeomswREc3UGpBjLVVndNBI9SNl tlS0bzQO7k77C74ViOlPngf4n/W8/uR4TcEVc7J1UlXQseVtenKghreQTJjYUl0HqLpmzupYiGty KbhTHHIvgIs6zqMoCHsWhg3x5s3szB7FWoCG0XhX5kYJSre6wUCcET51Jd5yxdAcJbSXY00Ghf9c gY+8x0unMQIEEbWjmXJkMl09W8A6r/DFxsQfFhq4RKeJswuBvkFwMEngJMgRJ/3ITnEV1KCIDp3S ok2YTkX2Q1uutl64grq+fuSfT8GPYD/PSmgnhUGu07cvEnzyFX7syv26tNeja85sL9wrTGIT9eyJ Dm+YaoMaddgc3chiLXNABq2CiVWGW5l/B3a6uuV0vYGPJdAPC0zT/YE6/rBBHCpRmy9jBpQxdESi GeefrKe6PFNvFWO+S2snDuQEcL4F1rWd6qYAPuz4EWV1edZV2nTjALdiKNPUZW1pOk2hAi6lsSwO kd4E5wWZkm9sjbPJs/7UTP14w12ZAPF4zMr4OUjOqhFyh8gActlV4gPaC06Q6Uz7Tky+MY2Gl1bU ooaxBB3x0iCRZqE75BqKSQbhbr2L+qjyJxNlXKjM14UQOv8nD5qTmML95PeYOhmRSO/lBZDHJ7eI 7Jbl4vWe3CCL+Gb30LVtMjD/kOdI9XAMbWw/GhUk7DInSJMwKbsG+ppzbpvAzUjmUel48YUf8EJ0 tIbEzUsYKCgnJsweGRGXQOFGNrqsxR2FH2aFSrlEgziQCspXLOTOUi9ydHH25CmYttK9hV6U9mwF H0iG3suOSCmNpr0tQ5bR1K0iFXdihuE5kAUSfhqnw2eLp/ie9Jpsbpl3ktsU93NNyqVcr0hiopVF PEiQP7ZLGcwteyiv4L64Ne/xcmEvRfuyOQmkBKHdMT5L8uwGhJUG9Q30nBnGdGm+xsKeh3Cqa3I4 WLNkjzgY4FZPFWMUobbHPTdhKOywRgnpmOhtimAVvJlrg9+tNu8LiSrwj8fkl6vkaSv3el4y/5jT LY1xvVcfYnfdSgakAsmFxPk6isQ3u1h64jOip9J9hyMGc3feMbtRctbtcFlsDA6Lo8xWWtpHkm7G yTVgqq3UOkZ0z7IyW0JycQwVlxuoZA+vka9jK7akZB2p66p1NUgvS1mXw3q7OFGdWqhzUfT4dqvq cHf7cwwuACWf7lNYyQEJzZkDsrklnKUJnp3HipgsESUURTjZyTI5/BqiKlMJGpoNnq0LUf6oc3vj oyFKJYp4ghjJ5OpxtAesO3rODFW9Klf3m9RQBUQ/fFLqvWiWmlhsFS5q0RIk51fzl31WTdA6DBJp lX1pZYiESTVwQTgxYjbrJ7oMqgM5fFloEwdLG8yjeqBo5IRons2XLyPfBQmUH6Dwllrqms2WMm8A nWytjiIpXAiAwF3PK6BOEi3x19li/yL+Ub5xmrFYXhUIPcGDyrqSYmvxAovyCKiigdGePmCUlLqa Ws3imjJ8Jx/4/h3TTn7yE3Wg//dtVipjMkrRVoVViym9Ku7COfpf1UDG5nbD9q8xjN6XMrBuclZV SDCMxwERBmJMFa8y4frcUzUafehMDVFUveMAg9sTPIIsBO6j79pKbaBQEpVmS1M6maMWsy6dW8g0 s1i7dcicQOgGr+IXlLf5LaWKz/kc8sqoUdur0hwuj5eQU2EoUnA6fMUQFpGl4GG/zNW07vSVMjvY JCDF2rkps7TMpMQbY77ys2ZI1HpN4tjRVg2nlbbW+bagk/crbURF7qMCNeHhID/DtQqkmKnO5G9o +pyn22XOjJNC0rHcFD3jx8BRxlHy4zaUgw7EM9ZnMYAqxTi13yPz9AWesZJwEBt8A6yhiRNS16G1 6tZXgMZQic6k7YyOCjYnSCT+oEfs8pvBe12fFUXJbyjxfAROUOJZR2A8aKGeVkzU6EpZ3dPB0AEr He5hANcBL7RxewltCHYZBgEYUsw6d5oO7usOteO6y+h/7pS/3S+U16Hd1+fBOVuXr+lz/AKANxTU pzUeQ6KC+n1joNZuv4MendEAMz6+XLFmY5A1cLvuY8g5bjj5IbTWGydQMNz127Wg2s6COMP7vyHk X8B8gK3dAEjM2ff0+fTxdb/6brWrad309QAQfxjn9nh8A7lBvGdY9O1AiY13uTweD8DxxSfga/fB YG9+Bz7D9IHe3kJWJISVD+CHJp9O0O+IRIPL4cxqeYt06Mfn7WHnAomBvQ4Ab/sCNd6wRMuDbz+A yjeHSwP2weQtMaz+hngHW0CtQf6PhxkCw4HXoPsbfLhtkDCcP5cXWBlM8VyTAKfKBISnl2CxPB0o Q+jMGdY+3jeA0lb9KaCk1RcUndVRFnZro13dQunpN9P3kStDYfuOsOagSCz9InlgSSEhIQx98dKS KBZDz1k6NKezR6rGmouPYiDCavvBPGRvllhIQVlNXoZ1FFGDJHMCrBB44qpcbl6Ok1K1eY7YAzXM j+cQdnmaCp8ONeI6MgYGxrpZOUiKf1cvGggBCMtsbIkW/thhtpGVF5/41G1QBQJ3HlG+yYAwTL6H G8ndFHPZbXgdsGt8ZTqZtWvYBfRfx0jXeoip6NZTKg4v5YdCPlFbUNTLzet3pI8gDqJsdN3HBu+0 jOIL72k66QRL5W18e28uAWGNiVHYJtHCrIubApeREnVvTyO7FXnH7D7CU6uzSS2uCakCXFlKbqrm 5PwRMZMwicRSEFb+zeMMmCXYhTxTlqUNSMJY6RM9KtNNgsb3NZfm6khS4pkqlJC5hMPnUVOlBV9z JYTTGsBkX65aQpyzpQP8a+Nz92UTuWKxOEFQqifPgZX9thQdQ/UkrCaQ2RGelLJiEyYhg3N9gb50 2xCKGk440EChBNqoqBcDlR15eYPI9mMox14oRKf323ue5itO170jYhKf90ABLiskItX1BbgxR/GG bpsUp1LZKkonK34GPNWxrMxZUlE2W0pJvJkg0sVryADjeYstysWllMUWvS70pDwjJqMJJUXzQnRB vdJjebartjpJf8m8lDboVBkZ7hqeVqfQjlOrjFFz9bAwhutbUWHVwLhqB5HLbIX6ypLAono8IiRO Dr6gU9VIihVdXtiuCNIvLYCqTfGZoHCESMI2sGktN3GjeTC1A/RigZyKdILKKnPM5iO/SaNbp789 10tEvz3LW6317JHeqlBLqTgitZVnda+asDpc51hJSNVN9KFcBU22yk+rszTMpP9dGdUVc7/oJT14 /2GR7ZGXAbqxv9UHeKm0iqj6h7U/DA3Kg0p40nnroMDMMINk1SU2ob5lLq8iu1CbN2IPtG6IdO6v KagcJmMAPWXSBsPXZ9/hKCPhY7WapCFUrkLeFRlp5GAb/qcSxvMT1cMFIcX4YR5SzRlSdezTHUpN fPDz6GYEpzQCDkc2KslMmsyF9vVJeEDzq44IHXmJ4WffAp6JZKgdCNBo5EDyrlOucsNPAoqPGDAt hU7Q54q7ymv3smidq9ChPj58Q8X4DAQLwktjYOcD5FXA0wfSTu+D97HL6hV9dgMJiHWulNZUeYJk GlK5aY156ZwGeSUequW16GVSHNsSghSsBLt6szKKQyvr6w4q3n1TONqm/XSDUk0mZExdp6b+Adri eQJWDOYWxsRGcnG9D5Chag0vRcReNDv3vvFzYWjkkxZMO/03u+V0iU+odSGnWgUP4TBskFR4C4ab LazSwMgAgSIzxCSdp64ISLPBMSGKrCGcJEyn1nR9hB579+sOIMgcoLa0P7G55s8PWh4QzBvUxOXi p39e/jELkM3F5n7+4Xl3X9/2g906rwBxnq9308vLD62FAKqXtx8MN8SqsX78gBCZzIC60TwizXjR 8vyPp32jzVxwMq1rdAZdLPpHHWqtwKez+GMguBhXzqu0rrTC4nUSBgZiPofg3TxEpXqdbD5xLgGh IIKPQELaT0wtLkTNouKkx7oDz2t3GtBGsIg0u4l+Ir4H4PXT+YmjTz9+/P7x6wULA+tQ/cvDzscT 8ihGABhq+BEaMNRkebN5qfpfmy7Sw9ktgPLRQ/eFdFAXPOd1+anA/6wro4mV3rMQMqYAxrXKQC2f +sYrl3sZ7kfO9jJanBfe7NF4ATTYCCCHxyTsTcc+OHiEyHR7pki7glCKiT35Yj6v4xK33HIsxcVP 4a9+DWitp9CfdbuT3rwqIVOCmOiHnkRAlNcH7hReR0+Qyi5yJJ6jwZlWQmTzlklmMGN8I01Yo39T 7xhRYENE+ws56/hjUWyCmeoSa2gcbUeHWYUdByi5pOcIJiga0hP3GIKQWu7ZggnchFYYbw3zGAz2 MVHYD5DN8z5GLS5xmKUiCcSN3AUNzgUkUsQghc2SVJ7hkEdnHcerLdzKMCWg2qKN4PAQDEXGTDIR c5tJ1l9qkt7Eimglr7gfGNsfF8ExOxwM8bGhZ0U8WuJ2vGhAFscCCNiP6VW/rHXeoP8wAWQJN0wv fRlqyh5bCQcyL4kws29fjOYb0C3ZHK/aWH51nU8iJlopBK+bphm6D5w8YMiW3viuy2/xRQIGWfAD PunDlkcE8oMkHALhY4MU32fCXgErmIylpELcdRlIzwjkVOMJrTCsefl7asf5kIogmXsWJVeQQP+2 C4FsBUgQUARbs6mfgTJbPJbyxgKuu7obqTQElSI35yAKmsQHCI7qRJsFeRNhBkQwq0Gq9+kd4Yje tLO4WFzAn5ZTfBJq/3uHaSHFaihG4Hz60e7aLiCVl58OunS/22Uluzg/xa1/5quLTjPOI/Wzx0L9 kO9IlcXhyJkkjMEUnTqVVxGKZQgmE2IxWysjVbW0ssTCtLiJKBxd0suRwuTlMItOchKuEl4KasBq WUrpCsKE8ZKTHr9KpniaIGRTMiCGmW553kRmqy+CMTP5xk8MKo5oqiTrqpKchN7DLz6n4jrwzSWR TCAtj7Z0XYvAfNkGV0H/vG6B5UGMXd7hiiVvE+NGk5OQcS/Nlc4hg6q79dTzGCpBZCt2yMQyl4RU OHhP3uGqUrMgFovOdeMD9bHaoGtpg2uqnNU2Uj3SDwBHUo+blvxVqFEJ/zsXF7flt5ykUqxiM91T DFJRV6aoaooBYktM/LA0l+IqjxkkTVixRZ6GEvzzuXk/bJdQANcs9a0CSg+lnT6MIQo3O/gWUJap HA4rs75fHa9REZv7Jb5gWUmqOSWQZiKV+l9CiqhQ2zekUG+ECn93ZIau4zcsI5Pt0QFr5EjplRnK FLOfXLOLZKxW2tJxjJPH8iTqQmIpbzNw2TBqyttTWTrv3yTvbRoGjUQtq8tDWb5KVTM/iiQQ5V6h lGKTUJUXS0XQkM2UbMuD01iC9DPgIZoUvWlxr9W+6uRkisUIrS4kuYovPCmN79DLamPZPM3AJPd1 ay9ZkF+MRxJQXJhbAs3ncaJN2D6X0QiwNDWdl7fCSCXrFqJcVl14gBo7Ep+Ohy5ss7gvayBmXT1u x3qSSg30qrnD9XYpaH6Mzc4oroJRIOtrRRUtqX8PH6VLvkGURcWm4iejiBieE4eFZS0RiPd++o0m hkwyPsTh3A57da311JyvfCnfCc6Mq+w8awI8oFKVJNMNI3FBzUhtINWOZ4isFc1UjU4h2k1hTVEQ +gqpIF6WFFmH2QbLV03gMyQTEdVSwfNW2xemYzztKxmwnNhloQSKbpJgqASUxHA7A+Q9MF9mbUBs hAtVr8QCgNRKquD689pprNo3Unk+7hAzj0BRhx2Vm1ioX+FgDQvjYp6wlrFjPoPUJD91gvEnMNHO ch5ET+h0CorMtnyKf2E52EDh0gsKEFyDrKNqqMrsIJd8HpbgeV7O5OkT54F6sQQHEnfRkAtlsZrY e1qKexdHcFWoMbheehmReJnPCZA3Gr5T1gAzp2AMt+90GiIIGNJRQOw4nlODqk8P4Xq2MDR61u+H Oh0+tZ6Gw4dMQSYap4Yi1KULEGMtTyKBLj6teLjRoRJg5KO7DPzbadivNTzDnYxcI3dNcvoqg0Tc WyOUbspjnJqgzO7XevyQs4ZMF4CqXcv8HHRA4EyadnUCiUEoxo42aAtgsASavbLtok/UubxQUz2A nXQOLraaTizpwObPlzr5oJZac+uh9em6+5xDcn3V2Qhu7Yvw4OjXJnJxZ2bAwtv3gf42WV8/WEO7 L+KD+jpx4ugB7/gMxx7DfZ0+YXdAy/CNmTsp5aQ5nXogKIbZrfCZ1kHNul/+Wilr9IZmSz4kPN4J Ltbl//74fkC//NFODzCEp0P4Gc4dz2OhTj5D++kug1s7iSSvW0oJde2UFiInfx2MJOzZnPwINBZr Cm5o7FCX2vzoKZhz38LoOA7QdURiEkk4asTR03XDr8/Zv3UjO6ikQzYw7W6NmuWdlqAVPlC/Zuir kz0g804xsQqnh3TwBY3ZNwMC2Qn8jyNCdF36ckoyuhjQNL5MEzIKRbdMNJ6AwA6vphUUxhU7fINi esFzWhJ35cQMQgWaB01rXQ7/wzVaDEfJ6zNIqk3xW3NT0DlKSTptihTOXAnsTTUyA1xiCJw6rwuL rXPb1srSgljirBZMjXGmCrfhL7Qy0vzShDTV5ybNzvKpc6UaeumT2RwGk0VGUN5jCHRANB94KcmR qdQ8qasvd9Sjh07BAvrJb5Nc/tgnRigxLtSaFlDPzPOr+cLgeT6wkO/ygfzzEswfQiKZoCT8gTGH VS5OiZOhkXyc0fGhJIwT4JrFRwkGr8wzGrJ+QAYZ+cZrICgv/nJe5Ti9Gxd6TpZ7kwbw0vDnkklJ V0Bxrap58txp5ZtUkNNErzdEalNaqcCY71fYosc4aH2Bpy3OuySApdAVB/VTFCJcVWDjavlYcV1c ZghkKszpERUIl+bxHLVm8c/F93LBmFg0f/kSLolGmHV7rRLezikD01zSNhvauAcEJv2yyrYCTUBe +3f6I02iW+Zhy+hq98JlbYVjjg98VDM2VBBnCqykT5NrSEdtLcL278L1xY70kqnGUjOwiKahXhIR /jQt4pm8hfVzbHS4nSOMahuC6ypU+UNJ8IpOUkBkZUo5Jb0g7ICdtR3ZAql0VrAgAtfvr83KDelq /q/zf+x38Gq5Mh/VIcyEnelu2E63sb9pfNFhX4tgBzKX5a+V8XWd+p6qRgql6UAYTKNMVoFC5CGf T4jLnd8idOStEzS2IIgxYQsmbi1rESniMf1CH9tj5sSRjqXn9N23VSa+tpLbxYndBEnDeVpZDbFQ DAyKh5aYCvsSA744+pxhNW9isb0Yy9sZoTKIcBlrJamR15lmorl3Rh4K6awQ3w6d6+cHqFMhXL7u yuxMVUx3XVp7REI0bGGeIvbChpdp2/exhNoJ/CYZcFQ4E3JPtRQVlpkvlyiRMEU6nIFgRsbCCVls 2WCFXeYaqKvcq9Ss9uqDlimtyiACT6QhnrxTqMNbKpncCZwx6TCAtx8cS9suQISAAqkJc+cgKmH8 iVdSfXfwXZXPDaj47wCNwIN8FyNzjwKa90pA0lmzVN3XJgp5e+9M1y7HM7CSSsHNaoK5B4UBJCrc yJRWpRiVXlbayH/17YYi+RWeWRnhRjWojr14FUDRKmoeK68qxfZJn0mu8O4jEBgRWiG5Q2NSI5IO dRcvc8IlnlX2/ARZ+5vEiIlGyA4lcd54cbwPn7PNBS6uGf601cWtI6zZwCsRgR2KmylCGW/VVITC F1C2hUipdVWhvDbgYD/3co5J2gV+ygaLBlLB+c2g1Dx3XkkymUSOoCg8YHRqR8Etx3YksXvUHeut xRC5snwfWCAzeXtm06TM3xC993PaqKVO1LWSWiTyggkaUU05/GCBph1Ln3K1+Tx21SZLA83FLkB2 JIgxCZ47XWBrz8LYWJ1Q6sNfTGBi2dgCkC6xGoQUcbKAxVpG0wU9gWD4ntzl+csFeM+y+325babh Tl5Kli5d5/4ycOafY8I7v8koasEyLkt0n3s5hCyw4JRQsz860JGWbubKrXD4gIJJ+eYIuB55QKqh pCB1DnnGwa/NJv9EgZXm2EqP2TXh4KSpY613JDMu6H7CKcrIzfq1ETTJqF3xT0LCk9JL76IbN/gH gb3CO/dIRcERRhTlMVPuLxJ1EFHxTVjkHeKUx4IagPeLDRSjze4caU+j2LgxVYHM+sr80Vlcox1R 5a4eHUl7VNN0I/bWmWDbq44demv2tGHVX7znNOm3ust86Y3/eCE+B/OTxSoVbI2r07HiMDLFekTM jxkF65lZj2j4j0N3AXoTkqPC6NiWOCtNYXKFONDFaax4i9dGa9KKr/5TF0eqg1VFDX3XpeK5Ufe5 zA/VruwIExIckhBTJ5s16Z9yTXrkFypypJbiJAF1MwOwshLBTcULx3w3a+ZJDSSI3tlXViGwZaRR yzACBmM1/nA4iTIhWZGYvoAiOcQxikjgKydz81WB5uzbe6grnluI+dBGB6IQbbUIwhyMWZknCbEu b5N+Mso+lZ9iIo35L+HEO0Lj7T16AwQ5bKGg5XMhkf/hsoqhDjPDCY+sxRCMF4Mwll/BRvqV+Lzi 2Eon26rMO+3aoAo2X8Cuq9n29vBb3t+bYDvnPjt9omSRwwzA5bJ92JYv3cvtixxemGSuHCujyUa8 TZX8ugOm6vca/E78PhIThK2gDBcGXBxaQzN0F1tEDg2awRcFWBkPgaWs8FvveKs3Q7Q9O98s9bS3 dwdTdrK0a4wfsDzaQlt5vw78qcN8t/DnbggdPrZjQpCEhkIGr2ecginvmBQk0gQ2pAC+g03pp7Fb MAVBO1GzBcpMa4Ty+I+9FhgjSjpgJn4vZiPJ7zFKKGlHBgdSeDHTvr6X7VdYYkegQN3x2ghFXkPp tR5hrrFeKxbCEOk820Ked6UnVtdOCAPCnUISTsZgaLxZ+QZUv9muTzDmLgYId+jZpnCKg3K67VwC RBFLrLZO3IoUrgAqQkFmGRUCOCUWtYFehsCUJAyoNBAHUBC2dGN73d5G/DpM3lIPKatpcIVCUmP+ h7JTa11GoUzS6TI+ZHCaIKxcK59Y/cFaK5z5ISmvuVyjJ2dYSQlYqXm54jOvyqYK/UIVR2fRrMzX 8ZTQtpFetyPPkPuSRawt1kXhIXSVZ8O+5XAHMqckCVIqN8mniguqPt1HNA13DOhPfpyzLR9g118W Vl+KQcGJPnQzjeIDXcotMtp6uAKxmf6MDqf1ZXoz+KxcMjmJMbJ0itwjVC3WsN1saKSWCRAjTD7t oQkAXWxCvMdCSK/VAXiJkk1JQRkCa5aEsW+6aQ+FjnVuVG0JwfPPb/8IKFk8JJhd0T1ipjYGezKI 7TudMMnUFIFhU/j2utKKzK8c19eYpjPcBeTM+2ZL7lJSMqcRmVv3rjqjyc4EojxpEJVOqjkZdsSE 20KtgYSqWMC6KZrEUqiKraW3tlTJEfn4kLa399VYkZ17Sq8bN5fU37xFueh2kB1V4XZmH0pPtj5j fC4LAMSQetvtz0Y4rhMLUdI5r5kQ1qXc+Sf/6utDtg9aw641QlaCcopL83k/k2iIKaFEMhEXx8nF 5SU6OXPXZMXyYsvJxsr6+GHmYR1YmtVlh/yk+7xlfTsxj25g6+JQIa/wJXJBHTxBSGUZprkYUECE Esxq5V05BtNxdfljxpGRh5pQ3XLMtkJ6JEBEtto8CY+U22c+0TTDR3P0s2hrUJL4iNdL1YX+1uY6 1sYRwQWsehU0ERuzeCM9yGtwEscLeUF2xBYof8GUYfnwj42n4rIXAqLztP1SUQ6gcy0zlq1hJr/a pHAZO0etLEN/sdeTpWcKPrXpgBZ2hT9K+CJsyRKKWaWmbdzxVqGz7Ymq3NKooQExSpYmt6QI6/y3 ILltzM4leUEuxpNTubGWa8Fe7+jre6fQlopAHRXmPuwumJivF/SlgnU+BuKGS8itthoPlzvHICzj 7MlieBuswqHNzuIAEYBAe47ZibrKap4NzgArIIYe2O683leTQjuPg6bhAKXirtzRx1wlcmttXSYm b/athvTJOEDa97OuV2AdSI3CABbknI5WCCP2Jl6BHFqhDNDhAz3O71eN0PJ8XzX42SnAEOCqhfqg w4ECB8N50hq5LpwzhY83pkRhKZMqAN1VBKmEK5oMz4JPTFa11xHN3AAgwbogItAbT5FDiYNxA4oD TDsyAsjpE5Of3r8/367tTBxnSDjsw4ESnXSirRqGCzg2TgdPOOmj1z0+/zg7fsMZFL6/zyPb3x5s 14/soJX6mI+mY6c/9xv43Rkp4FmQqr7md/3MPrg3nu5rCDU570xvtdNwbCB1s4TMO3oDeg3UXTuy 55th3h9XTc7QXICPx8bhz1ZzvgbhPgy/oy6M7ZSSiEtnbo5K7iSVHY1s3qtTWHZ6ibM77vTDVY7I wJUODPnSFa0RGqTugJWbDuuPW+eEp4qAZZzfYS/gJy+YCbmbA8tZIJpsLnwBub46M7zudLzfqig5 pNVxCq5UUb3u5AJt07DwV9NnAQoGQY/SUGObBd5qT4BywIc6T4A6c1QpC6mu8ZivINKcTSofoJcT 4Q+rCmYGOduBNdA/KcSzAo1b5grSIilB5aCqwF+v1EdGkGpI/ofDQepUNFlrYCNLDW6WbNNSCknF /4vq3I4K3aHEKKyoYCOKd6Wdq+QApmKY4LAX1SI+7vcCHg+GCJcpw2XB6PdaCtITDeWOBSlGw5Ea o2W3Pn7GfpBVF7jaMefcEY39LixvWb5T/SWOFP23gqJSnlPNKXCJyIID15eH/8VnGrdYkp/nrTl3 sQfja0RHEmaYmq/DAkBKMRbSxdHrQAiG52bBCOGZ9o8ycPQIONByPEAhnmFRwYZne6IyOVLMjBOL lZVYs3OsICcJz3ZdB1maN1lZak+p4KoLuFlvd7uUp0yMz7TCLiyKaKtetFRyDVIQ6UoxDgeupxzl kdLNwjGtE/ViaQiCUXEQ/MWtS2D84t9C1alU2WQrlN2P5G4s2wxS1kSwGG3E0tFKYMCDO/KAidhE tUAgAuejgJvNk2GUF+UxBmsNff9iQZn5R6c/UXTsgsoncrVRZ96JW9QLh8SH9IDu0QzfqOca+l09 W4YQnYIoIaXjIGISMDgwhQm7MlYQB6cD1zVB+4EUTW0W49sNLylwqr/XbFbV6hYvbCdR8XDyiKJs IgsTWEQgHKto+Ny+FAHHJNlS4pQMLKQ9ngWqz0Vhma4MTWQss6E3pf5xrBURrjsydtenu1ZD3EyX +pE+dWgVBdTCLW+aGpSKnMnLej1FVcZiHFsUs5liTDsyVNoM0yT0S3WCflEMY2e8CYCek3gRMwgC B93hXxiBPU3ToYFR9yxd28o0Fq1UG1ciRh5CNlWXkoQSIDbYKKGUCPI9KrJR4mM+kg3X002wBk3M upFKrzy4HY0xuHqfKpRckXjyZoVW5gE6CZWnErotgUuzAbmseGgPMmppKc11vUQ3lSj5ai2lR2WJ RFMOZFANCWlWtSeV9mGqxREFh1bbk04FAmfiartgeYzSZUl8hkblDaXHyeWBCRWGRFYTgVGoYLWI tStOA5GkzZXMHCCPWOqV3Cmr/1QJXsYfFXpVMLUpMz8qSmn3zkWsXYznMkZVTDj8Dr3AcNdTD9+o Vdke/1uKH2GqsQKZ3gihUD+aj6JKm1mWApN7STf4b6pDtWlcMuKI+A/D+sRSKbJPOsrVkoztV3IE kuCMhqu8Kw7kiU1Er6tnWV11Q/UvucYNqXFybIh4XoFCRFyY0ig63eVfWlQV7bM6Rl1hnEoVgEat e0xeD61vuQriwOuqcr1eL7rU4CU6AJVpvsPJ1AYYbK9gimupg5hgLRWD5bNKuWyQLvmIgKhgoYgy 0BPiwoEiCBrqiLZkQQV6oYci47XaxNTCh5xkep2rTApRlUkGgOCSPJymlvZTxq4xOxUySIxUOtWv ZvnphoHRp6A0TYUq8rg1H9lAEG358YQKT/IT1YYylXvSGbJDfY+QpNmJskbfRkutICq7hs9puuoW fE+0qDMkjtBcOy/KEC9k9kajr7jeATv5okoIqo5L6KRsjYFD4m1UYxmbEjcR1r1UCueDzPDDS/9X mvpZQx7kR2VNJXR2grPU0VaU8quYjyZhlbgDw/tmPV8517fOORcRMhQON5NBHVb7UUUZeUjw1/EP kZr48FRdTP2E6bg9p0Fpg6IqqXlnHFjN2/c4FPWMKKMgGMvojSwHY2avRs9gG7bhi/p8efx0I+HG Iw1ajAhAwW0dgHCem5h4bWbLs+X35vRD76Zvbk45TJ6jM37VK3vIBMzNw1cZdtJzvs3EInYcDrFh nbRBJPS7pQShmIxGW/4UAFHZHFCTS5sE5QioxRS+gj1a+Kiq4QqveAEnD/u8IFf039ZY5Oy9GGLA 4mXToClAXOaG2wigq25pObPxPfke23GA1Kyiwooy8bG0NFNhEVtiqJpGcqLJNOcYvc427TkVItxM hBZcze59McOM3U9E3kl/3AmTwUOawR9zTdkF/evcjyE3AbUcSzPXAMix+JeOgDp4FZ+lAXnyLggX yW90ZHpCMR0NXDbluo6NNlRMD1qsidHtTEJIKp3hL1DSaSRFCGjtDJ+SGyojcotWNDJuLg7K2v1F ZW7NBiSR0l9PTWStTcWWAR26nHsEi2kVi6zUIwx1nruik5q18NaH1396r3tvbfeu3znOuVgEHyCS cViPZzKgxz/Yr1v834L6zsuyU4Ybd2rw116NRcjrTy40Vu7xATppjdwmesJveh9D/OedfNkHn8xP tq2ZF4pv3Es/jOSobSwitmFm+Jxr7JGQTDoXwWUQPPLSWhygD0VctyQlw/i8Z/FEBA+qzWkzf2Mb EKl4N2Yztawz33WYWNN3gAkDoZGccG6LLfRqAcsNqRFH7sG9KgOn8UzdAnHKB6AgbAmAVVRhTXI8 N/hNLpd7FdCF0kyKkhtA9dSz20yIjXinvR7Jjc1EeIuhoB1/rjLOHXVYk1sghWT19Oe5h6c7/qt6 Tx7HulmV4tFGEOzUP7qbtHXJbtXsBkewMe0t1pdSittJCEqd1mGGkmEYjdGZllzSS+/YfpIQVpmt TcNBjF1Qlhc+ILeVclZJtksJE5EN+8RMpaIgB2iN4qV2MlXGHtmWMfesd80Pylr9GyaqpH7VqIYT anVohtHAJcbQ+VDxGxQjRe/syto6lP4AgLpTNDr5PqOwneptHKsNTVkPomkB1bfqDM1OlajIqRiH 4CjSq1hjjqwexuV6PYHhKNYVxFQq7w5jSD/HVVW/sWrsq+XNlZ2Giml95xRUJZbAcsI0QAV6UWBG vmiphFg2rTRQw+HEktmagqrkqYcCZMNVY5x7UFqe5QWWqh8NRIghDy5CETQltrQwXXYuoCEydRrg 08rP8c3Hit1hVwbtkEwTt91mXaijC4qTwWiYUB1psIqjWotrREQUVCBkTCm0DW2Ve9UmXsWMAoVH tDEqArl3qlx1hCmcv4XSyVZ3KKI1dpie6S1e+MCodsopX2VIRXRVVh2AxRY/cKA1yboNlm41Z3BB B/Om2AO7uqXdXn8VUOWvUFCKzMzK7CtJXCKWUXXByb/Oc8mIpF0YznsYm8HgWBYqoh5Jb0Mxw7J+ BkkNjUZD0MWJm77hpENWQYHYFM6htsCXoTU5U42wlU5xsq3XErbOOWE4knO+xcqquGd1zwggkiy0 gHq4kP5tdRwARtkZp0rxr//pjqSdmNbL9Pl65TRSLJc4ajIy4mJCTUTUVdtqp2qgpd12sjJx/+FD EHeDxnU6YSlhlxDGKnAlHUnpcsxzkGjQa71NvagHMuUUhmv7ZLbpCgMRwgzFyA3xGkzKnwDH3Ni9 9MrooDCLsAJvUpU45jeIkNl8qZqVkA7gC0VZNXXwce21Hnvl6Mz7Aq40e8c9tEnEt6iD0yb3mVxC wnvkyizeGaGgT7ZA2qAkECAo2KjdC+Jjvr6qzdt9U5uW0ZmaD+uz7fSDsybUD028zkd2tIOOXPeE 0HJTVwN3AK+zlJkmgJNtZgKQRxN1kG44NBcB8e0729ggjYBbcuPuuGQq6HTQa0bhzROYkGX4lCMD SXizTl1Ybe8GNuYfHUZ6gzUFSHoNA/3z3jfi+QRe6k8Nqw4r6PxShBHF1SkQ0EMeKcPPGzsB29ka GmaJhlfVLUdq2l/NwKFF8Lx1rm1I8AMSfHI7DiAbFXeHMDsnA37qbAuIMd8E1XWssWOmHf6Mk/cP TXgdNw11jcjr/dq5pu7Rl3zCTNR3GMXt79VJE46wiPKL06A7XkO/MjC5g5cf39+g2vvDgRePv9+3 Tur41zkVH/eTMzR2pEbHLV9v/zoBwz8XpyKj4PEXRu2yHTL97RRn53PcO4G5i53FbJmf57/De50I 7e2b87G9cBx0R4Tczo/79+3rL347f/t2db6Hs53/vT2cKX3qjX8dpnE/dV50J1N3qMjt2znVDo7e ChxkbbmP8/X78tew31cXOvcDgR3x4eiPx9WYsPYOiX446NpnDsN2WPT585s6XW54icOO5YioEfF9 OT/0eCP14/E4d2r23dEdrnOGiKHQGT87XNrykohTPZwgcnamR1+c6CTxR+3nnbZ9/eMs6wcm3B2Z 8vlwqsn31+Ov7uivE/jbqdsgfRd8304u2vEod3g4blOHR8efkBaNCus3MgSdwB3ujdD40Yne2HO+ vzejo8sZFcXohBNngOPM11kbNrD94UBvAm2jwAHj4P1OVekkFsyJmbVte9+NTg2Ps0zx/fPuCO4w fBN9fDpZ3cL8XnO8U8QpvF+w72qPw3AE7xj2fRmiHm7iwGAnuoDrP79rDUfMp5HdY2fi5kAYPBTa OVI6bivprTcZaZrsI6fhOjrdmjmRzrNxHWXmfL6KTdacYTNtb3VQDEx/2xDbJiCc7Jr548gb5mTO tJCK5YZYiRn1wX7d7Vlknr2wq2LRPspZMW8z2ztpb+Xz+op8GRJi2+pYayt+zJN8MqJ5vY/3e27A p9HFzF0mb+ReHsxY97tbPWXQouQYyGmzJ9+HSG7a9Xl1mzR976o9Ml7i6xVzGhBjHWzOVfOnIgL3 KoHk1nYkDc3gEttCwjFUyfREMagp9lqKQJhzLBjxLByRCJToy0UEjlKlnGmpnuG9ZaORS63lzISC lZAlcSgCSQ0kyx1GVLxBoABT8Vk03qZkoUO8N6k8oAhWJPJXyLXVu94kCUyZjbfl+Ut1BNdyhxLl gDvu12uJRFe5UQhtZ0IcrPO/vjQXeyXoSkLkAyaHZkdVmUw3iONldWV+ghjqbWHIFjT1ub3dEWfO SKek3LIHJQJmWqvQHQHxpwDdviDu+Eg0FNLQcQDjheaShMYXNEvALKZHIdsORHtJh9yg7axOUynH bhBph2N4bAHY78A77RhlB7Lq368DeWXm0YyfhWwMtoswNejiZWpmcXnpR9C4QRGJbWZMrOIyTmCI dL29j5oSjVnSd9Qj1upXnLOAsjo8Lxkwdiv3bwsqfbEqmkkCsssembI8bSS4KvxVPTHAQAhbrjFB TlYIToCWZzDZKR2WeFLReEkYfe2rseh5hQ8pJxSpX0WFVyhhCaUbad2EJ4dwD+4Z3wJJuQ0CrHC3 KS7bkChTxIFqPIDG9nXD/xMXrmJOGRhxbEtq+N7WHTpU0Vce20MfEoGyxJCT0hoLSpfM0ANH8Xyc Su7mGt3YS3v9tx4tbzF8vxoQ5w/uhO3j6LAg76TPv+2e99SELv02DJCuQjVpWuTLdFyzsiXND96R E16QihoflWimdCyYQGVE6MVyLCM1FQCGVgvhrp0pI77xSlVBCiIs9Nof4uQf7CRzHWTUvnbDZdkG 9FgMOdJbFtObhuQCawwg1iU92Fk9QSAcxp8bvZL5EYyp1xJAUMsfs6FSJLKvmbXHf1K8duu9U2GC 431qGutKoelC1+R7KXHVDl87lqbDrs2EqilWfccc06JCgpRzsOREybg8gUsXSrVx3jN3sR0LdfCE IXAUg1spBcABRjC1t8VDQEoYrMoqY35nftYSBs1ARmhlG4KuV1BCfqFMShk2Dzpz5SAzpYlJqbEP 4CtumUUH4YMwSXNeKMxAmQ/fSN/BpwqS9CH0D/25hEQGpqGVtbwru3DDaEG9yqdstydlcjiwykCf uSkcszqIajl5OgbCwRTTt+Pjf98xMUuJ3/5iU+qH/j+VRe4dGtgmmk2WvMIA0hB0dskeDfvRTnDo B9pt57bUVgsNzDSCuw1rdj/CYMFkIWNgdixoxVCfdkzCeMNdgW2wqDZldE/Bm47+dvdAimzH7HQK p970hGynoICqAuzsdwTA9b/RQ76TQ9il76mDgtWpCMpus2OgLQy8DYNeI53YwZjwMZs4YXn+tJcK JMQEt4DNOkRi6CIM09dzmQ25wej1bYU6Bk+CCXMtwDCdunaa0r/0Yq4XGAfaMl744qF77rZ10dSA ZXvH9NAWajdTLQJlxaHlYlQQKpvtzrYUuhBxAWNUhpYSCE2IGqwO3SYCTy4YpX3mjxdOBj7GNRQj ldj102I/evzM9fGENBPrGrytT9vB/klM1KSgamDXu8vI/uliTZsEmr9Kk3NRBU8FO0KKUMpwc6XZ GXOunF46239QWwrBYbGUrDIMPfzQwn690L3kApcMpRw4YC5IEUrQERPZZdqeYqU7h5hwgTOZN7ac 9h1CBe3wJJxQUUFhzcxepdipCAIGcVuT6XDdm8yFHoVbt7+5ZjxdmNEacBpcCvB0u/8MDEm3Gwvt DN8My3R6TwpiEFh9DYs4R+ImhX+6zxRUDSSbYmlZtNog4oyr7Y8OIDaKaYJr09v2y4C4RkpPf720 S2J8Cmk8RIBWERb47P1abxMOdURG6td3yYVWG8c7bfkYCAHaB4tobm/WDsaxF5bF1cjrOnj70/t6 EY+DKAxgBCAt1Dao9pfDSWzwwd3h0UBv4zwBrHUtDg+njHDnUO/Ab38R0lkc/nHsRmfMtH2ENvMm axSC/2NjMs2e2yEN8K95U8e3/aYtwQDYze0YkyjaFEMNbScpIsCjduOg5FZhmLVhWyKRecAQnztC OpXLccS+0H7X2daddBsgH1Bn9wyOgm5/0LhArbY/0oUuolAFkRzqTztW6aXFUfEuQ39YeCuioK5u Lds29ewRWefQMhUq1qaiazL13LyBZRFu9sar73LVzcqTZCkYy7EjvmdCqbBnQgGAHIVQhCYvbBMJ 0KWAc7mcdoh6iYTExXA9h18uwS24Mrt2S5tL7uYuRG8hVZoo/jFrsVKmxDRKN1i65szsva8BErFp WXmyDEcwkRmaghcoVAlMgjfsUZRQnRjZszC258LpeSFPhfuemtI+gVyJJKuRVsgd3NTsCjqp1WK9 XMtlor+MoTykciPY1orLPeQz5QQBUN6OCsVO0cxnodVlqyL5qpoQLYM0LDSyk1cln6VC+S4hkUZJ lwxSJlZeHh9l7B8eFY/rZVZ19sQk7DlqFoSAmyV2tVr15TsxTj4jec3dGhn15c2lfmhDnHygbBS8 boxK1/IdFY9E3WM28Sv2lsCU0rWq/tQctfS1XM4sDaOlJj4kbGKVSHvfQpLN0uZkwZV2sQxBVxWW I8PWSP6zqsS65NexoAwntUhNZCm55bLckjTKRTklHMF9GEvjFCxswdeOGOKzbwAUf1a8dJNwUN6n paNMVKxBgKHpFAn6Qy2MrIjIK2Jvs1oE62EG3ix3yEUzAVTU/YOP1NtVuXw7gAZjgGVZJc8VK3Jn uTL7KCKQY26zqEPJrc7FpWaFCZczSoRLchJQYLUx2YcbM2e5l5eVHhywnER4PQDqvBinvM0udDBc P/HTHj1G81m7UTbR+llMADgr4/5lZWjIT1VxII+6VCZUprCpTgU0kEUXKdpzl2ZWkwqRBXkGWySX xmNHamiitJ8MincOpqaQNY1QBeIUBE2QGyiPFP6NLEzPXqxuGiLjXAw1uKlxPyJdLzoXpl8vVpZ/ 6BdvR54/ajrve022xEQr8dZLb2hMpiDLCtLYtJ/eZPdVIYyUxfMSxrONojpkpwizhSTDL//HAcgP Y6uekdwrKgKCZPX+y5qrVRinMxBm2u2YMHFXVkt3MG4ZAVlX6oZmrASAgDiaIUQFDfmNfXdbG1gq g04h+ONoAhBHEHHfBAc0Ra2dmlMgqm7Sq0K8Ais8Gb7k59frGZwSNjVfA7nq6qvDjQ0wzKSXruCu fOMfJCtAuk97rzfgrPps7Qd5/YDPgJjASn0zIcwKju1ir8FBnKL22qE4cJjjuwHh57Cvvg+wIyi8 h0g3AnZ6baL1QnfSglMX3P4KIg1iOr2DxMCeWnYxQiGGJziPN46F+IoG94L0NBMP/gKUaTs2JATM N83BpeDIQEv1nzOdIXF9k+AoBs5ZJwDWZwHNgLFOxIBuW7nzmdVjVgGghs9aWjCr78bzJYbnD0Da F4AUIv3tGujXDRILu/Vtfs5HDkD19l+g7gUG3VEScFasA0dDcX1RYGwF0rrRfb5AsKZiVGmNtmqX +kJGZ0HbWuhr/foOQUDf2SHLGDJsHN8spfmTCob7YkGQIzwwVM8HbvgERCeQc188iAcdfQHl9lZg uomu1n4GbgOS8QQ5cG9gZHij+6GF9i+C5VETtA19hkRbPj5/mxIgDEWO4LYYnRHd608nV+OvRUOr faEluNdlyHJ5Z18jOUm2PxJpQHFHV3eWCL3qX1zH9lq9rbVvokRAiG4SdI1QReKMLnGvK729iWJd C4MeGp0VdpnITA/ax3IJdbHX0LCatG1qCL0YFSga8hnS+cfXMs7eEwos2U//mqx9AVfax+mkFEcE XN+IqW/LvK1x++yAkL6krYPCW8Mb4wmjdaR2+xf65I0EpkAhdjZFm782eW/BEigs5MFvwzOBpoK7 lIEdpr35w21tT+/N7QtCxV82zHg9/+hTvd+fDjT3HIRITDWFYwZiXr8Jr8aFkIQhA0W907LsGbf8 Be5QMVdm4cY0l6xm56JYKSTWXp7dtSpmwDgJcIQhHnlInwFZQoNxz2icKmbOM4JkYkF5gUGFDAPB u0poPBDg0gLT/CUffvYtiz2F4W37vHgo1cIju666qTtnBJ0inlgiTtdixBkq1lAi7TFdPUc8vKEF 6y/5j9QimMlFkVj28wISkwnNxw7HmO8V49R65SjcKYqLV6AGIgoJBmNqnAh9jXWxQHmI20LSYB60 fdQQLtXRfsBnGy3cb5HF1VgGho3UAF4cc01+nwTEHOl3qBtvLjENpb5IfgSrcE+5psEWHaRavztH QnIlxLtkbJBw9IxbmAzcUrjv3Oxi2/IcrMNImZ2oFx6LJcuQ290Wwo1UniM5BrwT42I0znhPqEaa v+VhWtYXPWMRcQcVlhaWY428sk9r1wdeil9uGa+60mby2OUXv2adDfxfbJVpRkL7hnIkZuv5AtkZ mpYdLGkzFJGQo81cHJNdkaLrhUktAf+/tz9s068SBVdWobsCkSAKqzJLIwiqqxHKcdAt0fDrIIda iGVUiAiDwhjZ4RjgzZ6IlceVoa2ac0dyl7hVi0t7lEcQLEUQbimZJHiKPXG9mo5EPTpaamihuqNT mEp90sfdcqFmJJ167P1am7S0qQtkwiVC7qRB6EGCLDQspAQlvCKgZUkR4pBkZh/phzKYrNLH8jTl upG3XGUzW6hRUdoZkFUB55o6pq0C1er3sC8Eh/7hc3gDesuxUV4hao0UWAJZuqgtU7snZqKqjNC/ XRMi4eJ0r7ZAmWBslJ9KecuxMamENrxEJaU1Gp5RG7dFd6C3EfD6mWewxoixyB7tNJp018ut1COQ aCJjguvoUYsM9qkKjScIoC1AmD5HiRnR+PrMBv1SrpgJpN2zEOJirSmJyoXy5EkmswzKm9RoC3cb SQfjlNpyGJ7Z4RSG0x64U50SVpMAGVLey28jBht9RzTiV59moamYWaosZIfltEeSWa0HcMoDd1qC 6iz3zqNJ32abHIJoVRjhnzIqOW1VBKcjZeGHeUApV35GCGNSPQvkOyz4W/QIc27h3NumJIjM1cc1 OFVLukYaesK6cGh8rxpV81Ta9geHatrnETjailh6izk5Srmc7JhJVwziiyMX2JGPKp9djM6KKbwu cADRrV53B8eV650HYwI0HwWu5DpEKgsr5kYtYrIGn9XdcDHiWsJ8O6qoUboqeNkKK27KionJzo6R XBsXckJoME38Q2hBTWQqXW+BfrY1wB3l4iwQqWmFuM3zuyeqDZcj8wF/pfYlZOpSicBNofCQp8W0 Ig8kKhCQFOORIsHn/cRDLEKhbgpKglm5Ujza3MZpMMz7cEia2CF1IfVkxEtzce2lrh0rbuTt6RM9 wXzmlvcU5vLIxFhELDYdZ1H57k5q4Pqck0IDM7gXutzBTWEdkIH6eWIRYZJgIdMfVso3+pmJ9qEZ ejyT0fvD6KzaIV2slQExIpaAbnrdN/2hYeWZf7jl4kMO2v/M1tcBz/FGhPf3WLnPMLShU5MW5dSU 7hCDsqemVNt2WfhGyxmR3s5bFV+kQ7ytq1xjmZyz9CB0mmuZH+ZDxMw8xgAE60Jq/rN4xCuRCWfV HA1h3zg3rLcZ913Z4rk1wOWcCW+DITaE3NMurjnRfuJ3vMY3kADawwEqLHXocTDkot3eXL3JzXJG 8cYUsgHhqRgU5BUSO5SbAzR1gNuHhyN4rsUZ88dcZfvhsAxSW5e/Zvcm/YDO2WdgUnF0ASWfmXsx D6LRhHDqyuulEWM1tmB1aJH3fvkWb4O5GzkwXLpKLQMnAsKYACDE4DDJ1o+HNJ/+FZwwrcCBEPpd ZInPwmLewzvh1kVLQcFcC8XGqdmaA2/Kn0Ik4Zo71BGfbYoUZpgmchHkQ/8ApxGM32Tu4CD/WH6D hDkzZNsVBX7DiHzGKRy6tzBgXtkyi2igms38rFZPwzmabmEXzB36QQRpqTdFN4onCcRR3HAL/PAN ghRXg1RptRMFekAM8fYXqAAJo4qkF92ihBzyZpY66YfTUCMPMIquLvR2ClNO2xa8FRXHKW4APdrj Sy364mmBzPJ7qqULCs9tqwnQliYzMIjHxr0mYyIuborD6ExvSNC//yUne/TbquqMR1XmEC8SwjZM LHcvUcNjsHaMS9+aFk0mIEq/YCdfkpHQCP/6wWVaoIwW0QjyRCe/V7XWIbFcLgll7WFhhM7fpmTu RURM5g34cY6rqEg0thGxnZtja3ySkOWFSZAsd44ihPjcBItE1QR+9W7BMdH31T99RZ/JLEotFOiU qoaU6ne1Oh9M14VZmfaiZ8UJBXFljw9HpPjIB2ucSfH5da5bzeVV8XAVDwJXaZpdwNRWJ0zVk1nE FkSCdUqmLUfRJ17JjOuEsWbIkhRThC3Px8uE6/pXX5OHhsJG1MsjdwhGx+DwdcSHtcUCqX06Sp/x MB/E38m3IdoURVrB23Bm1pDB+2VcZQZbBE4LdXISgkGM4q7gFx/FBWUIchHNNyKUAHCDwqOqvKjq CdjrTnJROnlcvdKHQCNbCEY/VjE8sjc5F2mCEgkX+Aj4iXr8KgYkkjSEcuItx4Jx+9eKZso6JAL6 TO3HlORCkfAQQpipM9FVNIROO0Jae/BWsoBUc0zrOEODmNA7LYkXae4sbe5A0YpRAjolNw5NZx/t vER8O8IQRNLpdSPQ+R5v6ISf0vPsK/fEe7ehZoe4vNdnsnFXVuYtGgsFeSDROc9Xno5RBa1nT7KI /RkhhrrDriLCViwU6/JpbfSVDDO8nhNpNxaF/u/MOqNxCngxN5Q39yVTpi87zzMz8cBev66EzMXw UB7vyu2LUYxaRJICIUl0JY7MnPtRtvrU8Y8KwJSt6LnqhlvwuytnihRx/T/s2hoK3Fkjghs/g2Jr CJrQHQWW60QtDWR6wfJkXWKSZPrdLAVE5NAp1+4OXGsstTxCU0jjy6XKGyA7M7A0HICZocmpmTKl LZ0ruWqcUjnKhvC0WzlPfK7zfvViGwc6jKVhPqOY/FzanwM5wieSYoKfFxxkgraSU/hq/7Q53fep 8XmHLCttzVcFC1DsIlAHGuQegbZ2lgR6S9ZJyEGRBVpTYhD3PAAacs5FoguGsNBcJ19BsTPKJpxx S09KX1c44hLtBbnHQ6THabQal3nTKr/2tDvzKTlWfdO/1r3DousuS2NL5buFleW48k5sAjtcn2aW S2e4OajAEwv/OL909uVy8CWxFsifNBIqYTu4V2cgsz35KkKFALFp1CnLNQkA1kf0IV96djTl1idv 76Bcg2rB4gC9IG57RkgrfCsgMMVEHk4pyWfskYu+8uyepEYRT8/FKeP1GAC1jIFzlAMrOUkqZTJO V1jnAIgslcBAq46thZ9KlbySnvZ60KndNSnDkHMwZ7luLUaYIJlkGOqywgMlPGCNEJNCJYimyUj1 rJEbb2F+2xSDpRQRkqYSM5Wgua7PwXryRfiamu4Rmhy3RdWe3uMwQGk6H2Ya7m0AsBbUFB4K5Qvw DLoHzgba4awSsFij5urLEa1Wp7vCwRWmqJp6f4Xiuu+WmyQ7n0B368x0tWWZJTsNyBWya4gPFe8M 6vq7AMALhxBdcLqW5gBSCL2GbUAuWgKI3zU5f9XUbIwwV6C106p1ktd2XZMzxPvr5LsP9QOHzep3 7nxmjdX15od5BnXCls22nx82KbYRAL+G24fD6wy/0yRdxi7T2VsztsbfNgmMARUH7T7+DW+H2EPa McRQIGjo8dlhJfYdzpfHFYfbxlA+Qz7hzPqN6fCOBunBARzogQD1G9SURG/FUSuBKPY1kXhVPYg/ 0omO+GBZoDRR1YbyzjrBT0zzpIDzoItb5T8Q6ouMo8SnrRCvTJ1mphOOVEGMu9JH9ABrTeA1KPn+ flOT2n1wKaoUoLS2Q78rhDOLU8pr14ic65IrgQlhLk3gUUAQtdhhb94SkcGchE3J+Vwf5Vpr1qMW zO3j9udWpV3LW35rVMiM1i4MaA1/0ITcU2ApDgoxJKa1qc2AfVouhCr/si/WlY+yX+A8cK2XFujR hgIKm5K04Ou5+gRRHKltLykcunLvGoyNwd49SQCjAJ2XMECrrb2swYusng8GkpibE8i68dspteDR 7DF4QMdo6VoOE1sKUJwtOriTRFfYKLnh3jkGxh6i7hZDQ6Dd6UqXCE0MmdRI01/MInRiQzjpFLLC YBgQMSTi2R23QfY84sVGYehN3iwTXvtoiYz/ySV4wUTWgo1MnuK6MjHawEpTHObDX5mMewK/IGRQ aplSmV6h2cJQunEiJc/TyFyk6MC7CwHEJQ5ykC0+3XGSifEDggQGksK8FGha7wLpAbF4n81hZBcQ HX96xQ9x3K+JnwSKyvY8wClIlCQXnWlaIZiWLxbP3+KavKkM7f23GJGDsut5ahcVO/HOcljZ3KxI 1I6GtSKuaI5FaGvolNaq+VziM0aNuzQzRTIgr3uWRdNe+cNaGygMeqbPxYiMg4qHIpHIHviheLaY ewyA9DNt82BN9jT9MFGlRwkqZSGa1Cx+l+tgK2LLGHDH6jrSJ+WPDaW7S2kapyywPzScZktfKRDt Qv3RbiuNoROGS5OhbNU9S9clP9gTudaJT0J9ht04FiId6MD/0pwE26ZCOi2vq96tD04cl3uIm+Ef KgmqEBlHmV82gj9yQk13FfoWRkh+l07KI9IfZQ0gRnZ71Pyq3VB49Yej6uSrlfUAGzZU5lyaHdRg 3eudSOKmUBIjCW3KwFFlArqXShvd54jqrd4LkpKLwIRTGBmwnaw4J2HBxoV4JMmcSoNR1dyIcK+k foWA9TKJsprCdMi5W80N3CjbQWVrCXtxpR2BymLUIq9XfTmIpVPyARW5gBLaIDMpvRYaVmOgeooH s0v9uxEZfkq8aWv8T7hGKHvGYdPS5mYPY8Db/BWAvJEjPsiuPDlqFAKQnMoEjxAeWAcsvdoJANEC JUoggO0y5Dg6/zY5wHuAA6SPDJRV18kJTboUKyTEDhA79TkOSJ/cIuGXYVE3M3s3tlNbgjRv/0Vq /xOTkTUrxmaAAGW0aExANcnHXYqSU/U3v98mAZSBGlFdttmPGMMAVT3eCANHSfpA6nLC7OxNq3ky EpEacyWK4QBPRIgA6WVSrVQoCVZ6TaPcKsH2E8WCb2V5U5VJslkfuodKVJDmoLxJ9diVpXWYFSPk N1oC8NrgBlmWmwq7A4VMkllhQmbXytJbSGy9K9ZNZ2Cq/CyzkXDLouENjJh/dlv5xFxAIuDMibHq hlb1pVZluMRkTOLI4crbUzaBDMPKronWHDx0B7A3NezJuGRDvbl0+tnWXmU+lWufhrOBwjLltKal E67BFaTqOw/XY6UaUFSgRykVITKk/BXlcUKR8bHMn5HFxFxAFako16cKZubqU7eym/QjAMBrrZLc C9dQH6idq2487sU6OhPcpRjyJ2Wr1KbkfUtptoYAgk6sgVPm0OaKx1wWbfZO7rFl4lIfcH2RbFYu IUP2t+reH29GWEAcTUNpoJ0pqi/83q4W6rBfp2rQn9d1yW6rLV03uX6vDjBoD9EHejghlX2hJogA tFmDaPtejo9ooT70jz4rri/HmL8J9e3r/XRVQgDRjNqK906lMRObxytoatt7/Om8l/Zjq9AQ6uQH YGyEW+qG9H4OYf23NXRuysERuKwPluzCzEnQF1d1ZeeDWDXwUd9+pIYZIpK29WV/fbdXh/NYixtD ftHQuQqWjjBvIqmtQQdZeIWdCBsbc17UkaQKq7HFwnYBJvmwLUU/DWW2ZNwWZgKFnzt5yKAY1L6r hfu/Us68eRzld6cleG3JnAVZeqGbnfKEyFPvRusoJhMVHRgc2v7DmZkwMiO7StmpleBaOk9JUmxM cAQVz4OS9E7NRPhU2iI4UpSEv9HylspnorJTPozX6dw4yrGTK13LzRRcSyNqzlw6mOUigOEXwlkN BL+hGGGGGs5jEQK6ibCOS+TB9oF1yXCkQnRE61RAHSqySlfy5XjLi7aPJDLkqKwC79mbi7hVw8vr SJWr4ZRysopSdFpXlHZZLmzX4jKPwWfKQqWAHkQTshKvFeJx0TCfXxQ/5FISjor4bPGRzbsRF2sK 9soMWy1ZJKYW5D07Si5AoJmYDBXnvRiv0WNfcIdbu7iziV46Zp8aoJM6CP25yoJGz6okUsGpUS2z FWEOjx4YIMvqHuOy6B5CKS9VzuAOGCdhelMKgSehOhjOryscuMO26nDNuLH4iPu457PA2Rwa98jX WTG3xWnPr1hsIm9iMvYy9eZtECfglQx6toWvNS85dQVWRFsI7pSFM88RyYTdMhLKdrhZbzZLfRvE bkmYiVlWtGiY6K2NdYuDbhWn+nJfv3uHG0lNQq8kbomGRRakDfT7K0/GWv0sNOQa3Og/62o/1/ry mzyZT/aXjbqMkZqqPII566kgJocFZUeiRoBDzmfWJELZY9MWbmxM62ED+sEoC9l1mweZluqWXBVx GLZPfV63gGZyAYsCKriogbW4Lp/e/6UUFjsmJNT01CD+BDmWUhd2Y2mVycCrvNOUzeoxhXRajIwu /w3Api55MnaRtpEts0klraUm+gqlorlxXZdqNQqgNfm4UUDvADpmEINoCNr8yY34IJtWp7SyUkFe OGmVgiTS4wfusUrGRoSyF2Sn6gyJvHMCWUtkmS+tPnwgUi0q5kkZPzvr2JWSI67QzIeVSCFMnrmr ucIqZSp+d15lWDR7yRAoHjEbxvoRykC6P11MYXtVQsL0+AhmyI8hijulfm3o8Cu/6yKrzu1EiAEL eU5Ns9DW+urT7GpoyZdKiieTf17a1ndShDKNazVFvqPiyxfcyJP8VsFufoWX4lfvkHyCr7HZgW4k UC8SCTogaLbPsWRisAdzVvRVjOs4ZVLlV0pE1pKB1vyC/40MJWpEyoaplXgyUe/4WyHMSRLUamAS lHqp4o1Ux3415upuj1GrzEYnx07fvB6iYhyYRsl2PK8iRr8KMrmbSMkmb8UNExc0dBTHH8BNOlBP IOQ0tQnVaV3a6pyLETjoCnVwy/EbSuoAgSFIYkN0qlJr4RBBMNV7JYeljeZcnsoGkqC1QXuCUEgR 3cW80nHjNzTyC3mUhRLY57LGcCsreevEoS6IPxAJP47rEahNJUHk68iR+dK8UA5j528pG2ebq8Ii V2FMHlLh5tf0UElt4ljNS4sp4JHQ4EKM62kwilW+FfKBOJQxjofEhDdhQnEzuZgDgBhy2njkokXT KFJhcFNwH2ACvARyDLmOzKGrC9RWidS6r8VEa8KEcHCYhG63YQXo1pvTFiXOVWujPojA+162KP9C fRHGXHCbvFjOsUgahXWvtb701Anmh0z4N4yIhEEK0DELCQ4LWnIjJNlWZSoLYTA3hmGWK8NjYy/9 B3eaBCXTIyqGYgpWhhEsqYMy++KPpUDxgo6E93r99huMqe8F1RmbYZH/2qHJhJ8B1JyT0rvW31Ae dsdlcbbY5nItqRaV5/UhZuL4eIG1xpIXmTuzsuJGcZhVnt9I5RKQaeg0ZDhd4ixEwmQEs61tyBqJ rrqtfQWX0QyiiCyq27coknud5SzXPX8cquBh4Yy2cs6zxmxE8ZfAIZ/Z3vXNu2wtkBLqXTN1Xdhg ZvhtphXk4zdoM2i7xuMvDfkdowK4c/oD+/9wqoZvBqSEdMl5EHqJUVenlvHq8fbbGd5rZg38tTzX 5xyinU5qHXYtQFqXtRbzvmsQSsXSHYgBDf+qL9/isDQJjj5d2dRa+/ijZdY3ToucPHPpOxbfAOUc p2bpRxTYsLh2SAc5Au49j97JEhB21OIZ5vCC9fj6j8bZWeDSAOZwMLKgfNDnOG/r4LWvSqSGtPD0 6kbENwir0DorLzXv9f0N3ApxlxphxRnPYzyOh4DTTF4Lw6hWE7FXGkorGGJjpkvCJyGy8hkoGryF H2lULih0IGF7lyn4Tkw/cwPSqvmqju0RiagSIHSdVnzsjePN5DmSBJ6ihXy0l9GXrrJwnHAP3UMq +fpHIUyr0IzkhOUW4SFi2Yv7wh8IZcvKw4e7MvkAHL5321KyNcobkmejJIYUEFHZMGEB7I9e0rGc QXgAy2mzRpR3Tk4+h0Up9alpsbUUyPdmotVb/vTYFPNhqIIV/hWCc/shmfSBbhJUgHEOoa3xoOPC Wc0AY04+hmlTtvXjccdtNBg/15r1u9Zd/DTmp4CS1ZM0SRQDh/IDQm2N6saXJGXmJS5lBXIGAVo9 I0V5tgcn95E6ukCiKOA7q4FbqCUg8Me7R4ZFmQOl+nqS8luf+zU34paSkIUmpaNLfin0YI7mcUS0 TMtQLq8nCpeIu2e4pI6d0qxalKdJYSuXqiMI272GPDJnoTeYpxTH0RGO8ReSeXLfEmVCzaId08h1 EIebS1pLLKs3RGFD8TnGESL+vP8SGUkj1ZVBmQ4lQrkBxQ4sojEiGpIwkFnIB4yG3YIezQx44cgl 566ZQyy1CPpwzkahpZxIMWHNgWsI0FpECnJQ11MZw4iPtLpR8SrYGAmYWfz1u8QnRNEMGJLedI9P Za5UVwSYNZEfsfrORBkXFarMrAYEaxerOxu8nESCTzH5f4FYa42t5IyDecYZvRyBUiknJozY9Dti pfoEgll+JzGTk0qVhfqDLJfEkqL+BqCDWkFqjQHLbqEwPaWeVFQctCt8dd1fqg/3qiNrjvKvzPvn r5Lw0liFufTegtCUHlbB4fxSb5MH+cIiQ7Yr93ALkIBHaXEST0viZoOIMKXo8UcJoxJII+vmQGS9 EEcZsgWV9lsOuGMYC5GxAGm4r5x2NTKNU2ptrcFxKWgACzYg13BwoUCMOr9i0UZOROixdocY8xKK AGusyDMIFqLLqyEXpIr6lWn+ySrM6ADPcKlg+fKnwKIKH6Xf/xGgUrNexFbhad6u1vCqYrBCgsFh cQ3wmNyya4wfauT5bFBWuJpzmOOIB7ehc1YBa1I26dsL1bEclLQ5YPoODf2H42h1PvrcV+rsKWlX vNcECKHylLFH0f/R+uKPe3va3eSWADTqocda2vHMXNWiB+4FmcNDKw0/okLUrIeUOyM6brTkij2M VqNig296GvsoW1ic++r2dCznqkP1gQJRBVcNyHaGF+EI8Vh+uJjXlYLY4oaY5l4rIh0OpCrP+88Q oTRvcG5fVIDclNMznkRDd4MRaiYsTzGMZh6miml+MS1XVj9/WoqQ2iC98Mh2KFRoRJhRsOO0qJo8 6jqnYrWz9TPkIkhwXzB1zZxUMVWnlOA4rxpgFSxZU2bmavCjRk5kpN/JpZ40J1M6ESiXgme43nDT myfuEWchaTLeh45il3VaO/Kzp4CDsIZ+9ictzT75PbxtHWwV9ZlMOsyRGNjOwvCumjapRccmK3LT KEcLYIsTCSw6RcBZrOMOAhGGvQRQIiQ9IJrkFVxrPROQfzMEvgWkGZaqvYpd/Ewhg2GzUKdqM94O E0CUNQarxG3s543od6YQH63SOP9peEbp9iwfhaZDmHdcpImsX0NScR6XqUFHXPsv4LaBP7XNOsoA SmwNLotsim8HxwMsm6tzEsxJkE53wFwaFIsdQEKHPZ4f6uLwgN6kWPaMEgbiveHdsEpEuBmVPohm POpgbeqT1bzsRID0JIvLiuG+nbRrQKcY5EtM59PW6GOItpUa1ii4lBIO9+h84EaIY9mc6VIjYPJe O7ighWNWZxIniyfHO1i4kw8IqvF2uME02SkWNNhoA0+sPf3Dr7jLqPEtnJLd4VluL6kHdkX6tJGd /2RNsDNHJmMqsnOdjlJIEJ0RkcX1jss7cYIyZ8g4Z4645yOnRLfwzByboOtWkCVyfYyCbNGQN6RF eO3TlCrd0AmcJGtBCjYXR+bTuAXzUaVsMyylYW3isFLxlHGUCbXSXDBLoWiyi26YkUq1lkIVq+VC rjdzm3dB5RKhwlk+RPhJE2YFzZhQsMVokpyih6wyAcqvfJr58BOW364fxy5HDkDGDlcqhC2EB7Dy Ah+DtWpyb4WzA5wcEM/tCLBEmzMke9TL1ixVFKM1c3QSporcMH/enDLSmJTbtP4mcIwaFQTAjTVH B2jnb7crg9AAYXeyMHyNPzVLh6/RT1dyL400Z9WqfVhCyBLTaxqba8ppxvz2VakrUi3Km1lavPSP e8VWR2qkKawldLCFxwIu1hTvDuFHQsxhR1humWkjc9mGXgswjGclpDk5k3Z50JaKGkJeZF5jpxwt 3Cp2XAuBt0DUEg1rcUl3jQfuRCnLNWsMKd62A86qSUOoCWV1SR2tbuPT5FFPxX3gauMV33I01EPt Y5qOQsrItLsboHvgnxHUsS0RkQ/0L0/w/KP47YvntjXkB557jOzp19NO8+a9DweQaN/5N1d01kvK UB7jxBdRF2edgo6XnbVk5CSiduDji8hUBSsQkmVgX/8RpS9A4EfIJy6gtXlTUEMsLTGIZEnwLREl 6UJq3KY8v9Itl1IP7MmkkqGVosxtDFlYS+meypbLEvFcXiJlNjnz9Esb+jJJYsFBdpYoT+3rmbzh XBZlfRKhqY0RhLCifPaVY2F4yBLuuQnzLkSVwvsm00QdJzBOFv0VY4i8b5Y8kpOMNsCZ0GdZFWIS sPKWUlZviqQ6qcoeJfHAYaFUHw7omCR4lVylJXqmyb6AauAoI7JcuzsqHTezSx6DPtNtt1QQJCbX utfKlr/t+UTqXeFg8ZWubuEvfIBD1sjQLBUbjaBQqDhwEdfUXfZ3uF/ZtyqHuiMX8XyGjV+BguAq iLzTnku1jS1aP2UoGML+/IeF1D3FqaapOjYCn1DZlYCqK1Vj/lSkqrDw5fiZVuSgmtH0ijEFWYU8 d1IpjGAjIxW3vAQWxM2l9zxqbZ4u5+jwpGrGUNY9cB43w3hzBdWMYJaERS/UjKhtlVpZyMUEakaF G76o158V3lUanG3LU4Xx73GszQxTYDoXBNmj27F0bVy0uipYuysAvI3wdKPCMElUGSpW6qmQhCqy 5+gTKJ6oEiVe5ZxQi670aRoOlgQBYDFFV7EbBkxdccD3Uxx8Toh+MajyR/FuwaQTRKKiLihYDa5G Dda4gA4RMSafdDUgHZWKYiQqcGnauN3VOi3qLUcfjUOY2xHgDm/trgux1pVhZYlVTRfaDQRtLYBm 79a2gWgQhu7KMPAQHvU1UITUsBkkAm2BBYZRQuRgIgF4gKhrWBkoRMTzT/gcUPkOQvLaCOsPAYjB jMPNdIcCYjzcB0gB8PneOWc11CKr/dXRErrFOj1AG+xaduGBPvMh8KzzH3TBOrTBWwBOmKY/WlID HzsOF2rYgRWd+xGeF44IH3Tr3Y0+9evXueMbnObQYfFgO0Bl0LSJnVQA5wMBIsG9N++6rLvcrEe2 Yyh0XTaor+pzyEPHf4TvBYAep3bAIiGWhtJo2lHCunqd2Ozs2c7X9b4nU3XhGl/jrMn91f5rGJ9+ n+5O1kXNve8EvN6cJlF78Ne31l6H7p5uvnoP3o4Gxze7/Q4q/WxYvbudX/FuxJGxQ4MtSiNwJ+P6 lj7AZ8AUDkFTnezg1Ie6gp2E4LgKDcYdOwE19cIFVu8UZUs2bMfnOnXYcdDmCfAnT1J0Akmtwibd H2TCc7vXxRqJneAclHp1gPO9kzAwTJdwPauOJTZ7LPXTNHXlYk5wIekQ8Q7sIALqhz4XapV2+oRb ajvGrJv+ZAcsx/cHpBptO2763ZKcxXFDH7zX8dL1Jzs5pJOU4atwOUpOkz26ooQLoWNdUM+O0FgP KkyzownwxAYI1WcClB4yxH0FpLdNMCgVu5hjiCo/d0LJ1Qg0RbBYZya9ZkdMoG0F3/doLbWhY5Ft CH+tpB5Lj+4iEkgLhbUfgd31QJrM1DZNKGEYKU9BOfANoSHBrCsgKZQ4M+5qsrBDA0AjnwgCl5rN go3BxPKM9SuHsPe22ywq+KvsFPo1r99+0KvzRlAT4rr2DL60Lct20ssxrDZvxu1cayz0br4duFwQ yhPh8OcFttn2FjzSp3wmTxN43XkOHkrl0yxSVBhOHP/L7KVPPgbc+Z1nFpHk5IVdyTwhrS/atRrD G4VP6JFhMTPqMSUmgRNzxNbkTDM8Ag//Boq3WBlcLb4tzUJsXHJo3KmO5vZMaxR23R7Ea/H5u5YM FubTOOS+W8S9wjs0kHvnOXOVcG5TEkpeG6FkVFeMN5s1iLHFgAdtO3ZLJ3rgu5nqN6MvBmzn0Sp7 Sh0lpIGFuWtKQCjyHfft2FY5BhgZOIkAggVAQ6oFuORvzhFWXBM05SRmh0qKOR6298MVDSVNEA31 OeNvd8JozSn819Ujt3FX8XgglyKoUlUyVYyT82uHkCv6niWBrbpOhuWpLsWgQbzGrp++pscsfXvy p4oUMUrRAqEopWmrNFPBKynfKYmV46buXAnJjPQ14KjmMEVfBYki1s2qc3ksYKoDB6U8Vcx/fqpv fUMNAl0sfZageu6vqqRMSu0mUf9FYTu1D82QEJ+gqAFlSrIj/KieRmz1qxK8GqKSZ7XxUY0i7qnv wSm56uoKEkl66KjTJYxY4rzUuWo1KsFuJZ2y9M5ORPKAtScD+9otQIDuNRCK7H7DoUUdpC4mDeej SulpeoThrzMIJb3tCGBFNYjFy7N1TEFuAwZxQYKUCFxfDhwGV1JYSSDTxOVKkJJ76lmebe1YZNHV IamYBL9hat/6E2gRyOByizTWelkgCJU53layVRpZczWhtapdnPRoLos1csK1CoUbMpvJaE6krPxx zqJbfc2Ttw3/i4q8/P5RuYFU9FGdapZJZg0Xxi9rmpO29p/oXb1MQf2tuqZ+EFclCRYRjTJhFWIp Y5kxncGUxCRh1/KHKgUF2ktvSrPd4ka+oitKiJfhxuFssaLJlRyFNqr83tppUnPvYCY9wNA2amha Fuca76EkOt+fStLcpBZwKfnmpKtBLQn5ZYrWUfVKFLK8SjJ+ixL7gHA80NVvBlN8panpPBEju+JU Tk78Oo4AR7yMFZckmqgjVRGYczYcpiDWYUENJL2XL3u/z/Jv+U2+QIdPubF3c4DrykZn5tqVExdW B3eWBq/CNaDFKGHyLWjnnfNoGA5oPfkSPaS4HD+MJEYooXkP5uyxCMQfrkAZiOAobPKqUpzC3so7 E1BjtTRRGT/Tk4Rr99KplYNaMe4EVz47Nq/8ZCCcs/60HE3bTLRbxAn79WbeeL60jSfBUpyq6wvX OFjOEw8sICepp6sxi1tuQVTwb2zLlyUenI+e/IvAUfXEVtuEIjAFitXxnlbgVk12cYmh4aS2yaA7 b2N7CxmECU+L5KyVpHn0lNkl1J/UrAzAzuhjUP61Eki6jxzlBX7yXOk53xCEkEp7B8FQLxQjtvJr llAFWyXIyU+XLM1gtAjplfx+4egoI/avOZBxFXiFb0cfixCkENKYtmlu89o9QSDjt7gSG60KYSQ4 RSvE2I5p7aj88FVBWZnBUVThmcaiCYNI8kkFZOm+bJSee6cjDoK7rFYsY/Tbr3l/wqKUxSChSUZA V1pqNYsB4N+hKMUI7+Y1MSQsDy1Z9StfjEsGbpMgJufe0YO7A1X4rlwYQN6YrDVwyDDYgv24lsTz Deif4ZDdmIHVxUf5oMvICGnshdnmm9s1S8EzotqJ2rrANPzmi3LxIavk0WaZG7OhcqZkDewqNSJ0 RFgBYSmHLbi8jURM7gvgCAjknuowacEXEFE4IK7UQIwGbhToiZNuWBbHuwWRTZwLBkxgvAqCZrxD VCk0gRPU/xJ1J+ht7MwVhtcRa5aomRTlP9n/2vJ+p50nvrYu1UQDhUKNB9XoUFkfuOCgiXhoXUJs eIggMHMmFHZCqjmP2yQndWFoAm2Tan+RbiBtZxqK+FLUSmn6qwnz1TphdjbZdMb5sCdGARM5T4dI +Go7FNhCVDiktOY2hpNVgoq3IkDNDNUKJ9VkzzTbxiMVwMPpXSP1KzbmskyfNwr0gHJzYCClvFjB CP0LYw2M0hqDrGCLtWUxIZ0fUh1sQ6s4hKwV9sIKCrlw7GjTVIcUbOvJZ+uMJ4bP4ZlIwolXCEt9 zZQXz00L5jISlJhIZxCqzxQeb6PKFZbNk2V4KloMAEkFiDr5cbSUVUh0ccDqG5RweGDJBHDAZEwg x28YW3gDmMSzGkd0lsAvKg5qwl0mxqwbze3XhJjEhLkhnlcz0NZS31bNt2ihOLS11f53SwYoLRKD WolJR7FrwzVBDhSdNJJG2BPXhp9YcGs4QXNzxAnOE68qPNC/CkZDIzk/OzOUmTJG/2IPCc1rxwQ3 tI2QZtOp/WMgWmSyTaawovVOztGoVL/lID0RGleorP8RlaHlWW9yUcwgR6i+VEtKbhag+5RCaGdc XNId0ci2JG8pAkHFcB2ykeQel8yJLSVdyMyLWOfGt6aG56d87eLUBCmPysvY2Lw22dPWzextcm0F mbJneoqT42cIPA0h/8HrNnSSIicwPJEQs7ZdaJI6ija/C+r6qT/OK1WUJrRIs1RRCH2sPyOilJAb LpmxRgyaVnPfGBUvuUvWoA1oDM/qMkbUYsz0q+WYUhZKDQYs5UpLs7nt5LAN6a4rxzK77o/VzEro K9paxJbf/w2TAuR6aGqtItGvFg+TdxO2W5KkrlMTdeNfq9puvj7cUujYjP0lPoZGSg/UkFXOT84h k2EygOJ4YNRCQRPRu5PJ8/Q42ZrKGmgtjhGrxVNjzaYy74Dc3JTOjFwnYsbmTlyWEqxzV5md8jZC VdFUiDSpm+M5rEuwhhSypRrB8gWVY5P6nEper10kXGI7+JzwkLumm8OlkeTbfTk3yyMgEkrE59qb NapYHGzIa5eZ5zrL8S0/bmOh6KawiqSaSdSnMm7zu6nLFTUKqeSK+AkzzlYIpeiL4grMpxncyvzA bmK+pJMV1uanjJOX4YlMUdAmydWZwLKITywj0oNpYKu5YgzspckGQRNOKsI9M8sJEdNRKiM2TKWj IrTCALryKvkZnwwDVW3tbfok1FN5Cm7OJJL1y9IJFUyjRDVX0p3yI6vfjMVU/vl/4ZLVl7NkalNW 1eO+sVLkVsaR3bexxTRvOxgl2SmbO8TGgloS4sD1tNGBCXhO6iRQkihiEl88X4ZldkkKkstZ0EP0 kvV0Ql94ZjAaRx2p6uOHRdvaPnt/sYSTxBuBpc3J6UpjMqxTwVbVKRmfuOBP2kRCLAsazN6MkNy7 Hno5o+GKzWqdernRXSAx32JHOwtp2vYF4B4ai2qKawts4fpaqAS2llCa1gSmJHRN2Ja8WOxqwkkn 6e2xfa5AVGW5lQUC0UDagE6HSIbVBKH5vq2Tb08gAlcGqa3euIriyvyqk1Tp3IgBRH7vaGh/4E2Q ps5t9tWO0rXyFYvpH3XuMkjoI0xPs4v+q4uEulMCAF5/VVh2ooTSVlT5FcSnKjggG4QFklKeGlbm p+8MqYrUuQsKlTvZEAqtFNZWhtmBNOGrYXvDCcG/z4570HnHGpzrwRAQJq8S26HPga6gP33tOGKH Ibsf+Ou0XvDth9fAeZOel/ldL5127KDjwGCwr1cEuq7tFfrdscleV/fm3XZ/Q16B3GqMP3+18z48 SK0X90E1DeUldKBXb+WDuFaB6x/E9gz+/YVzGyvoGxjr1Xb9PIPvNYWmd9yzV+sZ3UHQXmS3QzD2 9rlg7V7P16Ufb0Q0mAOUe0Pfx6/3EnYQdBD65f3qIOJeVvdx/oViv5tOL+OLrrcd4fzpPYeYcIED /3z9es/dtQ9X7d3fuwgdQt2b8kzv+9cAiD3/GNWbEj9Q9Gke3rfnnXfd8Ov1f19ffx1cjWyI9ZfX IToMOqw7jp2cxoE38PlvnPDT9P+amKOPCY6Od6jUS2h22xbVELfv8NqR0GBwK4/QVbSCv3vdGxWA 1J+cZ2FfQaeqZwmEymFr3VkcJMUPuwltVyAdrgkSVwDtBOwduRzO7h2S5MSzGk61rjDbIgb/2xyo Otrtp74hhOSvGmNdtk2jGta9NnNIzslWAvTYxgbl4QFoSm/EO4HWA13JODG2GePUjHaIbJtAHsPE ddT5JdvI0jFtoozB/LYhnEtA6dIX8CyDwFgDgUGeKbTDhpkQ1ghwiguw6E4Jc3bgakpzj2kr62fG zBoroNyWjRB5TQV7/6mTpdn17jbWqqeRA7hHB002MXbJXU82edLdyo49K93pxxqA7dkO5Op2S9Je lj/VrPumcntkW0izaSvNAmOqbh1CFNKOkWl1Ww7VUauyxnqMsmlj0Njf9hVjAjifNTBu+zjh6Di6 3YOdeG/YqsHDjxkTZsF0qpkHp/Pvr87xMFZPNPgsLnb2A65b4Z6qaFOgpzrIWIh7fcdg7nsbETFi zy+8fKqSRjQhsLY9NHDU++9UeWbkkQx0hoaHUXz3/mLHwQafymcbKW1ZsK1x8mV7RFFooQ0pUNEY Ct0mSxnLUbLNI1tWD6pYRaFjMMHDHmMBnvvsokfAQmE4W56hw9yKb3kWS2e9Adn3SoJ5MlGGbt1b OTK3Ix4RSXBVhvJQXTJU3sFndcJD0lK00ilky1UK89zGi1aIXlRbRq5ZVQr8mTTQuEX1CnrFj0as N//j1UK0PEkl7KxciuMi2AZusFxe0RsvWArYQz2FGYhraDGO0J7Hz3GaQuRy9Cglxx7O6gIq25LQ UpTeXnYZWP6bDvDNfhcxV1rIIQ7NE1oUUhrDH3E4j1+0VkzC6SuLM6FFs3UoqSspE9PkyoUGUsJe uCNFFu6Xl5U5u9grkPTFRYeZ2BEoiHCjzF/wAivm5TuvWKZcecjijkhCpv7RoHFx86JkDxcXGxcW mqK82s2+0sYNYnVZfIFEaYrvQBjiqNKy0DOzxW7BQ7PXrXMmRTFVN1sWQzQdn42ln1KeQixDuLmq H1Gp1DVh0URdKIYL1UUVhR2kEu+hED5AMolKciO+TJrEdwW1hXwth/KAZIt0FVtZ9KxWIaGrZW9L /+0ghbFGhkGrKKCYrX6y4Cbj0fFiPiLSvqTohanRs/+lNg1A2Vgpu3+FOClu8Qb5qY9/0YW4gsFk fyOJL1pFgdp+u4QMjecZOmvX9Ginm/QruMoo6KSNJHJIeTTmNfTuo6VvLlPdBBixy2qZA6PrNfuH NChH+58ZkYKmnpFjryk5K2AX1KfioE2BqXKp18/aI2MQbOsznohBcb+qJdAX+riWYjJc8nhRnNEk 3hsITar0PALAPDYeVc1KictIONfy2EHH7IQhyEiEwcMxAz3aVWsi6fA0melErdi6f8EibfzlgASu kgvq15GhDqbEUYooezJzouwba4sO+jn8AXVC4CrCC431yfoxAi1gKU5eg1RiUE+bWOkEILuFFeou 4hgLXw7dQ9B8FtOT7peSmVDGBKBhK62AmIxpv6i5LIbKUBpr12IxFzwjGYxcvbS8iRpdYQVegZCU W/atmSc1cMdoaXhGBshQ2mdecdFsqQnbFO7JidLx0qwUhSpRRjyHJ1QeKQlBLTNjp29hfmB0mQ7T 5Ibsr5dneS44Cw0LYTqNRRJJmO60KAnVB2yBllRbQ4cYPFpv+tiCamTNjuUQHnscpruhQ3jChpBq uu0Sozq1pdpgQIbK3hVkoswFCCClYt9Kz/IWqMiaHUcWoJ9NQQU67tCGoaYmE84A8Ue012dtEJe0 lA75R0KwTkuJkdE8mdLmJFcROxCGfBZGW43ZQzBbOWEKOt5aGy2aWaOAs1rWoT0Ygnug2lhd3lXK RkUzjZma+Fbv5XdLrEgob+kq6vST4RnfiI82OqeknAyORzWxmbe1HOS882pIpu8oF4pmGfcUMAzP mu05nm4MeduM8DmIzS0mUuILabZGnHhOuXVdhSpmJTzlrIl62+gYvQMcWMeEpAYxrqWgRTrTpQYa s/V7OwChShTbCyKp/CCGTCqMwouZ1kQ8/dJZY7G0rQjttQS5j1Ean+OGxwdK291Mu2Xl2xk3ZeqJ Zf0gGBSBhemJ1B7hMYkSTLfYZ2Ql8AovfaezSX7LOCyO4qHOiLCF1LmVndSZKj/i15ysKaQ4uZ9B ZPxoymLu7ZIk+vr3CHqJNb7wcCG9TAEBsAyJDc2xwh5ucsVSmnnyoIuEKaDS/xRHWJo2OchvvCZ8 24TwaxfSa31h0Cv8KheWHLsz+AVb3JhuInZKBZer74beEjNU4AMTyN19dKZzupxgZ3LYhM1XA6Zn syY6yDNTVlBLooI57R0Wy6Sirdd03lNk+Gdlt0ETc1FivyKBJ6ue7eWkeg6EqBjGYjKrpgL0Lq77 6jlg/JHHs89xhVlAHaL4hwo1qZBJWl7LbEztfOT3XGs0E8kqMwSANXV0idBsDu/hWA8lMbjDU+VE PFIt+l342nlA5uVRa96OwAABijE1RgM7TzCQgTZxNQvTghXaigiYjoY4li8I7pDbjENmnyxhmIJn ezqEJ465RsYsTeanp4Db6/RFYoz+LQtsTs/FpuwJwiianlGQfcxx9FsMzPX4E48m8wsZ+B80c6AE jV0wFf9bMU1RQUd5dIo+w7KylGbTU8XYZy2kUXiwwqD0r0MGJv95afrkFA4kWjxaY942Z+kuHXQ9 sAghzSU7lroxuxib4M1XCs5NAf/keO5Cl0KXLT+gXZkoT6+rCnr0w9kVzKRyKBS/SXgwpyexxUH6 aPFNjNfOvXIQzKXGgopMWXwOIYxoVuTw5kHpTlrQf0dMYw1ptrLVM6fPNlyqh24NyAAXm8V3c36z 2e1MiYwzsSyt8S3S6rRFypVPNjL4fA7Tbe7Wjk4VZGSyfC+YtIeGS34z/QIeGmjEHEx/+bi2YNrZ CbHTCb3Vc6U2dDCLS5+KhEtqiLFPBIO1AaiGUYqo0+iha+KBBa58TKYIOzOhXkMgDoQdmlUS5RhU k0UJL5GVbHO2oYriOkQLo3zAiNTYyhLDuFeskhrKqoyaQcBtbUvgWxuBL0KQ3vIlh5JMmWwuxq97 k5Gr90xQdj4T7vUEHRZhyjSRudBNHyx3cpWCtzHHVtDgvQmC5hNsK1jyzJC7MfmsLzLkAVXzxYEE G3kdysD2p7wnoUinfogJdcyXdKKYK9EL7YPMMyE9vlrgyVvwKebYU65u+LwffkcQcWLy1ghy2gyL O43QCtFoa92TIPEjw0TYzZ1GaCsdLjgMFw8Gx0Yj5AXwXZue8HITJ57J50DYecvEjBTu6pIUb7lw upsMUTl0hhibVrhiCoSNF8AEt4nQ2ECL8/ylGKPNd10RHuTQ60BbClZcYRqJMydExjFELIGwMu+W qUg1o4aGYjMSk7gV+ZFD9i7RoyGyMzPKmlmADKN2bUyZLElxv4xP9udkRapLIXpasFjSthaCMmvb dCxhXJgqJKVNVmd8sZW22HcXWT/KVTcMBnI9OM59uMuWkL56YAET8uxsu/VyKfGA1jegvx29ZSF1 onv3EoeE3rTYQNMiew0dxEEQaGDxXLf6p7mxkGbNkiQ3kr5orh/r6vhrqh6H6CxBqszajXzN0x0h DOryLsbMG8Yz0yVSzd2EI4aJILQfsmDrw34csmWMfF5prPpno/nz2CH80zU/GWQerQDsRQElvhxi X6zFjZlgUE4SpMTeSzGy4SpACUQIfEA6CQ2SAyZxml4Jd2ZZQVA513JG/1TykhmJqxvYAegQNYQJ +yCLPDvBWBkylRry2OP3KqIBl5yuExugZpQBEhogOTh0Jw/LOTveoxdCQtvgjEAsXsNvFZMHwEG/ IXHeVRcUGrQO0QoNK3n9hOBpIfDDZMdO7LV8CqFVV3+q3HbERIXQva4RfF6effb32xsP6wwdYcNv 70BjYDV8T3NosxZVjHsFoJ4D0hFz/q3uGXB6hRkD4r1CEIysLFx75c0OizDR6pbhscrLK28G0Wr4 /eNlihD2jmGG1kqloYqOXFaEf1HdXStEQN1B8TYB2phA+1lldcg/4Pnz05sZO6XDCxxNA7YfFOmJ gPdLfMZ8mw3N0xv79jo/ReNVy1dhD3sHaocrV2D/F8N9+FbiHtbcqx+dxWGwUG7zbUcB08y/TYGv 1YF3QjMivfVRrb9XJ56vp49fb/SzWwBxV+hujuq3e8VhE1Gx7r7A/t4FaTFVdftf/yqex5ngyrNV 2JzgneYLrIZSfv32LkTbFO8//oEdgCQ2AzyhAOrunZgQ+h5P+DyB/BH8dsWPE/73nMK5Je61naZi 4r6xkRDiiS3q3i0xySBCbWfoXY3/WVE3WkN6X9pFOfdaRNexv4cG2n35eK38PnB3L4jExTY4MFY7 y3tWxI5d18BXh6m0/2BXgSAQJNsKl7cLno8nBAbqHFDvcBI87l2QOOrfRI4CWRd7Ke3f2L/o3Z6q 8fHWvkhCoCtbL77ym7dz/lx+rnZ8Ri2KzTz+99SBun2/ovLjqvOPz2v3D6/+/Pr9JG82O2xH4IyB Lj/vbyjTdSuu+04XjwkV9F8SLjXw2G4PioIg72oxdZ4CE1Cr6ofSfZs9iVLDnvRCm2J4s7MRZ8+I 8oaZW9Gkly4xBLYg7C7Ea2YFOGQFO47bAxFlavw/FUYAf2t3DMTUETFhVmAn1sxJLgIVmxPQGqXp 9t+K8/Ohs4cBcZAr5j1nzvlm38QSQgcO2yeGI5ddImmcTv8jiBVpew1ELh0EZwux5gUA2VHjAP5J GnCOtXr/ZMx75ATpwhCBBNHVpYdf9DCnXyjT6ce51AiykYER7nr3gQcgXgu02HNE6qG3gHkpNzvM 4gbBuDGsmTnNyLugq1l7ZjRcj7vle9h2ExKtZayLWMLtscnJyPAlU/Szw17mgxlA+LNOuLplND0Z gW6/CUqEBm3AC7lLxfKq+fGCsajRYXMCfXgPHbKMlXeTLBSCcZHuDaFa6LK0kSsFgLu3Adv9yfVy pSVRPUwg3a2ipYhEXOGvcNf3wpwypoL5IiUpdRkDh6faRZhRplKIK5QSKGGDYma5FVINJ23SstBU +FT2yu+KBJbiu+5eT9OBxRbMaIqoaI6w/RepglIiIXaOI2ZW6L7EosTGgLy3C0VxJWsdniCALTsQ Cm5DIWaaHZ9ufdq/MCdrLWES8guqS1uKHUJB9AzJDEYTbOAh7rc+Ttv0hd/CCZtF+JXVMUoot+E+ ighrjaqOjBNBWaNEofUwgs/mWXTHKPoyJED8oHci3h8fypnrSiQm9kaMgEPAXsgjySXIOyJ4sVAL Y2UM1PCm19Y+NqKsYrZA6co+a1L4iK4yvsWG5VkWXW2/ZFgH8Zvw+mM6lQj0raRMeAb2VBMocDUd rLasci+Z/mrp3GeyZkooJmD41AsgCXAxGEUo2BNH9qMnQ9EnkBW7kkzRZ4KlzjwqfJAd2XgAGNoO gTdGjgQXAun+ZKIkq4GMIeHTT/ieX0yw6feQuxDc4QOVWpXKDUyVZdttMa4G+KYH/W8hNa6InXQJ Pc1q51obS0vbKxaanLfywuEOgYQGIEF4qvCs6dzAB9Tz+2H88tYmVf4Ii21GHRUSJamsrFANiieR 0QJ0qPbEASPm0JMh+ic4YdSmaflDHcxXwWK1JIZHn6v2j2S6D974o7ue+thapFwIpol4WYFcGzVW x8A6KxktBRCZFsxjkVUOdG2fKpAwZqOQdPulWiykqZN0qoXHSXzWxdPzH4P2uINFAQr74DGLR3VZ Pv7xyPOzZ62dv7IbZQZWTmCvQsVREFaFQpigUTZt30W2tkX1bUDh072+GJOIbMVXhl0xTwkFFVOw aqEQWiHdSjHJD15JOYPYq2stDbfGQTpuMeetVo+KEO52rkIISXMRfGi8u1GgE7cvM/K2tZCKcn/S G29X3cfzJLAcAP5gcIV/Vpm18RvGzx/Ia5iZacEeKPBrbwvVQ7h/U5Iz2CqzDL0dBtFMPvNCmAin YlHr2RJRw+rKfLtdPEs4xcpygv21yPjxe35KjqiyG8sa8scM8jTtULv1iD49ljYa58kbwspxw/Qg TSV0rA/6cxPlen7BQ5JAKigCoNFkozJULJZmAfCtBIglPtYPqzDCVZOlTY1Iu7G4PpeSUhlDKDGS spm5VXJvVoN9M2Hj6aKVm3ymtO5catcabmMig1FvVWNmLbHacOW/rR3OVCeXCmpuvShJTrNpG4Ju Gpcxt2TEu/nGaBLg/nXSYGaDceYY6pPP6kf2zuTaw8ETK8ic+oKbRSHA0KRaNlTpctLQhhdEtDpj 94ceuDm2p1u6S5+oGuk1XxrDzrE/FZabSHzBZrYhpIvJYs2qL2PeaYkVTartaTAYaSmVYQxAzjqi FISlQmtHlfiS9VBQ7sCl6afb2HAGh6U1bHNr+gya3YFVpUaOeU7dM+/hXkQr6mvNstVni3Q83JRQ +0KzPYTG7nZihgNTOjVFL8r+U/503hyzBM20w8grAr9zHHinrZiLB98IUL2hy2RRc+uUJI99eSDL Pd2W1jcuMhIHN8P5b5iRe0Zp9YK0FXGLVbT6U/t0PmtpkWNT5jR2EqK9n9gjP8jEEOOH8+mnXXIm JmvReB4HQ2Us2vpjSjXxWhStofCWwM+E+gEssQeBFPA/ccOuTneomHWsj2z0W9MsGDVsXk9PnsKw DqhCFgXK/OnS/XSoZfWL/1IvnRLGBFLgRE/56OTNDTM/IhrXuaruXnfcAWnxH5HKZJNQsMncOn0w C7cmW1mz+z3xJ8L0AAIdSAaJOGGlueEcWdSMw/x7ctM3bX2lQ6yD6KVQKdVEhyHbuK8H31FaMgOE Y2oWKmu+7dceE97FdrVYLiidiEicXcggvBb2C9CBMN5qV/gXFl2FDDcvOqqZvtuCgOcUIblLwGG2 9mIKyESzFdtDZNm6gis0FPwU6Yl/c9gBkp2aGKgKO9KDGwO1xXyMfq8JKFgwoGgZASBreUFxme0G JjFoszl2yUeLgoBiy8GbqIjMTKBeCs/8q/QI9FrW0KDYCETGB/d2NHFlQP2ejS1mQMyivnowBfAK EhVYtkzyE/DRKm1EuqxbcSkvIPJsYiHauA6YcrVcDOoo/6rUbVitBZQpDZg9+BkHqoWwiGLMkqP2 Joo6ssdtBZW25Eyj0GK3AlyR3vYduwdIEe0eHYsAzT8qiATHKoHMZX3FjQXiA7ExsLcq57lMwS0K RUkCxyS1DKa2BHqswo6rCxM1Zj91iKpygGVOLw9m6lc2qwlEa7VtG8jy7vBAOaFVc9FK2Bkxj16n QxmC0Tbl0ssKyyRy9pV8JaEA6xFHzNa5f6inEzbu4vDhVJwdTcQeFSUFbuOpKZYD9ms3WzXVo3KF RlKn4RhP5Qrt5mNkW0GaNdPpHX5hacHAUsJ6RHMvgEu7kpMUgAAnqIQ7tSm9kOCmO+U72BKziQfZ aZ+nQHzQIzlRUtjk5LyuJ6Bl7HHOJRhpgG2pYfqbS8+x5nrRxibpi1Dm62yjCBhUByENMzNNRUOV Q3fcja8gzzIgNybgi9xNqNaFCh5apFbMCmOQHcnOTPucztOaFqq3pcG0NCVrpk3nb8cegurwTzaR wOSzC6fKXxxb0pmxRK4YCXSQ7bGwHCj/K20iMElOrCsdK7OzxG7AUOQ0hLnLCmtN3BDCVug/15x8 4mRK3LJuWlklXCRooI+qpFNTN3SYCAKSBXdHVTKgis+RtcFiIWadu5vtInNfSnQAJpS1eyFshVy9 47vdkBYHcmDPRh8p7Wdb2wEv2QAWqeKWJZ6OXqGnlJiaGM7sqiklbzv0tYy/XaRwYtiHPgAWOvXB pOSbOGUoBds6NwtM9gtjRfjLUjtsgfyTLPI27Be5yqSBSAA34BMIBYpkZxa89gKhYqa+KCH8mfaG BvvwXVk1PLECWjyD/Qa94oMCSYc/S3dDzmBZeAOTSoM6mkIL0IxBtayoCcgDdTYvOCYU1AW4T4iW OlhYNnCsXSDwl79qqv3EhJA6aJ7Dh5mpIauKkBGvSPkKm4Rkdl5H53GYUIckh2lDMoGSYDFAHNMA 7QwvC5SDHL5A1oCK0aqb65vTjoNG3eXoDAgumBqy9ndnkkCkz28AWtXbdQnlAzkGvgHxwMIweVh0 Nd7wayeTqHmGHSof91PZ8+tvLIEtA/AgmdW8WixCUnEp/Kwt3QrX35+VOXMKVbn3tFdQ/MsVt005 8P5fyTPkmqWDmjZdr5U0fWx//f4J0GY0zBpoBgHuZwAvlmAmqLQjpYFpznLBicQAVHjmGcGAge3b W7AdQJiIRKePhHLbZThD7OG3AHwsh8jHByPjpjJwPeswmBpKOcj6/Pt1tTQ75aQidJNGOpZXTo4t 1tQaufXr6zc4dWenfF860QVz4Zsd5KJkHXYLQ63W29KEuiPXrzp5sd2ApRQkAT6HpiIy0P4CDwfs Jj4weULQAS3gXyxDQDsW1ubjam/E4kJqMXEF/7YPIL1GsDUA/25lg5o7RkY9P9b6cA5P/jyr/x9L jRF+a/EhxqQdudDgiYfjTc4/CaN+7HE0piN3fnqYAhIeXKzqnf+yYs1HQbsdlTd49SvY2bd+cRHE SxoH8ia5gGELk/ImYNYr4mxw/JDELoQxd8SNtdRVTwQQEmJZjbxv2hVI0y0rGbZxYGi7BkqmiYLI 5fPSYThG92QEjcY04od7geSIAbK2FaBEX+28NX/1OAAetnaU1xqR5Q4Rgso798YUU8cOWM9UmkOn iH9dXnoioPL7ZpbisBdeFsloEEtmETsRrYKSH+/pDqa8ppSE+tQrNQnspdKcDtHG0iJExlsdtk2M 1IlBygBRcJbXafBFAPbC8POArYnNbDADTQtVjlO6Nq19zZW7sdOBnAAvhIkeZpUvzo5XYgqdXgB/ OruTVhbxtC8nztlxOYU3hjd3au0nb8Nk51FsRNUzDc3Oh0jwS2rxVhxS7UHeqphV7MH1iwSEDtwQ B93u5P9XqYkVuWr7rbxrvp9PP7B6aQMfyCsxMG2bcpXCNlWdIgfBQKEhu6OJ5RzEZ7vT7XaH5SGi 90YPGdCn4CHeiGOEu3tWzq8BXHyJUE47fzlZbkhwyFgNP5QLF1OWphmJvxMkaW1oti6/KOFRv+SK pP7gsHAp5MHohe2FaJy6VSAEOTT/+Ojw86oi7fnmvY29mhbBJ1K6B9NMF0cFE+KH5oh15us/TEDo 6s0ECUKcAqRCTUGDlkgVKohsg27+HfTHNldpFAWQWARAqKyXnE57FBmFwJgsVhm08sWSPjFLDJRq IclpOfFhP0XXFlsyKZ3C2MVI4jG1HwgXBiQ0wmu0Gc3UioE8hlDwEgcKrtIRXDLfkhSKYhH1VCCN BVAIszIhyIPlNiX70QL+xAyFgmE3d7tNEZGr1UlsAlxflYBOjgiJCq5hQat+aa5AewTRoSSkDEAV QIGZKErzYrBKQ4yI7rI/DMHM4r2wrQLP9Y3ojlwY41vrYlT0iLyIYVmPP0ijMc3IWisBKU3qMRWB WScfJ9PiLYuNeRbaQIlFwoB1Vb6Z34Lq3JkFJqbIcJXyEoBILRIzSiOLpd34gdVtmwfXI+MbhXSc QzSX3nqLt/VlM4tLTqdlM/az7DRRZtmeaKjTszLNuhX7FUq4RVOhTpPKdzNSApiuWc+mql8LOoKz XebaVXv9E1pxMhOkVSS135/FsLT1L9FgW/pjQbGnfQp2q84Z7e/2JUCDqgOYqSId3LfB1Osgehap HTnTKXMVHmIgnREPtkZlUsZImmcuXC4zx+qESjRcfA05oVytLOCAiCYhELYZCqBrstQzqv6CidxF 1yyRIy/YkNIFkfmBeEgiZJVDj31lLrQqxeoIR1YlkKFMsEIgNSrwOOKMh646tC/Mn85JPNDLpJhk mriKp+xl7w9KSXQhtMYdE8BAXfkyG+jiFB/mbKBBJQSEiLkNlfaMTBx6Ay6SQZBIM2dZO1FzrwNw vacoKAQa3jtxJT2fzLe9QogBNECaEwTPpOlU6bZNjWZ5JFN6lTTtJ1AiYwW4IvbMsAVVYoOHaAur afxoq6DPFBzkQhGBSHgJEws77T8IWFZXu6qJlKZXUifLCQbHycp8QGoIARKGCwIuBg0iOFzNJgjw yz+YE1CufRc7EdB/YD2EKTwN5QdQ2WMvHaMR5gcWa60f/0C6XEAIuE/yWOo32HwgI9okxMTDGU0A Qo+yAOuAgM0roNQ+SwBfxzuEYm5LpjO0T96PhxatAh8rpHfRrNoNYGbbQQBb8gnZTZLqb/KFP/rH mYBkA4+ymkIO23/RYWAXzpJ3glrKmFXGXas0BM9XVnnQIvEu2+0EJKRbDTl1jCYVGM6r3NKflrlf /cQAqx4iinhvM/UsELaE5VVMlSirSSK4PS0ASex60lqf04FwCdLkKfBsatgi1JJ/oQLakKOmFJOD AK17YhH5RqBfgFRHUcV/zAGrKipmUDfhAECC3B6Z/gf/0jRcPX1yB4hs+lidT0+voiq2kI92e+kT HWgtjFqZKGIsmmVrhRJFI9s2IvkeISAW0eJZEjZBEBH428Ffdrg8rb0DsN0H324LKrnqkIUOQr+7 vbFSdq96hCmXuXMSgLGWUZNbB6kFQRu2w8kDcJ1QEhvaukuWbNOSYjQnl0TbAV4JmNWJb57rMsmw +S73fUKH9viZ3AdjPz7fGHBge3t8xMhAKXwPyg/77YYIQwe9ayPOv44+I8SdeEbOHSuxE8mR1q5c 2kdJaxqnnl7+Cxf71TTvPenvwLRGpJ+4Yo/A2xMcIP/4YHtua/3oFLhOTo5XjExMNW3HXFCdHXRm xwqZpuc78kYirUWtgqBRgkJ7rk1Pj/SEcDA3gH2sxi8m4uWWAUdNL7/QSFPEEG0Ta81bQ8uPh25z jlugfDukFMeom5kNhCeHMNvN8zw+pbZ71nanGVdOENWaG5EWHJuBZDjrgxVt5FFJeDbhMNQ2gJLh DnWAyycMofw9mYeOP7Hi6db+HDEMI2KdMn1ErknvPP9eJWys5orlHutf0UJqghdY0cWMFa3IDLHY RV3UxaKImtuh5i5iqP+Sd1b0jgNt2zrhJv98HO3HAu6myGdBdYEV9EvQmGZMZUFe9LvIiI4LPqka ceo5piJVAUAmnA0r2FPCnZHJ5xQ/Z8mbAQEWZYHBqWwP/shV7sPYiID2HLeukO0A2+6jrQUPRRCZ E+FHRGYdC5Pwn5s6yhfDqXKnOKg1W9RunZcQ1UnoErcinjHNghAMEWryp5BGsYwPJsXSCgdFiTlW 84ooYyGjECe2hO6WCcXOsLusy/DJghwzegCgqard2Hrl2u5yte1D6AbP4oZEo8UpXTEJvbsmulcR PFL91MCSHgGMGhJElFIlH0sBPLkgijMR48jdSusEPxZGCqnDgoH8xb+4QoRE/MSflCk6QNZadKcg NBG2KWj5RFA0p8itz7orGGfDhaIWtO53i+a+yvq2MORLc/UUGSUevE0WM809getncopEWk8AskUT Ws/kuhdgCCcsKki0SoVy5DokEvSHhWrJvaN3qz0hz2WI+jrBDKuZRPqaJHQTLedgCH/PF5UR6aps glNMZNDdZH1Hc7M3BYEpWgX7+dQ4jlIySRoLr2z/NVU7d1k84VC1Ec/vPVRYrEAnM8XW2AJVj+FX UuJCBQItdnlZKULYdSNbAoqULpsMccIlRjMd10nO3pqWF0470i/3eZWSnq0EXhFIuNGio/bQuFXC WEi/upmmUwIfUCAZKa3Q/lGRe9s6niJMgDwVX0ahP6G5nYKU17h2guJspTLuIic2PUh0usx2YC/R 8wczXZOCFPPFJJCvVYuGdKIyPypZOS6hqbfAVX+Dd4ML9mOqXKYEL6WmVavKLNwlf6lYlA3p9FYY THgtlZWjQGTE8+2/SC6CHOrWV7A/yCMs5NM91bXhAJAIzOKXquYcEeBL2Qx8I3DP8//AJZBRec13 tXdvF1lPeIuGQKCVrUKlHkMRdV4+A1518gZSgV6gEY/vq2UMDwsT8rA/7OeCVggYlAx4pqoyqCm4 LGSwAlHQYFWpwMBOrYA1Bc11cAeACfYIWYTAQKwcu6FyFdSlVPQKaIIlahciBkcChUGynCDdwdhB VkZ86dAJOZueq9GtSNlcfmBx2AbW6w/8EMqrqtQ/GCME8VSVcnWtKHTqBVZXumoo377/NjVHaZjL im9V3aLxTf+IPsqV+w5f45pOg87cb3yw0lfoZ+icfNSgrgOPAYZ9CVxHn8sYqS4UaOdwkb9qVs+G g2ea7PWvDt7hqz7/6lHFqYt4vjLUy1/HgOj0HcIZUZVT7/By9g5BpYHJxPZn1RIHF7K2g1JPL86O NrDM9+v5DEaSbW1PIcnGStCfHU2XSodfXs6PAE4QJcNP/PImBKgtjGd7Ph1wsVLMjG05mrh7aJ0R iSnhL0NLIwgQE9AQEnMbRrTcto/jNaJUm5w6USSoQQkZXik569rhADrRhhnQ5eOnB9hL/9tc27OR uVuKzJ/R1VJwDlPEaLdFXm8vqd3StooAnkzaV/uhlMX0rNxOg+CJDOBgkZJx9wZIJO6QQo+IhFLk s+SqX1oeuJkZ0TW/drZP51QEvvBxNJFl4D54wLyhLwNpXG+zJqvy5mAixIArGcSwjIx7S/Wpx/rP qrsMkQg0Mmdw0LxiN+SYSyFtKGehrCC+YjuPnFXySEJH62S7igToteR6eT/W2eVkMKoQVt2aQ+Go kZSJCF5xtzmaSY0GdIzmHYkPtsokIT5ekBxLal8JK5OrbIO7QcG7se0i+MU9BoZ0GFFg8+7Q7OFC mArN6GWPDo6W6d+zJCDe4I534hSOElI9cIbZ6vWRBOMbRtKbYY2jqdva1NHGnFgng7fNtAFsmowR bFS6p146oc06nn2fsobdBgK7FnhO5jDABYA3UQTJdIunBHxkVdgiBhFP/fv+enYoSohygOf2Xtln TglDSKP14FO+CJ62AR3En9QwjLRE1IJL5JAjJuPE1TyJFrAilGDCn9R5+kxU1qM6IsOwtl6112LR nVTM4rpb1GTLlBQxWDkGTkGkVEmzr0ivYM+V2kOJYxxWG4R8x4DUkCjl/4poj+5pAKes9slFx3sK jgp1ef2yTXonVK7vwkMhY9k/1SjCCbbYvAgy0LXwKMed16PhOncbL0nBCz4kMeIi/XG4iWDppOhC nsv9ulWABncqEfaoVwGsZMp0EvJRU1QhThBaCLBKZIUcZRs+Cf3fy0+KvEQslSwaqhqfam/Kjpug OKdDuYuPjChGcjS3oIY5ElANehCwiSBQDbzF1R0LvsR+ZV6lW3IMHQAqBC0oUNDjarU/wzlKI0up yrF8vnu6+yNR7ghWJWJo8OH5j1TXfXK03Ygefxy2JtcGLyCpJNKM4FKljr7WJ+yhN2Tdlr5V/Nns mqX0SLynwmvhdoOjUO9FhuC7TKt4UV+sk2nPLomYNAdJVQcmnuk37BCDFTeGY8vj+gAxKPyyHpk+ Y7rABlmp+B2nHrx7BZusbKlkeRdcqEBUn2vcOqHWt2E1AU3iR+GeNg1HMOAnRigylqgcwyWXLbrb BHSLV8ntrmbuM0GLx8hQBfZcglVmAPvSjjxRQxzhE2QWVeqBJSTc+MDUmFcWdJG8ew0Zh2yLMIy+ MlCqRPBKoxgrEp7pTWAnHKGCnSwkIKYv4QiEiXRHF5cX/OqzuLfAMpNa5sBukyrf8hi2oyhursCI FKfMILfTY2sCrYgPwfZ1dt6H8O1IKfwLcuQQWWNHErmFXQxHT62yEjgxruZgmpH76eFcm6IdF8PR GRn0ZAgcTxXBZupsQKa5iNXX6CwxMTnEpcb65NEYFmhqKQwZYDBZX0PwVgSjPkqHUiVNk5X61RPO 6YqZikX4j7e+a/7ln+a/bAsVWuSbLJqVgpq2XLvfRIjoNpgITC4yd4uqkVfo67MVJ6tIyrAFmsz8 1NBKFmUzJOU7JuRfBgrBBKysZEwjbu9VDBL+iQGxqIgrS5gwO7heRlwmJXtCToQ2vceXLw0iAD2e bxB1ADOtQu/60SD7tplhU27cFI+iO4TEgLx32USJnCdHfMIuN6ZELbSFhybzfHIZ3yYnKCuGcj3N RWA0Ss8qQTmAWCI6HEAHVE0Kk/BrCZCpV51LeK22B25diEaygdzaLZXWKOExX5kQso/NRx+tDJkr VcpQJl/5qupbJuYmaM7iFtugqRGHQlDC68LDW9B0NpmYsqNjTzrTUaQmav6EZZHk8u48RSJV3XhZ Vta+CbFRQ3haXUuxEy2YOG0zU0aorFRQqrXeRESkoyyPu4G5oENGiSE21DASDxFqoMPSdFJ95lkp OKttQMibF5iyYqs2x0NOKrMrWT5QbvY73Gm7b6C0TmE5Br7pzExtB4ax/g9BkYdFZ6Rd5pjgigwI Fno5IGxtABr4jdOqAdy+teVBBlD6bH5kzKyC/vBcIs4xwKHzQnONFf0KVqGURs/2+I+rUT8bzGlW qIPLgUr33saC1byZdN5l0CWssMFB3Zr2GsrsNUpyor7xiRl3C9zzZm44Iq1kPpb0t4UQnJhj9ZoC jHVnPVg/hKIKHNqkW0lLYePGuMwp72flCCRvk1QbiysPKAwRKAmPLT11hQCFtHt7qTH4kdyKxuHg lo9EdMJtWjKS/T/8wqqkSvWQkczOdJhPWKVq7EYbpt0842PY++brFGFqhIUhniaTDYk/xSpmBAKl ZP5rXqH1OG2BEtaYklq1Q5PUhrVAj/2PBsQsRARsEFEoiNFroW+hBefVm92OFc2+E4ZcFdeHQ00R FZmaMFPlhfCiLB46/e5vOu23AqQsBbQ/c0Tpfcv49iCSz7pFCCXOBVGTvKbec2Fo6GL0aTC4TA/T az2LTBX1ZUgsFIWivNxka4eaLJfDBDLm7HGtypVMQuf+UkEMJF5uMqQ+WLfCjB421yDa2q6sLy44 jIsopvowUiZICmMwBg+bLegi0lS9IDMGBX5jHwaSmj7motzlGxatU+V52EyN/q0P9XJjJ8IxwVQI UeQMGe1DPP0h6cRHxQFTGXib1mKkp408DaQpdSZ5xX0B3T1to2WYFvHxOyUmN+maPn0VGps5ANsP IUs3fKKwHqoJpU8NvXBFO+bGGw1dEaQdsROCC7dMzZdxhDzF0yRjP8LlH07ekjyLpDifzaFfxAkR NgO8q9fxAns3MuFuGQyHGV5dY4LJvJ0UFonio3fF/yxDGxB7WqBJbKonsmrzxnNHpu6pAXyjQMdd hcotWBg+4uMC3FtI7G0sJCFFMwHc6pUmSMqKZfewsM2IguQZvpS86JEOdG698BE+6W6Lha9oN4g5 cK/2FMhPsX7yg/iWt+2DXiWQTNCiZNOfk0PLcY4KY3DhTd0LfjRIHHpIpHVCxj+bZDQK+2ESvJIA Zt9id4k+ALY+UaE3KoMmq6BZoUh5T1sM4k9dkGPPH7V/xRIQNDFK+o78TASv2S1UQJhhDqgh8ERX SUlLLN/CW0+bJnrFQnkiE0+MTEyYlXUswJ+K1SVFoPhZZPobsIB88KlxECMviD5f6p9LLOYsZmVM FP8gmPuYpenEsTbgMmjxHDcNkaM0pvivEvRuyX60BFQWeQbz/3buGg8dmlMv9slbLIU7Dd7GJd6a FKZVik+zKniml2KzAtRkWjDHFpQ4l9B2XzCw4dzVBWY83w3H1W04QZwNbYU/OcdhoewT7F9bkzye MxbUqbtzj5olnr82TyoDldaULgGYCgeKTyVFhpFZeyVZGwf6zqwufsSENjQ0YLqwNwpZzcjmnXNK vtJzp6O6C4iAAoZPco1RxTxhHSJfns1Mv4rW2tdw8GotG9tKo+pJgW7bBCyqjJjh4wjiMCLzfAWE i6bxw4eFiwJ7i4mZlTWthg95Be+QAY0AMtVjV3Bi3X0RQh7ihwmhOpCLSlZF7PDLi1Sl85xLODrI EKASZoKwRdpB1mbXidCVDgNVYUHwSECQk3ndFUD8rmgUehKgWm0n+FEFIfDpxUm6ocmVI4JI4bSQ G6x/dT4w+AdaFIAKp5MWgegCkmAxVR+G30Az4B+VzQKdW/Hqs4GSQU9hrD4Eg0NzTASz0Pv5DA4F tldoGvxaqVBv0+t0DnC2EwqqtSyoDaYG/LrmBIDeS4jE8JPqcMBH4F648zPCnUUMNr5EibMOvPUv PNmso68jFMBTYFJTCIbSBzaZGgLMu2M/oM0VApmWQ7lFca52ri3iAEo9wKEsFJwD7DE1VdnAZbW3 ZzWZAabm2VHGJuo+c1bqHG+8YjK2KJhVMhtE3KkVqyuGJHeCQtB7BzFYDoD/1Tw+nA+hnRMKVEDv oN9wc4dqKKtVgAz5d2bG2yXQydd+vp9Vg4ePNVcMUVocNn4CXCNUAy9MrD4aUN9MfelSr21sv6Ci WCcWmLWLCaE1Uv6KBzuqw7xwQImys1MITlj06buKKSvj2RMCZKnxwa8v31QsdFPwj1PBj14omSJV 8V6JmKds7P3B9ILMKjn67Lw1QB/O++d29MupJVYSloqZCZu29Ql7JPEtfrir1a/2CksSJgcROFxa hz6Xj9tHsVhgVQebWlNjVe1VUSnGmai82OoklRMlWRGptsNis8ZRN2rrg0fpG3XHKCKNB55OCKY0 6op4daUs1vT9RZX/3G7t3Ni5GWpsbQq0FUE98JxiWZgdT0ESAJ59jwxcnQq4LRC/6NH4CuEqUVQ0 SPshhRaBWLbNk0WmmVDsJIMe6Dc0ksxYkRhHl7OwdgoIc1W1eljNLKMKL/WKSa2+7TAwK+rZqHoa x9DFdHwoPyYZ4RTMJoFOSwaGmOhYhtdZmCSBHYUz4Ktm4jtWL2Eg83mk3h7pLCZkwsP7mlOTtsMS vTwxeMLtgJA8dQC+CFHNUJFUyQEu+LyIlGcqJxIczYN7G1FxQX5Q0FfMJncY/NDGsVBSjMX98U+C OiFFXtINeVLR9hxgtW7lAYJ28YkWTDjnvAyU5xNgF7+YSr8UerPf/BvHwucV1rqFkSuLda+YXLMi ZN8tHRN/Sgc4fEkK9C+sTw5e2IC6nRfq96AJTl/YV4hYrNJJRyVmKOeYQheLr/jmKiWK6MpXRRsQ RhFAH4GivZRICtXbhAy/lxgWuWBFQ0vPuHbcCttxj+5XMibcKmCQhRsh7LSYLj4fgXeJtqjTMOIN qWuhSYFYG85VDEUc5uI9HsFL3eZrvzZ/8R7airCduSpiAwFVMrcQ0RcoWeRcyFH0aPIG7VUTWKJ3 7fwqmLKUOOoZ1AIfMuP3AIM7R7MWLZZWi70xi8wUXqqDbbkK+2V9Ab5RT6igt7jcBMvR6tDn6C1+ WiraSolmzGColI+xXKPkizj2gu/JWgIj/hfQuteCEw6xOvaUhblA8Nos6wV/fR9gTkLsdwe3AHbS GFMJPATemIH0x2KbcouLw8WThVb4HxRR5NjssMj9rcGqyPzPWwutXBEvidgX4QaGNyuVLQmtoX1n PAsZQ5z/IGkii9gm6K/RXpOHgoJZAkwa4DxK75aHJTcLRwE78t8gzSK00rfCnSOZ9cl1XdF9H2i6 rZMgrD2U19QEYyvEJwH1TmKKWt2BA0YWCy3ebjOi0040T7JSDGGoFL3sQdzfU9tp6pTD3Ma+eFSq h3wcNCuZoFeEUiskiV/MvnjeOlqNxJZtFKVTcBTI9InaNjEXXG92CTMtL7SDGxb5F0JbAO1xBaOo ZgdrSi2ZDBMiI23KIMKsNzHSAT8pzVGJl6YRwxkhDEYkOygfGUioB2QqsDFOqGspgRkKM/GZWviL k1oNc0so/Vd+INkT3BKkXi+L5738ji6ombERXGgq6A1XaAH1yc76lnQcYHcPd0eJXsFXkniWG03W nahnw8vbjWNAa0pFUyXya0Y4I1sJuUR23LC+ZU5YhHAzl+GGE2Y2yYxsmnSaFMtDlkum0wnhfUQa mtrSwhlrGwdA22PZEiWkk9Se+AOpMd2M9zDO5i8XoUOmSW5zWQwyNvsl0SoZDMNN5VsR68Z2lXab Ruha9qYzASgvV2J5ZMY0SWMzbfm1SNMJXWkwwxYcIbFjMw8lI0623rwXj83SYxNn9RjXOPBWBW7y RpUIaiCndbAk/nWevhId00E/ij+mkj4wXaQ1XTjsfylOD50Qn6pOmT/Dmy6xDbVQFLT2qRHmptIm mq/BT4dUuGJsqoSUphDmlp/reeEZv0gkjuxJxvrGcicV2fSAC5ah1yQxODxIm1sgS7WCN30ZFgul c/B0OIsyUSYIR5lwHAOmcONIzTQZGkvTY5N1J/Bhb8IFdpJjDSxQZhmxzoChJR3uzxB2JgMoVdlk 1dcwBe4xtlAa1tg8cjyG5Or5IfNN+fBXR0kEqYwtvkaorlv/lBfBAUkHq2MMjQCzoK0FtuJVUiEe yWz/oJuwEtMPQ823AFi4PmWovi9asdtXSv6nmlhVs8oX030uwXc4YbzKYR/gMw+3buFA5fVx7/YW 5SQNcFG/FAqJoblwFYj9vJOFFgvPMhNXbSt0Z7hMhM0xVqioovqwiywZdqeXbIjgaZqYbJOLlE9A kiT4lK+hOVuYTL/pAoEtXHg4dSaKCPOHeDzd5CXRNgvGLNj7TBrfBo8TL2GG79gEPtXNZKksWhRp JyCf14cWI8Mmxs7t0X3tGGYEZZ+IbRagrTQ+NK3OIGbLzD2rBdZAeECm2VWfaTCR8zL2ZbYGcYNo dRDAZwCpmhJGpvKzUolhDhINRjK9SxVRJ0UgRhGgphFlrApSbEPojhRpqL+cmgQDeZVacHKC627/ mOMTm3+3u6HoS7cqy9qykctWY4BLbJz5ZjLZDQjSaiMLhYS7hNgonB2jxoCjJeaHVPCDrmGL27Uy a/5T6O2CZxkivT1GaQeSBepaoHLtmUdFp5IaaVwM6zGNpqtR2YVtu6wE08TbdDXWUivDNcuG49/x A4NkbSmIWZC3AoCWhcXPQPl/GEtHrllPF3k/E2kIf613S29eJJb5d6P5Gow1C9FlDYgj35EGGsgE mg4qzL0DVzMWThJAQm7iyVKSQOFrKyUFajus8g+JIRkmCb7OtzAK5uoX3zJ/BIhctyclOMxfs5D0 PeJpHGtKyr2efIKNAr1zc+Jzoj9zCtfTF4fCZBUppKF6pRopFU/M69ApY6mRTrU8aF9IZJo0icOm TaZrLt6xmndWL3NLn/WBMeI3amQDh+b4r3ialGx/ByEV7rbRlhvOQeUIwF5oFKGJc5GQxWSmzMXs aRNOZhbIEDvA1DftTBNupJWD9PJITEwDmM4Sk4RN25yz/gmGbmJvsFj7fphFIvgI3pWAJFVsrDlR AiLU94sFeuxFkU2BtL/WhMBHArkRniVS6HIlpwxtRVKjZvkEzHKUTCZKWjymGuVRbJKaZsaxQMWF G0hRx08dxyxYK1w2FetLF9LgRLuIr18sJ9oILtsYXSkjnyiooHwFD7mMhbpQ+LIhnM6NguRynoA4 bbxhuLc6YDJdSd7T3mKYZI9E8TzMWiuQ+ylaa3Q3iAnNgvIQuhpi1hHm5FUbi7ucME3s8kR6z83l ewV/i90xaUfx8DJmYLrWyPdGxJYK/ikjwkwUuE3sWnNOdWoQ/xmYtj/YjQKBNk4zKSaVEJtri9NX BNCBR9n8MlTpNAnUgGPFc8LmDw5NslForq7bNWggRje/72kCi4K9xjGP1pfFZyTXsn6NRCDjGzqN 3Tx9tLSu+ETR9MQqRJxrGku8KQaxpxkPN1S4OzmqDhnKbFjaQtA2TxciLBJr2z15EJsUjbaoLlQo xd6y/6Sz7D0hmBYUtPs2+Skup0qqoQqJDxPuF1Z9xkflPMvmjSrWVOJolUnKvJIAPtCJa0BgxnI+ r1iUBYU2MagaEs0e20mt1F4GpDdF6BT3oTsqNecODGHb9RY2kj5SfvijxcYfo1r/EDRilhskpWQr +9pKmINzOdvj8zezKgvI82aiWHQewTscuUXWM6wqrPj0zU30cKPGEDDynYd1C7K93SvsLo/C16AD zAWOczBuyCv4UlENVEzRoGYV4Vbapj7ZMaxKhF8cY2vWPSevsLJ3tQHCwHAqdSFgoWUoUX/YsJ5p 179TMoI5DfrUucSApm+EasqSRypEq4lmpqoWfFdiVEEL4DMsz+heixYJVdLWHrwWVpzPVmnKE9kM 7WQXCCZoGq6lXsE1VOEPJlejB5y2HfH57EhYmUcI5Lk2inyMbqCTOgquKfDz9XGdEATvgGN9uO2w yJDAylFj28D6in0A3PBPY38COvWTBdUO7l7VJUaCKsP1mqD/hbFtQaB2oekIcB/Y0Ez9gfNiuO46 SCFYHp4ZTleVcMdTwM8N6ngHWBxZsY0gFAIqB9zpVhDhXfQdbAAGRKS+DEEweuAiMNba+4zrRVAe 4fY2QeCvcQnI16ujM1Q9wzlbXavmK3crf95ZJh3T++mgXpXSHpWtrLTzjTtoF1quoD2Qv9LnSrHf esXh2XkgzooAUYdFqweHiTs624HKlXNDTjtUunJ32w2dlhCO3kEbPlR9DicHvr+QoLYjeiOleqwz WLTjLTC3TYBO7CgqG54Jk1fujoBOBdHalICrTrkgHdZLeT0WtsFhq6OTOpw30W6ArZlqvZWzKlhv L6bdkAbQaULuVIfnXgj4cLH7oMPYRb7c2CMFmBWWrgdD2GAqKs2lCk8zAEShLQbelqhYg+I5Cqx3 sylaIYI6yYq0h0hG6IDfnarOcfRWCtFTq5nOJ4pNhm0ghzrshYPFw76eTJu3JuIlR/Z9eUqRgAto nfyAJIwTunbaMPg3VEdIPGg4JCMfqmX2pcTWXNg/Vpvmsqa6ZT1yGMUS0ZncV+OhzW1xCv9UCMgX BqeSsPosb2GT7xTcZtSF7SbPLDPhHBAuFGv3oRDv1fuoZXVoZIXLBHDFxwbmhgAIAkf0H9GQgKTT aZGiXqte+HW/irH9H96LroBonQpZoo9PK2MStRrOD2QsFKrPw4mgXbApRkRyxGdmuUpWn2vibfx6 w/ngQXmU+QjXStbazrYHXQz/4FDinGSxd9EsE1+NXd40WRAzlMbyuGxZXmD5Th67YQswimoL482b D5Ts5+LjFVfgeo5PQ59NQX2yYXjbwqPwonZxY5LOrdm8hD7HCdMWgI0t1YLyAHB9Bfw96+2Fubze gvzSsQc7FGSBJCMZSWDDFpQ1w1/2wz4SaVTnTxiT/R4zl4YxfGqhiZ3Cj0L35SMOtYuNxUkFaVkn Ep4lzGlnfFymNW0VlTbyFDrLcOGCgZhkYmYDiOAQ2DaYLHHGnr6zuD5n2CmEjrruBjtKLCmjjNRM rTauYTeRttiehaHU2rmLpTh3Nh23RdW7br+rwlHnn7Q5U5bR2X0QKt2QUrFliszaNDLuu1oc8I/J y61GBZPA9ZuKe7w4zbjF1+QBo/CnK8SxzSDioE2KT5OSZAH2wfmqOfk+u0VuscTkte5SdcGJ1j2H KFUq+DRfROIekUAfAeZZdUuAi+mhoxN7d7X/JLIlTOKiLBGSJPuysKSRsKPM5oJbRDwCNt0Ir7CC FdAjwRQnul6sE5oqDccii1zjo9PCmeokRM/k095FiYJgVoPwU7mPQrJgliAI2lUMLBGgoyAU68yE dVt1HC5CijQKXZFMoI6aUSBxZo19poxCZ7hpUShJE5/K9aA79ibc4XNbENXCpUV2D2xcFEWm2gXW 4K92lkDoayBy7DnnMB0bOiZQZwig+XAdgT1sydXAa9ASbginG7eDQF0EPDq6FwRkb0XoG1W3HWkM /sq4+emHTZOSINFtYXWlVp5Tjqv7DvgPiOu/l1jnQeySjWLasiW9NlH/BSk1KIqZIKw3H5Zz09Dw xCxbdBYHyb7gEzAtkNBqBnthchYowqrW0wbWpWGJW4dBWw93MCglpCWsQtBmW2xt2tnBUrZAEMZH f6XHhcjxlaag0nZZ5sxUI6VoqvyC2SwNM3GdDPtCBhPB5K9QxMpUA8XE1YqgG5ksEVhqSCUFwZkU JpYb6luTNPp0w8pyIJa3WRsPegwKMpM+5yEoGi74tv+bCr3q12qMpXjSB8AvM9KGVCl+ptb3pLLb 7VA3nHuyt8M/9MsiE1OWKVClVKG0mjL601apLgXAITYq1Wl5msi2ZFiQxRQYFh3vfC0bl18uR03r CHu5Vl4ToBGwY955riIB1q9b7SmXwDPm+XrsFWukqsH0QmKDVurDs8NctNexDETwYGw3FaLkSmZy BBjwEILItOBZtTLeKceVu2I5pRYgmjJHxliQU6pOBNlp3OltZXlcEYWiCVPktqxqMUvGzc8W3hKb VN4EdboNb0EeeDgFS9asbRYQ2zUruvCASjs7zE1+Utx1+HUXsr49kubOzFuGqEkBMXhqNlbMY/iE pg2GnvLG00ULEJgiCWZWJ4YhDG2A0guCn6ByXyTErSwITlIQDch7GZl23m9ovEyHRllCEp4ttaZG NwNkZLlbxtx2U1f33ra2DnNwKUXfkiiIAXuk2hnlPWnRhqPv9EKjLYPlxtV+MUDLz/brsC5R1e1W 1UURQ8BdsUiJagoomLKybkSeo3AZ7sSzqjC3cKo1y4mkvccup98FfnSmVRdJFqKhMxnBEVNNR/zN DSknMxWMxGTCIELLqemsSNf4akWaZpqfzFd+ksYx/rrtzXfNEY2RlfFKVtUVpKzpDtHIF4mBNMhB mLXJMP3kJ9UTo5nOHKZhWkltWoUYrsuk0f+Z59AbZoEm+tpQI2dOt6XHvDSgfYICLDf7NUBjgoG9 s1oUsG1ZxPxzW4kjZMWUYZvsIbsqTK28tW10exyAUKXdLKe/qCQtWUfuy7qHyvAqHMaWK9Um7X1l jvQ0ikJ8/MZk2gIpQqQRjBiBIosdYsFW6zUztxnkmo3lNAmeA45iPs6iaUOG3J2e7PDwSj7k2qKK jcgNcCoPSgZ97ZoONGd88oKk24x4GDxEGj6wU7SAeLGwmO//GB/Vil9F2mTFaaZ5kuw5l9Hyjr6W wcfnh97EmmSzIVlZ5FjFCCO3EBpjGrI9UNxich2LoW++r/iA8zI+MWxCHbUdNPnMBbIeeXAUcp2i 8JAq7KVr7eNbcgLTLnMJC9bv9A8gXhxs54gRE8lwOmmGcEJC0L60H22DkV9OslCi5uaLqsTM7MgI qUC5CDmrQSyDf3GosnnA2b5CtKjKLa0uwSDp1sMSF6lQiH7dmsYh5QF107dTYQIfYswQZTN8tVAt Kv1CIqQ/9I7KqIyl00kRTVOGmlzzZjrJ1hrd2qE51Unfu4WRTO5m1MoNuQNLXwQWBf5WrV2YmiFg 33P3TJK73K3j3NabqmNq6k8MoZUEWGyfIjM4pZDliW5iHAym11i9lujP/UaGoDqW5hbIjHXM5TUX K9iAUkYKUx4EnTu2UbL1eobYUBLS1W/uzHJbFP5Xf71gMd/mVyMVWAbiJdWYrPuFhbrOthiHahCx rBPNBP639+jpkmZbNCtSyhKqxMYl39342VYpiUqKiC7NEi1q1G9tBhPFAtEsgMUn1eQwRWi9rOEm nB3pIinL+whrrX1hngX1UWtJZYByHPYXuxkEuFzJqcjTqpLRzJVucwOLtomsXWZaw94amVDWPVUn P6gSmQkaU2E1+dDj2bQGEdeh3qTx4F/Yq+gp9aF/+je/gljo/R6W1EbR0kLoHr/0vXqS7Ivf8PqG zrQVjwkEVvc54mUK2dhojnSSxFjlyOyC+WkdDV2qtXQ3BUnRaoz4lKjj9i2sJXSl5ybJEFkEO/vT WqxWh73iltKzHgTQzt4cK53qsMMxXGBAvPGkoDGvundVHPK58KDtJILkSgQVFBNr7VyzgpJLfbSZ lW66TAotT56C58on9X4i5PKyxbK+SgX0SM0L/GOCFXVoVwqXyPrBfWJeIh3hRXbuzRt3Gh6z6TM1 8QxxkFCqlMakjmXUDA1BF3FVMyzoKhQyIIedbu52MOjbc4hQCWNvKxaOlC93vyvyVnAN1RIRhL8I Y5geRKWA0CQ2+0UxpYFNWe5Ny5inYq38MRIjQzZdhIY9FDE7gxUdsgmexYrZDu6ekts7k4lbcwCm UmyoQgXABg/3daV6S4k8NNmT5ypAVy8KZK6SWVqvvhS+54gGZcsadDKqY4grfnQ2IBQaYtDJv8Uj wdFVY5+Uy7rQi9rUtPaAuzYS/2C9syJRxatwvV6B9+zUYMfIAzo0FrHoIUsljgk5MMl6Dkdpv9bd 0Njhx3DdcF/RKSBRt7ruVNjqYJV9Qrf3XQCEYXsxGeGr4Ba63Lz9VYkqU2gtdNmx7VVqA9RNeDi5 w9W1h1GgBixdnOqAX+P3CkMTh+k6G8N7jSlRKwZ97TzZ6rvBwSen3zrEuNfVVcWsztlb/gCuapY7 /wTICXz1ZjlIqtLuFegqfN7L9cC7jvP98ko14CdQ+OQ4XGD0Di2BtXZ6RgfVet9iAPXH+fr548gR xd0/n15GZ+vg8+f0/euldVfIbgdGw4cdGuwgabB355W8q+5+1dQFb2VTaw3MdeJuRbrvp3ObCNWf E51gbLPH1fY8VP0SIbebX1B4FcFPiHQyNzTaKcB4AuylPBYRUu3ddlI5v1Qr7U18VXhD2M3LmdfK hNtDsA3yclZn/P596ZyE4GLtncaMMNW/7uggEnRVxU1wtHwdcPQZb9FWWTEmWG6bAp2pkligjawQ syjSJvHQb2dcD4ECSFsyS+HJypKsAfU63qPDJicilFWGa9LbsgyiZ/+C/PPHiZzIyhzxhxWwjRJU hd7vyjbaUyDCvaeyW709zr5C+jYWEiLmS8k9KcTooDPClp4TVK/cpU8Eu0wW67/58aFSAetsIc2k zY2lobJ4DHz+/KIy+ExC4M0wvuQ97W7ewcsdBkFBBu9J4aSCOFWC0ixhW2oiWHWKVKJgyT1D5FcG jadgzBZOFPbATRGx7K+8gIQIGnTU/d3pT68TYOXs3bCh2T1fg8wy7hJ/1o74cC3sMBjcc9CyCQM9 DQ+096Rd+bVQO7/dIUP8MYunAyRyNJjNuRm07nWM/TEOzjjDriv/iTEwwJACEb1bxbC87DIvEQWa +dXRHiV9gh5te+l68UnOUe6T8+Np+vX98cbQnGPRRfFxfmYQjxoeXriUg0cqZDYzPkUKw54jDaym B66y+CIvw00oA+sBStFDwaUrCC7A7lthASRIY0G2qz0Hy+f0OpgWgu82vCCj/KW/7VTrXCdFDLn5 HJvPqFBj7JIQ4eS5OdSHJGlhnoM4ikO6LOa0Em5CEQhiWcemA5FrS3qUF22ZA4o4S9VcmFh4KdF6 t7f88Kj4x5ZxCReKhB+irD7ccuD+B+Pbk2hKEUQ4jw83WhdZGFFMaxa8W3Ry/AGGmpfNyAuaDLYW JpV/KA7J+4o7HwgOLzz3LDYWMFEeA5OE4v/eryFxcWcJrDn7fHhmi5PomZroBZsmk35azILbKEkw MUwu0KpJgU1qIFkZqIBTMNekhFtNQYS2TZkCL1HrYtRFmQZIiJR7Faje3AQkFqJ40lBFZL8Jj2Uf J6dniArDPkROgWfJie0PQZ1FETQWzxUi4kvyqdivgLXQNOg3xQreKwBJNmuZYEE8yuOSjvhTkOg2 1S+CI333VZx3u3FW5ecqQozTIasd3JHMgKXEvtmBToAssKqzQOyo2sGFhaCJ4p2TMRMfH/xijvWH tZ3vYcErjZD44cnDH/RbAWCtMkCU3znU0WjkpscwzapKSdPVsxJ0RJoyDPb+DuuwiWTe3r5ZFPSk BZ7ZbHYW1kDF3JYhOSXwUguoOHKs2F15qAUpGRVMTy97GZRTSswfVI7x+urQEgEV+rDHtI6kQ6jp gM8Nj8k4hjbdKD20BhVYhM+ZbpTAJch+b6xqCg1xK67vXXzGTS88lCquVv6ZjQnS7q2CSPIsq9x4 K00faFQShcteSkUqUquCa0/WS4PwR/moS0fWTuwXeB+iQkJQ4z5JSkJoxWmIaNxFssaKJtXSMTIC Q3YR/Y+ef6cFCXmzpmqiWqtsTQH7dhKrxmm6bH6rGMf8Sk/NodSje51UgMGJXfG///wsEU+JWx8c C8Ap2+8vjcal3mTnYkAyG2LFUIMMZDMex43ukIC7ZXZOXwQtm0yHFb0k4m7OvFDKdNn3BF847zqn xSFUL9baVzuVeaEgJUulnKwDbdu3BMR8KGF6waelPf+UTVKMXf0pt020SxYSM6SgmoVpD7FkY748 QK9cp5y4mXXKO5eJEzlU2ZDeueDOlRZasAL6KythLgxvQVHuf6pBMwkMIXbqDktDMUw8PTwuo4OF bE3wu7QxUaZwhqVlJCyj0HoQF60odgzSoY4sgZm6gJMN2l0MlUm9S/0EB4bo+IvExor3XLCypRnG skJTHp4lBo4eQtgfdq4RkdHJ6uhlSQQ02CX9ZJycH8uxIaPcv10znRsIuO0fh7zFSgL5p+YuYoE/ +Er+OHYLECikpoE2KUTAQPFKH9l8PfYozxbacplXfLM6HXyNATanyvjYU5zMoqZId3rKaiMEOzhi IHbiHH8S35moEsL46YQlAc9WhRBgqoz8dBt1rQMRi2DxRXPMXASCWQG89z/WY2pj2ikkn3KvsN8c AgiyHghxI0MXwUFq4QH31XcRyGQVGcaxwCjzRk1evp0eWDITzVixKxiHrQlqH7OiJCFV3JPaw0ut dDt2i162XhSZVUJbagRayQjBalqkxrHCTTVGYHWPsXfmFS3DXv/v38YMOwz2J1G5G1oQHLEgq4XA EBIhjO7JCzIuuxJC6pFCpZYtrrXtaKB6oFDN2gRzf20gGiSvhBpLFU4Zh5UH9GB+QtHvViY9NQ9+ wkW05SVmFrqYmWF1HWVcL/7BnKkjY2hnpCeS0GzCWEGpGg5R3GL36ztxwRyjWRa0cQ/Wo460z2tk RfICth7rgfPQfjfnuQeE+vXE1erNhie1wlYLIjhkAYxuWshvgTtk2M1tYeTZGlmXqBoMi4CcDrnN 41sSdGxM5jp7mCF1h2F9KkwiHVlMRo+HyZladb9zVPXObiQ5PjUFwFse0KxwO9XS0PedimCkdldF OMmg7tgHWhyvCiJiBqOkf/EhQ4DbNlFAFmaai3DyfsKpt1xVW7H4IShIVi0XrtpdK8iwieubTLSA HReao99Njv3Zys62TWHJRUzMX2JCiocOE6GzpJyLefZuR9wiJ1lF0uwQCfpXoDVYzeIKBlq6h4c/ Yg4hx9Mdvtz4HW/awBZJoPAGTTXr4QTLLaJDk5jSFA+vzR6O0Quv23dDg/nQBWKVSUksU6tmcS/D 0yCmJSNLb8iC1AXv6Yl/zQgKRvHdn0sbBOUzug6jG4oLiwxeZmvrVm/hYD0B4XZDjHlcEEuZOxS3 sz2CZAPrR6wXAJYscQDibIYqUlvMAukW6/WugHWK5DuUZQ6IT2FXg4hXGRUP6ATzWvK6IR40HvAl IfLYznojP/A91s9qGsPoKKL+RRiVxbIM28XiHch/k6XUIYLh0nyHzK7CiWPmMlqq2yi51PxHXF3u iUZ2OGb7ijzHQQLaWsTRwweR4OJnsxTM2yLBRi1ck2keqxmlJlek0LS7F9fSV1Ex3BDdpmrhiKj1 Mj4NIldEHJ8zUNlX/DWgT6wqqrqgmhwTfdRgInaE8cYuGC8O5q/SZ/ToNmNlODPJl6EFVGhCiVCr 3LFUJeSW+t9DYSgWXUhI3RSLkE0tUhb3ocRsDqMVzyniiOyTegOTZesSOAEqyt3NO+SMknkSjMYs j/7iZKVc2QjOwbdIjg8xndjw7hhiUdhh2l76oIO0jdhnakC5yUpOuYS3R0gE0hSNcgl1oiwFMxId 2j6g2ChlbJEISfsK1k2f2y63CrlZYpvtyHNwJkxWelfGK1hxv61swm+JCOvkhP3CV6S+R2D1G0UX UR7CHGupaUKYXxPOFelBZTuga9ppeHGyIbNy1Af6QItnwXNx+cSK6Ow+KxggiQHD4kairjerBoMC W07KYCoFQ7DZYBXYTOEQnJOjBBt1cAHkBx4FIgKgwEKUK64WNswn/Mhrg8LnvJfLmXLw0Z7BD04N 3uzp+SqGQWCdXgCe/Xi/qAOFEQVjOnQA5Ohlc3rec/5QPIdewDIhc3Az8F6Am0N94YIANDhqhzAD npyTAKfqTFooK/AN5FfpsmNIVc72BjTVrHCskEXHNVTRqpcg0706D1GwL+N7tZpOPq9wy15b1mP/ SHQEMojz26kUcEtnCzhwWLmrd6KBFi9qZT9d7D13AaCf3w49BgD+B+C6M5c18gYx2KuGV2cRVwnr oIe3n7PDis/OEPCeuPPnz3WvfwOremWeE4x/9QVEBZ9+/X476dlpzp/n34/r2TdqaJ1dfDIivPX9 1zHODp/o+GWnQ3gnneObncPsSI1vb7+79tK4n19k7jRl1bhNcSc8I1j3V6O4JaSzc0WcXHHZS/O8 mKxSXnR/q/HteGcQ76+ugcM/3geHXEcuO8P5/D9fv05+/nH/z+W3t/t58ZwDoDHyev1QSPz3fL5q 5nV5P+ef/p3NDcd81SvtcBMbEHA5f//9uF4v3/85X/5ezv9xyPb7FQ0/uvj14rnLX+vy8/G786l/ vn98f71c9XX9+kXzf3tr3lmLy9/v7/9c0Osijv/Fu+vVu/dQefn7g77f7/drI+MPQbriB+ZU60x0 QegESxk7mYb0OmrBOSwX5+q23YDvEOQOBwnSb78iGXamhy0JJTzED3RMQchMUDTuvfxs82LlzfgT Xtwq1RS2rDjdQRkmHtitOtnL+kDuxK7DTy7OCVFl7W16nY7SvckrgXU0h/UDNANXSY8Dxtut+Ebe dhZWtyjvDNqnZRD1qsZVFAcaT2lAzGnIyRYEiNv2QeWdJkvlhuXShEBmvwqebSbQfYaCmdCbZson pVR2InqsyYESwNJ7DwPQFXl7D9Np7G6jsAb5RGwE1Htt5j0Nb0ctAL9y/SzI8OTTWdkJZrNIT4YA dPeCOThze3ZVUYNUq3mFKBuaScQw6LP9YEyoYHXQc4/6zbIKUTz/vfLmEjm0w2v1U0MbLitWsqnl qpKtQHZIsEnbL+uwD2sRdu4ZAeXWFYozac89Rfhdy+Dd88Eomy7gX422kcZIMn6+zexURcsE24Br h8o6kKLGcACLmzKo7U+gDcOd+6QQ3Dkba/F21mcFtJXJtonQKlShrWO940RLhraiGmar04sNaudn ewRtM9ivQWGHVWcP3V+ZaxtL/iC/Q1bsFAhjer8bN2R9HZz0KZ/h1Iv9+B3/nM5ql50zs85dKb4V 9YgZeP92xIQBrXSlK4UxpT98mgBbdAog8ju33fZpoaY44/HlDw8rjevLnKoPYv6ANxCQlAFmIHTX R87TLZoMBSq1FUcICrougpBXcrF55sKVwvZCdSlMUStPmKv1JRcvhfXSINGCpmIF6Q5fx6sWbZpa 4U9lYLtYwODeMutCIr+Ik4VwWvlKKJdr9mVunDMWUUSRLzl3qZMoSYRvs7yIFLmFY2b6/CjyB9e7 NRKFCuYsvhesai0iE90jz0Cl0gKJ4jxB/S34vMpSAerpZhEJpmGDfBPoJQso2Sk2OyDWEj3jFrRp Il2VzCMk/LFoTiQCYy+I0kmZiEWMtp7gjoHytWhGoqwq1jX9QsjiGT/CuMoIFhntMLqa+M64Ea9e oPR9gw3CRcTp9kYG83Dj8XBNQWRCXIiiYTqjz73ggzsgg49uLUIrYrUuAjAyJPckPIV8RAgy3aZE gqF9WQV4KUQ6ksypfICAxpXEz2UZAOrdD4FQckYsu6940fIS9ATHl9oIX+l1D+rqoehSLO0L0VaA hhgQ7pTgLXIUWwVdtGJE3aA4aSp+LTYztKZFgGRy7DFEKYGxUImnXSctbpAztaA+oKtmYlENEKiT Ur07mI5RXv5YHRwoJDdV64T/L5AXAEKAbyKkuUHf5LBmePLgd7CDi8G1EkAfdY2zllryKW7HU8k7 mvSIwUYsgiUMTdQI+iQwzSchNGVtirQHLFA3vwZkS8EodKvXSQJdKBQ3KPm2Ms4FLak2exhryb7e kqzmYonluWbkUi0c3IoDvpBcaAbH152BbFu0spGEempVEmzAOG3omF+tSBw39OQnzMk/VDhNBJnd VqrCXE2ESoBkQGEIO3lRfZlvsz7MCT4uQXj6A3c9RjQ7FM1A9TMLw5iVZPQrqZac4ucSiuTWCmcm 9LhPsbe1tv6UwiQxpqVvjYBvLXrywyDo2QRCBJxjq2dcvXtyQEEMs0KWjCRg13TPKvj6GRdj7e1y fnc+3qTGh17jquUzZmpd9pTEWndreSt962oaQ53uezFVXAMAZrHJoH5AEETIIrtNfpFlKINjsg1t bcw622EU6Xyiqa+7G4fVMgvJFGEyr957RULdnVonyJbcbHz5xO6jAvRRyho/NEiFB+3QhR6QSvA7 g9cULXEmCnnsXEzE5kQ+azsr5e5SOZQQKh2CMa2V4f8kBxho9omjaVRclGB1MoN8SKeMedpFMHqB XelZ3aK42Ysj3EegdV7uHBdZgLhnxQ0SKJtp517kXmRIf16aRqNM2wySCI29v0y3WrD2JM6KY5xu 3UEE/CLkwTfyKUUlOmjEmWSYPGOkfjSew0PDwUXnKucDyfNhDwLL2FuNoz/5oPDWiOvRQ7KZpzS+ Ed4Zt2wOCaRDHvUK3mnF2SjNumG4roFRmIP2JKxtpYAIU4XDxt/WYrJRoZO7iwNwMJXTZ3hYfJCB EkHKkjvVYRs0Fv3gZGqyw5cSdkuVIP6fIlMxS2l2QhG3GMHM6hPl3X+nMNgd5otfZeTN8liu0VU2 z2kbMcMQVhb0QYoIcY8m439wUPuICVWDR0IMioeZGbMwBaLCELnQVh3rqk2P9CckCLOAohTMsWbp Bu6943TbfDUyTil6sU2fbe7rD0e4gzBtI/f0mXX0O5ISDb8GIbjQzILlvUqvXUpwebZChBWFWvrC /17bc6Q8dIgFhQPjLRTxNqswuNVZJqBOLbPFmVHXMaoNLK/VQ9u6nrpqhRJPa2fP81LzMsPpA5jj C/twQ8PaZnd8malN2DTJHZA7xAygTtRRlD3A5PyMcQ3qKBWCq682VS0HFjAtpAkxvqp3i26UlrNz S/yt6yQ62m7xgapkRHwQTOQHGTrCa28XPXQIMTd2Ot2zg3ZzQk3SmS65LWSS9UTXxazWf03xMq3x G/PxgmMQxXXFDtNxQz8j1vIJfgCjON7iNzq1QIHQt4CTzFSfwLU0j4INPU6mEHRoDUbUUfGog3R8 R/x02wK2pZ1h6wrmpcrkKltVxBZchleMjNH1XnT9pAikdcskJlc50PZ9cQzTjYlyLPiT5GQcdGvL OFZ0ZHmTIHR8T1abzTeQlccTR5onnAilNXmV3kfJXmWWknS/sJMeQkDxZlZhNi/RVFmXyk/QkMTT LBcsN6qLHkP5UJu5wiXOFNMtMsbxILeMeUSj3M3+nzHE43iZ+PpbTW9AOANjIzsdTMnM1w1NAcEC ulydTvJ+mJm0FbnRjFbGFJCJZxlDo3PiNzkx9jGGuduAt/etDi3HjbyNiejIXAqyxYssP05UddBm soGbl1mVIHE2OTXTZx8L+bJGPAS54igyRW3E53paAlNnrl9Th+xNyGDEczEdT4fNKDfcONk0S0Di vW6SyZjC3LWAmOO6/VPCSpiTYYrDMLcSPlG9xKAhpKUuAwML6dHQpHDEuOwZZuhR/3ZWfBtZAOA4 aUiD8dQIKs7y4KGwHRBPBx7fbqSQh8E2qZxCCCpLmRcos2II3Iu2SmC9+1H1FXxayB3YWiUJhuhU Fy4GO9Ovfisx4CkVX2WRJUF+8Fso2WdvnSs5xdB2NwwDqo0xSG1TgKbpwlronEIf4mKcaDAIGN9C NN0w4bxypFcvW3+9K3zRQMmv9JnrKUtGh96bM27ERS0VbwK3ZRYpowbtpSyptPxajQw5OdeDtI6m Uz7dqyuKChAie2VKOjynoNho+VODQyrsQ4THo7NdBp/8aMRGwbdAj8p5QSzAoVwtYiotVly5faB7 2xwS/erdpPphQH7gcMYraLqJS/x7mM0fXK7+zfIANb57ILRSwwqAwTJQf6N28gJDV+N+LRiSKuEi gsKjFdzhgf8FL3QMcoTad0FDPbR30LZJPIYqdYtpgHyAF3Agz7Q2WHWDLga6GC40SBixisKqEDta Fyqi4BHW4/kjn3tADIQCuIbpQX6qxPwKSQKMODfhxSECvtBP8HeFu9DjqiN3pMBT3/rKURoO2gDU GD3UC3rmvW8fDmfoz35zFSDXG8o77lUppypLjSE5XgejYNLs9ANeQrwGYCfvUQ8EM1poGOinuwPV INR+R+2ll9zoHcrthGd0gac6zSDUMWQMlEh0EB22BWYC4A1o0i7YKLjQJEMbo7cTPzbxSxXFFYRi VsiUj5Cl59OlolWPgZgJJiDGdaf1Kn0FO3YEgymfXVX/GbIOB7QHAOrUhu7XC9wLdQpKO/vXzaFq b9+Pbxerh6AdsPD+rADbPDBdNaxWHV6i4jo8c2W0oLcePK/Q+sOr9bS0HQAPxJ7zS+dm4EiH9Bqv omIw/04QiRbTdBQJnFyBsfYAyZ+KfV9/3Auxx4lw97YHQO4BwF+f13B54Lzyclfev3phIgwcqAuG dTLzK1y9Q0FCxgHeoeGWD+r/842Y948r+sKM4ejh70p8ne282Xv3PODfGwbBvOHMzrswXz12UkhV 7m1cdPSHYt0K383Do4+2GTrqGJO/OzQbeGf62ISrX9+vtgaIrtnQAHRqG4JcJ3Ea4Bke7ZgOXNoZ K/ZFYjXA0pYF3NrujX2OBIlw4I/xrLVPthGsrVHaXKlMW5U0iJsuOdjD/5J6syUnh/AbrilQNHKn mD6OMI+08cuBA0S5PSPL7KqqZcQOXGVPoNUdyWJR0EDb2ZfkxsE0Ae2+fu0NdsTyjfjRgV78tHOU k4igV9jljjjWNPl1uZ5YusrLiZz5dRS50TsNILmlI7qsTDe5b48oK7P59GwDDXKCAWQXNut1bDUB EftbCRXfpcIEIr29Luzr63bEck+8hDlmhT2K5T0dVMal0oLt6rEirPcqwGSXg8ighto780EqyXav Zqb2ap4ZTt6KDeY1s5sdMaToIju665XzsH6ZVog4rqnN7sFW9rY8wdZ2pTA5cFP3KgFIugnrl380 k380rWjZZixLGuypZQZ0dSzaqPo2F3Yk+jtLxP15TvWosWnF6u7oYTSKyaS1q15PVYrmbblfHeTN e46kMnU/uh4luNThoqIQfYpGsv08U2R3seSBq329FfqEIWGBmcmehECGbmrtd3PaJdbtZAoh+JAO k6JQNc4X5N71Z4EAehYEt9Qc8p65xtgs3CiWKGIxoK0E1PK/uFGsVeheXKoPaKTog+8WDvDUuuLl xVGCaotgRkUgokfBUoHsWCUq89SiKRSrF6nmrYFTFRUIN93rUSoxWKPy84JVwaicoHBUDLc0xyxw 0HSK6ACnxYKIUBvZ07wOoWpZjGbc0tDoK7qQj2ofvCVgE9hYt8K0ItKB4TECdLFYFMcnwuaBNcWW JLCozjlgQkd0GLP5LVaGHyJd1KRPASm29G6gIutSM3i3yeJrkxYshXSEvUtciquKMavuQBd2lQ0s NhWklaUNsxkurYEuBdo9zyloLb71S7msWFSCWdQm3IRSGkCUbiFWrbHgHRKomBfj4ZOoLAso5LgJ wJD/3UOhEVfAjgrsFIeLoF0sRsX8CnGli/hVuoAPrQApQiv2mYuUJ+DA/dhI0iScYsJ6qNukrGBS 2yYr/0JkT8fbZMBO6llWWINmfydvchzrqhaNolhdaiImkt/IRgvGQZ8oTAnkHsW56gTcCZrDU8Jr TOKqQXyRojSuLwqqaYakw1foE6SaX5qXROGFRMUKFA6DvMpt5HG66SQQykG6zJwwyve1rV1ra7Bg JnqINqJHhkw+PYrpezItlfN1Mh/NpWdkk0AerK7iQWsAb4AJEmheeSqhWnl9mSEJIT3l/c2oejAC ZC4tUWld6LSMDxd8mAgdCY7RcCQkqXXRA7INgZTqYWSy1F3IXcpjUbM4ZHiVjRMHIoZFew23D1I0 jbqDxCE6RpoVoTMxYkUAq7dCPvZsHkCTWnvb15pLT1hshsJWjvWUMuMverL30jGVi6bsfn+gAZWO TAwDECqtYrVUmZZKtl4gF+vLvrnYFOwK6RQdq1SxEPkChJZYMc8UQQ/ulO/giIHsSbW3xRrI3JFZ oudK75pEVoBT3GsijwCSBMm8sCO0iqVKcfAt1IikSHojm+JgCegSkJY1TQ7xmZaF9kw9CXYLmoAh mPi5s0yMQWG4UqqMS5xJqdk/9gbw4VpzuWNykyUWqhTJXXFSw4zKITTQPipgYq/ARiP45BwZVeLZ YcYn/1Oei87BGxhonpmU+JnYsg0UZRZHa53Lxkkg2cgoIYXcZwKwgziECeTysia5hl6KF/FUgGE/ sjjnrLZZaopIIPrYaK4m0NPLR8EqMW6ZeRuXq9WpKkrBMX3zMFRyYjRSnbXngbXreQSMG56U7cQv CqgHaVQqEwBQBp0xxN2mafikDOURb40tfF/5xuJmXigRofLKKQvH8WC6uRMJf0g1wObEQAF/EGPl g3t8Z7sJLvdvtfs2zSAnCWSQ18RCsoeXsYYOZMLyt1YqYhs5V6NNrh69aRT71DLgPRmrJR00HXNm o0hLl91oyoU5kzRbdRnhXDUOmpYZ5Lz7v0CFDBJVv8WTVpZa4SSF6FgGVGvinuxkNM+SNJGMM9Yl FnJ9S5t0JNfMhi8qP8MVekQjeFbwFML2s4a6McW2RPzmdxPCr67eHluuWS9wkvlQiuyMtQ7bwwo2 2X2a3/StCwc/EQ8Dqu60WKelbyKWOXtsUhax4EAQSH3IpCVPa8bZApI7MVt7RS+eAkmhrD+rG16d AW+jxbB4RdDwKp6YNbOvG/QnSzdMxb9dIx1EGkUIP8fE6YVphmNQduBo/os86JPMBPtmLpAOfm5Z syj3L/ywA/5JItVADOXdgrFsJCDNbZv5NnhRB1rUEkkPXsnRutGk8LTIIrkYFa0xPeEKAWytmNYs nY7d2HJklXyDFcEpKPIyBUYVnlvPZg4/RPLpBtk07nDSGOjRoNuwZk5ETGeB/txo3gNDgPY/8GGr G8j+4hkrOKUtmBvL2O6AZjjxeLP2utCyhci73tsRN60DUEV6VcG982D8Q+HMXPYmTkwyGEB2MeOq JRluY8GVbIVRLXs3Wwgrm+mRTfRVEde7UKQXR95xf4kRlaFLidBsTeEUD540YBuVrQGt7Zg7I8er ikXbvpmWUQ/GTNdpUzunvPPsueupeGY8xmIBRnaJhpP28NH6Jvbm1BcWENfTLnLcwuZYw9taEkvn E3K4R1TxHLxazl3ywnCjHneIOeuJDpYhI5YrCzvNxUR2oRHD62nEvEMZVfZmyslQs5vkvjnXIYPD 7NSsfgSR5CcEn/j1xBNUc5Y6+gTGOrZk5sJsb1TLkC8k4jl+c13IkdjxJjlL0kr4dGLN1iQ9TUni PDZW15z2VYOqSWvoq1Qv84tjmAnCXxTKXORabSALjE3H4RUaBXp3A/bRVMKRoXFXmVJBi+WmO5oz KqWImWYWL+PcXj/WGR/LcFrQFtCagBSNWLXMT+Kpc40Lx9yPBXXT1hU7NgKsKcErafInvUdC1m7m gPBuqe2xd31egcZhkfsJqytMXPJYt1ip/eK9w7u1G5vpmZD3SFspoqm6l52vQ2uaHSNXSX7XH97s tKK/DFfnBZDuz64zI5r5gCGGdl/STmlc7Raj4J8goyooUyEMzu3KPURnj7aZKMKSDXIjtgsUV4hb ataItDINWo5mRh0jWf5nVD5LicTmGEmJHMKMm/DEZ7SF2jZoi0EHZeJociU8QXIvMeeAEoImAyYD TkBnFy9ZOjjJs3e1hQWWfw/+9UC4FBlI6Gtn88IXAR7B6bDQwax+vYd0lkjDDauzE+7ow+PqJf6i ZiASiAlkdyDGVcl5jrvH4gNdfRlGpNpNTWH1aW4MxfKV4XrnGjTn7FFxdW4aQGs8at4z1x3DAG/t yNbePQfDUTC30jjXQEJV98HAQGrRFfYFpHIRmTBOXznbtoffoVCexw8lA2+pwHSHQbtZzRzACDoH YuvRfhAX5EjlW0cZQ+D0W8GhKkrjBrS+qT0Gw4FLnamwAwxUvlbsaaawQzAY1CxAuGMoukUtbi+N c4uhX8F0bn2/KEj1WjmIaAXDIEnYmspY1MMeP386ARecWDmp4l94q4EgkCivMtYc9hI66CnGVQMM Qvw8e9Pc50kVsFJV0KUDGTqIGYgHc4VROsMAQojb+vfTdXWtmAC+84Y5KzV0VEEpyFZXFsSpGkhQ YByWGD3vvTcNNgw+DQD/8JY78wZKqnH9vHRYNAa+A04vkLfXD6cBq+KGqyoRxhTFoUA4FHtFmTrn KmMB7LoFuTmfoSMR0GMUr8ODlRIDRb/ve9Of5f++OCjDpXE4xug5aFcNrFMoUB8KqjjXHFFUNWyI Z6iu+XSsBDFTDo063fT27SZuztBEfPtflu4EMW4cCaLoOaYtWbK2Uq3qvv/l5v2gPT22VEUCidwz kATpjw/CcukQVX0/WQIWtGpM1mpLjn4JZiStwERwI6ZRy7N+614ld/rBLiOSAvAYEGzeeqAtxgC3 u+5nq/deRvIKb9Uurhm7szoSKyadrRfpHaHBBjGNghvYt86+SHOoijUZKmVL5c8f19sfHO5kbN2n daOH2KJBUzMsF9J6NuG10w96S6BO+9ObtmpN3euYh01T78+Qbe8ThIUnzPNnEkwjUyU/sDc/9JI+ VmDRAHfySPLpLd66BEqqs50m0+EQ5u93rc6UaPx30gfWBYGzr5qTtY3HVPA3ifxoc6+xOqiaXjG0 MHd/x0M6Rqlu/xqCml31t58eO3Pj9mN1IPNvbEzx0EDiWoQthxCRF8Lvb4dyBPMC/s0IhSafi2Ml +ATaws243v1Jl4ak5Cl8Uq7X+puR2vQJMQZh020iDb7uDHIWFEMue3Viitr+0UOjc3s8HTTtkGWK xW25RQs9FfkXHxglXgVvcwXtNnC37DFukZFZOlmEkfqQOBGWV0NPuDwWoFI7LvFZVEay5xM+Ur+M qy7eaGuThli1gpvPnTVpt7Fg1QkO1I9DbRLhlZ0YDKAt9QXzGP1q78RizOVnd7GHkG0e3vaaj50v DocXMXgmXxQl2m7hvQHj6LKP6CIhABd6u6oPaQja7Fh1HEbN9J2dFPyehzW6YT2JiWa88j1fXZv5 ogq9mFGizW0e8egFiNB7/NZGjr5Fjc4Dor3tT/kW5fbMBBiz5hoA0jqoazYPukdT1DP6dilCiKH2 QrnjPERAERL2Ak2V/QnZbYCK0fjitxWGjtnHAJnjZwdT2ODgPAyGGDtTxrDmzvfoAA/+pbZtIeO1 17+KxqJfHzh6qM1W0vJAXHwjZht+NckbTGBm3XYL0fXycSn9FMKjuxCOczZYPSxvtD1FhXHygG1q tEcrIfBgo9AsGEuMZMsiPbzR00PSBJnKyfmujrFqH0F6olo0oa9boKy3PKXlh2LbQehXWUBHtIVO YKJxgfff5cUSahzrMiShp2yjPeEoav8zmLWu+FCvIVjSK/yW7MmtSeVIS7w40vy2c7xGSC7TJgGm yK/cXjJkk0IXVaW6rF4iJHssYdcQ4Jc2PmywqFEUADJcQ/lS3tUrlatZYC8QZkV+0IGMslpDehZE L2PDw2XVSwvLeFuKVFDtqPo1VNsguLf6ZQWjLMwA6iEZr/qhPBGPSual6HTHVzZ6FAwSRZk8QkyD N40Z8C45lAp3Ygz+K9BKVp0bgkcYs/2OfRM44slUybzKpexvlYuyorycTrYp3p/lfNDjzlVzfjsW 9a0TKDDRsne6jA2QbburDCuIqEdzJ9kS4iSLBrSBDvwgScW0VlUyXCr53XWemfVism4DqbRYY1WI kRGOEXIZZ3XWn5dvMDGzJGlaQVK0hhjpM+XrHNKyy/i8bo40ivF0c0PEcSfV0EwSsMSWkGI1n1WY jmjo9i5QN/uiSq5SLuGhX7ave8Tc9rkiDHSQ2kr//WWBmVPWjUggD9UHUD212USgMvXxuaqWAihU wALextUTATaNlL8BAqTeWGoXSqXi0cReJUvfsLfGGyVIKqJSSQFWhmjggREZsMoUNoWR4fVKMzsC ZftEFhRARICIGg4ryYlRLanWDMQgkkYGH4SVacqNqU/tp+AvASFV/dzfw18rjnBTteNuhd5HT1sM h8GjKq+1wK9TrIlSdzOgd3sECqf2SXTRKTxXm/hYUYtFB0xdFaNws+qj46r66RkUU7sT8mCFtdZg sHoog1Nxgnj6koYFt1fG4fEqxiHhJlONdjEO1xzGOiogzZL6tR8RmFN9pZ0w0UFMVkphe5a1wRlp WxJYnWSMiH3K4fU4obh+7GjYN7gCyQF5Ybope+iesBT03WkhYx5FyRQSipNJqAcm4ZYR+zGJHGu0 GqNyBNl4vjIXFXBAeTKnFLWmYp5gtTz+V51aL7EowF3ZH6xrjnZSQCiEl2YGLSoD2ULFq+HTNxpm aqrfmcZ0Mk9lINeYyie5kFDcBqe7mYrR+pyMe+Qzd6rnijlDjsQQsatDisxRD2xoy1+kxYUemBBz OlrTL3lAEz7bck2dTTjnSvNJjsNP5zwdgEkhLWkyURZedCIhjB37pQjBUbUYNsMAq2hr+GGeTBZ1 PLrV20gnL9fm7BZ56S9fgrkxx/DUgy9iBDiAFAzL2fQAcjhFIhOkRJN2qycrQETT9UgHoKMRui6v dAKeR1rOrH4u9/K1bbX7IgfFCgomuSzfdV37zgbBZF4Gc7dxT4Esi+fMSSYj3E43CDwB0RAf5Aci kuQZd5ECY8fP5E9zRXCmmbMyNknmmUkTi/KJx45/sY91iM5ZtFl41VArdM9v2Gzy9Dj+M4uMK7c2 qlhW5u5Q3GndYLxCU/aTBn/pxWWguGOB03M49zs/RqzI5G8MEHaWHHYjM8ruiLQJhXUviQOZjubM BZtzXCIo7UUKj8yX5BOybusN2GDiNdM+t2vGLeCXFk1m7q9YNLCdmsUZcFcrZYHmDSvnDAvZyOEO nKGR+QQnhpgRNHrdtK3SWdq2DlkZ7+ecE6xxaR6ZeeZ7DVSH6h/ANCZokDZQaK8HaMa5YFzQsQdw 8jQ9tlEIcE1bBNAqDI6QsDwYLh+0bWjIYcHFPG1E5wFDCO0EtZ2APgEON4d6xjHfH4vvW44KJQDx Am0hw9QYmcsDgM3FYeo2XAwA5EenXVPMEQBIv+iVy/V7qh9eqYvYRxubnHY6uuHlIT7E2IXIUEsq w/brYU1ahuV59qh+Qs8SuIiU2WW1uPuWMXZIUNdK51IkzAnkxGBjM6Kevsw8/UbytVtSp1yBQeh5 HjTf5R+hWrIX/OdX+U3ugEOWTret841jGjl80wdtiIYFz1KYtTSb/11bZqOVLCMEn0trwcZMKSJy TTyAcxXrdSwZC5eL24hSU1QH1AXkwcjOQi5t6cEwFsD4VlmU4zkFwpRSbmvJxXie04R1/pUEl+Af pYWcPOjMMY0N1JOyjFri5yUAZe61UM738gAYjJlUwxAI4MrnEp3IlO/Dh3SgBgPtQ3WeOHKBbGMd a+3r1qsKKC55P7uVlWr2Rj+FknRlD/5bhF9YusWik4PjJkL6+L+P554JFVhKrjCQDHNeLqkqySfy mYHyOR81EWgx6fjEhgVCUIDMAp/xhAHCJmCnhZcwY795WhotyY+5j/aNLVjmWookQZ7P55T4XfVL 7reypLwQGynit9MbOL3Ynkc9dXRJP6dLeFdYp8yo8eBsbhsHRhcvXRDNXbqwookqo0joUKiVhVIl FQhZbqjaq+pc4svTTPVG59m6e2GU10Zh5x1hAe2mCTG7cFlBWAsSx53a4wRl9QOTsGKySylr2WIX 6Xs0+gHVzpS1JvWRP77GRBwh8ZJrrHMTFiRViudKQolebZMVAmI6FiV9a6oPQAi0hCJd8S8QO1hX MyBH52YMpKtTeJr96d01qNyENQ1WtuCgEjcNdyNa6pzDuLikjCYeZW7wcJ19OLVOYNWzQr+L6f3g YoOzs2rSXtFWv2jTASfU6l0KV/FqIWU3bhsx5C2sN6QBwOtZaa2hOhFZBLR2D3rrQFZZ+xuGXG2N jSEbtb1qIs0PQAoq1GsDfneYsAraW73yBwHS0e+f8/ers36JLz2sxKba1Z+6dF1gzCp2n5gUmpZq UoZ4huQI0HtMf8wVJHJgFEybgAKO/ORGi4JedYgocVuRk3spD+BwKLfWTguECgYCkIvlgnAgFUbx Ctp+sPiWOcwD7oInMCPisLwe1u6MVutMCrhu5v4QiM8dlvHhdA1uCPiH2+F/UDzCgk1BFuDb6UK0 wtJg5jYFQFimR2eA5Dquid8VEQlmgyohDxwOnNH6C7OA2kPYelj+rd0EPE90AUedzwz3aD3odG52 yLhzli+veq1BgzU/ry0ZOhd4Fk6Ls/A9N6DKkuGT7QWgI1jYZRY7uH6i97pDgg4mtSh36PoGMdUj GnZnHRZsrA/AmPNmIUlkOijfM/gn75kyPNAQvOudeC2WKEKJgYagwlAygJsGVLjZPcTYKiHLNSRj orExNHg+RBoaaUaKh38tOHzHv2Bh34SshsXtlGOjMTeYIT6/AwE7uMO47u0telBTHbcAXqrcRgJ8 DEh7cU2Kcfl6OMVCM/Fnp24AlqGCuxl4W0uySwF61wDOn/BAV77DbZF7N5Q2XoOGJQLZTPxpXwJ8 B9KmGLBNgKDG346bcCVqf7r+2hEihLb9g3gV34C1+FSj8P0MogVQ//uDENit4ynAvukxANv7H6n/ 5Qe0a8dCu/qBJDsUGgLcCRhAUeuFA4fhw351XLeQwE7DQcg/QczwdWaYnLYp8x+ppWxwUabVGS7u 7eCLOOS+MHUrXC80IYGowfsOICENEunsFhg3qJPiOIna1w8gJuAdj87fP4SI1VgIhw8WPnmOAPRs tmQDSyXu+sHtuXzcwzkZJLXEvDD5NDdNrpuanQSMZtF6ha2BGKhouDFPRfutB77+8wEfdn638QP0 aX1al0+D27oZK4xnobQtlWZ11MteGDNr6RbsP5P6SXMz2Qkuzvg2S+9yDAe+fN6DlMHJAPbMK/Pe aRtYHs4a6o1+W1TYrikfC2Yg1hfA6y4zUpJIdXcHmwRKd98M/t0Etx9jZvodNYOJTrgZYg3S18uN clszt50/A9E1F5DcZf/a6fmx2dFZOrkVy+14HMP/ATdbkhMq2odCcQ6EV2U3Ae0trKZ0H/rToX55 6GD4Lsu9sTs+KvzdbZy3z/gTfmB98sRES11QiChMmYj1plcUzd6lAJfbY76ky4V7z2vnYBctDcnF +EEgEG65YSdyYP63g00Qg8NeDFT0EL8FjI7soKnm4KelGGI2NDWvyyEKM8BmTk33V3ECJupXCaFQ 62OBRcLDPA8X30HTbUUI4kL8W9FziLb0SowS84XkQpGoL5nTnl3QMaa8TC5kLNnCdnFrptej7pkT a+JF0SANVIHL1d5OV29DRYFaF/DrtsVKkwprzmqzBFmBDF3KasAkhA81XhlfiC/QS+zOJeblv7Lq 5CNBkV6zlxFSFbA6vVFlRr2+XN575G7mRQUG+sQZXCXfyuFSiSpxGW+clZ1C/LBNGugry1/sLtmy kBIg2VlHhpb2oIE5rtiXAPRr3DJaFeqYI7WTEekcJQdMLr3FzaqS8kZ5YQ+S9ziXXzyjsgNPpGWl bZgvM7PpX8rpE3KWBiGxn0rt5PAlbOqKiCu/KoHc/KTvDenwCh/3ObWDhEvg6EkJYbmdAToeJzy/ MfbCYIm4hEYKY1NDKWEDOrWR5PdmrvQ5fF5qwqnwObSB0Qv4VTS80p+2jfiEqRYnxa30WFJ7+DIF ykFNDFf6EdvtcfkXI10oZm0tNiyQzt1hp2tYixt3kUaCvWYCEd5Z4mGOdojQ7wrnq1NliYrddDQF QCFD1soNcZOSM/sCsqN2qmzutFvk8aXMpstYliWWCC3IGtCNxVjbYOJeSr/nvBhIF+AOxymTYPSR jg2xJqOyn8WEjZbHlr0sszXc+Ixgj44QvtGWsOUStviJA2vaLYrJKLfBVFKOLYwcY2pgwOjyZurN NyyjrETyrASSKLqnETHf4wyBVOyl8k6twfSqCjvnJ7uusVC67vd8TF6rsk6qrnBbWl6O6XFCDOxt j3gP2fM9DSPC9JKG94asXEM/y5TUFhlpEBPYg26TgFHol5WtHKLkLKfrU1Ta3gOAAQ9NGksEYsBX 8/Z356RgAj66Gnn+l22icjUWwqK3kxKVq70/bkWHvT9qCjyx6syQ8pvNHMBwtQ2tg11oqfJTiIWh QqWsw0KADyBgFn2UTswtG6NBIAttPwTpLhSosqpZ/QowMHVWlPGprq0L3u6fmrja5crrWKl61mh+ AoS2xZAjUxlDb2w0uY1RQmEq7vqP1jvMx+xIzWnm0EKBwv/17fgrX4oGlMCl4FzKccARyWBgaDd+ 6b5eNQ1qDqlBB56HUGBmKDUoaOWkO4E3IfJrcwXiIQvLDIx3QLMqdD/XyR95IbP5prFu67M0lWcI EJ/Y40IBPvSzqhbf+BVDcJs0z/RQAEyJxMGUEWslLucu0yA+2PA44GGR2Gr9B5OxA1i5tbiJVsCE 0LNeI1EhPWRmtKKQEdQCfDNUD8bSBt/nc1CBVxieNaQFFept/OVrbANaPA9l7Oalk4OOq40NhI7c O4/aliaHD7oEkmS+KVlTWWm7sgYdPB/MHXBNa70+qMfDQkWallUiEiZCLdgx2+KPhA8KlyOvNEYh f5szrkrLu+SUsRXRPbSIWV7mZQHpaDBHdxYd7d81Yh7cxcWE4oe7dGn6PU0MAW5gBuonE5Ia0ZQu BNB7RMtHHBHP+vqnOhRJWVb+zZIN71ezGAoIn25l13zCwTQfJkhS6pE3oraT2GzWhbncqf/7xCZj aJTR2KwLij+x3zuDLApVVlP4Q21yEaJcHvwSFkFYBEp4+BJa6G2VGMJt+IrLKrKFbeMkYgxEDUQ3 WRbqib8rxYvwDsZvIaEYhF60sUYvkLYHar0ZDNa/epOR9eKwAa2tp379w93R3eZdrhOWjlA35pvK o2DFfghZhKnmjYgi1rE9K+wRbwuPvbl9PMSVcZ7XNS2dyo23eWEYamZ8eFExgqoLoi6Q+IjFuIdl 3DVeh8TwA+ls3PU9DYePpWs283cUybY8CJ9kXISrdJbHsPHXjh9QlZEHBWZwLcbvVpRf5aAcdc63 tCG5BeE92BkMfOQozIvPgHtnaD0bkjnbCGAodnnkOQyZVixSGCpVzJwXK4rbeO7GFL/sDeRrceZu O4FbdGFgFE2fTgVAq81LypBRnKJg7QGlvpwSBjUVJSWonPw8byLI/XLFgHFaZb7EhGlUwWzpbTbO SrJq65W2GbmkxW1nnORU8lKUBnvZdL1eiJ47z0W4kHyJy4LKSwsBCCAMRsrXJV6yS2W5XxbRGkNN 0WWUtMKhLm0kY7VhuBY705aWwmKLERk4AH/QUZLGN3EQQ1xr8sauwwCZ5aHWgxG540kkALZ8ME6a nsz8U7ZqwQUMNkYnvfWJyuIDTQMjh1e5FHkFviRkNZHk46Ke8TkDVomPVCN74jUH5Ze4M7yn0h5d JQJKihedHvOkvGbHCOWMe8xLLZZPJUj8cdhjrrMHTjPMAOwpB0sGWpY6JJrYZEAWj9gwt6ycImwn LkRRJsOISmdkVvXnJCNeGbReRmq0Mg38H9aV8cQg3qkXZ/uJIIibrhkqeuPQqTiLyPQ5f8SsZaKN pj40U0NxHVOQZtFvJIlyb9mq72SKLj69+JUufasFe5ubJJPTyomBHIt1ORg/SJYQgYccMhu3ZGQt ptA3ziq62iI8RmPtuMa4XEOxtSsKaTJuTszaI7XA1xBCjF9aGxX1HaWi6nSy0syHVI2DgTxX6+HQ XpL7W6HJ+ExS+EOb64pawki5ByXAa+TqbO+JKGMK+fGfatRkgi0nPTPHcgyAnvyth5gx5+3NgZ+8 Bru70BPyMhrFthDckCXy30s2xE3MFvcpdGzVHIUxhIoZzKrVM53IExhwz+O6STY2Ui12TmEIvuhg ALzORbDFcmSDllk0NMozLL5kXkSyZL2oNSwryyH0x1j+InjSYnWiv7NL8gP+X/+2eRiXKfh6fq00 +L1zrZOFexJFyo1zPgiYp6Gu4t8U2tnampIupF/3S04MeYTsby48o85f06haVvqe8suCWIKQ4Z/2 NUq10Nn3tEPjCCfDqVca5vG4TY6xVMay1o4jb9WugyN0IxPgyoo9+eKxpoJCGCylSW3IA61GKwhn h0xPEfb6cvZj1Q9uytF4Ra6a2xe4M2LGETjvHvqTVBi75+9ImUnyJjS/HI26Ftj2h+aFU/dVVUwe rP8wmYU1ByZXv0RwVZDr2ZjvWKQC1fVZYpOewAheJ5gWALVKVWjQjkutARHC80fDuLNLaR28PIBP 9kADy5AWO4LMei220d5fg6TzG5I6smAkhwAAbBgHDQc6ub6i06DgZIVkzsJ4KkewLikAkQBOQDBf 1ScMLKMg4COkgiEhTqCtjnSoxTRcrnq5QZzr0Kv6oF36UQG2Vup6eFc4IyzRRbWgD7CCYF+87g3k AKQESEI5AwwrhJv8DU624xF8UEf1gMAfcFmYu6Gkum7pOqCrhYZu1RfdORF1ngLpA+HrdB22BlgD IoajOdp5q4sNCuUQMwMOKgeJ6UzuFAvo8+n8b/xXsusEhkiG8QMMIeOaz4GA7SzAFZ0/7eQM68Ub 8Ok6hNHo7YP1R7eFA1jUGA0t7CRj+PT6V09af73BEA+cNKL93XR1IYdPNjl5aquFU0MA1Ne1xwc9 u6x21OtJRzPKO4k5PN+6IJrpSm3aay4NLDaT78L8fVi3sPHzrlm2VJUy5TapoqzOEcc8HRtJYSiP PW+ant9nazlWhtPVe7hWMJCz8FLzQhS8rXA30XTcFk+DEOyy8Xn5qGyEVVWcUFiK//WCe3ZD7YyE nwWE5MTaHGcmMmMvr+S0/Az9pOjUj1YyRTEf7gNvuEQCi2FDoaZBJ9SQ1RTQhvtxhUbmvuAWslNp gcjxu2OZ7R3n0vMy6BOOuCbUpgpGy4ispFty4CyKbjHgUw+JzbGzzxhooaXv2WSO3ivT8RWiFGX+ xh95NqPFW8gHvry9klEJQ/FOANK1b11sqr8ZXbuBYaxs1yqoc7DWtzSMO45HVu/a4ng1RBCudMU8 XKnVZIYioEguOpcDiFuKCN6tzFRWuSyPHFHkreUlI/1c1OKfT3Jmi3Cd9AptfINfuf7qzYSyBZYd 1SeMpw5nLvO0UVXZRkeKRxgE4OTKBUeirjrAP9/wijSLKol7XklMIUQNqdy8ZCULSsIsjKBc6UoC KpcCxqYPEssePRKwXIL0cm7XGlC6hqXIwIKS6JbMzeCYHQ165NdCYhpJmXOjEjA083dxNfiI3w4o FpiQgb0oLyY3YLKLSdz4MpzfmF8wy9G/gCWdiFIU/I0fbWS7SRQsMcdKoQbyk7B8jLtSiKhN6QJh rJ1EGIs4t8yqtdGnLk9kpFea4QqcK/alc6UwrNAclaXCnATYlbghMdU3JW6SSjMjHxBE4auM0Fj4 9OEOnKiThmwZeFIJC4ld9LPMQJ0VzSYJDTOs+X0N7JKXi6ZWKDlBx6cn0wu61uE2gdHwWqFioB8a SdGgdUglLONa5jrbwHA+ga3izUuwOW5SYtapRXyxT3xMuSk5ZvAMXRJrMdB0iEIRQtioQF0xq06g ZGK6nwTT8is/y0VxUK5CgfmZMt8kRKTYy9W43ewlpDmgNKhP2pKWAfpXeHe7VIF3cXGoMntO4YkF K63cyK0TJUKF3INqfVwsezqD+Bw282RQco8PhbybJSGxGzzOpjAhbgSqmKUagQHTSaEWqYbNweFE Gs74M3LTBkqX+6J3CoNIDEFeg6s9SyGwrETd0niWbjeJiy3HFBlx0aJnQGzRl8EyimYsC2VDPBYy uag0mbNmF1xBIbOEpDyhkiffZhC3B1bQGR6oo7GwHbtyoXTYKGky2lsLcc3i/EXK2+hqmCzNafkD +2lLr+dgokTMYDGrRIaAcrq7XQtBb1smRM/ZzQVRImPkN7MOmVEi0lrgNh6J2SKGzkDKJ2Im7+e8 STtl4Smva6VIq/g3WFzfknR/etgQv/CNllZx5zII3YFIFrk6Jb3COoKlm30vNril1Bsh0178Y8yQ ytknP5lVtqaMPY+SNjA3Dbuy/VxIW3NgWF6jMb9SZO6lgpcjHDSBDB/oXxzwwKvkQDjcvU6F2VdF BtqYJkVBUtt5K2FEgIBiFUHD1eTc0FwSIjnhqhRMWe6dj+MT8+QKZ3k7d6/tB1FPQr/CWcddiT0U p2twRpEeYuDDXJ9ldmsB0rWrfxTmA4WCoDuZpKeqYUedeRHGVjqhLGid+rSfUFjtEKaixte+rJTo HAbPCwMY+EAOMBgYuLwnm8EM1giyjZAdmqrn0Q/1G+9RXX3ZTp60onD4HWULImpwXY51YXpoV22i gEIV9L7TMBwITDbKyRoZ40UQtU/q44c1wa64VLJyYELIEr+kJZGQjAu58sx8gHnONlirXk0U6kIM rTIrLIyvrVXVV8U3owkxuOBqmEhd7UIMgvtH3VpDOT9OPfCtOBJuAuoK7q59fvTThT2aizZd60bg y8mSw9rWg3ti/VNFi17PmE7/XPUsakdCYYcaUI2wLpGkqIHMUkFrUCBHJd/rTwH8+K7jPtwcBkve 3+q+dKtcIr3qPbMSAxfTGX/4B+kHK5JU0FJBxotHa89Ov1JC86/CpT3kM0LULgbM1pih4BiHjGYt C2rFZuTGsdQGyXifxtEivGZpwjGYUqzMBl3K+lBVyKsCRTVaU0H/BRH29IrP07JMthnjhAUW+zAE +Exba9ensAk/fG/iQ18XMj5Ttn2B81Hh18Qa51J3I8/ojP93bACnmjupNjLlJgHSSz4oSFsN6Xeu Hs0q7sy8wcXlkuyeFrcoU1fnmhHPc9EiWlE7kqwOHIHvID0aY+oiaXmFQRrD32IGdfw8V2WXwxrY 13lzXxSY8CMVyCL45jA3AXVdnQMZCBSdVcpoKDJSC1LmiQUkoAonkdujUpFHQ8bBgobxuVYaEqBs TA4MbeKUi53YwFcgOArTlYRFA+VhKHTnUpU4lERSInIsU85AfDCOlON8PbuUDKSYPexP0KVLYxez lQzbUpczJQY6gfBtRfE19bXz7WkF/SRJ2xxpWAbG8BOr/7V75x9INFQVYTxi43Bn1qTvOzvx/7wj qCSx0LMUl99W2lejlFk1QGQHuwmgpc+5i2QRsCPx09AOFNpDCh2qnMbV/s3czGEU2MWgQp/vnWh8 CGRiftXiUZZXUAWEwGBhm0f47PkCipFKIbOdnFjoV5YaGoQ29KYu1Q48PrL9LbHhFZgj2C3LKsbx VaST38BuK4nVfKlFbb+ylSbfrGcXkHkLjp0YR1mW1InCPafTMKXF5EENyCHt7aGY8tps1plUHcPR nmDN7akDaTK+cZ/5G5Mgc59NhEJj8t1ikRmFIMGJ00YbaXEgzD8nkhu1cF+j0XKKnkRjOLfxLcg3 ddJDoRV1Q2i5WXCyOJ4hY6lqweWsAODee1vyI9gr3imPcgzcUslEEaAcNY31/6jyS3mAKdCSFWfy 5m33sJw8x0gVAzkrycyCYFaHErZaLC7/oNTsFWMt3CdUKQ1BULMYNoYEL6UPEti8Qm7S1DkjVpIl VSUkDKkWDqMJosibSHjSHckdtfQVMSFWThUxlpQL0aZW7oj5XemjHGnR2vRVEB051Qa3FVugtZQY m7dYhJL4bEXbEyppMf02kDmSuJFA2zchCFADcfs4CcaEVh63pycxh3mWhfknN55Kk0C/O1/EmTws CKfMx70JqzQKe6dxfkyaXAFzSwS0sacVrPoIgD0M0Tk2EjQPMKwmYiASErYgUnQCUJrBaxD6XAcf SNnszPcIXCkImyzXoL595USy9i7SZAS2E44FvpRC4onyiGoiFjU2eTgGPBIifca1qj1jggEcVcRh +KM2e1ogMCmqOD7GUsTsMZAeivMPKyFnu3KYmMF2yBo1cEZKbwg+HgCZ+0KEm9Jhz224lzlyLD1p mSskgOjN3OkSp9kUWE7y6DBltJZIEh0HlFz2fFCZMD04/QoDWbFnirIAiWJ6MJpnznQjsAmp8jkX 0brs2Hpef/NChvUu+NKtUsoMgG630Hx647z/EgsSb1N7xCVbT+NLRagpt8Mq6Y0bkWsVFLF9ScOJ RKlvERyv26DMtH3xBRdgMbkRBxYBa7NyjqxqLj1WaSrt1R+kA5iidYoP0+m+zkzgSmoecYEu63Fq FnFTwVigyJaqR1Qowl0WEI/JvpjsSzqrYKG8C9VmLkhySvRQXQbQKnFTFxWZi/fIUSoKyx4AR6Sb a8AKzqoBsUtqWQKPqpDUoBfToFB5pRQtqlvIxTI7jiKYRXVmQIxyTRUU/KuGojy5E31ppTV/Xotl A8OrGRVrLoTo6msFgNYlZTbwKAhXyQlMNh30W0rgqBDltjZs2KnTEpTGF5+HYOtz7Wzsx8fpUa0I G3S8gypUAa5Xs1I4MBSR/t3D6veQazX7p1fI3XTrV+QBAs+Cr/Kv9rPw17pYIa8yHMw3yJq1zh3T gaSorpLVEtb2Wus1YU2b9TbX2dq8moH9qwEV/CjtQelaN1MD35pKf2iXmxuLOpejPmR80LxqaXIv Z5wo2OHI+ocDrnW+AhgcwOEuaK/RgeywCVhxrdIOjkZy0LLBe3Eh/oXdt3YkwaeJCW+BqQ5nMRyE ObwCcG9w31HsXuFomWRqMY/adHWSDlR3ja0KYMtJezfcWw8tTeighk5lsQ2gFc0fBzTQz0g1cWUO o51H9WL2zuKdU5VhrJ6lrLVWhCHxEjUVAxkYLs+tPPH0Ik9rT7/KrwdXUvLyE6rHa1GtamV3Gk0q PKSMpdBziqjc30NsRUR3lMqk8sLdxws0lCUWhZnnJdQrwAR9ck5kRGg2DsLK+kXY0k3pk5ns1b/0 WHnqbwCeZUE9I4HBWLvE1ce2VIvygAw24BMRlSMs7Hw/s42iWcmYheOPhw1NzUJYpr8q2HPjSw6j V+Q97aEb7pQN+gIpLlt8NQxvFp7JGgvmtpaK7JL+siD+glX4rY1pYrJdLP0uk3eB5Qlhg5LaZMXG XNS33AKcEMwSx/nOszSCSArdZfqmxG2CgphYP+HJNrhavrQvranasOXPq7ugCLOcg0fn6ulB1dMw z2rpwtqSorI7Pqo+lsBk84xFBFaaXx3hHyWM7AIt0hfcmCcmPuxnq6XQACuK1RgWze+iVmoVfGXM OBw2TlLtx9kBpCcePUO5y4iVKIPZuWWyayPSZMby8T7M9ylgU5W2FjIQo3drzpEiuXCu3jC8hUsI ggggWXSShxYe+ruHO7gPltwrCn0xzlIWgretxiBSHP+BIrFHt+Lfs0F4P/5GNHqRbwHtbXQiTjZI IquuBYApbfuGcD9ehO8wSLpLfXxk3QUsAipeZIwmSoPTUlpDzCnsoaIOOcc6YS50sZyHWEo5qh8w rbyDlyRe7Mw8VQEQbkPRoFJ04qbAPdpo7MKxACdLNKCIRT/dbhSE1VpZn4EI8oJyujn1RUjFpiTX oGTiR55K92l8pn9FZJkQjUQZovpUCgFtszCjYCStO+pETE5b8yEFJvZBZBrDGG6ZVHkzXtCNKUOt sKJedeSahFuuG3lKoRbxDZ8noe2/Vaml3wKDlEYBTnfo9zJwFEToamhexc9euIwmeYUco1Hwc9E8 mTI1kuyJaMotq/eLaZiP9KQEBzPLRSw1VkxIGZ5Ry3nG4aq5fIlPfL4GGFlr/hPrkAnPkt7ID8mi ulumV8FmlpHJK8jjeug3s6kiMbw8do8xh7C4HQWBcKkCx8wVsEVediPs/Mb0Z9wpwS8TZuOozqDM qvd+ja9bTutvblLkQHDfBpCTb0vk2Kb/etF9/rYpUWy4LaXVmQQgKTcssWTeCMkweRlJFN9Hcr3J SqqE2VNyfsxUDqcNOkiFaFAqUpnQniBVb4fIp9bjK+PCkydlt6XAUHdyqSUjXcsNmsVws5qAERdH kiGjKnLLoIW5/k2+fGAOUuqeCrgO/Ym0GtHTr6auRIC3sR0fc3pS5PBA61AJuKyaV66ungVjVJUQ /86gsFYwoay8kxad5InOTsyAdTx9vP+vZ7d941l433omvNM0eiTciZ07A9S5ru5ylLCPle9gDQ+H 92otB5w6FRS80WPXT84NSYXUtz783ZtA1RJS6yDI7Fq6nj9HnaN0HRfaWOiw0BDM8FPlM3U6DlL0 jcfOA0KdFNr5pYZxnbsxoVGfiv86BXvlkzJfDSWXaF1daup+krvvZEljwXIrqJTzcFsFXIrkHVro wRUmtJ5mdUDAggLHB55ydyJHzEAeFMVhJj2OrqQxyy91kH/VMN4GhmduCRyqysEpiyGWMAcFhY87 ZBiDrLQjVX0duhxfmEkn45rDMeBOpkYRhBaLnd1hzQbwWH74Nm6zttYf72NOh7fiu9kJtI9jwnEu qzPFfejkVoPlHLxC1XGtXrDVtdTAdb0RDM6cMN4c02ry+Nyx8N6xiHcWmRCxmeJ45RbJ/uoNjL18 j54kakRGUQrWEdktCZPRjF8I8pEDVNSnpgiHYfL/69DXmN6ZzF7g5TKLIjp4i7/rs+w/2DnNjSYr oDfpTAg8EbnGpM5GcIpC2oRMfioDKOlKa3tPQcIiKCIgylTOHeRlDwHyWl1KxgkrwTuRljvhGQLN HEzcobjpob/jMQ5kZs78bbG9ehKxhmRq/V7tS5lTYSOE55u9o6h7PRmJw2AtoRV0Bg4CEMxInUIT p4uEHbZjVckxuWKxJf8Kp6/wbMFMqzPhW4VPcJs+MBur6GV39a7NSaQrjKAR6DjjUE8nt6hypg/B k1sHDmct+Q762bk2FskSYRfZdZLsnBaHAPuVfrMhB1go8+OJt6Y9Pf8Piy2NdpkvZXjOsiip3zCG 4bi4Axxm6e7F9CDxXipnIE6HLpjdMtFmsGAAdmKx7IITiOmE5RrU26Dhz5CBOVgsuHC2bAwTgKXt FqVIQkwDTahCk5lYqmnSxkwlqzWdPy75cBdBINRN+SWsFClMgRGFlxLxvB8dWu6QR+wTHrXXps7F 7WbMoe24EblucG6yeNV54wnB6IBNw3TuRmfxxPMhRU6y7U2ys7aDjVxFDDGNiMkAEA0PGYSCG0/O Opr/pNj5ceFmmtACSrFFJ1fFLo7dWSOpXAGlw5sxSui2qyM8GFUUydtTcsQGXxud5XS6eaWP6M8k iZGdI6GjwLOboDPicTt1AxhYVwLK0smSRHKYTAJVBBTFOVv3YG8pX26xkg01vfQF7/G3ADeMCMd7 EaePHN5csAu3YpvSRFiLgEtrJHLhopUUBmBQG2RJYHhLBZCEjO25QI5t8XVZYE7GQbflD+km7koT 3NzxNW0/yQrE76BL5RgD9dsyQTibCO1LrsGs7mkfJRAvbcZwO0vWWD5AqnDtcgfCxTyCEMu9Kd7i wYA8wF8bJYZITMilAVQDfYd8RmL8KmhaQPIsWKYLUg3Zpm9W/fm567CXLZTNKFRLvMOQZVL0sHxB qCo1NGwH+JR8BljJP7DNNYFjJU3+U1A7WUUOQRamN/jyWW6z3Iy1lG2Re2B+DKrpGqtxl8FVcbcZ YGzi77TzEpsVbzSEsVllSWCexjKSanmP8WJKbmE2kpiYQ1B2FR0OUE330Lk4RstYcPspcrksDphm qX5WTJQpld9i7nQDvuhTKZj14ZXFcy3kGGHLHqVtktu6kySE2+9QWsKHEZhQAPW1m3i6k7JWOZQP +KZL2xvabdK9dNhXMRQMwLKWzrZBzBYU+7xydXDCoigtqoo8ncaNhENdU5OceX4r4Vl0uxecagCm 7U+T8DnTq9IE+sbGTdna8Yf1CTe8U9clnXwdCllE+VhvlqxdpzTDaWDML6Q8wRoqR0R3S8EyWH6v JdoNzx64wsyJJ+mO/HRbn9jIFaMarxBsiPSdgNpUSg65UAuxJD/Sfhd0s/8jYK7NhzGtp7u4JWPS VFcZlgb+SrQcN+aXb2a/JY3uRF9lT+HbrQZWxSCbJrrso1Pi55oiMtqIqiGtJDNYt3+Bowrs9axI B+L5MoqzcVk+9vEP1Up20IieEqJcoVG6rxjs21qvSxLSrK6v9jGb+91efr6dIJamfuAfLIrBGqPq MpGNacyNAjdx4u1wPLyxUsvHzt6u2K43UdidozDxyhLZhVMfRa/sZFzu2EDaYy1Ms9gZOpG+8QmI h1eYwV3od906m7EGXS1ZGw7kAMrR5u6agipkcoJBZBx13k35m6X3BufmCX9mvwEs1b9iZMgYfRlS PaTHVUOcjt1dBeYAYQhanUvgB4ypLq7ajOn52Yo+etuAhRUEqeazbc1TCmf3YL5vpJEatAKf6ovs RnSaVK2m1Kq53ULpRH0jSmyepOKNwVsGlhiKDzVFxWnt/T2Hu+3vnCckxn9o0mfZRpWbaYjOVxC0 W2AoSBUdhtbqRo4w0FDPtwZoQHaBbHuqV59qtb6tOo+YQK6R7z/AKSAY79+de3AAQ3bU1tfHC9Xt RvXySC/fNfwwKSKz0VFDI9hoDBKeYllBqi6rYASUYjFOkjXsDgC0K15B3AAGC3q9qVS7xxVh5j7t 9NrORdFeWpTttXt1aulzM5VCGAqGL3ApDWywQT6qbTzN6GDAQCf9cG0PhNXfrDxQdzCSb8DpQfWh 9/q4SR3GrEUZuN3Bz7igDRuKDAKGNaGgtquAdT8CrR3mXIt1hza7CUpc2xUw3ww759l9RBAMHPAP eNHVeRwgq9AG9jt8mBSD1pxNEfgMBQ+xfw8Jj422CToapG5azVp1pgHTdyo7zVTgd94DPFwjuv85 daTWMVwDYlNYmDig0KkOAUP0D/ZN7evoQ7y/NTqnTyB7UKpxO0ZjILnrbqDDTw+G4zmU1YEbpjfb u1dD2tHQd+/SAD9nVkPboeP9hxV1t4PjOz8E4drdAfa3d2dKoA5vL/rGvQyxiXAvLhE5Dd65HUB7 tLiwJ+LtDkxF08NQ/hrmHbE+Cp1J3knyaQV+AP4ZhRNEQIhUdp9xEKbuVCIov2b/4EmW1eYFAJOu BUXCIDOVJV6UKku+kx9X0+kcvthuiH2WMGrXro0EL+0wgFJALl4Bme9xwKDOacoWREsJ2zXiPJ0E YZPdeHoAueNgaxle/ULuZa6Mn9V45Nw3wa1mCxKcuRgV7CUT6UlPgQ24EhgHqBMf/CsTyzHw0srh njTnIbjc0r9SPT4fEUJ5zpnNyJ0K3L70OV3g8fJN/e5zf3zNUbbJ3S5kjw7JIrin6DSXjKbYzSc1 PoeYjz31sr/yLP6YHzOoGKSdQ7OocfnEQGqqJp3qIqr37jEWF2Pmsot5ZrLlJbDcJq+hedJ5e3lo PEZeHa1sztJoi6f0od2I9wfm63+IZO3cZH6lyJuPKoLw0tjbzizaykdZoSUXkAUp4UnME/8+lGGy 4CIUjmGi2FHiIO61QyrSiZWtjGeyLIs1SUgX9vJ4lbsYokwmMoGumqb81OzlPyV4SwYISRZanokb nKTvyUtGKRBiuDWVYZVy7CIlTgGxPHCZQSk1kZCF3kWRQREjBwau9QK4xq4YX/WYyjSyi4qieFWN LxNHv60QkUscq8Fy2iK+Q5/wpIeH0ntkYSaNoydY65skUGwriJauJ1uDWfAyBPEx2ckcGA45WqHM wNZwhiZulv4nWV2VBVDSTPeMXsjCeVoNiicpY9AEPNxWhl1FI82g2jvuSAMOsV2HlkC+EoEaaCnW 35Bt2LQoKRlpFloUQjTTizAicy+FplR+DuqkFSUp6QZmoZy4skeEYb67OE5zGIPWEliFliF5hogN lrfPb9XpLbYHmUeSJ4VjFAuVzNj4s3peoMTHFDh7JP/iVAVOGz9ujVSab0NmuZmVn3GES1D0JWas wWa8xxe02Qpnr62qVmCf9IdBISaaaZ2BWGvlXobEKjLJ5aSpatSixKQthNbqhuUhDGF6v1JalQ09 LsyXBNITrIqMEmxwk5ErJrMUaguYbixf8Vr5Fxki+QUdWLVkWPJS22o+zFx+jcaUMMUhUL8SvU9W EBJHNS9+VoSypjTQAIxFoVMuOuiSHXQAc4BO+Ba8LmtiIplSlXk5L+KqIYBEfnXpr3DIUEimp6YJ vnAkMszAr/JhIJLFhcU0iLoYBhK2pHSFaPSn+r6SAU4RiPmLA+ko5DwmmPIfN8OCkBWYBq9ASDia KgmEZSD0mBraArdRgUWKZRDWMFOG7OzOTDs8FQmt+vUZhmVRQCUDp5uxBRg1IOJYF3djLVo/wClV Y739KtAkcFKldRyLWk1sMaEoqpbfT0OMy899b1EGqM7v7Ze/YGrVQBUxqAZYPVlO5W8HkYIEgWlm h67ghQubEr7qW94zpQh88irV0BZL6wAMSDJeEhztEKIcMP48ENMUeEUNogDC5Tdc4EbZqYtdmTWx 3fAgtVJxB8nGoMP0pALjhKiopWDVu+N85RX9s0HgK1Ub9KjY5kahLZCTSMbG6vyqOYaJ3taVC+11 ciGEoM7QveTTW56sqyrPVOj2nVv9GHho2F9CM7qNharMwv+T7xy27+OL1evxmW+H6S1W+5R9hn4U zRVH2W2Vi30EazGgVXfCkscuGD2XzQdmQK7Mn1SBW1MxXTu0s3wtsyOO6WQaxF6QYaaZgMGlDnxK pZD9o4WKHmYtGikVobz1w7uamPCc7jac6j4zSzj7GXqZ+SsmxQIzwqbSLuCjKfEdghR86O1mUPKU go6kiprJ2VoaySZSaaxId9DxVOO6qzIwleNuahIqYClAhLZBMPFJ/UT1+WqD0H5ugbyCXt+eODmo YzbAYbsWPux9nZyOD3mSMAcuCam+4qgiHaVpvhheq2QSCtqFUcOjSZHyhOxbTllCfziF4MVfJJvp 4M5kx2zcyy76vKa4FBI3BJBlToEqmTXfjiWaPSwshm6PbHqMkOw1g3JHIJK/sSnEodwEZ9iChVBO Ls1S1jebI9jFcQzx4hGAoi0qjPOfPymsr8qnGse0nHM850ZkdcW46SQVmiW6teNf7H9jlEvNf7S4 uTrPE8ciz4fCEs4PWaIimx+ne7QgfWh6ZLAEHsJVqt0nnGwVZZNMhwXZv0jCfgpnEFYwdQM1XJ5X /KIhc6LwgAVSEjdx6lkGQzZZfpF4AM0iYisJ0OMm8MqNpTgHS/IdWV+JK4NMl4pK+SHpZArjqIkq f8pVFtcCXSRYC3L47yMXs0AM7Rr77zEOAcnJRKKzsUh7a89ZWFWZcju2QUhiWomQ3LIGiF2GB8yf Txsi1AJlhcggnlouc3flifiVZvsBH3F1L6cr6+/6LnMFNrCIRtCOgCJBkcYxZ8oRQ9DpF8y1NBVJ NDWfBY6XEZhOt5ptEJuKP4pMiuJjyYNiIZuZhBlSmRsEMa8UCCCvADUUuEvjsFQy4TlxTqPIPyZQ YBePEV1nvBIaeYocnA+K7ZSZCP1g3E7sDmVqAyUDzL+xPwumXARXqkz9JxSfKHPqmkgKhQWnMzUY IWHFbMR5VsHRVti74/ws/WJfBsItJhxHDVr2guDUNC3DAlIGK0U7NktfwF95PzcFX7qJJVUK4Qj6 NKkSF48KauNzq61K5QR5/Jyb1TIlaWSMkUr6jCCNfNaIkuPHYhzJh1OaHDKpZX994U9NCPIhtV5K bvphubjgzigvbUpIDFAWWtMCjXX8Uck4G297SAZIa8pgueuy6DTZC8fxkNAsJRtZfjtpllpSp1LF XQxMUJ+VdWK5r1YwqPwoWfm/Gl/6rYMaTmYpvqVRmFsXUY9Ft3wFiPFU7cMqfFm6WKVHiyT7DLEH QHrNvc+bKyMt1Y6lXWa9sreWURKLYM0u4Uykt/p5UbormXGC8MLNVuut32LnYhD+51HFi0yGuxFw 0Yl7+Ee4xfJsOcuJ1cnCu425ZG0+9MXkwcp+zkAYcpC35eHlHlXzE1Z3ZAxzjFcb1vLpNoa3F+Nf arNiUP1f9m3hZf1dleFn80V7i8pZ6RMsaSpwk3K27dL+302l9xUVqVKJWmeGsyl65FcfWpfBKt3N kjfgGit5UsO+IDJbGZaeXRt6tpkngSBV5qSBeTqmR71Snthd1KjfLyKRtCeOmaEmKAkoa6oUS45G U1AwE5ilEAk3zlVSAAxnWqcWqzLJ1woyseiJZnK/EF1XorDL4i2ZxVgayPHLEAgit4YsnGyifINo jRvFjc86FtCC1dUJ4cNLnFgNV9cOiDVTd9UbdFpxiJ9hdGv08hO0irBm98Rj2eE5FqILl0oUfVSu qM35KXEDYQBHlJlVYRg3okDDARWsLAyT9ctVsYG+iBwMBNaj8Ug4XYwcpOnFVaxJMx47KVAHeKhH 3aMXDmo05IihheXpDTOGi0F8vgUYwjA13CILqom2+q5144K78Bqs9tJzu1hKheCALg95dSw3ePN4 NBUHYLDIcmCkeqxeLIA25Nazq1BW64Ircvg4EDYKtevYSi3NTpk2kDNv38GSSAXhIRGK1/EWdUWD DWvGvZ7v1uVIZ3ifTl2gXgdC6Deuj9rZGvA6sCSostZfaHEMiU920zQQg0xJBCJMAXxVP1svxosu HDdUPbyu5seczq1DOp5CAou6OKTRt5Zq4LPlGKmu4Gy0B6vdGKgc2tkveEagfB2O7YHegZLBrBDO 0FF4bJ3eMZ8o/8A0O8cVEIlsT/kK9JaCu8QTGAvuhNl65rleZY8/97dJwkUTX+/Kq5fb/2prRve4 4OTwa12hnQjSw8wds+EkjT65ArxvDu00LpAclyCufzqU2LgQ/ltIRQDvHXa67lmnNMNWRGfCNp4x O20YhGoZ1N65zKiCl8NgSf/r9q/Dgi/3H1jzcWzI9Q7WBY/Xud0bBf2oNRsK7v2YHXx9867A88/D GSDeb9kB2h0e7cWDsN/OHfZRJ7R07PP95DWMTpm+Xj8cXH332koHoPwHFj59PxxK3nszvx8UWQ+5 U5s7IB1NHR5iL4D+3N6c9qx33uHDOOoMbV+gA+OdvtJVPrl9msrsXt3o8O0Oi/YrnQyLdgWIGebs Di3u5HX5dnwKAinpCO64GCrhes+cu6pjwOur7xlqQujkkw6KJoPwYhbgFaUPCH9HqPTyUFj4A6Od eV7jeprguBiDOfk8y6UMVAupHmhIOMjIAuWLvtvROQTBMDISeHNngDDR2Vp/06keMgo/bvp6AfVs Zxd+salTShZaCkYjWe6027OJfLht6fam2nqj9+zK9oXHphQanrMPKmJZsmFKtzN2lnbksJjVH7Yo RJm4lE8Hr5t74D18iuOMVlbWmUv8KV4JEaFGkbqzLYr4OT2JEAIVBRS0qI2eBSmpvnZEZHHeAroR heDiV8HLd6FG5ftBRXJG6UBHYXDvCldB0EV5rOYcktD6ijxFs+NpKZ9Dk7jqvik1xXYxDDtf/0Dm PWYoC4J65mVxcIFbB6cFadmNEg0b+f+yTXFCCOvzygausbW5JyEiIG8vyXJWlhCDPHFUouEfY8h+ 4ryQRUdkOjV8lmmgyKLKCQt55OOZxCUYgj7WFacL84J4mwFmLcYW/ghTUMyRlayGfCYD35lN3M3h I9V6XGmMiJRfiWYV7kYwhPSo4RFRZshPhMAbzcBFUkHI53je+szG4TaCuI9IbcimPq3KkR5YPKYU ERGxIsRtyO6Q6lhPUBZPeQt8fqAs+y8nbgW0pTOQY0XJA0Wm1ZjXzbnK/LwLZR4lfiQYa4iQWfTM 6QY2WxyQqnaI1Dzt1QdUUcj5O58xRL/TlbNPWwW+Ho6xclbn+B+6yWJ5erpI+aPK7KkrskVL9iw4 gNDbSsoibLAiFIEMx1hFHpuD6O1Ktm/7LM8eVcyN2XEEiPm4pex5YFOQrXqhl1LajyYOC8YFxHko g2TpVTLImvyTrXZscgxhQvIppOChHd1CSwbpyBe/JNf8ewvrES8q7DnIxMBg5bG46Nfe42AeskgM 8iEEynupCzyZkPxHSSfA7BUzXR3U1vaCeOdnOgfHrl+9YfFLfk5D8D/7pVch5PW/Vx3LIOkVJZLf wsOrSAKHZbrB6cVzFpaIZz1os6kkhTOFi2mdm0uw5YPBAmoueA2b+giL7WlTw5WGysyzFyZgTtdp HYGiMK/BO0jiTZBlbTwMLCvQKwSPUGi3rJ5l/YKgcjumCd9xSY1wkn+lpSSdd1I/qiVhnsfgPqxU r3KAf4KsQuxgtXLtUElUKR4xDWYSlmNR7A88a0YzHDk+IgIe5biIBgcPJPLd6IO8hK7W7RlmEt4Y sAwxaSCXVlYG5D3XKcpV1DQY+ovl/KUOti53f0W0BFnva6VNaHpE1UQdUqYWqdYO/2dQlUF+y975 tv6JdYQXyh+OgTOBD31tbcQe8pYIwRQ+9FXXkkyISvs5jU+vAl7K1v1KTJLmsTPP17CqX8Mp1RDf uXzE5OIcFhUitVHI8IwP96PStZTQN7UjxS+AZIbRSZ8Nwfco5WykUGu+sY0hQYNZFDp9Ig+nzEVP esvMUJkqd/hPOp+bFfeKqgyTh2/HNpvhVTmNAgty24bkYPuxmMa0KTSnSKN5IJNadQUy61yBwBAQ xnjjJY9nQN4ysy4SciX5l0zT3nRdBiKxNx20E86FyYTbcG2WVgfptV/mtTMolKLOf9rxNwqn4nTE WW8xeEMZWjJsQ5t7KKi2WG6Q40TB/sbJ8tr2KFtqZtxKy9SlyZkpInYi0EoqnFrhsZ2p+Ua0AQAF a+P09Cj+S4ONybVgHDp3GXOnJsvB/zjfxhaiRylVvPGJu7SqohJfWQjGkIK9daLFUBzODn70oVNy mrFjilDHdxnDyLlGEiyMRC/D75tFFV/vXB0uETOlZhHseo9WmaeziooRqYSyQuaaUEzAHwnhHGfn cXnXcHWPkbjtHjMv8eqhQM5tahZhzctd8D40jcb3gldFumGmLXS4/YR0Ej5B2jyYiUraDWoANA3o KN7jluBSKoha6V9PFXUkRVV2KaEfXz165QLaUv5gjJafu4+HqSTXQb1jT5U4f16mZKG0MMsq7+rK +Y3oEZ+WOVkYO4xLAsZQmXU7nKUnMSnOxsAeGZak2SWpXTHMz4yJWAZsBf7gohvok2Uus8LwUt4l U4RbGtipR7Okiuj40tLlKHyd+5GNgVz8TqnlM6w9GyzlcqWSH8Um5Vf8Nj4iUo6Eo4ZqoplcTENv Bm5dEloPOyePxFhkYqFktIMHeYBSk7a2c18vzv5lacXOTL7E2y0F7zIubHxR4xsiL8EhICvhcWdy YL4wKL2IWU4nhmZgecm8tmuwLTWYdxWfgDPBUQfQwd8Wo4h+m7B5Ub8GFwbq0LRCZ7u95XfeHNrT 7m7GMTGh4MW741S0YJagJgQkQXPOd5WPmn0h2JwCYl7dqm1okVaBCiddA2DMb1MU+/uuN2s0yE6p nB+t3W9YyG+bMRqLUIamIEZi9pkEj++O9kIFyMFQAOewteqIAXsWCBzTBSHbL/kM8kzZ1L8i0475 6jgs7C51iTjq3Qs0jR+oWBTBEOpAZ2JwWJGxB2m19Ej2T/rC0Fxs68XzByHQqRtxFm70MFg19roV Q35L4m2kqiyk+NgHWMP9zZ+XCeuD1jO7xE0lhC1S9XvwJiqMw+mnr+XWPABJtgfKP3q0LX/EpihE T+U3eLWbC3Ke+IHiMokcgenTjRzccuzyLq+AmSLmLahWWl+uZTLelJHiFQ2gk/knUTC7troAFzrt 6qbpAgHrVd3KtZJvvRD7uc4N/xGh8+I8O1Z3oqjJM/C/QRDyY3a39NbamgsUw+Ctv4TTTHJtgcQV gpqRMq5XIduy6wpyifY2bhmIwi04+Y3P9ivqxJ28jEOpJcBxyUKpIRr8lB7ytw6OkWcU5KwIzc3S emMEq8WHHDxuYCWvyPUGv8NvkGlQLifu7XpskT4EayHSk5MlkZ4vtlp1fZ57EB+Vqq5hzkc86oFt Y7MHXMVx0i+xoUrytTa/Mgt7L1To5bkbZxbSPHrkV8pgj7BUcoZfckHO7VxkF6VDqKB0RUPqTOKS pzTB5/2bK5CZtVoX2FYxMXUVArLX3KAfUMQXcMuqORYiyLi0N6Ez3TIZBtHFA5gRbLECkxSOVkuH ymVlm64qaaycRJFoYbacEYlEtEbjymx2xW8gu7/bm08VuDHIr0Hc4GuWRvtLfvMYGJXvDNDOv9lo DN1nPJxEQ/iKT0NwvLJgw5z0A9MTCR0zSKycfJCnJWRoBR2LSNAFJsJVaCvBhWPMNaLt6FSE6LtM Edrxy3GRlpmJC+hQirwLvxbkWwAtiMtSOCWcaIIsvSJ6IT9qDJnFzZikMVJQidYiHczTwMpH9PIt 4hA0SDXnE7ZBx1jBlTDokhHopmDH3l9qFzQOBivo/SAqlVQ1B1A0MwTFE75SzkRu4+tzKIXnTKRj YRmgsdiUwlXt9lrv61wqHSkllVz5IyYizJyMnV/oiAlxGY76KrvAQ3Uz+M3A2oybS4Wc+0IeDKpc o2wy5ApqZBeAtuZd4bHMJI8CjhRDQ0/fve6t3yUJru5M3Tome4MSjeVMagLtFEVmrUyuTtc+qrzN 2Mv8XF4vc0Cd6j5iwHFaN/XOeocYbBaABkWE9TnTQ4bp6H4/d5nFenGhI/StCPsf1tjhvR+38/t9 fdLmc7tjkXsPnXbQzytkUmoaViDSdd4lDDNdguseUKHrYbCAaLc6IqOeXvhhHciXW43E4MFSHlAB SJIEzElyQR7G93ZKVbsPUAebZSrGoSrBxPiJlSGiVn35vt9dDkCGZspRWz14EVhvun7tVX/aaUET Jpasd4IJRDkYWKsx5hjRCzaPN2BqgnY4dhSYPNEDQ5UaDs2AkEJN/cbleWsfJuryNQocWA9tp2oA RL2asJNLPn8sHVBsXY6GNjtQdO8wRNgV8gw3/umgaYCrfui719LdvZzOmdW3y0+v94OdXm4Q1vqa XRfq3XsEiU1n8Bt5oMQnmEEQAdN6uet5xgKz9TYrd9A9X33rH8Zba4HPGibFICrd0oE2xlRuBJaQ ngXWXY1h3heJN3i05vNOq+b1yQnPFVy9546igoc/AZ7E7+wR5CgSrwqjDipgFzQzpAhKamqMpH1X s5PXDriGwGMeCcQh+LN3VHbyOXUCIdtOsFD2kXLYRfFGSOsyB+0JSQ94JwrI+heU/EHeriRcH318 eQdkXextK5wftMIygdFVI3VMV87QArGMRRJVr+jC4tkpO7ZALDEtFnEF4PzOYukQawZyExcNsntZ iqZK7sWVlNkOkhk5DFyl9oLnGdRgfwWktld08QbO8+S9zBpMyp9wBYqUZ3VNu1AKK5FAJsDPGpZb 4MKKpsKZ+JoL4hK8vJY1RZWEoJ8xDIvM5zKuCZ/ncDC9DIZgo5bqyAS8IiGFKcwL4MtVCEYk8COf wjHlHTnBPzaIegsSl5pX5OFc1rEi/DyAvNl4YxdGGO3yREORjC9F50Bsy9C+umW2G84Ht4rVCRRD MDGWwEG9/KhC5Pl3YLX1QqEt62JDs+jDL7bHQLUqrAmBZw1GkEvksUNpJV5Cj0+FKmT7VhQIyzOY QMRzkn0S6d5yMW6TSlaatbBCV7EtQaFI2MVm50G5EztE1pLhMvL2jUslYlfwodhXeJXqFoJrhANU qSLUj8bVsAOGUq/UFoaltSuEJsHBu0uINxRoyWNf7b2K6nLXI/n2latUMFq2ZYOF+J4fIYckRyqA ptKZMr/iclF7Z72UUUohMMc85lp+3CWr9P2NLlzHN9kgzV+wlhjQGG5f4kdm1kwieGJwV6eoxunY YcWkQrV4l5NnRuWPwu16J8RN4ZmAv9tYp2soQThxOGKhE9nNW82Fw8K0H5691EO1iQnUVFJFdo7e QluhU5om9BhEqGx1zRvIJKlIsuuhdWI2NSgZNi1yXKce4TLoMGmWA4n5eJbMY0HSLB/AMV49VRCP TQDbIfIUwBxV7XQwyiKYWMeQBomMFLd8s2QOmZWWEpMSyCWicOOq3YojWtGyqnLkaiF18gdBX564 3E/Khc5eI+7e8krcpDNYXCLp+p1NIIfUPeiStKxMs/balW4VT+ZVbUlFUzq8ffN0fw/oIib4tM4A t7jfH9MFX0Ys2BUZZZBLkAELqB3EWf5I8dwVyGjrrVwW2Y0OJ7Zm6qVOL4PUP0zAii4fEc3xrLSG K8Vu7YlKXg2fPRbtsfcIsQo/9pVejlXCcvgAzip01amlMZAg344NRl6lopqx8t/9FhmE23ORPfj+ +x8ZsqXU62uh0d+nktet28i6An1iOR7kZjS4jEE6Q+s0Bj1xEfqSrA6mjC1GwRObSlu54kSzZd2I foAdV7PDks3sAvQkG7l4xJB2Pca6Y+DGrcWhvLjToRYotd5EG6ob7IAaRPoAS92GbxUNJfnAdpU4 H/GX2y5EtibOeGdYklD7Q8bSvriZZleJ4M34X63EuGiyTDiTMhrvluFQ7Gq6ShEWr0FF9qse5sKq ivhs3GXMaTi0M8irkKD5JOyCtRSKMqPs6LcwaKxCEyOBebGXsmiXCNTFea9KYv+sjRVx+27nnQUU UahejBI+G/hCrNzAOMWrMmrhzC89dmZvWqTIJiUPGW9u25L4PXfNqAviBTvB17i5jiJviKiuCSM6 6UUSic6+LOVoU830/NyYIyKX3clShKgyofI9obE2CelHm9wl5GK9gC//EJ17pMuMbutZQrTJnrej FZlSQbmncBuhPN5eeiqB6R0xR7D2uo2dSC+UAX3zkzIu05R6FYyIShTDATmeYCUE5cH83uf+RQVn tRRAboxY3Cvs47yk0KCyqdwadsVek2JrPMGPfDUBxBnBUZZCT7Cneo3UuP3gcQJtcc3Vl6olq+D8 LVaot6Mn1hc4IqwirnhkpbYY3Qemnut1PQ0MTKQPQSmSw9MFArH4xcnGWuuBLb9JMuQu1h14YGny 0lju6H3xgurl7tthb9ugTiOStHnmq8IbpVvtBhspyUw5VFtGEEeMZyB6KRIdnxckzS1taIfRn1V5 dCOFBytha3fIBAJSXi/mq4PFzGVcvfEnXIUazmjC1zBT3Ygo6q2fLXPmYERK01L60i1jwp/jg3DA c2ZG/OtyFcBs20NslLe1YL2eQbW8Ud584dtGjoVYTCP7KVjRAJlr7qJQEXgKWOSd8uMC05C0wiVQ tHgMAOc2w814kAUrOYFfeRFhKb8hkTA6RC43Ygy9YnzhUZZyvLxNe4XSHaGsGGd+xLQPJQ9cyOFk xK93J2W4BOU8XpvjxVPXBx9QFdgTBnthM4Zy1qTMLwaDJCfOqJP5UUw2nvR3TQmVbZ0mEs2HTSDM 1f7PlQutnB29LrOKM9ZLg+ly3xbErY7mc3b7IyijzVKjJdDgBWRKgwh8apMi9ChT9TldzWvUXNGz kPwwSMi6Eh7JJ5sIRG1Znl/KG/vbP4FHg6JiG8pZiFvTIj8tJ0QAG+T7qVgX1EQxBxiveGAuq5SP smE+lfVJvQRILffA2Pa/fMWrdTEdbXzuzeq4AktUcGAEVWXNHiE0XQrv1/AI41jAfs7FW4nVat/y Y3YFPsVD8cCKj90SKUWR89PhhxRjYE+2UhJgmCIp5lejlaFJxxDHY3txHs5VFZjB0GGSxQGDSLqC h6yFLAHZZi7PtHqqQGWTbhwzGVu0lUdnEGDYcIaMy2IsP+5ZdVQ1Y45PdAHiNQOHaiix7JieaIzT GvO8UZgFB176f394eWzyDcc43IkP1wHVuyTwWF1PH5DJ9Vff5WYBNkTSc7vgirwLtKJhen68SrM3 aqlSIQyKUPWtG1VkfKnKvVv4IkeMAiQAR4rHChIfcOx1TAkMProqlHyqZj+aDMUWWI1SnmBxGD6g S07k0aCldBfdfOiG+sF6XjgHVWFowD1fLFb5sDX4T7laAAIJqdWtz9PgKNTHBSQQiJXwBSNBpFBy toO8WGAcdBZT8JCli1y9p/r1tT4oASiorXBWCCHUxISvXL1A40uSzuVqTWyzqXrZPla9Ey6sWsjn Zkv+dB6vnUfOgecTKykb1eJfhz0ahVctknMTA+KpXC8+KwWB4EVNnr/YkewsbcACotKfAjDdSjs4 cD6uwNIw+ShX1++01ixeo2qR8cbxRTHax7QW6Y9yQegVsVRPwgESlzi0x8eljyLcknOpZ4ut6Gc5 mnfiRB/EwFTd0v1iskpanDdNORRD7c109CpIPbLFobwcYsaQnEA+sbfchlfKcy0i7a6ap6hcWUu8 VnYV5rICpPqNz7d+lsgRq/YOM88u7dhwzaRRjaPGZa8I9Hl5f+VArC2XDm1tab4zPDeVYWd0Cops Fg8zb+YsycJuxouY+h2WinL+mlQTt5DkmnjDH6q5eAOal8O0BCThi53N7k1TzprVeaV2NvijckNa awUZILAxudPmOggBZck0E+797C5gJmkN8y5HLaaXz8wopGopIC3SpdthCMFM3ZjTYFzIKAchpqBJ gi7eTKbsjtasa+vO+lAYZkHNGJ8l62DsaqaXiaOVHifSLL2UC1JkZGIlWhCWZFX/ZUljoFRg7knL KC/oAX/tksyT9QLonEL8pXe0ngbmOTv/fvdWveFdn/dAWu3BnSvsxjJgp5MSDT+GLcZAwPA1cBso zckDaLRcEPYZEvdjiSy9LtOgPXd2Q/QEA+ZlPiHDXJx3tPlZL2yJrKB561/IJA5ReR4GPEscrUgL JQW/se52x3Aa04hfxm79NGG5DabSdFaDq+FXtM5hy0WEjK7oJUpgm0gRsQbFMcVD36bteSy0ZF+6 MYPvUNV3ZsNx1g0Azah95X/4J7cvEWfhuUZrDjDv9OR3GQiIOpg68CmbUptgQhsKfq6vGBjoyjbv 6Bfws/DRHWUFy8zjRjnqsk8+QuyvVug9p8v+vbBDk15bAYgeaIcrRXIeL9/t//idAxCPokJgKsKl Oe35Mpy2Q+IB19fJGfRnn5uem/06/wzPhLrzRL1/8V3GfrmF4ta47PWI4dfweSby/vnjdA+aI86I U9fPu9UU+biXPKduXSQEMuvc/XhzIrc/bVBSno/ey4iJwGRBihHwtURzs85MFJ8rIqg+WWZ0PDZV odVwXdWVjU7rF1E3lwX51icIKQ6dAOnfPy61ncEE6v0JNKa03uJoAwMuXZPzp2O3aWMwv1GFRnrB mnyFACMEzmqCVzkaItN2pocFXu5ZHsqxmTIqDtg1S6Sd613vtZKMwLcIpmipiVZGmnAT7/It9CAk +RakTLH86fOElZK5OVsQD0oQ+vzuoQBWXATHMZqp01vjdJ7HkSNsxLkivfArvQ6+3hkp79DzYHl/ QuCpg9G/vh8IMAUqNrFS2h+rvZzuLLLzQ3Ds8/PhBZVnJ4B3dvnZSynt0dTnbULDmBxbvArTvJiU D+kFoDgjD/HeTyt1QrjR2rUBxvtcx/vNxtAPKZwdbW7au25zKoMMPHZITM3sDnXHalLUJS7daZwO PHcl97YmcLshVM4lxvm+PvzV/lTOjc7YK6kxvY0l2ytI+rF3gT92bdrv+L53jrlrbRyYOgN3Yaz+ w0mzz23Y4Axp5pAsis91JfdqIe12lDm8828I6CwXC0+ALqdEbDZ/jgwc9xVW9xP+gALOf5h/Wk7V keAWzv7iEPdMph5Yapv8ZtXUNsfyXjN/zM2E8PPtbjqOToArtJxv7qXs5qNs/IHp/OI7FJnGuL52 CAzlYSfIt6BcGc1CiSuyRK9qZbx+zVtxe1kUvefVutola9DlYbJCKs3XMl5Bu3gmvxIo8Ih9vp/F FsHf10UDwZQTUEoBLvBEQ0KGYNuCDpcOh0G4MfNCLXsXsvk4TpyQQhJ4Wp4sU/vDaZtL8YUbfIvl h8SiVkLneUh+voAnqzCpYCGx8rmfKsX4Yf62PViaQHxqDZaKAPNiTzbRPFVzmMv5ywBrkhBpMDNn youWX+XJR5BhVQ+EzRHtssKBbQuDxz3+mnD9aGuKmLAyMKQDXjh2UxGPcZwTVS7NWS5xxUUU8uHC lXFWSIsFMXzUKpDEAtF/wHk5KLKLaC4xPJLqZEannM3LzMv3ShBDVnCj0oiOuJ7uv3tmCnifIkm2 QloqngqEVqn+rsiSj5Wr2fUm79XOskGilXkuqbKnLqcSvMrD232wQhV+W0JIl9rJ7KRmQRbQzGWE wIuj3ndB/Saw0wEgSuO6O9yjQFzzjx/ljdAYvamOCwah6hfq6V0iM/yyQf8CVtsJCgU9yII8dGib O+EBYemI7dnA0FBghe0D5SkQtGS09oB2XEpZA5lDltHZ89drtGjvoG6K6nn9GMjrGeKw3zUv4VsL +w5jMfogUZpuHBC35p8Q4nX7uwrbkA3glnQGWoSbSJaJXaZd4PY70QGEUUtz/WV/Zxe7jNojkWoT CzGBqasKfIRObDF1bdt1ozn2M9LR/PFcS6R1QfWh+UYEHwXvA2jbZBrk7ghTNwKDgsUxyjhkBgfx G26HpWsgAS450kRbuInZU5BRTVPOUggPIjPVmUfCzYCLsi2nUBoqULxyHbYjL4/xtadgkFzt735B hZT/wN6h1bhNFNQCfN0AMahHKtpJg0/VlcQ/4CQNmVZhY82iMSOxjiVgrSp84jDoPkypgq+gDUqG Ugn6Gf2rInMUfmNA/thiO2qobCMkWz3U1wpG66e5PucJ/JbrqOE/zKqKBntRzMS6CCGslxusAHQP 8ZGKsY3C2hUjzEGxE/ZSZ5uJiFCOn2KH1HlzKmrZgtHbdnUJMQGsYHN2u2ZKhq11E8lujEitLvxh ulQFnEXa/8gX109CxeN9V9VaGM5Z8dSxI34dRuhp1vaNSJ6ut2dELhZtv4COdVxBJ1bbbCGlzkCe NVG/tj36q90Y2w1+0Tm/nvs2ZVygyd+epZ/TfkLtfBUK2j5i5uwCmu78EJsn5G18A+2AWvq8ixFD ZzxBQCsiJlCynZCejIgAZyzbfsoIHQtjoHS7odqpsQpquFWkyM5msQnj/Fxzs2WW0YMJqLQDRNus zRmVHizYgdo9+2yeyMYKh3W0l+TYjTap2mlxgsynE13sGPlP16NjbTw82wG/GFsHpEPALcEx3e5x qrNNH4vsMQPbOS1Hiyl3Yjsm40B2u5Z4nW50Bjg/Zi6cwpmY0tnMzpnxk6+dEeIDh2H4rO0vuzos 1FmaOAQCrdXTdJ7naJusvjSrdtyIaxpFuY6GTrnR5GnQdqCJmGmTuE0yht9GlfNnDr3FX7chLSWB 5bZrxtCYdvtxPetAM2yQORXEjPntNvVqnPv8/MXA35wQ4qhqq+1gdKLj3tqC85CIVdfomkvCErq9 q9DgtGGEmd+ZDrjWQQHRb8HJrkvDE5zZEuhNfIhB8qftcUqNseGlhE/LG6J9Le7HrhZ/SO0smilz hrQozlu1v989I5KKUiYX8y0Wzrcn7nbx+m/sbD8uwfgtWeVnsD1fSIE9Qp4StqZ2KQENuNkhq/iL ZprZt4mU5yTxOcrfngWqubF4kwMwru/9qgx1lwAH7cec+gcKytElwHBBuUjehjHAKGRP5QNuKhfi pJg+v1YWwJeUI/nXTrGiKijGt3wCM5AbcFJbAsLFKk46l1yBXLfeokYehW7M7OqUhnIbfH2I2BU9 qmzSHYY/08vO8nVpllPjeTt35+k5rLZdmAKJUh1eDs8sm1hhNa4pZctDrF3BCIYvY+gjuP2ifa+x wD7KEKRMWfBFjOgaExWWC7r0kv9MoK7fWTcF2cYO9PYPQS7GGN2iArjCpkqoPHHJ9dSNHyotx000 kiCfUifpBTdfnBJgTMFPszo4Wzw1BRROm7c75cXy0rFbOheUISIkFUJBpCtePi+mlj3y6vIZilEX Yi8mple5dP/jjX2EaelqoYS+2QbCVN/2mIA0Up8DrTY+vRUf2vIgWcxEOQrC7zwslqiPI1LXpanZ ZbdYUE0MRfOSEuigXujAQFmjHFyKjVbL9X8HU8jtY5Gk5dgFpm97L7xPFObvz1LWuGe0nhGpi6kr zVtwZqj+6RiZtvv7ipIQHzlY2PrqeyStl5VD7ZwQIpHPyLExfUr6NoCwWYqev4zfyPY1r4MPeNEu j2CLU4GwJcMy+LXgoJ8ojVwRUbbKTdULqqDAdPl2CZlrJAXgC5wOVgoYdSntmjpBEZOjkr/l2MpI c/gLEtp5fBhqsS5wS5+hox/AGBVKsTv1JNj0JQJc3nI0nxsRhX7Fi6UBrBajKG2k9LSe5ccrL4oK yk7N2Wx5H5fj/8oFeRE28RglIyTP4AyIn0GxRpNSMnCbdB6FnXHLVNlh4uAcWGUJNc4iNJ3DWfZX KlNS7ZOSpRIn1Qw/akHZQiUA6RFGLKP4uJMvoIXKSSqHs8jJN8XGysx0NrU3qJTJ37Q2Drs9mLrG GE385V+ZPNOhokQ8brQHhrbiwFokFih4yNJFbd49Y43Xz508E8btB+7BWaC8dKdCWaNObJabQk2U /sWWUtNW8pIC8ymcK1VJzSn2H8WcxSvS2jkKRPYHF+R5oDbuwp8559bLN+ZTeQsWZMWyTA1R6QED sZNSuVwJ7kE57biAskruHm53rwOEOXE1Joa1NWABaEQAIEgl6961dMKWqtflxm5DV6ibPyAB5f5q Q3V15wM7gUHvrpZE38MaHDERwBuOijT16qUqHhCgnkWDhl0QNEzDNbolg++AWsgDHwSZgUPWx6ky hcwAjuEqgW/eFXf1Rj7gjynqv3Q9LOf28G9FO4An6FBrqwmBC3A4+1daJfUHQ3CGpTjloOMU7A09 qq/BPHCXD8cUwEUGbdx1BTsbwcUO0b1r3NR36n9wPEcRfFzAO0Aer8i7n+6AI3CKRt/vL+C2tlng pWMOhmINEbyhBXBtqGEl4L/4EOzj1iBuQ5kN0ZePm97Ju1lCiGIMIg0H7MI19w20smaIKFwOhZ1d cb3dfkAGLkTYz/V2eRimgxHCZXp33+Udn0K1QG5af6GGYLHvzwfwCvbzuAD9rApuctPkq7xvqvNP 6JtDg4nRywTP4XtRCPAMEQQTAmlvTrroo32I/7AqkjHBDUpGZHBOpw0HNl3/G3xmuH4Baln9BRnO oggVA6IBAx2iAUQDA1oD+A79NwdaDAv9ITAtyYafdC3ZyBaAUDdCxRx2QRZWBYiLCqsPLIYJ+qGD LNop6Ejl+PAg186suPrBVgUF82GtuX6FpVCnwFGoS6wmC8eCnD9+gJ9OobbAB826f+HUoGltvekj RBmXKAppWCWE31kZd+Oebg+dz5QE83FeB/Z6hMkZzBjwZc8jpJju0RRL0ZL9vi1UYKDTPR6BqCGU rQlUibrHzPCeWTw69IMp2epgURet77q1G20Sb4f3cvuXelEkkzs5xOkcncCRbSKNHM3rE4M3nPX9 e8jGMSFJKxQUgoq04M8WYh5d6/QycBVWjHC3WmOK9Qmyxp0MB6nMxCYzSig4X04rg0NdDw07+t+p O+7bvqGlLiIAzpJZpjkfDLZEs9WQYeCtBni+5T6Uzz4P4360L4Sgr0cTmaDDT9qWIvzInY3YKYrG HhC4s0Nmges+OlFOCJrTSIiYmVkP1fu+cwvUifHMeeAZyDquEVTaf9USz8O5HSFIo5tu5Ja47J1+ 0wMOnUAO92wDzRoD+EPoGBUecfNiRBgyueqK/+p1pcsFaOV959LA8y8OmXmtu36bACIFGNOY/DJG 2aXGSehtew15u05N5+jCURMoiYYtt9iBi0Pk42rgZAOkfPUdccVtZSDNJh2akLhdfmrJWVIW/rVH ARooMTwg/Lms3vip0z7Fwsv+kEUd99SF/+4QmLb9mWc+CDmgfd/17e3r0WEsRMULcpfnR2K53rxi lG57aekZ8xlV7o1SJYXUDOONxvKvN7M4pga+TWjbMiA0k7mBT0b2vcONeoIBJp1oSZxvJEQXnG8P vovEW/Y2LFgptlAA3HTwDVJzSEmnvQmfs20q+nW75xuClnNTWHg68ZLA/wIhCWIBrloDRtHSdmp8 ArL1F1BX6CXuBMr47AcF4QJx+SWAaVmv2FdHis/bGUwfQFry7VKY0qH6VYR3yZyUVXKnOe0jiFUu X3SWM0O2XVmOJ5dAaM8NtDtM40qIXIuMcGEpohnpZxDxTXOCYMMnZI5tfqWsfIwP6zbBWMS0E5qp linJTAzusnAqO9qGdbCMrMoKrNHUYUUmQlepcnuIZtKSANTq+Qvh2+M4KEPpzsHziTRG8NG93RsS 9RsEXSlq3K0TELkyxBBr6W5/SVpqndGO5XqrRlWdANK5chLVdMh5+/A4gQ4ndWA7qmRmqpjKAQkb OMsV8rjyQd041SZHPiqVrqqTMeK/7FPCJs9r6tJI+AFcQTqMoxWf/pa1loF7mV9wgiT1RW9AryUN B4M7qLyqeKR9NdCpVcJD8adCGYRmAiPs0WMptwq4xF0VprSpECtttEYZI9yyKrz0l2xXMg+jKGkt a8WRDo2Uiss/3SuZN6XFKH53lIQFBpC7JGqqSv2iE9AUUkJXStW2ICyP4aW8FX0ap+pmkGq63hZD BVxpJ/amXVVGtBILcFup6Ctr9T+KCOpN1C6m17ZW+5l81LEY7woK6QukGqpHM7YVgd/pfGLKHIjK 99UiLmr3RIHjT6LdIAYiPnJESHiLhZTOMqGBEJrBiF3/DPbZifAXkIE01eUr5DIXnKMKblwTHQQl Blu+jR93ga+qrywJB0rgj6N44qCVhi71N260dtAKcYfgKnJQEA9K0vEAcl13OqCg2m1iNjyU0TJ6 ftNSY0t0UEoU+KIEPeQwZAfmoBipFIMUqUPCGaEkVgMNC44DTNEv745KSyFqAeYBUKoY2FhTEdxb h0yqwVBiuDTLQqj0TmKptVth5s+KFAeDpMYDbHWto+DdAcLtk1B3pSLZx5x37yv0p+OM0Pz7GUZB xT/BiEHyrvQdtkPlwLyAXwhuPecGgfqFulZodfpu9sM2msA3UdwbbOBgSrDOLoZr+mVAIQw3+kFn rTyUtZfo+cr/wWeQUrgNGjAP5IdjYN8/r/9gGhDW+lCKAhehxPjK2b1EL9ws2gBKWOR9lfHXmclN WskaNGgId2GrM1E7Qhrvg98023cezi6BqZrCb0nIwwWUwsm6IXUB3bZRVMeN809rgPAFv/ZJnGlM h3X37rpmjTs8hRVEpl+rt+kb5Ahgit+TB6nR3rQLG5GFT7BXn2Sq8cPUGX+1PMA2hvrTh8SX1rvX 6fH+QeovemI2n7v+kF860kZVpwEY3yx5FZQQ8dcTLXVrNFhpDz0diIv30bBJFgQ44rhSbQaSx8z9 OHkUqsbV5DX8vy2ttkgiP3eQHYEULHZK3nE57ptVB9f4iVj9nfdrZEbDXoSggWDmFexMITYFmkF3 BMC6WAVWJTKT9ISXSCtKM91ilaJbgV1edBhiL7yo5OVwDMSic4Pu3VaR+50r6VOft+sqvdGoUc3e aVEu4ztE1TaUrVDYbRAlMCJBB+hcsAtD8LnwypUqyUPM4C32o0U43BQQuTLLrHdUNhD9Ih1OIpgT qy2Hcy1ou4WFtV0IEZngeCEXujhPl4+t0S23uWfhewzKshAFGeYED+ectRePu8wtuS3UGQaEhYoE 5QISNAVntTFdBuvg6PKQNDNvSXl6pUgAOFPImzJnTibwxBDztgRoSzfdccPfsMUoWE2enSTdyDOL p9yp3QpqkPezlUCHw/H8yh6KVqHZ03x7dvxzOGa7EHwdbeMl8tJuCjYPCwtcz3WJqsw35xrBHWFr 9B6ladOAVfC73ozITPyZaTPPMCF39XrFPDJn1iAusggKPHPBxIzHwU0LATlRm698cUh7TtRB7RgU Ym9sM5g1Dv1i5Nn5U7s8CNnOFlfgwZ+nX9ug8Q5W1/Ei/FOv+7I1xP//aqPHSdSFef+Rd481WVAf 21n2E6dn/e2rZNht6vADnF3QGtYgzdk37ud+xXjWSJnSFy7CcvPrWBTO7GpKQW4Y57j7NlHcQWKZ uS8K+8+aOQ1SWGv8dpqFMW7O9/Qs68cnPFtQdQEmupi4McIdxvQPHyDAEquLwcwkOxcgeegByuOs 4JKU5mU4zIA9dnJyUCp6fAettDyJq+opR4MzncFIHXvbVrlgq7dc7ob76j32AC/XBqRmuP5jg/WO y1ZQNkyP6UllZSmlRiXV2CEb4oLKxjPIPGF2eu6RVSl3vmjb6yy03w0cyse+apIwuB8y8AA8ubVj 4ro+MFzuLOeRZdd2m+cq61atqyv0Ffvr6wbMVBlK4wF6/q3Hss/L8FVBLFcHTSdkck68EFdjdajG B80pLoKlBusZdvl7HXlbPkLyIFpoYoIyqOd2OUeuUkbNKyoKvHStzj8FhIqmVrH6VNUBDt3VmuJ7 HSCK926MuCogA/h/bsXTAEFdQS6Bl3J+8LjLLEJNEbUwmbxexKqxK3xcroLN35KdkkSF0gFNWt1a XsWsVVTUoNK7kNAfEUilBqhsahxYUVLt4/OeAL/tmSElvBHwCpXcow7JGBJvVje/9WA+ZFVb4/Vb Dyj6SBZExD2lXTWU4gMmVI0DXVMfO1/Yid09lq7o4yP7tOS2tLlihiLhj/2TKkzyQxT0Wy1IeYxo WTJcJFGnGNESKsJWm1bTWUI1vc89xl6oSrh0sH5OQsESiwgMqNitszcUlqkWnmKy3ikDkKEvxPHT 25UGwb0KDbHZQaSqszgpHGrWHUAdFmEBRz+YEWhahbmzBkItgC51WFXDeSA+YwEdqBiR0hMHAa9m C7+AgfkGGoC+SuNqT/CvUp503KK+xmkfr6UQ8hvPqh/pw9UJCaxAryaIQidpGqjF2onHRG7uNM66 PGjfXFXloUigJDinK0UzNXzrBDe4NgTlaIgyGzUGk2UfjB0H6kzevEFg6no4A5TFwnVuhswAEFoX xoJ53F0SUrdb1tGjcL5oyDgZAsUENT6bb8oa6GeKtMjKLFD9iPmB9QpeZF+FY8SIt0evmwQm7Jyr 4SJuIHR6QTlC3ena7uONepjCB5VOoPiCOG/j0vdpaEYN61nJzyiuIAW3B+x/PVp2uubnuO1vdGGo G0qKdL0GbaUzmN4TF/OUKUy9t9Zub4XQ2aIZqOW28ygxRethRrqcmPkHpKItWd8oG+ke7YsMKIht 6/cXGNyMgXp4jmcDJwGNLIsqwHjD/AIwAYHBuQGAYB7t4PSb3MMe8cWA1hs0l+97Dw3Om6yZnUkw X0pLFOBPzgm/OeRA6NoYjU9/UMT0TUCdLZ9W0yw86SQMn8OXQCtU5RJ44oeU2qggKYAVmBiCFGyJ yyFgCLv+QPnBW1HYTs33l35nenX9r+btBmm7BOGiFIp6mMUOjZc0zkcbglKKFG2FGVt/bUhbhz/U Bmlp4yxZQcnYOGwzf2YW5ARXWQmCbTu44hPmT0J9xA86VQ/v2J6rER8DIWL5k9p0b0R/lemy05YD Z4MZAr6Aki6yCRAKq8H/EYt4YRs7A+MwC3mYYguj9mAStbeS9fkEu4CmzRMvLNpX3Nf1Hv1MRs8k syJCTgMv0ET4ZJtiJmRqnSumL/QYo3kDL5V0i75Q6sRwaQwzAX/GfwuE1zFP2wGXP3BUUxBB8dHy 29XK1Y5fzCDCsKLu5CoCzd58CzwzTw8lh+PHBLaPQmI2Ua7Nv1KFlLBsgpTT37Zpab60SUDhIpgL WWTarhGqxAT6I3tZ1wT3TcxpixTHBS2eF5XkkL1fERlMc+0pBrdbLF/VprSQKxtxicSj6kb1ZztS AqztrO1SKXbok7SG8UpKhSAQjMH4mi8HGJYyy51VeV0mR/XX8n3WLSgYE6EuEmlCgdh+7qmyQn6y DAGd/M1FfdGhBoWQQBIug/pu1kqFA0KqhgjEmz7bkZYc8lcudpajUzWU5b6s3pJJ/gUW+2hFKE8a JtMCiE+WhkopWSGVe2zPV2qKN6WFBjFoe9+oViX0Lc5IO7HJj75vGYmLa2Z0VRLSL5v/uHj6tm9b E0iNB5axK+SMK4gqt8YLPFRQDA1Z3iETJYKK1/LWdtUZlo3kdrOfZY6KU3VTdQmClQ41rSDCdrmJ 0gHfV5LVWlP3bJfFOUv+C3TqozDWU2WWZFKdpGzseduQKOWNXN4yVK/wqEMGscVi7VYTCc5z1wUC 5EqkKYCyHQHodBfJGbj7IgrinKPGarLogpJoOU1ZUD0/2CbtIF/tJeYQPX0iXPnbv/xuT0wQRY9a ZMu8hDtK5AooFsRQpQ/bOACQB7bvqRnfcmlR6JLm9yQIO2s/sSCeuZ3aSu7onpxG1uozu9IyFp9E VLtLPRdjm7vAnVEfaHZZ8NSZ+dQ83++5AihiUH7egF3bU3c90D/HLg/MC5lFJAsn59zjVgE3aphp W5zRYI3LDJe084TmEjsC1FEBY3eV/3gkv9wh4QYuMygZzeWMM8uvWpWtUlwvsWnDlI+yCUvzLrI2 ex1tCBVTiwhiFiaU2ZlBZDRfCZJL202qH4CS13hi64o5FxtbuOzBQO7PhcLkEcI3HiLnNvve2Gax y7+XFR87esVH8bgEpDRgG4F+xkwRojyh3SUEJJx4XxC25DxmVUxumaKJjLQiF5LSeXCghEpoEgoz YOrH60mgO6bfKEW4XPo0q0Qaw9DHqXJ7VUPNUiIdSX4SdAmdR/QkpHH8jV200ZJKrZszPJSWlhsn Tn/yrv5Glr/o9eoCU1NiFmSiKI4aTEpe/BgfA/emq5LwHfXKjZTxuJ/PsPieCUZYvpA5UeaS9vyB j7lCtV5+K8J84obM1N9IZKqZtofTTe2k09Rh2VfGnlVWkxoBXfwGOIIpe1dstsv/cSCgoLxCo6kr snQUciVuV5sXIwQKuCBf4ZpcWQRivUX5fTfnYhXdhYQgTsghwBAqXvEuBvgM0DJvM+CpNJVz44L8 Y8I2tqqLK6pzv3NSzaFzpmvyVFwZjBS80FMAkAeIFneXJw+2RxJ2w3IQ3mhmdXt+1JhWA2niV10E wfZlX3NG2I+6eCz2+sKtGIFE6EahwUCQU6tudpTEI0dlxvyQiPQBYZboqQExb2/MMdse3v8/TfeB 4EYOJFH0HDvtvaNpae9/t30/SqvRtNhkFZBIn4EsENPzhAIdepx4s3ajwqo2PyNAlsLrcI/8wp3j 03yz8r8mdqz1CbTFInie4AYOvI47NLQsELN6kFrTXgUjbnSmahp57CSR1EfYGuWzBJ8SqJ0vCxnn 6SEBlUXH1JQ/hWdKU5iFBpoU07CHJvEJmMWRy+172COuCC6UtuiYvVA7ulFYwl1Rk1j9ze4yB/iw eI2bApdeu9KJdDH20hm8D9hMaP2sPLAivD0eEbbkpgtDgS651VoYoWFdq4ORxiTgQpfrRhy6RFWM MQ6RZlz8IjZSezrRtYUqC7ecxpcy4qplBtxYeqHbemVfdN09aRSJGD//yleXCsxO6Z9aGFtMlBfN VYNn8Izf49yWkMcnWlqszIRjLddVbFR3epOHIklhrxjKKfS54FiQ5Kb4PPHBrP61E6+szhvv0Ti+ 0lP7nKceofUAGCCLWJnjkbR57n/P9XcEoffnUQE1Mm2i4/0RgHtITQekowpgwQw9FFgwitcoL3gh gD6UGEeVn9Vb3HbdDe4vlMQB+9r9HiMMZgmmSEWUWzJso2Iq30V/kAGKoVSTjZn8pck+CjqmaWpt et/HVJE4GR7+y0JzWcb3L1yynW93ZaNtD9jja3Cf+MX6+FcqzfRo6OF8mJI8DLLoJ4aTLArphUO9 8huAWRbnLX+X1mFBEdgDOMrbhEgr8Adb/IjEQGtspAMBd1kSEaAwWD1ds2K2wIYk8qE9WZVBrKLt yDQ/cPuuWt9OjRzbrgq1rkV2K80BzqH5FSs6EibjssFdKHNkATB56+eTKbAkt2lzD43t42PnJB9C c6GaQQ7B5NjZAVHcXvbmrfjNUu3wmAihvEdYLk42TtuKMlJuhHPiGH2vbhC/BDu/ap6GNIQ9MYgy sLqtRDNxWnce4fH0RDtiAdySUhB0Hs7Fvjax3S3Zbvm894UMIDtj7s2+JDhsnIfnXtDDXUCAO9am DbrCAV9MNdKSbjBvQccy3FQUavewZxxsh3ZKnGuCxN0NJJd22w5sHyMezTn7aYFtluGL8ZOCoZEU ks+9Fai8iQ9e84oCAsZZeJEQiW1DkIucit9TsDRsiQNELodcldZ+Exc1T9A6OduckJKboA0rY6CR 1NtQdNuvuX0SN64UmRPheelXKopMeyd5GHbFJPCwt1zYEsoBjB811BXoREHcKLdEAJLqMefMC6Pw EOhQWavVZV8NBUr7Fx0cPyvHca9FW1cezDRlLyU/VQ09O5n9GiGw11UUWxyqCIgAUc+LChB+2Fo7 YEOUqVKzOu/yv5W8+d28LR+Isb7GLt9r+dHz2TYFKkZVtGQCHQJlNuPY30jDXJxyJTGSs59OJkeK 0nYChWwvMKdPvckE2XS03XNqTg3oixdtNlSwZXto1pjRof3peQqIpPbXjJv4F8XTQfsjlqXhmYBR hRJEbJOjbI9nzyEUdaK3HVVjYyFLzExcru4T6GzeyRCcQuh6S+HL0rzsc9vs1A6d5uqxnRpFWE0t y7ZaevPDiUc0saSg5/V6NMoOrxcGMVBLs4mOk2UTfUXt621pX/R4r+0qBmKThXf1KBjv0On6VXSu IaJt4vDGwpb7icZXauIoN4tEyWESSgFyjDEwDSQFHG7Vqb11Vvb7LQfto0SMM31LOxHbZsIU8lxx 7V7e20/z+4cacAXWnQxaIEIovJjCDbjHWehyG0pOZHSuIMpdIwP6lvX0iITPZFBiX+azr9PBUTkl 4wuiybsqVMmCehGR9xMmu+X8hdHOGcgMjeWDzcDYUdEzs0QsXuBSP4DwFIHxg22JeQFCacAJ7xAn b+3x5TPPrz7KghVzLi7aK9miXNmp5qyNWWQWWzXVCp3LIXRjVgfpzyslUPWJwUo3JgwJl4NU53mz X1VJal9hSWQGVakHtflVaVb5Vnsi6NuTy0qyYL2BlYF1tanVuWdwmyM/nfrrVy1w2mrBo74hTsd0 XYJ6KuF1+k6VYWcdtRDXMiCAoe9aC0r0iL1y0hP49d3VGqoEN5qGO/98XDVOu6TsAwIGdlalVqLB 2RAAYpK/yFEAjADCoACFYJXlKQgRuOfk4cGJFoEufYkyFpUdOL1CEh26Eb3dwcVqzzDQ+p/rqm2U oIfv92utexaPYwDmMGViNn2gwcdFh/NZo/SrVl6i8fMNohhAgX4og6l0Q1u+BXx/agz2uH2y0JIN tf7+vmombCjrNbZ+O3MH/56tBFWfmlclSEp4Qgq2rXgP8wQeWEhU4mxL3/c2fmry1iLdkQtpUyCr 8S0TAXVdgph5XLSp+DVM0mmSAKLW/K6t8fvlWzO2rNG3/dErQ1kU14/+xgTrAkJpBxRBc6ZubsWC 3szW49/z9fJXa+b/Xr6uRKY/+0M7tG8YvJD79fvP+eLE6K/f768/tSP7+HK9Xv98ff99Pf+9XDRg avK8OBb78/TrlnrVzf7nGqN+vz//nF6/rz/abbVJf/vuvw3l1wtl0zx9vXy7kuyuWnJDn32gG/Tn olX5qtvz8nt2nbZqzwJgt48ueq3NftHK/HN2GcZ0u05hQsa0Hw2c+qVB8hiElvrFdfquxzQJ6cr3 rYiXAOKf6/lMf6yzGX1C1yHmb06McMr35eeNUM6+LRGkE+uYnn7iPqovWYfoRecq6AFUQ2rxO8Op 85J8S+DxPt0DLNN2KHRAua57pknoT26XfHprpsMg8lUuzuqZmi1OGygZfdBz2ybCJWyEFYeAdZQH O2wrIUUj9XSMdwEq0dn2gdppDSELOIKnIUMh4wQDelBuwoxCbGgu1XK1dJqJcKqyY3fTUpkNf8Kn yNVdbepAtFTo49WJGfUVB/soaSpuHEcWrGTxTNuVZSi+G0neMqdaEaS6qVjgnOxoK0bgdSXeQShm sfacbjmw/Ny2gtVxjkE7LNLK+JmO00AvOzJI+Xreu7kiEIeR6v5OmcOQ/G171mqBo7bqixX5eicX SdWc7tHCUSRjYXU2gFCMqiw2uIfZctcmKv/HZ4Afa/722FFlgfdxynxmdFKF9CpklCwkfp205kQ6 MTamK61Kl0qxUCXg+PXZzjkuoe5Hk3bjly9BJnEJZBfbvIbDxSVbopaH00F51GM7GokFQ3OJboef Qu2WbMUQ9A1RE/iEMJFQ5e5yH5T6rs4p3Lf3ZBWEJRsQ/NSDGFPZK5DxPCVkPkFS59UkFCWzj91o tbS6iF0RbV3Szkn246lj2/FAvSNEmzeep66Sz4pm9XV1pavjAFaG8Ul1vaQ2RIMVmVONAapdn6Ii ZKDwp8wMi8N5NpImZBDb98+78n7smqpgG3Oiw+GErqncNSqWodbgLJqZZhvhzKIkkzK5qheHzSgw tdVTHzi1FwLEyNfcEX/OZ+pgZ8g1vGeM3PJL+2wW28lCgoDFoj5tNG3GW7t7xMxT8DI+6Ex7MrVq c4keXH0RNfjXn84TCx8wNWV0b0syYDiuLcnI0LLub3xNVCYwirAFToBkM15k041GL2b4yWrClcsJ YmVQjzGnM4cgFLnkhT8KXVZDDeZwHIT6xBd5s0K33F+qjzwpVqmh33MTTpWXJuIdZB794cz0p3KW FnVmq3KH1FisRC034G223P41G6RSbqS6hLXtHjY13WhXLo1TvyCVLNMGntI9AbaBpH2EMsz3hx4p AZyUNcOh8VLJNNvfUAseFdlBnSrNdDvd81qTSmhAbcYV9jYglmy6X0Vl0TJjamy0FA7p1q38CfkK dmtzXHaLQZLI1DvTHaqG5G0qKa22R2WKvt+t/Z/jPLqKB5lpf2p/UoUoRdFAG7M761sxYbHKuq6V oku1bS/tHFc1myx9uAZyZPYy/opmpYV/NM/BAXS4y+dHceemSrnDHVQGlf+qKuWPknwI3VFfVf+q qSKsMuooZMJo3PRy7zuw0FGpUD2iAAPcdsoBjtTV6cb+dpJDZXnnSDd7U6FBjaUYD5ZQRGgR9hmK kYkopX1cbYXqs6PeA5/aLHONT2twqxzn3xQPuKHgWJuhnD5uV6zjngGMS97E5UQR1/Q8rNu5Fnc2 Y25PC+vb43eYswvC7wNGgFGGqsJzoxJMWHGL8o7UvFMhRegUvZ/KikBWXc1htt60ieluats3pCuM 6LfZkeU9lBuasmmlfnBEkPerpKqyVeltz5JUu4jWRSdjA032J1bTQHj4qiLlaKIc2FOD9gpY8jKa /VQ/KoV92vp7OgQYC+cxloXw+GpR/xr0MIF/rH5/rznQ4irrVIXr9u5QAb+79v3uLqDGFwsRuXfh PhIIYIZCFXkuCxrykTGwJM3yzo7nUMDqgyTQvgqTYoQ1dWyDqyiqSzNDT+731kM9nWynJk5qSXWp k+Ms1qpNY6PaJuYK3h167+GHNDAuBMIDo6qe00hRztB+gzuhuYLetmw8QGHnOWgYNaUWS2SodpWf vRUzs51BTMAt1avG75XMfTVoCAEuKVE7xqEDKfzuNI8OZM9QHDSgvRsOZgSoFFsxdC2WDe3vEAit lZqtoVgeoe5wfDNrvG/AgK6aTa1852MwRrVtjNXjqTs00wapELWL/R+yAAdAIJbWwxlDzdanmSjp DS7IxKxel3zQl8FnAf3bcR518cJDaBdVCQrIhJXhNWjPn2hIxasUpl7cPSfd+y7O5HB1EE7mnTi8 Z47u7YHqtcxTyzrW3Zta5kLwmYcIvZiY2DF7pEidF9RO+F3dztsrTzKV8UBdSpVnwUYWMxWvBQ9h cYHOC2QteacGscyATGzwwrLTyJ1tQH+4gg7AmSEwMVsDXNLdsMo9OdMo5kEqXc60BVH5zGy9yJGV enMOn2spCrbvYL8uySwCIT4/wnu7OCNmn8IKBe5VC/KxAUWwDU6lWWuD7JHzdk5cVWTj6+xHF/LK VVixmBeoNktnbGI0SxSRrbNB68fyj/0gwIXA6kZhUdq1EBsbcwu+AmagJQyE/Upa3CIftWKhwRW1 g3KzYTrrJOFsc02YPgRbZst3CU8WVSRrCnAq7xd47AEcownjW6rNTN/06sbcWT4z214zA4X3Rlw2 RB6YpZYXtPKUOeA0d+8iOkPA5J7PxMS8myPR/NY3tsveAcZbigvxgRemJlQaziN6GpSmhSb5UNRw w72UJhiI0qblMEm8Z7NcGbcmJoQMky1d3FFj2d5iY5pjXTWdxBF3Hcqpwxph2GxtDkGvtYY5t7A2 HmMXodI8iptucAA8nFxr3Tr0jbqKdLTdbYjk4t2KD6bvXhadxnqf9+lN1DB8ECd/lMkX+3s6Tf+3 X4PuMQot/IvX1jvzS0dofLuxOJDbbBuDf8mtON+jx3zEbu4jPmTB7V8aLcqkRpbsig7+yY24LERY E3teLKJd3oMsrzcB7sXxrNgx7462aV+by7LdQ7JFJZilWbi7fxsWPG9cL+jZUnQaj48Ip8BteEtm /MkdXakEFuQTbJQYIcaMAOtLfrkKiuOiEokWpWm5F6RQEw69au0j/7DgKRvRmLo5WT3ivVl0MjSb U9ClLbk4qvX62S5EVmoKC5FEui2O893FqW73N7hUHpD/RDA64ZMukxkkxLYEOlEQhVZUqsgr2Aqx WNulVubmHI68unRZeqySin/+dCX9jhNHuSZqlxmt1dwCWGKccKP5Mxk7usVr94dqsjvZP2S1ekjX RTukPTvDdio4y2SzLJ7BxXm/2lYpgEzXcM1i44mbsJkouQILIIkXgrIqf8yu9PahctJ5sw3id00l CroKelm0KklBlCcrz1foKujiYoDHamX1t9pGPYUSlR0Ms6oZ7iGHAjsobAxinm4fbqKqrXj3sYS8 oli9MKjEx8oe73tsuZkdLFwpqzg3DIKVQ9VrNQXr51EHrtYIiIWoqHWMH1YAhlCqq9+HynLN7lGR BXGCVatkzVshZS5V7krThMQLuzLY0kA+rmFJmdfCG7b5FfUoD3bwOeClwcN2q3ldqq7rwM+T8041 K3ouPdxUaGgWbDlBH4FdMCqlZiUs+LGzcAfiVCHJe8IWuhyEoeBVVCoFVehqQmVzfYwwWIU0+MKs Sp4exK4JSIiFnYRgrzgNAcIVxaQHh2s0qqikRxfllyMnwF1EEPz8BDQLt5xERK6KWo9pIwFEFsec 4AuZWS8p7MoC8EcDmcMKtM7qulKIewgCOGZ1MTkwM4FgAJwvxbNd/Qw7U4yHe/cdeIDWvpANSKVa 7w643jV0O/1pKqC6QyKE81aAckMmRRhgPOkx85A6xznUOKoRNCTSGQGrvkHE4fPIhzY7K8LtHwav 3RYzO9M4CBFAACdsJKgs4r+//sJHO89BwyoaGxJyDUwATloXUOv0cUWex+dBo7Ad7HFdz7jDzA0E 5Q5gdoTA6QpI/eloYoghdB2gGsQNtrQWz9d3qAgirSiwEGx/+voFnQbKTziOU/CBJTrwgSScrJFZ vV3AlOGSIQrQ973puwGR/uxmChLVQHgmDZW/hmlDPM9BIpkX5Q+RGAxCaMHjHBq9tGmwj2HhtRAj Mf0mBdgpZWAIVDq89AvY7D1SxeDfdIGGOYbl/XzBQOAw2PbbU/n71EEB1DtN6gyBN0pnZLrpEX/T uRGA7PpOA4b7Au1B0yffkAjsD+eJPis7OTvXocJ1vXULDDuQl0yI7s2uR5Qyto7D6JQDiC/QxnKT dkd/+I7FDye0EAO0KlaRpIEhojEOVKy32XRIanPk9MOIrBDH2sno7OKO2jifnHweUIwNiGlu570w RiPn/VKj9lOGPKNNWzv55QBQYd2cT/sHJiGnz2d7GW6imci8gJ2d0gAG9ybqqBybw7VcTfsdORWm MJvKfMK9PClAuOw626LeQFqupkbEM7BCr6a2tDBQ6sU6qEW/MNuGA0G18ZGDGdSX/6qxHDHaRTcR gX+97EjqdNtUtVi7mx8Mwyok8T3TkSXO/HBlQ4GFHxJqfbmPhI0LpZKeBZMYCCjlR92NgDJJMdUv YlQRSJIGQuH88qRHmJP7GpFTrVnFSnaJhEKIqIKxKPmROPwFKpY1VgrPf9b7qLk0qEdjiWjINdun tnHpiS7+FR8C09r7liIWRqtQOPIcPGJWf8uyKpqQNKQA60Qrcyt2tvkppRR9S0h3FpzIXrDHSaXB Z6dGSLLLEOSDkoNGC9qVZ3TIgITEM9HYguqS3AfOvKxEoPGWW1CGvH+o9UtIuHgebF0SUb6Jd7Gl 16HQxZfuwiMjkoaFtDQ9ilrOYBoG8IbbxJGgjHHTRHrVIkpiLBmLxoQELDGCrK8eAqKrBQiREG3L lRwJOgEyJUxuJXrEqWWswICaCuQcyzdkJcg1YlUYBpvPBMFu3jQCfpq9H9UXAJBSPmWKUSWcIQ4l OR6pKIcFEBk38EDNsu6MHlGtcECJuK/GMXo5uCF64tV3hYAil2Biq4uOdqNk3C/SOuIsJU1t1SbH ryUtOGhk+a1VW5pkpFzOKwCQSfwvU5NBytOiXy6D071pFyH+WR12YglzUT770o+vEnj8Bx+Jw5JD 1EobJa9lbvKamA/9W3cbeAKNfXllCVK5uYu9Q4vUlOyNBJCMF0uhJCUBm3wLFRBsCeW7npCOkA5t ltbkBtIaKxlCq4faX0HcwtMEtn+A9jgWVm8HgTnKalWWeGn5/iYdqkLOtdS2Wm8yYd+3mHCrLiyW JtDA1NSDrZVRpdP2AoJrLB/ZEmifzvCIoRYdcqt2uEc/C26ANMqgeOxnmpPqZhlVucG/5dUegbKo tEv9ZxhlQ5UdLikh/W46X9AVsmSEwGFvpOpScXKb80nJmTNXtBqCJzwIQKaBXWQtRCMrNyittRgA XfJBhuVLGCPPi4SOkpVytCXexxCG6BUcgzYQOgbqErE+OXgAaVVtXocCGKDVk5WlGz7uuygElZ/R rZfvbNVrqPALz5NCYH6k4vw0JBtTiYzD6Tfn565cUAWLwpRZkUSIUNUxF2eEqkUsgA4B8fi06smQ IuWe17V88AAKop4LVnkDFGdoqr/EaygMjVvTE9wYn3uj7CLH2BPINHmFUtgac12XLIdvSQmNiafH TvmsiqtRDeMdfFE56WXYNf5C0NIK8sW9inyyMJ5fiMSRklZBFmp4KFiaYuq6bxjpoCO+yp0WmN8C GCYMWoE/LTmhKJhiJ+CFJgdzIZBNVLYFHB2FHpYyCgrGJqpdIcY5jdAdM3Z0IX1pnpwxcVgb/vjd WnkVdzKiTF/VzDPONHzYiT0g1YRVIRDAjXgychlpcYmu6RyU+nsPCJE3DHGf2qOm74rleerEMjI/ AbnrnBaoY6UyzvlCthXgzC+vYgl3QEUYqsF9yJsCaVkNtsG+3R/o4YwI7Azn9asTNpygW2FuFtyH cQzN7dgM48dRD8N3dnTzcuat8/HNMcNwjO7t3OegkbALmysxif+nb4EIWgVjMm74BcDij30BC493 ONnBu8QLMujB+ZgTAEF7PnqoHue5kfBQtKUefVXm4jXOPVg5DPlN0yOCHjtBpZNNsBba3WHXWhPD YANbXzvJGVrjBIB2Pqg9WJq2w2W3Cq9c79gT8DNE13wR67KuS0yQFgZDkgZlhDjJelyAMGrXLy4O kKOqKLAmrLNIbLEmH/IxTOv+3Wh0N9wXnEtenGoHBiSc5sMHaoKd4b3ioI53AkMELlgBZTNB4gz/ p5NjTSpB8r7Oj1f8f8zWvMwtxJUB+4WfMxBNQzNG58AIkgkWZrVk5cBdnDvKgruFxfmKhqG11CDr YxrchX8NznwaX1bWXkdWN9Pi+jgQuVWWtrN7BVGinj0KXow02xBbRVRrkfjN8aY3xdaozG5F084c 4JI5N6FJeOPvivIi7mI8T+U/+0T+Wk6/NjzKEJgV8wOolm6zbqnrglUQXF8sdUBwriNPhbYQFrZC J1lMe6ZZn/dbEz/tXls/cgYXsrSs3icDo7xKLH5Hf3tJ2EreUuZ3X4ipI87WamHAmrmphzoEuIQ2 ROoLpSEWCx0rQFCJwlr5HvlsdV3KP9gCdqm8pBWWweYjzByTuTmXAPfG5GgoatePvT+tmgp5XzqC Sp9SjGlFgcRjLDGqaCg3K6lOuA3LuWINv6U1umDkskfNjWhAZi6xLlCDu5G2pO30X8i0dqJ10hpd CaKlS8lRVOprbfOCdkyipy0eniIqkSSIihRhrQG5CWM0xjSfAS2nrVhkyjk2xC+glF2msNjCpfvM AbnxiecxPrbQ47S18JFPNJoLClHRbQjcmEcQwuofZrsI4KRdYyPJP4wzs2UtfprL2tvWy8z9Y9Dy KNtO7BP/OFquuEGDmsHV20XCHTGD4dJ5fEODkfNp/2+hhVGjJR27SpSDUEQ9fzRwMlmzyt24DB/g sNXgT0Ho9eO+/fGsqniZH7C4JAGhxYmnANg0Fjr98Jh/MI9pxLJCL47Y+JEpoKXYXKru9/IFbC9M 2RvMTyAv/DbOupBzjgeW57iSPB7Bp6MLxl1jM7S5+rvcBv/aF6D2kN5ERijlgy5oTx+P0wXTGVOW QJooKY3zeUhzQy9/CLekSzwos+3BT8JWU3BchirT6f7UySs5SDQZZ04TiUmbYnCornFvQdAx5gkH Nm9NxGdoPkxEwCabg86ByS3z2gbcYf+90WFO6Ac5Www+ymXck3oM/0/X8GoRjzpxsK3kVhxOmZra T6umUTTGVFx9IbsIkK+sJiqpw5xUgYHmFskM/8rZ3GCJpQ0dkMXeImN6FYBNIVuRC9o4jnVtyPHD BHk8xGGoTIOLSwGVZERGsCNoiaKchuUQ013uuyLzdprNyZqYblsAEiZW8alc3wic1r/tpH1Det4q R2ch+cVKtsee9l2I6YikciwJlEQ2a/Ozv2yfQ8z/TGfoNp6U9XFp6rJyV4WPS7hlLSWq7Dys+iWw OWfWYaFo5xUPS+CKfNF8AIPL9OEgP/A14uYtBQjQgjhVnZjPw+6Sx+86FfJV4jpjLPyth6R+pRqf 3r6sABxTe1atVl5qRrFBQS4ureup8MF3Qhu0SVtov5gHGKQyEGVUbibUGQhyU8+pDOBZcA0XwO3C H2o9iqIa87zV6cEBRBD/juNsJCCqI0ChZKjQy6Rc7HzmDpmFa4GB6tSF5XZteGlthgFZFmsdxgcg 10ZsxNDCD9/OBgYH6dYnq15RiWKwey1nOwQnffaYVyuQv8EYtTyFa8GQoWo+IB+tstDrdWDa3vQq SLkHTMPKxFPY4YAhrKwpSwOfvVHKWXMUhRC7Jc+oK4Bau3I40fgaQ2LYm+7mrtVXofc7z6TTChS8 Pq8Krqnpu3N9PDRRP2fNZqhd+hDmH0QGKcchcLofSNJNliTtFmDOHhiDokMviRgbNQm7xPqCCB2S MPBZD3bQNwxUo7KjdIdAkmbMcEAqIBtShh6zwx+pNsw8DSD3HjtuMDSbEbQLyKrFLhibs2+fplMV cJq89N7YNXlx7A/pBV3aLvF9rjDl8HhAZZh/bZWw/u9nJE3BoNhIMeYL4mG1+tTsL7AO0Dc6erIt NJhZ2T9xGLhHjEEKHcziTV9T2xNy4eHEqjPcOdJ9ISB51Vuvh9bs8OtLh8WAHIClQf0pk5dZEj5A m1kAnu5gpUAG0FbJnJ8ACy2dIcOsow106/KnHSb6TqPshwE4AfpmdYww00WJXSCILNmZDIRsx6Kd AAyHIqMR3Fx3+mkgztrhyF23N747/KKTuPWvdyCt1v3Iv+g5ppnQehsZlKQWQWpKPddebiWQch33 H/B/bX09IM/8YNTtBRAVBJgq9VR6/caYRmgY4OH1wF5DH83ka1ZHFZliUPzbF/u6MBQa+uwVbclt tDmIk6l9W1AaDBk4XlB9VhCXaB4F5j16WhmummJrYg7Y5QHKWBkXKDZ+8S+yz/YuNVhTong/1fY+ rSMlQ0UzKTMZTYwgI1g516rtOeQ5A0Fcu2mcqP+SlM5htlcsFn+xQ2bJqx4PryOCcDN/M/eZ7UUT pw0sW8FQDkyLchUCIHr/4SN8F8+BiYFynHeNlAIZksVYqsMoJQgByfJOVJtdv3FJrSDhQ1WDdFQs snLvmQegQ7UaowMALSEZWVFJXOm6Wx2FYSYRTdpa8C3NERCEBPhGPpkfrxoqo+ZgpHCVBn3pprgW 1K2EDFGRmfm1VKSxTKr6MEuxUqQ0cqmtxMa6RDSptlzTQ0E+XDB3lGWpiFTK1G3/y7fKT0o75ZaP 951E4Tf5qUBS0uG1YVcjyz4Xvws6Bwz16HtAXFTGiUsKNY0lddD1tRh6v7FKQO7suKaTrWEOtxu5 wr3cHB+0jUkiC8Nyv4dAjKLeo28YwSPiWU1Q2VFuAQYmDy477fBeBSMJLXPrfA90euC0+oJksVEA CWlfgxCt8MUp8pXqEWpZR1ZhgE9ujjJR0vKrtEcrVKlCqZ7YHW97rcRZhkOOd5SHSlJGOY68EeZT Py1tUFE+SIaRKj3GJ8lZKbd0An36FQlsdZPsyTeVyIIIPQKlchKjspGepTW0fLQSxjIxTPJW45yE A+CTUnmzXez0x1/1qltKQcvc6Qk5lZGW68qRJHPyL3oVOBNHsd5rlYjODtCQJUjLKvTMbtnYrGKv bO1dHFu9Ee8jGG5G3JDJZby0RBm4vHpJadokvXRZXENTlYLUuOSfytUBgh0+VIDAGySqZigldEHq JeNd/hxXy99dLEL7R5hGntUFgTIo7/s4pn6CQ61PGsb2GWjlUCphmcJNL2QCBmOAFo4RcthjxkTj nWAjk0q4PWUnCR+0gnVUFNFSbgijl/FF808dib5oDwE+1w+IV4CjBre+Muq+6siyGoY8AJmdHqkH cg1vfqpB8EhzZ+XQkvlsHw+NNbBLwh9MNj6W/vfX0a9p5MpA8qV5oNH6dnx/FhGwV1RWIKOjnZGM Ere9yRG4wDvdazoCrXW3osD76pCk1Uqth5iYWZKFeYWvpt7Hg8Ay8RR5awINJl6TucKcZqg8tlR4 A75lS6RKUTGFezOzj7GuEsOvViSHx6GgmPL/UNNpeK059J47b4eLYnBluQ6GmXIz6nCywIIhPuaa GlBWhLjgQehiVq7m7nlid1hvLrm0jf5w5hSDmdvRy3S92JXcSG6JRSkuClruamsM6Fqi6aVbOTS/ hop7IZfggdvPaoHZDh0UZhQLzh2KK3kO0zFAORkfSQ5RUsbOL1WwYKEx2VUFuItTX+Sw82JDk7H2 7QkW48gdQaHKwlSJfq34+ZWUgWtCME/Q+2V2bMGaBCbf4dKx8xZTuGYv857fJu0yDkR2Jg0T3IuM hTx25G9OLIPylgyxtJmFkVKJK+7x0wXc0uNnN+JtCS0P26ndprM+SXoLMgr5xz3/5SRDudhpoi7f JroiimxN/YLb3he4R3vdRl64FKV5LrIrX3dlgyNvfCLFea9kHRRdJsPqC5cWKaZYK8ugJi4nvPSF Lnf4QIHdoNUC/Th0tKsMgiivqJN4lKct3WxDr4FbTmMJFt43Broe9Ri1zYW+bk9bWyIjcq8NaKwc Jbl1hCHEOTA02VXs0S3cusjNrLA9zToQ24J3N8Yo5bDilxWz5UzUDysJ9e2aHvo2lPDPwzM+SmI8 w/JXRkQKPcx3FuUtzhL6SoIV1LRayNjF8UqxmkK7i6OzUtac6RV4GH+19lae16Ph4lKFPJXmVRi4 t/O3MZCr8aPIgyh3ozPVAxrMeNHO6UUPH85tua3IZR4RL4yudCvajK8xmzA5ncDPllGki4AK/HIV fcVUC4ss7R9EMwcrNcH7cLERk7LuezyxmG7Q1Yy15BUJpSecT9IxRPxJbqzQXAG9tK4Sm6Zgn3A8 lsnVsiUySdHEKhyzxnZ344ON2TVaplGWj2BCy05Nm/YxExyTP1PdMgl5KEpWsnFEdNmTXC52PKb3 vO8dRZyLuQXzMYdsr6onbeZwkBGe4FZ85I6IwuC9wVlxKdQmYaRURaHsqIjPZOyYi21NTiD+t6QM hApiMq9Tap8iftov1jPpY4yYJfTDS66gfXBaYU0UHh/LW2NiRLBZ++yBRdR9d8yhIR9JBEDHEg2v IbcjiT35nWlgY70BpQFttAEWUmlW4wfEzWvjb5ugztXYTzGQ7b/cqvHl3PxbWQaSksT8AP1ZbEjc KMZ5VFAwCs7SXKINhW0X2GikYfm1NFf+fKizxMCAZRakZNzyOUkgbbSxQZYsVBaKTRaHBwdJmJSh D6zh6Bcrp3tNSTl8bo1550MtucUiW9nfi744OE+oRC6rlnK+iIkj0/oWMqg3CkuDqRlHplqvLBL1 8D+XWpsnT8UjqxNNRaA51rb42//3Ui+A9QJksKu44GZzooxpGjLvj4F9d9gMxBUFDZ5Pt3aQVKJT 7g0KKNEuT6c6gOIiC/Rgb6rmUA5zEnW6n9hZAICEsNX+iMnbI8ns4TyVdsnWKiEqlZ/eFFWbV8FY cZBD2Orq+qjaiuMcUI2seEtOFph7YfewN+LLP8spZtHOkSY/tsOVUTVqRivYhStZF23K3kseykx8 QFCxhO/zX+jocoVCAJJGGPa7j7BSOu/HKU1YcRAxavnCt8NejTNvUMwjWZpHeCMYmKkAZEymbfPA m4tEdI0eSCIQhhYfRTB/qpsIfN1DayVLNNmKMvPolbU+EMXcOjbl4mnCnHUrKZORYLS/3xZGjqkt j15xxKxsRkcCCz19HV5cKI1MZ9NHSiJnFgtc3bd1KD+D9DtVPqWkw23T8oesWIR5uuUd5FHFD+aM HofQ/H/jU3UEJ+Mni/SwDy+cBCzJpipvMtTe40qAbsQ1SLbv+CD5qSUWY3DMLe3NWuXIRkFuudyb STJIbEhr4jYR2B8njayY24Ph16XfdoGtYCm5tNyWDy+Fn8bukRZIfi6dvdOyoigXG3kNWiJtkSlU OSUtFb6yn6yS1lFjanGiGXIMJuWxVeZAOfID8BD4DN3PBUNiBJk629zLkC2Ow8/BNzBrTqtLyVif V6AeZsV7UrcJ2OfyFBOJJPkLb8qRnAXr1Ojolxg2nAyWPyqgGsCAVAVVkuDA4hxMCVB/ZICNI+Xr 1FDuIxsFw4A7tSOyRksB38BKa/wGejXUYFfGTsNC2s0LQ7QcWKmB2T1UTC/0BMHH5IsMHKgMj7RA qLsZA4tBl97v41B379eU2e18B9IBYLxPZFmR26XE0NUewseiuJ7LM6u3JBhwbqsxKHYBtSwZ4KOv cQbosn+1A+4FLOAtu4GIdeNS0MYsbMDM4lFAetf51HSeirdSn5cMr4j21CxNg0zZYECdlWcq0E9i 7NFSopeNG29evbvIDITqDJ7yTYyEIZMaVFMGkmjYtSBOilyoKGkQOjruW4vE3iXKn6jzk0ZxtU8Y il/xwLdActfgRbmDJ82FrZIWAE7dhbWWsnFq1pbHE/ameNbf24j22H9b0hQUlnwEmpSImgR0R6rr YL1uNjCoE5tzZYSSbXals+6nsXWJp91FqZrnES5OdYpaELBl6wn3+LnRxJd0oFksGPNhiQbGtLDl TEQII3xaQRN36r7ExJWPnlmwC4BxaAiiisk4TKhaXLWV18yq+hCM2m1gQ2Ji36JXY61l+VUPrV5m B+XKwCgZ4LRe3AnogGffToJIBm45Ably8ktvCGea3eGuPXpQ8AR3Zxg0Ny2tIb+W3464bMFuaRMg zFw4IdYeDAe8Y2TnabBW6wts/3qqaRgMT3ru1artdGLSBL9LFcQqJukzPFlwt1B/rMYuifbfnbmA jcnTCiHTYHnzAbBhxYRgVBqPt2svBv3zYgUybwOD688OVXYWjVBtvWpDw7IOWkfigF6PoqBucLRj paHNijvjgafpWpOCtW0/UL7WTfL9zxZdeZa88YIssewqF1KFnozaUaQoqbOqMAMhgoal2QKN3Qdq wOKshZevVZ2ReopB1DWBh1ZMgFRa4mwHkzAZUZh7rLTGqpxAOYi5SklKFjiKomuZA8a/nti4QRE1 FLrsDoVdW3LW1gDU1zX2pCqbFMYRkPviYexuFYsz5I7VODIJXbvlXTt+AYJaGkMoNL3ggYGUofGf 8q60Jd3oOH0f5fxz4KFhFmFodPnBgLG12sFpSYj1FH/EL3sRFWMsM2oPbK5MJGenZushoX1rg6hJ jLhS7t3FfcZNEQYJFEadOI1bKkBm3frNKM+WQavDJColguIeMszvmmAkH4ugJR3eFKjDmYOMXNnD sJUn2GXxZfVBQCTERRl5/+IqT+OLp8Es9ys2A0SEk59lMQFIHEc5viulFdyTgNaUHxKGmo2tsdJY vxxO1AXEc0qiDhrKm+NQiDRK1NKdAieN8XGDSjCk0igsYTRqwFQ1aWO4TVkqI3Ok53bkS7OsWCoC AdRapp6sIvZfiUHPJ7uvr7Uqv6luAxGrWuRLEg5vyCiwTnkP/wMk2pYP96uNIWVEdEeKPb12KB+G a2CGgUlgJKK3okYF8jDoOgEAp5ZW7tL/fTlPE4QDk4LI4sw9ApEpWfdRKVcGSx0RVEDwJLVVmjhY ICgZKT2kqN/DDr5J0bPuDl8JJnP0V75kKdI/HJDxBfnCJOvMbDkW5iHhW4yxUk1KKYA/65Wp171M Ezcg8wGT8MPyzFoUatVDvxFqsDAOHkvDyEN7ngk+n26ldnoJ0IbsV19A1nf+uOtBo0WkezZZyx7O +S4yrXorEwC/aCNDpPsiLVOTRrfja0yqrzRukGFTG3msk676OnJv38k81b0E2Vf0oNmERuo743wv kcUDT9CDNT1XXpsNaukwvvXMuXQSbbjQw5q1GBIiZXCZZFliXI6PGtzpegis/5dR+sjznj4jXimt 6aPVxbX9qKllw1SrjQYwdZgwMRzSQVh9jy/ObMTWf0PTJyCbR9530iOJWy86/FM7DsplufXmADfK x9FmwJpSqO99ALquSFDv2NPeElLqhDEv5YltuFeP4J60rBHRKA/vPscsTZFBXq40ZF8TRxPrUKox 5uG26fuCJxn4TMGVFoTFbXzgBzvrSX2tX/V/9qYfRiNuS5apU7PAfQrT7k9H4MYHyFJJusF1eYY1 oQ7fqC2uBkexaqszA1S/L/s7LGtIV1ia6p43sV4sj8kzYauhzgyKZpIX3eTO/vX1hayGzzBzWRRX 7UofF3UUH972vyVKS3gbq5LOObCRiNJwm3vSFsrgWBK+qcLPKKScWZO6Ei+eNRrJS2zGUk5WX1NY z0pC17goY+LCOFNzCJi5MqOFS3eGCZ+fT4+q8Og8ssyQzxw9xY5KSy1FUImSKdtpFWdYyXkabWMJ Htm0n5bZtmWehM8Xg4opHQXbC8GLICy/3LVb+0rQ3SXhhLv40gQDfFTKxbNKj/a2RGQ02CksACGf Xy9G+zXKbRIhC034EIFigSBRcGlyM8v6Kktj4f71Ig/URqsoxwznkCRUhvAf4MIF4lEbrMd03I9V uBo3AAJksPhFbQweCls4tRtohGQm2QmKF1sxuxjZEsUjayLNERqxFkBWiTPafJbsqJIMRJz2acrQ Qovo1N89abd/WrgB6WObm1qFU8DO4NXyLdnITXmT8XYL2lCouC40JDoiSGh0Mn9Nj4rNU2TeM1Nx Tzxzc313dTRNnFWTSGI7pQ8JuepDwobU2h2tlYekbw/qlAEIOGlthdYSm2kxFIimpahUs1RqgLmL rHXrECLqVE/NMZ3Kpa6pVfGIdRV828iiPfEzUIUDxOOY6GZLE3bBDpyJe7irQE2cYOwGCQ1wl0Et mafiRqQKGCKif8YNxHMM+J4GC2GmzeBUMJyKiWKX1TU1VaGPKA+NKKgjITQ4XRdimPdORLGUkA3e txATo/G9NgDkWQ2Oe61SdDONI6YW4kMERKj9TZJ0EbG2TlNKAFzGw/HwRTxeFw9edBVai7mIRmA1 XsO3q4ml1tEXm5ZRUJ3hFQHAlMgsx64f0hJ+Rk055rKSn19bQq6AyeUugmckgeEq2HmYTYJo6wrr 8YSVx0N3u2kctwoQXEpL8AVJSwLgmC6GxGqishpxiC1sDhEGsOFjo5h9p1LkMXUbGp3LXZQh9JLD NIp5+1myQzrOiqAopgupiS1ZKFmW+BfIjOolH1mA8CtrSGZRR/IyHQG34CIdW4enC6KT7skp8RxD iCOx+0GsdIA7FqfIOa1YosiZiA4GNixkTydzLoLswh0NnhU7kyoNsfaifnZugayPLZNvKgWqjzXv 5QTWTbdkqv6kteZN2TqDxqFOWGFVYS7odCeNj78ujc6sKFwRl91KI3AsQeP3gYsGKaSgdxXq5fHc I9fbDgFnkDJZFqVym2l8Wj8tAjL0fOMCk0fj2Xin8qYDPsxhCR8G4KytmfeQIyHTv/lUWkizAqAt TvRQ1AfmVw6boYdL85t1VXZZLrthxQuKQ3++6FfKjpLk6BqL5Uu5EWGn2nN4Dp9jEBzLp+qXQAcl AQ23RxERLo0USV09tvHNyBbLzYSDWEL4AU4MD8sDoATInDfLFjjNFpf1a69mV76jp3zMEgSJUpcK QITS8LYQKivRkztFdDWmp3sOlwmW9Sb9Qn2fFZnRFhGpDhb5bOFALe0qTzuo5oo1cgKzWHDQNeor mb1JD7PZRBTo3LcGqAsoPUVFgPcUqvY36ChJRo8Qauqh0Eweb/jwVINTxi6aQztSQDVXILChcU/g C+dKcQTulsbx+8XisIGEEm4Gxp1ypMwk6cgB+v7xkJ7yELVntXxEZQcgkTaDGtPtHbdyJCdZGVFN nQ7vhARrN2FJcexSiyG5OuLNQ8dZUg8g2AggY9TjTBGcP9GVsb0nCynpl4ZRzaYnwRSC2zTz44cm fJOEGLvSGEIqJyoO5jH8Sto5lKyVqba7mWtBAjHnAAsTRZBcTPdHKl6zX9xS5ZAvjeRLekgBnyse kSEMGp9L78wrKk1dgRhMJd1jvJW4HGXK6uOqTv/UZNITGds+Lqcwn/cpqhl9XF8YuUhWCKU9F1AG jaFDkYTtVLGunkalCxhHOZOei4pNpm7NYezr50IXrU43g1xMx88VxL0/DUGI/aykbEpL78C9vJq5 ek3ATKZcxbYXV/Pw0mGVhkpvq/vrbQiGSYv8U/bZyECZolLQdQ+VF+cPq7c/1frQWx7pw6+tPf3s oD/LoIANz6XQlRTH7j/isy4WUtreeikk/td2SJshIs5BgkLDrFHTjyTF2brrB9lBJkAz4/dtfWat BVUe5YTPHYPpsX2oNQ23htpSA69hniBE8+JPDRGAO9ik2wmhNwFKFhhA5BotrAHiwDh2wpMDPgMa 3/R819sJK9JyCZ4LFN/3np2N9vJ50XLsLsCfHlGnGgMzkeJioFytwbYc9GuHp8NAnW4RfKc5NGTS GQ7G1IwclOhYX+dmvOl+dVaD82+DJHUIu13fqq5auwcI6xSEddU63sFpDN8XRw34kkCNq83e/qNG Wcc6OElgvfQdq9AJEqZxDMWPwxm+HBR81i/dmAZ7cwKwgw8cgnzRaBuaauKfX5ik0xh0vIZhwk33 Wn9uyCeQtDs64sGRJnXB6nX9cmaxOy4mdAJyfbgO5zxfdzaE0xbOnd1wch6FA5y1wTtOosZd/bnI 7rgG7Pr5E2TcKSKXT0cqdwaFw4r/fjpEBEVOauiPQXAF9xyHYQIL+utdR0Y4rToGd06EE5Ax/+L8 D2djnJ1wcv6Dul+3dFSFszQuzm+2tq/vX4eEfDlN4goNPl1/nIKBW3+7oPOWXWGOv3QEMg6phfWn P9tUCoC2B+AUFfYLgP4hZxpG6WCvAG1MurbbCtl+rtH/6VVXM/gZwE5UQcOQViOkJ68dktxIztOu SViDuzm0nJsK4h3mTO+ZrEO9Xs/AfPsYdX+DRZktqLkQILec4jK62elF9G1bGKYHAGcFZqxjuk0e Clx/sh5eW0VmYgDBlbVoBw0acO3UHRdcF3UyopduevrRq486JHViBrKipRttYTGG9hgYIETWvchp VtbK1jLt4mh4sc0mPmFLpDeAa7yoOxpcL5OMqx3lLS2xZRCeLZwcDopLdRYE98IHxA5r5qLdXHQG dBW3NPeKGQXo4o5/xEoXm7rnUCSEyitNDnV0cFLFQIa+a2pO4K9LsHOlQt0iXXc1Grq9gH/WLdDj Wi4UZZTPBR2GtHwE0MrDcbUFp1KOfXVRrp0HrW1LnoMWjpDelMxgi0tXufFlGEjXQiikNj7imYu3 /s8Zuli08kKk4UWFIReUMBij/PV4jpjzLRn5Ag3pK6vE7KxhMakFuXXtxIJLsUg2mDeu0Cu2STbK poZZy6vJwUvsK3Vfa2VoTNCG0SCiSxLQIXNwVeOhU03g87YlS7ToUxtNBQzLcG4IXqLe9yImMJvy yLCvJ4SZvRGkecM3yqpJVrYvEsmoLM4TuRIrosXG8jActiIRs1YoUwcmFYnlAytPJSnhZWUyJQ8o Lze/lUXIXlbpd8Siqu5eibQCHE5GoTwPDQ4N/VOlqvZkH+GGVibhCVWoEJIvBDAayea5Qqh8SHrf HruPtxo/8BIXwt+a+shjIJbaXzHZe9VTPWtdrDaTKxzsIL2pw9wMlMycKtxhneolMsE0iaTOSXip LAv2GyYXrgi7e3z4+PjXzhoe+Xij1TZm3BoBXbca1COwJ+sghigAXQJ5w+oAhuZRmAEhA0D3MLOU yXUwVQ9lh+jiPwgxrsqslMPqKbzxRPZoNIaiyaaD+q78XL7EEBIQ3Rw/A/ToeyOUcWF0wGayiwnR Ym1Bkn7AcAPr6j95eAZIZ1MqNYtFqiRPrnvfM+NIBZhip3lNaKHGJbI7GeSdozl1JXtHpliiaBzL tsCb/6z75u4haNk/SBrI+XBDxo++dt71wad3ngYHcHsEvgFNnUaQNLnhc4hmmD3uVikSY2hu307v I6vv4NGO2JW09nHpvT8JV4ZGA2Ch1N1bFFTe2Nplbm44IA0q4+n3xOTKMb98KsclfaUxNDs2uF41 geF+AED5A8/jv9zA7WkPKSFSfgsiaLtAgc6bGZl0WlQq1PqebkJ65dz0Mb28YZ4P+IxmRT28mIEY Jw7Kxe7SJ5xP4NB7QEgaqFjPDuJD9PiaFQB5vdh9GPNShhL0bR9YF/Nx5dOta7CKCBIu5X9jklTU Hz8ostp9o84++z4jskAAkTzfMlMGdWsfJP4yOANiQSZrHrcZKubmwULqXl7+w3YbA26f4HiJ7qoo 6HQDsuNrCOCuoyml4OkSU8YPao0859b6z1m8hmFRbiM4ekvJyQ4iHxth1y0hGxgulBTas6CjjWiR W1GKYVFuseeR5jWCuW2KdJVtlzS67Zh0gGGixLOkgQJmNZi50jXrfXjP6Py6ejZKq5fVStXjlCbg zlbFDMwEoV70xLI4cwxHm+jCENq82NaZ4WmnkoigDlulsBRI834B0U0RCwzKD1AFjprmWDFfkEMy B9pYCykwdhek+ZRnKwujwNnbdlWCvtmyUxrmwHPyAXMEgaszJuxzmVlTyIJR+Bhly0cmd7McFSIs CL/a5UVJCzFtfoiZpQ4IY7UYG8iWpnE8UY22yQSf0GtMj10AuCgZGgQOasNwVmuGrqhXkFwJSUm6 ymaTtIQ+uLWNh9iajwUvYVMs+EzV7229WWLZRHMw4aSLR/R7dGDdHd3cQHvm2xwWNg0pamWJ81XW hQs5kLV7zTIdAWIlEoJQU5lGjkO8wIW0KIXxq/WI0C0K/6UQ9bztkX/X0BMKUzTCBz206FMAuuDl tnLsiD7H9tO+k6hYPM1MiLjknJPcXhmBcEZMB7v7qiaoA4IpVDYYPobESJrnl4LE7KCm2MIcKKES OINuuoVQDGKf83vBQYMRRR+PkxBvxanFp3+Jk3fDKBPkgJuWIbKSlJf7yvJyZjzzLe0V6eyTCo3U jwUgL58kyLY0KtPvDkHJKfKihknPEwKVOQ4zgQnLabg21l/cjiSrMBFfYXE3cbujtBYM2DmTmevJ I/kjJ7FbR9TtzIVneI6bmXvRFB3ekhOSpyyaMNfDoybkYreZHxwvnzcud8ioxeuMHUsKdkZhYiOJ OvmleJkR94APBWHkZg/RXWgA1CPe4l2RubjRNTNH8corXUAI4hwwLq4zLxNjk210SQgJW5cgxS4F 9BGA1Wwq9iZB1rVtFAbM5FEkmzVMlln69NBmNILdm6+4LzJzIvkZqRoOCzpFDKM93N493t71QkzB nlu2VDqX879j3z7C6sj1S/uYHEheI14i0mXmsDbclT+1o4zhmbrR2z6OWis7opg13t+9CTQWiPAi lGnw2YJ404UYJpPGtv8vQDQEqAer+EnGhTUJiU66W66Q8SbvZZtI2OyYD18quKdpc7JlgoyJzrEd YiKR+YGtjKJRRI9NMZCCpV9YDf2NB4jcMs0vNECvLKUVUgTyzRQylxAqyGEWR+1rSKgYMtFoTldk XtmsT3uYzkdGeI3FPOHA2MB/7MoxyekTH4/Ir+UKI5+vUBkpTmlQO54dYc6wDaMUSdvyZ9iChFxI EdbIjvIRXFDYdSWi8rH2yVtT8QO9VEGS4510Yu7RcfCTeRbd1rlg6s9CQ/rEN2gcMUkuw79kXehc AkY0/Lvo2UkRiCAvrMzvEj7OVO2VqRrWNemN//MU+1cOkYixwHRQxFQdBoZ76wFWzTHw2oPBjnxw odlr6toO1KI0Dyl8GB+reRuaw84qNFCxSkfJWrWWS0/KfvY4qukLnf1HaRghjbcssUCQ9FbvpXsc TiuJfRbuQGyhqOwl55P1uVScbaUkgtqs0h2qXnrT8R8AdgWby5vKuhOya1LZzKnG4H6lN1RNw5gC WcafbbvYveJyCYrp/NuVRQos7VPE4rmQsmRRaMDais0ckbKIrngl0hIHpuAhzouqqj8Mz5sVoYp6 mYwg0rO0dePs9uJKgSUuL0KUnXYPzgg11SC0pWxB11lq1ChmIaVUwO9tTWIQosuhVa5E2NguMjbA FuF0PDQGwJ6shXVnzBRVSS3QHbDQp/K3AFinvvfVMcGg3q1/3/PWu1vhHWiK/8G0j7AeHZrKaHkH rKSOSC1vBgohaijD6lWHAENIwga8oaeUAIEN8AT9b8qyegbBnXXRBZ70fiW64todmpCtI6r8qD3Y RhiEZoixT73LXAgRzPHuaTxEwECAtPaKAnyNzag15kFHDV8bMcRjR+K2CREM2wEFlqSj0fNyPT1x DnS2m+KvPjRwR7s/OyLA0nTyOohBk6HRYCsugCm5HCQLdHK/nky/B4y7B0b1+dghCsFwfWr3SCup Bkvw3PtJQ6B3cTRc1yNmQS8AnA6JcBxB0IyTN/RHh5KeOhwASqfxr7ZN0w9edqwArKrO8No5QWlw yMG5nW1CHDW3JhbgqiNcYW2wQ6iVgZwb8AeC5kxgkKGTZzsSwZHDzYJPHVBQZ7a3HGTbV871Tfcf v7BhZxpAboGmTlP2nWvd9vH16+Dc0+nXV9F9n3xbHEAUGAon/YVrfpx/jTOEE9gKDgWt+ho4QLFT gE3pW+GMeX7/gW3+AkqBpf58/zo74/J5vZw2Zt9eCBp0/gJY1d8fX2e344IR0a+AWF8q5/SGUOKL rwkE7v4Cb4HBfeucb0g8OYehI53PJ+v2vXn+M7ujivEhKBq8C+h2BO8F3vr9ezqBa43ye/p0FjEy fOHeF9z4b29e4bbn76t/jHBtkMZBAPq71Dfcna08xPfi4IuLr9XzjXnnPz9/TxeHFoN2LRAvrn/c 26HEfhjh7zW+Xv7Afv3FPIdVfMGZI+UP2Niyvn+dP0wM8OFfx7R0ugTE+3QxjK/3M/efX9/zhx7r OH/52UB/Xe3jn4j6ez39+fjx8/f7f//6Vr7P6/kbTA1YDmn2fwdk+O7AqLUqCzG6pTvj4vqnaS4O p7Y2S3DkBQI0JKeFmqxr5r/CSzv7Jeg2bJju+XGiZXwBnBqa7ETm18+rxwcA9tQSMA8Ap5c1MzuA m3a1s0BN2j844XFndCditzgQ4/vjwipN1dfMESnI96UzuxEB3Qbw2md4+vRFgRuh7WMAd+fPOGuE bsGl7cdwXAhk5my0Y5E3YDjzDmSnS7rB+UN7AXmCmtDbOomwzuBIEfV7s+g2C+yKhFdTNp6n49zn DHT9t4j3t2sPO2CIU68Pb9PxGMi3LZWFBrf3dBbvpJeZC/PCGM0IgXw75bk6fj8HzsP4frGwV66L w6wPnxOf8/7SjZ7p6gTmIkDH0Jc2+tfZIwxJpbjSE+cLWA73feTn693N+S+cCxPgR652m4BF58BF 4UEILBRIvxUZopU4xfVGD3RC9JB8A08XM4omwh1XLzuHpoKQeeweJTO4slSvV51gYlQBghzEZ4Py 4A6RUD7roRL7rKz9grI71/bkb+kPbw9wtiKTh1r7r43kth178gsYW1UorAmxbRxL3qNUWljVZsUW U7IrGC3AFxvd7qe7oKb21uw5thFsCSozxV/rR297/ai3IasSKpNQHtqhr0gszSiTarO69iX5h3M5 rK5JDB6I74e25iCGHPV3G6i0zuCF5QD/th/cb1FdYKnQfvMTIF/tOTUcqyPCx0MzcKkQYUnYZvqy lkHx9wvFZVamIBWlXxysNqojGipt4Y7HtMMQ1h1pEjVlh3Kg9gm5hVRH/p8U7U8P7CpjNJecp3ay B0+gyU5bc4BAi6+uKSetmg2h1M6nBCqHiXtyQHVxBUElGUVJY7xIlB93+oEkIkTfYnCv34i9s+/K TlEX8hyW5T6JorSnK2QxZts1JZzlTxrS5GrKW2i0ddQPbNaXoU9AL1rc/CX4z075qDy3CpdK1wNG zVVpg4CE3IJQrDXVXTXtJvEgRUuKo1JS6VmVbOUQUiV+OoJLtg3rflmcxF7jqd/dDy2SE94+Kp+x AVlmUxj0zJn31XcKFjZoqJfVqhH0iJWuk0AfSXag0PPLjSmspZsf7+CHxBAYHAxeza2GrmEbhztt tOKkhFOe1UtbDLJoMgHi1UmLwoeHNU4H2MSuh3uFalAVHLMkNm6nTU8vNw56JVSinbTJmUJUXpYM K1r7h7o0vu570+N8RUpZasLBR6YR3AcTkjFLqnFLbh50ZkXY8k/98BUmzxoRzJjDicI2fK6PSbvK EnLFQsm3T6iy8ji1KtlmEXXY2IGiDLkGykMd0tmMHg2UgI+rFKpM84cWlVOjJzgrJFaZxgG4mHDH ytRKkad8AXdXmdGTlCw5tHCvqCyh11XSM5JMnLk1XyKeDOTTTMBIUvlMSYU3rAEFpu7aetfWgMEG QzisvTnM5vXDXU3wJstXEzKptGGW2qTbNfKYDTpQvp+eE1TFZd8qzqAdi2sCCmYNDChS+QhK645V PSkPG6ugc6NRKjNjkkKl+r9CLE/i8oTl9oo07ApLVmwf7CglR23PVeQSgrfDaO9wJftX2ljKOGiQ ARUmtBcSFZVP2aMrQ0Q6T1EBPVwFu6ZB7AYZ1UAqoZBoq35tP+XAWys7rag+KNbV3PpjrUYMAxOA PdPSV98Hh3nm24bTuJP9epMJQcf50+rgQAMrwf6eEc44eLYWYVhrFCbiJllayLb8yLb9BmtM0FrK OZDiGiIVqmimruF9HYXjEwSktZWnDF+zjRY0H4x91bB8BYZToFyIyXmDFBVUm2GSYFDvlDT9Yv8A JW6Zl5hvqqDOH6TkaKBXFgKcxApMcgsSvV+JOe9tDkqNLBNmsqwEPxSU0U8yJBEIxuzQu3twKznY ashO4m2Lpe00s6vIkFjQ0wHRhE1N+tY9rxCfXwnDNG3wSNqfITeA7aH8NhJ8mPjTZb40kA3fSALf GocYxF93WF06k5GKqZ4KEaLTTBbvaqvxAaZ5JyUjIod1+pX6Yy2mFz44Dbxpa4/Kv+XA8Yu4MvTC XEwMBDBhcmEkrFOSIwHpSpRYLG9Ov4uzIFlW7R4DT1ghRczr3jcNilADZDIiRGWMAUexNaeaiaSn hpq2YFRrpGycRp+5R6jsvTQhvcU/HEzirQf7Ex0Jm39qQ00jn4X74y4DG81Ct7sjFlBrm5KmDMQd tzBQIKOouUF6JT1IwdIu8pOM8OGxklGhTbt+UTKHz9SZJDtFD5iZHInIerhX0iDqGDgblnRYMyg7 +7xD45C6kBNDPkMa7TSAs9rxFSFS/tQm7yFrrbeWfzFaF5sbz/JSmDZliPWYRU3ub2umTcn9L6XB F/lO2oUopkrFLJFmZ18+xpkEI4s0GcWdEO/BPkyT13Z9hmo1JN6yGtagbjZg38iZZhZ4czh5h6aN G4QySvm9bKFds7ZxXeGC/rcCb2PI/f0N5tgTi+i213qcKjFRD37vvzti9ZeqPtlKv7u9uwm2JUz/ 0P97Jzu54Pa/B1fm0x5sIzze+Mfx7i67t7H8cHsDoH64NeE9XNHIXhyfEluvhWDeob1aLOEtKK+V HMo1HlpR6yEtI5A40mzHx1+anF1RSAlKjPGeCYyTu+O3Su94mG5fgpMw5Bi11VmC1MXq2FFmm4yw mpF66Sd76YX14g7aOFRTcXcZaU8c8cuFXcwmxahHTulAaikURpor5QY54XbTSoqikMMzmikYAI3k 8thWMVZ/iClzVlQj14TxNKs1OdS6zaYZKl1yWcrNPlVG2/wyKGdhxB4g4nNa8BLYwo1UOY7QRugh DeI3GCImlIRQSe4ZB244f5RzI65PQwenJzW6z5mQaINYb1lNuSXroGH8UTxEcw053EjbQDQSO9rF KWjiKeeD56YWxM3ZThYiElqOKuYoIzCTmBGWe8//egMcLQBRubRSylQCSWmCHKOS1ljhLX2hdT0/ ZhL+fBumPornvKaJCPmebwkuJktbPuo1o5RrkAbzODxho1M2wJ7ZjzqrNMlQWSDh+zTHRlV4jDQF ibcWF80cvnjNp0WgdJuE6AVxFvLsstEUZPjAa0tHZMHLlP3f0wTYZfcHry3I0F2ao6YTjeofTDZf nLSA9KuQImfz1QJekMvUkLoywCJaQTaGiCllR95GfJ4JUYJLlKZghXV5u+YHM9GB0HHfyVi+npxc yH204eX2+I0oqp4EsC9WJqhc2UcGkpKJenlvq286C8TMBnItIQpGFMkuto0EOovTCnbLU4zH9gpA aSkVUyxXSvO6PfusPsZHBWulnJawdkLfvwhRj58vLQUBKedrswWzDuD9h2nwMEpWUg8IrbdWjU2+ yuW61xXQ2vhCheG3tdUe/boIB0ZAjzsNuJNO3akpyyA7yBQxffmdh4sDaTwvHOq7ixxNA5QKfjkP v9WEqOcRfuNpepAR5Agy4oH6i8beHcRUL2SnKAB++uIrF0QN7En/JIjG9eE2gcNK8lAJiJHR9g7I NDy2czN6Jh0ErmaH2ART1RCseVEDKbTn09eWgZKgQwCr+i31UmqztboaUD1ND0TScKiXUYupoTTG gtCcH1v/pnu+HWvsz651XkFdke8dVOuz3zX26lz1W2ICOuqQhT04uxXm5XcHL2BFZwSDqWFfoEgo 3s8F7FxPbwiVtTua2LKQCu3b4QVh280Yi31zXzx0Nwzw/KY39ucMptVv3CDQu3OobLCevmLfPxgK B8zV9uuQBCiyezW+XoHSRoQ1D9qDgAFea+N1iw92Mm/dtf73qxF8E18otJ5eF4BkrQu/DIyt8GoH WvsNTcbQbqsTOFSy/ldn8759+sq/n5BVX+F2hiCedfy6EC79Zlq9yo7zDYkGmxPUxYgYnNTogxbg A5+Es0eNL3ELcq+fWQsxDQjMNpNBMdkntSTDDOsu1qfdl9aZ3P/W5OSFc8N/w1oB9dp94b3o0Qw8 joHlfW/gAPHXMwjRGvv6v75YMu71LYMh6DYLOhkaXhqrNg0F1dvsmGIqkWRsEmioRg/aayTvawy1 ftdO/fH+izr6PXzctxFSEkoL0a/vF/Tqnk7tsNPQFwuyGjsUIY3BWmT+4fvg6Bt4ljWZrsOQMbpv G6S6lqW1266E17Blumrpb9ByPcw71ho77CkQl+8DxCBUXpH4ZUi6nC4RVOYGhx4U3QZAok/KqHZ4 QJwzOJYTSFszNXnrOgc7IxO3vq72UxzKobPciPa8XPZEP0NfIcO8llMFOAlqnjbldHQ5n7kX4mpZ 7X44UcV3Q27hDlXGgc+fK7wOAszGDYuZHJFV7KsM6QhVcHg4xxXW3Fcmjo3Q5L6q0sEadJSucxOm xWeHmTiSojMz7LhQ0r7e0UT8RuhvR2tgwhXKXnMwk+MoXrAz4frOS1x05AcrfGKtMQ61Xy/nWvwN 5nTu507ccjaX6bhSsnN0GJsLnT/OiuEinacNfqQewApIbF819f4jtAWseoQhRwxSNnLbdzUFu5eb NUNnSnDLKMXEtgz7ulVUHFC2mXyAuQbwsaZrftSRhrzi0Gq/dTIkfNMGoy1F2UhIQvsHgDc9AKRj o23vkLc9PYBOsgrodYEgI4w48kidIkXqoaSwcR3hVhPUDA0GdfprSkAraiHU7QiaN8wY1iLwhIa7 I9g9UtDgDW9DBMoyRViRW0y08S2yWW3vm9hJ2rwmIHcRE2digfvsU7ZeyLOLyFo07KmT5vDrBafw pJ1ojfrk0PYBBeNCaJkveWwzkhwp1esLLUyRBAnU9Vja9NWunMBnmQTpdKmQrfYPwJo92BJtQjUh okbIt0uZDP2ttrf6OCKOt1hHzSCGWDt4KZBUM7kNmzgBY1+m1tSNH/ORpLgOS7UwcXqbpD0EFyqO V5u5c132DBm5lBRUSguTwrfA3qPl5pawy0EkqDKQZWLRCenC7DYs8FkeJSuTtigb+r8UWzIlkVQ+ UAsZbLVJdb0PpHtS9FKnsneaoxKqBJbBq5mlaY0shXVNSbu5SnKirBxYoijnUhPRIVNERs/HSXGX FTsV1hu1pEjPTNlgkquSJQNCiGVo9p/NhYWVHNFd9u9FDZsmQtIzYEfuFkQiSxuUFARUfuqPujNt lEFLbYckuNJHChpr3qwWZs9CPW5ui5GnSVCh+i5rzQERS+mtwA5O1bs8tSwXtCKfx6wSRdWcFLQK 64Ctcc5CqilKSjGz5FShpUBqP8hiI3WIHCpiovHlsP7WCdPUEnlyqJSryKpRJA70dVrSfFR4f/MO GgUwKj3qhVLgRLNqWx5+A/1ROiNCwUIwY5PyJ9xy3U9mvAupkAqTS/Xynte9q8pFNQKj60XBizDj yrzlzCE5cc8S1U1IoVraZhF9VPmyfM9K97h0ZXiHfgAN6C1JVXI67M5jLJTYZg2cKg73tEWk2uiB ycim5e99zVOJuUqPuKir9VMO9kDOiq/xDdpBCVIADE5HzVehbEnMtJ4rgwdc0wqVchBAxbTCs8It mRPURIOfKcCHQyld1T6WIgUhyGM+oSq4ZLGWW1laJUM6FUY+6iHY1U7VAf6T/a9woHsMxcr8sNie sa3qMLGpaYG3lbLVS6hQE1SyqHwN/KHCJQuD+Z9PqNI0U+ZKK5RMDuJgoaExA4j8TniWQmopOe0h MozHGYPSR7pAt8xuFMI1sl8CB0hO63v4FBWiydEPEVAaBYGkw+5dK2Z+oBEpD9X3r+k65TuK0md4 VQPQw/yKT41A+3XTISnwQC0Y8BI5adrUOw8HV0caOht0VWdgVNWuehxWo8n2fYgMicSdqDcnGzHO BOZtbiMctBKV2rgIlXgW5BLQMf3Oapu6C7ybysN4TLIiNXwK1fZKekw+vbSmGzfWt5xDoTroUbbG 7GC2PAAL8nO4EK2lB4CnR7tdStPYoPildTxDz1ZEu5G8iefExKjvaKs+o+DuXVkxjDMeWkAMctyd sWVd/naYOnsMBNAyaiuOV3RZ7iLD9pK8svj0JDEOrPOLgRTmYQUk17r/QxKQygMSj54L8HnyQjll pV3WayhM8wQKMJMgqJPamesJasNBk+5ZGOqFkhTGAGjMjJkFsIt04ht9Z07WW70MNBOpCKrv0spl pzzt7VZ0C6E6D/GMu2j7FzvrPCT05qK5thuMIt6y6bl9ytMf3Mnp+Z8/EDQzCmU+VTFXCmySWM+J aSUNMY1pDcGj0AeL7kJhBQQI2uIlFkaD9jio1BjhlMn/5EnREG2XytDipk1VrJ4vyJCTJOmnLDS4 nYuAQ/THXl2vBgydTpxAgJQQuME0EEfYHNehubs+qIR9UJgn27u0xhJy5oUPdpyppxpWkispFgSl tOcVKIO/bfhmFVjIaQvE7mD+oVEUnG9NtwMtCD4Ni6tDocA6DBlf0QWtYeiMgylGQmFS9DNmBoGR REdr2sKmAT4rCUB5nM/Z0vO4zd81RsYGu0Iq40CQQczFm22zdVisObPiLBtHIg77XIgRhA/VEXFC Ttwhq6Rfy3J5ApPmRQNdwowJsaCZs7ULRc7pNghGGLmxfAwSsgg+j5SpFsXoGCfWlkfspi08BhOI P4cWBc2yjyDnw2D5zwwiQ83EYtJ8JyGTeLaQj2Ig2Qt+IywkynNbNymqgW1kcL1QO4O6mjEiiuex 580zGydbRx4Fx/2UId8TTnlrV9zWOAe3OJYMJ2xTGCIxY1sKYhu2ldAOS8vOcwPIRZVh/ZvL6P2c /DhoIdSb0cWpPI1fb1sxkuqtdQcG+Wub+z9sjkTPmg3O4yIxyINoDCc35b/nGz9dfg9yf/sf7+It vqGR9+hLImhp3xRRsjE/1q5k3iFN8CMNJUoUagiPzzYI+Dlb2FRbiE8HWhbPkEaVV+i4tpQUOIyZ GRNO/Sx5Y7K3zxIeeEQfNlDfAPHTySJOy8MPNh4d3Cdn4O4bcxbQo5KUEd9TQuMyNXazsd3ibDQK n0ZBHYvQNgIskNr09Bljpi8MIG65GF8Qy8WYqGX6nZkYNfVs4Wl+zfakmh/1P/yyzR3iS4E4ibUo ZCgqBfhiy32r/ZVF45JhDSqZYg7u5Uzio/unJ6xmaVf9AOVBHIdpcTNnYqZyjQ3tdSpB/EiSVpjF B0RgqHiKFLqjnwRJOMe/pXlW4JOakHlLpLJ0FsgM9hFnWHbP3FN9I+bHrJzRLc3sdglzFzmuTlAR Qgza1PkiVa2Bq0QxRaVQxVqByS3YVTeQ8NHjTgyR3+hoKXMbTPGFqzVDVNBW6UjUVA5VlPL/ntFz uA3fm9+BwdqGz9XQGse2rCtYzSSl96bqSweO61uGS+J5pQzrk/VZCspjm/I0UzSugEg18bxHpAwj c8UinOGS/ezz6uU9cNCAKwQlgTqayAZVfZ9L7WdVpgjzuqvWIIaSDv0QSZWlCixrVIIGL0AeFOBl voh2p/D77ysbylqdgwr7DWbqPJOeZB/oAiqGOXf8JmBHb5gSVncYKMBQThOV+gI6FMzOdnCNSO4d +XwhPaBbVa5xC/eQo4pXJJq1cRCiyu747ZCQQGpYCq5EIj2EltoMiuZOZYcaq52DV1ZwuxEcpHgO BlHlW5BKuZPOgdMBFYjzBLr7cXJ9jLV4qesdogulQVrnSNcRBgAJrnAfsgFcVeBBOZDppxDqeghB 6mhTzQOfgrUq02t4RrlKHBTgbXAE0BDmA6OwXk3BwJjwA69h1Z6ZdyCpYfJUACsPwScd2GNnCYBO gCWDzWNSv0P13Fy7NYRq9DkfzYDdV6+jNwEgscqtkEzvaCsnKZBN/d8WFkkth2kHdLiunRQ4gFc2 NoB4Bmr5fecU/wmkesKBYCvTQFgsCyhvp8Gavjt0Ne5bWvhi5+x+emq+S2rB9L5edwTB02KCmaE2 gL5gwhcwJQCT7AFZkCoIJT4YWldqqKglXwJ1azxvH8BBxZb6As51FrVDgG2LECL+rr3bZgTYH+SV XPDW19EZEJLWUcj+xRmro33xnTSnXdbcQQ6jluhg0YFXYC1AUNKt4TbsEeAI3UUVhBfNYMP2JvwF KB0YPRDeKJeYHyGhpgBOEDncuGveXq9ARgzTQk5aRgxWBDd6CyoOBALAR7E78egnNBl0Cd1zaMkA U9gWiwNF0glQJ+IwvRb4dcv61WnPKK3jEyRpDwZWWVtu32NoZFhxvbz0yvRQ3HZYfMxAw/GtBWcM Ccpn36lauxiwQhfXjYvjgH7HFGxiqwGXEgTun17sJ+Dhly8fvLZd5NiNL9sCNgy0l7d2q7XfAfre 8muGf/9wGojbL/BzXdNQ5+ufT13Pp18oti7s36vzQ7S6E2fYtt0WwPqPM54pHSPs2xK16/sMwtnZ 3zDaeQFH+Hq4SArK3DghDodOMkCaSCMc0MwymbDDglMRzzmC4HJQDIZp8Os1pAKsMPbJN/fxJuuZ lFu6jNsJ1vQpJVGgq9B45lwSPPEZNMhTQ+col6NsnHP18f2oDzils16box0zzsGUmAID+RMOE6pX Gykr7pxDi/P0Q7g+S7MtyOLcax3m0l0M/mpOO2EilXJwG3u5QmQGQHb+Ai/X26opLqInjIoTbwD5 vGGwYA7eAphdEIIRsxc5aMFC4Mm9ejO00yAOmfS1Jp817golYE73G8rnoh8C9J3ilzOIMjFup+Dk hHFxg5vleTEQzG3T0t04q4qDkvqSCMhzPzglsxeaLUGICDP2VMx3kKYaD6UcQifsWaTYrW9ZklAe YtIWwYeJqT3OK3oQlZu4hQK9qQ0dQqjskgkUbwcLe7wOw4T4wZJCatWJ3LUCIRhp8VhO0rfc37ck DhCo3ZnZVuQkJruggof9dANiLTo8pFNRKuyWe3OiTnXOz4M0i8kFeN+P2HEu8iiC5Lol01QIu9rh 1ZDMIedyyXHcENfJeKpB64r75imhoCxkSHnKBLDCqkiYalUlFyU729l6ytRM6wLilwzXhOMvYlRk aKjQnALIlXdxsVgSQ7LyVK148ixdfivGVN8VMCiUxbQwk3ol1y1BmUQ0nBsnhnhXclkqUDxfAZhg zGk9hA6DIFxUGxJxIXvVcLIaaiIlAxv1gkJWe9OblKm6o6yOhlA5KaGk9/7D7z7FSDRXsj1/lfCN 3yBsk1VxuxU3LLaeN0ksltBAqXI6sETXO/I1M6+SsrLWTqZSL39kiD5LsWTYFUVyOb/Weu1l+gmT SIE9/iZTvLMQVKQJ0K300ijLljFPPYXtsu3Ypi7rMFQKAPulBZhkzFJESbeRzWsJfmUn2FXmlEwD 5N3z/OxYIYPASxMraDomVcOSmSstijJbJmVo4LpXKAAdKiHGcp/CDHpuNMXuajAMUojGS7IiZPSW zZNTOAb7w8iSdZoz5DM7XCM0GdEONaiaknrijNVRBnNQlaQwdpVdh5Vir9PNLK/6C3F4i37MPi6L 6g4Z7r/KO2NQFtzmlxQQ6rvORlBpqZ+WLFdvVIFIqJVRBsRrZu+9XBxbdpXUUdLpfyvLajk2zyn7 ylHCSXXT6kwxl8MOqI9UOWnTsLkpGTlCmKHtF5rDrySgZJQ9+bfdKj7Y8CS7pymMwx0cWkeraZbb mw9bIIEotDWjLlXcmi8DjwPQMA/hushr/jLlNiImaqn8CCMypPncRS0YSB45x1UQQ7qPE16241dL yoolxVhAapKbZuH0/LVAdubCXrNvk+X98iUKGWVTUSfz8aY53CnzJDtGKT6aSzqLTsZOFymdVXF3 rux5QAKyPOVSwmi0zBiulWPJ1efFuRhsbYGUjJG6BQEWV3O4FXRGTWuMY8H2FLSCLauuH6firwpV ve33qrePO36+//yDOzGJb2RR1c94U0+6t8nP6IHnrQr45o1x0/sivNtuFKQFfVPFOXbhGtQZNMxL jewGOJgxAQq1jdGBSKvIV4vVKdcCQ56oZ9S3zeIN93FZvIvlAWmwj6qDpBDtf8YzlVdjc5iZtOpf xY8N/Qo/GWgQgujSCt3gKbqvl5v6G6jBRYexW6s84SGs1iaOnTZUQiYa8dSEs3AcaRuIslgwI0k2 vkM2k+If+K8WaBAAiBNFCCF0jsSIIgma/Q7wYLXJFjhCG5M+VgBOoKH+TmQUPxZUqfMDHbIB+GDs PCrPQEAxy3E/rSMuQExyjo5tsnfQtkCsVLwDZ6zXBZA4zHQOzGBDPgp65C2wTFBtpzo420E3GRSR asHNgjCN7nD7u9sb+wqgOhBHHt9iAtEwZW4kkEOomhML+KlzzCXWZ81gdj/R3y5ZsAwCwo4GUqAu LUkNvB1W0uBBZD62Aj8xoKX1e9478VF4t0ygXvTQOsk3LUjNKoPHQgoRELQjWbMMAK2LRNEdRpSF hUMdIbh9CvPmwXIVfk4CbUiVOgAeQqKRRuVaF0Ngp/SBOrkrTMQCEQtSRkXeewRjj+VCwkcz7UMU CIwpmjHu5tZiiFhZ0GkU86C6DRhQDyURaANwFs8tA8bbsgi6pRF6x7wQaqc3WDgbo6WmcA1ua6al C09OfmgDIrVgHXpx7/+nVzY12qoiA3ynLeZP1nI7dNPig6uZcxIN9/JOmmpGwsBw+RvTBFklJ5f1 8fDEDbd8h8Mu4NK8HpSZk/AAFEaahMIsUm51E04ytmaGXWtg7pgpFuB5OJi/+9AZeJo1GYMVEgFu uzDHMX/FpHKxbLqzPobUYGdoJJJdk9ZjP70rjJMkbpOQKYxs9dPNUM4ki9uTb9cJiiUjiorCxLwT 7focwNt03g2Tb8Y8eQl/rnVRoywR2eK4TRoLqoBi/NLanLHWAgl0euX3JehiDekerxubp6By+Bpr Iziz8pJy0Ng65Wt35xPwIT2buruBMuujzxejP4HTaIui4u2skbm3fYqNhk4PGUhrI1m8CoG06tIe 6ubvHb/Aim9cWVzxN4MC6qZGxFZbOAdcchiD0hQB9fW/NsIDJ/Ph4fkbmGaZk3jz8KRpAQYsOciG 0JSaiGW8pawVOfxmXGqobAoL2iSgVduwwMZMqO0h8S75mauBuKA8T14Hh/FNGclisMhFUT3njBvu N3o71O0OCL1RXWc+JiO11YoOhTX69y/6WOx/xl7IoWRl0ZRN0wD/v/YGY5RnsoC0Pd9UUuX6NnQG vNo9LThSexG3EqN+XIrgD7EXNrKiVQDJ4oDlSxNCsdEkF5K9S0vaNKLXLCeNtpKWJpJSsbL3rjdF ObBlUTzOhwLEEpqEFm+6EoNoRNPhpss65GRfYp7+l1AZp1RR+sLeHPb4IT80mUQ7OBJs1eOxjTZh QcxUxSK+exS4aNlhvKWyYKUqmJKo8hZFtxRKrmgUr0PYguCAA3Xayv2Ulj+uCVjwnDZArW8UDmAb 6rlvXvMFlDpmg27lbwGHfu0kUmhh0Aa8Dsqk4w6wCekyFNzL0FpPO+02LDTYzUPOak81JmyrNiTZ ojdNpZod5tad4T9K3ppX/XSgaTAYGAQH6jMDwgHu4EswrI63DfKsk0o73Z6qBs6EENY7CTmCGL5f Bobpr4NrwceGxf1c62ysv3LtsCF7oYV6+0YzPOkKRfSAeWeiDuFxo5m103YSKwQUtKXDE0Kmlco1 BtfYGGinoRBmte5c7wewuQGs5/xSMJvOSMuGqDiHwS1gKHgYZMZC9wj9lxZlL4PxoK8+9cIHkLRm 6OxWaFQdrrARmFatx7A5ZGiUxHJTgMgsSuezjkUn+cLooHX1ZWo59Xz9MFKnEOwgCFe+wsCs2wG3 qAOGAdi+HZCAbn2ouo+9YWYjkxdKTI2S2OjSKAE2m9HlAD2TBYFpaUvwnfChmxBoCflJHidya6n1 nsHq9AePLa3OUkOVKYbR/Qo3xZanehFhkp++DA2k6U0CnOYYNTEoDthAi8eucMQgpiii02aiwL6j Dpdg+85JBj2+9LA/XLAzigOGAxXRRtuAjh0x6zWef531V4chQSpr2UPucN04DIk1Bwyz99BG5i4m rH5SGG3Gjmz9Or1YCJOC0taRXd8ngbACpsC0STKjsEkBQaxFO8COIQOZX3UAUyXXs02kBYDiZGbE JPtiwQDZLxg1Sz/43DeStIvRCcAINSmrosnav+GyvYlBtdADeaYETlMA0nWwcgKl9DM3ukGfAJwh wOzD/dwFIWFTbMeIsHX8ds6JJVsg5UGiWZi7Qy1MUoeqBumUxEEP59Mz5NRc3p+qMijtqexDx6O+ aO2tDfN9ptZ0JCPKTmlBp6/QTP3RH46GjsI6YA97qW02iSUs4H0dqOB6Uv0inazPAAykEyci6aLf +PhpjLf3X13JdZRnFT5iGLp/8Vyr9JVVfnz9+XrXFu5NFuEE6rrZ6bh+628nYXw44MMvOuRPn07e +NkBIm/One5wCyenXM8X1AU+R60m6dq6na4BfHaq8+f5jyM7dpLI6fviQBLnrPx+XnWnawX/tVDH Rjsu5XpxyMgfh3h4mT3yExe2XPv22/lqzTHKFElqfiz/hX1d0TcAMlAKzCTyUARKmgzU0SvcvLs6 LbkW0LgkLJBzx2yzXywt0mz/oMcZ/KUPDAkw7Cxf377Xxo3NDmc/O3kms6Wnb5ybG9M3puaA6HaX bNgVm2iR/Y7KwZ9AZWqdOzKDLYHQx3aKgizoyA9TNzJzEpvoId/dJghFZ0D2OAbj22wo2etE9DaD cnTiXa2ynQVtnHYPcIWLQck7geYwCxMuejvVwetsEPuS/MnMM+8EKoFJiYx2gNBe8OlgH2FMIA69 N3UbZr4v24kbHXQ0uIIF2mEs+BZO26oxMqCgltqAA6Fonwb6CHB2ljuQHlPCJcO3fSq498hhURE9 pRTt/fZReEgbxEKt9xlvuI9rZUKSkJImjyvL032fhczJOUg9UlOAlcyEB+piMs7rl4qgvUueQxne SWsBZdaKYMUmVNuCpB8juKeZVo7IVwKKnWFV+gEtrT9wXwRjpWJxB/dLWuQ5shSpaG3QpnfUc9A6 3MSKQ2m8hMo4fBsJZorFbQsG9lgqhhCIKSiBVfYFkLU302W+txoRiSHUQdNub0AHSnvFheYeaRrE Nd8VYCRxajOjTyXbzmcGkPFYdhibse1pCoPLa3rvuEjvAypRhBSTlE9J25xWYYtEAlaehZc+kz0i w3r9RL8PwzRAWuFkR+7XQ/oBZa+CVil2Ox2oqimdOK0rpaGW0rOIlcjtmNBdJTsNEWsHxAtDwOgg Ac20HL7b+x7y1INaEbwTE2SVzv0btkNmZCgB9nffbCJFdRwKysMT7Be41oeyYHrnWXJdDSu1ldZL R61TjqukreHTKppBEaH+UQO4Rxni+ioj9IUKhpmhw4WSVsWSy5UifXMc1kviwYogQxm/2kE2XCUr Nfeh5JfKWoZfylRxz2tDsQgEptLrhjIprNuqws6Mmj7L4kNQatMM3WJE4T1IWTFUEbvSpIR/hDVf /90wvXokqnpCR41oKiIHIhFqGyKKCmgnCmT1DrttZGh2pQjGtInTDaYpma+AbAm9o/KtdFEGvEFP K3DUCUe9+PR6E7xRqdgBDmX/9VNBwBT4OBbTmBShVH/xaUEQmFBJrmpIQO6ON9h51IvJzTL7ta6e BAokrNgykR4bHylQ6SqG+4nv61NURaJrnsIuzHwFPgYVmkglRmxkrdJUb5qdQwEENU+8deBkTN9E oWbKtKp97FHdwidtUVHXYAdiid5KQ/qL/nX7B2HZd+InDdGtCPMHuOFPpQeexcuUxq2uIhG5yarX jg1UDKlbFfcYx3h92uMGic9mDRy8M2cqA1MeAvNv0qrIGveCl7Nd5Krk6WTjpAoWQfmNAvvFN/gn eeRRb9t2QY5yb7qaowgdMlz7cRjfkwzDDJlC789/DpCgGnD3bM3g8cAyq5ZDQWhCrSN+T2WsRN1q lHW+ua9e5cgc9uIS6kYZqhfDPqwO+IDVodlkmJ9K/dK/drPQAfsiu6iJmejII6SeqWRQNCH2Jn5j ojXmwXLCk/LMj2Uk2Z4sJUPTcjicsPXV1FRgCGPlk9zPUZjLmMk+VSFmbGr9jA771bP+MZtuNzaK GrMjzoCsLYzARxxMLtRAFgQ4yF5U7QanzyE2VJnDt9GJCGWxFeMhN2vfaiLCpH/lM/lwKClID6Xi ZXaOD+wcRe5Ekv9Rzf5U8xGQ25y+BmxqesRt31MZnINloXOzf0Ai58jkagTlyzoMKBAX8Oe9bKve OO4zq21k+B9rAhqYy2KDl1uIy9j/wMLQnJBK15kGOXdOkm8QQAa4GG4Rogkp6rmJGhyDp7Awz2C4 qZUhnbLeOK6ye+OiJODDRoUuh+Lkw8OFuj/4hUQcGgCXpnJQy1voroWAHG8YMM5YWb2vhN6XHRhK Zy+WBGgyGbPolvR/48P0wrfRahSuA9mWCTtz5cM9Zvo9x+V1Swwj1S/qV1A5Txg0fn9309v+cxnY lpE6DH84rxAXayI9DMwIoa/hsQOj6MyYaXxvY/qcLeUgYkJZqNC5bO1zIFSQLILI6Hd8JYw61bvZ X1wYmA92C0vCZLqKIvsqhRc3aETfFOkJP4nnaOJ4ux2T8PCJ/iSdbogZnQnlxAZyMNdNDAzPazGt l+0//k+W3W7KzUj2cQj8Ok1NN6S5s5dTM3bmdzlDKrQF2DyiMOTLWKyGcQEryc6lusTp4Z2OBYv1 EadMNUK/FyvYW8ZvSyK5W0Z+R6ZZi2G7BRhQsGgV7APFOWXT19lqByGuoEGst5SWlJ+y0rnCYjAZ Mb+7/yycJrmhnvz2kG5rzNWxKnnhq+rgDVDVaornRJiEuP2iT9sybZvELzHa3aY1Y4SZMCA+TtHB W7g70RjTJku7BUygvbGsR4N8GUIdwXparWrWxPWl17hKWrMXbJxh8ULbP4nlTDzAkFtGftsa+SI+ FP3Y63VYKJ50InciwS1+Jo0qXqePLB2NHpZxv3wYuXSgZMnoaYsrC9iYY3dNSoPqhqK0hPeg+5r3 QHpM4E6MiS/p5l4LiERorlqCaV8KgLf5xEV2U3ovjraXR8Y+8IYm5Nc0ufxB24zYVyDh0osp6TKg tTMZrI7TbNJcsdUXKfKNHUwhLZaNu08Ap1p9QwYf3r5euX4e2LwLvqBLMRrneCK3l9zw5v4dpMnL eCMMHO9EPL64rg/evnwMBNq8BfQ+4YVcUX9Ox2vQHuT1oc0LAcwNpQQl0aRrOfZ9qmuqscyywNBu cnxIm6Um1VKUw61ygFofykbIzv8WiE5WYgRrsl3wniMFFxcthTV0gd+7eE0mrKkoEmLcN1gLQLIa sd5jknqfKqDqqBEVpS4GqIaQjlab9atqmtJXzCC6DgafLJSpp3xq8JWXGnp8QRChx3hlNo3yNUKK BqVrrK8HGPeVQmqlLkJrux5eFK6nWiZVBlIIXYt5hQgTgmtlKA/TFtb46VKhhBytCpNYRcHVINoa sYdiVJLSnb7EwRKsDnd7O7CoK1tHI+NhLAvSLk/Dh4jEIkC0Jqk60AK4aghQKn5+SxStoeTfsqpm FcdK9R0vqQZ1mQsBi3Vz1kTn94fh24YpoVcvSmzLqFMVNbGhqr2hGhbbkSJW9okaO8yIyAJrpmNK 2CHfwBZD2nbXv2cNPlJ3ZQsaNJOXGRuhbtbUxrqAbZWQrorIpb9ESURVqVt+/XwujpB6rBmQpdaG 13ZVbWy1/R+90KDUyKyNjw6UHuNyd0h2PWUm38YVfmMDU7j0VHniRwKkKeXTlFrbuVLgEAQNrD+D leKIUSm15h3tEvSlLwek/J4rZP4l2LEF9YcGYvW7s1BIlfJbkjw+c/aAkqkNKfvOEfTw8Uyjdr4x g9AlDyTUUZcErbZfqzBcrjM6Yt//0XQniG3suBaG93EzebZsS7Ls9P7X9r7/VF46nWtLVSSIicAh CrVnnmE5Fgje8b9Kz2KpHLx6SJYLAgLDNH6Y6bBjs+V/uiNJIFZCbzaCCQpGiQFF+Cb1oUuw7a3S ygAMeFPQMCwJSaniDk3onj9NX1dV1qiwDZREf3wY39lAUJG6w7xZs1WdkSH1oVn5UshKH7sQxAHB MTnqKCTQDKcqUCRlUJcPkwU6FcnTOMWR5Bz40+0ocngCRpm2gm7mJMxAhTyOHY6cseQxrCcsL2PP Gpwp9MA/xSY0MKzpXduKnBmF4cga1A9ak1bqBOPDkPg8EmayUI1zITgkZbwOFzIOosHJGggYSgk3 IFHTWU/n0x7E0BMcp69sf70CcBKdbg/dVqzbIQiwrSLoDg6kbx0DdYuXIQbHsdyOF8D96r0DCqF9 ar8hXs4V6MW/ttudWeVVsAYi54IRCnVUsAzbpCMwTtMZ2mLMfvGoLFIUXbujo4EMzgUwI0denXEA jvp5AwIYt16YKn0er323szJOPpxccdEkTjFyCaq++VsWxIDfCItJIaxa2SozLYrY4nH65nMAbVzh g5yz1BxA8xDnbGDFSp8xyaEBsa5AueMcBwudZzlJqmFyUDZV5xs7LQK0GsbhF5gaJI2/gd4aXLiy hsy6afScQcjzIGgWZoTL+6N2xc4rajB+wcBo0gFGd5zLp84jNR/wgXcR3tYpRQdm4LZ5654CWdf0 46qJifMCnawvl/9p6nHRgxrC3yA35wXaZzsqM2fHNsa81D377aYxNUz8Bkd2i8MAvVMuPtX2RO8P TahDzD+9AxE0Xt/uGrP4ECZfm5F1VdFU+3+1G7+6TMsUeLnOIRpcm+fyClS/1TvaqHWEcbSgT/f5 +qxXDIJr3w2Ed4222r17UR/vOlxfLqcb8jSr+atlTV2y9cKG7aOGKNBTmxlXAuw/r9cWcNJeG7kO CT71xDbYX92qdd8G2de7+/0b8Xpu6wiujByS77LP75qEn78x5vvq4i94fq22FZW/3/5etSLXElxH 7q+v8/lLI3Ndva+fX/6xgNO7V0bin4Ywt+s3nmom/ld7bKRb++sNrVqJ/9V9Zi13nAtcLujUktyc nS44Wbhp343480U78cvH5aa3OQb762LHDA498L4zkBrQ3Kw4DlzqbG5i7dxfHDfo5/PhHMdJ2VXz ccc/H9fay789abNTs5qXjgkphQOFjsTSWz73Q9MPB0U8iSdReP4Pz8M4QAvb18re9dTTEZm9vlYX 9J2RZJs1RCquyfRrpqTQmlM6ne9c9fHJCl4ezhXPdxzXoQpDcWTonKUzCw7DwJ3ZsOJIqVe6GTXO aQL/8BwdjtArJ3KO1Jx29uCEKbI+6t/xMoyfD7CnHLtSVmhCRsezNAHn0zlh+G/4uYkcjB/jNwmH 60UBNWABIC/Ycz2rf/CwhrMJ81hbz8owZFsx42wH66kfP2BXXjGg3INgJuSWTboje89ctJXmm4MK LYYb56rEOT7tlKHq7k4P7WLcldtsVSePzIzyvIQtuAcKigttolXpb7MOJRGZV9Zvs9rzPDl026/P 8/9cj/2nEKPATZ8N18l9wONq0ItAuFYxzDqQcLm2/B0GGDQk3yhtZgVLhTLtaIWm6zPmgxD+eVzR Z6hO8ZIQNAfatmVe3vfXydZZgC84LN5ZXOc9g5xw1TttrHagMENxS/Gz//HXd+ZqhyM2kD7VEgYg wq7df60IL4QLfmiZ2FtAYROhrb0zBbN7TKLTKW1bbMCa8HRMRP0qLO9aV1ssbos+2mFqdFMEblfc ZPSkCKDd2b6UgInXRtwsRjARwkQ3frhzrNEnlMpRY2G51uKi0WReILOwSmBAUI1TTsGCChq2lcdj 4ilEX7QTw3uBO2ZiNt4WXVU6Yi+rS0yfUrxK/YX0pqYYPjAGFaNCtrBW3HEzlvtrHQ6j7ZMFpX5A SQmXgQtnxAMEJiIiugRegW5RuOSTPMoZxTYiN7lCJ/PPmmFSD8GyaHKImfMOOWlptCT0JWxcFixv NQhQM4zC+kIjOiyQ/ElMq/opy6Q2omHfGSx9LJVcJhT2uQyulNBfLAknEMoGbu6kovXikIdZJCxC qgLk0YxWWWtnNwb3M7WRwBu6rBxUEdmgYpHdsJNI84N8Hy7cuiMtxDTgwgKlnR6jDkkBXkhCgXLF 5xCKA8kwSgkX0CTQZWWGKA489LBntAaEhXyVMsveggvAAsYdqhfQGuPK15VBhqbqFQBhkmwYGM7h yf77Z8/AS/+rU8XV6ieVEwM0ymd9Swkw0KjBIpawrD/42KKhAEG6KAB/FfqjrrwwAoghWAmQ1YPU w/xcD7GwXjDLxhvIFWzV0yKhTwE+FhL2COmNmwXJpSxR1O/YSAPGvPB/xYhQORenb2JpeBUcnXbF HwWB5nd5gJP/hsdFuRMcHB9005p9YBEJhTJZc9hgShuenJCiwtIqWwXd071sNxdB1SU+Gxis0gW9 kzd4JdtI8bk/xlCmoMiZQdgFBF7SAbSWvfWAko9nhn5l2q94gIfOtASPGM8YfI+aQvccfPMz2UJs IxTOYzSLzl3TYc6PymaXZpdtoYDRoZWJ8OelQwbZztY9Grn5bElvGwTMRqDfgzY5wxKd9jR+hRpI BHJEeRzWamllEm1KRo8Su5sKKzbGDXZNYTfW2VEy+twNe4zBOfFgELf5wU6XE0+RuBrkyI5x3rju UIbI21C1kBdcahOxNtus81mbC0ZbcGCNCwjcEi0cMamnWwZ3yHHQxfPnN0ZIpbHGxHBJu+E7J3Ku tymMhzp8zPNuOsOUpjn4BhEkiseXnx3fW4IprTHBpEMEneJxKHQJXkkTTOqwHlqYe2wWQs2f9XzX nAZooVXsq/SMZrJXxkl2wPgKPyN60n2+/wGdAzB3vYFdZ6dDKzcCwqyLr1pl3/E5s5NOHvNF4MqO iwC8JEU7+Cw2xKiRcBwTKZJv4PT8N7w6l+qcQH9gBLkhB8IDsf7MPvnrhyzfD9XMs5mCqeN6ppZN 8hehu/V795VPeAAL8QtRNlR/FLf6uVfj5crcbLnAfe2JgyI7jPhZP5kMymCZTPXkdWCtbJ4rQQt0 tKn4CDgwN9JZi2JSv6LDJfYMrMyoYmaj+RfiHcodt/NWNDKj83M+2Il6TM8d2jsIkCWSME+Ll8jE jwNUMScdMEh6wusIfhIfVdwqezAQ+yncypJ7XW+nrHSUgByduyx8B5Yb4kY5ASp5RmORUP8jdOZQ JAh7HY6zutZYlyWbtR2I0sFYda+izfuKgOxiaLZSY9DePYTGkAb7zbIyPd7GO5Hb8fMm9mzeBIcL H/2ogxwkKpPP3pmekKwvGS+/ygWl9iROe4VrAW6uZJjt4zCTfG+Oq/+LCe2imJdRIgJNo148bX9l rfMiQT/iusqK9iRqmAmHws95aJ0rUqtTLr+I0aqLRgTriJREc2TyiIfq6GQVi07DJMVQ7Da0JKgm zNmTwlagWJJPK5B2CQ7nM3P5XJH0fgW1iFRfU7Ii/pPFK7t1X3G3i6UF1aYWBJogVyn2Ro930Oc2 jZhbbQcBCIsP+wf6UTQVwiDnv3u5iOF44twrB6ryiTsLZxocJet5Pne/vMhVxwUBCEgMlBAhViwK eFlIWbRn6oLGHLdbwlCOqqRyL6ywVBkL8kqmWrWkor6FMAswCUbFalmObOdB7RZGlFCYaDEq8qyX v8XeaLQ8WwI2RpCb+bMceQnCcw6tOLdqx+LS9hXkisOJ3V3+iB5f7999bTOxAyKv7mrzo2RFUrIa w0tPSDuGFjpCtdNVawzMWdfDgmra6hIzFohqpmAo2yS5BF8goCuAzMLzFN4kFGCShqykzdbbFL6I d/5EKs203m6lDlaWiH1Zu4Ai4W7A/IA1jISepSDVBnl3W5splScNuw9NtDXgLHqePLpOFY9n+A3+ cS8xJMQUKYsDH7V3tjeTB1Stmx0WmIzYMANhsNagpWowKVsUSgGwNHwMH6DTmFORqDhc8tirlEr9 CtQlffhavsGaA7OWdyiCRagbzYDlrbLvFMg17DgRYytzsyz6mYq5IKJ8UuTh05SdgtgQ30RBxRVR ZHEIfBNLYJorfEa6eRuLSToCjUqw7jDHiYnF+tK2zkHNXGHsfFvbs0+wXWAWLcFzQGqumccBuiEI oWVPqvIoOjO0ObZ2FCQYOu+ACDzGEIUNobAoo8Yevaf1BWnktUyMMks/OBsE21PEIX72mWyINDGE 8zco3+xHQYdoBv0ZijCnuiDpGRgdGfaONox8LpocAUjnOZzKFRTl5kPy4H7hN6yas08TZHmxS0bJ a7Xiaoo9LE8j67mhE0iOVv9Yy6K5cRAYUhHgoWaZNxy2GrPJGHlFWiH7vcwLMZ1HiPGKkcwLVi5w wg0kFO0JKvModK0PEFz5eabBJLMIPgKafbJhHaJEE7ffwUeu0/paVArqB0QjjweQOVK3WtjSNhZK BWCGo5GhaxmRfUGFOYNMBZn0wyrcraWDhdPxzMK9xMWHwJDpP58TUOrHiutdxiymsTwfAoKe9LzQ rLjtiGujsrQUiw6Yx0bjQx0zNOXoY1AMFBTWbKEeTlD2qnL4GRwILAIugUlBVmr6VTIrQwQkqfpl T2HOVTYDMqXIPld/a19ihqqUq2L2Tw0uKO4VpKpMWB05cOzyr2mw9sGaWpgVEtuGZnglx4rLVTq7 s/phvgLa+qruPixN8bF2ysjwg9EhovAqt9R0wgsCwbIgXTisPerj5E1/IJ7e5BhipSzYMkCFVU/X JsRrAdWlp1g+8giDt+apia25tPUpb9YgG4thyugOPqu8GV5aa2qjYSjK9yQA/NCyMWZ2r30NvcEA 7Xdg1sbP2J7PrLIjN005XrVbtyVOTBlphwhmWuU/rSMruDM43M9bO9eI5POeMXlWR62ZM3unM0QL 4uMUimfaEIkv761jchSFqNcbJ3FYQkXvmligPHwPLlirHIBJtfjTP7s0bXisdblK+PO98wdl4/PS iv8BlX5/utBBnjDNge0YEJb0rnxaj2XugrZX8ux/YhLQO85bITOHUop33l7vFEJn0T3BwjOt/nmu luJR4dy4rvv543xse0Ob1hI1gPzjuz0Il0XO2NjWWpJn3sIv/2OKYA4pmIOktht0ugwzXnX4Zclx rT0dI3I4dc5hXK2febUHlO4BkZzOtOdSD3GFFibcV2blsQBnmpaD42n50Ev+ITb2nEaPEpAeBuUP +CnBXqEWR04PrO3pER/MCLCyD3Ed4uEdT4UO8cicrc/5iFKVHMbjx7LLAtp2YH65o3NZjqYQdhuL 52YDeebBYpmdQYRq37Dz2p2OTq2Ke7tYcHJ3dP+o7poPwb7QBr5cAFwGp+yTz5SniDpKVl1wp1DZ ldsRgnyqfihOebj/EKO5rweyIrt42zKQ2k5EEJyWVRMTPTFWm0HRbCGxCHw7BfYHBbThbOlOjgvO i/a49zHC8vLTgV1yCllOCbXUoe4fIWsVTxqcv5XU2omstATXvSKSQwQ8swtQRQOjo3h/u6jVoTw2 2hrildscV9kekOq63x1mt+uhHS7Rbtyk+dTYUMyAGR10/kNhQBaUIdyiJao3tskWOttUcL9hbaBW HB9s+22O1De54jypFaJR5LYSGuB5AbmM8MPhru2uuu6lD0WTBpeb7hMdbyy07fUNlCcpkUf9vjvV SKPr25mNWlwgGpRItk8UXytrsTmKR9sKK7DHVbeX23aLBXabK62VTSkNKYVpq6xKx314Xba1kANX 6gZgEuIoQ88M00eCtKFWAIoul4oLs+jkpL6Y2thvaU3yUwdKecK4/ae4tmS/4cUnObnUCYFFFFjn zjbs7kITvQ2gllXhp+sFWtl+MQ9sc+tNIX1uuqko3baRWmjdt+5P9b4osMH4AC7fKuRgDiGbCBzx 0Evwm/uXZQIzmY875JJ7wKF+OKjF4ZC3XTgBiLy7IEuNW0E761ZX2M8QhSlFUXRgEd89IyAFUwbs xkGYhomzH6ukuJJoZGOjKbCFbuOqgwm0l4KLgnoSYR0tBC1V8DDG9KzxbfchJzmj5vXldHjZqM/z vI50/EnZkwptMddwleyrgCpGYaIXUdUdSMbvrZpBARRF5guZJJx0QO1Zzv+lxuA+wrfUzXC44WIA EkEJ9gy3Z5YzUuvNVIvuMlhAAbUh938kASZSF9/HnNcDNqczYIEYGHoOi0k+RsfckC7vl7OcJOvj wCFC8twugmM7T0pFICDh3amuR6dBAUQIBYF50Cjgp1dAghTgSOw94AT93hoU3MTMyBVeWkUfEAQ+ 4LXsPWjfb65xp9K18FRoh0mtbihfc9F4RgX5YE8o4IeRWrmaUTMcJveWt8pdP3mk20z4jx9mzGMK H+NSWAMWtUyYqLC8JKi9IL+HVzmMsnscSD/x3JV3dMb4anr1EEI+Y6xONXS855pTstBE1ZsWPFhM MRMPyS7QaxVh3Y8P/6Gnu7MQiwSJsSBqYu14DRLEYpiYjQbsRgZ2j5iMEmAf0AtfwOh+oy0+qZYR J/VJjXUQLkgaWB6YpiEnyVXGqrSyKlb1l5VQQu2ipyMRNyMkJD/rI0FKnAOrSYibEZNr7ucsNZzc rbg9UqkW7Itic7OsLQIg+RgOeXMGYRbnCKRJKgGAcEV1g5RiT0C76l+RaHhbtGFc/DEaXK52KLku 2sxGDUUi3ESz40SYacqQErFBQGYmlCKvpvG3vlVIZjWN5i4liyiHuSVN6kxoNDc6YbC+w/EduIDd CBg7ENKejiorgn/+rK6SoU5LzWMMJNdTYmIzRJhgLFIq+euVkAL2nM4ceuA3paM9E7Hn7wMMQxp7 Hh+S56AhAXkLbXWunYb8eKpYWhE3iFL1ZkinN7ApHVe/q2S6wlNFq2qg8bOOFEa1HNXNxseXBINq bWkRH2fNrTa5OtkWBSSlQjkcJh1/M10z5SKoRy9Tm6W7oS7SSExVk2xMSyOqX+xIIVUlOwbV0dm6 wfQEgq08xtRJKzsKDi16WSCCv/NOcyrzFoSp7UxoYvtYAV5TxGJ4u/8Q/g9OiYbh+xrUMP+OsUhR Z3IuBS6a+J5/8A3LpGMp4XE+TKxVtUEgJClZq1MDPpzR5TJSUDGZc2E+n5uwKOtmCSifQ6Jt/rZd Z45z875tsV1AzJQqd1sItzXyKQ0gaw0XLsEPqUVzOspcTM3tOgnzTjSX0CQ8x1FLTANckboSSKA0 x2MJKlHNfkD0QQX5+DwGse6pDAThG2WIFWyMTA2syUaz/tdcjtI0++plfZ2KhpxTD8qF/vsfoHhK ZNQ0UcXz3X9OAfox21yZ/4qoq75uz8RqQrb6MYjHUyuOqiRmQtIWUAtgPJeBh3sZWf65vdaiigYE itNA7S46SHA0APdGEGvJ9kk2vfX/eZy2yE40O600hM+h5f7PjPrIV9abq7v7TxcLVFtj/tUS40bl 6G0ojhX8XGRlAawjGL9CcUtzgEaNLAyHEeBDusfHIMJ6mgOaZGE10sm26tiWmFhUm5WjWKtA9at4 kkTdbX05z1al00kf+DGS3E/hWHcbheHTV98fTUsogHWYgKsiGESSv4lyF4LMPqlxCiOswrnNxaAe JYlztPDuD5Vb4JFVYh5jS2dwmE3HYpqPT0WqLuDPsN/zlqxPHIoUrl86aOezZUl++NyCCigy3Q6J sv+lj22NxaVBloVIkDuhvfBQKFIIDZQp5e4MXTAjaoShFcbIRcu7y0hFUhXWFUPKQ3tGt1f6yCsD 0mvFOmygt1jJuIEzEudwRLeL1lwvRRLcSs8X/JtFhi2gdTOQCGZuBhepbmvwoHZpJURyNUVaK6BB D06QDhxBZu16OOhJZZECHWMB+ABKmXNQdm0T0OD4szcxifaM6ZZaKfQ0uffEgXEQoM2CP7U1AHQY zseGVRLXG9Z83MuzqmmUxUNZKiGCw8BlXO86vQVWWiRphycgrcfq6+Pq0e1hQWEI3palAYHJTRpu r69s0E3tDqxhxa7BRzUf6FuX+iw6oQU1QXVpdXo+kS1bkT9SeEAH5CcURQkfNAckUbElzltCz25b egyXjKNeeV5omdth1K8fV/hEKDJOKLJSPdeD+T5SFmg28FJIyCsIyJjVJ8bMwIfqlSr4CujGA1wf IAa/6sVQISE1EAD01HK27rzWgBcKEOvj2jdkbDFmravGgccBUvSqcI27Q5XcFCUDZWJycjMKKYN3 VnLmVXpwKddUTQW+i+0lRISONlRbjmo1P4Aw5AReqoVV9DVFAVXtBWd7VD6ESF8EtFk2mA5mAlHs NWKVaaLXcprdTCeNNd7vrUD9mwawoC2skjz42bCojzVGg9wgtbPyzmtW9kXKqKvN8ASMD4TpTqmB wQPt4Tc2IKwWwrfl4pW0W4qXEbAJdwdx2rtPe++hC6zMGYnwV1obGkbznRpJzOVhPKMhgz3ln6YD nobrs0Y8lJkat5QdTM2KpaJnxDBFKXAcCv0n6VYA5GEiNfFY5W6whU1TMvMPAzLKfANa2TiwLTrh SqxA3Vkdg+vHrQFFyGRGR2v5EA/v+5nNz4EMVZzkRfNkh++n50+Kp7AT6xk8q6B2jjeINSeBaEPX i9j7stjUWiJ7PRhOxc2ae8S2VIK1uwA8gRduDKt9VJFa15anh8DhXm6YbujHQAepeq/dY0fhrxHc G/+UO54p80NjsWsdRYKL60vifI3QaLvSREL1y0ytt/KxExDyGbKEyRctXKpTHWUPvWMRApyLcw30 OEu8smIq4pV2mk2oO7VuHkdhZ4i02szebne7qdLUVOJ8UzeqYNRll3dltKevkwpVBZkfV/ituk83 6rj88X7T4vj1opvEzSv21InCliNDwarf4LkaR9djwm8f5y89VsyoVfLbsxrRGt3UgoPy6BpBWhbz qkKVNjPgvrrkF9QVV3X8iS3VkuK38lmVqMowUavS9fMr4HrvSPRrLTk+b68ft1evQVTT60JdMK6f r1ZoXbBrlbHelnhRE3s7f32Sx9v5u9cl4sFFkw1lwkej5u/cidLdKll9ZKTKjOunAf1W8oqGTyW7 BlGgG08U3N6U5P79/rwp4v1W0HutmvlvK78otf36XCHv2zcCzPhl+bWl6d2FXBMfYipKeeWIaEde GkPzjbiB4TTBxsIwCRGsXt01YfK0cNopRoWkvoXC+5Uuw9EcaFKPDKpDCNp7kcnz2LZottnJMo9E 0VLQEPo2MuMynPcLFA5onmYDjpS28jW+b1sHknzsEIrsIH38gf3XT2EurDfPAB2TKnvkodYL9kxz 0HNGy48F4xlF/M5PINY13gnYmWmHgSjnJhhT9sitBH6ilIeAsNmACjMk7A0Piyu1N7PvDUndTXbg a+5UtRBMnpvcKLkKpOCOa+8rcpwT6kkZEZbQBWJlfR3PYRg2DVpx5ltxbAFPvtoPyLAQXqx9MzL6 2GKq121PtMGCw4szjGGHZZvbrTpl4sMLLNCQdNtJtbiJyZjufJNQ1YvOf3MRVRHTjXwxzWCvXt1p FkcruSjd1XGJ82KSU1UblbY53BLjZ24IcajjxGUnULTajtk0zNp3F6XaDIR9+STrYJydVXEhl1uv HqV4utasOY3rD3f6WDsdFfKG0v9EV6P1dbKR8TJa1uiZc2ktuRK3I4of9hNlrnlO7zRF6dO/Eywf 55wsre1QCTlHRNd1jrLqLkzvKX5vOOVklO5/6AaT/9ZjKnOcy/DjC6dhTs8KzGpeNPXJcm0FXG3+ 2bRtoxsOkyI0/ihHt9XaUt9VSp+8AdRUrqyTPEs/XKVnHBxjsbcrIXJZmZ7ACN/bRMR0L4/a+RvD hlSbJxPnootMeliA7/HRRyUbdnP+jBxb2qI6Rlp/G/tADPLPi4Y8xq33ER0S0rRz0IFioi3BKhmy 5khtSwIsxDd2UVCLpRBm8IODFG1tMmnk+AQ3+oqY7EsPtp8C1OzdLkZD2cHmoZk0wGXsj/L6sd0x lW3TcjSD/FyP3ZhjZlzFY+lzOo/6bNwmXeCqn0+RtrC8s3suRIqAO5Tb2VD/0na2ZgffWy14ofti WIbExTD8pm7z1tiNwqTKpmO6XE1+RhDTmZ2LDUzUHfIyfr6iQyi/cCYOERhlrJNpupPHcwYRAd5J 6sbA1Gp+wFvCFSie1IZHkXwcZUtGLq0R1kSPqIVL8M+f1hKAAPHyaclOuZBfQ+6bqSECTEHr4PQI FHKhOZig3CR/xYFhw6AQYHJXSYika8YQpPgbDGF9FoAk/xd8OVaExPN9cImyYzmfiZXyYmlP8PXH LJWvVoHWEE3E/zWBocDe4P3ilpoL4UDRFChCprcLADSc3gANUIaFdewoyPEhjMzBVKEbFiPCEii8 aeV3HLVjOIeY+OKYhXN9f62VruKbjQ2LptYN5UPUV08imFyhwmRS8nnMVTy6gpBehoCBBjgKA5ws oKTCaSSAPVsLEEQqunCyrQCS7S013UBMLnMNigAHRZUk5VBjgJZFkQRBgWHKtRGGC+XcO4xp2+iO dq1qMzxJ2jIblsBoMv6Fh7dc2W5Hkznpst32AleKacWPJIdFmNG+15ZFDajxRFmyXDAcHRXemyl1 TBP860cFUe4N/8IosAqV8EMXOdyjIRCJnX/5Cufk7PLtHkrtG1/0jhKZexsxfaN7LYSyuYD6IZxp xFjLd1eG0BMAmOcSjGYTMnU8sXdiBqODVbmB0VGXdvaA9S5WGXXg5J1SqQ8pXbDZ4qdrWhQLSh7O lp2tlDXQMfxPRCmthCgBplHIohakj5WMWWIeyzzsiX4Xcx5p4Ey6U9jABvyUifeUnuxhT7usFEQA Id0pNbcZSm55fr5/b7Qty+RNKvpoE99agg7ekcEdWirPk6SIlcOpXgQH8/noMgo6XJb5cIH2f3SW mUZgdwtvkipKmXNh3KAG9M3n+96Yggq7RwpJoA3lfNy8bfoY3Tk+XhpkuiMdi/0UQ/lWhS6R40+R jOscLRmB9IkjBhqTyjAGatBph4PRULbsMjCcFAFHAXRDIBk1cYO7yDQksX9hRUDEjmUdyoXbdFrC tP5BeZUJkSZj6nHhzluZi32BszEaaJZBsJdcTRcmZfL1AW9GNZz7+BSvcj78DHEqYaVCTC+dh1uG pmZcHZRmZWld7z1xnkCvOnmlijwPmsFbIVFGMgvid94bOOaWTps7x84F4Xu3u8XZNH7ku/K9SuUB fok4Ra3atgHZAyWLo9VuZX8ZutuRxwzNDnYjBgvqgCD0rPP38XWgZedZ4klwnP2kMcN54WycHKI6 +Oi0b4cgkHkHQHgLKHQZDLfjGkzoV9hnJxSOliBy5Jo9+hLMGG5KkuA5gGAF0VBA44QRk15nQ5hQ rbA8XfMTtyLVAusvgTC+gzv1Y4932EV84DjA8bv/duLiUAYKDleMGgNaD/zVhGGPg5jDMpsWVQbp xHkDEzv8MjWzTih3GHnayd5bO+GlRjlSOK0LbWBcjJMvdLqAtNI0Mv3Fl+K4Lm2UzUzUJRdsxV6e koakWnPiazfRteQIijSU66ktk3RGQEn63PWVidIeRwY+4cessVY/Rk4zzHuoiw4MSTvm+rjsZlpM 44yRXtWDjlLYZgzY3tq5InZ0gOnTuGo6frWHiWIY1UNo3rTdH7dbZzrDyJuZHq2o3m2Gs816prvn 9Nvg/JDHcys7w0Oj9F/umYjV43TS1dLSqdipYYtft6H72bMPymNQyuMoPDA1/4CXSYV/sBkipbAB 6M3wn16NAU3uBCG4mYCIuGeL2h96dCXq/PbisMkFsHaHBdbcbzUkMY7LOh5osWb3Vera35otgZTB 5nkofUo60EOJVnXB+dP/UG7mkQH4incxn+KGzlsN6nJ0dCmj7WSZajk6cEj7RtC8lwN07MJePDdC jTXQjF7IOKl0duIIhUlCwZ191JCH47PequsdrSKsV9VWCVEXlR0exJlu9W/BVgddWIAMS+uMBpDO 7bgruvDdElKkDizcQgQd5lTw4CwgiH8M8aW90lmf2zpR6AyU4bIshmI6ly2w09mMP/ELoSGzQg5N sOk3uYD5DWj6tn58RPzYg5HodeLjd//h0N0RVWjGZ3a6w1nKl4lSZPrdQZ1fGXLxUk/0OyplXjZ3 /OELneo55tZWGofobQ72eBKB+hIRdaHSTZzSJ9fEZ4/u9CoLYvIFH3S5kIPTYiFKngqJo3zu10fU Bk18nEMGToJdUa5FLHbbjuW4bNu3rVJoUShSXJ0tozPAoCgC0CAWy8NLPXZvoVnXQ/6obm1vGYwN QQzIVGBuwjUuotvZ0fbZRQDiomqQJQpNYfsvolBnWFzWO6yMaig1cXB0G7q4VWRXzm8/ESdIe4sY SmgATGFacDDFSH4oWZNQwGnkZS6FdAktVBaCEb0lruypRFisIHUJrK8MUr4GWq4S07B+gvBIGAXV xZcaGos0nkIIn+7r3uBzAYS4QekU4grhZXphMK6T65ittFJaZRQj+FmqBet2IuOz4BsRiiW5t+An MEOKF+RemKQ3Qat3aSGrHFhEx8cc8BB0+uUig9fVu+zb9bb7Qh2s90lBm/3bBEKlmhgEI9uORVh2 XvwBEDwasvfWBY/giTSZfhOrlRUvcn8+MViBJon2fETPIOQbC7w5vIVhnbUQysWxUrpRBqIuuhhe NqSAA6Ft8WVYqG9HmQ4UReXvw7alpTQX3FUwR56khXZlgQHhZTRBBmg3ZfhtBL73ne0HTDe+LMcu hzK1SGanXHZGukv7SxJVXwty2WZhCa567YwUSQzJHNNhYV7BRupe3KGLhbpKUZUqxGLESj1FeS4T 6PCVdhX6tZFZwezFOAZ5rFibIVF72+9oY6XiZi4sc2K2sp0C3jZuCpA7EHYyzXItMVv9fh0EOQ3E H0pUOE8MbWiE62n02tjiQLqTycvKJfp060N7bBpI9r5Jw42S9uI8SOISSPICCQnAPJ90KIDC69IA TglPCyQHCEOJXEUKlCGwLHsImKn7N6SIvjVsJveubYXqK4qnUBo6RAJSgHTHOQ5A5BH0xU2E4V98 /OgoaiW4ndA1MQsFWXemNuwa2HXNSIHAjQ/aCuehWoHqQO6wCkA0LOuiMQM4pz4Tb18s3eHZELjL RacM2PNJfwltGZyOAZDVfiuW9p5AuNflRZcLNdgAuDdfnGHXejoDphotENsBGgYA6+tu4ezPawRf 34DzgdjaXGjJMCQcRAaf/oZLQwdfrp81kagaHBL99+Ok98L1zfVAoO+/17+XB84kP5kzY2j0izLT 6KfwK23te7iHTCg2kVkynfYhk5/18xXhOyln5ZrlTR2OGi6XAxBm9FMGCHAdwsF6VCYdfXz4eOj0 UDDtsIkS+0oGQU2QkX2X9ZiDZWcaTn9zg6DshzvuhBfwggOX5XPJk05lKVmvLZLq5t7EXKl03qnA 3YZF/8VzxVzo18NLoEX0zETSL7Bi0mljMbNGu9Q6rjSUB4XKOfNq6K/N+3xVbqwDpuzVU2NeT0Av fRKYjmFs5AM0nc4jl+vp3DCAy3ZsYcYqcWN5vFX2C5TLkVscg4mfSpRRh1miTbcz2kJgm+gwpRLG NjC32t4FLQiuqjCP1L5299ZrSSUF7e/+r7iCh8FT37LjVy/vk4xzQYTk+RrzqDnkQNiCUz+uEZkt 34zq1ZscyeTHKXE+XAzlJ2Buka/rYJEryrCXnNphjibwH7xisIJcmrCs0kbAvxirZ0A4KfsApgkM cTHiLJQtUa8plbVFT32P+a4eipdHVGJqtvloK6NMaQnJisdsBifPpgSgUBNL45+IboWc9gV/nWLg pfUWqBd6YLuGD2R3/+xEQ90y55ssiIUuYWjROjaWn67sU3BHoRY9UBSyFGuIfGJZcTj14qBK/52P QGaSiITDlMLSNj4BpEeBcun+FGOWrSRjorWoopOE3BZkEVgkmWrTI+Yuaovw/jVxjr2KZlmhbST2 tRpCEpuYwkbU5sGoJXd1SxPb8+KBQ3L2cDkBFn6VWfD15d2sgAb1LU1ASldTiPpFp/c2jH5LV4S5 e92GNdRXzYkMGlompZFihCmgJjMoI0FqLEQn5bdX0D9aznPIvwGtw2bTc5RL+qk3Hma7Gbdbsh4X ihqzVsEvDcFfn5tdnC/mL2pwM3PmqjxjWg8/PGUHbDFDt4FbWrXYOLNKKxKMsh9x3q0xVmqlD7k1 UptDNZTukJ4ArxrmaZWLCcw0xnZLz2YK6SFabhmmRYepD43COnIqr1k1r2DSADE85EQgzlqtq3n7 w9RC82RhtmYJgZheIgr3E/eKqVtA2c9EjTd0cM/PVqtWglneJCfwGyySSPWCK+QuvpDv4ifmJWVy YqJoUqT10nPxKEpX0EXPBQGtjmKkkfhgvFBKgsP6wl1elW7TAHaRhmw5VuSHRBOXCv2F8elqGU2t wstTjB62XGuFErryMv6oZEo4gjTfyaRKMK29fMpXqXAmHeJJIGSdxq7CrLnjEpniFPPj4RqmjDGe pqphU0W/2EtMGO7TrJWqMULWRLVr0IXJ1iJuoc7cCJYlRPylXr7BT7Gh7Cmxk87cbP7DVKKyELme WEkN/BBPcC33nlIFcWKNtSxNSyIBPq4hUF9VVpW5C24JGl1lV3TZE7Bcw0pVW4Fyi0ylCzPbcrRg tJaKYE63SZj9kwIxy0wbKLb7sdeyyCPtw4bUNUgEBjLpxe7wNDn1nvtnFKrMiKt4r4o1ea3RRljl sfLuHwq33ay6m2JbtVS4vM8Srausry6az2+qLrsxwZ5sQ9Jjs9DtLIU2l0FXuUlrV9pn8akLmu0+ YVKEmkZDE/CKWkZHSb85cpdqBfvdwmhijyWinLIxMWT6XyIkHbLHTbdzDJk8jgxBcfHiWuvnZyrd Rx4IKG0M4CLKt8REHsjlyHjHds/eceAR+wwkf+ojEkkl3QdSS13TkzIGXyZDI8cVzIlvCsJXmt5+ yd3ScxCCmw0yMKDXyQFScO0w2NZet2S/N5arA248CQGikNyL2/GHsTjagKS0m3iYIp/jxjYXeyGk US2jkmazVJBpKDrQupgq9cR/rOYg4ipDYJuJ2wIMMteJSeTcIpJfBpIKzTqtN9YFUvRDbflDAELE vJWsd1tlp9SpAssVXqLnuf4tmsZYNZZgyEAd2ISv0rdUt6mNaqIgm7TBijg4dcfIjm+Ot8JAUKv8 MeTNYoFdwaoFQkAtPgzJjEO4iKTo3DJJmcwwLAVtrnnLvF2SolawJHxLUy0F90kPPmP1lAQOFcaL Pe6q/4OJEG6rQoNSWoAZa8TReNazaXimFlpVfqIM1iWdll3734AfVaz6UYeIqdjEgVo9V+Tqr9Lu sOHetFtRbmWiXljWLHphMB/WwIQ0Z17v5DCXQTxYBd/t20pxDQ+KalGxy2JXpnv3KxkxvnI+nojU aONcqXWnVIio3h4cmtATMGyY/0j/rMInr8pVY3YSx+327spR2XZ7HPdrJ8b1tuy0m9qk2GnnALJ0 u2yU/6QkBEQvaUkunW3leYS14CtM9xxWymAtRmAh1tRCmDjD4c7JGcSYDQVKpioYTe8Z3Iq4wWiI xEpmy1WYADCShAo2XGVz4TI2uvUe4Fp6bhnwcKOkGxbiMws+lJ9e5U/tj8jgD9NF8bxQiW50Pafg ZzaKIrzloNDVzktHtwUQmMV1X1DeGOPVnxhPzbkX6Glfw199kk/u7g4pQvWAmPbkX6X/jRlXUi3A ImHljLuVFuMDPeItE5Rh6LyRPfExe6kSHkt73oCQDQL5bxPhEqhn7w81b5X8AY7AR1f2VxE4A7JC RFsUfc4cckE9OTB25idIHOswDscOguhYWkYKfTgz6OUCMQ/DMOH38Gmqu0cg0pSUakYdpImZOm53 6Sg35zYEC3NNva+ZDoCTyVpYtNSiynfuZVDeaWLunokgRp8ml8rLff9fBed8C1PypEw/sXdOMZtC F1rTH5EwnnByKWgPMXU9xsJD9waRfCaHHEvzBiw/I+QEEw029gwFtvjzzLC7M7KApLVwX4cfXbnd IFWLVMtjBbXK756s8vUHq8Ul4/s9LzRV2UZpVZyqNRVgjGDqlQFyHPlDZtwRSXAtqtFMZEUgsZXD 53BTwjaqIqaeg5MOiQgVR0mNuVkSp+umVPEtsneRLS84i/AyDztaNlJa47naI9SXD/GlbXZcgIyx TYavpLUNXeEZkHN2VDoN/Ok0VY5wZN7ifB8LzNhXtR8riQFGVmkCMay+utS5YK/kU/OWDldLcEI+ g4DME4Yj47QEv2gbaBSvcnOV55oFgDCreqvKvV0JVzpaxIToddr83kvJVruF1ME5MtkKuJT0PL7r 2heWC6b0f8U4EOZwIWBvB79yfQWrKmkAOAJLuEqVeyuTQUJ1vG6HWDmlPupbAFLVrJg5BBhw1ovs AmMVeAOIoDbqeMJVlALhigogz9FflCKZM+LUsiphqjDH8Xc1ppVzqTmFJoVUVd/Yg+8ANlSEAStg xpwQL7Vk1Zg1sirxMxDDh09wOahFRLolyqv96dVXgLvqrTyGD0aLLqAVkArqsYIrOJ5x9S6AXD0b BPYGDziOwNWuKyECXoUWVbMV/ocdCrFM/n59UZcr5Vcfi0TAuUsIt9YK0G7Je/0G1GetQSiE0DQA IpCVKs3qIxW9Vp/m8lVqpT3VTQbjAWXIJTC7orULKKDbvcYrnJkyUrZY6S+MPwQnziuPvEyCVbX5 JOFiWrRhV6ikPxXtm1bJOMqpXtVs4YPEjVU4DOWDMIDz0hKQJmUCc4HUIKOrdcUuY/pZfTyKLTo8 EzBO7BWIBpyqpzMhGZm3RwDiUjP6BP2lCQ1hGQoIpb1kXhlOKWxHDyDHpvBx1RI9xoFAaQqY1EZH O0k1HKCzALR3TGJkStK4WK9Wz3joBIv55eUpCVp90EQYvaX52k5sSwoVF3gXYZMy+bAhkPtKzpaC 4eTagbBrFL5cj9Yl5qQ5FmJWlNhbwUNms2pTZbgK5dDhAhUdbIR6EAC+EtYQQgAbVnRYAv104Wp2 Ybx0j0iyvlTVoUsQr/XxBp5BsB468+69mX2tLwW4krgr+8OtKubcrGaSNDuXYYqEqtgZQmzqDEO9 c+WO2NGb+HTsBeT6BHH0+qa4+v1FXTS4WT/mEOMLyFtTDtffqpy0jiyJUVQzySz0Wg4f9t+MqmFZ 8vX8hAZWf+1ZAn9VVysXpNCqLXmKFXOy0UqEV8xdS2JNj28W/sUJaN+rUlrp5tvXd0TWNBhqvaa+ OglfPtVqXj6g07e36/9O/7MEnYcN8NdwblQNXu/fW0XgF/XMn7fr+fu9cmmsuHn/oGLsipyrWNbt GGStfBypWhZfT4q0b1ey+/hQRv6lWlylNChcTXPsgIqjCquMDBTv//o0KzH/qwb91a96F7dAlnwO 09Z82JiAdr6FBPJwFYQan7ZgIzZ1dJa/IqvZb14CL3lLH6q+DnZHnwvwOA/HQZy/L5q1AMuB9srV cSytw/maVCtA9SUH+6zaNkQdbI8c2uPbhnkD5pvcYZPTBzchLMOjWNfX1xsq3siKAudRnUpMi1kE /JM2UbDzVX+SPIr5qXdDGcK7XFMqLoHrUYv+pBTdfw3nV365t0myQcclHh/JP56e8YX6a9ad5Vgz 8DkHiFba7L/WFl2eAlgVq9kydPb+hoDeX9nRGnalfCHwvj3XTd1gbYVIgfgE1Hv/qa+uPYJhl5tr 4zZxPQeSt7AszqZHGwi+nS5+Ouawgu4gzMqY7ChmFwewFtf0D45Eewc4YcUdIbZANDDTj7d7lpSd 5N8YYNadbb87zqjKHRv6ug27i8QpKMZ0QDG4NsS+PY/3zGnwem5CPn/gFt/jZxPnLvLHFdS6rHX7 QnG+c0h/LM65pyim44mHs4U4uq001/kgf2wLMYuC5xQxALx+EaFD8IpuqaGJm9VMPryJxfSzyg97 yIsvFiaJUzRZGrAWQCSfCmUQE4rnIKUlrkKpetGXwgirismE2TCHwYpyf1GTgE4UKX4r03FHaa3o XNLlZnnuypl0pIQiDYASFRutGn7oiFmL1oP6hE57o4Tb7TACSMsor5d7iN3QJMkGi8XplgMNGxog 4YOXILhsTMoidRQXdxYj0BJQui2U1GBhCHw+4sIdfQo+ldlbHDr03lwHPt8HjhstGLP+Fh0Eyt06 BjUerdQNTJ4lGg/K8KdnkPx5hxTYjkow3Qozkdn52C9v5UrqZCCcBAPtQ5uPI0KW4pLSUkgFwkXI Kn/9ay1+F0vDzOW8AlpzS1HkCy4uT6top2UF8Cw5bWbjhSeZBBrb8szvLMMDGuTaOsgxDIis9aWB PSFyyBQ0PsAw6M7vWGwTB6t2frHsSuKaHMJ4uwGj8TSWBlxI0uOLhDJEBR6orgN/ic/JF3QZWAU+ IWwRf3f4Bl4H/Usuchkf0pYdPOnFHbRYZXVTyaALDrCuWg2iWdTRMVlK08Ew9hIf44JRHlhc51vG drCV7tB5eYippRsdRRHNarRWLdAAuOgIvlWTZifjvSg2c0hh8SHt2fET8VFptDNTYnBl3K46sQOj +qqphvW5yx30uFv2S0kIuVVCDRS30N84gKdBvOXpQYXl7NTRv+SSdSyRRUAHJSmoZFA9q4vlvp1c uB06OsRgCV5oWFBteR3MM4wOgoJBsjnZquvDK7StrpbHV6fV7ng2+bEWprQpJKZkNeUoWyfQskV/ 2R04iNW5j38IzgmzIfo6hfo16IadgVuADNTCV3s8Gdc7K/Bp+et4Lr1lm1JITzHLBqW+LSk9rfaI XTiYQIzktjsRwHDCV1xmSVOoAFGDoNwFrKSn74E4IWbd2L0ozsTknT2pHQSheQKaW4slB/4B3iND kou4yQeSZapqtgIDB3auuYHEupHrnhBK1Kz3z55tNzpS8RoQKnVOLokAIoGMx4cf2Cfr9gB7SbQh 6n5gDon4kXSTsjI1FhTNXi+FUWAycxD63ntnaFMShdWX7Cf4lklJCJTbkoMbEWZHal1ARbIyGEAZ uXX7YvJMd3pEK4gsRx5awD3CUdw3YJMUSTbUs6f+eWmOw/PljQHNiRtUoDWmP941Zw1Y5x/1ZpYL KVCABrUISCH9WASosf4S+WrkIvDHIakfmgC448AbaA8B+ra1GBBKk//oF+qo1QlRt3YtCOi1FTd1 D57nw9IL1hiTLIbuhe8cTXqNnkLzmKk3/MNv8A8X+sOBkRTKc24AE4qa0lsg31stWU1vE4vbQCOV w9UBAiNAHwwA86kBnay5Si8udDvSezDfBXQiQyMLAm+v5AHorhup1+FLGUy6E+zWWtlJB1ihkq7v /bacW9Dx3BvMUwbRjRmTHQft8/E9ps8/JkL+gkBJeFsJTgXP9HsKaiPBeWbYmYsVAb98lYFUjNuW kga5rC2nkzWlkqzbZywlX4bvTIa/IVQ9H5h6WCylc0uduEzdsUWoThat4CE9YTRE4tZdmG4gwzLi VSqsrYCRU2XMR011wL0vzpcUx+dhyGldSqhbBUoMZlDTzD1Qtt9ITQ8Rk0iZZz4+F22FwXe2FVen 3gQVbT4AOoVSuzIcq+iileZ3GYhNYhtLe4EzagfDsd3e0WbAETdNoZONAqRjS+fBxQo5Br/4tacb yHPO2S/u6bzR7YYpjCFDRwatLnZlgD521uITA6QOx24I4ku/EP8EUjSySbAS9VsOGdKKWOk7K60N g748yI/NiEFx0LHVR3Nhh7O8/pehtzX50TrgcDJvOmCrSbnaKaMNuimQ62c7pNsQMOfvlqwm/5kU FJgSMaDVvGmj66xLWTW1wgseZZaCELO2fH6rlUJ8V6Q7CD7nkUF42shAriA6TMVwgvNPWywhdQ2e b5ujb+SUQM3b7lz5Z8I2S3zkw4SU2IK7v1+Us8ZhzCE6FS/Bp5FDA9r6BDauNM4Yll2m3yjBFNcT emP7hz+AfiAiX6QUpCYzqd7dn7d2yZTENlVkWbTmlI0jcQ6S2UY/m8pdso5i2XYqjNUVJVfFHHCM 7ELzGYK9339pFjZnimj2bfEANqh5xpmk3LmBlaDDkPc/X2oGkqMrLGnPsSvw4u7pTI7f3OmJ35os Q+TxlUy3NYm50v0m1ravivjIw+2MpI3B57Gu4LNVM0w7iRs2O1qEr72vvIaGyGGz7ZaZKxKCgl1v Q7cE3iNvTLmFIt4IjNms/eeeAuCh7VxHqb/TCD+bIdTaX8t1KFDtNLdBoHTCAVWLqYuK01WLIq0m Z80UjicHmE+tCVP9DKZjo1NRtk1AMpz6LKu7KNopmC+0yIpxAFrrq0Iq6VzhYN9WflT4a0zfAqDw BxJVp9k9CtIVLCjDkRiRXH/5gnSGh9ohcGVC4VdlGEHWocfyVC7G1+bTI7cdWAIJsh1WLF2FwnVz rzao4LYfzEIH1NioNVVvgTAP+AR3S5kBWtCjAySXUno6/6EEtomGeJVWK4OrElLtivgZ0BCCh0tI qVS4JghltjC3HjPLE8L8YAUAYRkxEBUoaNJyU9UaEAHZr4xWFmtk40s/S4AHoFWEDAoAShx/fQhL 8CSp5/arfA4z0ZdgEFmNEaBPoRWRHNYi0ZaKe6YzTAOcAEeUHVQoWI58elQlJH8X5yvNBeGWwGMC Nl1BAxJ8BIcVhPxK8zEVfm4tJoDZAiLAFK3INSozlc/VKaXr4bbh5wiFg5UjSvGCw4GDtV0obUSP pXvYDqBaLg4qC/rzmSTdb5gGOggvwauB4YCOgZi9CsrPS25K1cGfeqFUXwFUlyME6yTM2mukJ9Zr 3tDlmhIbHIGhCmSHJh/gMBIhGSAFlFQCB6Y1zp6T7W1rZsZAyAXu9V2QKW5DEmgmZLzfK7yBjMbX RrmDhCDSXvPew5U+ic9IsLOF5Aah1pDW0qTsNER1bpOXbqkTq1u6DFq5HDE5bYmF4aqU1eGNoWxO badhyrXobV5q9boKdmx0Ib5khkY2A9AosqiTAnVlV5aU6aCGLNJIxnH6g9/yeVdrF8CfmRxJ1bhV fq8ivkGBP3qzc7C4lI4nk8YxROR7dRGZYqvM0P89jLMiTRoIWDsp4/l4oLEUnmEobIwnqIIz19NY cf3z8yd0rIEC/YLxqzNXbGtqSpcegikZpt8hB6yKOgHqqZVDlXrh+ncyYqmJ1VV4RBaURrOEfYQ9 tGJchWLyH6kNOVNJK9rJkefemZL7KkLOaE2AmuqrspKhyh4MNNN8EwhqpcjJkX56sBEuCFStDQ7D rlyaFZEBYItNUiRIpMHP50fWzY4SYwiWJ9AhcOYCTZvL8+XDTDGL4CYBi61BwEqgyZ0n6BOYljlg 3mFjFmntPbcYCPvsRIa6B1oGrgOjPbcOy0qHRxLMGeYeRGiZoDuHfHu+O/aiKgSbQDoR8Dh8MJnm 1GFtjjLAm59WVKkz8+9MCvKfCQTBKo0mUWxDG+Uw6bULYLa9wi9k2CMROEJ42O3kCMbLGmGy+QNd BTgFK9OzA0B98v688y3gWk8PK/3UAAUoTVuunXBBffkWPyi+RlUAu6mdrqVNHJJJcRBEjCORcwGy mk4XFP8lENMh1OERaVRYzh3ke60eKznDOrRMdlbRWRpsV5dpCPPVKSDNW4k75JSKahLQCZpO3TkG kqxXzOUR8ejmREKszbrTBG2oL+DEGrwQk6OBNhP80CMLCSzXtuDpEe5lu8tD3QTodK4+rC/QMnfa QQzyOt1kfu4VfmcjDNCkPRaSD7GnMLVMk8ZQPk2w+cj6/jRiB0AO3RDTaQ1TWG8DC3qkvcZgFx6Q sYPPpXSMZejQ38ys/V3RaSaFnjQtr40XtpgH/6/b+kwvQuDjHW8Jk1k3n5159ogHgu97ViVEl1He vV5ziX70r0JZAFcOkEuDNVmoBuMUhUOzz4ifWwSvD2PiGnbWFqeCzbNuB4XtRa7Chg4Qg8nFviBT D/LkTEmKkvpw7/jgpnnPPhHGgMXw33QU21g4mGOW9XQcbhSzCS+kFeHaT88dClYzP2DZ3byle0wM grZYaG2sqKTW2jupCOHnVJCB3ajBW7uDbcL2ZSg/A9uAZl1kRs8ehpv1VA4k1r22eIeWshHjgq0c cBi5tyhyy7yBvUwyhVDEHXpiS2pynCV720khkFhLLEYQq6zMAlTcPTkd2B7R7+0g+Um+gHhJPN2i dog2kfhhXMgjoqkQZBt9WxaUm4iD8Vs3QJ9fdx+lMoJP86sBjik+s5IJFsPbB+1BFDRckSD8nBYn VquXaKXslYK36fQojX3KIp/OkusYYOZBjm3a/cwa83dFd+mIeasuwKUCvPZvl0dM2Wo4dtwKbbZB O4SoPsJGHZm9xHhQgMhUUqy3VbXTpuiVNIayt9Ma+iCLVDOfcEutTSPzrHlFWYbfgpnAuTLffrU6 Ypcel2CWV4gqhcIIsxfLKtTBvrz+srnIN+z8XdbZBMLKhLOrKmfd5uWPKi2BEtawVCg29EbyMgiB c69NFEvjg9HLwmSmoIoe95NNS3c8vlEuCLSt3LtcBLelAPKe8uKsRvYo8TmQW4lFmY28R95ihXLU Sqmr2QnVOX4jU1OUiaIfK0IaQ4Faidv1WCZEs1spKIMEzReGJJ0u3QcEKsmDxYjd1wYZiErm7oL/ DJmDGSGqPNGKKsExQRlgHyGvgrcgHyRGZZBKsVYJSxADwuDIJgwn9Il8xEjyGVhf9XmwHdd7eRtk zTLwDQBneLw32AiWMUml/GxuPphkg23q8yBbJFFZm2wU1NaCENIaTSVFxyWJoqdv5YaxN9pRWJ6L cKws6/6HEoRIATifTvA3JtDUq8KVqkOgLMByPQts0CEVYFGgRGmj9A0VPoUel+uHQ6I1FdwZhDrr MCdCN2OZrIws+mmsFsryP8uRvHV2U9UQBTnyNIGBI6pCzbjsri4IrBC/iiIRrk7rLTArHlgx1mUI ZXAvb6APOuxz0qHLbCPYhboRdJgPup1fBDKwR/PTZ/OEOr4kZDJjUMzHuUz5Z0mof+Mb34Ym9/7K 3EV3CXV9re0y1JKDChsyXpXA5JuxZ+U7TZMnIqBclOtycEVX+JlOMUzv7jILrtidnAQ1dNsIBOjB F1iy4wzBvx3EQBSjKfCy8ThtNVaslc6laZnwXiqkUtxGg33EasuhduMS1CK/gZ/Nd/Ctt+FY9aQT OBOmkRKZgOeUBuccGIIHjZKvQ4QYH7yC1SFUVIAF0ccODswZw1bruCuCTSsLN+gvZOra0lkefYUe oI3TOPjcBSws1CVHkzeymwSccibpB6PGYevqQRjLEWvMB+GDRaX5PG3nIPAED2YwFVbrWSe4OGq1 9w+SSHAZbtqbjEEU6UUFxMZgXQechOGoskRUdXW4WsYUZxIl1bRoD/eApqjrnna29GTqPw8vHjA3 ZAbLgfv2+S00nlNQSOuAFRzp24SVzSTLRjY8pnDvqOMreX7HcFS4WeyQQWRO3FyMad0ek6hHo+zZ 5KFW/D6xfoSk2NhCM3qg22ApKj0eVo3txIu/WBaIykrEOmDYSTyDxCrgS4LAa+GTUSlDnG9OozkO wLcw45zoNJ+vDlCt9M7sOa+sjOOiPDYBG0Eu2+JrYkMkzKEPjtOKKuqVfMYRCtZ+V+tZTCN6v5qQ c2CNaXq+N2+WiR0/+oYu5WX7Dy2lBVlk2w4992nYMldUm120p1vptgu4rRDgNHOeIUsBWvpXcnwc SdB13EJnPuxwyq7JtxuZ+nRIY6NxUgZb8wfzc/cojVHTLF5lStrhR26f2tQB3Jfu5zTwhp6kaVyx zdDU1FXgAV9jFMypswlTwsXcHq5nrfneltyuieWAOAB+JzQGZxEqokmHKpqMlTJqk0zZaVEWQ625 fp91RsNB9d6B3HbrQpFzGc4s1+0SAyI3quIsb9kFDd6XAaph91xT6Gvn73vXhpJkjgV5nRxSuWID W8Z2Ng62u1pIamBAb23sAtW2cSVnBgL1g0MWC2bfbUDbivHZtJ3GgA07m7Bkx5RxgTCpcycofmqT 9wlh+7TGMklboJtmJb/eK4HVlogfbvJmTqTw9T12mvcISc4s22GIO9DeBT2c2E5vvuy0c5+OZruQ ltiUDm/s95xn0ZofrdDndkp+s80lt1s80QM4TgQBt4LTNlNOgwmM5busyPzfhpApCb941I6CJhaE 9QwA50l9GAoVTefsfeUxFj9t7HzWunDF8g5iHEfQa0T/sr/QBwspZsuDzWvR8PECbyxvVR82KC7O o6A5upybyI99slD8cEkvvIt7PCJC/RJ/CK2FO9lNqm3IqU065/McaRQKRPbpeNqJlRCrgCITMHVr Eq/G4uPANJ/Zg2lUCzsZAYGbFJqUtnOPVGmnVCqxhycbDUPmr6yU9BzQckabyA8IKfghUUbyu/Aw nuBV6tTgLBl/2wZERo315+VXvloZ/nQxK8w6uphM+WoDdaU1tmfkOehjBu+P9bPFFkjr2mddwh4J B9megGxHRXbPIkHVMckPdCSSTR35/h4j7kRInEyPOS3twZNpC7UaosvR+6RZjdOxI8NEB92mbNal oTtKo7MKHuon/MkvWQtGtij87wzMvPSc5hfue7bCDj0rWvTfA0dVF7Q7Y68tEtQ/h2obunt+p5xk B/cY84UmZQ0SrAjMudp9vN3N530Vqt/WVOVqO5T0sz2HlXji1wWRanaxgNywUMO6mtrdfvKyvzZc o4pyuCTTUgdJGiUscssYmSjDR2ezsVBKVrjTgYFu4cV4es24klOK3QaReEmNK4hyjQGocrmfTJBG h4hIfKwFr2SOFMOIHYUhP7xKZi2jVIMt95TZF9+4FmmMxibdnERUnggSEYVWJev5923Q7QsN6EJb oC04O0X3/hdlkmH3Sr/xS4aIHFdk+/6aoFwtczSPLE0IKj9mv72y1Fp0oKDX5yKxGIrn5Ojfslyx JaZLOIXEjUQsgPEEYzrrqMEZrBwBmNBQvS1LWiz7rHbdlxL5MChhf/k2V3H0Yn87OzSJFNA9zET2 vyJCOBHQLDCiherzDHdFM5C9Mw9xd/CDSkRDWwkKgF0dpsj9z9QyBBKJ7gVLgunlTQKuSvmQXNpO IUjKlZ3s5IkoM0jno4fzBS0NKkF2fdk65SyhN7o5OgWBX6ILGgXtDA0yx8Tc5B2mAKZ88np1NAAB AC9ZLMl2FkAmVYKnRUaAefoeEBr6hcSgJkhLmHYlhKiA7ZCoNe91e2gIc7UC8G/oGsDMaUgwI1io lwOCpyGd5ACCDsxVWNtAqwMFodyqpVSrqUqrs5SOIZ4vIC9YYscQ4LsQIxBlFbpwOUc8upGaEZSq RQcM0wQBpeaHRTZIgHgHRtWuKjO1dN0swh79DJBRDIxShaB0GxIZLqvks0tf1QcH6D5psKGe9vWz KlBXDiAF4zjN8iZB1GugqvzYXLBfK1pVqUwKhvlZ93s1uVBZhIBWYdhg2A6IquZVHIuSKKvk+PNJ MW4Ltbq67zqpSZtaTm82BKGuDW2sDroGhr/f9JilNkBjYCwoHtJKiV9PPvSrjh0r8IZOg8Q7k4LN MoIQY3wCMnuiYQ8mWLUOq9NSxF2/9M2GKasr1rfD7G9KnbFLo5AOQi4fSr4xRvNZbbc9tuAC51iK zP2Ac9pyV7sevAyofIrVVVHXQEVFNhFAoZUo+0O+8UH9M1FpteJnLVn8BPBDclB1+FqPSviAV7s6 BAReM74wX8LCdmx2FYxL5S5BK2l2HqeGm3A6jrCqr3BkbCRarycGnznjU1fvklZX2xOW86oQ3fRK l4OAyTIWJWQ30YhnK61auENIusT/OJmgkToPu0DyQhMfyJVFgKKR5E4qFcRLIuZmUFIjBo+qZlAs TW8V6E6T6tkCjawwF0QHuK/juAUoJX92aID7pAynVx7cwylshk565iUzf3wwJn8DlUYgnDiaca1j FB6enEgBxcGvHBLvwKbzA4zRZPea4vZoSiduPVOfa6n8GJzMU+RBw7o7o3Tr/IMcnkvM1Vkj0WBe nmR+TSsSF9sdXG/ZDAbnYcKzQRr37vwZ04JD8QWLnIx09tZRHX9YsxVtCl6ugagcJiAhWh3a5QCj X8cVQLQnrzqwJl0orn/n2FFTJ6jUx6YxmZs3wNV/nJY6rXBFJmUcALv/Eqmdjs+lAxukmDBTJam8 zWbU6b3DWgeuL4rRHWR0LIU8MgOnwsAdflxyyInBcZ4douvB5gYmz6yvc8SagXZ4HOLrVvzh7y2E tPrEinb6xgwU5GMbz9SBBXHkIn3ETDoOiypj8A/ZxV5vWmdj1/Csnd9QZMOyNMc0jJ3VUXK8r2kP X1c/59yz06YZYE6YhqKbkVFLvzM5U7Mwb3+INfYUDiQ/0+T96bCq6z/25BbAPBfX0Q+rsrMzgbyb RXlzq/G2Mh7EGK3O9dbEfu3xhEKrsbjRqsz3XJJjO2ccyCM8Dzj4Q63acd2OUzbXi52h//nEv0Sc LRRUiKGKj9r5YdeuZgQLXWxzYmMWIb6IgcW6NK+tN5CJXLqsuKUIIWRbpFH4aij7Mo2yWMGb3Xqv kDD+9uv6yRRh7lfRTgFMm2JRBXsCcQTTcRG9/dnwYicHBz1kIGaTypciBVsV3gWiIECe4HJ9sShq wXRRUxG1bEuAVJxkZdESplE50+IxoV6Rtui1CE1oKncT+wpnYU0FhOV6zNRODk0wS3BVKx6k5FZJ RDUxroh7ZdODFgXEErRTj8ECVV6rU9Z9RWQqFRM3osqSQxjkWXJbSXfZUnmJfj6ymZB2M5dRySJl ZUce3f1HimcmLJJuBgu0UKstmy4PkVmbpjKf0hbcD+4V6g61wGkE60umAjOExe2uHxfUmqFNY8An D5UXRiNVBtYQlf5IMf5lvgXO7uh1c0aRaMdiF5f7e+wYGqGGqBpYiVFfm6LXXhcAi43h8yXasGZJ RFlEuXnpaMVNpNn5Xam7GByfEwzOSYBkTVRhDA6TQuFGkGjhPBHzgcWNgSF6lVMYvEihzMAYqWdR oYIIzCo7JbB0Xn5HpBxMKtDj/84ly6/DQFwnhrNWc1OBdL0tyaFYEbPfGTbqJIwILaiGqvGjIWlo IPpVPHhizgAUriDcPzSZOYgiq//p2YcdBto1UGc+x1HHwsPOMweTNwL9Wrblv7S0FGaWyMZK1Z2x LpXhHNpNfVJSaYfCCpnhquVxJuig4oRG7sEHSaCxO9ApLbQe2gWXCXwLGGAR0hzxj1HdENeG3vi2 rLdUMV0ltFeIK+XkJ0wLA4M6qD6lQpkVTgYwyueTBXiwmj2wDtspcyZGM9IM3DCy7q9MnAoYbzpD YxNa8jEuBQ8QqABtnKlNQ0ZFxXNBXnKKUuPunwplCaJpQlEyq5WGWomL0eNNd2X0XV27krSRXUrR +9zy2STYMwjI29VwJJVjqmXUQAJqR9/7LT1XbLc2A/0S+kWtXRp02B8InnQ7gAPHq3mnOJa07NwJ ReMG4im1a+EgO6c8jL/yz4rbewsbgAE43evVBn9AmarOO+ilrlzCDNnSWPHTT4pgfGPzHrFuhPiP KsVoy7zjA+sl6+racVCdpGnM+6Ie/8AhcQc/snFXr/8FVFC1J3wrt8b6spRfQ+iJkXPlmjqEwkSu DHRTKyeYm/VmNhVgwosBniEamJomVIofSmY0HX1JOH3Lxoch7QkInKsmFliRj2VSv7M7a0jipoNl cDKcGhzD4nQbw64O33nnFc2mjMH1YdEWi0u5jrTIvT4UL6UWFsNjB1NQWbDL4XE76EQMv03zmSBf Szlzub8EgXGACwrwCbJwDdzYBdSEyaAcYMle8Eh+GuiRlpkSZ4ObuhJDaDlLMFAs5RzdGyqNDTlP q3Y/IvOSB3gV7wPt382LmIbpMB3Xjc3TINmxF2rbjuc5ozm7QiBuoB/W4QMz+D9j4JjwsF0ue0yv HXv1Ak6O0fCmdqefWmA6T0U5Wt/4vHIvJBouiIO02uKjv7X6wwdWGU6oCbl202Z3fcgDD4RvPk8G MIsAbfF0c3W5/+NMDcfIOvaspZZBCCDOECct5k5zMZlPhATZRJcPUyR+It1gwq0d1OPSTj2D14gp k7KiXmrahkU0lKoVtjfZSX3oruRmbJrWjk23cc5nXGW6bkS0UOScyRgVZ9zOyChPCGEuKIxY3S1y shNr2yEALzML5E5CzkMtwy3Tla4Ku7MF+8KSOn1e2W3HrzS8rbmW4ERKy9L2psqPIa4rsTUuZYIx wWbG7MKDNhzgK0/GkfO9fsRKHg9vKDxZiG/M1xFq/ixsNufhYISTDHNWI41TJ4XQ4gfbf6cG/JnJ OXGzqyKgPwkK8O4Dl+0ITPmxGdHDXSK4muOcEZon4wSfC+LXKCVtSZ9eq37mS5kaxrrVatqZqK4J LCcDwkJOgh6YLHfhS58zy5qiTGGolQPNSpCpg5MR0RNFLeoStVC9pO3HcOPOKVql27PlZMF/pgkm og3UR3xStEXN8w8CK7XW979qG9gmQqvufFKjm+rVW1WDrBDdt+jFqnSh/Zeam8zjpLidotOCrUKU xzzYYuBj+CpBdepEu1vfif7bWfCE7Kyl2Hj7u7jDFYaYOuZPaCB0rqc4eiE4luIKufRzoWk9sjrs 84XBXZbXdq3Pg51NpoFnZaX0IT/jIUdDiMDdIrG26Uhtc3XjfKwv1hERza4LXSwgpcLwsmUKZg1h nugmJTClvNDyfFLLOMgdQou+fOMSDpzZ043KoHJX1dMYZ4gpSAApPnehXKaCJ3PJUtwlS8bfDtx3 X1aAHboeBm8Kv9q6jIuuGi97Bll644dcV2kRDzRb4MbBqtIqnxnJBYCXSNVqtSBQ8uoPXVImWRYl CJQo5TlrMc1dm81eIyVs4IV8frUGGVY7E2o5RCbjRhTIYuVdcji6ddLCFPMNKqWMyKpY23D9EQM/ Pyo+dGkDXcCedkeYgFlK03FRepjvjzUiQ6GyxI6uu0MuaI0BF/YKuRJZ2EewvUUUyhI2s2DIqHEG gBkctR/FvIOr5Z4TKY7WTBaPbL7KpLFf8cMiYSsVozZRy0ZuxdjWL0vWOhIG4T3tFmOhMVCO2Qpk c9VMwrRNBKyqBgO13gZoCogEjFpyKQ+WJAeO1OMaXhcqC0Pt0W+ZNFQHNCynBgeACCCbUC5v6INM DjgFtCiqHN4FoJJBh5uZL0xIFq0iFDAuhfapuxXJG6vkGqalPLLcPoBMkRjOgyG9lSlIGmzx8PYH +8iWYThKwF88CEc60xkgtlWDDLRnAe1ScwiVAWF3hiljCQihmfBAah39xA40ABgGO6ttDugweFiR v+EFph/m1vyE45sA0DpJYFGwDSSO1sJFMRk/sGwYe4juDvjWYwAI32P9mIDVkLRQhCriQST4R9WG HED4BiA81ysjo5DYhGuDpwNYoCrjjzF8TQzUApajSi8MMxga5NErxV4+FXcGslhK9FZJG9IFSgks g1UAP73X7BMaBdrQUiPIFM4DmPIyQe/fHP7rzhj13rMYxApVgU4+QZ1IGWYJiKYFgJM6+hKwrIvE fVHNSbxXp9tLGpXyglNolEG8f1W3a+9lDUWCBmnMoKqYtNb6BoT74dWB+mPoQWHm88d3yLS1eyOh yaG66ns12MA3EGxIt1eraU0RwnTylkVvjQtQ+tSrQn+f+i1U3k8xAEpqaz1dgVFh1PrkhKLjM9jH sQo+BiJBbaFDIF9tLVQ+X2Hqn7WrUAv9WZcPPaWVPV/UQl9O3zftps0ZTfW6+AqK7i2K/1NiDe7q 1uvldHv/gjjXUcR7Fr91nSZ9fTsom3lqPBJqDSbrPW6o0FiE6tJb3+GNMwRNP2qT1HvcvgBqQdhd D6on/1jYy91cDJvvjwGILO4FPMeh0EL4mXFaWV8r3DZ9TUwe9bX4Ioj0YecMZvCwDMQXWIh7QGu3 kFKGgDP+aAuDBFyJS9BVZdiq3PVtuRI9OfcpWwkog/mD8l6BbwDtG3SbBrP78mw64PETNcoQwSA7 nktFNAtZC5mQ6HDUdJVS5Hf0GGFBw9NB+TmiTltSxvyU75BCyS/+RymdzvS0QioNOmAGvXVOWBz8 +fJ+bz9ipXNoWaS5amdUpavKeI13EM/W2SXtrbI7nwlVgMGCMlyriBoabHUsml0gtiMG77uEoFp1 1nPpJaosiFj70PaTkaIxUDTY1eztZoN8g3ZJJIfIIxqbuza/Czym0Dr8jJAqkimzBSM6H95m1qbT kw6cMarJ3k4BvURV48c82q7BSc3eny7gfd1UHGLytr1A2TkUoZAlvxT4yXJJkI2QO0rYiu0IsQSP jSykfToF87nLe1kzL5OPsp2OV3lkbNHMytccr02z6zADa2iUm8MNnSC0c6UqpIK9CN7n0ZPsHj89 kEKSezSg009uCNuqPLbfs+uwcQxBmhZS+VENtbAFc9r684051WjGKcyzDXV4h2kkYaU79cDGluES mwh6UpIgpTZMN8WWJsQoARVmkkz6w9E6GnWZr3LDooJQrbyNTyKvaEqQZtE1X3O1raxArlAnBfAE 3KII3jE6HasUZdBrDGk7r3ie+6dXQgbyFRF65qWVYYWYzR4FjaLcnuMrJDRdQUZF0gu8y9xFXiKb KsN8uEUB9HwiQWuFvgnXdZWMoRCwDhSlAsXt4pGiZbFegabcoFJK8YQ0YFDC4l+JUefmfWhSAyGm U5LeaNb4hbySadF8aDOyS8fkIu3ZrFUw5faCQHx5K6k5KSgF+0BCCkPDFgRBBeTo8jyotNgqC4xl DUy4tE+OKOcxtKvAPz6UcArXq2UStOPbMtpCU9FBhQhiiVKEEhkBebFXx8qUSnov63KZj8pNCq39 izUi9iLweg8XaAnAViCon/UBqxmGROQOJWJyGWGYFxWJ9xs7OUoYG0JGptwrVXGBXJc0pRnSIdwu wcQN15VZlLWVxwZLiswiVGANBe6yQmqcJcbyEKw2tcv0fsFYzJTCqYShC43x8FvYbt0GsTZiAT1J VQiU3FyBssCOLVu8fjy9jHdieiqE5hI/6aF5y4skFP6i38sN6Q8yXIC75YJswuKQTqNchLC0jmul UrRUYCX0LRz3R206laA86Z98aWviXL3sUqoldqaEdglctFmQ1x/90EMvsCj+mSNdkwKE5WJApw8J uZE83Oprs8s0w58NIWkqa3h98UbIBGwJ5VMY28FB2FC1c6VsRhZFRi2pzEBImySDfbg418VvxmII 41hgupSMOvdh6MJ++S/pYynukgtSNVle4Q3WuDY97oPmF+6XFoCX8ZfzJBf0zKZCk3pkm05Y8NLM sQvNLmKcILsoBGJ08wTkdxMpYDNtSN0fHDwGsLBy/BAAkBHEmP4kKgrYP2Z41dvBJyCSbCr0BdvD LAJkB83AT1wIsihn120CvIC0QEJwo3ahg3cYor4NCvY7kgAy0PqjAtGAlM/Cs5uU7ldIkcGH7QQw 9S4nC/FhoJm3TgXY0lKTu95dpdXUG9rjWfUeTmiaXgYX3NH7q5p07T2MA+R9+M9w/pCwJg0ICVup AYu1w5kR7YFs3T3+g5U+aCwDOagBy92vn7AFIEMDrgixRsNgB+/1sk5QD1CrDje/nv94W1ZAccgj INjDF+sDYqGoUjHq3IjrqAutH0AZv3yPhzWMCHsa5Jt4A4BCm4O0MZ5/gDlXHtcqwft4HPxUJZ5n 6IOXXWjq4Wu5LRADuWTdrqtfts92g1+9jyxHg2pCQiqs7Ndv9behVGBDX+Gs0SzZZ9p4R4RFVQ5Y Owta8IuWHextpewzKAaOXDWhBQLMwtJx4Dg54HyOemDjcatEWLks3xFReQLGZQyqkCsKD0vi0xf7 DvyL5javcvS5HbrsMyeSvA0j5EB6QdvcGQzOE+iDLKg31I1pd+jJRFhuvpKBsS3/Yq9bAyekRi5z KbCCY6hc2AJYHppM03ZViV4PR4QawXD4WBPzP27kKnrOJLCCrxKM+HLpff99dZB65P7tsK7I1VSS nhuSsPfCFz/n+4qWxAnM316mKoY3ybXizHHAWtLqKp+hQYDgZKlnQbkm44R+lCMeMBWfbAapunwf VpxLQZ5bYwGu20gZGMI4XpOGIZP+3rgRsPFu/3UldNq9ail5Mj+guLLV0wfFE74UFTSfu7YdIoP3 jKsiEwzBVt/atVCFXlPZWLeGtlfRYMPWDKoApgtalgAGSf1NNu1TgvC5cYRzL8SP7M6fx+3cWJKN S/SNFPI/HEUrRRCptImKHdK7lKSZBEv07e6xRzNM52pYW2ewHKdhOdf2etrhaaPtIQ1uhvbNYO/O J3xiDDOzCU/xGdXPtMOA6Zm9FhnY3LkFn8XjUGua0aJAVBWUdo2953gTKCp4cnO7qiWZZ/WrFtRJ Qfs3naRbh/eDEzYlLbWlEHVPeXMyrc4gaZSGY21mNgwjEien0U/xpOCo6nRNNdqq8ZOXyOW3HaDN 9TxnRC9wsjPlm1rVtvjccsec2MYo/52wuM/WMLvEOQ4MTW6jQ9wOobRkcHq/5F2NVNzRBhScmpsy l6sgoi1VRQ/torFDQU8KeIixLT8I2kMx46kx9+ybCVGDRBul4MpsvGRRTpFPYLkL8d/FhVAYggti NxfHzKDvfsROgt8xEyrbmFBtso7XC3pNOf3hB4xQwySAunt5iw4LkkWBJ17S48k6j0UEtKVms0aD 7UshCkJ8X9hBXEbuNH5nBxFmrgobJiM/O+wgj3Y7q9CbCCUzBHzijGKIc4G0Osw/7vVzICLaqcth d6IdKqR62ZqQNOeTz/E/dUdzSz0ilOX6UvpFMkXlrNgwfCY2/Ds/7wjMryVrYbvly6phydLty2uY dQ9jWrdKsOkhGsIxOXppJ45SRshxDz8W6vuwC/xehs/ujgtETvLLIjb2yvUgtTxoXlfuq9eh9M1N dKSkTMrA46FcbocP2kdU6ceXye2WHgZR+oFsaooY6kClQAiclPBMrFhkLg23WqP5VfIEtfMVlww/ Y6fy3AMEkKOh2IV8q9vloeWCg0SFvAI/lBgJPJvbFSi6UCoqMawphn9LxkvuYM5l/rJorriUlLsH Hi4vxWHEwfPEva6LlBqblLWWX5cn5q7soTXYHLKRlQcnctI4H07B1XNoOW1QwA4CJewSWTZeMvt2 V4Nuyex55QH46d7QMBlv5wFlr7Q01FjKL4lGreQbNGdDqdl4YTWDBS+015RYl/au5lNqKwPtFi01 YFbQxqw6KYTWqgOExPQOqSykxBdQEOLLZdExE6VaMM7Eqga4ENroVkqkpJ5bK74WnAcQdYP8mnKG ajqvcRn9UFNtNIpVDWM+x5GH3ab9aXgplNggOsfib91qYNwuo3iYw+zgxgheEsHhpSc4Sc1jqYrE WIuwQA9zWhgbZHrk4XbzA2kwqEQ9mHFaEQRt+QjqNZfdVx0gfASqQJFc6EZ8MH6pirbbPqk0MDMk uQMkUeRswelJ2JFuHlg/oJUeCyecTItobEUDMly1oCjkNqQoNQvZez/fw9oV9mJyjCYU/yp1yUxR T3wuztaYUxKn176f+6ommwOC3EAzDGi5JZ2Isqh7jyqkgkFiATQhxqVbA4LUXgYNJeksz53gNaOR lMVQzSZZqwMRAk0hKmLNRovjWq7n6usbgyYwGgbCiU3MNsy3SlFWFs4NafRJunndo+JVM2ocjtXg LEBoSDGMCEwJZ5ssUnOwb+WqLKD+CX7U6lhrgwqjMTKoR4X26QueXb3guwbC8LFLd4U7gxwt2rWA M7XJ0Lpw71d9xVmuOuxrH769ed1gKn+51CSZtTx71yGcHt36UH9anY4ZTkDcAHcDOF/fbp9qb4HF H9fvty88UCt81cw5YPntCokOQL/CqWHhPgw6P11uH58A3uuH7tPXi57Rewfi99tHvamhxGZ+uX7B fj/Pn8ZVwq2SWsto69WrGptr0M00tJgOyI1+fFvNp2YbLjk/a/4NflV6DfTWZdorFw0S+NnZwXN/ g5bVSNctBPxdlXUl27BoTHt/u6kFNbIm3f42JT3sjY6W7SrgeNj4q07VPkjaroCfm/Kz1wSYjPrR lRM2woN1twCxatBdWwNQNdbry0IrO3OqApyaG5d8+j+vznBbjs4t3BYSWEV+JDzQdf3mF0IOEkzx knJ4bFsJ50mGwG5yJNxBeZWoutf5QmdgFj5ss3vTHpeF6HVmZxaTMbBM0lDVkrJJa+HqXeML2p7T zQZz4+wplxLZx1aDNDqSGtmGMN0sAHRYLuYyDb8CyemQzcKRiSnSn+k2ytufCPPC+PNNWMlQ+UHK Wf0xLnDmVyRTaQ8aQOJrjM8lGDa8dKbHYdsi0Z2n7cQTq83ILzlIaQrf6Su1Ql/mzqLYNl9mvWqS L8psySNX4MQBMwZu0+JOxHx4Av5TuaDizBHvnUYRE07SidhZMxMOMEitDaCVuCXZZLcYkhPDnITr K8hTnhwyzG6ztE62LdrAOIIhYpCkZ5mt0tMoecW2M6s4XDrAx6439+Ugg9Db0zlXnrxzAXMV52AD 793zWX52iTE5FosnSTsXRll5Av0XnNSiqq3SfqcCyVXSOg9h+YRY7M2iixyonSx96BSjrUQERTWt qyYtNscOBOwI5rhLFoIZVb49VIVp9Ma4z15JQqlsJOZCOR3DkFZrgWdbd9klcJ6kjTCQ37ZrQzBb e3cqUkxB6L2PAFltWlHsM5yR6kWboA5TFEbijMvFqMLCvusfqcTQz0L9Hu6zyYZRe+WT3X3Yokhz tUBFtMYs1ZLcYJdVi6WefsPTRMJCibA+dTtBIdIMpKv9EIeHYSKnxEdILio9QvLTr6pHbNBw3eJR cZMfZDphwNJ9If8RN/0BseJSqxDnI158YggBlXxKNNpDhe6SH/WIfSVNgmQJO5RCFF+W1+MAcpxi ZsG2/Mgiy8ys34elHcqDfEZbfPbqR2I6OlqYwUy2unLNO5IV/HYqLzOJGIwOvZI1lNpYRZlINUUU W7qkxMxT/DZqYnZTWRvpdDVKCnjlReURVX+GqwqqzQZtskacKe8kaNAthcCW2F6OInN0tSabfqh6 tRTCYtEqtUFeqYzBrLiu0S034QoAyvR669OynbSLRLwhPbbLZZKSBJCoMBl5AXlli+NenCGVBCE/ hVSFu7iRGGTxS6flHKU/VcMFDChR3mKgz4Vu2T6ikFsWVHsKefdRvl6K0VOKyJ5d9E8lADLo0h4q LYrveYw61wnMuwyHD81POGkPdKW/ZQ7F/PHExallWS9ZpDk9TelWSE3qamCUuF2xUY1fJFK1ucsZ exe18Kpc34B5ET9s4X5j6URscVkEnloO6snJr33tdyrnZ7OnwshDSEVO4nmZgk5QS5GsqRuyS9ez awxBfdMSdxljUDmVMXBC7EMNfi2cmu0JTWtLnWgv4ZTcUmWfrek1ldBKtyJHjobyuDTLg9zRgwCG +hv0B0v8Wwop6yV0ZENeyuf9X2Ft5WrwlITONit8MYpaQAk8XFU5GbQWZtvgoQ/PemQfYLEsPhQa E//81iBUwZ6a4rqFIxSi6WPjo7ApQjdlEDXqHPrNYH9aJpXOylzjAj0Goiww1xDl/1ak9h6QRHvv //yE42amOQGrA6uG8IBJdSnNZF0Ds1Xw5nLVvLBdeKzP4eSBBu6Cppq4999ZWgXOtNw8XNFBueVC Zb3Yrq8sv3pFwEYu57+fEOiwV7j1LyB1vUmrhP5ZSTPi4dUQZqg0EhRoK3BGAaSbsP130CranaMZ pAJED2NnwKQQtGKdvMc0OQr6/jhcAyl70Rg33rPkoOsOl/yLcwG0fP2s2OvCPLvgcyB5C485g7dJ 1k1gcL66+mYj+bYp1UMDYYIvACswap/9PxaGZU4WEg3WcFO0B8Lg59xISHXpTdCxf6GRwIcIh1lR eLRzdTuhcLtfQV6Ys8GzTVrK79ssaCLG1LnFmETNhFJII9JwOmwZBgg7SrPZexl0oBIXxq5ycamk 63EqYHR/eFGW0KIYFNPMG/D/3dDJRc6Zqdqy6Zy/7BNG6jlfiOKsnOtCXbe43Tqzb3ij3XCAo+3T NH5FIk/NWQo//M018QD44MZAGIwygt3Y9sdfMVHU5BcLMf1nsYo7uI7GaTkcSNiQ+AJgJa7gUXPW 4gqBSqFCh8x2503XHdxK7lT4IAx0LUeKrYVY/R2q4wP2Cr3IDbrHqP7rGmPZ7AI6hEC5FP+Ah6xX tNyBCn5ZjBClDmAYbTGnO5GGleLge2e1nWN2AY4jsv8kqIhyPFtUaM7knZezFblgwQ/nXgxTmFcg kjsNzTNF3Jy38kmeam9wSLwcVlL3t0jP6IyY26BXRIsnO1xASfpAMGKT3qNOvukBZExmzp1Ysa/t L225DnYtu2s8sJ/URC+d3hZ3dBTiPOX0R3yYRO2TKM5YyJTRGCFPqDbY7PNgLk5Fn1+ckt89vTNM HgYhodM9zUJnaOLxoI0tgPRROxMwV773gEzb2UUnlrw6WzOrsfRZip56c6T2QSrvk7cQP3Ngu1ih D6EFNiA3J80ebHEZjFVgXIE043UgiwZLPPSzkyaXp8tM475gNekJSwJpFf9zZNxOxcl7TIYAmV9M s0a02Iud8Lr7WKofGCJm6SaWqcWw8NI8G6HQsew+gyyIyrjM1+LCKWMwpCuSifvlDqZBK2xEJGZn dEsGhiGcFzoOuhN9S49fZiqeQnZw/N17x1U2WLXJhrQdJEYryhnZMXObnYRaXW5nddepGaM1OPLa wkQTiBZB9bSYkdsWi43zuEDy9klX+i8Vb42FJHmwDhr4iT35BY0PnLT6fmXtzkkwinpgQU6rlkFC CcZeoQgRocyezlX740eV2N0oXuVCuYoW14tnEJEPYOYtryiX9KlYrMYPULV6Ca+Bjkp27A8vQwCI ZBlY3CNOrJIJmhPmyOLQyfA9bJWvKspqcJGMH03lI2mFMdJb+pdxG+ReskMwwh41zqTIgsWxfGz4 EU+jKJ0FQMmM6hCfG2Mg8Y3JYJiow+OEBR1ZBORfRGoiLweXQ7nmAaJoaOyxrnyp/62IGuWVW/BP oCRpI+dWcJhfEeqV6Ii0MI2rEw6ZADdWBUFa0Ccek9PCnLAFc+EE+jXKzB+BuraPmcpuQVXybJiS 5fp+wKtYfR/Kud9/L78r3UJtJZZot1C+lKE7KES3oK5E8l6CH9CqMlYaOB6iLVSW9Sn0CogYrhjX XQ9zkCraFxpRHo835aQcaRl1vWxJCwmcagiHiQ2EmWCG4mqQY6kuiLLjP2O7gfvkMEObq7ZW3hkm 4H9cciB02Dvc7lz5dyE9lFJK7pohtjhmswkCJy0FfnJ5a5Sc8qmVXb1bJ1Yitie2gRyDTIe1grot 4+qLOqVYQxlxyAkDoElQ2aHNiLWZRg1BGNZxpDX5gWY22pmdoosmxgRrhxHQX4vjO4EFWZMVl24A QDjmD6pGcyq9Tj0oWqB4w9c1uk4azZ62Y/+wA3wm44qca07LAHxsSuQPLubFahcgaaNiYcdti5bh 3wAJF1vKPZwXVGIjHsQdsrC8P3/1bh+hJw4R6C0Fo7fRVDBgfr6DDjhFHjHpfoEDjAbE56sL9JuB 2ERJoLJJZ0aZvmV5QOPS3n6YMP6otMyRdlrUOAkUiAFOCQamXjEca3k2SiUKqspdXqbla4gQncyM 4D1DkkBG8BAjUDJKLr9TT1y0EGhiLiKzt2Jakq0kMnUL3fO9GSkO9TJzqPhDt4QD+bfmtOTBPwT1 PimedL1KVFz1XZgMZbHzg4iUqD7pF0EsIEwQFf7C5GBRND9outpLD7xbEjLMiABAMcL94IF9iZ/g C5zVa+MCkFaKCMpPt2sBATutI4r/7HwArtsD7G83oBzwthb0oasqNx0lQIxV9Z4/H7xyEeYbiDcc mNjev2ojAZCEEqO6X+htFMMAwbZqlQGpFakCFJU3Vydfqbb5oaIBfJ/fMGKlx5+ftxPoujc3fkFi r6Di202t7+kDAn3pZY/n2/kKTA7avnx+k4iqTfA1CB7wW6MN9dhA8vdrfS3evr2xVTm0Cu2Pj++Q 8Avs90vTapCsyVYRXSsTNamvuk1bgGpp0HXvCDSpAu/BrDhuxvB8iCE8HGRoQVAzTyaQAEiRfMDC oEXArDrh3hLpFxBzpeCXy/l68x8Mws8g+k9dX0LEdYi+nL9zSuDuzy9tPj5DsyvGrq7XfUiq+0md UjpR0DYcIA1Mc9oE8NZqQDcXUDS2IIVBw9sTzBXa/W6BTgugtcHx3xqRA2R79yXU/WVAujLvAG0v ilQEDswHs/ukVzK6xeAETPyE7vjg9R2w728tUHx6wWB8cFSBXxUh18Mb5N7JwPutAvvw1Vv8pA5g d9B7HVVQUM2/DzHZP2liR3sB9x+0lzyrOa/XUDXKJOvfTjwMTq2tMhd6oVGh9DV7ualpvygMrrO4 xZqoPaei/f3WnIgzI6S6pwMonQdGjG/ikOb5ZPNzvqQF7WSYJNvWMBiXq+NjCR3c7dEPa1FgzLl2 6sN+M1hoMGfHon0+RDkb/NehpcNDno3b7gzHElxxcQBFUerh09GEjcImw0114tCZDwrbBWw3Dp52 WJW58od2JVMxpTwvVtR/XnuQxudJSkCYNpUsG5k77cSjbhYxDac7YM2ddSznAYN8qDVUE6yQ3Qt/ OS4y7eELB1JW9KDCmdt2jrOLE2Rzzb1w9Tv28JBFR1LI4ZHSTxSmkzxqlNB/68EEHqMDKjyuiwvk 3f8JxtWkxRNybWTrxzYVZkvJPW7ASzUkhhCKOnP0cJgdZSjmF1GEvVeMb7lUndn6IaE4WWC0IGun A54wcIMnAjaUkY3AH/nQsMLwy7HnkjhZRjjaBBS8VDXYjZ2LN5RfnIDU3Nu8WO3owYeC0P+j6U4Q 48hxKA2fY9parN1acpNc3XP/k833v6xxqaRcIkgQBEDgEUQIaa1rm8cSUkqcco2E/AdLDPG2SPGm fmM9H92qzAHwB/qkR56FBbkV3YLlSl/lAVrCCnxcr/hz0w6e5yD554V58qVVxu05qzway40TNAji sY3Xc3FyD6wPLVI2U3IYSIrxaqa12D31wZ2KQF6r5RmcgQxRhk+MKbchH6NRcvtb+WID8i2lYDcu mgCUEya0bA1a8CuE0aQRtbmfMGqguFtved2fIavcUMEIl6XRAMoAEYbcOssjFqFo0BBrxvv3j86c 7h0/lEMu+g/qfyaiPhcF+EjKX8F60A3qeemwgnEc9WbENeC4ovI4zC8sSBVEcc797FR+qKpOdCAQ Fj11WlNEu9gEluUyKJZz6oi7vxEb+s6Nkh9FouVr4V2zBpHsWLyAslO9i9Oe7m89e84gxVclFwW4 FXKCroSPuAe3AjH4PqAhME6BDiMq8bKH1gniuNvSBm9vIfOFRUVkha4dgsYcsRVADpZYyPkMwyyp lu/exkXnYgPkfYCjvhcLmiBsMhAXFx4GkmHIvCMX6kmPwWKQbbGXeGSRY0dNxQf5vA0M4QKT4qRC CwQzi0DOYq6+MlIwHJcMq4RGKHFTLvx1UybIp4i6xC0updkrJlV/QGNDz5upkAv+qhaq1EfsyiTB i05km3q7H9LYmuYytAJ7i/eNBxWiXbn9gJ7YOrc33hqlD7Eg6BDgViaafn1a9inAD9ZSZOiT8KZN su+0g0AUkZmwER0Zd3moVN4cIkCoWqSnP6hlmwjqhhdQI2Y1J7wqYbjQLGi0//02h+BVI4IAKBNB JoZWosnsuNc8Bg9y8CuIq6uAzTKZh1vEYR+FAcJt04XGpZdQVGKKXUXztlF0AcUBFGskTGOhvRgV ckotQwihBaqyk2d4aiwjePBXyGtiJNCHoAJjOz1trOX+pkhh6+ZCCxkC0W7As8BWd5J98Yoe2Q/S iGY2NI3G7RrZ+Ik4ec69X8JZreqsAhHp3I2pNgdqaOih2Uv+Y1ekBekYAjwbUgQPJvToMfSSrc1m KkibJuGwYu+qwYv2ERzwfn8DXPZgNbNBCAKcKXIaHElhownCEg3NQa2ZC5nQMYS8xd8wWwRJ4TZU Mxg83gMqK9CLnrubF7g9VFrTZVybVP+/PHhQl9xo211EEa/d2shKYjRKgiOER2xq1P8TSBfS5DCu QLxEGQexdIl5rqIISJCsrR2XrhDotZSqt2SzGWOsDMJ0NCrgSC+oRgCFcqlG5wmGjBcD6ImR9jtc Zdaq6w5Mo6ukq1PzZDjCy+CtdnTGJ6nGiabILkMpnYEzI7LUUOQy6ASUscG+RzBBmpCJ2PU0xMjN WqLYNkQlXAhOLXhwH0Uz0OGQbB1L4lmx9eWXFhTuplyBSEhhnQYNWS84VtlJ65HrgLgZCYtCwWHb eX5Q7F5pmy06RNT6lqyzisTcnSoksDc8FoV0tEr9J2mZOOlMjA/b5MfYmBh3pzFGhxCCyY4ZDiIi tXUnzvUVVTEcc+VFJIt/mazUULfZMuZFgE+9CGKrmCHUWBmncmKLPYM1LHX5fBg2ZFs72qX3mGax DtbGXPdluABNNl41GyI3pukQ7fGwF0OnSJUm2xb3cchDPHE7EsG8Rm5Tr2WX2GgqxJPxYL3NaQaQ UmaqkidfWX5MQSe58KSZYhe7EqOMi7rDIrBla5NR40Pqpx2i4i/3Y1s/vvJcPgfnZ5LvAGioxa0s W7/db9DtnvvbvQmUqWoMVMAGcVNwb184n8GxBxKlM/qFQ6wlpWg1rKVwBasbE5nUaM0iQejwJ+V0 gcnCMRYvLyS7hsQMgXVyFqGLrArkNLNgrC6z2YfyamhM02zN8g1G5fRO88ov64/RzF4CrtvIc2Qp C2vWwPAuZ5kxkEYgwnqHhjwiEKK+vLZdO6CWCrRzq3k73VkINzd7hhhhnRYDOWbfSY5xhTPn5wGL kMsdTtYJMrO2aQpCtN2dVuCZ6Voqhm+9AlpqOc+HAtLwPCsyMVnjAjfLgVQWI4JIdrJywIfA5uTK bFFUL8gETZkmplQ+p1AUAnlhmC3CfF7bTL6TQ2iCtNJCjwVcVZLIGrT5xUAxm+4Ome82AwpibvxB rpTIdjOf2X85FX3F795rfCax7tA7nApnSigOwefE5h7VrHd5qxZTOsI3Lg5xSQZAnlXuLtbdg5K2 ltGvtsH1YqxGKaYYxmsUAqb6pSF57p/t0csV5meHWoJrinDaW6/B0FpKLJYJLzIVsB39BkPlx/PZ 908MID4E4xUlCBKFzOF1pZPJKRPPemyTAARK11lUSFrBILRIbhSHnkEU3ImZsA13USUsRyXZWLZU CaGaKbDSEQqhuGIPmCN7AjsVXulHzygvJHEFdMpARb4F7u4s48idOBH3EQe4LKwWGgvwpNgB66qX CODUJnBh8c5L521FmkDqOC48VsE+2SS0ZjhT0I0aNg5pRcLTwhVdR2F9+QRBYbciuia/+HQJ80qF 5O8Wn7tArCrvqCyuBtZDmCwQmj2GnQKxFxz5XUU18VeQWjFTjWOYKTR7A+OV1KaYUdZKY6fVRcZC wvTrMseNJWMXXRb1wxdRRR58W7qpPNhMpD1H7Aoh9TMoXtBKZjVAN9CD54S3+Eto3AZrmx2ZRQOI CSXP2UYRkZFp00ZMTbRgPskBGBbSgiSpLd3/eBRqE5jCUNME0gAudoUQfxG2GBv8ED8hKfCBzucD jWQwws+JjUK19QqtuibVwSVCAV7eetxjqCpMpmgdBh5epdZJVRGaej8k0/mLRKgY2mXwKg1gbbAO BgeG2BpI40R+8NTD1wOBMXacBSdu7uJDKJgnppmwAA+QUPAOmQSUlAIqvIWGwbI87lPpg/LZZHGG 57TRC4xQbERarqfd6Q7qKne6Vtyr2QArggzfKHvNFBB0j/Wjj4RT0VrCLbnxX/kv6Zr6AArcYFfC gw2ZCK15GqKBAT/cjjNNd8nJSVubJENSkE1SOiOv71pQM9atMOP0nuqV2hqISmMhRwCWLAbuTmPo oCLNEF0yn866oDrJqhaE6dVOQxqeFlRCvVFNPQi/r4rWZRdjWjrq4WtlkdoiqSqva4CFmGZCBD9p zRLF8Zi8lb1LuvwBA0JqshbhP8QDDPVUtqd5xUl2JRARY0B1AVigRfIRJAggUpLD4JRxUMNBlnJp xkoWS1r+MC8KS79fJIuGqUKk2QrochAn1Pms4gAdcbGCzjDgP8ehZ5WYRsak81QVaZxpgP4lcRk8 gLIcZg8ePH2fTz+njwvkFDx8OZ998QOoVaDjAB49KrKhJPRPMO4ZGHaRcGywyEBn4HkYNAQblinb +QA7BbCDikHMMGyjk8l8rGoHPhjt6esixTp0uiulT8NLS0W+lDj78QPudQ0i/3y7RSESrWkLcFe9 EfBupT3CmdEDAEf3yYfP2vkOKId6AsSOqoh4VuLhR/Y2iPvwJiM6aqmtht4OJwxEFN7uB+clcxsx kP8MjgX01tX3oOjT8c/xdDiA5RUGJ3UXA5P27e3REzDBu3BhrX6eDzq9XP4YabVRTIofOPAFkvz5 V22SQ9W1cTMgWUEPrFO8xDs86NPPo5GeDhfls20AGFMjPsbgUxN7iLB33aqNYpDkDYgO4TdpeATz tuCYssByuebGjBGG0cC1562u388XY5Gijo7S2vVtsyCenw7mQGl3CkeOltdOHhK+D72dKwI8Oe3p j2Y+MdSoEifgboVD4JNyxXGnXYQUJ/FWB8NySuA6BsJ+ZBoxirG1OURkbTnRMPbBwmOJt88DK6Wj BDcbFZTK4mQ0FAFWXz0YuDW/Bhst8Q6HZ5pbzAyQJbY1QDUk3GMX4wwaRTgtQ5hcaxwH3beNYFeF JtLVVU42ZN3RvvLZUSI3256qoxxldpe0bBjJVdh8qDoriVIQKdPRhiGLw2IH9LOJQNz2UHgyFRWJ Jthje3+dTGHvWqbZJioY5eliZ4NqwFpmhfInT8HSmJ0I6fUBNj6yRFb9vA81hdihUim6vU5YVI6B lsPDKbu1FVzJdS3bggvIw7NfXya0bwq79M64cWvLPGLiuEg+FLoEsXIhuRiWIMvONergmvBm29Tk +Nnsbu3nM/J3S8AMHbKSGyPnPMd0p4rCqUCjvHwOr2/EMm2Wwu15SXI/UFZ2g+AQTVwITrqY092c PWQEn80n4MwWzomyOMscEi91mK/LVeW48/DlYFc2cjCyD3lb5XnOneGG5kjki4pk5fHmU/Wszyjm LFlomPRSX7gN2CmydH3MbGJaeP3mkrY5XtQZWgxW5p5ZcbaQVc9EowaRB8XhMgZ/zUa/C48dMeJt cJAFO9gsCkOJ6FXc1pA5L0Wd5UoYO7qB7eh1GzE0jiI8o5PDZplt/HMnDVb0c3Wz1YBqhO2/htJD PgsVBWNFwrI9xT76zCePXfrdb4CDsHOwhrN72NZEmZR8/mLYwimteCusMddJheDKTICvTSYY6Ho4 Gk3iWUPgYAsVOareCpF+l4sVyGBSi5L89bmoXbxWFpPozwQuhCmGFxb5VZ5qQlAsuiApZNvHESYS FPSSEzia9goQ0BBIUiypkwJSY2qYAkKAM855MosoFZI5FIqU3av+VygnjhNL+0m8QJfVK9AUbDDI wQUmJuA2YLrGoPSgoXDhZ5g7tAot4DVXCU2Dd8o41z5BRZD/8ejGKEWCSxwtAg0hBxSioWxY40Bj uFwhNV26u1OwQC3dIAHjknrmy3CUcKwwOvCaG81LryBusrZK8jQ2YXKlGns01RruJgm9Si9A2/QU RmCsZc+qs6BBV9WpwWomVECKKKQFAm+8/oBtvQCaqYgSEGCshKErw+9N0++HX2FamAgOcLEeqqHt Xmmzt6EHIm/QYLCkXYA7ObOq5Lqop5KVVyfn3/s2F/CiAYa8BWCkDtDDzhtDMUpnNdAKPF6zhvHE NI2vSi2M491rCqAKpMsoSnbTKi0QpIMOjEuf4Xh60Iqv3BIS6pYg1RAx3fhArjNJczUBNKf4XBFU HXZ7Ww6/HVEuN8ztIzDh0Rb9YdCa/IBo7Emuiplr1r1BYSkm20K6yG7y1ilmjxBCEtSTkG6Lxo1a T+lZV3cS8qQx0MXKYKa90WTQh6DJqz+k6l/Yi/yrO5E1cYv226zamY02a9hhklrGHbqsmiwVBdRH NgHPKStLTo9o8EwAfa4UAxsf0IHtmf1UlzIbCJ4NgaHzoX09FInNK/Jv46mlzQDpmR6woo5oKGgl QQRLxhAcAiNm7BoN1a0HyFV4V8aHJTBXTE9RDzVMjTOeYY9pXLpVoQDcCrUIs8VNJio7PHLMjCGR q8htQvChqQmf8p0WxLVaYlfgPHXV+QtSHV3GyeBSecPpRfOW4mvCiDCEmbPj4xB8JJGD8vHKv4VS AgVdZqh6YXLJmM5nF9AQRErERorhDK6q2gCMiP0B2raoAoRN2WAr3ZFYHwf5ZloIAdKmLQ1spoAR y7K1v4NOlFyvddyAKhEUW5lMGlMZmq2tW21mCkrDvh2SnyWpXzZBh4A3GH7GinVwL0UGLcZm+m5Y z4/qdWePaVfwGlDUvb4wwUFvwGmbj3b9EtQMjtFXYhr/JdxnbaanN7dpC2NVgieQVg93WQ/tpjgP D8q/jMjqghNgVqnq4tlKBqWRxUsWoroxvl2WfHdkim2L3FUxhiGiztWDcS3x6yxAUCM1bAVK1rJ6 qaq5vYVO+hNnWmJMnwXKMnCn0LveiDn9mCSVjJ+8eas56Z1PJf+7l/Wz2YGGtmaebkG4uJ1xaO8C V8d1n3hcIDKdgDJ05rrDBIBmM4+AUnm1ZYGNVAKAP6mFmdRBWxebHVyVAOm63J7MsNkwT34ST9IS J8gnE9SqS14SSvs/xJvwMURcA+RpWlqqsVTTqZohiRAt1uqEzluiqxGInBvAy/Q27SLZMyC0mFMJ xPQZp8jNOGP9NQCvc3VwulNaHIjsSW4wdQvfqUWOb/cg+3f5XZAP8bgPZ5L4U3wQhE1/6SXTwEN1 u0auaZ8uhLEYAOszxXUJjeaw8cSySHko/GZGlFvu6hkxY4C05gCbgdBdkt6eRgaqKgQcZA4PbxEf Gn5mix6GmJXUke3DH76QTHuXosE9GIX1nD2Bg+HncHPS5ADoVAjEB2dyOdPIKXkwJxF7UMvVRnBo lI57Ns9K+8KCOaK6d8gdHQbYwXqhQQAg3wbQhp9IG/ywerwmHkDBaw19cku53ANJublipw6BG7AZ E5n5nmdfjwbrA6MYB40z7vF/l4jrwg19wGYHSHEipC79CArWkusZQAwMY4/3nXczHjzKCrKgJCCb iXGsNsnpRJUuE0G3xwfZHGgzq/3CiHKUyElvEQc4qkTY75Iac5j1GLJXxqlZwVVv3WVIADdLRfC2 W5u0HHWzM4ATTmRkDrZoIu+dBSAtYoS1hwZ5lRqIE5hNwoSrIoXdbPpEcPo1F2LVkhxBl2FEBiys C4sDqZUdJP4V9MlxjK2FfzsFDLrpRndg2YIDIKJZDZtDTNJIksx450bNFCGXfa2tpiOGS3yK202Y ha5Fra29JwCjZQpa3HN55cxEj9nXj94TaGFCYSTJKngspxfaLZZFCJLkFyVZiHIKheQtn1bwLi5e 5oy0UvQEcMu/ihnkW/vgR6mYOi8cwO4K6be1p/hJFmO6QD5BlJqUfeqfadlGzNRfFJMu5wJEHkvk j9k0b0SFivu/OBph9oMwAf+9EsxKYlWqIrOFrgQ+78FvCyoGkJgVI8UBdkc0ytJrDL6aXMXfkqbw ojDdwF1GUKbfmItwlzQQ1LqL7Fqg8wEy/F3P1mH9b0wsOE7CkMWSBdQzw2aQepk71Yt7yuQDW6IL w6RrBZQdsn55PfYpGjRKaD577hUdZ6QCVWcEQj3MdMIjsUo4SjjMoiulz2VxyZammrWUJSOcZYMD 0CMeUUEp0gCVFoimvBB+4TCG814MM0XRwrYS0lKa2BgNnG0BZGjQUMARTVj09xWp5O4V+SZdNYIf cM+0SbFW4lWSXts3RLDBm/9iYwJFWaC3cqIMgFwLrpFo4Jk3fVjLyCdjzSCoS9HuzscXxoCypyDN GmgIQ9o0Ah+RXdl6EBudhFUHLFdDG5QeXgKAfZUd2kZDlZGHvwYx0Uio7csqEMt/q/ayz0oPBfQE U/lQSeSKBkvRDGu2ZXN9kl2IOvUM8JVxFwoIkTV94VQBrSFgdgxKzvdTKuB+pyzSbsv9U+dBI+BE AKp2384gyjJIodalDvZaPWH/PHwQvPX1fiYqQFy9HGw9BEbC8uRCQy9L/IMEggAlBNqiAFgxQYF6 vghcLQE54BK42aPijnBmzy1khUB2gEU4F3wU1CwJFvqo29MbRiHG26NE0xC0cQye2H6VHY+wPFhf f7ArBCuozRPiwPtlQ0PNSizGnwp3EJ6Bf+XZurDsV8A0is9SKtXQgH++KqFR6yUIv52RL4O2yslf p4ua1dA+DK+MApxTjegqYyznWdGDUwWuY5HizwfpwefQW09D60mEcn+NU2kQI4EElkMNDDU9iALV ocdt5f1eTq+Ke0DsS5b0nYnQFGCwZGmqhN2mVuEMalKdjfJCq+ohv/bt9dvMVMI6dNU4T89GXLqr GtfGW+rvZsSuTY9awxAj8Kl0yoTRMNtwARArFywVWcETo4Gw4h9ctroeTAFBkRBtltHdp+4pP9po vtvdyEoD7b8kNQd0u4Z0hL675ohXMG3XkhsC9tTUG6A1yA6JEhAKhmASRdTZwTMxyelzycYtc660 LctKmAJjNxR+EYJ8U0JrKfLXzQZE0B1qQszSakKtwexrw/cR8J2ktSeCB/TCjTiKmdByU9AzLxkp feEQbW3DzeY8MVsurg9NR1vANrWGe7bF08U2mepv09JjIpNFAz3Z3cL5Zza2nRkKSvDS01J/bYqo IW5mE7rEYrm4J489TVzTL5IG3yZs53QtgFcybVn17W2VrQ1pT31I0vLUtX6m3RXIbvfkYmJIKeTc 27dTfbXTgSsNh+7D+u3pmBT4Pi0u9Zf4tYdi+tBtYLLjkRF/aizeI1YWupmRn5x6bSsI3E1yTpL8 XWL7JtSb0CWlhkECodnshsI4CGavqtEiZ53ipxJfbGMK6yAJE2QPKTyaOPE8aTQRsazk7HQTLqsx wkQztHhuBchgN9O8ODkT2z3PL2Lz22Gck+72vNrcRsa82omhqtyHGuZc5YKp+czJbkW5LsotB7J9 5nJYN1gVSx6/hwtKCOONDjyhVCd5IvSTM9ySjmxHc3Q9Z8xqxIS3x89vsaBYs8iOAZIzC10eSVnT j5aGFmWyasWPBoGAtS5fUkugi0/nW/MDWrRLKtZQ29qWPF5osRVO8C56pLJbamMuQAdhUD2QmRtg raZI+RUacTFl4WnUYB6a+AyT8na0pO/iLnEd54Pl0aoVVjC1I3YCQ7uPNvTBK1w+aI8OwRR+F6HO ywvPcA6es41CMRmShUA5/YYuAhReFtkHSggu0eAdd5krLOHO1/IDuWn5WavFZ37BHHAWF5WrpBes FjbeoLeojK/XMUb4ngCkkFocx3cKRuvA6w0PSSzqqKCgdRCXewOj/Aj4uxKMIXwQ5UJSc+cG4fS9 8CqfxnvNF4yurbyXvK18ICBYVLvOB0JLzOP0CZndzUsxlWVMdoGfOcNmqVQa2JQZxRC+DocqDmET pI77Gu+Dd1DlFvE7SfMhtwkBA4TNlvZgKWKa2F9+d5LDBfPRfc4ktvJdsQseEmfk4mGiGVbAEGHg kdGJyKJOTMD0poM8IA48yJHWoMFrtWjG8XDMMcrC3dz+xuRigWsFMIAApe/oPgwlLoQSi1PhXTLP O/4ZgnFnm+Ydw3WHgTrCx8SYNoLyEO0DkUgD65LmpSk2/vpOaMwiadKmaA70AQdKuEKYkqNcxN6i x/05yyAmD74DwMA2wp8lsr7CoOQMP97AYe4fb0vgNvmA1XAkuAqEp5RuIu3qQGZpZM6NBoQHo4Qk ljQZoB2QHkRapqJsNngU1B2e4WqYA2zoAR4TTAY6SQJDzUt5JdJGKuYPcsf+YBrXY2xIUf8A4ohS 2TjaA3e6oQO8u6zMNL0EbgGUbpanrGqEi11b2eMbNS2iHxY05Fm1i1vFJTyJ0i03AevAnhKgAUcq IAOL7u4elMFQbeNGk/dvvySJKmkc+vYM9UKLtFtNAdeMsV0Aj7S8gb8NntMWMNy3Ny6AxHcvrb69 Ay55vGG3dMm6lNPlYsgZEspYi+RwdpQhFp6HqDB98DTkrPTioPvQehFW2JYBmjL/gGxYent3eyPx L0phaKqFPCspr3SHRhHjw6AwEg6jruJzPBrQCuqq7rq5aFqwheLZtkiMmjwyHcoWUi/POKxPPenS BZuWHokVHBZDDIAMkDf3hHFCEv1hwcSbsSWxWxYo0qG4iZnGYI0DUIf4heTibuizHS6y0fwisoqp CTESiHpwHxrTC6IA7trbrCij/vT00cHhcmiHPriOxrPSUWIsKPEtG4DyjGZq4zfSGI0ahZFoGQVp oV2PeqZIYf/uN4M0jRj4lnoahV3ElokODVhMEBcw4kLf+i3UDMoTM9JnYWXxtM+t2uy3JtlXW5mR FHxk5RB5WQXKudJjKZ0FYkWpCEYGo2NVsLp2D3vSnoJwGy2tK0ylHxbIcoFdfphf7xpByb3711aA FwxO47XyVuzXgH1q0YV56tT02Lg0KPEj9GDsaqXDGq0HFeDLmg1uLNQmwA3ZxKwSwg7+41I9Z4iQ AUWxh+Il28K7KIl3JqF+sduX+uvqZ0cSMt0svxR88jAJ7AK2dxVdNKirNKKc7SHXzUiwRvuyONPQ tJTBZwNNpC2ApBDdivBQERNuL489Ifa+8b7LJqQAa8pi+zJZplHZ3CDxWTYy69OZIjuMmF+ddsS0 LD/+ykYzX+7PwPq/u7Iehtx7g+/ARSnveu7k/i7AYR15fifMOoswSmgrkDY2JHUg36hN+HxSzvVG UAYv2+4b1oO+IxpTdWcaZ53MLKC+BGCEocCOBlVtoKzLg6Ln8Y2KRQ1TY/fMcEyFTwxrShqijWHp eKZUtr8hV9um7UzX+DiuNEFazbwbQibIpGYNbmyFR4XEbDJMYK1ydI6vlMuBYlRZcGNOG6+ZtWbX 3MVTYCMbpBsWKJuDP/Ka02I+BT5oN4n83e5AE6FZutKHnqDXZOG+7/Gx0yhMj75jf4dKaK/9aMPt aIDGjQE3OiFEfcBaucdsjN7drQ1rt5dXjQhq0iocPowqhuX9cDF1Jm2CL+NIynyOeQXoTeuWkZsT 3irOJyqxoXZzdSwHRA5chnshTtzyui8fGSlAXb/kbObK80PqhsbxlLJcKQ5vMkXiT/U4UhZE/oeM TfCX3uByzFKv+cmpOUfTEJbuq6/6F0jMcxucxJKJShilJiU3gw+MotAmbNFhXrVm82kCbA1Ew5kp fmkWKkePI45+rAhg4uIhkp3Jq4fqJ9s58QBn9lG4kQOl5fA09XR0jZVez4Lk57uWLeJ5+yykzu0Q 1MxmQJQ4SFSiFc98Qni5JdYCPhUbW0qPQ7X8OMgVmvJHXVqqDKcRi6Kn2s9CLZzVfFsOAdoNWJhS 2GDbgmOsge5qEiIpEywWknU8Poh5Da9dGLyMphA6x/yLbjy6KExYYAj29U8SlM/1xDiqJ4xbZpHv V+hnIBVPAEPqhMJoZuAmEvUpFhF9+FSnupef7KkiQrOFjWRpeDLmMIalG+FwkoxkghfsFohJMIoT rUQlxFrkOjlLJEVS6k7nS7ex67/iQKB6qdBljWJskmV05bpEC3aqREn6m3v+d5EWvY/BmmiXRkj6 7y4Sdja5CKYBMP1iR/PsXmuop2FrMSkKiMSGQFEMog7iVilfRoLtlMKYfbWqlQJds99q2dOo8Fvo jQr3DcrozDhECQy34AA2afTIIRHhkc2FILU9AhzFIaFoQKs07bLSRcj2O0h2fWsQEoCJ+DQwAz4s iUsEb1CIMpdwts6OhrIYUpF1MWzyiCdwDNIJo4Dujwbj+xrDlxgfiNok67yRt2OFC6RP2L2tKwJn QdInyedIEACTq8dktE0Gg04fzanzv3vY/fMjjMvXB5NjPvI98Kno1ZDsUwhPtn1afJJk+JbIOkFs dg2ZaBtTVmhz67PrvE5L2z7BbAIShfMTWAxAmQ4x0DVtDFH5WB54660RieUnzO78fOicO+PlWnwz mu16FIKjNFHCN00ZsI0q8IbPiqIxqF09fQFaeVsQCQeSSBKw/URGA5dYO0VdDu2WkFd5hbNmPpef CASZgNgNCW7CdfQ3OctSTx5Y6WfZjGGnx1eFMl6du9ckIJ52w+lM0sHUl7qd3LnFH4iQLRxTyFgc yemyr4GojmxnWQW2WCH9MKwWoPt6yIK5zLjajkivaJcZzEYRzmwYwfQZAEVdhoqK+C8UWmFlMG+C 7T9M+ATQKDANdwq8Rt5XT5V7BLcFXcGWepQbu2NOAl6zTuT+mjgPH1PQgiaUIhxkSYmknvoAZhPq JEtTPit4LDAWhOgK4BU4O3BNumYoH0jsiuAB487hq7CscmwBxqXcfhykwp6kvwL6StUm2460UA/O 6osnVnxZmtqApnM2wsoh5MQy3YyG9YeMsUWJSYqp1pC1uno+WWFZKMy3RVslMQwmOFZJskAFAyTw lmNK7LgNhLfKnib/2cW8V9pOrqen2RW3tE1GzkBNzUqC03rtYiuRauemxF6sDPyE2eHYpCrjx0JZ CQKU2gmNSgLy7niGFwaopbCvVjfYo7NNFkGSQ93NlOlMC1Yzs5IBhK3GLeAqmROGSGR5Wpt8/mpr 3sohBJBRIOLg/cYhGs3hMAb/npgUpoNDUlTQPhFpByUwBDyOluyWV/ytGPis/4OM1vdPUzA3hIXy glFRSQAh2Vv2oFJXLEtLreT39wcbQlSLbKkBH/L7+dQ5iOycMc2g27+hi8wpO0rg3Ut3sHL66xa8 bNH2F8S91k20bSMMJHkdRMAu/KxXT0ec/NJUi2ZsSqPY5FwUgwo0ZT14Exn0JP5gBYfDNxGVaLDd 82oXwkUPk3yNtqcZ+6NbiyXoZgAA92bNGgL2I8VIBK0wXwxU67DmM8uE0/BQXqUmN3p0XXmmj3Qn pLOdMnBuG+kGin0sZCP1xotttNUH20PLTIURwr6slHqxUmICU2s9ZOaIE76ZQmENWhxJ0xcfLsCU b9OO/JZslpxt1Dc7mkeUKjC+uU/EiOxoDX8SFerPOWQMUMLfMA7sgOKzCxGZ60WEW6malj9C9bZe 821z6sqFyE8g5llR7z3JoOA1A55aqQpFqM1juQ+8VpPcmbiEAwOXykv9690tO1jXahOiWyYPdSr/ NiVKEvTVeleYrsGu0bWOLKyiVie+DY5fqeoXR4VGtLS16c3j4vciG+JBSHQklqAi5CnSc5NpNQnv iXIWes/NiUIhQIXRCsxdkUbQHuZlvmuwAWooVEkTDIonN7nGmHwU2usWfpSfDSBnVlzTGWEIyeRI tz5Uz21hcJkuabFL0IK7jBSUotoCQ0Dei7aCKAudmECxVTYM+qHhUJqC081u8akUhaAMwUyOuECF 6mOEWE9ULiBzuYsDnH3d0Xgeq2BgCb7C6VJoDLxYE+BcDM0Ck7SBqBkhbgRGsHSmGEPuU0tUaZd9 wp8Jm+IYeIUjCUxRB+kgM2xmK2QLeItdE981vcLrcgbId1aXf2GWMTCIhMEB/27aKECGi5l9KM6Q wZSEIAlDjZ1AYAuTRsAS0UIqEi/g4pjhcSsL2hOh4BGe4FOZDKCkJkxMPcQjDdc14jQicpSdUtMG Ifb02ux4STmAdULRQlJhdF++lVGG5AL0sCFYZ18sHAZLmmIpcICAO2Uze0Cb6Nl/wkxiWQUNzd+U qFZCIPBQ1C1mDa/ovhpUgaP43b3wSwhBX5DAAkVXVWlXKH2rrWhMUCAGnuVWlI8+VXwhDpC0qj6E W+pIcQdfBsm1PqIUb0tXLmSGc+qjWLiqxSGKgf4BdIhpi8F9iFydcGT7FsKwAB8aKkkbLBOa0Clx d6AcmfJ69f7oMXQlyBk78h6qVQKSIPOs153ufQjEeH78j09hrZoK08AMkPPNEghRHJaKT6rxAm8N DcfG0Z5+Bx75ty4wVAIgCvMMPK2asEHVISjm911AMSZqwQZKmLgaBfBeg94Frqn4Q5mCXt3dlsB4 +wDnDfk0JEQmEhAJ0A7Y+fH3r7BuqY/3N7Blt/y+/7UBNI8+vkkigDsSLwe2P99AXJFwI9fxJmG4 f/gFlZa5Xa/U1YvbG+Ctq8z93e9fBOz+7j+evXcHZGraAONIutPNHeboFXmPv+40VwEY/E8+H59u woehsiE5RtO8mX0bEPamDODJ2VI7TFSOZJhgJ6z5EoFnxIJOuZ75wgBqgLlpAViG7AWjMRNtHCQJ XplzwpOYhxQlh2E4IUvoqPH2nkw90CPiglYBSsOcqU5g8aqgu5tC/rqFWdEp7acUhBfodHv/1hiX iG8/C/Uu9UXFQr1ASHeEpHlleulDohO7QOnAkFSA6TMKKkC8ENoPUSF+kuIp74Ah6GOZ7eMzUpcd jslYt0bpaAJDfsjBqxmpqaApFJcQm4ThAqX0REB/4OumAMfd1VcuNUn3v+7NeJDd3S+MBd///s/D k/lEXOn6pDYUkWaRt3iVAoS1tU9jRyKb4/mST0830MQMCCl6/YX/CG4WyFobCb6ieChNDVFlB6EG TB/xZv7S9zZcSIi7LDXTljZuZmc42Oa8EhBasKeznYR2AAyZbaG+nG/3NE1B7JsIlyNjzYbC+9ys VI+GS092StQPscx0rOsychUiYNPwjfSnmpWFQXA5ypkgGqV915cbHCVx16VY+XDTlVSlvGS8tYD6 yvgxEr/ubzzzLonoeZbYqEGf0tsGiB8oNmitsroNqol0e1K6TSXmkxRlRDq+gZ7mruGy57K4bZEQ CoaIPN9ujjY94ZN3TyGQ9tGaR6LlvmRTL7u9jZksWOMtn9qfpj6T2LzbjTKJWUHDNxaWLqnGhLKp s/oaR4XfiZxB9ciJ3w9OOhGn13abyDMUUoMWGm6DAkGaarOVMHC4LJ+EONVlBjkAWGExtd9itwP5 fT/PRGggEtj66wZKZ27NwQbeTDIUZhbN+MaeZD0s7dvi4eChog1XUhKpPeqC+5Pn4CNYSZbBSsEm aVrEp2SGG1I9QHbJ/1aQpBOTDZcPEE7etJl5wyVCKVgTqKUWoQ7W9N31FgRE2j03ViOrM58w6teq TCpc5iXBmyhbBK8+Fq+xSWhYmg5+t9xo2dSwMDEfA/P+sKsVmV+q+3rKO0m5XGb1zBy1XwOENDWG X9ibSYrUtrG4kmxvAS8frwlF/FySPNtsbo3EhlL3KxcS87PMbaFRKuTi3Sv1NK+JRd/nHdaLa2IS i+1jVfdNvMut6VFjYORpHOgRvGHjzZwLzK62M8Smqg2vtqHMY+JgX1aDITLB3j5MFBAC7E4IAoL0 JUpPt4ftIzHDYrw6zYwwpw3qheFqWyUjym+PpdjGsc7SJudtBDIjfhIsxJlyAyJxLtS6RrJhXmib O0AAkkZPSUiJMiTaaJfDAmwN7TG6uTfpDILQxxFqqc1BUJTJ5Wv4/9z2uRXPBlD7GHWmZXP6wsZa R2yt+kwXdlhvfz9bml1UEy0lmZzGm7M3XWt/yp5D9/itaAmGYX9ar4Wmls7ZsXnMdIfCG5SVRA8V 9q/GkbXrmXlnrDJIDDLyXYDs/uQIYK2b+3EfxrJtbjdvbWPnSVks3JpB/uWi0cZLoA6kKu62/Lfu N089KkK/tZDQNHwCybNOowWkeelJ1PZrxAVK3LhJZEqpDJ3kTE4sW5kZEp4nvLlvtjkY6btxN6U5 ErRGkwmcSY+NgRsJjT07DjObzSfveRz+a+urII6wadFWpYHjtojlt3Cv2/muzyyl+leacAueGgBW eWt9cNPMPopMatGZC5HYYHuNGU7FiSmof1pj6FAUQNKcHZrlGnlBFXkrqtumT4R8CMraFlkIA4fU ETa83lcEumAcWwq9sI4pzD82S8agm0XFeNI1ek9tCzoB/PS0vmqXsOE0A15WBh1s4xSUYsK2PGde A3I3NTinJfr9qpYgYDjtTFPb04Jzml8z5AN9odzbloDXDz5hIXQ6ukkkW4bryo3qQax73aFDRh68 IM8qkd1o+hgrzVsjLBkK0DXr7aWVWNXTDTqK0UZzcgZ0iFFaMzxdh8m5BreaDqIjjiYeQna55ftq HPFIC3bst89gcTvhAb7vAkBiyBZGYqIEeGGk0vRxpoGjhFg4BWM+Eh291nVgeDf1138B8kP1GTaw BGBjaGNlmcWZukSh+Bw6H7wsTAToeUaheh0+gwqHKxdyegOd2jOHMZpqtCkDOwon2dYPtCTADODn VL0F2DLp6Ln1ATIsLLXdA4eGQpWoucPspf97CQ+rqAjszQl3IJPESUORTuBzfaIA0AsNA1BLjLXx AVwC4oCyROngNxmLZWFbZfogXG67FWLjIAhwG7AFtAmpM36cX2aqS8sUVYkaKARCe30/2w4IpGp7 Qxa09L8ydQOiK2Ki7kpkvx4P2zKoJC9EFIoOHQZad3gBZqeIcCmWUGTlUOR5aiQs1HMhA+u3WxMI jBn+BzX7rGRRIKHatBgefO5jj99TCcC3KgYsz1IjsivRKadTMnabOko6gKuVbZDeqRiytuSHKpSh gePx+3A8Hz9/FH94O6soodrzTzU0ytuVcnxReOHPn0u5tLJ2fSaJ9FtFjoN8RZUjZKWqOws2L195 ya5IkkzuSjcDHuHm5gkA7n4ZniByBVLeZZSXvguVtwskofeszoCk1mbRCx/HH3tV7i4lVNMkjsEJ 4jM1HDJzF0jpd7BzrAlakaXv6wouYeETzmh/T8GUIv8Y4NmuQfUZEi7iZ4rD+mw9wk5xqn2NUDsI KimpjlMfE4vB3d62jaVBciIZEiCJerwkv0o5Sbl9OzVfX1WJ0Toy5LcSQV+R/FL+CeeHnPamJHy2 dF+bFeXQmrWyuL/enzFJ4aPPg7TSimn0Dyp5Vk+iVHOCZjfEB5qTY9xzMP88aEv+b9tu5M7zKJfa jHtJq2tsPFQeRja45YmQlJRbUWvUtFmiFJJxAiqnWPZO1MpIisqzpWmVRjcWlail1SdNPbWSMB8r ZxSzXeMKnxoCvJomdmqkXN9ahVx2nV1FMHH7VeMqQpFnd2lXBr3G6OGc43iwLNxSZSCgdMC06Qty 9dJFuMZUVn65dUNbKSuwnyF1G0vCl2TJQFgh29cs3MqXsV8kJtA7zIyyQ9dYZjczoNBXbdfEw7uV 42trvasCUeeOhRJnmatmCGMMV/NAIg3Zywsz1IYUUyBSW5MZlMdHIF4oH8MLaGvBhzzycFEOXtBE VR/he5aJFgO/2WouoLL64eSu51G1IBp1Zn0ni13EVoFPr+6ifvk0XLyW6Xsjag3MW7BggiyKiKwj uVZg3gBPfkZIrIOXIjUOe6Elj0OsxPdRMBOlPucSGYKbc+D1lVv6JibnNvuUD/bnToPCKM6Zq/xY toT0c5WKt+sa74zIGq3R1iGenp0YLkd1HiKR9bY+I6mVyKIeIzp3G4KN5wXd1kWANo/HgegeS2Qx 5agUzeFVMbfhD+ZFkvtvQ78LablMOe6W6a7gUiBCR62phvHLgodRJiC/j9dU0Tmv/W/s+RUlWD2p UFoKJsmKJHfnOVltm7JKDwf7YlTYJB74KgeGo/LkjK77DZ8nZMUsew3nTSCXDl/z9sCxHmiVp5RP IotHfFRIaOMgB4nnQ1fyKHyU4xKXvAjW/tfJAPIn+NbqoPvKW/HKWrXwh0+SCvTQpbJHaoADgpw2 A3pLhm3olB0He5atELZNCezOWbHJtjIyHUSiINZKImsbpGBnl91FCBmrA8r3pIyOfjk5Fvd2OXry chNaigTtt/llB94ij9xtJNH0JJgS90AlZtW9vsuSMCxssodWk3/d2wOhq146CLmdOAbdLn0rZPk0 eQ5tDtp5sT1nE6dgHRtxyJaZv8SIgtdZv7DAaPgZuTt+5wjFfgyhXsyGWwzQdk1+fg4Zx7VAIrHF vDZWCXX5TA8dHAaCl4ztFty2uDAWYzu5NDci+6aaYeJQtm1vFyhzoWWb8m3zJsCL/5ugEVs+En0n hpLqyXrnvgsuzXmnTdFl4gp3MlMUkGIV5yZm3ZW6siTl6OC/SSmGhuIVX/GOqL+OUmlD4NOSbXrF 0ef3B/WIKv+UCCeSggPoiqcd8WxMOx2UwlvRHSGkeHhVIFJqWUpUqFiYSa9LqCYe2kNzQBO1A+vR BlGUMCT4nlte1FlcbzSi6WI1MaqmaJygCEoTYiR2CmF108Inlw3aKqYru5hKIh1HiiIBC0Jf/HB3 acm6LFJm3WBMbvQJG6kTTOtpd4HClQsw2AIu/YMSQyn7CUgpjhUZ17cIENdgiQ2ZgUFz+JrIDuAc qqk3rfGzoYOF6MZT8IiYuuOT3zFM5qXgnU1MxkIdMRQ/jaMAhxUhk0wN0SIb+gmCYjbYHYyuEqkx GqwAxXCCWERpvvFVxGVjCXPTJzAUfxQXMmGr8pGk+K/FYoBAsbwf8X0IaVY6wei1/c7iQUMMbTD4 4n9z2BUFVdczCwQD9VsHC7+IKcVpsYuG1igrXokx9KgERdeYSOJJ5QWVJFiQkvW3QqarxSk+l9hT /Vl2m4jXP5XOUmebU/hZM6okGqX7VlLpbdZUBk1I7sKxrjIgbbtbh3VRRFz4SafZS4sIm5ZUe5/H 729wjYgF8XwWFo3xKe/EJiXj4w8ft407F2vQyDTkV1kDGV6hECskcHAJaxNtGSG+x9X4sLSGiB1+ M83lObTlavHgrcwusWG5Sh2adtZVrlht4WhZEb7aNUSLuaXNtnSxCFt17FteqItx3hJvC5IxLeFt T5cy3f2rxik2GRTieWJZs4yTbCJK3I4zQjQh4CtcRXtdocma0jrVaHgsuO1rB/zjZPcxIGy4hpFm OE1xO7ZtYfrMN71EmN+tD3jV2lQGunSsBB0XWfuZ5iZaT3LPTNY4jEIqYS5Qk9W0PuYM6buugGxN KvtOtEiVNyweFQLwdj9rbu2zHd4cQVsTJbavbJkEJ/MYFsfJgE4gorPkCSF5T+Uwg9i4yRJHOImI LvBc3+Ybk0wxH3UM1hx6+ADxRO9UJYNJgPXiEg1ohAaZXEzFOh7eFjUCpRlcMkJ9L0EVey2KOuCw xf8W1tQhccaqxFheIknirxpny5zsCculG624JAb9Inafd0quFRyvDdOwzReqy5fbM6CMAZ6T7mCC JumG/0HlXY9TZDu1tOhHntEN4l7+PBHKnKMz6CM6Wa2A3+aCD4EP4UWastTzH8xC/IwYMurz8D/X WsIQVc5r+vWYx0Hzc0UMNwCkRrSA9ituw5ypW87EsUQcs6tV1BY+tBIRfCI6U42Dpoe1ZxlDYb1l uBk6jbKzdiFYGIYZJGhyNJVamCzYbBtkb3dgVYWcZiIteVFisfG7RZa1aRHd8pu0ajXpr5ISCSrZ g3tgpYqkmJiGkOaATZ4Dr5NNZWsZVO1fzbLWGSViwmaz5fzV7HrLMarrqgvf7M3VhWWkS22t5FLn X1v886vZ1VokaTYY257Bm6ttT9UtRd4ly7zcQpKmKeeDDhJr0kGJ4ypuc2vyheiZj1zV0Qb+v2Eg gJlqSbIfRTFHNG3Wb0C63huXjhN92xxoNiNFTpQL/TwJ3LOuNEFcFBNOQapv5iY0GxuF2N9emyN8 TEhbfeiaVoheEFrPNExQuckgrykwAjWUBmL9xmqIREJQ1oo0VfOlY57ki/q7S+/3JTmgo8ktIluI oanuIuGEkZoh0mX443kyrWuJjQjzSQEBIzatwkDMoZjy3PIFk4jWxMAiVpg+yU7h4emVwUl56TB5 lRRjtckgMpaleDKbpU/5xo/VJSPLg8tIl2HOircq6m3m1C8Mya/3vUbK0BRsi4uYBb3OcJSYVVsu M9WF9GkidKb7fPVY1QO2p144ACVpGXQ2xqqx2Nz11LR0PezGDnCKFj0NnLC43ljM8+w+9Q/pfAKO WQG59VlkGfLaNL5iW4rQiB4tzZCdJMPI9eX0LuNWMpLXpotI5sHEfBFZJtqwqi0PzbZdT+A0F1yL FeaAlSQqbE5qtKemJqtwceJmkk0Y8J/WsS2zcle7liHhnGSXy+swXyZZ992FsJBYItbMsoWU0tAL /P0znswUGdAdvyFV70Hk1AjFmI38qwEsO47Nrril2wzL4lZs15YfGaBgs8Puy6sqeRpJRE07jZGS CMI0l23BkgyItUTcw6BRhnKl4mJmKlOW+44TlS3rw/YLqG/LVbGueTKy1JSycO58jNoU4TcA39QB W0zS8vyTmqbC+sOFad6pr1G5AZENkFkp6xvNH6CDrhd1ZLI1WP6ujPpu12TwCv7SZDRTCjJZ066T 4EQgOGbkHX+cI7B6leRq+JqCHc0aUYrcvCgSGfYAu2V+Pzw6bJ2o6vLLQoPVL3KDAVt4C+ajJj6y wslZZQnCHl1QydSWevKSC5rbRio55gQ7jcunclP5VAZPCc1ajV3TvKIXGZ3jL5+40/1hgoBKStf5 AEAzFLGa2N3T+e7gvwoKhAGXcg8wMwqDVesAQDh8XBI/JLkqrjDnwDUa+vZ2llMN5hQhs8rQ5VIp ZfNpSKmCIHNH7lUDCB8uyb/SrLIuKzS8s/WaT/Wgf3BXJDpX4TWSnMSHZ0J7K1cLD0ZbJWdBf+GL cpkhu4DZt6MkcGVsFYcwhpMSFRXkVuHhpWLLb5dV44D5ergeKLpSBBfVRT7Ox0oa+4EHXy5fnypr HKqNcYEc/1RSA9p8PH2f/u/l5/v89/J9uZwul+PPj4/Of7+/zz/env755/Pvf8///Bz/9z+Xff/z 3++vn8vfy8n3Z9d9K1RwOV+Oikgfz5fDP9+nizrSP0p5/Hjx9/zz3/PX9/nwffSZ+y8/ChFUXfr8 93j8uZz/fh3+e/j+Pn39PUfg39Pl+9x/58P/jt+w8b/enDT/9Vdl5h+VqfX7/v3zffwLXIeQ6/f4 ffk6fJ9VyTh5QuJZNeWjAsoVZUCLpwPq+qx4yOnr2+2H8z/qn3x5nN/HWQUWL9TWKLFcsQuZ4VXh LnX941LdZpGCPQL/A2lNBkGBFVMFxaXVWAhDVgICoiuV//P4CPZ36Ib80TnY8BEonNYA5D3/Tg1l Gvj+dQlwTkaOIO49qK+tijDsFc6G4r716DcNBjrrCHv9JoxVcv5zeXn7VgaayNtPaH/h8yJXWU58 ew7aUYG5Mhg6Qtof4O211Dy0JvF2kTMpYcUhPCvSY0Bt0bA3HvLX8oMoEJDNDbqDznZW4gqLpBNl SV4q86FrPKGNYd56Rb9Uewq7AhtENMzdZoKmVDphSbRL661pNKszIvSS2hh33NRv+yn+0VlnMWgk FS67N2Wr9L8jSBwMeDj7YMXPVYVvhyIXBViPbPD17LksCttvQfNNBsJaZq0M6Wq1bTljpZgqS8zc +YwbG+L3Athykq3YLmrHzQrAPLBL1ugOr7GxrcsFn+5eWzx46yQD7FvmOZuc9beE9bEviobQGPBe tw+lxGck+RoOzoQTZondmpst0zWnKoipaRK2sXh1kYnROJvGdPILLPzYZN/LdwynLjQex/zkL3St aVatAudZcaZew9n5PH0p5SyXzYgMco05DuBvbG57ke/F8mtjNHCgXK73eN8ldt5R2/zkZRWq+BA9 8sx5fT3e1IeTN5PXhk5EtUfofh74XCDUZoFJFka33Fz/xUyhMg7DNFva7CFtHlvKmtjW8nYbrGMt WJhSfrWZbE4s5TygCpiM1lwVH/J/gk+bHbwJYxSsGdRnJxdQYdPWXMx3FVhxlhovkvTfjOSQcxH0 wW3gnfK2x15eY57PJpv3aRnFNL4rh2DAigwZaFDoE+ecs00A8gYLfCReilb4RT3drsSSEDewllqU Ilhj5ir4L5dfFBFCRbqKDvgLC5SEWBr0DkNKP7BKaiNa8u515nOHfOe/iHty2AXFO8H3CloUC0TT oiHfhPXJeGiTvVijrYacEs2bsKIdzo4EE82HLsotJUmBYJw2+aYy3aoGIJZfPkfJNpKT8nZurqlt lVQd6teuRx2B4JZ9ViqLj3KQypiB9YV5ykOTJ1Imo0+WkuuuQjFuYKwq6gMVFnqI0aRixkwManch zE3OgIEgo1yp4jY5WkYUGDlwL+TNfeBJescrW8IVxyxoDkH2j9pJiBJ8NV4DLtsZzmwg/TM4zPZt fi4nz9TY6SiPHes66Vlqhq9M3M4NSVxvpnBLcGgieY/5gyBJLOwJdFUsERVjN7C1dBH3myIxjsv5 un7Aa0QNY33+uxwMtPnQZNsDEgYOWEwBCv7SAd93CsMQCVQ5El4V7eUv2swiiQ3AJDJJmgLpYxg2 JcbBJnTanVhqGFQrdczxLIzIDNZIsZ0xuOYq/BlAFAcu0RK6lyizBGGdfEhiSYY1lA0JMsLz4Er+ HwEtBGJjaLYXgRYhKNl2C4GOMZrpZuO4i7SeAcyE0VCUixcssq6jgGhgqvzOXs2b7bQD9IYp1fIq GAS92cRfj45bYBL6aRDF1x6LIvYyUpoFUUuRWG5/Cj+NqUcNFo0aURaiCI1FNO/5/vZHcNbilQ5q gQKKiVpNGBafFKDREw4u/jx+0CCfGCUjQ7A7RB3XRIuF1hoXhWVibPuVuxrq2DSKt2k3xW2C8t/Z pASECiKyiU/umuVQX0JsdgtMwvD9JWZmcLlI7qTMJjHVg1SkOuwORnaEfLpWu1pEnVyhFe1hZHRj qtdYtusa60F4cEaglHYEyiO8/HqmLfPI3jHF5eMK8cIaSnv0eegFjaMCdLFKL8xm2wYD7UPKs2oE FZyTtaDObpsGCMQgKxAlTQXwsyJ2PfyOS6kzkgFnM2sZEGnmDBnqbBSUaVf+lUkh49pnFaTdI7cU a12V6rbsZaSySNtfLIhDEeolgWcYbLg83lwTw21hpMQG3CGHNmIy/nWGEw3GxCFBS4WFLRGxHPN8 WJLcrpTXt2xnRFIhFYnLv/WNSXS363xubjRK8WkaG13lllYLrGRBij3TH4aI/LqTylvk0tHcjIxP FxMnIw5DS0KSEfOOY9kCHVDYlpUMD14XuTKtvmgmAnw0q+OWpS1QQl12jJJbNAHgDc0UkJ8UHExW 4+wee+tWQssdM0OhcAgepFkYXnESPfoi7KtV0CJEyLUEUrAfIkCkLnZyK6gyIkBbNaRlk0h93tsZ D/112XYvLNmUiqkJHnI3b0cjIFP6SOGdJbdhAeNp17LcrZIKCD/zIfDMTtEudiH1FVLzCrxrQfZN lsKAKnaKUOaR77qt1r6SQ5IVEvS5hYfjYiMHkCLGVxUHY0m4RIxLeWIuhvxqnZ/cncyavBSuYxld JUQFSLMF8j1sKwxqY5lErJSfxTTT2S7NfOkvp0hGSiS5nEtDDvhUTNzTb3sZ84S5NLiRQQ3Z9hWx WLzPpwINZU09Esl3AoH2TOdPsnSdloWtZaex01Dyxnl3QCTx+qwhLubaZ4e90HM5JE1djmIrC0TB f0wrEWJSM/Qu5RL4KDRAa1g/NuQWkwQinIOIkvaUXctQflRlrhcDBziKnE8yp3UTVEywiURpndTo amG1cvlpD9CkWrKr+2FBQUaIWjzKfFqsqdX2ne0uk0B0+A/PJb3QikcnglnFhpyE6iKEw9QwuTo3 57QQzYj3fRCKtwafzFxphF/Wj8kiwS7g3fERIo1aWvIY3cbRHjRBskSRaKDOdU/N0tMCR/JxJS2J 8oDBILX8tkjANP8QKTQgeGYzisy4PMxMAtIIMOrnEzvCj5V+Y6zhtMgihkCjD5NpgrXarGmYUJkC Ol24plFokwFLuiqGonY4TmaZoMQjZTdjMbYObbrViCvYDpSNezsd2XqcFpjw0L/58wCqZNCHfIAP 8dd7vnp1/xItHKeOpI9vkAdwFUd6hTOY55a39lb46QI6az5FzrtIw6hV3BUbYkfjmqfEPSAqbEWk wUXjb94kG4XbZoXvgzBTmzOG0S92KCzU+Q9W8KyKdYqlwges/40LuGYZmOGjYWwyqyuCQYu1GoJf 0MWjZepdaiG3HLmFhc/QYZ9gjZhTCjklPinRMQlaDrCJnt00EShMzNhGt7aqao3PwDprR5e4Tosr IedrsQwqa81gaYn5ZloGlRMygofFiDCKNINQci+oj3FaLKw3BcI1RsAKVbWTu5o7VHTjD4iMs1uO lmBcRxohwCI9RNraxhVaXFUmEmYh01gLlabQ2orBMPicBLVu6eiO3UBEuJ7xtFbjDIF8k+CzPXfz ZJbQ59c8Zl23lNQ2w8LRzVOOvjbIyHTUucIMWBDt12BfpsnOHROsUHP2X3Y59voqUy1TWp8Et0WI 0FG0PiRIrRP6lWjmxhJfW1bJ5nDXcqhaclhnAm/MtuHUVzEojdkWEBjfm1H61tpDmQm2DFbWVWMQ 29JygFEEmGm07QA30lzph+nYYc40QnwJZpkxLDtXXl8zB5Ys6IYilYEaOEm71SgWdEMXw3VSKqAw 0LRNZH0ovmqIJTSmC8O52tsueTfsi0HDAqhCAG7lasNYn4GTMFIJjhWwgFKpaGr8Rf3usBT5DHQm sVilVIi2K5ydDxstTzIJabTRqYSFdmBHpaxWKcImSjmNnxUofim5kbT1XK3Kahja4Q06U0qprowK a2qtHzhvti5epTCtXrKcjdl6jU89XHD47YmZ0TsBl9xozuDO5ts2KbLpfDLFqqf6eQAhGWQUu1k7 JoSEEUP/mjePAQWQVQ/2WcJnS5R5Q5LEY8oF7WF5qippLqG/pUzaXUKMvy/HPgwbhFcru0qZmjnY H4auWkhlq9Ft/pnCZKelH8Otc+CMdgrIrQLdpgR1ity2fZAUExwifYSztXC3g0Ckw09sIWFUzoJp h+sljAwk2fOBZN7sPOtAsKxRPsMu4t4EvXyVDFmaGTcGfGcoUD4XQb3lA0NPkWFOqtgs5xlgBSuU RUpaINgTR4vMp5TOiH3zILrvD/Cx2s4/F/DvV+nQ319g3guo9vAJaAYFA6UvwOB/Tl6f/Jwgwp/f P5DtkyLPcqK/PfwOHv3P6fhzdA14+P1bavQJvi339gTlBoWDwSHe5x/PCvz67omBsOKzJHBFek9V B1F7+vD9rmzIWeXmv2rqvgOZPboPxA29VahZAREPOQS4u0w299fBYxAl63oeX7nTcGSQsoRwHOjJ g9WvhscG0oJSg5FNsVq/PZYv7N3/+lSm9+ObtLdVcPKcPUCqjHLp00Dgrv9zOnqrYm91pGH35qnU 45DqqqtULUZdlNDhMFfzRKNP7Sy4Rrp96rfHnmrVt55UqZIMJfp4Ubc8WwDihhGr8l3edSqOzJBY 4hdSbfehhHCZ0GVKL/mZO0dOwr0zAuSrJrTgNmbpqp1Kf8i91zhh9aWpp7e+I7FlMzOqBsg2yDZh +NOCvAl6ZUkmwPmwVpY27oL7WNx2r3JatFApXT/zcHKnfcs6Uk2LH+UhkfQUcNqCyOprsf2h1mcK MNdR0jIlpZJdxkLMmUc8s1o1+OkF1RDp5+1YUItLvBc+2oSkFhZca7nfhRVWWIu+q1tjeathib4U WVgaBTWo64FAbLn8EwudG0IVtWcRyl2wgM8dbz19ejxYzpBiXBoM5MEu6FOmjJZb5VpdcCBg5MN6 rWHJPNEM0GNymZr8SsxoOinqh512NrAMK3flpOGLJiWxUOcPWcPoRiV3SFCmd2saZrUicVKtzi2v OvUznFS0tavFTA+5lQbGFhYjWK55a9b7tmWZkBB6i0u9PLQ7YD5nLlESCQVZRoeN/rE0pMpC2Jyz ZuSKa5LnVXwhuGOc5yrbGjY+G3PCLqEZCZOFrmmGCI/sK7TeosJwtOeyHGA2ivRuK7CDL7JaLRgY amFs2pSdcSmuER7LcDVY8Aq3ObR6s4AqHl4CbTxo/5AulFTQ2tW9s5OsJ030aIao7cBFamQVLkvf ah1RdUmPrJ6aksLP5Lr1CNGhFlTXDfXmC1NLxcgKunwugMs/sg5ib9xKBuKn9rXXgxSNQHp+Rt/o VIAxcmqF7VcVMjjaQROMeBNRQ3b+cZhNwHaOmuVv3W1lbyJzYf2xK1HOgU39HCSCIdJJ1bhU2Hdd jvxOBdzfNEGuzE4duCPnuGWL1PghIj5oqeXjuaQ11Eqd4PGo44AbraY40ZJESV22UAEH6qQgylou jnBcyqLsYgKusSjW+GILPZl+v8g2caQTQUEcAIppIU4d/LfGgCpkHnZBzsuKDGvghxpMCu7wV9jE 2gu5LSWONlmvKWALqF6yMr6wEUOVHDhNhPNrU/AC3PzqboTXGSJjUuAu1GQ7BI3OZCKHBgkUOpLc fQBn4YBLOaeuD6TSSKEnc4EKXA48RLigiWvBC9JOGhPIUOYfwgyY9RDNpPOBb6k2HmFLrgCjYNL0 pr10NsFI+jkqip/4rlRzc1rYYiZSI94HYJGq8Q+vfq6A29j7wrURRZavttGfzKfbzExOryYKl+qt H+EIjiUdYZv6ZUKNyevYY92AV6JKc6wEE2ck/FLq2OdGUfzmr3/xmzjpa0EIYxWwEC7CYms2GRYs zVIVyEqwxdPQJVwSuTQ2Ac+Kc2qe4Sw5OUkz0d5k6gM4AszNp5jaOmDMYjhuYYGxjlAWJKadgLDy h81ZN+but2RAWY3QV8mbxxOaTXwIGvNBqcKBbPDFpnhbIZYDGwl1AZABloWCmq2dvhAEiUHvsnKV va0iuwFt76DcOWMXrBWWvPRwN2wEF2oYuKp9+LPbFOvQRJBg2cLGekX8DMR5esCaJJh2ZwYwmi/M RLkZRUIHMcoL60hLac+BmQZr2ogfakxiqqep4Ih2/bz6V5Loix0faCtiibp5kUwIw3cTUKYIFTZN EpwmbhcGu0FDSzcq+c0nNkBITBit7sCIoaleh1nbLzJH9qQgv8K+juebEHwRHnbkViRog00/3R8g Witw1JK5l+luJpovn1NDFxYLX2fEZk+otfdlOQbj1lyPCCxZaGnVRL3NPgZEPfMa3uziRdi0loNR 8dtWlGh6s6lgr09wY8us36EKZjoBLX7vO8yF2KekOk3N7ilWgrcNRB8kzBl5om60viv5DZZCP7Jx UWImTQxBIgTNRLsu+I7P+Sf8FeQlZu1bkTE2iJaTX0KvCJXvyVhG0Vf2LJNeX9G12ZCOJ8ezonPt 7PQuPe2giidASTMzYTNfeRkeZGBG2cQG3WiJQJAKBrD+7UiGvZgY0xTv2xXAdpJvdFONbKBRrZ9w XbfYh0KB+TVXJISK3TsKjpq3zlL11jcQeXO4mjzpt8YkZ0LgOziAE/Zeezpgmwg2OGmErgH8q+9D 0cD7xFIlc8UviFLnCmwhqHisTY1fNzVeyZj+LCK0DNm+I2ZXWaP9DjkQeqi+vu1vltE6WfTLxaYn UexlCE5bHVmY9lQm4yWcl7waqPN2w0z554C5wxQtUh3PImZtJvgrcm2blcQCqF48CpaKkLRn9QTQ ZgLYl06R4IGhtf1QSZG2DnVp4O1YuF5bGmSp29kg6Ndd0WaZKOrMbiNtbPyu7E8GStlktpF4t6PT nlHkpU83hJgKWQVdadvTOHzTHm1bszvf0EqAgU54e1QlFfCu41pm0GYWap9fpQwzF3pgNRilf7Nt O9Zh2+XpxgE4F6M3qpr3uLFzLmQNw7WBz9kY78OusagjPHky/nU+JbWGEqG0UzD6qffWTznqNW74 WUoj1zSOhX7pomXF51IkMzAG7J/sd7S6o0crmhVkW5tk2Wohc5BrYgloFjKfbUF1qg4FFhR8A02T YdavuWQH+rbHHNv1Jij0pHOC9GdbdZhDJS03eex43BqN6hbUbBrzjV7tUWBk5cSYoLQjv0XSXSVL SLiSWUTRmDIT7AOjldbXSoaff9JdukY1mtgEnMhYGjj9drmowGVGHYTYhJYs7l1Lbe1U3zqZGlid u9PSIFz5IBpWdqaDI6Ih3lck5f7xRfiEIPLcuZCP/EVbL3xFViMYxCVMQWsZh3asyEkoxdhfPigf oJgHF9hAXYgNGQ9eAc4kujSvNS6JMnad4qwLjBnz8beTBViNtYhtKQw25A6jMIHq7IlGUMFyscay SlqaXc2LSK3bEfC7kfkcQ1hMthHH7MbmSptGF2dwBR3GaBbMvpkUEifuTGggLV8OFtN9EKfdHvdx IaNMEgyNg1XP7sQ23OCfW4srQJ03z1Ple2NIh2UQ5NJqHRsmbji6In4o4KIRFTGO+dWtsxGRD498 29m/i1Py7TldQIBCTlHz/HYpQGAqaCIWwNByH73lbZohU7E2OkViS9zUcUT5hi1tvmf0MEFfOsUy EUQ+XMG44/yaEcgWWpeFVeSL8iRTFU1vjR+URKb8b0So1yrOa7ZFOZYgyAaK/SxBkXy9DwAFBIP2 DdfslGMDLpTx1AbISJtnAp0CTLFjMTcM05wKL5XndsTaLLm6ouM6MIzCoucqd3tXZIR6otLgcpi9 jsckZLPtFhIueDY6lJJFlDv2jqBQTOyTcOtwQKRzvQlQwVDHGEnOQ2G9hnAlhuoIYlqioXIMVTiF JAoeVUUwQRFWtNScdPxQDAd41HrAr3+wPlCQcZo/QI0PMVx8FLJLYMl3JU/hdYnRNaCGWQKd2lQy 6YHAAkMykBkSU+MwRtsVJSH+BOzoiAyRuSLWMgpdb8zGINTrvwGBhQ/RaWcs8Liy11DQ8u56lms4 p3ZhVKJqgzebhNoMk4t68YKFKRb+sgmyPR12gZjEGPlgqx/srUevuqkHrhXJBnRChAkqYp6d9w9j BTGXvmhmQNCvJyIsjVmxiJJvh4PBroHUcDeIn5oCnt0G4dKRqhD4ghXq2b68wBpXx9vwZepWHD55 iQOBrYVXbXm0b5aAYgWD4GacchEx97ulgZ0vnmsoBcqbP5e6Jw0zlVrGkEQUE6ist2ARmuojeLJW q2vQAFGGpZ45qPfxdRMqLRO6iPMwQQ8CM7vGBy0p87m3TsKBMiCaobq2BkJRTPnHx3dFFUCTrpWF 6vtTFXFho8QFFAwMgaJCNdkICLAOAlR7DqDSCoREdiyoFPbw9cdj/uw7SGEmY3JfwbRgnBJxPWLM VXByFStkRns8otIWoZ0fHon4GSSrsIYCGHBbmbzygyG0PY1N8jPs+ARlLXH3C8grbVpCMNj44+cA DP6pEEeZvUcP7AssbV+ifGvdYBsB97y3nsFWFisZV1JDyWhgLCwVkNlOwNGwMKhZ7QQHhCRE1EwR KFM/cS8DmEHP3ApdFcSAh8OSVNmQ5IufHvrHloKT8P+EQ9UJpk2SvL2yFaCS9jO2oHBbKhWOKBdd LQuwzljTsyxpSXsjR1s0lcC2WaBIhT+GhsO2Y5gC+msKKAeEDBsNCmMIIQ0gw0iB5Ru9u/YkPds5 Pvf4Ah+0FeKLdnyQFERGUHGOrnkQoNzjGumxfYmImirmywSicNoht72a3ngYs+BgXl9Skh4ICIWz lARz94mk4myw2wgJij1gkWp+yGF+05utEGxiTww8mWPimMnDs3ZkV6MFOE1hsQ7BcT0eEEep2C1N mZSA6MQbt7tfvvMxdaONJqONJ9N23e0i8L1s3TA8U4RBGbo/FVtu45sZNp3MlZhXfrNZ7/COZd7W XHuCJAF1OMOSZ+QH4jLXFhJLA6PYchbAxP6V4UCvka2Sj9fQmxavOKvT9FrpHrLBNDfZdMsX2mL8 rZHZ/4w/05PQoShVUU++eWnpRpC0CnKSY4FklqUDEdjXfo3LW70e323qdYCiHthACmGiW4EYnnKn dR0K5NG0HS8Jyzd9pKWVuS0GinCgA64kjsF2DKrywhiVR+JCHDPMyB5jhKgtNHw2HbQ45sda3tCf Kc2TybfjLeMqG8xDE67m5w08hD4BkZlQflFNQkCKfUvP00ssri9G0sLNYegJswF1HA1/1YXiKrs5 8D14H5cg6SXNlHGXZe4MlKtY4Ly7IdtD0bmzOeQPtxzRPAA4D5TDAs2PQmfRqBWME/5HJGvpL9hB kQ5cbJ2R4TBcrs247t/8oZ9H7V+RditjoVH+Yl564HZAYjnLCwDxNDdBC3oZEtvCkJflDwWyuD6/ s7FWhbQLdJb/RZUYkZbOzpNYDvzHWyMG9kYpj/XZh9yetJvy+OjpYKWksjSJ1pQ0TkTN9wN4maDk uQEeuTR1iY+5Mu40WFw1Cwmohc+WE7Ig3DmHuo3GdDTnpHeWQZO5TcwkpCwaA9Fg4h2kRMhNqDOz 29Dh/BHGTiHlExCG4g16lItV8kZeOrCXDpb3kCvMuxJ3FLOKSclhcdp7Zx1zzV0UrkACQxGcoBXQ DMTRMld+GXplDaCI317gJ9AUFpXILL5bFF8IoJP9Jzx7XpyInHAP0kVIgAI9xErEDVgI7wIiiKGE dfCGO9d48afAivwUhhtPqJ3B6LtOC8xNv2EUfxl7wXQhSUjkLtBfGKQhF5GJ2IsgC58BqMroNcpG A2PcXYU97Qa7Z3UaukDrXOoIg6lCKgYD0S/MhAKJ6LrEt1UlBIVJwE5mlblDPwSscFtSY0BiET7N 6WlNGhV4GuWv0Ixi80AW4wqmK3vzOWTAHzmZlfC9cUNhokaAlQLoYkft4bubYHWxwDV6l8CJmVGl l18i9FAQGa3gi+piaMG32DW2e+uzlZwFeoR+PNxWPVnepq592dDQRdthIV6E2OjIDFb+VOVGcEt5 nyZYTAiwxVGQDrJdJn0dKeGrursrHcWndR7RMJRMQS/gSP4PgAqYUDrYLFUUNTwnHNu0BCvUTqgd sTRg1k+pjTvJPT4t/AxHSk58X9HFyUWAxcQkyfGNgbnsBTvNOICnBPV0ADey61LW9QXcEfAGc5CV HeZMStyH58aghzvbIoRVhpJ6iaHH5Or29x9JuEa49HuxcYIzrXFH0luaqI/Jxt7MuEEEMACpcCww rXqVaQHFcEPVkK5IbeMJxBE09Z3+4xvWJ6kUL5gKXle4VIhrCBpXTgQsvKDPeYWm2+jdhVedyDbs Ch9hHuUiFoFy5i8kqRIhCnJiSqgXcWzqpfaaIHU84VbqWQf64W1pv7ioLxdAC1O9PlKnu+RY0BEk rXpOKndX9ZEkqYetGU0iafKDKQaLhBXKTP6xhEKpihLiBuZtgmAKm3uSAq4MinEBXKOKxxQlxMxU Oxev8dcb96rTjGTApLuNTtd+40BHNaq7KUs5vct09ESzqZL1xasmGMsxrOGEY2vViGsKJ0JUVlgF MNUB+BhI9BiaoDkdGbgmNrPk0LMsCQXWOaFgyLQZX2mJJlN6heXxKiVY6rNeTEocnxKtIo1SANk3 FQP4BBoDNiMDC4wdY/TZ1RukSQVRqhbDLpIDrxqCsQdhdZqkma5cukG2H+BenItPG62ezR6YMUkh +8YQntkLc/cLbwyAzM+mjRljcm/xJB2ViE5miYqarjdme18hLctAp5t2nax4O8oiFXMDxFxgLTco jMIWjCVpnmLgauY78eyyzCi9gKaar15Q6BiQmGs5xCcV0Iw+31xhHq0I1LyfADYLQnsDRIUaVncU K1CGNZZF4pPxCVDVl6XKmxL4IYHM7Z+pECqRNHCpBEUkxc6KM7AXzeNK94CgtYXdXJ9ue367JclV 5GmZQAXBSQ3x3sy3H5coRTdiWkTKW/ASk7IwsSWT0oMG8L2NINOaXiCslSLBpWQEJzOsfV8TAkbV IkP30ch6GzvME7eINY+Oc0YHAtJa6DMw+MetqrUmKpvJzOqk5I3WlNyt/Lc41gaTmgmZhRYuqNok xdxB1JN/609LR+Vqfb85rRpRO1lxLbmzWiWW6EFAK2ZOThh5RhtXdEhaNil4yL9yXzto7IK2ccWd U2sMiS7zFniJjWjhiKKW2Q/TpTtItZvcyQuoCFViRihA20xAy1BN43U+xWcRQqTtDcz+8WXnORgC B6PDWTiE8yYEDKXxxrHSwZgUl/SbeCLNVamsiaCYockt0EhKjF0xc3DnGQcuerqnMC+eo5AUsb4Z dXaM4+TOLLPlxueOP5AFYp+MMrwutCEYf2k9q7YvcqWyWuadxCRzaUp2hhDq1PzZy0B409IqzA5g Sqc3LAro8zUPrbt6QK/BaGd7aVysyVrb7mosxDQM5P87NZMg0PzJgwnVSZOejGSKc6HqD3c0hU/G aNjtdpBwMsPNzKnzNgG4+/XHPlMH2SLNUtghOKuQ5yo4hbIK93Ebr0htayPpXsOmlYHVtEawfaJG Zmhqp6UUNpyVLx5N1M2hPT5MBJPSh4IfdBc86NR/94oq5OPBKe29C6BQQfBsAbfrl2uKbVZeV2RH DTrB9m1CjQHMAhEmUhxHQsaQgrC0i2jOL/VS+jw7liFmAlkccsOFj6lsXyZCyn0KbSBT7dTHPMXF 7NlVQ7MIIGs4atg1TyYMnr0zfi47MtoWD5/nxLoFsfoQ0QUxu07UVSgYuqt5UYm+TGDBoV1vTbUl Aa3zNZtclJfCuhWVtId3Bbf3Qn/scBHHzjRRe1bV2GY+qG/7oOWc4LJpLnbDB9FifO7MqdRuOTDQ PTvsRXlJZtle4mEBD7rbp0EY0ZTH3laZ91k5xioCmU/nulBZSUngJ9u1gAYwngE1TD3qVxaEWcjG dqYGJ3RXMFbOgFC8h/dhsAhX1ocZ1DLJQLVbOK1t4ovQXNZur+A64xXq0A6C6FVAWfwduNlRD0GV oe+sSvwO5Bf81XjYP/BkNLR1YHSZWBNmjSKFuJ4bGQGikhTvSioRQoSPCF5sMUNqwpjuhNxucvve 5XuU/1GkzNyFbAjkuenmm55BLQIiwNtiTtLtpbfCT6n1sRrDwCEIFFKDPlwobCaxnotnTEWmWvWd GLxklfYhcA6iUU5UR9xd5IYwEw+6gwUFrImhZYiZYgOy6WP7AUCov9BZXwmMw0iAWjojVAF/wey2 HkTifpcfK5g2ImGuoB5QDJLRAihFo6AzaZDBTG2zyNgxxva5ZCXJN6Pvzv67BVqlRC08xrdPAZeE yxPfgHvmqMcqgYTbVjDhPdjRjTDDxzC/kkP5Fb4Ogit1GaAki3hpn21Krf0AMWRIOzTNw5TE7ePf MHOjggTCsg1SO6tMG7hUswoiGBJu9ES0kobBunCJk70I6CuQApLsmWiBvWofrJTxnvgngdb99nDe Zd++nACGA+++vh6l4IKcJUq/q5YM6zjLvYVNqbALyDVDEPnQP1z4Aw0uTb1M+uBlABdGnirK4U1b DGA3AOmxQs2utE0A/QMPQhgh0O44nL6U44AKw8BL+AVHhxGX02s7QB0OuPcntBmWqaiFtF4Fm+HZ J4nBcNKvt8vr4QKKl+cMqA9+9IMcZYfBMDYO2mj4ehoOT0zent0MKC1x97eJqBpelEuKZwhhKd4B ACXpw/Cj33adohNfQBa3lNFaSqGdkiB7s49C5SuWn4hqj2jEX9SVle/vRa7xy0YE966gRAB4BElN lo7sWgWcD4ezahdyu+HkqQC+KUYtGduGAJj2/fxi4AB/lTkA8hdMU7SiIhXe6+l9ud3qkbxfenqj WwH9krn/9IzGH42Uqn04yeu2r6Box3tJ398g+5KvAVZnfSmlLcH668/h0qmDo00AuPDF34pmfNob +Clp+QPz7Q18qVxRsvS3UZIS95qHozbc+qEcdh/YQLiYKSNDicIan4g8XlQRQUMzrjxIdS8w7Gy0 FVNpRwP5uEdUpILbuCC+X19nn8g8JwXnRq4GSXKjIEubIF5IFz99/qOyx8tFv9+GVfJ4rJHqrbiz 5PAzeTOi5Ifwu+zz2yaGedErgvWiMTJsJrDbRgyh3ZTCweWhmzXSvpGShObOLpXGmzw9PZEVkgD5 Lk8fP44B8HhFnclUbKmGeVngUaAyuUbVn6FNHqA5uQD+2yhqv1fjXtvHQonPSJqL/2jsuUo0jBwQ 3mkTwpPQ2ekIaU9syol/pUcAQSJGu6hnNbfD4plBPB4cT2YdFcGKdtzIud9G5/fbtN2WxvNX7Hqx AaQDqt9t9qo+GyYbaN0J32zI+mEwOpCC3ncZ74y3/HU/Vk+v20ll7mxGvDmDSemisCc2bru0HUOj stuYrbS62PuukXZO99PuxNaaLCnuhUu61opEi7e7uhNRLmFSGPaOj5bPJcEYgl7yHBrkPDJE2Uir qRedA92yWgqAw1OyFxBZiBzmXT4Dt2YPkt7q2wH2FlIXuN7/Frvw2XbZWQT7FxYUfg6UtiMh1rRP Cyh/SM9A+rI+DE4QCN0N1uZ6IdqX+BpCu3CK/YdIY2rn7dqQbL9++G3rf6vdp9NrtgXMgju2Hczr sFSUi2KgO4JijbeWaVJr4fWlDcCZ25SxKF1zsrlMPI72MupK7oLh9Lw8hnIdt6/ttXsMzkLdtk1O iVZtiGCnPi34umYXW81b9S2Uub4Gn8PTGhxJ7sR5JZHDpT8fH+076wMfLJvAZ1zsiGXOUt4I7jm/ m7ejuVwtHuA2XDUMJq/FpsEMW3ytklgobBUVmDrOij0XbGObhRS4nTjlZucE7WS0+GROJM9QdHWX j+d0nfu6i6/LHcLEkpYh4ojMNSS6sb/gAgdN5hzK+Letojnd83Cxtxmvibgqb4Fj2Gk29+cQw3g0 VGYG6iDABpQk4NkeYGGsPP4d2OTEuYRfRKB4ZTrOY87tFK4ItnDY7U2H8ZPYwmrxvgQ9IRWJyIVF irDGtkengEXZeYLVMMvx7iSg9xJorHTGnUMvP9+ca61znUUluavkNkxEyxiIGcVfhjD/Hol4GFLA Q4deyuXFMXMm0SZANfdScQOeZVlJ/W0fpoAmDxGTJHY7f8In994o0ebzeHMNLdIOu2y5kcUGiXKb bga20YgJWAwn/3xOYswfR5SjNcHn+bIjiZO7LfVdVPX5QhDMmbftW1ao47H8xsxCCQ/9lvEljNHA 3hYH5dIX3HDWMj7tNxmpUMdgES3wMVVmRzfEv60bc2pYCZP3eaPJr6r+biY3rtzuNimwB5pqPJLl bcKMt57YboZ2D7uDQjM0BSNFiCEAhWaUwMaRJpNp02lmjVe6mtcktw8FOElle2AimkSumNbYap7o CMeGNggu+6zmCVyWrf2y2gw8EcKFUya/9cyaC48Nte0uW30pnQkCNJnHJHfhGm39bb5xnELhqrtd m1QToARSV7jhb+iPTCrQgUHRs+IuBBXYT9czpGY9fIUo6qARikYzqtkDJG2+BYHgKyOldgRY/Enw XJNaBXpk3QE8AYzxNswibEjY7y2uYkwoeqqWgS6Wgj/oDGHYTlCBENJgBc+3tBE1GFbJDhrpZpeB dwLPhwOu7aLGoItQiTZVJfLB2e4qH1pn9RFg4u4qe8jzhFtq8bp1YrsHStbeBjBCKB/qimX2VgKN ER4rgwcNvBA9tKLNGsPCZ9eIamFGAJghx6BI4FW2LRrgOKX1tk8C3jEGcXXGJbxnqAtgBRIyeDNA L9BWH8lOAA2oyLADYvTSLlHoIUTZvT5FQ7PfmE0V7mQyvINCMdYsFUMxyxwaGQrh6/8f6feakuK2 3cls2/3vdw9BIMHGW/8+C6VMTsLzTK/jBWRsX2EJC8PomUCWZAhWUBJj2Y2uJ9YIMMuUNBuXMvY7 m8+kBJuSybL9mZzsqImWN94FvU1DzC82Rkm8n6kN8iRJ/sBVkDli4sxVhlWx7s4aAQUkvTQFCuEG tigj2sKQ1KWAVtf6tbKSWaSSLjR2iYmkDbgpdRfe0bISXyxn8dlaSQU15ELXI5FBQNL4X1kkn9pp wsp9JP8yBXdSHj7Xnpe1kGzAoAmhuVpVGIoTFAuxMj6bESTCImR4MG0SpQmXPkCHyMAN8uIwpDEp KssXJ5KhIEAMGpSYshq3eacyrjRZWJnuwx1sZ5gumyCEC3Njvj8xlywFatgb8j0t7jfEzP2dLqm7 lY4ZVqp99W58aD+3R3D6HwmJJgTVIul6SCeyU40GcHsPtEdn20vIq2HX2xTrrodfqUu0S0/viZD0 YInnthgCRUmjYbgSk2YoJwr4gJvqksFjUco8GuzMmr1UnU5eywSHcG58qbWJK/vXiLMo9pWQA+iJ mMrLoyWu0W9kY/5DT7f1wshtjvgyLJepaJ2+aieNM8XU3gS0e+tqLAQAMimJSROIsdCznCSC0V6x zwKZqRuDYJdNu3hP6llnV5n3JXUjavqF+roxKHQyz+PZcOA46c74QLZD73HuhoSiAxnm3caYF2gJ 58cAV2cOEcbvZGrv23zMTvoMYSQ8ffeVd+oMtwS3Dl5PTOmbipoCIyX9LnYH52n34BxK0LddjLIB fU8dLfmlm1JqTbYumkcLGB9AEvsYxEBooQMAbIIrIbpZDK5CB10to3m/rfWtU5wN1LsjgI7bjZd0 WXfbI1jhK1aEfmdGjHEeglU06KkoiapzGcNIS0is+ZzeECaj5ElybTnY4LKoQj3/IUOBwBKoGLPO 1ZWi/LvyJCEZ2CtkwLRINcNuiQewRUYxVAoM15UcH8bHytEynUXiYosXSjGaZ14ldw0wksKZmM7z 4A9x092rOf+Qiwu8GszxojL7kWrl5mrk/4s7cKoEP6tACt99PhQhGaUFMPOXEwDUFQtxNFIZlyGc BGBWhg5nw06NuqxMk5i55nzSEV2nL551REyrEoOzLbuZygUtWm6pyeZjTm6JViI+f8g5Dg3oIdqS lwqAkCkSMs+ZY1TSeS1hLGa3/U1v8UezDGMyVOZNIhrnOQRsCKYbf/LrXzOFgKhKXog1+87IWyxK ByK2PrLTFCtaBoyGQGJOpw+sTuyWmAeJEFPSVdZ9xwQiPKPBIQwvb0fDGJlqm0EopcglfSBV00Wg qQIW5Sxd9U1ROQLgI4FueWYUo1EbGonyxl58yzKJKRY3o1aBJsTX+ZDtAFCQnCJDsF4jX1wjlzuR bjVTyZ/kDElGWNdgJ79rmyayvD5+F3JZtjYpvgOGP32hJw0oAJW/DAkuHiA/c9Y/1DVFNJWEg2Ml gBf+n+NNusyopgsNREYfQdaw+ma7Q86N1JVakcoFcQ/NkX3ayABaQBpz4eFb4BxQrQRVKV5gGcN1 iTbfoYUgHJG+CrSdS6Y0oGAgDMhFnYHBPBIsAc7gspVoACGBQPjO0vFMPpwETiSQR4QAAbTjt1Rs +isaB6iU4akpd3UCOuSuDF6pYyW4DkUhAVAXaIzPKz0BVlVVIPjJW09Ck/SLojIJy0MNtG0M4LDA pc8TxMwdlVMAnQWwBwHB5CQDl5fri4uKvR+Hb7/VNwCRSfWEg6lM/PEBhT1oAoD48e41aKeiEBEZ kKVrGHN41/HdvRXqBVxKHP24KLwAGLxA0eB8soi1E9CnWIVc2++zb5WoAE+G+yJFkeGvEzyu9Fcv Ps8x+6A5xSUOUMOjYhSuBwSrdBy4ecEg0KaqxTJpIYCQQVUsXAiPVOR5lR+QCsQ7e0xgaOfhfLz8 VaZCxYzA5I+fMp6BzbDB8/ED4K0nuDpsTRK1khi990LB5AokHy6qLoeFYuOXmhaHk/5hYomBiSO8 RIMcgj4kKgdHJ1Gh4f45xW4DQyxRNi87DnFWDtg5CAWN7Uo4JCBrF9R40sz7Y3UnnpFRiRhTDIeR jC0T2Nx9PgfLw7OD89rIKPcWlp7cPJ++4P9wT4giBJtowuTLHwQGksCeeWhm2uzQwpsk7o9vwgca /POuVnOp7BgOHsaV0MTkChqsenZXBHUio1rbh1dJ0ITz8wy2lbQuHtct+P35Ve2PwYeWAAOVSGn/ QW9ww6OtDItaYooXSS5qrJvwzpAl/blT2Q38cplhS1yWDU4Y2oOBaoYVIpL0O7BxBFjBnWCYpcST bhEqdoOYDO318Kk+bTtWQJmwwZJsQ8zUU+9UB9N0eDvrzz2fIHnQrAzPV5htuwmwaKJuuZETHPTa 2uxjNip0S/kdGwhAV3Nqy4qlCgdWSsQHPkSZScdJhMFwaSpOYrHZqRHf9x4UnPYEtm1vAUs7U5Jt MLEq82BBliVY2LEIRqqjHfYhTKbtj5Ok03aO2pEJkm1PAYad3kO0U252RVNK2Zjcaix82ClbPSMA hWZVGwMmt6mEQn9PAWl44k13dmSCfDkFQzgzwLBi3PNN+K7/SG8fPOnXRDO8zCpZZSXDs3krfUIF HMMBZFo88iDeVtIkP6TFL+tMXwINtYG4zkGFCJtnFXhAtllgIE8Uq8//wETriGiw4uy9Xy5vwfiy 4rRlEybJrfK0XNRpFuuAEpoKl+nectdhksmfVpdSizoLQT/E1PSRB+v7thtzwOy/YokBtuTq2+W5 SZzQcEv7nW3quTuXgwzzSa7wVHhzHg+P0B4l786SxZewWLVgab/TdvmnuRl8Equjtbjd3ALd3B1r LPevWDgUOrAY4uH63EgNSzDgDPiX9xVqC0UK1gXNtdT1bdVfzHKgiduD4FIrA0Hck6fR6ddLZFZW JHxMeL/N/ZZ38ZkGkZRbgrCcmZxml+bnz+NGpPAIRtRON1epQ/a8Nf9Qy4Mt7WHn3/PxDJEr7TKD xZQd17JyF8/zTopcUFaqLSZwDLhO3BUE7XKuSu587pHgMX/GrZEkWpHooSfEK/rgq7hcwkQb9EI3 N3JgfALSFPWJozDUQDnKXAh/OTrIFtKFZWByg22uHmXfa0RQJo5pj1vDhZV5rddQX1twNqRjiOek l/0lJ5NbqH1+XpEeBsIY/FrEX++Fc4JlbqaP86oCqYTdfHDxryux/NoD7mspqKqnSSIzpzmn0q08 7YTHmBYkNkduwrUkDm+JvavcCyDKxy2JsE0N5w/JbXBBHG0WzLVmPSbymiRS/r94rUTKnNsIxZaC 9HtNyR8jBXrHXnCiBicbYlf+GDzFb9kdWm6UgXIL/XP9CIh8C5gGjhtx89Jl14R/QcqGIamoW/OV /a4GNp4AFRKz0mpDIs0LEgpbzW8ASHANSBs0wDXNLph/hFyBF9hU3v3gEbNVTUIT3UWIcpkqK+Gf PjIQQl8kAv4d0shEZbUQ0MS7Y1YnxMUEsZz08A/XXWTxdpfb3PQhgilYU8YcxJS8E0DjLmTMTSeB 2A5UEmYWjiQ8cbJ4QhhiI6hZbdYS6+bdjW+eUdPkxpM0gVONTRpxm0xyVHWhO8pySdzK3hT34hVp MYOuKUR2WXNngNiUGrrfRLsZc3RhCLeJfWlOBo4g4JjQ21XuvX+9CU9gGmA+CCjKlrar1oqLSYEp EuMTMcOV9xpURQmCRNBh4OEFEDb0wRu9BQHUddn40BYIDVE0QU1zPAykMRDgJIlpDoyCxiUexkKF DUEzJEorhe8GiJnxJPHAYUPDC3f6ZRUy+6BQn6dsxmojY2M3nvAI42ZjJb8ZTW8ztmwauKwkLtAV QcrosJKEN43RTSSxUkQu4+5OBGYpDQnfoFJtc7yqwVjxZnYpKCbzUoGUZmSYV6VSHU5H33vxVRGL d9gbQJRu0LvSvbIYY46WESt1ij6hrMTUOOo7xA+GzvKJSNM7/zenAC4v/x9N96LQyK6jUfg9DgQI hJD7le4z8/4vNt9S9XTvTZNKlS3Lkiz9llVy+jwLpDE1PuILuNKtGqivNBcJmjJxEl+LLtlA1GJm zevR8ODO4TJ6myFHea2UcRWu809Le09WvGdv/8lBJnDprRoFgbvygUDaRjdYq9YYYKqdjoRxpDQ0 11aC9tGsS+yIsf3ET6pn7sMWfOx+OkORTcn2w0ZPx8y14dxKapzYW3BpnwB6NIsquQFXUa5Jy16D z0LiYsYIiN2+GZiFkU6b00DAoh5NFAEbBU/I3IojCGgBomJtLfnX7W/CZkLRFV5HShi3fnrVcjpi HlGYYspOaZuKAaKalQCNNFNT6hjZmw64OljoqWxv5IQtk5WYaJat9n2rwVQAWyN40V8M4AAkMDEK HbwgLg1jayJkF9KXDGi9ebbGYra7Bd06Y/FaHzkzAdGWJduyI8rEFfuTTPxw3Uy0OVktU49l69wW nknKk6NmyicMbuAJYlZFW5iVnhrIrFAa5A8sNV7SCHxwA4NfIwDbVA9E3JStGIwBHzMoiwH6rJzF 6FGLHkn0VVncVdhgnXQaayQIMpWlxVLj9MIYAqjNKnpKMVWMhgcAgzW8EmqJeiaVIWm57/SEZhyy MLpSTN0xYLKnpFOXeO8Lt9OrOsuwYIqhsf+GmZ477+Cu5C0t74CVL5qyXBFgNLlMvzRQgmPWLmzS 2KvRp9e2wMcMmix0mtucNFOUQ9d6q6fMTMhtA0tKDNbSh/961bBM2MHhkfq1ZclpZ1Czm/6tuwyZ 1Zla0RQqYZR4FTabJOByzdMPzZVRa/GeOi1GPFtaGIB5LLq7tIA2bK96T1rooe7CpzYfCIDVxYKC Dbyo71U06uT9ZUX8ccv/lKb8RwPBSXTY1KD2YW/GlX9A5Hag7GjCOVdRSCyiFA1NAXqbCI1kZptH AkFOkU3qssuTVY/bsnAtF+3vUATKTAKt2nwP+hvEXjU/FobGaZVGMDX8LJoQbwx1tNM4syJ9zzfZ MchMU1v9XILBXt857gA0LyBzIwvAP1lbkamnUQlDHFOH9VGoJMSXsIZBjosHHCjk1LY169EA2HFu mKYJQtDJt6+iqQWKoPqhNGlyRtlz8IQvSYpWtRASmG+TjjNRwZ/5h7zBcbRQ0fUxVn7hX5ls5i7t Zz0tmfahCCc3Mgcppcd6s8UEkQztsL+c3JIPypxla4QubrYtntNemx3mtR3f7jkyojEzyh0WdIoE ubWAUINpeIxTNBf5FBLw5GUDsVIGZ0E2CLEkTECbgimv2M4lxg6c9KxAkiKVO1QI5a4coLB4JnjA RB5SS1QeS7+WjyD70fA0XFhLc2JRvSghSPcyRflp+OEfP8gN/dS4T9YZFKLUOgWWnDhOGIryBreE YnPQtXUIQcLElpKq7UVyJlEzODQ6UuCW2dVZIaHZM1KS6Rf0Rhf3FABF5HmZwuQJ9XJBRfcFtoW2 4CFjmaBOTGpotrXb3zCIIlM9Mbk+2PQPa9eWsJq5m6WoiciApxH9pIuzZDE4CuVMvgHCzMiyHnmw RGP/WHqYLC2bTeIu7yirj2CNuCmP2k1EgvI6fmsaKTyuu0PPZLMtm86oZo2IlqfMASYhkizxK2rA 0AMI+PxKsIAwJgJiMQMi5rRscJMoGc5D3mBFJz8pQ0BLwUFiA5spos+zE+lDBY4Si+E/kIRpNCoF nsZEW2VikeP0N+2OqlFA1ABvARtmToytd0zsHfHECFRrE8kM9Nqs9TVJ7xCxSZYw7JI5ISfkfaAn oyqtFvnBLABwAgWQQSY5YXOCvUdslOCGtam4ApwE3YSzSHYFYgAq0fDjHYIaCMiCmRgqUYgBUq9B NkeQHZzJdQxRTHVgMNed13dzOdswn/MAMbO9U/IXGqqyEMIixxIiNYUXemOZF6h5j2EgFcDPf5XV hVSW0MimBQaCGfGzN8ihGYz5E8AKPyupNkxHnrKXy1UnBUYusRNSVPpiGDYA+ww+hVeWOFwqKfhK UWBAPQBPyWCViB8wXHhbGa3qDG/9EiitzIJ02vuAyzs4NJhMDqbcXbm1uwes219pqnf45+HyBGJf TwooXw+KKl/kuUKwvXrPbxcv+Nt5MZ838l2fhyfM+u5Feyevz7sBuh9Sct2sjPLZi/Rgx7+36/1y vPzxpEfU1TgpuXx/Xq5/zgi9/55/y9NVgVlS61WhZdm4geKn66+b68V4T8/b6XZT8vl+/X1IaQbj hj0r0I0B5h1fS7YGL1a/QrITQNY9Lg6bQwvhuSRRmmbIawCjeRqcWbopcDJITAGPQS2BeHK03QhQ n10MBbrJiUZOR8CashnkCm4GwISgSVUFsW3U4oAQBpGCCoM99Q3Ora92EyDJ1YMJHSXhEEtitySo U7ij+iduq3hIvchRn/c5gmgJmKR5okkCS4WHr+qAarR7wgCU26zBj0ZUIQeLJhvZViv2JEF8Y8LD uPku80uevn5OfAzms3w4w7bagIwRsCbt/AFAJbtLawfab4WhLhYn22osCvG0PxoeDLF/9yI2X9qf Yn4ktBQ0wPYgBVUfVRiB/QedVtCpfVcvBPQcFaO8dI1u4VWArP8YIuaatqnR9W8lBKZbY9pZMy5r FstYYnsJmj62Es5e3cCpEDlmjTmne26pPdC/4r00036Bu2l3axjzELzL7PiW2FhIa4ZV4NVUj4X1 C9LFKYwEMXcoAyvhyqaCrvpmVLliQ7M6bpTphf+ySsqTdFJgTmHkoJqr0H5LZZW3DiqHuM/AcZBs AVE126IvoxisikNTGYnpNZA5PKEUPIthNVC0NnS3VSpznZHWzvLZtey7hy1/ljJGlBZwLrw4wMxa U0mQFY7j7TaNkGWHPWyaaKzZz5byQ9oJteAUvWQVvZujKzyXWUzbQhjAvBMpbGLJzwU7ZtzcJgQa 7g9vBS5dSnCo96zq3MV8NU5sS6xdUqsDhNeDrW4tYVy8PKjSnPIK8iIMrn91XzJA64uq1JYYM9fy hq5JDixS5Yfx7qDcVuEwoqKBwmTSB5U1uxxIHhmj71UsFqlZOblaue9hYeNiuMl0LsmHFriSDEJf uBJiqUjBB3FjPrQwwhgLP+XWCknEBvnOuMrnzSkxOI8VLOQtCKk05VGD4hugrjKqnnYYmV9hNUdh nrl0Rw6UiiL4FC7Uv37TlhaCZLFFP36KYowj7vM2W5EJcVAejroDeED7lsKABTs++BjZEmoaAZ9N q6UHFfHgUHVTKYKz4qjtHt8W/BetCPttW/uAIK+tQ3S4KQfZZMFVhRtaLEIpdJrygkEcesTfvLfc YYMR1oqSiykEO3xm4Qf8oXB4SOpm1/UqcnG5JANRk7/FucU4wsLwtDxzAI2WZBiuYoowXTDUEWXi Uvzz3XFJzNdAgRLowjjLQYzAgZcEXagVgKO+Q/QO6ZcEhShn4pERnuSDuC6ZLbJMtjBaBMfvL9e0 cgQceKSF3WgwlM9YyCkgZaDCDpIKABP+AP8iOr/LBWrGYo7YGnvhnwmoEXUwFYBFPovd4ofERPJV JI3BKCwvSlBqijpIKE3LQ+lCX8fADsqbIDxJEqQ0RL8/+ql394hAMUebqJVmJx50r9ukyVVjtkTH ZthF8XZfmC/XQ7mc7Z2g0yhNBE4ErxkiBe44/IhaYku2EG0SnXYlvDiGw4grXjJrRou97SOgu/Qt gdJQX1wbUGCMPnvCEHA4tDMVMMWEFSs8iBcJXnl4BudbMaABfohAwTHuxWKv2lGzwv0EZmmJbpRf go2e9Y2z2GSr15MFN/iFYnSmGJeqX+GDNgeGwodmXjt6FwJP2eVXGoUOOGnYZt2u3khgMRJUn5Uy NHyMzv5ktlh7pgCDEBrUM1rZ9CANTxq2qUZ9IlLcUyA5GuJXA2G0AsubEsGjaF/ULxTMcqYawzf3 mzD4Of41fFqGdS4yA6NabUb8i63oRTE7G+A7yo4BxDnNCjUAUaQ+yY91AWntipV1687moLLY9WuC XCseNgtO0QaEh1STUcxsWq0+mTFUxL9YgUUkQfRK4FEYzOVv85T9Lr7OmPQPZUQ8Icn4W6dHxBuT sSW60ZniIR3z6QcwJ7bjc5ZKbOIHkU7eQt3TJaRZr8oAjHxkKcsbfgiBSfDMQ7ws/AswaSZNfkKj 9IyPCUj/jfHPOLQxwTQjSrYUQQl9IzPlahmwy6EI6QJSwQ44PBJnsBqbGacDjWaMiYIJRvTZmYWa skpjIp3CvAZibUVtAmmYBp6msAR4S0KYbYtMaG8N4ymS/eOROogzGjP7fo/W7LSuJLWqQ1tzzdgk QLJqCG4hNovuyBQw/r3fNRQj002Oe6hfMhn4YDkwzVnM1MravgyU2LMcy4wZcvSQ9sAw0uBxOuux Vv3kJ8yEQpuIPATiYS6MLCDMswEmDbV2GDHTD/1I8GYfE599hVdNAqlgaSpmgnjr29ybZaJ8epCv meDgp9UpqRtJJu2RbR03o2Sd+eGAMMVEnQDH1sQsmzuJtyMGPmKCbwcTy0TwmjIxoUCtzbMAuEhH 7D3jxFit0UpMJUwK/sQAyswhYcRKYgsn9gzBKz+zVcEP8oDBIDvQWYi9GexaUMGsRxSW6mU0IAHU Os7EPlJd77MXZrysu+nJNAFcuJvhM8mI0Fv1j4jBtRK5LUCTMpeC/DtPwWVLGQHojAzite6fJpMT 1cLeDE+9KWPRu5oyMziCiHR6AifH7biiHdbMBJTVZ17wkPvfU8lRw29BlajpiZSAXJgWU8N0+JHS h7GU6NqxtBg4KpOZJenJBuGicW07jkXNuQf3Bcjk+H8d6GNZN+ED4x4r18oRDl6gyXxrcswJzT8U fwTRlRRRmeVkKu9Zy0jBAFqB1LhKbwI5UAD5DPAnl75vhps4ZLVN02SLkEwxj57um++0iQnyUjCd hOrZucl/DQYH64FMmsGgJKxJxji5H70WlqRxmZt30mPaUvy6NhmJUx4yhhIJRk2utQusE1XLc5St bcaSsqyfH2xBW/Um3qdYzX1N83QdY9gMT8XqnH6NWVGLL9ymM7fMPPOeE5PQQuxAdgcNjMkdjaJr vjJKIrxoa+oc5WYqrAzBBtneq4WePGY6Wz903D5vesJiuZsaUR+75y0JG6VdqImccLQliMxw63jm J/nxv9bnXynQ2YHw5PiZkWshWqhyBxi8e+2Qshx6bILMdgFqfI8FbhHQRYXIDr9SzJa9N3ORGphN 940s5vOZLH4XZ74YuMt6VfsihwDBWR5SHg/yk+gKI2v4LB6iMYAFGuNWbRMf7Z+mOjYumoNZD7uZ VbZ0stvGn4QKzyMeTwqa/a0igXkX6WuezIdmLUnmxS9NIrgRFBny7PYmnRGbcDFLHwSdpLkzldSf WMw843+LHGuj4b4WjU9XKEh+TLhGiq160CJS1rgbBrklEobp8bYAFNIVzucCCY1aqA0IJW4PJfCR Kic6RCDdkupjZU/lx2bb42ZkTIOZtCiIftHLooyVSJvHwMhu07gzXu4qNtQi4VTrknGQv9TiZ1rI oYGBkcoPH94xIrK2lH4076QByqGGQ9W8g+jLAc5fqO4Bk87UsTOJAS0ELCD6M/STHHGTCGts8pZ1 4jNz5V9C1QMtBX7mLuKv8RBHM9UhLJMyqwwbRU1bQBHJDrmIvWJPd9iIz8NjYzcOpWqo2VxDeIKH Ne4QsSfJUvYhXpL9vAxxLQH058DBY/sIP/7wVCnGyH4xjpWk/UVChHq35Rq4s87zS0xo4gEtGIQ2 JF3znBkGFuc8U/uUKPMlgsYPa5dPeMU8uYJITHYxaCIMwy/JBrTfWAHLrTS0MrVj/U1pves00a9r GLdPkA64l36dnIQiwPXICRtPqGAjbiNskrLAJUCbcshKHxtspIEDzDOYRmY98O2Inu0F0FL4RwVl WkFMQptHlg8Qj5+wp6D+gKoQsITFMmyEk/4eykVuYHIO+QNXAqtJdrv2yjiYCTmncPdy+zPm5M/T LUyQzCBrtJZJ6pV65XXXpXFAMEG/S+6i78FRpVVqC2lecWsWNCHFFzgNYwR3Vw0A/FgeqccgzJ6X yyrPFJoKUZV1rEi13kpilh5bwQJA9FbStFTLCiEDjhVeqBCGvrcXCPGA2t5q5114JV3fAbbhrxfp zeCuq253lb5w905uMiJkmMtfPp+VNL7tblMhQy4umPrydHl+lUB9Vuih32XdKhYN1pZ+LF9akrIq BjDls+Tn46NKC+fLEXYM6D5XFMG5fg9d7kpJSHs2hiozAKiv162KDed7ubWXp+LDcG6FmiGqOvX6 vwPo+XQ/eRmgf6HpMHFYMzy7StFKR3hXIFDYaB6IUhXEq7hgvLjXyfEA/DtAOHhPSiruKMzhdL9C 6lJSXaiKsH97kR82SBeWbCojuQx7Exp+b4ZkX5oh4qiCAWwbTAmMLiHWqOU3V8W5shsKOwDAL2pH w7+BjLRD98fd3TZBZZsVMEEmwvC+61VGkJlq0uvIx5K4Q5T3u2s1TCDoVfWo9kTpxGDavfIm5ZqX ewyuPMivVn1jGr14iafMZ0nS0rAVGC6nmdGukkLklRm7Kwl+iDLsjSHiTvs7lRlh2wNBM6zlk+Z6 GUEwpuTtLLGrBJzKHS8trCH88MdEn76Ui2tnUxdQ7bO1hZvRqQ3lavyOFLpeiZvQ4HKK04lqLFjm DP/IRJsegLcdHPoa2fLWmR09EO8IY0FC4mMgrwpIiwCHF0KS07S2oOS4srlhyTJ+XQEQl+j+BW+e t6O6GQDcngN1BfjvvTm0/OH9J6Ygxu4UKwCVji3cSyC/avDxwayjXtI7/Bt5FfVGv40tS+FMqFGw FyaPwcQt84L69j1A0+0/uBudbUOwLIHxy94no4qn7CObpnMbZKU3s0aYlDfcioYK21woRLjfEthl 8e0oVnaswiBZb7tqKDXh+vMaTyt5y4VmWi17jW9bL8xy7rF3KBi5Qkd4hSBWV/u6RAqr2c7/eFk5 6nn5fGzWXjVkxlOPDCa5GNCD39cSz3noZxZbnMRbsnTNaw3Zf+lbgDjLYgFELh83wBJnWeJRcbCC dPNYRcz5R9JpxEH8maIW5TD5bFVRsw56LOjN3bwa66x2cjaL1SHtfE14NUA1866xTvNxYDqR2lqA TrcXIBisx8sPMv1FcHmfONPSIwkw8NV2Co4FFIhEOca815LYNBbEWtRZLb5G4jwh38rpRg6ksFRb eTjF2IAkJenKGcxpKbzVQo43kEBdSVF6NSoL8C2YxYKT+gIt5CzwDoQPPKiGigOis59VjQSe4ILs SBva/KdxRbC+JZU/ruoqHyznOr8PWpNrpwERbqnaHNgcYE1qnici7inM01vLNP8nlhed8oZayLFR 18aIjM5JWf7gYULykJ/a19AU4otOWZfEGJf7D7c4J0Bs+ARq0BAcB2Xiq+ZgNmgGJ9jWnMReXA8Z DhbTAnLMNVaUsep3ooVyzA+XzMchSOGUE+lintAoOLSAKq9V84VMEM06Khm1holXmFgevBDACIgf Z0YjXG6BUoNxc0IfCObRVWfO9Q7owKH8Q1zg8uIM7zoc0hYYBAn9XBIwJoEJ1qnXwmoiHrdzsmNs YTLMylfFHSBkZY59q69+5vEVZ+rCxwAJjJxT0oG+S/Zm3CcGmvdTM1o1EQDz4sq863kW0YMxyhRD uvZ7xM8IQLmREmL9GQsubbyIyoDQjJupKh4v+wWclRnuT4eGVQRlwI3FxHL+jaicZy5usYZxFych X5SKMJ5/SYlmKVb5sjn1K6KFgSEntULW8TWTYBTgXB1XiNAU9zsoqQs4iC4KJYzTgVE0/f715FgQ 7ZjGYQhS9Bl76d2GjhfwfYBEjMsbeAR0Y0YaN3NE/MaNNkMJZ6LpAbt0mpU4yJf9AeGVEvbRTuUy OveEcjSp2QT/S0cHAFYpttghEzD4XeEVC9ygkWCAbZ8VoONV6l8kn6D8S78McQ2tkuZlxuAJ2VPg TuMlx062jlOek88AFod6kFkuYbKJDT0oCo+VJlHkQMQyiMIWc9Q0edIP3xdQe4Bt8Nx8SyTCHXXh AiFBzLTmroJmtLTXqwjFuy0Jsx9GxMSI8dHWzjIMH9nCK2MqFkhtdNJeZNuQ2I03gsR6Y/oK2wRN xcJG5DY0ZahaTVpKyLSQaqavIh5t9nlzBKluH7b5LbnL18XnWtRIupDdYdCamoD3LII2UjCSZqA0 jmRFV8P2MTrn6L/HzJu9C/i/RkUSrRHZAUf5S6IWsLIqELkJGwlVaygNJ1cWPDELp0QjiDHrhYqt CKbSuAgyMVi+Ko7EFZnA9KFYNcZaLxwBcGcjdqf5hJuRnVQ7acKODGyTaDDpjmdGkIZ1kIQMS7Lm VlOYWYyXCGnF1CqRqEGNxBO0uWZaNUeGu8/kswnLbiobglMtu0S3vQDi6nOFPRmiOKnN2BHzMUjH 1I6otaW14NjhVnDaIJLY7f7oN0aiMtuCAJJdeytMOknNXMA34irYp+C1oNFM5AeEUGUDzPaMxWaI sc0pm+yVZcIS24wYyIyruuVDEeVCLSk1y5Ta6kYI20AxRU0fItkVciBjNovYeI2YWVDcgDR70HVa lqZXjoTRbjtvzg3kpbBgqKx4ESBoEOw0U0MxJmOF1z8WwQZqDErK87KsI2wR2pITYS8ZG4UyV4n/ gGiD6bgeQEe8sT0TnVSwxTVmnSJGbc3iPz6ZQG3+SHltyQkIJbCG3t4DutEZhqBoUmaVg0YPE4uO NVSrIe9pzEhOgWmLF1Z5Ao5DyrOGuAfaWZ48x0KQQ5jJ/wsmJlKEBIjusTG4iicocy8nxDUsSPaI BM2btdUM02NjAE11EJtxFGJn5Zi8eN66hmkuaGpgpTzlsUcw3AzL3mKoQ/wMpshoUYuAF2LQTqsl m5OsHfZGXD4rUuhzMLKTQ9JJRis79FbmQ9BHBpAL7N1TwAF3hYxhVLG/mMhV85NKp8dGRzg5z8ES +mK0dY1I17OP2WGDb8Z5y9laKEeaooHBhQaAfYNV9CIMfFGFKWgl78dz3crecLm5xS2nfmnR0pah FpkJioJHPCMMKS8Fu1rdswGUjg113ClnKkTR5BSjoEUYlgGxiKElBrYZ0fmmpo7famIw1nDSTNam qWxPjwvhI8kggXYZk+B4Q5Za8JY1xYzqmkOVX03rsC6Z9mv8aWLT7M9T23BIiFSgzJy8xztG3WCb C6qBc9opEnWFZ0vGuByZxGYjLNPvHkfeuPSmDxtd6ZyFw1CJOP3Kc2gsFhi6amcB8XmJkazgD+JB yfjoLCUwN28YtoetyeYP5QXTxaaMS8+1O5ORgPsth1ZiNvOVm6oRJjGIyG0tW4OXotJXkZOdNCvD HZzWmllESMWEM4GpMC5wpwzVMteHgFs8U7LXgWwNmbgYiifmhg7E4yRQVCde5tORiTaP2ApMIq8c Cf1y3WCrLLTHSvsVrCIIE6s3YbUiP+jGQPezUVy2Ek71x2IDAFGJ9LJxqq4m7YpKebOQkWWnZ15R SSw1lmlqoTK79rY0zz0fnnnfhJsHiiwgzQtvqXUH58HKza73yRgT4cLCNvezA0HZJLuQM3z666MN u5FbWkIBvZCz2DW3pzAW5GuYCDlgSJAyp86oLelGtT3aOTfH0AAbXB6PBxgtVvI0aSuEDRXFezEv LydR6XisyUpBtEgRTQNXgaTWCE9taCYXDBiJyCLoLW/Bot5oMuT4LPGBVch+JlLUZwIxlsPI4qOb dJcRbS3uVq1hvZWXeR+niEU3xcHj+tU3KTAPbC0WRgsx4F5gE2HtLCG/i8yxTwSn5hh3c21wRFJ5 mJqH1GRKj6yt4aOXBmVyc/wsMVQnrD4mmDitsR/9ym4nSR2xabfCSLGl2NwvVn+gMY+gxT3zN/XB MmWIRQbIQj+jIG3e6ItgZLp17O6IJ7wBwETRZiCQh7nL3qUQMBvY0YC6QUYebmFNZT+gdlorow1E ZpDssaKnDI5RdLoflgIDkr0JDivVUR6vtFE429QkhUopcBEYBYyTw6mMg5xSZQHAdYA3bVZwtUxR 6b5S/oLAereb7NVqAysBPefx4aJ9If+1Whn+yJDVlCRTUJxX1FVyAVpUvi9wCxrcEB3zh2ACsuBc Dub7RW0GoFi1TuGXchNBTpKO9ariR8ftwZ5wze1JsV8glyoWsMDwYbUXpNoGAYOO3XS+7b09D53w 0ptau+ruukGdDSUBlOdVD1eK71mdX3UoFN+QF6xsLeBX8YpThX/9eOxB0KDXatuqmPGolsVdVY3e x7e/3rq2l5AcJOsFfbtz6cMnVYi1Xrbz4/p8wnyPD8nDSoVoN+acVQmG9Jbl/AfSi8mQT4nLHpAt LdkYLAujls9dtV6lM6pcoOKBkro3qdTXmxITGNXvXlMI+azEL7DXmJ+Vx/BWQe2Eld+NHWRbyehh 2xMajINTUORSGQ2j292VPvaCQvMClcaKn8sdWq6mMlAbkK0eCGAeph19SonAxa/n7d03VUTxnymV Ja4exby7L3zebEEFNYiMTcVsgyXPAGpCOJhzVBFGaLNtA0NLJslXKbHwVphdWwwUBAo5suQioHJE DnnynINPp/y1Iii0RAVdHNhUsAIvYYmkVbmV4XYVGcpfV1VYGV15s27wkkEdkW9yMkIe+mzjQNkT MoyI+Irt4Gp4fXnONkdwZgd59ivoHOSuPEVzxC8BqE+KLjWBm0/dCLm7KKOENlPmflj0VOUwRANH XwcRgkqJut4RZF8jfHS/3h8KgmT6KvMrPXtbimxazmpZJV2zKT/1Ivxm8JluJxNUEs5AthmkNYnc QRXyj7GXXZaMrGQEU2PJZd0sHyxeXkX1PjgSgFOsE1mzpbqyxgFXWR692TPQt4MLZeECt1myow2m QFRmxE4l65nNsgQxqJBS20+l64Lq7E8xsxB99taKM6S6CUxd6i/kGXpbnZ++ac+rFQa7eKGA6GXx yVBo34degugev8CRs8A2N23S8aIyiQykr/nD7CwuasugSiRuXcrqj41lztk+cPYcMfHJXZn/+dKC kxeEV5aVWAlat0I0BFZUx+VgQ3iDkT+bgu2novcMcl68NVYWtcxw8Yz+28e3wlrs7MC2fJvAfCku mLXS/HLDYApWGUsSX2bWMuDnz3vrCRjH1Fr7isEtt+NohSpYjYp6LFUCooZqmRZkuIjCQYykRQm/ YLXf8hDMotilQ4X8PU/1apIi9HxUyTBmlKPI0QAQhRFxTtZfr5ZdSzcHEt94QXkCHHJxsRP3IpxI wtOCU6t/O7xWc//nomnDOmiogQyNGr0l5lnl+Uhl9OXu+Yf7QPqQqUEOUCv/l/dkwctzjfyxPOdL WFhBeb1IK5XAqIbKoXKyWyRoJderJVjs5pt5dVoRaAdX197ZVFaraBZD0IpCoxb4rR1313gRsB4w VzfiPQu64pseoRdVQKAGPNo358/dKTQIIuMPBKZhuCzlCEVGFfm86ijFysV4i+1wIbRqF55AooKI xbYBJrtSSo3euFFgpjCisUcFXwQgXPrw906/TVkgPBfKzXJuc0qKU98EvAGbaPAzDCcUIoS9yXrb qpfIX3PBAE2yXla9V8iUx9rJpSQek+ZRwYHARl/j7GshEUcJN5IRIIpR9jhSzUik8rho40QxE4Uv GwKpi5TQEjbR4u177g9qgKXYoQ9OqQ4kLpfmQQYwJNwd+haqWxpmgZXoNJfPo9MKNFbXsYOXBmAJ AfHH4CRgl6CFVtM6rp1CmpQXXkFQw2Krmwq00TRd6mxrDqx7DcqEBTX6zv+xyYQkCc3X+pW4xEaz ETIUVmNo6NeC+8lPnIGXoCbv92UyTL1sBqwheJwTyOH5OflUwOyQ3ndlMdMv+x+KgmILudeyFl/x oMnP69dPxDM4AeAY50FzEQZBiFCImSkuB5K0mIeeqahlqcXeg+hnqhH4olv6SwsGsaTybvtcyXuf U9ud7RWFxAajxxfjaQ542EFwyNJNDXcisQ+y7dO8LIAUoUKMcqnofgQHYMNWZjqImBmBoIhnXsKt MyTmxz/m2XdaobbsGHZhs0BJPh4RomrULRkbAYrhhKCdBRtR8lgENQgJegr/d2MzOLyN7QmlMIlm 4HrT1rRGcPzKoGQZhz8hWogYQbLA0ZU6xcDmH4U57TgZwxNnLQWYkxPS4UadTiVSljBF8Sol02Eg 83TynZnSEd0lJh4JfjQ1iiGI5NAQGNt3aIbbBqCVHI1HfRl/iGh7hFg2l3WSHbRE0EyPZz/1KNWk uUMb/Sw2LUcOv2uWDGAX0UhkEO1xlkGbcku0kwUDI8le9lUSUBYO+cjcCd0GLBxrlMq5vaCGVSsI Ixtuz2SbhUSrySKEY4BievfbM6LTZstcRK0DCCPGzT0hHAbi6+hSBwhMmk61O3njpIhcks6OX1AN dKWHnVJBbWA7gcMs+EZGQh8EATGZW2ppXTDXpAtLMbGp4RhYegfVISFm11LPGkd74aElFJ3WM3s6 YtLWUA/l5IgHY1/jttCUxO671tkadsE4NY2fTRRoq4CS+cP/xX4lLlkzPPixbWqYSDYltMz8+dFE xDM/OujGwrzWLhr2JAN4G2gJOsN1GpUBHKO3VTnWQvu9VsB3Vm3AMpICpcsSd3OiFK7VHFl3Wwsa FLw4hQo2sOrot9loiBk56hKD4zcJTxkMzD1gsQSAxXLR6DK3lMI+U7uKBLkFzgzrHz5UTnmTXJdY qkWm41upYVIhE7/U7lGBL68Ma3HMurbphj92h/Ut8VZHNMmSY2V02aTjhtrCVrCIwzEnU8hJ0DTq Y7cerSerXIJecNacJzo00L90+Z9fUte0KUfajAU1MBUzXUTfvAjvMbAtRR3xEikouYrXxo6IdgRM Ga7gB9X2EJ8BbaxXVSyIR6MOezfvbegCmQ2w/RBkZMtjNXnGGcxsYYoD7eDUJB8hs42Vdv6tED9l v7eOBOFn5xlKpur94z/vn5WArn45fnUYx/rOvFP8F7fJO+2EUROsQFB/PJRcRIIpGRNh3tt3I5RU MsnBf0UV2siIBhT7hgWgVhSEHcbzVFNhoRYCVDZe60BS1AhTSU+2dOqLJ57865Rvlm66uyMkyQSd 7YfJS1tgYES8quY6EneQnGzdODhZWXNgqCBKmQDWdBqH4AxMs4+w6NdRa2jMtfi3d5CR7KAoUak7 oqOnCrSaxsSTLueckzQ3ZvkBi5S4CUUUlmvdtPYRYf4LWFpWXJNrm7RdCe5ZyEwr94gJjYm/3e5i z6Q9rjiEYhXDB3KLX/ZXWLe4iqO+SvVMLNapAe1iDot5zHhySRWf5iekEL1GcKZSI7lFMEnyLW3D oIY8YhV7MIYf3f5G3lsAnEEGyBlJc8ryuEpZUNDSkPRrsKXfUFCc6e46go2blrvc7CdE9ZFaxZx8 4F6eMlCzXzATY4GfjAyRZ6BoI+MmzYA9koxRQQCCN8BY3pr9TY5o3n+hUQvZODU+bcqiSK5oBTYt u4xZvLjFkUzRMjaD0Zk+F8vVaBJTwlZMaJ01UsMTn2zfZhUIJ86otmOCHlpXPY1kuVyIFlB6gQ3w uwK/PB0BgW91LQhlHyYML13XZ0zg0ofj9QsvJX5hkDyVPGcDt4NaLG9/m/CDXjmgbZ2MNgGmPaRd COlkULf5yGhpl91h8ZMrvWC4S/nfbEmwZJypmIjW/DJvBMEAyor2FL+J9DA5oh0MLfFgCvZ0lRiO 25BKppTlrSQxrQedPUlzciJGsOJnLko7jQV9A+zrKBS+GFDcTaYIVikr0t1YbOydPwGlgnru7BsQ Oj9ikNui3Pgf69wqccto8EwjRMAElaXV4pvWwSuhGhNdA3OrKlwpSFC2vFLGG/QZfAp3wHZs6G9b ABS/nS34jvnPDgXvQwhMTNixyS5m7Aw1EYA7yJebtUBnHqDPoeFwSf/kMsmlE/8L1oNG0BCuqbBC KAIEp5zuUvNgIHCw728Yp6RXCYUDXoGK4LRRMjgtwEK35UmG6nhMeh3MpW8BFaWpHY42Rj3lV1td gCaoTsnDaMHt0lil4ekOU/QIzkIpsLgiE7iJJVAsl/xZQJISbkNiZdD68iKB8Ptw9WionQ+TaAeg gMOWRiv7UA/ATHBwSZoAV6Seg6C3FZ9Vn+AT9CM1V7qpn8qqhu2Ad8N05RYCIBV/KIETqgmjk6up jG/FUCG04LtA2t7j5WVkoYOqMcBdH7736OHam+9kxioJ/HP1PrJqD0unBT4CSr+rEqGOxEOK7Bnk ewZRlg4MoPy5A/oesm7P19+553x5KjdxVz85LFfLvWYMCFtibfAc/BDaCsu83WToQnarQyzF9nRT SBbSCfVTyEKVYbUe1DzuVWaolol7eqgPcbir+KtGBBjWR0Uk6lgS8P7u8u/pfjs9un3/cOvt+rh7 gx4sOcBYFwBhRSbOjz0gF5B690ldZJWYn4+HPF5QuXslEQdce1gRjMtN7YunmhPe73Z8PLyDz1/l mj15qFbG/frHK9ie7j3f/55vKmG4qvaFEhWShyHUl/v1b8RXDCN8e39VWEPtDOh1/wQ5Q2nveFWX yjtjutTiyyM8HH9igsTlC6wbi36xz5en8/N8fZqq258/od9Smh/3XnLn4vUJCnYznij3cb4/Trf/ QQ/unSHOZT4/z/fn3bxfnv7efr3krsLRF7j343b5xVOD/lWSQ3O/z8tDOY7Sp3HMfP95qLxx+1uK NXhfhrT5cV3pExsXlTfBUFnZUsf915RXmlpJYSLgv3Yt5qupS6IeBnxcwWX6Mri5KsqkdTLLJWQT BFSfwNedEdgAkIODz/MGRlnG0HViRY2UO5GRHt5rF0U7pDzEN4D6pmA3rNkmRYnP6m7ArOmoFNnK F2tWH/KQe6Hb1DlvQ8TOBy0szdZvFMY1P3yqsnQAMwHeTAUWMi/r2JcS0L0dcV5LZweHtWg/I1NA d3vppt0EpsaaZwRycV1V6oVOp97Q17KOgZmVE25/C2atoI7rjA8YuWvsnl1+BYvYmU4AdEYgKDow VojEn2axfaw8wmxaAX5xplLzLQiChSrxWv4ESdYfa42lJ0/AOmCBtgr4wSgDu8Zp56mwtlYfjnrl rPhaVkJHgayU1uu5nxHUlfjMiD3v1QtlS4v1ZgvT8AyQm89wtoFr4Y5e22EoCkdvYUVj8aBzdv7/ PuVFsfsTKTORQGULEcpgtJ1k5PPIRCgqsRIZriXMgrO3J9fCwhpjA5/R/xVC4c85UWJ55U0bvjHn XYSgTqzKkQ180J27sRZDAIdlUdi8zIPFKZDaB2MviuGb4Qa4m/8j7wn7NkdYMdeC9cb86j9Y2Dp6 I4gRDuuoGmjYmztoUWyt9K/1uoAQrhg/l8WQV+pRC2yPWIg1YkotuROM5BuPEyIfpr348ntLt+HX tUteSoaL+f6BRY2Uh+nXnD9OqftEKb7JJ+E3QkfwowEGrGBdDjznA6xg1RY+4JOJ4fuWOoBmnOsU JJdBmp0pIBazYlq8J3O6HX8uPc9oAj8NEhUSusyXNoq0SbVQzjcl8thIQMLsB+TSCuINMacmvEvI HeYzCHoePgeC+8TpxJYRWr6E3CejySPL/+WQScCAOhSzY7S28Bw9pRLFeuGzuIZDI7Zy1pGKDMgZ ZAevKNtmfP+CKa5jEVZISQljOeykILxzwQ8Lznu/diGduov83+Au1IVPpi4DHRKSifA9hRKuU7Eq UCUlhRLkF/ISi/LEQ5Nta0gFC+Klwl6fyABJjkemmGDwFbszocEv9zrp6Z/8cI2Pj82FTCNsqBAd fjUcS+QVcbrkgK53UPcial1Vd5F4BA3nHPLflAGsQRPfrNMaIUMAqpKw1JBnKI5LegK4qGEgCc4I WvPTsbpMPxLm/4QB0FFsT1zIH+FUqBLV2ie+qQNJmFCp6GAOsbIwYmQftWSkJt1IYQTCE1wjVMKG 8bd1jYf8ZUEMJSoMnG2cmJUnrFBiSiEwNzjim8zz2cMViUECMAFUsxao282d+Bd6y7LrfrSZ/eDS zsEbdFPYQMYvF7EBU7BQV8yWMRUPabKUv3iUlrndDOe8F91X5kMrRZ1aMkbZAqE04tySsn1VIQGa 2/MhlkSJRGJW6AJcClW+JaZbswZMFiXHSTcVJPqnmNnZ9oNoJjOV0ezs4dqGTpPmAYlMpYunA1oK BZFOYwxYzYCbO5zBynZerD+us/tMRAMvBssK6IRpddHNhWmwvh5PTF2UiL7c79GstJ6xsNFRCVpW UmcBbIBVNghjyL6ZDHEiqG4BL4hvUemPvpbQrLCE7dV+gfSkeSLPZMSNQAVsiEGWjlB0OEMRIBWL K/EQQ9xFIuIaOR8NJUK1UmBGHrohsRSUFlhlMjSzZDRlhIfdKQgjnR0T1U5EbuAaCZFiig3GjBeq 42QhP9MLRQhGTf3Zt8ZcbBvyVAiPNzTNGKxbaZ1Bh6rNfIaAoCAkxlLSeDHfJGfc2ylDeehlijAy 64Qp+IUFKGTu1tHhrEEz0VRgUkxrrCaeCEyDbk5lmzO2Jq50A96k5mxTS1MrZ+tNJst49WChcKwY c1vUgqaH6+VN0cpMZYiUZlMdJLW82J/QCf51AAGWlfa7u4EEWYzeQVNn4fLkAvbapWpDMq6mZigz 9mLvJIvxQiU+F+DzIwiUm1kBO8GWMrk6zAPJ12suUA5MoEMTU+5VMszVCF/gS/jG1Jt/fLOg72OR nWUH7sMr6gfkJJRDLEtieUwm0yXWVJ8T/XJL7DwapnnB3KyXdO4cLCa5HOZu1UAU9qdxYB8DGNCl SVuXDEvIj6tjsWfaCcEIZNA3aeoNYmGCViZmnTwk/EmfPVmbm7qjCHbfMm5sWrrU/gs0aQ/GHzyT kUnsMxdd77dq2pClJrJNCTLgepiVgXBy8CglYaJNJ7J5PkGvARVWLta4fRTKgShOCbE0WptxrApz zURDfrU/y0mWlZjF6kaqvRhEEkYy636Z/XS3jMqBKxtk0psgSQdtbzYAxO/2//K3Mlk2hTXSGW+K afHxHVOQyIUuStQ1t6lM/Y1sUreWXe5d4yZayNCQPj1CMWlP1mR46Ab0tH7hsPXFs93lItqwKcfG s4ZqF9INeKOvtN3caB99kREQZGo8BU6vtZBTBpHiaxPZ1t0QyPBX1jWMkhqmUMDH8GvIfzPbgvLl El/CwtKiORtbXBpTmhdHBsbqYcUsrGanfXm2KF/RPmWqkTHHrNYXz1UxKbDLjfwQo8nKELgs9Tgn 0jXxgp8UA4kl9Ue/2xPy8DyFR12iZ1nnss3xHPiD4e5oYyh7wmpwdFlRqa+4AtnWi1kjq7l2Wqrl DDd1SLcSSKRm6hDMJnHimIWkClO7arWK21pjZvA31TOzvVwsn8U8EUf8jJ7QvxJG83GLSbRhsrIr XFYaxcgxEfptkEIc81CqcLLeipbOxmJMIC365+vaq+JKGzkXhdFxuhwmRuuQ5gpPvq8RaiAgzuE4 taG2DJeRuU900y5nIQOXctagdITVxPnWiZayVpDm1OSgqvQhT7ctosmWwgBkORI0btG1sTCVYVmK 17g8SH58mhQOokHuDX+pO5OTQk85um0gQnb9RvCMnfMQEG6SyWDmCIFYzc/Uf2qAf4N10vRWC8Xn W1BMe/whrm7MaHR/a4DMecGZMWQ9hZA4NUomIZa+sR+Sq7Pw/sf2RP2be0MyyW52yfCxc5Qun9Av umjTysS1LPJg0rVeHeKryskkqOm4yFXiuxljuFBDEnVEzbJbHhm/hbOhRZ9NLeusEbiybjhMGKxE g9wtP0xwIW5zJ2SzZKxL6N0DmcunsraMZFJ4FYTtzlhcp0AxMRT6sdo7C2WSmaHCwDVYmijlV08A q2WQIXaVyqv9WMjct0maGVExI0FGoNcDtUrhbykwiSKpInmxqbysQ0wMP2koxNPSONCr5i1mFdkA qC9i3DqZE5QWh7B2GthSOC+bg+K2gJb+6n2UclN1D/e0JnpxUieWVZIMjpBZJv0vHEWPHUSOGaXE gVAEiOAWZ+DBpbCQbupQdsfhgTGV3Ay6NGzpqtLlwlg0dtldwaLeVAXElEQqx6/D2tJPYaJSKaX4 yX5VttTLveQcysbU4MEx+cMNbtPBelibU/a9NazaAiWzohACC189AG3OUF9gq1oOk+JYqudpW81Y 2NPxcP2+1AOETYEDKawK6yJJkQDIlhsd/w/g2sLaoHOIqxiC17rpHtIFV5VfCoPa3QGh0CrlCCQ8 XsJbJ903PPDwADkqGNuLzC5Lzqb8SYQ5ni9DsQTJ87YiBqXIwtkM5+Bo/x0gi6mwJ8mcvSvveJtC CiUPI6xXgZUJqUgtaBclN0mzEoIRGNhrCCBZs9mLtMKowWdwMeOoAoDaC3KAdRS7vWQNvaVHmp4e 9rv8Sem+/ldMtxq5Z4WLA8Jkq8LlHkHudXrGE3m2e8MG3KkpgTNmBwhWYvEZlmmqPAjABDiHH/Ze tdNDgqh3ysHVdAbEhJkDvUGz7tkfVJMoSXTQWpm7F+izgQP+5N3qYAP+xedegQcXDEmeqQqINjDM gZfu6k5OaaDkEImSebMY2m6nLUzbbLpDejP8/G4ySmuWAaxqrsRUMyihWbUKvXt7n5xcTxN0vYfX nu7uJwDuAq3uzrBWIk4yb2DY3jqnDAUQt/fUyfu9wSA1lfig0ExOFYpDKdA3A3C5tF/ih9VVe6YG VWaAm5t6j6gpLbMXGR7B5wYux7y3JZJR92gTSH7ygj98OULDb5oiPKQm/hKD3mm4v24h2oOhmvSf gXA1aN72XnIHWA7lJDzEmTZdqVfYtSxicO7pEUhZ8rZ3E5pfz7AJRMlMoYjsHb4Nx9Q1L0a7V4m6 JPCKW9DiQNbDzYbCrbIkVRb5BSxX20Pqc+Wog/tpLsTeHgHcn4TcFKY+K28t9RpzZXcP44L4CYcM 6eOeGEgYnhlmCtwJ/u1tjyorU5y2LsgRwF9SOpy6lyTiqGLX7cRQZIIKctfV3WxryZaHfO/eukih worJYhyFNg/eDMYnPBhRzY1Ybm+o7GZmjoilFdVzVqoiOWfe7pBbFmlPkKsllmkyFf4QlfZ8NOI/ 8zhf2dZhr4zO1yHqnmHEdluUM6sorNwGDBlUDfhWYwN7S3g+eFWhF0R6rBLUQcnMMXYDyn1yngCV 8v91Cb8lX5UYtvmlTI7WFH9gX6qZ4btMdK/Os661YWcuQ5ZFOETBvb07ULJuF9l2y0bHPgykPTNN olVDnq0ajrUlsw+It/7A4D+9+lPrnLiOA6lKHTEcsm3JvcixtggEuBRSslsV/ZzKG5q2brHk7HOV QKR6IxggiwwFQKxOtNLX0eFaVVBafywQqilLgJY03kEM86I7g3eDHdU238oHp0QRa6EhuGprl2zv Vy14K4E5tnoqNVYVCyi9dhhHacrtDfoAlPRPB3y4Ozwi+42duPQUN81fkLjtTkaS48vz0z9uW7Ot yZ+aaKm1g8obwFmnjrgdXBWOk21K/7/xX3iyxdXCk+IZ/n9bsVIcixh4tn10j1+50blMwXMQGw5S TlYIBGfaPZyfts1r8HvtrCLnFtqb//JBIn0SW+UJ4JGCPchH4hDDF3HiKWcyX9qpyI4H+bXqD+Wf FBxo1t49Z5Lr56sChzzwSA3Cck9wjJA2P6fIKmfFf6Vcl/EVNhVKUFURgzMUrh+/ypVBRAWohoPl hfC8dP5Y6QSKk0yop1dOMu9OsJHjiaMx2G3hgVgjDqh29Gxbq1FSJy5y8Jw1s627/jqU1ui/kAJe vAClIDHPbiJ0M2ZabD3knolUupe3bXuCbnAWeWRKkAlx+OSyijh7eX4fki4KnLnzsiuLn42ytHAR R4klk+fD611SUsRhYdRr7ybL1S3TS1zvy3zzcJkccpd8CjuQDeXeoM7yi8KQuMGGicKc4LzeJIEQ 5OI2Dkig8JM7hwETfeFMiWtCDuzAb1Fq7KpQCce7oNUMcimlvJEkU+kqwCRvmLwWZoi/sFVfu72Z ctXd0xkOGYsdlNxLzBnnnYNOmTydHGUByE1IjQ1/OztAHFebP7FHgA8dIvREFw6H+ayDwZoCnChm FXcdDLDCkgVSRQr/zml2QJu2KfLJkhS+YUi3YBWRNYrcbSMFnwptUh7/Jw8IMwLJMea05oiDO9HI OW7K0xawKh1PDEhRwW9oA+6jyTvyfF0wX5LggCf4SltKKHpXH3AiNlYiWCfYgRSAvAQMWM3pL1Qs THCDlgNpzLRmU+EAtpCTxLyxNKIES0uJlUH2kibCJIiCPExuIeiBmIERPt6gyQX+epDL1pOSIIFB ESDrCXFy3uSyhckAoyEZoIk3Da5kHFbal6CVeAee0NXXqo0REhIU3F5D7xkHtNh/MSkEpylCHytk IgsTteYrQgzWdmOn2SMzYBl4o1UZ28YtdwYX5EoBe6RjaXlQD7HqapBMyHDpWgh3V0QExZZFCVie 3L0wc/s1wmcFEuedUxCWGi2wrISzEVYrWEJsyEwbJ/CXkBMBsaYQh2KwpCiXgtuCwxlYgQFgn9vi ITHEqSTQ/bCaQmdoiwCcMK5Xtpv07Tf3eM5v/iLhlViEcRVbUzuK7bESDUN5XMciBwr0Ztbjn3zO EhFxgb7qyyNNpy/1x+I0VS/6QPPb1+olndBkkPu7QwC2HDI4rpooEajJahfLo8FYRmY6oLAyKxsX ISeNRDZYxIo8M+jyWLoBAoF7KM/oiWatYiQelL9sAYUGcAYYHgaADWvpY0g11w5Fp9oZBRZiErja x6Fp9Fm0G5IIxGE+XOhlxtlt5sC7cV38KEbkqFjqwwCdCWIVsiA2Ya2wpEufFDgnwnEkFoTZSU2F nxKDOsUJeUj7mfOJcDszZUNdJ5mqAlCGIvq4HbaXO4U05SuzSTwoDk2OTxqe2nO3qsjqZmdABePM gpUTZcZeW+gc4hRG65wXyp0UQ76vvAeD89RoGJN8CslCzluxLxlAS6ova5nnwl3ksxmsk3deP9HL r0ta4pBI0lJyrX57lYOWJrNhhtZrP9DOrHGxtKOVLHncypR1WKxUvPbltdB8MGb6LSEKmGf4XCUP FbR7EU8OXJv4jDUOe4HITG1URiSTz7YHv1sUuEoNvOVGRIk2hhe/cgV75Qf6ezhXx/Kqpi6malO/ XCis5ehhnuE4z5XTY358kyXXO8vb1+EYxM/q4wEf3WU2jCRA2OtDuHgRz5G24mApc4k76G+d4Z5F teXECtK0WvTtNhIPU48VJRDm4+mSuGIHNfjaOYhnrRkx1oMBIMN/LLgjgS1t/Ab3R2DMCaP24pKF LehdFovSFVAyS6FEBc9KnGhK2BYqk3/hWixGX3LgZqyDvvJa4disRSuixchayfKPHUDMJIGwSBpi y1gsiF1rW9aWOKd9OV0EAMU61RcvIM2wvuQqUHv9gazii4yLpV/LygiMjahub3sxfePhcQxZRWPM NtZMG/ssilUvvZA8H6ut1G7GvTgcGQDaEg8YFjtB3TnbQMyS8lchYWF41hG2aFZPdRXaIGwmWH5z 1hkvq0xj554ZjrmK+QaZuSLVkjRKI0/DG7gJ8XHgNECxYZjB2S9y+pIl8IS/bmtx5akYTRA5lLKM xJhgYdcww5IHa6gM+ngGAbsOxvJbTfdRsTts9Yg+ORiTFuJCkthlLGC7AmgTXeQNDKf1CoIQY5M0 SZ4RVNpKUsLzNpm2WppHfkUmg6xzbwyfIJqLkSPjh95jnPApdo2iSv0O2jTXmVKP8eSzuzEmYYkL 1IVeicDMjmqMWTV0IUlo6GP+hi4IJN3Pcmb6Sodklkt4FFD6oBWGwV/8s84aYXKbEbP5M1UOiuaw WPf4XpuETPTUaqD9oEXf2Hf3CF+69we1PZCKeVC7Ig5GI/PAJmMdctveyxejsgbiASYir1I5koBY 7xhilxgb30Lj5XPGGwFj3qzIhU2Nu5SXebFouM4WmiWrkabDLycqZRnYo/YTK1Y59h+zXHFt7K0o VODvfnZZoNySBVliqD3p079GSk4jKDrWCK6JptwJMQKBQDILV4stC+fFqoLZjL0nRN6iUZAM+ETm ZxU8wSYABjdLfxVeC947ySv0N44sdqmpFWyFKEzsDrt0bN/pd2lmsuaC+ny00NRGjxfXgxpY+RLn 9IB4989AZn2BZnWCOxwzmBCwAgAEKVgcHfT2jq0Z+rXldX8hk2E4rG74cPUta1jY7GFtRiV5ElUH DrvX/QywLF/Fk11gdWdlZsx/vo7sNvtpolyM4WYLT1NSs2uCDPZTah0JDI2uxi8OrM9uo2Wx23WT TERCEorEvHrKNyh3ScweWoIATNA8FMLqazEXmKM/WLqz6prtkfmpckUYiF56f53r58236qyqpBqk WxqdNdq8ARwQ/L29wjw0FANBJebElwxKEuRP0pW3M1KmXchAiul+fAhehu/nB6iS/aXQa7nEiqxG e3ajI+d8Dil2Ydrgh9ILzabPm1POBB4EZ0z2IbjJKXWtGxMKqSwmcJCInykyA8YDXM+oWH1bcSiM aAgTtcwP0bObcznYA11bjJx90AITJDONP99SIBZMUX0FYdEbaznTpzuayNDVVQfqW3abPgpodRZF ZHnayOgggw5wt+dZO/CU/O/o14HWjIyhIJB+yU6gXOXVz4rNdoreosBuYCIH4HMvVV2udRSaNVYG BBcyxc7kKmkZS40R+OMuIuBj9V3L0jRbsB9lelmkiiQHGUGmQe2mGzLfi/poOhXFz35HL6UPZy3z 8wdkdIEpbXvfWxoTeA60rRQFhQVN3ije8k5ASu69byoqVxRY14BNlRKAkxVZrjSEnY4QQFhvAKBJ hY0izW/KvsqjHewRsE/v2ymQNk3dyY+tA2ihv74CxipdAVgPru1thZBOX2UpTH0Yl87P4MQErxrD dB3Q5yIDU4OuG7/HAWvB4Fft15o9kdBk8LgLN/T2xkXod0nooG3fQmNltAMpZbljFUhZ7nkJ7eA4 FZMZpEmArzgx4LIatt73hx4W6hYB4c++sYUx2GVI8t0QzBWFgnmyj1Md4sQ0K8PLuNggMgq7GyS3 BvIr+51ZPbNaIFy50Fsz823EmE3zCY/flTBWxtbPNkQA7Z6uLAcOI+da0WmKgjbmTNUOOHpYIpZf 9W12SG55/mOhmRlTRhOoXKn5jh6w+WgwLguD7gyYGfJja9cGfTgpzxlgzlZ0usBmknxpkDj2Gnul WmZpAAtD5+G1PpZ6bc4l2+8r8WF7gagw8pfdHALQIJZipHsQjP2Gam9gr4SzdttHMXGymokx5D8A HGFt2J3sTbRYkJYWCPywx6d7TZlFPGwZ8T2GGB45cJgCkJvRYQp59e6iv2IBK70tNeawnb3MR169 d3TS5i5gEz2dfzLw1UFD5IglhSuoUe4D9dXBYANJfMsznQXgiwrOE1BMcQqOzkSDuvYWhtSLHbPJ abu5RSG1DzR2bESb1WbjjDDouTho51Z0JMaHvGsBTlFGTjtvBxbNl1LOiRfMcPvqHT9qlS/Xt4wS 4mapGV8kcPL0+aHUPxelJIeqHfc2gMafW5jT871W2xl3vtXxYPdZY0Gisp/htK2MVuU6OaLNryqT 6LvYS6PYbBm0K806iVV1z44iGHo6YUvQFIOavQySFrG27jXA3JAQMA+14IyDw23jOXG12NUMMZr8 rUiQpIKc6oYpmhTIM+HsNcTPdd4o8kK1dBbEFRYNOYjZcnItChxvVxh3qQ3YDikQlMAkPcFN5dnm UVs7ShPbOQDFx0Y0bk1tz1x1N6DobbIjuk+bwXB29nMfcc8UlYjoC332khTIzxxBlLDB7c6d15HS IDJANBeIiGALk5/CDhNR3KfrrkNNVd8Cbhbs+C4XGvjVi3IsIgYPQAEReSgBgDQVX/DPwXVkIHDV KiO9RguTHwr9C1ApiDKQwLnc9CKWsp1RD3qNJ/1iyuPT7PIXbphfX8TefHXJ/Fa2UmXCTc274ULK zbB2ihahoPRJL8msb7W1zg2DYLhocmo+LkEWPWZWebocInwkz5rUWlnWyKs/TKPGuEla3GmeZ5HG klICPEKA8+tpuNEXmACQ/l90cY2nLUwzAtMatahUbFDMZs4jhq+AiALzQiqRSXIqdf9rtxLFhEa6 r6RUuwFaMcUa0X6RJjbSDpOMo9Ctws5YBfQ2LN1pH/ge04vCSW+xm0GglotYNBcaoV0hP2FPE5dB 06NivrYdXIvzE88ea4qfAJwnLVoX2jQeR5ihnf1e9rSfImFR6CfbHm0hbfStDB6CoQknLGSzGHj8 JgCGo5SuSqcJB9ITEQFUqZgaBKtC9Wqa2RkxfnFPDxP72gYYuj9qmCjAn+kYOLE8Ir5N3m96QYwY IY0DZuk8LRANzSgiUssATJRr2OjcIzvURXwGS0rxhm3We/JmRKQbrxuab2WuhcVKJg/NTLcMeKXG ysqx2SBNt4Ex3bWS/1xT0o2QjVYILSDXR5cVvYEer97gve/rl07ohqhOUhyksqodL+/v/4Fz6gv4 rGyHM7krNTU6t/vqP+2Bs0Ghld3Qg05BrQHF4ajsj+2X6AErG2mPr19KNn77eHtbeeljWV/Uuuz+ QOZA4CBT8PZb5Sn0vALJlineUfzeMvmlDgDamRrNYVIQLaaA1YOvPdl4YL5g5s1K+mdE4nN9wHIx vIQ+PMSNEs2dz383ilWIc+nSmvRmnzBqfcDeK/OxwRrfM0bszypomMCjJYpWkzWYOoCI3fOm2jtQ uC0//9j4aCJwhTyEgWOC0jTTMMCXsqEZoM3qvZby545QdLIBMfa7QTt10vAQw1O3SeBLzfbZj0Dt srAqKBEWbZTyxbxP04/Yqk8jGEKxOLgZ2q9mzOeLGzHAKf5AY7SZUNTr0YxWpYCBNZx2H9zRJBML c9a5esh5eV9JjukyhKULsHljMZ+x4X39H3PrmwHI7Wx4sl0PLdqesAB9/NA+F14oXaVcUmEfkdMm WpqoMVwPNpcBbqQ6nfRPko4yo2o6Osve7kcHRAgNICsxma2UVKtNlW6knSSMgugAUabbI10y04rs Yl1/DBMrNUWQMCThqQySD1ry5LoCDvTLuRTYvmrufiL9tanC6JgkoXdFQUwD2YgB62o4UIHeb4pF 1HxlrzAVzMIgUCP4un5bTf0DReJd+vh4aSNC/SLKZGrNDyZok3YoVmCimjjlidqecEdXtq+JRV25 iKpGP3pBlvHSlxhLkSjqu0RetRRsWsQszfrProWnNi/aZEPck6yicnYwTGOMRmtaYNobr/MFdmvg 2c5tEfGEeLY3WEULYM4AYw7b2SUWGeMOWVjxp+FKgphbvH2xedqe1BjD7H9nuVMl20yydu3CkPyq fnV4fza8bNxMGxkdS4LJKltRg3qWbp1pAJomIEagB5heGZcJNIOThJSsakxktyzfjHWnVjLlrvjV Q9YTYtCDaGhXxkJmk6vWfNl+MH4y1mVraiTpN+ysa1PVFlgPWnM5JT82ueDDHkiUILTMGhnJYKXP gXOkvBt6BNtMPgZqFk3SuS0Nn94ukWxyk9j5tqhUiPKQMZpuqB5KfJv1bJPd4t13MjzxGOkVVEeQ 5c4yF5TdQoYvtBFDAjlbKK3xvDjMKN53c1DwuL0mzUJJ1vLWOBWtwd3YDUlAuxu5PVa8Vncn57tP O6abfgk6eAgGjmcZRocRKE6CVBUUU2M6s3mlmiYn5We2UHe0LIuVgxPl9Ub5W4tr3U8ebz6g3nOc NFvNWNFEAtsRDMsy81KycQtoTh3/uARiMzswvoFrBs85Xdq3+ru11dTevV9LIwV6cP8Mih+fI4Tg CHEuUHs25wOA2ybwdNLYQYbhU4eexhfSPmi9xvPFOABxCR1on8kxR3jr2wxVZ9BC6ZEdhbxZjtw4 F4R8vB38tNaMI6QHpJqOcg/G+jKtHPnEPobmOfSuDdPYtjXZqBZ90YTJ6rwOPxATA2Vy1cbx9nwu pfsEDIktL8LwPUzIMi75Mwkc1eBxaTUFIB+B8zjDsNorT/pmo9MHF039cqrBVwGDKEqa+ENIDbjW kLSW3FhfRheBSOMgV02GeFGbgfOmlW1j/mlyV9pHnZbiRU4aeR6fDz1GazqEYJ7WEEb4zg1zttaH 5pOzz8PkuIf6ogTixRsP7va1GRbeCtvEZvn2nbZoe4jLLAfBk56vAxLS9VqMBwdbsuu1JBbkVBA7 zSEDwWHYwe93yTCrluBvhAmLUYhVJK16g7XZpIkL2t3zbAGI5ziomG+AiZoQlvy1baP9NsjdiV3+ ZeAzuZrpD25jFx1M6uHwZLW5NmUaIB2WxSI65qXVtttBirSxb0UGEmMQMi59qKkpky+EJqpO+/j8 /isGaIwpmodytRmHRKIwyfsyej9Ht6CEgKUPvTJZy73bxt6J59PxdhOKg4utSIHQpKgtIpkpzDNq DdvOaZWp0jOR4XPrWct61EWGAL9MRB3NH1oZC1xk+yrnOK3uVVOEiLcPjtUAkM4lNOdCO8qba+96 9gBLHLblt5hiN5yL9MK72vnwbDanLrzpL5c/eaDmYy7A4qlJA3GVROrs5w08iy2aNjgDKXtLAz4w ADZoUob6NQSxhEiHISmUs7CYoeKxiWsKHtPQbKT12gMdRaQUiw4oz4gWvadxgAf9sTrmD0pt6pDe WmCTnXZAz2aXiRGHZ9B1ESh8wwY3IsrBAV/YKQi7CNdoE93Osg0PDMZ+sVu7jdAjQq6J3l6WwhFv nC5BMShemBkcBv62g9NmV7BtmwXALlPcCXsXoIihuW5eoDnv0gI0D+hvN9zzkhhD6sDdJ1OQjpkM IBYM0Ly3x1FciXZCBfeBA0Ng4GdQOKAX8oBsyg5Al20GmMLZCklze0+ergFoAYiTnwjPkhhZDjY0 G7xZ0ub8krgA1nXpCpzTtgBIDkgMpw3EBuPBt9pVAgNKGpcDa5Om9OmB+2QUQC8lssLLgGWlZUqU NUgoWohhWmDrQaGDDQzBa+baYCr3fsCyNneMw/oq9RRWJLpvW6edAnR6fsZSHqtvzaeuIF3iUn/C wopQ238qXw6GFydthYAh4ABleojYyZtJNdUQNqzRsOQBygmcNzcsd2eHzOfeeNsraYNJC6W26t1Q oK9ASr9clKE+fksVdSgAWnm26wmFDRULWkN32bf2CDo7AMvcSkFXAwLcf0Vcb+WDkWIMPnm5m3ci dvDfJmmDAr6r1hvmjNvlSRLaY5mlpk1XoGOwqMt2NExIcLOPQG/AOQzZ1l0pvWzVTh1lUy8TtQkj urhWFrpp+cF87+IEAzZHpP5BlNUtOd8eVS+539QoUaXk/Pu/f+/P8/FXjnfFo58qaDwrr+3D7a4c ipseV8VOqj1SLRfFt+83oD24v7ciyrYGjEO9ybz85x7Et2dp2/ffKmBfHpWWgXaXhi/rWk673YA7 fF5d7lK+PVpBleNRqRKJ5aW8P2VqVytbuZdOcyi+3b4JABueD1pXRkNJDRQhQUUTxweA/b1/8NiZ Be3KAYdFt+mgnszPbeeUgHoocravNhTIlntwWg5+uLe6Mdv9U+499nT0o60DtVV+MSB+2/LQZgcN bK6oZGMIFKKEfOWzFcMxdDwpk1+eOvBfFXHlu69OfmiwjQbFUuT+axZgjnHlw6NY1r30+Oq5S4NX iDw43r5MmyiVJX8Y7K4h0FXbKjpKLGzo2MtpuoHo5MGUtweE2dM1TSRNtIbG2D1qJ6LNEch72dgJ NS2wKaBNu032aIDzafahMunyxDsLww4ct6QqXbabY1emTRWbCFkN9zMCiRj5b8+GaaXvdtPCEe0k UjC2qc0KtZ/LYyDhnf+hh7xRaCQSGG2fU82gZoraSwDZLiurbKvypiVjWEZacbhzbSZCual2H1ua cmu4PmDu/P/Buk8ZAd+E/LOiJ4tTe4ju74edR90y2j572CpHgS0AvUm4ZBG7+bNeWUusOxYL68SY Z4g1C8GpdauLEEUEsyBcYMu+4WSTGBzkNQBdI9Y4jNbWQBeNVecezSKhplwCBoodar+TrbGyu6wX xOfYVcEAob3d1QYf46nxJs6Iy8yavQBb3vkhbWUxbmKEfP03aa6o4c5Y7pZDYdZ6nlZZVa3RcPU2 New35dsgrYNjTGjO7ACYks2Cu7VQekPvTwyFdCPXTdKOpRv2WASgVS5UG1fIMMzc/twgfVmTTY6F uaHDAxFjzmJe/jo2Int8DFSw1e03iPV6wwVZ4nZawPI2EchZmMc++Gz65h92ONpXhiBrUO65gXPQ OJ5cI34Pv7fltFiFcJnI8ucRZtLzczxiEry/+IPjlKfDL9TLjyQCdNY/OhOXNorY9/WP2llOAJBR kLgBuVbflsZmCbA7DfqlUCRjzc/RJn3gOrk/TlCBpKtX7ZIV3NaFVUCheCR63k1+toOEaH0j2KYX gdeXbz1bBm9SrZtUxxP5BlJPDCK/i/BYytWZQSeVyOenBamFBpLZGE8Zw8AbfuOmrW7wMSd2krMI drENJ7BhcagLZYqb2oeawNO36Amv4N4mGP4L1xKtjt9eNAQZ4geCWIrYC3u5cNy+ylQKEHl0euDG dw+0x3M5cOJ+njd4oRSqotMiALGbCwCKXGftByL6qlunMIQYbFKVGIBcZ2CZGKp2IDUwriK4cuOm ISgOOsMiOP115f9ApYJBcdNAbJpDQsDoRKDga1AW6KroYmI60Agawk4d4vBPg4amCDBxArJob4Yf K25U1RNO+wqoebVrtX6Bh/gYfqi7KkuDJ8EgAKggHTFN8B8v2HFUsMpk4+JbEWIAovAGCcauLKsG QHtQVpVYfIvxIXEY5w68iiRD9tWm1GRIEDJ9+fENRg4jCkkrmjKFspgDT3zv//x4NPrdpBST4mjQ dyhKwbJ6FF02JVTVT61pzKX2Dbn6oYV575qOWNc9xXUX7XBxy1Iz5Xpv8oMGwEFFwEmRiQtf1qCH oYLgT2it47RKO0LSAHMFZ3jcpJtN+LAGjB2J7zb4SCAZq00Tq9kQm6Z1Au0EsAKwokY4YtgDdjAK SNUpdMkfcyss9XivtRfrItD4zEuhYHLolwlF/TNBf6M3dQgIcJsGcHVmyE+mLB4SnFC75HBOGZNG jA5gYAEh++atCJXwoIKCl8HtlmUm3VIrILX+w7qQUpVj433GAB3Nciywm8YMsMksKsTD5ouVAL9h KgYfJmV8E4xVvpLCMhhFh1bV7HOLGlNuWTHXRe5t8wkKg8TMpV717JY2eTXYxrGnCngL5Crlqn2i k1XRHQCQEOoR342sv2n1vpq35tiwLbaxNLCroWWMGG3kak18p0kZdfE5QyHEC98zWlPcekNUUGNy ySUS4TH2EM1PAIkbW+SCAkhLEmJu3AsYTjv8HxeTvVUGh4DFQUoRo5iqEAPbDoJRnEwMCIxRhCRo ewxpjWbVZWfJCrNEIzJuwEnajA5ICc7M7nWd2NjTi5VtbDce9rOlCYltUQZ1ZvWF3tCbzHQDt1Yz 0MacR9KFJkBlLauHZ6cwBlbqy7z534iMrux6EpKgircJj2uBW+4yClSZdCVnCb5OXXDERvPYZORQ UyMM4kj/zXRjsMVpTiwImk4wzE/8aXJMGdb7X2czKZIcutj2tCWHsJnI2uQn5TYYdELUXPdKJl/W gikVzueEICOgzFn4rE1YoJtpHV03RcbB+KgnQB591/GDRm1olR/xn1H7aKYz6hHJOI89a3+/TUYU 6SDA0D3Wu5JJEc5IxriG26SQzDwkA6AO3Y9JzTVq862SfzOUc6qp4Rlxpn2eZWqkWBh+fqMb2JGW 5ZiOtwYrLh54BuXscxPreiu+33vNhNWWtUyETDZeNEOuZIhI0YKINqGUAiug0JSl3g0EyYZBI1jb WYgp3z/TnPJW9tmBmlZS1gUwFEbWfFTTm36YXc3We/sUrQy6IJ1asSr8W9naDRxD1S5GgM0L29Xa 2kzRjjaDyl6g7CjBSdMyForRZhPIkM/uSRRHDMy8HTTPJr4h0SUNki7sMRjk2Vxr/c2IZYdJMjNr XLBx9Cojw4xIBNEJZZVQQYytUUzi8CVTOhWxoMo8iZJAWFZ7Wyx25so64shbMCxmznkaD6JNG4s9 YHXjjDtoJesRuM96dnuwX7OQt9DhsnaeOLFmNupzzUym4aJuyXInN6QTT1iQ0DRrLR8+rYLH4qDR FhjwiAx0XLsiAPfgSjaDsvAYMShXmcEjGLQyJcN0c++ZYgoSwXpCplAVRJ7JJ04CG64xhzCsmv2n 1R73t/vNIDsD4Co3mVNNbahiD/kEenI94E5gwKlECq+28NH6WeZtfmW0ias2hW86GcwIqCs9CZyT QStmzVkNhhk/V+DJPz9Tk4o+UJCyKmE9/nB4Ob7wMQ3K+RF4hnF5uohPmnwnXganEbZ7DZTotTij pDg1CoJiiuvBJuAvca6YT2pcOIn4WnakhFoRsFi0vLGybQe9EVNuTsdNqFdpvJWjcIwaDwZb06yj Pp9OcBwdlsn7LuIsg7rWS+gCfGN/yd2lyOIogK8YI9edIZe0W6ULMVyc87xhgn8EEJg4B78jdoZf bF2dTyFDMWGQnZG4iinCd12ULxjlvoQPIrejx9IZFdrFg935a3+Q64Uhc6TAFQiTKcN/2A9rgyQG zCyzUDonckcBlNCdAOPv5MixS6J1t2vN/A8whylNRIFuqCVhNSXspODL7Jequgy4zH7jltu5wbbg ugDMybNtdrGhmQ6i0SdxJptugCK0fFCCLxgC4StkkrqWJbT1xqaSx4yCG+hSoRNSvM4JHToJTMtc Z0gEQXTHr4YXvOnJD3BJ2FoLoRXKJCXgxCkXyK+d+SVfHvPV5wl+CM3DVUGeUSmueviW4mp8+Eda 46KVoEhtAr0RzVPeEswhT6p8qlGKsrGTDqtAe8iyfPWTS4Bp5gVEqVcoR8LWoTPz8S3ej2VIRiFp 9ABMFeISiU29mA7jirrLCAW+CJSVVygeHolOAXEY+ALoxeWQSTAODCrdk1qMqFQm7NCIgwWdJiDb +gPvBCR40mDNjqzoKHTbzItfKg+C2WAI9gj9ATcAS/cAKIIYGORE3fQVeGsteg2295p5JpAFFE8m eT3kl64Ce2HYwMmNEiKpe5EsHnCImA4QR1Mt2TbdqPZJJyO0qHVprjLWPet25Qig2+WrY4phNVWA qFTJqIwPM1NsiE4QsJ7JJgAPPvsFoqVFp6Jrx9YS8dP3BbqOMUoZaIX2yZm1VSWdNccPifYdjLSB eMmaRykN093QFzTDUBtdPMh6ZAAUumnSukQYmwH00fcUo+xczMEK0liCawtA1o08kd0QnrBghuOz YxRZgG+5rKUmK1WBt+YJB2Jyg3S4AM7c5g4QAFRtyJRMP7A+Pk1QtL/lvbsK8oMl4qUk3nKEs9e7 R3sFyCKWVWQ2gypYkETTLf984GxKawWgv+1lyGnWYreN/NSv35xP6fzIkbVUbuO8OZfQzkSfHvf7 rzrVikTfLn//e3s8L3/U5/ivKtJw6eff5+3xOP7+Ps53dbYrSa049vPh4vn2u3+GlCoyDYkuVbwq LapMeyOiAimqdt/2z9/L87FX+voqR/yuTPddxrZB3G9bSHO1OcC51eVQ4xoe7V8IM1BXTW456N4f qYjH4eqNjL9V8dirif2s/MlFAW6VQ1TYrtr10a+KfasY0nsm1eyGKyu47fubrPVqbh8e8GoVdxQ/ V/JaLrg623twLlQaS2G1yoyDlCHDIF7XVBn36ko1wI/3bb+o+N3o4eowdF9WOshQrqbGcxo3VxhQ wRcp3Cq2/Ght/7BC4IULtiqiUNWRdgkC7c2JMjTA8P1WLReEkWeTfT4qTQLdBXPDGOHa6qmc7u03 9QZLyLe8d/n30GCbEpqPdispyn68c/Gk2gz747r2AfQXNX2kzVu4utluTkJE6ZI3MuxxYsVPsKgl HvBw+f+ugNdoaaeN2tcoD37AamJYERNq4syKnQ8iGMIOBr85uwFHp8b5E5XXMRhHDILBVQHStmo8 NL9tGaC010yadJftEUjKN1I3+kWxF9sqCAyHVwGJLUEmrXeiwERdv68W7mqjUBk+hOct9KHotIZV ZpLpkX5TiuOmMuMM91lSeCusMUChjdGbB716UjiR/2Hs6bwfLTHasdQxIRQ91NA/RnT5skYycwyC R6iQHltismgNuRfCMi1l/s86PHtMnm9dEZ7MvpE1oRO+cuYtHtqVwa4D62imQsI7O+SJj82ZkbEU 0lwBOFN2KMOmzbTO24JbC2WYez44q5SF5/hb4yDJFtqtzeBW0kwu90IoMf6G8IuHMK9QRNREa7xV h41YScYtRL1gdgJMy3hRpOCJZ9ra6kZXjCLjz6Hlr4LaB1SOiII/i2pRg5VWI3nChWgTBwl5fODY IxquWKQlquR854QXYFp/y7yQmjLI1QR1E0YZWlkTFYWQhSUDnyNkoTcyQ21jP65aJ/lFln73VPec AYw7KGlpV8Gu0RTiHXIDJO6KbIorMYnHO19GYJg5+rGiwLOF1NMiB24Q3CGfHl0mnIcvVBK3BoAG kS1Bq+/UAAktMScT5oddi1Lk23BRhMYYJPqQJKybolLEmKB23uVRYJmlGEie81OImv8Tvs2M2xY3 ha6Z10AfZGFgqIXAIRHIj4Kf4QpWF8cD1QkCzgpWjCUnDZ2hWk1NqEaZLd/7gkTpK+GBRmlxKuwN ka4DwimAKrmoLRDEWa3IA2kh5KaA5/AJim+h44JrAd3tfyRN5JzrYVGe0KvJWfwhje8Fyu+irarP Sa/2QLAGgcduB42BOvrOw+ywuT9oQJt2eFoksbMnbq7Beqv3EVFKRrs02yNtK5l8Ps+aa2qoAr8m xgKMLPEdLwmf4wYKfe/dKmQNsACQ9z6jsCFzqO1E30hNM9ApNFu4TZB5tqhKBQmSgyRtB5SOFB6X 0E8cLyFtBEcUuRPeltAFpi4iL6Iv/BboFtG6u2yLki3lZ8r1E1CXTSspC0JQ3jLMWwty3MT6fhXg htFOavCHrGlQNVxQG+U3uqebQ/c8C4wDTesDnh0G1dOVj/APvBo8XuUMNAnGDdCTYIdicE8MhaGo wROQEN+J2P3nXoJvsKEeEINXCbNSTl2SYIiCUoSheYM8GGWp15MQGiRZdB6K5BFEuqUEPniCIUuD NOpX2gdSh6lDCcqJRNNKynX9ViREIuz7i6u4JsP58/1VenZN6cd0+B1uALGma/gO+cDcNRYZhI8I QXEpMe03VFzXQRWUkkS3ugiMMaJhNBZBt0A6rmao4nCpy1EbDhwyYeMAp7DfhMFhSqqcPYRQ//6Q HTsE3tcWtm3GBmuug1K7ZaKCyJClHQxnAdPSeMKyhHgGG2q8LQFGhs6WMEccyF54lFGTng8ZtuZK C6jFeYZ23VZN2wbEKWjG+ZqBgFC6Q3YAzRgABbuhCeBtabrRx6IlIVXXIZpxpTmWgdrBjJKIdOph jMIDGzdYY7mI9ajVTyOcTNIAHc/RGgKBb3JMNR5LaGOGMFSqpgK1XPGLgdZoy0Twl1mvuwxUM7UH WFWF2JyZX+M3OEwaFMh9yVvbKB4MmRaHpgI47CsNohVs5RHLQdfqbnanMnm9mI8NpwqBe2SeENFg 80LGcR6tEF4WWNM5/yHv9iKDK+l/8VapbBlmeA8bwyCw91bSPZwt3K84OuSnRdI0fakvUR0t/Akg KqJuMmfJIMNNNAUE+9kUDhdzYUBvouFuYGyKibEIbYKGTw2BANDQqgekmW6wKKQBSDIveI+RTVJI VSXQWyxaFFxG8wCUKbUWugZ1ZF5KrPWU81CYTJTijbYQFXqmb/9WTb1Z8jAi8kBaK8MGrSmtmuUr /1v9m3phOlqtOMwsXnlGF6FeWOUZ7+BSgWw27o1cO7puCDal2Od4a6lpFgJCrY6WAI5HvfSfZYLZ 5iSYHvy2KGBShQTyQAYngByWOBBdVnhLJ/YL4oalGm+pbb88blkOLC3NrPl1qMvKzfkBJ1tnkgSx VpBw421BT3ktBIbDj4qfCDbUoOP5BcFut2CZa3dbSXMgrKuTVMl1bGqA/OLdFmddGWZEBG2sYSzj A4x3gTG+yxehg7q3m9YC1E4uELcVCv1fq+j3L41LO7JFSGFIXSEnbQLTOdNJP+gYUFp3vbjEnKCt batxMZuYxilDuD9+kp1kRPsqUxBvrZnSWWepgJWc5AFY/KNDc4JS0+TMXWOf1RXpMC56CpyR98zy YTWPBovDxKKaI5B9wiPUJY9WeKu30am10vTgkTnAFiu+IfMOAkb00CodkEuZyBc5IYAIaFWl0Pqq fWNkSZDkv4zd+mOKxiBFpSwv9LOFkBT1twWxTZyIiltp8eheLiJ6YsrIeA/4k7eILalAds7jKTJL OLuTk4gPdp6jDqSk1oL7O0mgk1rQaYnuU6gZ8E8abEYmrxnPaAc28nK5NEkBt5NAyr1LCMUKHBCW KH6lJq4aq6ckk5gc/MmX5gVl7njXxDJ5tezHrnyRZBv2brr1aS2xhHnMg2hLsLK8Ru2MFvPKKsTu EbgdJljW6aqPBIPfRybGiPpV6DFzyRik0abKpIeImDizy2Xkojce/vyBlvmHx0vhOHjEiXpMZWb+ ZalHo4x50IQl3zB8jPeIkTrNB4QsCadyEUkgXsCgOYbtZzB9hKdED1MfnJcN78wmSS2Oqjtfuhx0 RBMyF3xI/mS8BW9mPeBGTJEbEK3dYioi3eBhV5NbCchFUwh94K1GquRgID4VNQoYiwfzlRkBxItF cWX+dS2U0cKCbig6X7rsMvkqlXiAVBX7DuoGOpPMVsANJjKmUsvkj+FP+Z9XEKCEUBCPFjzpND5o DT3aAGJpHWQAjho0q8Pkzv5vO8vunW5+Vqx4Em194aMD99oPMwjSl1iIAVXsDACXzeXUeQAvEAqy VzIeCourpXQGpwurwWgZZ9cN1A1ohfxpUlmI/hTPNXfi77YtoJS4tHGK3xDjVU+U9Eb4YYRlcupE XRU9K7+MDlCHwB8cF2Twfb6XrSr2DyQBjqlTAN/TjY9AD4UKgts6F+/DBcdgDRJLNQTWEOl3JB2d lCucvPmIzgDq+F1CEhvd+P1go0mWSNZdlqV2gS+klK8Qht++gAxd1wkC9GBhWqmnwAR4SnscoaD+ ohMw6X5w4lWGqml0thfKBy8CoYQSx1XUhNroMUgjtKb0viykJdZ6WHJfN6G5umemWZBMV6TgFR4B Qq11CHeb2qUVDIAFtH/S0MwJkQ6mDbcMNS3jKqGBwaI/qDVEsXmPJJBIh/cBnXBUlTfieq2o5lGk 5pGkwq0gxx/vaAvlKC/RPJRMJ+CLYyRerxtC5k6fbHTEiyAVjQXYhiVXWKOiLhu39SuY0+DDcYyd EECXAGdQJvQGRJEIIBKWE1EaANMO4A6C1ZbsUHPdJtRs/IToqfINuiNahJZ8QPUAfqplVGlCu00X TVQAhlzNY5KQ1WoIwvJv15WllYwts9sL77BJZQl87U1zECuXdWaGYJ6GFJCuIyAGqtIj8i/LFct9 KSMUE/rfNoFfyjbu+uBlaSTZMD6XSTc8s8JC0N0gZ4ngaKuwiWvqosPncNNr+1xxpyEQcoCkFkra VU3CE4bXBLMmAD04KKDy527kMq7l3+7k0tL54EHPwDMJ9B32DbMGGMJFdwqFqHoxMhxUz2ABHtFQ TvoU4qiKtT4yIDC98thtjlTQQ7GK38fjL1T5fvvv4+/9/Hiez8/bn78HCc73X2nOcGYvUjxeH1Dd 8/G+u7oi9/nv9fEXOR44eWNjCKhJAaXCXQOGYbGHy91rD3fXX6+HPPw8lKQ+nJ5qRGfHKBRZbbPl AbT39O7q7ZCSy7G0oiiAXKWwe7vi6X69S7oGGUt7rsEYIaMYZF569vUIA5esC6v2qkgMugGWeytk sqMZb3TEXLfR4rKNpT3rToq0BOtquZTaHCROREKRjw4O9K/XdqqwLYU5JDqEvBsA47KeVVDHQmh3 r6FEbC+yTOAfG9VF8ECSMwmRRw12hvTK0JagrHq41npvKT4Zvv1XklxyMdS9Ou/Xk5czksxaINyL 5VSawxQjs9I6HlcZPixZRRGqN7rjVtez46wxkXC7D+1eEf1ARwY7ADeAazRSyQ5WA5zYMtoODqiz 7RjbbQAadoXZBeNKcm7riW2ZjQz1f6yeNmXs/X4i4lOdFs6nXSuWOAC4dPrAKgiRUkjWThxhUkr1 ZKffVBFhk1hz6tYmpuUlW2dRbpNo7I8Q4bOsTttj9HwWizyPDJJkUbr05SQFp6F1G4XWKfAystsM S5erpMTWkSimhkGntt46UDuZ/Mn/xlbsWhpX+4Vp6OMcVcie++LkCMJF3adEtMUViM2d6ZCITSGc 1G9rk/WzBaVNeUWN7Pkaxqfy7zS7OCY91BVXxLK09phPbT6adAaBNWN18Bqm2lIW9dwHVtqdxIyF 3owQYKr4Q9uaMyBM1r+3bLbaoRYBqEC35cT8ctciGRuxCPBenU+JWFWjqhHruGVUz9xOzmoQYq6s pYTdZPos9z3uN98woQV7bLfAoBUNJOlxPYjPzllSVCOZm1feGz74zcrE983l41Siou1/KyCxyA3m US6+64SKQpgSyQS8wIXyxbmanGBBULE27z3fVQpQDXVg12u3g3Ny0EMV5D9znAsSpu2Qcm4xf+/I BeYhCwNE60u0xXMupXq64ExOnBjNljvesOEVngRpW53LTvQbHxnwI+CYjMgCDeGt4AYp4gNRWIfK RSH88JzsQHcE833R7DcevodVUoCRDDEaCqcUlAlMHez1i/SZ3tTGO+7l8j3E1Q3xCjlQ+lsxB/QV s/q2VOH89F5IJxzSKA+/4+rf3w5cdy1/PpyrwKcQNGol75hqTRdqCRaWKEKzef5lGYpBClzdVCw7 gZ/bEWqKCjqKjDTho3u0Y0AYrfe34jiYVGiEzgMnAh9xopjTI7iiQU9+vPE5jWhAim2gt7jSCWN5 a6bbkIPlyYyovw0CXGgKaG3QbtM4QRls3GSYBfHF5FBpGCkmDKH2C3DN0PUT3IKi781qNm3AVsaA iYShKKndgXnzqHElL4SCBuovPbNb0cEKcwLpIhzRjFVoEIuUIEoGkmbXww9kDI7SBafjFuMjbhLD kQVDKNrC10gSTpK59oncF0jvL8jDSANGJtqP4rCMifmFMh7SOAXskdnJqcHZZyLK9LCMSc8UdzVB ebyGkeSw5ljkHARr9gHGF+Nz8QRCxl1wmpcX5J9bKPKhdikGSyhIpNST5OcidSooQzxH2o9whKAY gyelbdOkZzEJt4xoIl0bUzTHJEZaVAoi8V5EWn4U5jdfxYN5aHGWSaGJmCB+o8uEsjyxWoZYztZM syExzEXqT9TJelq4e1eGCMKCbYwbyUGk+DIUNCvnlbPq2QrQ/YUEaW3kuRkvMdAsVFBaSxTHt2mZ hgzE92m6G9Kp9NRYkK8FgtjAqdW0Fb30Nw2nC9DEglcWx0v9tGkAppv0dT4FoQOiDMLZpIc90jbf hCXOQzU/OBgDynSgigaDkYXJBtVeVtMKNIcQMgXgQSaodsHB2RObHBS87MBAD5qF66mEH65D99ET sKxCRqLXGAJe/uH/k1hoWmAOGkdsNtYPbQL7Q4RZXc/p0udYFGLcZgnTJAOyBrs3hLyMcv+Vv125 GLh35Q/0a6eABdLmVDwo6XgwjOBmTa/eMnSSGIHE2bH2VTo2AXjWl70C6Lo6FrZGpuh6Nq4qMY22 7ERnGfzOELErAa4Qcj9rkISiOhApoJxG1k1vpzN1fQpBNbsdBsf2sF9XtGZtahGZ0z0JMN1yAfYC /8ZhklwNfOLIMMrdNDLvkzKhhNfMooSotMM0sLnvfCVnOVkYA16ieEbfpMZtUmQc6Ek/mGOYp/6M LpVOQQGtqVV60RIW+i1jMkvkOotSHMecU9gkN41FcpKDDoYvG9jynD1iVVyvTeuCxzEgWSDqaYEl vHU1QDDfkO2jnh7SZisBeKqBI8FmukZms48GwXudmskGdsNCHc3O0eBXsGiRIPOW/QluzQDoD2jj O8mNlqTMSAEtlyYYisrTQmPNKsGgXCjPqsby6gSzWnYJ4MOH4iQiMsSG8QolzrYxenwRPeevaH72 cc0OzCg8hv/G14QiycoTY+cRo5y3w6ZpVrd1pw8jGJPIkwkRTqmNGwtxMw+Wu1VbKbVR9oyh6Zoz xZnOExtPKVfJvWNt4FDlmHbuqfanE3E9dxCj42sAXjLQYu3FlwZKeI3GS0EMKRcJZofSLHjJBv2U cdcx6VgFpSn+zVvGSr3hrZsxKDYQ0ASaQfZlhfIgcvxJ4P/4RXxEaXdkjeczLbuXRcqs9fJls4/3 ROzNOGdtaDchrjK55LV1L0wxHJXgGC8GEHVG2WAD9EATeZIcyBa4ZsSOC2bXidWPmErQJSmdysgs Y4nYhJQ3z587SHLH+mrbcCxICaS/7B1XJ6dROTYqn+a0nxEm2VKrYatqylNzRmbUWCGSKZs0Fgb7 IwrnnGVwW8+6Ja4unrEVJX5qkCtdIgaBIe0eDW5yciGBLbOAM6zHFMiSyq8gKJQgT4BCQXgFNbIb icMPP6d8aXORY2B2uPrJnpTOVNiVKUln/NMfOp11GweMKYiz04jjjfocsYmPRQQkODeewTGRZt8e gHMVyPeMZBLoEwcsT3j4XKSVFpLZcdiJShsgWMJIhe83C1hnNnTQ2sMJyHeSD2Irv2VRV6S3bHCj mA9mMx/UesvbJP7h3pZv4mSPIy2xSrCHpofH2ywzwp2JsJoecy9ydLAufmvSdKEcQ9iojKfOrWpu bsHUTbJg6fg/ou4EO64ch9LwOrpTsq15ilFy1v6X1t9/I89pV5YtRbxHgiAAApcgaLpyJi30JKg9 CGzP9iUX+JkT4Vmk8jrQ7BUu6wg2Hs+1K72NivTNJ4kST9XDmPPw9IU886Xr4osMWgdMSlrHiEYw e8VAzG2wJdSEYTsCc4lSyuBAc8jjMmtFXj1kaF29ZNL95un/TvxC16sUaJZJUXOj+SbIJHPtCgj8 VO/byvG2TQHz2HlVPji3HReNiOB+Ykgmi1+dd6cfX7vlZ36auZ0rzN5gZbEt7Wyx0KMnTbVlbv6b AQiOyQNxp34hrkBs8SwtJnVoRSZwqXCKTFLzj9+MITODcrgUjZts8iYLIqwcplZk2xPsgq6dDC22 HUbuHdPOexTowulTjYpBWCbwqrXAZ96Hb5+oM4giWB3xZQGXKAY4wDcAxZBhVabDz8EiS2a2QADE oARQkrLd9AFZkxCqqSeBNlSBPgdotxlgoIHkvjKhRbtF1CGtjDwrwHSXo077VZzt/EvZwKJ572Zq tvcQ/R4HEEJH4Jxrx/NwjxoKn29hgq5L4UcPJKV8N+fNsbJcX+ZC75WwgBXEm5qW5WqEAbbZH8IG zNAyStvQGDYLEipCkdmvF7dOQDmxJ+AmtBnCQO7EA2jWGrY4sNC6I71/LgH7hdUGSPIsQPawylhL NzNh/i0qIJT92p4Vq0XbvGthTSo84kjQtntiaYnTXmuPWPIPpYFyJ1Hm3+PAzExqNtOQAbDOMUOE Sp81xsdPpw80i6NgX6c5ziVPmxiQjakzBtcWkICX0g4VPwcuV6XWsFScQFQ4CDhFy9qQMGlpzroz yMksbcPU8OyUUmvNMvSGdZeIWEQRwxNZE0IOWXEi7N4Kj2tC/3qnVs5bsF1ObITtkDmVaSla8JGO 4b0eDpsDPeoRzXCjANtgpaoWu+fRk0ZosgL/l8zNWaE+Hx8PwMlqFAcMYY7tg4moTSb2KgJ8BFFM gIDSdquoUk2HZ4Z58RNASWAcIwg8dxEnbRk0HA8kdlZHwdWDwDGA5ETRnX0UBIfB9m5s/Hx116Jh RZl7DJHzI20XakpptXGMgLac2twBC/sGdApbLZ1V42BSIGHp95WKBg7DkGG/ClxUi+MHpHs4/rjj 8Xz9vsqk7erCZRp/X1TjuIAzVZ44lbF8PF2hs+ppSFiVQqxSh8oYtAMEHcxacjEg2F2f3yfN4V55 v75Z5ZZPbCRUxlpaL360GzRUHNvp5xO2dMWnJFuonHoT7Zm9QmNfle1gddrY6diN/0wd03GB85sF j8Fy/aM1HstRfWyCfbMRvKw+ZgEITjq7lHhqa6LNUpNgbiQB83S+CCJUzdOMcNA9ydFRGy42dxwk aYNV2jCTlPxoa7mxz5Dn7XuSeJNN31/OvcNsZPzYg3QF/Gjr5kijWWy/hmkOOFWJnYg7ZOHTWy59 mwlt/Nq7DYZFamzLviViTAhXPP9Zi3qx7n1ahPk3hJO9orw0ngXIwlD8oD1QM2VnNLgfz4dwFRBc CvIh1C9eyWMo6Gq5ypNs952utQzSVnmClrk25JmJDvAMoaG5GRXXf3DGIIbQHAG7BoRtHt16F4Qy v1dLuQ8WcsQxF0AG3LXC8zAybK19rbL9qbRCFbTYMAQVsVnC+MEhkDuR0d/d+mcJLckuM8eIaDhI TW1/bqLBcgdykq3GAZqZBzMINW7FzfpZDzGeBco3zjbGryQnjyDvlbfGqnIYtlT29wpn4d5SlXPs NBPA1Y4kl8DMMsE5g2LDLUOV7X0+5C30qEBLlZJmooDDsM0Lf6dFFenko5/Yxm2pkyn+KpFDjFii VOpEJ2fBgyZa9uymRETJY2hx0gh+8taC+AoiOR7lGvGlmFCjFFzjo3/FpMYnVh3YAR7xAPp8VM7Q VpNJkbFYF25OyzwQARKyc3HMq+kyQfhZ0GTQDTJoTGoEMkx3h2rzhgLTlKEDgTipqonShQbrEEd8 xWwz9vt3sipdQboOYcnlhhnwy9w6DVIxLqPJl5IOZbpJLYAi11H4Ao4ofxJWI7T2K1yKXwycaZA3 Xzci+GfdJg8ocbUZFCnp7SnpKuE24FWri85CbsIR1NgFE1XcNZHmO3crGdRFokjjEgd5LfCD5GrH Ykdmk2aQFxfwV1OnwZfKk86FzqklonWg6zxGrZEYrwJezGM4PJgoBrZ2cncNV6KY6tWhJzEhxx8w YB6pLNhNdx0SxzOJmAPIoQvcxy4407b2hkkhACAD5fkFMTM4YJIoIFZoHyFQlkFXA3kUbzCqqHVt Xqmk+BlbdVP+lfwdfUN5tMkXkZ0K5jIa+a4wGuBVSVgAoU7ZK6lrcsPUVarzKPZAlcruq42QJKZD cBN3udelW3XcNbTKUDVUxAK5wv+K8IbeKIf7+EveZ2lPMVTlbRnEMLc/lYslIZqoRqicIuKswfJr i1WRmx8fDNhdUVETwMLwAEI9lgZpv1yxpDLsPazoniZ5X2Qq2uovCWaUr0DZeV5BL6H1ac2bMgpU XEIPFLcRfifjO/hernUharNcqDxxoShMIUVK8jN2wLOGFQjEVfMrs5QWZIYom6gE8d0FkFFEF0lg NwZ6eztpCQcIvaR0ZTHNTyxOz1xAKrPMdAFXJ4RIlncLayPzNJrItYNBXTNohZCJkdAYVf6bjYEa 4lAYqTleolT2C1AROjjZkmptJOF1tg/wp8qZ1DMczOceZX/0j6lYEugWTWrFt/1QRlnLJHPRs/tf S8HEw+hao/xjWpd0aqTCMfRSNiIYoGxyA2kJLPbhgplt/veV20sNpD0as4YJLGG+dAscJe6wdbm1 SaJlLoxuSrZpzZrpdBC02FikZ3xBRoluBiHUkQFJoRixdtOMoMYbRGPzExmQXczOEAOhOhY1dGIc iBVawmKTdeNP2whw9ofaMQqTvaSbYgRv0uU4PAUh8WygMVZDpaENqQ3SxUVKBLn1XvCs/PABrVRI yRh/+RVn6FjTF8LrLdWJpboHNEO/V4QGPiyPvTrYZaPrhfKp5qx9SemI66uS72XaY11FnetalrsS 5Oa0OsmV9/aJP5qsbvOdr2TSG2B7dXICQdU+Uto8yJciVrpcI24l8HfJ53bCnBrYGQHWoB67jjQA PONwh8OGWdf+6Zz8L5nqdyOzD9k5N4Q++6QK064DVYmdZMDQ9bzjAr5c9W8lQE0cQFhBeH+e/q9b KfV/76LRBuh20arT3GlFv5isqrClIrtLdxurjFREG03/mSwMcnQgW/yrQzTkFBfaWvCjTSzzTxmV y/bgar4nEh6T/FrZ5EqMw+3JmQe7DzaYv2rJHvOZJQbdekNF+d7NYbyvteoPJBJYT1J1E3/83wP+ d9f5iyRU4r09jpueoHBvlWqfzJBeWf216MmYnbQ/PN21H9DX5FNVduqgI0WISupO9w2tvEpMQTTF aUOE4Ke66rKXfclToXJMSqJLsGcdCHf5vf3srzwVI+UfUp7ZYO8n55mF4JSpM6yGlcvCk1vcTsta 3qwqtL70VCb28S6k0qKRwYlB5gRhljMnJHJgmgpj9B6GAHCSt60gyh7pzctUst0Etgu11HiLQY2a LFNi9k2l12MT62SZsIreymx7ButqMM50KORRyfFKqc9GNy8ZWC0jhr9qkbxnwcyRxYph6UOSQoU4 xU2whSdgLPeDMLWm8UvwPKLyZOC/bB2rU7qv4fy3V9UpGExIe5gv/gopy7bELqcncJueGxmXYCWE ZjWIOJ+H9BLG7gbII/LWHarZFk21p9ZU11iwHCa3qYQYLMBtI7gZmR6B6RmmsVp2jYk++6RLvVtN snXZ/zFBm7pog/y2QZxdUj2e9BGMNwdSkuhpjy6Y9ATEZ5Yun+f8m/rYQ7+Ugy+uITkdxEp4wAat Jl5inA3fMmxF45W15ieqrdZNuzWRTLeotM1HXK1AuJz+vrrMt6lJMazWjHjrIPlMNnPkoG8tuf2H jMZT8oP94ZK984VNAZL++1sL7Rb1PCaYETtdyXVrYvvvNAjbCaHFEV0WPJ2ntlvRdYBdNWyBzIfx YF66F12WbRgDYNNxXj8N4qIoMUdIgELh8w64Fey0480dMhFCG+i5p4PgeBs8D2uLRYoblWaipGjD 70YFBxOicPIXiNUzEKfa5j4ucSl4VszT+U4xDEbZCLO7YVALKQRC03oy783qhyeyBp5jYH0ysDmH z260sSxiILftdwuyX7FXSwU52mPdckewpSjSYa5ajv98DgV7c4fEyKUJVcxE1PnsxI0fCufaHwlz 3ohwnEnJMpD21TTGF4SY96JLjxUdQhg4Gz5sWgZCYwaewFl5gTfy+OrEK+za2MsPMPyvQjNBW94f Jg+ZNCVCclhAIt+NYGaiuDgweMZTy7kyMZBJNKW5MeHuuNukNKH9YBSKR1o/9KQWBgkRmWFE5NK7 pPotHCDgsU0wcxYSBwfIywwkMSuDNFf3L5y3SwRF8WgOXPY3VBNGx74QL5QkBYT+docp/pu4eoOZ 6UtaGoINvsuG0yD+GqwgotEFpmsVQMNiQS0Jrdrey31WV9BIq7pMfCIOD4lE4S0RJJbF8RjQwGFu VBsi5vUCf5aOzIIH/CDgdktVSgDc0VdoYyIdDC34BmwWpZfUhiLoCzQGA7IZhowjKDeqRgoBj63w ZNgy9IbCVgOB2J56C6Ic4oNKoLGp9DQEGJOqWFrel2f03TDCXslMlaLNV8ASsKq0ECE6oEwzlTfx kF/KIy/PdeIwCEpAb08T5zUoCsQr+EMQehwBAUU1LoSHDDJqLxDdpTI6cYDFqPPsA2gMH4I3oe3Z RdpBJstRDDkQyJNP06cke03SHq+7b5cWNGXWwiwflfADXdeJ/QLjRRqQrekmru0N6KWsZxB9pwLM FszLDwHhxoyZRNDI2RRo3/Lks+H4qhvcLscXTIZbBM4bOlCqAj5XCjLVBb+100OmcfqLPICDTwDb buQ03xWVCCnyg78SY3VlTWmAvYox5gXgpR8SJ3EazIc+01BSskIcstMRFZq6pHbIDJGOz9IXgaGw YL98XCCD7aiE0USGYUDkSqZeoj6Y9O0AKA5tRrdyB5iRsCxrFAIpoa5b8WDor3L011/lqjcz7SAQ D2NQILe5fgp+BwiSm2BQ8hmG+KYOZ9iaPY4Kl+AqG44GUm7cz58OZVO7wS4wzttEnLFdsjr1CWO3 mUMQgyehxwoRaFJ2Z4njpb4q9fD1Lam2W/wA0Qo4GOXx7JkvVRq6/Q8Q3b2IXcXoNbV8nyrPDAdW bvjtYpdHOemjR7uREUxtyFLQlU32j92SJN3RBnWSq899qzHyAVH1Ic64MLGiwQG/3S/oD5jYDbPO azgioOi5RNzuB9S2IskqIdOdChuXJf11UpnhTQ0Kr2KXWyWRDnR3XyGc1wxVh0Mu8bVjI4ZOUFAV izxADI3UA3ZxTKIiD2cjLe24OxwRbNg9jEWTHazxUvs+esdL+t09ki9dFUnwzH9nL6DcaTvhMRJc Y/6Va2B/Dg6OMB86+lCahhDb4LBXtgmuWIsra9MRmsV0PDpuYe3dLkkGBnhdYqoVZCgxHaVBS4l3 jkCjWRh7WG2B0aHwcdtk7Ci5Y5M+ZNhmvtTd6H7DY6FpG2GJV8LtKtKWBgJuqli0skRMh44zKF1U yidoS9SR+VTS9mJmA2ZNqurekkO5JAgjufWtfUdWAW22HWH87UAxRxYKRoQYFyRkmiUNNGDWai4H ig8sUqcFLTZsIdDVwqf58NytVGqP52v5oH0eR8GIPu7mSHW1RIgoxrQu2yUvmaOzCW261oR7ChiT HjFSpgF/mKK8hGxgchFtIZ2IA/ZgUBWKMBdP43MjbdHwoyIYPWThZS9rkokbtfmQ2lYIi4v9VfQS ZNoaLcjIz4w+i+nq+4VR5ESaPG4qJJNzwx3YhjIxEETbMeSW8TBDmYYhlm2SD+XBmfX8H0tp56CF C/7jjZbRlJ/mrfz2kvm4zSIhjrDidX3OaGjURHB1ZAKEAIhxMDe4rIt1bkmYhW7gizz839WgMALr Sb5AmWYRFl2/FFSUScJ3kT1mUEKTaMhT5cFztnKyhHL5A8bLn3fM25RpPf+5xnmZwBqTjfLcBWUW AGiQRwHdA8cKU4xU1hgCtKwAVsFSDnxjx2YhhCgI08UyYh34g4Q3hXOFVmHMAgbOp6/cLRajNOFz Cb5J30ImB/VhrKI5EWiBKvxW/BCU4Pe8Qagw2hBlTc2BlTzsVz7W0EIiDD0LHUNw4Ccf75coI4K9 Tzhxprg9sES0p4XiiRxhwV4xpq+DZEGbIYf40BOlugi80B4ju8rMEHpXtIJdntV6YWaAko6jwXQH YYlxkK9PneplMDS3qQjOu8WgMECTVUUGzfkzdhdA5UeDzLTcqfpcCAr1C2QdkhgaFsTndVqJfyvi Cs+nXyalNAfRo59yXA0XB3P9xdrxz0BRIqwr0vFbHYSLmHKNmhhTgtrAQLQL3UIoyGlMbULYi4oS FJLrrgK/gJ4b+lexCCRV6bHwbiEXiUgHfaKhzhrnRItMEwc/ogLBQSv4VsyH4eShfMtwcqdp4WDC WTDcvVi94DxlipcJZVNXegxG+dJbQ2nAKnYuyI5wIa0sio7BHjBkTKYMqgfcF86gAonIMyJ4euhA iAfJT7L8D0VtJZhG95RlLZJu3YQzmMVY5cOBOOo5qC8BhsA5nerV2BFQm9FcjC9r1yvALiFqITyt hBdjjXkoSExQARHhh4l9xJh6RPjcHLplCzXeJhiaCFDTVQqc2AQQaS1yvEo8sLhjy0gtwRPbxeLs Bho0hjH0KNhR0YaIDNiZlCdzIgpD6342lEHOsc4DdMBNeXoj4JNgJIkvq57g9/YUUZ1SITHhT3dg aJWwMJ34UK35yOjnRL8h22tonwHuECOCAdgl19INfEN5f0BHejQl/iLKbeDsAlSec4FsQStS0qrK kDZxxfbeyTbGuKF/qSuNiVbg+RQ10SdymSwPY6GvY05WM1NHVPz4ojC1VYzYeB26xsxg8pjACmF7 r2QmRMfTGb58oJOWMcMalK0eeoPWJCMTRxLYOm+RU3ybbbfI0LDCfE+UeD8pQJKQs9rHGptwGEKj TNSwGom454ADscODKrrEf/2oPy7nOiM85SbFnjHmW78+JRYZqUJYs0+WoXTIA+tBOAIjLFqmU3sk mb4kaHqZWJOEWTccgQybpPTR21ZU/8fCSIXfWS5LcMSoUIUdk2mZbHcNUNZSUWQZc8NyAxYSNq61 FUJTbf/FFnQ0dQ5ctG42H36xZ+Hf9Y/6mJsc0H2dJfypXppBbykpA9Xpj/jYcwkUdjB9GmH3cM9+ mV8baetyutkmb9ZPc56gDrCF2G/22Q2mCWSXnd1+QfSF9wVnyhZuNySGBcwZQzQRGz97LHPIhLCo lRXCA+0zy51PcZdlE2Pr32ZfhsiMUrSmu1dtNaRs6ch9QDKipuMuXU08MjX03UxgwD/+YeGg4Pak 9lNCgtfoh6WbhKc314YCGOGQaZlthbq2ShospUCaHwDRTXUbx7kx2TFDbc3zd8tsC9Oe5JNYqpAJ KSC/GIixibXPmNuHJ76uxTpLwxSQEgPPDLMMT693JUoYLzCKJG3V4IG0TrScWF9agw1Iqn++FfuJ NCP0PzpoX9taRHSF+K2ZbUYQ2sEVqUV87E5n3+F/8xvIj1QrV2Yw3hkzXQv/N6NaIL6VujFmE2CX Ih8npcRwmxevd22+Istv/vOOxr0aWzxe762kpI7eZWt7DiOs3VTEiBCTke4F4pFqMhStMT71lg8a Qou7b1hMtjGGMw/Wbhu1+jYrtiRyijzcu634ZsuTmo0W4pKRQEd2FMSKc018sPOdMZrWeiJ8fqaO Td/oTH1t7/iyWW/iM5KT/PShkkXNKTa3EPflIH3IhTnnO2dP4E431TDuLbdNfAKGfi6dWTCtGZ/k IS/M0m0LGwkkzFMcDON9kKvdpDK/+c85q9alNmFNhmMLvR5IjiqiRB28T5aSeaz0LjmMfyaC0LUl mZwQJbZgpzxwMSeiq0Rt0ncTscXqz+82dOQbpHo207ghXsUbv7RpSzoyMGSguhB2CMrVMfoW1bS9 QRrazgSVmNIwcWbYKV4ENbpAc+K0NbwEaXIr3Gu7BD/SMX5cb6Q6HDgdUbQiVQFXeofV3BPgCUtp jvjpOIBF0GYhaNAEIphLgiyKY4i8rYvMM4dHDOMJsBb/H32l7dzI8xSUCRnCFP6PjHRZ1kVDUEYX 3mEqjJCnGer8QUCfpZvmXwrlmn7xWCeZRLn61gmme7rQqXBRRBHYzgFLXHsO9URYn4GrZjd02yCi LUTTS97nLQXwCk0FfZDvxd1AMAKio3Bf3EMwl7LsnMYUsA9YczOfZchcGwkGtf8R4NbkFTB26seO WK6Wz3N4MKKr232IHmMV7RK8bPWMlkCo0SBVlk/k/+aNlPCRrWufwHPTfReU5w/3mmkhdR5g/DhU JRUgSvzbe8/PKqrRdF6NTZkSlILZmfFgfWufycNIktx/eJUzv1AX4wqnESPOzeeHfPaEKTDzQmMx +Pr1u+9Mink3XdAMv2aA83PykRIvDkkkCuwtAKwMv2OGXvpNeVntXTQxy+Uu8JfFPDwT0N2ckiCI pyWv6L2AC1LBynXQtfGTEyOm7/rSLu428AbSqAqF0O0wBSNGMTxK2jHB3gQ9CGP0UP8NcZs2xepC 2rAQWoY4c4VC7k3agwj7Aj76D5rusqGeUYp8af+2RXCL8JiTAaPpSACEU+I6CvcOOkw8Pad90Ao2 ht3CAL+QV9yMG+34+EmnGA+kJVpllwa3AGFQIYk3OKna7IYBnAEllbxqNQwkio2AmlcVEmC8EEiI CwgoZBbGA7cEHQVeLZvSr/BYSbCBeRpBlXzMQCfoUKCjNmBxsC1oHTKARHJDIZBKs/pKS0ohAxgr x6CErGxNkB9QV2YozPft3SVxykIoLfvuAjcn+GFxwPmyla/VFpCE+yI31dtyVH1x1rhCDT5xDZy/ K4r7GownQ7xMYDihQg2uRZMX/Hr9rBbEG8T1G0b4/nmFXlZFonITAE7pvmelFdQE/rqqLSD79UP5 26NkXS18KPjrX1UPDmr0AiRhgx6vuG51JTwvjfYos9gNh+61q8KBV6qicD4e//326eFHjQQ3s30c /2pC2QcFb7uoDmfci9fVcxJrgbH/VpmhwgjXyiX4UyKu0bn07Vs5ha/rt9eVEdZa2bsSd6svW52H w9ePmsPH81+37rkQT/lfNQ3UiFAuwpDUHZb7fPiuuSo/KCGinoR6FFJvSwk+uz7vfPk3Hva8Wshd PNfwdeUnDCnZGBZ8edfJJTZW2cWEqVXx9e1lzbkBEMGqapwuP5+qR6h9Idv47EmD/T5dXOH31yPn g2F+ny/fLgM0ygoUy16uPsVfFZ0vxoRv5kIlZOWaf1wRqIG/GncV4NFtd9ef68//Dj9YJMnaIKs0 AcI8uJvvvaG5UK9EaUIA54VbAySVIMYtRTaOakkQ2jEHCwnb56Vr/IzyTAsUlHBN4LV9gKu33RJY IZGKXShWDI82NfBCiG9FoVUW8kDJ6CWJV1AbYG6a5U3jv90EBZXL/CbE5MS+x+aADiBKgQ1bEJ7S r4Z0gXI47Zea0UbVKK5oa1iNLlrqheJ8KNIcKN8fFJD1jyOg2x1/ipuQRtTQP182/RD1j4v9LwWW /SefHbCpUW9RtGBehKEZOAoHVUUc2gwrl7bMmNtTUmnhsPq1qJD+P2PcDgV7H9QLNQV5Zh4tRZkn hiurz5xDRS0Uy+LXeNmuj6yGuuhgaRjssrsd4oC4npQZb0sMKmzZsHY86KnNSibe3QHKDfmvxpf5 jw9WKEcOGaSV7LAppiIPs+8V3R1sZc5Pc/CjevMmzdAYwx3f84BfZh/Z3TDotkuME049WBjEbZB2 6hqCh3kLTKuFiZVkoKxegHQLTVUdjMJCp4UWLsu/xXJ72ZYe66VHLFNdgsw/sEwastc772AVs1hA zLYt1XWHXCMjwCKHULZVGvRdgjTr3BppLbJg2hOzZNiEtDSz2fyTWg2gznfic0QVcLp9KLyPbE7C FyeQT2Kt59NZ5SDxtqFaH4O8PQjOCmS12gqbeCC2BtAJQ2gt9qU54XWGefKH+Rvz8y2F1qlhszmK VkkD9mshowWORwGQGXpbuO3BRbECGC85tdfzubN5MsZguRTqKKnXumnkKLF0eVNU3l8COh9jBgp5 ZZZdr2COHb75pTsRRyZz1zcnBTqCQa9YvUPgm6vcObNc037WAo6bS1LwxVmSMUISfIWCASAFGOZK glPgs9F6gFAITHO1dNWu973cP5FQa3quhNBHIMCN4oQ//3YNcbnSOFgAWiPGYkRCjzJm/Oq/UFbM KI7mJPi5q4Vsqccz8QvnPvfVXLr/Cavy0XPK2ia5Ob0x0BgRv0NkbVhyZR5uuxIkc05Kmyg5iGTI 23xA3ONV2iBuaH2bjyZXUlOf/Ee/kWw9cdmEG7BxkoNBPCtxXMJC4jmNcDyESmHqhwQgDpks3E7I eLvaB4gVZJpqZ3BFjS/xtNgDcfwxwRRhxkzDDHUZ4ys3YIpFWPgAOaQvoZ42ofzqMaNqf6qMC15m KAgXuJCgIeXYURxiJJ+HA+xbnVVtZCPNvzebA/yTq7EgTNulVF4nyqmOUWhWtFZWM2XPShTibCK3 tdRUapmTaaDk3jxUbxl9IlQuJuebYTSDxkAHmyht0mRzQtJMGsEYXmgUScNr6diaTmZjXLsGRVrC LCnQouQcWiQMvCKAWG/iZ46WhlcQSlgagp5IDi6hh0yivF6L6wG/NNMshVOSTj1w/wM1OPF6T7jI vd2ZZJMhygbhKLKZBYIQWEGGHtoni85FO1AYMqBT+Ezdiqh3XRTl0ymgW8/CbmoCqJZqBbaBzwxk Eq9CUVR9Sd/inT/CXgAu5Q79e70vAhlAV2yA7MI+lNNi2yKxaJsITZj4D6nFSyKLrMCCYuGkCKjA OGMlEC20FbYsuRoCH/L/Xl0LY0GE6WGIgcWAEEwrdsNPt4eJ9BeWaopWoi7d7d3OswS6COENxYfh ABQCDOgp86lHZiKNNjmTHqMMQkgtA80opR78zmhoeUl3hhG2YKgQciJ7s7ewnjQP/mJwdMGkC/Ti W9AKixIMbqDRsr880LkeKJAzNYWA5LG03gF1CAUZ+Mt8yCI2WEwKRELEECH0Cwb1YHwED8/NFSRd SBcmR8iyws3B/mvsv6l+VqnjvQhiUQNECVZGiCY1D8QkFfC2IXuABUjx2wpQUZOoxUdRIcbQIxYT qmmskw0zaEzAgdArIFEhJPGR8Qs4MbCMDI5j0UDptgkfwIhtBqXBYCtCAAVaa01ilsHMGqJR9FJx ombZWrG4MTcO9CeElMEMLd7PcERcybEml5mhRoZX3E3jmKpmH7MWTNOUbOB0rtVTUwbe5FIkUkud W1LfLUbp+U4a0FI8bhWzvjLEBlWXFDReeEoDpQ33K6MLPkwrAgEomkltUmh5Eh7T6AzyLF6gkkpY VLXEMzKHAGIWgUyfSdLoVoB6k9rozb7dEqPlBpVHUvS6w1FsXnOpNoHyZX1VJoJQlFcDbEEPI5Av 4ZHWCI27DcJa7yN2FkVI4r2ksKMBty09Jtzv+uotwsNXbFwUEzvST1EqUyVyzC0pGg1zSHkzWTl1 uJ15NGjn1CrYGxyk0eAXqmTdIeGBe0FmFIDptMCZ1E42Zfxb1JozpOo3+8z981buHPGbwcxu68ui iUQtZ4LE+FY0z5u14U1cLLzqYmuk5U8xMOaTsOCBhBLTS4dMsZaMQpKAr3zveF3pEJpB1Y0Eelf6 FdaloQkv2NUYiWEqyg5geKuIfWsT/BvURhIJAUlu7Y5C5rTZ/6TODv0FJgC9PZHME+zWFw9QRfhz KH/sYd6JA+cnyJqSQjPB3Zk1Ap1AkEWzz1qiFcvRgLZtQgRwEYNSC0jjbZH3LaNnUExWexyMeGKH D2wokbQyZuU4Ce0ABWxmRPxws32N+9VuJmMays26I1MXOgKl0u82E7anIPcaYd7kb2YeDVKnsYLt YDtzG2BT5nqf6DYgTl/eM3BjZjzMnf8nufntWIomVoshzriTluSE3jVLeEfKgtVTUzZah5QxBhqX NcXc9ndDY1huLWQ/owF1XFjSQUQ12krqV5aEB9KckNo2HDOe2QorNh1oIPqvK2s6kc+zNlYdWekD kAklOpm1BsEGmoO4ke75m2lARkA7EyGJO6pA8e0CcEiC6FE+BmagyJh8e/tCRsv1M86MLIaicags hvhKIsdCAszE+SIput1FLjlAJPL3u/IddDXn1tj3XwU9vLwl3hqd+Uk0TZrh0DluSiaAuaBAYD8v dg1HFatYCLHjcGLTrT2fswYyoiOnM5F42YEdkmjazDh+5PCk6a1fbFTbC5QrO0kaW6dz6Dvak8W3 dpCBbTA13XmGTFaC0iqXlJn8rmJs1vxNTYg1whIwNeuyAAYUgmr2NXjPgpiIVlO9mEA+KUIM8CPu 56LcgoX0fNOJgGZyk9nfdBgpbeWYBAKWTQtiDRBFu2GtU2/VGAmnvGknUcqoKRE1a5nkJIo014AJ hoctFTa2BkqP6ud/WkpQ4lZ361sOldm3qs/jsSttLh86fyPBx6gpZO5eYKqZwArb1nY/aUE92xdK KdKEOFFEiWziRrJNiAmPQEKIaAsTUVdeP2FHby5EsIFyIuI3IjftwDVmuRitqN4yzeC3UpAugDr1 2ZBNty/zvnxjTShISd/tC6wqPilAHSODXURF854en4UAK+oyLcOFVlaLFNUcCt8eRGsLEhEId7WO 0H0IibUM0zVDwuNz8mbTI+UlCz7lUUvDM12sC0qYeyGDM9FaorPpvaheRmGLNbEOWCcr0AwZe1Kh nCEH9cpog1lI0C1JT16f8+xP8lFX1hmoK/qQdRnQUXIwfLYSNp7QBOAEL0C44Fq0l5xcRiyYGmSi ATVCa02yKhUGY6VmZTzDf94fnIUHF+vFmuZz6AOEePXCzVNGC1jhdfnCzkeXrPj+LGSHhsGZvVuW nlfkQ4J/LJGdzIdQ3dKql3lnJcRklUm0ozn47VE5iAYLJ9fp0eoKnypRWbFRit/YcQMboKgSfcOO jBDSpYBJ9UCKy8DSFdGWywkNCywu1ROMJi2zK8l0IjvVg19EDFYIxH7pfiypobBoUHa5kQF0MEM/ gPfgjVJF1XMI6/ZhoLTMWAAzrO8TwKhWBfBYU8HpQZNANsnD/SydVm4tWPG1utmwPkBWoJxiC1hf wQD8UtwWWgS0tNmmz+Dztlc+JNOCI0Noq53r2jQ45+Xy+d3FbSD9w+clKFDOrM9V9IUvVtbh/Aaj BYIDfiubakgVSZcNC4kEtsOllZNQFliBZWAm6PYZqH0+Aq+Rs6viZPh+Q6GBc1D5wOFAX8P59pyO ujVPr59XHHhX9RdYqapGF/+RI8WN4Z1mB8EwyB/P42Z1rb2EDtyDhV5ctYa6izvs7CwApcGoEPmP QwB4Nyj+qPoOqtb79QD5PimBDHCG02KtS/n8rsCFUhfdo+dWvPPRNYCA4iobh3tD7CHkp281gt2k BxMHyiqLETwOdNc6HB6jIepYpU/9nv4FtGpD6Qz/vR9r1mDw8/RxgYkrx1EtDjcFSkh2Y59XlcEI DNed17RZvxHQHYQQb1i40s0/WIq6g0sG7WxUuvlbp5/ff/XYDoX2j9dw5R75tzv6do1g3Z4uMGwV 75V4No22K0D9ypIEkkfJ99d3taTN/7YpsBcjwcL2RPytMonyIhKjSb/L+NR3didg2wkKlbTXcXXF Ydg/TtoggNK3iyFD222GsuTdIWiazkHrEGtD8P/El44YxuVKgCVdg//fg6ZrmJQh1N2ICG0r4aoc tJ0egDy16upEXTd/sHep3Ynldwrg57KyQdM31WC+0sf2myT0c4sk/L84u9F2FbhYJXy/0gomhp2Q hm2/yxkZAQINpyx0UwXpzoqU3y2vGfQOVAZSS1vWX1bOL2QvM1Xy+Aqw7Bu2s6MAcqpRpqww5Jzs Ml5VAXGiQa/aF33YMzu9vpztLLBSQFjV4Alxm4XS2u0MZAuPFYio2+pSC1iodacAzjKXaTuQ9vNZ drn9PmT6U1OrdhzW/mVxb6nbUQgAuK9g9eWWs6jWAw3ZvGDf5Lc7pFCWOHuOZM+wAgozVbvFvOP3 bFo7ETh4+8hunaEYqhI6GWu/tDXgQxp7tofm0YrSr6mWByrnYJGa0jGulHgfxYO3wyOb4RSGMWYr 67Ydt1k8vAXhssNjo8nyVTuG+nTVryGYU0tXRVSAmn3J4jEP/Yzjn9Byi4UVs+2FYGrWv5FZf31S XZclqQuW8s0HjPPxqqclOLWmtEkaqInwHEAR2y2otChZXrVndbGKH1vq7JBqPi/DUOBhFquOaeR/ dJ7FAtSJGFxuXeaxWmlxIJjVKqwDwH5cxGGz4D/Wm50X+eKjHx9IeAtT6zhCKERZBV73tqHAcjVq UwBX3GjruFvxr6JGRCsabdZ4KA80uD6oOH/CGNUok7JOxBDHtzMaPkA+UkfJDMqVdgWvXPIidqMW 1Bsjh4BHBBVoSTcCzyKfAHBdDMkDQa8NZgPkVXhhJxTauPD2fiX2hN+wgGMRryweP0JLxpInx9f6 aoPBJhIXnS9aiMOR4PmI0XlM+Fs87v0lkOQOBWn4GuAmTZwnyGcqJjARLf5tUpTumNdXmJPzxF0W qmgLViFSEkWkheOumi2Sh7iyIBd+Z/3h4R+37zXNSzkWOYlhI0gQAC0ofgPY+FeKBj/XGPxSjDBg 3wyYDu94Jf9YcJ2wCJqCpnl4/FjM7jhC6AaBE56sEg73Nt8+B7ebvvPKdin2dti4cE0NQcQcnjOe GkclaG6IgRer1RaoUHpJ6RD4vKDq0x59m0A+SRYVlWNMqKbZn8NlTmUCxBs81lpSR6p9SUyWJIAZ xREUMScZl4zgpixVYiwVPe82rzqcPNi+QEw8gLj0gxAOyQ8aKh5plB7vuGJSVEAAdggy8LMWONf4 TYigC5zmYpf2ZUqJySXnsfNP/UN4zHJ6rZ+O4BXI4aLzJgSdU+iDHGjabwr1qqckW7+iA9qxYJm3 z5kX/HaSVH8DZH1QROiEMnxIpCuWETFW3qQsLOGwyEg01C6PmNor6A7DJCEmGqRWCC6eQm8xMv1C hXkRFwkxC2BFZ0UAYV79j3G+saAPCy6IE6m2QyESra2F1OCdosi+R0NIW4i55ypr3IkGvQmhsIy5 MytmlNQKHof2+dy46lMwDMchi9BbH4WKhPYUrxahBCLpIgShFGqPhAsE1qmhowVAsWQzSX1Al8oi eBP0GYjg1cCSXhTbiZZBJLfUUJiz2LkvIMwhUlihQ1EhHvvjw1KSBsh6T0qSXuL6cgJ1C6KWKBfA pbZC0ET4ReBloLocqucKQaClKsh6DuKmu4YP2YiiNjv80Z4/NhsDr7tXqzi2SRKiLYLebN7umdJp KlRwyswUNLdNifKSFcWfMqZK+Q6/MgvCPWMExiqJUIM3iAibkx/YtMfkUQaF4K40fJwMdAevOb9f bGhEIGgSaHzex2IofXtexixrMMMDRiBOzekUAyBocgSG5IMRk2KasTKvgIEAtGwFuTdqHxLSykll yugfi2v/q11ZvwWp6NdIspzpEdMQaLJEVu0ZrP2HjCuorx4N+W3IJEnydXJV8AtPvaka20vm6CZC Ak4zX9nWTDvNZH0sB3RfVhI71XY5lyaQnFmj722u97/wEPwGG7X6OmDXKhuYo7OWkSx5hlRzglaW k0X9L9OJ55ehsPKsHFfOXYuAR4mC0UNqVbrVvVfYM5isN0xphjkY+YFBxgQ2oX1hxhFbdMOIex5f ZUExm9ApHziNyRYZjnXKYok27WqlyzwK6DPymhVzs2loJkn9ihEZ+RbPOKOpVjNTb9a2LjPpYeLY nQ/DZAUbt0KGJTKXeEkpKxqGR70tV67Pk0aFHzEnOQ2kYnAs5cSSUW4Rj9vYrlMIqiQ3zQaskKvg x5SFuofGtPendyvdtga2BWEhMEeU7pPIdnqF4UBmxo3wgMXwCysxPEfIWEkwq55pIkCtUMbS06Te fzQ06SJ7jBqIj1Z0tCeR3kYndrddiYaEibGlP50yC7jXaYcd1v1AfgaYqtYM5SfgZtTyT0prm0Wh U8Ax3Sa0WfJbQR40SMHdZght6+iItwOzUlF0UbpAwxQzhdWkL+gZQ0Acs0zUPzzceDImKi1HVVbo ZguNCrE0zNwQKBvZ9KZth22IaD/fIqZA7bTJjhKiMPDe9zdFuK0BPqCE5qilpRp4uB0w+vgBkG9/ x9NtQwa5tzpYBlCk5yRp0y23kwL1IDa2ctV5lPvdzpyGc6YsL9iF9TOPteIZlqJv+3+8l3xIrgmJ I8z9y1Wn+CTH1PMdTTrXQToBddpCfwO1hDckjapmWKyUukrcMUCD8zTYDg9kKBJJ4+vYRVrXBlD/ EgMy5hiBn3G0/YsQPGbKe/VJ6VzfwpfiF2XqGCISztlEW0rsJ2mz/tg7SR6Ms6HJeAm/a5wbGm0s H5xHQxFgXjCpTsnzWctg1bPwUrfLRTm6gkdqTbfJhcftIHt5OHlaWBdQVmINJ6wETnBWplrq7AyG DnjTBkwNTQ4YUIcDPNlDHU018uTNomQeplhuiZ0I4ksZrfNa4cF4K7fTXIDWtZ7YvEP08+B9KGa0 TDy5yxU+Fqaa6wR/JgPZkgyHv7tFUY+a4hHBz31I92VudFA9J6r51tWMlU8QUZYFi0Z27T9yrgII sy5KMbA8qGoDUh9NiJ9rJx4T/v5ml02Ypyp0zArnzhEPs1aiV2Ni2qi/MheWBjbOWx1bNh5QOZ/W osqjtfoZb9rQMmrRwwGGKAOBS5ZvK+B2WLdMYM6HjVR8N+ta023TuQWFIplgU0TOUzCUsJ66a3bA ngz41iAi5xGR5BYgwalAjXYcJKsIe52JLl434HggzqvwMvqeZOS25efDhtPE00YmN1wWIcI6bjou WzXYcBFuQCCTjUuL9MX81gLRcXwtfIQuEr6qG6BB4wv/8UICcc8I8Pnm1jON6NTX/gp06JS3UQr9 jscQ1LoPJAXJdmycPB/VD1htCZ9HgsXOeJTw2LDKM+tQvA/8GQCiZq5F1+n49CdCQhSrEo/T4Q8F vyMZZ1x1qARBnwl7xTky9zzvd9BuRXPhHsUpFK/EYQg2CCIMwsdgpmoXAxaQDVSG+WCHqNmKmfoC DxxL9yuVXGhc2jNm9nF0QIYDbEs8rMk40oqL8W2+CL6kQnVDVrGi5duz5KvMKh2wI1Yr2dXtbnuR 9Soegn5MfnCJHJoifwxqbVYtJv+JrIQb4JCgGM0KILhGL3rmPPFInvIlQoC5I9lU2Ijm4dhm1vzi tVH7GpRHrs4YzGrxcvANVRmNXVJmojTGzlRqwLs4bwafXaVXTmT3HpqXMj9RC1haD7hg0kFzDBRU DOcKFaE22CFrljD0YJ1BjjL4XaaGFDmmYG0wnaF5/7PbwdwSCMFCrBZUxPVrZRAwm7RjeEUbGmPz 2nYCg3aoZq/Jg/Kh+UlPcrlDS7hRYKPviRCUCZu7YRCM9gxRTD/IcIh4ZUlQqmVlhcO+wCrqFUSy R0Bu5aijAUqJoLfLS6DkxbNwMzD0G1zLO18KaFS1OCjpcDAJqiyXq66+xxVicwWmUhbJtG/nawFu gLUKH6BiM4IdgFO39ZUQTC9g6gA36Gt5yjK2AbVnHYW1AktDwE/f71LBAaWQZpm9bz8A1KUot+kw FH3f6OOHHiHDjYHdWwiGvcjRLo053BkQXEnnkF4gthTsy+flp2aX7/1V7efv8/ePfPOqSdsZOV9l XPsQFh34LNscPn39+fIYYPz0twRsL52/A6Y9eoUnf0OdPepDXakQEl5//BuerFPXCGrC7sJBnj1E 1/6H7PoeL/1ZvRDY7wFJ8PXPwxXmb/h2DMpYhmbH3qDyEGDVRt7KYoYbL4f/gFbzUyELw4uzR7i0 awNPX5fv0vX1DtSEP0OlXSwYaA2jRtb5VSfuMwxVdtugWwVtbZQVrfMqgrSV45JBmwjyxk/kChZO ktuj8bNKPi+nVzs7WTc1t+ls+2KVjT4tP/nI0nqFspCWbVsZQwbNA+eEkMUkV8wbsfMT9bDAtenF MJR3TWaSRJIGMO97YkslobMykAl/OdwVmfF7OLP/7BNhbfQc3mDLCCLXNmxYBGXu08ystY2WHJD2 oRqUPTsvshRGC0oNlU1DSLunwM3etmqYLsBpqG9lcFCIjhYI/2pWJvaL0Smew+bLOdeUjtIXZIf0 h/fq3QhDmPVJIxtUxVEGxid4h5N7G5fHTpKZC1s1bVqtzrq5160CL4SIAWjJ631sIVfGagPhBFin VXjONhoI49QVq9l+xCCUYTEyxmFJ+VkblLepVgEfS4uvenZ3pLZOEbk+lNF/js8ZE4wwarh6Y3jW fPZE72FnJBC1PmpZp5KCUbTqGHtCv2dsWZ02V62Q/pPfbsH3tTn0l9LS/uUEFVvmyOLxs5T4KitZ MC1/7Xey+X7jHfILDoI1cbGoPGcgt11HrW6CTXfJ8ggsMcaJxgxdV9KsPBCnoJ12VtiEJX4z/8qp A5oGppvqojuYbRfpGgK59TPiitAtptjLrHJB7R2z0zyjTr2RGE5C5dOtO5wX05Q0uZwid2Nxrh/4 WfmJqCRaKNduQ+qYGPrLirJG68MK2StxM/+4iQvHi7Yuj27XVsjfzx6rSavtp8ACA4O4na2zQlj3 W4NrtLQAjlQ+mTCENyR+NyAHwcx+wAKyi8Db9DcRYF4HGfpPg1jIoxUULc2D028F7ZyedprKTkub 0IIVwRS/LVSpKIC/LTDgbuYDhx7MH+ZmDzkWkPBjK8gJUAi11TV6jNs8ze2Gn+Ikv4wD7yAirEm+ TZ1sQIvnjCHafnUqUIgoRjNcAR3oAG3ljgjrf0ELBVACmcKGUI3yY/xtXCACUrTdptwkgloY4luu ZrEE0+EZsAAnTbhV98YhR0/LhAuUJGovwOBgkJdkGr+JiDCFdyJC4A4Nb8i2mC9UJaTkNiKxvBkh jh1Vs5ATkb0veko8oUPCPGImLMpFIjCh2UjlevEIyJ5mi9g/BXof73/SajzwEo7+51p5C3XLphCv 4Cav0CfFRsKY6t3lfxFSVdwJZkC08fROieUo4epVFc08IhwfgpkiQP+pg08kZIJgvPhy4MMTKM8U MPaTMKYREonQuSStyeh1H9pz4lWKhnxbbpE4dQgEngsuAI8CFj+URld6EFig5KISvdYqEAJWGfRR dg04xQc1XgBuVnG/tE/5KgGJQhyfgw/9A8EQvZBZmAAJ8y/kAyKRkIA4CvnBpwEJvfJHgiTiYTEi 677yuigIE4IcUAaWKD2s0p1+Qbxny44FIsquLGwNA4KQdPS+7J3GC09IMqEhNAUWqh/Ah2PjwFL5 QqiHvYBcGhMSOroud8qI8QL2EIiiwXSuYg2DRnyk7RJ9ocS9Gi8CZSJa+3LtJLEpcNqvgBoH5+/D cRSpcAJ0nwS66v33HQC6SrMVvC2XWPvLWwucDpGm0bK+SQsmujb0d4noJUYxEkJppOk2vQfoVt4z CEMyk8FK+DOuiKeOIxiY3fl32wfm0eBKvwahY1pvKBNSGmRpY1VBTzxCu6tqgw/QJxtVEPcqNmtC 3iO0SmJ8gHhs9y6+lgnmAfnAv38BCnZgXFJ0offzXVl7+BhTQr/tFwSUBalRrNAMoBF82IxkmIKa lY8iwYkieWxOiY7u7cTUDHXuGAFNi8DPhtzX/kdoiBTBH5ZEfkqsBUOAL2+IHfaFRjUyhxrITY9q h4yCrrWJCdpMaCl0RtWj/v+u/gY1EaKhOZMJ22nTy4eWrdSZ1QkbrsoWRca0wmzBUCF86xojZoUM 2e4iO+s98NVCkIJbO6gt29alUsIo1+tQbbq/9+hxxqPbRXgHddXaytBavwzOQh9IsKD3WfDyJGIL lWllLmhktDOemcXY42mUa52b4Qe0MbMt46w5W5epZMA4hFHcwL0bkKoV8Z2fvco9CDc2WaFoTDKL pJYLTTOtrSjhJKxBLIoK5g74qsExx4fQFGuAcNZxq+3EZVl6AqW4jUPEYr/gn5ngxiDLutEa2hKw ExZegB4hEVMyqp0aK4zrVjKfIJF2+9lkUdNZHuC4z4Pq+B6ExoKW3Ud4Nh0cZRqSzOBC827yzK91 pO0HYjHpWoNtpWRs7TUZJvcC4DtgzqyH1WILVMi/TARqBnLukD4pJdyZSiOnQrOADLwFxHM00f8J vfILpDRB68iEUx4ZJGbUBmImGesCaDP1gdtUt7orBLG97GDtlnISHfarxAdb0c3F9DGO6XxbilDW 7iPW3MyeH1YZoDo3+oQzGwnMOaPCcCDMJpJpouPtgTFHcNqtd8zFLAvzgGYYdsWOGL02aNL61u94 wK6AB6kV2jTZmQKAsJ026w7bgxB3OLJgtI8spllNHPVX3yQojYEzYaYDmzzh33fpnbNYsWP23bwM Sw4KweG3P9wr4G32B4cZE3mh7aan4ZYk3tQbDpnE7CVHy6LcHhbcLpHwL0u0BFqUJC1aae7svrUd YH3BASQnVAYZ8ME37cSdJ40BX3STk6atCP7DtSBqBpSWWKT43hooS5whatg+pS/d+bLhpiBNPjtC 2LDEoh8QRFHbGfIQ5XDJTybBC3MnPjKTURQiZxdJ3i+tiXXVWGB8eD/aKOOCb4AA9o1DE2j5qoAz T4kt+v+OGRvAxIR86jQ95rL17Yt0hTn6eTddU6ZtNwrpzCDRZqSpcaFbrkw3xEWs7jOW4ZltIYUj mRwGqnvnGwIrfDNZMz5QGGzpvRx6919ki7iX1H5Gay6nQxDR4NW6yPkxg7Pz2SuOFndO+GCaWDwv M73txSSZ3sociZtyRJtlEPejbIWWJyFSO1LU2bA5fL0+48zsPLgFydx2rDPzFESfoxeS32++kn3t w0RxB2eKxOweNXy2V+jzAK3ttjWenq5ZRN6+k4BeJz3dhRRdnmaDvPoCSIzIpicikVRj7BUoemGP OTEqLqcZbVAFHdGJoNzCzQwVE9xVFGLSAhPwcOko4Dk8MC1bVbwneDffQaSFiWbcSiQ+IrtJgYoN 2heEsrgtFkwTeROu8s1NjNdkTbTd5nsRTdsrJRKneG0lrATEq9OvIjX7mT5W37isHsuf2BCXrSpo aAEFCG4JgNO+iTxjjxkU/Ivj7IZK+jIcjFJ0FPggJy5o2Qonei7yJX9ByscSeUXNgi9vll4b0ACA hzQUDsIpYSwC7b6AGw/reD9BMo0GfieSfwBdwkBKu4NOE+uyZ8XpUA4NWAdBBoIXLMANmIqhidzM VuPAK8CyKhQBEYpUYKbR+gYgWapwR8jBC4ZVJpa1To8gnwpGVEX1tXRoiaMAFgAOqEe5YcWikUMx uRQ+mU4QQjOAeMlaFBAj4ip2IQMhoAVpY2aoA9vVzcBL6EMQKO0jiSSQgKWA9Js2aIBEaMXfbyc0 GxCeFI/ndhTEkdC8GITieYFV/PPPk3/6BsPF63xZB/lPug8JMORQbsin33AYDItG4lTEh3r8zIsh 2PjBkisPbALpTRTGW10ZjRj8gZFLvgIKfKFKqgb8mpXwYSqAgSWwkR+oKcACRESJxYpEAvDk6saS 7AK4SWO1dXlHdQAe0N0Ybkge1XIpls156JIaC0/KOMB8EBqiDM+Z3Jh6snARGB7JsnxF06H0L27A zxbyS7omhJ8v1RQ2pXAAt+qdzZAU5DBkzAlxB1IqdRK+7ee2KgBUGPtyNHukWnV3uYJNrqHAC6sD ARLfpGNVmBKUCdRMYPCsi/sMY4CeGQBoQrlgbyHU/QyWQpOxQ5j8AwO8yMM8fF0hoioVQ6++48nb T6yQckz+AaMgM3nYpUxLFUY57PACYH2HDZdaXPkOPQHbXisVUjUVGPL7MfBYwq0HwmZL6FWGAvhp g8WtgHDdH2nMYF+pyt5Xy+NSQnRZ0ofrBXYI5C3THl5cbi889wowvsjE1qrqK94MG4YhQ2mhsH+/ ZDJLO798vX+XSlqieVg4iBhMJx9bQrQSKij/Bs+iV9J7+PCh+irhwZfL20GGM3b8a4MAsd5EPeRX bqpeXiQVn34qvnE8U1atGlqiSNm/pBNHU9CvWSDKQayhrpWD/jylHlKZT/alsqi7lPDz6ZJSuf2w YwLBa8lACcmqyqQgT8H+dpfYz0Bkkpv4wkuJCIvGMMyUCmuyGUEtGc7+0COqTg4qfq5JSmI1t2Eq POmdwEwQtKWZcQwn0bDlg/iJfzzxCSpgkSAbyLYKWXTclWmdaOnUmHY7eQG09qh+Wg9hN+wVxyaD ZRyWL5aZL0+lDDAsJ5J8rBGaO8uCrlaw5weibhl5adnSGclmoHxjBc9P+vjo7vU8NkNkW4CRc1Ns aRVVoNp6mPuQjbUSGoW1d45GZ16cEBl9HuIe3/zVvuRA1SnDAlflE7ZyC4jiYZEBAiyyvCYuCSzd IHFx1xkYWS4Hn1fvRXyNh273m6DBIsW3leVY+qWVS+8ugc0v/8yXAPWYbGzwimW9GCa/TjlNEY2H 56hY37eW8kNYORzjh/rT5jXrDX/jATG71vROjfM8zSGiW6q9iqAqZHwIF3zIQeflMm6vjwS2cSzM 5Jyw+ubF1G/I9qWxsfwuC2/uKU+Ylc5j1X6uMb8kjxRAoI5FqcJcGA+CIvGmJRqvCnTzAdACrIMS it8JD0dqp+A9b8deB5+cpxJtirq07MO27ZoirqxR8MsL+feAybmxo96sOMYUbkTO9FZHenaIe240 74VHjeXms9tJ8pWFUxGYZ88/aeqRXohmncw/9Hcrok4sSy+/MZGbGP/z8vlX/rFGPXz6ueQlrXGu cle1BlIzb/jmA1Bh0WqNos7rvLg8Kw58LCKpFgsd3RZcGB1NaELKKzdy/EoR8xtQkjBhqbY04t/J vKd0zyVEWk6R0h2+sm4IMUhR/llOf143vJec5HqZhE7IGm/wILdN0yICCBuhSiNEQl6CugQZcYZp BulcXAOeDkVJEcI5XQ1gXKhsbklvLaAwv5nwUgDtw4fFKikXESKoHfjTfvomlWjZFDhfEApg4pEi j/rT70AVJUa1KMIlNjouvJKKko3IXSlmrAt98qGiACu9VWDlx5iWLBlLv1LqZgBrtQlbE4lQ49xm bPANBpbNFRjaDoh5SPFT1+TfZNJsksvRebZhg0gMRhwOJ4b6QhAXRXeHht3gRTmMnNeLKQKrTZfH mFXvFAEkqPGiI/mq8jAyyXwM9hpx8JAwxITOsBEA8kN4SBc8wqzpG/9lZXBEO6xncr1Z7kqh08Of jjWQDzSJJrZTr00O8+3guUcjV3BPDEky3pVWnbRPthuCQbCZ9EN0nOgGi6UzsGVUknZonxAuors9 cSBL8K94mfaTnf71uceaesLw9lDQZLyV6GC4dlo81MGM0kJfmWghPzxORN9fqRwJShp9jyqyIHJ3 UpKdNK3GXh2E1ruMcWbkdmtPFLKVJq64xIyToixcuUZkMXyO7RDCUyGm6bbTse0v7TAqgZbmqwQg nZK+zCtxYh/QBMNM/JgDyszKoNqnCbNnKSD9gec0athLwwVHyJ4FfUBNfe15hwhIvgKsJdqq8GOU JdfZdAF1VMqVaWGuHArGH5xkyQOjPKeEDoSloNf0DQCmzq62i3kOVksLbMqwtCUhBmo2pH0wrt4h S9AKfNCivtJrP5UaV/Y1TVzeoPOzpBpt9eLv0tfR5DuGzoRUq8QgGFtzAp7pw2jSJuUI2p0+hSfp yoixsixvsHCjYKTAKejUVKPpAsdwGx8YTGCYH6o2EIHswK8ungzmrvfg9NgLn1bk9UYQ6dirW+nS cs2A26FUTV9y6vpiWLroNY4YHMUMFqaYwHmmm7iQIJPpcy8T4Bsa9aq8d9C0zrkfLoj1FmJJSLWR SXnHoj2alGqlOL3D+DYyCBLbFqxTEmCZ6yB5GwrIcZEgTAllFatXVBlahaNksvGajASpHE5tPZTI yQQhM3meWS40os7IaNMjYkwcij1kBCRO4O73zF32bQaQ1vKICETVLFWC8muu1aZnezJt5DHgVgfA 7L5N0dkES6zRoiUjwDSyLEWR/m21zPrlUiLVJPiAbqINNSxVeYba4N6EDvhfZscoWlWpIwNlheuz bIvwr0Egqy1jomRF45gZBNvEmlkyOktSemGpb9MsakeXt+nZ4oKzmqhF4JzFwv8mNRGJhLyJVhmm jLZGrwdL9czBSEbwrrWDDPA+LQyog28Q6bA+skOQFR0KD8oFIzE44CPGeCYvzWfnWs8pXkpL1YkE oaWpPkRGWsIt87Of9F5B/5pumrhGLIaTR4qikHsCl8FUJq6VIlY5k5TOmrT4TLbTx/6iPAxhSmiB wwEot4P63iMeOjVODxma9+jzVikNEE5DNZsWJUNHUrOAOdwYA2UUzAVo0QThY2se4WH61comImyR Dp1GsMRkAchpkuz7Nq1YJISCvimsNcDw4NPQZsOmfxnY7E9zJ+8ZwvzLateuN26Qd7NDswgD4j/3 UpOCBcTPX6KdlAeFyA8549gwgyRurimmmd0sF4Lto1n1mHraaBMzftVCUqWFjBtGMOB2J4kxELX9 R5NuxjEXdmtNZLN4fGk39annNgXptFcVG2sXC6E5CrDiVL/VGSU+xzkQnVGn40kzIQu0bCOcFfQi 7a0dlNAc84XNuOqjpo5E1bhpMlIsZJiyNT4mKdXdwE3I+XifIDImFfDwkm0A9jzBSzq5N4U2tvnc XqrgmA6TL31RtPSxshLGRTB5hmhAUNpgsM092fIferaxgqp26whTK9at/WQDjQylWciCB2hv8SSl ecW+pSOZQ049mczwtL+uUSbPX+XEWuPihXEimILRO4JDaQ0YexIfGwoCE06DZRJHJpNV323zlqRp SCaxJojyPfz+PzucoqUkzDBmZODJZJ4JHlqIrZ2WG0a0kzxTI/0jpnLpsu3TsHurCXn2flvsKCbw uolWLN5et2NGVfM217jXGqSmuhnDQroYC/KOG0qTVzAxqSJlpP395a6NAd2mbrnK9LsZb/5Ir99F kWVFv1XXveVu26lMB/b4xFQgKM8BY2ukOSe6vjZfrUMuH8y46aYSB+TS1LFe5KDpzhjk/OQVl81r 9QGm0QCCJ56hTAQ6A8/3JCFscedWxJqggUl5GtAImCmvMMuyq5oFWlr4pmvGpNyeTJC4Q+vAK7/x 4qTnlXIU0ihC5G8KaXSUA+1hMAcPDTiyk8+DyOgq9E2064VWQwhfywryGKz6QaTF7gQzt1D4fOAG 4oCrDJ6tTKuNh0h+cIJUzaBFCWlcRJgHysDNO7r4X/JV2B8HUUIsvDIsF4XSikIEITneAb8AHvXm MLTUTrlsyhUcrTVy/EqILY3MYOG7MERIGdxJA+A/n8tiDQD+lAzYN0vprIiBgKJDyy4LK9MN8Ahs ej0FSvslILK0NBCZ3nXfOejg1o4wy+pUDsKJeKRBHTET1tdNceGemO6xYYBQTmjGU1myQgG4omqs 2G6FN622BkJPIcgQ6hLk3i+BWeW4+VfNZmhpKVWI0Xip49wSa3aXK8Ks0CNj2XAlFoJiBoCHT8Kp QLVDjdnMztpDNgYlYaOaFfhJyrDBGJ0uR3EZxZ3sjrPoOqg04mdYWEUmfPaoMweQy+nyq0bgb5qo IkdbA2r12lz4lDMJZzNw+YIeBsjJygvqhwy+BNap2Nzo/F+5gNp9PZEb4JvHhrZ2lF2zcOFgU5nz gzWrLg1H5DAQAXi+1+Fm5RCGjIGdnJEP/oLXgvPtsqDN8IkasTBEiK6Najv1qvDi1QpXvEoE1Kw5 0RI08qideK3KB9SucLEthnLPm+U6LE+d2xcBgMQyOQEIE+J3uayqDCdA/oIrBuH7TYICqcL4KtkS SjmRREt/1cWW+y1vDTPNGzFYpiUos7RJ8tzMJ8Y2aohIdTxseSSkGEO4QKYg0O5MRFQjaz4MO+y5 LFPZvSgHHZvbw+H79KrKRJWiIeRQaMmYldswVT8E+FP96vcKQHS4n6y72LG84n6C9H4qTf0BZIZQ BzWrkmHSwMxQXHniegrbhd7Ck4HRqmR8VV0anAzFHbIrDVk2rwoS12v7JOpJH/8n9dqL0Oa3D2nh cdLrbQmlqhQXcX8pRQVJ7PKU8+z+QAnY/t4fScBqImu2KtY/iDJ9YGd5wLBl9S4GfntSzrv3ycbK HkS/7GzD0ddFZ1VMCSg2jxV7seWQ1mAnyF1vnjuDiA80iJUjN/JOwbpspQ0mnM5OUrS2f0wFY3s2 n7SCfrQRZQbbkiCVty7Yova0yBuYWW6ofa4AHmKeJ03rOm1iP8IfH2zjxQ+VbF6hd2hI5iKkJMyT t6zHtluKzekQh4fshaomrvlyakcw3n5vN4fv1y2XyKkj643NkdBWO1c2vF6fUpw2NyTdaXgo5rJ+ E3moLbF3EaelxGLhnMvBYsYKMfeAzQ6RBTCz8KxxBQGsPAxCfmOA86FFXBclXVq5rHIiW/TnaoYx tCFumwjH7LRZYjgzgUEWkCAINxLwE8N/YATLms1jTuctLAZMS3wX8ADzc8IBqkOVbQnx6aw/lsWy YrmPmV3KItXVFEFqyg4KZXdGgM3JqjUkyHMJNz2s7ejF77AODprNbM6AlMuPB0opVrVq5/8zAwyM hzEkbzSPef74fViePr74vflOuc0QlJaCR5YcIucxyaU8EJz0qmeAMp71fpvoPuvYjHkPnRYSlvzE ozdxyGOM+Bgmu0UaITyaQE4lIwTblaLgHLTMYqN5CmLjNuKveeFfcD1y5OSzC0w9imz/NkT/ICw8 sBZ4OLkNXi3YefiqoiDnmgOc/1Yspg24Sa46ejk/nCtOfdv9dUc8ht7wfp1v6+yi3j2fU1QYK7lD 01ortInMQFTjcrmJvCYHvUVPeW7hE+KXjn1zv0qz6dYeVM/RC4KbzyztpNCvY6RC2s/Ajpy9ypOV s4QjnCeb1/ggGDQfYGUepIkIXs6x77quTiY6Cilm4FzyhTCBvHI15y9v2gK1NvYiR9OFxtsfz+nf 4GNJx/u4mEQdwfm2uXa5hAULgllDen65e63T4Cx7CTxYWcTyRXNN3TRX4CkEvLVHhwql85ALUVLz 5iqnmpIAkQhJobTHcvUFV5zO+a0R0Yc8f8Mdw7njCpd5vxQ+furSL8PN0MetzbE15cUsAgpBll8n wwEvojjolcY1lxvs/4vaDRj4rDH5PyCpoBtBhhFXR7fKHlTf64WK9yK7uFZUsMigZlfHu5sEO5ib 759xEv/VBWLko7aFsdORYgfCunCjKMJkDdCmGSWBIDg+3JBnRpSHjKzi4jokNkyQFhHXMUxTn7aF iObpwz+bPpJm4FiUfGswgszk8IR+rpcyQNKXYtk5+ZgkrFmMw3sX0JGHtiDE+uYyTHX5TuA1SCOr 0lZWQwM1hwWhvgSPwna6RWGSq+ZCOFh8UPxLzYoDMhGhI2lsoBD6qur59EdLgqzeMyggSvFXslbc RB8SHv/SOE09PlTkvBApBURGqBe9ZayEVJRrHxbfkL0OFN9COXMcapdUuRuJDSRbRaxEAnKmy1ip iwCbhYW30JSmFzCNkRjnO6zevLBrIlP9hXXpzrg0Rrftr0EThBjTLi0zZs273FvEt6nJtFLTknoD llmb0urqNdPiE4EsW+eBNLKw1Kx1HNyvFIRYEDXd4pc+i6OzeSyxrsNJScLwAdwT1gZ3JAs1WZwe kAIRAClTSj1ogjXxHT0y/PjUhGXq0tmWtbrG3xhDapL+pS7Xf9MUBAENbhAeCQHGY0pJeoXg6j8Y T1iW38mnATU4vGri/FDysBEq4yFZkWQXkYez46mfGsISvKUsBhPJtC5retmGeiuJsbj3rm2jxzu4 B2MQfSsnWs71wz/rgvFHYSUuVHatqUbcfDHiJmdpiV6atmqBQKInXSr8bSgWWVODqGrXlL4V7mLi t9zXTMthwCMGJgyB3oTQp+iH6nu1AVgFtapxog64wN6YDAHoJtzEvN4y4nkTsGWTR/WrRpskktZQ YhyMxeWcNiL0oLJPBfAEybeD1IlB6G56M7bhULMCavZvigemYChUmMGaiBj4TO78+OfPHVK6h05j wSQekQBvmeo6SD3CqWOHNa41tNG1TehPdjX7EEKh7TaDLGi+Mpbdv6n9hCZNRH9XCvpV640v6IUW s/il1O9QAl52eZy5SsTuJlmTnDSbkkV4MiJnlZlpKdeU6TARer7Hy1YwQ+l5EnXjf7cMWkBtCETo 7E/Yu1Y6fx0CP6zHitVcEK3qG5BJTfVH8moZ4+XTd7Lgl8eJJcFr9n3tgoIYojuPNbJYYvr9AhQK edPoH+ANgv3AX0vqq5PgOdsZ+GZgRAQXKFFTym4YJX+E6PrDtDVyIv788E8CoZC//v3qZIG8/TuF cpmOX65yM73mGZceft07mXDn83+SEPs7CX4oFpvg0tJuLvVYubJ8vA4MmMAo7Yq4rtfs2IHhMCxd s5dKBrK94ABKOCTmBVG+Ia5GZKwG1QQS4V50pMDDyVuLkV3CUDi4WVtBiUigaDOFtSnRZpwiWAmy HAkC40bs8JpD6GcqkKoGklt3YnTbbVMlr1hTUi8PO2oytWA3wqK9z2WC4LE5hEia9Ghg6VpiSrnN XuRy0f4trawoFFMvfiNmLTt4ztLaPZSnbIraEatcf7uoODOPMs8ujS27mEaEw1sLLIXTaJJm3RR3 tHh2/Gctb7HIpobK5o7oVBtJoQecuGmZa9escZmKlJXS9Ylesenx3ty1uHqLkrW0+ynDwmJlJ1Cy 5ky1eTAeI6mcSE/nksTqnqaJBEnnzfa9SxX9BPZkRX91/ITRanFhRl1cqOdH/DSz1RySMa4qURrw OMv8O7C0/8btVijgvHnjgaQvrDE25x3SROQ12nwBY2j134+iH0sG//G2y9Vaa+aNHXirIw+SRKQY HDPjtkqDclnzO8lPKjOOtcVLV7upkCefcb6ZYdctzYQeGnYmBUmEPMfSkROmnYIw9Yw2K9JGHpp/ cWDiGGZ22+Wt93bdhEntRDLvtnfTbiJKyUJizRD+mC6Ou7nPCqA564Ptv/yJRI8SUXNtyrZC45UR tdI1RUhsY0aXtmR52ilsFskSquhTk+eBbJr/OMGE1mKTcqW2FhR2wdh1lBKJfVvypl1OBySiJkcT cw6IaexV050D05g5aqVV1CNbmPpxR01mIphUC+0Bcdy79NQorQ7iYD6jrTqIHm2E7YlnLXTWQdX5 BMioNR4zIvoOE3YE1V5bJ/VFV8DT5a4IhVfFIqALgghV7ZCmYLFD9EEg4cpBbtAAMO4ASacClwk3 6FgSHZQL5hZ4ouHBDn4OWQzxg+nAHbQYoOF1QCtMVcMicKMU0gaoaADMInDWTnidQBfuBdct7bZc PyiNCDhM+aOj3Np/hdTJewOGQR3K2HT23M/yUeW/AcgCD0PV4GwBq0FUylkMES4RFMgFCgyYqWop vM6TYW6Qw1IHy4EMBnaeGvbYKWZ4FdQNvgdYc7i729L00hn8znqrcuuMvNehWDviHXC5I89QTZeU wWklN75JcnTAH27W0WwjlXQMNIM/oyPoGCKqjnEQlGH6HLampGmfY2Rgt+vTSiYNcpYpCwwtB9gA JXRWGzY6sW4FZgPKlGT1z/VdiQGVUXHxJJ3SKC5qwNaidlWSKI/T9WYGJe8a5AUGlHp6+XhTx7iC CEDaICy9xOTB5gAozyB659xBdKZXJml4GA7gjBxg/Ip1ijx0Jt3QUQAjlJmqrfXo+cO7bFiH30sA da1etRFC168AdCCbgXfxGlgTu0jM5+d3x8Nl9gL51JeA9/X8D4xrkoB1OGVIuA4wJDG4AWr/rlCz A+kdVFdIoIIMYfyyW0GObTWcVW9ALbxVl/j7Au1srkilTYFq5rZnUJsAT+ipBFRwn8kIsK3+sFaU t8Ve80h2+w+q2NzZZZAQHJB7AAyGMeOD3oNNvZRYBU+GyHUxXSUqvFINBg8bXTyBrVIfmwJx7PXc dXJqPKeTxhPjrwZMOMGeie7pVD4pgfHl2zWxxQvAtRGhqd0MQ/OEqgXEojoUJhL0mt6GXfvr4NI6 z7mWkIikCb4Dv1JpacYxatOSSKBf1u8PRryelWIuh1hqs4oi2sGT41upwcHIKCujWf1tlbp1/K28 gvYpW7nEK5ixqw6jv2IVWnOHoqFXlaLs4q/P76okK9z88z+Flw8fPzKjLxV27irGnr24UFBfale4 mdEdiTKS1Xb+N/CaRbh036LbC8/n8+XncvqWuOzuQmpRoY2E6wxDhhtXffoVjH1VJMRgG5JSFZBl NY4/3JaIdtB2xTMSI1WTFZFWWbli3X7wgXboI1rZRfIjk7kqHGpRX0rl/jaPR2JPlmRUQ6LbRqKm CQV5CieXsH1Sp/r8032Lnvz4ZjEUa9Z+VbhdHHly6SOz42c6gJxuhYS6Y09XPJ7de3j8+it9Wgq2 kV9tRjAGb6qa4DZL1DZFN2y2qwXFPzH/xykNBaEYJrdq6owszSWZpquCHdSpBG0wvg9tIiinnhHD gBLtM9pJNfCUlL1dnP5ghRkcn7JwZMw+BcllK7ozdCVw1GqAhXt9qDuMh9C6lBR6a4Oh2i0d6qc1 KZ3M7TaJ2rYi3GQT0Z1hcSgA4A6N7WfQsWoAljmPWSdbMPwMlQVEB/9augKZ2z4LxwbeUze7M8Bu sLOlrpMVtjidZPGgLSA7EcCV06Dvcr/bsWz30dqknnCvWGWsh2089bkFkapqJFy87byOoLTfommD Yt3pbgh7ysjmM/hH0LoUc1PhaMObuTDGGVD889xzRZdZaUpH4xMWA03dbYMaSjs/xtKpHEWznRDo jInNjsbDOWBhKvHBfmaUWy5tVeAdQ2Xq212yNsVP2xIAcOdiNZ9SO6TATGC4Y6q9+4xiAPcA+g75 7HQJBrczwolcrQxpSJZieS7APoebuCj2XYUkOsll90X5L4OTpRI8QwgD4x9tDZgZL5UTxQ/jpHWy L5jLZJUplEvLFfS/+Zj5QcG8pWjwl8DVxSyBBlyzog9YENe3vXWusQp8OcG8uXLb22ooduU7rRVu VdAv2GRICP8wyNpTZaoEyhEeWwHirZxQjlmYXKGN7XLihFyYIckImeBl5X0DwbhhvC8ZthgROluK RxleRoCWoDFRajsYCoXwJ7lZUolERYAsuC6suxogX6VQckxxzv+KuYwT2Jhvl7dsh4jPiFc5i54I YVqeRc4zrzGaS7ty9wuXM0L/gJR9Bxvw1e+qswID+auOsuboer92BhRroSBGSFq0KZARA8MofMzJ LdpGC/ykIDYIiO/qOfGzGcrV98AqDOQMc2PFuTnZLw8iH9eHBN306w1EEBT7RMoTd9dYEJlfDWSq py6m0YuAoJCai42n4cZ1LBrwewibAQmKcqCFqugpEi7KLpZbVOtLEZ8XtR9FBbgFdqgUzgVRgi02 hF2HlFDdy+EpOA2rbxSgwQ9bJWbW3pBRh6yaFH8XwYpoqUFfapuo4JMZIEOhOCTtxc1cpsI0MD5Y 67UucSn4SXYJLgCWpBf64Uz5NmFQ707bE6TgPrKnfWiSx6W4m59yX8TTAzzJQ7UoZbAYZSiN6RBx mNnEAKMSEN1rx1gKHPaY/C5C7hvswwTShItVgaAAAqr0rDAOiVjf7heEucy3opU2bAqIMNKNMHE1 INvgewFVYkYQhGoLEAmS+SaS7QUkNGNI8oI/iZP/9D1mGp1oThNdQBOEEWpoLqHvdoE8Ss6BXl1Y UzruL+BkYXpgJ/QGwuNGPOQOAytDTkarKfekvRxAh3wt4JvoFahXBJ8cEjlShJ7MicMW1BEBaVUl HcSSg7PQYs4yRlkSsSvJgVQQMlG+keGX1pBW0WMQkaGhNzoaY2+F1fmtuYBwLZqnbMnQvq5Bs0NF dDNIucQvw+1EecClnPOmFhiCoWxUHKPUxh5qzWphYjAjfbk3tMgObCKfFamoVkZm1N16uPEPEn1N s0cZcu8gURgF6NCEQNwovJkCEQJ8QHBmGEYh3Y9wCoql5Al877EP44IKkAsKIMO7wW/AIDVBlrmW MkeJAIRYYFIq1AwAawZSGYOGZqftsDjw5p/nex2JxtXqgG49PN1VLsNrMLjg1X8QZCSVnjayWYRg OmQzcTK9Uc1evf/69Rh96K4H/4j38SXblh7JrtYp7onRM37BQ5iUsTXwpAjM3oep/1THSFtKEtKk PI4GMRkqO08x44CtiiXq0kJa2YaDOJyS2Gmlv0XrrEQLnUYCXgiezlN/yuozO/1IkCuI4aFt3k90 9Bjwm/jhlS0A7SPb5Fospt64nDVLtv0IJqB7wSSRj0vJVzqkCT9kDzLyjZEV0xTRyoCCe10OBTqK Kcl6IrdhrG8obvoDicKhiOlTGIgL2zAD1mpfIn1u20TjH8TGk81A09zwrK5JsA+JSlWQsQclgfzY BEHGyxUBwPFMRyyfX1ArqJP/adK2vGoLxWXjJ6K0a62y64bstawzBmoE+t1spk5Ym4iS/IDGzFc1 WPSS7U1ILMF0i1Kj3wxHFQ4YUBdpgYe2w2BoFqZ3oGg0tAtp6pMZ2/34mz0g2EZZO+a8nYvWRZRT 0uwsStJnAtaOFWK9pxNfm+sXayaIMnvBDhsae2JwXnJTamsdy4YmI3W738vjHZEI4mNuXu7ovp68 2x1wtCApJf5h5lr//XYHw6M6ac/L/6naeuoKwft1D4tuDffivXs2/7AJGZX76vw8/QNGgzT3/9+V /fntUMCjr9zbeQ+19OPv5zv8StwSGFqefa4yOlpQ7A9ybCikir4iEFZe2p2VRX4inI5TCXLeUNgJ fz9Q+FplaO9+/7mzwhHMFHzW2zQ07PEB9+xCGQXTwBC5OzA7hAl6R95aQAm+Ux/66zVuJNj1hS90 H283rtQEpxmKuAy+Nwgc9daL7RtGRseaS6jNDjMYBe0oortOmlprSlsFlhdLSbfAEe82VXllVbU1 a6SYxJehyg5pxXRbYrxr4Qt/5qSEbRJXZT2ySn3Lm7Vwc1VMW0PIyOfFWI+b8HBfcqT321+Mez/7 O+GhEKnAk7nGFE6yB80XQ5H1MhEYoo/cRUnuhsGgNXdUY8/86f47CzcnD72mMuwaO3XB1NR+ayaf JI8bFm11MLkZP3WAIfdQTQbd4DU+LxPV1lma7MypzeuOC/Hv5AfNLeKT51BpXhr/F8tZJkYhnA19 Wu9XysNr8jcJp98+z02hf3rOzvgP+72O21hDB7usU+IKPSPoLWjS6L1IEDPPicS8L332pz2PQOTs b7zoy5IKzAF9cy6s7SoKghtNbotznrYp++M8Se4PyJgsxVDaydzgZnNkJiwA0nS0fHtlKwTTwFjh kH1kSwlRaS9/2ygYFaswPzMzUcFnXUcmEj5tkHSaj5EhPDf0l5dqRGynIZC7WVHC4xiOz9isLjgQ PJlKT2SqUo28ynTKMwaIP6bGJOz25/ZXmxMDSSFHs3OpmURk1FcRRaa/3Y+qIQb4W9TEcG7eNKCd 6sLMNuOslRm7ON92p1HgmCSTzaP4pUzjvHlv+VnIVoLxyiCUUCL6M37gb623Too8K7mcP1yYuaRj l+WV75zBJ2UievEY6dSpcSquXrRVK+UodwTxvQNxUrVIGTFjlIptNd41gg7BbebIaxKOnmU0maCy lTymmw4QyY3TrCPAEBHR659tav9ZJFscWK4TkfU/U+ydNFbuVm/LNOM6qFeR3EYxQF0iK1Uq+aak rg6pRlEn8kTJMlobQicTAe5PR9MDVG/za1C8GRFHACsUTsE9qSTtC2jH6WVcUVgd5C5wtS/QV/ry P8mEiCw/sPxuiApwYKBFAStOCOth7mAH8hJiL+aP9CdwMS72KwAHLCSAh0TgOWhFSr0v0FC9jHAJ /4EivCyrrSw/+ITMw5PWyXkZwWAXAAt64KLEqImv2mGp794lj9LidCdsJscJeAmQ5ZBDSmw0wHbM V2mSHjMaOFDlViBYnnoGpGACANWfcBLsl0cH6JEbKc/zIEIzcXAVQE0bJYahwUP13tsMgXi0XVDr HoF9+awhewHwg2UAK2f5MQ36LR0UHg5jCtnxDijIbgVE5eOhosryLt39V1lhiBKoPMDdJ6V2A3cq KmtLAmT8JLmarNvOCMxRpMOdQW1kwMWATqA2iAHx7cYhgK3RRp48ebnZnyoe+wSe8ypV+GijBzmh TDgCK5TyHZAF95afjHQwkd8AN21khPSV4YpLstNt5MED/XgCVkMKyx+1YVGR27JroaYG4Ro6dIYf 2mSChmmk8gUgwfPwrko6lDAvA7K89grtLq3a58OlyxuXjlw6bqAz5pCokGntJG8QLSRo6zPGGuww uOFYXjJQo8YFpAd82ewoNR7L4O12QOS9B6xLO0dGqbMeBE2aFaAZ0BVGZ4ug6wLBw2UZg1Rhvz/t Spz+loDuMeAk/Pn8A1CGHbtgsY2WQa8w2KBXmO3X9eS6QanLQF2dw3o/u2jPxgfOauLr8P0GYQY8 n49/v/+efs6fP2Df6+n7dPzX9tP36efv9V/VOi7X6/fl+0fVZjRdLipvQL3B12o5X+HDIG4Q88FT ijz7/dsdh0oxXz//nq9dPXj5+lfN57O065V8/ukSw+NPeO6/cGBgtdf+nhSRvv5FeDWabcN43uYI QB3VF9Wk//WTyw4/uqfxG3ANSL6qNQ3n/rGH8Ve5kQ8X/6lS/YUy2xlgcwDzD6Qa9K10yMc3OJdc Xz5t3LQLYNPFDhHmtJvyoVQJyFteulxxP77/0BxTaaI6EeAySxpg0h0EIKsVXQEFg7AdqZh4dFiA +pIjb6WkIcZVXfH7tspCbak+tJMchu5SFLtOHiZJNkbRMGSZNkv/9SO82rYLgI9tg80qSuPXUOKE j7kDnnNZyCOBskmXcjGptgxhwJL1642JU9nPf7ZmwewMmJMTLRO+BBd75f3cETBGhN2XqKy2xJJ7 E1VLTlpKjyosRFfhz5hFAVmVTCe9a5OJeGdvsi/tIf53i2hQ8vBefTTUAGqql1qyYcybUXraYNgH xFss/MyKdL2Y9SKLfNYv9JrJlYsoVxoe2xa0QbHZ7oudHbQw4XGrIwNdMi1/Jv4oMAI00w6IEgut OezprkcPkW4FM1vS4D3qf5yWDiWZncBWzzPijzGwSxAsh5HlY4N2wEeSuMYseaiC0reZ3NxZirqF YAnRei4hxD9f70pwuLxesiVroxM9hsh+VF8lOWmAfe64kvm02PjTATBzirHacaqkSh8dYjLZpWGz 9NEIRWZYg/ctK91bgJkWiZP11vUW3u5EC0utFei8PQhmEJcrQ1QxJHNtlUyguvIyb0JTXqmX/4Bl QlgSS/KDIap2o8sqbW1ub9TDXQrgCMBqLfm4Oud41K27pEvyKpbJgK8UEufGL9omZCYuD0PrRuIZ HFd56NAJVHtgTb75CNr2CvnZSuqZiqK0ZYJF+lLkXzY7HpsK0HdOJJcJLw9zVPwk0bbcBP6Z1Z3s +0gr8mBhLEbLAeNE5kQX9b9LyRFv8xbJmw8DQbjx4p2gVLIjWBcFBcqU3+Er4XNxtK9FjuFm4R6B HkBQbXIrPTmftKOpfMh8YpGA5HEE8LlLRSsw14PIO+AhL5dvLnxaJI1cjT098CpRG9RfIF/sptni ekQUjpe4y9vn9Os297lwIxnltOSOBaFxojli8Ad/BAEBj34o2dIzYlWgPnhHvAciA+ZprVhuMV8x O2/HK0J2aA4HUBAX7gNKN8hik42zkDOOaSY+8MHFY7cst3Y6jE7IGVwMWBTlGCyxznWqFXGZG8UW AXkO3UZRio5gHaYrh9R4BQ367VmZL3je9Mt7yZPFWDFjwVfRGsYWdAagAL2NsHopogOfFm4gr+o0 wjyfxuwyu3AqAVqAYxqQyYCEnevGLg/u5vIXnEFGQ9hMB+zOO2IlkRHzoi2IAzRFgKpVoYjPzTfi hcb0ncOvtVTDkwZgNuMAicKTIhRtPnBQb5cC+g7P21t5UPa2h5tbBw2cKa4Sr89hRyWBa1RnZW2X fSdQKgfbyVnD57cHrLXxo/s3B8+ZLoxERoNh2eAP4h1+egzSCy0whWQG8UPGhBpejbkmN9gf2hNO Nclt78DEo187+vDi74ePexGmtEY50ZnWQveSECHwdn8atFDOO3zf1BeFAX/Nr2BCI9W6j5Z8brRV qW5xR1GHygzIamYLu/CR+WoeUc2cYyATZOUy70bYgaDWH0RL5rboFKsZQtRlvlJhfjvLTBFssQVo GyukSyNi0kJz894c+bJfm1NIhtDS1Pu1tCv4LWXzLQY0E8yLp9BSfGR0HbqfgpuyxEZ05pmOL7Vb J0K2cZNxsi4U1ZEBRV1YJ5FgYX0UzypoPKkhCxqeZTBF2YIAvsSagCUh4e+GmF7pjLQwnDABOwqs RpYBF/zBfiY7Gl67bqboWCiKOVar4IsZycQJXU2TWbPyRsm6y6pai2myWSA7FinXp29Z9KYA0FLA KAuXsGOAA6A1GAanwz+1o1Vce/oqJK15zAJs6jj8CAqRlOII/nBTNIOjKT6mIccxYfNA5oXAbpc3 d9SB2GiJSFD1etAOyijAqGYuPGMSdIulvsIM4yU5qPItZ8lq50iUl9OkYn8aEaiS4HUoG3m6wF5M HK5hIZjqMsICWTa+L7OQuEQFh16txAoZ96Gv0nsKAx4EDIY7+svyEC4lT5iRpoi3YhQh5K1NHURi VP38cu8jMB37KeVPT5WC0KlRRHFmxF2EXkkOyRWb0tV68KJMAdblOeDM62/bu9oh1swj1oV7ib7j u881laEyuS00KgYYo999gmxP4m4322bHMFDvmRmSaxea7W3zuVXu7ZUdIJktfExAmyympGUqELiS MkhhMNhD+z6KbTEKmO5JFI8/ePKg95kYKZFZQA1m2dmrAF4Y9uy/j/ViTacwRg7pagpjdUqrNW22 gOnRW5jpGVApPM3m2VZxT2K+XR5vEHIIfE+x6dVb1mlkZ20HiXsmINEttU1olkd/Zh4a30oQkfGI FmCvkyDNC2JiLFHLMuMspjJUzfBe1oBaWzf+51Igm6y2Crc65F0E5iL+9RF4ClVusbeKv97TCj+D mnHVemlfEhxsh9huWo94MvWyBMX4wOnsRAY4Tax4vxFod5YDLYZf01l4TEAtrG3qn2q2C2h+9ei/ IodsUPaQemIWvXS4Af8aJsfVm+5+yrRP/JicdrsAKsSVjaVKN8+dkcvvov4m0Fqs+XJat+e1XIaM SH/0RsYyKPrDOo4RiQnVGUhjCSjTA+8rXJyB4ijDF2N0DmSIHVe9c9iWpzKFONZ5oejwd4FRoETo EJPTbSohHkF/CxSGAzB03GZUACR42dJEmQnX+gSMbHHncAd05KrzZgvWuMShOjeUrpy14L6OZvO3 ccnzog0B2UKuovMAkmodFJwiwDfVE6g9QZ/QT3QgOOhv4E9fl93qtqxQIUmLvGtfSIcSlLYC8qGN 0nTEwHgYuJQ6ayncDyy9UgxYxzkvYvO5gAF+pWNzK1arwIKAI++7oAL+EuyB5I4JB3Cw9471uwrE QisAfiweFrJ2npYZKmoRAEju1VANigAFKJ1c/qh0q1kCAvX566sivZl7gJtgzpXfTJO5RGtrgCdZ KpfdEDU2Goe5+mw8IO7VXfaedI7U4T9xgBn3LiteMJTIvR9b/QvDjH0RTJNOIGQQZd5IiKb851yt /iqHAHEqNCzXi+m0UPIc1EX2HD7osWgoDssi8qs/CGDV3v9oVmyT7AWP+gEbldnkbWQpybfu2Arr ps019iJfgOkah5mGXiSl4AL9RDv1YmEi00pUwUkzHHN4EuW3m+BmlaYj3ArVmmVSjNeAjGvxk8Fz sApd0VnjfwSGJLAY1Ft6JelQ8xYCTUQ1ZpstTr91ZAaLxqMfQS0ueMlBpYmxbWB5x6QNt/jUemMq OwoXr53v1RRBaO48TIvMdSfPYSriVOKmKIGI2/KdoAj/E/KE5USozIGob0ErOgmJrm/taADZ3WBO EEytJv1nnGSw5bCAkgyQEPWFsh0mwRzk3RrHBjm/xPj8B26tmFV+ZdEuz8H/+UVhhcmq5EBiymlE uE6rPGwKQpWJNjDD0EDHN9X2JEQIF0A4gQmZoixBlzUwEcQGpif3zA8KGuMggASXPOuoOF3wE+BT eqGwV2a0geIJvJrM+0mbnZI3iyAj8oBxZW+HxL+8VSKeaLF7FBP3TH+xsUl14wxhRrInSpzzS1GM hUhszgy+Hh3q/4ON/BuSzBNg9TXpjHcC6pEWhZY2N40zES322upKHX1VJjFj313AZKpV0hKYh4Dn AQC5mNUWcoEV3CPRkshHPDSYVsQ9XiVrK6OAAB3ACEklfz7usDmzqESHYOTjm5Sj540Uzm55BSaw 4rerDJOCt+NzEDKwobpmBPNmPDOBrRS6zwLjRXCTLtQmMEsUUOliZoKt0DkeZaOU6J3TleHK4u2M vyowUN7mGOiiqSyDV/RrxsGMEhcZXqvDl1TSQBhBDgTmlmSphWymRDsokjxMAFOLiILeIGo3hLUq WAOk2kqTzpxDE/GtasMQoq4vBBdTkC/JrIHIMHFyCo86Y9f71xW8iculdIM6gc/H80v55NKJpe+j qILHktgD3ksuv772bXWbpWQDqpXAQLcVBrSuOdmZ3vh01aAGv12QV/I/Ex84qVPXLJaK6ndEVrr5 tWxfKyMI9aKuB2zZyiA3WAYwAFrO9lGa9HtJy7qG/arNYt2UQQ4CP3z+leuLJ16DbgOQw9Mhy6Bd mxTf148f9T2k91Yh5PIJ+JXAD9WuEEj5w4ruXMPEKzACB1ZrpIbUroaV6/GnFGRZy5eGfDlhlDf/ H033gSDHESRZ9CBDqNaqdIMz9z/Zvm/FBcFGdVZmCA+XFh6e1NBFKvPLq+MGcr+lzJ/l0399neXV M/M2VwgulK9XDSZqva3OaYI2deQKy1t+A4ZD5SyR3xGqWiIYsvRXitK7AiF1Haxglm0Lyq2H2h0T cq96tGyfnbl4BG3ZtcEfLKrFR3UEDnSl5HYeBH9B8NqeoO2s9V0tO8jirXAEqPMDbsZpDBiCg/0g m1gp3wFntCFiID2of0BtSftxM7i1/Rf9Wuts5rJ0zRQvUThZwJwDksQPAFbSKlgbux9VTSc/2SRC 72ll9rM5BinTmsQCUet0Ijb1SaxwM3XUK2jQK7cr1yOUM7SXiaJFCGVVpjMpbdzoN5AdNbPO+zlQ 3czhn3RF2c4UEbrk1UA2PUWY6TwW1HptEEhm+Kyj7lO21oueZ2dTY+kffdEJj7XmWbwsQAbh7nHf 0v5bHIPrTRiMRAaUNkGxilP52AnoFeoVkVHd1b8SSRRV+YrNByFptCCrCCvDLhpY3iwcJuBo9jVv rTA1H5mOpSXaGu2STN22ZYXtziwbcQ5YwCa1Yx5puqxxXoA1bbh0b+yTMbUS5sd+pos/FPfKJnsL g39eD5zDjNcUK3sElDZhpNBcWvLjy4Zvr3zlVbNEmvY1nW2bzwoahtcjsoyoptW6vPfH8c2DyUnJ QVJIxNrmCYhNTS7KayYaegrg0KNiCiWVMkuZD2B+/g7SUcg+oZDFyxma5bOYv6HBmR50gGP4IvyE q8noIcDTA/YI6K8zLtbrpzxsQ+EnZCyrkcYugOWzIy+9nCLpUNFkZpb5JIMVh0EkogS17w2GuVoz VeqcSA7RY6/4AHXiiEopwrmCzopDhVoKXJjNUCUgBlfwlTdYdB06y/gapJUtBSWozeyhRDO/0aT4 StivhLaoxxZ9KIaHYKqDOj0h90zzgNtiT/mlgkUFREIh/Pvnz4c8k1A70lHCRhly0CiHZ+GSruG6 IQzlioiS9R+s5Gl/q79aEOsmDJgnSslwDXzZIuJKiSwmwvZpF1MvAoQSWgt/hK4aAvx6WkKOlkoT Mh+D1fo7eNMQECBEunxOgbmwHRIUbFESkfizELjUnuJZYGyQBWTAccrQeUGyQ9uAiODlnT/tCCuC wQk9UvZuCcCm4eWJQBeZmiVzGUk4dhPSr/y30vd0MAEM8ymk1rI560yPAPvABQPJIyr0bISlkGmn nCs38x21KR+y1ZE8vCSxkhgBICaDQK5txLG1gB6UEcol0r1j/g0WrfwFdvUBbWVuRwUj489CVoKk 9Bf8YXCQFSvfBgSN4iZ3cKTECAglpk4FhU8W1LudrAXJEcDCoiZPLEmqLwptwiLao3n9EkNhXTpx loGnxbXze54SzUmyva7AU73hKb+HS8zB1hGXco66e+jVCvsXTvALMETi/8jE0yVpJJ4PpcYbKYyq etVEtD25zIhUBAqDoUgh5/wKxmmubQFt75DVYBHYAdona5ne88Gf3cNyeosKG5S7Pr0eMMibFdRl a/RcUJ8lEq17EBkakn1O+oG7n+mpxz4bblMs60WfFJc/iGBbMyNKJeQb8E554r5o9HxQB43Y0hw/ htdFvp2/Jpz9dA+HQni+Y0jyGZCI8bW3TN340hBLCaCmgUueY/24hJ0zQiv9F9AX3XMgM+bmztCL NSgffnJfB2ZwzIUY69l8F2DQ+u5WyY0ay/EzBSrwwUqZ17tsDYebtF1g7kEXGTZvioEtmCTP1ZuL jUpeBT3KcETzJsVYpCZntyllQyuioenTnOXOFKSxxAUcrel2zOfMI4ZeskkigFzyWCU7m/Vg1Gjp 2R+82mR1xttMNWfS/AwxmO0rvCzw5C7YjM2PGCdl8PL84Ujwn4Lh7IoaWnM42i7XdfzPnhBKgwEI +D1ByvC6TXxn7BiT3GRaIas0CS7tIW2KjvRZqOVZxE+spvkN0APxWW8pYqspkMoax3ipzuJ9VOTm sD90hrM4NKNqkAhXnB5iK+BKxItDxVMuBW6mfPOS6qn9o0WqDIbRUH1UhBkzl6kD2L+tqgG5FBcS WQ2oKFPkdgaKRvNW27QWF8XNNIWvUcJ3RfKhAo2iLHAqnpELt6BMqLjAXT8rUZVRC5zPRqCtRgof 6RO0LNc0GJ+iayRsXxs+KS04cWadbmHjnn6y75ATKguVNNHmiIn2g8nXjj6YRtuBhp2SFN/qkYZJ lSGiGVmu7Hx+WKlarDZQyLxzAJh7M8lP8O92Xly3Qu5FwLwGDg270NfyFTkwjJ3eWVX/0D/m6ypf BfOIf38TMebzzcsHOXQeta9YciZxIG66YLNZC0RASrbJ9h9uBgi3IWSQyGPMuraCtaTpvGSeBDqE aOVitH+kBU0j173yaqXVtjbxUT1S5kaJK+pd6N1WV9O641bpXWwZ+AzoATIrxCe3EBvrDhvxD/US fI8IzAFXJyEz/vwokvQRqp9iMf6cNpyMUbWGbl88hKbSbgT81jNJDQGx8YVkne7HEkAG69NM8kDR UL8DYMzSZMl+l0hT3xtiqr+VbRaWrXU2B0rN91/tuVREGlFt3VYkHAZYZp5b4njWWZtZjVY5wWXI +haycQc8wzoMlOWalsEgJDW1nubBLY3BKoYcCheiX2inX6hQ9LJtuvwRo8MBgVfUr3ye0n7ckNcs owwe3LvM4FTZWM9lH2S3hRIIpoWcvWX+yDsuthYlMhP+LkdvJyIL/cXOTi6jBtNCMzuyXEfqROqG Slax1FlXDTj87HdhOIe3NfWnQIwFYQ6mQKlzhpIhMaaMgiQo1s6oGrYgUaQuEs0cZN16N/oSQII6 qGcYdb5AIaF33Jc/Z7jFieJlWNZGTtP6Gty0GIIpZByDrS14FrdxoCCeFTtsTa3KtGKvtUnCJpXW Em+QREo1tQjFo5DxEBtzd1pID0i1OICWSyKsWvxOrQZTW55iA/avNDx9ZWyRhP9sIZiuzEL6XAGH etEQxFtVBeyWdTcmRIstC4MtLyEURxeBkEpP4DdeLjXSHmdh739BU2BjYlxIlIzQY4iZHabEzIoI GUeBRt3OQLJNSFGuESYh8jiQ8S38Z4YSNsggis7Wq7yaUsyAaiWb2PeoMjNX2z6yy0bJ5hjJgnUm ivSREfZPwLvbaHNmjhYjqbR60sbV6Vca3gCodINxAyK1yZJLSVlkiaQrKOSYQacFUwIm5b2R2ufn mzptT78JsqIKNbUqbNZ2G9mtGp1h/Ln4FJ1x2MEsuKTrWGFwIsbQRei9pgi4SfKYET4Tx2gWDLFx ra9V1olxSIVqEywOaEeyUburKD8lRcoBlXau6kWcGCtQ+oJKLmXaErMFyKCaQK7Mq5hV5/gml4dK iFjIDgTIiHB9Y3MbO06pZ1nuYTf5oUJ8Q1PkD9IxWAn2R6HSG3pvYC611vgicSJkIYIkN0vUo1vN 9GEJZTmVhMwuyukRPhf3xrRaJdzqy5L3EMU4hAD7DE6U8QtzkyVqqKWGvtIP2EKBWbqEMusHJgcu pkI0rp6J5/VXaz1p64YQN7DhzWRbxl6wIsVhCRTlSKVx3AH2PEM8y4XWMtqZvqkAJnGwnMmwsDxH vqbR6LhY2pI268ZTuiS9YwLOkzN9gQM8z3aOlIKl4x4rFEMQT7ytQF1ljFnPtDQpphbxAIaVSZef n2B0FJ2TTulhe3xoHTUIf7NMJkkk9GIiFoPWwu0L/nPy6Tlqgf/d2tAq5kF/+iHPueQGIBI6yCxE VXeYrSThgzf3WfYwM8MqeZv4BCxTGAkg8xlwhbLQNN1id09rl+oTL6SfCS3fm1QUVr18eLufOYlz zFr+M3Q/h138aYkxrWnTaaJVri60wY3QkEq45odnlExNlJDrLP2Z5Va0ueIGlgmbGTgc0LIpL8D5 txACNNwR6mwK9s7m/zOYJ1g3/PXRC+lelQ2h6ZrBsys4JONzfD6eC9pg/pZLY9apVYi0QeIZg8bA 1cerTyzOkExkRZDnx0rolEdKvSEozjjbcwk+2uYPafDSPYyMz+VNg7DvNL+XFYBD92a9iiYHsuKQ q4WoWgCiM6nwQQi5+hACn144KCsVEhsbg2z/eBgse5BNzfgCzIHPkGXEFxTgcmUHEg91hnEIxmQ1 txCcMuPFZFBcQ06RJx1FmbmN83YteEVs4fmMAg7ECy+/rRYDkFNnG9oy2/kDLwTUSC3gHHYGi/0D jQifqT8u9bbduUxVzOU587fblKJl6FdqlvYDhkgjEK4LBnJJARgUHQXIseyMZ4kFvMZQC69M5o8p gEfVwwem3gOF+OOkg5u+nvmGNGmOtDSGNKhhlDZFK9FLBsB+MQqGUZTAvwsbSg4hF3x6plmYEX6A n+WO2NGUXqCAaAJIJzOA4Qu93sATav5mdKsQYKc2JIkHbkLt2kqxMl4T0otNq/Ap5pNkohUv22CI CXOUwUoVMCFwMLs2BpefgfF89YBl7U/lcPJs8xDKrQpSI3BcxyARX+RpDIRwLX/CUElv5rqQy+A7 oFT/DranQAwhUMGUCBzOCFXSy/Z0GD9EAccYf7mUHV4r00JiI+LOAU6srbvHDDI3RGiscUmhRs7N MNxyZa1nZs5PjTfUNBdjwVZlE0uX8zQL6Kdx26C3KIpilfuMPkEQHiz+pYLELOSgFzTSxWiuMa1l rOnEZ+Kc248OnJLHT2nPNtabrqz0gAVuDPahsk2AeJII55t0TYvwtQWaibtN0XepRFqkMd2XkVLW nRuT+OgtjacpJsNOrjjioJZRHqoumKGkjawWhnfXrtvTnFa0rE+8OCKKZMEd7si5ylVoEDbsGIXy hxnWnKjcDp/8AOCbPa378ceZCaQ2OjLk+ElFy3PRYhZTycqZpB7yPXqJQNTwcJAXzdR7rNPOOMrw bCyYutm2LxIzBl/4l8NjPISOiUhZw55lqdtTwZ/dSHtoPMfMzn55aCneRwo7h1AIa9XNbrajwMTq NATuEmta4oHVTHGRTBtKzCSH0hAMyUSieo5YTI1F4AsBIOnhPBYubHJhUTCPnsqJsa65Q0F3yFEN cKLkBN99etrDqS0lDkER8y02vHvX5qA5omgJeFnlDhi5u8zCZVzQdg0tgcUopGCEBXSDEfLoCvhd iWJ9jXtLP4aeB052rNIw9cE3S1zyED2RoMnGDGygG0T+gSEESUSKnt0Gsg6i9mceYPfRnB4xm3L+ aUMPG7uZZqvhlqIKriY0gbCQQarUGmklxzG5T7kl4pSTkRor5R0aLdcVVCzPu5WiS53NKxMZikuH g3gF+4ZCXYTrUgH6oo9BtuCEeGPZcGZgjjoUsyIgXJlW9Jka4WsrGxuaWxaWWyI0BQv77QYXsEq6 jTgjmt88xQvIMUpz0WYYk1rEXdAP04+KJTDQDzgoLixuymGOvMjd/6ig3l0hRsFLTE5tuNkHLOpD dG7pBNmttAu4zwNt1Yzl5vLcHfqicg9iIu6zm4umzbK8HENdoJT+InOcdM6HxaHpDElXpAVnGo0e jBzDuv7b60sMFURWpRqrVs/BHTb8ICj0kqeZv2FOiNbLtRAaxRg/ADpxVpZBGh0id9rZYij+EPIv ERMtrJFNk1YKiZ27BeizbM6D/ygPzyluoL5rtgh+UubQfgUrVJS17J0p96ObGQhbLc4EyLpzMl3F TqC/PPlOT/tJ+Xeev6TPksZdbpdB5xqw1OyoR2ytLE8fwq/TUqZXKahH5Hy3AYGNHIWXGSiskv5a WrLBu4GcxqfuCskzFRscUgf1zeiaHIOoS6aJBZeEaaV14cuq6MhTZ6479o6R5UtWz1I6ol0Nz6ti oT2bOa6QvlgxTM9DeL4TuTazfuDnNlGMXl6lvqOYlstg3PYIOvz65/c/TvlXAkMmYmfXf5UaXlkc d3riH95R1Tnat6n6qLGZmCKlyZWxS67vLH5p9q2P7h2ELwnbKQYS9kNzHQn/qS//a8qJBq1UuvTx Hw/oa3RdnV05k25HidZXp6Vso9Od+ma8hdCahzqvoVMno20dWQjbSKRf1WKY3k6jOx3RnQoetLvk rzXwZi57StajU/k2iXZi3q6caqs/pbxKN43NRqpcOTzkjzPtnjXMtqj634M0kjXFJSkFuomZyf8D fznDT9vg7XzJ1oWMBKQgFwWAUds3I2JF5tZODxpPjTrO0magpZF2TELxuOLhVI6r+S0VSrEnbZPu 1SF7gb+hBQubTttPuneDKa6AgCkkPksEtX8XhZ1MTw0mTuaEyOoioH+7V4YUi7ZDZWgWxq/oniR1 drsi95UNiGnzfjEordzTZq3aDSY3kpiodHw94URupb705uf/SI79pZHfROkf0w16xURKKHSkpbRh jFQRHmWB84+tLk40NGtRBZEYa8m0yob8VL/BDRWEJkdYTPkHJSCstUXyEG/PR5+s9o/qtP4kwLo0 HcP7Zd9QqQoPYm9jWOUfIuFBX1WBx3IY3u8//2NFTZual79vnCsCRJGgZZUoqEb3UU6jqg1a0kdi k+TETTSBJZTkVcyByTBchJhCQNXqR7jn6Z90FFHVYospkRiRq5MzZVEjxQPWS0YiWuO1lm/005cZ 2TRGeZLeGzA0iWS6sx5oYbI/zMAt6hVE4uaFHQi/jixvqg2orjkC9I/7DQp9yQo1gKoRIfpUVcNA 2iY2v7SZwdisiIVkdzeR1E5VwUwCzXZbgp10VHDDQyx2G8SGp7nqYOjW7ZRslIsX4zYfpS6SrY5M tJWMAulIfekeWRSz4EUwGF4M+viLG+9VEdg9cmowhVBJqPHpfH9kMFkVlTGk9gy0A1OG6RcxvYlU AMrFETbqMFGMv4eYAItS+IesnieYTBsza0HSDAUCBSSMJ/+rBEXynKcDAzVZNzrolDVndvn1AIR5 AAQiyI6bkPbwlnR2W/sFldUo4Dq0oVUMwgvgFRS3Fom47f6ZdeZXZHZzrhiIrH0mtogyD0QjPqzo QeBkJhdLkKEE2X98EMtoRan4rHPfeysp6jDHVlc0TOMYtsnk1DjrxF+UW98WPGIPbM37DVfUsdCq DREOSeUvOJeFng73+xDBzGG+EIdAIzkqVEV4rMtYn5PTnDuSWSyKfpxlPbOw6ZhlNjrl3+2Oh6P5 m7fM6FRIHk/lR+nS4/lL2wLLX3WbteDMdIIAMWufJPG0P5j1ynqjDLnzLDpzb/zbA3l6fhajibQL bj8UeUCQqNJMkIdfYm58Otyqrw5HEJn8X3/DdSGTHHiPo2bIAL7WGxVO79nvsNYWFk4RqYrrNN4T kQmFcgGsqQFi5iK/eIWQ5N+JdmnnAcCcxhzbxJIUaJJLT+5d8JE9obnyecYmBtArJqxLxUmsvu/x M762gvRSBsdgEdzDxDJXHCvQ7IyCJTNDMsfK5JJQe39+vKX0E2Bf6Y5lfFKRpw3MrAMDSjGa7EDl rHlPZarcTNWPCTKMCGSA/qZe/CW5dG29t5yNbf58r5VE9Wm8VIaWum5BcSy9q4ASUmAJkHI0J05C fU6o7TmSi/2ffrxUQMxscp9StWbZtJDK2shW0qjp6BrxdY/RqS+imT3IX01JVtepxc71R5V8bstV JNInI/LAtIP5WikYOQp3Y/TzNUfbbg6oxA5FLm0rWuzZzgWJFrXavMOKtL65FTO8dlClDvIfxO4w wdLo/A/Sx+2GyIC0j+IeTENaKSPjbz9OGxJVxJzh6FxzhMDsEp+gYIZn7SC6YRqpA9zNFtCS+cAZ dSKffy6frWNoo4DZiRpQlz70uLTtNjJIH+KAgAxSn8kPztaZSWBeT1R0IwZ1J6i8jVHEEeqWOYHt AwfcALewNWYHBwpcDBICQaDaAKxRWL79S+FPUKb8cy3WPTU7sXMOW3CMsErKFHoL7jE98hdNP0im dUZgSkpoIggGP4ih2857dB4cRega3N8mS+kpUIJtLCFCvk2lX2mUtng8Zb289605IM6idWsaxszN az+gTYN0BYGr3QTSv8ATPSdaYCpWI81V+vyrwgUFd8IySRfUoUuwM//b0OvFbBD7MA6ws6q2nc+o 5EhKye7Y++Mw7DaLkQ9qAk0wwcB2ALIkTJsLMkgDDwD8ITkdlbFxCecI9Q0kb2fANsDx6QRTBqUW cqpmkiJuy6igD0mQTL/RTSu2GLCVV5RaOgQImQgzCpaygqG9YUti0AcVeiFdtjzAxmofwyvKGFdd xCsUbTPAjeWrKHehnINS47ZjrYXDNtBgZajfvH6zPQSVoqtjoO6EHZezUst2WdvvrSD7hlTGr4LJ QJiDjHQlNVZBWTq0bGTFNK72WhS1kOcsN1plaR+lL2tdLrJNkcPhAnl2Suf9fH69Qpu/7YCU5Vt5 8Kqk21epmrp07jJ6FCeX2NvxB8i2SyhlOyLECjnhUXKMDAy2bfPlWd1rODs43cRdOQUuPVaTwVKE t2/AKqh4zleWLaCn9fM8VnDwE0VshSR1SQLaV2FeoQwbeThcr+1ZwNLa/2nz9mCDgCmEp3g8eLMV aZGz26hFIozqDkMB0sOIwGaAvtkssmOHP5QczmTR2/YT9+NfjfdCRptW3WAv0hitlbESugAcbIsl MOHMmRvCvNr2ByrEIsBdPMdGn4LpvLdOp42m7R2dPz3YYy3PASn1iwnh/QChkCesFU5qJwShkk7b BSbNUyq9w8DSHkt5AzHTJpaSLLeRa7+AeGtNxeQSAejeyuBgvSqHEMHELVAsQbvYaDAwO4Pkz36h +/D1UqRabbWUza59xA5VmaD2K52TEglxu4sGjsAQ9lc+7WuExdK05uLMXXhdTsJeIlYeGOyKcqdh KA5eiEZSDiZAz4c3NytrQe+nztxeWQkM6076Oy1rJboB2g3o0z5Sb39EJsfDx7GNYyBqWFCrQit1 roHyaNmstHXFQihojy40jV1ux6dGaP2UXY/G/dax/VbXMJhZcJDkUe9cg5FFcSkQpm1+1kU9LszN oQuoBAVDlZWHKFutWtJ0hYLvnqBpEY+2jLOh0OGjuJgsOWTQPl+0x97qroMEWQSFrNPa2VC3aoqC RSX2TZYjtBnzIILZ4f02nSGr7bDDpfNPGc22F/gV7IgZ5Lx2ENK06Dlkj+eROuMIxKZm8T4uMgtq EJgfXBeHh0mn7h8l13HONJl9Q3ys2pDa4MhOWPW42w2+chMXGluxlKgEiCZE9hkf6HOmGU0JfyRP Erc9XZsIojIVEjUwS2sKFiirOJOSTu7FoPo0HlOwXr+tWtLfHSyO8bIypakDM+dAAu44FxlS3fpM tJgDliGh9lQCR9NjKwQR6wQHhupqq0fMJNMFK2ZcId5cr5C/tlWNGOvg76SyMXBaBnHXQL/8eeJv 8CLc5jfPGqNGZObbshE7yKoF3vLJAk7FO3y8brYAfCV0432ZB+6HsfC1EttVDAAY5imuemF+t1UH LnOoQ5g59/lmXJhct7l/OxV+3/MifxpR7JGjxXkLPSjTGXQpeBVVG8DCmDw2IqbUHqIYTA5ewKmh FmvkocWHLX0D5ufzG3Lp/ZJ9b4l4cKWLuZHP2TL70udxhG2bXBCxD3Uau1B8GuYcDoHmrxYT45kh sWjkMrczJ8eOUx7w+MhkW8qS+AqQNaEkbGBEUWYdFJIE7juPxiXkuLWjKewyDCUSQrEw536z1MsG LFu4ewZbiqx0xPlHKlCqBzmbqz4aFCCQaBgtFjwFiAvzyVPGJIUYIJPi+2IcQJnJoI+wAmDfewmj oNYIENFISzZuaEackj9dnCDzljrlTYtffr794h4jsNFy2N0i8MjX752UPuAVXiugRtgiAsEv+fNW ClT7DmkJbw3giU1a3Rz+NIVt2cJfPAQiAKBhDY3DQ8qEFzVEdndTLENamk/+c14zUlRwGwsi0Qp0 886HNhcG5hFuMze0wRQshNCpQdIt6AnpMp5QCZBEYdnOgGu5aE7IQkgtD0p6wlDRFBKl70hjEqCA RlI4BM8MZUksXKhiy/Ziqmys8eDA3z/CMzG4Cq4+QVYhBAgF/fkHWe5/BUiGqk67FsA24Z/VqxFE oacSr3rTkyg4xEuQY3ACsKq4Wn80MU3VlFsZuBCygagAej0vDp3BEV/Jw29SRoZiiOyrNeXiliV1 Em3RRDBXUDlKdyZWrIciCNuJ10Iv4uP3RLrUKssWbTW0WE/Q9vT7A/eQbtRuuTwhMNYwdjMqOJzl /3Wv4LAxI2xgsq/MAchD7lzBWihligYtRFqNCBzSKi0Kw7hrQ4jMb8PnoA99hb81KbJssIAZvxqn SytLkfmlFsw0pKYpIAy3yHaXOaRePEUjMGypR+Yz4CmlWqaCPY7MyF6gYFpqjdKt6QxjXQXcwkwD pAQKwSN8YmsQFnBjA/OE8C2ot6XQ8hkkHqnYrLsyomXLYqXUhPA5oasvvWGyGAgkCF74/Y9+rf+O hwQmImx8Z6jkojrDAZRQ2Z4bO6q0C8eoLm83hMoDDpHHFoLBEhbXVChPfSTNPwAAbS0YbYe1ceCY Em3wA0JFSQQvaCc+hsdCtegOwljsCgBhAguhIroRYyMLbyzqMGyQiYOKDvYC8O8vNyHX0Iof6gCt zC40pDMrwGRDMqmwkGBpzK3ucdQ1IdQBtTBUbWSYf6uM2ET5Z6io1oHKcPHk0d6iQWGoDp31asD2 JrBdxYdp2oDKdlDcACYFwekjTtIyij22j7KtB4WLIecJOzQ71HpbI2r7VqtYN8hoHQxcK7q3xM0R LZIC5dft5UAO2kwFAjcGK81Auwfgg2sIc2oLS0AANG4l6Qh6dRg+VtFneId7Le92H9DA9NN4mBbr 4GpmuE2KvDVvUgtPwLtxUwxmDeJxq2dUy5nEc0EArCXhY55ydFvjMhxEoOQrCeMB54Px1eh5ATuP g5okKQWnrIYcfj5Y9o+7nzffRjxPpuCB67GE51y9/EhxUTU3c0AHRJRudI9w3V5I7MZCNU4Ob5Wv pbanrFx+qeveDlaTxVCzzXyqmJS/yhvs7Sc82MIwZq7XtXCzOHY+uz9/xtBK8yqNi3PE4+M06FD8 LU9D+pbASFwCGCic59eXN6hBDndJfp7gvPG+Fhjr5STcKVQWZuuivMHSZmECkjRMvhQsrnizy/fe EVSRr0CnzDHpi6Uhm6bfd9xERAN9kfvn5/1pbgxvJcdfI/pqtPK+OMwhDJJnuOsCBPPXqL5E+QUp miuzvVv8dGvhmIBCfliRjlYN1HyEiTuHE619ycstRbHor0TJsiNF7m7RoYc6/FJUwudu8BijQiDy 1goDhTDRDOG8i8oNRTMFLhG5czeLgn1rUQ+lgXhENqj7pcxJwnEjRCYo5Vwgp63GL/DWHwqW2kdW dOopYzUdS9lfjVtDvXCqXS/N0m5AOYEgM5cLYQV1FrD8GcQxKxxlcEE3sZr17xBkMd5i7QLayIFn SvzGk66YAo7lWYu8Knos73yppO8vUAfztCYKzOrLMCJr8WbhrX51GiZTfqwg02ISAt89KVRLihCX CEIhFpbr2G+ItmzkGDO/TGihXwxMbue5shMiT4Z16TYkvOUJHTJtvQe2eZARgzcRWznARFNu5YJP kmtS4Ztk8eWXvE5CUuTTaesl03iobjOIWALH4DbYNb1Un3rl6AcZpDZ0TGkVbJBzdwVItm3DsiI5 y/ry5YTL0mlySsk1FeFGH5lUA3FkVRBJIIRGBj1MjGpqBGadlC96CmOMaAc6BFkcVhWVIf3Q2hw8 pEZVTVrn8D16B1MK6jFBfGNRLT0u0IVs3GKjsrPMJuEtiCMpuLCjCklTf0IfjKsQP6BjnCEHqZoz AXGUX7IRa2Fp6Icb4FlghDsGiregOEsKTRAK7UgHUb+/xQ/D66IGyEmMK/hFaJPW4PpW3aI2y2Kt Sk4lD4T59EbnzJ36N0EH/Q3v7JACAQLZkcTe9vXau8agY9r0Kj0iKOY/UWtGoZqrdw6aWAnHCsZS Rh1/SJfB3spPw/bV3VXtN1XWqx6NAexyxMZHkog8cUXCnpiKamkRarB370U1YyQJ6XcfaDOH8ppj qd0epotQzV+5ZqVM6we8WG0A6bVmi7xd8u4/ZsIb62SyGpXBmg7sQr6rGdFS5qYM7l7KVia266oi e8keWpoS2laMQsqr+yGgZc/SkJVQgMqWTWs+YNEP0KNXv+m7t7m5969aDp+fV7dfvdNOIYirSgtq 4vYGSiWHTwdvsPOSOy9QpByVHVZvVzWGy1UBYa+i63V1Kuv2HrheindRoteb8pQuVk/45h4lIC5K Cl8uNyWBz3+VjfhUdFiJhs+bV+4dvxRquPYGuvP1TQFib6P71zvsrge1h2+38+Xfw+X7qmSw9+v9 ezpdbsoHu0dt4vfL3zevvDPa3ran2PC3Qg160UUD1dLp3/Ppr7f1XS9/K3l8+VfB4ZtvDe/bzL+9 dFEv/qozfHTL8VvpY8P8ut4Ot7+nb4WNL703UDkJbVxvx/893szooinAMQJcPpUv9iI8bxA8qOps Cr2Qz72RwtAsgUrJxxvmP0BZFbJQfEORCmXMdXH2+sGKNHu2Ys7XqlUoBF3FZM2cVWBuXdWtQGQz w/a9ArB3/7VAluZy/BdZ/l7+qpXhq6aD0qpyXG4VQXbf6e/x9H2+afCqhLM2v969mxAxvepQMWhj v1j5q9Gqt6yu9OEG1lYr4/D5VykPRTyMG1+ZJlYHlvpOkZLeG3i9nj8Rp9LQZOTTgKv+fH59V5Wj N1zKyf76dkUx57+KeICYVdhY8Q7vwSSMTfbzpBw0hsEt98IeCkt7AJWUjcZ/315GimJqbpy8SNHi 6fPoHZq45b8a1GpYkwPFQxAHY3aQynsMqweC3gQqsB6DfZ4pSfYZk5+M4lWZFMBvFdGV40bwDi94 0Wli7EZ34P6kzKDTJz5jfAtECgiELHTtpxt2vKt66l8QRUOnS8/eTmhExFs1kKQX8k+9vnpRKIog 8l0noCPp1MPxxaA4Lb25lcgm/nl+RFuREzL9qphHie3s7ZssfWpNX/Sfx7XKi+SBGvkAthweJ6pp J+YbpAwBzIdkHk/ZXDY5q63+SkcTPIIA9Hy2Y/jn82eKDvRIJz91qOvrTzXNNO0EQbtqMpdpcs5k NpUXEYqbxaT8ZMgyjpJ4bccYBYMFtMjGOIdIKTrqEXpbN6wb3Z21yZZJfD04bIiYea85dvrPj8pb CaFlUunXKsXnl3JjAJiGK4M3/yvVzRvLB/DBKBydo+M5Tpw9JDB+G0GMgmMb2tFnGvHodM9+63Lm xrG7PGnOgHLfeZHtSWR3Krycj8fXwAUGJTrgHMUpedp8mLtXrzsw+irS0+QaS+mr6UPDr1iK22ho dpmv7AwhY6Ztj1jbqX9OvoHnT6KyuMQUgso5AnByDltuqkEgClCUreRvcPX5IvMfeTvWulMVXCQk 1qmnHBzMRgDYmDtdqzKFwBxCjkye13wac2VX8pusF4sfSGsJcmMKeTLz/gsdEAj7ja8lNgIyOl4C 1uy8qciOSwct8L2oq1jPhyXN5mX6ygQ8LrgSgaseKX42A34Exwl64DPjb9s470WSZ/ksWJWXghux X1gKT4zJBRDwFPPPxGuFabzdDrs1HuDeYGWMDp7QmMBrzh4HCRjnadhFkBEhKE9UZFjs5z8tiVUL f0tWq63mm6ukLxuy2hbGcgVV1i1O3N3BF2GGYZBNAu/z/kS7FZkQkPoCVCNHIoQk0Kw8AT3rr5oZ wjewDFxU4k0gg2Ba1wuFRakmw700PvGpgZZVAv34WXcNE2zoXwFyPqc3lRe6q44SoBLMhxC/4NHQ wcJteKAFC39eYodegs680NwHwbt1DraEOCk8Ej085o5hAWpqhKRhjFIrDC5IsKPA7lvmgm8dbcnB tLSBS+iOeOG9TsQIlkPYxMcDRME/fQ+F6v0rsHrLaqZGERwcjNQNLRNyfXaSJR/bFHM2Wzg84lcd RJ/QbCNvD7A9pxbTV6aaZsJBYx+/VA6OT91IXLV0bWyIAmpQsxjcEEu/4fN6gUiFZf4/SqBfPM+X E8xQf+13FGQEjhVHo2o6Q5BiI6wFXTY/dvXcmFMgUJuCBopFIGMUU+NEYKjChklXmxFwiXqHLcyv psywVcoQaZuNCUvUMWoj7x57uISltAeglDiQ2JT1nXaKAnuuvbDldRh/GsMX1lpSEPVlTDSLUorU yH9RZUec4vppaErJ4RpP2NMHfBkNQbOJgLOiGxqiOyl2OJQlwSHgkSK18AiTThgVJ8GT3t8JAyxs CjWLEWxikEx5LBkH1+7HNCwcqvmubSwjL8gqd8UGF1n+LycEi9ASbQDh5x1QNcIyjkA8qSLr0gJp PBiz6n6oEyjcFgP8MCnElMGMZM/5cZQNIC391RX6C2kIqgdSEbGvhaGZ1SZK1RRvtW81wJYIoEe8 WtYW+QrPJ5YDQoMK+yVQ7Y7NGnFLRRgcFApaRrNugSbChwF+8qbcIOcUh99BOXd2sdfAURShlDZX QtYGXRIW4tJeB9gvaC8EDXYX1oaKYH93EmbwpN/NFkJnYkG3AeRgRW9spa/6K1k7jJYOQh7C3qhs BNAxplCOpG+D14LdkPPZe8r27cOPXuL0EDDoWyCbrgMZwz89bcoSRd1ArxqMIfa0DYbAW6lo4D4V jWTo9WCaoncNAhDTr2UhOjpnf8pkWncgrxVsSNTlXWfQPPSUPQmqB3F8ptbaFoJL1r21QCW6S+OY SqO9iqtftx9lDL5dPhU+at2GtxsuZtDaBkaF1jP9oUHEtAMV/Ih761qNZQnVbW3UWVmimg+izcDV flrT3xbRCIkFleUAXCTBAxQWsSKViA5at3TMpx0ordSh+82Qf5XIZnwZGIavgfSxe7teBzg2rJNK 9H69TQpJtNbWVbq8G6IIltWC3a+2pG1ef0rHwonsSxNuayAAIc1MMp2tS6AwXL6cW7KOxNmGB51H z3CcaKd+SbmQU5qWsCQ0TJx0HfqEPpcb4DJdBCKloUJ11MAIiTWfbkkoKE+eh+c9AcXVO78EbFFi qqYysUXdhmqcKGXiKf0n4zcjPpu9xZylVMeayTcIqrWPr5cPZ38Mv8101DYapsjTfFdqauLOpOgs yytsp5qMT7lLrJuVop989JPiohl2sqrPFtSs8auMME9wcdEuh8Tzua9bL//qlDqy2533lDUxsFAG xgXd5GBUpbNz9Ly4bENQA0Jp27ONL5qU4BEs53d8xcKWCQCQWM6cVXN2xtqaxYtcFsCRVebI8wNH PWSXDRXpXG94nfprPAF8+ZnBVhKwSkrgLLJp5i4G0HeHb1LsNnZhQAedu0n/JpJl0omx0P8a1xbT 4IN8lbm7PkjVMM5urWF0zQ5mpLCFKMzA+O+bI2s3rsgqhVpzhdP+WTpPsVgGqjMwo3XMBEcgcRCK qEVsrU0BWKzdcK/lPRmKf4F+8d4TpFcIwLTpiMOdL12aj/851iAXtAs3NWvDKyIbVG4duNEalyoX tiXfTB+8fTOAkepQr57EvAUd/zEe7x60aHaw0xwFTVqZoMmSQFhwCzcUF5VpOV96YKi+WKqcxpYI YFNKo7mHhRopyvjN+DqJaKQWFzgdYmvSaGHiPCAXLZyu3WvdhYJm0gj7Q1eQA8WHhSh72Q11Tx2Z A/bLgPIl4g4nkqqmy2mgG/biAIzEKKay+EP5dbkMjIzxapUJtvmOFr1pxXw51rR61hYRUraEg5pL 5TWJtqFxS+awbyww6eZi+ahVCjDfzpgFUIwtxnYzIf205S2imcZPC6GTSeJVD5YH1eLaU+UPsyPm yMmQjKvPHGNV8jiBOYJ5FyVtGAsFh5d+4ZSIoOtc17ws/Lf5dmmyjOpsCuJiha0yET0sTqEiaANU IBRWIOEGwFbeIQi9N6kl/b4nFJsummDhgjIUzsuhzAq3jAAP54JGAcoTTUxOxlEywktaRxR7iLmn 0jwYx7ixWC8WJDuLyk146SQl3zCv8buJmYedJSPotWkCTITCFSQnzQsRSKXQPLQCKuqvDy4A8zNR 06x6QmtLk0daqM5g7iucE8+ZpGQxmxQpjUhiZekuCa9o3YIWu3kNn9GWscaK+EsqCRaSlAHoqaQX 2o1bi/KFxjj7CbwZt4d21HD4Q6L6fKbPUdaDEKqwAcRXz9JvGqZ/SnKO1T+fVDE1YNQKzQ63Fg67 BFv1IN1WEziOMpANGcBCi8lD6xAuqLYDypAteAJglqCBCZhAYFe5nTZFwCkAHJ2F8fbuuoL6NstM CsYEE6AuShCFHl2W7FacDtWwE0B2wbuApnuGYfwDZGhnCawtqF/Niup6hC0YCo1kR7FqIH41Z2Ly pWXtyPWzinSLPLfeEEirpIKg5Gpi69XX7qcm4ykQ0vgQS/uAnplpgUiGhr3mDOB1WW1a6SGsg/LU GqaB8LQNmu4M37GMtnjg2NVK8jq8VGgqSmqoC+3ZUNXeMKhHDAe/ahctaAlA39DAJoD3kwlpygTB 46bWafQat1XSGODbH3D+9hBBVX5Q32A0cqF3zAHdYqsqA9EuoHVAIlsAwDdr6ga/oRng312f54CS OAUOj4FaqehoyLipW2DruAL0B2xBWuwcDh8O03aJUUCZEdyTGKkKhdD4+MXvko0BfHB2AObpYsMu TBL606RsSwD9jvD4xuNNd52jxxeWFRQIPj2qMdymbxuk1TRW/xkE2E6NSzYUgpJRxnX4kpLMWKi9 hicFjZU1fr3Y/jBoQ2X6zMKOHu41VWWdINUmgHnhjEb7BdMM7AShQ8VKirZ3oLSyLYPeoPjxCYi3 KWGLQZq0N+hFn5BNSOcRxN0vlZd2I3z38HaDdqptYi/AuFDn3y+wPhzTmL00UJduCzOH6CYjluf9 CtCGkxMICeO2Y2zBqCitEkg4N3EKlrWnAIe2D7IFdDLenAmLp0MC9cRw2x1yj1UDdUmnHWN4p94Z 1Myh0dWnAjgI5waYLnjaooOMTWQrAlDFRy0TZBGLVbza6wIrLXv8Dm61SvZWrK/NFMQ3Y/Woo6JV g9+aTfneVAum1Si+II7WuKR5OGEoOmUTkoiJnw2vEit+gB49A6a2UqBdEzcGis+eNRaNA7BT6d6K leNGUkiFN2OK4hY+jD8tByp94pIQP7QO9sNqRpB0HrmAAGWOjVnERUGRvZn0vgjEHSe/qmP27H18 KZMKdQKZgxBBmITJ9MGtR+aAuUFhBGz/mqxUv5NGJcjKRHI5aGaMVjKuLym6zgvQk4vI09lZh7LH UyD2rdgLBp0Kd7vtprSQ3djtvtOdOb2hokSbHUz1zQIWNYRnZu9woCxvn0O50bkkVV67eIA5yRN6 fDtKki2z1x1R2U/fGIjaL1pGj5YipRW10AuTu5kNp1xpx5Ynw5X3yV3sBARTuaoOzGC/0lXYL2vN cVOHgYLiATc2coDvKDqhDd4vtbuB0hFgf8tghJaQ/tExE9meoxz1FibcPiYzYCRiTXAYcwn5J4JV V14jaR4cYJcz/yTqxuwuWJH5qMQjLN0Alhyunxwuo+XeiCBSgEws16FAwrdbkCCXOHOhnNopLvJI eBsYBdflfSJ9pt5tJX/XLGSnEZYlQs9BwEtm8KGyn1wtbRlCnkDsG/7EHypCQThJDuB6yjDvqNGO eqjtc46lv+jnT9sBOessMz4r3PWFsiSB1Dw6IE6wDRZohD0472X+dunJ7mez+HZ1wGEq1uHlzvm6 E4QTVOKO1TZGLtOjuit+jVhNQKsUDt5IDBg9mQRq6eQyOjzFcT2I4ExwzrCoEJP4PpYoLC2QNGVU 4BKjjAc49u6yIHmkRu/RfFS+lYi9iBfAACjjjJYtJgepkBVaAo8qxufY8nthCVxrZ756TZl2JGpy arnQYeYgC749/zVMqBGtblvJuloCVcuK2Pi53ICJsgg9yLc0cG5nCaJcUImtOfnoBeDQCRRkfn+n 8z68qRwt/eG5N05LyzUPrDYwjfWaCSeIrfcoP2glWCS33DghKSRCkiBPHlqIqQJi8nUNot7xfzmu Ilv8ZnmtPDLB3k29QkYaySke4FTRij8PpTe0Cm7utoUsntQmVxQsglw6K4Ip6iqjVYi5Tn8UAFgP lNO4piJ2vwfUA0M2zyj12ylIadtN2OiGQApzghjfer3UHwl+5hhOFbywt3qB3YQb7z9ESVFCep/Z y5WDL70B14ROllyPgg4J6/n6rbUPFffAgETOamt/r2jpiLHxSJ8L3Gt2YS3CGCNoivx5BELCVpfc uYTBVoA0BNT8RwrrqHRV77gKPi2lDduVHYomRNqzRUlF1WIsGBB27QUqhV0FL3EUboZ/Fig0uPhM 7nctYH2qwlAwEWoXyvnyZ/GVVY7mhYeTOCvb7HCfGsWxosKsVoryKicdndrqCf1TSEpkgaU97DpD gLxt65RTrV2BybsQUu56OCcssBMBrUOH68vc9AySONZahZDWJ+QwhBKNEijU1R5Ar/xhNMGe+sH2 wEn/Sc8mFl3HHD9Lw2wpl20JDSRAzz98Cw5dgx5MoPQcLvhOjhTdcgqSWEUWoOrrBwjUt6aA1Qyu /7HiXYKd3aFYCnRNzhwtXHH6AlvhoUHZFLKO6Skz8yMBDpPywyAxw51DYFPtcUza6LeEV3eQTDm9 QYIxXuHxcoqhXfROeF+y7mJZnYI2ZGkbCPjZDYhaYI86huwTWgYyI4eWaiuqWV6caQNqm00EL4Z0 Oa01mDeGRgGzUuccPlBUC72tbYCqZYKlSpiXvqopYHDVOYbstop/pFUn9i2iqZEg2gAP2qRTPCF1 R4tR/hG6PUfIsAtgwEaJFY2ytXUkwa9iUn3Vhx8/SsK1xdANlX3QgvTc0HXfI8ALONdBZuC2nO00 sKbbKqPj2zqDQ8LA5fDKvKUj5dtSgA2cNq6753EOWBkW3rhtGiKdBjGQ8g6AZNTVwE8IuZIW/xNw bwSVN/ivtsUTgtgVtCIW8afv9aFMSUQNWge8kwtMBtxGAbA24xPyjbldiymbWdzuMtNksBL5uVU1 2m8WDmIZe6eho5x03woqaHgMYakpLwe0d/+QcGbN/dOe5dvTkmjYstlklLxOjEPl1zrN52h2Yhtx f7+agUV00GLkxTxJEDq201KCs0Wg5lzG5u6kj+OoboA4aYSCsKjutg6O1qafnLWA57954WKrbMEo xgwYnmkMLZNRWM3yjKdMKHgQcSRAHrxEd2VTk8lQY/QL10ofoF5OCraYuJpLfI5QqY+1jh1IaOvt HsoNPUhBLJo9w6J00b2cWhIRwkYsfYE5K3WVowuv4WzE4nObfAa0G77W1kzuIPxsGBG/8tP7zDhp Hpx3k9sceGThDYOd00qKuBhaF9xj3gblGGjPCwVTOVpLp+cgiv0zyjDLQKF8L5BGbt9ySvMnhQZS DvhqfDKQTTV41xonNSyK+xpiViKoGRTj8Iw1qH3RgNOM7TJyprl8vEaTBr3Am8AO61/DXH1/cjmN jPIrCuIL8cnCN5sFT706nNwojroXuTSmfOawjqZRogvMVpzCQRcma5RLyG3kfBc58OxzN8upcC8n 3GfOvzAwcNhzYBaxJa99A88BF7a4x0MDjgRl7gAFSP1qNC52LDH4hFMqitJaQIvr+vVQBxaFHuIs dwTjaIk7jdomV1MGJAwo3oAh+Mp7hUxUWl1etxbCzJtggYMXHPhrUgIwqIJ40p8wKagy6KOKsnWq BLSmJdsYR0d3XdS0ucrJFFxYalGOAXiwxSiyNfiDlRD4WCXoJVhmD3nEmoUMG+VLBTmtQB4sCker riuU2kawuaNhkSY/mwnr7Q883i/PAh5gUFii1CpZN22YgCQRhlsn/it2w7n8N40UhgSuazpShFGH TdLVoFRRFd5axpGfvhIsPAOF8sbz9MoCKnYoDGjTO1xGijKeJERa32CqlJE4bC+D6ydqYYZ6xAvs xC1D0LyzCoumKIU1vYmCBDnmiSGdrasL1hetCJSXw+vAt3lrEBojCY+d/5PYNhgmqu2nUH3Klwxz hRu/SGTYt1EYMHc6BwpAPAlPFbRlVjShX5xGQKRbRxrjISU4JUL1K1JZuyBRQ/JDqk7xdsSCQCXJ jH7USFdgp9KCyX7Ob26zwMEk6EHJLwGygh0KgeTlQN+3IWpDAoCbxOhtVui57TuELQ/cFHLWafzA AUpKxbmGSPgjdUsqa1yom0CjclKB6x1qvo/W3LFo4oCAaYiQhbICUiwmS6xD23Rqh44IdItQHa+L uKkSUucJ3RGGfhlEQePRGLCsOHztIJy7Ic2eTYyAxUfXiAdmKecOvu5ELl1n/uGTbi7NDLK6OJXk UBf0BpYEvIjNwcrO0Z/TS8HOvbvtMek2yS9ZhaAYkJ1Heg1iSf6ATtgyBC6A2qRgWGCqAuHTcq3B QSq3u1FD0GsKRMu9Hi7wqrkBHmEwQzfNnpakZCKdoLtnU6QJL0DKryUXptACVehbf6mv9I9NKWOD xZJ0+FuIq3m2HQb5RFQ4UHDW11M4mIHASkyNopKuTJLh110EXbUKJJvW+To/oJjhWevDtTKhkFt8 aOGCL1CKekutGbTXpcl49SGqU7mdNfCV7gJJACLGDzGDAJexHBgWsvYqcfkZ5ibDFF3ApAhKD140 38vmICPSL42ql8opzwAVO56BDFBZgFz/qJstARX+ebEC3pNCZ0qL9Y45v0rB/fq6nS4aPlWhQCrt 103uKejy8P0NFdXu1/lbivPyl6+W7e0ouVnOrMxYrWgAzgn1O32CICsPoVG33bOXL4cvOcdXqbYK F0sUdsObf9kGOcMSl2Uiw/CM/FuGqZTdoyzfQNq+kiB8KQ33Jm/WlGVb37x3D5+cTl6BZ8SShSUx f8NAlxb7KfNZam6/HM5vt96NJ4n5cLvKv5U6Xcqp6VHg+KOKFmDO8kst6Ht5ywbYe/fqviTvkxWX 5fslg7jJyTGWdKsnpZjDhIGEBynEmpWm+3GQ/luuvrRlnXl3raRc8PIwbcT2wOlYUnKwpwxdjV+v spybrIzynmqm0qelX5+Axtfr1fjR5N/b5+37ICdbwvbhXxP++pawLZn9AqY1ysP139KALeDh/6wL KPSICFKmJSIru3FqE6FZt16X5m+U+jGH3jzop6GAkRney6dXDHoWThY2D80HlN+8yvD1/YpTzQE0 arTBy9ba7E4yhG+4sr4utIH2A8AdOtAgSvW4uX5YDo/hDWxiICh3fb8usxeRZCCH4xEZdNCY6txR 1qe7VGrtxU6B1s6o+XdYL3BXunGZ2FFOhvPx+IxLodZykuWaE448lpifETA/qbA5CZQW9ft6kEra FHhrd9eMnsxpCt+k1YiwHYDwVnr10KFyH+hwHl27AHwPNxPfjL5h51HYLUknp7Pg7llj/gCjj27h wPLIcxQk3KZTeiLEm2WuenBq3l15abSndjk2Z5dYNJaifmmolIivj6yoMdBUuQFURpvahuUe2rxt Mo+UH01xMcl7q6uv7A7koOVEaXYbnwyXSYT00YZsN6uaY97WMxSQfqN4G1nJOox6L7LPvwaMeEfA LHsTrha4m2lxXxkvFMUEMpE+08Da4oD3zjqGtWMz0Ff9wTajB6KYT3BzZoj1shoGsw3ZrHYuoRHa fmXF8764DxDUAHSubwGwBsRz3FZrxF/gtmfS7g69+VD7fBXBgXXPRufC5IiE0ReewHzcY7s2X0lv oiZJKYHnvAblo7P7psfW5Bm32epbTmW+eckeJSnIG9QIuy8IWhxhlqZVXWKPNx095SkFRhd4hlUW AuSCqCmRH+IeP/MClqjyxVHyZa+c5ldgZM6Db5WKNbsw21BWFMsrzrG06xc7Rvvyw/3ipLal4Gzk TPLVjYeMmUDpQfZuFHtup16wUEe4cWgtMhiYpqtlESzJlKsMVTwySDmeaw24QTnGms4fjMsstnY4 KuUALMThfJivlSJDFto7QI1PqwQkcNpIjQjc3/RjjuKSdr10lAwK1nj+/mIVNrnGRF6te80Yv43u +FY3iXpRGzegGKd3e/ljphouKuHVjMM9iGXj8Hw8S+LtIavXzbMLFYEsI46GyqwIhsO82mipigMs R8xmrZKccGGFys0Al6CAzEhOHVAEjbBWj8pi4sRrUQ5a64fSPEbdPvf6QpyImLGZ2ffm61xUXu8y RMIBi8YDxCqi0k1xe+F5CwPuDdkI0ShWFXHDAZ5tm5aCrgO3okvAZgCkVuSDuVOQa8PD12VTSCCk WzA2PJ7DyWNvygGoYWuG5EbhP3xAPdWGYUixbqgHSTMEGXSG0GyXLANgEH0rRuGPr35LMUYEIXnQ NPT5Dl0CwMq8BMfBNpuFqKCSCyVHugL5L8XRNKAl0KdgFkOSBCdYkRzqdiUxQc0A5QCucAkxD++1 s+TBRPIVA03dLQET3GFIgLmB6FAv0JQZNbXlfQY0ac2kQjLffwy5R8yAR6mrxqxQariXkVQfr3E2 Ze2ohq2N0Jiudw4cBm+WphymAnTTqe7DbUI2GlKBDMZxGYATrGmKJbeD/hadQT+jWER5qGCjXlDe 6DAeIAh6AmCy+tYIcwSbu1v56HhF44pmGGd3A0xDv/TWGx/bF6C8q3qHts/vIXnpQINE30iGbUcn kE6rS1P6HsgTAhUqFFQOJTPyPoQzmWRVMnULEReu7v96RzagE6XXDE0xeLycRXmApiBDOnhJ7KrN 3m5jLpLEtAOrCkfzkK0gvAIU1QUWCQyPmDp1e1MIaEIqrWeSWs6CJq2BfdhWI4TAx8Z4kTS03MK0 btIMySzl1OVkwd6XJOsmRe0xB8xfFjAskWQ5QJF00hehOKyZMkRp+8hQbjYEpK0Es2esE2dWhikg 7N51UUSrS+Ip7xSYt/5F+v0LHzO7Cn9TdBBsmVaWrZuNr4AS+K8IlZ1NQt8mn+vMmV/Jd8lacldA 052vh1uag94Xgw4UoNvGa5ajbpG/ZtmyILaoSmS2GWTUOE+HgmMMZXJuw3+oydB90TCVMOydVhZL B0hMTYYWBkNT4tRosJrffWl0YEY+Be7AA84XlK5pdJjNRh5zRl202JYDizLNFiHS7Cfp1jlOAjZC U401tPPxl+AbAxOAOglWndzgTqOzamlVs6tIQhoqscDPAdA689f+iOReUkhQbaZxQNAtdQHIDRl3 k9vQKbFqkwr6TKtMud7Reqglv4Yq8Gjarp24BOrx3SkVQwg31SkKlImX2o+dsFFjQZ7Y0zJ4ZAOM 2aQODgtSaQKCDYltzC1AolVmmw/bg6BcYK2kr2mX9r7THO1Ktp+QTk7NxeLUudRiU0uTu5gMJ/iZ MHPz02RNM0g4KNxkAj5ouVy7Otc7q+QnFsUWfrMj5lHvT6Kw2yPj0FCf6Yq+jeUCgtuGq2ZLp4Gc l0jRtTht3tHbKZhNJ5WBUEmrDUUaNrwnuDpFZdiuk/AYStI/ys9TTOLNArt6ckrSS1V82fbvdG9E a+mWDL/5ZbJSUIHNTDpaRV7ig/59U5MsFhrAkA2PjNizaHtRwVsjbHdLi9vq8Ag4H/En4QFLd4bN pmknxtdat7YK7cv3+kp9p3PyFWkaI0U+LB/FEnXPRJCsFm8WwWKTLqQxbGFQTsYW53qM3dda9jeV afB6SAkEwbVkln70p0vafYwhSVH6lh4x0WTec5qzOmXB0UzGSaKNHSxJUQQPGnkeSrAXaeIDp/WK CXBxrq9hgFL45HMp0iiBn93kGyAVIvjg17Jf7T4YWLTiN9ZKerHXRLaAkoH94aynmfO2dlgyDvdA 8mgIXLg5fPQh55oWLZxqaLzJJtVxpsZEMaa9OEggSG43ItZAg6DRzMgifzqSOeDF4zQFiFLFD363 cdEekm0+/hz41AhubG9/9LddA80jiLCKIFln3prVJLPJViYEytidldTq0RYIGfOOhV/UnTnS0fza ArIDs8WImAeoy2i5tuKXx1LM0DbwU8OGnDbzTHsf5bQ3maYvs1ErzE2BFqgWxUJQXzVrkTj5iz3R XwhDRhXcYAMttfXyh5Oer1kRQi0Ylf4g3hVb0AXSbaZh4IY+vW0kAgDfCgriIEX2Mlmfr38EsM1E ZurWjjtemNsq14dJ6S/Q2/VirahX94PWRSplVIoxigTznN3XG+uIPjgu1tGdP2auO59bX0FKByi0 ZeBNSuEMgmV+lqnxauY/H4kKwj8UnbOLVor4/8celqt68xieOrOcvXYcwxNaLJAQ0yHSO7mvFJev onurwpMBu7pquaRhW1oWj9VjzjKcKJtkUwPEsX5NmkLLHlJiuJ1jbTmAsRqCKqQaa/ruodcenXN3 4nIAkKkNgXiAHTGpsp21iok91UgJmQ8Yz+x51OkxI+eEUG7oYMJ0nuvGtgaT8a1/U0f6JIKvqQs6 6OvV+xKsYvrT7yIJNDYmAmXO0rl3SqtIybp8dS6H0CU3xWvUS/IbyICdLAEbQbkYBG40tmoPWn8L WKUgczSnhKFVzWnUMw2WxituJKTb8mM7P+dGokNrml4Su9GfeUPVMcfAxslVq3EisFBr+kGkL1M3 MYF4t8X0WLQYm/GaPp8f4b5kB34uxAzkKSsSa24zqaAT1poAiSptFZWB5htbIXf/TV+Y3qvQyBTy hHgMWG4zzChzfCwtjBq1oTe97pI75UenVIh8JVD0Ybh0DyHmSfqH7CxPUeTrd2ORkahr8XK1cemG 8HYxslfsSdMEwAHB7HiBo/VDrwjdIfqiZom7va9wtYZExALwUCixrvbVUQnKDwgGuWsc2Ok/QuRp ITNRlFRpy/DjUX1XY3UVdAwvCXk6gYzcvurQ4nC0CytEHeV/4YrANFtmT8fL6+u1fNEBeHCGLhsA PLAaHp3uVwDj63o5KCEMVlRwoM0LVQ5cuYRah5ke3+XPmqGKCF9Sc1e+AF4KpVcV4Xg73tTfkCgL Yz0DNlVugKheFEOASFa9A9oJ1FWnQpGEqmZ8nm5v4ZNSjSviYRghowDdj9XxOH+foJ0ye092DOGZ UG0PhWUbrauqH8NMAy01qCmzg21WBAR+ewO9tpMhlfgI070BSj1bLrAKG5DZs5+w4RvIFdz9eQ1a lh4NcK6UB8AV3u6OEI9mFMUChxVzMLy2AICuQ5Q1qgFg4O3jcPvotYAXBZSUk+hXqDZSqfVhnKHu Xv/3LUPWjFBIBQy0qZwJfBWSf5WNbEzoA9X3/7ESE+Dl0zXQXoGO0/F2gPZbMgVC/j0qX3L7vl5U 0wBTq7fxrdKISxcVQZrf6fS3IiYg8c9//6/Nhevf4/n7ePMTzc/Hf6VSWw8lSKwT4NpC3azv6l0o uYF4cFolNQzJagb+R5BB92/wfBwA7P8AidvvqVpIGdvByED7eyWSL+851BpCh/9aMVsM7RPd/Cql GQnsIHwp0OFByy7f+mKVwbB+r5TH4f3irW0oKRndtgA6Scuu/oitgVaXwJwVslhtii/7L0anNsmn 8hrwfgtBgSB4a9oq6AXYDKEKwjLtKE928RcJJQzb6CE0Ghw0LSOXYJeFDyw2M7UyqB97UjYK/Uxc exa+S+JVxbBOcpjhdyS2ExY2HL4urtuKq6yW0dgdoiRs/aQh/N+LlDUVVK0vG1B0AGTer+VqGzzN SO/RCFQI46TaRjtsoeNoAKOjYygsewF0KoGtqshq+HTdfDiAdqV9eUgbOgQx5eDqszddlsPbS/Tm hrXRHphHieanUXsI5QJfJKTU2LlKLlPuDH83FSdm+YqzsnVAqjw9ZnHuka/4FTwHLgpHgvLlFDrd 4x6aP4yP20+fGh03l87ib1U4XaMh3st5oNfbqc+UZyXabxVu80hzKWzRdj4x4Nbed64PE1l+Cm+N jy1gWTWv/CC5uHx4i8d5ZeuYuvmVeTm5k1EgR1g563ADIbPYgsmw2KxNphxqzBvl/qJFuNyCfe5W FoEPmT/JZASiepnpH9WxIhuv9QsUrFOWN1+99yBXxgMFOQS9UYRF5lCZIGIH4EfSbTmwV3KQ7dXq ATna7WALEKu9fokTuWGuPchgMJkByFERveb5WUdnqUyFN1aUgca2Tazf42+lqwV8HAo04WywtgXD v3IKrR5/z/nc3FpOiwGVYsTxQIPcTee2Ppxx/s3tnIcTtNIHDZtTJSOaYByAHMHHrCucGc3MyguX VU5AzGwuNsjJx4dC9TZannBjJUuwVpM0I1xa8JxHkivOL7FSWpaknMeY3cw55yow55wcboPpYy1u hYTs3BgnFPijqoJxqrVgLYgFHuMO6QZv8bUlgRSevIvJORaRU6SFiInWqO4hm79FBIWAWCWSqW5n AFiuQSULhdr2KOKu0GYCzA8kHVarJeVRoQK6W9c8jahe0NGS+ZO0YhCapGhk7lYcm18UKeDKBi+x X+RI1POqMSMfph0c/mKyoSFXvLYSVY2zWKb0jfeHXr4SrmVdoN+uQFcIVHsr1pZjzSGVKmhZ+Kol ewfaSKLOqUWOpAX0CiUGKvjN/B3ag69aBeyKkcFsoi0pZMur9FShY8VVyt8uxIetStVzbh/SBbqR sSkY96qjIFZkq2xx0TfgsOK91bv4+VaWY0mcZdvJt4MxAy0hAIACvS0dsYTVYF++fdmfrpq1UUKS xQ756ugA7gjqxMYccchI0UkVj+VYBgJDOvUcBFwKrVBjxQCABh29B3AoQyCnFoQM0YJcqRMAiICD cO2XFRry01MkxKSouMGh3tVn9CCGhm6WHOvCD7jL0kN/QcXByS8/wsKhWWq+PqhLCt6AQvSKonLd SVnL4v1WJlWFZwQxTCurZXKzHO+gjOYSpACBcND+J5Vm1qZmQiEYlY1Ff2yoAsNQkLvEFlYVS9Hp cJRyGQupvE/QIL2MxloDdyUi+s6S+holAD4yBiXx/iSGAoQfISVEA1sYHCIHLA+uKzPZnVH5WdHn BhcAIv1QI1kNn3FJAwxSwmmaJSDUKXEQnZkfcB0raZ5oUM8CkDQdsDeVJ8SkCVMXCi2mtEUckpN7 X0k7lH3NImqn8FmaDd1ZOJ+ZKJihWEivHtv56VRRsSHb42baqU+p9qZmF48q1KOd1pAED7v4+dA5 I9ZBVOy1CzndlCzHXXYNfSEfqBGnl3gQbtXv0uhYbWZCj4JnSp9uYg/4BBJLwnGmyoYUZLRnV9rP 3K44FfDyVAVO5iCNVDHPTELajIZxstL/bHMn/yqiVQDCVvlQbpBhd4SN4hVeosNwhwwWxUIR+U96 WipewkxBDRDAfOq4IIOuLcjJs9Ea+y/+uKvTJms7TxNt6tH7Ep+aOSVEEaXNbQFbZhZC40LgnIQM RoaejiJTRpNt1iPCG3Skrj9T02d5oywFzcZCl5m1iKuLqMcQmCGOsBT1ag+YqbOKbRGmFXXLJ8gS pW1L7mJP0U3EBOaqx3ks7FbG0GWMU+AMWSkk7RGKF3dRs2sVpcxFr6V4KTOqF0RhjEMB8UlcN5SG G6EtOx0GaTkyBYxTKAUQzORYi1qKc4T12eKi9fQpmaQnDEytGbRio/AlouBX4hw/k5CMRoA/dW36 mXsUzVvRjBtyWmaUzQjdjDDp0Qqc7c6NLQLJL3hGbA4GnkRnxz3oKjeyMOZo7pbo04t4tGC4gROW 1uqzFtibiBhWN2wKmXU7AU0cxNKejebbViDXnqVjLFwbZC5SHdSvFiwJwo10GowKD297hwI3ZECi m+xJUWLeONCpHg4Jqtwbb6Yw02wrTZPsDrRsZV2MotZ1JzV0k8phaUydHqOWETDd5z5HV0JpTKNt VpqzDTIgsLtTbr3JVwp96s4cGK6sDlrBadwQZRwQgfzbeHI7s5o028BZyWv2raJP+t42KA8A4VGA 6QnqRZVpRIPSVvnexly+PD1rDuYdOj0WoxPDhpqVTi3A/FXjm6HmfgTpeJI3znBjf6swSdNXutQw TMemriabHGMqyWEK2bBV0NIUc0heDeVrFjTLjiXa9fNoGP5qqfHlMDz2zgDwmgiI3zmKVIhJ5a5Q IAAiCzHtzm1IkyNzkKl1FNGkQHFYIJLHeDbmq7las2pmgQd5QRmOWkfYrt/lI9k0Su2j9Ng1GxKO 7U8J98y9oabuc909ywHDbqyY1h/+YHX+SaLkjJLlMlrSZIei9z2nnLQ59YGlYyQr7j+6po1Dv1gI vbNeucl4e+NgkoC+FEW0ZyXIggVtOlHDK2NidnPGcYhZYlJyNlxO04IMKfO+LU+eyiWPIbWSRJgV /l0phvl6hkf5s5HixNggr7kAUExbqMPYoXCp4Z5mGnx7oHKsRVWRkcgktJ4WpzPztjnPJUCyKqJF K+cJPdIpvYvHkpWvUaIpayAY7tg2rS4zUyXqJpCvXqKHnE0aozg3zVniijrB4ci+0aoR6rSsdYhZ SaHMejmb3uXkr/GiwKyzXzMufgW16cGASl5iebN6lkzOpy7AenSZQd8zwrSWZWQzPED3KVjYvZ1e 06ywH7G3cdDyBRGHV9IN2XZ6EHdYUComlqQpaALvt01Og8HfC3kKqKhmMtieEl2D4ebO95KwtjLT 0+mbnzxzXESy8AkZTGNbcfAoNo8xxRJYCCPRY9afAM0VsR4MRKlD1VX2zYTIUwxKa4CPChyPgoDs r8aWl0zlkXKdPJTSRv3prcg2IyXqpalQfIEIIusVM3b0jUhYnBcv01mCQOJi+QqQWy+daUIIL1dC gJZXh3B1OGUlN6zJPDnn4LCkZTNPzJ8xxmbBvyiFAg5hCx9iOQ+6mvdS0LID2obcGFPmOkZFtxb0 pNwiLJ7kKTEl7dY3tYJy/2UGGT4kMFnqi1jw/YQzqM/hIvXazxoaEMLkxNnzFLMhX4NUL8j9s4rM jz0FPihSZNOshOQ9a1OPnKMyinO5yhC0lh4KqlADNNXGYrijEIz1JrmN3O2+BwqHHmO5olGcXo1H msiASQ/fIjeHK4HCp7aKvAaIMXXJO7X4FeSKmxQ/43rsnwy6WhRPfAgvKfRLCBCpnND3lKRxkkjA z9oGrImpKQ0CYI9Jtwgo+UqKYt5jQHroU8JC/q2mGXZuBEKl5AU/ikIouHbuPo+PhkjJDISu6gJ+ NDEFZaHUnKnXx8Bvbps8avieuhm9Dq9D5SrbElLoHfhXumkpYUoQEEpwXw+/9bI5WB8dBGg7mgP+ +Xy7laHJ8XWLvuFs7qxQKnyPC62uAPwXWBoYCzAEWMMiZd0C+uDUgGS4K5VV0vTlIvMafK7GrIGB E8vspZigakDIqgmX0E4rKb4Nx4ZLvipcjBRe2VdV+RNEXlJrkHxDtCUhydnz+cDAzk2BgvUBvsno pxergtH4y5ENV8z1lu7qE/Aa1C8tGZLp5+m19OlbBb59vkPu7xejfYYalvpuSOGMVvutlwc62vPx BhNViVcL3qsoZZnyxKvnsz0R1Spe5UvTrmD/D2m80ncR/1MFDgOEjjYs6buh8BXNsBifH9+g7OWF X57RFNoLhNcr8loUw/YugE4HVPl5Cxhsirtgmcgp4fzzpIC2BHQEADAq0fxt4S0QIFhGrfLOUtlv Zhu8Xko8NLwSxjLj//eitIZiyPKpK6pc2jsU/vAmiRvMLpsdgg2u/7qpwm2tb/BtdbfRsNLfqPtt OwBALskccg79VrT6owZkRf/9OsteVgtaIXHrcntzo7RxFa1xiSsHpcX9IxE92D8+CP1FI/zkh5lB odEFrydKTS5ukbDfnpRa3kiHuWxbVHH6RaXrS8GhGQTnBv0rPGKm/lN6ua0dK+JOS1wh5zOptnA2 PmyosLOYXDeVSe8sA9tqN6QXQyp7gkOc4HDUoIInki3JoIUkPkcHL0LB/UV8f+xtVIzakm3PAwxv h+poRb5sHBgWHgR51ZHIDtxuM0trNkR0VxV3DTh1oSQLc4O6itToy1WawWDKmk6ZuDLg2qZUZyts wIHtM/t0inUX7bbjxPgibBJQif6ySTmgblk4y68IBm9jSzQn7dk/M9HAcAZ/uBwLRUWV+JrJENRy KgTjDJNYhFl3aiPXIsd4Xh8bS4GnUxlnujf/LvyTzn97l01RWmm+qL8FvLyvHFfREifoC+a0lx9A FN0thDPXTEBoHov7VNo3H68UgJfHoykxXBKnPZW9y4mg74sVCpcKi3pIZo0RGFUutGb8lw/q5JGR FQWXVcZKMd/sDiiYe0zJc0GLgcJv8yQZGpPiwHGU9VXwYCjVuWYUAMkmwAMeHGpzcAFVrlKp0QaV Jxpgya0EuHrc2IvuYQWFWjk49u0Zcd5pEeBCWA4P8kYpXVRYUhfMV/EkDzIDxC4gMt+oaCh/PWCf x1CmswGzoGjyCiZi80IjzaVNccOxfCw1nxw53eVjeFeg0Mjic4lUQP7uiwxcriALgUY+fN54lDNn QZTAkzvG/WiApSOs0UChDj1aZsgvTslU73Seq9wzLkGAfICM+VuSD6/M8k85AY2rBzOaLKaBKhEZ Ni4e6UH/ZubtyxSQ8itRLEesDZruQpcyStByPpSvrZA9Gdn4IUFmEIrCVS/ap/S5mhDoJIEXjp1C mThCzCPYhL2e08KlhShbUxMmlJY9x6TB54MxxfGK3pVEg3rlNixQj1+QRVfMixttEOtOm2EyKHKv umksCEZaUS8fznxCotc8JniHk+QI6QdAN5RADapc1rbwWRy9hG4alNXSu8AKiYrXKrUrEuM4YcXh nxwjTSIzmuF08VrpiEmY43e4JFxDqCvT3+oQ3Dwlh74tDdebCLeQgWeyFotxerN8uWyS3wxeNMav w18QAkLNUd/rwIhnl/Lek0reu9tCPueQ8/O1UwAIji4uDGsuPNeopiHATpVb6KIEY5OoLOBH4Vi3 9LLiSXi4Xz1EiGydAGj1aCA5+XROQYML7SglrsBjA4WMa5D0iAGKe+HzgnGy3QcxdamARbCtbBAu AFa6JVdZPzZlwgbwpgC+l2ODHUQfYcNe6a50SYODDRiw0NEjBEWTkPAasTAeabMjf1skY2qVmxYN i1Xl+1ExQqoeKpZBxoQNeeFlZmV1iBw/3OBcl5UtmrH8kHwP7I32LnpcSLLdh1CTUJFBB8ZW2t29 NoIcl2i1E/A0AKiZhggqJu2pn8axdYBja77oyZBMC78hXbe//NJV6dGjWx9h5i2C54rOPFCwQItS M8ZPhdMwZm/A6SWUIvnGuagnjaMHu1RE/j5/IITE1LCU3x+rTFsGXBPwv1vjOYZmWINxoyv+DECx OwBbpwywUioI9dN4QT1sh56zROGw8SkyJBcG0YhEWcQkAqOB8fmK6k08qOo4ylJpxANWlooq945e tYJpLwJl0fEoho+jrHs/GzM5DuqJma1+ljM0qb1IBCW+WouBa5iI+ptc95OE4GCGNhEimLphCN3s 1xi6R9jqKaXIBgqjnOi99IF7KFqqDh28i5YnW9hHeQiFOA84LLDWT79rJX3V7AqAtUK5sQGJE1WO OIy4bzVQUOdCGtVTKTpt8VswCATQHFOBIUupAhFZ2hsaZsF9sM4tgeUwPH8tAelIA2ehSIZO41cr RhyCX3CYKfEMwk1owbqImOLhrJOiKCiPnhkH1H4SHvvW7bPACBSzVNgGwdN+jJ1uDAc/tKPoV+Oh 1fMzIIKklvi2E0kqCTipMEeibhY+MoLsR1xeVIpiNinQur08ugzTopLhsQoI+VBVw7pgR8TtgVFG qyFDtcAxMuVpQkmebvKtGlcUo8SQMu8lVoyprA7mCvdCG3f0/u5g6p7NJ9E74ugdzRlJ04x7C+Ej i+pM2NyHFEuOVXdYPkAWCqEn0etACpY2X2PLNyiPKxbkzFD4fK2pAPxrWG56UcQmSQGGYzy48/CB lJ+zLcamiXGyjN9ya21J0dHQYkmBNH4rHaw6b82eVRndmiiD3aYgPFRWIXUDeN4uhrx6O3qle7sB P1E4tv9CjFOMjna0/VUJbvckwpSBh4Os9ZG6sZX4R53zthDTTdBYI6Lh4ULmQG3Yf6NtKPle/6oD m3rRKRWqi8lXW3A0GSvATKFJ+o6Kq2d9pB6iMJZGHZxpV84ahe0GMWubarS4wF+f8ISmVSjCbwbU SGiMqGe9Gj5Ghomy4AhZLaxOFpgs/Mz+YGcjKA67ujIztxuL/RAKpzokZXpmZ1Qe0RVJRuUcKtYk snegpu75kG7w/ewBkZslzzeNzL7N8NFqVYjxQRl2FpzlYH94BcmPh1tKk0UpNXVh4/ZFyQTlZF7b OqU88Qd1n8KlSnBcdj7Wc6UMesJCY/iNyk7j5TTOJBhY/uF/Ji/ZbOKQH/zUDqYx8PQmy36259ku tqcy+X5mIHy+U86+UIA2YqdTY9k7B9LlhsVpSa3RBXRs+aNmRFnT4bnVCNAbCCxKZ5I4D4kq2efc e4RIbC5EuJxMgxzLuYXSzUcynM67ETVpAOMNH7GXiVGEdyXVXOaoYyOfK8iUaUju+L/G5mQu6fRc +jliMQx3sMsEuW20jq8MJOku+nAXUzAlj2HSLE2bF4ET8gwFYH7l6/J+2xtQGtq3vVjeNz4GfhaT 8TGDzEOf4FsVKTTs4mjBkcAQFmYXtbCayQk5E610or870stCcHF22VIsSLhlsE9eJM+cs627u9vP /Reczi02YSaobVBPMFeB3GZU5GWc7tenpvT4BrV2yhg6U7haPJvKDRCzOuvLdebPElV7XLsWn7LN dyexqGQDlLzSUHQ6xsogF2FRCuqjW7Vpcn51b4sMSCwWLaYdR2uh6KINzEZHRaNUyjU4lXosNQUN sYRmETCHXyCiJVBAE2Gfxf6Aq52LjuABiVaEWS7O7X5wYQUhMZJgx9igAZZLpAOWd/QZ1QsMODXW foh/aJg32hsYJJ/l74+e3cA+VT7I44ruRFVcEboZmmqXO++iA6omRwwYShPwT5TUsGX6fPTOotaY 8wAptUBAsLKtGvOTjRLD7ORs+49V3Yl5siANi2BiPOAFbwFzqJGCui6Pma1C62cBj0W6iHisPE45 bME7VSz1fawiELMo4bRGhfgLqSoBRFfmwwAtCrtyAiOi+iJmL6AheoWfbQcc7GIsPi57IHSC+vIx bsXO5mstFavRZ3U7MWpbORsh5uIyeWigiOCRPjGsov6kO4tpbMjoDELgo3n6rc3zcK7ISr5oBTu/ +ABDBOaYVrsmujPyIOPlGZK2EFyN5Ct1XBznJVRQJ3e+HisqUp0TLlwfcJOkRiiwF2mVaBl2HOgH q0Q/I7EIoc9gLBmZEM7IKTv0SAEo1euygQiJIVVBlZ2HhqE1iuN2UiDMRBGH+qJNL1WHoZ0QPUqh NM7eyRhgFJbcw2Fe7RSFY9Vd6ioICw7W38FQ6Zr4hFapvJHZBoCXidmb2eT9Vnm/G/BqLztTZATk a07GCmT2/xFEBnxDtAYeGKzO7w2CC0d9kzwMHPZWvtKGwYCWVzUE6FoweNknQEiUVF6p3E4rdFLZ GBCgF2QOHvRHrjssNiwRSm+iSL1TM1Em5a/bDqAkHS4Rdqsv5Rlx8DOxtxUHPDxOFKwRXpCsDp+F 3EnfRfOB22in9gaY3c7fl2rDV3eFaJ8r+RFGrQwEXNDwQiGvqU5lQEzgBWZroKgtD1clCjnUsoUt ErDX7mKVICy+FwKaADZeYQrUtkaXN2U5FDEGQHq/HuAbfy4ttgrUwExibu1wCLj71Ysy3X9OPSOU tOUwV4i/3QS5yOhWJrZ7ZZdXQrpU8ZDnwchlO7+rfmFkdk2M6/RXPreuvWQQw3oqPP/DWx51ccVU inz0gkK9lxQOT5bR/n0ot/ri0SqcyG0vu/kvFB2MfL19n0rNPkvFXla58cvnlgAt1fkif/sI6j// PcuCRjxvFQSRS5hXY0SplutfaeReKPh1+lejamiUQl4yuBz3/z30Zsvvl6uFQGajuu0dgtLHL68+ 99LGq/cshrN746LE56qh6OXw8X1185vU8SgOrPZCzdByhVtepMlDxWHQ9UM0QcJXYKyJ2DQJs5Zn bg9B6rpMbLC5NQelw7/N7nJ9Oatewnq4z+syFTkpwb7NIs1qU2UWb2O0X2LqMULFRhTsfj/dVDpp l8aTH16VCSRXkYbwllFt+SatGogD2rywM9N+ETklFqoKS2/2IDk2HBfdv30WqLpJYP1eCZpeIh9e eNqTqaDKE9EVZIEGxDNYahA4BS//mz5hYILIM1ApAcKQHsGJQH4yC8TuFgymAUobKxd00OlBjW6m Ec2I/WVvaEtudaAn675s0wqcB+ylRGW5MsmUUCowBcyOt2MupKOYMlcd5FC2wp/wbZaEgbEJWyii QZd5inlcUNyPHeSHWnMjCvH2kkHxC4eNy8rSuZ+jRT98eqO6rx1+5zIxSmpblTgXRGEqYZ0uilOY P366yTHl3sfhIrppqgYLgVkm1sG4whW4eYIVloyJzTnk0hR+rNpJVp6fIknVtzQe39CjfANRhP1T HnG4AHeAfSy45RXpGgUNjHfJPup6uTSCBVch5UvTEtRJQF3+iXPHjSon18+CaKDi438Je6HWPOuQ IO53XxogEAlFOd4r0IGG1ivvFn34XHwY71jPggp9GJv2pHljBY2az9XBAy6KRNOo3FNTxkwcK9bf 8uZC5Punuj+k9+QnMtTl3md2KGJPcGxyxQ1Ot73/2uTcV22sD7vIBpRLma8ygnAw/Ju7Z1i42XgF d8Ino32cJeVi6YEHW8CHgcGqncjDsBUbM86I7Ns0r3ljLXVwdJKHka3WqJuTZAl0uDh9y0TO8+JJ 5l/ZHW0V+XCG2T/oxly2x+oSNwZXCQUaQZkhfA8BRSn33YO7miqmyqlQoHwuRo/T4VR0/hs6YHuC y6b7lbedJI2qcZThxqUckdwrdCQo2WSj0I4l0jhRzgVNvKwJg9mi5DDG8O1ZzMWzDWz0ttSpF1Kp OR2hEKeJYeZwRS1/e4mpb6PhtoqIJKlfG7pn1yvxnx8fP1AVpYhj4/sc5xXTCPje7Ckx49TuiKbr mNxn/GCkC188Z12LLPC5zwvxGjkRM/3yHvgKOAHnPz7h8KQr/85h2IKpQgfPF/4joKWhxWA0cXVO tnMEnF90SAZx6Ei2sE62g3DDYzAvIkgfRV5/rKlHdLQoEOkJsCibthNSiSs+e+O8gRVvhO0gpIdz OF3ESc22xOCUhhmJdq3PV44Kh7YJmkgVIMUOPgqILQfh4oa0T2Y6viaVYem5fUU8ee7NokXrVKl0 F4NHERKEpMKQnGloYdyeH+RmRH78fJCF0rlIqQ8SPAoEXA8yNVRjI7cWqL0/JIGUChZcx8JpXqkZ 9AOPKrKghbg+IUqHh1J21oQ2Nr2SqyhwU4MwYDUIBxA3XS3GDUbWjCbbHopYwpqgFRiEhRKhd342 Wm5I7VFUNpZChuzk0WcLwvT7BBJYNo61oBppPEVZDEBfooAKON9vg724WTmC3/FFGFb7JjtXaxK+ 1Zk3yYVPwVjCRcr+MxG7Ef6VFfMbhgyWB0+B2PGgudzxseAzGhxoZWFh4WFTgH5aaMA8pVGuZnCT Y75BXeGv8JlS6GV66w5Mb3SlOUrOTJnVIJJJ7AF8+fwIJDMmR/yhS+GvwC4lCWyd9Do5gJDGO92v 19LYoc5gFu0ZDXV//zoCyNDXvmZ/vf+qhkPACexPQmatQL0k+CviXGWa9ia0KUtzOJvpAbtClYL8 GbsHpWzsCqHWRhUACBUE9Ml1r4hHh5BLmn/5yejYAVCyxfNI5HxNi2Smvo1e0syMqaLOYYju8Q/Y qrUFW1UAxx+FcYZ6VerAhlX8YJqkCU/ggJaqkaFAKJABvP9YuYwmaCAm555KJAOKUDTQyDOxihuq RPH6q1L8rZ3hMJIVqR4d7VFpGrzYCvYAMjYFfwJXZfU7oRBq2uD7qSNtWxdswHSHrNYs3C/CYXfI bXcEekZb6FlZwQYu+coXw8pC6sifG3IOPBiv6I7uC0ecw4EApuCmKrJXg8gTWWtzIwgJnAepKRVy AsPhyWGVL28/GCDClijHeKHQ/jU2TVnNFJQ1NviQRuopsRNbN542LdvgMwDfajzim3UwdUiy/oM8 SRROC+qMbdtGAMGRTXMg1eiUMNZMEHdMEvPgEwQ1JixrrRBNI46QtFORhFri3uQovVDr0U/9JeSP YTwuh/lnRyoIlJV5/uEJU2zh3ZvXAy389ao0N7a1cBa9RXI6xiA8sS3FrtjnxH1gb8dRTJyHmri2 sDiedG2zK3ZDE+JhN2QV5hOaag3t+QqGYzRShUpJ03bAKKZeYalUiEHhyfYN1U5XtxyPNGmqoEra MPFVE48Mf/ZGy94T2mEci/0DDu9ftP1JSFW592ArEEztGM2vh58/H5xbaeM0KUIQjOcf33PFbAju zJHRGpUKUhYxavW4IzKqVMVknVRS+N3q3wH5uB55VatqcKkgk9Ia6PsxOls7E8S2lkujasFoBGc6 gBMgH31/eykpfaTqel6opTA4f3A/kfT46qu4SkKVZDdgK6H3QHI0KmM8+hgShbN5+TWVhERPb9Z9 YzBaeD01YZSNwE8q10LhunTPVDQI3ep3ukrfCqe3s90Jo16QisWeettrq2x25M7/e8XbP+aEC0yF rFHVU0MEfBpVaS9HmLyT9cUrKixZooZieSAaQlIL7RInIEbtnQh95fOgTnnXKTJXJpAJLzOezso5 bx2Z5hSb0U0kYeowwM5dcTIji1G4ee5aa9bc0wlKuGvXlgqyoSSh05awhwAjHFnERb1xVbNaY6QS 2BYv3yZNopeqlhm3kdE5kT+wjoahhFn8RNgNaiCUX+oCP8VQIas8CA5d6Q3FVJkaIQyPmpvm7dJZ +GC6BlWwRHvYoNErzyKHnkPyW6CBctjRaTWuVDA6b8rRMy5Dw7vvdPAmUgS9HbvdkRaQ3XfVhgge 1s/rm0OamrIbRZb5YQjFIWr8JkK98QB7qblbkcveIpvCG8ovyicKPTRUDs88r3xcjmxuEB+AnpRw zvdC1vJXRKDO7QmdciNzPMHbgH2K3UqJH9v0FA7sbnO8Q9qa4s9xnKG9vcwut9ktQmlMwdkKqW7T VlHxah03FtdRtrlIl2pBuKNgpehm1nnSyF6sxrMK8y+ykLVoEEaiM3PIG7fG/MhCg8bHIxXdtELi B4Pj7OcW5twpcDjnWUDV9m7mw3hENK0yGqqeYdba05dABRvowfD5qj5whLh4WhIbzPFGp4xJw7YL ICYupgZT2s0w96I0R8Uc1gZRlkYP5ns7+2BAOYqIFBpb1ii/PNc2/AEyZsS9Z21RW0iHKKQtiDYi wB3FdDouLq1hAR14sajBVkjQfKnNnHiDNn40jey4wxAEj/r1lV+5x3BRm/h5+xLCqzEpTpdNVLo5 PFgw4QaxGWkA/JbTDxXhlINOoYFtngR0hg1aWSCmMCogGKrmxXDBwIKV95dyLLX2aotB/AuVHLok ztrstOkugE5H+IFVXqAndJLyXCgo3ddSCP3EtWBScWBojZlDGoM6XZXrKGyFNvqjqg/MtP0s5BBF BDMdufTGst0lRIab7qyBCPHVm8jCWyFj8ZEgpYrPBoqS+BmWGX00gleFel4XtrRGY3iHdLkzWKnq EL53V1mdbqpkCjwWQTyCHu/nTsSQu1Zca70grzeCifNAbs9QYAUuRK7jgU8wLNgNal3KpsILoOeP r6u/FryyCCF1MXkVD6Bh1cRGZ32FIcMkMdLKg6tfAU/8epG7eqnIgOegfqYLm3Jz5VAwF7C/cSIm EFpyeJAfIBkUAKGDKYkRky8iAIozPf+VLYw6kgwRzDTBcSYSdYun0yGNLk62rlbIuHsEhzRCq+x/ jAgVhpSqz6wQRJnXQcxeYQcplNQK+BtqCWh0i4mcJalee2lbSchW/DswFJcpQ1J+ryTzy7PcXrnK poD38JFMb7mvJcpW9TgBQry3y9vlrGNvjVQz2aQNRiYtqALw2p5B9S1g4HBnUKdvK8IMbS6VVoXt 88V+Afgf6KyAs7srqa2YNlAYqqk2yHkFuK+tivztodd/MQNs1LYB7B9mioDwWDnArxfMVl1q2bww 7ZXRAFfK8L1iBiWgsb37FbKWVQ0v+QA4v0hd9vJCO5LWSbq0ctMaDKN9B8meFai5hPFEZTNRxUWp 8PLhKcwPRaShOyDb6mXjDfjv4axoh9Le6oGYt2xfX1gkPcqCxkgQ9XpXKQS5pAvLLv9W/EJtEMDp qzTw2CqsPg4OsHVPc/e8vGW7O+Aok7BLYjuiBTZSadWQ7pKrpSjbSqh29/sHdBuxMTtA+YxhoNPu VbpcD9hJI7aBZLdWGCTuiP6o3Yd2IxQbb5PC3GwXIZTJE0BJ6i7avsHwOE4jVAKGa0Pn4F2Y41g5 53RmxVuqHw48N9P2S9obuFjF+CsguscpLixkW1OJlWQh7Qc3PnYUI4gc/6cHmKEXhKFTkhfSUrGT LytKckqITtWQprZOqKv394doRd2kanzVsdxOZqRLqU0knXoHLWKPNjEfZV9rmf6Fuht8+eEEMV0d mqP4OaPnS4a4TC16EVOAR5ipDA62hryjjsOY0B7Kl0FhIin59q+1zcz1NgEQZvAWVLMblILe0egl fLVPyISkkLOauSL+TfxDzug3fwFzffsnhRPazP7SsvyegrClIHFluAd5hAI9BjzblM7IaeEK87jy S/hUg3Y/QNy5LiA+1hZUE1wullGvv73NV7m+nDdeYegQu5Z1DM/5Q0GJeJQlCen+Cg2BLHESoE7l 0qidwFlToyqMxtHRzHoFDs2Ge1uGocfz8G3PC/vyZLOXnHsOfXVnBQl8tDxTbvV7DmLeOH9GZQEu Xx6ujrKtlQXQsKcFDhyJkkA4uXwdf3QQHXzLDVL7lM/DDeBJMR/FyJ5CDUPxG98jQgb8+9B5tLxL hkt6kT/aQrqgpPBF5z1zZxq2qzwpC9FoBdCmhYJzVBpU6Iw1BOrynC0kspVuZL1+qyfMO+YtB5Ij SEAmhglfwHjAtgqeIPWGVg4Gh9h/eWX+7HKpi/ynfOsjarf1X0qEqIgDlhPC3eVa4yqmh1/Jwuid 60KqQu9RyehzUQiSRYF+aErrRQg2I7qzfZT40EZNpovtsvANwZAwa27qOKtB3flKdkEgKlnZfkp3 mmLIagyeKx1ay/fN7eMoxjalrHTqE4+ZPlEtj8LFbGogulkLe/LIuQa5n/xy/qV/uqOtE4zMf/EP aXMPbizhjT4xMXsQGAMr5Rz/P5ruBLGNJAez8D1mLFEbJXFNrpKr+v73mu+BNe5qWyIzIxHYAvgD gQy3hdKzPhBxmG23CEZ9Ua9v1vJ5dAxQdGrcNnEszuyIFsE3RoHCyhHy+I9NqMHBQdzGMYioR1JF syyiFh7I8IJOSxYw0N8F163+dbzB7p4eJgMP5wTWDIpE3CRLLJp1M1bwjaHDxNIbptJknMzoKmda iTjzD5UJJQZBs6vN86EbX9MdQhzL8L6VlZqaIL24nYrSHiLhpgKgus1fzCf7CqutxJfahWZnVyVh SO3JbuZneBn4bVmVrjXNOC1gxnSIqorwUgquTw6Vk/E8L3VlCAkStR5ftutnzspdsix3KxWIe7Um Lsmjt2ElZSgMRaKJBgrGqflOZjhZBiLxmebjqmnKrBhq3sYXkg6DSPNRnQrUDWbY5anpBc+E1QX2 pkAkzdfnWB5VndM3DaqJYWhAXPlepij7xmeSaxbB15AaV7WxpPqoh5qn3zIqLFaexOAJXRMA41LL 2i8bvzo3o7pKgbqEHXmobw+OdwqGY9Adw8xdMOQ44ck+5rswbTDh9iZCULElCvmh3gw4dxk4LIBT hQ7RkA6yBAyFLWgjGQKJCcEPCt99Q3tDS19rGwype+CFvRcPEAaDeqAr4JRBjKhqIwNWn9Laaf4d zA6vXT8Hqrhr8zxLUo1ZSBK6Ek4FauDQZejaxSD6RREmBN4eTSCcN+/BiiEpUnhMcHGi4k6hetju efPyN/9wmcjyZcCFl+6RXJAmOCp0NxSQUwb96DwDBHjRdz0y/rS+vHw8Q6t6ix/0qonVk1zbGr/0 Dbjpjy/D554Dyzrv8BwiZwqhYNVzhvnl5HP9oBIfZqG0rxY9ZgRmDC2E3blqZIO90D/TJAinFUjQ +obhq+mYb4HEHGtIE/efZdE//m4FylJhF4N0mVovsaMLnqiwEo9AOkBsmF5d4h9otp9XL3/CiWpE bopwNhgVjDTAzRRfXtr18DkSg7a8XBPe1fR01CFxGwE42GwjBK9iM/wUQGq3Aq8t8hgeZDTgjuui pJcbEiWlQDP9dFyCBli1qbqjIyrPjdhdtEi0QCUYYZou5fa57+t8nyPCCXA6ZULU2yrQh0jSuXwU 72gRtc3kW03p8ycG8QgcSZ9xC3W0hWWlgWjNXgBLVWLHZNeTAGeFgGpsPaffikDs1X+qV3b8wUEb 8y0YaXRrd3euV7aU/Kz9kRGpeeCu8eOU740ya2mMaVTdeJgVMsO0QYcwXr7OXbiSCjPD/FfoMywy k2rxFibRozYLkJYANGIPRkcv43RjsFZeAZ+bL1vN63A11nceKaN3tesFWm1/DeHY6nnRgTv4WU9p GvxMuj4gnedvimGuNI1UEWXG6dmLd8D2Rszs623lJZA0DfYH6IUqk9Mf3ZooHqz4maW8PxNuez0K pSHSBveI1XNURxGlMiOvzw1TZpjk6zKvzsTTdw8C5w1PayhllGTIdkxak6Q+YC+FgbkvfE8NGG8a acEyM9F1boNRT8spfPJY5b6GTfexMag8vSrytA8V0g6E74t6mBskz4KI17cnJHqY6u7prc0y8nQK znGGqqANOV3/CjOP3IBT//gDk6fLFq2P55X3C5MBMPmFqxTtNnSzmJ5RKOUbzZiKGTBZcqZtM9Ba XyCu/Y58AUULxp5KeG5lh5FUb96oyXuYKRNnAegqYKDh7fYxdxI3lH1BPtD9PQRfKVdKatQCgHe9 Tdpvf+FS/KEPLCuA3b2ezk6QwwgigAnjv4iyFXO2U1NQl1WGy6HwKKN8soS8lYJ+1opj/GzeGb/b 9bAX6Y62A9DIHqYo3GOtiIzPGrPli+jLALuWbzOYKJrl+GkmFaW1AIqpZGEP4uEa2XeECNz7vuSA VdJ8xmRrJuKLQ9r+KgcQVfkjYxpkUlSMFoIr2hEcij2n9pgnqYWFtYU3wEKGLoa0RvFWE6AhodZb wpRHiuEKV7mS/jDCAig883SvSG6bWJiBu9V9MGNKlMCxroJk1IwTmUi3FhN8hqA/Yw8YlVvKa6Rm QhNewIkR4at0uCTF4xqmWFck409BPgxJuDvVRNWf+yW4r3dVFmB2QlHwKXwBWbuZGgi+K1MvViw2 Jmcz7S2B7bSISzsjY4dQOALT41Rq1SUrQGFxXIFZRwUM1X5EcWzKWVbT6VQRGXXBZ4GrQy94gE/5 MsEtyUyKV4UC2ZQQuUgiMb6OYxN30tsOBFOybYcXUsWYS2AFyAmLCEmuxL3wubvFXYRZ/bDZOkwq VlK5FKqIBVIHSDU+4bokzyMmg4byxAo5i7Ads/EqnK8KOJGth5REFDortA4uwFIh0wLLFcr6BkQs o5Fge6z73ahVgZIeyGB/1eVAiuTGym636+poYQjTGBzJBpFEVFUX9uBXUK1py+yNT7xlivYgaCeC /C7ZF9w6i6rsRH42B7VK1ITUmEhbwBOHDnDJbMDiFir6QASog/QDqYL1hweUalfDhErfkCqhJ4y1 Jg/gM9NSjmWszsbDS0JFBML6eULO1MiCQP2NM0qeQKmBlo8i82YrgRSIh0JPfZevwCcdYMVDgT32 V7NKWJimTsakufMY64npI32CeIf7sAXgcyi6G4GoKvfxxNQb2fi4+hHz5a5QYrxuZKWRiSvcG+qD 0Lo6mANsG0wEx0P69wniAzrKtuCntGhQvJAm8FEAZkgtKA2wDDSuqS/oqJrY2lsY19ZCFZngLOgW uDFAFuAFx0OqAu9UBUzq25ppwMeCC8kdOYGWgbemfJCSVMOMzuk8ARemfIFvlJiS5GvcItcuxV/Q LCnf6pOA4UUBU6kOzaZHwFvHkbGmQmotR5KcwqR5y5z2GMDJmoWYZpi2cUw+mDkMPtwrFBJzIXsg vD60q8JRaL2x3eohvPlWBhvQ3CxDbg/6PIQo6v6w8w67ejxfvgCSZygzhBNsWUtj9bEDbw6aq0sH zF/NLDAQAlo5uhLlO9wS4grjBOLhqJ0CgqxOtrJ19ENW3WUYGDABoA74DCfUA8SVMEzsD7vURhhk 28mM8GnNHirSxgWgN+GArSGWbkUe6RIL2X+BbfWG3p17Zy4LImcKE3SJn9RYkTYOkvL+62xnZaeO uGp4jThMwoXe0Uia6lm14gDWwiSZgikYPsBRKV/AAoJMAxaaJw8oTg0MXdsZZbSGb+PD7hWpket1 XacNalcJPxuh3oGMng5fTktNxhYI7ao6vq0xEGuqpnadLJXXegpZQinCOrHQ7WrVvg4QmFEQd3Ik rRVsDBvTALW/yJLRO06SgtjTazsnYCp7bKXhWQELVhCfycpbES3mfuI9a9PEAzHYFmDjuVZOC9lh 4FSSNxAgtBhQvDwtH0mnbVvyfqyZn+Z4KWKQo0g6d4rtltZScuWG1jzOoNQbDCjmGa9Vp2UOkwNT sdZxTi7PsuOBbAN73WRbsKJf3nQ2JSF0Va0U3lhIOhc5R7Qqi2ZpJglhwjFekd8MS4sBvNJgBVYp ngURXgVkeYJb2btqwTNS7sYmo+U8SEt6iAKhjDG9eJjRukTFb7ul+WGXGJvP/+zoUKcBQJhcKwsL 1i7EN1P/26wZ/betlpYXm3EctR+oCYeH7a0dhCg2aJuVg4a1UqeW3SjKA1ZZ7byD8kFarZ8A190y ISDJ6ls1msAAa0aBlSElpMPCOQCgcGKgEtcL8xAEphgwLrQN2yGk+BQ2qyKzLeSipMA8SUjhqZBA ZjJYkAdZkwllCA06l9hainHbpcqwixnorQi/BKJoQTpQSOwiV9A1DhHjhVEFYKIC94phmaoYuzxR OOfCMq9CB62o3CFsh9fIBwUUQsfCiBdry2hR8C+ELKrFNs7qis+CuIUYovxSL6G3VExILFESjtYj DHTj7Wqu3frWgVDBbaQiWrwNLhMAR38Rw1To+C3yw8SLsGRg9pxdw36EMZbogjmoxgqjZFvK8Qb2 8bxizglejVB8DbcogDSc+On7BariYeiMsxIE2BGdi1ZhVETpZEh16UItIArRpm6nlLlyI1dgLAH5 z7AhBDImh9HMWRYfflO27z9ZL0lXf1XorXxPuigvLj8uVxaXKyKBLXxD6xsW4ab/0ruB5J5F5hSh /5mYJA4Lpa4lgxPjlxah8HEgmMQVSrnduO41VuhTnkYuWc5iMyIYxEVv6yCpCdbLF7H/S+WYSVTs pzhKaoCYkk9ZibSQh8ISeZIeF87qwz1cqN6IH5C1mKDsj6J5OK0VJzWHMLPAHE/BbZTLGmhUbWom T5nkji6W3NE3X42eGoSi4Qa7KDuORyUhshQPwuYyIYkAcVORQHYcMVuJvMs8WfsK15W52MR59X4T UAY2el0Z9Kzn9ZWbsOj1dYf/KUG5oY6gQvZ4XglcYK4YQjKTHnnAi3Z84QSZAUF4HlFPZ+YyqAAW of8ji5tqMUSSTFWQ7vJQIIosj34FfqWuOGOfSLcH80IPIyWIKS0LIFKF5ddHzZIyKeOXfJuHHJXn 8CBT9T1uqCEMbJAGd+4emMAo5JWGlGWbHoXBT3aQPvJFpVQ8kixgGFu9ZSCAedOmLrMOMDRzDCWO e2lrqfPgCT0SR1Io6jxYC2CAGQ0kBdQI8jBgX2FIBg5e4BF6syPCMxlwYrMO2W6Lx73sEBRUyp3u BBYBVUzU57oD9biS1yBx08F8MjcfHhN5z+VE5mA+LxmOJ8MPuUQzNSD5dkv42coSiLmUxJ0dDDGI 5D1gCRESq+SCPDoxSCWkCGlBss21xJxTdfW0TOFISIqnRSyaqdhAQdXPgYKM+vEUPgp01ag8j+WK SJMhA3UIhzLBWVaq6dq+W2mFzbrAPU01ZA8W8yc+Z2+rZ4+HUr7BX7kKQCMzhRaAjZ6e/atSkEJl 8oHD7l9VzAnaDcNEQHWezwnx4/3p/Qkr/88KJhMhTy91bYVChZBoTs4Lqjp88znqXa18sy7jnu4a lEBbVnwuOb6+NtCLol+QS1x4GahoykC5oCj9E9oyL/2stExxMYBlqHpdP63eVujyu08/n1fPz375 M09QtGmQ1efq+eXjCZ1m+fL67NF8zgvq1yghjGdbEKswntCaqPIIz8BsdmIqIFuqZLukKtDqqzP0 /H8LDUg4jJC+ERCp8sNfz2G66bZ5oJ6TcMvTuIfsDu+mGBVkS1MBfaE11V+TRCWdT5BN0wGor5qj Z/K0ydSvg96Qg+/8bXDDP2GOScfId8SaR/xQjhpKnNRYjavBeg5eYUyg3MoDkwCnTk3/UHtt30nB oyjMK/VgxmFuPOpYaVAe35W84k+mEIlCQrFAlh2+0DKUWXAmnFpLBh3CxooADWcx97uHGypOa0rM YaT2KSM/Vs+KdiYIGBCKOdkR39cFlueNbvakkCpCPh9O7EkBv6m2jni7YqqDwwH+KAcEokI7JY9F 7bT0z6G3BjCEhjLyYGAvyliHVlfHh5TBsmU8nPRAuouZqV2GtfIlN0XIXZkNOgugl74dGSKnNrGx NWb1vOJKuNf0rFGsyOZu8riNG0H73UxaGM6ihUDsjsvyLT88ah/l4EcXcg/jdgzQUsYPEydKsikC VF891L68/Un+lSITpqWfhmHkcxXc+QFz8DA3osnph3SNLzC7oXO8GQKsMg8XRwMUnH/rbWI8zrAz cKH7fJqV0aLvAkMROjvIf9H2TJHPbKkl6HYyOEq3q1R+aI7ab5thw7oakgR8hkYGIHPk7EoRoNjI ihaYx7EWd5qzcNOTKZ81znJASy2XRaf9TJaFOlYfq27Rsrg3GNjPnRQwwbYxMk362zrTcv/sgTY+ hE+UwTR7Ua+vsEwAhX1o7NAC320hNg1V3GmgUeh+S4ZlxdBgVexrENcSIB5YKXBG2Oc5sgCWICTt l1bG8QN0h3m0ghM+fcOJlhqPG9YVZjKvUUb7vxHeU4a99dZ2kwUq/liOKrjtK2pMYfBeQgD9Bj0V wUgXGSBQ7mGEw20+rZeq4IWtCJEKobaQWT1nEQ4azXJbVCU5xTStpIgvambQBO+TIgpznlXM0gPZ 5sapJBUCyLeM4k/xIb/UuDWgQifaC1YR3qsqJvgoW8Et+mA1rwI89qLbg6UpU/WSf6UUdL0DVt7+ ZrIjAhFRcZrbTcrmUgB70YgYqd1+P9HO9npyVx0WMPmwN7kEbZNtlgQhr3gcH8pyIZxBr20yJ2LJ KTWV2Al7yrTLyaVoiiCQok5Hpukjf+cbCkVoYW0Q9E4Bhj9Csy4vfaIG0gIgoR18IpPtyuwVXWdX jK496MHqep9vOazq7UddhsxW3QrwdIgsoJDTB2YDpT0dDwykmgORk4VDEvTNUx1lulLt9wMxBYpn sJlr5pxO+MgFkGW9I/8jg7qY8jhtybS5m1WAsrQbH0KeOaHwYIMV9rXVAuqXSEjpyQmZBWtpGvul 1v6a61hF3tUQ+FMuVqLbiS0fqclBvk287AdiibzAdthCMy/PRwqqTRVoGRMlzDpboMbTgh4k173i ylUGhKiVlHmwq9EDY8ce30ni47Db1SkCn3k0AAjQCTpLiIAwKT6YAXtdBvkshwM8VB1EWdsPIOop 4SiFx4rgVe4PmRgd+AA4na2EyYirkOK1UqaKzIk8Xo1qzpw4E9OXl5tjoHpzQQFCkyk4l7FDh6qq cqlGcOyuGeWE0hB6VouQ/nhSulcqQT6TZo9/rTYDcwzufBbYx7gOCOAzpMFk2iwgSrShQj5PtBAv +wgRc1SRDeLAT4NMtU6gQ8VJMCu30zaQEG8LFt4almLjfJgIRNgnVWU4gmTkLkk1wbuVZMGVeJuA dRscs2mgKmhqC6s6Rj7ovlo/bc9r6gFdS9B6m/S+w0r/QnUALqA0UgONqhA8LFCOYL96XZqLcmuX gfymAY77YHUGhZDTB2hPXYVdXxOYD7WIzbftip4CDrLZAOpzYgJiDGoHlANzKl+vur2SbUBZGFDt cJ35DQGDsVf/apL6hChdpoxQ+o0D+LQWrBgmFBlpsrsC07kyhWQEHD0q4dl1UDTkMbUhak/HSaqX JDrzHVgPiwJUNmTv3FONrCvCoz5YFeqXmlTl1Oph1daCKzX98IY6M/ruFXhnxZv6yYCqQ3q1SICp qtQNRobTgpRV/p70z/C1fgvqhaG2ve5Q9W0dkZVrby/X3eHmfYeKWDWIUFasSFXbhIueG7U1Vp46 WKkBtH9QdqzVMMAYxHY+g5a3x7trt5dbL2TU78HrHQH5vY1Rgw/XwLw1c9AgQgcIN6n/RYKWF9oR XxFRufhWnwmItGpgpcXgarW0V9sL13p+aNqs0hZFelaAmPVhvtZSw5sMvfnvcjq71Rv+9rflZAro VQ0MUa8biCLV+nf3hsYacnwdL9X3L9iiLNpcz8SlXFa/5RoUQ7GrgV/WCxDbtsHZboU+yJv6HoOj KakqZnimhlJA+4pzp+o1fJriwU4VySrmtI3S28dSGjX/dh9coEEDSB0ayWCSc4vRlPcjh/ZAEvnC 7MqHgEU1zNYx1zCldSX0PD8Q23ZEhzXs8QSRUjzXcXvLdmrnUJ+NGMed9tf8Cm3N88A0a8Fcw5kl ZD574946fZGz5Kai92v5OGj2qxiw5cMl/GD1YBXbGwEWzw22xRQs3wYcNQazc5E02H6Yi4gyZ4ye jjKgLUfOFWvjA2P1SWSAkZn3FO8CG2sgo9MNSJ9CGVrldTuBnzZ4/KrvBy2C7X/pRz2MtJ/irZ0X /WDsGumDA+d1OOGzmnw3QJXB+8cPHcvNwFcEWQspZPVuRHAvWeVZbKD42bkABfAfjorgA2w5KNh0 If4Is0y7+tM5EM4tmLY9QT/0GiOeI/gW8ZxiC+n46YBeX7VaehTO+9P2ngI8N3p32zhPr1oQfvSs A8fenrT7uGeIWvyqbBiMzWu0S9g2Z19zwDyKuXElJOsyawpXmQbmTKzjVpbgbhMYbzyaxslEp04C VCvnS1eTac0NTKFH+IfrojY8FDc33YJy1qq/W5VcAakfEN1L8pBgB0HxJ41qCqrvOK+WLssCDD+4 vJIA6LeniOyQJyK1ElmO2usNKfeDbgMYZC6ejAwrez9blIuLLUdIYk3W7E63WRSQaXmyjS6Qgcpb 7BiLcXB+pmFrwcto0q2JCMzOLWwI7TsdIEghu8CYzr5VGWL5noAtn9xaTYfJaJw1O0xAhD6xigER arO7HfuiIGsb1y15FgWV4AjypLeCpBAAZIuJhEedsi6lLEQV2oo4oKy1Ana2Meih/xUkOQ0vExDn Gu1V/ivNF8RKlwcZEhVO1vf2/SwOL6d7ZEySuOJwAloB+HyuNEQYKQgvg5R+GNnQ5a8FZypKxBgl kJ4p0Q+/CibBB7lkKR+0uVolsY/0KibLIyWtZioFkmS/Km4v4jMpoYjplhGKEsupPOrjpXR+sIKB zD0nzECwIisoLZe3fk9tjHTadJ3zxK6BwEI9S1flWW9TCsUBoftP5341ewwBlBmgo2TTLD+kdSVw alVKPaLFoUun48sL6k9IA8W6iae0Dchcah0gXtYdy6vcLC2SJ6z6XHBVoidjR/GfDs0mL8zwTFRM H86SuBLzgFOM77nEGzomF5KQypEDCUpxZMaVF/qs9CmEoEpD2Azp1BihrO+P+QMQAH2BAeahDmy9 6q3cNMSoRLd2ADn8EFfhKe6NKryjI4guOKcDUj2MDNyTnZlbpzcjQSZlBCirujKCC72cZAZxSirD ClyVHMMu/GmqBObCysyIHlhY7pWIlYqF9BNlnQqk/ej1aDRUHkZuwD4MdFQ11CqQB2hgC2kK20jt uZyaMsiSPXoAEs9aubnkW9psKBylkWXc2IO4Cjtpj9GDYkwauXBMuNAAqbG2PgdepOh/AYOhQ8kh dfNfdzEN9WZ9BhAa+ESpnoJOoDoQL0sI7+OjqFMegUp8mxyGw4ViBo1KsFgdNEPxTJRHVKIGXQe+ So2foKSybAwykbZ35MIgQLe4myGFWAfdBO7Joenqpxm9/V8CQIXtqwd6F6TkkQOjYW9wlhK4Dqfr kgFfMgS5YjtGQONKmT0eDaltMF5VZ8nTNIgkyfdVLgmG6Wa/m0C4jWHCRqmOZxqFzfSHplW7DBhA Zc+nzcFKBJkGdROX4Deqsgss48PHr3kUG2Fq8EyrQF7Ff6Q1lBjn7UVRGk50Db65KYfkkdgYHIdn viEmv6zf/+Rx8gusOfMyVBBPamco17SF4ZxLFNA48gAVMggsJ8bMhLxsyMGHTapBQivsAGVkaGBJ 5tNhfpaAQ1NDzoVltF0QzOkeRHBreYHsPCXL35kCpKRNFwu3PRJX2VxwaY6orbEcgEy8WRvFsJMp Z5NRXxbnj3m2FwC8mZJ8IRtHV4YO6GkXCGkSwYQWeENuTJ0itWlCgOjbkkK5PMwGUE3q5Yio9S3j zrO5qWrqUBRMCyxFT9ZsHHSmzn3kCT5KYQbXVogekmq+sWbKUzNM5GM614jl7ZERhyvbxMn1mrNv wcJqo92Y4Wc6NKfVCXlghUpE0ZbCcdqAOExomu6z9yXxL1ttdhZlr0vGzGaNq6IIZpUCt0dmqe7e eKW8isitac3a1HL2U4SZnpobBo7tWKewMM1kI7au2jzylNFFGhBcB2THjmbFbTCLlHmyZ3uU7QSZ WDpY7kbSgG60iwFAXhLuqp0boKFouh9oPuG1DYR+Cy2++dJUbSY6cOHT1jcSD2kx6UzBxShoCykq TDJn4sSWe+flp2TJQBBlUQio7zrsMQ/0fNoL4TUZb9rjJ+bdAMWe6St9o/Pd6XH5d9+7OflxnBlj qvmtAhOPvp/Gi2QDborY9XNrqWG+OpjAmTKfsYnQRZzAlzTbR/AIcQSzwF6aQfnbfWdQxcfjXMV5 IjKB1UMQ7WCbPm/gPBdZilQDvogXDuuUVgAOfNU4U/k55e5C1IkwA0bwUMzYxE3K6i0+FGcasAMm Rg1TZp6UVOSX6PCCXbV939ET+uNhK8/wggOfyd04BLBMu8epnHvyOf6btsa2HfPqChYeIsvMW3yo 1AeT9ADvaDN124LeINDGcWcNkBmXkUiNeWo+qFWlaMvd1q1OwgiQyF8MH34Y0yrsDcosCu0ggJ3q QlaDFL4KXFCC+BAli1H/tRFS/6op7CcI06FL7IvMzEIphUXKUprPx0/oMWfYZoQpiZ/yufZ/k3jh QA9aA2qK3IocopG9kCqTxiQRWpRgPntj8vwwH0mregDqyHvcAr3LP653nQswfgCgmXq4a3qYB1GJ HIkn8h7uc01bAHmz5lkBi5lmWu4ByoW7+7zO2o08Go3PtIA55OYxgp9wZY7N1AI/CaG9JCJo+yKP 6oxVImuxExNLZMRd8YqVZMmFYWRkPnY7c+bubTMzTWs5y0irlm+N4mo8PlZnpSgdf0vwLpaRtTxV biHpai4VkFDz+LLnatLUgdge8G/zBn02dfrLZZE7UI6g5+ybHzyixUdKxA+6NaBUopXB4wppDV7n ZQEd+mCDUi55Yh0ncrVK4LJUwEFlu8qJlSjbEgAbwvr6g2GUkBA5K/EAlQoVNDRV7D8VW9l3tiyh I5POXpFhGyQg32TytbHmN4IZB79nmAquDFJRLoTXyVyYb39KUGVq7nENH0DhlRtNMz8Q3tTiTpN/ I5e+SVrTfp6G1eKRs5Owx3JKSRpqZcASWTPtzXISeFlih6F9eUSM/K6skAX5BPmpYfUDZa9yaTT2 OX2h813clNuHYMsVxeGsbIJPLot830u1IiMLJwL1V8BPKeMorXtKPpHMqghF1V7wL5azGhxq6eJt aI0viTrt9j1iPFtFRM6TzTEiV7jPh5GK9VVR8wSZQM3QklBaZWadzUxQgT6vJGqM0CHwQzg/QLf1 swweEND/4A8QqhgHf4KKg2oNiIEaNJiQG1FkPrJ/fEiu7ZFkcZwA7hATGDmvtXlVNIgQzwUPyeVz F1AkGms4Yky1QP50M1AJjpuW0xs4hiWc4EwdeTAk/j11lmbDoN5Cez3D5UiiNlhHmp5petVdGzBt mCJITPGsVBSs8RA/WnoplcJI2zsLCACKBCem+QbgPwnA7BAyJ9hDjiuFxa9qBIsWdIPMejCmWll8 DV+C5AySVIVoiMeUeALAjKpX6yDqejeDBAEcOsQmgn5RMthjK6kN7gtEggh6sRrGQ6eU71YP299K bRUL13UkFLpOsgv8R3uCy3Qz8C34t84AgC/3HXdXbZB16VUqXAXqFX6qx/ClrsjQVyXEui/UQQGa qeGDJhgQ1Mv2fN1cFwW9sNWD99+drxoIaxFcx4sDTPV+PF/hvOBV7XwPx5/T8rMNbF3Ol9thuV2X n9vlcry64wKEDVS+/f7UqTgUedFq2Iv1DrfDrx+AvtoUG/3mAcv5dr3XnbjOwhcUX5b7zwJAhgYb 5XqvNfDudK2tcU2GD+e70c4/F5/UssH//ViD5PNy0/T4flt+L7fL9f7v/WD83/vt7+HnfkfL7/W8 v57P/x5vbr5dfm6n6+10+nu6/3jg+XS7ne736/nnx0N/0XD+e79dfu9/79f7z+38e7v9nH+v5nS6 X9yxXD3pn6sZXm4/v//cbv/8e72f//nf78/tZ/m5//7+Xv6ez/9c//6j8jSt08Ac2Hr4rFmEImH9 H1IkwCfD8C9ZL1XJtplR6xhnBaa2efY78og6RNTNRvfyoN+aVGtBQyfg8HYsgFE2I1RPB8sC5yl2 G11M29f2CzxIHw4AuAdXP18VuB0Q9NRTA9Dq//4HSvUCP0iaQvXqnBWs13QUZlklNhx0o58J6Jtm G3hxBhwKva5UmtbyJHZhuBdegeUMEGkoqpsh0vXBb1nlsd7DrqOMmZo9kcBI1LHtKugVScPe4dhO YQSSc9sGM0dF00zYDhQA2Sgu1efDsGMSWiz3Tlh0aqkRuAmRPlWjG2/jOBiVBVVaHtUOZWg90bCa wlbvjQkV99t8Yux1J+FHKuf9PHUKBsZq/2Cx15PxQuC9TtSbyUwZCl8jIMc39PnAIt4MAItUPOTr rGWmZSO5UXIjgeGN70Lg+1IQ4xAK+BPIypGFAwON28Wqw5R/WrgSFudDSZSyQ6ctOfx2vhOJD3Cb B/T2AyXtFvU291rl2z4zp5BTetaLDXObvpdIhfXz2W0Cit/sCxhAp19z096Z00TjbGR/Y3vSSgpd pFNPrs8FeEJ9O4Az0LqPo6EllePzSgMk/LfV6ObeG4vknKATOIPStg9iz9TAXoKJSXYcyNoB6zb/ 8CNcG/AtYmoZ43MLiVOUXHQArRW/dENMIpgJOrYFx7X7xp+WGz+yqVafYgO8dDpDW2iLwiQL3G/c 7fXTXZKACLflLxHb9XWBRartuJy779CFL6OdwrBx5K1efvzAfLoXRo6BhsUqhsa6zZmrd47mAOSu 2ZH4yo6DiwVMuf0CAzzEVEfBPJe5pQmUxS6InR2ko8eNHASh+MSv/ano3e0TCCdPQRg1s16WN1kn u8CpMqyynvItcVb2bdl0s/mGeNeKRMjU8ksNRG4uNaDtDaprDfNVG/cSr8fxqJL7CtVlZbNTIRjK a8kOJvw291InSZAgSqaYMGQWxXUYJUX8lmQSmghfKkF4NQxpa36yoQ/dgK3CJbeCdJQKbYQDHSWo mqWAD/BeT04zA2SVNQubDZQahK13VrJ60KmwIrvSl2LVCpIMJYmSTQlRyt0e6ZsJltR4lkxR8hLV RhXFCC13CnGLVYTZkisRGl9CNoF/8TE2Kpft9dO43rkwyuN57NPnVZsUIvnKtk4Zmgm7Zf0xzY3T VGlOwxX3hijCpqWblFVWEtrhW5Ofl/UEdhcSlmCzgmATnxTfV1pMu0KEOgweKdjlS4GgeRQMSkBg zpUkiC+xQmz2PukSdpR2VokoW5v/tgHE5Tkg2YQffAkJKVEMCZHYtqcQmNYoMFufhBtBK6AnIZyh dYHb/inJ9sxJlZGBB9LtxnZRkpNBPpIpuZIIsr4JWN17EgW3WFKeRRkm66lO0KxlqwRaf0XilBgH bTgjGXn+BKtXKihz7AIwVwiOaBpQlexFpHJ5yaxBg2I8jN6mCTJf10Qh9aMessUwalcYowO8JboF 3/EzfNV0yG1wg3gi1UycVG5VoQhpe6JfPbRqqObe6DinmYZBTE0W7yrzkVEaYXClWNIb3Ogk5Eda xwxD8jGsuzYQXx9WVubWsAUgu6l61KP7Ad03QSk8grQjhhC7oBJHCX0bFtJylcFm/qxg1pQBdApn pbcEqTqS0J/9UyFmoHdtldtoCDj6eEIn2j6/7dmAmIrwPasfgEx1JygtJtCBM6v/kwsnOhI0HuSI lWFohkpZsMt02LSZl6erXSlhTMeyIJPAsqyAgmc9gWzMRJbrQRwCzcX/+ZlEDF961O0GyRXJxaQM z6zBfTxWwm4Dq+yuLGuAsVHEpjEtrFdlWqkMP6VihIi5EXYOBQUIwUTL0cNS4AD+B2gy0pSzEkU1 dGPleSrPIsGAhQZpfQUNmBiXm+p3eDldIgAD4gdfpxARo/GwqTbHJiQrcdLZaGyoxuPce8QaWfFb S2DmTFFCOPmDNDbEqb9ebezZxQvICYCyPYQDZgeRdzlyqsQOoK5WebjJ62AKaZhMVcw0kzyTnU0l 95FP1tDPk4fSLtsVRDcbXVWgVpRrZ4u2gHdsV3kiLWoDxVaUh9G6L4XZbVG50HYJz0OXXl6fbG90 JWVdKdMdc4iHDNcz4S4GDmqksJwbu0i9yY0sMDX7aZoMGe05+SxPiwE4arpRySb6sx2qC+H1T6il g/N0v6eijltUzW63i3V4WJbFh7KDp9mcxARLAFb61ATMqL0+xuQ9ezbr2NG4Hk5PzbZr1WS/saTM zwYaWSAvcBmL4ooKxsBaos9SbTu2w2Xk7DR4kLcO82bsLg6ZZanKWbOh4fbH6okREUm7JKgny/dn DahVAn9D7ZlhwGzOe74zLy1p8zCEFhTpQAHsHnGjBKbW9m5gdSbnbspJwQzur6Zj/4xbdDGN8D+U o9dkiIhrw2gYN0nlkwM42yBPEFxfQUn8z677IIyCmFbt7ytf9JVdWqFQxvyhuMVSDTlh4AGkrM+a aSeB7QWaVMLn4GZVKEjseB27Fx5YSi2LgORCm9Ziy6zEi7uw+vq/LtkwpRq9Fhgpwejspxxj8AGR WHGsM6QqMXxeuUntECfUNHQYhji7pEnkqWBGYtALNWQWnamWP4BDBJ4FcqIBIcKE4JXPlTM1u0pV xNtCT8GbkFaq7kEak4ryZBzBBMrJ5sixIE1MKJ2XtckyyvDWRjHDejU6cB1woJ4EzX2PJpRUIqMW yXCyQWiEy0ppitarNwneEWtLxgod/dIDz4LrsijXd367o9xGEBMKWYW2OCBvLb0qexDJQB4kogAi OZtgXRlVLS7NTckN0tRK+dlMh2ZxoETMczxTujLpzuSY6ksiuBfQC+Txp+R3Mg2JVGdFRS+lTpFZ 40p/V8jnX/IqHB96AucE2zJH9EhLBeyCd7pRPoKnAtY4UAYsmTNbh8AnziZKjEFmxVsYFMXlzOgp Y3ZwWH3pFAD6uSJJGVaCwO6a/aJYG0w3PGA0iZtvlM9Vo0twnes3t/Cmgv+yauoC2CluFH4bSipK A6kOFadL9NxEJFpYXpYOgqOTSsZKMijM5M7opVgeoAhnBC30cq00ypjUsuyolM+9fqlUE8SHjLYG kD1IFG00HqPDNDJqWewd358fgAXBs2Qk+K5kpiO5EnufxAkIoGElFKgl+olrW6HCLgvIUdLRWilP dlISQgqtU2Yctl3obZUOLC26qk6p6NlP5CHWqR6z7MkMMzMtf/kdsWANIcF8rpQWEWvYtfuLDXBU ImeOjrwSPBhSPs7K/FNkIExXgKqxvhfVIyivN4kDSDZkwzP4BzMQTuNPs4ozhC/7Mtax6LqpVFGM J/5LVFNgTM7uKy+DvVRXFpedaQ4/kRxTBmoYAGlYoDBj6UqsL4Oi6OXjYR5lyDFZHZy0yLtp0hV8 Qxxq2AeVhreo0HOpCkOXuyDQIJt3op8iUiZs50ZoU2pOgL6HT0rx64ew0Z/W42h/tjZqSbXKpsE1 5faMM5yhHsuGcKH/I9FU8XZeQ+NzOBVoNPX3XPrhpkAGMDtQYb2DS+C+BPCofpJH0LS0UlPPVJSq Eav/NC6olE+ST7t3n14FtrnBIHuZmoP5vYmre8FNcCuAAF/khWUQFb0CMp/KdEmt5qK8N/emDq0e o7V9AMZMg+B1PZMpxRqWpcOqL1JGdKlz1QBB+R8nhIOq1GqmQWGha7RWzwTQQ1W28KVegeele4E5 KX8liC7GEVOG83hU/Sh4Sl2BOSMQJtKrJ/UCPv+oF+UDQaychQJZrRaU4O6PgWtuwmwUaGOgSPRs Klhidnip4YTR1DTWeNenG218FfAqzD3eNGQ4Ql6Vm2q4AKg91152d1Fb26vx6gBR+9teSgg6BcYu UxQLJt1v1b5CdHV6PSzX0+HmnXW3S29w0yX4DuIFi4Jtl8tPaK0RLstt+VlO/xzV2y6n0/Vn74Vx p9v+5oFnMKnaWjddjXD+ewbk7kHB4OV75N2v+9MvzHTxRjmUXU77GxgVeoyQ++7idXUKa381BAb0 er/c9XZ2OVD1er/vD38PINtehQcxVioMFv7ZIzQQOrz3fHP1zX3X3lwHU1byC1O+Xi6/EGEjHrxy zn89t7n58HS4w5Kh0kHQ6pVVC8OqD/e9t9d5AaC2yRiiXHm5KjHWQqPO1OS1u0LIIdt7tch1Uvay vHNNNrxSrpfRnZLAXqMSakDBTjH54mZvrWt6dRI2FtYB0BUbn8636pZB7ufDr1rkprO/eSLAHGe8 xQ/ibGrnzRmMTS5Eaw7koCia7DDNUAg4w6N3v9h+q7Db17fz4ccTEXs17HK4+VPn6eOdpEC7jEcr 3/3pH503RmMuFK8G0Vb3aqF11YDeq449cyktt93SRgCl59A2+zOtXCNYBbkNBXXhlLwlWCsQVsaJ 6fLBEAQPFYyzF9XUSsp5LJ1DatwMqbYyn67zzLq11CgkMLje2toFKzyHIAtyGMoXe7EbEOKrCJeN H/QhZ9X5LJ48I61pPAEMghrgInIDQHFojLpFIGgyZyHO4IqgzSZlExNhPCp/0bbV4MA2wA0SQlg8 BI4UOFVH6r5ZZMDpXGwoMUxc8NkaUagmthIDbHqTqe6+9i6tynnrYgEOETCLbW2V8roOgLSf2UrN peh2+wYZ24t2cyOhsDXTKMK1IWd2ljeJYHvHfLfkwpLO2Ujutm60mgdJotnUtMHvTWSt4F4WWPFq TXl0fnAmSCU0T2TpemCJ+CEgOepcbfnDp8LYWaIWASqSi1h4KEXxpupfAm2lt9wUkuEArvv1U301 enUsib1FafM+MoN2dqYTUWJOBFkAj2cIauGPETg1QQnMn3zBzdYabJnI4HvpwJrBRKgFgdb11n5O 3YIiBGmbxN8TL0DO8dJIAWtKFwK+QAfmmkyKsZO7B7YV2NsfhPetp1Zmkmk98gBPbfNV+XQAsvWc 3nlEsT2GA1MHWhcIVE9fzNNmYthfoVo7kgQwEYSFJ6yPSqBGTACiX4QMhG8zsaZJnmwjocHN2qS8 1EzneoXiXgfAfkgBBcXyrIMyIQzSXjAg6axinGIW0RX2yLnbCHdPyQKlGKRepOODdrj7EmoivPov E/FE9M6uJFYqkhEhTWBjfHN2sYAFtEzubZzb1xbKTOLcixdNyJeU0d/FQm4WyjIBAVh51gTzPjJA yi5Jwb5mxCoHGD8awPmuQtbqzys6qhGrPevqdGhv4KZLirfk5rA8IwgAZ+aeFnIoY/x4UwkbyFWR BCwUYiJXlJdLLiWyHQwUEUo8paJSZv9AQwcDDDuBOFehDXaouqWSP/8vBZbmUxvW5tgs6FKpsJRW Xi3brY4DLFcS3UeyWbUf8u7AAHjPFMVJo58hDEYC+ogVIRsO0Ytf4YxSXemzmlKfVUWia0n4g0uR AefD5IZVjggOq8oO6CNeLrUOjtAo0qRD+VytXM2V1YRAgEvoS5IBBRER/B5sg2CpPGYaQt9Pehou uoIJfqsdmqoz9GAMPBYK9Oa8MLhnBZsIBIBBBBGUusN2eqLD9T4H6IGGlHwHFgw2InkP3FHAA3mA Lg1qw0n5FduCAhKYGQMKwB8huwmTOPy/IvdelumDMBlIBfZL//2lG2rFUSGHIJ2e64w6JESRL/7A M0EKT8+1cm1+0AonvKGs0EkYDSzLuXVFsG6tv8EAF3AMRAdzhVqZaYiTO+Ia2BqtzRga89+BeOPC SKY8GXKDNOXWtCdm6AkwJ79H7oE/MCDTJ9CBxz0u1Yzs0JcgkiQOHqNPlWGAOEyRyFOvRBfIZ6+D 3icTmAnbHvkmcBgf4IS5gUZYohmM7rERAqEGvfKpbgxodJAfahSKmA5MNXMtaPu66q1EGyJErGgK 4a0cOoiGKbAUKJSfIVo0sAF9Gu4WKNeDgulCfbGauMD2xA1iyqKwP/AM91IgZ/bbAgAcQRTbqDAI RLetEyNGN0porpJ+oguD82ngUpbi1vqWuKDPgub8iB70xyjsr1Y2baOHyIBjqw1TiK6iv6PN0YGK NgOU11avSxb9ho1h4u0URB4JVtWIAbjS9oC/aQMpAg8ZC+amLkAzQnWynHlRYfKkkeAwoKBraeD0 x0jHwVwmQHR0xfdZd32w8Y10kWU0iBwyw8OgffjJ4pOUSinPqiEAg6ES/Tr/givBvOrPw789nQW7 XPkQPNuQREyRIKVCAhKRt6pYrwAQW2h0Wwk5vk3GiKUZZEJ0aWozNhmE92h641lESZgewbRR6+Ke 8mz20Z5HyEoIr2fRonY/zMhs/UfHPXG9e0r18kJqmxW78g59y+rhh+ydOncBuYR7D6Zo+wYRao8x hFb3x8/8L9lllEEBjKhtLqWi4FjCpwOIgTvjMx3J0B8bWFZ7g3zBDHtWRamm1F4SBqOknQHeyWdt /CHOr59bFfHWG57GRiW/ZFFim6X+bc3YwrC0zpZCtdOMkUv3UNZIJEYwt1DmHKxTsRk+j1zpnWUn wj14vangP/FaOvg+jQVGw02Ha6ClvBYBoB1XElCzA62TprUpOWQGeID3TrUM5JoIXBg+wtL1KsHF FsXUyS0ezM9YYR0JrAzVBFQtpot1S6Aa4AxsoRgKpaaGnI0InKy+AgG+yMVT848z5u+G/HRbp8Ru 2xRXFA3abvEgACbum5pKzgYFvPoYIwuo2k/J4+XKqpuqw5KfcRQp5uqPsDnFmHExuL3KDCetITp+ FUOxR997wnCZayvk/v+byO0e2+rKBikpSQcntwjjvQnPFm3oE7Jd1m6y+VqN/hOcgLBgzZW4YXLs E5ds5RjXR3SVKmZVTSpvHGQd2T4au0RoSHvOLfoEUVypqKuNP5XnruMMw/Kpl0Hc2SaDBMEFZpOe 0pSanqV/Hpr3MN9s3vV4yj3RByFKiyhX5cMchpGiy6Mpicd47Oy/tBJZ+vmfYPmpHn3rZCZkyqPA 4zbH4X4tQalvdGKrrRETER/6qZ4c347kizupdsGh8onMoogS/CNMpEDk1j9txooy4WXZryfY+Uas 37h2yl9Uh6N0MzsxLwO+tn9nBJGP6TAr3Nb8wfZ1u6XOiw2MP2FeAc9jAdLW3yRIJ//VRhfOzA4y HimttwDZ4rCNxVFaCHC5c2od6OCz7PFmR23oBg1inZUh3uWHMRxHa7njolxlxfScntDhsVhrVaEi WvGCp7cDmUfIq5AippRQsI8cPs1GUi/OE2RMKSYR2lQROK6bsumhmbF7fg7Bgu4eh4PalTM3ArBk W33aTaZ9XSKLpc54aB+EjWCwV8MgJn4Z0APW2kJQy3ibrZpTNkMNGIZfCEikXuDVPsgouslUQUpL RgbdWGWmN1wUULcDQlypl5d1VinKuJGX6jK2rwLJ8dfpnhvwUz2n8ywo9pWV0q+4LS/iLxg54mnK w+qbNr/kD67wMUZnkkpjI9LymBtQTeH2x64ohrWyMhF7ho/1y6L39Yy9xaAEXeAiKlFbWxmBY3Hk 5iGtFy0gtDp3gAk17vAzj8ctdDpg/LiMJfXP0qLTZ2QBEycLOHIQZ15RuhQ8HGiMn03FdlNWVk2U NJ69lL9IJ+M4Lyfrro1rfMQiuW+5MFEbDdqALx4hV4VaGD4IoXKa+iozEhiCrMrWgRuIRtW0tQiH g2GYYrv7Oy9PYVBID0C2O+Yv6HI4cB00UM/26WeWTs/LFZHXv4Yw5rhsDhyT2/CWLZNQs3DBYN6y urFY6aR8jqL3aB8Fq4Bwy/awo8YHUkpLQDl69CGSE5FpHkCuAE6zNK/OyUMqPCQIXsGwbDeQGgeH dY7GNw8G7gMTk+1ivQ2wrCy/wZP4p9+oYUwsDeqSGMsTTak5waAJV2k5PlCj2AXY760iXOxIMe9F w93isHwpMEUbM9FVw+LYKtf5BIpJHVqSRzbvKuLTD86dLKwf1GO0HgNF9Y1J6ACfpAKByTlaS2k3 mTQBOAPY4mDvIzymTcUpMVRxF7puQwcAglqJt1welIFtsuaK6zrLoXjbRBVfsZTACxBSCmj/JbNl OOmAiRus0mfwBxABiaRloaNZfaGHc3C8yqpGw5jZSTB/0I3aMGOauzDSmhWmIU/3qJJT43eUBBvV bkF8aI0XWXIpqhgRWj+N1/pDx1hmsvno5PVrRxZcrwYD89soCQY0yeA5r+HDh3bg2ixAh/QfjdAC tUZ+ni3IYAvETCNpF8JA2ssdGIm+fsCc4uHUXWJ4ezz6bMApYCcaJmy8uAxkrilAbCRNyP2oAyjT Do734xBBQFz9l3fvVcMyRizSzAGqeAGy21DpguppT94dGS7jQ2ODO3USrjEygMreRR0lQPowd7Bq ILsOyMcT6LXNDRixKuoLhBbWpRJ72UOhrzBkt0FCK4BeQMrKo+912ADQnxUvV5kM1u4lfQfgPJz7 foN+L7fqqoHekGHw+OWsHlpdcZXSCptVU/+cfgHjV5XJ98vt+KPg2VfXy02Z8+Fyv15+jyqUFTMD 1U+32nEogIbYK7hW/qxW+fyrQPt8/V9lz5Dzs/GULd9Pfy8/Px78rxLok2JnyLpxLoqf7+ebOwDt t2t1zoZSPq3A+375MZRrVFX/KLe+A6/Pqqsv1791/Ph7+ddd91/j/PP7+8/5el/++d9ekw1l7PDr EzD+3isODwveVZ7u1XltJdTIQwm4DtKYBove6vBxdhdQvQ2O7XLfYHs9O861g1aIjs1eOHg670Hm eoYsvyrXyXcD3j9VzO36w/1mL8N9NinAoaSkK3db6Fc7S1DvcP3q3Rd4/tHWLGR/tsqUK0PFbfCA xCktBQLXtd9rZ41DcHMbUu37edvVARpGo/ST0DHbbbZkAIDANC/yg5N/2Wgwndku7G19fCbc9XIJ ILW1oIlNTcN51va+29Vq365Xl8JbOQxgKjraudISm43Yf2qbqUXke3um/Wv4bWXaabtQ2jOBsX5G Q9Xf7XBpDG7hVzuUaYImGRIv7ZGh18YDOoE/madtX+h0y8eiIw3bEpO0bLdyWPPtKvJ5Qkz2a7nE h/BwtGhkYuPA9llVr+JKaxlvaM2sNUooZ6AoBz0+zUPH3YHDe0+nhUGogagAVJWTPBQoMk+oEw/v bqGpqQV+cC3Bxdo+IK3TJxxWm8NkUaxvPcj1BbNXDMxTWNwtatOuihsqR4ls0xX1qe3k6ojVKjHv AvRguZGTQSbdzrpZMnJJE4CXEzq2pe0HxFverO7+wwZXVF2CyVwy+bnB/ywENldnJaU0OjwbnDQQ 16E6UUFQvV3BqqNBvxypPXpTQ5H1EpOxUN1X6hVKHqZqzOpLigWqwjXjnHGbzq73R1ihriC0nOjb DGkK0UIN7Gfr/aL9yfDI9rbO6kUU5levJDKqI83algdOpyD8K2+uzkAM1MOCzlv1IORVoPnaNS4Q 8lTaQYV6SZmoAM5v49V2OadMZ9sIjTZ7zUIIe9BzTQUKMPBqEmx1QPF5YM53tjQ6mxX9vHyN+n1o y7ZOLfaandKxzphOLxPdeGWqH9uDttSA9e1utXNMbQQgWxX79nXRw1TRbH8VrxzzOnREor2GaiW2 sAvLA41Sc+FXXMU0ID0+Fb0pQbEb6yPL/e7knRGtnbPY6OpjTbRemmpvnW6NDPYnR0s89Z6S69Rd VSSUzwqILX1L3ysqEL/5tNiV9lW4ACgsamuzoXWdNhF3dgYKwP7qo1QVWaxt/liXazjvpIMs2Oru ehnCpG8C9SLccMXM5U09Q9FvOwJCfVBOxllo31s7DBy1Amn/p/bN0wssSicaBlygGLl8Wcwt+JSd uNIX5cepqitNREojkMgMWRikQ1Vb/sLF/ifyLNKTsSpWFGy4atLbctNHcipj0OhE0OEubyms7NZZ fvYJmpPUQOsG6UTCu1wm8xH2y+aM7Q9aQ04CqeAAZViIx/MyMqCisE/YHoIhgQh5BJUiL4giCNT9 1VKaPhxYahn20p3y0NAt8PwzpNBnw1+ojtOdLgvYrBsjUDN4LUyrUrgyjB5X+l4RqnRQE0sPlNIb topC6GwAWRmiq4VoZm9Ez1RSW0ZTZwZjTKIUjFKSNRnh43qDE1Q5XimarSrakoLJhkJUFN1JLKlW sElOI7rLt+haGW7JLBUQ8Zqyx6hKjcdyWUqDqJJZKdbnKrXDhVpl5q8M4YsQlvTCswmUOjkC2X1B Ej7iPYvP+VcKn7rKiioILMegoxTbhzwb+cpzylDRaTQXl9ykl4X2IttKLNlL5ZHUyWUDwOGJCLep erzIHscCWNCsMtD6VEd6sXHEpZZsxh8iqedSxtboHl6izIisS9mCJYAtCLPlRz6i8nMf982Wozw1 VmPDVHc2Z63z+cRigGq7XG3Pka/w1gbe9hBYwhMyJu7VLjSTbPVDjLB+linkMnke4L13vvA1bRBY xninx4YgbvQ7MlowfZnPx4raJvm10ipeTNWOnl3yr9YulShZm+1Aa1QP1KCPOEa0rZ9loVHYUkhn 5Ipj6uaH6TJTCF6rY6LEkMloMKtlH4Nyevxhiw9+vSI+lmFX7+Ql0jzF9uglRqZJLbvFypWTNN8g p1m9PEEGlXpwG658azIWg5aX9u38kIJ0baunuVecxDhFKaZUaZmZtM5/SD1wyO2VAQZM1ASypdid nFWvmC9byQkmNYoHgDNleWIaXfVguRU983DU80rBQcjq/Qh+61JnZYsV6CiyzGpcmPsqAS0VtIK3 E2t9Nr/Co2w2yh0hb5UvqGmAhjNgMFFG7ZemHC4XbFMYIIJCmNyQp/KbSWICLpi/7JCzNMLB6OX3 sI5yXseK03aPpxzRIuG1kLJZTExfFGsVG7FLg8sAqXFvvxIoBK4aEDP7givIbMVA1MDIbinEEJWR ZosL3RCMmaYZIaEnIMw/bhEhICAqEn2rYc4ENeXX7H6Yz1MlTlUQ1N9BaLw0E38VOZocKjss0/Tc LWajHCkh9bL0uGNsoMLdx1rjphCDXcsNp5ZZYey4EpPIbVIOj0KINSF9syCYHb1N1j4p8bdblNpO uTKdhQnmw73tghd2hQGhq9CosEWys1Bwwx+ihTTYtml6wbEAb93G2KGKoMXk2waEVYWjw5vZcOKi XMwd28ttbMDgbFLk3Gf4bNH0Tcy2V6ttnEJk1E+z4pBSahA2mBb5NzikVcZSom7cgBYDaCg0j1fs VIbtx1Bvq48LPNOSUlE28NCOG8oJ2mrL7RsAA4OYsa7dFAsEuHIKOy0A4Pe8K0werdas8at1WYFF xWDArpd9kLXBWiywOiaAPRGl2z8ONC+7B4XdeVpgTXuH6Qj0PZVHHYDWIo7q2SxDbPs94MOV0fLx VttZJK3imNsmC90mkmBSd3uIGbTjH6IPT7eJUCxl9r2OwRSKf1wpYmlRBuRa1DC/PsTtGBbNmFy9 4/t4sNbhWntb1j1Qtgux2BSLKNAbD0kiqy9iKTiiRSREGAw/NdZhmxW2nidLuQe9MXoRWi4/t5Qr 9rOv+Fsk+qJbGSJHRK0+IMC0sZCO6xYnxkHrQsU/OBm2yOv6KBfNFjt9ZojGayUQXkpZs9hXAitA MroVpFUyJQRvdbtdGMGnp+Tg8kGe31/safwbf5E+t9bwWb7i3i1eJFQ4V6CQ35ZBWAkoQFhghVaP eQI18+ZzacbvYuseai3M1j4+DQ8LA3RP5e05EwUQinbwUumU2xwtbAEloCQj9BJFP36t0IUzQgMG pT8G51ZzJj4A2fESdpeK+ugUMkmAKfZ3+4GzFeo1nOLbiciKiF6eYID1nHM2oaTNDlD34jshdr5p ZG796kOOowiHXaR2wsQMybES9h8cbVJM3cqEmCKZrI7stjyGZbV9n0JZs67koy3vklKejzE0OA23 WZ+eCDjxSgBG0zynVRbT6ZqBbDmJkfgcwqWC4wI0A38tjRXjUiVTfTZowaHwr/4jzgPxb1xdns07 BoqU23HJNCqx8IyCVzztjE/OxhjN0FW2BemgmC4226pFHp3KD3tTJzkUmmY1bRjmT2kIXnHoCjno ertWdq6rsma/rfHUT/TT/p1dGBJv7U+JfMJeaEYbdzGJxRED+TZO9pPjohrsgMek/cj077gWeK2F WG2yQQQY5chUuldriRkKobQ2kv35XgAtYxMhmgY13y+ZS5dYCJEy1TjhwI1mcaQDBSz11axhefey GtFe3mY0kCONDPIE3ZfeY04GDaucbiEoLZ2WNk60YGZpkZniBsYWh2AmQqX3tCEDpzNtQ7DB3hwl ahIv4VvWUggkt9bblEkG4QT/qr3mC4RT3jaoAxJla8WXaMfGaiSBGPJ0nFcgzX7Ms00dsy6SAsN0 JX+ARFAZLCSUw2Sqr5P6s3/Zt0ADxNQ7uIUegQkFn4ts2ceVRoO+xFABA9JNH9dMAAdAZ4AGoFNo h+pHewVVQcN2NrV1RdgyRdQqxzv6oVcx/EuX45ucXaq+KLIFSwA0lGerNde/12UgC2V1x0s1jarB +6p33Tmho1kBVOT7eDK7idBV9tukcOJcL2BAAGQCEhJwJ3xCHSrUNBrBKXvhbTWVA2VUcw7EAyb7 r/fchc/B7UQmvodXCLCVeNeJV9OATrlDxEAcoAu3DBzjR+WPVadDIAVPWKbXAEzEu+2cv8EbMAdo os7E1aMH+YVHfmvHrJ6+N+spTVeRq9DXbVCJTcWy6nmBFHp9hF2fAZ17vTKg3DeFx9fNRU9jMKm2 yPV5PuCe6l9AKETV+/vUQiMaTKrIuE4gCqsV6NZIA9KuMBpCrZb7shwugGt/lqva6r2CZKXV+kwA cmvzAXSu3a4rbzpBV+hsBHdDaEG8Cqlvfgnq9mgPPv9VEO5ZpyuI+g43BwMvm1/1zvsjjPe+v1/R VvePX4XQv4e92vJKsveL//pYafVu+fG8zVkfkvtmf8eZnYcrdT/9QNqR6LmahGj1gVgUHn/Umdf2 WTH76XrdX391D0H8AfTtMsSdfw9n1e8/5ytKrkDu8+nncPk5qDzX+kO9vWpsjaf/wtBxaXD+kzJ4 qLIHuBLO7/sfZenai/gIaA6+9tEWHo8deoyo+lbBff093K67+1mbamXP/lYjf4ZCm6LC70Pl4rW5 NlWF/cZPK9I2fbN1OE5Q8G1HIXRBsTeBxTTVCDBsErzbIDlRy51djvSbanSUAGheExtnCKgiYY/Q Qemb2/VwwDfV4DjpZxCux9WvG7b8bZ+BXiqchi87qJGA6rbdeyExHDWs7ayJd7Xd2P0J9zYHRyNA 56zfZYxi0fYbWGaHhSVV7uzUDLWeNzZWGUuFqUCF2g5QqETmLryGz7s4Oyjh2AgH4k6bNQ6e+YVX YLXsiOvqrMmbQe1/sVs4JPR9b6tI5TLgGOUU3p/B6hvIubIHJMljqKbm2BY4eBAlX935L6gmx2Ld gox7GrTTlhdYHHYNV9xpU/FW03hILKhB7s5egbs9IwLUzItMctH8C8dhzchZTj7NZ/PL5cWFWEKp 2Xy1jhcH8ZNVlAuAJMyvnHX/WslkXoDTEsDWHSuuYYVu1s2WSOulaKKVv478VopJOW0AaNjdYmkh sKAU9Vm2REqTl+EmIEPa3srV1qEICg/BvhUkBFC3/gZZyBYsGRD5sn2jFM4hrU2Cej64OLYYYT4j hAqt+ayqhVuobJS0LJtpqSoGunE2xt3sVwCqQTrd00sH7AuXh2pjsdf/iQBb2NsyICRPEmpauzED U60QlWQbAqYKAHF5rZ6sypZIM4PBxqTBYzhZO5IBMpZ/HdGtCRTxITCk2TXhiV3vMFT7Lm5vMq63 G+i8AQRIJTzcuTLzVjJfWT0JtnNZ9d6pip5LRxNqWojR1gYEIJyWOvLjwlD+R327Snsrmif0nlCL acX5nQxyQ1MYDbGKM5UmSasEynWtmc0F46CqUvsWEuPbyDK1ObjV1QH4/raOWm+x2t5KpyussJ3Y bPmFouCHIIRn8CHMn1tYn3mJth5a5dkQGRFKZzHavMYtBwnocP2DBDkWenHMlAQE8PvDVD0P/0kd waRBAYxfIYAFvhCo12HzKuInDCUhBmYMioUVI7g90IyUsc/KC2Tzs7WbaXgwJ+VMQPdmphVeZKw2 09urIoSe67Rmi6XsowbmYZLMbqdDY0qAw71bQUYQwiZO8I8NIDGJY2sicxtF/qKeGbsQiGrFRWUB DIVcaY7PWRNqqS0ahElhbmXDqqHEu/mQ/kYFvWYRJXiT1IdsRaTfC5DeJlaEFpXGUTO71SLJXIB0 qdMDCMZA0T795w0YuqhwsIxJKn3LNjELHdJv/8rihJY8jTFlVY6xuFAqpO+5ayVi5eMC1ubBjzj+ zDL88bewNIOV9dsmK6hHkscN+MavhFO5x+0Fp56D8zyCGgZCEXH284BXTSW8qDHLVVEkevYMkGPP JJG9SiZRZkcwi5SxUcmZkCkoiW4G+pmkENpI5UZyQKriU4rBUUrhUygR+MOdYkA7DLJnPt8kQFWR n3qWgLaVkUwmScxPYEmj8w04gNQQcoQhxM89uKyc/shGsFeuMiCapF7QGHQjGYdBlHT4u6dM4YFO dZWFUP7QRQ8VqpMlFJpOyWoRGS5VhkA5G5QwcFEQjkNG4pchhGhCj0SEX6+gKu3xrLCiIP4qNBKB jAq2YEqGk6dJQQDs0kRPLmo36zImA0Sj4jgqKlnyrX/8pe8BWiVP0rrSR6CKlBSLvEEV1wJ4/P66 wnDQoVHC5qqSDQLCBzVvEsfZxFGo+AwUKlXtWeiqKMv8AzfQ2M6OkQ1HFylj6AfCe5ksCSr5k5Wj CcHI9bm1LnklwkRG53HbzXiWRnXmogpwD8IQtdYd6pW+rbUAQrZrKK2UPkVlizTl/X2nsAqf8cmH EBsYWDkyUiS9ClFKnm0JGdbSI6s2C2BVv07Be3igS6uoCeIo4W5XqGkQqH9kwvgFoGGE+MvVQH2w JTwIn8BwUwft8WoydQ4hwowF+mazrLojYjc2ObVrlCbTEVeThXTeQl+SD/IsyWZ2eAQZs8hL4M13 VKCsP7ZCPIBRXm05pfWJV3ASMuQrAAgnFTsrfwqzbA6xnkjfHi8yCKshjsquDIw9XdxuSEWLab0P /Uyg/DY6c4HEHHbMQfnWYuBR1BpAQ3cNQQOwiZ2IGxqK/faFYSfBDGH2SFMW2/BdBjG1XANFSebB b8w200uGPTNB0DE0z9pm1nmDvIZhzOjrEM5oqllWFs+zN1aYsAFmB7a1IubwcxQglN4dNlbQk/L0 pPZGRvcpb+3BsYYJmYDaQgoI9KNSeV5TIFm/Bfe1iWaCSZb4AAmVp1OhrLlNvyxXhbcR9B+HMNIx ugw7DVHxosfapCtm7XSP4wQOp7TJqDIcsOmmdg0/K2Ht9A2BtPdpwMZkFalyO5s1NjckPLbPvVKA WhAf2U/pa4rbgSozMgaVa4L+swfKxAiNZc8LAdMpn2e5oVvdh2CoUIdqOnvirX+9sNMJnfEIjQ41 gheNpaNIR2hV6wraU8wm3chZb5WrYNegMGddbNQ6y0ObHCkBiYe0V4+dx4hpc04jKNUusNgWp4g5 WAw3TQr9GNAb9/oGEI2v7KGtSo/jhBzTMoGqcOExKx5NZTK4C0EYW6cXMLnXUDZ3u8SrkGS13lNr zSbjCyw8Lak+P/wLh1+fKKZNT7rHApK7veFRgw5PPJjGL6IWV+HBlDZXmyXyjcpoKz827zy7b6yq eQplrrP/27/4UAU1u6VRlfzX3MrtyZRr6qyKBwP4QdZA7mEXX+Mmt6Ywyv4xJwpdH06N/k5T1Kab IBHd6QrGngB8jcJ8KDVmpykjnuYILCVBsqilAuyRGjHfNsS8OiYl5DL4gKC4zD1r7rPWIuJjfFb5 3hDutXnw37YAcppEGNCEO6kuTVDUnc9BrbWXLgTLika8fneWXexGRk+Io5QqZ0KRW/W4CjzMlfQ7 KNNP27arC8UYsRMKgYpurjW3ubhWltH+Vl9zMhyyJbuDmwUrPrJqH1p+conhbLItuYJERQhtWSkW FkcC4YOvxa+zsWbW+RwCLoDnFiq1RUtZku/0foPVTv5VMRKJttvJq+cw3TXuaZY/beEtRqaDQ74v BStUqKsbxmIf9puI1VJgxgv5zSOOpMqvjkNyxKKLrY/tyrleqGhugnCxDecZt4SUiC0ENIjcJLe8 sSCakTWi6ITzwnzq6Q2hxulxCTY3+q1DiNiYB/Q8NhH3uVY6VSZkSUu+YYGhqkV3xaBeu4YtKMQT /r+x+BxfuRv/dfsZco5oEnkHQ6IdXY0jdKRcYE1Pky4V5MN1Saw0tHxHAqcTS0Gm7U/uXnVfvxgK o2TnFoAKCfxugh5YmN66V/wq7Lfp3p4FQccn+aYlyWgwzgpZLTGThZGnSO+NON0neVH6xTyx0nOK OqcvfWok+yhzk3C0JS2OVVcq/kO3JIYi1Zu09hSBezJHs6NUwi1rUqVQZXwfx/CEAmNlTzWLcOA6 ZQjtU2fnMpUJhe7IqNCtbqtyKxJX5yN9UV9tOkzYQoZGs4nWBoi78ljJuKh1xzDRSBaSzrAAnIeO +OHR6KRMxvBSEkLTmFOS5HIAhQxZaw+kyhAZhomczM8P2mVUZiaf38vZMWWvXtHTVTg6xC3HnsJE HIsG7wgjsI70y21RuDmoey8BhAl7HlEM9jr2pxlPzUXfQ4qI/wKLrv/NZnFMvvoHtRmkN7vYOKZ5 QQWTkApUlkh33h4rE28Jo0z/NN2NaAxCtV1adIgh8oIDFj2NVStKA/JQdnVzjsjrV5Cy0KJUrlkm z4AOsFyoNl4dGArZ4DwqJah6XwPYZZnSzVCrcPtSZM1jod969h47NU0rCAV4QtDSakpMLF5DZhLa vphI/UPSC71EFN4rR42jQcpBCkjRP/cbfrv17jl6g+d6R0vVw6hraUEBIXOhLNrhJqMqppOU1jLQ QJ/tvSXt8wTYD83GDdXQcJiwayi1f5Ms+G/BL3obQFbKBmTyb2hicBwgLtywylgIow4q9BJw72rg fJ2C95ftdygi7FrDDXoCkDQNGPMOaKlolqXUyAScCBn2BURa25ZgTO89hBZqtbG5essgJPi+vSrj Bf/qPHHbaLjhzjYJoKbwb9CxHhn6VFwVAbvN5EGCOn6Yhf0CAPZig0GbCuCzeutl+a77BBDaw+vd oU+ITh46xhhut9z1zwBsK+W+aJgN1nXVtNzQfERzbMXVNQmpO8tvrUUCvO8n+LHq7D04WBGySm/w t/YpVzXY9dM+/P5cfi8X3VT+KuE+/v09XKv//oGsQ33h7wukHUZ+ug0ojXJg+MVjesWhIuwfFeG7 em7XGkV7Fr1TdsH7gOsbBPty+9WVJURaD57pkm26h5022nVS6RY7Axhz08bkVgX16WqbQM15GwB7 QLnHGN8bGM/+PmoYU0fucOd6ryiDB6nrzq1QfTEdBPxjq0GLFi1mVKxfoPfQXEJRvW33oR0TwDLR +ttbIzWz8ezLvhp56Lcdi7h+0D6FwM2iS92u4cwV4E8vvGyyXiNeGFl7F1XknEDvoextlaq5zz+w b6MavCpxDUyYa5A5nbHXYYtHaX5XgOLUeR9rvm3vJiva1iydRnk0Kuu0fvJGyb1XXjLfTgQY6WiP gwKHbrtWOTc3ynjUX7dbBZqCGAKOGBaYjj6HGQ7M2YqXQfB5eT8hga0sSwWs+796csbaH76jzSam ke/h/SyUTBRsZ1Xgs/JdHK81sCjE51aVINd5kK/BNVXqWh+LuPJFfOlaixKOVocOWI0VoMVaMm2o vJa8B37p/+0R5oJYsG9qZhG0wSFzhy2IFs9ju4F8LMcUTOoyxc8hijq0TKMPkYAHWGz5SmuEhYvT 602mnIPxWwV4M+tAu1lcrEshq+33mYExPT4f4amBr+6ILzXUsNS1KcjtDVePea9iBg6zNhc8GC9n 3ifjKc21HNrSA+m29Ne9m3MXmWgMldSCQNslrN96QYWtEI5e7mctBkXy2Bw5B+giqBQZVIzXCtTy n/duKflyLgXvFUrTjVLbtj35adBNY1oh8G9qiatnFm5ace17mjKNMfta0c2SOdiYpYFsefu1N1AS hNij12QiVcRjdDfQChCShTJgztWtd/jZxkHgEqWAhiZeOtHilDIgTlrh6SJFUcrbXsDjSiG7IEts VmmcaBTIicdWc+tUQR8xBzEpKrAnHjpTYYlDwIWNreZ97SSoOzviRz3arBcsNHZKKHYT5gUd9pXY p9iv2IeEADFiDnsOpoGYSqQ9K5ztv3DRXHzjCSUiIENb95Q3xN6PllXxJlECHQJ5DOi0JqoEO/IU n0nofC5bqV54YLaSLWkZTAMqIgSvWEguBCtFgDA20OeBhFilgXWVCBkJ49SxmmJ5iwtZVAfHymWE x801MMb9ukM7J4WD5RwDK8U68XNPpE0THNvKMAQmTnoifwwYFM/L+PBfQRc6PLXjv879Ke8MBw5P EOpgjulAf1wY8gYoQIN5xto6PCO2hI5IXSfrkfbgQRgLvSqxwCqJDJ7KFCSZMINHFN/ZYTmVNMsM 5YrqOT0fRcGzzULNCSb3opbCyRL0pulaQXmM9Izi/NLZIFN57kCYIsmKiyiAWU++T5d8qCI1QMlV bTZRC6rMVj61ReLVaEZZsLlMpoRcEZowTN0Bk4J/tYH2yJHSnMoYZFNYTHnkEQJ7cknpRkqydZrh eAIKpSRpJ1fnmb5GmpxF0oR0cRp0qpKNfK4XClBk3rHNm3Zhqs93TacYxHF5+JJc5HMmfsheJpos TLKRYc8i5LKjmfyGxMdcVKsSi8eaMhF19g0ZaQ1aySWFZ1OVJbfvIIptTtkwmfGSxGGnplzPZMqe cVU6r3lpIKIH5X16UsdMPA3qlWoOzTwQdUWzDMqz/Ehmj2x6LNFd0UshSuan8jmgML0m4vyWn7EP JITS2YngW4kXscaMwEwPDTC2GGuw0r0wTgk5P1OuaNYUhQ5R6VwhSl7r3hAgkglIcUv3ycn/WHtJ Jz2hPFCLQLzOEFQjNB7FyIzCLHpMlhn6hzmuz0J8UprsS3rqiXwCPXa9c8/80gAaLuYdlD+NSoMc gi5dIM0NS1QEyAmEMYZg02XOJNwmqniSaGpwkBe28yV8QXoGKvIPXwOegF6x0/A9swwEdmtmZFZg l2oF22HFh2Y9xYpJAVDMrAeVcUMPhKaF47BumAbESDUawAppsKPgL9ggOEj/EA0r8lwhYuAZ4JzG OJC5p85MK6eEdcGssK7ayooXEU+Okvs6qGjdYlJT+KpnM/eBvLoZVCn6x3CwXzikWygeTCZWQK7y D8hDBD4YCvKGY5xt/Zrc8qUtW34Dm3sHove+oY+N+ptocbzcL4mTpcbUM2FSI9sRXGhPdarVxcXu ELhwsHxLQFyMdSCeetb2H8JWOXeEtDCB/z7rDJOzB3Wm+tmaO62DLOV9C5bMbcGdam9CBelNzYdt 9HRogqRSaRmyXxGbXTJhls91EJPLXWIRcTtztmxV9okn5tfk7e5ZI5FogWk5yFZcuDcpR18nHGhU 08+c2qqGYLBelodExsVqpgpXjRp61m9iIosgEedG3OKHSPazefkch7LWhuYMPYvzLGgsqffCRH6E uqFUWMebYbZnoyDDKWJpaRWtiTndwmT90MRefZW7lOr2OQfieiTWcVV4xmVHDBNE1cQe2j9tNr0M a04O2lUpzLOecJVYY8RCl0rZcRXswI/n5/zjeRyEv0EQrBhrYrCPPRfPPSLvwVW2swW28FHnCvHB rIOPOK4QyDBHObTV7D824rzhMLaRQve9U9vYHS+hBuO+hCmHSjkRSPRW7lyfa5Hro/nbPiwfYnVt OPO3WAz/Z2+huZKaOnvLijuxqM+xuo8JIO4VJhZ9o3Z0hJsP2Mk5Uadc1txC9KitMhJpgibIeWKm chymYAOR/vfSZNR8ekAakegJizPCsfGSgkdkWEeK0zxe1MTOzNd9xU4dGUGha8cYOTRV9PwwOh97 ynieaiJP9mJFqTwaHXEJh/AZbo9Q88ETepZmTUjUAo5kGHWbPsZwcYcVzJ1DM7uZNc4CiqwPFjHW gReVByBpJxx6qOWrKVgrBiml1qY5xHMfg4gRkeJCLKIExcS0ugWIWJjAI7KQgCCMG0m/sjOcEM6N 61l3PIePQirlceLVENZWA+QBhq25IQRjsm85qAzG33SYFvk7lavOJoGPUXmq0cwGMzgeqxJkuN55 BAxasY7zeDIBKiCzyBYEGLQzjSjAbi7FmyxdaI9PZoat9rPGsVRCXP7XcqmcIeHmVyt8hRDhJVkr mCBwekCLHK3CbZOwLLKaEaf90GIzmskpkeYL5RG6FWlhrL3CWMnsNTeB+DZrGHBK3ILeCsu38fRB sVUGvcIYMZtH5Xvpqvkk/YqtHTZsGwL91Jm2xVo/eo6n4KVA1f7FLPtRYg7ZDeHMWtQRgzS3YMCV ppNBOsWG2bMbKjYY3xuFs1WOML6alXHyyCtZNv9sykCZGl8RGI7tVIVGQgsldOityTOPYmiewwf4 GEMRJL11m9yuN40W5gx0XHCepD2GUzPlditMizrRPMlIbQrMhTxVqpBTrMZWMyogStDDtFK7r9eS snier5H34a1EiZ/CUg+lnqlPPrdce5BJagO7AyZQjp4olch3E4EyIM8yKXAtjycgREIopX/4RfNl dCHKGY/41tKQR/JiJtZpWi43WV8zG4S7b3ZIJb5F4HgZzD75ecwNocDS4E64hGuVObW9gChLir+l 3V2g3qd2r6XtGoyDGATLYdCydVPgiZHEgIAIpcFIxA3t9BuZIWEKYN9QS1QRkMzZgJO8o8dXhAUD +a7lrFU0qEBWPyArmAIKKoOvRDGcFP10ASrtCcqAfSV/dzU0EF5rqJL+suyOFIMQVGypeIINi+zh imgQnodlQhUoj/sWfe8BMtVEpTsQCjwEgIRmzKn54EyQEgv72kA+PZ3ChGM0c9TWYd4EW2VhDkqJ CFDyXtXMpCH+oWiQ4qjxE8UCFjNm2L+kZNiWi144txIAAnhVtEzi9q0Yb8LMT36CN0rBPLbKyd4g VhtYh0QAFAeaCdxa4wC5hdFgRUiFZIZowpP9D2QBrI4Doglzr6BMeS3epIXKJ+mvGYV7XGlnuxJT MkZAoDosp3a9yKAxE5FLgFAIwlW9TCois3VB/SqxC+CH7KhuNS9Yvd2c7RqEyHaEENXata5AV/jY XhYWnFaHliQerR759aX3Aj76JKj/XbESsmHsng32oS62AA5nWHq9bylr9ei+BgaSLk14oFVmrR23 DrrCDNCxrjhUerYwlkt7BBopk6Z678uATep3/QlWBzeBLKHk9ZR2oR0JfKCUOPR4KUMotyl0yl5T i4vBjYa/dZBWZqteFg4N+P9SvHoGU3Y7dBJeqY9EkO15ezlDsmGjUNLet2CmNXNWj3sBlKqCha3X ARpSC8RWAl5TaO9JVPh9hdl7ZvgoOLV+18p3z8BhoPOU6vpwysNBoVB3VcnA0l6v2B4AFLvW7pDk Rcn08g2gtRlRi2iQq9s1wMY0Fee/MHwl6BEFYNeao70MRdcQ2CP2KCff6isOtTNR4+hRHz2gaGht mwW13fbmSp8DrrdIONttguu33aAOHBatTYqJnJW9I/2nzufg4rYNXPAoaKcPuJ8K2e8IMJ4NB/LB 9o+qlxXGKyruu4RTySMkdsH1LtSpmzgPKqIpir0VDka7gbwIjgclJg4Wo7UI8fXQ6p3TwERXP/fk 2ysBMv7vmvCHPvNJldpWhs0ftq+UU0FAATNdAVTyz15i2HD5Lvw16faD1MvlnoRGlLstudwBDWa6 H+GcvrJSWbUZ6IQ1m+UNtsC9cxqinRCPAoDcK/trHwiuy1IOPrRV6V7exCJlTWGJxXneD8AqBVg8 s+WodZGjCysFszDn1o/tzvYuZeY1OLvwOs87+Ns+LIcG4hCPKNC2IEYfxwbi4esYagGpFVA85pcw mFkehJxRDavkCDiB3K4IqYXKzBrjYB+S9+dJA5PVmlrcP88FZF61oKYzyN2msDEYr8uEUhycxIXn s7rol4IH6Cks4AcaM5jIahnwLPLxOaclYpPCREAhO0IlXmE5wmBoqhA/7x60A786CiPkb/RCvtCj XSofMLLPdzomWUzxW5zaGMKGRMDhh/zhgKWJ9xbeFSvmn2M4+RYA+4egH/GGeEis76/8fM62mhdD 8fmF6y0aKC1UE7b6y6dSHrmwTxrfMoMSCYqSLVFqSZZLECCsxP9UgjYJOAlARFd/cmFsNAvGSEV4 JPCgImZWOENGPpSQk6jhCqMEfGLsnmQh2FuJXD6dr0ojRZ2uJQoWYF1owzQoQF1o8VoRj+JkIsAT kS5OhDBypsIEQW/AILaLlZu7OIQyiZM8EUpCQYXf3gsmQkdLkRd2FKuBNRjB1GR6YuEt3Y7et7Du R4Yq/wtBLYoMJnYZBvqgAhJ4SeCVjwWdLCiGmEcZpWFF3SAaCT4mvzoIZowN9ER5INBFTlHdC4ud 8LywVmQeyiEfgTPjlZeMGxX8C1U2i0mdKB/mSAZ9Pf8JgPG23Ms4AEnBt5A7Kt0xSlH+IuS2uBK0 i833ayXBdBWoqMhwvdGwwjWdI6iQCvDrFgG+6Hxicogb2iTpYtr6WoOwyjHpqOf2buvMwPRCfkqR oqCv5p/hDM53MlfGl3RmKmU0ym/0cBDDywZlHm5RjFo1IECrQ54Z2nixks3g7iIBU4Z6ydCH4UXn KbmbQ5ICCs3cWDIUMJjUQv/eUgxTCmCvdrPxsbX0DSlhSUrBoHNQLyNQGDOiqH4GhbmpZKiXfIHX EqYPKmOjGLgul2Ffnmgo2JkbNUP2UcYlMfeDlsdBf5WlefMWzan4SjtDDSqlN3PQslKnqfED7EHg fT+lW1WMQQhtYZAwim0qQK2MAy9tnsH3dC6212hbiketMCRuqXQ1iG+x10aIbxTFSYawl4IRB17E wAHcPL9ErfOqJfnu7iS4Hstm6+1qzHD9tcJNVPnaRo9DqdhQzZgzrfA3FztLqxm1dtFodpeSNoQC DKGlELmVUsZevEiTs90gNnoCB4XdeeHbJNmmnQDMGjFwQ4WE8lN66Bqup70Dik0ueYOmxRofytO5 du6qFLIPsICtupzeTmFmGXypYhqIE7ierY6LBM1BQGlUzKz8j3EaQf9eRIfUKhF0j/YuFCHWNNm3 zyfqKXd2I+iDSNMd1yvolbFCYSlXdYy0chVffZvODhKyeVJ4V6WmKkeNpZGOCX4ImgBVJgHFouM7 Uqc0ExU0hId0fP47eSjo5L/rTY9FDCl4t3psH7OLQGIq7VgwvW9PKtXxPYGUzeKB8kgM7u2FfUyS zDNxZQQUji6iRAsbP3JIT9QjIhVCppw8gFP8xGSebqFTNB7K7EHqFH3SCMapa3pC8UJIH7qR0vuN 4KttJuVqF9VbTqfWWq92i3xfm/aaetadNSvumtFOHalNC6btLP40/KSKvs7Umz2SSZ2OmTpuVR8Z bymoJ+I+IiJ15medbCL1taYFLmImbqE23a3Pbp0cuG0DwsrZDqVpfLbWYWgPpURvr5aJaPb/5xeK EQF1FTAi9C3Fwl6ftnfQe/fUqJukBz1cgKe4NeiEbRgecxz0bmnw5LZX2po1VPJKwYLsrMlkbcll fpSIReOJpwXvjKwIv3YZ1p4BCxDHWOxuUDldJoJHLGVslMETTsZAKMmE+rGvOQ/CzbQEU455maYl u4U1NtKGdlVmqcp1BPcZEEdMP0+P5bOC8i88fTBmK5YJYifVy20BdK1vuu7nSUBAYVFCjFG1tv34 cmu7VcmKzPCLTjHUlKg3Ch+OnkIKEyz01iHgKI/ACky2V0twa+NZJc6tUxjON7SSuqndYY+Ac1GG AlB/00R/g8tcxLkUoAV9mJXLbCoEBQWrtsU07Wq7HkMwL5Yjvy0n2bYYMbdgMbfeWTwR6E6RbMVx +Q5RQZEYNWsl/nSeT7SLdpyyIkuPqaBfxWoUMnfrstJkfEaB9VhoaTSkCr9xuMrDkP+C0Nxm8sxL mAoaippc5RdCtuECRW6PjFq1eLVmTdxixvYG8LDjBtjbwp2W8G+qAqavLx4Z1oetIPRT3FA496lT QVpXBFn8NhGyfyzSRW5GwyD8L+lomUZwe9+1Tq23TBuXNAc3DSDUp1+GJogwupYYWq3INsE1DVwa nfaVRMHWWQB71KIpYtwcg/gjorEm4544zKtUmVVoXVgqiFX+Ip78tuFl60co7qFiGCrS2pmo7cp0 rxGRZQZY7WePyJIyAP8jUQfYhd6JcUTQ36mJoQrVyknGboTpFTtEY6o1bGTxkfsg2k2sY9/ybuei fYQQQsIF8wxtnoksXCXHlKi9CdPGZVglZx/nmYGfaGIvIGilYG2dIEF/8RXR4Qkt8oQsqFkJg9DR LE0X1kZQUk31A2aNJFUcg9OSCgyL3fETrA1FwvXgRAOOXdsHkcwwFjIqESgPdXVLc/Olm0kPGQyC GvgaH+RKbNBmVplNRbcoTzqmQjFw1YAcUHtVHiSzq5FCbiHrbbpo404gP7N+YqWrhx8TFZhQtazM BAkVVBQyUFRGgSFujyOpq4c6A1RaMZEGwjMQAjE3EZ3SCw727SXCMg6L4Hh3QQy6510kvJo7pqmN pYcz5pQwib/jv/HNClK7G2LJz+QCEZYiZalEjlO2KFL9dP5o+sF9hNXWd6UsYeuTS1JKjqlAgzrg hg2mZmJ4Usb/NN6uDdUFjItp2Qi+xEgHohKcLJd0cdznnuhxOzC97zGWcUzSlHxFLKVCrK8mbC5m JHTElcX26b706t3GGeY2ow7rgDNUGbsk+WNrOiyzTU1dFnCBL7adkCf1UJfFBKTe1ViD2Uu0aaBk n6k0Pe5X7YLQ2nDOLXYKWio6g0mXc3ru8gi0mBUFeQlExKbhndOvAa81bbS01I0zL0vnPObg0Jzu xLkKlq4UxL4ClYPEeMEvH0X3DWgasSCr4czImmasqCv2YuIMPotWqDU6gd9r7ZGhPlJ/tOcyQjR6 4Lzhrw/7tSJ52z0eJ9ktbnMjJJwpOK0L6FGlB9tuLmpRgacgOyNVL1tmDmmCN30Co9Uln73o6wja 8RWYSE2s6QehV2DtGiV0AVrhYgbRDQIuHeYokQeeQyFhq74KmOj5eBqM+bELgwK4Qb3DoIkBUkk+ Az4DLDpUrQ8K3epMM/uGbTljCx12UZ1CUWZE9cWztIX0KjDmMWw+qOYjWHiYe7eAIABM6FZkmHm1 bHzCvj4DwR69+HAwj0vDQXGhXIQE+8KPNgcqEVd0CirTwWBwOk8DdoXcVvwPHIWLQe+qtoNjhNCH L3i+LQ41PF4r6Vc10iCjzCStqIKnNqmAYZD3YHHVF2IL9fNGVHC1mSwYswfFqPmzIFcFGujt8Rjp PzyAKvsBvUBOKsqKIdn2mGBIUFiU2BCgKiRpFmQFPgKOuc6BaxrCd/EEDmZT+/1XL9BLc9S5h53A iFx2mWPbO9NU9Qo21HkkiYI0j7taT9iMAL1C5HVd8H5CCGj1rr3CEh578mJOXRp6R+nuBvK0a1PT VfgwoBu8v9S32rMobCfB1TmnSQpuPeasnPY7yNU74Gx4aDSBMtXj83TqCAc9nE3M4Wt+/sPV2izA wzVwhvLa1aCi5FQDCtiqbhaPTiNqrmHFOlfAT4PpYNe7422rjXaIq5pbWKih1IoDvDWagCIrSb7D WaHfXom5U0WsVQXY2Fsk8cBLGJcfM1KdvD/d9MtQwby7qSE3yXsNK1S5e3+jt0ZSLbQdw3JtA2Fl ILwCY1wFOS+X770qbhYEGL7hwuxKBfibJ8AxfxQKDEb2oj39N7xLcQEqmpk37xGZ/+ykEGXGAZl0 sa2b/aL9uHP2AhKlrHRrbcOC3CGVbqdDEK02LTj5MBBPyylWi+pPQVGbX6qNvRKR9QAtmUf+Lz3h MuxyGJpIOmlSkxzqiTrf2U9gpkwWZkxGddehio8aZDNhOZ/bs1vFH0y5ug52SRX8UfTbci1q4lvz NOBdRo0zqX2YKgoEqLyf2IzPLNASn3/SYAEDQFU0y8pMLZPk+WGKeXJu1hrN/4MO3VGgsp5mHS7i x0NciqM7QI9lbW42ahVuIXjWNuu9GYnT7Gq1wBWsTONEnvXtTe8ybpSDFSq5oLWmiFowNjHzzkJT ANReO2IKpWYZbXWL+ArMPMLMivMFIXDfXosiVGhBc2vL5wQIgRuWy6J0n6rVMUHLDvA5zolrrN6F JR4kMiJZu+QctsXfit8OZ30mc0SuxJmW1+ZUQO4W67KA1cU4Lc60fJQGerC5hL8Kp13QEo//UgWB zfSijKrSIERa9C2eoqZi2sSAH1Y9g4fwW5G5QX5dtGTDEiuwXRKH0AK22I5OREpOWiSt79A/u8yW TFmbZ2BynxfaON5VEEg2niN32r7Jbz6+tB8oG8nlKbEV/RRHmqaHJ5q0vDhWrERVrLWY4F4xPRmT NsZIkh6UiCgJSFjungkgsYms8bAiCit3sihEwjnrtJ8COeVwJl/s1PeFFejpHVutE3S7jNV4M80q PtFGZi9h/r1iUuhYDBAyTVGQ9LUyRAEW0N44dTWZlEgaSGrmlj5JUsAmwr3plQsncGMVAkk0JviP TKQJAY8V9xThd2e93QIYPlaiMFC0GQTzSZvMED8pZbWLoBXFtVQKkSlZgAiyUVIAK7nwyOe3Aksw kStG4Qiivo4RrKoCscTqQlSQokGUiUBOUjATpQoyifl/aPKgSAwc8lsHCJI8CGaQhLfi3nFQzE2C 1rZP5T8oSyWQb1SRtHO4lgcPLtBMw829x4Th4TldDt+R+nu89IkdifXLbmR8xCBKraauo6bhbC6D 1tAmoIhxdIvmUHzscbUJLM4uKq8wU2LCFkq7mmVYTkJkA01z+2QIkE8z6v8eXYjuKn3/vO0Gcia8 ValhxHrcrZ+t7YQH5wnqgsPQItCcF+cRN+UB0wyMWI3mlCCCfTsyDECD6kF7Q24N/udt0zHtXhvW 0zxG0WboHHDJgegXWFOoOHwy/BV2jkkhw7360GdmJ1kwY9eDpDqQDmYMrAdig+TwVUL4BaeCSiGJ WKUL8aii0aZc3N0MfI+j+tKnugQVXGOyUDEIkF8NaIT3D4eiH5oLeWAK7BgNvoou9aWeQ3mNhYVV lecW/fYMnoIuvsL+VYr9P5ruRDGRJEa38INMG68Ym50E7Kqe+/7Pdb8jenqpsiEzFkmhkH4pFGZk cKkAQPIzlyqYPWgxcrr40BwSRORCYovLRDhA3gad8ai0j1K42rLSbJAmKNUVkAYeCBqQF8KMQCgW fqXyao1CbkPh0JTg+VY7vn0DShk+OnhLdQjjM8U+efh9tGGSCHojFcSigqWWCQbiuxEChHEEcdIO fL7SStPXnT6HZoSFNzeTQbHU0bjNukBXTamJWjnTrptC56IU8FAs3bhij7ZXJlHjsHLYrVR88yYe +JFkDfLtx7keKRURjgprs8DtrAjzCCw03DzIZMDh+iQtdhEPaKaHEQjW+gh+vb6A3BMLXScX9JVh pzsm4pBoDKhseYL1Ks+uZT2aMB2NPF71vi3DOsPsoFIYi9/CJ/Q0yC6XOf0EN5acnMwQgEmRXkON A6EFB8gAyDf4uUs/O1r/DAWGQsfK9yf3dz69Ppkk6gLrX1crIk+KXsoqtwiIRLGbZ8ljroT9eHVn GAje2kwsatdNbVqkoOtxBeMmI8aAujX5pBdlE2rK867PfHZDomb/8SrF6+h9NMTYTtvj9FOFGkqk 9s6scLNK4sqstqiCYhNKrJj6DlDo3Ov2BYhCy8FQG5UV0ItUeTB1QHSIxMpKC7RVbCEyecHYSYBm asRvBWyQQywmnSghuxtVBTZaCE/YvEoaVlQ7cfMxrolzoG2hHCz5ryaqoZuUltwGmXiR1JSGRdEu hn0ISGw8UqxB74bX2kRzudYolgA/KNAw0b/4VHoyHSWwFPKS+KUesVJLCSb+2E8JlM/gvR77NuTX FxEP2qgraBNgCpTERvWE3MhQk8JBpNA/I/IGipuRJhBlmtYz9eLJZm3SloKvZ8EYtr41jnpWQPqu RdG4iXzrgvIPMLQ70kKmYPoQGNsu3MuIMnutV9o2yqjqn1qIGsR+doEk/jG/1kiVZ+hP2KnJt6va faBJekwK1HDomrMIPdpHmyREyMkWmTIiE30wGoBWsc8U6LQ/QqHMO1OiXVdJhNpvhhNKZU+0w9Ya lVApiKlDa8AJNi2IShQa+kWTyeS3t3aEoNdcvSqiF2XbL5koGdbo1z19Bu0pr5NtiiqAmCBiaFnB VoalXsCraGorAnoWfcZmwm59I5ltdxriBXyn9BHBhta+RJ5FCXTVvDJYCHt2DE7XirHb9mTA0t32 mfQMLZjKw1xWhCewlMnIbDP+jlzEOHzRQDGXYg1JFH1AyRnMZh/rOx9QSM4mCxuEGmVuGU9sHWG1 DZvnGGsYbbZEa6jXRtjmiYR8B6I8xga+iL+ouTpfxSJWO66xZesdUkiACg1k4cMGk5ON5AHDjaIc Q/a3HkGm7VksjdSARY+NBWqB+YY91mLTSG+T6SyiLlbrHIR3IP8tKvaFrseKQ4s2KAo+XYAmpJdq bMGbZXU/PMGMVEie0OTP+TVDS83zNh00SZ6RpzWjlVcegbZigRyJBNAQSECJIogPqtO1klN8mzA2 fdM/0ovZNoRJU/ruZmc+jldso7ryttOUAcUPkQi1Y3lajAYWbskWbo8xOum7ORFM1LxRTAw0htQj nhoF/rHv8n5ZhDxvebJ5GGoE8U24pW3Igd2BmON6OIVBnvL0Yj92cxAwsoyVfE9OU/PqRENzNziM IdIu+/Zr9iUdOHJNuq1tzwmViPR5PR3jmA6r08tOx/jDJ/lQGtZIApfe9gfLN1wUQMpOhnkGXAdq x5lEg+U2K8JP1mGirn2Ok0bk4WgN/MjB4u2hamjp/Mrrj8RIZzbhjBwwICXEjKPFowmD4kw200yV BuUHABZqDP18h9IT4+OjG2f08NC3im76NJHBaUUQcmL5X62X3HXGz5G3RW1OPtRk3btp19G/om4S pfzAHUMr50TAGACLiYx06E/PvivZFWblmglYqUxjuKUnHwGFPm/EHHBDhoE0TtAeuYDJycTpejoe Orbn3jJLQwZ8K0cd76zKMFdfteDc4AOTsPGSD0OrKAoFxbYxkVL6fUMODQy+J7IB9kEywhqc2QT9 VhJIpLEItBa74QjImL1EuDijRbGw8xGvYW5ZXZ1w9HaF0WiEHV27tbsw4rlcPJoSY8SfHmgJzmCu ngvgAB4RK4TlfSd/T1IzClQvImAARIR6/LHwR1gPaNSw4X6gFZjwfi0xFoL4AdWEhEJ+whDkAxd2 /AZtEQ14EaY7IgSmxgNHry0jGdK+AVHhHYQMsTvrHqgk3GZI8CYAMvg5OSsGV6jHMcOQbk5j61Gc Fy4OCQtSDxIpxzq0Je8RfkZSHilMwVympXwGnWgRf5ZNLd25RM1Q6FKFibh0NfeUCTSo5gqzhVHB 2cvB7SujVW4ilO8oUxfE9X0eCFfFCAOUYleqqJ8NR8VliKCrAE9hFuYo7bO8UIBeTcrTDcEuxbM7 qYCoYGDkAAPCwxEbsArT93AiG5B8Dg46AUjL9IY+R0oNfMcoOfKg4TLng9l10MFw6biqQYtcoKFy HuYlD9VE4H8NCCIaUog15j/1nmWKYu7eJVk9JJIglRWyZKbfUqDlYe7O30B1WiDkv/E543/sORIQ PLhWKFspk4Hlodyg1U8QqLsV5eVO6jxwnojP4FRRBpPKAN6rmSwrWWkEgwpIVqtbCi1wGuQq3x7u C+qWm32APScwEM5vMDLSlE0NKT9K4/ecwYRkVy3EMRmEsQINUUZsh9yRXuJy8GWLDAmupqiEhDIU mlOnoTTh7V0yM2KqJi1hVrWTogdypUvMJfRmdPc20khcPnZNYsWZb3dZ00oiK6fxp3Icv79nFxfe rgpDK8Kxdwfi7fdy/JVUfFPOoyoflYJW18KNh4erew//KH1xUGrDVYeKb7iQ0d2LKl9UEduFi5r9 UShD1QwfqA/i5z3iVYsDZn3+uSq2LFFaLjZAvoIex90P+cKeJrG/Kf5hRZjmYQEs31QlUZ6VxLij MJy5rO7KXWwh2xBvJDmroHKB+QbIg+KvqqP72SJ0Q2LZ2Ogogbr8ZMW3ezu18H4OT1cmXGBAvAGw T0LD0jGRFC2KwBjG94fGtI/I2EIJqMFCHBJKNVtg5fiIUaSaJKpCbTMClqvNQ5TTG+IJ4euWgNIa GIyN1p8gR5JQ6OiTJlCTXJBrDnQQIRyv0gU2CquUUk9gC3WQ3oIJjsAUACmcBG//dPFheqAoBBJB INWIJenWY3tKeKToPFyeuhPpSgt9qoVisiArOttm4VuBHjupl+2STl0VlpKKbSU7azBwaEddDAkJ qK9iV69Uh228YZNgO8Ygn/BwAVCCTcu5RCDVQVUKG6VQ2WZSkS0rDXwwUWxWkD0bDVE/0X8WruCT BWORA/HtPtq0NRmlYab519uDs65m6yv6NXVKmdjbKT9HOQS0Rou3azOS7LBWoTiYLYOSHdDRMOhW nVlh4Z8aZzfoka52vIQy8aIYQZEAf6ZmXw/2aPrNUIy50G8ZMujDkmFrgbXFrVqeErKpZMOibNtt Kr+hBb0bsQXeSQk1ScrJrxx3asluhd6WuxGezFQwVCyMbnA+BCfsIohJm5I8o8VgAydxdIUIi5np cbOl/PXSRIsadIwjDeQlm4IBRsEGQSFQQ8Wco2cn+kX67G/wc4lULB/7thgKVrHsWPLonwRIiiaj WYEqGLtVlgwBwwsSJuxeAF37zs/opnF8Z0ZgyVtXLYryJ6gdg+MgeAftGqstDv8FK8RWdduejvYJ INZ5vgiC8bbrsbJCsEH1wyl80V1cIOG4Rj3qAiNDzzGgaEUmMnkuQh63mToMGE1lpAZds2cIev97 sOah+Jm3yMLuJZxVHmCI24yMp0q8Da8YOilR/9wfSTJ+NYCHRR6DIqKtHgn1irWZZU3I6PxPQ4xt TDKYCqiADfg3MZTOCCCJHcJU2h3RqQYZGM6BWa0Jv9Atk6pjZSMkljA6ecD0WZ2M8xpFCFOwaJlI vs1AnoSUN7tMfliiVEZKJnX5GOyyQeh43FnmmWzok+2b95S/xjDjw5WLxVxj2uWgseIA3dnwUZr/ le/CcAYORG1JR+GB+Utj4TPR5DjpzsHJ+YSnULo4SeNkYANme1rsRtULBnz1G4tGYUnmafLC68y7 yu7uEHZxmc6B8pUMkv1vkJmLPEVeBR+BKxxek6/CO8325IfOEPXpZ9719lWe7iNAxWIvUlapFG9U wELmltUB7NN4WiHXwPSRE9OMSIdM3XxYJi3e5aBpxDdmoXHDZH/zCrVgSOWj+DzjtxBRICf/vY9M R0smiF1kHEG2QCEEFoXhDjVaDjOHIte9PNVt9+wMxgupQV7TD0/wxufnk2iORLVBgaIAzxRUZaYD WXgrHxUgwAMO/wxNGhyJO58xHr+MGaeDi2FOfRpI2Ve8BhzwJLCXPKC3wXmQYV8fnMXag8YYOWbD zvj5dZf0jLuWiuGkAyCqYCwaMO6lLopkei6j3+dhOMSItFJBoR+lgxo6UbFbeSIfg9RQHzACKwMl BUHjZApx0uxbd9aF7y1P62QClzRfIkSntXK4lq+4prFqEuet2SJmEvzBZlqsyLOGog9ir+eRUjyL OtiItQrxEFFjyTG0SP3c8gmQIY1FHSATHjTKTunWnS9MSVcd6Bj3vTU4SV9k7NMNaznmEA/I51Cs MZDKZhy7cQO0QMja06y7WWoxoTR72EJASfJMOMmj1YSewCgknB+8Uvr0i75aM2D44JQWCvjJP2+b J+CXFREKRT6KAxXJQY8X6CVo+gMoD8gKoAYbPq9Wfg2rXsOjoXJaldCctADNIG5kCeQogNErlX+G BcAmnwDM8OrXSRX2TpnYgfOtTS2koT6fVwF0cGOYCTTQgp0FvQntDBUEmIohKNejcaBnGG8H9E0f 0q2RZPCj6YhQmIGIBOQUDzS2Kmf7AS2u/oeGs2bB0aGUJq/BUtYDVF0OlRyvmsjr29P7kzY0CDk3 Y8jX6mMFlX5CBr+FbzdmVAHvF896XinTgVJvpXgXtTFmMatqXHyAGQcn1A626h/J0KBl9A4GbPVY 1U1Kg2TVcrOgu6QVuo8klovUepRAaLEMAhYqHj4PK5lIx+fzi4HDqOSxez4sFZGMmUv+IlbgwAZi 6ziNgDdajF94JJ7Ui0iWXg3TND3DlCGPZ3gNgQT+O1/wJDQAH61XE0c+XVtZHqhLPVE1QHgQNNlE BAwr1/E/FN0+FYJNW3hS+94x30A5IyCZDcCfPm1thiwm5Lhqn4tkzxYgRo/YUL8k3fZUqNR/lisV PpAjYfIGFWlHCcCliOTLJgvWZovKdhnY3GK3X1p8luo2HUbxmEQjAqCiAdAcukpQEy2ihEiENamX eG8C9hCzC+Fsp0rD+DBtluYxDL14zcCqNo6kCeVDy02ifRuY3FakGM3etymBRuhdMwiHLBie2vK+ EX4Obix3QF8lHGdosXYkR0bAx3M6nCyONKve7LwvzGAT+Eb2dBFS6iJoMuEJTzN868gLEYXkPWL9 JNTgBrrJHKGGyJMRBh1T1RNGMKzAPQTRQUzlMwBJ29TSsEAg6rY6xhkO5fG203q+ninGGAHJ/6hE gG/6l5FBV3ZUx89p6iopyUDQI9U+sC2bgCyZW3Vm0IlGRdfAe2MnMp6y9lOMRkX8bGglh6Y+KBW7 RGg9+FEvIYBEymbvrUJ4tk1bBuDWXIg3xa9lXeuE9m8fUZ6laIo93AibWlC9+Rprx+L8WmpqhkH8 JU+IWGzGX4VWCUe0oINJHo4Cuy0d5muS01YlnQCf/JYx7oLj9ge7hC0cMUxkvZdsgA4o1n8kIe0g xdpBpPBwNmEYrRezGHohO63ecO3r2c9S9KVEFVf6omaB90mK6L8mkCbysDk07uOtjWksIknLCjf0 b+vIy/XMpOzL0uCz4uIhu6VNjxLwYeYeg81YLOcsN7KW7LW3dizA6yVREKwohipcCXTwvs7zWcnF JJxQABrKfNSiTbPdsISlRN13ZscsK2nD55XAytxkvOGVKSTCGeXG4X2SGAu698H+wZjGCtfujLSw pqUVBR9/b6sN4kMDr7qFZpkKDHuPZIRb5NwU/syj8FourbeQIoLk8/CS8it4F2oOGAqXCaJuzFm4 c5w3L8AJCgP0aM5F+K3/cucZ9xrCmG7K8SvC5R1wNTmw2m/Vwyl9U0ED/h3KBJJyPKpQIGc1jyBX dC6jYbFIj2NUcO39g1X8DsbppBhNUbVxSMCd+TilYubDohkkAOTUgEF0gz7ls1RCgQcCGS5HjhOX 9ARHog84jj/K92etGSEQgvcKgTsiZU6bVvxVCdJu5PkG3cFK5adNWmDE0uDx+P6hDEVjalagLelb uZUAgxy09eZEQnndRw6YieRzsQbJjFy+/FVTy1vE1JxJMAUVWZqd4gp8bCMsXVM5AgOQxFhFU/mQ WXdVTZgMSWBGkwnwgWE64Q6uciAevKMjoCWINVhvyqMCiRyF74o5+ArYCEyCjDrhv4csTP5zJIO4 qiwcPXUKI+yqJWACCsSWcip9l/v5DWxxhl9joUKqDuinqhRaqlefwFugidslqHnj7jMjlbZZ0qOO DWB9qLA2lAE9Qyxy4YE34G6UoPBxDkyLa9JV+Z5GToT7yhfYPZ5n6FOZwd7HURrjVF4rMk71CVz2 1eIBaKaPYMghfXoK9cIZgK7ys7As1a+hdaVDG1plG0wJDgyjG5HpU1jY4Vqd0qpMgIlDU4J5wSel QVe0GQwImAPDIjRMxFDltSojoRICrDWYBVKIWUYCuTVt0CiWGFtJwupEKBeBQIgZ2Kd27pfSwyfI iVb9Ct0COeJyObQq7UqkVRs4sM4o5RarmHxVHxeaJ46wKBIRfw43rDdP+HOE168Ku1OYQdGICvyi ieRix/PdwVfqr2IOnv+v5jPEUL3l7yBNwKfCx94Hjl4VW8CBprpVLeI6kKbmwb0qVyglAdY08mXT 5ECOOAtt1RYUu2LQhMh81lB1H8ATTiRBaQu/XWR6CwtuLlBspD0LEBgO2o6YESdzlj5LaRBU79+r H+LyvO5/vH1WnWIx74BcACxxVR/DNX47IzQkM6jyxkZqsdsD3TOoKjO8937bodtFpWaVom9uE/TY cr3Li3Yt4HW5wIAVab5c73dg8B/ViW9qRx/Vi/51V+AN1g1EVgBESY7j1aWE964sLNXZzYvKYlxA 3BfANVaqXI2EynH4W8a1QWoXORRXPtx86QDAjLaCy/jrwkJFQA7nu4RqbDV+eddqQVciGt+m6rXL C4PXL3cXPKp6jZfVvi7d+t6li9XevpKZuU9w2e9uCEVS4vIZaN91YxXZ2agLrS5393iqJhJEbexG 34WbxktijMe/vgX+KiVdOEbJEGqvrzyaQFoVohBVEpYVjyEbhTg0qC6xf/sWFl1QJMUiFEDPCF4o g207ALmmwWxcKqEAm10bSpVcRBNSfRR7o4IknxVfET1wtMGKtYqIDK0uv57ypy+rHG4OsMR0X/Bm SpI6q367MDQRTQ/5i6befFU+xAomQoq/h7pbSNQJ/VC4o5iFYFgqVuCGxinTWyzGtqIBY5igj89U 0tAghedfX30aq1hPifR2jeBw2gJkjZw2dALcRaSWor+Bq+IycFUKNeDSKQEtOzEShgp0Ne4p9UOB 6R9oCsNUaonesHNRnn41PMaJolKD+iZCoqUatE94rErZpanPlp2OBX+ebDWzc/kYKA3kM8F29/bD CCMWhvzUPLozSeyHwb300tqYIYG4OdGB7IwBq0VFaXwasf/KDre7ac7ZgSyV6F2IkvqlMZd2W9FR +rC42FzdGOc6KdGupzNz9wxlzhSvGpJvS0kmdHoxB73rz/DeyZI3hjdMFXTOvqBm+9mIixgaozT4 sAfkSm3bppkNhM1GNucsYhq755LFgeY4of/kqu1OdAxkrTtDbR/r7AmStX0LoDjPwpS1ydhd6atw bubUO30+mzJy296FCdbF+CDn2U+moKmsF0OO801QKCQ0V7F/nRPUaobBn2efJVFh5gavETSU8NvV jgOkk/ZMFq1EEQhug2/P+nReQ6O+dZahIG42G1OhOew/rCpfaSKxMiQDT3zwLKNj/mBoWZJKHxUl tWdVb90IVF7ywsSv4dHRn6DuFLT35wD+WGzs2q1Hc4/dHXJAbLFGYkqHt/fqu4gDcLtR6otZ2966 UfyXrHnU+3ZGG4oQbkvLGscqMXGEZhBKNsBi65bICNQWISLuli3jMG1Qfa6+SnrYWRaPWJT0jWiS 3UdHZXw4eslIZrmFTQf9syj4SY+wREcUM/Qrmzl+R9OCZREc5jqvhAnP7M66s+KktfAQcih4FlrL H+fcB659ybKI37ztfAAi1QNKLgcTeiUcNjBR+IkV6Y+IB/nPkJa0wJ73OfiXhxIwyM0wnP+iJzox cN4WC9xEnkMRZfzyjPig/ccZ4LAAVFj+HEfQiEFzSLgMxpYnNLh3QRaWfK8Fcw4aCn/JCzTCen6A 3hPG4O6RbcTgwGohiI/nqFQIuuTC8Gf4h1CLnF80BMe8OoXlU430JS8r/6AC0VwHMIJjBvlXvFqS wG0CpBjIpPFIO4I0hfiozVLVVJOH6gBDAB2AKT3nJ/Iuc2GbugzQEATVFUBV3uspQI6pxIHIgWsP X5u/HAQ4+YBwItAyJ5TbW2NfMl2xKMgqP7c6A9IRYZCTdRpeN/iS5Kucy2gBo1Nz4Ak4AoaDxwVX gbWNnzDAjmAJA1SGfYEouOl68BUP/EVqynjKHgdnleoNljczTEB6rW0MmXhw9AMPKjOBoR6OZ/72 F6yjIyCAE1TGheImHuIgYiF/OH+W9GKAoIOOOZj8RG0bHscWq0wDPccBTgL3VgdeR0PfRHPcRh+C DfWFRYCe/JxHLHTkPC83FxnyvWcVxAV9eie8D9IzaCCH2TLRSLBFhxACUvQWNlHgAyozsQKud3Bf CYKgtypbErApoQxWyhP3EtRsJNStZQURuMcEB/DWWmvF9aqukI3IlwNm5CElRm3QeNnc+zExBkw1 GJOQHdc6hIB61tOopW9vSvmzDOEwRgLe9ACASCP9ae7AN+PQFD7E8iBciEpJ+2XfIRpyk6iyFuPv yEiJssQLlbUy16R5FYKLjVhTXiuIDwKZTIFDoEToXBY1hreuNRngI0k6hMSnk/aZ4Fl1sClDLd+y bNWAQouBoMAoDLgMxigQ6vOskXBTcyFRomZVYU0+gfmWn9mDZ8DFcfxNYmrzB2VDQVt1ERUHLBvt WQVhc8GqLaawsgDD+W1wf90Fyfp80oGDMdMRQzDj92kYIz5CXmNPAh9ME1KrUhLUuUzjko0LXbXW XJTwBSo3UW0WQgKQB7tD0bGJ8D2LQciXdvOalpux4UpoB9CXe1lKoPpCcaRRYrvOAWKh7B4vpOMY SmiY7ysAYgDfM9tWoYFVCSS9PCsiFTPCoRW60RQ8gTJeTs9rgYxXp8iCxSWka4iYpVSVpmwRPmoI 2EoTtIo82eJkgfkQsmjltuysX/94wNr+Bva14SDF/ylhzaYdRMarEWbJJJwF1UOTkmw38bWrFWgu zGhvADMW9AqurM0mRXgMu4ngE8zaDlbUMhQyrdDkPbNWczUAsAIR2q8jK0mTBTStKBqpFZ0WbPXb AE0QkGWx2N/82EG5pm5eASYBKkbOGmgUNReW1tbY9ulw06Ga/rbdesh6KfieTQsdansC+hl39A+n 8rDXkJWlgoQM/hmkphm5OtVoG1ID8xJCt17qUiy2nbeE3iotWFPGWr40c17tHUYA8kiELnOSltQz qQUgYlT/UEZmu5/wpQZxmqDohXDHmLgsqIq/VCJ6RN7wQGVDJpbXcXt06KSqWJ4HRKUL1yKphtlF 9C7aIt0crSrrGJukGXiYMGqQZYGMEbTdkcgEeddfIkbcWSR+QyWQahglvZ8GREuXenjIu0YL7M1I MWqlxYXLW7iIQxsifgwYENXO5S3tqXEEiNaPKadMYnni7EGs0p3UTU2kCX2i9WFw3XpCo31LmRsq uSR72WHtZeYRVEyTm4agf2JJ02Rpp7I8U22LRHYw+QBOm48D/97UKnLY+ZHUmpJ90cIUtHc2akL6 vqfA+wLHSR3lrZsOwkZ506Chjd3CLkoFSbbIraRkww+oSdUYH1jdLmRV2ymzJXD5he5Je1Xtp8BW FGr1psKjF/nzF+qVckztULNEKdVs0H6nmpC+fbcR+tPn2YHxItusZFqNEVvjg1cTRY90hBRxYdF4 lXqQ9S9aY6j6NjvjNHp35BLJIh0Rwbc6NRfTMudYaz7mgm+W6ccbShb0YZO2nSZChp/2JKVxCXEN qVXH/rcOPWHQthIODqMevXpzAi+6sAi2RI55UjJRSZDe5NvyC9jxDHDuiUVHBCgBDZdHRGcUT0f/ 7g2Z+U8hacuf+8KpkZTq2Tf5PmS/9JySpTWTu8H9qRBmHlxeNM+JG84fUk1iPpDWjExyoSmWnpeb l79m/R2pqc3mYkSlA/lE5gd3Kr3B34cklHzEO/U8QKAcVm5I58RzUEsn4j7P2fycXePL/aDOwIDd QsjX4/3kKwXVQgdDJrmkqMJZAj76eRKxHs4vBxYy3zM8LMDdOweN5vEreKx0HX5rQGUAxuARFVvQ WugFKJIX5n+3eKWroTDqDHAN+UQ5gGFt8JObJ05c3D4KBIfZBXZUX0EGmsZBJbwt4OV8lafIeSzH tKGqdMqlHOcfHCoP7HtzMSlYCrEIJ/c0cBuKEUADqDlxQZEv15lrVi1Zc+SDD2IAXQJbwfS4+1Pa 95Jv6MNp8HsB30p2VT4DOoQCEMVSGrmuZTmaaJeVBXZx1uGo6inAIkFTGgC68h6hFc7Ku8sMwAJl gP2GUBo/p7uucAyY4DdXmOUqA4sbPoTBPwB1SKYsXWiMxqVQ+owbPKML19ryYs0KzMWlDRTH4kA+ ACc4ms8PHUM0RAaNkC9sAwtAIU7FZDxPpg0LVNapf4OThFmpEPPSOXAN+C+rVD/hKopISNB0kR+5 MZQk5HhoasojDDTnLVfClXd5BMQo/tBdbouKFSDALszbn26qOhxON3OXpQqU3AYgLsoHg4qQDnS8 P4N5vaRycADy/KdEsDoJUoJr71GqF4KA+qeuagO3w5bBPsa2wP5cDyeHfAdGjIqSVw0xHEAL260s XAUdCJZkXQWFYd3KOiNUEKUMXEUojNOI1bDwA9AGEA5I3atpLAiCnj9utYNFk3CYk6dcJXd2lR+i e3tzCXM2FUg4PuzcYwjXVGwDpAdCJEqYi0jEqkxXTRqLqABEC0SHSgqVe03Wvj8wws8R1huKIh++ r3i4DXaWzlvRj9KBIb5yTc3bGtFqcHD3F34t59ajwYgNtHiRuDR4QPa3chCf6mOci1FRDRqEU05G 9yeg91vFbAIAFk5QWrKPkBZY1E/Sh8P9j3LadVbCecrMFwD5cMVJRoXzSkQWxrHuSgwmzxX3VsMF vuoFecteCQUj0DDWkpipQJKNmxMageER6SCnkClomDnON7RCKJF3Wwnwn+A8KBPzFaYajsNoUWaK 0nRhnB2jAw7pb+gcS03viXNxOnrMz4UASmoKbwRYViyBcnwF89oO1G+ZpER0yJC0UOg5eI8vbf2h XnYQ6CXNEnTD0q0rOw66UKKbU0iK3QuIBABEWsEzEJPPJUciyWhq+5HsZp8opGyd0WB2keJMjkIA IauAfEFLS7u3vS7dkb5P+zgKkVJ12kiqsGmFAZqeTceSRJi2Cf0SeYCYTy6KTr9O0MdbtL8GbXyo 7lcUBYhRrSQb7FMEHjIbCOfdeO5LFLYJ16PdG2gcnmzClyyf9nA5z03XM8ovOJIfBNO1BDbLgCz/ IUvHAcoqRQ3vdoJEdx4c4M6mZRxVZoNwy8kFK5sZ1iBvdqy92bjdLJNVkNEWZyN8jgULF3GYEq+l YyMAq8yWFe8ZHHbqV9uGLd9en6EP6Mvqt3+WWcGi8joZMHJExkVWIBKxQez2ccR2L+vRR7ZY/Zpo urP76UQQzbzVFBxSwp4+kQKCyu6o2YLI1QMsFDteBgmEAU5takQRV4XiDuLbXauFWckKC1zuqYCv hHGhPYQlJk1Qwm6VjjIkBD6L3RpxGDMl3/CtBX/ol+GQOFGuZk3McBABNKKCTRbIRM2Hqmx749er MZduikKmxgRidYdXyERmHHJfMpSB0a0yfrd/9iiLAg5xBcthOiZJf3Uoi2/kMVhH2ePjLqWF9Y+Z mm7r0Tg+8gUM1qdwSu4neoVclloKBM1FzRXiZ2I6fmXRluWT5IAg+NAYzL/I0dG7n+u/HJKMxdat lY5s/CXUi21hQZPRkRdDeOBMeUMIr52ciRePYeBkw3zsn9HTqMQUOAWTuytJTf9Iw9LWUTDIx7cD y9mdXF233JgEM78kkQY7/6J6pcUMg0mc6Jrh0ALnM4hRnvpAVpPIspV4rD3DaqaIFNo5hu1M1nxK aqrkSDauxYR7RGJWUtKI9HmgxHJcXe31C4lFJy3KQOZumjUHje/Npi57JwygEeebZs83QD4CIut9 cpmwma8uzTCfwZHeUJ2AG4xzWl++5cAUeRfS97hX7/+ENcrm8w9iAU64Csqmlh/H6/H6kyISg8Dg NDdIyqGz/0FWAyl1xNs55Q4mqzURflchjsCjSeMLIOmoOwiIdwGj8SwAC7ajjAB+rCTkOdgfmhb2 AlhCw04rW/CGLDlzYNBANk9xnvwFIMs54vZAm/wJOZb0FFrFLdFN6cTzSH6o5EBuDplcvelnJQ1z 6j3APJ3ZlwxYAeG3j39Ub1BJYKV1jpu60atXGYsvqpRUkoAflIf3LGvRG2tVEfSRyxl6AxJGYFmK SFdyqM59aZw8I68/r+BdjRpNAFDYD/sEm/RnEG7zkJ8XMFgqVi4zJpiY/Ed95JH5Kioo9Yxd/pvq G+sql3AijcdoDO3t6cXgnso+XUHt8BwWu3pd/7PaPIUGyrfEt1As87EWlCUgH08yVFcuqZMQik2v z5PD6penFbh1/dRkPv6J+ArtlgArsZbr94TMwL2IY+ovdU8OgtYSN5IBuU5CvO6T/iIeCGCoIzlW vodN0LehcOUL4z7IAk0D/3DzhdCTBozOWX8tEzLwDE/JjYcT8KZDhhEH5lA4AA8eR6Q9igjEDLbZ 9XZeRHUrBYbQge4+aFxyYQ00PUFkcBOzonf5qeGUOkoo/Wm16LFJWYBEGm6IxgF7gasgFO2ohgFZ Bdx5gZRN5uqksCIb8fDBoKXogCGSb6GMkRROEBOVy0hQCIbCLA1LnfhkXuZvCHDSzXmvcjXtU6UP b5XWmgSiSSvH3BEMXP2szE+5tD6nMLQVwkCfpShUTn601Ki8Vi0J8hdUmxT4AwOr7AHtfH1WduOf mD7lLUwByVYExlJ6lh9oLb+t1rKLNfFkYME3yahpmDjYCRl9ZokFqiAMVRr3kLYNB1RaOn2H0QfB TlH70nWHeIA6BgObCmMJkAfgYiWCl9+LC60EpRjkSxsJUw7a1gLzcOmNlc4gIRS5x3SLeOWiI0cj CPo1OmMbTfMYZ/zXLmks49dYwCOAce01QqsLDeudYNcVWTMyUgE9pmAS16IKOJUKj3jB4gO0GzAD KK4lQlg3a4fOAUt5LC7ZHSfLN4HwjAznlG0cQj2PpRs7Q9FKMQPHkqFziU0rEHeIkMFUO2Xk2Pok 5WTBgIINLauA6YC2tE3qGVaM6f7FDCJFefvTP6YdgQoKmAY+tf3ZaWBJfaPJkLZyO4lclYIm79G4 qee0g2as4ciMRUPRVi32BzuZJnMCTwGtoUhWuF2baQKypADbRI3Srhcb0EULKBsiRz/0IUrVb6Me lDE+zWhxFbNpeztiCl8/zIAeD4sqGIThmR8sitQufREeNSffwVooxIAB3XmgSypBpxJNDYrkJrgh Z4N5EWhTCUMLHTSKpiv8b0rMA8ZDn+KX802FElPp4pJMGtPwP8NJ235M+vQYnxgPvRPO1yefbxW5 SmGFWrak2uTD0YsIBqNHZn/ijW+FXwuitn2QRq2jjsPpjAnciSjMtpiUWagWGwjOMBWj2bywcQwb Yuch9DepWR/MIyEAR7HiPDuJGOgI7zLU8ZQRhOZt2SliG2PR3nhsANrRJE9LQrV+8L/XST6hncE8 zJf42/rvVHq4v6+SQGvK90aY+vI9OiKoH7WFXlXosvtZShUA1GBZ1yjw3NLvWSuuv5HOzEy5zYJ0 UzI99pgQtDPzsmRmjeoLcmmA2tcYzwrrUL+IghoDKOnFDA/LE7H4AqxDgenOQSCLx10Qw+zUH0s/ 9iFodi1K+REZm/VjSUxND63NI54sWZpeIE5klj6hRYTFKWFDSq/YB3kYbQt+ttrexGnedoJ9hmhc qfd0JPpY5GTafJ0MJYcWudniOgJ037QV9QiDx62I2r4K/vVjW7DgZtWXvpgq/RrxZnGkzh69E3Ji 5LoBaQaRwwaEdkzctC5+wXi1a+myVxsk7tLDJhjjEEGYKCZ6SlnCyG4he6AFhaoJFavPS7g/syZs qVSefvJgfjQOsU+WyI2RJLXtYi1uK038a0IDTG9tFYDQGLWXEkAtJnQR4bwzvgRes/5S65FpdEXT sb4SXQrKylUbnMc3ajODwddFefztCeuomocdTW3imK1BHzow2skr3rLcnNSFhSWHA4n4SxboeFu8 fvKya8cgOyQJoM2T7EbpBvqc4BgzfYgC+DBx3G/5D8KFwdb5WZaSFWcGjKNaqbZFao+jh96Gi2uW auqCgGFXOohoURHV0EDDVM638lJ+zmOVLd2xW04H71WezNToiAWhBK2ayotyNQyd91N1TRonhFoj Nm74NkElzAMZoBs2wC1ybXipBfl4skFRwd8Pz7qgQAnThiE9B2DiLe8gIynRruUHQeEY+tsIPcyR 16A+x803PX46RXf6rFDBO9SkHowL3vAOBinlihonBoNRFAjLr6sRqAZEoSAFKQ2dCKJw91noDq7o kcfa2VfFLQOOyJDWoVokvUxnsD/ERg6eNPqcthAz4Fl1HJBVGip4NpTKVKXkdVkkAAc4Dx0C1QDK 4IW8a8gdh18Kt2P6/oTVmAjcDDoB2BqPESgtvoCcsCY6yY+wIxnRIplkCj1l1ikFDp/Ds6Ae6xHg UJqhMakpAXCAiEG74PvoCnMKtQZxB58BkndvoL/mhGK4Q66BW1o+lOEGJIF/840JR5ldxT9cqQlW AtBt1oozwwINiefdeBsqjCIlqElp3tjelY7Tqyf1jT8BjEDFbm2L77BxSBdI6VuCMygSbrxxbR1A OQANxWDe0o2bKKw1oGupCADQFpWrBA2aA3JBPE02sBEy2SuD/gXglBmLNFXh8JdRlVDqvXUjwrWw dEOHYkkXM4C555OYGY4I1FZqcYgXrFeO69dZ+nFJ3V9SastMhRaipLhA+cmwUyME5lbAWWqyFVDE wkiEB/QiDw7PSzFVORn2q7aDFhRdSJCUnO5hqdXbT9AufEm6tXxvoyzheSdSA0KW1CnTXGYyuFVe bq2dvxa1ICr2UIKutOBiI9eKVgQpL+IDcHD4tXGdL67zMwVcop6MqhsZQZeFMwJ4JNXvhcyIOmUQ hro+o1K3NJZ9G94aM8vLTaFF9FOxGHzHoGRRmEScSwOTeYu5oh2kHThcpmN1Y8rlg3uL0xQh8oKZ wEJVnxaGciBiq05RGC6WFONwt51Vau3ABcM6pQ6nKXDMJ4pbIBYw+YuEIK0H8atQoKsKcJBgyDxU 1lj+bTmBQrT0QVrCcKG1VoRZUbymVNC+RqCZbfzNkrYeoXFTZ7mmh4Nzs9DzAsR0A9QX6oyQpMtS w7kTWqFJLw2Sbx8pwLXpHtOiCYXQfEt+WimelJloKGQL10N51eoOf1NM37dWI+GvMrrWN/uLKJL3 E2NNume2QGE1Q7T6cUZVomJ1FURYHxcD6DwCPNna97HF4VwGeReOM9JLa2RDnjE3VeBNrKACYdHf m8q/h1+TeXR4nB6ABlvZA5v7Vs529KZ4CXMZ3QaDsqlg+dRnKZoWb7nKoHsrHUBKui1f8RhxmRMN IF5Tamihk2QBKS1aCsokSggXQEMXW3yMLxSLHlUbSYt+KA/UViRMZFVR5ZD2UjoQKtTSkyc5Bugq TTOkTlVqe68dokwRb9rgDqVwqHkVFGhWdneqwaZjk3MGwchFJ4V4IIDtXwDaVDkKNABqsAta18du aBXswTaPCSUUpKMwBbpTsQWTy9luwyOXrRmbCxFNHw5gjn2Wv9fteJkLpsaJoEEpcQKoSgdBtMmi QNvSTNoSsTO19MR07QpbeCBDkHb2EhOE3jXIjlyl6tqDbGHMHoap6Iq9KjQSc2cnRDuZEjYV5dT8 HfEaAheKbrfribDrCfWg40d2AxMM6uhRk5odmTFsA2eMeEc/jtuP7penZHMNH9YUnghGjEHViXi7 K6vRhEG82K3km22NZcRisgzDcH1dIgFju7oKFmEGF8tHZ5nxQghZeKw0dqFmmUM5JmDWSn+HHudE s264zzlJCF72rPjRWKzsvgwMbAUxs3qkyzISyupm8o2lzGYCD3HIzSLzu8bZVvkurElOjQGypqDx yqxxXwDPRCKjFPXZhP5WqCF83FCKeRGcJHlwd71gtCZ6xaccASYCI7CwOIR7gPVOj74fEKQ8hQwK ZgeVqFGz63Q/YV7bXLlrMVI3WiKKIhgkgcWIUAoGMe34sExSdqm+cNcKcBrOXA0jc0FqWOqfqBir geHKjFfPqJ0uZCwl8IZwElD4OODzTCv3KA+daUffjr9mYP7TLbNU67nAcRIZOGUcgbE0eSooJk+H t5SlzzjLRZnYUDgfbIe1CmMNrSolkOejrCtrPvuWL5zPBx2ejFnOiyKh3J9JetQWk1nmH6BFn5xq wIF0uH58uLe6fKBb+cLl9Tm36qNAL5yEE0OctvAtvWhEPqwmwnlAuAFKYKcAFZ96XAukwDT4ZUHd OS4m/kAjNcgnaAIUi+Yk7ZHJnBdOTl4Qj41I5yqazqt6dfwbU+RLBwbJc64jHpoRBd3NTNSjDi3N +Q0NCULr77DV5uWDcWk8W4ZYKK6ZNGhwH4jGY475ByQ2+kEfw+0DacE2RgQo+B/9j+jrUkkP2Gkh AEgHYBOPvta8b8WQ/6l8QIi1+SnIAIGEOQEqJD7z7GqgWwnXgPXySLmVIKwQHOmrnou6EqOiG3CE R+tFKCg/Ra/hmOBEHdaSZ5V0QG4ddP1cc/NLMM7rCuN7xsDUR1DVAaVghuT/2ftl0kKxzJOT+wyo NE1etTTOxqqUAj6QkxBUpK40d8wmfn4Fo/HyIm6hKxKHW+Vhai3lNXRWF1osxn1YVlnIYQgL8BPl 0YYatABMSoPlqfI9k6JPpAv1ivc0Kbq74Ebvwdf+Cn3t4sMQi8qAhDmaxWiWCJvz7XkjmqCN+RIh dMNcI8Q+ImrYzWmQPeQD4aJY7fi8K5FEA5KlkaH4ND83dXo5sCTy4lXucY5kCJlVwZHXQbhlQo5k qqOD1hHKSm89mDWoEJyibHgww0uVewkESsDka9IQQhXII6ZyvUxQd4TTpCcy4DHr9LMAB+Q55pAa EpZ4KDKxEpcgZkgTVC2nGhfUe1+LHClirsIyuWohVAvD/4ZHTZD0cO2Q81ne+CTSUX9gLkJA9agZ QTzCVZNxojGMhvSvnrTqd5Rr3EWsSKCRYPdAIfjLW/e8rxxYUKodQQ2+kZlImbG+k8NsUkQanKKI NYGHi6MF5tasyheUQKKFvP3fEuaw4zvu6Ikw4ILCHaRKgwSbgAk+lTlsyQfEoYkpG6IJhCoTyxbR 2/8YTthXqx0jmjdpCIePTphULfeQu+pctNjhNqmdFiw92gOByQhO+tBYmOgZCN6ti8jSn4HfwfQx n4aGSNC8mjASQkOB+xNdcdO/um+aD8WuVboWyiEl2/IR2bGQyS0SWDW60OroLyJnNRUSqWx1c3xd WcI+SK5WT34QpjCpalN3J2lcFNczJM/aR4hPQLelB+9VR6WO6eoUDXIY0+OYD6aNKCr2ACDyCs2O L2kaLA8g8roF1j5hrVsXoY1kLB1ecoLNHyjX8vBn+E0bMTWSOGCqXcACedwPazMaHN0U0cdm3fJi xuiLVgGh+KIE0ABBm2ypp4X7Q9LoCfYFzI0hYgAPwK8R6AvhYdQIAN2P4UgJf0NJMO8sPMvNt/FI QxRRpcWbXuCjjYuc+7aAFqPLILyuwWaU8Cjr6gfstGV5or3MCIyykdnE7W7kh8FVkdWg0QyMNsCA +iwonPCDB1lrUAbEzVYqLKM6BLOYgZqRkN4biyIiB9KCaDJTu4t2ovVkiCUTlQyjEEQAWfXPW2Hm HM3t7Vlfhc6pej2R+OCvFh3tGehnjKwTfwcklnPuq9dV95Sk9D7mckCm3tR3KNkYIdBJ8v/sgk0f vwlDeQaasuRt5WGJoXHRBfHwzhSzOxkkvAxmpg+ZzE1cJ7onZWykJB/u5wMdomEw4ijgx4mn9GaK MBuDfGaDtQ2xP6Z6DQ4kpglruyh7go/TlpSKoOis7Sq6d8Iia4CGtO7SCrptXfVa1hAzxzZqF8Nu fzyZQkFJ2oANpn/LrrCkwygt6cd/NhkKyApEoCc8tuSaiy2ujc82Yf/oHw0ybAymV9ONZqllYbvU Pg5ZmV62lDJ29MrQftgNMUGtp+zMzDUKm6SN6rOtAOXLFSiM4waKghNeNaVi39jrAmXnsZpqpns8 JOGZ7h6wrCzV/kyfZ7V+dCIGVfSwohvpToTSR3Rf/zP5031vaVM0yuPHeB12w4HuVOHGV3qFXOCi HrkA3hxzfSBdPMvoz6XDQhay+bLKKV9v5Pisu9wzRJ570qLhnPNvul+VpCVb3ieskm6wHJBmbejC evFv4YlSnjCowAASTZox4z8TYnBcBr4R8EgIYYEGZgj/gM+rNZBKL5Mjktr6oRnmJySVO20AJN/l SmrhIAdklTLqUgnnPkTQ3FyZ9WAGRiI/K48xaINzAeDjtOgsp6MTfwdrU/3GsERP8ABBJWEmkul8 VKqU6fqJG1t+FVdTi5OK1si5RDm6ldEIKEZLrgpH1a9+5sRxmWWGQ0gMOjJ3phhEwG/yiZ8R1Ooz PI5uPDICKscYS8TK4Q7Y0kcurpSpjtuWaoZAFrU3QVYdZY25nPdG7CrGXHu9UFa6xpiObXInLWEw A0rlcfKp4ROBLP45++gdrKB5/QefIaj0OtUb/AhPhUh4XasOtkMpSiKb1HP8DCHXBBiBWw921G64 BB6hdtQoxtf5WZ8QGIAQiMZgQHC6GDSpvE+AG4gDuKoecbl7ffO1UXMYV4A7kCd0mJKtGoWuaE21 AJ+gjlPsk42PxqCSHjPoUGt+Ji6WpQngBRq4KW8dRKk85+lr3UlhsJRnzBRkp66yVge4BsgCpJzV b0IdWy7N2O8GGhDavW46gC9Kk+3oPwi08iQALbRXiAI452fY16DG53r0ozz2gS5hwwE15U/LyT85 2a37EFnwGVAtZNeQvFoZWeAtUlVYRZawvyTnQurgvMGl6oZoBngFPgxwjZKDn0HMJP3qHyYFFwaM SzAOBIP8lAAMPlXvQLsSayHMcqHVaS5D13NKe8iJhiqXXniRumw66gVruYFJs959K3ZRcrs6w3Kn D9WAqE6ERHn4XkMBSB2urjKEiGpMOrQEZFWsFZfYbVSiuJUQDA2WjF0tERnv4c/gvi7mU5dCsw1G CRWtw48ld9+by/W0v58lXH8rUXFTZFnu8mm7yBJX4WI5qNIs/Vn5BzVDFDO5LlLHz5cfueFKOx/u V1U2dko1K1th+je/KVXhm6tiFlBo5Vkk70stl4gt0VsHym4oWaEAhdzksN+TAhf3/fVyuOKupyLL 105VZSyCObpBEMGvhRLUyj4pe0JmJeIeZbUjlaoYcqSlW+NoZakvHSKQGu7JrdTrnjtevOqEAuwd mb9uBM5KKYPd8iAY7iBEQom+kcscwavWu9WFWFU0sbBKPwbeCgxUDsagk9AgZqtZsGAWMPTe8gIL hwWWwFnEJAibOMPoipuEDlpZHVBrrVJEkDtarDUu/JBuUHJfeE74Pr0nETRbxbNOtWvMBmH3Ceuz HbSCwnN6HdiT9qCXPVdErE3jEayhddOX9Kus6/CnLp7TWNC0JyhwDzglcF47NkMfGrhNK60M5xRq oYUeSkw5HZ1jWdG7dP9sGHqEgzngb/DgKV2YCyXthms3Gj4MNKove4/O8yFzjQoF1oVnBliK11TD s7htUB+tjD42q2xQ40CgibZNyQStp/sEKGh4+ybckqKRwZyKElMIXte8rYQSPoBlqHYId/hMu0PH cvowcJWumMp1giCwZ80hY7sE7WfnaCv3mZilWs8mTXPi1thuwDV2S7o7FmFqpanbsR/beOjebN9Z cNnsfrUX2++zdAs6M3re7QjNlxiwpWUj1LUHh9TMFZfivb878CWwJRcUjKAdKGv+BiMapip8Yx5D 7VBwEwpCqJKzPcv/dtu8bltwLDDBDlMLFM5+pyFnnTzaJtv+LCPaayjDIUrD48W781lSrbIrbK8G 8OoxE2J9ieyzakCO3Ssx1jnANqQLMx1HN+mSJEi3kZg+IW/WROKlDO2wz5woYuYVVOEmzGcSeoHJ 7GRWGhteCxnQpIivIYLvQZ0bagCgvjLntBRJE0VGXoAYYyt0mrtH0DTkWwPIC8hOYOzwH9qEWTqx WmK07sycp8A7zrViKzKbWGwcD9Zyo8BfUQIPDBvNuZwdPWYSTOpRC1RKMX6ZWHY7AdCykYcxl7SD /hiYUYSRzTrDldfGiDYSYGnmcWULdc2YzCvzFwAh4IVLbMy5b3Bsbo3PsxG5clErh9XjvtUOkY32 DSL7R+MBkl5lLgclNQxj9cC80+u8B+Ri8ME3+iYqMCwrnDupdnhNgD/VAUYgrooyur6VVMBaDQf2 D0mzVAb9Im5yx2OdubBMTBbEGkQGiUB+tCBjFkUaLEohMXvbLLJHA4lRNKzMMQA/MeWNqDkaRrlG nYH3e5EBBuroHFQzZr11djk8l0DoVgadU4F4aBQQCCPPicuiSwqk7dFFyIBkfqBgvWIkr68WhBf4 NZUh5WjRtVYcEpUGFf5pvrxh5OWNl57URSaTa0TBai90qKWt5xgQX5sdfV9IkZAYtia8IjTBTUpu gw8yIj1JeyGnuoEZ2jQJt701F2MxgXEq0WKUCWpl4aOSeVXvutPcTRhxetGi5iB42GeQMaL0KouK D2ZmXEJzMRMLSd3RyAmUyLs2XF406TAkeEVILTIhNvnQT1oxiADqEtv11TuDnDCGx39NvkNHQrQq OooiBABTRgdqc5V2jUkEKxkVxuI+pfZpDwqFZsDAJBjCikqACmOUc1EefkQh2ntu3RyNSYJ8Zt3w HdevB5wiHuHVhAGLWhjhGFa9loFRmGfejsF6nOC34ps/uKxFEStMKBzGg+FHIWnmD4ds1h2g9ZXr Y/LUjd8SDE5FihZBi5mqBFuQRlMEzwQrBVDghBFqJIzBgIMLqB3+VPRslK3vh/sPJQOu1AJK6NOv PHCLNxpaWiF+G+78BCCs1ZBtk4pp4TJkVI8mwLlOM+g8F3dCAqWnUqfGYKC0qhGUcgZGQ0FrFehn Jl3yqawCClI1/oUzNGtPmQu26bEdQW/oZnhInDilkznFyDdcMvGX9114pe+TF/sy4WCOUAOE0jBI lW2F0ArqZb2Qw1BTM5UU1I77fxl3hJwws4fSQvgoJdDeVNDKykkz6yEi1jnuNGAJfdIfrNh4Z9b4 RUTzf/1sVnpHBuJOsQygS0uhNqwi4JCmRb7A82jnudpJXxcRoXEMXtRDTXTCBu5AL4BzwAAIbNKn B8eEXspL1wxaTsQh6BKDPF2kZpBSBw3CkB3GKLoJ6tR87CCuQ3zUQnHa0w/qq0IkTCYGInei518P EEjs8Ucqw7VtUdV/5m6tCpfIPie85EhBjJCy1kLwqrfIi8F8flUzukrvHhk6aja2ojCglZQnKQEm 6RrlQToegqmBr21VgdADJiPozBGnCDCS9CVUoYVJfI2GYBtedT/SfmZDX3gLefVPM4sqGABOVORW WKdu2q/+yx0fONcJlwDxx2KXmGrTDqshesqANGDRCiNtG4Vax4w4GgxFfoQ2AqDSdA4OCO0lwy2W QDI6zTZjvm6cTKatdJwK8Xp2dSbkWSK3izHNuusy1RN/qRg3akw+O+BavesJmxlwWcy6Kp3eKEzD iiPJVASV1Ro0POvDwOIg0TXaWBmHEzGouKRiK96ugRfBa4bvx3Z3qLxVDmizWTfqAlImjE1sHbwv bbFsuNQM3b17ZXWmpBDfQmi5tLMjg308wETon1E0y3AWaft12pAVR8fUmP/SK2/7NApFbdCGlDzb uaK+zb5JxWgPWGc0LW3hXfovaTTE9uQUH61OvWXcIogTj9hb/kl9zJExbPeRgcpsMUp+jS7YosaW krOPZ4eznM2186J6MS+984Mcec+qmc2ROZuyz3+iCSkMZiodEPEyFso8gM9oRAsN2L1jNh1ktH/p gL6w5bIrC24bNP1DWLGD/Y18YUTRMkkuKS7xJsSM1baD2Irg2G36sX4rlsoAs3D9mmTOfwjoAUJr t6UYvMaW86ePUlV2z0cOALohQXTxiVY8mjr2qz/VhEF8jZNscBiWmV/IcxtwQiBjtRVZHgICm2Nn BaVtUMm6SuzBW63HkS7sii0EDNhFJVqP7Wg1ZeSB5zGIlWskftUia1p/aFABCn1bj+iTvJrc7INp a42YYMmtlkU6rEfboPRRIi+BR2PcaVH2cQSw6B7v0RBFn5T7IHWzSNDeMs6gTUmu1V+KQ+SNqFky I5gkIRs4U0kPxJgr3f6SVmZqtdISDn63tuZAkmBEGypSYkSL2EyM3URTY/k7MksMMYL2R2KrNWOp hBfKUNedVjQxZozJIrEGkcYYPcEMlj7tNEHn+CyZB64K0SMhOuh5S0PbHEOCDZTAJuSWDDk5LkQU n3orDw4CoDbX8UMCjxb88smrBdDJLOF05xZWFxE4kNsLrRofD3KgP2lvUuyC1cIQHRNXyBGiwh7L d+5n6JnEr/IbpZQFaj0KA8K3zlXsBInBHqEDjvzDSkBLsrw0pNxBYEE5aEEmlQBV/FOGIZhHEl14 1EF5BFlhUqokMSoPwZtXUDTABKBXlpqsQuBLjZTO6lC8E+vdbCUb9OaB/eEG21MHoNyyEtYcZi8F sRIHBh1YoXhB+Jc6h7AzxXiDewIQ1WWtXiusyEF75/PVgFUwwZvm7ix/dVCndEAJp3MpGCRNcdfK +8LHZLMdzycAlFRLRQngZZU7cGPbzaCai2vOkAQ253UlauGc3pH9i8Y+Uo9BfuDVw5VZkMaJatUI OBqq5x5Y2l3tg/JU9aYnJXlVaDgNhKWc7N3jalwYMujQLW1qxqo3e9pq0lggb/ur+9BQRqKtRrZb FRCq7uA1lYPPF/Vyr36o9MMFCdSLXtTVdUnbN9CsGrqauSshC1rD4anVIVsVLBnZ9Nz1ahBDCNkV jqfq7vl81y34Ue3ZawWE9aY5dXFJRVe0LV5yJZu5KL8L3jvhWuUaQHJAQvjo8fu6bD2qiEP1bH+P TdjrVwUhFL/VjDb3lx9wKOASaAc2rewFhFXdERhepWvJKfm6HO/K6nYJHQ4Yd5UijAJH3O2mkEYk AvURHhwxo6vivx44XpT2VdYVHZRigDre1OY9QRjNSx2PO5hx2f/81dLuCqyEoMJazYQALIctYDM4 G2R6Dda9fVWoGTWM+Ya0Kl54HKg7tZ1V9wUq36TvHo63neqaMd8tdzd9iJWotgvF3auYYYIySYHE 1XtG9DMhqPYzEhyVLd6t0VWd571iHVfCH5ZpMGQY/goXryK4SsnEVXXxk0rDlXlOrGKAMs67w69y 06ooozgpAtUimOrHQFM4LW1QBYk4GTPViUY3isKjW2WSgaxkId64rs91fhf/mqy6ywfsw8nh/gGt XOl3U0X5sl1+t/Bk6+GGbAmifxP35ee83I/HO7j5evzZu7MP36PHcrqjs5sBTfbsPsHd7bwQpuv9 fP25E4TryUI83n4Ox391QbiW2+9yV8D5p6xtZAEyg4Ph7qJRhnpIAPAAamj4jgJ0xl8JUtqCNEA7 xQKscTpKtEXFdYqIApKlCSyF9kNN5dMW0KKtQH+g3ZDPHiv6RMfKP6f6gLLUgChAuCvUXb699Fzo F+UZ6Arz16MYh04WefzqeCgern3lmiG4MoQ3U8S7sgwAUCEgycXlBiuqLhRCTUrwLW1WZKSzCR6h bmjOEpDpbcmIlsIkqYu/iGuUx6tEBj0cKCulv6291GIu1qSZimUUYAKpiJqBJiCFhu+TvdtgIYoQ Y1uKdgHGQOwgb3M3JkGZYONyng+feF6wSQzI6OSre/xkk1N9XX0Paee6tOU4V0Fve76QE0z4sMgE JqJ75RSqYlRGNNIZT0A8lWURra+SZdu7qjwD4jbyqjN1NAA93EUq7d7tmAZWRRrBruoi2SMnjof3 tiO50GUgK8+smgrz8d0mNUi4ertqzdlHIYHeqDat8U9Sejty1knIjA+RRbAzUxErDYaNURUNYU3c ty9FiYJVvjnBnDmbfF5SpSSHZxMvbQiWFWHzqckBt4vq+cV8y5P3eeCpHwlLdZhlIBsBXKMzXy+a BsxLr0eoqfysM82EUO5kv4ve2T1Le4cZjj1f9Zjsagh21Z/ImgoYBQmTNK2xhdAkWsnZ9ur+veMq JlH8wMbtVYxj/iCMWXHSmbxt6pWrxiLjxWtvzEAwOCsyAmS5FBYuxCETm8xk+W/2gGi2HCOUCHYC BdAcLFe0F2HyBXAh2K58ZQQXxt29u6kOj0DZZVeXnk+KGqThVCSFpWVpFFNlz/vUQaMGhvTuEISX S4I1/wcrjAIwWLY5wcH1oCCjD2xI3Bkbc+QnWRWzQIfaGs8Im6rf5AXyaiEYdFa0kZhiUwbkw/g4 Now31gxALjrgrIgkydCipxxEkqVN0Dx5ZH7rgw/ihl/CJMYqpIDy5XhLmOH1hEnVlRuAk8ECvs2k QhnIFx0z8iz5zEDp2axT86hIyg5CwhZmtnKM9FfxEf+Wq8ACddYJzkJaNakLgZWqgOQ1ZBJziMZ0 5+mEK1oZgGfeqQcxi9Wavc3s9g7/kcvG+m2VlOwNx87aRWdeV+ZofpNhhE2VIhKi7qe1ysxAIDY2 j4APGxwU8OtGutrMe3xxOR0InTHMoJZPHC4O2eH4SGrKYUaE1wIyZeaIH3jMYDhFhhh6FkKdJRt8 HFnGw+WqiKIYZfOK3BaTXHoqJaIxQVHPF9al+HILk/8U0M+n49q803n0gaiFnnKGuN7y7b/lq+qt 3ChCy7PHTJ2LDHQyZTxhiDpukPwQSM+jKfefb+VfLXuRg2Dm+1Ak79ACfDC+DWIGkwQsoi/68RjK KQ0D6rHx/sbDg2UGmed4gh6hDlU0DVZB9pBxYwwOAXJBC4A0yiZsOKRydmQDcUprSw4zwFPtUw4Z D2v8JaBlLmxOx6YC1OOzoW54eO9hPNrzdH2UI4l5gx8SEth4VyyZItEKr+HQdXqX18gP4kNBI8q1 4fLwrIgBqE2/IyEGb461RjZ85ucgUBEIvXYcFvYoGgWckt6/gcaA0chJaMPDGXt7/14FhebyBeY1 OBOxpB4HSaHN0lmLD+k30DoAsPGMEHPnxg8NGZL9BPkMvygwkQ+nfApHf9D+8DfNIy96hDT427/l Qxl5FRUMgvQD+fwACgpMgxRqvYRSMNwDqkV5ia38Pw/iU5WQAYXyF7m/wFd8h+EqZgKz6x+Zms+w J5iU+9BwrnopALrKA2ggXE8uVSlh5gfFyoUuNhFAYHSYUn4hosjHI3Za9gDgNMwCRAY9Q88kk2gM 7m11JcjG5iNyVbJfh2uiXKurVsUrAxA07VP6iYhagmIB1nzyOooib9rvdBD0vGQ4wt/KAIZZtn0L qEGhqAxDRsUo7HHxiAGjAhvBMS2Z4EfrsXywgjZB1GSpjspCxlBznwlZr7Cm5Buf8Yr/DYML/wGW Nqvx3qNIOz10VIcm38oMJvVye9MIT/JG2pPVZm1NadxcLX+utk6S88hgPdnfdbeNsMhaZDy0oaVI So3COsWryYuNB2m2EEEUTgIQwSIt017KdeJItKxOOKGCMwD5IgG9ixRVUfh00l83sAuN4hbtimUk KgQepdVVJiGgzAfmH74xV/aFjuJ3ieMJR3hkJyWmPk+w1BQGaZFIbgZ1aqukX5mEHQ0ggxIz14oO 6UzyMzmtjnVJxY0TWks1KM5i+GQ0wHOwtXI7437CM98VLnlWq9anBlNGYsdeSm2FhqEiwZJzLg7R vMs2bOowWMhqf6chQOcyD1fgIlMguHpAFq9aOX6mGyXSv37+YykO2bxGg2gAnOvAu/ztlfGo5VHc p6Pm2kzJEMXWZZGe4E1I8pxxMHA56o+eK8oicREjHFMw+1m/0jKT5EcSMrpPlI1eKH3R4QZ4HclC 7BZ8KsqywQITw20xGHnjpEtTekm5AaMw9/XzyeZDBxVomCBFEzNRmyD0KSzZM3ouGGGceKAxJJWH aY30KpJaNRirif+mk67tps729RK87Zmtk5HAVjlLq7lbE/a18hZmUWeRtNbKdyTwFlphx2J2dCVR pEyZppIPM/ZactSEPcs692Xhc8YZy0V33mDAlF9nS2YjabIDyfZRkC3fIutEv8w+tiYLiuf03y7t u0z9MjRYidwg9hrfgJFqlJlPeihtwp+VgYM+Me2YPZUv7NyTbJgsLvUDzZHppGZdFvMXx3tsPMc0 repS30zEEHW8cU7KD5wsDUvey9/gHq2BaRkMWpaRYxgZk0w4DeQSckk4PmpXsinZ9yXcyU+aGy/4 TE4j1g9fj8ndkcmteoN6UCLUqUMXwfC+OFtMCs3laQac+UEhVn+hTWc8K0kanGdsHNEZFhBMrzCW MojyZctDypnlgipqpwRo7phUPe7DZGCiQH6H9DYdQYy4dYF6vDajzj/typpDx4HXhsy7uDisGtgF gXMEWLHUkMNupDdnxyMD5ExI+pYj7Tw7p1eZ5mOx+q2zpAhrDuihrw6rd54915gPXG1MfgZzuzFK D8y7cZKah+uAtWlygtbgDlZ6XOiwu7QufnCPcOgh8UOtmAK3cEavREdt+Wf3prXMPQKmrY4PG2Vy hMR81XH7A043rHStOCV/QUNJRu4rWnfCWikF56BZkOEAkjZRXtN2Di5IVwKRghKt0DeaB7t/qebJ Ii0nsXGGJ/qbaGESjskUDGrAxjK5zHC8yeBdtIXuEgjMJV+ytgyIGya/UoBEchpQouODJpj337Xd 1s6YwNYAwwUDLWPjmZVS/hDOeKcjmchFkHrByzwtRMhbzTfMaRJ0yd1iBlv7Rt+pZAoiM4HNalWa rVVrgYMVrF/+KpfCYvTs9l26nOayoPNTPqSK6YTE8AsgAKAPHCXjPVJa6dt47hZ/Z3h3bfdsMjrE gOwvufOUUOlX3fNi7LnrHVWG7JI92IAxJFCK4uIcXltpmzABz5lwLrz+x0ONOfxej1iwSejkX41/ m9wiQFyD31g6zn9bFGqrWjXBHX7tP+62y4by83zWVelBHvJRA20wHVM9HZjE5Z/6q44DkyjLGb4N D4J78A0JlMGqaJoE8Rj6SgorrVZ9A06v3k0OcKDtM62ia2JCuKOZzOo0Vimi/oMOyE7s6isLDzgD JaVEkCNEweVrgHooQQsnvFtx5zRPeAvRoxMgsjBJaapkSwInSYBFWngOSvvZcH0JZ4dIO/UsRRbN Ati/5WpCZiCgCuACpVvwNI9ZhxlLvYTPANgg3L6pUHDgrVWrWaJF/fncSfkLj9sxdoirsVFcRt49 U+ZtZVAmU4y4xQAjpsHgQl83yCoIENwK+zL8APYGrIFSaRVTkC4LUAXvUoOufQRaAkXXnoRBmjd4 EIRtFn1z1Xg1hMPuPSrP1lhKTNb2Cai+3PdO1we6hqSmy7uQTgvwUKP4DTgNBtbUjyvnvKGMsRvk upzO7WZKLJ8VhD5WkBskHwZZKKGr5GCYfi4F181tcO/b+X6/gDS9iNgCCvff0+nner/e3Ux3/u2v y9/l+uu/y/JnWW5gz+PP7+H253i/Lz8egKneoNG3y8/luixaO9+X+98LALbkXi+GpR5uv3eI9Xy4 A56erv7R1tErp7+uz5Pquzv/WSDh96vkXo/edfoLtdWMZ35u+rr93K5/LlfX6V2BtNJ9F43CgfUI gF+g/364Ldc/5+VH82d3z11+7n9ux+vt9ns5G6P79c4eEMm4na53l/WFb1ffAiQP40VcIPWCkqc7 FPsXzuymvAIhmA8/llIs7fd0289Vej6ATBMiZPlWhUNG8tnNfMseRlzcxy17SiCDpe9gfWjzcv5V gHpCE0UcTrfoXHem4sZAoPL957L7vdx+z+ff5WyuP24VRNzl31/zED5Y7n/iQlP7ixLYScvQsYfP EH/6iABRTbtladOyhqtrwvAAolPl5NguQtEIvQDozl/Eqb1SArv8ceup3G8BEcWn3b5oAq2cFmWl R+hNeDVLw6o2a7uwLVgBkzJdbfQWlL/DrNzFVuq5FUfPMgQAwsHFFKmKHOtzJonlV/0W/1AeNLPt 3W1r1E8Yk+K3NFW19/Wwv8AxfQ1+YRylVKvak/1mW0mzVachFapGRxFJowqGtlUx5KDudpzijJ+q VFgO5kKJqYEiB7l8a5t5u2ZwpAodNGPZ9T4C4VCqKHteVxAduAerQzxf0T/Or9syq9++E1+xf6an WSNt7OaVsvepNuyOdLKdv02nnbaaybaKQODOqkw3djq7WrFTdKJx86psIoFyHoCwBSGWIinNrdS+ zrxA46jsrDjtAjKZEm2gupbUPOfqD8zvdvD25DYvpqyEP3uaP5EROjx+ovsRBosAtg1dbaal86Xt x571rV+KryNpvqlR/od12YRUhYZxMZ06xgJKMdXq6zajBqMzcPIY2n60p3ZzWoDW9k0/dntIIqFR LKjbliRjK4JtwLZK6JVhS8pyh1pyJGOBg8mvZR6/G7PH2GCfXQTGNVa2wtDQjWeQf19sWwOwmqk5 EH1Di/3FQcyYMOKRtKyMWkVtcyi/WcsBWQxdudIchKwO4CeoNUCtfhO7MrSh0V1eoDWAOf++QHp3 Kxs4NN5o2TzlnmZw8mKwqdrQY2zYTz1ZTj6BZWjnzsiR0AN7I/Taf5lDeILxSCn5RBOGaYH5Mf/e Lo3nILsMKU96uyECBoAHODHQHszDlHcc9XBTg8HmcuDzWuZ1ZplvcClIDe7R2KvfgW1ltVXaAkJr ukpcGRPK51vFXR4TKWXc6r5HoXZ4wBOCHmcFlj7BdScMrCczYpdxpgIrMugsY4MtmcQHM2Y+CQ7l +JSChzJAWz8ag+jDzDHaO8s4H2FY1p9bC3tcW0BZesaDSSpGWx+VEHmXPVIJFR+UseB9n1uTCbh8 6MmVJVoQkqxza8TL8EvfEiETUA0L1REGFpdscJw59KUSoxY0KYQheKicroATILLxDC5tqUZTw4lF /vfkazIP4CbF3ONJ29A1KxF92FikwbrUSBEIgybxgxBm32b9BiznS/q1IwRGG5KelJS0XEENbOcw 05Fo3iosRwXnaRVRFBzUPQKT27F7W/P0haxsEJr1loYeGvagdeBzcqDut6e3Umg0qmtDGwQWTSrX mdrHch/COLyP5bQEUzr1YGETmAAo+lmcKAgd0KFb9nl2epwVbyp60Tc5ApKdG41VZgSaCKxK4kfw aBndkh3DatClAAHyw8vgA4hWre8obmwwCCwBxxiMio7Wp+PYFAbht+BChMiYGZYAiTk9Dz9sodDA Hgd0WGD+AcNQKMQZy1IzoCfNGW7FCUNYgEhVXxjQeHAPr1h7AJdy7sClMB7ISVDhRCbeXXZmiCXk J3vWe7nSOpO2A7hraSCof/vR1/QblmM27UWoJJ2Z+jDBx2TEkzZJshAhxX84aeS05DLBHdxCPk9V nwXtAkRtAaXnt/hR68WagrQp7wncJKjIBkuSe2dgpaab13+lVN6kEr1MGcag5CohW48aMUVEDi2N SoqKhDMhNESxE60lbJt7wA09ofQBkCm0qJMJ/fePH1EqQMnrsCgQ2UB6lezwPGAwhKwc6R4QR5j8 UNmkyAuwRmiPo0O4rtPciFcJQ9ODhIv7JIHSX8uBgybD5Hl7dhdEqkdQJI1pIP4BXkurBnLaFiCO ujXMwDZjevM5iK+ghpxSU0Eoww4XJQ5A9aDhjmYgY6g20YTQQduMyQZX9MHc0AqY6ScrxVdqh5C2 sr4HVYsI6Ra9YEJDmrADyG0AzIRwxgxR0yBxMDdxCoOvQEotI5y5YHddiK9B6smtRF/P+BHXygjV BUK3klNNkSCoEPRmHEGaRdZ0HwnlFcM22xA0QkrB/8GkocU+ETCQ+gv18+da1W4nvgG6qrdIaq2K sx8+XtSPUeVZ+nFPBvsWakCr+i0PGZAKzUQtg9BpJzj02WDUijfIcNQgzGBO+aiIWVqiqRcfCNXE dwf/iUbrlHQRjJYsUknNM9s0c3RGluTCp5IAibl1HK7u4bSJkHHEkXIpbpsGo3MSAD/Q3uEBGnix oxZS6QCGtWgVB/5HQz173vJtmRYFIPDe9FY7IE1sIZqA9SddufUO79UiNiQlgFA1VegWk6iWgtbQ PPoTSBoEhtwwiaGGkAj7YOfmWDCnKBW5oQgqR6AXKxeLiZlPjKQhoWO7+yO25cnGLRnW0ywsb7Gm sz+YFgO+omsiU2st1aDzQqSeF8ewJK0e306FcPCv1RtxV3O/pJ4tIBNUZkF/FiYFa+KIaOGRuhZF 2gCXY4aE4qHB4N3m4SVTJPnYSDzKwI4NRN4eQ+4U6gBAVyloqpBY4KSKppG0DJBPmnpV1MpbqwgK rlcBW0dFCgpx1DDO694iRMYCI6bgP/3Ss6kCbHY9ogG3WMPvUb7zOC2r0qG90BD9hf4tfNQgnDQ9 mbMSCZ/xeFHvBTMGQk9oWnkvxQsFvizJ4mktWR2YThETwtU6EXoqaKApc/JVCwK/DE2sysNS1mH5 IlNKkdArqdTUx5wpMBGZ+Gs1KBKwGb+/veQTi62OiYdOyCH5TIfZo7xujmw2YxA7jilkrrIzzQWH C3uWAC+eI/CqR//4qEml8L1lnPhrf27Bsot8U9SgFaHBidASimfLoTRnp8uq05tSai18OxUwer9V 7Z/PZ5ZJ60q4xJ8aeWWFlZPckqEBRgJbJhaVsEEGF8VnFVuVVJsZ9HhIK8siKM+KtPrGELdX+tGS 7XeejTJo0oS4jXwUo2VYMsvCWnFWJglbXcFJ1jyzHux/kkrBmA/g456GpgWT5jvy8vJq4c8D1Abf dd89wJI7Br/edBYbKAUxqrKllz/4lPnYYcphrRW97H4q16YBcvPTS1XlKLk3yX/dkAQunISR4C0t w+KkQjldm0me+acpgJ93pA7qDeQIbO8V6Bw31TQ5xXC2YOHJGfVtNy0B/TqZ3tVFfuP5GiLYAPpR mi2UT3okhBBcycWV5+OZTqDD0MDrEKoBsDg9PFnu8rlpSVDjlefbVmfUofm5BUy+Vllk0ImABLOu 31JtOeCdancpGKjcsWr+rA/lhwLDv+V6hdPpNywWQbyw5td7XTIbjDEfHeg3uOBFXCMaAhmR6zFx 6KOJm9fAes5b9zscA27WDVkARIVXFTAVLeCRmDUCISw+wdoQcC4uBxY42Cv0ADZEXYmbkJ+JlvgR mor47nqLSiaCOMYD7JOTDHfT21eJgQASSWxyxQIqg+41RUK2V/wFrwDs5BmbuWqroNIgSlC+YShx 6eOzIIKj9/oic46wewJ2UwYgCVTPU34o4JWbSfYgznyhIiyoguMJSMKXOA34b+OTollxA6QG3ZIW okOg3DYn09bS0U0cF/sIkBF0CWQK74WbJHJAFasAjolvQewEzoghzxZU1UAxopxg4FRjQAmQyQWo oiPQi+w4IgXqEKMhp25V1Ao8VgWIxHSwbjirRyEusB+pxu5Esmv5tou0hMCANbkSRqUVOYp8YQ9h kwkEIIclga9DhUJdiv1AtlpEfgMgx23eJLjVbWjOdYSH4xQ4vvoJFh8WGRCy+Y9DT+BEsnj/9ase hU9soWJlsK9OcUuBMwLxI6pgL0WZc8oNBZUXfPNilYdPG9nR6FoeqLxC6saQ8K5vv5aGRzCIV1Sq SvMXCSRfAeeAX/V9g/CK3RCVEbFPEDH6eAhsnhohYNbHAPO+WFwsJU+4Ggt4eNhgIm6qNFAeKmG2 eGHIVsJxN2UQdhc9WvmWMbm11PAPd1xIF00MTTvIlZYhe/JLJYhbptSWdxDW//QYYWoe5W3CXKlA UQBJwmiaZgK3CUp5S8xuKdX5eDvsf8qUXspVBsbDUbfn+3YPraY+yDxIVwq0ewZ/XOYnIzp0Ftwd Ygl5hdz+QqPVrwDCS9wF3sqBPsiBh23rRtI7DFwWsSzhm9xjmOt1P5cVppNLFva8wAQY14P6kmFu yVQcw5Ix0e3e83B5WDHUOCjYVzD+ZX/dQJVD+2HHP0Bo6cZbWcbGdr9Jlr6dbxLYAdHHqxT2P/L+ z4ebhOXT9Xcb4OzT37Dn0ozhxjezMAiJ//cfEDPk/i4SsPzcSt6uQWKgZQ/LEvfsZfnxi5RqCPoR gB7mf1/2f2RB/7nfLve/N4j55efn+gv9voGi5cpf7r/X33+XPz+w+dv15/bn73n593T9+/vndvv7 d7n9v7/g9dvfy/1/IdjL+edn+QugDln//fm53f69oeHfFpI4AtloywJsSu+0PgOSiZcNlVZKtwT4 KnDhFxIu3lqWcREXbxObYtB2hh6tsPlEN6wmO4K84vavHUmjjeV02x0S3E/gtv8K+rgpUj6qHr1t GFakDGEqmtov8miAtGTpxsVZBJL0ZB/EUxwts5zKVz6bhhQS3HwWPibG0ugLLVGt9P4xt5om8ZVN 89PWaaVbg7YJ+ZIgQXs+VUAV2jVRvnjYxb4pli2abcMiOfqim4zS0tQ8VaYQioIqR1GKyoBbET6v 796241XyBQqP43NSwiEFq0loSwKziLNoRLJnDh2W8awohL+T8U6QLAfZ6dby6U5a3Wl5tWpUKtHU Uaa7Yw4Fg4SMNLInPT7RUvENzauU0pJxLKKd93IVsChMsFxNqryCRQMy8P3zowfrZHt0KuS6tXCo Jic9DnejOWyca6ASrBIHT7AQoUVZHLuwvKq1Yi0Il112DpMcq+hCeMVSvGQxWCk2zuuPKVd/Rpzl USjmoIKMSAzikITFTipa4WiDqJaSMQdtix4ZSQdDBIYWNDtfLTGrwkkGy9l8LU0NCN10j6eusy3U d7lcddFhASrg4IDGjTbxs3AOXUMVKW6jU+XVnfcwWxqoOjaOY6B/s/bwfu9Eg4lTr7ZAA6Y3+0kI waEdJgeVToWKI4q2dCFqGkycyKD06ZQQE6uQlUboaWEjbKJRrt8+6aASbc5KyXxiHekm88a1ppWw ITYEDzUMlHmztHCYPWwtfdqpv20KIiAOYtCi5pv68dfWiiWtHt4u7cI2I1aKHd523q6tgI61Aw3V aQaPc0Nj0Y2NIsTjmEjxUnTQspXa5pKRSc6zQLPSxAEOTiH52dZjo9SUpWjbZWtkldq6bJSWhMJE NndGey0wEWyWbYUZAWcHzaxlC4mhPUvYwrSDpT5Uj2nrZKlOOyVgZOIqmsR6MQsDEOeyQs12zCgK gK1qP6okS8kcbEeHsGDSNWWJtknZ6/vYKNqnGo3DAGUcNS63N5oHO0VQgWJhAIRAixYx+cCWIdlm TeOJd7FPAqUD8rIQ/MA9AbWGZYfzcTx0JIYAZhbDyEZg8OSMcDrkb1c5POMKxjlps/zP/fpVR/3D TOlkJWih1iZmwHXVXhni/HvaTDa7B0sQAdfrCsSqfc05SptSm2aKEQDrqMoJpcFjDRNQDAYJUoQO BgUCj1EbeN9k4QcMrUgNV+S1jH0T2M5oAgSUzF7OlUnDpYPXvac7oZkCH8Dqji1Id9EEH4chZWso SMBrgjaXTC933cN+NG6wr4c9LS0L6Mtvm8iLpiI7ULewTNl7AIxO4NoBOkpQLGBwF+Q3UZ5tUUIe Xwc69Nl93p6pPbh6wTWOXmgJXijUJMAkHuEWzm7PzGnytdGWSTK0Lf3e+4BfoxAogasTm+Yaeypi pJsGRtjyqOxMatObES7zJfuETLLSvc9VI1wckGZNAFp0JfPo6M12Vnyg+nocPZIl3bPjDGrTgVMe t2pWzKj0mPWbyF+wDgAqLDchA/3otplqh6zaYrnBrvbwC2EQptRs4UqMS3YHZhatIzm9MghyeFbk jVCGIQPHWkacUC7uc888nm3q010etIk0woKMjb8DPn4IiQpymoQMJ1cAGngKhwz1J4qogb/FEYll Y9ahT8mMwxf2eXiVRBT0skJxjkAkU9GfZKUM55oGb9nyeemS5YK+SRprgKtF1JjrVIPwpCSYrqHI emGTj89sLp7kjHFmuEh+7vQGN4SgWZcajz3Wfm+zY6kHeiNR93nGhzHkr1M2np2sk9YJqcDmjgCU GNXU6Aj2Ql1RMm6LGA2WBdT/XBDLNf9C8tLQPRoJmuxOiOlFwggloPd4WOkQACdq0IrlQ5Hr/kno cbVFpNPGG1LdGo6ZCY+PQzwhruT/y21BRSGoglLPoSvQlHKfsJhcgEMBLOmTuBKeCjmqQlHVaQYs BpmJAojnVQ4RzdNMSTviWDNIkfYTzCXP+CzISJpEG4uydrCmSKiBYVDEFpPtK1BSOA2kxyfJLXDG J4H3xXOt1sFLJWMX1nH+uibSuqYZ0ghnPKjUAQdSWwQwBWglUiZTzauy8LulVaxRU7rvGIIXAUqI NEIttxuaVKQJEoZrxqMoEYBorsYyHgvMchwZCywtOoUKAN/qgVTuxrol7wNHhyoiDpH+PzzfmAGK RgR+h3RB80ZhUeOYGIBrvg98OMQyNKwSWNK2gyqF1GB7hWuCvOwFgaoQeJMuToKboMW3Lwm5AXSA 90gQlAsVxF/P9x8uhwEabanRxqIXTYsdhMF5LKAZhuvVwhcKMukmcA+CCfIXMRFXcQaEmLygfTAg QkTaKTLwIoHcNhSmFlzpqcItdep3QHjcJAgg7OD1rsUabJm0UwvAMYsF9QSuqYiYjZamizAFQcnV RP+qg2C+xJWwaI0yKv6lKV+TPRCnPcf+Qp7bKFCtVWBmHiQ2ggFFnLWLu1MRSL2gPvBvO3YxHCQy iYS1Xd5MNQ57xOiWW8YAMUkgPdReY3gWoMb1mBYmG0wFoltsjWwaCfEuVk+Oi/IJm1qfndwXqay2 iEMnNj7CRlynppapGAoBE9UYKpic0ZAWiqWwTnPUWceF2oYNo3EOU1pKkR98XR0nAX1fWEUjvh5B VgxoZWsE22f5GEkyB2HGpoTvZeXzAuATkUG+wH9wcrEcGDdJqzKP4EgFCmDYonceeOTFJ+ECPtWz Ab4Xm4E2A4rNemV9TVyIPBD6gG9PRodGjT/dCDty44gJrsK5fd2jaMNqEp4raACWNjxsJe0RshMx Aj7k1lP+M1h/ensE25JTjkYMSUzwP5mX/m4ihRZqTrzJuw7CYFknDYp+FDX2tAXY2GvMiItQ66zF hLnNKOCelCOdgzEFs0xdfypaY5ybWB2I6hkSBfeH5eNzStS5DMfQhEuqkWyaWv74fi7w1PWj+kJe cfF+JVdz+ILkwOMl5BN7z0+Q2ahplSJ6HQuwEKzFii0jP+Uu1GTFlZaf4UeAH+9ghy+xeeIyUVkv BmB5At87ymR8SG43x2JPWUF2bWJWTLM6P9lp6GyqhN2KCF4vcEaZ2C3KLEIHSzVx79s5NJFcaXa2 BpJfgxaNxU6FW0GZanKikMJiO5BAiRx6nmhSVmia/t3WSQ8E63c0UdMVikmpyhXzG1UxNYQ7JCtD XgvVgYHgl+pi4dqeS+Nu4/Vz6dYatZVnyNjWMzwzSmxKtoSCCWuHJEF72SVScNvhDEC0oD2LSeD9 srC5GGe0AgLY8zOIbdb+4HR4WldGmgMCWgcUs5yhGjI2WTCFD2SEcl66zKvCBQDKvDX/mYJf/A9H g5k/4FqWGO9j93VlavIFA2G4g1kWzGkGhS2VPw0O5W91mFwfRhy+MW5OlkadwmYySJgKDAkGeWnD anRoHHB9QpZJFe7wM5338KYaDgJon/XUsVnICqIh3Hv4s1oBrDT2My2FhBu3NeV0AAN0w/NrzpNo l8FkPCD80uM00UVgpus5GErDChpF7XLExDIwK3w9Qjd2thy8l2GkHi9flUbktuRiMDhhLJ6r6gwG ZTghMEPxca+dUZQozPbj/RkbrlGemGVUDDmWbXGhLFJNscwz/sf01sPYn9yDLHa+A0O2FPCcFDPF AFZZ2Y8AZCNjuQWksyDbgdrTWkHezWawRSSanAQ/MTf5NeReV2nDLOapXAplbtitFHNBczO3htii 5dHJa1LNG2jfioBYcQmRfS1WkgxzCxmrbX+luQHNTa10NWTMFs0GZQJlr5Z7VGY/ozVTnHqoyGqe IJfsMdA2mXwfa6t0P6JkS7KQDEmV2jgj36gMRhmKjdlybqm2jqwD5fe7Fg6Jy8NDgTBCDiSCC3jJ nSY22YWAh9P6eDGDrsjCtazds/BOwrHfO4KBR+EbwBQGuIlBmeAEuOW8c3Vl/WgNEg4oAjm1LrAx cQJOwhGqKQPfqGHQGzhi4jVEs5CKRcfgBxvyNwSYrMa5My5cO6dgY6GSmxKwFRKmFy7BduYAjxML gusAiaciBqQrOLpyIWBF5VCkXQOJKolSxCGICWp8h28H+QDJQMcGcJEwXCGOswLEJ0EW2ctyj+91 WHkO+LZiI6ghylVBjAlDeR0OJJMbLK1WMnQ5+Oj050dNC+WSB08GHcvQFv4CLkm+loZ8vd1/9/cb iBD8d9EU4ExiMMxLPjJs3K/mApyDtkn51qjc6MppXE8Sx2/X06KMxu/t9xc+dlz+lZt9vv3v9Xq5 Xv+e7z/IcbldLxKbvXj+I9/58ud2vf+Vyy2F2zjlOcs5B9fdvRHCbOTKofyU87zcAM2N0mOG7b/l 5kcQdHRb/jVa3IClLccfQTdIEf6gvXxmoJP0RUjU6D28KOImAoTXad/gBrhriNjXVWCxuCoW+5p0 0brWtp/4R2SEy13UiSyfpOlamGcoQrAS4aoGOAmy0hPQXECC/IW85TALH6WK4eH0ttBgT9IE0L8b dGDusBOv6XAE4Sw8SE7A5px/avt4hqKn4hNL/dDJvnQiBxKuoBAf8SwtE7RupZL09I7B2k2m8lCr 0Cmu6d1iE84yNw1bgNxGSyzjubeKRveV2/0OKUzIC0UXvHaQ3DuYQ8VGnN5qsn1fWQwbkz21uA9i 0YDE24pAV5HGdhZLjBaiv60Ja/zsLssCWI5IWEvdHunUEicW+OZxa1jQSTkIXjIaIdf1JnJkbOi2 rty17QxyYm0ZVafCigvL2C7MqAWzFkE7KNKOxLnG9Gc7g//xpJg+TS6aTE0jPlJQ9ZQs6yI9hTid J6LOgws2lU+B6VGKCAj28qVObdXtg200BRo9CI51VQFqTqa62iU0JHwrJMIDEAbEpgtBEx5BCxXy 4yA5CbexbaWJQCRVwzaSiMbnG/mZmyPlwyuZZQrlFdCx6Pn+UQ1wjbqI0ODS21g1G9N4JUpq7Lta Vpggb988Q03SynQ8XCtj2Q+hJHCPcAjJnCVekhVSTSsip7hl9g9rrVHxlu0jOi3pkAkhO0J6EPtN KgWyMs8CGVP1oWfI5qVAmPpxXgzyg4M57TYxG/CuM12NhrwltGiSgQRXsynaqO0rWV/7cQOtY9Nj GCCp3cpBrnYrWIf87WhMmTd/DqPuwn8yVB65vQZlItmnyn0YEGohfj+wUWrUKFEFisaWlybC4LTL y7OySSJI2+wpyJPb2X0QeXwxjmEn1TILMNiNixS6ybxlXVsOagriRm6vfREMGC5tXm8VJ/Hy0VYe N+MHmzmAi30aVgDIsFEza1kFO/a2BZ3ryLtgPZsGsbVB2wUZtFwzBPTDw0ruFSAwl68PGdK1ZhTj BmZ3BYDlwOUa2yGxsht7MsxhzlxiRgYLxEAIqsEaYUKV+W5gmizjugFln+AFsKxtngF4eLNwSAD4 EAuQcQagUeIkhRfK6gVTpAUwGEXf3QaLIN5hfTjEqg+rA8jQiyXBeuxt0Kuc0FgbVGD6ORO5eQGt PC9+WUzIf7AQPOMO87KHMBS6C8WFYZHzLCtH/jtfXNu56RqRXYxEZqdThg15HGdfmhwSwYGAV7iU y7th4VNR7q5FzGy2EKF+ySJigkYWAptdn31T1lCnGOOCth09yOghu2YQTBqHcBkJcdUKSfA8QQCq 666kcyOcgjlYEpINmDApvdiDmIiEP4+mIucy1lh9lqReggvYfriIq5M4nTMVraw5u1ziRtYtNz4f Q840jdaYeUj8oM4LxDtMQUpyKSELHQgIlw99ZglwIIsaWEE+9oj/oBCdoMc2DQIk0IvGGObw9TSZ NmC1GqFZNtNYkHMWJOgloANZI7wcQl6z8XL6sCZHsMzOkg/JOkagQ047guSzwx20FU6Sj88tbemC JsZb151PXywBjrcRwhE0x23WHO+dVErntqzm2s3PA9AixkEMyL9VTz8GQZHM1oXJC7iYNnnZSmPz kAVIM2ljbF3Uo2TNBN0SDhMIu/r/LN0JYls5r63Ribwb95asvpec/PMf11sfVFWplC2dwwYEQWBz E1RO818TbM1onF+yZimHbx1RD0QIHYT7WDuoUyR7xTbZVf3JUMhkUsgKmk0D/iOlN1NGSobU8QoE +Ga16aCvq9qnyoCI8DotL1mB0uJWBkCGRBAahnlMwWSZmtE54wKn6aMK1wJiBZlAiuRD6PI08lMd eRqSoTuK/U2soBvAniJj5uE/UlR1N1RgE9ABKES1T3AMiNrU8QFkBIjhYY2EQYCS+ixsEkap0hAV wAhEAscThZi0JATyrueNJTgF+BlEQ+DVAF91kZbewWOGdBodPTYiAGQ+NPTEWENxU4N8mwWaS9VJ PYYg0Rk+n0f215/0mvVKnyvK6/PgxzrOpsdLqtPRgMwTTBjCQuy1zcOl9dD4/ibYqMgV3s2YsWc9 6KhA1j8sd7S9HrMXBgUfGGyWVLWAOVar4QMZDb8UZBWuZApCp4Z8GoQ2gwUoA5hpix/isrqobrBZ tX99/j/1xIcFdSF+gpUCmcBgRrwcHbrDPmJkvrmryw1a1V6vy+ztXEtdwT13GVbc7yLDZkg3l9ET XQ/XkgcDI1SBmLkdjGiM8LOR9lPfECT9DpkiIH9TsfjkmusnlQ0uZhJ1BYni9JrRDiXTTI9UmjdC Lv3xSYMR5qiRkDJzOZ1lhxI/HD5YW2E9htRKDjFRQcfV2OjVt6ah6QCwVlb5KYZZ3hTOBEEdzRRT IPOsBR9uKAASdp1c6XF1MEkzaOO6MBnsc6hjAznNz62xPHso6+RzYuCwaCel0xwcW+aYfsHNNLSt h2jbcpFbNFk3XaCI2pxaRjTH0h1kj0WSQcnHhj7mrEkxFxEw7PpfthxQaatD4JjjFk0ewzT5sBqg 5mpHXqI1h+npLrFkDBINLBL9FsALLf0JxU3exq6E4WGkSNIkylSwCI0yA60v6L5vcvjARk25cg/R h9jaWNhMMRhX2ZBH6USAwXNaA0rs0WRv4hgUbdbBVQihDQeNcdKqgU49Uk+zoFNq69Eohy9Ur1m2 qECOVMnfHjRj9LSDFZ3giF3fYaQMCyDXt21PVD8FLE36q6s7iRwcS5lLZaIh5g1p+Tdh6B/BR3Om wi0dbHRiMkFIhHq0C9MJBvMcmk/s2mAalMylqy0NaYlNqJpMMt6DMPd/hoIRjcstC3orlNaauUSj GyoITU7Ra7+Xy29TtUspXP6PApqphG7G9G2M9Mn6UiL6+dggzRTT+o5hGiQPgLCVNpf26i8rpL4O T7V0U8FgW4IqH3KM7FrLKBjFTGEmO1OQnrQa+t0RNqbX3NRlS6KwyY/WEu3m2JgVhq8lnh9lmba8 9AprWkQFVvIM1zffhqIrwJKcb7DhitEoPplfuYicB74Tf49/KJvKh9AMzGVHVSwJJYLCcR2CDLem lFDC7HHU3WccLr8CAcQHxZZBraUuEQwJIouY4Dy8ayQUzizUKb/ad2IS8bigey21CEdX4Ar8ZJlh kDxY0A5vyus8Ap67x/P88uYF6cw31xbuKm7j52v4EbpQJkCvlX8SCFEgqvvwCFHfz/dJyAetishd ABtqxDuEQvRAIVeob1waDGl8MPE+pBcuhVaBsYkuhb2JkRVKjFGslFLm4gyFdalKPlIIVBTqKKAD bvkMaxRTLn6a/2Aa0ai0TXgZAQhVBx1J1KwNvdMTkdREYbCDaMeJFVogYoUw+A0TbxJrxOUNK4ai TPwOzULgxPNByETKQjqV8wRTSd8ISbpVIkCrIpUzzAxCjJPnX83yk/Bcj8J0YjCCF4Z1GU4XAxOP DJLj/4dQhBoRBzvYDbspxCayntwL2ETE4qKu4nstB5O3A68hUAicMtlR+rooOvQgcAj2BhuvKKhC 7LvaC7j1dbSh/i+rawBOqDk8UvyK7E3HQOSbE+gSPxPAY6CQsmCD3eEFrCC0wuvgeLgyznZUK6qy w2sEO5CC8QrNSPJd/gX118id7QCfwqoqxFMAQwKQGca7kbjiSg63nOajckmjitpWL72TjsFRVGBY Yp2hc7c3oV56oCbSM3mCg5okwHu/heSIdmEcX6koNTZhZAUSk+oVNbbh4FV4DZakPvkXWmt8wkkN Bmki1lAPEg7OKKEC4gRpYlTbgtDNMs8MEGQ4h1O/UxdIBEiuK9xoUxj2FeZvGMqLC3blD8OdVqdq gbr4G5IDIIPGSEVuJhuKQTxMtLCmoCeKWUugSjgDSGlURgNw2ErdiucG7W3nJP68m+MqX2cNrSf0 n4SYkbmKrmyuUp2YXxcvqRe2aihBwcF3cAWcak21P4IDm+KWi3ggOGcpkAThYuZu2RNkFI/jt9zK 7IERHombwqidpuMwQge7ww+sirF+MuzHKMQlx8YGxGfegWd/jhdoqnGlBwC0aK9gzhIggyIpB90o PUicN/JDXabOeJKgtjKXoOrN/CDgMGXsRDxJZG1/JPpwjZ2ppBfIluVmxqU8bO9doidrCQamRChY yRjTSJu4lkBrMK/r+KDS0GQA8+G2k8FC4w4PrPEzdme4Nl4x+Beaq+GXbT/pnJchwuzNFa27HN+o mJBkkiMNlGOkaJxVsLDi9T+WNehaCpD91Qy8ueTvOu14kBH7Bp6GEMuQDeAmEU2P9Ckdh7wet5jR h9NDhhCs6lq0ux43ikCMVqqsI9BkbSkx9HGvY7dDVw3Cn38Pv5GrDzepSK6SZ58eF6k4gOrI1iBu 3NftRZYPSaJvh/O/0z95S67XO/K53B0P7G0VQqfRuo9nQDdK6+NwuW1O94jrJT65ekDqlfPlV3/C zKNYa4uUIGr3RTi55ClB5qe/a63Yy2NSqhf5w2uY7YHrzS9HrcLs1lm4OJ6pBOKyg4DS76QNnGdq H8ZMM++G0P5BPTAI/kI4x+bFBYf321mQKeZGRmjpWqQ5RylfcOmZlwuG7RHZfn96yLCCx36OV2zb Q9sNX1sDyj6C5VtEJCpHY3fVohTa6Kn98WE8edsanSk4d9zAxIhFDMV1xyLLvl+UyIUJnOw64cHn 7RKRWIYghlTmeMsB++NXSG/5bRYnaXA60WCqIvtHqEfLnzwtjkrQZ1PGD/j+rO1PZH4G6Wmg2WZN ZQj6vTXOtDLLnsrorENM3JOjN+1qRgbv+AOe8yTxkcbfHJnNJ9PPIsggtJXUXZexy0rXw+TZyWVG YPVh79/sCrSxPeKWIotSmCsrFDu8Qzrs7yfGeOdNmMH2I6w9Np44IWwS3Bi+HF4LnU5ArM8e7OPz 9ghYK1AT/J6lAVL6sq1e0Kvtiln1UDBZNxW2o8cNq7CKnNUPP6pDUmw1y9GmN1to6WftQvxZSz2B UDH+7LOtxmwjcmRguE1Y1Fzv2HvNGZqFhDxb8jK4P4id3CdLlaWFZ8RgaohNZQuEpcoLdV+WqqAx JcDMXEwJbNPsoQiTXQfb2xj1uIZZqCxtlgBCIAFuHkXSH89bGdpdtcDAdy0nQjWy6RwW5IqJ3pUR wraLPdyBM2tn+ViIbz5p67bt+2oe6E5FgHCpY/iem9Ypq5tObpyjaX2L4Gd/kI9kFBAFrTMl97N2 tW1RNzVZMzWr9cuzLO+TV2whaw0mQguawW/B0hg/ReFrE52f0NkZ7txUqoMw7wV2aPA4tFIL4qCS HQ5z54+AULXwy/ECwI6a7ReEkwdJQpsUGIhtqSRaK1cc4Bxycg0oTyImV/8YJmuibW6PQy0pDF3i xvBMgJFKMPpGviH2fjsaxDrDzH/QykBPuxhcehg2t5vrBL3kMBsZaDJVtdZbQNtZ5mCrhrPeGs6p +jRYbTXwbCJ3RX4oy59Z3R4xWZkezn2kv3Q2j0OW+8avPHVD0O1QW44UvTW9uOY0mt56vbMYnufw l6LfiLeVlpicb+L9mb5uhSB/nTKwmthhEB1vj5l2HaR8tIejat00C6yqGtYGzbjQg4oadBU/HURP qbi9uZgAeR3pXhxRr+Q8KsrzprmGNZnaqNLAdv4s0+kZp2jcQhoSF2TpGEHbF7mivWheKMkoOOCW AckhNYrGUxAEGTO0lRCYmYRCJQxJuykUIzPgW4GbIZADDiaOG2cXC/ANmK0kNQKKNfdrJ3GKoYdb R96RtdvAdVV3iLQ4yDacb7qvuf+1SwJhC35Wm5DQada2Nsr5NK2g/Pplf4T2qN4xP8GUP9tQlI2L UPO5SQcK+g6wNecobRiZX1fvzTuhZllCdEMMH/mBkAE+wkfCfgcA6oLwVfVB/Z6w/0IeIAJFwOj0 VVSvXp0PZQ2GlTslfLxP3EQgrjW/2pASv4LAiFpHivqBJMCq0MjQc6hhMDjAKQymg8kDIZCvf9VY S9UfGFMuc0UJ1WEdSgH8wD9VZynwdDBuQyJwBs0HfAWua7NpomqAh66uwCyh4u52D72MtzagGakr IHgVAAe4CABR0srRc8E+PFpoX4Av4McULOIPESGEjlyHHCeHEFC4lh2QsNWwqrCklyDHXoc2hmXC fFHUVBLUBfGZw9ftQYTDtPsUmrCGMASogO0UElwDfoF8VT+VC5iFJgQFzmC144YbZjgCZQkBwvMH CIH+qFV1rT0gr/k8OpnnKIaM8b4LpIURfb8SV4Ca2uoMpPdZFiNZ49hJVWsNlrCxSxSKAlsYSeII qtawxAOxm/0JMoWmTLKCaTOMpKrtYJWx3PNwi0qA7objhTp6uGYGG2qe4xM+gedTjO7hVW6a2Q4L AUKDCQqcFcyIUksT4IOBanphLGdAAZeaAROy4igzIOvr8/8op7bSBxNNdWmNFyP51eWAyaBap/9V BO2bXZPAFhsOKpOjgICMYSOouVClgffLMiEJvilCPkMIBBGTlPQLX3+IIgAPchWgZFvB4IDTlCZz Qqf6pQgmIFnGpVaQduCtfMUgZYBbEBYAMb6kvMcROw0jBaglcGxwnsGAL334NhgZ4vTyVQYVGJPe URqPhtLZz8Btbma3g6B26UR0lwLYBfhxRanGaWDImLwTqIxBpXKy+GjgYgLQTug3uHtuQ55dglK7 lGa8JAYG5I+dCAiZBAiTYqI7AuHYqJ1+d0OgITDxJaAxsUhWJgqImQYC2MlBPw1kCSXqNIX8WHRD KOD9XUJsUDqBtNESiIfpGcuVhvjZrCpLSPRa1QYlmrbtf8jlkgS0TFfDPFUwULBxQEhVKLHC/JT2 Br0H2g9eKO8EVK5MLHSP3NohKcGFQiPGso3x0ptlVZMIAP0pmt5rp/qHKV7Se9KWi0ZXJ2eJVqSD hqzpr5WBmc25aabNrCpNzY2dBBQgVEAqIBOYr2e1lgr0//Qs82IaQl3D7tNJmk+tm85NVmoBqFQU GJ+ZMkMNYfYsO9KcLYOKyoxxvN6xLgbFK2NzlKFUHaS/CkRHnL3jBh+dNAMw02M2NZBLHQd4MZWa fVGpg6jpOR/G6mB58WwzvJnlxci6ZjlbOsR0S1HLTTbf5LKdmoFq4bWj1JxuRbUIeWeO27BItpj/ Y02MsffSmHum3nrMv7Li+OFLrj8FKoAVMzDjNrBCbcWubNo24SGuHdSCT3IIuwK7PWhra3zYQGAr a0PLWGSvcifZN+1XFcqBDfc2Pax+GTdECFvpvWVXIjtc3QBq997IPagq3Who2xfWXhabmZ2rDawI 0zV7xq1TZh5+bOZG1S2dEddRphTO5SrDV8s6z41gtW/xDgLKC+CxkO6QSRCJuVJWfI4Qv6WtkLwX 3+IeWMOz75Z7RTFyrJ/+WH6iHag1PiRJ9LcBNWLET/WShdo0hm7lnWhq1tCT/NjFhqkrM6ENHf2i bJRKjkG2l+mQg9H8SDH5PL5JvVRtjTbWZA57pj66zMvlL/lF8GD08rKmXU4WeLh95hajjpuQg10P pM0+l7qR/5BbZvrMukaSnXrT/ppM+c1FtiKii1f4Ktg7Sc9DDQRxmNhDls+jUEd6qHd26v2jVFfA Z+ptcJctmcbSFN5I244kqS/twrX/okguiolNJwylthnBPKv2vhtxf9sK02xlG+n3lI04SGW2wLkr cS6aC4aLJIwDebeqJVhKibHA72lF/f7cUzauto81yeyjSFRXibmFRVgGjQ6YIXTGP0IESSm8oiyh A1+Rs2rcBbVzHpMmGGiUk+KMuDc53JxMLAgJFtKgknDybJF7I+66zqb4tDNl5XiB7jUKHOs88ejf PNKKNg7Y5HhZHNKc7MBSEYmfiwtFJRDHVFSUKib8crZbw7yhCPFTPJHu3hpvGSYI43Z+tfCIcy06 AmUPOAyy1GXFChaKbCMyCYg6bAnF7XPvmRDCFaGNr1BPtbnIREsgCmG2jmt7pcAB9VQwA2zVAh/A VEEeKipu9TnRSPvQfYXIb+JyshLGCsX8XDYYZEKJI+wydJMgjKBDzE/kWVArDgEKyVkBFwWPiLl3 69MVcudccNx1FZ+0xG6IYCqsXuDZaf/yzIrkQn7UjtoHt9GkOfAObGznoX0KUF55XlgJV87p7hkq 0/llcR8+rMhMC0C4cOPSqhiKTmwXHEEzwEftWXTv448rCG0ctWsA9A1IVXoVyDoA6oTvAB4lfxG/ +xwiZmelKA1U2FH6zQqOCteUkr1ti419lIIv7+kbDMGWB9AJnOITSVR8IJNAVZAIuLjz1bo/t/p1 ISNQHngiovUgNAMl0s5NFQGgFORGPF2G6oGsPWLU5Ac4/mDfw9iILKBNloygMKMM64LcIhWrGt4K AwL4roPapB7QfjxjQ3Ny5LzUQHswsqDZaf2E7mR5GJsD/lQCtqbsNlLKg3yS80LWktWlLRCwmXYZ SMXCaTsD3+6DvRAN/ymTslP+wZDgPkhgSX+OshwDYuPowp8XUNuLqmTFGEiOzIN1DURH+MF6QbbO p1MFd0Ti6MaExv2EIOsC+LKNjcjGEkK7rQ+VGfYHu4MI+xFsCYSFm0L3IJpBl78lAwAf7yUSmfP8 wGgvgFKhtojTcFqM5ZuWSzkAtwbqwqZBy7jSTsXfj9dHwCn4fneBIB+PfoWuSt/hbfj2TYWgTQ1x 7B8oDTedxNptToE9SxrwOzNFCgVNgwPLLlDmA6OrZmf6gb2wWWj5FXgtWTZ8+CdkGb6qTTeSCrD1 A+T9JrOI3NsafD0+lBdWvHPtIGg4SPdyvENib0OUvl3q+kN6D2D3GacaPizjx8OLEG9JQGDFt+Nd 6o6rDx8Sd5//Xq5/ZfCGreNfn4K6u/3wdP7d3f2JIL7z+OVxOP6DKh/uXgwkv66B/FdNdaknkPcM NtdBfxOwfoDjgcekD/7XERi0WePWy1OjJen1ZlOCFIMU2p8KAelh21HN7RjoJBCcVgDaZW2BwqcD sPSSNHRvJ0SdXGRBL6VLmxVNz/0BtH7d3W6g5LJwl34hudN/+O22VCl3Vdq1pE348WWbqPRyaGxr 8D1tI9vtzdWoOkN7mYKL3NybMya/DkLOjbz8DPI1UN/2ejymwO57hJL7c9stddPuikd+qShUzazR fu8qUFPWLp90denmsqVy1+v64NbOLqCUsz0onWmQsqUN31KdrNTIitpbMveVFH7NzrLgLBHo3o9n E848hiN1msBMDa9FJmf7B3diCE3jjMyZEUa97n5bltd2cTt6zJd8SSZ0x2bUsd5cS+cD1mZblRUY 304zpNJSEajG/FqKQFHspXql2jhY2yzNbRyyx7DQtuHbz3NlQXCUxdYabRm1NAZNW6rCeyuKZYa3 WHzYSx9md0tjAmUrOUMbc4Aza2ooW7x4mZf8mrsHTwPFqVNVsnLB6IJ9NTAgzJV2IX/fpQuDKVnl gsI4om10tuiRiqoBy/kAlt9vV1VGjvRYDVVvLoV1yLapldfD+sW5AWvGBmfmOTZQcd8ER8u25Xlr T6C9puWNfOphrVZv280DpkFsgw2HKCpWWH+oLRSUx9GSFEK/knYp9C03ByPi+QP3o7WbnGsadymf R5qsgH8psHKEVANM02LjoMHaBSr0VV4RoLIu5CTahIDo8rA43rH4fSCdhYAibND9ieQYx9mS7dVw NQAccefMKTbcVZl5K+RiHCDHmuALO8q6YnBJkS5EkuDg8tzK0MX/jvAcAowvwXEtfAhV5rZw4WAy DVyaMi6WxrVjTDhAQ01+g08aIDjbeNmkmocXkowxpau8uHKnu+vDp+B9VOR0rnY1nlJKRNnAZH5u fzSQNdmwQY9zIcnd2Yc2DuqH3RA4NgwS7USDZmDDX2lQHPNxrHiqcnaJL0iQa1rON/vU4GqviRlN AXUUr40DR60oAMVsy8ZDhAdx96gJaJsmJfCrtrZH3q/82BlChcQ3sd0Msua1GgvYOg3tbd3opg6O taLFNcBbm0ca4/mUQKVNRP45CJef/E5ErnfxtXCumCk98FTBVGc4oMEORnC7I4XmEOIqd1RBTE0B ihC0UgQnlhaRuiexUCuUxvtidIiHICCiq3BUHBFsA2+D3UwCSOeXxUviCa8XVfWsB005IQtMw7eC RQFN0Zr/CqyiqMWi9BVZvheoAIsEegKfuE6CmhjGPnGSVOCisqJX33bQ2w9eMw0jx5XEPr3GUxVn mZ0CKUBBQXEBAFNVnE4qOkF8JKcWcAUmFVZ5gZbvsccUXrgY104MAigDO8R3lTwhXlbINFg6FKb4 CZ+RDMVUBWowllC+4JcO5mptUbmOD8SpZp/G/tfrkJUIV4pDBcY3k5k+jEWy5ZpKhCBWnRvosyh1 GeCpebAZETdwPuBmGdZjRJ43XUamUiwxgUx0EPQa/GLQiUVPfaObg8XNMYOosEX9HkOlc4oZWBrY E6BZqB1SBxzwd43xJOEZFO1CpIszBvQu6GzwoGdVDfjTQk8os0/UgymnYzCiAC0/BckSAOwXpiMl TdQ42BPRegSOHj6FCQf5hvcpz3AMKKSFmIcEoM2hQ1EGB2MODXK6HNKotifsE2wcfqQ2kE6HMOt3 4tMWUjKE7ENwjX9tZrABpOTzvg38D5LSnkBypUJp4TsfzJSugkcIU+hNczcQqoDl8D3VifTbWGgG pOmGABaASFyegiiF3tYk5anMo7BVGiXuB4fUjkCUMIc0X6hudaDbQTSDUTe4BqWWa22AyUa2IktM eKWT1x0iaHZpGElAH3R2EA4NCwWIa0rVhbkGE3JZImJtJbMib9sKhKYJgQelwqAs0udrUHTZhsAc Mb4RWGHapdYnpaFtm7NC/tC2qIhdB9mvlBdyRpd1vOFvLniQLQ1PaFgJm0w62d+ABI5qEYGoigGJ uDpMRkWlU2Xmp3saHIYDvPOHzhJs2xbeXLgVb6BDD/pjRGgn40fGlM8klWqhywODJJpiq3Jlz7Fz g2Ebi75knfQ+G9AM1c72V8hOp8gv0NF+Cs2HsXxjV6skvZ3JRfIGn80ht4rIRior8WYoGdhAFTaQ tQkMnvtaw3J6m/nQcZaAhNmn7KIyoMfI3k00SGzToI7G7YW9jK5342TqyQoGCJoXRg0OrCcKwPVV 1fLtJeVksTA8p3vaYApq+hJqykQ26EF8pnKZA9Jc5rZCfcnMZjWVoO522GTP0Hj1mSDlYK9wbQgt jDTbjIkLTsyGOnzK+JpQejOEXg+TKdOrS/6FTNcv+zaSqzM+AcWZfXIGwtc0G0NqZxSRqI24XSSD MDkr0jkGu1mt/R7yDbWvPWN80jq1d5rGB6Yr7NC0aWpomob6N3qtnSYyf2XtK3r+lGmJAAxWRqJO KyLpsb2axBhSXG/Yy1NnVoiDoq9hdYRvA85w61gf0AaSVacj0baRuLPtNuZ2ECJ7mjFvsqCse9TD HcqIHxsxXN9afdOPlKjZ1L5hEK6ZrKeMlV74ytjQJLLycNab9aBGVWXdkWGKAA16sLhVHuCphbQo raqQtoZA8cGBhpKE9IMzwHMYpU+LPahAI/HE8aziUFtlcwP5GHyW3Lfl3EYQ5tmOcLXwc4yiyaAV flAH/yTttadWngcVgDrVxKHyzHTczPE0TWyvi9OSXBoO/Q3Z9reTK8w2w0wedpbyRRyGac/RqNoU skKnVmaRQaorTAiAkmD8YZAzoV4PQ9aSTLqmJjS2eCBLfdXkHuKX8rBnRDpLokesrud9oj9G1lOq sYXAKGshuZK2niiMwMNRcyda/EMcY2mCvZGdoaDxJWpcugDt5+s2YDS6Lbg2HQ2W4WF8jGtM7M6W GAlK6w3IeaNCQfJI8misrL3a8PF0fWBQtDGrY8uAVhh/XKX81mmVfUnGLghX41TZutnsMLIe4SYG PCuck8qDTSdMlukD/xM1gg/fMqQq1A5PBFF6M2qEJ6ORxsSwkeH/hSncZSFOzcIK4PuLR9rcF/EJ 86xo3G1/kboYRVCiFYIUnzzTl/Fg+co+UNLu0z1T+cEsN96S0AoGJ8DwQSGbyVHb0DMiZflWB6Sb U7LlD5uCc+3oqbgAcUq4iq6ghRPrRUg4aKGaJorxojirg7eiKdouZugTsY+fQbw545N7Q39kVJM1 FDqpKVUoUiMjjj7k0NCLKAfCbelWhqkhwJHJmPtfMEJmAqjqi6BukhbvxuISEwiWEdrDtts7CmiN DxMJy39uXfE3PfKXQlDcC9CE0tor8C+ERirTfsEOupSaFRF/Zi7bwkrRNp+ggoCFFVmMo/uCKj9o mzu2isj0s1ZGmapyQVC0J//5XD+Lg2ANKnK9l3EMJp9oX59j4ItuPVqEKHYcIj3ZRRkR8Jy6JDQs QAuErGBosbqk6KrpAj0hOUmUmhU0gg7buXUIisef3OXaDxyOF2cgwRZAkEhDyMA+kHvFh8ZiIAuN AHaEg3jFf2mw/kSaKk+emFfQDSQhH+B0e0Yyg/tUWA7xpnxB8khlJCaSI6xarWR4AnXXZ4AIWldp yUNI8Hoiewv5PRz921QQigKEILpYvLGyHJyXNeVkBJXZKQCgCmRIigNwY32XwfUg8UvIj9IJG52x ARO4QhRCb+DZUF8ltVFBKTxJ1M8GAF8owzegGEjfqAaLF4UmEcPi+8La6IAkNpnu1ruTaw3RpuAR i6Wko6rAHtR84pTABdgO24xBaI4rAFoOpFqeIsOTL1EEdQOxV1A7b4fiAQhTFPsDwN898ltztvMY 4GUYdggR/PtYsuj+hRaZXvGbax8hhboDHIHPsK2yOkgkqyBIFXSvFLJkI80CMB8KCyKTy/e4g5dr DrUGoXvOPFyUuV3noWswdjUCyFQig8cRBqgjULZiY2VTEDokaYM8tTS2Lj13GBCy8f+1OSq3NhCP on4geXBkeQyinRI0yhnS/CjD+rwoXUji20r3a4yhnl4G4KNkb6S/Pk9uVcA7aqhGSjXb5gIQfC1D R0D+JKjXAl/Jy41KCnOlP1L4qiZkD1XW1sDF1olySQBAuQzFn2QfG4AnEUFnEaWjmP8gCssEYkfD 7xTKZMBUxHDHfgVdLqGXmJNQSsRe/OTQVEzoUkzvf4HoENrL9VHy63jI7pcsZfTp9745PQ6H38v2 7/Hxv+P5F+Jccg/4rdsOT4/jAU8b0zgu9BbkfdxBq09o5xJZI3pf3HaIQg7sBZXeAcg3ab2lHEFb BjljfTfk9kRsYpSVF1y62wHY7TiV4tv2QOk1yNWWFc4zxns8+kDd/fpKXf3fZgolalfIpYsB/tRJ snFSceFjKYmRrvGiu4nTZ+jiGmLYIbwAaqiv52H49m5SacmHweNO8cB0/d8Vj+7lDM1mi2IxG3Ed b7+L2H0SZgykZQciwEOMOyNDvgoNQ+5AkJGL3A55tjOgm22igL8DrHYXRzA8zf61b+UleLmfNcPh lJ0LKNtganuoXaiL3RDiWbd5IzGMIiHt2Olyybh1NCGY8IDtsgsTiks1pVnXFMIDCzFNRGeaaWkX SJo57jMN/ix/e4m1DxDr4Gp4O61hbXdXlG+PmqxRvUvZbe8Pft1xD6tO6X+RMyHM9rw0vumnNvWx XrYJ9PHy8+08QOdKWFGaPYY3/B0xUim9EuWafTQdtckRIbC5YrPayvFf5keXWTyzzzxRN4vof14t 3Y3fTAp7o8pm/pB+9XMMIXPU9iAWcQvi0IlbQYIRzX2lZbYtHtXkg8wwq6k86HGrkoUgKqm9wsA7 xqfFwcdhqaUc4QMAOsMf25OFU2tzCCVUV1OslvtyuZTyuISdA5zacfa1SW6ViXZrSXPbbJaad2zD N/8lcqk8BmM/46oGLbJUJrqiY7cOGmlh0YvMhZXLCDN+hMAcLTBjDWAAvaU8ZibnwlsqdiVvKVy6 OoNlgENa7jk9ZJSXov/8Ha/aNV4c2vW2eWrhaUllt4nGdqSV11pR+fZaOwijw9wDTdJR/G1WMjXg N2RqrMVZThW0F6HjI542vPkArWmWn1JY26bQ0y4cJ9wYwsrMc0rik3LaCMGuuUzqi3PrXc/0pNIt 793c7rwA0eGW55+q19qslcdvDsw6x3LkkCdEAjkyXHsHkUoJldPLx+1ME38opzf1ox6oBUQOFIKt 44eUHVcXOoxuu8QmRV7TLPE9M66gVyOJ538TlIHPN8KT4adFZP+Sayvota/9BScSZZCBQnRXzooG l1MoFw15lM6F2mNJi275Epqc/kFH88txm/nGonQl+W/c1jqOAtvSywvi3+X0T4aTPDZNp60xc3pY fKHrpTwSdxSvQBeLE7im6hSmaXqBno++8Tl43wI3wTNtDKcWSnCdyJC3VSfnOfFELeJexh6BJPSp 9oEXItaKxQS7ohn4b4CQn8CkahIDxsJTUSUAZIRvwiQ/u0QIdmuXRME+FDYJXkQ4/m8gAnQL1UF0 YuSSORb9YemJmnQqhGqi7IitwaBKfy9OmcBT6m74UjzGoIlnXQIq6IToFeRidDwwiLIWAHZwcgpI hatCV/BXuFYXyIXd9DogIkDw2fAAGWUI4IeSEw2nXtKBgRbngjBXIwnfgiOCbRx8/sSoLDAHCwXS gwqVXZ/Xck9qpxg1eKa//QNYGU6bcQwgMozCfiwdMaEB1Y4yG4ROko8qQhYFr0lTkznnI0ZBdAGi EJJmwZ5rtFY/iWrh67S0kYh5SQL+U3+YoVaBJxplnFXIBLAIptNAeIVO2DCKK6UvwBPQheYIkAK2 6CTUBYQpKCtALgmekarFAwrN58a5qhSkCMoDdBIDNuSAzbC4ULaohvAP4z6yUY3PqwJR1tV/UJey 8AmWu0cyZRBMh+mCmMIWiFSnQNP0hlIFIRllcTuYrmwCQKckQoWIRRwaGkyY3SzoQ59RHCicv8Ow jGAwr8Ipd1xE5DGYEm1MCwMVPQja6Dh/qFS5e/FUQziF//N3OwkfPwC0Ninwb/3m5+ZKWycvOusf 8NfcoGjiGLnGy7AnZxjqwo6GfuioMXOO3lvmWTgTXCrGemA/VfHGcCZ/XhACzdKIt+oG0Y9kmhRd Idr0j/kJpIBj6jpMXl3UEPW26ZOuEmwTrckEYIGx29jxiZwBEc/pdBII9Xp7sR00BNdmq4/cEfb9 AhvvPkGCTtO0S9JYRGiAZJBmRiLUfqBn3UFWn2zGphdclISpnyoYArC84dV7OqdtoSZIpP5qbvsf cZMSiFdHdOHl9QWyX2qCP70RVmm7xBPVGRpF9cG1oFblp8ZB1c7+f0kEQF06+BAuqcHt/xh9ykQE byAdLc7+BMSovwMIHph0LUPCJUzA1LIsDCQf2jmAMCEh5hKviSXfbiiiL7U5SLmlQx80SrkzowPe K96zzabqc0gfmDXKkNYOOld6EfT5oDGblWaDKTuCbVtQgS1Ro72KggOvUWozz+z5D0jWiBMdk6gz oyeAJsBerWHxAEfqpyPwUtz47IFSrDA0cHKyhWix8PST0Ta+tNXKo2Fvc/iJGWGIfGeVap2C5JCe BwARoa+icogOoM5+d6ru7L8fPjsQRAOtb03YloV27DQe9Gtpyw6yNZkBrafCCcc61dXSxA5TCS2j L+1kZ3hbPRgrD2sGrQvMJGSND5brLw0kEVv/4YSBaLjHkyN84FCGdNpnbc3YEQV3RrVfm3fb9P+V z8JafK2xWxt9yvCGJgbV0dm+Cnd8gnQ1v0SsGlNChgZSw9qJ8IzE/G0RzZ5FYiFXisCAR47Fgq7/ EHLV6XkL+qyuba16ALjtafYZ9szOsNtpJqVkVZtuKQpovDXH0KZIOQHwZdpLB2mB4cnqDwjpiaTD ftLKIGYTPX3O/pChMiy1Zh+F0CxaFBbaVGWN+RsjIm8aPtOQU1TnKJuWUC22I4thLg7x11sQYA3K itoisRxLKtTKa6JkLXXBRMxoNOtUw4IhoH79add4rAQ7M9i8+hXdAggYNMd9aHkZG58k2iHqXIS9 cilPPaZfL+pxBe0fy1l7VM5HJK32yLgDTji4W9OeGEuuPB2GW7OO1iBG6uM1N6Q+GQp/kysDlLFt AfFPc8385ecYX87FrPh0ohMNHTkBARdeWM9mDzuD4F0Zs8hPgRSUH5JHRxEkVQMwW1JtjzeZDL42 mCR0iwXgtg3LOnulZodxSiHSCIKOX4HbzU0GKAQ7Z4YKzwz9/KRpNEWjnTOihwIe+upgIDEaXE6M eWEqkac5ifih2dQ3V62ORpPI++TxlkyNcoxW4yd0AI1j2Rat2jMCHGAAHRczOooowAvr8rEJLEKh faMscCjEEuHE3wGmYV7e5WKbqgPhhoXJHql5whb+uHeAmYVcgadQUHFAV0NF9oAKijK4zLBc9UZh iuc+ULNwoNJLXlvgFniqVUKngghhkGJEId76LllGfJgOXQoLkSEL8aeiopjQWjFVOB5iqEO2mg7G 6u7IzvAKW8BxIW9xtMByhYjfImYXtwnqwKTCZEGO1gNAgZjFz76tzUVughHnc2GGzxsxpmETphV7 Fcbh/MTXLb4ruBFM8fKL14TVwG1yAC4L7VClorQI4VCV4o/pUZFs4bJMpiQ49amzAohOqzx4CKo2 FCVzBGDqPcH3jXA1eLJtke0G4l2Ig74lMv/aqUFjBHGCKXIknyJxHwHOOtmqoYaIUDqNSUr6hyDc b+jNZLY4+x2GDH+Y2A3MEQKMjTacOiUBt7UpCaR8oypFPpRuvcUFAsfrl6niAxHX0JN0L9qPOIh+ 6LnadYHojKyAC4ZMA6KbVajGwGdi4yoscIBWiEx/LoqV/VKcWIwF+oAkIH1JJUGaM3KAjTLaFG/W YzDdxPV6S4dSNmhCCVzXB4lbqYjfgrOdU0acE/Sa8mAKetRlTGATaovQFEOwnNsQH62BIO7lNcZf 0zxDUYIIEsfdDtjp21LDpHmdg3ce391mDq7rmEcNG9p2B/r3rgaDogWQ0gPgrya7bzActje1F248 BDaKrhdEESl9Du7XEzx0uuccdPds0gmDhbmnkBMlB5Hp63EJJML7Dh5e7y+pBTGrXsmBusFP+hKc K09O1G7IJyDusJDPoIzOJtWAzoDEH8ATnOwk4wpwGdpJeCDq0sucdUSDCOs0WW/IN80h/LYedA4b c4N5DtnW1N3icDTN4RmLdVh0UGTIg+7Epg4u1soS6LJipQ0B8QG7QABpTPc2hsNlSUxVo9QGBE2D omQnOtIeqEwlymNMckAnstdgve5qRmgluZEA5JJSlvgnKD5EVzttMShJkwm8AT27+IuSGEG6DYHv ej6zCICllLiOIOEkFjQ/OH/0UbANq3BibiuclYN1ESy0kIRRptW1weQHyoIlS3DdjWASCDBiQYGI 7T5uswG2Go8dhulqv+6zO5/jxxobyFS3K9IKuDnqq9YeL/d/14f00Y/z474vAQfE+A57xm8+3f/e Hve7uw9ln77/izaMCH2+nyW7+L3vEKRxbWUIAV8f778A6r/3w+3vFZvaVz6+3XdKVmPEYxckIlyj al/UsncXIsL2VZprsorOfcM/hnVfQJQo3TdP3y434Dh0vPZvHnJ0YyCDsiUAgRJvHw5KyH5CIGeY pAsflYeHvDvdsZ9dUxnJXNqR7c1uEMI44Bnj2i2PJQ8B4cKW8ZOl6YgijeguNza0Fb28R9yX172T SM6kiiVsd4PMz+U4wV7G3zYg2NrgaDlSdETuo1KPn24A4Y2L78pbgo/9oDeqlUZjhzsNaD5cHE2I p40RjXd9ugCxpXeZ0wGgY1sYrCU4/tqeDNYzaBdHGvrtMdhyZxng7lTM9sHwrssyMx3VMDsVl8Ma 3b6cMEOupjdMRnlEKOrF1X4Bw3BoM/dsXmZ1TusrpNekmXsPIb4+BSA39zWBDkaUPpixNntA8bNg OXTgFADT2mEUj9DITBxZOHMhH4lVoDkSnMxMWfDsFDg/EDLfYRlKDiwFZttWCxEfXNdWjEmdIdem SOoMqY/aP6qlymbfnqlCmgRMi6WGbdY11+cFUmZ8WsSNSMRv+1ltsGmT1NlW4+ZF23ltRM61yqGt fm75WOIM2/mxNcZkBrSaw8znoLssonlpobGMtuZrPYMhP5CWBoHHCe/3LobIx/BHl2GzNhd4JVaV o8Mj3tJWhghmam+OBWZtsmZOmbTsEFwJuysqbrjtNgX53EETpFhG7QgJJA8vmdRtWupo9seeoF05 MoTJa5A9Kfgwg9xCwF5Napc5yRNob5gYW+JiNvUSjMz42JWxy6C/uqubq1P0ZkA990q/27oyMl6R jaclAchr14J1CfXNwWB0Wzfb3GO8PM8cbo4sKmdPlzzSTbltSnYNpZ5U6eR70cdWRs6DT1oo6QZp cMiISuesF2nYz+qSD6QD3qSe7eiFTvO+qm4nsY5VOveOc2EoFShhutZQp45IWlRtSno/hJvL5F1L tKHkiloF+D1psp3ZD4OKm17twjqKQTtara1KXFeEgdkIt4UqxQpCOACaQ8GH4ASCfBWV1PEXYL6K N5CcE6OWh07HPAAcEI1CfksXwReoFQJqvjH32xIPSOZPEqs3Zw1PYSBdbWfQpbSc79rQ4+Hb2uVn 6IUMWvlsIizZdEnbxs5U7Tlq2WJHJ1LKySDRVM3HQncZ54Q33HKD5mG7o6WnjY9km55YxFpZSdIc SrGfyU9k80hn275uzubMNfy6zavvqosChSIDIEOVetf+hT6ZBVMMkJ1PK17Ih+5AHyHpXGh8y5+y 8/2FF4Rp3BKJKENxHUbg8HvccCgz4r2ELcTRJoEJJgiyQbCK2yNBuBKFUU8IVAQlsjEi4sdQmrD5 ottiLvWQh2imyMeLQleBcHGZRgZLeAt7xx+xnCdr68ekXCh8xp0LhBKTQ+Tm9HSWRRCeS1sZInd1 i+PwAIFy4XggnI4QvCsZSiSyp29R3CEFojcNEuwGJfhLhxAfJhZXqCB9Z8/DI1I+eiC4v8BuEqID IEQ/baaARAC2dU9bwnBi6IUMlAGpPCyrj21yAOaL3bSuPBqaoJUo7sN81QAhtGAQNGfaaNLEuCZU cHAzxOhAPWi/p8T/qPGCyslnpNL++FV31BLC07mISThC0P4gHNKLdg2qPCCrBmtAWJZ0lQX7z3Oy S6xloTzcTCAPiNDLQIWG6rk9gSGMrKUvOgsAXzvI75EZPggJ+BJ0L9j3QKF0sKQ+FLE3BIZuRhny VrgOmXn1Y7G80FncXXgeABqFtTQKUAcYNZjT5XRBAwG5WlycHTgL6wAzwkHaAgGfhl/YiADVw/58 C0eVYBt8S4YhGJAQEGW0TJ/JvwoOMZh93ZF8+IquglxDTckpeAVWrGThfyAbllpwgILSQTVBIGEM oBlWROMMUPg4fIIaKJYcw+Gj5KqiYuAPOhChksyADz4MR4Ut6eZkA4BafL6uyBCoEqRCW3zhyT/l slBm20jymvb/5B1mPnILiqQTXpv9p4ZsqjHesfvgtABTsBj8hOgMK5pc8K5kAnU7UAaKDaNPTJ5I LlAnuArJGJSwprBlbSUVIBXg0xMgFWP7Uj4LglWFdtjPCYpOcRpZzwZzh8dGDJ6yK0tPQeTxmYOu DZ7xbqS1NdQZGdpwBW0RzdDLZeiIWA8Ak8mj/QDfBV77tFMNcOjQaK2C3zrykCpAwttv8Aksu0Lb QlBigFfHDl5fV42jBkDeA3FpKsHLZlHebFoF8k7q5YgOrtPEqaD2BuEyAFSBUrfx1gymPrNFRnsV E428BMVRkIPWoVdGO7XXfiM/zZiME+W46F84mC68Lt7fJRMjsaYO2SoVmNYsS/6NbIPeHoFG+60M FMwcTdPCgLaSQpgpOm5OhENmqQzxXFoGq24ChH/7Z9iSGJski9KKJw3mVexMNmao8/BgQRrHnKIr B9r+ZzpCFI0+0bQlpXiiUBeNyLhQeXjoG0tkGIBmtItVZ3184NnG1dAbxAj43hzYVVfDFyPCG6+g dSaKYmb7VNPbShsGKh3FnUvuWmscfNWGUAsIxLuRWRs8EqNd3mFyyNPcM7Fh5uY0GLRp7juCjTtt WcoKUSIIITiVC+HbthTNJtLsIVcgBL77eC5S5GNYfjQuw+s5/zHZ27cWkSl8Zh9Fed+U76L1ekrs 9iv4n7bHS1e6oQTbej343acmCzQbjteBCG0hagOmCS0H7DnV+n7rjlGk41BltdGASQ7D4sV+X0BF g8et+kxwCwekkZha+nNK+CRtUIbPWisNGAyt3T6tAKS3eeNZA5PpIl9L3+cmmN/rgFYNs1VKlmMP yTU8c7DSyL/lDPGbVP/WOY/ZFC+pgvQU2pZSha53+MJA6UK6kN5ok7UpxNdoGg4NbmOONH58SDZZ KSoLDCcxImnaZqfyNAwExSeFpKSCAFh981xjYVArPizZFofeaCBcSzdtmLaoZZa5BzSKwpWYxXhZ oRgx23PAahcQV06C5Kf4To20Fr6XZ6nBCJZGKunUBs6S8dZ4LSv1RPPJ5dJpo+81n/mR0oR8Pe1j zltD33CmDzVzdiPIIQeltY7iZDHsoDW1UnCYeR3FoPdrSwVavrMhNNbrPx/E3TzUCt9+gLdnpW/8 HaCIhiH5ifnSfM2BIIGmhBsk2uXhJ/Fe2jlqsaba42nyA2ZKxq0QiLgiJ/er6iDTysw9qZ2GQCcr mhWbPXgeKTXoUU+ZowbX8ChuY9eeM8aeOhjJtTBPp8UEayooXrHExHX31D7aBmc4q2Q4ugSK+Hlc 7VLZ0+PpMXTCnEbKMZ+cri5A5+27rkZsQGrkGXfam+wHjrQa9UKY1qXPWYfZms/j4kpz0fnW3itH ix/UEbeWpXDDIIeZ2ynuEKu6A8sDGpMjL5gpMADgR4wlKadN25mI0RIsBnHVGQgYH7sIKc5z3IPi U+hyVkhTxCGxSqcZ+eqip2aZeK1OiQgKDNTzHupcmFksMgX43CfSD4p24zaLqvTxAJsVZSoZkCUS cYu9EwHANxOhFM8CGKERxhdowCt67dfQ70YaDhlqF7gcABynT9zaE30B+wrDFg9C8fULQKYqUIZo UZifDQpfiMbztTkgeoliimU1U9sjXakB2AtMCAr0klhb88CqdTzoEJgitS+AT5aGcBTwihIQDkW7 pUGGOqDLSWchNoXBAhie+Y9BFZ6FKAhlQbddWRaWGJVvkqyKyUXE4NpYc1i7MBthkjTHJUfFENZl RDrMPdRHOAPcMgw5NNteBI5jAPQVWrAC9JxL5AsYF+EvtnexvCoJx1vRZdGTwAoQCcVo4e7mg8FL 4VEhA4X6uiezBBxKWA7tkTQYwtjH5VfQbPCW0Fr2B2DsM9NFtF5sVsK9Xj0sm4DnXRq4lZAZxgUS Rk41emBKYifDw1m/kJNBIp6SF1eBoaMQA4JD0S0MlHACXRQSrjc+QM8sfwfQT95nf0BwgKmAgjPc D/ig0WcUZYRMFZZmBHSw7aslUOt2oRElJIEc6HNIX/RXmWwbrPZ5qKjMIXSIuFSkrzWS3GBSguMS oHgBxw9wZ1zOR9ONPgiF3YgHqgub9Rzys0rQSGH6eMklvCDzK2kDz0kNdBvRvJ+BeYY4sB4OoWxq AvJQHMSk3wkBXtn3hGIqwCOf+MxFQojTEQo8QIt0zHBGT5UQWJIH6Kc8CfRWJpObFsrF0DBFo/WQ wvWN6ECf9/KEgOqiA2vMQT5jJGQQK5RS2gY4rUweRqHEFUdaZfShQQjHsNkb4Z8vMlzcfqCvrie8 wjLlzZCIBDuaBmETS46B5uuxckNspdHAlfXo+SGXcuX/egEv+Xff/YbScEi5IemEDBqPAOTQ2QsO ND2Q0tnnYGt5ppGkMaT9BR0tibNh18W/EkcbMqguWBm1uGwlZZo43bdHSaplaVYKRPeyD6umpeBo +bShx5F75Z1GcpYwRWJnyks7VHe8EQeQXOv/nRC0ta1mQ8ZktpYzREYMOSskAcHeLhcHnFz6EHlc al0ZUCTPRti/okcjXGNCa5kfJL5eSf2tlkd87HJfx2AGtUtWHaB9v8k8DQl/lB0khPrqy+Pl8biR Gw64jxGJ/UO+//NAKbLn01KWyL+thbJ+E4tk4vJmGzHpStThNym0T3dKZfCbx0eGwnjSZ6DLbReI fS+Pi4kkA4+tAXlG/HxiDK7ywBwOJRSXnUbv0MtZgBoen1w6GW2G3zcYEqAcifGBP2/WU6zSpZh3 bXSZ5OBx2UtIGNxuQGVwr/HwdsD1Yw38v/rWpg+cmVWxrxHgr2jWkl4BMX1A37V+HVu/RSTgvK1O oG/scYg3TLo0TXaX+kb+c3tT3s0CwaSzXoGKxhq+acU0Q8vrwc6qhDlSMWsP3nZYIZAbsd937aKY 4Ew9gYAv4a4h+u1CtsooJJiyxq+us5tsccpWOJCiMBbE3k0IKZPXcQBpiKrQH6Z+9jSBk+elSSov EByPZW6zTHsh1GxKi5vcJqGCEHFLSfbC4ujGR3xv4mrpcktnop6cQ8rVZOmxHLlSC8CajwEvbFeT qxEGaJOXNW4Bw+j2YX6EtbW+aiTTxowwSvkTlkJrzdqREN5Ge3nMfSAzM86p8YFHtAreTpCW7HI9 A85P+2/XUPo2r6Kuey9WOGCpJc+yHqrpb1Bw22BKCNyN08si+6F9c1vEHJryKPM19DnRqJ1LY839 TFKeDvyUG83unFgkWQWW4lV3cGw8ogPQXqUsrFp94nWgJ7w3VBaoqBiUZImya1VYNdnZzkjqtINr ZJHA1gyPBCDzoHYyRahKgPEFisVrbssYaOmr/s7HFOjB/koyZtGHgM2ZIO6PXfWSSXT1Q+Bx4Bl8 2G4DnFNjgJ3jq3Ik9/GRhsOp0bk0KrRccfO0kENV0FOTiJQP5VnrvgigoCCqMr/SwkIxon60y4ns zcu1CIqhrJ5d4GLbf4DWslAjHfhL10CuWsP5ATuTCteRg2drmNtoaMujYtT4XkMOGEl5o84YXoPL j9cXggwEtq2iFKX5PCScBiHMxwHhPvEQ2xsSpemYXfXgSr60shpFVO8k+d8VJ7To29YToD+vb2qn z16sSu+h9POSA+35bBDq0UmCNS+pINERF3+VrPIq1T47Te18kcjzVAStmGlcsBElniOPfDAKH8XC ngL7wY9Wuq4VeLnWpuEYZ3jQ8dje/HZq4L98V66lxwLe/ao3HPge8KHAHVTYhYYgV2FLCRWDDog7 tl7xo1mmGRqvrgLfAAHPv3c+EbCKvy8iFE2IUWhgXYtDoVXx9ChQhz9FViH0xKndncOjtsIYwadP TILGom2Fhj8W/5DVbVKJOmxgEXQ3maYP2kBUOubZdjyMEY0V6RiFhB2sUSDpV3sguPfU01/i0MjG g7uLBDtrgXg3pzWBqbUZFOCxePhFr0azXi/s04u1vAY3MKbKsnXmRCSZNochi7bZZUeJdAW3doso uN6HPdy+i3ZFQSqqFGURSvi3yGwLvvA+CbWHUtgdTmi2fpD/IDL+jralqQER4n8xqbBQcCdWnahW seWihLsKNmFPRsGJa4/DmxpX0IQgURT7/Pvze6dSAWAksY7rBga9f+8Kf8FbdELMXKQcmid69UsA oPgXcFg2AOMbsQ8GFYjYhoUYHRJHMuKvUAgARoZiotXwZBoF3SqVChX2a1g3RplKAqhduym6jZPf OYX2ClLSYG6osv0O07edChhHGke8YUx+KoAuoFVfNkW/WZ5gJyaSDJO2RrRPAfkJQiHfpqJKyaTE MokokQajzb4MVE5e6PhpALoaRQoluil9hsiaKEyvkDPm1FaSfwBHRocYIRuJWzQbOkPdvEyrqb/R 9i3DTYoi6jKXeN2QBjuUDwH9z6AjKwJ60PNAQSyyesXnIJ4YepU27fZ/ULx6R8b0U39hJhpEdWok tAkJ3OgEitROyKZr9JQ0OZ2htYY73EI2chs6aV/8YaKhPFDNlCzeK/wZ0ISmGNTuwyqK7g2fkiFk eMrhzLCq4HUYKo0IhgW5wqPdv4YK3cVs8Os2NvwKtFzIjJy6AJqh34Bk0GZwcSA2IMdPylS8RkJS PToIF7ieVoeEe1VRBBAp1G9BmXTR4IUXA4M0jzjk/4DalaUZNO8Hcpnj9h43AFBlGEokdhOIGDu6 YEvDPgpcaW6tlTFDwySOVXzaEYYWwh/k3gaXHQppSTSjjyilH5zN6BNIJdzZjwMadzkaLBlqhOgd sKuVZg2UDVSNAm7qeFQRWutgQRsV4I6w72aTWiBmI/Z2C+bTpij0yTCP4EdctfDjj7bodXRTk6KT Bk23jhzMLlJQlaEnQkoRhurz9z9UxKjpQaca1B4938wyNY2MxgV+tiP4+eYWP3B3CVrMLi8E8IOY odNtJ7BIWYRRAC3WNmgeQyfhtrH9sQFRNw2Crk5icWVFOk2XqDAlhNXXrKyBLYzgMttA2qbjpYm2 VdEWF/At6ZOY1EZWq5REX5rOSjMdjWZYpS61c0Q1NN65hJJHNYi0vlQWpnHq05dmcn1hfErZjiPc /kAWCapqhycheMCEMSMyX+ZigJTxa3slWbUbkdEwlVwS+6HjHpm54Mv2XhkxoiH2uNYuELfgtkcA zKSbKWaEXJbwCQib+CBA9gPCbGr2ALkGa7fSp/3Za+udBSX/Z9LvB1Rnc74czvK0n/tay0JomUao sgZYTQLY2zP0PfS0JNKMUFWY8W0B+5ZxsroBcSkL9R+g3WpOO9nQ3kwBWDaSU2Uj4hMyReAN9LTW aoeK8yuU2l5IToJsD9MZLNBwWnrOwNK7yQ9BJuHIBjyTaNllu7WzUZPeJJRSufW5PelWxfyIulUK umBVpo7kaVdG3mEG0u7DjJIBjWJf3n49Z3hthfM3CJwDbVOgztpClmdMPSmeNBOcaJIh/SbI05IH rnZ1hs19DaE4lI3M9MbCyNkgG2qop6SiYWbNvkutDYPpuOrQnG6/Q0ppXiAtvcpwm140UEeIqxQj idtCQv1SZWOp53xUB+4+v50aAMg7/kBHjK7W8cQs1tt2JflH5JKrWjO4jLOCqpSfn1fG4XSlu3a1 W5GutsT60+7/h21vDTAW6uzPqE2zyYpGeq2T3dpAb82/kvhx6p9bcnzvhlAXLGdh9y3GpoyF17Bk ECydGYaGVJdyOTzQDlfnULKts0yD2rPVeB4WyFZRRXLjrM/5hhrA4S16EpJ4189+4MBovwsr434E ynoTL5tTxLEyxlxDHmG+gglFW7h6RpsQDGSZsf1MJW0PRUE3e4yI/QLbMB796oSGuV3tvJpZittL ox45hzWrPI3qQAmmTJSfc+sWn/x5zJYCRuym3FdJqqlTCdT5jPqSk8JnxXzmSxdL+iYGS6eblcYF FZ8IChCzyyUiUlmWIoQrkYeZM7nav4s9c5LFYAI3WxPi3V3hGbUsRSEyEvxeqCDhA6I1mkrZlvvz X8Qngt5/YLdy3LUzkF5P1CKiUHBEmw/8Fg/zjr1EciHq4hRhUBFtvr1gVLViY5ig7hcFUxyBTBFJ PhvPXgQqYkX8oJnEGA82dFF8BLhGDxaNVbSAF9WqIEiAJrmEkEWEGz1Mv3STsw1pBi4UMuhDAEvE caWBRkvD7IB+sKh/wA9QCmFxEHY01dAZYYVn9BY6DbqEURgOEo6HDG+AEImJsI9g5fBbYVidtDEQ Oxb2IrgF1/gwOEOgCbYJM8Er9AZysWZDZjwNIR0+vEdBMWIZoJVmALIA7JIq11pcMil5Ib1EEWz+ JBnCTC/O+EOJS4UAw3ThJlTWuX4ppl3SV+bacg30/xW8DkIYJC5GHPQY5oV/CdUA3CEkw37hxPJI y7kgaEJ7DrrFqCQK7YbvLXEp3UoHt+yKuDMUu5wMoURBYIAoEFBpbGMLy8NRyyFsipAkYkBN1E9d 0SAAp6aWvUCOZT8o4HAhZwCad6G2d03zNTT9sL/CQqsTEDh5g6WKWJ8uMcm9bVT070a69e7cdXSl 6IVZbfYPhE8oaJcVgkfhfeHGhA9bDOzrJkA5hCWYgApj9vobHH9+yCkMTy3FRVknJDLG9sUEviEX a9DdJX2xf1WGlgvnhNAqGIbsI6gjIDLqcLkykHXvF6Al4FTLt2jCAE992Ujo/AgAPj6291+Y/wnW Dfgyxlv4rDb+wkXhyofr/473e7xZxbjGENIdgz4Y0BQi8Aj+oM21R8yINheCzE0rEiaE4AeaunHV YzheO03Q8Ehr9gVocTbAeAU2U7bLQtISMCCEa/YDJgGLETL52mxQVuj7lWAhHgiuQH/1XeOiytmx L5kwkLAp1QYNSJPiG2jw6cm5E2VE6jZeEmH7X1scTcJJzExdkKI1fLjh6TQgFHpJldzUZW5C/kHH DhiAItOc6KTtGsSLjhdMEbGX8cjVSF901rQ2EdyfWMZoXOVw2tJZnCYpun0uV06eYcLl05arRJbp csoAeFXbJLrJXk0u5Xf2ujpsQUCwaSeIWqlD6bZtYT+C1tJJWz8mtXdNEA3ewJo1nzqjcBu6EyFc oekm4LY7JdGq64ifuhuRQquUPodOux2StNiJpvPVBg34umTi4dN10yaARBnsjlspgfN2B+xdgPfn pk1bFuaaWpoI5dPWaDsE1/XOHZoQbyNlx8ReQCnPd22ylGSefpYR2/ARZLm3NYz4LwYhBnh5UEwf 2axh2kyLQS7vR1s8ftRvWHyy12Ros5aB7k1fKHfv2LpSMEsLDCeNDXY35NYLrJM7T6XF9uFAxysJ 5NNSWbil5mblbOyp5imONDZje7VneO6YhraVPqe2UTV1A4jZIoPuqaDfzc2SasY1ovREDiK4WbP7 5kGrhr/D1Nko65K9g8i9hGxrD5UdsgxIB1aXI0NjIKixxuHqhnR93cq0bxFTiG+huC3WfR/K5iOp yMwcSr6WhsgD5ksbFgGSVqFgcZCvJbS83m1MP6dGEJZJa2LZjlWX5D/tpvGVW+W1NiA+qC8wqB3t qN3KWvjmYMV5LkBWQFPfch607Qc88fyFUlO3wgelKj7udyz01k34JgzNNzHK80asy4rIHdCknAFn kvwAWPUp149nrhD955pYLKz4ezDGYBj5J9rV9Yt8SOxZi3pE8T4cwi1/P3Cv5Z2P5SvVcCyDAjuI qkX8ZsBOLmO+dtCnwhMLh4KbapF34thazRn1qoigiGWSmPHPun0vDwhnCsaSJ+YJRfuHlyXFhH4n vWdutIHV7CbYaIAMFgNpF/lKqZQr5rpvIRNcmjC1sK7rO+DOe11YGRFhPLuguQEkbcJqnmZqWXsH 9SdAvA8Hu+Q65qQQLPyTt/bsYL4PsYCr9drgGKMKIT8fcPMwEOiu2KFWTUMBicB/OKfxzDHNOQ8K i5vhNkYIvxijTzRcGzqD21AQMxV7h0Nye1fChNlB4PEKWoqfdgTHW/abwS44id1RcADWHk5J7rX2 ifkA7LGAOH/q/z7mrYkuedxaWDO0k5bk+EWTgFvKxILw01iRIHpJEIbwMOSq6KQRLBIi8/HG5xsN EVWIb+iYOAV6WWRQ+GMwRFtdRxQCIwiSkY9CFeSlN85QCzMbsBSgoAHvS3dEFIrxiT+GO04IKZek hbiFF2LBYgWjk+oKtou1BFDE4Q7rEgkKkItnB+cWdnHB/WLWiNc9WyhQkBcMnRCEWAWE3iEzTjsY 1rlZgYA2mDq8cZGgTRDuOSVHs0l1lWdaQK4RvIr4CJzCURXxy3ihjt1So6aKqZqf3te8x/SKBotP zZW0OffaENgWSIsMyBDe+e02LoikrDhGQwDBF2+y5KhnPchbTV8Ok45Pb8xljkvX1aNkMVfbHFkX 0yMJG+UiD/sMeFosVm2zcyGFowngi4hAGYRmbSB2cQINkWbHba11PSB8tjhIuDsDoifZitJxI0WN dwaUSYM1CL1V2TnrAmrBKNxmUBeqZ7gKAg1EaCQY2TZDaIrLrwapNsoC84ZPtIlQ58k1zCJk2Dg2 mmJSIyxwhQqtITDURAFF79AS2qvrny79CaNOI0V0TdQU0x/9DQQgQ136XuwDiyYYlQsoOJ14NWPi UDUDVJtp7IheiftM7nJlaIeQU/kBd20AQH8c6I5DqXb6BO2DGcsWW4jqVR+nqxAw2psSg8QgA8Sh EOh0fWF7IV0iTqF/qHNbB0Xus2XjZeifXKB2Zoy8jghlfV2x9E83gQB+URJIXLyMgenBgv0SnA/W KnZXS0AKMBmQ1D4AjAL4Nllrwq6hcKFqQEfD0/vffzQxMDcE2DV/IEN5POZUfJMaCAXELa0FZA3c B1QIlQSFOVwfrAolDOuDQsZzD2v0djMjtARsG67rNeAfBBYZspv7UKDfli9EFzZpOyLoFAoHZgVl vny9u9pQm2GLIRtGOQQP3AVagR26GDHpK7C8QdKmgG9dThclOkBdEwAeXgXVGi8c7IFtNvQNWs38 UI55RPNi22sZ6CMsKrgYvEbZZndEjpogPw/ZMYF7B+/Uokxa1qzxSYiZh8TrxkC/kgetLgMHLmWc 3bZEPAyZI8vq8kzMW51tdCO0EqEhA94ZIAqlgpCNADc6oS3ALc9rpITgNDGrqqPYq2VRpigfG7RR yRCCaq00rz4zHD2V3daM6agh0+aWJ3OLJCA/ZBLAqBKIbpTUGmSQfAUpnhbRsVCvt7dopRU8itic Jhz9QupMsJsAz36IHUpGIGRVsw3vsL2Rkf0jQxWwSw5mUAKBXhvcyJ8QLmNMabWEkijLZki7BO1/ JGyPlkw8cFNV6xddKtMPiJ3EbE342XRLvCrWGa8aGf/QTOIdyYebtyMRNEadVO4MRRqWgGR+jnzu hoiAx7YAVBjYbQQIhI4np1f7FFRKE6CUijDb7BQ0DWWPMX9Vbe+A8ums9dD5DQ8Yg9jOKUwdaaco ONx8aRtF29rysJujZWRmNscbH9S+LRVah3efRBwUoC3sgOEG2Rka0BxxmemlGLLhpU+AayTqJMfy NBUhwAQOjM88JhZGwAWaatEqrWv2Jt5S6RgfLaLXwb+eSSWbLQ2QHBrG3FCkct2l2+YEiVlbQ9NJ wPDJJ17SIEr78f3iVgEVJPtaNcxmlF6ys5FhdxJ9WkmmijY2qoZJBcxf46V6/3+mfGpLdzwVJyac AeFn5nBua4BKta3GlLGKxe7nhbMP2taWn5a4MTu945tQRx3IN6P0LCn9cryFmrNVZhm9tcTA4oOH YeTe1jXLTZrdpl9GrelibfnatyZZRaNltJz1S8W0GsKr2x/vE6uSgVcppDo+rvHNT8mDRZ21cLFH lgHexo459EnLIg/ls2OFVkALsSUrEY/7wQBY5zkNJqDZ1IpjOvtbbTUh4wE0znYUT4g51Ajdsgwh TIxLrGEHFTizz8cVZcAigqCVKVKJ55AvqTQuS6hmp/Y4N7lGvCdrLASMS6NAcswTEi5h/nBSOBKu F8xyZXk6ZKcvFlNpEjl7SET9Eq10PBOfAdgLDcRgJKDG0nfk+IODv9AGdI23O7xfnk/oJAelMMnK nnep1TUCxztcRPNLouhJMUrxELdKTOEyl1wRzp7/JjPG0FGKPmDgEVd4QP7H2+f/GFVApQqEB9qW Wx/XpKcNgJGKV0Cq+Tg4OXrqwnpLQ6kUONIh7r1FuUiJlbVf3CX1UXiiUuQIcsdb3PGOkq1/YPrg 7/lWf2YznTSokLUqNyYw3BHIIGTJpbvns7iS+5ZmPKWh3+mHStzV2FaV2WGl4OnQ3cTD7FMri5xi WBLt5EExF9ZpUn269cbKb0KAdgciLzjaaZvCoAlbUga94KEZJx6SSaHLFqJ0gp88MVIRiTUr82oW UOk4NH4cjdra3Ckdo0ZziNu7McrNyeZOHiLXCJV9uFQMXEaCqJM0K+cwSHMsCNtsSDa84+godism xxSRkw29aJob6CgWuUpCnpjqKdv6gybwWnnahhhtj2qJtWm10HzbVp25YODk5YCO/+zPyDDgaIg3 oFuMrJvQNUw5NKPUMU4X+QLTKA/NNc+R5nWaCuEsgRQ0jyTpEuEJ+ugSUE8jcq3JAIjR/4AIrrmM xae3nU4OVKTnIWiwcwFFecKby4JQjZHWAM0QniM7sDgaEhLBGJYCe4RAhrMAplbl9Y1/HnIt4XCc Z+wvxQLhQMxwb52DdmI7Q0QDM7dwmYMUviBYPwOkYVHwHRha5G4wODQJTg0QQx0FIaJ/TzJgiSbK SwA3RZ4slQIECu6khUAULwGfS5ssbzaIHo7qIxxF2Gx3CO52f8uQUMYDvNp4yeFmiLV3rFQAsCvy oKuwZzAcoPcSnCarA3rtXYoH0DAKqLTGXe4WE1URD8jSaff7C/J+UnbPiLvwPUClq/Muf92PCPgr 4wSwDminZKD1TTaGWzmEIdKos3fZJIB2cYexXc/nB56xNBVH3GM17h8n5N7rA1wnxXKPHbuzj2Tk hIBI47CW1MKjc53f+QFGrnenxz9wt1TGWxKUNYOE3Sd4/Ys/fEBBrjGh39uY1VjTDwB3wP3ln/af tf4Bzj7pSBzpM4AWdPYgg42EzvA6GCmasiEbnn8YI+J1Yv+LNa33O8mHjbTcFpQiZAvuBwtOHcpX DAWKOBp1FkUVmd0kofpOWlCJ9ljwQ6vCuwinZU0pI5L7RpfnMrhgclI/5NW10ceNd+7ALs8Oeilv A2JtVFZrCwLwAFHFt2HfNFiuovIN0WBbLoCdDmn7ApvUzGXW2sMS6ZoUMBXTk6mAY/ldbNv8M/Od xwf4WcrsmH0H0oRu+0VU14oW0t02mDcsKKivGqZyhSKZts0qX08bN1A+iySkhanRvDBAqbkDosr5 AOGc7MfeLBOL9UIWhTaeLKUZEp2FWJaNoOMA5mg8wGaWRUlpNqRkqq4BK5fwFq2b0t6DTJHLNuCA SJvC1gTWxBRka+XcKc+AwSC7mLo25XB+dD6owXV+ztF0+mPQBZ0MtynTUeiOTUYJYg7dGMsWNcOt icpThztAWcFSZmSpnvxhn9sNkHLBikcsqzMT7ifpeGp+mKqBmO0521eQf19rlTaXMki3Qa+4xEdt TrhKWNpfG8QTwLFHrQQCa4M9ACLyovK0m0egDXAM1YAqmDRbw7IMGQfmla5ELkfTBbn63/fxZJm2 kJTOCNBtRw9h2/GAEqqD0c5LJ1eCd2k2gUM8n2xSrWcLq8E2G9EormzkbLIXPceIQ121mdoQeX8M ivWGy6YppTjRSNzFTr4szThjmw54JbvaLcFdfNHWKT2h4hTR0Q67QXTZImK8qRSd7YyVH8Kf1Ul0 JaVovUFhrHDqX3vSJ+k4VOYbHW+EfcOVC76QJChEnrZKkU0uhlFb/Wu/ryZp+exlowsTsBXFqSht ocbwn4RiifHOQh6nNlCbNlZBG4OBPwO1Vw43AI/XW61wvMS2ftye8HyDMPl7Xmxq/MD/Wzo7NGZw uII+p9Xo3v6EmHOveE3tOEObApRMPp6kNtOjsnMBW8xarwPnmvvFuCXiCJOhURw+LhzOQMMRDVc1 9YOP7Yn+5hTJjMEtiCPdKg9e4eQokIOSA2drILEnfiVECX4+xoXMqYldwWwAmHmeIXg6rpX+eYot jjS/h67mxQNRv1wHoWnsEbBrfBWVqgnL2uB3yo+5yH3nM2mhvWxSjPPMVab9Ko8VWe5oPUndKVj+ HL9JjxjHrs8cX9kL4g5a4x3zrd5yd32pbvSGWNnMo9k4aKyK83dCAh28hW8GIshxIRGExoB/lUUf OWl+7uSg0IyjrRk4MX4yeLwtHeTVJM9ndoVOJXoEQrICcJG51BlESVbcuXJLFDB2vJhLDr0lTv0W RnE1jahfjUVQsMS6QLaJW8FkAmeOnphI8OqoMudNqFUOxncH2CGo0IHu2RG88k0nIhYxQ3WEkt0x 5Bq+6HbCRrzZYARYwDzAkxS2Alh8qwKAD9RhbiULceAdg4yACaLCF5ElxCNCV3lVi7IxASfyKgx1 l6E+C/PhvwoQ9hZgq0qEI9IEIw5MxYudU8SlzlZ1ZDo+qoD6Cb7BEJSvvFIWFGu/iX5hfYX5AMbF ClPXuVExLvmowf8187VDyt4C4AAiyF7Tghu72Eu8W1UGPHRceMz/DUA1GkEzXiJ7II8QGSiBO/Qj TWRsyah70IhkUMivAQrt+DuMoDBXlBoIIyoGWuiAkTGMZbEMjPFiUhaaRNcUEg/qGHgV2U4ZDZNX RN9BLnCZgnLNgpFBi0JwzWvBTsd+ycicpxTiUpNBOCBuACdosm41FBRDXDhAimEK/Aw6meu2NAXu 16CSJygjEBQjGcYBfyimjz5tZKEqsAh+gnqHtYW1q/H6Mh8UJbAQQrPg62a4EcEoJE2yC9kDIBRo uvZImwoo7Ag0cUN5J0LzP6ZK//yh9bGSRCgVC6kIaQ8QMBN1x7iEndhkUX+AAnkJz+hKg+WxXhfw iCIb7oDEDFOIpOQBlMOgeN1j7bCY6MI6s89sJa72ZryQVrcT1nwewFCARJ1TVxGKPjUlIYoEEMAS rMi9ohLKqBgNAlPrgEh2FBzVqpEImQIc6akoTx30JxBNywInmtoBnsFFksrqfDpq3lEDlSjaqA7A aN4hCr8GPBk/+BSIKAg4zMoNezBzeLFZHKorNwhEmjF4AUdLYyJJhnsuY7SGuRlxIJMiwomwhSOn BUoFYPZ6+cYXofH00nNwIQ1pcoa6g6hKwUHlKD6YReFNCIUHGgISGZb0qGwe8CsVE82X+/7g0hkn HQjhjygciPf588cLVKbQO4OhoG4M1FIjC52MGRsNLUxYs7VtKRLXmIAy06T2fLjVVMNi5ype02SW AMsrx+CxgFJY/wGWDbf2eYEglF9OETcnSpHdvZ24xPqq0DobUghmNKBtGVRvc2X6GAEcQutJCpFW yOYdjxaQWN4WFVLXEQAWrh96zAQpLUNyyOiNIUmZ6lwId1ZE3+Gd1qoqcO6gYjv2H4jOpn268zE8 WQP1Q1u9Ft05Fn0JPUqv0XsL9ySyeMk18RscCPyg9IRN8Rhvfxk+C4XXpXwpB3jzCahKLUvT7UcJ dWbbxZvkoOsEAPpjLoyFJ1sDsiNY4SP2TGV9Zx4Mil0GUz6FNysYIQpGIWYOm8UwxA9bUa+UJ1Is EQ80a2ameybEAMKmIDCfjuh+YB6By+cDPh6T3vwnMUqjWCYat5KFNB0bJqCuvrjIQJMWaJyB7Qou 2YzVkI5rP20Kf06ZWTzthI4yRo00nAgozRz7VA8asoyG9vihRYOp8yRcxOcM50wOIBKfh+bVbFrs G6PvE7CSHjLUXmrCq8s6w2qyeZ5sm79NijQom8gaZOe8H4inv1R/59PwQNtzsalZDPsUJQYqL3Hr HPFqnlGl9OTZYsISUxArC9M+dGr60B4cu9d0JqJ8DLRkVbcN7f0WXL/mEqK5p7HMuwM+SLwVSAts sXXBZXi0vuGRAuw17cWrzePkTDdarCvPdpAhog5aHAk585J29a4uB+69k0oqwo7z396gjH4knVkh yqHNUdLmJC7iDLsjVUJi8EH940Oy6d3RzHFS1KyM+VDcVK6eRwe/ssOSkxy+vF69cv6gTO5PCf9s 55dLjTZsi1bp1mvOpvKVRQ8tThSmogxeK6OvqA7lYtZxGHSksLHdX+Ak9LqtcB3mhXKfu8LEOLff 1LavJjQwKvWbRWGWbwKprfXS4FIUyDYX1Os6QTf4DyIPnnYrZO3n4fJQx232ToucnphJcDZOAAkn IMpmWL0iPT5HmsPJpYXm11KegeV8CBVETcAhoGA/YuBKcMKNGltsqOo6ln47sU1SHQ1tZeLtR1vR zCk6YUbHbFaUVPPGK2+Kz6MukqF+Qgp95Ldw0fn6gGvuOjRzIkRPTY8+utXeGmxMudB8lSIHj+hD 800PrM/2o805tA2CKcz37kQYYhvrc+irf0SDCvH08HksxOJQttFfoODibuRcneQ7kGiQiXCFcye0 MSycDXWJv4y2Nwy82foJvyW0GVVyzvOSGo6c+Qk89lx1ng3Z8Dmzz+SfcJvLpEpeNUAvcuOLDsgt cIXmFDGZNS6+SaV9akKYDx2U+OoAFk3WMI3BW6YSSlZijpyAi5VDjye9cAN278nsdzyWEMUfxl+b RPP8HDoQ14kWCPQCSXKr9I++tZFBtFOMiVCE6Lyndho1MqbMhBaBSiRc7MijF3CJ4JJk1+iI3mO8 fLr1STdZJ4tUfHtFNnVSbLGjs7rCLLGhkcIbscrNNgQhhrJz8KDlylacv8S/CtFJAbIYGNMJQKJT wcKdptAzJA3QBvJPB6o1TuvEh+J0dWkvUB9rCYIesW25OHyKSEEDjBISjGQcwIRgGVhDiLFIGhSg kch7IvpCTMBysarPtRqwQxLypeNehtc8zxobFxTT2GySObujDWpEmKJjuFHoNPQKsNGxe8RjmMHy cKkL8A/JcmWvdTYf/xn7FQ8t7Ksj+QCeMl3IbD2MWIw7hM1YiXBS6IcT3fDcyMkS22LugSRRJc9A wqWiQNfRAb0CjpN5oBy2O7e5eQzfb4iyPyWnxR4/rmUKuEq8ACK9rI6w4xt+KMawu9iiZeIxa4SG qFaOX0f3pdiFp56lv5BhAMgM7gTVIpliT17PAGQ5PYDIKMT7x0Zpsg1LGgFuxmdFzJQYIW4j7ihs vUwm0F+142pCk0HjUOrQcWAjgNYddoQjCwF8WeHxRf0KTpdKAgcZFvtAHQeIa4qWHe6nndzFt8el pA9yQlwlW1hLHwE2xkeWF/nXDX0SOshKLB+yjpdHYn+DTv/dy5bwq5pAZuWcrxrqC62XBOIuNfOk iECuhgb36/birsAYrMQkVwBUvRq1u5TLN2BwA/iLnj3JH2QhDhhHgr0bpqPs1ojcYfj3/e5XPtU6 pWFaHRgsYQve5tXeRGzY4x1h1xbDbAeApgkq+iuwHfiOCUxQiLPY1lI6ILMHct8lTyEtiUZQU5Fc 9z82KMrdAlLGY5WJBMINqktdbRS0yYGHXI5maF6pN2IjD01bQbuL5NJXeyRA8RC3w13zui1zc1vL cY1xDQZHBLVa/pzl5p28DdeN9BB4p4xMhGmopiS0wFxkV5iuROsAVYibNMXBkihccDGTOiu6PrWZ CBptWrGKkDhomBI6E6GqhdPCbIcJaWbixwYZI7IeHeKA+4B8totgcyiSG9tMYtsnMCkpW4PKm9KM G0MBKWWtEFfZSOvo1oH1rrBEL3UFGTs56YkyVaYzE2cyWx0hSWycratgQNu1zAeQk7k7tNVMAC5y 9Z2VOkvEuLVdzWaoLos6RDMNYBW7a0Cx7btGFs1Lsf3a+t8vjCXK5QdUKl/WwqxytbCw2Ff4Vyw+ I74tvClLFR/CmmJv0csQNlAgf6le8VkLOvkQ4ECrFcE6mm0BCqxj9zGLcp2EDO/wKK5FK5+zNp2O qelW9KdnpGRL/GrPGL9wwdjWAK7W2vEWbHDmmPnHr9Yiltz6BQozoj5vLdW7eDbqUsuenbcTKvwW eFtiuK6WRc3UQS4EVsYnV9d6AUD1t0xXMEMLin0GWEarGpvtCZhwlFprjbjYosjr0p1wloRGLK07 FomWaoexrAWkYdCMB5WwksfnDKicIJ335EPr42FOoAsCVJoXoNo2H13ubBhdU0GS7b+2YRtDgar0 88C2XWLx9NEsGrwLvbUEUL32XQPPbYzSw9rQCFWIIQMjW/8aYyJ1nK29dPUaAgBlm92WLPkO2us2 G4DJusP761ybQW/FIagfxj/E2kSjgxwhf8kEYs5agqzIoN6cOv9Y6PqND9iUMWe0rwQqZf0KkbZh YCmULLrFOzfB7megq19M8/BgOt7y1x6Bpbiv9rEXTFTAM9rAZOfgcRmmvWmQ5ugLbeAb2D2wJVL2 jM5CdqJNUYN7G1nFgpfnAcv9f3OBG2zpN5aGQN3sAGkZWToVb3DGuF6FAHMvtcZ3ZkTrtZ2fmIGp L6nxQ9MAr6Uo2gSzhYsTKWd3PEGIfS63v/PBESvUxXVRgKKMM81XRA/7QYZJmkN1iyEps3kbhlNl Pg+BLp6GTFatXnG3BOP8fOGzrzVUfAFBEovy2lxGlmuXVy6a8HkAV/OXN1oooxliQD+PomoBJ9xE phUBhjrNKywGLsyFYxaoq8ukCKfzWhd5FXdAg5evmgkuCLHxrok+MAE0BzRQJKBqnZ9bhrj5guCO V4v5FeU8soqhAXPHWRfiIHR9vf8JpAqNgXw+z4cLS/nBoUwC53emRggrZABn+gUs5LEXP4IfNDuy pwLfXjuBHpVJO9yLJDz/E5tLO0WT4AxNEbcK9kt7WMi/WDpx/ypSEMdqnuH4dqua2LSW6Eac6qBj YxSquZJ81Sd+yfRxz+kPPERAX/xMVKyUn0ABMgqTPFAlsqPxUhVJGzeHfJUqfqML2hnCDAMRQHm5 QLcAPaDZ3xmxMKHia4ULEXzvV3haKqLxIeHGunH9+BMlTLPx/XpYZygY/MEgGqaonZ4UJQCOKFrx QUF0r3qUcc+KKhaySPsL3pgJcULWFW5SoCf0F3ekgPVFdJaxZH57y7CH03aD4kqrvJXaxU0kJ71T YGKgsgxA2AXNK8KRMDGO7ywXJjIjr9u56JaVUEImukHhr0d4purV1eLI44+v0vo1UzATij7YApTB tpSw8xYRSy2+EBPwDKBafQx34YDpVfQRVGemaI2Ja+Y70cx6qU+bWNBi3qIMS5GlQ1ETc4uqwh9s 8YhW1QgbCT7KGpv7zeR6b863BaQ9Y375A4I3/W5lYauTKjViWEz/WcrXSXgWvMQGzWE3nEQIItIG O0HmmjHTYkuf1LQ6YjFnX+zYChyzHpQeO0clZMriqDHb4eeZlIm9RWtEWvepmpWdsbWeNlbaHUz0 +XQPlJk1bIEm9lkr2TfGsLg4g+RDppWh92v2mc44ak12XrQSGSBzh5mhwEFJVuFkVY+h25SHIIb8 GLqX5Qr+NXdBavS0PRRAOV2qtABUww8GAWsVlQd+WX2Exp2l9t1MH2/BRqg6R8CwmoAJH7LHjVCQ ZxAOLd5lRlblzFD9IDnUetLwcYpaqglYWORPGNfGXJOP94lQpD/QP5ovmS1FMBCNZcIHLDGWwZcG ws+BNrhnOqLGrOxTe6tCewpa2RNfUSQrdld5BvHSjVwmZj8zQHRgLt6jjzTBs6ChaFsmkuW0p8b3 8ZUSyTf8Ueyt/pSAstVgowo5okmfaqGaoCq2RSnN/QQCptBtQ6Y9XBpG1IRolJkMaqrp/VsNhddp qenOU6W3LTGWWwKgrXrItWh/dlvOXvlpjbKRo3F8x1pknLu5MlvFULQkqNqYsv5CeJW1a0cFiWuO lrcjEHYddsu0GsDk2AIXGExTAsbj8JrJ36/BsT7oFUsnyxGC7d9g/2ZlNGSa4GYHUK3frZ894VOm T5NazHxI8n7evpg3odnmNeoFNQHbBesbURUjWqerwPtWJ4hz2w5M4aTgoCTKZWTsKxjuFKUFEHFZ P56bCyolXDKxGaFOeyfph34GHL+zZtlG7cOu16WsuiWyqWPIQLpR9yhMXQ16D8yvGmCb6qyRoys8 GZNQy5vz2QYqbWDDkWaNs6DI91tyoXS6SkK3bXY85UW+qiALTSft2a8wZKr7fHeFqAmjzD99nd/Q TkFAMKnoE8F0O6Exao6bU2+l6zfB7XQQMDk2EcoYbkC1nA+gDq/aFmmv2QdJgvI0Q6QKoac9kjNG mp+rF95D8ForZARr2xGJH/y2frUfkVwJ11sKb6pJil7a74D9OtVS3crqF8CXSggpHNVPBr299mZE tHDDknroroiCDsz6nMFsTTYn1mkgD5NlE/r4PMHIX8DZYBIYSjNJ3wPSLZ1hfdYv/2d+W6lNKAVH A2CsGAR2xNtZFlXD25t8KbE971TWm5YY9bX2YctrcxZBmgwrlKVNUcSVJ6s6VfNjdQSG19QdgkE2 HTuiMMKCRWc+dhrCaJqh2lTAWIEmKgNjvYbRlUFB1Knr9Ilv2hQYogbbVzwoMhj7xtXlyuq+jlCz LCpTYIVqgC2+FKy1lnitbhyMLCVNKBmMj+2SUMHpecmdCs3SyacuG6/lx8ZrStGMdGydzrQCZsdM dR+qIXG+Wf8DqFngTCqj4wTQGGyqb20wCJ4XlxGsMTGJssaULZuosJbTQg8tV5xu+I8dZO5IiYTZ yU+JnbkbNJ/Nbx0MBlfjPEAvsuAq6gwPG5J4aQZINpWhENWfffJ/lsWd5D7RFo/QPuM7Hkudz2XX A4a1XnO8DTEZZpeF/9YXopucHpYkPU/BSDJFMrjtticvLDW6aXaInjxfMNv+cvs7OTocCVyjfhQQ 64uSGQ7DLPByLDBNIAELqdG15jL7YjosrtZ0xXZKkOgKOfWVTs6ai+BtyPs0gjZ9kW2e2JsOalO7 gRNFuZkl/AEVLEcjYDj0gebxMqj0Fjt3gAVhMCxU5bwmLqIm0eC9tgW9eqleiu797HNF0/Hiw6iJ oj4iCdA1c0SywP+oUj1Th+IcClC5AIB8fRCHilyBqSjKtpV660mAitAOQyYFXzlFC3FCZYQ0F5UD jEscIKEIglsZB/i6cmlG8IumGHBUF8TJmFCgrbh8kCuj2ZaEtRG0LX6s7eQW5mOqRQO1zqMNRzWe 2eWGLLPS0DMigCh0NY4WLtn+51NTAAQC9tJUwl8EvKa5tsG5heG+FeVLgeycNH5kl/UoGXjsCRS1 KMr1yz+wLURBSHKosnSqTpfLiloCjqPUmbIJ4LFiozlNvnZ5W1llkfkQsyFoDtGXyhjCvHSgGxIX Vt4JcRQ1R+Y1Yb2+RICMfkfMkzNZa4fjR0ZQwUm9jAkISsAGPLoisMuqxAdwdlgehjLWq+2AXCA0 PtBv5EXkyRrku8lbKwPDN8g3BuT6x8eO2686Jg+ljIqGJo1hDXGMfxiHD1jpwypAIIQLO3kP+lxd N5IPayzyrAGQeFnOBKiMNzp0DhvvxL30CK5z0wO5Z2U/kbQAEAqNcOVc2Ltr4WJdBxHL8C0Pg0sj y4Vdbmb8bjkxIMgyDEikLAXNULMJUboOiY7n1jywshQBCOCyJoPtYfKQ6BVotaQdQ9tGgd7dthJw /IU+u3cP4g0l/i11gjwbl7+HX4RvSK/EGgDw3V29pytgeb+9QeRJDBguMcZR4gXPoHJL5yGbR03F EUeEltLjLqsHhWurgxiJyj7GYnuw8UQydAnSAxpqkSGlzYEX+nOAJSLu0lKxnj2VwKJYmvLIx5ej fOGw2wun0bQznLslHqmZi4j5s7C5ER0UjHR06dj38gj4pXc2J7rHzVi7TxAfbzBZM8pxAty/9ke6 7NNeDMwJdEz3zLvIqN2Mh1ONMR0UlyKaE93kZq1EgkQEbWHTq6NZLhI0/QPiMDXtdkkaDyjrLizG ypUDlhdWiiliFsMfzbz855LWdsaERfr5AmwdJhN8TGJMYMmLgg+j7pKX4w7j1vMtHTTA4m8SOYkg UYlZbeqhRaeZzhm0EhGRGeFVNisWJMlS1GM5kQCMrGXGLr4okvYXTD30Mdi4P15WH7+hpaX1C1hI yDqovxBv5tgxJbGReeSlFnqdYhzaUW29tsR7GywWzQCMnK9j1bS1ZxEJjOVt1OUl9Dun1EnJVmTr PGckYTJZVtsibOYdlGDJ5PmYJG2jW1wsJGuX2aUhrBKbFZudBbNMsOmB4ASRggA34/HqW33oWl5m jhCYxBQo+uisaAmCAc2D+pRzyirK8hsqP+QA7z42TtrOZn3nTPNVAipmJImLYe/gETeTE6ZbPBPc ODw2Vraeto9MSQZkI9cuKGnjUdVy/IqsrJl8BjqY80ZL8iiiMoxMBuovOh5HjMfhdUhZt+fE8HEq ytFm4p1BpZqanQvKpcbVKGqrwfwr0AenBnzcBnGAz24CPR6QXgK11t9vUAQ1L14rBC2fIwm0yVl1 YrTAjQ4ba6u2EJBr0eJeW/UQS8FIFzTxOhDJbCrkiTCm4EHLfTyQwkQuOz8952fCIrpQ6G2Z3/HL 23u25gvVCuGGUNrmb242xwaRqULIJG+JF2UUvPzz6kfeLE/cG4abL5RbbghK4/bVSahazt3rhLAL fPJs+KkfeSb8R06MNqOHgUSAB8EmMxvAGjlluR95pkHNas1F6P8KSEnSdWpSjNxsMQgKlzbB83Sr m+JFV6qwN2OGpE7kP8hUQtBRfn6OHzdu/fU2fnw95Qjz7KBQHYHn9+lewUHSTlqmTq4RPGvAHFZm epwbVmdnyChn4Y/oQDCXav/nHvPxDCwpvZFFfrWyc+2E9vw6to068Vcn7usQcaE1GNKcbNQRfUIi 0yT9UXZHugiRTjYn/Bl5Pg3M2Gk6natmIui/lhhNziGHxCjR6nC0joA1lQ6aTqlqHR8SMmA6BhoD Fpg/gApBVVdeWT5cNkE8EWBIJoSmUSm/JuWfF1I0suI1Uy9UGWBi7oiOwTFv4cQmyjjRudFcDxGn Z4NBUjNTF9tIxEiOcNkBNEHB7LmYthCYiw7sRZsLl1hLaUvrqLXIIh4aczchN3whI6A1RNRYFqR4 TKRGNJoyEWJKXleq3AQTfws+TZdn2MmyUgjMlohbZGauZJ22Hgsegzs16wNzoCIgJjqUonRQNWRb 79Iw4w6sZgO8rk1oVQiESptYfTqjrxPQ5sEbLZtrYrHBVBlZomHJpFE1oUVSSmZSHHLUBGPvVQME cEayssdX7RY481wDUrDmmqcchc6lJw8jpq/MyJN7XAs9ChXQI/hXM5M77feOqPuHUER/IA687viA qhLFtjOYtWh3QJmBJMiKL7QUFNbD+HbhQy94akNWxFxVdvF+omiwjAYOJ34V5S5hcv8LBShfLqbZ C7gh8N2Y+OdF3BTlvZPXRqddFU+5zSxzlD6FL3g9y2NcVEV82UdWK/OgxNQSf8yvsXanWJTIQScU MPIRfuqbF92iFPZBeyYfxwdEOXCOXjLg4JC48F0SB5jwX3GcTzOtpCRyNbIA9pAlOqdrNHeMtMn7 +U5LG2wf9l+YEdSl2WOGajzN92rIjJnju45y2+0gTvTXaJzDrX1z6pwEEPKMZqPiCfs25BrIjxsa WxhLVTqJoP7yQWCFxuh8aUI6FxCBVe/RLmPv9k67LcFfYB8WMvglyfVrMh8A0GcegwSx21TM8wbU 3wpqY+n/s3QniHHsOJSuF9JdmoeclPMk+/bb/7Le9yPtcvlKmREMEgRB4OAQ0dy12UgqkE40WV1Y ax+gU05qACtf66bNMQJjfWm5PtsEIqC+6N4sfS1WKMJK1Se5oYYTjCcx01iIrVMGNI3aMad9mSWi rNNh3ouuJtBUxbx07r4bDGamzXAiq8PRAjANnQI3L4+u9iCvvPSYFx6FKfaNPsOvUnYNmIhUzEi9 tHAyLFnGtNeTZdvt6Wi9zSkJVBvcjkP+HoK0HG/ZjSots0lfH0+fi6fX55cY1BjaEW3/x7q9vKkx /b8XJGe//O//mLc+eCUfP3mo9fH68mJqMJstTHbSkmlRpyi6GzMzhr8htZd5PGV6f57FFkJnyVs+ Vl1q1vyXtMIFbXyGByBVe4TEwY4uWjz3cTuS7H168+qI9fg7rQEGjibA57IItvVnWwMoMECpIwNJ 03IMQQoSc6Xl1KEKlVdttG0Llmk9sAyVCvcV6YJ/08UXZOkeAXcK56wag79W1gOI0UUPGiRSa60j uxJhcNHczs7yc3v/mh0mqKrJY+ct2fDeVrU6Nt/rynnPHz3N6Nl803fz3N4WqmjXy7bnI6VR7fU2 Vt5y7lP0ZgiXG2wuTJCNT8aBa8aae1b6QlcmJ2LUftEN9pC+lg6LH92iqBZ9xofbQMLqgpvNTKEU akTm/Dz2zBArcfEKjmafWqFkyPIwGjQ8CYbN0/7O/mg1E9cZgLcnbZDqgNVvz58mlx8b1L6Y9K5n pFavUrSaB2LLJuuXjtXXNksgv1XSuwfbCYIIy/PqgvknHAx83Wi/GMNmT6lmF0nl78r8ykoTO9Gp Ja3jpUyIiSF92yyzXuadbQVBT7aVNrw8EwOlsPt4oAVPGtD1cta9Z5SgWLjpsxutHtew/Flm56fa l56f6ina+xszyTwwOGRgK/EvJP5NNRyrJzsKTFe93cIqx83evrj+pVGqA5DUEq3nWwflFDIaFVIh GIaFUDKbTwnM/9xnrsk5C6kThMkE0ECTPTbd9t86rTpKmD7lbPrbznqoRVu/mOXGLhHAOTeDWcwa SUtmOY0pIit/+DCKGBG7zTjx0Qlqb84U28lZyqu06Oi5z4KdAxTN6puA1CIK32YKeltxPVc7jDcL 5yuBK1bj+YwDLkYSwYECxca81ZAzcbQrBIPmwpYqHhOZiFz86CDfINCwRdFQ5MuQrg77aqBTeh3J RKmK86VeIowJKMHPgRAVWwayCUpxtvoWZAGMU+TQYVux59AvRY4V9BVKw4uAwChbqmFsvvcOWkKk gJA+gXiJ0x3mDXDALI2kE1gB34DoVblQLdl+QByDAG0OXxCkyDVwEogUTAFZJRhssYM2OGrqEKjv VESsnADaG0DJaW49BEUJO4P13NJdJ4AauKZXs6kJjHIJp5u3thmCc99O5vZ5PdBIlRtVCoVtQOGc ONYdlTaDUapGibpTFU9QG0TLH6iQE7LK5y4QQVdzLB1Q5X9KSg6PDjlQQcjd6uzOGH91tXIHegHl 0r3OmhIqvAVCpOJqQCEs1PF/8Br6JUit2qFwLYiVDnfgvZ6iijpEjHeoSWRXcF3FSqtDPFBjn4Y3 YvEF+EEBTVHnhhFBCadX1euk2q3Bb5XjNC7yAeQpbIkRqKyBg9S6A/cDA8F4ejTV8OcKjIHZYcRi yYIfiVNpBTIM4EYN7VE6omYBXAbb0Nyby6tDwMZo+qqaifjkcfEWPdRjQYpO3FOqnXfSdULZ4f3o uGZQC95y5fCypgE4uqMcgqPD8XgBjAMtAmxPSy03U6qJ1iSGFbgYN7L+kPiDadVLrIyYaqFo+uhE i+CaZsdJayA0ArEJcgk5+JCkULOUZAVdUsqZskTWS/0qsxH8CKmjRmbflS5VryAQeL2XWqKJMHZH to2k10vNa6uUDFDn0weWq8lS9tmDYexQmhQy7A2668X1QK2O8LsIKEtvk0p6HoGTqC3D8BAganoJ tbuA35beCWielOIwF5VpxrFCPYUZagpWSwxgdEU3KqxrwSoGYB6IE0atgDiQPzzSoEJhIYXH5VlF BVCNCfKPVVgRj7WJW1zQWNGq9daiWK0vilcreQqLbk2VI1BhOBCRyq28G891NAgsrrsmydxVgpWs 1DilxDoBtY6KKyVAZSmllYtxC8NFsFVrV3nk9IGSaB4dOkhVbdiUk5KOXsDVPYURqtJGxF7gbdUu 7qk9QvNNZ6Delr9uTS/8ow6J8gjeY6ie9UmN6moBV04WARmT+ahWthfIIVBbLKoq94bHSl5je1dv urK9OrapEIclFAcbKxtbGKK90m3X+HUbgVvDSoKgIjcu6PKQrE/HX3j0RgUPKPTxfjn+rdIHWvXh dtr/t8dwjiGt7i48Ws3p8+nqhz9RuHd3gPf+ft3q5FU1j3l53e9t+zso+e2+U5jDq+Wwo0/XqOD4 1fjKenn99eY7KhoDHO38plA1OwPL9o6//Vq5j7N386mxjcUMZb+ffxQPuTMYqtzelanWPaVMkqpW FROGoe8x3EnXCwSjN7vgUmlj/6oFUsnqimdflbb2Qr74zd5B6RP33k2a1xq2rndXtZQh8BaArlri yrhc9mcEeJR5Lx2smvEaIbzS3HvlQ3qgmsL7m1cThsz7XBJB4e2mUIUVP5qBsxd0Int7IR+pbirB jAeunLXyMkxXM+odjibXhHotoyGzbhIHMg90pJrDenHzqDujl5BQqymBBiVx5B7oDr1lqGlh48wU 0mcmB81c2iKu989FkZZMDoa2y+ibyhp2FcVQMp5o+pWPrgR6t8gDSXFZJ2mpGhGWyb/CwhaOjcMO 5V866dWF1fhmACtzrWB1lSU0whTZaKDBmJ/V7rG22t0B16xT1sWO6iW0Lf+DchecgQpWQEDYy9Jb Nnr5QxYCr1vlB4j3sTL95BVmXL5T9/kJXoZb21r8UsVXLk6dApgUvJ0/KXkv5warY3GimoNp+CTM BxCee8CKyDxgOzvEwgv6qpQLC+wOVq4NEZQdl2xAbd4NSC2HBLikUAlPG/6DTj4Eak/gIIVABreW XeDgiClgjKUsNVkruymeqYP8i/XPBwPDO3G86EFGRf6R4XBhNQ2mfLRkBSB9j70s22m/kMIgUfhh W+hBzl+Swx7M2+o1bbwg/AQjcImngYxY0RID5RcAiRC6oNHS4R6FX62hYGMfu3ilblc+G4CoYhEs fwgrNsKU6HUDzkHZTW91ENmUiFntQu8InfcWrA+XFfDyfOUkjLrMtdiHywl0IqVvKV9Nh4ICYDlg xUkyUJNj6OgQf0zqrbs9tO0EzthgiUtquDqrnZmCBAZbyRHrobLGlX6VJgiLy70slBCCaY0eYiCH KEv6+9y4Sz0QRzf6a05Kbbi1VyHLW3hls1SXr4rMIi4HE5eQtRWVaeIW5brSjlLYk5cxKlkc02Qi AbnlNPSn1AmJuLT8hQe9YzKnLQHX1JMChRvzf4PfQ9o91AWlsbor8NbJAjJx8CHZGmWNNat6Shr2 0ME49Z7c3Fa5Mb+IntqLR0tl6r4IoQbtpvR1Z9heK9chu3/TahJFCh1GkEUKBJ0klU5oU/+TeTkQ lZYDqDuGJsEB7iEWDj/Np4Kij0KHkidvfgu3rBeh4v4tEnqcb+03KiYOEuqFBLqyYGXiWSGWyEZM pfRoIVlBK4pv8Y5QWPD1uvBXzATZ1IJQVrcLkApvpxwiWm+UZU2LRqcghngrpFrApEvF7cFm/ge8 HWA+RlF4TkkMsaemApfC6l1lSN0jzwGlF65pU7hbUAZ+EMCL4LHHxGngFmGa/kAoXsDWEZ0Lybw8 TKU42IuozDnjwZhcCCPy75OwLRwSbUYcLnx9fQbRfHw++cnVTyLPjyd9W4Bx6jd8w31k+/Xy9Cy6 D2wJUO3Mu4iupwvtPTdOl1hRdwdihQqIlHUgNAeFxdNE8i/VxKzFwAEhr99gXB5mOYPoBcmFkODl 5CUCTRrx3+AtSduUPmu2KWvkAlPTFG4gwg2bIjPjBN6QkcgVNKQYwCAAbFD0FXcEzjCGYmEinei1 yLrp016HufVpwEctg7aXn89CfkHuHAEP5XOdOgDww3/lRkXgg4Z8itMxbP0JmKYs5gxR3BMHR3oV THte4X9fCt7dB44BcARgugiuI1xtwvuD80ZOao4HmRWuS5akvsC/UPz4epZCmBjUo0EnyeyomoP4 bB5laetZSkh3X98qNGpXCG1gKhv56HIrqCH5xcoB9/UGIr+R8eB1KtNC7bSfIoKcPKvHjVoNCBba ZMoii8a8T+NnsnQFflwQb/yBLuwnlWBYGGcpMMpvcPJNoUORU9NzKFlAljSI/O3HYptMsuSALJsI wxCDrOF13onClKMpVzDJIPmF4DEAOKPgfyM3Fq30GfTd+mmoVgrgaNaTtUdnGpj/m87MBDnThc4o ATImq8NC6aExATcSMmmYCImCgTIRH3GkEiF7C5zp1IIOmJXJXWprxJhGOOJu1lzLTNF53LImLUGX PAiZS+1H7LiRlAoFn8jBMk29BIC/0i8JTXbRI8Pb2vhJGZTpRubXhbI/js/TGVgHxYb7sIQzgp5r RsLzibOpsRsBwfyAkajR4JsWmgGXq/H5bHbNLQJ8N9s1QIJNBmG3hQPRmhUWS4MwNpaZ48GQMzJt ZwtJMXOkNYMyhYOQ2r2D5oyauuHE+zoGcEBcRl1agbaEaoJGdYIxJ3tJQt9BOE20CdU47GjQqTZZ SSwCaCZGRbuqbFA9LGlZ5q22gDn26JwlL14NDCQB//Fg1qN8V69AQFE2y/7fy74sVTiSf6G06Up6 WponIJ0lg+iF9GXmWloZ1Qf4FkBpCbtYty1a48i0U/3yd40nVSoNZO4ajE4aPKiSweniJEZafmiz bj6bcSUI8lFD9pG+rAyCsnQN0T4u3ebXkmUS4hKyQXZoHhUFbTqw1R75b0hzoi47rVMGVa4nBkIt N7jpSTuvdHQuAa0zZaAzvBydH/qflW8kvkomah20WdBCd2XcUKahjsTRjkUiUgDA+rSzysOjZm2y gaaVQOn0DcoEUdDUOK7sHAFZNma4LmbX29v9309+76ATQeXZtg0AUcNRQ/hn02D6DR/l/kWaqymj Dh7tdIAfSjjCWzVK4Dl71MonxJiitErKwiYE7otbOByZplQwq5uRKyHJeNG5ZN90jSlispLYrPPm vIxAW1TW3q8jE3Arhe5gU+bWnTB3u2o4MDGNM5IH4hgOu83a6wcLLmcUJIvBYBORC3pmg8t12pMX L+1msoG6TVRsCjFoPC5KVM+0OHSVBDjZZMtpZEmydOgJ0eZd0Z0cuWyYOaSpNEGfrTXLI3YuqdOt sdMWnqYt4dIabKZcNwlnJqysSouXewFtlztJhT9+GAFLngUzHtuc6S09ncnQiNAD7cTEcTTNhuVJ 4TP3rIXhU89c+i7GkxHb5b+jMzBC0R54qpSeP9rJSqgPMlWevDjucZYe+Mm8oJc0SeoMwKO4nAVG 5ik2ZzycfN1u4dLmDiOPfXUgEYbElebYsxueLeDzN4sVrUr8o1gi1CTGZtETf16cuASkaJC/q9Yf rx9TqxBDXLAQUfKgp3wivEk8G5WsGCpEqhDZkUn4lP8JfrndwDcwF7gpOFcgyU8XnAxHCHeJmx3F xu9VWDB8BM/d4mBYvXxGsOqaoYwQWzWgG6bwBPuurvOi3/FbjYDzjGQSs1XUAPIFlna2MYQN6riC WhcWdpfvkTJV18Q9Fnn4IPsqChaEFChA8HwagTM5opgmKOJkp/aCJLFt4aSLRZcC8RB7nefU5/dP fCQacgvCm73kEfgWNPEGmKbYrEs1JTxBOOTfqb9XRKI5ijGxTA32bTEgzqB58UFQAB2bN8iE5BYY EjVkEUwfnSzk36PxrMRmvZLPswVlE+iKuywYchPcAxmoOv5WAXziwBykQaKPamXE2mcfGVLa6W0d DDK2mwyCALn+FGEKjt6LE00FSzq7Zo0IkYrUAI6dFmXlyScVF9oXNCFGm9VYaakZRZ3TtaYlISV1 saSBODGmYDGtQARsrWD3mdx01ApOv4WCmvbwji+BHCJilgIpU1DMhYA8xRjpAiXv2LitvFYpTCeN qZ+JLKyHm1hCXq3WMVxpjoktOQ1pQwEfoLaJH22PiHekpqPmAKRHcQtETq+/wZmtmoXup39mA/qN wetlgZiNSszG6EtVAKlwnkCUZQCEz4qF07FI2p2pNf18hv5icZkkPTTR4voWQ0LTaz+o480asBLi YKPSp8ptkH0ZGaoi7eLkctO7L+cCHRKb+4KeQZ5IGki1VRwpQAQczRoYnfVrpDB5V9E3IANhA6Un gSTET2llAdCbVTCodWufkakbAH9wbkoY1dlIV7IGtCpTMUXajVj7LhhO+AK8luwpZ5YCOAMn8f0n 6rDEk6HGTm0V8WSw/HSuJZq+2gnQDGTIypZRl7TXvWpOs216Yl7BOrBu6wXM0GN6VSWr8Pllolk4 SL4Ctl51Oa90pFEWruarPrT7+LlQBfVPFG+hGWRXn0Oy5L8yVmDv1jTce9e8KL3y832oEG99NjPo 2rOW8s6wow8/XwBH2B2hlG5jIFGn03jFi9VtkIMzhCinbi5JQb4o63MOG5BOnP6vM2UiYFM6oK51 yTHtBfNkQXSn0+IMKYiO+skYwDjpj0qhP16XNjBgZkICgnnYLoHnSt1GQi7PpLH5vKrjePf2BkA6 7ByC6ZV0aMwwYgj9zgva1OoA2PYaO3BtJGzFSOCo9FxizsCg4hJc0H4Xr48XyKcsGIjazUznFNRw Y3k385sZAtGurpSw1Mz+WNYJt/lSkoi50k9cepATlLXz5r2Z0y/GaA24X5nWivbGYWYuWDfcMoPN sBJKwqIymeKMho2hIxaSScGC5qtoAwpk3lnX6Kv2ZWtEyy0fZhJo5GF80cWhkhqb/fcx79RDrSyb aXpew2WvglRtRqx7ZGWQlyarOptibI6hYFWdtQ1l3tdwxt2nFIxXgbb20jN4NQvUW07bgVqweanc CEZA78y+2fFs6v3lPa3EIGgUYIbOpgHsJL0Pnwvz3H29VfQjR4UNaafP7Sui4RH6TYyJ24ZaTnlB i3zhvBE/2A1CkY1GeQGDzYfOCoV02mVsZ9ZlsGMk0la5/3uBXf5MP0RKD2+2Qlq+IWcP49+mscNz FuI6asHk5CMxzeOxkKf7zGlgcvRInlq0FucNQKH9KjR7t8HG+LXN2pJy7PLueK48OBZ6Dl7x5oyh 2/syuXHl+INBDRCFhcJTUQHbow2K9GI69243Hqc4sIBJQMV31weOsBjAjlbgwPmz2CLCDaQqoNhH TAnh5H1pzcm1AnydYwIMgxl2SK3drlfWCSU4g21DoeJizs6vpcT2M996th3UQTMhmyJ16PWMHkdR /N4BND8hwAmRAC0GUkfw3+yFZNEWH5fSCChb7ks+swgl/KQ4WNMcWswQjjJvZILDNmxECb8IZsmn oGBmGS5TVMlyJUHsBSGBFrumQItbbCD9WsxfXPDMry6ux6xQWFJXY4oOvkJQ+hyyrTO91cV5NNKD ZpGn0KceiQgsqNxpM2SaAoF4RxYAeAV+UrG4ip8IUFrdEw8m78Jt+vnwkOkQwBmMqr5zAVdOOeEP 0zen3rEvQIkIAJAo1PtcPXmorrhPfAAqIcbITcINRRmIrSCZc+8pSgcgePS+mzSDMDwllTNlOGnF LeiqQTO0kHftj+gvIOJFVS7hwyAQMdInUBadOFFLl5ogikEeYp6QFBiYh4O1LId2MwOApRjJYFaK sNAcAY5HtO8pBVeIZLWmJ6m56LJAqLpy6bRKdQUUATsQCRG2wRVl6LhpEvUZrYgmCoxJFR8FZzWv umJuNRK21qk6wRjFF+KFXYhStTIrBUqATSNCd1vuNKDGbHYUtm6LzwiPnYpySeC6GiBZRAtfIUEr LLoYqXi8BTt8NovWBMdB1m2op6oVFleokuBa/KVnBc1uoukk1xQVMvthvCWgU3HwqnLTWTsBuDjP ye+Y6vpT1KRsHKmw+fNbOCnN70Xn5Ku/LeSK3bVa0zKTOjRUxoDyo+1lrQrr4FHEWqDnLUCh+kWe hKw5chocAEVU3+AURKCSaqQhwJ1/jYDUdD0JF8YSbHgZJQl4GOvn88cKdnnwUSvKt/6kJoXGBp3M CQo11xgbLWQYkCC8ppn0kn0mwuiIMBMzMBNqVKSVyUns7Rk1al2uFM1gu2iv1xulVi4xZ7zZNlw/ GDyBLomXCENXNNOWG4RpmafIBmnVi82zhyaPBCMrFvtW0zNdJE/wewYHROlnzxJ3Uy0ziRealYDA mHPP0zPnEBlh1UISb8pVfi3bFNgOOdGFaTj1MEdqtTQLcVMppuc1PotLX60MvRJ2dGyBJf3exEPT DbMSvBOA6ukwFV21NDwRaw67d4qogA3CYZgDBpIETKucREQ1JVL1HM8WeuzJOgE0oMf9GloUD7/L gUhyJcBtHfrGg00Xoh4uMFctsk7pBjFB3cElpRRMovfcZanfKVlkZJ32RJqCSi1z4UH6TrmJ2XKy 6lIDK41tDZqmZLrqog6VNu+tybY2e4OZDxq18SjQFCrHsthzzEgbEOyu+WN2zTn6aHivPd1XrCUT 0GEKaYZSMXMSpd0n1TRpjX/q6/rZKqe6ZrjkDqIvKCvQmkBMticQgOf6CAQUuktQGqAOgT4f1j+J tfor5/JiE4klGOwGpES7fse27Erc3T4OS3uy9jB4MXqpYnRiV6Idol96kOrFupv98zTNBktKrwR4 DvWx1dlwTdRQxzM86YYSoHrqp5Al8+HXZmnWrYkzg93TwGuKDmAK6zz07tkLySQTsE6Nypdo4xGI 7Rx6gpatTZ/KBP17khVJErAy3e2/nqddkvGnTmnXAHzlfzE6A+0TW/NoYJOPo0tRrH3S3uG5BB3d 2sCqcWRlS+/NJm51Zz5JPhNhTMF7pbRgwaRadgAUqXXt+OMSUsgKUXrnXMoOjFENRB2TEyrIBJlE a4onTRRl0fQi2BAwaMpjmto4zEEXo4NmDUra0XhwouvCAxug5FRPf7C2Taqczv+Nr82YthbKdlV9 2Hbx+UKwJT9NS6B108QqgbWpbfgc9TYEtjC73rJxT0KSf9S1DFcOMMFWjtgc1eVxGlknlzkLY0bU uzHKONLVYdJk2zrdzjFwb8VDWFObH8NKZjk8LS+45TgaJQLaZQiQ1CysDJxp429w89qOrYePnNTK njPX7c66PT6RkVmetWPOjIi56NwEMbXhmWmfG7h91sAkVFPYtos+5wc7WtIwrVLG2URaQq3oshUs ofVlJyWY1AKwbGYlTJmRZqPjIrrJCLfP2v1sibwIrz/ge3cXQfBjNaVetO2el4JqLqTiFYKmefjK 8bWpjJlti2X5M7/61krTOi1gEfhMJGI3q9S5eusAYxIIeG+Q7pIuJhcDIxOLYxbNVO3/emp75Bi4 gWIxglls6wswrQSWBKc5VcD8/cWKawnSmY+v/1F9kvEmT4h0SdAGoz+up1osh8xvNbKoa3Xj6RSt 0Rt55rnf+wCpslvad4yCNzJJU7PB1vRSSmPsLgaHkayH5TacYpDmNzs2UALQpnXV1prCGJpHd2IA YE5i0s1sUwXBWoEcEKtUoxXy1jJ9L3Htf7B2ymJUKRabkpCC6edsiMuNgzq1A/oklnUU8ZV9h7wM qlec2qf821gzTTXCP6ZsLFrTxAWUh5+fo0XnmNYMDdi06ulje3ivUW35Ny57RkZJWzSklL5doy2J PSwMIIN44MHrkwMjH4EQReNX5x0IZbQ4GuXhZJ6XSlfaNbgu5JgqmrNASJcLwz2ISnNCuWPRstX3 aPV7poVTbGS/8wkHhadUrsQi5KhIxKrLbQ6Ni4PDo+PAGBd4gPaGNsWaDkjWd0KBIWAa5z7BHkVw XJRcAjG3ekyloqB2IjyIXxweGUlIhxBSF/EZO2uMdjXYr2s6bCuQhxh4w5EHL52p//kELAKaUDdB RBHDFLTtbDiEQJwP0gE6LL6D3AO6kcGCwOL6Bvz4f29cQ32d98dhNUN7Kg4IdotPGQEbPAleeBQX hfIISGCnEdJE887YW7KeA5SLpYwkFitW2IqZ5gqFWH+OCxAdzhrO5v745aQ/JLACnyAKPDrUZPdC C6KPrhRNjed8VK8V9xXl2vvFXIQ5BxdC9FWF1iu6cOhQ6qLP4f2CgKL1dqX3ggGFUHEVx60oA6og kikGnsGi9nmrmEZdfdEaMngvVTMOdNH67210UCi0ZGy+LQSrQ/VL3ahHaL6Ycyh13onWw2KfqwOg qSoMXDCJvQwObxDDUz5D5+vS8YpiqvrrXq0DfNT1XucIWsFe1D63VKH3J/IfCAtc53Vx6LGVWiAJ JMWGH/EQhmYggEDFU7ENjXqaIQC0RhRWvb/AwuJSx3JEST6ujF8NWDMcVdX16PH+e7hAiFAuiRGb EDsVtZEs1uclzqnZOamcjJZZWQnkTHOpB1jKhkYe3sa23gHUlAtGNiRs1/gX7xYDvSmLZe49bgbl fmgnXdSZOJbRzAwKHRGLNyTQhBpeIncbCj0VjHa8rSpu8/po04vtcCw3FYEACSJQqubc7ODWDv0S T5cqXcm8+dH2yURoCkcVA97jzpuzB910AsuX/nuo+hhr5Ep0dNia/5aEgm67HM0SBR1bOFwRix7t FWarT6DP6MeY1VR1MFLc+t5xFu3ZIjOqztx7rq6TCW750D31uWeUD0IvrQz2TiUKRSTKB5iC42XV 2KCOmKVmxx+XVPUCqkcJqFbrDqVZP8wCkrnlD0o1HARsrdFHykCyyd4vlivtMusIqUnc6xSrnoyq HFkZPxl52uAPCLZbRae7ysTRsT1ebq8uPMFm77i1QFZCVsoYOXWDspsy3hBxz4d7LwS0HryScH+2 plCFYyAj4+IZVw66qhh4xYphoAFrbns5ry7BvtfTbbWyrJRjNtjz6YbVTGaHwx/X4B1r4orbfT6i HF8r/EzP8IbxgBGGsXyrQa149Nl/qSL+cAvedd5rWJVrmLmR3fCZ1SdB9MVpxr32zR9U4f+QeC9e i3j4c754e+Hlhj6NMbzXw6sC1ldD3J/+XFGOd+fL7fey/1X7+nD7i3+8vXm74vXwa4XcL9dfl6gJ 4gayPJ6QkP+/i0rU59v+cvNGxcv1drncrjctYWurnq39++nXJX9O56sCJsdfRbL/O95ue/VDlDO5 35gUVbvxqA/HP8doz3/U8a7/p9/D7i8udWxzBUauv+vz/Xz5NW9Vwj6jjusJhjSZKW2ifMl9r9C1 qUKbrlC4StwIybjpHmNCVCphMHx9jiq9bzZxn5srdOrbrTdGJoW/OultjBje+N3U0vW+R8U+X7HY 43izRWpobyN645VXR9yHWc5Kksuq+WCswWxDRlU2YelqeK+fM3PUGLQI4bZgg98B9vYaO0tlPhwm AGRLGDnfYYa9V9TBgV6f52sJFfXq5dRaMVB4J0ecLqL9jKqHyhAcJbXoDVtJExgLVbArxaOCDFtj cfYVI0vhG8u1IxBOvLQB+qE6N3j+KNAKreiBFJsFNodoJAfYB7eCY/HJLXq16O3atgSpg46QGLhq QGyxluzFZSu8109ysdyOvjMQFmwZLihz6acSOPJEdmUvCuzQBxviqAQ0VxuAcYezDNPPdmjtlOsc C/HdHj07bTm4MhdwfnJTv78sAvBFf/IQ2Ch/0aSRcgHFcqc8ETnbajRBpR4ZznJ/w3MGQX+RLewk VB1mJY8RHjv4dMnQghFIvBt4OJKAlX3or8F6X23eVOklgLW4Q96grwe3r8X33rksruwkiVwAFFGy hhPr9vwp7lBgj4BItCHKkbsskQDFzyFc7kQ3HfoLO4/ErAuf7ypslykIOeeV8csqMiWG2nGi9Jmf xrktD1DZK3xzrIb4dRLzFM/ndkA1qkxN/tte9MmfUnFCoSwC0EIZnsIXqWvi9mOsCY6Us05SJ7qX F1XayER7nlSsCZVs4cFJ+2pnfMXu4BLK9YHKDGldEryyWp1gk2vUsDiRYkhGN3dqjQwjwNCYfn4l Ryuvzkuq+YpJW0thcRouK6XTkl6l7OmQwbmPGx37gqsbi00sJXXyad+f+jClMyY74MGEQaJUprCT cqBTkwI0T+W1R1IEAAYXIkztRVdXbRaHgW/dOxNNcnCypE9S9j9jNiflRj8dDZD1B6gJnfN7/ZzG Sdlo0I9Ui/McaVxQ3L9FmsIhnrfQo8CTPhUvBkoIlSqIKGLjMkN6qQiGjiCGy+9GwUTxHm8bsEmL ICSO3Rq8mCb4SjrAvJMZZ748COJZrHs3BCWBtkQG4GjhlE8HnXdh/roIiPuOUSawgqV7/04xtbfY Fy77SsAS7ECchQMKvwiwQs9cVnZCWNSR2BIAU8eZbvZuI93QMjgmWuXAD52kfobaRaEVU3x7v8/g SWLcYLJnkZcRidiqnilodIxX5DUCEfsH51glwYmiv14rV8xXyC8MdiY6cEAICKAppoY0dA62+Mxw n4qfIRY+FwviWEFejMjwhHmyM4JGoSj8J6gK8PUiUvbgJWyt/hOE4g1q5gRwJJai8sao/g8G1LdK y8YKUIOQCszRykMIFh9PT54JLhey13khV6hMIeiwgkEzHgKGCeOlZeE89EFE2GBFphCIztKaJmMM 6UXWdQMwSoSZZphU32KXRZMsvnV7AfS3t32JQUP4ewkScEUHPisn25llaqm/pktYOmDpRM8wtB/Q 88A+1WBJe7WVxpeibMaKPysdCe+3RGufnvvjG+bAmupdPAI6EKncB9u2Dc2kJ4X8lt5wdcSY38tO Hidg+kUdq5hM5fTYSqK6/idpCKoKnZ1EQKXG/VVYpn+ojWdAmaxqhoDKU+OMFiPBC5UF8XxGowRo zGEWwKpkf0tzZ6s74oHLbb1YTzTcECWFfckE1aUsUCktJsVakU/O2LVYWCqgnkFnZRhtS77Cj2xo RiEihjq+2Jgtc2vSMXM2IrHbajJVDmZYNNX068UELBIFJhhtysVM/WoYhibbUpI/yYVKl3IwrXQA SBwnMcSdxZPmNGoz1ckSImwqjD4ib5DCZ2wh+YtWhKCeQABK/k6FGbk+lt+KGtOEumkD1Wfd6cHZ AFmktNMatytROIMd44IqD05aWaQWPV3SKsWA77Et2mcSTA6rQJuCsfQKSkQhLdkWHUCLplOrgCbL KcQPkPLq5XCwIrBWV7szNIlS+iDDFawTnhfMBRkeICaTWK98xaRoybOh17oPIknlA7iwLlN7EJbh QPgqutuBftzdcO++9Rf+C1aFsQ7I6sJMLXioMVplejzQn7kMbNHFbAckDWmT0VYoQP96V+Cgc8yl qVd8Qw+yH62vbnzVvJobOqdTQBwy6eMGAe9xg2Zjw7LsMGEIsQeF3WbL3Oin8oFmsxoOZUiCYV/1 Dcyk3+VnxlD70WpSVAQkNc9mPdKydjGbCTDXqGRgmOL00KS8gdQkeOppWwWlCCB2EQ005syo/9Y4 i1e+T/eyLHqosbJs7BqJ1UMmVDfdZAB1lb2CQBps00TVdVIvRi4DQjG4JW2zcPKbrT5aALUCnFbw XAcc8ykjqUeUFuM3WniwIQeB+Owj5tkyTuklYvpriY6hsMZt0GHv3z94wjVG2oDcFj6dYXJKg2mV 6ofxSuOAsilQa8AqtIzRWVxTIV3P4w/Qdy6A9c4WWuY5a3lBdpzqZHF32/Q5enqcQnI8FFLNxMQd YTf8idvGK8FrtYbLx83/UFU4VMwVu9DJMg/kI7GleXpSjbEQeXGcI4+LNxj1g3ebw2NWDbim9TlH Q68jKcdxrUUeLkaEMefT5qMxGxSJAaqu1JC1IHac7Hyp8RGnTSaRZVG+G6MPaYMkiMlxNhqb2+nb oc4iU/nIe7t4ZA4VZq1yGmXP/UdqjOVp5DZ1llNiVGpA0Vq+pYmoTG5eqemMPiRqoBUVIPRHop1n onuzqOkE5SRNVp7vjObK7uZ1mCltui5BaJwpJGL2VlVE7k/n2qpb2L5JMEOfEJf5Ad+yzKDst87x ydk3neHdzgwb3eiGBcHjZeEtcRZXI1w6/+PZM98WgU9sf0wkpJOqsNmcf31nJct4tLxpC0nqJmVL stTbY3t5NeXBzswBXm4/sZegizTM/mVTsGMaVKQ+3ar8iy6ZAPFYO00bGUljMlut6SnW1ttPhpo2 Vy63VYOBIE8nNjPMBqTLpVXadt2jk+Kv9JdjnwOsUxzdfl4oVGlHgKA6o1cfdddfisiM2GPid9UE hafeLUZTzGv2hUjFjX2rpxSgTHlCoLQhrtF6TQ8m1DTpnjY4YYvYj+YbYetOMONKu3Z8qfh7FI9i R62NFe0RuDj2LB2wGmiQ3kVMnVK3Nj4ot73PXzPFG8Ej7bCDodVhQYWY1Nqy4TeW6MyR1qIv96Pl EV3Qf/3ceU8C7egEjQICK81M7XuDkugwRdMFgxJN5DZn1NxfWNTI2zR9QQF80ronW91nfTRFeSme jmswBkuPaMuOUkye9FNQVixj1SDpeWAOoNUEHueDu2pP53HbUnWGhmBFXzFAodmdNTZ0iB6uqD4Y eMdjWZJUY4K8OpKxE7y7Nzl6LHny70yorgtI2QVoP/d+Yi0Soft5Jlhn4H46n24TOKUy/9HgWCE9 jpeInyOY8gPpaBwWGVPWMKLL6RglKEoVYgIMkNqxw/TNx4aD7dxNrNZQ07VAizo3zUwaJ1UCSei2 6Ei1ZAoT2VO9hSB9sED0GbzPYZwKQ7HiqZC5FiEirCYoGke1WENsQt6dYNnDQ2aE1HRMNMjENit7 BtybPSs3kUIDHMIF5PKQFM3IXogcPkqIKMHIjdqFy+qi0s6RniFCnhfsi29vetKuMiVC+LIXFv76 q+rQhsDKdpB4efASRrdIFpB66wUYAkqlwdiiQf1AHsF0tUGMVRmTXFcYi0/B2FCbcHhosX7ELoVc w2w1D6OGZwGdKogDtIcbTSEKiIzUAAwYaL4pNyGNIpfhpX+HKtEA4gaBAkFLhiD2ApTikWLyyx6E 9PpE65Bj6JAaFAHEHY3XHKwMQAQK7aWFgNtwsci86h8H/wJw4ePQ8IC2lU8NANal9RXo2PX6B3nD AAV+lrFwQUgyaEsKIVTWVz7TDQgflPsEiK/4iV/C0usMsLhJAZ8Pdg1aLLsR/B7+nETgYdMJ1TPQ dUnSlQZk4hT5gDOjcKtGAsIydwzC4sAAmFR2xLUnRUn8qIRClXmcRSj9grlL+34USgC92+YwpB3G AG0h0oaOdc6lkS7KrqxXkjLsjJfGBc63DxKmtRJ1vvo5VcyRl6HRw6+W3aADajVTjIxbVT802nv4 oJ+9GtC0qMChRvFaoeYK08RZLmUGHgQyHk60X0kf+SJKM0mNshwKLIDgTcJyq740VfChGYT6da9/ iI20ZU5kdtwlMSDFIROlthGlpyOmzoNVRgoLPErHSHpYGhJeUZTLn6mjkZIEq5o/v5iljQyI6hnY 1fB1eZGA4jIlS4rXlbJslNkgwJwQZI1f1pI4p5sXSI6OypvB4ZVhOa1PaonDc8HzkhqyENWcAOYD 5pUkAssPIvoDmK+qkZ7IvqiEU4ondWyVep5TCsYHTAW9hqReV5tgZYcZqHrLJ0uZYlIrsOVCfkJC sLyN/eOx2Et4KeNi/UseflXXvRzT8qtq7QQlq2LF+2MAcnPSp1I6ppuVtp7VYKbmYV1EatareFEi xmW2qdXiQtA8EPqn02aAVjBd/ms2zVMbBtHzIuhRyVhp2gNDx3h+f5ep8cRPp5aq+mDXUwSDRbKb sXlAaRuZwgXVnbB7fMOlY08fuZUsr3IQjPIiXnP46tCZ2YZtr261NfDKBgcM1ZO67Q8badU4JVDu tmRoxe0xoqnyUWutjBzOis/rrqfwFm0GzuSwrYZMOzUVpNtpiCr15CIEG+ud7W/f694UxLJc46u3 5Vm4HhTAHH28Mwvt0EQeLszHtmhLRNaeHX/OaNgxrXCOge2JFiVju6YeaEZ6mGm3n3IndNbUfLBX zsnkn9jjPayN1PCTAY65nR3Eyq+y/Rl0XlHgnH3fNmp/2T3wZJu9eIgpOPAU9EaN7vaoYu+q9Ju2 PAg+50DQHN+ASBtHsK1+jiNtKGRhp26z9iiKZHycyQRVQe8GYndrS+eCcShCDOzhnUttc+PLCWAc IwncDPjglRmZ1euisAUS8j7fbh5vrl7Zr4wH+MNjzCe0BjqKYexNng9t8Xa49kvNtjPw7QOHLZUE pg2ICoFwm2ekMh5Y/vpvY+4ghxVipKo/2d1d3mBznAzFI9qye82xrsIpuBBuMyixVxLOfcnHLvYq EGB7Gw8/QQj07gWUxkiROy0oNhRSYc57h0hFRVydK0U+FZS2iCiavUDYJG3B7yXPYJGcNPrg2bQ7 cGb8WB1IdE4fd06dHL1ybJ7bwQkzotdNZr7tvISRRHyU01iywYtKcwRX2wp68Asdt9nmnOdYenpC VmHj8SxKZSw641C2LpRTsH7E6NQvD9TEJSbBNM/NGrRa3DGnq/n+cIB6WBBTX2mGQai4UteMRtf9 AfFxZAnMIAi14AXfHsZUBAHqEMtoMUwqhOc1neMUuUiDIU69sg2IKKQCFQRaUNHANkfwYZXiFVGI aCooBSjA+VfqkWfbZ3TQlTxH8SlMAtzCD/14xliOiNJsuiCOIgAGcNQIQLLirKbHVAWli4EEtvBT ag8vcblfkSRjEIVUhAWpfKgKaoTeITJhfQeKTLhWf8EZsD5iovehZwVZ8c4CdgF6iSLCWhi7T8AF wRTW0VunHSY+ZbJ0nfB56NXAD+7kg+thKEg+Noi+ZWn8+lMGASgDXy0YRn96Ax2HG3sYiMhTIO+R vaAn8O5ArjmV70a9IZmQm7qHsRREDAmc2R7aXggbshChB8UDo0DNwZJQpyYCALPGBHtTAR8JLpBc m4he/pIfjDyGn4ECnKvICQoKQg9m6h+wEAKlVpTjaC46/uznQDXiDNYOoTLoKHNGsPA6V1cLZGiU gQbK6FsTShNMvhF1IXGwM27yLUothrDRmc6KowLwqI/fguEC/jRD2Zpxy4BM+msQBPJWhSLgjKsa O7nRFort/i4JyDMWzfgqFA6X2Ql9B1s0jDGln/SNHaEK/lIhn9P/QCj5hOwBGyJiFzsDmpjopqOl kHJaVdHaS1P0okBj1MKA5tABy8xvRmm0YWOBXviFSSSkpMHGCLPmmOh6mrWLq8qGKcTqs7QCIEc4 gfDAxGYjoI4yW2vP5RxieypG4VvNwnyqOWESTUd/VkP2bo0o8BL3D6nv9SkaYd++KunsceZAQiQx Be8lNj3224AJLTBzwuZAUF1JMmxIFFAAe2khM6vXngpp7JwFcLcps7zsACoXeCjlCEDWPKYbhNYU oHYbCHNNJZI/WbSEjVRBgNa1tj3XVGpafVotsskEpThGl8070XSA8IlJExAPVEyOQKBmfFKmj+Gp JWOhpbRnqimEMZoQCCcVHcyy92j6UE0dIqFChtZtxNAKJZcH1t3sytgakIxS08v00ZZSunW4FQ/A p1AJ0wzbjxCbydLF2UHsPAhQOBLzwvhKX9kSmGXADjMUHBPUM6qbTpJkPFVQkCEQqo9MioZbq6Gi mQVzwbCGP0svWsIGpRSSIreUpUXXS9DCt5tYTZgM/EPkf0KOUYwzT85xF0nNYKuJYVBBp+/PajqP 7CLqN3mpnRqzCoCTD4TbhNFxSq35dK9iBgDnnuH2Tq9oCl0ZL5G51s83CqeLDDHjYymmgn5uZB7g dMBwjAlctoTUIyzTr1AtQy5pOCaTwfIwGmkO6rAdis2sQq0/raIWSo+oH/7IRaa3FUbPumVsm1hY tx0L8p85BVjqrvlnpc2SvGvE7bHbzyTbfRa2Z3n4GCQXuWIWtH/JQzqDAF70zAWGrCfmXtPhmu1N qUK6mKZbITGc5VWTB0NTzgN/GDZOn4zbBFDtHEhPGUJv2yymugmFZ7q/+aUzsgKbUVlPo4PBPcNT XcsWIBgbGBVL4hwIAh0yatkl2qlvpKC7lioT50yN/xP9o5EqNVGOhM96abupZxaSsD/+1XZqQglC TS2OJqt6X0z8vA/CQPJKM7DpOWuf7ueAdcl4HpTbBBuovy7twAuk91HjhVsFjpFz/OH98JUtFnCW BQItBETxuaCVQppPDAjuSC46K71U8y/0K8QEYY+LdZhT4bxTsYAAgrMJCwpGyrfe83wC0zhv/Ft9 FyTY0L+hLsIKrr/wQR2F4g5yKuBwp0XXE1yaT5j/70U5uda9LgiSJeDi9c0lW+fAa9Cbo3kH4p5g KTUJHWdzftyylxwo1AkK4zbDdvqp9/3kneL64dLFi4EeFKQE8nzj0OUyC86hWOAsjUXkNEzRTZCC L3JMil1dGN6prARvHbJBKL3eSzBVA+5RnncBYABxizCXXrOFsxpkFyDJc84nFDkdeNFiTUFuHRO7 Bjv6XCwnJFF+EOgqgBK+kpvGfC18CzSBuaHEupe4m5EAHThRaFgVD8AaLgK9CBjhPJ2uB2AUdiMa FfHBJCAzmFEkUxVZGIu+G0s9R0FcdtBb7NwkGi9IBYZmxsgykEWzPhV+OauvhQnpdVXbIh/gQAGV h5to0wolIzeAUGKLGPwNz/Fr7zsPGaZSecJaVOVAbdugGwiejlGGOdgtmhGUhWhUo0BkI/LVt5qq aIa5QfhCgAUs9Hm4t/KVeidoAS2CFgolaI7wlaL5HdBKoNwQEZnfDCfepWtdTawBmW4pboJhWjLK EXDPOy5uLkRq5BwwGK7RH3PkuY05BN5k2c1d1lISyFNzU6xPeh8+r2OfR2Ewo2r+qXwBXLt6P0wQ oR3lOBmOwKvQdvirn7nCXKaCDkiDP4g9AqCSCLAvY7X1tdxQtkiJ3hU8WtcSJUI0L6iqwoDPGJMP vCAEIwCvWLKgVbwnYimC81DLFkVeBxgEAQpRGFJ+eIrEKhSWEoS3WnmeSYTgtv6Shyn2HeGAhSyV w6fui84GQq9WI4OAskciwFLg6lQwDqw49VWRu/GqXKpAB6DGUFzLfHhEd5EWzTRPqOHGCJ8BBQcu e62SqQBwGidhUX466Uf4A7WjbwjZSkwnRkRBuJCBqBxLkXensgCuOTYKbVvOGFODrVM+OiWZ4Dg5 XfYokOu/EarvbXxVcYBN04LWoog90GafCKGHcBtKrRtpCq51789Ti3V6ssCSRDgGYEYwBhlXFsHi QOz9AbKB9WB3tYmovQe9hgyrTBusBnezRquB3G14nIoiBNJqBh0RQHdBR4zpigDt47DCoD3PwTCG /oLfKvSq7WNFAPwWLm1JggDZRFWFUdCrR6FJq9tSjYZsbbLS0EUIMlgUckh2qNcqM+DUrpVFxsbc nTGk1YOAUuJgKhuxByFC3RXvgNeh0oNq0UtVS0YijY+qqrAB4oaefq547Pi9CKv+f0EJPrtJtwCq 2KdXBYsPLnVL6CdQcXdaV/z8BrTUoNrFl+PvFA12KWrybU1qmjjdEFh7XZ8qxPiw6uIaIBHhVoMx fQTcpqu7m+Z9VQXmDaquC3XdOYHLFnb6+6tTV8xYDFnwqf8GFmP5qnv82/sAz1i/f5RM3vrhfgOq bpFp8alvt4N62Cd0XzTgX/eeftFi/1OZ+X66n9RSPv/BBD7fD7v7/ezFhb9/iPN4/e9y+VX6Atwa EdrPdzWecY4vvXnw+BeN+HAzhPtFy3/+3/763+33jyrMp/v9+Pe/w+XP9X473e43z/H6wV8E69vp z+1wU/j5frv/Pfy546HSJ+oe1Ls+LYDT2KXo9ApMNMtqylP3yLr0Dr6sirh5mBLZ0OCY39vNvWxA RTpGP8HCLLc6OT7sxAnoHdGXiVaX2yo67SCoNh8m1A4ioaMeeQCXvcM2rRi+/Atb57CC8i+d75iX DrDnnSFwjsONrk/DA8nR9U0Q2P+kBgrlga7LR0z/gL4DtlsTHkVTpTZMeBW5WydVOc4+df6ATrdm PZmpURXH/sSO2XqYMcXX4aFg/OVBZY1vRZuDlWyXbYXA+jJh7D0B8nVKQ1ntjBcLX36T9cnydOoF OJ4BLHFWxRU7mk2cQLTkaxipHtq5GXAbSx3jVgSgMoFhvDYcVkguIX9jnqTHeqddTamyrCW3qHsD su7ePADttx3Y1nOLFD+xmxAfs8FGf4LTyyuw5ZJokm9gQHL2yMCxYEE+EYRZVyIg9wrTMaoN77ss FHsB98yE2/SY4la2Z0uaNfHeP2DrYXI7T2E8nqvskoMqwHAHE8is2siVnuYvyZLNlknpSAzg7g0R lf3S/3LmsoQ2a+JjXT3J4FJPD6IoAez5e7kYKN8HGDvXKqvG9bTp58QB3PlCBgb9HjRV8ZlcgZKR 8o/EbzaNFqYPoM5bkQcnsmRub+OfJP/AdptyCVIi5QzMRrT5NDp9qlvUODBQF7sZLmk//ZG8mBdQ EhK4OHJbc/HYSyerOkGMD/juHMLoAYEmgnrBdsQTbi2Yl1qKCTiB4mz7OMBaYBLMwn2IIFHsAyYT P4gS7O+6EMxSfE9+AgoPUJFAnIJ5aHKxD/EbHAgVnwJuAuoowXjeQYUeELOhWASIis1HGMIY5CWv w63MyKS6gQl53VsBGhfKuq00cZEClHGwcdwqsAKkWRATTyiEHKMpvuxnp0cFN8Iu442pKGZvtAU8 gGgQBKHCHB10FggVN/orRhNDCoZIRpxjIJw3Q3iER87cBXIGNAXLgXC5XmJDzyn233gXm6f0wMgM Huq1R8Ys7IeCEJ040ntwInCKaRFwJpIiLh3rYyBxIFedEXRUG9B0EHnV+cy2x4lVQ41Bx2Dg4YOA EUwlogt8hTipBMHrkg+DEuM/cvn0RLCI403dOkXoJc6RSbzi2eDIbatiqoc3au3SysYY/ZTDBumI sidwC+RIMyAd8E5TH/wTYBUO2FFPz4RRDxbrLT9QJIVVmtXuC7SZcZFJr4YBq3gg5eqIqbdP1lCy Db3kN1JXQe7gUInNMAJ1kn8pl4nToE8gpTSTPrsNSAUcBR7xXnvja8CvajB06wEVwXgiza7oJJAB PkA8Ra66aHqKlCEYehSMAVoQ5wNroUJwgMGU3J4MlVcx4xAGyM2D2ExyPiclc9c8fyD6GBQH1iNz Lk3DTA2RF9SjcdEXjTWCeF6RdunkMN8MjYGM2YXBa03yLS3nAnxGg0a0IMXyQylzU6kB6ZLw0nQ0 jYooVJjPkeZdm//gPIE5ZqlWorIatyudWW0WrAVDCTI1qjx/aANoB/pC+dWTTHG8TbXZIF9Ll8DF 6S2WaUcIPJIN2TZx4BtXQr89wsKGmoSur15a69QcZWXQKJBv6qaItwcE9QAikL2h+kGXVhB7Q9cC +4A7VAJm1P0ug6VQhjk57c6vXjUINrXeZ8p6pSI5BOS0cu13qkNgpRZBeCKZ1wJ1xLxNAxKUvIMP 4J+wuNZiA1KEhVFja1vjVSxBDwpficmlc8HDHsrcsgTEq3HhjZVsJqWowKGGW8sWSX0NNnQLLbGe wuyICWLjiZTAD4JGk2MlJCZyeeRiDC/2qXPDASdWZJgVqNZKC8YFCrofXJyhpiqGm4bH/2TzWqs0 N7Z/86kKaKhjwu2Mhi6Aa0rbpWm93LA59V1ZGCGiAem5dUqvPcMfq+oDUN+wjEipgRSDaQoj1CWi TaIsj/k2V2xm1HcKFACHmgo6DspKJYBUY6A6A0BNgOGZSJjjw1bHOHbSoSVWn/VDT7Rt1GSY9I2R 8aDYb8wbfl6oVyA/scwamDyNlWdXi+W9wMWUNzKHWgLmE2PJJU80TltXMhGiDrc724y+CzNsY9CL 1mi6atdpZv2djrXE+sLS0COWG9ZnsTvTwF4Jts0ZgQ0QrZkRphvjNLb2FJKVQCEmU+drFonpyMQ1 V6V+zLHqDZqiPIQNA89m6nxoaVNitFKuzVhcVvNdmoaQ004bAHlRQk1Zzgy3p8QCpty1Y04DMT05 MJilZeSqJRMBWPflJCRjWuG6N69eZd4ZbWrcqKF87XCZ+/bRVL7MlMet5ZK0RiZeG6dmiCMMLWMq Gn4dLdniLTsFvW3Ju1iCDwqa5lIPj9ULHWNnzJGyKIPS63wlDpQeUXPDlq1z9c22DIJullrt1b7I saFucyBl5dBKNzI+8HOTy/WBpRN2uqeKFdUxrY2iRZGdT2PNPnNE4u1r/oHw8jiCa8N+tR3yXxZO VYX6kDOTQWoJqmz8IHVrjwOVEfKhvimGMz00FbpCxL6gt7repGOPjzpShpDtrFDrkUGDxutzuzqv z5plmrKHFq8MMpE5JKUtCtDGgshNJNkvKwbYS+dc0j5tw4ZcGGMJeO6AL3w0y9C3WTdbZHuE3tox fGJlhfEyaFS6lc7xByfbPqxHHqpuBPLEgeH+6cAXxsvUL2pLd0021g/8h7rJCfAKCrk2Gxvj45lt i1r4V/rSnmaPA6fUVa1zdquCG8HaCpSF953EvIR71AsPRRlY7yqxGdEiqwn1gt3yY3llzale6DR8 qeK61olnGxTWgKhBb31SUx+5lKaX7xnxxB7lr54AjXUB0mWhcsvDWYKAeKbFbljfHH5UGgEJAdkg PBpj0CVzuAYVQC9RQwlJ28BLcRPzjunxWLSBu7pEEGCsoZ4KCjx9tunmI2faHxQ1whUu+QuFNsk8 N+4yl9edgsFkE9UhRBmrRKdiwHhWDoPZEriYcEs1PgYhoUDjp7iX9847R2I0JB7DzEfnIrtJL3Ba JuIIGyU9Mvao0GROcwdkSAf5ByjqTJ8vuOwON6YwJpebWv/pqUZMa7EIgJ2uUBogoI2GQN3FG+zw Xd5/jCjXA8Oj5LYHGgLNLUSCbMfoJH2cz0glxE0OvennqyqjMSCilUA7SYbLtKUXQdku13lRDy5o bpg30QgfcoiKATzDH4//NGtFV5GsPNDjiEEFQ4601F7V89rlE5GLPaaowIPYTa4mMdIS5GcZjYEB 9bnA/4G0mkGniuQXRNBWqRXiGsIronOR9kIOLQSpB/i06BFcMCWLBfN+PXzw+Eg4kg1OWCekSDKO rolw7pKnVwBiPTulZf8jdJZZ4GD54pbQOMxoEiXhxG4hR3sp5y154aK46CTmHxNmdRDuuJq+xFS2 zC1UmsVyNh06QZ+YfGkYblA0ZmLLP61Es1i6GRUXh+da61NKuqyE3/c9UY8IHu02xkXbNCXHxhGV NCkCM4oK8gUy+ESoa14JcjWENEFl5yIYkKyKS82iQdnfVX4rshx9BtETh6KZ+VoJn+Z/0DwbGq0W k1rvE+EYTJEy2niKQTj6Ek2AXdsy0ExeflQePaaTTd6KU2GzhWdiIdNJmh406Sk5SIeNrHc0qiqO uXlWsy6zVqPJ1lXfvDNj7nQvlLmTbrSYCNm2lt6b8636707zENzOapaBQf6n/xYJCAVoxMkAXZAr Dm8niQOsm6aWGhI0I1n9V/AyeRZ6aYdkvja7nE1dsoJMtPVCiAV7moV08EYQ9Ns7LDq9tf/Qi4CU 5qjoT4PTtzAVIE2YbhgS26Br0BJLT0ZJx2H/RkYFSotJaiQm8AbUbh8e4iAKoBrcpiaNgudliCqC AaAGynufmlnvfZRgPlihrBa4RsUPANd6fbVMAmsAQL3wsSWjqAp4zLLrKEB4C8olZYQUMdGwoJJQ OoB/icqMKjYwO5HV8QAg1E242QlkpjBAKKS0wHJ3Bm9tvPFv+oSkXIOgvF6JCGiBxOnFGfTb1Wi9 saytUfB6cDqAGVINs6oQCqQcSA1oC+TDBg0OjWILT0Zm1fcjcrU6FtJcl7ViLb2ZDdj5FxC6voF8 4eu9g2/QUFWIZRKuXsxXrYm+80j3qpuBkltBC9Dl1uvnPDGQORj3sPWqPoUX7tvD/eAvsPrgtYnn Xlp3wbK+/YCOD17kd9jCgXUMwl1tE9WSvblOsQtVMS7HmwIX6k7AantdHXD5cAOnQ7q9jvMO+DbU KMNwXjh8APYeeFxRiGH7eoeougx6qTgGrFjZAzC+vu1P952ZNZaQbh+rsozYawyYxYa439xvyjzs b/IAam6osYIqHFzsyZGNL+BW7787nyB+B4/43XusUhMHvVCBwh+Dhbzeapncdl4+qPKHtyUqt4CJ fVZowrC9mrF7TtcNynqvIbwrOVIpivN1dbkDfr0O8fijMoa6C+fzDY0Z251MXK2pamEYA+DX7Bry gxWvV3vZh931Z+nL+Oyo1wuT4hIz1espq3KDgt5r/Uy2HE18ar1FV6bEtL9sTdkcPQxDR9cGmV8V VvG5FEUpGSUmzhBOqLiKGhB4EygpQM+88lJBlZIUKskARdVVaZXFOUdtr0RNr5q1qCDzsGLaLuvE n6G32wOID/EYsCy9Rasp/ANQbwW4OCXXqbJvGOnrhdMCFoSu5yioaS6rHBA62S1l2ZWimbwS/LwC PDJNB/mswGowq1H3TtCVWhf6IkekWI5G4Klat8WU/XX0oLSaixm36ZVeZBixhxmFzbIsp61t8ry9 QND1HeXQePY6qr/+l3As46ZrillJTrEP0GoZbR33GCP1YkoPNsjMrJWeG+ZJOsKWTUJQZlu1kCkM EqJbDSX2rQyfu0Kel98KLF2W6Ps/B/XPO3+lB5B8WVS2KMyco6UPUoUyFz6xFSUMZakg9NWZL9Pc QQp5AZtEif4ax+K/lNOMPi3DJX2eVTWJuc2GBd2v402U4RuPNIQ0Z7XuPaqkJEY1ezZVTPJn5+Wz BfrlCEo62DKkBUOn5Y591isz7K3+kGDFMthbrnJ7Glm7xU6xb3vAijVLpV9B17wD5l9uksmnyErW 46P7gNUeD5MTqBVQ82TVeVycnAeczSkrO1GzvFluJzIJz8yek8eF6WEv4TLRMd+P2zP8YqGZ3d3s Cp1smjmdNvq2Kj5aro3QS5Buh+4Mqc2Ou2mHdfzQrsaJ5yfxeP3fXhvH2OWDx40TmAthg3ejs04C GfCUbgrrgGEiWAF47qse4sz4O93itwj5PA5M4hs5bsgDV6rN8xGV5IwFyBOhULC4LlIpfEPoh79U FdaKzwmZRZdqFDhry9vhkFSYMQYVpCTkJD5U4KdoteBR33wi/DFC6IUQrPZs3rHYvvEyXSdY5rs6 b+uyQlcP10ZQHpLW/EBQDk37UPDMYejbyRRMZN1d4u4KBYAmhK0xmrQKM+ElKGMXbgAvBqathdKA h6qpQMuCfMFXJDtRt/GAX7hfRd8F9PqvPDihia/538FTPNIgH+Oue6YIcdMftKnGO2OJfvYAKkKW ZiL9OyRTj+a5WcH8btH2EMb5d+O41YkCP2CvQRodIQeYwG2CXiA5w6LTM4dPAWK68a7yuDg4aA4B ksdO8P75fuX9gM31yjLvpLZZoK5uEU3riSuLZMb9NiInpB+QDme5yCliJJCKw0pJgMiqZJN+5Vs5 XvQOouBfDYT/elz6P3gywFNQSYEGwEk3ivZNK0ypwu/ETSH1kczI3d3FDAZYloTLyCqm9D7MraXJ ZMDaCMzfESRahsHOBNWAhQjaEWtYifxqAUwnPixxPpM42hUFiVZCXl8BlrFzAd1FRlXLMVTBXewR Xp919y+IozJcUaEWCRZ0Oc3s3h5EhvpsytUxRcWMhqd9QxZQV0c9uKu1ZXY9k9NKXeiSrIk5NkYr 9Kda8fnOUJwIXcVfvHnShlqRkE6OaTDLc3chHbzL41DAwzzCC/D6wo4GI4qwGvxF5jJBdaIknUhB aAAYghSKmw3bDCpeimejkbIAg7VGASJGCk8XWCt3MwciBTNF9O4NhoU5tZitAloUptUKJFdLUm97 wZuBkUcgc+kFVksjOhUIb+i+90kovVUQolWdbTIHJYGtCG86wHbRWIrhXkCzMHDwrpiT4a3MKfBG 1gNiSGd0QcFbl9dipk8f4XhjGcL8Wa1SJbIJnl2pE4zSVDqgUulgKscoZbMYak04zREN0kBSdcio 5V1NGIoNeV4oaznVbVqQZcgCKN3FPoBBRbasTzR1tqo6LZasxqxhALL+gQeDPD1IJRkdqZBCAXHQ cbCj2C6QLIDNqjCKZASCVEHUJzry8dzVLIEGQLIspAvKSBiuzkL+ND4XsdyM7dJ7OfGSu76u2CaM ovRWPRaOkZoHv9trwuUSCM3UJ/ahyft+MY/ZYeoYjbfQXJ9Mt9BUEgGM1cNpTNdkClKWmXSqaOoZ RpkK8uv+rHKUeA/VWdYWDibLAswkc7hpxYkB9Zk7SAAJBBvTPZxbxs/wTUKANVp0iz6Cq+VAlxSI aPeCLS9fB2Y30VaCzW7stn3KNuM0yA8SsH0qI7NYPGmePW+UYZXVQvWrnd/4iPVDxErXelcjo2dD Bnsx0/4MeGe8DAIzaOLokoeNGe+8vAbYXAlrWtoZFqMovcg0EFtAKB3PNjA+QmjB9uCdldVKYIzV WDrNCby9ANFtk5Nqg7ZJCO0H99XsOA/BibY3d/qY2bH5yJt4l4cHms2UVIMZcNpgkZmmr59XHk+D JU0LicA9q7VEPcJ/mzqYiTXlmuE36IqNgF74geUL4dBvPdYl9sZXBmnLoC3F863j7KoNgVU12oCM fwaBGQkayDp1cagVi2RSeE9Nh2eEUjLj2RaCs1sszEarQg8BAr26sNG7u3aIdZLPbsvdCVXTmR4a aAlaAB0AGrLG9gX0WpCdnhOsjQPmSavGkQto0SbpGZpGDSugShcYWpNk1P21PZFPBq02XeW29luN IBjw1wiNDCG5GBf9rBHPssQiZM6roQk2gC22Z0QLG9Fk6m07Hs3XBObRouAC+5aORArxKBt1rxuj OfFdA7YIK48zsMimA491BXjRyIy7UfsnGZJrm549xT5ISvZlm3jmnqE25kBsG24eaRKwJcBhOqdm l3xLhrAtG9WrB7jI6JJ5HYJHdYPJtd2015ltmVOgD4hGRNOpRlPci8UaVYBPQFKDMiKNzFfkEB2Y +57PEHlnVgdNoKcNfNBy8zO85RIi1E+PTfMHDLGHWqSaFWWIn9wc41Sv2vV1mONjCcIG2491KUZ1 2GKnTe2iKUAzJuVKXmH9Fj7ZAIg83lk/iwL3RdcSVFtQ3ePoUgmd4szaF0rVMDImm0q0YZU7434F TpY/Wiyf+Y9x7N2gFZ6YcUhfcd1G7OvVq41FL9pgUir/sHTW42yaDDLtivthFagwF+qpJZJiuXSe ZBnt8eXa5rVpOpgDjYwwvb+YKKi0ZUWbKI6+5nWXVuJC+CTPm2j9QJnn2IgB+OM5I54WvlGWvwd7 smda6t4qaSyZYLsYffJpKVr/nQ25FayiTWnBni8F6dE8AT3NYwwajfBm6eWlmbcY572JzLRq1rSl v+Gi9DOw3RowezHbKXquJ+cs61Fskpn2lAyaWxoY86RRVto815zZMEhTZxXkco4vyg4Bh/uy9ZQu YZWk5jmUBRREbl7JS+cpRiCzZRGLwDZnFtMRRoCJQquS80rjxfcG0OGmFjs/Slc9MXtHT/you5R9 ShLZ4IyRg2T5a5YltLlYsdYyIIBxKaGTM+2h6Ly+seSLcHVQSDpjmfSAi2lC7yyrXgdfF1zQxlE+ iHMrLnWyu/CYNWAerRfxflkHGmnNZhYsqCLlUFCT5DJ9blPybYpGKNZ1q/5bjGxGCSHClf3Lvy4F dVQzpDIatR8EUKEOQvAs+SlPg73IcoFugCNgB1cJmWWnPI29A4E+eFDAzLz6ul3ErXHs8QyJU+C+ Eb53B9Y0bCGCvaAfzDv9T4Lg6wYGu9b9POHayXqj9oW7tMRYC+3Wc1+pNz7v8NJy8+g1H5p3vf9T a7ZaZ5xVSp1MEf0NjWfZqLqmpGRsea0As+MSAb6t1b6bHbZYdJ/V8ua5ohv/zbg7sOlHBjYBmX0y h5ibMG1CXWy+Ttx/dubEXroCX38fLBbvmIs4CN/B2HxkDAgNG7/KriEosG5Idgf8ewpIJrnJYkCz aUUDz/TFtispVsiiTEnTbTr1JNl8ego4OjakPCAUi7TVTnXY3B8ERU17WSF2qNbxQh1pIMEhV1bm xA5VR+BO6T50aLJC+gM9toUJ4wAvoBxJOkUtAl42F7tcyRkz2MEHqgEJRIFETzx7eyHEEDIHsgMg 4VODyKLVQ47iz2NvHmDXQLxIu1BeUN3mMt+e1yuVoh/o3M9CPQff6eb3FNUOH7MpaxBsDoMCkvtX FRSgH3TxOKUTAN8DhQV5DaQGqAT2V3A9/BiuCoZUJgLyrMCvks7gRcxzFXfBbcarU8i4sHuAVcV2 aRb6J4iWIAGre3V614t467GEtYvLHpUXfAmUXqjQW0kKJSq+4YsEUllhyC1gFlcZzVxpYhJWZbp3 Boaa+jIxV4/leLyqDaIFUC0CdkWAoceY1jqvAAYk9nhcnu6qMVfiQlP3CxR696eizddbFeKh1Ns7 HP62Usv6+AdP/HRRQvl+uv2nQPTpPzf+Pf89u/qkXvQVRH2tTgaiNZhbJebr5f5XMWfQ9vaCjK0M tSuPykQjcauCDsy+qEF9CeHHVXc51vdVpWtgOhFGYN8Bjc/49FD549X1KjPH+sZNr/yy6hsKSZPJ 4X5VXxu0rqz0TRFpbPO/shLTwK9cACq7RMX5dD9Wl9ok3d2ul0cMeGWfIeHh6dIY1fOe/4HrJQdi wiPAH06XCqGcYdm47upIOzR0k/1Z7n8JboPCTpp7anGTCDCpkh6SAQQOa92cL9IDl8OvPqkcvtKI zMEe/C/NYXb2hri93TbQ/OOf0HX1RXZG0vEBmL2UZfVGztIMtKSDD/jai4rne7HjoPqSUWHlkc2l DWZBOeTgzoqrr53F4FrFOK4yCUyWnSjNDgbH+P0exLYskixUMDTglpUeorFWW70ZFKjjYeuFnOjO Vmaw9Al+zrDTQUfGdDLSMdA4ZZTSYRuc0pBlqswOZLzkFsRWTgDaTzGDdOnzXqWgXjpgUMjiLlI+ qAeCh1XR8C7XPg9bnprQJR0qIuR1Ax3zkPqvh/pqSNZoBfl7KYBXfyJF+yII2/PsMXJjEhph6cyi Z8cJL1PWSad46c6J2Z7YwES1ZAdK3cnE7b6U0HZmRfpAw3x7vesIz5wPUNeC9cM87zu2Xd2eEGxb 3hdzWk6/rUoEsfo+ciNDq8iWwWG4bMBFJ7ZKm6Dtia0+YAB0wo7xtEey1VHS3QK65+4Geuf5Ozqk 0LXtrLuEBS4RVeJFY822j7d35a+H0fshf0J/8nXtWbzOIoHiJaJTBay4zI5vo2obDJfNtQbsqOXL hSy8HVDEBTa2XOk8QoyV3CwboL3LFiOwy8Owz/Jv2s7GvTecvvI4Xc2di06Sh+5dcrkxxBVqNB47 x0NrNtZBkrRUJt6GkjMzkYsPbGQlPQq4xkXvcaVOhjDTntbGzm+El5K4BkXfSALggSp1tI3ndQ// zwAL1wRW9secOkFKqLJ7eH28Mx6TuiUR9iDmkXYCNcYZ9ohxW2fMHDpNudhVoj37tl2aKMiGmPIa MBXD6wTgXFOaEPIbzof2k+s0BUZ8ohGl0rgDVCdgKQCQHy5G4KnDXszsTrxJZWpa9EvKXO9wognu XRX+0P7NBx5yNRG4HfxdgBNfgoPaJ+gCuijCMZIiFO4ptE0H8xIjU/Oa/YiYlB+dr8yhf4PFhfZ3 9Ja46iKgTVTjv5qhKhgXoBhIqlc0RpzL+XE/SdZNHrVApr4HlQsETEQzmX7E4xVw9G0zZhz0BPIH MyKENIqfzHWfDjXGAD7dVwjCPaKloELznZOenxaXAo0O6QGQE+87rQghD6YToXgo1AM+km4rwdE5 azzL8GkQiU959nIVrQIS8FUn+01RUSdw31hqRITYgeXQyCa9AJMcqLUZpqHcPkCWmSPinLmJfXSw kBkeLZwI/YdWcfYLKgtog9QMhkxCgy3JmKV0qUASuWjijiQM4QGHeVwuOykH/nhgNZ9dL2L0p9Pq asu61SAMFr4KgPO1aauOSYw/4/X/Cl/AUdOy3hb1iHeKQUS9+a/UKsp0odEcM4gsKK6kBoYJvGt6 sf1qUpSewTCh1hcfWSfBejrZAQENB9YRWRBZYGKxoiuNlHAF1WGHyYwOukxAmTFw0feLq0Iv/U05 KMXgebRYz7M2o1q6O5PTqwNHcLpMMs0Z2dF5yh/emcADyjQDkA8yp3XU9hVMWh3wIuGAuq/1i+GD sk1xAFNBeixFihJeTVfQc81fHcvAEjBA3zDgwNnROLV6WmfJ1vDdONNjcgWT5Fmv8HiJkVKRboMW fJoU6QkWrZCz70hPsE+Y1M41aQ64x6eT7At8tMvohtoRTIqVhjfusfrQ4yM81zklysPHIRUgHZ/F BvZaLLUWdCITpb6xu7JFzUwgpOMMKwEPVPbjuTXv++BQ5l9tiqrzzmpuhRPA5Lc8IvCA4Z01Xcoo 8FnsD5X0MF3xDLGkD9wz+CP1FiSPyMtX0n+m2Xoaq0SziSGDV3SsAesu3ZriLxSd7IXnhqP6PRCf iLzG0ZMIM5TbQsHkNTMtfUOquMRkCRgyuluFd20MlqomNS0nYosqhhSjYrUBrK0jlqzLLZIMATUD 7+sKTWUAid3cep9ji804mB8fPkwE8QZjj0KS/Ggms0Qus1AyhXbetM55myoRtQVbCYSMwJv2W2ie 7Xudp0GVMKpeRmk0UywXmfjNpGub8VBJmQh6EOIdxpuA6IFOWDrG52oGlo3L6HqOAVvkOpqP4NFG PfvaULM8g3AhTPrCzNcjH7FRHaSwtMr/MV9tVUbMYrv7Y0NgdFSCOBDfll+2KIvSTmT6Q3/ShYAz TpFlbN/jj/AlaLuJJ5/uAliWvSL02feovh7Ch6i6wbBquuEDnoFeUhxIFxEIk8dKZCsM3sq0xMiQ e+FFytbgOBXlomhkuTfRuPVNmBwzw9OvtuyshCEZtigVFmfSA7fNFQl0Wlzn66oOBMHY/p2DyCS6 GBzLLik5FBSUtPu13ZOz1rVQLrbeVtE6fsvZGW3J9LfljK/TJ6bgQfl3bxsDl88fQEGM05BXwyMn 0tEvI+ghREJoeaHASG5sYzDDobtURV6gpsagSYgCb3iqAUvhHzmHeal6m5HEkVAbAM6LHOqrnE93 +trhRLLcmk2DB77xJxNSU+ciSxsnhfNpOcAZ9DHMy2PJVIzvN90dDMS15sLWplluGu4tj8+3WtXj JP4ZITfoK7ma5owKX5F7XA6YVdXfTh0BLIi9OnQxGfKT9c2/sA4+Hixuj/6ti+ImuBZN41x21rQE AX+7DZfvilrJ7mkao9EuLpfQlfzWYKgRBbecYnDyh2fLAdAZT2vL56jrToiNfLHUT492N+waN2dQ b3aFkLRFX3yIECw44zR+qENoRISZEMt9UMtka68JeqLSZl3LdowZ1vjddixeR5rVtutu9k+DapXn 65KX9TpmxxVlgfLHqKL3OKS3bc4WvnH5UNoGy8Xs+j1/BOJE1KtX/jYly97O6cteR2JCPUnqvtjC +i5NoIdNKeAzsM8gka6BZbniaXRrgNmavU/PiIUgoNbBrMaqCSIiKpqZ592M6+Foum2i8IJ30bSE SJcGNPEhaTZEiktZmGRtmvnWLYXiZbfKZub+BU26Rtrw0qkyYSH3ZSVGes/gXOouC7wTvbR1ghEq YiW2ag3WHJsWn1tDcDly87OJDT0z0tpJO5tERsYameR+zgzL43pKTm4hbhk96wUdnZ1qHLESTJiP eexwvYbX8+iM9aurfu9pQj9hHS3tPUHsTRaEqkdmyrbRtx8vlBnnpTRKiKApNb26ZydMeUh4WLVV U7TTUz7SbSkmEC6ZAIieEQE5Zkj8qIPTeKMwbOpKOvokbjOENKrL0nBeU5JvFavKYWYJ0Kyk2cV8 HsEMpCTsup8Fyxl/KCJb1Tt+ilXF37rT+nX4wohG3cg/MqwWqUkTrYM/NFLUzGC4y1dR12SdCupo jM7BLamuH6LzopR9YtNZ8jhpzCOd9Fw/gRtjnTk5LcIHPsYY/4Q0msFOUyC8URtvnrLi/RDnT4At 3E9DFKH2IFcCR5ISgCWDpmtdaNVgD2OVlUGKCFhXCECmQ3VNh/v9EHYqdaL/eMIwb+JwOwQCWpvY 9I6CjOrtv2KOsyY6RpGYBba06Stm1Ymg9mJkeE12QwcJUK8ImaoUTOg5uMZY3bu3GmPhZd0riK3j WqIVFikONLxCzWvL8n1YijpYDU+ag033Afs5DwAczjtlNsNTY31HSAS0Brb8s5MJDlid8FjF6jYf DuHaRgqCabZ7JSViZCgKviCcpyoHkBAoC6If7MV41SsAX8KQVLowQQQIxqlqChDY2wnLjsqJqIhi FyBq2O/62O5MklXLgdQqrwL3qZ9mCcIL8g2QKgGhZJCawFURXh7P6txSFV3ygX8BcakYCAptsSLY bjlOfSQ468H0+gshAwsr6qBKdnWEdHZzVoYoLCsjBGGGdNdLKCxMHC5fbd+QrN7jCbMjFQ0DtPQy bBvy7NWICNsPeBYWHY82mDAWuJ7Oez9hWlV7AJ+REPS7V61VlBbDUkkQKHnMT89g4mCIipBA6qpB Xc0BNgQErbjDGsofCsZnGT4p1rE2ocTwcPkjUlDGGFqI9H6ACso6g0d7dyfA2asHo30qmwwjjX8L rYXjXUl4M+/6RMpV16O33QXMnfGf0ag3vejwslpeYfVHoCsYsxf1wZPvsNrL6V7hkcqVAJp/NweU ZvzljTcHRvbGilY15Xo841x7FZ+mr/fj79ULEF3uLYFqkaAxe/fgxssIYbYqcezvIFK1RGovYPYC lFTtZOqr+FAroNqL51e8A+39t9IrvUsRsgyLVg4aCxqOjLiNu6wPqO+AcE+Col//VO0DhVwLeNba hyVjrEPa0ZmR0tVHqVqJ6+/7P6ctXF3/4OTgcNgyVPoMbB4p4diH018pu1dxArLRxH/u195dqD+q vZycQYDvw8B7eWgMdZJRHWpLWHUoYQPMr1WAgWzLHcgB9OZHs5/y+I+3K8LJ3fobVg8zV8kFcx0O bTQ+9/JKTXZ53e/dkapa91GVZ7x1sTeInmUF/FyNd5C0EwG9vxUUD1mHZZtTeCaVdHsHCkLLqy/i K+xya5bCeyWooVI476XVsaqjUBtPCKGVIOn5HIlg4C30tcQeRYMD4yorxuVloNkDC9lRpHP1zGWS rLsU3tBSX6YVyAwfVzSF0W0B9kLDkPOlN6uq5ULKo6+KeOsnAyJhY/mxnBkN5okfwzTpgjrNGgA1 s5XsTMaTcZLpYu+VoWCCWdcqAnXabPzbaMwWXedfqqsP1VFBmnXqZtaM6WayXZ2Ty8RKFIcnM8uK qNjB/R8ozKBm/+0yP0o5Zd9cYvH2DjseO1NvZ+ggGJ8mK8O5yIcTF8xWyS+xrNWZZt8L7cf/roYb BDvPrE20zb29JY4KH972brPiUtg4eSa6o3EFN2Yf6UiWjaEAoxji2xupiuPAdG8Sysxsu2EBYrFn JApugHisl5EIgexHQSG8ylKkBSy6oA/gbTtaVB7bDM8efhVKx6Pj1nHjZLrjGvDWeHa9m1rjnCHP bQhBx9xCrkvgKkdrQvEizQDMPMCgwIe7Qjp2ZAGaJwM7pw5GIZWniI6MpJwnV5G/rncilthpTuUb l8uKNl1AaLmpaveRBfkXjJFfDmKfh1rwK7xco3Bm6jCLwcnMDpETNu8K9xSxQbh6rv1ntCHj5LTl sBUseKJv80gHccovynVQkYFDwd0KtTKt9m/HS0dtXE+6eeE5DQZK1OAKoyMo6sUFnOOi03Xzn7gM W1wiAC1RLH7nfFBe3+TWxH/3axjA/M7v4kNwvQuWRQ8E4eaislzfugJTGkcwNp6cOfFz5ukThBbg MLgesFQUAHswjDARkw7JpIvxMwUyU7YAdMNbBvNgY88bDL++ngPoTKjD0CAY3Ebe9QhMCKCJN+f9 0c3BDU2GiMZ0gnP9CgyMlJsD37v29PM1NI+YwiKIpqgKgAXj9K5A3qswqyoNvhN3O/3uZDckE9Fd X/La9T3IRqz1+fri3Hj4n18i43kigimOeJU3tQ/G8WIplVqBSwu4ou65F7Cild4E77cnuDLWp3q5 39HpMeS1oarqi4ovEGm/eSOX4aiK7EuvN9Os2Adm9r3AYRwqq/cVKsIZ4Kj0q/chklH8yUH5HNmu J2F3Tj07o13RZ2Nw7P3F+KyVTte/vM6LwQJpYVmOjD/eKsbxMzQ3koeqpL1ty5yZXBLRm0jR2OwO AECZ3590V3XS95fOyRuVGqwwFeBV0FqA0evr/4K5jbTEABCNaKGJxuh6F/jYSJybV/rVryTrOmik sSrrHexuKnvzGaCeCEg92C+MyxWKVCgYS0UgCB3cNxEKbiDMKvuMBgurckdtKbtc76fQscZGqk2b ta1d6obtC7gNBdUmqI1kQu4sUk07aghEKovgPx4NawatNUvCd2vNiONVguSsLJWCNTwaU+7AAqzD DE9CzbK0ZALXw2xpMVXcNFnCIuDiVPBhwBk5/x+gK2vHbLk4wnMqnQITANlkO3qbjojJsgbaBIpY 1HrBCtFbloIByQi0AAEaE1mLOcR6uG0lEGGParlkDS1q/zAgTtF4ur2NSReSiEgNrUIi2h6miuAE YgA5FBL13lWrL6sdasOb1LQVJ7jQH6NmuMEpZMCQk7dZEMj3erU3ecYsFaMtm5NpZ1AJvfIBFt3W c4thCRg6pGmpjAcKqfaCpTz7isk3XI8nZBZXa1b9OxeiZyW/ovgQPGg5+U9vbDhTZci3bQOCVHIt YgKks3IC2AXinlv6hAggkcBqMg8hztjrSmhPe0bLivyh50ZZfaTHjpLKm3lU8zAPA0cyTAssDANn oaOXl111f/8ST/kqWQ/YMoFQEJLQZmuAsGhvRsC1XeDpoa/ZMKq4eAHNWE3wZdd6IOKg1IQVnbF3 15zPmYXMguppyQQIrVupvnyNaXxJzzueo3/0qpRQhlq268GN/3iu1gWGYfBz9fbLBbiXETDlLJmF 2Mgbl7o9ltizW4PkpSAnUYma/pz9sfQruGLtfD2p09yqpBI6q6h+ZPlM1xvLX/eUZXkhkrfeBxhh XunpCktbX8u3J//7fvalO+0Ub28v1YN2gR6qS/31xMyWAMtOekaVf6o+oSi0ZT+pHu9glODQXLNI XlmLXstI2ARJsRDLddXHEHJXApClASqE/e0p1aXP4JQ30YQrdZIS6rga+7YajepY+QeGbW2kpi8N JBP7lV8boQdNWXhWnAF3y/u3Nz0m/TyZ9hgkxariZ+WNrNIfaXrKlsFhMl+qRuLp9EZb3WllUVCX aH9Qe26g7c93+OHWSkUwaqgWAOYhbBaIcRiO+1pBWRtfVq2Iwut/V9veRyngyVJ7VgEXsfMI3Bao L3VsLy6pbMzpsKHaDVmh6bD9mIYYPWGSNFvLJvN2Mm2eSCbWf/AFuVrpLs6o+ct7AnpzKsL8bPO+ 1iDHds52lcUjJaZ4UhuaykyZbOCm/xssizk5PZC1h7Wg5YaUMMEZNoiMNtpGKEkZM8bEkjSkxBL8 ZkX3iz64EzBGHFki9oXTq+/BsLlHLuOVZFDyO7WBkxG+mkObN9Y8VttfS1Yo0jtcRVfzAPl72SgS S2tIzKhJgAkisw66c9at/lItJX91ibzLweTSsColyqnE+IiJK4FzNzryxK3kdlfkyv0SE20YumSw GbqRtmxCFBOdYnf1DKe6qhTG1r1dOa86dLEvXaihPCzC5FVr4TFxzVl72eLFqDOk9ixOzkBh5TU6 KEUaAc5NUBlPDymZaO74zqWECAcaaFPiedTL7BffGJhDhoIkYkVjQF5oWwkwxZIpK9JJfnsfKbuE 9xp6VlkJO0Opdq72LnXRPg+b42oW5EfCbD1Wr9evvPL+MPR2SU4miW/scNaFdswP1754iVTL0PKI g3N9PRBo6oJZWbyQT4yp61Lbbhsu1KxeMZUdCuXMV/egyC7dhmVtFRgv89KWL4jVBxFYbwuy6eB5 CjTskCJG27W5FE6C+yy4pM02NxDKuFCFkZtKZpUINoE5+PNeoZIdIgSK2pYvIMCqovp5AqJKm6AG SxsF/ZFbkaDQuvBPFODZ7neL/k2GjpzFAkL4jWius9TJ05Ka8ZISs8A5FPbQPMtKFWWkM+HqlO+u IHkLyV5cT/gdD1Sc0QsCnn1zFpzYSgPecFftD+utnCbKu6tYUSE3GQvi5KQMEdScjyImL9QuGi0F awGU2JErTGHs37pZOZA2fV0LCi6c94UbiyP9sYpc/dCKIkqKVFwtwGfQeToUiN4qU9ERY6ohGKc6 Zs2AzKkDrR5rykwbRG0SCc0rkDRymRMEDJGVUoDO35gC12BQOQf9hFKLwFHPINZDPTNqdw0Xb7Iw ajXQmtKGIHTLEdgMPcWdA7TDTuGuMFbKZqrNqtqfZhh3N0TX84ct1gn6zokT/Cc0Hsqb1wgdB8YM 6gCxoLTQEnVEqQSTuPNW1s7ng9NBHEQEb8T19c1UHw1OwGf1JV8R7ALTr4A7pBDSoVntATz1HFAY sot/GFBcoSIoJIgA1GNUiHPm0BigJVBcWAdowDOqkAOhrGgBth7bRSVhPQjQYBxEWLXmQSwu73Vg YEe+6w/CPJjnuFyeKFFVVwteUXnBnGwIkAfaCd2s6gAqsOPwIJ7wporfWtOn7xBg38FrVGvHKwR+ 9T5DEKYKr6i+1YQXgAOTfxA1T07Fqy2w/7lKHZkWGQzCBKB5HxvsWvV19b1dggy6xoYEQJULAMpW H9tYFCWAXzmnD9lbqBEBnQqOhv/reXV3e7+dAgSYuCHD4Dt4T+UtgHAErXvH9Wlz6zsUZHhacKti GccbTima5QqueUZixayGCmrtp/f+RXKdN+PtblEwYbPg8cuxSiEAP8DZCdoWmRnE/OB5xqBce+gt /nXIs2WAP6nrGOfw3ZOpleOhwd9gfBpkYqDCIG4PiFFtLMSkusr+QIlVQp7Z8V48eX/CrXhu+om/ LU0QmxrhGVIHglNzwXRBvQkCPO7tdWYFIKg7DvKbYUzwUPefu0oCgZNyA7iU0K6hnjZ9kY/hkNBb uJ92oaz6JouDTHw5b6+by29cboAnGLerlftQextt965KBkAVSjvoM7haHZLA0qqHnO5I0coqY7oO uK1wB3z3ZPoBj5DiDSRX/ZF/haJxgGHTqpoo2g3MBRNDsHUHoH3AEN5cSnBEXoVaQ3fx3Q+48apb n/dX2Po9KHRzJwoQMN1TGZwCQ5/196BouPIdPQFXGVavtAteMyI51J2JQCq/9OZCDwTvrg0G2lpK YaBXaH/FQrw1cQOitRAU7paE8GJGJVZwb6kYDVIcpEI4WOOo1Ie0izi3t8pj6AmmejoKATcCb9Uk k6i4lE7aQvUZ0Loi4Aj2utSAcZgrAgNkRoG+YVTjb5PZ1FEP7Ybfezq8XtGSrSwBZDshx88OVVYU pdwBrFhGQDPm/Lq7uxw472GwdfmFM3mV/JG5UIdcLXc/d2xgKsYrgHOTQqJUZS6ow3ozdUtgvV5S arVPHgR63FEHs1TdHXVO4LPA6nIwFjEydS+MACyrG085z/JretJXlRNxjQewJ5a5v1SX/eJqhOU+ 4FX1dthLByJ8cm4d9SbQ6MpQathemzVT3D7FDRWTsu0tnELhvrXxetUbZ3RMukOOdoe2bo4Ho+oC TpC9myfqFwZ6J1pk45AJySGMAJO5rX2u18X2rMo6s7u8D6wSHZEDtc/EG84gc7/ACDwK4CSDYDe3 kckpggjtCyVpuSgRpLuGM2zrrRBeJ6EgAd7SyNvxSmjnP+wvXlvMzyF4uUeweuA4x8zWYMvkKub/ EBUPB36lV3ZtBaTzrPmWoe76xvduQ/WY4GyhibjJUO1rvMqBMLmEoVhusb/n6UHIOVEJp9PQySYC KpBGkFgoVshenDFAaaG3gB6xx57Zy3EgRsA0G3Hny8AmhOk8uFClo/R5XWpcTOgk0PO4l96Dya8t khNzFmHnmPPP+W+5plxksnZALxi5Co2CNbO69tThySKVTQxDA/jhLoEnCdzzLbfFhpzsAF8jFFyY Ms8U1eTKAS6d4SF0n+utc24RofNy8EMirnQ3sMRUFobwlDfzCiRunXNzueKghc4HRjfzCH4x5nBP 05ibPCGFxKAKW89RMpAce0GETvEvdZh/QRPlcQyQw+cy/XSVCc9r5NhSpzCWbuCzDYikFBuPq0iI l8u1oGZzjokQhVAxSXKVxTPc+zSs54IpBrgQOZpbjeWVijDNtXkqBCvugLfrk64WK0aiLuRQXoAv bbpE7P4xP4F+JoM/Oj9oq/jW5Al+wfBlFXqajvBjBUi9+UksSzhFHCICqIgvgzI1VZne+iIwshTN FEiiY9hVviVh6AECmImvEZAI7FAP0ssQs2cJjjjixeQRZfEXN4qUCiSjZbpqYOSgVIIFy9T9Dj8C kZ9jDsJoRbiPWtJgmOoJ6ID6nMHm4IEg26p7Ak5oegBs6h4eobcWQnisTgJW0+IFXNVb3aqSCgIh OQII8dY33Tc1U4GUoAcrg24ZdIf0X1VOjmWttVclV0FaMBxNEKIL6Ly5iLIcFAGkeiYJv5GyzIJO JNXCeBBH+E3hvjCWcME50JmaEhppTXzZIp2JDUOwLsjndSAjTFdVIowEtAXVARbprbeNBVObBCOD 9pRu8E3gkqth2pVuANRU8RX+9qbsrBCeDD/WyLTG7a1eA1hpusHUGjsAZyFFH/CwZ5rBzUq8QrxA /CSlS54DnTY91ZdW3gHJ1H2tO1NaiYVHB5VW1U3fMgt9Thrmxtcf70+haDOLL+VK9AaO9SJNFrxD Hb0njnVoZOQFuYWrzWWLyTdEUQ5M08+Y9nAbiyFMssd1uiOARZf0l5EwoEfxGmrx4h15jB7BFv6U TmNvCn2oeUFfCPnj1z5gROiItB+mfZESM0ChLUk3jpEISp/IKDSV/ayMYe1RZzYwm84wQB2bYv8U NzIrE7IirtesEI3VtbBDgAHp9JTOhAjp+QsTFJxThW0LiviCNEwLwVYEBrMa7dbtliVrV5jLgjBz D6uZCWTTQr36o92gM8YwuKmAPBPsdHPIN3XQiYAZFzpqkQVo1sz3VMBoCfXzYN9hgEnbseMWcTEr 8CcbqMMhuP9oW9lYw2Pj9L/okbQHC2iDIAz2uxwE45U5QhG0RSqCzdYZhd5C4JhTqKBlHy6XLMIW E1MP9sGUcWaQLMpERRrWNs1sKsN+WZqMe+3TJIOoDpM+NnQPambsN/51aflZ7QreIZbsV6v0lXn3 aI1kY0GEuhVw9//TdCeIjd4wtoUX0h1bnjVZ82BXpfe/rfcdKC+pVGzpH0gQBIGLS9CywtCZIhrR 5FUWxhUBLG31iMerA+FarZpTJdqNSShbZXdA535OCikE0kOzAI0C0z6QLIMq1QU4bsnW5Q9ocPP6 uWliXuuhmdU5dHIJ5i7DZBZ6SPOUVTbBO3pQyRCT8f0ZBL1YPJl8HvkFUjb3w9c96Pn141ka7LmM 3lN3vT09f/4DzGYc2JDXD+91KCZUvAsyImbu6z9ZrtKLsoSLDCLIujMwQd6OClw0Cmx4Fjp0tySZ 4jHPnuC9piMzB1DWm6de+yqBBv3VOrMd/FuioYXA41jUdAtIbbmRrHN5KuecTqPTcy0SROQ8Q6Og 960LzCyL9qRhszJ4yP+QiGe8v0LwZQ29LBg9GNywLxW3oThyaoT0lDGnPtSSGK0VGToJTMWo2zKQ f8UgZ0Rdod6oxmRMSkfQGnM9VaVpmtEyN7M3Yx7IzntJUaVyrWsWdYsVhM+TXG365HjA7ipQxp3T H8ulKdBC1nYXK1GqZ82gQE2YFhSDogHGiVpReZJ1l4XAb/kAloNWW/bHG0kuH8lKJOfWlJr6PNlb zH4dMgW8xfMcGWmWmOifTvTNBGgVzFk33BUzH22b7rtC2x4wvDdbjSDR0O/ayeQFh9J3vo6J6BHj r/IBy081iTuQ1Iywwms4QeTIDJuAmTUfSEVW3byIOBFdv1QOibuSB4TokjQBg1xrjeWYMK58V2/0 PDdb7c1Qls0/eTy8fdRuc9YcD+R+wQrWF1rFxHp1jQ1nh147ALfclg01PvNrCJ6UBLXQX0LVNvKc SvB0UNvsVMqkW0/YVNo7kD4/iqXXsw7g5FUC06waREECqYMRKylgJmqgYxRig2RB6gIklDWWsq4u gRFtUeDXm/6mPQG72pCMl20laLEhB71i8/IbSjdIVPUYrzZJjVQOS7IptSELoCMlw8oYGFA6j9TB F51sxmyn8H4toq26ZG6m2bpImwZcNjY6Z4gFZ0DvmXu5xYooW3F9m8tcUOMBwGIBoDHxEPaWU824 anybUnwwcitEawDEJgb4a9cBI27WsgAyEguGFDeKxvTCiDG8hXoBvWTGKXenbEKjkCNvgQv1BiBi cYi2AIUoPSQEUCtbBNTFKaUwgMoA6uXBmELImzUTF1pnq78dg8cH2rF9g+YVlVn/RaWTeo7FTzks WugiFB3ipi2hyeWFN9+tBQBqQrewiYITyN7K7ppSw9DcwkCQqXvEkUJaiLpPRZqPT3dv0EKplSg6 UGgyrzSNBtJi0QArUoChqf0nOkiBYmbVepLvBDu4OsaqvkVXJ8ZP6CINV+QaSF9dS2nuShFQkW8N Nq0IUkhia4U43Lu03BPEpbM5OJoqacZ1Bt22zwX25dSkKKIY8Z6nPTB8A+0NRhJIX4DLYmAGC8Rc QHWxN0sJuF3tOPhzbloBeX8bV0jte597jpU3MHuY230luir2EkLOUCOVCa+04+PwbnOEB2t03wLu UdHiGHkpuCyQNqjZx95MNWCbxNNX4QQdcu9Lz6fGHkDfgqnnUQCik1+gmlJQISGeAykNKnSxm0IG aKJ9A26LXoXI6+kBrfAFqIieQtZDBw1NRPfGPEcITA6UT/6wVqggLY8hrFOQEjQtBODaPF9hHtoA ooiDZ0BoakNfGUTajbfrlhM1B/4ab5h5e9LD5wNwIIcGKPBHBVpAa1T9qohEL6wZbqBoUG0lSSE+ OLOBLp4YFlq9E/CmwQWEfthxH3QfF7sTu7Qd5iwVEnG2stOVQ21XvKNlQXzv8HTYNqWL34nYCS7C AL7qidPRgIRpkssVZt4cPqeUbnVlQbHbk2ohKqXEE+4MVFi7fetYxA5Ri7EdTksKUz434rRzytAh ofENkD+qSSgo7OEwNtVoPd5YR4oMLIWrqk+gEMIlaLfz8Rz0BxmEFEL5FC6G6d0BmwDHwE6A5eZ4 U7vXYX5qO1f3OBqzV5xdQhhzCp82VFw52iUqbyUPZJpCLbFyK1+AbgtTC752+iLILdiTBGRA1pvK IKOmG5SN18HLEVoxTCsFEAhJGt8eToSgNbxxU0PlDXgnIBQ6vj+iNivsq1fDLTfJQI50zPAcEVPd AwWMau7wxeWZzXOiHzTQUZi+Aal7ghfB8AF62qefHQ2J/Oqt2Lv7K364sydBnk6K9L+tHpHYsZIV al8cfuChf8lw73TCaMyQUoioUtDVmkAaPvwoDY3ErKbzH4Uy1Iq4K7utxDIuc8UwflFwobuDo57n rMOGY++UyKpme7iiG+DocyczOmfRI7GcY17HwJc2iAh8RFA2XhjX1buoxLR26sX+p3omxA6UPSt+ Ai6O7nyG2fq7itPe68BHI6nSiAIgf096haisoAV8ewpiVFYjMndM4pOH14OOdfStph1PP/urmh/n bxRl3G75i/vv4foHofl41ls1PS5XRa+V45bciBx9AxvXAW9ylqTqG8SqOQnTKZIKZd9+QOU6q0OE GKm5ctk05qReifrc9fTHwJOB3McNWxtjHKDufMuhPfuiot96ePn1if5orlroBgZMrZXKdqD0f19+ aD1oef9L94OmyVuZ7hXxRN0/bu9V9lb4Q/aDGL2+4tgqv5RdoZdn1TtWx+uyFA9DGCGZ8WAtzM3v SsfLhVWOfbdBSmfgGCMz0RRh2PwoS0XHDqwWY0tnqbYp2smmVJbGKr9shkYttiEGShmVGgruMZr7 MARQanas0hRMHGSYqT+BtbXEfoAL9fCglVvsXbHHAcvbaZMZIrM1/VMUqKIzZRlK4MiYKD4kleb7 LJNEmdnBFrULwmYcu2mAznr/WAUy7cpfSw7JCB3buKKnp1Lkbsw9aamwXirK3cHQuiwp5DMQtiaZ lOwVI8y2ERnzb+lhDFtrgrUt/gjcrtEFrwUXfs5xnCxoROiOcHzUnd58dqQjK91ZnImrR3i/JcP7 OwGyI5HbwdOybXWz5gA22+emn2ys9T0o2xIcbm01sx4Erc4yEEJvQVS9PF/esitdadw4GH1i5cyn C0iPdkLMMWM9yKJn/86kyuJtl+guT8oDsmYphdQGKviARLFF1zMLu0XNNtZIH0sq7PNniGBo27k0 nAUIS0l8sUfUtZb+vF4RQz6cJYvnUnahG/OH5R1IUMMRer2BSA1q33V9e6YMAfmH93ssL6vkdHu7 Yi3zYYJnScuqSqHLRkf7NjRWIestHyb/iPSovKJM/BtyzB1yl0WKU6pQlAHwNwFx0Cw+/MBx5OpP 5Yv5PDkCQOb2o+FRlBHQPG/pOVUMg97rGleTtrlYIxAFAoXdHF8CqqtDqQMh5y1FQeLQ8U71yV5W aErObmmbHhQzQjoa+gROD06KE86H8sjkynk38mZhb3VfuX4Xw3ICuKwdOZ+12UsdJzludf4GBM5D Qm7qoIBBU8UuBgU4o8HwRCrhCpEXzyzXGQL/YFTxk4UqUD19Co2uarQDOwoJ3Ft8I3oQ9BQ7O5Jq KMmimqHLCS9d40+YlJSBEFsIQTuFsdFLyw4Ef78aZi0pHJswUMtFY96oEUGtwv+CXChCCLgIzRME RqJzzKbqTwyHzPZzl7tXyA2rfYWvJjoRjainqLVXFSSK3+GZHTXVpWJVEGrQE2pb8WqkRpG7HiYD IauIWSToAlG6aFiDYiciEKIwV3078AcIEuUP8qMtiMPLNfjlOZxK4A/gFYxEB36C2yh+iw1IJhAh jS1cF3wK9yAGmhn9OMBgQuNQJrgHBF7gr3u+FrjCvcXOYdsebnMocRWaEpN2Dt7Q0EBXwAZ6ZGR8 WgxbK3o0JQTqgonAQUQWZB2jEuKNhKgX8CcNU1t4bgm3Iwo300XKQgQiZPKPiqPN4HrBLHzYpIZO 1E+i82DgRkF+YRYNpCjBhAFdaYXv6xFNFNs9gvxu0ZPEnqKa5pGLQyw81qDTNBNKuCoYRkITVIYb 1nuPYpl87wKvLfDMllJ+9xdPUjdoRXFiu90tDXpmmqiWyRrZmDwfNd/TAR8XS4p83wpumb5Q0iZO U7hgGQmqR7AlYRTNeD+zwW0iEP21v1vA6wiAonjjE5lKB4qO5XpsaTFJGdGmvblmtnqvSDyba0HV L8FwhkVjLFK4H3rCjgSAIgSVuWBNrDxshwDRJShJ2bvMmsA/G894Z8Z9x4bwzxGuhBjWgxZiBoTe segJOQOtebFMLJkMBCHaaCyaw3yJrMgud5CabkqbQlE8OOk41JVhzvnXy2ZrQV4kKWQmbdKzoVY2 1RoQCY52M7NUINiSe5YBpkzEzaDKz4It3AYPkROLROeBjEygTSC8RpBGuz/qEIqsFmuP+NL7PH0s RDbPWNRCJohmACooWTYyLQrqhvCW45vEKCSqValkK8Mz0EfGAb71gSRmRaWK7PFbW5AUxBhcCc4i TGd/QgsoHEuVZTPZtNEQTjKCTMuEGu4Et3wyctlXgJK7g7xMJQ2VuWCEQZnkaR4xw8yCGQuzYrEy m23iKFe1YM1MW315Wy1gkCW1mlfmRdATuxPNmhxMYqIxOxlk6Rs4I0EEj2dQPblFq8y1hrJ9usKm aIlm+8E8Yx+fX6DQJMDWddObfBXbEHDd/olMg7eAIpvmpXJKc5Ry0lzIrG9LWtXfgbYMghSU3r0s WC1GkE3wnIwP1I7Q2Ujt86u/BgPtaNQoz3J2Bu/R7FB1ndThzrQln2ZjtnBMFbGXmTT6UDZZJOam NzaSJVHenVihwU4+9IYWnWwlbBxspeGTD/VrEhjLDtkuo5LlLC8Pyy0Z2DB7Y2lWPxlMkvG2JkVz yPW01cOloUs32g9WStoUpiWgy7yDxt2/7Av1qPnWo2YfVMHT2HFTZlYqChnaCYvw1BpMltYE69UD YKttZhW1LgXW5DKDvUNjTE9X1zU3Sj5JKnlU+Crw5NVOAbOyFInpzrbwecoWMVFjmTW7DJguNJk1 ioF8j13Z8WG5DMQOCAr34jUxIGZxWbcxUS7J5PQbJ1bRWqaBTVO/i5NKDmKEXgRey0+LnUgmsaP5 4OZ+5We71w/5AP95M8Sn9EScWG3jqg06xwSTprYxiX72mjYEZnMZR4/imuaGDSrmI/6eNxoHog6L Y6KjZ+/kr3Qkb4dZB196WGOoCaaHJx5ycTnJZK0v+Uoaag3hSeq1mD2giFnmpkrv9QI2vfYGpUoC usjCA2nkz3LuW1fqubWIkW89y+djPXPZxQG1cnzMwJRt4Jvlj+eI26PBznyMxDK1eQl4zDg0j8Dt oI8sGr7H341TosnJwalndI11NTA632pFfJ3uF5oex6UdePWFBAQmbSbhcVrDmDbd8AWMNEQu95qY w3IpB7FY5gbkjCpDLlVKTsHYZkuDUCiE1oio3sBwqD7ofja2NVDDokhw2TWKstLpbsnYS7Z6VgtR MypRQs82AGc2mgYVpeR8g+B8C65a2qhowjS8QGkfOfEu7z7vlh7GAI0aNGPbOYzCGptQ8SeJz8ip Q2ABtZXJ211JN5E9PQBDErGVqKMMWY6MskeQaiGVO2xBrchGhycq5Ke1ZJIvjq4fR9HvShNo4ncF 4b0Hv6WkL62z+lpQGeBeOltuW0apBklYmEUxhQhFU4otFIvh6UFhPc/rSYlfAUMzY2gF8RXdGGvB o0NIRZdpXOfxfX8KggQigbWIXUmHZnquAfV2o6NoTy80X1ILfyYgKrbJH9BBC6gf7GIwEQmmutTi IE5aRz/SUtOihhKymK6GGbMeBJY3DYiLy2oUTTjGyNi06TTblU8NUi4K9ATuVDrRUaLZDZMv9lFY sJZNMNu8KCZnKL2tUJeJ9LBmjgkUQq591ogMBpcjNXR3mHgB1Nd6oUNa9A3rFjYlRnpMJ0SOBdoB wrwesu94KnXQUZtMiEaEJJfHjl5qKhj6VPEjEp2GAA8oivrSzoLhVe0/QcSCS4CtyhzCyYJBvhdk u+fvv/alIfhdEhr60pBwLZvEAIG46LHzMfM8Vqe4kdrpNiWUC1+/Npituw5yCULgf2K/Gv64zcAK VVnZndCYo60indW1AjXrn43tB3Xd8ZAhnGEXTveqVENwCKo+GAfkedBgxVzdRSDVbSjAp8y6J9KO katQarVQkXINhFeHVKj5sPlCUzQJUYhBCU2f4uup9SAuJjLICRDILmMC9H+wsBAY6l6dZAiMIhLg DfRgaGc4EDLg8uABS5AsCAXf0vFwKtyC7DYqQZhXANRYxEiuALd4tu5F51XRFnizx8P03pCw8DOA aYRRsNh1Cdu5KWwb1RP1tHMHHUSopYanusaD02KWnuEezgU7e7UGVBoEXomgCzQOb/OS86aKBBob HBeN2CF9lYe4wuLWgNDAcCfQKVCgUEdUVTxcLFOlJzaKS0QWBQMCZjFiw/EwbD1fXYUjGDBwtIP9 QlCRbJ1ReHI6YQcoqv3rTRUkuQCfgZDgSEoIGdxvrucNoBLzFXBINEi1cGwfwMC2cPKdQsMow1Gy oWCYzgFvaKzaizYbDThZgb+qrouFflqur+QPMPyEvHnf/roqJWGUdfvWYzVme0d8hTeuQLsyA+jp ug4uM4TKbBxVKiZowwZxVXfj5NhDw1YpDNUmILrB89BOFSkCfiGFkGhqEEMd+5hEYNw+h+86enAA evTqiku7lJQi1V/04vt2VzMZKKyGhhQA1q5D4tBynYoIqU5ZnAN4+AHXQ/V3gEVZMAC+N8HrTAPn Y3oL3i73/syg7taX8jtr7Pcp7fu9wV2nOtB9tHD6X0UH/3kCejqLlHLK1ijR4iFmYUfaweyhf3Sd RppK4FD/+Np4yQsI4nDXScpmHOjrYbm8rtWIboU3wWFr8YG9Qg+Bm0t6xI1RS9lM3ShPYYYao8uX YzV9noVqfWmqyUQ4DhjKtQPdBo9pH/8KWmufRacVHxguvg5D03ApU8ZZmHXdomsZsCzMhG2Z60w+ 09N6JEJka1mSIDUGnyhY7SmI77X8K9O4ZcvODNxe/8tBKDTLS7Lk2RKyEcpZb9gqK9eOK9LSYNFg avL7ODPWvqOfBK3jcIJwlaYXI7bH30L2sNlsS6lW2KkGaXDmsib4UbpSozgbpcHEzNpjoRVyaJF9 K1rhIccJkJn/sEOdaSW0esph0Wxdr0qbhbiEHcxNptWdAYad92xdcpsZksQtS6xxttG7NaByi2A3 rjsnjUEWxRMzOwej6GDBs/YSuQ0XsFz5QeKSduWAq2pbd85Wktnc0XoFUrawejGD2rJivBlN8s3u VuZJNrAC02wbCDAJW1z63FqrjJBhsgR4WaCtJcly4GrOQSriLvR7F/jCeqijRi81ppb24ORmzJoo rcngT5LOY6UDWGkNopehG6XuPM2j+Ir+t7GtwGCoEaSukKVQAkvCyg6VHaOhorfUAOMjaUUXelFL LH3uxRIHrQelaEsgniyfsAvWDrE+lL13yqdKrrEGeTVlNKw1+xMmvFQmSXy1o6BUuSaFXXMIpIBH LGYOWNjb6WAKbgToGI+LIJNie0oeK11Fnh8OOGXm4hgFrbQrh0LwoCzrjyw2qbeK+ZTb5nV8iEaD T9kEYUwo9CDnpOWlsIuJSgivbXL03eM839td+bk9cb+52AEgmtYAjnNrnhRZeUFjWGDI2c7RCR/x J4ct/DRcSwBH+R+u8hDgOVDcCorEGSOKbvIKExDAGzQhUhS1tk+zeJLXxdXgOiGo43iK5EWunDdq xpXSz8K97IIbozaBDgCVdCLsi0NVLAMg6m10nGOeU+p2rzG9OG8u0oPCYi9/8FgQTTiAZf19JAYP vykqak9mjN9wF1QiqAXUxtmRUXfgEEPaQaSfog1tCA8RrTPhSjFleJhBpIJxaEHdRBjGWP54fiFe zRazC3Jdi9dWnCuyRvDTeN+EGLTvFWAxqHwtFmXDDaq1Cu2I05aIhEIQBbBlwK+d6TjW0At0mQVo AfRhn7TIq1AcKlv5WXjI2yIZ4y4iTQWDk6pI3XCItMJGRE1M1fxNDkAue6KFSh+AJniAW8EK9oar HhkKoVWc7aAz8g/bcD6jETK0wbBaCNZJwkAu8BSzGJjPhGlQqFN4CBGAgDCgwy+0W/hVcKmzhmJ4 Zj4nRGTduJFwGmpcIViD3u0Pfhp2FgUiuNAJ4whkhhKkCjA0a0DK1LeRiAwqRRUPYuqYAmicxUGk VFBhVvl6NMW7VGxwA8DA9OG5h1WFC4dXcNq9b7aacoJbBcyIGqd7o4KG1XMMZq8L4/Ygc1n9n859 8xX9pIbmhTYrMly4SbpuoPMWKA/xLQCoyFVn6TG0oYVobCzTb4LnwmfRWdBU3LdiT5OycjUeYO3L 2690U0gMJztakcXYz/BjLQ1G1jrdF6qIWuK2hcZkG9gUsmJFPJLCEZdXDeGELgjm22xY8FLVCLeZ 7DpofjJK1nVfE3LBb3F0/cm4tjluYAWWAajCdKcUCTwrZOFqdKyFwlO3UcssDIvRZhZQlv2ehBk/ zCdWDfBjMBXVtWIyQW4idqLxZB03oBkMAx9JBlml/UPsXs0XToYOMJUSylprISR5q1M9aDwNC1Mt ZGSrxtsgGeIITg/zpkIhYPpfZMrqwg2aIwMszB51I476W99oVjAsx8DQkndkQm2y8opD6bexp/88 m7eJPvswqYrRjL5OudR42pNi+lvivSZz1gFlHzGm2hlk/mYJqx1CCV3gzNM0mmpVqcDUancMeQWl ROdMpYmOOFEWU/+AdRQ0kqfLWkkaxEJms3AI/fWF8MAb/hipIrr2y3Nw3ELgNcwk06pWale60/Yo U7G9V+oGzNRLcjqfbjNyZoRkGZtooP2WGdEmRiOMvSyniNq8agroE5jF9Cv10qlVfvHEMhmQHOgl KGDIm9NqD7Pt3ZqQJOMxbuJmh59rPy8wuJWpjLhrlwTcktGlwBbrpiw9iiVf941R//P2prOlgeiR gZvaFohk6CwzQoTpMtQJgc3JUlWwvdXMQDH1AbY64qWuIn/KAbtnW30EWdbaTsnUCAk4A6TEynJh s4NFp6Qb04NavIIIBzoPO5lu6EUot2snHdZ2BpAyo4te7kFspYWj9YiBJVcYF8U3Y4DIrYDZJCA1 4vFjlTQwb98jmMiaLU7SHtHOrV6UIdyE0KKwGrlqZTC+g0jrmvd6nMeWtmPftE5qMnUgcN3JiBMh 3fNQgjI8eukLQtbKJMuC7JhpX8S8JeVMg5HVVIrXHLagEDjNDBmm2rRIS8rTWXKtCHxwuR7iUuOn aWc586opUeUhWufKJmA5CLIJuy8joxt+trfCaGl1LQNHWxySmcXk7cV+MmKUmtFaTWAeU86mhqYo /GWMtJsJlQKDMjGDDCmVopnmR9qTMXWr5ltBvIWB8QvL3G+pzeDnsVl9qbGMvdlTc8v7mxXNShwA +kjDKhDX8icnlZKagX71wmCebK7q0GyhF35Kh/FurGpTffrDaiAVmAlos2F2kiP0YBGYGzwxnW/d CE3jwsMW37eipMyp2IiVgxzKCdQVcmMQsk57B3z4vnIEghGvZz6aqWyZIRxBeZpQKJTSssJvNRNz Kv2p7eLMYigkVREo21B5wU8lBxv1bCPhJfMPAYE1zwAoaipJamUJfdNuSUqXwS2hpOxyddN6YFZ9 JCjFYGo/eLQKp0tnj1fpjqyKlcgEyBkgHKoKD2c6jIU1WaNjWRC2lhhWQHFOjc0szKH6MnmJprOR brK1R2sOnNVZbTaW1KdtktR7YyeUvrfAGc62xpA8S8qkt5JM8q0UVw6MHvDcDOjK9palzRL9Qzmt 07SSiuf4+NUawRE0PuyAieDAF5BvmTXmnZ2ijXlZTRj2pRcK59rIaYrxajXHu5jO3FPq05owSz9n KruaLWPr9E1PHAMRGNuCqTDNG0cj99yCQklb/Zs52jI3SIAxaBY2k5JfSpkdvyD99yHOZ2xJc0j7 FntGj4isZI6f8EaK7/8sBB5y/iMl4i1nqqf15aNalYc2oNOUi/6VQ/C34SPdUiusQ9NUVs7iyUik i5Y/n1lM8lKKcGbNKzuV0/D6dbQogTbTJiNGb2lA6/XWcUOZPsRmCiBJ7cZmIrl1wmkLMyslfixH o19cFEteMIfoTx8qexK3mWXglfn/TnlhpRv83yjQSXHr+8DtxUHwbYE5gVMfSwP/ZAI8rQVoUGYT mUmT/mIWy8e1ejbJNBi2PSF/K9cK6E//JxeDyabrDEXAsgwIUhFLxH3dk20+MBfO0h47KRKbTrA8 kwvrcZXr7HBDQBXe19c5GEHka0bwOwe4Lt7D7DXle1iOCNPxBbNxY2iM2B9yVEWM+M1RbwfWEOEu YVDh322OJu9obZIlyHjEygxx2aATZ0+BimMNshTA6OCMuHKic7BqBT12aHvhV21Utys/SEWEvr90 Rl6HwRVyLwGjVYLgBKqGYd88eOwW6NgOd2E/8A05smvwI8FxXaVGq7DeRc4vC28ECwz1EZ6mQEf4 BXAAAAAdqBzxFhgLstZmB4QBJSDBaMcedWK1Yv/CzJcn44UBXdnYtVbgMwI1Xf84Qw1kUfEMPQnE 251v3zcIIHAY9liNhWUURC/UvZDTYDnAsLPDTiCII0QXNdefANUzCSQTIgFP6ga2IrF8dWdlLeDe nR9mUNTi+AZTAiNRVaMbwmbxI12mqVjIoEcN8DuOstcRAiR1eLZqEyez7lM9wr1ItdXUvToGDnK8 ud0j/hoB5RtgqY57q+iBl5DGTQVdnNKTGsjw19NdxV3VIxBmFZpAxz1c/vUhviXut8dXVUIL7yjN 6K8efT78YvY6Qg8dGssVhnwPZlbUw8BF1D6Aindotyiu0E6kVFK8qn9xxLH1wMP1B/zrcUi2Lsef PqgkDIW/4NnCiYPJL478050O4APc+1sXrz6F26IEH67379Ofah2ff4Zy7GBBNYdvzgTc/2LwehQK LeD3F5yOcLuHomsa8BWdW9eNSrqlUEMYMsAbNTMSrFGFnX7LEVBLyH8aHgHUUOLgA/pmoPBrnQ0n F4ImBPUL8QWROSCRGgOiY3mjZ4tr3AGYughjVNLdHM9LIxGNnz7yCKR5MbkNB7UMrzPxYUNeYdoC 3az+cNrwq/jxKoBLeVycg0mFaYV3sGZuU7VGquiroxtpPcTe3MSMtfSDlgIGP09onyBqTHq4t7uV uq3UQ9ZWuZtAQRXF3SLbAlrrK3sQJCYmSYCeKw/TKZe7La3hAVzUkFF9R8luLeNXxZLlEIBEQYjw YoEcj4LMUO4ZA1h1Vdw9M+olE4fEDsrT1iYSafBH/D8K7pm8wlVllswEfGOzqRtcqmDw9wfLB4lb XUwNb2AxA7crISUVzp5ZQeDk1LHckOkeqN2wEjhYudeDpPKjEIbZVEtVaOex4JHdK0FYGjcvhFH3 O2emKJwxzSVj/CwcrSxQCj6SDRkya+wSHRBau4vJ1WEtcwP7TIysk9sG5vX6LKcl2M4H4xsky/xK E0wvvDLW697iOZE33dA+i5cV0EqEgSsNV3aaGxRIgkrq3cHXHgbDTNXsIkGHtkRB0XPwVodPklxj f6VyXdZrAamqIRGz7IM/RGndsFjptT6WCaxV/czuG7sovmYqtKEFmjnPwST3sHfy1JypFG1/jrXM csNN0Txt9wl/17JZ+sFiB6eROMgvy0/Pf4OcCu1J05JZpLg+9rQErptKQxQMKNwR8aGVFypKXUMn DD2VG29imqObxa2hu+UnvC/gFhk2/R8+trnASc79aAk4iFP4vJZboD4BjL+qR2RgATXjqXHwSxt1 6vJgvbn0uSaSvDgDEgTJOY5JsDnHu+SyCzyEYxFiwXsRq9tvFb4J13rcL5omIdeSVr7140tumhCd 19bK7Anub31PqvUUgOOlAvD8Xmu9x3KtXMBbQHgGWacq+sFVckvNgOBz4LDIAiIK4dxVHJFP2mZF +xlj5bW5T0zhYRhRbtShwgrP5rPxh0Mz7MbTPFmUSifnT2oRECHp8aw8ngfdtTm+oQtvTnvU9QIo iDSPXcwSooHjNPBsnN5iLN6c2E2o7HOyGiiOGISIgjkxn975sF/AYfNkTmDsmWYE77NahIVdtEVQ xSHDh06AH9CqXOZca83wD7e5f+g5MiOiJiOpV2U8SIvnTTo8IS7qhEh9yzPlAfPxdr2iOEVjRyG1 IWc9j766BMixGtn3ufUjk8II5DuvG4aWwxCLl4uz8xv1vYAHksHpr/solMJdzBcOdGCrt2rovPRF AMXrjtzFww/+9OLcaaeBR8dVaJpgIzG2zRTL2JthAO2YdZ47vjGa2gcOds/ERwzWaIiiFk/goMaC +Bvjy7BykYutaY5RC44R/orUH395fHCLARWDCaaSjP5g7HnOIB051AqchBUH0dcQOAd0zn1AQUEJ 21YoUftnsF8HDZnL1nZ5RzT8WimmKnB6i5jepcmsniFUa6iGER7nf40tbS8toGpgBALyBaCDbF0L fAtEqAsVBgB321JeoOcajDuB8+siivJEj8EgQgztLBZK/dagCnMBo9lL9FPI9hQSAdkzOpAxPS1U A5sLe5AwvQwdHZcUkAFGeXm1S10Y1B5km8Vh/nZblw1QaMP+9LIVz4tX1Ed71ivzYVN/XML35T+v imQr3IG6CRAJW/qfJ2zPr9fnj9cnaEmlWauBDTmxyf3t9XlYiMD1ikgL49xAyE8EhStZAZMGRvuD gfxiLoc2Qqj0BGgVJdQcbTe9+YsKuShERkx3eU8O4qhvhgFfHW5kXGmf/kIyiycF6LqcCetK73cU EWzGCxsQl2oTo0C23k1gdpF7UTVhjJCLzA72tioprjShFB8weDQHrEMT/Ry139BpTBhagoemAiBf KEe5ES8o/i2lUShtv0AQNJNlRAXQOty8gw02ENDgGtrEFfEHpDQrTbQ2rTPLoWMmprsDK8CVdUHf ApoZOtOjFz0wNYF/iKumilgpQ/bldYjjlSUuNjeeIYNxUwEXaQhoriBYPQNTzowEQoxUQQiTViJL 8zclMwWbTQMexrQPl7NEagCcgSRLWwAjXdXWgpI7DQjCb9hkrFTm3fCrzBxvNt2qwrCCOp9vzzMJ pxqDNpmhZdrIlr5pXzUUNAbpNVovgm46ZX7YvRAQQW2Ar0Ti9fBGJq5BDzvzFZVrlMO5mUe4BsGw b4SX0P02imX4430V90NLQrCDCAEq/jZMHkXRqyxhNtMMNmyBu1xlmQoImbImnH+yOY5ebe1ox4T5 Qx+oJFKxtn+9PDNYzFOylj2shHclkRsjAooczZ5osLeBI7+UyG9jQi0wlwyVP7qvm8TRD+Tysnx7 MsuwmXuyaUtc5oge/yeDAOelKtM1O+mlmkxcBODVl88XRpXIDevkHN2lGy7zeOrrby0JmW4doaxE W2uzA34KYSLGpG5hyth04/Ct21xBtF62Woy5dT2FSVoNHWTM9CXVbCNb0bjAizhRlntr0saEssCb MXjCvA7To+XKWpAFdW8LJ5QgTw8iEyRIhCaCVVeb7BanGeYyzJPNw4vnQnuFixvlfOkxIvwEZ15z Yx77o/KXuqQtUXmc1s2iFbPJnjwujc/3XF8oIk8yt7lKqrLq3HouSphS8w47ogRBbIjWcs63FVyo 8VF5W24bqEfVTqxdblvgZc3Rcm4hw8Nt4wPzafmffu1b75koSpAgItNALj2eBh95QjQoU17sUCXi /+T1HViwsvjtSeeCaEVRQLFFYZT/ReCIWnBAs2mDtLCozgqpxHFDySkr5w++RAKZjwWS7UeuC9og WNIfHngcPHucJwDk42JYEUvbMR35ovf8doQiQjsMd9f1IoQBMwjAhWSkj14u8gr3wBri3hcI1EMs jjgQS8TRLhLEiRccHyNqKjwQtYijDhiH0BocQcGDqCx2C5TCGLWdtJgH9OUaONMMiW87bdx3wTQd f5N8AEoiPxGasNSzCcmxNyqvnv0qAnRt7KYtsmVwSSzd8BDdJ5+JnElegDmeO/ZLcVy9anu052o4 fxhm4hPOud6SFGlpHeqOkKZYiMroXpsCJxDQMM+kYzRDd40bJQkxs3PSFYmKQ8lv5FcPWsevF6rQ OLFe7nfhlZ76Q9RaTHKiqQAzEYMGaJRXayffXFDosVFx4miZLROxFjM0B4qhisnF/rQW59OSZhaU 7vODW7o3ng+HFEbmWxOU5tDDYHZCYrhSESk/lG9B5QdyMl+aehECljSnP1yxKfCQm2lddpseBD2Y uHW1qdct2tAeSb9rlv/IAZVdy0klmm5sqIBguC0ijchlOFEeYCS8CIEqYzIhT/eCE5dfZnE0Mm8X jrmTFLwQ1J/KhXD0Pj4wgRC9Mggua8Mu7Ym7KsBr1yoUpCAp4XRtWizhbpTjtnmGwRHjEavRp05D nG4USekkkjJtUJv8T6d1Q+fEvBC7eDtE3y4HESVl8bMBMe9MMQpq+IJOh4tEWa/0ClpEtiaG6Dr4 otEC+GmqWQZP7AY4JEU320xnxTztZQ7vCcBkHQA5QKPwWK1WzqMHQlnboKs0g+/1xeZfT/c5HdFj 8a+nUK0UFYeSUiGvzp5l0005Bio8JM8aitjpf+0qh71C7aCcANkOcNMjaqo3ngO6irwIYtvDMKNb dSQZrAnhEqICqvJ3ZU3NVyaKkjFkCi7DlbuB0urdwBp4j6QQlF8ZBZUfTksgoikJSnAji4FgVq1T eItBxyiurRkloHA4FQNFNMAZDMxKQwCdAGg40U7XUkdB/QpdHjRPk1BEgbMObsM6Q+O8h/Dpk16o 22AOBimmRR35hUUJ0fSISLLwvuigK62aarl678U4mBWJgJdWkBYzs6K14UpKv8b4hRFio6oa2wly 8M+QVSxfT+0in3ooQrLXQWQVi/ipwqxrq4NQtQrv3x7s4b/i/+6vd1C00gsKDRx+FLK4HO3+v91/ nKd2u/to/3u3p99Za+fbn8vZHz8qgODMt+ow7Dtu7n74ucNMTyBfD78jEP+CTE+3X78cT86ZU1rg dq3swe0ba/d8/70qdHBVpOB4c9Ic+NhJcdfTz5/j4e/l/HO7351wd/s9H39/nX6HjayYAYD1+uPl QF//Xc93QvYH+OyENwAyUPdfT7ie/p5//tw8++jtTp+73m+KHlehYX+uPdXtMOwozzGcfzTAswLd K8HrImfY6RCQ2OQGqmv5DgyvrIKRCXRX1gGFuCIHcF0VIKgpXnHQtZK8hz3G8K2RVFn68O+WAJV+ qDy1Ng9kjYJ89min3ZGgo+9+7n+Bzs7kq2DD5frvRZN+bkedd2DfH98odeGPwsdqYlzuQHflJhTI gJbfHNTnSoPozn8vN7WQ/2re9dfNlQgeEre7IzofDn/WTuIjcHmBKy43sZtsjhsEuAI5AcHKRptt odyY3gmPeL6rfaHxG0xonVVQuWLCCMiKaV/WnU7XgZJV6rioRqLkhmLRv4RAmAHjVcy4I5lzH37u wfhVBzFYSnJc7oQFq6evYF4vm9MRm4NGAgTtYEfHLtLOLAswGJCPak3PcbaNQ2funeOC6hrKevg4 ofvLd4fzBtDtZcxUXoF56DI86jBHNVyqDGKySgnczOtSOLIlemu6muBnSQXlOcxfvUPPf3Twsldt w183fzud0GKOfs9K1Ozoz6bbvlI5X5I1jBGbk+dw3ipIwb5ZILmvbLepnEPESLcaVwqiLQNci7Zh cEh8lIdiN4PVzcrbAq7ZVlbFNZhTVohTAVTMaCsywTuyKuuEnIFFp8ID1jRrmIx6H/NM2qQR6Bs2 2apWvYoAZJxPnoOyLb2ZHDTTKgJRZsBczRxCs+UUeFP+zRaxtXkOvDIaI69GdCodtSZGpK2gDDfH joOAzkHO/Tx/GGgLgkVK72NQn5wMymHLrz6iC1WenvNJMhpIHHwQbqOq8l9HmcYzN8Ai9OnhhzNv xG2WwqUSFu2XWUrz6ZqF1wsi5cJkeYC8ZI6Kh8gFhNSVMOUwDTLpKOTWdQlb7j36qWpORO3qWesx ZHwLfWsPNnifdyhIhxf76NUzYwtAYAgwVBSpm9vDORGUCL4JPd+jVHPbj/gj9j19OcPQ04waFxdg W2igkVw82GTFuwQFOSF73CsIMK9EpjgsFXABlCt05S+BqTvkNzcBPou9Zm0rDI/QFvxPSsZC1C5M EtX2gvZNF+ZLmndjrUUXiftWZFSraWZHp4cpgUECVwROw5oQeIZ/cONFaRoubx9Dg79FuH7hDO/F c5ZuMXaAPz9Mo7Dl4nPY3cR1EQzzvGKf43t4q6swGwwTkYJ74kWQ9TRPJwNUUsUGT9v7FeVAsj5k I+QQ/bhTqwgjsK1togX5mgQnKe4WdAI0YE2xJBzuIs4NFFIlFfYC7+tINGCBs+rEqzGQBg95AT6A /Lo0JM0F8CfsBaMvWncd2l7lJmy7nY17r+DroUyE1EG7OY/AqHLrIahKPLZhECNImG10ENgINfIA wdIJDa1mdfQMM5EuGVlV1wLBqJAo1ngBYJJb8Smdc1n0zsJDh9S3iUBsjfc5XJ9Bu93RwwHoRSei SzKrCDiM1RsLUWkodBkW6VcP8jQef+wdd+aAT2DPAQ9Sp1EVTfOpXgdFeRq0E6pG1d0Ml3f7Kxqk RkYYFpL7F/uxbwXupF+VP2oYjm8acKqdg+m8EvchNJBijBrjJHCmlgFfkifAOUNtK2gU12YoBW8Q KLxm0CuPpZ2Mg3+0iBKSJR8eVAvIDyoEQKXe2tJJ6oAVEAX40NBHUAl3IadqlAKc4BEgI88IGA/a H+y1C+BVYD2yclpTUwP2FStWbgTLy1cqJQamQb8VpoAgwUqAmhAVrBWDrgTHqxP5AjCAJ4Cj4BP4 kIKqQBt/O43reVAgAItt7LHDYWBQz/AuwE7T0OsSPQ31Lj1IHYmTxAO/26zqb/pfgYAwQPBMiB2E LagzsBtkr7brnG0IrvLYcCOwbxVW4Z9aASdSprUCyQCm9sgP/KR4adDNx0o3yREo5MvFi0xEiLqe QrcqFq1ayOBlfiCRCPCD9rWBPpzYHAMGKuLaJCOATjsEhQ0aaKoB5QY2hHY51REi11Z7f/DpQ1aB Y4hERpPkQgtVWGG/tTxgLKQuXJEMYcLT/M+3f+qMQYFIPz9B4KJYu8ZAepTu6LSh8IUf5CjASoqN NNB+ftEHHch6KJatA53S5saQ56A1RgAi7l44tbkbibM62BQG4kfm5q1/DILH0r10TMqJDKif8QmN he/Qz4DVmXOeaoIrLm3mTMzbMUpNfhey6vYQeaZ5n5k1LcF6Do1iegFNYu5HHi1LbO1FxGJoGAqT g3324+zPsBCZ9YSAPBP7JpjIAlK+TNpYcgoQVJLUJw47D+ApeLVCsWNiqHLtJZRZnmJbi1TBdZsp oyLCwTRR+D/mwqS1NOAGeH34TwuRRYrPYnZzKUqPFzBrZFGmsFnAFa/belUOO3sCPymyc12AlAN3 ckDEm+L0yZda20OHRPrwK23W4kdEalOPVLLFPs/Oe+VAuWRt1QmMCmLRAl0oxLZWFTRa6K3C3SDO VwcPI8ahKuJuGBr/ynLl3R014XEWZUfViBRblYTzGuAmP3k+EyOOttFmdqi5luh1SZ8Qhv1vUvOr swXPojY54SofAhP4LTlbnIFkG24TVjP5aSfMcJ/0kuAI0+fjnvnLrzE6iLK13pohLF0eAIlQnJxF TwmqRKnKfeJGcZps05Z5H5vJQ8gVtLfIRYACTqNYXs6R/0nJyIboc0JY3GSFVBFiMehQakN0XKzA hF5DBfPfvuBh0JUywtL9OJ8AWuocMkYB+J9G1ts0VotbQdgpOm/VsVSFxFqseHV5EBb2VppWMcsB hc0dC2uy+LVNIFSCEJlEiuN/HpizkC/kNcX8NcxiYS8hWbbA5RX6sM3amlFCOW9LinMWjfYacP2Q 4ibvStNmtltk1Ujnt1VKN169iRrmjPYWZ5ePIPNp6lnzrTwuU1B9A3W3ALVke0bZ1cx468p37M0c oVJQ/US6rFlJHe5OKyOBqBXPolgP8658GdGeHDM8PufKWPfty3BZia7WWzIiLuuCpsmBvH9nyapI 44TBSXZXD7fXzL6bMZ6+1wWsvwprhY17sm68GvB+4O3FCmB+IsHWOu9PL9zGneIIBe+hh051L6pB GOZCLFxSGeUlaCaQa8f2ts/GcPNO2j1hwG1i5xx4hMcoU8RF5O8ZfY/PK7DoDieDTEi0qfCu7hsd 8MpGMTXIHzO+XuZa/o85H8qouRIcNA9b2I5AmS7PNNyug/VpZN4uVcuNycHQljb1EGNFZjkbghV2 LPfCK7KHvqOfvBkNJO6MNJX2IhfIArAJ6WMG1kABbFeqYpqxpDcF8oRAYbDFDYyeMMh8xPcTTDWF mZLmV+BoyHeYIb2NajNgYBGRUIjKgrbaYKrvGheaXRe8uq2pGujnepcDZ/dFm++CTyeNQqf901Bm vhIi935AUU1++FU6p8FeyZTBS7MFohJP1pEEZ8gsfkZH+CMI1Tvz2USOfESIY1BTDlZnDGztw0Fi MB8wI82wOsRmIebMvrYJMfVnnhJDhiS1pfIBJSlCGRkEnSUAbQi5DzcVvRdUwvdAEcaDNRmeVjhn wCgrh5EIvhCvx10kVnFVCObhvJ5qqGDDtnl2aNYGVbFwXxlXm9ctF4JrwTv44dsez84Ugyji5lk4 oFjADde2Foh8Bx/YhkUI+s+rttzDMLAZfV9CBAyokYWg0JAOfhLjexX+mBsMLiAk1BGmIczdAjZw y8IdYAtIe8BJb+9Iqo6RgktU6BW4EaCEJkkIQIDt5qaUQK0KXADVWE3afN3WcKNcPA4+leyweOhc qQPJEvAAfYs9Rb64STEGs+blbEhTK9Mwa2trVwNVMsbSCiMQIxpumq+PpRiKqMsgUAJZhkbbu2yq cm4fCXsI4MW+7+aCBXVlV7gFhgSl0wiaQGDdcdgqrEAe1il3WN4JLgwYV43MjZ+7zu17bolCXFQ5 2VqjQDL6pKlBocwjeKyRolT7TyBPXocFznOsWchaXA/ouoUAEGwVBqpgHwZoa0M4ijFwkJw/VnRs TIty4pi+IAwaz3hy3CK64e0Xi30wS9UhsEsx+czmylCYJ+vVuRKevVGX3QWh0ZXZLQ9tABav5Bzt eLekGRd+BBB+XInBTPQVsbyaz+3etsOaRClMS+pwxQXxDUr2h+XKU7IiymuBUDgDFmKEZf4FkebR zCxt17l8j3MvGQb/eiahmKk5DAJUE8x/AzFA0JpP8lkRx9rn3pI5jwGkVBTFNOW9mECrQ0EoGIic eAmGiKKk+qwWnYWSgfupV+qk8XGPL+QDxAOiMpUhfSvKXC7OYDvMzi2+ARoZdBOBPI9b2J2J1h0d AqhbcgHqF+AYB/1Va+K6312rlowX7CtzgBsmpeAAtfPVkJnSilo4AG5zVMWXvjj1bM5uWzuFDSUa rqg6BWQ2jreRrS1UQrlnj1NdI0zeoXLARedAKrAMDJWIMOjXHWAc7odBDGyES0KJYf4g7Gi+8YmR VU3nq0ISQajOaXOO3QDyDILT6fCHYaTnTsxr97kuKPKL/QsTBtXhK7Mn5/NasVyHJ6o+HUb6A9wE rQ433IF5EZkD0kPsoax/ENjB6fuzghLlArC+obkb9OkdsjFdZe0qoqvghf8maYGVfdyq4KsMC+uh XEe8a7i9ItWH9fWvRniXI/lwpMnA6YUlfc3UHavl4df/Tuij3+aTUUHZZUj0RcbF4DlUMTyWBXca XYM7dTP2S5WtozR7/BUETBTQXqUwbt93+iH5wdrKa5zxvZXaQJ8+6LthDDhnqSu4QaywVyWaM67o 37p7MULXjWLQJqA5HTKP4d2xdynk3S+wyQj+2iaz8knuIF8ANkmyUYjNgY5m7opVxemVGWsaT/X1 qllMhiiqfVZsi7h/sKvLnvru5cZbmLkORd3c21Y2XjjWQdkz3i+ba575rstC56yH8amZFL56CdxK WrjYRBakWAbZMHNcVs45cSYYI1oA86VFBXweBYM1Aa2B1m5uL583V/6xPwRLk4W200SkgjgQDgRn ZYyto1bYD3NNplv+6bKS72YLhtDLN7LogyV5hvnEvAqmjUHa7T9s4RwzIdbg/uT88RfYHIsFT92v PGC+On/JhjuOME8T4pdP6JkML0+pegciVp93FTl0EnHeFPAwd4oxzM0kn90HqTNKrKHSQ7pp2cor YjK+xX/rwgytaXUVJzJ/76xZeLWzXwv11M/nIUnmqV+hjkEulVxnsG5JeYHEp0gqb4db9I1MxYIx qvxJjmleTjQL7rOPcMM48UUnwXAFvYFOc6xGl0P6eKKQH9hLXxIKL6wwQBjOuHpejlPee1QuLJC8 yTbztFuNKPN44GDtX7Mi5Kwgz2uP3UNB37mjfHJaMM4V2RZz4Mh4NgFB1cR/5Ze55S4VlUerzIBb oLyRBHWQY6sh9ETxIt6XuwqjQumnqQ56FkW0ceyr4zfUjmuT7GxM45RbXrh5kdOcEo0I/Y48DCoF WsbPFDgQAZAuely0IX8WMVHDBEQQ8Cg/2GIWPOUSIyFqEK/0SWGRVSzukM2y4Wk+EUyhvWklTBWs JWIQQwD05owqigc0qZN0zL2ANhcLIKigh4fCQk36ystR+cRUzlwD64We2dVLUcNfLKa+4OQHToLq ih/AK8MBHvIU/mubULufRgB0CkCQpOCfE3/5nAsdE62ihYiLEB2v92zRIJgK7gTri4yoa6gJOus8 FZ0Bcnm/XXoBiSGQA16HloZ/dSILelf+gGGEY860EqjocaLWmna86jUcAGJEI0NxQakoyVTA7Slp iJRzGPtQNOmkMSJSnRDUTEXJNC6UsAiIPeXgCMGq3qi4hiESFlF98STl93dB1sSjNIRUPLVcQTiz wRLTEjjpCas8wodiupcA6QHBxLY6RkzKLURytP9XAczqNIP3FamosDIAbZ6lecaassWITBHsdKbs 4HpQX5MG2AhTM9TG/oFo6yyBaCJslqC14AutUTkF6qEb3kFLRYC+FjOFsLWfIsDdHfoeU45MOwFr vSV2d+haNYhD5gr3GADI8kRV7i0spJXmAig4a98b4ULpKAQWJmnOmlOUkYw8U+Nh2m+Mc1UBCsHe uM2B8RreYhElnQgdFSQ49swZoJhzvCuvpZPmB65fe369vz37TE2y1CZD5b0GM1bzsJ6J0KOahhDC EITZ1NllFF1ZaMMOmggpMCWTd5aatgU7dGYmnWr4DZ7RdTmlK/XgPKP3nVaxIhptuF1v5OEPpivc 2NwGj4KDZ6upIesPm6+P9K60QtUbSpCxmbpVFiD7YGc6bKQURVTzRrvm1EFyTxlg6PVOX0PaS38k BD9prbebt4JgtUfwh00QavVffVRtHsS8a6I9D0GYVrg6sMMRZhVAsAfY2DG8Sax39PS01Ts1pW4l dIkw0onXbyVOUgyZZgboZFg02PzUpJKAbViIEP74xCwPMU+SBt3pil4Ggp7MghNIO8Ft8kusR6g3 zTNth3makWMQAp1fN4B341I9a7TGSKc6Mnao3nllQPyjmIDRGv6mZFcoOqJoWH3Is2vKPvRAqlZK S6rhRcFerNq4mcjPcmBtf2/Qq3/rMxLT2bprlN3rYoNOCsOEfxhQ1ozIrCkG2bAYSvojCxsupTFm yZRUDaULCpssKjHM8UmWVeYUcJfKWfdtlFbU0T9uTFYN/dgqlpjY5U4ojOGg20ycvwyXwe18SEsY nXAV1q2qtsnSL5B2mHtp2oZVRsMneiuPIMdipCj3s/5bZspalE3QaTJ1MUH1SpR1WuHNvpMoUvV3 5Q7SI/HnMDV5iiSowbY4u2vyHVoVa9h/4f/K48h0mO0eYbHwsYkPbDSsrI0Wlk/CEKdxDsOlRUa3 NadJFQJI+dV50LXyH0bSI2Uh6bb2P5fFcX/Hu5XHRThnrMsEqVGExY6FXUe8U45CHQadrVwDifk7 UWcYW2qHOq2vnmnU+kN93j+e7RSO+UsrfeSiOLwmmikU87T2NBj+mTEpzWRd09PeyRRnX+kAC6tT pS98Sq2iHPu1RFc7FCalNe3JD3Cl9FA0fhPDHHLtfKYrNLWBNVOJxb09i8ZqjKQhz+O5ozl7cx2m vFpLq7Nk/ACFHWSMyrC1u8GRgbYwNN4dNornbhvC6/uTVV7OaOHg1FJEjiSUxbP2dJjfS/v1XSDp Q37yQpW7twmAoBZVT6KRRsq4mK2UjcDZpGarehzEMuNJ/i3xJiNpUptEyWolc6rOVTFwbUJJ2ozT d0cYNL/qMnNpZNMAegXalbWhmh0cWfqvOdWuf/qjBdwMCi7do5xyLoAXzMGkM71IMyGFI8bBnopQ GpASexLJvlgsUNxTg0RncVGOyPYE9icT1yTLSH6tCB52Sm0SRPnTGTWP0BuLPofDMtr6zWqMKnvJ rHpU1aMYh8y+PV/ersAL6WRNoidovMkF+W1ac3E4JfKZZXz9ShaWWDAxKLJXNPm1gatg/4J1Levf H2/owRrWDLXEZgDaPfCp5X5qOuhkhpcumWXUya82dLA9JlbLvcyeUcmn4DhwmzzV0lmi3+RVUSD/ 09Ppj6ttXzB76Vjmw7/e8iKD2czPUDrpr60QKoYTYNusJE87tVh+sdW5XEIVI+Qpy49W24c+SxVk /7VUEt4tRsheJHaTh+YEQ5LqLFGCw7zIq8yZTQf9UE6EbIyRl7fOEyCqf1xZ7q0EL8WuOMxY+9a1 DAAhzb+6bGkXDvjIcNIlIQ/7rGGFNo3xm2W6uUzRVc7RhQyTGeMpNpg1NfvK5Jq/s0RZ4TfCNwk5 8RxCfrEpxBPrzaV4nf+p8b5qMMxdG1LKpxuEF4FzHasBRrmENsX20qoZeEW1leiV9rgoZYzhQZA0 s0kJK5vyLy3k0uJlQnFGTFNOF9n7VPScx/Ap0GnKt/sn35amjFRgddYUViURN/XYPyOvQEgX5qOT sTHix3AuXjQvLS0xVFG1kkSK9Ym/K4E7ky8HqfSBaC9niUZBAOQgXClyg6YKzauVi+0szOYnBbGJ 61xaIq+cGtwMn1Udw2LGuOtSsaAD0FcJTYwxH4O8xNEgAKACKjBeLfw5sDv4VNlaaEy1UmHf8ITO 7kIShefE6YVNK3sALAKZAjyhcXHVkOLE/pVTgIeCvIELfdqeAPwwQKvMbIQ2uItQdHfxlhBdKV3J 2bivkAi/Ra6dDdY6hXoLekZtdQob6Ao86FVQPh/GMETQi6p7uLtKuV1Q0kZVAXUD/F5xgijETssK OY9ze6swge3w9QNPEFAI+eucKxRBTEOQGmCpwghgpPidsCAgG5TeD8Hw8PY9KKwar2A4hElESxCT NoGNJYbxis9IkMAobEmUSOAzLOmAC3iHOulFRXfncLDY1FINJXrt6ffYTm2rbUoEqygBm4rFCP66 3EMq4VT+UtQhcBK0eMNwg9uBD30MlCtrgACsTyr31vAALqA5xFXPdBGJUx0AbL+SAiDQuLBAWokM XXECGnYo4i/QVIkMT8AQ1TjCQbeEuQJK74C3ZG/EJC0qbdChYmDPIFmgK5CSViDo3uK4VqXXGOFJ BrwBSstcfAMU53Q3EvCLZ4d2Ep+t/FEiQa5BgdBVQ7p2QFjyhMFCFysyTODyLyieoNPYm15IOH4N 7gRRIgZAYv1Mkd1kgMuQ6K26E6QX47PUQEgvDSE9ahR9evIFOwV7Gyrtpj+kp88IyXBm/ZeEmYPb 0hNDT6aQ8Ir3rne/t2oodHiZ3oNrnWuW1ECsFJAMvJ3OqzLs/QQc8fQWjE2K0EbZnKuJIJ8ElFIB WTqnK81WVNX12jF11EaKG1gH0ryqm2EqN4eCaw33eaXRbqJah6tJVQ9utLeCEgYlyZ1g6dXEgM6q 1bEKprYjBsu3LIk2xmq44TN37FokZ0MLQCdNCvZjgI2wbw1zNOV1+ummMOxAY4C6GYP0fjP48FPY s/det5jG0YadGec8PtD3Hypcx+GzPoAzV1HDXQp9mCfwcko4yTZFpv3m+D3n8t2wwB2/97v/uaNE q4NNfgjQZxU59jJccPrhkF9/AeZI6DHPqdVffHPU7v8rGYBtfPnTcXuwbpWcldeIZ375NWlRyn// OpbueIMnX4+OxaPPdPfy1/UAZWj5af+7RvD21A7+o5b0LV40e8EG0EICQ19WXYTqzPl13sl+/ATj o1/fKwWijb8Y+NIbXowanRr/dWNDeP4xBBke/xg+XHqP3U1packOKm30pfMc+UdGHflH4QLczffS kk0A2hlbesytgtZ+ityP+o5Tn1HWZtW1dbN0yb70BYOmgobCHUDFWND4z2b8lbXfXGDJZgqwXmJT WsCBegqlsOxnOxp226uKQBQRj4XZVtQ5kg8Y3y0bezWYeA0of51iM20p7hk1hc0H+5cvzJhLtIXV l+ujke0XKZF6lPJxY9+2+8lBe0yZajXbVYV1QLOMucwfGwu9lYqj0uBxT2YvKsuuNf6yWwkMjRMO NldJRJwp1xi5Ra0GS5osla15lkW37mPbWvq4PfxPWURVi0toS4weVT4Bk8dLCpt3H8hbVtESZqmx +8dSjMRk3lgKLXHtRsHWlbsH1Guqqk0xtkstu0a7jJKHW2PhxxGiA+vt45CIK7EZj0fakj2R3isX 01I1BxGqNlkmsWyVkjwtHzKIVrFqEmlX4sDfYWktdq13pinDl9hJTxMswUHfwVVSdSUCHdkZe0k2 d0Ue+gvt5w0g0EBfVEqR5WMbesaJNwLdLdkFTZciqZ1RcdzPd0iFuA1ViCkR62jRLHaJdrpzbhON Vzuq1ZjvDh8npRtKEwjkS0lga/e6mExh0mIBFdRweHhbuahcJDWeOFSD3kGi3MSrxCeBRnLJwos4 kzwt/Fh+FMAND4fDxVcUopQ9gCeIkQoJOM+FI1xQYDbfjEsIuRP08N6KCwohe6UvPDnaiSoKgWAF E2FS0WP5s6g+EJgQ5ai8oLTimoFhCzo431w4XOrcPMhVPjnEM/KqWqN87QnXovR6bGCk2CVfPBQf 9ARU5uBqaJuvPYqfyiF2IfSdNy0rwd3W0+IWOsonFEB5Rdi/YJt36dFTetEVwlsgD0RWbDKooG5W +K0YiNfd8UaDdZC9Zk+JT8xIvxV4An9WL23x5ofnwA7XVLvE3Yv2RwOFeM+h2QXbvHAfBvMVxHCX RTNaIk6BvQmQbPN1AnyUJtBvWJUgCNGTN14o6m3ep1iA5k0LRR1uFd1UP2GiO/js68umo5pEB+0H 539rPHDD0IdpQ7Gc+BZAIyRopIvwtOx1Ky4v0BF2PAumBd9F+yTLexdq6cTHIv6q8RXjREASfoq8 /OtNNU3TjdBbkKMeCRZcAkGilqEuBfKJqUhGvKEEn4hA23Rf29D6ClIAYYIsPdcbahcyjNyviGJs Mcm36tVF7S9wA3rARKCiGg2UiuQ2ISHF8HiXdoBXqHUkKzNHoJUSiNNFm3bWT8NsVydN6hz+VeDn ycXOmtNTilcMgdBrfjRdSivoBZmjrYqTQpIQekMGaKqbOkNO3x1nVbM8tcifrnloIRIReZR+JmC6 kWKE7gUfEV0hNQZ1WYEqOQSh00ZhpjQEXSFAQy9S8hCqJQgGJswntOohc5GUuh8NVOqmnZ1ipnx1 TxaaFdF5iLg5VRJr9oMKACi+leB86msYCz2hV6i5E2kC6B4QZnCPcxsF4fQ8TJHOe8S0gb7oP/XT QA3Qc4jNVkxOecSCEL3OQIzWq1N+ZcIIDaDhGZJWRbuFnG9Mkx7quZZojVorKZIm9afQdtrfAWjq YJgbPZFUFAAnfe8mS+Nk0Kra0Q59v2mFB4LmUtmwCiNBxeB7kih+TvcJ12UOXuwG3dZIWaAhLyc3 xRzCodCgm4jBvgZfDZb/VQ8E55sAZxpOaY6Y02ZYE7+A+aua4UFVZPPxHK5FnV5xnrX8iUgRxZtt /oQh93f4h38d1NicUbzBJ523qYPqjbhGNw3aAtphKr8+f9lpgTD//rpgLTyVKOup4x0rYqDs7aIa 6k++1+YFLM59wnkAOJr640nKDXhBfzVuGl/FEPRtmvZsxobrac/X2hYP706C5DZDFANcq2O2QycB RBTbC5QqaXFJf83nLRyTEIyUlSLLrShQBS4c7df5kp34F9QfHKCrjTuoQ4ItyML8nOxCoI3RnqoL Lh5BPWqtNwdYVPOIGF3fLbTRFGRqms2awb5as2iIiWFoGLYWlBd1p0I9mSITECoZJqdcDS0Kzyc7 pHWCBeRl4JOMyV7BCpPXiZ9zRZDKooyLNQycYpIoEVMTFDHKsJAps0GSwX5G0Y3ZX/f2kpkPzaZ0 vWZTPF2xPowqZ/mZdQJ5bACg1SwYFWqgWSbNtgSHntTW6jEwWSzwAFl9QQBAY9IEWjU4NJ9+eGLm sIWL4Ta/tgyE5Yl6s+NgpZSXTAymFwXI+tn91pCchLSELWjCeTQJ6Y5GtaOj5al+g1h9kKVv69D0 yhN1/MWi4B+jQNSuhzQy7tpBxJSJBdRSR7al5SF7FCh8mPVgCcGQQXNpS9hbggp201FIFx3TVNdP GZxkwjK42BcmXY/wcNPfYz3TDg3mwxxQd1k/gWd61YQyDfWJM1B73OtG1vCJnTSUSvrMpoxyKKFp ZBs41qSzecKHU6OkqZbySIc0w54W5qDCP6/PchsGbUEN8hsUxzED0wGW4fntf2hZmCoZUCFVqd8U AppsyMfC1pfnXv389v6/zS8mz4OYaH3q+lqrOZarjD3BZjO9mrWfpvUTLa4cT9bPkGWTTWXrS4Jg l8PdKJ/KKvDVKqUwByyGgUnt9cfz01aWRfuz+2mCQkqdJGtkS8ORJT3VlvexTkzh8+rlCeRfCuCF KXl59brP50x6zaYRqQRouIVVbsGeskxTbYTZalTG5WNhoabzg58aa9IuG6AvnAWNzxItn6kj92Y0 hXfSIcLc3PailKZhcxfvyok3ldgk7uT0w6wx8IyA4xU6pPLtmfY6SjiXdOaX/1nMcgHYBQV2yktS kA6msFrp8tuT+fP+zjAaR84TtdA3CwENWUhHdQvj3bY1w6HPfCPb4sYI1Y+yiCZIS07JDi3NWLjU KNANtiD0mlnIeuaqfiw1Q3Epmm8Qqb23q7AtC2Pq5RJIV5X1DDDNiWxq8v48QM9Zh0hHnUZR8Zw8 LLPaP66vV2XTbLXTZnOKZGuNJUztIoOStciD0msOVb6Au3innJuSZaMPBrEul+VlEIwdrc++FKtY lPLpmW4To6Wc5Bhl1XtYuNxvvmKYtXGnON6lI1MHDrz9bgKulQsSm3gFLTRwmtDs9eS1gMXA5+Lx 9+gFkZl94+oo6M3C+5En/+gS2r/Bd5E9SQ97VlqTKck+xhkIsOaEoO7k8gWNS11ZUAbCFtF4sRbr uOjJ2BmTR6pf7ixvspWlgRmXE1E/ZWsNEi5N9iq429vKC/QKX5ivecIxv9wnA8V+Tip8TL14hgZ6 OO6DpbSF1S5AAHZgeDwpvCd0XJwAza2NLUZ9KPQuc8iO85OFrwILRC3xKw65LSS4aG8USgLIvXMe Ohpz217B18OE1yYE4aJdMTySaoVGKvzYXlthVYd4YlIJ1OHwIfCCeLQkCyFyyKD3SH44SC3qWFg5 z6hZy8h4Q54PsRd44t6X5nZzAYCf+xUBxMka5bOACiI+WAHwtzSU+BnhP3Z1+5VgdK7wacRpbYom B8THV9Z/bK9TxEN+BZ6YLIC3EJQrK7B5rAajie43wkPr0rUo0GgnJQwiHWIJ4hWTWJzn0AvbpqAp +LewO3EtaahNipsL8GhvNsRmToYS+APsyU5PfaiHwAH98gkiLYhg6Ug1uxXidII/ohd2xiiu8oNk 3qZuIIfHgoJgQRHVo3jDmJROBYsMZhJFL3Q5fAOGoRwHELsiRrIa4VNQFxhCAEeVlDTDTgSoBVb5 Gmrt8LLyBulRfGPb0RU+BZN4mmSFRIBh8bd32ewMfwC5QGX8DWY71x8kcKRlOMYZUgSfPhGUngBD PA9+DenSzo8eJZ8Cm6r6kNbIYgCzB+bSNGCWyhqkRLih+7q8mWoeYJzjCt0WifQSvAXv2ULP4M3w YFDlFfQWGFvRgPCwUH/Is+EB2UJY9ncpAwgffGa1whOO/KyitWwI3n3oOlARGlWdWqhQPFKU3DIw RBc4B57WDyUo2mmyiXltBCDhIVzaBORB1o+xHf1dJoDCDH4IzQY0NVJSEzbpw9nB46GLEhLHrSTO FSalEXDyiNBQf5AjhJZMbG9JXF79XcFeogC6y61IMTjCDwwGM6MzsGG4EgjQN4BnGLhsQBA7mHeS CBHsIc/It+Uv9tsf5QD0zs9hZcj2QCrwKsU9eiMkWv0FYB2YkVgcWkhWxkj2S3t9eFrtoKaKmcip gbAjBMsHuQtD28DrMawVog6k/la3GWwv+XH+/b78rMu4SCsgTk/e5+cXMXrAX9WhFfuAzPoLkgtS dtTg36s6HHe5G+UrfKaSSbU34MfrK0gYyxp6D4omKxmrG/T9dL5tgNz3P2qaXG5/UaWr6nH+vdz/ 9aSKskimKK5y/3M+/6EOkGMw++l+l/zC8b79Vjzk9vv3/NcLrzs1R/DRf3/9ggitFgec+fTj/fIh 0kMd53iUmrpcFAaXu/muUArIXarhdLz+hY3LdlWz+gY61zXFRX609qwwi3ImsjnhzVJOkHB/SebI 6xi7wOaOdCT33VWx7ljuatGoNHJWMOI3Mr4jJiVxsOVdXT4NCK5oiRTAZK1A0DRdpsE7ttJhiOxa CM8HaleUxsibZ96OhF8iCfiptySqJ3TKKYqurZSICXzZqKAiH9kWArx5/ztF5DbNS1BSyHjdcmpt kZDD8Dv1MJkhoU5RhDCjhJeHZNvVTndUIfhU1izMVzV0ZpURA1QDRuG95lq16Hdn5jfKu0SOJaEU q40MDH/Tjr1wYUfsoXkz1JjBvvPx3uFlUmAStQBWk6g9LO1eCQHW2pPcTTC1b3g71WBi3nWy7SmV +Wp7CxyY6GoRWrSCUaB7m5LIxUSwgcu3QGwQu/WqK5gMySubIQbpJXMZBGrigM/9F0GWWLRrw2PZ FCmBSbm2hUNawoYR69acYxfCX75M32QHSwczIQQsv5l1tM6wKAy15nQ+XemxndM/fVKhfTRtkjZ1 20fgOd1jK0EZripqt7kJCs4sS3Vv7YOAMDNGLSOWwgf1u60ClT/SbENO9C0K7cfBD2ctqhdVg1q9 bN1RBLzNpO2KURHFCbB43wH4XuQNxssYWotbaWZLWjWfUPh4Hx3hBdoDu/olHDueNuwLOdZC7xEW Vp4K4XZOA3BZ3h79XiRv6bKmRxfkVIRg8xiDi9tthyY9PDoOqvXdYZfiQaw56z6vSni4fNtz8Hg6 vuTJhBlDdwWD0azgwwED+QZevXpXQHuHd8Bns/7z06Ks8wkqdQh1wIHZvnkjpJazx1HyQ5TvHCJP mX7BGLyCO6mT4Gtqz3PMaeTN5lkFOuI2I+HYMGlH6+49uJl7yCmKqG0jP2/bv+8I1rr56t2EUpjq Er2YqggcyODtYp8caVFT9W8FIzxIruPESwXCYomwQK51HmZuckFK0RkvXUgLlBcgiOcIlq9pcMRs bYPlNwZUuEsbhCQ8naL9KBSBKMjkfEgURFLIkedigVQ9S1uqgAoxeSncNkxQtRxprQhEAEQIghag bk4EtxlppcirVsfL8V5Ree6ysUYkBljlm/tZg0F/usMV98JXUF7IasinBsKPvVrUU24AMVwz1mHO NU63QIkwXn3l98b8SUSGovbx5KGwSaOjMbjlgYXVghH4uNmQlVwQPOmXW8JtGmrusVeP7KUkKE+7 tUK8eQ7e5re8XHpYGsIGDdqHmluYMCEEFaU4vO43/pkLwNhyHykn9ys9odtVZVyhB6P0t10wOFRi xbMRjtr+Qi9pUw8J7pBT83AzhfJyzyh3ZVL0IB853dQ8E87s8MKpwGO3Cw03xUoiuYGdNVe5qjJ5 5lrbONBpeLGaZHiZYx0Fnc9uPOenegyH3ARhmDBO87CPeOaFRXJrHkwpzBDGwJYNM74Q4MDnD7gz E93dKCQFrxNcxQWrPE40HCGwKcbjZiw0kts/DDHPc2N6T1AgKH4+VMpe6cCjdNXBbTJNRqvMEy2C f0L7tVirhFtlSCKHSgbRjZz8EKSKNhRYeFQdLDSmYfJctTBhPuZ72wq60t9RvU1npDXZKszAeXsz yGz3ZBGrLQAP7mlxm0natKJuMFvvMVWNldOsvKfJoqMGVd87Lol9Mo40V59pnb+ItPyCXsu7VW5W TiHYzXT4XAR/FZrrvgari27CCfbClJOTifMIZc0UWgJfYlKgSuDDJg6YfyqQaB7oBlLhKDTG43Wx AD56KDTaZ2YHSS5engKEP4AZTAmgx4Xw+eCPwDENiD8GvQF/ifEBN5CIt8/nypHAj0Fq4YOepAhQ IGo4dpCTO6ksoMRgTcsE9FATLwIJwclC6eDsEUQV5g0q0QkiFazrdxisK0tZsJkBUp/L51r7D8g6 DCpYKRAJIlovAlECV9wiY+JhJODD5ZfS3ANowCdYQ2ZWu6RdsmDkXwuZCCOWLZWVKIoPW5KMg/Gm TqZbGRqz3tixVHCkQbQgPJH9YvB6htHWkXmqcRvFgDMlt3ZtuJEOsLGuo31ZRObUSMFxfKYLtcOV cG+9ZnMzrmQOLWYFNKglknJSBr+0TYbW0SJKpf0pEWTMbAtTEvVrNg1htwTa+uJT7aOh+kLs2gN4 DVv1aXRYihB6SletUDJypk3UaC2YdkInMo0dHQACovkcvwCKImHVayEDbpplieqzUIxi8MhI2na4 NDyjj4+3Nq/ZTJu5LL8mvVXY4kizfcmaN12ySVAHC72VXN2D2V3laXAJ30KwM8mt9IIyB1AbREbC SLFrfJbJp3/aA8jtKDmuqe6NR58htetQw/yl3WajL2yGaZsFI6zRZZGT2GS8dbCctXWvPT6Z/Z17 OS9MH5GapSkGg0GM7x5OC2xaIevETUrtQHEf05H+QIkqDNVC/9jTwaCxOuXNZyfweBEdH2lUDUqg Wa6N7zUuV2WmfJhLi27i9rUvGEQSsGiGGfnQE5jixOtuPpUuGEmCU9s5C53Z0T3zXTtqP41KPXgo eUfmQf6Qr7lppQKmn8aXafMaVzZYkVWzT7jnMEZWEyjobb0pNXWjta7GlME3XiizGmlOWk/Nywwy c9bWJPIML4JaEHSnWGtD5tN/FMqbOGAkS4H4VONoWXla4g2uOxkKI5Z2w+Zc6b0zeU2lxxT4MKPZ ZKNn0hjNmfKWdQpXPrY8YGtq2F39MUc4ABpcVZPxP995npvvVwCVR9uM52lxXSw0eQeeYohbUQ2x C9oBahIRk2e2BHLQqwnRIFn+CHmwPHvLtTmGKomrWzT6ryc5KfArjzYWPpyX5nBqLE0YzdFUjbV8 9ATK0xx8V/zIKg3u82ok9m+pZD4AQVWjzLZWD9J/IvHSmV9tmti8IZwQM/eb+8F7oB6mT7urDOW7 1bN6IHwVvSGWvMiWewV4OGU+dBaAD01Jk1HYZJ0SfzETyAiUtMV9S8ksT2OGtIwqd6Bls4QhAbVb i/0vlFUyCyU5FJ3NYW1rq0m2QVHW23baAetIx/LHH+QBSlK98uvyDyzE1ltOZ2rd68yZdN+NTW8G 1xxmYPJFM9K64UlRllsdabIfDIsnUbJmUT6nS3wh/8L+W/ifZYVC5jPU9THHPCNvFCyX7WJwS6/m I+Sce1a+gxke0aH2Od2E2ijPXnRjZxasjjhEEBU95E9OqJCjmppxt3oLRXC/K2kFzaWZBkwvFTck CjMqg6mQnfbb9Gfd0mEMiQq1mEFtY9YHD3Q7XZTYyc/n7emW99lCq2ekSo8TlLVSzgA/n33P38BO mVMPjKyh5JqacIbeS8xGWiVfU/hFz/87EFMLGFLBljyi1XPcMF5ojHsaYuLTvZg1raMMZl11hzjq Me39SNdonYunslZ7FXp4IZXxw86uIgQHNvqQq82sVgq49ADNpMV9Fo4GEY/lUX0StgAJrxDTf8WV TEZlCMX4VYncQE7R6kwigxMrL3QVEvB1tEtR2e0OgYYNCmBb14TzUxVKWXcxYKhFmF51VGKbO+Qp mh7cAkYssrawCa21mvutGc1Q4TNEYeYggM4+d1ie9iANEu9cBoEIprS04aIJnCOlQ0oRFCGEoewx 4lSnAO0W74NZopPRKf0BKVg0Y6YhtzE7qIlajWkGXOLVgyIcYGbD9cCZeOtkwNTARAau9RadCYRH TTxGzBMYoNxBPnXWfRlmqhL7zWPlCOAEBnDyCI9xYkqn5pSXztZD9Kwy1M08/4CKDsyIyfwtWszC Y84gHBIxE1gIGhDRckXPjTX8J+Eo96EPWV/033IFGVcyjbyHmBfXCwTU5vrIgeTDbQh+17U9bXHi EpliVXZ0tRuVGgqcNmy4fB6qSpJoAb7h7MGq9wfjEzHVCmCaB1VkKCqiMY2oCBqx61z7jL7RAALR k2Inv2uz8M+YzVT5pDBtKGf9/3/lMcUF2v3vbq8xWidnRiMIIkJXxwCwArEJtaZ49iJcuB6V9YHy BDcBlLzQ+WCxLrkliuMyDnFSAVVL9EQAk658v8+gaWOqOM12CCQsRx0YgE81PrZI0e1St2R4P7kp 7h0qDkkH01K6qv1DA8HgTZBmEbWMcK9tkCiPqpoNRK0jHt0QDxZkCqeCLN/A7UA2OD3gyn84sERq CwVgjTahqfsFwDx5hBNcOuI3wibcEtRWX8skrIHcfg6FA4h6bLAYiNMLsaMBWCjSbVioFFC3Quxj qocDV+vDZIGoA5Fh1qBQ/+DJw/CAd0BWxPMgXz8AQGHy6N/K5EaJxsnHaQYpw6BVLFEoBXT3o072 6Y7SfrIPAAK7s6UCbA/v1WN7DpCo0cNDwNUEGXQRiquRAFekeiRtmycQuUF8sOBhnpOLjrSdQrtK 6zj8McZsMGAyA1zqFjgRhBpqzDBBCfvH3g1nXhpPRsAwGSxYuZlaKgaU6Xq6ZVA9EEhoaIh+kGHN k9eQ5aD/l4P8VbXO7WuBAFIOZsY3q8NSfSw6A3GuhpIxx4s2+gY9iFTixoGGFPJr1MDMyl6mge5f vWsXS2g+ncxu+lwmyUSsWA2r3Yhk8WaiV1qBWmWaFMmnQzYPsDouMBkZIl1PsUCMVLZshrkh49Op blUAdBcrrxpYJGfzFuwI/DRrq6NvhjgJ1BaDyZRlUJWC9xjqYyVQ9YI4GQeta7aBbz1khBrx2vl0 LjXdzB3223UIxo41RLhVLLCZIB0Gl81Uy8KYeSYIla0GEeyZ2QkvLafX4kZ3IeAA8JNJT6xVfjJl JRyzbPrYOvQRoMwMN37e61+iplnSkaa+C8y6cG89lPJ0uw+qc60QRnN8rYVCJfi56mFMuBXN463z Qhv2gMfGP+usNMtlFj13zR9Tsa64rZeX0mw8FMh1DkpJxTcoUYarLKorQ+xZDG9WytiCeSxVystl 6vj34Wb8jcyvVYBv6GYDZAUP2ioDW2o6Y69YkIblB42JfVcEOejXQFsCcqxfeRp0xkP0IHfaE2qC n/hm750m7z1A/llRBbRWRE7GRqUUTSL4aiKogCLOyfHT5l5sebUW5Y/pvhXq1f8tQOLioj0qaa8c 18SdVjfSjIDNMWxNs0LQ6xw6fTMCQhGt4T1Y/IpnNKnFURxEqrngHe1QkKkLIAWxFZ+cI+6FXlFF g5BtexJRCvg+bXZrQRSswRojGYBtgWBc2XhmFsSItNMSEGjBxSC6hZKQHw6nsSrnTt0E+FH5eKDi +w72gpJBNosZuI5i0LavFmESpUgfmKFWxmzs437yaLmpgbK9jGeb2xYrNTp5XiJBcnSFp6AHcR/p cREDXTiDD0JFGDAv0yrvfzhdA934Ze0YNW4q0XL3O7UwF59bqfdc1olwuHGNqyHXAgB5gKqhrQl8 vPgKNsYilYm6ub48/Dhjgkx9hFZRoOJro/UWdp2fy/+iCMpJIwiF3nl8UcD648Db58d6XpE1d5oO p3BEXZYh6NJbaoPPXYa5McUc5qEko4kwZLrlS30xdsEBapR4CoUQiAjNSJE6uEYWQETA//Gu/GZf K+stvH/RYINH/wQBdWL4j1XqKCqJ2vIfedYTzQSyJjHa4jpoYYC3IPFb47XEWBtSkJ3mQRICapiq Qu3o93x7bR2Ja7m2aYnbfChegyfx3kJyNVPfPagonTizF2QYqGL6M1Za2996NZO8JE4hwx5W8FDg wh1v0Pp2JzxUgnOpc6aCEWliTle4TOX3mis+Nh9ZDvqW06bxE/b6ySndVGNu9ZcB7R69IrDBd8WR hPuqhX7SExzotHagjNAzwyJ2M/dZBFNEcC/gZB4nFKQRVLDAR1N5U6aJd9kjAXUnDKZyYjE9dZvX tx88NfcLjY9OlqhTzvC5ugvuEoLhRJqeXQoynJRE2aiIuSU1amEJC8xLilu2q9YyDgY92phw0vyC JIU3DmkWscqufKGmDfUDmb5gIX9WIBtZcCZxP0rAYHFDWGCvNlNrn1cbiOBi6Ok/AGrTPdyyfI3N +14Soc5l7dkvtBWPK9CDquZkRXwrX8ec8mhvx+30VfwuXa3ytReJ2IdZ2DMr2d1tcePcZcYRS4j2 Eo9RUA8fnsIFbA00NqQaSCtlpVuQ26cwTj9lkBYvaNw4dKJqCOhKFyn80BhpkRvgx1//eHEgMi4l NjsKZpvB0SiVy4YiQ4xNIJUn2h+Bj/iEhadb2h/9MF4uFAFvMDakfsSw1UIkQDL3Si0Jxa3BLEAU TLLCQjRPYtd9fjzHKY0gqhM+M06694w6HHfQ64uLtQ083UAi8MWSjJ/ooQbchhHfRSCHzyqE4An6 3mj0XsP1NNzB8O8XJOTIhWToC/d2Il6lBtIdPYK9u8XQJtSKldNZEnJypa9kHJCA/T5Vwd3MZupH /TRnNb51yz2aV1kVr9ZJuKKhMqfSCEBz1jVOGs2p+7VB6whjEH7KXv/Jykwin2GhWyMkB3AmZQJS q1ouQdCLodk6C9YrGeqBngYpsYDYuRERj375dNNegzYIuNcs8GqDWxclVuovsB047uYml+VEurBc YpUEaCLqacqmikDyJNlBiCyphJEqjq5Mb5WnIHVYPo0Hm2hzFkMXY0Fj5ZrvxtZkZ8O/zVBSradg M3IgTXpvrGlDqqJhpl49muUpqWjngGPWXONFX6MpAkbKE5J9u0ZMFAAXc2RRsERoagrGzLaAQqIg bDI6XsD8mFfeaH1hQCyrWlISwTgZDXx86A35W9hNeU3iBYi1XTSkbkZRoqTsDOX2KouCBcvwM82Z iIxjiCLbmzj+KyyhcfkJVkJC8SbtGZjKUxKsyzkblCpvw9SoJQ5E5QHA7qos4B6cTC/xHO2O9lkG P49K05N0yy/T/Vi8YiiGH3KUWExPC0uGZlMRBEZt9qvCSuO/uCZbSc00UUqC2zNaaG4EEDqKt9Za qGp89jpYOD1sWfefaeXdWuh1reA+qlWk5+PcH430kYWVTPh7fWeVNz6tsLRCo70/F8I5DqlOCHnL gTRl2mUq2X61psmY0lTK4pU8LHvBmbTREMsnU6PcDPNINXhXWVM89MUimDYCb03W/KMwMX/no/Dl 7K0gH0s1JCgstSwzR1+TuWS8lx7iJBQ9Cm8JgeGWzgpr+QUtgVaAN8AZCzLhRmZotedtleJMI9q+ YVRkMjkF9LS1UPUz3qAGc1BpETcmR0bzuLGEU26TsTGVWyvJTVchSPx57+ARcF/yT9IoDknDwauQ 1EkTe6SnCEXgHiIoGjj+Ga3hjGg0ZzhvJ+mlbuTAK7MHi+tVDfDxDQxlUGK3uNJA5MSQprptsg1F CESgHdyysvZmmJVfczKHuXYoIrz/TrPRTY5TwJYHU5PIC/yBXsTxC8g1PP9NUhNhJm6PJkPPCpMU dzFKOXj0Kk3UHbPEEwJIQWEijEyLjvlKE3KYckjwDIwL39dopIfaQy3SRj+rIQnr9Aa9zicsWsoD Id7MV/C703tT+jIJkgRssY97E7WM761n7swDMmwaTmM8lmDyNZschXwhq0VARjQ0uKRP7jSgNgR7 vHbj5gKzgif/iJE4mjmSPtQeDrZnmcJ0XDMq+mcmCYDKUqUCrIQrjak2wwxFcOtPZTsOThbkOxbJ 1HsjtJd1IwtBb9QIxF0mwfEn1eskwQJowYRS+gI6PFVtjDDGjaR9oDwFRSPckhM/UhTsE5MlVlKJ RQNqLsCymvO0tlDYJc590mFHBWkoBP69I5CMrsaAF3i/cEfhMI0QZZtuBCMYbg5Giwq1JUk9B3jQ BFGqdwMqSoQBOr8cTFWqJDaWE06tJnnFYskkzjy1N1v4HYjCtxVW0iSxD5XsJ15vYSif1XvDRs2a NgiTgontUXhzOfCupNsx7gycToH+YKtiS9xoMgjvkw2ENbQJmuigoPBnMbjMkTgaSkCJ8D8cDSWz 0BN0FShDlt4qJgvUMU+rncJ0oMZAK0jBx7BpOvQBVwANGW3/bE8KeZbnUgrbgDI4CZJU0YbF1RWO JszSrKFHWkX/9UxTgmLQySLs7cKuwS6QFYAGIMnbjivMQ5xDpquK0t5rEglVwqsMoIaSCRxJB+YU Qu49Vq39+fU6AnyjaTC/QMdEZMoDW8JESgiQqvKk8mJOOF1JHB8qAGg2DHFdvAlnMnPL/hGJ0Sc9 ovgAk0Sn8XMKQeMbELaLUhvZ7JGYsdmkh8RHJyXQDV8Yb6uPfpuFBKLPeNSPsrgD3VSjO1lnUsCl MIYP8jFqFdRdQp/0bIeTuTOHoB5TRBfadtAjmKo5sP1EGg+0guUCNAK+2kYP16P2Kg9DDv0WJTJa O2nHfXU7VBdwFXq2xLJGN6V6lUyPFxqvWEvVMxkiJCwwOLCKF8GjVc9of7yyGT4MoEQmhMdOVRAX BnPCziJEgwGBsIjfQKaq1EhawGPv2hskCjGGwx6v6K3dDhsFol4u7eJXaALA5gjBalFro5+xYK9Y zf5BvVYJQfs7oU/FY5gsQm7laeLIOnFPpRiFmEHCuo2oDHKFmh5+4ui6AY02trkmKvKB1qsBDg10 eTpWzRF1kpGVNwpZxKRUsSECfERcxGXywdLFXqas6jjTWTVAbl4EKb+QRrWytz8gbkVpFJEGXGsv EFz9kuPhJxwb57OHqLmtckylVCrzQxQwaXDxWd3mX2Dyfv+n+jzKUFeBwwXGUH3vq5LVu066VDjB 35UkUvVDWe0N3Fm/Oq7PmYkdhtixnhjaCnNot7MdqwOjWgvK68V4bYDXaMhHBG3FZgDGp90PIjeJ OBYTcn6vQpDCH1fVPpQpUTnkx2caH79cYRcHSSp7csMp/Tl1AiO5KvmdHOnB/vzXWxRXURwHQ1qZ lCHkE4k639jNHthA4CpHn44pfVFraKNPKQL5OEygkcaX3WFxw/lNk/IIzjlVnwRu71hIouyIQ2cu ljJQh2evPjYc3jGYDoG8arzaEbvbXXV0JTiIFNceAO6JCqJ02qQ0A7a24jH+PipfglIe3VcO4aag OuJ3FdSv+19aJzmhWIq+EQFh4NI3uE5sVHtkt/tr2I+7O8K2eigd7xhdt6IrKoaTN0Hi7GLsVxCG XmCUo2sbVGpjLlViBzR70zhpDyWWTE9/I+FjdfdgeRbaIUNgR0bs5kmYeCApRguvXkqiqYr45Ce6 0u6NCqfYkoAULcFiIhgWxiEJY0cbsKpWmP+3zYGI7BFgJXRTs+/WBB0wUSQZHLcKemcUzNdVBVp8 4KVqlrfPo10R1BeMzN57o6GrrrjklQQm00lNOaXeJEnBaoHcYfPNbGklsDrou60rO/U35DqwoEO5 ZWSZECaOp+Y5wwoH7HcCgMRH22gwF0ucyMta9yQ6PIcbwf2ynM1ZSKjOTt21brGnjkS0CLKsrDfU W5+qFWZNPytwMuyjUmFWjYTA8qhhLpcqISIPyDBKaJVQkx9kUMupSQd7rDXUz5atVnVLmwWz9bi8 sQ5b9XzoK24Py9dZwK39vhpWs7Vkc0SM8aHFyRphWVG3HAhlibLA8Rpy4a26lu3Nzsk7n9qfyzHv ao1JkPwQSwKFsBoD7oHxyaCu8TWLWXyuGrZ1jJNideCiWFG4o+Mw8zB6VTIJdw9Dhqi7nKPbumYx fdBCx/HkSligJBSthm4v+2RZw3DowtK+TlDiLVmzc0gs06syDkGytKBFeN7vwAd05Qg2tSws1TuF ReO6j+cmK+Ew6F4SbEhy7YDbF79w7iKWcDD4eK3UIiR/+49zU9c4ugmb8LkOmDDe0QoeKTfvnZ+W OyatH+wssNMIHrIzklrWSYIPqt18P4/wwAGwPds4SEgZIBomcqBThD6OiBeUO5hBLoBze3g1b8Bw kBaPkdNV1kBskM7AOSO7lSnyuE+uRjlwTyxrUq7DDgODVbwiiZV7lm9LVdoBUWqeNAU1Amctl9Sr NxQlx5R8tqHWFfPlpcPmRa76XU1hWicc5tenD7RKE0Qa0BtRg56HPXiicAVUoQEV43jUJfatJxiI kORKu4w0BACubuYdCzyElxQO6quyjng5h7bMjkd6VJ7qO8cryD+oSsYsuHiaFO2QShOAmI8bz0eQ Mit0Mkkqg+9R1NMzjAjiU9ME9lL8Nf4Vp7pfyEvmrAiot/mq3ZHk85Z3LADJZxbGeg8qBw/Qw0RA da1pSyXsWBwfXYEjO6raRTj5ebc2X+XluocCy8qmZ2Z/n0VGIV2BpSjGrPVIrme6JJekK+wNb81l 9le4bAhj/d10JwMhKvtcTJQ0Mx8+1AxP4XYLaj2KR71XPKnJRiRaaz7GP+db0t3CB0ywdjQYguaC cwX8k4MdBF+Ij9xeL7xCC5pfjaw/gAW1uFNS0o4gV7SMqmWaRGGlyhVVUOFBVX+IEmWCw4TsKNdM RwSy0anC1aDl4FOgwSCmzIALBlV1C4AGZKKaUOEi6EZ8DRao8rk2BI4AlBpvg4poKC7zl6+iWXHJ tVbzHohKhCdWAng5tV6NcGGwDtYXIgyaBZI1hUNUQnRtGw5sKTPitfYfwMVcPbgfRBL67C4JE5eR gJBawBlcXAogjA8s1PP9ExABfpzEluQHLrFOwQBhazVPO/xfyEDkIXcRh00RHLli6nJ62uUxpAoy CBRKeAQe5kIUzFosWgMhMG3/RfBUKCco/Z25I/AgVnkxLYDGwEWBUXBPCbxKdkSmhjqVM7BpQr0P l4ZCA1pB3ZDUjlFzvQ5NZYdaWFoB7Fhp415ig7+5D6YNlg/kDJsPowT9g0DDv93NiARNh4KvK2ii BwjtbiAtwG94MxY2IKDn0wciBMUbBFhYvQm4JgONaWjcRUy6sBBvkV/QJngb/gQajWNcxkScTiB0 Bprs9hRIX+0pYRiYMo+1rcMQkBhUiw64M6Qaauozm9TbOVKuVl6gC2aQtcHIjMQks2qgqRI07gpl rwjU06CtOuUbgA+UKlydypEryEkfKaOmpBP/j6U7QWztxrktPJH3rvtWfS/ZN6n5z+r/FpQk5bKl c9iAIAlsbILCNcHUZV7wpza7dY68AkU1Q7cUGOYbeOM/kLI5X8nK9aLhpk6aPsBvvMTkZbhLgqGD 4rSNP0hU7cGr/n0Ma9e+grZGEC6qemrpYVFaX9F7Y00tJ4XyvSLtjaXXxaNkAxCmVEYHquoGB7g/ fbYUmASFCcjTraUGUYcaL2pveSFPwZwIhVVfPjCTq8omigDq97CZq1DhB4Wkt/oFH6QhHSPyBITf EIpYNCJUjwSkOwComneea+4XmLH2GHfzY1kyFkILdzI9vA6MnlVCUSSiJUaFvhImP12LapKvEDsH eA3eb2kopQCEXd3pkDGgTCa+eWbrdHmt2WDCdQZhojDfsvqYll4twDO5qbynqY/dAGsG025SIxFj 3eIx64y+iPKHugeEtxS0VIqnPdH+2taL2L2FqJrCIlkE7pgLUVC3JlKLYrO3SJyH9VvnjJexKGeF Bk1n9AE9tXVbyJlizGQs13lwn5Gf8LUuNjlJFDK3alI0ASw1sbtVIvnbrGpZAzpEhRInVSYXmmh8 gdVTY8tywSHqF/rIrjODSayiyiecGrR8K5yp4RH7aoxTv1qUUJepPXyYRtBACze11jOV3eev8xSE 1nwgovjEbUyFujSfaIHKJDEja7BobwFu5h8526xM1WZAK7J5C65lgPUylE8AKFgO6Y5RlPWAFhuO q6eZnGPsMV7ba5hnmYg2nWBtW37sPo8AzIL9qJYv7L+dKRjzi5HN1s9aztxl/7AoCJ9B97kyo5Uq lTe8LViXsdelRWHIbIms49Z+diVTDwYa8On1MLiM/hCmTGyEHGZ2b2jM5HtgA/gKhTXaEmidZQFa z8B3XIPxE+u7ZsRn6qay7JWMfMTLLLHMzZ1r4LhVygymG0/HXa2cANVlvAK+CHhew2RlPbT4dNqC Icpu80H2hn5SaH8zljQI9zEjl5iyaNi2HihjI/gRsKb4gPctxVxJNQEwVxhSj78pCHEQmjHnhtHa cGLSNhbfu8Bz/7LCpttUnaXTxp/ZiIaawa+S/CxWPe/H0bKsZNf4KrGBhXMSIGcECB3UTXvvTg1o vWOi5cTgInkMUUV3LAVDyGDBOt9BUMJD+kdWskcytzvY4kGIYvkYuo2euxrXi1nolzn1trW5iOYo +E2r6IyBNjwGupnJ9aOnqiMqly5RKoafmTLcFJihLps5uY35LPqZumX/62zcJPYs6RjoohjqaJLy Qzycvye6NO6avrdP+dtzaAwNVq4Ul0wXFOkjjdcE2mliuYhcK01I+gzOzXZXHWMSx2r0evyO7iTS MxpO2ZjEJgZrixUNr3aKZt09pMztlqC1i1m1QUDBXwrzIDnE7KBfVRHhijpZiSmfGUJBGZb34bcI jL5xkQmYhqfwjXSAdrxzoDH3uhlHs7Ppc/Z5gOA6ZZqQoyH0gkuRwU/sn44+G0ZpgaXRCF6wzDgZ XfUNBZSveRxmn08PbjHKFJILYanjv5cApMkMLufEeahriMdB4w/w1djnHENaQKNjqZm5HoVpfmBJ HtTcoIIVotc21RKANUf+Ex6O6Sq7bPqFcIh1yI2ldZBhnEPH9uHT4SG6EEkQuRHlG1YSIB44CgDw LnI7VFXeUHXARFJXCG5oNJYlJiS/AyGTXyLDADAJxGaJgAQCVeKDglKhPDAVT0aRBkhiboauwPOP UBB4GfQl0PmecSJUEGUWTqUNINz1N/gMiurhlewJUDT42dXDl81PeX/lTg6ehZtJnwtFu7imD34K 4wuhlU0Cmrc9flUIFi4iMQAWngXNkx5Z5ocyV5RuAvwE9V1LwYzbCytbuXwQJrm6wj+vk52idM4Q QdfeQbG214A4YOZx5x69o6QW7vXbLPCHr7Ikw6njF8sQDlyTmiGcVCthkmGopQiXWrpsD67kO2wu gNGIx5A5WSlK5XCFpV1lKwk5PZ0ul381AWYrw8Vl/6PY7fm8+wsq1T9ZnefCQT2VDQJ+iM8MSgV5 +mJ3XFxqAdqwiqGMW0mk94DC3/3pZ3/8XUBVJR65KPDncHV94Y1EQbJryZ3LOw3Vu9wuZ7mZT9Dg zd84yke5Om7Ho9QZEmTDSk+H63ktJzPxHl12eFvKlhFNWZ7nYgFw7M0Snrs9HyN1lzYegppATiAv ubhDrefmRGinMUOgPRx+yzJOMQCyyLV+MVI72iILN5g03JoGgb8XF7zoZBWoqTHY6MB8yD3wEAG/ tCD06IJWawq/h/wqS3IVCWHUe4DEh3WejMhFqAF8jx++KLE2nBuYCgOTBWPGHJ5Zjm53LR5AtuGg 5WYGvh+lC18hb1PR1QXFN45xNHIq4I5SGLlU3r46bAUwTBklShsSQHmQOUOEQar7FFZ5rjt1RqJL HE+mhnZJCyKhtf8X5DAf+xd1fZBb+i3PiuFeH86yqay6rTHUFyldtKJQhcwi5QIHqV/Nna/dpQQj QEc487pPytwiopI+64oM8G7GPDdYcpUQ0F4WEsGOEmEUQwjhl1Kb7kCbwdpx4IUZzFpzKpq5xp1P SxfFhsiXwWLA3ZMcFNqzMITdGCznskmtf2j5SOZWi/jrJLDSHLKBI8Nru15Tzea+xQne23A7d9A1 tfD6ri8QZdAWCyDwWc4cuD5A1QoogbJC+iEg5g2ZmkV4ZAcC6lIurVW6NsJ5fRrpPSa8xR/wCTxW RVlNVFr2G2us+yclRBpouThY4SJrORR69yHu4pejHzBjewVVjpkfXh0nXJwt4Qhv3vm98kJHUrdq CjctA/IDW4UjIT7Y4Ewzpk2roPWdRSd1kd3aBdOQW6FYm0uWCfvLr4LDoUAiwqKiePEgFyHzZhp4 ygLPQugMSttggTzI4HDClfDaOutlq7p7A9vO7KSQwIAwC7s5VeSVcWXPsqLbA58B5YHKGXzdbs/a RGaGSOPVB8mKcmrG+tkeqa6gTLfN+MniKvrJaGLR2S8LrQLDQ9E7GGXXa1s03C6tRs6vl7xB919n Cmqe7Z7doZVMHBaFZL9hrMSBb6ktfZlD4P9srNNBnkEWMZiaOer9uYSReZ8twtpvZ2TVsBP4dtzz KC5xM9hj5ZmFbzLr/T8JZ+VHqbKvM+3eWMV8BAYlI4Qx0l7OR8kIytpMlDlHrBnYZg6MLnB4sxaX T2yKDi/HjSAUUOrAOcxF/+J3yl2AHqZhxDMGY6cjWZJjB6FLaUi2EP+MBW4cCL/W2UlBkuRhYwd6 A+cHeM/bcj20JrFgteOVLZHlLKpOB1g0mpJAAj+jEbAa+f7YKQG44QUefBuIvBAz9SEQ5RAD5bQP M4EUyNBi1rBJWa9sFX8AJDe5VJqkYFa1z1m80FoiYmEC1cvHggOvzuDYAutpNA3J/i7ynQWtLgab PjHswbn+5KRxx/yZ18ay5UCwnWrmUvJY9mWy5/vw9/IYiZfsXBoUaqlEhqLvyvvMw+oEQZgvHclg ZEv7iiA5O9QpUJ+xBWXOUWJI8yJVD45g6kOL6AMQroGsRhYZr5+HODQPGqHx9Ek3jX1wARWFKhQ4 yXug0S4h1fQgOQIplUezhqAMseK7up3f6EGGqyYWBmqmGAHPBLKaqgTS4GdI+91fIXzcOD3tBARp jkXPYPVU32polY5aZKZl7nFyDGqj1nm31ogwYUmNiggodSplLhMGO9biplG+onr9Vgc1wlJgM2XD c0MKCxnknqEUov9G2ag2WRWvfDM9o9l/+ugbVYdoqrjaDL0lTMVWuaZby0JeTF4FMWpv1u0c1p6B Jk9qDNDJXSZqNr/OhpcGX1jhSCN2JNKrw7nSeBpDFz+y+9n+UCCkMjgO1yTqaMzckB6IigkeEleO YfBMbwFG+Gj0qqyngTsWjki9padWYigHvltQSWCoxQgYBBYMp5TtAOEQJAJM4VpqCV0PbDAW/KTA lwANSRskK6ASWqzZFDhMw3NzSIEag1idqAViQ0FNUnUMBqZU6BzMJQoramKYmj/os6nsWUdF6Gm4 Y5hYuURid3pZvzBVJ+svgcDb9HfQF3WixYKgIV4AzPiy+t8h/S44C7TRN6UP9F6DB+MheXOAIums No0X2sB4mPtpdOBpHnxZB2QRgAWIdxw92PQDeOL4lm8fPjMoJbEElgJ/iL/+PtQKCJ6VBXTl0wi0 sJ5+xlIO9kvmXveCEoGuDVCJR1w82DfvDwokB2ReX0enN0Qf/9//h78B5mSzrn/gLwiV6n2fsD0v 0bWL6yS7Lk0HsHoYtR7SbmCSHyG9wC45SXUPxGfg9RJqp6dB5/jVKV24GkTP+LemFB6AUn6V2bPl ZdYtb9ETYxjURJeEtoJ54bEBV1DrVIOOh0umwyam5hYIGCAPSgb7iASrQZSHutJcqpeaqZ/KK4AI c+/rQGpuoKllIISmxbSceWD4gm7BeuqKwmpkggdDipHSi7UMsK1M/SB5Mg0t97L6YnuahVF2TUud 87vGmcT+MmAKafSbXBZJ/SX5xtrYeRpknZQiZpeaBU09sTSvK9DL4QgK/G96+v6uagUmVE+9Se+5 GJLVw4zztYQDgNeG1QiGCmL+vzxUuv7hRRdyMFJ6nTYCD1MVUB9QN04y5YVwes+bbj5t0hkLYxDo +unGBQ/4QOGuRqR9dDVVBPpK1KOy4gpkS0rk7FRGt3ziHsuGroAQ1CRhKOCNxtknBZuIllxFgkJp ZZzwkApbCpg/MmFpjgUhZjf5+I7Vk3ICYbVSNeRD2lN2UD8Vkglcp4ZfX40E3g0c1U/WtdHvUhYQ EaU1Z6iraeDVLrKsAfO6VM+Q3J52SkGpdM0BE/Ipo44xMf4CPQ2Ff5KzcppNFgTRPZNKwbS7GdtS WkTC+lzkaPWE5D/S+Hi28oc5UxIVeVhx8fb90dT0064KrU5atoh0xtjqihH1ohZDoNgMstaokxqa R63DtKmIOpUAGvsajuqSPjINy+8A3WQkEdARagn1ErI0oP3abLQ1U5Hwp/IslLXNdmbRm/WPcmYy ZkIo3xRHEETJ9mUPGsIyIQv3GGXNtLzpSBqXihZ8pKL2Ayf+Ghcy13WBywkFtUNOHbPxC2gUE1RR tomuF5G2GYfse4CNlLHKCNKYhtln1MEDidSuKaMLo5l5jDBqzWaw2HxNKj/fY3iw9mqWTZ7dzw5i xOgV+7jus45KjwUYcwJdHZ4DUrEi9d42zULzYZZSVgbYr2s6gtOZPTygeBGMdFtzJkp2KTZifSmk nkHAD8io0WGc8rE0MsqYQ8DQ7FsQNxwX1VWI3KdcCsgVMCmoHMHIidRutMf21AmR64wZogGgcqJy CEC+GOyaHUjrdTWB/uq0X52wVDaTM/LnG7tLKWrXu3yl8uZGrGRdBEjmJISo8ZsIgMXKpjIATDUP tINn35Jk7htZ4KV09BR8FzuGZVSpuKlgZNNU+dlpVJNLxVrrjewwbpZ++TXzICZmJAphNuZcz8f1 pZko6GpRq3HyUG6ElrqfBjHB/3I8rYXKDoLmeXb5OM8OMhqIqB2MswTO7O0nG4//VfEyuVWEpAXQ xbypDMUs0OSJA8NUW+E5ezLpwlfVxlJMS0lno/VDEAi51lKfYKACLbUEEMk+GUqKm+4NEH1KSvmw KY8wircsIDTBv80iCzn3R0/NizkGbDij3DAQ3fwov5q/woHpUnuZPSCXWEl4Gmx7KwM95FW86eub w3qUMGsx/yBvxWX2HSju+IOoisnRF0yZlBJlRzVI2u1fUsyRA9M47gsHRNva/HgQWMLj3RhgfTCI RpRaiYT257ii6WWZr3Tqo2RTXvcg1pkWtgenWFFwA4259x0QNqDcIjrCdDfjIkpjn/V5abpLLEF6 KRC0okauPnYZ0sGssC7wuwJxXd6A0iAROMOxuyP54MadTQ7H+ICKQHhNbEgVkMEU+vjoGqy+JRxA bqspvJ4PgsQKvy6lCF1S+9qheEgPJIuOeDc4Hewj/wBNAGgUCQJbdS6dn4j3C5+I3kLzsUbhz3Bv f3mxJADK3kFIIhSXGgKUgRSoOvMLAKTY2FmfMihzQhXRTM/rRGIBWzTLNAJwvTrxVtAXwUbfZc1V u2afSnkBZvE76Ms8j6tn9Uiw3d15Cum+51z1IM6w1BBhQEh6nClJD8oogKHYnYIEifOInQheg/Xp SskiAG5hc1AdHMrj+or6e0UdPoPy4G8HaR8uu80ZHoxEuoadEsDivMVu3R3Ag9ib3ZpYdor+B+sE UUrFG2PVRYLlsVZyX503igrF62o/kpMmQjrlaKxHPFVcVRzKr2jLMO8KB7hBgIHCUk+Em60uUUFD wo/X0xWvdne5ROGF3MafPUH/trJdbACAAxGff0nx7M7KCyYzEq42nk/AUqi05rkPEooO/z79diXo +Xo6/+4PP8cfcnJ94nyltQBnDNf96XC+RTMG4WNS+xN4fnNF4M/BD2I56ZW8zKRUlgldD7t1454f gEjtxLtFhdXZ83V3PQNvjQH0PpRb6mXNOgLOJXnu7sAzaFLW5fJ8GFv9BX2D3CHDPyHWXfFp1NXS FaCoycfL7rNbPmHTXaM4/O6zuEb4LxBxdfqSAZi+ryUKhiZiTAt9YPyaBy6vBO5KtyNfh9vcoq1G ZBX6sNgqQdAE/gn6L0Rjjsjy4oa4UliUR5h+ARhLrVHEACi5+z4J5sQEo4LiHc07MSSDsudBd44B 5mzecNuBdtHvEUebsk3PMmLM5JYhBzKw2ltS0mdrUjm7LYgbW63779xhCWMs7NL5CeRlkRkpPtwB aBq6phAGYdJ9f8gwDDkXsNNtu1+5mZ1pAV3GMLRnC0LpL+jTwmg++fBL5hzgnw2m1Dl+OpXgjsOS RvBXlhLv42qCD83/jpvINhzqakJrvKWgbpufcTs7YqDf0qkASC0psILOcQhiSdEvqQjY0PpmKbMp SXEjuGbNgTIJyGoPVrGjEeB3U12AT8YzYoBwJuPkCwWXHSTQ9p4pqRzI3j1g2xo4nYrKrkgrjiA1 5NUlodbzjIcCXu49tGZbvjwZAiYnCRYgo8oeL92KSwLRGguk2XWU48ZQ4iyzsvYYckuYkzj2LANA qkYtxNgS314TxkKc7AdJUUpRRLDMGi/4NXjZDhviTAUcbWkBtwjLEacwCxpImfao2lD4td3CoSYF aLetXZBQjfGNjbi1tGQhHelgtdr7jaDNJzDHzkMTAvtsPnEMmDmdcPEpm6el+M6HtIPZDlcsKLsA FuIu09Gg+zAatV4IUGZR2OBmXadbEq7YKvUED7GgqDfbWsQ+jKK1l9yJiDSkmKaEsMP1ViCVFrVt +iiDe/Uq2GHn1GLGC7tJaD39gK2FmNkhGiCdNuAKtL+0kxon2uZTvxcxFSL6kuyFbyXViSaQi7Zh Wg48bm4EhjOH7IGskMCO2OUCv4zYMQbzv1ARGIUZT6wmQojWC2fWB2aE2lRZJPdzve1QGPNnMu4y W+hLRuUAYWx4loo++tD4Q8rq5TcUd/CzzCHeiq0f28pMml8CN9kqac6AdYFzUBbsGkZ+mFNGGxpm ZowpyfJMhzNQVAbfY0QyeBkgfFASMKHNFHayAnrQi/gLfApPIDSy8l6FehUG48Od1s2Yib1DYNgX Pg/m9h8XBisHa5cx3l9xXlky7J8M3dwa4CEoFjuc9HJFmBnl125l0+bWK2YevDFfg5EFZWdwCg9w r3Jfkjkhh6jnwqiSfcsVU4OqYCEeUY3DrENcjUhi8MBiplKGKyMOdYSIK5r9/7kZtakDJCszTHqm Z3DMAul1uQO8wSVoVvk8gWIhGtCphGPohg8nfYT2VHdnVI2wuvBnlcaYbHRiY+fS58ArzPxlENZF EG5Wp/Q3Dm11ETzkgfwZk70HfOY/loHGcDOWezagj0dZr5OqYZXQhhVPvXP9VMTR1Bb9jebN0eRT 6HFACkOZ6vmpRq3BXMoGpXR6y1cuNpEZHdgNKGPEhynyZKV3gSURM1eVfIEdOTolM4EYgOUJX2vi XyX96FJ11UD5VJCF5o4ccsBJIFHrO7mm+iAxOM8UNWgqxmPOLnS0jLgq5g1x2EkFxkHw9DZUlINg 3vkKb1l70ysPYRYpTGO+i/Xwr8EGmuOTKg1eM4x8JWqRJx4VMOQrJmTcFzBXEAZoBRYEHwPycOb1 EUQTTfd9Af0gCkAzDK9MC6EpLskKkAVS9Qb0IkApDBZaFpBUJg1gDTCzSjnxiHXVA9+JHyv5BjXD CUVHDGBBZfzzXxsgVdqW7wY5AduoDrVQzgq4EEArHCTSaQiSd5E6Za6QuwKEEvxXygYYbexBrfVh YI4na6KMGkG9ehM6ipIopTNIEOhTEwJz9BCgoGzcYKuJ7oMwhn8YpVBzwyEBGzT9JZWjPzAuQobN PC5cdgZtD+JV0YCtCUCdHCSQGm6s5BgPelcG6dJsaBMBhlpIKD0XdZUEwsf+tKg0Rh6B8wGSoDRh PtbmgY6906rl1sU+pA1AKlkgLILkTwHN2TL8BKYXppkUE1QKnGZkKVSwt/Zzto1L8CYClTf1XGQu YEqrPRZPuAYTpDegjl1HFUw9s6CZUKG+hujE7FYv1ietfMrzDDhNxlA/f6VFpFDRQ31Oy6VMaCDo amjmCESPB8d1GyWkiVsIf6bzJj+tg1ArmQIkjfel2760IfSMJInIMqY/ZXLueY0UOBuID/4eHNBd A6/ffzCZ9ceVXprXbYa1SPADDoaTq49PD6Ufb5KUVaWJ8fjQo7KTSJ+R6OQSwWr96q63UqCUjMJs UqauEheUVboS4Oq7pOEkqQai0aonzGOfIWoTHVEGz5cwA5QNftQIimGCmA6lH3/C6ixpSyi2Ij5f Hz6+XCtHkE8Yq4NHU1cSeHY/3POHRBxT9cfTg9KIhLjUJWUMfJied5cfnVdW91reMeHUmoQkLfdl ExRp/NEKRAhv73+KL8x8DPH99tXz88NIxYfNbQsTLf7jfrrwXYx2Yi/nTBluNLi7/R6jzpLvpJrx sfvvzJBo8nVIjZYa+k07lAlWDUUkvVRRlm8J1GYdFnuoKuOeHFpQgNsk4Afpe9469Dh033mmG+AG Yaxq2mF5tLSmfzJxtJNZJmdqF9ewGqnNJDJ+aLCW2lkfglrKkdWwOsRR/MmsdKmu0W1Po2DWKDpm CjmwL5JkMprOISjK1Chzz0S0BRlisVnTp2zs5pP6rabaTazWr4HW6S5pQK8tLVGAp6DWVhMMhGWL LatOCkMCFS1+URCEVgNcY3JOzUAmc1xXBIJh752jl4jDd+Y1VdO2FgPyYIaYUHYH052ohpNcmd1F 2lxqmWj3CUNuWrfRGkWTui3RTPF7GHXTyiC2L6GzU44OEOiyZoCaTQr/mEJawJRiftmFiEwRcwld u1WEYRansF6S8xREtWB6sN7rt5M4QLNgQOahTZ+BnXHYcwoSYWVj6C4PgVZMOKDFzyd2SZIRgyzl R/iwd9kYLxEMmBrhZZE5x0JkS9vBv5bP6hBg0njWoVekJKI2bdaGxrKTBai1llT9SvxASAYSdEwQ k11Z4G/WRxBx1qTFk/FTroPsGGuRYRwm8H97d5ni+FwOjjPQ2Gd6mK8JTGT6jNUHpWN0BMJz+MCj oCBWJpSbpeQzNiFZlnJec+kP3WTz0NwEWJdCyhkVzR2KRK6IGgbFoq+deqGYLFbGFBOaiRyqp0LW GFZRLAWOk2r4OsA31oXYd0klNDbSNxRZ6drOigbLliOb7Z0VgiGiqHgHzMJoG3UQDXUwWs3aanEH 7rJAOHzMtjZcdnuDkoXMPzY6Wm+YldnosAdlHQ+91AuuQCYltQyNV1lem558bV/kUcwqKu+BcbY3 8tqMPhftFS+ccf1RUmgODuDTi6DCbirJSyGYjEBDyR/JwFYy/5e26qYX10LVmhSaB+QcxJIbFELv RQ1iq2b7BncXACBEwkCmMSvxYHM6PBC1xqilKizyDrYSHRON7RqJmi+lp1DKdL25Rv0zYsPzl+Nq qYWFGQEatk+WDN/QcW4a9eGLGQWuXXBmetONRer1C5daa3zYEVdH4jqj6Zn+KQlG4tREDgT7mIZI O+8kr4pgtf5TE89G12pg75Kg4iZ2sDGG5jDF0Igw1XxoyqGZzbomqwWiWVDxmcsUKMVIXMIlQ0sm 8DzunHsRio7uqQWU6mSiZnnDsiMN3Y7sOBHc+mHIdM8Wd4CDR8LmGokK3JhACiHg9ILlC2B1SwEQ PnepE8o6Sz/FK/j7JgJpwFJq1dtKHnuIDrVUY7gQzfFJwFNZhqWx4LtxmmE3sg3TBLBzhRE4VQFj yLrMwe9QNjhCHV6GP3lBpTB/2SQQkvUeGOEfXrmj2XreyMFKgNGh/OX8x4wrvQs9L9SjTR0hDi0B HgQG6KFiLVdUMak3dd+ADBr2XppiOJyHP9xoRkOal7SEdDp2SSNw6iQHoQ/wsffFDhyvNeQKfDN8 LLbobNw0AsKFDtywaGw/DnpT37WDJuDCBS8Ta5cFBsuU+jVSonHRaWi5YwugI/xErwFwoArwedh7 F+6RF5imU/Fwa3TrIBr4L3YkCOUCRFp8u+Mv5rY0IwFUO4iKo+6lQEC7xA73rw8HNL5BakGcElPI 6NDn3c4Ht5edWIaDbgjzrzcB3TihSLf4qX2O1arxOLsSEWj78YDlHDS6ukFHS2YAZ8fZ7Ly/0mKB lsOj3BS9B8wtHQIOLVTcnXRDW0VYhcl/S4GBuCqTxOYfiRuiLENhodBonl1dh4ULB8YqvizhuFqv 1ssPtBnNd3dBMD6f9+4QdM0f0Fw6BqTo8/4qj8QeEnxAYz5fl6fbxgOX33DhLuE7g7VRfJHD44NX y+GK5or4ezvv97c9fBuUjRxd4ogz7moQtPwSRQeg4nFfF+BxFPOYyYfVFeUVgZuwCFPDIM4Xrdyd Ltc+rflw767sO/1gaUussdvdCHX3o+WQb4h0CDZYWtIJALrP1EsMp/2vj42BmwW3uyskmTzMDM+Q gLBDLSn1tAzS2LClIllDtgUjrjdvkJa8J8IHmNYh//jS7no8oh/LUyIjxzmMGPSNLkvjDL5sJufC GaV0gAbDtA2IWwJRxp0FUMvuQkU9ATOnptGQLUDLS1Tt/eClBwmMKcFEVvbrT5CjB6IDm8L+KHt4 80puDigzVRbHkC9EEhUFuQYwYFl7AZCSOVhxTV6oNYxNdn06eSzkFNPXyllOCLfv4Zb3rqWukxAh rLMo6inKPrnphgUFvgwf9raM0z6wVkVu9Sn4qHc0S5n+n0QPgoNHka/vz4NVy0uyW5jX5RazCVrW MhAFg8xfiwEbpOiTvOQBzWWMsN5Y/2SUsJaa+LaujndIOj0bTkR1r4LMTcnoz2fYpFxEOMZzp54U 4+a6WJqUFrGVp57FpcTp2lZjrQXiZSjiZabWpKB1s1bel171zB2HxtJ2Aamgl+tCwPqB16FnHcES 5puNUcv2+KnB8nB4p8CwK+UAt/fIMmODU5wNBgClGZZ/40HUImGyxQ87ucw9leD8OLh8s/mworvi 81viGk2xIArSxSmfiJtsPieoetiuJbBDJpY+HSJfFVG2BtBM+1Y1vJZE9Odb8KtFT/wN8X0iKwc0 ewviXD7ZvIAxFyQkzLDdHg0BL4rARPNwq6jLVYfCbTQaKu1e7gQAUnFZQb4WZxvNV1dYps/Og5gl C9NMv80JCi7hCN3rblc//O0wh+ElF52C5poGNNwpAFEdYYtSGLEgCCClKLhpoF0x2aadmtJvalJA ob77v3Lrl+7DeLYpmAEkry66ReAo6GHRtKK8ZbZOulyIpKBPClSJwHl/fFgKgrVtgu0SdihSZb3Y rwoDt0kXrAnkbGewv65k7yF1RwaKHDut4CH68O1OhIwAzO5Ms2w0zdOXTHB2V9YTY4nhwv5NznHF 3/xue9VUowzIZ2mYVPb2TC9TRfiCkd8G+kFcn/I1FfPWr6yWrIVkavc3P90+gDSvKZk9qbhmpGZK Y7uyI4giIzUk0YsaIBDjUBpzMoMRys9qlc6MhUqVdM2gM4cw6sONC4b0ji1eOe36hbfI1PiQFVud qD2jsiQ0isQ0UlrGF+OT8+ABc09EiWvFdmJOoVVkvbMlwnhbJYKbWXcSiTATEERkxsy6zSD/+Nix pPPa4gnzPd1SWsuzOhj6QToMeIJhOsaFwJwxZzuImeiNDNkxDDOAXT2p+6FAXeZS+rDMTsZJd/gY irFTQ2LjL/C3mKhZTaxH41k3My8rWHvLbsm+5W5wc+oPk9o/MQxRKrSNAcl1ZyWSGx+EBvA+sDje FRc1hMrovBuiA3BZx4HfHD4OGoYVN4RD3Evq5LOSm0GpqTGRPMni1U4SVK2qWXrlnKsFXF/OJOM2 P5m5DzpmIpPVHOMvQ0WebPVBdPIbPBfuwCFVLXeP/wdEc5gcVMXpUw4QNAg3/Kx7J+fQruURQAct 4Zla5EE3HGCYDf+f7w+B4SvoRBgWLzLgDgkFHACmDjdutLsfTXeCfXL8I81qiyrDPVD+FKqScFdF BMcB1NzcF3ZQPskHbdOFIEqQYV0NMg53/XxKCNCVfn8hNPiwPMWqV5H/IqiFLXPneGTBGuRdORAz LZjfC6YELbyIMqgs/javi1jlGg3nZKJGNhEwqgovUUFFERoJ51H8h21EK+ofriBEAuKhMUGJHiHt +qgNwePkEAM5AAVG7kg7vArchAYZr5pyKQEiosONSpD9QNaGziu8cd8MjAAXgHbBv/xDAL55NvQ5 ScQ+g6KxEA3VFwuTo4D2B3PybMVQMJr4Udxd0H2QRikLkgkfImYc2MdVX7DZ7nINsSB344XPXyPk LnAkBNihxbpJJV6A3jNdSLdlkIIpyKPTMOMSlJM37mmNihEKxoNyUJyege0QP4tCS2gbsEFj6hmI qpTvUJSZKrSXgHwRtbz2YkzGFIu+OGXRaYNL3okcGo9GKJISTrgGET6LsxGIjkClNJCWxteaKW2C tVhaU/wCRotnF4g+0DCxJaPQj1RAMGj6aMLAvsLRhRi4q6aXamFhoSvhKtTDZ5CzYEDArM9jd9Jf rdOW0EUOqZYoJySPVGFHhPgCU3SFbfEUrW1yqaioRnA3bM2gFzKgs9Ay3GG83TDhIgG8sKIZQGPC gUIHDwYAmonkAIWGJgcHe18aBBlJLAP3qmVZkNfE8AT4E9ek5H4ShoDGAqulJak5lfUoL7BU2Hjg ao7XSh2H3/uyfDQoj/F764Uf1gQD4bdm5UC6OkdztNIy0hEEqG6M8CI5NYt2ySLRCDTP6bLuiF8U GqFR3VZGDMD+we/LcSOSANAVIvG49wkkcFtPqbRbLssbrJAo9UI+ekvayiE9iCXU2DW7DfOcCUhU 0Y2L21YHJRapbbGySFinaWLLuV/pe4BG21I4Y/dfqN70avGn2O1x6UxMTuNOva3eVmxdbutvcdNM M651q9NVsB57Zjqh1aaeeVEAtwFX+386auUxdwii6VXwMOwO7zH4ONyJIVDyYH2xYULeQENU0UpE TnDZdlf7dlmb+s8rym1jsu+bUPUz0PtT2ts4gYUSYZ+W9Dbs6Y0H/C42ZNY0Vma9rgTLtN3LP8xK 0FhrYPtvCm9OtaDadZgJVmMqa+HzZ+uPLasDO1EXtYZ9A42yFY7JIJTdWTmAri3ZOkyMLMAWNw4I EfhH6/kSpKDPbcc2wVD73rG8tZzN1rKzHNkeqzTaqjKYbqw9w8maKYCdMCF9ama5yW88qBoJqBdw YhnpKLqVgp1RJqgwmhdUTFCTO9aZG5qnJoxQW6c5HqpXb2pjG0p2mLaUOcxFQazP4FKWJ1OLtJTj u6EZZ3nZdNhyoWL/WZjhznO0EECYNZvx5nhUOdmiGGSkZYmSofzQ5aJoz2MJUD4jqAesbBrrnyIY dLRotaHtYBR187qAvq5riiYbZhaXRCU8PMWwRoJJJXObJ1r0yUkRHmVyUV/DHnbJOnVyi8bGNGIE sjEMgXpMFSPVYUzaQjKWRVgi+8Am01wKQFT4HLyzioMNbQFbfag4K267sa0t+yfGRanS+oQJHKu2 R7LxOKtpHhK1jjNmq7ZXDISKGeyqhgAzlc1E77fXZGCFZo3Fh0BD2YyHfQjCS5yEakA5ec67bugY yxUB9AOcxfhEsCAaHnoBB4rRnc7VzmZm+UgZofCBxy0glApuVyJHtlz2Ra0dWVCOzGoarVLKPlMp iJDqZMObhuFzzPPwVgxS90gWLwhVyySHDodQQw4/dqqjPWBHrseO6a9VHNsYNZwXNyWlW+Dr3Fuw PEXyVWdNRybEGa2N6dy84IjFmNcqHQdfJ0mjrdk0TXqz0MSEU+1MbrJVzAqMaoVzLZPppag8rLQi fp0ZH/IdxdcziElzx5Q6Pchy5npxETHfIrC5wmz/waMr7SRHjKNeYtL8yliFEZNi1MHNNNQ7ARw8 UG6TDnOVSllZ77Sev1kiS16JbvmG/4xqsu3SIW2TSTbHO9cRFMifUjKNgomoWk/5axzo5rHSPWh9 +wTRcN2Iml88R6ojKB6NBOdVM8ic8uWs64++J2AuOOClg9ZeIjVgbJ5sLiOUoCkOzf+EDQbW5EPn LEeTNC8DSaAbQIO7r1e24Zw9kEJ+Ijk3zs7Jg1BCdoKbsReJ1WWI6HR33zmPizxogEECh6Cpav3m 8A2HgKSFcAJFwMXOXvPrN98Oy6/oM40l6CAMfft2QJ1zzYePyekp1EQTHYEVrnYiazDkN+yy4cZf BvkAqcwC6CiBHDQJ11KRMsJUYdNXg3efCUdxYCvZeH3qRq38ZXArPhjson8Ioe4GbgByN2i9sD5z 1YjH1ou4y71eSsyLIQyuwr6DhSruFL8XwOeWudIRQAS9p4LStsJk4j8DM6WngOZ2YAK4dS5BMIAE d7dcqVA2WqTTRgMU4xn9lXpidYQxemdx3H8uYZVukYPuqh2eBtzoJL6xAzOuF0iq0EuQEiwCFAvQ JTEwCnAYARqSKIPCEYIZvzkAGGoLjAAUy82L1gsrlV5DzmGJB2Rm2Gx/4LR6ifrrEQmKwYtyLEvP K/EvUEbq4NDQSMHHy+L4e77G7w1EBjdfsK91oDfRpy97SSvwn2HFcoTEQI4Sfb6AWjfHn/PP9QZm lvZiuMrHy48nAnIvp9vxKqmFHMXb2+0kUQaG8u1nf5V15CptiFrgt7efn4sCzr8elRb4Cru9yDci l8fP6Xb12u3493K5Ho+/J9jv7+10+Qf9+3D7Udbh+K9Xjv+iSmNu/93srxcvHG+HnsP2VgWxGaoK hsiCtgHF5/PphwJoORQbdRl7+zAXDerFrUTK25/z+efv7fdyAGKfcWfBViVnRhF3BKB5vz597U50 dkWbZREO0AoE9n8Ab9ib2QnNLgf1cKfNHblE5F3pG2iRKARUTqppkYTV5UvhqaVULZQUkRx6CRcv BzZVgY1Dx0HKxrJZ5T+AuJzA6nPVoAWGskh/UhykJC7mnogCLTTjpFgx5YnLrNzur1onzchRQmtl lgqZ/IHelsuygrt5sLzXMdvPUnCYPzqBZd20k6DBuqGFlkG6dCnfhaeLeiBfo1J3XkFiCSvw6vt8 BrdLmAxgl3yCBLqvteQ1k0TCYlqObPlSgkdNU2vMfmVqlP1bRujyWZRYvJwp+O7AraGKm/4WzxXA zauWDGt+4R4NmE/IvalhjsIMQXOWfVEFpGQ5jyXclrBDey2BiRhoDPe0F8ADLSAlYLcUiKLBIuOk AmkhjS00Fg5hDotPe4xMPyYUBnt8dkuuXDkWN1u2bht0RQnViQ6UueSctESGjBEgKTDQimhIwZsy fhCbpcKZLIsYQIkgKQCNtAUdv7fWKGMsHEQGsauNglq+gcBAdk2d/bpFEeudtGNGWzWzrd9NfkDl ZvUu1TMzwbLJOGGagQDt1M5WhMcKiNhihcW8zH6Qz74Qou7rEXnajsPzmKJSNBOvoy4fKToEtY3G 3lS+Ip+XGoasF0sHBCCo1egj65VdTqoWXQZU90pjYi22rotriEOaIAU3Wsxb4dVCUXW13EoEQ3xF CbTelmIRjkhuNWaHVNhaLiPoqq0JiGdLp3UgT1btFifAVq8brAkLfv1XC2ja5OqKYWF0+2v9pHmM MIBwED3LxNBmLbuuNXq4YbDXMvbYbbRaBJPZChdlZ9ljVeu0VGiArca3Mm+87w6AOzBuJBIGjRxu jAH4qIKKFxgYrWH9Mm54fHZDZjFfi90Yub3MY9Gtxx7Iy4hAzmp6v/8SzpcZx67KNs6fsX3b1sTu be8rRiQSSnd/AibCKlmt/exwW1lF2FEoB0rAZMgYC56L0RrLExuKoTJ2rg+KqLPRtCpiXvYGi5t9 RzIbx+b8w/jMbNaMFCcEmanMLnrrmBInF5lZbULY3BBmud6zKdjAHdTiWtWAOMxBwVrijACXNP/P tyQebuoseW4Jz5lB20FJPtrGX6gRERhyf4ApC56apuI5j/uZPxNMpG2ezKlRKK/CPx1sg8XEceD5 +ZlfKTzNs8nO593ncnKtox2SJOQr7zygJZYT0IGjExePmwGTAzOCPB1/i3VIyPA0Le2sOuyBP6Qk sIO6DG/+IGYmHz2fbnIaw+K0YvVKngzl0MxYKN3N0QG2MI6cdmMXGQvYqLT+0bo8MdAnpwi/F8ys pZGAOOMeAb3Vetd5+QQQAC7Qh6eE6VhreKFiQZwKQiFTUZ6+o3yB7erJl+c6wpmBZAAjeAHkivsd gGk0ar839CPIgExAT/401v0bQz2NepBJ5D9UosSSg4jnJHrFGEOx+MVozxA5kg2w0MhMZd6m1i5A UlQkDCHPS/MJ0JFSAAs9NSjI4R3J1MjywOh1oIy4QI2P/EySkZBmqPU0NCNEBOUxGUJ1w0hRNAME ZPskVMRHX0CQfIhtGBR0f3YwNGAOiADOJPWuBgOwzd8nXNzAaeEY6KfknIZg6VJIrL+AzNLlBfxB wjWIOhE2wo+P+qFHxpNEniqr/1L9/CRNIpFg03gRAY/e92HYI1+SMDxg2amj4ReBJHTAqIRJGy5S zEMMOTO9P5dOrEfJvkNGA+UGbkNmPBJmCRmL6AvDknzYrIhNHUpL5X0ONUXMaHw0xxz0fwBzslE8 TRs+cphVSqNKQJiGpqFaSlDdrabJ4gHheFiU+hbYaMZEU0TBgkT53lCEu9JeaEyfxzamfep9cfOL QtLMGO9xBQOIEhlUe5A5rTJ4XxFkYXRaC9/q2Ly3ikM0ZJBn75tUuhaztzaTD14uYYA03Z0Yh3bI pBpKfYB78dyEZhzYDyP1CdK3WZM2SDFkOYhaXX6F2LhdMIeXjb4KAgVTvmLOpksPmL2lXpg7EBNu 36PIosMCS/2F2C0z8//zUqRLqwSC9lc3KgpLEHIpPOS0/UZ8RYT/E+OzeQmdLvdvPFgaZSDEX0L3 rET9IOb458bJ5CIQfbUUfMu5oAe6MrLyERjU5ZO9GyNVDpCQVUK3fKDaTivfPiVqaMWoHwMih6Ia 42IQmuLeSbRlpXh8UnAEwvoDaooS/4BO//6Ivaxk92ZGPw5ZDn3VMzrQlZC6ju9KCWUa0Wb9GjDb yKlBdl9LoPH0eKTfuV0SxZ0cqcmTsf54+UOabx+PD8WITG8RikmD8Pb8ZNHQGJdjQrzpJ2HRRI1b AKYjdOsZwWqA/B8+eY65beoKaYVGEqlfwqHfH0nQtLXa1zOhEzL8wlE2Ftj4Xm1oLYWd8girl14Y 1ln+kaaSIoL3LXyaaO4FgpmqfoZ0USizxy5vPtuUm5XMhHAer7b3zoywyEhchdtpRINe/VOi2iiF bAiD385iEfd5+Fgr+tgu/ekXWytTAqeSVWBdBSHxte3c8BtVSEWgUEtQrVIjpAqYE6Ev1WJTgcVc 7wUghN/4lK1gR4fhgLMquh37DiV1ktpOD4mCosF/tLI8NYFTjB4bxxAeJzQctqN2aBKvf06091YW C9A0bIrRpY99gpvZqdCCtvEcWVPZGDi6uhFWoxegokwbYEdolNZ4sX5l/+0c3O6sYu3MGPNsCf87 KTcGOa88C2roBMxexYZuHrOpOnPG4OxMdR1EuvMdzpX4uzB9t6KzyRmAB1gtCMeHNWSAJT9hWULM 1eokaaaRrjHBiZqLGEznQRZpLQraKgzNP9DvRsIAOTYHP2P5eD7EDPS1A+L5N3ePlZQ1qfHMPaJk MOudpiuZ4Q5KYnYTEdtYobwRSUpjQaiCifmhKLa0UWYkZzCqQdXQvOk1dsM+wFnrU4aC4LrCDItf kf3s5Ck5GGLXit0VoGOPgacgQ3ucUsCSkFH/UBu6Nopic0J9HIQ7pFWJ8XHJFmXGyk4JhefZfMGY FCa0MPArGB5U0p1omePYg9nl7MBYHPaQEc4b1EiPmKS+U2WSJ4pO7bFdNZXoxWC6MoZ9zubsGb6C uUZvdRPqaOKxy2lPtmecJQpmfCNwkgAzOp5BjA6WDzHgOaitYDmrIPxczWxRZQKu4ldYVzssxrYn AYVmcWVC2XqApFpf7YXO7VYaz3wo5iJy0eAWddWFTt+Zw81N72mscQklztbQeZ1QjLzSs3p4r7Nv zP7aO/FBXWMltCL1eAZSbTbvOEq8RV4JWyu1I9lCGl2y49wrNzJDehiVDXTkGQICejeLimLJhxw1 zJCGYJo5ideA8NSWcvHlWpmzU1EGC6ObS2hq420nxJStmVhQiCNAC2ngG80EigISq80bYgOtD7SW swPCpNPKalrR+66uM6KRgD4cajYlAb4+V3N0d2hnDCUl5csqDpVLPK2JhqyS5sh60ZJYrCF8NNTY G2WwtCqI7nCyQtvpJxXj35p1nopcY95NLoXABCoTZwkM56xz8ILOlbFTW0Am51kX9tD1gJ44h54/ c4RxvtwaFiJdegY1h6hyIQE+i/V5nO/BWkNTOJXjj2uDwgmZ1wyUwKhKMJH/eLmtOVR9OL2dmwZp hqpCNsxicOKmZA7ADGWsj3D+6guz9Tr3nNcOhemyqCkqKAB8qtF6BlLwNx5qBKzwrxKvahZo5As0 CGxypF5Fw16F6H6Ch0ISTtx88EVpXhUAp/JO3EZdwpiFl8j+KstreX8JLAC5rKjXvnBPFgwc8qOX wVY9jQsqkWkH+UElR7ixTK1go4FSy4NQooIAUhlipXKFvMDlIGdLPwF9oWN7OYERXeNl/mBhnrBV IXK3M9gUvRPOBrS8HCFXwGEgp9LkwXXzGNotsO2qnTL3osnu4JxyCcsRC/t0JZzkD6UEvq5LPRHd 1UCffKAwvYmB+6tgTFqpIPBXT4ef/QWoeLleL/vbeY2s6hfDWfph6OovsE5LUVjRTcltAEUYozwS PpGL+IyoWxpZ9FbAHcSyJMpYrJBNeWiRkuGcF1kg8IaBvKv9WWpoXGXP7l0cZ9jAlYi42nqml7Li YjVHSyXq0v8qGVxH6qHMsC8gHKJpd5yVIho87l363+hgANOa4Ek38RkhOSLWCwxpzFmAzwUWFroY LnoCcEnXsdxdiBLULhE0XL1r3AiwVLxyU8Bi6wLer+zBjbi0EHrpQ0mNAeEyV5QpGhp7XsgIcrpu XKNnsvT4jwwQm/MF4H4CLBM0NFAD9reoyKsLsa2PMujqmezGcHVNCIUDxx0MW2NPB7tTzxiHlWMa K0TVu99SeeizZ+XBACTTF1l1AfEgV+8VN7gBr45lCZZ8Wkt34E9pMsqOAWP3kTwbMbXL4KEUo1N+ aKg2Lbtur7frfm/cb9J+7E+/653PCatitmBz0ruQO/Z41xViRpsf2ghg7IY71Qeu3qC+Mk8vYLZQ 791VZ5Mi1fPEreTbRkl8o4zT6MywbjfpQdaB9IIBF4g3eXRfoC+VT30DyRG/lXr8kXa7nMZ40y6e 69pBmiCh8snteHV5kP/V5SJr8e7w61XzjgxhmtB6St3SA3unlu7dQyNH3z7LVPJLnudNIQDlizhQ 75ohQrTSWclezFMosk7etjD5bgMkNY280XuxEBGGxmt3a9ZirW/csie5SgN7ul73RCwbsgDBSVjj uL14UeFI7ye0d0uQIIkM3uIR5yjzt6NQhnzgGlO+anRx5VBJsQStsqoIf1y2p78wc/EWA7ne/Uxk 4QIzVsVWTu4JiGy15HR1YeXQ3f1+Wl8u540cMpTZetPk1narGR0TtukXqykJSxztidTGR4jcIPy5 669+W4mssCIiMdKtU0rCJ99cLyZwcYTy0ggotFhuZHQv8bjwgSgPxDoWcccYunfT/Cya0EqZPrVW gdAx1w2BLcBaVM7p06VV1tSwKgpFtZp3u6GBFUmRT2ah5+Xidlun7NMFMMx9C6/vumGzuIJ4Qslb gnUBuqRh8e3ECvTb0gHPBrRaJkTfbJVB+JBioQ07RlmgtwBhBHTbsVsD7PKSotssOzXgfScoUIgH qtYN+5AlzlcWNFtqyZkkBHKoQezETqcQcPeXhZTEYPUlTBJ54BLIGR60HXffzp+NpyW20e2nDtru oPNtcfDeti2LZHlUGFuQ9u6RbM2wdypWvJYKWB6FBMUm4d7mh9sblW1ZEKoQy1uvTuVqsgO2JJpi aP32xByKdka/s3U1kE6yLoxXu6zwhMEQRuGBeaYN1n5sr0UOEXgtR4d/VEDOhYvsmDZsNsGg5dFr GSwFFplMuQ26EiDPMGDGs7ecC+Auhd6qKIsNPF5kH6rOZI4rIHbOdRSLYD5xf5RGVFFQ2Vc5OxSX PLeT5yQTyCZueJ1oQ3kgPilieD1aJj8WY5ActBnB4tvZBoY025Q1m63D3uIPQucYhPBwLPqSvfWJ B+DrvGnXiqHVZMMye/kILNjMaVa3U1E8DAZsjnM+rvzXjH9ZLDKX+11OFZgoC9fbLORO+TFNByHO zty5ujH6EAgl3neeKz+dictZDngHirLzGb4s/Hzx8WuKRWgPHAF6nKcPdGL68sR5DiiUvILXt3UU 2e7gdhRbFrUAOZB4GEm+dpwoaJWX4TiQGtAAPJbPi6bCy8jId+C1Vjt3Fnqosz70E0bXqVjAHU9e CxHKDIhByZ9KVhwrRNyAu3wG9GkfsqS1uNwCeSs+qlKIP5ioRMpapJZnNQDsANKSxQSihoRMs3Uy ZA7UHBhMsiXHxqEtPQVHnxcTVK43zveHZ/o4+CMENY9MfdBZcBmBQE65ZpB5B4TJO7yXvENF+JCo 0YMMcElceug9AixUAu0iGGJQ+R05j5rqJfC+NoIry2StFYTqc0yUOTmb+8nrjFfZuGuGSATEpQSP ctWVUFDE5A2HQXNzwLzglB9RdvQ4BjXN7Pw1IWOu6ku+Q47oiDpvKO9m4hX5rz6PLf8Bex8f06j4 jHIm9HEdvY56RkNDhLBVycrpjMozF6dZKgw8N/yB+YrmEUeYoRuDjgao0AFxJWNlGLkMAiQGxATi Rxo8zincmcoCEzQwSrlxEWFo9MkP6qpDQM1Gt/whxj66TRMpzMqRYlpJg6mNllO2YCsRBuEAD2iY h5ffpUVVgBJJx4jG0oeSBZwaT1KO9Oms/+C6ML3QWpMBAg0nk4gYeDXsTh8BTcsOAOUEspVLtjgH qHFImOX2fCoVqs8VUgpXnMxSfAAmsUZDHouzPONTges1GCKtRGgdwPHl+8G7gHcIXZRR8GwYeNCc oYYdh816DzoZxR3w9wQDfopDHmYY4qibVpAiBmTmF6gjoM+zkFAZHPwZyqco14upQn96rsgPfFms IUTZRJg/oaJwz+BjRF+I59ezvK964KcUyk9g9tJHYPXqlKsYJfKQINfPwFP91SSAqLeh3uTh4yfE y9oJzY1ur7Ge6jmwdy1sWQni1h8jGqCfXKWKDdodoithYfZ6i8TiJ0/sKfnASsNiKVsJvqGe4HE3 EWLwgjqVBWI3HBNnAXcggd8RY6KY4kiplCDg5WIx3ulmSUqs5Dih8z6hhmQT2scfYovzqTkGgriS mPZSwrlqDY0fXP3x55m4VJQqGWu4yiSBCba2BH1qXndiGpHUW+tHhzpOQoPJyTy3OIcCF7wpIBbI bR5aCv2EN5soCa6gmeCIFiRSSmX5bAVsCSt8McApdJiuW9mjCjdf/TTVmlZFFUWCwMlok5FvJzsu gQYj11VRBhNTYg3hvIJHHtDEwbv1uUEqRQhJQ8trmr99rH4BjWSgGtB5oiMJyHZpJVrAFVY/l933 2Pd2muKFz9ZqM31WgoBiiZjetsXwzPoSrWuL+QCyM83LMKV/gLsQoo6UW9vkATCx2TPZAFEpLWQC dtNpmRCiTnrS6ki8zsyUNLXf7SyK8a11mbQLMhVx8ro5RZ4x/K0e9+lvAH3V2FDwmcgWxlTGjZpE 2P4qNJB6aGDhKnNM7ncjVUhm7UrBlMd62x5lorU1eKeAiKVU2yaOI/ShUgJWmkbalvytJOpt1Mos oaGiXDSfEkrBVF4vib9VZ200Z9uvHJpSYjmn28rvK+GEnqi35XWoy+3COmBnGMCOqBlamlSAb+J8 MDQBGvC6D9SmQ4Tl1j9VkY2Ip6AMFEpL7EF2H3onIAbElCnMNiQmqPusqAn2hZWxaN5cLNeOW5Ad C1SZXftVig4rPEb3DFyE9I4PMBxs5u25WTG0nh40Rbp41UsT9LQrtsJrfNMiqZpi+tcmXncSWvaY faEyqEqbgq+UXHDBh8Y1JMqgdFGJHmuKJ+1D7XoRD8IJwfiOrCIV20Pt+3ZK+O1keS06bn2lvOql otlLUwKkrohgZoMoRduUgpqBWQUNOBtGGN4fwmVt02mC4U+MWvMyuZQpyywPmRfZGulZE4SwQ3jb /IvUZGUWqkindDI7I00mJiUBJAepNQUY1+KxjnnZutFjWCQGvt1T1FgYNLBd+ggckqD+lMPYw0WB 3rustfJDE0k2G6lmc8YDYRCrTsQEdqphbHIjGA5P1Doekpmt6vAaSyCAXMMnBpOtq+Nl8YW+ZhVr A5O74YMLv0JAsy4kAXbShCKv/I8eZe62s5O83tFAIhH9V4ocHTkDrJQgXM1l0adCyg/MTrxI4SRm JY/4QT6tmhEItCSby6rZujJTRHcorZLLwyHIXtaLyWiS9cdYdCBOfIKrYKponHYHLKtPUCTIPQsS Gk9fxCYCrmmygQKpU9qMMah4QHSuCxFZd4eVTQh0m5ugtcIXOrcUua54cCvd0A66luVGRNYEBqIh N9WohZGiO/QzHUCYtwayBtm91shReGzshoDcEGwoe/QIMQiM9+JTFI+NqoncTm3vuPBOddwoTYos ra9+45b1BJaswUgoDiN/YXrdw2HcS+LzlKzgu53lNuY3T0qAA99JaMfpV+6WRm6QkSJ6AYj1IYh8 8jmkW8RZaWoNDE/UAnuUk8nIMbPEw5DppxHkhctQXJlAb5UIdgUWp8kANu4wHxf9VqQgD78Xw5OV toD/7PnW+oiIyD9cwDL8He+W3Yvypc39yT2VQxiM34n4A58dzQ7ke787LE8blRGpTRtgu/iBzvOD AsAXYAt4E/87hABaotzgSgAo0ualtAeEEVkut1q+BWikZ2AD6gEd4CKCLwJuYUfwT/fDucxMfl2Q U4xemXIxHv0BZgX+B365oE1igJiZmlexuh79DwkyJnkcPyxDZ9VFyvj0ucBBBAkGAqkvnHrwiHLc 8wXXAWPiPxpouALOrbSxpWbVSLAwYBFc8UlOxyvcoCvDaomUDrAe4YIfF+UFtuizTh28UZyBb+47 3y+AgbW4i8gIH0gZEw83eH+ECTQCQBP00XAadx2G5GMkGh9QOpw9dl9N9pYWg/vQ8S4d4tb60vcS LeCIdLAWDYckvnH6BAu+USO14A7YlPcCmBuKMpxTRwxO9FN4AlzScMKcjDvKaJg7lFI2Bqhwf8ix gPJsRLoFrBSzMG34VokzQkf0+ggNjsvtajxYCgl2aH7UJZQPbLU4LqEvddVikSp+G6PgMtoQwbXj 9sAb/0dc0TwhZi7aI4tAHqGFCIukBw2jBZFlFZdGEar+yEcRDZzahO0EbeOXaohGliAaUHbVcXCc wQ+iG9Y3uHn7HeTm3xoHYyH4CLuucysCcoGvHZdLMGWCM9OMF4jHsIE0KfA6and8bgxz1ZxLc13f gbSnU5TJYFpEajlGQOXQ4smMXaaNUOPN4bICzf4F5gtpAChhsBjSgEwg/O54nVkg/TSC9/53d73t 1z8Q8OIpG8kxbkSxKikH7PwMeEYKP0JKjz8wZJGNkEf/KnX/r3QeXdp4uoB+B4gVOtGeG5gVLn3C +Fb16VZSaziyQT8qHMBvgL13hhlTLYKEzS5O15XG+Bb+eb7JlR0SqOFnxOzr5nRb7W5lPEnJNUK4 5FKmEO9jS59+jmIjkpVYFuDdq6I58aAFIIhE8MHItG6UemV3BpIbSlEMHZQmBJ5oSkmq8BPIDuYs VUjpWUbfVHTcrvDVKZQJIv1JEZbJAENBrFnqR98uDblWieMIMwkarTTSFZQo2KffrZiDaIK16HbZ u6lwAgCH7a8gQ1ciwsv7JJ56478V63FHZPD0CoVeOUVOAMImINXwleXFmuN2TrNniN9FxAB0EEOK JkWIeIRVSDAydaW0wxs3HazVVGeWpq5xDP7VceVHY7bQEmKzACu+x0D0TfgyiyifPoZjB22CobXA kk5lyUXwwjqs+pZBDxkH8wXEj8RbKVBPbQYgz5YybRTxP7ja0ZQ4W47uim2GFET1tL+tEgKpplky VpjqIcBUXtf6fzMDGO1Xs7XAh2p1vWaLMnYppLls+tgLmsLWA2C7L+0DNMpIJJ/OWjhe4TZLMt+6 jLSU6DOB4MlGpDZTTROjFapa4dGh07S3yJAogNnRdnM/y2Gwj/uVwFdTxEuB7ZZ7C+C8PsE7c9OK 2EqtdVY6RYgUGCPzyLT1tx3NyBfKtD7tDj+KUgwcW0TEpLHgYOc3cIUAz986oTBrozV8Lf7izIoV 8gD2RJLHDxGAdhgHkCtXhoE3EYuEx9BmhRxs9+g3rEFLjxXSVmYDDszNKGExfEhjElHBD1Hsws34 ImL/crnjVa+lY2fMoCnMEZ5JjC0vu7NVbRIDSIuqd3SGcVIVth02AJMosydF2TvWZYk0O52KyUAI ZbYek6BnwelmpTXeoQANy8KxvvJPkYpklbIXy5bTDsDSZkAxdiIJqUKL8Vl6QT/s6Z1JYyeydArs 62Ssc3hcvgl7Kw5/2abE8fEJdNQfsV+cEoO8sTs1jwi0n0HUqbSNHM5MZJc1MOKG0QBNZ0Y5d8CO Y9UQTuezGNL8HbQHHACgO6Gx/1TIuuY+sxWB6fxB1pyHOX/4B8wfJmueFNOaTcwn6qtAQv+XYxjA +srJYGPHo2BRY0cbhNAGNp+/Ge5s5C7se+FQ4HIoQfbhcjVHa8kx5VHzB5jACoO9j1eZAV7Nji0z +NneeZI8ES1RiLbgePIBgnD5h3nW47/4NerL3eFXNBwgNCEUgH2cW8QP5WjxaGQSACKM9c1gJvRq 5CvFvWess9EJ0VlPrkf51kkM2SPmj6IqOWV7wwnvxYhAOptjFCiKBiN6g8vBv+Bk4Q2lAYYyR0un Gds0epg7NQajBnvHqOiHm7L5FJHtEIN4cqoJ6NAmvHchBa6iFsVYE3Bxy/nGIfRAEu01zozqqCo0 LuvaBR+EXJ7DusHxi6yS4sGI8HPyP6LK5QCskgYvIwxF25OWnB7GrQ8GDYheZSCBUdwHjwK38yWl mON85VvnbtyFRnKEppo8uNxXdfEDdNXVUdwTMNEGPp9H0LGBFcBBoaI/vB2/haXnxw+6FGqs2ty5 V9MHSMfLBryA9zWGCsCulAS4kopAUlP9glW6Zg6iHN84tBmy3HmDiWI8lfAibYlXi6Acy1ilwUXP r0teFTpxKA1MOthYSSFaEmtMsVAgCExOO1hXt2E73F1P6FaMUv8BY7mk4A+txgPHei0ZguJ8BRGA MSMkBx6ENhbHCGcPGsT1h/n7nJyka47iyaXVSM+gjwJk1Pr5gswqxQHAlnMJxsKGVg+U7ymie3Du CyawXAWBsvLlBmJ2Axh2MZQS3gvADuyCIgWURImOvgqPUnVZqWtsr8CWB5Q2mdB0oRvQJ69HO1YI qrDqSJrbTiS6V6oVEtYJRSOuxiVWi4wPBK4iPGgtI/pSegTZDlIEGdNCdOTA1SGPSdUb0l6KiTLh 1iV1hYrLT6JKADlG7sjPK0mdQvjbEISShgmBEagY4KhuESbVN2RGsDMMlhvj6/nAU1UYi6DcUG1P 620pWeDg4IkULHhGIc9whJKZKGY0IgwuCBhC5YK4Dho0HBpi5QG65s5bd2iuUJlfBqqwGoSmiHsG b5gg5mTbx1CrzZZuQNBU9/UGYlqBm18hxSb7rCpmR9hLWItFEtHdtNBdYIT3AojsMIHAsNDeDyN1 TecgF4Usu8YXEVObrDCifpoqX5gaVJ0TLyqrPXYEAaBZGuydFkbszGZvPFf7HhYXRuxO7Mhx6fuK 3/KhY0Elfto847fZLJQYfNSOYlsr5ao2WAFDBQRVLVPDAW7jsCkXS/JJoyUjgwZZFDCDgY1O/VSu xG5hb56Ae4CtNB9OqigLDLjDLG6yhxq9KQ1w5G4J42EknsvfGhanz0aR+OhI0JyFrqPKyJjCo0ak UamWRk3loKp2EIHWEDU1W9f1Ir4lLEQSNktwyKWBAIATtiaEt0QNheX60xQ3iGU/UDXNA84FK7bC mNimgSETErC72llSWLuTL+b4R8igSTjR2NKSG7faLFLREif8qD3w8KJYIc/aR5ESg3LETFIMuh3a aXr2pl3G2hV4SLcljHcfoMcnkTIdhlVbl7zjhSZFCyCqOWlNhKSLPR1msDLg9Ve4wFZRNPGx7u6c u14rYSHpDlxfsztfgpJvOlQExLxVzhLUQRhr8xyHcZbEoiZe5m+7jDWoSadDX5ZuJxvgv1VCaOX9 LpjWqSRTr+bJcj4HBvSglSe4WLQiUQMXRR/8WlNNGrnHgfhCElB4+TukeLGwFL7qZ0d2nr7/FH4u wmeqSgZlAfL94OSyZKsr+BpkWUjXKkF7bGaJS9XmLaTPYn8/MlNco+dLI9tcpZTFCWh5olByy4Il QjjVDA389Yu0PnRJdFovPF5VWVyWGdWEZ1ZjyaStDcIrXiKB1NvKpevqcv9HcjEvaKuGAWF3LWdO 7GlDMZYOYVlF28lszTL/ZiuxoHsjuDU+vJHNHOjkFSOI+mammGB4IVifW7elmLnmG9NM/BeJlwYz Zkqs1DElwVPLDsMtc4gFYKZbgrQ9myFLA3/DjLC+Mej5A1Yjc4xpFG2eBaFkJkr2lJVI1XPfh627 CWcxkcaubx23vyPYQGxrDsqrY8OsmQw2zWRm1YDJO2cpk6iQvcV+6zQl94IBLkLkT2AkxyGXwlLE rvODmQ4hZSTzJzp8atnLtmYsZ+Kxw6GdTEfzPru8xC8ZXUghoaYRZBXjHIA1EgLEeHXnEZucvaph FVPVUthpilUCjsycJ8mMNKyYFl2eB0fWweN+ZlVFjeexqMF4+Z+2AjzVzxGOTRNBhGOi/BLbWnKd ApYCF4Mo1JMD0LCGXkPOCc8iTfaq9bA2M195GHWP9YiZ07odxzh0V+q/OsW3tiznPLMKeSyRj9GT eNFGkwMjz4OxdKCbb0jCQcPcPR41y6/chbKSxvn9guExhvOniIgXJs/hODi63aFmvewXDkxa0TZB PflMKYu+25+cneC3dZkk2aAWa4l3SIxSSM2hLfWoDBnUmefnNEEjyPXJjeTCseJ9ke8HeTNq/uP7 6gIutH/enFNm3lNR12kV6Bj+Uh4oQROYNrdz5Y3pb2mBS0XKYQS9YlQFODhxHG8KE6ksjlALp7Dz 2+CqAEl+qKMxy4E0v+APeOTYXF0Ul/ocSmuplh1OGLfa8xw3aHaeMgCP/ww7lYIDACXjBFkaaN67 sSoJJPgi+BRqBkgOz4RW8npjR39iLysLRe3Q0RLgBflxyWHIHE/oouLIFDrgTqWA64YmTJPD/yVr qzew2qQTiZ4GUWz/By+SOxWFauY9l6gA0Zpr71kMwiibX+5Vg7MFV/P4SxEQJKLKCN7GBQwM7AW8 wDsPWOLlng18BGhy2GN/wRL8YfQMJT83rruFIje/U9vqojFdSzaovgWUbN6X6qhpqoTMIuBZl0r9 kfoDZQyf5AMR+FNszLSGS3tkX4Ebey6Fb03QxeCpWOz6Gettc/bYN9iKlnq0qTA5WwyqJiWYpDAF 1AKAicDEx/uxmFU5Us0C2mKSwUbgP6Rj/LXNQDeMvpJSZiOJSlQ9bF61g74BM/0aDA5UGaTG2BpG FZTQ2Sijvy6AYwYSlClYANSUldo5Asg2oAyuLPGv5zzwA0cycSTdpX3lDHE8HyDoIjwtBO2EbO8Z VwIF3yAmrQjZJytwgsZE2qaZJAIcc6xA5hajB6+jXpKLrHEng+kplBlv8buCQ5Iy0VrT1HmQ3gQ1 Gq4FnNIoyhoCC7GXwsACAkiT4wLJH8d7aOHbb3CXji7wirV2OLfAeQgaoNikWOqz/4djwTKBVBsQ ltTKwR7r867/dFK9OL1HZ/lhali70qkg7PsdMC9/h0qlm97ewJ1I8WWWPsrYEYW4VMyI7HDUSPo3 z51W59vmdtjekKgNDNw9inOQPNyyiVdVMnSb8+IMRgxQSr0B1EFwGMndUgltEyixuRA+cA0sDOOE +4HpzoZ4c7qGMhpWpZe2A98UMGW2VxqcihbAnYvYCAohOYf8XiZaQRIFk5YrJFgIHrR2sE6iCw6U 5MTcdHoimFpCEq1GQS8IIqm2ZohWoe9rEZEtAfsqsCBA9tIDMi/xgyXHNNo2nak6hZmts8NLE/iZ PRQuhnjb8g4OFAQBpNI2u3wLmOmlB3bildFUGNW3DnfohkPR8SiLXvtOmyaowjrKRpoZYt9XotXA 9m3N3Nq8BkSSdDoMoT2rXAV2OXbb+DN2CEnv20cCDC0VgkHNE2HEYv9yOOzsagWAvpZHU7tYWNOv VNUwSPGaQKpWmmyVnCMEUZOqTY7Jb/lpuwTdsEwm2Zt5woTiJjFk2Es2FB7TEeTFAJLpiOvjWc0R go8FAQ0TlI+parayUz3FeNkz/HQj7qfzXJioW1Yhp9yBaoiFz9lt7H+WJ2No/W67tinaEDSLBTWb AVZJKbW0Y7HmvdhGBYFLFuu0F1PVUsicLNGdfIAajzk7hhg0FURjzVTy+5bFm9nZM2h7imGbZfDY wzEIGJbwQ+iOmC1Hki9nQSzUbgW1djMz+Ck8x05v6jBbRh06QWZsVM/yWcLOwo6YMO28tldP2tnJ lmVIGqMPnVpiVJFMC9OAo2yPsRGtP+vjm4XaquXgkQGyd0lFbh0e68L1BM0z2sLiolRZGSzRdHjh /kBpUwr1iZZZyjqxCIq1HdrhO/PS1QY+Yi1kKNit7OCxxCHPrYc2R5pkPoboF7xFA/f5Ppo6MLYZ Y8KKsPi9AHEeryRW3qBPFoWmxFmiGAuFpDMGz1YnBmptLem7xVFdQ3v2gmfZqJZM/Y3zjfycXeAb ZPNsGHNVAMX09ZUF2nrRJM2SpOYixZbHTlyJFxTyYxsU9lZJW5zpWfjGllkmeXu69SYWPYvD/iwg QaiFy9pwWoQKFNhe2dwWEGFl7bW8W1d9MyEYbyYWz/WJxVD8RNiCCK1itlStGKPGhiB+ajNjFHyX moYO20Mzsy16cqf0l1Alncv2tq4KANjIZLSxm6o6a0KBrB5SbWXJ4rawREQnToYhQ0Vhgs9ZMgWj 9dJq452sGmtWh4Y8rFs2oLZ17HdNOHwYS0ORvaErrhHQuInekpKtW1MspNYaP7NDbOsWCmue8U23 Va2/7e22+Ax4TWH+W6MQGwqEQ18NSri2hpfcUQdb2RZsQr+ytPsnlcmaYSpa9yxYIsjt7AbOStOq i4xhBaXS3CsugBnaPZhlbsm7vCNC5imA2IOkY85bLYaNb5452Zp17Z/WEpQVahgMrmpHlHkONULi FIFqDTZHclxI2TT1mmJw2QEnljuLkJUhZNvMVRbnzcT2l+rybQFvFktwnj5amBScUxdWN1Q9yYfD tC0QG941QDEASFZDvKY49Xkx/OIQ4RfEnPCz0pkC9KA0vGEfWDxjqpcgl5MtSgCcB0HAptSkZVYg SUxyL+0u8rRMjhgICcwldxl7CTYiU827ix2nerDtpAchPA4x3Ja7jRsFAeBBcduDQ1s6OfJegEBo c6yyMpRw2vkvIVPW5tyF6E3JwAo5ndY9cBEcHjDTbqXIcELCKdghumFhN7yvEgRBC63WXrbgw4oD +mH0ljHDnuNusQyyh2LNCdZIQyEFEEKeq1q8xPcPS9Tx/Gjj2SJMSj5rVYxa6R3SdbR2VnVite5Z h/0JcIA2yBsP26JUbVL59Vb4yOf6Gw0pv9HOoisuS4W21R8iN8IoUnMvZwXjz1PP5E1YEFiFU6Q6 7FtToMvr1VeIQTu1n2LTn5x4ewG30z5D+e2OFA7O0AZHk7zeBmb7o7xl4NO8tqa2P63iIqqPONRs c5kqYpexBxK15zRsCJahfDCF0EJArtuXvDfSS6VqZP8ZJofPm1M2O2AVfCTNqXdiLqYprxDLq0Iw 5DtMbdTIsgYFwfAilV70LLiXckLndGFOo3RkmUqNvuB6OZtv7Gh6h2VU7YURVYItZyx1JjiA4H/a 1XTsPI1tk8LEQWuu+dvOpe+gsEwEc4kiFG6yvzEw9kYwfEHD7PXZKdaVVi0qxtXK7e0UUIPFDWuK 66NYjDhkPlCmErF3ksiSZ037BEfYqWO5+FZlskVlKy3ty21PDgRZ9rJ5WtisMu78aKkcK4jLxm6y FxcFs0xru1p0Qpeth94BFDMqTKU5/97i16ZsaWzZUVq1lnXNrxw0YjO+IG0QlrgzEMfzVMZ792XQ tRJes+RH29q2hFLPHsjOYZJSqxbHyb0q1NtEanhw/Nxq5OsVuFKL6GG4roEIsgMByjRjKpoSgptL QaUKES19Zfj5tMmRppnisFbQrZIKUYnyCA+ZtuZAP8PfvKqFEOaws5RYdci4CnBJiFVfCy1MAGGc RgumGltGZp1Jf1Jxk8Aa5X1NtxamkC28lRzKRpfoiVb4syX0fR1K6dCNGR+qDU10UzArVF2tZMFx wi4zTXXF4FilQ2DnxD2lTobimpSzgzBWsITmvdaobEcFVLelrHSvrfuMTAJoJqaH0puRouXXkFaU lpmwBdcYtnBX/SuHSutsTM+ZC54ihxDvsZZ11S5ThEptigWtzmCg//sAPgweFr6zibhG0joHo1Z+ 61BR4iJxAcgA6kBRoLAQm+ibd0TlFkBXK4L3Q7lBpm0ZsOmgVcE4rVRxw6rN9qICkn6G1buU1k9g bUmn1WeoQc3PmNfCaWBgvYbolg7M59Z8kDnpQ+7nKklDY3Qh+WSiLIUmFd3HGu0igCjwdIbkBpJt 5C1OLRP+M/Ik480WogJ348NYFjgsbcWBvlYhA2P2tfCZ5HJxsL68mWxZ6xZeDYzp61q6mQWGDqGX qAfBa8dvCxDO9jmdjsCrnGIhhrxJZPE2msI9qNdCwaa67yaQ1NTtGvpw0/TM4m/pshCFAxtLam2F UQjZqSi9VPVKYIju0hObjqlgWSbyIGPbpSW4g1ZptYU7w8bv9cKwphxGmWrbghGqLcimuuYYSzOM B2mBt7I2KC0tAHVU+eZbtTVBE+/dHvB/bn82Q2Q81gR91SZsjVIm565Fry6a8HSPU9AMgXotNIKF OktU1QE9MenisIKRDrZBhk1JsRQ6WhzTMQc2kogAO4BlIqbqsIAsQ20rTgeIRHjJsq+bZbO2PYvy xFyfNOMOlVB1f3ejdPmxNh0RZDY1W1sjjFU2gHx46ZQkP6LYyA3NJorNbZR5zFM1h22RYjvtJIDk WlPPmNpiCi1tBGK8LIo0fqIx3SHQmuFYTcZbAVLtd15JI5t0nS5xKSd99jqdbiH5fqoKIjN3OovF IjRrtN+JsAbuvYCds2GCGIbZDOD9U+385vbKAuhqsXqJaLfYNKVNGQNU7BU0S/Nahi1NBr7DNvbd tleNLyLTG60GH+uZlkVZfZK1o29N3FIANixVZKHQtFlRx4JdCfONEJpTmSWW/ZqR/RInmkmQ3WIf srmA3m3S68wLbegWISu4+uyO2h3FR3caqDSSOpKPrMt0j81m4NvaPlxASd/yuldvzsPiU+eL2yt3 +P1hA8gn+NU7y79HCl/a8MUtzDMOBhxPI2kRd4aLDfVm7jdXYTLtiTkb44A6SDuMOh6UvdrWXr7n wF7vxZ3Of7SL82ciVDpLC+my7SNQSb4dPMGzATvniFh1+Gk8MK4K08JPOT87rO0TIDDnlT8Vg5eX VpyIE8VJt6FDEnm/eaz+C20tEHFwTn3S1ILTOalozSCxIFQeKD6on/DKyZ8KPAM05jlGuXRw+4Bw if2KzMardpMUYmWgYFzcuIUXDp0aUF6jeec+QhShc14hFg8pqEQBMAAdVwZHUUIBwPUW3fcK7eR/ wtawOEMImEgY1KCD8LzwwE7dO26+xBu8oLnGpIaWI59zntkwEhdvJBtgPXEzYa8gTFRnjD9YKm6e x2AH3El4auitJAaorSEVwFCwBbgVpVc1HHY5jFE6JacFCa7QqmGzkfyi+UEwmVAx1EqkMFxg7ef2 ljklrmMhF1GzJIbIFyZMmIBVCRMKG8DQ9GhRZpZGrlqOiPfgE4pAePiauozZzK3mvxuj7q3zcLhv 3jWFss6X/RXJ03SINeg7fQOflO1WQTTkU6XSkmwuK9lU5OLY7N12SjUgS1/6fjiBrNmRKiARNYSI duRe41mI5hXyMvOSgE4AJaRKAzy0ewFEyYmjla5vNJBMcP/pg2QmOhc5vxzCogtCFzpLFUJ8DbeZ EXjM8BWUwfKVihkcYFLo2ISHgIqsWe8aFCZbSQrQwhjN5SgQKTGN8M81GYoCWoUewEuXCO2HTzkE QEOFYowBZLq7Hen/JAFgIKMypnJYqyYngrwJbQUAVWmHh+Anxem+3d51NKcXMh6bfe4dC5Y6mNdQ n4Cp1VXqG7xLUjasxlscRFp+2lb4ABAkurSkduaSacEUN2cNmDJNMBvkqBuciI5KKy3eR9TyY9Gr rTQUmafBvFpp/CObmmSFKjRcS0rOUyLzYCJDoFHk+0UypbKWFJopoDUHecks8yKb0Gj7kZw/xDC5 BQCCmQsdQsGOI8DcUhsYu8XaW3DCVswP8i3kuaVJxUKHxGAVgkvkSwbmQAgoucVWPUwUj/J9IngU CuQiubKT36PkQGxJijz7wQVRISfCS1SXX2ljgJ9Y3lqvuDHbzsLAqHWWIXX3QxkDc4yO22oLMf7s K6gsTyBEhcNhad4HiWSnRc1Ta7Qbs6cNIxtId2onqyzP2B5B1429yytqMEBG0ZkmYE460BUAFs5g YS+FVkEEzWZBZJfCiMN6rFCgd0tXIToGc3JHXp6bJdqpL4cHwIPaxu1tdMFsXvg+vtsCtoKPFBgG DXBVE0+d5sBjBf0rKDF4Hjl2eQxAs0e4MZDDp3TOMjESvg1K67LgeJEg3GKEtk4ttItn7+LG2Pn8 bt/UnIhS3KmSTkBsSTLIg3YDzdr9xLS3Hy5cJqIQryiavEumAqCG36tJoXDwOt4RIRuaNVpCXnIQ BK9O5tXRGXWAyMLqG3dVEjm1gZ/YsJU1+dZU9hWLmBiNEOfKv3Zk49rJeDtdfq665A3TuOzINnwD khnJGAvUbiuGYDBN+GJmKzESGD/dHk/BshtowSSva+9kYpYCm8WRWrm3gkYoWZuZcmSad3bQcrhj NhUNyunLSh/0KXDG5HhNmKbwWPDiLg7VRkRlZHJ9GeAciwxgti6jh4TvRotRSR87+slOsmzHQghX ssgzrDsYyEMgJW3Ko8sQ/0CpheCVMqDDfputwYW2YV7R0shRjJl3UFgImqPExiRmJusvL8vxauf8 y5yG98KpRgjKJo/Cx9fKrOtDfD5WGcORPcnXkw0vomYOUbwpRiMWITMRcyYXjP3p/Y5gs3Fd8xRK k6OEXTjPI2Eh+SADfX13oD7eIJ6UZ7+QgpQWlwrxryOIqkOvAmuyxmsATzECl0+HXsQTKaFrlKE4 okSKlDp/MWwxoj8njYBEqAifHReuUv3jPfqXHcm3+3Jol6UpLymTud7KvOzSLjWpF0mShHEs8yA8 Ep+LlCIcObBMoISH3fSgRR3K/5LaNMKWMoLyEC21jemtCy/O4+MzRubs//isfGQMIJljO31PYrIQ +FLajv5OkrqoR7TD54sH7fB3Bd6PD7P7c2k1KCqppkoB+7x60EXX1iuEC6N5KpaqUW1akXuC88Yb 8gfOpxdf3/7oKLXGEW+0+ca5TA2ibA6TBvZbigLJCHgR7PlXPDGeEb8GlexRoUnm41Gig7CDshKQ hHwHpQDAFkOQkgxB2uqnOGxE/jR02s7zE9Lbtyy+WHLI6bQAhqMXanV1oBaAo7WKG92Bei3m7RBU sHAoKA2ppNGQp1xRJfLKBh/odjEuT4iDbsuN8P60ePDEl8TOvJ4csfIi+B9yGuDFAMnW++52NFqv piGslkl6NN9s0yTt0c56iV43U0drOyyeNzuss6h4+St6Qufln8nrepWiVt8eX/mVfuvgrUlRzgq8 vijGqohlSxxSMjw/PpXbQdv6VznaQ8Re1DMN8KG0GaZiNDpeZ1kepGFopPSmnNea8Eee2zxZgIYh MyYcwIW+GL0H6Sze3x8jv/EDcfVC1bVKcyLqRvhWupdIpEsVzQ2t0EglI4ZH5NOoJoo83LTFMMoB ojpq78/nl0dfPWOGe1RbaJdCiVROAzJRd/kzoDGTO4MeDwebm0yINMwgpNwo1TxXjio/nHijKPMs rQfkxhHHjn51zVxk5prd2oBW+PG4QIe2HqJP6kWgVaNlybIE4pybzeLHRUP0yIzJGbYsPtOuviVc w62H6qYy1LFPyC3Pl5drcY6IuKCKtVIeYbugcfOVsoBRPtQO3r0k4Ybv+cty8PJgsD1DMgQW/1PK aDzTkAQN6NWGXlNMmxTDVLYww/AlvzHIHf5IozXXylFZ86IZoSV9a9ogTpv1TbnBHzQax7FyCtF7 fJKClmxnRCK1kIo0EPigj1AFS0E4Rqt7eEfIgBaHkrTUKNZ+4XdKbdbFomQMQHWGs02Cdrf8dBZE ArA2WZrnSfsaeNYuo0DTZRB6B8I1GQijJ2rRhUnd1IJkNOTeZ5Vli3y+whwk58mYsD+z+kjJ/uh+ OnPQwOtgWwlUh1gBlfYZeEB5k1JW4iw3t/V5FMHmksxpTTuUTSKYo0WT5s9yGEL4+vUUf99CU8+U rGIqAPRzwV9PtlWKoCk1pRpZkHAgbrXUeMaLCA6IpyVcaErAwhJJERkrBrV1Qu903Owg8/KV0DRD mjkt/4OhCi5mbdOiwlBBJYYmaIeuoBlopu8hGoEgGMRGjb5rcHZxgSQfzUbYvsvOSfl8bCLqQmrs ORrbkqlEU7LZzjzLQqj9Ik13CAfOZFqlMwF6DAkml268vIJIPFIvzCmKGnhm4rs2jmg/HIdR59wH ADiqfr20tpAt+TtUoeERnmsw2YGAXj8emuLtaDJqWQ6nNBpKHTU43qwVjfwtJ52RaR+0WYSDtdOo zKRJ1a3DZkrnkkgs5ElIysxq9TQfv5/MZ48G8TmDYOJZb2x0VUIpbEBE4s1QdINiWHxBD9oJUmBC fQrtf+/AjiF3i5m5BTD3IlOZZhKRzluqRQ8Nm3YxB5XhQ/LN9KYTXswYZPLaqULiqTpw3oyQxpk9 CpLy1VjBbJLGCSTr5xhslLsd0FQbvF1SI8EJklQ+vE7p1DxbgNp4gMr1uRZymkhE77QtiVFF4vZb 64o/Z6TbXwZ3JKsmcqFYUmAXtflawr3Wft2BFXX+Z8CQTJvOt9s1VWz5+PyTBLoV1oZkmt61kyBV +gzfznIzNGSfoUblnFwxt9Jk8F0DRx0dOsi4aslqQGk+mRuF7Kd2ffuvVTTLzX4IekxDH0N6NbHB IkEVSxmkDGU+r8WGjGkKhznTXGm2OkKUfauABjFcMm1SeUqSXpjX2mVhJwejp9mrtoPi1wwGnG8H FXgYobKsdBrHxLbemSIsfKPPpm83MsjGPJt/jHB6E7q8NsG1x9SWq81OYp1MgX1g2r657qE4gmml ObqHAERZCK/Fzv01DJ8cB2cJjbKwkNBDUZI7rG0z8iFj29pjhhIKDacMtvzW2e42lT9KRTb/MuAo 2IvJ8qG5IO8QAy/T0NqQlV7iKu/bHho4m0T5YsyM+uY/7fATShrezgHRbcc9NIBMihRonRg7+Zkh Yhxraug0JRSUh2TQOXwizhXDUzT3bCH6GkLlUstcuwJxybOQBV8n1PQtokS4LdSV8+kRXzUJDtAM EW4B2Jwt0YWob3waXjodClt4n+B1EX7epjAmxprCkIprKV/fdmbooMcrvAB+b7H34c8ZBQjJZNgw ssSe3wcT0Bwt5gvrAP82OJrj7QmcLI3I9eR7+olZF/MIv4PucEUjy3GH82ghM7wwbxfUBeBw9mAa 0VQioOghwgy4g88ITuLsw3BjmnooYhueCoRZUXpEktoMG6Abr/z8oazAW1RQihobC9TFeqWNseN0 wD7B2WzbcmoDhCzmq5/gAmqLI++D4rsWK/3n1RfGlr+ysHdtZwpw5lveuuc8p3ZhkphfND6vVDSe Bgr5G39jOFfUUBp6wjTlk0L6qRZfu01QoklKW6xA0InkwwIoST0LkI9D0/1RAEhCgCZIlZk+gE/B TYaYzxyYXUQ8Fg/oBlQEwcM4g074CJEJs1CcHrku8g+PWtu1e8AbGhztn0xSrmA4v2yWb4hTnguo jzQIltozf0zCFBuTsLQqon7Lg1Mbmim+wLvuYioR1O99WRsNq6XPMQHQh2WEjlAJq72mhRuEFMbJ hLDtKLwYRRgU8REZ4UdBAiVBLArwp0L+Hy7tCcMMjBJM6Ows5AcsicUX7kds0CQooDuk4E6F2qFN yJmQODznOVVdB1E+hmFHE2DiFK8sHiD6wDADDJBSGUnGj+pkt/ooOm38IsiiFr4N6ge7foEuRQBw xmikwdA7CLEEGyV/7urJ7jwEo5/6CAKMxttReg/h2UJFZUIWD4Cm72DC+NKiCuBheWCuEl/LwFwi 4pN78SR1wcB1At5Vfl0tiKS7PtzQ/DCL5f69SbwgG/Htdt5fpQhGIkbePR//rqQEvv1eJVb48dr/ Dj//Sv5wktHix/WFP5fL35uUwv9cT7fL9fzPzV2E/v79ubla8Pef0/X3evs9//6e//frZsPLr/QY t+v/3Gb4e/v53/Hffy6el6T4RzLk2/X693T5OVz/Hk//3C7Hm1sHq/QfucFPt5/T8a8PgLHw6pYF y2BaGj0PogiTIlkLW2x6UofsWb/Fp3wHUy1LSei6yQ8LMv/N95aMPiDSDydC4GGofS2bHa1wHEM4 Q6L+7Xv4uNe9FwvEcgRebl5YIj6R/GhF0wXu9gLFFmgK+RZWssr64rj+PKM1DgslQmfAWgdMQJnI cqCq7ueDGOsO7wAQ/GlKaqRJJ/mMP80AmBvdEHsy/7bOa0fZEtWwaJmyTjE0lWG4tLJzFnButDza Z2akeYPywv4oHTjb6mQ6w1QLD3isXh6cgoGL4ngqAHhf8AIWvcZ0P6Lam78JDWWVsoJkRQEQvDt2 IKWEnhZg276LSpAPLN18wngp4tA6AxG2zJhcsFnjYrUTcXATiEd9XRIlKg2DtSbrdvQpjVIfrNJY lHup26WbSLu5fiW2gICTpdiKYmqTpGjdh/aKo7TCVr9/C4LruWcbVhNe962wJMmGJCtQqsku3EHs XX33Tn3SgCX2pyWPPxLpxwBpTZg1FXGlAIEqBERuhTW90QEU0E0mNkHYdUu3XcxpXAuAoQonhePe sdAIT5aFcKQ807wknosnA1VilDHf9JQly3Th9lvAwJX5ONnKuS2+aClzejQXlW3HwGaTeKXsvhUU 1aqcsdZXIQZVa5BHs6eYCEDmjABop3VmZ/3EfQYCc3cYU4wRrxEyCJXg279e25naj6z57X+2IqJQ Huur3bBFvj7ZazwORp6NOJoNlrh12yEtHbzveOHExo41U71EYS1n1T1Z4kvbZzfZdFMe480ufI87 xELfdhRxsXyMraSbbHOkAnLj4GTvMkzHFzLVbZW5iyxjZofDoXZS2JN2MTEKt7AhGXL5RAyG7Zxc 51HZbfhSQblS4EKcfYmlwK7lotjfA8tY2Wac3SeSiX4bjba+sdlZslohTZwqOGOsQ+KO9oACQUi5 Sipmh7sKxJCDiwxD45mj65XsyTv+ltWXz8emHNOUM6eLnCPC0WRIgv/Q+LP+WVEe4yw/cSKfV7Es aCfbm2Xa6GTdMw1YnYxeUA/7kbKSSBiL3rIk9aT8EDavfNIoKJ15VhFN1kVKQXtMMZ51w8oa1690 MI3k2vhkAwbxvMtKrLFUTX/1YexwsRhrm1rypfzPJDWxcqupp6pnZ483UAQl38WuTS/JAJ42kSi1 MKyDYMgVVusGrq5OC6DO8Q7v07tIHQ6/c0kWz8FChWGiPDCwoROqzvQ3REkgBw6OEQKOGCn1gcay zlny4xFz7CJsMNdrNPInFwDTiQ/ovZzotM+Td1crFIN/n45pZt3IGaM4amqyEmneFT33I8NE00JO jYMFIqpL8z1XkAPGgSK30H2DUZrM4Gt6Du8FyFHSeY6TxK+AbUkIDLrRC27LSIkHCI4ym8iTlvFl xJJQ9bR4CUimaD7kklLpNIwqxxymIwquv+FVfvEXeCfd0RZriWdrF1YcN47vaZAYYEShE3mluhmY QJimrSnDheWB80PUYhxDEgKDelf55mK0qzKXkrPBCfPkW1rN+IiccxO3T5QS5mBlKOXvh3wLZFTO iq63C6HjyHlIkMFY5mBqcBBhOYG9HuoLs/WWjzwAgQ1MhhZ3DR0gBGD24Dj3g185a3BGb8Lx3p9K S/Hs1LmC4MHPT49cZXhr163RsS9xhjB0jylDEtpBYcGeDaED3FBf7ekrMzvgWJqLsLnHSbOsPS0X ElP4ZsBz6zblM/9RgDD86r7FIlgJpF+CYy1+kRNZsbB9lUDgdBDKrYNRm8jPiKiJQwsiVjpsz4zX ZKlBBAr65c+TTigZjO82vhJcCLVAyR/c90ffXl6I4dHdce6YowSNsSPrMaFKc+HdwCVJNSwpml1I gHZqDQlRNfozWqEfNJMUPUQIcn0MEqwT/8fSnSC2dcToFt7JiyVZM+fpkpSd7t7/pt53wDiOLZN3 qEJh/IFChfaHXgWWOLcOJvwP2NmsMWwn6c0Y2smOnfETfWchut6CARRBna42T3F0VZBMoSDbZ5R+ XBVJUMbsvIX+tlAt19vTr4YNLTeQ6GZvvhwLekL1LRxa4K7shGf+46hBbI9XRO2TCAhZRhdnD9Y3 AOtmATC1Z5lvCGQL8SHloWIfiViKYCWP0YKENLm4LBLRqn4M51g7ou3h1FiK2fwip9drWKLUDGk8 PP3jAdDosJPExnRq5/3VnH91wZAC+6f/sC1UTcqqhAfClk3AZBaHzA6k7zFpFdPyn5RNqxYvJJsd p2jR/5+7cUxS1aqUcMNhiZfJAqZqQgPfmBMJy2g5rxHZfjmskZ0yq3/cZCRlSYhZbU+CSFwSzKSi zxqYtiyRJSZqHWTYyCkbi5Ik0ALSfeW/SuK8/UO5e0uMhCWQHfzqhNAWomyFPyB1FPqvcEbskNoK +WAErVPFhxj96QnzmyYO8H4XfJOEsjmGWiolnqy7gxlbinmvZcVMLVl5SKQmlyQdl8UM/9AZ1a96 lC/4cxZXliY8tm4vZoQMJJHdqD8PPK13N4M3Kb6UElk10gQWc4TgmQsOpuFjeAJvLs2RacsW8MQk zh0TyeIHU5cFGVDL4k5BnwbQXu28RjPwqEw4UzaNhmKbXsTOelQRuhexa+XODDh0sDXF7cB3a7j6 BUtvGBJehIlZQdTWBlGtPqZkSh8PRHJU5MINfJWmppckEwbT4k9ND3yTM3OcV5qbhaDssgOMoZrJ NChvJG4loewB8q5jb5+NIFArfnCPObORYE/ekUNypdazsesa+ceeJYPMC73pEpsdsABXoZqTQN4q Tr3cQ8fwIWwEZ6x4EowxiR74nfgEpvEbnO/AYnsBinFC+MpMJ3MdzFJaIe9xkLSuKa1iOSr5yPNu 2wwi409OFE8HiMqSEvySNSPAKZhRzsjw3DrQ6kQeh1BoltDIcgDyD2AXAlYWtkcBpTEAMnCNcE3N oLzClxiN0jAIM2GD1cR6UOC2LwJqrWC2AdH9sx0uPG4fl502kfgB4MjTrWWWi7i1Ad14huvi4TCr KvHVqRiX+ArzOOJExN1mEV+AV9TtI5YAW/mnBUENdBVDhKW36EakXogrKC3S1J5Nx39+iR6wUI5S R/WVwgdYImB5Gl4sq2K+uMA0a6uOtkqkKqA29ZqEjCtqhPmBnFB+GtiQe1yJqUe7/uHiaveNqIBG sWnbZiypaCKhGCfWZNGIh8QfQw0xAjbHDDgob1eKkO8+5IkolfCgt+s70NDickRNA3ktmus9Fft1 njIVYP0xZlucyJV76xVDNYXt9onJFT3FSJPB5EIhTLzq5qBsJDCZ1gvJ+i2SpNw4sPlexp/rX6G4 OMKSI1xBSR1+lCuZptO0PUPuI06GDwo/jVzY7VvQnXDCzYXenlthVwUyk16BQghgxYMgjqaa91qh jFYZYcOwQOEA7/U3Hu31Ho7soh8l7tG3d+EOMKBDbkzQpYbGQZ6NEvjQKKCYAvS5O5wfH0LssX2B Mw5wP2ZbA6nJl1X2uRc5MgBjWCvs4xFlK9JqPiG4oFcbkXqXcAazEAdN6gV84rk1Vn8X8CO4BXHT q95TrkSbZHx4DkdNVBLjWyOASfu8DadQXRGXeaKJ+VQ7JJ59bJdDThImkBEcxaYepd0K4Lw2VhWx i6F3aZt6egAZdLSzGLWhHirR8AJsGxVBPQB3+DZSgPpBjIgoNm6TWvSHUUtaiIvBhyBP44KESAkI udb73/Cr0EldB/0hEseI1XS1ra8dnZbWaafqziAZKv2oDrh4yH6Ma6YD42sGYugwEfrGK2yGVrJp +EZXDsIniGuZNGPx1ngjYNv3bzY/Wk2sU0spoFXopVK0TxvJjTYKohVETo20gj6KBB5uXfwdUQSh LYSCO6hSW5NUCXY6CxgFKiIv8KzNTbqmyPMViivK9qoYgm4vtVd6LrQ46IAygo5BglrYSp1REpsF HIX9a1sBqwtZUoAOz1FOjF4Gpi4OcFuzh0LUKgCbHhhcxTh2CF8O7jt+njxQHwp4eLWmFQ22hUwt oDJRdYvOPoPA95VaU1hZhdCKheUXaotRSwjPcXSXVrQa+LpL41eAmE7Riv3qego0bK+vNgrKl2Fj khUh8761Hp2TBdfTMFMl6jzfD1X3Km7UnNQw1MeiosJnGLMWDxvlfOpkjVyFpDwPoE9Br3JZDSdU p1dFrAoYumxvtDPmIHM6pqjFVYZbna0KV2/cX+tKUVHwQVdjtbw+VeH85SOFx86AO1zVSOv+62S3 nW63jn30+wrz0yNWN17NIRwGpwtwtcjwaqAoRM1c1EvXJKKDIasDh2srG1Y2i57aTQO7axyh12tj mApx9Z8GrFUrWFvJvJp25yBO5Xw9zg/Oibtrm2x8q6Ne5Ke1Ds/1KjdLKKeacS1s6xehBBosDvT7 Vhne/mvlvqii2FydMBK0Zk7e7An6h6j4rfUxtM99NpHrFQ2ujz6Ert3w1YXDzx32ZmP1pZ+rJq2G un3uIZb45PR5WBxG9umkUbSepu1yDRV8YxKl8Dpy12pG4+A+6wzKtrorssU2MSWoWf9fBDENRd0K zg2PWnELPtZCs/fsHNOM7EZpEwQ5svWxnZRYArgsQyPJUKttKBvk2y4BA62PEWz0BCdvR5DsiZlC /2IgnwMHbbKCFHs4nVCNPSuoBr+qW5SULqQrEwQwKtY1icO3FjR42RqCYn0YNC5lRA/Zl9+hkNou gb1tHSh3aCT6yWCJtj/gW7MmA1fDk5TabpbNSp/kafxLI8jFaL2ieDysfjhflW4tEFZfav61IL4c vk7Her8rnqcZvc+Stu8eZm1F7MlQEux6NyekGgqQUwJmPO2kUIce9ynjJzKpBytj7NJ4UpNg/6/1 kU7q5Dfs0G4V+SDZJQqU/pAbqNiGlyX9R3V44aTPbPM0dRZTZgfYji1wDJrAomuQVKV9mHQLhCIw 5JKSsLfA9qB5mvXRUmtgan1HAC972aT2t9vbkt6hg+o+UfU3rFU2I+ZrU2pJ0kkHUAf03EcZT/4W blBYbKUdQetNKQd6HqAu8enPfB9flCNjD4jAHAOXNdR2jDqVbGVcWR8+I/soO0Zr4gr2Yp+vIrtR +6MSAraiMkemPHndcEa2j7Ew0Ep0rWNvWztKeiwLVZuBexjZzimejeRq8BHEHrq0chrdIyhe6txI TKBfbaCvtpxm3tPwVVT7JRORQUDakoCGlL0tv+wHBmH9iR67Pbe5PLJ5ZoD7ljfHZeGC8pZ4QPlb kuD8T8aTzav1o9oYRkkFP/8/PwH6UcgW2CvK5qoxTVVmcp4q+YGaepCQkmNavZxIp46cnMhiFj49 5wTpBJAcTQEXT7MnrxUWOEqjGDcUoojUDUEQvPtqZvzLU13Tg0PBioJz96uS4Cp7iyCIG6QOjc/L +3n//Ke2jGJjQ61+L0y9IEwpGDSUA+e7qpggI7n038JkXrGOB5xTsQpn26SEhYIXYWLj6VHjvHu8 eCdfVWgWGDIBjZmJvMX1MMaCY2hm4zFYOEIjehX7wqMKZAu+ldy0SbjaM/MzcdFxcVxzA7byMO1r Ria/jF+MrCAqx7sKilXEV4wVVelFYZRBC2oKT4oUsLZQRbtW4UckF79Z1p7M/xaWCstDd33LLVfW 6AsRY+GqUXHGEMkguT1vX/rNFu2KyYpFAwC575CEqq9V0Yhvi8AKAwTjAwyBiR4FxoEC4BuzUmLc sS9KrIOt1N7koFp+hGowlfhB/kKV+gPnAEMAQn7g01ogzjCyPUJji1VMVz4AywkC6pWL3ChjeeZv 8XnBUTGhteBCF8IED6hBw26iUM4ySnhFEANqA7uE9kWgjyDUaxXNKl+fxbJXFD5ghDUfFu3ixqnn xereAQcGfAAbECZ8ADQxAFQBjOsAlZigOPX16VcBMOAURykwFg9/giITE2IUSmNwVgR2gz5tp4b8 QhYhQH0ukjZYMAZUrRosj3YNEnmJ+8O1EBPW0QwrbR8AIVAMMYunTB7q4UFBd3hRS1BsAMQCkgjU E0e3KsMjdj3jsUDGZ7TyBXFnh1jiFhElpvUsrGDuuP4jBNjtILV/Bs6FZkOiTOYTsgumCSF8eYKK gYsAZsZm5NWLEQ5VYTDPf/RVfoEh/7L0jXPqkZRqR1ejDiLzPaZ1D9L6M6zeM+iTQEDTN4HgK6sm OFDz6lfX+Z/i8C3Wx1FB8FbJvf76+vrHM0VtAdCeGxYHtI9CLXnIV4hua1hOLMQvffQt+RD64dmR wHepxIbY+ArFjMCF6TrfRuMQDDTHLCGiYMoqa1fK84xZ0fvMWuhmJF48a0gwhIATxlfsar0FX3RM pyKiG2TSvC2G2ZXxKXagbbCfdQnJ7sHdTUHpoQovKuoGxUStXkLAUQB/lo/7UlaJQPjNepMw1ylK n7pr74R7Ql1ad6kWrDIaWhTvAWJkWRxsgp+T/VaiCwkL5Wbfb3xKAadFq8xEDUoVIke0gzAkPbEQ 0NJs0/NITmDpNvq3nIC/PKfv6pgaxEIDZAhspjAj06FHIoK5egU2N42GoVK0bIdpJnDxQtCVZCkG KP814MPLs6K6b9B0TJ8izgLiB8rKU20Sd0Plw0oBPZOJQMrkkWqj3b1WDV6YGYNCfVkOmiAdaQ7K 8FLyFohWh6T1mbk8mVg8HcLtq7qH+Z5qQhzqyDzRCN18i7rxP8K4slM/o0a4KFrGC42FebCy6Clt hGGmJNKKS5KZ+5hppyhq9eDt6conMGPPoWFoz5iP2dcDgRULWEa4tmV7cEAbPCDQCc7weFMqJJyn yk8a1j9Rn2VuUPimitFfc6P1py7KnIwbkOWosNOKAzn9K5SXRDh8Cl8aNYlTXp69hCo7MRcDtdzB ZGkXt5fRJGDmTPlbRowO21bnT3ehMZawIIbGVGgwjKOlGn3V1pvymz2N5MqJwDIGgcfT8XPaxHr1 vFwCoD5yVTPtWybFW6MV8gP2jD+fxEZ0e95DUbO/1E26CrRCeBujrkfpk6SuHj6vNVxSf1tzfg4I TIXbkXtQjXq+pR9C4Uws/qkeWLF8rXvwOlYpTdpSWGgjzYHBITwx1Dc2Vo2noJI/5RLMQ+/kQPmX r6lDkEb6jHtTFsnnJjtG3FAyHIjbsqeVo7kVz15Vc+ufXVBesRuJV4oLv/A1KitNUX3a0yMzzcVr xwJvwJBIpZnSInoskERibtzZ3aQ5RlEKkA4gkNllbla9TfzG9YaMyOGhJGU4DZchsfyv4Vv8aBjw gyRj9E2FYk1UOQ4e24aqLIche1UzRFbeHTsS0tgUWkvome+ozXwCv+MxRKM/AC4wf0Siu6HxBiYW CD2LRMjFybR07QPxq6WwMmbDrOSPGQahSrAeSCfZ4Z95lIlVo0Ll86IDPvnBoyDGixxP1mrFH7mq aTEM5PlCkZpYYaFJKWfTOH419wsHRUPTT9sEFuV0Eo6QQUFao6bkYkVtNzJWRoW8hsn7kUbMS8z1 HcligSC3rExHtVrm7IJm4FITXFzZRWtX0pAS8Rv2m2bDAawqPQaxGqeEQiMDHWvbYNxKWHTZ4WqG FQIDw7ewX+mSHDewaRY3fNv40ZGbZGNm2Hllz7nuebNtzWyVxWaV1dTYRpJ0UER6FVSZc0/wHwC/ JAVYWOBE8MxH2OalI33h0F5P5xCqbLfTn/05fZaMjcKvFsa6EGiBlociUKMOkF6pON2lyZsijQ0u xKmuNEwbKq2gkM1cAtlLnPlb5FWoZQKVDUA6YRIe1YmEwuot0F7DI6EnjdDW4wr72RGU6MYKinyp AKqcl4BPWAeu0E2626ecr4Bc4VVXrVYnAWAxtUusL9y3HhRTT+MP4UMIebmDDuIE8AIfddf3z3Da 0G9auAyaCca/Cm1cTkFNJFvSYcMM5dagnii6S8iFh9Bg6IuRDJ0XQTeCBhBdrQTdNUEHfJdmxJIq J+J8HxJGiwm9t74upUQEE0kd68DGB3+X2BK9FJ3Kdo0RNy9CY1rYC/wO+DET5DULeHsDmP3doARB ITUhs6OYFUniLqhH+6aNvXIvqGPbldnselaDZdMtkQxxMObMTZG05R4+D2yHTFsat8jBGYZN7rI2 YcIaPTUIKIn7LQpEJNj5gP/TxUgGHrewLbGkR33kAMcokjdjFbxnVq3Eh7yeukd/ezrVh/WNzoPV nJEEOEBztTNd0ZGl9EOLCvT2ueSPxaioTu0/nDzjpXYO4yGSDqIqmfFvqZlWytfESJ0htsG24WfY wWegeJOWLTFARIZEIFcsajksu75bHwAFeZbNVms1KE247OBvMJjIA9mySD6Cx4HUwDdq6WvsqRJP QacnG6n2r7pMVmSpCrICZ9y+hkLCyvSu1LzY4ZJVbGJ1DSRhqJBAcJZD1UCDddTUZAJWFeQJdNWo WEPNDpHUNsLtWyinxp032JgOEuBDTSIc+wbbhM46e86hWrUmUfDp7/NFN2Gn410X/1DHe9LUwhWL fryAPF28t+vrEcKr8Ph2db5bWK/z6ZToau7ssDropePhrk7DU4XceXsHp85d/NYkRGeRf/fn2+Wm UYmqY8+8nZeb0/IcbvfjiZeb4mL1vhDqq+bGJ4feLZfrn+XU+LU+1gDZJQvU1VV/r5frz+nmsL3T UdXx6We/3K73n4NK4+v1oify9V+n/91O/zoX7rj8HI8/Oyfu6aB8NkEH593Ot3+Pt55wvCx/7/fz z8/xcr/9VXfsK4XJf/a3/zW80+XnvCzXf9Uw/1nOPyd1zNf/u15/LlUzL/ufvwqef37uf++35c/5 eK/S2SmAP5d/D8vP8nM9Xf86zu+uHPq8nH7m0L/77XD5ez76/Wf353b493453k9w7B8n/S3LXRG1 p/yc/vwclj+HZVGUffz3f5b7n5JJ9V0HOKv+hT0Cn6HXWqbiBIAvBDDQVS8RWHK9T1V/++4M36+H iB8RbrVymqECcnihBi+Kjh2fp4e0E9z0s8YGitw7Qs7PtZo5gcj1GHHemysha6p+HV14dPje7tjR eKB8L3VqolsCY6sN7hw4l3dm3NaBlbrEqAaGtsswLN66d0qjlIKe2HOkoZwFgdEwWrf50GS4bdg7 QYONQgNDRJ0NGqA9zTEMWJaCXNRpvO4u+L9+Mpo4EC4DBCDXCbc8i8GbReBr2Ydaz8JoOxoVK9b5 /tvBl4DnsyLtOscoTt7rB1Jfcu1SNCL50tdmivO1qJ7GtHqn4ON6Y4fKQ+/r5nNBHzXMpRvIqNrv yv8VPIO76/6qhn9yNwgCh1b/HTGA+ynjdGTtWeU+YKb11elwzPBbSpGKgDj7Re6ZROCkfNS7Mz8f EDSDCtpNXehToesrwNPjYNNqm8veVXUJKZ40m/Jp+TbmAPxO/b1QZ4xSh2JvuXkqBKho9cC4qpwa rU23S6Kl4m1scYgAoLhT71TnUnT1jQARo0NItcY5NVtorLqkGRLklhH3eTspdO45ySn0Lw6DlYbR sgttOAFq0/sB5bbeBFGzxawqXRlmx/Q41EymgQUJb3/pNvkDyHrZX7abaqZbAzzHlA+Gi0RaqH6/ GqBZsF6eU8IwiyyqENkprvAW9oeFKijJH/F9zgGELYMvU0nll/F0DnUXv+2Ygm/NrqPn2Bav/npz ugTjlQcjyTHj/s9zAIfwnFl2ej//vC046wJgnhc7I88s7PEeBq1fxtZWEfFoEYt/MTmvJgjHDHh+ 1JC3ncFaaHZa97Zus77Ve7OnjEtFGFw8fiZrV+qenef4cU+YKUmLbGO+jERvlRIlIvJvOeGlaRmy rJKRWHwF0jlO6FJOWlI/v6K0qwgwH0uShPV3Yc58xQFywCaOEvLVXEvSmMW36LGBunUtTPAO2dZg 0+P7UCX6Y4uEFIakgHxQG3V4hPgk1o2R29cD7l85HIIewFxUhEs80BYMo+quTJ+cRAlYUybe7vKe k/HjdvYU/0i54hwT3JegV6hf55ecnhRGvgS2pQY4hFwkNOfoOZmDXtnhQBxWxspbiaMcnQyQi33+ USqrhjgRsO9ks+QV+AbfzkFlrzmhmhX5PILYhjZ6zDXGo9ha9x67QByJwgHTmLT8mpdK1HWWo7Tp B7cHS9qaIaGHepayfia4zWEcBlt5tj4z/rSmUsxGoliiJVvXGd6QSCABtDgJGJ5PsAmPnjCSfGbM kyjflFhYUOT2iUH6KMui6b0PYkI5whYLozEwnbaDr3NOvMviUguvbrTw5MX7a2Hj+UoguO/cJM/D SjqyIk/vs+vzldrE7178qCcgWaNnrAOpcjG3lT/l1pQZx70+Uvw47jJO10eOQxbzpDBiPpmwqdLJ f8xqkFn9aUNn61dD0WGNckDKHmRkKuqOGUgHWQB3VFlEhKyyp4jwxEnticjt5eNplJTbC3wAvrzQ Bqo6SChYoPhRRCA2IRhuRG0C0R4H8Z+X8UnBO/Y1EJwKYArvgjioberGfk51WORV4QVVNhmoHVl2 jycR8KALFG5IlJhiJqJXwBGsxlluK26Rto+NLfTWOM0nRIg6g5Bo/0J1p+C8SdzvMeJYoIDsQ8iJ 4L34hWSHcVR0FKxE2cEaIHOFor6ltWp/bUDpkzSTSNqOBlMqijfKInIjLKiJDmEHnjdPNUjvNyKg hSAWVCKQD+Xs0heBT6/sCSwQzIQhEmDgAbGSMb++Wi+/ecuZK0QBiNBBdGM7SBppKk9xCBrQS770 pmJ6UZIvKfeeV+mX6CsgPM1qrUVbBWlCGaE3EvQYS2lMWF3ep2JBUwgyT4dXdOSBQmVargJIuyJS fZnQLALxGBKuX2fzDHaCFSqb8VgLAeoRObgukpR4mig2xV+CcLS0yJAVhqoVyLctyJ8E4U1zAGPz L0ocHN2ahg8AdgJImbkJvErZYAufdBJdpsFCew+WK7I3JXwn5o3LcbHR404SQEKtV31KfW54fqYv NDknWoDI9FdlNZbA/xGcTvBUkq5FKikz6jmry5hwe0hA1CZfgeceBm2OVSRG+yobbJzoDCEIyXpR joUZSAAyREd87cYOdzDm8K7k1jTNq4DKwEvdYciHCcOB2K6MIY4JHzanEoWEk6uzC7qqfDEXwJMq SfW9gA4PKAdq8fzYsYOUCPorcKJNfRlS4S38Bu5B+J+XFJBFNJ4Jh4P6F7SK+7BcPlhEtty8jiA6 Qo3IZfN9GNRAWdoBHC8y8TGywDf8xH+V1LU2acK3qQHIJLUF0WtSRx055TpmLRrmZOVW4UTGLl2k BqCqvuQjAeVCeEkpdpUZCFH7wW5UtZInkb7C8OLNfBsvTUv9tiOb6miLt1ejRBPgjVFbOWzt54oP MESeWPKBAcyQJjcGdiOzwp/h54wnwxR4M2Y1lJAHPZUpsfRYS22JXFdmREQ/1xBEpKaG4D9VCda4 3gWGDXqsfZEx1zEm9lFOaSL6oAXIE4zaaDBtpJN7Ii2Vro49ApOtIIlGdhqJ4iDIeUXu8i4/53Y2 MLqFxiaGVtOcC+lzm/kAvjIv87ZAlIp/GL0SmyTXk9MuHpMS5/p0/qPNO3Wcsr7vfCvD5qJgTGQZ ZzOHO4VQKWCmfLQUnY3o7I1/KoZ0BZCQHQUHu5yXi1ErGic9sM7Nm1xAw3AxDUnUkNrgApfC8rLN UEhPRhjl0Gv5vLphkamyDBQQ4HcwPek5fr/rqRlQHouZKJEXPOVdlEOKWXITFpx6mRYiXgRohfUy Ih6XCYD/wnCVEKTnmImyx8HL4Tyl0qyBcZdDVK9gfax7FqGUN+TcstGKPYt+m3qGtgsZIZlm0qpE tHB1OzFsIwZ6e2cZZ7ZQsyZkkFS1E2ImF30yXYY7tiY82/1vrxDXSIihfAk2R4bUBe+Xbo5DcF/i Q5/S6pIID/2JK3cwdqsyRyJWCYBZUXEm7QurZn4mGr9C5DLnH7s8f+qKa23p3DNo2/vHwdfwQ8qn xfJebEIrVJro4jSCxWdrstqVmiAJlWXIBUNWBLWQwsjTMBNb2BABdq6QhgYASLJ9RmAWruzP+JYL 0yZNfm0VrQA3EQGpXEuzBqvSGChmUrSkUbDI7tkotjQ32lL8RXsnngMM0mdwB5Iat/xWFMpINXbW sx3RXFgDENC1Onx4HxGp6NcAMRtNSM1mhLBUHlclQEhK7D2KWeoQH0vA6+cfsUqmYd6mqZbBRagk 4rFi+INRrITD5dGzsg6KAkDK9uX+YZv2JLIbKRz1IeQKLVqa4EDvfBMOYM/k0UKoE7Z+ZUFEH8qS W2lrYwowTQklxsSz2NxQSm0eKYxxYugKS5C2TxK5olZ4DkLiOeP84nDfWEdLVrTVelG+mIiHzlPK CKR+mu/G3ivOjrVI9urax5VxTFvyVn5BYsqN26qATFSmw1/Ghn8qxu3PrqPlkJGN8K6hC0xcpsyz vjT0a8bZwHI13p1TxHviXHl7Ao0/DQ39h5dQtvS9oNhBAZN2S142b6PfCE5SQ+NSdDbG1sYidmhx ZgGouNG0rjAhhOZ4c2P34mF7ip0c4SV2GcsyWUQURvJ8mY0jO3n/9bZEpGEWBC8mDGmOPWRPhK48 bYsYIk6jpggtReGMf2MOoojpipKwr799pEUGVtS1gmMp0ilJkeN29MYyAl7hP6RTsOzFdi73AUVt Gnk+BVNYwB82OGPj6tElGywcO4nJ/Sq0BDThWjyhyyjMSVzm68oA7Xn/OJmJtgA8WnBuUSSLfgIO becARBjwRbeHDrEr+BLzwqirRq7rPc9MOHmEuwGKBadchII+DREcPxSIN506qpLUBwDWp/LY23Nq fKI68PujClpnre38AKVS0urTg3JXwZWz5HbKmJXXgvacHqdJ9Uk/6Ipnp4/0STUwiO+qy7FeyuA3 MN515SC8+jz/1NTa+XsPQPkENr50TtPFTBZ9G6B/h8uyhqAdTqvTTTPejepix0t5crXGpnxzDOXa GPSquICVdwd9LCDQjeI6cN91Dzs9XUC9KAA7dPpdUDXEGIqs5QXs7XqENG0vf+DXx/Oyv+pKvD85 VA5qffcaCDDg7ny4nVeaYijoXc4b2PNucf7dcX9d6z0BGF7quY0aXnUCjKMqEPv4p5OmLn/A1MBZ vaqt0REAeDpDi5U/g5oPRxD57bhfFOIeHWWny7U/PNYIdLTwduf0ObRPf+ztD+jQ4/Xs8EA49qk/ UfpyvnvL9QSdhUJC1I83+PnBuMDZIGAg9s8NuI0gteT2OtRt8ktF0/qAANXR73DfX/6cFr03ls39 BoQHnS/nv/s7IL3XLQqzD9B5NNGb+wJhB9/vz9fjDcHv1vl8hLEjHHrrG3Ke7iCKgM9w3x7rVEK4 NzR7uewA7X9OnnhaIOv3+x4W36iWH3D89Xq6ne/36xl4/j/XM3B8+Xu66/ZxBfif7jqAXC5/l/v/ 3g3s/Pdw+Vm81+JCwi+302k5/FnkBK4nLUH+oornnS9/9376UU1srS7GjlxaloD9j6f7RueSw21T jgB5vKIUB7x7/2PJcOiPexX/hoZvLBkODQfGpyigfByzOp9wpqiuXc8UKPPNSk3nctTdQYlD2lWR g7/RQoGysyyPhy/M7I31I0cyV+LGK2R8tV+U/aJCheiYcHPHmFiy8yU1XvHW+HB3+CFNoPDbVgaj ftRh8EmbwyfrSK3NSwc9gt4Pux98cbCcnQd5s4JWAjQykLEq+qmR1pIdBi19tFUQri+4AmePwlBG Jh9gBL7R8QN0Tpadt1ixfz20IeD2L6iaXh3B+J28Bsaq9bySdKXVkHCd59VVt5MAKr7SSUahPOTH /gawObeTOnPgbDB7kBelKHxrlxEvCMDGMgCLa6QyOJjrxFR0mPpqxdiO8oH6vJdDlIssMhGRBeHS 41RrkGOBiXJ0PzEDBVV0cxk2eWEl7ey+mm/YO2UOYxMyhVELm0iiJh3Kxj1HGKZAWrn77AKBH9qC waDQf4bHrrEC3wAfbk9GwwNo9EA1wQIzzZU05MxN1pJvP24YC/d54NCq62ZcvHNCVWYBSZhCtsBv TbyZJS6ACQdEeRoPLqPj2GpOEjsghIAY1PKFI6YqvvOBFD8bnGnwe4RZ6r2RgPcVbMeYmLhpQZ5D NwXyPKSerk+REIaFQUX4UTiaH0zWojBO3LVJJ4R8Gq2pWSkPZ1jhf0U9YaktijELQuGl4De+mvsV e3NUAlwRgQmMDFuxtv7KXuuNdqxY7A4dlnAFfW4hmkghGqrjSykG/CDZy02V5BB9u0RMG+DIETGt VznLoq9ILC40Jgtagl9SuJAN2gZ/kwdiiTtV0d0djtj0cYEfa93DW2CmTdt/cGCAYqwGDURGBtyO nukKjg9aXHNGp2zlntfkTl5nlep4sB0OYIB8PzwpZ96JFZwor4ihZ2V9ztPI6bIIXupiJDJ8LGpG ZsoT9pU8jIwPh0O1SX8WHfPrBdAcG0/ncnAnhgzhFUG1Qk5uUwhen9SXBnSs4TtqFx5zQbkr3stJ iIsdN2npOGR1xtYc3ivyfQ0p/y6nDlegSn9UgjIxLHaGpaqCCK0ILcB+rfJb2aDiF95nACNHlIMV PkIcMJlh2SQC8KqfTPmOXEE/gYlNxKjEMGFEvGElRiiUx98LCnzciLuExuJ0spBI9UVuuqEWWPXh nidq6mZXjYcP/WgtQNk8e/5saRDvWr3Wkic8MNTGZVVtJXy4rFBYaKHqhrNqXUSnQppgUKJqHOFU YLLSQP4E9bUOfhs/OTQlHmyolMtxZeuBjxw0T949SjCFqr7C2LxeLh/IyDckXYBQfaprfM2LFtBT Hakp+9mKAQLJaBUKzU8bQF8V9rmp9IzlKEIS0ATaBnzgPQ/nP5NPSzBBVZQmdIZt1iYDjPIzXudp N4s0j/2DBQj4hzoh1cokgivpnNxk1wfWCHNwQBpDaOL9lin/Vd1UsWfgrRkGjChc8YQWygluQ6k4 mMgVKkEkfCGsNt2Qdr2zDIDY5oFWZIKlUxOOn0uyYk7PIVCyY5Q5cRAMYVMsUHSMXPB0F8wSp4WN 2QIAykQvyYvHgadMXthntqaZk099GQbcwloKkRDZIiab4BE3B9aJeVYIXuTnMkxkQQvNKkp1ZUfu JLVGixauLc/y2F7qQaFDpEOYtIVDxGtxfsIbBAqEJz56+4HwMfYcdIcfPHEjQUdvWHkliOUmhOGu REkTt+bk0pPRXoIjzAgGgYYAKOGf3vizM7sKpV2vAObI4XqH+OfZ8ELQHoDYu3QGlrfoZSIsXbsY 4C7qkKwVxVvIiIJpkEAEgRr2YBPgcW4LjPG6ADMCiXecSlRJnfnBpCtUC5H2q2rMMIrC+tjTkiBC mQdTqw+nmE+c9R+RyaUAvJAcvWNL9lXVMTwEOgMvqSrdSlo+NaViPPF2NZqVXLrOwhS9Jk5eFqRU t4cKgN3ibz1eoFB6G+jr09dzjZJXaFGxqNq5CrbtTOmZXoQfZHmUyYo3ta5WsKf4O0RNBqRPK8K0 AaXSceC1+1HDeiERyqjttPrFjR6jihC9Yi+5Ia+3sogvkkV17ENzKqLr4Zgv2GkeDrVQp1tlV/0V MDPFSBaSMkGtuLdwnIasIWq9ntJ7LfAAhpONCsGJR7qs5fE8JgYaOsRLMgqm0+oEIMVonTu0K4ze oCyK5WMCDAiDoXAoOqXgKfSsZ3Km8CT1W0Fyx3DYzTQYr6GiCalMeEMdMpiULVaWOSa2vZS2STwN w+sIHSvlPlYzTeP5WTN/4qgeIkOKn7w3vZ87N0KeJgA48+A6HZKVMAeJ75zDLUvqI56ErdPEjRvi pA+yYy96tQ1eiRpEB9fC/oACHIQxazSU9xoBOjDkBCLFSPQHJt/bxESTN35aySixnHm86yzo9Zyu RDstlHeRR+ti61XmOv0zedJsduXNXpLdZ++Yks7StWfPkuVaRBx3lGnNGKeNjQCMAA7R0TTv0PQ4 k/vQtqSKxkZqE5rytsxQ0+SXWW++i4cYGM/Q8wcMJEnhLNwSS5w1CsY2WzQ1D/fSppDVDKL3U2ll KwcvGdtrGDgkX7iMRg4hBQWK7JYqaemVOSGPaUto2T6DND1MhuyZ/nw0HyB7ijzXyNvRuVGXhZPX p0NTcvSFhUZt1EMEdLY06uiMi/VpbISLgg1o8s16o4GwnE5sBrwiMJivaRqwy6BJkpWlFSBIuS2s cOgXLUGmgstj/7A1r/GUuBL/Tx01j4CRzTJXuexqxKTlsAw9OdYDhq0QnfruSD5aKxBP+TEEykqU OeVGMr/N18pFBRdZbsJlKiigUSsaGLxhvTsVrpRl4tHgs8uI1VLGYLxbPhj69G6y5nPsETume7MA 2W0aiR9MP+SOxjV5m9Z3Cipc0kk6AhNH0uPhdiXnt7L8eGbikP5R8sJGVyFDn3dyEGHI00ax2LT6 DTtAoxbpU5AhSDA2nj0P0cZ2OTL/wELMEBfewuMQ1iU8jeIiH56MZ4FUgWN9a82OvA1UJjdNKr+U AhT/JV+1DniFkLWjc7SL6GPqQ02OunMlQ0lMSJbV4hhQdiPzLsbImlpUgJojjA5h5sjn+daUgyEB FzZJBLgPDQBT49VmkRW2BtauFcP0poP7fOC5ccbHx27yPjo60o15PTZjcB1x4Wg5jw3AxHZ+QLrP 9/YMjx0zNESQwklNwj8NJI+F1eYXm7mvLTtWJ1yEHdzt8pS4d8mnDH7a9XwqNpomZAH900YHHN0A TJO/ZE8cR8MjcXY+chTTwNPtuM71iXWKCNnsKMYJnmBlWf985FlkDOG6ynCQJu+2s/a6iYAIAXBM 6GiymcC6p7eVEsodVRTtgSPZ9IARoL8L7AgaRcbco5mmHVwOypaSdLaOAglALgmTRsYJTL0Zolvi 6S9D1flwOz7S+96HcSi2NKbqkdPCBpulUFFvesiaaKg3W3/+LtLEBgVSwATrivmK9Yy11Alug8OK 2NNDvqFfVMdQOeX2yuzWy5U/BqOu5Wv3GmcFyaNO4aq+ymsn+FkgkVx9IIRiSKklrW9F/I53N4z/ ovJp7kosCrgVDZKKKn7gEkTjnNwYbDVGzmWT7QUukaAOiFfi5EQzV34Ke4G8jKYjg8/gFJiLE83g yJU6gWbBLxBjwFWloVU60UnONdNqQC+ITnQDHXgCqXNcGvilZrNzOKFnhOO6V1Ho+bzdXNw9dX26 EITd+KfzBPXSDp9WFslYibh1b5gz2LQk8ChtjVVObpzWp9hSW4X6IpxXajUVVUJ4jXKrUhlUM2BN 19SBojsq3awXBJBKdeZqB4sGFDutzwXgKfCcfglaJQDY1XUGp6uwbNd/bRNUls4Gf7M+ImTAsqPr TDWECkih00Wdrv12H9SPolBkZXpW4vylFYBj476QFzcA5/SLhXEp6TQ/5KvEWU9xNimkQi2WKcC4 jrYYqHHr0DpQM5hOcawQ39TCp6kynHY4fSucDX1QBKsaTU2p4/wUyELdYIH146i9cx0k1MQCadDn HnYHETQ1TSQA4536J39Qoe+uwyUBeaetHgkRsRVfL1cH/6mzXdeLw1yUeVtr49Szw+uVAuCsDkkU MSmCRcA+QztV4ww4Uvtgc/zWqRiD7dYXQJlSNyTbXZ3m6GDJRzsNa6rjBUDTKkGJYN5bmC2ItTJ0 YCFs82zk/Yatgx2vsHzpBNi7PEJHUmr0AdCst4Myse0VLLvWWAMMD8BX5Q4AATu5VuHueVn5BMbq +R2rBxKuzFt9OLy5BtW3OwR1UaytnBsg7FPF4/f7Rjk4ZPWiTvt200j6fDv83I43QLKy7Mt9ubv/ fFZmvVxAz6rTTyBrIDmEGTj9c7/eL+c/ysfNwiUXteeXv6efn/3p7yQWgOSSF4rTXeLASm/6uZz/ vZ6sUcmEQPsw8uPhBPk14Mt++ROICiXf3vWKkQWRODhewa/3w0k64byDUsO9HS2o5N4Jg9Xk63+t dBublTpQWQzZPt5u2w4DlTz4C8SWMKgtyeWyMXq19c7QRKCLti0m+KMv9xkSLlFwvm4WP0D5MZ4O La677qDrt6v7b8e7JbAdoDQA4a9Af1FZrfR+J3fQuZw+hJnbQXDeahqu5Tjc+Xha3Rtu/9YO5nrr NM+Bqf0TWuzjzse0n4B688ecxbne3Du/tCJ/bflPGAwjdxwooZZngB27D1scD7Dlb8yzv2uWUrcZ V0Lz6Rdz7hBUjWXsfsDa+o5IHJEGgz85DtW9VBFGdIeKcbg0gNQrMHwicZRLojadfHqEpldNSiHQ WionNRKhUziiOrXUKAcYyAUiczrPcG7yoigSvg8AF3pMRAAZoEtuPDnkJdNuORnpNzfGweSu9kDv 2v6EYBoYgFxtPA+qB5AfypN1AOSGJXPp1H/yx7JH/P98mWomzYAzpQBWORBPkAT3n1fXVb7T6Q0v gLLz65WtPjx5mofvLRgB95IpPlKYLtSUO8Afywek+fg4QFmeoZiKE1tiM/9ECEa61ahUJcvY0WNF UOblsWyl6xT/ckWtgiLYOl/x5n3JZfDPDqLPcLeBhdEMLoYFsdbuq/gLyuzcBBHsFtBrnFyXMaCo 4YfKadCYP3H4UCrLjRQK9THPM/oJ1ThorDySU+EiijDwDmmtyr9ZWysLmr+c02iRhDyGUxFps+og SHaekxywoxaO69u8OSMUfKqaCa6GKqfUQLxNzb1DNs3JSY0WQIAw4CU/salwkcLwc4PwAg+yEBnS rPozTCHfY3wkTiI6CG8LzgBr6kZcOWEqJ5NDw6Ph1go933gy6OvBj5ZiVl/dYEE9x81cxmHsHmun PDDAU5s+CHMuLqfdOtrcVKVZg5BQ4Xz4MNca3bwen+V95g2hALfWYuUKiqaK26sAeBWQNWWxSQ8I 0+P7YEUwY94cXChXFs6MaHgPGmui3HsDClAt8OFdm1Iy4+5Q21Asj9opr6kRjOCU71fpUSvrh8o0 0URwL4IKL5wbtQSDdPHW0Da68XYLjHi3xqwLdBUarizI81oF1TgYG0RbTdNLBBhvtfd8ZgSF2fU9 USocRESt+6c6xYrzbFtOs+bYCjTEvJs2g+eWQwaQQ/wibph4s+p6eFiyYzKJlXuF8jxpI+SW2nDB kbXqai0MATRa1BB2BE5R5pRs2smoBzVKeB/+x8+eD8nAvnCLOVcTZfjA0aXotQSB69yhxeIEyHYK cOAHfhlHX5Gl1yOI+wtvVFwH1xgfxkEmzICXqjxBfHyAqEo7tlibCPCvgKuezvFGZDzdKoZoF/S9 v+3xh+sgD4MKVm4BvkaxaGns4m5oqqc2aGE7+ouGrE0rJMFADbTj0qN6dQ74SqnmIDHWHRP502t1 0fOhAEp0yBNPgqr6mTDDwLBNAoK9WicjaZohukUEJCUpnSX0aAIgxhTL4/7Q5tSTla3knpIqUCJ5 JkQJUXEeSSV1OY1n8JbT6QAGYhh4FsqyR0/85it/reiTNLV1N3V6O6ErPAEiF8GIoosiBXSip5Cq 6p1y8g3KQ5AXrRLk1Nq3qLeqP5Oo6pV+BmAgJgXuUc2U2oROvIsIEMRy9lhkKkiyXdRIsKRYSekM 6IZaLNCzOkaKBmgUt3sdUAMj90ilSsAk7NuAcC1SC/8xZCXolhSNfPIgvR8wcKSpkCax1cVDYsg6 h9HOdnF4SDkX2KmjRTGRvgzqOQmJwc8l06MkjBSarA4YlEQpaC9Q0yQKUK2g20TZsGZtFCoFfN3a il+8GRHa+Q7RlReJG0BnXhaYq8+G4nYixr6ovcYMJE51UZe3gXsO4+s8NW/z8pqQVPnae/yqj4rW DWAarVe0qq5Vi3LE4HBVqaBovYv0kagfSm0EFBNqMmO+NaxwFJcMhJ+UQtahxet0x/B8++Phz2Sn rcXAqHq5E38P9HBvro6xLf+u11EDJbwMFBsqaz89SNrPJRSMDJ0r+UKMwn+NCSqHBCpjBncDIWp9 PLWWulr7wvVaOtSEvOYbGl+gNlxL7wG9voOt/F8HEMB2tsMfn4Bw2reHRC5FkuhjKZSZFbTXOgUb +ANdDUJPAI0FDC+epJnqlWDlsCZTSGRsH1irs4RBeJVxohtV4HlMGD1jbjNhaTFKdRrI0CPQaV0T TFAibMAPK1ztGRJjAEoMlg5wI9GwvmZPzJBA0ocGsBIBMf6GbJOsdAB+8T4G16VIa7xpZ7xvnLgp 2aGIKFPAA23UR0FAyMU4Vtptsq/QD7d972QcnGHt4VSvcVpKKRK+hJcYoO1m7iQvnpEpp6HCOcmF jDaJ8/BcFgI25YRB39Qr6mXFiBRAJHmjIJJzCk5SnQahKnyTMpuSRSAPL4ho8xVNt9mT1saiXI2i q2DOmA0LjbKWuMo7tVnzusojA/XMIAp56CT70jzRidIiNpUQGDdSqzMM4QzrbYDUThcRLcMsx1Kh PwGQ1owPLQpOeWBTRLz2OOWH1M1m79rrIukxhEIljXFqTIFAcT0sGbprvDjLmEtjQXjNmKSGsT0K /Oowhr4piZJF4bKsGHtWetYjextqeEgmgeZh4NrhkmkoqZoElE8hhPg7NojHSMHrzo1pvBRUlBku JrXUINk0hGrN+SOerQ9Tmrbfs1UmkZlbDQwByhSZmsmWgqI0+HmdWuBghqm/VAWqd0FlnW1sz14p p0ZiB2oMwyOCz3Afwvh/X1Gx8cikIV5gez6AAuyeSxO26mZQiWYoZcA2/3Sk1lRa0TDAUW5SqxhD 05UsBt57U2iRABiyvNDqyTKlS61FWtUbn0tZt6cweNACydCN1eWWSJgzJbiO+cOt2AZ3zNrWhUQ9 J6YlAUFltQzqH7GRrSkZFD4eIahNxMiJeICtAXuSzrKBbgkFN3h8wyfNwcLPul35A0JrCcvgd2xH 3QMstMhCMo3Q5oWzj1w8kywb4oFzYoXrPdeqabPAi6vyoRBgkvVGm9OTMTGRjzrtYioj4Cx4jLww QS5py2hgPV4BaDEZcokkWnloT0t7mLGRehceUvmZi2XweE83P9W6CMUv2vALuEBcKOtgeuhr6fhC /km/iD7aS0pdEoFhx8IxDgnkckoBcvaRWokv3aDXSak6ekU+AhH94FemlgjkXBU6UTtdLITgW5qj 4E6mQHzhq+2HTqcmingIlk7YcwVbcBKP3yY68Hz2ZoTKHxBOOdwCuZxDgLO/cF6lDhGSoxJqrZ5a YJS70sVcBa+UmmtjgNP0Am6RhyfCyTDq4kaT5IfMotCkfVj6T2TBXfRUXMQZO+Tg0ALNhO/EH8lf FZz5fGJJGZGNhjOWK8+TgFGgZqKtA4+rPEZltEH5nFGa4vPtSHL4cWVSinMxUfEmPS8y1sp4/NXI wmv9WJ9sfBYPy2ToIizeN/Y3aJX63s6oYnEO8ixCxjxaQ1R+e5KrUlxmKcrrgbbADR1OKFQuJpMP UbtnRXzijToMi4LMGnDhky3IEGlcAsfjghatlklE+ao4pEENPTeVC9eUAHiCPptDLSJwzViBkqcO 9gkdVlkUom3pIZhhGiVVPPtQWR2cE9Ct7B8359s6naw+xvA30E1bL9X8clkHrK3OKC6qd2ofHc7K m9Umqs2rwMqWWylbuCRYGnIDN6oQ0eCAn6p/AYMwBx/CSYIBYSEAUFC20SJUh47Z7OoieI3Pw3hA HyETUFYEWW2ggtAcOA8/2et01w161IGg/aUAS7vjewOQs1JF4Oz3RTsMYCNAWCkgpNtuWZMNmRQG BzvBgUFgxuZbW3frz1EvDPA+EHT3paGBp3vjN9gWcApBNj2j/4JXw9VgSq4PmL3oNiDmbs+vSaBE LRGAeEGl4GU00YfBOW7QVLNyvht86Us/EL0CQOTqEoXKkgJmA6mNoCZFcJpJNYoN6UQhAe1LGRwo ol01gbY8+/wgit9/LzBsUKvOA7U5OJxMHvxe6wSlquHFkNY6P1yUv643V0C/fqo1am45rZOmIUo6 IT8NzmzjHwkF6xPcDso+7D4hzvjrVBmhi0FIZgtV87euvRgS30PvwsB9C4ZDoloW9IQHnreTXPD2 BR5oatqZaA6M2qvzZbVUI9vObqtxPn87tdDTIIRbRysu2/Oyhglr1WyDd1D+0jvkL741SDFcaQq0 XrBRKZIB+qs6lPf0hbyEnDmeBLfDDa03fO6oeB6ZzpbYKXh6YKxCsCHSdihDxRG8riZoVUZB+2jI IZGYmuAd5BkNpTQqy68mvcX3zKHxCkCrYYq3QMUXWOhFof9GlbXXDqwKvAWygmDJDlFYNrBybwAg +3NR+AuVP2iXoay3btgwV9C5ph7Dr3Ii+NzbfajqGdCsdLmswQVqvTZ6p0UCjsmF/thme7pZkYBc JMcK9QfRXnwksC3tkOAau+AQ2QcqabW7dYKkltvnCv4rd0c1mQi4cHz+Expcj5ArqtbxpcQOltLp pd4v1U/Xo6Mp+rZq/ONi9eR/qicmPuBmeC4yXmpFohgZNtu3Z3kiNEOl8iPuiwKn5WtBKkXdDdLC yQmYF+VWuTTJs7admKmPx8h48mcYIzZGLqtUAidVa5XsrJeBqEeIPw6qg4HGmBRHYx45k0Bo6LF0 kt4ds83Bdv3D6jSINB4I3qaJGrNaYu9IfWDIGoa3EcNLbMnU9gTw3oYIWS2cXb7OsOoVgqt7xMqy XaCR9BHeHBnAz0niuvRbslrTcrJBALGE5UoD8B7o7KpRpAhJI+0I0qVvGf2QaDtF+DXE18MOgIuW mA9A2UOzsxdGzJBM8YmWIZoYUDRtQ6k1OJmq3cpWntHt7in5OU6YNgVuKfV6JPVBr6w9OwzxUKCr iVF1wJwL8YUPhXKllfxi0W3FreynDT77jj/80GSD6yRvzvHj7bLHTF5ZXP4D99Xpib7yEFCX0kAl 0LZDVv5S4Aauyb0EIXEq7JXKiWTTeQiMu/dy8NychXVCGrfETSwHf4KxdZ5aoQSvIyctv1qVCKcQ /PH+snG99zZ4LiIHQiwmYMlh4FFz2iuUMqd8S8fxAW9z+XmF0NAXmG2OH8tpZi/cxfoA8/4tDaTZ h3yeUJRuLQjkWQVii7rTmSqm62rCqeRmRyjOpxgIVfsnV+a9nbYTJVaP0c58IwljKbgDMKMLZ9Pg m6RYuT2V/O13JyZEEzEUGCc/XS1BIQBnnUfMScuHNCBOG3xbpBPUxzHlO/MCxT2ZeT8wvrwC/yw0 QKU9Rx1amHPeGgfjo1Y+nrqOySA49Rdf+tW4AbATEuQq81cA4H3iLmAaP0Sm3sArwsU8zAQ3jO9x VFsLFA7EOobC4VsXc5oCzWo9gkMkLLg6UX2cAcvcOaCuxLPjYnCMsg3SPMwkvv6u/3+JFylJIrem 7aXNKQYszRFRXB3PowIQ1CvsI5AqMj5uAxPLtZNUZQM5WTWvYQsIFt/NpgOCk99gSJImnsnYYUFv 9J0rjFacTpyYR4uU2XSHRSdSZbJRgu8kWY1G/LlKuxwbkHjzDRhfqhgH4/v2MnC+OfMrrgihla0u 48R/QhwzMzwqxcO5GOaeuYZJjicpCSw1bBaSKgfLknNpepyBuqpMj4XAEJkv1GKCPYa3X6lb5Sql S7KiuWq81Gwpf1W6JWcqg9sAnWTM/npFSw9/Rnud9tFUgsYYqUA74a3QFB+UTTc0/hKXhlZpVFxk 5IWTTi1Du/T4mC6QWqfXDIPREi3u7EvtQtsWgjE5IUSTcPZPHrb4EqfEuVbEyMSd/qWhCo71NNxG rnCat8SSbi/+wmTGYUaiPrft6YrCEI9tR0KJJb6/B3gTniY0adxEIO1Cv3oS+QlloGCFQV4O23Q7 MmMqwQKVEVV4dmQuTnCpBIxgPM3gP4oNsEPbJK3BsLGiPQjGTUaRSUzp5jSVmKiwzUjpWAAIVdz5 rTSwWbApoUbFRMYrFSAMQszSiFUlO6gFOuR6kaSRQDwK+Apvq/SLfOH17ZBFNdrPOINbQT3GKbod JW9zSqmIQtvqcKiG4q52kRtq4XtVpakzirr5oIVCmpQPmsgGeJL4PRCbjiq+rLyT0In/0yelLRBf 2A4iMFmwj8eCVWg3MIO8TwiR35BBGIg39CwUrulxWI9DAWpUDFstk6D1r9+gRYAS2oFmhaziZQYI /1Tz7LW23/aacJ5GB4qvdBpCu67vK2sF9mIHoNOibNsK4LFNDekG4TSKiqFpYySt/Nl7dBqhnKHU IVPdSHE3bIiZnqXMoV+GETqlxTWYCLzhoQE3SK8/uTH7SIhtjN1X+NwiVAMGaWpgWMtgQ+YhOIAa vDMl3807dB25LLfDduMji44E4BdNrxVrZazlxUwt4BTZZZQUg1Va2U718IRKHduNpSYtw5HlCssM FatOrjWwvDjZkMN1ITpWuAPgLNWsD7gDV0CHai+AS9CsSnIYTiAi0DBPoK9C8j2BrfFjXVLRI8aD nuEZBH/soEfWFgrZ267uaTA3lG29vMQDWtWsK4fCN1nHcCX9ZFSfwt2A1Cw/aMJMXW8/h1Wn8HHi gwOCdi3itHMxJzRSPo/H4rTfL8bcSuhrDPbN98DzVEwr1h8G6V3W0D8Iak6FhYjJLUPweGIliieP iZ4Djsmvq1RxhgjRHZRBPUxI+8FLAQvlfOlff2K2KpbzbTwffDLpuQCRckk9ltUYnZj6olRTzfUg K3XLtgpzRqc5Rlx1QcluVxEz9ojfx1cJU6PGKLaSqoOwpSiYpBg6lfqfQ5C/k+LlmlkFMomN06Pw 5MGWxw1FVeM0ZsTEe86R9jM1lk9Eo1Y+wW3JMnpYLiC/kMcoJU0t4x1sg8LkY4+Zy0aM9kWhOntH J1dtf/OCpFwtlJcNI5esaG+4fMDKUaLuJRU2QUhR8HPKoIUJE0kjt1AYSRsJ7EfI6hpjlDo+e/R0 E8a5aSFM+NlZrPVkMCh5CClct6MzWBLhcAUtJx+jVXw/Ia3RpBbNbBjGDxkJngeWNhLL4tmho6Ze hgtQ37F49F5FBrVGGkC2HkpawncgCI0GETVaU5gzFmG2dRUeeagNuCxV2RcCrkC0k5qN0A9lRj5/ STl5SAmlykcBZQZvJpQHMTB/spPSrowgfzCZsvbSAvTLbweNoZDm1jhwdjaZnVkbqodI+6XOqBVH d1mpDnrA+1SDC0wlyf2WZfOKZsvaDrBvAKk4vyKbudT8g56RKmrHVodJBow6u8GKh8BK4dkR0YYW tdR0QPpN4wJjw7m++S1Z3+ElgGjItgvy+VEk9qBqnYg9DC4N55Vrj39xfEy+sA5abVGhPOy1eRol DwCfmg0etZVKJygciLNi8tBh20PYEThgwhvkmEWrbiStbJVoVutSjiAas4BSeF7sYykQbM2WWAPs ZOkRDcHDuVjAjaAEc0ZgGXPcwxPnN8I0HTrgEiPxIsNwL0OQ6JiCQfELc2HwZ0rDAzFmDlLQJ/VI oxE5n5NF2SJin2c6JsBuUo4PubOzKdnIFcQK6l7skTTYgNzUE26gYdJ6XuKCCqopk0S3XT0e5nQh 0jxAKB+GXPuunZVAXmGpcPaQBeaZ0R6FFvVQcCHXZUpLOHCeFWicY0ZL5S3NdVPFVLwL4aCgdKWq obHHckxpKDqFJimDhq7pqvw8Oszjeo9XNhJEzRPLNSrEoMQUi8t5VQbPrhkVqiMUf6LncMCY2unU VyzJ6Psr/dwUYoNy+vk5XlWmHZZLRxErNGY1uh586Q1UaotYcZWQt/RoIV+WRaLNa0XQHLYCY6ZC FZCLC+iAmSq2qPBgLDVF/GvRvjULHo8qQgFbtv1Tk0N8WGTV1Cxujq6YT0TCxfYo+t+DIYm4JDhA YJNxACIpaSiuchHlHMZnwx5YO3KWg0Gc4AAwgSekmrw3FxTckeFh7CKcC4AUo7ty4D3ZjNkiPyub sqAsGwMReuyr3QeX2C1TgYsTTDwzaG1UvTp8L0wAggzzAEWoO64SV5naB6wGgBNCG2rThgLBVw8E pbgFGOpfwD2ox4JU9iNAqr8+QwuLNRA5EYm70Fw5x+w64boLJkjOoOmq31RWW1iXIr3wyhYkodY4 +Z47wLujA+th6IlK9TwQgLMCIgkhVcaq6FNBCKsHBapXbIN2db2mIixFOukAwchqBXWEXCoVg5AD qo1G2TMsSkBYz1igYb1IIFG6hkDSvRErVQIK9RRMQf+UTOtW4RrRnrYiENp68wLIoFgdtqdP9AWC qQcrQAuY6RXhhJDOzTRD0CAA0wGY6mOgHlJeQ4sDQnoSEwaMqhiH9elmaSWA/Z0lCKUcxBg+rC5T n2Zlx1oH7/W+ALrC1sCPUD5A5O66gijCaOvEsT0sF2A4DNPgoXlbjQyuUDmdkOkKNZcqjVWNgna1 hoYZ66wLRPQgKYS6NkB45Rq8WtdoTUJU2+5Vsda8QtsEM4IpXuGHR1Dkspy2N0DlcrzrvXC416Lj cNPTQQdpgLjmJDUE0WWiphwXt9w6x2+rZtc1ymKN+brR+VpxrDcr0XVnGC4Ys9MPYYb1vkDz1d2Y 1MmbrO4cU8d+O9w8WiMQ/RbOYGGzrIcJAFYds5XRjtpLN16klvVs9rqAbPVfVtHsf1jro8GDHtya JO8qL1aBW2nxUTmxJiq3zb1+HdDg6qIH2bQa+niotYZK6oGNyC2nsmwFsx11qNZYhxB0jzjGpk7a ElfV69EIblK2HqDsdrHejnFsYWt8YS2BqhBLu86dnqd+XzMJjAYuBMuDh/GXpitgyfMn8BDsESaw cVofNppyerIOvqeLwZKq8SlHUgQbFMOeqQwCItVFmVfoTuNCe9IjPjgyge9Q0g9lvjUs33TSJbwB nqnOviLdiZ9P9KHkDblPb1AauLQjFInmgQUE0dRYRn/lVBoVQqTX9a+w02J/oYKoC1FzNf0WHXd3 YmLItkmNvCaJCEhyUQFQJFcyOkY+gtDZ+GC+Mi6yROZbLoMSpEg+CawBUZewFMmUNo/YZyHVN/DI tmpj8wLXwnEm1XH6+pamAVLBvspyAVztKGAsmhS1RbLhNDgudV32KH89rAPATfMD579rIkIZSm3Q 62S3uZvh0p4tqry+PbQZbWTSs4gB2KhKJ0orCX3YUSrxnPU1N3agGmlUG5Xt9UworLxf1lOBSrlJ WNwj+4lDaFYmW/OK8Bw8YozyRxRHtrIGYcxuNrkmlQwoE8e4YBqOeHYWTDQPCegLw2VZeA0WiXoH +DI9HuoWVlVVHvsabMPsMrW5YDYXc4nX+X5C6KIjIRseqDqRi86icQpzDDhwXHwul8iLH1XUURBa sOmJeFLEybq5Mivs/WDJ/AdsORncr3Z1FTMBrfAmlwMsqLA3/yIzuEcag4OUshoTXBgwa94sBaZ8 L3C5nxUTKJpVDculyKRW8aiWwPvzSUCsRuai4LHcu3bTmx/HzKgLMAutzJJ37YueLZ42w3Lorq8M xF5wPdBEXtCn11cNt3gXgs6hVdGzWJQHCXHnC6Mn9w+wwT/0Wlcie0WArosYBgVRF7twV8KlkREJ cuJbmUogJsbOgebniiwYxSJzEcOAIYCxPC7Ht0V69c/+FsXwi/iWPHxHUFYULQrgT7bF0hiqheBI a7lWmBnGggUtHpSMm+wSk52tWPiNl2TWdpO5xb3cRHGyAYRg8iY6yhm/WWuD5sRGUdxnAqaUZ8UZ Q08+JYp4LN+SNoqfTcZGbLIB44ZrE2S0KfteYI09rF5CmoLBSME+IagkMNdJAG7o2KSd7224Q22e CAFzAW8jh2F04BuMkaOic4tmPDYLc3xNSrWJh2NAwtTZw3kQxJ6iAOnigdyjtGXeHB/VJYFOujQU 5YNJkSS3GBO92WrmgRx1gxC8+J9qGlDTxArZy31gaSG6NVerkXeOHgETVLLtA+H8puNmAWzMTREE gFIAxKQ64TZK5NJAe7hFyv65hb4tCKnYAwVwkpfYpm0N8r4MhNDyt/PEqTOsiXv5XqSOH+7B+Cq1 ZeVJQqFMKKbwm4qQU0HkwriBOg0VFZIez3xU1WLJhx9nKaKMSikKpKeZT5FgRbmPEqC20OKMffG/ x8fSe0/hLH7aEwv7JfKyPPiB5jJ4sk5LcyTFYsGBwj8DQkTOPy5GxeaILMSPkqqaDlnwEZ/R05AU 13WdeQ68YL3ET6I/wg1owozCD7fjNb/xOpRPSEFNNGGKJKErTKMFEk9y6i/UdSl+5l3DA9V8iKyE liJsQFeCA9io/q3QXMdX61ymqjIcKrNpq+ASuwJdWwjBu7fMEhXrgOzST5QLHVYRO6pVC2kerkFd mkToYy3723CxVjWB1AWhDL02mAZvTsCCKYRDLM9CVdFc1BDZu0JlkcUxcpAEtEGCDbZZ/S3urPwe tgOIe/aiAvvKkGAUdKqoFNQQSZXtUvv1slAEVgD+/PH9ZFiBOf4CLKLYtzpapFC46ygrqswzqK4A K7gvTrBCICPghBpaRbkA16lSo+IgrxWbUiMd79cBbfAo23shMG2G7ZS1UNbAZydCsT2KfhUhj5ZR /cs2gQ7cFeuEBlPjPoS1luB7rXh6q8TV6OAYDX7EMiopan4rIWh4vcXg8JypBAlvdFouXIWDuMwh Uo22ganeg/mYOYLEOyloZy4aOxkNEAWeVKXGJmAIjxtOM5aQNpxQC3G3DYuZS3XjuhgZHlQKeASX Mif8o5Y3ALZzsiKygQfVWG9/wKEUJ6NmKUhXqkwOngrGEQ4TWzxkVu/OrsWWVgggg3ugtLISmRWP qLPocFwMFmjkASbEVM0TbMNh7rtEpW4ITdqKsLtUy8oUJt7QnwHPhhDj1MxyZrSUgxmQIm83Wuvq M2BJDTjSJ8TDJYjjTgACRsUnIQXklLC0AlGTiIfLe5hvZV6tvYFnuJRfeoBVDvtBgay+GeND+F9r Z2BVvFf6l6/gdi+DMOJm6hq+9aoiNNzPGrfny2BYoHgXM8SyAU0E2NA9PrA6ko1eygS4gATS+PwU qswfSkANK7AC4SmZ8cpYz7S77IkLyvyw+B6ZVxJOIatlYDAiM/dPNPrQy4HJowXpV6Ls/5ANv3Nd rI6r4qPUFW1OYytrYs50inMNTUiTyzYymbw1cT5bzSvOVNF+JQzJWGaAzm2huZDpQOOlivJDoU84 +nv4NLjJa42q6UxGwOO8JiUW4YB9TJh7PY+f5J21ioOTu5E+tweuZGWf4w5mgoXCffnIHQbO+bA/ hX0LQUj5syHkzdHYgV9MtmnxYXycL0dRo7jVoK90F7cCTEBGK2+KcjXA2Cs9Yyr5NWwCLzQ31v8Z rLyoMOJWCFSNOenkR5EuS5rEeIEN/14V1BnbmKaSrUjjhd7uybSfJWMx5QFzg/NvMrLu5xI4Cc7r /e9S7I3GW5zT9aNs8jixUcOgNAyB7z111FgMo7mnoYWxGoMZ89y4KrxuY7OLJ/7hQmDRF09oUlmT FKueV7TKq5qH9lAZ8BgjiFgmhTTgQ+JplLkPw72WNYauvwpI0C0Wvqn9nmmiGGw4c9Y/0UM+ANLp /5JZge3Gqt4Wzote5pkJNJIEgKq0ii8vMjXO8+UIyhEAz+2kqLY6A+GUUu/C//Tqo4yEkKembMIy KhfldsKuUYW09+oRK0QhwpaAF2R4fUh34wGajZIh03nzViLK86DoYP+uo0mWxYJy6bm0mWJKmKCx NT6O0mOZq3IvsAGYm5BtQa1HGLrla1heSFHBzCleHq+H8gtKVdCqOdAmVhGOASDmu4QXT6Nx5ip0 wJnpRDurZqWsZZT1G1NY3YpI4yhBnzUSN+ZSlx/MraJFZ47Sw7QjmVHOw8sX4dCz5apowxETdKCW c+kTALKWbGKzRC6w0PzrOsKXJFOJKaEnS2bI3YJL7+h8WgOelrvbeHIAk0jyS12LKPjEdJnQLOWA 7HWw5rWWmo88JbBQNxfYKJgS2okOtEx+GaRrk/ocRb/opINtUyJfNTqYmVbrcB1D4/sqNy246OHG ok6Y7nIlQzIOcILpDD5rzS57i+gjWrndR2Qxjws1OEIsIeraX1WxEZU8VqZO+BXkoyS3Z8I0l9eg W5k0v5+AcMJxlRmnGSpN9yGF9CoSx+NCp5jJZaJHIzA97hxnFL9KlyMXeUx35bH4Z6EnyeCpYE7K 3z5IZ9ZwyTv3pKhJhPy19yUDOa9jjzj/9iWLHjofIUtsoyJlh4gt1/oJD9Za0mryDtuoahDYVD0/ 1cRB8tc4DzZeBSwnZoXngd50BZWCMrUKoXy46zhEbzb30qXsTGw2R/jlEzwgZYcQiWOmJ8xUy7XL JcwDwQvdcQcQuWWy+tYkhVc0WaES6tWtDtMqj5vF90zarfN6oL7i9YmRWMBHGYY+H0VENG1LhCW8 gXRHEVANQviz5Mno4GI3tSp158Fa+ExoZ1SqiyE2gsSKbt9KvlTPXPG6Ml51wups9YYSjxqSK6uV 8hriwmQqHXc4YFGs3g7A204Eci84msT49aV6VX07LOdTbaM3gHw96vMgywP7gfbE9bujWmKZgrVe 02WQH02mofAlC2bXPCAaughuCkxS39OJRMJTwLtiqYonAb5CP2WLDbLvVUyFtoFee6za1rWyaCCv KSm1Kpw1ZQFuR8IFMYOL1UBDrI6Q58q46h0CbFRDqxuuEwk18FVwCnb2Xtim/roVWarLhtAuZ1j8 teYCW42Jq8C9gMI6kRCKHpyurDWEGdqsscBKna2uzD6/XDXh0PkkCFTtLFSt0l/4NMgd2nzb7wHC 9+357/F433gmJBhCCjY+a4CgJa9mzHWZPgCWYcEqewHXEFiY5BXAjDN08wABX91Yx4+rZsLdAsE+ bxZgdr1XdM/WMAHsu72dNT45LwB/uPQZrA+MvimhVwrb4XPVosPCDzeFsZDcrf7P0HK9hzee33mK O0WzwGctMLQFqRO3jhyXqyfpiqxld/2Tgb8qtpf18bYJaAY562nRPXtHFvpZP2ftILSSaFLOMfyj RrSSsjotwKIRJwAaXKyotQLlpY7HtWOoj/SPmvDQdKWwzuO7aDSBHpdK0DWAOd7UfoOgO+qv/IUU gcreKtOhtdoxVG2sUmwPEqzA2rJCZOu+TDGruq8/cZXYYdQwc00vwOhQVbgtzosgTh4kKVZcte0a k2ljAYDVNrsaXKXI0O790f4Xdche73H1lTlZotMOSbwafkuYwvOAwH4Cv0rwYHsVbeTucgZRHnVv 8LNEjf3zFphPeCllA0kGxJoTrttqLxPN5FRU/ts+PMX9Wq+TdWM46O2D0YjJdFo4ET8/lPnJXNYP RcTNtNZWV44PhMWOsnThWuabl04nkWIw+Pr7pPB9LGgZq7LI9jjQ/0NWLiujpLTXQ4yQiTMpSqpN zemTsJqaIagio2u/FDfSg2hq+JArSAIvnIkOj/2sc/v6De6l8FgurxQu5Cdigaj7Ja9kUrAqa7ey x4R2QpwULpJUDUjXyETSfMzu5hgwwsfn3GeXhPOK7gyGQg6ucbXqq7KH3/sKhMIQjDxUnZ/bcTAc WnaKzylUZV9YdrYpkrKbAVOeYktWPUsNQ3zBFjFkOTG8t6AtfkvNmqqCZH69HtkkHHJJGG5wSgZI +FgMzfxxV8r7ohsb7t0MhsRHrnyeN/dvp8NBrsekoMdVz6aL+9BxPCimfueUDTdzwnzCPwQisv28 UtEps2s5jCKvA+n9++HTmx77gixcbw/0MyzJwDrQmfPDwua6FJ4bthWTAmWpkZJ9a2cVW6jBNWV7 4oN1QAHU3edVU5bVXeuDxB5lXtmpcvSYtxiDEet+tOzjgK4gLAvJ+wknZDf8G6MUVnB7alYoi9qc PkiQYI9PYj8PmrbImAgBuVIEHB/Gg+Xh1f/gYU/ib7GX2VDekf2hLDZI0AUTeaFHMVq7GhFBKpa7 F0zoCeOHtbL2wFcHb9chEbPeaMDv2pfgHu+MG8as/OaMFZdgG/PVqtFLBo2MWcH4EHpOhaUwUxPK WtoFxm3wRtUdvF6f8FNMxJOJqf96QAnzvAsbczxH9zBEC32tFpTHRDzRgC3mDeJPnt4Ip0Uyg8EK zAz8EH+LtQX7/hHVuRYNiFaczW2KQwxjbDyC6l/1dYwC2gjk25lnDMy/HcxWUCkOhXCTncpqSQAO Vo0wGwBydikZxODc8gMZXw5WMVJO4v4Nw6BiuIFVEwfll3BePIq8kYCk/ntvpfhmod54B0JFb1kp IU90FiVxThMcoQwvdiAaZepCFUKAloVk1QPJZIgKrTtII6BHSGJHsV2w9J7oi7gU4AmqEpy3j6dC nY5WC4aRffhev9jZnpcoluLs+wPUBlsrakr6zEiF0+ebPciJmHRDaJOwyT96WYERx1P0I1ZSEcTB FHaFwpqKE96DDesJANstL+GOItTKqGCA759yHM+Gzi83KQI9CRHxfb/bxd9m+iLngMXidT+7S2kT 5QKaKwSwCooUAYAwT6O2hxj+6W7xbYVn7y/P3WqVm9zz129HrUmUaFr79fGsf8GzebmhwBZKBz1U qmTAYU3TItBLTc4v1a1hUGqZVIGqQRWkS59RsAqVKtF0lX40DVE8gEbtgjeeoEtFsT4vvOXJ+6jO DxBJJIPrFjV7ARg2WNE7AWE0NzjwVY8EyKRGEYAuRbgW0RZlhxK+fz89zUfvH7+arx4IaPestcPL U9VUmgiWTYIfwlm9yRu1N3hxLzKBF1TLmm+lti3MQLD6LIBd4bM1Q3ieZJR5YaaeHIILgLU8yOsf Zi3sR2UNDDFAiKvx1QjCkhDDBizqsmamrI6uiNwFQnWsiBTK/h5fNxyPx+7V5bEBsFPLQRrUgMV2 eOL94ymwsx0oXqiU1M/gX02KQ4BDddvkDo0ICIIDSgi2Jv73TIaOzCnm+/j49fFEXmJuk/Dl13Nn AIUq2qnuVKx6Rbx4QctjOEqcnzCJBfF0g0dY3IjH6nHhVktHgjpOK2bsQEaT0XzBHNxjogO6MsTV 5hmlf9ppY/C4rVo4q2NJ+0ogFsPhFRWJGcbnxtli+YeY6DdWN51BRzENlFi3CoSwmK55Qm4gdjda DuARHKbjBM2KkLbgWj3HABaiiScdOMvCmkKvWL3+g4y2/NQmgxYgYF5VEW/qpILYZ8KIk5RYayoR ghoHQGUFs94TTSQr62DgOfRLEoqEpKPEqqXFsa8kHUD9+6UaS7PxF0LHe7C3QF2htBVnqI0hTqCL dROqi3pPNRbl2pbUNnUBbA0w2OloZ0Da2JZmTb+I6yntgl9kxPfSOobE56gwPZXFK+FFaKTZx2kb LdTLBad7DCVZBkjHt724dY+D/AkiEYIzyXPYXEzlt6eEHhTuWmcDEnSbjjSomaQdww3cR4U47Mwz Znh5aOTCeF7fdBDKdwu9S4hqw5JS9Up6OG5miC0HhkcPdCYcpmmE0RGgpTKfETFGJHSPJfAg/MKo 14bap11ksxgPC52ppwdJ2Sbz9ZwgVDwWbEkb0DqNGVVDhnG8IQSSuXryVZ5mFs5Zs4gey+Yiimly r2KYNKkx40B/mlUrZz4BGlil/LS5Y387/QmZhca7a7rfaoJQqDrgZ9zR/8hmoZHf8ngVHID+kO33 RF9jQt/l9qMzAqNZHQPmUZ7p7QxQ9LLgNnJ5o7Q4oiF2FZ7Ek26kiFhbQBNacYxZkgBTNPZWpiML l9fUWtBrZgfOhfvxA5z01s95qWAcK2c1MmmEwssA1v6BFql3E/aTmzJI6ALhoQ75q4aPwHNm2WDR 2D6tgFmIRbXNOTyUXnbJ2mexWwR8HNydg+edKNwwvDRh46ETdKoTJ1vWr68nxZNep9aaYnA39sU2 UcbhmwkincQRN1hGFZzr5EGaLOP0Gw/z5FOYcQEbQds1S2kxI3CNd1EgMVvKLdwtRsW1fo51sZx5 pYPcFBpMFqw9nmRkURsz5N5IOXLIW28LakrvNl8oS6Zc8Cg6WHP0Be1RrcqZPc8DybAZYrl0jqz8 FK4wv37z2fhwL/NGkp5rl/zRA6oxCCsg1erp4B7MOM4VbDMJIsd1hAu0dwefbOLO0imkvkMuJF84 boU2TFyIJ0/H/sQIKIZiOGjycGljD0gPI00VJh6Tcm6LQ2khso+nPnTcpb6kwOhcIaGPkAfWF8xY sa6jogM8U6hEsAqKMHG3EhbEUNRCA6E8SpbSyvOfBxJjFGoXBnIlV1QW/d3jLWS0JK6FPAP7ZxHC YDFEKm7oYFLsBvHNtvJgVQQJMlAGjm2EdG3slhPv7eZI3ovgXM0dw8SgSRamo0YIf28P4mWAcKhF rpkb7cnwrkH0HK0WP+kbkR5z6lDM3Lo0RGk+uYUOXTC/aG5/gRkYA7UC+51P4p1EfoQXhG8UXNAy KGIqIjy7Kdxn5UZFpGXNFh2wAaVrxdHSoAZPzudFYwKIJ+DAiR1xKwQWTSano+cnueBGcye1+LKO K3xZWWmjdGsank4IDeaxi7KSHOGwFUivgHWdXNAFVZF7vjVIneQkGhoEu+l6tVw5VfdSo/ZcxBRK dqz1tWpNXWKboGAizGAxIQAh1YYrfqEJDtY6rZ6Kq5LMVAM6WsE0tBiJYQKKiC0pmDdopyGG/+M6 xTZ1RtTDkC4SxA9ujFJiM9IgtFGfGx4aZL0+WKmAg0P6Vj8oETa4AFAV0lKpMOgEMkmJP5AitYnC VpV2xVfgqimYrF3FI8MoBhcV11yz3onKgATEIsHgDgCrcmJUe1dJG/ApJLdjx9ljBZgSc7WtAy95 17mji+oHAi+bLqvGoo5PiTgECbwt+BSxGmHogBHUR8WYO7xPGW3VhisdFVwCsQHYKuKs6leA+gkw Ba+B0XpIFaPgL8WPNubrkvo4PO0CIwPwnFQ7Q1/r/BqkWU0vZA1yXfhbh9feDiJtiyo0uzLuECFA WWVOikhBvhVLC5m13dANAK00EAiZ3n24TaGjn9stqjxUvbrqX3uIPACq7DMjF2sDnFg7AJoYuvpk iDTAvLbJUsrhNmJ3hZXWrwrG2algY6xIPkTCpO1phU2DmJUzykzD0xwvBXLOXwBc6CALyu7UNjNr YqBWfSGQAkhbn2ekgzMDwvWhrRjbh6BCNdE+v2yBkv5XP62Lb/04KnxWLCrdDf+EYKIzwoXdSSHU RkC9LZy0rceRtDPaIHZarKjLjSyWQSV3D8B0+l6D3CEM6jDNPBxTcw74ZxCKauLpcXL4diSg99X5 RGXZGXkiTsi1hdGjQm9wnZ/9vpRmUECu6tr4ARyX8zdo1bNVwB5uMMOKpQd5rwi6Jrt6UzuWMYAZ AeDSEGsNKiD8jujTQyZm8OdevS5JtFTgYdOBHjfmzoW0hDXcnrpxfQ9UhJsmUNnqRejasSCD/hr7 BZk9CE5tCSoz/6roHPPB6lVHg6M1Ioah6/ugHlzR+NVTgncBw8vm8nPBwBvYeR2Xf3ysN7KTC4Hh Ldv1rzMVtW3WWsRdTkcEE6sDVk9+R23Yuepr3yjKXtRWT1MLt5YyqAa6ZSApcG49WRz/F3pddbSC aY2CVQhbeyxg7adLhQJ9lyChgnlv1N3ips/5Dg6Pn7cSFhWBYzRgt/lsFVDXy0UxOKD4YpkJDlR5 05mLbQi3OMqAPSpZqzF4J/19JyzyFlfphL08zvQ0OUlOLKf1+U9jWy31ZlHgrSfISBr4+9tjCeRi e4KaZWeB6i5CQPY2I4CSgb2WS6lG5VsYL2sLNAf2QedaZdt8EknKbU5mg6Ard4YQGzs4DKBJma8w CS4DBlJ03uITGbGS/DgOxLx+0+jYFaGXUrwcK3tKQHNkuVLZr9fD9v0IvCplSHlKSn0e2SRQZD0i SlI6+KzEkQdmy/k+JNoMQbxtG4HX0xV9RPQAwQHyBkk98IkCr+l6wkl/+T2dQmu11z3ZCU+talxS DFJcC76CJ9aicsgsHxPEhFVFEoQOoids1BKskSUL/TMfqp5/BTbTCwtAVvLf13bT8B+gi35wggU3 MXfLwLglDsQVxdCEjPU0I4WyutImkwwVk5zZQii4uthKGOC9Mry8qXKNfH5+nWJQJOW9lRwvXNDz AebIQIfyiRSqoGIfuWWJvuMnjEdkxQfILlOMQfMCvx7iipx//iPrbUZh2iKl3LhQdJ6kP3N0PT+f spVFwqqjOEVayDLglC0LHOktn8jY+wVsFZP3NAGs0JIHC3/nFfPJGE3f8plmB2v4pZYM2Bgy3R+O KWx7wBTI1lkCCel0+aBkSpku6vFTyzn4M3BXailAmE5iF9x7KsECzpbUKTscnq8JeSytAUW7jxiC DJnkZEdhknQ9ZdqwU2cJDFNax0aYjDNx6321KCdfOsNQVkoZPDOxorD3JY0Yl7ZTtL+B6ma+SEXP p41pj/ImGfHagnmxZkv6MCCWfU/rY7W4cHevZenYU0wdyxkifctTMAz5HcRATnlMNQns55iZSbzQ eDkGFG8kY23oFEQk4MDqOhoxRNRiexyyebJO6Wq7ScrosqoXGTU3ZYJlAo3UFAyMl+BJ6+1VVroj DNhOe/2k+byan4QsBs8IthGCcLXDoXrn+km4AJeCn2WUaXzLUKk/WiGBC5SNdNBD3S/Q19o5LKKf JJptpHCu4icCucb69ar0lYkQRBOr44e34wPZZxShZLlUyWXzTvtoA8QoyvpobQXYp83bB+HtFMgR Cl+JDC5rifg2NAf+8np8qOUW1zntRwu1dsSV0rG0Nf/a50GXT5A5anMlLkoTlc6yd0xSyjP7v7Lq siaUUpsoPC+k2U05PrQY5F+0S2yRBJjeKVqqJpSO8xwVw1Q3ZmD53qHxaUXS4VcJxPCLKiJxC8gd 4wfdUxCjdSgiX9ClIF+sqWoh6Tjkd9eluQjRqAhthRjftm0mwRAJmrK0SFqX6ssH81JPrxU2lSP+ pJ5NCZDiK8q9cagBE3gJu4RpHuCzQP/6o37rY1bUrrajFtniBCfYTAEYX1+4Acl0mSgE0sPxF5Kk Riimch+qv1S9FpF7F+ScU1/VqNhdVCGK6d30kbBLuCjKEHKJxykWUb9/eo6wXzSnjKqQI901gVsx o38D54DOAUVQZQizU2PEoUGXldO6V8xlTACioAJbqiEWHuLT9kgLEzwj1KcplINDQ0iat4usxbrS uAXspgGACDnQp2PSJCVtBGphL1/PRUfE4xHvNH3rRfG6ELGqKC20S3eLjOltSB29ay5CL3FW1VUo h+yGVbTuRtjTC1tUwAhYMht0f9yDOlmM1jGAGqkL1QGK9h2LtaFqjKxwiZEVZFfcZRNzKI2PBdtq 5otFmUIaTxxmrWcviWq6ibgxBeAef4AIy69VBQTryNaEvvSbYZJU8/zEgSQimtW3fGWOAkUxUmDd xEuTp5nI1lVQB+PBerx+FgbUQJ4gKlJ1PpyBlQIRtmfrQpGzL5YHRUB50Qi7WVbD8JFwr8FbCXW5 rRk7WoOCmFCUCtGKB4tyI4JVQA1IvtVwhdjfRx6N9yb0DdazlcC+nsJzPBBAFyKHX7K6rrVmq/UL hWBQ5UPBWV4MwXCjuFgUGwbaW8BUZdyAg9wqXyPrhNPkKi8olaWZqFsFDom9pzDd7CHRNlaTQ6e0 jRVQ2EoeRa/mkchjUa9IMfBqejApox0Fvf5igzzWjdkmJqZgdvwpqpfuQD3KihdXStEV1LybEg53 dGV6ju3wb5pamMwEFRZnlLlyRktpV2FnajaxFN66wNMocYOB3mCKQ56fz6UZ6aX/gmhU5Q25kpHA V95epSt9xjMQ0ycgZlB6uhInbpv7DVJeFT1cp/RgShDCvfm3Oqflj+SYcj282TBTt0YfnAIRCQh+ KBMuH6rjEyxFLervnZiHQeATnJwIpaQlieikV5otFkmUCEzF1XgEc2ylO/3yL0xjdVkW6hkfN49B LQKpmBLUsFLY2XwbLUJjdTPlBpg31jdm/q1bYzYD9ro4HK7Lp/Ko0EUvkDIYS+ehFExIkTYvNFpd etayaaYZX2vChp39aHC0Er9y2ClciNAbvoGEXVepgF99mC53L8paH3AnjiPa0DzMifuDjfIsXQZH Ir0BZdE4WNBIQWQcfu9kLwCqYYCpL+rOhx6ecDVaig4XDwAIO/Ti17LSgNnUYNtOBqGclAONXfJR L3oFtMGG8NsGKh0TgliaLLDZxwGmiTIqeRIv+tPWiUlMZCCYUp+zZF3j/udJ4jzWGuXQmLmglcHk dEnKh3SHAFM1UqWSWLVnbzAo4FM6SJopNgCpIlGphLffKbeqsi1mqbHVsymnkylJFjkD+ly9Ct2/ okPqvOE+EohvsvPGaW5Mf3Q3piqo0/wJAnzaN/nxCWb1lsk+LY3ViFh4qMe7mIxku2kJ1otFsNJy nkkl5lZCQFpITEOivUCCnqtakt6oYEGS0nToQezBCOpiTci836ZRICCeLeWPhwkmWcCq7kUkxUrQ UWzEoxtx53V8vmYFsv6Yid/jSUZjJNxFK0dnlCrxtZWCiArE4OJNjuXUqk5kxJlQIwLEJaTkIpzQ U2jCikJJN4eKrGV0NKODtKfFkNHw6SKA94iwW80GpcyeLWYN2IJY1r+pqLYdVfqb9k3ckBYvNTmX lHCgr7FLrTXcYXG8hFNiKZswtyQU1cpianp+uw7LTZ+kCkyzw/5EU4MSs4bYzy0+hJhb398MY8YD 6dGirPPDXFkTBQCGaL/G70SiKMtSWFPU5fjFqKpAyKxcQAaOpHfWcKzkZ2NKSVKHEzT6NzFyoyXw Iules+YXuZEIZ+2NoRUkfhwyJ1zm82zLPpNnTN/EbQLiljgtVxeamNMy9ExyXHjqG16b57u7AnLv yam1zjW6bxcr6Xt7STcSU/mo4F6elHtMxPgN1ISJDHgaDTt0eGYMzw28zdrH568djKPomuuIvpwv hdydokJAym+KC0cfsfilDTgVpkGeuoAsjD5ETNPhn2cr+Zz0cO4kBcsNpvCbWvvcja1pqixiT0gp B+w3m4tnSrPJsKAxa4TwhdKUZTEuLY3j8TI9QIeLKfDU5+4X7vC76m+c7I0tLtCavU4aCIrP7Tn+ 3hFzwQYZEQ1Cbsjq+/deV8Zqu+p9aKLhrsWOEkDhIPVRFowBaJwxV0mnqIglFVAqvIJ5CHOBUHqF MNzhRWAn6IteBkKw4qx6/YHtjlrUQoXFVs7kFU9xEfwvXAoF9g0MkdqYyFJEqerzww74Yk8BrMJq cbOwWaQnhO3QUmXFl4qlwKACO9WVPQogVu8CISXYDEIWoqrKVDnro1eEo+A06VXZGwAFZhXSwmBh aefdRiUwHO5qhIdlafhhfR2IBmc7HO8wxvXpTz0hOovw0ZABDAsQdd7beb3UPNd5fJBIFcmQck// 1q4WTl27Y+HxZbWbRr7he9wt8TK01piX9VXhq0YZ0Fz1z5o9HC6rWxW0UITqRTX+UCws4kbE2guE FMM699dvrXz1W9B6F+KnuYUCad0eNCY29MtFx2ZLVR2so+LWAL3ARS0y1N56yKZZBFjrO+Fn5xaa suAaSnu8O8nur0k0GEH3SQPeUEewJyRD5XOkNiGxbQ0lQX+qX1ESFxx0HRCn4xHwSJguePAs6gdL 3rb7m2YXsEfQcsXR2lKESV4Da4wWbAL7VU6rMUeIraYKnn9Xt9y1aph1xAjhBqTX4kJi4lM5rzFf Pb/2GzP2aXWOwqpqPd4Pllk47wy+EGnUXLSlKGAHbuhxoIjaemJo+CvMDzIP3/c4mLUPwN4XDADS sIYgjjBxzOcbDw3Ut86BPabhblAmNxBUXRthqPtBmTdkmsSoygZViP3xpQVXKg+3IRJwWzXi7vYc TVz84HG16lBQLHGihcjPtp4kuE2HkKuDC/UrqVfJXVbF62/4sj6fcVTjr6+zFI3bvbOT/I4brW5I 3LkOEnWnJqOWyRLVNyXRwckAmRba4X1YonP1AnOQH9ouy7Ct9YqTB6Ey5YM0qYYayzRBxkgEwQ5t q/i/1ElF2SDO4K+2e+NcGjUgiBYIo1f7fFmFOdMWxoLj9UhRYb2HtSKM1TUbJepwLZXTufLqwAE+ uq3W8jiALF+2BAPCXWBFtECHbOqGmjxBcikiWyEqbwY+9Z6AFZkFhnxqrY2N4qW40rku0egYDxeL FDbxcqW0fM62eD2XXvrFI9jcIJJiBAacUqWHKDH/F+kICVAh1yhvSoFylc+5SBShoOLEx4bJ/AbK OhKqlwB1HQ9VzajRwVUQy6fAIy5DajVfBrQWmkeu65Mh0dFxaVAU6lmOkvtBZ/I5Mxcsg8NNK/re Q0pUXLMA5fubQXEJ1xcuzRYUIFgtV9C0pS0LEcOkNV81b0+xnUVBQR6UEdnTU/9hJTTsWkpWdDD1 qZ7YvpF3eBpHkSniYDBt69LlKOflqihyXHlYPgoD4bDy2DPH+Z3+y+RJB/Mc8jknsjZTmXcFVNz9 aoPralXJK0sWqsAqFa3w+DPcfFvFS3t2tPKQQuWpQRW38p/GVefwjIOdxz7OrVpBzwJZWcNSCV3q 4pDzSkGqhgYSVYIyBRJT2zMxCFChv3kYT1xgzkY+qJjzYGBKQItvWE9RMcrx/qeWmItloBzPcV+4 ZG2ctQCuyAcLAY9UBUHgea/mS8iY85V93LB468gwjITFcLAg2WU4j/vgqgAW2JcTJfiyeL3idDSC Hn4r1eYq2D5TzO6XOmGXM+1FfAhlm5MUNF/bhw2J7yPrzYMpfvUP7rRxyIlqTlBhsKgZmXmckgoy FmYwFBaJYD3PxVoiJEGL6ai7q0qBu1fIxuP3KZcJa5W4iW6KREiKFfEcLfm4Ntw9K+PxDbd3R22M UyxVOCyfkhObc+sH1xditROQ9xiSx720NvmpCvz4xrxOcRxiYAESkyNV/wdDdTM00vY508G93wAx 0s3Xjbo57QhgE59F9h6/DMkiFkYozHAYjCcoTuCged6E2CFZHHI0IyYxYodYYTIcg1oiMZ95p8FV yV3bGsMtmGoaNkrEz8DDVkn5hHv4akWuEcVgRA1FqznhxXEhAK0oOHQKaV54wljFx1xB64cKuX59 JjYJAynWh9FFYX+irYIHsaNgEmhXrgxDOn7FF57U4KwN73nQvMpoiPHE0QF8z1bJ96A2sarSKRWp AuF6S74/1yYRj1cSqna2q1++npRivmvt6HkVleoP6QCvSjEDXIG3/PWXX4p+nYpm3aaM+/dLrXkr YXaAVBFulVhPtt4qnfHYp1d9Nn+/dIRcRbAv7+qC/z9L94EY6Y1rUXgn08qhSqFylNSeefvf0/sO 5Lbdlqr+QIIgCFxcgtig+KE4qFipdzd+er4RUdy93jn4zEOdzOTXIp97dzrnzES/mYd53t2dR6Ei IxNjgvkNQRabVDmCghL9o6sPty+3nkNvQxe1yX/q03xoqBtwk5DHHu8e/5ADdLq9wQHCd5iyVZpY vN46M64dtR55Gwm1g59u7+Lz3t4tbm6e728UbH/9c/t60ylsHn178/h6i57mvLn7O5/cPtzfPDwq 0ent+hRV1iUJu/PiEOA6yi0p+Ay2jDjWRCDjTnzTNvilYcGCJjBt0yiDoxMBHSbpw436FZHeRF6L LiCWWmsexf3FX35B+yXd+6QBlwTior8SgXeSqXG4o0Cw3nuU7Bd88ppUoFd9izAN/VJe1E+46bd3 N893xkEzUOUNso7ePxC8R/U2Z+3dPT7cjlIQi8GPCqe4pTZTFzwrV9GqamtQB1uzA0+gJ8Wnla3w j4uADxqpp1pbuQu1Xp3dE4dYSdgIliQUo5tqRlyn53Wzt7CGgBrht59jtuPMTmeNpGcIQ31LXauy H7VYM2hO0akBvbu/9fuDXsHzGq5kaMzu6EfToAEzPnSYfO6YPPPFdLhDqF7eQP7R0eMiEjdJukiQ 7gpCARM4f/DVBNQ/AXKyNIf9DyPaqykppQA6EeZ9B4sRms6p3zEq4m+v8DoChDSJgqt6rTNmkQF2 NVkhg5toBO8/3Glxaza9mWasnV/m384bhPiL66Fht2x3JMUI3jdmmUbEidNUatEDzV1XpmZOKzN/ aSNyO2nGjH3S1FskfQKjci+3VIjO3z683DZ+L7fx0KmUV5OGgxeb5L/DeXdr9JtoVIdsagyLRd9E 8d7IqkTHZnwa38YurA/sZvZ6oCWJ0Ewq+ulFWrWov9rk6RDF3hMxGPRA0270xTPZB8pm8lKrdMYa 6mEGdKyoe+hLiZs420G8FkGEUuue68iDY2hCaQ+8pRwHGbGCPaHhBoY0Y/JidNnz2c87pG4a1OiX ruoyjWYgKADyO8AYkRibvr3Y5kUqarp192Jx04y/V5dGM7J8M87MbibXjc1PDfN+db9f6Znu4Bx2 dKMuM2omuZ0VDqOEroAitVSnTV8PSNCwvuc/zqykTClmZ+YZgnh97SeAV5JWdl6VXgLS+iwIEXkM t8CHIBuak+PnVVh2Vj0r2JulDAgMFvNCPkH70C1alnA+oVU+n5A6J2iseK3PGcnrIAEcXf5gwsaP Nbcbbiu7pcqjtavZndAtdlpCj7NyYGcLdQuPIaM0Gm+VJgdiyDTdPcno4WhyYS1YqW5eJtOZg8f9 4CBpCSVCftfQWWKs9KUDuQn0h/NAArpERQ1N4B8nlko3jQwZbfMukGHTxCNWfimDwLeDialXphet vZRqXIl+YLTKLwB0RBBUDkw3eZ8ySEx5LiovQF8hqESRqK3ENT1QyY2Gr/2AXJ6yV1wAok41fK13 /LcZtZROM/kpxjVB5qjmczUgXFmsk1KcROrRmmSEcx5cEgrPn+BTeKBffMQ5TBgNJjyTX5UcA4dJ XuCQXPShPwGr3M6yv25vgTMEvCMdMaloiy5y1aglJ40X1UQ1KRmQqiJT22C28gsCj1rF9yqvwf/x TMsfL9sVtmvRQR6XjlMJ48uxDC/2bL+3K4SRkOIz1KZAs56dk5y19OYQlQK0KjAQyYjxdDxAORHv yDhoMFFrgtamp8GGRiaK8uDtDbsj8Tjvmjg5d5GYy/iE/Pe2BcW7Lkn3UKpTws5V/LgiPnm6ItCn TXgmH7n4s0BOeBmCy1E0IEKbnG+mTzThX1dWQU5AOgGJ6ngzofTbVDLzvXHSNpUiII28XF5qPryq jHx0ZbJoABNXXWJGzeWamaOBvN0kHUizk8GJuv0Ei+UdLdJm/XWWAZnoMSXQtplaIqLm4qeJyK02 tTMdbZOaWlI1aqHClRlsJgpDx0kdl5U4+NkmMSTUxMysiFgmihv0XHTUeIpYZxZUsCwbQB9/FfMd gt1zy6wIiMyClxWNYsrsOiU7fgRFK5ErpC0D0t9CcsMNrRb8pjTiALGXDIGIzFz8zY/Q6jKukgyC swketSMaWGIwspMwZfNA0nDX363E3h7xqIeBDtIG0bTAVOTPSylhEXUM7EwxWIQ2ZJfJaqdn+RXh SXHZbMm1YbMEpqAv2AW4Kkkh0PdnmMah9lhs8VxnV2+UkGo4L5Zb0owTJeoxI4wfwdp82o4SU2hi FteZkiZw6ZHOeihVVxT7ficMaVzcSpVMP6uDXkyugagRuqlEj6Wz1VbS3GIN34NFwhnAs+Air14B lGwBBqbAhd60qsqkIGdIB0ASXaWjsoD5Gq5rUairaKHZMBnAW7sVzBRNlAJ1GiOwixLg/whvQQrV fV2dYvT4HIMGezKaVdi0gBzgqXklnWFFwmFIsF+RnIM6f/mJoVYVeiJVLXdqHmbl236BggofI1X/ 7JGrlPmFs++EjGAlDCXva/s7CAUvXb/wQz8c6geVAnJhJaFlervPQWERk16j/YL0qq2h3ASMMAlU +gN8G80KXAxxg7B3xg/2V9RSZSkCOSMlgkS3R5+5KAQOMrbv3K5+CzELoneyHogVwEQ4BII9SjV8 s/B/ROKQOnvwlRbwVuC/FiJHuQ8EDrEkv/Vrh5gFwjm0khBJuHMVtRCMuoiQa7C8S09jQ8aEckRa b8YBQyDFzwZqAaYQ1DFDjUWb7sGpRoMBgm7F+dqUgxwVUDS+/vY8ITqIT9TvAhPJMFFpMF+b9AMk aT4C3MJm5EBEswDjuozA6qg2CEqtRgE+wV/g7qXa0TIAkEjsbLJW7OKDrGL4VvBhs12cHXCJrxcR Hc4Lpn7RXZB+x1kePV2Co/+guqBU+KqBWcBhsXB1BeAv34CRDZs8LN7Pih8DrvedoBc5uUxHNSKM hNdWpwIAvsQ3Nliov4YE6R4nbXuEGDQeshrguWRob4PBArSq5RIUq1bJWnlnY6zw9en8ebwez9vV 1zlC7/6kkIfiHJvDcS+jcTjt9+ft4aT49uFyVInkiOV8hvxX/lrd7N3KBd9B0LIE6/PemXrqpYCF pQ1gyufthzxHKQCou48uYF6gOhB6q/7Jp9fZBjAFoiNIYxof6e6qg//CMNUX8aKD4jBqRmM9eyed VA4EOH84VLPDDxR3Q79Au1JFTsGj3T6pEDcJo14P2O4kP1caOBNHNRVzWZqn4TO9QkgNqoeqgwLg Vi/FlKfAklkIiXoCFQ6pJngKB9+HPBtDCC/DKM/FBJk18cg7kFQayr2sh1UI/9AjTIM3IyUhVOZD oQ8KbMbhhtNt6SojZT5oeYaiDikXIknkIcw+ZFauwyEItmpAnts/YGeEbFMTjPL6ukyBUa16NsL8 uzM7MRpPEHqnE0qCOG9w5/HeSbAf9FDVFJmD8ggUD/y/U9jkQ+2buOgyOujugeNgewanwjIlX0x8 HauTcglAdY/0SRkJBU/kGZRi8CB5AqxVH3qfRIl5RjgKue8x7llGc4Pc2I4me9PeVyalLMwxlL76 JuRsoskWmUA0/IjqHwnzQ7rNRCFP09ZMXaKDKoWPqMxQ46Yy6XKR/W4ewA1jVkQXQRYI95YtzcGU 97SOSD20RltAc4baj8ZzCkvnYcLLuT++V0Wp5Zsvl3OwgCpbT93jg+p+OMu3ENIqVLzR5ONUGMwg S3Cz0MOiYitKjCBgaVCiSgW81Zfl1m9YKvc5TdoYoW44dfLy63A4jiYnklNiVc0j4z6sHysuskIR 8A83HRoZeTxQ0Zqua1ZlS5t10hptqeQrIDXwaj0feUkRsXxa7rvV/5lWWYjfHtDo0bCQ4/I1rLfD 5Ht5lKnPq7XbMHRUwEE+OmSVVwogHNu9k8Vvo1YpBw0KB7SvjqOh3TWdZ7uCHOTP8Vg57ZxccQh/ V3UFnpRH635sJMG0SCu3v6D2RRxajF40zcdom3aERLvhEJ84BROGRB7J9yYoJdOeK5HK5+OH5ZaC MnwWziLs5R+GVtwJUPj4fHuHVIVOjechfgKphLfwzDl3nPfqMAiPiMI/Ip1AHp6ggAGYFXDBpeHL 2lMJQyIfMauh/oCLCaIMVgDkxFeFtt0KwWhzZjXWAruKETDh7yogEAuBpz9hLhcuxYLH8sPhsnz3 wtb8VSprVHOBEPnDnyyCEQcg2BI/nOeKR0cv976cLR6elAr3l1/vLg55gDPvs0dAmYM7fkmzWqzH BhBPrCh+3GwtSuFJN2ykaJrMyM48apQJ2TsFMAVhxAKb4PwavOISQya+K1iCrfH2UDQF9EIhilGV QRWJOzGnyDR2mLRMgXYPKkCiq0KmTsAJCfaJOIkqwg8LjM2cVMTPmmfUfKtKZOiJ4SzuEy0QPyEg aWBE9D6QkM4SZFhfDrnPA0tE0mFZwBmIpZAB9AYJKYbXWy3RL98839/evd1BDzUTSPnvdUZOIDnV Mgzv61KpDNDPbfOV3sA7IHXiYGEUWkpbzelJ4X8hTLgHWfqkMBguFdxHWiENtEKc6FousWYUVJCG q5ehqPosMMTt1AzPoMw63ZVCJydSPQOBC5SQT4CfJm6ASRClYRikLS3XrB5ipIBpN56i72YKAbrT /wMjvBh0FB7mfvFdH4mXNMvXARfC5GBEtSv57DSEuDODvclNcCGTrnyZ85WAw/A9PTcVDaIBMBGD pp6kw+DYzbObe6i74sShoE27h7fAzAdSBVQC0DIFiv82OobABfcPf4JS+45Qe90C/t5v1SYJPaYP xPMKHZ+vf2F5cFPYvL7SJpA4CcEkdQAU44/SGQYRcAhz8Z+fxa1ZoaBX7ewhGuFbP4d9sQJ+cqOv YH1h68/SFq4iDf9TXERDCPxG21yHnhRXMH2Ff5F6hsfrmYm+pq7WA4aT3Gn+1DimHO6bmfj0+Nn5 XPAXf7HPswqF6czE0Rfmugxg8aqFS/qqISRxumLW2bDeCJvGYnD8bfWQaZQJr5uekX1oSludvC4s zRLzO1lgPsYVdai8kuWzkD+V8l5KWQszsjBKpnBsqDGkLt5NQj4gTD+5huo2mqZ7QydOpPD0lDqx zJkSojELkoGWkZIiJCykgQxSCBaDs+lPSwTgDX0xO2yi+o9QvV0UCdKUgdFg2mLlpAqFlpkos8Fz X2yoD7CyJvqluTZhelJiV4IRnGbL2LKZCJPdHVqnf6ZMkIVMjUleX+odcIMdM4PYlqSaSixB4doV B5vlb/GWNajvehuQRT9Nf/MI9u/XzGTYKxzNQGjnzKmMrNSMW3Q3yYTnW33fsi1ErWENqwb4Xr+h ExoUlBmca6S6RIcpS4x6Vtdqew/8DERr4cuwe0n9D1uNdE7ZI3BT3yavK00rYqKtY7c6+Mz89rML tEf2xB4CJ2aSRgkAZrP8Qr2nAZWdIQRwtLkuxZBkPMmceriB3Bt294LgzFSWQY7GAFGSW7kqE/7p /vY2G/LwdPP0hxEN3pf5mRnekytG5EbZrZebEiePd3eG3Uz0tps/vgR4w7j9Xl5gasVohtwCwzLt kuaTcZIE+BVmSbz6yUy93pil2ZE//pIPAbi6uDIybA9Jyi/c3r08ZMRK6ximJjIdczupTuLt9vHP XVkMS3wpKNh7j8nisVdMys3L43/kNbTh8UZ2yUjL6f2nVMjiz8PTf2Qab59uSvwwhuyqpIyu1IG0 ekxQuSetk9JzZZk8HTMGza8bcjcdZ7J06+xjsRZ5nQYG7dKZEo5AFi2H9lNBJZGYn2a3iXRHdRdM d8o4RY8y/Ky9bpeRpS3PD3/KjDTLWz3N6xrEfkoCqAplIgRt3soJPMi6Nphe6r+yIVJ07pN+dTUR WRUaqef7P82osj8yVWTt3VZn17RmJl5zjGKU+fLV7T3NoKRazVsgwUxu1sRw6Bqxjf6bajxJ2k0n KT7PwmV5p8aj5dWvvGGmg0PDR4pHoW4D15Jd9TbTgGEHUf26Rk5LNPcjV2jWmyWMVZj52AgmC7+6 ki3S01mDs+0lIksYle6zBLimrTdMiquygBzXJkOThlJ3dp8HMDDmmwktJUAuRMe3TAKWVDijaUbO 1gZIpNd6RoxzguGEEFHF97O4njENsCox60YEYJsBsFuAW2Kh4COwcuyIn0GytckEmZpXGSZt8kRC JemyovUrDLfcq8RGy76XWuiNALdEjS6PNAw+40tyBgk7Ni+hj61nskpZSAnw4HKkebYcYnqmpFKa OZtiWlJ4PI8fmdMMIVpPaRRXS0Ddmf71NLfnPrg4LNrd1gorvld1HIOiRuSszeor0k0rHiY251nV MUr+YiOqnALrb+g7YkchiNDLdgJZNwPGGX0Ppxzxl2hIW4qMhTXLja7xleWyHSZOi1MMcBbkiBly Bry4Norybq3l/s3pLmaztTbo9w1zafUs61A4xusQwFn06V27Za0y8V7SSaGkbR3RwouMnj7uGfdW LmPBLmOQ2zxVZhIbGXLOTUdYBkZzptvR1x+sErQry61+RPDweK2y6Gi0NdeTLW2YTxpnwyANs1nP 8g6eM3J4agSF85VzrgPVWCQoR7SDYwUQ5gq42stAwMSC9lykbGTR1V6cWZcv0Z7GioUWkS9fK9No qQI2Qq47jykRBFB7ymQjcPnsuwGOtBtFYCNrAc0Uz0MzkLXwLt9D0uAqtg2K+QkTEasnTJWFiIJ4 R7BW2AIoPPikbTvuUjfS/zZQGsTCAf1gNVh0QvsYwu1FMnhhwvaafayZuKJ/quK+zy2XSv/tDPJq Y42wH63O2OoFFChiNRio4htuhqsRoJ1NEE94McAIHAnthE9jLMKCtE2FWPAWlBEWDeoHZ8BjtQPF UiUOQrPDVqvaEEpKwBaQR8xEl2/VTV0ubYqHBUcgVCMA1AjpeY+F6UGwIwBKlFHIKtz4XdXiN2Al xEgNB7JX/rfz1HArPRtbcglUcSbYGgkQdLZt42lHDwDL968A33ajtqsXHO4UQthZu3zV2o4HC5RB HgRACTz3S1go7BsQtTmTle8hUjFIIU6zUxb+A072kBdoEkrze6gOWArqpaNv+xjebZCG+YAKA0IN FjxOjWjSr6aIL4maTIwEEMnYYPoR8TLIWrmCaKRgCX135nslIwip89QOvQWmFvwLbJXkgCDCmJS9 kEWATa3fgWefJxDcElgctl+dWeByNFBofhzWkDa6izYOWoetOVvQEHoPxCfSqYMn9Jb0cHHjJQfA N7RQOZA/qFZZZm06bNW7RoXFK1+A/rGKcWtVTFApYnMNZ1YFRUHhKSSBeA1Ug7k6YhCMrLLC4fAB d93uDuuKNx/2128M23cnE6rnjOMM0oPLHZ0A+A1GBn5CR4PmwMRKoAQ4Sz6AYY9vTnA7xkVXfbri 2Hv1IU4RhhVtdmmn+Q2L3PPgtMGchk6dC/UfjmpWaA0kuUMhIfjRhn1+GKAUzOlcv4MqH5HQPdMr YIKqHwMVPR8uqFFQXfh/MkGxd8Ti+XSCKXuqCtOnjQ7Coq8n1aF9sjr9XE/fXnL6wmyGOP/dXBWa xpz/UQ56d1Z94njZn5y+uNt/Q6V3h+vKV8erYwsDidWbcLbj/lJdjujpAPnL6XDen3Tk63gM396e neb4tbsYg8Px+wd0vD3DulXPVnP6fDyaWWf/onz3/tPxdKprm6+w5fX1tD5c8KuPXg3zrrh3pzFW dETJk6srFTlRbNuwmnrN5Kqu+FEBFqg1bBX26wu0fHhsv5bvgZcqaWLbAuZ+SYTtuX3wfpICmEMh HbVoluCIT6rnGP2+eTMHLNJnMHR5Km+A7UZe/zTBANex6tXRMBFo/I7KRi+3Far96ZTVHnpwsuRV Rlj2JQCc7aPQMuDgbmtjVUesMnJv8oDWErPKVg4Dq6JB2+RpNeX3hzG3c6tyuexy32aVX5oSYVWy NCYx8w0zXmTcGHIdL72opsbQjz1PAiwe8ZzoarFyHiLU1EIoKwoB1nCLD2trT4esTmtrOz7ajx6/ Wo+sgIrEQtY1xnIm1/WMQf2yQxGxAKlfUTBoIStO6tuK4ANR7ZYFztrPVF5PcjRGvuVDrW0rlyIA EH5DKNEQoC1ZVokPYKx7Ad7RnFkqKPiCXWWdGBDSFHtZHrWOBIDCJRG4Gtj+yJaa3oYWw0QyyyUc np+kc7aFlAA2bMmwkYl9Cw70O5CblAwODDzWeZX5m6dRzXVd1tQiZRVU6cXtHefrGgIG/Hqdh0hv zNjZs8B0aoM2s5AMZHRw2U290U6GkmjYVmXzjZY3VbTfv50CoNK4VI3UgHroqaKWjdhdBaHUtFf3 MO72GnRjx1ZmvqUV3GIZl83QUItd6z5T7weph3oyja7uixyKbqEua6DMTEffeiNDa/WudJRmWR/T WV/LfTChBmunQg6b5QJJHxNDmQh5ECLWjKPH2B7gMVZ/WR5pWftkbHXpnIFNnxtuWx20vzXIwid7 aFy5JDqwVQLCVhPftZWjDSwtrhIZ0mqmdsPoE+Lq0F4qbzV2Vm+qOmlTz9N/aVP5Fn+wqknAoLSP CfRbzR+TTnes5cG+8iJtaeYdkArt1v1mWc6OtY89d6GuSc+av0ahnVl0ljJy03gX/qnuRG5XPmhu XHSRWUU1tlIvlI6f5480ugdxX/y96zQcqWWttvWs1Z/OTDET5kv+ji9EHGpfWyh9JYeb3zlTRtKE oLhi0dTrYfVC/Mprb8/BuzykPIUcbEdeSo6YzqY9AyMDYfmmS5PmVUabExsVAT3914fTJFGF1yDi w6Vh2/mKetkEQ8tnYlgDLe9IKO5RjGj+bDXbUSD4hLzg3E+PLRkTgK5MZROJL8cCyCnwoIgD81u6 39jwdVAEynhEZtBhTZWZZlBcPd7jbGebAmuyKlgmRB9hvKfnuBL+2Iz31aNqQTBqI2EgzEJjKcn9 6vhCvcLhsjffrbpigkooGkRRRq515xLOo00iiSQi9LWLM3RcavsuRKiu8e6S46xPJmAyVtUDhwq2 7dGVAxDJ3fgqEQ1ZxBg5GVMHxQMldeK4GNtijazr01pwJX0eUV8kQAAx5lzpYdCrtKy9+fpFjfjz 2mwEoh7FFKLQgj0RnxRD2wlF9nIEfiukDGAMdRRrFW77n7DKI0TjmvEvrhnyYZjDOZXmLIkUGKGu r2gDXFaIqiwqlLGo2k5tAbJHefhLdbSF0qJqgZjAtfuc1gcZEV9DxcRFgPUAU+1DtnU7KHKA1GBS aKKglYwf5Qsmmn0YlmOQKbxLZBzGGBv4HrYG6CjTIAJFEw16LjsCqvEK/+oLDAIiEw4ZJAFmFp1r kz+Ct3CtwuISRC9LyEy4ZE8T0sruhY5C+Tygrakhc/oEJhf5VvvTw5HgdJlKVvhCRiriXJRmkYso WDQTJFtqS+QY8gy5qv3GQRAcpKHvS/gUsEOjwFiBRai3oMUyP+GUrg80gXzIL2hPAFpRfyG+ngjn 75Y3ocmAkPmr0qZl4bT71i0TyYPMCu17vXa220JfqG2gRLi0R3mVURCI/Uqn3kUL8vra4cZC40HX vccAdyO8gxqBvEpyUQlt72fsMve0Vze592pZu/AJitz5XoZM1lUM6AF1EDEtiYmkCQvUDTcIxSCd u5kb7ZIB+eB4x65jyrRHAF4qVurZKDxt3Cbu9JfQ0Qw1WU2VkI13J9HSQ7hESpdKNAyEYPO3Sztr rQ3O3tqRnYQi72OmyMQVI0Nd2tUuFeu1od3QAXjPAAWmQVYH/w+/kUtDhOoZtyddb/VHLN/Moi3M fvcSYhw8GaSESYE1xpuj0hGlx4EswAs2sSNPSgWxB7UuFDoUSDNYcuHvxwPJBEs1f4yzmeFdYApT kPr5IBCmVxD5g8zp4Elg7PZs/OKu5Bt8Hc8exrWA/ZYJgfXdL8J14edhZWacDFFQIgTqEaIalmn0 n/6ACw2b7A8oLxYu1BFC3jwrQQMHhNDCHwGNzQWfR0JvamGnpvoAvjBqCLh98X4mnABLV/pKVkKO uNyBO6DSnuPNfglUoy43j8vf8u8o8L1+cqTI50GXIbEMAMD73SvNXlrdtgiQpgREeDBsE9Razqts xgICeisr5GuIYlsk7p7+I/3oCQoENdUyZDdZNk+GSOtHEGaou4uD30N8JJJtzGE1pDwBj3elPptH 5V8ghzRR38wJuZOMI9S1DnUVJLaTC4DYpBZKPamtUl6UwhNoQai4l5r15rva+OxpAL7PMwrakzTN TTCg5/3JVpthTABpSFTUiLA4F4ZDarHO3d+aEU26sO3ZzqXBWQDPYYrYJVPG/zTDzZlexGv2bfIO 4FRNgCwyNSrrSu/pXSAxbX2Kw68BQfhU26sJ0zLS/4gMdsc4RHqNpNra0uQz60oHwi9lmSNgeOVD xdsJzctZW6O1kG4YG24WMSnWBqrulWXYy327TdWC0LdekI1tjTMKVq1aW8EWpoCM23FF1iYV0xqb vZXQI9xHh7yvJ2NydBKiGtctAcTkWboXbEoZoLaRMgK3wa54wqHKY2BJ0Zw1T+GFVmYNM4FBjJ9G 3uqGkNCiWsK9dTkipderiNHeNIec2LsXYdKyz/RxEYUuPBOrOcekvzmncSYZCu6NnZ38I8LL6RcS sktCqgTiJu4hz1Ahi1wXvqv1pnoIfCpXOmcOsTxzYinSYFo82hsM274GfWOFDUjeI3/MDxwbF+Z+ cJaG7MoLQT+pHIHniDoY30aQjfYT94l91ITebbEIhvUUQR17yGPJncmR1J6YFp7ib0Zbj7TP54G6 /JHw28wdO8HYxjWaUJSHI8/Y8zWQ58hWRpPRQNeRnCh465oqipCGJ9U6rh45Fj48L1UIzNfEsXU6 ErGLHsrQkRvCv52hHf8JR9UeHW/3bYRgUYktyW2g7tzCQE1RDO99HfsxZz3Xm1vGM1wLb5MMpM5Q KI0X26wwUDTJfeYePwE5axbsLcSMF6EzBgQGC3Nd4E/ydHmboZ3CbW0XS/ihCNQY6FSDYnHRBaEu OKEFbYsJ5WmhtgIdEUBQGumF1SrAwjkWqQm0tVPMicipQ44oV3lYW/4Nb9aUTfQaxAmza2M3ABYt Tsih5Is9xaLqtLTtw+HM3AZuqxY2dNpGCIRmMLxZcPT56PSq6ugRZd3xrb/bj81Xt9uR3ETk9V0/ 21Ld34KuIi4xuxMajacf1BqcYY1LKm6CAdqpCwcQINqBXWFS8VDFDQZseRYBbgOKid338UwFb7bL w1QrARFBVqQSZAExnkKCsIFIy9A2KAKcVqRJijAj//MWI/KKZSfgU41h9wbJEb4rTWA+hB6LEgma ZdMOoaNa7JUFqHntiYaj8w1wDoHrAwhRjN1v4CGq70w9UYQyg3SAGtFMAuHS2wvQWUEpKomMZ2Om wD3oUeKl3a6lk9DqqvalKDazh5mmqp5Y0ALxwNkLHaJEQFJC6J7XNVZtcGkIcDgHzFBEDT7yGfLq x0JV6UpXYyO6OU62ursxe6syQPcDnMwBETe5KUKAO1vdabLRmsBwWuTINvh22D39MmwgMm8S1Gpk VREF2QUwIhzDYNabnWH7niVYnhJcdnoX8Cv6LUTVR38kJlhHE422hPBPfUvgDX0ThXmY4Ybomm4I uHBQugARXe0xMGs3Nmbsxz0wtkrXCKtGSS3dWNcEUrUPdzi5DzoBPcVJBr7BddeLyLX7jaonHUqn trIiHk6r87hrbVgiyVa7o5or6J0DPr8r1hGxk5JqArCQqNUGqXxHNSAArVqk3LCKGfvdcn+swkbV jy/uX6MH768QbDAm9PmkiIaCxKpKbOGo58PpvLnAgvfHc8Do4QjP9RSHDiLunuCi+9Vp+/W1253W p+veA1VU3p/XX1c49gl5+HQ+nr9OR0grNPW8/YbEuusK791frsfLV4+9XI770+5yPJ8vG48/no7n IxT3evw5XQ//nL/2558r8PdwOl2u14tTBZGZv8/nn/PXz/7y93j67/b093S8nrVsezz99Zh/Tpt/ Ltdvl1UkBbaJiKt6c9A6EUYe/vS+leSI2ibUsBouuMjmWqcrnvBj4wTvFl/AQAq22V53Tlck0NXp FdAEUKr2xS7ubazXtBnYTfUkayDtMZ0Ph+qvOOcREA5kVoDUux16CKYH/WspLrJxBA1Tc5Ayxr5q LR2yiAitWmnnKn5U+pggnX8Z+h/wTqe0p2Msl6wChKqBXWhthlTtWD8xAFXvMMEqdrpTz6GyM02T KdMB1vZY6hRx2cGdCowcpDSCrWlXyDXStBPQMkgAOjMIFDXMakhW6JSvXjZAFUiJzJHXKixvmkBl AQXeqthEJtma515Fm9lFy5qZunKwGkir9Q20aNky+9ZDSLarockErfT8TKn5a0FjLnxCd5kJisyU l3JkihSxiVfNzik6PYefmnPWMmgxZDzInRkDsryahpbdqoPEpQyKNH90RtdszYA0hijyZ2KmW2KD 9Vjpskv1M+PTrGaVGJ4Y7lJMHXgXZMfEW73C++M8e+tmJYNpKbNKWVNfN6rWrJ+l1EJzPCekFdgZ njzQmSXUEmhRCmeTr6qAUfm9klkGpQSev9kzPWqJYMaIhM1i9DwFbD6YXKC0MrxtnwCxuxSw12Cy oyVnM0TAfoNgglPST+vRpODaHQLjDVdl5Ihd40DSngDxz9TnuuR/6B5eN6+KT1IDZJ2JXbM7I5Gg lpTBClEuvDiUH2dLlLg2pEo5EFjpS3lVtbaY4FXLuAWEZwCHZ4T5u66YiJtUkGNjRXNArew8bWLM bYMleQ1Hn4Om2/lkhMyR9a2/eC28soFB4puFM7UVqUIH6A93Vn4fgqQYbMCVX2yvwSJAb6bftLTP Wx38ieRqgbUG5NgC8racKC6WbnJ6tUoLcy0x0fkiDtLluPI3uKJVd2ltsKzwOeGX3EOwLC4HbzWX VQO0GAnLB8UmVt6hR7iSL6q3inhzQ6OytWUY1gcFBQ6YRwKQ4m+EWs721EsJfitWyP0jMX6a2JyX 620inRCRfFkhR+UZxRY6A5nREkfdeb2HBYK5RhTjB5FS9LFP4aKYxns9pIBfd8QjNnYV3fg/vg2X meNKwh8P6AzwkLx9zbHXUszU7XxFVBlxl5iDThgCR8G0yS04ojOYxICNG5EDHjw8LCLPPDwjvEE4 qGvCJdL2VtQNOej4BlUmmX7l3jfG9FDxdo3nhKYn1umn2QhmlBpkrP4mn/M48gFZOZ4YBJ5ZYV4g gKTRgPF+Ocx5OsOKENTxCuPUw9s93yy0VHf4okew/xTBMisJzRJK5HkDe2Irg4lm3qgc7je/03MW OS0yu9vqkynKDjYfOR/2ofjZfOSo2JDCnknK2S7EevTEkl7Exx43lYoDmNN4ArMFg4Upe45WkYnO 3PAfmE565azVjAyHyqTuIoaZiSiLoB/lMXJXJfOqrTTOe3FBKQze3yQe3Ct9zEchMY3rOSXC/LPn glbZf6ppi1VY/9eOcMjpwrlgpqw9/L6WHo/kA7f8MC82T0lJtjoQQgd5OK/EtOswEwbGR72CSeLl 8f96CJ9Slk0zrSUsjySjSJSZLHvl+rb7EJX2z2iy6gnNzpGJMXjUEnMaaHXm6Gq5u3TBokceUwfb C2UUuIN8/nIqEoK1meZKnGYU/MnftrXHiBO8vgHN+YTtHzShfM1flvKTlOmgXscTZAJpjDFiRFmO chWRbliGVgo1c1xWYvbZi3SHYfHsl5J1/WuTWotlnmmhrsksKmSLS6kUVTE5pQwL7dv/Hhypoa1s Kiz5sMSH6eneuiFEGqMk/aD0ELQh7N+0M6kE3RFzuL5taoVMNkfrZHabDQYrMksebUFnHU0QPSN2 XeHl6zsjz6WOw2ZVFaD9xlckBLf03lK3Qn4ugoPzZH84BmDDoNkmPSCbndU9JQ5glQMWROpjGBiB FgfBuBskWG26+XTAA0gnHBLPMKAcfIKyZTLqsn/ZHGgLDIY2DPkMINS7+rvuMpvwEK9kUwJDI/e0 uRue6ZpKg4YXPHR0FBiF3euhBMIQe0BoZ1zxbrYrI8sWbDmUaYAdM2z1CSmGXIR3tdfebtOyIorw UAAmjS3zUUav2D9GIpouCy6abTwtJs8LO4NM1JI1zvKBoljkLCGe7H3lZtoTk9FMKbKLWl3R15rn EgqmtQYx/CR7CWpq4HQiO8uyBtX6CZjfEcBELSHSYJSpMaKRvCgAm7VclTPIohPCh5C8vUipDJzH RWjPFKbKS6hr5Z68o7VIBp6IwN9z7GDzRwstLLUZHqm1WgJhrjjy7HQ3mWtMg+YJVnXNMDn0ZWNN kg3pJpqWBpoy7srO85fs9OQ9jv/h8vJuJhJxtxQW2PL6FOCi8JYT6k3stI7YPuzqKlNGYeh+SzW7 0LJRCSa7mUJ59AD+p2t6YtgqsAyNK59lEnggAM5qZei0+rGH+8ktD40kQKnq2m7xNnrlw9b6ZkRv h9WB41r6w+VyQyxhRoYfYmUuFco1sgA2bbUto5X25kk0Ts0T88IQOTba+NUFi1oX0BtfhuSn5Aat RCNQaFqXfal0QDd6XugBU/jIRLu4lKQPqh6gWLpF8Dfv2gOYEc+3XDoGOwsQYmCcFNeCnPCmswlE 0jo5ayd0aGLvWb0qJmdZ67wq9yk/y1KxEtUgteRway3UTF1W3x92hjLY5myltkBmmHkOstjGP6PH 3nIgM+KyxfnB6Bl+lHItVx7Iw+CJJfLisCvY+dZJJATdcP1YT3qlnbzxIg3OJ9jUqlZGWm80oOvq DF+0lcclwFIrgSZoeVxI8ABNhGxoBjEhgRoGKs0Vwczk8tpAwIniSsFTXuzTL9IgsKo9wCGpmTaQ WBrocBeuL92ZFFv19Gb+diQcN8yUMXYeRQG0MzUwn9B0AE3EJV+cI+pYG5kl6w5ZQXzDWqhWTABj zQfDzXixrZiYW37yUiiALzMzicYzvM0bSY0x155VlQdqFSWRhY8PTHXoXk6UymhER4dnPrYGmc/1 x8hUAJA64n9mbKannm/8sn/S7abXmpcYatnkIFhraHJ29k6T12dVdNAPjzOBTWF2gZMpYCQIA+gL OS/PMRHin5rJZp+VpPQa8bfoZQfwi7y/xSyP0erkzhY3HYCml5zTWHXPPMgq3ZqSD16e0ayM4C09 MZ1WScWcauLYiGGvpBe63bOiIbP5vcGRB60K5MRikJM1ogWuOnhspxk9ucRMoGbTP6B3vriM0KQv vTZ0vLsqWe1Tz6RRdEmrrIQqbHgcBSM0CjiZRxKsP7OOsTZKf5BeO1pzLYqTMuF8AF5QcbrfBDEk Qoa8+vpsk6HhBrBSc/4zDzlVJXXjAqjFlDAjeDvD4okVRaN4bGtVIbkavmV6h6jJOLS+s8lUn6/I honyWJ68QMoWg4JJ6cnj3hQBCGqgrCwtLQjoRsME9DVm5utCiB8PhvPGeEC6eMch2WoC5N5pCS+c 9eLtFw+bxADZOEfxiCg2NCPFdkEeGrthQmpzJDEqLdZ3HSOWTRCoY78cMpUei7Vh5zIiM46QX4NN 4m5VETU2k2oYE4NrmEv1PfKxxYhSkliUGi0NUGUh/MCve2GvqOIISrRrBLTZb6lodtVmo7SnJc7q IBSlaw6L50eaXiHbVrM4F02wTYc75be5RxaOCTd/abuZUkjK5Lkem8WjLB88Pz6q2o8aChsHr6rG WZROy1oNDQc/hRGxtBhKfSEp4DCgGHXQOIGmWQXyt3Aw+MRVa7QHGMBU+E0yYviBBjFLwhNi0vMM ZQfebTwxtNzD3Goeh9Y2E/1UDUe6Yn3k6qCPyxSI5rhpMj15hGKx4r+MZawYvbPYm0rspiHhFLZG ZFEYltwALWS78qrSQpEFvX4VfLm1gFtkZ9CZd6Nm8jA3Zoqx0LhseLxlhpXiYywT8u8Ac5WtC6mH wEaXQ7oIhy7BZCwOVtDJ0nxsjVcZFQVWJHrIn8k0Vm3ddRBhxshMFPdN8CinoNa1WWzBAs6zZyIm 3eP2I3kmadmZ1FgotOwUtkInig+62dpWILaSTKlmiKTA57sqE1Tul8pWCWcaWsUAnNL0Fp5rbmCM i/KEd5NWWa8AKRZJvNDFegcTqwxFFGZ/fzoTEOvT1Pg8Qd1Pq3NANJoxyh8sUBsAxfGb4yGDDuPx BkDGaz6rC4Cvul59OUvu8yib4c/hSwmJExR58Of1abv7hkmi1GIWh6BtLp62Pp/DObHBMWO9eHf1 E+6rwgU7t6vxsNstYc3w5uv1vD5vt9duge7uT8jCSj5vjipWIDJfz/vLanddKyIBV/4GHf/vcL3u v74PwGJNPfn+G5B8hg//XPdHVGGI9MV9h+v544z3C7X+2h++/X44n/fnLwj3FhZ9vey+vgHaP248 /vd8uhy//nu6nHc+2MGnD2jLpwse8JfzBdfHr/XXDgx+OF4Ux0A5jsiNPHz62h2+9+edGhWA7f3u WoWMw0VpkI+L7p5Pm5Mnfe5Ukz6gHJMJnrF6G7vdVYUOElNaQ01rJTveoel7dGVH+O21UNUOXUY/ lhf4PHxjmB8pB4jv9ON7v60v39v1BY8cRIneXGltaQEscxzsxlfZbNkIKSrFloEVdAzvj9k9Ghzb Dd7O8lwlbBr+w04SByFzSMugimBPJH7wl1xSh3aFoptfRdx95WjIivasubGltFwpSVauTVhYvZJQ 3yJvy4Kr3Lp5sjWCa4PbqQhxs2PPmLDQrVrDUA9x5auzsssdo12a09vYTIeZFdHzcZkuH1lcSozy fDLUVow4oBE7gTILrdJu6Uh2oKSlSR9szgbqjEDexABVIC2XGQsbqVOew9d0m07lKZdP80gu5hii J1zP3MXC/1jT2uS1LdOLznjlVUE5mJ2SSuzQGFu5pzZHgAra8MHQfNg3wTkTvzMy1pY1hNx5d8wn A1KAxqCzGDzJrHr9Vd+JjXnWidfPB6CqyOxTAVt/sybjhOVKsX75nBYCO5dYsVDEEuuQslirg+Np Kt+PSbQGcUYs175jMJ3ionYrExwloMhrPGRrGdvO77Qqda6BhztAgM11Ge/XSXOF8FEaq70m2DFk ntlSKTUPf23lg/a9qYoFn25F4QrmEufkWGIKMzkhtTab7bEziuGszDxhkK0lXRMswSoAt9C3vnqE pZ/HqN8IIDP6ndHArXJ9ht5akEq0hlt5IpO28St3gl9EBi2s1U+ord7xYhTKabg1824Z0jy9ZeGX mM+eycl/1GuDS6zcafdze7iCKq0NCBJ5gz+pkXxADAPrkdCho4WtXNZr/ptGI108YwNwxzly49tO GArKs1LHHEUgEa5aRTmbWka8VkoC0TOBukCQEPhuDU0toKh0Ksw5glucj24hoke71+KGtS43mBQv MNZa6SHer5t4ZviEaBpoJNruKXQSxoOvQhMUXvAbB7V9i8YD4wQcLRa+wxaykmMF2brIyVbzE+yM UVTNBBgxfiiWy8fjffg7Whp2EEqMDtOv+1n2VRLA53l6UF41khWcOYKRpvqrQpl2TeJK8VoCkmDa eop5pMvOO6vMZhG3e7nUuJE02R9/k0gu1UA2FJM+U2s9ED/722MVP0HhirSqa5hDOgEjibyFY6UH 4SU+MxviE8a9MgaKhMyZHXSV/4/8yI23uINcjEQEO09H2gySq8oon5+Io4I23+ijNjprG70wzJxe hna3rxasZK6QNmUJPovJJUC5f4PtNyTChEc7cO3ldGg9uZjFARIaNvgYyiKBZXgwrtA4zXid1y0X dnejnMirPpAEjWzMUg+aAps6C0UDjsgJRH+q+kpso+ipcRTbZYvehXYl5qUNQfX0nmqVRGij+dsN ObQRNQlHfzK4PaanFVVpg63xeiHIrVZ21DtuaTqgmUW14LsQt7CuFFuIHO2HVvoFokIjdUBPaKa3 V3skohRl4xgaZPpP8TXNNCtcKqDT5TG7dB1WFKblqZ7yAfwsTNZsE5D72n5AAMsqRzSXPqwUDZTU yIWC0fM8PGYiSOfhF0iJ4VxMHeec625m1LHoKyUXmCIt9T5dF9/JMogxgcBa5IFGKgFaE2LHutRU tMc/+h5S5XSUHA2mFEzazS5ramgcsDM97LlgPSbOaNIBMiviDRJEMWNKfW88GAAMfC44LqDok5YI boMX/EsoPYdkAyTL8mjh8j44K0V6qP5RoX+TNfWizeCvhs3KROR6NXCiKdL3fo0+F5ENQtqk0Q7e vofDZzWqGg5NoPRJOxHXbI6tQDAoooZ80CNKRm2xGcMfsOOalH1romqTO1FrXeMX/PBHyuFZTVkK adBBx/E5I2DjI3Lv2e0eQEhwP1+CXuMUG2U6rqF30ehYAe9tHdIIE/eXwJeFraMfocu0t+7H0iwj Zlr7MIk3en648zgdh3/alF4VXG+pL/iQESwZqKEnDoFalSL1v/1lO3ZcT1RL9MOY14s7JEzUy0iC LvCAah8pK8A6KMhd+eloqji10VCxUxUbj4o6HEgFbJmtYcXaem/DfvUQ4pRqg0dnE548hdzQUBHB TW1vylJFzp0t+Ri1f+zIRjq1nf9FNYPwTDxLxU2moIrCFRW+YNKUoUZU9eaorDEzdWEM/kI9Azxa NVXIgXG2yf/VLnXcS+JmBZEkdaFumaoPbXV/ulEYRKkH/YyFG/dVvyrlpKS8hy3VW1YwwRP0R22B DKP6AIoLqAGzrLTCjXc+KJIz/dVNhOL27WfmlLJgB6q1QHzERLBYpA9LVE9FAFCFx5YqLDDlhQPz I/lT6DTZADGXpk27/LUYvTP+ppVIY/1FqoY+AKcd9G4onYqv65neXb0fFSroHv20GlYWxP9myXnT D71gUNsfgIoK7qGzntzO/hkjwxv91v2KJrxVs0GNCz1TcAMNN9aoCwhYDYrkpoy6gU0FvYXYo1jH QY6inLU0A5h4e/7Tlhfn0EWNjpRKEbLh3vQrJKNEyUm7ChH6ZVUiEG1hSEx/cywqNTptJj7+r4RA nyedOL0MXNqZwkcLZyReP7xdz2EDUFMKYO4TcfODPC0z/evnmNl2VpAq94DRdIFhN7EUOedzeFd0 2WYcicVBbwyHTavEdDVhUgw2pE5lMioyMwxltRdSRXYuI+dVw9Y3pjkuic8gNtARda3mibzkCkVn LcrJp0JVpW4+Nu4a0F8Rb5ml0Q32Nf/aEDJ35nW5LfRiU9orUF6ZO4YfwMiuZkzoBtOUShqikg5K BDON2RKGmliMAhPjCSXNDahWzRpd8Ra3NbNpxtMyajdhWaoqzcFv4h1pZ9tVTG25JEaJ3//0oPse 7n1PDIsVil9BLPWSH2PBWjxwJDO/luRGg7XTM8azhYc8ewKwptU55+pWXwww36yS2Z5g9fnwO7df Ckl/+a8Ey8+xzuRjGAI/etGUdeMTWvy006L+9ACbCv22nYl8OaxWfG33ZUTwGNdaxGfOQZJ4agnX Dj58beiO2v9ggc+amX2PHHvjVFEC5whTGI9SqWxx47k5RQHJOm4PjoUTbKpXvLtcnrItNJ5lpg9W Gb3gApjiVJWzohs5olVL7jlSPhEjaiT5A6De3u7wHzrxjax8SyeEGfWuHUTkwAFokuT8WZ69X8u1 sAWMbo6Tps4b79Qs8H7WwpNJj2EpsPGhRYovUdqTDokrLVIBxagpJXsERzyFpy1nSCSLNVHgln8y gYkwKp+KVEUupMnPiVZRuNWdgfxyvsWqsV+kD6iDBIfcw8SRiYvAqnFnq427SEuAY6y99OVB7Cs9 4XLug0Z2s9jTNcar/wvWSD9Ys9xMf9s7I9SChfK0AIaeMhwcASCwQIgkGpscAbCRT12UCmyVSggt z2+mCTw5oVgU5WLGgpqy9RzywjoxmhfFpQpCcDmQNjAW98wDgwTLVADQyohUWNJwyD1BWyNtvGyd SeeB6CIaaxO8G8fh4avCzqAaAqlBCiEhxZXalgCNhchf6CiUp8uYW6BjIIF4UnRfIkXAC+0L0xCI iithEUHc6KU5mYQWONInYluJtprajuHhhvvRwOUDSwDRc/iDUQ6ELMLFCc597X0CzZlJ+obF6o30 nrYlIWKPouftngDDdKZ2ebzAUzNNIx0wREugkEKWRquLOT26S6TyCxNQR07jNBUCgy+EnuUWhc8u EOv6NweT5TGacbAzTEy9T0aneN1FrEYVmvpIOEAPtoK6xDkjO7tu1QbZhtkTkXZKDwJyNP7DQbQK oe5ToX0wTVuGQ0rJDMkQ4gLLcuo8/B53UWVmoJevoVCAY2zqjcQZXRs6I2lEugtl37Rr1din1w2x miRYhf4F4YK2jkAj/fVOLYEggba0rnO7FEAmRNv7AbwqMLs3HAiAVcxAKQUxsDABPjhKiOFEM8EA lMXcpA2ij5IQZO0346I7vFPUO9hHqHs7PRGoS3zsEr5TSkOtYpjjOdFglANJFpOwEEYH5CgJIENQ H50hBy+jrF6hbrD8gI/R/WB1qiLTduBwjCDwfLt9FydvNvDuhPPThVA90nnbLfZuNcEIW68hZ8Y7 K4H+BHOD2IGWh+AkcWJruq3EBhLv5USUr8So0MOhjQzQbdg2wie2M9oT9LpJ6U5YXjeAAk9kZBCn RG25FU3CjfxcX+30BlBDn5WnwNuNBe4yiZvOyFPJVuUExFxYtEMVwX06ClEHOh6qpxAmXVVeJXGD AnuZ5ikigRTlKEhANfxzSi0ATJW+QAl+h6BG7vK0DuyLA4pNrXoyyugBYohcHYANddeLo83pWtnN i86h2/frx5km4u1qo+agf+N9gfllAbBz1XluEzggHzKJKx73CcDejvud3fLRiZ0HGK+3bs05kohU oOfjlGY+QNxPal8oJY3NTJ7OeHQ+5UX3N7q8OV/+/vd4/md1+Tpfld2Aj//d/7M/H/7ZHy5qb8DM T2f068PX9+VyRcb+3+Hn+3D5e7p+na7fZwzqr5+v0z8/53PQ+envN3jch6d/POt4/bmev7+/fo6Y 2OD0r+vuq0/OP5fz5Xz4L4b2X4887EDpX7tvoDo2988Z0u5p52/we8g8hvnf3RnH++eyv8g+wOn/ bi9xxEPsz5fT11dlOv5BAlcDxSNA6H9V8Dhqv1ocpx//raHtJ4C/BAF0/wJqx0w/nw5GqjwEvrWs BjGrgq56tRYZLaceBnX7FmNfYkMqBKaN7Y3Mi6RPX9TjcHqgp6CJVXagMisdJxnPPsavHRzvdMxv FQ8n7a3UTCkVMy3JK9SjGMt6dbGPA/vaV+jX7YLYq2yMN04FpXKOndq5rQR82qmUtbeuTpVsdt1e piCwfbW5dh6pauBYeZ9H1GIKSTE+Vxfk9fIpuH8o4Ud1lbU1djRDaTWRT4mPZl5Jrzqq0oVtOWmL QNTESoKo4uIcT9O30iVDKWTVzEw8NxQ79kX/YmY7y/MZQbFa40eAf5eH0DbpmalXpXXkmkwn3Ax5 AxC5tFZE5YpOLNR4b7GkudiL7F65NIZK0pXpk+hSfJ3Nj1It1jbxwdNKfrNC7mlrSEywAJeStQHk lpWQbdAGO8hqtfhmScONuUL8F06FdcfyxIPkUVgNLcdsF0dOu1ugHFJgiW7XXLteMuvGFbi+fbK2 /WI/re2ey/K2rsGFn21u4X1Jn7KwFrzwIWsxr1n0YEMXZLi3ZMVlLjqcIXg5EXll72V9EV02vKIh VMeULHfA0OpCnGNLTTmGWdPZLt3u4fgklQOerDb3wQhKKEbOkW4mD+uc1zH+cprSCrxALptbsTTf 9jxDno3lnW/wrliHuzg/G36G9XA9EmO8At4teaQgTLG6h597f04NM8q05W1oZLnpPmynVtR+P1pK GrXSMJaPpK0/CnPpj+USe7QuSMMTVLVFpBvD4zdhcKT3b8YfOdK6lWOiDca6Jdgoc1AiYUJ9qr9N 4i2HEGUDZ6DLPkt6topaX0oolWrgQIgJKuPAk2jYKQN5hPNb+4qEolZ6WI/lJ+Yw0zT3BrA5/IIW hFQYSRdwgoo6xESREoGUTg58fMB1NuScc56tmLh9w9WdE6NB9vL5Odjip48n+H0RLnSzg94Ehjxi Fz7KZIjEPFck1f1CZyEc1e01fN2wVYKkyHorouGXihq4cy51vOKEj2FPvm8zuyBuLYCgVMTMYYtE rkhjIZdoiDh8B9oWHhMqBAMCnzfI1fOJ1oh3w0troPETKLtajBlY6EHqLwhf2yobIOerouPoN4Lv 9gUXCou73T3dEcqK4MDXRVTCaIEPsbTtGBzRte2hhsN0Nv0E0sVRAz16XEU1Xz6F9gD5muXNZBZg 7RTv9kQLtYr45hW5Rio/CC6rVCwoE9KqVSnMLKrVYDiI/1eas7PGnDvo3sBV7WjXsijbkwJcXGTD Obysnc7TTe9WtlfIDUWBCyzu4gGKxyu2WKVHuQ2hbw4r6D6aOsRMqBiCoNXeAYModlQ7EYIQvFMu QBjZDlzdLRgXiGkk2QqxBbUJ04cEK7p1CQXWPaMQ/ukj+AMMiWp4jtEbJNONZYYKsaABRfpsSw8W dQrAPIQi9jogMG3yhUYL8RxPpeXRoUoSCSRMPhEWy8ie+aoAtmqHmE/m72Jd6dqZFqyT74FB3hOh Ig9ffF68cy8AMW2Eq2ZdE8fDqyfQXgOvm68g5KJ110DKYAwmMqU3JaQbGWGPjKFB8z1BoCA21XOT pWxdIR4Ff1XRHstCY+oakzEueTg5zicbKfJjrppHHOl6mWHxoYfXPLGVLvWYYse2l7JE3hWUo8hG I+YOiqnzGq7pprV2KUXi5roJ8W7iF7Z7vDlcooFtZiDT/yDdABpTQHgjtqWqNoxP1GyWhzBTLe+A jlJTAAL5JS/T3kOoWHG9R5uwv6f7WI1i64k1wXEstAf3rfmmsKers1aszrS4FKlfpAB8n23RpHBI H0IUqH0mCIhgBpq/AENaX1UBw2SMmgLZJRMOaihlGY/Zi00adufh8RPul1HwYJA1HABuCzKuUm4A Bnixh0ASm4y/2ByIibqogLB4/AO7U1S2Wi8BR9A0tsf8y9A0VUnT7wHgJgtz9HRrJsD5xlaoAmPC KWoA+9Ts6UjlEVQDrrxvNRwqOxBi6/0mrDLUajcoxTInMhqL4BQJB0UGWJ0KFD+oUp51gNgF30qa 6WOAorcsbk3qukO4IPVqSTiPEuBOZmoa3wQrE7FPgfNuCJMP9FYI2JP1K2QMgE8IKusun9QFNpON C2TUU5WPZwl85KQBKG0YoGEC71R62HJBwjOJMlaV2lCfhdBoJFwoc2m4mAsIfOjxQEf+Z7v91B8Y LJFmeYQHBjBqUwCscWgOs6UdrAi3HWujxynCrC3sK11oQWDSdc+RoxTCgkXs+jMGCjw+hS3MC2/X Xh+XXKDJHc7L+KjC2kQyL5jkpJ46hdj0LE3+pZZiK2hValxXrZhm3NilbJ3OUdlqp7QWgr5oUQtc No1GGq0QttZlr9ANc8blsvaSvLLCJER5c8tMRBXhTG5oa7lZ66G0IKfBAuTzcu4ZKLPHdSZRZysb AtVWvMWlTXCND7Qqm8k2faK4g1Xl5QOLMi6BU0gi4yGAf1gTeGDACHfRnNYWOIyPY6PVV3RNaVHx eg0zwVzZlolgH0iId+Zv8gPQNn5TygydVbZSRdaznsfKIRGyHMwLu3PPhDLzpRHLguXlZBt79pi+ SWmFw7GQuZH8rqHbYmOS6EO7eHKWFLDSehZdxM0xrtgFibkBTINTQCY6yxZHYky2mc0ybLyO0cx8 Nx87og6mpxnWsnJ6xIg3boioJFE1pmNWHl423I6ysggqRnEMeRv4Pc4gRzAvR8v6GXEOF/uoU4x2 TGcrYD6e4CIfT4qhJCz6R55s2yvATUv0DD6jdpB02HCf3TOjlMYv5MwlatAtdz3Pte3ZMN48pa7i PWX9ePUcOEe0WB8tV1E+OfvcRzAVReHrBzjOtExb4xq7g64YBc7arHWIkVx10kReJmH+ajFHqkip Wkz8NitZLEcgj2XQqvQLdU77wwx9mu/K2eanCXyMrVcTx+Jx3XpGbhAaK2JCBeVhYSlhzEfSPY3M wzdUEEL30kYvBcQJSgrBimY8vOCCV+AjwZYGIPXz0WNEiQwstmIobCVb49OxiXSgbzTDFFWQoJ1j 3q5xvGpa49H6VR0JdwtchsGlm0TpK1NGCUEBDcIY7ROhtI/PnidDWTBRNTYPI9wBZAtACt2oDB0s mQQahigWYDgbyKjUTKOYwwDLnRrOHhB01oeCHaMp6qAqVh76xpU0GblHODKpF/eeHsIG2QGmJg6A brhuWs+2gNyZJabIPYTvkxj4jmDIMdAfujZU5XhHkUUR37XHRBFRGam2icXX1S1zM70PZiysMzZB 1thcRZNkhkTqa+NC44pVPYyJoxuEmI9imqN/+dfVDKk2+NfFSazEAqfGJNet3+HTOdh92uiPnplV zeAmveEL06ZRnMa8IfkbTRKJsQamrRaKrklWq2gwLFGADkwWLdOYtvEWGrvTvZNIYFNQu2zkNlj7 YuiYXu0iMUDuRFAy4oY42NY8JtzwSnwwXlHBNFvMjfXGtnym9P3iHy2iDPm3HKGGtN14VLGFowBP 4MwtxPbGxGtoqG1z06ubBEH3jXji9Wo1itne5lqdq+zD6hmQY8cj5JFie0j3+wiV0GjCPHeKaQAi fAcrYLF1Qz3C1zdb++1A2T0fpFlMLODGDkOctleur30oIAxEepCpwQMCC5mF3i41cYW3ar8u39q8 DksPYAEHiu/hOOJsYmR9dDzYRFtQLmECQBfgDCCnMg4BUYvVyaYYVSMcVddm0l2IlNog7ZoPwcb4 rDStLeZeauOqkB7eC/fwi3EDh8FRwZOVFMaXxAQVpMNNO72rI9SUHXDgF2ZypSpICE8YqdKAVKYS poQlqlGham3gdNLix06lU5jsxxLQ1M5ODfh0FJ3SJnr3ivrL5Cg9DA+yFTQuprIgoK3PDQLtVLVV LkNnNaJN63GV24sKG4aQHU7g0EAsWO4q4A4Q/gn+1LL9sU0DUGhlNVS4xfHXBiAWRVJ7GblUc1Wr Lehg58KigbSkrpcGNigeQlulkbREpiMhoYDa/AACaU+tIaUwkBa9dyOsj3i9xk9TbaASpiSxV0kA ndU4grc6Rk0hjrfjosyDVmycF2czklc77g5gVk3OSlAc35QBMZxY1ToBXgb5up0eQYsJ3zFvJ9JQ hFenZqAhdXtDrrQIeNnAGnTD10lwhOOTRN+4aaNhdu4gYN6DkMapGU4vAJB6h9o7UZNp9+8UC9Y2 ZcOtLPIOxlVzUHMNLlwvRBCLOWRPnQqSf51yJXRgc3KE4ofsQQC8Vn6H+GM+H88rjOvT9bT/Xh+/ VXgOf7+cIMqw2NN55x/HCn7BheHG2wtYd3P+2kKj93BukL2L9rjZpx31QKX+2kK45WK+1EE5hb0r 2Xy6VOBZoRFn/4Wj7ncqOx++jwjS5+PH5aCONETVe45HGP8U4D4c8cn3APODotBuuCjsvNmcVADB dT9WNeSErA4b3ihdcuqRqncAkDG/Yf5+hdCrVIO07thCjPQ1eral0cmDg+H6S7MDmMPzpRsqCy7F oAtyDWj/KkSXQ3Ldp5P8FGhSsoHA4KbUEf5mrWQNUu5K2kjvGKrtWgIIlvf2efaWSumAqRWfsKUA vdkQrC4mfvrGCsSmNrJAOvhj7G+Woqrg0h9R+U/43emmCiSSCIDx8GEphtQOOo7gr8S4axgBg+g3 lX5XOzVJJCrkcRTzdi0Ls7cjnpZNY/DaTXCJiwqJLxx/qRKHKQ9wtzyM3UlRCUGSQ7VfWkQvt85g BTKzcVViNmM7ttMjJYbkZTqrcVWeyEWKJ08pDgaI6atCizyLitS6NjxtU9WTkgxJl37CEgdBmmRQ elrOThC8Cbt/ZTpo826/tOcAcljdZY10MVvs1E4PybLRfcC8LJRfwLYz+ffEiQ/O3rLwzlZtQXQh JrcMLi+eIYjSzddaqzakYjb7HXLHTZXQLO6I9xzA22oJruAnzHLDicrrtgqAT5Ul2s5mTysgd8Hy FA3bXWjePD4rPzulu/LGlZgWFebwcduebSXjA+RPcmkFRHGcBXoaZGW3j3vNc+KVW/j9xsmBTFpH LYEc34Bj8QRnWwzF725Zz6PUABaSmdLDaAK8CUWA6adgolQw75qFbOXmfLDAvb/FcSmJWfacWHiM fb4B5bSRkmcSUmOzGHrGVEDL/VXhUGQQt1kqk8F6sgJLnnsqX9LQeAXkyl/cIt6L9nKGeC+FTtxs IWFgkYVdIEAs8gKuH0+Oo65b+lso4XKi4EsLM8MFBFd6xD80kyraqW3Jjm/tyaJILiHxkQBsFGbo GKncJxR4PnxteHtcDRuEC8bVTDxFfCVusUQ8vUhdUpirPaAc5+2BcPlCoBiNEWl4l5DTIR+vd16l CQZD1WIisuWcWxuGtXzswEpRRRGWh7YHsAClKCLKjQhtZPKQFsF5hQC/MKBhyTPtr3EnlzbUpw41 lGLMz8HihQD8JnXYlu0I4vLk/mFW2MqnDRTlbevVhk4w4W2NdjGCm3KWdXnEgTZf4lqWga6UkhZV 1B94gE+l6cUXvKA2zeVBmYdpTeukgEok6MlFQJ6eQ19RO/6hUzWl9QcAZNE0lTr1eV6inRLvO96t RItup1TKHWgKozrsjd/42taA4MqUh6KZR7VY0p4ALX4F4FIw0j18IQ1o6643j+pxWOCEYnORjQhC s9RU/90qwoXN+hpNoQoNtZhypUx/84KTOawMAhTK0saczBbzmSMms4DOZgAOgzb4NNqAgjO1OXvU qwflrfpIDnXJI0kkvebf67f51UvEyQIxQzOJLK2ZIK25GeuE995i4pwdpqC9GBYS/r7ONxPMb+EW y1tFpgZ0lc0RdOhO03RkQlWYlMIQhAh/M0DmrtASPcOjuO4GjvQ1OGNoUMzBhMVMudHgzA5e/BOB J0oSV5PFJXqjX0xhDtO05BIdRW7QPOGnGUe2xGNrpHFRhY8fzgazcznOOeJmvZVOgQnkCnkijWSt ijEUvtB4HedAp34NRwEoVaVXK/aTlDTu87U8ZiCP97AVlN8XPjco+hmsLSDycLLJMrOBVD+9erI8 aV18Gy/yod3WJGC+GyAazbiFWnumnGL+JmuT6HRTjme0SPONXaPsNYKT6E8mhYNQIQb+QJCD3gjA ZADjThzqR+Hkk+WRfsbxJnDUtZ4oLOzi4PgqDAMEgNgeIRiqIlNgkbAzCNB28XswF4spXVAetJIO gLRoz8BaL9OSzD9bSWJdKOAaOwnU0JRgjzihgLrBV4o35VAgeawyYLwoGkWsVBRdjemr9jUsnK0F QqL9emnEbeDwm2SaT36tM5PuCoihd+hvkMpYKmW6gY1m9uPLe0egyYbhIWfTIaWQl0RUBqoSRgOe xmErkNQD5/BiOVawbJBJ9lNrtb4ERKxwwV1/7FzuIQJMeR9jZzSCZry3BcY1vxcLNmuk2HFSZ/bX aIqY1PBFu8yAUjRAt74HfVrLog5WirbxHXSulTZ01Bda4VuLBNhUQB+X0pu80sXBjpNoy+z7Ncka oIYb/Ik2T/7SNPBTtZis6tDUEm2AAwpPnkZs7DaMQnZDb0qYkym1AR4mYEphrrQhiVL5WRuyH8yV 76yNYNT015poEnpBqEWtDQ5k9g1oS6TGpoVpiInsj+UAzV4nU5mGLayGuGG2oYUt026ajGFa9vyY svmToaYV2Tfv/4Tlu9IBXoEk7W1LOcc50fpZrwyw3BkNrBZV2+Xgm7//+trSqG2hjr0cHZTx72AB w+fh6l1Y3VqUdMbQm5shQhYGDTCPyZY/kGRsiGYa7MEix9LluksjWvdGhgygzrRtHniWoxTqFW5m iBmQMLGxjS1VZaECtTgSfDkUO3bBp5YMKzOKRKF01TLZNl4oC1aFqchensv2V3VsOBOMCZsiGguu YKiQGY1A9ae0XFeGTGgN9hbeWS2MbsbEQSgyc2NiW6xKn1kgmFaBIbwFlCG/zzDyccUaU90otw1w ozn+YwP3rSg1UZMtMS1OkAy8NSvZ1IXKu+Cus2ot4UYBJ2GEYE4YAD4VEwuHj/QYnFW5m06pfuQ6 rsNaM20EYxsde24is5GgGnelCqTtj78E4WawFzA2AVEq9vncimKZt7wEuJWeFS35LKXydT5OV+QJ tUXIBzuOs17oXpac5ABiq4ok+FxyrYWDPjJ3LXCwu0GjOQrj02iZtaprLD0UxNoEwWsRRlpoLWK+ rM6miWbGUH3fBO/70ZoGvdYGU0lnDE+HxOU8A4j8YOXyjzUlNfaJt1Cf13aZSao23LnilmRuEeSP kmxN0jLulhsua4oXhEopqXv+LayUK84n4ZmGssWgaLYr+CNUsNtRg13eBiVTCQCu8d5l0MIwuTe/ xwUA3oxvLrcbP80/jWzyyiHnzZc7Z3SNAF6CsjnZCGZrHEQ2zZ3MLJ8wBzulDn+c/Ccfgv8aKNxM obVsaX6FvzQAbM5xF0e1NNKC+MCmI1y0yajwiP7S0YGahxVg3ra0gvd10SzWH6pEbamIwc0bTyUU +BVxUCKyoDAa7M2mGxUyoY2tq4wPHR8QG1FRKy2dZgIRgkOAyZR4hlA1i1RIg3IjeE3iqkJsvh8F aUXlK9FqA2oupQHoYAN00yZQLDWj4UbLGXBiskSlz2s+fiooAiUZJWr5OZSkFRfO6YltQGZkhj9s GuK/kCrIyDH0pgi1gZ6F5+j8K2VXFga2M9aokFpbzef8nOYUD5M4tdk4gE19p/gGT4loZ3834snQ YltKpIXcztAKRUGkBEcMIpAcrbxHT6T3w7DCE8P0QhYj6jjGPEAmIoEz5AZ1vEBTchxmfjKHmZUm Si3g2KMJGPvqNggpmmUbnGqccSptHfBIatPajns+HgvJspw0hpIwHVYI0ZqfZgwMj27SIubL5Qoq tsfWNNQQAtBl8jA/1BbRC3bE5LBznFZ4huUDJjB+ZH5XCSHc4A8p/r2xYFVkfiR6aFfrMJGYFfXX bMiX5QMb2dRVx7n1FJResfF5wnIFCbr1VMNTo3FC3b7ibVqmSEHTgofyMRufeL+F+dSGNMublNxj zyUaRrysAxTCEVxMAbX/TaWRrOZtO0nCsBXJsGwbwmGCIB8+flXIutCIL22VqEAZ06FxmUeKD/3Q pWG8Vnt8qRBtFVEAhcYugNoykUIgVyjJYkWL5e67t92Unt7RW3ixr8wu0GrXB9Hy7Z0bCPEGaVUW Bipc6SeFDBcQdZOMr67Ok4fDWzpOsBOm6L+7wzMpYZNtjrtyuJoq3KDWD5AXSfnCojclcFWgTeZm DUY4/ARFDh4FBYKU4vqqlHt0ll8VGatnsqttULYPpN/4kCoHw9Vhewi7gCfwF47o2xY2eTyqpaBu Bp7xSiHfal2s0Er9ALWOHKzggkMBB01yCf4xcBd45a0eq6AwMEcxB6hiJWmDuGKKgvHfYJEGRu2N 9fseiOfAR7ixwwP3AEn8yDBwzYL2O96v2sXgPY/2CpUYrgC/z/XpHfq9wlaFuoH4flSICPRT7Nnr 1mpK7LZntTKAeoN9nv46uC8GNQjWO9RePp1ds9orzQFL0wcFMKC4x6pEQlaVd67AsyoaChVfMXWx cCG2MPiP3VWJEpU0tgGwCk0DZ2Gz351B+H5WrlnhY+0j/K2KFjsn8TlkD2TqH9mMEw72pzrJ2glC 3V0kEZwJ6JUHmKzaG2d4pYocYNvDp5P40GOVsD6f1hfFNTz3y0OP0GhoJITwAHQFfp47ytC3W/i5 swilE+CQkObzWjVoWOiU5XDuGDQbEMpSxdpVXTzotMwE4rmPQKDoxHDO4FC4NBUKBQd0wnydGAif NIAhocBJtPCKcep5OKFGHACaMh6yJdIWEkZpiKwEBTY4tBMrGCC3hxBTAh3xGDplFtN/XT6gKML/ /QOmBKaapWYW2jxETmqHljJK5Qzyh8xLcWiFaOxZkA10YqZJ01obEZ2FNf8ZNtFtGTwTKpSKRWPN GAErGhsY8BedWP4Lg5Rugml9pm2z1GH2MowcEMkpJTJ0OSCFMQHlxtzNrmwrpFNIbbC5D7GLrQdW 7ayxVIgMLwtTBQ+WG+nZehPouXo7hCCULD4sFF4GMHv1iMm2BfinJ5v9ePSl5ZqyjkxjeXiD+aAA XrRieRZLIPQ6i9vMNJvB1GaisfAS7ZPR0TSrJNzDV3BmC5eboNasCnsAa6Y4fMzq0UP532lmetHv IHw4dc/OOvMhpwwImbUZxFR28YGv2xKelwEwN0YxwUmhDQslXySGrZ8UwWBQmIwsUIvKLMEs6uI5 c0GunBGjHiVxgEVeyK8GNbwtGofkBcg2jpaEViAYCE+A08OEcDmEIlw3VQGhVWRISuE2eWOUQZgQ ksivskMGgJJ3VAaI2xrzlu8EvlpuRanu81h7vloZhY281uyrhUvJLOWmWhRZ59CeJ0GQGz8fM9pT VMVybih7ZzGR9czj9Ijbk7/IN2HkuXaJKicvv0aKNhCoWqNaz58ooAiKoTZly/WXzrS2GXIRae7W xqpkpXWHFc70kBhPg8YX4NeYCNw8vioYCEDBW4Lkiu9UDzAfhH6iVy+n1E8vKjxjibTb0WcKshGd ZwoM35yT6yehMV+40N6M4MTx8yaqAvILTl2ZF2dAQhJyyFUZ5ZaG0Ar5+eHtVOSecLOrFP0ozGhI 7kEo2oz8IyZy6A+aW1iSE4vQbMTG9oHybP2kPXh6fB9YEQ4sjqqwuqcOeQtX1Zbyonj+twKnXHHc Tyw6uETRPdAjOpSNe/jMnvPmXOwYWT0xuOMBlRH48/LW3nZ7P6ERsenCrdr8ralIX3P51CtA9hXb 64Yt8BL0OVSIbfyvkKWCZTw0LrcxWt7RPJ3uHJ3CenEG1XKlpkdozF3P8QNqp11xxoKCIAudSzUS s3Ozl2K/8UHh3dwk9IZ40Rwo9I6qNBi0KpSizfKj7Vs2Rq+rjggrkhATJZbBWTwE5UBskR9uVA0I ipdJxBUecEe2IX6aFwJac+VoCiiTcyKY4sZrOvvDy89ldJ8W8F1pjTO1w+iLItjCvDvDyP4apKYp ZJQ3HugO5SeIV6f8kDMXMepGQuD583gLYDl6dExY+m7UtKa4Mtqqx5JDB6aAriiGt7Udlf8pRAAG eZjGtBs1ulPBGMULRfSMYm1XmidRGuLHGgJJimYm2YgtCxY02owVRgXLRH2jEi6jV9CaiIh9j0rk Q8hOJn22nRJzZjyAZbBR2HIUT+18/qQ83H6Bp62yQSJWASNoZPRai4cm4cl86Fe0bzHJm0LuYgcj 12ZTCRJ9LGBxkagC8qkyPKyHtYEhmWk4PppD6ITVcBBU1BZSgK6lpTQ+bjmwUXRKteudODFeuZGM +0WshnDmfqZkADU4VQoHeez/wKhEzQwqZ+TTWI4aDUXUkQ/t0F6dansvlUrhoiexFRhxL2FWTbd7 gbJ93S59i2EIhTKtM7m68cBSxY50uCHQQrNZoV+mblm89tcO4goDNCL10lAbTzOnoNVUSKSguUn0 1JYmY5Cc55ssbSUGdIbEtsMXNBwvzt8N8bCFMxGo69nmTFb8e8ON269IAgy0OVwNj2QDhon5LOw2 UWOxmqkOh+sFjhjTUx92r0tgtEZFhzFoXUflyc2/3pG+si2GuLbqhhGOZt27Blw2O9q0zl74NW3A 8wdDaLd2YAvXwsyFTfc6OJTXLsv02QoQ+9PQ4rKaCwYxMq3T2zzPQAI4AnX9/luUAW02Pj/lmAol JnIIpnomTI33+rGok9QYGgAvMVLhl5UPmnMeFSKdSL2RlXW1lsT4b+WLTys3Cz+IYE7HEz4Nb3OD ZmQO67jXJUEfexREBaTlu2lxm/F7BYHDkQbRpV9Gc3EfxoWLa4c+LfIv2DkWMWJs3bejJIK3g9ai SS/UITEQzSTWM/030P5lhH1WCoc1JtQi03SeHWLnCnJN7yyntrMv1C76PX1L2wfXaldD4EpkcOs3 g/irNtHXjVpEXYIw9VPDcPPQq1l7HKpoeKStspGalrVuMauFqMUPNuqzIXRYpgEuKqEwy03ql1/B vOhSiPkUA5CACFVpvjcz+TMqHehOWgTUDQAPI3LAqDYsFJIgBLbAxARm4EFnlVLAUC+IepssvIjt /USoo/oSwB6rJ+8Pvu1dBEQlZ11X3Ntqzn7KoMoqBqJXIMDUdKPFSGOYBZ1liVgGVQ7oM1OgggFJ BgRxo1ol82ICPYhZUnxu96wMQ+IHKWRALBYeSyHrCQsA84HjZSitI4PajedUN/mBQ/C1tDmdgdbQ 6gCEDFCGutHDetWjqhYM0Car4oKeHHHUA5lCSAkLz69pFIPHPYQ0JHANhNExzc2zMgiZ8zrLE2hO mcgZrKyst1Og2XxNzhQFPNiawtXLDUirjWsrC6fJQqGF/EYLKhEZOogVh9aLId5sHwPmIuk2E57i im1oiBNB2Znqj6m4zfA+f5Yr4fhZPkOgSikkPS+g5EIeScVaW9E3cKhZ6JkNqsoJ1hqTy4BbrHXK KqyKUWt1s4kEJoVN4eq7NZoBc3HydUFzSl95rPRlkOJRYFKJb0HLXZdSxO62ElnK7dynBnrQmJuQ LGRXUohQL1szzGTDZYZKklgX6QcVlB3SNjZvLLwxcKUZ5FoKZteD/Syd8ul5uRJ907Lv4cRpQnMs ay3Fqj0662HsT+pnahMzBWuhJ1uNoRRtaSndX0GY1kRrHD3J0jXuPZr+c0jN6Oxm4mCkzcFcMGYx 4WqGvz7qUR9yMLJJfMzaZ5E145xcaGF95EU76v2DB+i17R5hcvzamsIetUDn/tEx5tFi6rExWnoD c8gREEEQL+fN7EvTxoF3SwY9z8BYGn1vFAwQisW9NJkPXW5LBqlq4ZTNYRIsoExKuxE4Y7rWrrE4 xnbrMNgCDYnQprC5bbpoSE4IU1e2GkPGbCkpR4GmYZ6QuPl+zy8OPmCK2XavkA0xrgz47Dsw4u0/ aidhS0XVb2YZBzzqWCApNc62MaF63LCV+tN3AUVOLmtnztEX4IForErXJSuomg993ZqSlTBlRHVi SRealSDEKlrKYXUSt2hO2O+2uR2XWxZINnzY2gMbawggoNBMtkpQ2UyAGMfsbbJiZXlG8LN0CYka j61gkLuIrgDrFqa5lTOHWqBmvUbzqB84kJJTGZ+158fW4HTDPIM8ZS7NaH8ToRayHhZrNY2hdii4 9t9X/raI0bPSX2EhEhfxFIKCFLNnldvVAG2zWxagIbj0MLdmviCQWm4KVCBE400AQaOGTSQbkVdQ 6UmcuoySs7HE2XSkhMMECMxD721jCEExMl6Amtvypy3GTdvNO00qmUgJXdOkCcM0VCG/MMnI5oQp oyE8D0CGMbZskK1+FRXTIrEnU6fODHBFfULxNDTYY11YVk3pGIIzcb3cZPeaYH9PNfYTe5tG3uiG PDELvjtNZFdCG0qcMkRtMxRFUTmKIWomN9bDkOmKPBoyaQplYMpF9TY7NmC2lBWQwWRjO+hcPGsW 3SSjLU2DkiumCW2uiD0lVSYaqtNKpCGNqcN36EA2ibgBSs49rKUWNYNIRZW+h6W8ALHFcOsnGb24 3iuFTtKh93fet9WDepMDbciV6SBAmtNBTDYBWd3SJlCDhkJTABmTBhJiiCqAiPTX0P5iaK6BzpkI ALBiQ2gX7u/bzlICllvEGzfxQmbhfqW/QDhAk+id6n5DvPUOnARDJDccRihy2KN2YlCH9LR9G4EZ Wt/ZcOBCxElIG3tXPQr0p2qVk5uiAmCwvbtUP0HFDIwBm+MOeyrcUXlhIDVeLoRkfYUBDnwOboUE O4AMztoReEqjK6WgiIEywYo5Q7hWp4PCyX5QBQHQ7UEQzwpiIGM73/CIp6sQMgpttZ4dYAekhYc6 1269v6xVXPDFGUMXWbc6zeocV9xZCQfoLXgZOKwcxPkvWrDqzCcHBR6vB0WUd8o+OPUvXPfkU29x 7fl/e/Cyms4qNh+/Dt9qPJwPyld8f28OkG3lJhRRPqrwfPpSbeLr/Pf/rn+v1/86LfD8dVGu4qg8 NLR+//Oz+1Zh+XzteML94Qur+Hr6/lLo2cGIV7WavXh72XjF+SfI3IVfFxUwTpf/u6iZ8fVz+vk5 Hb8v+2+lMhSp2F6/r3+xmP+ev85ORDx+qahxNV5bsG9sa9kFM+IACl6e4skDqpBI3xLmVjoRghuo LQUA1QcpqydBiplTVSdQZMkOuOt3tNV4t3B1DDvs1DbUM6HwTXmCc4cCfnxGcW7nAVwa+3UGwosQ YsHFIHMP0BzJhY/DCewKJ68shioiqnxXJvrsdDyAOzZviY74ujZMAFuHMsxqSxzSfBRLyY2dKtDe xLTKaQAkbaFopjABZkwJ9Rjp0FgzsR4zLEwo1Hm7kwWVIbVilHdiwcCwppwPO7ELhxCqa46ANWPx tt8BJu65eXofO/6SKcAUw7WJ1UShnLpu9jxJtJQkKmOVy8InsFp4krnqLkutFwFSlGdXSkI5ikou mC3imaqxr9+B88xo5fjdou4TeDSLBhv12NJbUkrqMwOe7Y/wK3SXBEzRCuPHynBnr3esofEyfbQE yLELOW2BTCo2ekir2QkCBwYiRxCs/A1QsV0YUJO3U7srtNTSqcJHQD/lOKgPY1ofqjtioIDVIG76 dSy7Wll2eHLFQaDWTEuFa+zdkOmQtdjAoUs0OExL05gEz2SG3uLwG4COPHBzcLcFSUkOSksKEnVM iIwT+Fl1I5U8DJ+8RIkK8vUQ2Pdiu8ICjxQJk24LiZ0dqYQrGvqo7iyTbQS0RXYvLfQI7G94t4er l7KQqJHykwginhIG6Nb6B8EXNDFoyjyRFSXpw87GlfVaL+R1OlWsUZNGYXDKLCByA9sTl/uA+dj2 7H5mMZuZOh88P3I3e8qa2u6y3i7d5GH916m0Mk0OWFGfp1mWLZcW2SO0Rym3SlqAlGSv9LiRlREs F0MxlFXnNSzZzzKU8gteRChSEvqoDbOzxi3yJiRnLtOi6SM1l9OXYdxI7dAf6meELLRNsJKnZdg9 H6Ef7GzaY6RHB5XEkKRouLzVDgLjVKZGs3RbxZtyLpN7dBLljqAsshV5p+qiSnrGwTGH/Tp5aYPV iCdJE48bZm/HiltVf/mE5m4HEBfVBNC1OkL3/MC7QYOMQdMxDWyRR4Tyhcr71x41cWS+ZTFkIdtg lK6J88RJ4w3mZ7Z88+3NEdO2xJQfuef8Ih5CQBzXTKxha1x+SLls//cot3DALeecdL+CYARzovsO PQ+uEVOL7QbrDCXmWHHpOSrCNf5IvpanC3vyYvnDJUZ4onGeud/xRryWHzaU73xpzqed1DoTEgK4 hQlgGPIdmBTy8Ag2sHBkQGxv0bVgJYeIcbjC8HnoohREHWEYP0oQV1QqOiq87FsRmet9pWGKMAyN SSe5JR7K8QucIas23uKTLFaiOSZO893hPnbGveLBwioSdLAPZ1/zyG8O7PJ1SZYJatpJqW98PZFq xELBuegD8LMusqyAZREZLw8OAqHQoXAVgLNYjxA8qrjOYCgD6IL3Cva+deS9a4X5Rk6dBBw/qMkw IaEuQqwABOrAqRSUwLYMUPBrwSLAU9jH5S1+C1YkHU2HDQmKbTQGXXEOC5aFywIkXZaQUnicsrn2 08M8R+aFMN+VvQwAa1QL4YWkRXFeTWcIiASNrBtHrhOYwdk43MoeGmOIk2BKakUjycIDgwIoXArx b2xrA4MZMVCAILs96W4amDeefz1L7lqlt59Jajas8+SB4g+qH0vLTO9NDRGoRlJICFKBrRsTYlEw GAyuoUlVBu438ldV1YAp41A8XdCZsgkblaBNdJIjKpkC4MBfMXs/BIneXZkXz4qBG6jlXsErLJV8 1SUHAApblRhvi4HS6yCNyjUIJ6Oq9oIgNZUHzEc/Fz+bTqafi5qOVNFUIuOOPwNVwltNUyUeSDjY ge5WotSQk6eBLm6+pyVhwr8Nqhm8cnG28Jn+YSzr0QBGuKfGdYYc+luMnzYa8wFtSMeGEWPvT5oQ 4lvuTwtkc+plO9z9GkOnUJEyFXQIDIr05b/SPl+1a5s0Og+Omsq4BGz6PL1h3YxPc7rq/YyJbEYx ExBJJGGgAQ76Id5itbJJ0n/MO8y0ULTnm2tm/1g08/TfCRCvKtXX89Aw9iVUUzeE/AIVcEJYMVtV 08m3w/jUyfF8UBIDlFcEaBU4pzzem3kyCZgmeItV3nM0SiVSdkqUl+nQBDN2zPqjzGNxm9GjG4nt zmOA40HuLBbdUleBDJkDsLFxDbUecD1mrgZnf6QHQLLMbZmRjr416lmOAB9Qp7laii87b9AIFazB Wk7FAfo5Frp8TMM3qDUV1amBne1EzoYFxWQvPXC6R7wj1HkYa0/AamjM/Df8IUisiFkEsKX0mhOc oqYyNAm4r1p0hVW1k+rRJyWB9FBfmehJjjwp3GEqswjVjKYSEpEsA1TZbDDTGp3JlbgcHG3AzBRK snJ+gfZRoYc53Q9gHWoH5GbKUulgoqyzV/W/4G9qTIJ+gG5lbSydDFjlXtkSKk69VKcBSnut1+sx GCcMiE0eY/jxqKQ1K+k15jyZa55gtl+baI8P4UXse4kvOQh6EeBW2Q9DdA9AVxMG5VqJEk9mLsZ2 eQa43fZ2RiFVGJWkPDNEWhuslsZQaRktb6mggYmp++Z7YTVVMY86FMC6LHNBQ9xCNYCPBO5B7mUn WloYJdaJnZAb0CoPZ4w8vYXEuymQUZDK0GZdY+WopP9Xv4i1MUr1GsLmhT70cKIyi9UtLqNB1dkG iWnVP1odMgrRHhhYk4bnYNZRcg+iveVi8huYpuytPhowGk/vjZOMMqE3IaL2txjBavQhIMU1Yzzz FVygS/wByARvxrOZLzPQS81iWlcwwx+xNLIdwJdS1B5FuUBTZQBM6yDxIGXBDmcoSrlRcB39WMhV 8QGSQQwEzykV1il46jNxq4iymcgi0LGus4/IQmACZ2NSfmIK2HTop0zHZHAl0UJj326l5PSRb2NM M8WUFuTTotv6XC6+WtMh1twW36nOYw4w9vfvSgA9Pd+q2CVRaEZPtflyTmaeidvY8nVK5qvlrgC8 YS1HVp2YcjS8i9ZJJYDgt2YgKTJ0JjL1A9ob8rZdIFt6L6YBs8/HsMSkikZLlXUY7KxB4YMhvpxW w5p/9fx2l2/AIZxi46aVsS9/9K4ejmlCf5gkDfRCFb9rl81TJif9flkqQTQFmZtAlkUaLeF+B1k3 0fKFamk50mB/Kp6APKX3L5E66HvskoGzW/LKRBgU2u9avi59MqH1n8yVtreYJtdxG8a2sQQaknyq 5GDtVZTNe8fIdKhhm0JM7JxACUgAYxg11SQZ1Qw823AHn5o8k+aw2SVDI1lGc39X2urvZ90e1NjP 7jSy7rcWc8sU+3FjKxEVYVAflX4y7oqqOUSAy6GAOcegfTPOKyGRyTy2cDJozQGaYmdNhYBKU1Fl OUT+D2VglYsr3ERuOQVZZauAQfIiWTsYn1WlhRbTqFW19b0ou8SPCeTozB7XiWtT+bAIwvwUU8o4 iEMRM2JfCE1MLDOhh1lKwAK2wZpNCi+7pTW7YC2kmcMYaxqwwCxA8cQ+wp6oZXBCkU7VCdwmejJX obGfLwpdis46hjG805O4kWEO2sfMDAgaZOiTYBBEbFxXfFfvBRr6GAbgJiS/DWIXkjcXRYAvZICO CtPEV9BFMxBAskBcw0Px4cTumLEoYcADxRpqUsQ7XwtORdRiwCkOsMVCFIOiLgbICPZU4RCpcVRQ fROdm6BQcNkOgIR7CLK9K8qcxglYYZnO4/Zzx8lhjIlfYBGgENe4l9hqJDxzDzcvWodCBwV5iVEW 1aLgNi48KG5XiLMsIXkwSaYnMDz215aDxCoCkaKXa+2E27Ep4q+hNRoTMAtUFsxlXI2Tuwo6AxDE vrCYsFl4ExIaVMMtgUL5bVAaPFhNVq2UBuDsrdDniFXv3MSNAjoFYtcXhlkXUgCuUZ/QWRDuC45h O0rAAnru0TBTW6qxbDW6uBkUAPhygR3+GhKxsj0dKJPajqqX26nNUBExelmDORqM6MtE0A1qSVia 1FXJR7Y3OJrnFmAdmZN2/mvTOsNdwygT+IUh8wLmQpRkQEkLPTCwTWHq9+Whk8r1CxswmEYKw05L hMYtmSnRDAFrGwy1fj90QBupIobSF4IAne1TP6G5UaCOGmoR4et6unraZiOMolkWRAN431qq4tfx gIOh0EbBGlQKRgBU8kCkx6l+DPGuHIVehE9BvM0IoEY81nIH6mWE0sAiPxQ0jqyJR3tYAkjBUdAV WBMISOGCDWwzKi8QGv30+HlV/sGlm93lCDetnEaIaBxj/wNzYPdGJI62vVLkAevY6X9gZxxf9YOV EnH63mmjmoTaFIjQB5WKjxcgaVRfbGEgNABZUQhnBZ6ViIhZfXJ23+Gygy5fYNZIzr8FIyDNx84N PGEmf68vP9u1o/0u1+23Es7Vbj6qcwETVyj571pZ4zBnIPlufQE7g6Ch2JD36+nyV0Xkw+7v8XpS uEIF5q/KN3/vrv84oNAD//7ztdt9fV1+HImoFPPhZ3dxHOHBLQoRY0cfV4fLgZA/Th2deIAtggQr HyF9UDGLysOYLI58VHwYzqecxSFisqHZOReyMx+D6Wg8rB6kzMRJJcDHXOEMx/MZ9i+19r53pToX p+1JhWTsbhVpdEf3vysJ0efH0/pbJeNOlEQO7wDIzTvc++D8yD2mtkMkKYVZtOiAR+UVYpwbftVi IILQ05UOKX5CXSO9s5AqKGND05mPt6NJR0kqYO5EWoZrWYUcKgfPU6GiivFvqkArcEFLsocAOtkM /Vph2aOsw1plTkgJCDYbXgCvpggsM8wTPomvW/Fn+hnKxaKUh1IHphMw/5+l+0Bsc9e5NTyVHfci q3fJyX/nP6n7vNDZJbGlr5AgCAILi6DHU9po4QI+sJu6ygyL/wGIpVzCF20eWF1Axaac6hBsEDvO uKI0m1zZzBQejsfu7NqMV7WWDLTZ4zH2+8lIfq+ct6jN5lbs/tY4iaGDljOWXMusRNkoAKbWRgW3 UaJqG1LRfgRZzy4nRre9b+xbWyFgmf6WNrTosJDmtZbqpqWISWm3BTxT2geU6yEeCezX6xBaYwKa lohiCiI8u5jESolt5Nb8meUvCUVm9aICIKWr9iwRKjXjbLnBM6QLTopcOXXUbiFvlmICf2LNey9s 3xHWJzky9sAnlOTIgCs4g5u/wMNnzQgyzFibKkvivQPwQrCPbbOAjVMbxhMeCzAlfHgrVFkhburD RgHeJXktYA/wXAUUY2iJgBJrBsXKPge9Rjs/VBHIPPEn3aCoUHReATyW1SivbePIaffJsDXC5pax UarIaZvqY3tbJYCq3mGsv6un3UQqQ+gj8046yiJDb5kRVq+zPdk30nXuq+riliC7E6bwSfA+wZqI cObtHsLO7Fk32Uz9JR9vYR5bK82pCj/VfrN982Ga0/SW2oZU11qoNNgv5pIlwsLZmO5kkSaRQJvG QbDsql9Pb6HnXBna2jhVBIl9SMIAf8fR0uqGz0q4N6xWpYYjXSmV2cMJrk0r1adKneQslSv/qWxR CtEEtPyqxQTFNiwlVlLQ9kdYskvoaw2nC+T8tTnB1viIJbA1z92EEDZNBxweTURWR5sEPNPNvjIj 5Jm1LQel1I3f6aQZA0j3dKFWuaQmuXnayh9VwSTxgBZ9umEVNndcRMlTg97lGy69ZyoO04ooE6QT QWJcN19FsrDCJ2JLsYnsCxVjBHfVWJvdZnrI8+EO5SsCd6zk4ta6l5XwQKto/pO385k5EPCGtn4A PgO/io662lwQTlqBY6l7jP4BvdtyKPDo1eJzq/kOOhcfwO+t2RrP++B6cyQEqEySqFUARpb9UeRF QiFkol6oqehBcJozIo0EwxJRCFgA49z7CXv57wFSHG++NkZEEbnzQuHr7lWHgd6twOwi0FxkkQJg DkamcUXDTv+IyCGPn08WlgU3onKFDmgPVet1k+IGVMIT4BKfb1Ud91Bt5BwStbhPjxq1+pttRJZL nOUmdlXEKRkn0JkgQKhbnOxbT4siA6nyT3XYqETjJnzu4FTC0RKhGljD8DZI8gSaxo/FoH5cAtH1 9MJ10Q6PTCjBaqPTyDUU+D96Okw/AASRQX1dXhhIbNxIr9G4MizkrAh8HB4yDAHQC58W3jHwMDWL keieXycQwvIhvtmmI44uLG1vKlHSBxuiy+b4PH8yuBjHWEe0aAU/BYO0tQH8lJB1q2/Jaob70U2A uR3BRVFg7aKb6CXUDBJYc0N+gtFEZ0VgZDJ0SntF7YkAEIkLMxLF5MXd6LLgCCE4LPfNliAwoPDO 73XZI6yL4BehhzyLNtUo8xcBpg/hM2Z5I0aoBtSTYIRBZAlIDiPQcziQdowatPbEBwUBQzzZ45xN 0z1BrTCfpF5A3ekwjaqomzKTReBjrKkwWJCICYJBqjFpeQz5UD1vMjQ6KD9ljA1WfBwT2AjQWA1t 3Ki9mNci3IBrrz6bP+hAcDMpJ5hV/XpsNsciIwpZEb53CIh2MxTFamyezhrPFix2II+/AgZNjRQs 8Ihah7V+yZWLa4o4GJ98fAesczVSwAK6rqbqwwETYWm797UuMHPtGergcs3sG/bU1KgBpAvYZHi1 aKa2D3VGkjto1p+iFpE1pYJkAS59qjAvLCbaGKgcoAcFa76EoVAwzweuUUvzN4je54i+iR7kMfZk Azwh4LI2UfrAUI1aHO7uC6huGy+ZVFYapkCU0lxhdoMbmTHeC3wIL4UTQoY0IKCLHqLkwZk937u8 MeBLA+EkkiBeujXLAFHZn7SOIYIn0xQz2gxqP26qmOkkGUfiZkCw1WDqaVmqq04l+TRb24g3DfI4 L4+2/fHzZyhVYW3hWgGz7COLaCiZTaC3cQ2won7iyjA448Ug9Tg/e7VW2pSU0QjcM/Uikg2inkWN jugCAqcnlMyNxC735AFGsHo17hJWUwkfppkJzrAYYikjZnpjdtNndK+GNNvf8sOMeBJwScdTvYAb yhZ4Y7pUAAYL2vD5NUic3SSHwZ69GCxldXgqsE09WODSB9pgGtlfxCiVAjGzDDToqSQtyVm9rH2W HBrQeP3vp5LCzRFwOeq7gwWAeDpSNsg9IbQ1CoXM70ihQ8J0PZE2Jyt67Wr4fcWQ4VRdpRmgaVMF rBa6p78ZefaQ1H1l1ljLO+7ZOdRGl2IQGqRiVGN6aWEParZEtqOltpSxankt6a4XGkiSbf2WKEon qbglbZIaVmNAos7XZQNq9WzjmBfZQulN8GqfU9eNv42g2Wqaw5uNfouAUYshXKspSyMMa/Mwg79h z+zOJkQbCiiXxwQveHWaRiTMcK1lMdMERpI1zjZGmsMbDF2fLEbDXgNNQouti+Mlqv8M4y1jCaE1 HqO9zGkY/wiiKh8ZXakyHaQ/1MJOnd4FFC7zZSEKKk48XuXpBhfy7huC0LiPP2a9cQoRNdYfNkao 851VDy2s9R1y4UhiwC2dLHHYdrbgZZrAsPCtjMDkVktbS5ezSEgBlIAWtZZQvDpMHG6iH31mAtVq wjCfvNmrSTWbazeW3S5utJ72YVaETTOj3cKishmuIVTZC7rWjgFeUXi5x/cs4x/S/izxR9kfqLtW wZOlZzKJ1ldY+ncl1Mt/2Oollw9/toj6fI4XrM2d7kGLyprAZtud5xrwOM+HuCK9e+UfA6y4uKzG WLGyK/YkESxMmVPhsI6kF1CdLugtaLd9YTpL7sqs6dS6FKANbpITodPB16Dz0KekgAe+9GLSa/jK N9ckFAhpCUdbthSW2s4NKC9YIgyKS3p0i3aV/Sl1JcNrW4QX6Q0kXUM8ouRfB7BkW+IrNERt4Yzc bUEgqDRrUOSlnVOdrE0VqYrbX0pq2GGhGw7/luXXRmLyz2jsqoUEc5hEqPVM1agmUjxZzHrTF97L 7QyoY1Tjpupj6/MMuLTsOLS0xQujeXO3/Mxe0ARg7AdgzoQzcAy1WT/LcYsqAG123EIeBBgFCql3 DqB1v9iCnJjq3DFJaW+39IOved3lhQBus/LyXr5eHXwUvY7Ha5nw9gwO0o6L+fQFAoUQ5rLoxr2e Gcnn3VlRjJXSQ+yMAASQEQBavCEa/ET4FCLxHguhIjAVas2+ZbQqziPnHfon+MoXEYZyDHiwAllR 2wSYsApIDITgxytwVIWAB2A0EM8DYBqFbUWgwrQKyCrRENabQyI0BuguBJXaxN3EhuPyexdUygOj NmkUtITP/IX1CsgUxImdClEhCbVXNCtADbgWJeLmxXOLRxm2XQtUeHBloVQ1AxAfq2UqboDEiN/D OwrKukEoB11cgFyqIQxiAjCKuhHvYpdtAWDtP7aJG8jgDyVkxfsiZhdrVdBEUMu6os3BHQJzMAjM BN4BpRKuwhy+hNdIX8ASgDboNfJnTAJoVCE0ZBTcFEMYE1glCugKAhg8n6ijL+4AzmH5KIJUSuc1 CKYAUKIKxkpWwlMsCtoY4RCZTTC8+O5sMukDIa0QydNE2fEPreDF0RxO6QUDWu0Oy4UR//gEUxxV aeRnaEC18rYJCi1OfgEAoPUYimANgTx0CHgDQ2uog46Pgv0YdHTXqCwP8HGK6KUFI1R3jVGn+qKu aTWsCeCnVyL0I5V1rTkRNKa12ika14mKoiZ0iA8wSbfIXBxeXgOSYIgwDcuKAIrMJa1I6QAciit/ B2kl8wKU0ADDr044zEbWQZRF9aVOOphP6yyXUS9j6lKGzoMDP69OR3AHyfUg31a9mJrFdIQpO+Nt tTt9429vXHbeneConQ2nnkjFJfbwovI6qLEVM9HYQjtgFy1VMhne49XQy6CtH8WHKS35XishAMkJ +1aag/4hc3c8XNW2I2l7MOnrouofTSvnElbjWEUM+rZG8AYAH4HE+xOo8vj7c6wC8OHmfVdM7d3h sj3Fk97tlFh2xp/qFiCsu9rMm+O/48FBhIqBoGY7js+hfEcA7/b2F4EaNr7d3benG1hPSY/D35uq I0cnEyJtO75vd0axhpFHB78Cs047/6ns7AV79Ozd7z/9+b/N/nbeo6BDhyHxN78CwLX14Lb97UiS hxuwHWx+guXjoh9/d8fLRtkPjwfeKzDiU+WdId5/FaDuMdD7k2LUIOvDXU0S3HLtPzvEUHWQlZ7K BqgFrfIJbB4LHmruPajvvyRgyBWL3v2egqwP57XsQM0m8dth988nbgTNKZyyPV6qW3I9Lw5/lVb5 wS7Hjb9cl0ec+ZGIIasYioltsG5AcgOhJjYYenm5SmoowcLCxMklAe1Zd+hkRwoeO8dQ7XBdPs8j ggS105NpWfU3rnvl01M9KQBqWfs2shyqW5MYVQNG98ONEYLzQy8B/swRJcdh/VZ9RPYNIFpy5dhp cWybx2ZXBwNZOz61b6tOo3w5uADtNu4qeE0UYG4zuimwDBkDwLxVqIe5+/JuSKf0XKR24GeW0NRU IMJ64b4BXK0rtiEw/WFo4E0AMbWF6FkTg0yDvAeQZ42VoGFP2pGgvI+pij/9zoJac2VjhWeo9ZJO gtgIs772y6ylKvarYpRstSyzyLaMrcu++z+gzJRXU9v7vUKI6oxX6zC3zYpflznbu3e+q5+tUJ2C qiwVFGtgT3cVJkk1chtbs/KezT7W3pJsxXGGq1XVqv919LIWOau5VSzMMOAt+hnUBcrvvaFXUxCV WShq8MIW9LbVawsvxG+aXcGWQvzO/YjprnJC590yci03MCF4u2AjBMwRDnAAxhw26/3WEQ2EEQV9 lk4NrhNNt4tTn0PT7EPkvNiuwgXBMNEvfpcVwxK/lTYNHRNecUnH2+FUYZ1yMjkSaCgCLtlEKJ/8 KT+JWKaeMLG4mptDmMLGuFYwAZGVreWJPM+Zc6UtRVXcHh67B/CD/CuqEPCK6ZxTo25D0doHIXWo oICGDbcmAQXd42YCEa3u3SeirSgNC19YTXM5RzrvnaV6DYqX5lzx5bhPRm9IIC/8PQUh0y9jTSjL Vxr6JomjxSIpzREJiXzL1BYbCrJRccLrinQ5+dRhfDk+JG8XFYEv5x4Dz3kUjpCeBvlfwRZcWS2B pIQ3Gn0RdPrDeyM69XAMwVQNz69r3GffVphsK7QLeUFYEA2HsJWflZc2JKWGXtA8XeMJChBFnh8y 2cIvUeoapupubUUE1E462cijqvL8PWujcgj/kNDbvxZSmAvZlNDUSmo3kuQT2uC+TlmqyIntFYCU RrqYugoWNTLHljAFXRxQmIz78iAFkOMuE70CNtQ11Ak5JtiQd0obxLpUg6IVjwRG61Dz0njTVbvG /odUx57GYfRlWBztMEnNSD7qVGdBY4hc6MmgCvfIgITSmD5TPZhp8pkm2pRm/HJ1qCio3wO0wlhr QICYVzenOuhH8wjHtQWOjCRd0zq6rcfcb/CYmcXXNrV5R013g8vrcEm9jxAvkoEDGMkK7IiSAsqL RwdbAou5FFOMKKOE+UF/jQKoiI9G7amoaWGAFq9UJ7DOOFYBxgOK8ojm1XVmFn2gGcWkBAOUGUCD zjj1L+AztArw3oFIwAYIhDMMgxeCXshVXwqiNcOcFVtNBChu0y+xmahfpBUEEZz7XJw37KE3NErX C+5Ec53wKJx0OGOhGSwISgPxiUYIMS7GahrSFrwyfRxOKCXBFfIRGAcPuYLDhBteYwoLOWHv8hsB jyRj5kToqgMmZk8gyQAvEILgR2pi4mphbFAFDKq/XYQEKMot9OLiFjM2/KToZ+8W7gVDCNwKdoce /6dewMkMugAWhKWijqcD0EprmE3v7zaMB9HAdbGoVMOInInbSdLvH08e9y5Kjf6oSUJkke6Dnk47 Ra+iUe1DL1R9R+VkR42+v0TGg5VETawgjOP4yHH4nyhYwtUe4Z2wAUNghJ1zp0GVl3/+sP+7k900 oFP9vDagjfSE2h+vT0++F4Ij8JEGHuazEQp6cWIdMAb7F+FNpUUoRuijKRbPDbkuAQ6eplGGSfz+ 9f5fuJpOYFMiDGoYDM9LXEicsawBKAL/Jz9TcIGzFzRyQvKGH+mWxXlGzCPnjnwT7ndkZ0f81aIv 9LZnzH8/gEKelJX27Iqp6NwLPCdhuktoT+jRmesv0TwnnKoVAc4c5+e50Zu9O/xdC0yIqnRgIQKo VAroqthrdEc/47khxNJtQfG7Aw2BaQHdqQcTn9jeEPufzIImEgWkTgYjYA5kB8xoCwh9NoK+jQ/Z W01b84FgA1zw60bPghXIkQWYzTDgSnO5ta4hglRg7gUNeW9rBMCGskRWBBwhos20b7tx1pZBGPAw sCNcSpxOOy38zBdNjlnEThlVAghYpEXmQpiHyVWOwNrBsYNme6JpD4drUWAJPNwTCcdqOw8KCrFq wxjYjSTTqlG46BnWgp7GcDTiuUsjvWyHx/qc2bF8zMwP2zFbNYcllpepI1b/qob5u8KbrFF4serO SkS2yrfINt9br3mj7R6H2ju5WWvCeexTqsFCUTZz4eww2uZfg8vWgrbC2XRNxJ2j5R/9JSQpJxJM S6vI1HD1QVEgj0IDW+JbK7XL7XJzLGayiCFHArrNmGszdH3t8A5zghfYImmVgevqUMa6VVLVkZK+ 4mCnGJR945Aw6ZYN3EbyZJCZ7vcnTzUf60VmB5Q0FSTMY8/WZyOQLn+qIcZf1RCrm4GzcpBMmxVK yupNNqr/2FQEdR3qXz0CpZEP6RB29FZmNo+Il8J2ajfoKYERrmWYMbROh8+3zgatmgkStMFK6aB6 9euKIDGA2W36zmFwIKNCoGGVTBeVQ633NRSRhsNwsVJ9m+mz5TskU3Uygn+AyK3lcgevarG40wvK JLrhI74xE0NDG12zoxXFJ01qssGVlR0gayg+HUoKbCA1dDnx64o1klmrPDjrZMSaKcTjvEYWhnOy RoSGtVk63VuCeJIL7Xax0L/k4ppVtKJua61XmeYNBnwsYZoLJn9YfSAeuDMcsOkz+ThiNmz031/l 6Kh2e1QbeLMGbDiJBn5d+ymqWpOIaDvf8tNZioM8fykgw5cz39MNWmpilSxLG8bbMWVauFkaI15p tZTTVONkWUEsH/3kYy7WUN8zhcRuM5Dd82Yu4WfAIc8mcVmkkHduL4udKwvx9MSmEviIjDM1hpK2 JPFyVvpcResI7j4MbWn58GvDUSotpyqHUHbYmOqL4SYQehNlPO+nhVLnDb57bNh3C1GDdlPoxOeY VHO0RKGv1N/Qr/atDDNZK1tqq8xD+J0O0BLNRhs3Fr2D6CwI5f548OZOBhzrtbZ5djMc6px8mO9q yYxvoCKxN/MBuDGGPAHTW9eRhkb4yOsI1mSBbrPwTGK9IEqiL4YrKU95PJ576c51TkLBkfQGSvxG AQcUfZVn3OCZxmYkSYuap03pDGcuM/3OMph8SZjw5CuHTMK2lErKkJrEXsoGe0ElIAQONSauTfGW 8FNoG3O1sWgJxBI2UHV4kwXxCSfLbwlkoxeutvL4NbVKXTVTz0xR1g0sKZASDpGqeeidVg5TsBr7 E5Kpv2AjNo+yCLqsUJY5pkIjbxWB6yLVONItMNC8FMG1NXzSaAA/aGwmHaVW6Aqo49lGwIkESOvM VqYIzkC1qKBuxd6JGeBYGRJTS6agm66S7IT5a3HGYWp0wmEDPT4/wAommseJl8O4QRD7liDAAuhj 6JRWANBcO80te1oSN6wtyboBqbPXW5mLUNUap2/2LwNLAYahK0usxxh/4F7zUz0AOGb7uKGegjyv tbe7s/fi5AGC4r4iXQFYcL+ATv0jxofU9FN0ZgDLCboD3gyoifTobqBodNB4d04tq0BxvLKK3AKQ hzIGmQRXI9PCgoKfvAjwuNofNULpCc/VzpAhgScoJh4bFHOPxhwd2IKMHx3nDWTjibY4d2iX1Vnr g9kxtapIvK/qMkQIUWl4d/iXGqmkYlVn0Zz8E3eO5AMutA/OVMFViJOyzEbbWTPQFOL2I+FFZmbA EeHQniBJ0GZvMTCkjehJ0abYqqahkoLX47wdI8VpUlVgQXDGef1Ri0FSyh8AweCyXQiFbts4XDdu WqRTISnqINgNfdQwLC4XGDiYNmIpEBhMB9W9aFgINAnQlzAkVDdsccUZfgizusswsqmiXJkGtEDo LcA3sqUMCFxGiWxwY33BlMMt1J8TWMd4LwJ4cWVpHfJaVGgY70HFYqjv1GxQsCMc0kGLAZin9MRD SHCvHEfqYQiGKmlsqbAd+kbdOzoejoiolqtRe42vcV7COSOr/uAL+xDpLj4jFF9bnKGn9bF2/a1Y dRzNcEWJniiKHrD7VBs7Ii7YC22V7kcQjit49Hyi8iwgdQTg9foGbt0rt+xsQaIi/lBZFGNvOXxR 0JPK1ZBTkLLSHKShEjYtVoTkujzctxccZQg5WNSJf4f1/aC2R9RiCDGKdVTrOwxa/ZDL9Xr+v+vt dN7d/eG/39P9dgacIncfAc7X4+/f8+V+AlrjWQcXe+GvAwFhxQDlw/3XSYAo4Nf771XVkTNEG6sa B/u8cfH5FxHcYYMm5gZ//HpHDlesZIMVjU4dKgub3h5/cdD/KpHtdreov31yuKG3A9dhvK73hiOQ /LC73NBUj45HNOIdC4nx3dGKMginy3X/C7s/u0+/Khns3q2yKk42hK9fQeDHwGefOFrxvjneNpjt 6qz4+FDywuGMoPsdqShaAlI+KwOibDi0WVt7oDf56by/AfQ3uOIXxud0UCtke1qBlc80Ck/VbUeo O7hZbfBjpsd9Ryzx073UCPB548xHGmUo9zdUedXKlRxxlmLodIblst7cNP14ZTXlj7YXGLEqKIwJ 9jJoWJVlyQunMcrNAFtlLHBb1auRF2u2qp3NYjob9IcqlgGizKXeUJa7qlLwG7ODPT1UzATErHxr ewug0DSw0hmKfzN6oHUquZATYS7QXMujOTpUtgfaH822xE+AthcOZmg1YHurrMEuZDQRejPc0Gwm d49zXuX5tbGzMJRvYkfMOnC05/yYA6wGg4ygriQ5GiqbyxjKA32ZhDtf7RYWh4D9L6V1iEsCpP7B wlkqA+X5Ws7irRD7K/3CwiuVHs9XX9S+2B0zL+ydnoP6QMpESCA+kzyKum7OTqqsIuGTIZSkw6wf iN76w7rWDGXNndmq/ZA0w2KpYwPkdi060mZKG0Gzfco+sHZWApzsGSs0XmAKJ/Bbtxg3N7oCwu6l BiRyZculi31qeUYDxu5Wh2Nyb8PGayP1tr36/Zvj/VH5a75QHmZkSCFUIUmxnzy46Mk2Ji5o5CtY rzgQ/0kwZrHPq4aIWs5bZwxE3gR3lPMdoMVJEuYIKgL3RDhcuHijqA48G9GRhoC1x9lrf2Y6oCEt 8aHMQeyiSH3M2+29INsvgDmfLqcrOfhhQgJckerTdYV4ajAAlay4WK4rLhBNWP0HliwY48TwPwYe 5GoHGZcjKGqGIxZsV0CAJ6cxvvNifjM3h3h4FR7E4w2w1Sz9DEwN0HeIhnWKn2kg+StVgOcGVQhN z/lsJMBdFv0JEMMuI4hy+9phkadpzYcMzJEW0zMnIQo4O7ppJ1DlAUKNEDxEIogicEJQeaPDQQVM cwY5yD4Pa9ARHi/20BKRxijwfkGU/E/3TgVnVKsJwdxkzHnreZq5037Aoc2nFX7nC3N5yzh4mAA4 XmUwRCPnR+hUsDAJgPYMQ0CSz8BvgRLBWeKzImvlYDVYF1SQTiaNh2c/Yv+Kc4tbAaSqZOAODftB KCzcA1aDGrSD8gSRI3MKbfTDoK8FihodZ4zOCMHmpJ6kuli/iuqgyurw6MmU/osV5v00Nsy8PL6w 9WWJFyeiqvseJZosGPZfYSWlJC+5FSGtl2+EMNqSi94welqQHUWiX4gnoiEAjJeaSwZA8BRtCSJk aAoGaBUsk2KpVSzE8rRx6Zt6dpS7gn6JraOwYJzE1Wnq2VPOxU/VtQwTLO87ZAr65kDPgnogTD2l cxP5GWixv2dHDjJkIk3FhwOqX9VDJjf/h0CEiGmfzaZfINP0SiQB1CMOcX4Mn/bGvr18qI5bhYn2 LFfQBEyMv/X8/P3kemMdXCmo+PCgtrS6ss5DAbXCk4piRfj2s2pFeJr6FMBHcWfbcakxTFVUCnYh wPBtYZ1pLhxGIfN8kZbGhkqIJ9NOUjE2H1PvF7DnK+EgYLLGQgIJJjBXB0w3gK0eDqhRBG5QtUlk qm8CYSoqgGpoQjOMCoi54DTwXGgMaiieCyACoMzmYTd7GqQS4vn8+mLvM+zIaITldosN3ISBLlsQ WV1l2+PhphRI2guPSTUCd5vqUai8NlQWwOlLH0NL3pVQ0Ojwgq/wGfPMdDIHm1r+aU7pvJ8oT0oK ijFH3IIRWpkFEou6Fppc2Ni1gnA/UCKCNFTvT0O+putGvBd3SyptMiZcqBEJfDe6vcXIZBvosQ3X 4UVBTGCGGmDsiCh8U6BecD7weZ1LjQMPzLfaFuiX+g6s8Fw8TXD6HhwUuw/jMOZk9UglobQl4KgM AyvjMD5KJykBG/EmY9QiYhDjW+q7KYlBV7kbs9oTmZQARKbEaLIJhKYHWXUtMXP8ykRpTARg404b ojH7ix3pT92gYIxksXl4MtVLKq52LymYIlNH4kk1HOaLoitG5EEGFxEOsh37HwUa/85ApQO9jrhg B64Psal7rQK2jwQ/Wq+g9eZspRVKcw64M2lBL5d5wcAG2ELHZh6EErNgcM+txT04LrxciAwMpHv+ CfLC/k/+k52pQmbFHitd7uumfwtyXSMDU8YqZk7oOhn3BObWnnO6WFakRsbBa5ZByt9eMSSts83h URLzvcwIOEU7jKDGNuyQvQRrMmgD3EdHaFT4PANHX+RKmhJmYoPeBIgXqBGa48lsQbJvhNLbUtGG 3m2QBarilVTfE1EUuqXsxHgTnuDGasJL1nBl2F3EQJaEA5GKcgPGdJM+UVMxFpYMA7kAg1TRYzk+ lCbsqDxaptsSgCGZ/H3GefFX/kzlbiRWLSCkL93LIdFBvpdRBpqU4y7l7Ut2psyC78ODTTVAlqWf cNJbPejbkEaXl6V+vInMak0pglaHROjqfAieTiujxlokSLc5Glbp2STWwlOnwFAu9wxX5bJYUns1 76qhl6Eux2DmR+AsA6Xghb4YxrY9AI64knlJPSaXIEzeumr9522MZWuzSp6PdxkID//B906FshtN ep5ILh/U0siZg/IIjZPPGSvizXYE/dO5l5yIdMm09cCmTAsLVdA4nweJGx1TnOaUbWna2mEU+k9D 2wkFnB8L3CuImh/xwV/FdgCi86y0vPyBtobhk78uNqkGq/KxoYEKG1DWMCEEP3ZFoxaYT5ARM2A3 rK9LwstkmfP5pnWxwMlDYlfbjCm8hPJlM7L9Zp90FQPu0dUflq3o0PA6WsahXEkDlNehYDtPQQKW uDTI2JZgysNrXaMDnpLVMI6mmze516g6PKNk/MMRZ94lXP2np2Vt8rHLhVNE0nG3fnOj+eq6y6lD zAe1+Zy+4fHSXNaX2OIbSFsU1lGVZEhqwi0DXpBEMk64juHTfKBKWQ9/YVdmoj0xNoQIAPdGI/Or Iz7ZU8BA8WooIShPF6sPY+CtrvkT0v3ahr7YQ4N5OUVMAivEVhFYw+iaDJczFp/LT1Gn8rOGmUza OmS2uzk2f6PTO2iYR1EIw6FhZpw/ooH4hp6ItrIYZmUerqCmgzL9oP3NQJArzTfowNKajR9r+x6s yF4PAiweattgpEcBS2wEc9ll8E7Uq7Bhv/cozzHvqRJ/P7Jn0KkAI5DTfBNVCS6LGqCd4B8PFRI3 UFElQ+c+xXu4M9QX0BTjC6hnPMSMAj0B4yB0pA3xAydC84pDcdkYpI464n63axgswD09SJzZYTrQ aCUY4BRt6cViDd6L2aWD54pggARCRU9idnUpv2Np6mnsMSEPyEtI7ZOaBjheHQpYXRBPt92mUd4i gfrHZY6fw5US7sEVfQhRY1GAYaLys5IHUwezmD1mKejA24EI0LufqHoBs37Fd9058AuwLHyHNJ49 ub27DnxSYMFbsHmDsikx1iux6RRWGwQD6ZX0RZWhmuhwoLBO43J2IIZqgLSLTwLmzoRqt7RCqaLj pPwFBwwpDrP1NOiZFsLmZscwlAHQizaa0DTaZVUGjaSX+BCbYZrLxaWisfjIOMfABjhWWEKsVYMF IsVRFfsj+9mqDO5zblXnmumpUhjsmatjS7NdON7zQmUBBhwOh7Q9H/gJ+iDGb6fp7c24+NLVPIVi GlIBtoFAlE0x/seWhYLFZFRhFWSgiaEjNWtPFhDZhh4xevoUfI3wCpNpRE8V4AWffkNEwIuuqpMU ItG5Aw3Y36QMH1DIgsLD52E7SuX61KZ4DPe43eohBJlEhwbqQkWMPaKyEYCaaCxuIdi0jea6Rlu8 Cg9Qsx3fFiP8UNkCs3cg16r/YkGblYYCNR3chuFJs5GuTUz9ASTD8/HM20S+UcVBn0L6jWxUSvUn 8I1nazn1Mw6q8n6rvZB8gDMI87Ey2X2wLggOJmyuUQciJpbthXYB+tB/EYu/lbOgP6qkngbuhufh tR8AeuQ7UGCSNxrQ3TOU7weNeQ1zBFeqqQDzPYcJ27e+hTM6m09VB3zeY8rkV0pIUXVIDWTInalS BQ8YbmAVRYKW4xzjJ39fMgvh8AYQuCiPoDKGvfKgO4IF60WTpsV+Px+WF7+sAIoUYX9CMobYmRqw OIcsnre3Aa5RhK9O6DPoREDQu9UV5bgWkqdjH8tRwHbdDldEeAa0H8JRPbuTGWGwaMbnn6t6zP90 /+hJN7g0eq+i0mBa2OVpNUjxdnvHLj5vr5vbbnmH0mImw0DVCnHkouIhsXz9+L27+0y56e3+lsaS jHIXWRGC1g/PBJRTNjUMqDMpMXEns0NuJYh7hSOM0izJ43BJGOcJMGw2wQdPu3NEfL2XmukARIpH JMSlm2joQE51piGitvRDx33PIJYKgsipsOEnE0/uoJ0Bm11bPyg/o2lwaDIW9IkI8ZDlBa7L3R2Q OxcPNq/1B8VSLk1j3dWqHWxawz1X9Y39CkrPTJC2OtS14zoVqikNOSsSrjgIEjmsVVkWtk6ZlTRn dcadNsuMy+kbUq7xY6C1SfkEmhwCGqB6Zrb7l5nVVHmOH8d6tnUFeA0ENflNZzrU4YB+L89lCTgH Nbd7omlVIid6MCa/+QmE1chLC1lZOf+eWGmzcvGpSK/K83Dk6j+/eidP2Jra/lp5s1BVIK9HQW+8 mNWXr+K64HzkHPoqHrGred4lleLtW0yhtbA4a48ZoQ6z5bI0F8U20faf9g5QAA+1TpkeX4d3zGfG womWS2WglTCQ07QHJFz1c6W2gHSSVZrrlbugzAGqNoPUim5Nl0zlP5UuVZmITCQgrR15EMoXVxOI 8bE47pT0afsOTOlLyZRm4SOh2SmMbq7Ah5yVxUtHzB+iVWfaH8HOGLsensQoG2l9rpybeeRvtdWF 0NxfaRPPp2PgMondzmlg2wLPGx7ma/9hL0894Y3mc3Am7IHRNy9XZ4N3IhyAiOWjqPyfPPf8CYXE Qxy1HPop1SsnzguRrsxrtHuEd8jBfjh1HLkOv+Z/CWr5mBykomt/Gq4y+Y8wX9zBL1KaMBYSt89g DjojghR64OHECeascagK0eyu9TM6LkdNjONlU8XCCbxiioGpOdPD3Pa0Nvbyxzbvn+2RpE6KjbUZ mEtFMYicd1iX+XM/QFvLFfkE2aGsUxGdD2EeBjkpcL9LvPOXjLBdzMIFhZvk2cunS4FTSO0jM95V CLE1T/6d4+06Xp9PZOuiiUXpsQrbnxYU7gn9pvd8cDyBctzoRXmhhMsLTQM5d5xd8LutO53FQPfQ CADyrb9cZFoRhagAJb6d1/FhUFw8OXey7IBYJQowcbmUl6nJrmmC0dBiyXIHPuDJ024gaeKxzOU+ mYEeWQRth1tgtUVQWK6FZhzqWpHX6xvOud174SR6Qgw4gQUqAkllPRp7jE1huvCHHxO5glPPrVaZ YoJ2wS/6Gq3qSjRblItC3REE5YnpFDkTHxG25KLwAEDBf+1nhKf9vKrSKGYMgIYMK6TXiWN0rmhU QAFEqCRpxTM9hy4B+uAdwQvK/UGdQ2dCQWPqFCABagvSBL+gMU8oxBeMurUPwANi5Coo0vHBHFA3 hRu6AhIa1G8YkxChogNtDVTyGJiqUn/aoB+KhGodQAkuCquLVo0wDPx8h7GELYlqASSUtkrFABgI DPqokyRd8yJDYQMmeQzU6xkMELZp3Jh3BFX0LdBZZSn1D7yoECUQFCQpOKo5HgtiDeUFp+orYa6g g73T10osCrRJDaBl1r7BWvH6UGXByR/Pf2qJUFsFgaqxvoIVSRYLtPLDQcedCBWGkVhhveDaBiBY GZTyKl4TqQnoMM0MsT52YZEw4FKOod2ywBqhrDsqX6nhoYoUzs73sFN9bKTx3LS+gQr1dJnaEl4R elAtWaVW4VQRpgvBRYuQCkoXJmJO+VFY6BoBmdheKTba6zkz70AMo8AiQgd7IUWVBAoCcNK3GVVI KQCPM2YKtwyZQf6LKMY8Nq97JEPMNJqZ4o+JkS1uPjdP/W6zJqJFGzzFcVYYpsCUy0eN/cggz9n0 pT5a4yxAuBbt7JBArCkcVZPP0lVoienhDjFKe/jMWjbNalubWXe7MsQ+XGj7VMQDJqC1OAINBp11 XzyVXXLgglxbyVfhG3tmv2qrTCdHaIuJwO77kGsfLsR+shzcGvsUsT14yPYxFmmyn56jZVpjTRbE Ey7KSPYPpcQCQypSmLwpcXNEiGAE3xNxCco26bBM1miizZBl6bNYldrTd6IIcpEynufaomgvUOuv 4fANoRkUX7G1xtA0HlhDEwhBDMB0x95sPWXmAhi8DV5BWlrjOeFFTH+m0DD6WehtQVlXo9H42vYg DW25Y3Kj4LY+sOVMtYgA01XqL0NBRxSrCXcpmo4i23s8kV+QOVe5grEYpLFHZwcNqqfTDS0MjJRI YimpkSTj8nUWWNadsSRSKAstTjigP3MlwIxeN2AWXEAClSYPhjS+YjgKez6g10fnMYkK23K0zeQG MLZikJQ/ShG6X4sMN/sNcNPy1knzptWPjQVIdFGrkwbA/eZn1/s5FqImm6q+leQCnuk4OwGxTLvD J+vq6HerLQhb1VePL8OFGBnabWJm81oKFEwD+mHK2Yrvib19PmnTN/swUjCv5wl+YRI4EVlrtgmK VX7EQkaSMoy6EwDPuoGCzFagD+MTJCb/GGuZnYP693xGM0ue6WCTrDnhtODh2m2OMBFJi6k0GKBl JsTaIV1sC5sVT0ey6xAo2VuvrOZt7Mqh27I7ct9W926JsGeFhI2SWMNNFa2ghjWXobMR62bYMAzU 0ygW825FcUQqoIrylxQMqNJTMyC6aYBpvlbwu/Za5rxI46UYqLfJ+WYZpveNUmRdX1Jdg074PKAX p0T5Fc0scNJarxddS/ep4iyF8guu5j14L1niAjTheC8WVl4rzVBvhBxt0DDpNALMXobWJKYABGed Gh2hh75sNY15WxlMbGGqUorZJAmjC0p1Cz9WAiNBhcwGtkFX62n1r7ZBtGF8sY7Nsk8EOW4tVziT ZQWnt9+yys1fK4DlmIkLvnXozngv2YGcwFw6T6Z9+qMDBMR1hDHyR/RegmLlfNxo8Hr6aibTn0DS vAUlbmCjzIJt3fkKVRbTJwd2K8Ga70/EFgRd5mhqjztZgyzbzMGBpukvUWuSJ4ZCNTdDQo0zlTAo LDkFYawZAL1o+vzgv3FtAX1wTJ0XBZTEM+fRfTmT5lUTk2B7a2/TxNguoY5MLq+vSQz6I7oNnBm2 ITwWu4nLBqK0CPAONSdSCwPD+KtaWhDkHlXX2BNzf6WepAdbjtj4QKb+inCIYtoedgsHu4UKF6VR SKgmYqSgeFyCLA4tggoGjk/auso+B61bLfciwAJHixSRPGgtcC+htgeGEHqacN+yEGVzYI4INDQd hCWUFEuBKyEbQvae4E/ohsNatKAoCVezYqchMLnVWi3Oss0+ZiyIjrTdSyrt63efyF6VPiskjpOn EQcPe5Y763uRbOsdcqN6ehYLwZfj5Pne/kkfO+PaoGSf2/VvsSB8NnMG1dlPeuNDg81ct2q/W1h3 hlf+jmnHmtatWRFyI6JoItz0cOsrmLeIuWEVkrUQ5AyIGjSYlDS1kNTQpkyAKWTdRpC2tCl4lkZ4 LYbVwx0wUXqcb4lfygPAVw0MGJilozAbqhL76QcBTJi4ODCkkN4cA59RqFZ7Mz3HQPt4B55gXdHs 1kUNstgGYhtoCwMJbt7pcGFWdqoIPw/FZl/Bbk7LCBEoR4cIUtBtUhXCUBYTInroCB9eQtVF0GRT /MrJETORcwaFwzOBUotjckzNS4KoFcBv6Y1GqZWLd2YI7OVkC7QSn7oOmZVRnkjAmCk4zTNnv+0J MRE0zxqRznTdj30RM+nc1i7iRF2GgUp4mhA+7rPNvPzDT3OJN9iyVvAehagapVUQFBO3M1IxQFbR A9h+ogI2whFaH0qx6SqZMyHmC0NnMItA6UwrCH+s2owUML5ZIIaqpZ4/YAdE2gS3HX0gekU3HbdV WiH3E0oI6uwEqOXu4kynigxDnfYcIWRjnF3Dd6bkcQXNMgAGBEmtTmIGUoIiDQY8rHLOoKKOPgM7 dLGJOpUS4jBqRvgcLa2ONKsQaXBxcMaXjINxDE+Gr4GkzidEXwiSwqq2+KuyDMDcHH+XJw2AtYUa ImcrTADIUigg3BPPcw9wUxBXtQETP9wc8zY0GdoSq9YFGLzgUUQ8IC24L5RMk2Bix80Vwuo1g1ye Nrbxq5nMKtA7d1yiyYIGlRQFZg0W59Le7XPAr2FgVCB3EBvAXIw/XEI96XcJhGAy8wfgCjFmiEJ/ jzezC6rvBcNdRAlmT6usUr1TQ0eMLHMmQvbEuV+USakCpqachweF4jJKkCvgVsVYlMmVfLjAICHO 3jwnlxlWV8ILr4FUoGtyxqQHy5ndrIGaw6jOeMDyC7tztaDhiijbLLcObM8LlFGjQaoHCPNJugLg DNYiXYHEcXle7LGOB7JSIDoNAURGxQTE0fYyTRjRB/RUDM7QYHC3BJKHG/Qo/riyWI3G8wSqZVt0 Ot6qz9ZB6xQfBmt+M2L65dUUDiIamEih8PCp0hJki04bygfygu85ukxl2p06DIGysFpf6MDhCuRE aSZ9jSSo4P9hgy9OZzA7CBqWLl+hNRTESzcaWZLGO+KW68J6h+Tv2DrVVxSUjeIqOaK6BXyUYhln AwrAh3C3eOGZgrbX2LiKrlCRnw/6bBBLYTTHZHKoQzHZ6re5c1RH5brYAoSVQlbJGhB6WCR8oDFY Hfy7c9Lg7n5G+KWxN5psWXXMpCrRZ8RjeYyzOtI7vwPNH0clmkfLo7b6pOMvZROG6+5APBNQAYuq +Epb4CGXVAD5VzLXBCdpAjUR2ADPME/IAaY8iaGgR0x3n2Mra32HX+KWp7oa4R90W/WnTcZrWDc5 Szua7p7mc6N1PqpfJHsBddc00q7wigQI/dF36PitdBUWtNlBfcxZ8xc5faptlA+g5DORSbXT2hio 5fFCvzMZcfsvy7XMxUP42oY9Hr28EuKZBnJoruUKSByUwghzLgsBst4hypv59FEeAfEdgn5lDxVy 2dKdy07SwQXM1PImI3BPq5V8qa7I4acy2sMeloEw16QHcOnPGRDjwUnRMMqAob4+XxoLWwYuAGc5 gtNSPRjDoda6F58ShewMGf1cSchMIWPflzZiZLDIs8X1HrHf1KPerBZmvMazUtRbfoBKM0uHgzb7 z7RPaMZN6sHzaA7RZzUMRCaauDCiuQQg6DPXjNjtgfGWrDNe+jLBYLLbsCDZNqbP8E82InN0Oixs dXHtgqFBkO5P3phpQH3IVw636J9J5t+1lcRo+mWGz0/SDBqxinotEyFBwUU053ueJUDbmCDa1e12 QEBIWSlzSE86ddXqZr6030QfLaySI5ZpPkOX8TRYNo6JSVvRje9cOidFMiocJxPP5Msy8yq4DR7G DjF65j//ihQ4Y7mFnidFm21KXUotxmCuZHQZh4on6SlPlylwgeClt1h/A4LbK8JhzDPJN+vDHGoe Np9QeeTllwLX6h5Y0K2rVklLsxcIZ7jj0qOnXCyBes1nfATp3NNaxlTz07hHDOTwASD/6TNvZ4/J YaUw4wAlufzZ/Co9SYt7AauW5+z5HC1akax4sLovscsVMIW/7ZcJL0oI1nf9klLv5IRy+RDwKAGz XQh8ZKxz5jJowBYQt11v4UF6rGcGXgZbVMZRhogrUKb/BATOEl+0OvFsYDV8R6FAPrJMRjyTMBzi EW2JGSDnnCLYDVkK4CWjNKmfeU3VFpbjgCnHHPYPmCVERcApxkTI4U2JzohbCKd4cwQsYXkRqZOh XIs9jt+FkyP6mxMJkQNBpvEIjZC9pWhmMIEASeh0Id3QDmFIhjruTVjJUNMKsuEY+cJtzI+tFZGp GDP4IrS3J+XSASo5hO8rmxNr6lAzBaUPlk4QhgYQgvZjLj/FoWvvf7imp8FiNCVCmvY4kh6UPIzW GhEzqE3JqkkAYWP/VtwPFACZFWICQXQklB0AHgIOOhZxAEW0AXuchyoU5kwHHef2Ar4F9WsAFKoP WFK0Xl0Lzm77Hzn5ZVdAJXIDwFKDU0Dt/wpBJB8ogwaLeYffBcKCeJFMZUbi3Yd7Q14iJvoEHXi6 7MwrTMspaIk4GozjybCTnkw0foWGxSZ2VpR6C5AGv/5HZpFI4/9BCQKhAMJa4uwdqHnAuLELCdFm UAMuMOwE9lWBWQr0Zr8lTBpeDXQpE+C5xPyQJ1gb3ARWeMFfJWNdC/wlwZ8nlw2DTfPAYpra8YYe pFmxlQxmbK5aEptL2O5R5sKMgJqSwAdhCx2sSC/VCE/0I6nXa5MXcAG8AlDDnz2tDR2CkEbK5eIf IYdfmgPeSyt8N/isPeX6qnNvPgqT0Xz7QUrQeKBJAnIrrscgIh7RiDFbweoDPMBE5m+4h5EM4SEx nSYo3H5qlL1yuXSVV3i+85IkRkY9KFC8V3IELJSa9DhvoLiB84Aymk8hH4gPCfZ2dEqDAdfqWFKw SoieVo46Uw/4lAwUndYhfVQGxaiRHx02JukB7BH438SOn10CZSqsfC+eZGKowYskzosP/1TTwz+f iN14ei/P1bRE5n15/Ubhe1IjVHLp7e0P1vqfmLJPSOBVxHDzc7mkEiLqsHR0k+ElQoifc76eO/Kt QTaxq62KMo5L7HWOs5Lp8EhlNyBLMlb26Rtq4GD1FtBkKVa85QDeCmrI4CyeNB77PF33+6M8R43p EwVh9FHlEeU6ynMZL6kxeSB3ycb4WiLGh5JMH+9/0PCllCriwUhKRP1R5iOSvhP93C8jozESPS9v T6VQeqgXeGNf6mf5m6mCMjVBSrWVdCJp5xZqYBNETkeXiacEDfa/JE+WR66mVJCdBVViqYqpKqFt BKifDMino/f+OO/u5fuJWMx9IniJj60zdM8GGZxiSSZVYqZ77bQgDU+Q6KI8mIzTCumv5rmHMyAU JHXw9rdnB6c9IyrbpgJ5NUgvBK3vhPn1J2XTPra4adkOfS14GQGaGRVVhazqfzMWvfBxZihzU05N IygbOv2H489k1LSa2jU4YFGv6yeyKKdWJlHdBsoZ8imUUN3pSz0ZUjRBKAlliymtmzZL1F9FaNp8 QD+0i/4oChOKrfxJpPEBuqUC9TeAm101eJjqbvNRuSqGLxpr1mhFEZCuy3RKrikLY+tAZV39bogY 3qathxpZP9dGXHATq1IS73JqDZ/R1BUIs/weEZaYdZ3iFmN3MPntZHhuSwXtXjXBpOPKq9JagPtU udC2EnHQUVgmqwh2ybYwB05y87uG4nYyR6Xt/KfBLRhKP7E+bfvyG/iLlbA3jSFhdENP51rqCctt fYvgG/LcFgKQPrsceN0iwHKF0CcStqIjltIXEyf7lPDKAhhN+kTyk0XVz6AYvxJPdt5/UF9Skiym gOpIsIpWR4aLPlfZgFQNDpcH+7dWsX6TuNI9y4eTYXUpuIgtl2mkJ0ZRLqIB9FhNISUK0zrez5Y3 /ZYTjgpNMHqoeaAq30R37Q6LAnhew6gfZB3264n8Dqi1nx+4GxyBFPCYg6A7OoxbGe4lhbGC/5N6 q498hAXKukDbJAwHQx6OA5xZS2LBWe3Zfm4Zmy9rx88uvTeY/NY+Mg/9+Tpk3hs72kg0INkpHQDB Bld6QnT0jaoB3BorVr5NWblctZZhWY0cYlCn/kDjH5zrfCMLo8fzhqxNGCnZHCpBNOC7JqsRL/OC 956fkA0w2OSAtZuIjJOIwIUB462prkij+IqEzAcOQgPD5sbUwdZSwieZUoslQ7h4LG+GoS6D6aq2 Q8FcxHnBrTFGvKP23rHqZm5zmkpQVDn6uA36752abfMiXzSXgrroLlfqY2qDy/1pTwvjrPatpP0c OdqldTqtJiR6BWUNZBWCQBRLnljiW6A/IUviCP62qVPhEVPOfKrwgyugpzoojrB2Ew6xlM8SwOg4 zkjuLgksO8H8UWONzMQNgaVcqUfVhi1V5FQLKIxIuCZEMqIHyRh47iiXKewxfJXsUOz1VmFM+mo/ n1Y1lSiOOUgrPEqX1BtoWExonniegFlkMikJLquW5LgPQbUImXgs4giqLlBiQuqCBE0+JLUcCzB+ DY+f8JlgMxG1COIa3b40j1vEHhzQiOACKW3KwzfLKbn3MiP2BYQL00X6CaE1Z8Lbg+Zcq4BCqi0W U58BPouaZWrTL4mPRkQiWPwClVVysJTo4pCDRTieHcKsAa4bcZTI1iYVisxGqeEA5gaSk52iy9FI +xhb7rF3SmuG9TYRIhVwBJRSFLWl1T09N73QKBUilhLD5qJIyotFnQYSTV2shf1l/I26cBXg78Eq I1IbUZg8BvJb9ARUogGcqaK0gFQfioKZWvQnGBWfVbvDVuiTsBQCoySUs3uEZ4wNbdqwBMDJCGeT yBG/KSOp0CSirEieWAxq7G9BZScCVu+BfD/9MYf3ibxdie1WOWZwyGR8YDvOsMPZhbrBaMJWAbWI cnIgUEdXtXUhPCoU4XqBDf9AdfFaAXOorejOcGZYV4gP4icADRgDpRCJgr32yzlbDg5ygklCdx0i BRlYnMCk1aI4gxUxcTegIA8Hs2g92OQUvKQowBkCEG5UxQV4kf3/DslSxUBlhILt1e4vLGaD0Xrx rXK6nVKnoq5qDBDag0q28CIfKpNwvKqH62S8ze73flEaGDx33d6VGKj0AOw7jMzpe1VOqLBARXqh 4McLijOcMj7x/qZ/x+0dnuZgLfRyaFQYJ5AtUjIB3lQeAO6oTAx59EBvP58u6kco/uvbw+8/j1V4 F44ELd/7ZH+5YuBe/lUf+OJUPhCkLujBWYMk0dCdb1cFDbBPf7ehZMeT4g2+vdxUQ5iaILvt9Xz6 xXr133V3xcOFy4Efz4SJ/1sp5ci7553T+lQJhuPKICiv4H3qUtz+HoG90Lbkq4LybdB47QKPXg/b f4c7RK3CCAi9l4PiDri0ilOcCHUXNZqEnaanpoOiDR2i5/97tT4uer5Xg+J4u+6UQb7pJMLz9nTZ +EP1BxWLT8RFMKpYoBeT4fFw+RcfGSFZtQj4kSEy0DeQlsq6ekQgPnMYYsOTxuJLK92skoOKF0i4 zk8cDrIx3ICI6blRO/x60+HorEPgOrK3VofztVcCHgU+P1x+3Lv/1SxoVKmbHx3v7ECKlworRS37 Y0AprvuQn6+Y3zuptUo4A64pJJQW6gUi9HRo9fqMkgSjs/fA8WR6sdqFe0vL0nbI7xZPeq9i8xlD 2yxyo2yumtjmCzmrbwPIjOkN7vOxswK7VzWJ4PC50ozzvoPsAXPDJnzLP5mB6gKbwZFTOmFTzlCx hT0Ms25vPyOoakAbWALMpCbNaTP8oChE4FMntbWSsTYSde0qAjDphS1dVRQ3vasGI+e/eYd6el12 COsJYiZLaB2UBZUi3ONjZbn90z4NyTOoGhsB8OvEQ+ZDwvrrw7aL/B+SlCaW6FR/H0zmIdovg7v+ YvBZNYPA/sc4sqw6dMyiwe7Dmz5LBgx6Zi2TG2kVlh2wbYGZr0XsYficzAixawp83TVq2ct0MPWl fkpEGIyy2Cyo6hdyiSDOdqDsxuRqEfGqtlSaCDImyTbInvZVc0OmWNY09ehn5alxYA/1HShM+von PUs07Hxxtt0W4bYO9/I84/X9fQIXkjvR0EmLx/CL5yDI7K2+mHcsLIDaFg6pBNeFUDecMNI5TS96 uQ+jzGOQAUgZxiryEx0k2gOXJBLxHg4ZJwFIj+4sr8c+eDeVMojkJn1gp0xoMhMM7q4uPuWBERIU cLtNFW15YALNyBrQhgY5IBWKOLeg9DJDFgmZh0nhkbZTN1Ht29WheZJoMpUsvr0KEcPh1O0YwIfX coPgJUrc0yZ9mGlo74mmaI99JlKHB2ltuKWnOlVhWPFI5pVLsqzBrFMHuhINwiNKnfBALWPATBKh wF4NFJ8l0dDIOdk2Q9T2nhhK+dPw2CGqmUpEAXU2VYwuPNSIWufVFddH4LBtUL0R3utK0qOQqX9U RJXKQ5K3joeQj8Z34MCYn7xyA0GZVSJa0hCILmwYEfIxUdroxc+IEkuxuHWexpvNc8oh5GCZiT1f Ne2S05yQPBAeNQibH+oVs38N3SDHIxoAv+9nbedoQYEn+BSoFPEmTOwtgpooUTTFe+HvBv4UOyjG orM+5TrBu7iP+FSgL+XpIOmCCTFIkcjXM+aPoKGt8WJhVCU+p9ib1w6y9LFyFAAQV/B++Ig5xKrq cXVgm8XIAjwRsQd9KsYYN2x8fg0iAWHc0F8BO6ABAaHQmUMKr/hYDes1mLkitwEBdmVz0XHEIEPV TQUKVUxV9AmBcXx8212Fh1i0ojkhzNfzMmBHWPkSe0mLebQ6VjwuGIxaDAHAfUXTDSvjWUNnOkMc QCW+4MyJGcBLwOHYwHERfap9YZIVJv3YdORTnI2CwanTEg6fdykMJShDUVSebPTNwzzzZRWImvMt cAtw40c/0A0NFOgQYOOsdTzdtyBwABQkOzw6/I+xJlPPhGmIeIEgYkFNhdKLoVwtshYP5Ps2Nky6 GpLQZkPeflZ/c5oVkQbcBCF4WfGGD3WwJhra6VGgaSVlRCfRmOqEL7Fn+evYm2Ubokl4FW//Y8g3 fqBPrGAQdA71GiZkcUix83qLCVhuHvv7xi3VmjZjecf++mZ8KDz1FBq6fkJIreLMu51/Xo0Z1wqb h/Jkukn9xC6pdDxdFNDEFPahtI5lydEhrEuzqm8i+TCpC9X8JIAiwJgBPPtJvMRdaqSEMFly983e mtljIknVvgXTqyaZMYhkGDWGPJS1D0EA1grhU1PYsQU+0Vkj7tWB/SV2yjiZqZ7wkK24pm75XzRa cOOxjZq53/yodk/LYkbcrNZpkWmUs6Bd/aHO7E1Fd1geLwXauDcceHAdxoghbKC9XaQksguVTnWt hymxaSy+aZOO6dmUFMIUH/ml4FnP2A70msi0AlGWVRfGiPg2oiCbt3jjX7zFgzGMJGwkvb3nYfZa ++YczSyIXlvkaY50hun9gDKUaWWVYtgaYH9Kb4U3NcU0uMcMiq4MqW8llgKKWKqC0TaaUCS9ENXW R43JnkB5aCur5rNCOdOC/Qyr11xt0DtmAbbAtnlKm47NnqJbKAQlpQxxH9chkDirPvYfbicoCgjY FLPbRGLLlXDzNM6MUQXJFRAMHCxojLmhio5WEX+7yEXzjWluCKURJEvZUSORu/o6wfQ+hhz5i0kh ufRHTGeym+NWHx3R2Kw3dKWjD10blIfmRNqCTeyqmE9WDKOgIRkV01A/bLrRt/SWMZ/gFB4KVwxw DvRjQMj0tcpUCc6s83W72QMMCfWBMYZiuU+n00CfSiIACkp0GOkpuRRQWKCdJFin5KCLa2Ca3BzL rUXB7ppO6x6/DsIHZGKcHU7q+VFfWUqNg8APdAz5cbIrU905Y/BUiw2mMJR28kkWHtV4lBSnLdKB r2BZQLfiNMbXlorMv35qTHd2B6S9/EUW0o/wdYtByxZYtpSDihCgTHexsOHTs75JRFQ0uUxVRz1m d8NbWzWgVVl0cIurw0Bff8D3SvYEQIeL2kkxKxRw/wUC76EWHQVRZFVavF7UE9cUIH7Y9eBtk+Bo 2WqBsi6AyheKDjHs5VU9E0bmauB0Mx0MXbEQ09FsQfhl43SZfGWRwkP1IUQ3jRiN9avps1CO1pee ptn2nRGmFfeVGj+w/ZDDVsJkMgX8waWtSia6gUje8iMGtFI/BkUTnzRMmRHLRiMlo0SmOgDjdYt1 TaoFEm7eO4otUUwmN/Ddsu4JMphVrWkbSwRvGZY03SCURw5RC62WM9INICHZ2qOh9V5SP1bB/uWe wPNh2jDLkss0Ce27T2qbC0CIFsRu4yGECTMXdBxyyJCalcBuF0mCA9L1xJXzeKLT8tbciM3N847F tCNvsq4mkQN3ZX6NoWI+2u+Nj1WdD5A5AmCyloqnWGIpszkSqs1uyDBals05dsNkq2H5dSAsLwrc qvAv2I4FY/nYzGwK/447ZTnLhrOobKb4wrTN9MV/t2gG83HAOgKjBUj31RzTfM2CUdsjAJzSDpM8 TxJuFobMAgUIh/NSEP8NlNhvVo/g1prBAZh9H2plQN2dJcEz6Wp14txpJQEJwm/bkOF5UFbXJ9sX 5rV8vsysy2mgKkDcKXr1GDgNrLzV29t/Zo/1QYv9YUY3x/hGKaA0mfxRkyQr8PL05lCAlZMIm6jN e4kW7c+uPfVYHgxT0qjKdVUdq8nHbi//yGJTjRcFlFK1yRc05amBea2stynZaiCpQJjjClUHxmCZ 19L1pipUtQLRXMTxSZ87kHcI7Z6pA5JxLWO5Vaok+VNGomVr7RepUuNIJvTTx1wzluqnrFtuahZD Ryr3VcklVqoPklYvqPfy4BVkLvfNImZymgnyR0UNzdI5ilJfGE2rgPWeWPKeSk41ucaLD+pkFyUI AL0+NSMY4Zx5TqxffUidUG11VhBBrF29TiSVyvl+495SUP7TF76H/iif4gLLWLip3YWJuhIlEl1W MfXb2CWpEZ/TaCsBCSgllzvHFhCUlXX5jlMSCh/mauVNIaml74px+JvNfV5qUDMcPZjeHDSgDdN4 HKYms1PqQOREBwUDkjI5w9STJvJ4vY0XX5ZyzIrBWb3ZPzTk+Xw4q6xGmKCVBLduCuRNIpO07IGY LnxexoRDUjDG5yQxfkgbJUSq2qgzGQknQFWvpp3LIG5uYvDCgCfWRNSoEhIEC7W2XPuxTQb6Qaxw D63gjFM1j9PpA5mII1BRgcg8WC/wAAIjCKEsq+D1/FEykjJwH9tCPIH8fczOgZrNZw4Sus+QfbSV tz3MJY43Z0OkiiwaDBKCD6IA3aAai8FPPG2MqU8UJ1BwfGZIdUCaCB+FUrjOp8YCtWXbFUAqGMH3 /oSSBF8GBOBBxaaL34UsKujGWRZWi+EhioL4Ku0iPPuVw64chD0I9trbM8tlWqi3AlMSsboX54wf PCgUiinwCrRjA8WgKFAxKEmE6LqNZ8WHj8KMgC1To7BkeIjUAmYflCBalCofbjUwIAee4nC0fnDn eFPIVPCRYR0D4aN6aRrRAwcAL0AbvQKbYVZ6ZhiFY8jIQlGO83p5gTsZUP1CBkYOBk+AIEUE3Oj4 sR1wVgGNSKvA6ajM+IXo38DDAb0DDaqcrJ4F8AwmjKoaFI8ZqMUgFJzDToKLFIppabMGaiGqYnRH 6PL1sjvdjse7h+EyAtWHQomD2ulz0GslVOAwZ5TXeQhQyVMcGGdk8YIBx+pqVCih5hxV8dgCmYdL Wp2NwaIhpVM/WgNg6sD53QovtNoOeLYA1GicEGBNB2uqjexGAGnlLxSmwIlXYGHfSXjOzAuSBfAe 4cYXcDAoH1S/V794cwfvHv45f0895HsEUtA1VP8C4L6rTxJgjrIL7b5cjru/Hq4PW1D+zWMjnwPF /RqSjnIcXxlNFap2RoBEH9UzFXVWwfjgbsK8HmQ6VLG5/pLj7vRXb9RZRlHVRU8pQQHkP9/jc2Lc Hp0tqOyyysmQetDtTSni098O7QurB4Zfrrfr78nZhYotV+fYtUfIN0zNhx2oV1kSRE1YF0R99wND 9kbH9hmxw+rSGBBl1Y9jhx7uCihvb0rSGA7dNPCm3llpCEjyZoulr6YHJZFrgaMTE2lcB/9T+bjU xzcsT/dNus7/A5sXP9MQBYJMe/C6UTB3HoVHQGwAxki80LpAeRW0zc/D8evc+YwyGpXCgEB2nmAw JXxRFosduGBco+W3YyHAe4f3rGbyRTEMSgqeRo2uJFEzBe7tLEhzvYMv2QRabzLGHP2uAoWi7i4C tIoo3WhrrfgGaNA2FizwoZUuf06QB5bZZA9eiIaprEEVnT6+oH8wakEzl9jiIkoGU3hIBX5tFOp0 IhF3h2HZxyfQ5ruwqjvb7W0CYTF4ZJBA+/sKZfjJfBGWxP2Qv+C4Uns5V7CGzDHb6iQ4IXybjBlB /fgEOWadNFaACQYURTrxVmDq+SBrz7XCsr3SkS7imbSDqVDPAWqe3E8umDhTA/J/fcuJcn07Ub23 8LfLtITF7nb/gT7aszBJfb4BMk9lXaU4reH+40hWwMvKPFiEFWvNCWnltMghsIHZLbVAGwu5vrYD Sw/AJVaQfFUJiBK036v2FjFprDT8H4oeU5ha1SProhVQRoG4kqDHtDVGVNzOI4EhEmovblkHibo8 3MQ37HAp148P5SXck4dhwHoA77dN4i27VkNb63Lv1UzrEwPPXYaGdEiNu6P/WQydQmLppx/Fl+Oe 8QE5D8pOzGUcBUEA/0eYp/Ohu/ny/A/CsZZzv3uZ7vNrrPiWUW6wFwFXuaD6yL2y5bZ8vcA7P1zf aSzB2txFMfZiKpgPWYmROU7hCDycnsbB4JEDAHFK1s7jMIoRl8JOczXIP8XLsdmoTMyrAc10OvYg CDF+NYbue8nXDhxkWGlE3BvRnKWePnsBEeabO1CmG3kyvA7Oq78HNgxPyCug8D+b2GFOvcdcEYUJ TYTthbh8xuJYrjsPmvsLZY1O+lJIgIHGVw5NDZ7lAwqdBoxBwODM+03clKfLz6S9HB3u3w+WE/QC 9Or5seAKaum36EycIhqFb/AP20wNdH4wWmML2uUspDCA+cRCKn75kNU0i9AeTppPPJ2X3LC+VuJV RFtoGfuqciDRWQH7g0+HASghK25AsxH/cnyhBnhuUAEhTJxDtzvqqJDZkYtaC+rRp1zQLMoIPDGH SFCtmgMVdyI2iyAWJknupYnV87mInOeJWTMYkTeEQVoZ/B1ZqtjC8KWPKS13ugAkaXOvOawc6m7U 9+72GV4ajeJwV3F5cHMPNBo/K2GRC11lKuiqM2UagDAWdBFKVnlNglY/FZHS0epuw/6NIhX0ATlx 7/vjJHfhqsHJdPC9jdTAWaEuSpjaNksrgha8OHqdkM4wUTNQRqqcSAo4QuSMrIBEf9ItvusqxEVt DCf+rGK9clJfMFU8L7Kc45kQ4NhdASp3XD0QJsuQM1MiChZbjJGDPymHCLeeG2SgkHWnW3qN7qIW ArUYEALTRqrOJpqDvHrqyeD7NM/d1dovbZc8GXb+NXKv2FPU6R3Z1thu4if2SlDAzMFmxbrsPt2H /9B6I0fp4plpspgNhDIlaM077QOYBIOYTdAgY1ouA4eQpBiSgq+JdyE8zfn6IcKiA8w0VIEohq40 nzT04Tla4tXobP4MTvCfgWL8vbf+k0CTL/yDehi5wIL+oc8o6KSaCWLcvUW7kpi3GuDBXO3aTt8K LIsb3cacZpnhAp5EJSuo7rEI/yl1yE+B0pvlWTu07QGDTEDaZCQDI++BNGyK0RZ3l5cQZzWDjK42 N1lcaGb6vKis0NfkClHpe7eIHqkfeMdkEFxnedTGzyDE5maNQnSbON0AW+hOU8z0+fl8KVGhY+Lu 1j9mLVanRTFRZcvnDVVqaTHRq5oVlpQxNAPNne4NSCJtD6kkU3VgiO5b3W+AiPfI0qg249o4n1DB 6rGwfk6iXPxpgiG6IpGyEsmNPnciWOVhPKz2VBu5OfOptozrPSiYosItYWOYomBHUzluORNJDsGP ZG6aZy4ML51PWPjnQmqNF/XqIXFFpoJacwM8RMdbLtn8NyFkbpQCIu2LLfA3IuEnmPytJVJaTvV6 VWSMuFjhJy1sH0X5r0SR2H0RlZfSCt1JozkWhKKRDyoyVwT+EozMpPhWk9WH1migDv1BlE2R/WAg yfrLYZP0IesccGMCsTmVMtIhXFmlnyPTduiidYP0Yvv62EtTEixfU+zPn4F4FfbBvIaTKO3/8afC Po9x8b4MFZH+CQzRAyqNeM1YMYOtMBUVj7oL63OhrgBUmiPZuqw2pTFqyPCjzMYuq5VDAciqH19Y 3IaOMW+ngyrvrGzgjtHRSCMLFmZZFTbCjdfqJFTboERucstYILXEdYqVppM6VK/1UetTJo+jS6y7 pZiNYS3YLPlC4jVha4NmUr/gC+81Z8JeCFW3rHVa8idueJJrGaiPLZZ+0NPKJUV6r6kegSNPyM/r AN7gO+d+grPiYtedXt5UzTLXCix/AwMfg0jZaJCs4eRpuApSYOw/b89WBGqNvG2A3t6eOka0aYbQ /qJVMfMhh/95BC7+63O12D3w2T9TGl/RfPR4RGu32VxAJvpk/XpmmhqswOfXZx7LUN+1yuiwuFkD ZsPn/rSKNQZe6nuGG07cIBBm0CPjVtdMvBSicutaNG1sFeGiMHm5cyaNZZrVIHcfcAxaqiQ2rZv8 HI81kFBiqw2vAHe3dcY7epxsiHXZHaZaRdRtQmfzNcnKaRBNRhI1u80U48mUkrZTp8m/0wO9AGit 9YTsCcy39S7/0jo1405xMy/BywZs0DM+M70NiPaMz/irOScu8zYi8DMjYtUxyrkZxRmtQx5RPyOm SiwNSMbKixQo1Sgb3ClQTDK/OgD4rx7PqoIttTH3gd/h1eu3Fx5Y4G/lUKiamRTI2awgQ9KLDMAB CO20ospp+rNIJn/AMq6GWBPIQtvKaWHi9JlBlI1fodGyUcQ/fqCx7vwOOxc8QTuIjxtCH56fmINQ 8bcXZdCQCSxLjvq15DMyn69Pbyt7oLIO3ECNkNH5Ak3bwEK73nEhGD1vVHiEFA0M0bTy+GlcDRyH UlnEmAAqX6PBpUz96hANEUZL26xEYcHEy8yZSvRNXyG3NpgYXOXDXnASRvfoAsNvPpiFLBjfiTnR WBtAmrSWmGd3Ncmob+j3n9S7DGb8fF2gi+OS2FnA6RoKB32reNrrcgN5lpsJ1jZDYxtYYcxlvk9+ OLn7vrJoWaGWqhGv55edscx4H6pz0ZV+hdZ6GyvaOiIKMDJ5+i5nTtnGNs0wElrvHwq+1ZgUbSKj cNoCTdauvzRaLKuQIBNGTumsFZkdE4xNUI709cb9i81LworMoBzI7NuJCFNn1glW8o6ORF4uK0rN C4sy8hI80qOpt/knXSZ+B0eLN9tU+oiHxYT8OX6DWFV8u7UjUzwIkhB6QSMjL4W7Ip+BBHlTEAVe PDyiamAcEqBhZCXwarw2IEgAr/CwXZfKn2IMgD8rAAwGdRMg1N8uO9vzDECp8G68werCBvV0PtoW rdGTOm4JNAS1U4sFSgOxs20aroL8uD2Dtio0C2207xtk6iJVkXEXPRSs1Mbs4CP7nCEz0a7gMWq9 eklcL7RLKA1wNuKZYrw4ivBVUBg4A9MO0rhDpo3iaBuyfdTOoVM8wcZpWG/nPQEA4UkowJphU3k8 XjRIRDJg0vm4ANt1UNptq/gqMOnuaDMQ3C9eKhxv0+Fgewd8QRVBb04NA2BtO3zs7qF4rUiyjlU7 OnPtUkmKDZouXA0DtmKt16q3xgH2ojNU0/VznJmO4pBq9/2kCHO1J5RNgD7itmm+o8r8FblU8y7n 8/pqQ/tvu7sPoOyb48kcUoZfrM3QS83DnI0zDFJD8L2e1rdbh995nQvOGLjg3ROwcm1vuw34t1/U YmBkZF2cXqRZ56XBxG/65e1eDg3UXB9fYKyANfxWUHW0VzzXww3WCf2Ei5LNZne7/YJkjQ2ZGOz7 7uTstNMFDHe+rpwGCKTFsY1r7NHHOKuXX1UP4phCYZGTexXwFPoacGhYfXuGNe5JObCy9xr4q5ED Tt6MWkj24YaLCxSsiEBAMrqzm0+dSHfX7DOkGfwYhVDL7c0HDZN29N3/F5VYg/45/+6yuyJCuxmI +ZfGJkQ03ejCvZ0CKiyCd4hffPjd/qoxoqE+Tz6V5gXC7tFx0cobQWOIgLxzZhzos/8O6pBcdZq2 aA1dwtymBtT1ogFKEbi/F7bZf3f8BzT2aARFg0OFFC5WEQMROm2BctI/tGeMbGRIn2jW9k5wYM/9 XxB3qlX9BcWqd3cdU3jZJeD87eW2PQcHu2tHbIfbRi1mJ/r54IpSfMaWpsx0A6oKW76CuzH0ryR4 3l2Q0m9VWTAOR+Rp/T5fFGufasYktwGAo1MjbF/PG3PicjdSzavr/9vflHtGDVcpGhBNZHDmO4L3 4Wqi4cLT4E4ddKKfpAOdxC6nqqZX0oDhK9Ogl3dygB6XVlDbedm0oXWeQEtVxmgC4nRqdgWoJQ4Y GBPL2LM/EPWQfOKdogfqJuzMAjMo3BriTKobILk8xebOkICR1+qWmFwmP3CYshxu68OvfQUNEtnL PpwHhHeYYHeboX+NTDkOQDqOu0P/vBmT96rvV13PuhEpVZJloK8Xal7ti2WM8QPWvC/cGEJ+pR5s zl+4OgN7AmtXPGckr0qEGtcHWi1PYvwdU6jmA15zjHPWtLIJccYZdcZQTXNTe7M4KRXOdjFn2U0i tKmfXbbNSNkHsC0cXe0FNpatydqTFER8juZkhEGoWV0F1o+SR5ivkG9lDSwpBFqqKvqyki+l0vC1 L99+lGuTdQO1ShuqVQVdjrQNf8Z2ihcFrgj3U8ENXVk22IegaOimwntwclyALuUZAW1DHjiHbXKJ FbDuyJX2p4O1UdAq/4VlxsmV9JRUUxECCxTwazWrDkEbk6yV/nFgL3ICCJqb5MdpAYayQkwKKUS3 CxeHvPOb9KedRF+natRAecM1xOH5nOjqOaZ4r5WMjCvVmi9NqXWhKhXe/ILzVhs6VGcdJwEnSvgp g2dRB0j71S48oI2n6wMAWm1Sn0o1k5W3cXP6oPPU4PC4kR6MtRVbanoh9uRUtgmOo2EEwsQNCDF+ fO/5P/yAfBFwrBw37zv3k+g4EoQmZ57b/CppIUaqte335+dPelssAATgscSL91qurKSCxvDCCtMR tyBPYD70ECB6jg3yb0LAU+S38LXfKz2o5kBkAmlbQnMjzz+kIOwdOC5hioYnZW1/kDZC7Duy5QPv DhzjCVUFx2Fzl+JpHg7Tg9uCqfc51sUU+gEAd0+bolC5orwKPbgukUw4V7w0ifiy4Brx0lG8IgBB jKRKpMxgaA3ni8H2BaMOEvIoks+3Ahxx1sUGOBrcS160EeHyF1XFjnPiPN+s4603nGTX6hr/jQzC 5B+lwHiE+OWVaWwoQDnFzY2afyG3IinYiKeM90jCODdRCQLyzR1oYK570KtO5r0KvHqnLAxt3kBF uIO2W0Y1KMjWX3oo6Ma1w7AgDJ3jVvIiqRpCztQEkYYyNnrf/BUlrUlGJCgo0FwXF6pRSWgtYVIW N9IVGw+lsyt2t5nDqfFFBaCl6jsqx2xTw7CcPy+Z5hFWORVZcOMo3dKn9IQmm7kC0crDe7rxKJTk NYvyipYDB8zMWuIrlxcliVt1N3jfsTvgWdGJ2Pxrh65U7kCig1sMc+5X0isJQ8Hy+FPUeDUe1YBS MGg5RjSuApXwWP69lkN+BI+PUCIrYaRkXgQU33/42MLPOJGIYEAnaiImDEcyF8xQMqbkrxBa88ro CjVooVEsAF3RK277uyMwtDbrYnriqgSPm6CYxx9t0QVzMUcEVhbJEGqP2CsBeUvCqDCKTlFps3vo lMmSIOUWbVP8kMmyw5Q97SJzgUXRo6Yb3S5NVs4lY5n1aovuSmfe3VjY1xFFTAFwmaCFVdknZ+Is 99Q+8rRskz0DJtrMlliUa7qWgSlv0RbdIvGwV4KcAUg2LC2wd44Pz6iUBfEQgZX4m06a9m4baYid Mym7MEATXPdHaRWL8BzjGH06y/9j6sUbKuYj8zTapfSc1EV9zFHhfMBnR7wxcAxacIkcVhCQSUjD sqkUrLC4D2Bfbc10Ox0kMapXF5qq4sdWjUnsGFKPNTqB/iI8bReQmtIF1QRSbD+bUEclaDiVMHP0 KHEWOKNmDefNPGK9yUdwWrwHx/Gc8hft8paghLXCxPRO/erCW6h1Y+Zi12XxfRi6EFRq+ge/h4ub FGTKPAq3i2kzSDSN0gKGiFnXJWTBCI5dAk3E9aolpGSmuq7w3SOzUOCmAZZJA/7jauod8BzVM8wB 5CCoNnF6C4EHhACF3AY/knn5z5NDMhQQH1DCAYjmK5Ak0G7gU5TLj8V/3okgF2oq2B/WoiLDNERj zQftqSZPmC6wiIUzOwOF/MgUm+SNIoXV3/708CAHqK6xK9ERbKszInPxdtBfgKMsGGQlQGMaDkbz KZUgmAQ0iK1GdfHzMzwGwvOSUkk5vX88KRqiCyEu/ys94sNochBc2Cz5gGfDCaEfgY1yKOTkgoBW lu1tgX2nDX5jXCBjRiq0Aeynk6CVXgsQTg+D0EMSAjghaGFp5lxJQ7s/FLpJM+jDQICLF/MxjdBx +lCaD8piVF4pxOQpAj3L3aYVCpSE24AkUM2UeTciXv0OL+3FgS0McpawWYr+J/sd2gvdYFWgLmZG mOq4Qo/5EG/TesucevrAcRSuGVF1UjNrGuZeSIguaSQPJDsDqi1NY5luAvqB+slxh4qYwnoRmRz2 wVBbaCEkfBuOiseabNEKPNnkkovhZGkPC8n0BZLMi6TlHy6HBZBto5OzOgC4AH0tEMwsn4NfYZ8S ioMZiczGcKNnEG1FWS2FzDQfN/DMJ/y7YBX4ifvM1pZJTfEw/z12M4FmwkXNLIMHfybJ8CNiGSRx MdlDtsFM5+P4zIKxbgjI21sNrLVs1r0FXiLRdRae0cgQrV2m2XwJXhbfK+ue/8sRogiDHxEXUWSZ zXn65EryIwoPYeK2LYMMBgfAWukabo+rtMR7aV9/aW0rWhsoLDBZ8pY7Vi8uQW6S3tIVr+OFchKA Zb3F2tTBqBKP+uSNusxgNnMtQZ6Wd2V7ghSMBd1rrCNdY+qGfA1YmdmXm9RQ7q4uJRHP0ARj0eqW d9jKQg8ziSlRTixz3OkQXsz60YiSFRrRXDNfmDVvgbhhbvgF+GbhIAZPStHpBb/IJHRBqGnmlywk ExgRvXRH8F6mPlOTYclfaSYSjgFURqY3Z4wsRNSVISUtoovtwIE2VaMJ9zrCWqq2jecwUsv2mJfv xsWyo2GGXkoJHXt8j5ZvtlUb6h3FQF34wo53EwZ4Kykrs5Y1YRyqP0YMJmlntdja0LLePKngWg/X TauxklM0RhSgjfyuuBp0m0NoHHJ8O8WGDEa2SOZ0jOJlrgy0XpmhFooZfYOMCFGFE73QQ//HCfKW t48Nzkh+PvG5xT8G1honm6jADeNcVMA++TxVgztP9qV10neaauhnQ0HDxH+iM3IR/F39lUk1BLmR qTx7Qxe2yYhB5+X4YTIsGuvOJldH3pgwHDAnNrZHgMsTe0ERlGwFHWzrkSWbJ+kwShohW5KwJehF rfpgYizXz6wz+Y8X8wYMpyFpj+Z7Ml8iU0DcLQc2hJFww8rfzp5i1wQPe7dIxCxwmvfw7AmEzpl/ o6jxH55Z1FyYVmGCpb95sHSwREqKRx7+YMcZF+NHr0qD6XksBTbs54n2Woc7ncS8KdCw/Uci1SSn BaPUGX9ta9WfacgKyQ/TLtKa0eda+4fbpwZQ7uaU9MmOWEtr17gsxs0kpUUiRMPBHnKkzHO52gg5 6XG+pVwJE8pbozxpWj4mV9tEM7gUNDvMQDAmhbZNKTfqLh3Uq2QnfEdEavx7hnZGfrZNSaxWVCf8 HE5a2w8LQNVPzvsteqI6bmcfeTo28xZR2mvOy946UhzW4Ew9o8ywQyjEnmynPa0C5PXPcU6Xw24q 8hexiwdFp4vv6iX2is7JUugDlaszjH6+93mBXWHJ234FA4QNEIhNiF6J3A2XF5W+2T4YdgJqwNKl pHsqNkiDt9ARBD3FK1WTJSewCs0MeZmTR4JYEJVh/RVbaSlSlNnF1YLu3DdsRpVKsC8rjRscYlfg AkqFY1rlABeD0tokDWAG9AhLayLKKzisvd7XLZwVMRj2aS+1a+Gl8gY3YBscv7IT4V2QRnB8HGE3 Kge6g1NBdeBaLlLR9GRrvS3Jzo0DWuEb4h+XAvCAAaRUIVY7dw+xd9bJNSIxqrPX4fySJ5xTwz0P wKoOwfrW1nU0Y4WHq2Aq/JQPsDr7/YDIqbZtoJVKBTIRCttWezTeM8QMstUZWHibuizB0UZ+4pmq AWop64JN7FW4XCBT20QNWgNwfXeiHC7oY7s8Sjw0C4gVpXMlRyBfEEKmCIlKIDjJoF2lEHbfytCC yfAq8atdoPpCh/cN47X+xYqG5R1AZ7IejkiL3FsFh5DqinPA2ojV4WWwYSVPwca2u5/tT7fPvxqq gFL1JSQUfCXJgpqrlAQpy2g4TjGWu7wMkmtH+GG/V5VbhqXxsAOdwBSHdQ7ltRqkhl9/FANXecMY OzZztucr6KzBSh3E3QVIe+EJ3x7IDC72KjApXHP2oGPJg1LdZs+9PlymfHG4tCEHQiqOrMdwSsi2 ocGNvsCZl1v8amqW+qGvY2Ir372G/drSr18h6+3El4XRd0z17VHO4r5R43d7VQfYrT+7mzr/GMEy KcZOCkBBmM31aoip5qi1atv+rX5FBVL8mO4HjfdQAwWp9Sy5H5Do5XK+HO/H38tZUuayvV4PgFtp il/w6OVwvitvUrKlhAQQHE2aQgKUZRf89Hs+/8NYX0tfALvRrXf/4NpwbJx4cOxOZkBmBELu/rsU BX42+F7uo+9xudWXgRaD3nfaEZZOBLDWAOAdkFtLvNqD3KXaiUuV7PAdXBbmLSvksMWyBrI5N3e5 1bs0Gob+RZYKdkC85YnIlpCVHTYrjR2UV9nkag7svxKNWSHHdFA/xEip5LxZXWP/u/1wITtFlKkS ncpulQAkVumr6jwYQxe0aUIRYdPGVuWO1XNzZXq2P6fc+xjfDhtyQg1gtpIbtl2ghFc4viob8ayl YugXFTVkKop3TpDCw/ZSVLbG1PZO021pa4VaB0u1r3dOQWXWPE0RDI3VGPsYzMcqqe+ZcGAmOI91 telDcQu2OtQaKbrAgUFY1HZLzml2Zxy5mQpKWBOgFBaEV1xEHhrzEu7IKeqAXVib9cVyEgBrTbfE fCi945EB0W/lTK2M3EtOqEd70BC29dy6ltdIJj1NTlX8zc2ACoVpeh7HjLsFo4Cf75wWp7w5e68h aLqCglaaOl7tXLu6/cH/tdiFtbE3PmuRYTa9vaJTFk+4dycetoj0HMurEAaobS7rPv+EC+s2jkQ1 aQcXtzjBxNo2y3ngWrxZ9kGaWhj6qt/AbBuCLHOCLb2uSInOcaiFfWK3tn9rtMXMbkEuhNfgX9Ax K5gF09rPt7Reh1jyg7hoD9zA611uhzZx5jkVYvAwOKTAYUcZ8KWC4wOfRVtFWZbgqdMFHA9vJ3Z/ Q/sBn3mXelpMyKlwjIXQg1dflORzl4T0go8O7xYEkKI1eXbX60z1R7W+Z2mEhINur7A13FXg2Tao ZRvPuZAhh2HoJRNUG/BQPgrtQuXnxMkpjI9i0a/vVhOJ9IIgXZnQjHe1PNSSwi7/8d78j5UO4OJp tDkAE16EnOui9/pWYFER55Awjlw879Aw7hH9nw1fKlJre/u4HP1MPqkaBZB1iXlunrU1TSERmzeL AS36Oq6reP4AOAratoX00Fv5M1S6iMH78zl95APkUwJMGBoiOGzTwkSWX587ER9MXqANgPK4Alru NNcuKjpXvJCNf5xzpJvEuctD4233tIJNXyDzi0ipmJA25fv82g+2UU02zuVAoqQOANqL3XIVeVl0 3NAYk7RuHCyN5BPqI8nmRcdUnSe0q6xoFUDAC9YcmoPYmSstXgTROfCdSWxyGAgK74F42LTdkNRQ X7TDdIv6QmV9JR9BcjqM3s+lf7fFYIb4A6g9wnG05SAXFFBfRN9sCE/UQ+lVLuUikkRgObzfbkGk JLtTk5jIywwR/M5mukA+0dZgjKA/YPJw75kgBO9qUPPxgyxoOqd8CQG2m8NzydYoCVKEBFwc8p68 RKZP8wk2rMZYaaSoytTiVPJgRd+PZFbhjxEt+CG6yUwRqjEsHpRj4jPb2cdB8ghDTB9okSYI0isE YVL2FZlwZbMJ6v22yzIPnnw0dlSARoMsw/mQ5Xplu7CBEAmh4NyMLl7ugMFi0ARRsBhpPCnFmjUR oFImIhhLoONBXzt2ps/CgKSBkkz7OPQiXMjoT+El1qryCzD5Se2tBL2pVNU5RAtNLtPA89tYJ1QW rxGGiUT1mNrQdL3W0oJ/ZkPA9v0i3Cw6FkTH/gx3WJeBcgVzJCZyrxExoGFZhi/Y5lVh8PAGzzaH YmibYIZUAOX+DFIJu6E/CQtTjP8VWSU6sGzBOMkBbIECrFJHZ+JBBWZ+OvORggMbcC6D4Oy+N97o X3YRs8EkjecEHBU3wiOG7Da0YC0oLi4mrQSLYHGKDFv7/BwwIqT1urikXaFt4axmpXA1NGaQkAGv ew6UM6AMaiqug048eXRBv/bi8UVlBt8FBNh8UZot9F6LbN3XAvSwp3hxvVRXo2eJAAMB1LdRXHk2 IwMyn2N8h2ECZKuOrM5xRQDcBWaJefn59F/1FITgigJExCW5zrF8xe8F50JEMev8A6+F2TYeMeHN JrR/kEThMKumHWJSsSmZ1uF42vEhyxy1hH0pLk2yduiXK0Lgy978D1Byw+hCK3BhbU8ItZmtx/Qa STMIHfxhRnRgKjCZtN2PFOvy+RlvFWICEVOJmsJjLwd3+ApMbImCCjxLC1nScNvooXWV1FtiMgmU QJ7OSNdYSmnIA9fMpdJPPg2wIl43NRrsIADESDOiLsmCA+QNxlSSz4aFjTLPvYKjA89ko9nDjBJP xgwiEwZaec38nWJxBraNCVaxTg9gqKUjladyqm/pMLhJ28EE1BKjc+SigTCbmPEdacFhi+VbyGg2 Yy5YV+DKTy08joPplDGzeF5lFSyjrlgbZ8vqBoApjdUpnNXH8g2hhJB2lSRsywtxebXu1BCv7hQB C/m0ZMrnEk4HJDOcVNSMpr4M3CxG7uzF3n7oI2si+95aoVV6RIpt5CXIQFep4dZHBsrGaf5chIVZ GjoomoFFb+hJvII8ih0Un9tHAN6XM5aDlVAy3qTfsueSXCk66emD8jNfVBWqzPqlyZkJ9sAnGVU9 oYTkmcUDv1AMwmgvRvqjkRm60Ehs3qwaETE0BpoubLlD8x6LIxuYGWzKe5bQ2XO9y7P9avAsKEFQ Bp6xzYPMfJopmm9RgnC1dQtEXFGLPJ+6RFbSPtIcIUimEcvskmwauQeRyQ5QSym2aZK/WjTAUhQv /bD4Z4tYFvMrPyZQGDxJv13G8I6BJc5BzamM9uuFLpTTsurE/cV8aNJxuz4dOW0eW+2ZTE1d1w7a EpZnHvnXpbLvWtEuoV6c2UStCH0OhgPhR/iu2IjRgqM+bEkdDUxGWrVaMwiI0+6d1HDriZWXcxJ6 TMO0RHO4tPpYT7kyJWcKTMrrJOb0atIOMxi8PCMPGTWXq4Oti5KwjVK7GMgM8cADWdPy1WKfpFgx 4aTqS2BpQ5Td9mbE3sQcjcSnlTBr9sTfrllkN64I40m2vZHxZrR8GUV8FBAqKNmowW2xILnS/7qM KmFDq2AIIJn/81pZEm2oooWUOivZauqpHEOS9qHuGM/y0sbTNNSJFJn6epTL3AuU7iQF1/pCf1TA qGscKEpgNKYCxnSEPCzEemDjiC/1RE188mInlXLRX31tYUpZNYzcJDlZ/CgWnA0/tBVxtq255s0u LQi4k4tjCBtoKmwkQ3nVBzHxaakuyTUINqH0qhSJK2hVzoONQvzJVGXGKWxWEY/mnaJpVlImxUJr tjBA8ixVG7HWs9/u/rFLIyjdzO9Ek0dSmBdhHcVYsDvTbsVcc6IgH2MnKrQaDtQcSVvHNSoP03ri 75lISU4ecfww495BAHblcBpSZBvEmpOtYcRdIzxt5o/QwR4IHWzh5o/pNOnTiDjb5qJMgrVpqOAF bpkrs4BB9SxQNuvU3oSYUZwHvZUM4RzVFrlxnS+3NPkmY51qicqDjXuXR9sWzZ9Ps6AJjHxGwRIp EqHT6VQuK1K0RjW7MG0w7ik2ZWUJUg5t5L5GJre6hXgjPr2IKsitgZ8AjXH15DxtJu0biEsX7Wv2 aToo49DG4bAAvUspC6lE8xKgRSggigUAQl9WG8WCOhURcOEYI6DIylmYHnxi1Cu2Q/kVZ5zzKTvW R0QpiFSx2Cl+2/DJiGsAGqxmYQWswI+OIlo7C8xueugnoMb/fgTZqH7pYrgfY6zMRPy8jt4TELvk yCt21JpSk0BFa1KlXR0E2XFCTrPqUDkFN5zOBtu0lgoBJnxZ7j8Vx/ZYdTC8TOgc2hNcpMyFSx+h 6BwDLSboxDwLX3xuyAU3QKEQx8CBJ8BCpAK3UU/T3mSttXiG8xSbeKYFXHzo2ViZXInPYM/AAf9X 0FQMQnZoz1rl2DrHG/mTA88bqfO27HsmmFWsq2gEHAH2BPbQWSCz/wzBWRmOAGJQMNxVbYCRrSs3 4FxVTyHVjhLTMMAiyBHoTLAdzVe9DSzfyrVqOS7kAhyrSydQZLLnnpDzBpMyZ6UByDGoMod3eHkB cFk6sKcFXxBXOG7ArJPRKrk6SnpYC2DM/5+mO1FsZLe5Lfwqf9qzZcmahyoN7pPk/V/pfovOPel0 21INJAiCwMYmCMOhYtvNB/DtRBPIGRgTnTKaJ5Mo9oc/K21aCV/KCDfVGFW74aD7d5VANN1ZdUKe 4lpVGmCAgLNQ7ESs/konsCmfDc8x6GA0qhAsDCZA5ndmmJZ1pWrAilCoL4ogrSxKPHWtDHkHLQYJ goNJsOq54BYMUOpx/ARrfQ4AMV4z4AJmuF9UzgPX1PSQuNhLalAUMEkADTVSr1WBBTjGgPGVGz0h 3wefn4yKMqq402AQ+g8N/IbJU32cWCUkDuB6TGnwqQIRKkigL6srC/tFu0VOtyFAPZHrVyVkQas3 WKTrcZsViulIvmB5mwQUzoizXf7iGy0ZDVvuRL1u2G1Yui4okK3OBDFtoL+ozmjKchmQeLCtrQhx 0TGA1S1BFL+ulY9WfaMGhSdj2qL/wnYn5Tnql1rZkH5/R3xHpa/SCdAVzKxoBhKy2s4hyFXABiqX i/G32uDA9tNNSRC86R14nK6eRx5ne1qqlDKqd2D0p5PuOM8rJ7iVjJg/1xNtMfqqPQN+4wWvZtVe JAi+sd/1RjZE35CNQc+yNuSD7R3dXRoEJqxhdL+UQucGOk2sotN+hzcrDoIPT/scARwjua/h8W6r 6qyPB7/aUEheVKenDQ2Ab7OIMVL8+tOQHlPxar+0f0E193Z3gPalmbIwHlThc6cM67VkA3q3XIVM SCdc7pcTOzMwQ6Ov2HrFPfTKeXzagnbuW7XQ2xtirsnsAGSiRRPwifmVIcIbb/uK5Jr/qRIia6Dc UFOFSLyusiQKLkuSEBMTIQ8jPeX34GyXGXS1rL2l6ssNjNkqmSWfVNKqPS2UQwEZ5bjppo7LZ5hF WndUNd15nUsmptlMiOfvrTycCkIxwV0P0jdMdNWMybLZzJLVJfAg/LJ9GuI/vVgfrPVVvnZQqHr7 7HpNqdeEwULInnWqJmOo/LbbTcaWC8KVZjTFWaW9VKTzYYHKDkbwxC8Fi8z9cWApfLE5LruwTGid MVpEFqrY8Zksewd+kopKTfatMIi0zeUsBmVjIjRCk2QBTp4UQV2ilgGt+SBsiCm7nT3VfUmgor7K XGsgG5bRkW90saiO8VaRCZTHpAk2GRZmVRQj4hMMapA8Qp4Cqo8BdcxnJbgPqmCJABG0vdvSb1mP LwEYGtAx4E68qtwTp0O23PcWP86/ByrBynsHaOY0sNUiSoF2oQq0Udz59bFD/ize4UeI/PA//WpB rw6m0GEvjOyUBrHABwCcFOF0eSsH/kInsRVHD0oqH7WdoZGf+GVVSxN6g5cEI55m4fBaaQqhE8dF xMEl5jJrvwISrhFo9lnt8gy4oqBo0At5vsAory0gK1KCVHgwLoqgIowuDo9oCuitkbnlQDwNK1KD fPC9NEUzBXTxt3mVnKcy9Z7H8xdXO0haGMv9KY6yzhdwc//5YPVcTiPsNLra4r10RT81dgZZjNlI Ewu+NZ+QU5yLr9fRtZN/3eKicBfBCf7mI8YH8pKwGt5dDAFYpPSElVVbKnTjTeI43Bii5afFtxHG 8fNtiPU6Q/Ky3IkatVokxQ9/kbJ3hRBrPZBD0RmF0Pb6jSpgZbaCe44z6bmwGqBPJWSiTBgxLasu LocTIspP5wyW46l+G8HoKzZ7hc5UWvMoq3JEiiWWVqfrWjQBvfZVcG/Ete0y4GUNwrMfoqFRP0BK sRA/jf/SwYeGiWeVV1yiRhqKEjb0fBsnLR4bcVKOr1Htbu4LBICb48khworIQXetrTloMOgq+poa qhdB4EWF2q3qi/pvJOsCjoFf+cuCuFF+3Ns7AVhip5LMWlZDCcLbILUbTJRyDQH+oa/KJYnd0rKw +XCaoBXJMD2i0oHjJR9Cn4grl7vayXpX48JVNKD/lGh3sraR5qfIpICmaZ0yF/Xd+Jg3Qi2/JVzN Nte2IgHjokfEKqoRHTxjFxskE6fgOsYaJRYLmhreGEbftQwBCcAIQBbBIwXgwhEFxqkhLM5LddvN hhuqr5f9pdReR3OyWIyFlFjgDXyMkuuRuWkNCiAyS5pVhFzpHgNLdcsMtL2ivA/tzTMWRVI26Jyp xCREM+vEP+3sc83DzzNJkgzsQBwiD/MbUIN+wI98P1kb6YxfRTYwtMukdXGJGwZEn8MWPJ+GfuIU wfGYF1eAcE3+DFdCCv2otoUAS7QWBzJiZuiQ93o9q7JSmNH0XQfnmMECbpehzUKlxWl1VjVjsywq rFDaLeDZgXiwSoJ7+mGwfJ7F8bj67O+SqeymHzS638Mwx5YK8ikoS6ofb1XSrjGJ19uzCeACHwgq WRUrAu4fH7yUKKNgvtGTcn5ZVziDMo3yVG4kURL2Fr8R5kalDT0qomcaq7lK8qRGMObIVk98Sj59 yxyLqDXrV0yFtfoLuCBOMiS0IPSC6ZFei3SdKoELmKbMZOuC99d/VWMBX+QfeMSgGQqrpzvDARlu 1MJgG8qvSEL6ALfRBs0TaVNmIbrVoLFuE314AIYqnByoUVWFYnsguCdV+GaUuC9+twGmfdudT+db 3fa7FIdauX52qwfDkUoLAL68Xu+Aa4GKric4kTj+uyehv1bOC2Qx+K6ENj4t2Abwgys0WTsRC5/g Z7HNwC/6AaCojxQtdN/3VBNCX5ZHzuSlNJL190MhMXrcs0pbIJOL81sL+ptt1V1rGXK13v/P8hsw 8rW28wIgaewY2Kl6B/r3uyY2SGwr0ZNXS6dfC/Dt+868Z8It+FbVyon0tKCD7ycWw2ojU6BWBuWk 4ZoVElauBXRsYzqJOaiReIOUnJaIZgqBKbEyEjj0LzVtUY6A3giVKjPNIH/ejZaq+6GVACjmwpPS bE9zX6isfxRnCPgDhWl5QFFk+BBdw0Qupqgx80uAOz5mgIYOmujUQOdst2d6yRo/XkOoSqUPIqUj fkq3UaIo8cr2Eg71YnWokklOvmAns9u7ckwopMFI4WmI9kI7GwA2IEjN9rjXFjNtMjUo8dMH/AfS FEcAVDzS+pQ2M9DqDq0y46wPzK3HG1iIvR5rKVUpC9ZuDaphkuE5KFHWXMttKK40YxkTmKseZl2G b/IepPn9zBYj5qcwRG9CBcvSJKPvjT41WNmS/I2ol1wDLWzeZcfIIKH7xXQAHlm7sna0CqRvlPWA Dvcc8ObY/rFcK9eAizhY/uUUO49gLCXWl2osgPjitNJtrWB2yKza5mGetNP+GqpKHq+RQCF3sLky eopEmB6g/mqcVNzpVXkaMqdy1ZcwbTsAlSdAElWyqeqIZ1Z0olIT/m4ZMobs9CJKgt8hnQQ6OqnL jL5Vj00zXuUbeQvG1mETw0imrt1Kz0rpPLNKBgU6yVUcQ25/RMCyfC5jYS2A8bEM9qS4zkTguSbf HgB6hR0O69BhpYpLGCO//gFBsjO2pcgGeqmdC3KA1t/Woywgo6u6L9Cd5TKApGAeDiryADlDbnW1 P9kTbyzBq9ljDtL3ROoSM16tIt1WK75Mnm4HJDLmZECTQy/drq3NbtfQg3HUJr909KKpwBzpqa0u 9rnYw2HKrMov2ApjFLw6uoLR57SbUg1udooRDiT1kPbBVHWc6HTFVOyepkpfucS/QZwlHBAkaFE4 bNM6tD4HW4MzDuYbvW3t8UVYLI0SmFDb8udZcri2C0iROgRTUyckBzbm09Eh1pzUgtWhTGHarQUw WapfHQ8q30TJ5vvSrgWP0FptbXOiGYHxa35QJVOA36NFVIDYwnt1Wkzg5y7JG/ENl4NW6JcXc2tN IvyQflaExwibk1zrt32pyhbQXkKqjfUgOJkCLCwg2s3cJjFUEK5FwolRWlleKTtgotu5h/rd3k/+ oqQbUTALkF5mTTsz2hw6pcJdwF0nEn5F0RlL5bmOwSmcQIcTgUSptRY4nYeT3HZm5ofX6cJcS0ZO YMkZwuDlU+bhC345rXBAeJddsqL7Nlbz0CEhvGckLbCkkBVvhHsicsqrcFM/llIscgQ8Ol2LPFze U2GLbQaEHoSzJu69Fc2jCiJst/Fcjm9hQqdc+Xi8SLMl99CxvHVrW6J9hRoDdgaegmGtkKoAxhVZ gOm2aMyVMvY32LbTmkTl7fL1VGcwLdanDhIsqBVlwyrVN25XeexZF8ZZIkkYY6CuAF54H4DMSV5i 5aEdYwMGaXSck53kXC4okN4elp/Qkvie8AnYJ6wUmoDtJuo/hbWGiKptAu7w/BjUo8IuuIWsI7D6 VrwCqCzkUQdTD4FLEGiBElykdhJb6AlIBDSqNscyfGrwHMN3EBjP4G5RhFqsX+ewEiBGTES1lqEr XoKsi2GLW95pWVCbvcKbYFKaGDgOvAEBVygZWouypcXwsYqlBAT5RxuAEiQSyuEvX/X3UnFm9TpB Xk7eilOsER4RdNbRbGQG9AM6okVqrddqbNVzvU1XgWlbJXDhjZiW2uepyKIQygizFwU9kL5r9hgd 7HddMZDERHkwbx3+tf3w3EqpJHCVVVAQ94vj9+Kop+AxsFsFATaOkItfDS+CFWnlgj5ryg75FZG1 SgcfK9gsmQF2vitc4MAyrW8kTl/OasSmBoWBAWHKE7lAjiPGliO4eN6EVRtSCZulEoBQoGsQmdof cFGRIT1AUzeecM/KRPsdklk15sRc9RY1TPyNo1vpgmDeeZS6UD9DxRJIVXTzw6aaJZ5fWWYMahif DlX2pHeTWVRiJZ2P+6+jwhoTCL52gN5q4gWEbGSM0nYynR1QiBYMG+5AyoqGr46EtwKD+0cNFUAZ 7nGFio8r1Z4xldNKvN6dkhhgPRCzB6mCgZUcJLhV6tnxYc6qg2krp0yy0fIlKFwGlF87iVIxloMi EkBKfF4yUqYF51m9CBVWjg5CrNALInP1TtRvPh82KqpUPeZ8uetX0PIocuHIQ2WsodoK2zgmMx6/ QiFKaVzVKzl9TbvVuU7DhHGFgxtBlwYcl9XUcBSmShqATjPWX2RAy5RioSzKNxvWvXoaaNlHhssV CNWgfVMJgt0Zf5JQ9GJ7Nwu8cLe+QkEx/x2/WBKCBh+PX0ZVJovuzB3dZshYoVFDqELfzpVrB4Fy z0Dijn6jW3UNBEzhFZyRBjDHQsXht/FvXUDUzSMkZRRzXPSFb/yIUV6ipFsWF5k4RWXQ3TtrVLLD eEk8BQLTUoMuyaDuSlC2+awaSQU7vp0IeTib/6qhLGdFPyY8cA+knVphHNOfuUojGhM+TOaebBwM bqiy51Xg3Uyi2O4hSaogWWBMJLy8foDuVfdR5wRwTGipK0I7LfSsgOrY44rGyExopWnjvM4yHXjq 19kQqaHDCnmlDEKf6xiYWdWRayP/fXJkZ/qlCLhiJQofeRrtG/epo0OWpj/Mv6osh/XEMpoqNmVU FdxdlSRhtLMC/oY+swKgerVKzK0vmYI2MpRVIUC6xO5mp7yvDE7FzQ2mPjAvoG8TYZSwBua2a8Se gNJbhsSvXmydwgB3GVTfyGqIVJW0qdkv2QrltoTKwLH2Vi2jh5PjG5kRjKSyb4pgybu1gHoqwHqh /S1t0ACLnv8HPlgprXFWw1J3VkPB0lj/4DkAaMGkRdpahOA0zi8APlmnt2+sogaCN7kP2lglWDBd 4UTJwJH+lu+z+wOYA32zdJVr/pTCs/jbJs8RKzscjgWqs20paCSWkI9CZsJoB9BRqpyXknetyrcY h78Vz0Q04XlgJvw9YTK/lfsQWK6Hg4IirOM28dwEVI5g4AWJqx2IBtq0IrxZrDkbnDOBMLwmmRRd aRlnUcipXaKC4ic/A3mLXEZAKTjmCfOqeeix1Iq4wdqc0EC0+Da6wmMVNQDnYktVToQfCODR6Bw/ bIiQseJAUAJvc6d5YQ55xMo/FobZ/cbRc3Uxl5973btjgPSmwKuAyXvBGsqeRFHwtZh8RIO8I0EE QJo7rFmBnAmcm8X9KLRGXPNJbGoLel9xipyTkY8KpmvHXJEq3eFIeqT/l4aOr03oXuK6+KnBy9rA vRR3jMvCnEQLW0WhjZiiKFHWDAGJuyYIwmXaC06kK9BLko3PDSCiNMC8PHQCDsoAqvGAOC30es8Z paO67kK4GVWhJTTTMHUzNzA6nKI39gj3LNqtX9GkvR0HsgR8dT9MEPR42xOAt2gCHwBoLilzL9tG PGVVWE0awhHzs5nIycwr8g/KgQs9UvrJZDQdPtN5syM/1vMA1JA60K+pyBUsVO8k69JScnNa1xTb arPHNHntyONXcCybMjZZpJkuL18nlIgTmAUAL4NCdnnv0iT2QYjoSyvk5TV+43iRBSCa59yODX53 TpYgCVjr1nduUmQZ7iVoIE72KKSPzgFwJqj2KIAQjZHvsb7f3cZoGK9siF6UNWi8YicBJUnEr4Tm /8ZLPEVRjBFs12wCFxkF8QG6XY4XINHDSa0xKbAaUDbY0wSoymZEGNPAKPKPEX8aL0zjYLaQByX9 hVE6HigW4uItmibvVPTKFoHUhXVdY94zCG4Z3G4TAoKnbUELtMoLSgd0wAm8oUgWdABS9jm4A2AS NOdnoXSTScQnjhvYif2w5nR8Yw3wGUDDrIhC9LKUV4o55BMgUVCASNmsDRcFkrkSPXDAHtAP/Jug mBFsZmrgdXAZExXMKCEiJOtWdS/RwovLgQDmSoepDfaviFjjtLO955CQIJFvOEP1KhgMNRsCSKuJ oR4HCyDEFOqbnsYkkiJaLVEygmGzKmoU6Nc6ItNacW4XoiaCD+APzB0QoPODOu4TGOjZTGtwkEAf hqOtRnsE32AHY12WrliYAtpSaugI0y3ETwiuoydaIbk3AL1gz8DVcIMYZX7WEo/WmFCZCgqR3NPX M6GGY7kyaYUig4XZHHG57tX2QAcgEdMpxK51iS3UsfyaD5SVD2+H3tvwAmILVggqAE7QtGdwmYeH JZZ0CJp1MajHS0klxhQl0gWJVEx5gBsJB2RZaiAJ1h8QRsL2A/No5EiYlpgbYwv8yBnQEb/SNFo0 sEmPNjV1RUv0nGwMFFRT7B+MowHR6lIAcMpKsQufMLEyJiZRWmjZHgQ8LQ+YTt61X2muX6UdWwH6 mWVWkbwOtBSUiDIEg2xpCTbNmrG67jK61xiVofVfq6LJRnFtxrfZoVGwI7whtqKRA13/vdFYCIUB xa0xmpLYwf4js6mXYMNWPmtJ27HLZb+rPe6Hnl1lmGY0wKRCEwalBtHTzj6DuVEgL6rcDWl7lK8Z czLUAK0xIbyczVeSmbSBjYmCDF3Y6uvmgeDXbAcKkMTXd9s0fOs9KggByRE+03aWx+goYQNkNiKW Oe2iMJYGusbr8Hk5GQiDH5LGEBNRJkRlfvMmvB3rGNHaGNERcmgMKZD3AailafTNbNXsoXK0kF7o aVBwlGHKHhCkiY2SQWcOg4mIoKwU2ZPkkDzvzHz1qPoRpGyVNjsbBIuD9rZwUw2T3hY/UmaN+6w0 Dc3UX4AO6Mu/DZu+yUebvemoQu6awCCCry0BxE5d/f5b+8IvMRozZmDcJFPmVyPNkxw/zzL3tdK9 XgKbZlYxvqxx7Al8ntpkPOIUpILVTqEnLaPWDkR69lD2WXNq9GCRc04yTlZyi4w/v+lp2W46RIQs J0+Md+BLr/AiW9GtXy2T+TsRSi108M8ATbAtPFEzrNdshbXRlPcEi4V8jaXIahAE194oxOYyg5ZW HYToZrI7h9EDGAEW3cwxXmwZFU4E3qcFematKgeaLbV+mbGf73j8JjSBM3fNtcDGXD7oq0Uqo0pp ZJ3KkyQEtpOTphm8MnbIWGdhPEJLfmt9mO9B23oDRGWWn51zUXoUixus7HYrEZjY2Q9trHChxgCk 9ddupni5TJe5U203s690mYutUSods1TNjABQK2yW2ZjT82q2uwwIT2H5mV5Il0PLdUtnLZdmhGG1 yGg08LocC0XIhlWUP3zbLdI6pZOIkzKWCXvvqGhrUhYPgTyrQfPrNkp1ttrCwf5QAe3I4/atVdXE Mezc8RQyAJt1SNgemiFiSfIulFmjB+aOSWVR6I2sgJhB19pSVEbHm2p4+szdTf3zvc1AOoPuawFq iwcj7flUWD/IXfRBLf1GgFFcdLJIYShjSlZTaOVq6y1tW8hoV37I1CRnkz2zwWHIZDlIpC0Z5mDe M6pDKbJWGfn2YQuyjAor0LrCknwdOaD0gfEghfwZmk/5zHUBDX+9f/Tcqm3/Gm+RSEzkDDKhpJ/u dpUYAUOjwE0LqSmIkjJ3db4fuTVhzTr/WAkEkdxU1pVf5w+OAFRWkpoqteeMhURiZhM4ou2UZGeg EHz5HEarFkYABxKa4V+mEnPV0pCDbPojTApQbcPAXnoHQ/KFY1QgS8TTQN2ELEanYKwwLFlajONC h4hlLIW7fACucc41L73KmUsENhEQoE7/1KSAiiLAAPewS9ef+4IjdkBQgMqgwW0jXB2iGOHoxRRD 2GwzNfPVnt5EwanH9l9H77GQccgXqGvZJS5uxF0uM6JmZwZFcI3qU98CkLWf/PWfjSpq55qzkZFS DKtwIDvIjhTTsPZtGNp+bNW+port/qNMNJAtI0UmJaTaPHDkVW5JTvgrPDgYHZlbgT7hFhsqaR2j B6nMK+yptai1J4Fm1MnC+pYLEeIBGAy6sNt9K9hCr/vaoJbhcntMYQ8Eg4UsIBB2ANSNuf2uI0Z6 twlxCeaGaYRXWAEh/yjJQqOiJ7RhA2QRjFe9shmIotnrZJP7dgE9pmqxBDPrY7u6BANDz/ITSz65 pKZhBJRA2k0FUka8Y+e/nK1mEz2Y3b4pK5Ygmr/TdnLRCoYmxuOSGgi8CpIsLYAs+IxEBFi2M9Pi pHdM4UCn+Th0AE9U3/ewPEcKBroAsT0LPxiNjy6iWEoCxBWOdxymBhLyLm9ZbOYvAJpqz0kxuBvW Ghonho3hfFip+V2RcroLJxRmglxOi/Ax84Tw9oAbIV1xKSxJcRDSTFYxuiGvyhlr6mB4erKT4Iwd 6qqne3KHRxKhTnmX3q+B2KsgI7UKsCThlwA3EGewGEQKSPatQq8KJCf4lcq9yKzQXx1bgygvcFfc WUKu6DAgFM9wg7wK14zy+r2r3LHy5sHuVWOGmsHGRmEPJNX9Bc8TkxhvWakHJwZWhUJ7wWXODgS4 qUQBycLF1TWdXarb4DV7BT0QgJUYiYbq1zVw7xJHVOkL9cGVq4bhbVRD9lWzzGGGAMbLgGZV/wXo gnFnLwU7Q9IIDGl3OUeH1Z+tmt2bSoQfVwRZnWXIeMxd7TCaW2dABi8j2MLkldXYbH6q9I3h3JGI UM6O3lPb+l61i/l4nk+TKuLT8aEAx317fczXa6W41ciYf8K4zz+KQ0/TcZ5/9mcnK16Ox7ti0KpJ +/W0v51uKMjzZXoogHxGk1aGerodPaTCyxUAd8Dj6TpfMbPPXjc5pFHRDl9VUATxm0gd5+hDgD+s tfMPJQkqn66lYPZjtUJQtLGj/3/lZaVdyGWW/rgsL9XdNhpKnoSgnqVkVAIH5CpIonA5BZ5MBVjl B4WmIt8X6gkfdObkfhfrGwy7P870Wcud2MggOFSUOoZFVzsbgK095riBgHaEMKuG7jMmdqU+jjdr gKni+EZzUJ1qrGXAK30ycC7zJMxsnVEXhDLi+yJPa4unhIrDdg0b3DaK9lLx9c1FMiIEvLMv/Q+W PKDdjnh0FTaxh9JnJPZ5uw+ER2hXnrxBN5/3MgjKmCgb01GRA9NVmt5nbRiR8JKEQGkGK8OHv21P CAJGD5/MIzPPUQMmsQdQ3f6UzqBbON0VS6Fs8epNTVVooliHSBNM6SodS//JQF6lUi9MELtBB5lH ZkIjB06sLzYRAPO9jD2pgL91yiAyapjIwHbTQqYgC2ziehJStNespxIFEhNmscRL2bjyieSoFdKC 7EPpNdmrbbbRj4lY3aTq/EiLyMeUiQNiL7+QuY2bVB3L6Ldq98jkQMeYTsZVbtA62nph84ndBjb0 MEkgOR9G3dx9Mm6Z5q43+QZlGlatNYyvwJCZxupvT9CizS82fQRwyUd6nSXfym4N5UbA16FRGXh+ HR8COq6asqV3qTYFiIvNB0r7lpsRf7tKP6yiFA/wrbUC2KV4YakNxqyzGwRt1phCBGndkHBvs8Fo LCt6xvhbWcFaVmsOAHTOb6JZ7gzniCwgi9aXEq+fu92L/SPe7Wt+JpcDMFi22lppobOi2FcLS8RJ zrlpwfJMnddsWelMYgbc8PjWe1fvxCUJa+2USDRSlhAXlyIv5w6kNLn8aBFstfV9Ho5BKz2epnWh VL5HjjgJPGjlkkAobVvOyqPI0hYdh/kagmo4FIp9ulMv5Xx1Mj+kgTRwn4qDccmSjh8Apf7fSAf6 UBPxsoEzH9oCZADSh0I7C3QF+nTWVpqUVHiNSgoerI85dDxG3uqmeEsGX9xrZL2ZG6Av+cBGdmxn ayC0U4MNAK9tF0BT8M1LBW4UdeopXpUWGV3P14CWVa+2axm8NhwzTQ8y5QLbUr3d4sI58JRTp6Wc UxqSm5JTIKolUTuwyrgLZNwlseJqfP32SvPGkI3zaTkZPo/2XOYld4H4QJfIn+Hc3DXBhgCmxoLZ sa9FqRzmtFsot/nYOMjSd0JMviJCWnDNUCSurdsAtnkarqWwPCCQZm5gwivs5zCRNKesOixOtTZM 3m/NNAPgBtxd/nbbxvRFWA5SNm1NvICDJKslgmuP4Gp1AmnYVLvcxQciJwiwL0vRuEzzB9bBV+Xy +xN5fiMM62EAjgqCCHi3OLoCLlgKmE7QjPdlp6KYF5DSyU7C6fICbaoVNBmbN2dlhh2I52NX6r0n duSTwIjTK4qrTBG+Xfi2CFmMB/8IatZxEVmEafuAgZsDdhIgiMIHJ1mIWpgt/vVTPCaxavWuRWdC 5JAVd4ULCXjhSNGfBy77m9Uy6nIhAGqfxV1zF83sXm/lbRdyCr+EtN4RRgR24Kbnhzf9RdSDEGsH MZJPMIB3NX6AjpRVRc24tQAYbxX00rLgjnjCutlTQkSJUDDpJwPTrs+XAc0Cq8I0xsfF/vG34jCS NiRD4UzOP/TLLSQs5qVoppU4AnIFhSF8jLpVVaYj+IG/hB2VpxDJNk46SDrgThGyZJToNpKzKN0v BP+xdEBYjSo0j55H+GHUxeqSZG5DJV1VviIgEcxBbTv9M6It0JQAAWsjpIkG5gJhMCyg9JaRECKj nXqr7zyBtEHCnepGA2OQ0UgIn03ZcQXTJUBRJ34aXOTDGigyF+L2qnEYmuogfnFAk9bEhiMIwBHQ H/wietdmwH5wtAbEJLPrue3SDreDeIwGQ096ajC1L8kE9hPXFeJRPA/DRCxWBCZkqXhZsiFAh1ny tPAAow+kg3wQmj7FZJXA84FxBngGsfoOuXHMo7AScnMvBbMp+wXFEKQiugyO8F7a7GcCAkyEBRsG lObQu+TjivF3ELdWORvL5/ATT60x3Ug+oBgz4ku5laCIJ2HXODbAw42nXlMpZ572QF8bkm6JuUkx 6XPfMAO6TzIxVxszQ9ps0nwhKSiQImZEAkpoYvO/NupYuK151MNtSG8SmjXBHcmB4nmjJyQEIE1T vAJTJElokLJER2dcXY98/ORR2pCAg0UooNe4klqaUCaW0a1bzE7jAwGz1Bmy0dWokq4M+aNM0Brk Yeu7SULjPCBxBaeYiSHJdYBDEmSrJxpsnfKvVjXWugrks32JbMK+Gi3XaqTLSUmX2WRPIx1CDirN ewnjYfIK0IF7Im5NIh8grx+CWXyiKKsg3TLEdJQ6B4lIZZZ0a0XTvEyeB3BOWsL97HlA0ajQHqBI uEcZZW8IH86LgS/TTMa/idDUhPMwYq4gC7U1WhYD1rJt8vJtsOm9PgyPtbJotMVpfFsYDuupJoky RBw7qxcTbkWNMtrL9HKgpaWd3U0HTGdQHoEAD8oGlOgwcK3rnsxsQlqsWaVoW/wy1K1PFiRgnRcC pXSx5myU+9BxW83g0tbE0r3LNyeL5btVKJub4i6JkhZMZpSXYhXhtZIXVIG6cTkiPnBXYktixGkL SelpzpDCWa2UEIlX0tQFUbaR9zQrbknGCjE1BKsd7eOSaaRvLcywi+Dh6IsWhYQQus4F0hHbnXyS AmilH1JfOQVW3CYcPpFHwI5jGHiI6nYmryHVJCm67DpQsVU79C/Qu4qvPY2YIaLkNbKW/nWTEWZz qB4jnJ1KvSQuTF/IrXmRTWYXlHcAxHtnVYqyPrYByDoGxTuXIPI8rVJ6yFwZ8xnZmK1jb9gpxswg mplUlvqvIt2XPxim1RKlw7rxZd0ybT3GleoOGT822fPKgb6tHIcZ/mxclc8NXqQk3IcyfJmtdtws HFJJkgwUYgVuOKxLd7LC4+W2J4yJxsRYkZDDyxdCofHSLV3DQo71juKGYutlODmCBtvlENCg6MqU qYlB5cyDsXWC/zN2GbS0eIrO6SrbbbnPOTJzS5ZzYnW5jDR/zjzxi2nSjIAhl9E2miHLzcs012+h x0q0sU6ZEINoXJi3AFuJCQUlJMUMzkgVWDF4UG2FII4GM0XWahrCdWXEhgfiieKnNElB4/ZheQ2j pDEjf15TQ2jZWLEJJTfFbOgL5aOBnvn9UgqFCaK8lJAi0WH/Ld/2mSBTyl1cfk4gfC4DEYwMYhMp cBE5ld3O3zUpWIFCJm4wC8K45bGaWKBFrfaBIJEeC7wEE/nQQBnb6Owyjfr7ebR9z9RrjvZwNgcq izuBpeT6AAtcG5CX8JAl9CT9UurYN3BMW3oRSMB9oGZWi1v+rYZCzDOt5uLvq7EUL0Q4jCUlCrPT vGhL6Mm5FudqTtiwCS4YFmbqV0U3x4ZiYYGD/zaHQccVoUOsRZTCbG+KZuwlA8E8tYER125QLEWC 2g7ZgygKQ22yXq3PRCeOY7ExQPVK4O4QKE48gyOEB6Z84rdi+Hq8gMNjRfL0TnxPDBhjnHKwYICn UE0IwGgDBzj0I0ZnGcm+fYfiQ12giIysMA0diOHk9XMMbPr1GMULAnvatidMCGX1fEYcaQouAfhU QuroYnigZoLnGSqizBAKQHUyDi7Yx7qw6LjFxCfE2Hsg8BabzkZHbLUIjV5LBAUdgAec7YIWPGCx oU6pEGJ4UgBRGCqdAAZYRJPbOR4+L4bUZ5BA8EBYaAFPsdYacniGyIv6Y/Uw6PaDtk9c8ClGG3+P uh9fkSpxYfFQjx+Y27SA5cZRNO4s+AqX28ShAsg/4lEj4f8RlCG5X5GH5Rr8IkZvg7nnljGulrF3 g0fCsaoCUG+OHwiYGLJg56MRCW5ZVBBAi2qYC6FI4vQADuoE0ZlwfYNy3O7C9Ukawb14j1EAG3Rk aYxOtaZBUEozg3JMkwDn4FhHQ5K24xcBEkA5EFHsbnxPZGz1AZSbhjNjksb4RaveLYFUoC18UgCU dvg4RYb1nXS/UymBQtQ+RuuoGHEA8QHmIm1WqAOh19KqizFCB6FdtQnVlT3GqXwuQGbWL7AsrBCM G5IEQ0OUBeQSTCCeYwoRQUFUcEf5gaVy1B7u7MLNpRPJziYXfXM0p5LFJj3sE4INx1T494gIrXXg 7FF+OXoznDtoELoMxdMQuK+ixxQJaxUZFX4+Smd/wrv0AvACbUN9/n0sOC9yu/MldaACzqonQ/3g zFWLCF7WR4OikzjK03GaAXbeSTaw183uqtmOJtRcD6qIgDdejJYb3O7bm16jJJMrAjPuKVa4RxHM Ht483TtaU3Xo262jA2HA6NOzqg8PsG9Fm0Hop8d0+5mvCi0/jtN18tNApS+323S67efLdX6cJodC 3j3neHwczjdkafeCn6/H+wGAvJ/P07+dCXieQMvXyx2rVg1ppOrrQXfOP6fz7eqkTd/OAOyLpyk5 ou70/jptb9fdFZJ+hXEf7pNHHubL5a6i9F3BEmh25z/qGeCdlMGfSjIrn4BIrIDJCoweWqoUdkmM KlGDk01kSPRpecXaVUVkAsyWQSAg2DTe79zIUK3YzkqdnB2Q6gEegnmOIgzgB/9Wa4QIiaf6PSQd d9vdVH2zmPcbxauBc00Vp1eadAbX1DGb0YYhpDIaDtZUST5KPHq2LISqD2GqKwi5NIFRB1FLhOgI QjTwFiaphyYNcBxuCoGWg5h1XR2enoz6jqycopRUqapIkxEqTC+NqP4YzPN3kqFaTZ6I3cHJ1KZK Hd+xsZu+IO7mBXloVrR/7yVMRl6dbZaBvTaRzRcgPPS/UjBBw/I+lbIvIyN3YPhMCcO8Wd9oqOQL nBmhuiMkNdWZmJYV/eka6LckEXqz6aHn0lgmF7Sx8uz6xNjrvjczF6aPbS70vPktCxUaDV5ttwiT QVzQZ0mxcmGdXxtr2qcZHM/aOtjRiEibuVlCAeD/axmh+84blc+ASIOyY1NrIjCZrZUiI8y4lN+a CCFXZZyNlvXS5waWnvg39qa68dbSVkamgwNgNFunbI8K7c1oy2dxRapIzB5G9WScgN48LqsJt4EN teRm6EuosdmV9PEjcK00oXJLcmogdIQgnE8H6rX3SL9LMRfEpXQ29lBCZojhVRRxsbSPoP0y4gJL ikw0L0D9JTlONpzn42gGSzcnvx1GHDntIC5trtO1W+zjsZCj/Apt8Xrv5f6o5wXDlRrgTFDTsry+ bbO/R9c5C4FUrItPXFYhA7zOUFl6lBHmvTai2m/DkmfQSP/nVmrFp+XJ6slDsMBZZ7S+jUeWzA4s WFFysKc1rtiKNJhsMi9L4K3A8GjtUccrsuQnMHLlwVuRLdzkIyPfGid3L7wKDK8KGG9GlMoLsvhx tniS1fFqlW2dspgPp44XUpkmnYj2YJF2PVeBf5hnU1o+/kH4c6f+SRNzGow733If5ulnPe8+4jci waYoeHy+6M+cOWWQIW2+FqDymlh+4UqAqiA1hFnYoLiuB3iHVH6RuQgtpxbJIe8pB5PrQtY5sTgP 3C2XV7EqPFaw6bGcMvECJ1VPOMl52wRTr/lgDtqoMVCA/CnJYvpZNkM4ro8LO7Yo9uLQfbquv7wm xQHKPMSNIG3O04hGwRQJIaoWTeaHEypXRfBHyT/zRkjIZkWBlsnicTSH351rQT7kbA9a0XgVU4vl wy8NGBXhhFGBEvbgdF7hRxRd9IkAAUPBcafngRIlZkxDyY5ICVQ4R5RghIYJVqQfRfyXBtz1hEem fVkMW6QTiwa20bmMPhxslsIVP4johaaBPbG5HJIecEnwLx4LzTCGoiARnZcWPI4ii2IZoieB+A8+ FLXVLCTHQlRfFgsX2AlIRVFCe9EU+OslD9nDY5Dp4u/XQWexBWGHtEYULGYNYhPlPYuDRKcVrinG I7goiD4qhm33rgkOfQo9joTWLcoPjyIDLvefLoCSQDKCzvhmgTQvaqHruEYuq5MJt4QgUANtiynx G+Yb5WZ8MI7Gu0I8EH0RaALY0GdqWijoFewEFhk5hi2AZ2I/Cu8BbGCH6lRUlNV0iMakf30dfwyY rHUwAE3QyPZEh3iIXyL02gke3KD7pBww570g+HBp8oOrmzXwDHklAz0AMKGuiwiqt4wzgIgFkvZb ISI0Eu0quav/IEBO6IA6otTF92ftLUB/AuSqFy0x4FS7kNkYyHHYQCcQCWDdAD3cbCZrlvwCOrEH Ygv6jObAGCAKwZ5BpuEYTzorQkYgw2YMLkbOG51arSJsg5FVtg7ExAJfou0FPlTrGNQc+0a5Zg9E cIUvKAeNuxy28ASk8WaIuiLM8JzPZ3urgyzCUUw0+DSQot3gIGsoN8IaVNj/FdlcvNiGHymdpuiY wpuj1oF9xsCY3hUCAtYIMEEar4UwbSUlwSwvr+pnBrx4OGgHHbbCnmCfN7LQWCgKANMdv9u2A1fI BJCOCRlpDkriLvCFeqNyByaFYdN+yl3Bah9GBkwmkPJfamOQMuCKkEmprS76PdIK5M8CeBOoqf36 jWrQjZ+eMW/j6w6eHsge0lsmhIKF/0L7mxaY7eB3kmpex5QnwJFHiF6VwHHF3YRl57EsE6jFnCnn YPg80ONrryfGaU/b0xEqReZkRLYBSip1h/y732BiU8JyqUkZBY1WV2Kga231MX3bs+9vVimABq6V 4J6/OjK1kwnh2ZQ9dA6EG2rtXoNNLGV8Qt/LerRjARBU0W/QMc5het4RXi7tKhPbIhOAZbJEjBzT HoKErNxBqOmFxQU66EUhS6M3wUxw0bC/Emn9z0RkEOpsYGBQoskrS4sgyhxZbiAwJJP5DbWpQJgX kzZIyTpibSJdndBcEmW4LKwWQc15AzQBggCqvmLQJAjUhmrtlvnFlw0jYmBl+ExVr2a9sgoZKBYT ktm8jtPoYovJx64XsH0W3A5NtgTbqMJSgWnbTWMlQI6ziIImLFgsc4vqXrPR1iyuPCJ+CBNditk6 rvllDXSWGiMhg9Px/WpzEBZ4mXS0hyGqfhFDkYPRNBwmay8fp5EloIG/Ibeh03IZFtgBeRuS3132 UTetttzOFq3w22De0EFy0VKrrhYyB3ELOQpYH8BJuG60CCsDGVaI21BauB183crKTHsf+5mArKM8 E+5l2S0WnAA07hMB1Ytqhid1lUE0XOB46yPaPHNeVtN/4Y2jlEHqwgJ2BK3MlE61yucUMNXhovS6 CeR628n4P6B1/TCzKpE1xLWzplho+jV2cUVcWAUTjsEci29VDTrpj7qkP/ph6P1MFiwPpYNRl8AF r/pU0s1U9AExwVRl+jyZDtN5LFzrs6WhXlsvWiXbtEB/XsoYApbd36TqwAE0eAJNS83CYVsChykn gTtBjwXIZHtZT7DgtLDmJ/gBIG2UmU4LlJaY4W9Vuddc9QpMm+od+a40lgrDWdXaZtOB9cAK5hH2 o7SRh5wodFe3UozSImUhM5SdD+BPaebO6WtxYb0ZjfKozBwdZCPLVOmCZrEZnUrZD8RC8ay7JTSS VWx0YuLamF1ZP52mg6U80vsMeSXKKJboiKoRE0touvHKWL3ozgHhQ5gaRvV6MR3MkxsGcjga2UDv hyWXvCK2cjIZkjLDVEVnUgxGY/hFzEjGovxGD+E7A8GV1x4HkZf4yW0YdXE5GPSVZ8JTXnecqH0l JppIgXZzQgUOTBIAv1ANnCxh5XL1cmJ7KLVm/mWpTAcSKTvEReNNez0X2Zt2TJQJLkwUR5iZ1Sj+ re0ASKyAo8ANfhlTV+hELOaufooesnj8q6IWM9GcsiceNF3hXUwnJ4nHmHWL4MtOX3BVhZFjYmmy 2AXDGP/TPnJBC2jUJsfCOlBYIV2b85Xa5fwLajjGoqdQPWQOMfdokvAWOoCX0iZxY7u2Ud21gRKY mqKgwWHST1EqVABAHbC6gISjUEM3AwyhKo6iK3pQgVOMEyE37nS0V1WEvdZ1XHSoLhIOAXsNnpEA dgmIFlUIEPfLj/FzO+ZZZrH2PvZXabM2BoNYBlVnffQECC/gdtkRhOEDkGRBp8cKUrxM4Vs4pYBB RCSkivGrrzGQ1EMWDECeBWisHagPbB6UgnEjxDT+xYS+NRBiSc+FzlZIU5tdUcqwdofhdEI36YMG KpgR7ztyL9TmU+EIjKfCNFEw3SnG9/qeANrXs0XkNG+KmmxFECwDIcTRRTDinmjhbvUPDNsbjFi4 NrlDEXFxReGi4R1o3aYnHQGcblUekALwSViIkBNc0DomXtZ5Ah71MeBAvnSKnN2OWLIj1Ifr0i9c PI8I9BdfEz/iUfWH6cknLAhEHoksvva+tEEKoziBlgke4zwTV1vX0T07aA04AT0BbXrICa0SHgJ3 Kj0xEMkveFoVG8Z+/wrBholhMO52t82xkgJqIFBR4C1gKMz6UoXdBgKsRC7otZWZjX64wdUE1qgf PC6E0kSmPCiEcBlUZoibu5SIhe9NsjbwOYAJdFdJZPDisgIzlAkYC9WBsCEQIlHbW68cgaljHgWp rff+hBGDAuFXcEGVP6L6+lITMUvDBwdUVOmR6kKAsnbbK8AcJoZcWQmXoSpOpnPooVf3aIgaMAHB 2ql0Y/rA3tdw7JmMvV3LAO+Il8BolSWiOoPo1+dZCQFs2zX+qVq4k97CCxVKuMHwgGekDAqDdYHL tNapehGPN2pbYI1X18KgQMQoTWUxUEbhxeoJVMlZc+ZAs5OTBDUaugjsnzbHG6Ozgph2/iBwDE6a rYDzxodUShedentVnNa5kLD4LcY4AM0P6ytocX++HdXhQGnGcVXQA614hlVCdhVneEC9j3ucZARk WLQyElfo8Wn62V3RmQHXak7/TEjLykYEaA/yNnrzdLle5633/tyxng+g6XmCeh+19qSn5x2g+uIR 6nqcTmp6nJ0SiBUPjbwYevWpk04f+RUieAVIQnv1CEStgYNrPA0lIxjEZtWPY4NHAI/CbEYlLcMM YXVuIOI65BkkJytBLeAf31fz0imW6TnjVKH1VEjp5rDp2LP7E/qcxAqRAlFhL1BcoL/5h10fEEsb xvxTrVkmUYkWGkSLZF1ooCWG1cjQAGhdTLMXlVNgRmVomufNZJMQxszLDEiBi1JY4C+V83/zQHEJ KOvX4qxsLniIztkfEP9ZA9h/Fsp8AUhu9p/VoKD0RhtpeWLGymjAT8t3BDxSThTZlGo7K/q+UEh8 g/hNdPTYWwCrcGwlYhR7oaBUdtQtx8g2A/xaUZMQ3fAosNsFinuGDbLzawVefAFPtNZUcCNmtpG0 1+DLqyVBjMemjQF46wShGLs5xCIBg+kmFDRyctX8N86ebOTL9CIVB9l7WvxY806ploEpq1MUuz8L nOlWbyMEz4RTw940lXVRWBtOS3cI04rWBVVI+XYUZ4lEdFbdIDfZinHDEW1DHrOF3t9ylFjfrcat Si2ZugjBUpBIFpZdZ+a13Vee2mrTUQUCjrgi3HyBU7eNRKhvRSslyOWe4VraEzzYehr45tyEkEWI KthNU7W/FdhcphzGZQClQozcGP655oCd+RU8Nm0K1wz1BMSlmmBJLaoDPXkgw2BQrkvAoNx6CHW4 qdMWcom0qcs/kKI5QmMJDrHk88kOY3LksjknrnIWhYL0fGDBAycUBvEH8FAFFmgmnidIGfyYTrQU GVmXOcktOCNWFfCErnLuUWjyTODGtitJTIvUBGXay0UFeCLYFMNYMe3gFgfx2SyYaAYqNiD5kJsH R0B6R2IInSymAwyJJqScQ8jwbBMX/xTGSnFh7xx6IfBw+UrvxlWOoc2R8IffqtdQL7ENommNhGai KXAyVUTUc1E1+NGP+pI/78GxQRRP8BrsiALkvGPVPDnKggPtj2H71fF/7g+sc3CtALc90XxwXqIR Ec1CpAm2kJmf/J7XHZ9BnVjRxSBwhspJBRS38izFIp7PKTYuQdB+CgnUoSph2tdnQ5/X/IIEIkRB 8NgAKOMgr/HGzSMaTBU+GDX1bLpYyMmnivMBco67pYBZtA7xTti1Ufb/INm0SxqBmyzcRq4QReJZ cLAqkF78nsNMO/TMbrHcNM6IKIBz6MpA/hB3GLIoyVf003slcLij4jAtBeMaNNcLRigbD4fXHEUA 0B3FmrGNoeG5fOL+86rKP3AhyxyQQwCAY0klaz6kPTCohcK5ZZgE5kUwdf+T9YgYpsEEnw7wbDXD 9cIgKmNzV40XgUfqFtJRwjgFNIId+V+EGorpGRjT1NLge1ruZIxoKDQVZQ2q+Msk7JtEKWlxjQb7 VpW/wisBWroqXPyOYYU2DCDqydsYUKRNi2h2uM+ImAGQpqe3FfWO2Af5No86wlGzYLkN0wMcCKKh BqaYiwWWYrOQIw/zFTKwiwrMldz0nMJnbSjdYR7h5GuYcq/iwUp9FvM6VmmJKxhkLeY0ek9C+nAb uCjQU2Csr65S40PQ66NeYbNtLNyOcC9EjicGWwBC9rLoT5pdEJ0cRO6e0WQHSw9UAPPLlv+QBbWL gadV7oFYZmxMAXMqEE61c0xCUEYYl2+BcK/OgYILOtFKENoG5RcMZrRGN4BfzWIPsEnZfNb0Ubkm IIgo4iuzGsW/6MOg2Cc/wkPADLoprl28PesJo+LXT6UzYMQQzRjIWHAePMDAwTwOTmwCgw3UKXVi YtIAUNqmbXxdC0WAFgrbI19DQxVBxjn99sw4dcoUwyTACWRNbi/PETgDx4XoC9u5Be2KgNaAKGSE Ca6JH+onfXVI00Dpo60FJwKKB3gK1QWnsHa6Dkdp2Ktm76NMAbULX8UNtufZ154MEhyGM36tHoci ti3anHl9VWIisbB19LQzDFcqqRrxkB+9xVfT/7qn/ZppHDvsz5vbA2Cqh2jAQwKLIAlhqYHPITqe kAWJAF2B5pEpeFubFMwNKPLVFhkhf/gDKGX9WlrT9Nsy0SAF2uk8QXgvffBkzFnqjWlMcnGOQzZ6 dPCR6x0OqJlh3RoKv4BxkPNY976cbwVdxDa3RTs1SoSeo+XAcfMLRh0THfoBFVTEqTJP5AkVxGr2 IflZGtrL39NJIsMvqaSVkOS0CWr3+VmZFl819/GqgzQoPIawsYLNeKnmpgbKfY8MF4GO2sUAMxv2 7ZIIoNYQYjKRytqQmLnIVOk42+UdoYsZC0/qOovfh7VgADpluIqgoXpBm6lFayy1Y1kDrDQqgIcx hyOC9b20lI93RA6OSElwxNKwmV0WA3IMZx4TGQDlubDlZljGZ+zWMLrQbytupVdkKhp0PdW65h+L FSDUYsmoMActcIA2I6SEkA7WWXpocdYsL4ex65yVehNyr3VWxkymgq7tMgvba7nhGji0scURdEZf PcfqRQlpSDVPaJQRZ8/xpSkxB4OS6JpEkuf7U2tjhBrbEkPq0pAIQ6qzPCU7bvSPQScn5EylP8yF XwAOjFp7WnfD/MvsWO79wHsI/vNLFSmM3ICGS+EQmhI5icBsopRWF8Kxa8OWE1mo+MDqbpWs9CKp K3I0nQ1DOYs8qqy+s8/4BIaOZqb1htUoGOdR29mU52vRZw2ScyT6QFfYb7ldvSZcpkO1tjZlWy1J WFc5eXlZHtcDW3NorLsabiUCyuuSc2NttYsibd2ERIcT5/BkG1gJT+PLJAeOcQxn5rjpDC3cfDy7 1i57HfAKs6ajBLyRdWBQmk2ci6yexcPa1zs6rbh8S7eYegjztrhYNk24ssZxP+gKSXQXogOFj5/K qfGb1dNirZGDHpu1BPe29LemYlgb7Orl0svaxHQMVaf1rJSF3u9WXINpp0x+prHLQxuWz1Sgy+TL viVQWmzeq9/kUwr5RKBab430bgqvsxqTRjl5Iho1abMj8GstYQ4Gp5cdNFIB7RHaWaC3UdicgUG2 Zs5TWr4xo/FrTvvBRM56aYxkGZG8O0l29Txq1rWRRC9SIEX2PhQ1twBZGNJvPnCj7Hm+MG9IQKkB jQHj0in9yWlrynFvMgn0mf7IVXUWHt9RxxGJcWHyVakkaZMq2gHru2WxsQ6AY5SQn829rKaZHEDx kaCPJrhNLsveL4U7iIIx4Ynl03qyff06nF3Vcthxw+e3kke8sipGkxCFkqTmMjkjnlY1SsyhqV6l OzKGnJnCnFfGLjc9g9KjFMwjWX3XVAJocIysmxlo/m+KENwdd5rTm+upC20U5YgylzEE+F4tKFxe 9bL60AX2bNIN857+i8v8bFYRsro8yWisX6DXogDi0g3yiovCXxd5pJNNruG6gzor49EH0kLfB7aO QVUFV/vblzCis8IEr3QpHx7KWnwm+vWsODxVshMJcqXRqmz7s4vWhkRIQJEcQo6AypdIqFzQGD/8 frj3J0bs9+5zZb+hLiD7WEj8TRVBJ4BP4ChY21sRdO1JqEqlcLR7o4x5o0rL0Fmdgmx4NZ87hB8m tgQFVOADFFE4oKUFR7YGN3a4J+1xELAKw0k1ZSF6wRUSlS3GAtsOSEqjqvnWCmWqu9DU1kqvpH/C I+2oCAnf/sVzGJKx7BZNcJ5FwikDbyqPyBLxa+UkGl9oiOlAkgmlZcisMU00wsxSneaN/PlbLCLt YJlSQ/RmxY7wVUxIGkMjKG1pDPLBWvODuKfiM4yk57Cs9orIEQSRB5UrwqzpFmsAOGkAPRwXBRXR bbueBRif65O3FJaSpFhYL7RS4N9loRvgfd6CiEGK08NNsVZCc6RDA3zvnVQwr6OwWp+ZYQi+ecMA a8+3RGfUoA4RLnIhUEudqQhW8N4iCQfiDPYRlh00QMbBp9ZfAy03YlcwDcRQats4TNoxaktH3ake YKC9A4OpHAAqNa0Iv3HOS0ePsddCEapYEqKppSX+QF4ckmXnPevhkQBXwBRyuHkF1+9B9AEkrnSG RAFoJJYZSM2mTihdMBXYqgsjMDvQErcbtxBQCmSHtVa+1dsj2NvCD0WMrScynL6gkbbPA4p2IeQe hVrdbnuFLwKdO4wPtGRKDdI1PBl7HGR/UFtDexBEQ5PgihhxEHVwFTI2HrHZF0XzGLMO1BjJcoCF kzLUYLtYkTFZIZjxQMGL5+UoR7s+VJxZE9vOfZad0TW80YC79eUGql1DKSubfJ8vj+mkHEWoK3A3 rrMiyIfHFdQ643/PiiWfrtffYstqZUB3T7tbpaqvThKsI4c7LjaoWXXg6M5LlZYhsDe1krUQmfmq OEbE8A3eOX61IhuQPTkMJgV52CdnJx+C+9Ww8DN+7Xlz3yv94YBAlTF2+LQTWupJ2YTz43q8nn/+ CRc+TCd4L4oyJPZ6398uZ4283NHLveEbyAwSJxslQYhhi8Z8WioRrDQ3ErJyGkBjHQNrgyG1Zb5t Y2vP27uSDuclYrOhVyUa1g3ijJQrzYGDHaSo5SoMrxXOQNIeNyOAw8xdcJphzroIvj6FkSsQgT27 m3GkfaibkcKDTStksZkVNEYq1hiYs0HBR1e8Q/O9E0H6hsTr9MagaM+ASCrffYYzR7/XAhsAIOQI vTQNVBmfsXLCFw/TZYj0zpGLqVlFlFW4/qyuO/XEd0UqjksfviqDcbggrALGZWq4Qa4v4WBRRlR2 uzLNgbnMoko4ui6Jxbqzlmd2VcuBsj44yebICtFcfG2TCP+2EtOub08KrNWskvpR57qS0QQIYQ5L AbQi46vN7iazSZaL2lYleTDre6RJALd3a/xf6iwnEUSsqrceKJfhK61P0yV6YO4QbMpOFtRdmrPM KdFIDAWmH77nkwLjKvTopY6gVcvkIifLq0RaluQyaXWWPjrF1W4OE1oeJAQ25raUInR7SBs+L7Uq AUPpTXONVwjIYiTFA/AnAvkoaQI/V8NcjftmqWoezmd0R3V37E1gcZoy1dC+IpPTSxmbjMD/clLQ eMMbUGwDiY4ev+R8on97vJxKdmZg5caU4WJx4LRKrWcxDkp578DvpvNpLXEkd+YBtsAgumuVhKkk QYll/1Hq0g3+rNC5Mc+tvlu5tsp2jxys4ZO18YIyE8wc2ZUbBndjahtaVsDw6GNbUVwWPi+Jh7NP k/2E6r2ltxk5Zsf1chDpgD+yY5UBR1Mvy4EaLp9RDRTd9tS03vAa/fSJXSnD7c1h/pHPS5JW6cuJ kwxxxUBK3TH8LXSgvvZskbLelWyuhBfLDyIvLyxrIHEmFZsGWkY4X7pkockbYvPBjDKx57bnADOl yKCbUuXGohXJI+WJyIGuUXKuWflTjHdbaCyI304iUL0qBShrQPYnLbSGV66hYx3MPvkLRr70qukk s1JG2I92JaSj4fLWUz4YbcyH5BO0hpdK0A3kAb0VJeH7cpu862PfPjVCpBygTC63FZKjzKPrnIqI 3LwPSzVHsYieNLh/HFD+nJdZbY1SyAk/1oLqgsF/t3YDcku1oEQR3Nee+6Rkt3prHIDy4ZwzBqOk eqssW1Exn0BxizIP2LtDSiM45DBwy2ICsAs8BN/quti85AKHpygMMWmAyiJ3vqmP+Pq6UwzKgbFg i89MUa8q6Z6DNRgRYffSyrwiWEWFRc2aEVrmihwBtosO01DjwnCguxve6q4o6RNfQNd3KEvccgst l0C+qRmFoM448MB5qxXbkWGSrWiwEilFDBPmSjuknt/rurAaeAnnsHMPuXkFhKIYILhiMcaEu8vX E12gZrmabwgcJimdE/DyzVxkV6gwEP7S/ruOzBNDmZJFAV1YCJljzefhouSNiotLKfJe+Z8AXiFq zqr93Qaco5XvyLXrHvHa8lPltyhJ4pPwkIIlaBh3G0zU8X6BtAClgqo2x2McLd42wlJ4Cqa0CyAA QirhHTTCc7l88am4xMJOjW3HuEcRAMBHmAt40c+ia2+psgfMn5MLvJP5okCF8JHoBU0BI7TLuwbm vVDyZPFCKAL5HGSQnqYLjvubeogS24wvcretXkBfeK0vXWwIeKjgk3JVxiSMUa6FN18tCGUBwjHa eR2Cy8ce3DDXsAMerluGwOC2F7dYVRl2HB/AjaN2fApjLHHh/xqleLjWA2iEjaV9IgGLu+ACxB/v tFDfEw1+AMforgyOKDjQOljYEWle2B0BECBknrjLgE7qdyCyQoIxpkDKoleMMeGwmqzGr1qa4YDi gsiu0DzxSgUowoLiphGL/BMJPnu7XcuJqPBSxG8s4CFDGw0PNlQAiwPm/hCpu7IDAYahPRCKugM+ gmIDHSiXkhkgCzFRwzqGHUZTbC1fQOBU4H/YrmdWWZQ+NPpJdQgWJvmLXkDpXG/ICE5QTIGC20zq xNlwgXCkJjSlqaPpQg80+0BkHbev3eBppjvBsKH0ZlPAg1YBveOfhXobwQi0PnEfuItwPQjU9Tsz Gm0Qn+LSxTj6GY+O8o/oLVCE7DTAXaSAt+ncyOYYo/TbXviHeM3rwg76r/AcSgAWgR5A9YNcEDMp CdAbxlp3gvOAxFQ7qcIKKxsLZojk7z0RAZ9NYQ+F+jZTidTTAYKkPijmanHTB9sIJDWgKiv1OiQT 8IlhG7DxF9zgsV2exgCjkYZfnnEfic70ph8ojhQIIoKTLaNApWRJkMAr9lKJcVWmI6LDj/z58HBs 6qE5ar16XqT49PSX0O6QRAhoUHMyoKthtk/dXebDhgaKruMo0KBMEtG96sE2hDJEjmYIY+/cNvfF aqycOcUjE42h2yTmu9enVdsZ+qQjyUxVZWciVJNX87uK6FktcvIeM+ptsP0NfYXTIb1prVIqMNBB aCdlsw+xvaSMt8JUX9Uv+BeGqP8+/hBlRQQ+nv7I0bzq9uuTt3mMKVqiAJII5vo/TwduOw8Qtl/B duzxYDcfRqrH3ncS6/L1/1jUgeh5soMRZXmCauuw91JaEohib/RHj1SuYZqyIpBDvTO1zUuJq9j7 1bJBotd+NymbQILGK6n54PWPwWowX1++FDemzJA6/VTGoOq/5oCbjLej4mQObAOg6+9rI9OMCKP3 oZYuZG3az/IhfaMSskEjTN/+lgYaBFRWzCNpS7Bn6gRTtLL0jiiq7w7Fo7e0yCxNuaS66rjlw5vk 1vrmX7LnkfkbZdYUeba6Nu6yRMCf7Xpwjl4gbRPZRGVwnqUh0o5mjrQTMTEEBoVkLHayjF7d3CUM dlFJCpBp2YcSkNo2yh0HrlrFnkvwhMPXorFRgT7WEc+kRMHOjG0zCHpLNp7dhoCmr7/pZBUZeE2W Jyvqgm55bQ1gn8iqTEvP59esvp4qaONKSLi+9l95DQPpGLJaGJ8hernSVWOtacErrcwYxg9knMrE ZbcYtdwGTlE2NZSeHdQABVhKs3BFrKBWZxz7clvWwZGhCCMNwaFTLxZBNsnCTb+CWEuAWjOG4dUw SVhv13nOhuOqNQWcSnOac0YCNCnREOSphTTrHWwmkxp1udxc5o6HIL/Q+ac2j0CaKgKxRJ9g4Kuq USJbhwixxbGzF7ZmcamEshuQfwLZSHFQCnVILAahzcw/PEd2A6yvJRXYsUiEMJdXYMytGbzeFnl4 YC6olQzgyfUBnMVJ15NICAF9sD+uSwizHUbWbg4S79J1cFXIDMCIdAZPxkUhijY5tn0QbM09t1KL iCDeQZk4BPgCADB+cghYzwiG/fw8cP+qoEBmUDYeYozQfuflV9ZY9Ayk5Zl6oocjG4PLaAS4NaIR 95LLr1MSmIY+Jiyt9wiwW346v4Uj7T6+9Mjo9wrMKBzWvGiBErHoK1e+fbClNfKiFW/0fnmHoHSI nMBjITLi8ZPAKG8otgPCEriYNj8m0k70HkEI/23kWzS4TFCeApfBuMRyyCE2ih8oK63DvuCYUgcv M/5kku58OvTOmOYTtcbDp8Ou+bICEbsvicUAAp5pm3OiobXxaMlVRLONHQKdGEh1vY7qI6yAZ8o7 AdlUSNBH/BCD4R5+gagIaAybE75F8Uz+7RkRk2q9HRVtOREPFmQJ9BqmgiYDqy+Lg1LGRAoYKVju hAJjW0AQWGLUePqAa24h7aZYQwvzDbhJNV93XS3kIRsXwwi0XSBQboazIRJqS67NmM5L+kKEFgHm r5r4+cjxyQUgfEtDQG8/DIHZXN2/chCUNS3ijHi1riAw0wmetBYTL4eEQVANiSwa66LCeFsFZA3o uiMR6TOeVF0hDhG1ySKmcKLTQt0G6WpqH/+HFDvaD8wb8XEE1Ao7CPpIuGMBdaEgDi1WTUrROTCi M6iIPnwYLjFiR3KAFem1maY7q6OC9obU1mZQhK4U6oVjm5+mVJuFomAZNrpGe4Uosa9oQuHOGMRx CE41UoC2VJCOmzDaIo7WcjhwrGUwrVMF4Qaa5jKU3WX4z0X4X+UMETrwrQPj5DIwlWE/zgcUyZ++ 1VsARQAxMB4BG8DctvV7ICQDvBPlF5plgOFIQXFnCEAH7Inrt1WuMJ8E45FyMaIF8lVa9pVKGj3m BqkJagKcuFl9B8ALcqz+wn18sgdjurUaDUoow0m0DMYbthPGiIb8UIUhZOTQ5yAhUC4ObcftQXSh lNUUrpjw8vI4ql68vx62j8Me6gtQDah0fN72epzOD9BohSAmQOqkRoZj5s5KMpxAiNfj7bE/X284 vbC5v9PxegMbk9JxdolizteqesBqz7eNchLzDfY7XW5KJc/KNUNAr7DZWX3jqLw3F8wKIc/XeX+7 7Q+P89WzHqfbNN9+brcZPnq7ny7T7XC5nx4/WjA/5mlS+FhJih+3+8GD5utN2ejjRTGKqwLLiuJe 5jsgentFM9YC5ZXBwnqnqvKttt2v0CxUZAKajrf5plCFNs+6q7LxhegeP+fHENH9Pk33+QFtvtwe 98mdSjc/6v48P3bX+3n+R3mM2+N28edWo88PfXkQxR70RkRKPRxIwMmO6lPogpLXMzq0kgzgbmDT 5nZW8AGIeZ6mg1oZMOvJ8F0vN5UNbvvbvZG7XDTvNN0V7jidH5ft3/NONWx3XpG/Vf84HIOUL5P6 xUYwirQuHyb49RnabTAMu3og59PteES0Bo0/zrOr7wfqoDj1XzC4+h7/vWKVg9Zvf5U5Oc2TGiGK hOjdfZ7vt8fPz0wE/meAKNZ5+s9tnq4epbeKjdxnt+98abCUuD793XuUKhoHbcEAv9+Mz+1+qWB1 o3U6gOsfSUYjDevxBsNPQTWVRl7onh489LziHdNtMjzkBBS/zJe7gZCMeKhGMt3/OSmhrV3X+/R3 oqSzdIXKJ/D/6bFTf0Q/agCNpjqKnMhrPPTs0m/G60KDzimGeimeq/v3i2oo1GGmK5pyVo/be0jG 74qY6It6KZqkUsrBSIHyZSK0TAe90SzYKn7yQ9eP0496H1pNrY6nv5uf6+HgtMeD0wjhoZf9DbCv 6He1VlRcmQHdV/R1BkBBcOVXTvfJJ1Hd9VD3jzd6q9KLNqo3c5H/cKEyK16tqonDCmHGTtGUXyh9 Y3y1mb2a2iQBCDc6mYVeDdbXm7Ucx2w8IHTQVCpEKbVMjRqsfCdoVjalWU+Fq9qNju1vu0WqTFK5 dsmf9m2wHRoUMs9sQbKdlkjNAb3uVuNGbqsdFZ6rTo+MCnCYhNDQ2b+q2TCgap0MRH6kiGyPYH7V Wg/8lz3QdBCn2+2wcPCoczjDe3WWufUqmOxAq+1RQnIP/HdXCKelxHmOpQlC7jXMcY3OlZQaUJcb dOtU3OpUgE6BqvDvDniF/7naCjNI+PwMCw04PIAXyMMfiEhgv4l1UusH9ggCxXONWI106hoLfdCt whGusb6z/pw9y54P2roCeQ7JlH92La/Ujir5TR56mLWFkXsZXXastjkHnLqWQb4a4Lf61HLY/BMn feQK+iQ02PrOuQBjwiOjPfOgLJUSsXZzSOOC/cJae7IWAsGw0MHZXFuBjjfwpPOoBBf43iIMXgcv 0S8jAQ4Q4wzkjgG2P7kknt/mAmfQqtOlGzGtA3Xt2rLeIqxWBkSeiUcCT/3FpV3EteP2l8fXpTao AqXlhKOwAeiCg63/WmM5l23hF/B6g4K1qofoYqwNfkGUAK1seEQ4kvBxH3Ja5FwVRvYk3ilfdqDZ PDsVvjrIhJObl8tjhyKLidqixjnmK+kO78KV3CKBpA/gmkTh3fF7eSfcee6fhn3gFuZUGCMOd34s j9bOIs/spDwbvfiEns95L0ZD9Kqr3PKBgcttJ9Kc53zIXg8IUuMj1F9+QuzBOzewXHEOKhh6B1tu R1g+V39LGvO6eVnclSGKETpwgI0+35h+5p9CevmakuZCFWhdYRqpRfRGzMkN5lBhtpOcdoFGw9KX H3uhFhQ6ZBG1oeiJVvBpv/A/PMfvcCyqRYh0Mrqd6+HtMh0KZqIrgL4/+JC5aN7unOsoEHIHBt21 nrVBQdTfPP/2uKaNdNWX8cBEXWl3vmoBD5ePsHCqOL4VmDfN9J+XzpEyQYB9JFHqAe1B13En0MPE eNzmlIhnTUXCjrVW/b/8YXpbRlyjm3kST7alcPVpUfPFoHATpSYpILeLU0bthRu+C97npvFEuzA2 DLdZlEcOsQf12MxiGMQ/cRooQ6mZcVKJx5knWDIKwNdSNVjEy+37k/LQEw1M73cVC+WrU3XSkrmw adCd+oEtIP/FGZZvs4vQVlBKM/S/JJ0ncs/YDTGOe8moqcn5pVhNoXYVFdmROrmYaEa/3E/kIrGV U4cCGVDJgZPtAS/c1lyDSMIgppQcGGAbeAgB4APCgCAiTm8yunZswKYSAndFLOz4T01CWgD9CIek j64VP8ngji3AGHNAgaEPTSAUJVE/hLZI0KNxZWtazBORR+w4ATUZGSQF/bQ+8Y7OkqN4UKDXXgxt plSja6U1TJmX7KL4UCNCB8xrUBJKLVDCJzF51GjVKpCFZ9QBXzIO5KE2Tyh0eg6xAfQkP9/DhJoe zwQhioKHw+RtfCj5sI3VF1YOlQM897nhNJAgXOCPGxPLBzJ/8wv6WB2IiGeBoUSCnB7gVkEKcLTJ FRAbVhPmUXoIWPf2BL/ppWo1w3bHoY9wI1ixHxG8lSoG5X18/IE9oqoO8P9V+gYCD4ODFwGkZFAA zupUx/PzutIC4bT9/kQRfIDTGDQb6ccoA6N6HXi2MHTw5F4BiUQRuxIqHXj39vUEftTg4LVPlaJ9 pYN/YL/tcNcqvQUJ4tfZ3v6MRUha4epBxp9PwZhvgx1brklSo9cYNGheMCTOHs0CzbVtX94iVNM4 gdMKeV3TcUrgQGpW1QjiChrXv2rLB8xqohWXmGhsLDoBPf55ph8cR7jdC46KIOs+BN2SaikGwNdo NWSyKr+oGlAX6NbKQZvNkUjj1l6ttYiV92JLPQ3sR1epjA9pGmQPaA16VfSeQscJhC1Z911s2iIL yzgAOUEnEhcepqmNe2gJpDccu3rlJl1KVgrGRYQVJ7b3aDZT4k4SqAi7ktH6mRB0x9QXWssUMN8N BASzGYJlb4X2LYnhRnqKSWkRTnu9W0EVcKjJ5/XU3vdSMmH8tJ9ShlmqJQ7XfrGDQPcoTU1UKgFy ncIGoqYbEfOBx5S7VFTTiS4DSsd74YSNeEpO8dgLOGKJAIgqXfVCMwNjWRu8HTBbqaAq76KGy3fI jsG025xi/wVo+MV+K2PJhsloyAyCWDeyGoYPVE4QIFYTLrTfy4C1tFrLy17ok4oMAcKaHfe1ksFv T0oDQasgoGQ0MiUUWge1M3Wmb+aSXruYrD7e/+WZHqUaAyNHBWLbJhuXwZnt0DCRgp3H9gyZCj0t o6cL5ktXBS4HpYbHm54Zn6aeh1WfxxHPKdLYJqOHFVyWqVABh6K6oW0nwdI6wWzJHBsdiqB7PiR/ Q5hakssTsLR0QinftzcVv8tLuldukTy1hzh0ypurv/O2UJLo2R4S1xAgfNYAaFp5n9jspRLVEWob AKmX5+LOGVDWWcZw6MxYCYx1S4LR8kcSVl7bPo8wfO3Qg/SWeILO2+AgIcCGGLC4uQY1Gv+Y5Glf eVujKRdAWqPAxfKlsyizD0NPc300Neg/w+AOs60aF1WTsGyx/OZeT6Z4wHlT1GU5dnE1qywHFLOk 0kRufT6iqWJnhftAmjLJ/A5LBayPjzHMFFjOM5V3K1MJu+VTfTjXxoIO/QqWjW7ZfsOeVvnisSYM 1zJCelv7sBcsGRwVNWryIUZlOo70xxaj0hPiKMDZeD7RHtrWxoHhGsI4vWEzOAxcSZ4M50SgJF+A iTQ8ij6MKYOxAwPligm+Wqo5+fxe7lKODtvFXciz9YThtuWTWhS5PH7wVncPR4dT7fAaHniOxGD8 FwgMLzhfhdngezCM5BO6PlBvZXl0Licf3AdR5qgwsw59X+8ZRm4zzwok5/4YoW16jZBZv1yYO2fd tziGaoYg1vLIOKg4A83O+yUTHeNOIaYiVHElUTeYDNEX/1kahNdvKEGzXCXUGs3gDAGRA0qrblEv h2Obc1kVH1xZQ2JAi3Hc4uwhIYz3aGA4azsCfESXxFXxP3YO1M0Z56J1hE18oY5YF0Zo8tizTQws to5yO9NHrh/nbRTqLzFR4sbqUOgYo6XNp8VE5OOc3MGfz/+jtahqrWgtPhBUosVBQIHIByFPMDiB 5HaIPvM0+c3ivuH86whNo5Nutr8jR73oi4qyr55gETNqnOESVwbdMPHJW1Ig7r6zUUnZf+GD1Wpo 9fsh9hBx2erV2JvfMY2Lp3I1BQU5TlgYLdbpmcG1OPIxeNucTFFM4C7ItgoZ6WUbeAuyvg5VT2oQ U6ncevwmNHEAdOw7QbY/pqLoqNosWi0yt5/aQMTRUnG0/aIHB5ebhmk11jq1ESGgPMnsCG0oBN8+ Rp+3By/TBN67EQRc55OSnYf69hPHy1h5DfwWN1lK5UA6QjmlQUWfIbUrDDfFi5WVUHB2+lpDa+Er wsiKT6ycJYes6fkVBBksXyYH2ow7dgjplrLAaI6vvMWZV5gXeALc2W9nF6MM+jmqIRkBRvAUUeE6 pOyosofd7P0B72gUwHjUYcAZDg/pLLNQmlHZAKwDb4HmHqblNH3PR+RAJEAgD+hH1KvaAzQb4Q81 0Wloqg9DeeKpwhej4PoB4TbkGTq0mR5AIqRfeO/uADWdNrOT5oCrOK6HNYorXDIAGvKnUrDvXXeD TilJvFP+N5AaObZD8DBIQV9wKCjltqPrIJVA0OiDPoejnY84vd4JDVWEGGQIOTzv1SCGVoUMBvcB nHdXhSMgpffLdN8rF7y9bW8/UDQ43nb3o/HTlmCvcGLwG9RLAztITtljGPKkkDLCLhgJuAl7hMfe gdzhpPMP1rD3zPM/uLu7881Hx+mulO4tiA5i+G+VcqMiB0FeLwBB6OB8M4BBu/jDIMrYyNd9CPY9 yP18PUP5wOYAwIpg/HO+/RMqDfj1eh25T5d/7hBUb4Nlnv965x1yOf/8+3h9HM9/vfR8/ccRgyBb T4DbgvFOt7/3x3/mm4b85/KfEOrrv+HqMabvjxtMF6B7nf9zg/T+vU6P6+m/ajSDl+/T4wGgP8E4 57+n838fd6DrHWI/39Gqfy6QT5/c/nO4gcBVQnayIJAZE3qGn6LiHiCk4c8U+ud4v8Osw2Cv8+Gm sxRG/eiKRkPKz/efoHXIp1oilQeBeBtSeOYsOWB0nHV4gtqTO9XY/hww1Un/9A9kEoAcwEmjLsjZ kFn4/ARZ3V/+obJw3TPe+Bku+wA2TnsQuhQJ3Bie6WF3xVPA7zBGaiPN4ic4JeBadkOZ6fX+FiZa 59Ct6R/qrpsPexWt7/MufVZ+RHma8+nw9wCdPl1hqZFsIcrEAsv0TjKBpUe6rzwLIrZSKRjfdG/v Fm8dBXMgrBbrtcdj5Zqik8LRN3WldwBir/xWlaJKIOwUuEAnq52hinE0W9eXgfmSssKDhbJibkNj FdYGriod7jbXzfRKFmnv8bH9o5ODN1WAYkjAmOa156muQUMVr/ZLZ0Tu5ZKYFbC8slEyqDYjAFuR 71nAqk/jBUMVEMM3Uj2bLxCzrJoSHKU7sEaPZhnqL+/CM6S3FJZhiiTQ5MbYotNpYR7rHYn7NtJ4 ViabpUoPiBjLOFS5IxKXuynuNjMMAnGBEuG4x+zDDoUbhf3X3KHAO6oVf57pw3OegcyLb0WEbFdi iaXMqsld5o2RZGRPlu/yjFH3gTwdFoBle7L2ZaLjy6IMM6exhG1Xgd6pWSJj3N4iiIvtRnbWVBKc qbRsTFwHdeDd4tfvaqRY9TKzTLkmo+B6F4a7E0yByK0sPlGDpYcDt61VliJrmPCN21RaVrp0JOXj BXM0isAGvGldFjG20Ecxw/viklhoQA/iTTsPq0bNBQlZsbBy98B6HAaOMO+BMxPWwccsgS2G87sk bhTxnidvC4jk6O1FSxwVLhDSKG/ROuyJIBnOrcsgdUXPmGkl9Pk/obZwDN5hgafn41/wdoo7sRFs KgcsRbeQ6xYKaHxwyIiQ/Soc4APE27PLWAiohSOawHeFK+UjKcsZNitw4bwJejmbEAoBEZ+J79oC rpMhLUB4jjqPfbl7X+/BR3kaPDoeTxTHsHVDbNGHDhpnDSYwno6e64yCJ4W33LbhYgkEwnb4PxFS OB5eAgFyNRdIRIpJyE2C/ASLjVp84UMF6bZ428Yl8oQ2+B/G1BvGixiRRxQ5Comi/upLwRU/u9FV JFA8Zd9f8JP4v4Al7HUQVjWdNDQ9x9d/QWrCt1BlDBNl4ojNERgiPfD8GHuCifokpCHVRod/5eH0 O5INNpqRF7oKpAGDemeHd4TJ9QuvygUA7TEuHB2uU+wiVJlcugIWuFY1YeAVwKu81wqTGn/IG92r wcGZCqkNh87eh3wtoxaIm8OfSNI8vnzYY5CdUjNcSkgO1aRsoSQCKKkF3ZF6cJnxI3c7tOO85y/S h8jVOCZ06t0e/0ElFSYYwvAXuoBLqWsiBepHR30gTeCZIZt27MKTzSyeYUUzY7N6I5gG8kYiaYV3 IFbqXHvbzAXkJS8W+FMIYagTsQyU8eQdhruIbdsTDCUQx1ZnFJ3M3WGD3ufJsIsG1jV8dsRD2iC4 XXw8QzloAlqliBvgAFEb2MWT8oiCd0y8z3+FoVGtmHUq9H509JEYfPEHqgK6cItA/hnc9wcCIGCH uIALRNRfSgQHXohb8QMH860DhMAztC1YIhAFyzHcwKPari4a/ngWKfsSIgEn0chCdT9Xn6JKBKFr r5/bKlnorNOevCEQM54bnERPABQ03tWeicv3HD+yg5/cG2ioRoXv0UGhEu9/Xp/NEYLAOgs2i3cX GVsvYj5qVrBhmIlSw8/Pz+/P//eOlvlc2Y431S3eXgjzya8eR1bgCiJ6U1tz8fmHxGAIz8o662Eg S6dDOpJQIwAvfh+lJKAsUDPNYnCIBkZKwC63kX+gEsilFRlWMzlEZgBEsV2Dd0irLfRBWjBVYw2A AvWYdEpeE+/TyujU9HBNkulmrULF1zBy0gmgSoxuEgomNRaVaKBIby9G4UsxkE+tgdIElQI0SB8u A7Bww68KhTsFDsOa/gUS/AalkpuZo9CxaRvc52o9RdFGekX8rH5ICqwzYCvYM5sP7/WhmTh6BtpR PcNoaKvSKN6AF1q9kYBZHfOQ8L2svOItOhdqE0RDWZg4FEG9CRPzm9bCchlArS754wmsatMBxRF2 zQjQpzAq4xHDFryD553Smlc+7LAx5VDaN6uvg0MLUg68gghZNgxuM8dNfoH4FWkSWQhfMm+AIkIP uFkDGx8LzS/MCkSFSAd4Dpi+zytLYinQsGBcQm5SZKgyQWxF/7brga34XRSiV7GSheHZhHIKwRph ssJrvyFzFla33BTZV+rAKpohYHkMUGcHB2YxMBYJYxSuBSHfDgUMCGeQGwqSFK076/Dr+8ldmUc8 /1ZiKYpn1Fl8Y5gn4wvhHHitNV0jcEwz6S2CJmCzG5odStagwT6tld6ub6VB4l2bINRFY4IT7UQh AAf26YK5H+OXeNPSoEtDqRfVLjfuv1kdxkrH8W81jDTSI3sBgg2dYhC2DmZ/sV6XngPXa09rHdvd 4mjXRHVcLVu6rCSFQdDOIWPYhglkZbf2+5BlBlyUvg3j459YmbgkyZFDkINjlQziIEHOiPGh3rSC j9JoWuspw0ugkIbzE/gPtIpM0lUDVLeNlrJC3yuwco2yAraxhT9iOdOGXAlNTZYwEc+X9yc0OIbd D7Y5yMlXkEF7YywDsCPE6gsoESwLjrB+cm8Gisr1KRec8tWelqJ0TWdse7KK8Wc8+INIWm97Qppo RUtwYTJeaUIZfKqf5dUdXMGA3cxCyIxhBKqnzhD5t2fq7EbYuqGUKTFaCxTo0knZQhOQ3jLLek8Q zGfsfbNV03Cy9WZJEcvOyHoYA2hYCZFyC+2maYJYNa3d/JWgRV1oAg0fkTRyBXkUhqzZb/H9fsNt DHE1qlBNouBOd5whvTJhuDMSLUyicZGqJMYweYaFfExheVlfte2CD2hc2pllrK04TVslf6unLv2k d8bbtbw7DV+rOtUzGezYy030p5JKY862MSrouK9sniFA9R9GUmMUi+pohmxUdYdwl2U5o3VqnhZ4 5HPVQCoAYoZW9sOcY8OkueQAWlUlOFoyQ9otW57TfCFNHoGfic4Hw0OgctRCikguEdpIrywEkL00 fv2UzqThvEoYWIRl19s5RY4KCgkdE9HegOItwNEGFSU76QxonhVl6jCL5t8vCD/mG2fUFH7f8Rne OLQpWDmp6jLRlPZU2PxRMo9APLmRoWaeGb2/XS5yCjSKbny8yA6YtAwDwW3sqYlrTuRpYvQARkln SJ7x1HnziccF4x1cjeBJCXrTINXJgWfJgmpzOMVEdJbCGyEp5rx7UOf4x/SJ6RK5A8w3XL2BgZKi Cek2Jgi+W4zkwZYVnGNjJytHXWoKpJql66BqS2ihFjNa4MA0iaUEalE44hgpgydIMv/8I3zknxbu KcUQJlmtCbQFBJXowtE6HBODfaBx1FXB3tUZ6u/UJMwTEWyQfOilQLbSvm22DXeMAuC7rsEICE6s 6kWx+Khf6T7HAXqLDY/tj/0+LRBRO2nQWU/xAYIC40+pBDlVhHp3Nr/E5qJ3xDBNEvDapOm6KKWR LGAeMAUHKonHUQzQvNo7HxGqfdwKD9gOXCvbngw1hRXYKtt2ZqyG05eN3pUCBldelks7eZX8FKXK WpwUqxixtIwAA0YG/HliBCSY3Cp/OmgunEBjl98VNO4mrYukq7drjYGZaudCXG13OQaFXdzBtm0p Bl+g1NrTrr/whLCHEANiUenXtmtlH0IEkmisM5UHzqL5Lxu6VcmuDO/RlnebprEpglPgt7Zmg22V fRbcx6CvhASGiGf1VvhEMT9k4ETGHVCFInK8SLIsFGro/KLf0g0QBTVJbLimAjATBSiqBoE9VUEH D4QSKHeqxoNqCZUYNnbEqYSHP5GNCRkYsgIc+SUkuWMffwev6qAq/8Yl9lCoEsCZYhztN46ejCUX qx3JDaNNiW/aDrBOhArYIpNIB8htkHyzJhoJfcMexoIjW2gSlKhwn5obd1klRbsh3iH3u7OcQvEa ZMkoqB8L01YlA/nZW/Ba41jHWe7YLm2lTembYUG0jtuM2weHx22q9EF1MKryYZ871Kh1WIUWM0l4 RnPQBY2fzfBHDO0jyMdmaTI3sJ+2fqNIbSZZI1vJKx562izafI4y07FqtBTqRatRE78osXmh5oO6 GdDuLfB54yBNCBBYCQTdXny8H0zMgG5KAQCHGK6/IbeJAsitRARCprYHOCv7gL6LS/oNaAwvhiJ6 FxYm1WjTvUIepsNmr9St/seCJPrQuCCmdEcRafpKMv40qxzIGOhFk2H7KObn9QTs+j7Z/FBFEWCi WeiIOiiqAwfRu/UZcEoGuOrANKi2ciPn+N5KSqBk12TAn1P4gJVoxpT2VolbsCO08XxVagCHHLAI wDTLzJ5UW9ljHFws1o5eg+rHjlYdZGznP0SujuOt6McM9Y1/CjVFPkWSVy1ZjV8f2vBP1k762wES TwofyxRUgtmjVI6myaivlfqYNkDdKo7AIV3xCEnuK5xYz8a2JgWc9fuu8wBBf9UdiS2snbA73HnD c1anAl/VoKl/HyLn4WipkeVUFVYipVEzujjw5lAVEBTuUAnZN9vtvAa2Ul2VOpxpqKwHZHdzM+1d r/E0Umsi7yubgnWfzEMpo8vOKKgAUSctKqMM+va9LMIWvb1S3OYhTNk+Avi1Gt0RXimHOuL1U30M hxOaNqPQhk5FfHabsgC61pmFBIq/3RGSLPEF1VopeKNonaCtBoX9MSulk5bVCcnKrdWyaM4fvtkJ LWK6aRR9MsvhwS7NQEkwSQQGviq9AcakCJ+mnvQNO6FsAjTteJWuiprOBgCEt2d5NtX+2WYKTWkp zzL9MblmPdipZ3I4fYXgHhHqPJ+JYmM9Qj0HWSuVaEB1n1/KvzckFB/QiJUaHGdNXNhVhCZnDYDw jpVIuYYIiVWfl6smSN9ZIyKsurKsoKJRtFW+GCEWfm4FL8UogWdVs3awS5BP8B3ILDqeg/ws0tKh Fv0gykhDQKqSq879llQNWGPTsh/WWs38kMsD1jq+lZVzokGpQ8RG5fGzoJKebBCcKSqmuYpRqF/j SAD83vK2JIJVbOVHEagESrVP2E5rpfW3albsrocwla0Dp8VS0XUXRB/kQZVuFFywt9F0pY0zyzC4 qIbcP6YkHih6oYQ76MxArXi/rAbfjxh0WoJSTzkJYx89d4m0AVqFFFLSw7cC5MrI8kPLhEpsAr0A YxzSQVPNfeXKssD8Ib5ZKWDeGm9UzMSL3uwQIdrKHSEh75QPFvLYtvsN6MCBIG8fe6RQQzgAwVoj GxujIQ5wLn551UBZLNlQP1Amr4n3ysXsuFwQgvbkk3M9Qb2iBKlkLCyeZCw9cE13+Y17FwFDCO3J eHeGWDAiGgknLCAPE96EzsHqeHYj2vRAAV4ZZ45t8KJ4v+KVb5EpvJMcOMmYiTmoMuV8Z2dPcFxz cnkx8cB52gmuWEOPbJTzlXiKRFEBPJHMgA2EF1QpjuFdcnx6NtnmU8Pca4XwhbsuYB/Mk3GNOIXf LJLCMzBsQQWVrhX5bvnruaQj0BLfFZOJxVQntedSUCNkqMoo9xvsFKgHO+HOC3OdGhaqBQzx6gE4 ceUBaKAdSJh/26QMNVT0D+7xtvzDlS/YQdQVPLXPHEAX0VGIEnbUgIlthOfgVWOinRosCC0ELijJ PY9knYuuI9AOnnYXGCbB3UsxhwDKfvaEiAVRvACEKJAfeQUCphtDyASOIWPaFmkKN0ubgAnyN9Q1 FdfH1Qh24OFje8d8E+UVADajjKiRKioSeYi2AiIETXQCyKoxxcFjHz3g6NlcEWEpAx4W0LkwxYDx 5NwS1BAqUHah0A+riDrRe2UfgDBUmmrqpj4LhcOoOPtGHyt7IUBMIQiioLu8hgbpnseRg02eADe8 eGKCdDmPzMRyF46FqVEcwlqNLoAZeifKpvfb/A8AF7CLwYAO2OnC1cJMAbqxewHZGZSAigTy8SJw 1SgYFdSxMJOCrBRwDi8S1YVmiuoAqhTJY0GamJqQnnbKgqkjr/nBM6P42QC++IP/ifwJGH2y9R8u BAgEKoaivNAaqBBEVGf7BM5IV1/+uLeiIkaBwrw8KV8MwtMRhyBpfSQ9EoDnRT11UZrpzYALG4HD OiHwrAOzMyA7wWX9o6lGtkRALDQYlqoUQrinNjKHIIZkVbM5Ip1nRl6Ed77Y9P7+/gTzgvoGW/+J /qYntdSLUFU7c2n5gqFqXnjIK8zWPmXwGHyzv8BipCyOJ0sNNunURnj+l46DdStl/QJIBjF7Xbgp qLqTn3yCpfdE7B0dCCmu6rP/XlEQJQIcE0dLDVTJJWBgqvYCHQana7W2Kez8/vVcMuD1uYoJ9qNX UZjcQoI1A0Ce6Ub0jdGn1wAhMK93G3+AjTHwipE30azqr7ACJAaXpvmGPET27UupAyP1EqSuXgRB EhdkUNHZfjJCqiAYO4IchF7G6XeNUB9bU8IKbOenY8CrsdfEjDPnKHyzqXRJ6IwJBuKi1XiwInZf WvUa3gwCAqdBZ7J8wuADd8I9rDsYbyYf/MEUG0tnuyls6w5e4z2wIHA9i1hrAXtruq2wwtB7opmJ rN0UYcyRTIujzKF1iW0pW8Rwsf79r/UiWEByUGAMOijQtsXDBeWsAqa4C5ZcB8XKNHJAOClWvLhS 7F70NWF7m7hzRlq4VWe0fnUYWpksoFgHRVhbOT1lx1DhrO2WTc1mOYW/3mtnE0MhIhKc8p3scGkH gJ0EkegWOQ5+cTtH2J50TcyN6a62N1tzlQjjEHl9ZdyAItVZg0LI/u5dr0S++C70gAsh5y0lHWWP h1bhMkl9LbI5KVcnX8O/zr2xQFfIcVt1Lutg6e9faWlmDCJ9kS7vNKKYafC/vWScNDg/DDLC5dDP yI4NCxTXVYlMu9vTXpJQWjeAAL8rGEfbxbKIW7ZSuAV8ktg1HBJCjCrFCXIRCXEde5msvfDaXZZg jpzwlmQrAsnLM8ADYvIM33e9h3m9lT4sqB0flORzyeMiYesRRwjEATUibU6L9o625TOuyuOj3YEq eKEEwYu2IYtk2gtm0G2lo2OwKc4qD1a2cuwl751taNAL3RookuGgeJW3zcdLv6iJFlgNekUKiTT4 jQlp2zePhOhDGl2rTixNI6g67iJZTv4jmw/RJplwstK4hOli/pD5QDLUy/kZXTIWarVtuWIyFPBA cg/c/t61VFmbQMc9rcR7IF8ZkMDnYGh0XTRdCyh0OhjQcmXV/F++m/HJPZOlyHE0W/SF68CGMGZj zfp/LN0HYmPJrmXRofx+lfKGoveklPW65z+lXhv6ZZXUZdwwCARwcICQam643vKl2gP+QOYSJqa9 UjzS5vZkMLwOoA04MmDRYtwWARBoLPRAVgdN4Uh1J2MhLVe56VZ6vorx+tgDY5N0BaFzNmvRaeTE HCjbNnZ2ewbVIYXZ9gerOjCNJ2uYARA8ivdoRsdUYEZI+kD7pS6i+Dr/6bCAfQvaujvC4pibT24B 8yHDkNKiUOii4ulWpNAyow6cbHe2zEy8lqIB8wPsYbZi6X62V7JBjMyDTRiKS01I39MrFimSMrza pxaeANdCbOBRVYwfqoFioiQFNehFi+n+4jIcFBwWs3ABhNcvOULybvSBOmKVaMMkoy4jBXOrGR7T CUas0lbcO8tGQPobhmSiqBaSTEnmrsiyVAHNLuHhUHIS6qkW0kV9+WjCMhpItaQS2+S2FCmmmtTf +/w8kG+ro+NpTyPl4Njn6UNpjAQWbQZZIzvfZOZwOTM4S3psmQbfzv63cJQiYfj84GHZFga71xqU tqTLEtpsan40FxD8NWolKrD6upSyWWdt2jLwmckUo4dwR3OVkIgwk4LZdQghlJbuTSX+c/ioNA9A dUefUb+Vz2yKLZBytfmpJsuJ1F3oNKnN6ihzctnCvgw5MBaTwpuz4qaQxxfXiEcNoYFIdLd46Wnw A9AZ3c5LhyOulpL3uf0gk8pgUpZVVuxECS0JBQHDxeXyKOe8hFwZ2Ef/32xhPZBfGIWXHEuqvZZp G4NLClwwQ3nxYXmehucc0fMuX/AM0AewaEpYqj+wkoEc11XLIbG8f1yyKZMAtANFeS/YFe6j2uUv IIEpCIbB+YOr/GbzepskZViJMQGVYHRBZkkU2A30BwUDIIBHcMLgKgCMAJlotAtojTKY691HUuSu K1JnD1k+AqwnQBJL0xGG+OW8Bt84unj9pdFS7KUBVtzU2tHaUMVOUYeI2XXMEJsQ7639HDPYFzzV GehPAXj+q01vcvUYGQH5Qkic++H6llWtTJALfKOCEXoFGybD0J7YdsYDVQM3qPBQeUu2AKylkhSA I8Cnia/qA1hb92CJoOzqo1plFkBFjY0DlgjPqZwnuMYKW4VQeTMD2eqwhmKAaGR8a/4UUqL31hdI O8xEAwomDZf2+dQ2JSNCBuYTlAEvN+07EQFrsK52AYh3mgU74yLqAdZeBX1d/gi73MFhLVZvgWzs q3UMjo7EGGoBvIIakS1kLMMMNMb0oyO2QVUQWSNpfqllBoE64w41lSY76/XNr0KsxVs0QF+1Xgf8 dqPOmrBz2tedhY7Yz4iKROek9xoUVyiPs03M8mGldFXkYqkzaoYYrExXhEbHN1JdaQvw5NaLwICG HKUd82ZyUB+WEM2GhQgJc7Zm3ZgK0GP0bOGFdKPJwSzdQjO740w1VcNCAV0vFQM5LQ8Xv7ZyMujR hgPe/Uo8AqYX0OiHqjS7Bk2VAwZNVwfe5d1DVq2Qkgs2yGGBMgoCJnUwRbxmuwad1xuPyKb32KdX 1SdsWGUk8GYjVgoUgBCX+woaUAHqEYMgl54hAGqThDLjSsduVpUYHVWVBlTkIFkjg48fz2tNxvy9 4CPHi0YWRovF4MWFxoIGgcLB1Ub4ka2vTjI2LBz6tr/8fJ3go5f99x0/F+R73KFb4/Fe10fMbUEB hUTsdDv3ioS7wST2iBIfx1jcSi7oKoTzqHoJarHSDfGfcXVRntWCuFyUtoDBGvkBFf1M3CrQ+cow Ygc7Lq2T+tvnMjRseiE/2yLC5+4T1dcmUkK1kwXCSJBEuCJqVg72g5aOQ6b0EFuF4n997corZhk6 2SqrJTOhQx0q4Ah2OPnZD6qnsyjYAJhykBveGT8byuR8Y0u4pchHUqEd+y4+EzldvP0HKlDYvHpR z5iQQKExg0ASTA68zHI5v5aywPgdRVErKRl5yWkuAcF9CyyYsIbC5nZBJgofy1k6yBTjAcmUSc1M cLoJb5ZWDf6SmOzJEiI6XwW6M0NAacCH7jtgLWziamYFwMxYqGwIBztb24k8KYKsCyaO4LvDlCMP 6GGJeNCGE6vvqg7gFSNEB7IlVy+hZZmvPcZrYwU5H8FH/Dmp5e1kXWeQ0NF0yPaFZgOplODsrWxC uU7yj7ZlywxXBAz7JPgowaRIbDq3m2pLOIHM8DXZfpKdoRCOaeZ+xz7nr3sQqv4KwvVSxgeyKIOq tMeyTCzGr0mRj2m4YveZRwwkM2+s1o75p8qlvoEL8BF9wVgj0gTuwQ9JUXCX10G+3t+g00waHhBU SoNZNaYM8yT/RwKLe2zJEaiXHs3ZSY0ZjbkSLRUGotKokOftXhq4L3Rpgm4eDHyrEBbJfUV55Rcb EUXKcXReMeiV4FXFwqCdmx+dHRr18ceHEAZb18J6K0El4YbA2daUl8KNCT9H0qmqq6KILApdJWxq PLHuomZL1YmMK7RH9zaz/g8FcwzS6eNfQdIdBsUkOyj1mLZ30vHLO2p/9bz17vPClJ3CE90z5Tya 3MLccL4JM1WjOsugkBunMw4FYfTsyJSzk+LD9ZAc9qlBkK3HpGPqnQgMQ9Nm1EeWMyOt/4hCWifC xu3TkmPDvsi0DX5nybLU7B3njvvWK4FgaIFvNtGOrQ49sH95d3l2erg17VXCIAYhl95GtqmOBIdP kUfp1c602eChmN799XlknDr2fO5NeuVhj5WPRdfoD/7DkqFr4+z4DIzcrlYMAo+UrpO+a9saTa8Z g79ACbVHvRk/fMP5KSUub9NfbG/b3JJzI0pRUy0ExQK1idA1ZCP8xVo5o2XUMa/DYDmMcgk7GamG T5GXSFd5QFBOGxl6w0+KKQIVjj9jQgDdlqx+od8QsoghHNA80rTDeiFT0nN8De5cjilkCCKV8T93 E8KGA7NTr1LJOKfa9RgNZDvAXGkDaLzIBvZFHhyxtQqp3EISdibV5Btmj9qNGYinlXDbMP2RrTAE GFhZ7fDzqTjlC+zZJ2+yv+Foah0j8BTsUOu2fQVn/MRFZ69HFaZugcw5D5ZPdTVzA6ri8VXNAOBZ Brr/6qL/Qp1VR/QtnQL1V065bFza6ReeLccZ5OZsoULSECIf5Y3iw9DHNCpJ8h9PFwhqX5N6e1bK O6nhLCWSBMdM+HouELdRlHyUUsXS6CIqxfzTJEQMmY2blyud2jbrwapIYy03mgolUCyDGzh6G7Cq N77G75b+OtKbEMD2/ULJUjqW922tUyHWd3xW333k0Jj3aNQlC1uacD/Ecj0x2frrwAofpp+75J2z 6TQBEQBJC1uFI4QKU8omE7wZfg+BRpdySRwU1dGJ/jl0qXBmBLaCLqjNUtIt3uMDHq4GAbhql4be BinDS1U8jYNcPdXqD/wnABRT15v+wGG7i+0PXBOz2uvgqLiCobVKLECYQcsRU18/EI8jPwNiAxUq g/n7E5bx6z9FWfQNNPwA6XaYK7uAtAwF9lsrDxoGXCNax5zHR16AngOiQdaKJ2A2Q4+B4w1qKLud 9eDcitzGUfQnvVF5wdFDhv0x3ENhVgAu/nClHR6MwjPw6YUvxenTBQj080fUaf/gU5dDHdqLVj3w LrjG4FSl/VN0yMCxPf8BMhckev0f9NmHsPP+QQyGoCNjK+/6z8t/dO3lQXlVc6wlEaJ//rz8D7gY xfv12S88brrQsqHcf56kwxvuG6jcEC31w4MYQiC4df2P6sT41g9KGVgquf3P/2Msjw/Abh8IYcHz /1FxAn6OHv9gpqtooTG9etK1VnrGpvxtf9b1KL4x4UPAhUEs/tsfDTSf/WOFkLz/j448RyUW/Aop TyReRDZCvc1WWLi+BMrrht0tqIKKb30EYv4QQ8VidcSDH1LmPVLRBuaBsJrFgfh3baO1f1f91WZH PrSKI3/2ACVjOgl+LDVBO1/rb1Yi/UeBiDBYLw+UY1KQY/FIw9g/hCTmnPAKqSgeZaSB8kIqhE5U KQayWXVjF2juVbhH6CcZth40c130xQknCfEQg8pgEC3vi95p69B9ajSIg4jmAO+rgVAx6CbcHHgT kj+ov7hTqfSVLqluRTKXlDIIBRR8YtMKWhXHsamfP/8I15IrARSSENr//mTqzc9w5guM2fPiVz4z IUoQGE/91jLJsXaFaPz+nyoyoLW3nH+i6T//o/Zs5PqCeGGJgqCWPDqrPWhi3v/8ef3nH9KVOBl+ WRiyKfpLMoEYqfCKSFXBMk9oWfUDE0BwhGyEPNoeYkbmYOJfsdMFSPyRgIontcTVhAiQNLWiJ4Qx 1n1iJPimWR02M4ViZsEoXgstriNfIlHxH3vaRnOUVIpbv1FP0chVgK8utEl/oCfbxD3/YOP+p2rY rZJepBpMLbU6uQxVb8D7rgxHq0fpVOw3pWtjCK71SZJRBgjxs17km2kUIDuFKVD5CRLllup2UFoh 3Sfv769/SjyhY0lcAzLfHlMh5z/UzldFI6KI28Q61rCe/xFiFSRSndy274yl+nTDHhQnIiLm2Qfm RWv0mNaUljCV2vA7HdBTEziEf5zcvkx0PY2Cq0MqibcHWoKJoHm4LWMdpxw4/WvTUerebvzVFRHV C9juYPmHjraO1NcoTZ8IXTmfxQuF9uSD9DEzH4mY3DIxqoteuE3wWnTOi+gx/FbvznawtBbGYV6x C3OzIoIq85Dk6gvJc7FhCI790/50M4IvjGfHlGFNRZqwuIyfeMtxURgvX7F/XxyuHYxt7LFhKqpv UqN414TzfF0mliUrGGDnoTfoBS0TMOz3Dk8CYaH5SyaCkIGd5/hwoBc4S21YAYszW0j/HB9C7cwk OoFlVRZAq22w2u1mTKE657znsnw4SKjOYnyJeiaUkdaWo6WgJgs0A6BTrF+kZYwqTN46JkjCzdy9 goZ+JSTt8tbK1+Sq2PERPxg0sgsYFJl9rLvSDaOjFJjwTs+x1bPKBr+fIIBJzNqE5eSisZbYwl7M /VphfmSLmSnv1T12SmaPTUgsf2fbG13KFnmC1jX2MQMj7TOYnzTw6eLm5rfwlpYzYARIWDABAkUi mIuewG1iNFaqX8y9XW6ihfu9Mm4JJx+y7cW5Df7iTBT9cAE05J5J35Ewxh30u/6h4nBM4sPnAYUn VEOO3SbYQhAoUPEFMbXu2rDEQ0voB/CCjtDtgiWZa3oi0yE7OYP6+d2doREIkguzkaw7GlAAFItg 5ChjZR8SAD1bsYsoD4olkgiaejVebGg6j+h01sQi0ebw/OnpKC9sjKnOFCfBaVEajieJq1MnJeWr X3NZMl2TWNJPTo3cAd/tXpJY675lZ/mw2yUNjxljmKSMdMVqcZfd3KjeSd6SqWpFTwp7c1iiVpg0 k0nqgBgki+1qTxRDIZnknJT08TOXsIlELzAER4Mpa+tRv29fD6J72Ec2EUnzZT8y3mJiZOHX4UJd Yi3VAYsZNRqSIrEcTzJVbZrOM2BOHi7psLYcMaf3ODYC3nCMEBeoEIpRdBYSztnn9X0INIyYiKkC PkAZsAU7KUGGYhHAiEnaLPLAgQvR9hVhoCQtJ8rSTLzDQ4AWEtagY9J7yxSiylNppzxDRbQcekMu sbJIi34W4ZMwm+fK4850wVWxvCZyY9X1uuhenmKymyGTtJXM+KZ4NQo+IOjVPxyQEIMyOYrd8ek1 CKIjpXZwXqcag8YIVABH57SIN+W0Bp7YfRzAUAXRWE8IuXKoIwPgPetbmANoJRJ0lQNhfKVh70N5 9atviMrwkQVooF/Y6r7d62xUGEeuuN/wvabdwuSVBYoVKSxgLrRHHy2PdYaOikcvHrAQ30FXDsiD In5WfiSXWRY4UXETmT/qKIe6SbRD6+n78tCNUAAtt15+KZ6jx9wwcloMm/xbV4MSQDTtPLsiULn0 +eRqstoUsCnjQLyGaGGmv5cRH9hSbR/5B10LhTzJEaMt4qJ7Fp4e4M+HjWfpRiTEUriKWE9XymGE +v3ncbdwd2RNeBLQAyi1AFHlP3BOIWjVQ0Duhx6A93EZoFShHAX21l0k+vF10grgQkYCnL67snRS HGCLVRdIAZJCytUaDF34gaIzCVxUkRSRK/EQlQpMMjQrZu5eNApku+4qQ9EJ95SpNI4+fkBEP7xL M4CTuU8wkrEvAKK6bk9USVRShYLDUnkHQNNdPWo07vIEcJZVbPZEgDaAHVu48iPVvN0qpiwXQEhM EYmLYIyaHVi82yjNFevFYzYgky6w1XcVCVd6wnVvxo7yHZwewVscxm2Icfs3Qjiq0VoILG5VRkga 1vFheXXvHGq0BkVtzIegm9rbu436J96uO8oJ4FuD4aVXKDFheQR5ArtFpLwxaN9/C3shpcfaFVrQ B0M8rNVQ+TyDuFGRRYJKsfCzgFQlJY+Fs0QcxFDU+tZBzO+zXAyyTnHADCyAnbP5ODibBFS6rNIt gfx8m8IPBVRBRxGq49+65mCbVgBQ8lsIRLtr1CxF4HPiiphRYf+qJoWF0jvDSUj+7SEhn6JLw8cV 1RG/iqYPxa/egtASwVOYQizVzAnsia1QZcawEgsW15uN3021pXOIFUGGBX0q0o5Kr0oGwToJ/Nrv hWsLB7l1rewQdAlMEsIjTGPmDECGiAgoPNJOBS8SEIE9oTpyp1l7j1YRsesF7aQKDbtSUBlaPGqA qfBBM0f+gJxIwnobpipoRwiIM8qoLRMiGgYHmV+s3FFI6P1ayML+tc/oJy14F/UyQ96t3wmUAkRU LX2oppAa8wqFFUCT3VNpIrWFxGpZHsJXVD5bKQi3bWc0ck7QVCgEC229vFzgl5x4ibl4I7QVxJiq HVXHWsF+8ZALMgKxvQwouk/1EIREpAB+9+hZUOgS6hOii7M0rCeeU7l66hNQmEpwOe9ClKj2ZAc+ 7xAT9TNjBksMmC5wIiQBgChrOUpYlhTRg+L5Bvg3ODdL1jXJ9AoESVi/zDsaEcBu9IILLBmnDKs3 oy+wjIXjnHGkkS8Py4cDVznRmIxpI43FYhaiAAs7Vpw71kd9J4LeJMefcfoMCSFMDN4rZwo5CyXo 2TV5jt2yQb2LgeoByCkDYvUIcOZCWYZZAXvhl5CSh/+xxDPN9wlsKZNG/yv7mc3peI0dyrYup5S6 z3TMlvMuE+L0S9U7a+bLDO/uRUJQYQeByfKaXMHmkH1zZ2+8k6wcCCfue9YnW4UwdceQvvkVKA+u XmCHoZGZWs1MBkCHjJoGQkthrA7sfA/wvq+I5JSI5yOWJBch25bL4G+uweKp4pZmI2dPa52FImdw 1NKA5d1FaTUet2ewM3rMcjIPWT9sSJ3xTzIS5Jvd48uB45yLIeozMKy4YIlvVRnMKWhUbP1Cb8Wt yBUThQAbMqxY/1iDVSkhqHMDiwNduQxC6FhvVUPsyaEMPxubvIt1+Q4jKXuHwcNOIEQBoWKwY+5T W4m4XDzv2hiBDcKIsAGdol6jAzaphAXQK23miC3sQCM6zig9MWsz2Y0bjjnRdRr2C0elGElFtX1K KUxsxGHbMUE9xPeg3HqSgvDqQgAOXsqM7dAxbfF8aS5oBdnHHfJ2ID+jUZkgygcrI4Nmj9KgV8L0 usxa8k63VNRVGS7ayRKR6RAriXJM/ZN0ndK5iqVVrIdSTB+iDeISUPvi1TRz9b8xFewcdkTRdoor SgFjQc5OqqZz0izpZGQOplsnkWis1XSE0QYCx4JK1kWfSxez8w3BQonTLhYHty6+OrYsB4OQUef2 cfrFNBbl8pCfXf2JyKGHdPhBURe2U4Ey+t9CmW02n9wCdlOKwcDa1zE5ysQoaFLRHnwj89xjWwon AhgDJf6OFnyY1RoX3fHByvWzC18cDhqnapH/REZJCzUlNtqTjGNy6DbJsYsLwTA0yZuVLOiAUJDC wBbMFS1qI57hkTKaA+u9MJYRxJwoxwLN+NTFPpfdT8uOGUrCs9WLcBSoFUQBkvhybqybXZje1AYF WciVH51Nzlv0v0LZgkHtCI4W+qyigh2oxbmM0Unpt3O5oWdtRMx5pzluBtXslZn3khJEpf0AqKQ0 OEfcFRuZWngeLF+it87bNf1KR2jwFCNmKVXVq/Pp7OjqbcThS133CHiSn8HTMHf+bKdzD3SOjgMv xCLmOPMzKFGQAbyrcEJRJzqGez3uPI/pU83ewJXxQnkpWncFuykxSdQcMr530oU8OGiqdBp9oYGp AV3yAO0CIqHTOL1hARQ21TuaSrN58FzdHMq8ZAUD+IreAu6C+XDlfdUAfTVnyDU4qPVuNTV+c/co liKoZL2Mzng0ZYHRAbQgpmyYlhQwMkEvDbSKi5VZNW0aaGooK/BsMFoJDf1FjeN25oU55UeZ0gPc +oFlRCC9sUOnvJc8PwMnJs26fnqwxAip2QWqCAn/NGTS10lfEW2aGJnQjxRfEurEMWAnUG68jclJ Jjt6VhKGl/LWTQNMrvJU/Fo6nhmgQSQBZTGcSxbSsllTzqETVDO1XytcPQ61k8zJCB+iyek451ti q6OAjmpQWUSb3+cqZlSvyjVRZqXHLAm0J1ZAe9BDauaTdaFPniobJQzB3tCWJxyPiAIdgc3E9IeU AS5aHD3Uh8TSOj53epJ1R5XdZtGh4DElEgm/IbS1rBGhRpEyOiRmr8/zvd2P0Cb2udZzQDs6iW55 H2aYjqrVKAFNL7Eo08pYHJs4sp3KXU5At5jGMmIoFidQ47BC2qQBbMbqd5Egux9lSVNToJIYOBvX 5CqTRBeEd+uXkzHgiEYyJyky76TvLG49MCJjj/TZgVIYVnxQiacuq9JhhzkLbBx2KiwdQQ3uUamx tTGkmeFUW+QuelL++7J04+rrOnf0IWKYn+ky62DsDH7miVPPSCgYwWucOlYpJc457/SQDG+8nMY2 sAVmaBt3nA6sVyTpTuGIE+EgFKIN4AlazwkV/dIxBmso7E+j+pOl0S4DnLa3QELbDhh6GP9ZszXs NrTu0vJuvFYeOkGqXFjrpCcRg005y4fsJEFUfYhVM1UlkHDaaoWTznSF7ybJBJ04UQIIA6nioDkt JmY0j/1ZCHfmFgAWc8R+0GUePmuHyZaqtrJRUGkxO4tapasDOKbXjlDLR8TMm9OUImKX0DfMdo8Y USwE6+0XBAKSOjq7zUm8SaLz0IFCTjytJzaL0YF9KMGGrzt66FwkPcXryfkQinSyYBVxskDC1vQC BkcbmaHdYYE/HIbs55LIdIgtbVDejoeQXcjYwq8myixNRqMKZh4oxh1IaZ1sdmHiZrvJMvlUGRUF g3FyyNizIlSf+ZXiYroYf1PegX7s+ZaMtW2RUK5eaBXahT6gYWw5zTgz/ar9JmwEOPdn3cicfzA3 gs+MdkPSfrhpyI31yBLv9EqJcCFCzDoJndfiTcVvCroEBhqobcv90A2zBviu3K7EK7rOjAo3qMVW eK6LGrkrJcQ9QVhNGPUAgW+w9qPOdM6ZWguioojtGC5owRxakSKypwLJ0bQgtHqTNwGEMQU0j9ej oWffPsXX+K0axyTJ/8nY9XtrbW+iXBFTP5sibZMmrjdv4WP1goGcy26Cl+/yZMmWLc50QdfJA3eV 2+adsTfWiiQy/ifdkjIku1nveXRhgEwLgkmo2v6JtCX+BMHFjAK40SteyL6y6cpwIGWl8JAJ4sSV 9lumkc5kbSYoOmrHUrwE/DUu1ZhtbQU7xAygAeGWqOrIMAufMvO6TbZTg8NjR/OI0cHXnr3i11hi /NwElb2pg04U9OwNhMF+J+r6AGCnQsxgNwY6hX2rvnna2D0G5IN0a58UUi+wVj1KX1uviD6VSWpp uwlItZkg5JDtOBesObnHeUndHEItUPh2kuc7MqQcskXNG4+PzjK2GG42jilFkVcNoXKFMiW3ud4l zNK6hO1NBbzOWq0b1LtoUStOkpNczrOtsqUYR4Q+3e1uW5iyrq/hY7CSzUiIcdAsbwbUQBU03rhh bGqdZ5a3NVo0ng6XKcNI3R/f3igGle3l+GYEdsog1Xc5it1C/3AtsSOdqU4Ah2NnX1qUkjR/8g3U lI5cl0S1U20+/Ulz8snkLHgdh9ceb+daVAImERkO+4JARTY+VmI3ZJB6YZPY5X01wdd6SphwUvaV ntYO543VmrfIMDOTZinzOl3osGoOM51N4HgpSGJ2eCkqytq3jIw388UNoTHbBVwtepr08fFyQvhf OS7d9rhZfsCMtO3ySvknyPz8RHK9ds5yuPIEBY7Q9uh4XGuuq3T7/B7nHhMdJyywDhwnpctDDrtg L+AK71AeVqT1NiQP0GbMgIeD8q8cjtqM2he4pPSLEbD5wUS8O5Cauimo6Xj4zmRcbddyRVGv+MB+ rzz1dUo9IPgCxE5+IS3ggAP82RV0a+UrPrvwCyf4roW5puyE6KuGMhzPzWhaVRFCrV0VMhCel27J U4YZs58jaIcrruBSNHgzYE2lWTkIYGCFLLYXHGkA8lqB3CNM2NMYzupSKEBxdrHfSqlkmFj1JVRv cIHaaXu9Sm1Q9kOxaBWl1Rh2yV+1exGj3f+m5rN6xcovu1HO3W4o0+4YPF5X16vaz24c7LbB81/c 7lOVGg6b213lCuzr0/V2ntLQx8O/2ji4w26r5rASF0oxlw3x9a3q8k2li7X60FBmJPDLTUmQb+V8 1YAG5rpjTk3oqkIohPtzOiigfa3oxfX/Ku2hmggKd5Wf1y6eu6ifcUZ1riryXbHr1an778DQxuue w5Uph0r/XFVmVut6oRYFkNcA41RXceXrtFt2OZ2sPV50NHJDKaFAwQ1zCLK+ShKBLZuzi4cttFXp a1e9g4v+1X5EbtW8sa31DWDutjq1vAOoTaw6Hvsd4rcRnF1n+O/2x3Jjq/sciI2Vrt5yiPYOKf7s JkR1vl0yWelsF/jtEcjdLaiANhS+6yJVr24mVb3ew+tvPvkXj9w1eyqEKK9tyCpAW+7DXYmSqSNt uc9A88RASROVTXbHn138c1fRNZmX+2FKjCgz8l/zCW+f/jfL2lHq2/zFIP9Wu1sfUOKN914xkIqn A+itoSYUAVf8REkUXa1C+P4nMrvi5LeDaXGZpXstLZARCC5YFaLQbZveEeW+sRKeqkXvkis89rv5 2+3vV7ccHmUDHM4/F4WrD1cXWqqQTQRvmwqy/FVKuveQBfMscnGsyrQbIdXOPnxr06+NyOWMP+bO 5Eq3cR+lukAY+oqNq3ReBMGYd0RfpMOsKKjuc7COVTNRLiGV+gMpF8hQ51rhGAtHOq8wnE0VeADu ypu7Vm/vHkITm9Qpq20VBEfgPKcKXAvjHHb3qPoW4agottLdVo3gtDBTEFv/r5aq4lKVC5fp87Ny WSSavzDN9Sb+ISeCCB5XUhWqTq82dQXnjxZaHoJiKUqoSHIgf6SNopO5ULhFKMpSUhrVeKIl4EhV uvdSyUJnGiyIyo6QtzEpFUUARF/U0rEnaDv1m2lMK7g4l8nKroCM+xUlTKeulZUW5/EjVLyCVRxs yhioR4lSkx7+2CMgg9Al4TglfawWiHwnjGdonoSbw7sKVXBs3Gc5WgeWimozbJ1CGxByxYj00ehU YQK9MZ4pcoEJfGmJP7RiqZ8gsq4SYI6JDSgwIltBvRE9E3t0IqX4kcyZzTrAaHDUOHYYgVWDhK5n gzBP2FFov4cad92eFnMTGVohoeAvZxzjBusb7vxrohaezRvcgoV9Hj6UecgD8U1AGuyIm9tx36HK A8s5YROwbAKmHMTCnUyeX6wuT5c9VuqBN+ODii2zBQJCmQ11l1PAIoKjTRJFRO2StNkpDEj2o6uX mG+a3oFTWGbdit2vfNffHWwVGHSgs0FYTv8L8uVuZl6amlfkdqkGAsoOfrnDjscsEjgau4gPiGPP mPF3zhhDq+hDR6iTu7Mdy1qUJNDZca5HTBYmBA6MJ0SCMCgcsMwFJ+q4wAYVVKmhMCQiXTJZ9pKq b/DMzUueq9fnQ4vc4I201tJynfXQFtNS1RyLNoTz7AAeE6uGlc7ed19McW3VytCMzSPxyFhlkKsM A91FUNgCIY9WQOPeqCvBxRluqn4xNbKRmT1yD5i7/mF7iBVqxVaRlUmYRP7A4KJjYuYlkjA6SHsB k/j04olazsuudSA0+riwONdfnJG9Y8Iy/swOMkB+um8yafKqQaq6ai6DAvJdWSn5AlAB3i55hT+A lRlkZKzItRSAV2h8eLW1bSLsNEZQ85VtI5GCJDN2TKl9ghCRsWP3CLIXuZKWbraLPUbL7wkjzpFo CvUEtB5+23V7+uEz78IP0StrYKtlVBXvErtKmi24yBG3gKGo84x0KQz2FxxfoFmYIFMvgDycQfMF zjIBh9ufV5WDmyWXayD+XRyKF+USTFeKBLjLsfBbAUs7ljzTJ0SdplLUb3I0w7Ih17LJVPMXIAgR Fw8uwYIjY+eA9qmn4BcRVdKiPoCVEfsDbugz9eN/whLh5JRF4LelkK9IlmTLlriYPwS/lz9kEckJ CTFNJQjrG/UVrk/7qN5TING3oG0MjKVrWfVYHl0CowKS3pAOC0mcXCdKyXpnGTrCnu0YO8KCzMvK vNartMk4pjEz+L4kuBx4YZTwJ9qFc6P6SgBtnjI8GXzHY+UtWi90F3iimaeapkYNMhv0N+QzTk4+ FRTdNwP64Jk+gAyUn41CQ8ttbUgvYswX3eMXgBoIck6+56EuuXnBLhJA/Mqq2sbDvrHTuZn8OlvW o2AN/jiQzws5u4Ot5cU/5ndgdAx1ibrUCu0nawxS5E1Sk4wXdMJtqXgyRxJkIfAJmODJDZjgU4rU CLVPazYRNguQyPQ0tKaGLkpJUp1FLmYSdXYN6JjHq6ajT/xRsxeLDMBbAoVZgmSZJG6dQBpdqq4s rnNTTD+jP3LSqHjeKPQrgh8IBeMJNAEExtBCmo5quVClPHAptPgLnxRiUzFVY4Q2NuTgFtMAD6lW TuxEvGl4C0AG9RQvEcoe2zj3MCQ2ulgpHv7YdNagJ9HjA9vCfz8fKtGqfi8WltXHVoX5YJgJnOK3 Qn0KBRtSRM26ZGp85Ao52ARopdHOqnXokQoSNtNJ34ZgO+o4m3zYwGbISkPbBIuVlGetNdfPTsEk rcMyJM2/PNNBxS2XVe1E0wBJjyfj9+YVOu9XZj6qrRfBCYm03iTDlrVVIVXOLJP8tQ6N1iHKB+K0 rhAwMIerHmCtUzxRHSSioZG2nrsAHBi5o3xtW1rf/AMYAxyJZTvUe1WAm50Qm6KaTv42HQAq2J0u EkYfGZxjWy6f/puqyGy6TfSTKIJJAEFQlXiyvO3jXtoyab8IriOnA9f+APSVGQQJapZS6dCz8Eq/ MlyIut6xBYrAaJaQe8w5TnjUbxFzUgAALNCiKJ/rORoDstnwISr6RqaVpC5GhOIbJheD1QxUf7zB mQDb305LQgzEYCbII47z5GMQO0avI0y/BSSKzJOUXmOB7CCC5IvJ+UxEWN/bpr1Q0XuWT1mS4C02 DttJ9wpqgAqMZypTJ8yxLg2hSAxFEbXdyO0FJEcyTCBXijuZRxsEOzcGpiSSmNJUj4gAKSxTAvk6 krxUjgoOk3RjfsCVwH9HC8e8Nfz2J1qlR0sk8YgMjOqCQTHxmctLwpMsiSS++DDD/Zq5ZedGD4jE W/JMFHCridFGMjA2DQYdGa8cjBNZEi0h1MvU1eTbQ/iJN6slJjRTn+t812eWvxCN4Y/Gg1aJPLiy x9RhohCQt3tX7FQGKUjs5UHBInsVfOqKg2Jt0S7tetA0KnvDhlhhmJYiYYEotdE9MgtI0iZKsn/j jRiMfUSbYUJWPI2KY81FyLDU9jQlXEIaESE86tUX/dIviqyrLnTUYMsZo7usxnpKbdOiGteg1mF7 Nj74DhrnX2eFFadDCVr7J6iNrWIHFNnp5SG7kDFmNDGhnJnMGeKg16o0G1cb217K4LVb2BxEhHko XuzkdFT1lmqoAbicqpBHElsF5WIajLeQfUehAWYnIx0FYNEudqbDYPQP4yW7X/DQPs9YzK6cyucY Ck4i1tgO38a5nb0d1qqp0F82g08y5tgqamKwgVh3egvVZ4EYErPIPzrqMadK1h7bQEtblkOsMGPK RYh144Qqz5TVwNDKtNJFbKdYhp8MWlsByTKzXNQpIgM0mFqBEu+LrjKFWBesaFGPKnLowEESmhYZ Ob9f8RFzgg3PtGP8M6dQAgB0wzpARQlw00n2A9NFl7mAmZh+ciibXmLP1rU0YcwGjQTF9aNg9w5n S1MdIk3Uc0HJzlWxK8ZVn5hSOtTqj8FpdVAyWItursF9IhNUI+NbKC0D1mHK1rUR0tuZgVQHc55x x3SsWr46J8x4ctZkGy7E0kQz5uNlBfjH4I2Ta5IdmMBVM0TUnklCN4zTylS2TcK+ZqnMiUP1sIxT tWu7V4S65+yNVLqjgFJukTsEHRnWKwoWjHaLyy7UEavIWggi9IB/gdaiA/Bkk8NENDy4vvbE/ZtO rhtD2o/mVHiMMynYQS6AwMUhdGopxKNRBwIZJ7giB70Tk8LAx1w35x05NI9XWhabVEzHrrThGh9N 07jtYXZapg4raCbCVqTcVHfZUuMmme2ZW8ECtDHfeDYCcArIr4zMlkwIwP18ImLOJTMtaHMlHdMZ nZj4ODlpBx5Ednv2ca4fr4lXGLpLGsXg+Fc5OxgvBAKaSl7stDxrM8EUtkMtMN9BHS3jz79jWJPC 9hbHDar8eozUxzHivHsLAmZmeYQeTXqlg4NAsgymEkz+UneIQ12BeVCPLHiSTDy4A/BAtoCeRH60 F9ycxeVSflmlFZ9WcRnfFJiHiavgbSWRzyDlErv7CqZx149NRVxFRQC15JkngnJZvjme6qfyDpsz 5iosDTSkhxBeBcSqXwwNDTdSUgbicwVJouCGBHsS1uumtRtYTMkIAE99QK/dn1W92LtuS8kbf/A+ sBoMEjqGsdvdhCfwFyjsApDzp6HqXpeAMkCi8iMqOO9D1zQOzDvu/4VbQu3ubqPb3kGR3n84/fd4 gyUed/f+qOZv98wFiylNDO1zCeF/QWPw4sMV8nc6ni8VNAYNfitrDJ6Ec9+2Lg2EO90VqnCLoOZV wNCGp78vP7dDz8H91M/4UYD4fv73fLyC+9T0uATM/evywcPlDvAE4XlxFXv08PoDBQV7gqZdmXf7 dsXeGZwMnAS7noGKN7Di7eRaQvfy6SGg2i2NJ6Dq5fyva/4uV5DhvTsCYd2309/Lf0GKutcfj+p6 nKGs8FLY4F/VOc7n78u/f/cHY3DzoAc05GshqNvb3/BvePH9dPn7DcgN1nTL4f2HSt8pPK0qkVJC VwtCoqoDtLxZfOgoRNSHQFG44hU77aCCSHcqggQhyDdX17nM0Kcg8hBXuD0E1DAVrCZIqoiEBAJu sd3vyl9vPLj8AdWSW1VDunFve1GSiHB4qZsuj5/fdogaOxW0N5vba/zX3RWsFjpcVZTL8X4P9gTC qnIC/0V9A0dCsgHlarDAPY+3zea6LNwAoSXPxgApVfr+ulqfLYBLGAUCjPpw+NtdgTBt6KWYgiYE FbRTa4MbA/zvrtYEZoKXT1+gY2K8JZUnGLUKK2pHh/OqfJI0AvChtPcw9i6OVKvF3AbR13UyLDoA 2VwblHLUl+0de7y7DZWWsW2ByVWq2RWz0LmKndvLV/VS2jzTpj4E8ILuY79fscDtHbipCtfgILD2 EYLtUgBilgaIf+7FlILKMxdVuJdqtyC0wwMq+gRRxw200UwXLNZamCfBAazAStkg+1V7WlUhrxcL 8Af9oUdUwMY7r8iTVa6SvIAU9BUeEtG/ctMLQSJ4CMUEPaYn6CiAMVQCUKJ4TpTddALt5IuwzQpL L6GpfvupUL9q6RBhFG4nk+fQFCUs0MTCoMWi8uuxFIUrq7bk/KHrwLvqtzvlqU8KEdUxDFk7lffR l9BaIKxSQV1/ICwVh/CLftP8zUdAYxWKVN+yqSduhvGpOLa7ViUTNCPg6A/TmPILQ4mpvlUbTWiO 2fC1PJdYwTKBq8QJRxjVgaDnmDCfAXJsMFgyW8xVEuYGn1vPnVIuI/AdJggSTiZHIU5NMtLYNMbI IAj05fHlNykN3cHjWHHMOjhE4d8Pyqw4rDhTHn5dSNlgIES46Sacbuod8M35FKLTBcZRr1l22YhO JSfZ7/HvDGKaV32OXYlBA2wDGAejsGO3vuAodPDhaXlXhiJI0aBYRFUaYXOFZDArMx3YtIXFdSLf cSn97YU15exlJUSjYSoUgBYw9ieeH34EYxgYGwGEMYBwmlnCf9ww6f2UIVn2FoPACBzxwrUZPtnl JioqsisFuwcnVIQVHjeGGQk218cwScZfNjzLJj4V9qxzOvyQHaLtF6YcG8JkMWhBXVYlgChZYztp mb/NjDVVJEzNzEFa2Lq62UqwSaSsMbGYfMySppxhFjIzgGhmTSYoKwgrAGA05n6soBc851wD7F+O Zvw3JidjmVvJ5C9V0H9KH+7ylKGvdKMLL5XPXaFG7+E7c1087W6p34uxJp0TGQYQxDnMu/afHJlQ Xd5itLXAj6w0i/ALTgNwOVOGxw5jB+bGAV+yG2OkIJQMxA0ZqxetSP8twg5/K6MhWwg0atwMLBC7 VcMx40G2QYYEDt0AgwDkIwJYTeLsO0nRWL9uMiLbVchBrvLKiE5GxOAMwssSj+OEWGD5IEx+zn73 CfwDO4AlWOifZHJUuX1EKeeQP09EwXfGolVr7a1FQgpMeDMiZUQ6s+gLxD+U6FeSWeqotpE0fAJA bmP4VVIBHPRujl47JoYJmc+RJMa+b6Jgbiki31sc3ogeh4o6GzYBh7dv2/RtPevIU9Is41azz4Ih UeyVBgdumT0wgNfHzsrt9V3/taCl9JeX3rjjt0hAJAOfy6ek0dLkQfibEOnNEk+wXGOUrVKe+RQN wdVCbOwgFzcfQRWanXxtNCQIAVHn+zO6oQDIW1oN0wBouDIPFoF6lUfrIUhMGabc/EnOLWM9+39c F+tGI6RNsqcNrM4aM3+FuKfQjCfFhStr1J7yOXXRLVD5AQArPYzTBYEwA1aQBy1LGq0YAiP9vwod CzihkgVL1x1Fw6tYAaitwgomwjsghrAAHVMkQ6a6boRDAk4q5WIyVRBBhy1B1TdcIQVp/BOAqTqH 76DOGi2uiPLM6CVclfCqp9flpKSHf+ipbQTQ4MuosQJlMBvdHcnNI33hS74aOkXNPT1aUPMAC1Ii wsPV7w6PgeOYSBjRk5bDJgFlYBzojS7adNCqAW2CUJDivFOjTUooRH1CQfMGun2gUxPneXeNBer6 IjDWJOqjjsFpQD/8P4iDVYDFV3hDtfJALSBRObIAwZJH3FVnOl5gUx4zbd04iGPTF8NV6Ks0fUAr Vy3FHsI62JDoW7wxG675gRiSXhtVLK9e+i7tTvCJvf/OOpAG2wSOCnhx55ddH2+YQw45MGi6kE52 jQJckTKgrOhZpyp9TJ9EvLcroQa8a6qazqnMkp2e3m7HcX+LbeVteaCLckbVdoLYrGl+2mHihwiL 3mKQv5sipRL1fUCMNp8fO9Q6z0IW/PsbC+MTDx5iC/tF0n0oK6FT0Oi5sbSIAYIsuFU0ZuW/UjhC XOXWHaKwwj0c8c5lGEnHs5Q6Ro4TPZxBblrQK5MgxHcnqcH59CmRVFDPbOoWgyOwyIg7POPNFrXh hRs3w6mskTeNdNZ5Y5BJORpgg442U6xXxAkQE3Kr7bdMmPxd8d+YdR+FjXCl9I05p1Rap6HpAxNk qjTzxVIxEIdSFY2sbxt5lMu5p5iIMNRKvxJ7WvDcvaf50WFToTM0QpobWiXUyKeehLFkpZUNFsNY 7fbBzgWrV/5azD5GRvYNpAFmQG3yowlAq4/jGneaNH3JyouP6ilroiqag8cZ4GeMPgM09l03CYIu 2mekNFA3cLvjuE4W/2YnSYog2Rhp6VlDIxLBg2HhHcSm0nTaAWn28EPPMEZoBj0rmWDx8iC81GEh /86Iq5wQns8imLNwCJcOg7rNmHFWMuZYfZafPh2M2s6uIaNgUIirgZtC9D2aGnQc+Q6gpjIUn1Lg TVKnqL1Mq8CDYeper5sCWFa/ijCOVkehH3XEGDodKpRB4F4eXTkKWPZZGG5gseOoyaeI2ima1xpj wwDTzS5HAJA6Pa1sdgT9FbqlkxqHlxYwohiDXB1qNFLLT5cXvHBkFc5yoPkiDiS+Lr1vIYDitJMx Mw/0jRHgPHEkNeOUqh8K0Mx7zTlmwOSP9IFRB6lVztGuxa2jcWgp1TxYE0xHW5+Ub97BzmpbsVGl BpgCMHKLTfm7ftrYowFDL81BHzdJBJ+eDmbMEmS2deZYw+xNVgkUbrSK488MuZ+mSJDd0CFIZW2A 1eGigWyk/cV+T631dRLSPZJThT7Lfud1wsrdlVkmkiPVRO0TM037HrFgdRPuIoqxT7PCZHL35iLp dSDAsx9e44E7bBGBGYTSPoumR6/M49J+BjynZHjC9pT9TpHit7C9kDHoF+pCW7TUPrVWsFtcOPvW OwqgryUgd4UWQysLj60OcqYIcInpcHrPdOcO+Ef/+p8/a7CEAxoyJ44GCpKlpeSME/k451w48e/V 5o2WwmWFjJmBiMHD8YgZOeorrU/p7HXmVUzcDDH4daQ0er5Yiuu3Hq/Opry5Obqve9aMfwX943AG JnOdxNdJEoVGS0K56VtuL/4mRM//kEaOPLDtp+uzPEGvAtnkxFGQCvxycvE1fSxPF/6nBWCGKrAH zglk0dVh3GI31am82KB1FYAfSarCz7rv3ebbaihuqx4kMuByfcYckAyubayAzZdStFrgpPsnNgLC QASZIHqkJQ6+27W4bLzRWN8Yo2iFLNJg9qgiOcI84BgIiZA0czwjbqv787rlauFqMATUFpyLzc92 hxQ37wAP9DEkgNvuFWFIgHz9W0gPNAO5zMGP8ABsWSedf9BfZbj4hkxuVvtQvsrqhQ6ABWQCckbx uTCmwAKOKj0F7FgNRz0WRE59NQxK4/btWDdAWnMN+ebjEz7IdzVVBAvgon5+f/ee6kNoCVWBh5xb pxnqgwSiQ3CWVV2I1wHuFmSByuLoHqt4wRl3wH0BBMo06Y7F/bFQA5whIbO2XocahNihjO7wcsyP ywSNtvLI2u9eMz12xHsgnpjqE7geVtvcwAhcusdrtray2tHP9A9+6/pFbhQ6p++aPaCIL8JmncIq AEvb74pEdJouPQNu6LkDIXgHwrJVcBMYi2ZWYYHVF0xWdeLqB8T9hpv4tT5CcmkFkBMQijxMnerD qsoPyCdmEmnYJXFWRLynWA9Oi60KRDZqb9SOKxhhVj6QDRqj+QQNkiva1XdsldAVS9eliSTYjHWB X6gRRAPGooIE3ktX21lzMwuxWmEPxlOyTZQVNg2mkkqTloop2GabmxfNRgANmKi8VFmwXVsWHxBC hK5c+8myeEewEokjRQRTsVIX71VjY3AvaFjmR5vl1OeEFOZmcW6ueqy+M5JosJgKBspDw5K/BpGL pGpPwDGNEBYHKgOWIzm7Jw5QGXgL1Ia+osxC3vTouHYLIezufrEm+LPxinFM5+K53XWJ8ImorNa3 q/UMCGR9xWW+Qiixaje7c9RsACPa6eUKcoRUbqGpZ8jfj3+j2lrPzS2aKLKxPoMTQ0CxN7frHzDh DcYZ5rvFkv2e4tLVfEZkxugFRl9uyjLf0Flxk9eXH8Dk+fANmr5foes/2Kpg3MsFcg51/X8/4cyX 0O7IrjoDYPwOFj5FQ4Vgw8PBv9dwUeDy9xGe6klw7un7dP+L4xy1FcSNAluBax39CQu9fwcsW6+5 gdBdhwv/LCwl/nPX8xF8DN4V7qibHEk06QWLotSCWA+4rhA/pe1pObOG/HxeqywC2xWlqBKFEMZW tfNqetsSVIfNBZcGzYVsHg6f7j+18HajivRYmZ5Iqttftm5ELRBjjNOFu1oxbpVsIN90b9eyRhb1 a/++0wwKSiy9jhQrJ4Mx79C5fBpCpcIr7ZKcwkjdMkhT2jLdAXlxfKShydzeIWIz2O6qfAiSEMCr baQiOqau2zCrouJUcPvf/gKo1HmSa8jdU6fESoRYh1ubULkDwktfQ2G/Fu4KVNybPsLfvNkg6rgT /d/OLBFjZ4qdFMDtQPilyttuEgw+Jf+RzRj8tqHXu3c15PZASXXfZURfcSGawIYwJzLTvQ96fW5K bcizlSOxnQR2q1iQLQLlB+gbvl8tu8EQtdlQNeUegfB+S4CeqgjLl8RyHo1z6evyYThmsj1nDdrl dcvqFOUyRQ5KELT6LQ1GTXLNVSojLVY2exVv3FpgVxhQqtBh5LSTrkBLhPeSj24shbYTipIBDt4n lSPFW0KHlITRQ8rLSJvwXrAxkdHtSvhbCMeGiiCtULteweTdxYLz7w4w645kR2xlTxa7KwljDXR5 MCqn3PoO8U40xhUYvHnoTtv0YQxPT2H764l6I/S5UiEyL5x6MZudI+SagWTtgMdsEjoyOivEmKwV JidNfsUB8LTXe7pgfei9091bHJkaVUmJiRhABegrsOkqimSEnqWF1T1m16rdoZ8wQaVxINRsNR02 O68sMecug85CVbxdM3lQUz07myyWQemoLGNBVIeIzrB1TQVjg4PIYGaQoQSg13BGWDoaz8LjU/PV ozwKKHM9Hf0RX5nAv/zH0F0vJcJaBCeaqvF3CQezjPW+4apkLYOvvJ7rzCjnxfHiw/p8GG7w/gx0 DXb16MfzpuJ7fRcfWaJWaU4VFsAKKlcoF1aYmzkxfiXGcpAZJ0hGl9hykFc4GfAZTgJWUmqQyQqG YlSH1PETuWvMctfNQz5Y6KzTvs6pLHmKY7nCf/PO8c44RLgpuUHmSNFOlqxKKl8qdVZmMHIPH4x7 wcbXAm+i9GSODJ9Kv2MirSo4wkXqim/4Q05JCAlXtFqMnvcqMAWPwBC4PKAqDnxeSp5WzK7GwlXj hfkrz+uXjJf7V1YsJ4W3JRFSOm1OJXCrTDiDM6BA/VAus750/zxHPlDMvAPnFEjhYWXwdwEluMjy K6hsgq1vfJ8H3zEc1Kby8iF3eihK7kcXROJ3JYCAKX22OibPz3kH3Od8TW4Nv5Efxq8gVO2AmAm8 xi7oiWUBEWIRVt2Y48oD/Tp0PY3pM4lyVFcgX9SGvHWRBnuKi6KOX9lnMGUzqW+sTbBqcE6phTwm vqH39IrcFnAB5FkohL8Z0sK18aGxgcSjXRDjZIDU+yRWnhbJg1t7bPxyN5PmkFseScwD0AQXXVUM vufnHsfMVvVF28AOCplho1JiQfA2BLeWddq+05zZDbvAHoEyyHyMRYwLb8dCwCR7cl1b6gSNlylL MQ/NLEeZD0O3DmTHPPt2+YAEDoekafNwsSK9eKumou2JOeYxtjQBalHaLubNyQ12yO7WEwCXubIB fYUvHfOMjMKrbRwTzOumJYKJ26+Q/hD4xoCoXx8eea/QA6VxoKBhEb3X4haVIJi6lUMaExTCEEgZ esrB1nETrAXCZqSkWh/srdhGYJrXJxdXhb8UyrF0HGyLiLniZ5trQZ+QM+ouon+CXc4wcBqCzE+H 3BoCmh+kBCYwdNlJ9jUEiaLqkxuObaGHTZwiOUGp+u/ez3BmwhK82Z7UZQrEGwiFB4Cf6RDIhuFD hUNwMCABFq1BYTTYdC9F5AO/lAdNMfB0hEUGiaC1wpLtBzeFhRiXw4paWXXZmpu/SmFuICbFvvVx CJs2A4jfH4oLwIE06E/6be1+qa/mXiVXWySykTsEAcuyQEgCcdZtAJjcAagWOX9ZA5D57BSPSJap L926DiZ41FAvNW2Rch0l5MJMBs/SKCQ09l+4YvhbQRGoi+l0ZGkg7Q7eMf9GaoHVWiGTO6ppwojg ZZuguiUERZvF4/pebHRwIOibcFFfBb8cVoHD/IMASDVghchsJ+qUevaTsldEvlQOzZmIX63r65Y2 sNV+DToBGlQEA/pmIcx/KHgAalpar95RrAt/kFLYmnED8Qje4LpOLZrKQVBieKg6xaKH1s5wi8s4 Woi8SNjQZaFwfpnKJTWUUOjb4I9h7nLTAyRporRLE0b45OjYxMH7ubcdxjZJhLsyZ211vbM5yLh8 /GJYBXZMZENO3irhaxY7+LzNaVG4NO03+0zp5naq84C4tq51LenrkEK+UlSFUKa1fOhvY9YM5IUm DE58kzfhERcQkIsuJ+mC13SIh8XO3BoJHHNwQ5+MiW6E2DjzFo5UK4+NB+GgVZvM1K+hwIqHh0+f UtSGRkcVD42lZp9QCeA7Up2mUl9r6oHEATZjjVqzkL6O12JmBHbw21QJBnsLYnRaM6g0GUKjebN1 3x85n9rc2Ca/2f3tHHNhp1gyGR2dLCK1cK9sBp2NLxvqOKcX8NniD5g2Ept4iLYl4Yp9Jc6tB81g GbOIHIUUHvKbHrYmxMYiktBmQ4tZG3acMyv940UsMQ+kXXUkgjZRiZ1qGHN4W2swD1VvwrEvKe5h gjr3WWVBjpid1k4bhMm+qDypucyKE3CY+KQeVjYhknkHc/ZlZwM1Sh6tX1vKQpstpo6D0yTToHbN 4vXJRlP6wNOTgURlWCwvI86mOpvKQugV9mx0TWcOoSQQNW3paECPaq7jAMZjje29KjOBuMDpDj7a xqTL2lD6uJrMjejziQL1CVurXdC6CLhV7MEhYE2dc46G4hTMHeRkx0NBbQJggxhy6rEcf4s1ILCg /MenoLPrV33dacGIoKXNPhtNLy2762xlXnh1SDi6snsKbO9WWl1ckQWSTXmHThMjk2B9zXDamPq3 HWDFZg/ZGQxOk/gXrk2U6oT+e5QQmAcnGr2XoD4641iIGW+MJ9x1GqLjOAOK6iA6hmGd2uiYH8RG olyyRLWBjn0lc3UpFul4lIogCCLUgEwaeGwV6EYjzAwokT95dN6YTWerTc2S71Q0H2zcaPIUtplA gbAtiwWkmTtUGUVCiwyFbWlCbCTy+mpr+YLuVSXZWd6R6hz3AU1iULS3caTaiVpSYMhI+Ho/mQ7t gu4jbrMhAJtuwY6FO44zXZy9S6HS/IUxKvw23gN9ZkTpQ48Zr/C38JyMDT971MvavHjjc2WJXdR3 1H1yZGQ0Erd6Ah5X31Jc03ago6LDsit5XTlK5Oo3ddJNSYHhJFDgA5zeYaTnrk/yoJqZJNgcMJME 8+nLJG2iBOBcuk+03VBtxv+1CUGjXmDXDcCNh7xQX86W55/Z1YTHvi6XzQ+dh8JqaQGxDyG5PBZ4 NMw05rWNybfCTqJdQSE51hlSUWtLLvvcH32dLV/qHBePsykHLW65ZfQU+hOY2lcA4dW01BDU2eNY USamrjvAGaVRof02TxmgyS1WnoiXB8gNDYwZDvHzW5awjukIvAQezymHSaKOY1Nw/3m5eyi0ZrWD R1XBzCM4obJA3Q9YJQfeeSQwmFvwjbKr+dOByssj2AHGEN0Lioh8q3eBG3z0eT1du+huspIfwf08 bkeMriwRybDT8MHAEDrjbFImgusv/Tn3PJwTmcSXBwMHz8R500h1JICoUv44xeJ40X0RYHpcINKs OrZAPWYg/1lunzth5ELy2gVyufyA12oP6jOktyRk6EVcZewmudL8bP6BLpkLqI/ndbWuQyosBwAB 8gBwMA/WKABH8wAlgWl1XAd+R5PXGZ3YC1b5CySBhJwfb6KiCGpbXVa5BrAthSDc8HtduZAOpjUU 5Im5wDwBMNDlqgUq3ArCgi1jOEOKvXl5quZqcGtBccAbbtyp4hmYn36AQHqxQERMbHAswBVCFtYJ CgYm7dTOBfJAfGEwKgvoOnyOaJgYWNJ++wHWLa1byINgua0vbN2I5LtD5PysKZOBJQr3WsrDNz2Q crOODQtMOYK7EWwAzQkK2EHPgSjAO9Bv4D/EVTpm3XRdIDTO3KoX7OpPBFAuGNYlPCVYT7hEIvxy eyrZHbSJL6sYhUZAN8AoSJ3yEiBU6J9OFAYCURqNF8Cx+yuKZRU24OKnoCiiSgCg0CaahFt0YFtQ FqnefIBdY7FCsYGC5k15CLRgYCaioT/G9wXLIZUurxXiGBjZfvjeXW+VU4AWY4+D+5oCZNc7rHl3 +MFtxuVWCMEDC2Ry5SEqsoyPe5bpj5iKKL4GNCv0sYYwq5xRsQsVFI63+wnGCKyOPKt0w3dzrQ9V mbi7tXC3vSMub8KW8aIvyN5oxjuXG8KKt98qULidUKcQbnF4r7jIGMLnOzRYC16krd0VjK5O9Hml oIQaCNv77vq9vt93J5xscLSXefhwvhFWozD3mL++iGKONYszDpK/eZbcQNctGYB9DWU3uCvdAr5E kQUkowQDM68h/NfD+gaytlzCEtYqEvV2bSAEAfSsgoh58OLDF0jfV5DtwcDm30J0TaT51RHYoBEc UeWPy4vJxo1eozqrt7A7fRYOqCRD8wz8vGuULIoxoWr7B54HADQDSiRoobrZh/Pu0waJ/YsSr6KC oiGHN0xg3NMgSmhidUQBp2068Bqkq9gWzj/AkuqnNsCaCR6ctvTcUOBGWUzU9vFrKnSpgAnkWEtu HS0a50R4A48GaYqNBqX2BriiAFUVFaw+IF8EE/5wsMPtqMJfdmGVi1FhAyZsXiP6usCiQ+ChpqKr NhVdt1GVHdgrkLrZvUNfJS8H5tvfM3804uYE1rAf6YUPG8GJAivVXcrmBJIUu4SgumKVvqegFZ+C Jxf0/Uh179VYoGRDPgGh6jc0CQBomq5q7RR6kUFF204ASViuiCws2HkkAcSZ561Brc66FFqqMYAZ vKxUh3AF1WM6qbVCDRuxNhqeThT1xFTeL2D7Tlgkcy0qx5duvRgchnCT4pCh2dWdcJ4VpxN9s+kk kdAJEa6rDVvaSsZGnGiKq+4ByXWx6RaedcR2mvvVb1UMz4mi0yib/ZuDPYKQ1ylzS3UupzIYKdPL qQfggAYXy1Exxvxgvtf+jVZ2IkBLcA2UHbAQXuB/0YQFfJ16PhKIMzOOUccXLc34L+PJFOAd6BLp MCksE/8Ny3VaMqW07L0OzSnxGiDtYXLZ7bcdvQUa2C9EpeX+3Kl+ryWy45ATomTR+E2376m2PQ+S SW9igxR/drBqRXhWWYUIARadjxnjiN7WfNyETj3pWJb9zcmOTjLpb3xIPQidYNsUEmbpWAs2kXeV 9kb0fcwGYQESGGvmVRxQcSANsGRkEAW+vxpmhOrQjIja6GGZMdHFjIfdBXjn3pql7rUP2mdt6owO oTozwK0XC1/P4y0o4ShFMT9tAHmWQ3bjRh4loy8EA3gSIYU93AKwgv15kPz8cmMZJga3x0Asry2A rjOgYd4TD07ruGdQnfEyeSAsWumFQgpe3rqVDiaGL82WXWoyg6H5FZw5UwUNye9Q7QHUx4VH4mbP gwTNIeKTHpESvBpcIAF/XgFCjGFxA0C9gTZZrdmzQJYsfz5RtnW1VbkSbOrl27NMq/LAqnjG+MwU Rg7iHWgzXKQK5yY7B3nNGTFQrfAH9YT7yOUMW8YzyhnkWPms+wR5NbhMcA1z272ivzQ0PgQ/Cwzz FLWWfxW28AnM+y35yufKJQzONU38L6uVXzUQHM/M255txrg9w6/2OtY8xq8x5raYbMvBL8thCtP2 R0LCseRncuy4fOvnwG09yDNrKgJtIdjYYpFqvNDnpcMTGm/il3Fe3pAk86uRo6OeJgy8UGiGaQgb UdKQ/BhJ6DnHs8p+hoZrDSjg3pPGMH1uQq0CiKTO6aTdAPrVaUtmuOMmxmPMkYTqaIp/lP/F0dcX jB1GKNmJlWfLqWacq/OF/YSYFNpDni2qDbBFyzcsfmfJAvluwdFNq0iVOTcx/KC8d9PFQ/dwSIKO Vt2zl3loMA/pdcIQRNPG1z6A3BDQjLlkwAQ3heVeEQnEWl+yoIHnBNE31vw10QIiDAdGuTS9Ru/P WIiYLCZKV+EsHjXVVpLw6Upe4cgbLM7ciYCRdpkNGoZ/VOoWitXaxUQ0XIADZ6xBmfQoe+0i3pnD KYxo3EAbIfnY2h4jWrrB66VLgrwJD6jcS329yScOUR6NIzmpVxCDil1DpT/3HuqZsjTMkD2Vpyzc 5swt/cC6kMoUQ/EpYeZnalPPRf2qbj7pjZxZS5e7TXuYIS+K9PEbgoHAOEAJctufereDjc2LyBUB BEY1S/CVdRS4QgOeNMvpsvqvVToAIOF+YCCK4KW+eVcpLc20cYkgVnNjIWLiHXoBfAxRdNZxwBW2 dWOBuUV4zZ/VekOsSo+B0L7oQCCkvFDibhgW14Q3leAwOwYMhD8WcTTZTgjnipa2jG8BeTSnL5Or GywmaiHE0j71n3ih3gQNQzLV27DYhFrSZ5s9jitVZQhGF/6QTk7yvDV3OwjJbjJh9pHH6qA2NN2w YT0S3lHIiRHhh3KYoOjYhEPPYB8mKbgbxCmyYT5DxRVTgHSDpwawgqqntnwjxSI/npH3+ytXKb2s 4moWxPG8TVHeTWEBT3rGjWGEU0QH9qVZe8j/Qr1i+MsIJmd2sfhLjze3/h+a6L+1QUzKLCgCWo6G h4PaaOqgM3/BZAKn0j/UqH5irXcVG6QOvmkzQY3c2URFN5juZ9DLQZZFYqa2b7spaB2YY1kJvx4T osWDoQApfUchCH0wYVZJr3ShThqjf1qtWKuGJPEBEEIzqBlA3RtCoLSv1WAhs6AhXTVerdhE4UKP QXoiTzAmX9Fn72rP0VRwMzu0m8N8pbmBwFlKMya6Wh1x6tWgKOe5JpJa8qdIpeYEJKe7Bm5G2nRd k1ktcSicix2LfAkASUzAwfWHLvdSrkHdFyq08ZlM5sNcbGlTNZN2txMTDbkgbK/4cH+ZRzUitSGQ NWzRw0LPntFVo0jYQsxnJbp702nQoqnPAsilbq2IEHWIqVdbdHJrVoUEJq6tw1bZXNhi4rbiy57x QOifvsar7S3ldagPgbBbcZsAUUtBrtsgD8CsrmWzbv4kveLLHWJONRvX2UQfzcSGzabWAj+1WcyL /FRQuHCxpRaUqdvA+BE/TScE1K5IWbPQBVIhw2SdyLV2BDe0Nikt9UqBjin+AcesPInZ75w2AFRh TVvI9lOrBL6t8ARlBRm11iJ40kN8xwMd520mQDHZMOHtSi1Vr0XQxCgBqwLrBsdusMhhpWNe2MVN mm57d2kmsQj8xtcefyt+kCytPdhcrcnIdKknMFvFcyzoY0KGk2DawN6LZ5fEuapPRM6C6Lp1rxa9 OXA7rde7HaDTavTM2tecsL/r9fYg9m8kxljfiWzJJCY9XNoXMzWD380DvWeGgZyvq+gWcwS5rzDU lIHcKgoVRZx4fnHsZqBipVtLXXTsIqLYWZR2zO0OduEbgLb/A4At2lqXrJk9/sSy0hc3k2V++NDS a9lRm+XWxAs7AZULONtfcvfa2g4I4j08DxuKeKbfvQjxAJydWqN96eMsOJVFiB8jFwRNyjs8k8+m SMqa/2eVJc6FlmDe4uyjBDIXKY3KgxeztmCdxKayDLuJGMqvJHKMEI8yUtg+qmCbLLaCWylp284N +8PWQAcxvaTFdpCR1G4HvFuyusj+9wAzns5pW8GyE67C3HShGRCwZep1lHS6WAwnbCopjen/HDwt +J6stkpF2UhRHCKxkEL7InvKztaWI8MqOFhtFsrc8dHZRSBZSpwX4DwpZtFFO3dMsCcfTazVFGZ1 t2CjYISKF7GQnSJ+1QGheWabDhh0F3Q6zLxLrNYjPs8AE1CKea/nlvbR1DLfiZcFFljvFNTXTp5M d1rC+tpqMV80xaFzBHSPRDp22d1tYn/aa01lBki6YVnZ54LaZGCLGMPW3GqeIs2i05Qs2TJ+vJC5 Ig02TcMjK+bNgCKl3ou6zy0kII51HnCWGzHi7OTRagE8bV8AdXMN3dCUl+heOU6D2Adm00ABnDdL GusjrMKRbsjye5m6EWnGIgTPDFm3eC5jRn/gDEwpVhNnSwYTs2kAZVq6gXApowlMRkCbiiH0vueT VJRG/I1fBCfQGf01GtsTLCxI0R7QbpEm3r3br3jx3EvRC7RfcLif4bxRrlXqMDWQCnNEfKQRcECx cUkRh06BO9NScCNsnAcNlAitLX5wxN5HOWSnoWk3TV5d2jVKI6gEsmoBKrMJucCIi88fK/CEjrOA ioSiQqIw9GAoZTzpEsCkK9L8N/e9VAKDkorFTQcPgcI553jmtfap7h+UPUJhr1DLAhYHtvNWKDq6 KfIxdAKps6INwJc9ANwtdV+nqdIZ1hvdGDERHqmiKfQFyIULCjJWHsLddPBYlQxiMFa8Fkpb2YrV 5rreXpeH+1I1jWiFYDr/AbldkERD00+RKtcr9FfwnTquOhklEtKuKjNaYKx7lV5BlwBYABqKMMwQ WoqTDIYyemDmrnIfUGBfX11PX8rwgpdhtnP1Hq5p97iV9A9dAFidQ7kieSo4bCAYpFprftZgeZCR qTZLcCztLLpCz7SoghtOiK667oa+L/f9QWSg/CHdCk2oo6HohtoMqsJi3t7Bqqo7rFXHgLJe4E3V SgBeoTYDeD/NsDSK03V1U5XiohoILBQgWnXcG05ohT5gsBtILFhbAeA7iuP5onfo1SeX/N2tkoFH fDaTmMwqTVcF5HJRwuLwszkgXaM3K2Tx/ffw93j78evz6Xt7/1cdjhMy8+VfFTmqZaEe9UUBlKns q9rJDmCs6DM29mn7A5R0/SCc9rS7HRcnHVWWQx2On8i85/358FeNjz0KKO708Q5lNvjTj/rCh8v3 /ag+yI961hDlOzB9e4Ftfysasr8pHoK8rXywoiZ3JU5Ujj5//3z/4Erfb0qxVFBC7ZS7H8D5ClpU TBhmfsCsVm8ZivytwIMiG0p5HC8/fr39OV9981uQwQJcN9ef/UZz6oWYWcut+In5/PavQjEaRfPe w+OVObndzBS4eqssinrLgPfz6b65hzUrg6Lw70YVFMU9cPGrGBG4LrygmoaiEqp1hLbbL0UNdFkk Yb+6VtDm2y+rHiMMY21W55vo0FLhDtKlssQx2r364bBuWP15hUUvUCDO0vZBuyVowF3oLh44irkV F8cRM8MLF2upCISoSnRl/1V3+hqGiOksqOaL6LW0LhS6oA0iMOgdOK0iJ5a2uIlQFMKv8jXkWSJA YL7QFhkPaSfZWMPWxTdooItInJf1HftFHwPqQd2yHcrEET1tT+93/N1J7ohyDLUtm0YIs7u6XGgY JC805hXgZxGtswKe0q/wwG2H0O/wVzkmDoZ1FYwNyl8gYbHHooH6kZJLPcp2GTX1TuFQ9FGOQbF6 R+Htn4sGFiTlHKH7hqPrKpWoV2ZPsYppT8YorQu2dPGi4yIwlsYVb4giXKEKSs4Xuwox19w5hEgO w3TmcGcr4w+WtMTOQWeDYLI3hQs7wCayDJ3uD+VCOTOAzw4FAEIcY6Tpr+3hNbRZkELfhOoAsk19 WTl68wHsppGC5nQHIE076ZRuOiW7aVF3IykjdIcj67EqsiBa4UWTi97sQIN1p6+CWx2WDqFiHEAM M6t2kwCnzmnJ0dy0sPco2zjdVp9Kh+43mVbl8wNPW5SwAZQoJDgogKFBoQPxiy/XihIG8LcIiYO0 gAQAJxPBdxzQIrYY2X52xgkfiMCTGgMwfE/6Isgs4Hv+YAX9CX4C729KNq+0voCyA8eyVjem0HPR 8o7vYqHyb3T401J8SIbZvzkEzROxBMo02a2uoCZTDQgfklzVFNJ0HoMN1tP73tSRJTB+NAbRK1da w6vFurlFDc2BzxZSnepLUgDjrXIf7ALQNwQ6Exaua+CwWfcasGud66QgTMe/zIHq/E6unSfDakgG kAqiCR7uKsA1xMaTbOR4HpA1hZ0DSmCIPCjuexUmNAl7zxgHs01FanGAMJ93oFYZu5le7BdzLw6i D1B3kWYmznKLdIfaIUNRZL3ARLc4cA83L/j9rDVeO7NLtT5AFgMUAjfYIU5skDVhUhiagWqOY2Sx MTHW2PMBPW7N4JS9vVprPA2DsH/zlpjIudGM1lx+Jjofl93Mw9JOUBmYlxPDFOcY8XUidGXZAqcC kbiwHBpOCX4p7wa7JqcllyzaNu40J8Ll29wxlrIrzCRKM6U59F6Tbz1eEbcetAMrKPcU74e9zCUK BPAJJ47XmVsU9JoTbF9E5WaX5m1x04AbZt4vY0wFMhgpn+Ixh5IX4z3uuGRXf+LL6Qmrmo/HKuZM RRJm/fM1eW3AagZ8Xl5+E2dVi12aw8HIq+ZmZOrzsDKouScgHV8zCUbfFFEDcBQ1GJihBCLuZ9Ri az6+muq2JIT3jK3KXQyt6f4xbRPFGJ/EI2+NrwCIorjIWAa7DmTo5wyZneARbu/4wKbGX6WJR43l IPDGgbp1lavCMQ8KNj+cxFjE+EUGnBv1tYpy1q3oIIhollqUbpBjThSCF6DiXCTzmBOVA2beakdL /J/QXLNKEkiDqhshGejx3F2Acv+1IgHYqqmAeZrAIBeU7LeKcAYV8EPzYK16gMni+UFWAkcxmlsu DVfMjuL3oHLl3xqukWq5Cbfk8QYNUtAgNpf+DO/PrzmzGp4FRbEjseQ/x5MTpU/q+lIVeg1/gYn1 s0luXHCzFsLamqTcikxzoIPi6ujNybxecc1miYrIeSbACVXZWzl4WoPxWfFA7sjSAFtTl9soezz8 ze4lTjHMrU5VYuL3TstCNnxAQF9aZbLa0zgyOMiuqTBhs+k4r7NlfhXNC9S6dwbNWRZvJGe8HH6l cehqGArZJABwBVJknIFGhBsznfvOUYwRRwhboyYC8pFWBHThs4Z8xNEiGnZ6+x5SSuDFnDwcuFLj FYl9fv51kAmEkQKGrYi2QYGJ5S8tn7uXX5ouMliTXw5JsJQmDKCRfakADRHguYMBSI9t7Bw3W0bm q+2/F346XB3O3yyDlgBfFVUx2n5lL5MHMDhZx3M0/pUCRG3tLtXyacKie2BRG8X7vd2HIZXmgawI w8GTSNVIuzUq9EX262ZQTLzDKa+aa0+LpWmYGhAhYg/fjkWJBvwbnYFdgzUAHEk7YdKs2a/WASDH 4iQztVxRlk4j2DxQAgQUG5+Gga3rM7od3EZEBTyVxCaZBMVbQBK4mr9E+PAxryF4pql1+cLKNqf9 banDdOEBzg6gMrG0TAKrsNIEb4bX2gWRatyc2xgOUWeZUylN1hYiOFUD8AA8Ta2BqpGQP4ds1cDt YljKoPr6WoCElqfeW0m2g96aFh1LIzmqzJ7sJP2yU6PHC/3IPPEO/UhUrKdDE0mfZvOsRUoDRVkX QTFdtlDibLNIg4hU2QOGQFZFGBSysL4DqhiqTRdQjSQKziAzBQ/MEtg5ersaFG8PivaIvDq37KSU /CRe1ZrW9TnEG4paxBY4WSFzZ6gFBOJRYV7nrIOV0J0JFPbuA+0WEGpMwS8OYRKi8+240B4WhfM0 NU8BJB72HzRXySPoUNBl6LNdArMNlWrTyfJw79vXB9i0/e+9RiyiYTM5AMBcj7aPz5oZR6CwKXxC uYxHyhbi2ljaXGC6+dnMBcB1pgehmUtwVvuws8LvYF9+pU+W2LyZA7EhZ19ZBXYbxBuYXL1rwLxJ LFTjQdOBxaqMd0p1QiKdIR21uMVlGnTEpGzTRsyRsP2ykwZYw312KltE2x0eOylX/sQV8MW4/B2m nQ/LR7GwINJh7Tq+O0b1xF+et2bhVhq3psS4LcDJoBK8RlftBf1M5xOflL1FKf7TsU40dd7sWsqC juRKxNyCBisH9BlJIzTvbVFms2khsG084sBmLLAb1F0Im3FvD+o/yi7pz770m6oQiA0xHb+27ksB lNkX/ulYNYc9z0G0F9iHDHIkdCawF9HGnoiBwP5lzMIGje7JsWvBaB5Ci9PbUau7hpsFq0fac2Fi QCdxM+jwwJBK7WcHeR6OWtcdDXpnDvhItIq+6HDy5DMmWTPLpwGfdSG1YxFgKDPCdouinMoLWaMT OhiM1/CZSHaLIzvoMo2nJy1Rm+S1sr12h0dInRgVWzn6Em4FfbRaTYpiwHvf1RPOW/g3qoNV0xZn wGD6CSIK6bTqaQCLR8Fm2Rl79+s9xWWhLbtFnblH3pxrhEC1OhqmgIUgCUkCc8ZU6L45kZTlXNsq bppi0aZ93s16RhEkPg3pRXvZmlXNq5CPE4vNYoo6bbMxhJjSUlaJ8NpQhYHg5/SUr2XXuCGEsK4W j3kgTFlCCE91Yk7LVK8PCu9lHAYXp4irJkj3EhIjfeYC5AiTG57R1muYRskke5EVMoo7u8VstClI RKeK0I9ZTbUmGMlqV9zSJBbmfcv7cC8M3khVKfgytitBmmIdWCscdkcHAyg6TGmz9oz38/S3DDy+ LN8Z7SkRh7RbX1IBQOUMfh1rhEMGd3TGBHpEkOK4oewQ+LBqJB4um/IGeejAkEOFFLjnxBM0a0Oo wiIHXHucIlw/RjJ3kM9GFO2RjSrKOIG5ypxmAtzdRujCepQfzc0tubu0Zk6oP8Na1TtRvQR7j+w5 8oyAW300Bk56Dnlvd8ChceFC40ypZoxNxUnWGTfzaDliNjrfnpA2Ab7QLbSKiJLJeGQ6k8OHCljd KxnXnJz9zrLiLEY4++LxRxKs5Igqqbji9QoahbGWTw0swIdcoJBJKgcCQQtO+0V1LiAB3HndAZ9E v4wWD7JAV/NehUHw1boej1cLBQYuVYAUBgAzyt0Ek6gR40PwBKjARJgyUzCOObwYcmCR4GbAk/K8 SzZfKmGAvBbh8PQOd20qerdSCStImq/GrYTSYgBHKcVPlsQPO4J9YgorBgKJg5EO5bRRI89+Kdcb kgmt7Tq2FVoyJO18rp9QF2AvviisFnAHvTN0WfSVSQnUliEP6QrqtugQOMw6kyccYLgqM8CsgsxQ UM21B5Byj106ZgJQ5cEocHX/g6SZwi36qHvKYCgRmXVGNQPihe8qvd2fF9GkAWkhmS2DgSDUXpCj qx7cPVzga2806y7/2kY4x5OMGAp6JWngZ1zy7WWzxKj0W0v/HalZV5QgqPIA0BV3GiIlB0AdCUWu r4vlVQVdlFu4NA7tCmgNYVS3F+0WHBrBWFUK9SZuertVkRrwImrQvW3Y0aelW9rUhRbHwCa+QU1N tXvo3J2HNmwRLooVu3MRPVhVjdP3v1BctTPU2Th/94BC1E37RRlodYF9+eLGutX2X9jpzlV0sN7T xR2G+u9hyChs87d6L9S3V4dKm/p/gy5BixAolTcC3BXTUAb77nY4ZOb77u51ykpDlg/377NSHqe/ 7vI7GeXtdjwpUY3W/bd3KI98/P7CoVa+2jV8d0U/FBzuq0U1gPA36Ksb666Q4wNc+6/Vg/cSxYv6 2dBbN+UtLMHl6spI4Ln6IlD3Kiefvl05d7z8VUn5crm5kg69+6CQNRAYAC0KQCDd/nhUGPki8LC9 /WvmjkfFwPXW9XNuGFQQ2TC98LJVxmTrmsX/qusd3m+IaozclOIuDBCNW2eRz9Ui8TPE2oWS+O6q rCx9Qv9AoiHa9p6em7RuaVRcmhhUzFkVbGz6arJYKdA+sj5RBFYTCut1UgpHVRiVwU3WSr2U3RF7 t4oyFxJI0mxYgui39GuFKWwg+8j2E1WBK4Zdq1MtCAJCFIQh5GJTxxP9p1/AT2qp5AOatmCWih86 oVo3idS/tjwgmj6QX6AzAZvUDjQVt3mvDnzAvDyFD/IQUKqWiKogJDolqP6xjQxeXlaLu0SGzf78 /nUWk/v0CQb0sl1WseWFF1Bu+q43e/dkOS/0x0b1nTjANhS9RY1/nRcA89/qGqVUdB7EhgbtUa+x nelcSHf3SlCeHSs6gSpvWmgYUTwyH8BN8c9xYKptZiHD9bngF0WsXxGABSBpMBfHCxZcPtVRgf7T xnP5FxJ25OTNUcUtkYk3sC1dXJUkGtWQlSRSetrcrD+FsUqZ0dFiqeJ3FOKngwD8X05FuC6lIdpk rN6OxE4ZLlSkcR8n5VRNHrtQ/IwmKTS5XpzQ9Okca6Y8kwd8EQzsUb8sg8mRgsatKVEMzFyK2q/d xqUoUNozPepfnxbN1ZPKs8N9nVZlMJmPPZa+fglHWgLBjrQrJJwDSWr8q7KK1zjN6UbpNU4/PwkC TnWs6jJVHDtQXxzTYeYDJ7H5gZsbRaFL9gZpITzGat0cJeB/MLrssg7C2OFl+DQUNG+z+sZG7Raz ql4HZZv8cWed3QwkiDNEXi0v6C4moTXHZtJPvpD79ZCEuQPZXTxW7jCr2unIDypgkZXMK3HYuwLJ 5wLEItSwdGgJM5DRL4gtTM5SgU7zZtjABBEkG58TThUUvC91luNWtJ2hFL+YkcDYi9DNX2bCsSEl f0uIY/LhzsGymZToIlyPKbFSaRGg9LQZcWIYQ/w+Jj4HgNXHquP8xx7BUBlPnePICaiaGQCYuRWo Ms64PmMq+AaQilm52ufwlx6q1IO+cDn4TnoV/sBIYuTWe64GZyULUBVQCKD15jsZ1PjFeai9AU7L vXrKzC4/FIKWubxYPvIwPM7qhDYBMVmsnCve7LjzvGBfHisdD42TG08jVzt3AM6NesKWB600Moyq Ie0YC3YG4EdOJZT5iWvPawIsP+aS5LJbOthygwPE5fGHtPpLN3koXEAmkOR3nz/z+WPHuvyokovM ZPci8fH4Ds/raCIc85ypTG0WP7PaK0BH+XKM/8eyq0kOT1hOHZ+94iG8YIytV+EVVStk8OmPr/JU 1rhMuF6h3/AZ7hAnl3ujz2Ykfz4uyiqggRlf4UQ8Zz7eiFWefvaxQpea5ob5oj55XVkCTQ+on/HP WQ7Lyv3I0o38A5UCWlhUYulp7rEnXjjXfo4873fwj0SUv8q7tAieJJp1Vb9md0Vt4ZqSBE5rBGAE Yziqh3iOemPKgZlhOl0b588DbQmeePK5KgfmXEt8TK8nWjYg6vEXBEDdF8KWR6kDljVvglAy7JXl RE2zWYPODKgwRiPtL04QnzICUaBojKNBjmfvgHnCOu0pni2sYhUlL0DJ6KxrEoJa6R2+QmbMWa35 2XPypEOSPMadggaKeMBhwAWWECwxVThCNZDdEntgBPgBdg1z5nRhL7rdHtoFgqhhbmFfMzh7FIQF USFLHEZSkyfm/8Gh5BB7liPttSDHJ/5pwBrcGGQZZ6kiDHw446zut1xxHeD2Ptfhxm72/VL9ZNiL SbHd9Niv2iaFRURbKl2h/rT+4nBaJRDZRDFENZ7Vkyex0B29ROcEi2gaIPcsaTzAS+OALHoyfGZq SpvtUs6JrHVpl4GoDMuitaE4qvaNmQnHKdziP++f//il+awokO7BwfjcVsPPtox1tPEwJ0G3L+F4 L88PHvUpuKx3vP1ppDrLQdYLvr+ugqeIZajOU7Ceibc2eqKBZBw41DKApPwXQis0AHqx2+sY3mNu sa8T7af3P7SPRitssixxHCPR9q9uuc7TJg/yTeyVynq/PAHPm3ALZ6kpLPRXAgDIE/nBboVEAKKV LveZPhd4IxqQsgq3aMu3Wsp0nW8v3v9TI/6xZLokHDEyHtQW1hGcTL1/QEuIQ2T5xAqW0l4I9Q3Y aSYVXyFgNa171OPTgybDRwUCoK8uQgLt4knZCDAaVMMwyV/hVcWe5PXVkLzQWivVi1yRlljAEAPS IS0QZrpkQM6kUTmawHSaqHNttpguhTtofLDK6vaTgCeDozQdeem0+m4RwUomCkBQGMh5YQh2+Iwh 4qVPAjR9zeFCF1KAdDf9EGLSmQZUHwAqMUwneHWASOgrmUybiUH62RRRcVA7ypbQEtiJFQKKCYhd DAMskuYXSqQ7iGbHxhjsl3Q+MBR+qYKH/qCzxkW3ncNT1TZ3PAlReX2bPCQ1oTZ3wUBE3AB9CJSh QmkaJc/JrG5+ECTgJb1DzmE13uP0wcvVZ1NqH2CA+0pFeGwD25Ji0RcStdFDfSwuhpObYjXhIXLS u4Byg+W0aynRghwdNwqeWJPI9g3ETnZipvrbnc2qo98p2dlI+ZoJEsWOsKv1tdgEqJANABNm+Uz1 CQpAzQhz/RsboycG7k0XIdyaNeucIqV7wGSJHNEKF7ahslBGpohxuTy+TMaNSF/FcAkI1O75U+0L ik2QNdkwJ1aB0JAAwZ2HwuI2LiMnpLriEi0hiemgNL1CJ8IEj4wY4TpfX6rwg8lp7BikOJBzwIBn TQjTvUioI8n26GQbFglxstlGs9a2JTQ0e1bPqWzgGAkkA4mTg9HixgJlvImP22GE1qNd4TzHACH3 gfPPzmprAVRNnIEwPgCiCm7bfT1OBjotsBpGyznVX162fgFka1helAMTpFvnikcwJu2JAxYA21I1 Btd8CPsDyryM6VL2E6XDtrCkRe9Nz+op7NyEm0NGH+63rbd1GMUaReAUcN92vgeVg5GlBsEqtSkc KzroCIOOUkHYm4aYDREh2XyYLYMxPfQVpaRr6jSpKEOHOfAMvLC7I6/4Zxu7vJJ40RXweGKlEGZL 4ygn8kkh8WAOMRPsJ6xSsxrYaVv2W1EF4mQndXDYVgTErtN8W9Fu8D/9eBBPIXfZaTZzn+pwp/8L DoDY92dVs0xUEf8K2VnCNoixyZ8ByHUvoUEmE1E4GP0elvokm6nURjvEVMNlnerZQA2TErN/KeAK /gDAm8UCnQkkEXEMdxbbXxS7U9UxSKQsp61TVJJwi9mYF2dyc5dOJtZagUE7ZZLAQkMkxOvtP8l0 GUxOfNNCSg0KP1mBLIReSihfhmFGMskVigySOz9FxlJWJNNVzK4AB95LIchFddQLFuhfoYRkntnI nmPklubFmue3NVbh4KSDlauVZoU5yNughJjblspuWzIUMxXsVJ4RDlA1KKh+1zVCmPGBFaSIe8yx k1bMjkVHM+eyXLn/8kx5x3w45StVKkak8rnkX/qfr8iEhEtX8LloffweSdUikkdhlI+2A1HOK+do wa75/F7UVdawTM44ypb/+zBkeHBRDeHWgvJ43RxcCCfvFOxQUjfQFXBh/XWA79llTJKRfTM8+4S8 w9tFN1XtIIQ21PHCZ8et5YD7ASgbmtELeO21pgwCJBDsyb/npwPIuNtoioAYMLJ/Qc2V+gy6wPZD jd6jquYsGz5Gob+43DOmCqXL8VdUwU3o+sClNjLXiEGBAkDxaQ3y6wryDdqNTuVWvuBfSEtN4a5B GEA6ME13bxnzTpFY/LeaK/H8cKkuSAgMpEJXgZ+u7Qu40FLoEqAQ3ugLrv0CInCTYVUuLMNFRfuM khrqq6IuRAZ4oToCgB2yijAXAg2brmDHBW4PNKoShaIF8AFjV/EVL9Fgyz0PMA7CUrVjd4ED21Yo vm4sG5IkXEp1iYFdjGZqTkSGq+gKCu8UOo+gCVsBJGsbY9UrTsBuf8YpBXSAsVUXr44r5AgSZciK kog3wJ9n3QHZqhOoqmAXgSTEOaxNqBBoBDLnZjd1KrDN3QF3ApWY2oA10IWaCW6La8HcewixVtlF kVpVP+B+UZAVYQCv7D/USYbGgD3coaZTVdVWxkGJCOBa9TOgjruzBH+vW8I2C0KYeVRRAGCFMIxK PVx4HEgHTogJq6vKKSP4eiveMvz4uLzFTLbYVsWbVLKwHurZ6oZJ+EKgNSPdKAc8VWeDeHRFHfAT lqlchhX4goUeINK4wXDDemVmd6efvnUEpSIzowFDqr8xkUG8lWpGSFYhxK/O36fbzxHXV9Hm/Td4 c9MVh1BWJUoOF8zfoNpuJkSc1mWDPl38+bT7hpC6pQ4UBaB1lV4CFr/3dkOKxWsGXtUBqCsZXH+D jN3/BpSu9grC81kX4Le37bf60/5sdncnJT2q1aFeyTViMELx2aVs+/XtZiAkSqlr8wTSdNXglMIG 7SutglQtxKDiNRpnBZ4Jxe5wsyHw4W1fLYeXUiM2hUwAXFt98qRiLiQNFT3eY1Eb2z+CcZBo1c/9 IFyinjcJAlq2TWN9An5FyKZUh6ZVZQFLpiFVsBfSsJt7kyrl1IM2SKOC1eC7QlFndE9ccbAdSaxO Be1DcgnIh2o8sWJtPSsN+KVHSMnxU4hH1+1KygKl1Cak4VI44YvASdgaZYG7anRYmtX5/zrABdwO R0HRvXbt58fxvfvm0hLpXp2UQVJJn0KBdCdSbChYL6KSQGcqKc5FOQif6g71MsGzg/yPKmQjYm2V 8el6mk1c7raUIjM0iLLE1IDR6acaEUYNRaQ3TRAssoiP8tfUr9lWaMjKga69L/psXVCExxTE1o0J 3FKaIgxV3YZBugohpTf81UoumFowbaCks0WAjIVEj6GjVo1f4QYFHzxhSRuiLgE/wcmiAqk4gR6R QPEggLUeumyHFhR7MjxcWU0batcigIlcEADBtjQYvCHP3uqgJdQ0vcr2E2ybKh+iap6zNA4Iww1D bqaphdP+gwzRRVNaKoVINj6rytKdDomFpw4f24tTQ1iBylHgBwd7YYMRC3VLKNcGKiFClWkZJSeB AXqJHlmhvsffJne+5rChnKpwXuGPFaw79bO6EjQAc+CziRUuBPg7tgQVKl1B1dueonoCBCHGZowC d/cfoUcq7jCxatalBVbohmpQuT9dKz9CtEthIocbcTiXNYMKLgAEanfJrml1MYEGDGhzlqtCK+hc u8Yu7GCIM2+aBD016ORt2PGlOwoLO5PwsDsFlUws+wGlXPYJY6HzmRXjQZFmsW4xGfvCrq+4hvWX fE6+hV3sXfCdY9jskJuqVjnLKnQtr4fdpULUfEv8oioEtEFUbVuH3KqLzrix7wRXbBUjStjtZALH FrABhWUIEg0vXh3GOPZTtSy6KaT4OjmPJK3wFeFBYPdNJleoo86LtgALkD2A5xhcc48kE4+/QH55 V57q2u6yvXJqyHhZ6gqNln4laQwczYyD6clt2uW3iajjr3InMLujdrhhSm4da7tcuXIV4YHYaOzG PCiGIiuSPcsiRKXjMbA/wyHzy4JV9aMkuNigKxapWiXwG2AcWz/rOq+Sm6Bv/ma+xjXhSDG+2fg8 nTA+nKcou6GFLHoexLN6ocpB5+QyPlnwoadGx5tYsbcHYg5nYGtzJf6JSekfA+eIRXuts+PQc9K0 zD0AsEi0fOYx8lQCniJLZai/Pz+GML0BmoAbfuKocGxVAUUM1i0/ocuy/p98LvTAeYFhBHezz4Fe oAReApSCP85mNhrekbFFDMvf9TdiEhzDIxuYzaMJzLy2Xn5jjsGzRCAqTVnkcuECffs/FGILSG/W kJ0QSq2F/ooytM4V93hZLjloVqh0Wj4fRNdD/FvAAz4UP6eG4oXGWIsvxR1l/Hs0qpJR8N+HjuTB nAihFIGZaHRgaBMHyeZoDzfJspZcqjNVvRifHbuJw4WfANeOg+k3cAD+ly0iBkBCSIs9L7LjW6Il 3AvloItlGDLMQum06JGhYtZewSLJ33k+nuawc+/5AtVLV92VUFrdcZNlYRT6CA/n/DY7+mlKEVAD nI0AluF0y+PjUveAl/MKdVVOAM/DHEqbICCyEjE5+U1+OckIu//f0n2gN5Yc2xYeyv1UJEAHGnjv yOp+785/QvdfSUnqVhUJnJM+I1bsjJR4xKRI1d+kLX8PIODkh5xHJgTNJNxlGne2wDTurlV7LcfC wmfnjeyPO4ksMKakfc+O47Ikq0pRrtdXShcbZ3Nf2xTCETLgi3kHs9WOZjtZlr8xLx/68MzfvIwG CFfOqwodWLe5Ng6GmBwWsnFeZGSoYOK+2Mq7xV7jqbb1Cf5pugstaNThDdHkLJ86bsErNOr4jNxk LWORbGnyUq5fEZLFdprWTDUtC82+tLCNE8c67GvJimAIP7Hxh678NYeLlcAQbyXSLjWL4F0RPQof OiIPsaH0bXEDTp+Ha9Qg4vhkwQPuYQ1i8ovdGixonC0Jl+D68rib6A76E3E22gNRgUDsDUGloTJf Qm3QgbpwunOHfSplFGoQj4UkCgHAJLAAl9b5VCyOWyrGhUVz4qE/yi9d6bjrwiiSiyZvudsMuzNv KpeDudYiJo+HbjWFTc8Sz751ukCKZphOPLEJ0xzzk6hS2Cpkqh7+FhfHZuixtKEZaRWwADfFzIUo XyN2XOpXkYpKeaaRDBdoT4MDSS0u44tu0dIp6zHQm8raSmGCJJY0xbQANqrtgzWiZxQO09R63OSz 6vL+UcpaoM5AYqxYJrFwj2VAq5tKA566Ai95G+CznL4sESdFQjj8LpZb6agKPdF/sX5jCCU1xaSr UgYNBeYqmCW8WkTu/MW0suyao3A0kOhX2LKW9Hn6TaX3up7Y9QpAizVT6xumXhS708mxZq8olWxr enyvNdyymDq4mETRJH+bQEpTckMp0VvelANPfrAOg+1OaUQQ1e7l4elTpNKWYxUFb0o+UaQjvjOb iBdEnqOIYpl+62uFEWAr2W4/J173iXZ6UjElwNZRE/Cl1bd8DGh8S6vNp5iXRjLYwsViQGmPbR/O trw+ahQAWUgneCaoKkwFZIud2q7oYNMkK16L6ASHFjIMpsHGRr7mapbIy1Gdu5lUBXUTiKXV7M0j 2mMARnftoYVQkNg2c4XU3VXIRmDINYlG5FoswCSx+5lfsK0njB2vUxY+plIIXWdYvH9svJPmWoUo sKV7uwpjksZRtaT8HbyvP/utRjAZAT4jQLNo1XaqESgjWcYhm0D2Yl1QGM2mXDKT9mnNorX6GdrZ cA60uZ1TSd3KZzcu2NT2WYKOEfSO0fthMRpEz5hop7QwFgmj0NTbMT0L2BCfNtFYKDVCqQ2MR19V mFYPWao8itHYgFPClknN1YzvnuVCitZFH1Zs62OoW9vidXFgpVgQ2dZZrU2yOaiktytVcgYFiLGz CayiFJUA+sB6nm8PMNF1RsdDGvW+J12AtVoXtymLi5iqzSA1aeV2aYUuFr5Ge/0ifbbuNjV1dDUx o1Qt8Gh4ei2lqMXDhy2Bw6zyBsubgvhlAe5VOdAsWAXf/NAfk2wI62QVzaReHGkgslRcIWEiN/R9 vKDneLXK+ZZBWO10eSOrBZntoStNMQQ67B8DZ6vU76Wh0XpS60jH0dJZCzfaZJ/oER8vE4vD25+J i27NI71JSCxi+j41WYodz17cTKx3LQ2Pgh3FUjsSVvS28eQzmSTKoiUVtp/2Zvt9dbSGIc/1iFXl YxJGzk716Q7SGRyp7o0+yhOtqkA6rI7vmkotHztPpFHHuZLD2lJ96ReyDv3JBGoENo5GJpCk24ar 3rSOWKYrh5lsuWhZtkzaWQB8BoSBwuS22plsIgQGfvE42F0JmyTiVMJ4eth/PF8syiCxROvvTFzT h3E4+3SdLisiq0MvDybMwLNNDKt+qLwtYIY6L8OGDe22dzB0mC1RZa2RFcOCoVEWaiTvacewPgeN uUR9gL30sR7WpfO5TCzbSadRMqfssrweSxDX5WX5HOdk9aymfjZMER/TcYl1VLyniphwNSxoLIq8 tvya0hlmHTJCSqnxe0o0XZAJxQTqchOWXv5OWmdDmfXBPsmwzzlxtJOJZRrM5XsxMRVZnmYWA+NW L3LfNMiKloZo36gwdHlAVhq8UUSs0yTIuSYR/skk2xDr8KZYd+1+EmCwrYij1zJ7ccLtuxbsQPps HcaHrynAAFv7MotJwYbjCFn0tU+6Wm4tiI1/uKXLiVHZqnMdNx0yorgHeejCmIPAiombuK4jzN5d tzo9bQ3PFEWWtCHCyfi3JmjQ/OJXvn/abO4ogo6isPHWhp/h61annibN2lu2osYpebVD+AAR+8hp 5HJleJ67yXJ4+emuaISgw/ggCTblY/zfcmvyl7GTXxcbcUKAulUQ7obUHPBHFejKMZEVKToGbhjw vQl589y5ydAC1kCR7l4tfF2Ci4OvRHV6hXRu6ubIMa2aEnHGywTibC9w4dUuZGQjASHkfynMXXMp 52zgJfYjvzIY4wYtrGEBxFH9cedxDagVcABdQR2Agpi8exDTXRMf0k8iKYUYGNnQatQXLAsn4Etl 8JBrJK2g7KYq5G4wH+9qPiSh688EKKr4RvYLtACroATEt9nNsLdkEeZFgk45hPF5Ek+ZHqheJaZY nZf7206ijMP+EybWFrKALM8+mhoZVwY/QSGga3cSz6BdBjxQeCpRitlSCSfY3buuL/2x2wFL4HBa boh3S4TR3X9UiyWYBbd3QCplKyItaiDigT9v9mc8x68QU+k05G7WdUOz2m2DsowQ367mcLDUzeHg zUHG40NqWKkhqMpd+OZiwMO12wkBcEkoJNyQWmIv/YVMGLJBg9Tnw/z7Mh6+U6/rt4/ht5vFbXUn /C0zhhwdbkBEnr98GyUHyQ83euXN5bK/ni+SRaRolq5CXufTkR7YxYbH++Fy2EpysdneKKu7pVCK DBme76TURMj+o3Z+EiE/YWgSkqgvZu/+RWU7rc6nQktUwFjZgYIXYcOiyjIRU9ac6ZUTgRq7iDot uuwngg5Espi1xNk481mY4xco7SBxsZoyrpD+QkkKiyfL/m0UzM2JryOKKGCS+HS5j/82JsH8CHi3 hzZrGrKuNCTMT3RphMLFBhUQKr0AmfNxL15hlKvrUo4SqUFkGl/I63spPwwF6Y5fWRyhi/xEkcrw ajh6DuHxzin4lcsrzYL1Oamn7NCVjFS+0wdIn3iTa/iWi6sU0yaQqAFwWHwLJy8EVPZzklsHK8yw yLK4UnzQBFByZQzv+SwQ+wGke7hwVcuCKMqxCXMoOkPqjfc3PMVP5Pg+HF3+qPU1YJQQlC8tudse gfGSUS/k6/BFU+wgaw3InIpWug4zw4w+yEij4tqEbJ/4utQkaKc5gr3PFwfDAMw8NCp+uwaNdOGl Ybs+LQwEIltDRYxPSvCSpohKmBHU4CT8/kLzfpzTeku9Uk4T35RGxmi5rg+k7MTz8pMXvRAIW1nH tr55UjwTxEA10E0Vwvn56NS6XFBn7XTDwcrwmUj9VI0E8Tq0UZJ25xCkJ68ix4vhIxA1Uq+48bAM 34JqLcqCe8pjdJY0xl/6T8lhVEP6Gvp8ES6N+SEjurALGb44kca+faqLaM7u0jEB0ZkzxbjAk3Xn /HU5LKXf2V03TgSMyS7SImZUK49gou9ZtfTBWB413Oh0ITHrlZHj5dtrmYQ0d6utPjQaAWSU2KAt vlPwzywyeEaamM5fCDO5zFHYq1inBx8MPIczjBsFK7W7jDgGvef7snVQA8WILW6mLoEzFO2PkiaZ faJgbqu0tx6cIbEvdIOosMXq5FpeSmbpfkyZ9gWBnsbwQWEsCywWQSrd4cBA8aAmom2IIr/n2z68 6h1XNpz7LlCtQctPLoRnJpskesi/Czf7q38MNxL95NblUm8/MchDJdj4iHc7/9KeKbaCKlvXxSiy AWwZgXtBLIdWinOP3VyjeWgGUgmpbC8yr8MvKAy+LWiE/RTmwjg6dWP2DFjN+Mg6K8MGs2r2vjNX WQRtptYv272iMTY6eZTovO9krPkfQwvssYsW2S9UryGYaLbncnfI2dXb/VPCXlsx6GKrB4MYns5d DVOFfQF/WVZt2QIKyWOjX0w+yWcUl5gZsU+EgJTHkTg3WyZTOicG7FBElG+GapzJJT83Mw0v4bCU hYTlxrSVk1pVYEr18+TQpb9R+AN3rKRN9qMSolJIvIIFDdMY+arPVJtI1ybT6TextfiCRwA6Mo5o j2iku/YYgsCONNzqyCYhynWZtDOs7qVyztFLu7WcB6dA1nk/UWiSAc2P9DJdhdZCqNwsBmnxOif6 EsxrGbyOpCJDj33FmuMjjB/CriFQpqZmZqvzt2NriIxvMGO7JVPrspXERoyXWLIEtlqefSVfeE6m wL0SeYiCBMu+5HpjujO/CwxoTd5fSXhyRpnBXECm8ngLhsamT5BjAEU1V2Uo9LnkW+s06U6tgWVq lvuhk1mLUcf+wJqvkTNYNYxv8Ro4EY0MTzN837tLRd3L31KSHI4hY9UrBCs1GRm17mvI8U+fjeTO NmrChYOcmdpK2FHYGgNVEhzSuUnUcAkEMk9KoejACy9UCA/Ip6Wv1v56VEuoe3xOqUbxyjvTYQX/ K6u9waAIDH1smavGkzIc+5H/NBT4Enk5tFycdt/UfFTBfkGFlZ7cR500YFvLE+Ebhk/hFpMkNucZ Zq3u8ypGux/quUKo+j76zSrnIabViUcrll/HtfUgb6SoAYRtonGK2PEMaQGaPqtMJqOXg8LA9YtI pxI4dFqWI7Qud7WWAINl4TMavUFZWqyElE3QOnrE5VjenKOCZxL44OTCzVrJBDHFNSRcgP/6jWd0 BMP/6UqSIdMbzDBy9B0iDLfP1pCFJ+kJ88WQK17jYIg0idrRBMtJsRrodKuBcVykTyF0KZdMVh6H r0ewUvWsSGR1/m4Izd8M72ojEtGsqd5KolGMMV66qe0Bfu5tLblyVJqe+bwcdL8M5+TzaloRnCV6 B4tx3Q1y/a1VUIjgCQyVLM2XxqxJTG+A4QRqRWqrQ/w7sb3SwHFONEcXEkOqtScaEkswple2DNWH YmVKwjH3Gh+pY3QGIbSZ2LitcM59C1v4sSn9G6hrkDS74RyLD/VsykjAIaYcfOarB26KlCUinlvA gl/+LJGBcmKwcm6I7yQSjTNYW8o3AmtQnYFl0WiP6QyFpdHBHBML60AttSiU6L/qJV8rvaB0tZig r2rAYM5AhOBtcA2xsxKmmOvdIIkSqnBLGZRR2eKqcb8of3TCEKbrxmfg0CE4LLlPTDLFrZeSag6R InkhRlpyBiAE6JnSCQeT5gT801IWJ+gEaUDOX/EioSVtdD+C/EDdaar2DuD4U/9RJ230NHsAYlDZ ihfJkc3o0SumnUdQpbA2KN0HhDGHqlCEcfb6AGuGc3HBFMxDpg5dAsJOJFAJ0smTPEczRQpAaQ9R c0kcPF/PJIcuylFbBaVLegC1t4IBUamZNbsKFhsptBDj7aPgj7GurTENXa8D9ZMVTzWjiLBpM7Qw nj8oPO/T1iygOCP99MW0kbiUxgQ6Uamh7AVusccyc7SKQrhYLOxskCmM33XkwdTAVq0DIjUeYKk3 +iBx0aVXdoGRb9jGZOP/wTcDW61Emi0FVlL7T+HA9udYhBkDsMR3vbrTPZZrm06TzvmFGdVoHC4U 19KjvKLeLXHSU2sD0yayX2hJwM9utkhsXbzKR+ySLchWTpNFHa2zBmdlwpp0uXmi4H4vymOGtar6 tdloZWM1gEe6ydKcWN0XRAuETD1f46TM1w/GEwD8PIGPDediMeVWfpsYEhHF4ik2J6QRfawzy/vd iSQlLkol9FlXUvN+Ch6rqLcnPtff4lmmj0BDkV/Bz/46noDLt/YIIbiAD+N6nViaCgCkZVW+QcD0 eEtNpFqY1WNNbXUmE3c4YUxNVLzghnFGSmxQlA1M1UqwYGb5KTRsKJgvevj9eWI+KAcKqy4ebCLK /0xCX+zBdX+x/if0v6XyY+q4hQQvz49C045j6A+LsGmmyU3TiaMsEVjM2EySiEyUwkN0iDqPOA6Y HE9W7ndhGEOsAzJP1s8mRYeJHHlLWyuyo9JotTXTn0LLAdPiJwaM8JA57WCagaXEDpDMO0uiSXWM Bc0k9NWKbGF4Vx3Vx34fWv3NNDTYE50AMquj7k4xCJkZmqyBBoWpZP7ofIXxNfPbjtFC9hsv0Aw9 taBTs6kYjIXXy7qVj51TV3dUR05sRw70lJXXMBfdKMoD8ts3LGFGcTUxmfRoLF3JDfrCPQXltDYb tuQ2jCGvDv3ZFvqn++peMv5shaJHTU/JGZz5ajuxFmQR2s2jyh5hbrzY/oXCbfHl2Bv5LrIIbfUM FI+XB9Eu//6yZnMyjWxwYiY6EYiLLzICUs3lJWgImqasNyXBFW1ZphajI2NDkMH2z8ZMlsOYLRFi emNPYST4HviJ+qVNKrMAGxYdHDqfFHgJvqDIQvNkN4OBZfMkoWUwEPhR/1LMKg+syMLmrKBsvD8+ LfeIUUqFhRAULvfcZMz5L4ReZK6KxdPjpblHT7XHdU7LGSevTBdg51yQv1owp1SZXdL/aKqYqOmk 6PRYSly/Ps9f8a44Kp+TlaUK/B9kWDIRNs2mlMglvHCafKBahpNyLuFWFlJJPFGiZE7bUnFi4hlx qSeptg4Zz2uKSvA0vRlnrvbngHJJ6RQrGX9Ab6DQNVJiOS2m25RxvmPFeQCJEhWGI9nkFAgzdMcm wZgy4UjFcij8jnOs7u5dIjiEhhBjvh+ixUDTIofM/PGTN9XyRR4ltZ4GHPo8Xjvnh9y4k9TMQkJH 7l76cOxUpzKcGZ3EYvrUV/Au5rA38/4ouxt1lndNa/z4+gcvm+WZPcmSYzVa0HBvfd/VjW+boyTS 9BwaF19r5Hi4BufPosRpOnt1nu6oZ/Y7k5yGhZHMs2tzYJfpRuZlWkNiBwaVsanlSfWCZuw4PNjr FeeNR6wHOfNb3iPvtbvHvtAGNZGZpIszNRdjlUNv9GLGWqHUngYZvKCfbEySZXgezWmnwkNq2guF 0OoziY4bsiUt0e08+pSirrsC4ojm9IwCpl6NksHEeIXPBCqxQYOE2tbndT2YICUD7fHi+BGHdJm8 SpJAo+i61QTR1nhBPG3kLPH5Az0eflouAWMKiyDGBAmx8cTkZ0BsCOIBTO+X+wFgke3gCC8DefIq 03iT4q8hvyA02XfJMZbrMygnY3MDFfH0NcmYyWHXqJQMBvBuyuC9XBDj3Sui5pL7khiPlBT7yxxe xcQOfjFuJdyCvyAuMI78XueyZpTJeSvF8fJywnMBPYLJ1f68vt0llrjc7rvNJQR9lIKZDBolvh6l Y77ulverNBfH430FI54RY0TosjhfobOdBMvfrhe8bKRbvv+Fmodq+npYXS/f58v1ZyUb9OH893q7 7G7nm6ddT7vvy/Xv5XA7nq9+czrdr6f74ed2/bnvbyDg/X6/3q8+cT/cb8fbz+l6PW7/Pfz9//ef v8d//x5v/+96vZ//3m///nu7ece/h+v/nv7ezj8/55/rZX+8733FK74vNzT8e3/553S5HH7+Oe8u 9/Ppcv3ncv+7v0uX8c9ZBa9+eN2qy/p+lIMaKT9ur7eb6m+OPvN92P/c7z+34/V6/r78qwqny/3H U7b04PvvnfLfPeSfIxG3pCEXHP77ohrHy/l8u+7+yhlyvPxoxoMrHw/fR+lMJAm53I8erlsuN+j+ +P0j4cbh+kNSfrreT6fbUZJpDfl9Pki1nVL+71qxEHy49KirtPeP55318A04vSzdTSk24FHH7+3t qvC73V0hj7vr9qYkVwMC29ytzyIafr//PoOhWO3pitweD6IEdNXSjUhnrREkDClMIawgn3aBCYOx FB6A7gU2vm0ucn0kOcehBTsAypVSuVEUAb9A9KjnxWCGlJMYQ8omqygNPbk1akRemotutFSrwCsk iOLi5U3VOGHpZ87k8hJIfJSaJdYKFROum7ty+Ujh7fFyiRRGcU4DOYUvYUUc1DwjgS3fNIJ64MID qqS26bnNLMzQTJJmBMgFRwWhSG67BXhHfmrhBBWLBFGkCQRYpazY4dnj+6bTEB+CBUIatPHlGuo4 xa9gG+S0PeGo4/LZ2CMAalG17TpAYxsVE7QhtEf0UEJwe5H1B98EeOy71nUyeLu7CMjRwjfwhuCp tdUiW+wE5lT4mbTYIqGt79ZvOyba76CHrT3cCnnaMa1TzuOo7IfGsnrh/DTjaC3cfBCk25agy4pq xQ+J4aVbifoFQ5WwPCR2FoEPdoVtdVvWpjZiqzrMHFKwOjMd7BJVRD4LHDd00AWLFni3LnQUxaoZ v8oYKR30CHoCZYOLWrgHPtF+Xm8za3OwF0m2PPb/9pY4mc0Ldo6E68LZgqh6V5auQK4d0k4qajjS cbBMkvBZ9JmtUDChsL5mStVAWsADfVcHKZ8aCxoU7dV09lHGREedJG9RWv0gNqpdOl1iAKt4+5XS 2vE76uX/daAdsHsbfddOr77tziF3A6b8zGTgGp95waybsW40vr2TzSEhtvFgK91CnaLZMpvEeO1t 2onx6WikTBrsKl2rWaI9XmnQKqRnAEmeETSP46mqLwr75pgxxdBUzc3khaP5mxAwS4A9Iy6MsECJ IIsHspLR3Sid/rJRdziMYWDceB31d21gb9SRISEOqU4SUGOj2mEzKs2UGq/zEe2piq1Bw/zDoPAV toUGNU4YjkbUuAzRxNK19nZBnNr0XbYcuDErda91FaKo90YClihuVtHXsTsyyodW/paOAtmthe/0 nRBgZ5mcYCpq8tFsZnqZcKXUMVksHjZcinoGGGumOSu04PcCBJ3LEJE00QzTMm6ZS3L4qJ12fqfz d8+F6cR6MvzYGQ03wXp/SI9uYjc6GMPsA5dHmLgWv+A8K/dXLKt6xplmSOWZtS4oob+YM5q38dJB EsVxZBNwjbbGjxG2xguPgPcRQyNQd4iUn6KjLRG52xwK7gifyR+dxKR34M3xCYMIDG7ap+AGn768 6KmS0jog5FFlEhTeJWLPKgQVogocIK6N73o1b5HpBpcG4Q0Sdu8CjsDB0gs0MhnAavG5fDZucx6x C64M8OioSwPXiFVhwFTxPUAJWZ6KygdK3JJGC56JcdW247yz+nDHE0oNtsBx1AbdBW8OBSF53R0g laeE2JuZa/hGhRHwauAgL+8sr7+6c/Uok6EAwYCkRxhqN0XxFkERZJXzGX8Q3kEJiKUT1Wsu7eDS +V+VUyIubGZAP7Imn/cPUXf4myNX0+eFay5gk+opPzYoRU3Hky3VA+EZhw2JG+lhkkF6vt+5QyeF Y7gmxzmFlWPFshNApogBT/d58izxdb+CDBJi9WHJEOkKoUYdUS4XjZG3jJ10jDx9vk5+c78m1pam 6nnSLWde9Sh7Ap8emnh+ecSqqJ+e36YYwYOE2KibH6fXy+uWjNjfnmAEIIXDPu8kcJecQoPx2Z5D BelTYE78Zrjkfvukppz7KIgRCVQYFdxwfjumitmgcAYeASFtYf+pMbWV1ncyXz4QJw6wrpGIJrE6 0OCTiFsYEpAJtxoZKC0YIwNkGO0roWqADlaKJPqlnJDe569a0f/3iiom8SPuo3i+RmXqG4bi25Rw XsE7v2AkGHR+kWefs18jKyjCgB3pNWOvsAlAR1YtNqFjTS4ZYNQKgEpxmsLRRFD1pLepNqNDQTL8 auorGtBISVmKWhgFfefp010X1lT5f4CKCI7c1YqMXKm+A879n6/0AsMG+y2pEDbjwaiNnkJRohtx DZPh2eV9MU9fJxbHWcwsgJc8kL4Uv3JWHbSRuYEYlrh33ECnO73lIXJZR0rhAm0hwy/YcFklYKGQ ELQr56hmhbL/YwRH7owiOlYVhH8IZd/lfMDu5PlFxAK5sy95hmM+4DnFnTXneTYhxOuqLy0ZzNcd kwZ9qlSlM9zd3lWmFMgYXg+AQYV0vWqXbjb+VooJmEmLy8SS7pba8eORjvH16fEFYvZ7aRxqNGN7 pmpkzOZa7BZD9hWZKzxN/Uw08FCGYO+CxZGr6fOcep7OGdMz6FWQbPiB3lbXmFpmAFL3GEuvFuNN ZaWJjsrIpHDa4eXtQRm8XDeAflW2yxmlDLIgq6sGqRPAUEdj9AUq2F+9U4vTaRoGMmd4qkw9WsY1 AbpQhpwgeBJh6WWMOjl/NIJGe0hu/PT68FhfmffaWVEnRkuwV59KCGN9IpxsZEr6YVY9Tx0+MlNj hh8QXoGRsocouzeaHZYvAlq4UG91GkjUIJqp5fVJ8HB0JhbvcV2xNompWb7MZIsQfq1jTRXj1QhU yESs5SOH1g1si5sMReoQkjexMNXCqXa3l4XUAzI6CL1bgMN3cUIj0K/ohE1pxbAk2gG+Vh0fKHIm sALQlQfDimJ3EE5RuYFkjR9Lu73Puu1n1hSVEWMUbu4FJXjpNZZ1K4TdQMwvisj0aqtVimJ7iQbt dAwxIMvHMJCCyDbQ0BYDyVrB2Bon5jLtkJPyxGaT63EvZy0j+Ukv7VtuAPFlLkbG5rvzl+9bZxRA ldkIJBbQtHXatOyw2ItmYaZmCvuC6KKznR7YtqWU2oN38Pq+sfFpuhhiZnWQsHBGV7ezX7Sht6WI pBZgSnbIaHRBrSy+rKbOrPIyUC5Gsw/+cuJCbdlkhbrUEoYQiOzkRbmhtWrRyoLIaplqWiOqpJ+p rGvC/Hbw5cwY3y1sYfe12XdWaNuG6U2hoWKr2JoAdGu2AaaLaRIKpSUntjzL420BwLbx89Cuc6ZZ KeySzmQxbmlhjcvWX4VjNPVXiT48u636FQ0rHEzwnNzA32dyY7WaWYCK5wvuWKxMEONjxBtVK8dC TES1sqvaAOwbMm9INWPVdc8dDsaYWVmIXAldinPGggmoFVL9mu9fol2+U6DTAsGFUzH0XuMU/daW ekWhCvaIV9pAS/BsfJaWnykjpmaFLABjtS8C0IJYpmhBVrdgs/OZKyl4y9RXqQowSeAilGTbT6Tu McUX+oHY7jOThmGifXHzUUZ00WqvFi5jAcP1vsd4nxnxOpvQLRfO1kVNyaqo6UsuHhO3/VnsNLcN 2qLgemgNkChbA2tpXdOhytrcHTS4YYIBQ0P0DU1NO+Fa9k1HjUBs3ZwtylvB+jshaIvJ8mX7MmLt 6bnWzXQHplBEu6KZKjOxxYJtyyMxnY26wr7mjnauPiY84mcKGyrGm0mxs8e/RnL5Th34VVBxK/Y7 sYXTpNnsKTsE7jczt2txRdcOrGX0D4vdaISlIWi+Eci3DgWDsQxi7DcmOOz7zmhzjR3vFSOIHwAO 4fLhxfOcuELAR3AArTQZO3gfuaZ54z7wJX0cRUzVxoGBLkp0wZk8fqFzS165JLW/t8VJeqBkNMAE YRyJA1yQrpDP2TOcZAYVO/Ec50YFpW7m5sKHx6HrOiT2+5JpOLZYcoJEgFFHsq6D/Bv+4PU4JEkY jC47BJ0h3emCzFTx+L9knjRtvCqCOJIz5AVy4UCl2VMUIIZ0ixNXyg6ABNcJSNSY2/mBl0d8mMQU gqUOhXdoMpGAaBFcw8VzahqQ2SBUHC5itsi49BT0cuBqCGSkfSB+o41c4I0laN67H88X57L8csSS 7nm+Qioi+pTOkkxRVmAtlSywhMnJzxQEDCnJg1J6Beeusowb3CiNFWm8RRpjXiT9oxS+exLExI/p dxUG0oSAqQol+6UVBOtiCPzHgxzCBH7UhfelUm3QvM0JoCPdA6gETghdYwUXd8pBTTS7m6uOGBcI AnLl+KW2U9LTyIS7k3zDHW4eTrQnaXMqzfrlQEyb5s9X1NR9dvBOytJTI0OZ84klfuiBaxrmmuNI B7lZX9E7muEtqlwHlQyCVvnriPUhT7qtIijYVnLmw9WoUPyvcn10ByJpoZTN29VF+tnN5uaqO3AG AdQaUiGnZ74RAh+M2Jh6Ms3jRY5iOYfdiXe8Skixq3kIStHM24pY+he30m5izjB1Iu6yEO8O9/0e /IUd8ezL/nQ+uYKwzMYHSFJe4tNZEg689EJsjR924SCOfbmurhClAvjg/nK9kqRuu+wP9pWeGEPf 4dsHD7/etaHLCzdX+T0IWUkr/eZ89S7YOcGzjq1uYML4d3Pkg7qeZFe6FaOSZF/CE0PF2DUstBtR psAPunEyg+UDgfiNGmf7nXyQQcVXIPr0igYalmFIwp7muJWgQ/1GPNW6XCUnWXz3ghESy/qRbC2C Zn5p1BFd6jUTTV5fAHNkO2mIoiXWI/1P/aqErSUWDbNmt/3QOIJcfkPT7cUFRDA+Ay8tt8Tcfq29 XReYmHZHXWqJ2Eig0pwmc+76SHNTzEAmFpmjTS0AtezT9KWGjUFdJmqTt0lvjJkj6A2hrDXwppAf CYkFZaQcUQDXNp6NC5SWEtuHA6XU12UcSnI/22zfjNm9yAthtMUUsdkLA4E2pNfQE1ozFNWCUpIZ WZdiSGgj6kKXDeiAFWwSJLLsBRLwWu79LeaDH2oQe5JAT1f4tdzhxKaqQSJC6KLUjQWnYJzuoFzv KMQ+AqkZTJXuCd2J6RwSziKroPcGpIJ73KWn99mKFnnK5iamfNGw85fJW1DQ1oKahpy8fvZh9IBH Ngt5hGiGi0wlGU2baniBfK569W9l38xwy0Tk6lrAcgAof1IheMWTJV1QKTVFIQ1IyduRzjigwy59 TDtJrqI6dmHQ+fPg70UMF1Qxu7ZPBNum2cW3lkTb7jEs+SkcyRBQgrRqRkA4tRCqoqVT7fhMdq/z PItXu6GfsvdYuZnKjJxUlPjPsMU8Sd0QQxslJgl5MqcUXsYHZqr/gGXccxayYHffKnTswgK2sbsD bN+i00pIS4kws4Xs9/ORZ6+Dvww2/NOXPKJj8cXlWYQM0oxeH0TgxD6NEQrGOCho6h+fVjnhziyQ bgnxck2lOqZn3gOoWTAUHBytLgEKWFFGlw4HMp+lEDe8jUmzb4eNlcbEZxl1jHh6Q4mu6p1CyVqG GdGhe49y3rwS1EFJbZ3HpzkWBWYsSt9RPDWlH9Sl/6LcEETWP9t+RWCgS/Kx0uYluCSEYMkRyqoy FQpqwUviQLnJhU9H1sjOZMwy0/hdmEoXQvkwUzUnkPeZMC+/Lb+Q2UkcRZY50qYxy1nZT7lVcQk+ HZjASpPukaXXyd6MbEoFTqdWJy1DazLt9aSHJbeibeBteVsOE89LC1cYEEYLR+TK1OfqtwmDUnGY r/CP5mW9xop4JKGA9Fi8s3cH1emZkm5M6zOCEPbeOqWOjm2gDdmNorL0uYd8wbQgKxiFFyq1Qixo nHj1UE+sApK3MqQdO1V31jeqI36dVwgwRVzzp/hlnL38X0NMccrCbQQmkAlZAY+wjkZPcaRZib8o BrVzOTay69Mw5XLyZforTSC3iR6GYzAEKVqiM50xnMFD3p3i1FN1lsPP8pAOfZtfExOxxjUBmpfT TkDEYp/m4PP9DeDHgCEnhEv/hPX52eME+KC7k5v26fH10bnsPyRIkycSu0fOSnofyrq4jW/CFZPZ 20N9l8M1zh5jNZ/4CmKGIXRRHUGSVuBBBke8FNbo8sSPSd5sg5H1jn8o/YdEAbqOt6VBU2lBSSYg ejC8kj7s42Yat6U/OGNqnGnGeDbX2/9ReGlrzQVMIJIe64OrJ0McuK759dSydI0A8q+QbpELk5vC 5/J/0hHgfB3JbXYYvSAMXPJEm6WvO0iOYYGBEQaCSYPaGOpQJB9HTeIC9W+y1maTVjE4jQ4v4DIB 1dqNAEsPquWQ2nXit0rDFGZf3ugYzn6sEHy0plqT1Qjjwgy3vPd4MEmQdqdzKzqTHxP4s5BWPOPN i9C2muflY8In1B100wkUuYm5jZ6vTyA3SrsGknFQiesnfyqdMHWZ4/Cpv0JDDQyVwf1S0AGbUKF/ wLo5QPYqq3PH53Wb08TPsOEkheX0Edt+nKJeIBbahsBZU0YC5+c/3vw8e3x8+gO3JT2Mw3hzMHfy +mfy8qDNyVYNapkhcazX5wknM+Eq+MY/NY7zSK1Lui9nVnWTlPJPATDfkuSiMvclS1Fr12Dp+jNa WBKCEtJWBcTPcz//Azw+T/48TeJlBjyshl5a0ZyIVvEwuNnT8X0jARU0pMG/RyP+8d1smjy//FGn 8aVHEtWUq9HRxwe3s9HJlQr3j7n08v7nafqHbM8DJ82mx5fHh/GXp8fpA6Bb7u/X/xhges3Ue/2V 8MX9lBfvfJ4SN5ac+7HEyGlhp69eTgfo5Wlj9W04siZ/+o+5OvWQyeTRtyaTZ7UiCgzajQ9P0hhq DhNdmyOhPsv3nz4/+LoxZZDoWETa8qIl1M+o8InZy4PulHI75eTT/6S59dJy/Jpx9ovXKfZJxldK gImFocTeCThppg35+gIVEBQgxrMCfBo4/qA3CUfNLeSFWdBGo5fJ+XCGfmmh77iNp/kxlmc8Q+z2 Bv8zvZtZOAZDw2Cw81qoQnCmuGmOP43LEvzphTGDMNjfB3jw4EK/aAJCwC0nQ2J6kAyJx9pLREI7 hyxjCPNGdIw14OIw+zHzxkM6j4ep+SVhngVIlJndoBT+Z576k/1HuBcBACM9FW4je0sGaGsr6ueo hrkNgHg9DIgYQIoZYr7mD2r0+eZ+EMp8RoaQF1EfY449kFDKvs6aHPE0yn+aOvYPy60EXm9cdx5k JgmewKjbZtEU0+zUDxOaEYb6qUdUpJPDIqbFvouWFv1UhWK0LEnJx5hwHWtIglYgGfR7m3MqawB0 L7EZy7ATVQK3bJF16kaGjceKhBVX9h0fZb5hiSrLGh2RvyLumMyWO+DAsjPRjPCsM4QiczXtgd9q PaSguDdwakUnJ/AHefMEsKsaWMfoXcOGo7tdAMflYUxo52SZXBtGmmrUtk5dZCoL9KpEcUAN3NEK KoCBeRztTFhYLtZkA8WmR2cMSik6zGIziNxxzDPrcMYbJ45W2q7trIBUZL7rLR6g94btIcUrE5PB OBrO0ZLRp3pUj9vS7BrW+CxK37AL1GLRYl0jcMwKSv1ox9R1DnwbKba/fg0qs5NtBXrEm4zyQWjZ H4jZ6nXL3iUT0GYYLdPUqSKKCQ3AemQc+pIwrM3HWPRdpbdt4lWidyxSLaxsDWKj2EF4w45VKd4x xpLzPqunKqwJpPeHOYOVSuuPMd0hGmDBiodpOeXyBssyga0jRKnWDUQmmawX2YT+IgOWOwotXDS3 wygUNWYqeBD7X4gZAmX+aZk0spY3WYNkdHqW9vzpfS04C/5ni2p2IQCbnhhB6LhRLfqjdpaSVpzy FqDiIK5m9ukvFpPXZjTWEgzLFgEWBBsA8mWpaRadrfX0bUOi3b5/szh9w5/F+zzKK8j4C7orpgwY aU91byF88fGCGa1fQg8JB2TodvqkwRfxB6h9P+1MK5dWrjRMB+VQI7aieeOybzOuSw1RxwYVo1rc Ud/rHrNrtS03glA4wD7buwKPLKNm1a0tX9xixbYOlK4v4QRHL6dD+TWIlaXAAxVMySznbGB/zqzS RqH8vB5+GiOqKDnAamq1zHqxuINVGQBI0GL+JgcqpW3l9G8/HH6gQ5qWBV40eRYgGeLj+5hZZrQl iJzDkrujE+GXKl9LuAUhB4lDSqJU8/oAr1n5eHDCDXBKo8pypFZ0wTI2NLuY3zrg65WnlfSok01K QuM0shzQiZgMzl2ZWTmhch0YyZrRnxPocqm494lhw5SFKlKDKIOVQZmTtEhv2CrpEjyUkm4qEhhq 8EeSA8oR5JPMJwUTpIpK+KKn8ImHmtd2oKhK1CKibwYN5iWXyxNZJY2CKC29UENPpmbxaTI1Ii6P SPHmOSmcSGm09XrzVgbLaLD2d1JXgUjLOqgs9UQZDPw/7NBO4IMf245mg8EbR/VlrZRVNUgjSwDc R4CJQUmQ6yYvEIxYTzaDjjmDOWiMfLAg42Z9Aeucbl6e5zR+JKK49Hl/W8iKIIPu/htVc6J8D9kk 50MZaevIPuFMR6n91fl9l7XB4/7/96foI/EZxU5Zc93KJhttx75/5avnjTvKIrHOjB/DaMDkGjAs LQH17d09X50Ad6Q57up9Sii9rSvn4sTS/OLcjqhLOExp7Zy7lgIrYiyOUWvosIhsFQQ2wmwaP5Ru EXeV4fviBONrTXCMr56+GuJqpFcM657km3z5tleTiWw3UfcWAgIA57Is0ByV5bPP21FVTwdTBioJ xgd/6cGFg+rhS4xUt0ofHKx1ur3D2vIn7E9a3sDSHYu9k9qlAugcumY3MnSqw+777ce77Mpe7r9H +Bra6mA4MGVskT/Jw4zXZaTY5k6Y3tdGxobyMDilvpmf0znNz8A41EfxqyF0m4PwGB88buBRU2mV r/SlgLacwQfXtMlcUSP+4kBs+XgxiubSGGC6xuuV/BD6c6saZi51hvrLqGDKHtExnOvTOXQDwyh1 +F+nGcJ0noBzWQKkwiBQrHpmjTVS9b0SpFfFUq7anRvOuhCYZVL4i0WRwBL0dpq/DoM8yb5IraQq cJ7elDRjXLrn5rIOLq5WbzSg88vuePjSFKnwRrsFSwE/iRUcZNet4hgSNZytPEuaLgERbebdNd8F REt9fcFiMe3Ua5TTUVzn4NULBzTRmqDCDSMZq2BMQQkT33MC10oJ6WLd0kiDqrsL4n2a3w4yH+xv FzxcjABybvZg0wTMe0pbl/fdTEzTZHe+d98gie7hnzK07GRr8WSaNHGArBzHTjIxmGNEhrE4/2Op WmzsU9aOCBt1icW4DLsGPnZn9ugJ9ROaMRBkh17IOAAS06Xjw6UN+JpbFgQSDC89Kr4kGa+1ThdZ D6nVqOw0vYBHCZlJ/qxZ/aRzIYWvgDAl8V+ZCJbiZwI+es/b7AuiCWbTl9lhJkrIkIKOwT0S2lis 9FJcUF2GgNLCZK66L/Xo9PLX16HM6nIWsNWZK3ZiV4MGhBVbOY4MSr8xAzWBNZolYJ9wxKBdiJXI jBvnSYjtxoEdIkzlLBgutUfHY9a2vBrQSESKKd86qq8wGce0iCpJ92vs2a9wcqMHPSbhs8tYV+xx 1hlGLKGjkKVtyJ4TImUUOlLBXrNDKFegsqLbxyxOndKVDhNbZSTY9VmnTMWxYcXIMhccQ2eemAsj r7K/2XIBDyucrtdY+i4o5VHaTsNkOKqM7S/D3S7tjW8p9Zjq8jmbHiSm8Cf7ZkRp27mYwR1yrlVJ BxadjeVWpUMKI7F+OywjhMpwyV7IqmTCMSGEalksPs3ALGI805Y26iQSPqohMkglJXh2JNeP+EIb GOTrlXJWpxcNRn59xHbsibZ8f2Zwr57KuFDZX9kGyuaJs7wz1Ja9qWOIVuX+hTcVSKuVeo6Jha6w QHloZZFEXlFchla8jo5lHHL2dkDOQ7KI1ZHTV2TeYynqsiLZTFxRB4c7F8M6FhTOHs/4zFnoHLfD Ng58FXRWSVYxpso7kwzAr4viKkPpp1Qg3WLnyjM6KQy4ujAN2YC+9hm9A0cVI4bX8tAMjtcQNJN4 w5iOgLqjWKSgzANqB/wi7cy1FVe4SuUZJfpNWMBVji012vguqHuGd53qpnuuM/OYBg9D8S3QKBkn U0wL8NNxGcXiL2hxb/U0phWXKg6HeA/6yiz0/g56a3JDQkJedo7vMCzrOoY/M/7lhRvNkZ+v8FUu PsMvU1zMntOUYQTK5kp0yJiTjzFESkkQs9BRUgS2enMpUiDQxTHt8R7tw2Q2cZzv+3iSPIF8A6Qy X1RVHeH0ZHtDkMI4DK4LWMABrGUD28E0Hqcjt1xLpYsgKnNq0tQCCqXl/ZW0UD9rH19Zdcqug4D5 JkjDC29LxjYtNjXVuvTGEOuvRk9wd+CpIC07lvnacW3sK0SeWqYqp4Gj+tAnIhGROwU2Mj+fv7YB xLwTa1Q4o2PIhCuGFNylOjrAW/xryHU+HP/PXcMWNLtZllRyDHokH2k2N4FDnpiH6UV14DgTQJgw CZ/QRofl/X44YVw/rqilIR/Ud/jISVG4CV4XqPSt0WnaIznN0AbHWYAXDEAjyahHc+W7SDnM3u3n aVG8rEOfcVAjrIOXCRENHTO6Y7zJJXW6XjCChky5u3sAUVy0xvKxWsWiggRxXMR1uIp6yvRPGdQA 1/4qx+3k3ahfLJ3OU7M02nFpUzY3a5kch3sZzAUSjbh5GQjNio68juPzToOWj3Gg0RBXUwANn9Br eq6EALpFSQgSuZJ4PDQG+UJaCGPktwP3+XMopXel/km7Kx9pQkB4Wd0BV1zPyXiFmr7/ge3KuYj7 uckdQwtzkYJy+BINER+6+QzublrS3fkXLqvxuqRSHIHbKsTANTZV4qG6rJFjn2j4WKfGDwiEimKY gH21jaj4l2aFjz2ttCGgG2ifr+uJhMUNgjEENZbICx4ODRvKEgNqDxjZdWCQsvKIMiSl8fnuG3Qt FHXvosvjIohkzJ2bps1NDYYnu2tPEolkmvSEioT0yvMKsxsFCYQTHxdWUL1PsQs6QwV4prJ8KDQB 43p8GkZBCkg37opCg5zgZbD46c/k6eGPQdNZZXGOyROFaQWuJeFlNdH4CVsbdopFfTsNWVI5+1IY 1ogl1R5UGG9VKj8wY8FwHTGyo6SxRZnLbNA0n7z9Sbup78TCur4P+Xwk3/JGINvKBZ4DwlNqUU+L sJcAQyO8PqPBv3y5s+R9poiLLq8kzWdoXoYGN/VZcNOGeomCE3MOXfbnZNKVoWkuzfOYrYIaNegx ZZpeK6CksJHZzkxXMkGWhHOEodh/glWTL/osTabHWvIVQG3MeQAcWA7k4sRmWsEjL7K0mTAkvT5d kAw5Ce42qxVcX2PsqL53xJ7HEAbeJzS3E33z9JgS1ScLRSSF7zOiAk9o+dTv/jiYLwiVIP1/HibP D08ayDj1AWknyk/hJ5OHblZ0V5RvuYlLCz2ZYMRsalSSZOND9E3BycNV0bwr3mF0jCQTalEv2+rV q7ta+xvh2+tk+vGItzcSBdSMcte8mg5DId+Q+I1CNMM0k70DpTGEzEEvhHtaB2Bp65i1xR5rLxiU ukgV6F6YLLW5BSENao2nFXVCy6mlpFS0wkmCTWaRPnhJLF3wzwV/xVdaJ0P05lSqfAExO4W/aPqk vMZhSv6OTiiDgIfVQQnYA6a3yW2Z9CxVbfGzexo1InpaVkhLkJS9Um6DYj4FGyLGthgPYUCpSSJ0 6RZaKhW6nRvxbPbaJ76eGDdVp3iS/9o6a2DDRncAa95hsrRw2bYSRbrSS/U6O6B9LAOmRAUzfMbx AX/S1N7uGX4lmK+T7ZceZSMxzPREBkhBGUPai3xOjCYRe3GS+lP8pziU7tfnWlMc5JW+vXCKXn55 LFBa5mstXA6TqUiOdUa8pv++vQiK/BEKEUI1WcSAlLhOEQihndQHw2jpVESbkZwrL+65tISZO4Xk zBeBDB+zIrqEV5SQNcqULFGuKJUea9l9mytTV6NKKOIHytw1hMWcCODFZ00QUswHM0eXC1U92Wss X8nERU/EWSwVdp/HzCTxOKuumj7YvIRHGvSKZx6aJ0XTUueXJ0W7vk0fZg+2Kn9rIlgfLTk+6C1N asXrrgTL2eOkuvtPunV/95ZpYnipMIoyGxRmu/oauqpucEkyXsDULOgUgOGnKYWIRnyRll0pRpTW WDZi/7uJSuhtatlbrZtMPv98iZC9FHuWOtumMUpuXZkn8BdytHx7nV1IrRkdFipdqeq2sPKMW1xt qsStBpvBZ7qlbUhD7IXmHtegWN4Y2iYX/TD7SunLYVLKW1jejANAV22A1ugxEYhOF+YmE8rPqFPk Vxm0VrvaNQrr+ErTIqUJt1N/v7/vzBLm1OxzO3t3M8vgiayo3C9qmbjuUJIUFQghMohAGypNYi4A EIOSUlIWXP+AqV0H04kzYJWEj9iMIysIw4t/hzBFcMBS3jIKxdHkp4ukjNS+3ke31Bl8v+PSUGDy snkkNOlUQyXDI+Mq8wBYERrlzXhQXq9PbohIaZecmuRjeiPy7AAsrhFf4N877eicnQgaTEePxf8E feEyDMRTk0glf1ok4/JWSIDyq0+GDJw15T/7cEqmLV9+6OMkHqw68F2KNGo3PFbawygHqZx0miAK 3uX7QLFzqYeuV0d7ndj1LswSSD3uOt9a2KfsEIqiyhzo2DS3A07kDjv656OkndUGq3END5wq6yNO A3T8tw07/18Dpd+RxzQGXApTbR6kBWFY01FWdXfyE2VyalLd0FtNo0g+DIVoX2QugKkiQIjnhV+o hpHOOVLWYWTNHYhSeRCubIqdME066wy/8qmwc470cgnW5IyMO6Po3gwLql2KVSwH69UdoVAiNcAC c1KZKu8GqDR3sLFK+7/SVJKLQvq0xPolLOr2I72zI2dKj4aOlSZ01yFnxNI4cMy2YaYt9M4YpR3P jDF5EaDy1vVSdVZ1RJO0hq9vTzoUrxMk0bkJBz06Qkj0aBx5Bfq3ibk3DqtgsmraPJxTgjX3w0nb aWTutTbnzTBWYw/Bz41ITcdfNj7K6epxfuD5fG/fUgx9S/Esl2DBzQXlZNIspBEgidRoOd3jz3rN KWzkU7tpJRfK0WhJz9lQqab+FVLlu8ptou6keB/UgMKz2rdQneFjeERhyLkLKaBz+OevrK95Kwwj MGFcGPQ+tHk/ebMwqLGGp0kSYigI1owkx4CYdzT7jFrRhuAvlu/gs06Q/tSwt7Q0Ukzj7Zcb+rZk h+IulTK4ijnT+QKhJibMrozGkVypFN6HLhw0Pj1Efk+4P057PcCeJiOuDiDLg6vj5puzEFEX+pW8 1Ziyfkiz7BtmSafqA6/JQpFQkuTLnIRSP58vrthbAZWnwxeZaApu//F+pQU+lQVzHcpYA5Gu2oDQ mxHIndSnRpqcpdKguuFOmlrqWuuByIIQSPJysPbkCTremf3yCHg75jx04tIgqIlQhryzEmIUzthc rvvTnfZYYoSyH8h/QK5+vJ2UA3g9fqOuy507/FRIZS5SYkh8YVoeiInXJMeSO99lsLASraVQlgVj f5ZDWcKB1NPyMwC6Lt4jAxbEcOaf6lVPrLBh7F1Uo5TIkL/sBSV2lZ9BPoNuHrxIKIEVrxe36Dfy uz6vz5eVFNZSLJSv+VsK5/P+vr1e3Ci4O10telLsHreX+fGqVU/bEm6oGr30QQWvIinXw+lWJl5K 7e3pcpZFAjn+K92rnBEX+R2ST5+O9x+P6pnSTNyve/kwvi9nqTC+/9YMJ4kbfnbX++523xxu552k HKfj9S7DxV3mCvkiTrf9mbIdxL9TW6/cdqgiJ917leqD9p5EuSTKmmFjBEiVsD0vuy1xcbiRhLtQ UIfD6GawjiMHFpMaybKNU6Eiw1hWDeJ5AvHyRjhcIHGEcSOLSOPEV35l/E5kA+5lpBAQaKhRnc/l nKBy707DggeI+pc4l5S8oiFSqbQTyFFMkW/2nVeiIWaYgh8dWCD0L2qjbXWzgOZiLojiclLzib66 tACy/dp4NKbXmteUyaJtnRugbF+cTSi1sK3NcWwrLzRtwiqMtAHiK12U6q0E9LYam4vg0cmuXbbZ Y7t42RCI7e2k4nfhRLNeK7kOTj3M4pP4hAhDm5kpb8cSKNx2H+SIRcLmZj4mD7F2gKDMRTK3GtCl 4BBls0S7w3Uv54HqFMIvVbL1uvQ2Hy97Ic6Colg50tdi5ycqIsUNsjrU67QElARWuj3WBMDa2qBZ p2qgahg8SYMlEG2kRYmqwbC8A0Ff9YBP5fN51xZl61nMTx/tUFr4l6WLWrSIi4imh020wAgRpRXc ZbIUvrDVlqSSeSSMTvpartfENSEGbeU1neDxAGdpCryOqAQthKLsEymIprHKRH5LSm/ZKy0E0Ymy fjrVw7SwO/qnVVzUQ2Z+K6y4j13Ozl+OcdHqNlArm4XKIm27ke6jXV45vJoUXNAf+g02wr8YaEfh xTtEAJVUiCEVdCIiFh8KqTzCDV2gpejaWApT9RryCZZgWbHCeS4DKmWY8AC4K7on0QS1QcbkiNa3 3XHbIE3Yy1bAvcCgSxARI0PyMMwvqgkgxO14OiX2xyDVTbJfpNEoLSGiy3DHDoO2+tLY4VkhfgXL pQwVd0AfCSDYTVC8v5auMCQKv0J4OyXrznFf54siIckwAj3iLKE7rE9AgWXLEUIQU0swr6Vl7eqc ZJmqBjOrroYC70PMYjQaYO0GJaIOLhgLHQuXBk7glVMF9nmcYvgmTyfsz64fQS7t+vGyTperGkx8 cFVABPAqW7J2VBN2Omu/qAFi9exTvXl44MBiTvKSwhlbV5Q6hdHObRakUC/ZDGlJMMCJm/qUEIdX 5eXs1Uwo1gDMo/++N3uRYZnTPny+wcfyb3MPwECeUoEf8hYvyFumH+XqDsT0mEi5NHs8GjAAZ5ty rgGWiAFfl2+jTThf/lImwZwybcFDQ+KI5XyEuJlfGeUDtLlIhUjIZfEKf4QIcvZhEe/0b+EbuDhN y/yZl5qjzl3iiurLAf/9wbjSgh6i9ApNWFLwQufKpwC0mpZkaf1NzEJ6wU62erdOL5O1xjTufEih SMDFohDRRDMUs/qia7UiJIilsc2VQrARW3+CdslbvmRoNDg5jcAkZw534fwFZGo77TF7EX8BHjib ElSOG+e5kolLhUu4eDy+nFkNAcEZ5x11lmoQHEY7CheA+a6WbGby9sh1DCrX8NGV6iOvNqKTLusU 9DcNEEKC88Tw+Z1Qf1hcR2oUYy/k+8mHjNF3xV/XCxUzKxSTY+mENTQQy8Zu+pVEAImKcNTydnKL C77wScsgCgepa5f++Pv4sxtvKLhTVnJ2gzzBLg5sDESd+L34SMJlp1/VpgcN0Mo9B1tUfwYi8K9B dd7+Z6fsfSC3niA2yKxxgWmPwVdAw4n35jsHYhWp27JqcfrPiJOCQRkTd9KDH3J2Bpo0r0yxSLGW VG6rjUfqrK8GKqd7KDiNI/Pa6qTUjfyqr4tz84HdFMPwo//6ikGvtIrZxV7KgVFoIC4+rW4NRKNr CeuSSrJkR9iluYiOeYwZA05oKSVQvGiAbADmFVQDiqgabtfReDPilw1rrcEtx1sgyQSuPt+3SikA y6A9nyAFzaxPTj3Do8Ir9RKWEm2GMKYz6TWAvrdnnNavXbCloXFGH6bNRm6rjc/6ZWWokw2siAm4 BJa2JKiyoYJYIjNYU0hWu9caU1JkeQZQLFCzdk+ODZhpZv+HUZOvo1wKBdP0nzc5eBsnILKfPULu WiccHOiRlhPhRDxBU8MADWt9MCa80PqgD43Z54Ux7wHgjCEESo9GKyBhuXhJZ1tAp0Uyrbjtxhcb C+J0FreWPKMzPNI6YT2xNvl3R3Zb9gVhBU6F80Cg9gnUUazUbuhkjkAFN9Be0gre9V7leHHo174i PZGAI02pu+MBi+eChCAmNNRpDpNNoNhmwqb5b2xUiNdtrrYxC7Upm1b/N1Bq8trsmtI0dYLV0FZh PquYzT09opVayI8o0S/7cYkHS769IxwTscraSWXJLqFQFeXl/XlXUgzFZ96QIbO5fNhJKfVqc/el D9c5MTwABvFyxpXqIiGC3j5J2YvesAP8Q5PpagB3h7ElnPtnW9jMYAaGFWtGkigOMtlM4Ilxoajv aURZEV4nxwh9NcqEvHouC4rssOzeFT/tXOacRFlth89bqzZrpmw8heD1k21YXyaV83nRZ8uzclvK wlydM7JoaqiUBZSxQSqNkGqY9ZOa1y6s+4joVAkn6YR2R+D0l+A/OV+7DzuxkF6WaMYRL5mLjbh4 DtlGFxzUjL7NwFCXtRSiip1kC9YS/E0I0WVqthdWi2NQZNKq7j9MPhoU0V82ZGNDGUYuS2YA0Obf 6SIMLVRKZRgMC5aD8OgAcUwAGo1Se0ruIvZfhJfBxo5iFYyFTZ8bd6LVHXAzB0KYKZ+1j+j/0uQY 8bDaUTsY5MwKD2nzz2bVEUyR1CE6ukhfBonoXHOgf9k6i28qqqGsWOUieC2e246RRNwMcmpJAfSC RdBa68EvukBh507XeJRdTLiqGMLIw+HpYgimJUtgyFMLaNrZ7doulguR2kosxSF2O7AZ3EEuVqIN udXcbLexmR1mjkrZQUVO21NZc0wpCRAs3YHsIgimok3QnPcX/wVdRUilBPGzuL4fqU47serYy2yc FhhhY20I87K6Ch522Zalp5QMDAgnCYy7lgJGTkdvyCmMbYJmPatdzEvdNxJDsX41n43Yf4MqjFE/ h/+WYDXIOfDvyj7u4cpZll11LwiTsVTyeVTYCaFnVoaVwnvZHg3cN+akKWY/tp5ocjGCL6JiI0jq Ap2s3ysqhM4g0FlQsWh6trcypBEhK2rFMLdVodMKC0oD85EMxwjK/M/mtMQJPL3ZJS2SvwX7tSta WhlO5CbmmNxuCb+TLqhTVoo7WwVxdJG4rwlnjTWeW/TIbLOwArz0MyaFQvkTE8s00dom3gzvcqFA MqNAVVpWPJn3874h4cDIjMWP7gjj/3DBzHdTez7Dt4igHENHq1Tyc8dtIQoaKcE8Zjg4fAq+HfuM m6nWloU0Qo6KaQ2LDH+qClhLLe+ZiH6ThllfN/I5Z5S9qPiLkubuWTScKeCUaVgF3ZIkQYs6REzc ZAfliInUY2RTzOtTeFyxRG3j2CbQ6DGJU6KgkhY2E3nt3CbqK8uCccLRDpri4FRMHFfu3k6T9d4c RqjcwsnF5KVHo+JuH1gBr7lFnGwOPgBTwcRYK7/bRpAAuEIbsOnveNFzwMQRUS+TabDkjLx3/Bq6 KMnCirQVigPl8BRsBP/Dt3CHkUwAvAhf8PPd9lPaWuwFZPVrP/QHl0D5I3XfSMy4dPA/VIqPUyxG B7Dl6Cpkh5bA1BgD7R4U65j+0TVA88U5hZ7CI/NdutQpb0WCtUGVPGFMhICVbNAvkxCf3K2GJULc flSt0RII1xeBHo+AtTWIJLTqetx+EJ8KP3DF8ZU01qBEbaeFNGfHVWjiuL+l7tu8g6Sohdt1BDCM Vn3ju/Z+Fw+pmF0lZXVqPJ7j2IKRS38LyXSO5x3qlO6CR+8RXS1GS/cl5eiQpo9TM2EYDlw3Fo20 DuXJXF6qvgu8IjZ6UmUMoZVEymioj5OGzvEcbV+xyb/pYNWw9J9J30tOWN4KVBmiVWJ3lsH2nHRw Hat1sF0tgCxXbzh4DbqozBA5OhhuaHl3VGMBWODShtlQfS/JPrWWMVnukcBpUZhB0ZW8U+L+z9d1 ZIJe/yUyThMLnQ1CAloVgPEiowQkotekJf5w7KXgTmEadXTPna1f+W2r+DSiUYzJVyU/NXJHGAgT 4S6JYjhphLSXzNAhHPkdTc2dZacammbmhlb1Pp34MXNcXY/RBK+c/dnMj9YMotPIg03ZKEzcKJxQ DMjJ9FZvf2cf1WAaCF7f+5h+MbHMuLcOWetza3Eg3TLyaq5Zh9dcxAya7B4NZ4hB0B8nmTlJxP3T sMR+nezvlEHTUfHUyzqXkPew/5BImZi8pC702KCiagewXT1mym3OxZlkSpl38Zd4jYnmNjUibsLp cWcfAn+QGdkkMuGkX8D4zzj+fAeHlqchKH7Zf52l8jW7l8t72FlPy2OLny92N/OxiIzCYuanPSy9 9JGmpDmHMUtDgGdGxV3jZ52Q+hnVLoOH9L8yP0vM4tOm4paEmNpcRl+6Yr8rcfP6cD0fb5LqHiW7 KDnwtcy8vlfmDaru0+p6hbGhfZJ+P8VFV9A5tIyuykhCqNxrTpu7IwSYML4sr/X5uP2RleW8u7qf cCMRNAWzokqFvPvWQPvTbftDhU3yTgUPJhM9w+0X+X+lOdksbymftZZ71AidpRx22yDA7HlScRwQ aV/1y8P/AQ+MfxAKZW5kc3RyZWFtCmVuZG9iagoxMSAwIG9iagozMjI4MDU1CmVuZG9iagozMCAw IG9iago8PCAvTGVuZ3RoIDMxIDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dp ZHRoIDYyIC9IZWlnaHQgNjIgL0ludGVycG9sYXRlCnRydWUgL0NvbG9yU3BhY2UgMTggMCBSIC9J bnRlbnQgL1BlcmNlcHR1YWwgL1NNYXNrIDU0IDAgUiAvQml0c1BlckNvbXBvbmVudAo4IC9GaWx0 ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4Ae2aeWwUVRzHCx4xGMVE5A8hHIYQI1GMMeEPRYSg iEZMFKIRJBgleFBRkzakKlsTORsRMdxQCYIcLb1pbamB2tqbUpAtdLfdtrvb7b3b7u6ce9Tv7pud Hdru7Ox0W5aEyS/bX+e9ee/zvvOO38y8uDj/odE8lZA3C5Z4YXZMGsBggIzTaAgyfudo8mcnCMBz kwqeS74YgwYwQdKECwD2wWs0BHvB9ks7yyzZRjbPzMegAWxnqWXBtks+fr/yMxPz4QP7bBMVg8BD kAAJVADPTMydlZgHZ0epZUieXDOfa+JzTHy2ic80chlG7nwbl9bGnWvlzrRyp1u4Uy3sSQP7h4E9 YWCPN7O/N7OpTeyxJvZoE3NEzxzWM4f0zEEdc8Bv+3XM/kbB9jUyMN+//iTkOaTz5cdVuBzloMCT LSxqSW/jskw8SKRsQAUwsGHoQtlGDqng3HaD2lhj/7za/hmsyr4hBgwwm2od229QaAUggQpgIvj8 5GLSqF1aOhZQQzEkX3cSzvnJFyE7jJCjJ6B1oa6SnocCO7TU3lv0Li317RWHNGmsfXROwA8hT2kI LziAr9tcbu+geHi8g00O9yE9PT5da+sN3zQiJUcPh5LyiqUbWXCGOuqtrq9qwpQgX76SVIxBzBhS 8qNNrPyFx5qYUMzi+f9srnFQHpOVlHzLNacMOVo6wAty409+t+ubBmZNPR2vZU6187Sk96Q2MzLl RCUpoc6BJZ6M0Gc0F+W12tdIi8Lua+UWVjil9lE97XAJ7dLb3VHBky/k6S0CORz5nLlmjpAznsEl lbdhkyacbOdJBt4zqHCCkq9RPlU5eXGHQN7BeqVqi/6uZpaQQ/r4GkVTqzybfKoKcksI8hRDkByD Qr7e0adGkXy3QbgpXu/gl8qWs9HwR5F8T4tAjgn/i7uK/LfWIPkBHY25SN4QNsSPYtmKouaYKsVp U6HDur1FFk7FcP64YmDuD0pnRXFuCTVCD7ZFTE4a2OxwK48ZVpba5hV0P5jePuO7QrISzf6+6OXi 3vWVIeeEsOSHjSrJwX+pk5cfrWvLB14q7p2a1RF3zkxMJIeDM5MzLIv/7huRPyz5mzXU+1eV2gdX qaRGposTll3EDol1I4Rqa8r7Fxb3Ts/pnJgmAIciJ+cfPm95sahn9b/9Uh3CkotLknJnozYYwp0w CNHOp5X2FSW2Fwp7pmR1TAgoLAKLzhDNxfNwcNWTOZ3oQh/6mzAW5K9UOHsDsmeaGMg1LafzgbR2 KUYoX4ZcesljmZZUA0UGVKgRqlxqaU495SHFHjNQ0hrD+grJUc4vOkfUyaG5LRA5/9zoCEsrzXBn yb9uCPbztVVWKVhY/w6S46nEjIjZfzBu75RsS1haaYYokiNuwa1XaP0uxGXB41ddZF0FTYgiueo1 tN7GP5KhaD4ZI81VkEP2DDP9eFZk/YTwj4XmvMe7rcG+NZxtutr/bGGXVMaI/LEgp1xembUvIjyZ zPfIsSyK/fye5jJdBUlR7C0HAk8WWFaGB6XyGCpSo0j+k154a4EFZmOdbUVZ76ryvjVV1nXV1k9q bOtrfQYH/66utK4s73urtPf5oi483ajAjkhzzHJkzcMqKQ32RH9VXSDsC66N4T0r59mjc6iY0pVr DhkJB0KNZdUjvJ1DE3K6XOFZR8phot3z/uqMSHzl5Esu94h1btIyotRSZ3Gl87iZR0wi5lTutDjd kzMj6DnKyRFaiC/90zp4KfAQf1Gl890reCCl8ft2LbW8mlpWTb1e7YTBWV7jO/neFWp1Pa3RsTqn EC6ijT9q7cplV06OMgs6hHDa7vK+UU0NAVb372tVzhZagDc43WNEjglBvPt4268OdfhVuwOvUlH4 E4qj9Ig0vy/NrB0QxiDeM+CbxXAMFWcSbgafjOYWKB2nEZHjVi4t6REfCSi3N9RQjYg/JfDiHZpP HRvNSSdMuSU8SqMizCKpJm5p1ciTpBJ+PERfs7tJJzRSbuVBZqSaAx595owx+M0IlfZwXvCvu0Yv uv3jUVjyVyud4jcalLM7ksd/FeSAvz/NvFfvGD5r4yPXTYenwuYu6XOFtTKru5MNljHAe6blBl8b kvsr86uOnBSIyATLB7nRo/zFeEeQI8M5PGk05CjtofR2xFE11sArNlUN6GI975T1DmeTPzNKcrHw GXkdCAsxeM8Z6eJOtqSb+yecXe5mTxvpDbW2RyNZ9IM1Bt6fowniybvCiZbm49/Yu53ctyFqc8GE s6bxl05djUAFMNnHha9Fk440qCtn/K+adLgBwCAnu/6mbyme+Gfb+GNEWiMggQpy7Prz77T0bfzD GSgfs90GYMAj2KAle1znxAd3t87anD8jqRCDN7YsqRBgAPZZQh6Axa25aMJM/3Zisg9QyENyxsav f0heACRRG+T/A6orLV8KZW5kc3RyZWFtCmVuZG9iagozMSAwIG9iagoxODEyCmVuZG9iagozMiAw IG9iago8PCAvTGVuZ3RoIDMzIDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dp ZHRoIDk5IC9IZWlnaHQgOTkgL0ludGVycG9sYXRlCnRydWUgL0NvbG9yU3BhY2UgMTQgMCBSIC9T TWFzayA1NiAwIFIgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZQo+Pgpz dHJlYW0KeAHt0IEAAAAAw6D5Ux/khVBhwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYM GDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBg wIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBwOjBy2wABCmVuZHN0cmVhbQplbmRv YmoKMzMgMCBvYmoKMTUwCmVuZG9iagozNCAwIG9iago8PCAvTGVuZ3RoIDM1IDAgUiAvVHlwZSAv WE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDcxIC9IZWlnaHQgNzEgL0ludGVycG9sYXRl CnRydWUgL0NvbG9yU3BhY2UgMTggMCBSIC9JbnRlbnQgL1BlcmNlcHR1YWwgL1NNYXNrIDU4IDAg UiAvQml0c1BlckNvbXBvbmVudAo4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4Ae1a C1BU1xne9wMW2F02yWBMRaONQmudZJpppmlITB2SdFDjq7U2U7WtsHj3ybK7LMuCr4kmfQXkLS+X 5Q2S6oQWWx9J09A6046t1KgzdUxHSRqriVY0rAv9L2c5HC9y9l5dMzDDnW92/vv/3znn/8659+65 9xyRaOaY6YGZHpjpgfvqgcQ93frtXfqibkPRgakD3bYDml2torVtQrU9lN9s2NbFCtk2VVHUBbnx 16UtbNcXdSYWdU196As7+ejSF4CijmkEnbc5gq6REa2vXV/YMY2g87UrFj5D0RXjaNMVtOsKOqYX 4h01FFG6gpZRUaBrWsFHu7O03rZpiYJ2kVQ62WAleFoT8iNh4/bHn/yW5rHH40x7OWTF0xnyJ77J ReqzMa9aEvJbRkGtvKBNsdw099vLXs5YDkfac8/FzkpWPJUeb63kNMQ99baJJJLJRbUkeCLgxlBw ZGRkaGhIvcFHkl8s7wX/XY/+/v60tDTFkqVsMpPUn7jljZLitzjFh4eHg8Hgpk2bZMmp8e7AZGWh WoqouLymOE8zHYNDt6HpUVEFJJPp6OOkxDk9deqUJDGJLILtJcyukeFhDh+fgrRr167JZs2L89w9 vfj8FooojTvA6qICi1Kt95JMLGrV2nXzdnbN29W5aHf3syW//eT6TZxeX19f7E/3kKXAnuP1Y8LQ 7dDa+uOP+Nri85qSCtteC7x3M8j2IRzpr2RwCo6fepopomKdjXGuCBgcu/xU6/NJMtP+J9T6C99d FucKkKFnfn0Iehui8CuSK8mQztMUGh0iCB07NxA7oXWNs3FN3RGIpjvfIAveYbsDNFG5fo0zArAo 5Q88JJlpGxcFmZChWKf/3KefI8lz5y/QuMajh/r/jfxnL1wEGlmKtA35zeQp13bRRMXk7o+NBCxK 8f08ksy0vo9HivQju+1v/0LRlavXxOb6kVPrboQhQP75zJsTS/H1OP2UkQJRMY4GOghRbpJJiorJ 5VbS++FFlPzsBYtwqZfKf4ecn129GuNsxH6hBminibLXxjjq6RgXtQ5EjZOZ1j+iDOGeIv1gq+11 wdvs/T4cCiktVTha/f6HqIgxcwt23ouR20ARpbbVqO21dGBR8rUuksm0vBcWtWyZOq9VndeizvWr Mt8SfX3pwKUBFOr5x3myyK1gCPmfXLGB9Au2c+opolTWGqWtlg4sSrbGSTKZ5rCo06dP/2X0OHny 5MBAWA4k/07/RyRfbq1BiuB3Tvp6MiTYttfRRFlqlKCLinFRq3NJJtP0Lk6SY4C0r210kmSwZeZ9 mPboi2s4UWGntlqReNJpksKyT2mppgOLkq52kEym6ThKsutAd+nx/oa+M/8cuIrT9vl8shc2kHyZ uQpHH3t6KRkSbFtrKCMls1TJI2Hwi/DcT7IqhyQzgbAoeFDILdUo9JC7ITT658r+e6anK2w1ZBEs KmVRCukXbFv3UUTJzRUKcyUdWJR0VQ7JZALHUJIgSmGuwqGEnFrkHxwcFM9djP1gnLjwHxT60YYf Kqw1ZEiYbammXH4yplxuqqDjBh6pV+0kk2k8ijJ8HkbKVEmGzv/3Ggq9/Mr3yNDPxvrhwoUL0gyG LCLQrqKIkm4tlzEVdGBR4pV2kkmKIv1gJxeEp6znzp2TrrThaLLXj2YU8KtPmo39wo1KmihjmSy7 nI5xUStsJJPxH8EjJYPOIeqRZpf/79YQRCF5kUTKdt1oFPyhsWnSiRMnxPOf4hTENMk6j3jWgrtG Wc7WCpqo7HJokQ5SFMkkRZF+ZFe+ewpJPnz4sHTzm5gwy12PB+vgwYMifZLktZ1SpjJMYCol6wtf 2sgEh4ZMJpOUqcAF7zAYqihjmTQ7AghRVpJ8h6gJlYizSpGoUCgkm5NKFmzoC0+WEMHhcKQ8sWBW UtLCecmMMQs54dfkKpRMqHasnnLKSImz9kYEFiVabiHJzP4/oATgQQESyBCy+y9dQYSUlBRxdhlJ KD7ydzReWAJpQOj6zS8k2ZPnZiyjiJJklUqMERAWFbwt/skvSXJ2/e9RJks9xaQf2ytKDyHC5StX JFkl2I+Mhx01f/3oU3wpYo3wD/KNbU0c8oRTqqjMEknWXjpkxr2J9mpFdimXllmit1XpbdWSzElr 0FmroKyE0sqW4kddtSmFAcBX3PXSzBIYUG5Dd/GUUkaKXw18WvmSOTRRbJ9EuvymJIF2+bE3uHH6 QUJ9UEh5PNLHnqIRnvxfLo32SL8HUeLvrBcnzo4m5i4W3CHUGYUsu4ydivCGxlxJ/qFExVYq5DDt 4Z/DKJM6o4A5EkxFeCPBWh0VIWQlmhgVO03inQMwZQxtQgvT49FXA3hx4AWtbfyVnEzsfmwQJTdV 8UxgjEZ79ZBthdoEQGt/MKLM1YLSkJupL4nmaoUQaMfeau9naDhlYaTgU4mgNIBPeZ1XmOHDiwBo HXVkSnjCRjqF2iBKCR+1hKQBn54oouRmqE0AtI56MuczZ84oNr2OanB2h5erujo7lVvLkfPo2fDH Z7PJpMzZj5wXP7tBVsKKstYKSgP4FFEqS43KJgDaXK4o5ebdqAZn959RqiBKZSpHzqNnLyEniFI5 /Mg5QZRaZasVlIbKRvuYqbbWqm11/KFz7ic7GUZKuXkPKu58e1yU2lSJnMcIUercRuScKEptr+ef A8u00z47IwJbJz/oXeEvKkja+fPnFy5KWbgoFfD67t3I2dvbizzw+8EH4Wty584dmPnxx5+QPaOJ UatzGngmEKblUBcIoLacev7QuxvJfKJis6IcwtKIcVCXcmDFzdHAH4l5gagIISsBUexam5A0YAmS 8qBgVxKdfv4weJrIfKJis6KcjfxzACast1JFCVAEtcFSbFSEkJVo1GpYzhYoirbmC12kcQX4w+Bt IfOJiq1RqzTuJv45ADPOTdtyEOcOwAYG/tDlNwdDwzxBzjfAhq0sEwvCPgqdaz//BMJM6j6KhLyW eE/zA8LlG7fwUPb09MgXPx+thujbeNjNP+GdUVE2NHl33H1Go1GdkR21try0vUlab+sDQunYQjwM Flx7BoNB6+uIWluwNY6yi8wLOzOjD9gQhS88UORyueJ+vCOaDfk6RGLxZFvjdAWtsIc2uoj3tl27 xa6oosNmtcQzJdFtQpvXOJki1m96Rx+ljcE6Xwds2U39+aGhUCh4O3T58+u24nqD8RfRqp/cuqxK W0sTJRJpc+t0vs77x8Pbu5b8quere35jKOxIgB25hVAnyIxCzdxK4Iaa/NrDYnVu/9TfZo8yhM32 EsNsnDnd0FrK2FLbDkxl6H2dYu0jdCGcqDg+UWuvMhR1Gna8PdWgz2tULk7jc9VxRM2czvTATA/c Qw/8HwTUlRAKZW5kc3RyZWFtCmVuZG9iagozNSAwIG9iagoyNTIwCmVuZG9iagozOCAwIG9iago8 PCAvTGVuZ3RoIDM5IDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDEy OCAvSGVpZ2h0IDEyOCAvSW50ZXJwb2xhdGUKdHJ1ZSAvQ29sb3JTcGFjZSAxOCAwIFIgL0ludGVu dCAvUGVyY2VwdHVhbCAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlCj4+ CnN0cmVhbQp4AVXdi5LcOJIs0B+4NtOS6pFZ7yqpe3Zt/v//7nF3MqW1wbBBIBDh8UAABJmll+fL +9vz6/Pl5eny+nzd9fJ493j/4+np8e316eny8PJ80aL3+njvVnG7yuPDj6frw/3dNy16n58en66P 70ZdU3FrrFsi0v729PWh9vj5/vr4cNAbqMXtw9331VG6xRNDMHJ9uNMFAFkQhvj+OwAPd9+MVW6i Eby9PKF8fX58eUL8QIvHon19gR+Tx7f3y9fHy8c71S5vT4gf316C9rcFXp7UscUHcgyrwovGr4/3 WOb6CM/9XTC8YvHs/uFC5aenB6Z7vKfp58drOLzWaFed94pRt8rMiIY1Pt5fiCDOLXGudHSrTqhC Ivy006W4HRmG89EIDrRvz6V50Hi93KOMIq8x/sf786+v94h7e35/f1YZ/xkQ7LS/Rih4EzFspAzP Gm/YtN9amDoGebly+vMTI1Dngc2vbdcFzwXbNyo8sP/765VOUBGH4etLWKFxG/ylHx40728vDPXz 872+eFb5/Hijy+cHRZ4+P18/P59eXi+KsdjQLpSREuS3wJj1JlEd/lBW8WCozV0REE2ikvaXq8pY jaY2jKeQhc/LkxY4D5ANmzUa9evXx20sehwMUcK5Eqd1REBSk/4f+78dRsYQsBi5HDZqLbhxolAf 50wQ3r8XdcLVEDFzebk8PT4wziOzvL49Pl6+P96LyU5qARYrJfCuj42cx2OaY0uuXsh//fwA8uvz XeX9VfyIcva//vz1+vMXmkTm5V7oPjcGIighWthjMnh60+jK/tVXxS0pUw0ZAuHKICcrMzF2IwLN jRv33WyiEc3N1MjYyoSFXAUZAgw/3190ITM2Le/PQhdnZMqNM4fye8IDZb1moN6D8jWVzMpyxlDR gkCBmbjXJ0ZDIJi160QAyd0LTzzfPz3dvb+9ZWDMOxfzRjJefFe/3HRhbeOZHds1onl7yUR+fasu 4vwpoaUX5dOVN/n98kHGC9r7wYutmkZ2m2zWODREMnfbADiSFWID25W44krEWsbtZgqVaLFZczo0 t89RJ7pc7uVzhrr7kay+NKgdwaSvkYi4u+kO8eoxppblvT9WH4rH8s9BuF7DCXJVBib2FwPam45e rnfi8efn6/uH0NJ8/3h3V3ExuIpRUx/nsI3jMgu0MqG6hKNxwYBAnmH8l9cjLMnRaCELkkcwrm+v Lxd2vf+ucaxwU2cWFdcD7RnYbiHJ8EtmpQikoKsWQmcHA3Vpcbv2m+XZyvREr6BXQtA8j+17VxkM FyGGz3HI2AKBW8S4GVX6zOLfwda4QrNegtCIf7cZeK5fWsYh7ruaAhbcF2n5/fXyKVAzAa+SD/sL 5c+3V6gsB+JfhKvjiSHXqkAo7atDGBHViPoIPnW09/398oZVMudL5iJPXS+Xu7sEf+Nf/kbJL0NF oyk+40iGuB2AM80TbFrmLDLQS03ASCyuDHWz/8hmgaHSMjvk+vI7R3EHAj7F/LFbl7BaqfXAk7pd cUA2EZMLmzIYswOaWQOHSUcAefAUgIFa0Ag9ighZOef58cfr070p8Hx5+Hx/eiMoqd4+5sdj1ojY vPASmcGTTVeCcHNWC5oY/TFT5vIoV2wuQ/tjIDPdbQXvyTK14wsuiC4G285VL9cUc6czt71ZzuwT sFVkJ0IVZNqZjo7abwE29bs0JCqyJVicd4Kox1ZNGoaP5yF6KvBmwjtrHFZoxtkQFWZUyfDOO8Ot 6ROBUj3r1NOls+wZMBUtZk0qHXWsF++ZeswrfrPJfDoo0fx8f/rKTpi4x+eXx/ePFznEcAUAlmE5 slzdaGFHrMwONmENSQMADs1utlCv1xgKZzJfLsYa96ge7UzGWm/1ap3UgZUrFx80nfKYY4Le+Igg dAtiJ/5612VUbZWMFAd154BYxXC9tKgK3V+9ZmuEPnuGMpyDgq1x67oWvZWSdggNmRdYBvF6EYgZ IjSemTaRiT6x1K0R5AkwCt4nh+MTMNnkX15fnj9fuaAbLam7OZDWylRjUoaOMbvgyipldXnpNAyw zII8g9jtMDUkNv+lrxRpmZRrFgLES7mCCv5JQR9rNCdH6BnqWyj14j9FdGFCa5XsapiuOyVjx4QF cMi1Cs7IWqLsuVyqKxppmugtjKO36QIwXYrG9bKeOgwGJga6oM9BZClmE41wQ2BggHXWqE+dDGxq svYxz6u4YCeLjMuz6XD5SqjgHPoxydjmQ6JVEvx2bg9x6CxDhZWuxYOHszzD/ndYcUrW4kTH96dM DSGRlAL/oW9NbZNzikjMsPDkxuYLe5On8yLY+ixDQSD33MTIsgEkbsWz2zyDdM3dlSlisXOxPqx3 ziZ4WHL2mdzU6wi3ySSN+bR07iNeqMz7y0WTXrMn7Rji2p1Jnra0IzDTXanC/klLT+L/+cXTXh54 EwylkYQTKgjBULSzvCmA581KrME4bq9JRM8eC8wMmb5LJymc/MOVI9jfRsuEYf+4Q0vjbZCi2hbi pgjiJmKiY/9upAM6e+Bsk9BrN5Cbvj6zj0WMm3uWp7VblTbO7MkY0S5pM84N8+YZt8LbQARVOWS3 oldj+HQgsqw+xallPiVoxSiigVHSu4eIrkEzlJZNnKTu7PzNFBvF19c3YRG0Hx/+IznEAlMqmJt5 iB7nTIHu8YI56W5boLfL44UbHVnM5l8fZN19fIJx/fh8uVzvvmyoPPWHc5Jz4qTZpvVj8UIBBukB 0KhjgQrKvNtmlQUOAuLkTE/czcPM0lmTmRtdav9ZUhcmM+bGaj/s36c29NMX2Y0AzYYk/zTFpaX0 MaMJ1Uc80w0A5yo4qJA7Doxthf1k3abTuYAKQN79+G6Hb6NhFnRDiGswY2vTeLlmJUWGj+vqd/d5 TlEE4f1D6lU2GS9T4/n5/i5HPU6WHHHIMHazj4/fnCk51ngVPCYsNFKHB7AtAW6vFu4sbaKFdB4Z cjDC/My3Rml3q0ILmSrXPkBpp7LhQE7NGXCmcNWOBvNwuHYpvGYHZfISgU+1IC4M3RLRzUCGCIaJ Zv85q0wyU/Qu5xAnALLp6uMwML9+vsHzU7Rlujn6eJcfrItmidUA1dfbO9M8P15/vr9/vb+tcJPn 0Z+fGIjM2K42CX5myUNW817rWXPlG3bUyPIKGwj316w410S4pSSPDHeeJkyQ5IMnwXC5PvyQheSf 2YR9VqhDx1vk6F1yYxDPaDFRXT+LxfKdC7PGAg9aw2u9eOqw/7nfdsuA8wVKsMOzDj1dk5UrDOt0 lCNGyR27dc1tgwElU0ziTYU1OlpBqZclJUThzZhCHu+P1w9Z0JOc2+v9owlqy/CRnU9OKz0nKYzZ zXlsK7ATEkXLICqxfDDYQH27u8uJRAybUVb/eERGkuQZ2fP15fF7V/NgCB9WNXfuvtkpgGrsTBGt 60qwfwdhGhOoFYFtQtHtYeEmgam5KW8VyErX7KFdiDLO0k74n9sJBCwTVp3dax8ACCOl9p9T0t7i di0haB7GOfPu2JdmWTfrHakR2i1H12uHjW9PHx5u7ZrIfTdNPl6vr8KeXPlf5BsofiBXYcaPPOiy p8U0y/QNxlTINacHUcd62qez44DCKO22sq4ym4GG2//Y9+vqI+SPZieLMjUzu2PzLqxEpzTbzyzq EoLeqL/k0+vcJ4WyVQPjeBZbiBpF+tyqN/ZPDOSUT/bWviFco46Va2CM88OPLC7d4oaJBJVEl6Q0 yoBJHOf8H0M0xMW/zVf1C8Cybub79ZJNeGi6RmT2P/MXc79/ffz859evKPv2pvJpk5YN28+fnx+S z9ennZv0ZaeTpSRkTa2OEWSSbF2u54JrPUrXw1sPlhtpdy8e3J6tFw8SVo4vXq7C0kKcM433Oog9 m8eowGhbjIhgCv/XmMdk/vvxF/Ax/jnfEavHGrU8fREQaiwRiSKJ12Fy1H/9+5ed6JMr8+py1ah4 m6PukDYeadGLFU+NIdeMLbIk+fMhkRQnnK6s7YoGtzz8dlE2PFtf52ZXR3N9Fu66ww7Z6b3K1bZ/ NmaZAPY8f8f+UtPTr/evmp3NueArafzNmwiZPBnD+kIcYEDWXNKFvJG1VWMsk7zkhCHrkWxvY2+r 4/gUzbMJK6N5m8D4nzaETpxysgQ5U2epehMkeYaiY/0YhiQSdIo7ThvYnEeS/S55nxW5fayrbZPz bT+4gAUYXP13Manfn7/6FKBXQTb+xkajLhMgBUYzzOGFOjeOONOOSmbTH9tjLVyARsEpSVtmT9JL 0rj73vhhnx4RmP8izbNnNkYPD3Yjl6vV5wGkRPubdxPJnAZCYtWUhWkdqPF47ZyE6fmIOyKRg8Qo O8QaT97J5XDYbufpWcJh/8R/RtoqW469apECr5aPrCCGY0sdZl/80HqBx/4ACF29mKMEib8UYe+W Iw5f1PsBLDI/kodxYHktzGK4IbPPnBsRx0ailUz/7LWq77HjHQxXTFwnXZ0p3LIG95GuPZHTWcAj CYxrniVFexwazgx8ZTlrJTNMR2TikdLOmH+ZgV5O5dzDtPEIkLC3TZr6U8oStYF8PDAMQkRyS/J8 HmlFe+d7dPnlFd7n0+fX9evr+vlx/bIHM43Y5+M5r8AijkZ5bsWfF5hLSd7ONcurdhajprpGm0ya 69oZ9fKSa9LyfXK1yviQXuN443YcVS0jzcJxZddcFWwB2CwzZO3UIXHuXkRpYWe9IKmTNXhuFbeM jJJ90HSNS4zJAxzBXFbP2P/aJXtZrgmW/K+3D7xlmL1+pe/Xh8mbPDZZ8nz2q3Y3dimZlU8OOUmf ys0/WbwczXkc2PGagSAG8PMjF1yuFscf1HTak8DoC9+ZAiVBjBDOfVbCSqGjiGIQBPTSEh33CPlG xR5EdDrsxJU4eLTPLLghxoSscRtzBp/pkN1okLGe6/QdsPkiMGp2FTCMUsLx7hvMC05dazRES+rW 2SKPdt0OqQga5432lnI/22fj/fjD+uDplgWsulzgMSjGz4vRPC9Ai51iLrjirOtPkJDM/qnI532l iyDEfRlRbKKCsseZDPfhPB0PVjsoO9buaFe2tV62c5ELCVbKmItzNlBQfv/2L7d83ds85xZw7M+q Bkac7XVnmXpW8Ka72j85XEUvQcY2ErJoas8tY1audrczJrZkIRhNAMu6gqSLFyTi0KO99oDsg3nA mGqszZQQSS/Z0j9+vL7Y55Mi7DUqvDD88pBGu1A2N1biunbDzAhEZKZfsnufIENevLwh7txszziu VofHR49LP8AmSKFFxSXnJJCaZ9Rn3kXyYp7WUa25KLMpe4lneOYL0snF4WZ87XXuYXaUil6iZ0z0 t0S9AwSWJ0X7pASMWXruVAdp4k7m8SwCSJSdpEWpHqytUZ5MFvUOve0iMx+N9IjSkaYIlKqyS3Xg 7yVskxKcSfyd4IOKoca01Fy15GWPM6DS/anrdVj18xWUMZcM43EgC3TSOB9HoyZJNkfzO4pa15uB 53VR5ErBGUR6iTjgH+8gBGm+M2oS+Wv0xN2crks8z0Ea44KXpE269BovsKeBcjm06sjS0tnnWx1e 0GKhgS1kxxFlVnA0EdQTV3UJbQA0gqcuE5L44DBHasrEwTbqKNnZeKQ16Sh99Ybx7estqQYw2il9 7DrSjqTkuxESsyTPEfOIbGljKavIX1mPsgUi2EOGjyh2nk9idzgSArFJFDFIM3Zvo5FG6IEMTsPf WeIwpnZkhKroakgstvOAf0TImVrHIQg7xRiBOssPll29WLEnVh5AiEBGdCPhSU6Gy9jY+ZyDcv5e RmRgt1uGAz/+mLNwIrAJYckQB4J0uZqStMvxjre3UrrGLmGF7cVTpmdC9PFxhwxuCzheULBSECdi mxVdiXNcb00fTuaN2aFP6lN3hnlxkvn00Fe625LlMMHzmhFZuWL/ZhL1Ijniilm0r4R5V15aqFBz xLmlfp+IjVWfsnAayDgqiZxzKeGCxFJ3/hoRI8iQ7nxwUHelOCFwuVUaGImE+KivBrQYjtKV9IND KVkQz7Gdr/dkET7O1b3j6Nt5/p9546+kxxfihK2y5RjVAbvvZdQ9acEgNtWf+5WOaPfeSvjmvVhc mYJb2uX8+3vvVTC0AkydCpoHs68CcqmDoWLPLoVwAnZTbQqiVKn0BL96Aq97RSaVV2ltVAk6L8qK EWcxPI1C79pZEA4AB/N5TMTdAxC2XUlxy7sn/3/IRkvZqqRdbM9ZjcxohHPa7/MWe8s6PgKVaC2E Gp7FUXDW714gMrhRDKhIJOK/NheX2Y7yiNGWY56ime2QPbp2kQieh1ZpytXYHRkxeGzeBJjXKdZi HzCYiaaILwprImCinfF9wzuEQGpgwEyxVpDVkpnjmZD9jBCrkHWlXiM1RaPehZkt/fgXZN74cze5 P378O4p3OmBC5SPwmlXS7r0G3boksUc2lrlqF2XHm9C5hrPmaIIwGbeALCqNHOSqgAqYdnUEhOLZ /KPZomPWZWfoWOzh0eOJVUO6Y23flGZFyzMpE+WdiygVauEpWbG5xG402LztNvPhkot9bKqPQa43 c0E28F0owZ56C0a7Dx72pSizW8V0ahSlPTo+do8Asx6Jwmmmmy5uE4d9okSj0S1vRt+3398w0Drm 6gRhohz95UlQsCV+mCJTwIBLdwV9H5eep3xjQDH+nhY84rNcKLYQkzI7ixMVFoZ86WhsA8m63PyD BjzhhCbEfd2mu5Fj0QHHY2mCnwUSt9xkw1MvXS4W952YibdO1cTGVV5S0Du6FyfFY4AXM/6XqdoN FII+zTUkiOjESYoDA5gc+Dz5dmVnXNk5TxHYMPRuItPh7VhwA7ghRE12mwVc+ct1RYRTHJkr/gzu aiBnpa7k7QN6+5ZgYJO8AXl9bdQlivyPBgLopUu/+Dc8rJxpY0JWeIJ3bISyu2gqQ+aojQiYgbGI ZM/TieZWfbNAHdkC6YBk4fNM5LzX2/MgyGMFrgLgQ2rNW8WnHAu8OR7JzsexWL6/ynoUD+X4LnvL uLW6Z+CmaibFYf8EtqcwNChJcWuvQQu+m9mTe8/dTkK9GRhmgH98+zd6LUytEoN0//bt279mfF1O PqcO/gWTRSFeOF2g0cDlBBuDnr4eD1B9bkuGkWYFXoIkqaZfP0qzUkE/uREHlgKlxk8+rDGTLdkc ElGRnNknQcj5Th0Ze7L/wGhRDExKpIUH3t52djjXlaXzsUdSfd6tZDGVWrmmuxQuALEGZFvxf0Fw saEkLDHp9ox/BlOSoHKG+uDM2AyjHiSJxj4qeh3pOGjIB7WwE1pstSCnmi5QNZIiNU3xtfDaiKtL HKRkVvb5aDlK18jcRrrsJ9/mW+740TlnZ7o9cPOO70vZ/xL7+6YVEKlYRIkyswJXG6idig/qP7/y QAQkbLbipKv/88thTN7mJ5L7MOj6n39+2mtZmNLY/VL81V1HWhw2egJirMu9sLfLVpKF6mX0xfDi FUzeadpkxdRxfd+bS+yxf0LFwi2BXsHOx4oaPT6sjr+aIWKe/bNNDWrzIo8SaqTAaRfUtHA8ucsP ixBpBw2EiNlcqSWbahrkYnvm1QU2bm6NZZNNrqxlbJ5T7hRv+d/eRdf15yeqxR4XS18mqGS1hczD V54Ws4nIp93kBrPoFQoESQixOZNlL5GduQVFIy2EkNvseLtj5xSoFF2rmO9TRDA4ac/OMIrkS5sV vTm3tPqr0P16tVPK3sCGM4f5UdPAxVIyWL95poxIMxYADyFNqglLL8/oG2t42JRRpeJkb9utbD6Z CLdCjYaGu9XuaghgrE3vDc+tHJU0dXxwq51nN8pVRGHSkkdsTKAKniy+8q1fedgYP7x/OGgVvcmc Dv0TV76484mvVJOKTJpgo7QdZcLJRHh+ZlHJoQ+njuJFeDZRjMmu+GRBaSoGOGwFVVdejYAhoxRI esEDW0gggw1zLq5SuvK46hrdHz00Zd3vs4CMqp0N84VnVXONO+wrdBGhsX6M/a1iEZrHAS92820z wWzNGuUfE9nugkT4FlZ16ngm/en9lPcgtvT73t7qsCx0njGCrdCaarqo6bZzOY+HGvmLlMDIikOy rUUK1+chxbF2VzdZUYtpF9gJEhOsZmf3fpLHMuZFVLv65Din9GYE+2uJuMxfUfkIM7ln2jnB9MyH TUoZX6BRGFZpJZaM6AR/AnJBJbEkZoRlEyDR5CoWQBrFL0kCWbG34UGg0JmnEPBdr2I4fEDN2vSa ICQo79fyolNA9mVWdmte3CRa9M6SrnQxf+tl8ZkvRYecnUFNgDUdxbydIOUcp2iJ/XvsIy+pMH5W N7/feTL77hy/24vWC492FypcaHgCPWZPFsomIxmAXqJuG7Yswdzhk2D+lEK/pEfPVm/5/RdIMzKQ MpLsp6LFFU6KMMIiZODdGiWS9aogoyC11FVnN5C0s0BTaLzDUqTH/p3gKsKMaoy/fQKudz3csAGQ MDtZ8ixGNDUxz1b/usiM9NiKyn03ShaJWtyKR6lSGTY8NXpDh0aF3G1msOU4mzog8TFlODq7epHW 3QhiZfUmnOQcFbFt1bMkZQZl6ckbJRGVLOQJqCdgdhdZFrnbtie/a7MnfHEM/yvrYBa2fPgqbPLI 1hWQ4849P5WHQSWRw3MJy7hg9o8Nc4p4HBO1ziCL3qaRzgvWEAaIZU5OJ8h+JsZPwuEO53hJxS+i 2uLVWRDOm1Nu+6LKKGDCqr8uNFALslLmQL7YwhArY0uZ7LThIev0RDbvaA+SpK9jUgt4fDRGwZ56 WSUNjLs71rz2gUFdz8VZUERIPrdjlmzPKPTgVXHt35XxxfsdDwKR4ggr715tcj4/mocFtrP397+z vJ5OtxZWbjTtosNfULkFezjVU3rEp1dUi3OAgdHOONBMQb0qunaLhc8YpB+TZVJeklgyTTJTmkxI oRFK/qrKySQAYBUk3clEVjfGxqKsDbtG3A5k+s7i2Kd1LUNjuIFgiyIMQYpfegQdDk0+RPOd21DW F9rnLy2KUTKGklngU8kXOZ8Z5RDbv24Uc7qex7GgZbePzIQj/uNZPpLWMl/MSv6SdvJNTnc+rvgz oApZ0g7pKhQZwu6Romns3PBDwewUiS5n2PBILNOxAdzMgGdb8r5Po6BytWYZJYGLpS7HJshh+YUW Mi1prJ3JzajjWz6zrMHf9RElQ01KeYrqeE2LIT++5/lL5vlNViZ32hvYrshwIEvFQPlHHYxIRyOL VhHJvy+gL954CveuPpzVkMhBVX7aeWTgfIB0MSPENOlpv/cB2IVTkuR553n2b71ngInMPQfVmEOy yOGIpMSGU1TrKoxAe+bFGVEzAsyrdEYs81SLOJepE2ZMQRa9YFZZ4EX9vuBIb7XWJbSiiNdSs0Ds nG0VEUOoArmxoIZDDYjYbbGlMXiaryKUjnUlJlIK/osKZFaEjULjNgQ9nR5P7lAoy/jZCXen3ekv YhOWsoCpZQkwVnShFP+Z9Twl/nOE/vD5ledBxrQQzLYS0FwGVeA1wnWRNQL0ypZmUmL/5hYLNPuz xg1t6zEOAJUeLdDk2p2GgTigx3AmWjpCMCk20bHVGZYqnK5XQY9G5Sau9aQIFW5VQQA2Ai/3wYCn XWN44EzM+OFTXyl6CWXIIa42P2A05Y7hlIqsZkvWUuzb8YnZs3tn8GzDaCc1eB4JJCsviv60Ck2N 4MEhmS2/cfN+JBdPlLRjw8KOavswowtZNaqOUVmhkXJDpSs6dvKa3UTQXW/U6TO7IUlN3Umyz1i5 jkwlLR0+O8QUNQLj4FOy5LdI7K4A/ayqS7RYGQ0RBuHZ03KUIx4rjeR2yAF14tDHVj0L2pmnWwEW PtUok6KKJFrOmRhuFzEppBPw2Mqc1l9nIn1OjNZ2/tKQtxWYCxwPRLzD/m49VWa9yz6t/up0zkl9 Hmf0N38uvSczZMJiSE2GpQ5s5ulQsUYM26CtRlE/Kjdu0auAZ4iiEgvUzm6RJU+e39JjqCC4BbBb 5h0HsGb/TZYOP1w2KZxr7KztihgNS2Yu75C/UBFPxJAMDBgE6ZKFVAzkd7fLwyqnRkmb8xcaveui wvuH9BiJhtuM1MgCI6/sZJ5fHx9sa7Jkg9Feeye/8UTWuZxNjsUwGyDbt0YUeLi1N6skoQpxAGtn 8JgrJ42RiGAFvAUhMo7QOITU0T5UGlVQ7tZwxLilpZVwbgI52isrQrs6DAMmbIJM+7rUT85poRGC pMpmLWnWre395G4g/MgA4PGGdDjAOT7o2YP7JIpEYAHgDMAthQpZSaacH379IiLTAQFkHr4YmHDb mp89xLDBkYsQR7u8zu4ZV351tWMracoOZztJugYbYjVCOUJZPGiJv5YkmxMIDn3XO/hhptoU0ajQ 7qZgjNNG19lcy7Sj7wyblhxcZB6pZ0i3waQERtcRQhV1RgaMlfSi5GtX0v0fASZobvAAdYutdo1j NUcXT8Jp0ZXKEZ/JbFhNIwAMTMxn/fI4aV5/f3979IldX0/1a7EGEt968YRa8SQpweTwQWTe/TDW BvXXxydDCntb2UzVrowgBXY/uAKJLuyZaxsXP7OGlvJJr+Q5TaPdHw7StRIYktIZRRrnxNl5t65k xQ4Y9vtYIjAcT/VofX6HoCKEbKEZf+EtjAOvIjTOaIBpxPkGdTgjpeYtZQ4W0CT/9A2LNwJ9uM4L R+0WNeDnGqNm/1Zox1bQynXND3jmvCISK6hJJm+rEyEU8BRgUaCLeSPyzch8/de/k+B3K8AAgDKA u58Em/o03VyONeKmYw4uYgXtxLHPJi+0WlhgutNCWM4FBMQRfFQL3Oyv3ZDYkAFLEJpzfdGOHkdk KqScERjDYgIY5LCNsxvGpCZu2M4pyfP9/YXhsMXUzWluCzvpnQj1mLpPKGQpyUI928R/3GLArtSk 28z//PRRX7Y53gK0xaBs2MwAosWIcxW2Crd+Y2Bsn872+qnbwn63mWiyKXVgeP6sTICJLo9pHruc /ATJ8SIgACKrT4i8gzIt812nzIwfoSmZhr8N22TlNkY4V2RjWZUW6IUf/OuiAptQ3FUXAnVX4nad /UUFGCxfM4ZtyGaxuhu9FgVDdXgmy61RpI/5+P/17/8Hmw8OkR1HRj/+QoYmipxjCW0kWGs6VeOp LPlO0/JD12sCkh9AsqkSQZ6/JCC95Ev3Gl1NjAFjJUJFHUGDQYsZgWpaqLMK+plaZVrwr/pMZMga dyV9gN1SnAorbgOsUxXq2YQfEUeJcx+OLOLq0w081O+ioH1s0ehlrSSx7n9mLo0B2c9RhnDXTYHN 2flXnfrqusYNK4158dMHUqyCuclBPdnvsIk04hWJv1mRiZDzzJyssVXfQPU8tit1XgCwf9/9LUGd BingmwVIZ97aKmQJ+4b6AHA6uw3hdNGia4FE68VerNRMpWWmQKzMHWg0ygnIkmeaVVLHp+7702tG AbPhIdjbh/oxDEs/mlsAjMztWnob0Qmwc/HFk16kr+Lwkz0zEc59xYiTPL3Y6vnbMBxS6hQO0siu EhHO84hozO9BvBEwZQTS+cLLg8APT3znJ4LYMlpGOZPP61oGyEzUDlJ83actVzjnbthukR/w3d7c JgUkOBxm7FkBPsnbTSx6cR5INOoUGXFVyL5dmVwDZ+fdGpUh3RdpkZ3AIFcBw3VsVw/BnkOb4QNp 7paI+0zHpBoVcpvtM83V4XFVdGESI3RzpWXAprKrltlBu7rHMdEOhiFyta7Fvz3/8V4sv+vMbMp5 b9xkKlDQ2GQVDA00ilz1TLpmSCrPRDOC3tihwUCuSmxbG5ojaMzcJLEex1kBERjugEv77OwKbQZm VB8Vm+JIxBAxPq6zdsD0tHOjYoSeV0S7up5ERburLtNQ3fo1O1BhfsEQQWOyL/LORSrc6jgMESDG VlGH0PCMWks3h7Vq/A55ElpDcXqFVZ6w6q+li36zqh1bO0+pXm98nXc3+WiflVX4Io8DjZbl3mEm d/pComLsMvwwEDqc876Blmk0a3fVQrRi7AJsujApMkYeT7cqWI0STZkc70DT1WVl0iP69ul1Voms bg2AY9VGEN+dMwiFgvNUuOkV854Jlgh8tARPUakoRm0DMILMO9bupEOsdz7FR1eOfXKkE/Atyc+e xUwKw9k5X6D57CpzMFs4Deal4isdKxaPTP0p6PMGL3/Zk7JaiFMBfr9vYhAbIY21STIAJD6ZyGvW w+/BYMsUbn9847RZJqNu4NgCQy+y8EE8J4bP9vYVTccMaSMT8az6/IsnPuMMBmVz27Q5m2eRtavv hMIz1lD66+n5hYPisvpIHQGHjtXAzzK7jrl6bHhLUJXYJdWxZ/gjwwfmVhLn4n/MKWum613BaiWz qQs6x7Gb3mjRXB2vdYgu1tsthCPQqG7is4kWqGYZ9sSTUOo4VTMQEy1/PggAYyyGBiIDWC/Ra8Rw +5CMrb7htvOlHh1PU7DnIAMhn6fUEQ+SKxoIs69OAHPu8WV4kl4tH126HgVJIcFAkWyDmw/tKlFO hJY9XAzt0uzs4KpAm8q5oGCV9Muz5wNIMnbXo+ketud+z8DdggoMdVhpFXVdCiTMJZlpV0cgLCmY GFbpUmIGYR5rmEHtaoT3ya6RPOJY6fhqusm2Oz1MNAJwU4Eg+Ol1eKTPVhoHAJO4rL42BKV6Vtie E8Yax4bqAE+FtNi6n48VCzCKzMhgs2p0SdrXuB/usVKdeG5Fsr18NXljqMR/D/87KquARjoexmwC OaK0XciGk1A0KGcrsCUB8NwKgEBNgqqpu+BqwdxHoa6YDDPY6LUgJjdCO9kRKLltZQkWQW67zUNP Cuk4qKPE+iDoecqyQWzYXnYWvYKEOFfSxz/Ssd0zVFfhzpQwVMFkcRV7dp5qV8dWRSFdHfNVSn+b Tbq8nbHmmqEhJqjh51zIMSnXh39i+/hraeE2s0xH9EbBOR3Zdkw4fVObXPg1Hv7qMhcT2Xt0J4xA LwsQNMzchBvOAzP1ZyKa8pfhi7ppNGJkZvQsgI/bG078J2KyAvXykMfPgsTzhkEFbKote2BCd2Od cszIREM1NbWjVwbAlbvn8TkdHxzUuVXgde3z1ZDvBH1blWdbHMwlb6m88LeNR4m5UeoONnP4099+ aslbRT9CaU7I3qYxMzCYVFDic7Dxo7vbGWGmDgzpsd9dAKkrinQXMZzqVEBDo3Bo7h1IBGG+xwdZ RcDUpDOFIZhTkK2wxTyC6mhpuVISFTio44yYm0jBkJQuozFyEunyjGsXI9yiUZeS4DlPMzSqjxgf rqEXAhgm2kAEg4ezCgKQ1HX5sMdXVdMR4b6KodNMZGDeGzKFJ6zOC5z3CGZs+XeTkAeB8yOWPvjr DciakcTIag455DZou8/JvF4iQrM60bcAwwRn3AK10aiFrfBUyZDmH51aNluJwAFxfn7dhGMfpfGW EKb+WlwNjDcbzLsmdD/yyE8oEVFk175NphR67QhcFVZy1ahiyLZkEwqAFpTzhdvUzw9+wvniZ3E5 q+kWvaz6qRuJ/opNz3BgiDETivlJAq0tE3wHQKX3L14KDGyR4Q/hDZv2YDs2NsfcRxnPZlolnyO4 ReA4iF7qyJxgDH/UPM8ijMWQRipjRaLeP+yfOaKLCNdxiJfPYJ4UHmF/JcwraIZFD4/G23QgaEM0 ilW3Kloq93BH7F+EmXQ416GzAzI8XTN80dhbfJ6uHiQfvn3/ty36vR/ayEfJ8H193wWRko50DFR8 hS5LEVT7Mx0dfd6WL12HZLARzJ4ZMkE9uR0TlIHXwGATaGmUOFw2OHORgYvtEh9WQqydCrFbdWRh bJki8ytQ+5vH/FGk308xGtt1bJkMPEYdG6oYGgHr6cJ8fkEzQSRmePmTNe0mdAa/aV17HuspgnHD JO7rK7CTMttCM9Tt61XeO34GZWL7dYmJ0E82xV4iX2CcP7DyN77AyyG/nx9mQnUhsHGaCDgJzcTp Jg3O6TXM6do+v8Ggi4JaomNTUwxe9UGlV26b6jXOFDMCeqyUWgy2CFW4j8TRaFTBBwftoWxmSGML nojr92TRAOsGYGzVkQ1eOBTh8omrXl3guepdSLgaEsqusyrVPSrThU1sQWOWI1NlbVIMudzlJzCO ThjfFGD8/JWPbNr7yuuORsKjf83ML+nue3zNTTGy1wqWmyQl6uBMEUrl/87xki5ilkksjN+3RAdq n7KNDVmTKrKgaqggUNcOZCqH746EozfqdwrMaBlY22q31K4RAW7sjI8hqXRKinAEhoQD2jMtIJ7E XNXN9u7E5sSwanY1CgFFx3+U7BybNw9Du3VZkCNzJY5Zsqz3odhwFe2PfWHkrNIr7ZidFzwDBk8P 7P2tRfPbS3Nfb+bvKuQPqwHzK3+Cw0x3KsiPQTVduFjFFZKco/YUMb8zyvb7SMWQHKZraBmrRYEH GY1wmGqspBb711zno0oaF5a6ZLCZ3X8GQyjir64gC0N8auGYq970V+No4ZbczSA0M6+W2PPcOUBF ncBrOA0nztqHYSpnSCMEfzSYU0GL+h6+VNiEwY3dU+1YJYf7ZC1fOJsmHvDyi05zwScN3ZCaNRxn NTQ89vEVZY5x8gl9phUm7D81f/m4tlFd8FlzB0Ajv1tMgUR/qFNrh0nm2nHABWFma4TlfHL2YdjM 7k6KGLb55LBqv6COpl1fJs60IosgpghZZ3ogNTKB0YWhFtzUVckd25ixlh8rHOioJdw2jwrb7Y1g WwU0WhrtebPZxib57kj11uzxo63aGE7ik7/B+Mr4f/ljjH7hcr3+uD7hwA5Ofu78wJN2ZZtknoq/ h9aPcok7gR2LrD3bVNa1MFDJYUg3GNQUq2DMnhqpv6C9EUeLGoqPNCoqq89HGM59rsbCE2Vd6zUT XDtBpBg7eLerxls7546D3tk/9HVZAGRsVGBzkXOI7nlLZQUkJOrsKcywYnDXffNpYMhin7xMQVOz Bw9iZs9pTxcdNF6pf/30Ab/HbWcL5oKfdvpQP3ubV785ej6OTAspQn1wEhs2OI9rdkGJ1YWTXffN qhrVwRg8TIAMkxoHkiiyzF9sicMz7d/iH8H4Y6XQhe9wyMNj4wpPt0pOqLqHod1EIFiXUcRhvuFR /7BzufV1TKzUGTqyXWfkWxfwi9tBcg28PmUQbYjbKngEeWF4RZ7XN5hvmabFhmOrJGovTmvlAQ/7 7GON+J6vhfMBeX9Amkl0lxxlfemauJBgVUJ7KJ3kia32Qsp2AtdZDCoDCUIceE3FKnp1KSjbmxVN r7qKdqx0HbD74KnlRpNzlX0eI9LOURFap6tMXDgsJ1cW5tyHuQrOk6I+GGu/XbGFnD0Du/5CqayO P87wmIhiQLoIZcHcNNXLSsgmyJXWaBar46Mxkf8mzPxpOI9vtgT7c3b5qra/bcnvbe1z7FS9I87U EPPNw7VhNILKNeFNZA9tCCVoumRHVMsPvxAK/ZKzCXVG5jQyBPF8N4Sl3JKX2YRgY9XxaRjEJllx zme0CQJglXmNPZFp0T7fET2fxgi1kt7BG/LyTMt6pxQmBG3ehVu9ozIpBt7SlLeQyDhR08J1XbTj /cEL8v5OZ3x0ubXpyY/U8tNp/G3b/KrI690ebvgTZ55/G5yFmliducjSMi/gQjU5HwcAJIewaiwN qiEGKpS6dRkFGLTr0o7sWCnqNTbckK6hMa8WYA4ONbhIGJ6Ya9PtdAQyJSL6kdVAuv6GcealGTyA lzAb2Mhi5DqRdm43tSOoTMglMWDqFG5SwDNqpcY5fkltCuOgEIHP/ujr/FWL9ZHBN7j+ijKhKc20 r/5CSxxqVK75g6hxE62JgQqH3UIl0w6n+m7pzp6KTSAb6t1AcyRIuqJNa12Wv5jrPLZltCb5hB9Z IkrvkKgH+Ra+WaA212g4dRbJmYkW1f7SBwfDlQFGpkIiYhUFz9UNWYvKGo0iK1byK+l+sYCzklEJ tgwHbNhGXPDJUWnc25MGZMySt88Yelnf902NAUYOq0DKk7LbhwevVwDwr8l869bgr67vMX5mU9Vh n+EhDmfxHwu3oPEUwPJrZHx1ol1j+fpO/OCmriWVzp05CPIVbBPejXlk1Bmla1WLSREgMxkTfmZ0 wfT2D+aVSFYoj3V/xjkCGJ9wDkHwKBRBvDIj643QkmkZhpvjWCNu6tIQz3bLxJhDqOKDfO139/9u qjd3pAI5Nq/RmVqx4ZTcLbu1jKTk/Us+43c6xwKPP7gm6QUG5oUQVO20Vg+Y8wsHslivbspbb4BZ dX5hlrlvoww0aghh00Vf/KcFfXWt4KlrnF0VCt7chD4t/TpC+6yEISm9JoAzHcyj2g3PMcEBceib 5DWGZ/MJ1YKnUxhOWuRasvCped0OA2wqGT4RlsfiKapAjaHs+Z8E9reH/q7wmt9GJW59wOI9S3b7 htNRDPjI/HL59pe/SOPXFk/ff3zL91qAcYXfqJ6Z33CK0BowJQGTc5iEjXmhV4tTFDRbGuKC8xUV nLyM1Z/XMUSPgXY8kcic6ujV0aNZpC0DuGUE12lq4JhsbHvDLarVqlpuXe097V+hgoGdCVIyYTed u+WAajCIG8LJmghXeCzBwVYnagkZobvy1FP/MTK3XUEA9jRov0qtLLLyUv4GqW8Hr17VKJTOV4Wy RB+xwdaVJ+LCw3zwRLiW2Tk0fVoZKiL0oqSLOrKdhc74iLlDbJhHaBDEMt2Wu13sUVbjYf/zwV8v DsHf8NO7Fo0qGdusBZ4WfFxjWImuy3pyoGS1FMc+rSCDebDXkqlK0+K5zRoSNYYg3owjwBvlhtvM qARPkUSjmkvl68ubxe+KZ66867Kwgtc/EuILZkW029Bwh7iMdn5i568ePXR/kh9yHhuMCD0VGXPE wp4IXUoQyrc97AqSbirQAFZLLiccH0VMnZA1PhkNjUbcZnbP2nmyztyJnQ+zVIQ6KWu5yT1YZZuR BMW/rkRbiLF1G0P1SXaQdmtUQrc5XMpStItkNJBYK4GZIBJ1NarrhTMYPBETgb9ZYIixfh1peLjl 09/MJiEtwvvXkuM4jX635dtOr9p5RKqxFDik9wcf9ren/EWgbLLySxbYe4jX/Okm6bSLIOYxV+dI dE9sZO+6pdZV6fln/tqwRLQVmToUmakNQSPGWHheAJsitcnxmExlgLUfImrSqNB0p1FxazgwoTlf Dm4C6oqzTlRoRpZKk/yQrH0Y1jKhsKWxM0XL3Lc5NVkdEnfgYGC8U0gkunWtH4GU3hPYCXt/wMp7 xjcPXOb44lYQ5I96Mb5F2emEvz7NSvhph39gdj3lJrQA05hIO9NFYSSARS/bqjhD6B9Rz79rmQP2 PZH12WQIDVmAYYU57VQwZcCbDSOrLtY1Kx0wuv803C1uWKlATvS4qaPfrZbocj5nlUNmH+bjT7QK Jhr1KqHvGheQhUdZgm6ytIf+PG+hnVs0iAM4WSuJJdw80vrb3TY8bOVP/fgle//eYNiG2KeDItNe 3UOYSZe1uFIyNfLKpi+mhyoWKDxytQgklPgQDQCV1VVCdmqHDDEmZqXeRkUsqW6sYN7ATIQuwSgN 8S0cgoigVHNClaplziVj1sMw4jo7Yswz80ssWGFCrWAYjCbq2Zx0BhHnExQ+yUhy5rHXQkb09A34 cwWpZxOEwdZTKRUAcLjZKi107L9BxqxeI+a0J18Ymn0edbteJKIyg8BjBHi0O672jJt6vudnW/3R Ak20qNk3BI12V5lKmI2DFvDU5Zw0LuF0QdQlqrlsboLwVnCWS92SJcuhVJnESD8TnfrsEySFTV+N BBlrlHYVVwAQaHFtabS0q6qFbDQsvJaJo+BExPL16do1qgQMnp37ONxcf4wtJNzoeIj2Z4VyUJ+x Fl/Jx9/5yaa0h8wmQk6bn5KU9uXVPn44FOnOvL6uOuciqxcMDOllug0YXbQrto6xeT/uQgMkYpRD Dps6mlkpBCdUfDo8BBoVvdhqd51TdI2n4YyQa+In/wSAOubhUCRLO1spsBqGzSA0Nz5a2AfPsbVm 6d1thnRdy6gGHsohhEchEU1m2UGZ4NSoC39Fuz08jYvNJjOJyBG047jrU14HeL3lawdf+zB7X3Ul f/Yf7072Voek3Ppa8NyGwdC0T0ROJicLpfaBH0h2aHhkfq0dTysCtoyjjgCwdWGlsgSLlcmOwH8Q qONgdiAIq+PR4NjDoyHFtNJryGDECD3EJkKL21opmzHEWmbYVXLtg4neZRgtpw2r4OkdBCFu7zi7 xRl/DMcHK2N/cxDbYjxTyX9/OGRw5s/4ewvD5nLR7ZqXZbH/sYSxUvh0FaPdIf18htLFQrPw9AJD 0TI8TKqui1nS0pCYDTs2JgLVYq1ClrqrlVriYs9dOzAenF5ux20cJleXgeEwm3f6Iyi2GF/8DydK MUzQnJVZds6aAXM7zhvOuSnN6saqa2d51oYQEgC4Q6ParrReGJCiS7bN3/bsNixOP7YK+euj6bXk mf6WZofP/cMO/LkSwE13uGEOGOk4TGIWndbztd7h+kw9HpnBI5F5zxlEu4QWb54vxWQGKszmelWi 2vnVwfarPr7NQK7vBgCH2WeNswNxBhKUIV1rZl6Ns7kh6OcLigwey2tcl8oNJ4IxqdbJbNG36k87 vYMq4RGhdzOLEWiElSEo3bZuLoiuqZlkogsHO8/u//NckBde+QeL+29P+AFp/tKvX1vHxYgpDgnw 4dadcPBsod/jv/y/HVfCo+d4OQPJhoS55PnRu2X8XGsBDIGJR87ZSghit7dIXmWv9UlHEPxdx1lA xS36RYWWWQYlwIhZAwEfrQsMjXo1zsLaSXSr6MLKdRmegjMsnLST/CYoulCBZY41K6GOAAfaAbyk pDFSloX2EUi9NgAh80rdN8/94z8coeS2/8SPsVME8ZKquAo3nqrK2lPO+IFHfg4AKPsrYzrO5llk u4xqIfTQvagQz0o3znwRd2wR6ca7XYko4hBvuDqbbJbVMtnTkgweAioj+FNQcHbuz7CzOY3gyezr q/xdp2YUyZp7hMqkxyDdG08KSni2kM3I9IVqGhmOGCUyYFQiq/+kCySzQ9ieuwuyIDFrUKJ3iyaT qGeAeYjucc0N2FIBcQsS2xJ1vQuYkeE/FSBANi1U9K4rZDdNAe4mZ2F2o8FhOKHCPK5sBR9jtaCc VVUoCyc+eejuOrJblGLSwHotfkQcy3d2hOH5aIMe5401KjSdO6sYCIzJiL72CQDD1c16kWCNwBlm o0j0T3SFYTdm+/ek9hzqnQioeGJoeK6lNBakGQeHoBpz38T2GK3MFxjNbEeQpAWSWLu2zZFFZzRW Cv6xf/M2hmnslFfBMC17eu37o4hI8OR5Y+0g4VDRXd262WBJEqNyT8XnfWRgY4gDevj1ug1xT+EW JwzCUCjxH7zRbJQhGuGfc8HQEpv3+cKtgSijVNdxY/XinB1a23XxyPGBbv81are+21kj5sJDHR+U w5w4ybK15bLZ8kxcoe8CCi1ityvMQhEYFAoyBekKnLOM/BDzdorNPtPIFdksowI/Mjwxj5Wo0J2J RqMia8+tZG2Jj/2z23TrGm4FEF36uDG9IvpMknDqZdKK6+yroU5FkliwGr1KiDu/sBpm3NTR73ow 7KSu6WIxMzdkjRa3tg11TQ6BMbSjY3ZOcassL9EX/6mj4lYX5lUq/0CbClYqrkM4LdCgNHBjnftt f45GHb12aN0ii4iFax/Sl7ER6Dp4Lskk7x3Zydw0CgHk8776Yf9zrmnBxBBMNjBpp99q0o506hue gdnPJFrWQheNrutFqTLmomWYcV5vTXHOhbKKa47PC4/gEcyDNwcBL2ZIdMvgerFVwdASAIaiMZas 4sYOz67hn66c4q4LmUqIm0N0rR22wtsnYb93+MQNJMpF700pFlgdwcgYbcASMDlHSoz51w+jS9cv R3bqK7epgY+WI2A66bANw2LTrpcNNYLtCqch6x0kQqcOyvli3kG/0kjOEoaSXDRJGp5kz10HtjLt xi5gEOu9BQyhhuAftNnXRWWhiAyN68KSKVAii026w8eZhRvG+W2OX+6wUjJMsDXeGgPI6GisirFw cpyB0Iay3KJmF+IhwS34m3ghV4cccxEb7RaZ525h+UT73O06RXI989JazH3pTh1D11ECgGxjVTCH yi0M8/JMh78CgNthGHHqtVIdURf0kJBGKGk9lTFEOVNQn2o0miCNqvBkyLkxCHP17hB0ITDENah6 1Wi463rTlfbMVmMVUm510rUMTLqaHDTClmv1HQEOM7v2jdKuaFfihT2mNcC8LwAmNumn/gFcU2zs 2KqTO1Y0XRdgKpDrMgsgX4wRNL30YjXRJ4BDce2EplRTtww7GhUDgXSrV8GZHZhR13AOAJoRo9SS ruPHO4kZPA1EMLLofiZD8GYfVwPnlA13ZZCZyFhFTtCopS47fKcdsMTAGXXMwg5uuSPatXeuQTwF a/98YK+FYRFHOz90qkTtp6weFjVpoFFizyWxzrWNFf/Am5WupGtccRvpZ/xPU7fwTzQCeEaM8ya7 RknA7U5lsY2VKt2V6WLP/hgtYAoeN41EI7Ymzpi6ACMLWa10PAJMHFaMNuTh030F5kSrs7MQsnwD Y2zkNkRJwZy4P/TqtmHLx5kNBsBYnBXDM1nqIyJkswWAdjTwpLdWSgB3w4//eje2Wids1l51un8+ njGPWTZFStyMt5nblBijNW7jvvPhiHSFiHlNRVcgLa8efjyfYupx8BAAoGRs94cqmbydIxQZPBL3 8KV9kCzHDD7jqExrsibRNbrXYmvx1mo8AcMWE9foWFsNKgK3XV+yL83A8yoVYB4p3XlGx8oSJGV4 LOjqGwWYsbK6FrIiqB40SoteV40eDFM5Ny0ApLF/NS5DSOyObhsJHG5yMTcKDeZMtIh1qyCO6D4v zCzbWgOGs5YZbTgzIyy4zSGzmJbZP7D7z8iyfLTo9MffQDgJJSUImaLWRqPLEHyOF9Y1jvZY6Vy+ J+WQ1RV5+16qnfgDyagxnK0iq74gelK2Aqpnwp5JANQE57mNx0evgpWBrvPCBKnDj1hXpNcO44/t il4AoB0A17HSq7JiNKHCBrFKpmTfs+tFZog8oE5W/vGgM/8cGBqKUaGLF+nIZIzxh5Cdb3xw4lZl qHDQAjlilZFpJJHBI7qJaO0I3AbGZmL3P8gWUTALEkMYIVmr8SM4E0s1xY0yQvf+osoaAjzYcCqz nuFJcUWSfULXL41tOWZK4BVhhDZdr6IessE7P5TSsjCYsoF3LtzRqDNxeZ5l3IIRh3arLGlTLU83 9cXNCFQbE2REK7Fhl06KHGa57F+FTqjrZQSGqnZZChEbq0zr2TmN54RCbBR6QnOk0OA5AMwXhYqe dO1jBarKRuGgC2dz5EBri26lY/xOfJQSIQKY54ihSr3zN0t/flLKJseDsCGK4WDHLJD07xOuQtwt XRT88YQ+hIYYeGjaDKZly6L4R+MWchoBSYqW5RzeiUnb6GqILnyEPYaDFJd14uuaaJEGPJ7a0YRz eRql3fBIz2YjT8pDNQL6sgAmE4Gz9+CEotTIYmCpi4EAruUHmyDEU2Ryw6G/Jrs1qiC72V9FCzxc QPoAbC7gTJalarbFihRsGZx0XbGJGNg3Hhr7KBfdxX+UTViiVDdWDEzoDVhpgkRZPSK2xNQ4wPAm M0rIGdUZUcWj49AaouiN/c+tPm6KlnGmjhmNbJslytrUaaSIgUx9AzYpgV1UrlYTFlD525++bZaY 7vhrHD3OhrgCf6y/zQBMoQx2bGVC9fOngO8nExHUVIMPbrFbs4G6ruH3XJyZ24SztUY9utRouqL6 TorOjF31j6fyYRg8xKssANQVw3FDtnoY5jk6wHh2/LWsd7ABm8oaZ4R4udyiyKkRJgskNI2Z6Kgw uPbIPZ9DjZ1QjYqBODMFMtzy3c7PD16IpzwQ9Zf+IejxQpg3BnRtOLapVAtMQJpBxlOL3g0ZfrfG aplclcIWG/lrqIQuzxBXJya0FKNsy8Un/ioMSC4CT+vShdtvf/2LAf1DaeqmKnritARPvTwYw4OP W3VjAeBQGFQQu9JxUKesa07+y8o0NHDMAXDCLGKpI2wQxHQ9Pwnzvt3GkEkpxT7K2OoaE1chCrCx A6miEQZDXNGzSZR9zp8/Wi9rLO1TPyZq6KKZPQElKFrXaAjUJxfnuTienWWaK+BHQJ1sm/uLv5A1 4HWxoVSjBUONWkAlVAvOZBk4YOOJFUFh2M2qUcp0iRG6muwWH+rTCwGPGJJXq2bd97/UZxD0neNh ssYAqAji/OWu//z9c796+Pp4/e///sMjUI0/NYFsPPcvev3hQazCratt7N/TMIpsLBH4MIU/yrrp gBgZaEQDNsWDpJ+sD9hcEK271xpz9h+YmQgkY1Pv1nehi+Gxtjb2apBYBkOsSIwLji8rAputbm41 lqCQdaKl0m2ARjQrQd63A2gCtYoDoD7kwzxUOByA+2ALLfsPCW7o9Ua1ms4QR/0Jp54t+AfO1HGe lViViZb8x9ZV4yE3TJKBl04xJ2VdOCDjDlLCsDETEwX5cSJnXsCmBE+ftsyKGQEZbkZhqCXwurKg hEd9U9JYvW4X20ZJeqYzocjGeZUNGbaJQzxWiA8M5wrlFn9XXkNsFOJVXGccjWgo6DbXpMRjkqLB OUP6KEH0zI5mACDMKFp3OZh9wNAraM2I4XFLr13XgqFRf2YwHAxMDOPe3QWaSdECEkHEpd6Nsa4Q 5rjjB/uzXodvavhJd94FoBGfZgqGino0bULThRUOCoYal6gJ5Ttl1l4YYD7Fo+bx77sdczZurbW9 8lvecGs4/sOzCv4Bg3O/hQ4YXynnOSXAdI1PYJzLAWPqMus1UdwVzszH8+FIC6u6mlAFtm8w9lid /K9X6G7dMTY4qz4pK3NKcDZoZ6hRgpTw6CRd8DCUmNSoa/8GaND2A2a20qVdMdwVT73n35FOBBrK tjxFqNhwNSRx2yNoE5MsYxEQNNUGr46I9bRTU+PWBfyHXJdRxjIXGreGL8DQaMdRxTXAutGaXm5X AqMzUcqYaMQKbiy23uW9sdXSruOYFIzdYnK4vltZzMl11ctuQWW71VyabNNQH4Ao0uAXFeSiCfLz owIqr25xQY9AkMwpglaoCxXtYgPZlmMwgqrOWlgi0DJW8iRKo6amRmXWo0JmYvHrdcs1zEscGlde i+O6l0OAmHbNq8cejCCs4J/WaG5GwFYXO0T9+aJLw1nPY/6QzyCZkg1CTNgkKmwLdx5DgTF74qkO IaH0wkfBhJo4zGukLOGjwVBJ2Mz1XdRwIAITV/VpSrWVJLSvd8uKLiL89xbAM+aGL0dF1g5zusQQ xOZhWGP+0/hf0GKVxX0nJ328MnAI55QZkC7x+Eve6xFNKZE5Uy9iZ+SpE/zVS2OGn3sJlOyvVzsR M+laGHbF7dxk/8MXSzgbqF18Gq4C5Gwef2k//5mGBZsuZK7xRdN4xPHR+YCgnXYU4RGs5iCoePym /lSIqX/2X/V6ffrf//nbKASkzP7h3zmu0VaNsgOwIyC3sE1fBHFKF1PWhkeLLi14xkrnlhsYuuli cO1x017QFCrA6LH1f0PGHwxlgA9Nu98wPApWqGvoj83eEf+kMHjamwFmN40KU6exfkGADOcDWNG6 Ddn5HhB/LSPDpzzz1/uHdgHm0UC7UQG2+GwG1qhFObpqEyuIUYm3/XriLfZPzCdVZk9iRrjCqUVA Bl6R46aORjrFUBmMDGyZSTUiSyR3f3XYof5Sx/mmDhqK5yCIr+uFGKc5qvpyYjhHULbBjc/qFRgn NvXZCsjZ+WZtQzh9RhM/KNVn+YzSInufnwJO4giAxG0bZnXwMsoEOXMv4yswUHkR4jYq18Imvsom xSwDxozjPbjKFvE5Il5oDtGOA+NLIwQB9s/f/jHl46kwKtc78IRVYzgtp+UBkKMGYJSSUlA1K2ZK dj4SEe26tE2vzIvavPY5PuxhnDkLDfvHXH0DpaIcfmwOd2v4aLCdvqRoN3bWYwrWgyoSwy0MLRaB lAXRuHwJpoXR22JiJNSxjZ2bXtwqyZbd4uIcGNv/1AgU0XZDgikCt0r4F0/gNdIM5DjMzR3+wg0B Mu2RWIbHBOlipAVNxvasL/S3pxuqTZHGKni7TRg0nWZg4qGPcp2Ps792CHcSi7LE2aOyp9ibBZBs VYUNcZzVJ9lJ2agEZx26K0pkscMNYfau+ZxJ4/jzJv4zThqTlNKLoStgmBwSO+snQquK9tEACQaG BRlxcU3jLfViCMJ8KtN0cUu8NbL4VMjKwte4Gn5+GcP//vd/lovckihHuWKLQBSpT/31wk86bJOl V4HWSqddBdniwVjhPY0sKGF2xr9f6O/fuN8hDxPhZlTwVHHhge1aomyPXGariKsXDinH3jtmHJNJ 3G04x84x1/AbriLAlqkmzkD2IWVj3SrGLpxcxWqjNxMNwxhEiDbC7cw1NsKPCj5MtwjXxZ6MSah8 4lY75ATRK2D6idFyiEYtkLvqjUOj3bEXVZ8KseSOUIoTcQDrbWIMzx3nVhDiCSJa14pYIgV94vM8 msABJf9q2ZCGa5gDrAUH9XUNw/DMERvleuBpnB+Au400XC9DcUdYMWNOovLEiicjI9Y4hFpQz/II kiuahNce+k5khuWF37cscM4soxQ6dmx0F+RM6vaYMj1MyJbpXPW0u11OANXYgQEMTb5Zcu2c0j60 vKkR5e+oqMH5nCAqqBgCiSucyjGw2NRZz5qhfTQ4R3HEXS9wDn1fJCFQGSR1A9c7+/OpLo8zkIsZ V3yg2pDdbqmdkZeX9tCKEoCIbopbjtIVwLUJQZsvRi2nhXPpQYUlJStLkFM5c6c7h9mBiYiWf6Jm HeTWENMft9GQHpA17FhF32abA1gjHAec4axGidgYqocG2lFyMenmmhUH2UEA6o6bUkk8u2phNHWC kGmJUTs1Bp4ILbpUwqf5TRd6UXfa6vd2aMNdcTbkgF2JmLtVOqfysDBPac8Er2rYIjDclSwVLcxF wQWtxtGoDAaa5J/OBYpr3J4nqamhbiBTLPNozG0PQ+wNiMYZTjyrS9ILeAwS+/RodGjhid/7nXZN l1ckKrNVW471DjCUyhBOEaii4LG7TowZopCe56OqHK/VyK66IrE/pRyHPUapT9awBX+DVru6RnIt NKn0b9SrbOBwzs4o0QswqAx3O3jAiFKmYCupXtJ2NRBs3kRmzcLW7RCyjCFYManrMgOJuE07YA60 50vkg7IEmYlnHEZijyCgwmps4/eG3PwYqI0fAHRNi4hrRtLLI9HlPJLFMG5NkGdpgxZlxko79TJ9 MqrRTmLVT2DjqahA4rsFVxxwRwweKSpzkCtlcVseiCxDenIyLdaS3s7i3N5OAusjkADLkOS3HMJM kBY6TvTswAiGEzd9UylBpFfBrSkat9sPQffk6OkSR/T0+EhHDUjAPPN6TkcTwA2GYUCMbVpi4WQh 7bMwhPgN567TazNiBkQ8eBq3IUwczt1ngp0NE0UO+vpv5agYiDk8QoJHYoeuYnKFLmAWz/MO8BF9 vFw7jlhJRLnDByIUAII8cjMvtLgOc9DKgcWABuapDAN7GuJW0GpHaaDbEYjeBPB5lKo3dk5Y5pE5 bDsWfmAUowjlGmRWYTxX4qYqGyn9x1YwIapG0FV3l3PUb3i3SyBm1VBfnOOvJQQNcqbDEAyj0Ljd WlbFYwfAaA0k42gkaGFmCPqJmKa6VNAj25UgbN3yxfhjbsiUdQVDr6IS6acNZ95cj6fUWFUvSnzE v1swfLFQ42SnAWGWwj+2hROd85nORGOncog9SvdvV+IDpGuj7jiYQp/9vy+7fuWLxLrJ6KTxQk1s GKLLlUTX2KHuEAxHSu801J4/sbWzF3FSF+MzyxwMa6IZGfmfOA03xHUWxmf5Nm9mu6MmWvwr0DKF 64hVouYSeCe+epjkJewyTxamicsUOEN9owKsp8dRv1s+t+jNI/BUSNGFIQepawxl80xsch776Lp5 FrFbNCvqjAwzArqQqAWT8cmDWI8fSV8iOozcpK1rcWhs7Lac2QVFXSMm6MdNmBE9tkTHCM3b6qzk dvFMhY0VolHhMNcxJQ3PqH63Fjt3C4fMWMY/tOhhAkUGQKXYYiXBtiWVFCXm7TX497ezqrhbkAZV HQ31FS1jMuYhq610sT/raVlX5lRDyFijXAs7CyXOcDIm6w1wMmezgWtybxcd9JgvqFBqjL+6X8JB F+dy3LF3KjZ2gIQpUM4mZkFnTVowt+8Kh+jSa8lgaMvxbIhsy9CCh1wtwNAi/BtaoemeWeNcABKN 8Ilr/jiip/jCe2vKnp1jihgnJoqytbZ6THc+LGCizD7ap/JsK/iZ13T2pwakdI1Eu1KcONgYDRLG GcgclDXDQ4sSUbr2sX21WHqfgtN61kPr8J/xXTdWS2x1zmgV6+AxMJm8+afLN7JYpiujK4bkQrhr ooXxm6nK87c7THDEFFEBRuVwd/Jb1oiJw3Nhg5jKaObHSDztoI4RkxKHT6xd87a9lj+zNA6JzPMY BLdEUYONuPQ2aYRDDz+HAU+yRrCIIs5tkPT3X4eazQAa8RxaXuAUoetKi//889NVl2I4GMSpG4KS d/TOILzsEGarmPryT6Q0NwZ2H6zcjg/AxmqHE/0so3eyDAR4smCbjsjQZwfS5HDMx76804UhAAjw J/2QUq0JwiH+qt+BdIte/AvX2L+W1GJU8sNO3rJQH9uStmSlRoN+wAiFVkuzYjw4hMioExHXvgw9 N9X/H8RTlE8KZW5kc3RyZWFtCmVuZG9iagozOSAwIG9iagoyMDAwNwplbmRvYmoKMjggMCBvYmoK PDwgL0xlbmd0aCAyOSAwIFIgL1R5cGUgL1hPYmplY3QgL1N1YnR5cGUgL0ltYWdlIC9XaWR0aCA5 MCAvSGVpZ2h0IDkwIC9JbnRlcnBvbGF0ZQp0cnVlIC9Db2xvclNwYWNlIDE0IDAgUiAvU01hc2sg NjAgMCBSIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUKPj4Kc3RyZWFt CngB7dAxAQAAAMKg9U9tBn+IQGHAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDA gAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAED BgwYMGDAgAEDBr6BAV7sAAEKZW5kc3RyZWFtCmVuZG9iagoyOSAwIG9iagoxMzAKZW5kb2JqCjEy IDAgb2JqCjw8IC9MZW5ndGggMTMgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAv V2lkdGggNSAvSGVpZ2h0IDE5MCAvSW50ZXJwb2xhdGUKdHJ1ZSAvQ29sb3JTcGFjZSAxOCAwIFIg L0ludGVudCAvUGVyY2VwdHVhbCAvU01hc2sgNjIgMCBSIC9CaXRzUGVyQ29tcG9uZW50CjggL0Zp bHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngB7ZbpSgJhGEZ/G12LEGR7tu8lZatGRtliC0Sr VFJUVFJkO9lmRVG03EDegFCkaGpp2swY03X0wFsg7y00MBzmzJ+BQb/nWB5VD7Ll8qvz7rt30J1q eVTdy/0XUsed3It7XLdyj0tqB//U7JKMt7KZ9EY2n4pGkPRa7j4RDSDp1VfXodAGkuItTqEF/NWE ySk0XyZMpBeJjgOhCSQ9l9r3P/Ug6Zlk3PtsAEldkmEnXg+SHkut23EdSHoktmzFakHSQ7HZEasB SZ1i40a0GvxT/Ua00inqSfeF+rVIOUi6G9fZI2Ug6XZMt/xeCpJuxuqW3kpAUsdH7WK4GCTFWxZC RSDperR6LlQIktojVbbXApB09a1yNqAFSVfCFdP+fJB0KVxm9eeCpIvh0kl/Dkg6Hywe82UthEpI bcGCkZeM+VARqTWQN/ScPvOqJZ3wZ/c9pU0F8khHvZldHvWYN4t03KcxedTDL5oBdwqeKKp8DeXH oPwXlKNAOQn/1UnIZpGNJptUNrhsjtlYsylnQ88ygEUCSwgWGCw/WJywdGFhw7IHOZQcRSyZWFCx 3GIxxlKNhRzLPBaBiMPkRGQByfKSxSdLUyRrcriyrGXRm5zEP4c7IWIKZW5kc3RyZWFtCmVuZG9i agoxMyAwIG9iago0NjkKZW5kb2JqCjUyIDAgb2JqCjw8IC9MZW5ndGggNTMgMCBSIC9UeXBlIC9Y T2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggMTkyMCAvSGVpZ2h0IDEwODAKL0NvbG9yU3Bh Y2UgL0RldmljZUdyYXkgL0ludGVycG9sYXRlIHRydWUgL0JpdHNQZXJDb21wb25lbnQgOCAvRmls dGVyIC9GbGF0ZURlY29kZQo+PgpzdHJlYW0KeAHt0DEBAAAAwqD+qWcHb4hAYcCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQPPwACVDDTbCmVuZHN0cmVhbQplbmRvYmoKNTMgMCBvYmoK OTA2NgplbmRvYmoKNTggMCBvYmoKPDwgL0xlbmd0aCA1OSAwIFIgL1R5cGUgL1hPYmplY3QgL1N1 YnR5cGUgL0ltYWdlIC9XaWR0aCA3MSAvSGVpZ2h0IDcxIC9Db2xvclNwYWNlCi9EZXZpY2VHcmF5 IC9JbnRlcnBvbGF0ZSB0cnVlIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNv ZGUgPj4Kc3RyZWFtCngBY2AYBXQLAV7NxGTSgLsoM7rrlD/+JwP87kI1p+ofGYaAtNxANsecTEOA 2s4zwg1i/E6+Mf984MZIkOslkO1f+GHmTCHfMUCdcTBjblJkzGJY6NyhyJitbFDnUGbMdvZRY3DF w2jY4AqZ//9Hw2Y0bHCHAG6Z0XQzGja4QwC3zGi6GQ0b3CGAW2Y03YyGDe4QwC0zmm7oFzYHcVtF hAw8piyJUIxTyR94f4qdkr7mrRXwTv05nHYRlPi3vxDW12QQ/kpQOQ4F/47tkYYbw5DyhTx//T26 PwNhCgNjyaFvpBv08+K+/RVMSMYwMNqt3LefRLBv/76VDrDeM8wwFiUXfxKBixIrTPegogEReAGy CmVuZHN0cmVhbQplbmRvYmoKNTkgMCBvYmoKMjcyCmVuZG9iago1NiAwIG9iago8PCAvTGVuZ3Ro IDU3IDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDk5IC9IZWlnaHQg OTkgL0NvbG9yU3BhY2UKL0RldmljZUdyYXkgL0ludGVycG9sYXRlIHRydWUgL0JpdHNQZXJDb21w b25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJlYW0KeAHtmXlT6kgUxfXJTghLCDsI sgmCiLK6IJsKiMgism8u7/t/hHe7g29eDYF0nJqqqZqcP7QKOvl5700jfc7eniSpA1IH/nMd2CfU N/5wwjtvLCNFcRf+EC3uOgIKWgh3PwDJRAith8vQ1UIQDEB3l8sVoiSXy2WIIshAFRyg2ytVarVa QyxYrFIqFUARgnAEuL9GS+loWk8smtZRWo1ahSG7CgEClAAAijYYGbOZZS1EYlnWzJgMep1WrVRA IdvnsSZoKL3RbLE5nC632+0hECxzOR12K2sy6DSqnQxAQA0ancFsdXq8R/5gMBQKEygUCgUDRz6P y86aaK16BwMVgQhGi8NzFIqcxE8TZ6CkgNCaxGk8Fgn7vS4ro9dCHdtatb9/IFOogeD0hqKn56lM Ln9JqHwum75IxMJ+tw0x5FvGgYtQUQbW6QvHz7NXhWKpXKlUCVSpVMrFwnUulYgGPDaTTqOUHfBO HE1CoaEZuzd8mrq8rdzXGo9NQj026g/V4nU2GfW7LAYKl8GzydEkVFqDxR2Mpa5K941Wu9Pt9V4I 1Ov1Ou1Ws1YpZM+OfQ6G1qBp8CNgEia7L5LMlx6a7ZfXwXBEqsGg323VqzfpeNBtMWiVaBobDK5P erMrEE8X7pqd/mg8nc3mZJpNJ6NBr1UvXyYjXpgG/8ARQgl98oTP8qV6uz+azhfLFaGWi8VsMug+ 3RfSMb/TTMPe4Hlu8Sgoo80bOb+qNrvDKQDe3kn1tlrOxv12vZRNBF2sHg9jo1McAkYRTd3ct/rj 2fLt/YNY7++rxXTQfaxcJsMei4H/scUIHWM/iqVva+3XyRwIn8T6+HhfzkYvT3dX58eHVqOWd2cA Ah4oxuGPZ4r1zmC6QIifpPr8eF/Nx/3W/fUFzBsQcp7NhxE0QmQxYimG8PPz8+MNEM8PN6koINDm 29zfHMLsDMSzpUZ3OBOPWExeMcJnNwkgTnPfR7RrhfSJhNjxeKFxwyykRu3oEX5LapRQh9bvS42S GvX3bzm//19IH+bSJ63Q9pA+QIQ6JH3SfusLp7T1hB4saesJdeh/vPXgrFf/7lmPZOv9kxMr2REG nbtjmWINn7tFHLvxoXjxdSjecWKVq/5wD751tBc8d8tV1F8eyHz1Jt6gwO7B4Xb34IdcSRmt2Ml5 6g2ny5VYm2XYa1axBwKeF587+KcfVW50XsezxeqN2C0Cs2g+fu00yvmzENhqW5wc7D5iVy1TeHjq DSYz8LzITK8lZ3n1Wg+3mXhgqx+1t7ZywJA6vyzXn3uD0QScO0JNJ+PBy3Ojcn0RPXIwOrWC16kF BHI4rZ5QPH1Trbe6yH8kMyCHw8Frv/vcuLvNJsJgR3Eu6oartoeHoaHNDt/xWbZQqT0iFxVsVAJ1 u532c7Nevc2fg1HL6tG0eRxOhIAyKKPF5Y8mM9fF6n2t3nh8JLCDYRFYwXelm9xFLIjsZn73EY4b gJApNbTJ5g5EEqkcdrTB0iZQuVwCQzufTsZCXocZiuC1aRGCm4aesbmPwicJ8OWzuXyewJqHRciW P4tHAocO1kBtLYIrQ6HS6hmr89DPpQsJnC+g/GCHEgkULkTDAZ/bzhp1alzE5rDRuQyVIQMGbWJt OCMJQEZCpGAw4PcduhxWBnKYHYTfDMhhTGYrSnpQ1EMkLuhhjDQFNcggFUN/Mq+4OpRqrU5vMOG8 CpIoIkFcZdTTFERJmLALgXoFqZ6aS92IYzcI3SB1g2xvnezxFrB+EergIKKzQ5UKRYc4ctteA6Z8 JaAQaIoKQBUQgJIloGjmqBKxOS6Kcdc57q4mfb2HIBgjMo/Gl33dRPA3Xv2NH4I33lhADtm4VHpB 6sC/1YFfsm8BKwplbmRzdHJlYW0KZW5kb2JqCjU3IDAgb2JqCjEzOTYKZW5kb2JqCjYyIDAgb2Jq Cjw8IC9MZW5ndGggNjMgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGgg NSAvSGVpZ2h0IDE5MCAvQ29sb3JTcGFjZQovRGV2aWNlR3JheSAvSW50ZXJwb2xhdGUgdHJ1ZSAv Qml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4Afvwf0iB DyDXjhKjYUDldDB0MgE48QMAvPirUgplbmRzdHJlYW0KZW5kb2JqCjYzIDAgb2JqCjI5CmVuZG9i ago0OSAwIG9iago8PCAvTGVuZ3RoIDUwIDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1h Z2UgL1dpZHRoIDIyNiAvSGVpZ2h0IDI2OSAvQ29sb3JTcGFjZQovRGV2aWNlR3JheSAvSW50ZXJw b2xhdGUgdHJ1ZSAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0 cmVhbQp4Ae2ah3IbxxJFJTGAyDnnDBDMpIJl//93vXN7dgEsQNIk7bL0qnpcJtJuT9/bcXv06ZMv Z8AZcAacAWfAGXAGnAFnwBlwBpwBZ8AZcAacAWfAGXAGnAFnwBlwBpwBZ8AZcAacAWfAGXAGnAFn wBlwBpwBZ8AZcAacAWfAGXAGnAFnwBlwBpwBZ8AZcAacAWfAGXAGnAFnwBlwBpwBZ8AZcAacAWfA GXAGnAFnwBlwBpwBZ8AZcAacAWfAGXAGnAFnwBlwBpwBZ8AZcAacAWfAGXAGnAFnwBlwBpwBZ8AZ cAacAWfAGXAGnAFnwBlwBpwBZ8AZcAacAWfAGXAGnAFnwBlwBpwBZ+BXMvD5w5t/jteHJbxyYyz7 4+pJ+FbKR8TYzV++fLHXV1T90E+xcJP+AQk7ZJ8/f1RHZHDryclJEPABLV655UD4Ow2wg4duezq+ T4zwnZycagnk5/fd/Qo4/SSAHxcugAbN0JmKH9DRAJ6enZ2zzk7/ZYgGMCn8HQQaPnxL6zSS8gEd RfLpWeriIn1xkTo/O1G8/I1h3v5zJDx1kU4H4e9wkYBPyGydpyTFxGCHd+hoOpyn0plsLptNX0QQ /yWMEUAJz+2Ev4kg8Bn1ZyDTwgKSkstm0NEgvlXHYMF0Nl8sFgs5bg93a4N4RRrFH597fUFpKXmW QnhhJ1w+wnrhDn0dLlB2kG+lM2Flc0gpoWM2nYogviZkKz/WoVCqVCrlYi5jd5Nv4gCPtotf+Dp+ y2u4KHyxFbl7Y1Y4T2e3wl/mb0+ovVVqOT07v0gLWKGQzwOvXKlWq5VSPoJoiuw2e+GdtDw9u8jk S9V6o16rFHOBoBMVj7CEQpsaGvvK3unP3iW64mgPITxLBeGNnfDt/brpaIVfSS1nGDCTK5TK4p5V rTWazWa9WioEiJYUn9k1qQbyT07P07litdFqt5u1ciErN9eKAlwlRIVScEK61l9h214TV5kjiEJ4 fhELr0t46uxM94ZlYALEgGu3D7kdfLK+cEF+rY6G3W43KJkmJ+KqAWQS0sGnmOVyvd3tdTvNagk/ PVflUGyzUibKoKmgWNCrrLCiT3wlTp7bDLtDX75cb3V7vU6zVspnlFEDgyYzkJfkL0hWYskXK7Wm YHXarRb4+oPhsN+VHXKZOKnKvw5AJT4awotsodrsDgaDXls8UzVIy5msrYyJUq1Usg4xT8q2xUdd Ey4RoYd7KYulMgjvSLVOgyCQOCiJlsAGc8ploi9D2szmCLxqo90bjMajYb/X7fUHo8l0Mh50W/VK iYRjbP1tVgUhYZgr1lr94Wg06GLEPCpbeBdLpZJSYBatQq5WzCvsqSsspQAScFGfVWZssyR/QphF eG80Hg97rXq5mDdGqGtaVoDNoqoJgTYrCsqaZfyz1R2Mp/P5fDoZDYcj3i4Ws8mw1yaolVUzOOvx rgkVSMz40UWuVG8PxpNYCfIW8qu4fq1WJcEKQg5KS8plZLOygBelQ5WLlN5QXBnqsOWzRJNFeH88 nY4H+Gm5pLxIWZNEiJKOsp78w2iLNyLs8M/+aLpYXV6uV2CcTGaL1Xq9WkxHfaKRtIgh4+qWRLX/ yRCmQdgZygPwpGq5JPoU11qtJnwJEvDqzZbiAeECKh0IDj43alF+O/RTIRR9CJ/NUaxDJlReRFxY BRxGXkvDoWpXlFOQW9io0yHqRpP58vL65uZ6s17MZ3PAXl1t1svZmGjsoAeV428hBoT5cqOLEtMJ booOpGXCGr9nEQDiCzzsqq/4AuEsu6TP6nXwGkvChx4TEEo4/jWfABE6yIvAZJk3WM6g6uWpduFb Nu/0BsTMGKOtNzd39/d3N+BaLAF4c3tzdSmLjlCEbYGYskZz32yJ9zuEo+nMXLxZx3xG4Hg8kV2H g14nZDICAWexsO90ldh0xXg84gLLk0d7bRGOZsvVEisOoAdhjbpWA7BVmgzFvVUFvmgE35ygzHy+ WArgw+Pjw9315Wq5Wl/d3N3d3fJ+AUb2Ja2WcmkLxQSq/Q/7COczORL2aXdwkDG7ENh4h/FFSoPS 5RLZiO4Dj8/kgPlsNsVp2uRJKulpMp3GCHvj+YpgIkuMhnBP7jcf4BXjFwnLfKlSb7U7nU4bbvEm 7KW1vry+vX98enqUEVeY8Pb+4eFOVkQPFFFmZNtXjZhAqFDpEnvdHuoLH7QptGfwJXzE/OUaU5C9 DZ+pYZiH3dZzbEYIm73JwiIIUeIHx7ddFAENQjhP3VPJlMvD7RQ6Nhu2Wq+FyRASiSAE78PD/S0I V0vInk0GnUY5LyMe1qmdFQ8QjnG4DlGwBbghtHGKGU6Dy1xdX10GhDFgLKOdRn0qaRQSO+GfAsJK sz9dbW5IGKgGRrxLtiLWhoNum3RBdqk1OypXLErCShttEL1ab67NSwVKYRhsSFASlYI47rcw4lF0 7KkQqgVdR6MHdfMZCOkg+sPgoks4DJkMypB/jY6WyWRCQ6zUpgBTEq4UQtDviTeE+UprMFtfkzDu SRO632jULmOlVyXvSr1NySTqiXzS59U1CMkti8Vqg92UaSDSopL3yCA6BHE+HXbqpdyrbrq1YYRw CMLeDiHyCW0cH4fZGNjVfDLEl4bK41KEn8Ql7hIj3OuhhDAthPPL24enr0+PeNh6TsbGhnIUq8A1 NdWNDqUdT+F/8idUUh/I7XLY61sjBlD2HnMuZxBhSWE26jUrctNk/O+RfGTD0B4N2Q2WlJ3v7h9E 22azucLPri4XtBSqVWTHYFRzYpWZZ2I+RjhcXN0/ff/+/dvT/Q0S8E0hVGaWe1MgaRpVMlX05Bsw B4yxRbu2sdgA01qcXi5JbcoDC1KA3LSQAeGXPWL3AR4ixD690P9ZnrFU9gjzN1dXwV9XsNamFnYH E+13E9wJb+kZwgMyI4Tt4eL64dsfP3/++PZ4t1mSH9ot+k1oNPemOqqvU0tGhpQz4hkri5jeUFkY EtXTRBloOSNX4WdApMb224aQXiOBa/fhwEvhtC8njRKpxTnJ+v72GvZAs16MKQyUMsJmpsgUQvyU kG+HZJpwFxDyaFFtj5bXj99//vnnzx9P91dCSC+E8io0uDctRh2E5nYLQ7jBR2VpXTVRq6Z0TgNA YgAsRYJ8T0OnLmLQrhWP4n+HTwMD+tKQaXAQlb5BqHSqFHLSx6evX2VEA7hZzYZduriK4gYjkvMM Ir0i31dIpupqdvJ3CG9A+NdfP398vb9aTWPdZ2w4pGpXq+pc5xQfJRdgqDOjAFH+O/0xzQImpF6N 6VHJa2ylmm1uDcJOLUqmu20T7xIIVc2HkYuTqYWQavT16xNV1qDALLaqkPvkVlCKPwWIFhBHW+0Q xjb8en+9QkXFoQKPtMUTR41aAWGUeEMItStMSE9Wo0oOp2TNCCEkLDEh7W3dsMPQoFM/2vZFhKF/ sXbQSv3WhoaQSNzgIcSb6pcZkaRwKTMSNjBrefv80Ibk0mqIwx9//PHj29PdNaFM3xx5GT1Gm1at 1RtOtedKNoRc3B7kVZ5/gY7jbhGSt0f6paY4mQaEpVAQE7h2H7Y27BIHPHzFDymho6BYkOSDDa30 z0Y4o54ArIBRugJEcruwH+XtKNO0hvPN3dM35dIHlQtVXSWaudUZfK6FM84xnSEURHk9j1pWRfYQ KrfYLxa5OIHZ8M0IlctoTUnK7BU3TXJTZRqSqTKKLFVWl1Wu4T/WPwYrXi4nlrdTibwthBdW8S8l 6NEKz5oHPBpbEo25H0WfLgpfJIuAMCrleJ+e4yAS7NhQjSP5T9nTchPW1f4qxPU3ISw1upatQaj2 TG0hPdO2aVIuBbNFB89JEUJZwfKCChb5o12jq0mkGkOYK6tru6J1oHfQlTQIQ0tnRB5JkgKlBsJ6 USFU0cA2audKEGkI5Vzqs/QcYNjNf/VYTV54SxzGD6l6UJjhLhsqvCEMva7aeRmVKO/TYe8hhA5d rfo1HR7vFSFs9MbKuwhVNy1Uyoxq5QWRPn5EwtSm7KAOmMeGERuVi3KVnmyNc6qh4ydhArv8t09T RHV+Q7Wwx3CmGHRMU5wUG9LBYEPrRe0B9PbaPuNeKuz5HF5KBYvKpkJxQ6rZVaZtvTCETDE6Q0Oj TMnCUWKEampDC0Zxtcd3aaAHVU2MCoUSzU4olMoQ6EY964E9dLI0tlSOajFjRxG75JJ4R6YhVGxY RLut51lRy1MSFgOhWkTaQj27wKN5SEUIC3sILWrJsiEOE89qEq5JlOY0VFvZATXlcTxEqMe2AoHV 1MjgNsqZeqqmLGswV+CpqtFhPgA1hhD49kxYYkZEIPY1wGvSD58nYiMBUBVfU+kCkvT0ElVDeyxE rLkg1YBHl/CkK/4YvuUK2kBWRzdVzl3JN4Sfo8UUGeFFjSoZtunpl/jTXCBspEqnEighyjMCiAZD LuR5k420D4GoaZto0Z0M2upgV72ir+kzWbQHxNf60s8M/DK5Uk1TGJpS69nYEpMp6Nka/dk6mlY0 qpo6MFUJcSCIdq3qmtq26NRDs2stHa1kZHCU0bO9Kr3Guox7NARR+gagyQCqWippgOKaGTB4zMmI MDkNZudGBibhmRmOGQrwBF3k6ek00SwmjAjZTPUZCVfqTT14o4Ie3EJIKiaEk8wA/TaTYvST1bRY 5Mowcjq5HTkfnUB4fhqNeE9Yp5yt2LGFDe5sPKMZUI9HNJ5PNOu120N2UZNqJKBEi0d/m9tyniIH YEmDoIJ5kQqWxv3VcvRYug3+BL7oEJrzL8iq2XgojCnD47YcxoRrvqbBIoOjMBLPcL0MI6cz92Pu ZRNFG9qfbde5Dh/wtapkM5Usa07JDDIM60Sm7rcFBCZeNqPSNE7HLxfM4BQPwbuCChrs5DLMroCo YS0z0zCKegnhJ00aMGImrwGvTnhoFwLPYtqWBkfsrOmw7Zsyte1IAUPItXkKgEzcyqbjqd26QEkm ocxAGZMypQ6zbDTTxBWsGmZgGpPRaWs0iw66Flk2/hfEKnNZG8vaHFJjYGGHOIbyDL6JjMM5bdKM lmuAuDumo6/GkrZoGYUtjHGlYTaaUcsyJR13YQ/hxz42GtfcWgyHF97xNkz/7SyAj5r82nGBze1t qmw2lfoiwZbOCTQM52w6MpZG65BEMRZ08w1EhevUR71sQmVT0qmOuaOlIxHsaUtGtcMLTig1hJfw U1a0tc31t3N+ruE8ILnsO/7odDqDRW16n4uWsGowLAnBxLoKFuysJzrPEPe0+jofodXggigQ7CBA 5zxWKl5DaAVDx62xb4WjEVNV+qGNzJJm2UFKSCS749loa66kIafPMi/b8iM/CtYz5nW+pKMlZPEf Gcs8R6SY8raFTmhSGNA2Mi7lB6YEWgifkpmxjMrRgdArJiQQzYrcES/TIRjUYGnDcB52Fg4lrQyc isTofI36Yd4XjnPCONtyhg52OLZR5Jhmp9IsPkWDU8VTvJP4s3NJ0wMQKjeqN9JHK2hh+PjeJAWF QJCMvMNPKs+6JVqRDjLpuVbYUL4pVuXy4XqxaIbX7piDAysLYEVmtHR4S3DpiCiUEaks3aJlJtVG 2ol9whZBj7DRDkqsRoQ8SIoVOoR09DnoLMps7emwV93Cb4YvwihVbeNz/kVBhlZOaZiKGq/o5MrO 3WkdZRRxuV37YMNG258iIo3LHfkBXaxCuFifjgAdfxHfFF51qxG5t2Ewnf2u2/Vme5msGZW9BEIr Mww9lIHD+WmQH/818bHF7EP8S3iN9tknJXlB9OkYz7PfHN7Ljodf6fP23vBjpCTNGWldXqojxXhZ HdHpUjjkk7zATbg3/vv8TvFG8VW71+Qv8af3ve6k2buXbo4vw+LBiJyiUkpZKqZWS6lxKt6RCY8E xRLC69HP8RfxZfHn//ZVu1vGs8KlQmoFblflrEs4PDv9b3X8p7ttIaatvEUH2PaiWmhH9ZaD/+lG v+7+GKL9cxT6tahlCa1b6Dpe7xx/nepv3dkgRn2RquNuqdIpjZJl3irs97xOECkwoTxan7DXK0Rt wu+p+Zu1AqJhVHWLOxZrLKM6//9uQogQxP3SbIXS/tgvb6bqd77QkDz/53dW+526PQPwnRL8cmfA GXAGnAFnwBlwBpwBZ8AZcAacAWfAGXAGnAFnwBlwBpwBZ8AZcAacAWfAGXAGnAFnwBlwBpwBZ8AZ cAacAWfAGXAGnAFnwBlwBpwBZ8AZcAacAWfAGXAGnAFnwBlwBpwBZ8AZcAacAWfgFzHwP5XHiiEK ZW5kc3RyZWFtCmVuZG9iago1MCAwIG9iago0NjY4CmVuZG9iago0NyAwIG9iago8PCAvTGVuZ3Ro IDQ4IDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRoIDM1MyAvSGVpZ2h0 IDE2MSAvQ29sb3JTcGFjZQovRGV2aWNlR3JheSAvSW50ZXJwb2xhdGUgdHJ1ZSAvQml0c1BlckNv bXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4Ae2dd0MiSdfFn90ZE6gE kShRRQQFSQoSRRRUkggYMI2z+37/j/CeW9UgprHbVVql7x9KEprfnDl1q7r63v/9TwmFgEJAIaAQ UAgoBP5M4C8lQODPjN707Gfg+veniB6JN2F89o967yjf1/vxuYJAEJRnaUl9kNOlt2Rf8qdcMfZ5 Agh+/GCIpcJ88npGl7P9+RPfcBwxIVNMDsSUTMEPYWJifIwQ/2cNE14SLrElsJOTU1MqhFqOmGYx I39MT6tVU5OEGISfSFL8AwN0xwmtSj09PTM7q9FotCx0ww89Yk7u0Ot1Ws2MGogZ4bci7uMdA90p FdBqtDr9nMEwbzQaTUMOMw8Lwip7WCxmo0GvnVELhMVLduCVAt6fjK56elaj0xvmTWaL1bZgtzsc ToRr6OF2uz2IRXnD43E77TbzvG6WCL/NJBheOO/YOGl3Vqs3GM0Wm93p8iwuLXtXVnw+3+rww+/3 BwKBNcS6fIFPD/h9yx6nzaifVU2MwYYHdCnyJvjSwDY2MalSz2h0oGuzuzxLXt9qYG09FNoIhyOR SHToEYvF4vH4JmJLvsCnx6PhoH/ZbTPqZqYgYcmECe/fHC/EOzdvtjlci15fYD0UjsY3txLJ7VQq TZEZdmSz2Vwul5c5ctl0cjO85nVZDRr1BAGWpOEHeHUGk8UOuqtroUh8K5nKZPM7hd1icW9vb3/4 USqVyogDmaO8X9zJJCJry3aTbnqSPEIKYOYO5L2wXuC1OtzLvrVQdDOZyuYLxf3SweHRUaVardaG H3VEA3Esa+AAapVyMZvY8Lktc/AIaYC5O4xPTKkJr83h8fqDkXgynSsUSwdH1Vq9cdw8abVabTmi Q3EqxJlMcXraaTVrB7vp2NqibV4DwD/EK1iQ78SkekY7Z7I5F1cCoehWKlvYKx9W68fNVrtzenZ2 fn5B0ZUlLuWP7nmnWS3ltoLLdqNGhcmGaMCc7/iEalqjN1odHuCNJdL5Ygl0Aff07Pyie3l1dXVN cSNT3MocNzfXl+edxkEhubHiMGlVE+IBM3uA+5I7mO1uL+HN7OyVK7XjVufsHGyBFV/vF4+70Qx8 +ZvLs+ZRMRX2OU1apBFiFUx8kfpOkXxtzqXVYJTwHlQazfYp0b25AVpA/S1P/PNJ4vfvu9ur85PK Xjric5p14gGDL+W+qhkt5OtZWYtspfN7B9XGSefsAnQJLsgK3/Lf0Y1//vn96/qiVQXgVZcEwIwv s4d5q3PJH4pv54rlCvCed6+ubxhdwP0cXP9Pzvj333/ubrrt2n4mKgVwn6/eZHN7Id9MoXRUZ3gh Xmi3D1fOL/cZPvttgInv2Djsdw724AvGtnN7h7Vm+6xL3nBHxkDa/QzfT/ZjeBNgxhfDm9ZgcSz5 NzbThVKl0Tq9uLzmeBW69/+ubwF8z9fqXA6EE9niQa3ZOVfw3mO9v/UGwMx/Sb/zVpd3LZqEPdRP Ti/gDmQOijXcw6Vb0gEzvvBf4ruyHt3O71eO4b7cHRS8D/G+AfADvsFYqlCqkj0w+Sre+xivdMAP +cZThXKtSfZAuYMi36d8JVsEAP/E/EJjgD8E42nwPTntXt3+Yu77zPuP/EMSPZj4joHvnMXpXQff g9oJ2a8i3xeFJA0wGQTWH2bnzM7ldfivwvdFsL0nJAFmBoz1Hb3JvrQWJf89OUP2y/Tbe0Pl90MC UgH/RIKmMy4s+iPbO8S3e82Ht4fvqtzrE5ACmBnEpFo7b/OshhP5UhXjm8K3j/L5GxIACwYxO2dx rYS2svuVJvje3tHk7fn3Vh4FAWmAYRAwYMfyejxTPDruXCh8XxWReMB9g1hYDGCAO2y0L66U8e09 AeMUEWVoVrdvI5Ev11rnVzdK/vB+gEnA45PTOpPDG9zM7leRoN1g/qb47yuIRVsEneOcUGkMNg8M YvfwuIMEQuH7Cl08LRYwBMxGOLNzhQyi3j6HASOBeP0TRvwVogHTHFmtmV9YXItn9ipNGAQZ8IjT E/H1RQLuC9jlCycLBw1kaIpBiMAr2iLYIg8JeGk9jhEOGQQMQhngRCAWp2CWQmCOYYGAtwuHx6dd lkGIeP+Rf4lYwCyFIAEjRaMUWBGwSOmIBIwhbnJab74XsDLCvSdgNsSpZg02pBCCgJUU+F0BMwHr TMiBk4oDiyQrvEyURfBJxpzVE4hl9pQUQhJhMYDJIWiSYV8ObuWRAysphATEogBzhzC7ViOpYuXk TEkh3h0wliGEIa5Ub/NJnITPGOmXilDwX3+xJNho94YSO5hkYBVCmcSJFo0YwA8dApMMZZVHNF8x y5W00j41QzlEPAuH4OvA4j9hxF/5uoL5LAPrPMtB7hDKLFmKZsQAhgWrtZhlhLeRQygOIQWvmOVK WqnEOoTF7Y9m9mtKDiGNrwgPJsBkwYtrm7kyzTLufisLweIpi7AIOhk3a3hgweLff+Rf+SpgNk9W aYwO78b27pFiwVIVIwKwMMb5Iiks9CjTOImExQDGGKczu+7HOMWCJUB+HbCQRNA0o1znY5yE9x/5 l4oDzJMILFXyhYiRpyYBgCjAUzMG29L6FlZ6zi5pHifh/Uf+pa8BRhKBNJhnaYWjJl8LHnlqEgCI AExpMFYiQsmCkqVJICu8VBRg1ey8ndJgWomgHVPSP2Z0/0IcYJyPEwCzLWmji0v6NxcJmE/kKso8 QzJh0YBXwqmiMpGTzPfV1TRhud3oUABLh0t/8ZUUTOUovly8Vjft0yiYk/0k5fwkHMaDyn+mp5X/ +oBZFiHbIEd48a1Ylca7LxW/ft1eU+3K3VR45bnalQJgmdM0hhdaQKVNmYupSv54Vn21zaqveh3G p9VXOWCZJxrEF3Rvb2+ur1Eu90r+msDij6DbvaD6wfsv1Q9mgGWeKnO+oHuJgz2nSta9stZf4nen dcwqYAcWbYbZJyXGCfDDxZ7hT5VJv+RkF2edduuk2ZS1JrvUD2806rWj8m52a8PnohruT4rk85PK WK4MyrVcyfzh9qp71j5p1KqVo8PDQ5n7Ckj7eKELQWDp+S4EA2ft8wfY+Tf89WDyX/A9PWlUDkp7 u4XCzleKfJ76aMSFPhqoMP73ozYPBJj2nbBTRsK2iLfNad74V8wgrsG3drhfyKW3k4mEfH1dpH8y OsHEouF1/7ILnWCmqRPMoxr5HLDO3NvYgwvkhnvSkwSMKuit+kExt70ZDYeCQfk6E73hk4VeRg7r C72M2O5g2pom02l7LuCLTuOwmNmKBP0+7/LSkrzttaR++p+7cVEaMaHSYrVHWHEf8u5gAL67vTxD lfnsVjjg9bgc9gXbVwq0sxP6yame7ydHlxjhlIawdWroZz0pRbvpohHFTjLiX3LazMZ5g0HuHofS Pr/XEXGCd0R83OIMJsz2X99v/hvqBQQAjDYJqOKfia8vOy3zeq1mdlb+Np2SjuDPPT17aYTbH5Nh +yp3iNPjw0Iy7HNZ0VZwWqWSqcHsWz8WjWn/1JUWoxxKcdAoJ2zAHuppT+4Q7Xopt7m+ZEfLO9Xk xPj42FeLP/VV5ss9dBmicJHRUC8hIMDMIdJRP9qFoWkja1D8udp+izgadJpGAvx8IzlmwijnRVeC 00UwwywVIeQQ5BAhWu2bZgMxHe3XCrCleDy+8fu9qQYu9EzvVYe7NULIIerl3CbasRkgYN6amB/v 1/r5PF08Kkw12IWIdK09W44Y0uaTAYdYdVv00js2vvitPtETwpIwqxaRG+6ltAM5BHMI6mUluanr J0L5wqEIiZoMF4OTgK8vKIeIM4d4Zq3khWP+Ug9zj9AYUc4gsTPMcgZMwFeYJhdT1CtMcIgvxU7c wdJsmV9MO9yCHMIQ1zjIJ1hDTPHd7sR9r0/zKiGPGHZJGS7g8xNMk2MBj5V65j5ZTf00jP7TgQhz jcGiSMOoaNAX8A5rOCp0ff5P3+Sz/nFvmKPp8tCqIgkCblX3M3yIQ8vcx6cDPiswqcfFhjkVVVbs 1/X6cAmDL1IIvlC5sYJ+ozwJlnroX+P18Ahas+xXphPqIn3obIMJGCvt5MCUo2mktCT+GlgHjpI8 glW3hYQzVP76w6sHcwHjVNHBToIL+MmejYHj+/I3+WwOEnb6NpLIhYWqBh8oYTbCXZ42K8V0jPbE fG8BY0FCkLBtMRBLF6mFxsdWcO+NcDU0hccs2QQHHscs+YX1qC8vYFrxockGauQ7vaGtfIkXYP24 XVS9Ee74cHc74ndbe+to34DkS18BEqYuDwarB22M0EWDdyn5oC0SjC82Q+BcMp2Ks9NC8JNNXS8d 6Rd9nBIJbPHRGu0ogk1V3KmPEST8ETZMfKkjfKtWzieETXM4I/uNDYJEQbkwrUhQJ6NErkSdzj7I hrFdFXyvabPJbirqX7TNa9QT313AzIV5qmZjJnHAOz18hIZpgMMU47R5xAyCRrhvuwox6Ge9cQ4m sRZLU6+Sj2lmxA24iykGtoWHVrCrVjhTNHgw3/K2MM4hGaZuO3uV41Nqx/XeGu4NcDDgnWTY7yGD +PYjHNcLG+cwnzOwflG5/SpvKPeuhNnlAr9uLs+xm7KQimLX8vObPr+lgnkyTJnEgscfTgotEd9V w32+7frhbhoZmsOs751K/p5MH34rMglkEjo0TQ1Ee00935HwPV/arboZZAY8ChlEDzM3CdWs3uxY XkPbX9a2WvDhd0iIYb/IH+AP7cYR+IZ8bisz4G+7DNzjev9bsGH09UTj6ncmzOTb44vdwBs+DHBa ytC+46n6e6YPb1GuRq3B0Xq9T5ha2//31uucL1132oI/gO+qZwGb/Tjf77vI8xAvn26guf20dh7N 7ZmGq03kwze8u/LbbYLw4gzG7XUXV2MM8FWNwBTuIWMyCVpXI8Kk4Z1S5bh9zvuDY2XijYgZXtjD 1QWuJjqA/5J+TfqZ0ePb03CPcHQ7v3/UaJ11uYjfhpi5Ay0/XNJlveVCejPE+CJB+/5LEA/1S/f4 QMcIO71rkUSueFg/6VxAxL9+06RDqooJL13rfYOLOVuNSmknFQ/64L+UAI9RAjE6BizA7hM2WJxL gfBWplCuHrcHRSzeKOjfg+Fl8sXFhnu57ej6ihtX7XF/+M5nMZ6Kd5AwfFhjMDsWV0Px1M7+EUQM J2aDHTVjFyfjQbwXZ63jSnk3k4iseemqSOL75LrTFw/pmz0hjHRqzZxpwbOyHk1mdyHi1inziTsY BUP8io6JrqBecod2E/LNp+IbuFjLMi/wHUF/4FLhhCfVs3qjzbUcCG+mdvYOa832GRBDxVhiExi/ AJnBJbrw3lvgPe/gUu9SIZOIrvs8drMB8ws+vo2c//b+KwqEVTO6eYtj0ReEiAulozpDfHVzi7SY GHMhc5qPfrIKPKgRc3Mt4KVLkSFfXDRtmtOMPF8hWxubgBHDJtzewEZ8O7dbJsSn592ra2IsQH5M mcBTeSPQhXipzMZJo3qwt5PeikC+DtjDrFq46HRk9Us6hoZxGnR8CjYxb4WI1+ETuWL5qHbc6sAp GGMGGSwZU+EHVY66u+MVeC6756cos0F4M4lYcHWJ5KudxrVa/FqX3v+X0fyNAYgmdZOqGe2cyeZa Wl2PbKVyu6XDauMEMr7oXhHkW1SKAs/7wH0oF84AumeoZ1OvEN5kbCPgdduZfGG/Cl+uYSIMm1DP wont7mV/kBAX9g8qteOTducMkKHk6+sbChTEYr9Z5Sgqb3TaaTUb1cNScSdNeFcWUVIB7suvSR/J 9Pfpf9S/uE1MqqY1eiMhXg1GNpOZfLEExo0mIJ+C8kW32xXqYOEWqxwFuCfH9ephea+QSyWiIeB1 2kwG7Yxake8DzNwmSMTwCaOVEK9vxLZS2Z3d/fIhIB83T1rtdqfTYRW48BuFo1A5qlGvHqEAD0rE JDdRZYPwmg240HuKue8oTo8fYB24Q4TJiQXEFrtraSUQDMcT25l8obhfPjiqVGu1er0hRL3OCkdR daMdFAvajIbWVpc9DsLL3EFx3wG4/KYg4vFJWDFUbF5wepZ9YBzdTKYyuXxht7i3XyqVhSiV9veK uzv5bHp7Kx4Jrfu9iy671cTxssFNke9jxIKIxwjxjFY/b7IS4xX/WigcjW8ltlPpTDab45HNZjLp VDKxGYtsBAOr3kU3xGucoyoQkwrex2T79/uIySg0ujnG2L3o9a0G1kMb4Ug0FosLEYtFIygctRZY XVnyuOw2i9Gg184IeGkD8EjPLfpEn9y4RzypEhhbbHany7O0vOJbXfUHEGv0w+9f9a14lxbdLseC 1Ux0Z6fVU5OsCMTLFRWefN4IPtBDPDYxOaWantFo9YZ5k9lqW3A4nC6328PD7Xa5nFQ3igoxzemI LpUwwdD2Q8H7mmo4Ysw8xomxenpWo9XNGeaNRpPZbEFY6YfFbDahbtScHnBnSLtEF/M2MgfFHUQh /vsHMRYgz8wCs1an0/dDp9OibhTYqlU9ugre18DeP086RLEXMOaQIWWVWj3NYob/AlmUjWJ1mEi7 Al1FvfcQ/3yLEHPGBBlSHp+YmEBhq37g7jiVjeJwmTUodP/M9PGzjDFBhpJBmTgPBD1AZZroefbK x3+u3BdDgENmlBnngcpXRFZgq4xrYli++BoBMvvFqfa5KtJ9kZrkJwYx925LfhPlDxQCCgGFgEJA IaAQUAgoBPoE/h+2oTy8CmVuZHN0cmVhbQplbmRvYmoKNDggMCBvYmoKNDk5MAplbmRvYmoKNDMg MCBvYmoKPDwgL0xlbmd0aCA0NCAwIFIgL1R5cGUgL1hPYmplY3QgL1N1YnR5cGUgL0ltYWdlIC9X aWR0aCAzMjUgL0hlaWdodCAxMzQgL0NvbG9yU3BhY2UKL0RldmljZUdyYXkgL0ludGVycG9sYXRl IHRydWUgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJlYW0K eAHt3W9oVWUcB/Bzd/dHrmuV87oxEEm3pCY0Yi8d6nWb6Is0RBDKNyVEijKXYYORCdZQ2BCl1h+S IJnQnxdBIhX5J5lrhb1YiZDJ0m0OK8FGNjJdeu/ZnefsPuec5/k9z+7p/u73vNm9z3l+v2fP5/7u 2b3n3ywLS1gCs2Kx2JKt20NbTgz8b5bnKa9BWeLZno9+/w/LpMBRVcRofGffMPhcAoqI1Vu+dIXj SVJABbF8zZkxqAkE5BHL2ocE8Wi6JyCLWNd1HV5eAnKIxUf+8UqAdrlKjLeiCn1rJbgSoyt+8M2A lcHbxEc+hlKQQEAlFmy8GpQB6wMqsXwPiCQEfCvx4X6JDOjiW4mrLwBISsCnEpvw2VCK0O9z4kF8 T5Y09Hw7F78vmwH9vBAj78BGXkC8TSxCHcoTemwTC7tVUqCvqBIL3oOLkoAIcaVSBnQW/WFp/BMu agKZlfjAX2oZ0DuzEstOQkVVIKMS31XNgP4ZlbjlNlCUBaZV4mIcFlUmnP5hO/oJIQVC3JX4HEAo Ai7Eh36kpECMC/EgPEgCTsQFf5BSIMiJ+Do4aAIOxPgtWgpEORCPQYMocB9x/m/EFAi7j4gtIrka phArcJRZH3EzOQUC05U4ewAWZIE0Yh05AwKn9id2wIIukK7EEXoKRE4iNuDbikYtTCLu10iBUBsx hh2JOqVgI1bqpECsjbgNEDoCNuLbOikQayMOAkJHIIU475pOCsSmEBvhoCUARC0+OziFeMRAonxO kUI8ms8CBuaeRIx+ZSBRPqdIIpbmM4CJuQPRgCIQgWhAwEAKVCIQDQgYSIFKBKIBAQMpUIlANCBg IAUqEYgGBAykQCUC0YCAgRSoREOIEVzRpyeZrEQLe7b1EPckEQ/p5dCP7nwhl5f6SBIx7EOmN2qS v0WOL2EjXsxxv9SvHxvWf0fqZPiUA6I1qEOgH/sKC8Q39CF0MjSzQHxGh0A/di4LxHDPlP089REh 5yGLe/XLiZ5hc8772RNooxNoR95qYIL4xLi2BTnBCBNDy/qJbKAduJcNYoj3x69jg1gV2r9cGZjN BtEK7TYa+/kYWstCuuffeBUjRCukyzC6ORlaLdp/ZkkJmlghxi+TEDSDjhewQrTaNT1I4Ut5GVrR EG7R9A0zQ8vaSaolnaA7PPYkOishnvW7aXzhHJ7J46d1qooQO17JBM45jaIs71bc5xyczePaG4R6 IoecL2YD55rILrIIIfBJ19B8npSeJWAQQ3bzOLQiePHrs3Ybxf45guGZNK0j1pVq2FgjEzDRNEo+ UOWg9d8qGpxPW1YuIT/Mx0s4k8ezsDvn+xLh0Iwaa2b8JLGhhYy4PKby4r+07Zxs1OBij4FZNbfK cpD6DT3KCstrMpEdM1iLv+aH4T3bl0k1JhM0/JjXS8euPdJyR0ZEvc+VanZWPhNaPiO7aIdrfYZk uKpmVL3OgiLOLWII5Tulyp4gE9X1H87yHZDlysI3/1Zl8ut/c1uUJVPQpNYbPFns3Kqg0biur/jM r7ZU1nXM42oUPK/oJiP/iO6XembniwTLuXpUH1ApOHHfTkZncrpw5J80nxHTyLaemi8/Ft+e0XXf TciKTe830b82v9/JjrJo/na6jtzzXs7HUhw+cg9L1vYrX+wy3vcU0wP0cmaiXjVvXZQrP7vXz9vz 7kueSC2j7cGGA6NSW8eJ0a6lZRnhaEgLrH7pdFA9nmrN228naaXAn0XxuraTl4SXG1y79HXbhnhh YAp0sAUqE4nXelzLq4lEBXQgAIEQBe4C11FJtAplbmRzdHJlYW0KZW5kb2JqCjQ0IDAgb2JqCjEz MzkKZW5kb2JqCjYwIDAgb2JqCjw8IC9MZW5ndGggNjEgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0 eXBlIC9JbWFnZSAvV2lkdGggOTAgL0hlaWdodCA5MCAvQ29sb3JTcGFjZQovRGV2aWNlR3JheSAv SW50ZXJwb2xhdGUgdHJ1ZSAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2Rl ID4+CnN0cmVhbQp4Ae2Zb0/iSBzHuQP6b2iBFqXQsKzU+A8oq2Ihi0QoiSiExbKKYqogyr3/l7Az 0+K2Z70ddL27B/0+sSbTT375djSZz4RCQf6bBv54U341qwP9c8U4r71ORwsQM7xy0Fvo7VfYmBsO RyJRJ9Qvs1wZiYTDmO2LRvOGIZWiaYZhWOLAxTRNRaMRzH6JRgNDLkUzHAAxHkYgCloZA4BjIByy XzZigymaBbyQSIqiJKUII0mimEwIPGBpyg+NJ6YYjo+LqfV0JptViJPNZtLrKTHOc4yN9hTigIGQ XJOVXH6joKqbhFHVwkY+p8hrSQH4oCE5QjEgLqWVvLq1s1cslTXClEvFvZ0tNa+kpThCw6pdQ6OR ozQnSHKusF3U9qtHeq1OmJp+VN3XituFnCwJHB1FX/EnGo/M8mI6p+5qh7WvzZNWu20Qpd1unTS/ 1g61XTWXFnn2b0PjkUF8TSnsftEbrc5p97zX6/UJApedd087rYb+ZbegrMUBHvp5ZlwGw4tyflvT j41ubzC8MEeEMS+Gg17XONa17bws8oynDlwGJ6QUtXjYMM4G5uXV9Q1xrq8uzcGZ0TgsqkpK4Dx1 IDINEuu5La3W6g5G48mtZd0RxrJuJ+PRoNuqaVu59QSg3bsD1xxLpvM7+41O3xxPrPvpjDjTe2sy Nvudxv5OPp2MeYpGZCYmyht71ebp4PvEms4e5o+EmT/Mptbk++C0Wd3bkMUYLnr5CTGZlzKF4tHJ 2fDq9h5yn4jzOH+4v70anp0cFQsZyf6ELjLF8lJWLemt84uxNYXgBXGeHudTa3xx3tJLalaCOxr+ rXjIAiSXa+2eeY3Ii8VfhFksEPna7LVrZUgWfMgpZRORRzd3MzgyIRcuWzw9zu5uRoi8CbedP1mr G/23kvtGXQvIy56DNvDWdHZd0EbQxot/VcHecFcStBG04W7A/RzsjaANdwPu52BvBG24G3A/B3vj f9XGu05tr52tPuykiU7H5Q84HUcZdKIvve9EX/I70SMLkbEtxCWyEHNyCzFHFuLSthAZHwtBY3Ny 8B5zcuBjTp5tT6W+tD2ErgcuW9qeesXH9iDDaBuq6nHnbYaqc1z1N1ThKBSB0KpV9KbR7X8bmuRW zRx+63eNpl7BVo31WLWQbQIT7zeBUH0h8lLJhEJue1mp1hur2stGvVp5xV7aQzvGtXKwqnE9qDjG 1R7ZNbM9tNsSl8ktcfmfLDEihyMUC+IiNNufPkOzTei14TJotj9/gmZbjANocr2SGBZuoxmAbby8 qo2XsY33U+aIjKf+gBsEBw1vPVgOxFa99YgBDt5M+N962FP/hpsa97543taoEXhn9ftvl/DYH3Mj hrcIHByNvlrwS+4riecePA/OshV/eBDBL/9iAz8AOqPvJgplbmRzdHJlYW0KZW5kb2JqCjYxIDAg b2JqCjEwNDkKZW5kb2JqCjQ1IDAgb2JqCjw8IC9MZW5ndGggNDYgMCBSIC9UeXBlIC9YT2JqZWN0 IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggNzU5IC9IZWlnaHQgMTgzIC9Db2xvclNwYWNlCi9EZXZp Y2VHcmF5IC9JbnRlcnBvbGF0ZSB0cnVlIC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxh dGVEZWNvZGUgPj4Kc3RyZWFtCngB7dAxAQAAAMKg9U9tCj+IQGHAgAEDBgwYMGDAgAEDBgwYMGDA gAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAED BgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwY MGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDA gAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAED BgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwY MGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDA gAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAED BgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwY MGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDA gAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAEDBgwYMGDAgAED BgwYMGDAgAEDBgwYMGDgODAerwABCmVuZHN0cmVhbQplbmRvYmoKNDYgMCBvYmoKNjI5CmVuZG9i ago1NCAwIG9iago8PCAvTGVuZ3RoIDU1IDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1h Z2UgL1dpZHRoIDYyIC9IZWlnaHQgNjIgL0NvbG9yU3BhY2UKL0RldmljZUdyYXkgL0ludGVycG9s YXRlIHRydWUgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJl YW0KeAHt17sNwCAMhOGTB2A+mDQUzlCwgPNQJGp8ZY6K5mTp637A2jlj+01vBqD07eU36AWWHkd0 q9nLz646s/YE2Lo31lc/CUhAAhKQgAQkIAEJSODPAlxZcFXDFRVTc4dxJYm7Yj3RVeOt2AttitQ/ CmVuZHN0cmVhbQplbmRvYmoKNTUgMCBvYmoKMTExCmVuZG9iagozNiAwIG9iago8PCAvVHlwZSAv RXh0R1N0YXRlIC9BQVBMOkFBIGZhbHNlID4+CmVuZG9iagozNyAwIG9iago8PCAvVHlwZSAvRXh0 R1N0YXRlIC9jYSAwLjI1ODggPj4KZW5kb2JqCjY0IDAgb2JqCjw8IC9MZW5ndGggNjUgMCBSIC9O IDMgL0FsdGVybmF0ZSAvRGV2aWNlUkdCIC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4 AZ2Wd1QU1xfH38xsL7RdliJl6b23BaQuvUiVJgrL7gJLWdZlF7A3RAUiiogIViQoYsBoKBIrolgI CBbsAQkiSgxGERWVzMYc9fc7J/n9Tt4fdz7zffeed+fe+84ZACgBIQJhDqwAQLZQIo7092bGxScw 8b0ABkSAAzYAcLi5otAov2iArkBfNjMXdZLxXwsC4PUtgFoArlsEhDOZf+n/70ORKxJLAIDC0QA7 Hj+Xi3Ihyln5EpFMn0SZnpIpYxgjYzGaIMqqMk77xOZ/+nxiTxnzsoU81EeWs4iXzZNxF8ob86R8 lJEQlIvyBPx8lG+grJ8lzRag/AZlejafkwsAhiLTJXxuOsrWKFPE0ZFslOcCQKCkfcUpX7GEX4Dm CQA7R7RELEhLlzCNuSZMG2dnFjOAn5/Fl0gswjncTI6Yx2TnZIs4wiUAfPpmWRRQktWWiRbZ0cbZ 0dHC1hIt/+f1j5ufvf4ZZL395PEy4s+eQYyeL9qX2C9aTi0ArCm0Nlu+aCk7AWhbD4Dq3S+a/j4A 5AsBaO376nsYsnlJl0hELlZW+fn5lgI+11JW0M/rfzp89vx7+Oo8S9l5n2vH9OGncqRZEqasqNyc rBypmJkr4nD5TIv/HuJ/HfhVWl/lYR7JT+WL+UL0qBh0ygTCNLTdQp5AIsgRMgXCv+vwvwz7KgcZ fpprFGh1HwE9yRIo9NEB8msPwNDIAEncg+5An/sWQowBspsXqz32ae5RRvf/tP9h4DL0Fc4VpDFl MjsymsmVivNkjN4JmcECEpAHdKAGtIAeMAYWwBY4AVfgCXxBEAgD0SAeLAJckA6ygRjkg+VgDSgC JWAL2A6qwV5QBxpAEzgG2sBJcA5cBFfBNXAT3ANDYBQ8A5PgNZiBIAgPUSEapAZpQwaQGWQLsSB3 yBcKgSKheCgZSoOEkBRaDq2DSqByqBraDzVA30MnoHPQZagfugMNQ+PQ79A7GIEpMB3WhA1hK5gF e8HBcDS8EE6DF8NL4UJ4M1wF18JH4Fb4HHwVvgkPwc/gKQQgZISB6CAWCAthI2FIApKKiJGVSDFS idQiTUgH0o1cR4aQCeQtBoehYZgYC4wrJgAzH8PFLMasxJRiqjGHMK2YLsx1zDBmEvMRS8VqYM2w LthAbBw2DZuPLcJWYuuxLdgL2JvYUexrHA7HwBnhnHABuHhcBm4ZrhS3G9eMO4vrx43gpvB4vBre DO+GD8Nz8BJ8EX4n/gj+DH4AP4p/QyATtAm2BD9CAkFIWEuoJBwmnCYMEMYIM0QFogHRhRhG5BGX EMuIdcQOYh9xlDhDUiQZkdxI0aQM0hpSFamJdIF0n/SSTCbrkp3JEWQBeTW5inyUfIk8TH5LUaKY UtiURIqUsplykHKWcofykkqlGlI9qQlUCXUztYF6nvqQ+kaOJmcpFyjHk1slVyPXKjcg91yeKG8g 7yW/SH6pfKX8cfk++QkFooKhAluBo7BSoUbhhMKgwpQiTdFGMUwxW7FU8bDiZcUnSnglQyVfJZ5S odIBpfNKIzSEpkdj07i0dbQ62gXaKB1HN6IH0jPoJfTv6L30SWUlZXvlGOUC5RrlU8pDDIRhyAhk ZDHKGMcYtxjvVDRVvFT4KptUmlQGVKZV56h6qvJVi1WbVW+qvlNjqvmqZaptVWtTe6COUTdVj1DP V9+jfkF9Yg59jusc7pziOcfm3NWANUw1IjWWaRzQ6NGY0tTS9NcUae7UPK85ocXQ8tTK0KrQOq01 rk3TdtcWaFdon9F+ylRmejGzmFXMLuakjoZOgI5UZ79Or86MrpHufN21us26D/RIeiy9VL0KvU69 SX1t/VD95fqN+ncNiAYsg3SDHQbdBtOGRoaxhhsM2wyfGKkaBRotNWo0um9MNfYwXmxca3zDBGfC Msk02W1yzRQ2dTBNN60x7TODzRzNBGa7zfrNsebO5kLzWvNBC4qFl0WeRaPFsCXDMsRyrWWb5XMr fasEq61W3VYfrR2ss6zrrO/ZKNkE2ay16bD53dbUlmtbY3vDjmrnZ7fKrt3uhb2ZPd9+j/1tB5pD qMMGh06HD45OjmLHJsdxJ32nZKddToMsOiucVcq65Ix19nZe5XzS+a2Lo4vE5ZjLb64Wrpmuh12f zDWay59bN3fETdeN47bfbcid6Z7svs99yEPHg+NR6/HIU8+T51nvOeZl4pXhdcTrube1t9i7xXua 7cJewT7rg/j4+xT79Poq+c73rfZ96Kfrl+bX6Dfp7+C/zP9sADYgOGBrwGCgZiA3sCFwMsgpaEVQ VzAlOCq4OvhRiGmIOKQjFA4NCt0Wen+ewTzhvLYwEBYYti3sQbhR+OLwHyNwEeERNRGPI20il0d2 R9GikqIOR72O9o4ui74333i+dH5njHxMYkxDzHSsT2x57FCcVdyKuKvx6vGC+PYEfEJMQn3C1ALf BdsXjCY6JBYl3lpotLBg4eVF6ouyFp1Kkk/iJB1PxibHJh9Ofs8J49RyplICU3alTHLZ3B3cZzxP XgVvnO/GL+ePpbqllqc+SXNL25Y2nu6RXpk+IWALqgUvMgIy9mZMZ4ZlHsyczYrNas4mZCdnnxAq CTOFXTlaOQU5/SIzUZFoaLHL4u2LJ8XB4vpcKHdhbruEjv5M9UiNpeulw3nueTV5b/Jj8o8XKBYI C3qWmC7ZtGRsqd/Sb5dhlnGXdS7XWb5m+fAKrxX7V0IrU1Z2rtJbVbhqdLX/6kNrSGsy1/y01npt +dpX62LXdRRqFq4uHFnvv76xSK5IXDS4wXXD3o2YjYKNvZvsNu3c9LGYV3ylxLqksuR9Kbf0yjc2 31R9M7s5dXNvmWPZni24LcItt7Z6bD1Urli+tHxkW+i21gpmRXHFq+1J2y9X2lfu3UHaId0xVBVS 1b5Tf+eWne+r06tv1njXNO/S2LVp1/Ru3u6BPZ57mvZq7i3Z+26fYN/t/f77W2sNaysP4A7kHXhc F1PX/S3r24Z69fqS+g8HhQeHDkUe6mpwamg4rHG4rBFulDaOH0k8cu07n+/amyya9jczmkuOgqPS o0+/T/7+1rHgY53HWcebfjD4YVcLraW4FWpd0jrZlt421B7f3n8i6ERnh2tHy4+WPx48qXOy5pTy qbLTpNOFp2fPLD0zdVZ0duJc2rmRzqTOe+fjzt/oiujqvRB84dJFv4vnu726z1xyu3TyssvlE1dY V9quOl5t7XHoafnJ4aeWXsfe1j6nvvZrztc6+uf2nx7wGDh33ef6xRuBN67enHez/9b8W7cHEweH bvNuP7mTdefF3by7M/dW38feL36g8KDyocbD2p9Nfm4echw6Newz3PMo6tG9Ee7Is19yf3k/WviY +rhyTHus4Yntk5PjfuPXni54OvpM9GxmouhXxV93PTd+/sNvnr/1TMZNjr4Qv5j9vfSl2suDr+xf dU6FTz18nf16Zrr4jdqbQ29Zb7vfxb4bm8l/j39f9cHkQ8fH4I/3Z7NnZ/8AA5jz/AplbmRzdHJl YW0KZW5kb2JqCjY1IDAgb2JqCjI2MTUKZW5kb2JqCjUxIDAgb2JqClsgL0lDQ0Jhc2VkIDY0IDAg UiBdCmVuZG9iago2NiAwIG9iago8PCAvTGVuZ3RoIDY3IDAgUiAvTiAzIC9BbHRlcm5hdGUgL0Rl dmljZVJHQiAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJlYW0KeAGFVd9v21QUPolvUqQWPyBY R4eKxa9VU1u5GxqtxgZJk6XtShal6dgqJOQ6N4mpGwfb6baqT3uBNwb8AUDZAw9IPCENBmJ72fbA tElThyqqSUh76MQPISbtBVXhu3ZiJ1PEXPX6yznfOec7517bRD1fabWaGVWIlquunc8klZOnFpSe TYrSs9RLA9Sr6U4tkcvNEi7BFffO6+EdigjL7ZHu/k72I796i9zRiSJPwG4VHX0Z+AxRzNRrtksU vwf7+Gm3BtzzHPDTNgQCqwKXfZwSeNHHJz1OIT8JjtAq6xWtCLwGPLzYZi+3YV8DGMiT4VVuG7oi ZpGzrZJhcs/hL49xtzH/Dy6bdfTsXYNY+5yluWO4D4neK/ZUvok/17X0HPBLsF+vuUlhfwX4j/rS fAJ4H1H0qZJ9dN7nR19frRTeBt4Fe9FwpwtN+2p1MXscGLHR9SXrmMgjONd1ZxKzpBeA71b4tNhj 6JGoyFNp4GHgwUp9qplfmnFW5oTdy7NamcwCI49kv6fN5IAHgD+0rbyoBc3SOjczohbyS1drbq6p QdqumllRC/0ymTtej8gpbbuVwpQfyw66dqEZyxZKxtHpJn+tZnpnEdrYBbueF9qQn93S7HQGGHnY P7w6L+YGHNtd1FJitqPAR+hERCNOFi1i1alKO6RQnjKUxL1GNjwlMsiEhcPLYTEiT9ISbN15OY/j x4SMshe9LaJRpTvHr3C/ybFYP1PZAfwfYrPsMBtnE6SwN9ib7AhLwTrBDgUKcm06FSrTfSj187xP dVQWOk5Q8vxAfSiIUc7Z7xr6zY/+hpqwSyv0I0/QMTRb7RMgBxNodTfSPqdraz/sDjzKBrv4zu2+ a2t0/HHzjd2Lbcc2sG7GtsL42K+xLfxtUgI7YHqKlqHK8HbCCXgjHT1cAdMlDetv4FnQ2lLasaOl 6vmB0CMmwT/IPszSueHQqv6i/qluqF+oF9TfO2qEGTumJH0qfSv9KH0nfS/9TIp0Wboi/SRdlb6R LgU5u++9nyXYe69fYRPdil1o1WufNSdTTsp75BfllPy8/LI8G7AUuV8ek6fkvfDsCfbNDP0dvRh0 CrNqTbV7LfEEGDQPJQadBtfGVMWEq3QWWdufk6ZSNsjG2PQjp3ZcnOWWing6noonSInvi0/Ex+Iz AreevPhe+CawpgP1/pMTMDo64G0sTCXIM+KdOnFWRfQKdJvQzV1+Bt8OokmrdtY2yhVX2a+qrykJ fMq4Ml3VR4cVzTQVz+UoNne4vcKLoyS+gyKO6EHe+75Fdt0Mbe5bRIf/wjvrVmhbqBN97RD1vxra hvBOfOYzoosH9bq94uejSOQGkVM6sN/7HelL4t10t9F4gPdVzydEOx83Gv+uNxo7XyL/FtFl8z9Z AHF4CmVuZHN0cmVhbQplbmRvYmoKNjcgMCBvYmoKMTA0NwplbmRvYmoKMTQgMCBvYmoKWyAvSUND QmFzZWQgNjYgMCBSIF0KZW5kb2JqCjY4IDAgb2JqCjw8IC9MZW5ndGggNjkgMCBSIC9OIDMgL0Fs dGVybmF0ZSAvRGV2aWNlUkdCIC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4AZ2Wd1RT 2RaHz703vdASIiAl9Bp6CSDSO0gVBFGJSYBQAoaEJnZEBUYUESlWZFTAAUeHImNFFAuDgmLXCfIQ UMbBUURF5d2MawnvrTXz3pr9x1nf2ee319ln733XugBQ/IIEwnRYAYA0oVgU7uvBXBITy8T3AhgQ AQ5YAcDhZmYER/hEAtT8vT2ZmahIxrP27i6AZLvbLL9QJnPW/3+RIjdDJAYACkXVNjx+JhflApRT s8UZMv8EyvSVKTKGMTIWoQmirCLjxK9s9qfmK7vJmJcm5KEaWc4ZvDSejLtQ3pol4aOMBKFcmCXg Z6N8B2W9VEmaAOX3KNPT+JxMADAUmV/M5yahbIkyRRQZ7onyAgAIlMQ5vHIOi/k5aJ4AeKZn5IoE iUliphHXmGnl6Mhm+vGzU/liMSuUw03hiHhMz/S0DI4wF4Cvb5ZFASVZbZloke2tHO3tWdbmaPm/ 2d8eflP9Pch6+1XxJuzPnkGMnlnfbOysL70WAPYkWpsds76VVQC0bQZA5eGsT+8gAPIFALTenPMe hmxeksTiDCcLi+zsbHMBn2suK+g3+5+Cb8q/hjn3mcvu+1Y7phc/gSNJFTNlReWmp6ZLRMzMDA6X z2T99xD/48A5ac3Jwyycn8AX8YXoVVHolAmEiWi7hTyBWJAuZAqEf9Xhfxg2JwcZfp1rFGh1XwB9 hTlQuEkHyG89AEMjAyRuP3oCfetbEDEKyL68aK2Rr3OPMnr+5/ofC1yKbuFMQSJT5vYMj2RyJaIs GaPfhGzBAhKQB3SgCjSBLjACLGANHIAzcAPeIACEgEgQA5YDLkgCaUAEskE+2AAKQTHYAXaDanAA 1IF60AROgjZwBlwEV8ANcAsMgEdACobBSzAB3oFpCILwEBWiQaqQFqQPmULWEBtaCHlDQVA4FAPF Q4mQEJJA+dAmqBgqg6qhQ1A99CN0GroIXYP6oAfQIDQG/QF9hBGYAtNhDdgAtoDZsDscCEfCy+BE eBWcBxfA2+FKuBY+DrfCF+Eb8AAshV/CkwhAyAgD0UZYCBvxREKQWCQBESFrkSKkAqlFmpAOpBu5 jUiRceQDBoehYZgYFsYZ44dZjOFiVmHWYkow1ZhjmFZMF+Y2ZhAzgfmCpWLVsaZYJ6w/dgk2EZuN LcRWYI9gW7CXsQPYYew7HA7HwBniHHB+uBhcMm41rgS3D9eMu4Drww3hJvF4vCreFO+CD8Fz8GJ8 Ib4Kfxx/Ht+PH8a/J5AJWgRrgg8hliAkbCRUEBoI5wj9hBHCNFGBqE90IoYQecRcYimxjthBvEkc Jk6TFEmGJBdSJCmZtIFUSWoiXSY9Jr0hk8k6ZEdyGFlAXk+uJJ8gXyUPkj9QlCgmFE9KHEVC2U45 SrlAeUB5Q6VSDahu1FiqmLqdWk+9RH1KfS9HkzOX85fjya2Tq5FrleuXeyVPlNeXd5dfLp8nXyF/ Sv6m/LgCUcFAwVOBo7BWoUbhtMI9hUlFmqKVYohimmKJYoPiNcVRJbySgZK3Ek+pQOmw0iWlIRpC 06V50ri0TbQ62mXaMB1HN6T705PpxfQf6L30CWUlZVvlKOUc5Rrls8pSBsIwYPgzUhmljJOMu4yP 8zTmuc/jz9s2r2le/7wplfkqbip8lSKVZpUBlY+qTFVv1RTVnaptqk/UMGomamFq2Wr71S6rjc+n z3eez51fNP/k/IfqsLqJerj6avXD6j3qkxqaGr4aGRpVGpc0xjUZmm6ayZrlmuc0x7RoWgu1BFrl Wue1XjCVme7MVGYls4s5oa2u7act0T6k3as9rWOos1hno06zzhNdki5bN0G3XLdTd0JPSy9YL1+v Ue+hPlGfrZ+kv0e/W3/KwNAg2mCLQZvBqKGKob9hnmGj4WMjqpGr0SqjWqM7xjhjtnGK8T7jWyaw iZ1JkkmNyU1T2NTeVGC6z7TPDGvmaCY0qzW7x6Kw3FlZrEbWoDnDPMh8o3mb+SsLPYtYi50W3RZf LO0sUy3rLB9ZKVkFWG206rD6w9rEmmtdY33HhmrjY7POpt3mta2pLd92v+19O5pdsN0Wu067z/YO 9iL7JvsxBz2HeIe9DvfYdHYou4R91RHr6OG4zvGM4wcneyex00mn351ZzinODc6jCwwX8BfULRhy 0XHhuBxykS5kLoxfeHCh1FXbleNa6/rMTdeN53bEbcTd2D3Z/bj7Kw9LD5FHi8eUp5PnGs8LXoiX r1eRV6+3kvdi72rvpz46Pok+jT4Tvna+q30v+GH9Av12+t3z1/Dn+tf7TwQ4BKwJ6AqkBEYEVgc+ CzIJEgV1BMPBAcG7gh8v0l8kXNQWAkL8Q3aFPAk1DF0V+nMYLiw0rCbsebhVeH54dwQtYkVEQ8S7 SI/I0shHi40WSxZ3RslHxUXVR01Fe0WXRUuXWCxZs+RGjFqMIKY9Fh8bFXskdnKp99LdS4fj7OIK 4+4uM1yWs+zacrXlqcvPrpBfwVlxKh4bHx3fEP+JE8Kp5Uyu9F+5d+UE15O7h/uS58Yr543xXfhl /JEEl4SyhNFEl8RdiWNJrkkVSeMCT0G14HWyX/KB5KmUkJSjKTOp0anNaYS0+LTTQiVhirArXTM9 J70vwzSjMEO6ymnV7lUTokDRkUwoc1lmu5iO/kz1SIwkmyWDWQuzarLeZ0dln8pRzBHm9OSa5G7L Hcnzyft+NWY1d3Vnvnb+hvzBNe5rDq2F1q5c27lOd13BuuH1vuuPbSBtSNnwy0bLjWUb326K3tRR oFGwvmBos+/mxkK5QlHhvS3OWw5sxWwVbO3dZrOtatuXIl7R9WLL4oriTyXckuvfWX1X+d3M9oTt vaX2pft34HYId9zd6brzWJliWV7Z0K7gXa3lzPKi8re7V+y+VmFbcWAPaY9kj7QyqLK9Sq9qR9Wn 6qTqgRqPmua96nu37Z3ax9vXv99tf9MBjQPFBz4eFBy8f8j3UGutQW3FYdzhrMPP66Lqur9nf19/ RO1I8ZHPR4VHpcfCj3XVO9TXN6g3lDbCjZLGseNxx2/94PVDexOr6VAzo7n4BDghOfHix/gf754M PNl5in2q6Sf9n/a20FqKWqHW3NaJtqQ2aXtMe9/pgNOdHc4dLT+b/3z0jPaZmrPKZ0vPkc4VnJs5 n3d+8kLGhfGLiReHOld0Prq05NKdrrCu3suBl69e8blyqdu9+/xVl6tnrjldO32dfb3thv2N1h67 npZf7H5p6bXvbb3pcLP9luOtjr4Ffef6Xfsv3va6feWO/50bA4sG+u4uvnv/Xtw96X3e/dEHqQ9e P8x6OP1o/WPs46InCk8qnqo/rf3V+Ndmqb307KDXYM+ziGePhrhDL/+V+a9PwwXPqc8rRrRG6ket R8+M+YzderH0xfDLjJfT44W/Kf6295XRq59+d/u9Z2LJxPBr0euZP0reqL45+tb2bedk6OTTd2nv pqeK3qu+P/aB/aH7Y/THkensT/hPlZ+NP3d8CfzyeCZtZubf94Tz+wplbmRzdHJlYW0KZW5kb2Jq CjY5IDAgb2JqCjI2MTIKZW5kb2JqCjE4IDAgb2JqClsgL0lDQ0Jhc2VkIDY4IDAgUiBdCmVuZG9i ago0MSAwIG9iago8PCAvTGVuZ3RoIDcwIDAgUiAvRnVuY3Rpb25UeXBlIDAgL0JpdHNQZXJTYW1w bGUgOCAvU2l6ZSBbIDEzNjUgXSAvRG9tYWluClsgMCAxIF0gL1JhbmdlIFsgMCAxIDAgMSAwIDEg XSAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJlYW0KeAGVwQVWAgAARMH7H8AWAyxsxBbFTiyw EBXs7sbAA/jc9c8UCn/6hr64T+4DynPv3Bv0yr1wz9AT9wg9cPfcHXTL3XDX0BV3yV1A59wZdMqd cMfQEXfIHUD7XA7KcnvcLrTDZbhtKM1tcZvQxr+tS2tOSko6q9KKsywtOYtSwlmQ5p05adaZkaad KWnSmZDGnTFp1IlLI86wFHOGpEFnQOp3+qRep0fqlqJOlxRxOqUOp11qc1qlFqdZCjtNUqPTINU7 dVLICUq1To1U7VRJAadSqnDKpTKnVCpxiqWiX34A1Bv/1gplbmRzdHJlYW0KZW5kb2JqCjcwIDAg b2JqCjIyOQplbmRvYmoKNDIgMCBvYmoKPDwgL0xlbmd0aCA3MSAwIFIgL0Z1bmN0aW9uVHlwZSAw IC9CaXRzUGVyU2FtcGxlIDggL1NpemUgWyAxMzY1IF0gL0RvbWFpbgpbIDAgMSBdIC9SYW5nZSBb IDAgMSAwIDEgMCAxIF0gL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngBlcEFVgIAAETB +x/AFgMsbMQWxU4ssBAV7O7GwAP43PXPFAp/+oa+uE/uA8pz79wb9Mq9cM/QE/cIPXD33B10y91w 19AVd8ldQOfcGXTKnXDH0BF3yB1A+1wOynJ73C60w2W4bSjNbXGb0Ma/rUtrTkpKOqvSirMsLTmL UsJZkOadOWnWmZGmnSlp0pmQxp0xadSJSyPOsBRzhqRBZ0Dqd/qkXqdH6paiTpcUcTqlDqddanNa pRanWQo7TVKj0yDVO3VSyAlKtU6NVO1USQGnUqpwyqUyp1QqcYqlol9+ANQb/9YKZW5kc3RyZWFt CmVuZG9iago3MSAwIG9iagoyMjkKZW5kb2JqCjQwIDAgb2JqCjw8IC9MZW5ndGggNzIgMCBSIC9G dW5jdGlvblR5cGUgMCAvQml0c1BlclNhbXBsZSA4IC9TaXplIFsgMTM2NSBdIC9Eb21haW4KWyAw IDEgXSAvUmFuZ2UgWyAwIDEgMCAxIDAgMSBdIC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVh bQp4AZXBBVYCAABEwfsfwBYDLGzEFsVOLLAQFezuxsAD+Nz1zxQKf/qGvrhP7gPKc+/cG/TKvXDP 0BP3CD1w99wddMvdcNfQFXfJXUDn3Bl0yp1wx9ARd8gdQPtcDspye9wutMNluG0ozW1xm9DGv61L a05KSjqr0oqzLC05i1LCWZDmnTlp1pmRpp0padKZkMadMWnUiUsjzrAUc4akQWdA6nf6pF6nR+qW ok6XFHE6pQ6nXWpzWqUWp1kKO01So9Mg1Tt1UsgJSrVOjVTtVEkBp1KqcMqlMqdUKnGKpaJffgDU G//WCmVuZHN0cmVhbQplbmRvYmoKNzIgMCBvYmoKMjI5CmVuZG9iago3NCAwIG9iago8PCAvTGVu Z3RoIDc1IDAgUiAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJlYW0KeAGtnEmzZMdVgPf1K+6K eE2oS3celiA7CLPBRk2wsFmIh2TZ0S1b3cKYf8/3nZxuvXo9YLWJoEvnZZ4885RZ9WP3m+7Hru9e 9tdhndb5mLttOK4H/+vmfglg9/bb7t+7H7ov/+nd0P3+Xfflr7/56adv3/7QPfp57N49/tD1l7mf 07Y3ZwwZ9rrB+mvv/7Z9Wpd96V5z+C3o8rr7vvvu7zNhop2lJqHdt1nCMiyhDRgMTNvST8MaKNt/ BjrJv2Ny35ZAtcJ45fHX3759/PbPP/33N6+7t39ANErDhVAZi9PnjH6Zxsvjm+7LX70Zul/8CYqT ME+iGPrrOi79HHtDqq+7Crvj+6koYOX7EH3QrtjGqT9UUsWBkp6h/RK010WJeJmA8DOaRPx4Jp4V 77WES7GEr7AEtI/Mp21cUAlsDsfab34aej/u2IUmM2oySXbB/5tKezOZ98rkGfMImWTzmNbtOo3L cJmm/Tpu+4qVQNB1XLahq7DXZ9h83eZpB8lp3XSdBkxAyDDNE9j4sC8jkOG676CdpuE6LfvWPQZs nSdA/RX9p0XDtnfTeFy3oxdPj8lOW0BAeGHTihX1B7vG/Tpv2wxkvx4zUprG7XqswwJk8zAIB7Ls 6+Jh63o9xkPYcV2nfcGaXXcMazrwWFfOAdcKIVA0ByWc1rM4IMcxHIHpuM7LegQry7oiM1atm4TD 7rT0/AnI1g+KDpHM6xr7kogbTJschul69ANszPt1Oub1glqHESOYGwzIkEU0Q3I/TEAwlGWG5BnG BgznEXPg1G2D/nmBWXgUgvbENF+XfttiTYZwyDJK2WlVj+CRacM0gWBb10s7DwOZjn50X6Vq2q4z cjpRPkkVKmz8ZQg6HAbC4a646qL1Oq4S3hBtWNCukE/H7ddenFMjChuYV9nrtYoR1BUCe5zhaRWE DIZjCUhClOUEJB13OUtzKEQ1mWe6s6rY9kR5HPd9ImYdNpBhTTPmhy9BMl6lajJMxvZDowEyqggh +DsfOBCuJD4EQpwKwtYtrA5Slx7Tgvi113oR2rCOQmYwzWHu6ntcxJ5hmDsfZ9wKXOzc9SEgwzj6 YYU8/pmu86jZQgEkhdnO45XQnencJhfjy+EtmRcQIn445k+Zu5DD2F9H00iFIgeSQD8vOFRZOaGe flHTQIZ9RmwoYwwr5l/DH2JAF7NuCJ2wG//d47oAyItPIBP46i5XQd9ALNX5wTMd7Ecd6zZhOJxF Ck12RjyLuASMoMFqrXFcOEWqex0Si8UbwAhv/ElMCSKRI0464GMVRlDDPndEBqYRWlkzXcdhA6XK 5jQwYUN7KPaASE8bZ3wumCMwbscNZLwuxxAiaauIxKDLmHQGDHfT6T2sD9FyvNRKJCSxOol7G+Ec sueZkNJUkhWH3E7qxByu+4zjV+ibblwX5BFRKK8c15ksvyZsYdZChs3U0sx6XDG0bUoKDbMWMozk hWrWAZl7IdWsRxICNQCJpcBed8LmVeUWsxYy9IbhZNYj0Xg6lGMz69FIf+xz8Dhq1gQg+DNXFa7v OdasxxGNH9tJXshhRA7jgA7qXtSzT1oYkCQHIAPCDiqye+N7aIPCQ0qTHID0+2LwyO7tmv7QrArP jx3FCzxH1qjuHbBxPcuBVT0GBK5w75HUN5GxgoLs3iNpdF2WTGfIgaS5Ux6xquj0KcfEcDIX60h4 YFtGkiRMkLlIgOj7BKMgqbCILjByAzPjLOPFVdNiwMI1h51qQMiioeIpC+kc4xW0jT2k4U/HsZAG ya89gS4g/JsgC6RTexAWrWTcN5M5kmPuOHMA1jHKEeROiQBkuZK1oRyHDojbcCTqA1DVVWSsTR8F sh8Y58ApMJyCxWQB5z5y1qCc+eM+mJaAbNtiQWQ6I7YMsNmPFj1+2FMe5iO2mmDbhqu5ajpGdY+T LoSnAkGnmtNE9VhhTRNImD8TSG41UWGlKlETJKZlxN7uYcHlMEcjEPRuRgkENVD/sNMIFiGQo5aR 7A+7/bpgb+AiBiTaKEWWkA8ObshVGUQntTESKkL203UhcjaIPGFJxwKquogYvtI/iHxYyI4D5j2E 43tcT9nCNkx82KJGwDEg0ioxReAFI4U2IVT/oFkFTLGJbJdsDwYIEifbhkkEgCaqtZPrho18+Hgh 1a+YfkRofGAmGprqiWRjb/4qMLpBeNGUgQxio2PDd8zAC3pFPlHZTrmyJUoNlAaW1uA/tvDpDcs3 lAMZLQCNZQeJAwgoIjcmQKDSq9DIaRG5WLGwa+/NSAt6HyNym+TISOQGYOMcMQs5mIkXahQLEQMI /8HxQFKy1l2Imu7S2ieY0rwIYgHBMqQRYnfpYI0Q1GmSC2cusFAoB9huog8pYGezxgYrccZ1Opb4 7mGcGjXrEPgIYf1IdFsolyerJnicBvWv5I32ANANTg5gn1NuXUkz1Af8EQaoEULIIxVmQELR96ov tR+mLLZmEMQ94mRSf9pLbF8GrMUzqVWUHTofI2VZmRDZESzx154QV4db/l9wNh8RmrHmVKjRjJB4 +NMApWiYfbrhFik+wxAYMOSum6P3yNhAFrIDf0JG4wwNfCB4wyN/glfdN6LTOBveiHxHfEBe66GT r6m5StWVQi4QaUeYGxGgwrSFZRw8xvypOJBLP6/SRHkyhP8KWzY5BEabFos4ToBmJr2Y2ThFt4W5 wkKICrMinYMKfyVDq3vER8RMB9IWiguWpyjHFswsaujVoCSZuih1qaSTuXFqcKG36OYginrCVTkY yV4/R7bIkCT2nflEW0Sk5BDlSYk3DzbXuHg4GDLomZaEhG32EsPbatVGh3xEY4CqqF7dXyDKcLAL BVWFUSfQiKRzqaSDcZox/BCmMA69HqUbgKTSsGcY1fRC2cRDtN0s1mpeG262HmXPrqVJX7Ps8XAo o/gKjA6b7HlQIAMZdpQzHqZxK2wOpCOTZ4KhUdV9BHV6diBmM8tGHHX2cCFolAwA8XQMegQagn85 a6toDHqDT8NEWbJoQefzsJ1+AFejyjBgjV8on3pmMEdgyp6LsPpBZxF7hk09AZkIlTDNiqNHp9FK cN5yUN+5DxOiJgwaSDKIkgngMlmwQTn+KgRFkIiCP5JsbLO7YUKn6WKG7GcRFqhO8enFzNEg2LCp wePSqmSxOZJC+pJmEnkCgUdUGCZOfTzpJQ22XHc0FxDKbtwyzpwghzV9BHYdCPbjTAdV4UJEDSo4 lIO59ucWdzyYzFgs5UKSzCSIwl6GSnF54OiDZSSQWVmNQBAMsgLCaCRZjI1bRL4gYb9oCxzrqqjJ tCHb2sCEV4MTMoXNpHxWkbBmooGQMQSjECC3AOCXErSPGFBguEuVnsYOFlA9B4u4hTzLKrBxIGlZ AI04lgadC9IQEAVfyJdyVDJxLqpJFykNxCpkjQYpypXlIoCGJEmFtjhtO80QovUcdyyHChVERb47 lcMacTNB1AKwnrL5vAr5UrUEhG4QMndaGoYDAWEabPMobHDOE2SOwwFVeGnEcjDaAwhgaisiiucl 6gphWLikow1LPyEYoIiIu+q6QEIL8wAlHldWnSS+US4/seuxwnDToAI97BOCtCu+h3EqIWUnZrrO VGCGx31nSkUg9g16YXF6RW/oC1yRwCMg0g8veH9bZz9MWOmtfOpeBp8UeIE+Mj29Ju3cYVavmX7c KIl7PQ31R6YfNyS1RT2QM31AGEKwpmZ6W2TUSDQqMBgStkfay5leCFKHqJLpbclTodcyva08Xkfk JkNEphdyRGUJJMaotsi9plwA6MiumVqmweysuWdAoqwy0V+USm9vdkr0whbHNCXRCzjmSOs50dvG k73cVhL9RSkMqZ6viV7pLVEZcGAkemUMTSLPiZ55Ek1DkJkSvV4AftoPJKp5meiDUDuSmsOD4zFY roleeW579JwJBoMMtVPuT5m+G6kqdxwETDXTEwUc3ohdlyR34B+W94lDU/2lQWqqP63CfSLVi4kW in1GSFM9AQG3i+FMSvXyZ3PicSYmMr1a7xeuPJpx3plwGDZGSFXcHICR9KixUuWf9uovU9TIVCIT 1RtTDsfP7usJzXbCVK80PNGcoN2d2eO4YGaU7kH6vBMChDBS0/gd8sXQkbKOGixg/DHVc8LiusA4 ylUCqLCPLU8r6bcJmlJ5ZAjFR8RIYAyqUxyjqHAVBuaNmdKjHiS2wnF0HRkg5YYv3KEuAoItjYqA VSAkihG8YEHUTio59xFUGEdEWwsTHF8A83LZY1S5U8ecIBQTO12Vx9VVGCXD2YBsFFf4I9bvNMvj KHc5zkJ9j/lwEEUoC5vi9gJLkPDZgQ6WFyP44O7YLD8zxPNMtg4WCkzZMeaFTqyTuUmSJrMZ5KS9 MmsIhVoljeKCBuufUFW0f9CJz6lQyoXUJGKUW8yjVTJzS7GjolSiCJujiQM/6YFUjLnMUZM6TpME +sHo1eE8l44ac6gYpyVcK2DjqMVkrs5DnQQFD2tOq/DSnCbDaHkYs5KydP8NQsCE7Ge7MSt3Zg06 kVxpBkrloDceYZxCLnGyWG40CBjJ2WF1dRVWszF4uyRExhbNh7iSjovRCBzs6ZIoiOJCNzktbsEq efe8nFKCvRv/RC9pLDlTiNZ1jCIc+BEFTjCK9dz1IkaqEMgyhdiKhhij8WRSjUeGyZZ0pEBIs6wq 6QgIXXhLR8rKSSW3qqyqjWfA5kg+JR0584x5MzKKxnNkMoqFJ0Oz8QxceMuSs0hKR8xYD8szTTal I2YyUY0UgCTYukYET4suDjgZV7V0xBrK0j33mLnvVFLcj6nV1HcKOGjxAJR05LiJQj85ZOo7R6TA zF5na+nIrgvrDTpTOtJUN9M7y6PvHDHM3I6ndKRrgZ8biGSPKR1BA92DxldslkksMaTZuvuQJ8hP ozKilLckUlXSERcYFE1S0NIRFy+M0ZJpp3TExQeXKYnD6DyRTkDQaOk8uxOspCMw4UApMqZ0xA0C 1pGam9x5ShVjc2gv+Qi1k58gsxZLsHdrw1r2QG6LfrwsY85MwmVgcNrKVA2IsmIVomQQHIVQDJ+Y RdiBMh4ERoyz2bXaw5g43+jBNnLWTGnKWMZilSAABIXF3BkYV20ch5Ns+q6rjij+gKCj7cK816yA iPFvnM4CVhitBNhNMDvNlRDytav8wKoTBIufqanTvrQKBbLScYYsE9ZV4TMw1LOvaPy8jsDBJThX t1Yn5faMGzZFg/ggOqhgLp1oRQBYfdDKGI8RtVOwuHfApxLTKOLYvckhhHn5DKkUOjxYSLondsIi kH7OgojrT2YvztbBnHsStzl98u68wIaFatHZvBDkz6AYCPOhlF7RTZzm2NFIoUBVN2Q4iBfCRH7h yhsAz1AkiO3UYLGNyWRM2dge18QsItl4GN27Ywq3ZQg9f1QvgSrBTiJH39yhsfM5GLaX+w/yGnTl sC2M9wYNBhI6tVAXSZDHD8krqCGlxA7XOFDsPTtABWAh6eGAT2jqKt8NUP9yp9VgzIpwsYw94htD RianIVTTJhUZyuBOcB2jtTDek+gHYspCWEY+TlwoIk8QqjxDnvvKKpIkl34Dw3WHWVZ3hFGaI25a OI/Ak0pxHIddRIsY/yFAJ6pB9WbHWKJculaPEWPN376JGLjyOa9ySBulD0NjfMRHCwx5PIrAEhMV +kgS+WRsxEywTBbhkrtjHmIxFzFcIzCaoUpRoyw2IEIjAxySr7HRxyVwKwSvtm2LAo0bgQxBRpRx zunSPlcBI2trqA0T5kgHgmzzeWAi1Vg+uq9QpWVQ1AKBGIo8dGllT21JvrCeE0J2deKnLKMcgyot b0Twyon22/CVR1ZK88ZQtB4GcPj/uRd40zk+YTKHT5atDGJISDlkR43P+IZ4EftKjc9klMCnrKDd Gh9KKQDjVkRXRvm8Q2H2F6NlpJBr/AN/JcEmG8s1PrCV5l9cqcjvgNCV2cUgLYv8S0x5iFQByUU+ MLQfYx6Cr0U+00MyZx57WOTL8szk36CXy/7HjtkkhUcOTWmVshWBq6LKZ1xDTsrnpSq/YyCw0b1K eyrzL0C4RAhucpl/gtQy/wQLKzoC05qKmFTmXziP13fRXtYyn6kqdX0Mz5GCZb6UM0mGglLAyx8G rR2nMh/PRgpcL0dFm0t/JcU83X25zAdCho4qo5b5SJ2eJXClMv+itrAk/SaX+U7peAalDGqZr57D FU5lvjCKAwKy/kWZjzWwIRw+l/lMDvshPLnW+WCnhYhm2XJR/WGeqcoocQKO6fTx7RollF2uLTPM edi6B3e5yt/JM8SEFAGs8vEj51oUZg4/cpnP6GkimysnKkPzWoO0Mv8ES2V+wkQ3m3KkWdPzFvI6 cqplvlQRhYFZCxlopHyP86rzZRdt7qjjMtlAv/leN984MhPhwWBc6mWf35R03HSAPxx3w3ERjYP5 4ri72TxGMMVx92jcHMpkx+2A0HM7iW6Ou8EQQyon80YMRMPrUScvh7G3OC4QGk/r7uy4nWTyTE6D sUiPPgkYwyqmdBwYfsssh8icSQiPhGMb6URUQB47pzlccCYvTau8SACU5G53Hs9CUodSuvOOGRNP HOwhst8KodgJBrPfFgiYqt8WGPuy3wYme3ftI9pzz9vT85/qtwz/yKKrFXX2W99UEmDMY9kj5W/j vU+DwB9+y3xenymrsFAUaCbLfovoeOuXJ2i5PUfoWHvgSn6rYky/Ysp+i21QsIb6qt+i5v3w5djJ b4FNtOzNbzsMhjdP0e1kx8WqeFej21THBT3dlnonv4fjqndem+hK2SlhmSFBTDKq6yI+Ko4QVYYx R8RSgsHsuhTP3FkHSalBx3Ut1xkumvWz68Zt+6CpF9ctENRXO/QTLLtuYOKKklW5Q/e8GJJkzyWi ShQ3yiwqnivhPMVBdsVz731UzwUHFVhcJnGdSJJjrIYV9pi9TuK9J4nvdefIgxblBka5R+bNAzhm xUYM6r0Kg3Wei1hjMrPiGHuxDAMjL2YoYuJdSVoHBGM/4s4XCK+egKAl7rRjH1Nf39ryYADTdDZA FUTx5CqNT02SQhma+9+0uiqbEK4xukvzD9uFY6z/IoTHXnJkW+gQxVLN1pNBAUKJyRKgOQhQR+Y6 F6WbTYop5hRMwDIE1yS6+DLP4+oqzvVpnZCMCXe3exISxxH7dmNDolKaiIfeVOPIQXcMztDjZhEi d/GeGJWQRWMX7sioBl0jUqtgZRQDTvoH6l2ZpcePqSsuUSSCO0fFYm/idjWSruiBhDYJIVTFVj4F 4vsS0mVSDzGL4RqhFpsBFnemFUaoJzU69mQvgz4e4wOBaW1Sx+S24REYbMWAHRisjQExzQc3OJ/7 CKyhBGSwIBp45uKaaJ1vSBjI7Rcha0oKyNUXqyeI8wXmV2lfXgWz3g25KoxNO+Cp8wEmqlXNT/tB M+ZiYTxZTla3OogMyqOqxqajRw3+eCXGPsLNzB2D+5SCtqmNIskmKIOoKbyJs0DcRk9YxjWugihu QtMFvJhghvsw7DaCNsf5Ush9VETxBEOiHC9wi8Ryr3bxDvMimCygsTfZi6taIQRHCEcEuwW4EOaK sEsIyGKqkCLMwJRXVZFnz9WAuWlXnZwWgkN5jCiTEqBpj0GJ0VgiLbtX8kizApmzLs62Eswpguhe q0UVMRVLLMIEU7bNaEtJOIvP0picEPYhgjjVYK0/5s7uGMxUEFt65gxLOZz3EY4z6l6D8h2M2Mvz 9Jt1RiKeGKedPG0kDVjJ23mBi0dAyWp4YxmjHWHEuzCblaelsYp3QCqNnB1v9UyZtspCmC3FSAEY N95aKX/0tTCpnxAe87RsbkK41c0VuQZIx0bK5LsIDtDrKggGVWAa/CIDpQ3S90UruOclwiMaRqfK lbS6mpaVjSk9v1TBeRINO0/hWJWTqDynB0IFIg3OHHznVWDEdDOd72cwQgO6EAK6siL4+cUJ9xkH nTlIA4MtIMSU5KvO8nBIIbzfsCo36JHj3UdUKfX9YSuF4hm7xCUlaQdZC9h8h6lYGB4lURFmlimJ nS4treLmWyGgUgZxsS9DsCdfjXsc+2LVyWSs4DDLG9PKsFsTLHvPZllhVAretvnFDZzJNGXrTXbz IZ7pHHGkIj7DXp9hxu1I8bzktD63/D/BHMJwrRVtgsNG9rIOtaAEZ5GMiYAwx2A6FBDyAbHJKVlc pbMmIMQmSCIPQVoGzY5QedVKkMG0fItGN+lTDkRp5Z0ER1eknkBOemWCubHK8ZhMOs9wWlIgrKGz 0AE4Lq9CLWCP0AuE6+PkHWSkiTW6eSiTcOMXXtwnVwxltBW6TTIEhHPpJiTbLzNah4D6Zy0VebaH 6Hk0XGEzjPJqLFkmZBLnYJRC232YdqaTvoOKWZtGZuQ0VhnE4/WrLQlUCVlChfBypBeO2HN5bZ0r ZlWjUTjpYR3dM7LSYpiEQhVTD55OBIS0nDx71wFUDao3POnbTJGhIQJxTBQhRvOS5xhUQKYAkxta JjZo+XURcYer8EDE9a/bYC8ihJEyprPKk07batA51k7GBULvBd0kIATk+RWCRr3g9LgK8yY9KQaR wgqGQHGEoOI0MNoFkj70PGF9uiZSyUxRgu50jUotTYkKhIySx7MBSDKhQwZTXUOXhG0LoLGVNQfW mi/mz3Mnz0KZ7VGJX23SKydKDL9zgul7bxcFE/+JpONOLcN49lRh4RB+e9KvgjBZQTMchlUiIqan fGEmTdfSw02/4kEbxprcafP6iikol7G6ZIYxvLEqTpiIRIRjrqUoCtN9CEFRS/ALbDz6kClSgqLx q2mwJd/eLvinBsH6vb50X1qFnRGBsNXAxMWrwROZeEnpefkZdG2UpCq+8GX0jvvOoJz7uuZHfheE AZweUr3Nr7rQRmtDGaZcKBdTbqCNgwJmupQePuUEN0NY6bQcSbbnaF3bRegLAR1MOrWOb6nVB0SP TF8LzLDAhQUYbota2UkKSjB7IsOo74qasu1/DvrbBrP/8bhZPWYDsGqnSTWw4he+BYhOJt482Gdh 36mzsOx3DTUUHYLfuYt7Suyct4IU+1bC1O+soSHxqxVss86O73PpxlTqQGzugk6kY1wdreFtkYwZ DsF5OACIQkRUBBmiayziKRerMJB45OiaDMFAdtKtx1UYdshbrMBE+DG0G3OxzDguhmA4/YKHxj6I op1HpFarxAgJp8pW0VgP44dgj5lp6IvokbZZcsVXMBDqSptqc0VlgpyItH7XMEQZTzxQVszw4E6B 20+oQL4rwGkohcbdUiWr1KYIOSezCiWTy6uK86r4ErJxgj5A9VUvR5KozZKiwF535BzKFIe55Qza a8NmvKNqGAlJPujBkHAphKXJEWlmZjDS12CeEW/iGj7iMT3K6YxEoRbOXUxQQyjziwEziNL3AkAo iEMKqOFD9cS1SjHYCkRbkSAhEDJ5NYet4ENEVS6PMTMgxDNeNRKfCQF0GkZsEjzX1WaRCgMX3/EO ErxkxivBhfj5ElPgiu+aRJMbiczHxn6fI0r9mYoTXJCMuHU+Yr3fJJDOmNwhYgyDqH0nhJiDYLCp ZkRRysE5CLGC9x5JeSEbBqb2/B5JdPSrYjNxaI0UyIF8gzgqCO6biCoSj7q4b54Jxlzl6f7202ag CjGZ5Na0wcgrFLQ8GQeP83xMn6oun0Z+JAqR3rzwg2Vp8nJGc5K/SnWJjKUnYkWNn3avPFszNmYY NxxoJFcrVM8Q6YSEcp59pA5HuZzmrKU8U6CMQKXOY5g0kSgh29FmgaBkcpx36e5Lq5IImEgGJiZk hhak5OsSzyPW+DrSSo+3EHKHLfn9h5C4jwyC8j3MLFts4y/rjn0kXa4ZjlRv5nV8C8a7I+WvO4ZG edgMJO7jGR5tdBQ8WPO2QBNC/dwZB/VoggwCZaQGHo+zipZEP4R4wimlZAXgED4CkOeyRozEbL6n SOHqeNb8zvNVviJPdo7vO+IPfB2xHMYdBixTTPCdBnE79bTFQaA8P1FUhONoEEnKPBnQ9mWFCQHM ESV4cswHRnFxvxiDvLhfRAC0ZJg0UZj3QpJJN5lLDOIwcxrKlHjlHo+XmFVFkQKEb5poZAiOJBP7 DO1aJ6dEmUtY5EtbAeC7RBziXYi3DtgvQ9uoyotMCoi4UUE1i3IzZvwC0w2IC1obZ4LYbpvCHQZB 38RNtIvozyNZ7k7MFUQXUwvccatBaZso55ui7ONWg7Bq2UMAiQeu0ElBpHx1WBw1SYV3T7CnzONJ t/eANnzqha8HKF+cgafHYLJqigpQGIM79yE7Rn+sIlNbjtgOcH1zAtBepia2rcFCqIBQQVx6a2B0 tfGKU9XFe0BMjsyod0ySFKUOMNKsJGGg6QFkmn+EMrn2FFOCZNURhk8wns/laayYLK6FICFQeh4J K0wMilP8g6pIG1wC8ohBb2E2FwWZ14LaeFTHSSZoKiattifET9KHyltJ+oEdgaIzlMew2SBpmW4e 5WKS78BLJXplLhWUE2+jHKY+4IIC9jj3cIzcXDo5foMYDp79iZD4xYryOyj11y+e/kbIEL8O8hJJ 1Kxq+Lfg8wc2vv5+7t59X38d5JN+YKP81Er7oQ2aNL9VTrSjbdYo+eQzD0TED22Q6vz5E8RM/OUR 1UF6WnTF6H4yjBxcYXzVmgsA9GKZmveeYPELLGXxpSClHKBiR0UooeEsoNP2spPXyvUYUV6cZBO6 yH23n9Jvh5wZqTtPjFRYY4R3hY7LqYHPjDTYDSONnMZIw3mpjLTtjZEGC5RGbAawFDHPfLrcMFJ2 nhkpsMYIL+LA5Pu3MyMZFtUZP3pyT86JkYazMtJQlp28LKzHZEY+WSNlZ2PkjK2cQPVL6kAtZ0ZO sCcaKRyeGCnnUApnazttf+6YW41gZPe6OWukYmuMnIluJzAPIh5HOCo+4ls8YTB3y8gJ6TNUZxCv 2ur2u2MKylvPaN5y5yMN25mR506gxsVF4mdvKiMNJiOXe3KaRk5UV97a9rYzw4q1PqeHBrvRSMF2 ZqRhayd43+dz4ZOP+DIpw55opCGt4i+gk2m17c8dk03rzkcikt1phEdEmZgzIwV2cnbm2/QCZ4Vc GugJG2X7SR8F1NhouwsXTxE2yT/36ayNgqvxcMJV0HeUNLRsVMYnXZxgt0xUlDXIFkhj4bT5uUOy JmhlbxMhmnguEVZsjYszyfUEu6PZH6pobFxOsFs2TkiLI1RQY6RtP3lVOyZQcp/b993/dEP3R38l a4ofVvvq3dh99TUw/+/rr/xlNppnfyxto8RPP0KWf8GrgGryLgnZHyRbmSzT8XcvGV6AgXTdYFzj 8Biih92vKUl4zxNk/K0ncQJpJ8orvkAr4xy1U5PGjKaA0lmF5Z9/FlUyNezVH4UrZ1VQOuvnn8Eo Kd4YtyMK5LOdwA2Ej7hPJ2TIZzuBVtQL4NMJGfK5TvBR0EKT304okM92gs9UaGZOJ2TIZzuBGzi6 k/MJGZJO+Iw+QmfsJKbxwlg8IOmkn+shRgt/BMDhwNn3z/Bb//9b/cSve3qnej6lwD7PCS2yGPEY BdLbni35DP1clsBQghjWn/WTIemELw3Q/O5hCtCkzB/56I8r0vrFPNtumGkF3743DP/jq47BVPzd f17yH6/oB1+94iq5e/Vd99vu4VcvCPFj9/DTty/8bUY+vXnR/Uf36p+7X74iPLu3t5t4/0G2mDcH ERgZFdNHtPOkl/MeuheXV3/MmJnWc23G8yYm48zkCdlSwtzc4cDzJ/qVVV4WMBPyyMvHePuqsPRN +fD27sP/Jsjl4eWfsiT+UtZUidRdXV7yXYWUTQgtSQ8OQ4pjAfTlw1A+zOUD6Jqkm4CZ/DDgoFVM zGZF6kK02q8Y7leV+nSC8EqefarZB/LfF/vac0QVOOJ1dET3DoncZPHGYXmfoJ2L+juCSbea+t3h YU+XG3t6+NUPj3968y2XFNQK7eR71m7RJ+yXT2ZtGr6gvDgd4Ezig0VZo6C6id/H4udlsi2dhHr2 k2S3F/zkl3/9c1FbtYsfCuRdBb2DqtD//eq36U+Xh3/JSx5/yh8womQ8/1k+VHxues5G7ti4c3eu hHynvJ1sI3Gj13/AOpcXl2LJiZO3lZjKUyX4LSw08iJYvM+isrjv6OTHOLhmJm41G850Ei2a8X66 hov7vE+/PHPhGw5cvJ0OvJRw+LJKZiq6WMuHL7K6lgKoa6tr4/1NHM8YHb9gwrsAZmdPY+a90XW/ vfy/je4PhbJqmX/Jqro81L89Vn3+V1lejLbGyWrGVdPfZeZLfPtF2VuxNbxvnrfjZ+Pi5aEKD7k2 4X3Ilt4rxbi/5+WBqs2R6dNsCUs/tXBNcdmWyoF3xvucLdXU+rJyVnPAUaT2RU4TNRdUo9rKko95 vl8Y5MbHAHa5yb/P2VL38K8Fb1XYm6ruahs/FOc/QXJs+n3ZX4yl4nlX4ljdVDBfHsqf6uI7m6t/ +UiAzVGpWmYxyGqhOb5+JLiFiV1abfOecHUS7pPihitPHkpReEbKvVBMfR4Ty9q8MzEuK7iD5BHB KVw1E7sLTtXC+qLKanw3BoV/lWqATx+uBvzFQG8F72g7W1orKX/512IqJIxw+qpj4lIA3hXi6l/e nZ2/OWDNc4WGD1UkZryZIWPz/kzUw0crkifon6t3zsXWk7KH5u0LHsMj4Fps/Q3VLc86uJj95Mr9 A2J+LAqgqs9+g9+F5Iv31iU1CLwtm+qHXBt3pTa+PPzc2jjRMBaiqmnWSFnD4I2xNnsoATmLKse+ j6nrtut54LnWF/5exVlduYB0lvfc9VajoFqk38bxF9Hfm8tPsYGS69+KeGturqGwOgH+kmqvVnM9 5qB6eaiK+nhMrUvftcq07CKApg7ldx+qAmtcKfbyd+VDLXqy8k4JvKau3704e/OHUvmtEE8dHWMJ 4iy3W3dh7yNlISaWU/lt25ot5/bAU9nP97b42S2ecd4diPJezncmW6rBKqnK/f4R5p9QchdV+a5n 3HDeEXLm3KQzvCd5+UaAKpPfA3nSmT8fr//hhffGR9e8u9oPxhdR43W2mfoHKrz8h/RvNeFiJvfl BhE+GXeNSTXQ3IeVurjgqyf/BKSViT9SuWtfp/lH4f7OL0nbvETB75tgW9KqGemnelIlzyODW2qN +Pe7AnjqDF2pZi8P2EUj80Mu8F56/TU9LgaiM3p/NfuMIWQDe4K4BsmTl51z2pMgyWOaL3jVcYqR IeibwcyTg+7s7ZMs+Tf/B1g1I1sKZW5kc3RyZWFtCmVuZG9iago3NSAwIG9iago5ODk2CmVuZG9i ago3MyAwIG9iago8PCAvVHlwZSAvUGFnZSAvUGFyZW50IDMgMCBSIC9SZXNvdXJjZXMgNzYgMCBS IC9Db250ZW50cyA3NCAwIFIgL01lZGlhQm94ClswIDAgNzIwIDQwNV0gPj4KZW5kb2JqCjc2IDAg b2JqCjw8IC9Qcm9jU2V0IFsgL1BERiAvVGV4dCAvSW1hZ2VCIC9JbWFnZUMgL0ltYWdlSSBdIC9D b2xvclNwYWNlIDw8IC9DczEgMTQgMCBSCi9DczIgMTggMCBSID4+IC9FeHRHU3RhdGUgPDwgL0dz MSAzNiAwIFIgL0dzMiAzNyAwIFIgL0dzMyA4MiAwIFIgPj4gL0ZvbnQKPDwgL1RUMiA4MSAwIFIg L1RUMSAxOSAwIFIgPj4gL1hPYmplY3QgPDwgL0ltMiAxMiAwIFIgL0ltMSAxMCAwIFIgPj4gL1Bh dHRlcm4KPDwgL1AyIDc3IDAgUiA+PiAvU2hhZGluZyA8PCAvU2g0IDgwIDAgUiA+PiA+PgplbmRv YmoKNzcgMCBvYmoKPDwgL0xlbmd0aCA3OCAwIFIgL0ZpbHRlciAvRmxhdGVEZWNvZGUgL1R5cGUg L1BhdHRlcm4gL1BhdHRlcm5UeXBlIDEgL1BhaW50VHlwZQoxIC9UaWxpbmdUeXBlIDMgL0JCb3gg WzAgMCAxNjI1NjAwIDE2MjU2MDBdIC9YU3RlcCAxNjI1NjAwIC9ZU3RlcCAxNjI1NjAwCi9NYXRy aXggWzAuMDAwMDc1NTkwNTUgMCAwIDAuMDAwMDc1NTkwNTUgMCAyODIuMTJdIC9SZXNvdXJjZXMg NzkgMCBSID4+CnN0cmVhbQp4AStUCFQoVNAPSC1KTi0oKU3MUSjKBAoYmhmZmhkYKIAgMjs5V0Hf M9fQUMElH6gxEAAV5A+4CmVuZHN0cmVhbQplbmRvYmoKNzggMCBvYmoKNTUKZW5kb2JqCjc5IDAg b2JqCjw8IC9Qcm9jU2V0IFsgL1BERiAvSW1hZ2VCIC9JbWFnZUMgL0ltYWdlSSBdIC9YT2JqZWN0 IDw8IC9JbTExIDM4IDAgUiA+PiA+PgplbmRvYmoKODAgMCBvYmoKPDwgL0NvbG9yU3BhY2UgMTQg MCBSIC9TaGFkaW5nVHlwZSAyIC9Db29yZHMgWyAyMTQuMDkyOCAtOCAyMTQuMDkyOCAzNCBdIC9E b21haW4KWyAwIDEgXSAvRXh0ZW5kIFsgdHJ1ZSB0cnVlIF0gL0Z1bmN0aW9uIDgzIDAgUiA+Pgpl bmRvYmoKODIgMCBvYmoKPDwgL1R5cGUgL0V4dEdTdGF0ZSAvQUFQTDpBQSB0cnVlID4+CmVuZG9i ago4MyAwIG9iago8PCAvTGVuZ3RoIDg0IDAgUiAvRnVuY3Rpb25UeXBlIDAgL0JpdHNQZXJTYW1w bGUgOCAvU2l6ZSBbIDEzNjUgXSAvRG9tYWluClsgMCAxIF0gL1JhbmdlIFsgMCAxIDAgMSAwIDEg XSAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJlYW0KeAGVwQVWAgAARMH7H8AWAyxsxBbFTiyw EBXs7sbAA/jc9c8UCn/6hr64T+4DynPv3Bv0yr1wz9AT9wg9cPfcHXTL3XDX0BV3yV1A59wZdMqd cMfQEXfIHUD7XA7KcnvcLrTDZbhtKM1tcZvQxr+tS2tOSko6q9KKsywtOYtSwlmQ5p05adaZkaad KWnSmZDGnTFp1IlLI86wFHOGpEFnQOp3+qRep0fqlqJOlxRxOqUOp11qc1qlFqdZCjtNUqPTINU7 dVLICUq1To1U7VRJAadSqnDKpTKnVCpxiqWiX34A1Bv/1gplbmRzdHJlYW0KZW5kb2JqCjg0IDAg b2JqCjIyOQplbmRvYmoKODYgMCBvYmoKPDwgL0xlbmd0aCA4NyAwIFIgL0ZpbHRlciAvRmxhdGVE ZWNvZGUgPj4Kc3RyZWFtCngBrZ3LkiXXdZ7n5ynOsOEgDjLz5NVDQw5bHskiFB5YGtBtUICimyAb kPT6/r5/XzKrqgFCNKlQoPqvfV33tfbeWX+6/8/7n+7D/cvhMa7PdT7m+zYej4P/3edhCXj/9O39 f93/cP/qv/043v/5x/tXf/e7n3769tMf7u/9+Xn/8f0f7sNtHubS7eN1hIp9OLHhMfi/bX+uy77c PzD5S+j24f7d/ff/qS7MYWdXU4bdt9mFVawMG4wNPLdleI5rhjz/meFc/ptN7tuSoVY23vf4d99+ ev/tH3/61999uH/6HtJIDRuyyjQuP9fhl+d0e//x/tXffhzvf/MDKy7EvJBiHB7rtAxz+oaqH+4d e7Pv16RgK9+F9Fm7ZJuewyGT+hgw6TNrv2XtvVFZvJtg4ddhyuKn6+Jp8bOScGuS8DWSAPeh+XOb FljCNsdjHTZ/Ggd/3JELRWZSZArtsv+Pfe2nyPwsTT4jHqFJFY9xHx/b83ncnuvzcWzMzuhgrGC6 i23rNoKw6eNYgyzj8ryP2/7YpiPANE3z/T3Q9ngu+8xQ0+OYaD1u62Nep5FW02OdpyXIMA8OPT2e K3PYb3k8M/b4OIbZRstj2J4OPj6e07zdLojS0HqVRgvK9oSHGUfpfYI8nyxOZJ83gP2xT8fz/p6R VuZlvWLPadlotD2GcS9IRhTZR1himyAukv0Oy9IxRjoei4zLSOvKSFAJkgU4FnZLN6BwMms6NmgC cZ9IPa1Y9zxBSpAFgYduw2PZ19JvfKwrUioJhoHVNUYF2ceB3VXWhZYHbd8j6vO6PoZpZbBNloWf 8zrDYwdr2Axj1wXGPtfjsQ7zSr/pAffl8I4g7pJ4Zu5jmEYWtj3W57gHoa/LWh/TOF6BmW0tR+1W G02PBTvVB6Ibu9lvl8lc5NMdn0uCLuPA2s5lw4Z1RB7a5kJhkZv9kLqxEL02grEHMiKB60DHY1oj T+d0kGJkwXVJ95l/Q5AivMsI8xpCC7Z2MAWT1VZl/9MERc5xOo3KbFDtQsm2ppPeddn0D5vOvTVE dh5MjXBOYec0j6rn8aRHZIOWwY4pSGHnts3j/UDIhnFTzxD9576x+IMdDuvyDDuP4fkUGYc9UrY+ FgT6isyPdZ9qv9YKfmIPMtI0Dysjwc8JDjvfMivVyPAwzrvzTQ/Uain6iAwz+vOBXavMWgakxf3x C1XIf8PPY3ks6MfesfuBEdn3VYbuKNPGbBv73lEmWbwX1hyo6rCzUVeg9t5AnnvZHbZmOuh3Iri/ J8rPfCfGPAN+htGPYxsVDezAckw350NYNEhQc0Rn6Ufr5zAgeLB0Wxf6LY95OeaiZoUvlXtRPBH2 h4o+Ub7pYD/w74lnhqeQDkt5IvNzZNMQ1tF3tJG5Hqs7dQkHqqHoT1gQPEWwAR4FWYawfVVlcJq0 qQhGYEE0Sr+KofRQ+2arbY+hVnAwB0z3VOOl5jxiVOnGmsZplTMo1qiGsurpGT7sLN+Ax72tMyYD XgWxHzMf1cDWVgskiw1kMwvuZH4igPiOjH1MMNt++pOnUgZH4UiQDeVkVXB0ZmLbVGR+TBuyUfpV TB5Bs4zUJX/XkDnfQdAScuIq7IazmLJl4xXsuAvfcc9XtrxiXRj6RI8OOH+2+3hHquGbNqcxGVlE rmJxYJumUmTCBbAICLruI6OhqixsKgt77npKEHygrNBkDGi5yHKILIyE2tIPTVonLGnDCNrEFoUn PTMoiJYRGZrZGS2e6H2UBqM1wUBHmpBx4jVXhceC/mj3sVbBjsC+3bGC/ZzY4bSywLZn6DCpQ0hU w27PaWU0dCjjhw4g6VbJ4CImzEBIylILGUCmUR3pZBCZXN+FDEjkgm2jVSUNZBAL3aFfqAAw7gpy p0PUbVkY6qQDKrDtc10ndGBREOSp+LX9vd2xdJgYbVlGlKC1+wiGQil5HYPc2BscjXPKJdyJOlvY o4pDh0nyTc+dhWHfVHER1FVbX1X8gnQVv2BFxdNvw7olpsJ0O9u0KNynhrukAcN6arjLHpeDRTZ9 zuZ2iNGA97cJem6TRG/YpBnYFxYJEgWf0CUMmm0gYlFwxBWdDWeKgjPS8li3p5urCn5BuoJfsKrg GWmP3cN4Q2ZGQvbHjK1QKtguasMUMHhV8Cx80UM1RjXWncj7GwwlDdjjEVo7GDpgMo2XGjQNTDRo DBk++i0yDfBRpOo3zhJ7bEzaBFsEEmvFq34HIWsC6fqN6OsXHb1g6HcwPVbXbxEkSPpVDcdv6acc q0v2NMqvxHpVwwnlNHmwue/mzZaV7BGh2dnJ2Y5sAYEk5ICzte8NJ4HOJzmolBAZCTCyCikBO4ix 8Jeas0YJkXFYqr3C0jESSAljOiXYn5J0oQ65j9iMP++UEBkIhTK6tu42opX4KkfvlBgR79V8ODxT x0dUoHiBRok3e47N3yDhsWhCWzuz6wdc2y8Yv9ufxWhVSoAwaVlEFQmWM0/7UsxRbB3IsD9xZl0k RLD0J/shoMkVJvLEEAmxKR6l2joAshYVuEmE2dYy19i/2vwN57E8M1SViO352Ilurnt5s+NIBBEg nhMK0sNE0vwRy8TKT4yFndhCcmfQI9b6npgZDKy2XPFkVbAj4RGLxwy6moLd2ACEdBfMi/gSIcGS Y451ltGsBJ9O820mvpC/hBIEDGx/BQ5pUZeDkTqCiSKETL+OYco3XHtGQvdivzAudT4jXeJI53sa kbEq8hkg3Jdx4szCN6JJEH0xOp04/5luFaGbGcZE5ttaJUNa8TVBCPYdiQ2zvIy9zfgl+mFLcfD2 M34npJy1wIMun0WtOKEbWoFHlJxGbTRKv5VVJcJF/jX4hOm4p5AFTdLUXRAji4EyzRXTY0NiW9WR 9PNI0DkfJMfdJrfrq0L8ydVnVmXyHIbiiwdiC/c3EO7BUPiozkgXPPe4iSFchPyhFPaA/XVBeCMu iuWMISTgVjxOIRqR/LCwYfPIrqNnjH/w020eDbbkDgjRcuLQcYdwTkn6QibC4MmpHNyyhgBbLcqC 1SFcotAgtuEDaaSUY+fmyVTP0gNUUD4F8H8RzgPZZMMgELD4EPhZ2lBkKP4ft2uLFB30/jOrKp1K HaJr1sxWV83tqVgdQtaWbdjQyRNCenasoMAyGqyZ+ZhgiZA5Fds0J9IUoiCBQGmUCCnYKlrmrouW 0Qnir9XIadhYI25o26uTGEmqgkxUbbr9hNio6DVqsptlEMUZkiXynPVLNdQeRyy+AI62qDiaHb3A Ny+EhgnnqNwwGwiexZ2RaS40R0uQ3PTDfyG6rhJsmcmR3D8FMIub6FP8FpQhj6bg1gD86oHGlV5p cyH2wG+jlydLGqQoW3CD/ow16LQqhEk8IRTlYGIhSjTJEmjGRhU3HE0JW5o1fCPuKoFReurRFyUw 4sdDKIRVMZ7krevophkfS0oQnHzXGA/RpZ0MfJInY4Eri5GHAxIrA+h/hvPfY/wM6qsfoA95Cmmi UXXFCMbNXUpMhFoYSQCsQ0pKsDjqQFpED6bXSMgFh8J4kZwlr1wPDRWbG1ZVBeMy7Ro40pRpMKBo iMsmdUHaT8z0hvpWGYnqFLJlWWKWJPQ7rGbYjwDWXih2YhsSJ2Zjv5Y3nAuLXcpH5n6pREmSaY0+ 4+RJ0GCeZKNeRgfGfo7qCMS1Wq7JPsgwAbClWzXsx8HKnJ6q/5DSCQK06NBdJPVZ+lW34dZGnN6J SCbC3yEl0NLq9tyJskg7aaVLc5c7tk524xi2lSjQbvh2SmVgxCKb8g5CwKFtQgOx/h2BmWi39rD0 q60MXY0f6Ef6xSwYB6JCNr6zklGfqB00i7cf4eBzsaqFyC2KFTxHURngFMvXwhuRhv4UcjUb3a4r XdgjbGTDXCJRna1QNkSa5RhUxG/QeIt3UclJHGik0a42bjiMLLE2RD+sT2uxJkY1go/zTKFcEvM7 TGO4bJ18TASHmSnh3VP5UGDUk9GiGzTeahtSlNABbHIorVsiMkhEhTrAska/TBvlDE2CvEcFtLvV j5RWCBf0hOoOpImQuYsFGREENjINhk8pa9rINBkJM5f8wRDUDPcCDCPyB686hCSvksth1tQM1FMm BYCxxUcRrWuBxSiFSXitay3sEGk4O7IyKSvsnuRBm6IRgVj0k3MUviEXIpJik46Oswd+5TGBIQMD rItlBl0Z4pN+rI7sCwzFnc08ITx+gf8S0FB5O/8Nb8m/nKu2gJ6WyhIhl8IxE6xhMfThSIbtGFcX KrIMq3cQj9ykuEaLKAaeXTWR0mJ0qq5KEFhUhqqYY46zTNNvYEMYkUiLvWa6cUIt7IfeJzOT7LNV wwWhaScR1FxdHf7AmIVpOQjB9DIUJM0OiKqUW0yRBmdKjmzZVzvFkMzpfJg5DkiCECu6Jsz9bp7G UJB2rgXZwgCaE+q5FDZFKJeZt1j1hkheTG+t+tVG2AZCloyIULtgKLdbyHI6SpJVAjijg82ypZxI GMvFruMJmVUDlH+zX4JB7eUVIrlRDrQPEXb4nSWS0ewmJQbSul27KSwxDzg6HC1SYnE99SNrOKmd WeNMSqXXZWiZguqXtAJngokFoaKZOAH3ShEUAF5yzMiILMRk3m7yUkFBhijqF16WqrkRWCiKtNYS EIpcelVITcYXQD7WmMyHRSfCZK74GAxZCYBi7N089o8lF8XmQFHL0tx+taSn1Yx9TQ3KhbR2lPBM nI8kVq0vlZQlKXgNGWjjjlzcJWSgxkrsJZuRFwWIYi1hi0CLGkDm3SMztLRFDeb87B3KnVGD2Ba6 1KgBgChWUiLziRooMVCgU3TPqIHSBAkdcSAMK1ED+8M9FQEvUQMJP8mpsl/jCBgFdnAWfmJPCgWc tZeRStQAVcai9WfUAIZvVyNb3GAZ4uneWWcCBwAchDs+AweogIgVrAUOEA/H41AtcLA2NnDkFEVO 5ECNi/J7kb4WOTA+hbBqVRI5uFBMIv2a5XHLo01O8wQ9qYieGGVaJBmDT6sWOEweB+onsRstciAd 4UTGwVvkADKU8m6JHBipI2fkcGItcgDZC0db5DAhznvKySVyUNEnRFC298DBylKsaBNYa7IY74sI R7CJtak6sp3a7oZgm0uk+t37Whnz8PMMHEhcOLICOOMGcyIChmAGDjcOnYnSzPLRUQMHhkahJ3JF Zb8FDhbZ9tjpM3IwweGQLO2MHBgLbfMUPFqTEx+WScKvw0Qsa+QAxuFamTGhA1kCYRUMZAklKGDH WAWi74ZAPmqNQ0mLeyvoN2jeaFVCB+6soK1l6BY65B5LTkfNas3jvKuyKY0sqsQOV6QFDycGUxI9 OBI8QLtr9ACAnDEdQIsewNi5CtGiBxZOrYHt9egBCnAMClCCB4VD7iGcwUrwQF60JKzswQPM4/jf dfOrGjzALIItSV6CB5hg5hJLhQwaxZ4AHC7hQ4d0VMYPDEMVI+pRwgczZUwS5ucMH5AnJEVzAyES PsBw19OU8QnfyCLYRUPkm9GQvGyY9EeHna1ED7TBFxmjOFuLHgZzBIsqPXoY9JmzwYa5LlJMhc1Q QYq08CHcRSzFzviBGXeOudKuxA+wCTOxMVaLH2Sc5V1HL/FD1s5FD30QHE8AZw283a8ooUHZcwkN grhnS6axdy3KgOWIRTHVJYCAdnhpzc8ZQIAR6mdRJX5ALIgEJXGJH/q/2bDF5SI5pQlQiR9oNFCG ym6JH6KXOACF64wfmGoda7Rg/IAMQC/i/bQq8QOLJn+SbCV+UFBhJ7VHW7X4geoArlyCtwBCdsYU XQII2UmaSSuEhwDixgm0h9b2axHEiUDuGkJ0DCU3hmAFVtv0zfprZmYkHBMpGEiPIlgUaiHUwgj4 SzxxWlEGemVXiRg5MPFkk1oGPWvIwIEJCfuGyTgxomi8siRl/KRppHY43iRuxdxCLMTevTpnzdM4 umDxtSoUcytC+KjB6OaWMzJcWoxIMbdUXMQwQxK+JmoiU60emaeVZXIMlCbV2rp0bnS5BFRkG29E DqY+MKLZVneM5zkBFk4yjv005qrGdiLvpTjrhquxpe6PKhDDilRjKxbBq6Z2IoM+Fm1uM7UvkGpq GxbDGlObcThZol8xtQLkZHDgNLVi3KBg4c3UumyiC7uVRO3m9gdz5mZr0Rh5x3UZx9LaYD4wdOhi stiaqMm5WtoptjbcxNYmHqp5GhaL6mpK9MXUXoBmak+omlr5PSMnKHlN1ZwrenCaWoWJWirC3kyt zKZCrrlgQVbjZRt3N6BtRVyi1Qll92xE8SeJc7O1E2UOwml2f9rayVtzHNWClUwNKUFsmgUrtpY7 YyupHlTrtlbGwS+xbmvFqFLokRiCXI2xIOqQlKHaWhFOf7T33da6dKQY4W22Ntw89E4gWlZGcstJ G6tddcsGvIpYbRU12K3eZySTNYlHtzK2yVq4mfKath29M1lTLgipHCnG9vx3N7YvoBhbkYFqBbIL y5FY59pJdEOTmqxlfnxKsBhbEeIv5bIma1FULv8EMVlr7MyxfzO26DsUT7xdja38XGKJTmMbfuZe YDO28vO5WcpqxvaCdGN7Yqq0xtaRuMRFv2ZsnQ8ZFmnG1kUtOGagamxlMPcW2HAzom/NajudphwC q1o7jC1hxsuzDkp2xDuZspR5aYOcEhHSDx9AAUFicbRBCFWsnznbxDHGwh3A7DmVXhFu1Uj1nrN5 Yk1p+sS0tWAjOWF4YaVXoB7JQ0dzNlwupU+jWISlVno9VydjwvwgiuZsNxEipiLoydk8rib1Uv0Y wNqvKze6Tg2jYh5zc6CQRknZJApFVa1GT9nESPNthV5Z6hVhOncckwxgvSFiVlK2zFbkPRJbUzZp hzhnvpR6JfAyJxqqtV6KffoyN2c9EmF24eg6V05ZFSbMjM0VcMHzaoFKWKEWV8NFP8jJiYrzNWOG dya4LyOl1kuagj7lolVP2QhGiBMTV9WUTYRrmkWPUuxtCNvrKVvDoEtN2UT2cseipmwTMSKywToR qVrspdpPzrERcbacTbZTZGHlTWC9YPFShM3ZcudW09WaeTUZFqCDDFYDC8iJ3sguht9XCmRoGgbO 7YB40uo1XE+oWhqnt0IwWaCCjgaSHh83EQyl3QyJCFjtR1HB+5TFhRPpiXBxTO+InHpiekHCZS/5 BUNRIvvc0/Uc58QUds4Qg6y5Qog8ckupjIXZwgjgQ3CKax2LQLT4Gm40eM/YM5ScBegCqIyJrClh K0OerrsGPHRyl4qhk2LlihEYG5NYGKCcJYHsFPwFIJDCh4890IwyVPJkIK4Jpg3XIlQktmxdxl4c fJeFc8m0LIDQimO4jESa4I1lFD+ncExGju4NbbTu4Ia3wo88pR9XrbmfV8Sf2rGtCEk4ojlFPde4 ue93IqwSkUD8PdmpCkFg5XFIUTfidNYJbzElImiipUv7UcMIS3XclIuCEJ4jZTCGy2snEqMQktDJ JoXD3qt0GNKbYgN5YlAQ7i3ShGVMXGdxLvQCpwBGyIuwuUQcnONQxGO3IFipUo/WMEBuu2GTsIO0 gkxktLkRz+UNB7I8g8pJEnah3UIquCuafpS4y70YmMm98LBgl5K4sB2fCwBFPI9UrflH41zucoit XkJUdEo7emKXMyHIfHh7F1XgVp+D4+gmh8IeYFAjOmg2FxqjQRBcFhAYUO4PQpwpe41PGUcKVuGV 49SfExfXRi64aCKcdhx0M1rAbORC0XMv/EdQwDjIkiraxDg0M0QuRIhgXV02ZxTlnkhEoBSy8X+K LxuGVSSpZVlUqX1ggJB7vqGFgNQzY+FLuV0EElMYm6EYbtkxdsjQuq704sjfWDb9OJMhATnb7kkT K8eWXRMpHl9YCXEwI2is6Ii4I9PaSbSbGpdypngbi7LS1SSQo3J2XcnnxRKBNQUjk4HiQwlWoWSv shAsQgYwBlXQTKOQDxECLQUdEziyYFdZzg9BWG1eg4ARXbAEMG7AQKwF9ibBJCNWddwwElEkIQgL n5mF/7Hy3gprl9yagbh8RhOTvR2bwYpyL9Vu1N9zTOJusE1BuBtQJB179gIh4vagp/SzFWMZiIFl pFzUxP3zHEWE+QgAsBnsJD6bc1ePeiEBELV498K6kxFiMjCx+BN2t4w1PhdxOkjAjjWTpVVIR+Cg aTOKV2IhHF41Q3NBBZGCcqZGKQazAu/RhVPJN42YN6y0ckFx1v1iUXzI43RIOAewYLg0ZDn8THoH X1g6YyLWyArxmTP6qywBL5InOfwKnkesGZ9ah1tGf7g0zKqQrSOH1M3esmXSQEfqYUqox3HdiaGf GMqMw3m0fMFRrZZRlVFPwuWLyuf5s2QxMufuEz4ylsuMHRW9IB7GF6mrrWLNKEvKPUcyVVN8cODO lvIaqsEEzuW9L4MktdlDU9fMqxjoVqOMMPOlbiZAodSMe9BEnBpLuZ2A/4JRyNQWQQHH94IFZ7Xw SqAE3i7Cev8ex4DYoLlEdiTruZFVD0tEyHYYuQfeuSDJmcAFQ2Op5Q8lx8ZAG+sAzD4nS9Zp4E3C nnvgRiL81vlB8IulApejEu91kgBiMmBBgmzvRnJwJisrYj+NbzLh1oqjEqLlWmG0GO7NS+5lKHI9 7hZbiP3Batwtwu0ohbXE3V7hzB0ogXrHQhqMU4oT+N9yx0LSEagUpUrgLX3nkvQmJEOpOCrBKsBj pLcelTi+1/x73J11LmadTXyz49zWbYg7xtSkxFcxmECcmYKtrpgdcFPFu0VFo+pJycj5BmZbctaw eySRosAp71Akgp97Q5DeHnY3jFY17HakLcfESHQiPFIhJcOAuofdLooyKCdWSp02RxYPxidNWL3Z +lJ8I9TkKASlLL61I+xOqpi7WS3sJtkhv3FKwm4v/rhQ8suiRlyDjQGiH4EEGGZ5J3NGOhkeb1OC BI46WZdJkZV4NXQzXENH0MgaWQSB7KRJKJHRVG9V1gK1FGM9A4kT9/HYIgjOpyyBZIo75VmCz1tp Bd/LSyHyEF8TiqAHJQYi3Iu9AyNohV9ESlxzc1XGuDp2YrfDg6kLghWG6ypSbZWItl10NRUm5imi ZkwBHToGARNsSRtjrBo6vMLgI1pkeGA71ltyeRiPVQSByaSvYUfKaSKcKMtuMlxvRBQazpSHIhPe opHQ5GxysfP1NfeVCQt5eNdLO56hkX5ivh2s9uUggUODBDCsZuMIiYgDFY6BRN2txbEIskaMvGKP 6TC5IjLHPuWSI1mPTyIaQhtss1cx7FdagWE1OeuqIxk/aFfYMAjzYd2rK0EqeajFqlrOgUHds3Du Atqteim3hxVQN7vfoppJ7TKXZForhIuDGRZOK3dH1QrTZ8StS7S0zWwePpQ6HYN6ywLECh60w5ly 5LjerCZzeq7tQ6VNL+jXMUKLvOn5cCchJbi03eewKja4dJ8acdmHdqcoXTCMZ7lJyByclFZucLl0 cm2IUfhPlLfzloY9UYnSKDEWv1OFqKNyu9XsA2z3UizEoUR8dXJvJIQg9Ls7ASnXIHX2TUa4Jc+u oOwFM9bnIUARXh3knRSBSojuv3pIRiN35Ln75TqB6QcegEZoaEpTILAiZdNemkLIqG1cMAgmxstb bULxkACUk5O7EWXoIU3vsOAKSfeRYHAmPquWplgdl0Us0TWPCIWwsdY2GsJFfaiWy4MNghgwovRK ZQrg4HFMuV5QryBCJ59EajSqhwRBtLLh4iHJgMhSUpgvHhJmQQM0ZUYF8JrVQ0I63qmaprCCeEgI TEiSwauHJAdDNrO54iEZi/HRT59FIeApTbEEinMpAletgMXcok0BresO5Ny4l+AGK6bvYhDDi+oj SVJ5rudROUpQfSTKjnzWS/a5h6ilrQ8oqo9syNVHNgx+Vh/JSBhSY4nqIhER59eCdReZ/M94LLKu i4TDPF7VFTV5fSvByvXE6pE8CEo7inC+USDYNJ723goSbl5JDZTpsUcQ4sS4nI5pIUxW3o28EWke gHbM8MCCADd/qYNwGQsLe8GIGchT0J6GkVJ4s1Hm0nNnMuNybiwVyVlNF97fzSCoN2Qo3AKNvIsk 2xCTycdbABs5Db1AUCcdBuwjljUWQFG4TXWI4JiyI7wh56E3RWMnfqYNFsMMgX74b1bgvgnNvXwi 21MUSXUCgl8RA83dutmlFfu04HGOJN90nSB1PnhDglXXWVeFrlHOnW6unCUUj0VZl37mL8WKMYLe IlQ5OI+T364Pmw6dqB+aNsIbroAfN6hJibYifOkg86FQqmJacVeCC+aYFG6OaLHCUxAUa8mbtMrl WESOg3wSpOQQB1lp+MicxFKp/FcIOSXWgXq0QSVhFsC0pHhvQjZ5roFPI8jMDlFY6S6S+4BsZppQ PwF2o6BBjpIh4fiw4bkJhuZyXncTITB1SZ7QSuKOoCJexwypWqvolgR1pGwFyadIAdGdryC4ey/E lmXmEa5ixQvIOavC/VXxNEfL9trbGp+EvWcoZk7FC5PFeZLTVSoBkK0WoMzfEGdDB7zuqqWrrdSY VBgdiL0sJigkSFEYHEgYCpYXoegQxS2WZBrnndQs20RDhLqOwSVuhqROHoCxJbUIWfRkV4RTY7Uh mlL6VeQkZm9VSX7LSKVyTlTB2VdGApUtHD9SNZOY9ONsWswkHKV3M3hY5bVIASNBZ780ofQoK2GC RHgpUY1QTQ7fSGbklYI4ImjP1G5ZBfemOoa21TD1iRniUqoy+xkMMwjHLT+cfSuGnbtgRB+Wel5g CKVfRbEVr02gNTyC6NgykVKqxkev5Uo1GK/9it+mPAgZQHSu6cepCqSyelMEkLiR8JmdinHJVaG0 AlhbcaXTflWUOEsgboicVsR+5lDVlytwrAqbX8opCFxek0ibUp33V7GQ0ougHHphz3CffnPHnoSD rh2vwhkwYzFjiRSrI3U33EhnE7TJEbZrQDWTXfRG9M971ZhrrTz+BX20xqIH56jBbgTU5cISS0gx idoIibREwDtzYkgb5Fpng2Kb0NoLHpHIMpKSYYQEQtBuK7xv3gFTc6HwXUhHmq3oEi5iXOKmIHBK kSLcQSk+KYF1RaJiK6Ro/XJT5SIwT4Q3QvkWizNvQtnHuwjliVlgIYb1C0EkKUbrrPgU84ZdRxzJ JoimaXeOeGLnalpfdlJEn1kaRoDQxbxhtKtiHgT9hZpFzNMPwZflXcxthS0roUHEXIQnfXIBV6SY YwapfFXRVMyhphhLL/YxYi5CfiQXqlCL4BVVtC7mMB9iRYl6K2S5qGMV89AByoefVcx5j4PRjyR0 Mbcdb1Qdv4h5VoWNdu1Vgt3NfBiudCmnxiCLUOiGUXrGrNRglFMoMkkQ1EVSdTHn7Yl+pxwxRcyJ e7GZ3nBsYi6CO3PsLuhi/L9jVUHn+Y53QUt2GUEXIfhViwmfi6CLbWS/wSLoImiK6gBLFfSGIArG ahH0hr0QGdI4Svz0vIhRx64iWGZ4KaptVvOrJugEEWbfRdBxtYk/cAEUzy/YhzvJejBGxMt7OgZG NFDqiFesWQHis4Uv2dR2FKBhMBGaB+70xNBSamE0Cha+6eXydsLHtAmCd+OXqQOdjbBa1CFpxOC+ oVyYmdImkgJB/OqTTpj9jYgwmMeoNkpAKdXwgOb1F8Ttw7DSjbDTVtYmqNjbijukRdGIu4iooMKQ qiz85aVMfCnumKO0Jj2G0m5zy82fIq03snGPQ23T5XcxS/UWfYO4zgqJY8qN14jXZQ5nr3bziMNl MhTilFMEoocdJcb6e86trGIOXJMIKy07oXqVCNwMJXw2LfE44ANDQTzqotmx8SIrovoAnxiAMzX5 xBqLZjC2DgA6yXWuazIfiq5nlJvUYIvJ4OgTbrJfDiBUYNyhiPS1pOFeKkSsyXQ5xUAaLC2IJDtS L/gulJ3IU8onUUz3pQkIHxMoi059+IIQ0vuSqPSrraAl5ykw05E8J2NPJACQydnKHUv8P4eu6WdR TRvJnqwT0Ipl5+0YiIlYYWY5MCxIJQp0Ug4rJukQHhEZFaIQo5WHsnDTI1aJSXpOeJdWlPvifIjZ obqigfPZ9aTmgxZkdMUNIx/smNatHOcQs6AiEauCMeIFY2CP8MWQbR+HKFqcvvK017J5e3+EY+Yl vGXzIXYKY00AwUbJoUjgak2cW19+FQd7ym1IRqqync8AlY/3VPm3H2QsjwVaK+P3chDENBbiOJ8h AEgMhAbzOQXnI6nA2RTnY02PbxNZbHKH0I5jZvt1hB9MIOzXMWqI3tjPSJveQVMzLLzdZT5eE8Ns JIHH8TpEktQSkunQsSd+ZIjmOQtG0WEomZxvNnJnvCIwUrpQGkErzlaeqXhPg5FYFE+TO1+ZDxdr xmntwADfo9jKWV4isCtidou1J7dxIdiL6jprIZmyAnZFsasSAGd5O4pT0YygxRT6jLIpsDmhYl0w 26GHWE4p2yUFa6stkZcdY4W+NMlXWC4r5GBtlTzXFXbs7D0hVVSIXs5yYkUeXSFzUB2BWk0eKV8j aQljyWSQx3ywhWKcbbo8+skW7jQ6Ps4feeRLL+ZEidyrpOWjNSXirwi3peAzCfvFIvM+XPtktF3k kU/iUIQpNyO7PFJYQQhoUyvMmGkKSe6vSeMFadLISL1VlUbHiQ2pwsiCWFu5BNWF0SVxq5QlNWH0 Oz6cfmJqm5i5OWweG2kIm1NA6XNiEpMUiWU2YWxMZaSLMJ6f4GiCd/18R8OIXbVu5ZMeutSEA60v I3bMR+fYkBS3Wm+Mmd7fA9AGEUtgd9FZttEwRBGf6yEMCF4pJSruNRh0gnDMEe+LJPAk063iM/xs kq6S1ITRrRp72EAaovf2xhnU89M6GF6UqZ51kSByc+au9+T4mm4Wq8a7PpDyvIQlRthR5PdiyGhG wotCcRESG7NQ/YTJ2olg+AnJtWIXDDfMCZaIsSARrQEY5/oi1GZw1kkHEgK6pGKA+SVPznDRRNuI jkKK8+UEz82Vzz+5Swqq+pQYF9tgT5ECtaXcvASgqFVqe9jXYjf4ZkwoAr0Jh4t2oUSrla4RH3ix LqayIVa3DyRyncGn1n9HXZCm3laQVzDhwKpxgQ1MK1QxrNCJnb0phTONrvpzmNzADdCV1Jcalowm 3nJcvtWAEYFMqVx5PkXsYW1Aw0d8qJxCn46hMTyG0UByG5u9unkwjAB+n7GoxRd5QHwIhpiP5Bty IN98zEqB4H4nhS0NJtaZAI06I9FN3tBaUqc5TV5Rgm7QB/tTilWNFtAHy0XygCwVjNHwrWYT/JtM Rw3AIhlDMRtXbqIAGFNkyJVjv8wqsFiUMwzQoAsnVOylIggbBrfW73or/Y8XRbhe6LG1AkDdwe+Y ZLrV6Brhwhhlxy7J91rwBp1yurbq5v/PvTUEQmHKEC5Y0zCu0KC6XrVhJMjGArCSnAnKd4Taqz32 s+4WLwU9uWcDQqWEym30ZPdopSHZHpFWqXC1VhKBSoUD4c+linZes8B0R4JyqMkH5sp0LIqz4Bgd 3gi5KBZOlaUzBeQ168JQLrFimYtxUuAt5HJ+m+++VX4CUI7OKzUQrh8wPMfYxL5FgOBoglAOwPMB EcwVl3VZu8ftHEixdpIvqIhqdgR1KN85vGBs2Sok1XCSohThWIjvsUWQV0iMuSLYS77keXveL6Ij uRRIqZaILBfioUyEmGWiN0geEkQ4HElgM8mt9QW+9UUliB7MhDzd8MO1EmBK9IaVIx4PZ7i+TVXA +ISInJtmd/ISTKAM9fRNzgDg6OEntkMLjhxwPE5RGxKAwROEE8Q0LcgQFoM8W8mDzwynXyVUihDB 9DWNeKd9IXqGsldbRzuKFbymYaUaUkv3ImSFZvyE+VyoB5HFRnkoDZfBylrZmKER+8GM2E1RFyBB 8XOcrh12SAOVFn/uDimDeCfCFIIsFbnmFjTxByYIxvBAQfZhkqOiss9DU/qB4TeUIMg3LWEDhkAe sw6KgTQx56vFWKJXA90LBmvZYRmIg8lIGS/FOMoJ+zyTQ+789GP66QMjQYiSp8wuHE0pFihHGPKP LyU6UjnByPa8nh5rXTD6IZ3lLS0jef4pgvaV6RCA8N1zwRhdvRgJPoegejynw9r7mF2EEm/ZMMXe woNKoIROXkYt/OQqk74aS85kjEWslZha8+1HFIggif+zTMy2lT05Q2LOdZaYAD8P5TppcxpqkKL9 sRvRfm0CZ91QBn3gEJbXR8njuJmNKNi1YlxrxUBpXwiBvJrJSRKxkKEBRoKXQG6HY390xZAJm0B4 53bSsVwbMwZAvjjts9hdWmFrGAuEuxWMpS0plw457NHOv2jlyY3GmVYIDEkdK0esC8I7KvVdjDqc Y1njYQ8i5cGNBPUA/YLwKz6/VPvVVtgq2VPWjk91rDdYxJ030KVdmwEVeINd1BdSIRyM9xZ7MZ4b TLHkMl7Hrmtp473FoBKEIDnOPkq7iBTZGUmelp23BaElL6ZIrGUjRp+9wunysUMxLkbaCsaqKvg7 1EmTwK/wA1IX9fVEUGQpDxC4W2zcjdNUWjwaw3Fi2i0vngL1SuoUxc9+rp+zPUQE7fHz9P1L9K+/ 1z/mS/1far4sZBjrukTPXv3Y/W+/W+4/fte/1P+rPnbf/uzB+dF7Ko/eSCTMpVatYeMnP4OP8eGj 94YYhOs8nfKzU3zKx2iSwJOqk4/DCqaGd8y0ys+6c4rS+55Y/hpCa8x7xjrAxzvVAAJsXiI1iMsh DTq7t57Jtes0Dnkj8+b2rB+wePlT+Y7/i4200a4badi5kRvny2WX142c2IuNnMu5bKSPeesbObuf GzmxDIl0kt7ghdjIm59uLzbSel430rBzIzxi0hkRjF43UjEC8FcbaQNcNtKgC0fOIdtGbpdp6kaw tr9OtNpo50auo7UZeNSQKqPWqYvWBXu1kbbDy0baPOdGLt0/N02GpOw9DPd/v4+3f/FvQDzzZ0O+ /nG6f/3bOwcd/N9vv/bvjuDGyNnQESKXorgvob7mJuL+uQ1uZHAhd7p/ybU3mhPnnRgxN5d2dTi/ RcmxMlnGXzoTM5APlVuTHLWjwkzF8TaHhsY5FSpztS3//89lVZF8Rwfc5urQX3tfBKm5T35O1ZC/ zq5kJ6dcXLTfX/Drir/k2V9KP04XOGlfXszSsL/ODKc0+FdUvBJLYHJh0hUt1PtL93LORFSDB10v szSkzPCVSsVfYilKhan7Ez/6517we37jhKAY92C1knsCH+//5RssQvm9//mSf3yDV/zmG64R37/5 /f1/39/97Reo5XR/99O3X/jXYvjp4xf3f7p/8z/u//UbVMqxB23qz0+ko30xEcLM17+xpud8rpf5 3t2/uH3zL3VkQ81fMn6fm5GMJMc7mZJXkJ/bW52Lvf33tqXftR8+/d/207+3H+rvbu8+dQrcK03+ 2Nr8a/vh0/vv2o99zB97vx9Lx9u7qTUa2g9j+2F+Q11jiF/Y6xs+5kHxxEHJ58h7/wXyEgFcwpZz Sp7xkv9Sh78Stxjr6f4N5/CdzATsFAjJfZj6ViSpUvvd9vwN5a4vzvnDmhdb+/w85+i+djG+eTs4 dP2FfbHUz+7r1Agk0oPYN6S8qsQpNn/TeNUZ2wWhycjt3fvvW6suCD9Vsem/+aE1+UP7oUlWF6g/ fnErWtd+0wbpfdsv+mL6YF2WW5Mf2mC/rytpv/gFeVx+tTz+HBEp8FOzIv37a8tjnbDaF10IAfev lcdx+A1Vs4vc/Lw8vpznPyiPis34cypsqcEniq8tZOSuKtBpiv+hSQkcjiWGwflvZz1yGOBTa1l/ gzg2BOFLk1Mqe+82XJOK3uTH1vnHJkC9z0/9d/Q63QJ+iAPXP+OH6u6r1l34NxWzzc65bOK5/5eE nTwuJ2N84Z7ejf/4xclBfd/Nv0L2lpOnpr+ieJ+JCgRnKpyk9Kle2S+210zMZ1jaTNer4U/DSH6c T42dtuvk65fY/KLk3R38pnIJAS2/2doP+4XMt89s9c+t5GJEKzGLYbvhe/sOv3qTRlMs4TR0Dmkp ZqDPlPo5z8tPnKj5KtCaV/nrd9Mtf/6OHDjx9ld//+2H3/30/b99+/UPH3749P3Hb3/69P17/55e xOTnc4AyHQQ40wJKDC0lzht102kmTRserZA5bMg3r+h4kG+YZOHfixv+CTPgvWYCn2Ehdw+4kMNh HEVYKpdVKjlM4H8cY0jqyz++hAiu6vmCiAZM3ZP/4xdVJW6JlP6EGXAQKxAvZmraX3bri1Xyb7IL Hfj8avjbu79vgtBV8GPX0+5Yugt4i/xz60+oFUPwfxrQh/nwBunjve+zsrd0r37o9u61T+lTN4/V u36scdD9XZ+yL6K7qH/rzf9znalSs0SHn6Mmx2CU7ast7dTUls4vlRkuteW//u8veMKqi7d3lwWF BF/2Tl2R3+hvlwr8adFo6H/ay89th7Obvp2iA/FuFyH8vES+3Ou7O1tsluvPTYO8RUSpi3vM5LHk ryFe33+3X3273W4VosXKvCJa79SI1knUR3meRGtO5sZf1/x/8hMB4AplbmRzdHJlYW0KZW5kb2Jq Cjg3IDAgb2JqCjEyMzM2CmVuZG9iago4NSAwIG9iago8PCAvVHlwZSAvUGFnZSAvUGFyZW50IDMg MCBSIC9SZXNvdXJjZXMgODggMCBSIC9Db250ZW50cyA4NiAwIFIgL01lZGlhQm94ClswIDAgNzIw IDQwNV0gPj4KZW5kb2JqCjg4IDAgb2JqCjw8IC9Qcm9jU2V0IFsgL1BERiAvVGV4dCAvSW1hZ2VC IC9JbWFnZUMgL0ltYWdlSSBdIC9Db2xvclNwYWNlIDw8IC9DczEgMTQgMCBSCi9DczIgMTggMCBS ID4+IC9FeHRHU3RhdGUgPDwgL0dzMSAzNiAwIFIgL0dzMiAzNyAwIFIgL0dzMyA4MiAwIFIgPj4g L0ZvbnQKPDwgL1RUMiA4MSAwIFIgL1RUMSAxOSAwIFIgPj4gL1hPYmplY3QgPDwgL0ltMiAxMiAw IFIgL0ltMTIgOTMgMCBSIC9JbTEgMTAgMCBSCj4+IC9QYXR0ZXJuIDw8IC9QMyA4OSAwIFIgPj4g L1NoYWRpbmcgPDwgL1NoNSA5MiAwIFIgPj4gPj4KZW5kb2JqCjg5IDAgb2JqCjw8IC9MZW5ndGgg OTAgMCBSIC9GaWx0ZXIgL0ZsYXRlRGVjb2RlIC9UeXBlIC9QYXR0ZXJuIC9QYXR0ZXJuVHlwZSAx IC9QYWludFR5cGUKMSAvVGlsaW5nVHlwZSAzIC9CQm94IFswIDAgMTYyNTYwMCAxNjI1NjAwXSAv WFN0ZXAgMTYyNTYwMCAvWVN0ZXAgMTYyNTYwMAovTWF0cml4IFswLjAwMDA3NTU5MDU1IDAgMCAw LjAwMDA3NTU5MDU1IDAgMjgyLjEyXSAvUmVzb3VyY2VzIDkxIDAgUiA+PgpzdHJlYW0KeAErVAhU KFTQD0gtSk4tKClNzFEoygQKGJoZmZoZGCiAIDI7OVdB3zPX0FDBJR+oMRAAFeQPuAplbmRzdHJl YW0KZW5kb2JqCjkwIDAgb2JqCjU1CmVuZG9iago5MSAwIG9iago8PCAvUHJvY1NldCBbIC9QREYg L0ltYWdlQiAvSW1hZ2VDIC9JbWFnZUkgXSAvWE9iamVjdCA8PCAvSW0xMSAzOCAwIFIgPj4gPj4K ZW5kb2JqCjkyIDAgb2JqCjw8IC9Db2xvclNwYWNlIDE0IDAgUiAvU2hhZGluZ1R5cGUgMiAvQ29v cmRzIFsgMjcxLjExNjIgLTggMjcxLjExNjIgMzQgXSAvRG9tYWluClsgMCAxIF0gL0V4dGVuZCBb IHRydWUgdHJ1ZSBdIC9GdW5jdGlvbiA5NSAwIFIgPj4KZW5kb2JqCjkzIDAgb2JqCjw8IC9MZW5n dGggOTQgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBlIC9JbWFnZSAvV2lkdGggNTY2IC9IZWln aHQgMzAgL0ludGVycG9sYXRlCnRydWUgL0NvbG9yU3BhY2UgMTQgMCBSIC9TTWFzayA5NiAwIFIg L0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZQo+PgpzdHJlYW0KeAHt0DEB AAAAwqD1T20LL4hAYcCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCA AQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMG DBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgwYMCAAQMGDBgw YMCAAQPvgQHG/AABCmVuZHN0cmVhbQplbmRvYmoKOTQgMCBvYmoKMjQ2CmVuZG9iago5NiAwIG9i ago8PCAvTGVuZ3RoIDk3IDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRo IDU2NiAvSGVpZ2h0IDMwIC9Db2xvclNwYWNlCi9EZXZpY2VHcmF5IC9JbnRlcnBvbGF0ZSB0cnVl IC9CaXRzUGVyQ29tcG9uZW50IDggL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngB7ZqJ VuIwFIZhulAoIEtFlE3ZRFCWigOyiO//VHNTUUm5N2nLwNCx//FgkzaeGv4vublJLBYp6oGoB6Ie iHog6oEz74F46HXmHfz/vR5zzK8zVugdfZR/4B/7kFlGUVRVk0k9ppST63w5OYrLDvmj+w4F0yiq picMI0nL8KnEodIPlwwC+f1jUqKenBIlMCbMcLxxmGm0RNJMZ7IXqKA6K1LGq9KeZfpQyrtoKPbv +KPkUEag/eGU6HIMZE/gmCjgN943jmkMM5srWqXSFaYSpUuhLIGKEhUkykuUkwnF47MywoRDBgyt aaoCvvkebuJxRTPMi+LVTa1xe3u3q1tUDVx1SjVKVUIVgW4oXRMqU8L42NZRlJQCU2JJKClKKClI KMnLKMl9EoH+FmDC5pG0mTR0jbNN/Jeqp7LWdb3V7fUHhPqoHkj1EN0T6uLqoGpTaqFqotolg7tG KbnFKWlQlNQpSmoEJVUBJRWKkhuCkmuKknJQTCyrmL9IpxLMNp+DDUxQqpEulBud/nDyPJ2+8JqK 9CyQjWuCajwZ4xoRGlJ6QvVIiYBkMEAp6VOUIIxAFUHJPU5JF6WkQ1HSRilpoZQ0OTR2Cx4wqddr lfJlIZtKqN9zFJugklmr0uqPX+aL5cqTlqulBy2EehVpLtRsPqP1ezb7LRJPhbskgmQ6pSnBGbFt FBJWiVMyJigZUZQMUUqeKEoe/WPS63Xbd7VyMZvUvwebD9dc1jqPz/Pl+m3z7l+bzTv7gQ8maP9x 4fXzbbN586u102DtX6u1JyzcD/1gTOzJ+OmhXb/Kp3cGm61rqu2BPVuswDb+5d9nIW/hMPKFie8O Cxcmi9fZdPTQrFiZpKbEt5ENxDWakSne3PWG9sts/iqYVZbLhXReckPqsbxe+R82tuON32GKfWe+ v+iPBs4gysbVH6TN23o5tx87tcss7xo1YeZK1eb9YDgaf83D1ERNT+3ikMAdQPBlUSDCAhU6jIEY RxgDzUXhk4gRwOd4mKzDgsk77poYZIb1ZKZQqjSa7U6Xi/vxpUGPWEngyw4y/CIDNjy+I8NBKn4k ws3JNxhfhLALihI7ICY8Fe6SkBIRI4DPaTFZoDNUjC29wTY56+q6AgkFLNlAZibqdTSXga/ndld8 3DW+WsRXluRCFF+3Eotcjo2dQoQJwOPCxJ6Mnh5armg4xgYbsI2ZucgXIIMp2AaAW6LkKJlRFaSX yJQUlcMik16iTBmVXcMIcepoTFBKIKeOiUNjtxAqTHr3sPKuulbe4BrHNgkjZZrc7qLXPcmMaGeT 5arRJPZnpTQVLsuly3Lxslx+hAmAQmICGfBadT/LBzlisI1zVELXPezccvta0sL+VjJd433rGvzt XRwJwkKECTqbYDsKbGcBNsHBNyB8nzxYrWxPXn7/Lxwd8ICB7BEpGdwDNBT7d0KDCbJ76WxIgW8c 6wQ+thOk4elPJQXzv8dWcgxkT5wnJuzoj+Y+KeG4ZjvifJgn5J9BDHyaNqHFRNk7lfXlmhBchNzP R3r9E1ievXkI/BG9otMDR/KZ/z8bfR9RD0Q9EPVA1ANRD5x/D/wB+snqiwplbmRzdHJlYW0KZW5k b2JqCjk3IDAgb2JqCjExODgKZW5kb2JqCjk1IDAgb2JqCjw8IC9MZW5ndGggOTggMCBSIC9GdW5j dGlvblR5cGUgMCAvQml0c1BlclNhbXBsZSA4IC9TaXplIFsgMTM2NSBdIC9Eb21haW4KWyAwIDEg XSAvUmFuZ2UgWyAwIDEgMCAxIDAgMSBdIC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4 AZXBBVYCAABEwfsfwBYDLGzEFsVOLLAQFezuxsAD+Nz1zxQKf/qGvrhP7gPKc+/cG/TKvXDP0BP3 CD1w99wddMvdcNfQFXfJXUDn3Bl0yp1wx9ARd8gdQPtcDspye9wutMNluG0ozW1xm9DGv61La05K Sjqr0oqzLC05i1LCWZDmnTlp1pmRpp0padKZkMadMWnUiUsjzrAUc4akQWdA6nf6pF6nR+qWok6X FHE6pQ6nXWpzWqUWp1kKO01So9Mg1Tt1UsgJSrVOjVTtVEkBp1KqcMqlMqdUKnGKpaJffgDUG//W CmVuZHN0cmVhbQplbmRvYmoKOTggMCBvYmoKMjI5CmVuZG9iagoxMDAgMCBvYmoKPDwgL0xlbmd0 aCAxMDEgMCBSIC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4Ac2cWa9l11VG3/ev2EhI 3EL28e6bx+AAClJEEpfEQ8KDuZRjhyo7rjIB/j1jzNXt21TFji2BI8XH313NXLOfc61zvu1/3X/b D/3Hw23c5m05l34fz9vJP/0yrAH2b1/1/9J/3X/yj+/G/vfv+k9+9fl33716+3V/7+elf3f/dT90 y7CkaW+uK2TsdcOG2+A/+zFv67H2r9n8IdS97r/sv/jbTJjLLlKTlj32RcIylpYNjAPM+zrM4xZL tv+M5ST/ySGPfY2lNg5ez/irV2/vX/3xu//8/HX/9itYIzccCJUxOH3Oy6/z1N2/6T/5xZux//k3 UJyYeWHFONy2aR2WmBtcfd1X7Mm5H7OCo3wZrA/aZds0D6dCqmsgpGdo74L2OigR7yEg/LpMIn66 Es+I92pCVzThUzQB6cPzeZ9WRMIxx3Mbdj+Ngx8P9EKVmVSZxLs4/5tKe1OZ9/LkGfUInmT1mM/j NszL1M3LcZvPZUNL5nO77cs+9RWbz/W2odog++0cxpkxy21HbUC22znyp3uwmT+eJ2utt3NCNUWW fXSl5bYO+35Fptu2Tluel0cNt/100brSfKKU2wZS9pulc5hiXqFq3m/LMB+MKpTPUjU4r5yvINLJ ohPsnQu2DMONXcsyyzDepn2E2rbZMky3cZk5eSYJ3k+3dT893HA7Bj5cEA53HNB4geDAeGovZaHC pbIdfKu8zBQ1dheSi5jKwdg9C+4eTR+3ERHs81Wc46YFDVBeRo7reVtlV1l+XA/kix1cKBjXHQm7 UhamAHJ0nSzMC1KFecGyMPNCjXFtt8beSlKRQaO6CKmcjYWycO877Ow2njOKWbBxW5DdPIJkpRg3 nPCyPJDmuG23gaEXokCWdfJ0WZqOyUiR5gXK0mwLVTbl7a7SbERVjlfCq1Cy6CDgItBlHW7nPo4h 0G3ZVuxzWXCo54pyMzIwEQJCsthJq1pcZFiTxS7bErrI5tuwKNLttu0bYQBkWlFKhbwN25GQfRSB j+uyqsPrctvmNVlxYK8DW/FGoR7bcc6BTLNGw+o7K60zShY6td8gSUuHnbdjCpM5lJKzUNh9Q1z5 LF05cUWYh2KfzJy3pMSZD+M53nbdZJnLKGSHOw1EPnQiY/JAqEPiw3icfDzlX+aDyDjBpMqHQGYY UvjQ3bP6hhOLE2Xe4HXBkIq8gYPyQWQ4KxswefzV6n8XNkAUDD3hrYQHG9Dh27HoV4tInx5YNuyh m8OFXW/67bzBybVh/Xaw2JpXC3UAwXnhkaQis2Hj0zIFsxIbOhAoX3TqWR1ARsKlSFWHndQBA0t+ IKuD2Ew8SDNhQwcywGNHhTrs8w12ZqeT1WHHrra90Kk67OPtGN0tK3Y5b1P/UIYdng5Sjj4N6hgh 8RhuE3Q3DOFUbCYyLdNB5CtYN8/jbd0gSISwiwgn7IqoNe5wdDN8TQfeFJtD9mDLilrPExFwIkqP O1xGh/hvvNDcjTt/2NWECXaOEdnEhpPcRWwgvjMLb7rpZqYVK8EqRji1EjYroqbJvTNWr6Owpu1A yMw7ZpYc4R4GKAUsCX1B5YQcRkex37CuUCVHFTzIqEKLjGRUgczEZreDjYMHngeCFETBJ7AJLxIY 1nKwFItvGwdkFLvsMWbbYWsgw7TktY6d/Eps3ueJUTP8Vcoi64FRgmBtDYl5823Xp+VBTFuw3Clv t7mbOSsfHLIdabMFfzLi0YDOASbK32GOQR5z9Ly6f/caJX+PvVb2x1bF9p2E10FJo2Z9/bZAY0XQ /BGeqnk6p22TwWjeolPDHePollkXljBC/Ir54FdB0LHhmHBqONo5YvCJ60XFdYYoEPaItu/pw0Jc 3oZwoZyCTRljpI4EipRkHjaUQ6c9HjB2XhKGtMKRj6oH2cm+sajINuoVCLLbtJCdYFTzHpxgv+Ec Yy0cH86DUcTUc3HHsAZ5g7c7UH5dNLQo5YxIO277UIkyxglhHAQGsp+GEvgyrvKFSDwhvTjzDHsj s4I8jM/YQiWjUKGOVCEQOEJGylFI/FME4mOYKKPCZxmBwkekDTmpa7HmYpI5K1+85LJutwkyWQsh nmuJZpiLB8QlreiMhE54ORCCDEYJgvKsh2lFRhLbT3jFWmUUXnIdQ7F1L4pr4cMaBqG94/2cN91Q Y1cnoVJvRUaidZzwHCMOJwSRklOO+Ik0z1FgaJPbOO8MkSJJ0l2jPL7DXIf4v5/zERLFzrHXpHuW egwmCnLepp6PlThUe0JXJT1rdodmT0E6DK1TJ61UXwmC40Q7JpMDyjt1nZw3joxHWpWlGPFw7DAV 1DcsAt+xokwi+6nGQjsGE9qBL8VkXb2OOjCgoKqu5HA4dN0P60fcrFWp0thHbatSjtQWipKChCWh AYdaeBml4ZlPutKisNClU23hKBxcN4CxEwL4KDbg0TpiH0wQIAjpbYm1OPCTlTndiFk5C9UlEwBC 0xcilcgWeoetDiuetSCRVU2mRWleGqW+4sE0dz5uu4XScxhKgSucL+NivWMlWDiTQoyZsScnFRnx 4oFwwhAEzNpTEkOCgkYzyhCxmu/l0EwEgOhrFiqtePhtdvUyiphK+uXqHl8rBRlxbrHSoGdmHoF2 ORUqVEGDo2BgpFXweseNLejGfsRCKDjxNaYxmrwtjqfPiFFzMEYmyFGmZWAyIQ4PULEL91B1ZMJS TzGogmm7/MyjQIgOBEyBedXlkOXIDAE0OHFzOOZwsmDDYEwKn6xfwtZ2poBwTDMZkRnZCkzEgDgd MS2qYbCVVAIrQs+pBmJUSvztraT0MzMcZoKNQ8SVIoRRr5krwGUZt24ZCQHh0yXAWO483DS9gETm hDQYicfStlUW8ywRejGYA+ed1j2sCGzS+8kUTAYXDmLaCILbNS+4IPAZtxb7lVGZ5fSZWIag/0ix K4ZNBhWOIy8apfU5TI9ykBU4zppVF42p4i1RLLhDKNFfRQRPrL86Pkj7MvUNCExl2KY7pEuARDXz MnXAdii+YnnMCpbZw4tGiXGecAhfB7iYvLRxngiyDLiLNRcNuHvUpiFaXvKGFSMQHjqDWCkqcPwN tdWZ+j8TuaYhL3Ib+iDwPpobODejm1QPCrHErWgd4H8bYk9koxM1XaJbdFxMqbQIMx2bMrhEp2Fb 4dNmKjC8CuwFOqjhGYSKciDpOfHz3UxpRVcL5YdmBBANn+PA90f+RYKN1fWUJlZJmg1dg80Q0BCj 3nYS2y4YcS/6FXUl9JHQCCV1P43tIFR5uEwUijHR2OmC7pTGlcjB4dBr9kVRyHb0SnJgnUyhVLLJ ohgumQgV+Qcn0ZIuIx4O3SHrX+jClHHRU4uaImJG1p35gHeR0bPjSWIG6Zx0OHZWw/JhpifGgCJT hfTzML06yG3G6FNg1IchBoSuWfJBMDhxmBWgIzzjpoK8Zhys3aMCM49TkCDEzeR26ftyUsgs3ovo rhsSIn1M/noyRaTQc2edAI5JN+iJo5aqiPPUKFPLNgqnuU6p1ziOExST0ltQIKpJcTgLrSUHA6Ow HrRTkJX0EQTTOlSWhsCw4wjVaFgoEGdypVOJmkeGIrsbjWpTzemIlgiJC+EhEj0cBYl/F2TvUeXk LpOH20wcDPv2FKWSg6el6iAbdJb9qDmlYWLlOW1aFJGLxDHESX2l7KTA7EIJUF4zGiJHW4aqBc0H j4twdmIE2x1kkzj+SBjD7ytNcqwlZ9ekOloM6kpKxVooxCQJBxZrhqt5IvFEAqFHGWDVmKP8ReSU 6gzKeW3o70Corognhne2jCpG25pQELUXOSEOmTF2X04PQyAwbjCP7sSEmoPBl1OPTS+CSCunqG0O 3VBGUFZriKR1dRRBBXrZOFbK+RPlNQu4X/QcOIGJkWSaPy8k/BjVuum1IJx+FqOr0T4xzzBaygli HhPSuDBaqi9qkmLdnJBWKnail6A6jnqOrt1E3wGEQhtexpnJAaLzBcZRnQdrSbKSZVOageBUKcyZ x5LmRfJKRvI3bH2PA9LLHMjDAiHRdBr+YM1GNW3TrlcEIyVNZoRdylAdV8RtbPDQ0BpifMLk07w0 qsVfUnQcuhRnTL9RMcRzbDiqBxiOn6PFKDZH+Hriwy4j88hhdRMEwB3q2RNsSAmi9mYqA99ptbMA TgBtgFYlMYdcqVzWJc5oM5p+I6P0PSoNCFUwlIKETcwUeyi7K9VcaLYSRxUrBlUQXFqEC8kjK9Fo OKLVRweHXpdkmiVHSoMrj7YECHlSOt4hg9CAHYNAaTFOmhAxDe2LaGx66I2Ao4hrUqlfI4O6IBhi 9vJ51DX5lB0LxvBAEhVjQs6EXA/VSAs/wqANERz4GSVmyaAqoJS4HSdgWSRHQRLpgMhjG9Ay6K9w BrysWzFOyyAYmt4g24StIHJKabN+hDMKIZUemdVwNpHAYot42RLOKKPovBrXQrB4LxEyIEVNBEjh bCKhpKMpxr4pnImRKBiXcjgTmSktGIVyGc4kc6evE0iOZ2I4RdWS0xrPpnHhgEFVjmcemXJCaWfk nlE2xCIO1VHYPg31GBXxbOK+kFTSCFcjGp0F5OwBc0AToAjyMDmgXZAU0NClgrFUDmgiBwVTOM4I aLFdygc5Sopo5C581LBwuEa0RPixWNrkYOXx1vAYBfF4tnVzlyfCnIya9Gg1pInQsUJ8LaTJdEpB WFxiWggrRbkc09QNqklPXGOaYqYtjlYRBnJMEyMbRDSsHzFNhVmMiiWk4aKpCyPG1JDm8rSeLjEt 5J6aXzmmhRIH7zLgiRHWYXpXAh93guYcyArvZ0jr0EyqzmgW1ZA2xaV+zMshbSLpx77kVA5pDckh DT99wXJISytF5oan0/fFfikPrjEtqCJtDcsypnVSTg+Z/Zr1JRstiLEwXZrQatfFVcuN+4jQojyX 2wiYfUZZQ8zElXGFAZOT17KKiW4lCnfTjVrCEKMmrkgJuYo0typFyI+JlqUtSWOZZHyIJKNgNuDB KIOCWdGqFFkO7ciGiK1Kb204X1I0W5UcR4yOCjSotNqt9z/4a8WlB8CBeY1CraFIM+I8PC9dwVD/ PMpGcuQ3SNdWpUwhwZeC2qoUI8FSqKpXGhRXIVBppxLGUfiO0QQ1ycGlKmT8mc0dz0IzwOcZso4q Ty32ZoCNZTCNC9dOnUrW8oYmyqTaqXR9Wh6ulTuVQWekCEVl48SyrCgxiiY/d9uYBQPBF+x6eFaC dfCO9DHSD0jKjUqCNlw0EmvdNCo74ivNl3zAaFQ2BL3OjcoLhnO2dHKlPQSK+7RRyUq45nQbpDeE m5LJH8fcRvMFhBKmQ2McyjWSl2APFfi+S5fcxFJzp6bWJDj7IB/qXG+zIsFSq3E+pNfWNjr1VJvL KlLIjTwqKzZa6fUILtzwEN1d7wYqUmvzhmHx1ubcF7CSTW65Z20e+xHgVViDpSfmRpleomJHJ2MI WXVUdVWe3gKrXFV2TsMahlWLyc7LG/Q1d0kMyExQf92qlOYj0R3tlZ5UmnekUkSGpHOW5swiytEa YAgeIJXmI+wjTUi2GKW5yMTNHQyJQIR1ZgRLT6W5R2uj0CJL87YSgS9K87YfXiSX5pkolsKEKM2Z Bt0sjCCjOBUxbEXSXUtzGUBOksQdpblMgkekA1AS2QwJgCnXRU3CJ4ZKXlHuDtmcFTl0ncvmU5QR pPLuzQFIFiJrwvF5+c6Zmcb9M/rKeTA6O4Q0SLwelFsYkewWgRf6RdJLL/WwcxP2NCYQ18LW4561 DpJruS3LKdBMcx+S4Fiavqa9NzFuk7FZ1rTnh+8x6eK/MThvMARW3pyAkJNyURmEowlbvtUlC8c+ GUUA8ihI+6DabQgaPg7EYHcro3RIqRU9+ue4y84YXbeGwc+ck9LohVmRZD6DwUn80xgMhF6Sk5A/ UR3LgnC6A0rH9ABZAFD1wwgAbs0TaTh8/E6IMJ4hyOVpDvdSFCKLvqhICpI0ebii1ZiS8E1vcf14 rAiJeW40fvYgK1d+RE1vxk2La+XnYyOeleBiJNXKD2Q7dv26SbCVH64fdYgGZK38wLj3GG1ko1Im AiBcWIduES4t/Wjq+UaBlTiGpZ8CAZt57gOGSln6BYKSsVIu/QrCmFr6NawJkjMj0WgoVOEWjNVq 6VewWC9KPxAK43CsqfQL/vFGANNTrVPpB58p/7kskdYo/WyvUb/DeZAo/UDoGxu5wmg47H1P+EYN 4ioll34GeVsfrJQLPcIEJU3woZZ+tiZpxKS1IsEkvHD9adxnXpR+EXBo/wRNxvb7nthJEyEFhKj8 iFI8N9MjchYrPwBuGSN/r5UfGO3ROEqq/DoQPLPsLJXfBamVX8OaIAi6+OyLILCohjWLIqbzOCH8 YrWohqFIufLjROTUMgKltPLrYA1uyz5U8XdPjUBfSUjj4ajFWTMNumrTTiO6YGtHC41CNVrlRlqc Mg0W3hLVSBv5Ix0z4kp4mJxC0nfiPixib0ohOxC6PDZxS7p43xvFox9bsdeBEWNM8/TAqAmjuMW1 qMspZEewJzdTkAS3nEKCcXsS3bacQtJT4i44MpycMBLsbbWZKiUELwt2cDNioCyjcAtkSAmJFJLG E0lpUFBTSHuSpGyG3EghOwAiWfTLUw7Z050iFfPIHCXnkLBhJMGQ9JpDRss10sqUQnY2sY54L5Ey yJ52K4V0HK5mkPa+uGdwpZxBQgFhQsssuQRC5hXJgV0WJJjOnVuwJWccPGrDN9kqZqXIIG1WRZO7 ZZB0uRALL3o9b1x1m81wW5uOFxlkQ1oGecFyBslKXJkMpEGYalx1k99RzcadUs0gIeqk6uV4aLYZ JALmslgqi2I/UWHESQZJWbmtPm4hJyIq6fMbpi9NmTt9dizAbtMVIy+kn1axjsCpi9CvkPpR07IW H06Tz/BsFC34am40J5O+OBK6EkiyErI5YhYAOkBGzKktwHDnTiM2wFOmmbWainilStsb4vH+6OAF oPiIm9ECRagjLSIwMGvlQU+wJj0g8nVT6W3xtkDvJ5EkT4kxOFmJRJSzFzmwiqzFw+EH0/WGDhxH 6DxKIR56J4Z63YP2KAtlk1ksM7kiIjQVRFHgTBB1NAIJuuTidpe0imiGkwwGRkaF01VtmYsN028C 4aLVfC+okPoJI9wjaIJNvp0QodHhPG8R0GgR0pmkInRSLS2hnChlhwQ9or1KEwqEW6tUK9ARoIvS ECsmOJrm5VF2B4nWsRKnQYKGe7jlfkOcDwM/tKlEJyFd/6VXpFMflEezD6dutzuOF6/CMCWCnU87 EhNsZoJRb0hUYRRGSDqckMTOgjhP47WuylgnctBkyytxGNJJ7/8kSR2OfrRY1GpiRDepYmNedjAK wunDsRLG4n1ltHESM1WYCI9xHbDELPRFZlY2GbsCKcyMlTKm8gfLWSmphnci5LCxW0KQKzlzMFOa XMtyBicQZPNYKDQjawGHS036i67AAuzpqlGFTU3rkm6yUtbD0Fifn8U9OUUIXiQ0tmE1Fk96ykhv WswuWPg17pK8l+MeIa9n0vMEo3dAavxgHJo0DASDmElCg79lppW3yB5PVBHZ4XtFxC+25X6V738D OSO+kIlRCgLYtdA3MY3xvloQw9wxHTAeQaZRvKB1VNE2xpy0KBriPGJj+MeqbTCCjNNRiGqh9go2 pOLUwE3i5jw8PL0lRmHrNBXiyGQbXGAEhu2MnVTZ+6nBytPhoi8ISyWfqaHk8DXh1w7697EQbokG Fgh5P2UZ23FzF6qbHoZ4ZEgwR0fFYWO8gqRM8GmSCNeR6A30Ugh6vyxGN8MOq96JeIunsbupoRjR 3A51S9U3/dIpXLvYHm08OewDEZHot4VASZe6C0KqgpuI7cqoi8IYqdLjjaZEFcsKSCLZ1rsoZd0V NSc3UNm4xabdzE2NduVtPSjfDOElyx6ZfsZY8YLhjMwWwbwysCGnc64YnYX46giBjJ5HXEowjq6N zphQ5neBMGoajEYNjCJeHdBzTi8NC8L1DDcLvBJBvgXj6xymCWzo4hHA6CWvpIZhaXQW4h0ADLGZ aCZPAcV8AMQrgmOwJ3JBULQTFWC7PArx2uwx9wXJeokji7et6Y2PiQ6+xv6q8zhUfA0GteCaHero VPtml5WyYtJIzH8qiMfzGtSEumDcavBg3FQZxYRMGIZ0LLtD5ShGgk4fjMQTN2gYuCpglB48Okcm wdbQIDyo40+chYZcXAlzZUDLJQWtuHJWgrDPd1eO42YNXoGcKQMkR4j0VDq5lmEMq/v6VNqRPB1Y 6MLWw+sgUR7TOgpbijrEM/NioSHOw4TIPhomgvv0hPgkvpzAGOJBSsPV8agOVYXofpLLhGviv+l9 KlE6OBQOzKoIB+AeAN92weSngolMmz1QhJ2102Y+zYk+oLmE07RTKbG4JtdGXeE0mWogWIYrWefG szh4L5KYQhKc5uVRdhGiOHUB63XYO/owSgrIzwxtJMBgoZ7UWGZVYZjwg1cubMVlKiVOGCbJNI8E G6ZhVkwPl7o18jLNbRjpsAlCek9fVyzv5OsurHjBNBdoBGtzK8aKiBiVQpyNRvO/Pb28Sru4Ip4T d97oBjG4xW0HIj1z5hqtY32OnCXdJAqQDcIsMLbhnTumwtW0joP8xVYALy54qu1ljo+A05taXoyB qdWmkagnoyKySygmjWNmpYogEatR9yuYSfhAm8mV6PsqeNJ6fZEIFagIUjvJP5zHkdOz76jOaKuB cDzotKu1U1NKOdSpsRC3hhV5vin0xXauX2MhyhETUEtSKG6FOR584i8JId5qfGbv9K3UIZNjYrf8 5bFTGkVqwUq81x38ymMkY5Y+zsO9RJQzQRNTMgVrmtKkmjEk6HMnnWkEiqo9rLMP0XLIEE/xNMPT TDF6Y7i31z08P6gglEdVCT6dOKGGOY4C3NJAu8O4TyDavWSZDmv0IVQe1YRjSRoPfbHt7lUL5oBe uG2ckgzqOhfnhBsNV1KtBRGRpMS9pfty2e95yQsUigehXLOlScVCv26Iq6iCEWor1ijkvlk3x0ka BxtmSPbVrXPNb6XQwEhPHIT2H19M4BxsxS1ZTxZDPyu8ESrI9ZNJW8VYiy/zxvUTDaCoTuE2vQ7y OJZKqgNC9CJd8SbNJmMkupzYpWiz0cJUDmbPeFsJTfcF2NjGhTnIY1Y8KukSg3g7aeZOZWWkz0zj Eaa3GtmGMWyIR+UiBviSw8zZA9mPdhp782Semxl8XmT7FFgb8m8IylEKszqKRhIeKi9jdIZyruBi r5WIQXShnLfiYi8bL7y4DeF4ukpzicOtWC2Is6AQtWOlkmzSdMAtp2jtF7F6EhIYpqjYjfAUWZzf rbJpIU18ww+Bcj2EUzMOQ7X3OwUJxScYBUfyKFgCB/wuBf1ivIVNljAAqzk7XSQcFC5mOnT6pFNN MlrrM733Dsrj/UKTSS3Gs5RCnizrSzpWyyjyRAXwOsnBhxHwfReQsG8vpzBqgrZ9ejUIAr2cgwo6 O1ii7QQTYp7I8EQOsYWf1jZ4VnhBNNloy14wTk0BHyvRo7fTbT5Jbu/aaKxuAl9D/yrvN0S3Ha+8 +eaUqwQyFJMj9GUNLYZOn6uxElHLZybQyWkweM6nV7ZLMxl+4tUk7mM1R5UH8Da5Fi6DQjoca+MF O2vhoLi6YpQxJ94w2KxUOiB8K089g5+GOPfDFabvLXlLqTWA0H01V0RevvEWSS9Q0Bi6S9FKqNwr GM6jYdWVcZkFS2ZXe4BFK0+t5IaJ0lmWRAzTHRq4sHtYAqU2ryL2ouve1Wg5sMiiEd+jvssr3Mjg OngfGsdGOc0WpfOEBLx4k+EmtKJA+ECDAV5xHq9b5KhXXSFAEy2nYR2bCStixnuh7giCL8jrOIwB uq+G0MjBmem+GoZZkrDHSlF3GOq5dZUABBhv1xCIXz90mgZjtqrS4yo66Taf5F+pFcUfePela86I s4h3PP1uWHDAN/SxjimmCEaq5rMbvjR2i7dOHgWSomFFqGNhAHqpflmLopcgE6fFKaS8UDH52JSl aFNRTBsxwLD0tCEMTaKj8W9KxHBzDl4SW/NKJlLlqWaQgNNFnqxlL4qERELpp7hSNncVNj2lLYhu 4dlfhKC68cm5nEHZyo8dPP5JiDF+DOJjuBrxPIK9iZzZCD8G8dmXW//uy/pjEN/r9xTKL2u031XI v6GA1+P2SK3kEydRLfldBTIsf+0CXkTFwj0eD/zpKXJoFDlj5goFm2zBUwCB1bkXLH5wowwmm2cl f2iDr+cmjbquWaDL9DITp1y3cckOF4oX4VtKkH/9lH4q4nqQOvNykIq1g3SaNCmAStMO0rAHB2nk tIO0Nbt6kDa9HaRhsaRu25+64Dc0nn7qHhykzLwepGDtIDzgsszFtK4HyVhkavzGxVNyLgdpa9aD tCXLTF5b1W3yQa5yaLJ5RiJlZjvIdbWyQ7yX4U2qiV+ViG9oMvZIIuWEl4OUfUiLs7Zdpj+3TT4I jQp/ZwQl+7CN1NXaQa5Etx3gKHH0eoxAONjDQ1wWfIbiCpXlHm1QliMRHIb+v/qx/4O/kzLHT+t8 +m7qP/0MzP999qm/zWPR7pdM+a5D+hma/BsuBapML2brT9LwzVUaOHv/MeWWzaURWy4YD/Boeyqv z/BSPNkPMv7SndgBx0zF6Dc8TyIVP9RD2RFfC0tA2qcc98fvQ6w3lY2fBMo7VSjt9eP3oNznK437 5TAF+am5RqjhDeP1MAX5afim/vC6gEc/xwNtuOIPNeIv5R5ipw28PtilYD/NDk3XtIGZdz18T+Yi oyv6U2kClNNsuGpCQdIOn2iy/BZSMlkiwbd89AeXTPooUCNK0wrjCkrD/LuXvKiMv8e/Pub/X5I0 vHzJ1Wj/8ov+t/3dZ9+8wOqn/u4/87/fvvB3mwDuy4dXL7qE9HlImfJFAf7h0Rpf5//+9/zvr/K/ v36B/2Tp37/o/7V/+U/937/EJ3AmOjLf60ymPA/OxLchqCFITThal45Gw8mj3f3Vi/7lH+oO7+Ma 7/D9/hh5TOJa2oHHzB/m2s8Kb96UD4UnhY2FBd/1+cyNB4nfhXd/XVb4m8ykdx9iTtcE/jzpF4FH 64/kXuZkuT9gTlfYH8wxsEWIg7xnQ1zbuaqanpGHBh/WNXU16dovX5Wzvvm38qlCb999mbDuDlYl hftj+VCY9fMCwOY0pM5/wDb3HMldL+x6QvRTZaIopnKbLvziMUBWpq4o0w/gU5VQ4VPWLr0hqfVL qqGqZzxv2nyx12SV+XbHZflHjG/q/C1EJZt/skE2elhTdjC79p80o/yHT0BxoGP/Mc2UZDdlu378 3Qv3StohKiMvjubJppmR79kJA8NL82AvbdM4Ws3zB3C0CZHOAr87Q/ftkUfgV+eqtucj4eWq3lR1 +VP99DqpUneHCT9SuzrmbVHAz6rivXlT1fS7bLl10B+Lx6xL4g7S2u8qVBW+f0bhf3f3TjHoJd8r iCfMeKLRXLykF8aJJx2e/8fxv8n+If+bvjWNpqfr15MR/mOB3I37R6Q8H9bohxv8KI2evrdG503/ TzSaK0K+1UBD5v+XRnPdN3V3L194eTFfVPX+P6p1FP2/KG0KvM94j6a07zuv/Tf6zldX+P2U1tqs dS2+fcZL5i2zeJ9TWu4ViWg0iFHa7LGyF7k7PxqmP+OFH67fdJZLqR/qheeks4/52D11/Q83bfZn bnQ1vsdM7Pz90LJcFYu/1cUFKw2+D6hhSx/RC3KAJZxnpHbffV48HX41kOIVf1GTwITX/LKkTjmX 6u5QrB+WHr6XaF4I0ppMuvTj8sOHW6BqJcBeGI635ZqGoFodXmbUHeXxR/weXg8vSh6R014E6v+e j7APN71kC35LiaI71LSkdqz0OO990kz0FxF8cGT6QEuahwj0a3nKE5+4iub1ZfqF2bmLn5jFnKJe /+Q3r15//t1Xf3r16Tevv3n71ZtX37396t7frI1TvL+HkHZKhpDbCrYRcz/Ra25aDRHEYwwPgug8 7OgHnXWeEdP55v6EywrOy0t5Ht/wvj+3Ej5UCnmr4vdW0WO61WkD6gaeZ/APLyfS8et/fOytCP/M D1Mh8oaxKPPvXiC6Fo0vhvN4rxI70tFJr5JHoRv6ONfq2OA3ZYPqTN/UBKGlKNRR8IfCqdjSpwWg EPGyoKt/qeZXM473Ty4W+Vld7p9zsfLRI9utq9bF6odKeEUgEprm7u5nObW6RI2a99cVnyKZ08n1 PcNpvk6iULnEDRfVTPEHyvcu5wVs9NAXFpGWjZ6IlJDIq2KjxOP0+bchCY/f3/2sCveXRW711N9D Ol+VJLKE17c14fzvP8ciroeDRZnyxKKOguOHsuhBGHpGFmWjLAvYEZXJ0n+ARU2NbT4kxX5T1ajU y/VPXzzSxcKOXC72houH1vGu1o3fFB5Wfn/P/LsIrLKc1kXa5L4SdqU5hbQ3Vb7/UxaoVNY/YdaP +inVBOpJ6odKd1mvbZ8rke6ujimcqbOvJhn+oxLxrqxX5uSDdnfP5HVl7Nu6cHNNdfNaGOVBYQgt jP/6fwEbqZ9xCmVuZHN0cmVhbQplbmRvYmoKMTAxIDAgb2JqCjkzNzMKZW5kb2JqCjk5IDAgb2Jq Cjw8IC9UeXBlIC9QYWdlIC9QYXJlbnQgMyAwIFIgL1Jlc291cmNlcyAxMDIgMCBSIC9Db250ZW50 cyAxMDAgMCBSIC9NZWRpYUJveApbMCAwIDcyMCA0MDVdID4+CmVuZG9iagoxMDIgMCBvYmoKPDwg L1Byb2NTZXQgWyAvUERGIC9UZXh0IC9JbWFnZUIgL0ltYWdlQyAvSW1hZ2VJIF0gL0NvbG9yU3Bh Y2UgPDwgL0NzMSAxNCAwIFIKL0NzMiAxOCAwIFIgPj4gL0V4dEdTdGF0ZSA8PCAvR3MxIDM2IDAg UiAvR3MyIDM3IDAgUiAvR3MzIDgyIDAgUiA+PiAvRm9udAo8PCAvVFQ0IDEwOCAwIFIgL1RUMiA4 MSAwIFIgL1RUNiAxMTAgMCBSIC9UVDEgMTkgMCBSID4+IC9YT2JqZWN0IDw8IC9JbTIgMTIgMCBS Ci9JbTEzIDExMSAwIFIgL0ltMSAxMCAwIFIgPj4gL1BhdHRlcm4gPDwgL1A0IDEwMyAwIFIgPj4g L1NoYWRpbmcgPDwgL1NoNiAxMDYgMCBSCj4+ID4+CmVuZG9iagoxMDMgMCBvYmoKPDwgL0xlbmd0 aCAxMDQgMCBSIC9GaWx0ZXIgL0ZsYXRlRGVjb2RlIC9UeXBlIC9QYXR0ZXJuIC9QYXR0ZXJuVHlw ZSAxIC9QYWludFR5cGUKMSAvVGlsaW5nVHlwZSAzIC9CQm94IFswIDAgMTYyNTYwMCAxNjI1NjAw XSAvWFN0ZXAgMTYyNTYwMCAvWVN0ZXAgMTYyNTYwMAovTWF0cml4IFswLjAwMDA3NTU5MDU1IDAg MCAwLjAwMDA3NTU5MDU1IDAgMjgyLjEyXSAvUmVzb3VyY2VzIDEwNSAwIFIgPj4Kc3RyZWFtCngB K1QIVChU0A9ILUpOLSgpTcxRKMoEChiaGZmaGRgogCAyOzlXQd8z19BQwSUfqDEQABXkD7gKZW5k c3RyZWFtCmVuZG9iagoxMDQgMCBvYmoKNTUKZW5kb2JqCjEwNSAwIG9iago8PCAvUHJvY1NldCBb IC9QREYgL0ltYWdlQiAvSW1hZ2VDIC9JbWFnZUkgXSAvWE9iamVjdCA8PCAvSW0xMSAzOCAwIFIg Pj4gPj4KZW5kb2JqCjEwNiAwIG9iago8PCAvQ29sb3JTcGFjZSAxNCAwIFIgL1NoYWRpbmdUeXBl IDIgL0Nvb3JkcyBbIDIxMi4wOTc3IC04IDIxMi4wOTc3IDM0IF0gL0RvbWFpbgpbIDAgMSBdIC9F eHRlbmQgWyB0cnVlIHRydWUgXSAvRnVuY3Rpb24gMTEzIDAgUiA+PgplbmRvYmoKMTExIDAgb2Jq Cjw8IC9MZW5ndGggMTEyIDAgUiAvVHlwZSAvWE9iamVjdCAvU3VidHlwZSAvSW1hZ2UgL1dpZHRo IDU2NiAvSGVpZ2h0IDMwIC9JbnRlcnBvbGF0ZQp0cnVlIC9Db2xvclNwYWNlIDE0IDAgUiAvU01h c2sgMTE0IDAgUiAvQml0c1BlckNvbXBvbmVudCA4IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlCj4+CnN0 cmVhbQp4Ae3QMQEAAADCoPVPbQsviEBhwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYM GDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBg wIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIAB AwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYMGDBgwIABAwYM GDBgwIABAwYMGDBgwIABA++BAcb8AAEKZW5kc3RyZWFtCmVuZG9iagoxMTIgMCBvYmoKMjQ2CmVu ZG9iagoxMTQgMCBvYmoKPDwgL0xlbmd0aCAxMTUgMCBSIC9UeXBlIC9YT2JqZWN0IC9TdWJ0eXBl IC9JbWFnZSAvV2lkdGggNTY2IC9IZWlnaHQgMzAgL0NvbG9yU3BhY2UKL0RldmljZUdyYXkgL0lu dGVycG9sYXRlIHRydWUgL0JpdHNQZXJDb21wb25lbnQgOCAvRmlsdGVyIC9GbGF0ZURlY29kZSA+ PgpzdHJlYW0KeAHtmgl36UwchykSicQWag2tpZaqWnpRoe73/1TvzLhpFvOfTOItoXmOQ9Zypr9n MlssFhGVQFQCUQlEJRCVQMhLIH5ThLwwf8fPw4l5CAk3ld6L/dgQ5hBHJpFIIlIWePfHSFyckDhB +RkXS945X3SaWhSaRDIliGmMhCAbPt7EcxHOxkp74K0fUwT/4YtbkqDkM/AhkjdncHBoUmJaVtQs IpfD7yAqLwo3GR/I/OD48+LDEHTpuY6g+8+2RAgsh3UjtyYo8g8PKDn23JDQyGq+WCo/wpSZlBho WkljUfSg4EHeixyLu9GE1xByHb8mRBEhlSS5sWITj6OaJpPTHuvNVrv95KRNpwWhQzQBGgzqEDWA KkQFBvSEZQnDEXTqzjRRlIwsiQLKja22iT8kBTmr1Vqd/nA0Hr++jqmMYIanDABe6PSp9CC6VDpU niGceph7dEvakCUtyBIdsKQZxJI6YEkNsqQKW1LxqQm2oJjPKpKYQrExKxvUqkmmlUK11RtP54vl B8SSwYLKHGJG5R1iCvFGZQLxCkG1ZAxZcqoIPgJYMqBb8uLPkh7Vki7Vkg5kybMphvPTUxNdb9ar 5UJWFpNWZYMfUFK21OiOZh+bT8PYuTF2BgdbJp8sNh6sYVbr9YrFHyaQIMfjsCVUR9BByJI51ZIZ ZMk73ZK36ZRqyRtkyQSyxNfTBAnx0n1qVoqqJFiVzTE1Zb0/WW6M/dfhLwg5dTj8RZ/ojYCuxQc4 +Toc8Msve3zDPgC7vdsArv1IE7swi8XsfTLs6pWCYqtszNT0Jou1sftC/1YmYKbu9YRTE2bZnJy8 B022281q+T7qNDRVSiXi/1o2qF2TSqtavTOcLlebT/NBYxhbz+cSl7knF+33uwD1BqmgSK3jq6oi tdvJf5PnAKlBcU3623Br8rU31otJXy9nnalJipl8Re8MJ9PZ3PHMttdUzm1mk4DZmPjDaoesUEOF xWbNbgOxmk/fQphiOD9/UpMAlhwFuawmpLXhluSAUrNZ4tTkbKmJoUE+QVKLlcZTt/8yGLi6CEBP gt7tgJpfYHttQm/f0ZuD6CjUgKQ3N2fzGb2B6lDDvuNUw773SzVBbbzt5/oDP6FK9romhrveoqwW SpV6o6nr4MhEC40BUnD248w9sPtH7y3Se5bQcE2P2m/tA51cqE/s0sPcvYYmoCUh0GS5XMzeRr1W taCkbV1vXNmkREnJ5otoUNMGa3AUHCpiDC9BQ1LQEFYNGhquM0bKGtDoGjgcB2tCcQQdMsVwft6t JqPRcNB/1qtaVrb1vGO4skkkBVGSM2jC0WtyEpzWxCdyOfRi4DVhlPeYcSp4zFih2LOxOUHZvElN IEvQYwMA1IRuSbulN2uPRTTKZ3Wh8BAxig1ZKiG4J3P557jwlX6mz/inrn1MiGdw7DnxsuP7/K/X pFwuaYWcikNjzSgcY0OWZZF1WdzT57YLrcn3wFvnLx04ybzbAY79SBOyWsZpiqqi6cu0gEPzPQ91 nI8iy24CL9rhuPHyq5Jsqf7fNwPLYd14S5qIIlkq4Q7NvwrnnCWC17mXI69XuuS+NEngisZV0xzr m5C9XyeGYf/WKzlwI5kJWYQv8XPCHdhLlED0HVEJRCUQlUBUAlEJnFUC/wFOkOpwCmVuZHN0cmVh bQplbmRvYmoKMTE1IDAgb2JqCjEyMzYKZW5kb2JqCjExMyAwIG9iago8PCAvTGVuZ3RoIDExNiAw IFIgL0Z1bmN0aW9uVHlwZSAwIC9CaXRzUGVyU2FtcGxlIDggL1NpemUgWyAxMzY1IF0gL0RvbWFp bgpbIDAgMSBdIC9SYW5nZSBbIDAgMSAwIDEgMCAxIF0gL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4K c3RyZWFtCngBlcEFVgIAAETB+x/AFgMsbMQWxU4ssBAV7O7GwAP43PXPFAp/+oa+uE/uA8pz79wb 9Mq9cM/QE/cIPXD33B10y91w19AVd8ldQOfcGXTKnXDH0BF3yB1A+1wOynJ73C60w2W4bSjNbXGb 0Ma/rUtrTkpKOqvSirMsLTmLUsJZkOadOWnWmZGmnSlp0pmQxp0xadSJSyPOsBRzhqRBZ0Dqd/qk XqdH6paiTpcUcTqlDqddanNapRanWQo7TVKj0yDVO3VSyAlKtU6NVO1USQGnUqpwyqUyp1QqcYql ol9+ANQb/9YKZW5kc3RyZWFtCmVuZG9iagoxMTYgMCBvYmoKMjI5CmVuZG9iagoxMTggMCBvYmoK PDwgL0xlbmd0aCAxMTkgMCBSIC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4AdWdW5Nk R5Hn3/NT5NNYaa2VnFueyyNoYFZr7MKMehZbW+aBLSTEjBoN3QKWb7+/v0e4R5xLVpWqUzJbwKhq rwiP8Psl4pzz5/M/n/98bs6fNpd27MdhGc5Tu1wW/nMemqsBz++/PP/m/KfzT/7pQ3v+w4fzT379 u++++/L9n86P+v16/vD4p3NzGpohTXtXY8iwbwqsuTT6zzT343W+nr9h8TXo9M356/NX/yVvTGgH 7SahnadBG8uwhNZgENBP16ZvR0NZ/mnotP0dkfN0NVQjhAeNv/7y/eOX//ndX373zfn9H2GNuKGB 7NIGp98z+mvfnR7fnX/y+bv2/I/fsuPEzIoVbXMZu2sz2Fzj6jfngO3o3rICUr421tvexbaubxYJ KXAgpIO9n2zvMShtXkSw8RpN2nxXb54RNzXh5JrwGZqA9OF5P3VXRAKZ7TI2k35rG/06oxdSmU4q k3hn9L+LvReVucmTA/UwnmT1aMfu0s/tcuqn5tINrbSkHdtLO03nALUjWxJgXC7TNLTn9rpo1gxk vsz9PJ0fgc2X6zyOp36cLkvT9wZp54VB4+XaQpiGJMBwGefOZyVQd7lO42RjxoY1enbRdM100mJD PwxAYH07zFqMX7txGM89f2waFtGmu2nsgLCP5ipIdxnGBUwZctK8HjZfwVVGDZfrCAWCLCNUtuP1 0nczxIF7Xtre1hsvzWy0NJe5HZZTC1FgZ1MwsFs0zQGYVn814gLEnxpUWGOaaWKT8Gi+Lp0t1i39 BNfgZNulxdgSKsAo+D2yW2372i/XWiRJbgXyiKIPXXdZru3VpNlj9Ehz6FrMD04hYAMNXXNZ5izO 5QqnBOnmURxeUN0ZzTyjCohzmG1j/dx0Buk0Zrr02p1GdFfRcmVRxMukbhR7pSkZ9o3BrjPE28Sl G08a1bWdZs6XYUZThu4qisVNcHbsW7iGy9zAWMGWaRyB9Cw0Ji6IFDAlegtx4oIkOS+SjZP8DhgM 71p24bD+Ol4W1jb0cOEkQNe3acHMhf7KxnoTxYzGwwVB2vmqeZkPBlkmQRLR6Jm04jpKgsEHA3XG GybCBxsEs6DH+SCdH65S4swHQ9VcpqsGZTZILRccRE3KlmCxoZuwm3liE5nk0ztgkNFc0W1nQzex m96EIW1vRsZgrnh029aCsj4CuiKLJoGaa389CTK0k6SKyK/MryADWjv7vDyqu0wLSlBhalHHrgdT LNdcAMhwyqagFWMW9lnmnQ1+QGlFXr8s7EkuAAi86ma8aDNISgkGpCV8SKjC1KIU3YxbMLVluSsm rWk9+m88gP9Ns5wEGRcjTxtHIhUE5zVc87Q8CBIm7UmIliX5RfBAL6sRvOQVcS/I1ua1l0l/lEhn uVHte2qIoZVYNsJjHiKVnVzH5K2zfXfYCR4YCkOk2MnQzI6fvWMmBJck0AE7h2R5hW5J+2paYo0g +K0k0LZn6wFAnlc8cpqVxsAV1MDGQIoIRpzNeNJS3XWRcsPellxCs/pLc83Oum3RSO0ZNyvZ4QFG 7N0oWxRRMkTSxE9MXXbpedSEWJJHx3P1DJEHsSEYhcZqGj4EH21bmJepZVPLZcRBma8e8IUFMKBV 8C7NSmPw1T1O39AsvWyYeGZSYrFr1/ZJlp1pTjddyKdErpIcjMY2PdaOxoVWBCRRtijGjHXWrrpF WWfxLETZohhL1yeHYL5aEJhsC2YnRWhlX81QXLUg7YSyhZMyiIUB90gEwxm1vbbCFV7KYG0K4uak BGiHKam0OWu832UY5Iazk4J77YyODOYVs5dqMYV56Sr6nOJCnfgw9L3SHTYx9Zep7y1k9cog5Lgy iCgyoF/LAjq5yJnoLBiWWE0URHkJiUU984q9zxZzy0xcfXOdkGS1Agq7dFKuCnYl++5NK6/4GPSU Na4kQ7P5nQIbiCXT0rG76dLgpbQV6G9xpwoPPrW3ZAXOFRgcoEi4WmDwhQnaJJ7DdSItcBgYM6ye XebWGMlHRB7r+GwCYI+qD5YaBFNJPTFjywSwxwWP8Q3jZnI8C0rkXy1mL5i8KR5dzJ87BU0gHVyA YPIQPFKCzObU5GxIaImCjBqulrkh5AGLEWQ0m8K/Tg2CAkD6KdRpC4p4sK6fFfJ8+2xhkKNoNzB2 2Cu1KcT3PTo9SzkzzIqXThshShWMhEK0p1d4q1YpsIKxzK0xKvMYBzNV9q2MRZmWYqJi1JRhA+5h bBRKoaRr2T5M4BfcbT+h0BP5FZlOr5zSQhKG3M8AWogwI5cHhIEGwXXCJjIemAZ3lX+RGBYYpBps oSg0MxlBpTSOpAkA6R/Rlx3wy5UsOkXETpFMOWIrn4XzVUSzxIocOrnjboY8JV/IKblsg2gaCdko sTIvj8Ik2+Sgr9RaDCFdIkcguyL+kc7batfLSFC2HfQDvlYZIctJC5Tia7VRuxVtWCWpr6bBFUKL UmUskN9kZbBulL2DvW8xXvF3xPsDwSQpG4Cwt7RJvNyC59DGR5zTRHIrmV5JGGyfohPWwHvbAgT3 UmiHMA9uYvpii49qJ4rrlk2BacQjMYZlyKgYg3WNxAbNwz02xigUcUKOgjQpCVeCYul1gkAelip1 SPPyKCWbhFDNm5M8qQ3YDxA0XqoljRoIdzaPQqvL/o0cXRxWCSeDK7q51WC5Y3JcaYL0M/RasHGa kaHDqP1IlSVBIKRnaAUQvAbcQtMVdNlFTwjordiS9nfDJFcCrG0bPGVl2zMSWpS1VbBFodCqhuQX NHchZPbKwXFD7poW8DUpLCTPBKCbZJjhmYCQabJZIO6ZgF0b5cZUVskzARlnK8TcNQFJcSPvAIoW pE2AqXc6NGR4oKhhlGqXhnQ36VeKG/0CF/t13DAOURrbXHIuRTVxch5IMK0iZHwCNW2r8IL69MZu sgDCNoNQg1QMWBIg5mQI2yVpnjtk6SABCAJpEEojkSoESO8Z09IakdyAkW+LhcQCOkJAMCb7ZzPK LfHPsRPJKdxJxQWDACUhqnFVywHB1WmPuIlZ1VCByOMhkjQvjSouV5rMBihj9zCQlPilsoTy4AYM JZmwX/in/fJ/UEu0IhICwZ4ITTazVSYpCEWcto1qDNe0N9xho5oX2KLcWDVH5fRPe3MxI8IbEYSE qxiREmRLwh0mtpB+KVyk4ADrcJZWNubgIP7Azmk0LqbgIJ5f5cjtLwoOgpAs8NNjgzEu1dMZBBPg ZTuIQGVQhAYBroMV3Tk0yGf2jRIvK5YUGsBERnM1tU2xgT/OtFxgUHh9DW/hb4Gwb2BLI1NhuGID 1DUqXlIEseBgdixfqzE5OAhGFwzyQGDBQWTRPBHBKTgIYM6txAaxoDMmRWgQe64ET0NusUHsJekT 6hwbzNU2M3kgvMixQdhnYg2jcmzQltpe8dm9vvZGgaW4k+OACEYZe2WoDuuv1GGKz/zFQkN/xbTR ayARGnrSydFyK3BaaBBE7TPjBJEBhA6IwFBAOS4IMCdh5rjAhtEKyTnigm2tmXJ+bHFBrMAPyDaz qkoWa+WVSlv93alNlsepmUBcUF3oICt2h0GFFhpNSEoFsXVbtQkimdyLiuQMS5ZM3kK7Dd1Qvc1M qwJqmMRF8wZLLuNg8jRRvQtC21pcZs2+G6jd0U910sQBmgFW7s4kYoP6d/BpIdtm3sTwDFGbiQYY dYKmUUSoSHwEEyK1zJzsUwlpR5nD1jWGVUdyCRFDNwjdANK0qVtCaWc7Glh0JPdSE4KSjiQBCLtg 1ziScRHvHAJf8FJXY7HDOnjNAtAm5BgDY9Twggz2SAftqioZzo6kzEYaOSYASKTpDoA0ciHmVxA8 zUi80bQYhZZ2oxoxgqjSg5Mj3dU0JpU6UCnnlXZJ4iuzgt8TEkUq7By7kskoFnadNXVgc4JY7a+W TrcoeMgIqCYMl8yA/E+wQUYgNUuuAUhHYwBMuD05qQwwBaJbYqlaGmP8pTcku5JrU+9CTR5LioAQ ItABpCnDtt5vR85AtSPhtZNZKPvu2JMg/aJOKNQ1C2oBxcDUoBeIJiUlPgCOJBTdkc9oPaUEYQy9 YwSbp9GhlmIiPOGU+rIy6TgwgqQ6u7IhvCOocpUoDjTJ2WSIeK4K0RxXjGIvKgPMftWAkWZQeaZE m95FyLg1auSMRZ/1iKw30mJTNk9tYYPQt5ZPS7ohGC4bDW7VoJL50n/APvFF5CK23kj1BQT9u9LO 1Dx8SC7le/XwtXFazYxJzgVpEgxqN8IsnIsS+qv0II+jmEJNSVXqYookHkj2LmTY0wmtZZ42JQmx MFsgeSZHkVPibzQKDEKdJeRKeAW4kpdYNIdleGzpBjCluAxCg9TwRa4Qqi4tFCsvEIDWBwpMprSw MS1GvGSagSiO0iBakcpHESP4NEQAhpCDqO+YpiWYCx3NgFyiugwmi7jAQEaUUfJeYIaP/ryWZMcq rCQsOkpaE9bpIEmbEMO0JLbNyQCoiFyTGrFAOKyELUDUSZMM9Af9e6ZDzCQiEt22JHRIZy0gWJW4 K62ReaLc9GbE3QSxeWQok/qPDutQd2w+zQMBLsniTu5RjgOlitajfqbqsy205twxMApMMVjxASFi duS7VuDiO2YsSPPQ3Ks8IBzA89OdBgIicR3L4YDKxmQI7m6h1EzzEqziuTpIMCrkoOAUsCo44Qw4 LRJFJWAVmLiNm2UuqOlIixc4FHbC3iwqKC7niLtXfzOKBn1TiIlxGEWDEx2t1nCDajCoMduAjIIx yIi2qa3oVkHrCIWQIbpVAOFoCR1xq2hRmr5FQ+RIzCrORBMUwFpsbhUtf+ysNZetAgA5SjKBbBWA aN/Ie7ATswogRFQJNltFARSrCFglDeilf5Sq69xEEw8EA1mxigJT+0dWAYRKLelEsgogREyKimIV gNCXpHDJKmA6TjSRI6uQECSDYhR066husipjFCfyTiUeYm42AXqxKKSJrhhFg49So7gMIhzZyQSQ ZBNUkvRKjG8yCaloA+OtAhMvzSQadGvORzHJJIAgbyl7MQlgJJM6vUsmASZtxdjmJlEgxSQCVoTQ UsziXFdCcJgpVM7X2gW/aElxMYkKVkwCmqgirQMgi2BrRE8dA4amG9tXui+LUAOZbiUe2C2Hs2pS NKKlsGVraknsUHtpdiqrGAPvSAuApJ4bjG2pxiltXdAzABxwOuROPbeTIDBMKuR11VltdNICBYEo rKy1ruRMCbsKKwGuvVXZ8JwYeLKmPWfieBX+hIfSDkgKUWnlArmwEgQnreQjlUyMwVzJgAKCl0yN dSsiYhSGYKGSeZY9iSvk+Uq2orASjO4Zasoe2G7PrlT0mErgHuCYev3EVFGHtFLXTVxA2uJClFZi HqeUKDPoVVqBCrqsF6lcXW03rEYtZZEXpZXwI2exgf2p7aYtwA6NSoUUmPCTVv4lgDgFPzmrEl8y DDkR8yQaEFlpxWkHGapMLkqrE8eTZMaKMVBspZUgXAARgdJBWkkVJIqrCpaqK8M0J4nm6qol5UU5 5AYQeup3YZ/KPbLmqSsmuXMGwD6zdkLeVodNs0lkOK6Rd8harFsY8I3QU2Ct7FtZrhR7mrkZgVOw Jil74PKEYiEhnLDIJDksu6qhv1nxjFk0aB7nbxmAkxppP2iSgXAW2EdP1pKwMNj0pyW821KsYfxF IKbB2o85PqQAM9B89jxTDllmbF1U3VyY6Gkwr8gT28HepZ0uTxaeBtNNwjsJo+53LJb1ox806aX3 gPDRWeZSEV0MwdqFmzxMZy26YGKeECXgNNJocxBFlW4pEM9b4jRHJFZ72cWFClS5LnBwMcO47R4u QMmZGS5MjvKMYRgvBY7tinJMYhKZbEI7p9mTcgDsSwmZrqsQnuABK864V4Sp2klZjOuA8W6lFdIV 2sBYmCZiTOngAc2kILKkN8FOBHJ1bdKohrzgTGsPFmcni+pbf4vkATNKGoWHhCVERHrWgkBiJ0kG BGnbmSutjgLDjns5AmFS08y6J2poajlLHUSoEjZaSWyKo0RJEOW0PhMb5/RWEtQJk9IRp84BrEaL vbGrGw7jRI6IZ+17rSJm0N5urJJkuY6+EyymP00qJ9HAWZQK/nNowyiWQ0/TvjPEkgKyfaWFZZR4 MBt2bLzNfUCcH9tUOz01fXUbAKPUPmkSoJOEIpIGdpx2vlgoyrIK8lx4kqgqA27agFVQJWXvBKNm vCquZZgyWSwpiXSkojkDoceX56F6Kt3IidRNktriPmQTQGCIYaLuIV8XhLsGKgvRtE4OknmYaWIy WotRtIKg2NoUHkXXBwNgbohLCDYrjQGl2QhjMimycfyNZsFD80g4GQw0bZJOCqhlGJzUn7RrS/OR MOrALEgjWsBCINz+k7YaAwaJA5OeVZI5kwwyqkBxVuKACKqCMI+8L7upDBMBNJQUCoUJvSclpLZh R7acSkKBJh3DgIpNqbrEpZJEa5r2rQMoIIQzVUjS8hbrYh6jRzljqR2neJMgMy5CHVBnU4YwRvbG BmyejaoYDqasF5jJjEvResY4BEezyUTApvIgeKago403ulNRVEDU2ekhyuSKIh5c7coJ6qeDyMKn ULmdYlqwIn+jSQ1+9f+UNxCsMFsiX4HJNQZMsXlBXrqkSLqWnFwFIwpY1ASvOnFpGHmItBiL5crX CU0mQloFQ3WhlVqcEAoue8gQvCpVDUsk35tG4XMoSzQK7BT2J6IZAVuxDW4uXIaC96Tf8FONCpiH QA0wWWcajSI/WUHMVNBjUFELpFEgl0YKQhBMigRXcf4st8j3o2p0sWWjtEjAaY1w5tMOgRa2Qvek ipvQS2omZS9xk7ICXshbetykYhg5oAYi2ybh4yxMjUFFYCohFWaPZ/JyHL4ufSk3QsnOi3QbdwyE vE27AsLRqZ35kBnxH+2TvBzFlt5SmKRWn2CgZUU0XhGXf+Phkk2QOBGV2eWY2q/gxoIME2In2TWz JE3T7Vv5SEsFCaBK1yVPLjUnThlEO4Bpup8r7uVRJLTJKvlFsVS840qBxiiqiGCpAY3VtCm7nCbI REC0bZNVsYECUe+OG1ppXh6lFpG2KUxqH6p9Q85MZmLLKRmVveh4K21zwaMBk5CRo208F2nsX7uU G5ceMMQgmqa0yVpvGSbecYEgITfNEn8bbB4ZIM908I886aWYrOhhI0XdcS43QbBKmtZ2IYHd6xaJ WarByi0SCywEeDtFZyP5Boq03WB05eLSRMFYLkg4TO2RdJGixljmyuMERr+H5ZPpaHAtZYSn9RYd hrZglun0lFvb8CEp+g4kV0a4ZSu6XTFZ90ZFnFrvnP6TYulURuk0GDruZHgNwr05uXrd2eISLhrE 4bqqbV3ZspM1NzS7sJbiUTI9tEVX3ejUSvGyOXbKCizZ8oQYJSIMquzH9HLaTM2vmkfmKF2mEOs4 wucfSTtJpyiJC4QsPeUlFYxUfiE4Gia1dRWjOZKjucR6/In1cHe0haw9ptyI8AEMe9bBnW72cdap UbncEH2cB0FLhhh97MoOwsooarqr5TM6R8A/x0U6eVf64jDz6zNV3pLOpJEz93BnzoqoGEnjlU5n GNIqsCJn5mLwGncEU3YOv745cw5D4mJtR4SgDo0669xWEpWY+kiLkaqRTo4ua8jRp2q2wKCJ+2oq B7Qhzp4S7TycMAgXMjVcagvj1ChKsV4NwYx1Ze7xTOVK5LEmD0bfzSe2rluXGC+r6BbpnhHGHs9R CitI91TJWKfeWQZDySekykAa7tOeCXMc11oCSDzXuc7jGSpQC1k4G6MG7s/EWiprSwqJDWz+VCAl 2ahgpBbq1Rom7qbDeJIM9cm1HoagIKHO2agiTLvCwBSW8F0j/rvs3K2g0OcQkhv0jJOeYisnhRT4 L8vA+XDwcCapGqn+4R/rDXAD+tgLZ8gqs/kNVzmdsRkSCJmKSgeYkAE4SNrfikTM8jGQQBIoLOTl liqonad8T6el6SCUsXIU7FHHC3gHO9THYNgRu+Z+Lrt2pS20OUQKz+2/mbZrkpUUXpfBjIvqgvpI TqKoAnPexEnQcOa0DDKzCiFQxRJ4xiGNzjPpcXCwyO6p97iTpc4sOROCCAhjMIh0f9VHAYNo3dsD QidA+i/jbIgqQJghZ4iN0DG39YjfHJNDI5LkLgvYsW0uM0KNkiHpMfukJ25BH9dF8qR9UrEvKJwF JrV7z5yscu/Gmit4T93B0yElFxywSaoAjk4kG8pwnS4rxOmIDkWFe7isK3wnpaCNZRA6J9oSpqmL /EwjU0pn6MA4beJmGwpIyqRtYiASMxDaFIIgcM6AlB4XtmQYfqeCRXzhJiTPPVhxUcPIVVREk0tR QFIKEKdpNEhF9Zs8qMSs1EhrcrnM9krOQDErEmG8KpZByq4L0KqPaMxxOxTPTw1i3CO1UtYCZ9iA OmbwnZyTS2I483RJSa4MzwJDuautCloCVDxkGn/jIE/PfMA+6QvsoFsGG9AEWnErCLkvZ+RMq0YR vaBQiCb6gpCCntGbmE6SHxcYFCcInrp9z3LsiTxECTVykyDZN2eoYoGco5JfJMotQrvWlCAIAuHg je22i48i2HJ1WsSASTcS4YquqEr3WU/5P/PgWPKD2hUp0wkI1mPryVbYHhAUKVNMg1FsQVSctEig inocwyF4YFcMQfQQZvjtpBQnd/OVuRHMuWdMPLG9Q316+gfxkXcLP7YMqdooaYkQuXG7CyjmLseg cn+edVxCa5cMQ0mZ2gTjrPM6h6lRQamJoYKNfADFIRzzuAXGhRPA3Upg0ADdFuxhxKK0kUwGgaMw CJqMk2UCgjPE4aV5aRSqhrOQ8A3TIuXFcuj6sLDW05mx9JowKsbbrnjAEBi2Z4fW7JwiR0fMOeGx doZFiAxQF4QQYUeEMUhJvF2+NURal3wTrrATlqPNIUPtVVgg97QpdBsI6mvFnKzGjlkLBLaQ82mb AZNJkGbTsVI3TOmxeUL0Uqg5+QeA3HQYp2mKSKqAUCsuS2gUNmkXB1GORU9raZu6t2ZS4NkNUyur UiQ9mr2c8WmUWGbNNwyIfQLBKXCoYfIkeMm40VxVeHIhSjdkP2ramZcLPdhpi5XbcjrW9vVxlNto KRkWO3NYi0q2SsCEn5SfQkUuU+IjG+F3EY1gMWydV0utWtW5mHOXmpUmEtqQQIg6skp8BWcdNg8D 47Efg5HyWSWPURAjoR+mXjniBJccutw2LOUoBVTkoDykCkDdLAvN7SDyswnykBD1IjZIl1SIlDdi I1zLAZF1BBIE9eBcDI+pMFVGQZ9FN7wNBT52w4YUWLRa6moJxtVPSQv3g087CUJzRKQQLVQfVxC0 Q/FZq8UoApdEaZg4aGWewuM4GyYatwCUiKAImkZMWoznREzOtoBQ1Oo0Xc4Z44PjkGs3pJVKqQtN G0HhAetkELJTVJE0TQOVuSI8ACpItRoQEjCrOvE53G5Ck4gXPICrUchXCXJqK7E8wsSCwKzERW0M KYFZsWBKvMitiOhsUumupWnadoEo6eTqr+bFKFzkBMHCxBE4m1JsJY3R+tRPchkoER02Ww4OqMti FZDu2omW2W4aEFbBqnlKTPKzEuSc1nyQfnHSzzzkqqsnUieaxnJSydsgAkixotp9TZIBV0LLKDhO Ce21I5FLCoY31hOLCuzqqyEDKkdaZAKxddX5erKI1EM+Urdb9G8GiUmyi6wm6ILZBTB6rGYXrEYX CxHoYBx1lOaguOglmAh3UgrL0SU4/P1oaZ9gC0dMrI/zUOyU6nDFV50cPI3bhT3X5AAJBac326NV PkiuwSxaiAiUjEGGerBPy9H4nUyYSgSU7QOzB3cI9FJj0ee9rAKxSkBBoRqFS6AzjzRxznZ4Ky+t Yl0QApHIQ4t5Xtjm0VU2VQFGP0WjMBEOzmwUPdjkLoZ02QPT1L2BRB8X7zQK05Lrlv2QuaNPQPCf ycbovWo9ClYO/s1dsIx1rwmEdlWcAQQBEwNKmhyG0k0rJdQFZsOshxrgRMCFKYKaf9JRUxxWra/l M4QBEKfHWtMkjQKmyAzBGsUmBcHu9FARV6tlwOrnK3QldwwMXygXgvCUAGiTnNEJYgcbgiAoBRfc OocZyctgECS6KZSYhpE/2XlDRINdzFAkOXyE354oV/OIPH2Mp9O3z/C39vT+p+xDmbA5IjZkjRg9 AP/F19P5w9fx9P6LHoD3VyGUB+ExKj30ruxZNxz0IDyRaFDhxoPw2Cz8VViWPpNI0VpUmsylSv2b 5k/6N4kLTJSfIOGLOQVmb0aIsY5L8YHz24IsA2psMWmLLMZmbOSrGDOpqm/NAStsMWuDrgx2dIs1 YtDCTCk5mDozqFeZWmYVmJFaBmd0XArWAUFgy/9eITtYwJDF2IyLjB7npsZu3poDamwxabMzXJfJ uUPQVO727oP2tBK1z6BDkleqEReYGph4tpXIM4wOj20dW8OlKl0++m21qmMLHbNUUAuAzLVA94WJ 1as1K9hazSqMoWkOA6WrQjX/YJmE0scqOzWa352K7B2G6mcd5IZp7PNoHUPqg8mdHSmVrSuZw0Dq sAqpz60XElJqqy0CuiJJ94KfCMxBNUqf6TCXoY+ttnmkAwHz+WUZbgEHO4z0QyVc+ZuYUSmhw9hY WYzUjH6yPcPjfocrzA7Lqz2hhCvVj5lFCQNUKSGJDw8YWnEba2aYMy00yfcCRleiGmXACs481e5T 5mWMjP18PWCanB43SYPmAit7KnPLOoa0DHYEIA1NcFhRwnpXZe4W6Q5BUcKy0ZMrli6OOj9jZoHZ PmOsb6nWiwxb6UWZH1MLKKsFXUbuivTmCctv5hPXauEzK7VwUKUWJEm6wF37Qx3JCLZTC59eq4XD at9UcIZaFNBGLXx+rRYOq31T2VNRiw3SvWhrtaiQZnmdnFARHzq5RboTbqUWgbOoRZleNLLA1mrh 02u1yLCVWpT5oRYFlNXiIEDWvqnQWi9WsBTfRCAlyV4rRIFptZOCcFG98lsKzHWA1MmXYauU0EGh hNyLpSDYrllgSWNyzlZjDD8UKHlsIKVn6apowhlubYsyxvr8WgkzDEEU3SgIjtaxfZbBFdJQOIcV 31RvtMwtCyWkoYS+q0oJC87QjjK9KGGBGcoYWzAe6UCBlfkxtYAMZWRLKMg+eK3UwmdWauGgUAu7 GMqjOZ1E4CFLl0UFw2RtzZ1sa99Uocyi5lZlzPepFSihDLXw+bVaOOybkktVCEItKpgh3Yu2+KaV /rukKwQxt4IlpD7YDYjj0wPhOKiaHmpRwQylj60wHqlAwKr5PrUCGcrwFhu/sfcWMbOoRYAqtaCv xhXElVYk0FYpYnKlFAErAYtLu4aR6aETATES9mKtVKLC6JKqMbo2lUWS7DzgxPSiEKH5Z7TMZVzm +ypcvvV9J5Qx1JW8qIOvAtdCTjH7YA1DGCMLvp3gQVhggTFmBsQQHvmFgK2yFyet0oRAFULSU5tk QrV7SCA2ZevFyDy31oOCLiQU+GLeBl2MDHwHsiiggi8mrhGWoQVhCDE2WMQTCMvEDcLt7EoDAl8I p6CLaWt0MTK2dyDrAgp8MW+NLjzBUfJaZytcjU6ircQfqEI46jBx/LySf4GtFaDg24uiWHeZfbBI QriZrmO6bMm8fjD0MYy7whgzC8xQ+vxCdGX0BWWIqEwvMwssoYzBmWuVGgTGEFKZXDStwAxhjA18 B1IvoDI7JhaQIYxi2oJC7uisVcBnVAmrznayyMtinIlySkZ3hWvjufHHIVuGeUfnpQmrz9RD6znj dFAdHrij16kdX7ueAjMKt9OFMVSg7K/AyvyYWkAJZZ7PGUSmr2gfneSguehFQXC0jpBWaYwjqAOR w6qEVRcUnfjQ8wxzx1sUyRFUGuigKhRVKLPq2j3evIwRH5rk02u9cFgdjAJnFGfVzg1lhJ5nG30+ s1aLwB+awgNQPAgsVSwJawVLMnStco7ValGhdFWp5rtaVKCEMtTC59dq4TD25NKqEIRaVDAhrdTC EdRq4bBKLSoEu4X2auEIKrVwUFGLGqWrRQUz4kMtfHqtFg6r1KLMD7UooO/rLXxmpRYOqrwF4uHa C+cVlVpUsJVa+PTaWzhMKF0tqvmuFhVorRYxv1KLgFVqUSE4WmetFoGgUouAVWpRIQ21cNhOLQJB UYsAFbXw6eKnq0UFW6lFTK/UImCVWpT5oRYF5GqxL2qLB6nLW59ZqYWDKrXgPFUP3q7UooKt1MKn 12rhsFotqvmuFhVorRYxv1KLgFVqUSEItahga7UIBJVaBKzIS9cqg3h3Sw7bqUUgKGoRoKIWPr1W iwq2UouYXqlFwCq1KPNDLQrI1eKZ1luhtSx2qrBEJmNXOUaOlOGTZzIVzAgoChe/Vd2WWgljZslk AlQKXe4qcDOSe4JlTQ4+ApY0JoesmF6FrIBVvqnM55a5nbxy4rNBCbN1iqr7cQ23bLoqjy6wSgkd AboRSugw9m77DP9SI/VMOGBFCWtCY+4O6Q5BUcKCM7Sjmu6+aUe8h6yYXvQiaIfO0IsKp0+tQFkt eGCJLPrwTHxVWMfMohYBKmphd724LFK04pxBbpw7yVZKUSN0QReMPnOL0EfG7MovBaxSiQpjnnoq oLVCxPTKKwWsKITTqFLCndIWpatDTC/qEKDikwqNoQ0bhDuJVspQIXRlqEj0mRuE3LpvmvPfzu35 3/VJgN6+IvHZh+782RfA9N8vPtNnKLA7fRli4oZS+uJC/lyBg8IF2YG9Pr3A61y5mT2eP+UiFbfN uPtZYNyy5W4K+vJF+i7D67HzrAB3vy5thZxblzy7dpFj/Gj0C89Yc/dV92udHm4n8WCuTjw+GjvX WTnwrZHzkLnuLN0DOTzmLeZ2oSVLggtfvPryLsiRHk9lyw87W7gwzKWxj5Ipd1lJcPqVxjjs4zXG MVUa46B7aIzjqjTGQXfQmEAVGuOQO2hMoAqNccgdNCZQhcY45B4ao2c+F76dUvkY3jNhsDtoTMZU a0wG3UVjMq5aYzLoHhrjqIrGZMg9NMZRFY3JkHtojKMqGpMhd9AYZGnPgtca47CP1xjHVGmMg+6h MY6r0hgH3UFjAlVojEPuoDGBKjTGIXfQmEAVGuOQO2gMz0ba++tqjXHYx2uMY2LDnsc46B4a47gq jXHQHTQmUIXGOOQOGhOoQmMccgeNCVShMQ5ZawzPwVh6/KoMOGsM5Spv4uPKPNkSD6bwDJi9JVGA lEN6Dv6Ri/BUgX30olomQB+RrBYqeAKEF56QWBc6AnSXBXiNq66xKyF2RgXoLgvwUgO9kqHC75D7 oFdqw+24sn2MzCD3Qc8j8jx9WqPPkPug55EXPWtS7T5D7oOeRxL0kpsKfYbcBT19Al6io3LHVcch 90HPI8V6WW+FPkPug543m9BYq9FnyH3Qz7w/jieAq91nyF3Q8zA3bYG+Qu+Q+6BvFx4gV4nvouVp OoPcB70eXeQB6wp9htwHvTw+TxpV6DPkPuj5/Jk+VFWhz5CE/k4RjKfueMNaUy+TIWmZj4ph6i7x 5DLuYF6VcjV8HZdfFSrRHl6TOKyWcNgd0JdAyb55Tyed6losFfAugucRTZ5HrJMKhyT0P1EXjy+B pi4evf4/86s+N8rDVnoi2R554nku3oLGx4LenX/2Nn+CtDu/5dkzjWSs/u9TvaaD93+O57c8k/X2 LY/+nd9+dX44nz85v/3388/fWhPPketVMfaRpTXuFyD83+eHn32iTXTnh798Qs+Rn7/PP/9gP08P X/qA71j8385v/9tueZ5w4/01PNmX1z8n2g7XP60IYv3/9Tav94++zo1leBkAj/3p8dM1makt+mIW fv6nv377x8cvf19z8uSc5LtkeucpDw2+gJS1bCDl5x8+OSVefvfHTNQ7J+p3/st3wc8bdA4cPfHG y9hC1pRDbu628FNf5sPul798wkEU8o0t/WfeY2z22wz4U/4ZONipTf1J/nnOqD7zRXxm4I5fglpH +l2NVep0Mm0WzTcPSHTv6MiW7LNZJPtJ33jKkP/q/z+1pyh5kHKnbZ9nCi5BSaLsV/nfzpPY9nsn 8Xc72TrRThmEFfNIxvz0vrNkfd+8U0GvBJG31EOg/G8t3odKZQ/YhXSrZyyP2OVPfyV2cRTFf3ku lVMMPMh0/pRrEHyfhhfrJRuVG8PpoNi/yNzpnBkOcMV4F/yKX76zOacHLCHZBGxKv+BY0i8fblhA OEuezk8PxtmOIZCsxww99s77hXgPSLX3zLK894dffvmH331TfKZL5XTAnvViMCazh/JIbysI7mxW wBbcIx8IBe06FEq4bN7Szeu7eCBb4eCAQh4a5pNBvBrg1vrXNzDlSQqP1woCeUkQFRp5/K0VXklh RIXnSOTBd979wiGE69+Gw7wSZ0/f+c/htGkJ5fizWumHJrDEo9WyJ1cc3NANgmo7Ni1bu4mIcxlv dhOOl5cR8F4F3vLzEvR7r/qsm7CPpOjLuze9qrslJJD8g3tV/7n1rv89ol+40/9wJ5AdxukhwpD7 U/zEy/zpesen8Kc8TM57QVDsV/nTYro6nz9yGHohAV+yy4xy+eiWMVdPD33SKfHrp//i1HtE/TWQ FxKbV91ohd6j/rSbisTxwE3dUgp3HdzzrEndO2LeOpTeVBtKuQ4iD7xN5thRVZy9sZozdu+oNmvU drVX/CLPdToR7sOJzJw9IJJXSOiT3kHj1lH1b3gdZeWrTgohK+XZLbZRnj2NvkYytmdygFs0hq/6 aBrb8Q0vRnqSxt1iH0FjSsxXLIwc3WnJ6Pfy4hKE+gAkVO6INwrTVBpTDNwT8A1+V8PKr6/RkSiB zxLlqGXIEVOuE3mRkh4bE/lQHoMHzH/xEX+PSdu/7JOqR7KctBJ5fvqFQm6ztiMmy01/eR8rfIh9 Fdg3jilGhR//ECDHGavF3j74rt9n0Onh//jCFJtpBz4mZgXHgj++wmP8Ccx4LGoZ/lR5zZfbfMkw 9fJD3qy5TonJSGje8d6xUBy3wkiJ/9UJKJx4nzZ6evj1+9hp5Lrvg3XvgtO/fQihxYTHGBfcd/pj TF7o/BCQ4FUgDH7mP1V1vOMLEf41fgs8LpYPv/1kxWKlK7fCYWLlxtifjkunV/qziBSx5olmyt4D 6BU/T3ns9igorenbL6W+jTuD2/7aNOXV9HlKS/9M+glTRaCvWrmgtWKu2LlPLUv0OVT7Hyqz9IS2 ELNpfTldutLG+yCr1GntYR/OR/JaR9gSfYJ1Twtsu0QV217uUCJmHDL2pryqkPFFbflrx21aZP6u da8z+C//d2eea3Y8vTFeTMY7IbkoeMPRrfRpz41baWNxrzwPRrOT939Zt9Mzc/ixTclv1hKf56B4 2QTHCLHhvP6aeFJ5OryhsQ0/aT9vd3fcJ246Wid5aJvqP8M9E8pWuKOyiRFR0KTlTw94V5vii/1W Dtwg/peg5VP/y1df+ehHF/m3OfhFI6201A689VoddpLJkc8low9X8Z7fdi8g70A/aR7PK4S/DGEd cNMLP3n/YOjh2iqxkyiZgkdV5C0RzLn1VYgnZ0MRNA8UJ1BG+IT9KT+JVCmPOT0Eop+XVfdxk32U zKTkloX/fExCL97YZB74/ZGDvZs1Box4+wnvlOONdg8lpfCNmLqmfTsfvvBIHgnBlqKz9DJNihyO FCUlWKHM+zGxQmB+F78FH/N8uFbzw9twVe23Y8xzecRaQZ5xVFjZk204BXnezO7S+P6JRL8NTAel Xz6l8bU2BN7OJD6q8ish/2NJHMc3vD60Mv8DEiNtyYv9ODRGjPNXpaydy1PR9wljOuP7s+8IVX+t McnLnx7+5nYW/qbUWr5EWE5USO/2Bvv77cbC8MJMHV+sGUOchq/Tbkpy8XGOEX/kTuOLsvfiEnxZ NlYc40F5H8I8dpBPCfOLTFJVGL33ZVM8OD2EQwtGxy/OsvD9HkP8D1eX3xsLLqeHfToWEJ8T/I+9 hfArWSVnWy+MAVHf+g5KqHN6HH/QkyvNisKQeCwUFbnP3g8pRTZnOkX9i8gOuoe3vGvx6XSyZ77h ugl2euUt3vBm9kmw+1UO46FRTj+Wk3cXHHgMFv+91rEng82Njf2wzdS8aHaOLwg2m1jXjS9vpa7X 8kJrH2w2S6AgrznVCv+/5ivZxfbkbl/qbSvZ8Q0XIGIbFmxuNlNfSqWv8VEhtVSYz1LJi/75iBAv Ko281nfg6XS7PEvmbr0fOaquqdyL8qZLfmgrNSo5cHj4NWLXTV6zzFPXvLvjBs/u4xVub2fDXV6B zRfQefAqtrM2Fbbj3vRDhJLw5O6ufEgp8t/TFc0eLCJCdAZjvmf2Fl1Trbj32WmRU2kH+mqdByzs KGX4EZ9I5Cqfvm8VPSMkvdKc+4C3D20ryR9EjGfrRPvE8UQHdp3KceeNRJ43hd8Wxs+CP877YO/7 6MbGGIJHsOHoUsCtffAWSD6SWu1jZdenSimiAIsQFlXWi8OU72IbP3+YMOVO3Fd9dZxqm+fj1I3F 3Bn8QIEqXKrTmDm7d27PdpC3NO6rot1iG6Xe0+jKtA9TTyTMTsoGe+Wdd47rN95KiBxq74H88Ob8 UFlPdlyRWMb88IDxy9/dGcXgcG7ut3zE/nQoTCXWDmPeWfeuKPLkOdZT5yasXUnr7Rtn6zOASGRb Ph7Q8UGoDY+5SX4zkc1H/v/DPXAQEJWBk/9ffUhw833QnwdX2f2qdCxUlbhWNs3nHI42rU+M8I2K J3zpsz23su5TWba+fq0N/DjuK7dZNqJ6gWWvzeNhNstGOJ4IF9b6mZATtvWQcQfo2dtbw/Me0uk5 ZuJt5+EZZiHgQONvBeJoG+lL9XytY6vxlVe57awOdOI5vPsjqI1UKnkckHOzEvUjKCdno4oH5Byw b58lFdee2bTBuyfHubVH/5RrP8Z+c9ekH+Fvwvu5w0zu5vTwYd9XChddja1M/DUOkzsYfPBVB5j1 KRz+kk8O8V2QyOMKX7LD3HejYr/F9T3WiVzKcH3r+S9VVhzUucMN1nik8D8ceuIc88JtFy8dLt3n l53GEo+R/pXORXh3nxfU7LZ6M5M/PQyroHago/7ogT77dCCL3Qn9XSyuGHpe9dUZVte+6eap8mL7 DGu32EbdbjvJfYb1Kq/yHI3PxgFujnX1Ldc9jcXVHIvxh6LRn4hw7dl4OM67X1wHHujm/bA/5T7X 4vHa4in3+ZtnM2OOtMJcIzsNSBhweIlIiOOXKjPOviW8hTsxdwzfIzMu18jCLe38jPu7WO9GZqzs 4OgDTiUTKkkmKs6nX7eXYROPZx4qGLJbyY8yEaI+z73d7c9Lhjvx+0jw113nBKbaQToU2U88sP0M HnD+mOKDY61O+lP33VH4z5Dc9zrpT7gQvy3vi+1P+lGZ1YbRHPu3z/xDueFm8Or0Pw38Hqf/ODml YtVTaPoW2YG0WvsQG984U1g2oeWwHM+fvephh6Ik5LK8/IpvF9rTDm6IfDxNH0Q7zAY2N8zDrlyF /RCcfMaN5n2E2kcHBaSkDi6acliVo/bpIcJ3sQ9H5LP+wX85TBWyqv3N1TRUab98lFgx5vE/aNJV WVf2mofdqRU/43rYLqKX5Co9RfgqKUbRs1oUfd+29p9rmXQ3ip6KwuO1gsDbsS7S6lc9lBPNqI8l sR3ejEOds+yFWHKW1WIvpfG1Nwvj9nRblj2+O/lsznIkxk3fJMJ7WawuA56So8qAV97qKP6Gj4Hw 2Ww+SryqPj7S3+RgfQd/kzHdx99U9wvCl7zM31BcrPwNyef6xn1UEJmfm/T6CX/zEVIMH7AW4iv8 zfa4dJ9cb9faEHhbTz+qfiguYE2ix8WbCerKLrJrqe5SPYf3+3QlDsohZYXlY55VLhhNlmM1OSDn gH17ckrlc4x3T87tCvapKuEYe7XrNdoXNFnOTzRZSp5OKlGZ31NNlhtmyddf+IjsyKedV26u07eJ 7Xlif/xlnQdUKfhRWvX/tZvbZXXn46zuVHH+QPPc8TmHN35h5/jWGrIy05fL1Z2RL/rqzkn//NnU dq0NgT+049uQeDfHdwPv3lOsLeIZgT3r+HzZzMWDay/7CyFblRmaNzceeCa3zWWcO9r1enHqcFtq kR7HocaBf6e+zP59nc35lYD1qpGwVo5yzVX8zGdeCZWEJJoSkax4jRVNFC70F/MscWa7j63b43vb sz6SftBbztWkF2+RePm2Tg+fBiz2FfuJLft8L0JLneh/aZ1gB5Rn+QJvXCS/jSYvbY8OpPaFj/W6 t9w+CbzhzHf79cfmoisSOaxvM5pTgS1aTww5kkYk2xyNLnzWfXvJj/szE4+rV/dndtoRNXTwMe/r ybdH+JarRk6uu4OqOM3+KndTYoF1w6vo1o6ajUPk/Rw4ct5nF8q1tl90/Ve5kxOKFNwOwXzhqh5c fuR5+H877d+tc2s/B66FT+7xwXtecXhjaw/nzz4///Lbb9mXn2geHNDdWDB8yy7kraX5jAe95Vo8 DLkOZa6/LNc/8YKkNnu2wwf61mnTjbU89uyd51rCL6Zws6r3FpzE7LUOBPn81cj2DW9jCzFaObMp 2aIE8OU2eryn0uV4kJK/PHWJVN2X/Rgquzdj+zSVu+V+JCq9rbGhcq+uz/ZQus35/740jYaNL/Yj 0eipL2/YGfsl7m77g2JE++0jfMkEq6rif35y5lM+8/nhsmqHnx5+mf/9ixX8/PBP+d+1x7TudwCi jZ89Z3lAz8NBuFS8rc0lCtpPBqTnpn7qRwH+l/yyKos2NtSnelO+9Nq365/La0vIVlKI5mZ6CZRP uVhnbZaos7Yd9E3m6rUl2QGVJnxx4N/DNF2gQ8tbEYa+3aRNLV87GfnIQkQPdwghVpfOP8BA3lWV Hr83fv0ih9cQE78UFsg3t2tvGFHGN7NR6l2UySyY0mZe64PpQuo9eb5o5sDebJ/rYF+HN7zMLxzw ucVpbij0KONrbQi86X+nj/K/4fZ92VeT2HdvEMLTJHpI88V+HBrD6fuyVYzhU0mcRjR6naLHc2Q5 Dcvt11vhr1rdiuYh+4c3ZO36SdSxn9f80/+OCylq/WdEnusxjwe+o8SIg6OR5151tVRPPIDetQqd eHKlIPa2WoErNdRfczDiFdeGPmfxzcqvttNCTfBti3bjkW5W6wdeoBKG+znuGA1Ld/Xm/8ven3gj ZNlTtxMI7TqR+bzvItD4gbFHoJ/zTH6KBKTaNjb8ogeWHFCqR9UjxNzQMfcnTlW2tfBdfI4z6Qjn vNzY450RHKfeeIvowEMnK//Fi0s5k80vLl0X/TfWLasVldNqGB+KZu8sReDb7v8TL0gNz3UPArue h4c6jjW80HmKQPdim4VfQuHeVz9BYfitzUJJhKfVG2CfFWHbLG+Ga3VjqKKQXa2Pb7xdtFn4/hS6 H9wsdEQhL53kVZNX8o0bSjq+WTnDij70ak3fjWXvTp/7qw15ZR0coVNzO2dbUbKW1PEClWl3vAxm 5vW0tsza1rJ7D5X/5/8H/YxemQplbmRzdHJlYW0KZW5kb2JqCjExOSAwIG9iagoxNDU2MQplbmRv YmoKMTE3IDAgb2JqCjw8IC9UeXBlIC9QYWdlIC9QYXJlbnQgMyAwIFIgL1Jlc291cmNlcyAxMjAg MCBSIC9Db250ZW50cyAxMTggMCBSIC9NZWRpYUJveApbMCAwIDcyMCA0MDVdID4+CmVuZG9iagox MjAgMCBvYmoKPDwgL1Byb2NTZXQgWyAvUERGIC9UZXh0IC9JbWFnZUIgL0ltYWdlQyAvSW1hZ2VJ IF0gL0NvbG9yU3BhY2UgPDwgL0NzMSAxNCAwIFIKL0NzMiAxOCAwIFIgPj4gL0V4dEdTdGF0ZSA8 PCAvR3MxIDM2IDAgUiAvR3MyIDM3IDAgUiAvR3MzIDgyIDAgUiA+PiAvRm9udAo8PCAvVFQ3IDEy NSAwIFIgL1RUMiA4MSAwIFIgL1RUMSAxOSAwIFIgPj4gL1hPYmplY3QgPDwgL0ltMiAxMiAwIFIg L0ltMSAxMCAwIFIKPj4gL1BhdHRlcm4gPDwgL1A1IDEyMSAwIFIgPj4gL1NoYWRpbmcgPDwgL1No NyAxMjQgMCBSID4+ID4+CmVuZG9iagoxMjEgMCBvYmoKPDwgL0xlbmd0aCAxMjIgMCBSIC9GaWx0 ZXIgL0ZsYXRlRGVjb2RlIC9UeXBlIC9QYXR0ZXJuIC9QYXR0ZXJuVHlwZSAxIC9QYWludFR5cGUK MSAvVGlsaW5nVHlwZSAzIC9CQm94IFswIDAgMTYyNTYwMCAxNjI1NjAwXSAvWFN0ZXAgMTYyNTYw MCAvWVN0ZXAgMTYyNTYwMAovTWF0cml4IFswLjAwMDA3NTU5MDU1IDAgMCAwLjAwMDA3NTU5MDU1 IDAgMjgyLjEyXSAvUmVzb3VyY2VzIDEyMyAwIFIgPj4Kc3RyZWFtCngBK1QIVChU0A9ILUpOLSgp TcxRKMoEChiaGZmaGRgogCAyOzlXQd8z19BQwSUfqDEQABXkD7gKZW5kc3RyZWFtCmVuZG9iagox MjIgMCBvYmoKNTUKZW5kb2JqCjEyMyAwIG9iago8PCAvUHJvY1NldCBbIC9QREYgL0ltYWdlQiAv SW1hZ2VDIC9JbWFnZUkgXSAvWE9iamVjdCA8PCAvSW0xMSAzOCAwIFIgPj4gPj4KZW5kb2JqCjEy NCAwIG9iago8PCAvQ29sb3JTcGFjZSAxNCAwIFIgL1NoYWRpbmdUeXBlIDIgL0Nvb3JkcyBbIDIx Mi41IC04IDIxMi41IDM0IF0gL0RvbWFpbgpbIDAgMSBdIC9FeHRlbmQgWyB0cnVlIHRydWUgXSAv RnVuY3Rpb24gMTI2IDAgUiA+PgplbmRvYmoKMTI2IDAgb2JqCjw8IC9MZW5ndGggMTI3IDAgUiAv RnVuY3Rpb25UeXBlIDAgL0JpdHNQZXJTYW1wbGUgOCAvU2l6ZSBbIDEzNjUgXSAvRG9tYWluClsg MCAxIF0gL1JhbmdlIFsgMCAxIDAgMSAwIDEgXSAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJl YW0KeAGVwQVWAgAARMH7H8AWAyxsxBbFTiywEBXs7sbAA/jc9c8UCn/6hr64T+4DynPv3Bv0yr1w z9AT9wg9cPfcHXTL3XDX0BV3yV1A59wZdMqdcMfQEXfIHUD7XA7KcnvcLrTDZbhtKM1tcZvQxr+t S2tOSko6q9KKsywtOYtSwlmQ5p05adaZkaadKWnSmZDGnTFp1IlLI86wFHOGpEFnQOp3+qRep0fq lqJOlxRxOqUOp11qc1qlFqdZCjtNUqPTINU7dVLICUq1To1U7VRJAadSqnDKpTKnVCpxiqWiX34A 1Bv/1gplbmRzdHJlYW0KZW5kb2JqCjEyNyAwIG9iagoyMjkKZW5kb2JqCjMgMCBvYmoKPDwgL1R5 cGUgL1BhZ2VzIC9NZWRpYUJveCBbMCAwIDcyMCA0MDVdIC9Db3VudCA1IC9LaWRzIFsgMiAwIFIg NzMgMCBSIDg1IDAgUgo5OSAwIFIgMTE3IDAgUiBdID4+CmVuZG9iagoxMjggMCBvYmoKPDwgL1R5 cGUgL0NhdGFsb2cgL1BhZ2VzIDMgMCBSIC9WZXJzaW9uIC8xLjQgPj4KZW5kb2JqCjEyNSAwIG9i ago8PCAvVHlwZSAvRm9udCAvU3VidHlwZSAvVHJ1ZVR5cGUgL0Jhc2VGb250IC9DSkRERUYrQXJp YWwtSXRhbGljTVQgL0ZvbnREZXNjcmlwdG9yCjEyOSAwIFIgL0VuY29kaW5nIC9NYWNSb21hbkVu Y29kaW5nIC9GaXJzdENoYXIgMzIgL0xhc3RDaGFyIDMyIC9XaWR0aHMgWyAyNzgKXSA+PgplbmRv YmoKMTI5IDAgb2JqCjw8IC9UeXBlIC9Gb250RGVzY3JpcHRvciAvRm9udE5hbWUgL0NKRERFRitB cmlhbC1JdGFsaWNNVCAvRmxhZ3MgOTYgL0ZvbnRCQm94ClstNTE3IC0zMjUgMTM1OSA5OTddIC9J dGFsaWNBbmdsZSAtNiAvQXNjZW50IDkwNSAvRGVzY2VudCAtMjEyIC9DYXBIZWlnaHQKNzE2IC9T dGVtViA5NiAvTGVhZGluZyAzMyAvWEhlaWdodCA1MTkgL1N0ZW1IIDgxIC9BdmdXaWR0aCA0NDEg L01heFdpZHRoIDEzMzMKL0ZvbnRGaWxlMiAxMzAgMCBSID4+CmVuZG9iagoxMzAgMCBvYmoKPDwg L0xlbmd0aCAxMzEgMCBSIC9MZW5ndGgxIDUxNTIgL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3Ry ZWFtCngBhVgLfFTVmf++c+/MncmDTB6Ql3DvcEnAzAyJAQmESCbJTBoYCAkJ7kya6gwhJFEeWRJo cF3AuvygA2Jcd/1tLdZHQkShcmcCdBIs0G7dtfrDurY/a30U2h+4VlSqK1WLyd3v3BlCsrvt3pPz Pf/nfN953XsmvVu3tUMK7AYB3G2bQt1gPJmLieW1be9V4rqFmCm4obtjU1xPDZL+WsfGHRviemYr 8d7O9tD6uA5fE1/USYa4jguJz+nc1NsX1zNLiFs2bmlL+DObSTdvCvUl4sO7pCubQ5vaE/gvic/r 3tLTm9BfN/St7Qk8+qn50D89DU/vVkL45Wv3SQDTAJBQDD6DCmgBE0k2KIa1ZHqArQKRCveb0lr1 vrtm3Z1Wcc2Sy8cJMLD1p2c5f+n76+68/t5YR9IF6Tq1thp47qB20rLxeqhJev76e39ek3QB7EAR Jz0s0lxymj1PSDc7El2ywB1jR4Zt00s5j0pcfW44JaN0V1U6G4LjVM9SvUpVhBKiq6neTZUWhQ1F H+b4oejdBhuubyzdTerwylW8t6Fhd12cJ6XGubU8zksWcNzgsLeP64PDpeVxvei2uD6ngMLb2CDl eNWgaUSLqVZS3UVVpOCDw9NnxptZs3izgeG8/NK0s2yAEAPUbsBIccCdRO6M1ebVErtaVYZXqM8n DbrLoHcbtNKgxQZNM+gu/JBHN+hZgx43aLFBKw262qBbDGrg8WMqH1G5QuVD/NCdAU4EGW1OtMno dqJbxhG0YnJ0ofxIDJPdZQvl+UqNXEp1gfIN2Ulcpvp3RXWyi6q9yCOXISCCFRlYIDub1jEj3eKO 4bEfje9NHdubCtYYVkaLVspVViyHUZGHW0T1capitGirfIZaK4YKoLCjUfm6K4Z3RuU/yzELRuWv 5BhDd6b8pXxJ/kI+LV+TV8g/LzoqjxDq8agck2MioZ4qirGj7jR5v7yGkrsk98kb5c2K4dpoJ+ZO ltuoUUtRi+xXCBqV6xUjyjdk6uaU7CWnpyiGeEp2y9+VF7iMpqW86Sn5NnmrPJ/jorIzHu7WeG7z ODslz6Vgs40oXnltqjXVWtb/rtR/ROofkvp3Sv1VUv9SqX+R1H+71F8i9RdL/Q6pv0DqnyllWTIs Nss0S4olyWKxmC2ihVnAkhXTL7od/KRkmW2cmUVORUO2MS4TIQoMLQxWgJYp+JivqRp92rk28K1T tD81qTFMamzRTGo1ahk+8DVX52iLHb6YpK/Ryhw+TWr4pj+CeDBAVo3tiyE0+2OYy0178rWMGv8I rWrunofyOdf3PBQIwIztlTmVGcvSl9R6/g8SNIxBj+Pmk3NT5JKvYccILbp/WJLvkEhtIrWfq/1c zZmpPeZr8mvPzwxopVzQZwZ82qNNSqt/BF/AY17PCP6Qs4B/RHDiC9413C44PYGAj5bGwEEl2Qn3 AmeEs7wJlRwHlZY3DZyIcZxq4GjbxXEzFFANnDpDmYKbhT+k/qCIM+ov+yLMMnCzsi9OwkVGVa8n ohIhDPU1amBG431pFTxkRJYJYidCEDoqsgGRkfFutNqbEFcCMn8CMt+IJBiZx7vhfVE3qcoNTCrP eupk/yWtvdrh8HbxvdLgj1igOlBDyXE+w9a9zFj31Nxlh/NH4Q3hCiQ7AlqSWq0lq9VQWZnjsFVg sTlFM5NJosp3yVJ7zs78UfocHDHQKWROTbhcVa4q7qLdyzuaRua0hCtn51J7/igeSbhsZE6nGJOS 7u3dRg/keLs8E389iWdbgveCTytq8mmVjS3+iCR5NXfQEyBbyQ1bcrI3pp+LG+eTsYIDBWECOGGz WhNAmo1Tq524WsYyR29vwNFDKfX09E5KzNHLbY5eOqCmUcg16hDkiYWQA6D/J9UPOB/v0j/hvvEt +u/Z7+m4nkxUYvS8CGfhAAzDEJUI2FCE9bAD9lP5CXwIYXgGHsET0AP3wSDJp/HHrJu+w7shG7rh X6EEBf11OAZ/j6lghgz4OZyHO+ER/WHMhGTIhRrYCiPCy8Kv9U+wFjfT6yIfPLAGTgmfwFsosjtM OaYe3UXfdSv8G5xnKynvdJgOZbAc6qGVcnqW8n0J3sF5phqdf6Hd0ESRd8BBGIBX8GHWzraxQeFl 01r9cZ2iUE8WKIRa6CJUD3wbHqdxXMUkzMSf4GUhRzw0/tn4V/ogjXwuLIQq8MI2Gs3P4FX4DVyG L3EtbmAO1ix0iyaxQ5+hn6CcZ0IpvdxWwCq6dwThfthFM/YERNiAcGD8Z+Nf0AtQoOKirMugnMbf QnN1Ht7GdMzFApyLddiEXfgUXmcSW0L3lkH2hWAS5lFZJAwIJ4X3hAvCp2Kd2Ce+b07W5+k+vVPv 05/Uz+q/ozmVYR6spD5b4S4I0ai+DQ/Ag7CPVusQlSfgSTgMpyAGIzAKv4QL8Du6K32B07AUl2IF bsCN2EfvoZP4I/wFvsG+xULsGXZeUIUWij1Ih8IjNog94hvjML54/MB4ZPw1fZoe1f9d/0gfo9mU ac4LaEZd4Id2irwHHoHvUcSjcBw0KqPwDt3z/kAzZ6ViwyzMxjl4K7qwGBdhAzZiC3ZgL+7A7+BB 7Mfv4SHUcJiyOYMv4dv4Af4RP6OZoWlmySyNyWw2czIXm8/qWQfby/rZMXaSvUjldfYr9hZ7h11m n7KvhHQhi8psoVCoE1YIrcIWoU/YIewUjtJ8vipcFEVavzRxnugU/0E8LB4XfyFeEb8yJZsOmh41 /YvpsumyGcw28x3mBnOn+Z/NMfNvJEFqlDZIO6Vd0nekU/T1Uy3HIEqnI0IjnfSwVngafoln4Lc4 JGSxo9jAnsXHcJqQA/cK38f/MPngu6yCabiKzRD+C7fjdpguPIefw+dwionsLXSIz+JT8CKdpAPs XtYnpuHfiM+JY9grviEK7BIMsU94OHOW+Cx9WLfT93UTLiOpAzbBD1gWvEq3uj3wt/BT+IHZyvpp 3R+GQlYHt+NyvjbsKlyh05GOlXAPnZMxHDD1sqfxPuEDlgJ34hi7gEtNvbCBvugP4DCrF17FS3Ty XqT94sNOtgTXwRi8j8/g+2wtrGIPwoDYYfoVvocOrDd10v4D8aKwXNjAMtnpSdMSF4/DCToJ52Gl 8DK04j/S6T/PHLCcbYEnhB/jH+AE3i92CJ2UZR8T8UE6C8dgWKgTk6EaTggn4AweEd5EBxwX+3Az Pqp7x74F18xD4gtCxLRIvEV/ZfxdPIyv66PsUyjTXxHWjnfgITGXzuX9dHq30gwlw1Fqf4jeGENg IamAzuNB2q/T6d1mpVNeS2+ulXAXfkYn5kGapUU4D+rZbLiXVUmKOYt+E8yF53V+kjfDrfi2eITe D6PuqmZ35bI7KpaWL1lcdvvCBaW3lRTPdzkdRbfOm1tYMEedbVfkWTNvyc/LzcmeMT0rMyPdljYt NSU5yWqRzCZaVQSnV60NKlphUBML1bo6F9fVEBlCkwxBTSFT7VSMpvB2IXJNQboJueF/IN1xpHsC iTalAipcTsWrKtp5j0pXzZZGP8kPedSAon1syKsMWSw0lFRS7HZqoXhzOj2KhkHFq9Vu7wx7gx6X EyPJSTVqTXuSywmRpGQSk0nSstXuCGYvQ0Ng2d7yCN3BU2mMWp7q8Wq5KjWlboQCb2i91tDo93ry 7faAy6lhTZu6TgP+QXYYEKgxwmjmGk0ywihdGg0H9isR57nwgZgN1gUdKevV9aFWvyaEqA+vlu6g uB4t+75LOTdV6pxuBXsne/OFsDenS+HgcHivoj3V6J/UNt/OewgEqA9qywpqg+FaCn2Algpziik5 nj4fSnxQ7aqXW4L3KJpVrVY7w/cEaUHywhqs2WGP5uW5R/SLkOdVws1+1a5V5quBkOeWSBaE1+wY znUruVM9LmfElh6fzci0tISQkjpZaKeZjvsMyYBzybdmYjqRZ6Qup9uHprQplIlfpYEs5qR9MYTb FtOs0xNAaqWtp2Xo0qw1wbCtnNtpKlEzFdhUJXwNaNnVjz+aagklLOYC2zXgTr45JjaYhqEbsuZw aEVFfF9INbSQlOMyQ7/d5dweY4vUbhv98FlE0wcNfmoWKC+mObfb+aruj7lhHSna7kZ/XFdgXX4U 3MV0b2NB7jl3wzN9LffsvuGZaB5Uafue4L9KYLpmKZz4S7PNyPR2lms446+42+N+X5Pqoyua4g0H E1vV1zxFi/v5hNK8kS8haZk1fiGf8a1NEssXDC/txNaWCQgp/hRNLKA/s7GT18ckC21Fw4JKrWYL 1sVpIMluTxyU/69RTP8jb2Wwm80Sw9DKHYlE42lrS6foU9JLCQu+ZnrRMF9zSzicNMVXS6+wcLhW VWrDwXAopu9epyo2NTzCDrPD4W4vvXziKxrTR/fna7UHAjSUTiynfcugOqLivsaIG/c1tfhH6Bek sq/ZH2XIaoLVgcgc8vlHFAC3YWUTVo5RuAY+pJ0eZRbDlT/iBthtYEXDYOht9OPRsMVBZENoi7G4 zWbgAoGAi76t5GBLgD/0PwODp5AxhSRlwgJ0lysnC7286YZNhb5sEqyIMDyN8wktsbIomMQYzj8h QJLEhZMIuRazifsZCFgzbP3mGfqx8qeKsYp62+cVq8YqoJJk29dEbiuxp9vTC4jQL2r4WhHOfe02 wXVQxHMUk27un1OdC49R8P/9kJ+y4Q/SDTE+AjN946BmhcfjrXVUbe0KbXQt7w1t7Gpb1Qz/DTWa QPoKZW5kc3RyZWFtCmVuZG9iagoxMzEgMCBvYmoKMzUzMgplbmRvYmoKMTkgMCBvYmoKPDwgL1R5 cGUgL0ZvbnQgL1N1YnR5cGUgL1RydWVUeXBlIC9CYXNlRm9udCAvV0ZGTUhUK0FyaWFsTVQgL0Zv bnREZXNjcmlwdG9yCjEzMiAwIFIgL0VuY29kaW5nIC9NYWNSb21hbkVuY29kaW5nIC9GaXJzdENo YXIgMzIgL0xhc3RDaGFyIDEyMSAvV2lkdGhzIFsKMjc4IDAgMCAwIDAgMCA2NjcgMCAzMzMgMzMz IDAgMCAyNzggMzMzIDAgMjc4IDU1NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDU1Ngo1NTYgNTU2IDU1 NiAyNzggMCAwIDAgMCAwIDAgNjY3IDY2NyA3MjIgNzIyIDY2NyA2MTEgNzc4IDcyMiAyNzggMCA2 NjcgNTU2CjgzMyA3MjIgNzc4IDY2NyAwIDcyMiA2NjcgNjExIDcyMiAwIDk0NCA2NjcgMCAwIDAg MCAwIDAgNTU2IDAgNTU2IDU1NiA1MDAKNTU2IDU1NiAyNzggNTU2IDU1NiAyMjIgMjIyIDUwMCAy MjIgODMzIDU1NiA1NTYgNTU2IDAgMzMzIDUwMCAyNzggNTU2IDUwMAo3MjIgNTAwIDUwMCBdID4+ CmVuZG9iagoxMzIgMCBvYmoKPDwgL1R5cGUgL0ZvbnREZXNjcmlwdG9yIC9Gb250TmFtZSAvV0ZG TUhUK0FyaWFsTVQgL0ZsYWdzIDMyIC9Gb250QkJveCBbLTY2NSAtMzI1IDIwMDAgMTAwNl0KL0l0 YWxpY0FuZ2xlIDAgL0FzY2VudCA5MDUgL0Rlc2NlbnQgLTIxMiAvQ2FwSGVpZ2h0IDcxNiAvU3Rl bVYgOTUgL0xlYWRpbmcKMzMgL1hIZWlnaHQgNTE5IC9TdGVtSCA4NCAvQXZnV2lkdGggNDQxIC9N YXhXaWR0aCAyMDAwIC9Gb250RmlsZTIgMTMzIDAgUgo+PgplbmRvYmoKMTMzIDAgb2JqCjw8IC9M ZW5ndGggMTM0IDAgUiAvTGVuZ3RoMSAzMzI2OCAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJl YW0KeAGMvQlglMXdPz4zz/PsfTx7n9kjm2wIG64kEAKRPBwBEbnkMEEiQUAukSOAigdB5RBR0Fa8 BW+0IksIGJCWVKm2Vgqt1latihYVrSivpVSBbP6fmSdBtP2/vzfLzHyfeWafZ47vPd9Zli5ZNovY SBORiDZjwfRFRPyFj6J4c8bypQlxSexBQgwTr140e4F+7bkG19fOvuaGq/XraG9CZubmzJo+U78m 51D2m4MK/ZqWoyyYs2Dp9fp16G+EUPmahTM670deQP3tC6Zf3/l+gvskce30BbP09qve5teLFjYu 7bzG+8hTi5bM6mxPawmx/urnj5PHmxLT6Xd/WGEkxIFXoNVg8i2pIo8SI2FEJb3IZELkF+Q8ouCa 31ecU3+279n+05xV/zJFTOLxT/y9qDsHfvPwVZef2dE+WyUmGy7Noj2/ge8ZB+XGkKEqObPjzApV fxO/0/U3eC+ZKHXblQ7Gj+yXislRJCYVN2fy4nulIimveWBca5VSu9y+UufgHlICT+wl8gTyhUg7 kA4gyWSaFMNdFflKpCakHUgHkI4gGQhBzu8mkBYibUE6imSQ8qRocyKuDi6SQvhuCON1SgHyDVIH kkTiyHshjUWahrQRaQuSQbTjNQuRViIdQDqJZCCaFGi+twx9DzTfKYpd864pFZfT9cup9eJy1+V1 ejl6vF4OG6k3G6A361OuV/ccopdFJXrpLixtwsN3WeylbYP9kh+D9KPji5BTdpA4KSVxslXykSwS k9BVUaNJ7l0F6dItBySZUIlJlMwk8Y42iTbbXaWDLayDfUPcJM6+Zif0O+zELoerdMvgS9gnZAfS ASSJfYLPx+xjspId5XOOvBppC9IBpMNI3yAZ2FF8PsLnQ/YhcbIPSC+kaqRpSFuQDiB9g2RkHyBX 2d84xoicw9VIjP0Nucrex7DeR+5k7wF6j73X0cbeaq6oLN0rgEyvTiBe2AkEIp2A21/ayv7U/H0x MCqNlQZGvSzlk0GkTMpvLuwTb5WCzVVz463s77sSmfjWwb3Z2ySLxNCTt/Hmt0kCaRxSA9IiJAOg dwC9Q5qQNiFtRcoiAcuQq0gJ9gbSm0jvkN5IGtI4JBM70ozXtLLDzekh8cF+9gf2Oglgxg+x34ry TfaaKH/PfiPK36GM4f4b7LXmWJwMtuI+wXdUlCrKXrivsF/vKnDHOwa72AHMYBx5L6RqpLFI05A2 IhnYAZbfPDPuxkNeJm+AhuOsmXwhymfIEyaizYtr6aFAwATP0gMuAoRsS2JLmmnpzQ/ikmfpu+8F xLP07RsA8Sy9YhUgnqWvWQ6IZ+mZ8wDxLD1lGiCepcdOBISslT32UkFRvGLsfJoY7GTXYZauwyxd h1m6jsjsOv4h38u8jw83d++OGXtIyxR3jzfto037adNltOkJ2jSLNt1Cm1bRpiradCVtytCmKG2K 0SaNNr1M+2MqmqjW8qPLSi1Im96gTdtpUyNtStOmQtpUQJsStEJrZcnmkaA6FDWi2DWYEx1L7rpo ELiPkyUxo0ngfBI84QDyw0gd4kpDo0S+3jgU42X+ru7V+nXPAaULB1/MXsUXX8UyvEo+QpKxQK8C jV7FQ17F45zIq5GmIbUhfYPUgWRA63yMY6PInch7IVUjTUNaifQNkkF05xt0hZGFyHkXd4iO9UJe jTSWX7FX8cnHJ8mSWp4aVTPqxdLGKHXG6NhYR4xVEL8ffNntMrlaqX3Pv+3f/dtOzIPN7G62keRh ITZ1lhubv8+Lt9IHmtMvxwf76P0kJgPraCVJ00KU/UmjuO5LoiZeX06i7BcoS5ujk/E1Z3O6JL6P Ovi39sS/jx6LfxFtZQCPR1+O/yXRKtPm+J9R84s98bejd8R/16vVhJr96VaKYl9CNN0b7R/f/oZo ugo3HmqO38KLPfGboyPi86Pixiz9xpWNuNKc8cvSU+IX43nDolfFtUY8c0+8OnplvEpv1Zd/Z0+8 N7qQ0cHu6GxxVLw0FRMPnFTRSudoJcbNxlrjWGM/Y6mxxJg0xo15xojRa3KbVJPDZDNZTCaTwSSb mImYvK0dR7UMl3pegxB+BiA0JbKAVXAYytkMcsKoiZFLSNYjjWKjJgyho7JtM8ioqxLZ0xNSrdQy fkpWSQ2hWfcoMmrikGz/zKhWY8dl2YrMqKxx3BW1Oym9uw61WbaulZKJta20g1etjmTdQ2v3Ekpd q++K8LLb6rvq6kjQv7w6WO0e5KocPuy/ZA2ismFY5oe/4A9gJpjJy24eNaE2+3xeXbaUAx15daOy P5uQmFq7l35LT9YM20v/hxd1tXulQfTbmst4vTRoWF3dqFY6WbQjCfo/aAeMQYF2Jghm3o4kTDG9 3UN6u0J8H+0KeIF2ZjMpFO0KzWbRTqa83c7GgpphOwuQoU0gQRpFm8ZA4sI2bxSiTSEytPE3kTdE mzf8TbxNdpB4TDSKJjFkaELDJCqaRGlYNBE93yma9Opscsf5JneIN0l6b0QbnuEx9qNdbexH0eaC ifzfwVlDMhm6a2DdjKk1s1I1DamaWUgN2TuXzwlmm65KJHbOqOM3Elkp3XDVjDm8nD4rW5eaNSw7 IzUssXOg+N5Pbk/ltwemhu0kU2sm1u6cqs0a1jxQG1iTmj6sbteIceUVP3rXHeffVT7uv7xrHH9Y OX/XCPG9n7yrgt8ewd9Vwd9Vwd81Qhsh3kUEjo+r3WkiQ+qGYv14uYtZLcDXhkiybohfXTRIIO/A ZPCWyD5oK9uINVOXtaWGZO1IHK97DO4xmN8CTfFbDlQ7O28FbxmYjOyj2zpvqah2pYaQzNJljctI sGbuMP1fI/5QtXQZXwo9z/C6//qHJjVZbfowrluPynafMCpbPX5K7U6jEbUNw+pQN6Crzmqtae1o 0yt7onIAbyhJ5xvyuipeZzZ3NvxPXBB9QjVmZy8UjZd3US1Gl5LGOikbGzWRgRVMnIJpmDqldh90 KS4kGuswwEaaoY1dT+PjEDDRawiG3diVli7rhDrnYmlnKZo2ZkimsWtKuh6X4ZMlMjFXSzNgbco+ EkIKK8+SkJwmsH86Pkc6zsvc3I7j/D4v2ZdgdK2diZBtZDudS7aTA+QVehLf2kH2khbCVaBh5BFy E/k5WQuxNgU1d5DL8FFQ/3Ma6miBZfI4BObj5BDaXk5uIfuInwY7viAryWrpLXxrNbGTfFgz48hC che9tGMZmUo+km8jFeRSci1ZRJs6ajvu7ri34ynyNNkr/bajnVhJmMzA51DH18pfO/5GeuAb95EH yUf0XvNuouEtTWj5KFlCHpLqZdoxu+MMepAk16EPMhlNDtE2lsHTZ5HPaZDeJA3FU57syHYcRKso qSdzyENkH+1LR7CkMrVjdMch4sc7rsdTHyTNZA8+reSX5D1qU052PNVxkoRICRmJ8bSQP9A2Kde+ KleNeVMwS8WkEncWkl+R18kRmqK/ZgsVm1KqaMqKjreJl/Qhk9DbZ/HNz+i/2S34rJRek4d3DIGR t5rcw2eb/IZ8TMO0Fx1LJ7NitpA9Ji0hJryxDz4zyVzM9wN4+odAoz3Mxg5LT8q/kM8a8nJHOxxY kTR5mDxKfk3tGGmCNtJb6Tv072wom8YeZp9IP5efk/9knI5RX0kWkLvIL8i/qZv2p+PpFXQOvYmu pffQB+kheoQeZ4PZRDaffSPNkRZLv5SH4DNBbpRvU9YodxqO52pzB3N/zP27o7RjDRkPfFiF3t9H HsPI9pLD5F18PiKfUIVaqQOfBE3SSfRGfG6hd9En6Db6HG3BW47QT+gXEEn/omcZJC0zsAiUH64C pdgSaJg/Z4+ww/gcYV+x76WAlC9lpL5SlVQnLUSv1kqb8NktfSyH5cNyB+a5VNmsbFG2Kb9QXlFO GmzGWyHj3zz3ZHv39g9zJLcutznXnGvp+Jj4sIaQHjDBqtD76fjMw3pvBsbtIG9RG+YuTLvTQfRS zMw0Oo8uptdjJm+nD9GnRd9fpPsxS3+h36DPdhYVfe7J+rIhbCw+V7JZbDGUsXtZC3uHnZGMklVy Sj6puzRCqpdmSUulG6TNUlZ6U/pA+kQ6LZ3Dp0O2yHE5X07LGXmEPE1eJj8mfy5/rkxVfq98arAY FhjWGFoN/wOtZpBxnHG8sd640bjH+LapAdj5KtlNXgIGnv+jR6VVUo20m9zNyuQQTJg/AJ+nkZnS aAZMZdvoOnYzbWEFyvWGgWwgHUNOymnM9WtsCzvNBkqj6Sg6gcxjffQHGrzy84Cq5FfJCXk/xvYH PPl6g43ewr4x2EgzdKRK6Ei/kXrLGen35D3pI2qUHyfvyxYaoCfYs9I4YMEv5UFKLUlKj5AXpcX0 ZrKb1RBiOWvaADweQ58HX5hIS+l3UgfU4DHAogrp7+Q2Mp/9lZwAHa8j99OZ8mxyNymjN5HPyTOg imLlWkN3g4/+js2V1zMPbSFMfg6jq6QFVFK85HZaLz1k+Ia9S5aRw7KFfCi9gN4fZi9Ko+WTymV0 DijgZrKGLO5YRW5QauU/0dlEopNJoXwU3O0mqVROolwJrjIVPG0PqHsf+MBgaTRqgsCcS4EXk8Ah HsLnAfAJGRg0FzR+ObjYH0iLYSJrJbMVBwXXgafm97nLyJSOZ8iDHbPJtR33kh7gB2s7bsITt5FP yUayja7O3UgWwZR8F7R9qTKcHVaGd/Rg69m7bALb/OP1xWwX0iD5Ep8XsTKDlJfJevkvZAKp7tjQ 8Wdgdzdw2AfJVVBYj2GUX+MNF0ttpCw3hu3sGC4twng/IuM7nu2IUwuZ03ENGUv2k6eNCpluzGCN s/RPGO+NZBa7rGOpNCs3F/OwEbOgYbaWgf/coQ2dNHGwVj3ooqqBAyr7V/QtLyvt07tXzx4lme7F 3YrShQWp/GQiHsuLRsKhYMDv83rcLtXpsNusFrPJaFBkiVFSUpMa3pDIphuycjp18cU9+HVqOiqm X1DRkE2gaviP22QT/HvTcetHLTW0vPonLTW9pXa+JVUTVaSqR0miJpXIHhqWSrTSKeNrAd81LFWX yJ4Q8GgBbxKwHXAyiS8kaoJzhiWytCFRkx2+fM76moZhPUroTqtlaGroLEuPErLTYgVoBZQNpBbt pIFBVAAsUDNgJyMmO4aYDaeG1WRDKXwVj5EKa6bPzI4bX1szLJJM1vUoydKhM1JXZQnXlDKiCRkq XpM1DM0axWsSc6HjZMmdiZ0lbes3tKrkqoaMbWZq5vSptVlpOp5Rk3Vl8N5h2cCKY8EfLvFw6GRr L7wbkdbXBOcmeOP169cmslvH117w3UiSP6GuDs/Ad1nh8Ib1w/HqDVipUVwXz7LVdbVZuhqvhGJZ KEalj0/Xegsb5iWy5tSQ1Jz18xqwNOH1WXLZDcnmcFjb23GUhGsS6yfWppLZ6kiqbvqw6E4vWX/Z DbtCWiL04zs9SnaqLn1idzqcnYDNfiEwC5Ou3xOQaM6hUZedn1nK+5gaCU0wm5iRQE9qUxhTf57N 6k/Wz+iPBcBfHcW3sjOxInOz5qEN69UBvB5DpFmlUE0l1v+LAANSJ776cc30zhpDofovwm9yPDmP alk6vQvOZjLZ7t05ihiHYk3Rx0Hium+PkuWtLJVapMJ+5kYDGYe5nV43oBemP5nkC3xnq0auwkW2 aXytfp0gV0WaidYLujVr4Hfauu74JvE7TV13zn+9IQVMbuH2LPFlTenz/5yq31MzZ0CW+v+X27P0 +6MmpEZBNU7UrG/oxNpRE390pd/nE4p5w71OKOsZWitFGOo4xCKSuKtryF1NoC7X2rJyIf4ZBFLP bDWagJWihiaGZ9WGi/W8zpJMdtLM/+tLrR0n+bdE8cPXOoeRHZDp7Kje7ezAH13/qHu29dKoiWA5 DJr9+vWWH90Dqum9HNlZAONh6CcTQ7NkEiizEP9gcvTnqS6S1TBluDMRVCSq6yKdlz9qGOn8Uh3+ OHb2KBkOnrl+/fBUYvj6hvXTWzuarkol1NT6vewV9sr6RTXgdjritHbsuzOSHb6hDjM2hw4AeTAy ZGeKrhu/U6PrJkyp3QsXR2LdxNpmRtnQhiF1Owtwr3ZvghBN1DJeyyt5kwS/IKMoBtnMTKJ9ZK9G SJO4K4sKcT0D3g1RpzdCHSUzWplep3a1Y6iT9TpN1PHxcR4zdGJt57IIhOCkBxzCDg0ew3UMZTKp Zc+Tm0SqJM+jHMzr5UYyCekjpCqkyUhhJF43Gmk6EnRXMglt9yqTO9rxnM3K6+RqpMcAPyH/nWwz VJIFuH4KbQ7w+2i/2fA8eQB1j+DeDNQ9BvhxlFPRvjeHjXfBtppMzHJjx8dofwnSGli041AORxqF Z3lQDkFaS18n6+jrHU/gPkpyG569ltcjDeMlxrIa96rxnQJc3wY4jHdwh5QTKUkIJoETLsEulwEW BiEJ2F96jagWriqJW9v4U9AGmzuwHMzEAgvKBqvLQZzYOXIRt2jRlXmgs/hg8QSg1XCtOIIbUbgT 4dTGG5K4yicpUkAKAaVJUdfXRNkNeTHpTjKwT3qQntCTesNKKSVlpJz0Jf1g0/VHi0oygAyEpn0R nPrV0CL4n4/4qIVeQh+l79JzrFxyS03yfcqthlKj03jGNM78kKXF8on1Jdtt9oT9oCPtWOUc6XxT HeSqcz3mKfOavE/4Cv1XBLJBY/DBUGtkUKQ2+uu8bGx9fGZiaOJE8tP8l1J9Ur8sNBeuTW8purXb jOKa4t9mHinpWdLe09Z7cJ8JpSvh0UM3FHxgBWKXLelKugqRwftHziWktnOaQs6ShNzG79d2fKgU KW9hRkpIP3qR9tsVviX+JYEVPVf0WuN/ptcHxLQ570k/u6PXbf3YbdHbk6zFTxsC05PM79P884j0 fOw9P2uMNuaxZeElEbaM3Ohn6wO3Rdhzvhf97LbY+gRbb7ktyn6feK2IHfK/EmH7wq952dx++/xs bmBWGZvVi04um9qPDS+bEmej/UMirHe4Ms7SkYIEIz16xHr0tFhIxO/P8yX8/kRin6WH12LpkS5W aXlxbIBkjazJS13Z4Fnk2eqRenk0D/P8LW9jkAZb2RQtGhoUW5LIo3n9+xdfudVO7Vv7XJkwUuO8 isUPBDPq6foTp+pPqKfqj506UY8C8DFSfexE9Ym1jp4Zx83qQaOjaq2DF2qVAPr0pvX/+Uc6qwoN hlR+Ubpveb+KNM/LSqEgKrRfRcBg9AeMadqvX9/ydCrf4PP6A5QaeFlW2k86VPenFR/fPn/HizOG HH5084HcP6ixR+jl3pfNarphQS62rGbaiJHTUyk6Orfn3qvvvnX89u0zZjxw04Pr3p+w5O4ht7/a uuqPP8/trF3are2mNVdsHC6trplTPWralcPyR3Vv70sfvPy+kXVts0BNN+XGswastEou0ixFTmye uY0mVW2lZbvIFocJpeYybnFcSSRVSkiS9ILr0Q1iktpPn1BPnyDVVdVVfPw0zVzlFf0qygxGfHwq pR/d94fRU/avuqHoolSGZnLj99PvqOPr99rPHqlbv/nlX+biucSP3j9Ls3Vj3VRmtqiUuM28B5Yt EkXZgt3NKx2QZy2qyiYB+K7F6RTAsRa7XQBfaU6LhU1yOuIO5njB3dlH7if6ST89KeIqL0rjU+aH pq6y9lU0k8m/qGjFqv1TRh/OjadH6cf7925eP+VPZ9vf+zr3bc6EXj6f+5DeBu+KhYzZbQH5/MLQ SsdpaSpVMQayriIWbF1KVcTQ3zhgLCzPhbCjtoLUtlof5yh1qv7UMfVElVpFqnmunlDbT1CXu7JP 77K+ZT6vwVjUr1/FnkPjLi+txLofWnxnenRo+hV472DayuaxBaDIEi20iC2S2Gg6Gq9MERZWFqFB SF50VzAzRj1Wr35Geo0+0ac3WUzrPX2TvsGsmLbu3s25KDxfrBJrLJEJe4nU8WGzt5K1dnyoJbyV 90uUSVukHdh6XU6oF63BJiRikY4Tdhxz/xweIO9agTFUqadOqPp6r1V6ZupBB3zdMxkfLaP0uU25 2pDy1Rk8gZFJHZ/LLqUNOJVHJ+2EZJ1Yq1nCMVnxxuz2gLm147hYPw5oIb6AZhex8RUlfpsNuY3X kV5YvEPIDmHSqjGwyE7Dfz7pFJ5kmIQnfQZMEMDXWshqBeQiKq8hqs3Gc153/pE/PLPFkAipUaAW hL71V1DT/UhuJCc2Sq6SDWvZOus65+8citloDbIaz6W+S0JDIxM9U31TQ5dF5hvnW2d4rvHNDzVE bmDXGZZbVzjXGh4wblZ/F3yPvWN4x/q+M3x+4I1mLZkq722mxKyamXlT3NVIoB5pDtQmICYY2RR7 /U5BXBnQVv3iDKZbDJ3WL4bbrj//o0h1dR7VzfmI3w0EFtzFo3Ke4VLBR4yGSfPf2rq8eemQeW89 /vYN9+x97qabnnvulpsuqWdvUZle9MK0XbmO93K53KvbH3iJPpq7/5uT8IXN+3ruGo4rH2EBz2Lt LGSHlpA0u6t8vrySbWQPmhB8Qc3EoDDJrFAbo29YRO8tfEyEclrG5pKgUABfai6xoFGxoA6xoJhl LcSXq2tNxPqEbYpmd5YrXTPRW6EJ+A+ZErLuo1V0NdHRe3EGnLnT74uZqRrdDmKqDlRSF6iI1pP6 TDLlMhiMfUFJZexsy+C3Jt7/Sa+l8o2Dboq/OOKNaXxsVcBlI8YWo6934pLZpdqDHo9hkr2141SL yyWArzWzqgKKeZUYR9EAbxCL8buxqAN3YkBQ5K3sZc3GLIEAYjVcjCXioOhebx/i+SHS6wTvbDXP D8JZEOkkA/5Cm9vNxAs1s9MFSH/PUc3q9rBJMS+v489uxqM5qVitbBKArzQxi//tbZxG+Pv428TL tH4DlYGGl5UDhpeNr5t+FzWOtNXZJjrm22Y6VrhXeO5w73d/Gv40cjJsO2B9ycMi2HrNU2Oq4Vdw 9hqB/CaUZqxWOGZRTQbDG9GwNxoNm6JhcAtTOCrZY2ore2rXWBfFxmxwNx8BEdPhpMxmaQy8hdnm uE5fZqugU6m0v2Zz7a6GU3YhW8lkto8VYPt1404d2cFXTmc4e4Ewaa+qPtFef8zl5iuLrEvk6txS kACngP6kntYvqasr9CXTFVjxLhHKGamQr8AE/JON5ypYoPDJh77Z9uCNtz5C93q+++Nbpy9+9pUn psa2bx9cNaPtloOfXj3/Z4+s9xx+98vttc/vf2rd9D7AlMkdn8l+YEqG1nUunDUU1DgWB6OEclTN 2HBBi1MWu9PmjFksxb5YVI4VR5Vie8puC4YgwhJgPWxSwpjmq8ibp3txhnaoF/8Qd2V1NQTBCWDL idfU19yV6sFMKU9AFq2bYvfba+xr7HKN63LX8oh0mf8adZ53pn+Z/QbvGvt67x2Rp+0WJSHx/Vyr 1WZ3yEaK90JcPLVLwwBehrusmNhp3xabzScH97GnSIjN0YrQSwXdtLsbpyUWJlgiyDE50WRsTAve lKYkraYZenzqJX4nvalHsJX2bw69RffR/hAkbZr1B25V0krv7VzDzAmxipxnncrU63yrHcuIwali PfXlBKmChYFa6eI6T4Wf8yyh+xgrzoNCGHLexuUiz0kqPz25JX7f/JU7nri57FKv29rYumbe3A3e luSXL17/xvyrZ966KXf8nV930NuCD67N3nrT497H2PU3z7j19tsTu1+f3Txz2iM9Y7+8uy33r8/A YsPgAaqyD/zNTtNaP3etbY7tIdtztt/ZlEulS+0/lyU3cJzYDJJRsVglI7GB2N+QZK8kyZKdMJtd NkovI1zFBIV6q2Yhsowm5A2L3MqufklRLFpevNzSxQkBcMHEJgH4WkgoSyut0OxGLT9VbmxK9jVu ckIUY1bt3nLCVFieEq6Piu8AOLaHrwLb7WilG8RMf5XJ1AtGeIqzlyr1M1XwQfVU1ekqVyWf5MrK tT0zMqSz0+nEdIvdOjtkvrsSPO5tzVpWKeX3qJTkvLwq/og6LAbaaF6bZq20NY2rtGnpSlt+FGWP St4gUwcjoS8tc5X5Ui7JRdnm9tvZoz977bWWXF867Wlpz7lLns49DqK+r30+EI/L/qTyDHjsZJ1y sMuP8dn5JNCowxLz+aJuzjmtTlmORe0OSoxByAuhEQhAUBmX+5xKuPwDErUfBGVwwih2C97rFPmo 8A156/M2e571vGp7x/Z+xGT2BB3dw5K5t9Lbug98TAJ1qB6Lz+3xvOFweh0er8NpB4loHt4RzbEV yqLDqfloZ6decsr0LU4+4GpagnfPNU1dqK5UN6qyCiIJCiIJUhJUgwyd1YkkuCnh3k/7IqLtPiBV /2bH7v9GLAg0uZBYfiCXeq4VgkbEQOtdlb3qwRaOrTX1zChYRYIVFVQDulkMbetHZANa8SR9SQk8 j/i8RmgC6Um/9D14za0t2zdcvqHbc3ezd9tfGnv7PW3UtPSuU79tp03q+jsPPvFQ89hqP/ufF3LL p+ZO//H1e5qPcq1tNFbOB56XR7rTsZ1cL+6kcWwISTTSLabBUrJDJEaU/JjXbolRUqhiCnQNTo0F VC7wA4LnBbA8gDs1uENvH1J/07WSsKYO1vOV7DE/RIcZNd+w0LDEFPfExHxppnGmaZ57ZmKpaVl0 tWlN9B3T236XMcEpoEinCcOklGB4vCopbhj5jaJEKpHkN1y8l+PsDP2M0Lem8YUE0zN39Rn6bH/N TXYXNqpiIWFnqLAoMIqTL3EtUd1UYuFsLkYrNX91YFpgYWBlQA5AKTVMCvj5SwOtrGBXRlfSQIkn uOQSPK+T43HJhQWEtiqkFCcfzu3qqBEWB1fNDEYuoNzgbVgs4lIrcOWn3h84oUE6uytYMnL+5MGT rmKD989uab/uyO0f5449esfx7R+0V4y9e8ySp564ccXz8gTHvN6jew/6+m8zGnL//tP6E7dgE+sm +tyvt71y7oP65+taH3tgxw5MwHTwOz/2wu1kkeY4aKcy/jGTbAYv41TYm1HZbLM3ShLjUzJWiGiJ hZ2mRvM/yFis/TQmVaNYSFdCeQyBEQksHgObZnHV6FMnxqinuTbGLQMuvStdggdh/IuFFWIgksGY 6ud2V0yXdm/InRjVz7lXuvWfd8hntm+4L+fOnW19fzv9kr7+CPc6TAAGhoCBAfhfejOi42CLjURi PTmPhB7GJvXs6U7GDEq3mNseM9u4gIXyfwpsEkDGyW1EjoYAdMWJA+KmMwhZqRuQAuCtAHSir1Tg s3E9yyee6BPo6+tEX90KucAUwQpnTlSCKjstkpdER4TxwTsCgHfkmLBMOCDqOt/P1V+89pyWzxvy 13Lk4i/kOR/pD+PrIhm8iwp+qPdE2EScgir6+mmxf6R/ZPoz2xe9FXNvbDPeTG+Sl5oWW5fYltlX BO4k6+kGeY1plfV22xr7XYE3Xa953PmglOZoIsyLRKIXL3okIPGParHihI3EgsSGbmztSX/oSazx gJmaW9lsTc00OrUENH54Cpyqkzlb6T17SoONWZi/uN9c0OjrUuQTPs3HfJv6nDdpdK8K1xA6FQR3 ZX0vPjgutDophut20OwWk8V1dfQHd8l5TYDAgeIR/hHdZyJdSDp03qJrPjvQ9uX8BWvvyp1+993c 6XuuWjN/zuo7rp69bsDITRNWbdt+68pnpUjxA/O2vvfR1qvvLy45uG5/B6G0beOv6cQ5t982bcba 2891jN409pmmW5/f1mXLcpyMgSu+qFsNL1njEAGFLgiA02KRuSQQwh3ASa0bX9GgSyypS1ifrqCr JGPtFuPeibEOyeHwknGUCjXSrsKqoFzSgKkqYsUPZupLBRMpFRODleeIqHIu+sFvONIJg/qCTvwg O7XuQni6BBb//7z1x+/6yavwph9epJUPCF/q11JX+C9PXS1d418Qnp1aEb45tiF8Z+wh/3Ph/eEv /Z8lTic8F/kf82/3SwOKZxpYEZe7KSBTMJkwJLrFxjqmcSEb5cOjb43TWXIL7wRCLiuJFRzZ9WOx uqmE8+kWzqZd53HJpbmYa1Mn563XtU3OeDnfPS87u9guqYcPBEayUDAHsb7lRZzboiRgttiZ5SZz mnb53KCDLtruv2n6hJvH9aP9Xl6w5xw1vrbxxI0r/ueJF95jv3966fXNz9108+N0grri2ktX/nWR LTh5PjX99SOqPpT7O/xDn+d2vXhAKn94z8FHNoDlQpLuhfmzBrFH3M/aH3oEfNNGMzNUyVIVNcgW VgW9hrAE5uJxU6d/aDHnn7AGxJILcvDAMyQh7T106JBUd+jQuWcPHSIM0UFEqYP+aiQOOnsPdTjh EYOi+G1LJ/CdQETUnNLqOCJyHmmYpIi8l9pbnW2aY25Q10mb1N8prxna1JOq1aTUIfRmnDrHmlX/ afun/Z8Os2yT7bJDwva1IsuwLkwGo9EG2IQYE/iT4IHTnMKyTxhtXtxiEpjadxq4GbhqQrZ58S1z TFFMMYNkaGWLNDNOYnyhYe+F7aNWEJxVc9sSZJZRumwcQlk+kqVNMpUR26pZx9najB/ZpE02auPX qtN42MhWGpuMzPgz5zt/Ed60xSFIH/wLYsbCIRVYEKyuCp+oPgbXGv5x/1QGutPanggTRSkmFdrx WvXgQcfBg2sVvQTLGZW1IvIthu29FtkpmYz7YPiSju84F6qjS7i+xf9S8HClpKTkSUrpIoNRYmV/ ZLUf/KL94cffpf/z4PD8aJmy78xwuj83jE2hm/ded9edXJpthuT9AivlEhqVZy+RsSYjuB9Kloen JqeuTjWabzcb5oaXKYvMjdbblNushiK/WQoWdY/588xmjzvWvXtxMYnmxTBvcTggiCmYNti4D9QA u0Ir4zLM4OYkbzDwmTeY+NMBYsUNXi5SDBML07Yo/4bNwtvZOF74eCtbuCQvlhBumwS/jzXlzKwT 4G1RcwbW43kAfhvO3vAcQPWZgVO5p0qfoHpIfigCuBgN80//A0Jzax4JzKwKZkplL1clOD2FVY+Z 5x6bMlfyAjvPwVI0Waqb8ukUjI7SCk67acCbWXrb7xuvnr164+VNv96Q+xm9aFX/S0YNv/Wx3Pt0 wZXpoVMGTLxvQ267sq9u76wrnykr2t80e2dDH+kyl//q0SMXFp/darT1nz/8shsQ4EPJ1R2fK8vh Dc0jb+2eweblMTBiriyI8R3XpnEoQUrtMxCdsjSvidyet4k8pPxCetq+V2qxv24/Qo7l/TPP5XDn ufLypO6Gbq7u0UR8hH2y93Lf5NAcZX7eje473Q9JDzoeim6jT7Ftrj87+J5TWPWqYRmU+WFzt0rB /Ht0q1SdOE4V8cRsUiQmm9W08xKSTkA2hOOBdMJETdBKDJNModgMzDZ0rkz9aK5xIefeEthGLjGZ UEW5hxDK5hIaMMip/AJMnLugrFTG/gL0TgPzed3cwpZbXrko9+qnJ3J/eXgHHfrK32jJwANlr/zs ub9PXfDZmic/YazPN2d/Ta/906fw2x79fY+t9z6R++ael3NfrN/P+dpj4D1TgNFOzN2nWq9EnA41 6djpUmNOYkKXzTQu3CRmgVRmC8coM5wMuprGGQRYUjiep/6fUe/fwEGxNN91oV7sp6jXiYZcq+hE uT69h96g9ZMiRkS+K4h9lw2hYDjIDFYL6MAiGXx+r9/jlwwRKZCkbgeyoCmapH6LK4nIVGwIdMff KlrPMTSAfQIo7Az4WZgs7fQ1FQErH6Pf/2LKLXVLG8esuOfQ6txOWnnP031qRt9/zZjtuTeVfb68 S6/KHT74bC733PTS7f361HzxzGf/7s7PhD0BzsDjUK3kPs1nUGImk9FIJJmTucUcsxITrJo2HIhw lxsnSpckLAk7s4Ttsvn/PGecbn9MrraBV+gIJIiznrtPBR6dOpY5P2mddIpNCReMys70hFxw7jEp c+7P0u3Kvu256hdy9u2ciqAcyasxBjO5S8uIMWzEFlrXMDCERxLwqDMWtv4f+q1ZBZ8RyA4mk/uP 7lv4knP81/9+6D925jpZTD3nMRf2fZv0wblPWbZ9HO/3gO3tV6PXC0D7e0H7hdSjhSPeiI81FNEr TR7qlgoKSNIdYIUEy8CnP8GnENtxgZhDgsVhpjRdVFiALTCMq6hBuGm4it8pfTmGg7TfEwxTSN8I /z5b0lREi/LSCQu1CFXQEkrP6FwJEPFotV5wUIwHneemY5fOnwEi45rzSyTuAgBCD5NTkWg4GopK BltaLfSl42lTIYLJCoP2vCTxOz1JNPZ6EkZc5SuFSRq1ArO9LmQxczJJCiRkIvIaGI4NHeEAEjPK cR1Oub6Frh9xD2xP9mRgH3xHz+uWwUAqXNKlbMHG3JGtf81tadlFx72/hdJ70zuSV+1ZuPqV65L9 11J2zy0nB7HqF2j70SWNe+mVf32HNrbMbv1570VNo8ffPnbdloO575qmV1AX1uMpcJR8QQl/3Uvs mPWwx1cuSzGzZavliIVZFMasJlBwwmiEyPtazDeAb+Evw4QbhLMB19A2OZ80UD7nhvomeCqYVacW vpQWPJT8L1KuE/2E9AT6XcBx/LqwsyXsNAHHQoN9kV0eWBeEzd8l+sB6sVSd6wiHHHfHQerBskE1 5ByEHMgJKYX8qVfYmVdeaTco+9qfYVPODGe72kdjFg6AoFZhFiTy5m6KwDnGN0N29b9IbIrsKivX yx699bJbsV6mCvUyL6aXwbAoYQOo5Qllk7JDAa5CWduIncgskXthh2kctndOEsWdQOUmIok9FzGT cGjpOsBXXToA91bqyoAmZpkkhIR8Qn4Hw+8aPPccNjdBnauvW7ykqr1TXYJfElTJSbHMdeAVrhph jNCGlMv4StOcFpPyKypN5gFFlr6GfpYRlsulNdJfJONyy7vSu2DOXEcRIqObskFerzwvf2lSLDLt K78jMxj7RzWzO1kuJXgGYbrLVonN4o6ju3Bt6ixlXuYly1G27XL7ef2H2kUhvLOw8CKTORS6CCht RmymRZFkOaFYvHDcmk1AMwO0WQNCCxQmU2a0IpzaIjErYiRa2QDNib2prUpWaVOOKrJyiYnXWXsb aQLaadYoGVvZGs1mTSQw3P8F2wSL6FSuBJP+tkuw2QZu4+ptJ4+DXbMYpvLiE5xSqzhaVQGxqrg6 xRVcHoiAMih8vdiyrzJVQZ0NQp2NQJ3l2uZf+9fpBiu/OLnL5uLzdVILADCoDle5SXWo5WYOWVTg TOeRjDqOtPof9wu7zPmYt5JQpcxTfqQSSPPhHj9AfyVW6kPsWlWa8r2Vsuat5NO8uxCgT/cc60/B IRCI1MVL6jOEK9QcK2iS4p/RtfkV9ldqbH+Q3dpB2k+fBFkUs7+0v3juAfbZlzkcsRE6dHdgjUIW aDbKwBkUYkpwU4E9qzmNDAj+f5zt010y5bwaYfgPNeKzel0W6qib9KF7fwL6/nM7evIAorKc6InK jnX5tU0dp3XOYXLYsWcHrg+iAYAZ+lrrxiGbm8s1xWmTcASdmcxWBzGZmcVq4NRmxf40cmjZe3gr qwqc+Kxr/1SPcEDNOZ0OuQuAO374znV1W5t65Egb3x7LwCnOV4t0bY7HjYJODSKXRC6LXBE5Vuhb LcUpmQlhC0HCpZSD57qlaBHWAxQQ3ZDEF77T4pwLprHpm7C4y50iU2wSoQ6oKiboLHzg/JkC4I+y vMwmI+pKZZM1O9GlungRxqM/lnCHVuZUL+C6YJeQdXwwcAx34R6O+/C/iIbAJafJyyImebltje23 mErbSNtIp1QsF9pLHLXSFfJy+/WOtXaTlSmmSns/x1g2SoJj2TTaPsRheYA9KG02bjZtk541GtzM 6XD0VhionZngn+mtmACabJc5L6MaTFOTyWyxgh86HPjhADNrcDe5mXsf2wavfp9mJYFgmD6axWa2 JDTbSiu17sMgHdSKO6wVBq0ZLrGEc5FKsTc6+aWE0qA0KWCxbNsuFxcZIR4FUl8VhLAQNivg8PmL Y/WwYEHcnNS7PmHYtZzQ194sDFkUCO74wWD9JbF1nMVO7TtwCrwj7NVRWRuov5ugfnvHdzsdFm7F dm4Avb0nWekoSYpNoD0VlY7SCgHu7oHazo2eTB0sXtAo951AZlF/oF8FTUJw4WCP6wGcMriitz+E PR+qvJybvCNXq+w7++09F497WDp3Zrj8+7N95aNnOTHClavEQSlmevNON9Bbl7+moM0vPK7HtSSH THAZJIwmsFsTM0qSySwzZjaaZClhMICAdDkE4Ftd1Cs6JUE4a2GOakp9wkoT1nHWBusia5NVsZqg HQO9sNMEYf//4Amd8l4WEu1H8r7TuLXwBesScthwExJ+sWDM5yU8nDSIPahcK4sV6mK02HF6CfzV lEAGDAYz5eYE1qDFpA2vBP9t2zO80qSV6mBppRHclZuEe0IAS3WQ16b0CB1rqtLo8CJ5+PWpPR6A eTqYB9DHwe92nme3ncQjSAdLWEa53kFdj7wusX2vn8thwVbJK7FYTWebuD03A9rwB8rbiJOMkDe0 cWEn9apebyQQiciyKnutAWtEfi6wx/GaQwoEghGWyNNcYz1jA1q4Vqk1X65Ock3zTAlMC04OXx65 M/AgU0MxSXLHrGZfmsfTcbOaMzoAujYB4KSQfgC+FBwDgO45BXAGiAHeYQw3ITTPmeZraBArpLOO ULTLBtaNYF1zBs8YrVvCYB3cBoYh7FFJslTmJpuwhCtUuP0Q9MVgCJMZdB3t93s6/BctuT0HDuf2 bfstzfvL+zRywxf3/CH3F/YGXUAffSX39N8+ym3d/Vs65Ve5f+cO03Ia2UWtP8t9qtvAcjuw206C pFkrmeWa72Wj1FHeK9QrvLLVBh+vgwSC3JQjJnfaBIQCrovoI7DSU5qwCkzhRJjiXzho/3/Kr5+Y Rv9p2YUuFGNCGR2jLhaTwyemy/8idFGo+MKgjcEdwJJJF4xbvv0ubFlWfO/oa+6t+zr3u9w6euP+ x+ov7XN77g5ln8M9a8+Cl3Pt7S9IdMPKqbf57BxzHgeNw92COcin57Sk2+qg7n7RKfGrTQvicGNw eWESuVHkBcB7sfAizIZLO+6IEjVgEDrgbu34ZJc7XI7y5K78onL4fj/ZlVdUjt05UWInRZS4/9dd eWn9PtqL+yj5fW0kgELHJdFLEhOsU6MLokvM1ztucK62rHPeb3/O2eo87vjcqULaJVxOr8vldDlt ZjdO4IX9FgP8wnabEjSb/YFwKIaAmzY9kCwQIMl8sZ7BoNPpMMXSjkeg+OghbABOCwEN4KiWz0dm MPDRG+oTBYsKmgqkgvzg/3WNdWz/b/woxRXDn5i/nSZH6FiQuz240Ohc6wwkDJxtEKgU3iEeQMP3 kTl5CInalXEmIXb+LSbNWelUB7jcA1BVRxcLieGAahcOVbrAn9xIDi1aqULNU/PjSOcZDpcTXS48 +Ek8KaknAzqlBGqJ0I7k42z9wTdXvPHW6G6TLu049cqkay/vkRz1MX189eYx9z+Z663sG/vbGx55 J6+wYMyy3GLa5/YN/a3G9mVSWcUNI+aIiLSp2BX8B2z23synFc2QZsiN0lJZLizqK1VGh0ojjZfm 1cSHFQwvmiDVGafmXd7tDo8jxR3inPUA8XSgsAtIdwFFXQAaYw31xjqAxjqAxjqAxqe14bxRN3u6 gBVIRYX9nDhpXljTa0picmpS4TXWefb5jqu9s4I3WFfYVzhvVpcVNBaukdZb77Cvd96lri64rfBe +2bnZl9MFxVaj2TaHUmHzelimkZQedgtl/ZJ48guI/YeN0TuiLBIod/eI1ZUSAsVPwThKU335Md6 mGMxvyQcBRn4Bup1NwEv6mH+BxBxo3+wxV5Y4LBblSR8dBEcQ8MpNAMtLMhHHRw2kR5hPJFN2gg+ dALnf4XTQ0hZlSboONpAF9FN1IC9mKzm6cFfqeDV6PEl5jQppsWchTscbBKAU5qdP6k4XIox0TQo 9CtxCwCmDwwQQOeGATb6wddDfTqdIPWjjwHn4MUX3uMf3JqIGcoc49kpPiKgMUYnPMcQqNjd6cJh yFaw+4oYg2dC52QFRWLTkO+q89hq7vv0eQN+bOLzeCLs+xSkp75kn/bbmxc+P2Hc1IG5a8bPnX3L tz9/8vs1yj7n9ueyj1f2p+/WNq1Yc/bR13P/fJD+Rb32rsuHNA6rmZ0KTM9UPDlr4a9nzn1zlePO u1ddMbasbH63gbuXLzvcuPQLgmH1hk9sH7iiEScG7QqLYcLhCMPxP2ydNu4SZgulLxkSlPXi26WU 7qbCfAE30azCADd1euC/FbwR+swnXWb4OdQIazGHGg7giaY9D/6gpsD/BZVSbT9W/xlnBjrr79Ob B+9wbx7z5PLk9bmIYt++/cw/eW8fh/TnvhcveVezpJ21cq3pdybZzxmfHzpUuTzQNFy+xLTc+Yxy 3Gm0EeZCwECLwexNQ+nQ9TMAnfoZE04CXB/Volxos/qEnyb84/yswb/I34QfhLILJxh/OnfHWISB DINB33QQAMcUAGd0kWcR6hmudXcMgE7LzVLv4+rZD+wQcRhwpNUvFq40XRsQIekZeLTKXJ1aQF+o QvpesUtueGVm7uzbf8idWfTKiO03v7NH2Xdu5we5c0/eTe1fSGPPNR/YfdUrIhYa50OIcTmXc/R9 LV1M0q5idzpYSfq5Kt39giPJCNdI94hgLbncVeu+PKg+YHrAyTrJu0yl4VDGV66U24Ypw2yjfBOV ibYrfDOVmbb5vqXKUtuNPqfi41aUG04GJ04ZQWOo5n8c4zklV1ZG4CmRYasYjPCBWeAjNdsdTqcN p0vdPn8gGMRWe9UuHMNP8NLmdvFSm+KDKgz/BUvgR14oQpUUkynmC3p9vqDbZjbHfG6AbhfirROq y6uqLrfZZgr6FCf2qglDlxQpiFAeM9whCDRnQbfbhY2ncCAQVgeb6XiSIDbkPiSNKHT8ngTfrgiF WumdO3UhVR8OjW6HadMeDrUHx9TMGvbZefnUZdpw2YTx8TGKBDV69IWGDt+4+8HsAbXz4xYHkVXx TEAXZvB7OGH5uGD5NLstfFueGz6jsoWo7C7MIQQu9uc/iMF3+xyo2WXTFA2NuLNjSX2SlnmEsVPm ccPm8WC3D85eg5HSx3I3vv5RQbg/TnZ/+aexqWiPz17NXfty7vdFxoA39zvgTfX99/2jQPqwPZz7 6p93tkgvQrmu35CYNeLsk6AwM7SkkcAeD9utFYMzhqjfyordxZ7+tELqb+pv7m8f4OjrrvBY3B7u znLzDMcbhC8LqpIoL/RtadeggSw8Xzy7jl5nZWm52NjN2t2RdveTB5gGWPkTLzZNlOtNU61THBPd s+kseZ5pvnWuY5Z7mbzCxOXTde7rPGvk9cb1lvvkVtNL7tfk35n+Iv/V9K7jHffn8nHTccdn7hKo NIjitsGNofp5bjXxHGLiO7iS2KROPLfaEHmmBi0IY8AXjmsODqkG/EwAXGcMKA21hK8xWLWO0vXA ZrOZ8kPREpieB8ek7VRV7S4E6cHRZmZ2q2TzWKzUoDKP2eLxJIgZpwrMEqK6EjbJa7NJFrMZ8UrM Y4fYIaZeCN8DdiZsCMbGlvG0lxKWTZY2i4RIy9bd03DEn8E8b9UshhZNHaceViUcbpmmWRIk5PW9 kmwA0mbGnOI4Wx/8NHSi/kQ9AIG23Buk61U8X6v8CEV5XB7+nE6OlVUmgZxdhY6kB+vg3BAOGu5a 7xJZQrmycr9ZqJJyxSoYqYR4/LA5UunRCzgtj++JwKkWqcTatzVHuaHepsWjlR4oYRKS3eEPVHnc /gB8mYAkGRD06A+1ntguyHdXWm15yYsoyUtWWS0cYhyyeQKo8wRQxyEGqKtPenm+i7iEFgjJinMd ZboXAFAnSZhZRc72ObVMSPUZSoveam9nmZO5jfFkH19uEzvHfpVbt6x63OV0dfvoc98za4++42I5 CmnT8XEOv1qQ+wd83FA7KMIfwgoOrwwdzBn5sa6zKxJEVVx+Ljf31lu5lXFJx3E5Kg/C6f4K1kMr MdvN3UP2cPdie/fucPT4KiIDuo/sXm+v7z7PPrd7Q+/19jXFD/kfDj9n93XjCjqXQ1DccMaEQ8+E nu+2J/Ryt4Ohw93+5Pugm2mYnyK8/xRQHILVDc2nK0yiL5dik/h1PBAPZkq6l1fKlSUj5YtLJpvq Mleb5maW29YiYPh7+/cZV0W5g8pqr4LyQGnSG5xWvLCYFUd7OaodGx1bHB0OZYtjh+MbxPyI8y2g 7S+FXgoA+/D8lIFDxAk5DDwwDGEyEiIMn98TvA/x9kaI/1NaWIj9miJLaVSyFk9XpxPYF3DMFyah 237VpeR+pXtJCmSuh+HGMQxeAKfELKDmb1zDMEwqEC/Cta5PFLSyKzRHkcajvhPp3ukdaaUSyCa0 Nyi/7+zhGl66D6/T7DGEfVW2VbKtlbQS9tEpbTB/YqAwmN+r4IDhsIHFDdUGZoCIghWEYSEPCosI HkBew1fBAGpHLvbCDH36/+Bjgav7REaFagcpjgN4XahZ1Z759FOu6x7D6QY9oFzcglt8MSiQE6FQ erlayG+IGFmyWJy544ftsF3LPwgB4qqgsWgQVEVohn4fP2yXSiM40QFjmG+No5FUNXPvvB37RzRe 3Hf+e7NpWc26lTfkZYPXHrlj3fPjVHMgf380cNXBhVNLF8yd80Q677ZJw3+xesyqMV6HPVxQaLm2 x0V1i4OL7xylTb+k5/Unz66+qD/9oFtU7Ta618UNV4y96Dpg9BpgNPeN8ZNRTdrDVLE5C5S+So2i VMezcRaPI5YkOiS6KL4pbhjgqfJXIQDr0nC9qd5e66z3XxmeZ7rGPsd5rf/acFv8Xdt7gfdCn3i+ CnwV+nve0XhHPJRQejl7eXsr1U5NudQ5TrlaeS/vX/IZ1ab6HLKBkUgUQs3iizqswYIjVqpaNfjP mqyyvmdvFThqFVsvYCfcYy780ycFDglDnWMpgKNCGeU1Wi++ntal8DQRgXxEFuppmVTIWBuFBbGV ZulJKsdpNX7hB8f5sLvLVV0A57Q8jl5UoAoVCiR1c1ShAlW4pEFTbMLypn7+agp8Qu7lr6Ch2IiK H6mBQBzsQmEnFdgD46ELhYAqHIHwT8SfcEwBb1tCFuPAUJkLlgLcISoOGRRJMBSACHpgIe3xbMuS nVftWKzlvv3l/vmsfNI9y194etnyF7BJ8a+NYze+0Zj7JvfOo3TzgUl3Hvr9kdcOQd6P6zgunQC/ CtMpnfHT5Y6VTuq0Ur71tgi8T3ZHrcZgVMavBPmMJj56oxi9EbYdYPiJkHPXeObQ268JEw/R0jgV Ui9OhYww22g8OtQzNDDBMyHQ4GkIPMwelh6yP6U+FbaZ7CHLPDZXmqcssy2yN9mfse0277Hsttn8 cJv/nUmO/GnOhc6VTsmJQyLPazf0FvuBDejWJmwQHsW+oJk4nVaYMF19jKLrBQ4Tn2xHfgTjK7Bm 4tAooe9pnJYRnMVX52KxJmGxJiOjvoLDRho3ViNcy8EbGS28kVGwV2OfSPnBTouF72vpe99LOo/A i4MC/etOLDmVObFEjB07XQiHV+uP4Z+w+7BudQhwgRkHf544AXfexuMrJ1XtzPvmxfdy/17yxR3b /xbfEVo5Zd3zT90+7266OvDSYZpHLS9QtmrH45H517z61juvCBkzHGv2ESgSUVp0kvaUhcn2Qnu5 fZhd6evtG72cTbRc5p0Qnc1mKrPMM7wN0bb428qfPR+EPvV86v0m8I/Qp4Ly/PF4JszJdVSY0y52 zQvsPf0DWF/7KFZjH+4dGb3cMtk+2/6p4XP/GXrKoVKf5LAi+CcCfHARkKRkDZbxoFJnoaoecVEV AY8NriYXSJPjhE6gLjenHDjGILQ4k3UZOAa5BMGiFqYYn3GXg884rr8WVArgO20IXx3XUnfBAUTT fWTsMMp8icZizzImUE7waSNOZ3KEFMsmxJJRSB9jKFY+7gJKq188+sR56uJEJw60ViEU4wS0PaQf 6IzvJyT7Yr24Va4vGGgO8e7n6UzqP+vgyj8vm/f2bQ2be+1qT7ywbPnT2268/vE1j204++QWKq0f P5g5sFPufvONX7/23psHuV4wClw0BjrzYc0maIE4ifqwtVCv1JsnWWdJ85WF5llWE4wjfjpYzMQx 7TIO5UV5XuR+VznjPR2W+7gHhPpEB7tHhwdHx7txnjM63b0gPD16veF632l2Oqjih9yc9kBgnJ/b sJI/6tykbsVxAVWORC1Gsg+/YICjLV3crA3UgHnHwWd6nwcUHtCgtv1NmO8A9MM/AL4UiyI0OnNR 9/IsQhXCcYjXXYXpcl5qg7mYjdO4v0wtMGoF3cu7VgobeFgdfaUwEMA6geGIJQhMRCrwlbqQJ9Zn Rrcfgzs4k0GQPv6Eccy36TsPm1S1L64Sark4Y8JD8rgE5TFkgsR0x7nXmBTHE2hSnGEwSFfuK/l6 7xe5b6j3b3/Gb52dO25pXj1jQ/t7bLyt/+Q7bnqOTg482YJzIxJ+WKxb7sPc92pix7459L41Q+c8 Ay7iwRI2wZ8XoHYt5jVTZ6hXqHcIx5tDD9sesT9nN4Xt3ezZUFtIDvH56BaOl+eZ7JLNGbVQH8t4 PTJ+PdqyxUu9HR5NDhTK+AWte8GW+CT26V/OSy0TjZdvIjSkcTIJaXaQCfEKD0s34WHJ54RDSoQm JQiHs1/i5ZiP73MdTQCfIRpCAGfE+RDyZDC0n+4jSXIavyMFu0EwMD6x+MPcwQMDQwHerBMwHfhW PT/NiBMRInjHi0hvs9FggoakwulMXAZnhGJvqPsqHEAHnSzBVk3fsr44Qw+RBLbGPVc+fuaqecsW T/i25ZdOjfQvvWzY4cPSQxsWzy8ffrn7Ucvwhqs2nLsaFDEkN176EhTBo9QXag1Wq+ItsRZ6L7XW eA3mvFBeiTXtLUlVWvt5L7EO90421lrnWM9Y/uVz9EyVFA1KDSq6tGhTydYSY79kv+LqkuHW4cma 4onJicVzjTOSM4obSppK3is6nvw69U2RK+A3+FrZzpZuUY9RSBI1AccXlyNNpI0cgfOrld2slSrR qNNSkx+1Wfy+ssIyS2EweCRA1YAWaAg0BeQSOHnYpBIRKxgQbE1olIKtBQRb4wduxMHXL3W2xlvx AzidbA3AOe0STs+BpU5aSPLjBQech50fOTucctxZ7RwLQScoxgkehgMhOG+BXPim9MNjvN4wyRnK lCxNcvYGI7BzIcHecDrrJxyu/dhp+NROgHBEuPkx/VcPsOG0OMADBIUCWQSq4YGXfAH7wt3EqSh9 4WmFq3dYS4cuvXld0EGXZ98/ee0f79q/4plZ72/91ZcPPnPzTdu2r7h+W214fGHpzCkV2Ttp1QcP ULrhgaZz8747fP0vpO5/bDvw5quvvcp9d2sRYMwjCL10+l4cWW/b5Qvw4I6j/IywYVKh3Be/hrfP LouqAYFQecAEQ94rKTi0EVWMXoRBFpq1sn7lHWbaZqZ+zDCb5AcDQ5hmN5F7OYHA/PxKc/GJQ0A4 JtGMrVdRi7gHTipmkBRyLmCwaw4I4Z7i+jQiGgCMEc7EQHm/8qz/pJ8t8m/1Z/0dftnPvIX6Zq2K PpzEeOBVOgIdRAbxnREMlQNaQFCprlYiOAsU2rVle0bXB3EcE++BrwEvJ2N8I7CM5y0Kfi5L37fN nLcmBJ2KY/VcTkFMcTeUoE6HwWEsdBhsEWo3gS5x8DeTWUVA1HoAF1YUDmRshYtDAwafa23LLW3L XxzVsmz+uLuqoBJ+e2/9U4+0T2OPr71xwt03t78MmlyHhcItaH1Gcki70tyPj2CseZN5qzlrbjN/ ZD5pNhJz3LzI3GTe0ll11NxhtsTxCwH4RUGcszdIt2ATVMGZAYOxUCHyFnmrnJXb5KOyoU0+KTMi J+QjuJJlXVdmkwB0zhsi8LFkMgIakAvOhns6ZwOge5EBnENEA+ZQHmP66ewhoEt4kav1Qwnc1OKb SEsWZ8TRBMjxdS0tLfI/Dh8+65PTZ98DW+94Ar+fMUCM2U3+rNXISqEyUC7DT2gqAZOiGGWZyYqH ULuVwZGD34iwGvkIrQZj1OXcBI4OPw7O2xZaLJusNG6tto61SrAyzmgVHBM6A2aEoWAVNqUV2gus D4TEIzfxceAoNHDBGvJ4tyf5gM5TtdBTeJTlGJW7JBeT6tHcJsCo9BBL3RFZVrZWNcF5jGBLh0l1 pk2qJULNDiN+I0hgBP9pjTIfreD0LjzKRpD4mpbcnPx+8Yp+LWWD7x8pf/HHP35/44OOkffKU89u PTh6JqdX4IL0HebFyqZrEW4bQ2IbJhummCWn/Z/KaQOCWjjZwYOmb4bC260DIC4dACkf18Rm6iTp OgtzGxIeEe92cpe7qBytTragdGOfCBVJUaHdjhqDLCuyocI8Akth6GGptVwnLbO8J/3dYHzGQFOG tLHQVGnob662j7XXyXWGWmOd+Wb5BuVB82uGP8nvGI4ZvjD+2/C9yee2IFROkhmPm0PYnEWBe7hQ j5ZDBF2hHkFnAcLKCAgissJd1lYrwalo6sQBTOAivCv5iKBxasmEsA6EC8AY3gQFyFpIWCFsRQK/ 0FhQDtBT6yNoHwMG1YsVJwKTCQxE0LowJ/ALg5zuQzb7x8kRV1+41vxoIj9bD9UH5zP5mYQf9kih nmJXFHE1/Iy0CKATP+mDZTdVSSLv9GzaRyGY3Xy7xBC/zoM5YHsA/+G/0yzmkrxKswknqLFgHzbn 8UC4t5sTotiZhKsTfzhXjUiaxXAACo+fAY68pAj6aPbz4sNmVYTPoRBXNlHstOpfhv8Nj+Cvcn8g U5PXj7d5vVUiw7tONwf5l7/aGdGbI2BH937w7TA9wE447IygUPr8F7l59MCHucdXwl29n2Zzy9tn sviK3BUcL29DViHo9e97FMGggEFtuyr66yGl5X31sncfvczXQ061QogbJ4J8tigfKfJYZCcVKa4s QsBTh4Jf2ue/hqMzeP4kLGeb5oNms4XQNpiZ7EJuzy18rDCnceEM6HQi6Gut62P4NSKschfLAtAh VGgAnbyLjJF/zLu4HwDamGBfnGXxK/7HQw9vaxEBqRg7ZKghDZ0pRV/nscd6HAoP0hBWA0jqr9po q728UD4mHzN/HPg0ofxZOZ1gAVMiZQ5GEnBBp2JRg4+rFEZqSOEckuVIId1UuLWQFYKPOQo34ecx ZD48FwIHhN0GNx1Ha5eXs2YYZvhtEc6eXYwjtUuwMaiFkKG4p0d6cOut04qh9ZotWLgpQiPicREu nMXjIuJxuP5ac/HHRYSUjAjDG7U5XThH4N0xTMK17vmLtOJ5+B9aylKF9AgB7W0lLI5jaWMhr/h3 9NW4kP4ExyV+QX/8KZ3LckrzCiVZiBEi9A8SKihspdfv+ikH5uuCkwfHukJcsSQXuPpw0S787vDN iFjXap2IQa7cRukS1Nj+Snttrgh1231dglqcJhLr6+PaM/ZykOniWujRFwrux0ufmbf8/vgtbzz2 /K7U1EGLft5SO/PSVQPk9H1jpl1Vu2/HnvYi9ug10wbc91T7/az5+uvHPXRP+7ucVrjO9RnwxU9v 1jyKZPCwbWqr+nfpc89J6bTHAFl6UqsCwtyg0gfUI8GjwY6gnDB5HV6/GzoXNfjtFrvD5igICj0r KHQuq9C2rELbgqDr1LasQnRb8/liCieb0LasQtvC9ff6glqFtoXr0zhLx0WfUOistAOhiWOwCYZg eq55BU8G2aLg1mA22BaUgzi75vML2jyNn7vRKe8HErxQ4dJJ8AeFC6o5yFBXuHQfH3+F+6cK3JiA +OUiQW88AxXCKOJ+XaQL//Sfw6riMvi8FuY3uMwWk8WIIHA1De9GhDot7s5F5kcUwE6xK4FfohD6 GLy4YmH1JV77xLIPGh4fp1paus+/uPFZOX3/jppFo0tvbm9ka65dMPjeN9vFGaZh8B0UYRXtJETn 7/HBd2KYhI2X44LIEEN0XGvkVSFxw220hGwjDBebJhvqTLMNc02mcnWAe4C/b7BGHeUe5a8JTlWm mi9T/7/GrgW4qetM33t1Jd177pXuQ7LesmVZsgRysOMHjk0SXwiJeRQcHiEx2ClNA1kbkwehJAQ3 gR0S8qDkNdvAtJ20CVPCdGcTwDzTNEzbMEmIG7rNY0uXgU5Jy5Kyw3Yo2y5reb//SDbeNDuzAl2d e/WwdB7/+f/vfP93eu3e0MLIavdq9W5ztb06dHfkIbFC9bh9y1xY9mXL9AHXCvcKNqCzcEL2WjAZ wUycxz5x3g288MxKkI6XgzllIJBmdRpuePoi/368QO3AC9ToKBx1AplsM2jogtf0pgDpXHsaNoKu zyYoAWV/RtD9sEACzxWEXAmsj4AvgSOHEMqjltsfkuBCOzv4SDIHknBtjCAFNOp4410AoNB7uffq has6VYT30LSlLnIvUu9y36XKNDfROwNc6gBrhRxamBgUzdz51Du/EUMbPn/mdPHC4b1bnti77/Et eyFwndu2rvjbkeHP/16sFH0fHP/gl+8cfx9faAtWkqrRgjZ0Gu5ytunmNeYN5lxT7ki9kZKqUpP0 mmRjRWNyRvL+1HMppT3cHp8TnhPvVpbpPeGeeL+ySu8zV4dXxY+mfhU8FTkV+1Xl2eDZyjOp0VSo Ri6YhYoWud0E88Fcan6mfZ4smprlB/hD0LknBOhc8EczJ5hoMoctZxuZnOJNmOLNCb/t91A2QV0z 3pA4Jzte1n+htuSeHTUhCuecGqpstlYMNElNdlYQvhwxHwPKuTUuA+UcKh4Hyi9zazwBKOdcIZhI dGUxWgWgXJxImCgZYgDlX4TJERXReCRbO4aSB2i48fEG0iAFtDkLSffj+N2Wne0v/N2TJ/q/cXrD 0menWD9c9/CPdq19cE+xz/3W0wsWbB3d/mrxyjNfaR+54to5/PPjHx9//1OypY8jWDiGNrSE95xp 9QHRlMUauVm+CZL7K+W1ske1FFVRfQFL9QkuRdR45QtMzT+HnMh0KiAGpLT1f8eQ417FXxxrQgwJ gh23eBPmLr6sIJQYpiV3cr7dOYZR8x4Ps3U9pqzeS2so14xqB2Ejn5HaBPO9LX5Oy+5dQ7mCpYoq YTfImLIef+XGvo5ld944Y8a0O4OVcu0PHpjVvivX2bF8zchHVAsdwJ73oBYaXGFng5wOptvVOerM zJL0ivSguk3dnPlh4Ed1P3X51HAsEm6YW/dJ2B1HnoFkNoos0qP0qD2sR+vRe3z9Sr/az/q1fr3f N1Q7lDNytZlcZtLUzFLWrd1de3d+bc1akBFfZN/VX8i/VPcPDTvZbv3V3E7sc/dObQiLpSWfJz1W qBkrZMYK/DXUWflrqMBfQwX+GiokaQnarmxbquSyOpNjqdoKWZuSjNFyQzpaR5VfFe2IdkW/Gn09 +mHUY0SrovdFT0flquizUSn6FtqmAv2Co6oOfD8QD0TQ8k3smiAJogllQhi1fcFQMz06lLciilN6 kgNJKZmo8GL+pcVOHgJTGgViWhqMARprcmKKVgWeWybqBCLNjfT2eo4Mck+KbD1QQhg+HFP0zmiK 3hXlIUqUI6tRLJTu9WYm4637E20nJoso/Z6PbBRKXFBeoHpA4fwBGnmTY/xPVQPnXd54tFHqaNzY KDUSQpwR+N8sSxSmSrUs3cYL9AWoUNLKS2UMPtQN/vWMFIexyF3GVyS9S/qDZUArfXosgIpeW4aB AdWXwQ8SojNBtVszv7zIWig8MCFbm54BvIUXdVx4AOsuFC6v4RQ8eoD7hf/lhVbExk7umsoaQIy1 lmmbAdPlSftScUHNe+Oi+xocKoM4rfbXxIU0RMmUSQii8zmVeQpyXKgykzSjl/IPiVhBgTUSbgub NgFwGbuRggOyEcY1wnK1Oew3AQnVkikaX/Yh7C1MfGaOtXXsNZ7aMPhwS/bFYzu6pl83+flF33xr qfWG/mDfYH8oVB/f/PZLS/qOffPDX4s3JFatWTHzhppItnH2pvmd6/NVhVkb7oks7FnYWpNIBlim afpgz9KXb8f2llj3Gv2TNNm9A7o0yFJk6IM1tRRhA6tHYSOk3rCEyUSXEDKh/MIwSbg0w0yDGu2z s7o46lVuVm9e7r0fWWLPeWUBc/T3kS521HsCSqkEZ1KIgAJJWfLCn/jyO66Q58+v/IX3NFwhcKw0 +9MsgxK3XHii5L94j0j94KpN3YNo+CoQhqbk8qPgBZ+9RCAmEYXJyFtNTeZ7FCAVCtkwmfbaFsKg rVau9cXZcpIZ+8r1dw3Ubd68b//+QCFf+YOXzRtXvCJ9favoHSh+a+vIi/PqIKmGSBK27AzttyN2 HRZiqBsVMaKUCoSImH3RabKDzYWAmFECIV0MhDQg+BaqSWgKZSNhclxj3CsOc384bJPRBsKLAIdq IMz9YQ4Qc084HKRawHkZdwzz0Abnl4mI6rltNCweDYvh+ZC4QeRJTnDsYky6P/b92Bux0ZgcA/hJ z3DwkdQ4U+oJ9YwKliZfcOYIZ3niKOOe8IVLuGYJdlS5FwymEsa4Oj/6v4JPTBcX/tbdxQxC9Y68 UD5zcIApJpt+n+Ejdh8lqcPllfW44FOsEtiE/PMSbai8fgYFYYSvWKKmuZeDT66OwY/vfLXL1IY0 694FC7ZNG/ru0KzVXS0PSi+M7PvWtZ0LFj37pNQGYE4U0ESuc2gdJp4vr0yH3YrAFI/oQa6jqrhF yZ2h7ueuL5yCzswwugbNduQIxA+2uEUhbbUxsu8+q01FQNOs0AF8z/P78AiDzB/xin9x1MrqZiGP A87OOSowAyGEA85OOo/mpyATFwdDnyTk1VrWJrSwWUInWwIFkm7lDnWluFLqU/rUhwWQ26T1ysPq Q2yLuEV6wvWU90nlafV7wnb1efaPwivsLeGgdw97T3iHnRQ+Zn8UfseuCJdYHX4OiwghlhdqWSvr EgDWuB071OxGV2ouIzvQLxXopwv4Tpccg5qRkegs/F7UBV3jjhPVCr8qud26BgNYf6qAusF9uDBc EOqJqkn147QyoF1ZlQVVlWExClgWZ166kUdKWaWgUXq8TAXV010PVZO04jgOMF/ksorx/Q5AE+T7 inFHTUmOmNbO/zONXaSIjYCIFotcOEvMbgzWtnE2msXhq6v8SMBSMJyc+TJmPsE86+2uLtMawWcU /6k48JOzWbCZ/ni4eK9cO7L5nvsWr5OeJNQWCDN4igfRO2w5OZbbaNMaM7c+JboRP6K6PuJClphZ wVgmSUsrRUc8Ac4QzBiewNRKJcvh58xyiRBT9KK2DdSGT4fBQvYHZASx/48FzIDjICVDZ2HWGR42 Pxk2P+JpjmUuLP919MNonohjBAbFyfIkJs2xllnboEiIKZF70ySayCf9UgHIyUVHrapuNhPIIsHY vugcrMo0yx5dDXjiatR2Y6M2j4acTMU2hYAr6E0ocS2JWCnrnawU/BB097Yr0/wzXZ0exztPmavd ZHRac+xlxkJ7FZTq7rHXex7xrlUOe44YB+w/e66oec3KC3lfzp83cnZ98Dqh1X5IeULZ7npJ3yW+ Jr2mgZIhHPAc8b8LZPXX6jn5nPEH+5Lnv9SExnNGdH40+dHPjwY/2uVuG2d+Q7YFS/ECejWyfgoY /F6XT9SzWE/+xGklK+VD75tMBeyIFQx4mGbVsoK1WF7IeqwBa9B62mIWk9EXqTlKDfNF2nE9EjNL xHsw8/AP/a/0P+5gCYnoyF63ypgCQjIzkUVzaHQuWMg2fJbZzkpm+FM/s7xIpbZsu4C1JsD+frRz 1ucPIrNSAYxQYArE2hXiKJdHCqQ0vbasGJbu9/GvZ8OOkyoGDR0bWTd+gQUvmz6REvA3+ly+Q+Iu MDi7mHgfewwyAYek2xwVarT3WY9BJorONNMtLueIJFIwxV37xcuBy5gUQRqPzoOkewS51fhPg6w3 8uX85PKog6+Psff/oCd7wQOlOxGU6T73japFdwyBspqSfgxJLBF3/+iJIaHBSIHveYbrAyJt8zps 9di8CPnayuiJPV6SDcSFatCUmzhxWRk9s8ebKl21cZWkig7TBx2AK4jPhrU6sdfbQJ+4V7hOIvEt /KXxD+efRu8L8/dZoBSzlJwiHV3OfebYtH/0owN2m1CHOwb4ngCByt004LgPyEmsWKBGIE8GhfOj A2FOknblXOLc4ptHdnfITbsPv9xyw4HXi0Nv7p70KQzMd85a70v3jmw/PiytvHJSGtz/3x/C0hiY h/4DlsYU/7U8D1UYouZBXj+WxX3okQb3yI16pAXT8Cd1m/hBwxYNUGUJbHdujbYtNb4tf1uBvI5x 1H3Uc9R73FANJ9QWcwXUCl/MbBHbtU3iNk2pt2+Xu73d2h3+l8TtbLt2UDqkv6u97//APOn6WP2l 7zfmZ8weG1zgMduWEfHBscDfAY+ZSgbnMUNY3vO3POaVHkjEciazB+sb4DIbyCwDldkwfOY4j9lk HmjkMfOYcEyVzOw4k/kYVj2yE8nMHsT2IDOzLlu0Z/se1dPM+JpHfdQBiTl+0PHc6tnIhbRucvwp 16NSugt1Odsa5IFq76XSZIG5wvwMKso8i30ibxli7eXJgkTbOXEZtGVOWf556YgH6rpYAcFcQksc Q/5Isg3QImjKSajBhqEZG+bnWMRAwh1yOCrANK5uU8FG5j0Fh24Oz8FM93YTcRh++dTWVlqHcOVE Q9xc3PHbV6ck6rL7Pi0+Lz5z6mR78d+kvFj8a2fDjKYrRX3kF+Kc7mIvflc1uAz/jj4SE/+z3EeS LGhgS7lE1LA9mifg2FjZd/RUua9E6wuxU7HIMAB4euBBOhIM0HH2GdhLmH7E6kRbPrjEeJ1B0NxB g6TyDc0mHSBqZod8ETun5fScb6o+1dfi32FpeTsfmBXqtrsD3RV9dl+gr2K9Z51vvfVI8JGKx31P W1vtrYGngtvZa9qPzTetI8Hz7A/BP/tGzL8GRxOVYz0qFNAScdmYaWwGFSE6/vX594NxGUvxaEVG B5IwbHgO0WAgkLVZECcQlbb0rMYQBjOke+i65qHfLyTMhFSfeDshYT/ijv0G6sIJHpIWO1qH7djS V+23kbF+SJxxwBDTws1xGMbFpdqCnE2D3qW7btVHOUt+xr56sPvwGUPx1CAMIypvhBTV0IlIUC1i XjobxaYCD1yIRcwLvIQEdQQOJSb8lIIycfGMuhRMHtHgkV4BaxOBtXkT+ennBG30HBmvcrc6LASR 6tzaxqD/AQr0uf0VSDAsJROi98DSQCAC3SeQIx+XM3evujDwIRCiPBacVnf9rLBV69aKq396qpCu KvxuqDgwPdMwuKS5eM9uM5+JrzKScn5kxzc2Da6TVl159/UZ3YsE3LDuRLfRHKlKfMltOq65QIKk vWNo3xgbTKUv7hRD+8TQzjC0L0weAtulnWAm7gMztgsM7QAzA3uE3izcInQKs7BL5hxhLvbknCfM xxrLrdiFcSH2r7tNWIL98+4QurGzzTLsOEfemI073TzIyxZuv+WWebMWF6av6fvawLzF/wM9C+Kz CmVuZHN0cmVhbQplbmRvYmoKMTM0IDAgb2JqCjIzNTM4CmVuZG9iagoxMTAgMCBvYmoKPDwgL1R5 cGUgL0ZvbnQgL1N1YnR5cGUgL1RydWVUeXBlIC9CYXNlRm9udCAvSFRFRllJK0NhbGlicmkgL0Zv bnREZXNjcmlwdG9yCjEzNSAwIFIgL1RvVW5pY29kZSAxMzYgMCBSIC9GaXJzdENoYXIgMzMgL0xh c3RDaGFyIDMzIC9XaWR0aHMgWyAyMjYgXSA+PgplbmRvYmoKMTM2IDAgb2JqCjw8IC9MZW5ndGgg MTM3IDAgUiAvRmlsdGVyIC9GbGF0ZURlY29kZSA+PgpzdHJlYW0KeAFdkM9qxCAQxu8+xRy3h0WT WyEIZctCDv1D0z6A0UlWaFQm5pC372jDFnrwA7+Z3/g58tI/98FnkO8U7YAZJh8c4Ro3sggjzj6I pgXnbT5u1bOLSUIyPOxrxqUPU4SuEwDyg5E10w6nJxdHfCjeGzkkH2Y4fV2G6gxbSt+4YMighNbg cOJxLya9mgVBVvTcO677vJ+Z+uv43BMCJ2Ki+Y1ko8M1GYtkwoyiU0p316sWGNy/0gGMk70ZEl3b aG5Wj8DiWFrFYlQlj54yo/z1ns1uRByrLqQmLkl8wPvOUkzl5Xp+ANXucWUKZW5kc3RyZWFtCmVu ZG9iagoxMzcgMCBvYmoKMjMzCmVuZG9iagoxMzUgMCBvYmoKPDwgL1R5cGUgL0ZvbnREZXNjcmlw dG9yIC9Gb250TmFtZSAvSFRFRllJK0NhbGlicmkgL0ZsYWdzIDQgL0ZvbnRCQm94IFstNTAzIC0z MDcgMTI0MCA5NjRdCi9JdGFsaWNBbmdsZSAwIC9Bc2NlbnQgOTUyIC9EZXNjZW50IC0yNjkgL0Nh cEhlaWdodCA2MzIgL1N0ZW1WIDAgL1hIZWlnaHQKNDY0IC9BdmdXaWR0aCA1MjEgL01heFdpZHRo IDEzMjggL0ZvbnRGaWxlMiAxMzggMCBSID4+CmVuZG9iagoxMzggMCBvYmoKPDwgL0xlbmd0aCAx MzkgMCBSIC9MZW5ndGgxIDEzNjE2IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4AdWb d0BTZ9vGn5OwQyAgIBoxwSNUC4gWB45KBBJBHCBEE1AkLEFFkeFGcVWLtbW1tdtql23pOBzbip22 tbvV1u6t3cvu9WqR7zrn5rbq9/b9/vj+6Rv45fo99zNyznOSgCltamiuEibRKoxiaEWdr17ot7Q7 EH0rljTZqZ1QI4R/v+r6uXXUPn+DEMF95y5YXk3ttJeEkDJrqnyV1BZ/IkfWoEBtaThyYE1d0zJq p+1CBi1YVNHTn3YQ7YA637Kexxfvo21f6KurQuI2woI7e31DVU+/5MFylrPbpseu3C12t9p90h+H VgQKEYZDwiyDZBcW8ZQIFAZkqsCKEdukdcIPvVq//87Orb+/GDEnfNyvok8QCkI8/M0qnI8Qz266 Y8vJE11bgr8NfBDNYKxAN8wL3Nn1rhAhu06eOLEr+Ft9pZ5OPQxqsNHeadhwf3CsNAmynmUdy1qW VpY1LKtZWlhWsaxkWcGynGUZy1KWJSzNLE0sjSyLWepZFrEsZKljWcAyn2UeSy1LDctclmqWKpZK lgqWchYfSxnLHJZSltkss1hKWIpZvCwelpksM1jcLEUshSzTWQpY8lmmsUxlmcIymSWPZRJLLksO y0QWF4uTJZsliyWTZQKLgyWDZTzLhSzjWMayjGEZzZLOMoplJMsIluEsaSwXsAxjGcqSyjKEJYUl mSWJ5XyWwSyDWM5jSWRJYBnIIrMMYIlnsbPYWPqzxLH0Y7Gy9GXpwxLL0pslhiWaJYqlF0skSwSL hSWcJYzFzBLKYmIJYQlmCWIJZAlg8WfxYzGyGFgkFtEjUjfLKZYulj9ZTrKcYPkXyx8sv7P8xvIr yy8sP7P8xPIjyw8s37N8x3Kc5VuWb1i+ZvmK5UuWL1g+Z/mM5VOWT1g+ZjnGcpTlI5YPWT5geZ/l PZZ3Wd5heZvlLZY3Wd5geZ3lNZYjLK+yvMJymOUQy8ssL7G8yPICy/Msz7E8y/IMy9MsB1meYnmS 5QmWAyyPszzG8ijLIywPszzEsp+lk2Ufy4MsD7Dcz7KXRWXpYFFY7mO5l+UelrtZ2lnuYrmT5Q6W PSy3s9zGcivLLSw3s+xm2cVyE8tOlhtZbmC5nuU6lmtZrmG5mmUHy1UsV7JsZ7mC5XKWbSyXsVzK spXlEpYtLG0sF7NsZtnEchHLRpYNLOtZ1rGsZWllWcOymqWFZRXLSpYVLMtZlrEsZVnC0szSxNLI 0sCymKWeZRHLQpY6lgUs81nmsdSy1LDMZalmqWKpZKlgKWfxsZSxzGEpZZnNMoulhKWYxcviYZnJ MoPFzVLEUsgynSWfZRrLVJbJLHksk1hyWXJYJrK4WJws2SxZe7XflvFbs9p/vA2/M6v9oxHrqLVW 7T8GrVZqraFYrfYPRbGFWqsoVlKsoFiuxk3AkGVqXBZiKcUSimbqa6JWI0UDFRercZmYUE+xiGIh DamjWEAxX+3nxMh5FLUUNRRzKarVftkYUkWtSooKinIKH0UZxRyKUpo3m1qzKEooiim8FB6KmRQz KNwURRSFFNMpCijyKaZRTKWYQjGZIo9ikmrNxTnkUuSo1kloTaRwqdY8tJyqdTIimyKLIpP6JtA8 B0UGzRtPcSHFOBo5lmIMTR9NkU4ximIkxQhabDhFGq1yAcUwiqG0WCrFEJqXQpFMkURxPsVgikEU 59HSiRQJtOZACpliAC0dT2GneTaK/hRxFP0orBR91b5TsVl9KGLVvtPQ6k0RQ8Voiigq9qKIpIig PgtFOBXDKMwUodRnogihCKa+IIpAigC1Tz4e3V/tU4DwozBS0UAtiULoIXVTnNKHSF3U+pPiJMUJ 6vsXtf6g+J3iN4pf1dgiW6f0ixpbiPiZWj9R/EjxA/V9T63vKI5TfEt931B8TcWvKL6k+ILicxry GbU+pdYn1PqY4hjFUer7iOJDKn5A8T7FexTv0pB3qPU2xVtq75k4lTfV3jMQb1C8TsXXKI5QvErx Cg05THGIii9TvETxIsULNOR5iueo+CzFMxRPUxykeIpGPkmtJygOUDxOfY9RPErFRygepniIYj9F J43cR60HKR6guJ9irxqTgZNW1ZgSRAeFQnEfxb0U91DcTdFOcZcag3d96U5a5Q6KPdR3O8VtFLdS 3EJxM8Vuil0UN9FiO2mVGyluoL7rKa6juJbiGppwNbV2UFxFcSX1badVrqC4nPq2UVxGcSnFVopL aOQWarVRXEyxmWITxUVqtA/nvlGNLkdsoFivRlejtY5irRrtRqtVjcYPG2mNGj0SsZqihaavonkr KVao0ZUYspymL6NYSrGEopmiiaKRlm6g6Ysp6tXoCqyyiBZbSCPrKBZQzKeYR1FL82oo5tKRVdP0 KopKGllBUU7hoyijmENRSic9m45sFkUJnXQxLe2lB/JQzKTDnUEP5KZViigKKaZTFKhRDpxYvhql bes0NUp7wU5Vo9YjpqhRKYjJNCSPYpIahV8kpFxq5VBMpKJLjVqNPqcatQmRrUatQWSpUa2ITDXS hZhA4aDIoBivRuL3AulCao1TI7xojaUYo0Zor6PRFOlqxES0RqkRHsRINaIYMYL6hlOkqRHJKF5A I4epEdqJDVUjtDekVIohND2FHiGZIokWO59iMC02iOI8ikSKBDVC26WBFDKtOYDWjKfF7LSKjaI/ zYuj6EdhpehL0Ue1zMaasaqlFNFbtcxBxFBEU0RR9KKIpAkRNMFCxXCKMAozRSiNNNHIECoGUwRR BFIE0Eh/GulHRSOFgUKiEI7u8HKbxqnwCltXeKXtT/hJcAL8C7U/UPsd/AZ+Bb+g/jP4CX0/ov0D +B58B46j/i34Bn1fo/0V+BJ8AT4Pm2v7LKzG9in4BHwMjqF2FPkR+BB8gPb7yPfAu+Ad8LZ5vu0t 8zDbm8g3zAtsr5sTba+BI/BXzUm2V8BhcAj9L6P2krnO9iL8Bfjz8OfM82zPmmttz5hrbE+b59oO Yu5TWO9J8ARwdB/A/ePgMfBo6GLbI6ENtodDG20PhTbZ9oNOsA/1B8ED6LsffXtRU0EHUMB9puW2 e00rbPeYVtnuNrXY2k2rbXeBO8EdYA+4HdxmSrHdirwF3Iw5u5G7TPNtN8F3wm8EN8Cvx1rXYa1r sdY1qF0NdoCrwJVgO7gC8y7HettCptouC5lmuzRkrm1ryG22S0L22DYaE2wbjOm29VK6bZ271b22 vdW9xt3iXt3e4ja1SKYWa0tey8qW9pb3WhyRASGr3CvcK9tXuJe7l7qXtS91P2S4SFQbNjrGuZe0 N7v9mqOam5qNvzRL7c1SdrM0tFkyiGZLs73ZGNrkbnA3tje4RUN+Q2uD0uA3Vmk42mAQDVJIZ/eB vQ3W/i6kY1WD2eJa7F7krm9f5F5YXeeehwOsTZ/rrmmf665Or3RXtVe6K9LL3b70Mvec9Nnu0vbZ 7lnpxe6S9mK3N93jnonxM9KL3O72IndheoF7enuBe1r6VPdU1Kek57knt+e5J6XnuHPbc9wT011u J05e9LP0s/czWrQDmNoPRyKsUuZQq8N61PqD1U9YFesBqzEyvK+tr2FweB8pa1ofaVGfNX0u62MM jz0ca3DEDk52hfc+3Puj3t/39uvl6D14iEvEWGLsMcZo7dxiphRp57Y3JiObctgI/VynxMiJrvBo KTzaFm1w2qIlEXE04ocIY/TjlsMWQ3i4FB7eHW5whGN4eJgtzKDddYcZHWHDRrnCzTazQbvrNhtj HGZUtIM/LzS/yBVuspkM7gzTNJPBYcrIcjlMKUNdwijZJfyXHwvCGKQdjRRtc3VKYm+M5C91Sts6 igqTkvI6g8T0PCUov0SRNisJhdq9o6BYCdisCHdxiadDki71dkiGrCIlKq+gmNobt24VmXF5Slyh R9kV581TWiEOTbohIq4jRmR6k0obmxuTkppKcVfa2JSkf6MlNWst3NCB78YmtLUvBNpC6/n7Gw3D uDmNuOnL0Op/P+W/oEf6LzjGf/ghdgg8RT0Tug0bRKVhPVgH1oJWsAasBi1gFVgJVoDlYBlYCpaA ZtAEGsFiUA8WgYWgDiwA88E8UAtqwFxQDapAJagA5cAHysAcUApmg1mgBBQDL/CAmWAGcIMiUAim gwKQD6aBqWAKmAzywCSQC3LAROACTpANskAmmAAcIAOMBxeCcWAsGANGg3QwCowEI8BwkAYuAMPA UJAKhoAUkAySwPlgMBgEzgOJIAEMBDIYAOKBHdhAfxAH+gEr6Av6gFjQG8SAaBAFeoFIEAEsIByE ATMIBSYQAoJBEAgEAcAf+E3oxr0RGIAEhKiUUJNOgS7wJzgJToB/gT/A7+A38Cv4BfwMfgI/gh/A 9+A7cBx8C74BX4OvwJfgC/A5+Ax8Cj4BH4Nj4Cj4CHwIPgDvg/fAu+Ad8DZ4C7wJ3gCvg9fAEfAq eAUcBofAy+Al8CJ4ATwPngPPgmfA0+AgeAo8CZ4AB8Dj4DHwKHgEPAweAvtBJ9gHHgQPgPvBXqCC DqCA+8C94B5wN2gHd4E7wR1gD7gd3AZuBbeAm8FusAvcBHaCG8EN4HpwHbgWXAOuBjvAVeBKsB1c AS4H28Bl4FKwFVwCtoA2cDHYDDaBi8BGUTmhVdoAWw/WgbWgFawBq0ELWAVWghVgOVgGloIloBk0 gUbQABaDerAILAR1YAGYD+aBWlAD5oJqUAUqQQUoBz5QBuaAUjAbzAIloBh4gQfMBDOAGxSBQjAd 5INpYCqYDPLAJJALcsBE4AJOkA2yROU//G36n3543n/6Af7Djy92Tqn2F0NCnNp+5h8JiXwxTzSK VnxdJLaK7eJx8Z4oF+th14pd4nZxp1DEE+J58dZZs/6fjVPL/etEqHGfCBC9hOg+0X381O2g0z/s jMp2tHr52f+qdFu6vzun9t2p7d2WU50BkSJEn2s2HMFqP0td3Sfw8zVAmLtHam3DJni4/kg/Bu48 dd+pPWedQL4oEMWiRMwSs0WZ8OH8K0WNqMXOzBcLRJ1YqLcWom8uvBqtORiF9xLd/xq1SNSLRaJB NIlmsQRf9fDGnpbWt1hvN4ul+FomlosVYqVYJVp67pfqlVXoWaFXl6FntViDK7NWrNONkyrrxQax EVdtk9gsLsYV+/vWxadHtYkt4hJc50vFZeLvfOtZPdvENnG5uALPhyvFVWKHuAbPi+vFDedUr9br 14md4iY8Z7QZV6Fyk247xNXiEfGMeEDcK+4TD+p7WYG9pR3hfanWd7oee7AK57z+jCOm3Vx6erdW Yze0827rOe9l2L91Z8xY0rOP2u6tx0htd9p6roO2SktPhXdiG86M/K/z1PZIO4fLzjpPnvF/VbUz 1vbpBuwX74y2ZztQu+5/Vc8ccabvEDfiFbgb99quanYznOwm3c+s7zw9dpfed4u4VdyGa7FHaMZJ ldtR2yPuwGv7LtEu7sbXX36mUe+94h79yimiQ6hir7gfV/JBsU906vX/1Hcf3jvOnbO3Zy319Cr7 xUPiYTxDHhMH8E7zJL648ihqj/dUD+qjqP0k/pbyoD5K630Sz61n8Q71gnhRvCQOi6fROqTfP4fW K+KIeE28JZlhr4qvcN8lXvH/FH+aOQF/ePkQrsYNolSUOiZWzimdPauk2OtxFxVOL8ifNnXK5LxJ uTkTXc7srMwJjozxF44bO2Z0+qiRI1KHpCQPSkwYKA+wxUZFWMLNppDgoMAAfz8jfrNNdsquMruS WKb4Jco5OSlaW/ah4DujUKbYUXKdPUaxa/N86DprpAMjq88Z6aCRjtMjJYt9nBiXkmx3ynbl5WzZ 3ikVF3jgW7Nlr105rvsU3f0S9YYZjfh4zLA7Y2uy7YpUZncqriU1bc6y7JRkqcMUkiVnVYWkJIuO EBPUBFMGyfUd0qDxki6GQc4xHQYRZNYeVjEmOH2VSn6Bx5ltjY/36jWRpa+lBGQpgfpa9loFxyy2 2DuSD7Rd0mkR5WVJoZVypW+WRzH6MKnN6Gxr26REJCmD5Wxl8IpPY7GBVUqynO1UkmQcWN700w8g Kf4JFtne9qvAwcvHv8VRn1Hx9VQCEiy/Cq1TO8XT26RIPnaBY8MR4vzi47Vj2dLpEOVoKK0FHmrb RblVFY7UJK9iKNN6DnBPtFvraeWe09PLZOysU3aW9XwvqYlVWsvtKcm4svp3guKXgH67YkwsK6+o 0dJX1SZn4wyxl6IIH9pkQxy+ns10dgxNxXhfGU6iVtuGAo+SKtcrUXIm7TYKWCTBWVvo0adQ1alE ZSmirKJnlpLqxFw8RZxt2oXRDlBbSy7w7Bdp3Uc7htute9PEcOHVjkOJycJFSXS2eSqrFVuZtRLP z2q7xxqvOLzYPq/sqfJqV0m2KIOP4uFwwwXUZ+HczhnNg3HaSmBCkN1jsBq92tVCwe7CnZw5Dh0W JYCa2hXNHGf3SFbBw/AoPSM0O2sdNIwJWTmYjMTUrBxrPJ7c+u0/HJKVTgCHoQSdPiY/HIT/X8dE j/O3h0ajtQMabHdWZZ9xgGctioZ+gD2r/fvjNGh70bMZOIQg7XLmaOeQkmyA29EdpBhwnnpJu4qx dkXk2z1yleyV8Rxy5Hu0i6PttX598wpl7YNB/Wr3PEuKzmpRfzr1KSI+r8jDDe0zG8WVpF9X7bLq 7Yl6+3Qz55zuXO62twXJeYVt2oPLPQsKO15BuDgBibm+LemRw/FideGNUnb5ZLvF7mrzdXa3lrd1 OBxt9c6ymjF4GbTJuZVtcqFnHK6l/rpvsa7QHjpS5El5RZkpyXjvyeyQpc0FHQ5pc2GxZz/+QN++ ucijGvChaFmmt2Mg+jz77UI49KpBq2pFbYhda2grTUcjSB9v3e8QolXv9dMLersCn8vqNRqEmiQq Og1Us/A4A2p+VHPoNS9ueIXF1uAS4H3Yaa/ULs8qb01bmVd7cYkYXEp8S4okjxeKQR6Pj3IDQpUQ uSpTMcmZWj1Dq2dQPUCrB8qZihQjYXM68Z7UVibjfQpPOQ8+Ivfi2WHRnv2GBHtnd3eRJ/5l63Fv PF4Ss0CxRwlOws8B/4RJGDdRowzliUprhU87DuHGS117ZeZWePFa4AUxJFcJxgrBPStghEufoz0d MakC1wYXUJ/fiobS6lW8SdqDemq1I7LbLYrIkcfgstOa/onaA6V62yLlC7QnNoYqIQmbtAjGsQl8 SK1XrGjiwfCGq51RYCiOvEJGV0WZHVfAT1QU4qlO76Uh2nVDpQpviX6JVToh1p5OoZ2WMcFkDlGC h2BBfGtuGoIF8R3oxaZoJ6+3NvUMwGNbFBOOKPGMreyZgN1BV652LPjehIPXhj6hLVPQKabLy/DW qB20/lCB6FbMCbk+vPnTfBMqcjpPxlpBCVpJW+MgVQO1Mw/FvhsTijq798jLtXcAvqUky9oPB+2J Kaz78cQW3rZzC0pJUkpy0LlVs15uawsy//sJtF9B5tOprWJ34meNEH7a/8ZyGA+JwJd2C8W/p0KR 8acrAr+f7kbFH//CbDQewb/GjPj/XUaLKWKqKHlEmPGxSYwYIz3wQHR2dlBK4GP4SMQg7PhQJUhI UpYj3M9g3te3b4a8b0TAVmNEbqeUcn9G4FZ8XJjR9WHXodSuD49Hjk49LqV+cOzDY5YfD0WMTk07 9vqxYUOliPgInagwQ2BgVIA8YIhhxHmJI9PSLhhvGDE8UR4QZtBrw0eOGm9Mu6C/wYiRVBlv0NqS 8cifxcZpXQGG1XLGjDT//n3Do8wB/oZ+sZEp4xIshSUJ44bEBRoDA4z+QYGDRmUOyFvgHPBuYERc dExcZFBQZFxMdFxEYNd7/mEnfvIPO5nlt+DklcaAsbMyBhqvCQky+AUEdPaP7XP+2PjcGeG9LH6m XpaImKDAyIjQQdmzui6K7qet0S86mtbqmqJtL3Y1smenA7T/iSinyOny5iZl+RbUljfU/g9PxnnN CmVuZHN0cmVhbQplbmRvYmoKMTM5IDAgb2JqCjU5MzIKZW5kb2JqCjEwOCAwIG9iago8PCAvVHlw ZSAvRm9udCAvU3VidHlwZSAvVHJ1ZVR5cGUgL0Jhc2VGb250IC9GUUJUUVUrQ2FsaWJyaS1Cb2xk IC9Gb250RGVzY3JpcHRvcgoxNDAgMCBSIC9Ub1VuaWNvZGUgMTQxIDAgUiAvRmlyc3RDaGFyIDMz IC9MYXN0Q2hhciAzMyAvV2lkdGhzIFsgMjI2IF0gPj4KZW5kb2JqCjE0MSAwIG9iago8PCAvTGVu Z3RoIDE0MiAwIFIgL0ZpbHRlciAvRmxhdGVEZWNvZGUgPj4Kc3RyZWFtCngBXZDPasQgEMbvPsUc t4dFk1shCGXLQg79Q9M+gNFJVmhUJuaQt+9owxZ68AO/md/4OfLSP/fBZ5DvFO2AGSYfHOEaN7II I84+iKYF520+btWzi0lCMjzsa8alD1OErhMA8oORNdMOpycXR3wo3hs5JB9mOH1dhuoMW0rfuGDI oITW4HDicS8mvZoFQVb03Duu+7yfmfrr+NwTAidiovmNZKPDNRmLZMKMolNKd9erFhjcv9IBjJO9 GRJd22huVo/A4lhaxWJUJY+eMqP89Z7NbkQcqy6kJi5JfMD7zlJM5eV6fgDV7nFlCmVuZHN0cmVh bQplbmRvYmoKMTQyIDAgb2JqCjIzMwplbmRvYmoKMTQwIDAgb2JqCjw8IC9UeXBlIC9Gb250RGVz Y3JpcHRvciAvRm9udE5hbWUgL0ZRQlRRVStDYWxpYnJpLUJvbGQgL0ZsYWdzIDQgL0ZvbnRCQm94 ClstNTE5IC0zMDYgMTI0MCA5NzFdIC9JdGFsaWNBbmdsZSAwIC9Bc2NlbnQgOTUyIC9EZXNjZW50 IC0yNjkgL0NhcEhlaWdodCA2MzIKL1N0ZW1WIDAgL1hIZWlnaHQgNDY5IC9BdmdXaWR0aCA1MzYg L01heFdpZHRoIDEzMjggL0ZvbnRGaWxlMiAxNDMgMCBSID4+CmVuZG9iagoxNDMgMCBvYmoKPDwg L0xlbmd0aCAxNDQgMCBSIC9MZW5ndGgxIDEwMTQ0IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0 cmVhbQp4AeWaeXxT1bbH1z7pkKZNJzrRKSmHFLATs0xCbJtQqAyljSaA0FKKRcH2FiKDVur1KtwC ouKsDCqOFTk9oAZFRMURwQknQEXFAaWCCg5g27f2+bVluNf3x3ufz7t/vNBfvnutvfY6+6x1zmmT D/Pr/FUUTg1kor6VcytqyXhlJjGSK6+ab4edcJwoxDyr9rK5sFP/JArrdtmcRbNgZ44gEiOqqypm wiaep8HV7IAtBjJ7Vs+dvxB2ZjTTPKemsmM+U86HzK1Y2HF8OsC2/cqKuVWI7yXX9a6tq+qYF16i +PvOtsO333Y/3d9grxC/71kcShTJW+JVirBTND1PoaQw86icKKJSXEhBPCvng9cG+h+/wjI9asQJ 6m5mB9FzP1zzluRrSx9dfmpf68qwI6GvcGwYZ8CL14Wubd1HZFl/at/JG8OOGJk6Jg0ozWGmgPKH np5mCyi/6+lZjN/09GzGr8AJ4DjmfoH1M/ATcAw4CvyIyBbgCJw/AN8Dh4HvgG+Bb4CvgUN6ehhv 4itYXwJf6Gmx7Dyop3VnfK6n5TE+Az4FDgD7EbIP1ifAx8BHwIfAB8Be4H3gPeBd4B3gbWAPNrEb eAvYBbyJw76ByNeB14BXgVeAncDLwEvAi8AO4AXk3A48D+c24DngWWArEACeAZ4GngK2AJsBHWjW U/tzBTVgk546gK0ngY3AE0AT8Lie2o9DHgMexbpHgIeBh4ANwIPAA1h+P7AeWAesBdYA9yH1vcA9 WH43cBdwJ3AHcDvW3QasBm4FbgFuBlYBNyH1SixfASwHGoF/AsuwYClwI3AD8A/geuDvespArst1 QAOwBLgWqAeuAa4GFgOLgIXAAuAqwA/MB+YBdcDfgFqgRk8exJu4EpgLzAGuAC4HZgPVwGXALKAK mAlUAjOACqAcmA5MAy4FpgJTgMmAT+9+Pu/MC1wCXAx4gDKgFJgElAATgQnAeGAccBFQDIwFxgBF wGjADbiAQqAAyAcuBJzAKGAkcAEwAhgODAOG6klD+fyGAOcDg4FBwEBgANAf6Af0NWASelIuZ8mD MxfIAbKBLOA8oA/QG+gFZAIOPXE4J+sJqHqivNF76InDGBlw2gEbkA6kAalACpAMdAeSgEQgAYjH EeJwhG5wxgIxQDQQBUQCViACCAcsQBhymoFQOEOAYCAIMAEKIAAyINqBNqAV+BM4BZwE/gB+B34z Dit+Nc5InIDzOPAL8DPwE3AMOAr8CLQAR4AfgO+Bw8B3wLc43jd6gmoLiK+BQ3oC3zniK+BLPWEI W18AB/WEArY+1xMKGZ8BnwIH9AQXO/frCW7GPuAT4GOk/gj4EMk+QLK9wPvAe0j2Lta9A7wN7AF2 A28Bu7DuTaR+A3gdm38NeBXHe0VPyOed7cSCl3Ggl7DrF5FsB/ACsB14HtgGPAc8i9RbkTqA1M8g 9dPAU8AWHGgzoAPNOKwGbAKeROqNwBNAE/A48Jgez0998agefyHjEeBhPX4cWw/p8eMZG/T4CYwH 9fhJjAf0eCfjfoSsR8g6hKxFyBrM3YfIe2Hdg8i7gbuw4E7gDj1+Iue8HctvA1YDt2JLtyDyZkSu Am7S40t43UpErgCWA416nJfn/qnH+RjL9LipjKV63KWMG/W4sYwb9LgpjH9g7npE/h0h1zk3ceix KJftaGSR7WDEeNtLrBdZO1gvhF9s01nNLI21ifUkayPrCVYT63HWY6xHWY+wHmY9xNrAepD1AOt+ 1nrWOtZaS7XtHtbdrLtYd7LuYN3Ouo21mnUr6xbWzWHVtlWsm1grWStYF4Ypfyon6WKyKaeY1WQT S/Ru/MgU1+qx8gacD8zTY+RVWwf8DagFaoArgbnAHOAK4HJgBDBcj5bJhgFDgSHA+cBgYBAwEBgA 9Ne5wAHRD+gLxAIxQDQQBUQCVp2bEhARQDhgAcIAMxCqW2WrQ5xTmD+yWlhHWD+wvmcd5nZ+zvqM 9SnrAGs/ax/rE27Lx6yPWNtZz7O2sZ5jPctaw624jxUQDaj0Yj1G3hyLUJyFwALgKsAPFAD5qMOF gBMYBYwELsApxwNxQDeJrSaTSdGdtg3bTQptYe1kmUyEvVwNlKLrk7CzEmAiMAEYD4wDLgKKgbHA GKAIGA24ARdQCPQAMrB5O2AD0oE0IBVIAZKB7kASTjMRSHDey6fbyvqTdYp1kvUHXwO/s35j/co6 wTrO+oW7+jPrJ9a3rG9YX7MOsb5ifcn6gru7m/UWaxfrTdYbrNdZr7FeZb3C2sl6mRVgPcMdf5r1 FGsLazPrXtl9pRU1rgeuAWbrMfynkKgGLkNZZgFVwEygEpgBVADlwHRgGnApMBWYAkwGfIAXuAS4 GPAAZUAekItS5wDZQBZwHtAH6A30AjIBB3rTE1CBYCAIMAEKIHBHkvMBblI7q431HRf2Q9YHrL2s 91nvsd5lvcN6m7WHC72VdYPJYfuHKdd2vci1/b2owXNdU4NnSVG959qmek94/fD64npTeH0K4+r6 pvr99SHXFC32XN202BO0OG6xYllUtMCzsGmBJ3yBiLiqyO8p8x/yH/eb4vxl/pn++f7b/HvZEbrB v8W/028KtO9wxvqHDHc3+G/2K3E8r5BfREl3hj880j2/qM4zr6nOE1Q3sE4ZfrxOHKwTSt86MbGu vE7hqM11PXu7ZfSguoRkd3Rd3zpnnelvRTWe2qYaz4SampolNetqXqgJXlKzqkbZxCPFWRNmdV9Z NNfz+VxB25R2imbtUNp1k6XmOaWNv/U4qrQ528UVXIDLuRCzcy/zVDdd5pmVO9NT1TTTU5k7w1OR W+6ZnnupZ1rTpZ6puZM9U5ome3y5Xs8lHH9xbpnH01TmKc0t8UxqKvFMyB3vGc/+cbnFnouaij1j c4s8Y5qKPBOLxOhct8dlGmzj3yCUzj+16Q3px9KDwsvTatOU2rSDacfSTLWpx1KVJSkiKnlJ8qpk UxS/KXjrbuu+qvu67pu6B0cZA1NEbWxDrFIb0xCj9I1xxrwTczAmiGLWxyhRq6LWRW2KMk2Imh51 NKo9KmhTlNgU+ULk25GmCZHTI2siTVGR0jZFOyNz+7mjrDarc3Se1TQizzrKOsFqWmUVTmtuf7fT 2rOXe1TEhIjpEaZ1EcIZkdnHfdTSblGcFp44GtYeprSHCTIJu+DvoaIZJrPskYi3uQOCNieIYBEQ NzeXlWZlFQdC2ycVa+aJUzSxTHOUyndnyWQtZJlGnslTvM1C3ORrFkpBmRZXXDIZ9g0rV1J+WrGW VurV1qf5irUGHjjloJ0HlNacQPm+rGnz/PPmzc+al8VvrGnz2DPfzz8GBL/z2M9vckQckvUXLxnB kxxtBM3zT/dzDg5mt8zu54E0ZMhfpPi/dcu9/cde4j925P/3B06aPk1+e0vUtvqML2yvo+voPmqi p+hZepHepPfpF2Hh74pvoBfoK/qefqZTfJuGiniRKvqcse5/OWy7PnguWU07KIQSidpPth9ue6z9 MH8pHXmGZzVbiUGZpz3tse0t5/raVrcF2vaEhFO0sTZa2cXZjomW9pPKKF4Z3T5Y2spSOTaOdCx0 bdumtnVnnUAt1ZGfFtIiWkxXUz1dS0voerqRltIy+ifXYgmPl9MKWkk30Sq6mW6hW2k13Ua30x10 J91Fd9M9dC/XcQ2tpXUdc9Jey//uMGblzAP0MD1GTzAfpA30ED1Cj7L9OFf/CXqSffDA3sie9XQ/ ex/mOBn1BG2kTfxPo2bSaTNt4Z7B7rQCtIOepmcoQFu5m8/RNv72fzv3cQd39iXDJz2d9l9HIv5l 2kmv0Kv0Gr1Ob/CVsYveot20h96m/8nMK11ZZIZ36F16j6+1vfQBfUgf0Se0nz6jz+kgfclX3ZF/ mf+YI/ZxzKcdUV9w1Nd0mCNbOBPyIOYA5/iCvjMy7OXcB+mQMNMJodApaueR7N4dRofuNvoou3cP 922DUWfZj01syw6h6rI3G7nmG7m/sjNyfE9HN57k2Gaua2elZZX/tTZ7OnqFem/jGFkLWU9U8x2u MHom82zvqvguo0660dGXunpxuguyhrJ+H1FndQ6cUcOv6RujMrK6Hxu1O3BG9WSVD3EFZRdkjrNr +yWvRXfkWllzWdPONXJuH9uH+elwhCst+YPRiR/o267xtx3zLfQjHaUTxvsx+omfJ7/QcbZ/Zc8x to7y+9necz2/0W/0O/1BJ7mDf1LrGdaZYznTSm3cYxJCKMJEbadHp71yRgTxnxgh/EwzizBhERHC KiJFFP8pEnrOTHjXTMy/zJxedXouzMgTK7qJOH5eJookkSxS+LmZJtKFTWSIHuL0XPeuGTvPqKKn cHSsSzBWdu9aa+M/kRI7ssjYPqKvWMDvWSJX5PG4nxgoBonzxVD25LDdn+1hPNfXYD5NpBk0h04G f6e8xfuK46dKs9M9fdqlU6dM9nk9ZaWTSiZOGD/uouKxY4pGu12FBfkXOkeNvGDE8GFDh5w/eFBe bk5270xHT7WHLSkuJjrKGm4JM4eGBAeZFEHZLtVdbtcyy7WgTLWoKEfaagU7Ks5wlGt2drnPjtHs cl0FT50V6eTIWedEOhHp7IoU0fYRNCIn2+5S7druQtUeEJNLvDxeWaj67FqLMR5njIMyDcPKRkYG r7C7kqoL7Zoot7s091XVja7ywpxs0RxuKVALqiw52dRsCedhOI+03mpts+g9UhgDpbdrWLNCZqs8 rGZyuCpmahNLvK7ClIwMn+GjAiOXFlKghRq57LM13jMttzdn72hcEYimGeVZETPVmRVTvZqpghc1 mlyNjUu1mCytj1qo9Vl8KIkLWKVlq4UuLUvljRVP6jqA0IId0aq98QTx5tWWI7zrMzwVHZ4QR/QJ kpPyFLvKpImKzjHx3niHfH4ZGXIvywNOmsGG1lDihW2nGSk6OfOyfJpSLmd2dM7Ee+RMQ+dM1/Jy lSvrUl3lHT9XVSdpDTPsOdncWePHoQU5eN6umTLLZ1RWS1ZUNaqFfIZcSyrjv84LeeCs6Cimq7lv HsdXlPNJzJZlKPFqeWqtFqfmo9rs4CQO1+xSr7EEXpcWV6BReWXHKi3PxWv5EnE1ysbIDcpcaol3 Kw1oP9g80J6yeQANJJ/ch5ZQwE3JdDV6Z87SbOUpM/n6nGX3pmRoTh+Xz6d6q3yyS2q01ucgH45f 3EBjFZ/bOdGdwXzaWqjDbPcqKSaf7BY77G5+U/NH8ES0FgJTdjR/hN0rUqgzjI/SESFHZ+Vhw+Qo KOLFTF5aUJSSwRe38fpvtpSCE+BtaOauPQXxJoJP7wnH+cutIVpuqI/dVVV4xgbPSsqGscGObP9+ n4qsRUcxeAtm2c4ieQ452QqP7Txt1hQ+T8Mlu5hk12ii3atWqT6VryHnRK9sjqy10d/iUlV+AjS6 3XGVlJ1lYX4I5jTKKC7zdhr8+dGrubOMvsq2GvZow+4yi86ZHtM5bW80q8WljfLgakdCsvMdxM0J yRxTsXxI7EC+Wd38oFTdFao92u5urAi0N8xobHY6G2td5dXD+DZoVMfMbFRLvSO4l8Z9X5+yWB46 lopFcVl+TjY/e/KbVbGspNkplpVO9m7lv2Xty8q8usKffsvzfc09ec671U7kNLyK9EqnDLFLQ2aa xIbZiE/Z6iRqMGaDDIdhV/IHcMOHIPYJqgwo8EV3xinsC4LPafh8/OI7LKmaW8DPYZd9pmzPNb7q xnKfvLkogVvJP0IT6kjSFHUkf2YPidAsalW+Fq7mS/8o6R8Ff4j0h6r5mkgQXJwAP5May1V+TvEl 56UU4eOrI1pe/YrDHmhvL/Nm7E5p8WXwLTGVNdmrhWXx74Fgx1iOGy1Vzu7RWkNlhdwHefhWl3fm mEof3wudCTlkjBbGGcI6MnCE21gjL0deVMm94QYa6xvY0Bp8mi9LHtQ7W+7Ibo/WqEgdxm1HzuBM eaA8X2Os2l9e2ByqWRxLJcJ4b8TfRhieFDb5YPzAlWcUGsE7r1R5qrLczh0IospSvtTxLLXIvrGn ih+JQZlVhiwpHZMkT8vkCLdatLBcTsg/chyeywn5J9THRZEnb1hLOwL42NFaOO8o84xSdizg6vDU GLkX/lnKm5ehL8o0JQGapC7kR6PctHGoUJ7WrI4xFfzwx/pw9qhDOhdzLrNDumSOnfCGyjOP4Lqb HGWB9kfURfIJ0PnKyVblLwd5YVLKVr6wydd4rkObkpWTbT7XazXcjY1m679fgHqZrV3kLBQk/9vU 23wsBv+Trwj+zBjBzOjykPGJjj+m8qfoeab9/InTxP+/aiiNo/FUto2sYg1/nB0mdm0pLDTnhG5n UyG72EVmEmKNs1uQYk1JGaUOCllhKokZMyp0hVJGo1o/+/RVftsdOzRvt8j7tOXDlujWV2OG5rXs benXV8RkxBiKi1RCQ0NC1B65yqBemYMHDOg/Uhk0MFPtEakYvoGDzx9pGtA/XTFxJDwjFWkL0/4/ J5hcrT2VRRnDS/sFiyxHoq2b2WyypVsdA+xRxePUwb2Tg4PMIaZgc2ivwfmqZ8HYHnssSb1S03ol WZhpqczWl4IjT/4cHHnqkqDCU9uU74Z6R/YMWWQNV4LDzGt6p8f37Jd6QbE1yhocmZKYnBpqjom0 nFdU0Xp3siPRYkl0JKc6ZC5H63Cup6DYjgqHUDcid0l+WYknq6BizuwZdbNz8mvmyP9M91+fmpLi CmVuZHN0cmVhbQplbmRvYmoKMTQ0IDAgb2JqCjUwMTEKZW5kb2JqCjgxIDAgb2JqCjw8IC9UeXBl IC9Gb250IC9TdWJ0eXBlIC9UcnVlVHlwZSAvQmFzZUZvbnQgL01VWE9QRCtBcmlhbC1Cb2xkTVQg L0ZvbnREZXNjcmlwdG9yCjE0NSAwIFIgL0VuY29kaW5nIC9NYWNSb21hbkVuY29kaW5nIC9GaXJz dENoYXIgMzIgL0xhc3RDaGFyIDEyMSAvV2lkdGhzIFsKMjc4IDAgMCAwIDU1NiAwIDAgMjM4IDMz MyAzMzMgMCAwIDI3OCAzMzMgMjc4IDI3OCA1NTYgNTU2IDU1NiA1NTYgNTU2IDU1Ngo1NTYgNTU2 IDU1NiA1NTYgMCAwIDAgMCAwIDAgMCA3MjIgNzIyIDcyMiA3MjIgNjY3IDYxMSA3NzggMCAyNzgg MCAwIDYxMSA4MzMKMCA3NzggMCAwIDcyMiA2NjcgNjExIDcyMiA2NjcgMCAwIDY2NyAwIDAgMCAw IDAgMCAwIDU1NiA2MTEgNTU2IDYxMSA1NTYgMzMzCjYxMSAwIDI3OCAwIDU1NiAyNzggODg5IDYx MSA2MTEgNjExIDAgMzg5IDU1NiAzMzMgNjExIDU1NiAwIDU1NiA1NTYgXSA+PgplbmRvYmoKMTQ1 IDAgb2JqCjw8IC9UeXBlIC9Gb250RGVzY3JpcHRvciAvRm9udE5hbWUgL01VWE9QRCtBcmlhbC1C b2xkTVQgL0ZsYWdzIDMyIC9Gb250QkJveApbLTYyOCAtMzc2IDIwMDAgMTAxOF0gL0l0YWxpY0Fu Z2xlIDAgL0FzY2VudCA5MDUgL0Rlc2NlbnQgLTIxMiAvQ2FwSGVpZ2h0CjcxNiAvU3RlbVYgMTQ1 IC9MZWFkaW5nIDMzIC9YSGVpZ2h0IDUxOSAvU3RlbUggMTIxIC9BdmdXaWR0aCA0NzkgL01heFdp ZHRoCjIwMDAgL0ZvbnRGaWxlMiAxNDYgMCBSID4+CmVuZG9iagoxNDYgMCBvYmoKPDwgL0xlbmd0 aCAxNDcgMCBSIC9MZW5ndGgxIDI1NjI0IC9GaWx0ZXIgL0ZsYXRlRGVjb2RlID4+CnN0cmVhbQp4 AZz8CXhURboHjFfVWbpP7/uWpbvTSWdpQkLSIQQiOYEQgQgEWUzASNjBjQTZRAVUlE0FRwXchugo KDrSJCwJyxh1XMa5c8FlHHTGK3cGB50xI3eGQUZJ9/9XpwPqvfN8/+f7GupUnap6z6l666233u1k 2dLl84mJrCMCUefeMruNaL/wWGT/MXfFslD63jmIEN2MBW0Lb0nfBzYSIv1u4c23L0jf5zxAiPru ovmz56XvySXkQxehIn1P48hzF92ybFX6PtSK/Iubl8wdaM9x4X7FLbNXDbyf/AH3oVtn3zIfOX5z z+FS0LbktmXaLZnbhHxn29L5A/0p7u3vP/oMeWZdaDa9+J+rdYRYCKHoNZz8nVSTrUQmjNhICZmG mVSz14mEe94uWa9/ZcKGN2dZq/+p9+u1xz/7p+osXnjzyTnTvv32Ur+N6HPRV9H68wbA6UYmJ5LR NvLtt9+utqXfxFsu/4bvn7qu1iy8TPYh4cW4hpA6kIBo4eUunblM7UbucGl5pydW1pPqFV7uHF6u 1Rc/WrbumPASmUXKUf1S5zRe/VKXWse7v9RVPiKdlwzR8k59ulnnKgvWBgBWgsSIdaA0CflWpF1I ryLJGNBL5DOkFJIgvCA821kfxIOfx4OstS7heUxRxfUEUgpJwOifx1yeJ18P1IgY1c+6FBN//c80 qAzhZ4Cy4mpDWoe0D+kEkkSW4LoLKYUkoPQs2p4lTHhWeKbTFrTVGoSfkrVITHiCWCklQTx9Z5dN w83jXVZnmVprEx4jjUiMJIQJpBeJ4bEPA+xhwtC9obN4iIbChi6DpcyG/lsw6C0YyBa8sgNXqt2r KPH+W7qcHj74ezutdg3ujs7SeLrQZfOVNQILqwgV5gu3kggJCmuQZyOfizwL+RxhHjFr41S7rLay dXhfDbrXCG5SiOZawUPKkNcJAZKhdVveaUm/Z3lnQVEZZjxa8GldrIKZxNFVL+g6y4Kho4KqIX9j l2Lk49vYaXOXHRfuE3TEhV7r0MsbtB4XDFhjgzaTqV2KuWxbrUmYimlOBVqCGCMFlvlVFW7txINq 7cIYIZN40HaTkEXcyOuFbC3fIzxD6nH/dFc0M9h7VHhEg/oJfyhePzJNWiO7zJay3lpFGInWhPAQ FuAh7eXbuqLDykhtVCggpUgMOF6L0lqUbMJmlDZj1TZjpTZjpTZjUJtBfUTYhJZN6FMirCZtwkqy DWkXypys3J1AKN8M7s7cgrIewS/4gBjbUaCSojbQpVj4yHydDqfWzddlspTVHBduI5OQGKa8rMvr K1tyVCjSpjKoy5fBAdo6Qa7HBW96afAkD1+S40ImEMERkyVkd7qDidog7jkhBwll77KTHEnsA/Zb vtzsBO55/uuB/DcD+X+m81QvO5neFOx9np+uzWSf42Gz2KdkF0qMHWVvkFI84BPWzVeffcx6SA3y U7ifh7wHeTnyI53hd4LdrLsLGcb+ZKfZwyfL3uiMlQwUgnkDBW/GQMHhKavNY6+z10gmHvE75LnI X2O9JAf5q8h9yHvZMvIO8oOsgoxAfmAg/yU7xkmcHWaHyDDkXZ0WPoREp45n+zplnr3SSdJ3jSXB Y+wV9hIJoOvPO6MBNL7QFc0NWo/ieZQ9z5Z1ZgUdtQb2DG2i59Gpg5ziOXGwZzsr+UO2dR4LBXvY NrZN9VWqeWqxulsozSstLt0thPJCxaHK0O5QrY09BAayi2H/si24VpIQA/UgqUjb2KZOsTJR2485 8Xkxsg7XDq3UimubViK42rQSbz2nlWrYfWQSEsMz1iCtRVqHdDcRcV2NdAfSnUh3aTXLUFqOtBLc pA0QbYBoA0SbBtEGiDZAtAGiTYPgb24DRJsG0QqIVkC0AqJVg2gFRCsgWgHRqkHw8bYColWDaARE IyAaAdGoQTQCohEQjYBo1CAaAdEIiEYNQgWECggVEKoGoQJCBYQKCFWDUAGhAkLVIEoBUQqIUkCU ahClgCgFRCkgSjWIUkCUAqJUgwgBIgSIECBCGkQIECFAhAAR0iBCgAgBIqRB2ABhA4QNEDYNwgYI GyBsgLBpEDZA2ABh0yBOA+I0IE4D4rQGcRoQpwFxGhCnNYjTgDgNiNNs5X7hZO2bADkJkJMAOamB nATISYCcBMhJDeQkQE4C5OTA1DkiOMH0ArYXsL2A7dVgewHbC9hewPZqsL3o2QvYXg02AYgEIBKA SGgQCUAkAJEAREKDSAAiAYiEBtEBiA5AdACiQ4PoAEQHIDoA0aFBdACiAxAdGsQ2QGwDxDZAbNMg tgFiGyC2AWKbBrENENsAsU2D+H+9NOxu2qTHWcvW0UItX0u+0vI15JSW30X2a/mdZLeW30Hu0fLV pFLLV5KolmOptXwZCeppZ7DSWusBC5iENAtpCdIupH1IryLptNIJlD5DSrEKNUe06ibpdun26V7V Sft0p3XMKk+Sd8n75FdlaZ98Wmah2gxm1vgoWAvZCjhK1uL6NRIOEVxrtFINi+O9cfDZCvyLs7hq 7wt9XURPFNFXi+i+Irq1iNYq7GoqapwuRCoZEECbVFN0ZPAUUmU0fyQ400OHvvIGO6NDg930WDor VGO4/QppP9JupHuQKpHKkIqR8pCCSJXRIoA1qTkDjzyGPB8pjBRCqiQeD8REh12v9jAz3d31ppko /D35BYA72plfiqy7M38SssOd+XOCtQo9RPK5VEQPYlO9hHxfZ/AMmn+ezl7uDB7F3QudwTiyls78 wchmdub/JlhrptNIUOSgUwfyKVhwfn9tZ3A6uk3uDBYii3XmR3nvIrwoD62FkKjPIEdZg85NvynS GRyB3jmdwSreW0/y+cJTmRRrw5NQ5vdCFwb0dQ9tEqlqDPYFHwl+hfH+FYgFeXwc6haRncjrptNV Q/BY8U/RuTbYWWvg/XE+7B/IEzw/GNydtyn4JJ5F8w4FHw8ODj5U3K1H9YMY9ybtFZ3Be0Ld7CXV GVwXLA0uKz4TvC04Pjg7eG2wJQ/1ncHrg8f4MEkzbWIvHQo24oHjMIu8zuDVeRgLhlgfvD2oBvOD VaFjHL9kGH81KLn4GMcAKUu/fRDwW5SHt3cGp1V2U7tapDun26abqRulG6GL6HJ02bosnUvv0Nv0 Fr1Jb9Dr9bJe1DM90bu6U6fVGNcTXLKmLsgivxG1so3xMi64Ekb1jIwnCafQwBqmjKINid65pGFO KHFhSqSbGibPSEiRUTThaCANU0clhsUaunWpaxOVsYaErnFm035KH2pGbYJt7KZkalM3TfGq+zIS jtFoJPc9mNFDKPXf92BzM/F5VtT4ahwj7VX1df/m0qpVttbFvv/5fljMSmxvmNKU2JvVnCjjhVRW c0Pi7imh65t6mJWZx9T1MAvPmpt6xDZmHXMtrxfb6prR7YzWDdRsQTeSzzN0048iId4N/GQU74Y1 SveLAhz9wjxDP4OZRLV+UYNZ6ydS3m//qdCYuv0hXNAnj5BTWp9TeeQHfUAxgK3bH8UFvSIh2sR7 0aZISBtYofagYBBdinFBFwp5T3tQkGovS5R83yVvoEvFlS4V2ruE9Hi0x/ALHuMquNzHVYA+3yPy /1tp/qgY7RqyfM0bY+ZHxrRGxsxHak1sWbHIl1g3JxTav2Y5bwglhGjrnLmLeD57fmJ5ZH5dYk2k LrR/iAb3v5rf4M1DInX7yRtjpjbtf0OdX9c5RB0yJjK7rrmrprqp9kfv2nTlXU3V/+Zd1fxhTfxd NRrc/3pXLW+u4e+q5e+q5e+qUWu0d41ZzOm+sWm/noxqHo115XkXMxpAw60Z4eZRHlvbSE7QPSPC vjUZR0RCXyDGWHPCFBmVMCPxpuLa4lrehH3Gmyyotg40+daMCGccoS8MNNlQbY+MIpcXgnD4hkTF 5IZEeMqMJk4qCRUo+Hdrdhv/ac0+MmZxHf7jfpmWlt227PITeU54z//7W/bvfsuXL79tGS7LY7cR 0pAomtKQGDoZI9Hp8KrWumbUDb5cJwha3X5FGdOd6kVjDIOgy/jreClGY8CgaiAy0bEOuUPHuBax rCuQVbbkOOSGtUhQh9nKTpgSeNPKrpw8aEvoUlKRzqGu8vvOQLgMb+iqBCjP89K5ai9GYVvetuJt lR15HcUdlTJaD+1GZXA3P0o7S3YLZFnstsvIQHFZM5CNYfH3PdOZmaW9uIMXYrHm2G1Uw9fl/t/n Wj1uv0cs5qj9btMez/GtYRhXXgTSeSvWI/325fyO/9IFDRZ41oBQi17pO62KX77/4Q6moiMkU0t7 SKYYhY5FUmcup+Ti1BnexnP2F3ByWJB4Gvh1kpfJ72gBDZEu+i3xkovUT4eQcaDOb6BP7CP95DGo 91PJduogudBGp5FxVESfGHmAPplakfqSXEV+Qp5NHab3pPaifSt5i1zECP4LJ2YlmYj+08h88qXw OWlOPUH0ZAMxkhHkWuohs8lH+PdPjOMR8ij5Bb0zdRFvdZF78LxqUktqU6+lLpEi8oC4TTqlHCQP k6NUTs1NLYaElEM2s1jqo9RnJEqayc/IyxhTjPaKY0mY3ETuIzupX3gLpcfIcyRJTaxFGC29ijeN I9PJrWQl2Uz2knepgzZKp6RzqTtSZ0GFTlKAMS0mX9IKOoE9L5pSI1OfkJmkh7yD+fJ/veJMcY80 M1mTejr1OrTvw9RAj9HXpDLpof67U8+kXoG9MkqGACMT8Z455F7yGvkV+R/yd7Y2tZaMJVPw5jdp Fg3RKDD+EfOzNWyN8AEZjNm2YLTLyS6SIJ3kCDlKjgM3vyenyefURTPoeDqHPkz/zkxsHjshPCkc ED4Uqfgi8B0hecDRMvI8OUT+g/yGnKASnl9KG+mNdAndQZ+mp1mCfcW+EfXiveJ3Yr8UTZ5Ofpea mPondO4AuYasJmuB25+RLnKA/Cf5LayS/yAXqI0Oo4voMzRBT9OvmMJy2CTWxrZDe/65MFF4WHhN rBBHiTeJvxE/ke6Xtuhm65KXdicfSf48+V7qcOo90I4Fz4/CgLOY3A2qeJ68Sj7A0z8mn5I/cvrB 80fQGfQGvOU2upE+Sn9O36Tv0b9glpA48C+HjWB1eOsSthR4uoc9wh7F209wSweMFJ+yv7J/CpKQ IwwV2oVnhITQLZwU/izaxKg4WBwiThJniCmsTJl0tTRFekF6SXpdOidXy/PkNvkL3T269fr/6C/q /68kSS5KJpJdoF09KGk1MPFTAiMgcHGUvAuM/idGfJqcxyoEaJjmY9xVtJ420An0Ono9nU/voRvo T+hO+iR9lr6CGWAOTIexx1gtm8Jms/lsPdvAHoQt4wA7wn7FPoJBpQ8j9woRISYMEcYJM4SZwq2Y wzKY8tYDsw8Le4UTwgfCWeELoQ+r5hWzxeXiavFxcY94QHxPuka6Bf+elV6VeqX3pEvSJZnJATlT LpFvlF+Q/6iTdUN1jbpNug91/9C30UxahJGHQPtXfsyPPZjN9jKXuJb2oToLWocVM49hHaZgV/yD 1AhJrIuFt2NsbuYXnRxcVsUEBMFl9CipoG+StTITIBiKp0kn/QM7Lb7BriK/pa3UL+4RbpXeZWHy ErjRNnaMHaWjyAFWzaazpwRCP8ep+DnofRV5lN5EbyMv0T46nN5FK+la8iHzCFPoelKdepaJVKHj 6DmCEZC7xXnkhitT+LcFWgXr/JfJn4pm8U7wp26yHSv6MvmMvki+pVLqK3A3AdxoNrjMA6D3+wjn ei3YZ2uxH/3gIDfLJ8gBKsOGXimPFFeTc+Rf5EvpCChqFLjp2eRi8afin1KVqWLsMOwy8gL23SJy NXbM56CS47jnd9djpxvAS2B8JI1kBoxnd4HrPZxKpJ5K3Zu6PbWE/Bqw39JB9FvagR3RDYhq2L3e wS75mG7BPrz6307v/29lch7pJX+hPppHy7Af+qQV0jZpr3RA+oX0G3kIsL2ePAmK/iOo2YAZzCXv kb+Qb6gea+Mng0gc4x2GsTeRm1mzcJyMpgHShj1bAD4+amAmt+Ep9wB7T2E/H8feOAc+cT35Bexn jHoxo7l4vx7PaQCeZ5HbyG6s4L20CzXzwLWLyF8xbwsdBvPAIKLiSdvBtXoxpj+QPwPbKW1cg8AX 6uh0POsbch2ZhzcMJY10P1bgEKkCZ60T/gP4zqU2Morm0OcA14odaoHxu0r6E2VkUHJiahhbLBzH GZNCfQdOrwxyFW3HKKyYRz9x00mkInktxvABFcQEfV8bxeNsfmqDsDJ5M/k1eRFrooordHWEqLVT 1ZqRV1WPGF41rLIiXl42pLRkcPGgWFFhQX40LzeSEw4Fs7MyMwJ+n9fjdjkddpvVYjYZDYpeJ0ui wCgZNCZS3xpKRFsTYjQydmwxv4/MRsXsH1S0JkKoqv9xn0SIw81G0496qui54H/1VNM91Ss9qS1U TaqLB4XGREKJ39RFQt10xmRoE4kH6yLNoUSfVp6glbdpZTPK4TAAQmN8i+pCCdoaGpOoX7Fo85jW uuJBdL/RMDoyer6heBDZbzCiaEQp4Y207afekVQrMO+Y4fsZ0ZsxxUQgUjcm4Y8AFI8R8sbMnpdo nNw0pi4jHG4uHpSgo+dG5iQIl35jWhcyWntNQh6d0GmvCS2GdJsgW0L7B/VufqDbRua0xkzzIvNm X9+UEGbjGWMS9hjeW5fwrj7j+/4WD4ecvOGHrRnC5jG+xSHeefPmDaFE7+SmH8BmhPkTmpvxDMCy vPrWzfV49QNYqQauUiXYfc1NCXofXgllIU+bVXp+aU0mr/XGUEKJjIos2nxjK5YmsDlBrr093BkI qD2p0yQwJrR5alMknKjJiDTPrsvc7yKbr729y6+G/D9uKR6032ZPI3a/xTpQMJl/WJgPpKfbtJLW nZcarr2CWcrHGBkHeTwRmhvCSJoimNMwfpk/jGyeOwwLgF8zBVRiHlZkcUIZ3brZNpzXY4o0IeXZ IqHN/ySggEjfVz+umT1QI+fZ/kl4I6eTK6SWoLMvlxOxWKKoiJOIbjTWFGMcqd1XFA9a0c2GRtps sI0MhSJIGoHb2c3DS4D+cJgv8JZulczBTWLd5Kb0fYjMyegkagn0JdbKW7CA6Rb3NN6y7nLLFfDW CCj5ALdbEHdCH73y32rzOMcsGp6gnv+H5vnp9oYpkQZoN6Exm1sHqLZh6o/u0u0cocAb2gZKCefo JiGDoY6XWIagtYIor59xpQtumkwJMQ//ZT5o7A4BRKlV0FB9wtY6Nn1tNoTDA1vm/8J06/Q/AOpO neNQWvY92MAsEsNjA+NMjzox4kf3PxqdabPQMBUchzVMnbF5s+FHbfXgZZs310dC9ZtbN8/uTq2b EwnZIpt72B62Z3PbGHCh9IJ2p45syUjUP9CMqSyiw0G2jIzaH6EbJ+9X6Uaorz0wMYU2Tm3qZJSN bh3VvD8XbU09IbBcrZZdqeV9QvyONFAQeifTa00ZPSoh67S+olah3c+FeUmrS3dCHSVzu1m6zqb1 a25uLobAD8tWFaSX20g9PUuuZ3vJTUijUbcc+W3IH2FVqX60T0d6FqkcaQJSFGkm0nUDaQryWult 6GFvk+1Is5EelaaTx8Q/kR1yFZmDZz2A8tPyXvIw7pu1ftPJeNQNQvkRaXoqhcTfNQ51G5BPQz6V Pxdj8fEyHw/uN/Fcl0XWoO5hpGuRtsBxymFK0TeI+wdRNiKZkBBsgInybUCgncg4qwkJQSpJ10CY 01oEyESSVoI2DklYgQRjRH8z4K2ITrATB/SjH/9c0IA8kKl8kB4CaMrQmjNxDhOc9fwXxJvC0NUi 2l2udv3+kgftIB/SRSHkAuiwOI0JKYYuVAI35BBITwTuxjipIEMhfxBIJlgr/IaSoXQzPUJT0A3u ZD+DT7FPWCIkxHulEumYvFxn1d2ir9Z/pjxlaDT0GecYXzNZTZ2mC+Zcy0TL+9b1tgO2lH2Jw+TY 4HzIZXLtded4CjwveLd7z/ru8nX5HwywwOrAxYwbs8xZT2fbs48Gd4fm4604xLG6HEUC8DPqAKNJ WdfNalQnkcSkQAw6MUmJXy9LSSYco1GiQHHyEV/MdqG6v3qi7Xz1hP5qUoOy7RIuQ0rD9rA9DxdY WsmlkNB7SZXIdyQk9vI31KfKRZ9cCuzlk8HMoW4SHZLH62iSFnqkaY6ZngXSwtBKabljRWh58Qbp PseG0H3FJjnqiUZppaOiuJ5eXTxN0q9wLHOuKBYMNvtgr08XzqcBP2WDi/OjdtiBiSejICAbw4Yc q8UWChbCs+z1FBQOLrY7bFaD0WT2BTJIiLL8aDhHJ5tEf9bKxmyafYROhxzW2+XwxAk3pgSy42R3 oIBbXVDk+UE0Fez2HYEgFqDjDnsV80qrhVq6aVgtsKlotKnoWWKrsU2yCbavDGFeF9bqwjXhSWEh /JW+m804bNBJygkf9XWzHLVY73/Vf8LPZvmX+JnVH/TX+IW1/q1+5o9lW1SjOb7LcsLymUUIWkos zAL3rWo2rwzGSmIsxltjqDnU6KKuQGkuRqgqqLPlhnJZrtZ1rbhVZF+LKZGJK7OvtGeHslk2b7et zdqaxUqyaJZqMsez/CXddML+130xLGqsvWVCX3vsfEs7rhNtF9on9MXaz/e1t8fsjqr2pUuXllT3 t/Bl/6qvJRaz9eNyvuVMzZmv+viddkPtDm8VTyRdqMLN5eStEiRbtaUaP4uNX0E3pL2lhbbk2aPR ivjQyopyt8fj1UXz7R6InrLOHamIRvPzPB6nLLtdHq9z6NCKeDSffvnLwydefnjXsUC/d/a5V37/ xsM/P5VNJVvT0BH1au3DDTdMmvEx/dmwPz373Gf2uXOdXdvDK4qSt9eeePbgxcyjh9yn3sxsXAbL TOvwipmZ/WWWJQ2jZ2PDU3K9sJ8+BNuSREaqnvulbyQmSwugdQhEEiiVzjMidFO9auT2CEb/W54w WkNby4R+UjOhrwpzr6oaUkqXtjuFirBbeLiClg3GI+0XLya/5s+/KTmZLZI+AP+pVy0F1j0C0yuI drIRh/44zeFhT7gS9qhqUP5hejIklmIJu9n2LvvzN/Gd19LXf77P1kdqamzVNuCOttBIlFXYnEMr yxlzuxxeD5v/2uMdc6ev79208KqKSHLyWfr3L6Hms9PHk+8lr/vbc8kXnlzARzIaI1G1kYxTffks 37CQLTTswJH3gkWnYDfhv8PGx0Sw87UxHdD/Q3rSxEfjuBHTtl3o6z/z48E4RwoVcSaUexxul44J Y6bUDc9csOnVHXtGNbycnNz5i4ufLf8bfZGW/C6ZffG9r5Pnk9/xkSxP9tDnKdfgaw4qeqNs0HXT bDVDfooOMxoMS2lUl2vVGG8pOIvftHDFAMrP9AMRE/rO91M7aI3j3RkGyci6/KFDKyMPUH/R8hmV 08ayjdT/q9UPtoWWZc5BQBoltXQDW8w6wJXK1HApVbGQYMeCTQgJpYIo1Ek2sKlSNPvF52/m7zrT MsH25xZS0teCV4DL1bICmEj8ybP8aY/g8jJGL5Bc1c2GEQOL/mC04pXRagQypLQc8I9w05sGnepP nWUjsAoCGaZmYfHHMcHFGNewwIHpX1lAEv6KcTyijeP8hD5syQmYdXVN9QZpcOwu2y+HlOpoORXo TR8kH/ZLX32L4D5GpqfOihapFyddiDyiNqwybDTsoXt1e5U9lsPKO4p+ur3Z0xyYHlxoX+RZFFgY 1FexKnmoMtQ8jo2Txyj15j3Kr9mv5F8qvzR/zH4vf6h8aLbbfCEf83Fmkgf25tutNwetJVZm5czO uptIWacmwX4XyHGdMvrDH6S5iTZesBBSAy7CE6dYgu1e5vXYbTo5kkPstsqh3hxZJ9ttHk952dDK oXZbNMrKfrtq67aVv/0o+S2u5Y2erPik8nQm9e48kJyVbD20HYaU3fSnh7Z/WTv1liR+r0GvvRmL yV6rxbo8iyWNAgcKma4qN7E7ENAiYC/Rwq5ZEpW62Q2H9YpEiUmBDbYJOKOsRTVLRAyKITEhiqLf cITugTUjTWzVE/ippyH+fEsfSI20hMN2WVcxNLeyXIgmzz7x3q2UlZ4RI9vGpHJ/dT+njHJIYiaM IIvWqLMO+g4FejLeFd/2nfSd9J8M6EdnjM4cnTXd/6T4mG+vuDtTLwdCpECuDIwVR/tG+0cH9Lm+ XH9uQPBExeniRt9TGU9lPpW1N3Nvlt5BsmxZoawhWSuy1mdty/ooS5/F18XjcsezmM1kzeIEzDgN qyAjNKUPN/ZMF6MmK3cFR4KmEhMz8bUz7XZKyimPBwYESgJB6ynbSubPvryA5znFtVdXT+BMpz/W fgYHfqylvRp8jtrLYy3csUCyUr2d9io+hk6rlqkWW5Wot1VJejtye1Xatt+8X2ajpzapRiXDn8Ey nJRb4PAg/G9p5pTRMLnpOMmAepmJlJU6PWzYsGaK06GF2sNDHZWgDbD+CIglb2hueZl2PMiirBNN l/JtHV/9IjZ8fnPTIn3yCz/Vv/XxxasnlCcvXO2hUvK7R6ny+/011027Yf6Nd2R+8e5fXpnbNaf2 fGOUr9IE7JUMrFIh+Vgt2+D+lZvdkbklk+0WXpT2uA4JR6RDrk98n/r1Hhd90POgl4XhEBWp1+kJ B802k6Gb5qqmSWaqmreamdlMPd2Uqdags8TJnBy9zt0ZEgXKD9pAV6A/rFMZqsXd+eaEqRdrYPLY Tq0Nbg3uCu4LvhqUgqd1pybl0txAzHPKu5KeIv6iy2vRl14McLyWPntVScvAgvBV4bftffz04axQ QynHKpAK9JEWJ85P7C0Ne7pKzxU0jmTl2Ing1fysJZGc3AnUZl46+bqVS68d2hBcuqpp3NgFxmR/ xi1v3H7iroUfrNmR/PP7bye/pfeFF926vu3GO92fC4uvG980r3XQfbtmrr9542u3ZRy777Xkuc+x n4BcsQ54NUDi/kytMoXMVYrJb4qZpphuMv3RJPeZqSx6xDyxwDzWPNO8x3zY/JZZoXDgm2SzTjIY zTpiMpnN3fQVNSCILgGsmZlEs2BmooHoVHOv+SRujtICCPeMHjhERBEABOEgB6StBoqVYarDhlCX V3WCLmCtYWsZY37LEXoNHavt6jPtOFAnnG/RNnYNBFpINhyFOMI5Dh1VnMWK4LFWq/Uy6RabrjJN MP3G9KlJImmiBXpjkHoraLm93B2xUztla/pfYHd+dehQ8lxyH82/IPzs0g3fJD9m2fSfSSMobiYo rkLaDb5gUwv1lpCp0jHGMc7/uPmnlh2OTyyKw+50hO0Rx30OsCNqNgALDru9m3WoHovZZbGYHQYX lz9UKjTSbWB4PyKvwxp1ZZhxUM9QzUFDiYEZOCEadiMuolc1ujzxkKvUpboEVzd9SXXZ7UFbiY1d Fl95Vxt/l9NqtYhWG8jxpJeqXuoNBDWR12FeSY+dJFSFZ2cf2At4RQ+9eoBNgtefPwOO0cILnF1C JgS3QEVMYx780tIO5HLUWoBa7ejW6FWj1R8Rar4TeNUNLS8joFCcFbkzqc+0YkLT6ttn3956Zhs7 2/+3QTfMOUrFxVuTv04RenvWrCVbt23YcFOYfZf8179Kkuc+PvjQ65+AFq8DxotAi17obcfVETca l+s36Hf490h79C9a9jp7LIfsx5299hNOs1saaq+zrfYcZO/bTrp0R8kJgItU53PYMkJgWhyF2UBR xm6rORguCbO0sL+7RqGqclJJKQLCiyZ17aMUqxJWc4JiCXY9R6q42y1hO6/MPjXJRE2BPN8phz/3 ytZOi9rn00z2fAsQOHBicoLk1Mj3MkiNSlGNAwIrkLGwZXGAEvBC6rqywWXRmjxnmDq6+Q7b4qcS 3yUvnviv5B9p0d/2/L7/mTWTJy5qmzq5TZySPbWxo//O5PkP/zt5jjbTTfQROu/opS83PbZ6y9b7 1oJKr8P+9YFKjeT+HoQKn1aHWO1xgzFgHC4OM4yVphv3Gn9h/I3xY6MhbKRGQUeCxhIjKzHWGCcZ BSOfsfEIF7Loy4cZo6IOQTrYml0lOgots1W1sEkCFQJmqJimASyATNqrsR8hKUG+sfVppMPnr809 BsnLLTPmDTscldcJr628cDdN/o+u7y3xGSr9x/Lk+KTzdVrKVv0LNDkl9WfRi/X2wb9bSs0HS/VZ wXi0O3VRvRmFt+1vO38n/U4nLretcK23CVFSZBpKRpjqyTWmW8W5ekhF7pX5G/J3mHf6njO/6Hsx sDt7T/7uQS+W9gQOZ3tXOu933u/akC/uwDruAKYyB+9EKabwcp4wmE+9ZvCkwWzwEYTTZoJgbB5f vC1zXSbryKSZmbKDK5Wqgm6lBWoBK4DfXjU7zDU5k3JYDofO4TUBWQqeUlbGTk2yUmugzH9KWJl3 yuMfcoVkrpwGmnjVUgNdzKadAzGoZhraOOo02hk4CaBpxWJU07MGjk/O98VITj5XvZw/ICHhB2U6 9pa5n3/w3tkbW1evTfb/7p37nl7RM2tSY+usiZNbAyubr1u6rHnhfME7+JnW5z766LkFu4qGHLvj 18nFd55a+TadPPWGWVMnzWrtv2rZPXetWHjXQ1w6rcXquAZ240m1aYS9wT7fuFq/Sf+i9KJ+t2W3 8yDpEQ5auu0HnG+Sd+29TnvcOd3YbJ5lv9bZ6pT90krP495PbZ+5pEVOGBv45gxmlGBzctxhY0q2 cAgbkyPZhprw7lKFTlI+U84NbM6O9Ob8wYmcgW7Yn2bfqUkO6gjkpfep6Qf78zKytTP33+1PjX0B wQMcrBL8ilXEsTX5Bo3kRKkmuUCDxTncQm2GqWOuW22/cdfPv6PKbz6j2cmPvn75Q3bDXddOXIj9 uYROyZ7S2HHpDmr86DNqT+5JLk/emnzqsJC5cfsdDzx03zpgkVtvXoWmqoOeUNtDdKlTqlJZFZcL cNFpBFZQEZdVXHB3Sm0M56MNF9imwAsLDCWmYaRSqjHdSG5k84UF0iL9QsMXgnW8jCNYoYJBUUSd QmmI6KBS6GRFFEOS7JIkWW9QA1kjDfwVxkBW3JDHBEEWeVSlapF1TBIRJqE3eb0B0s1mI94Pz8Bh tQ46SjfLVZWgQkuVdQpTjrBcIqKHEoI87jfeMPeyJu0H94MBwtc/ccz8uj+DGUDVrame0AdyhvUh FtNUnw13/XLDYF8MmQ6GhA2//GX6hD6gxBVznMS4PNmQMCJwJxvm7h4ipJKdetFwJJUEpi7tl0XI lmnpMi2bhsMC/tGwUxCkV5O/WNd/6PbkW2wErSp69y06IdklHbm0mYX6T0OpgIePSHOAeScJwcJ3 Sq1ZWUQXWVYV/Vm8IIpK2K3IBYPCeR5H0D3JzUrd+9zM7XZFcvIcTn3IlQcTbUZ+m7wOLu6Ggvx9 4BzAJL4/iePAfgD66GB1cOPg1sFtg9cN3ja4Y7A+NLgUrMSVEyIhZymEym62pat4yJTLakk/RPOW 9gsxfuC2gBNAmOFJYwSacO5OrevMqnLjJZ0Bnq3b7+TyeDM6XT5bruDKygOfDCFI3VxoDJdlw6Qg a8IhtGpZCkPkL6tMG2CiEcEeHriJRraz8a+8tGHGkln3b2t5ZsX45OdJMy14/edF11zXMH7Qe3up oyM2aop6+7vSkazrH5+18OVY/rG18463m/VMfCv5c0m57uq6aYrU35NcpZhaJo66vohL5rNTZ6Ub oBsHyEfqxPuVTa5Nnl1kp/y28qHwofGfgpKnFJgKzIWuQs9yablyv6TXOXVer9PrLWRFQp6kK5Ae l3YovxLeNEo1dBLkpGtthJ6Gc5VpOpHdpxn8ugygF/gRVa+vWNRbVIsjbmmYZaWc7apuXxz6UoGa 4yg2CNavLdPJ10R7VKAUrNyd36GjVl1QVwoJE6vXlbFmYF2wGhNtOMWxKPxIPw8h6EyM57yA4wwH OVdrJFmMhDiDCIe8Hm/6aIceDBYh1tDgqORvvkr+IbmRrqZxan5hXlny94HnV/zs1+90rNjLMmae +5JuRbTJrfSxXTck6peu/0vy2+RfvgJxMsQeEWk2KNQGs8latbwA2/1q73xxvkkq8lZ5x3qaPYs8 UpV3aMaGjMel7UYpaOdk6XTkWW16f/4+fkSnaZLPSnWuC9NQuBQs1e4AFdpKbQwS4pau0L+lwisk yGfZTjkZeT2aQQgkBDEuTUQjwRxh14tGHmVZh1vv7m4trlww4d45z/V/QAs+vbNy7Kzq6punjDwo HcmMvp48+58H7+2Y21AUFF+/VGFxTH9z795DCxzaN4ePQUo5h5kayTb1Kr0EMSNPdgQlWirtk5gk KYKYB4OAQckzEviuGwQ2Fl4AagyEzKVmFeqDqITA4ko5SWBGph/OSFtAyCPVmiD7v7eVhP2UVSVh P2Fb8ez7bcVNnLDNwdLjhgCrpcfEmktfstP9IaFcOnIxefSbZPs3oPAdGP16jF4hS9UajF6W8nQh fan+Vf1nerFEvw3hzHqSnoKC8dcgUp/J1wpQd1ggZCw1MuOPx2/4d+PXzLWcJ4B9Qhbvr/4/49sh 9PWPYPP6n+Jje/5i/8N8983B7juO3RcCh6sflt2QPV23Qr/CdJ9+vek+7/oMRfbKGQ6vI6PAXuAr CBRk68caZ4pTlRnGG8U7xNW+ZYFDlkO2t81v2X5nO2uzCJlyiO86NRiowrdeBKtCPZnFsuLgG87R MMlJnXy3OfluK/IUWxFTQ0P+WajOd0xnwVBIwJRzSiEh+fM7DNRqCBpKDYKB77rwml1pbjiw67hj wgabtXZepHcfNh9Xmav722PcdDGwAWkFTDgQf3JBjDAvlIcgNGritdvm4KaoCqGGrWlJ7jr45+Te l3t7Hnwfyl35oOQnwZfWvf75F8dajo5mGd/0d8/Y9Bpd+MHndN6scZ+/W3nzXRf+nvwu+d24+BHM E9/q0gNYYYEs6SGgma6yeBzU0tsVydNytcbljRNJlRqlddJpSQpKrVKbdE4S10lgWEwgeiZ8TAlJ kNNE6OW8i1PrSdyJ5FZxyOWJLx1wxtRoNuH2pWDw3ND4AC2Qjnxbj3E8DUp7XnoFdu2r1ECjjj9b BI8kelEKwFL7w00gD+n5/nCZaEtyNQ4YTT+aPzXsfpoWsNPSK9+N+4ZTCsgFQtkRYmI+1WgUovqo Ebo6FbApVCVzeNwQGj4iriAov2sgV5/LHIxaXGRFb/iT8pUB56bB4GSZok0JGiJskBhSSmCQXiTO V240rGSrxOeUvYaDyhHDBeVbg2eXuE3ZZXhL+ZXhd+yU+JHyseEs+0L8XPmLwbxSWWW4lz0g3qs8 YNjGdE3G+exGcaGyyLCC3S7q6liDWKc0GK7TX6c0GXQ+Q4klzoaLcWWEocai4+YFWVEMbhYQvYpu QOUPAlEGRTLpdGWyxQQfHgzFTN+oN8eN/KLN0gL3i1615MeN/IKqp1QbLxj1AhdQmc4AGwXkmBoQ n3fAGtZCS/psH0Ko8VZBqxyhwq2lhES9opSljR0IwTaUCQx2D4bHCCaRMZMBUplOH9ScT+YuHotz BBZnTlYzW9Lk5J0yNS6V6VTdWj3VH1+LVThuDBlNrJsNUx2gIxUdiYpOpCzIRQ9q7jIPWQ5j/nko nDFb9d9s1QG/rb+9v7064OMOHVTYzrRj8NzhUFON0XLV/Xvpa0DSck6BkKVPnd5vDHGxCocbfhod Ii64vQVkQykox07B/h+mRxEVpaPHkn3JT5N/Sv4XhCuf8MW39eI9363hCdy4GdznLLiPFT7YZ9Vp O6Qd+p2mnRZRT3UWvVXny/etUlY6dCvtq9z3i5v0m0z3W+5zbHJtdG/0bvTdHzDpHHqXLuB2BFwB nzugcxabFX+xTvDk7zNQYrAZQmneoYZKs9Ss1qy2rHVZHVlyKOtcFsuy5XcQym343AfAGUzmmjeu MBhN2uLmDdi0a/q4Ut7SDlkpDrGIc5D0YU6oizOQtLWyeXTZzxdu6kIA2H3JNcnjyZ7kGjrkz/v3 /+nTw4dPsw9P72zrjA2HeP9E8unkEhzpi/6VTKVSly7CN8I0WfMY9pYbXueL6j1V1nHW63Q3Gm80 cVt+R+SQ5ZRikPWywav3GIZa6i31Vp3epthdFpfVZRtqGWq92rrccrvtA4NxlbLKvyJro7LRf3+W rHhcislqmWJZbllvedTyM4tkCZlNLrMZrmW32evJc9pctNXV4WIuFwmF+RlqtljcRA8T0DE1n5ht MHZ+mJHfISfkXvkkrLAb2iI0FCmNsEjY/UNukjNkQK7XuDIk1ZYBOVUjp+8PJS6LVm0YHGv5gVVI Y9MwYIJ6ytLeQLgGnWFhMItE7BBFL0uiED+X/PW3615/rfWuG7uSP/1o6dQbFlT//rc3Vk8am3vg rHRk0rv3PP+7zGH3vwQ7SM1LzeH+p4SJuU2jxs+EEQ/8azz00b+D1gbRk+pVPfburEMFbw0SIUy6 IUy6fbH50vyCZfIq87KCj00fRUzNhmmWaTnNkUWmBY6F4cUFCwetzLo/a3vY5IhwHpcdjPNcne8P xCfnTI68lvNaRGzPaY/cnXN35L9z/jsixwxF5tyc3EiVOR5pMDSY63JGR240z4/cbl6ds8m8OWe3 YY/5hRynYlDMco4c8Rv8Zk+OLidiMMPuPN2n+kPxJT66xLcL/pgjbD4s5r2qCcdqBs0odglkLOXn 7LhAKM5NhI0IZdpGO+C770VY5N9ENVBlg5+muEjxfZ2CVU91euPeBl1+NDA4mN9hS0C2a6Bf29My kb/4/QGBFt8c7SfqsGZNy9CcUOdjS7loy33FsTPpfGnsDPhDet9rukcO8JGRNRL4ODmQ/6nTWZUD 9CBD7a86HfzupGp1VJlDjiqDlqy87gvVYkKducrg40nTWdKqGr9ediW4hxuGmytyKoDHcebROfWR 3YYXcwyaZTYtfF4xfOdD2NTMHN8f8zo4lL0eUaMsLoePp6HArg1bH77qmnjP31o3rP36RYRIe3XJ U8677rp7XMmgYTRxYvkDKfJq8i/Jj+inmQ9vvH1yfFyGY/CI6be/0vbGgr+/a26fW5FTFc8rWXDL 8S1r/nATBcdFrCTO3h7sYR2kvEiJUiqWSo1KG3TgbYpOphLLg2EbESoKVGZxLfdN0WLVIOugNSOM HYIpbu2CpRGx6uvYNiYyv77/5TQ/gsNkP8OqcKsZBDtcoDGfAbPm4h6XQWkLmC4c0WC8nyUniA8m J4qvX7z4Hf/DAo+Aw+ZiVH6yWR2m0+sUnQ1MRLlaf7Wiu06Zbttu22Hf6X7Ss8d22PM79+fyBdlo NpmgJujynIrJGDKf4McQ26LmqBmNGa0ZQlvGugwWyijN6MjozRAzKCSVkL/U3+sX/Fy2DvBjBhEG LZwRcC669IJW5HyUa/h8sO2w+GJJuAI0tAKnhc3CYDrh6/YILTA6t965Zl2AFpTefeqV9z9e48rC ufHn48Nm3LJw+ytC7FIyefGT7c2zn5y25gKwnkpBB5qK+cnU0gUrpJ5L6o4qgQslUwPD4736j/C5 wsfix5LERYNV0g66nT0u7pR26fUCMcolei5+tOpXUp2feORCEpXHkavl67CKAmMhfFuIxZWFK1YR oZvNUY0ygRSPk5oy6Qibzf/CAidto0jXiuvEz8TT8Ct2U6NqWIu/LfGZcBpiEvbqQfTAQX2EGvEt LewhpbBP+XU/sIdgh7Wcb2mJ+bh+nz6H+358CqdlFW7m6O2yaRJI70HYQaZC/IDJjxtDuBsN0fAx +C1xBuM/M/afp7X4UGEhHd7/D+nId2+IV0FUBOb6gbkmYE5P3uSW31+oI40VvQYqCqIk6ETE/0rp cohR+KqpVhOSddzzDjuvIOt1IhWYoCD+yqCn06FDLgRmZEmCKINIWsNR5sWzZeY9qNPpQwSyifcw vaKFLehS+NThMqj2285ABklnoOr03G0XzvCzIu3pSgeacFzo4UxA7tMKOAOrN+i5cxyGDHhn0jO2 M0//WToT1u5r6bT+zxFPPbn/GKu79PP+x7HNxqW+wFcWI0kEX6C2q4t0AX2mlOUJjM8Ymzku7/e2 z+zKUH+9/7roAv/C6P3Rn/gfCeyGQ/ftwDsZJlk2uz2y35MvF7qb/SvZ/Wy3fFB+Sza9Gv/YxrJy y4bYB5lz1djgeK6aU4CLPyu+JPcSonXqNcdtqcUavyqLcq9uIutfWWJW1iBaTlTUcimEkWlhNdNe E1YzbLj4AvEwvhA7KOpMZsMgrkqgTcvRrOXoMQg9VNVlzB4S1RcqBebmoGmXiUHiS0HoUy3w+gYm xWm8FXzgIU5u5YXhWV76mZdO8s7yLvEKXn/54toBmWcpeH57XwtXh2G94HdnuCcc4mIMjAYionYC aMplLE2HnQgtam/uu0yUuanewxlZ8am583JZS6wZBMmDiQQtAEijTM6qEbMBm7THDcuzN8x5tQwL KjdLQ6xCjDp3elBuhNIsqJormM5Pxd4/cay7QcjIS/7FaNMJY59ree749Cd/8uY1jUsaptIbhv4l t7Kp7pox5TYj++PgJx5t3nQ42f3AfddkVvr19fWdG2c82JCZF8qcPGZE8n1HmS+/esT0smhl7nyg fAOo4VHsASu++3q6hzjgOhhirKrMuDqDOabL0w3TPdN9zZnf6OQKcYR5hLMiY4zYYG5wjsl4VPe4 YjBZoGCRABahU9K5+Fo4jUYrMXjD+kAbYs5shUyIwrBUqJpoG+HWXH9WTRrf8ID09Vf/eaKtfSDQ A1ImV71gWqYto+E8XyAvMCzwLPAtzpRamrG7uUYG1CFGn5uZ891OMNArsieiVO7pfD2Z7O+ZuV91 xMfd3nLv+oXz75eO9J97NHk2+S94KD+Z2fwUK3p+Utuulw49AzWRkmmYew12gp/8tzq5ydrsgLnI utix2HOX73b/DrbD9JbtLd/vbB/5vpS/1H/p/NJ9UXYOcw5zj3eM99T7mk2LTbrhjkpPpU9YKa20 bpDut27yv+DY4+lxHPIoFk6xvow4zw86XHFLuZnX+LPjWg4fk/kIvt0xAGcOu5Go6EpU9CPl20Cn R8B0RTSFvDrKa2mYlJh5wRyehOMokKELu/yBpjQqtegTmOBi5/ti3AzQcgYUy21wyNPGKeB0QOHX 7PKVEic6LsKDFMUhyb9a5k5afNfamxoXuKkrdv43Xyb/Sj19r3/OviqbMvXhvcefmrmk5Bev40sb +CBo3h4ur08F7rjljdPNNrXY0Sw3G5odaWrZCdK4qCht2euy2XAhbhrujvvHC3Wm8e46/+OKwumk UzJyqlEtRp3FiqUweAst5ihciYWq1UoCWznthPX+rKZqbXPyGbZfSFOMduqndRJYF9s5rZgXy4sN ix1papFb8CVExcAEoZ14oZL9kFTE2cnvavfPOAzbxeud91B/v6OkbvXsjesXztvw1Mxmmg/p0UL9 jzLbpba919z6/HOHn9mF+dZivvmgFRfJpD/rITbsk3pj1ePKE+btthekPYajylFzd0Cvd9Gx7Gq5 3jAp+wXzIflQ4G3DO6aPDKdMF3XfmM2Z1ky3Cg7hVi32uNX9qvuEW+AG6y5rdo2WW7zI2YMqVBZH o6UVEZE+B5dyD/kz4rTcoZlzs0Jpc25OYTqPFadzX6aWq1aw0w6gFEZRRmY5HEBzl2h0IBpzmZpr 1JEwLXGniagke1b2kuxd2WK2NaxXzdY4ED7ADWM/suv2QchVXT61wFXjU7OtuIAF+zivBouLNdf0 a0KwAxNBDwefEDppOfrxvPNyV7g7OIj2nS6PRoWkwifViSDK7lSiSzGM1G5rwzVQp/HoM5yD8uAb 1WVRgSULf6mFvx4GbG+N9ilus+YsgSkIdv5yTboCt4DJWY6EIFBxGidCWJO1nNzopZO97FvqG/rl vuRf71tMXR/0UYfcrwr3zB41I19YNf366mpKry154pmDD38KWogl304ev2vLWHrz6rWjR9/G+YYP G+DP0KM8pFuFBZsWiSFbyN4srvNJevFVH3N77Mzl8NgtTsRfW+C6szGXorca6SxjCqZMvhAGmdqt HpryII4Gt9mIp8fHchC0nC6DUl6jnwTDi6AvsJXYZ9mZvZuKqtnijDLXLNLh6fUwD6cJxRT3+L2r etjidFBCDCyVRyhfaoGA7D9DfDi1uB0UCT7T9qoyhHdYB84hZzk/cbA5dPzAcbt5RAdCMXxPVT2+ fNVt0dEjr6p4//3k2afEaOP966fk/tJWNbnh00uHhXHa3k9OFls1CaKETlTnrMzakMUcJnPbkPvN 64aIIQrdWCil5axcUOloNlqYaW12NedNL5weay65yXrRftHpGGEu94woKB8EpdDTUFA36Jyp32t4 CGc2wpeNRSZzvsXjdRebTVBbfLl8BxzUdoC2ASx2jUi6jKZ0XlCU3gCwNGrtQ+LpjaC4M7SDfxaC 4JZ1Bq35PLMYijnCjW6dzy8XFRqjAR9nOorfHwhsHUKHgAV1qwZSnht2+EuvcB/uFeX8x9Zn69fU Dn5Y9Z/n5kf8Lp//PLoaG1ujYCyORr50IEA4HRjM5bWBI65d41vWxa7FeQsLF8QWl4BvkRYvgsVx qmnnfgV49AABe2HAdUFHCEFQ+KH7+nZaq88qmH5rZZ7TvKb3o7vmUPrqm+uobmTb0a3Jv//x0r2t Cx/auGj+vfX5w9zZYc+QyA1Pvnxw62+pkQZ+/tilq48dubG65yELu/fFp5/56fMdT4NhPAJCfBl8 ncfKr+whCgT7GruhRlUaFbZOSSi9CP74WpGCSquyVulAhSTIOgTSC+DiqmavFUgLZAJZQryagelw ZmD1VCWcGxf9+po0O49dseJCfwN5aoZ6zZcAfr6UB0AgvEgLH02exReph6iYvPTdeDH63SfYIpug Zc7CCI3kH1wP+LTLbK/h2oV6l784roPR0innKwvkfYZXDe8ovzZ8YjBMEVoFZtb5lHr5Ov0KWTqk fCb2iZfEf8rSRN1E/QL5LvEB8UnxKekJ+QndE3pDUHTIMTEmFclFuiJ9iblBbJAMkMlgqNAbJIMC L7ARPgz+YYHRqNfBwmYwInj5FjUgleirgvAqzTczY5SuI5S7APymmjsGREw+bz+iP3xwl3H9BmeZ Zh5K2xu5aK+vvkxNQuqdTiU84OLlRkayFBIll4LSUr7OvgnhtePojORjMLi9l/znvVATL9AVyTv7 b6Cfbkq+jFd/v5pTNKu8WsjXEjZ4tk5K4Bvkk9LXaVP8WqkDFVI6HBcyG+VErK0agnL/z6ppTGSp NhaE+A5Y3tfAOr4TXCGfjughhYBuwbvAhU1u2WOKC3F93BeP1LEx+jG+uogpJJQUTlFaC9cV7ip8 Tt6j2206KB80JQpPFp4utJDCksJGNLxa+FmhXKgGMuM1uF+nNUq6sKgLZHG22WnQcQ1BzRZ1Nrs9 PyMzM5oPq6dstUUddnVGRaudLgEhdbN61RrIiGZlom5JJm2FRxN1B/KgcHOJo5OQfMy2y6rU8Fwd inHno2u+WotUjZSbH89Xh18VL8k/kf9ZvmDND+avyxdIfii/ND+VL+b7C/6UJuwBSzB4QppXVMPD HwNLvoCAFGSa6KIptjAxg4WAOWgxT8DnUhiPIc7EENkNtuzxaloCQhax3PF8zqNlrah5bXhxDRW2 9C7YXlr/7PXLny3ISp7Nyp88YtHg5NnsmqG1i4qTZ8Xowy9OnTZt6qzr63b2N7NZPx1cPXbL9iRj 9U/OGFS//vH+S6APeDTEZqyZh+xSfTqn1zlDv0gv4s8XYbVsdfo665c2SeYozrLrLGbZZDRCVGM0 6iFqKDe+Dzo0HgIOCqx5cnLj23wdPtbmO+djX+PzD4MxaoIZtbAT1lbewwqQDhM9By7v9w7QFCzn A5iC2oWbC1qFhqn0xoDlWZPyEIQMP+plPGhIgtNebE6ezZ1cNW5ZDIxC2vJByxOTgiz75fnDGtd3 JoNi9KkDoxetv4OfWddCfnsCMzVD2t+hjv2CntV/4/zGLb7NvpCYwy/5FdZsm+6c7mn27WA75Z36 HaZu5bfs99IflN+aYKKXvzDb9uh/zf5DfkP/lklart8kr9cLoC1QodHLUeQSda4qXaA1ow0ROpYw +ZF4nlZyNEO6puBw7q8sti2AzLrYJ9IWsH54kOMOrD2CAHmEajTvB6FJ127uf+p/aDz5q69+kvxm Mw1tv/XWxx679dbtLOcBKm9Ovv31/yTfWJ964acvvNDx1Asv8PluSd4s7sB8bZDPn1AHD3OOdTJH XKgyVznjGXXCOPM4Z13GvzIUruNdltsv6P6Vgb9pJf9Qn/MYjfgm+rI+Zy+0WKxRm00T1I3/W6Ob 0IcwSHhR/o9OpwX08fOO63Q/kNN57IWbUzpXRbhSx0V1HH8DDoUtVC5/5cYeypKXepq2TsISex5a MOee++cu3IilbZyX/K9kf/JC8uP6af1fCj1dLz3dtefZXSDIDfBdVWpzf0Et2CFRxUKn4OOW5ZJQ 4miyLLK0OUSDYjUFTWyrKWViNaZJCE/uZivVQp0O9C0w2VCAT1WUUhgvRSWw1rHLwWY51jr2OU46 RIeNROHyg8xgZGwdDM6M+u01PTQzLYRBBuNCAr4b4y4A/4S0GIbdDuquwvfnHBXt+FM7XkTsVGhR KGXDsPgg7zQm0gKZbKcdnKJH31TX2nzd1VeNuLZEjO64qa7in4Nr9yb/B3MsBT3bMMci9rraK9vl iD7fa/dGdjp2unbkP1ak6Fz1LuY4au6xvB3+PHLRfCFHLjRPM883P2bc4diT02PS1UbU3Lrowpx5 0Q2ODa77c+7NVSqjY+R643jzJGt9eBQs8bn50UpTRZjbnStydbJBsithnznflJOTE9Hl5qiDbjOt ct3uXlG4vGije33RE+7Hig7kHIiY19Gt3gd8jxe9WJQYJHvDHjUciXvUTPylMw/9DCJvuT7cmLc1 j+Wpvqx4XoAbc1QvuG7jIFo6iJYMooOyw6U2aiunYU2iA2fWcnRJn0s89MkfW9XNj9VL4Laa5WaA g2gRQtwj10fSR6laIVMqUw+N5gwN14en0mbvPLrYewG+OS8TA+EcVuA0m1hBYBb8BfUFxsYADdQ7 dZCZ8T/9aVfa/NbSntFDclK/7oLEiag7Lec2/q7sXH5/uiuYi5BG5PCI8Hs1A4WbzHRoTn3OTvOj Ob/M+TBHDueYzKKImLG0TEvKuXTb5S2uQa4pQNp9Tl6c52oWzj6ihUA3UrEVwWXnKAIGbJq3Q9R6 Oj3oSak6Af7XWeI5BOFiCh4V4rKn3KviuV4VWpVXraiMe7llzqvmFeKC51q9Qc0IJnqnBVRwb2uA NgZS+IoyPXnN4QHccjMC1x94bI8m8HKdDN6PtCI3YHMl7fi1pL+SyE39Ct/pOWqsBbiEu1NfHTJX mVymKl7sNHGfx1/2G6s01Q1/fKn5Siwh/+oB9jAQHXQTfgZqJosB5wWP3oc8HC2lAcetc2+pzHO5 xyVfnrnmk88/+bAg+Y19VtOS0lBmlL7W3HT+64/7aUns2mkFmSUht8veMHL645uPPbRlyMhRQU8k 2525YHzD/T95P4FdFEx9wR6WnsaZ8Bu1MESguhgKrcMt4y3NVp3fTXyCx028Die8Iw7moj5B0Rl0 JigMVLUSb4c34RVakfXCjggVrRPGExwEXcTNvy+FbcNkhHO/hJASOgtcgitxBT4h6nVMc9e4drn2 uYRW1zrXNtdJ1zmXRFw2Fw9XF2HWWdVx2SLZkKgEnxihRfa5Ur3cAcI1PPgWbOc1DQ8mMx4DgmAr iBL28gENr4VCnXNxlbfSy5HGHQv2SEV5RZ6dre415mfmj/fNufOa1VVG5e67aUCMnk5OvSeWmfFJ UfnkMUMeoydOf/BcchPw8yC4zBT8HRgPeUr1XmdfaN8uCYrsl6tZtR1/SdB+lumsfKp20eghBrcL yis02KjbDWdOIcyvmpSQVnP/H6QEBT6LAfFAT8/Bn/9j8SDNTNOyQfqIuSI2p6WDlrS5B/G+kJa0 aae9KsLE4ccX37T3GuoPXlszdmkR9e+aNueGvdtZR9J3ev6IScvP0F6oFJinEXLQDMzTSDNUt1QQ KInr+EXmFz2/QME41YVcU2ZCcKs8IVIZYQ96g8nopm7mEAJKwJBDio1vG/FpRuqc6oGdxkAko4v4 jfgzT8Y4GW7cQJQ0SzpgoGaT9iyj4o0jjlShMj4ggeUfy6jFNFchyNdIDCL+FokC34OMslLFLYeq L7MgbjQHtbgu0Qxfms1QY5ikuflLVaPI4IWpwZ9QEhAyUQoBbZ1qNeEvm4bgIhWo3/RL0Jafe6di vgl9LTipWvxa9Kl2r8mnXC/BR0/wUmvulBgOLLhT+C+MsFEvN1M74Vg5nJxK898Z7pUttndpOAns 9f/x4BhPcTHLTuPUBJy2ajjdqW4p0L0jsp26HvoH+lvdOTNCGAP4TBpfgZFh+rFwVNxJl+sMURrT DaXDdfV0vG6n8aJ8UafkiVFdkSEuDjeMFica3hD11ximis2GeeIthlX0LsOj4nbdEcNvxT8YLhnM gqiDiubB50dFhnKxxlAvKm583TbcMNFwk2GPeFj8leGCqCDi71yXw8dX8lSXG8jnjNptssepiC/B EXHGM3xFj1AUtBwqLI6ntBCf06rVkxsXokyBL0iRZKNxoPkcwuz4M7xoNkaJhChiifuAmIwYFyOB 8eGWTrlc4fqhUT9/knmX+TTi8eBGu6WTlcMYdIvq4JYfSGrcFy2S+d+vUTvW6HyfH07EC1qJlKTV RawQdwXF2i/Hp6RLl20N3qo0lR00hKBA8gmmFUnOqznbbWlvXwofZPvScooV5YsZRtwNXZt8mF53 7C06PrmTbkruOfUJizAh+Qeam1T636Pjkof5TrHA9nMtVtVJ4wccBRJ18qn7TLAdemBA1PGLzC+S B3WM02sQuwVqoGg2WmQbI05ZdCLSCB8Zw9jVikO+m+4DqVvNJZYCEnKXulvdwjlsKYB25UTjPFcd mdlxN/caVwmqzx/n0T7dNF9V2P9vYB5wEhLEE2K0ZHCQMTOBzuiLgFI6OKH7/pUEJndQiocstAaG W5GvwBfgOM7bWH3IXBswtUP2kwFTvaAlO3DGBhRSkFQf671BAFgIWwEL4U3Ao1V3/QfG1v8PG5mB p6yBVlaDhz5ZQdP4wHEIYQFhSSAhJGEPXPv2YTOQA6I3AfkQsyKFweHNzscMHNpRB7V0zfmAI4w/ GJX/dTqrOofXBwT6STqZJsVJArMTH9OnP0w7Y5NslQTv8BZHMgABeDU8cNxUneE6iIsBrIAioJEb yAkQiNMfUM97kAb2CVQYkM9w0GEAndxgBD2xAXRegw2DC4Mr8AQ4d+CpUp7Ao2N9gKc3+QNPYApk CAKehRcKPCMvHHjaVCTwjL0YsCsYgadMABMxEIBO42PwDY3wD3DRdizKTMzRdcrPSfENAUoBAGeE 8j4KZW5kc3RyZWFtCmVuZG9iagoxNDcgMCBvYmoKMTg5ODQKZW5kb2JqCjE0OCAwIG9iagooTWFj IE9TIFggMTAuMTAuNSBRdWFydHogUERGQ29udGV4dCkKZW5kb2JqCjE0OSAwIG9iagooUG93ZXJQ b2ludCkKZW5kb2JqCjE1MCAwIG9iagooRDoyMDE1MTIwNzE3MDAwNFowMCcwMCcpCmVuZG9iagox NTEgMCBvYmoKKCkKZW5kb2JqCjE1MiAwIG9iagpbIF0KZW5kb2JqCjEgMCBvYmoKPDwgL1Byb2R1 Y2VyIDE0OCAwIFIgL0NyZWF0b3IgMTQ5IDAgUiAvQ3JlYXRpb25EYXRlIDE1MCAwIFIgL01vZERh dGUgMTUwIDAgUgovS2V5d29yZHMgMTUxIDAgUiAvQUFQTDpLZXl3b3JkcyAxNTIgMCBSID4+CmVu ZG9iagp4cmVmCjAgMTUzCjAwMDAwMDAwMDAgNjU1MzUgZiAKMDAwMzQ1MTIxOSAwMDAwMCBuIAow MDAwMDE3MzQ0IDAwMDAwIG4gCjAwMDMzODk4OTAgMDAwMDAgbiAKMDAwMDAwMDAyMiAwMDAwMCBu IAowMDAwMDE3MzIzIDAwMDAwIG4gCjAwMDAwMTc0NDggMDAwMDAgbiAKMDAwMDAxNzgzNiAwMDAw MCBuIAowMDAwMDE4MTQ4IDAwMDAwIG4gCjAwMDAwMTgxNjYgMDAwMDAgbiAKMDAwMDA0NTMwOCAw MDAwMCBuIAowMDAzMjczNTk2IDAwMDAwIG4gCjAwMDMyOTkzODYgMDAwMDAgbiAKMDAwMzMwMDA3 NCAwMDAwMCBuIAowMDAzMzI5ODExIDAwMDAwIG4gCjAwMDAwMTgyNTcgMDAwMDAgbiAKMDAwMDAx ODQwOCAwMDAwMCBuIAowMDAwMDE4NTU5IDAwMDAwIG4gCjAwMDMzMzI1ODQgMDAwMDAgbiAKMDAw MzM5NDE2NCAwMDAwMCBuIAowMDAwMDQzMjgzIDAwMDAwIG4gCjAwMDAwNDQyNTAgMDAwMDAgbiAK MDAwMDAxODcxNiAwMDAwMCBuIAowMDAwMDQxMTk4IDAwMDAwIG4gCjAwMDAwNDEyMjAgMDAwMDAg biAKMDAwMDA0MzI2MiAwMDAwMCBuIAowMDAwMDQ0MjcwIDAwMDAwIG4gCjAwMDAwNDUyODggMDAw MDAgbiAKMDAwMzI5OTAzNyAwMDAwMCBuIAowMDAzMjk5MzY2IDAwMDAwIG4gCjAwMDMyNzM2MjAg MDAwMDAgbiAKMDAwMzI3NTY1MSAwMDAwMCBuIAowMDAzMjc1NjcyIDAwMDAwIG4gCjAwMDMyNzYw MjEgMDAwMDAgbiAKMDAwMzI3NjA0MSAwMDAwMCBuIAowMDAzMjc4NzgwIDAwMDAwIG4gCjAwMDMz MjU3NjAgMDAwMDAgbiAKMDAwMzMyNTgxNCAwMDAwMCBuIAowMDAzMjc4ODAxIDAwMDAwIG4gCjAw MDMyOTkwMTUgMDAwMDAgbiAKMDAwMzMzMzQ0NSAwMDAwMCBuIAowMDAzMzMyNjIxIDAwMDAwIG4g CjAwMDMzMzMwMzMgMDAwMDAgbiAKMDAwMzMyMTc4NiAwMDAwMCBuIAowMDAzMzIzMzE3IDAwMDAw IG4gCjAwMDMzMjQ1OTggMDAwMDAgbiAKMDAwMzMyNTQxOSAwMDAwMCBuIAowMDAzMzE2NTgzIDAw MDAwIG4gCjAwMDMzMjE3NjUgMDAwMDAgbiAKMDAwMzMxMTcwMiAwMDAwMCBuIAowMDAzMzE2NTYy IDAwMDAwIG4gCjAwMDMzMjg2MDMgMDAwMDAgbiAKMDAwMzMwMDA5NCAwMDAwMCBuIAowMDAzMzA5 MzU0IDAwMDAwIG4gCjAwMDMzMjU0MzkgMDAwMDAgbiAKMDAwMzMyNTc0MCAwMDAwMCBuIAowMDAz MzA5ODU3IDAwMDAwIG4gCjAwMDMzMTE0NDMgMDAwMDAgbiAKMDAwMzMwOTM3NSAwMDAwMCBuIAow MDAzMzA5ODM3IDAwMDAwIG4gCjAwMDMzMjMzMzggMDAwMDAgbiAKMDAwMzMyNDU3NyAwMDAwMCBu IAowMDAzMzExNDY0IDAwMDAwIG4gCjAwMDMzMTE2ODMgMDAwMDAgbiAKMDAwMzMyNTg2NCAwMDAw MCBuIAowMDAzMzI4NTgyIDAwMDAwIG4gCjAwMDMzMjg2NDAgMDAwMDAgbiAKMDAwMzMyOTc5MCAw MDAwMCBuIAowMDAzMzI5ODQ4IDAwMDAwIG4gCjAwMDMzMzI1NjMgMDAwMDAgbiAKMDAwMzMzMzAx MyAwMDAwMCBuIAowMDAzMzMzNDI1IDAwMDAwIG4gCjAwMDMzMzM4MzcgMDAwMDAgbiAKMDAwMzM0 Mzg1MCAwMDAwMCBuIAowMDAzMzMzODU3IDAwMDAwIG4gCjAwMDMzNDM4MjkgMDAwMDAgbiAKMDAw MzM0Mzk1NyAwMDAwMCBuIAowMDAzMzQ0MjUwIDAwMDAwIG4gCjAwMDMzNDQ1NjUgMDAwMDAgbiAK MDAwMzM0NDU4NCAwMDAwMCBuIAowMDAzMzQ0Njc2IDAwMDAwIG4gCjAwMDM0MzEyMTIgMDAwMDAg biAKMDAwMzM0NDgyMyAwMDAwMCBuIAowMDAzMzQ0ODc2IDAwMDAwIG4gCjAwMDMzNDUyNjggMDAw MDAgbiAKMDAwMzM1NzcyMiAwMDAwMCBuIAowMDAzMzQ1Mjg4IDAwMDAwIG4gCjAwMDMzNTc3MDAg MDAwMDAgbiAKMDAwMzM1NzgyOSAwMDAwMCBuIAowMDAzMzU4MTM1IDAwMDAwIG4gCjAwMDMzNTg0 NTAgMDAwMDAgbiAKMDAwMzM1ODQ2OSAwMDAwMCBuIAowMDAzMzU4NTYxIDAwMDAwIG4gCjAwMDMz NTg3MDggMDAwMDAgbiAKMDAwMzM1OTE1NCAwMDAwMCBuIAowMDAzMzYwNTc0IDAwMDAwIG4gCjAw MDMzNTkxNzQgMDAwMDAgbiAKMDAwMzM2MDU1MyAwMDAwMCBuIAowMDAzMzYwOTY2IDAwMDAwIG4g CjAwMDMzNzA0NTkgMDAwMDAgbiAKMDAwMzM2MDk4NiAwMDAwMCBuIAowMDAzMzcwNDM3IDAwMDAw IG4gCjAwMDMzNzA1NjggMDAwMDAgbiAKMDAwMzM3MDkwNCAwMDAwMCBuIAowMDAzMzcxMjIyIDAw MDAwIG4gCjAwMDMzNzEyNDIgMDAwMDAgbiAKMDAwMzM3MTMzNSAwMDAwMCBuIAowMDAwMDAwMDAw IDAwMDAwIG4gCjAwMDM0MjUzNDEgMDAwMDAgbiAKMDAwMDAwMDAwMCAwMDAwMCBuIAowMDAzNDE4 NTU5IDAwMDAwIG4gCjAwMDMzNzE0ODQgMDAwMDAgbiAKMDAwMzM3MTkzMyAwMDAwMCBuIAowMDAz MzczNDA1IDAwMDAwIG4gCjAwMDMzNzE5NTQgMDAwMDAgbiAKMDAwMzM3MzM4MyAwMDAwMCBuIAow MDAzMzczNzk5IDAwMDAwIG4gCjAwMDMzODg0ODIgMDAwMDAgbiAKMDAwMzM3MzgyMCAwMDAwMCBu IAowMDAzMzg4NDU5IDAwMDAwIG4gCjAwMDMzODg1OTIgMDAwMDAgbiAKMDAwMzM4ODkwMSAwMDAw MCBuIAowMDAzMzg5MjE5IDAwMDAwIG4gCjAwMDMzODkyMzkgMDAwMDAgbiAKMDAwMzM4OTMzMiAw MDAwMCBuIAowMDAzMzkwMDY3IDAwMDAwIG4gCjAwMDMzODk0NzUgMDAwMDAgbiAKMDAwMzM4OTg2 OSAwMDAwMCBuIAowMDAzMzkwMDAyIDAwMDAwIG4gCjAwMDMzOTAyNDkgMDAwMDAgbiAKMDAwMzM5 MDUxOCAwMDAwMCBuIAowMDAzMzk0MTQyIDAwMDAwIG4gCjAwMDMzOTQ2NDMgMDAwMDAgbiAKMDAw MzM5NDkwNSAwMDAwMCBuIAowMDAzNDE4NTM2IDAwMDAwIG4gCjAwMDM0MTkwNTcgMDAwMDAgbiAK MDAwMzQxODcyNSAwMDAwMCBuIAowMDAzNDE5MDM2IDAwMDAwIG4gCjAwMDM0MTkyOTQgMDAwMDAg biAKMDAwMzQyNTMxOSAwMDAwMCBuIAowMDAzNDI1ODQ0IDAwMDAwIG4gCjAwMDM0MjU1MTIgMDAw MDAgbiAKMDAwMzQyNTgyMyAwMDAwMCBuIAowMDAzNDI2MDg2IDAwMDAwIG4gCjAwMDM0MzExOTAg MDAwMDAgbiAKMDAwMzQzMTY4MiAwMDAwMCBuIAowMDAzNDMxOTUxIDAwMDAwIG4gCjAwMDM0NTEw MjggMDAwMDAgbiAKMDAwMzQ1MTA1MSAwMDAwMCBuIAowMDAzNDUxMTA1IDAwMDAwIG4gCjAwMDM0 NTExMzUgMDAwMDAgbiAKMDAwMzQ1MTE3OCAwMDAwMCBuIAowMDAzNDUxMTk4IDAwMDAwIG4gCnRy YWlsZXIKPDwgL1NpemUgMTUzIC9Sb290IDEyOCAwIFIgL0luZm8gMSAwIFIgL0lEIFsgPGM0MDI5 MWRlOGMwNTRhNGZlZGNkMTkzNDdkMjYzNGJjPgo8YzQwMjkxZGU4YzA1NGE0ZmVkY2QxOTM0N2Qy NjM0YmM+IF0gPj4Kc3RhcnR4cmVmCjM0NTEzNTUKJSVFT0YK --_004_D28B6C2A23D18larskurthcitrixcom_ Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Advisory-board mailing list Advisory-board@lists.xenproject.org http://lists.xenproject.org/cgi-bin/mailman/listinfo/advisory-board Archives: http://lists.xenproject.org/archives/html/advisory-board/ - login/pass "member"/"S3gurtasunG4be!" --_004_D28B6C2A23D18larskurthcitrixcom_-- From xen-devel-bounces@lists.xen.org Tue Dec 08 05:51:23 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Tue, 08 Dec 2015 05:51:23 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a6BB0-0003DR-Rn; Tue, 08 Dec 2015 05:51:02 +0000 Received: from mail6.bemta4.messagelabs.com ([85.158.143.247]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a6BAz-0003Ad-CF for xen-devel@lists.xen.org; Tue, 08 Dec 2015 05:51:01 +0000 Received: from [85.158.143.35] by server-3.bemta-4.messagelabs.com id 27/C3-31122-4CF66665; Tue, 08 Dec 2015 05:51:00 +0000 X-Env-Sender: cyliu@suse.com X-Msg-Ref: server-4.tower-21.messagelabs.com!1449553857!4143118!1 X-Originating-IP: [137.65.250.214] X-SpamReason: No, hits=0.0 required=7.0 tests= X-StarScan-Received: X-StarScan-Version: 7.35; banners=-,-,- X-VirusChecked: Checked Received: (qmail 39183 invoked from network); 8 Dec 2015 05:50:58 -0000 Received: from relay2.provo.novell.com (HELO relay2.provo.novell.com) (137.65.250.214) by server-4.tower-21.messagelabs.com with DHE-RSA-AES256-SHA encrypted SMTP; 8 Dec 2015 05:50:58 -0000 Received: from INET-RELAY2-MTA by relay2.provo.novell.com with Novell_GroupWise; Mon, 07 Dec 2015 22:50:56 -0700 Message-Id: <5666E034020000660008DB30@relay2.provo.novell.com> X-Mailer: Novell GroupWise Internet Agent 14.0.2 Date: Mon, 07 Dec 2015 22:50:44 -0700 From: "Chun Yan Liu" To: ,"Chun Yan Liu" References: <1448444775-6974-1-git-send-email-cyliu@suse.com> <1448444775-6974-4-git-send-email-cyliu@suse.com> In-Reply-To: <1448444775-6974-4-git-send-email-cyliu@suse.com> Mime-Version: 1.0 Content-Disposition: inline Cc: Juergen Gross , wei.liu2@citrix.com, ian.campbell@citrix.com, george.dunlap@eu.citrix.com, Ian.Jackson@eu.citrix.com, Jim Fehlig , Simon Cao Subject: Re: [Xen-devel] [RESEND][PATCH V9 3/7] libxl: add pvusb API X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org Any comments? >>> On 11/25/2015 at 05:46 PM, in message <1448444775-6974-4-git-send-email-cyliu@suse.com>, Chunyan Liu wrote: > Add pvusb APIs, including: > - attach/detach (create/destroy) virtual usb controller. > - attach/detach usb device > - list usb controller and usb devices > - some other helper functions > > Signed-off-by: Chunyan Liu > Signed-off-by: Simon Cao > > --- > changes: > - update naming, all places indicating usb controller named > as usbctrl, all places indicating usb device named as usbdev > - update DEFINE_DEVICE_REMOVE instead of creating a new > DEFINE_DEVICE_REMOVE_EXT > - use libxl__xs_read_checked instead of libxl__xs_read > - update local READ_SUBPATH(_INT) macros to include more common codes > - save drvpath before unbind > - get_assigned_devices: call libxl__device_usbdev_list_for_ctrl > instead of doing all things from scratch > - usb_interface_xenstore_encode: use special char to avoid confusion > - usb readdir_r instead of readdir > - check syscall errno > - remove usbinfo definition > - address other comments except: > libxl__device_usbdev_add/remove and do_usbdev_add/remove, in previous > discussion, we'd like to get usbctrlinfo once and pass usbctrlinfo to > do_usbdev_add/remove. However, during update, adding usbdev process > still needs to try twice to get usbctrlinfo. (Before set_default, > if usbctrl doesn't exist it doesn't doing getting usbctrlinfo actually; > after set_default, needs to get usbctrlinfo then). So, finally, just > change codes to make adding/removing process symmetrical. > > tools/libxl/Makefile | 2 +- > tools/libxl/libxl.c | 50 +- > tools/libxl/libxl.h | 77 ++ > tools/libxl/libxl_device.c | 5 +- > tools/libxl/libxl_internal.h | 18 + > tools/libxl/libxl_osdeps.h | 13 + > tools/libxl/libxl_pvusb.c | 1534 > ++++++++++++++++++++++++++++++++++ > tools/libxl/libxl_types.idl | 46 + > tools/libxl/libxl_types_internal.idl | 1 + > tools/libxl/libxl_utils.c | 18 + > tools/libxl/libxl_utils.h | 5 + > 11 files changed, 1766 insertions(+), 3 deletions(-) > create mode 100644 tools/libxl/libxl_pvusb.c > > diff --git a/tools/libxl/Makefile b/tools/libxl/Makefile > index 6ff5bee..a36145a 100644 > --- a/tools/libxl/Makefile > +++ b/tools/libxl/Makefile > @@ -103,7 +103,7 @@ LIBXL_OBJS = flexarray.o libxl.o libxl_create.o > libxl_dm.o libxl_pci.o \ > libxl_stream_read.o libxl_stream_write.o \ > libxl_save_callout.o _libxl_save_msgs_callout.o \ > libxl_qmp.o libxl_event.o libxl_fork.o \ > - libxl_dom_suspend.o $(LIBXL_OBJS-y) > + libxl_dom_suspend.o libxl_pvusb.o $(LIBXL_OBJS-y) > LIBXL_OBJS += libxl_genid.o > LIBXL_OBJS += _libxl_types.o libxl_flask.o _libxl_types_internal.o > > diff --git a/tools/libxl/libxl.c b/tools/libxl/libxl.c > index eaa7d75..a479465 100644 > --- a/tools/libxl/libxl.c > +++ b/tools/libxl/libxl.c > @@ -4144,6 +4144,36 @@ out: > return rc; > } > > +static void libxl__initiate_device_disk_remove(libxl__egc *egc, > + libxl__ao_device *aodev) > +{ > + return libxl__initiate_device_remove(egc, aodev); > +} > + > +static void libxl__initiate_device_nic_remove(libxl__egc *egc, > + libxl__ao_device *aodev) > +{ > + return libxl__initiate_device_remove(egc, aodev); > +} > + > +static void libxl__initiate_device_vtpm_remove(libxl__egc *egc, > + libxl__ao_device *aodev) > +{ > + return libxl__initiate_device_remove(egc, aodev); > +} > + > +static void libxl__initiate_device_vkb_remove(libxl__egc *egc, > + libxl__ao_device *aodev) > +{ > + return libxl__initiate_device_remove(egc, aodev); > +} > + > +static void libxl__initiate_device_vfb_remove(libxl__egc *egc, > + libxl__ao_device *aodev) > +{ > + return libxl__initiate_device_remove(egc, aodev); > +} > + > > /**************************************************************************** > **/ > > /* Macro for defining device remove/destroy functions in a compact way */ > @@ -4158,6 +4188,8 @@ out: > * libxl_device_vkb_destroy > * libxl_device_vfb_remove > * libxl_device_vfb_destroy > + * libxl_device_usbctrl_remove > + * libxl_device_usbctrl_destroy > */ > #define DEFINE_DEVICE_REMOVE(type, removedestroy, f) \ > int libxl_device_##type##_##removedestroy(libxl_ctx *ctx, \ > @@ -4179,7 +4211,7 @@ out: > aodev->dev = device; \ > aodev->callback = device_addrm_aocomplete; \ > aodev->force = f; \ > - libxl__initiate_device_remove(egc, aodev); \ > + libxl__initiate_device_##type##_remove(egc, aodev); \ > \ > out: \ > if (rc) return AO_CREATE_FAIL(rc); > \ > @@ -4209,6 +4241,10 @@ DEFINE_DEVICE_REMOVE(vfb, destroy, 1) > DEFINE_DEVICE_REMOVE(vtpm, remove, 0) > DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) > > +/* usbctrl */ > +DEFINE_DEVICE_REMOVE(usbctrl, remove, 0) > +DEFINE_DEVICE_REMOVE(usbctrl, destroy, 1) > + > /* channel/console hotunplug is not implemented. There are 2 possibilities: > * 1. add support for secondary consoles to xenconsoled > * 2. dynamically add/remove qemu chardevs via qmp messages. */ > @@ -4222,6 +4258,8 @@ DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) > * libxl_device_disk_add > * libxl_device_nic_add > * libxl_device_vtpm_add > + * libxl_device_usbctrl_add > + * libxl_device_usbdev_add > */ > > #define DEFINE_DEVICE_ADD(type) \ > @@ -4253,6 +4291,12 @@ DEFINE_DEVICE_ADD(nic) > /* vtpm */ > DEFINE_DEVICE_ADD(vtpm) > > +/* usbctrl */ > +DEFINE_DEVICE_ADD(usbctrl) > + > +/* usb */ > +DEFINE_DEVICE_ADD(usbdev) > + > #undef DEFINE_DEVICE_ADD > > > /**************************************************************************** > **/ > @@ -6794,6 +6838,10 @@ int libxl_retrieve_domain_configuration(libxl_ctx > *ctx, uint32_t domid, > > MERGE(pci, pcidevs, COMPARE_PCI, {}); > > + MERGE(usbctrl, usbctrls, COMPARE_USBCTRL, {}); > + > + MERGE(usbdev, usbdevs, COMPARE_USB, {}); > + > /* Take care of removable device. We maintain invariant in the > * insert / remove operation so that: > * 1. if xenstore is "empty" while JSON is not, the result > diff --git a/tools/libxl/libxl.h b/tools/libxl/libxl.h > index 168fedd..609d068 100644 > --- a/tools/libxl/libxl.h > +++ b/tools/libxl/libxl.h > @@ -123,6 +123,12 @@ > #define LIBXL_HAVE_DOMAIN_NODEAFFINITY 1 > > /* > + * LIBXL_HAVE_PVUSB indicates functions for plugging in USB devices > + * through pvusb -- both hotplug and at domain creation time.. > + */ > +#define LIBXL_HAVE_PVUSB 1 > + > +/* > * LIBXL_HAVE_BUILDINFO_HVM_VENDOR_DEVICE indicates that the > * libxl_vendor_device field is present in the hvm sections of > * libxl_domain_build_info. This field tells libxl which > @@ -1418,6 +1424,77 @@ int libxl_cdrom_insert(libxl_ctx *ctx, uint32_t domid, > libxl_device_disk *disk, > const libxl_asyncop_how *ao_how) > LIBXL_EXTERNAL_CALLERS_ONLY; > > +/* > + * USB > + * > + * For each device removed or added, one of these protocols is available: > + * - PV (i.e., PVUSB) > + * - DEVICEMODEL (i.e, qemu) > + * > + * PV is available for either PV or HVM domains. DEVICEMODEL is only > + * available for HVM domains. The caller can additionally specify > + * "AUTO", in which case the library will try to determine the best > + * protocol automatically. > + * > + * At the moment, the only protocol implemented is PV. > + * > + * One can add/remove USB controllers to/from guest, and attach/detach USB > + * devices to/from USB controllers. > + * > + * To add USB controllers and USB devices, one can adding USB controllers > + * first and then attaching USB devices to some USB controller, or adding > + * USB devices to guest directly, it will automatically create a USB > + * controller for USB devices to attach. > + * > + * To remove USB controllers or USB devices, one can remove USB devices > + * under USB controller one by one and then remove USB controller, or > + * remove USB controller directly, it will remove all USB devices under > + * it automatically. > + * > + */ > +/* USB Controllers*/ > +int libxl_device_usbctrl_add(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + const libxl_asyncop_how *ao_how) > + LIBXL_EXTERNAL_CALLERS_ONLY; > + > +int libxl_device_usbctrl_remove(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + const libxl_asyncop_how *ao_how) > + LIBXL_EXTERNAL_CALLERS_ONLY; > + > +int libxl_device_usbctrl_destroy(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + const libxl_asyncop_how *ao_how) > + LIBXL_EXTERNAL_CALLERS_ONLY; > + > +libxl_device_usbctrl *libxl_device_usbctrl_list(libxl_ctx *ctx, > + uint32_t domid, int *num); > + > +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr); > + > + > +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + libxl_usbctrlinfo *usbctrlinfo); > + > +/* USB Devices */ > + > +int libxl_device_usbdev_add(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbdev *usbdev, > + const libxl_asyncop_how *ao_how) > + LIBXL_EXTERNAL_CALLERS_ONLY; > + > +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbdev *usbdev, > + const libxl_asyncop_how *ao_how) > + LIBXL_EXTERNAL_CALLERS_ONLY; > + > +libxl_device_usbdev * > +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num); > + > +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr); > + > /* Network Interfaces */ > int libxl_device_nic_add(libxl_ctx *ctx, uint32_t domid, libxl_device_nic > *nic, > const libxl_asyncop_how *ao_how) > diff --git a/tools/libxl/libxl_device.c b/tools/libxl/libxl_device.c > index 8bb5e93..6715c16 100644 > --- a/tools/libxl/libxl_device.c > +++ b/tools/libxl/libxl_device.c > @@ -676,7 +676,10 @@ void libxl__devices_destroy(libxl__egc *egc, > libxl__devices_remove_state *drs) > aodev->action = LIBXL__DEVICE_ACTION_REMOVE; > aodev->dev = dev; > aodev->force = drs->force; > - libxl__initiate_device_remove(egc, aodev); > + if (dev->backend_kind == LIBXL__DEVICE_KIND_VUSB) > + libxl__initiate_device_usbctrl_remove(egc, aodev); > + else > + libxl__initiate_device_remove(egc, aodev); > } > } > } > diff --git a/tools/libxl/libxl_internal.h b/tools/libxl/libxl_internal.h > index 7aff237..5b70c6e 100644 > --- a/tools/libxl/libxl_internal.h > +++ b/tools/libxl/libxl_internal.h > @@ -2569,6 +2569,14 @@ _hidden void libxl__device_vtpm_add(libxl__egc *egc, > uint32_t domid, > libxl_device_vtpm *vtpm, > libxl__ao_device *aodev); > > +_hidden void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + libxl__ao_device *aodev); > + > +_hidden void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, > + libxl_device_usbdev *usbdev, > + libxl__ao_device *aodev); > + > /* Internal function to connect a vkb device */ > _hidden int libxl__device_vkb_add(libxl__gc *gc, uint32_t domid, > libxl_device_vkb *vkb); > @@ -2601,6 +2609,13 @@ _hidden void > libxl__wait_device_connection(libxl__egc*, > _hidden void libxl__initiate_device_remove(libxl__egc *egc, > libxl__ao_device *aodev); > > +_hidden int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + libxl__device *device); > + > +_hidden void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, > + libxl__ao_device > *aodev); > + > /* > * libxl__get_hotplug_script_info returns the args and env that should > * be passed to the hotplug script for the requested device. > @@ -3958,6 +3973,9 @@ static inline void libxl__update_config_vtpm(libxl__gc > *gc, > #define COMPARE_PCI(a, b) ((a)->func == (b)->func && \ > (a)->bus == (b)->bus && \ > (a)->dev == (b)->dev) > +#define COMPARE_USB(a, b) ((a)->ctrl == (b)->ctrl && \ > + (a)->port == (b)->port) > +#define COMPARE_USBCTRL(a, b) ((a)->devid == (b)->devid) > > /* DEVICE_ADD > * > diff --git a/tools/libxl/libxl_osdeps.h b/tools/libxl/libxl_osdeps.h > index d9661c9..802c762 100644 > --- a/tools/libxl/libxl_osdeps.h > +++ b/tools/libxl/libxl_osdeps.h > @@ -24,6 +24,8 @@ > #define _GNU_SOURCE > > #if defined(__NetBSD__) > +#define SYSFS_USB_DEV "/sys/bus/usb/devices" > +#define SYSFS_USBBACK_DRIVER "/kern/xen/usb" > #define SYSFS_PCI_DEV "/sys/bus/pci/devices" > #define SYSFS_PCIBACK_DRIVER "/kern/xen/pci" > #define NETBACK_NIC_NAME "xvif%ui%d" > @@ -31,6 +33,8 @@ > #elif defined(__OpenBSD__) > #include > #elif defined(__linux__) > +#define SYSFS_USB_DEV "/sys/bus/usb/devices" > +#define SYSFS_USBBACK_DRIVER "/sys/bus/usb/drivers/usbback" > #define SYSFS_PCI_DEV "/sys/bus/pci/devices" > #define SYSFS_PCIBACK_DRIVER "/sys/bus/pci/drivers/pciback" > #define NETBACK_NIC_NAME "vif%u.%d" > @@ -38,6 +42,8 @@ > #elif defined(__sun__) > #include > #elif defined(__FreeBSD__) > +#define SYSFS_USB_DEV "/dev/null" > +#define SYSFS_USBBACK_DRIVER "/dev/null" > #define SYSFS_PCI_DEV "/dev/null" > #define SYSFS_PCIBACK_DRIVER "/dev/null" > #define NETBACK_NIC_NAME "xnb%u.%d" > @@ -45,6 +51,13 @@ > #include > #endif > > +#ifndef SYSFS_USBBACK_DRIVER > +#error define SYSFS_USBBACK_DRIVER for your platform > +#endif > +#ifndef SYSFS_USB_DEV > +#error define SYSFS_USB_DEV for your platform > +#endif > + > #ifndef SYSFS_PCIBACK_DRIVER > #error define SYSFS_PCIBACK_DRIVER for your platform > #endif > diff --git a/tools/libxl/libxl_pvusb.c b/tools/libxl/libxl_pvusb.c > new file mode 100644 > index 0000000..e35c6b5 > --- /dev/null > +++ b/tools/libxl/libxl_pvusb.c > @@ -0,0 +1,1534 @@ > +/* > + * Copyright (C) 2015 SUSE LINUX Products GmbH, Nuernberg, Germany. > + * Author Chunyan Liu > + * > + * This program is free software; you can redistribute it and/or modify > + * it under the terms of the GNU Lesser General Public License as published > + * by the Free Software Foundation; version 2.1 only. with the special > + * exception on linking described in file LICENSE. > + * > + * This program is distributed in the hope that it will be useful, > + * but WITHOUT ANY WARRANTY; without even the implied warranty of > + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the > + * GNU Lesser General Public License for more details. > + */ > + > +#include "libxl_osdeps.h" /* must come before any other headers */ > + > +#include "libxl_internal.h" > +#include > + > +#define USBBACK_INFO_PATH "/libxl/usbback" > + > +#define USBHUB_CLASS_CODE 9 > + > +static int libxl__device_usbctrl_setdefault(libxl__gc *gc, uint32_t domid, > + libxl_device_usbctrl *usbctrl) > +{ > + int rc; > + libxl_domain_type domtype = libxl__domain_type(gc, domid); > + > + if (!usbctrl->version) > + usbctrl->version = 2; > + > + if (!usbctrl->ports) > + usbctrl->ports = 8; > + > + if (usbctrl->type == LIBXL_USBCTRL_TYPE_AUTO) { > + if (domtype == LIBXL_DOMAIN_TYPE_PV) { > + usbctrl->type = LIBXL_USBCTRL_TYPE_PV; > + } else if (domtype == LIBXL_DOMAIN_TYPE_HVM) { > + /* FIXME: See if we can detect PV frontend */ > + usbctrl->type = LIBXL_USBCTRL_TYPE_DEVICEMODEL; > + } > + } > + > + rc = libxl__resolve_domid(gc, usbctrl->backend_domname, > + &usbctrl->backend_domid); > + return rc; > +} > + > +int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + libxl__device *device) > +{ > + device->backend_devid = usbctrl->devid; > + device->backend_domid = usbctrl->backend_domid; > + device->backend_kind = LIBXL__DEVICE_KIND_VUSB; > + device->devid = usbctrl->devid; > + device->domid = domid; > + device->kind = LIBXL__DEVICE_KIND_VUSB; > + > + return 0; > +} > + > +/* Add usbctrl information to xenstore. > + * > + * Adding a usb controller will add a new 'vusb' device in xenstore, and > + * add corresponding frontend, backend information to it. According to > + * "update_json", decide wether to update json config file. > + */ > +static int libxl__device_usbctrl_add_xenstore(libxl__gc *gc, uint32_t > domid, > + libxl_device_usbctrl > *usbctrl, > + bool update_json) > +{ > + libxl__device *device; > + flexarray_t *front; > + flexarray_t *back; > + xs_transaction_t t = XBT_NULL; > + int i, rc; > + libxl_domain_config d_config; > + libxl_device_usbctrl usbctrl_saved; > + libxl__domain_userdata_lock *lock = NULL; > + > + libxl_domain_config_init(&d_config); > + libxl_device_usbctrl_init(&usbctrl_saved); > + libxl_device_usbctrl_copy(CTX, &usbctrl_saved, usbctrl); > + > + GCNEW(device); > + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); > + if (rc) goto out; > + > + front = flexarray_make(gc, 4, 1); > + back = flexarray_make(gc, 12, 1); > + > + flexarray_append_pair(back, "frontend-id", GCSPRINTF("%d", domid)); > + flexarray_append_pair(back, "online", "1"); > + flexarray_append_pair(back, "state", > + GCSPRINTF("%d", XenbusStateInitialising)); > + flexarray_append_pair(back, "type", > + (char > *)libxl_usbctrl_type_to_string(usbctrl->type)); > + flexarray_append_pair(back, "usb-ver", GCSPRINTF("%d", usbctrl->version)); > + flexarray_append_pair(back, "num-ports", GCSPRINTF("%d", usbctrl->ports)); > + flexarray_append_pair(back, "port", ""); > + for (i = 0; i < usbctrl->ports; i++) > + flexarray_append_pair(back, GCSPRINTF("port/%d", i + 1), ""); > + > + flexarray_append_pair(front, "backend-id", > + GCSPRINTF("%d", usbctrl->backend_domid)); > + flexarray_append_pair(front, "state", > + GCSPRINTF("%d", XenbusStateInitialising)); > + > + if (update_json) { > + lock = libxl__lock_domain_userdata(gc, domid); > + if (!lock) { > + rc = ERROR_LOCK_FAIL; > + goto out; > + } > + > + rc = libxl__get_domain_configuration(gc, domid, &d_config); > + if (rc) goto out; > + > + DEVICE_ADD(usbctrl, usbctrls, domid, &usbctrl_saved, > + COMPARE_USBCTRL, &d_config); > + } > + > + for (;;) { > + rc = libxl__xs_transaction_start(gc, &t); > + if (rc) goto out; > + > + rc = libxl__device_exists(gc, t, device); > + if (rc < 0) goto out; > + if (rc == 1) { > + /* already exists in xenstore */ > + LOG(ERROR, "device already exists in xenstore"); > + rc = ERROR_DEVICE_EXISTS; > + goto out; > + } > + > + if (update_json) { > + rc = libxl__set_domain_configuration(gc, domid, &d_config); > + if (rc) goto out; > + } > + > + libxl__device_generic_add(gc, t, device, > + libxl__xs_kvs_of_flexarray(gc, back, back->count), > + libxl__xs_kvs_of_flexarray(gc, front, > front->count), > + NULL); > + > + rc = libxl__xs_transaction_commit(gc, &t); > + if (!rc) break; > + if (rc < 0) goto out; > + } > + > +out: > + libxl__xs_transaction_abort(gc, &t); > + if (lock) libxl__unlock_domain_userdata(lock); > + libxl_device_usbctrl_dispose(&usbctrl_saved); > + libxl_domain_config_dispose(&d_config); > + return rc; > +} > + > +/* AO operation to add a usb controller. > + * > + * Generally, it does: > + * 1) fill in necessary usb controler information with default value > + * 2) write usb controller frontend/backend info to xenstore, update json > + * config file if necessary. > + * 3) wait for device connection. PVUSB frontend and backend driver will > + * probe xenstore paths and build connection between frontend and > backend. > + * > + * Before calling this function, aodev should be properly filled: > + * aodev->ao, aodev->callback, aodev->update_json, ... > + */ > +void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + libxl__ao_device *aodev) > +{ > + STATE_AO_GC(aodev->ao); > + libxl__device *device; > + int rc; > + > + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); > + if (rc < 0) goto out; > + > + if (usbctrl->devid == -1) { > + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); > + if (usbctrl->devid < 0) { > + rc = ERROR_FAIL; > + goto out; > + } > + } > + > + if (usbctrl->type != LIBXL_USBCTRL_TYPE_PV) { > + LOG(ERROR, "Unsupported USB controller type"); > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, > + aodev->update_json); > + if (rc) goto out; > + > + GCNEW(device); > + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); > + if (rc) goto out; > + > + aodev->dev = device; > + aodev->action = LIBXL__DEVICE_ACTION_ADD; > + libxl__wait_device_connection(egc, aodev); > + return; > + > +out: > + aodev->rc = rc; > + aodev->callback(egc, aodev); > + return; > +} > + > +static int libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, uint32_t > domid, > + libxl_devid usbctrl, > + libxl_device_usbdev > **usbdevs, > + int *num); > + > +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev); > + > +/* AO function to remove a usb controller. > + * > + * Generally, it does: > + * 1) check if the usb controller exists or not > + * 2) remove all usb devices under controller > + * 3) remove usb controller information from xenstore > + * > + * Before calling this function, aodev should be properly filled: > + * aodev->ao, aodev->dev, aodev->callback, ... > + */ > +void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, > + libxl__ao_device *aodev) > +{ > + STATE_AO_GC(aodev->ao); > + libxl_ctx *ctx = CTX; > + libxl_device_usbdev *usbdevs = NULL; > + int num_usbdev = 0; > + int i, rc; > + uint32_t domid = ao->domid; > + int usbctrl_devid = aodev->dev->devid; > + libxl_device_usbctrl usbctrl; > + libxl_usbctrlinfo usbctrlinfo; > + > + libxl_device_usbctrl_init(&usbctrl); > + libxl_usbctrlinfo_init(&usbctrlinfo); > + usbctrl.devid = usbctrl_devid; > + > + rc = libxl_device_usbctrl_getinfo(ctx, domid, &usbctrl, &usbctrlinfo); > + if (rc) goto out; > + > + if (usbctrlinfo.type != LIBXL_USBCTRL_TYPE_PV) { > + LOG(ERROR, "Unsupported USB controller type"); > + rc = ERROR_FAIL; > + goto out; > + } > + > + /* Remove usb devices first */ > + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, usbctrl_devid, > + &usbdevs, &num_usbdev); > + if (rc) goto out; > + > + for (i = 0; i < num_usbdev; i++) { > + if (libxl__device_usbdev_remove(gc, domid, &usbdevs[i])) { > + LOG(ERROR, "libxl__device_usbdev_remove failed: controller %d, > " > + "port %d", usbdevs[i].ctrl, usbdevs[i].port); > + rc = ERROR_FAIL; > + goto out; > + } > + } > + > + libxl_device_usbctrl_dispose(&usbctrl); > + libxl_usbctrlinfo_dispose(&usbctrlinfo); > + > + /* Remove usbctrl */ > + return libxl__initiate_device_remove(egc, aodev); > + > +out: > + libxl_device_usbctrl_dispose(&usbctrl); > + libxl_usbctrlinfo_dispose(&usbctrlinfo); > + aodev->rc = rc; > + aodev->callback(egc, aodev); > + return; > +} > + > +libxl_device_usbctrl * > +libxl_device_usbctrl_list(libxl_ctx *ctx, uint32_t domid, int *num) > +{ > + GC_INIT(ctx); > + libxl_device_usbctrl *usbctrls = NULL; > + char *path = NULL; > + char **entry = NULL; > + unsigned int nentries = 0; > + > + *num = 0; > + > + path = GCSPRINTF("%s/device/vusb", > + libxl__xs_get_dompath(gc, domid)); > + entry = libxl__xs_directory(gc, XBT_NULL, path, &nentries); > + > + if (entry && nentries) { > + usbctrls = libxl__zalloc(NOGC, sizeof(*usbctrls) * nentries); > + libxl_device_usbctrl *usbctrl; > + libxl_device_usbctrl *end = usbctrls + nentries; > + for (usbctrl = usbctrls; > + usbctrl < end; > + usbctrl++, entry++, (*num)++) { > + const char *tmp, *be_path, *fe_path; > + int ret; > + > + libxl_device_usbctrl_init(usbctrl); > + usbctrl->devid = atoi(*entry); > + > +#define READ_SUBPATH(path, subpath) ({ \ > + ret = libxl__xs_read_checked(gc, XBT_NULL, \ > + GCSPRINTF("%s/" subpath, path), \ > + &tmp); \ > + if (ret) goto out; \ > + (char *)tmp; \ > + }) > + > +#define READ_SUBPATH_INT(path, subpath) ({ \ > + ret = libxl__xs_read_checked(gc, XBT_NULL, \ > + GCSPRINTF("%s/" subpath, path), \ > + &tmp); \ > + if (ret) goto out; \ > + tmp ? atoi(tmp) : -1; \ > + }) > + > + fe_path = GCSPRINTF("%s/%s", path, *entry); > + be_path = READ_SUBPATH(fe_path, "backend"); > + usbctrl->backend_domid = READ_SUBPATH_INT(fe_path, "backend-id"); > + usbctrl->version = READ_SUBPATH_INT(be_path, "usb-ver"); > + usbctrl->ports = READ_SUBPATH_INT(be_path, "num-ports"); > + libxl_usbctrl_type_from_string(READ_SUBPATH(be_path, "type"), > + &usbctrl->type); > + > +#undef READ_SUBPATH > +#undef READ_SUBPATH_INT > + } > + } > + > + GC_FREE; > + return usbctrls; > + > +out: > + LOG(ERROR, "Unable to list USB Controllers"); > + libxl_device_usbctrl_list_free(usbctrls, *num); > + GC_FREE; > + *num = 0; > + return NULL; > +} > + > +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + libxl_usbctrlinfo *usbctrlinfo) > +{ > + GC_INIT(ctx); > + const char *dompath, *fe_path, *be_path, *tmp; > + int rc; > + > + usbctrlinfo->devid = usbctrl->devid; > + > +#define READ_SUBPATH(path, subpath) ({ \ > + rc = libxl__xs_read_checked(gc, XBT_NULL, \ > + GCSPRINTF("%s/" subpath, path), \ > + &tmp); \ > + if (rc) goto out; \ > + (char *)tmp; \ > + }) > + > +#define READ_SUBPATH_INT(path, subpath) ({ \ > + rc = libxl__xs_read_checked(gc, XBT_NULL, \ > + GCSPRINTF("%s/" subpath, path), \ > + &tmp); \ > + if (rc) goto out; \ > + tmp ? atoi(tmp) : -1; \ > + }) > + > + dompath = libxl__xs_get_dompath(gc, domid); > + fe_path = GCSPRINTF("%s/device/vusb/%d", dompath, usbctrl->devid); > + be_path = READ_SUBPATH(fe_path, "backend"); > + usbctrlinfo->backend = libxl__strdup(NOGC, be_path); > + usbctrlinfo->backend_id = READ_SUBPATH_INT(fe_path, "backend-id"); > + usbctrlinfo->state = READ_SUBPATH_INT(fe_path, "state"); > + usbctrlinfo->evtch = READ_SUBPATH_INT(fe_path, "event-channel"); > + usbctrlinfo->ref_urb = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); > + usbctrlinfo->ref_conn = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); > + tmp = READ_SUBPATH(be_path, "frontend"); > + usbctrlinfo->frontend = libxl__strdup(NOGC, tmp); > + usbctrlinfo->frontend_id = READ_SUBPATH_INT(be_path, "frontend-id"); > + usbctrlinfo->ports = READ_SUBPATH_INT(be_path, "num-ports"); > + usbctrlinfo->version = READ_SUBPATH_INT(be_path, "usb-ver");; > + tmp = READ_SUBPATH(be_path, "type"); > + libxl_usbctrl_type_from_string(tmp, &usbctrlinfo->type); > + > +#undef READ_SUBPATH > +#undef READ_SUBPATH_INT > + > + rc = 0; > + > +out: > + GC_FREE; > + return rc; > +} > + > +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, > + uint32_t domid, > + int devid, > + libxl_device_usbctrl *usbctrl) > +{ > + libxl_device_usbctrl *usbctrls; > + int nb = 0; > + int i, rc; > + > + usbctrls = libxl_device_usbctrl_list(ctx, domid, &nb); > + if (!usbctrls) > + return ERROR_FAIL; > + > + rc = ERROR_FAIL; > + for (i = 0; i < nb; i++) { > + if (devid == usbctrls[i].devid) { > + libxl_device_usbctrl_copy(ctx, usbctrl, &usbctrls[i]); > + rc = 0; > + break; > + } > + } > + > + libxl_device_usbctrl_list_free(usbctrls, nb); > + return rc; > +} > + > +static char *usbdev_busaddr_to_busid(libxl__gc *gc, int bus, int addr) > +{ > + DIR *dir; > + char *busid = NULL; > + > + /* invalid hostbus or hostaddr */ > + if (bus < 1 || addr < 1) > + return NULL; > + > + dir = opendir(SYSFS_USB_DEV); > + if (!dir) { > + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); > + return NULL; > + } > + > + size_t need = offsetof(struct dirent, d_name) + > + pathconf(SYSFS_USB_DEV, _PC_NAME_MAX) + 1; > + struct dirent *de_buf = libxl__zalloc(gc, need); > + struct dirent *de; > + > + for (;;) { > + char *filename; > + void *buf; > + int busnum = -1; > + int devnum = -1; > + > + int r = readdir_r(dir, de_buf, &de); > + if (r) { > + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); > + break; > + } > + if (!de) > + break; > + > + if (!strcmp(de->d_name, ".") || > + !strcmp(de->d_name, "..")) > + continue; > + > + filename = GCSPRINTF(SYSFS_USB_DEV"/%s/devnum", de->d_name); > + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) > + devnum = atoi(buf); > + > + filename = GCSPRINTF(SYSFS_USB_DEV"/%s/busnum", de->d_name); > + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) > + busnum = atoi(buf); > + > + if (bus == busnum && addr == devnum) { > + busid = libxl__strdup(gc, de->d_name); > + break; > + } > + } > + > + closedir(dir); > + return busid; > +} > + > +static int usbdev_busaddr_from_busid(libxl__gc *gc, const char *busid, > + uint8_t *bus, uint8_t *addr) > +{ > + char *filename; > + void *buf; > + > + filename = GCSPRINTF(SYSFS_USB_DEV"/%s/busnum", busid); > + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) > + *bus = atoi((char *)buf); > + else > + return ERROR_FAIL; > + > + filename = GCSPRINTF(SYSFS_USB_DEV"/%s/devnum", busid); > + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) > + *addr = atoi((char *)buf); > + else > + return ERROR_FAIL; > + > + return 0; > +} > + > +static int get_assigned_devices(libxl__gc *gc, > + libxl_device_usbdev **list, int *num) > +{ > + char **domlist; > + unsigned int ndom = 0; > + int i, j, k; > + int rc; > + > + *list = NULL; > + *num = 0; > + > + domlist = libxl__xs_directory(gc, XBT_NULL, "/local/domain", &ndom); > + for (i = 0; i < ndom; i++) { > + char *path; > + char **usbctrls; > + unsigned int nc = 0; > + uint32_t domid = atoi(domlist[i]); > + > + path = GCSPRINTF("%s/device/vusb", libxl__xs_get_dompath(gc, > domid)); > + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); > + > + for (j = 0; j < nc; j++) { > + libxl_device_usbdev *tmp = NULL; > + int nd = 0; > + > + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, > + atoi(usbctrls[j]), > + &tmp, &nd); > + if (rc) goto out; > + > + if (!nd) continue; > + > + GCREALLOC_ARRAY(*list, *num + nd); > + for (k = 0; k < nd; k++) { > + libxl_device_usbdev_copy(CTX, *list + *num, tmp + k); > + (*num)++; > + } > + } > + } > + > + return 0; > + > +out: > + LOG(ERROR, "fail to get assigned devices"); > + return rc; > +} > + > +static bool is_usbdev_in_array(libxl_device_usbdev *usbdevs, int num, > + libxl_device_usbdev *usbdev) > +{ > + int i; > + > + for (i = 0; i < num; i++) { > + if (usbdevs[i].u.hostdev.hostbus == usbdev->u.hostdev.hostbus && > + usbdevs[i].u.hostdev.hostaddr == usbdev->u.hostdev.hostaddr) > + return true; > + } > + > + return false; > +} > + > +/* check if USB device type is assignable */ > +static bool is_usbdev_assignable(libxl__gc *gc, libxl_device_usbdev > *usbdev) > +{ > + int classcode; > + char *filename; > + void *buf = NULL; > + char *busid = NULL; > + > + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, > + usbdev->u.hostdev.hostaddr); > + if (!busid) return false; > + > + filename = GCSPRINTF(SYSFS_USB_DEV"/%s/bDeviceClass", busid); > + if (libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) > + return false; > + > + classcode = atoi(buf); > + return classcode != USBHUB_CLASS_CODE; > +} > + > +/* get usb devices under certain usb controller */ > +static int > +libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, > + uint32_t domid, > + libxl_devid usbctrl, > + libxl_device_usbdev **usbdevs, > + int *num) > +{ > + const char *fe_path, *be_path, *num_devs; > + int n, i, rc; > + > + *usbdevs = NULL; > + *num = 0; > + > + fe_path = GCSPRINTF("%s/device/vusb/%d", > + libxl__xs_get_dompath(gc, domid), usbctrl); > + > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/backend", fe_path), > + &be_path); > + if (rc) goto out; > + > + if (!be_path) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/num-ports", be_path), > + &num_devs); > + if (rc) goto out; > + > + n = num_devs ? atoi(num_devs) : 0; > + > + for (i = 0; i < n; i++) { > + const char *busid; > + libxl_device_usbdev *usbdev; > + > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/port/%d", be_path, i + > 1), > + &busid); > + if (rc) goto out; > + > + if (busid && strcmp(busid, "")) { > + GCREALLOC_ARRAY(*usbdevs, *num + 1); > + usbdev = *usbdevs + *num; > + (*num)++; > + libxl_device_usbdev_init(usbdev); > + usbdev->ctrl = usbctrl; > + usbdev->port = i + 1; > + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; > + rc = usbdev_busaddr_from_busid(gc, busid, > + &usbdev->u.hostdev.hostbus, > + &usbdev->u.hostdev.hostaddr); > + if (rc) goto out; > + } > + } > + > + rc = 0; > + > +out: > + return rc; > +} > + > +/* get all usb devices of the domain */ > +libxl_device_usbdev * > +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num) > +{ > + GC_INIT(ctx); > + libxl_device_usbdev *usbdevs = NULL; > + const char *path; > + char **usbctrls; > + unsigned int nc = 0; > + int i, j; > + > + *num = 0; > + > + path = GCSPRINTF("%s/device/vusb", > + libxl__xs_get_dompath(gc, domid)); > + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); > + > + for (i = 0; i < nc; i++) { > + int r, nd = 0; > + libxl_device_usbdev *tmp = NULL; > + > + r = libxl__device_usbdev_list_for_usbctrl(gc, domid, > + atoi(usbctrls[i]), > + &tmp, &nd); > + if (!r || !nd) continue; > + > + usbdevs = libxl__realloc(NOGC, usbdevs, > + sizeof(*usbdevs) * (*num + nd)); > + for (j = 0; j < nd; j++) { > + libxl_device_usbdev_copy(ctx, usbdevs + *num, tmp + j); > + (*num)++; > + } > + } > + > + GC_FREE; > + return usbdevs; > +} > + > +/* find first unused controller:port and give that to usb device */ > +static int > +libxl__device_usbdev_set_default_usbctrl(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev) > +{ > + libxl_device_usbctrl *usbctrls = NULL; > + int numctrl = 0; > + int i, j, rc; > + > + usbctrls = libxl_device_usbctrl_list(CTX, domid, &numctrl); > + if (!numctrl || !usbctrls) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = ERROR_FAIL; > + for (i = 0; i < numctrl; i++) { > + for (j = 0; j < usbctrls[i].ports; j++) { > + const char *path, *tmp; > + > + path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", > + libxl__xs_get_dompath(gc, > LIBXL_TOOLSTACK_DOMID), > + domid, usbctrls[i].devid, j + 1); > + tmp = libxl__xs_read(gc, XBT_NULL, path); > + if (tmp && !strcmp(tmp, "")) { > + usbdev->ctrl = usbctrls[i].devid; > + usbdev->port = j + 1; > + rc = 0; > + goto out; > + } > + } > + } > + > +out: > + libxl_device_usbctrl_list_free(usbctrls, numctrl); > + return rc; > +} > + > +/* Fill in usb information with default value. > + * > + * Generally, it does: > + * 1) if "controller" is not specified: > + * - if "port" is not specified, try to find an available > controller:port, > + * if found, use that; otherwise, create a new controller, use this > + * controller and its first port > + * - if "port" is specified, report error. > + * 2) if "controller" is specified, but port is not specified: > + * try to find an available port under this controller, if found, use > + * that, otherwise, report error. > + * 3) if both "controller" and "port" are specified: > + * check the controller:port is available, if not, report error. > + */ > +static int libxl__device_usbdev_setdefault(libxl__gc *gc, > + uint32_t domid, > + libxl_device_usbdev *usbdev, > + bool update_json) > +{ > + int rc; > + > + if (!usbdev->type) > + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; > + > + if (usbdev->ctrl == -1) { > + if (usbdev->port) { > + LOG(ERROR, "USB controller must be specified if you specify > port"); > + return ERROR_INVAL; > + } > + > + rc = libxl__device_usbdev_set_default_usbctrl(gc, domid, usbdev); > + /* If no existing controller to host this usb device, add a new one > */ > + if (rc) { > + libxl_device_usbctrl *usbctrl; > + > + GCNEW(usbctrl); > + libxl_device_usbctrl_init(usbctrl); > + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); > + if (rc < 0) goto out; > + > + if (usbctrl->devid == -1) { > + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); > + if (usbctrl->devid < 0) { > + rc = ERROR_FAIL; > + goto out; > + } > + } > + > + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, > + update_json); > + if (rc) goto out; > + > + usbdev->ctrl = usbctrl->devid; > + usbdev->port = 1; > + } > + } else if (!usbdev->port) { > + /* Valid port starts from 1. Choose port for us. */ > + int i, ports; > + const char *fe_path, *be_path, *tmp; > + > + fe_path = GCSPRINTF("%s/device/vusb/%d", > + libxl__xs_get_dompath(gc, domid), usbdev->ctrl); > + > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/backend", fe_path), > &be_path); > + if (rc) goto out; > + > + if (!be_path) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/num-ports", be_path), > &tmp); > + if (rc) goto out; > + > + ports = tmp ? atoi(tmp) : 0; > + > + for (i = 0; i < ports; i++) { > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/port/%d", be_path, i > + 1), > + &tmp); > + if (rc) goto out; > + > + if (tmp && !strcmp(tmp, "")) { > + usbdev->port = i + 1; > + break; > + } > + } > + > + if (!usbdev->port) { > + LOG(ERROR, "No available port under specified controller"); > + rc = ERROR_FAIL; > + goto out; > + } > + } else { > + const char *be_path, *tmp; > + > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/device/vusb/%d/backend", > + libxl__xs_get_dompath(gc, > domid), > + usbdev->ctrl), > + &be_path); > + if (rc) goto out; > + > + if (!be_path) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/port/%d", > + be_path, usbdev->port), > + &tmp); > + if (rc) goto out; > + > + if (tmp && strcmp(tmp, "")) { > + LOG(ERROR, "The controller port isn't available"); > + rc = ERROR_FAIL; > + goto out; > + } > + } > + > + rc = 0; > + > +out: > + return rc; > +} > + > +/* Add usb information to xenstore > + * > + * Adding a usb device won't create new 'vusb' device, but only write > + * the device busid to the controller:port in xenstore. > + */ > +static int libxl__device_usbdev_add_xenstore(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev, > + bool update_json) > +{ > + char *be_path, *busid; > + int rc; > + xs_transaction_t t = XBT_NULL; > + libxl_domain_config d_config; > + libxl_device_usbdev usbdev_saved; > + libxl__domain_userdata_lock *lock = NULL; > + > + libxl_domain_config_init(&d_config); > + libxl_device_usbdev_init(&usbdev_saved); > + libxl_device_usbdev_copy(CTX, &usbdev_saved, usbdev); > + > + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, > + usbdev->u.hostdev.hostaddr); > + if (!busid) { > + LOG(DEBUG, "Fail to get busid of usb device"); > + goto out; > + } > + > + if (update_json) { > + lock = libxl__lock_domain_userdata(gc, domid); > + if (!lock) { > + rc = ERROR_LOCK_FAIL; > + goto out; > + } > + > + rc = libxl__get_domain_configuration(gc, domid, &d_config); > + if (rc) goto out; > + > + DEVICE_ADD(usbdev, usbdevs, domid, &usbdev_saved, > + COMPARE_USB, &d_config); > + } > + > + for (;;) { > + rc = libxl__xs_transaction_start(gc, &t); > + if (rc) goto out; > + > + if (update_json) { > + rc = libxl__set_domain_configuration(gc, domid, &d_config); > + if (rc) goto out; > + } > + > + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", > + libxl__xs_get_dompath(gc, > LIBXL_TOOLSTACK_DOMID), > + domid, usbdev->ctrl, usbdev->port); > + > + LOG(DEBUG, "Adding usb device %s to xenstore: controller %d, port > %d", > + busid, usbdev->ctrl, usbdev->port); > + > + if (libxl__xs_write_checked(gc, t, be_path, busid)) > + goto out; > + > + rc = libxl__xs_transaction_commit(gc, &t); > + if (!rc) break; > + if (rc < 0) goto out; > + } > + > + rc = 0; > + > +out: > + if (lock) libxl__unlock_domain_userdata(lock); > + libxl_device_usbdev_dispose(&usbdev_saved); > + libxl_domain_config_dispose(&d_config); > + return rc; > +} > + > +static int libxl__device_usbdev_remove_xenstore(libxl__gc *gc, uint32_t > domid, > + libxl_device_usbdev > *usbdev) > +{ > + char *be_path; > + > + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", > + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), > + domid, usbdev->ctrl, usbdev->port); > + > + LOG(DEBUG, "Removing usb device from xenstore: controller %d, port %d", > + usbdev->ctrl, usbdev->port); > + > + return libxl__xs_write_checked(gc, XBT_NULL, be_path, ""); > +} > + > +static char *usbdev_busid_from_ctrlport(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev) > +{ > + return libxl__xs_read(gc, XBT_NULL, > + GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", > + libxl__xs_get_dompath(gc, > LIBXL_TOOLSTACK_DOMID), > + domid, usbdev->ctrl, usbdev->port)); > +} > + > +/* get original driver path of usb interface, stored in @drvpath */ > +static int usbintf_get_drvpath(libxl__gc *gc, const char *intf, char > **drvpath) > +{ > + char *spath, *dp = NULL; > + struct stat st; > + int rc; > + > + spath = GCSPRINTF(SYSFS_USB_DEV"/%s/driver", intf); > + > + rc = lstat(spath, &st); > + if (rc == 0) { > + /* Find the canonical path to the driver. */ > + dp = libxl__zalloc(gc, PATH_MAX); > + dp = realpath(spath, dp); > + } else if (errno != ENOENT) { > + LOGE(ERROR, "lstat failed: '%s'", spath); > + return ERROR_FAIL; > + } > + > + *drvpath = dp; > + > + return 0; > +} > + > +static int sysfs_write_intf(libxl__gc *gc, const char *intf, const char > *path) > +{ > + int rc, fd = -1; > + > + fd = open(path, O_WRONLY); > + if (fd < 0) { > + LOGE(ERROR, "open file failed: '%s'", path); > + return ERROR_FAIL; > + } > + > + rc = write(fd, intf, strlen(intf)); > + close(fd); > + if (rc < 0) { > + LOGE(ERROR, "write '%s' to '%s' failed", intf, path); > + return errno; > + } > + if (rc != strlen(intf)) { > + LOG(ERROR, "write '%s' to '%s' failed: incorrect write count", > + intf, path); > + return ERROR_FAIL; > + } > + > + return 0; > +} > + > +static int unbind_usbintf(libxl__gc *gc, const char *intf) > +{ > + char *path; > + > + path = GCSPRINTF(SYSFS_USB_DEV"/%s/driver/unbind", intf); > + return sysfs_write_intf(gc, intf, path); > +} > + > +static int bind_usbintf(libxl__gc *gc, const char *intf, const char > *drvpath) > +{ > + char *path; > + struct stat st; > + > + path = GCSPRINTF("%s/%s", drvpath, intf); > + /* if already bound, return */ > + if (!lstat(path, &st)) > + return 0; > + > + path = GCSPRINTF("%s/bind", drvpath); > + return sysfs_write_intf(gc, intf, path); > +} > + > +/* Is usb interface bound to usbback? */ > +static int usbintf_is_assigned(libxl__gc *gc, char *intf) > +{ > + char *spath; > + int rc; > + struct stat st; > + > + spath = GCSPRINTF(SYSFS_USBBACK_DRIVER"/%s", intf); > + rc = lstat(spath, &st); > + > + if (rc == 0) > + return 1; > + if (rc < 0 && errno == ENOENT) > + return 0; > + LOGE(ERROR, "Accessing %s", spath); > + return -1; > +} > + > +static int usbdev_get_all_interfaces(libxl__gc *gc, const char *busid, > + char ***intfs, int *num) > +{ > + DIR *dir; > + char *buf; > + int rc; > + > + *intfs = NULL; > + *num = 0; > + > + buf = GCSPRINTF("%s:", busid); > + > + dir = opendir(SYSFS_USB_DEV); > + if (!dir) { > + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); > + return ERROR_FAIL; > + } > + > + size_t need = offsetof(struct dirent, d_name) + > + pathconf(SYSFS_USB_DEV, _PC_NAME_MAX) + 1; > + struct dirent *de_buf = libxl__zalloc(gc, need); > + struct dirent *de; > + > + for (;;) { > + int r = readdir_r(dir, de_buf, &de); > + > + if (r) { > + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); > + rc = ERROR_FAIL; > + goto out; > + } > + if (!de) > + break; > + > + if (!strcmp(de->d_name, ".") || > + !strcmp(de->d_name, "..")) > + continue; > + > + if (!strncmp(de->d_name, buf, strlen(buf))) { > + GCREALLOC_ARRAY(*intfs, *num + 1); > + (*intfs)[*num] = libxl__strdup(gc, de->d_name); > + (*num)++; > + } > + } > + > + rc = 0; > + > +out: > + closedir(dir); > + return rc; > +} > + > +/* Encode usb interface so that it could be written to xenstore as a key. > + * > + * Since xenstore key cannot include '.' or ':', we'll change '.' to '_', > + * change ':' to '@'. For example, 3-1:2.1 will be encoded to 3-1@2_1. > + * This will be used to save original driver of USB device to xenstore. > + */ > +static char *usb_interface_xenstore_encode(libxl__gc *gc, const char > *busid) > +{ > + char *str = libxl__strdup(gc, busid); > + int i, len = strlen(str); > + > + for (i = 0; i < len; i++) { > + if (str[i] == '.') > + str[i] = '_'; > + if (str[i] == ':') > + str[i] = '@'; > + } > + return str; > +} > + > +/* Unbind USB device from "usbback" driver. > + * > + * If there are many interfaces under USB device, check each interface, > + * unbind from "usbback" driver and rebind to its original driver. > + */ > +static int usbback_dev_unassign(libxl__gc *gc, const char *busid) > +{ > + char **intfs = NULL; > + char *usbdev_encode = NULL; > + char *path = NULL; > + int i, num = 0; > + int rc; > + > + if (usbdev_get_all_interfaces(gc, busid, &intfs, &num) < 0) > + return ERROR_FAIL; > + > + usbdev_encode = usb_interface_xenstore_encode(gc, busid); > + > + for (i = 0; i < num; i++) { > + char *intf = intfs[i]; > + char *usbintf_encode = NULL; > + const char *drvpath; > + > + /* check if the USB interface is already bound to "usbback" */ > + if (usbintf_is_assigned(gc, intf) > 0) { > + /* unbind interface from usbback driver */ > + if (unbind_usbintf(gc, intf) < 0) { > + rc = ERROR_FAIL; > + goto out; > + } > + } > + > + /* try to rebind USB interface to its originial driver. > + * If rebinding failed, export warning so that user can > + * handle it later. > + */ > + usbintf_encode = usb_interface_xenstore_encode(gc, intf); > + path = GCSPRINTF(USBBACK_INFO_PATH"/%s/%s/driver_path", > + usbdev_encode, usbintf_encode); > + rc = libxl__xs_read_checked(gc, XBT_NULL, path, &drvpath); > + if (rc) continue; > + > + if (drvpath && bind_usbintf(gc, intf, drvpath)) > + LOGE(WARN, "Couldn't rebind %s to %s", intf, drvpath); > + } > + > + /* finally, remove xenstore driver path */ > + path = GCSPRINTF(USBBACK_INFO_PATH"/%s", usbdev_encode); > + libxl__xs_rm_checked(gc, XBT_NULL, path); > + rc = 0; > + > +out: > + return rc; > +} > + > +/* Bind USB device to "usbback" driver. > + * > + * If there are many interfaces under USB device, check each interface, > + * unbind from original driver and bind to "usbback" driver. > + */ > +static int usbback_dev_assign(libxl__gc *gc, const char *busid) > +{ > + char **intfs = NULL; > + int num = 0, i; > + int rc; > + char *usbdev_encode = NULL; > + > + rc = usbdev_get_all_interfaces(gc, busid, &intfs, &num); > + if (rc) > + return rc; > + > + usbdev_encode = usb_interface_xenstore_encode(gc, busid); > + > + for (i = 0; i < num; i++) { > + char *intf = intfs[i]; > + char *drvpath = NULL; > + > + /* already assigned to usbback */ > + if (usbintf_is_assigned(gc, intf) > 0) > + continue; > + > + rc = usbintf_get_drvpath(gc, intf, &drvpath); > + if (rc < 0) goto out; > + > + if (drvpath) { > + /* write driver path to xenstore for later rebinding */ > + char *usbintf_encode = NULL; > + char *path; > + > + usbintf_encode = usb_interface_xenstore_encode(gc, intf); > + path = GCSPRINTF(USBBACK_INFO_PATH"/%s/%s/driver_path", > + usbdev_encode, usbintf_encode); > + if (libxl__xs_write_checked(gc, XBT_NULL, path, drvpath) < 0) > + goto out; > + > + /* unbind interface from original driver */ > + if (unbind_usbintf(gc, intf) < 0) { > + rc = ERROR_FAIL; > + goto out; > + } > + } > + > + /* bind interface to usbback */ > + if (bind_usbintf(gc, intf, SYSFS_USBBACK_DRIVER) < 0) { > + LOG(ERROR, "Couldn't bind %s to %s", intf, > SYSFS_USBBACK_DRIVER); > + rc = ERROR_FAIL; > + goto out; > + } > + } > + > + return 0; > + > +out: > + /* some interfaces might be bound to usbback, unbind it and > + * rebind it to its original driver > + */ > + usbback_dev_unassign(gc, busid); > + return rc; > +} > + > +static int do_usbdev_add(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev, > + bool update_json) > +{ > + int rc; > + char *busid; > + libxl_device_usbctrl usbctrl; > + libxl_usbctrlinfo usbctrlinfo; > + > + libxl_device_usbctrl_init(&usbctrl); > + libxl_usbctrlinfo_init(&usbctrlinfo); > + usbctrl.devid = usbdev->ctrl; > + > + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); > + if (rc) goto out; > + > + switch (usbctrlinfo.type) { > + case LIBXL_USBCTRL_TYPE_PV: > + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, > + usbdev->u.hostdev.hostaddr); > + if (!busid) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = libxl__device_usbdev_add_xenstore(gc, domid, usbdev, > update_json); > + if (rc) goto out; > + > + rc = usbback_dev_assign(gc, busid); > + if (rc) { > + libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); > + goto out; > + } > + break; > + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: > + default: > + LOG(ERROR, "Unsupported usb controller type"); > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = 0; > + > +out: > + libxl_device_usbctrl_dispose(&usbctrl); > + libxl_usbctrlinfo_dispose(&usbctrlinfo); > + return rc; > +} > + > +/* AO operation to add a usb device. > + * > + * Generally, it does: > + * 1) check if the usb device type is assignable > + * 2) check if the usb device is already assigned to a domain > + * 3) add 'busid' of the usb device to xenstore contoller/port/. > + * (PVUSB driver watches the xenstore changes and will detect that.) > + * 4) unbind usb device from original driver and bind to usbback. > + * If usb device has many interfaces, then: > + * - unbind each interface from its original driver and bind to usbback. > + * - store the original driver to xenstore for later rebinding when > + * detaching the device. > + * > + * Before calling this function, aodev should be properly filled: > + * aodev->ao, aodev->callback, aodev->update_json, ... > + */ > +void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, > + libxl_device_usbdev *usbdev, > + libxl__ao_device *aodev) > +{ > + STATE_AO_GC(aodev->ao); > + int rc; > + libxl_device_usbdev *assigned; > + int num_assigned; > + libxl_device_usbctrl usbctrl; > + libxl_usbctrlinfo usbctrlinfo; > + > + libxl_device_usbctrl_init(&usbctrl); > + libxl_usbctrlinfo_init(&usbctrlinfo); > + > + /* Currently only support adding USB device from Dom0 backend. > + * So, if USB controller is specified, check its backend domain, > + * if it's not Dom0, report error. > + */ > + if (usbdev->ctrl != -1) { > + usbctrl.devid = usbdev->ctrl; > + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, > &usbctrlinfo); > + if (rc) goto out; > + > + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { > + LOG(ERROR, "Don't support adding USB device from non-Dom0 > backend"); > + rc = ERROR_INVAL; > + goto out; > + } > + } > + > + /* check usb device is assignable type */ > + if (!is_usbdev_assignable(gc, usbdev)) { > + LOG(ERROR, "USB device is not assignable."); > + rc = ERROR_FAIL; > + goto out; > + } > + > + /* check usb device is already assigned */ > + rc = get_assigned_devices(gc, &assigned, &num_assigned); > + if (rc) { > + LOG(ERROR, "cannot determine if device is assigned," > + " refusing to continue"); > + goto out; > + } > + > + if (is_usbdev_in_array(assigned, num_assigned, usbdev)) { > + LOG(ERROR, "USB device already attached to a domain"); > + rc = ERROR_FAIL; > + goto out; > + } > + > + /* fill default values, e.g, if usbdev->ctrl and usbdev->port > + * not specified, choose available controller:port and fill in. */ > + rc = libxl__device_usbdev_setdefault(gc, domid, usbdev, > + aodev->update_json); > + if (rc) goto out; > + > + /* do actual adding usb device operation */ > + rc = do_usbdev_add(gc, domid, usbdev, aodev->update_json); > + > +out: > + libxl_device_usbctrl_dispose(&usbctrl); > + libxl_usbctrlinfo_dispose(&usbctrlinfo); > + aodev->rc = rc; > + aodev->callback(egc, aodev); > + return; > +} > + > +static int do_usbdev_remove(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev) > +{ > + int rc; > + char *busid; > + libxl_device_usbctrl usbctrl; > + libxl_usbctrlinfo usbctrlinfo; > + > + libxl_device_usbctrl_init(&usbctrl); > + libxl_usbctrlinfo_init(&usbctrlinfo); > + usbctrl.devid = usbdev->ctrl; > + > + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); > + if (rc) goto out; > + > + switch (usbctrlinfo.type) { > + case LIBXL_USBCTRL_TYPE_PV: > + busid = usbdev_busid_from_ctrlport(gc, domid, usbdev); > + if (!busid) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); > + if (rc) goto out; > + > + rc = usbback_dev_unassign(gc, busid); > + if (rc) { > + /* Till here, usb device information is already removed > + * from xenstore, usb list couldn't list it any more. > + * If unassign usb device from usbback failed, export > + * warning only so that user could handle driver status > + * later. > + */ > + LOG(WARN, "unbind usb device from usbback and rebind to its " > + "original driver failed"); > + } > + break; > + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: > + default: > + LOG(ERROR, "Unsupported usb controller type"); > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = 0; > + > +out: > + libxl_device_usbctrl_dispose(&usbctrl); > + libxl_usbctrlinfo_dispose(&usbctrlinfo); > + return rc; > +} > + > +/* Operation to remove usb device. > + * > + * Generally, it does: > + * 1) check if the usb device is assigned to the domain > + * 2) remove the usb device from xenstore controller/port. > + * 3) unbind usb device from usbback and rebind to its original driver. > + * If usb device has many interfaces, do it to each interface. > + */ > +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev) > +{ > + libxl_usbctrlinfo usbctrlinfo; > + libxl_device_usbctrl usbctrl; > + int rc; > + > + if (usbdev->ctrl < 0 || usbdev->port < 1) { > + LOG(ERROR, "Invalid USB device"); > + return ERROR_FAIL; > + } > + > + libxl_device_usbctrl_init(&usbctrl); > + libxl_usbctrlinfo_init(&usbctrlinfo); > + usbctrl.devid = usbdev->ctrl; > + > + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); > + if (rc) goto out; > + > + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { > + LOG(ERROR, "Don't support removing USB device from non-Dom0 > backend"); > + rc = ERROR_INVAL; > + goto out; > + } > + > + /* do actual removing usb device operation */ > + rc = do_usbdev_remove(gc, domid, usbdev); > + > +out: > + libxl_device_usbctrl_dispose(&usbctrl); > + libxl_usbctrlinfo_dispose(&usbctrlinfo); > + return rc; > +} > + > +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbdev *usbdev, > + const libxl_asyncop_how *ao_how) > + > +{ > + AO_CREATE(ctx, domid, ao_how); > + int rc; > + > + rc = libxl__device_usbdev_remove(gc, domid, usbdev); > + > + libxl__ao_complete(egc, ao, rc); > + return AO_INPROGRESS; > +} > + > +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, > + uint32_t domid, > + int ctrl, > + int port, > + libxl_device_usbdev *usbdev) > +{ > + GC_INIT(ctx); > + const char *dompath, *be_path, *busid; > + int rc; > + > + dompath = libxl__xs_get_dompath(gc, domid); > + > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/device/vusb/%d/backend", dompath, ctrl), > + &be_path); > + if (rc) goto out; > + > + if (!be_path) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/port/%d", be_path, port), > + &busid); > + if (rc) goto out; > + > + if (!busid || !strcmp(busid, "")) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + usbdev->ctrl = ctrl; > + usbdev->port = port; > + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; > + rc = usbdev_busaddr_from_busid(gc, busid, > + &usbdev->u.hostdev.hostbus, > + &usbdev->u.hostdev.hostaddr); > + > +out: > + GC_FREE; > + return rc; > +} > +/* > + * Local variables: > + * mode: C > + * c-basic-offset: 4 > + * indent-tabs-mode: nil > + * End: > + */ > diff --git a/tools/libxl/libxl_types.idl b/tools/libxl/libxl_types.idl > index 4d78f86..ed7da81 100644 > --- a/tools/libxl/libxl_types.idl > +++ b/tools/libxl/libxl_types.idl > @@ -603,6 +603,35 @@ libxl_device_rdm = Struct("device_rdm", [ > ("policy", libxl_rdm_reserve_policy), > ]) > > +libxl_usbctrl_type = Enumeration("usbctrl_type", [ > + (0, "AUTO"), > + (1, "PV"), > + (2, "DEVICEMODEL"), > + ]) > + > +libxl_usbdev_type = Enumeration("usbdev_type", [ > + (1, "hostdev"), > + ]) > + > +libxl_device_usbctrl = Struct("device_usbctrl", [ > + ("type", libxl_usbctrl_type), > + ("devid", libxl_devid), > + ("version", integer), > + ("ports", integer), > + ("backend_domid", libxl_domid), > + ("backend_domname", string), > + ]) > + > +libxl_device_usbdev = Struct("device_usbdev", [ > + ("ctrl", libxl_devid), > + ("port", integer), > + ("u", KeyedUnion(None, libxl_usbdev_type, "type", > + [("hostdev", Struct(None, [ > + ("hostbus", uint8), > + ("hostaddr", uint8)])), > + ])), > + ]) > + > libxl_device_dtdev = Struct("device_dtdev", [ > ("path", string), > ]) > @@ -641,6 +670,8 @@ libxl_domain_config = Struct("domain_config", [ > # a channel manifests as a console with a name, > # see docs/misc/channels.txt > ("channels", Array(libxl_device_channel, "num_channels")), > + ("usbctrls", Array(libxl_device_usbctrl, "num_usbctrls")), > + ("usbdevs", Array(libxl_device_usbdev, "num_usbdevs")), > > ("on_poweroff", libxl_action_on_shutdown), > ("on_reboot", libxl_action_on_shutdown), > @@ -684,6 +715,21 @@ libxl_vtpminfo = Struct("vtpminfo", [ > ("uuid", libxl_uuid), > ], dir=DIR_OUT) > > +libxl_usbctrlinfo = Struct("usbctrlinfo", [ > + ("type", libxl_usbctrl_type), > + ("devid", libxl_devid), > + ("version", integer), > + ("ports", integer), > + ("backend", string), > + ("backend_id", uint32), > + ("frontend", string), > + ("frontend_id", uint32), > + ("state", integer), > + ("evtch", integer), > + ("ref_urb", integer), > + ("ref_conn", integer), > + ], dir=DIR_OUT) > + > libxl_vcpuinfo = Struct("vcpuinfo", [ > ("vcpuid", uint32), > ("cpu", uint32), > diff --git a/tools/libxl/libxl_types_internal.idl > b/tools/libxl/libxl_types_internal.idl > index 5e55685..696f5f8 100644 > --- a/tools/libxl/libxl_types_internal.idl > +++ b/tools/libxl/libxl_types_internal.idl > @@ -22,6 +22,7 @@ libxl__device_kind = Enumeration("device_kind", [ > (6, "VKBD"), > (7, "CONSOLE"), > (8, "VTPM"), > + (9, "VUSB"), > ]) > > libxl__console_backend = Enumeration("console_backend", [ > diff --git a/tools/libxl/libxl_utils.c b/tools/libxl/libxl_utils.c > index 7f612a6..f7ba880 100644 > --- a/tools/libxl/libxl_utils.c > +++ b/tools/libxl/libxl_utils.c > @@ -1314,6 +1314,24 @@ int libxl__random_bytes(libxl__gc *gc, uint8_t *buf, > size_t len) > return ret; > } > > +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr) > +{ > + int i; > + > + for (i = 0; i < nr; i++) > + libxl_device_usbctrl_dispose(&list[i]); > + free(list); > +} > + > +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr) > +{ > + int i; > + > + for (i = 0; i < nr; i++) > + libxl_device_usbdev_dispose(&list[i]); > + free(list); > +} > + > /* > * Local variables: > * mode: C > diff --git a/tools/libxl/libxl_utils.h b/tools/libxl/libxl_utils.h > index 339ebdf..4495417 100644 > --- a/tools/libxl/libxl_utils.h > +++ b/tools/libxl/libxl_utils.h > @@ -76,6 +76,11 @@ int libxl_uuid_to_device_vtpm(libxl_ctx *ctx, uint32_t > domid, > libxl_uuid *uuid, libxl_device_vtpm *vtpm); > int libxl_devid_to_device_vtpm(libxl_ctx *ctx, uint32_t domid, > int devid, libxl_device_vtpm *vtpm); > +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, uint32_t domid, > + int devid, libxl_device_usbctrl > *usbctrl); > +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, uint32_t domid, > + int ctrl, int port, > + libxl_device_usbdev *usbdev); > > int libxl_bitmap_alloc(libxl_ctx *ctx, libxl_bitmap *bitmap, int n_bits); > /* Allocated bimap is from malloc, libxl_bitmap_dispose() to be _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From xen-devel-bounces@lists.xen.org Tue Dec 08 11:26:59 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Tue, 08 Dec 2015 11:26:59 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a6GPx-00052U-0r; Tue, 08 Dec 2015 11:26:49 +0000 Received: from mail6.bemta3.messagelabs.com ([195.245.230.39]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a6GPv-00052P-A9 for xen-devel@lists.xen.org; Tue, 08 Dec 2015 11:26:47 +0000 Received: from [85.158.137.68] by server-7.bemta-3.messagelabs.com id D5/D9-23747-67EB6665; Tue, 08 Dec 2015 11:26:46 +0000 X-Env-Sender: prvs=777055e4a=George.Dunlap@citrix.com X-Msg-Ref: server-14.tower-31.messagelabs.com!1449573998!9402378!1 X-Originating-IP: [66.165.176.63] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogNjYuMTY1LjE3Ni42MyA9PiAzMDYwNDg=\n, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35; banners=-,-,- X-VirusChecked: Checked Received: (qmail 44651 invoked from network); 8 Dec 2015 11:26:44 -0000 Received: from smtp02.citrix.com (HELO SMTP02.CITRIX.COM) (66.165.176.63) by server-14.tower-31.messagelabs.com with RC4-SHA encrypted SMTP; 8 Dec 2015 11:26:44 -0000 X-IronPort-AV: E=Sophos;i="5.20,399,1444694400"; d="scan'208";a="323371669" Message-ID: <5666BE6A.9010807@citrix.com> Date: Tue, 8 Dec 2015 11:26:34 +0000 From: George Dunlap User-Agent: Mozilla/5.0 (X11; Linux i686 on x86_64; rv:31.0) Gecko/20100101 Icedove/31.8.0 MIME-Version: 1.0 To: Chun Yan Liu , References: <1448444775-6974-1-git-send-email-cyliu@suse.com> <1448444775-6974-4-git-send-email-cyliu@suse.com> <5666E034020000660008DB30@relay2.provo.novell.com> In-Reply-To: <5666E034020000660008DB30@relay2.provo.novell.com> X-DLP: MIA1 Cc: Juergen Gross , wei.liu2@citrix.com, ian.campbell@citrix.com, george.dunlap@eu.citrix.com, Ian.Jackson@eu.citrix.com, Jim Fehlig , Simon Cao Subject: Re: [Xen-devel] [RESEND][PATCH V9 3/7] libxl: add pvusb API X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org On 08/12/15 05:50, Chun Yan Liu wrote: > Any comments? I'd just started looking at this yesterday. :-) One comment for future reference: This series doesn't apply to staging, nor to staging the date which you sent it (25 November); I had to apply it to a commit before 5 November before it would apply cleanly. In the future please be sure when you send a series to rebase it to staging. (No need to rebase it now until you have some comments to address.) -George > >>>> On 11/25/2015 at 05:46 PM, in message > <1448444775-6974-4-git-send-email-cyliu@suse.com>, Chunyan Liu > wrote: >> Add pvusb APIs, including: >> - attach/detach (create/destroy) virtual usb controller. >> - attach/detach usb device >> - list usb controller and usb devices >> - some other helper functions >> >> Signed-off-by: Chunyan Liu >> Signed-off-by: Simon Cao >> >> --- >> changes: >> - update naming, all places indicating usb controller named >> as usbctrl, all places indicating usb device named as usbdev >> - update DEFINE_DEVICE_REMOVE instead of creating a new >> DEFINE_DEVICE_REMOVE_EXT >> - use libxl__xs_read_checked instead of libxl__xs_read >> - update local READ_SUBPATH(_INT) macros to include more common codes >> - save drvpath before unbind >> - get_assigned_devices: call libxl__device_usbdev_list_for_ctrl >> instead of doing all things from scratch >> - usb_interface_xenstore_encode: use special char to avoid confusion >> - usb readdir_r instead of readdir >> - check syscall errno >> - remove usbinfo definition >> - address other comments except: >> libxl__device_usbdev_add/remove and do_usbdev_add/remove, in previous >> discussion, we'd like to get usbctrlinfo once and pass usbctrlinfo to >> do_usbdev_add/remove. However, during update, adding usbdev process >> still needs to try twice to get usbctrlinfo. (Before set_default, >> if usbctrl doesn't exist it doesn't doing getting usbctrlinfo actually; >> after set_default, needs to get usbctrlinfo then). So, finally, just >> change codes to make adding/removing process symmetrical. >> >> tools/libxl/Makefile | 2 +- >> tools/libxl/libxl.c | 50 +- >> tools/libxl/libxl.h | 77 ++ >> tools/libxl/libxl_device.c | 5 +- >> tools/libxl/libxl_internal.h | 18 + >> tools/libxl/libxl_osdeps.h | 13 + >> tools/libxl/libxl_pvusb.c | 1534 >> ++++++++++++++++++++++++++++++++++ >> tools/libxl/libxl_types.idl | 46 + >> tools/libxl/libxl_types_internal.idl | 1 + >> tools/libxl/libxl_utils.c | 18 + >> tools/libxl/libxl_utils.h | 5 + >> 11 files changed, 1766 insertions(+), 3 deletions(-) >> create mode 100644 tools/libxl/libxl_pvusb.c >> >> diff --git a/tools/libxl/Makefile b/tools/libxl/Makefile >> index 6ff5bee..a36145a 100644 >> --- a/tools/libxl/Makefile >> +++ b/tools/libxl/Makefile >> @@ -103,7 +103,7 @@ LIBXL_OBJS = flexarray.o libxl.o libxl_create.o >> libxl_dm.o libxl_pci.o \ >> libxl_stream_read.o libxl_stream_write.o \ >> libxl_save_callout.o _libxl_save_msgs_callout.o \ >> libxl_qmp.o libxl_event.o libxl_fork.o \ >> - libxl_dom_suspend.o $(LIBXL_OBJS-y) >> + libxl_dom_suspend.o libxl_pvusb.o $(LIBXL_OBJS-y) >> LIBXL_OBJS += libxl_genid.o >> LIBXL_OBJS += _libxl_types.o libxl_flask.o _libxl_types_internal.o >> >> diff --git a/tools/libxl/libxl.c b/tools/libxl/libxl.c >> index eaa7d75..a479465 100644 >> --- a/tools/libxl/libxl.c >> +++ b/tools/libxl/libxl.c >> @@ -4144,6 +4144,36 @@ out: >> return rc; >> } >> >> +static void libxl__initiate_device_disk_remove(libxl__egc *egc, >> + libxl__ao_device *aodev) >> +{ >> + return libxl__initiate_device_remove(egc, aodev); >> +} >> + >> +static void libxl__initiate_device_nic_remove(libxl__egc *egc, >> + libxl__ao_device *aodev) >> +{ >> + return libxl__initiate_device_remove(egc, aodev); >> +} >> + >> +static void libxl__initiate_device_vtpm_remove(libxl__egc *egc, >> + libxl__ao_device *aodev) >> +{ >> + return libxl__initiate_device_remove(egc, aodev); >> +} >> + >> +static void libxl__initiate_device_vkb_remove(libxl__egc *egc, >> + libxl__ao_device *aodev) >> +{ >> + return libxl__initiate_device_remove(egc, aodev); >> +} >> + >> +static void libxl__initiate_device_vfb_remove(libxl__egc *egc, >> + libxl__ao_device *aodev) >> +{ >> + return libxl__initiate_device_remove(egc, aodev); >> +} >> + >> >> /**************************************************************************** >> **/ >> >> /* Macro for defining device remove/destroy functions in a compact way */ >> @@ -4158,6 +4188,8 @@ out: >> * libxl_device_vkb_destroy >> * libxl_device_vfb_remove >> * libxl_device_vfb_destroy >> + * libxl_device_usbctrl_remove >> + * libxl_device_usbctrl_destroy >> */ >> #define DEFINE_DEVICE_REMOVE(type, removedestroy, f) \ >> int libxl_device_##type##_##removedestroy(libxl_ctx *ctx, \ >> @@ -4179,7 +4211,7 @@ out: >> aodev->dev = device; \ >> aodev->callback = device_addrm_aocomplete; \ >> aodev->force = f; \ >> - libxl__initiate_device_remove(egc, aodev); \ >> + libxl__initiate_device_##type##_remove(egc, aodev); \ >> \ >> out: \ >> if (rc) return AO_CREATE_FAIL(rc); >> \ >> @@ -4209,6 +4241,10 @@ DEFINE_DEVICE_REMOVE(vfb, destroy, 1) >> DEFINE_DEVICE_REMOVE(vtpm, remove, 0) >> DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) >> >> +/* usbctrl */ >> +DEFINE_DEVICE_REMOVE(usbctrl, remove, 0) >> +DEFINE_DEVICE_REMOVE(usbctrl, destroy, 1) >> + >> /* channel/console hotunplug is not implemented. There are 2 possibilities: >> * 1. add support for secondary consoles to xenconsoled >> * 2. dynamically add/remove qemu chardevs via qmp messages. */ >> @@ -4222,6 +4258,8 @@ DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) >> * libxl_device_disk_add >> * libxl_device_nic_add >> * libxl_device_vtpm_add >> + * libxl_device_usbctrl_add >> + * libxl_device_usbdev_add >> */ >> >> #define DEFINE_DEVICE_ADD(type) \ >> @@ -4253,6 +4291,12 @@ DEFINE_DEVICE_ADD(nic) >> /* vtpm */ >> DEFINE_DEVICE_ADD(vtpm) >> >> +/* usbctrl */ >> +DEFINE_DEVICE_ADD(usbctrl) >> + >> +/* usb */ >> +DEFINE_DEVICE_ADD(usbdev) >> + >> #undef DEFINE_DEVICE_ADD >> >> >> /**************************************************************************** >> **/ >> @@ -6794,6 +6838,10 @@ int libxl_retrieve_domain_configuration(libxl_ctx >> *ctx, uint32_t domid, >> >> MERGE(pci, pcidevs, COMPARE_PCI, {}); >> >> + MERGE(usbctrl, usbctrls, COMPARE_USBCTRL, {}); >> + >> + MERGE(usbdev, usbdevs, COMPARE_USB, {}); >> + >> /* Take care of removable device. We maintain invariant in the >> * insert / remove operation so that: >> * 1. if xenstore is "empty" while JSON is not, the result >> diff --git a/tools/libxl/libxl.h b/tools/libxl/libxl.h >> index 168fedd..609d068 100644 >> --- a/tools/libxl/libxl.h >> +++ b/tools/libxl/libxl.h >> @@ -123,6 +123,12 @@ >> #define LIBXL_HAVE_DOMAIN_NODEAFFINITY 1 >> >> /* >> + * LIBXL_HAVE_PVUSB indicates functions for plugging in USB devices >> + * through pvusb -- both hotplug and at domain creation time.. >> + */ >> +#define LIBXL_HAVE_PVUSB 1 >> + >> +/* >> * LIBXL_HAVE_BUILDINFO_HVM_VENDOR_DEVICE indicates that the >> * libxl_vendor_device field is present in the hvm sections of >> * libxl_domain_build_info. This field tells libxl which >> @@ -1418,6 +1424,77 @@ int libxl_cdrom_insert(libxl_ctx *ctx, uint32_t domid, >> libxl_device_disk *disk, >> const libxl_asyncop_how *ao_how) >> LIBXL_EXTERNAL_CALLERS_ONLY; >> >> +/* >> + * USB >> + * >> + * For each device removed or added, one of these protocols is available: >> + * - PV (i.e., PVUSB) >> + * - DEVICEMODEL (i.e, qemu) >> + * >> + * PV is available for either PV or HVM domains. DEVICEMODEL is only >> + * available for HVM domains. The caller can additionally specify >> + * "AUTO", in which case the library will try to determine the best >> + * protocol automatically. >> + * >> + * At the moment, the only protocol implemented is PV. >> + * >> + * One can add/remove USB controllers to/from guest, and attach/detach USB >> + * devices to/from USB controllers. >> + * >> + * To add USB controllers and USB devices, one can adding USB controllers >> + * first and then attaching USB devices to some USB controller, or adding >> + * USB devices to guest directly, it will automatically create a USB >> + * controller for USB devices to attach. >> + * >> + * To remove USB controllers or USB devices, one can remove USB devices >> + * under USB controller one by one and then remove USB controller, or >> + * remove USB controller directly, it will remove all USB devices under >> + * it automatically. >> + * >> + */ >> +/* USB Controllers*/ >> +int libxl_device_usbctrl_add(libxl_ctx *ctx, uint32_t domid, >> + libxl_device_usbctrl *usbctrl, >> + const libxl_asyncop_how *ao_how) >> + LIBXL_EXTERNAL_CALLERS_ONLY; >> + >> +int libxl_device_usbctrl_remove(libxl_ctx *ctx, uint32_t domid, >> + libxl_device_usbctrl *usbctrl, >> + const libxl_asyncop_how *ao_how) >> + LIBXL_EXTERNAL_CALLERS_ONLY; >> + >> +int libxl_device_usbctrl_destroy(libxl_ctx *ctx, uint32_t domid, >> + libxl_device_usbctrl *usbctrl, >> + const libxl_asyncop_how *ao_how) >> + LIBXL_EXTERNAL_CALLERS_ONLY; >> + >> +libxl_device_usbctrl *libxl_device_usbctrl_list(libxl_ctx *ctx, >> + uint32_t domid, int *num); >> + >> +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr); >> + >> + >> +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, >> + libxl_device_usbctrl *usbctrl, >> + libxl_usbctrlinfo *usbctrlinfo); >> + >> +/* USB Devices */ >> + >> +int libxl_device_usbdev_add(libxl_ctx *ctx, uint32_t domid, >> + libxl_device_usbdev *usbdev, >> + const libxl_asyncop_how *ao_how) >> + LIBXL_EXTERNAL_CALLERS_ONLY; >> + >> +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, >> + libxl_device_usbdev *usbdev, >> + const libxl_asyncop_how *ao_how) >> + LIBXL_EXTERNAL_CALLERS_ONLY; >> + >> +libxl_device_usbdev * >> +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num); >> + >> +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr); >> + >> /* Network Interfaces */ >> int libxl_device_nic_add(libxl_ctx *ctx, uint32_t domid, libxl_device_nic >> *nic, >> const libxl_asyncop_how *ao_how) >> diff --git a/tools/libxl/libxl_device.c b/tools/libxl/libxl_device.c >> index 8bb5e93..6715c16 100644 >> --- a/tools/libxl/libxl_device.c >> +++ b/tools/libxl/libxl_device.c >> @@ -676,7 +676,10 @@ void libxl__devices_destroy(libxl__egc *egc, >> libxl__devices_remove_state *drs) >> aodev->action = LIBXL__DEVICE_ACTION_REMOVE; >> aodev->dev = dev; >> aodev->force = drs->force; >> - libxl__initiate_device_remove(egc, aodev); >> + if (dev->backend_kind == LIBXL__DEVICE_KIND_VUSB) >> + libxl__initiate_device_usbctrl_remove(egc, aodev); >> + else >> + libxl__initiate_device_remove(egc, aodev); >> } >> } >> } >> diff --git a/tools/libxl/libxl_internal.h b/tools/libxl/libxl_internal.h >> index 7aff237..5b70c6e 100644 >> --- a/tools/libxl/libxl_internal.h >> +++ b/tools/libxl/libxl_internal.h >> @@ -2569,6 +2569,14 @@ _hidden void libxl__device_vtpm_add(libxl__egc *egc, >> uint32_t domid, >> libxl_device_vtpm *vtpm, >> libxl__ao_device *aodev); >> >> +_hidden void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, >> + libxl_device_usbctrl *usbctrl, >> + libxl__ao_device *aodev); >> + >> +_hidden void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, >> + libxl_device_usbdev *usbdev, >> + libxl__ao_device *aodev); >> + >> /* Internal function to connect a vkb device */ >> _hidden int libxl__device_vkb_add(libxl__gc *gc, uint32_t domid, >> libxl_device_vkb *vkb); >> @@ -2601,6 +2609,13 @@ _hidden void >> libxl__wait_device_connection(libxl__egc*, >> _hidden void libxl__initiate_device_remove(libxl__egc *egc, >> libxl__ao_device *aodev); >> >> +_hidden int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, >> + libxl_device_usbctrl *usbctrl, >> + libxl__device *device); >> + >> +_hidden void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, >> + libxl__ao_device >> *aodev); >> + >> /* >> * libxl__get_hotplug_script_info returns the args and env that should >> * be passed to the hotplug script for the requested device. >> @@ -3958,6 +3973,9 @@ static inline void libxl__update_config_vtpm(libxl__gc >> *gc, >> #define COMPARE_PCI(a, b) ((a)->func == (b)->func && \ >> (a)->bus == (b)->bus && \ >> (a)->dev == (b)->dev) >> +#define COMPARE_USB(a, b) ((a)->ctrl == (b)->ctrl && \ >> + (a)->port == (b)->port) >> +#define COMPARE_USBCTRL(a, b) ((a)->devid == (b)->devid) >> >> /* DEVICE_ADD >> * >> diff --git a/tools/libxl/libxl_osdeps.h b/tools/libxl/libxl_osdeps.h >> index d9661c9..802c762 100644 >> --- a/tools/libxl/libxl_osdeps.h >> +++ b/tools/libxl/libxl_osdeps.h >> @@ -24,6 +24,8 @@ >> #define _GNU_SOURCE >> >> #if defined(__NetBSD__) >> +#define SYSFS_USB_DEV "/sys/bus/usb/devices" >> +#define SYSFS_USBBACK_DRIVER "/kern/xen/usb" >> #define SYSFS_PCI_DEV "/sys/bus/pci/devices" >> #define SYSFS_PCIBACK_DRIVER "/kern/xen/pci" >> #define NETBACK_NIC_NAME "xvif%ui%d" >> @@ -31,6 +33,8 @@ >> #elif defined(__OpenBSD__) >> #include >> #elif defined(__linux__) >> +#define SYSFS_USB_DEV "/sys/bus/usb/devices" >> +#define SYSFS_USBBACK_DRIVER "/sys/bus/usb/drivers/usbback" >> #define SYSFS_PCI_DEV "/sys/bus/pci/devices" >> #define SYSFS_PCIBACK_DRIVER "/sys/bus/pci/drivers/pciback" >> #define NETBACK_NIC_NAME "vif%u.%d" >> @@ -38,6 +42,8 @@ >> #elif defined(__sun__) >> #include >> #elif defined(__FreeBSD__) >> +#define SYSFS_USB_DEV "/dev/null" >> +#define SYSFS_USBBACK_DRIVER "/dev/null" >> #define SYSFS_PCI_DEV "/dev/null" >> #define SYSFS_PCIBACK_DRIVER "/dev/null" >> #define NETBACK_NIC_NAME "xnb%u.%d" >> @@ -45,6 +51,13 @@ >> #include >> #endif >> >> +#ifndef SYSFS_USBBACK_DRIVER >> +#error define SYSFS_USBBACK_DRIVER for your platform >> +#endif >> +#ifndef SYSFS_USB_DEV >> +#error define SYSFS_USB_DEV for your platform >> +#endif >> + >> #ifndef SYSFS_PCIBACK_DRIVER >> #error define SYSFS_PCIBACK_DRIVER for your platform >> #endif >> diff --git a/tools/libxl/libxl_pvusb.c b/tools/libxl/libxl_pvusb.c >> new file mode 100644 >> index 0000000..e35c6b5 >> --- /dev/null >> +++ b/tools/libxl/libxl_pvusb.c >> @@ -0,0 +1,1534 @@ >> +/* >> + * Copyright (C) 2015 SUSE LINUX Products GmbH, Nuernberg, Germany. >> + * Author Chunyan Liu >> + * >> + * This program is free software; you can redistribute it and/or modify >> + * it under the terms of the GNU Lesser General Public License as published >> + * by the Free Software Foundation; version 2.1 only. with the special >> + * exception on linking described in file LICENSE. >> + * >> + * This program is distributed in the hope that it will be useful, >> + * but WITHOUT ANY WARRANTY; without even the implied warranty of >> + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the >> + * GNU Lesser General Public License for more details. >> + */ >> + >> +#include "libxl_osdeps.h" /* must come before any other headers */ >> + >> +#include "libxl_internal.h" >> +#include >> + >> +#define USBBACK_INFO_PATH "/libxl/usbback" >> + >> +#define USBHUB_CLASS_CODE 9 >> + >> +static int libxl__device_usbctrl_setdefault(libxl__gc *gc, uint32_t domid, >> + libxl_device_usbctrl *usbctrl) >> +{ >> + int rc; >> + libxl_domain_type domtype = libxl__domain_type(gc, domid); >> + >> + if (!usbctrl->version) >> + usbctrl->version = 2; >> + >> + if (!usbctrl->ports) >> + usbctrl->ports = 8; >> + >> + if (usbctrl->type == LIBXL_USBCTRL_TYPE_AUTO) { >> + if (domtype == LIBXL_DOMAIN_TYPE_PV) { >> + usbctrl->type = LIBXL_USBCTRL_TYPE_PV; >> + } else if (domtype == LIBXL_DOMAIN_TYPE_HVM) { >> + /* FIXME: See if we can detect PV frontend */ >> + usbctrl->type = LIBXL_USBCTRL_TYPE_DEVICEMODEL; >> + } >> + } >> + >> + rc = libxl__resolve_domid(gc, usbctrl->backend_domname, >> + &usbctrl->backend_domid); >> + return rc; >> +} >> + >> +int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, >> + libxl_device_usbctrl *usbctrl, >> + libxl__device *device) >> +{ >> + device->backend_devid = usbctrl->devid; >> + device->backend_domid = usbctrl->backend_domid; >> + device->backend_kind = LIBXL__DEVICE_KIND_VUSB; >> + device->devid = usbctrl->devid; >> + device->domid = domid; >> + device->kind = LIBXL__DEVICE_KIND_VUSB; >> + >> + return 0; >> +} >> + >> +/* Add usbctrl information to xenstore. >> + * >> + * Adding a usb controller will add a new 'vusb' device in xenstore, and >> + * add corresponding frontend, backend information to it. According to >> + * "update_json", decide wether to update json config file. >> + */ >> +static int libxl__device_usbctrl_add_xenstore(libxl__gc *gc, uint32_t >> domid, >> + libxl_device_usbctrl >> *usbctrl, >> + bool update_json) >> +{ >> + libxl__device *device; >> + flexarray_t *front; >> + flexarray_t *back; >> + xs_transaction_t t = XBT_NULL; >> + int i, rc; >> + libxl_domain_config d_config; >> + libxl_device_usbctrl usbctrl_saved; >> + libxl__domain_userdata_lock *lock = NULL; >> + >> + libxl_domain_config_init(&d_config); >> + libxl_device_usbctrl_init(&usbctrl_saved); >> + libxl_device_usbctrl_copy(CTX, &usbctrl_saved, usbctrl); >> + >> + GCNEW(device); >> + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); >> + if (rc) goto out; >> + >> + front = flexarray_make(gc, 4, 1); >> + back = flexarray_make(gc, 12, 1); >> + >> + flexarray_append_pair(back, "frontend-id", GCSPRINTF("%d", domid)); >> + flexarray_append_pair(back, "online", "1"); >> + flexarray_append_pair(back, "state", >> + GCSPRINTF("%d", XenbusStateInitialising)); >> + flexarray_append_pair(back, "type", >> + (char >> *)libxl_usbctrl_type_to_string(usbctrl->type)); >> + flexarray_append_pair(back, "usb-ver", GCSPRINTF("%d", usbctrl->version)); >> + flexarray_append_pair(back, "num-ports", GCSPRINTF("%d", usbctrl->ports)); >> + flexarray_append_pair(back, "port", ""); >> + for (i = 0; i < usbctrl->ports; i++) >> + flexarray_append_pair(back, GCSPRINTF("port/%d", i + 1), ""); >> + >> + flexarray_append_pair(front, "backend-id", >> + GCSPRINTF("%d", usbctrl->backend_domid)); >> + flexarray_append_pair(front, "state", >> + GCSPRINTF("%d", XenbusStateInitialising)); >> + >> + if (update_json) { >> + lock = libxl__lock_domain_userdata(gc, domid); >> + if (!lock) { >> + rc = ERROR_LOCK_FAIL; >> + goto out; >> + } >> + >> + rc = libxl__get_domain_configuration(gc, domid, &d_config); >> + if (rc) goto out; >> + >> + DEVICE_ADD(usbctrl, usbctrls, domid, &usbctrl_saved, >> + COMPARE_USBCTRL, &d_config); >> + } >> + >> + for (;;) { >> + rc = libxl__xs_transaction_start(gc, &t); >> + if (rc) goto out; >> + >> + rc = libxl__device_exists(gc, t, device); >> + if (rc < 0) goto out; >> + if (rc == 1) { >> + /* already exists in xenstore */ >> + LOG(ERROR, "device already exists in xenstore"); >> + rc = ERROR_DEVICE_EXISTS; >> + goto out; >> + } >> + >> + if (update_json) { >> + rc = libxl__set_domain_configuration(gc, domid, &d_config); >> + if (rc) goto out; >> + } >> + >> + libxl__device_generic_add(gc, t, device, >> + libxl__xs_kvs_of_flexarray(gc, back, back->count), >> + libxl__xs_kvs_of_flexarray(gc, front, >> front->count), >> + NULL); >> + >> + rc = libxl__xs_transaction_commit(gc, &t); >> + if (!rc) break; >> + if (rc < 0) goto out; >> + } >> + >> +out: >> + libxl__xs_transaction_abort(gc, &t); >> + if (lock) libxl__unlock_domain_userdata(lock); >> + libxl_device_usbctrl_dispose(&usbctrl_saved); >> + libxl_domain_config_dispose(&d_config); >> + return rc; >> +} >> + >> +/* AO operation to add a usb controller. >> + * >> + * Generally, it does: >> + * 1) fill in necessary usb controler information with default value >> + * 2) write usb controller frontend/backend info to xenstore, update json >> + * config file if necessary. >> + * 3) wait for device connection. PVUSB frontend and backend driver will >> + * probe xenstore paths and build connection between frontend and >> backend. >> + * >> + * Before calling this function, aodev should be properly filled: >> + * aodev->ao, aodev->callback, aodev->update_json, ... >> + */ >> +void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, >> + libxl_device_usbctrl *usbctrl, >> + libxl__ao_device *aodev) >> +{ >> + STATE_AO_GC(aodev->ao); >> + libxl__device *device; >> + int rc; >> + >> + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); >> + if (rc < 0) goto out; >> + >> + if (usbctrl->devid == -1) { >> + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); >> + if (usbctrl->devid < 0) { >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + } >> + >> + if (usbctrl->type != LIBXL_USBCTRL_TYPE_PV) { >> + LOG(ERROR, "Unsupported USB controller type"); >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, >> + aodev->update_json); >> + if (rc) goto out; >> + >> + GCNEW(device); >> + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); >> + if (rc) goto out; >> + >> + aodev->dev = device; >> + aodev->action = LIBXL__DEVICE_ACTION_ADD; >> + libxl__wait_device_connection(egc, aodev); >> + return; >> + >> +out: >> + aodev->rc = rc; >> + aodev->callback(egc, aodev); >> + return; >> +} >> + >> +static int libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, uint32_t >> domid, >> + libxl_devid usbctrl, >> + libxl_device_usbdev >> **usbdevs, >> + int *num); >> + >> +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, >> + libxl_device_usbdev *usbdev); >> + >> +/* AO function to remove a usb controller. >> + * >> + * Generally, it does: >> + * 1) check if the usb controller exists or not >> + * 2) remove all usb devices under controller >> + * 3) remove usb controller information from xenstore >> + * >> + * Before calling this function, aodev should be properly filled: >> + * aodev->ao, aodev->dev, aodev->callback, ... >> + */ >> +void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, >> + libxl__ao_device *aodev) >> +{ >> + STATE_AO_GC(aodev->ao); >> + libxl_ctx *ctx = CTX; >> + libxl_device_usbdev *usbdevs = NULL; >> + int num_usbdev = 0; >> + int i, rc; >> + uint32_t domid = ao->domid; >> + int usbctrl_devid = aodev->dev->devid; >> + libxl_device_usbctrl usbctrl; >> + libxl_usbctrlinfo usbctrlinfo; >> + >> + libxl_device_usbctrl_init(&usbctrl); >> + libxl_usbctrlinfo_init(&usbctrlinfo); >> + usbctrl.devid = usbctrl_devid; >> + >> + rc = libxl_device_usbctrl_getinfo(ctx, domid, &usbctrl, &usbctrlinfo); >> + if (rc) goto out; >> + >> + if (usbctrlinfo.type != LIBXL_USBCTRL_TYPE_PV) { >> + LOG(ERROR, "Unsupported USB controller type"); >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + /* Remove usb devices first */ >> + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, usbctrl_devid, >> + &usbdevs, &num_usbdev); >> + if (rc) goto out; >> + >> + for (i = 0; i < num_usbdev; i++) { >> + if (libxl__device_usbdev_remove(gc, domid, &usbdevs[i])) { >> + LOG(ERROR, "libxl__device_usbdev_remove failed: controller %d, >> " >> + "port %d", usbdevs[i].ctrl, usbdevs[i].port); >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + } >> + >> + libxl_device_usbctrl_dispose(&usbctrl); >> + libxl_usbctrlinfo_dispose(&usbctrlinfo); >> + >> + /* Remove usbctrl */ >> + return libxl__initiate_device_remove(egc, aodev); >> + >> +out: >> + libxl_device_usbctrl_dispose(&usbctrl); >> + libxl_usbctrlinfo_dispose(&usbctrlinfo); >> + aodev->rc = rc; >> + aodev->callback(egc, aodev); >> + return; >> +} >> + >> +libxl_device_usbctrl * >> +libxl_device_usbctrl_list(libxl_ctx *ctx, uint32_t domid, int *num) >> +{ >> + GC_INIT(ctx); >> + libxl_device_usbctrl *usbctrls = NULL; >> + char *path = NULL; >> + char **entry = NULL; >> + unsigned int nentries = 0; >> + >> + *num = 0; >> + >> + path = GCSPRINTF("%s/device/vusb", >> + libxl__xs_get_dompath(gc, domid)); >> + entry = libxl__xs_directory(gc, XBT_NULL, path, &nentries); >> + >> + if (entry && nentries) { >> + usbctrls = libxl__zalloc(NOGC, sizeof(*usbctrls) * nentries); >> + libxl_device_usbctrl *usbctrl; >> + libxl_device_usbctrl *end = usbctrls + nentries; >> + for (usbctrl = usbctrls; >> + usbctrl < end; >> + usbctrl++, entry++, (*num)++) { >> + const char *tmp, *be_path, *fe_path; >> + int ret; >> + >> + libxl_device_usbctrl_init(usbctrl); >> + usbctrl->devid = atoi(*entry); >> + >> +#define READ_SUBPATH(path, subpath) ({ \ >> + ret = libxl__xs_read_checked(gc, XBT_NULL, \ >> + GCSPRINTF("%s/" subpath, path), \ >> + &tmp); \ >> + if (ret) goto out; \ >> + (char *)tmp; \ >> + }) >> + >> +#define READ_SUBPATH_INT(path, subpath) ({ \ >> + ret = libxl__xs_read_checked(gc, XBT_NULL, \ >> + GCSPRINTF("%s/" subpath, path), \ >> + &tmp); \ >> + if (ret) goto out; \ >> + tmp ? atoi(tmp) : -1; \ >> + }) >> + >> + fe_path = GCSPRINTF("%s/%s", path, *entry); >> + be_path = READ_SUBPATH(fe_path, "backend"); >> + usbctrl->backend_domid = READ_SUBPATH_INT(fe_path, "backend-id"); >> + usbctrl->version = READ_SUBPATH_INT(be_path, "usb-ver"); >> + usbctrl->ports = READ_SUBPATH_INT(be_path, "num-ports"); >> + libxl_usbctrl_type_from_string(READ_SUBPATH(be_path, "type"), >> + &usbctrl->type); >> + >> +#undef READ_SUBPATH >> +#undef READ_SUBPATH_INT >> + } >> + } >> + >> + GC_FREE; >> + return usbctrls; >> + >> +out: >> + LOG(ERROR, "Unable to list USB Controllers"); >> + libxl_device_usbctrl_list_free(usbctrls, *num); >> + GC_FREE; >> + *num = 0; >> + return NULL; >> +} >> + >> +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, >> + libxl_device_usbctrl *usbctrl, >> + libxl_usbctrlinfo *usbctrlinfo) >> +{ >> + GC_INIT(ctx); >> + const char *dompath, *fe_path, *be_path, *tmp; >> + int rc; >> + >> + usbctrlinfo->devid = usbctrl->devid; >> + >> +#define READ_SUBPATH(path, subpath) ({ \ >> + rc = libxl__xs_read_checked(gc, XBT_NULL, \ >> + GCSPRINTF("%s/" subpath, path), \ >> + &tmp); \ >> + if (rc) goto out; \ >> + (char *)tmp; \ >> + }) >> + >> +#define READ_SUBPATH_INT(path, subpath) ({ \ >> + rc = libxl__xs_read_checked(gc, XBT_NULL, \ >> + GCSPRINTF("%s/" subpath, path), \ >> + &tmp); \ >> + if (rc) goto out; \ >> + tmp ? atoi(tmp) : -1; \ >> + }) >> + >> + dompath = libxl__xs_get_dompath(gc, domid); >> + fe_path = GCSPRINTF("%s/device/vusb/%d", dompath, usbctrl->devid); >> + be_path = READ_SUBPATH(fe_path, "backend"); >> + usbctrlinfo->backend = libxl__strdup(NOGC, be_path); >> + usbctrlinfo->backend_id = READ_SUBPATH_INT(fe_path, "backend-id"); >> + usbctrlinfo->state = READ_SUBPATH_INT(fe_path, "state"); >> + usbctrlinfo->evtch = READ_SUBPATH_INT(fe_path, "event-channel"); >> + usbctrlinfo->ref_urb = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); >> + usbctrlinfo->ref_conn = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); >> + tmp = READ_SUBPATH(be_path, "frontend"); >> + usbctrlinfo->frontend = libxl__strdup(NOGC, tmp); >> + usbctrlinfo->frontend_id = READ_SUBPATH_INT(be_path, "frontend-id"); >> + usbctrlinfo->ports = READ_SUBPATH_INT(be_path, "num-ports"); >> + usbctrlinfo->version = READ_SUBPATH_INT(be_path, "usb-ver");; >> + tmp = READ_SUBPATH(be_path, "type"); >> + libxl_usbctrl_type_from_string(tmp, &usbctrlinfo->type); >> + >> +#undef READ_SUBPATH >> +#undef READ_SUBPATH_INT >> + >> + rc = 0; >> + >> +out: >> + GC_FREE; >> + return rc; >> +} >> + >> +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, >> + uint32_t domid, >> + int devid, >> + libxl_device_usbctrl *usbctrl) >> +{ >> + libxl_device_usbctrl *usbctrls; >> + int nb = 0; >> + int i, rc; >> + >> + usbctrls = libxl_device_usbctrl_list(ctx, domid, &nb); >> + if (!usbctrls) >> + return ERROR_FAIL; >> + >> + rc = ERROR_FAIL; >> + for (i = 0; i < nb; i++) { >> + if (devid == usbctrls[i].devid) { >> + libxl_device_usbctrl_copy(ctx, usbctrl, &usbctrls[i]); >> + rc = 0; >> + break; >> + } >> + } >> + >> + libxl_device_usbctrl_list_free(usbctrls, nb); >> + return rc; >> +} >> + >> +static char *usbdev_busaddr_to_busid(libxl__gc *gc, int bus, int addr) >> +{ >> + DIR *dir; >> + char *busid = NULL; >> + >> + /* invalid hostbus or hostaddr */ >> + if (bus < 1 || addr < 1) >> + return NULL; >> + >> + dir = opendir(SYSFS_USB_DEV); >> + if (!dir) { >> + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); >> + return NULL; >> + } >> + >> + size_t need = offsetof(struct dirent, d_name) + >> + pathconf(SYSFS_USB_DEV, _PC_NAME_MAX) + 1; >> + struct dirent *de_buf = libxl__zalloc(gc, need); >> + struct dirent *de; >> + >> + for (;;) { >> + char *filename; >> + void *buf; >> + int busnum = -1; >> + int devnum = -1; >> + >> + int r = readdir_r(dir, de_buf, &de); >> + if (r) { >> + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); >> + break; >> + } >> + if (!de) >> + break; >> + >> + if (!strcmp(de->d_name, ".") || >> + !strcmp(de->d_name, "..")) >> + continue; >> + >> + filename = GCSPRINTF(SYSFS_USB_DEV"/%s/devnum", de->d_name); >> + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) >> + devnum = atoi(buf); >> + >> + filename = GCSPRINTF(SYSFS_USB_DEV"/%s/busnum", de->d_name); >> + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) >> + busnum = atoi(buf); >> + >> + if (bus == busnum && addr == devnum) { >> + busid = libxl__strdup(gc, de->d_name); >> + break; >> + } >> + } >> + >> + closedir(dir); >> + return busid; >> +} >> + >> +static int usbdev_busaddr_from_busid(libxl__gc *gc, const char *busid, >> + uint8_t *bus, uint8_t *addr) >> +{ >> + char *filename; >> + void *buf; >> + >> + filename = GCSPRINTF(SYSFS_USB_DEV"/%s/busnum", busid); >> + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) >> + *bus = atoi((char *)buf); >> + else >> + return ERROR_FAIL; >> + >> + filename = GCSPRINTF(SYSFS_USB_DEV"/%s/devnum", busid); >> + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) >> + *addr = atoi((char *)buf); >> + else >> + return ERROR_FAIL; >> + >> + return 0; >> +} >> + >> +static int get_assigned_devices(libxl__gc *gc, >> + libxl_device_usbdev **list, int *num) >> +{ >> + char **domlist; >> + unsigned int ndom = 0; >> + int i, j, k; >> + int rc; >> + >> + *list = NULL; >> + *num = 0; >> + >> + domlist = libxl__xs_directory(gc, XBT_NULL, "/local/domain", &ndom); >> + for (i = 0; i < ndom; i++) { >> + char *path; >> + char **usbctrls; >> + unsigned int nc = 0; >> + uint32_t domid = atoi(domlist[i]); >> + >> + path = GCSPRINTF("%s/device/vusb", libxl__xs_get_dompath(gc, >> domid)); >> + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); >> + >> + for (j = 0; j < nc; j++) { >> + libxl_device_usbdev *tmp = NULL; >> + int nd = 0; >> + >> + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, >> + atoi(usbctrls[j]), >> + &tmp, &nd); >> + if (rc) goto out; >> + >> + if (!nd) continue; >> + >> + GCREALLOC_ARRAY(*list, *num + nd); >> + for (k = 0; k < nd; k++) { >> + libxl_device_usbdev_copy(CTX, *list + *num, tmp + k); >> + (*num)++; >> + } >> + } >> + } >> + >> + return 0; >> + >> +out: >> + LOG(ERROR, "fail to get assigned devices"); >> + return rc; >> +} >> + >> +static bool is_usbdev_in_array(libxl_device_usbdev *usbdevs, int num, >> + libxl_device_usbdev *usbdev) >> +{ >> + int i; >> + >> + for (i = 0; i < num; i++) { >> + if (usbdevs[i].u.hostdev.hostbus == usbdev->u.hostdev.hostbus && >> + usbdevs[i].u.hostdev.hostaddr == usbdev->u.hostdev.hostaddr) >> + return true; >> + } >> + >> + return false; >> +} >> + >> +/* check if USB device type is assignable */ >> +static bool is_usbdev_assignable(libxl__gc *gc, libxl_device_usbdev >> *usbdev) >> +{ >> + int classcode; >> + char *filename; >> + void *buf = NULL; >> + char *busid = NULL; >> + >> + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, >> + usbdev->u.hostdev.hostaddr); >> + if (!busid) return false; >> + >> + filename = GCSPRINTF(SYSFS_USB_DEV"/%s/bDeviceClass", busid); >> + if (libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) >> + return false; >> + >> + classcode = atoi(buf); >> + return classcode != USBHUB_CLASS_CODE; >> +} >> + >> +/* get usb devices under certain usb controller */ >> +static int >> +libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, >> + uint32_t domid, >> + libxl_devid usbctrl, >> + libxl_device_usbdev **usbdevs, >> + int *num) >> +{ >> + const char *fe_path, *be_path, *num_devs; >> + int n, i, rc; >> + >> + *usbdevs = NULL; >> + *num = 0; >> + >> + fe_path = GCSPRINTF("%s/device/vusb/%d", >> + libxl__xs_get_dompath(gc, domid), usbctrl); >> + >> + rc = libxl__xs_read_checked(gc, XBT_NULL, >> + GCSPRINTF("%s/backend", fe_path), >> + &be_path); >> + if (rc) goto out; >> + >> + if (!be_path) { >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + rc = libxl__xs_read_checked(gc, XBT_NULL, >> + GCSPRINTF("%s/num-ports", be_path), >> + &num_devs); >> + if (rc) goto out; >> + >> + n = num_devs ? atoi(num_devs) : 0; >> + >> + for (i = 0; i < n; i++) { >> + const char *busid; >> + libxl_device_usbdev *usbdev; >> + >> + rc = libxl__xs_read_checked(gc, XBT_NULL, >> + GCSPRINTF("%s/port/%d", be_path, i + >> 1), >> + &busid); >> + if (rc) goto out; >> + >> + if (busid && strcmp(busid, "")) { >> + GCREALLOC_ARRAY(*usbdevs, *num + 1); >> + usbdev = *usbdevs + *num; >> + (*num)++; >> + libxl_device_usbdev_init(usbdev); >> + usbdev->ctrl = usbctrl; >> + usbdev->port = i + 1; >> + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; >> + rc = usbdev_busaddr_from_busid(gc, busid, >> + &usbdev->u.hostdev.hostbus, >> + &usbdev->u.hostdev.hostaddr); >> + if (rc) goto out; >> + } >> + } >> + >> + rc = 0; >> + >> +out: >> + return rc; >> +} >> + >> +/* get all usb devices of the domain */ >> +libxl_device_usbdev * >> +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num) >> +{ >> + GC_INIT(ctx); >> + libxl_device_usbdev *usbdevs = NULL; >> + const char *path; >> + char **usbctrls; >> + unsigned int nc = 0; >> + int i, j; >> + >> + *num = 0; >> + >> + path = GCSPRINTF("%s/device/vusb", >> + libxl__xs_get_dompath(gc, domid)); >> + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); >> + >> + for (i = 0; i < nc; i++) { >> + int r, nd = 0; >> + libxl_device_usbdev *tmp = NULL; >> + >> + r = libxl__device_usbdev_list_for_usbctrl(gc, domid, >> + atoi(usbctrls[i]), >> + &tmp, &nd); >> + if (!r || !nd) continue; >> + >> + usbdevs = libxl__realloc(NOGC, usbdevs, >> + sizeof(*usbdevs) * (*num + nd)); >> + for (j = 0; j < nd; j++) { >> + libxl_device_usbdev_copy(ctx, usbdevs + *num, tmp + j); >> + (*num)++; >> + } >> + } >> + >> + GC_FREE; >> + return usbdevs; >> +} >> + >> +/* find first unused controller:port and give that to usb device */ >> +static int >> +libxl__device_usbdev_set_default_usbctrl(libxl__gc *gc, uint32_t domid, >> + libxl_device_usbdev *usbdev) >> +{ >> + libxl_device_usbctrl *usbctrls = NULL; >> + int numctrl = 0; >> + int i, j, rc; >> + >> + usbctrls = libxl_device_usbctrl_list(CTX, domid, &numctrl); >> + if (!numctrl || !usbctrls) { >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + rc = ERROR_FAIL; >> + for (i = 0; i < numctrl; i++) { >> + for (j = 0; j < usbctrls[i].ports; j++) { >> + const char *path, *tmp; >> + >> + path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", >> + libxl__xs_get_dompath(gc, >> LIBXL_TOOLSTACK_DOMID), >> + domid, usbctrls[i].devid, j + 1); >> + tmp = libxl__xs_read(gc, XBT_NULL, path); >> + if (tmp && !strcmp(tmp, "")) { >> + usbdev->ctrl = usbctrls[i].devid; >> + usbdev->port = j + 1; >> + rc = 0; >> + goto out; >> + } >> + } >> + } >> + >> +out: >> + libxl_device_usbctrl_list_free(usbctrls, numctrl); >> + return rc; >> +} >> + >> +/* Fill in usb information with default value. >> + * >> + * Generally, it does: >> + * 1) if "controller" is not specified: >> + * - if "port" is not specified, try to find an available >> controller:port, >> + * if found, use that; otherwise, create a new controller, use this >> + * controller and its first port >> + * - if "port" is specified, report error. >> + * 2) if "controller" is specified, but port is not specified: >> + * try to find an available port under this controller, if found, use >> + * that, otherwise, report error. >> + * 3) if both "controller" and "port" are specified: >> + * check the controller:port is available, if not, report error. >> + */ >> +static int libxl__device_usbdev_setdefault(libxl__gc *gc, >> + uint32_t domid, >> + libxl_device_usbdev *usbdev, >> + bool update_json) >> +{ >> + int rc; >> + >> + if (!usbdev->type) >> + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; >> + >> + if (usbdev->ctrl == -1) { >> + if (usbdev->port) { >> + LOG(ERROR, "USB controller must be specified if you specify >> port"); >> + return ERROR_INVAL; >> + } >> + >> + rc = libxl__device_usbdev_set_default_usbctrl(gc, domid, usbdev); >> + /* If no existing controller to host this usb device, add a new one >> */ >> + if (rc) { >> + libxl_device_usbctrl *usbctrl; >> + >> + GCNEW(usbctrl); >> + libxl_device_usbctrl_init(usbctrl); >> + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); >> + if (rc < 0) goto out; >> + >> + if (usbctrl->devid == -1) { >> + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); >> + if (usbctrl->devid < 0) { >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + } >> + >> + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, >> + update_json); >> + if (rc) goto out; >> + >> + usbdev->ctrl = usbctrl->devid; >> + usbdev->port = 1; >> + } >> + } else if (!usbdev->port) { >> + /* Valid port starts from 1. Choose port for us. */ >> + int i, ports; >> + const char *fe_path, *be_path, *tmp; >> + >> + fe_path = GCSPRINTF("%s/device/vusb/%d", >> + libxl__xs_get_dompath(gc, domid), usbdev->ctrl); >> + >> + rc = libxl__xs_read_checked(gc, XBT_NULL, >> + GCSPRINTF("%s/backend", fe_path), >> &be_path); >> + if (rc) goto out; >> + >> + if (!be_path) { >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + rc = libxl__xs_read_checked(gc, XBT_NULL, >> + GCSPRINTF("%s/num-ports", be_path), >> &tmp); >> + if (rc) goto out; >> + >> + ports = tmp ? atoi(tmp) : 0; >> + >> + for (i = 0; i < ports; i++) { >> + rc = libxl__xs_read_checked(gc, XBT_NULL, >> + GCSPRINTF("%s/port/%d", be_path, i >> + 1), >> + &tmp); >> + if (rc) goto out; >> + >> + if (tmp && !strcmp(tmp, "")) { >> + usbdev->port = i + 1; >> + break; >> + } >> + } >> + >> + if (!usbdev->port) { >> + LOG(ERROR, "No available port under specified controller"); >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + } else { >> + const char *be_path, *tmp; >> + >> + rc = libxl__xs_read_checked(gc, XBT_NULL, >> + GCSPRINTF("%s/device/vusb/%d/backend", >> + libxl__xs_get_dompath(gc, >> domid), >> + usbdev->ctrl), >> + &be_path); >> + if (rc) goto out; >> + >> + if (!be_path) { >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + rc = libxl__xs_read_checked(gc, XBT_NULL, >> + GCSPRINTF("%s/port/%d", >> + be_path, usbdev->port), >> + &tmp); >> + if (rc) goto out; >> + >> + if (tmp && strcmp(tmp, "")) { >> + LOG(ERROR, "The controller port isn't available"); >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + } >> + >> + rc = 0; >> + >> +out: >> + return rc; >> +} >> + >> +/* Add usb information to xenstore >> + * >> + * Adding a usb device won't create new 'vusb' device, but only write >> + * the device busid to the controller:port in xenstore. >> + */ >> +static int libxl__device_usbdev_add_xenstore(libxl__gc *gc, uint32_t domid, >> + libxl_device_usbdev *usbdev, >> + bool update_json) >> +{ >> + char *be_path, *busid; >> + int rc; >> + xs_transaction_t t = XBT_NULL; >> + libxl_domain_config d_config; >> + libxl_device_usbdev usbdev_saved; >> + libxl__domain_userdata_lock *lock = NULL; >> + >> + libxl_domain_config_init(&d_config); >> + libxl_device_usbdev_init(&usbdev_saved); >> + libxl_device_usbdev_copy(CTX, &usbdev_saved, usbdev); >> + >> + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, >> + usbdev->u.hostdev.hostaddr); >> + if (!busid) { >> + LOG(DEBUG, "Fail to get busid of usb device"); >> + goto out; >> + } >> + >> + if (update_json) { >> + lock = libxl__lock_domain_userdata(gc, domid); >> + if (!lock) { >> + rc = ERROR_LOCK_FAIL; >> + goto out; >> + } >> + >> + rc = libxl__get_domain_configuration(gc, domid, &d_config); >> + if (rc) goto out; >> + >> + DEVICE_ADD(usbdev, usbdevs, domid, &usbdev_saved, >> + COMPARE_USB, &d_config); >> + } >> + >> + for (;;) { >> + rc = libxl__xs_transaction_start(gc, &t); >> + if (rc) goto out; >> + >> + if (update_json) { >> + rc = libxl__set_domain_configuration(gc, domid, &d_config); >> + if (rc) goto out; >> + } >> + >> + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", >> + libxl__xs_get_dompath(gc, >> LIBXL_TOOLSTACK_DOMID), >> + domid, usbdev->ctrl, usbdev->port); >> + >> + LOG(DEBUG, "Adding usb device %s to xenstore: controller %d, port >> %d", >> + busid, usbdev->ctrl, usbdev->port); >> + >> + if (libxl__xs_write_checked(gc, t, be_path, busid)) >> + goto out; >> + >> + rc = libxl__xs_transaction_commit(gc, &t); >> + if (!rc) break; >> + if (rc < 0) goto out; >> + } >> + >> + rc = 0; >> + >> +out: >> + if (lock) libxl__unlock_domain_userdata(lock); >> + libxl_device_usbdev_dispose(&usbdev_saved); >> + libxl_domain_config_dispose(&d_config); >> + return rc; >> +} >> + >> +static int libxl__device_usbdev_remove_xenstore(libxl__gc *gc, uint32_t >> domid, >> + libxl_device_usbdev >> *usbdev) >> +{ >> + char *be_path; >> + >> + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", >> + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), >> + domid, usbdev->ctrl, usbdev->port); >> + >> + LOG(DEBUG, "Removing usb device from xenstore: controller %d, port %d", >> + usbdev->ctrl, usbdev->port); >> + >> + return libxl__xs_write_checked(gc, XBT_NULL, be_path, ""); >> +} >> + >> +static char *usbdev_busid_from_ctrlport(libxl__gc *gc, uint32_t domid, >> + libxl_device_usbdev *usbdev) >> +{ >> + return libxl__xs_read(gc, XBT_NULL, >> + GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", >> + libxl__xs_get_dompath(gc, >> LIBXL_TOOLSTACK_DOMID), >> + domid, usbdev->ctrl, usbdev->port)); >> +} >> + >> +/* get original driver path of usb interface, stored in @drvpath */ >> +static int usbintf_get_drvpath(libxl__gc *gc, const char *intf, char >> **drvpath) >> +{ >> + char *spath, *dp = NULL; >> + struct stat st; >> + int rc; >> + >> + spath = GCSPRINTF(SYSFS_USB_DEV"/%s/driver", intf); >> + >> + rc = lstat(spath, &st); >> + if (rc == 0) { >> + /* Find the canonical path to the driver. */ >> + dp = libxl__zalloc(gc, PATH_MAX); >> + dp = realpath(spath, dp); >> + } else if (errno != ENOENT) { >> + LOGE(ERROR, "lstat failed: '%s'", spath); >> + return ERROR_FAIL; >> + } >> + >> + *drvpath = dp; >> + >> + return 0; >> +} >> + >> +static int sysfs_write_intf(libxl__gc *gc, const char *intf, const char >> *path) >> +{ >> + int rc, fd = -1; >> + >> + fd = open(path, O_WRONLY); >> + if (fd < 0) { >> + LOGE(ERROR, "open file failed: '%s'", path); >> + return ERROR_FAIL; >> + } >> + >> + rc = write(fd, intf, strlen(intf)); >> + close(fd); >> + if (rc < 0) { >> + LOGE(ERROR, "write '%s' to '%s' failed", intf, path); >> + return errno; >> + } >> + if (rc != strlen(intf)) { >> + LOG(ERROR, "write '%s' to '%s' failed: incorrect write count", >> + intf, path); >> + return ERROR_FAIL; >> + } >> + >> + return 0; >> +} >> + >> +static int unbind_usbintf(libxl__gc *gc, const char *intf) >> +{ >> + char *path; >> + >> + path = GCSPRINTF(SYSFS_USB_DEV"/%s/driver/unbind", intf); >> + return sysfs_write_intf(gc, intf, path); >> +} >> + >> +static int bind_usbintf(libxl__gc *gc, const char *intf, const char >> *drvpath) >> +{ >> + char *path; >> + struct stat st; >> + >> + path = GCSPRINTF("%s/%s", drvpath, intf); >> + /* if already bound, return */ >> + if (!lstat(path, &st)) >> + return 0; >> + >> + path = GCSPRINTF("%s/bind", drvpath); >> + return sysfs_write_intf(gc, intf, path); >> +} >> + >> +/* Is usb interface bound to usbback? */ >> +static int usbintf_is_assigned(libxl__gc *gc, char *intf) >> +{ >> + char *spath; >> + int rc; >> + struct stat st; >> + >> + spath = GCSPRINTF(SYSFS_USBBACK_DRIVER"/%s", intf); >> + rc = lstat(spath, &st); >> + >> + if (rc == 0) >> + return 1; >> + if (rc < 0 && errno == ENOENT) >> + return 0; >> + LOGE(ERROR, "Accessing %s", spath); >> + return -1; >> +} >> + >> +static int usbdev_get_all_interfaces(libxl__gc *gc, const char *busid, >> + char ***intfs, int *num) >> +{ >> + DIR *dir; >> + char *buf; >> + int rc; >> + >> + *intfs = NULL; >> + *num = 0; >> + >> + buf = GCSPRINTF("%s:", busid); >> + >> + dir = opendir(SYSFS_USB_DEV); >> + if (!dir) { >> + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); >> + return ERROR_FAIL; >> + } >> + >> + size_t need = offsetof(struct dirent, d_name) + >> + pathconf(SYSFS_USB_DEV, _PC_NAME_MAX) + 1; >> + struct dirent *de_buf = libxl__zalloc(gc, need); >> + struct dirent *de; >> + >> + for (;;) { >> + int r = readdir_r(dir, de_buf, &de); >> + >> + if (r) { >> + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + if (!de) >> + break; >> + >> + if (!strcmp(de->d_name, ".") || >> + !strcmp(de->d_name, "..")) >> + continue; >> + >> + if (!strncmp(de->d_name, buf, strlen(buf))) { >> + GCREALLOC_ARRAY(*intfs, *num + 1); >> + (*intfs)[*num] = libxl__strdup(gc, de->d_name); >> + (*num)++; >> + } >> + } >> + >> + rc = 0; >> + >> +out: >> + closedir(dir); >> + return rc; >> +} >> + >> +/* Encode usb interface so that it could be written to xenstore as a key. >> + * >> + * Since xenstore key cannot include '.' or ':', we'll change '.' to '_', >> + * change ':' to '@'. For example, 3-1:2.1 will be encoded to 3-1@2_1. >> + * This will be used to save original driver of USB device to xenstore. >> + */ >> +static char *usb_interface_xenstore_encode(libxl__gc *gc, const char >> *busid) >> +{ >> + char *str = libxl__strdup(gc, busid); >> + int i, len = strlen(str); >> + >> + for (i = 0; i < len; i++) { >> + if (str[i] == '.') >> + str[i] = '_'; >> + if (str[i] == ':') >> + str[i] = '@'; >> + } >> + return str; >> +} >> + >> +/* Unbind USB device from "usbback" driver. >> + * >> + * If there are many interfaces under USB device, check each interface, >> + * unbind from "usbback" driver and rebind to its original driver. >> + */ >> +static int usbback_dev_unassign(libxl__gc *gc, const char *busid) >> +{ >> + char **intfs = NULL; >> + char *usbdev_encode = NULL; >> + char *path = NULL; >> + int i, num = 0; >> + int rc; >> + >> + if (usbdev_get_all_interfaces(gc, busid, &intfs, &num) < 0) >> + return ERROR_FAIL; >> + >> + usbdev_encode = usb_interface_xenstore_encode(gc, busid); >> + >> + for (i = 0; i < num; i++) { >> + char *intf = intfs[i]; >> + char *usbintf_encode = NULL; >> + const char *drvpath; >> + >> + /* check if the USB interface is already bound to "usbback" */ >> + if (usbintf_is_assigned(gc, intf) > 0) { >> + /* unbind interface from usbback driver */ >> + if (unbind_usbintf(gc, intf) < 0) { >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + } >> + >> + /* try to rebind USB interface to its originial driver. >> + * If rebinding failed, export warning so that user can >> + * handle it later. >> + */ >> + usbintf_encode = usb_interface_xenstore_encode(gc, intf); >> + path = GCSPRINTF(USBBACK_INFO_PATH"/%s/%s/driver_path", >> + usbdev_encode, usbintf_encode); >> + rc = libxl__xs_read_checked(gc, XBT_NULL, path, &drvpath); >> + if (rc) continue; >> + >> + if (drvpath && bind_usbintf(gc, intf, drvpath)) >> + LOGE(WARN, "Couldn't rebind %s to %s", intf, drvpath); >> + } >> + >> + /* finally, remove xenstore driver path */ >> + path = GCSPRINTF(USBBACK_INFO_PATH"/%s", usbdev_encode); >> + libxl__xs_rm_checked(gc, XBT_NULL, path); >> + rc = 0; >> + >> +out: >> + return rc; >> +} >> + >> +/* Bind USB device to "usbback" driver. >> + * >> + * If there are many interfaces under USB device, check each interface, >> + * unbind from original driver and bind to "usbback" driver. >> + */ >> +static int usbback_dev_assign(libxl__gc *gc, const char *busid) >> +{ >> + char **intfs = NULL; >> + int num = 0, i; >> + int rc; >> + char *usbdev_encode = NULL; >> + >> + rc = usbdev_get_all_interfaces(gc, busid, &intfs, &num); >> + if (rc) >> + return rc; >> + >> + usbdev_encode = usb_interface_xenstore_encode(gc, busid); >> + >> + for (i = 0; i < num; i++) { >> + char *intf = intfs[i]; >> + char *drvpath = NULL; >> + >> + /* already assigned to usbback */ >> + if (usbintf_is_assigned(gc, intf) > 0) >> + continue; >> + >> + rc = usbintf_get_drvpath(gc, intf, &drvpath); >> + if (rc < 0) goto out; >> + >> + if (drvpath) { >> + /* write driver path to xenstore for later rebinding */ >> + char *usbintf_encode = NULL; >> + char *path; >> + >> + usbintf_encode = usb_interface_xenstore_encode(gc, intf); >> + path = GCSPRINTF(USBBACK_INFO_PATH"/%s/%s/driver_path", >> + usbdev_encode, usbintf_encode); >> + if (libxl__xs_write_checked(gc, XBT_NULL, path, drvpath) < 0) >> + goto out; >> + >> + /* unbind interface from original driver */ >> + if (unbind_usbintf(gc, intf) < 0) { >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + } >> + >> + /* bind interface to usbback */ >> + if (bind_usbintf(gc, intf, SYSFS_USBBACK_DRIVER) < 0) { >> + LOG(ERROR, "Couldn't bind %s to %s", intf, >> SYSFS_USBBACK_DRIVER); >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + } >> + >> + return 0; >> + >> +out: >> + /* some interfaces might be bound to usbback, unbind it and >> + * rebind it to its original driver >> + */ >> + usbback_dev_unassign(gc, busid); >> + return rc; >> +} >> + >> +static int do_usbdev_add(libxl__gc *gc, uint32_t domid, >> + libxl_device_usbdev *usbdev, >> + bool update_json) >> +{ >> + int rc; >> + char *busid; >> + libxl_device_usbctrl usbctrl; >> + libxl_usbctrlinfo usbctrlinfo; >> + >> + libxl_device_usbctrl_init(&usbctrl); >> + libxl_usbctrlinfo_init(&usbctrlinfo); >> + usbctrl.devid = usbdev->ctrl; >> + >> + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); >> + if (rc) goto out; >> + >> + switch (usbctrlinfo.type) { >> + case LIBXL_USBCTRL_TYPE_PV: >> + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, >> + usbdev->u.hostdev.hostaddr); >> + if (!busid) { >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + rc = libxl__device_usbdev_add_xenstore(gc, domid, usbdev, >> update_json); >> + if (rc) goto out; >> + >> + rc = usbback_dev_assign(gc, busid); >> + if (rc) { >> + libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); >> + goto out; >> + } >> + break; >> + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: >> + default: >> + LOG(ERROR, "Unsupported usb controller type"); >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + rc = 0; >> + >> +out: >> + libxl_device_usbctrl_dispose(&usbctrl); >> + libxl_usbctrlinfo_dispose(&usbctrlinfo); >> + return rc; >> +} >> + >> +/* AO operation to add a usb device. >> + * >> + * Generally, it does: >> + * 1) check if the usb device type is assignable >> + * 2) check if the usb device is already assigned to a domain >> + * 3) add 'busid' of the usb device to xenstore contoller/port/. >> + * (PVUSB driver watches the xenstore changes and will detect that.) >> + * 4) unbind usb device from original driver and bind to usbback. >> + * If usb device has many interfaces, then: >> + * - unbind each interface from its original driver and bind to usbback. >> + * - store the original driver to xenstore for later rebinding when >> + * detaching the device. >> + * >> + * Before calling this function, aodev should be properly filled: >> + * aodev->ao, aodev->callback, aodev->update_json, ... >> + */ >> +void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, >> + libxl_device_usbdev *usbdev, >> + libxl__ao_device *aodev) >> +{ >> + STATE_AO_GC(aodev->ao); >> + int rc; >> + libxl_device_usbdev *assigned; >> + int num_assigned; >> + libxl_device_usbctrl usbctrl; >> + libxl_usbctrlinfo usbctrlinfo; >> + >> + libxl_device_usbctrl_init(&usbctrl); >> + libxl_usbctrlinfo_init(&usbctrlinfo); >> + >> + /* Currently only support adding USB device from Dom0 backend. >> + * So, if USB controller is specified, check its backend domain, >> + * if it's not Dom0, report error. >> + */ >> + if (usbdev->ctrl != -1) { >> + usbctrl.devid = usbdev->ctrl; >> + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, >> &usbctrlinfo); >> + if (rc) goto out; >> + >> + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { >> + LOG(ERROR, "Don't support adding USB device from non-Dom0 >> backend"); >> + rc = ERROR_INVAL; >> + goto out; >> + } >> + } >> + >> + /* check usb device is assignable type */ >> + if (!is_usbdev_assignable(gc, usbdev)) { >> + LOG(ERROR, "USB device is not assignable."); >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + /* check usb device is already assigned */ >> + rc = get_assigned_devices(gc, &assigned, &num_assigned); >> + if (rc) { >> + LOG(ERROR, "cannot determine if device is assigned," >> + " refusing to continue"); >> + goto out; >> + } >> + >> + if (is_usbdev_in_array(assigned, num_assigned, usbdev)) { >> + LOG(ERROR, "USB device already attached to a domain"); >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + /* fill default values, e.g, if usbdev->ctrl and usbdev->port >> + * not specified, choose available controller:port and fill in. */ >> + rc = libxl__device_usbdev_setdefault(gc, domid, usbdev, >> + aodev->update_json); >> + if (rc) goto out; >> + >> + /* do actual adding usb device operation */ >> + rc = do_usbdev_add(gc, domid, usbdev, aodev->update_json); >> + >> +out: >> + libxl_device_usbctrl_dispose(&usbctrl); >> + libxl_usbctrlinfo_dispose(&usbctrlinfo); >> + aodev->rc = rc; >> + aodev->callback(egc, aodev); >> + return; >> +} >> + >> +static int do_usbdev_remove(libxl__gc *gc, uint32_t domid, >> + libxl_device_usbdev *usbdev) >> +{ >> + int rc; >> + char *busid; >> + libxl_device_usbctrl usbctrl; >> + libxl_usbctrlinfo usbctrlinfo; >> + >> + libxl_device_usbctrl_init(&usbctrl); >> + libxl_usbctrlinfo_init(&usbctrlinfo); >> + usbctrl.devid = usbdev->ctrl; >> + >> + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); >> + if (rc) goto out; >> + >> + switch (usbctrlinfo.type) { >> + case LIBXL_USBCTRL_TYPE_PV: >> + busid = usbdev_busid_from_ctrlport(gc, domid, usbdev); >> + if (!busid) { >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + rc = libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); >> + if (rc) goto out; >> + >> + rc = usbback_dev_unassign(gc, busid); >> + if (rc) { >> + /* Till here, usb device information is already removed >> + * from xenstore, usb list couldn't list it any more. >> + * If unassign usb device from usbback failed, export >> + * warning only so that user could handle driver status >> + * later. >> + */ >> + LOG(WARN, "unbind usb device from usbback and rebind to its " >> + "original driver failed"); >> + } >> + break; >> + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: >> + default: >> + LOG(ERROR, "Unsupported usb controller type"); >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + rc = 0; >> + >> +out: >> + libxl_device_usbctrl_dispose(&usbctrl); >> + libxl_usbctrlinfo_dispose(&usbctrlinfo); >> + return rc; >> +} >> + >> +/* Operation to remove usb device. >> + * >> + * Generally, it does: >> + * 1) check if the usb device is assigned to the domain >> + * 2) remove the usb device from xenstore controller/port. >> + * 3) unbind usb device from usbback and rebind to its original driver. >> + * If usb device has many interfaces, do it to each interface. >> + */ >> +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, >> + libxl_device_usbdev *usbdev) >> +{ >> + libxl_usbctrlinfo usbctrlinfo; >> + libxl_device_usbctrl usbctrl; >> + int rc; >> + >> + if (usbdev->ctrl < 0 || usbdev->port < 1) { >> + LOG(ERROR, "Invalid USB device"); >> + return ERROR_FAIL; >> + } >> + >> + libxl_device_usbctrl_init(&usbctrl); >> + libxl_usbctrlinfo_init(&usbctrlinfo); >> + usbctrl.devid = usbdev->ctrl; >> + >> + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); >> + if (rc) goto out; >> + >> + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { >> + LOG(ERROR, "Don't support removing USB device from non-Dom0 >> backend"); >> + rc = ERROR_INVAL; >> + goto out; >> + } >> + >> + /* do actual removing usb device operation */ >> + rc = do_usbdev_remove(gc, domid, usbdev); >> + >> +out: >> + libxl_device_usbctrl_dispose(&usbctrl); >> + libxl_usbctrlinfo_dispose(&usbctrlinfo); >> + return rc; >> +} >> + >> +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, >> + libxl_device_usbdev *usbdev, >> + const libxl_asyncop_how *ao_how) >> + >> +{ >> + AO_CREATE(ctx, domid, ao_how); >> + int rc; >> + >> + rc = libxl__device_usbdev_remove(gc, domid, usbdev); >> + >> + libxl__ao_complete(egc, ao, rc); >> + return AO_INPROGRESS; >> +} >> + >> +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, >> + uint32_t domid, >> + int ctrl, >> + int port, >> + libxl_device_usbdev *usbdev) >> +{ >> + GC_INIT(ctx); >> + const char *dompath, *be_path, *busid; >> + int rc; >> + >> + dompath = libxl__xs_get_dompath(gc, domid); >> + >> + rc = libxl__xs_read_checked(gc, XBT_NULL, >> + GCSPRINTF("%s/device/vusb/%d/backend", dompath, ctrl), >> + &be_path); >> + if (rc) goto out; >> + >> + if (!be_path) { >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + rc = libxl__xs_read_checked(gc, XBT_NULL, >> + GCSPRINTF("%s/port/%d", be_path, port), >> + &busid); >> + if (rc) goto out; >> + >> + if (!busid || !strcmp(busid, "")) { >> + rc = ERROR_FAIL; >> + goto out; >> + } >> + >> + usbdev->ctrl = ctrl; >> + usbdev->port = port; >> + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; >> + rc = usbdev_busaddr_from_busid(gc, busid, >> + &usbdev->u.hostdev.hostbus, >> + &usbdev->u.hostdev.hostaddr); >> + >> +out: >> + GC_FREE; >> + return rc; >> +} >> +/* >> + * Local variables: >> + * mode: C >> + * c-basic-offset: 4 >> + * indent-tabs-mode: nil >> + * End: >> + */ >> diff --git a/tools/libxl/libxl_types.idl b/tools/libxl/libxl_types.idl >> index 4d78f86..ed7da81 100644 >> --- a/tools/libxl/libxl_types.idl >> +++ b/tools/libxl/libxl_types.idl >> @@ -603,6 +603,35 @@ libxl_device_rdm = Struct("device_rdm", [ >> ("policy", libxl_rdm_reserve_policy), >> ]) >> >> +libxl_usbctrl_type = Enumeration("usbctrl_type", [ >> + (0, "AUTO"), >> + (1, "PV"), >> + (2, "DEVICEMODEL"), >> + ]) >> + >> +libxl_usbdev_type = Enumeration("usbdev_type", [ >> + (1, "hostdev"), >> + ]) >> + >> +libxl_device_usbctrl = Struct("device_usbctrl", [ >> + ("type", libxl_usbctrl_type), >> + ("devid", libxl_devid), >> + ("version", integer), >> + ("ports", integer), >> + ("backend_domid", libxl_domid), >> + ("backend_domname", string), >> + ]) >> + >> +libxl_device_usbdev = Struct("device_usbdev", [ >> + ("ctrl", libxl_devid), >> + ("port", integer), >> + ("u", KeyedUnion(None, libxl_usbdev_type, "type", >> + [("hostdev", Struct(None, [ >> + ("hostbus", uint8), >> + ("hostaddr", uint8)])), >> + ])), >> + ]) >> + >> libxl_device_dtdev = Struct("device_dtdev", [ >> ("path", string), >> ]) >> @@ -641,6 +670,8 @@ libxl_domain_config = Struct("domain_config", [ >> # a channel manifests as a console with a name, >> # see docs/misc/channels.txt >> ("channels", Array(libxl_device_channel, "num_channels")), >> + ("usbctrls", Array(libxl_device_usbctrl, "num_usbctrls")), >> + ("usbdevs", Array(libxl_device_usbdev, "num_usbdevs")), >> >> ("on_poweroff", libxl_action_on_shutdown), >> ("on_reboot", libxl_action_on_shutdown), >> @@ -684,6 +715,21 @@ libxl_vtpminfo = Struct("vtpminfo", [ >> ("uuid", libxl_uuid), >> ], dir=DIR_OUT) >> >> +libxl_usbctrlinfo = Struct("usbctrlinfo", [ >> + ("type", libxl_usbctrl_type), >> + ("devid", libxl_devid), >> + ("version", integer), >> + ("ports", integer), >> + ("backend", string), >> + ("backend_id", uint32), >> + ("frontend", string), >> + ("frontend_id", uint32), >> + ("state", integer), >> + ("evtch", integer), >> + ("ref_urb", integer), >> + ("ref_conn", integer), >> + ], dir=DIR_OUT) >> + >> libxl_vcpuinfo = Struct("vcpuinfo", [ >> ("vcpuid", uint32), >> ("cpu", uint32), >> diff --git a/tools/libxl/libxl_types_internal.idl >> b/tools/libxl/libxl_types_internal.idl >> index 5e55685..696f5f8 100644 >> --- a/tools/libxl/libxl_types_internal.idl >> +++ b/tools/libxl/libxl_types_internal.idl >> @@ -22,6 +22,7 @@ libxl__device_kind = Enumeration("device_kind", [ >> (6, "VKBD"), >> (7, "CONSOLE"), >> (8, "VTPM"), >> + (9, "VUSB"), >> ]) >> >> libxl__console_backend = Enumeration("console_backend", [ >> diff --git a/tools/libxl/libxl_utils.c b/tools/libxl/libxl_utils.c >> index 7f612a6..f7ba880 100644 >> --- a/tools/libxl/libxl_utils.c >> +++ b/tools/libxl/libxl_utils.c >> @@ -1314,6 +1314,24 @@ int libxl__random_bytes(libxl__gc *gc, uint8_t *buf, >> size_t len) >> return ret; >> } >> >> +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr) >> +{ >> + int i; >> + >> + for (i = 0; i < nr; i++) >> + libxl_device_usbctrl_dispose(&list[i]); >> + free(list); >> +} >> + >> +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr) >> +{ >> + int i; >> + >> + for (i = 0; i < nr; i++) >> + libxl_device_usbdev_dispose(&list[i]); >> + free(list); >> +} >> + >> /* >> * Local variables: >> * mode: C >> diff --git a/tools/libxl/libxl_utils.h b/tools/libxl/libxl_utils.h >> index 339ebdf..4495417 100644 >> --- a/tools/libxl/libxl_utils.h >> +++ b/tools/libxl/libxl_utils.h >> @@ -76,6 +76,11 @@ int libxl_uuid_to_device_vtpm(libxl_ctx *ctx, uint32_t >> domid, >> libxl_uuid *uuid, libxl_device_vtpm *vtpm); >> int libxl_devid_to_device_vtpm(libxl_ctx *ctx, uint32_t domid, >> int devid, libxl_device_vtpm *vtpm); >> +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, uint32_t domid, >> + int devid, libxl_device_usbctrl >> *usbctrl); >> +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, uint32_t domid, >> + int ctrl, int port, >> + libxl_device_usbdev *usbdev); >> >> int libxl_bitmap_alloc(libxl_ctx *ctx, libxl_bitmap *bitmap, int n_bits); >> /* Allocated bimap is from malloc, libxl_bitmap_dispose() to be > > _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From advisory-board-bounces@lists.xenproject.org Tue Dec 08 18:18:26 2015 Return-path: Envelope-to: archives@lists.xenproject.org Delivery-date: Tue, 08 Dec 2015 18:18:26 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a6MqH-0008F7-RC; Tue, 08 Dec 2015 18:18:26 +0000 Received: from mail6.bemta4.messagelabs.com ([85.158.143.247]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a6MqD-0008Ev-LE for advisory-board@lists.xenproject.org; Tue, 08 Dec 2015 18:18:23 +0000 Received: from [85.158.143.35] by server-2.bemta-4.messagelabs.com id A1/3E-18316-CEE17665; Tue, 08 Dec 2015 18:18:20 +0000 X-Env-Sender: prvs=777f4f2d7=lars.kurth@citrix.com X-Msg-Ref: server-9.tower-21.messagelabs.com!1449598693!4288268!1 X-Originating-IP: [185.25.65.24] X-SpamReason: No, hits=0.9 required=7.0 tests=HTML_20_30,HTML_MESSAGE, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35; banners=-,-,- X-VirusChecked: Checked Received: (qmail 34594 invoked from network); 8 Dec 2015 18:18:14 -0000 Received: from smtp.ctxuk.citrix.com (HELO SMTP.EU.CITRIX.COM) (185.25.65.24) by server-9.tower-21.messagelabs.com with RC4-SHA encrypted SMTP; 8 Dec 2015 18:18:14 -0000 X-IronPort-AV: E=Sophos;i="5.20,400,1444694400"; d="pdf'?xls'32?scan'32,208,217,32";a="9574029" From: Lars Kurth To: "advisory-board@lists.xenproject.org" Thread-Topic: Proposed Agenda and Materials for December Advisory Board Meeting Thread-Index: AQHRMeTJFc62f2RM2UuGl9XiW4xq3g== Date: Tue, 8 Dec 2015 18:18:06 +0000 Message-ID: Accept-Language: en-GB, en-US Content-Language: en-US X-MS-Has-Attach: yes X-MS-TNEF-Correlator: user-agent: Microsoft-MacOutlook/14.4.5.141003 Content-Type: multipart/mixed; boundary="_009_D28CCF5523E17larskurthcitrixcom_" MIME-Version: 1.0 X-DLP: AMS1 Subject: [Advisory-board] Proposed Agenda and Materials for December Advisory Board Meeting X-BeenThere: advisory-board@lists.xenproject.org X-Mailman-Version: 2.1.13 Precedence: list Reply-To: Advisory-board discussions List-Id: Advisory-board discussions List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Sender: advisory-board-bounces@lists.xenproject.org Errors-To: advisory-board-bounces@lists.xenproject.org --_009_D28CCF5523E17larskurthcitrixcom_ Content-Type: multipart/alternative; boundary="_000_D28CCF5523E17larskurthcitrixcom_" --_000_D28CCF5523E17larskurthcitrixcom_ Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: base64 RGVhciBBZHZpc29yeSBCb2FyZCBtZW1iZXJzLA0KDQpwbGVhc2UgZmluZCBhdHRhY2hlZCB0aGUg bWF0ZXJpYWxzIGZvciB0aGUgRGVjZW1iZXIgQm9hcmQgbWVldGluZy4gSSBwcm9wb3NlIHdlIHNw ZW5kIHRoZSBmaXJzdCAyMCBtaW51dGVzIHJldmlld2luZyAyMDE1DQoNCiAgKiAgIFNsaWRlIDMt NCBvZiBYZW4gUHJvamVjdCBDb21tdW5pdHkgUGxhbiBmb3IgMjAxNSAoUmV2aWV3KS5wZGYNCiAg KiAgIFNsaWRlIDIsIDUgJiBtYWlubHkgNiBvZiBYZW4gUHJvamVjdCAyMDE1IFE0IEJ1ZGdldCBS ZXBvcnQgdjIucGRmIOKAkyBub3RlIHRoYXQgdGhlcmUgd2VyZSBzb21lIGFjY291bnRpbmcgaXNz dWVzIHRoYXQgYXJlIGJlaW5nIGludmVzdGlnYXRlZC4gVGhlIGRlZmljaXQgd2UgcmFuIGluIDIw MTUgaXMgbGlrZWx5IDwkMTVLIGluc3RlYWQgb2YgYXBwcm94LiAkNDBLDQoNCldlIHNob3VsZCBz cGVuZCB0aGUgcmVtYWluaW5nIHRpbWUgZGlzY3Vzc2luZyB0aGUgMjAxNiBwbGFuLCB0b2dldGhl ciB3aXRoIHRoZSBidWRnZXQgKHNlZSBYZW4gUHJvamVjdCBDb21tdW5pdHkgUGxhbiBmb3IgMjAx NiAoUHJvcG9zYWwpLnBkZiAmIFhlbiBQcm9qZWN0IDIwMTYgRHJhZnQgQnVkZ2V0LnBkZikgYW5k IGFncmVlIHNvbWUgYnJvYWQgc3BlbmRpbmcgcHJpb3JpdGllcy4gV2Ugd2lsbCBoYXZlIHRvIG1h a2Ugc29tZSBoYXJkIGRlY2lzaW9ucywgaWYgd2UgZG8gbm90IHdhbnQgdG8gZWF0IGludG8gcmVz ZXJ2ZXMgb3IgaW5jcmVhc2UgbWVtYmVyc2hpcCBmZWVzLg0KDQpJIGNhbiB0aGVuIHVwZGF0ZSB0 aGUgcHJvcG9zYWxzIGJhc2VkIG9uIHlvdXIgaW5wdXQgaW4gdGltZSBmb3IgdGhlIEphbnVhcnkg Ym9hcmQgbWVldGluZy4gSWYgeW91IGNhbm5vdCBtYWtlIHRoZSBKYW51YXJ5IG1lZXRpbmcsIHBs ZWFzZSBwcm92aWRlIGlucHV0IGJ5IGVtYWlsIHByaW9yIHRvIHRoZSBtZWV0aW5nLiBJIHdpbGwg cHV0IHRvZ2V0aGVyIHRoZSBtaW51dGVzIG9uIHRoZSBkYXkgb2YgdGhlIG1lZXRpbmcgYW5kIHdp bGwgYWxsb3cgZm9yIGEgd2VlayBmb3IgZXZlcnlvbmUgdG8gdm9pY2UgdGhlaXIgb3BpbmlvbnMg b2ZmLWxpbmUuDQoNCkJlc3QgUmVnYXJkcw0KTGFycw0K --_000_D28CCF5523E17larskurthcitrixcom_ Content-Type: text/html; charset="utf-8" Content-ID: <37995FA5A6B36C43B937DE0BCA1BAB82@citrix.com> Content-Transfer-Encoding: base64 PGh0bWw+DQo8aGVhZD4NCjxtZXRhIGh0dHAtZXF1aXY9IkNvbnRlbnQtVHlwZSIgY29udGVudD0i dGV4dC9odG1sOyBjaGFyc2V0PXV0Zi04Ij4NCjwvaGVhZD4NCjxib2R5IHN0eWxlPSJ3b3JkLXdy YXA6IGJyZWFrLXdvcmQ7IC13ZWJraXQtbmJzcC1tb2RlOiBzcGFjZTsgLXdlYmtpdC1saW5lLWJy ZWFrOiBhZnRlci13aGl0ZS1zcGFjZTsgY29sb3I6IHJnYigwLCAwLCAwKTsgZm9udC1zaXplOiAx NHB4OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsiPg0KPGRpdj5EZWFyIEFkdmlz b3J5IEJvYXJkIG1lbWJlcnMsPC9kaXY+DQo8ZGl2Pjxicj4NCjwvZGl2Pg0KPGRpdj5wbGVhc2Ug ZmluZCBhdHRhY2hlZCB0aGUgbWF0ZXJpYWxzIGZvciB0aGUgRGVjZW1iZXIgQm9hcmQgbWVldGlu Zy4gSSBwcm9wb3NlIHdlIHNwZW5kIHRoZSBmaXJzdCAyMCBtaW51dGVzIHJldmlld2luZyAyMDE1 PC9kaXY+DQo8dWw+DQo8bGk+U2xpZGUgMy00IG9mIFhlbiBQcm9qZWN0IENvbW11bml0eSBQbGFu IGZvciAyMDE1IChSZXZpZXcpLnBkZjwvbGk+PGxpPlNsaWRlIDIsIDUgJmFtcDsgbWFpbmx5IDYg b2YgWGVuIFByb2plY3QgMjAxNSBRNCBCdWRnZXQgUmVwb3J0IHYyLnBkZiDigJMgbm90ZSB0aGF0 IHRoZXJlIHdlcmUgc29tZSBhY2NvdW50aW5nIGlzc3VlcyB0aGF0IGFyZSBiZWluZyBpbnZlc3Rp Z2F0ZWQuIFRoZSBkZWZpY2l0IHdlIHJhbiBpbiAyMDE1IGlzIGxpa2VseSAmbHQ7JDE1SyBpbnN0 ZWFkIG9mIGFwcHJveC4gJDQwSyAmbmJzcDs8L2xpPjwvdWw+DQo8ZGl2PldlIHNob3VsZCBzcGVu ZCB0aGUgcmVtYWluaW5nIHRpbWUgZGlzY3Vzc2luZyB0aGUgMjAxNiBwbGFuLCB0b2dldGhlciB3 aXRoIHRoZSBidWRnZXQgKHNlZSZuYnNwO1hlbiBQcm9qZWN0IENvbW11bml0eSBQbGFuIGZvciAy MDE2IChQcm9wb3NhbCkucGRmICZhbXA7Jm5ic3A7WGVuIFByb2plY3QgMjAxNiBEcmFmdCBCdWRn ZXQucGRmKSBhbmQgYWdyZWUgc29tZSBicm9hZCBzcGVuZGluZyBwcmlvcml0aWVzLiBXZSB3aWxs IGhhdmUgdG8gbWFrZSBzb21lIGhhcmQNCiBkZWNpc2lvbnMsIGlmIHdlIGRvIG5vdCB3YW50IHRv IGVhdCBpbnRvIHJlc2VydmVzIG9yIGluY3JlYXNlIG1lbWJlcnNoaXAgZmVlcy48L2Rpdj4NCjxk aXY+PGJyPg0KPC9kaXY+DQo8ZGl2PkkgY2FuIHRoZW4gdXBkYXRlIHRoZSBwcm9wb3NhbHMgYmFz ZWQgb24geW91ciBpbnB1dCBpbiB0aW1lIGZvciB0aGUgSmFudWFyeSBib2FyZCBtZWV0aW5nLiBJ ZiB5b3UgY2Fubm90IG1ha2UgdGhlIEphbnVhcnkgbWVldGluZywgcGxlYXNlIHByb3ZpZGUgaW5w dXQgYnkgZW1haWwgcHJpb3IgdG8gdGhlIG1lZXRpbmcuIEkgd2lsbCBwdXQgdG9nZXRoZXIgdGhl IG1pbnV0ZXMgb24gdGhlIGRheSBvZiB0aGUgbWVldGluZyBhbmQgd2lsbCBhbGxvdw0KIGZvciBh IHdlZWsgZm9yIGV2ZXJ5b25lIHRvIHZvaWNlIHRoZWlyIG9waW5pb25zIG9mZi1saW5lLjwvZGl2 Pg0KPGRpdj48YnI+DQo8L2Rpdj4NCjxkaXY+QmVzdCBSZWdhcmRzPC9kaXY+DQo8ZGl2PkxhcnMm bmJzcDs8L2Rpdj4NCjwvYm9keT4NCjwvaHRtbD4NCg== --_000_D28CCF5523E17larskurthcitrixcom_-- --_009_D28CCF5523E17larskurthcitrixcom_ Content-Type: application/pdf; name="Xen Project Community Plan for 2015 (Review).pdf" Content-Description: Xen Project Community Plan for 2015 (Review).pdf Content-Disposition: attachment; filename="Xen Project Community Plan for 2015 (Review).pdf"; size=530545; creation-date="Tue, 08 Dec 2015 18:18:05 GMT"; modification-date="Tue, 08 Dec 2015 18:18:05 GMT" Content-ID: Content-Transfer-Encoding: base64 JVBERi0xLjUNCiW1tbW1DQoxIDAgb2JqDQo8PC9UeXBlL0NhdGFsb2cvUGFnZXMgMiAwIFIvTGFu Zyhlbi1VUykgL1N0cnVjdFRyZWVSb290IDMxMCAwIFIvTWFya0luZm88PC9NYXJrZWQgdHJ1ZT4+ Pj4NCmVuZG9iag0KMiAwIG9iag0KPDwvVHlwZS9QYWdlcy9Db3VudCAxMS9LaWRzWyAzIDAgUiAx NyAwIFIgODQgMCBSIDg3IDAgUiA5MCAwIFIgOTggMCBSIDEwOSAwIFIgMTIxIDAgUiAxNDIgMCBS IDE3MyAwIFIgMjMyIDAgUl0gPj4NCmVuZG9iag0KMyAwIG9iag0KPDwvVHlwZS9QYWdlL1BhcmVu dCAyIDAgUi9SZXNvdXJjZXM8PC9FeHRHU3RhdGU8PC9HUzUgNSAwIFIvR1MxMSAxMSAwIFIvR1Mx NCAxNCAwIFI+Pi9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSL0ltYWdlOCA4IDAgUi9JbWFnZTkgOSAw IFI+Pi9QYXR0ZXJuPDwvUDYgNiAwIFI+Pi9Gb250PDwvRjEgMTIgMCBSL0YyIDE1IDAgUj4+L1By b2NTZXRbL1BERi9UZXh0L0ltYWdlQi9JbWFnZUMvSW1hZ2VJXSA+Pi9NZWRpYUJveFsgMCAwIDcy MCA0MDVdIC9Db250ZW50cyA0IDAgUi9Hcm91cDw8L1R5cGUvR3JvdXAvUy9UcmFuc3BhcmVuY3kv Q1MvRGV2aWNlUkdCPj4vVGFicy9TL1N0cnVjdFBhcmVudHMgMD4+DQplbmRvYmoNCjQgMCBvYmoN Cjw8L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggNTA3Pj4NCnN0cmVhbQ0KeJydk19r2zAUxd8N /g730S6Noj+WbEEpLE5Wui3gdoZ1jD2YxEk9ZpvJbke+/a7sjTSzsyw1SFyuJM7vHo5hmsDV1XQZ 386BXl/DbB7DD9ehQAnFTzMpBYScQkAlmNx1Pl1A5TrTm48Stg0WSda2ualg1cA0UdCsqv1rQSWL Dl5vLlznznVgsYwBXkizgTSLBGMjyiHTJIoAb+FB0JcTSoTUWsKqRKLbMtvmEcxrGFPiwyEVo0KO SDFK1B8lCYdD7ZX0MSVxlp04rPUTJxEh3lYcN0Y5mO3ffvZYpxwNXqh3jxkNucYphuqzFAneMhCK UB5AusHRu7HR/5AE2OKRJlRBWtqTbc8bdLwMblzni8cpk+AH3kNegS+8xNTf8lVrO3Fdlk9VgVW7 g+R7hudfIX3nOou0A/9vPo58o2wSjZJ7tt9Em9rAm/Vz0dRmB7M6M+tD3YFh8lzDOPCQ6GjUMKYx peEAalGtod74E+HB5zwzYKv7/LnIbfHzBKA6HxDTcgCnCbdwjBPNB3AfMl96poH3T6Z9PMESvoIl IDQYw4kUYWpAE2Ni6hI3uzBArT/h3s5naB02lriyCv8+c+kr7HDuPfiT0LPxw7rPnzW1fXXajvIq TcQ472NWmLIju7S0/8SyGbA9zKjPAq9obAez2k+I9bHM/gJeaTEqDQplbmRzdHJlYW0NCmVuZG9i ag0KNSAwIG9iag0KPDwvVHlwZS9FeHRHU3RhdGUvQk0vTm9ybWFsL2NhIDE+Pg0KZW5kb2JqDQo2 IDAgb2JqDQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9UaWxpbmdU eXBlIDIvQkJveFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUgMCA0 MDVdIC9YU3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcgNyAw IFI+Pj4+L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy0DMA AwUQROMm5+p75iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoNCjcgMCBvYmoNCjw8 L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDEyOC9IZWlnaHQgMTI4L0NvbG9yU3Bh Y2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIv RmxhdGVEZWNvZGUvTGVuZ3RoIDE3NDY0Pj4NCnN0cmVhbQ0KeJxkfQly68iu7AZ+dLctimSNlGTf +/a/ww9kAsk6fSMUPrKOzAGFAhKJgb2d12yjnb2eoxX+PI/teD5qPeao9dx7O+0T+7wcT/vVXvYr 3xz7o5b9uX3ZJ/a/rR61HJf9VfE39qv9rf1qp/DPZ/287N3xvsaxx/ftD+2n/bpv33xv37Rf7Zj2 BbsM/7lvvAA7l12hf/n5bWffty/7vr10avvC7NW+OdrRq315t7s4cLWj2/XbQY55nZ9Xf112a+es 1T/p/re3BHq1n3ZA+9Wu3A6IW+j24ed1uWSKX/Zz82sYdohmv++nnb3W3UR3PO1O36/hRxgQWrH/ fNqLUuIbipHSeF3dTmGns1/tdBSI/TpxJfayM9r1293xfu1Xfs2OwDXiF+JqZ8N3/MNyPikQO74J /3W138/lp5vtupq94fEpQLts/3z4Se2YPAWvbeLy7BN+qGuzz/WJiZpytkVv1YRgt7ObzAs+50We dthpt7Cb/K9R7J7sqij5gYNzIRr/xHWm8cpN/iaon/dFdbI379e0e3m/7Ebq+z3e79rHaS/Xulrt 7vybfpZKzaEcKD2esUHD/Zu4cahN4dfsC/aJndFeuLZib3gofgcyrBBa46rZJ3adcZFYiPjaqL+/ L/0tT8R11NF4SX6K6Rfsn6zynyFkytyFvNwIP+EuOKBR9vINYqv/NGUzdbUv2JfPftp/2J8cJpYx j+P8Pp6mis/QH5fSgY0JzTlim9thQ4Vm+/152UV+3pe9uYbpj2m5yb/8/I6fX99KvsRPU90GHfAT uYpSVVL+NAv+YXP94f3aG/uVAuF3ID1fmjyUiTTuWsvEzyUTyLxI1H5HZqOeD7c/585r8L15de4I HNN/VpzRlQ0LxyOb5H1PUZGwavaHXAiqpa9gLzyyrpzr3mlRqwmtuPBP+9yXqNkfnVu3lWjPWrdr Tmq+GQsc+aTFg/x9XW61Ga5mJnbXzFBpO6Zv5DFxL/ZhbbwvSKlg3c+XnaPbd5+8PBiTnbrndgZ2 Pt7vD/uVlpk2SpbBPqS1qVAzHk2iSJNbeG1cUP+1nbSWZoXMntvtbI8vmUHX3nby7PyQJojmzu99 htr4J7R7i/eJNW1+hfxfl+/51M4K+cMuFZijXjbTx5/3uF7V7b/tl23D6Z6yCbx9qj0WbsfV2hL7 QpvBsQ+pDPYF26Ym/D5CLe089qE5MmxGu4wyRz8P34w7nIUdyl723sRCJxtXm4qtn3Yj9n23z81W sFPOlANvn0vJzyV5kxW9SVh4mCbaebelsEX0yPxz7euaPsW+LNviO6styjaq3JP9aiei0+GH8l/2 SWxMW75iS2AOt5tZvsb5NkX1DVjM+Jj8TZXfc1x+d7Z57QhmSTpvv0EHYITtf0/5NXul05z83+s6 px3KLWf3vWgrVc5z21z5of9mv6nGof/YmPKSPbXFL9i3eZX3CcMFGwXhuBBW+bf0d4IxPAj3oH2+ WhLXovPp6AXQhQCJB+T2PBJB2dd4Cp43dhZNJeQQAgem4tmxiFgXXICctame7xQ3j1s7HqM+bQu0 c39fddqJXNUNxzwO9xEuc1zeg9sToOupPcsN60KHWTgPsxXcy/Z6hPWzXwwKPu1chy+b+xGHjn57 BudwX/bTX7Z3sHPxvzt205ZQZ+c2t6/Z5zTCMnp/ugaXBr2tNoj/bGE0uC989c/b5rhUEx2F6FJc VAAZcKIj8+k8hX3H3k+gI+yyRlRACOFv8FcJPBqNgOmvg8wa3/QLvurHkbCd7mj9uF7dbAiRBraU 6QDByRlY+qReNRoEWyD4u83RLC61lLDGds5+2t+6G7f3sRkhvXBVftc79VZWXRv2Be+Grx00NeEQ R9X/Cp7RJ9r7F5wpoRqREqHIja9GoiDDDDggF4jnNYGHekOlcZZw3DRW9oljMIBbWjbB5rS0T/oL 7hoCURhn825uw0NzHOQbtm/vYUsAoDULTcFckOeAF4YyUKk6DnV2IQrfBSfwuSkPsDqgmvTTjV4p lABNrt9jv8GzS+NqIc9UdTpKmlaFV8VDiQYoWAg5aKJ5EKoc9Yo7RZ73tk6JMKnJs4fXpq2oWH3u EWwrYFH8bwRcXGgsBM9lL7tahnLCydw1hGGxBDBN5vtMPKNBTuZk7Eez7XB+XFXsyAHbFOMsHvBE dLkRv9Hy8AVfzMs7PMozW3NudihbFPfFrh3f1bfG4UCrhrMTeDCQc7taevmSMqfal9gXimWo2Iyb 7PUD32O/mj7brx6DwOdGHDertsYtvdxNUKST8uEr4ib63xR1zTia9iS8OeIgnZ1biUbDfgKZeLRF q8h4p0D+bpaq6X/r3VfXFoNqb7CnByYswm8NWyAx5EErwR1X3BA1CwtsZ5zYX+a4fS8cD/tpC2Hy L+5i7KSbL0c7qPYKosMRp88SmCfnQCDtF+0Y2GESHM1Gq/h5zxuulND/cBAwI+G+6d8RFHMPjrQn 9OCMJqhyetEe0hfQO7v36TcqoBHji/af2ngHEfBBAWIRUITpduRvO8WA4hjTNMCv9vWyf8w4BHai 5In/peoNOtMDCJm541nmeZzdv3BQ5p+XnWt7ve0yyuvdz7J9DFBZ1O9HPtdIn8rJi6cShjOF1vGu KQqCVWFpRmceccMOg0h50mtL/hQjfYfQEeUc8i93tMtf9QXJ3+3PSEuSW8OFjxCPsef7NYRyA3FZ 6FTrewyaUy6B3YKDjse3IXwDGqbFAIS+sDysgcazPBTg0Mj7nzy/wlA8H8/9K03EE/jKNf+5OdXT q12wORfbbqavX9NQ6DyGidHNhV+G6Wy4gOmb8cVdPEKBZYEVvAhV1gSfZqmCiIOsuNNj556BXsL+ L4QV9tROWOVuBeGMwE/BAcO/lIj63eCk/AUGuFOIeWzp7Vf76aAL8MYNzs+0Nz+mbb7d+ud12R42 v2iKZt7AvvWZlwdBR/m5rs81+bJlMh3+ebsO2hsHKiMsEsxjod1LU1nM3pSwk82phuFba7jpK67h 5ko8ZNgsmnj7hdmRTBnOsj+6/0kAPPkOvC/SHBk3D8qe36I3KTGXPPZCxDtQPNqBAPCS/0KOCW6R BeX6roxNkJyL8rekLm9ztGwiwh7SQTfp4Zs6hOa72eVmWmmWc7ODvcbLrKDhU/u1PA/boAYZXo58 nK20OGm6FWoA5+Ft6f4I+7H03MgGoL627YE9UvFX5v19RcwimZE3IV9uur/hzUugfbAKBvivEVCQ osjbPBRluBihrowIKBBaHoVIKxfnDNvbSb/gluFMGSDIofP7hKNcyvY/8hefcCMlYqHkcHra4eD9 ApfSyDulhr18plNzB/Gy4NZ2sUfNl9NiZfw4+bWb/Te19+t/DXptE+PLA12TpznTm5YUSvGfR+KT +kR09kyuD2CmQ3W3oIgN/xju7y532+aPkxL22wxOj46VgIGAJPhef5OrcC5xAZaPhLwsyUj6ndiA y2r/S/vPYHniyPwTxneks+h/sd0e7lxyF7iBckPney2IL6y7R6XbV/BLCKVpr7AuG6yu7/dybtzj 9BG++52jM3Ffn9fPf39/YUmmvXkbSHPA9vPzfpnx+bwNuU0wA5V2lab15TpWHbqUdLiIps3az6EY ausWuLWnuwBH44ariqmlOWLnNK5Em7BjRGJ0RhQ79YoZk+3xT0vsF/KHTXZpQPIK3Bz7vSd3gZPJ fvvjP7+GBav9HMkqJ18Nuw2gGCglIzUekBCIpt6NfAaJMOydYICrLMqdVLaDz8vvyMwvogmmJ3ZH erb9LYr3wMQ3gGGe/7j8zTTV3+sDsZvMbQk+bsbnfDlIcothx5F+EpTCbjyJ3mkEijMMftkf3+y2 xexcpsDPZht2etblZcJ/GyCs3ZFh6icoAkQrHqozcrej8cqFk+Xu4XN9OzhXiRVJwOn3bvDDlsAk YAK39/fLNvXVPogC7H/tRaTKFWE8JaZ0gdkRR7fF7IjukGnimiZSqm60G42eX9j2/Q81Dcj8gDf7 ttjT3du+Gxo5zW7UHY7blGfaStKi0tWe2J5UciQI7DhmMC0+2nuYo2I6ms5u30AOG9qpzQyOyd/1 3//SjIO548sDat+e/goqzM1mEsI01/Y5sjmNUhXwJsXE/AXNDj1RXPDwhBqpA5M5xWJ/bn9C+XBx +QrwUCPz2DLykm3vS7pT8ievYtdpyyfrJJIfF3PCSuxMjF6G5y1uqhZxFHcBuEf7mumj3fR7XL+2 A18NvMcbPL+rvcEk3v4Iov7MmP0mHpm4hJ33kNa0Hfvd7+X3NQ3qvz/l8ynvV/kYBrvc6NmJPAXm pzudTU3I3aEttMaiuIUYnZ/fI91Ajpp2yX4ewD/OVDMubrE9P553C6qKFokSDoYZjpImhbuMvEpy rae8DDWEqIPrwnBvJM1iv840RG4S3ce5jiHHdCJd0lz+BXsnYzHf9b1/5suObRaG6VfPWL1s816i aF7+iaFTz0pgLer2+CIssfPC/rjzul7dwgHSawOpAb/gdtgSnOXbaU8zm+CZmfDlbXJlgzfoodii diP8ATLxe0zWUSyWfY2MK90iA5ORmWg6Ox6NBzeBU3QyoQrrZEaUo6TYy7EJLwlwmijcwEI5VwjE /KzddcssD1cZAnn28zRsabbfZO/A+3iYf7DoFknP98sNTnHhe2J0hkEIlzTFSq0XCb+Z5OcVKd2g sO7MhWmF3WxwMsgdVAmflmfx3eFE+LcXqD96Q5lfUOWbWO7vr7/ofxXnyl/MJDMv0L/BGCTxju8U Bt1gLIPbzBgwIuWaOVAJk8CJQbowG5EwUx6mh2cJiM7AHGJ094oEn7OVzgua+xv9jZQHkIAHTbYK vH6G8CY07E3741ISGLu9dSjo6J0ncoEPx4Ilwbbyki6twyDNQ1aXyIRX7opUT8X43DgMpkj7i2og ULS/ZVkIsZDQEYXfkoGh2O2b9mLZg2gTGWoSCGTtxOiSghBSXWF/u1fNoSytGZm0hEODH7LQxQ4T bsVR4kGKsrmQ3Q8i/WQxaaNREll35aXy+rkWzqNiazOcYThZ4a/9UChfoc47cXE4j0QzbmssO0lL fmvRQiXpp+IpMZxmXqhgtuIOV1C0oAAWTiGqUyK7ikXHZVelqwj47VB2avysVEtf3MOjnvZHWY4d 8ov2yhxNEMVBUT6ZSST4ZyinbKnzfsCHhGf7tuXGOQgzXFFd//s09aieCzExfOZUlYi9EHaF2TGj 9Mb9vq9cCK6I6U93RtpWtrp6OASyE1uQUZ5P8vl2RiCcHRmWJ/xaVekFcytij7llzEqo1IdUDEFC wo9QP1kGvW/JvDEwoVmmfTC3yzMSllxIiFyZK3Tjhrom0WiJrzYmIxiO8c8jyYLzshKAkTKNoVCr /QQk3p3eme5zP/Zh8qsOfppvT1fR4yDJQBv4uqpqKqicrrGwihO61Ltnb9NEby52u3o3ffb+afJv pro7UrqEZB5GGfboGTIse5ymFXol6FgzkxXKidhWUJBVBJHgxjpmUBDEtWtOuhJuZ2L+a0mFM2e9 AvjqRiC8cNQ5kMeeCVEyR5wJ+h4Zq3auSSLmiSyyaChgMD84kZ1/z8gIpN/pjjnxoju2b8Vlz7h4 i7RgwOEEUaVj2n544H+2zjyIvyq4Bbf5z2ezL3vi8uDt1ExtG4y6wLXSdDByXHOIujWZVjH/YQx7 pAvtz82uKtPKFHCEpXBJTGpzRQhFKEM5x6AL9k2IlxKGwJ2/sjiIbp1eicTIzaHNIO6I/fzK4dYr yhu4oHZSBiZmmTuD4lG5v0yAh6uQLUuFzAczKc5tDnfHtlJ2Zy930w06Bjvj11kaigZJGR1+/CcN oKdTzFZsSGVWVBRCRAGNnHNx9MsrDE6Y4HxUpTZiYzamKe9tnph/Y82bvaGasVgxKHdk/Cu4msfj b+J/2ooZZW9NbJ7nNTyzR/4fwBJZb0MdXgOATCiXxosfspRFfKYSB7Qw8si0kMJmNeyPfbx5GWZz ZHgcj/2w8OSJMk7XeVtrjx+dHjctMlQ5UBICR+964gRFhy4h2gVhekL8+9PfHn7l8ESmWrvdgK2y V6LuQUQczy9Winrq+fldk04EdbypLMqkRw6NouO9EMkTqIysMrqgY7YQqmEI/c80ilN/Hgki2IEo fAvYH5wsbvF8XEd2FTvUQM7Ou7AVKfuTsKEtVHPUSAwGZVWVD4h/v5WF9zB2hGnlctM6maDA6FhY WmE9YCtsmUoBCn6e57cTmyBFGRRX141idsleTrH6BQSbYccplaTxAQBlX6AZgT2fFRvnUBbMCZ+6 qyaTFobXBqVqRGuqWgwePosn+asKdRo0fGTNc0BucuAAq/7y7MPmwjxQLjVQdjLGEbVhdjRPKh1e dMS/3TKhvBc7yLFB8UBVxf4NUwbY47uAduZCEFezngdBaCWQsK9RkeKSzERYTNQ9LAL34mHF5VmP +rLV9KxidVpgDmfbLD56OzQCb1yZ9qotlpW+210VtqrfUb2zP4ZPM4sN6gDy71n66LY30Q6LBslS 2t8+vv7m58opEL99ff2lYu/t8U/cS6hlVZY2Q4yTRhsXs4F9jQAKJuRAMqib4rmS+PWj+hGvCyU3 pgfgZwqEH+UozhA2j4zEVzMSJBNOTWBAzYuRdXKT6Gg/lAq7Y9/dSruJc1PvsMedqScrvdrN3cHL LxECdG3xarTWz1KCBG7n2VL/C42PrYhzqLsd23aY3R5rBStCxef+NWZRPS39rNKXVPI3sFGSyc7q COq0REGxIpn5YhEIE15R+oivBf9j5svs7SQluxsawU7fEVr6Lbj8T5d/B86asEWXf8eV6uNkcEWx t1/qf38vpszsF4PidlJ7/9/fz1I+0Yh1/++/P57wfd218YRGIDO713Ujs2+XampvKNtewQUx/Pdr 6D8O/Iuzpi5qFrF4tf9k2t29RjVtsT+079vVuvXrk+8vYFRQhbYugKl+1YBbJLUyxJhZGwDlaTI7 gpFpbbao/YCSM8MSJVhYShU8cHOBC7V48Nmav2rd5uXU98+7Iy+50YuBgrWtREdmwZdHiw4ivLT7 AFJw7TVVsBOZQXCZvwZsUaO07UO7C9YaqbDEFoUx5o9bKIIrZSQNBAIZ+o14pQ1fZGZsMw4vgnKn 8B7ABo2lOGSzK3XJLVirgl4RLcKuUi0tCLf7ZQzovRVmiivyy3Mw5A8XMKtiHDoy2n8w1cnhwP7A TEXBLWNbUQFkL2m3uUY9CgN2D0nGPqYB4/16levliScARRSINdvs5tncHHXP/ruyeShZu6uTR0bN JOpZbw9Od1u74L3LnuUrjaaYUI2pKFGmjJEjJI+sWYRvDk6eT9pepMYy73+cDWUniAVQfF42dAFE 4MzlcJ7hDBrqtrpZHIgCwgpr4zWcRHdBo4G4q+lYiQmRGXEu2iE96+2RWFk5RlEWzMxeKlrL+hmm LGn8gWUMWvgL3KMnIOjdumeavAAYiUtTkh5iR2gzUA3iABuVeG+w9NVjmUCe2L8OaZimUdXWyAo6 lscEyzfiHqmTePO4fbGvSFSUmVXpKDQdMICofC4oAonidpB+zLO4wXcqqZwNCI3sAX4WHocuxnxH sCKNxQxPtNU0ZivY6SBJqgwseEVUivLKR3Z20Bz1pbhuqG4fqI/JL987+9MtTPUE9Fm247Td9MAq HIYukICGlwFJ2AAkUFwGnGku7EzmwWnhej7Npjn2sFjWLIMtCvVZJYtmkUiGqwb1F2FvBNRJqgA2 P8h7ePzlDosAO+TPsMJpKzehvjou/GdAEe6gAzySW3jgBCTSvyD/DeUQN5L3WJi9ZoWa6WfvmQEn +Ub1Foy3F69tA3TZvv+Z2ahFMAMz5Y0k0Rl3eeDmLi/J6pbsvZ/IDY7bHPvZEPXMmQlrZJQac4IW AYEBM3Rx0VZX/77Lc/Tf9+vX/aA7Ni98NbVpEVaPpfKWvASJaNeczFZLeZLICpooCbqkOFpUrfRs UvDmr8hLRgIRhuWB0vFHN90rhbvgFL4tTFdFGAg7sLNzpGVaMMvFn7QwrI8Syc8/zwKnQ1HAHUFn g9WVfVj0yAzcGM0lq/Ao54al93wcdG/zcrvDKSmknfcdvU5Rq9M9f9qpZt4P6GIx4cMOm2JfFuT9 x91rLvr74nmvbH3iVQVHxIJGvkDx0euZntNZwE3cbSBzqXhv0c1hoiiM3P1z3yAH8U+HMYGeb8E8 gzcTYzN7FN2RDJT9p0vK4zMaDQKBllyZJpqgeZdynTVr82h8Sva/jKxeUNQmo2QWw9PKL5RKdkfv L7ch/SJQdHa9kYxyub18JUL/QeFORBbMy3uJ4ERNDpBP6kyUwJGRcPdEJsTiMsdIkX2o2W5DCKeu JULlvtQdzaybpdFmx0dUHDUWfXndCNxxlIFJGopM/6X/GUZtar9SOR9Ld1be0v7k8e3xl1mec4lG PYVknzOVj02qgiuuY6t32XNF7wlZRySgz9e7gojwLipUPHoL24HWzrDAHWnEHc0mxaFaeX45nf7K 6uVG+Ucls1iOmd2jPUvxufpQrXZlA8Id8sxbo3h3YlkJnKRjJOTvisdMeYDJCRx4N6GkQ79ARXIv 5JEjExHJpixgFqsQqUbQrWQsWfUnp0NjzpJOOz61gpRXZFUyG052mseEF/aclAnfkTCQNrb/gXI7 D+9aZ1m9w2NsPS+D95XyZhy3wO/PYPrgNXruysklI8NTM1tKtyVGTviHquXbg0FxWXP3O4XTMk0g RK1+h0s80ojySO0m5EeGir64BOxukP5rO8Sylj0D3lgRAgkzBbwehbf/avBhSnEHCVyztvC+DJjc RJ7ZIwNrSYU33A61PIDeK2EYYLBZGL8F97wee+wIcFhmsHdQKN7jZvbff1hE2Rjy+2XXIwszdmrm mi+jJkvxeEkqkrfdPZZexSDDw/2R8d4kOvXaC43vSYbzC9FrDyvEHUFUoFWmtjBzx4JYsuUhtHYm QfoIM7X0sMg90R2T8yTSa9mbf6GSh1BWO9GPdnofAXUeVnQ3/1vMTOVdVw/3vM3Zd64hnucTKSfa gSdSeO41fL2YsvFFOHEtTyk/dC/KdJVWJlsSnHzafCpPzyxSVd90urYbpeSNM+OgWvpyzwHYRHMp 38oVDCQW5iWWLHmDPbxJiUImBjUqleGlMgoueSU8AistoTYPmnpb99HCDq/pM0adsX0iHeOI+nqZ eTyDykCpNhLxnrIzy/P7eqEShiEMO1y2V1IlHfSL92N6qrhQo8J0pHmU/a9ZCU/OXPhTCDCqsjMv zCsko6KNQ8cXmH8PTph7rWRNDm+Z5lq7j7rNFZGj5H+Fs1imW4SphNViqcyMPrs4IBMfAjxsRWRt bRjGWQmT1AdEq7W0jJkZGTjy/vs7QaT4F7zQl+XHrRms+Ykm34piYOzigW5ET05ZpEPa6mSRPCuR 1s3bslkpsg+JpeUl4/vwTazOsoPwRnq2juoGZVp7dnS2vDsP3LO0NWp6s9adqqsMactu+pGFkYxT WmaLSKAJG+jytCv70vkreEl14orTfVADGYHyjsIjnKxdP9Ha8H3N4/1qIOZRLcbyciQZKTEDWd6f UMz57sf2wC5uv6+3CfLyNCHD2+CpGKhSZ1q926vDI2T/hdBFQ/GS4PG6QHoJE+rziMtKmqOW3EK2 pKkmbURvY2XRUfZVNTa3sqIP8oTfZ/qvl6hhu260LFw0VIoPpdpBLLScM2DX+fX1F4LrnSkzc2rB S+Re495HPquChT5Y+Aot8uL5PBGMDNpsQT1F2QYY/j6di6te/Yc5Cb8/nrMmSdWWmSdM/nIv5+4r 2b8W/A9PFw3aWa0HmxNle6ocFqrJyDTkL/SSMVdsNPoX5iDor0UFBx+IcI/Mj1p0ocCPmT2blBtL NxPwfDNApp0UZqM5hVV8ap+ykXlkD2/N3ZdQ8Px5V6/pNnCOugiWYaDEhZ507NvG4rrecp6AR2dM PzHWrgzZHJS+0UCEmjSUaE4MdXEKi/aQ6f4ZFZKNRoCsS6xdRFs3nuzaAln7QYqG+pZETSN77Ff/ /PZg8A/WIjpERA5ot2YpYGHhMcT4oA5ogEOPPr67mO32rSxfyVJkHv+fv/+fXdv3118espEyevwj M6W/nch02BJQ/8fAjvN8U/FG1+IKeUWhr3OMnkPyVHjp7PfMNH3YBAKY9odtpBC460cvKkNagT29 lUSksDd3esChsUwuCugCglpRQM3xEVd2BkngV86m6NkDGHxm5oBiD6ICkNaM4urZK9GXPK+2APes 6rqznOw7Ijj4sjkjORvXnNNINAKIXWa/n2FO1jaC85nOrPnnnoHqrHvxppLmhNGG3F/c2lwK4CWB lpF7z8u4kjChpq0MDwDSrUi0MC3tsCqNe1KIXA7aIlVx92z10vKtq6aotuWgGK1jW7qoyConGA6O 4rwHOPipiZBLDoq5soUcNHV4FuEKfplEH/k3YemedciE0Cz9jR3ECtuO1jNPXhwtE14WCDy2qJiV T+wYCIN0bS13Z304FIqFLPqIqt0/QlG7yLU2r2RlF7kCRtA0LG0F7RpNkJMTqAZqA5/ZrB0+ffEX dEkq/LuQZ+yZ+ZWDpjrd2Vugmg0xHSO7kjN8uM3bUgWhBSK4EgaLssBxVwCm6p6vgDFR8U79n87O samhsxaUhayeF0NliomcFQIr20zsoWi3JtssZL6jKEUUGbmUge6AnhlVGmESXMT/ArRJ+EThRPB1 GGfH6IPfRFja9FctLdWVw9DG0qFDa+xo/z1Vzc51YSTCYoa7uo+SxBfkxQJpR1t6VgPm0BiyXkyi aQRBzUJHRFh5CvhltoIiUVKYVAWI8uqyBszvE9iqV4xQW2h7ec2ytzVagKvGmvGkvE6uPt307AIk UW9AxVZGieAZ6Cswbcl+w76WdWUOlDBMZ6fYo/Q6OwoJitIHNSZwxzJIQbeg+0obHj0RZZlJIsCM pQkCnz49RrjkVKUz52DAFD9RFaOGYhYD+6aAvT29Am3nHkQW6Yy6jhwPeCMQANHXCwlTwRtuavY3 mRwMCI1MCnDsye/v+weoSalJVo6tNU5UjGjsysMy0MMAwM7ZHTNnF0Qx1YjSbuWkNFmiZ00mj0zT oXhBGNhRPTYUY2HiW5Y01EiVbnrflrESGh4iTzeS/y/LqLH4cIDe7Iemls3on61o8C93xJqUywIO T8ID6P+uhpHwYln3QufFX2P1k3jRcLmCqvXASz0SZB7gAGnYJ2sgQIPDrcFwldErP2ThR6thwOlW gl/KaUUCkHMZuZbo9x45RdP0ec8YaZiV4SSc093fNd40m6xm5MoywJSKMrjg1dLMarZAJqxvh0JA xXmbDEBKVuIJOQjv3Z0dV1MsPJYJk00Jl7z93jhtMgfdRFNqOHF23OSYi6aD88s1e9PIzZIhDAuf 2187veQMN96+tFFOKjwphM/BVsJjI9tebsiEuaM8fmCYpnk7LmFs5OLTPKJxz/EMg6MsEXEj/3m1 0P92aPtzY5JKvXLUUmjp2p2UY0/Uxm6XzcYKugMqUmhajoNAmPzNXc9rZnQjwrBh1IlOrTdqPQs0 CwqChRZystzX/D4zHUpXUVaoqycPuavza2a3C/dyCyb24BtWwjT1AYV9KGLwaFJE6wX5E7sJzWsO DW2H3o1LHWw5+Gd2v245Le3uJOU9SsP7MsBhoPKZW5sMJ1dBW4xaqjwUF0KMvXqpZDqkYCRhSJjL WirWsB0901LNHEcpQFszTUaz4OFnTKDadQ3MRjFY5rqzORfdQ7F5R1K1sgAKBhnUa2AOhQx2xaek cnSSZ8BN52fJgsPt5TyRtx4I3Nr7Hy+WwMzSRqE5BMoteSr3p3CVc3542YRPEdbBs0dtz4yeDrVQ 1ahuuhOppH2GYq6TM3KjHDrQUc4OpShY3OVFUFjrGOjK2U3vObKILgIu2CsCUa6dCgKJY6mfdEaM gOhKFHm1HBRZ74LbKPWPXgneDu3SMuNIafrj3MYoOQSssiqG7TxsbvK8oaOpwn2Br+0x+8KPD5Dg gUAWsaytZ38O2lVIxWwFcE70xPHarphR3KVgXAU6BWqjgsrwU1dMcdRupZ23L39QKdrRYccksnao 0spXTvKUDx2covAaK9uQJeh7yZLmtg4PEXrEMhGS8aRqyuNaqDuGssI6flkAu3NIMg+FUje0Ye7g cDzDm0DUW9LQ3x2J4Ibqmo6yGYUqMs6K2hLY3IMpag4XnZnmE4sy7v6vUm98dfNsNfpSszs72LZ9 kX8EDqrvGkjoS5nDTOVCtOTKKFjSC4kqI5svRVozyDWmQ2RVM65QAz0UtWWUfaenI+r0KzeAun99 /20Q/bmbK4kJ3pA/x8J4hrdFUZbX1qIA4GBe0vbFRPuDYti2VGjcJyr7rS0EHlCMaL1E6B3WIG3R zEF/V0yobi1Lzkb2PlDCLbkjCt+L0DCUSVHMFYMxAzLdfxWAKtptaDq0Liu9wHiqJ4N9+45ykwli vBVwaQmYQr3nyB3bnbkrqIeBtE8nspq3k3jJpule9Cxkg1V9Y1SU/ecHIQ8dAQbNRRxNRcqCmafa iEpOARKbxNanutRfTTXqtiC+FP/e7ZnLDNIeU4YCrJJ/S94guD4ua1ddoiZUsA2z0yzEjP2SBTnK KsKhRARHe8LyTuoJga6GQPZlSkAawyyDqYdywZQ/Lapblc1zndv2jWYoXwif8uGgHSmvzUcc+ywR 7yfayxP0dfECb9TBenUca1Ho++iLPfaRtflz4INIBlFbimJkP9W2Jkc8s8ySKspVE4vSsginZ+EK O2RDadspvDrSoImXuDLxOnI4sOgjZmSCdugRgIzsMQwMkAl38gPko3iF9Mvx/AKUG0V6muP1SiSv D8SJD/svw5b2VyU7qjgzc/eBpZ40797j+eo+WM2LY30Eh+30HtOKkmI9o0R5y7LVHUisA36HKW45 0v/KcTTyYjVnFpWsBQ35Dz6SgKFKBFPcEcwJ9hwlPbOgeuSkiDiOxmLgm2ag1C4UzE/WQK6rMJbK ClFzAjO8hjOnNNelWydGFKa2t+y/YGafYR0P5TbcJwFuaGcr7Oj0xPp5ApB6SbD9jN4K+xzeGSX0 UXpn8k8+56JW4+IDmNHjIEkaHNpSn5ZDHpLgYvwC/nqbqduxu7EpXsswZK6OUlECeJqT3zPbEvuo 3eZLBGDLdktp+MqkEfmIUckxXPdG7ixuyVpE1v+QAQgjH1xBwDNCtZqFJdhojz5M+P+c5VHrVsqj VDuC/ZWXMO0+ZeJ+CIi/qc8DRbm6kt4yn/IavGVhY3vDGTXCllLR68+BCfeKQFDKZSioKX8+s4Na x5Z5xk20e+RbRBesoGulEWZuVe648L/3tM+TO9euhKPDCOwpipoZjeiaAUnFVhfWfHakKmj5zQis 3orclLM9M+qsrnl8fmprFm6XPry8Z0x/Qgrg5bO29akBcKBCCNBAKNjNPDRnxS9JNc3Frmlmqoyq 8UCTtPy4ttXsS/8DL6Umt5zm9HnHMKu7/gQzOuR/RQvLJihC1NwAmjLacKHlsQwJWStFW/I5PR9z EMxSloyKXpOSh89iFIzGw571otcQcjC5mEWy9bVg3+Tz7a+GYSCY1l599Te3UV5nG66Hi56kdACY ErMW955T7gUGmhKCORVwpbZuF7xkhWiu47LbPYk37V6J4oS0hFF+c09w3f+Qf7vlLzs/8nEVI/PI q/yrkla5lILQ2iM4KeOXLOJd7pSpz17/yCAz9tFxwKp5bck1js/LwjfTH46z86raRu4R04x9JItH o97sdvWSXu/ISpJ25qz7nlNteS/BBicdrcHChCLLzNU7aXjb7dhHQS9QzbSzGksouY/O55ovlpVu WZC8orJoRe+RHfhD/ssAOlbgxJCHu0TwUCFiy4JVnWWgRoUfbjCJBFFUV03zFs1Y2XGfg7ihxjva iza0TnuTI6brHO0AuTG8zZbxDi41EgREPmxlrTnxSZXtMfc7vUY5nv/W/8X+UyAKFdWUxPhCBNdd JzwCTtRlisjMB5esLJmMCYusBCbXbSgvwD9UeqLmoLya1XqLV41iialaoOxn9Fgmy5vlSojQOGmf ZwF2jTw4oUgSSqdPUbaT+guWdpznuTwkpUZ+WbeTaZ2IOuUQ+SvjF3v9YGTilU8HYzFqFaO1ZEbk f+EjHnlfx7EEnnQx4fgW5T9VUnVmbIIBF2fOQBMko3si50C/z4pZ+f0zIU2UsXEc4vPBigU78jO1 XWy2UCgTQ2sZasnJwAzVUZPzVbJZzy/m3Eg42+X62c9t37+dnzi+/cFnDg3+gX9/CjMTpfN6yH9G ejEHy785QegVyYVXPolAcc3Mx7uERcLe4QJVzR+gZ0m7HcH1UhTR1I7U48FbImNrWQ6eyt+Ttc6k 0g2cckeE+7iWMY9/TBhI2rylzc8Kt0cM4kDYRW/O5aa5mLPZ59vzb5h6r+dHJtHT6GDhvP/RPu8a yW5xgTeG2wb2bXU8HucRQWKPxuEYDiD7STMeyAfcgpuOhf8XR11zpromvHn+tEU173HcoFd6K0x1 rvp/7veOQNouikOyWDHoZSTpJLe21K5nIvJW+6pOlpZTl7FboTlR30LxqtyCVkspM39ogKaaY+Mg MNwM8O/7146+wlL3ZMI9z4Lpx1tFc7sXmZ/n1z9/H95tUb8fX5Mg1se7P2X5s9blcSsM5u/5MZ8x hpe9pXQNa4qq5gNu1p9laZ0Qso0nZeRkJ4QnD1VdaoOfS+W5QM4dLslxp/+V2ONNeuqaKey1K6fl iDBqjhyQksgF9T+bl93GFihqMKnpHSoeRgaeM7T0cLyKURXeLuHIZ2LEKAdMeW2bT9FpPebbV1eD O/Tm5RHoqof31kCcgglHljTA+sVEBXGbSuoxJ0vsTSvHHXSzQ+1OhcT1Q/1kx+pS0jPVjtTOxEuB diKPn70nocBNKxKfKExu9d41KmLXQpBr0oK2bCJQqqgn0/75NH8M3/ltMVfDo0x8uDqGhPB1oIwE w0P4/LXdpx7tfLDF/QA1wbZXPtLxxPis/6Erm5yjVHfmkGoVRYgBEI6aWRWpWJsZarI3mT+KsE60 p87bsi5X5ojaqLGrBcXe53H7zcgJeq/Kg6NIGAvTrMHvbDPn7bOibEX+VAZzkT774vnYgC58Esb3 3/TyKP3FA9HwQAFMSwZJ5U8rKxj34SvC/IuPc0EPNScCofHrxDbZCQN4p2Q+Sw45HJl6rtldm0NC enbLVkwOn8qdiW9nkALnexfI0cAqTOYGvAmlnMinp5i1jPVyg0RyUMPNiP/Fb/c/CxRXylrmsesR sfs9lYg+64zRJUv1acaAxKU1yylFVyKHdXqhJkb/+UMnizllC7h2prc41h4Dfn0a1JgWlG3Alv45 QyfqQ/KEWZpy7hmJhLmQ3Wa38sQ0YwxRbzHHO0kGpQN6lgzJm48s/pEMZahHJpHlBLUrZxY4XcuA xysfZENXNXIMu9ARbTiPHw9NW2oUR6J3/QmLvuZSTNXvGt27inVkPRsSBNCT7s/uccBTPB3vneyY N+iHbQi+BlO9HZvOfTHO4lvDUzZITAutrfCbkhQdpHTGencKSNlheiYGHlH8VjNjGw9FpWX4xdz7 liTkeWxr85Qqw8txN2vcnjF6yh5cUEV2cpGUeZBXewwM5CnUrB20ZEz2cGQlD8LSzRINqg85CG6Q 3m7DOPAMMhPr9IvfQOZ490SjWJZ+2wDnBmD8+8zbFsx/CDvQFrELhIcMs354zR5mNWCLYLzEtPme T7zS3qc6mS3tOZVLsL/lJFLJjfLRNVBvVbfckp1Q2KtAVf81M+3O7xxZNqMbjGa6BdLIHZd82MTI 6s1abhrkjk1UO9oYbyKgO51ka91BESc/YEimm6azbKy8YvGD+Kue8/GuUesShpell5AXpmQoH+XG Asv251xludeZ3rMlS0YIvcIeahHZ4wsNzmOpPVs2vm/qHwybC33IwTvyFD1b6WuGfjqO6l5a1spK 04r6rLV3zrva/8qZnzFhfpk8sG5/H7FVaZkb5/xcl1kbsz+eDkCr9Y7n9O0sMr+8Lai/7qexRGNU 0J7JuSUBtSfQDbMgapEB7LmkJ6gYn/ddtjGzoIL2fMTUncrNPjNvzmCKHdk1R34JwzMO1YBlwT/S IzPTl5BSPKpJgGHdzjMnD9QslblvcKltox27sgaPCOp/4dx9hOoTIxHi+XPcTtP29jThMwvz8qlJ h36m/JtgjLzYqvOMm3BJhzIXa0ol0fIu/CmAsepe1IG/IllzZXU0qyb4MzX8kINb3Z+Mv+pC4wuZ iavZRi1N0IjOmVVz4gmFo3r24wRRlrCHO53VTczLiy2/MXCJ2IQWw6ytz/bMUU41oIJPH/X/xRxD d83tQJi2VzzRrx73s5gVh97kUhbrEmDn0jNGS+aTD5TMHTQyOX4tBUtk51Sz1JILvWZUrb+uJr6C +cG+UP16Bh+VhGP95vKgTMpcePK2CWmfe5Y+Ljv9JleXIuS7+08VBW8oZ9ofPjCapTW3lYDODNaw vaKQjL7v4Lg/n1bqPwufb+INpI3d1pFkJL1zqko8q53P3MvsiU4DHj2YRM7sML1t4wL5uH1Ily0V DmXVZL5553TEnu29NR8c2ZITI5V6ZZcrN4jS7vyvkrWjbSkvZx5ZWIX3O3JQj55PV5LhUaScPmtn kpRGibWO8u9hhXLGy5XGFrbXW1ouDP+JEUA+Bcgf8TNzRFLPvrygcWbr64MdU38qhslTFOwyDsSO x0GqD+vG5JlzXBF7z2ck1QyaUlD3vH1hmzOn2BEfImjdhHtvIXNZW/RrxDxDyJzAzHcfUvn8eT8i Ibm4ujwcLYrx9JDidGRXDrE5c2ooNwL3Y89qST7SRV2fws9X9viQGaA8WZ9JDhCp5BZLfIb9VL8D seKZLL1SMEJ9s9/VyzWLJcJULjUSBDl6aon+nNdJO683tKIlZy9Q2vHIIZbSjTBitMAaztOzdZdV uy17vUMUObTwhWntKjLkmxnD7X22DwfWcUMhhA8KuiXjDQBG3LjreVKMQ38+l2qS5aoyvZid79nQ wTLXKx+IrIh75IjRmmMoaqZ9OWr+NtGUf7/5qDX317PGfuaY2QxtMoM573xBi2RBPj0cuFemTNF0 zTm0xE5iDKgnLBW4MiVKIZxZt0YArMWlzXmjAIYypw+lQ6SI7H9VdjWzUy8KdPE0aiCKix8OTQBI HiADzxbPX5534p5ImEszcqRDeqsqTLJy8gEIk9tcy4HuqPOMMlqxmpQDk2JzcZ133LqM11jTVaJb CWWlqKuRjA6L4AODqtW98JZX5EaFIcJU5HUttdNxQNZVpsTK0udFVysOyj7xhfBitotHiykT5w2e RQaq54htrYx6LjVyLrBZObhtmQmzIUNHLbqNUrL3zE3zpG1pPU4/EtaJz20JlVY/xZ3IDvqLpVxn zqSimyNqlcsIgzAjcpnZ0qVl0g6ltpw5PXtmP2PN4uea/GqN8sJQnqhzyDLXLDb2leIgZTssH1LD eXdMDSsM1Pq27DTJQseoihGszWquu96AK0WRCuGTrucyUXt1U1QwXi2/xsGwIOv4yHjUwf6yOzIG F2vTaWvQjulhNBF6tLg2egSlDs8/52uJrBMRJ+o78yyxZDOH190PuJ83aj3zYSsTxWYlJ2RKYWiy AuIiSdqRHSO+JelRMsM+skVRFdRQY++G+P76y6SkaPfMGpgziy74ycyqgJj5ljlcOpTX0o+vrjGW /XCiL01iS/bSn4Sb6eO2tFhKaKPf7gMjTe6q5pbJBWnXSD4wkWc0hdFWK1v90tOT033nQnB6Uo7g Y4VSJoCYY+JImYFnuVb1l2W0KGAwctzNlc3v6uPWHEvFGpeGc857aKHaJcQziIi+t+pC0PELmn7f Ftc8omckihVpP02GPrWY/SMo9b+yTXvdj3IoMnRtYdVKzjWijgkntyzNWi6gqUdjZsflWB4AJxJg fYAUYRU9qR4nx+/wyzcky5hrJCf5uufA38awLw3I3KRkL6mcJhDVc7o3F4Ia0Us+86lzypS1bHgZ WUgsJ0idubJX9MrnDteFjuYZ9SS1dw4BWAn5MGI5i0aIWs5FxqQtD+Zj4ozasm6xKMDIRyfXnNrX MQmwR5/s/fBEEebquBw5eZvbgWQ1FYZtIMSTM0OAm41JoNKTwabbtfdsczP33fTcn3k/9zDGI8d9 5Vi/Go/zoKmR6eg5v6veBiEmcI7Mhsi3lpw6qLBrZA+X7EAGktH0R2mMfq/OlXn/oRYVRlJXPG5b wZF25ZkTKnoWjC1O4X7wtEgPKqTwYasxcpx/JQ6TwZfQplO1KZybmF2ezlyWcTfwkmNqbt5SUSMa TQqmYuzVcRNYCnn+G2ynQ9cqkJRgndKVY8Rk0iVhPnhCoGXmBNGZUYDSu0QvOm/NMTWy8+cf9b1H zgSLNvma8wdKzmVtGRr07BrORMwWT+aFd+PTJcbS4tSS4MpFDIZttHstImEN4RBIyH2XHOeoTaq+ 77z+TfrWMn+3GoEW+bKSFFZMYKDPvTQWI72zrG7sU+Vqa0TN5KYohzWHQrsaXRILmSDYKTt2YSz/ FUV6O5kiKUMkHTwJfj+8tWe++Bq38yKOJYnBqxXlUnPUm0pSezK3bZV/Du6j2p/5GK/VwwoDS5MJ QSlYFjt5nvHp0ypqpo3OLEqP/EVW13BXchevcD3u7mox6SKrkSVbuZKez7a4l+aMoeUtKVmlsCUK LQEPQjuv2FZFXxNTPjhyoZabV2HCRXu/ZYZOcIjXQPxfs1GOloF7QYSA9IHqqg0l3hX2J5xjzcYc RZGqme85NFIWUvFUyQorlrJcCacZvI9l5ptmd7AIjVUTiDdvwNmz6YAh/8B8Qr5p9TYXJR7XmGaQ EyTG7U16ljh2JJdlQnuOgZXNCeIik2X36INkKYNcyuYmnto0LZ6fnuM3e5KN6lKZ+dx26T8lz4CC pzgxE2YmhfuOipEWUwEz9U+eU6ZYBDufdqcPuQqSP9ea+F8eJ6CUJzicM6FshxoKwJO8U82YYhvB YVZx3T2HltfIHG1XgjSlO4Wx61ILPf5/VeeiG7mxA9E/uMlibWvUT9ljOwn2///vtvqwqtvAYOFN Zscaic1HsVjcxOWg1A6HbJhofvElPeo3G9xzHvXQxsxrkwQhX42dwkWDQtvO4rIx3Pqc6H/OpdJf n5dh+XchUa0ssDec5CZFdUqr7SFVxqWbqqFsXE1k1OaW15jXBkihtEkac9vSJy2eO14ccZyrWGrG 3ubQHiKfcWfmdibEryi7NLW0UPd52XbL2TwfUc5Inl1KR/5DkSVgzSIhu3qJp9Kc1SS2nrXEOk40 JIFPu/bmVGn1VE1Au0R1Zq78bZEnbTZ56Q/kKlBaWeUJIH8r57ywLeJtT+lJy2kWjx9wv+MNo1oH ufr19//GDfz96y+gpyIB2IX2yOCxcwLHqzhsYu9HOWyb5K8sOp/Wu47tuICvz3em4eYOuwTlSVmr l1zHsOGG/785eAHKdS1EcDvDKl7syhw/g8sV9V+Wnavyirpg/q62MWlbWUUfj9i4ZYr9toG43mnz FRJM3Z1Baf4kyftQdCzfUpa0nStiW74ToZxWFlqtHvx4Db70DN+sUR7PN+/hflOHDrRcVJbne/vn 68nUw8dV//z3PZ6ISxgsf9pzNG78BJ3T4jfQMDHmPN78dS81rh8fsZ02R4kUGrNNTQQmQbJgMdcy DuU+vF39NWfLp7QEA2AUoshe4EVOU0vxoWYNY/5N87ZJ46U6zpHzPyTuTSpI1zIL2FzsMnWLuiSJ qlqW/JZDgN5DMmVOC6fN95Bkqen78wNTj2y5x+5vU5WKpMzkOYNUX/PimUfE3JbGcm3KygKRI9Y3 aZufknznjj00YTqjau3Siglgah4BPAPBKM1uzr1+972tnE2FTBcp13HHswZJFGtHqKYdwYZPF52Y ExGROoYUxLZd8g5YOKVEryZ+xPMaVxgBPUU5YB/+NbXsbP+XNsMGgFZYFrY8mCnrRBkndSuyAI7N O+Csm4kDFGbSxjmkF5DT2lnwCL2jUIDJKlrtBHDUdS6fIstqUixJnlJPh/a7qb5e8kQPpf2qYhZZ VNOmby+WijrmKqJNNCMOrMPB+9xiOU79+E/ji7sh4oMMyMyBSouDkRw6ISFbFYTIXjcA8NKYpDKW FydOkbGj5yAGAthF1g5Q8gpgNPd3VEHc/1c60uHrqnrfwzbcpwPlGwcT+5cI+avRFUDjrAycYrls 4qsEpq4+kQuiKqysiSfpNCD9nNfzSfyYexL3hND6Tk2zPM43DJMmLdLtWupqANy5fdHUYWyd0BaG zf8ctEfbtv2wbnj4+Pk5By7aJF00Ge0wdez5Dspz3KlobUpgkq+rm8NHEYPehSxxq7l7pGRcP2YD Chooa40laBz2ppVw069mn+WHVjbsIF4xRZavr3jxWGLpoaDoRIvV2GljBUcKJxiqz145R36rK2sV oWvveqQlJxWj04s2oJc9Vdc3HV+N1+3QPvr3nVTFJj4bMDcz6ql37U8EHtHmiHHPke4ZP39P+/eY 3h3cQU7Kqit5LkS9KsR4vIFLYugpK926Ns55Vyune/uzcgmjLlUrP/IuWKHWEn/OpaIvOBx3mg69 uWvTPZHu0JqGw7s+5590JLMaEy4QIh0a/qFnHyvsuf9s3Ny3+tnxsf/9+0U2OH4L99/qpuPFMj4u AAjI+bZrDbx6cGO2npddRNXCFGfs7nFwqTuAbAwHsM7Pjiwu4rV/oNCwdreyyof48EaHeO1boatk EIwlVsHU7gPilJxszM9889ViYJf4va2I3DIN2IiEom02FfO2N6Yn2n3/Oft8I/Jb8MMAOrYBqD43 uIWDFe8iKmvOXY89X+RXZtll6W/465SQ+DvBNPrsbW235VjtJI2y+vN9bUWbF9Jmn3aMVfNuFjZ3 wRha+qICmgCW1Hg1/8T5mH3vJWY+5SQ3lnR9ob4tGQwhRN4u+vOyjiIPgtrhTguvO+kaN3+4EQDP 76/n7dKrY1Ze/s1jR7rz1xRQUgvsfudTWfH4mTEZskEXbgHOlEW8P82JVf5vJ89wbtkoJUVDfC6j kkQ/nOQrxY1DWgPxlsJG5KKJxpCnNrp2PeTo6y017yaxL55a05aNLgjaV5Ik7JbVSgiX0iPuS+jy buVwh2/Og3rWrrUJRnHDtXzZMGkWc9tFfbUg4VW7JLXV8A06U9J01SMUU+MrnJo8vVHKh5u8QY0D lEtadeRztwo0rRdxH8oHwTsvwrFvy63klBZORYYcv/GHfMRqk7WJ1lbpNyYtviniv1XJZXhTXq/L eq+pJDBeGKdhIgI9P//58y++iMdKLhp8ACWlfe2b84LRlQEafkkanOR5SWnnQELZ9v/28osd94A8 Z6yjDWYX5pG3VSNALkbkjIfk5Nw7ZpfU11iyOZN1sMb3siY1XCnwTh80p09oUPAKXkc5nZzQ4JhR oLStD3JJysaN9Zs7V0INrHmwQikuFCN8iOH3MO8GRTxy0eQVLUsmemPOz5Z6bytDI6U3RNO2DpdH 8g0IbDN6b24qGa7BPo0y+Rqcr2a1ovyA9pEl0kisXQghLIgQMXZRkCwCo/zz2tT8WpDoDp9KwPP1 100JuQnJx7PlWVNT38WRmTknTCFu4Kxef+MTuD/LYO6AWEzDcD3VPCBvq5BK6hXKcgHQdcGt8Q/V 3ZiuqbpeyOLBEi8iMZiNJOdj2UtG9AlZ3ImXWGkhtvnWFgdsTNYjesSuJTfu86JPhzQc6Rx1RET2 x2sMdKiR1y06kVdbE0/OQeDZjV8div01RoTGPxnH/5jjP5fmEcx/SNr9sS5MzPmu0Qn+b5XCvHKY RP8I8fOq2Y2Am4SnRcH49rLXCE5yumC9IpC/qufoCLVjJnlro5fQwtVo83ZOHQJuFwhgeIbgp/sa xYirumzBPBfp17EPj/3OHmGxOwxcYOoUSrHRANLRBEPKlrZhV0DZh9cIzpTMAQuZ7kPtGPKWRaLT JEVU6KLrr9pBcaEIDiLIMhIOUGAHYn/ineD7kuu09SbqJhsLBB3qLnOygKiUYiLy9dwUQork/pJ4 0RSPxM3h6lm25ac5z86vUxwGACh3jV0wYh4B1XoPmprILo0f7AKQHZLcOpEwq7yK53ZJTiR8u/0/ iTpQxuRUGJI1v4hzdKjAiTJzLbsMAU/aTGEJ4gcerzEbwqPBCVS1480SXMMIwew9ssZzwkts4m97 1IY+ETM48w5EETHXX/Krm3LX5JUEG9pQpFhLTMH+Q9VnU1bHni263kXWRQChe9WFdbq21aUwkHMo GR62AbsFvpcz+bQ1IifP/3fY4ZacJCnJA5izK8clQLS5S2jajxe7z2zPPJ17IaB5rf5ANV+WTJP2 CXrS0B2NJvlB7KdLsr4wTrUJyXIP7QORmzCU6hKJkrmJ4m4NEO4VMwWgl67s+LK4rGAvSAsrwMP5 yREWeyCHjxk1irowVfSzrt0HJqUU8WyVtcaCP0pg2CB0bOu2l61r5TqQL8dkH9mwd6Kaw/Nn2b/T 0aKhLeUn51alJsNKZCN4+8+4P+FPDCO73D6ngMahFcOBpk58Bu3KKNlKtJ+SSDUAX6M0ztJBxWhP ieoYwUgSZBaadApTjazvTStaiK1Z4kjZHUyNDyQ19H2dRaS4hf9Mf3t3Znt28UKdTjrtKsCpr2vP GkOLMVOwa6dYfLVr9Tl5XfaeghnU6EGT3uSf6jR7pZb2OR092WrpBpVI9MiwVSPqfM7zIxDRLt5s 3OTptCccGrq1hF3nG+YlOoe36oLtKkkUjhzJ6y005fTiiJk2pXfcQuAqApzbWjQQYIL7lY/Q1Zyy vbdg1JLDehxbMoB2lgXKtnE5LMEud3yIo6SLBbL69HOhjKu/5Z8nzAIDynwtCEL4pVDDExKFUT3f u0LJglDGpX7OBvGl/Tg77MM90bBhUoZf5KDU41Cd0sWTrwjmKOF3TMmyJSdIljug1AXsAroxRI+V JskEUTvrfG1CoFnCYioWumhjUWVviw5vJsbczdRa7Palcdakexl42kf0LG6grIeCPfMC2LObGrj3 /cg0jYF8f36Mt40/sycE1XjlIlEmb6GhvbA4E1Scw5AYJKH6AE1F8vJ+HKf2OFOwnF7oPOdbfZ3Y hmE01Yzhr85tCiDFxqK47XJEMYnpBAYHsghLMrYs7mKRZCXjt03itFmFf9fYApERDKFvEuUeN+Ch AG+Ob/HP99P99Cw3i2XydGChkJ2+/P7by7bwP6TBWBFTPH3TvMInG1jgLDfR+5NYsu54YmwIrJ3H rk4Z9jkuAOcA6FQE0fM4TnG5Nybtb6PQPkrEXD7caUna2LCnxEOcoXENvNPeCd/ortb46/8BxFOU Tw0KZW5kc3RyZWFtDQplbmRvYmoNCjggMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0lt YWdlL1dpZHRoIDE5MjAvSGVpZ2h0IDEwODAvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNv bXBvbmVudCA4L0ZpbHRlci9EQ1REZWNvZGUvSW50ZXJwb2xhdGUgdHJ1ZS9MZW5ndGggOTk1MDQ+ Pg0Kc3RyZWFtDQr/2P/gABBKRklGAAEBAQCQAJAAAP/hAFxFeGlmAABNTQAqAAAACAAEAwIAAgAA ABYAAAA+URAAAQAAAAEBAAAAUREABAAAAAEAABYlURIABAAAAAEAABYlAAAAAFBob3Rvc2hvcCBJ Q0MgcHJvZmlsZQD/4gxYSUNDX1BST0ZJTEUAAQEAAAxITGlubwIQAABtbnRyUkdCIFhZWiAHzgAC AAkABgAxAABhY3NwTVNGVAAAAABJRUMgc1JHQgAAAAAAAAAAAAAAAQAA9tYAAQAAAADTLUhQICAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABFjcHJ0AAABUAAA ADNkZXNjAAABhAAAAGx3dHB0AAAB8AAAABRia3B0AAACBAAAABRyWFlaAAACGAAAABRnWFlaAAAC LAAAABRiWFlaAAACQAAAABRkbW5kAAACVAAAAHBkbWRkAAACxAAAAIh2dWVkAAADTAAAAIZ2aWV3 AAAD1AAAACRsdW1pAAAD+AAAABRtZWFzAAAEDAAAACR0ZWNoAAAEMAAAAAxyVFJDAAAEPAAACAxn VFJDAAAEPAAACAxiVFJDAAAEPAAACAx0ZXh0AAAAAENvcHlyaWdodCAoYykgMTk5OCBIZXdsZXR0 LVBhY2thcmQgQ29tcGFueQAAZGVzYwAAAAAAAAASc1JHQiBJRUM2MTk2Ni0yLjEAAAAAAAAAAAAA ABJzUkdCIElFQzYxOTY2LTIuMQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAWFlaIAAAAAAAAPNRAAEAAAABFsxYWVogAAAAAAAAAAAAAAAAAAAAAFhZWiAA AAAAAABvogAAOPUAAAOQWFlaIAAAAAAAAGKZAAC3hQAAGNpYWVogAAAAAAAAJKAAAA+EAAC2z2Rl c2MAAAAAAAAAFklFQyBodHRwOi8vd3d3LmllYy5jaAAAAAAAAAAAAAAAFklFQyBodHRwOi8vd3d3 LmllYy5jaAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABkZXNj AAAAAAAAAC5JRUMgNjE5NjYtMi4xIERlZmF1bHQgUkdCIGNvbG91ciBzcGFjZSAtIHNSR0IAAAAA AAAAAAAAAC5JRUMgNjE5NjYtMi4xIERlZmF1bHQgUkdCIGNvbG91ciBzcGFjZSAtIHNSR0IAAAAA AAAAAAAAAAAAAAAAAAAAAAAAZGVzYwAAAAAAAAAsUmVmZXJlbmNlIFZpZXdpbmcgQ29uZGl0aW9u IGluIElFQzYxOTY2LTIuMQAAAAAAAAAAAAAALFJlZmVyZW5jZSBWaWV3aW5nIENvbmRpdGlvbiBp biBJRUM2MTk2Ni0yLjEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAHZpZXcAAAAAABOk/gAUXy4A EM8UAAPtzAAEEwsAA1yeAAAAAVhZWiAAAAAAAEwJVgBQAAAAVx/nbWVhcwAAAAAAAAABAAAAAAAA AAAAAAAAAAAAAAAAAo8AAAACc2lnIAAAAABDUlQgY3VydgAAAAAAAAQAAAAABQAKAA8AFAAZAB4A IwAoAC0AMgA3ADsAQABFAEoATwBUAFkAXgBjAGgAbQByAHcAfACBAIYAiwCQAJUAmgCfAKQAqQCu ALIAtwC8AMEAxgDLANAA1QDbAOAA5QDrAPAA9gD7AQEBBwENARMBGQEfASUBKwEyATgBPgFFAUwB UgFZAWABZwFuAXUBfAGDAYsBkgGaAaEBqQGxAbkBwQHJAdEB2QHhAekB8gH6AgMCDAIUAh0CJgIv AjgCQQJLAlQCXQJnAnECegKEAo4CmAKiAqwCtgLBAssC1QLgAusC9QMAAwsDFgMhAy0DOANDA08D WgNmA3IDfgOKA5YDogOuA7oDxwPTA+AD7AP5BAYEEwQgBC0EOwRIBFUEYwRxBH4EjASaBKgEtgTE BNME4QTwBP4FDQUcBSsFOgVJBVgFZwV3BYYFlgWmBbUFxQXVBeUF9gYGBhYGJwY3BkgGWQZqBnsG jAadBq8GwAbRBuMG9QcHBxkHKwc9B08HYQd0B4YHmQesB78H0gflB/gICwgfCDIIRghaCG4IggiW CKoIvgjSCOcI+wkQCSUJOglPCWQJeQmPCaQJugnPCeUJ+woRCicKPQpUCmoKgQqYCq4KxQrcCvML CwsiCzkLUQtpC4ALmAuwC8gL4Qv5DBIMKgxDDFwMdQyODKcMwAzZDPMNDQ0mDUANWg10DY4NqQ3D Dd4N+A4TDi4OSQ5kDn8Omw62DtIO7g8JDyUPQQ9eD3oPlg+zD88P7BAJECYQQxBhEH4QmxC5ENcQ 9RETETERTxFtEYwRqhHJEegSBxImEkUSZBKEEqMSwxLjEwMTIxNDE2MTgxOkE8UT5RQGFCcUSRRq FIsUrRTOFPAVEhU0FVYVeBWbFb0V4BYDFiYWSRZsFo8WshbWFvoXHRdBF2UXiReuF9IX9xgbGEAY ZRiKGK8Y1Rj6GSAZRRlrGZEZtxndGgQaKhpRGncanhrFGuwbFBs7G2MbihuyG9ocAhwqHFIcexyj HMwc9R0eHUcdcB2ZHcMd7B4WHkAeah6UHr4e6R8THz4faR+UH78f6iAVIEEgbCCYIMQg8CEcIUgh dSGhIc4h+yInIlUigiKvIt0jCiM4I2YjlCPCI/AkHyRNJHwkqyTaJQklOCVoJZclxyX3JicmVyaH Jrcm6CcYJ0kneierJ9woDSg/KHEooijUKQYpOClrKZ0p0CoCKjUqaCqbKs8rAis2K2krnSvRLAUs OSxuLKIs1y0MLUEtdi2rLeEuFi5MLoIuty7uLyQvWi+RL8cv/jA1MGwwpDDbMRIxSjGCMbox8jIq MmMymzLUMw0zRjN/M7gz8TQrNGU0njTYNRM1TTWHNcI1/TY3NnI2rjbpNyQ3YDecN9c4FDhQOIw4 yDkFOUI5fzm8Ofk6Njp0OrI67zstO2s7qjvoPCc8ZTykPOM9Ij1hPaE94D4gPmA+oD7gPyE/YT+i P+JAI0BkQKZA50EpQWpBrEHuQjBCckK1QvdDOkN9Q8BEA0RHRIpEzkUSRVVFmkXeRiJGZ0arRvBH NUd7R8BIBUhLSJFI10kdSWNJqUnwSjdKfUrESwxLU0uaS+JMKkxyTLpNAk1KTZNN3E4lTm5Ot08A T0lPk0/dUCdQcVC7UQZRUFGbUeZSMVJ8UsdTE1NfU6pT9lRCVI9U21UoVXVVwlYPVlxWqVb3V0RX klfgWC9YfVjLWRpZaVm4WgdaVlqmWvVbRVuVW+VcNVyGXNZdJ114XcleGl5sXr1fD19hX7NgBWBX YKpg/GFPYaJh9WJJYpxi8GNDY5dj62RAZJRk6WU9ZZJl52Y9ZpJm6Gc9Z5Nn6Wg/aJZo7GlDaZpp 8WpIap9q92tPa6dr/2xXbK9tCG1gbbluEm5rbsRvHm94b9FwK3CGcOBxOnGVcfByS3KmcwFzXXO4 dBR0cHTMdSh1hXXhdj52m3b4d1Z3s3gReG54zHkqeYl553pGeqV7BHtje8J8IXyBfOF9QX2hfgF+ Yn7CfyN/hH/lgEeAqIEKgWuBzYIwgpKC9INXg7qEHYSAhOOFR4Wrhg6GcobXhzuHn4gEiGmIzokz iZmJ/opkisqLMIuWi/yMY4zKjTGNmI3/jmaOzo82j56QBpBukNaRP5GokhGSepLjk02TtpQglIqU 9JVflcmWNJaflwqXdZfgmEyYuJkkmZCZ/JpomtWbQpuvnByciZz3nWSd0p5Anq6fHZ+Ln/qgaaDY oUehtqImopajBqN2o+akVqTHpTilqaYapoum/adup+CoUqjEqTepqaocqo+rAqt1q+msXKzQrUSt uK4trqGvFq+LsACwdbDqsWCx1rJLssKzOLOutCW0nLUTtYq2AbZ5tvC3aLfguFm40blKucK6O7q1 uy67p7whvJu9Fb2Pvgq+hL7/v3q/9cBwwOzBZ8Hjwl/C28NYw9TEUcTOxUvFyMZGxsPHQce/yD3I vMk6ybnKOMq3yzbLtsw1zLXNNc21zjbOts83z7jQOdC60TzRvtI/0sHTRNPG1EnUy9VO1dHWVdbY 11zX4Nhk2OjZbNnx2nba+9uA3AXcit0Q3ZbeHN6i3ynfr+A24L3hROHM4lPi2+Nj4+vkc+T85YTm DeaW5x/nqegy6LzpRunQ6lvq5etw6/vshu0R7ZzuKO6070DvzPBY8OXxcvH/8ozzGfOn9DT0wvVQ 9d72bfb794r4Gfio+Tj5x/pX+uf7d/wH/Jj9Kf26/kv+3P9t////2wBDAAgGBgcGBQgHBwcJCQgK DBQNDAsLDBkSEw8UHRofHh0aHBwgJC4nICIsIxwcKDcpLDAxNDQ0Hyc5PTgyPC4zNDL/2wBDAQkJ CQwLDBgNDRgyIRwhMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIy MjIyMjL/wAARCAQ4B4ADASIAAhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL /8QAtRAAAgEDAwIEAwUFBAQAAAF9AQIDAAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2Jy ggkKFhcYGRolJicoKSo0NTY3ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWG h4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo 6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEBAQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQD BAcFBAQAAQJ3AAECAxEEBSExBhJBUQdhcRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRom JygpKjU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaX mJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6 /9oADAMBAAIRAxEAPwDzjB65P6UnP94/p/hTPn9B9cij5s8AfnTEOyc9T+lGT6n9KaS5/hX/AL6o +fPKr+YoAUsR3P5CjcT/ABH8qTLdwv8A30KT5s9F/OgBxJ/vH8qNx/vH8qZ8390f99Uvzei/nQAu 44yGPX0FLk56n8QKZ83HA/Ol+btj86AHZPr+goyfX9BTcN7fnTfm9vzoAk3E9/0oyfX9KbyPT86T kdcfnQA/n+9+lHPr+lMyQOo/Okyf8mgCTJA+9+lHP94/lUeT/k0fN/k0ASc4+9+lHzf3ifwqPBz1 /Wjn1/WgB+D/AHj+VGPcj8KZnijPbNAD8e/6UmDnqfypmfejcemR9KAH4PfOKMH15+lMz7j86XPv +tADsfXj2oPTv+VNB96N3HWgB3v/AEpMdKTI9TRn3oAdgUnHpSZ560mR60AO4P8A+qjIHY00dfvE Uv8AwKgBd1Ln2NM4/vUZHrQA76ijPbBpOPU/nSZHcn86AHZGOQaTjPem5HqaUY9T+dAC8Yzg+1HH oaT6N+tGf9r9aADjuDRkeho/4FS55+9QAmR2WkyP7po98il4z1oATIP8NGcfwmjI9R+dLkeo/OgB N3qCKNw/u0fj+tHtn9aADcOu2jcP7tHbr+tH4/rQAZ9jRn2NH+etGO+c/jQAZ9B+lJznOP0p3+et J+P60AAz2Wj5vQ0YPb+dJ07/AK0AHP8AdpeemKTOf/10Z/zmgBcGjB96TP0oyf8AJoAXaaQp6ijP v+tH+etACbM9qXZ7cUfiPzpMHA5H50ALt9qNp9KTB9RRj3FAC456f5/OjHtSYxRigBcUYNJtFGB6 9KAHYNJijC+tJxjqaAFx/nNJgUnFH1/nQAu0ZoC/Wkx25/OjH1oAXbnuaNvuaTH1pMH3/OgB233N G0+ppuD70YPf+dADse5o2j1NMwaMH/JoAftHXmkx9abg/wCTRg0APx9aQgY703Bowf8AJoAdtHvS 4HvTCOf/AK9HIoAdtHoaNoHIBpvPpSc+lAD8D0NGPrTOaOfegB5/GjAJ6mmc+9L+f50AOwPU0YHv TMn/ACaMn3/OgB+0e9G1ff8ASmZPp+tHPpQA/A9/0owPf8qZz6UuDjoaAHcY/wDrUn+egpMe360f h+tADuMY5o4z3pv+etLnn/69AC4Ge9HFNz/nNBP1/OgBePSjvSZHp+tGe9AC8Uf560nH+TS8eh/O gAo/GjIz0/Wk49KAHfjRznrTeAOn60dv/r0AOyfU/nRk+p/Om9un60Z9v1oAdk+p/OlyfX9aZ+H6 0fh+tADstjqfzo59TSd+n60n4frQA7Jx94/nRkj+I038P1o6dv1oAdlv7360ZP8AeP5038P1o/D9 aAHZY9z+dLlvU/nTMD0H50HHoPzoAfub1P50bm9Tn61Hx6D86OMdvzoAk5/vH86TLdmP50zPp/Ol oAd83r+tL83rx9aZn2pOvagB/wA3r+tL83qajz7Gl/CgB/zepo+bsTUf4Gj8DQBJ83940nzeppv4 dKTJ9KAJPm9TR83qaj7dKM+1AEnzf3qMH+8aZn/Zoz/s0AOwf7xpcHsxpn4GjmgB3PqaOfU03mjm gB3PqaPmx3puT+NLu460AO+ajJ7j9abuNGTQAvzelGT6H86TNAfntQAvPXFHf/69G/FG/wB8UAGO f/r0uPY/nTdxx1pdxxQAc+/50c/5NG5v8ijcf8igApecd6QufWjcfUUALk0ZPp+tJuP96jcf71AC 5PpRk+lJvOOtG9vWgBcn3o3H3o3n1o3f7VAC7j6mk3HrSbj60u4/3qADce1G49hRk+ooy394UAG5 vT9KXc2en6Um5vUUb26ZoAXc/wDkUu58U3c1G5u9ADtzfjRub1FJuPoaTcaAHZb160fN600lvSly x7GgBfm9aPm9aT5/Q0mW9DQA478df0pMvnGaPn9DR8/oaADL+p/KjL56/hS/P/do+frtoAPnx1oy 3rR8/wDdo+b+7+tAC5b+9Rz/AH6TD/3f1pPn/un86AHZP9+kyezGjD/3TRhv7tABuYfxn8qXex43 GjD+maTD/wB2gA3H+8aXccfeNJhvSjD+lAC7mPc0bm/vGkw/TFLhx2NABvPqaNx7saNrj+E0nz+h oAXef7xo3E/xGkw3oaMN6NQAu7/aNGe240YYdjS/N6GgBOg+8fypc9OT+VHz+lGH9KADJz360ueO p/Kkw9HzjtQAu4+p/Kjd7n8qMuR0oy2KAAn/AGjS5GOrUnzZ6fjS/N6GgBPfLUf99UuWB70Zb0NA Bn3NL+J/Km7nz0P5UFnoAdzjq1GD6mm7mpd7Y6UALg+/5UoBPrTd7Uu5+1AC4OaNpxTcv6Uu5qAF 2nFL5Z9abl/eje3vQA7y/c0vlj1pu5ugJpNze9AD/LHrR5eO/wCtN3E9z+Io3PuoAfs9+KPLxz/W m5b1NLuegB2wep/Ojb79Pek3vnk0bnx3oAUIfX9aNv8AtfrSZb3pN7DqTQAu09m/Wl2Huf1pNzD1 o3N2JoAXaR3/AFp2z/a/Wmnd05o+fOMmgB231P60bfRj+dN+egCSgBuwDuPzo2ADnH50m4Y6n86N 2e9AC7F7EfnSbF9V/Oj8TRj3oANi57fnSbAemPzpTzzk0nbqaADaOv8AWjaPXH40m7tupM/7ZoAX AHQ0cetJ/wAC5pf+B0AHHT+tJge3507Az96jjH3jQA3A9qMD2peM/epODxuNABjnt+FBWjA/vGjH fcaADik49P1pcf7VH/AqAE47YpD+FL25P6UenP6UAIR7j86THfNO/H9KPx/DFADcUY9KXHTn9KNv +1+lABj6UmOO35UuB6/pRgep/KgBuD7Uu32pcD1P5UvB7nr6UANAox9aXH+0fyoA/wBo/lQA3FGO OKd/wI4+lJz/AHj+VACbTS4NLt9z+VG33P5UAJtNG0ntRg+p/KjBx1P5UALtPek2/Sj5h3P5UmD7 /lQA7bSEUnPv+VIQff8AKgB2PajHPWmfN7/lS/N6n8qAF2+tG0UmD6/pQPx/KgBdozS7Rim9u/5U Y/zigBcDrRgZpCP84oxz/wDWoAXC/wCTR8uKTH+cUmPrQA75ff8AOjC46mm49Ofwox9aAFylGU9D SY/zijHNAC5X3oynvSYox7UALlT3NG5Kbx/do/CgB25etG5cnrTOuPlNGPY0AP3LjvQSvvUfHoaM +xoAflB60ZTPemZ/zijPtQA/Ke9G5PQ1Hx6Gl/D9KBj8r70ZXPem9v8A61JigQ/5fej5fc03k/8A 6qTBx/8AWoAflPejK+hpmOe9GPrQA7K+9GU6c038/wAqPxP5UAO+XHej5fSm8+p/Kk59TQA/j0NL gZ71Hz70YPvQBJx70cD1qM59TRye5oAkPtmjHsaZ82OppMtjqaAH4Hv+dGB2/nTOfejLepoAft+t Jt+v403Le9L83vQAu36/nRs4pvPvS5NAC+X/AJzSbKMn1NJk+poAdt5o2mm5+tLk+9AC7T/k0bab k470uT78UALtNG0etNz/AL1Gcf3qAF20bf8AOaTPsaOPRqAF2/WjH5/WkyPQ0cehoAdg47/nSYNJ n2NHcjaaAFxSYFH/AAFqTA/utQA7FGPrSYHo1HH91vzoAMDPejaPzo4/umjA/utQAbVzRge9GP8A ZajA7BqAFwPejjtmkwPRqXaOuDQAv50n4GjA/wBr86AvfB/OgBe3Skx9RRj6/nRge9AC8e9H4Gk2 +zfnRtHo1ACce9Lx70bRjGGo2j0agA496MD3o2j/AGqXH+9QAmPrR+BpcegNGPY0AJ+dJx707Hsf zox7GgBD+NHHvSn15owfegBMD3pMDPenYPvRz60AIQMdTRj60uT60fN60ANwPSl+X3pcn1oyaAEw KMD0pcmjJoATH1oAPrS5ajc1ACYOaMcUuWo3NigBMUYFO3N6UZbtQA3A70YFLls//qoy1ACYFLji ly1JlqADbxSY4p2W9KNzelACYx2pMc0uW9KNzUAGKMDnNG45pd1ACYox9KN3tRuNAC4owaNxpM0A HNGDRuo3mgYYal+b1pN31oDH3oEO+b1o59abu96Xdj1oAXn1oyfWk3fWjP1oAXPvRn3/AFpM/Wk/ OgB2aN3vSZ+tGR70ALu96N3+1RuHvRuX0agA3HrmjcQep/OjK+9G5ewNAChj60m73o+X0P6Uceho AN3oTRn/AGqPl96Pl96ADcP71G73o+X3/SjK+9ABvHrRvH940ZXtmjj3oAXfnoxo3n1pufr+lL69 aAF3n1/WjefWjj/IpO/egBd59aN59aTjHelwPegA3nPWjcfWjHt/KjBoAXd70m73o6Uf57UAG4+t BPvS4Pof0owcdD+lACZPXNGW9aXn0NGD3BoAbk+tGT607Gexowc9/wBKAEyeuaXn1owfcUbT7/pQ AZ96M+9G1vU/lRhsd6AFzg0mT60c57/lRlvegA5z+FLRk/X8KNze/wCVABk0ozSbj3/lS7m/yKAA hvej5qNx9P0pSxoAT5qMnPejJ6f0FG4/5FAB6cmj/gRo3H/OKMn/ADigBf8AgR/Oj3yfzozx0FGf YUAGff8AWjPb+tGeOn8qTIP8NAC59z+dLk+ppoI7LR+FADt3HU0ZPvTc0A/SgB+T6mjd9abkf5FG R/kUAPDD0NH51Hx7Uv4/pQA7OPWlDDHemZz3/Sj8RigB+aM+5pntx+VLz3x+VAD931pQfrTPy/Kj n1H5UAP3dufyo3cdzUeKOaAJA3OMmgNz1NMwc9RRtPXNAD94z1NKH7BjUe0n+Kl2nHWgCTcOPmP6 0bufvGmFD60m0/5FAEm/3P50bue/50zaex/SjB65/SgBmV6YNLuHXaeKbv8Ab9KTf/s/pQA7cv8A dNG8f3W/Km7ufu/pRuP939KAHb1P8LflSb1z0P5UmSP4R+VJu77aAHblHOD+VJvX6/hQW/2f0pN+ Odv6UALvXGefyo3j3/Kk3f7I/KjcR/D+lABvGOM8e1G4en6UZOfu0ZOen6UABcen6Um72/SlyfSj LUAJu9BSZGTgdaflvSjJ7/yoAZn2o3U78KM/WgBM/wCcUgJ98Zp2eOhoz7GgBvPXmjcc07J9KMn3 oAblu9GWp3PfNJz/AJNACbjjv+VGW9/ypeQcUfN1oAT5vf8AKj5/U0vNGD/k0AJ8/qaTL9eadg+t JzQAfP69KBv9aX5qTDdqAD9569aP3lHzdqMNnFAB859aPn7/AM6MNSYb2oAX5vQ/nRhv8mk+Y96P m9qAF+akw3+TRnjtRk46UAHzdcH86MH3o56Yo59KADB9/wA6Pm96Mn0pDn2oAXnHejn1NJz6CjLe goAXB9aTmky3oKMt6CgBcGjn1pMtjoKPmPpQAcj/APXRz6/rR83oKPm9BQAc+tHPr+tHzY6CjLeg oAOfWjnrkfnRlvQUZb0oAPXkUZ47Ubm9OtGW9KADJ9RSZPtS5NGT6UAJn3FH4il3GjdQAmT6/rQD 70bvpSZ9qAF/EUZPqKTPtRn2FAC5PrRlvWk/AUYPtQA7c2OtG5vWmc57flS/XFADtze1G5vWm9+1 H5UALlvUUuX9qb+Ao/KgBct7UuX9qT8BSZ9hQA7L+tG5/Wm59hRnjpQA7LY60fN7UzPtRn2oAflq NzVHkelGfagCTLUbmHr+VM49KM+qigB+5vek3N6H8qbn/Zo4z0oAdub3/Kjce2fypoPPSkx7UAP3 N6H8qMt15/KmYPpRg+lAD9zf5FG5vf8AKmYPpRz6UAPy3oaNx9D+VM5o596AH7j7/lSbjTctRz70 AO3N7/lRlvem8+lHPpQA7c3cmlyff8qZk+lHP+RQA7cff8qNx96YSf8AIoyc9vyoAfuPqaNze9My fX9KMnjmgB+5vek3NnoabmlJHrQAu5vf8qNze9NpaAFyc85oy3q1Nx9KAPpQAvzHufyo+b1NJ+Io xQA75vWj5vWm/Qil49qAHfMKT5qTNG72FAC5ajLUmR6CjI9KAFy3/wBejLetJn2pc+woAPm/yKMt 7flRuHoKMr6UAGW6f0pdxpuV9BRkelADsn2o3H2puR6CjjHSgBd7e1G5sdqTI9KMj0oAXe3tRub2 pMjOcCjj0oAXef8AIo3n0H5UnHpS8elABuP+RRvbtRx/d/Wjj0H50AAY0uT6Cm5HoPzpc+1ABuPp S7jnoKTI9KTd7UALub0FLvPtTd3t+tLkelAC7zRvPf8AlSfhR+FAC72o3t6fpScY6UvHpQAb29f0 o3N/kUmR6UZHpQAu9qTe1GR6frR+FAC72o3tSfhS59qADc1G5v8AIoz/AJzRn2/WgAy3+RRlv8ik /D9aOvagBfmxQOmc0fhR+FAC8+1H4ik79KM+1AC8+ooGfWk/4DRQAuD0yKOfUUlFAC/lRn0xSfhR 3oGLn/aFGf8AaFJx6UYGelAhc/7Q/KjI/vCkwO6ilwP7ooAOP7wo4P8AEKTj+7ijj+6KAHcf3hR/ wIU3v92j8BQA7j1FHHqKbx/dpePSgBePUUfL/epOPQUenFAC/L/eFGF/vCk/Cjj+7QAuB/eFGAP4 qTjH3aOP7tADuOm4UmB/eo4/u0bh/doAXj+9Rkf3qTPtSZ9v0oAXI9aM/wC1SAj+7+lLkf3aAFz6 mjI45NJx6fpRlf7tAC5HqfypNwx940vy4ztpOCPu/pQAuR/eNLkf3jTcj+7Rn/ZzQA7I9f0oz7mk 3D+7RuGeVoAXOO5oz9aTcOm0UbgT90fnQAu7nqaTd2yaMr/dFJkE/doAXPTrRnnvRx/doyP7lAC5 HqeKPxoyP7tGR/coAX8aOelJkdlo3Z/goAdR/npTd3P3aM/7IoAd7Y/SkJHpSdvuil7/AHaADI9v yo4o/wCA0mP9mgB3Gf8A61HFJ/wGj/gNAC4H+RRge/5Ug9dp/Ol5x92gAx78/Sjj1/SjB/u0fN2W gAwPX9KXA9c0gz/do59KAFwP85oxR26UfUGgAx3/AKUuCf8A9VJjjkGlx7GgAoAP+RRj60cA96AA f54pQOep/KjA9T+VHfr+lABn3o/H9KBj1/Sjj/IoAXnPX9KOfX9KTjHX9KXj1oAUc9/xxSfj+lHG Ov6Uo+v6UAB/3v0pf+B/pRx/e/SgFR3/AEoAOf7/AOlHP9/9KMj1/SjK46j8qAFBP979KXnH3qbx 7flS8dePyoAXn+919qOf7w/WkyO2Pyoz7/pQBGd3t+lBB9qdk89MUmTjGRQA3nOcijn2p2ee1GTj tQAz5s9qXLex/CnZPtRuPoKAG/N7UfN7flQWPtS7j7UANw3t+VGG9R+lO3H2o3fSgBuG9qPm6cfl Ttxz2o3e1ACfNjtRz2xQWPYCjJ/uigBvPt+VHNOyf7o/KjJ9B+VADT9P0FJzj/8AVT93+yPypN56 4H5UAJz6fypMf54p2fVf0pM/7P6UAJj2/lSd+n8qdnj7v6UZP90flQAnOM4pMH0pdx9Pzo3+woAQ g5+7QAfSl3n0FJ5nHQUAJg46UuD2FG/2FG/2WgBMH0pDkdv1pd/sKXf7CgBOfT9aOfT9aN/0pd/O OKAEwfT9aNp9/wA6N30o3fSgBNp9/wA6Xaf8mjd9KNx9qADB/wAmkwf8ml3/AEpN30oAXGKTn/Jo 3fSjPPUCgA5/yRRz6frSZHqKNw9RQAuCe360YPoPzo3DrSbvcUALg9cD86TB9qN3uKTd7igBSD7U nPoKXcfak3ewoAOfQUEn0FG8+gpd+OwoATnvijJx0FG8+1LvJ9KAE59qPm9qXcfajcfagBOfQflS 5NG4+1G4+1ABlvajJ9R+VG4+gpNze1AAScdvyo59vyo3N7Ubm9qADJ9qMn2/Kjce+KNx9qADP0/K jPsPyo3H0FJuPoKAF59BRn6flSbj1wKMn2oAXP0/Kk/L8qM+wo3H2oAM/T8qM/T8qN30o3n/AGaA Fzz2/KkyfUflRuPtSbiPSgBcn2/KjcetGT7UZ+lABuNGfpSZ57UZOe1AC5PtRk0Z91oBPtQMOcdq PyoyfagN7D/GgQfl+VHPTijPsKN3sKAAk+1Jkj0oyPRaMj2oAX5vak59qXIx0FG76UAJ83tR83tS 7h7UmR6CgAyf8mjn2oyPajPPagA5z2oyfajP0oyKADn0FGfpS8e1Jn6UAGfpRn2FLmjP0oGJz7UE n2/Ojk84o/AUCE59qM88ilyaWgBv5UUuRj/61Gf84oASkp2ff9KO/UUAJ+VJxTu3WjqetACd+n6U nbpTqKAEz7CjNJS0AIaM0uPf9KX8f0oAb3paPxo/GgAx7UuB6Un40UDFpPpRzmjHvQIO9HbpRjjt S4+lACUc+lLg+1GPpQMTnrilpOPal49RQITml/Cjj2/Ojj1H50AGfYUfhRx/s/nSZX2/OgBaOfQU ce350ce350AHOOn60ZPoKOB2H50ZHYD86AD8BR+FHHoPzoyPQfnQAc56UYNGR7fnRx6/rQAUY9qM j1H50ZGeo/OgAx7UY9qNw9P1oyP8mgAwPQUY46Ubh/k0Z9v1oATv0o/ClyP8mlyM/wD16AG8UvHX FLkf5NJkev60AHy0YFGR0yPzo3cdf1oATFGKXcM9f1o3D1/WgA49aOKMj/Jpcj/JoATt1ooz9Pzp ePX9aAE/Gj8aXIoyPX9aAG8+tLS5HrRkeooATAo/GlyvrS/L60AN/Gjt1p3y+tHy46j86AEx70nH rTvlpPl9qAE4Hejj1pePajj2oAOPeijjHWjigA79TRS5FGVoAOfejnpSZX2oyPagBfyo59qOPajI 9qADB9BS5PoKTIoyvoKAFyf7opcn0FNyPSjdQA7J9BRk/wB0U3PtRn2oAcD/ALP60Z9v1pueOlG4 Y6UAOz/s0Z9qTd7UmfagB+cdhSZ9hTcjuKM+1ADt3sKXP+yKZn8aN3tQA/PbaKM/7I/OmZ9qXI9K AHbh/dFG72H500GlzQAvfoPzpefRabnmjJ7UAO57haP++abk+n60bj6UAO4/2aM/7tNzQDQA73+W jn/ZppNLn60AOyfVaM/7tNzS0AL1/u0f980maUEZ70AH4rSYz3WlyO4Ipcr6H86AEwc9V/Oj/vml yPQ/nSAr6GgAx7rRg+q0Ej0NGR6GgBcZ/u0YPfbSZHoaXcvoaADDY/how3YrxRuX0NG9fQ0AG09M rRg46ijevvRvHTn8qAF2n2pMH2o3D3pd4x3oAMH2xRt4pN496XePegBcfSjA9qNw96N4x0NABj2o A46Ubx6Gl3gdj+VABj2o/Cjf9efajf25/KgBcDHSjAz0pN/PQ0bh6GgBdq/3aNq/3aTeO2aXeMd6 ADaueAaMDsp/Ok8we9LuHqaAFwB/Cfzo4/u/rTS/v+lG8djQA/jP3SPxo4/umm7h6/pS5Hr+lAC5 H90/nRn/AGD+dJkdc0ZHrQA7I/un86QY/u/rTcj1oz796AE55yDSc+h/Oj94fX86TL+9ADufQ/ia M8fdP500mT3P40mZPQ/nQA7j0P50ZHofzph8zv8Azo+f0/WgB3Hofzo4HY/nTfn6Z/Wl/ef5NACg j0P50ceh/Om/P6/rS/P3/wDQqAF4/umk49DSfvPUf99UfP8A5NACnGehpOP9qk+b1H50fP7fnQAv H+1R8vfdRh/Y/jR82e3/AH1QAnH+1S8Y/iow3t+dHzeg/OgBcD3pP++qTk+n50YPt/31QAc9t1GR /tUYP+Wo59M/jQAZHo1JxjnNLz6f+PUfRf1oATI9D+dJke9Lz/dH50En+7+tACZX3oyPQ0Z/2f1o 6Hp+tABx2Boz7H8qOP7v60cEdD+dABx6Gjdj1/Sl/D9aPw/WgBM84oz7fpS/h+tH4H86ADPt+lJ+ H6UZ/wBk0Z9jQAZ9v0pfypM8dD+dH4GgBaTP+cCk7dDR74NAC5+n5Uc+1J9AfzpfwNABk46CjkdQ Kb36Gj86AHc+goxx0FN596MfWgBfwFB+gpMfWjn/AGqAFx7LS446CmfnS4PqaAF+mKPrim7T6ml2 n1NADs/Skzz2pMc9aMf7VAC/TFAzjqKTafWjafWgBfxFH4ik2n1owf71AB+Io/EUYPrSYPqKAF6D qKO/WjB9aTaex/WgBfxoox7/AK0Ee/60AFFGD6/rRz/e/WgA70lLg+v86Tn1/U0AGPpRgUvOev6m k59f50AGBRj3o/H9TS/j/OgBMCkxTsij8f50AN20YFOyPWjjmgBMf5NHNLketJxQAY4o2/5xRxRk UAG32NG3noaMr6mjK+tABt9jRjjpSZFGRmgAx7UYHXFGRRkY/wDr0DF2/wCzRj/ZpMj0/WjcP8mg QuP9mjB/u0m76fnRkUALtPpSYPoKTcKM+360ALg+gowfSkBHp+tHHpQAuD6UYPpScelHGOn60DHc 9hRhvSm96M+w/OgQ75qOabn2FH4D86AH/NRzTPwH50A+w/OgB/zUmWpv4frSfl+dAD8tRlqb17fr Rj2/WgB2Wo3PSYz6fnSY9v1oAfub2pNz+1N/D9aMe360AO3P7UZfvSY9v1pMf5zQA7c/qKNz+tNx n/8AXRj/ACDQA7c+eopMt6ik2g//AK6Mf5zQA7LeopPm/vfrSbfr+dJjPc/nQA7Lf3qMt/epuKMU AOy3rR83r+tNxRigB2Se/wCtLk56io8e9GB60APy3rRk+tN/EUYGOtAx2T60c+tN/Kj8RQIXJ9aX n1pv4ijHuKAHZPrRk+tNwPUUceooAdk+tHPr+tN47kUYHqKAHc+tHPrTePUUYHqKAFwfWjBz1pOP UUYHtQAuD60uD603A9RRgUDFwfWjnFJgUce1AheTRg0n5Uce1AC4NHzUce1H5fnQAfNR81H5UfgP zoAX5sUfNSf560v4frQAfN/kUfN60n0x+dL+P60AHzUYb1o/z1o/z1oAMN7flRh6Px/Wj8f1oAMP S4bNJzjqfzo5x1zQAuG9aMPjrSc+v60YPv8AnQAuGow1Nx7/AK0uDQAuD60YPrSYbpRhqAHYPqaT 8aT5qOfWgBefej8TTefX9aUA+v60AO59TRim4Pr+tGD60AO59TR9Sabg/wB6jB9aAHZ470n4mkwf WjBxQAv5/nS59zTcH1FGDnrQA7J7E/nRk+ppu0+1GD6igBxJ9T+dGT7/AJ0mDRg/hQAu4+/50bj7 /nSYNGD7UALu56mjd7tSYPTijB9KAF3e5oz7mm4PoKX5vQUALnjrRn3NN+b0pcH0oAXd7mjNJz6U fNQAuT2pdx6UnPp+tHPp+tAC5ajcw7U3n0FLz6UALk56UZNJk+lGTjpQAuTRk5pO/SjJ9KAHbjRl vamc+n60uT6UAOyfSl59qbn2P50oPsfzoAPm9qOfajcfSk3GgB2D9aMGmbjS7jn/AOvQA7v0o57Y pNx/yaMn0/WgBeaT8qCT/k0Zbj/GgBfyo/L86TJoz7UAO98Cj8P1puf85pc/5zQA7j0/WkB5o3e/ 60bvcfnQAc0ueOT+tJn3/WgH/OaAFz70ZHqc0n+etGfT+dADuOmT+dJ+Jo/L86Mn/JoAXPuaT8T+ dHOf/r0vXqf1oAMjuTRkdiaP89aMH/JoAMj1NHHqaP8APWjn/JoAOM9TRx6mjB/yaMNj/wCvQAfL 70ceho2n/Jpcfp70AHGelGRnpQAfT9aXn3oATj0NLx6GgZ9/zowfQ0AJ+BpfwNHPv+dLk+9AB/wE 0YPpSZPqaAx96ADn1/Sk565/Sl3D/Jo3Lg8frQAnPr+lGG9f0o3r/dP50m9f7p/OgAw3r+lGGHf9 KTcvPy9fejcv90/nQAfN1BH5UfNnr+lGV/un86Mr/dP50AGGz1H5UAN7flRkf3T+dGR/dNAAd3qP ypcN/kU0kZ+7+tGV/un86AFw3t+VJhvb8qMj+6fzoyPQ/nQAc+v6Uc/5FJuHofzoDDpg/nQAuOef 5UYPY/pSbgOx/Ok3jHQ/nQA7B/yKT/PSk3jHQ/nRuHofzoAXn0/Sk5/yKN3t+tG72/WgAwT/APqo wf8AIo3/AOc0bh6H86ADDf5FJhqXd7Gk3e3NABhvQ/lS4b0P5U0t7H86M+x/OgB2D6H8qTB/un8q TPsfzoznsaAHYPofypPm/ut+VJ7YNHHvQAuG9DR83oaT5cd6OPegBef7po59DScdeaTI9DQA/n0N J+BpuR70Bh0xQA7FJjmkyPSgkZ5H60ALijHNJx6UZGelAC470YPakyP7tJ26UAO+ajn/ACab/wAB o/CgB2DRtP1/Gm/hRn/ZoAdz7fnRg+n603I7r+tJn/ZoAfg+n60fhTf+A0n/AAGgB+D6UnPtSfhQ aAHc+n60hz6D86TPtSfhQA7n2/Oj8vzpMikyKAHfl+dGPp+dNyKM+1AC4+n50Y/zmk3e360bvagB SP8AOaTn2/Ojdz0/Wk3jrQAuD/k0YbP/ANel3e360m72oAXDY/8Ar0mG/wAml3+360m72/WgBcN/ k0Yb/JpN3t+tG8f5NABhv8mjn/Jo3D/Jo3D3/OgBcH0/WjB64/Wkyp7frRkf5NAC8+n60YP+TTcj /JoyPX9aAFw3+TS4J/8A103I9T+dGR7/AJ0AO5/yaTB/yaTIx1P50Z96AFwaTFGRRkY/+vQAYNGK OP8AJoGP8mgBKTFO7dKMUAJRz60pzij60AJj6UUuKNvtQAnNFLt/zmjB9P1oAKTj/JpdvtSbf85o AWk4z1o2+1G0+lAw47mjj1o2mjB9KBC4FJgetLj2owfSgBMCl4o2mja1ABxjrQNtGD/k0m0+n60D FGKXim4Ppz9aMH0/WgQ7ik/Gkwf7v60YI7frQAv4mjv1PFGCO360fN6H86ADPuaX86Tn0/Wjn0NA Dvzo/Om8+n60fN6H86AF596Mmm8+h/Oj5v8AJoAfk+9GT703Le/50Zb3/OgB3PSjB96bliO9GT70 AOwf8ijn1puT70nNAEmDRg+tR/N6ml596AHc+tGD603J9/zoyfU0AO+b1o59aZk+9HPv+dAD8H2o w3rTMn1/WjJ96Bjzn2pMH1pMn3xSZPqaBDue5pOaTJPrRk+9AC8+tLzTfmpeaAF59aTn2o5o596A F59RRz60nNHNAC575oz70nPvR+dAB36/pR+NH50ZNAC/jSfjRzzRz70AHPrRn3oyaXnP/wBegBM+ 9JnnrTvm9KOaAEz70ZpcmigBM0Z9qOaOaADPsaXj3pMn0pefSgBM/WlyPek/4CaXt0NACZ+tLnnv R/wE0n/AaAFyaXJ9DSdugo/CgBcn0NHNJ+FGD6GgBcnPNHfvSYPpRt9qAF596WmYPpS/8BoGO596 PwpvJ7UvPpQIdz2Bo59DTcHHSjmgB3Pofyo79DTcUfhQAufY/lS59j+VMOfSjHrQA4fQ/lS59j+V MooAfn2P5UZ9jTB9aMGgB5b2P5Umfr+VJg+tGPegBdx9D+VGW9P0pMe9GOetADtzD1/Kk3N6H8qT HP3qMH1/WgBdx9/yo3H3/Kkwf71Lg/3qAF3N7/lRub3/ACpMe/60v40AGT7/AJUbj7/lRj3o/Hr7 0AAY+/5Ubj7/AJUfj+tHbr+tABub/Io3N70cev60YGev60AGW9/yoy3v+VGB6/rRgev60AHJ6Z/K j5vejAz1/Wlwv+TQAnPpRz/kUu0e1G0UAHP+RSfN/kUu0UuF9qAE5pPmp2B7UYGe1ACfNR82aXA7 j9aMD2/OgA59aMnPWjA9B+dGB6D86ADNGaMDPQfnSYHoPzoAXr3/AFox70fgKOPQUAGPcUY9xS9u go49BQAY9xRgetJj2H50YHt+dAC8eopfxpvHoPzo46cUAL2o5PekyPb86OP8mgB2PejHuaTj2owP b86AFIPrRjH8VINv+TRx7UAO+jUnPr+tJx6UZH+TQAuTj71LlsfepMijI/yaAF+b1+tGT6mkzz0/ WjIPQfrQA7n1oyc4zScc/wCNJ9aAHZPrRk+ppOPaloAMtnrRlvU0Z9qXp60AJ83vSjP40ZpfbmgB vGO350d+g/OmdO9GR70AO/D9aP8APWm5HvRn60ALkdcfrRkY6U3I96Nw9aAFz7frQT7UmV9aMj1N AC5HoaTI9KMgetGeaADIPY0uR70mRRmgBdy+9JuXHekyPek+goAdke9JwDR+FFAASP8AJo4x0owf SkoAOKOKOfSl5oAMrSZX0NHNHP0oAMrR8vpRzRzjpQMPl9KMj0NHOO9GCaBCZX3oyPQ0c0c0AG4e hpdw9DSc0c0ALuo3D06U3BowaAF3D0pdw9Kbg9M0m00AP3DFGRTcGk2n0oAf+FJTcGjaTQA7PtSZ PtSYpMGgB2T6CjJ9BTcH1pce9AC7j7UZPpSY460mPegB2TRk+1Nxz1NH4n8qAHbj7Ubj14puPc/l RgHuaAHbz6UbvQCm/n+VHHvQA7d7Ck3d8UnHfNHHvQAu8+lG4+lJge/5Ufn+VABuPcUuT6fpSd+/ 5UfnQAuaM+wpPwP5Un4EUAOz7Cjdx0pv4H8qPwP5UALuP92jPtSduhpc89DQAZPpSZPpSj6Gk/Og YZ9qXd7UntRxjvQIXd7Ubh6U3IozQA7I9KN3tTc0ZoAXPtS5HpTc/WjIoAXI9KXd7UmeKSgB2fak +gpO9GTQA7n0o59qbmkoAfzSYOeoptFADsemKX8qZmjPvQA/t1Wj8RTM0cUAP/FaT8RTeKOM0AOx 7ijHuKb3oyPWgY7HuKMe4puR60cUCHY9xRj3FN4pOKAJMZ7rRgdyKj464pfzoAdgeoowPUU3H1pc D3oAXHuKPxFN/Ol4oAX8qX8qbx70ce9ADu3ajj2pvHvQce9AC8f7OKOM8EUnHoaOPegBePVaMj1F Jx6mjj3oAdx7flRke1N496OPU0AOyPb8qTIpOO9HHrQAuRRkZ/8ArUnHvRxQAuaOPb8qTIo4oAXI 6cflRn6UnFHFAC5HtRkZpO/U0cepoAXI/wAijIpOPU0UALkf5FGaT86KAFzRmkwO5o+X1oAXNGaT j1o49aAFzmk4x1ox70fjQAcetHGOtFHy0AGR60vFJ8tHy0ALRSfLR8uaADNLkf5NJxmjC4oAXjsa OKTAowPegB3HrR8vrTcD3owKAF47Gk49aMDPejAoGHHrS5HrSY460YoEGR60vGabxntS49KBi5Hb FJx60Y+lBFAC/iPzo/GkooEOpOKSjnHSgB2BRgdqbRQA7HrRjnrTeKOOlAD8H1ox70ziigB+Pek2 +9JmjmgBdp6Zpdp9RTefWigBdvvRt9DSZozxQAu3/OKMGkzRn/OaAFwfSjB9KTIo3CgBfmowaTIo yKAFwc//AFqMH/IpMj1/WjI9aAHbT/kUbTn/AOtTcjPU0bhjvQA7Bowe9NyKMj1oAdg+9GCKbkY6 mlyKBi4oxSbgO9GRQId/npR+H6U3PvRmgB34fpS9+lMzRmgB/wCFJx6UzJx1pcmgB34UdulNyfX9 aMn1oAd+FL+Bpn40fj+tADvwNA47H86b+NL+NADs+x/Ok/Ckx70negY/8KTPFNyfWjmgQ/igGmc+ tGfegB+fb9aO/T9abn3oz70AOzS5PrTN3vRu96AH8+tJk0mT3NGfegB3NGOelMz+NGaAHgHHNGD6 U3PuaM/XmgB2PajHtTcn3o3H3oAXGO1GPak3c0u8Y6UAKPoaKNwo3fX86AF/A/lRnPY/lSbgKNw9 KAF49D+VHH+RQW9v1pNw9P1oAdgY5/lR8vv+VJu9jRn/AGf1oAXC+/5UHHofypAfb9aXI9P1oAMD Hf8AKgY9/wAqMj/Jpcj0/WgA4z0P5Uo2+h/Kj5fT9aMj0/WgA49D+VHHv+VGR6D86T8MfjQA7juD +VJgY6H/AL5pPb+tL/nrQAceh/Knce/5Ug/zzS/X+dAB27/lRkf7X5Ud+v60mM//AK6AFJ7c/lRn 3b/vmjb7/rRgev60AHPq35UvOeWb8qML6j86Plz1/WgBef7zflRk5+8fyowvqPzo2g9/1oAiIWkw vvRxR8vv+dAB8nqaMLjqf1o+XPT9aMj/ACaADC9Mn9aCF9f1o4/yaOKAE2r70YUdzRgE9KTaKAHY XHWk2r6mkx37UYoAXauepo2rSf560f560AKQuRyaNq+ppKKADA9TRgepozRx60ALgeppNopPxo/G gB20etJhfWkxSYoAfge9Jj600j3/AFox70AO/E0Y+tNx70UAOwfU0YPqabz+NHPrQA7n1NHfqabQ frQA7n1NGeOppuB60Y96AHc+po/E0zA9aXA7mgBxPuaMn1NMwPWjFAD8nHU0mT6mmYGKXj1oGOy3 qaMn1NN4x1NHA9aBDsnPU0bj6n86bx6mjA96AHbjRuPqaZxRxjv+dAD9x9aNx9f1pmB6UuBnp+tA C5PrRk+tJj/Z/Wj/AID+tAC5PrRk+tN/4D+tH/ARQA7JpMt60DH90UcegoAMn1oy3rR36Cjj0H50 ALz60nOepo4/uikyPT9aAF+b1pPm9aM8fdFG72/WgYvzetGG9aTd7UbuOlAhcN60c+ppN3tRvP8A doAXn1owfX9KTf8A7NG4+lABg+tGD60bj6Ubj6UAGDnrRz6mjcfSk3n0oAMe/wClHPqaNxo3mgA5 9T+VGD6/pSbz6Uu8+lAwx7n8qO3U/lRvNG80AL36n8qO3U/lSbzSb/egQ7v1P5UfifypN9G+gBfx P5UuB/eP5U3efSjcfQ0ALgeppeM9/wAqbuPoaTcfQ0AO/E/lRx6mm7vY0u6gBePU0cerUgajI9aA F49Wo49WpN31oyPegBeO26k49WoyKMigAx9aOPejIoz9aADj3o49Woz9aTPHegB3H+1R+LU3I9P1 o3CgB350mB6mjIo3L6UAH4mjHuaMijIoAPxajH+01JkZ6GjcPegBePVvzpfxb86bkehoyvvQAufd vzo/FqTI7Ubh6GgBc9st+dJu/wB6jI9DRuHoaAFz05akzz1b86Ny+lG5fSgAz7mjPuaNwoyMUAGf c0ZPqaM/Wk3exoAXn1NHXuaTPsaXcP7poAPxNH4mjI9DRuGOhoGLn3NJn3NG4elG4e9Ag59TRn/a NG760bh6UAL+JoGPU0m4eho3D0NAC8epo49TSbh/doz/ALNAC/nSfUmjP+z+tGR6UDF/Ok496Nw9 BRn6fnQIOPej86XP+c0m6gYfnR+dOyPb86TI9RQITH1o496XI9RRu9xQAnfvRgehpc+4pMnHWgA4 9DS/gaTJx1/WjJ9aAF/A0n4Glz7ijPPUUAJ+dHPvTs+4pM/7QoAT86Pzpc/7Qozz96gBPzo59DS5 HqKPxFAB+f50fnRx6ijj1oAPpn86T86Xj1FGB6igBP8Avr86MfWlwPWjj+9QAY+tH4mjj+9Rx/eN ABj60Y9zRxnG79KOPU/lQAYowPWjjux/KjA9TQAYHajAPejj1P5UcepoAXaM9aTaPWjA96MDHegA 2e9Lt96TA96XC+/5UAJt96NvvS4H+RRgf5FAw2j1o2D1o49D+VIMehoEO2r6ik2j1FJxnofyo49P 0oAXaPWjaPWjj0o79DQAbR3NG33o/wA9KOff8qADaPWjaPWk5/yKX5v8igA2j1o2j1FGT/kUZb/I oAXaPUUYz0NJk/5FGT7/AJUALt7ZpNvvR82ev6UZPqfyoANvvRt96PmP/wCql+b1/SgBNvvRg46/ rS5b1/Sjn/IoATHuaMf7R/Oj5vX9KOfX9KAD8f1ox70vPr+lHP8Ae/SgBPx/Wj8TRz6/pRz6/pQA o9cn86Mn1P50nPqPyoyfUflQAuT6n86OfU/nRk/5FGT3P6UAHPqfzo/E/nRn3oz7/pQMPxP50Z9/ 1o59aOf7w/KgQuR60Z96TP0/Klz7j8qAAfWjn1o79vyoGfagA/H9aPx/Wj8qPyoAMe/60Y96Bk+l Lg+q/lQAn40YOOtLz7flRz7flQAdutGPejn2o/KgBe3Wjb70flR+VABt9xRs96Bj2oz6BaADb7il 2+4pMn0FGT6CgBdvHWjZxSc+gpecUAHl0bKPwoyTQAbcHrRtpfyo5oATb79KXZx1o5o5A+tAC7Ti jYfWkBNGeOlADthz1pCnvRk4oGc96AF2EdxRtHqKO/ejv3oAAvuKXbz1pPz/ACpcHHegA2+9G33p Oc9DRz6H8qAHbfejHv8ArTfm9/yo59DQAuP9ql47tSc570YPoaAI94J60b19TS7h6/pRuGev6UAJ vHrRuXt/Kl3D1/Sjcv8AkUAG4etJuX1NGR60ZGOtABketG4etJkep5pcj1J/CgAyPWk4x94Ubhjv +VJuHpQAuR60cetJmgEUALx60cetGaM/5zQAcf3qOPWjdSZ4/wDr0ALgUcUmf85pM/X86AHcUcUm R7/nSbh70AO496MD3pu4ep/OlyD6/nQAuB6mjA9TSZHv+dJkHqD+dADsCjp603I9D+dGRjv+dADu OvNJ+dN/P86Mj3/OgB350fiabx7/AJ0ZHv8AnQAvHrRTcj3o4HY/nQMd+NFMzRn60CH0dutMz7Ub h6UAP59aTmmg+xoHrQA7mjmk4o4oAdn3NJmm8elGR/kUAO59aM+9MyP8il49KAHEn1pMnHWkyPSk yP8AIoGOyfWjdSZFGfagQuT6/rRn3pufb9KM+36UAOz70Z96bu+n5UZ+lADsmkz/AJzSZ46Ubvag BefX9aX/AD1pufYUufYUAL+P60nejP0pM/SgBef8mjnHWjd7Clz7CgBOaOaXPsKMj2/OgBOaOfel yPb86Nw9vzoATP1o/OlyPajd7igBv1z+VL370u7jt+dG76fnQA386M/Wnbvp+dG76fnQA3I96Mj3 p2fp+dGfYfnQA3ij5adn6fnRn6fnQA3ijIxS5+n50Z+n50AJketGRS7vpRn6UAJkUZFLk+1Jn6UA GRRkepoz9KMj/Z5oATI96XcPejP0oyPagBN1LuFGR7UZ+lAw3D1pNwpcj2pMj2oELuFG4etJn6Um fpQAu6jdRke350nHtQMXdRkUnHtRx7UCFzRupOO2KPxFABuozRx7UcUAGTR+FFHFAwo5paSgQfjR S5o4oASj8KXIx2oyKAEz7UZ9qXijIFACZ9qP89KXI9aM0AJmilz/AJzRkf5NACZFGRS5/wA5oz/n NACUZFLu+v50bv8AOaAEyCO9HHvTt/8AnNG7/OaAG8Zo4zTt1G6gY3I96XIx3pd3+c0bv85oEN49 TRwT3p24/wCTSZ/zmgYfiaOPU0bv85pd3+c0CG5HvS5pd1GaAEyPejI9TS596M/5zQAmRk0ZHvS5 /wA5pM/5zQAmRS5HrS/560mf85oAXI9aTIx1NL+A/Ok/L86BhketLketH5fnR9cfnQIM0ZFH5fnR +X50AHGO9GRRn6fnSfl+dAC0d+9Jz7fnR+P60ALRmjn1H50nPr+tAC5oyKTJ/wAmgk/5NAC8etHy +tJn/OaMn/JoGLxRketJz/k0vPt+dAgyKMijn/Jo5xQMMijiik4z/wDXoELxRx70nHp+tL/nrQAv FHHrScf5NHFABx60fjRxRQAUn50vHv8AnRxQAZ570ZGOho496MCgYZHvRn60cUce9Ag/E0Z+tGfr RmgAz7mjPvRmlzQAmR60mR607PtRx6UAJuHqaNw96Xj0o4oATd9aN9LxS8UAN30bz6mnZFJ8uKAE 3cdTS7vejjNFACbvel3e9FLQAm/3o30ue9GaAE3ml3n3ozRmgA3+1G/2ozRkUDF30bvf9KTPvSZH vQIXdz/9al3+4puR15pc/WgA3e/6Ub6MijPHegBd/wDnFG76UmaOKAF3/wCcUb6bxRgdxQA/f9KN /wBPypnHvRQA7eM9RS7vpTM96X8KAHb/AKUbx6imZpc0AP3D2zRvHtUef84pf5fSgB+8dOKN49vy pg/zxQMY5/lQA7ePal3/AEpnH+RRkUAP3/Sl3j0FR8UUDH7/AKUu/sMVHS9+lAh+/wBxRu75FM+l HFAD930o3fSm/hR+VADt3qBRupv5Uv1xQAu6l3ZFNpOP8mgB+fypCaT8KXj0H50AGaMij8vzpc/S gBNwpc0d6X24oAMmkz6EUYFGR6CgAzS5pOPSl+goAM8f/Xo5PSgfSjPtQAZNKWPWk3e1Lu9qAFya Mmk3H0oyaAG4oIFJ8v8Ak0Hb/k0AGBRSYH+TS4H+TQAHBNJgUYHr+tLgY7fnQAmB6UEDrRge350Y Gev60AH50ZHpSYHrx9aMD1/WgA4o4zRxj/69Jx7fnQAv4UYFJge350YH+TQAv4UYox/nNJjvmgBa MDHWjHvSDr1/WgBcDsaNvvSYHXNHHqPzoANo7GjAowP8mjA/yaBi496Me9NwPb86MfT86BDvxpKT A9vzox9PzoAdmk5pPy/Ok/L86AF5z1FHPakwfUfnRg+o/OgBefaghs9qTafUfnRg+ox9aADB9qME d6TH+c0Y/wA5oAXml5puDRg0ALj2opMGlx/nNABzmikx/nNGKAFpKKKAEopfyo/AfnQMTPNGaXHs PzpMf5zQIPpRmj8qOf8AJoGGfb9aP89aPwpaBCf560YH+TS/UfrSfQfrQAYFGBR+H60v4UDEwP8A Jo4/yaPwo/CgA49P1owvv+dH4UfhQAvy570mBRn2oyMdKBBgen60YHp+tL+FH4CgBMD0NGAaX8KK AEwP8mijn0o57CgAwPSjA/yaOaOf8mgAxRj/ADmjmjmgAx/nNGD/AJNJijBoANpx/wDXo2n/ACaO aMH1oAMf5zRj/OaMH2o59qADafajFHNGTigAxz0ox7UZNHNABg+lGD6UZNGTQMMGjH1oyfWl596B CFTRg0c0UAGKMd6OfSjtQMMUY4pMGl/OgQYopKPzoAWjmk/CigBfqKSlpM0ALxRQDRmgAxR+FFGf c0AGPal/A0nFHHvQAcehowPSjj3o4xQMPwNH4Gjil4oEH/ATSfgaPwooGL+FGPakxR/nrQIX8P1p Pw/WjvRx6/rQAv4Un4H86P8APWj/AD1oGL+FH4UnH+TRx/k0CF/Cj8KP89aD/nmgYc+lL+H602j/ AD1oEO98frSc+h/OjHvSYoAXmik/z1oxQMX/AD1opMD/ACaMD/JoAWj/AD1pNtGPagQv4D86Py/O k/Cj8KAF59B+dHbt+dJ+FHPpQAuM+n50Y+n50n5Uc0ALj6fnR+I/OkOaTJoAd+X50v4im5ozQA78 vzox7j86ZkZpc0ALj3H50YPqPzpuaXdQAuOe350Y+lNyaMnFAx2PcUbfcUmaTNAh233FG33FNzR/ nrQA/b9KMH2pmaOaAH4Oe1G36Uz8qWgBdpx2pdp9qZS0AO2n1FG003P0pfxoGLtNG2k/KigQu00m Pek/Kj8qAF20Y9KTH0owaAFwaMGjHFGDQAYNG2lwfajafagBuKMU7afakwfQUAJzS/hRg+lLhvSg BO/SjHNLg+lGD6UAFHNGG9P1owfSgA/Cj8KMN6UfN6UAFH1NADelLg0AJj3opcNR82f/AK9AxKMD 2o+b3pfm9KBCYFLmj5vejDD1oAKPypPmpfnoATB9qMGl+ej56AEwfUUYPrTvnoy1ADfbIox7infP 1pPm60DDHuKMe4pfmNJ81Agx7ijB7kUAN60vzetACfiKX8aTn1pefU0AJj3oxx1pRn1NHPrQAn40 n407n+9Rz60AJgZ60YH96l59aPxoATA/vUYH94U78f0pPxoGGB6ijA9RS/j+lH/Aj+VAhMD+8KMD +9S/jR/wL9KAEwP71GMfxCnfj+lJj/a/SgAwPUUgx/eFL+NH4/pQAcD+IflRx/eFGPejHvQAcY6i l49RSY96XHvQAZ96M0Y460Y9/wBKADn1/SjPuKPxoxx1oAM80ufcUf56Udv/AK1ABnnqKXNJzS4x QAbvpS5/zik/GjFAC7/84pd3uPypv1P6UdutADtx9qXJ9vypv40nNADtx9qXcaZz60v40ALuPoKN 7UnPWjnFAC72HpR5jelHOetJ81ADt7Z6Cl8w45ApvzYowcUANyPSjIHYUZ+n50mfp+dAC5HoKMj2 o79qOPagBMr6UZFHHtR+A/OgYcelJkelO49B+dJkf5NAhMj0oyvpS5/zmjcPSgBMj+7R8vpRuHpR uHpQAfL6UnHoaXd7Ubxnp+tAAcelHyj1oLDrgfnRuHcfrQAny+9HHvS7h6frSbh6frQAce9GFHY0 bh6D86TcPQfnQAvy+9J8vvRkeg/OjIPb9aADj3o+X3oyMdB+dGV9OfrQAYHvxR8ue9GV9P1oyP7v 60AHHvRx1yaMj0FG5f7v60AGR6mjIx1NGR6D86Mj+7+tAwJHqaOPU0mR/dH50ZH90UCF49TRkepp Mj+6PzoyPQfnQAuR6mjI9TTcj+6Pzpcj+6KAF3D1NGfrSZHoKOD2H50ALn1JoyPU0nHoPzpOPQfn QA7I96Mim8e350ce350DHZFG4e9Jge1JwfSgQ7cKMim8e1HHoKAHZHvRx703ij8KBjuPWjim/hSc Z6UCHcUZApufajd7UALmik3e1GfbigBaOKTNJn2NADuPSj5fSkzRkZ70ALx6UnFGfrRmgA/Cj8KM /Wjd9aADHtRgUm760bvY0DFxRtpN3saM/X86BBjijFG72NGfY0DDFLj3o3exozz0NAhMfWjBxRu9 qN3tQAuPU0mKN3tRu9v1oGGDRijf7Ub/AGoEHPc0c560bvYUbvb9aBhmjI9aN3t+tG4eg/OgQfia PxoyPb86Nw9P1oAXPvRn3pNw9P1oyPT9aBi596M+9Jn2/WjPtQIXPfNGfem59v1pcj0/WgBd3vRu 96bken60vHp+tAC596M+9Jx/k0fh+tAC7vejd7038KM+1AD8+9Jk9jTM+1Ln/OaBi596Mn1pM/5z Rn2/WgQu/wB6Nx9aTd/nNGf85oAXeaNxpMijP+c0DF3H0o3H0pKOf8mgQuTRk0nP+TR/nrQAuT7U uW9f0pv+etHP+TQAvP8AkUfNSZP+TRk/5NAC5NGTSZP+TRk/5NAC5NGWpMn/ACaMnP8A9egBfmo+ b2pOf8mjJ/yaAHfN7Uc03mjNADuc0Z+lN3GlyaAFyfajn2pN1Ge39aAF/KjP0pM89qM+woAM0Z5o z9KM/wCc0DCl/CkyaM0AL+VHHtSZozQIOKOKNx9qN3FAw4o4o3UbjQIOKOKN1G73oAOPSl4pNxoy aAF4x3pKMmjJx1oGLx70celJk+tGTmgQcUcUZ9z+VGfrQAd6KMn1oyc0AFHNGTnrSZPrQAuKMGk5 9aMn1NAxeaXBpuTRzigQ7BowaTn3pKAHYNHOetJzSc+lAx2PejB9aQA+lHPpQIXBowaTmjn0oAdz RzTcH0o59KAHYPtRg03nHSjn0/WgB2DRg0nPoPzo/wA9aAFxSY9hR26UZ56UAH/AaOf7tGeOn60d ug/OgYc/3aXj0pPw/Wj8P1oEL+FGB6Uf8B/Wj/gNABgdMUYHoaM+1GfagAwPSjA/u0fhSfgKAFwO mKTA9KX8P1oz7frQAnH92l4z90/nQfp+tNz7UAOwPQ/nRxnpTc+o/WjI9P1oGOwP7tGBn7tJn2oz 7frQIXA9D+dHHofzpM+1GfagBePT9aMD0NNz7UufagBePQ0cY6UlGfagY7j0pPw/Wk/Cj8KBDuPT 9aOP8mm9+lH4UAO4z/8AXpcD1/WmfhS/gKBjse/60mBSfgKM+woELijApuTjoKXPHQUDFxRwKT8q M/SgQtLTc/Sj8BQA7I9TRx7038KMj0oGP49TRxTc0Z9v0oAdx70YFNz/AJxRn/OKBDuPWjjHWm5P +RRmgB3Hr+lHHvSZo4zQAv50cUmRRxQAvFHFJxRx2oAd+NFN/A0ZHpQA7mjB9TTcj0o3CgB2D6mj BpMj0oyPSgBcGlwe9N49KTIP/wCugB+Gowabx/k0cf5NAD+fX9KMN60z5aXIx/8AXoAd82KMNTc+ 360Z9v1oAd81G003Ipd3b+tAC4P+RRScD/8AXRx/k0ALyO/6UvNN/D9aX8P1oAb8voaX5euDTcH3 o2n3oAX5fQ0fLRtPvSbT70AL8vv+dJ8vvRg9eaMH1NAB8vpRke9HPrRj35+lACZHvS8UY96PxP5U AJke9GRS/j+lGP8Aa/SgBMj3oyPU/lR+P6UYPr+lABkepoyM9TRz6/pR+P6UAGeKOM9aMe/6UevP H0oAPxo/Gj/PSj8f0oAKM0n+elHv/SgYtHPpTaOPSgQ7n0pOfQ0mfb9KOPSgBTn0NHPoaMj0oyPQ /lQAnP8AdNL8392jP1oz9aADnH3TR8392jd7Ubh6UAHzeho+b0NJnmigBefSjn+7SfhR+FAC4P8A dNJz6UfhSfh+lAC4J7GjB9KT8KPwoGLhvejDelJ+FL+BoEGD6UmCO1H/AAGjB9KADB/u0YPpRg+l GD6GgA/CjB9KMH0owfSgAwfQ0YPoaXn0o56YoATafQ0YPoaXB/yKNpoGJj2ox7HFG0/5FGD/AJFA gpcUmD7UmD7flQAuKPzpMH/Io2/5xQMMfWijBo2mgQv50n50bTRtPvQAv50fieaTBoxQAv50Z+tJ g+tGDQAufY0Z9jSYNGDigBc+xpM+xpMGjBoAXJ9DRu9jRz6UfhQAbvY0Z9jSc0c0DFzx0NLk+hpv P+TR/nrQIX8DRn2NNx7frRg+lAx2eehoz7Gm49v1pcH+7QIXd7GjPsaT/gNJj/ZoAdn2NGT6Gk/4 D+tJj/ZoAd+Bo59DSf8AAf1ox7frQMXJ9DRn2pvPpS/hQAufakz7Gjn0o7fdoEH4Gjn0NH/AaP8A gNABk+ho596T8KPwoAXn3owaPwooGGD70YNFGPagQuDR83vTaKQDvmow2KbxS5FMBfm/yKOfSm8U cUAO59D+VHPXBpOPWj8aBi4PoaTn0NHFHHvQAvPpRz6UmRRuoELzj/61Jz6UbvrRmgBaT8P0oz9f zoz9aAD8DR+FGfrRn60DD8KMc9DRn6/nRn6/nQAfgaPwNGT6n86Mn3/OgQuPY0Y9jSZPqfzoyfU/ nQAY9jRj2NGT7/nRk+/50DF/A0Z/2aTJ9/zpMn3/ADoEOz/smj/gJ/OkyfU/nRk+p/OgAOPQ0fga Mn1P50ZPv+dAB+Bo/CjJ96Mn3oAO3Sj8KXJpN31oAPwo/D9aM/WjP1oGHTtRz6UZPqaMnHU0CDn0 /Wjn0o596OfegYfgaOfSjn3oz9aBC8+lJz6UZPqaPxNAC8+lHPpRn3pM+9AC8+lHPoKTNLQAZPpR k/3RRRmgYZPoKMn0pM0uRigQZPpR+Ao49aOKADPsKM+wozRx60AGePuijd/sij8aOPWgAz/sijd7 Cjj14o/GgA3ewoz7Ck/Gj/gRoGLn/ZFBP+zSY/2qMf7VAhc+woz7Ckx/tUcepoAMj0FL+Ao7feNJ n/aNAC5+lGfYUmeOtHPqaBi59hRn2pOfU0YOOpoELn2oz7UmD6mlx7mgYZFGaO3U0fiaADNGfaj8 aPxoELn2pPwowfU0c560ALRSc+po5/vGgA/Cl5pOfU0c+poAXn0o59KOfU0c+poAPwpfwpPm9TRz 6mgAx6Cj8KXn1NHOOpoGGPY0Eexo56ZNHPvQIO3Sj8KTn3oOff8AOgYufY0Z9qTn3o596AFz7Ufg aTn3pcH3/OgQfhS/hTcfWl/A/nQAv4UfhSc+/wCdGTQAv4UfhSc0c0AL36UdP/1U386Xn3oAdmkz Sc+ho596AFz/AJxRk0gz3o5oAXNGfekpeaADNGeOopOaMHNAC5NGfp+VJiigBc0bqTv0ooAXcfal 3nNJ+FFABuP+RS7vWijFABken6UZ+n5UUUAGfYflS5Pt+VJ+NGaAFycdvyoye+PypM0uaADd7fpS lvb9KbmlzzxQAu72/SjcfT9KTP1oz9aAFyfT9KPwpM+xpc+xoATn0o/Clz7frRkDt+tAAOvSl/D9 KTPsaXPtQAf8Bo+o/SjP+yaPwoATn3pDnPelyffmkz9aADn3o59TSE+5o3e9ACjPrRyO9Jn60Z9z QA7HvSc0mR6mk49TQMd+FJz/AJNBx70nHvQAvPpRScY70ce9AhcHFGKTI96Mj3oAWko4pMigBc/5 xR+BpOKOKBhk0Z56GjvRQAZo3e1FFAgyfQ0ZPofypM0vegBcn0NGT6UmaOKAF3H0/Sk3HPT9KTj6 UcUALuPpRuPpSYHpRxQMXcfSk3H0P5UYFGB6GgQbj6fpRk9MfpSYHoaMexoAXJ9KMn0/Skx7GgD2 NAC/56Uc+h/Kk/Cj8DQAvPofyoyfSk59DRz6GgBefQ0nPoaMGjB96Bi8/wB00ZPoaTn3o5oAX5vQ 0fN6Gk596Tn3oEO59DR83pSc0nNADufQ0c+hpB+NH50AHPoaMn0NH50YoAM+xo/Ck/Oj8aAFz7Uf 8BpKKAF/4DSc+lA/zxRQAvPpSfgaMe1LQAmfajJzRn6Uv5UDEyfSkyfT9Kd+VH5UCE59KTn0p3vx R+VADefelz9aX8qAR7UAJRS5HtRx6CgBKO9Lx6LRx6CgBtFP49BScegoAb2op3HoKOPQfnQA2j/P Sncego49B+dADf8APSincegoz6KKAG/n+VH507n0H50ZP90fnQA386XH1pcn0H50Z/2R+dAxPzop fwFH4D86BCUtH4D86Of7o/OgAx/nNJ+H60vP90Uc/wB0fnQAn4frRn2/Wl5/uijnP3RQAn4UfhRz /dFL+AoATj0o49KX8BRz6UAJ+FJx6frS49hR+H60DDj0/WjI9P1o59KPwoAOPT9aOPT9aOfSj8KA Dj0/Wjj0/Wj8KX8KBCcelJx6frS/hR+FACZH+TRx/k0v4CigYnH+TRxjp+tL26UY9qBCcen60cUu PYUY9qADj/JpOPQ0Y9hR+FAw+X3peKTHtRj2FAg+X1NHy+9AHtS4/wBkUAHy+9Hy+9H/AAGjj0oA Pl96Mr70celH4UAHy+9Jx70uB6CjHsKBgNvvRx70Y9hR+AoEJx7/AJUvHvR+FH4CgYZGf4vyoyP9 r8qPyo/AUCF49T+VJge/5UZHtRx6CgYY+tHHvS8ego49BQITj/aowP8AapfwFH4CgBOP9qjj3peP QUZHoKBicf7VHHvS8ego/KgQnGO9HHvS/gKO3QUDE496OPel79qOPagQnHoaOPel49qOPagYmfY0 ZHoaXA9vzo4z0FAhOPQ0fL70ceg/Ol49BQMT5fejj3pePQUcegoATijIpePSjj0oATij5aX5fSjA 9BQIT5aOKOPQUvHpQAny+lGV9KXj0o/KgBMr6UuVo/AUn4CgBcqO1GV9KT8BR+FAC/L6UfL6UlFA xfl9KPl9P1pKKAF49KOMdP1pKOP8mgQuV9DRkelISKTIx0oGLx/dNLkehpM8UZFAhePQ0ce9JmjP 0oAXj3o/Oj8qPxFABx6Gj8DRn3oz9KBhx6Gj/gJozRmgQvboaPwNNzS5oAXn0NH4GkzRmgBfwNGf rSZoyKAF/Ol/Om5FLkUDD86Mf71GR/k0nFAh2PrRj60mR7/nRxnvQAuPc0Y9zTcr7/nRke9ADse5 ox7mkyKOKAFwPU/lRj/aNJkUcZoAXA9TS4H940zj3o/OgB340uPemcD1o/OgB1LxmmfnRQA/Ao49 aZRQMfx/epePX9Kj/Ol/OgQ/j1/Sjj1pv50Z9zQA7/PSj8aZ+NFAEn+elH41Hz60UASflScetNoo Ad+Io79R+VNooAfz7flSfiKb2ooAdnnqPypPxo/GjFAC596OPUUlH4UDF69xR+Ioo59BQIOPUUd+ o/Kjn0FHPsaADt1H5Ud+tHPoKOfQUAHHr+lLkev6Un4Uv5UAL+I/Kj8f0pKPwoAWik/AUfgKAF/G k49aO3QUf8BFADe1Bx6GlyvqaMr70AN49DRx6U7K/wC1RlfVqBjePU/lS8e9L8vq1Hy/7VAhOPej j3pfl/2qOPegBOPejj3peP8Aa/KjjH8X5UAN49DRx70vB/vflRx6N+VACZHv+dJ+dO49D+VH4N+V ADc+xpc+x/Ol/A/lR9A35UDEz7GjPt+tGf8AZP5UufZvyoEJn2/WjPt+tGT6N+VB+jflQAZ5+7Ru /wBmjp2P5UZPofyoAM+1Jn2pefQ/lRz6H8qAEz7frRn2o59D+VHPofyoGJu9qXPt/Ojn0P5Ufgfy oEJu9qM+360vPXB/Kk/A0AKCPT9aTPt+tGPY/lRjvg0DFyPT+dJu9v1pcf7J/Kk/A/lQIM+1Gfaj 8DR/wE0DDPsKM+wo59DQc+hoAXP+yKTJ9BR26Gj8DQIXPtRn2FJ+Bo/A0DFz7Cj8KTHsaOPQ0CDj 0FH4UfnR+BoAM+wpOPSj86OPQ0AGR6UZHpS8eho49DQAbv8AOaM/5zScelLx6UAG72/WjNHy+hoy uehoAMj/ACaM9/60cf3TR8v92gA/D9aO3/16OPQ0cehoAPwNHHp+tJx/dpePSgA/Cjj0o49DSceh oGHHpRxRx6UYHoaBCcelHHp+tLgehowPegYcf5NHHpRge9GB70CE+X0P50vHp+tGB6GlwPegBvHp +tHHp+tLgehpcD3oAbx/k0cdP607A96TAoGJxjpRxS4HvS4HvQAnHpSYHpTsfWjA96BDcL6frRhf SlwPejAx3oAPl9KT5fSlxz3ox9aAE49KOKUD60YPvQAnHpR8vpS4+tGPr+VACfLnpR8vp+tL+B/K jHsfyoGHy+n60nHp+tGD7/lRj60ALx6frQMf5NGOO/5UY+v5UCE4pePSjFGP84oGGR6UZHpRigig QZHpSEj0oxRQMMj0oyPSjFGO1ABkZ6UZHoKMUUAGR6UcelHPoaOaADI/u/rRx6UdqKBCcelHHtS9 qMfWgA4x0FHHoKTn3pcfWgYcUcegpMD3pcCgQcUcUYFHHvQAcUUYFGBQAUcUce9FABkUZFHFGRQM OPSj8KOPek/OgAx7Uv4Un50fnQAfhS8Un50v50AGKKPwNFAg49KPwo5owaQw/CjPNGDRzTAKWk5o 5oAWkz7Uc0ZNAhfwpM+1GTRz7UAGfajPtRk0ZIoAOfSjJ9BRk0ZNACZPoKXPtRk+tG4+tABn2ozR k0ZzSAMijNH+elGaYwzRmjPvRn/OKBBR+NGfp+VH5UAH4ij8RRRn1oGH4ij8RRxR+P6UAH4ijH+1 Rnj/AOtRxQAceoo49aMj/IoyPWgAx7ijA9RRkUce9AgwPUUYHqKOKOO+aBhj3FGPcUce9H50CFx7 ijb9KT86PzoGG33FLj3FJx70UCFA9xRt9xRjjvRtoANv0o2+4/OjHFGPrQAbPp+dGz6UmDS4NAC7 fpRt47Um00bT3z+dAC4+n50bfp+dJtPpRtPvQA7HHb86Tb9PzpNp9KNp9KAFx9Pzo2+w/Ok2n0pc H0/WgAx9Pzox7CjafT9aNp9P1oAMew/Ol2+w/Om7Tjp+tLtPp+tABj2FLj2FJtP+TRt+n50AL2pN oo2/T86Nv0/OgYu0UbRjpSbfXH50bfpQIXAowKTb7il2j1H50AG1aXC03aPUfnRtHr+tADsD2pMD 0pNvuPzo2+4oAdhaCAabtH94fnS7R/eFAC4HrRgUm0eoo2j+9QAu0etGF9aTC+v60bV/vCgBcL60 YX1/SjaP7wowP7woATA9f0pcD1o2j+9RtGPvUAGB60YHrRgetBUf3qADA9aMD1owPWjA/vUAG0f3 qMD+9RgY60f8C/SgBcD1NG0etJgetH40AG0etLtHrR+P6UY96AEwKXA9aMe9GPegAx70u0dM0mPe jHvQAbRjrRt96Me9Lj3/AEoANo9aMD1pNvvS7eaADbRikxzS4+tAw2+/60Y9xRj2oxQINvuKXHuK TFLigA2/SjaPajFGOaAF2/T86MUm2jaKAFwPb86XH+c03aKXA7UAN2+wo2j0FJ/npSf56UAO2j0F JtH90Un4j8qMc/8A1qAF2/7Io2/7IpMe4/KjH0/KgA2kdhRt/wBkUY9/0o/GgA2/7Ipdv+zSY+n5 UflQMXbx939aNv8AsikwB3FGB7UCDH+zRj/ZpMDsaMD2oAXB/u0YPpSY+lGKAF5/u0nPpS4HtRj3 oATHtR+ApdvvRt96AE/CjFLigrQAnFGBS7aTZQAY9KAPejbRtoAMD1owMdaNpo2n/JoAMD1owPU0 bT6frRt9qBh+Jo49aNvtRt/zmgQceppeO5NN2/5zRj/OaBi8etHHqfypMfT86MfSgQvHrRx/e/Sk x9KMfSgBePWjj+9SbfpRj3FAC8f3jRx/epMfSjHuKBi8etHy+tJg+1GD7UCF+X1o+X1pMH2pMH2o AdgZ6mk4x1NJg+gowfagB2B6mjA9TTMH2oxQA7A9TS4HqaZj6UYoAdgY70YHqabijAoGO496Pl96 bR/nrQIdx70ZHvTeKMUDFyPQ0ce9JRQIdx70nHvSYo4PrQAvGe/50ce9JgepowPWgA+X3peO2aTb 7mjb9aADj3o496MfX86Pz/OgYvA9aTj1P50fn+dGPr+dAgyPel/Okx9fzox/nNAACKXIpuB7/nRj 6/nQAuR60uR60mPr+dGP85oGLkUmRRj/ADmjH+c0ALnnvRke9J/nrR+P60CDIo4o/H9aT8f1oGL8 tHy+tH4/rRj/ADmgQfL6mj5aMe5/OjHufzoAOKOKMcf/AF6KADijj3ox/nNGP85oGHHvRx70Y/zm jH+c0CFwPejA96bj/OaXH+c0DFwKTaPWjb9aNv1oELgUbRSbfr+dG360AG0Uu0Um0eppcD1NABtG Opo2ijHuaMe5oANoo2ijA96MD3oANopNq+poIHvRge9AC7V9TRtHqaTA96MD3oAXavqaTavvRge9 G0Y70DFwPWjA9TSbR70YHvQIdge9JgY70mAO9GBSAMD1NLgetJtFGB60xhgetGB60YGOpox70AGB S4HrSY96MUAHFHHrRj3NGB/kUCDj1o4NL+P6UnHr+lABxRxRx70cUDDij5aOKOKBBxRxQcZowKAD ijjrRgYo49aBhxRx6UYHrRx60CD8KO9FFIYUUUcUxBR2oo4oATFLj3o4o4oGGKMUUfWgQAUbaXj1 o/GgBNoowPej/PWjj1oGG360mPrS4HrRgetABt+tG360YHrRgetAg2+5ox9aTHvRgetAC4ox/nNN x70oA9aAFx65ox9aMD1owPWgAx9aMUcetJx60ALto20nFHHNAxce9GDSYFHHrQIXBowaTAo49aAF waMH/JowPWk49aBjsH/Jowf8mkwPWkwPWkIXH+c0YNGB60YHrTGGD/k0YNHHrRgY60CAg0YPtRge tHHr+lABg0uDSfiaXj1/SgAwaMH0o49aX8aAEwfSk2n0pf8AgVL/AMCNADdpo2nNLxj7xo/E0DDb zRto/Gj8T+dABtGelG2kwfU0uD6mgQbaAKOf7xo5/vGgAxRgUvPqaMj1P50AGBRgUfifzo9sn86A DC0YHpR+J/Oj8f1oAMD0owMdKPxpfxNACYFHFL+P60n4/rQAcUYFHPrS8+tACYHvRj2o59aPxoAM D0owPSl59f1oz7/rQAny+lHFGff9aPx/WgA4o4oz7/rRn3oGLgcUn4Uv40fjQIT8KPwpf+BGj/gR oATj0o9sUo+tHTvQAn4Uv4UZHrRx60AJ+FH4UvFHXvQAn4Uv4UfjRgetACfhS/hR+NH40DDml5pP xpfxNAg57ij8P0o/Gj8TQAfhRznpR+NGfegAopeccUc0AJR2pcGjnNACfjS596OaUZoATPqaOKOf al5oAOKOKOf8mjJ9P1oATJ9aOfWkyfU/nRk+poAXn1o59aTJ9TRuPqaAFye5oyaTd7mkDH1NAxcn 1oyaTJ9TRk+9AhctRuNJn3NGT6mgBd1G6kz7mjJz96gBcmjdSZ96Mn+8aAFycUbvpSZPqaM+5oAd u+lJuPpTc+5o59TQA7d7UbuKbn3NGT70AOz9KXIz2qPJ96M+5oAfuHtRuHtUeeetLn3NAx+4e1G5 fWmfjR+NAh+5fUUu4e1R+2aT8TQMkyPUUZHqKZx6mj8TQIfkeooyPUUz8TRz60AOyvtRlfUU3mk/ E0APyvqKPl9RTc+9H40AO+X1FL8vqKZk0nPrQMf8ueoo+X2pnNHNAh/y+opfl9RUfPvRz70DJPl9 RSfL6imfjRk+tAh/y+oo+X1FM59aOfWgB/y+oo+X1FM7feo/GgB3y+opcL6imf8AAqPxoGPwPUUm 0eopv40v40CFwPUUYHtTcn1o/GgBxx6ijj2pufejJ9aAHfLnrR8vrTc0ZPrQA7j1FJx6im5PqKMm gY7I9qOPUUm4+tG446/rQIdx6ikyPakyfWjJ9aAFyKMjNJk+tG4+tAxfxFJn3FG4+tG49c0ALn3F Jn6Ubj60ZOaAFz7ijJ9qTmjmgQufpRu+lJzRz6UALn6Umfp+VHPoaXn0NAAT9KM/Sjn0NJz6UDFz 6/ypM0fN6UfNQIXIoyKTB9/zowfegBcj2o/Kkw3vRhvT9aAF4z1FH5UmGow3pQAvHtS03B9DRg+9 ADsj2oz9Kbg+9Jg+hoAfn6UcegpmD6UYPpQA7j2o49qbg4pcGgYuR7UZHtTdp9KMGgB2fYUflTcG jBoEO/AUflTcGjnPSgYvHtRge1JzRg0ALxigY/yKTmjn3oAd+VJ+VJz7/nRz3oEL+VH5Uc+/50fn QAfiPyo/EUfnR+BpAJk/5FGfp+VGfY0vGe9MYmfp+VGfpS/nSce9ABmjP5UfnR+dAg/Gl/Gkx9aO PegYZ560c+v6UY+tLge9ACc56/pRz60uB6GjHsaADFH4/pRj60YHoaBCfjS/jSYHoaXHsaBh3o4o x9aNo9KAD8aOKMD3owPQ0AHajijA96MD0NAg49aKMexox9aADijijHsaTHsaBi8Y7UYHtSY+tLj2 NABgUYHtRj2NGPY0CDA9qMCjHsaMexoAMCjAox7Gj86ADAowKMexowcdDQMMCjA9qOfejn0oAMCj j/Jo5o59DQIOP8mjjNLz6Gjn0NAxMe9JinYPvRz70ANo6U7n3pOfQ0CEpaX5qOfegBtHNOwfSk5o ATnNL+FHNHNAwzSZNLzRzQAZ9jRn2NLzRg0CEz7GjJ9DS4NGD/k0DEz7Un4UuKXFAhuaWjH+c0ba ADNGaNtGKBhkUZFG36Uu3mgQmaOKNtG2gBeKPwpMc0Y9hQAvHpRx7UmKMfSgYuRml4pMDHb86OP8 mgQce1HHtRgUvH+TQAfLScetLx/k0YH+TQAmBijA9RS4Hp+tGB6frQAnFGB6ilwv90/nRx6frQAm B6ijHuKXA9KOPT9aAEwPUUuB60d+n60fh+tABgY60YFGOOn60fh+tABgetGKPw/Wj8P1oGG2jBoz z0/Wlz7frQITafWl2n3pM+360Z9j+dAxcUmPrRn2P50Z+v50CDB96MUZH+TRnn/69ABg+9Lg+9Jn 6/nRn/OaAFwfejB96M/Wkz/nNAx2D6Gjn0NJn/OaM/5zQIXn0NHPoabn/OaM/wCc0AO59KOfQ0ma N3+c0DHc/wB00mD6GkzRzj/69AhefQ0c/wB00mef/r0Z+n50ALz/AHTS8/3abn3pc+9ABz6Uc46U meaM+9AC8+lHP92jNHHrQAvPpRk+lJ70mff9aAHZ/wBmjPtSZ5/+vRn3P50DFBPpS8+lN/H9aX8f 1oELn2o+opMf5zRj3P50ALn2oz7UmKXHv+tABmjPajHv+tGD/k0AMwaOfWjn1ox/tUAHPtSc/wCT S49xRg+ooGFJzS49xRg+ooATJo59qXB9RSgH1FAhuT1oyQKXB9RRg+ooATJoyaXBz2o59RQMTJpM mn/iKT8RQITJoyaXHuPzowfUfnQAmT6ijJ9RS4PqKMH2oATJ9aMn2owfal59qAEyfajNGD7UYPt+ dABn6UfjRg47fnRg+350AFHNH5fnRz7UDD8qO/UUc+g/Oj8B+dAg59RR+VH4D86PwH50AH5UY9xR k+g/OjJ9vzoAMc9RRz6ijJ/yaTPsKAD8RR+NGT/k0ZoAPxpPxpcn1H50uTQMb+NH407JoyaBCfjR +NLzSZagBPxpfxpMmlzQAn40ZGetLSc0AGfcUfjR+VH5UDD/AIEPyo/EflRn6UflQIM+/wClGT6i j8RS/iKBiZPqKT8R+VO/Kj8aBDefUflR+I/KnfiKPxFADfxo59RS/iKPxFAxPxFH/AqX8RRj3oEJ +IpfxFGPejHPWgAx7ijHuKMD1owPWgYfiKMe4owPUUbR60AGOe1Jilx70cetAhNv0ox70cetLx60 DEwfUUuDjrRgeoowPWgQmDRhqXHPX9aPx/WgYmD60YPrS49/1ox70AJzRzTsf5zSY9/1oEJg0Y96 XHv+tGP85oGJRzS4+n50uPf9aBDefWl5ox7/AK0uPf8AWgBvPrRzTse9GOKQxvNHNLj/ADmjFMBO aOaXH0/Oj8vzoEJk+1Jz7U7/AD1o/wA9aAG80v5Uce350cUDD8vyo5o4o4oAKPxoAH+TRj/OaBB+ NHHtRj/OaOP8mgAo49qOP8mjApAHHqKOPajA/wAmjA/yaYxOKXj2pMD/ACaXjP8A9egA/EUYHrSc f5NLxQIOPWkpeKTigYUtJRx3oAXFJRxRQIWk/Cjj0o49KBi5NHP+TRRigQf560Z/zmjH1oxQAc/5 NHNGPrS4NAxOf8mjJ/yaMGl2mkITn/Jo5/yaXbSY+tMAyf8AJoyff86XBowaAEyff86Xn3/Olwf8 ikwaADJz3/OjJ9/zowc0YNAwBPr+tGT/AJNGD6UYPpQIMn/Joyf8mjBzRhvSgA59f1o59f1pMH0o +b0oAXPvRk+tJz6GjB/umgBcn1oyf7xpOfQ0YPoaAF/Gjn+9SYPpRg+lAC8/3qP+BUmD6GjB9KBi /iaPxNJz6UnP92gQ78TR+JpOfSk59DQA/wDE0ceppv8AwGj8DQMdj/aowPWm8+lHfpQA78aTH+1S f8Bo/A0CHY9/0pP+BU3v0NL+FAxfxo/H9KSigQv4/pR+NJ+dH50AL/wI0dP4j+VH50mPc0DF/H9K M+/6UmB70uPc0AH4/pS/jSY9zRj3NIQvHr+lJx60Y9zRj3NMA/Gl49aTHuaMe5oAX8aT8aNvuaXH vQAn4/pS+2aMcdTRj3oATn1o/Gnfj+lJx6n8qADJ9aMn1ox7mlx7mgBOc0lLj3NGPrQMT8aPxpce 5ox7mgQn4mj86XHuaPxNACfiaPxNL+Jo/OgAx70n/AqXt3o/OgYc+tH40Y9z+VGPc0CD8aPbJox9 fyox9fyoGH4n86M+5/OjHufyox9fyoAMn1NHPqaMfX8qMfX8qBBz6mjn1NL+BpOfQ0DDn1NGT/eN H50uPrQITn+8aMn+8aMH3/Klwff8qAG5460ZPrS8+9HPvQMM0mff9KXmjt3oEGff9KM+/wClFFAC 7vf9KC3v+lFH50AG73H5UZ9x+VFH50ALn3H5UbvcflR+NJxigBd3Hb8qNw9vypMe1GKBi5Hr+lGR jr+lJijFADsj1/SjI9R+VNxRigQ7I9vyoBHqPypuB7/nS4oAXK+o/KjK+1JgUYHtQAuV9qMr7UmB SYHtQMdlfajK+gpMD2ooEOyvoKMjrgU3ijFADsj0oytN4peKAHZWjK03Ao4oAXIzS5WkwKMcUALl fSjI9/zpKOPegBPm9KMN6UnzetJ83rQMdz6UfN6U3mlyaBBzn7tLz6UnNJz6/pQA7n0pMH0pOaTn /IoAdj2o/Cm5Pr+lH4/pQMd+FFN59aOemf0oAfR+VR5NLk0CHUflTeaOc9aAHUtMyaXJ9aAFopue OtLk9c0AKevJopuT60Z560AO60n+elJk0c+tAC/56UnH+RSUc0ALxjoPyo/D9KTJoyfWgYcf5FLx 7flSc+tGfegQvHt+VHHt+VJR+NAC8e1HH+RSY96TFAxePb8qM/T8qKKADj/Io/L8qMUYoAX8P0pO PT9KMc0YoEHHp+lHHp+lFFAB+A/Kjj0H5UlL2oAOPQflRwew/KijFAw/AflR+A/KjGKMUAGfYflR n2H5UYpMf5xQIX8BS/gPypMe/wClGPcflQAfgPyoz9Pyox7/AKUY9/0oAMn2/KjP0/KjHv8ApRj/ ADigAz9PyozRjjr+lH4/pQAf56Un+elLj3/Sj8f0oGGeKSl/H9KP+BfpQAn+elH5flS/j+lH4/pQ An+elLn/ADil/H9KOPX9KBDc0cen6U78f0pPx/SgBOKOPT9KX8f0o/H9KBif56UZGf8A61L/AMC/ Sj8T+VACcf5FHGP/AK1L+P6UnGfvfpQIOP8AIoyKPxP5UvHqfyoGJ1o4o/E0cepoEFHFH4n8qOPU 0AHFHFFHHrQAcUYFJ+Jo4z1oAdxSUnHr+lHFAx3H+RRxTf8APSigQ7ijj/IptHHrQMdgf5FGBTfa igB2BRgf5FNo/wA9KBDse/6UY9/0pv8AnpRigBfx/SlH1puPejFAxfxo5ooxQAUUfjR+NAgxRijv R+NABgUYHrR+NGPegBMe9GPelo/GgYYowKPxo/GgQUUv4/pR+NACcUlOwfWj8TQMb2opT9TR36mg QmKKX86M/WgYlHSlz9aM+5oEJR+dL+dH50DE/Oj8DS5ozz1oATj0NHHpS59TS7h6mgBv4UUufc0Z HqfyoATijFLkepo3D1P5UCE4o/Cl3D1NG4ep/KgA/Cj8KNw9aMj1P5UAH4UfhRkep/KjI9TQAfhR +H6UZHqfyoz7mgAx7fpR+FJn3/SjPuaBi/gPyo59KT8TR+JoAdz6Uc+n6U38aXd70CDn0o59KM+/ 6UZ9zSGAz6Uf8Boz7mjPvTEHPpR+FGfc0Z9zQMOfSj8BSfjR17mgBefQUc+lH4mj8TQAc+lHP92j 8aT8aBC8+lGPak/Gj8aBi8elH/AaTtS0AHHpRj2pKWgQmPajHtR+dFABjmlx7UUUDD8KPwNHFLx6 UCE/A0Y9jS5Hp19qMigBMUuPajIoyKADHtRRkUce1ABSYpePaj8B+VAxMGlxRn6flRn2H5UCEwaX FLn2FGfYUDE/Gilz7D8qM+woATj/ACKP89KXP0o3Y7CgQlH+elLu9hRk+goAT/PSil3H0FG4+lAx Ofaj8vypc+1GfYUgE/L8qXP0oz9KXP0piG5PtRn6flS59hRn2FACZPpRzS5PpSZPoKADv2oz7Uc+ lGT6CgYZ9qXNJ+FHPoKBC5FGRSfgKOfSgBc0ufamZPoKX8BQMdu9qMj0pv5UUAOyPSjI9P1ptH5U AOyPSjI64puT6CigB2fajI9Kbg+lHfpQIdke9GR6Gm/hRQA7K+lGR6Un5UmeO1ADsj0oyM9KTj2/ KjP0oAXI9KOMdKSjj/IoGO4o49KbxS8f5FAheKTIo49aOKBhkUuV9aOPajA9qAEytLlfejAo4oEJ lfejil49KXAoAT5fej5fejC0uFoAT5fU/lR8vrS4H4Uny+lAB8tHy+9Hy+lLx6UAJkUce9Lgeho4 x0/WgBOPU0vy0cen60cdcH86AG5Of/r0ZP8Ak0EfWkwPQ0DFyfT9aMn0o2j/AGqMD0agQmT6Ubj6 UuB6GjaP9qgYm4+hoyfelx7GkwPegAyfQ0ZPvRtHqaXA96AEyff8qMn0NLge9GB/tUCEyfQ/lRz6 Gl496MD3oATn0NGfrS8e9Jx6GgA/P8qT86Xj3o496Bh+f5Un50vHoaTj0NABz70fnS4Hofzo496B CfnR+dHHv+dLx6GgYn50fnS8e9HHvQIT86Snceho49KAE/Gk/GncelGB6UDG496P507A9KMCgQna j8aXA96MDH/16AEx70Y96XA/yaTA9P1oGGB6/rRx6j86MD0owPT9aADHuPzox7/rRgelGPagAx7/ AK0fiPzowPSjA9KBBz6j86MH1H50YHpRtHpQMPxH50c+o/OjA9KMCgA/L86PxH50YFGBigA/EfnR j3H50YHpRgelABz6ijn1H50YHpRgelABj3owfUfnRgelGPagAwfUfnRg+tGB6UYHpQIMH1pcH1pM D0ox7UALz60c+tJjnpRj2oGHPrS8+tJj2pMe1Ah2D6mkwaTA/u0uPagYYNGDRj2o/CgAwfejn1ox 7UUCF/Gk/GkowKBi8+tHPrSYooAXn1o/E0mPajj0oELj3NGPc0mPajA9KAFx7mj8TTePSl49KBi/ iaT86OMdDRx6GgQv50n50ceho49DQAtJx7/nRx6GjjuDQMPz/OjP+c0nHoaXj0oAKX8/zpOPek4o EOyP8mjI/wAmm8UcUALkf5NLkf5NN4oyPegB2R/k0mRScZ6UcY70AO4x/wDXo4/yaTI9KPwoGLx7 /nSfgfzoz7UcelABx6H86OPQ/nRx6UcUAHHp+tH4UcUcelAB+H60cen60celFAgx7frRj2/WiigY Y9v1ox7frRSUALj2/WjB9P1pO1FAh2P85owf8mm0UDHbf85o2n/Jpv40fjQIdtPp+tGD/k033zR+ NAx20/5NJtP+TRmj8TQIXaf8mjaaTj3pM8dTQMdg/wCTSYPpSfnR+JoELj2owfSk/Oj8TQAuD6Uc +lJx3zR+dAxcH0o/Ck496X86AF59KTB9KKT86BC49qPwpKWkMPwpfwptFMB34UfhTaOfegQtLSfn RzQMMe1H4Uc0c0CF/wCAmk49DR+dHPp+lABx6UfhSc+lHNAxcexo7dDSc+lHPpQAv4UfhSY46UuP agA/Cjn0owfSjHtQIMe1GPajaaMHPSgYfhRj2owaTBpALx6Ucf5NJz6Uv4UxB+H60cen60YpMfWg BePT9aPw/WjFJigYv4frRn2/WjFGKADj0/Wj8P1o/CjigQf560cY6frRgUYFIYfhRSYHpS4FMQUf hRgUce9ABmjNLhfek4oAM+1GaXijigBPwo/ClyKMigBPwNLmjI/yKNw/yKADP1pM/WlyMf8A1qNw /wAigBM/WjJ9DS7h/kUZ/wA4oGJk+9HPoaXPt+lGf84oAT8DRz70uf8AOKM+36UAJ+Bo596XI9P0 oz7fpQAn50fnS5/zijPt+lACfhR7Uv4fpR+H6UCD8KM0Z9v0o/D9KAEzS5/zmjn0H5Uc+goAM9v6 0Z/zmjnHT9KOf7v6UAGf85o4o59B+VHP939KQBR+f50c+n6Uc+n6UwCgY/yaOfT9KPw/SgYuaTv/ APXox7fpS49v0oAT8qOP8mlx7fpSY9qAD/PWil59KOfSgQlFHPpS/h+lABn3NJS/hRn2oASjNL+B oz7GgYlLS5+tGfrQIbmjNOz7GjPPQ0DG5o/OnZ9jRn2P50CG0U7d/smjd7GgBtLS7vY0uT70DGfi aPzp+T2zSbj6GgQmT70mTT9x9DRuPoaAG5NHNOyf8mk3H0NADec96X65p2T6Um4+hoAOfejn3pdx 96XcaAG8n1peaXcfek3GgYnNHNO3UbvrQIZ/npRTsj0/SkyO4oAbxRT9w9KNw9KAGYHrR+dP3D0o 3D0oGMpfzpdw9DRuHoaBDcD3paXcPSjPtQAmBRS7h6Ubh6UDEo496XI9P1pNw9KBCcZo4/yaXcKM j0oGJx70fLS7loyv+TQAYWk496XK0fL/AJNACce9GBS/LR8tAhMD3owPU0vy0fL7UAJx6mjjHel+ X2/Ojj/JoGJx70cehpfl9vzo+X2/OgQ3I9KM+1Lx7fnRx6CgBM0Zpcj0/Wjj0/WgBKKXj0H50Z9q AEoz7UcelHHtQAZ9qTNLkeg/OjP0oGJRS5+lGRntQAlHNLkUuaAG80c+9O/Dik/CgBOfejn3pcj0 oz7UCE596MGlz7UZ9qAExRzS7vajdQAmKMUu72o3e1AxMGil3e1G4f3aBCYo/Gl3D0pNw9BQMPxp fxo3D0o3D0pAJxRgf5NO3D0FG4egpiG4H+TRgfh9aduHoKTI9KBhgev60YGev60uR6UnFABgev60 mBS59qXNACcev60cev60fhS8elAhuB/k0vH+TS/hSfhQMTA/yaXj/Jo49BRn2FABx/k0mAP/ANdL +A/OjPsKBCf560v+etH4D86X8B+dAxv+etHFOz7D86M+w/OgBv8AnrRx/k078P1o/D9aAG8f5NLx /k0v4D86T8B+dAhOPeil/D9aX8P1oGN/Oj86X/PWjP0/OgQn+etGf85pfwooATP1ozS/h+tGP85o AM0lL/nrR+FAxP8APWj8P1p34UZ9qAG/hS/h+tLn2pOfSkAUcUfgPzopgJxRxS/hR+FAhOKOKX8K PwFACcUcUtGKBiYFGBS4+lH5UCEwKMDtS/lSUDDAowMdqKKBBS8e1JRigYYHr+tGPcUYoxQAYGOo owPWjFFAC4HqKOKSigQfiKXikooGLx60mR60cUcUAH40v40nFGaAF/Gj8aKKBB+NFJmlz9aBi8+t Jz60Z96M/WgA5o59f1pMmjJoELzj/wCvRz/k0ZPvSZPvQMXn/Jo59T+dJk0ZoAX8T+dHPr+tJmlz QIOf8mj/AD1ozRuoGH+etL/nrTcmjd70CF5/yaPx/Wk3GgE0DFz7/rRn3/WjNFABn3pPxpc0UAJz jrRz60uaOaAE59aOfWl5o5oATJoyaWk59KADJozx1o59KPwoEGfejOO9HNL+FAxM+9Gfelo/CgQm fpRk0ufak/CkMM0Z460Zoz7UxBRS59qTIoGH40fjRn2oyPT9aBBye9HPrRkelGR6UAHPr+tHNHHp Rn60ALzRg0lGRQMXn/Jo59vzpMijI9KAF5/yaPypOKMigQ7v2pOf8mk4Paj5fSgB3Pt+dHOKbxS8 UDF59aOfakyKOKQC80c+v60nFHB7UxC/l+dH+etN4paAFo/H9aSj8P0oAXn1/Wjn/JpMDHSjA9KB i8+v60c46/rSY9v0pceoNAg59f1pOfU/nS49qNvt+lABz6n86OfU/nRijafT9KBh+f50fiaMe1GP b9KADJ9/zo59T+dLj2/Sk/CgQZPr+tHPqaMf7NGD6UDDn3/Ojn1P50YPpS4PpQAnPv8AnR+JpefS jn0/SgQn5/nR+Jp3OelHPpQA38aPzp3PpRg+lAxv50fn+dLg+lGD6UCEz9aKdj2pMe1IBM0UuPaj HPSmMSjmlx7UfhQIKM+1LzjpSc+lAxfwpO/Sl59KTn0oELnPaj8KPwpO/wB2gA/CjtyKX/gNJgel Aw49KOPSjj0o/CgQv4UfgKPwpPwFAC/gKMewo/AUfh+tABj2FHfoKPwpPwoAd+Aoz7Cm/hR+FADs n0H50mT6Ck/Cjn0oAXj1o49ab/nrRQMdlaMrTcf5zR/nrQA7ikyKT8f1o/z1oEHFH5/nR/nrS0DE 496OPejj2ooAXj3ozz3pKOPWgQuR70ZHvSYHrRgUALke9GRSYHrRgetAC59qKTA9aXA9TQAfnQPx owMdTRgepoGH50Y+tJgepowPU0CF/P8AOkxRgepowPU0ALijFJgep/Kjj3/KgYUuPrSYHqaMe5/K gAx9aMcd6MfX8qMfX8qBBt/zmjH1/OjHufyo/P8AKgBNv1pdvsaM8d/yo/P8qBiY+tGPrS/n+VH4 n8qAEx9aMfWlx9aPzoEJjmjFLx70fnQAm2k2+1O/Oj8T+VAxuKNv1p350mB70AIB9aXA96OPejj1 NABRxR+J/Kk49f0oAXHHSkwPSlz/AJxSZHrQIMD0NLgUZ96PxoGGPrRj60fjRn3FAhMfWlx7Gj8a T8aAFxRik/Gj8aAHce9H503j1o49aBjvzo4z3/Om496Px/SgB2KT8TScetH40AL+Jo/E0nGOv6Uc ev6UCF/E/nR+JpMe/wClH4/pQAv4mj/gRpPx/SjHv+lAC49zS/iab/npS/j+lAxePWjj1pP89KMf 5xQAvHqfzpOPU/nRj3/SjH1/KgQvHqaOPU0mKMc9/wAqBi8epo49TSfn+VJj6/lQAvHqaOPU0mPr +VH4n8qAF49aOPU0mPr+VH5/lQAvGetH50n5/lR+f5UCFpMUc+p/Kl/E/lQAlHFGfc/lR+J/KgBf wpOPSj8T+VH4n8qBhx6UYHpS/ifyo/E/lQAYHpRx6Ufifyo/E/lQAfhRx6Ufj+lH4n8qAEyP7tLn /Z/Wj8T+VH4n8qADPtSfhS49/wBKTHv+lAhePSjj0o/H9KPx/SgYcegoyPSjHv8ApSY9/wBKAFz7 Ubh6UmP84pce/wClABuHpRmj8f0o79f0oEGaM0fU/pSY9/0oAXIpeMU3Hv8ApS49/wBKAFyKMim4 9/0ox7/pQMdketGRjrSY9/0ox70ALketGR60mPejHvQIXj1oyPWm/lS/lQAuRRkf5NNo/GgYvfrS 8etN/Gj8aBDuPWjj1ptHOetAx3FFN/Gj8aBC0fjR+NH40DD8aKPxo/E0CCj8aPxo/GgYY96MGj8a OPWgQYowaPxNH40AHNHNHPrRz60DDmjBoyfWjPuaADmjmjPvRn3oEHNHNJRQMXBo5pMmjJ9aAFwf WikyfWjJoEOozTcmjJ9aBi/hR+FJk+tGT60CF/z1ox/nNJuNG40ALij8KTcfWjcfWgY7HtSfhSZP rRk+tAC/hS49qbk+tGT60AL+FH4UmTRmgBcj0pfwpuTRmgQv4Ucen60mfej8aBjs+1H4frTc+9H4 0CHcf3aP+A038aPxoGOyPSk49KT8aKBC5H92jPtRn3oz70AA+lH/AAH9aPxpOPWkMX8KPwo/Gk/G mAtH4UnHrRx60CFoFJ+NH4mgYtGaTj1/Sj8TQIWj/PWko/E0DFopPxNGfc0CF70c0mfc0fiaQxaX FN/Gjv1NMB2KTFJ+dL+dABRijn3o596ADAoxRz70ZNAhKX8KM/WjJ96QBz6UUZPvSc+ppjHfhR+F Ny3qadk+poEH4fpR+H6Um40uT70AH/AaX/gP6U3JpctQMXP+z+lH/AaTJoyaBBz/AHf0pf8AgNJk +9GT6GgBf+A/pR/wGkz9aM0AOz/s0nP92kooAXPtR/wH9KSjmgYv/AaM+36Uc0c0AH4Uc+lHNH50 CD8KX8P0pPxo/GkAv4Ufh+lJ+NHHqaBi/hR+H6Un40Y9zTEL+FFJj3NL+dAw+lGT/kUfn+VFABk0 ZP8AkUcev6UmPf8ASgQuaPxpPxo49TQAmT70uT70f56Uv+elAxKTn3p3+elJ+X5UAH50Y+tH4UUA H50fiaPwpKBC/XNJ+dFGKADj3o49TRRigYuB60nHqaPxFHFABx6mlx7mk49RRgeooEL+JowPU/lS Y9xRxQAuOepowPWm/j+lH4/pQA7j1o49TTe3UflS4/zigBePWjj1ptFADuPU0cU38KTNADuPWjj1 NNzRQMdxRx6mkooELx6mjj1ptFAxcil496T8KSgQ7ijim5ozQAv50v4mm5pfwoAMfWjmkz7Uv4UD D86Me1GfaikAYNJg0vPpRz6UCE/Oj8KX8KKYCfgeKKWl/CgY2j+tL+FH4UAJ+NHHqaX8KPzoEJx6 mj8aXHuaMfWgYn4mj8aXH1ox9aQCfjR+NLj3NGPrTEJx60v40Y+tH40DE/Gj8TS0Y9zQITj1NLx6 mjFG33NAw49aTK+tLt9zSYHqaBBketHy9qMe5pcfWgYny+tL8vrRt+tG3mgA+X1o+Wjb7mjH1oEH y+v60fL6/rRj60YPvQMPl9aPl9aMH3o2n3oEHy0fLRt+tG360DF+Wj5fek2/Wl20AGF96T5PejFG KBC/L70fKfWkxRj2oAML60fL6mjBoxQAfL70fL70UYP+RQMPl96Pl96THtRzQIX5fejik5/yKXmg BMj3oytHNHNAxcrSfL/k0c96OfagBfl9aMr70n5Uc0ALkepo49aTmigQvFJxRijFAw4pcikxiikA ZHqaXI9aSimAuR60maKKADPvRmilxQAmaKMe9LQITNGaMe9GKBi5pM0fnR+dAC8e1HHt+dJj60vf vSEHH+TRxR+dFMYf560uP85oxSYFABj3paTAoxQIWikx9aMcUDF4o/L86TAowKBC/l+dJx7fnRgU ce1Axfy/Ok/z1o/Kj8RQAfl+dL/nrSflRj6UAH5fnRij8qMc9qADH0/OjH0/OjHuKPy/KgAx9Pzo /Gj8vyo/L8qBC0n+etH5flSfl+VAxfy/Oj/PWj8vyoxx1H5UAL/nrR/nrSfl+VGPp+VAC/l+dJ+A /OjH0/Kjn/IoEGfYfnRx7fnR/npRk0DEz7D86XI9B+dFGaBCcen60ZHt+dOz9KMn1oAbkf5NGf8A OaXPbNGT60AJ/nrR/nrS5NGT60AJR+FLk+tHPrQMT8P1o49KXJ9TRk+poEJx/k0cUoJ9aMn1oGJx /k0Uu40ZPrSAOPSijJ9aXLetMBP89aOtLk+poyfU0AJxRkUuT6mkyfegQZFJketLk0ZNAw49aPx/ WjcfWjJ680AH4/rR+NGT60ZPqaQg/Gj8aMn1pMn1NMBcn1pc+9N5x1NLz6mgYuaSjnHejn3oAM80 uaTJ96PzpCDNGfel/Oj86YxPxpc+4/Oj86SgQv4ij8R+dH50lAC/iKPypPzo/OgYfiPzo/EfnR+d H50CD8R+dL+I/Ok/A0maAHfiKTn1H50ZNJmgBcH1H50mD60c0vNAwwfWjFHNH50gD8RS0nPvRk0x Bgeoox70ZNGTQMMe9GPejNGTQAYPrS496QGlyfWkIT8aX8aMn1oyfWmMMe9GPekyfWjJx1oELj3o x70nPrRn3oGLj3o/E0nPrRz60ALj60fjSZ9zSZPqaBDuKXIpuT6mjJ9aAHcUlJk460vPqaACijn3 o596AF49KOPSjJ9T+dJk+9AC5HpS8elNyfejdj1/OgBePSlyPSkz9fzpcn3/ADoAPwo49KM/X86M n0P50DDj0o49KPwP50fnQIMj0FGR6Cj86PwNADePUUvy+oo+Wj5PegA49RScetL8nvR8mKBicUce 1LhaPl96BCZ+lHHqKPlo+T3oAOPUUflR8tHy0DD8qT/vml+Wj5fagA49qMD2o4o49aBCcf7NLx/s 0mBRge9Axfyo4/2f1pPlo+XPegQv/fP60nHt+tHFHFAC/lRz7UnFFAC/lRj6UmRS8UDD8qPyo4x0 pPwoEH5Uc0fhRQAZozR+FHPpQAZPtRz6ij8KOfSgYc47UfiKX8KOaAE/Kjn2/Kjmj86ADn/Io59v yo/Cl/A0AJn6flR+VH4Gj86BBz7flRj6UY+tGPrQMMGjn2peKMUCE59qOfal4pOKBhj1opcCjigQ YpMUcUcUAGM0Yo4o4oGH5UflRx70cUAGPpRj2FGRRxQAYPtRt+lHFGRQAbee1G36UZFGRmgAxS7a TIoyKAFxRj6UmRRx7UCFxRim5+lLn6UDFxRgjvSZ+lGaBBj3/Wl59aM+wpM+woGH40c+v60Z9hRu oEJz6/rR+NLmjPbAoAOfWjn1oz7Cj8BQMOfWk59aX8BRn2FACZb1oyfWnfgKMewoAblvWjJ9ad+A o/L8qAG5PrRk+pp3P+RR+H6UANyfU0ZP96nfh+lGPb9KAG5P96jcfWnY9APypMf5xQAmT60ZPrS4 9qXHsKBDcn1oyfWnfhScelACZPrRk+tL+H6Uv4UANyfWjJ9ad+FJ+FACZPrRk+tL+FH4fpQMMn1o 5oz7GjPtQAc+tHPtS/hSZ9qBBz7Uc57UUZ+tAw/Kjn2pc/WkyaBB+VL+IpMmjJoGH5UfiKMn/IpO cUAL+Io59RSc0vP+RQIPxFGT6ijn/IoyaBhn3FGfcUc+lHNAC/jR+IpvPpS80CF/EUfiKbzRz7UA O/GjHvSc+oowaBi/jR7ZpOfajtQIX8aOfWk/Kl/EUAFJj3ox7ij8qBhj3/Wkx70flS49xQIT8TS/ jRj6Udu1ACUUv5UflQMT8TR+Jpfyo/KgBPxpfxox9KUUCE/Gj8aX8qKAEo59aX8qMjPagYnPrRzS 8egoyPQfnQITn/Jo59/zpePQUcegoASjJ9aX8KOPQUDEz70Z96Xj0FH4UAJmjNLRQITNGaOKOPSg YUZowPSjAz0oELmijHtScelAwz9KM/Sj8KMe1Ahfyo/Kk/CjHtQAv4ik/KjA9KOKAF/EUnPtScel FAC0Y+n50nFHFABx7UflRxRgUDD8qPyowKXA9aAE474o49qMe9GB60CF4x2pKMD1oxQAflRx7UUc etAw49qPyo4peKQCflR+Ipfyo7UwEzRn3FL+VH4igBM+4pc/Sj8qPyoEGR7UZ96PyooAM0Z96Pyo /EUDCkz7il/Kj8qBBn6UZGeopePajj2oAbke1Lx60ce1LxQMbxS0uBRgUAJxSUuKMfT86ADjHWk/ Glx9Pzox9PzpAJ+NFO2j2/OjApgNpaXAo2/5zQA2lox/nNLt9f50CG/lS/lRgUYFAwo/KjAowKAD 8qMUYooEHNFFHFIYn1pf89aOKXFMQn4UtGKKBhRRxRigQc0DPtR+FH4UAH5Uc0c+lHPpQAZPtRk+ 1HPpRk+lABk+ooz7ijPFLz6UAJmjNLz6UZ9qAEyfWjJ9aX8qTP0oGGfejmij8qBBz60UflS0DE5o 59/ypcfSjFAhOff86X86T8vyox9PyoGL+dJ+FH5UY9MflQAYPpRj2ox9KPyoAMe1G32oz9KKADb7 UY9qKKADHtRj2oxRigAx7UY9qMUYoEFGPb9aPyooAMe360Y9qPyo4oGJj2/WjHtS8e1GB7UAJj2F GB6UpxScelAgwPQUuB6Cjj0FHHoKBhgegowPQUcego49BQIOPQUcego49BRkegoGGFowvoKMjHaj I9BQIML7UYWj8BRn2FAwwtGBRn2o/CgQYHr+tGB60UUAGB/k0YFJ+VFAxcLRgetJn6UZoAXAowue 1Jn6Uce1AhcCkwPWk49qOPagY7AowPWm8eoo49RQIXAowKTj1FHHqKBi4FGBSceoox7igQ7aM9qT aKT8RR+IoAXaKNopOPUUY9xQMXaM0YFJgetGPegQuB7UYFJgetGB60DFwKMD2pPxo49aAFxRjjtS YHqKMD1oELgUYFGB60uB6igBMe1GKOPUUYHtQMNtG32owPUUcetAgxx0oxRxRgUDDHtRijAo4oAM e1GPajAo4oEG2jHFHFHFABiik4pePSgA/Ok4o49KOPSkMOKO1HHpRxTEGPejHHWijigYYox70cUc e1AgxRj3o4o4oAMUYo4o4oGGB60fjScUvFAC/jRj3pMCjigQY96PxFHFHFABRxR+NHFAw4o/Gjij igA49aXPvSUZFAC0cUmRRxSAXj2/Kk4/yKMil4pgHHt+VHHt+VHFGRQIP89KOPb8qOKXg0DG8e35 Ucf5FLkelHHpQAYH+RRx7flRx6UYHpQAfl+VGfp+VLx6UcelIQmR/kUmfp+VO49KPwpjG/gPyo4/ yKX8KKAE/wA9KX/PSj8KKQBkf5FJkf5FLRimIMj/ACKTI/yKWigYn+elLx/kUUYoATj2/Kj8vypc UYHrSAT/AD0oz/nFLijimAmc/wD6qMj/ACKWjHvQAmR/kUZFLgetGKBCf56UZ/zilx/tUbfegBMj 0oyPSlwPWjA9aBiZHpRxS4HrR+NAhOPSjilwPWjA9aBiYFHFLx60cetAg4o4o49aOPWgYcUcUcet HHrQISloozSGGKMf5xRmjNMAopM+9GaAFpce1Juo3UCFxRim5pcnNAwx7UUmTRk+1AC49hR+ApMm jdQIXn0FH4Ck3Uu76UgD8BRz6Cjd7Ckz9KYC/gKKTP0ozQMXFH5UmfpRn6UALmjJ9BSZ+lGfpQIM n0FLk+gpM0ufpQMTn0FHPtRmloAPwFH5Uds8UZ+lABnjtRn2FJmloEG7joKN1HHqKPxoGG76Ubvp R+VHHqKBBuo3Cjj1FHHqKBhuozRx6ij8RQAZozRx6ij8qBBRxRge1J+VAxaMik/Kj8qBC5HpS5FJ +VGaQxeKKSjIpiDj/IpcCk49qO1AC8UfjSdu1J3oGOo4pvFGBQA6jim8e1FAh1GKbRigY7aKMUlJ QA7H0owPSkooEGPpS7aTj1o4oGLijFJgUYoELj6fnRj6UlJQMd+Ao/AUnaikId+ApMewpPxo4pgL +Ao/AUnFHFAxfype3QU2igQ78BR+AptFAC/gKOPak/CjigBePajA9BRS5oATHtRj2pc+1FAxP89a MUvFJxQIPwoo49KKADn1opOf736Uc/3qBi4owPUUnP8AeNHzZ+8aBC/iKKT5v75o+b+8aAFpMCjL f3jRlv7xoGGKTFGT/eNGT/fNAC4ox70ZP940fN/eNAg5owaMt/eNGT/eNIA5pMmjJ9aXJ9TTGJzS 80ZPqaMnuaADmjmjn1pefWgBMGjB+lHPrRk+tAgwaMGjJ9TRk+poAMHFGDRk+ppOfU0DHYNGDSc+ po/P86BBg5pdppP89aP89aBi4NGDSfjSUgFwaMUfjSUwDFGKWjigBMe1LRR+P60AH50fhRijHPeg Ax7UYHpRjj/69FACY9qMe1LRzQAnHpRj2o5ooEHGOlGB6UDNHPvQMP8AgNHHpRz6Uc+lAg4/u0fh Rk+ho5oGH/AaP+A0c+lHNAB/wGjn+7S5NJz70AHPpRz6Uc+9HPoaADn0pefSk59DRz6UALz6Uc+n 60c+hpMn0P50CFyfSjJ9KTn0NHP+TQMXJx0oyaTn0NLz70CCjJ/yaMmkyaBi5NGTSZNG40CHZoz9 Kbk0u4+tAxcn2oyabuPrRuPrQA7JpCT7UbjRuNAgyfUUc+tJuNGTQMdz60ZPrSZNGTQAvPrRz60m TSZNADsn1pMn1pMmjJ9aBC596M0mT60ZPrQAufpRmkyfWjLZ60ALzRmkyfWjn1oGL+VGaTJ9aMmg BcmjJpNx9aNx9aBC80UmT60mT60DHc+lGfak59aKBC59qM+1JzR+NAwz7UfhRRz60AH4UfhRzRzQ AUfhRR+IoELn2pM+1JzS/jQMM0buelJ+NLz60AGfpS5+lJRz60ALnijI/wAmk/GjPvQAuf8AOaKT n1o6d6QC5/zmjP8AnNJn3oyfWmAvH+TRkf5NJ+NHPrQIdkf5NGR7fnTfxo5pDHcH0o4puD60c0xC 8etH40lHPrQAv40fjSUf56Uhi9utL+NM/Gl/z0pgO/Gjj1pn4/pS5/zigB2RRmm596M+/wClAh34 0Z9xTc/Sj8vyoGOz70Z96bn6Ufl+VIB2fejPvTfy/Kj/AD0pgOJ96M/Sm5+n5Uc0CHZ9xRn3FN59 KKBjs+4oz9KbRQIXJ9qOfako59qBi/lRj3FJz7Uc+1Ahce4pfxpuTRzQMd+NGabR+VADqPypvNHP tQId+VJ+VGT7fnSZNAC96KT8qPyoGL+VFH40c+tABRRz60c+tABj2pO/Sl59aMn1oAMCkx7Uc+tH NAg/CiijJ9aBhR+FGTRz60AGKOfSjJ9RRk+tABg0UZPrRz60hBzRk0nNLTGHNHNFFAhOcdqXmj8q Tn1pDF59aOaTJ9aOaYC4PrRzSc0UALzRSUYNIBaKTFFMBce9H403FLj3oAXAowKTHvRj3FAC496M e9JilwfWkAY4ox70n40uKYC4FHFNpaQBxRxSUUwF4o4o/Gk59aBC0Yo59aOfWgYCj8KTJ9aXn1oE Lij8KTJ9TRk+9AC/hSfhRmjPvQMMHsKOfSjPuaMn1oEH4UfhRk+tGT60DF59KOfSkyfWlyfWgA59 KOf7tGT60mT70ALznpRz6UmT6mjJ9TQIdk+lJ83pRn3pM+5oAdk+lJzjpSZ96M+9ADufSjn3pvPr Rk+poGO596OfQ0nPrR+NAhefejn3pOaKBi/iaPzpOaPzoAX86Oc96PxpKBC/nS/nSY9aMHNAC/nS fnS80nPrQAZOaMmjijI9qADmjJ9KMijigYuT6UZNN4/yaOP8mgQ7NJn6UnFHFAxc0ZpOKOKQBmlz SYHrS/jTATNGaPxooAN1GaMUdKBBn2ozRgUUDE3e1G4+35UtHFACbj/kUbj7flS8UnFABuo3H2o/ Kj8KADcfajcfaj8BRn6UALupN3Haj8BR+AoANxo3Gj8BR+AoANxx/wDWoz/nFH4Cj8BQAbj/AJFG TR+Ao/AUAGaM0v8AwEUn4CgQZoye1HfoKMj0FAwyaMmjP0oz9KADJoz9aM/SjPfikIM0c+lLux6U mfpTGGTRk0Z+lG6gA5peaN1G/wClACc0uG96N9G+gQc0nzUu8UbxQAc0c+9G6jdQAnNHNO3Ub6Bj efSjml3Uu+gBOfSk59D+dO30m+gQmT6UuT6Ub/ejf70AJk+lGTS7vejd6UgDJ9KMmjdRu4pjDJ9K Mmjd70bqADJpMnvS7vpRupAGTRmjdSbqYC/nSfnS596M+9ACfnS5+tGR60Z96ADI96OMdTSfjRn3 oELx70mR70Zo/GgYfiaXjHek/GjPvQAvHvRx70mfejPvQIXj3o496T8aPxoAXA9TRgeppPxozQAu B6mkwPU0v40nHrQMXA96TA96Xikz9aAFwPejA96TP1ozSAXA96TA96M0uaYBx6GjA96M0ZoEGB70 mPrS5ozQMMfWjHpn8qM0ZpCDH1o/P8qM0ZpgH5/lRx7/AJUZ+tGTQMPz/KjH1o3GkyaAFx9aPz/K k3UZoAWjn/IpM0ZpCF5o5pMn1oyfWmAvOelH4UnPvRz60DF5o59KTn1oyc9aAHc0nPpSc+tHPrQI Xn0o59DRz60ZPqaADn0NHPp+tGT60mT6mgY7n0o59DTcn1NLz6mgQv4Uc46Gm8+poyfU0DHfgaP+ A03cf71GT60CF/Cl49Kbk+tGT60ALx/dpePSkz70n40DFwPSjj3opKAF49DRx6UlLQAcf3aOPSjJ pMmgA49DRx6Gilz/AJzQITj0o496M+360Z9qBhxnpS8Um4UbvagBeMdKTI9KMijNAC8UZHpTc+1L n2oAOPQ0ce9GaM+1AhePf8qOPekz7UZ9qAF496OKTPtRn2pDF496OM96TNHHpTAXI96PzpM89KM0 CFz/AJxRntSZozSGGfalzSZozTAWj86TPvRu96AF/Oj8TSZozQAv50Um6jcaAFzRn60mTRk0ALmj P1pOaOaBC5+v5UZ/zik5oyaADNLn2pM0ZoGLmkz/AJxRRQIN30o3UUUDDd9KN1FH4UALmjcfb8qT 8KPwoAXP0oyfak/CigBcmkzRx6CkyPQUAOzRnnrSZHpRx6UCFz70Z+lJx6UcelAC596M0nFHHpQA ufejPvScUfLQMWjtR8uaTigBfyo/KjIoyKQB+NFHy0ZWmISil+Wjj3oGJmil4o4oEJ36UUuR70ZH vQAn4UUuR70ZHvQAlFO4oyPegY2lpePejj3oAT8qKd+dJ+dADeaOaf270fgaBDeaSn/gaPwoGM/C in/gaPwoAZ+FH4U78KXt0oEM59KOaf8AhR26UAMpadjPakx7GgYmaOaX8KPwoEJRzS/hRz6UAJzS 8+9HPpR36UAH40c+tGOOlFAw596OfejHHSj8KADIoz703HtRSEOz70ZH+RTaKYDuPWk4pKKBi8f5 FHH+RTaWgBeP8ijjH/1qSj8f0pALx/kUcf5FJx60Y96YheKOPekx70tAw4o4ox70mPegBcijIpMU UCFyPSj5aT/PSj/PSgBcr6UZX0/SkooGLuX0o3L6fpScUUALkegoyP7tJ/npRQAuV9KMj0FJijFA BkelLken6UmKOaAFyPSjI9BSc/5FHNAC5HoKMj0pOfSjmgQuR6UZHpSc0c0ALx6UcelJRQMMj0pe PQU2igQ7j0o49BTc0maAH8ego4puaTJ9KBj+KOPQU3JoyaBDsj0pMj0FJRQMXI9BRkZpKWgA49BR x6UlLQIOPSjI9KKTNAxcj0oyKM+1HFAgyKMiiikMOKMiiimAZFH4UYFHFABxRke1HHvSfnQAuRRx 0xRRmgA49KXI9KSjikAcegpfwpOKKAD8KPwo4o496Yg/Cj8KPzo496Bh+FGKTj0pePQ0AGKMe1H4 Gjv0NAC49qPwpPwNH4GgBfwo/Cko/A0CF59KQg+lHPvSfnQAuD6UY9qKO3SgYYPpS4PpSfhRz6UA GD6frRg+n60UfhQIOfT9aOfSj8KKBhz6UuD6UmKMf5zQAv8AwGjH+zRj/OaMGgQc+lJz/dFLg0YN Aw/AUc/3f1owaOaAD/gNH4frRg96MGgBPwpf+A0YNGDQAf8AARSf8BFLto2/5zQAn/ARRjnpTtvN Jj3oEJj2o/Clx70Y96BiYHpRx6UuPejFACcelH4ClxRtoAP+A0fgKNvvRj3oEJ+FH/AaXHvRt96B ifhRx6Uu360Y96BCfhS/hSY96XHvQAn4Cl/Ckx70uKAExS4FJgetGBQMKMClwKTFABx6UvFJj/Oa MUALj2o+lJxRxQIWjFJxRxQAtH4Un5UflQMWj8KKKADj0o/AUUuBQAn5UflS8UfhQITj0o49KXPt R+FACcUce1L+H6UfgKBiYoxS5PpRk+lAgxRj2oyfT9KMn+7QAm3PajFLk+lGT6CgBMUYNLk+go+b 0oATHNG00uW9BRk+goATBpNpp2TnoKMn2oATBoxxS/N7flRlvb8qQCYpMU7Le1GWpjG4oxTst6UZ NADcGjmnZNGT6UANwaMUvPoKMt6UAJijHFL83pRg+1AhMUuPejB9qMH2oGJzRS8+1HPqKQBRRg+o pcH2piE4o4owfajBx2oASjdS4PtR+VAxM+1GRS/hR+FABkelGRRR+FABuFGR6UvFH4UCE3CjI9KX j0FHHp+tABuHtRmk49KM+360DFz7UZHpScelH4frQIXPtSfhS59v1pM/7P60DF4x0o49KTJ9P1pc +360CD8P0o79P0oz7frRn/OaAE/D9KX8DRu9v1pN3t+tAxfwo49KTf7frRu9v1oAXiko3e360b/b 9aBBR+dG+jf7frQAfn+VH+elLv8Aajf7frQMSjH1o3e360u72/WgQ3HFH+elO3e360bvb9aAEx/n FJj/ADinb/YfnRu9hQA3FGKdu9qN30/OgBuKX86Xd9KNx9qAE4pP89KduPtRuPtQMT/PSkp2T60Z 96AE/Ck/A0/PvSZ/2qAG/gaPzp2T60u6gBn50U/J9RRk57UAN/Cj8KX8f0oz7/pQA38KPwp34/pS /jQAz8P0ox7fpTu3Wjj1oAb+FL17UvFHFACfhR+FLketGR60CEx7Uv4UcetGR60DCkxRkf5FHHf+ VAgx7UYoyPb8qPwFAxMUuKPyo/KgAxRjmkpaADBo59qDR+FAgx9KOfak/CjPNAC4PtRg+1JmigYu PpR+VNpaAFx9PzpMfSj8qKQBj6UY9x+dHNHNMAwc9RRj3FHNHNABj6UuB7UYNHPtQITb7ijHuKXm jn2oATHuKMe4peaOfWgYY9xR+Io59aOaBBj3FGD60c0UAGPcfnRj6UUZNAw/KjFGaPyoEJj6fnS4 9/1oz9KMmgBMH/Jowf8AJpcn0oz7UDDB/wAmjmjPsKM+woEHNJTs+wpMn0FAxMGjBo3H0FLuPoKA EwaMGlyf7opM+w/KgAwfSjafSjPsKM+woAMH0owaM+woz7CgQYOaOcUZPoKM+woAMGjBoz7CjPsK QwwfSjBoz7CjPsKYBijaaMk9hS8+goATbRg0c+lLz6CgBNpo2n1pefSjn0FACbTRt96X8BRQITbR il59qOaBibfegqfWl5pOaADac9aXafWjJo/GgQY96Me9GfejPvQMMe9GPejPuKTPvQA7HvRg+tJn 3oz70ALg460Yb1pM+9GfegBcH1owfWkzS5pCE59aXB9aTPqaTPvTAdg+tGD60mR60maAHc+tHPrT c0ZoGO59aOfUU3cKMigB2T6ijJ9RTcijcKAHZPrRk+opuR70Z+tAh2T60ZNNyKM+9Axdxo3H1pM+ 5oz7mgBdx9RRuNJkepoz7mgQu5qNze1J+Jo/E0DFy3tRk0n40Z96AFyaMmk/Gj8TQIMn1pcmk59a PxNIYuT6ijJ9qTPvRn3piF59RRz7Un4mjP1oAMn/ACKMmjNHPqaADn/Ioyf8ij8aPxoGL+VJR26/ pR+P6UALRScetH40AL/npRSfjR+P6UCFo5pKDj1oAWj8aTijH0oGL+NHbrSYHtRigBfxo/GkooAX 6mk/EUUUALn3FJ9CKXik4pAHPqKMn1FBx6Uce1MAz7il/Gk/KigBfxo/GkooAXPvRn3pKMUAGaM+ 9HFHHtQIM+9Gfeij8aBhn3pc+9JiloAMn1o3H1/Sikx70hC7j6/pRuPr+lJ360v40xi7j60mT60m Pel/GgQZP96jcfWj8aPxpAG4+v6Ubj60cetGB60xhk+tJuPrRgetGB60AGT6/pS5PrSYHrRj3oEG aXP0pPxpfx/SgYZNJmj/AD0pf89KAE3H2/KjJ9qPyo49aADLUuW9vypOKOKAF5x2/KjJ74pOKP8A PSgBcn2pMn2oz/nFGR/kUgDJ9qXJ9qTj/Io/z0pgLz6ijn1pKM/SgBfxFHPrSZo/CkAflS/lRn2/ Skz7fpQIWikz7UZ9qYC0UmfajPtQMXFGKPwoz7UAH9aKX8KPw/SgQfjRSZ9qMj0oGH4ml/Ok49KO MdKBB+dHHqaOPSlyPSgA/Ok496XI9KM+1ABx70nHvS5o4oATj3o+maXj0pMj0oGHHvR+dLkelJke lAg496O/Q0ZHoaMj+6fzoGJ+BpfwNJkeh/OjI9P1oAPwNHHpRken60ZHpSAXj0o/CjI9P1o3D0pi Dj0o4o3D0/WjI9DQAcelHHpRkeh/Okz7H86QBx6UcelGR6H86Mj0NMAx7UfhRkehpcj0oGGBSUuf Y0Z+tACcZzRS5+tJn60CDij6/wA6XNJnigYuKMf5zScZpaQBj/OaMUZozTEGKMUZ96M+9IAxRijO O9GaYBijFLn/ADikzQAuPejHvSZpc0DDFGKTPNGaBCZoyad+FGPakMbk+9GaXBz0FHPoKYCfnR+d Lg+gpMe36UAL+dGfrRg+n6UmD/kUCFz9aM/Wkx/nFGP84oAXP1ozzjmkxRg+n6UDFz9aTP1owaMf 5xQIM/Wjd9aMf5xRj/OKBhu+tG72ox7UYPpQIN1Lu9qTHsaMGgYu6jd7UmDRg+9IQu4+lG4+lJg5 /wDrUY45zTAXcfSjd9KTH1ox9aAF3fSjP0pNvPejFAxd1G72pMfWj86AF3Ubj6Ck7UUCF3HPQUbj 6Ck4o496QC5PoKTd7CjFGBimMN30o3fSjij8KADd9KM+wo4o4pCDJ9KM+woopjDPtS7j/dFHFGKA Dcf7tGfajFGOaADJ9KM+1J+VFAC59qMj0pMUUCFz7Ubvak/GjHHX9KADPt+lG72/SjH0oxQAZ9v0 oz/nFFHagYZ/zijP+cUn4Uc46UCFyKM80YNGDQMM/wCcUZ+v5UYNGDQAZFGaKKQBkUZ+tGDRg0AG e39KM0YpMGmIXNGeetGDRg0AGfejPvSYNLikMMj1pM/5xRRTAMj/ACKM+lFH50CDNGaKXjvQMTNH 5UvH+TRx/k0AGfpRn2o4oyKQBn2FFHFHFAgzR+H6UcetGR60wD8B+VH4UcUcUDDn0/SjJ9KOKOKA Dn0/SjnPT9KOKOKBC/h+lHPp+lJxRxQAc+n6Uc+n6UcUcUDDn0/Sjn+7+lHFJn2oAXn+7+lHPp+l GfajNIBef7v6UnP90/lRx6UfhQIOf7v6UvP939KT8KMe1MA59D+VL/wH9KTFFAw59D+VGPY/lR+d FABj2P5UY9jRRj3oAMexo/A/lRijFAg59DRz6UY9qMUDDn0P5Uv5/lSY4oxQAY56fpR+B/KijFAg x7Ude1GDRj3FABz6Uc+lGDRg0AH4H8qPzoox9KBh+dFH5UY+lIAoowaNvvTEFH50baNpoAMfWj86 MUYoGFFFBFABzRRRigA+oNFGPpRg0CF/OikwaMGgA/A0fgaKPxoAPwNH4UfjSY96Bi/hR36UUdqA D8DR+FFFAg59KOfSiigYvNHNJj3ox70gDmjmij86YBzRz70UZoATmjB/yKWjNACc/wCRRzml5o59 KQBz/kUYPv8AlRzRz6UALg+p/Kk59/yo5o5pgGD/AJFGD70mTS5NABg+/wCVGD/kUZPpRk0AGD/k UYPv+VG4+lGT6UALg+9GD70mT6Ubj6UAGD70c+9GT6UZPpSAOcUc96Mn0oyfSmAY9/0o/P8AKjn0 oyR2oEH5/lR+f5Uc+lHPpQAc0tJz6Uc+lAxaOaOfSjn0oAOaPxo59KOfSgQc0c0c+lHPpQMOaOaO fSjmgQlHNLzRz6UDE59KOaMH0pcH0oATJoyfalwaTBpALz6ijn1pMH0oxTAX8qTNGKMe1Ag5xRk0 c+lH4GgYZNGTS/hR+FAhMmjJ9KM+1H4UDFyfekyaKKBBk0c0UUAGT/kUZPv+VFFAw596OaKKADmj miigAyaMmijAx0oAMmjNGKKQgzRmj86OKYwzRnjpRx70fnQAZ9qM+1LSUAGTRzRRQIWikxRQMXj2 o/L86T8aMe9IBePal/L86b+NH40xDvyo/Km/jS0DDH0o/KiigBfy/Oj8vzpvFLxQAZpcj1NN/D9K M+36UAOz7mk3e5pM+1GR6UCFz70ZpM+1GaBi5PrSZ96Sj8KAFz70ZpPwo59KAFzSlqbz6Uc0AOzR mm5ooAdu96TPvSUUALuo3mko5oAXcfejecdaPwo/CgA3H1o3e5o/Ck/CgB24+tJuPrSUUCHZPrSZ P940maM0DFyfU0Z96TNGaAFzx1oz70maMg0CFz70Z96M/SkzQMXPvS596TNGaBC596M+ppM0ZFAx cj1pM+9GRRke1ABn3oz70ZFGRQAZ96M0cUflQIM0Zo4o/CgYZoz9aOO+KOKQB+dH50cUcUwCijj1 oz70AJmil/GigBM0UtHFACZ9qM+1LxRkf5NAgzRuo/z1o/GgYZNGTRxSfjQIMmjNHFHFAwyaOaWi gA5oyfU0daT/AD1oAX8aKSj/AD1oAX8aKT8vzo/L86AF/Gj8T+VH+etFAg49T+VL/npTaWgYfj+l H+elH+etFABx/kUf56UUlADuP8ik49f0pOfSjt0oAdx60YHqabRmgB2B6mjA9f0pPxpKBC7R6n8q No9TSUtAwwPU0YX1NHNGfYUAGF6ZNGF9TRz7Uc+1AgwPU0YHqaTmloGGB6mjA9TRRzSEGB6mjA9T Rn2ozTGGB6mjA96TNGaAFwKMCk/Cj8KBC4HrRgetH4UfhQAY96MD1NH4Un4UAL/wKj8TR74pOPSg Yv40fjRx6UfhQAfjR+NFH4UAH40fjRx6UcelABz60c+tHHpRx6UAHPrRg9c0celHHpSEGPej8aOK MimAfjR+JoyPSjj0oAPxNA+tHHpR9BQAfjRn3oP0o/4DQAZHrRn3o/Cj8KBh+Jo49T+VH4UZoEHH qaOPeijNAw49aOM0ZoyaADijijNGTQAcUce9LmkzSEHHvRx70ZNG6mAvHvScUZoyaQw4peP8ik3G jdTAXIpMj1/SjP1o3fWgQceppePU0maXPvQAfL6mjj1pMn1oyfWgY75fWjj1puaMj1/SgB3HrR8v rTc+9GR6igQ7A9aTj1NGfcflRn3H5UAGB60cetGfcflRn3H5UAHH96jj1oz7ik5/yKBi/jRRn3H5 UZ9x+VAC/jScetH4j8qM/T8qBBketLketJ+I/Kjj1H5UAGR60fjRj3H5UYHqKBhx6mjijHvRj3FA gyKTI9adj6UmPcUAJ9CaX8TRg+oo/EUAFFH4ij8RQAnPvRz70uPcUfiKBic+9HPvTv8AgQpP+BCg BPzo596X/gQo5/vD86AE5o5p3PqPzpOfUfnQAUUc+o/Oj8R+dABz70fn+VH4ilz7j86BCc+9H5/l S/iPzo6dx+dAxOfejn3pcn1/Wjn1H50CDn1NJz70ZPqPzo59R+dAxeaTn/IoyfUfnRz6j86AF5ow aTn1H50c+tAhcNRg0nPrRz6/rQAvzUfNSc+tLz60AJzRzjpS8+tHPrQMTB9KMH0pefWjmgQmD6Uc +lL81HzUDDmkwfSl+b1NHzev6UAJg0mD707n1owfX9KBDcGjB9Kdg+tGD6n8qBiYPpRg46UvzUmG oEHzUnPpTsNSYagYmD6UYPpS4ajDUAJg+lGD6Uu1qMGgQmD2owaXDUuDQMbg0uDS4NGD60ANwaXB pcH1owaBCc0YNKFPrRtPrQMTmjn1pcGjB9aAE59aMH1pce9GOOtAhMH1ox70uD60YPrSATB9aMH1 peaMGmMTHvRj3pcH2owfagBKOf8AIowfalwaAG5pcnFLge1GB7UCDNJ+VLx7UYHtQAmeKKX8RR+V ADaKd+IpPxFAxKOKXH0oxz1FAhPxo/Glx9KTH0oGGKMCj8qMHrxSAMCjAowfaj8qYBijFHPtS8+1 AhMUYFLz7UflQMTj/JowKXn2pOfagAwPT9aMe360vPoKOaBCfnS4FLz6Ck59BQAlGB70vPoKOevF AxOKKXB9qOfQUAJxRx70vPoKOfQUCE/Okz9aXn0FGfYUDD86Pzo/Cj8BQAfnRn60fSikAv50mfrR +FLimAmaMn3paMf5zSATPuaN2fWlwKMUwEz7mjPuaXH+c0Y/zmgQmR6mjI9TRj/OaMf5zQMXPvSf iaMcdf1ox/nNAhePU0nH940Y/wA5owP8mgYcf3jRx6mjA/yaMDP/ANekIOPU0cepo4/yaP8APWmM OPU0vHqaT/PWj8P1oELxjqaOPU0n+etGP85oGLx60cetNwPSl/D9aQBx60cetH4UfhQAcetGR60U fhTEHHrR+NHbpR+FAC/jRx60mfb9aM+360AL+NJ+NGfajI/u0DFx70mPejI9KNw9KADHvR+Joz/s 0Z9qADv1o/GjPtRkelAgx70v40m4elGfagYUfjRmj8qADHvRj3oooEGPejHvRRQMPxox70YoxQAY 96Pxox9KMf5zQIOPWjj1oo/KkAZHrRx60Y9xSbRTGL+NH40bR7UYHtQIOPWjj1owPak2j1FAxeM0 cetJgeoowPWgBeKMikx70YHrQIdkUmaMD1owKBhx7Uce1GBRgUAHFHFGBSYFAhePWl4pvFH4UDF4 o4/yaKPwoAP89aOKTPtR+AoAWl49Kbx6UufagAo/Cjj0pMj0oAdRik49KPwoELijbSfhRn2oAXHF GBmkz/sijJ9BQMXAxRgelNycdBS5PoKAFwPSjaKTn0FH4CgQu2jbSYPoKPwFIYu2jaKT8BR+ApgL tFG0Un4Cjn0FIQuOKNopPwFH5Uxi7eOlG2k/Kj8qBC7aNtJ+VH5UALt96NtJ+VH5UDF2+9G0Umfp R+VAC7R/k0bff9aT8qPyoELto20n4ij8qQC45owKTn2pc/SgYYH+TSYpfypPypgLijH+c0nftR+V AgxRij8qPyoGFGPajj2oz9KACjFH5UfiKAFxRxSZ+lGaQhaKTNLTGFHHvScUcUALRik/Kj8qBC8e lHtSUfjQMXj0o4pPxo/GgQUd6PxopAL+FH4UflSUwFpfwpuBRgetAx34Umfak/GlwPWgAz7UfgaK KBBn2o/CkxRigBfwo/CjFJSGL+FHbgUY9qPwpgGT6Uc+lA+lFAhOfSl59KO9FABz6UYP900c9qMm gYYP900c+lGaM+woAOfSk59KdRQITn0o+b0paSgA59KPwo/Cj8KBh+FJ+FHNFABR+Bo5o5oAKKKM GgQtFJzS0gDtRRijFMYfjRge9GDRg0AGB70YHvSYPrRg+tAC4HvRgetJg0YNADsCjApuDRg0AO49 aTj1pMUYoAXj1opMUUALx70cUlFAC8UfjSUUCFozSZoz7UgFzRn60lHboaYxfxo59TScehpePSgA 59TRz6mk4x3o/P8AOgQvPqaOfekz7frS59j+dAw5o596TPsfzpc+360CEz7H8qM89D+VLijHvQAm fY/lRn2P5UYowKBh+B/Kj8D+VGB70fjQAfgfyoyPQ/lRxmj86AD8D+VH4H8qOPej86AD8D+VH4H8 qPzoz9aAD8KMexo49TRke9Ag/Cj8DRke9HHqaBh+f5Ufn+VGR6mjI9TQAfn+VH50ZX1NGV9aADH1 o/OjK+9HH+RQIPxo/GjIpeKAD/gVGB60mR/kUZH+RQAuB/epMD1oyKMj60DFx70Y9/0pMijNAC4G OtHHrSZ9qM0ALgetLgev6U3NFADsD1owP736U3NGaAHYHr+lGB/e/Sm8UcUAOwPX9KTA9f0pvFHF Ah3Hr+lLx60zHpRigB3Hr+lGB/e/Sm0uKAFwPX9KXA9R+VMwaXmkAvHqKOPUUnNJzTGO49qXA9qZ RSEP4z/9ajj/ACKZRTGP4/yKTj/IpP8APWigBf8APSjH+cUn+etFAC/56Uf56UnajNAC/wCelGf8 4pKOKBC0nFJxRQMWjiij8KBBke1GfpR36Un4UDF/Kj8qPwooEGfpR+VHNHPpSGH5Uv1xTcn0oz7U xC/lRSZ9qXPsKADijj1FH4Un4UALx60ZHt+VH4Cj8BQMOPX9KTjH/wBal/AUfgKAD/PSk49f0pfw FH4CgA/H9KOPX9KOfSj8BQAcev6Ucf5FH4CjP0oAOKP89KMn2oyfagQfjSfj+lLk+1GT7UDE/Gj8 aXml5pAN/GlpefWjn1pgJR+P6UpJoyaAE/Gj8f0pcn1oyfWgBPx/Sj8f0pcn1oyfWgBPx/Sjnsf0 p2fejJ9aAG8+v6Uc+v6U7J9aN3vQITn1/Sjn1pc+9Jn3oAOfWjn1ozRn3oGJz6ijn1pcn1oyaQhO fWjmlyfU0ZPrTATn1oyfWl59aOfU0AJ+P6Uc0vPrR+NAxOaMe/6Uv40c+poAOf8AIpKXn1pOaBC8 0f56UnNHPqaAD/PSjP8AnFGT60v40AJ/npRx/kUc460c0AHFHHv+VHNHNAwo/A0c0nNAhfzo/Ok5 o59aAFpOPej5qXmgYn+elH5/lRzRzQAv5/lR+dGTRmgA/wA9KOPf8qM0ZPpQAfn+VFG6k3e1IQuB SYFLuNGTTAMCjijNGaQw4oxRmlzTAbS+2aM+1GfrQAUYoyaMmgAoxRk+9GfrQAY9qTt0pf8APWjt 3oASjj0pfxNH4n86BCcUYHWl79TR+dAxKWj8/wA6PzoAPwoxzR+J/OjPuaAD8KT8KXPuaPxNIQmP ajHtS59z+dGT/eP50wDHtRj2o3cdTn60ZPqfzoAMe36UfhRk+p/OjPuaAF/D9KT8KMn1NG4+poGG PajHsaN3uaM8dTSAX8DRgY6H8qTd7mjcKYhcex/Kk7dD+VGaN3pmkMPwP5UfgfyoyPejIxQIPz/K l/P8qMijI96Yw/P8qT8/yo3D0NLuHpQIP89KPr/KkyKXPtQAnX/9VH+elGe2KXPt+tAxOPf8qOPX 9KXPtRn2oEHHv+VJj/OKX8KP+A0DDA/yKMCl5/u0f8BoEN4peKP+A0Y9qBhx/kUce/5UfhR+FAhO Pejj/Ipfwo59KQCcetHGOv6UuP8AZox7UwE/z0o4p2PajB9KBjaWl/Cj8KAEpPwp34Uc46UCG0ce 9O59KTn0oATijj3p3PpRzQA3IHrRx7078KPwoAb+dHSnUnNAxPwoz7UvNHNAhPwoz7UvPpRQAmaM 8UuPajHtQA3PvR+NO/CjHtQAmaM0uKMUDEz70Z96XAo4oATPvRn3peKKAE70fjR+FH4UCCjijA9K CPagA49qOPUUfhRj2oAOPWjj2owfalxQMTn0o/Cl/wA9KOP8igBOfSjnPSl4/wAij/PSgQnPoPzp Of7op1FAxMHH3RRg/wB0UtGaBCc+g/Ojn0H50tFAxOfQUc+g/Ol/KjNAhPm9BR83oKM0tACc+go5 /uijNLmkMTn0FJz6Cl4pfzoAbz6UufYUv4Gjj3piEz7Cj8KX8/yo/OgBOfSjt0peKOKBifhRz6Cl 49/yo4oATn0FHPoKXijigQnNHPpS0UDE/Cj8KWigQn4UfhS8etHFACc+lH4UvFJgUDDPtR+H6Uce tHFABRRxR8v+RQIKWk+Wl4/yKBh+NFHH+RScUCF/Gj8aTijigYv4ikx7ij5faj5fagAx7ilx70gx ijj2pCDHvS496TijimMXHuKMe9JxR+FAC4HqKTA/vUcen6Ucen6UCDA9aOPUUcelHyjtQAfjR+Io yPSj5fSgYZ9xRn3FGR6fpS8en6UCE/Gj8RS5Hp+lGR6fpQAn40fjS8en6UZHpSAT8aPxFGR6UcUx h+NH4ijijjFIA/Gj8aOKOKYg+p/Sj8f0o4oyKBh+P6UfjRke1FAB/npR+NFHFAB3o7f/AFqMijIo APx/Sj/PSjNGaQg7f/Wo5pM0ZpjF5o5pM0ZoAXBpMUZozQAYNGKM0UgDBowaXNJTAMHNHNFHOKAF 5oo5ooAKKPwo/A0AJRS8+lH4UCEwfWj8RTufQ0fgfyoAbz6ijn1FLz6fpS/hQMbk+tGT6078P0o/ A/lQIbz6ijmnY/2TRj2NAxv40fjTsexpcexoEN59aOfUU7HtRj2NAxn40fjT8exoxx3oEN/4FR+N Lj2NLj60DG/jR+NLj2NGPY0CE/4FR/wKlx7GjHsaAE/GjHvS49jR+BoGJ+NH40uPY0c+hoEJ+NGD 60YPoaMH0NAw/EUc0YPoaPwNABzRg+n60Y9jRj2NABzRzRg+ho59DQAc0YNHPvRzQAc0UfNRzQAc 0c0c0c0hC0lHNJmmMXJpcn2pPwoycdKAFycdqMn0FJn2NH4H8qAF5oyfQUn4fpR+BoAXJ9BRk+lJ n2NGTQAuT6Ubj6UnPpRnjp+lAC5NG4+gpPw/SjPsfyoELk46UZPpSe39KM+xoAXJ9P0oz/nFJ26G j8KBhmlyf8ik/A0fnQIXJ/yKMn/Io/Cj8DQAmf8AOKXP0/Kk/P8AKjj/ACKAFyfb8qTP+cUYHvRg e/5UDDJ9vyoz/nFHvz+VH50AGfp+VGf84o/OjH1oAWkz/nFGPr+VLj60CE/z0o/z0ox9aMH3/KgY UZowff8AKjH1/KgQZ/zikzTtv1/KjH1/KgY2j/PSlx9fypcH3oAbn/OKKdj6/lSYPbNACcUfSnY9 j+VGPY/lQA3NGadj2P5Un1BoATJ9KXJ9KPzo/OgBMmjJ9KXA96MD3oATd7UuTRgehowPQ0AJmlyf Sl49DR+FAhMn0o3Gl/A0fhSATcaNx9qXHtRx6fpTATcfajcfajrRgYoAMn0FGfYUfhR0pDDJ9BS7 vYUH6Un4UwDPtRn2FGaPwFIAz7Uv5UlH5UxC59qOfakooGLk+go/Kj8qTP0oELn6UflRzRQAflRk e1GaMmgAz9KM/SjJ9KMn0oGGfpRk+1GTRzQIM/SjJ9qMmjmgAyexFJk+o/Klyf8AIo5oGJk+1GT7 UuTRk0AJn6UZPtS5NLzQIbn6UZPtTs/SjNAxuTRk+1OzSZ96AEyaMn2p2fekz70AJk+1GT7U7I9a TPvQITJ9qOadketGfegY3mjmnZHrRn3oAbk+tGTS59xR+NAhMtnoKMtjoKXjpijj0oATLelLlvQU ZHpQMelIBMt7Uu58UZHpRn2pjEy9Ll6M+1GR6UAGX9KMv6UZHpRkelABl6MtRkUufakITLUZejPt Rn2pgHzUZb1oz7UZHpQAZb1oy3vRn2oz7UDDLepo3NS59qPyoEJlqMtS5+lH4UAJlqMtS5HpR+FA xMtRlvel/D9aM+360CEy3rRk+tLn2FGfagBMn1o5pc+1H4UAJz70c+ppfypOfQfnQMTJ9aMmlx7f rRz6UAJz60Z9zS4PpRg+lACZ96M89aMH0FGD6UAGfejNLg+1GD6UAJzRmlx7UYoAbnmjNOxSYNAC ZNLzRRQAc0Zo/Cj8KBBzRn3FH4frR+X50AGTRzR+VHPoPzoGHNHNH5Uv+etACZNHNH5fnS9+350g E5xRzS/560lMQc0fSijNAw59KOaM0ZoAOaPmoz7/AK0Z/wA5oAOfejml/wA9aM0CEwTRzS5+lG6g BOfejB96N3+c0u4+350AJznvR+Jo3ew/Ol3ew/OgYn40c+tLu9qN3sKBCc+ppOfWnbj6Ubj6CkMb k+poyfWnbvYUZPtTEJk+9G5qXJ9qMn2oGJuP+TRuNLk0mTQAbj70bjS5NJk0CDcaNx9aMmjNAw3H 3o3H1pc/SjJ9qAE3N60ZNGTRk+1AgyetGTRk0uT7Uhic0ZNLk0mT7UxBk0ZPtRz7fnS857fnQMTJ 9aXJxSc47UvPqKADmk5pcH1FGD6igQmTjtRk0u0+oowfUUAJz6ijJ9RS4PqKMH1H50gDn2o59RSY PqPzpcH1FMYYPqKTv1FLg+oo/EUAJj3FGPcUv4ij8qBCfiKMUvbtR+IoAMUmPpS/iKPy/OgBNv0o x9Pzpfy/OjH0/OgBMf5zS49/1owPajA9qBiflRilwKMD1FACc+v60pz6/rRj3ox70CEwf8mjn/Jp 2B60mB60DE/z1o5/yaX5fWjA9aBCc5/+vS80mB6/pS8etABg0mD60vHrRx60AJg0c0vHrRx6mgYn NGDS8epowPU0CE5xRzS8epo49TQAnPpRzS8epox7mgBOfSjmlwPU0YHqaQCc0cilwPU0YHqaYCUU uBRgetAxPyo/KlwPWkwPX9KBB+VGPpRx60vHrQMTFH5UvHrRx60CE/Kj8qOPWjj1oGH5UfiKOPWj 5aADH0o/Kjij5fX9KAD8qPyo4x2o49aAD8qOPajj1FHHqKAFz7CjP0pOPajj2oELn6UflSce1HFA C/lRn6UmRRkUDFz9KM/Sk+WjigBc/SjP0pOPUUcY6igQ7d9KMn2pvHrRx6igY7nvijP0pvHrS8et AC5+n50ZPtSYHrRgeooEGfpS5+lN49aMD1FADs/5zRz6D86TA9aOPWgYv4CkyfSjA/vUcf3qBBk+ lHPpRx/eowPWgA59KPw/Wk49f1pePWgYfhRj2/Wk4pePWgA59P1ox7frRgUYHqfzoEHPpSc+n60u B/k0YHrSGJg+n60Y9qXA9aOPWgBMe1Lg+gowKXimIbg+go59Kdx60cetADcH0FH4U7j1NHHrQMb+ FGD6UuB6mjjHegBPwpMH0p3FGR70AJznpR+FLxRxQITmj8KXj3oyKAEo/CjNGRQMPwFL+VGaM0AH PoKMmjIpcj/IoENyaOadn/OKQmgYc+1FGaM0CDJoz7UbvpRkUDDNLmjIozQAmaM0tJQAZozRR+VA Bke/50Z+v50flSflQIXPPf8AOjPsfzpKWgYZHv8AnRke/wCdHajn0oAMj3/OjI96Mn0o7UAGR7/n RuHv+dH4UflQAbh6H86MjHQ/nSflS4oAMj0P50ZX0NH5UUCDJ9DRk+lLmkzQAc+lHPpRRQAc+lFF FAwpaSigApce9JRzQIXHvRj3NJzRzQAv40Y96TmkyfWgYvHrS8etJmjPvQAtGB60maTJ9aAF49aM D1FJk0ZPrQIXA9aMD1pKM0gF49aOPUUn50fnTAX8aTA9RR+dLz6n86BiYGeoowPWjmlz7mgA49RS YHrR+f50v+etACfiKPxFH50ce/50CD8aPxo/Oj86Bhj3ox70uR70mfr+dAgx7ijv1FGfrS5Hv+dA xPyo/GjP1pc+5pCEwaOaXP1oz7mgYnNHNLn3NGfc0wE5owaXPufzoz7mgQnNGDS/iaM+5oAMGjFG fc0Z9zQAYPtRg0Z9zR+JoGGDRg0f8CNJkepoELg0YNJkepoyPU0ALg0YpMj1NG73NAwxRj2oz70u fc0CEx7UY9qXI9aMj1oATHtRgelLketJ+NAB+FH4UfjRketAw/AUY9v0oyPWjI9aADFGKPxo49aB BijFHHrRxQMMUYP+RR+NH40AH+elH+elH40fjSEH+elGKPxo49aYBijH+cUfj+lFAwx/nFGCP/1U ZozQAdv/AK1GP84ozRmgAxx/9ajH+cUZozQAYNGPcUZozSAMe9GPf9KM0ZpgGPejj1/SjPFGfagA x70YHrRmigQUUc0fhQMKKM0UAH40fjRRxQIPqaPxoo4oGHFJxS96OPSgAo4opaAE/wA9KOKXHtSY HoKADijilxSYHtSAM0fhS4+lJj6UwFpM89KNv0o2/SgA/CjNGPpRt+lABmjPtS7eO1Jt+lAgyfSj J9KNv0pdv0oGJk+lGT6UuPcUY9xQAmT6UZNLj6UY+lAhMmjPtS/lR+VAxPwo/Cl59qOfUUCEz7Cj PsKXn2o59qAEoz9KXn2pOfagYZ+lGfpS5PtRk+ooEJn6UZ47UuT60ZPrSATP0ozS80mT6imAZozR k+1Lk+1ADaKdk+1HPrQMbRzS5NLk+tADc0fgPzpfxoz70AH5UZ9qM0Z+lABn2pKXNH4UAH4Un4Uu aKBCfgKKWjv/APXoGJ+Ao/Cl/Cj8BQISjml/AUv5UDG0Z9qXFLgelADc+1Gadj2pMD0FACZ9v0oy fSnfgKPwH50CG5NFOx7CjH0oAbk0Zp+OOlGKAG0Z+tLgUuBQA2ilwKMe1IBMn/Ipc/WjHtRimAmf rR+NLiigBKPxp3NJj/OaBhR2o/z1ox/nNIBM0Zpfxox70wEzRmlwfWjB9f1oATIpfwpce/60mP8A a/WgA/Cil/H9aT8aBBR+FH40f8CoATv0NHHpS49/1ox/tfrQAn4UfhS446/rR+P60DE/Cj8KPxo/ GgQufb9KTPtR+NHPrQMPwoz7Uc+tLz60AJkelGfal/Gj8aAEz7UfhR+NH40AH50fgaM+9Ln3oEJ+ dFB+oo59RQAfhRRRzigYUUuT60ZPrQAlFLk0mTQAUUZNGaACjij8TS/nQITijAo/Oj86ACjFH50v PvQMTij8aX86PzoATijA9aPzpcCgQmB60uB6ijA96MD3oATHFGKXA96MUDExRilxRjmgBMe9GKXA 96MD3oATHvRilx9aOKADFJg+tLgUvHvQA3BNLijijigQny+ppfl96THtRtoGHy+9Hy+9GKMe1AB8 vvR8vqaMe1GB6UCD5fU0cZ60cUfhQMOPWjj1oopCE/GjHvS8UcUxifjS4HrRx6UcelAg49aMCjj0 o49KBhx60YHrRx0xRx6UAHHrRxRkelGR6UAHHrRx60celHHpQAcetLx60celJx6UAHHrRx6igAUY HpQAcetHHqKPl9KOPSgA49RRxS8elHHpQITijj1pfwox7UAJxRxS4HpSfhQAcetHFH4UfgaBh8vr R8vrR+Bo4PY0CD5fWj5aMf7Jo/4CaBhxR8tHGfu0Y56GgQZWj5aOPQ0cehoAPlo+X1owPSjA9KBh hfWj5fWjHtRj2NAg+WjijA9DS/gaBicUcUceho/A0CDj1o4o/A/lR+dIYcUcUfnR+BpgGKOKPzow KADijij8KMfWgA4o4o/OkwfegBePSjj0oooEHHpRkego79KKBhkego47LRg+hoxQIMj0oyMdKMUY NAw/CjI/uijmk5oAXPsKNw/uij8KOfSgAyP7ooz/ALNHPoaMH0NABkf3aXI/uik59DSfgaQhfwFH 4UlFAxfwo49BTce1L+FMQv4UcelJ+FHHpQMXj0FGR6UnGOlH4UALkelH4fpSfhS59qBBRxRx6Uce lAC8UcUn4UYHpQMXj/Io+X/IpuBnpRQIdxRx14pv4UfnQMXj2o4pM0ufUUAGBRiko/A0ALgUYFJx R+dAC8ZopKT8KAHUU38KXBoAWikwaMUALmjPtRg+lJz6UCF/CjPtSYowaQxfwoz7UmD6UYNMQufa jPtSEUYoAXPt+tGfakx7UfhQMXPtRn2pPwooEL+FJn2oo96AFz9KM0lFIYv4UfhScUUxC0flSUtA woz9KSigBfyoooyPagA4o4oz9KMj0FABRS5HpSZ9qADIo4oyPQUZFABxRkelGfb9KMj0/SgBcj0p OPSjPt+lG4en6UAHFLxSZHp+lLn2oATjPT9KXj0/Sk3Uu4elABx6fpRx/kUm6jdSAXIoyP8AIpN3 tRn2/SmIXj/IpMijI9KXI9P0oGGRRn3FJkegpc+woEGR7flRuHt+VJn2oz7UALuH+RSbh/kUuR6U Z9qBhuozxRn2oyPSgBcijI/yKTI9P0pM+36UCFyPb8qMj2pPwooGLn6UZ+n5Umf84oz7UCFz70Z9 6TPtR36UDFyPWjPvScelHHpQAufejPv+lJxRx6UCFz70fjScelH4UDFozSfnRQIXP+cUZ+tJ+H6U c+lAC5opOaMn3oAXP+cUZPp+lJRn2NAC59qOfT9KTNGaQxfw/Sj8KTmjmmIX8KPwpPwooGH4Uc+n 6UUZNABz6UfgaXNGaAE59D+VH4fpS59qTn0oAXHHSkx/nFH4UZNIQfhRRz6UZPpQAf8AAaPw/SjJ 9KMn0pjDn0P5Uc+hoz7UZ9qBBg+n6UYPpS59qMj0oGJg0YNLkelGR6CgBMGlxRx6UcelABg0YPvS 5HpRkelAg5owfWjI9KMj0oGGD60YPrRkelG4UCDB9aMH1oyKMj0oGGD/AHqMH1oyKOKBBg+tGD60 fhScUALg+oo59f1pKKBi/N6ij5vUUmfajI9KAFy3qPzo+b2/Okzz0o/CgBfm/wAml+b/ACab36Gj v0oEOyfajn/JptGPagB2T7UZPoPzpv4Uh+hoAfk/5NJk+n60n4UY9qAHZPoPzpMn0/WkwfSjB9KB i5P+TRz/AJNJg+lGD6UALz/k0c+lN/Cj8KBC5+tGabj60Y+v50ALn60UmP8AOaXH1/OgYZoz9aP8 9aP89aAD86M/Wj86PzoEGaM/WjP1oz6k0DCikz9aM/WgBeaOfSjP1pM+9AC0Uf560Z96ACkxS5oz SASlozSZpgLSZpc0maAFopM0Z9qAFozSUZoAWjHvSfhRmgBePWjj1pM/SjP0oAX8aP8AgVJmkzQA 7j1o49TSZozQIX8aPxo/Cj8KBi/jScetJ+FHPpQA78aPxpv4Uc+lIB340cev6Un4UfhTELn3o/Gk /Cj8DQMXI/yKOPWk/A0YoELx60fjSYox7UDF49aOPU0mPalxQIMD1/Sk4/yKXFGPrQMTj/Io4paK AEwKOKWjFACcelFOxR+dAhuPrRinYooAbgUYp2KPxoAbgetGBTsUUDG4H+RSYHqfyp1L2oAbx6mj j3p2KTB9aBCce9HHvS496McdaBice9Jx707HvRj3NACYHvRx60uPejHvQAlJx707B9aTn1oATiji lx70Y96AD86KMe9GPegQfnRRj3ox70DDNJn2pce9G33pAJnnpRml2+9GD60wDPFGaMGjB96ADJ/y KM/5xRjnrRj3oAMmjJox7mjHuaBBmjNG33NGKBhmjNGPrRj60AGfp+VGfpRj60UAGaM0Y9qMe1AB nj/61GaMUYoAM0ZowKMCgBc0ZpMCjHt+tAC0mR60Y9jS4oATPvRkUYFGBQAZFLmjFJj3oAXNJmjH 1ox9aADNGee9GOe9GB2zQAZoyaNtG32NABmjNG360bfagQZ9qM89KMH0o20gEyaMml20uKYxMnFG TS7aMUCEyfSjJ9KXHvRj3oATJ9KMmlx70Y96QCc+lHNLgetJj3pjE5o5p2PekwPWgBOaOaXj1NGB nqaADmijHuaMfWgQYNHOaMUv50gEx/nNGKMUYHpTAMH1FGOeooxRj6UDDH0ox7ijFGPpQIMUY96O faigYc+tGPcUfjR+NABj3ox7ijH0oxQAfiKPxFGOaMUAGPcUY/2qTmj8KBC4/wBqj/gVH4UfhQMX 8aPxpOfSjn0oELz60fjTfwo59P0oAd+NL+NN5owaAHZ96OfWm9qKAFyfWjn1pKOD/wDqoGL+NH40 mBRx60AL+NGfek49TRx6mgQv40fjScepowuOpoAX8aT8f1owvqaML6mgYfjR+NHGOtHHqaADjFH4 mjj1NHHqaBB260fiaXj1NJx6mgYY96MUcepowPU0AFHFGB60cetABR360Y96Me9AB+NHHrRt9zRj 3oAOPWkx70uPejHvQAfjRjjrRj3NGOOpoEGPej8aMe5ox7mgYfjRj60Y96XB9aBCYoxS496TFABj 3oxRj60YPqaQwooxS7femISlox70bfrQAYopNv1pdp96AD8qOPQUbTRtNABx6frRkego2mjaaADj 0FHHtRtIowaBgcego49qMH1owfWkAce1HHtRj3o289aYC4HoKMD0FG33pMe9AhePQUcegowfWkx7 0AHHtR8vtRRjigA+X2o+X2owKMCgBcr7Uny0YFGKAFyPSjj2pMDpmjjuaAF+Wj5abgetLgetAC/L R8tIQKTAoAd8tGVzTcUcZoGO4o4pOKKAF4opOKOKAEyfSjn0o496Xv1NIQmT6UZPpS/iaTj3pjDP tR+FLx60ZoAT8KM89KM0uR6mgQmfajPsaXj1NJ+JoGGfal3f7NJkepo49TQAZ9qN3tRn3NGfc0AG 72oyPSjn1NH/AAI0CDcPSjPtRn3o/GgYbvajPtR+NH/AqQgz7UZ9qP8AgVH/AAKmMO/Sj8qMe9H/ AAKgAz9KOPaj8aOP71IA/Cj8KP8AgVH/AAKmAfhR+FH/AAKj/gVABRn2pf8AgVJx6/pQAfhR+FH4 0fjQAfhR+FH4mgfWgA5o59KM0ufrQAmDnpRzS5ozQAmD6UmD6GnZozQAmD6Uc+lLmigQnzUc+lL+ FGfakMTmjmlz7UnHpTEH4UUcelH4UAH50fgaOPSjI9KAD86PwNGR6UZHpQMTPPQ0ufY0ZH92jI9K ADPtRn2NGR6Ubh6UgEo/Ol3D0o3e1MBPwo/ClyKAR/k0CEzRmlyKMj2oGJn60ZpePal49qAG5+tL ml49RRx7UCEz70E+9Lx7UfLQAn40n407j1FHHqKQxv4mj86d8vr+tHHtTAbz70v50vHrR+IoEN/O l5p34ik/EUAJzmjmlx70Y96Bic0nNO/H9aPxH50AN5o5p2P85owfUfnQA3nNHNOwfb86Mc//AF6A G80c56U7b/nNG36UAN59KOfSnbfpRtHtQAnPpRzjpS7fYUY9h+dAhpB9KXn0pdvt+tJt9v1oATn0 pcHHSjH0/Olx9PzoAbz6UYPoadj6fnRj2FAxvPoaOf7ppcewox7D86ADn0o5/u0bfYUY9hQAfhRz 6UY9qMf5zQAc+lGD6UYz2/WjH+c0CDn0o59KMe360Y9qBhz6Gk59DS49hRj2FABzRz6UuPpRigQm TRk5pePSjHsKBiZNGW96XA9qMCgBMtRlvenYHtScUAJlqPmpeKXigQ3LUuWpeKOPQUAJlqNzUvFH y0AJuajc1GB6UvFIBNzUZOc0uBSUwDLUZal496TA9/zoAMtRk0cf5NGB/k0AG40m40uB/k0UDDca Nx9BRRigA3HHQUbj7UY/zmjHH/16ADcaNxox/nNGOP8A69AhNxpdx9KNv+c0Y/zmgYbjRuPpRj/O aMf5zQINx9KM+1GD6/rRj3/WkMN3tSZ9qXH+c0YPrTEGfajPHQUmD6/rS4PrQAZ9hRnjoKTHvS80 hhn2oz7Uc0fSmIM+1GfajmjB9qADPtRn2ox9KXB9qAEzx0oz7UuDR+VACZ9qM+1LzRzQMTNGaXmj 8qBCZozS8+1HPt+VAxPwpPwp35Ufl+VAhuTRn2pfy/Kj8vyoGGaM8Ufl+VGf84oATNG76Uvtx+VH +elAhM0ZFL/npRz6/pQMTijIpefUflRz7flQAm4UbhS++R+VJ+X5UCDcOlLuFGPcflRj3H5UAGRR u9hSY9x+VH5flQAu6k3UfiPyo/EUDDJ9qMn2oz7j8qPxH5UCF3Gk3Gjn1/Sjn/IoGKGo3Gk/H9KP xoEGTRk+1H40tAwyaM/Sj8aOfWgAyfajOPSjmjn1oAM/SkyaXmjn3oATOP8A9VLk0ZNLk0CEyaMm lz70ZPvQMTcfSk3H0p2frR+BoATcaTJpc/Wjd7UCDJoyaXd7UZ9qBiZNJk0u6jNABk+lGT6UZpM0 CDP1pc+1Jk0bj6UDFzxSZ9qXNG6gQnbpS/hRn6UZoAPwpM+1GaM0DD8KM+1Gfp+VGaADPtS/hSZ+ lGfpQAv4UUmfpRn6UALzRzSZ+lH5UALg0YNGT6ijPuKADB9qMH1FGT6j8qMnpkflSEGD60YPrRz6 j8qMn1H5UwDBowfWj8f0o/L8qBgAfajn2pf89KOf8igQmfr+VH+elGKTFAw/z0o/z0oxRigQf56U f56UYoxQMOfT9KKMfWj8DQAf56Ufj+lH4Gjj3oAPxNHHqaOPQ0cehoEH50Z9z+VHbpR+FAwz9fyo z/nFH4UY9jQAf56Udv8A61GPY0Y9jQAmff8ASj8f0pfwNHHoaAD8f0oz/nFHHoaOP7ppCD8RSfj+ lLgehowPQ0wDP0/Kjv1o49DRgehoAM+/6Uc+tLgehpML6GgA/EUZ+lLx6Gjj0NAw/EUfiKOPQ0nH pSEL9cUfiKTj0NGR70wF49qOKTj0o4oAWj8BScelHFIYv5flSflRRTAWkpKXigApcUnFHFAgwaXm k4o70DF5zRzSUUCFwf8AIpMGij8aBhj/ADiij8aKBBRRRQAc0Y4oopDDFGKOaKYgwaTFLijFABik pce1GP8AOaBiUc0uKMUgEwaOadjjvRjmmA3n2op2KMexoEN59qX8qXFGPY0AJ+VJ27UuPY0YHHFA xPyoz9KdgZ6UYHpQA3j2pfypfwooEN/Kl/L86MUYHpQAY+n50YowPSjAxQAY+lH5UYHpRgUDDH0o 49qMD0/WjAzQAce1HHtRgUYFABx7Uce1GPpSUAL+FGPYUcUnFAhePajH0pKKBi/l+VH4UlFAhcCl xTaXigYY9qMe1HH+TRxSAX8BSY56UYFH0FABijHt+lH4UlMQuP8AOKMf5xSfhR+FAC4/zij/AD0p OlLQMP8APSj/AD0o/CikAf56UY5/+tRijFMAx70YoxR+FAC4o5z2pMUYoEL+VHPt+VJt9qNtAC/5 6UUbaNtACYopdtG2gYcf5FH+elGKNtAhOfT9KMGlxRj2oGJg0YNLj2pMH0oEHP8AkUc56/pRg+lL g4oGJ/npR/npS4pMUAFHNLijBoATmjn/ACKXHNGKAEoopcUCE5ozS/hRg+lACZoz/nFGPajFAwz/ AJxRn3/Sjn0ooEJRS49qMe1Aw/GkpefSjB9KBBSUvPpRz6UDDmjmjn0o5oEFGaMGk5oAXNH5UYNG DSGH5UflRg0UwD8vzo59qTmlzQIXB9qMGkyaKADH0pcfSkooGFHPpRRQAYowfSij86ADafSjbSfn S/iaADbRt/zmj86SgB23/OaTH1/Sjv3o/OgBcUYpOKOKBBijBo4o496ADH1pcD3pOPWl4pAGPek/ Gl49aTimMKKXj34o46UAFFJgetLgetAgopMD1NG0epoAKKNo9aXA96BhSUuB60YHrQAlH407C0YH rQA38aX8aMCjAoEH40ZowPWjA9aACkzS4HrRgetABzQKXj1pOPWgBKX8aOPWk49aBi/lR+NHHrRx QAc0UcUcUCCikOKOKBi0YpOKOPWgQuPekxRxjrRx60AFFH40cUDClxRmkoAXBoxSZooAXH0ox9KS j8aAFx9KT8qKKQB+VLj2FJxRTAPwFGD7UZooAMfSlwfako4oAMH2owfajijAoELg9sUmD7UYFGKB i4PpRg+g/OkxRxQIXB/yaNp9vzo/Kj8aQw2n/Jo2n2/Olo4piEwf8ml5/wAmjA9KKAG4NGDS5PpS 8+lAxMGjB/yaPwpfwoEJg0YNH4UfhSGJg0c0v4UZ9qYhMGlwaSikMXB/yaTBzRzRzTAMGlwf8mk/ GigQvNId3pRz70c+9ABg0YNHPoaOfegYYNGD70c470c+9ABg0YPpRzRzQAYPpRg+lHNHNABg+lLg +lJRQAuD6UY9qTFH50CDn0owcUYPvRzSGGPajFHzUc/5FMQY9qMe1HNHNAwxRj2o5o5oEGO9GKOa OfSgYYopefSgZ9KQCc0UvPpSfN6UwCl4pPm9KOc9KADj0o4o+b0pfm9KADj0pPwpefSjB9KAD8KT 8KXB9DRg+lAhM+1Ln2pMH0owfQ0DDNGaMH0NJg+hoAXNGaTB9KOfSgBfzpfzpvNHNAC/iaMn1NJ+ FGPagBc+5oyfU0Y9qMexpCDP1o/E0mD70AGmAv50fnSAe9GDmgYuT70c+9GKTBoEL+dGfrSYOaXF Aw/OjNGPejHuKADmjmjHuKPxFAg5oo/Gjn1oGGPejij8RR+NABx6mk49TTvxFH4igBuPrRj607/g Qo79RQA386Kf+Io/H9aBDaSn/iPzo/H9aAGUfhT8e/60YPqPzoAZ+FFP59vzooGMoqT8qPypAR/n Rn61Jj/OaMfT86YEefrRUmPp+dJj6fnQAyipMfSkx9KBDKKfx7UflQMZ+dH4mn/j+tHHt+dAhn4m jP1p/wCX50fl+dADMmjJp/5fnRx7UgGZPvS5NO49KT8B+dMBM0Z+tO/Kjj2oGNz7mjP1pcijigQm frRn60uRRx7fnQAmfc0fnS8e1HFAB+dH50flRx7UDEz9aX8TRx7UlAgP1NH4mj8aOKAD8TR+Jopc 0DD8TSfifzo/Kj8qBB+f50fn+dH5Uv5UDEz/AJzR+dOpPyoATn0o5p340lAhOf8AJoH+eaWigYn+ etGD70tGDQITmjnPf86XB70YNAxOff8AOjn3peaOaBCc0c/5NOwaKBjef8mj/PWnYo20ANpOadj3 FGPcUAJzRk+hpce9L+NAhufajJp1FAxvPpRz6U78RR+IoEN/CjPtTufUUfiKAG8/5FGT/kU6jJ9q AEz/AJxSf56U7P0/OjP0/OkMb+P6Ufj+lOyfQfnRk+g/OmIbn/OKM8df0p2fp+dL+X50AMz/AJxR n3/SnZ+lGfp+dACZOOv6Un4j8qdkeg/Oj8vzoAb+P6Udv/rU7P0/Oj8vzoGN/H9KPx/Sl/KigBPx /SjPv+lLz7UuTQIbn3/Slz7/AKUUdulACfj+lL+P6UfhR+FIA/H9KT8f0paPwpjEz7/pS5Pr+lH4 UfhQAmSe/wClL+P6UfhRQAfifyo/H9KOfSjn0oEH4/pRz/kUmPajBoGL+NFGKMUCDtRSYoxQMXFG KOaOaADH1oxRg0nNABj60UvOelHNAgx6UmKXmjmgYYNGKOaOaADFJg/5FLzRzQITB/yKMf5xS8+h o59KAEx/nFLijJ9P1o5oGGDRj/OKOfel596BCf56Ufh+lHPvR+dAxP8APSl/z0ox9aT86AF5/wAi j/PSj86T86BC0Y/zik596PzoAX/PSjH+cUmPr+VLj60DD/PSk/z0o/OjjHegQc/5FL/npRge9Jge poGLz/kUc0mB7/lRj3P5UhC/56Ucf5FJj6/lR+J/KmMXP0/Klz6fypv4n8qOPU/lQAuf84pc+/6U 3j1P5UuB6mgBc+/6UZ9/0pvHqfypcD1P5UALn3/SjP8AnFJx6n8qOPX9KBC5H+RRkf5FJx60cev6 UDFyP8ijP+cUcetHHrQIOPX9KOP8ijjrn9KOKBjaPwNLzRzQAZFH50c0c0AGfajI9KTmlpAGRRkZ 6Uc0UwDI9KOPSk59KOaAF49KXI9KTmigQZHpRn2pM0ZoAXPtRn2pM0maQx2fajPtSZ4opgLmikpa BBmkpaKAEo5pfxo/GgYlFL+NFACUZpeKOPagBKM0uRRxQITNJmnZFGRQMSjNLxScZpAH+etH+etG RS8UxCZo/Gjil4oGJ+NH40ZFGR2FAB260cetGaM0AHbrRRmjJoAKKMn1oyaADvRmjNGTQAZ4ozSZ OaM0gFzRkUmaM0wFyKMik70c0ALkUZBpOaOaBDsj0oyKb2opDHZ9qTP0pKXmmAuaM0mKKADIoyKK Oc0CDIo4ox70Y96BhmjNGPelwKQCZHpRn2ox7ilwKYCZo4pcD2owKBCZozS4HtRgUAJmil4o49RQ MbS0uB6ijj1oAT8aKXA9RRj3FACUUuB60ceooEJRz60uB6ijj1FADfxoP1NOx70Y+lAxvejj3p35 Un4igA/Oil/EUfjQITFHFLx6ijA9qAEoo49qOPagYUUv5UfiPyoAT8KPqKOMdvyo49qBB+FH4Cjj Haj8qBh+FH4UfiKPypAH4Ucf3aX8qT8qYB+Ao/4DS8e1JQAZ/wBkUfhRx7Uce1Agz7Cj8BRx7Ufl QAZ9hRn2oooGGfajd7Ufl+VL+X5UgEz7UuaTj2opgLn6UZpPyo/KgQu6jdSUUALn3/SjP+cUnNHP rQMXPv8ApS5HrTcmjmgQufc/lRn3P5UYPrRz60AGfc/lS/ifypOfWjn1oGLn3NGfc0Z96TJ9aBC/ 8CP5UZ/2v0pMmkyaAHZz3o/4F+lNyfU0ZPrQMdn3oz703J9aMn1oEOz70Z96bk+tL+JoGL+NH403 J9aPxoAd/wACo/Gm8560c/3qBDvxo7daT/gVGT/eoAX8aPxpM89RRz/epAL+NH40n/AqOfWmAv40 fiPzpPxpP+BUgHfjRj3FN/Gl/GmAvHtSceopM+9GfcUDF49vzo/EfnSZPrRk560ALx60YGO1Jk46 0c+tADuP8mkwKTn1o59aAF4opOfWjn1oELRik59aMnHWgBf89aP89aTJ9RRk+1IYtH5UmT6ijJ9a YC/jS03JoyaBC0YpMn1oyc9aAFpabk0ZNAxc0UmT60bj60ALk0ZpMmjJ9aBC596M/SkyfWjJ9aAF z7ijNJk+opcn1oGGaXNJk+tJk+tAC5NLzTcn1oz70CF/EUZ9xSfjR+NAxc+9Gfek/Gjn2oAX8aM+ 9J+NHPrQA7P+1SZP96k59aOc9aAF/wCBUc+tJ+NLn3oAX/gVGP8AapM+9GaAF/4FR/wKkyaMmgQv /AqT/gRo3NRuPqaAFx/tUY460mT6mjJ96AFx70Y460nNGT70DFx70YPvSZPvRk570ALg460Yb1pM n3o/OgQuD60YPrSUZoGLtPrRtPrSUlADsH1o2n1pKTNAh20+tG003P1pfzoAXYaNpptLxSAXaaNp pvFHFMB20/5NJtNJxRkUALtPpRg+lJRn/OaBi4PpRg+lJRj3oELg+lLg+lJgUYoGLg+gowaTAo4o ELg0mDijj2o49qAFwaMGk49aPyoAMH1pcH1pKPxoAXB9aMH1pPxoz70DDHv+tG0ev60fj+lH4/pQ AYHr+tG33/Wk/wCBfpR+P6UgF2j1/Wk2+/60fj+lH4/pTANvv+tLtHr+tJ+P6UfjQIXHv+tGPf8A Wk/GjHPWgYu3/OaMfT86TFGKBC7T6j86TafUfnS4pMUDDafUfnRtP+TRg0vPrQAm0+oo2mjFLikI MNSYNGKKYC4PrRg0lH40AL81GGz2pPxoyPWgYvzelHPoKTI9aXigQYb0FHzegpOKXjHWgYfN7UfN 7UnHrR+NAC8+1L83tTfxozQIXn2pefQU3NGfegYvPtS85pv40Z96AHZNJn6UmfejIx1oAXNFJn3o yKBDs0mfakz70ZoGLn2oz7UmRRmgQufb9aMn0puR/kUvFAxc+360Z9qQkf5FHFAgyfT9aXPt+tJx /kUcUDFz7frRn/OaSjFAhc0ZP+TSYH+RRgev6UDFyaMn0/WkwPX9KMD3oELk+n60nPp+tGB6/pRg e/5UDDn0/Wjn0pePX9KMD1/SgQnP+TR+FGB70ce9Axcn0/Wk/D9aOPej5fQ0AL+H60c+lHHvRx70 AGT6Uc+lJ8vvRx70hC8+lHPp+tHy+9Hy470xi846frRz6frSfL70fL70ALz6frSc+n60ce9HHvQI XB9KNren60nHqaOD60DDaf8AJow3+TRx70mR7/lQAuG/yaMH/JpOPejI9/yoAdhqTDUZHv8AlRkf 5FAgw1GDRuo3UDDBo5o3CjcKBCc0c+9LkUbhQMMN70nNGR/kUuf84oEJ81Hzev60uf8AOKM/5xSG J81HNLn3/Slz/nFADeaOfenf56Un+elMBOaXmjv/APWo/H9KADn1pPmpf89KM+/6UAJ81Hze9Lk+ v6UZ5pAJz6GlyfSjP+cUZpgJk+lGT6fpS5/zijPNACc+lFLmigBPwNHPoaXJo5oEJn2o5o5xRQMO aOaKPwoEGTQc0ZooGHP+TR/nrRzRk0AHNHP+TRRQAc/5NHPr+tFFAg59f1pOfWlooGJ81HPrS0Zo AOfWjBozRQIPxo/GijjFACUUv0ozSGJzRz60tHFMQnPrR83rS5FHHrQAnPrS80cUvHvQMTn1o59a X5fejigBvPqaMn3p3HrRxQIbk+9GT70/j1o49TQAzJpefSl49aOPWgY3J9KMk9qfxSZFAhuT6Uc+ lOyKM0AN59DS80uaN3+cUDE59KT8Kdu9/wBKMj1oAbR+FP3e9G4UAM/ClyaXdRu/zigBKKXdRuoA T/PWj/PWl3UbqAE/D9aPw/Wl3fSjcaAE49KPw/Wlzmk3UAH+etH+etGaM0AH+etGM0ZoyfSgAx/n NFGaMmgQUYoyaNxoGFGKOaKADAoxRR+NABiij8aPxoEHeiij8aACijvS0DEoo/Gj8aBBRmjHvRj3 oAPzo/Ol/Gk/GgYfnRmj86KADP1o+maPxo4oEH4Giij8aAF/Ok/Oij8f0oGHfvR+dL+NH40AJS/n SUf56UAHNHNFH+elABz60c0f56Uf56UCDmjBo7UY/wA4oGGDRiij8f0oAMUuKT8f0pKBC7aNtH40 Y4oGGDRtNGOKMCgA20YOKMUYoAMGl2mkxRj3oELtNGKMe9GPekMMUYo2+9G0etABj6UYNGPel2+9 MQmKMUYHrS4HrQMSlxRgetGB6/rQAYoNGB60Y96BBjFJS496Me/60AJS54/+vRj3pPxoGLn2/Wk/ D9aPxox70CD/AD1peaMf5zR+VACYHrRgetGPc/lRg+9AC4HrRgetJj6/lRj60DF4pOPaj86MUCDj 1o49qMUYoAOPbmjj2owf8ijFABx7UvHt+dNwfWjmgY7j2o49qbz60c/5FAh3Ht+dHFNwelLg+tAC 8eg/Ojj2pv4n8qP89KAHce1HHt+dNwfejHuaBjsD2/OkwPb86TBoxSAXA9B+dGB7fnTcUuKYDsD2 /Ojj2/Om4oxxQIdx7fnSce1Jj2NGPY/lQAvHoKPwFJj2NGPY0DF/AUn4CjH1pdvagQY9hRj2WkwK MfWgBcfSjH0pMfX8qMD3oGLj6UY9qTH1ox9aAF/AUflSY96No9aQC/lRj6UmB60Y96Ygx9KXH0pM D1owPWgYv4ij8aTAowKAFyaSjA9aMD1oAKXmkwMdaOO1AC8+tJk+tHHrRgUALu96M+9GKTaPWgBc mjJpMD1owPWkIXJxRz6/rSYHrRgUxi5P+TRk+v60mPejFAhcmjJ9aTH1owPegYuT60Z96Tj3owKA Fyf8mjJ/yaTFG0UALk/5NGT/AJNJgUY9qAFyf8mjP+c0mPajHtQAuf8AOaTd/nNA+lH4GgBc/wCc 0bv85pO/SjFAhdxpNxoxRg0DF3UbqTBowaAFzRn2pMGjFAhcmjPtSUlADs+1G72pKSgYufb9aMj0 pKKAFyPSlyM9KaKKQDsj0oyPSm/jS4pgGfb9aMj0oooEGfal/CkzRn3oGLRxTc0fjQIdx70U38aX HvQMWjNJ+NGPegBaKTHvRj3oAWjH+c0mPejHvQIXH+c0f560mPejA9aQC/j+tGaTHvRj3pjF49f1 oyPWkx6GjHvQAvHrSZ96NvvRigQvHrR+NJj3o2+4oAX8aPxpMH1FGPcUAL+NGfekx7ijB9RSGLn3 oz70m00baYC596M+9JtPtRtPrQAu73pM+9G2jbQAuT60mfejFG2gBc0bvf8AWkxSbaAHZ9zRkUmP b9aMUCDcPU0Z96MUYFABn3NLmk20baBi7qTIo20baADI96Pz/OjBoxQAfnR+dGKMUAGfc/nRn6/n RijFABke/wCdGR6n86MUYoAMj3/Ojj1P50Y9qNvtQIPxP50fj+tGKMUDDn3/ADooooAX/PWk/H9a KKQhfxpPxoowPSmMWj8aMD0owPegQfjR+NJxRigBeKO/WkwM0UAO/EUfiKbRkUhjvxFH403ijimI d+NGfcU3ijigY/8AEUmfcflTeKOPWgB35flR+I/Kk49aMD1oAXPuPyoz7im8UvHrQAv40flTePWj I9aBDvy/KlpuR60ZFAx2aTPt+lJxSe9ADs/T8qTP0/KkwM0uKAD8qX8qTA9f0ooAPypfwpPxpOve kAv5Ufl+VJRimA6j8qSjFAB+X5UflS4pMH1pCD8qTH0/KlwaMGmMTH0/Kj8qXFGKBCUflS4OelGD 6UDEx70Y96Xn0pKBBRS80nNAw/z0o/H9KMGjB96BB+P6Uc0YPvS4NIYlHNGD60Y96YAM0c0UZNAC 5NFJzRz6UgF5o70n4Ud6YBS5pKKAFyaMmkooAXcaMmkwKO1Ahcn0pef8mk/CjP1oGL+H60ZPpSdu 9HHvQAvPp+tH4Cm/nRj60CHZPoKOfQU3H1pfzoGLk+goyfak/OkxQIdk+1HPtScUnFAx3PoKMn0F NooAdk+1GfpSCigBc/SjJ9qTAowKQC/lRn6UmPejFMBcn2oz7Cj8aSgBePQ0cUmP9o/lR/wI/lQA vHvScUY9z+VH4n8qADjFGaPxP5UY9z+VABmjJo59T+VH4n8qBBz70mTS/j+lL+P6UDEyaTcaX8T+ VH4n8qBBuNG40fifyoz7n8qBhuNG73o/H9KM+9Ag3UbqM+9Gff8ASgA3GjcaM+/6UZ56/pQMNxo3 GjPv+lGR6/pQAbjRvNGR6/pR+NABuNG4+lHFGR60AG6jcaM+9H40AJuPvS5NGfej8aADcfejJoo/ E0AGT70ZOe9H40fiaBCZPvRk+ppfxNH0zQAmfc0Z96XP1/Oj8aBiZ9zS/nRk+tH40AFHNGT60Z96 AE5zS5NGf9qkz70CDJoyaPxo/GgYZNGT60ZFHHqaAD8RRk0Zo980AGTRk0v40Z96BCc0nNO/E0fj QMbzRk07PvRQA3mjJp2aMj1oAT8aKdn3/SjPv+lAhvejmlz7/pRn/OKBiZozS59x+VJnnt+VAB/n rRmj/PSl/H9KAE5oyf8AJpfy/Kj8f0oATNGf85pcf5xRj/OKQhM/X86Mn3pcH/Ioxx/9amMTNH4f rS4Pr+lGD6/pSEJn60Z+tLg+tG0/3qYxPzo/OlwT/FRt96AEz9aKdt96NvvQIbS/nRt96Nue9Aw5 ozRt96Np9aADP1ozRtPrSbT60ALk+9GT70m0+po2mgBcn3pMn3pdp9aTafWgAyfelyfejb70bPc0 AGT60ZPqaTafWjafWgA59aOfWjBowfWgQfjRzRg+tGDSAPxNH4mjBpce9MYn50d+ppcUYPtQAmfc 0v40YPtSY+lABR+NHPtRigAoo59RRz7UAGeaM0fiKXn2/KgQmaPz/Ojn2pefUUDE/Cjn0pce4ox7 0AJ+Bo/A0uPcUY9/0oAT8DQPpS/j+lH40AJ+H60fhS4PrRg+tAhOPSjj0P50uD60v40DG5HoaM+1 OwfWjB9aBDc+1Gfanc+tHPrQMTPtR+FHPrS8+poENz7UZ9qXn1NHPqaBiZPpRuPpTufWk57UCEyf Q0Z9v1pcNRhqAE/A0ZpcGjmgYUZNHNHNACc0UvNHPrQITP0oyPalOaOfSgYce1H+etHPpRz6UgDH +c0fTH50YPpRzTAPy/OjH+c0YPtRg+1ABij/AD1owaTB/wAmgBeP8mjA/wAmkwaMGgBcD/JowP8A JpMH0pcGkAYHt+dGB/k0m2jB9qYhcD/JowP8mjFGKQwwP8mjaP8AJoxRimAbR/k0m0ev60v4UUAJ gf5NGB6/rRRQAYHr+tGB6/rS0YoEJgetGB6/rS0UDDAz1pMUUY96AFxx1o70n4mjB9aBB+NLxSc+ tH4mgYvHrR+NJ+Jo59TQAfjS/iaTJ9TRn3NAB+Jo/GjJ9TR+NAC80Z96TPvRz60ALRSZPrRn3NAg o/GjJ9aMn1oAXHvRSZ96Mn1oGL+NFJz60c+tAC0YpOfWjn1oAXBowaTHvRg+v60hC4OaNppMH1/W jn/JpjFwf8mjBpMH1/Wj/PWgQu2jbxSc0UDF2mjaaTFH50CF2mjaaTB96MfWgA2mjafSjn3o/E0D DaaXaaT86PxNABtNLtNJ+Jo/E0CF2mjaaT8TR+JoGLtajaaT8aPxNAhdpo2mk/E0fjQAu1qNp9qT 8T+VHHqfyoAdtb2owfUU3j3/ACo49TQA7B9RRg+1N/H9KP8APSgB2DRg+opv4/pR+NAx3PrRg02j HvQIXB9aXnHWm0fjQMXJ9aOaPx/Sj8aBC80c0Z96TPv+lAC80c0fjSUDF5oox70YoAOaOaMClxQA nNHNLRigQ2in4PqaMH1b86BjPwop2D6mjB96BDKX8Kdg+hoxQMbn2pc+1Lg+9HPoaBDc+1Gadg+h pOfQ0AJk+lGfal5o596BiZoyKXn3o/OgBuRRlad270c0CG8UvHpS8+9HPvQAnFJxTs/Wj86BicUl O/Ok/OgQlFLz70n4GgAopce1J+dIYUUUfgaYBRR+Bo/CgQUYJo/CigAwaOaOaOfegYc0n407B96O fU0CG/56UvNGD70YPrQAlH40uDijmgYn40UuDRg+tABRRz60YPrQAc0UYNGD60gCjNGGow1ABn2o z7UYNLg+lMQmfajPtS4PpSYoGGeelLn2pKXn2pAJn2/WlyPT9aOfak59qYC59qTI9KXn2pOaBC7h 6frRu9qTn2o/AUDFyPSjPtRz6Ck/AUCFyP7tGf8AZo59BRz6D8qBhx6Ucf3TRz6fpRz6fpQAf8BN HH900c+lHPp+lAB/wE0f8BNHPpRg+lAg/wCAmj8DRz6fpRz6UDD/AICaP+Amjn0o5/yKBB+Bo/4C aPwoyfT9KBhz/dNGD/dNGfajmgQc+ho59Goyf8ijmgA/BqTH+yaXmjLUDE/A0uPZqTLZpfmoAMex ox7GjmjJ9aAE2+xox7GlyaOaAEx7Gj8DS80fN60AJ+Bo/A0vPqKOaBB+B/Kj8DRz60c+tACfgaPw NL+Io5HegYn4Gl/Cjn1FHPrQAfhR+FHNH5UAH4Ud+ho/KigQZ9qM+1FH5UAGfajPtRj6UYNACZ9q OPSlx9KMfSgYcelGR6UYox9KADPtRn2pcfSkx7UAH4UcelH5UfhQIOPSj8KPwFGOe1Aw/Cj8KPwo /CgQfhR+FFFAw/Cj8KM0ZoEH4UfhR+VH5UAH4Uv4Un40flQAcdgaPwNB/CjP0oAXj0pPwoz9KMn2 oAPwpfwpN30o3fSgYvHoaMj0NJu+lG6gBfwNH4Gk3Ubv84oEL+Boo3Um40DF5z3o/A0m44o3UCF/ A0Z9j+VJn3pMn1oGO5z0P5Uv4Gm5PrRk0AL+Bpefem7qN1Ahfzo596TNGT60hi8+9HPoaTmjJpiF 59DRk+lJk0ZNAwyfejmjJ9KMnvQAUc9qOfSjn3oAMn1oyfejmjmgQZPvRk0c0YPrQAZNHNGD60YP rQAmTS80YOaMH1oAMmjmjmjmgYc0tHNJzQAUUtFAhM0Zoo5oAM+1Gfak5o5oAXPNJn2oyaM+1Awo zRn2oz7UAGfalzSZ9qM+1IApfwpM0UwDmjn/ACKKMigQc0UUlAxef8ijmk/Ol496BBg0YNH4GgH6 0AHNHNH50UAHNHNHHvRx70DAZoyaOPejt3oATJ96Mml/OjH1oATJpcmjHNLj60CEyfWjJ9aMfWlx z3oGJzRk0uKMfWgBMmilx7mlxQIbz60Zp2KMfWkMbn3oz707H1opiE3UZpfxooATPtRmlo4oGJml zS/lRgetAhuaXcKXikwPagAzRkUce1HHpSGGaTdS8egowPQUxBkUmadxnoKOPQUDG0tGR6UvHpQA lH5UvHpRxjpQITNGaXA9qMD0FAxKP89KXj0FGB6CgBP89KPx/Sl49qOPQUCDH+cUf56UYFGB6UDE wcdf0paXA9KTA9KAD/PSj8f0ox7UYoELuFJketJk+35UZPt+VADsj1pMj1pMn2/KjJ9vyoAdkUce tN3H2/KjcfagB3HrRx603P0oz7igBciikyfUUc+1Ax3Ht+VJ+X5U3n1FL+IoEL+X5Un5flRz6ij8 qAD8P0oz7Cj8qPyoAM+wpM+wpcfSjBx2oGGfYflSZ+lLz7UuD7UCEz/nFJn/ADilwfalwcdqAG5/ zikzx/8AWp2D7UuD6CgY3P8AnFGT/kU7B9KTB9KAEyfb8qM/5xS4PpRg+n60AJn6flSZ/wA4p20+ n60YP+TQITP0/Kkz/nFOwaMH0oAbn/OKMn2p21vSjDUDG5Pt+VGTTsH0owfSgBuTRn3p2D6UbT6U ANzRmnYb0ow3pQIbuo3e9OwfSjn0oGJn3ozS4PpRhvQUCE3e/wClGff9KXDelJhvSgAz7/pRu9/0 o+YdqPm/u0DDdRn/ADij5vSjLelAgz7/AKUZ+lHzUfNQAZ47flR+VHzUfNQMPyox9Pyo5o5oAPyo /KjmjmgQn5Uc+1LzRQMOfajPPQUUlABzjtRz7UuP85owaQhPyopeaKYxKOfUUtHPpQAmD7Uc+1Lg 0YNACflR+Iowc0YNAB+Io/KjBowaADv1pPxpcGjBoEJj3o79aXBowaBifjS/iKMGjB9KAD8RR+NG D6UuD6UAJmjNGD6UYPoKADNH40YPoKXB9qAEoz70uDRhvagBO/Wjr3pcN7UfN7UAH40fjRg+1HPt QAc+tGfelw3tSYPtQIM+9GaXa3tRg+1AxOKKNpowaBBRRhqXB/yKBicUUuDRg0AJxRS7TRtNACUU u00baAEo/Cjb70bfegQUUu33pMe9ACUUu33o2+9AxMGjBpdvvRt96ADBpMGl2+9G33pCE5owaNvv S7femMTmjB9aXb7n8qNvHX9KBCYPrRg+1Lj3/SkxQMMH2owfUUv+elJj3oAMH1FGD6ilx70Y96AE wfUUuD60mPejHvQAuD60YPqKTHuKXHvQAc+tJz60flS9+ooEJz6ijn1FH4il59RQMMH1FGDjqKOf Wj8aBBg+35UYPqKOaKBi9uopKWjJoEJ+NH4ilyaTNAB+NH4ijJ/yKMn0/SgAx9Pyo/EflRn2o/z0 oAPy/Kj8qPyo/KgYn4j8qWjNHOf/AK1Ago/Kjn/IooGGaKTNGfpSAXI/yKTNGfpRmmAtFGaSgApf xo4pPxoAX8aKSigQv40lGRRx60DDNLupOPaj8qBC5ozSZ+lH5UALn3opOPal/EUDDNFJgeoo/EUA LmijjPUUcf3hQAUUd/vCjHuKBBmijj1FGP8AaFAwozRj3FG3/aFAC59qTNGPcUuP9qgQc0maXHvS YPr+lAwzRmjB9aTB9RQAufakzS4NGD60CDdRu9qMGjBoATNG6lwfUUYakMTNGaX5vajn1pgJ2ozS 8+tHPr+lACZNGaXn1o5oEGfejPvRzRzQAmfejPuKXmk5oAXPuKPxFJzRzQAuaM/SjJpMn/IoAXPu KM+9JzRmgBc0UnP+RRk0ALRSZNLn3oGJ/npS/h+lGfejPvQIPw/SijPvR+NAw/z0o/z0oz/tUoPv QAmD/kUYPp+lLn3oz/tUCE/D9KX8P0o/4FR/wKgBPw/Sl/D9KPxNH4mgA/D9KTHt+lO/Gjj1NACY Pp+lG0/3aX2yaP8AgVACYPpRg+lL/wACNGPc/nQMTB9KOc9KX8TRj3NADefSjBp2PrRjjqaBCYNG DS49zRj60AJg0Yalx9aMfWgYnNJ81Px9aTH1oATv0o/Cj8RR+VAgo/z0o/Kj8qAD/PSj8B+VH5Uc e35UDD8vyo4o6+lH5flQAcelHHoKOPUUce1Ag4o4/wAijj1FJxQAv+elHek7UZoAX8KOKT8KOaBi 8UcUlGTQIOPSjjHSkzRnPagYvHpRRRQIPwo/CjmjmgAooyaMn0oGFFGTRk+lACUUvPpRzQITn0o5 o5oyaADB9KMGjJpeaBiYNGDS8+lHNABzRz6Uc0c+lABzRz6UfNS80AJz/k0c0vNGDQAnNFGDRg+t ACc47UZ+lLg+tGD60AJmilwfWjB9aBCZOKXPvRt96NtAB+NGaXHvSbfegYZ9xRn3/Sjb70bfegQZ 96TPuKXb70bfegBM8daXPvRto20DEyPUflS5HqPyo20baAEyPX9KXI9aMUmPrQAuRSZFGKMUAHFG f84owfSjaaADP+cUfj+lGKMUAHH+RRkUYo/CgQvFFJ/nrR+H60AL+NH40mf85pc0gCjPtSZNGaYB S0maMmkMPwFH4UZ9v1oyfSmAZ9qM+1Lk+lGfagQmfajPtS5oyfWgYZ9qTPtS5PqKOfUUCE/CjI9K XPvSfiKBhkUZFHPqKXr3FAhM0Uv4ikx/tCgYUfjS49xR/wACFACfnRR+Ipcf7QoASilx/tUYP94U AJRxS7T6ijb/ALVAhuBR+dO2/wC1Rgf3qAE49TRx60u3/ao2/wC1QMTj1opcf7VGP9qkAnbrS/jR j/aoxz96mIOPWjj1o2/7VGD/AHqBhx60n40uP9oUY/2hQIT8aKdj3FJj3oAOKKXHuKTH+0KACjil x7ikwfUUDCl4o59RRj3FAhOPSjgUvPqKPxFACZGaMjPalwfUUflQMTj0pOPQUv5Ufl+VIBOPSlyP SjP0/Klz7imITI9KMj0pc/T8qM/SgYnHpRx6Uv5flRnnt+VACcelJx6Uufp+VLk+35UAJxnpSfL6 U7PuKM+4oAb8vpS/L6UufcUZ+n5UAJ8vpR8vpS5+lGfpQIT5fSj5fSjP0/KjP0oGGVpPl9KXJ9vy oyfagQZX3oyvvRk57UZ+n5UDEyv+TRkUuf8AOKM/SgQcUZFGfcUZ+lABx/k0ZH+TR+VH5UDFyPX9 aPx/WkzS0CE/H9aM8df1paPwFACZ96M+9FHPtQAfj+tH4/rR+VH5UDF/H9aM+/60n5UflQIPx/Wj J/vfrR+VHHtQMMn1/Wlznv8ArSY47UuB7UAJn3/WjPv+tLx6ik49RQIM+/60Z9/1o49RRx6igYuT jr+tJn3/AFo49RRx6igBcn1H50Z9xSceoo49RQAufejPvTePUUcetADtwozx1pv4/pS596BC596T PuKTPuPyoz7/AKUDFz7ijI9aTPuPyo/EUALnnrS5HrTcjHUUflQAvHrRmjP0ooAXP0pKKT8aAFzR mj8aM0CDP0oz9KM/SjP0oGGfYUZ+lGfcUmT7UCF3ewoz7CjJ9qMn2oGLn2FJn2FGTRk0CFz7CjPs KTJ9qMn2oGLn2FGT6Ubj7Ubj7UCE/CjJ9KMn1FLk+1ACZNGT7UvPtSflQAZNHPtR+VH5UDDmij8q X8aADmjJo/Gjn1/SgQZOe1HNJz6ijn1FAC0UnPqKXn1oAKKOaOaADrS/560nPrR9TQMKWkz70fnQ AvNJzR+JpPxNAhefWjn1/Wik/GgY7n1/Wjn1/Wm596XPuaAFwf71GD/e/WkpPzoEOGf71HPrTcj3 ooGOyfWjJ9abn0ooEPyfX9aMn1puT7/lRk+/5UAO59aTJ9RRnP8A+qk/z0oAXn2o/Kj8f0pOf8ig A5oy3tS4WjC+lADctS5ajavpRgelAwy3rRk0u1fQUmB/dFAgyaMmjA/uijA/uigAyfWkyfWlwP7t Lx/dFAxOfUUmW9aXjH3RRx/d/SgBPmo5peP7o/Kjj+6PyoEJg0c0vHoKOPQUAJz/AJNHP+TS/gKP +Aj8qAE5/wAmj5vX9aX/AID+lH4D8qADn/Jo+b/Jo59B+VH4D8qAE+ajn/JpfwH5Ufh+lACc+1Lz R/wEflRz/dH5UDDmjnP/ANejn0H5Uc+n6UCDmjnPak+b+7+lLz6fpQAc+lH4Cjn0/SjnrigA/AUc +go5/wAijn0/SgYc+go59BS4Pp+lGD6UCEyf7oo/AUuDRg0AJ+Ao/AUuDRg0DEyfQUZ9hS4NGGoE Jn2FJu56ClwaMGgYm4+goyfQUuKMc0AJu9hS59hRg0YPtQIMn0FGfYUYPtRg0DDJ9qTPsKXB9qMH 2oATPrijP0pcH2/Ojn2oATP0oz9KXB9KOfagBMn2ozS8+1HPtQA3NGadg+1HPoKQDc+1GfpS8+1H PtTAQGil59qPyoASjPtS/lR+VACUUv4Cj8qBCcZo/Clz9KPyoGJge1GKX8qOfagBMD2opeaOaBCU UvNLzSGN4o49KWjmmAn4UfhTqO9ACfhR+GaX8aO/X9KAE/Cj8KXHv+lGB/kUCE/Cjj0peM//AFqM D/IoGJx6UZHoKXA/yKOP8igBPwFLn2o49f0o49f0oATPsKO/QUuB6j8qOPb8qAEz7CjPtS8f5FHH +RQAnPpS/hRx/kUcUCDPtRn2o+X2owP8igAyfSkz7UYHt+VGB/kUAGfajd7Ucf5FHHt+VABu/wBm k3f7NLx7flRgen6UDEz7UuT/AHaMD2/Kjj0FAgyf7ooyf7tGB7UcegoAMn+6KM+1GB6D8qOPb8qB iZ9qN3+zTsD2pMD2oEJn/Zozx92l/KjH0oGJn/Zo/Cl/KjH0oAT8KPwpcfSlx9KAE/Ck/CnYpMfS gQn4UfhTtv0pMfSgYnH92j8Kdj6UmKBCZ9qO/SlxS4oGNzR+Ap2B6UYHpQA2j8KXA9KMD0oEJ+FH 4U7A9BRgegpAN/CincegowKYxtGaXj0pePSgBuaM07C+lHFAhtFOwKMCgBKMmjAowKBhzSZpcCkw KBC5NGTRgUYFAwyfSjJ9KTilwKADJoyfSk4z3owKAF5o+b0pMCjAoAXn0o5pMD1owPWgQ7mjBpMD 1o49aBi/N6UnPpRx/eo49aBBzRzRgetGB60DDmjmjA9aXA/vUCEwfSjn0owvrRgetABzRzmjj1ow PWgYYOaTBpcCjFIBOaME0uBRTEJg0c0vFLxigBuDRg06koGHPrRj3pfwpPwoAPxo/Gl/KigBOPWj A9TS/hR+FAhOPWjj1P5Uufb9KT8P0oGHHv8AlRxRz6UfhQAce9H50fhSY9qBC8Y70uBSY9v0ox7f pQMXAo4puPajHtQIXig4pMe1GD6UAHH+RS8f5FG32pMe1AxePT9KOKTFG2gB3FHFJj/OKTbQA7I/ yKOKbtpdvvSEHFHFAFGPemAcUcUbaXbQMTijijbS7KADjFHGKNoo20CDj2o4o2ijaKADiijFGPag YflR+VGDRigQceo/Ojj2oxSY+lAC0cetGPpR+VACUuPej8qT8qAFopOfaj8BQAtFJ+VL+AoAOP8A JopPwFL+AoAMUYH+TRn2FH4CgAwPSjAoyfQUc+g/KgYv4GjHtSdewoz7CgQfhS4pM+w/KjPsPyoA XA96MCkz7fpRntigBcCjApM0v4fpQAnHvS8UUtAwyfQflR83oPypu73FG73WgQ7LZ6D8qMn0H5U3 d/u0bvdaBjsn0H5UmT6D8qTPutG73WgBcn0H5UuT6D8qbkf7NG7n+GgB2TjoPyoyfQflTN3+7Shu f4aAHZPoPypMn0H5Um76Ubv92gQuT6D8qTJ9vyo3f7tGfpQAc+g/Kjn2/KjI9qM/SgA59vyoyf8A Io3fSjP0oGLk/wCRSZPoKM/SjPPagQuT6fpRk+lJkdsUZ47UALk4oyabn6UZ+lIB3P8AkUuT7/lT c/Sj8qYDuf8AIpMn3/Kk7UnNADs/X8qMn3pKKAFyfejn3pKKAFyfejn1P5UlHNAw59TRk+tHNHNA Bk+tJz60tH+elAhMmlyaTFLzQAZNGTSUUDFyfejJpOaOaAFyaMmkzRmgQuTRk0UlAwyaMk0c0UAG TRk0fhS59qBCZNGT7UuaOKBiZPtS8+1HHpScelAgyfajJ9qXj0oyPSgBMn1oyaOKOPSgYZNGTRx6 Ucf3aBBzRRx6UcelAwyaM+1HHoKMj0oEH4Gjn3o4/uj86Xj+6PzoGJz70c+9Lx/dFH/AaADmk5pf wFLx/dpCG5NHzU7j+7Rx/dpjG5ajLf5FLx/dFGB02igQmWoy1O/4DSfh+tACZNJk078P1o49B+dA xuWpctS9+g/Okx7D86BCZajLUuB6D86Py/OgYm5qMml49vzo49B+dACZNGTS/gPzo49B+dACZNGT 6Uv5fnR+VACZNGTS49hRj6fnQAm4+1GTS8e1J+VABk+1GT7UY57fnRj6fnQAZPtRuNH5fnR+X50A G40ZOe1GPp+dGB7UCDccUbjR+VH5fnQAbjS5P+TSfl+dHbjH50DDJoyaOPUUflQAuTRk0nHt+dHH tSEBJ96Mn3o/Kjt2pjDJ96OfelooEJz70tHHTFH4UAJzRzS5ozQMT5qXn3opKBB83vR81FL3oAPm 9aT5vWl4o4z2oGJz6mjml/H9aOPUUAJz70fN70cUcf5NAg5o5o/z1o/z1oGLzSYNL/nrR/nrQITB owaXj2/Oj/PWgYmDijBpeKTj/JoEFGD6Cj8P1peP8mgYmD7Uc+1HH+TS/wCetACc+1HPtS8f5NJx 6j86Qg59qOfaj8R+dH5fnTGHPt+dGT/k0v4j86THuKAD8B+dGfYfnRj3H50uPcfnQIT8P1o/D9aX H0/Oj8vzoATNGfb9aX8vzo/L86AE59P1o/Clx9Pzox9PzoATPsKX8qXH0/Oj8qBjc0fhTqKAG80f hS0cUAH4Cj8KPyoz9KADn0FHPpRn6UZPtQAc+lHPpS8+1J+VAg59KM+1HPtRSAMn0/SjJ/u0tJTG HP8Adoyf7tFLx7UCEyf7tJz/AHadR70AJz/do59KWkoATn+6KOfQUtHFACZPp+lGT6fpS0UDEyfT 9KMnHT9Kd+NJx60CEyfT9KOfSl49aM+9ACc+lHPpR+NH4igA5o5o49RR+IpAHPvRz/kUf8CFGPcf nTGHNHPvRj3FGPcUhBk+9HPvRj3FLj3FMBOfejml/EUd+ooATmjmjPuKOeuRQAvNJz70oz6ijn1o GHPpSc0vPrSc+tAC80nPvS0Z460AHPvRz70ZozQIXB96TBzRn3oz9KBi/Wkoz9KMmgQvNJzS/lSf hQAZNGTS8e1Gfp+VAw5pM8//AFqM8f8A1qMj0oELn6flRn/OKTPtRkegoGLn/OKM0mR6ClyM9BQA fl+VHP8AkUbqM/SgA59vyooyPSjI9BQIM/5xRn/OKMj0FGR6CgAoz7/pRnvgUZHpQAZNFGfYUZ9h QAc0UZ46Cj8KAD/PSjmj8KX8BQAmTRk0v4Cj8KAD8aPxNH4UtAxOfU/lS8+/5Uc+350ZPtQITn1N HPrS5Pt+dGT7UAHfrS5HrTfyo49qBjs/5zRn3H5038BR+AoEOz7j86Mn1FNx9KTH0oAd+NH4038q OPagB340f5603H0o/AUDHY9xR+NN/Kk/CgQ/8qPy/Omf56UfgKAH546ijj2pv4fpSZ9v0oGP4o49 qZk/5FLz2/lQIdxRx1xTOfSlBPtQMdx7UcelMyf8ilyaAHcUnFJk0nPpQIdx7Uce1JznpRz6UDF4 9qTj2oz7UmT6UALx7UYHtSc0c4oELge1H5UmTRk0ALge1GB7UmTRz6Uhi8e1H5UmT6UZb0piFyKO PWkyaMmgYvHqKPxpMmjJoELx6ijA6Zo5xRzQAfjRj3pOaXmgYd+tJ+NLk+lGaBCfjS/jRmkz7UDF /H9KPxpM0ZNAg59aXn1NJk+tHPrQAc0c+po5o5oGLz6mjn1pOaOaQC8+tH40nPvSc0xDuaOfWko/ OgYvNJzSUUCHYPvSYpKKBi80v0/nTe1H40CF5peabRQMXmjmkozQAvPtRzSZNFAheaXmm80YPrQA vNHNJz60c0DFwaMH1pOfWjmgQvPrS80mTSZNADufWjn1pvNLmgYc+tHPrSZpcj2oAOfWk59aXPPa jP0/KgQc+tHPrRn2FH4CkAmPejB9TS/lRn2FMBMH1NHNLn2FGfYflQMTmilz7D8qMn0FACUYNLn2 FGfpQAmKKX8qPwH5UCEopePQUYHoKQDaXil49KTj+7TGFFGR6CjI9BQAZoz7frRkego/AUCD/PWi j8BR+VAwoz7frRx7UflSAMj0pcj0pPwFH4UxC/hRn2pPwpfwoAM+1Gfakz7UZ9qBi59hRn2FJn2o oAXP0ozSUUCFzxS5pv4UdqBi5+lLn6U3t0oJ9qAHZ+lHPtTfwoz7UAOyfUflRk+35U38KM+1AC5P t+VLk+35U3P+cUZHp+lAC857flS59x+VN/Cj8KBDvxH5Un5flR+FJ+FAxfy/Kj8vyo/D9KT8KAFx 9Pyo/L8qPwoz/s/pQIPy/Kjn2/Kj8P0oz7UDD8R+VH5flS/hSfhQAceo/Kjj2/Kjj0o/D9KADj2/ Kj8qOfT9KOfT9KAE9uPyo/Kjn0pef7tABn6Un5UvP92jn+7QAn5Uv4ij/gNHP92gAz9KTI9KXn+7 S8/3aAG5ozTufSjn+7QAlJ+Ap3P92j5v7tACflSfgKdzj7tHP90UAJ+VGfYUvP8AdFHP90UAJn2F GfYUuD/dFHP90UAJn2ozS8+go59BQAmfYUZ9hS4PoKMH0FAhM+woz7UYPpS4b0oGJn2ozS4OOn60 c0CDJ9qM/wCcUUY9qBhn6UZ+lH4UUAGeKTPtS0YoAQmlo70YpCE60v8AnpRijFMYUUbRRj2oAKT8 aXFGP84oAM+9GRRt/wA4o20CDI9vypc/Sk2j/Io2jvQAueetGfpSbRRtHrQMXI9qM+4pNoz/APWo 2j3oAX8qPypMfX8qMD3/ACoEL+Ioz7ijA/yKTA/yKBjvyoz9Kbgf5FGAf/1UCF79RRSY/wA4pcf5 xQAmKO/Wl/z0o49P0oATj1pce9H4fpR+H6UAFFGPb9KPw/SgA/EUcetH4fpRj2/SgYdutH40uP8A OKMH/IoEJ+NJ+VOwf8ikwc0AH5UlKQaXBoGN/KjFLg+howfQ0AJge1FLg+n6UYPp+lAhPxo7daXB z0/SjmgBPxopcUbTQAnFHFKV96TB/wAigYcUcelLtNLtNAhtLS7aNtAw/Kj8BRto2GgA/KkzS7T6 0bTQITP0oz9KXafWjacdaADNGTRto2mgAyaMmjFGDQMMfSjFHP8AeNLz6mgQm36UYo59TS8/3jQA mPp+dH4UuD/eNHP940AJj/OaTHt+tLz/AHjRz/fNACY9hRj2/Wnf8CNHP940AN59BS49hS8/3jR/ wI0ANx7UY+lLz/eNH/AjQMb+VGPenf8AAjR/wI0CEx70m2nc/wB40c+poAbilxS/iaPxNACYowaX v1NGfegBMUYoz7mlz7mgYmPejHvS59zRkepoEJj3owPWlz7mkyPU0AGKMD1o49TR+JoATHvS496P zo/E0AJj3pcf7VH50fnQAmP9qjHvS/nSfgaAD8aOP71H4Gk/OgYuB60Y96PwNJ+dAhfxox70mPrS 4+tAwx70UfnSUCFo/Gkz7mjNAxaPxpM+5pM+5oEO/Gj8ab+JpfxNABR+NJ+Jo/E0AH40v40n4mjn 1oAX8aKM8daMn1NACYpaM89TRn3NAwx70Y96TPuaXj1NABj3ox70n4mj8TQIXHvR+NJ26mj8TQAu OetLj3pufejP1oGO/Gk/Gkz7mlz7mgAx70cetG73NJn3NAC4HrSYHrRn3NGfc/nQAuMd6CKTPufz pcn1P50CExS4oz9fzoyfU/nQAmKWj8/zozx3/OgA/wA9KT86XJ9T+dGfrQAn5/lR+dLu+v50mfc/ nQMKKPz/ADo/P86BC8Uce9J+dL+dAw/Oj86PzpPzoEL+FJxS5+tGfrQAmR70cUufc0mfrQMOPelw KPxNH40AJxRgUv4mj8TQAnHrRx60ufc0Z9zSEJ+dLxR+dHFMA4oyKOPejigAyPWjj1o4o49aQCce tHHrS8Zo496BicetLx60cUcUxBx60cUcUce9ABxRx60ce9H4mgYfjSfiaXt1pfxoAb3op2aM0ANx Rg0uaMmgBMGjB9KXmjmgBMGjHt+lLzRzQAYPp+lHPpRk5oGaADDen6UYPpSZNGTQIXn0/Sk59KPw o/CgYuD6D8qMH0/Sk/Cjj0oAdg+lGD6U38KKBDsH0/SjB9BTcUtAxcH0FGD6Cm0UCHfN6fpRzSUU DFw3pRz6U3iikIdg+lHzelNo4pgO59KOfSm4FHFAx/NJzTePel4oAXLUZam/LRxQA7Joy1JkUcfn QIX5qMmk4o496AHc0mT60nHvRx60ALlvWjJ9aTA96OPU0DFyfWjJ9aT8TSfjQIdlvWky1Gfej86B hlvWjLetJznvR+dAC5PrRk0fnR+JoAXJ9aTJ9aPxNH4mgQvPrRk+tJ+Jo59aAFJNJk0dutH40DDJ oyf8ij8aX8aAE5peaOaT8aAF5o5pOfWj8aAF5o5pPxo/GgQvNHNH40fjQMOaOaT8aM/5xQAvzUc+ 1GR/kUZ/zigQc0vPtTeKKAFwfWlwabx/kUZGaQx2KMGm0cUwHc+1HPtTcUYHpQIdz7Uc03ijj0oA d81HPpTfwo4oAfz6Uc+lM/Ol/OgB3PpRz6Uzt3o/OgB/OelHPoKZ+dH50AP59qOfSmfnRQA/mj5v Sm/nSfnQA75vSjLU386X8aADn0peaT8aPxoGLzRzR+NH40AH50uT70nI70v40AHNGaPxoz70AGaM n3xRnnrRn3oAMn1oyaM89aM/7QoAOfWlyfWjn+8KM+9Ag59f0o/Gj8RS5HqKAEz2zSc+tO7dRRz6 igY3J9aXP+1R+Ipc/SgBu4/3qOf71Oz9KM/SgQ3J9aPxp2eOgoz9KAGj/eo/GnZ9hRn2FACfjR+N Oz7CjPPQUAN/GjnFLuz2FG76UAJyD/8AWoye1LnnotGfYUAGDnvSYPvSHPrRg+tIBdp9aNvvSYNJ g0xjscd6TH+cUmGowaBDsUbT6mm4NGD7UALtPqaMH1pOcdqOfagBce9GPek59qTB9qBjtvfNG003 B9qMGgQ7aaMGm4NGDQMdtPrRt96bg0YNADsfSjbTeaMfWgQ7b70mPek/OigB2PpSY96SjigYuD6i ik/GkoAX8RS/jTaKAHfjR+NNxS8UAFLTaXigBeaOaSigA5oo4zRQIKPwoo/OgYfnRz6UfnRn60AH fvR+dGfY0Z9qQg70du9GRRkUxh370lGR60ZFABRiij8KBBiijPPSjt0oGFGP84paM+1ABR+VH50n boaADFH5Uv4UZFAhMfSj8qXijPtQAn5UY+lL7Yo/CgBPxFGPcUv4UZ9qAE/Klx9KPwpKAD8RRj3F H4UUDDHuKPxFHHpRxQAc+opPxFFLxQAn4j8qX8qOKTigBfy/Kj8RRxRx6GgQv4iijj3owtABSc+t LxScUDD8f0oo4o4oEJj3pfx/SjijjtQMMUuD/kUnFH40CDmjn1o/GjvQMMGjBx1/SikoELz60c+t JRQMXBo59f0pKMUALz/kUc/5FAHvRj3oAMe/6Uv+elJg0YNAB+P6Uv4/pSbTRtoAPxpaTaaNpzQA UZ+lG00bTQIXNJRtNG00AFH5UbT6UYPpQMM/SjJ9qNp9KNp9KAFz7CjP0pNp9DRtOOlAhc0maNp9 KNvtQMXNGRSY9qXb7UCEyKPwpce1G32oAT8KPwpce1GD6UDEopcH0owfSgQUUYPpSY/2aAFopMH0 o/CgA/Clx7UmM9qOfSgYfhR+BowfSlwfSgQmKMUYPpRz6UDDHtRijBHajn0oAXFGPrSc+lGDQAuD RzSc+9HNIAwaMUc0YNMQYowaOaKBhil59qTHvRg+poELzRzSYPvRz70DF5o5pPzo96AF5o5oowaB B83pSZPpS4NGPekAmTRk0uPekx70xhk4o5zRj3pcGgBOaXn/ACKMGigQnPqaOfelxRQMTJ96Mn1N LRQAmT6mjn3paOf8igQnPvS/nRg0c0AH50c+9HP+RRz/AJFAw59TRz6mjn/Ipef8igQ3B9TR+Jpe fT9KOfT9KBhj3NH50c+n6Uc+n6UCDn1oxS8+n6UmD6fpQMTn1pce9GD6fpRz6fpQIMe9GPejn0/S jn0/SgYYoxS8/wB39KOfSgQlFL+H6Uf56UDE7f8A16MUfgPyo/AflSAMcUUZ9v0oz7CmIWjFJk+g oyfSkMXH0opOfQUfhTEH40UfgKPwFAB/nrRRz6Cj8BQAmKMGlwfQUY56CgAxRijn2owfagYYoANG G9qMH2oAMc0Yz3o59qXn2oEJijFLz7Uc+ooATFG2l59qOfb86AE280baXnPb86Ofb86BiYoxRz7f nS4b2oEJijFOwfak59qBiY9xRt96dg+1GD7UCG4oxz1FO2n2o2n2oAbRTtv0owfagBv5UflTtp9q MH2oAT8qKXHsKMfSgA/GjNGD7UY+lABn6UA0Y47UY78UDDPbijcPajAHpRj6UCDI9BRken60v5Un 5UDDI9KMj0o/Kj8BQAZHp+tLkelH5UfgKBCZGeh/OlyPf86Tj0FL+AoAMj3/ADo4z3/OjI9BRn2F ABke9HHoaXI9BRke1IBxX6flSY56j8qb9SaTn1NMY89cZH5Un4/pTefU0vPvQIXHv+lGD/kUnPvR k+/5UAGD6/pS8+tNyfejJ9/yoGOx70fjTckev5Uc+9Ah340fjTeff8qOf8igB340n40nP+RRz/kU DHf8CpPxpOT6/lRz/kUCF69x+VGT6j8qTn/Io5/yKAFyfUflSc+35UnNHb/61Axc/T8qM/5xSUZ/ zigQv+elH+elJkf5FGaADPHUflR+P6UcUfgaAF/L8qPy/Kk4o4oAX/PSj8f0pOKOKBi4H+RRgf5F JxnrRx60ALj3/SjH0/Kk49aOM9RQIXA9f0pMD2/Kjj1pOPUUALj3H5UuP84puPcUY9xQMdj3H5Um PcflSfiKPxFAC49/0opPxFGPcUALx7Un5UfiP1ox/tD9aAD3/pRx60fiKXH+0KAE4o49f0ox7ijH uKBBx6/pRx/kUY9xS/jQA38aKdj3ox7igY2l49aMH1H5UY9xQIMik49aXHuPyowcdf0oAM0mR607 B/yKOfb8qBjc0Z/zinc+35Uc+35UCG596N1O59vyo5/yKAG596Nxx1pcGj8qBibvejcfWnflR+VA Dc0ZFO/KjH0oENzR/npS80fjQAlLSfjS4oGFJS4ox70CEpc0YFGPegYUcUYHrRjigQcUZpMe9Lj3 oAM0flRgZ60mB60DF4o4pOPWjj1oAXjFHH+TSYHrRgetAhcj2/OjI/yaTA9aOPWgYuR/k0ZHp+tJ j3oxx1oAXj0/Wjj0/Wj8aOP7xoEHHp+tHHp+tHHrR/wKgA47D9aOMdP1ox70mPegYuR6frRken60 mPelxz1oEGR6frRken60YPrRg+v6UAG4en60ZHpRj3ox7/pQAZHpRkdcUYPrRz6/pQAZGOlGR6Uc +v6UYPr+lABkelGR/dowfX9KAPf9KADI9KNw9KMH+9+lLg+v6UAJuHpRkelGD/e/SjB9f0oGGfaj PtRj3/SjB9aBBxnpRx6UYP8Ae/SjB9f0oAOD2o49KMH1o59f0oGHFGQKTB9aMH1oAXIoyKMH/Iow f8ikIMijIo59f0o5/wAimMOKOKPxo/GgA4pfxpvNHPrQIWik59aOfWgBePWik59f0pcH1oGH40fj SYPrS4P+RQAvbrScev60YPrSYOOv6UAO/H9aQ9ev60mD60vP+RQIOPX9aPxo59aOfX9KAD/PWjij nNGD/kUDDPv+tG7/ADmjFGKBBuHrRmijj/IoANwoyP8AJo4/yKOPWgAyKMj/ACaOPU0cepoAOPT9 aMj0/Wjj1o49aBi7vb9aTd7Un4n8qXj1/SkIMj0FLkegpOPWjj1pjFyKMj0FJx60cetAC5HoKM+w pPxNH40CFyPSjPsKTPvRn3NAxcijikz7mjI9TQIXjFHHpSZ+tGfrQAuRS5X0pufrSc+poAfkUmRT fxpfzoGLxRxTefU0v4mgQ75fT9KPlpv0zRz70ALkelGR/kUnPvRz70ALxSZH+RRg+9GDQMMijI9f 0pcGkwfegQvFJx/kUuD70mD7/nQAcf5FHH+RRg0YP+TQAcen6UcUYNG0+tABx6/pS8f5FJg0Y/zm gBeP8ijikx/nNGO2f1oGLxScen6Ube2f1o2+9AhePT9KOPQflSbff9aXH+c0AHFH4Ubff9aMfT86 AE49vypePQflRj3/AFox7j86ADj2o49qMfT86NvuPzoAOKOPWk2+4/Ojb7j86Bi8etHFG33H50bP cUCDijijafUUYPrQAcUbR70m0+o/Ol2n1H50DDHvRj3ox7j86NvuKBC/jR+NJj3FLj3FIA/GjIpC Oeoox7imAuf85pM0YoxQAUfnRiloAT86MfWlxSY5oGFHNLijFAhMUUuKMUAFJ+NLj3oxQAfjRk5p cfWjB9KAE5o5/wAilwfSjnuKAEo5peaKAEzRmlxRj2oAO1FLijn2oASlpcfSjH0/OgBvbp+lLj2H 5UuKP89aBiY46ij8aXj0H5Uny+n6UCD8aMe9IcZ6D8qXj+7+lAAR70mPelwP7o/KjAz939KAEwfW jb9KXH+z+lGP9n9KBjcYopcD+7+lGB6fpQISjv1p20en6Um0en6UAJRz60u0Z6fpSbR6fpSAMnHW k/Gl2+36Ubfb9KYCZPrRTsZ7H8qTb7H8qBic+9Lz1xS4+v5Ubfb9KBCfhSU7H+cUn4fpQAfjRRj2 /SjHPT9KAEozS4/zijt0/SgYn1opf89KT/PSgAopcn/Io5/yKBCZo4pef8ijB/yKAG8elHFO7/8A 1qP89KBicelHHpR/npS9v/rUCD8KKP8APSkz/nFAB+FGPaj/AD0o496AFx7UY9qT86OKAFx7Ubfa jIo4/wAigYY9qMe1HFJwKBC49qMe36UnFHHrQAuPajB9P0pKKAFx7UY9jSYooAMexo59D+VFFABg +ho59DRj2pce1ACc56Gl5owfSjFAw5o/A0mOKMGgQvPvRz6GkwaNp9KAF596Tn3o2n0owfSgAyfe gE+9G00YPpQAuTRk+9Jg+lGD6UAGT70uT70mD6UYPoKAFyfQ0mT6GjB9BS8+goGJk+9GT6Gjn0FH PpQAZPoaMn0NHPpR83pQAmT6UZanfN6Uc+lAhuTRk0vNLg0DG5NGTS4PpRg+n6UCEyaMml2n/Io2 n/IoATJpMmnbT6fpRj/OKAG5PpS80Y/zilx/nFACc+9HOO9GPajFABzS0mKMfWgYc0c0YoxQIOfS k5pce1GPagYnNHNGPajHtQAvNHNJj2pcUCDmjmkx7UuKBhzRzRt9qTbz0oAXmjmjb7UbfagA5o5o x7UmPagBeaOcUn4Uv4UCDmjnPek/Cl/CgA59KOfSjBPaj8KBi80nNHPpRz6CgQfNRhqOfQUc+lAB 81Jhvel/KgZ9KBhhs96TDUvPpRg+lABhqMNR+FLj2oEJhqMNRj/OKXB/yKAE+ajmlx/nFJg0DDmj mjB/yKNp9P0oEJ83rS8+tG0+n6UYPp+lAw+b3oy3vRj/ADijBoEHPvRk+tLj/OKMf5xQAmT70ZPv Rj3/AEowfWgYc0ZPrRj3H5Uf56UCDJ9aMn1o/L8qMf5xQAZPrRk0UY/zigYnPvRz70tGPpQAnPrQ PrS4+lGPpQAfjR+NGPpRz7flQAZ560fjSc0vPt+VAg/Gj8aMnPajmgA/GjB9aMn0oyaAD8aXmkzS ZPpQMdg+tHNJmjNAhcGjn2pufalz7UAGD60YNGfajPtQMXB/yaTH0o/CigQuKTn2o/CigAx7UYox 7GjHPQ0AKAKOKSjHtQA7jNJkUmPajBoAXIo3D0oxSY9qAFz7UZ9qTFLzQAZGf/r0ZHpRijFABn2/ WjcPT9aMCggUAGR6frRkUu0eopNo9qBhkelG4elG0e35UYHqPyoAMj0pOP8AJpdo9R+VGB7UAGR6 UcelHHt+VGB7flQIMj0o+X0pcD1H5UmB6igAyvpRkelG0eoowPUflQAZHpRx6UYHqKMD1H5UAGR6 CjI9KXA7EflRx6igYn4UnHpTuPUUceooEN/4DR/wGnceoo49qAE/CjHtS/L6ij5fagBMD0pePSjC 0YWgYY9qMDPSjC/5NGF9aBCY9qXHtRhfWjA9aAEx7UYPTFOwPWjatADce1H4U/atG1aAGY9qXvTt q0bV96AE/Cj86Nq+9G0epoGH4GjNLtHvSbRQIM+1Jn2p20eho2j0NACZoz7Gl2j0NG0elAxN3saX d7GjHtRgehoEG72NG6jaPQ0u0elABupN1LtHpRtB7UAG4elJuFLgelGB6UAG4elG72ox/s0uBnpQ A3cPSl3e1Lx6UcelAxN1G4elLgelGB6UCAEelJkf5NLgen60celABu9qN3tTfwo+lACluKNxpKKA F3Gk3n1pMUuBQAbzS7j60mBmkwKAHbqN3vTTijigB273o3c9abgUUALn/aoyf736UnFGBigBc/7Q oz/tikx/nFGBj/61AC5/2hRn/apKKAFz/tCjP+0KSigBcn++KTJ/vCijAoAM/wC0KCT/AHhRgH1o wPSgBMn+8KMn+9S4HvRge9ABk/3hRz/eFGB6UYFAw5PcUc/3qMD3ox9aAE5/vUvP96jHsaMe1Ag/ EUfjRgdMUm32oAXn1FJn3FG32o2j0oAM+4o/EUBfajHtQAZ96Mj1ox7UbfagBcjH/wBekz9KNtGO elABn6fnRkY7UYox7UAGR7UmfpS49qNtACZHtRn6UuPWjbzQAm4UbvajFG2gAyD2o3Ck20u2gYZF GeO1G2jbQAmfajNLt9qTHtQAbqM0YPp+tGPb9aBBu47UbvpRg0YNABkUZpcH3owaAEzx1FGfcUYP pRg0ALn6UmfcUYOKMGgAz9KPxFG00YoGH5UZ+lGPaigQZ9/0o/H9KOnaj8KADJpc0lFAxc0ZpKXN AgzRmjPtS/hQA3OO4oyfWl/Ckz7UDFz9KM89aM+1Jn2pALu96M0mfalz7UwDPvRmjPtRn/OKBBxR ketH1/lRxQMOPWjj1o49KTj0H5UhC8etHHrSfgKMj+7+lMBePWk49aOP7v6Ucen6UDDj1o49aPwo /D9KADj1o49aPwH5UfhQAcf5NHHrR26fpR+AoEHHrRkUf8Bo4/u0DDij5fWj/gNH/AaBBx60ZHrR j2FH4UDDijilx7UYFACcetJxS446UYoAOPWjijFGKBBx6ijj/JowPajA9BQAcUfSj8BRxQAfh+tG aKTmgYufajI9KKTH0oELkUZFJj6UflQAuRRmj8qPyoGGRRmk4o9+KAHZ96M038qX8qBC5pO3Wjj2 o/KgA/EUn40tHHtQMPxo79aOMUcelAg/EUfjR+Ao49BQAn4ij8qXj0FGR6CgBKX8aMj0oyPSgYUZ 96OPSjI9KBCUU7j0oyPSgY3NFO/AUcegoEJSc+1O49KMj0oAbRz7U7I/u0cf3aBjeaXNLkelLx1C 0ANzSc+lPz/sijP+yKQhn4UfhT8/7NGf9mmMZxnoaWl3ewo3f7NACUUu7/ZFG4/3RQITIozRn/Zo 3c/doGGfrRn60Z9qM+1ABn2NLSZ46UufagQUlLn2oz7UAJ+FGaXJ9KMnP3aAE5paTJ9KMn0oGGfe jn1oyfSjJ9KBBz60c9aM+1GT6UDDmil59KT3xQIXmj8aTn0o59KBi496Me4pPwooELz6ijn1pPwp ce1ABz6ik59RS/hRz6UDDn2o59qMGl/CgBOfaj8qXH+c0fhQAnPtR+VLz6Cj8BQITn2o59qX8KTP tQMM0uaTPtS59BQIM/5xRz/kUn4UvHpQMM/5xRn/ADijPtR+BoEGfr+VGR7/AJUUfhQAce9HFH4U fhQAZFG4f5FHHpRkUDDd/nFG4e/5UZFGRQIMj/Io3D3/ACo49KXjGcGgAyPf8qMr70celJ+FAxfl 7k0ZHvS/h+tJx/d/WgQZHqfyo47E0YH92lwP7tACcZ6mjI9TRhcfdNGB/doAMj1NLx6mk49DS8eh oAMj1NHHqaMD0o2+1ABx6mjj1NG3joaXHPegBOPWl49aNv1o2/WgBRj1/WjA9f1pNvtRj2oAXj1/ WjA9aTHtR+FAxQB6ilwPWm0Y9qBDvxpMe9GD6UYoAMc9aXHvRijFABj6fnRj6fnRjmjAoAXHuPzo x7im0e1ACfL60cdc0uKCB6UAN+XHWj5fWnYHofypMD0NACfLR8tLx6GjA9DQAnFL8v1o4xRkUAHF JxS5HpScehoAMCjAozRQAvFJxRRQAYXFHy0ZNGaADijK0ZPtRmgA4o4xRn6UZoAM+9GfejPuKM/S gA49TRx6mjd9KM/T8qBicf3qPx60ufpRmgQmfejI9TRn/OKM/T8qAEzSjp1/WjP0/Kk59R+VABnn r+tH40ufp+VJk+35UAA+v60fj+tLk+35UZPt+VAxPxNH4n86MnHb8qOfX9KAD8TR+NHPtRzjt+VA g/Gk/Ol59R+VHPt+VACfjR+NO59f0pMEigBMe9H40uDRg4/+tQMSjj1/WlwRRg/5FAhP89aXFGDR zQAmBRgUuD6/pRg0AJxScelO/H9KPxoATj0o49KXn1/Sjn/IoATj0oxRz/kUc+v6UDFwKTj0o5o5 9qBB+FL+ApOfWl59RQMPwozSc+tLz60CEope/aj8qBicUcUfiKPxFAgxR+FH5Udu1ABSc0v5UZ+l AxMn0oyfSlz9KPyoEJk0ZNH4il/KgBMmjJpfyo/KgYmT60ZNLzntRk+1Ag5o5xSZPtR7cUALz6/r SZPr+tH4Cj8qBi5NJn3o/Kl/AUCE/GjPvSj6Un4fpQAfiaT8aX8P0o/D9KBh+NJ26/rS/h+lH4fp QIPxo/P86Pw/Sj8P0oGH+etJn6/nTufT9KTn0/SgA49/zpKdz6fpSc+n6UCEzRntml/D9KXPt+lA xM/Wil/D9KM+36UCEopc+x/Kj8P0oASjNL+H6UnPpQMM0Zox7UY9qADdRkUuPb9KMe36UhCZFGaM e1HGOn6UxhRR/npR/npQAUZox/nFG2gQUZoxRikAUflRijH+cUxh+FHFJj6/lRg+hoAXj2o4owff 8qTB9P0oEOGKTAx/9ekwfSjn0/SgY7A9qNo9f1pvPp+lLg+lAhcLRgU3B/yKMH/IoAd8tHy03Box 7UAO+X/Jo+X/ACaT8DR+FIBcL/k0fL6/rSUlMY7C0YWm0vNADvl/yaML/k02jmgQ7j/Jo+X/ACab zR3oAd8tHy02jPPagY75fWjj1ptGaBDvl9aPl/yabmjn/IoAd8vrR8tNyfSjJoAXil49f1ptFAC/ 560cetJR+NAC8etH4mk/GjmgY7ik696SjFAC8etLgU2jn1oELijFJz60c+ooAdt9qTb7frSc0c0A Lj2ox7Uc0c0DDHtRg0mDS4PrQIXFJj2ox70YoGLijFJzR+NABt9qXb9KTmjk96BC7eaNtJ2ox70A LtHejApMD1o49aBi7RijApOPWjjHWgQ7aKNo9Kb+NHHrQA7aKNopuaM0AO2ijaKTPvRn3oAXAoxT fxFH4igB2BRgUz8RS0AOwKTA9aSl4oAMD1ox70lLx7UDDA9aNo9aOPQUZHagQYFG0etGfpRQAu0e v60YHrSUYoAXA/vfrQAPWk/Cj8KAFwPX9aNvvTc0vagYu0ev60u0dz+tNoyaBDsD1/WjA9f1ptL+ FAxcD1/WjA9f1pM0UALgev60YH+TSZH+RS/l+VAg49f1o49T+dHFJx6GgBcD1/WjAPc0ZHvS5Hof yoAbjnqfzpcD1P50ZHofypc/X8qAE2+/60Ypf89KM/5xQAYNJj/Oadn3/SjPvn8KAEx/nNGKX8f0 o49f0oAT8aMe9H4/pR+P6UAL+NBoyPX9KOPX9KAEoxz0p3Hr+lGPf9KAG49qPw/Wnfj+lGB6/pQA 38BS8+lLj3/Sl2j1/SgBvzY/+vRg07A9f0owPX9KAG4br/WjB/yaXAPf9KMD1/SgBMHP/wBejH0/ OlwPU/lRhff8qBibTjt+dG0+350uAO5/KjHufyoELnn7tGR/dpOPSj8KBi/h+lHHp+lHbv8AhRj6 0CD8P0o/D9KMc96Nv1oATHt+lGPYflRj3o/OgA/4CPyo/AflR+Jo59T+dAB+A/Kk/D9KOfejn1P5 0AH4fpRz/d/SjJo596AE/wCA/pS49v0o5o596ADB/u0Y/wBn9KOfejJxQAY/2f0oA/2f0oyfU0mT 70ALj2/Sjaf7v6UmT7/rRk+tAC4PpRg+lJk0ZagAwfT9KMHsP0oyfWjJoANp9KMH0oy1GWoANvtS 49qTn1oyfU/lQAbfajHtSZP96jJ9aAD8KT8KNzetG5sUAH4Uc+lLuajLelACfhQc/wB00Zb0pMt7 0ALz/dNH/ATRlqTcfegBfwNHPoaTJ96Mn3oAX8DS59jTcnHejPsaAFz7GjPHQ0mTijn3oAXPtSfg aMn3/OjP1oAM+xoz9aM+xoz7GgYZHoaM/WjIz0NGR6GgQZ+tGfrRkeh/Okz9aBjs/Wkz7Gkz9fzo zx3/ADoELn2oz7UmT6GjJ9D+dAC5OelHPpSZ56Gl/A/nQMMGjB9KTjHQ0fnQIXFHek/OigYuKMe1 JS/nQIMH2owfajJzSc0DFwfSjHsKMn0pMn0oELj2FH4CkyfSjJ9KAHc+go+gFNyaMmgY7n2o59qb k0bjQAvPoKM+wpNxoyaBDs+y0n4Ck3GjcaBi/gKO/QUm40bjigQv4Cj8BRuNG45oAMe1HHtRuPrR uJoAOnYUceg/OjcaNxoAOPQUcego3GjcaADj0FHHoKNxpN31oAXI9KMj0o3Gk3e1AC5HpRkegpM+ 1Lu9qADj0H50ZHoKM+1GaBh+Ao49BRn60Z+tAhOPSjA9KXP1oz9aAEwPSjilz7UZ9qAEo/Clz7Uf hQMT8KMUv4UUCEpaM0UAJijmj8/ypfzoATBzRg+1L+f5UnHpQAuDRzSfgaPwoGHPoKOfaj8KX8KB Cc0vNJj2paBic0c+1FH5/nQIMewpefak/Ojn3oGLj6UmKPzoz9aBBj2FGB6UZo/OgAx7UfhRn2oo ABRij86OPegA4owKOPejNAw4o+X/ACaM0Z9qBBgf5NLgUmR6UmfagYuF/wAmjijI9KTI9KBBgf5N Lgf5NJn2FHHpQAuAP/10YHt+dJnnpS5HpQAYH+TS4H+TTcj0oz7UDFwP8mjA9vzpN3tRkelAC4H+ TS/5603P+z+lLn2FAC/560nH+TR+FH4UCF/D9aO3/wBej8KT8KBi59qMn/JpOfSj8KAHZ/zmjP8A nNN/Cj/gNADu3/16Mn0/Wm/8Bo/4DQIXJ9P1oy3p+tJz/do59KBjst6UfNTcH0owfSgB2Woy1Jg+ lJ+BoEOy1AJpv4Gjv3oGOyaMn0pPzozx3oAXJoyaT86TP1oEOyaMmm59jRn60ALz6UuT6Un4Gj8/ zoAXmjJzSfn+dH50AO5pOaT86T86AHc0c/Wm8+9HNAxcGl5pvNLzQIX86OaTmigAwfel/wA9aTmj mkMXH1ox9aTmjBpiFx9aXFN5o596AFx/nNGPrSc0YOaAF/A/nRx70mDRg0AL+Bo/A0mD6UYPpQMd +BoyfQ03B9KXaaBB+Boo2n2o2mgAz7H86Mj3o20YNABnjvRu9qXBpNp9qADP1pc+1GD7UbTQAZ57 0UbTml2nOKAEz/nFLn3/AEox70u2gBM+/wClGfel20bfegAz7n8qMj/IowfWjHvQAcd/5UH6/pRg +tKKAE/E/lRkev6UuKXAoAbn3P5Ufj+lO4o/GgBvfr+lLx6/pS496PxNACfj+lH/AAL9KMc9TS49 zQAf8C/Sk/4F+lH4ml/E0AHP979KMns1J75NLg+p/KgABP8Ae/Sjn+9RgnuaMe5oAPm/vUvP96jH PU0YHqaADB/vUc/3hRj3NBx6mgA59aXn1pPxP5UfiaAF5pPqaPxNH4mgBuP9o0bfdqXn0H5UZ9hQ MQr/ALTUmPdqdn2FLn6UCGY92pce5pffAoz7UAJj3NGPrS546UZ9qAEx7mjHuaXPtR+FACY9zRg+ ppc+oFH4CgBMH1NJtOepp34CkyfSgBMH1owfU0ufpSZ+lABg0YajNGT6GgAw1GH9/wA6M+1Jn2oA XD+9JhvejPtRk+lABtb1ow3rRmkzQAuG9envRhvWk/z0paBiYb2/Oja3+TRx7Uc0CFw1JtP+TS5P +RSfhQAYNLg+lJz6fpRz6fpQMXDelJhvSk5/yKOfagQ7a1JtY9qMH/IowcUAG1vSja2OlHNBNABt b0ow3pSZ9v0oz7fpQAu1s9KTa2elGeelJntigYu1vSjacUmfajd7UCHbT6UmDRn2pMn0oGOxSYo3 UZoELRj6UmaM80ALijB9KTcfSjefSgBcUYpN5o3tQAtHPrSbzR5hNAC8+v6Uc+tJvo3mgBefWjn1 pN5pN7e1ADuaTmjeaPMPpQAZPrRmjzDnpR5hoANxo3H1NJvNG5umaBi7jmjcfek3H1o3H1oELuNJ mlyaNzZoATcaNxpdxo3NQAm4+lGTRuNG40AGT6UZb0oyaNxoAMtR81G40bjQAfNSfNS5PpRu9qAE +ak+anbvajcaAE+aj5qXd/nNGeaBic0c0ufrRkf5NACc0c+tLkf5NGR70CE59aMe9Lke/wCdGR70 AJz60Y96XP1oyMUAJj/aFLj3oyKMigAxx94UY/2qMjFGRQAYH96jA/vUZFGRQAm3/apcD+9RkUuR QMTH+1Rj/boyKMigAwP79GP9ujIoyKADj+9+lHH979KMijIoAOP71HH96jIoyPWgQcZ+9+lHH979 KMj1NGRnvQAcf3qOP71GR70ZHvQAf8C/Sjv94/lR+dH50AH/AAL9KP8AgX6UUfiaAD/gX6Ucf3j+ VH40fjQAfifyo/4Efyo49TRkepoAPx/Sj8f0o/E0fjQMT/gX6UvTv+lH40Z9zQAc+p/KjHufyoz7 mjP1/OgQc+p/KjB9/wAqM/WjPuaADn3o59/yo3e5o3e5/OgA59/yo59/ypd31pN31/OgA/P8qPxP 5Ubv85o3H3/OgA5/yKOfWjd9fzpd3saAE59aOfX9KXPsaMj0oGJj3P5Ufj+lGaMigAx70mB60u6j cM0CDFGKNwo3CgAx7ij8f1o3ijf7UDDv1o/GjePQ0bvagQg+tL+NG6jdQAfQ0fjRn2oyKAD8RRn3 o3CjcKBhn3oz7ikyKXIoEHHrRx2NGR6UcelAB+NGPf8AWjijigAwfWjHvRxR8tABj3o/Gj5aPl9a ADHvRj3oytGR70AGPel/EUmR70ZHv+dAC496XB9abn6/nS5HvQAuPekwfWkzx1NGfrQAuP8Aa/Sj HvSZ+tGfc0DHd+tH403Ix1NLke9AhevejH1pMj3pMj3oAdj60mPrSZz60Z+tAC4+tGD6mkz9aX8T QAYPqaNp9TSfn+VHHvQMXB9aTB9aOKOP8igQYPvRg0UUAGD70Yo/z0o5/wAigBcGjBpOaX8KADaa TaaXBPajB9KAE2mjbS4+lGD7UAJg0YPpTsfSjB9qAEwfQ0YJp2PpQB9KAG4+tGDTsfSjHsKAG4Oe c0bTTsewo/AUAN2mjafWnYpcd+KAG7TRtNOx9KMewoATBpCDTsfSgD6UAN20u0078BSZ+n50AJto 2+9O/L86Ovp+dACbT60Y96Xn1FBB9aAEIPrSYPrTvxFHPqKAEx7/AK0YPrTsH1FHP94UANwfWj8a d/wIUc/3hQAlJk07/gQox7igBvPrRz607HvS49xQAzn1pcH1pcH1FLj3FADcH1owfWnYPqPyo/4E KAG80c+tLj/aH5Uv/Av0oAbzmjmnY9xRj3H5UAJzj8aKP+BfpS4/2h+VADec0vPrS49x+VLj3oAb +dGOaXb70uw+v6UAJg+lGD3FOyPRvyoyM9/yoAbj/ZFJ/wABFPz7fpSZH+RQAzH+yKMf7Ip+R6H8 qMj3/KgBuP8AZFJj/ZFPyP8AIpMj/IoAbg/3RRg/3RTsg/8A6qXI/wAigBh9Noo/4CKdlfejK0AN /wCArR/wFadlfX9KT5f8igBOP7oowP7op3y9s/lR8vv+VADP+AgfjR/wEU/jHf8AKjj3/KgBnGPu ijH+yKfx70YHvQAz/gIowPQU7A96MD3/ACoAZtHpS7RTsD3pcDFADMUm0d/5VJx70cUAR7RS4GKd xRxQA3A9KOM9P0p3Ao49aAG4FJj/ADin8etGV9aAGYH+RRx6fpT+PUUZGOtADMD/ACKMD/Ip3y9m o49aAGcf5FGB6H8qfketGR60AMwPf8qMD3/Kn5HrSZHrQAmB/kUmBjv+VO3e/wCtG73/AFoAbgZ7 /lRge/5U7cPX9aNwz/8AXoAbijaP8inbvf8AWjcPX9aAG7R7/lRtHv8AlTt3v+tG4etADdoz/wDW owPenZ/zmkz/AJzQAmB7/lRgf5FLmkz70AHFJxil49aOPWgA496MDFHHrRkepoAOKTilyPejIx3o ASjil47UfnQAlGBS/nRj60AJgUYFLRQAnFGBS4NGKAEwP8mjFLjmjFADcD3o49TTsUYoAb+NLxS7 aTB/yKAE4peKKP8APSgA4pOMdf0o7/8A1qOfT9KADj1o/E0v+elHPb+VACfjR+Jpc+1H4UDEx7mj B9T+VLk+lGTigBPqT+VGB6n8qXOKMn0oEGB7/lSce9Lmk3e1ABx70Y+tLuPpRuPpQAn50Y/zijd7 UbqAD8/yox/nFG6jNAw/P8qMUZozQAY/zijH+cUZ+tJnigQuP84owP8AIpM/WjP1oAdx/kUnHv8A lSZ+tGfrQAvHqfyowM9/ypPzpaADA9/yo496MfWk/OkAuB6GjA7g0n50Y+tMYuF9DRgYpOPelwD6 0CDA/wAikwP8ij86X8/yoGJgelGPalx9fyo/z0oEJijFL+f5UYHvQAbTSbaXH1/KjHv+lABto20Y 47/lR+dABijFLj2P5Uduh/KgYlGPrRj6/lS/56UCEwPekx7GnYo/z0oAbgehpMfWn/56Ufh+lADc UbafzR+FADMD0o2+1O59KOfT9KBjcUuKX8P0oz7UCEx/nNJin/hSZPpQA3BoxTsn0o3f7NADcUU7 PtRn2oGJj3pMc07J9KM+1Ahu2jb707PtRnjpQAmKOKXJ9KMn0oASil59KOT2oGJRS4PpR+FAhuPa jFOx7Uc+lACfhRil7dKT8KADHtR+Ao/Cl7dKAE98UfgKXFFACfhRz6UvH+RRQAmT6UfhS8f5FHFA CfhR26Udv/rUox60AH4UnH92l49aOMUDE/4DRx/dpeP8il46UCG5H92lyP7tHHrRgetABkf3aTI/ u0vHrRx60AHHpRx6Ucf5FLge/wCVAxOPT9aXj0/Wj5aOPWgQcen60cf5NJkGjIoGLx/k0vH+TTeP U0cepoEO4/yaTgf/AK6OP8ijj/IoAXI/yaMj/JpKMigBfx/Wl49f1pMijI96AF4z1/Wjj1/Wkyvv Rx7/AJUALx6/rR+P60ny+/5Uce/5UALgev60cev60ceh/Kk4oGO49f1o49f1ptFAheP7x/Ojj1/W jj3/ACpM/X8qBi4Hr+tH/Av1pM/5xRkD/wDVQIXA/vfrRgep/Okz7Ubu1AC/ifzo/wCBUmaMigB3 40n/AAL9aT8RRkeooAXn+9Rjn71GRRketAwx/tUfjSZFLmgQfjRzRmjIoAPx/WjHvRketG4UAGPc 0fifzo3D3o3D1oAKPz/OjcKTdzxQAv4/rRRkelGaAD/PWj/PWjNGfrQAv4frSfUfrRmlzQAAc/8A 16O1Jn60cetADqPwpAeO9HHrQAvFHHv+dJx60vHrQAf560vH+TSfjRQMMf5zS4/zmk7d6PzoEGP8 5owPc0d+9BoAdxnvRx70lH4mgBeOnNHHqaT86XP1oAMerGjj1NH50YoAOPU0uR/eNJg0bT2oAN7+ tLvb1p+Fx96kIGPvUAM3t3NG9vWnYXHDUYHrQA3cfWl3H1NLx/kUnFABuPqaNx9TR8uKPlz1oAMn 3oJPvS4Wk49aAEzRn2o49TRxnqaAEJ9qM+xpfl9aPl9aAE3D0NJke/50uFz1owtACZHofzo3fX86 UhaTC+9ABuHv+dGR7/nRhaTC++aAFyPQ/nRkehpML70ce/5UALkZ7/nRx70nGO9HGKAD8/zo/P8A Oj5aMj/IoGLx6mkwPWk4/wAijj1/SgQvy+/50cUny/5FGBQAvy/5NJx70YH+RRgetABxjP8AWjij A9aTA9aAF4o49KTA9aOOuaAFyKTjtRgY60YHrQAZFG4epowPUUYHagAyPejcPekwPWjA9aAFyPej NJx60cetAC596TNHbrS0DDdRupOM0cUCDdRuFGRRxigA3il3D0pPlpOKAF3e1Lu9hSYFJ8tADtw9 BSZ9qTijI9KAF3e1G4elGR6UgoAXcPQUbh0xRke9HFACZ9hRuFLkelHHpQAmaM98UufajIoATPtR mjj3o4/yKAD8KPwoyKM+/wClAwo4zRn3/SjPv+lAg4oyKOKOPX9KACkzS8evSk49aADNHFL+OKTH vQMOKXNJjvmjA9aBC0UmPejB/vUAL3ozSYOeoo/EUDF4oyPekwfUUYPrQIX86OPekwfWjHvQAuea M/Wkx70YoAX86M/Wkx70Y96AFyM96M89/wA6THv+tGPegYufr+dGfrSc+o/Oj8aBC8570Z9/1pMe 9GKAF59f1o59aTFGPf8AWgYuaP8APWkooEH4Gl/Ok59aXmgA/Oijn1pOaAF5ooyaM8UAJR+dLupM 0AH40UZozx3/ACoAKKMn/Ioz/nFAwxRg0ZP+RRuPvQIMGjBo3Gl3H3/KgBMUYpdx/wAikz7/AKUA GKO1Ln3/AEoz7n8qBif56Uf56Uufr+VGfr+VAhPqaKXNFACUvajI/wAijNACfjRmlz/nFGff9KAE /Gjj1NLmjP0oGJxRx70ufejI9aBCfjR+dLx60v40AJ+dGPrS/jR+P6UAJ+dH4ml/Gk7daAD8aM+9 Bx6/pS8etACZ96Tn1p3y9M0nHtQAmT/eoz/tfrS8UfL7UAJk+v60Z/2v1peP8ijigA59f1o59f1o 4z1o/EUAHPqPzo59f1o/GjPvQAc+tHPrRn3oz70AGD/eowf7wozx1/SjI9aAF/Gk56ZpaM0AJz60 c+v60tGfSgBOfX9aMH1FFH40AHNHPrS/iKM+4oAT8aTJ9adn3FGfcUgG596Xn1oz7il/EUwG8+tL z60tHFACYPrRz60vHtRQMTnNLz60Yo7dqBBk0ZPqaKXPtQMT8aMj1NLnjpR+FAhPxNH4mncelJx6 UAJ+Joz9aXI6Ypcj0oAbzRz6U7PtRn2oAbRS54//AFUZH+RQAn40UuRRmgBKM07I/wAijIoGNz70 Z/zinZHrSZHqaBCZ/wA4o4p2R780ZHvQMbR+FO/E0cepoENx70U7j1pdw9aBjOQf/rUf56U/Of4j RnHrQIZ/npSjr/8AWp2f9o0Z/wBqgYyjHtT8/wC1Rn/aNAhnPpRzT88/eNGT/fNADOfT9KXn0p2T /eNGT60AN5x0/SjnsKdyT1o59TQA3n3pefelz/tGl/E0AN59/wAqXn3pfxpOff8AOgA5pOc9Kd+d GT70ANw3pS4PvS5PvRk5xzQAYbPSjDehoyfegFvegAwfQ0YPoaOfQ0vPoaAEw3pRg+lKCfQ0ZNAC YPpQFPoad83vSfN7/lQABD6GjZ7Gjn3/ACpecd/yoAAnsaNnsaT5vf8AKj5vf8qAF2e1LsPpTcN7 /lS/Nnv+VAC7PajaPSk+b/Io+b3/ACoAXaPSjaO/8qTn3/Kj5vf8qAHbB7/lRsFN59/yowff8qAH bB3H6UbR/kUmD7/lRg0AO2juD+VG0en6U3De9GGz3oAdj6fnR07CjaM9qTaPQUAOx9KPyppQelGw HsKAFx7CkOfajywewpPLH92gBfyo59vzpNi4+7QUH90UAH5Uc+1GwZ+7RsHp+lACZPtRk+1GwelJ t/2aAFyfakz7ClKe1Gz/AGRQAnPtScmnbBj7opNg9KBiY57Udu1LtH90UbR6CgBPyo/AUu30FGPY UCG5OegpefajHPSjB9KAEH4UvPoKMe1J+FAxfyox9KTHtSY9qBC/lRx7UfhRx6UAH5UufYflScZo oAM/7tGf92jNHHpQAmf92l/KjI9KM+1ABnjtR+AoyPSlzxQA3/gIo/AU7PtSZPtQAnPoKTHsKdmk oGJg56ClwfQUUuRmgQ3n0FH4Clz7UuaAE/AUc+goz9aX86AG8+gpfwFFFACY9hRg+lL+P6UvegBv 4UfgKd+NGPegBmfajPtT8e9GDQAzJ/u0Z9qfg0mD/wDXoAbn8KTPtT8H1owfWgBmaM+1P2mjafWg Bv4Ud+lLt96NpoGNoz7U7aaNp96BDc0uRRg+9Lg0AJuHpRkUu00YPpQAmaMj0pcH0NHOOhoGJkel Gfaj8KOfSgQZHXFGRRz6Uc0AGR6UZHpRzR81ABkUZ9qOfQ/nRz6GgYZ9qMn0o59KXn0oEJ+FH4Uv PoaOfSgBvPpRjjoad+FJj2oATB9KXB9DR+FGPagAwfQ0YPoaMf7NGP8AZoAOfQ0c56GjHtRj2oAM H0NG0+hox7UY9qADB9KNrY6GjH0ox9KAE2t6GjafQ0Y560u0etAxNp/umjafQ0u0etG0UAJtOeho 2n0p2B60m0etAhNpPY0YPoaXaPUUbR6igBMN6Gj5vQ0u0eoo2j1FACYPoaMHPQ0u0eoo2j1FABtP vSbT6Uu0eoo2j+8KAE20u2jaPUUbR/eFABgijB9KNoz1FJge1AxcGjB9KMD1FGPcUAGDR83cUYPq KMe4oEJz6UvPpRj3ox7igAP0o59KMe4pMe4oAXPsKM+1Jt9xRt96AFz7Uu72pNo9aNooAM57UZ9q MUY+lABn2oz7UYHtRtoAMn0ozx0o28dqTZ9KAF59KPwo2j2o2j0oAOfSjn0o2j2owPagYmT6UuW9 KTA9qOKBB83pRk0YFGB7UAGT6Uc/3TRxS0AJz6Uc56UvHpScf5NABj2NLj2NHFHHpQAc+lN59DTu PQUfL6CgY3mjnHQ07K+goyvoKBDcfWlx7GncegoyPSgBuPY0c+lOyvpRlfQUANwc0uPal4pcr7UA NweuKMH0p2V9qMj0FADcH0owf7tOyKMj2oAbg+lG1uwp2R6Ubh6CgBuG9KMNnpTtw9KMj0FADdrf 3aNp9KduX0o49BQAm09lo2H0pePQUcelAxNp9KMN6U7K+wpMigQmD6UcjtTuPajI9qAG8+go+bHQ UvHtSnHtQA3n0FHzegp3HqKTH0oAbhvQUYPoKfj6UY9xQAzB9KMHPSnYHrRgeooAbg+gowfSn8eo pMe4oAbg56Clwc9KWkoAMH0owaPwox7UAH4UUuBnpRgelACcelGBjpS49qNv0oATA7UvFG0e1G2g A+Wjijb7UbfagA4o4ox7UYx2FABxRx/kUY9hRtHpQAcUoxRgelJgelAC8ccUfL6H8qMf7NGP9kUA Lx6UfL6H8qTHP3aX/gPNAB8uOho49DRxnpQMelAC8e/5UcelJx6UcelAC8e/5Ufh+lJx/dowP7oo AOPej86Mf7Iox7UAH5/lRge9LjPajAoATA9T+VHHv+VLiigBOPejj1NLxRQAn4mjK+ppcClxQAmR 6mjj1NLgUfL/AJFACfiaM89/yp2F/wAijA/yKAG5oyMd6fhf8ijgdv0FADMj6UZ56mn8en6UnH+Q KAG596M+5p+R/kCkyv8AkUAJnjr0pM/7Rp4K/wCRRlev9KAG/iaKdx6fpRx6D8qAG596UGl/D9KO KAEyPU/hS5HrR/npS8Af/WoATIPejI9f0o49/wAqXjHegBOM0uRS8Y70f56UAJsNG1valyP7v60Z 5+7+tACbGpCh9qduA/h/WkLD0/WgA2Gk2Hsf1pdw9B+dGfYfnQAm0jv+tGG96N3PT9aM+360AJh/ eja3WlyPQ/nSFvY/nQAmGxS7Wx/9ejPt+tJn2/WgA2t7/nRtbHf86M8dD+dG72NABhvf86Pm9T+d GfrRn2oATn3/ADpcEdj+dFFACfN6H86PwP50ufakwKADv3oo4owKACkpcD3pOKAFPTvSUcUuKAEz zR37/lS4pMCgAoowPej86ADv0o+lFH4GgA/A0n4Uv50n4GgYY46UY4pce1GKBBijFHHpRxQAm2jF LxRxQMTaMdKNoo49KXjHSgQmB6UbR6frRx6GjjvmgA2ijaKOPQ0fgaADb70m33pfwNHTtQAm33/W gr7/AK07t0NJx6GkAm09c/rRtPXP60v4Gk/CmAmD/k0uD/k0Y9jRx6UAJtPr+tG0+v60vHoaOPQ0 AJtPr+tGD6/rS5Hp+tHy+n60AJgg9f1owfX9aXA9KOKAEwfX9aMH1/Wl+WjI9KAEwf8AJo5/yaXI o4oATn/Jo5x/9elwKMCgY3n/ACaXn1/WlxSY9qBCc+p/Og7v8ml96PwoAT5uxpPm/wAmndun60n4 frQAfNR81GeOn60f560AHzf5NGD6frR0/wD10fh+tABhv8mjBo7/AP16Pw/WgBcH1pMGjHt+tH4U AGDS4b3pPwFH4UALhqMNTefSl5xQAYb1owfWkOf8ml5oAMGlwaSjBoAXnFJhulGD6frSAH0oAXB9 aMHPWk57/wA6OfQfnQMXDf3qOfWkyfQfnRn2/WgQuD60YPrRn1H60A+360AHPrRj3/Wij8KADFGB 60fhR+FABj/OaMf5zR+FGPagA2+9GPejr2o/CkAYHrRj3/Wj8KPwpgGPejFJ17UY46UDFwOhNGB/ k0Y/zmk2/wCc0CDAx1pMD2pdtGKADFFG00YoGL170fjTcUc/5NAh2KMe9JR+dABjjrRtHrSfnRQA 7aPWjH0puPelx70DF20bfcUnFFAC4+lGD7UUlAhcH1FGD60mfrRQAu3mjHvSc5oP1oAXHfNGPeko 596AFwaMf5xSUdutAC49jR270Z+tGfrQAY+tJj60Z+tLuHvQAY+vFGDnvRkZ6Gjt/wDXoGFH1zRR QIMexowPQ0vPvR+dACcDtRx/dpcfX86MfX86Bhx/dowPQ0EH3/OjHsaBBgf3TRxjoaMexox7GgA4 9DRx6GjB9DRg+lAw49DSYB/hNOwfQ0gB9DQIMD0NJx6H86dg0YPpQA3j0NHGfu/rTsH0NGD6GgBO PQ0cehpcH0NJg+hoAOPQ0YHvS4PoaTn0NABgdMGjHt+tHPoaXDehoAMe1Jx6H86XB9DQVPvQAcel Jx/k0u0+howc9DQAmB6UYHpSkH0NGDjoaADA96Me1Jg+howfQ0ALik2/5zRz6Gjn0NABj/OaPx/W j5vQ0fN6GgYfhRn2o+b0pcN6UAJn2/Wl59KT5s9DS4PoaBAPpSUuD6Gk59KAFzijOTSc+lGD6UAL mjP1pMe1L+FAB+dH4Glx9KPwoAT8DR+FLg+n60Y9hQAn4frR0PT9adj/ADmjb7frQAn4UUuPajB/ uj86AE7dDRx70vPpRg+n60AJ+dLzRg+g/OjB9P1oAOf8mkx/nNO2+360bfb9aAG8j1/Ol59/zpdp Hb9aNvt+tACY9j+dH4H86Nnt+tLs9R+tACf8BP50fhS7Pb9aXafT9aAG4+v50bfrTsHqB+tGDjoP zoAbg57/AJ0c+hp2D6frQR7frQA3B9/zox9fzp4B9P1ox7c/WgBuP85o/CnbT6frRt/zmgBv+etK Md/50u0/5NJtPp+tAB/nrRkYx/Wl2n0/WjafSgBMj3/OjI9/zpwB9KTafSgBOPQ/nS8eh/Olw3XF G1vSgBOPT9aPl9P1pSjf3aNjf3aAE+X0P50fJ6frS7D/AHaXb7UAICnp+tGU9KXb/s0bD/doGGU9 KMp6Umw5yFpdp/u0CF+UUfLTQh/u0u0/3aAHfL6ij5abg+lGCR0oAdle9HyU3b7frRt/zmgB3yfh Sjb6U3Ycf/Xo2GgB3y+go+X0FNCE+lGznoKAH+WvbNJ5Q9TRjPccUY9xQAeWuOpo8sepox9KMH2o APLHYmk8se9Lt+lJtNACeWPel8sehowf8/8A66McdKADYD2NJsHoaMf5/wAmjB9aAAxjtmjyx05p Me/6/wD16MH1oAXZ9aNn1/Kkwf71GD6k/jQAuw/5FG057/lRz/e/WkP1P50ALt/zijaPT9KQk+pp Mn1NADtv+cUFfYflTcnHU0mT6mgB2z2H5UbeRx+lJz6mk+b1P50AO2e36Um3joPyoy2Pv/rSfN/e oAXb/nFGPp+VJlv71GWx1/WgAx9Pyowfb8hRlvU/nRlvU0DDB9B+VLj6flSZb1NJl/WgQpHbA/Kk wfT9KPm9aMt60AGOOg/KjB9vyoy2epo3H1oAMEAcD8qMH0H5UZOepoJb+8fyoAMHuP0ox/nFJk+u fwoy2etAC4owfaky1G40ALj6UY+lJuOKMmgBcdelGPYUm40Zb/IoAXb9KNv0oy1JlqAF2/Sjac9q TLelGT7UAG2jB9qM/SjJ9qADBz2ox6GjNGfagAx9KMUnPpS5NABikxRzmjn/ACKAFxSYGKXtSUAG 0elG0elGaOaAFxRjHrSZ4oyf8igBdtGKTJpMmgBcGjFJk9qMnNAxccUY9jTeaXmgQuPajH+z+tNy aMmgB20/3aTB9KTJz1oz70AKQfSjn0pM570nPrQAvPpR+FJ+NGDQA7v0pP8AgP6UnOehooAd+FJ1 7Ume3P50ZPrQAuD6UY/2aM0maAFwfSjB9KM0Z9/1oAOaOaM/5zRn3oAOaOfSjJ9aOfWgAwfSjBx0 oyff86Mn/JoAMH0H5UYPoPyo59aOfX9aAE/AflS8+g/KjJ9f1o59RQMT8B+VHPoPypcmjJoEHPpj 8KT8B+VLz6frRz/k0AJn6flR+H6UvPpR+H60AJ36fpR+H6UvPpRn6UAHvj9KTHt+lLn6UufcUANx 7UY4pcj1FGfcUAJijFL+VHPtQAn4UvPp+lHftRQAn4Ufh+lLRmgBuB6UY9qdz6UmfagBPwo6f/qp fwpOPegYf56Uc/5FHFLxQITn/Io5xzS8Z6UfhQAn4/pRml4z0/SjA9P0oGJ3NFLx6GjigQn40Upo /GgBKKKKACl/GjIo4oATn1pfxoOKM0DD8RR+X5UZPpRn2oEHft+VL+VJn2ooAPyoxz2o/Gjj16UA GB7UmPp+VL3pcDrmgBuPp+VLj1xS/jRgY60AJj3owPUUuBRj2/WgBMe9GB60flRQAYHrS4FGKMGg BMCjA9KXBoxx2oATaPejAzS4PtRj6UAJge9GBS4NGDQAm0Uu2jBowfSgBMfWjb9aXB9KNrf3aAE2 /WjH1o2t6UoDelACYo5z3pcHPSjaf8igBPz/ADo5z3pdpo2n0oAB+NHPvRhvSjDelAC5PqfzoyfU /nRgjt+lGDjGP0oAPxP50Z96MMe36UYPpQAZOP8A69Gfb9aXBz0/Sjn0P5UAJk+/50uT70c+/wCV Lg+hoATcaMnuaXHsfyox7GgBN3vRuPrS7eehpcfWgYmfejJ9aXHcZpMf71AhMmlz7ijH1pceuaAE 3e9G70xRj60u360AG71Io3D1FG0epowPegA3e4o3fSjA96MD3oAM+9GaMA9zRge9ABmjP0owPU0Y HvQAZHrRkUYHrRgetABkdqM/SjC+tGFz1oAWik2r70YX1/WgBaT8f1owM9f1o2j/ACaAFP8Anmjj /JpNopdooATj0/Wl47D9aMCjAoAOKMfX86MDtRtFAAQO386MD/Jowpo2igA2/wCc0Y/zml2ijatA CY47/nS7frRgdqCBQAYx3P50bfc/nRj3o2mgAx/nNGP85o2Gjb60DDH1/Olx/nNGyjbQIMGjGe1L ijrQAm2lx7UHP5Uc9qADH+c0f560c5o+bpQAc+9H50fNnpR83pQAZPvRk+lLyKMt6UAH/AaP+Amj LelG4+9ABu/2aXOe1JlqAW70ALk+lGT6Gjn0oy3pQAZP92jLZ6UuW9KXLelACZb0o3Glyc9KTJPa gBdx6UmW/u9fel+b+6aOc9DQAnHtR8o9KXgnoaPoKADK+1BIz2oyOuKTI6/1oADt9BSfL7UZwP8A 69Gf096ADK0ZX0o4I6/rR+P60AGVoytJgdz+tAA9f1oAXKn0o+TNN49f1o49f1oAXCmj5QaTH+c0 Hp979aAD5KX5OtJgf3h+dGB6j86AF+XFHyf5FJjn7w/Ojb7j86AD5fWj5fWgr6MKTZ/tfrQAYX1p Pl96Xb/tD86No9R+dACZFGVp230NGPf9aAGjHvS5GOlGPcfnRx3P60AJn2opeMdf1ox/nNACZHtR n6UYHr+tGB6/rQAHv0pM+mKXAx/9ejA/yaADmkpcDOKMeoH50AJjjtSflS8en60YFACUuPpSYox7 0AGPpRjntRj3o2980AJj6UYPtQVOOtGPegYFTjtRtI9KMUbTQINpz1FG0+350bT+NGO9AxNp9vzo x7ClwfzpMUCDH0o259PzowaKBgF9h+dG36UYPrSY460CF2/5zRt9xSbfejbQAuP85owB9aTbj/8A VRg+1AC4owPWjB9aNvbNABgUnGOtLg+tJg+tABx60YpcH1owfWgBMcdaMUu0+tG0+tACc0YNLg+t GD60AN70U7BooAbRk+lLS0AN70U7Bz1o59aAG8j0pM+tP/GjFADMntS8+1O20YxQA3nrS5NLgUbR 60ANyfajJp20UbRQA3JoznsKdtWjb7j86AGnP+RRz7U7b/tUbfegY3n2oyfanbfcUm33FAhOfY0n PtTto9RRge1ACc47Uc+1GB7UYHtQAmT7UueO1J+VLQAfiPzoz7j86PwpKAF/EfnR+X50mKKAF/EU tNxRj3FADsdOaMU3HvRzQA7A/wAmjaP8mm80c+tADv8APWjA9abk+v60c+tADuPWkwPWjJ/vUc46 0AG0eopdvvSZbHWjLetAC7f85oxSbm9aMmgBcUUmT70bj7/nQAv40cdjSZPv+dG446mgBcD1pPxo 3H1P50ZbPU/nQAfjSfjS5PqaMn1NAw/Kjj2pdzep/OkyfU/nQIMfSjn2o3H+9+tGeev60AGP0oxR k+p/Ol3e/wCtACflSflS7j6n86Nx9T+dACc0ufpShvc/nRn3/WgBvPtR/wB80u73P50Z9z+dACc+ 1Jz6Cnbuep/OjPufzoATn0FLn2FGfc/nR37/AJ0AJk+gozz0FLn3P50Z9z+dACZ9qXP0oz7n86CT 6mgAz9KOfQUZ9zRn3NABz6CjJx0FH4mj8TQAZPoPypefQUn4mgdOpoAXmjn0pM896OnrQA7B9KOf Sm/iaOvrQA75vSk5/u/pSfnR270AO+b0o+b0pvPqaOe9ADvmo5NJn3NGfrQA7B9KTB9KT8T+dH4m gB2D+VHPoab+dL+JoAXmjn0pMe5pMH3/ADoAcc+lJzSd+po/E0AOw2aPmpv4k0c+poAdz6UmD6Uf 8CP50f8AAjQAuGowaTn1o59aAFwaTaaCD6mjafU0AGDRg+lGPf8AWjBx96gAwcUc+lGOPvUYPqaA Dn3o596Np/vUbT/eoAOfejn3owfWjDetAB+dH50c+p/Ol59aAEpaOR3oyf71AB1o5pct60mW9aAE o/Ol3N/epdzetADcUcU7cwFG5vWgBv4UoFOyfWjLetADcUfnS7jmjcaAEo5xS5PWlyf8igBvPoaM expdx9P0o3GgAx7UY9qXefT9KN5zigBuD6UYz2p28/5FG7/OKAG88cUuDjpTtx9P0pN3tQAnPp+l Lg+lLu9qN3+cUAJt9qMHHQ0u4/5FG6gBPzoxS556D8qM+w/KgBMe1Jjjoadn6flRk+35UAN2+xpd v1pcnHQflRuPt+VABt9jRtNHPTijPsKADac9TS7T70mT7UZ/3aAFwfTrSYPvRn6Uu7nPFABg46Gj aT2NLn6UZPtQAbDjgGgqfQ0c+1GW9RQAbSKCp9DS846ijB9RQAYPoaMN70YOetGD6igBQD70u0+9 IM9M0c+tABtPvRg+9GDRg+tABg+v60YPrRgnnNLg0AJhvXNJznrT8HHUUYOKAGbW9aXa2KdgijnH agBu1+wow3pTsEdhR+VADcNSkN9KX8qMewoATcPejcvvSgjHQZ+lLkeg/KgBu4eh/OgMuPumn59h SZ9AKAGbh6UFl9Kfn/ZFGT2AoAZuHXFGV9KcT7Ckz/sigBNy+lG5aXJ9BRn/AGRQAmV9KTcOy0oP sKM+woATI/u9aMj+5Ts8/dH50Z77RQAmR/d/WkyP7lOz7flRu77aAG/8A/WjPbb+tLv7baQn/ZoA TPH3BRx/dpdwz0pMj0/GgAyB/DRuH92jcPSjcvpQAbvajOf4aMr6UfLngUAG7j7v60Z46UcHtScd MUABI9BRkdlpOOwNGfTNAC5H939aMjPSjPcUmT6UAG7np+tG4elJxRx6UALuGcbTS7h/dpuaTNAD wwz0/Wgt6D9aZ+VHbpQA/I6Yo3DP3T+dMz7ClzQA7I/un86Mj0NNyM0flQA7cO4NJuHvTfxFB/Cg B24e9JvHWj8qMfSgA3KfWjcuepo/Kj8qADK56mjcnqaPpijB9qADcvqaNy+9GD7Uc+ooAMp6mkyv qaX5unFHPqPzoATK+poyuOppefb86OncfnQAm4dfm/Kjcv8AtUvPY/rS/iPzoAblcdTRlfel/H9a O/UfnQA3Ix3oyO2af26/rQPqPzoAZx6mjj1NP/H9aPxP50AM49TSfL7/AJVJ+P60fifzoAj+X1NG R71Jgev60cf5NAEeR6mjI9TT/wAf1o49/wA6AGZHqaMjPen54/8Ar0ce/wCdADOD60ce9P49/wA6 Tj3/ADoAbx70ZHvTunc/nSgj/JoAZke9GR707Iz1/WjI/wAmgBuR70ZHvTsjP/16Mj/JoGMyPelz z0pcr/k0ZX/JoEN4oyPSnbh/kijcP8mgBvy//Xo+XFO3CjcKAGZGelLkelOyKMigBuRzx+lJkU7I o3LQA3I7/wAqNw/yKduX0FG4egoAbkdf6UZ4/wDrU7cPSl3D0oAbn60mfr+VOyPSjI9KAG8epo49 /wAqdkelGfpQA335o+ufyp2RRuHtQAz8/wAqXPufyp2fp+dG4eg/OgBufc/lS/n+VLkf5NGfpQA3 j1P5Ucep/KlycUUAJ+J/Kjv1P5U7migBv40fiad9aPxoAbx70YHvTs+/60mfegBOPegD60ufejPu fzoAPxNH40Z9/wBaPx/WgA47k0fL70f560DH+TQAfL70fL70v4/rRn3/AFoAbhfelwvct+VLx60c f3qAEwvvRhff8qX/AIF+tH40AJhP9r8qXCHjmlycdaOfUfnQA3CdeaPk96dn3/Wj8f1oAb8nvR8u e/5U7/gX60ZPr+tADcL70nHvT+fWj8f1oGM4z3peKdmjP0/OgQ3j0o4z0p+73oz70AN4zRkdv5U7 IpMj1oATIzmkz3p2VpcrQA3PHWkz/nFP4pOPagBPx/SjP+cUtKDQA3P1/Kjn/IpxNGfegBuef/rU mT/kU/8AGk/GgBM/5xRuP+RS/jRn3oAbuJ9Pypdx6cUuaTvQAbj7Ubj7UtGRQAmT7UZPqKX/AD0o oATJ9RRk+1H+elFABu/zijd/nFH+elJ/npQA7P0o3UlBoAXd7/pSbqMCjt2oAMn3pc/WkoP4UAFL Rz7UD8KADNGfajn2pcn2oATNGaXn1FJ+IoAMikyKXPuKKADIx/8AXo4NHNLzQAf560mf85peaOfS gBB9D+dJn2p2aKAE/P8AOjPsaWjigBM+1GfY0uRScUAG72/Wlznt+tJx70uR6UDD8P1o59P1o49K OPSgQc/5NHPpRxRxnvQAc0UZHvSZ9BQAuf8AOaM80UfhQAbv1pd1J+FGKAF30bqTHtR+FAC7vejP vSfUUv4UALn2FGRik/Cjj0oAdnjpSbuelJkelHHoKAF3D0FLuA7U3I9qOOOlADsg9qNy+nNJ+VH4 UALvHoKN4/u0d+lH4CgA3+1G4en6UuB6CjHsKADco/8A1Ub1/wAij8BRzjtQAbl6f0o3j0/Sl6+l GOOooATcCeB+lG79falGfUfnRz7UAJv9v0pd/wDnFLzRzjtQAmfb9KMnr/Sl5/yaOfSgBOfT9KXn 0/SjP1/Oj8/zoAOfQn8KOfT9KTn1P50vPqfzoAOfQ0c+hpfxo/H9aAE+b0NLhvejI9f1oJ96AD5v xpRuz0pufc0ufc0ALh+lHzDOaTOepNHbqfzoAX5vWlw3qaaPx/Ol/E/nQAuGx1pcN6/pTc8dTikz 70APw3r/ADpMHtj9aTPbJoJ9SaAHfN6D9aOf85puR6n86Mg9zQA/I/vH8qMqT979KOc/dFJ7bRQA pK/3j+VJ8vqfyozxyoo5/uigA+X+9+lB2+v6UZP90UZOegoAOMdf0oyOmf0ozwOP0oP0/SgBOPX9 KQkf3v0pec9BR0/goAaSM9f0pMgjr+lP/wCA0Z/2aAGZH+RSZGf/AK1P3dtlH/AD+VADPxox/tU/ I/u/pRkeh/KgBnGOtGF9f0p2R6fpSEjH3T+VACYH96l/4F9KCRjp+lGR2zn6UAJ2+9Rzj7340cd/ 5Uvy9KAE7daOfWj5ev8ASlyv+RQAmDijBFLlf8ijI9T+VADdp6ZNGD60ZX/Ipcj3/KgBOfXNGD/k U7I9f0oBGOtADcHPakx7U7I9aXK+tADMH+7+lH/AadkHvRlfWgBmMdv0pcE//qpcrz81HH96gBuD 6UYPp+lOyOPm4oyP736UANx/s/pS4Oen6UuQP4qM/wC1+lADcH/Io2n/ACKX/gVLk/3/ANKAG4P+ RRg+n6Uv/AqP+BGgBPw/Sj/PSl49TQP940AJj2/SjH+z+lL75oz7mgBuD6f+O0d+n6U4/wC8aTP+ 0aAE5x0/8dpMc9v++adx6mjI9TQA38v++aP8/dp3HqaMj1NADfw/Sjn2/wC+adke9GR70AM59vyo /AflT8/WjP1oAb+Az9KOfb8qXP1/KjPuaAEGf8ijn6/hS847/lSc+/5UAGf84o7dBS8+9Jk+4oAM 89BR+VGTik5oAX/vmj8FoyaOaBi9ui0nXstFLQIT/gK0d+i0ZoyaAD8Fo47BaOfajmgA/BaPbC0c /wCRS5P+RQAn4LR+C0cn/wDVRzj/AOtQAnHotLx6LRz6/pRz60AHHoKXj0FJg56ijB9aADjHRaOP QUcjuKMH1FABx6CjjPQUEH+9Rj/aoAOPajA9qMc/eox70AGF9qTC+1L/AMCo/H9aAEwvtRgegpfx ox70AJhc9qML7UuB6mlwPU0ANwue1G0U7A9TSYHqaAEwPajC57UvHcmjA96AG8eg/Kl49qXj3/Oj A9T+dACYHoKT8Kdgep/Ojj3/ADoAbj2oApxx6n86OP8AJoGJj60Y9qMgev50uR6/rQIaAfT9KDml z7/rS5/zmgBvNGP84p2f85o/P86AGYPtS4PtS/n+dLx7/nQA3B9BQAfQU7jH/wBek49f1oATn2o/ Kl49vzo/H9aAE59BRzntxS8e350UAJz6Uc56Cl/z1oOKAEwc9BRhvQU6jPFADcH2o7dqXOKN3tQA n5Uv5UfhS5PpQA2inc5xikyfQ0AJijH0/OlyfejJ9KAEx9KTbz2p/PpRz70AMx9KXH0pcn0pefSg BuB7UYB9Kdz6fpSc+n6UAJtHtRtHTil59KWgBNo9qTavt+dLS59qAE2j2/WjA9qCeen6Uue+D+VA CbV/2aNq+1Ln2NH4GgBNq+35UbR6D9aXP1oz9aAE2r7UbR/s0tFABtH+z+tGBnt+tGT6UZ9qADAx 2o2+go/Cj8D+dACbR6Um0e1O/OjjPFACbR7UbR14pfeigBNq9yKMD2peKXigBvHtRx7U7AowO9AD cj2o49qdx6UHFADcD2pcCjil4oAace1Lx7UvHoaOPegBOPajj2/Kjj0NGRnoaAE49vypePb8qAV/ umj5f7p/OgBOKMCnfL6UZX+6fzoATA/yKOP8ilyPQ0mR/dNABx/kUcfX8KPl9DQcehoAMD6fhRha Pl9DRx70AHy+oo49RR8p7Gjj0NABkY60vGO1Jx6UfL3FAC/lRwOwpPl9KXj0oAXr6Ug/Cj5fT9aM j0z+NAC457UYGe1Jken60vGOlABx6CjA9BRn0H60Z56frQAfhR+FHHp+tHHp+tAC/hR+FHBHT9aO D2/WgBPwox6Uv5fnS8+350AN59DRg+lO59F/Ojn2/OgBvPoaOadz7fnRz7fnQA3ml5pee+Pzpefa gBnPpR0//VT8H2/Ojn2/OgBnb6e1Lmn4+n50YPt+dADM896PzqTn2/OjB9vzoAjP40fiakwaXFAE XTuaXr3NSY9RRj2oAj/E/lR7Z/Sn7f8AOaXaPSgCPI/yKM89f0qTaPSkKjigBmR60Zz/ABVJt/zx SbV/yaAGD60cepxUm0f5NG0c80AMwPWjv1p+0daNo68UAM4Hel49RTtoP1pdo9RQAz8qMcdqds56 0u0etADOc9qd36Cl2ijaPagBBn2owfSl4x1HvQceooAOe2Pzp2G9qbgetBUY5NAC4b0FLg+i0m0Y xmjbjvQAuDkcLRhvRabt96MUAL8391aX5v7i0mPej6kUAOw2PurRtP8AdXNJ+IpefUUALx6mjj3p Mt/eNG5+TuNAC7R70hHuaMt/eNBz/fagAx/vUbf96m4PPzNS8/32/KgA2nsTRg+hpOcffb8qXB7u 3HtQAbW9Dik2t6HijBz/AKw/lRz/AHz+VABtOeh/KjB64NHP9/8ASgZ/56fpQAAHPQ0m0/3T+VLg 9N/6UY/6adPagBNv+yfypdp/un8qT/gZ/Kjkf8tDj6UALtOfumgqT/CfypP+BmlwO7n8qADb/sn8 qNv+yaMDH3z+VGB/eP5UAG3n7tJt/wBn9KXHGdxpMf7ZFABtH92jaM/d/SkwP75ox/tmgBdo/u/p SbR/d/Sgj/aNG3P8RoANv+z+lG32o2/7TUbf9pqADZ7UbPajH+0aMe5oANvtSbf9n9KX8TQev3qA E2Z//VSbcdB9ad26/TijHvQA3afSjaeuKMf7VGOetABsPpSBOvFLg+vWjn1oATZjrRt470tGPrQA m2k20pUe9GBQAm33o28fzo20YNABto20Y4owcUAG0cjNG0UmDnpRg4/+tQAu0e9GB7/nSc9qP89K AFCj3/OjHuaTFH4fpQAY+tG33NFH60AHbvRge9HH+RScUDFxRjH+NGPUUmBQIXHrSYPSjA96No96 AFxQKTC+9HHvQAoApcDNJx6Gjj3oAXFGKTj3o+X3oAXFGPak496X5c9TQAfXFHSj5aTj1NAC8UnH tRgep/Oj5ff86AD6Ud+1GAPX86X5fQ/nQAlJTvlx3o+X0P50AN/yKOadx70cUAN59D+VHPpS4FLt HvQA3HtRg+lLhfekwvoaADafT9KTB9KXavoaNq+9ABz6fpRlvSjYnvSbV6ZNABznoaOfQ0bV9T+V G0D+9QAu0+howaTaP9ql2r70AJg0YNLsGeppNo9TQAhz6UfhS7B70m0ejUAH+elHNGxfQ0bRjGDQ AY9qMH0o2jPejb7GgAwfSjn0o2+xo2/WgA5z0/Sjt0o24/vflQVHv+VAB26CjB9BRt9c/lRsPvQA bfpSYPtS7fTNG360AJj2FGKXb9RRj60AH4CjnNLj60FeKAG0vft+dLt5oANADfxop+DR+VADaTtT 8c9qTHHagBPxFGRTvy/Kk/L8qAG5pcjApe/GKX/PSgBuTmjPFO/EflR+P6UANyaXJzinfiKPxoAZ mlyaX8R+VHbqPyoASjJz3pfxH5Uf8CH5UAN/Oj86d07/AKUY9/0oAb+dGfrTse/6UY9/0oATOfWj PHel6dx+VH40AJkZ70fiaXj1oyPWgBvHvRwO9O49aPxoAbke9LkUufejPHX9aAEyP8ijI+tL1/yK OKAG5FAI6c06igBuRRkZp340fjQA3Ipcil/Gj8T+dACfLmjK+tHPTNJg0ALlaTI9aMHrRz9KADik 4pcUvegBOKABS9+/50vWgBuaUf71HNLmgBPxpMe9LnmjPFACY460UuRRmgBuOOtGKfxSce1ACUYP rS4/zilxx1oAbg0c5pcClx9KAG8+9GDjOKd26/pRx6/pQA3HtS7eelOz/nFGfcflQA0LS7OaX8R+ VGOeo/KgBNvpRsNLgeo/Kjj/ACKAE2n0pNp9KUAf5FLx6/pQAm32o2+1Lx60uRnqKAG4+tG32p2R 60cetACbfak2g9qd+Io49f0oATaMdKNoPODSjH94flS/8CoAbtHpRge9Ozz98Uf8CH5UANwPQ0uB 6UuT/eH6UZP98UAGBjikwKXP+0KMn+8P0oAPl9KCBRk9mFLlv7w/KgBMLRxSgt/eWjLf3hQA3AzR x2Jp2W/vCkw394UAJxxRke9Lhv71HOOGoATPbP6UZ9zS/N2NLk4oAbnPc0Z+tLlvUUZb1FACZpc0 uW9RR8394UAJS96Pm/vUfN/eFABSZ4pefX9KMN/e/SgA74xSU7n1o+b1FADfz/Kl5Pr+VKN3qKMH 1FACDp0peaUA460gU+tAC80Y7Yo2980bTQAd+lGPb9KNp980YPqaADb7UY+tAX3NKFx3NACbT6Uu 32pAvPVjTsc9TQAbT2FJt9RTsD1NJgepoANp9KNpPal49T+VH/Aj+VACbD3Ao2n0p2P9o/lRgHuf yoAQKc9BRs9hS7R3P6Uu0Y70AN8s98YpdhBowMdTTsD1oAZsOaNp9KdtHXP6Uu33/SgBm1vSl2N6 frTto/yKOPWgBAhzz/Ol2n2oAA//AFUYHc/pQApYY/i/Kk3D1b/vmiigA3D1P4ikyPU/lRRQAfQn 8qM+5P4UUUAGePvN+VG73P5UUUAJwR1P5UZGep/KiigAz/tH/vmk79T+VFFACkgc5P8A3zSZGep/ KiigA4yfmP5UnHqfyoooAXj1P5UmR2LflRRQAZHqaMgjjNFFACfKB1P5Uvyj1oopAHy8c0ny570U UwDI96Mr70UUAJuXrijIx0NFFABlfejjjiiigAyP7po4P8J4oooAMjuDRuX0OKKKADcvoaNy+lFF ABuGOho3L6UUUAG4elJuHpRRQAu9fSjcPSiigBAy+lBYUUUAG5cZpNw6UUUDF3DPekypHeiigQZX Pejj3oooAMj0NIWHoaKKADI9DSZHvRRQAZGO9HFFFABx9PxoyKKKADIx1NGRxyaKKADI68/lRx7/ AJUUUAJx70cY70UUAKAvvSbV9WoooAXC+9JtX3oooGGFx1NGBnvRRQIML/tUnH+1RRQAcejUvy+h oooAOPSj8KKKAE70cUUUDDI6UZGMUUUALlfejI96KKBBlaTcPSiigAyPSjK/rRRQAuRRxRRQMQ4o +WiigQZWj5cdP1oooGGR6frRken60UUCEyPT9aNwHb9aKKADePQ/nRvX+6fzoooGG4Z+7+tG7/Z/ WiigQZH939aMrRRQAZX+6fzo3L6H86KKAF3D+6fzo3A9jRRSGJkf3TRn2NFFMQfgaO/Q0UUAL36G j/gJoooAP+Amkzn+EmiigA+qtScf3TRRQAv4Gj/gJoooAUA/3TQc/wB2iigA5/u0YPpiiigAAP8A dowfSiigAwRRtNFFIAx70YP+c0UUwDB/yKNrfj+NFFABhqNrEUUUAG1u5oCn1FFFABtPr/OjacYo ooANv+cGjbRRQAbfpSbfeiigAx/nmlx/nmiigA/H+dFFFABj6UY+lFFABj3owPWiigA49f0o49aK KADjPXmjj/IoooAOPX9KMD1/SiigA49f0pce/wClFFABx6/pSYHr+lFFAxePX9KTHof0oooELget J/npRRQAuPr+VHP+RRRQAc46/pRRRQAYPrS4OKKKAE2ntS7T7UUUAJsal2NjrRRQAm1vXFGw/wB6 iigA2H1/Wl2GiikAbGz14+tGw56j86KKYBsbPb86XYaKKAE8s+n60eWfb86KKAF8s47fnSeWR/8A roooAXyz/k0eWf8AJoooGL5bY6UbD/doooEHln0x+NHl+360UUAGw+n60vl+1FFAB5Z9KNp9KKKA DafSjb9KKKADb70bfeiigBcc4zRt560UUALt9xRj3H5UUUAG3/aH5UY7ZH5UUUAGB6/pRtHr+lFF ABtH94flRtGOD+lFFABj/a/SjHcH9KKKAD/PSjp/+qiigBfxH5UhHr/KiigAx15FLj1b9KKKADHH 3h+VH/AqKKAF/Gk9PmoooAMZ43UuBjrRRQAADOAaMZ70UUAGKXHtRRQAY47UbfUUUUAGPalAxRRQ AY9v1oA9jRRQAv4Gj8KKKAF4zwDSn1INFFMBPwpcDPTtRRSBhhf8mjaMdP1oooA//9kNCmVuZHN0 cmVhbQ0KZW5kb2JqDQo5IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0 aCA1L0hlaWdodCAxOTAvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0lu dGVycG9sYXRlIGZhbHNlL1NNYXNrIDEwIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDQ1 NT4+DQpzdHJlYW0NCnic7ZbZLgNxFIdvEc8ikdiXltqppkpLK8ig9kSsDRqijSVEqSVqK0I0lvSe F2hCqpnS0pp2Zsh4Dic5JuF4BJP88+X/XZ3L38f4U26kvrOPjqtP68Bdet9t6rXUeyq2XUlW+MO7 lLq9YitQ1i6vaAGi+qSuI8Hik/VC6jwUzEDU8w9mj28BosIVD28Cfut7u4c3AlFP39t2+SYg6onY upM0AFGPRct2sgGI6hXNmwk9EPVAbHYndEDUfcG0wWmBqHuC0cXVAVE9QuNavBYoq2EtXg1E3eH1 K7FKIOpWQrccqwCiujndwms5EHWdq3e+lAFRXW9aR1QDRIUr85FSIOpqvHY2UrIq63Ksxv6kBqIu vVTPhFVA1MVo1RRbDER1RitsbCEQ1REtn2ALgKhzz5rRUN58pAzV/qweDubMRUpRbeGiwYes6ScV 6jib33OfORkuQh15zGUCGaOPefBn/Cljoez2QMZQMLv/Lk1RRRVVVFFF/5WSWfw7mmRSyeCSOSZj TaacDD3JABIJJCFIYJD8IHFC0oWEDckeEkUkmUhQkdwiMUZSjYQcyTwSgSQRSUCSvCTxSdKUhCvJ 2p/Ry/xO4i/fmRhUDQplbmRzdHJlYW0NCmVuZG9iag0KMTAgMCBvYmoNCjw8L1R5cGUvWE9iamVj dC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDUvSGVpZ2h0IDE5MC9Db2xvclNwYWNlL0RldmljZUdyYXkv TWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRl ci9GbGF0ZURlY29kZS9MZW5ndGggMjM+Pg0Kc3RyZWFtDQp4nPvwf0iBD6PEKEEDYugAsHMBvPir Ug0KZW5kc3RyZWFtDQplbmRvYmoNCjExIDAgb2JqDQo8PC9UeXBlL0V4dEdTdGF0ZS9CTS9Ob3Jt YWwvY2EgMC4yNTg4Mj4+DQplbmRvYmoNCjEyIDAgb2JqDQo8PC9UeXBlL0ZvbnQvU3VidHlwZS9U cnVlVHlwZS9OYW1lL0YxL0Jhc2VGb250L0FyaWFsLEJvbGQvRW5jb2RpbmcvV2luQW5zaUVuY29k aW5nL0ZvbnREZXNjcmlwdG9yIDEzIDAgUi9GaXJzdENoYXIgMzIvTGFzdENoYXIgMTIxL1dpZHRo cyA3NjcgMCBSPj4NCmVuZG9iag0KMTMgMCBvYmoNCjw8L1R5cGUvRm9udERlc2NyaXB0b3IvRm9u dE5hbWUvQXJpYWwsQm9sZC9GbGFncyAzMi9JdGFsaWNBbmdsZSAwL0FzY2VudCA5MDUvRGVzY2Vu dCAtMjEwL0NhcEhlaWdodCA3MjgvQXZnV2lkdGggNDc5L01heFdpZHRoIDI2MjgvRm9udFdlaWdo dCA3MDAvWEhlaWdodCAyNTAvTGVhZGluZyAzMy9TdGVtViA0Ny9Gb250QkJveFsgLTYyOCAtMjEw IDIwMDAgNzI4XSA+Pg0KZW5kb2JqDQoxNCAwIG9iag0KPDwvVHlwZS9FeHRHU3RhdGUvQk0vTm9y bWFsL0NBIDE+Pg0KZW5kb2JqDQoxNSAwIG9iag0KPDwvVHlwZS9Gb250L1N1YnR5cGUvVHJ1ZVR5 cGUvTmFtZS9GMi9CYXNlRm9udC9BcmlhbC9FbmNvZGluZy9XaW5BbnNpRW5jb2RpbmcvRm9udERl c2NyaXB0b3IgMTYgMCBSL0ZpcnN0Q2hhciAzMi9MYXN0Q2hhciAxMjIvV2lkdGhzIDc3MSAwIFI+ Pg0KZW5kb2JqDQoxNiAwIG9iag0KPDwvVHlwZS9Gb250RGVzY3JpcHRvci9Gb250TmFtZS9Bcmlh bC9GbGFncyAzMi9JdGFsaWNBbmdsZSAwL0FzY2VudCA5MDUvRGVzY2VudCAtMjEwL0NhcEhlaWdo dCA3MjgvQXZnV2lkdGggNDQxL01heFdpZHRoIDI2NjUvRm9udFdlaWdodCA0MDAvWEhlaWdodCAy NTAvTGVhZGluZyAzMy9TdGVtViA0NC9Gb250QkJveFsgLTY2NSAtMjEwIDIwMDAgNzI4XSA+Pg0K ZW5kb2JqDQoxNyAwIG9iag0KPDwvVHlwZS9QYWdlL1BhcmVudCAyIDAgUi9SZXNvdXJjZXM8PC9F eHRHU3RhdGU8PC9HUzUgNSAwIFIvR1MxMSAxMSAwIFIvR1MxNCAxNCAwIFI+Pi9YT2JqZWN0PDwv SW1hZ2U3IDcgMCBSL0ltYWdlOCA4IDAgUi9JbWFnZTkgOSAwIFIvSW1hZ2UyMCAyMCAwIFIvSW1h Z2UyMiAyMiAwIFIvSW1hZ2UzMCAzMCAwIFIvSW1hZ2UzMiAzMiAwIFIvSW1hZ2U0MCA0MCAwIFIv SW1hZ2U0MiA0MiAwIFIvSW1hZ2U1MCA1MCAwIFIvSW1hZ2U1OCA1OCAwIFIvSW1hZ2U2NiA2NiAw IFIvSW1hZ2U3NCA3NCAwIFIvSW1hZ2U3NiA3NiAwIFI+Pi9QYXR0ZXJuPDwvUDE5IDE5IDAgUi9Q MjkgMjkgMCBSL1AzOSAzOSAwIFIvUDQ5IDQ5IDAgUi9QNTcgNTcgMCBSL1A2NSA2NSAwIFIvUDcz IDczIDAgUi9QODMgODMgMCBSPj4vRm9udDw8L0YyIDE1IDAgUi9GMSAxMiAwIFI+Pi9Qcm9jU2V0 Wy9QREYvVGV4dC9JbWFnZUIvSW1hZ2VDL0ltYWdlSV0gPj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1 XSAvQ29udGVudHMgMTggMCBSL0dyb3VwPDwvVHlwZS9Hcm91cC9TL1RyYW5zcGFyZW5jeS9DUy9E ZXZpY2VSR0I+Pi9UYWJzL1MvU3RydWN0UGFyZW50cyAxPj4NCmVuZG9iag0KMTggMCBvYmoNCjw8 L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjU3Nj4+DQpzdHJlYW0NCnic7Vttb9s4Ev4eIP+B nw7yYsOK7xKwWKAvu70crthsU9z2sNgPjldN3LOtrKy0yL+/GZISSdlqroqbAtf0g6OhLc7weYYz w5eSJ2fkhx+evHp++oLkP/5Inr14Tv46PspJTnP4VzKlBDE8JzJXpKmOj377jmyOj568PFfkcgsP Z/O2rZoNWWzJkzNWku1iE14XuWJF8vq7746Pfj0+Ij+9ek5IpJvt6GaFYGyPasNKWhQEfgVfSPd4 klOhylKRxRpMOl3PL6uCvKjJPk18d5Sa5ULtUcVyqjtNiqSDCprKMU3is/CEwSKgMBJh4NeawwfL OWkuh3g6s+5CVAbtklMpOBHwYskJGC4KxM3LQhORFzSX7klSWZIF/EYTrgTNBVk5QZZUwkv2VS41 1cT36wR4xeTQofHyCmVJVfe9yQ2VXS9ecP3bN1H2yldBtmb5bry5XomXFsPRwctXiCLCxXLDSwsU jLkDfeUeY0BX6Quf+Mp3cNXxpg3AIa2LGEYN4McpR3gYzWMfAYXOSR7Z+KJsoJ1IhlKIvxAwQkPB nIgJHphIgxf3wSvgvvaCoyNmKR1lADsMewhTgmAEbw93oHfATcJaRGkAu6c4dofISXTE7VUfMXJq OPnoYo/0sUdrYeOcyDV5/RKiCiPvyf8/Iud74qeKonfsjnui97M3gOLPqJXmXJI37yB1WDdkREEQ R20QHcCsN2v85hI/ANzfs/NqJrPFTVOR9qoiqxqkzeXsD/LmH8dHP72xLN1PPedqTDc4/prMVLa9 WSxmIqu2W1K/s3a8rTZgCDlr6vfVoiUVfLuoD2mVzksKpcKIYScHVcUM5WJM1fZ221brVN+OI+jd NL5b13QBSFNXMDAGHgcuLdDdGJQsIIQgJKJ0cGefmlGlXYoR0DukFqYJUwVNehwNa6IPa5ipuJA4 7TEC5xrnoW9Y9Q1MC+qyTKGwCtmRlU1x2FCWVOi4AVCG2caABydLmNDx92A029fQq7A29uLVeHVj JsxORkudOAfjOVUwQXKB9Ayd40Wz/FCR2YnK1vW62rQ3sxORwZQ5kRlMlLc4ZzYgFRlOlNkJz6oF /qIl8w3+/ZMsrbjFr9xEQ/liunfv2K8AXwx+++2/xzza1YSUlWOarpsaB/m+ws9Fi59bci/txSCK GogX4HpFjv4xVP/7328hXl1XzYfltm5mimffW9rezkz29OwUBZG9Ar6WzfzSEgUtOvvlHN6CL5XM nt609bpugW/349+Wmz/xb/1xS87+RawnNNs/7ggURVRxK5gIOPEFpjewV4LlJesavJ9D8ivLXhAo LLpJIBjVeREmBYd4AksE3w/nGBO8FifAmwxwUt2X8CbTPMhMa/zj+/GS14LvugZvxipqsEb6rrz9 XpGXFsPxPmzVx4TBiIieUhpbQgvKwFmMta2PkDIuwR/peUB6Sky9SI8ukCigB0tIDDERO6P5Syb5 ywOwDrIdf8pfOtyAfBj/AK8BljHUAftA+ZCrmMaY44B8z3niIInrJH41KNSFhVxKgXsCha3Mv0U8 9pXp5ecXAhAc4uQioaqCCqjg1ChXIgLIEgFnygKumduE2Wl9bdPPPzFTVPjxYcZy94SJRrnH6Ylw YCcENw5zZrKdmA6tRZtDWcSAtvweyJ1hMsZVhqsbDoaUAbMMLjEpN1PsejpjJvs4YzybWzJhPQRF n8Vuuz2UkRKnE8fSpmRTjJw7KrHSdG5WuIdmCZ4XPJFssBRy42hm2j1BpRN+MMcf3GdYO4suWGTj jIK5LsWUoZ3aYW1qNAwMZdm8xYZlvXG1NCuzs5Vrezc7gYHUzV2LOBZtbrOC0ZxF2Z/Bsi00MGPL 3y76dVIf/VxDFP1cQxf9XF8++jlNffTjJadahOjHYU73ssgZ7ut24c9JIf75hlAB9A3WTt+VH4NX FEX8ZMxfuUBjUAhw+ckK7ZGjB+aIq+5URSlrsoHZC/kXkk5EkcrHyjRlXJmWcrGOGjxVCY3JiAP4 AYIUshTOFO0Af1SbJ3QlTCY0B/BDcZ74yMB9Yu8alGqyLHD/lCGWtk77RgHZV6sxdu9ijRWKGknA FiX0zk7A62qNGzJ1WoxharzAh5AFl7CcJ3ajoj5ojcYARKmJljRXu+YdvgLjEEPB1Ub07dRXOrN7 UFtXox5s1Byc0RAF9Je7Rsz7EsVCfe3qj3oPDLv+Ep3VCqYpE1FCEIxFDSI3eOLTTwQvhYlgG+KJ YBu6QO768jHeaQpLFm6gvo2WLIIHWeIypV/9WyFMAyeHbNDJbonmuumWaE5JmPjpeL/2jgoMAXd6 P5GwH/l5SH50t6XikjWenBU7uboYy9Va+S2VhIZ11OBYShlMBhxwDwgMEEvBjJDukQ90D2iKCYzZ Dbj3bKeukXpN4lRJnv4Wh743I4t7Z2RrVTGWkU9tQrZBv6k/zMoD74kIzWmhx5QfPt+KwlA1Olh3 wnPdf9gk1xxuX0MwRdlYsrf7Fcv2yq6UN/YYA4VD70IJXY7b8Mt1r9Au4c+x8GjtBsPiPwezQALn fKzcWFjQ13jAYz9uemOW7e1d9UZ8Zwr65yrKZ1LqqEGCEbyf4l7op7iVoylu5W6Ku366IwIWBHhT oT+bMMWVNkFWWGb3/XgpTHHfENJZ32CN9F15+72i+IggHu9XrjekKOy5+SePcB75eTB+ZI7HvshP YZ+QH3ubBq8OBH60Hqs4jHAVR8LEOsiepoTBZMAB+4DAALEUzQTsgH4gfcBWQmTMcsA+VJiJi6TO E3nW/3CI8w3isbcMmXDZaridDjYyUsBgoR7+/C3n8Z2DZ5jD0p2Dgx0BKEO1rV5kMcXo1u6Qo5GL uk9zbbOcCbffcZOste14WLF7cHDInX8jKLf7H4xPGdGiwWMzWzC0noEyu6is3No/zcHAlwWCj2UE l1NMtbCuVjPpEL0IFd/cYi4jzC/6M8L2Y+9dVcTLoQZlJBWwYIEaTU4Z1H3vKA3NKfHG2mRrpt9g 2rHD2MvZUw3x65duI217Vx0ZXRlUBazVTVSnqIJFDcrY+8l9lPZSiNK2IY7StqGL0q4vH6Wdpj5K 69IktYrJoyje3f5z/XgpxOnuLmBfq/QN1k7flR+DVxRlpmTMD19L5jKqJZXB+ybDUtLIUKo8UvTQ FHHqqn0pECkETEovRBSNVpOFryZTLtZRg6MqpTEZcQA/QJBCNoRTp/VTykeAv6crYjKhOYAfVhGJ j6Tuk3hXuof1jQ5/bwE54T7wIEeowuYIk9Npdxa+7EaXFhLnyFTrDr8TplWJa/apBn2pqz+qsDsH UFgXUxL9rzf9bZnVEiq79haKa3dDJr1qY3e2LKKLm/7Wzd0bTMXnuinD/1GWy8EmJFX2mqudVsMN sJ//zRT+942JiO5TyLigphxT+LKer74n5y2UvdXlLR4y/o2cbpbtco4XqmEtsq9c+i9ewVctDQpl bmRzdHJlYW0NCmVuZG9iag0KMTkgMCBvYmoNCjw8L1R5cGUvUGF0dGVybi9QYXR0ZXJuVHlwZSAx L1BhaW50VHlwZSAxL1RpbGluZ1R5cGUgMi9CQm94WyAwIDAgMTI4IDEyOF0gL01hdHJpeFsgMC45 NjAyNSAwIDAgMC45NjAyNSAwIDQwNV0gL1hTdGVwIDEyOC9ZU3RlcCAxMjgvUmVzb3VyY2VzPDwv WE9iamVjdDw8L0ltYWdlNyA3IDAgUj4+Pj4vRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAzNT4+ DQpzdHJlYW0NCnicK1QwNLLQMwADBRBE4ybn6nvmJqanmiu45CsEAgDcHQpBDQplbmRzdHJlYW0N CmVuZG9iag0KMjAgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDk0 My9IZWlnaHQgMTAwL0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRl cnBvbGF0ZSBmYWxzZS9TTWFzayAyMSAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyOTc+ Pg0Kc3RyZWFtDQp4nO3BMQEAAADCoPVPbQwfoAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAD+BlFQAAENCmVuZHN0cmVhbQ0KZW5kb2JqDQoyMSAwIG9iag0KPDwv VHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggOTQzL0hlaWdodCAxMDAvQ29sb3JTcGFj ZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0 ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDg3Nz4+DQpzdHJlYW0NCnic7dnrVhpn FIdx5ywEEBSRREs0DGotulLPOoZ6SCpBThZmmN7/jRTEZFnbfM77X+v5XcH75Vl775mFBQCCLACm +UGrtuN6ng/AGJ7r2PZ/irVs18/kCkvFEgBjFAu5TOC+CtZy/FxpbWOzHjYAmCKsb/5SXc4Hzste LTdTfBc2j84uoysApoguz44PtjeWs571otZseXP/4ua+0+0BMEe3076LPtYrb773ajmZcv3oujMY jeMEgDni8Wj4cHvSqGTd517toLR1dNcbJSkA00zGg8+nYXnRfl6Fc+sHN73xJP0bgHHSeHB3WCvM 12E7WGlcdkaTn/0oAP8rHfdae5X5eLUzbw/uhgmzFTDU5K8/Dzdys785lpOrnbRH1AqYKh13zree tmHLLWxdPMTkCpgqTXpRWPJnuXrFMOqSK2CupP9pZ3mea6lx1eN0BcyV9Fu75cCe5uqTK2C2ZPAH uQIayBWQQa6ADHIFZJArIINcARnkCsggV0AGuQIyyBWQQa6ADHIFZJArIINcARnkCsggV0AGuQIy yBWQQa6ADHIFZJArIINcARnkCsggV0AGuQIyyBWQQa6ADHIFZJArIINcARnkCsggV0AGuQIyyBWQ Qa6ADHIFZJArIINcARnkCsggV0AGuQIyyBWQQa6ADHIFZJArIINcARnkCsggV0AGuQIyyBWQQa6A DHIFZJArIINcARnkCsggV0AGuQIyyBWQQa6ADHIFZJArIINcARnkCsggV0AGuQIyyBWQQa6ADHIF ZCSD1nOuXjGMuuQKmCvpt3ZWAmuW69KHi4eYXAFTpUnvarvkz3J18+9Pv47JFTBVGj9c1Je8aa4L Tnb99y+Pk5/9IgA/MBm1j2t5d5arvbi6+6nLNgwYKk0GN/vVjD2tdXq8FmqHn4d8bAKMlCaP96cf nk7Xp/FabpzfD+MJwQKmSae1fo1+Xcs681wt90119/xLfxQnEwAmSeLRoB011wvevNbpePXy1e3j 63a3Pxw+AjDFcDjotm/P9taXAnvhG9vPrW41jy9b17cAzHHTik7269VCYFvfc7VsL1Ncq4U7e83m PgAzNJu/7Ybvq6Ws96LWWbCOn8kXV1YrawBMUVldKeWzvmP9q9Zpr5btekGwCMAgge869qtYn4u1 bABGeT1YAWj4B5GZ4OsNCmVuZHN0cmVhbQ0KZW5kb2JqDQoyMiAwIG9iag0KPDwvVHlwZS9YT2Jq ZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggOTQxL0hlaWdodCA3Ny9Db2xvclNwYWNlL0RldmljZVJH Qi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMjMgMCBSL0ZpbHRl ci9GbGF0ZURlY29kZS9MZW5ndGggMjM0Pj4NCnN0cmVhbQ0KeJztwTEBAAAAwqD1T20ND6AAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADgwgBRSAABDQplbmRzdHJlYW0NCmVu ZG9iag0KMjMgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDk0MS9I ZWlnaHQgNzcvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21w b25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDEyMzg2 Pj4NCnN0cmVhbQ0KeJzsfAe34kiS7uCRkJB3IEAY4Z28B66pqu7p9/b//5wXIWFvVXffmume3beH OGd6KFBGRkbEFyYzdf/xjyc96UlPetKTnvSkJz3pSU960pOe9KQnPelJT3rSk570pCc96UlPetKT nvSkJz3pSU960pOe9KQnPelJT3rSk570pCc96UlPetKTnvSkJz3pSU960pOe9KQn/a+gUkH/3WI8 6a+i/1nmLJWeDvYXUalUrtRq9XqtWin/R9VZKpfLnzcgPv2fle//WyqVq7Va7UfWLP2MDtEx7h+H wZWfMNh1VOVGnzP409S/R6VKrUm1WY5jabJR/U/oCJwATVauNohm7bMTlip1gqhX/grxzvP/b6VS GQzKsEyrftNtsWT8hQAbf54PCY9fmOQW+LzBLqOqDZKiC6JaRKNW+VPdw0TNu3n/5GFc2k9J9HfQ f8ilyjWCkXVjPJmM+ppAN/4SOPwhQXSoo8mqJCcLdP1zrlOqNBlJYpp/gXjn+f9tPv9TqVynJH04 6it07bxIyLRQOIE71ShB5lufhEEZnlZVnjxzKVUJTlau//wkgZX5Tn9gIA36uiYyZP1PwFUqN9qS xBKfMhFElHq98snw83fRRb9/9zxgEWkw3zmu57n2xtS5z+no3yAwepuFoFBucP3pSCY/N1+p1u6a Zrf9c67ye/MzVON/QDj+ewgQqZo719kMhebZicv1Fsu2auVyUxxODb75Od8uN/n+fAkWysFdqhCi MZvqbOOnkAFWNjau73tArmNtZobS/pOEUKrS6niiM/XPFMyVBsW0iU+Gn7+LyjWSYUC/f/M0pSql mFYQx1EUxUnsbwz+b0YrGJ3v9mSqViGUubPp0Z9TdLkhTGx7Ivycq/zR/P9bwQqINL0si/Zj8YxK gK/S74lEpdLqrp2VRlY+yUgYW4ENbCpYQTd5Y+tuBuwnS6ELE0JZJW/vr6fj8XDI0iR0Fn+G91KN 6a82o0+Zulxvq32N+TmZ/moqVVtSTxf/9jQHlp04SeJbm/Vm58ZZvANr/L1grTG9xWrANqpkZxs5 Q+ZzqCk3pUUYLqRPZoU/mX/5d6/yv48g/Or77BTtpt2LD4ORx5ulTteqdN+O9zr1ObAiaHZJskd8 lsp1prcJ/GWH+rksViE7+5dvb2mQ51Y/yrJw1aX/0OZQROnzpcF9AqylCqmYa1Mm/lvBWm7ww/Wi +8m08y8TVBw9sIczG3RUTR9vwixaqefCFDv3D5t3pWKb7tzD3LbiLx/z7Xl8oPTd07eVQeB3HFNs 1lrdXeKN2NrHp344rtyUl3G8lAuwfnjkfDDwOOryzIcjg8v85zr4w7DSbQk3pvnPP17N5fvrDz/Q yg+WVPrxF99J//DEeTkfBbgNLhZUZ8f+KdkYyrXBr7Q6m9AeMvUaPXBTu0dVP3K6Z3D7skJIpneI 1wAu6Ja0pR/trxD6MOKHFsjnJrvWy1u0mQyhaR1Olm52CmcQcks3TX9UECBQ7F077u+53hul2u7v /HWn9TGpfW+t7775PYN+r/3Sw6j8Hw8PVEh16VvGJe38sXP+SEmfo1Kdn/iZP1WZFkFSfG8dJVY/ 7wvxOKfebDbvtmKwl4dvGvmZAPx+OenBj9UKygP/X601GnmvjQwa8HT9cYMZSgZtFUVLtdWgEKxj nmg07p/CZr1xmeVGANZVHK9ysF4eOQ/KRalU8Lsbn1LpMj0Kd7ctCpot5s+FLD2uslhCHZeAHOF/ tbMs5cunRz2fV3kR914rpVwrlyU171RxmfXK7fxFo3794pHtdcnN+vebqXfccEUVQp7HJ3+qtJvn SA+ZauAcAlMgGm3DzZwB00SV3xR8U/mHxVUpsNXBn8pkg5SnbuyaUlHrfRhxtkCt3vjObgjW42HX F5g2Tbc51fROR8jt8HjhKw3c93r0lVK5QfNCEWp+4EX3y4WcNvFScNnHTSsYVX8cdVHo1Z2/f+T3 jJr7RPk6qnD18wM4ulSq0b196pvCjyQu3CB3zmYdg+Tl08/DFYvLOLP6TKMCYjTZwdbbDTBClCp1 ss1LssTRRO0MiRqRfyMwZB2ct0ZQrWKnAD9SzWq50iApimYEkcftI2DA8JIkcvjTDSvlBmvYh4M1 4Km2vk+DqcLxoiSyVOFa4AVNihUlSWBbD/sQN7BeH4FBeNRUyucnSRq+Ezm6mZ9MQNmWTy+wdAt+ vNkS5h8U8xMw9sMqS5UGPE2zAvAhiBbVIilGACZtog7sBFmGtT9s+uXTwPdncUsPWmlSLVwUyktz kiyjvIU5z5rkUZOlf5yVjdK3C2XfsaXyIwzcR+FE+IJvf9xMva4h5wZGYPu7w2s40y6JFRPkNHrL 1l2GZACs7khClV8mz8Whgfntm5vS61AIp5k9EtviyIr9pUbVSt+PQHFBV618DWzrgQmAdX9IlgpZ w6hZB/SnL/6QaTRImqYZvvCVaqMFepbReojdcp3iuPxconT1Irr56IZoinq1Rqmr5CWYytS9VoAf xQqFg1x0gApFJRUaLl0feXTPi0ZbhfaZVuHI9MUXc/s2q5WzDCKLYlWawsR/SUG/oHF0oXu/Rzco nBO8jGrW0XVBDLr58zUzFpfJoQArzEMIg9lEg/qjVCVYdTCZzWfjnkQ3Cj9uyz34Zm4aKkvUai1B U9gm/lJtiR2VI2oNRunqPcOcjbR2o05yGjCYTUdd8U6TGKyX8Zf3eNUT+J6VxZuRMZ7CU7rQquVm p4Tu0JzNTEPj7jf5rmCtwCNidzSdI2uhVYdYBaJoitIdTlFcEVMmSqsMcjZ6p9uV6UuHCsKq82J+ rlmtNhmlf7fKSpNVu93ecDodaYKgdjW1MzBhxX2Z5ZS+OV9MB/L9WRNMw6gwDSoFxc1FOWulQvKq invrKK8+hmemow5PYoQATeazTgZKYV8UA7Uw7snoo8gWpZ/PzGGXx/BQJXlccj7kcTO1GFxwQ7vU aW0Rffl2sCbqpY6EJn1/+uXdn2kcP/SO0XKIKkcz5jtHuWHH06s4D27bFMZulmyN7nAbRdte3gXD CFq6H1Gu03JHU7Q+rHI61Nh7JjlY4/m58IVMaEav0YRvMXJX18FXxh2mib4CH+fT3AwV3ALsdKVW 9eaG07FeeNFFeYvcDcmWMHJfvx2tkXw7jwI4t/jCh4Yd1F5+AMDCDPPC0NiBnx8Bm+gi9SEtg0ZV 42zUXKNSt1AV7tRJmsIQTbowYD660Wjrm8O3N3/WAdPUcC253+sCMgbLaR1V1UfTxXzcFVlBG8Kn ic6TP43WckOcRcdgpjIE1Is4kywhcKukMFjsbMd1na3ZYRpYcLDd2c7x4Btr0edJgh/MpxruNpQb 3GAx09tNSjU3253j+/uxRNGSsdw7juvY67F6c3DoqAbW6Z+/vrimKvWt4ynY7yzH893tGI8IwOzq eG3hvNbSkO4WdAErUa231cnGdoEK1hWYf7mez1d71w+83URpYZJn9fne9Vx7t1lvN5PrDkS+aXL6 FeafKlSD5PvzfJX2dgqrrEBjNiuWsJvo/dl6tVzBP0J/PzOM6QY+BfZMu9tHLuM0OxgPE60MAeIV d9FKqc70ZtNuu1aptzVz63geyjuUIMM0OX22c1GT+zmEjEqVuIjhbKddVH+dQbZI9noEWqgSorGy 8nn2c51p3IeLfDD8BNwWfaFF8gbo97f3eGvwxXO4jx58+T+/HvYjWRz5r0dvt7Ndz7OXfa4IUPp0 i/p0drk4j00LqczDQ7xf7cPYGvF5GEJXgBHOdQRU3pP1arHc2l4QOKs+d7cLeAFrsUVQrnMTAKsp tJXJBsTwfcuU6bY8XFlo0MLZQGP6bDHgGpUqKYIb4uLsjalhrYsaR+WB9qzFQOI7i/jbb1+iVe92 0AM+pFx8aAUoxtRDisbSylW+RT6V/JHChzYTZPyACba3QNdFow54EjS6BKXn5SYhjedjhWHBonZu nu1EoVv8yH377ZeDNRLJBpX7fc44d846MFsvF2vLDUJvaxrjxS7/NIKi+SfBCr47dA6ZO+8rUGBB K0OQBNZSTWG49XzH2oP6nUXhcvrKiwLHgln9zYBvKzNnb7CwBIDRzLXHPMn0rRR35yPbVDhlvAMG e2Dg21P1uoVYwsLq+OuvJ3uiiH379espcm3bCdPEHvGIFnVm+569txzf243udsPPYFWIBq3NnMDP BQHsqFQdmrQgCYGN7QIfZyI2q4CUlR/hQ44fH9KdftmBgP6tt8X5HdAyJRib+1XWG+zQSQ9pmoTW dGDaSRJ6juPhDiZIBN4ZpplnildXhDKhs3QDdw9eFwWbPtsk5atWGqJpW2O+AZXf3IkCN5d3NxKI JttbeyFMC7N6K51pEjyK4eZiuEu9XYchC2S73bthsDPYJpTuWx+16QSRt9DuNmTzY0yIUTZwC/2t IbYFY3/89be3cN3nLmDlx96X337JdoYkjoIvXw+oKzdKo00PDAuuuXIDVDn8d93/cKyCO7Pb5AV0 knrT4kwcQ8nS8d3biBql7+IkQEP6cZazvQpYlMELCLJl7PtJeQ5l65hne7vCV5ypJqimFaCCIBrC +plGkx/b7kwmakTuhoVmnDmUfIUbovIs+O/G0PR59PWf7yFq7Vo7Uer04kP+fgKxDtx5tAOEoJIC Z6bSTUqZ2ucpC8Z3O0g1urtC1y2M2mMp0XTcOYR7aE6ZwdZZdkUNRnsWRPUgtMZSWxg6b//8lu2G IkXJ452PLgWM0e/rTXHqJbHvOo6fHLIg9yMvzpJd/6evDOB2yyI8HiJ7ZQ460LqR2PBjq7INg/1s OBivnNCdKWS9pcz9xF9PjOHcCry5JnTXoTfhQEVlQl3HwVSk2FHw/uUUWutpT1ZGe/CdqWFM1m5o A34uHXqVlKfh21sw63Bcz3779TXYmKPJOjikm06rTkgmzIezTLd+cH+MdAFrqyWZbuRvTHwkiB1T Iil1c3g/+pvp2Fz7iEy60VIXfuytxsZo4Ry+vHsD+gLWCilNA5h/3mEptrcJcJXGeJmvskVAkfb+ 5RBYa7Ovz8L399RZmtN1cHo7htbSNFdeBuypSwQpNfiJG7vL0QAYBI4pki11ddFKU14E/lQkSNF0 k2CL8u6DYNVlmc4yiN1cNjt0p3IbxQit+agQY65SBD92Incx7BszK3CnUqulLILIgvRubryg2FS4 YWkTRs5iZIyWThRu+zyrTv23L8lmIJ4rQ/Q+KNNenYnMcMPg268nbzUZTbfRIZxJRJ3uQFizlyAO GNZfdT8czQDUsdL89p6sixOXUqWlLbzQXlxH0M32wH17T+3lZDzbx8dwJt4QjxtMYFvol4kmQdLi 0Doc7T7LDrz3ry+RvZn1FXVsRcEOzDBZe7G/UClSnAXxWiWbbH9bGGiyckMHgkX9Zti5HXqLnja0 Tl8ySB7EdeMIDyMjbzMBbW39cD/kmg1IEFFsg5LGwAcSYFuCR8A9h6BQPwYb3B2RQiFiurEzz30/ ANel+bEb7/s01H1Naeb5i64y3Ef+etwfwAQQO9sMNOJfXiD8tylhePZ7EwIyDCZJeZm+v4S7mTmz 0re3zNvMJqj7aPbzp5AlDFV+djykobtbjHWpjTtFBDhHbE9UjhX0uRdbBtfiIOeE0GgynDrZOaue pG9if8LnYNU2CcxNcePoK1Qkhibxgr6O4t1I4Vixt/Sh2bnGrnK93dtn6VZnSFq3376BoiVO6K2T o2swBNPfx/6qJ0KLONpFwVK93m+6gJVm4ZFg1RcZVhpsIohQbLuzBYNtDZkT9GV08MYorZ2AVnmG 78zDL198g77yqRXz91iSUuaXVXbnbmQPOUqYJt/eg8UAlqCY8df3cN4Vxd46+/oWLnRR7M6DzBtd sYIdP0hgwAI6k/UaqiBKW1+0gr8FM6nF9HZJvB1IDCuP8FKBJE/cNJeN00wLErqgQWHgmCqfixFD hdFWFqA9Q2I56Ak20FO09V0arXSRk3qzzbJ/V/KB+wSJO9U45OYkwVxts/o2OzkjgbzcqMEt0+A1 Wao0wQyDr1/jhS5wkrHPsl2XIgXTS7xZV2B5zbRjz/xwFwGxuT7+8/9+DSZFWV2qo/O6dyPEFmP4 X1BXAicPrSzbdsgHsJ5OrqmrigJdrblPTvFCoRgDBEk2w44siL1NFO2GMsuA+fzEHQu0NI+SjUZR 6IbWWD170X7AtriRA4bVQXmquXeWuqgt4pM3Fq4NE4Sv/i4O1wPQnmxsw3DVoSkovVLouziG1+e2 NVWlATwCpmAZsb+CKTD8XY/qCAUcbYte2TU366GQW9BHvVQpfRu5EwXCIRRw4NyysdyYCkVyI+8U o37b3dzvZY6VgDE2+bSyPn49WSNFUMYQ9E72WOFh+jTbauRPg7XcYDrTHaTo4zFLoDnr8dBStwd2 Fq90jmphKEyihcKC/6R7KPRqdUoezsaaiGA1b2Cd52D9ctr1uBaBfX8WLjSWarXlsVMs9WJ8EhJx tIAoSenWy6s74ol6E1Z7AG+g5VmYOmO53aJYcOHUHrRrj2BVGXkaJNaAa9ZqBD9y0mAqs93t6S2A KNZosiA4xA1GWYQJaKpRg+Z/e3y7A+tt/ka7b2XxulilscNVtsVp8uWw6bIkQfITXE1epY6D9xd7 wBJNLPSDfNGFTHg7J7WGEtNmld5AbTdb2lUrCNZwLtGi6WfggKBVaJxmpi7r6/gsGzROs5EmG7jP 1ruKsdQ4bRWnliExNCv3BhpDtHErbt3j221eG/SkW1NRoRDGS41GbuoySq0+SyvLOAUY1m7VOmS+ Y2hCSd42/PfTvod7OtIsOjh9BiJdmu4GAt2i+N4mTjadD/ebIB7Ms9/+65s/LGJEGfSXJHcjtt02 i2xRV42crd27Fh85WF+/HtzNarlcbSw/Paa7PqzICN5f7QFPkS1h7CYuWK9eazK9bRKvNFbOwdrO rQm1CHiRNLLTcK6wsMaz8ihlNBspLKg3tW65ANuPKURUU2m3Wow681MIW1xvD0qCmhRm6JgzQ+3M /MQegqfXmtxgn0BMbVYv7wVVcX3pzhCZNqf20aikvAjjtUZW69zYjXY9QZkFmWsqLM1I+qDDNet0 z0ohRjeb3NjLgnnh9xMn9U2JUdeH93gmt5oUfPqSLnGrRJwWSvpJsOZbe6I+WVlQSB9PBwhxIgnV YPiSrPuywIvqCELlridBjwEejpubtRavSCzb/QFYw7dkBh1jlZDm8Uu07CEDbeIc0rVyvWOCHg5e nF+KsI4ZKqGcX7oJpxLA7nB0JprIC3JvGaKD1R/BqnEdgNoSBYGKWl3FybrDw6gTGqwMWWCTQojj wYWhGMONSihqopN3A+tlfolocpPgJdkUqxxintFZaRq/RuDVlUqdHYevuJpKje47pwy65WqVBCwG U6FxlQlSwCFcjzqSIEpCGyDwEawygzJu8N5PuUpyiiKI4IFn2eqUqMiCYqIYg0LZ++xg9XjlylYQ BYaoU4Cog7cYqCLMw9PXe83QRI28zB0VV4zYoZv5Y4h48yjdaHd3ritU3zkEY7Zeow3/JV9UucYM vYNrcJzhvmT7oQIqVwab5OgM2g91cB7cDr/91y+RmV81LlVzdexuI5DJ0H9N5he2mTug78Fqv//z 6zEOgzCMkywNd0OBwKjxli1lslrNa4MtxpZSBRq8MLP6goJg7QAQw1O8yg2kje0DGEjqA+wK5dUo QZGYFvTj6b7bujOvuslO3rQL5Z2kz/1jNFfl8UVJlUZbUiQR4mWcX/7BU+lFhPGGKF4Nosgm9Bzx IVgPtbNRa3V25Ca2wTRIyPT+XGkLY++Q7Ca6DOYQWbIGnrxPvTHbIKRF8gI1GNhN6pjuIQF/1dZQ 5wxwc0CcJ69ohQpYzT+4farys00rntISNKfoo9nGiY4vENGhDFtmX07u0hyPJ9NN8HKyDdVwMpyo ODaE/oPq/ACswSmAIhHL6M3xy8FeIIPZNno57G7xuvDiWQ7WPaRBvEpUIcEbo7nCD5zXt3g7m4zH 5sJOX/NdxEewCpjc8q4Qy7vctiLUfelaJcp5CYOhWQJp/RHu80BWwaPFO++5zE8Q4jy9rnLtn0Cl vDSNTi66K8DgvBqoA3ULWgyoDQqc3zoyeMiw0kPsbGajnipQjdr3YOW6uLK8PwFXIUmo0N1DUUrn r6CRtLIAMbzVRYwXEEP4wLYJ+eOQhdbKNHSFI285sw4aSPd5F33OsjOpXeSluxt4FarnHPwxUwOw esWiShV6AHoxeNGMvrwG6ymqfOUeX/zR4/3PcoMbuS+//PrtsMv3jVAx4fvdiFd/LPJDYDtmc7Z9 5zuwvv36noX5dUPP2WHtVs2jRmRydfSVFUbfXEE51L2RpOIKupy6zN6PzoMbQsXm35RHNBrs2Et2 3Vs1ANayX9+T/RzEm8yt5CVZ6Z1ZcFFSuU6QUNfu03CaV/WlOjfxM9sQRbXXHwz6uszSAmTxQ+Ss p8OeylP1SpWCxATZl8LW1x6yBA1V5SHxtvNxvyNC31g938VrkNr29J7d+f22y0M/m6H7l8FW0dHB 3rcKZjh4d0r6JFbxtkWjVqsTFCNqg7mTweI6fGdz+uU98Wxrb9leDIXLQIVg4hl50AWL4CEPJpmP YIV4gSIA9navv7zFroUM/OSYrLUfg/WMuzMLVRz6X76dAgeGWU6YHYOp+AGsHcThuW0s1dhxcHAM Sd+mxUXEy0Py6CotOKqd/hCspLw6fHtPr6vM9n0AK6Af787mYD2eV1PIWStdht5KekKa2HGWJdDw z/piq9G6aaUAq4KHyZcCAe+/NNiRn4HJzpddqjVSWR1/eRSDpeWJdce2Xqc7Cy89ZHFgr83u7Xil 3IDUnp67H1Qi6EFh/gisAw9NBIrBbJu5Q0Gepd++Zj7ObrnRAdT5ANYy7mAlp+Ph5QWCKXSG4N1m 8u3r4TbCHSFYz/pGtukHsFqv7+l+bpqTyWQ86EptSMDorkcorKugXW2bhLO8TSrlQvkTRVsgWNEN v70lhRd5CbqhNvHP8hduCAXQ6AGsGIS8L7+8hOBDe8sJ0kO41HVMnoUHosrrdN+GEoTNfQiCOcg+ 6Q7w8My2NhOVaStmbtTA2U57Am4mi1M/3uicZLrhutOqNXljF2VZGnn75VCh65eLsw2oFV9/eb33 ewRrkmcSAKuJzgVFQAVXf1/tfQ6rxcUu3FYH1JIM9JfHkztU9O3p22tk77ZAe9vdTzUlBytdvfhc LXfL6UewZnm7khsIQGchg93ecXfj23nHPVh3aaGzC1glPFnIvD3Ou7McZ317x+MKVkxMwyJqFOWE Iet58mpcwdqVb9KCo1q/A1Zs/e9WaU1VKIODNK8CcrBCT1es5iznR7Di+4XKaGUHYNo02I0kir7T Sl5t52A9VwL5TbTmRUuFa1XrLXV9/PYghkI1aXl4YwvtHPZaWzdMwIW8VY+9RTBpEacblSjAqm7S BLv6PwKrm+GiLkFsKCrz9Nt74uSzg7ta84eb+vkdkiCLrK2XHaDzbuYJIvl6G+HaC53j8RYjBKAf xMZ8g+lojxSB5zmObbfyO0qVc9SoFEVVOC2iGY7OAvMC1u72hDvGNzfsKJNzPii0+WOwQsA/3Hxo M1S7i6tC8niJty/PFUQBVn/aG2+8KI5Dd9llyLYyWjtBkgJet1CzV2vtgR1Dd9ZbB7gBVxz/Wn6c ZlmE5zPFxdkR26RwyxT8flv4vbMby6y6ShLooXKwBllesf+LYK2Cs016eDae389sKdBrBqambw5v yWYy6AMZo7GhQWF2wwhWc2S7sykCYqlc1LAA1hG0Dxg54Jvd8TVcja8MlLsdgHuwJt4DWMWh93py Z0McNjDGo750vZhyn1n9a2adnDMrDBZvYM0Rfa6Wqh/rsvvMmr3G51UORuNhh6NFMwCzQqJCsPoH 5xx60BTMj8BaJRipMzBXFoRwbCCYXCtY2ecHWpCMOKhNz3tSWIO1aGh4rpkVL2gynXX2lmzvxGCJ OtEW79iyzQbJytio2FBuRKsrnjCzxum26DHKkKP+PLN+ACtk1uTtYJlGPvtwPOzeX4vAd1gnbhqt jf7UO6T7PlOvQGaN3rLbiJEu0KzxyPYRrPtDutLoZr1+/stBpX8URXgeClHqJCp0CsbCS8x3mfUA BhrfuaE4wkb75oYEwY0/grXvvr14i7MPjUZ9hVdmYXJRUq3Zovmip6tdA7436fTM1Xa32y5HMt0k GalrTHPtJ7sBU8fNkShcj6d2hDfny5UmLWj9yXLnJYcM98boc2alIDDd+/0A0rR6viWbgxXaa/Jf Bmt+yrvS28WldtzjD1/CqdpdJkdvorBtvL6pdDSxzfYtqE8wQeCVF0UVBT1Pp9hw4u5QXIA11xu2 juv0YA8lhqbbyEC9u1x1rg+vb90wN7AqwsA5pmudxzvfrKh1ldvNtbueNS8ry+frV0XP+ghWTYTG NpzmkQTfQTl634F1LmHPGh8eVkm3BBPqHfTzT4EVVEFzkC8EpW/uYty85wCsEb7HB50u5GNYEtvJ 9QSFRf4HEFRFGTupNzxfiOEUVdFXyck3CzE4GcVoEu2crXphS1MM5qWiUTl648vxc96zZlb+TjC+ QGVlv9ez5nXf9a2bK6qgZ50Ep2iucfk1e0nrSPfXKfHKhZVv/bLaPDyCZqk65DL/YYTcxivHD2w/ gjUGlVTuXoDKwZqPOJ+UYOrBfphF5EDPmoOVU5YJpHPoIq9uyA2KhZyVp/DtfIMJMsR1rS3dOmbb vlD4kNpVuHaxY5zfK6u1BFVVh1Z6jg9FcWoPBFhJt9vtqGIbEhFqX1T7Uys54U3JCr4uELubXZAf JuI9bXiAl/E1tVO27dJtPU870LNuske/pyjlLwSrYafBXKXq+XslhDSLTv5Yks0A3Bh30+skqxkQ IJjcC2Uivynem876am8D6V2Fir7ODr1T8gBWQBFowOAIZMB1jL5MPYIVWdW/ByvuxoCV2tBFNyip N9Rvb8Lf7QYn8UptQeVeg8Y/zculzQew4tlHvO7AqqBYWKavvvEBrHh0kxek51USxSp/EqzlBqP2 ugJFkG15ZB+yrc6DdNigo1YMF7QiQ54L4w1udpZrtGbOR/pwn0Av3sR7Ylx/NjX68+Dgm4UYjDoY qCzFPrDd9QSp21PxSIzVZoCtqwTFbrA/4fG+OXiUf8DdYOk7sLZ0G2vxRv07sHKc4RxA81SjVm+2 lYHRubvMiNcp1nHqjkWyia3r0Z9KeOJlZw8j2D8H61x8OL29Byv6SrLvQb4o5y8M3XaDGahz8lOv i4EUhsm36wo3ROXpvAhgte/+ggFWNGm6w9Mp8CGxN+wBxA3oo0dQP5arpDScm4PhNt+hr+EXUKZC bQIBkiRbLZLEIkbrdfBMiZEn7jEDTVaKF0mDKHHHeM2Olnu6BKCmhf42PToDpo2N0oRvEvhaTOH3 jcLvafqvAyvuIGYHb6qxLQLvl+BprdXnuAGEnlWn3WwQjDbdrAbgAbMg2Q9AjCbTXTr7sdZdgV4H LEHQ6iJ5Sxd3YMUY4KQB3utqEGx3tlno7YcyOEZENmn9A1jltjwLUmckthqNljBYbUzl46UIlZGm +dkZCY9IEy/Lz1k/gFVt52d3ptxu0dLYe/sSPIBVWkQAH8gH/X1SrLLJaCaukvpJsBLSeI0XpZsk 29um6RaSwSI+gLVIoq0tUSsyzY+c/Bix0cA7bvZM7y2DeNtjm6BJfQVtjT6y03jdZYhGs61O1quB yMj3bLNdX9Zn62mHIZp4gH24A2u+AxxvdCbntkky8PrWD8CK++5zudX8iCqDxXYm2fU5mJ2Cadcj 4e42JbRFQRbMlVYVsDG0D5A1+Pzix3kEDSM2I5H6N8Ba+IqPN7UbeK85fThnhQJpqV3ccNnnoGoI L26IyhuKwgj3j/m7PTdhChCfSDm//nI70wDimxj5NOok/rWL9bA381N4BNyMFEdOcZJWLhd/fbFK ypP1vMeB9rnBPsvBWmnKi+j0csLbcVUsN1aroUQ10chxfliNMWShUCQ/drM7v5/rLP2XlcH5m9j+ 6eCthl1V1XqTXXQIwKh4tyd1Z12RE/W5E+zB+3DbOlj1JR6+ccO9ISlmAO1TT5a6pnP6kt5lVjyb 01ZRYpsaVBe9pevf3xbN+6yDayoM2/sAVoliET/bocLzynDje/OHG0zL/AYT09vF+SOCOsYSrce2 8xtUZ7DiG+oK1e6swsia9jr6ZH/49dsDWPPiGedv4w3K8ypn+SpzsK7PYB3dtsvuwRrcg1Weud56 IHOcMrKSEG9VTPxjvO7LcnfqvqBWSBpFyZekTazQnijS0Iq8ZQ802Vt4wXYg4/UPb66DGN2p7e+H AqPcs42WHam/8Z2ZLrK8NvMg03G302cRYpe/0CVe6i18cBSZJGB9j2DFvjDL9gbmmA+oYkgBmlI0 LCdok32AN6svRT7+WRcHQwF2SfieXXBMIC7ktxjuRuANpsEfgjX7fbAW7xeHsTXRBF42NhEE4vyk uLjBNMfrWV2hcMPdgGsBfuOzGy68cId5xTkma/3aL+HLpds43o9UHvn5/rJD/7/2rrRJcRyJBlXc YO7D3GAM5jLg25iqvmY7Jvb//6HNTPmQoaKrqmcmprpX7xtGkpWplG1JmS8rHXQghHbwiuftx70p FllCkb5yCq5G4ntD3BMbx0HxWrJqPdMSJoP7WN/+/H7d4qwrtJamS+553ZkewHNfqsLb/NlQurXG 6BDZ/RTs/jCuo4sKHVWwyXpik3X2U0c36Iruf/4c2KfDQTec6/PlgJ7ktYnuB/ZhtVzrDihnKBVK XdXyneMaz9YutibDKvb8/MnTNW139r98C7ROtbGwLmwdDyvF+flywSOy9dENXG7SUby79+XJUOXu lGhdsuRevL+QI213ZQXeeaOqm7MfmMtWspfDaF165XJHZUVWO/MSgHGVq6wyTdawUKk5P3m+dQSZ /G/pyYpMCs5nuH+/0ZwcPCblwQYp4WULT0Zvj5urmWx9YV/xFIf2K1k/0QnCddft5DMYhu3iHTVF ATH907xRrqGDunfcaHvj8vUP0EqpCF3xXRRpZ6InLQzfGv2f0ZPZ9q0V+QajstfYjQt2o9JSzIt7 Cps9z9sNeeNcoKPKrf8ueZ17gaOvVRipqw9PxQLO38te5icrPsO+BMd5r7uIaF1wpyEwp1KhOtjC CB21JerTPya+jOR3fLkajBwik6sODwEGoldrSQ3rcjnB11VtetssN1mHxyt3BBdN1rgG2MrsdLmY u5W6OXlXeEBXy+zbAD4EwEICe48D5ARIKUMx8BeH3MDBDLEzo9OnL95uXE+ODdpLM/CNLdoQOo93 SgVpuHN9C9rRQJ+G0sbo3AsUWalbw7/GIfVRfeY4rCjaCZ4ic1gh0w7E1/9+dxX8gYFbUHuzXKDj O1hgqQQd/hwcYbHaWTC7V+FOga31q5VeyEaEAUdOgPODDqOfrOl7JyuGUIy29vX56RoE16enAB4p zQK89puzg+O5tmV7vnvAaKVcVV4brmubluNihEoR59X1CcNSTMv1TaVVrk90a0OuSriLqJxc/NP2 Ls5+wjFa0aPv+uwdZv3xLiRMg1mwtgxYVeTxLp6HsS6+z0frxIRpxTwxvEER2/U9Y9VH73+qjOcl UaEcfN4gp55tW+7T9/+43FMsQ2fccP9JU2pFUrq+q8/Q43t2NNa0GwTLlKOD3GK4BRISu2HzxkmJ 32sY4KFZvmebhmnbx2W3nCNLufqOTZKbIBJ2BUNHLAwEPEzhJtJAM1zHQk2a2kAqJMoGjWE38jfN VkpRoI5hOVYcTsPUQkEzbKTgbdwsZgtNxbDWvJt4Jg/fsE/w9h71prrNCNPw48c6wFo6Xx9vLY/C QnyXD3RCZqGza6qhJcOkmh59mDGwfhjFNbzTslPKV2MetrBZ3qOov3WMRGfhZE2Y28hWji6NOTxf N0N43LDJWsYDTR16ZZFmML4H1osDzXRdtDmPypa6mvvpanIfBNlKTz27oQ1ZGsbqgJLgPQcqtzEO p1cpcEUoOCYVdYNhUh5qHwbozMTHt8Dzn19PKBidrhssiMd2DKyNcZ/XJ2c7rMOyi9k9yGLvRtC/ iOcPN3NP1hZ30kB63dFHd1w0rwG3KGVlb0LbF9CKvho2KBy61ByvdQO0ZB41CnLEKEFlfzIty9BX LPazr+qWbRkHTV1t1IFUrPSUdWhIGEFIx8y2ZR7XowYfLw2ProVuGdtJtzcLqUjhbTdZqxQCVe0t dlTP2Ct9iZ/jjIo0DzemIhjAuZsjS2JUOZMUyhYkaHyv6/vtzvr01Z5xrl1ghLO9aWxgoVdmUtok JTrWVPvL1ZhtNpZ7Sw1ZOzMJZSo2r6pcQNVDvjZQddCJaRw3s24l95CtdJWDiZybm9UatZJ7yIWq sEJVPuYlOdTkYSmDQPBoTHWDSqSapRBYjKA0z4f1OH24UmyMVmFl+gv3sdT1hCeEQ2HUo3mCzzNZ 0RgVKZIVrhewVnss1Afq4YzhmeftrMNt24Pcm90yCuuGO7Vm270qV3GJH9XYQY3cY8JwGjXLPU2a M201uKFI4zlR0VammyONOSqkkC122KobI30n2jG0onFohvJyfyblqQMM9pZGG8PS+aV2rtqdb09x e/mHWEmgv90CTSZXiYukzSweVIO0v50zGkx0dPLx85F9ZICl76GAZZx2VBumr6KbpzUsViuh3WME LovNDRl0cQdgSfMDA4OUjdJ5P/cfUnI05amyIhqCYbsaEo0Uat3RXF2pyqRXY1SUuXJrMFuq6mLU CYPt26P5cjkf99udHnpd5aV2rxkOdiZbqvcmC2hgMe6mmcOJ9nk+H3ckqRWSfMPDodHrIgUC3IV6 s1rOBq0KR6GSkHwnRaYyut5FlYlHgBXKEYmHPByNhoPpPkg7TeOTaDCdIQVDNpRyFUr5UJA6Ibs0 WEWH8WEnZOTUfKeWUA6Te2+opn4DeWJIS/Olupj0O6gVFClbavQnihqpEipVmCbnIyITiJW9Skrc NIv8CGNFXS3n5AHEaxN9u1nlMWmQToh6aYpsGKvOaDYbNKu1UCh8AYH2wRKJnAO6g/rEmyUap2OO VkyHS2d2g169mH1MasjYvYeEOzxulhttIjS44aLh2caZrYB06nyI7n3kl3U9yLjnWwS5Qysihgxe eUTxANL2p/MpP+Eeckzh2F474peQUMMqWBWZTFiEmVk5TfibaB8GMfTtfCCvRCtc26IFkvzKlBlp Jlduo34bxWwutns2TWKzxZ522PxA6fvtnyHDzWBWBKnBKIAqUf4MloKh2W41Ig4mOoWuNVutRrUY 0dhU6s1mvYqMZ0WiZeKSHoSttqPi/B0fC5VaXSrl83H6jAxm0oj5iLBes15J53lI0mdQkSYUqYUU RnHlsFA2W2rKo36rXpNqzeEudshL7l+u1UiuGym5vA1cpolMnOYD/y/yFEPEB1VvUQNRD0A4TEVS KhYTkVAVsSpRc6TJesj/c6fsu2aJ9QiaAG3faTOpnHTyNvkEtlerQd18nD4jTl5CA4ndifTJNVzm k22gHHAB7S5dg8/KETbL9Q8u3Kc9SeXxiGyFjTme4OzCo1cmHG9Ft8pDTxOpXuNThdy0F40mKAk7 XIgNhYpEF1IaTWkf/YUwaN710fc/sWBQOdZmI4gKqVGPIrsPRyplttG4oPTFn+MER+Xn8gWi9OOp zZCtLp/LJiybeCVPV7jfuWxEyphJZT0KW02K89p4zKEvC8/2GKciIu/Nm768UoTLY8QYImHZsdou B00J3iTz09XfpAN9yV8yS8R8oZT5LM8TGfWfbzRze6e0mvIxg2KklUeOWxPdCvOcKiNNcvyCqW7c Nxtr84XMUKxsgRuX+7ROTOSHB+4vXj5qIJ9Nsxve5qWiC48RoWRY4+FGbfepr17OMvWyrTyy7wz0 cmEU0RnODHlxE+Whcm+TcNG1fMqGblXOxuQFM0sUEmZqI8I7MCPfSnbhI/lz3KhnWR95WdLi31rU 3W3fiBTzLHfxhnP39sorefwoZ9CL/79a77X8gD8skslKo71laFO5P1wcvMCc31J6c5X/cjLCOylf avD22t1dX7rwUrMvdvQtMvywROYtLfzFGm9qjzjoBprznIQNv2qGL/bjdeP9oda4/4itTj153oFn 0biT/+80qf8n4FmZZvv2cbfdG+4FaWl+4zxUvxcyOWmwtp6e+LPPfxe4Rba3g9RBosDfB8z1sLNc 17Ed1zW0271IgY8L9A86eoGj9UrvJlL4Z4CkTniir8lvTb8n8B7QXr2KYRQnfYMRh79tyrjfDpl8 fazp+t1hz78HPMLaHg+q/NbspALvA+7Vt+XxZDoZ9hrlnJirvwzwqEceDTof5wGLa1Z5JLerH6ZH vxtwh79UrUrVCh6fCCX/OsCjmUr53QnW/0GwHhV+Jj2NwNuQYWEULxx1CHxoEAPEh5oYdGL1oXr0 O0LsnwsICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgI CAgICAgICAgICAgICAgICAgICAgI/BL4H7GEAoQNCmVuZHN0cmVhbQ0KZW5kb2JqDQoyNCAwIG9i ag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDAgMSAwIDEg MF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9GdW5jdGlvbnNbIDI1IDAgUiAyNiAwIFIgMjcgMCBS IDI4IDAgUl0gPj4NCmVuZG9iag0KMjUgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsg MCAxXSAvQzFbIDAuNzU2ODYgMCAwLjI5ODA0XSAvQzBbIDAuNzM3MjUgMCAwLjI5ODA0XSAvTiAx Pj4NCmVuZG9iag0KMjYgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFb IDAuNzM3MjUgMCAwLjI5ODA0XSAvQzBbIDAuNTYwNzggMCAwLjIxNTY5XSAvTiAxPj4NCmVuZG9i ag0KMjcgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTYwNzgg MCAwLjIxNTY5XSAvQzBbIDAuNzM3MjUgMCAwLjI5ODA0XSAvTiAxPj4NCmVuZG9iag0KMjggMCBv YmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNzM3MjUgMCAwLjI5ODA0 XSAvQzBbIDAuNzU2ODYgMCAwLjI5ODA0XSAvTiAxPj4NCmVuZG9iag0KMjkgMCBvYmoNCjw8L1Bh dHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIv Q29vcmRzWyAzNzEuNyAxODIuMjggMzcxLjcgMzEwLjkyXSAvRXh0ZW5kWyB0cnVlIHRydWVdIC9G dW5jdGlvbiAyNCAwIFI+Pj4+DQplbmRvYmoNCjMwIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3Vi dHlwZS9JbWFnZS9XaWR0aCA5NDAvSGVpZ2h0IDE2Mi9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRz UGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMzEgMCBSL0ZpbHRlci9GbGF0 ZURlY29kZS9MZW5ndGggNDY2Pj4NCnN0cmVhbQ0KeJztwQENAAAAwqD3T20ON6AAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4M8A+OIAAQ0KZW5kc3RyZWFtDQplbmRv YmoNCjMxIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA5NDAvSGVp Z2h0IDE2Mi9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBv bmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMTI2MT4+ DQpzdHJlYW0NCnic7dxtUxNXGIBhN28E5TWiMiIiIAra2gFRVMBRQWsRiJiQ0P//R0pAAa2aEEt2 n851fT8zz8zOPWeTnJxLl4AoEiDTvqSaKxRLQEYVC/njWJN8eWBktAJk0ujIYLmQHO2q5dGJmbl7 QCbNzdyq9Ld21qQwMPHw6do6kElrK79NDhVbrRZHZp6+3d6tAhm0u/3u2Vyl1Gq1NDq3tl1rAJlU 33k5P9aXa7Vaube+2zj4G8igg0b11cJpq9VG2gMB39f8+OqBViH7tAoxaBVi0CrEoFWIQasQg1Yh Bq1CDFqFGLQKMWgVYtAqxKBViEGrEINWIQatQgxahRi0CjFoFWLQKsSgVYhBqxCDViEGrUIMWoUY tAoxaBVi0CrEoFWIQasQg1YhBq1CDFqFGLQKMWgVYtAqxKBViEGrEINWIQatQgxahRi0CjFoFWLQ KsSgVYhBqxCDViEGrUIMWoUYtAoxaBVi0CrEoFWIQasQg1YhBq1CDFqFGLQKMWgVYtAqxKBViEGr EINWIQatQgxahRi0CjFoFWLQKsSgVYhBqxCDViEGrUIMWoUYtAoxaBVi0CrEoFWIQasQg1YhBq1C DFqFGLQKMWgVYtAqxKBViEGrEINWIQatQgxahRi0CjF83epu44CYOn/kaU9KlxrVVwufWx2dW/1Q 228QU7OjXA+aac9Jl/Zr2+vzx60Wh6eXN7a2iWl3r97s4DWqvre7k/aodGdr8+nd0VJy2Grhyvj9 pZXnhPRifXOn3nZnPdjfffvyRdqz0p2VxwsTg8XDVi/l+oauT07dIaLp2fknm3ttN9bm3ruVB7PT aU9LV6Ymbwz35VqtJrlS/8AgIQ2NjC+0vhls02qj+urhzdGhtKelOwP9pXwr1cNYk1yemAp9I7Mv ttu3urM2VykX056WLuVyx6l+7pWQCoPTzztpdfXuSDGX9rB05xL/A0l+8E5nrc4OFz1zSI1WIQat QgxahRi0CjFoFWLQKsRwrt9XtQo9kyS5rw+ZlYZnOj231Ff45iiMduGiJPliuf/yGVeGrt9f2+ng PPDLB+PDA2dX9pe/nDEF/mtJrjRQuXFz4tap23eXNj528D+bzeV7U2eWTdwcvzrYlxMrXIgk31+5 Pf9ocenxieVnrz/U2v9/tb795vny6aqlxUfzU2OXbaxwMQ5bHZtZXHvz9s8T77d2PrW/xeWgWdvd en+66t3G+tLda1qFi5IrDU/+vva++ql2or7fyYVLB81G/XTNp+pfL/+YGmld4QNchCRfrkwvvd6u NZqn19y1L/Wo1hPNZn1nY3l2rN+2Chfm8C346szjNzv1zm4v/H61+9XNJ4dvwAWpwsU5+sjairXr VqUKPfGrsUoVeuTXYpUq9MyvxCpV6KHuY5Uq9FS3sUoVeqy7WKUKPddNrFKFFJw/VqlCKs4bq1Qh JeeLVaqQmvPEKlVIUeexShVS1WmsUoWUdRarVCF1ncQqVciA9rFKFTKhXaxShYz4eaxShcz4WaxS hQz5caxShUz5UaxShYz5fqxShcz5XqxShQz6d6xShUz6NlapQkZ9HatUIbPOxipVyLCTWJtNqUKW fYm1VpMqZNpxrK+3tjakCpl2FOvi6uqSVCHbDmOt3L5/f2pMqpBtSb48PHZtpF+qkHFJvlQul/JS haxLklwuJ1UAgB/7B9giOxsNCmVuZHN0cmVhbQ0KZW5kb2JqDQozMiAwIG9iag0KPDwvVHlwZS9Y T2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggOTE5L0hlaWdodCAxMDMvQ29sb3JTcGFjZS9EZXZp Y2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDMzIDAgUi9G aWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDI5OD4+DQpzdHJlYW0NCnic7cEBDQAAAMKg909tDjeg AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABuDFV/AAENCmVu ZHN0cmVhbQ0KZW5kb2JqDQozMyAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2Uv V2lkdGggOTE5L0hlaWdodCAxMDMvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0g L0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUv TGVuZ3RoIDIxNjYzPj4NCnN0cmVhbQ0KeJzsfWl74siSbrOvWtGKBAIJBAhJaBcC7LLdVafnPHP/ /++5ESl2u5au7rm3Tw3xyZalzFjyzYyIzAz/9tuDHvSgBz3oQQ960IMe9KAHPehBD3rQgx70oAc9 6EEPetCDHvSgBz3oQQ960IMe9KAHPehBD3rQgx70oAc96EEPetCDHvSgBz3oQQ960IMe9KAH/a+m SqV6okrlw79/+PiXolIFJzErNyJXKn9WAzca/f6X/y8UfC/D39Tn39jMLz/G/hRVqvVmq11Sq1mv VSvv/t5ovHv6D6C/0ZCVaqPV6bSbtbLFSq3RbNZPIqOCLr/9UGvXGv2u7irV2o8q+OdFBpEaVzKU Rq38pSZ/O7L+Z1TzY9x9683/LfCtNrqsIBESBY7unsbmkSrVZpemO41/mjJgRNRrfxNTlVqLGsiK yLTLkVprUyzbb5bjBP/IMN1G9Yebu9KoJPBMr/XtEVdpdCj6R9oHLP2syCgS3WteZhowKtWuV4gW fx5WwDp91exPN1Nr9el+6/uy/UV2/4OoUuuKk4XjOKvVarmYGQp3O0Iq9Z6gqVz774LA30RgyV7v Bwz5Q21VW6w2d5yZSpPZp9Kg5LGhMK0q6ajNDcca3/nhvk4aXSEtZpPhoNf4xlDCDlT1B9pHkfsA pR9k44aqTUbVpf5pckWjDhW2Vas1O73On5hx7jnq8Jou9n6Op6t2mrSsSdR3p36cTfrdvzwL/CdQ pcEY/nZX5BlSGq6nYL0rO1WajDazlP5fVf3fSziWZYlp/uyAum2sQevrNE/WY5Y0CCKPHH+hIUgB stx4tbak7o/DstToNktT1GjkWQr1jZFfqfdl01K/OyhBZFaW2fZPDcpqR547U751ZAONak2lbqNJ CTLf/VnbwvylLR2Da/7FsVFt88ZszLW+Z81qkxIVofeP89z+B6jS5Of560uRRFGcZsVuG87l/pXg MM/q838eLAlXfwIr36JqW7Szwzawz6slrbtZspBhvFabANk4sIQfhwPR6MvzNg7DKEm3u128kL+x oAAslR+CJYhsz9SfMkSl1te9eCl1rmA5m0q9Vk8yZzrzs7CqNNhpGNt/QjcfU7U9MObfhyW4IZJl /wB8fwGqtoTF7nXnzycTc7b0EhhFcxE8qpKqENP3RR18uPolp3hOm5UJx/sY/Pwp+cvdO7e/Xr1Z +fjN0+/nN8tGEUmhO6Lq11nS8qdvdv/bB41Xaj3N3+8DS2VPsWVHnCdFZA3a9UZfWSapqx8B+zH3 t+2jRotPW3c2MSaW7cb7Q2zBOnXN1XVD6AkONaFbe9/B9YNSZN9gbhfeU873Iy0d36iiEelxmK2V MyzrPREik06bNbwNiFn9MU1dZ1xIR01ulmQrCQbHh1/eMfOBBsqfYe5TdJlq3D+/YwAmE8MPbYn4 ++/e+7UIBtFy9xybIsOwvKjNgt0+nIAzh6m6RrPVbrW6jMBTLfjlGCEds3gVTDi2MX95m9Egf643 mu02/qVaw3daZdbvt9tPyjdJ1hIzwLVGq43Z0GppnfLX45eYqoNGyQs4QTT6mreF0d6u4x/KV44Z 42P3rWP3x0ZvrVc2XnaGkeU0eS5WQ7ZzXInQOVvnhT9mOz1xFuWByePIvee+duK+1bzOQxBYHsKJ wNAMKwzn8dPeVbqoTaJPVN11QzC4KZ6nW+86uNVXFUUu0rlwHYSWf+92QcGEJVRG46yl8g0iaZeb Rlv3Astamx7w/XZXtNPMUSFqOfd0FwafNVWyes4Zk9xprcXN0u1apTtnQ918WY6gk00xv13aBbVe I7lvog2YJbrcgEXB7sxOtIx84Qiq1tqCnRWeRl3Yfdfrr0IIy+Kw0agm6LDdF81oXzhyt9Hq0QzD CSLP0JwwoDtdiilzZZg2Y6h2vVpv9TlRlkXuJodGsmo0BR9JAttvt3usIEsCTVIV1Xqb4o+fYBYQ c7wUxQqSyFOdVofmJVlku41yrHaZAfzK0x34vQIfwpsML0rk21qbt9JPu7XGdDp9msJFrkwudhq1 Zu/UKEe1W10aWhFuE6kwVElfMjAIbTUp1dm/7df6Ja8FAeUkKHJH48XpJo9t9JYrKBlmWAUiMDRS cj+AJ+x1HgJhud25ar+JswOlrIqnaEx3+gwLKBUHoIqz5lCNBJYDhGXZwUk9yCiITV7kqXazw5vp y8Ebsa1zV6hPTpAVRcJWq/g6Q5dagomUGAs1LsmSqNppcQ9Lqsvo/uEpMgWYNI4sQU9XwLxoCmWG qeGUM67U4adeq83Ps51vyKIEHHRuEI25X4amUT0i24N5kXCHUz9oq1EvzSsNGNQcwlLASRGVSp7z x9YqYE5QiQIm7DRbtOY/fUpm4hW7d73+MkRgufdUMvBAK9IiP4RjpkNJI/TBFqYmD8e6yHDKSCW5 yWqLUXSFaTW7/HBqL5f2dMhdJQ0wjTka6SPTXtrmUBgoxny1mo8GGKc1egPdWsAnpsaDdRs9UR/p +mS2WFgjaSDB31aLqUyBoWotRjZmi6Vt6UK/WcVs6EjXxpa9XFga121TQ/fw5S21VY6TdRVTPye/ rEVJ+kjTJ3NoVBd5aWQtV7YhXoXLgIO+MEI+5hOV67a6gpW8/fGazJVLppK4sbtkObG8LHWG4F/B 2Olw6nS+XMxR4Ea13hWgI41wOVHoK7AgLIu1TCIB8POs7DmZ8ow0mhjT+cJSmU6PKzVngnCNWq0z 0HShC/Nc2cFJPSd9rVYg84BihuvDv37PF8o5CsW/a/CB46xmoOAGyRmP9KOWMLcLTPKocXtub3Z7 7wLLRl8aaQIrzbPfP++9Mde9Yek8hcESLaKmiMydev3kboNHzamaSHUhin5KnTkoezaWqOscKeZ+ x+PxZGYv7KnCtGvAnWZMprPFfMT3OrSEioOvZBrwDu+OFBrs3KKlMXk+ErE1THMpE3u5Ws7HEkOJ s+z3fz35BrDLD01k1xqJ/Z9OJP+T6QTL0mIVDEIO2WxACVMvjOI08WaT+Xo5EmXTsTHfgBkKezUV +pQ4cTYh0MaZCBdcVtuC5fme64dJGrlzCK6CJEv9Kd+uNXqS6YZRFIbBeir2mi3OWG881wviJPYX 1tzxozSLbKUHqyGrL3zSuDtTYCHvqwvfW5NGY9fgKc4IX//9r71nSIrpzGVgvtLkjKWtUt3B1PVd eDNOY882584mzrJgJl58P5g4lJlH+ADWRZpRV8W//vvLbj265D5AStXJ91kY5bk3xgUKZnTBOAsM EzZJ17prdxMlabgc0o2vwJI10+fEFMSJF4VRkvimxEkTJyjVYMEk1KS0xRL6blw6QPXUq6W+4hhe XU8VyQhe/v3HwR+fuASORHO9CQJipumg0+yryw2RPUkTdwIaxzfcKI7CIC5enk5G/o0oa7XQJc3Z //FfL/FMYkXSdRAGriWd81Mw1cmWCw/hL47Bd2C5Qk5hjqr1VHtp8P3BvHh9yuCFKPLnKn2VGa92 ZHsT+L6/CaPNcsS2kTt4DZS1GHK8ZvsRqsC3dbbd6EgzxxTa9RYDz1EDoUdaAyiPlxsQIIbmNVFb 7f/491syl5HdoHxv9q102n8u3cGy1lHcXbGSWWW1fT4UWbS2zHUSWrIyD0PMXMD0b27CORjS9AFN 67UfxTAm2ieDVDvKujjkke+H2R7G9cbzgnS39XSq1RWtTYqfbOJkY4m9LiZAi3jjbZLdPo83vufH xT6GQK7F6E4cBzDogziYy/02Y0T7XRpAW9lu6444buQ///E5X8HIWsWe3oeFAQKP0DdYSl7lhy00 FqTYPY7SpNgFE+ayEnaleYh8uBuCEl6xs8//fssW19lQmMDHm/3Lp+c9Zn7I+sBPvSTelAKbg26H n6X7IvZdL8p36ULq1C4aPTmxEA335eX2KTIEZbn99FRksWuqquWnycaFhhIUrsNNN6DaTmdw7gDY EjqNjmAFaRK4yKdnagaI/KVwtNMEgJ62l0Se43hxsQW4dkBLh30WnDROg5M53WRpCC1knz6/+GdY orKizVRWF9vP/3raTCVx7IIxoSXoesKd0FVt8eYmhR7AYjF03C05hWWsTo/90BZpwd59+X0fecBz Gi2UC0Iw9xscnrahu1qDEGudcPf0vM+Tja3Jo1WUhjDPBknsjJhOf7iOHaXXprVVlITu2gvjcAEK bDHAFzDg+nEaznV9uf3yx6fQlEXDBQ2uj+z+ipnZW1jCr+Ky2LlDXvOefn+KHWusGW4OE5Rkhuka XF3A7SoJTVEw/Cxxpro2caLUHZ0Xi1p3uHl+2bqWYXm715fcmxmTJfiDFt/n4JPYmWja1IkzcEVo 2Tm8HYI5vJB+et2Hi4lhh/tirfQpTH/6s5E2nm/SwOR7nJm9PsfLyWjqpPt0LjLSPH+FlWPAaW4W jimEpbRMoylHq97T686fGeY6f3kp4AfDjvb5UjxNHDCvTIMsWhqabrpp5hnCYASyQmzJXp2ZAPdJ mOef/+vL3iGDDdyIkZclaxMEhiEFK2hfXOxe95v5eGx5210wpuuVK42WKR8IrdRZdAB9csr66fNz sp4Zqjr1s9SFhoxllIXmgBrM4sQW+8ylgxg76LLjTZ7CA91cx6GtaYv87TkwzgcPquBoB8HSGKrj ZbLPoAXQ0ttLClqarNJ9Nhe6tObmmWeNdMs/3MISlYVGDJ4/gffOy3acb0Dfk2XgW+c5FqZYJ0vX U9DUOliP2R5vAacC+A4NZhqlSxlguf/yli0N3VhEeUQSzif9UUb69po5xlCfbbLElijOzH9/K3x7 qin6Ms5Ac9poBhPUUqWZ0SbzNKov2eVzNHs0E3p9ZZXmm/kIVBVGzlidhp9eMxvZTbbBHNnd+Lh3 9T8Lkf8f9A6WAzvfe9pA859BAyrPctp6C0DgdS8LDabZpMeb1BsJ6jLb+hORZUQDRhPaqmyv1tWC T88wKFnBjF9e05mMLeT5EhbgZZo6Otfv86N1li4VTl0fXnNbYTnde3rbOxrHyna23+jsYBoV8Vzh GF5bJtl6yPBW/rpfaxzN6W5ROArFoq89B1dadbeRUcLSyWITYOk/vySWxA6M4NMbhGIs9JvvIHg+ M4hjbTlk+9TA8PJ0ITMiREiJeXuSCXBoxJ//+49iTjbhcX1Jt7CusKxAvpIYabl7yWyZoYVpuEut 86Y6anT/WoD3bxjmfB3v9pE5oBX36a1YQTzHqYs0940B1WeHyzR3NQ7CWNLe4tiBWLLFyosMPGie ogajhWMq4iQ8bJfSOV6A+NdczjWepgdjf79zFZqz8rcnTwctgc2KtcoMrLgIJgJNoy2eb2CJyuJp 8Il2rsbQ4GJs3bHIC7o1w6TSsYee5hfpUhvwEPGZKt3jZ8BpCUszzhyE5e4N7MJSrIqyqD1MfgNV qw1qkr4++SOuT0uzKIcfBtb29+eNIXGcOA228Vym4U9WuAXtcOMg93WGM+A5jDmGHy6SHAQZTMIi siS6z6ozx9bEoVMcNiMW2S18A9jVgN3/DatlpcmfYPl08DW63eopDsBSoKVFAugDV2seJwtlMA5g ERiLHCeM1lsc9UcfDmH5VMDoafVV7/C0Aee1DdbM10NxvNnCctau19u8GW03Y2G43j8FI7rVEezi JbPQeTWiHXp8q+IQWTLP8qqd7KLJQLDyT/hCg+T+PJWihl4RT5hW7z0svcMePMhWV3b2n2KDabXZ abzbaL2SQfS/gm1gsK06eInzZOtpDDdN9iFugl7pBc/qJJ//z3/t7AGYvdzb3HlngX2dlzGDDdw3 QUN5Rl47a/Tw5W2XQOgTJ3lRRLZM9eX14Tky2E6bOu5zNOot1giKaCpKCEuZ1287GIkjv0hmg06j 0WYVXeFY3SfoP4cLmHsb4jaMaPiHJ1/Dyesln6GWOCspgEVlmWVgikajJztXRj7BkusL8xRf6IqL fBfNNUmQFOVy6gc8Hw+8YVMV4LnEot9+D8v59imesK0GyAIImoB8nW4Xd2xa9CR5zmZk63fo5rEl irP8dWsL3XZPhBnO1ahmrYGqy1cKrNpbX+ckmJSjmYJmn8f7xAInO9uuMRpoUqIGosIL6Ewhu/vY 1kVBVJTBL3nq5x6WuFqWTux+uxDa4LTKCEu+x07CzNVoWl2nwWQwMFPwKhdTw5guwsNTOOoflxqA 5Wafmmyz1pZWsLBBzNWgJxEEhIoVAwZ6mCrvwywcm7K23u0cuVNvslZ2AFw06hCQ7OKpBJHjS762 jPFk5m2f0pkoWim80K9XG/Q02fng7xA40s2u8h6WuxwwUgNBtntf69Xr1DjahRB/lgI2YcjmawXz iQ1AaBGOWW5yhduSMBdrbz//+48nb9hvAMuUkRwFntghIGwC0WJeAPc10KCdZhd/AX5fPf3x5bnI UiAIlUwZ4mp5vcPty3qDGodFaNCYN+kq4IjYioKwVITpVQf759hUTWAbfePyJHeXUr0iMdnGJXXV 5QBF6nBkOtnrS6ADLLOnaEzVq8BtVPgjQXO3sYmb0KDh5GqD5KgstjsgOOu0uWkEcfJ6PtFVgT7v d1Xb4iLb58EKQhmZ75P59R6WWeFiFr/WBYOkc4kTZHU4VCWOAqWWcx3RD4gpzbLnGASv44gi+iJ5 6rTwdAlhORqo7uEld4nZ3fx5u9THbpGht4JbBBTV6w3m6daRuzDRRvvdid1/2nHtv4Xundi2uNqC l8jhnG7BGEALbtMZ3+kDHjGmnAYpeJWDWfHl8z7Z+P4m2j4/XdYagKVfAFDqmPnIifZxkGy98dBO cweTpiQtBDZU9XWRo5XByOnOH0LgCpjexaZiRG9fnrMQ03jZAWApiTCqyCYOhCwIoSMsqQ9hWSTA eLXJ45BROrVafxTucN4g/OG8AysECTVhNYDpYcqXsOzWbtTCGpv9y8vrpxQPPSGL28+fD2eBCSyz cnBBT+VovWh0//tz6jmr1dKGYJLvwlCUnGILveIcFRc+mQNA10tYKzTwCMCll2ZXHTw9RaY2S46T BYzKZqMJjgHAkrmG5UA37aXjbpKnz68hwjLd4xcVEBnHOfgnMOvgUSiYmq5P+ZxhWeKsDavWIt7t ijR0bbKXdeqBHrnZbpcngWMN2Q6ultkdLBOiywqRJVvqw8li7bpreyQIMBcTJ6rSgDkhc4byLD0E eg+MDDMnGVvouoA5A0MmsBT0zctnMPsGzJ7un/PlaOLvSonxIEMTXKUZwFLqNHtyyW50w+6vRPeZ 2C5ZbUR26IKTCFP1CZbt9mAWp6vRaBlDMN7n57svnw9pBI5alObJSu1dVkt/iyBAWGawzDartRKW GsRUK6lNYIkrsA2w3Gb4Ahi5RN0JlpP49y/POWk8yVLPEERc4QDS34AltJkTWJaM48GwbIvTwC0s CVvHta3aJQvQB7A8nvNJo3S/DyZcqwbLTXEtsKPxcilepYJH0O5guXtOFyPleFUON+JBiwVxdBvM NC5Kn59MXNu1TmCpyvOrDrLEGasAS5yryvtM4IjewbLa5sYr3GgJgnj/9oKwNBMSRB9hOZaMo+D4 YJN+FZbgWtDDuZ9sd/si9SaD0/pTqbX50TLMit1uG690tj9AWIpHWOYIy5PkRK25Mx7bmzhNY8+U xWmUkx4BlvDyWldmp7l3eEZbjXgyE3lCZpFR+PrlUx6jBuIs9c2hsdklUyIxObx1gmW9SasfsPsr 0f2+JW5FwEhlymF/hiXXatIjPwtse5P6I7rDzbZvz7EztyxrvljaY/50XJnAMjjCMk1mV7C00+15 tXQLslpu0zMsycJ2Xi1fXnPXnlnWzF4upjI7IKOg/TVY4vQBbW4TAkvCOMISbdh+D0s7g7FFVktM aXy0WlbqXdlOICic2uDcYRgEsMzfnpOzwIbAyKV4H8Ky2PsjiMVO16BLLZIpqH63Wm4d7QjL2aUD GzqQJTMujqtlvQXhGnULS5g58N5L5C3ns2X09BwQWBZoyWtYRmS1hOEffGO1rIE/rIxnKz8pDuD8 ntLq5B7qcDJfh9nukC1VVpynJKeNIqdHWBKc/nZcLTX1erXMXUy0Ef3ka02Znebeu9UyNEpYwmr5 /Jp7pdkXC1MVR15xwm+z0+10iRMLsCTsWkd2x/QvGFyW6XyYxfAYGJ7yWea7jU7fZDgRlk0ICZZp FgZpupS7LWaaPhfOSOT5gaQZY+W8k3wPS+4Ey5GKZhmWsaUO6LNkzPHiC/ewlEebw2EzkQf8QFRH hsZTPPpM0jtYlrFlDBNqFePVXWryR1jWvgbLckSdY0sYtwZ7D0tYJQZWWCS2wit2ss8Wcq/NTJLn Yn0S2FBZSirF+wiWeJwA4shL0ZCzFqvoTu4usSV48Sr0AbGlaF46GI7HKs9jEFqCqsNJEsdq7nVs WW3BIN3Fi7EiiqP17ukISwwgz07sCJcliC1xQyPOP4gtiVcqthttmhcEQdYtLz/k5zCZ3OcWBFEd Q7R7iKaCBLBYl+H0AgJrBZxYeACGQy9rnSczkR1cxZYwkPo4sUOECqCWy/C2Bn7NuvQcythy54+O seXQ3R+CKZidFxQwu8CpTp6WsWWLFuUBI5axZbNND07sPl3Y/ZWIwPIpGDHtZrPVpkQz3IGhuv13 sKw1OTPaAUUm12r09WCfLxW62+lzQ9Mcng/IfBWWGNcXp0yslUBEIQ4/huVUVJ0CjMX1Ol1GNqyx 8AEsITrFPY0umhjzmm1umjxl1vdhiQmoIjCYVr3egVEFKxfNGrewrDbZsb/N1hoNS5ST4wZHj9Y3 +3ylMqXAlsZ9B5boF1wdRTvDEteKSyY23CWWJJeZ2NGpgx6rTkyNBxhuE5LK7PDjuakKAEuIJs7d 4MGPnatzVB/ePDyHI/YelgNgvszEdjDV6r2HJaa/HLnXYRQ8YEkx4mSz363l89kSXoP5gaY4xU6f srkkwczqo+9ADT14D2FJjmq2SFY5D8ZM+zoT+5SChepNSsdrBaJ4giX6K1t3eMzEbreOWmZiISyA JWHM9ztdWhqbY5GVMB2h9Bvotc7mI0GapYWr9m/YLRzpF9y4JJHQJ/AoBbIOzIMCvZgWrEL5GZZ5 Oc/DenR4ez14Wr9e65RbRwJNserMdQz2Gpb5e1jmrsarTpaRfUtu5G5zRyWT4QewxP2QeBfPZIai xYnjziT6HSx7mM1byhQFq3vhjXjcqtu95gSW+RmW+QewrPWGbl7uW/KGX2QLqc/cwrLS6AOr2w1u ojSZsb/b+WOOlpcXgb31ZEB/C5b53WC5aLHcAD3uW64yUDZ/3Lc8ddBnZGvtYAd2krkjDvgcO8FK F2AWy1fK6QwoBsb7AvcMaRF3iKM7WOa+zgpWlG8mAgWSBk+H97DssPDFZswxkrlegl9O8yO32J5Y h2YU27U1nmYkK9qnMxEc030ykxgG8PFyILAsXoulwvRZdZmkK7l7u295cDUWxLETsm954g4CpbDA fcseLVoRuE0CP0ZYsvyEPGf6tDBeuTOZ5gDroSVSfUa1N94EkQ3TOY/srgyxZPeYr/jFiNy3fHuK HHs+my+9pNgG5qDdAP/qfHpmlSXlgBIXxe+/FxCLYMYdJjg8ADIcL8LEGzNXp3y8bKP3yKSYxBaB JaYBVYafBHm8MobaxEm24ZSn5WPLxMVaE1gOMY3LMkMnw9MdQ3BTknAmUhweKilhOY5gwiZbV7vQ klhxBl7mejqaLOPn1wxjy5Lx011AhKUeFMFpgwRPlMFgjZbAx9RNtxuY4Wlsc3iCJSwSwiwuIgti LuLOxnuMq3hjk6euSQROfYOnxFI8hOXx8MtZo3Z2N1jOWqyQ40JlQ8YyLpK5WOZNxD537EAdzTcx nscmx37Iqah1HC0UFhaTfXQ+soo5rmIfWENlaHq7t9d4zPEmUSNoqafjsRmaHjpp6uHBoXX+crhx YvFIFNuhjWifrXRJtcMYu9bnYCJYkctLYbWeuoojsJhqrBKYpjhG84piMxuPZ5v96x5iy8G8eHuO 5iMNlbKZsOdNVTDUJPuMB4C0EbY5RxueuOtCOJQHaN7ZJoeok2FwcddoSlmSQz2qZrpxOJf6fRlP e1k66DxIYIbiJ9EhL9lNXKtkN7L+cnWEfyBhen/79va0Jbts+Tb1TbELq6G0vJw1jcMphDR47iV6 fo7KuKgjzoKsPJeYRQv5XCcAD2zFaxjj1SZvhWCpRrW8Gi/3+9IsIGdi/SRDpffEsuUqNLxJ8O58 raOsSUaJxbOQoeu4QZKsR2yXwSOYeAse2vLTtdLDnbZd7hkCr7v57ngOdB/imdiS8er55jwuj6k7 PG1LVuo9ZRGVZ3OTLLCETrNs83K9AnMpx5ICOIYWMNnjFI0nVEuB44VCdQeleKAXdkKOilbOGsXT dMItLM9arLYH5gYbWvtxFi+HdJl3EbtdwSLPHTfE86X9ZkcwN6djx+sx1+dBZFhnj6da8HByVGT+ arF0o+3TIQBYHtUITJeHTIkekwB5Lp62l5miPEA8plv9oVvsIltTpx52vVpv4mg5PFVAwGsHYRb7 zsoNE7BYrwvz1W4b+d4mLg4Q60BwkTwdMpDFi5JgdlUtgsDy98+HGA+4pvFqSHWYE3ekSEtCzsSG MGvABEQTWPbbzGhNzA6WSdwx22rBgzgJXMcL440l9ilgdx/ZOmE3WK8cZPfnCjb8wwldik2x3xXb PEvj0F+MB91GFZaU6eVmhrPUKAJFyQ6Pt8Mrp+sgQBt7eLk7AKY0nZlIfJXRcoEfHgvJtFt92XIx +x2FniX3m+1Ty7W+uiCVZnAcrG2I6SGaWm3gPWh8NebxboS9JDVjql3ZXiOUAFthAlMIPTDWcZpE G8/1/QW5QUIYP9eZqVY70mw9OxfMwLvw6twjrIeuKfUa9bLNy6FZUspneK63NVxs3Anfo8B1CiNk f7PQGBwypXjYU3mx4qzRkXNX4eaiRXLxY7ouNefbQ4jGjunQZu/cgW9rDEZe8CK5KHFUQinykVG8 3gHLahT43nrtboIlLDrDUo14XJZcyYCo1HCCKAx8fxN417V8yHWbfqPNm34SLjRRnpKug8CDrs+v NfrK3CdbMBvXIjd5FDtI0zjwXG+zxgVdd0LcXgYuXeu62AxGG8nLpzwil0tQX82TkUlJM32xIRoI HGPQaVIElr1Gmxst0exh+bxeIw9QA4FLRgwPE1W00I/sBsDuQmd+wYzPpfKds1ra1kQT8cYyXv+X LvcY9bLwG16lNIxjcQdyGdAkV+EM+eq2Ib6kY2IWGha0Ibn1dyy7ViP3B+3lckFuUeKwK1uu4nVK rMsG86gyUrEiG96zm0Pj9kRliXlUjVRYA4uSq3m1Jq1M55bGdrqchvc0rbGuj4blfUtk/FKVDbpX RsqlHBfeOxbHs8XqdLHx2ObVzgMWvqNP6UjoyTAUpt3q8dpF4Fr9JN5N1Y9So4I+uq0Hd6VFxGXZ ELmj2Kq3TpuHje51B+RoC3mwtKdECUeRT5JUwUYGXs+0DG04MvRBr3dU46kKRxOvcA5NewGvjI3R TeU7kZQzBCHGs/lYhOiT9HS8AHneGm32UVPHe5h4WoiSDBsYnICydbHf6vK6YYync+hhdH1Rk8Ay PuSubS8Wpb5qJyOTjRdGNtC8c2LeBslQQXBfazNHs5P7nXjfEh8sYMSQ5k/s0md2DZn5m+of/sPo UtVUHHBMv7ycDkO3d7713zvWicUfGeZUFvR4dV6RyN3/q2nyWPOTXN+nOmTT6Vik9FSdQOKP1/LL lvGGMcX0m+X9fAa7vdxKP95sx2vx2DG59I7Nw8fsYMBgQhMvqks8Q1HAcaPWOjF+qmFKCr1SV8Yj d+4H0rE8AJYdaJ9KL5QSXJeJJVKzHExWtVuBz+K9K/SKf2Fuq6deabFUEUfUAE9qWAojTXG/oHqv 0XN1gmM9BNQJiHyup9HoMgI0M2CpPsWAfppHNV4ZgXQlwSs0865OLIx7wC3Ng45bjXbJUlku4L2m jlUiSJdYjgGUjSWF4c8MFrGQyheuBMY83y40FayVeyxBcOKu7J85mrdVwyAm3HpDPMSFzyXlXPKi HAekXAGOmMo9uwLzq9anvKoBftz7Pj69q5Fz+vGm2vixzErlZgQev7xUfjkXzb6UYDnX8rl/odE8 fdxsdTpXdWCOHZOKMGVdmWaLFNEhbUKTWHzoWMvn3H39XETmZkq9qVBzafPy1+sy6qSqenko4Frg K/HuyqLfqulaK3clerBATRVrluTkVMV7jb6rHkREvmYUdYS18LHUUbV6raVrjaNlP6qqXiFNtLBU 0KXr6keaOldjIl1Cc6WI1bJgD46dew2Xu2JM9yzOdel0/PBkXpgaBrNk6+I5iMvzcy2i2tWI+S67 vxJd/mNG5brg2F1FufsfLx/eVR+7fHnzQ+Xqk3ctXxXTu33z45JrldMLN2Xkrirffa37r3B+98L7 /9dRvXT5NZ7uVfDbHd08OzeEnqgVFfHxmMBX6r5d+rnV9vn1a/qKxt/JdCXSpUbgB3UMq9V7Fs49 /va16n/kWB2ewu3Wb/V1Jxg2VOuQDbNjQuoble9+hN0HPeivE27GTP1t4eu/WDrxUpn2e2JhIWIn xXvyv+A+x4P+IwkrIy2iLJz9clfs7+q4f+PF9sD008QZ/mIT04P+h+j/wSip1HvSdLk05V9uTN79 15OvEqbhRwtnrrP/ofscpMZ56dZXq7dhyt/rYd+2/3Pff4XB+z+VR7VqN3HtV+X5SsXxb3zxV0Qo GbuPMauE22/29mcMUqm2KEGWuN7PVVX8Sdu/t8hN7PrdRn+k27v/EfaVVkCbddCAqpL/lnbDS/nO rcFvhssHLf61cVDi608O/Uqt2Sb1s2v1Zuvqvy9ibupvLWGLLTb/wuRNCnlfWKpg+vBUkL3WaLcv /1euUm91ur1eD8Qq05LH1GHrvgr6+e1O+5LwI/+UskzlfeWLn5egDrru9/vdzk1GFpOCwO23839o p3dl3G/fuM58kEQj9PJnWayQZHCj+RN1xa+HDFqkc/VLCzParW83Wqamvzfkvvc/K4n50Pp9muU4 sv+CCm7dVI+uX2eej8OlHC3v/+MoGTk/X2UdO+t0u9823fuvam1GVFQZS9QzPNs9XYmD6Zbj+n/j 5g1W3OaYzs/jstrocQJ/quX7f2n7Di7FrWVrT3eTQUhCEZAQKKKIMiJ1HNv3u+/7/3/nVR2J0MFz PZ77WF5r3DSopTpVp8Kp2huPRSfMoKbCuu9QHH9xDQimLU5ns9lUlkQeiSBxw4TPs+MvJlvJpyX+ ihFx1x5NRB5Po3s0+9+EjiCHfcJMUZSpSE5Yz+8OaF6azmREaf/Lxfv20KN5nv5r+V2Pnuofzy7/ p+4QrlEf/NLMqPOz+zuoDMvWXyMrIkzOP3Qplhn1QaF+eFH8s/R/VrnP9e8PVxlOpBl5TRuRPvTG E3Z4BZuFjzDXlb2qiyTiyWn3Iy8DaM7PS+P264wgywL9U5r0rUXNLN+zVG7Mzlcq15S4EItY04T/ IoQtXlGd/XM4MTLSjjhptSW2BvxiNWfJs0K+MTOd1Rm87a7Dal60iaIw8F0Ccd57uLvvcepq9gVF Hn7axV6r5ldwn7Lp2grd7TFzbfqPaac+PwCsz1Rfh5tNFKz1ecNOiXV8eWm7fuCtLU36auMgX0ZS ONte/OXIPGks+DsUqz+6Q9ghRqjGfU5Rxf+cv3349sNQ1JY1KO63NmiVa9Q/4PIsVYEV1B9eFLuY VPVXVY7Qb/n16nuug+06vd54ulpeUePJjWqXn8/qgtqytlZzfvROiij5+c9L4/K66zBzy/OvCvb3 vtXlzGxXhLrIynbkzhpIK0TYDYLrXNWvv+D2FrZ+bSH92RcirOpR7JClxtY+PQh0QmiDc7/roopX TX2OAKs9ng67Ctk188TTOGzEmrmR9cWsDn56/1S5UtPlRiakDqUjDAaCsV5O/lsVA9xIln5abrdI +ZkGuljD7vcmCzfO6le8Vpiv2eNwQAQPPK4jNR9e2L82E/8zxeqPXnedsShzgxZsTJat/uza4/S3 H5l8Dd8iOMU+J331pCs/dOai8uOL4iO63q+qHME3Ozye6m7sIosdhaW4VRhdi9IEoN+7oMhf1aXE 9m2Cx/6O/GYgGZbyj2/rrjtZBnmV2z81J4Yz3btj7iocOw/KRGvQgnHaKs9M9h/77o8vwrNqrfh/ bJY1r842I3w694jrfUa+/taml+njy96vgX++3Q/V9Pn1WGZpkiRZuauiJdNtj89gEx/uCz6dff/3 97zGdiEHY/Hzn8/RdDQUdEf7G6X4v/UiG8mmrIok9IMoK8sE0dbJJFtQlCmhN8i2ha987Z5xsyif XyrnLxYXnYSxXk1+5TwEZ2AMCBOw+xsU8WfJd3ESKC4bDMKRmjx9f4xwl8f3o9xXhLlp/cXTkRfy N8SJ8YsCx3G48vXlUJDVz7e70lc5QU/KyxEuAiQGeXTGBLmqS4JUrNsqxxmT2y7cvqibP+fr3j1W h57Z6WEffNa9H32rJ/mIIzoZjefR7oLpQsbeS4RjuamnNeW0O0JteJO4XGq5l5+u7T2XT9y3RyK2 i9+dK1/XC9S1s/OnL9//2EEDWuMUO3CKSCqh+OcZKbI1b5+eT4iRSMxytMifTwliMC40w88Pu2A2 6tKr7CMMHbkqfLr88///69Dgo+Oybv/4n7dkNuzRU4JactOsdC7z3b8rMt7XMrl5/s9VVZyd2VTb 2NHm8lQ1Yf9MkX/2oXb0ljqVZ5qT4qb61cYFujML9s8vx+gMBXgta5P/uwMnEaZnl/9OnnUz0fmd T31IzS9+I3ahRbHJ9dr9yRy7v6/J6bvOp78oGZMh6V2K9A84wV28fH8hex0OpGWlK7N8fVFyqUag twrw0GWNNK/nS99pxEW0l3J7czvv9aa5VJsxq5fDxsLVX1pheSjXU2Gx2WXn+Ukyx1riRN63swKc 1UVb2WGx3/pzwtlU3yNkpuxs/jek8a6p7UbeDz165pb76+Dt33mBWRJIun5nRIBYb8yy2trw9rm4 VpcykVmw0+50L9yH50oiqTU1HGXwHXijbk1sHh3f6zM8i+McdWkKLvBwLdTVZIq1s2vBZzu9z+yR OBkVVlWgjPuUvCakrW1CvjaCt/d7kD9BpSByPpWWSI9GI4qdu9tjrjN9ZoWoil+ZpVb88T//eiKI i8TG3cOf/35L5sPucCKwfVKhxgfC+yWtlVi1w5v7drl3rOB16jLzVRrvSno4bBlsq2gljof9AcUp bl4lOtttI+xPbknjQX9Iy3Za+Oc04v1dtplVuodnzM06qr6Wtcn/tVqQixT7jTru3F0EXC9IvW7t WsIP9839nvuS7xseywcSTwsIazyluj2K4+l+m1Tm6yXGv9F078LHz0//SZUI/ipOtsNG+fj0SGBB awQFkx+N4aJIHNput1u1BjWNtnfkMKA/Eqy8hou91YhrCf3buaCKlWK4neZrt1X03+o538fcEMaw +mNODXaHWBOmiCHSYJYgQnGZX+ZWb9WFonnVLXDis3dfqyH2zd5K41sjjc4naZD7bPSklnKjBEhE tEL4s580S78Cte20BmiWetNDSfCKto4Aet1QGt61cOBhMKRZlmEFSRInI0IuSZrxeUmWznSDvTHL sljcxR7/bjNyNGbHwxErciNkNRuygjyVhfrCOE0w5kRZFmsqw/vOiEGcEYn/WP7A5HuV7ApnykkW olYwJMQGP2SkZRoX2zowISN5x0wbg3geWl16ER8rB4k0/sosF/nbH9+faoRChOkKj9//fInBLEe8 OBm0232aPJDIDDrt3hixnmbymS/zAdZMhGcHmbCESfEiDWZ4u62QjHWHlI9t8LVwV3N/WxEnvsz2 iYbq+tChppCDfdmVgmAqRZkk220dqV/L2qRkTg+RUvL4snWkURtP7GCBzguCJWuGpkHkssiOen1Y BVmqwYlx4ILcLBm9uW+P1Q3yPCIJgCAyw8G5Mk/WBC+GUzV45ffDPZdnJPAJrtC9R99eVts9gWBG HMBtojHkor12Z0gz4zFRkLMCtAcML8FL9UoCF0vmS1AjuHGvdY/3j7eLbofDgio88pCmB0hcDFeR xXd3Q8zyGCtUG1e/x+rZsTAEQU93BFasST63BIzsogCNujzAF8Zzv4LtjYL7rNVQYMcIREakQWr9 jcQv0hDPkz8DZoJfAD3p1vcvCfWIDkJrb/+BWSKM2QOY5aGA0P4Bg7TWQPJ3sMqMuFjKVLsusqgL aSKour7ScXrPmCN8fT26Zq3dpo5432EUXTdsz3MsyyA9FljWULQZx82XCiLm09OV7Xquo88YMjU5 5FUkU3QMhcdpyZGo6bq5ds0p9SERIcWDfJc5KzsuE7MmsSPgaEXmQrySNSUGkPMhVWum9YcBshR4 4ugHZpk9vzydMGIn09mrZP/0+hTPR/2JuprTPfgHHshxnQU3onBM0PV8z9ZEzAxbA06BW3VMkAmy Vpwn+0AaS/mmcoBBaLgrHRElhtzEHfR+mc72IS3ep6sJsdbOWF4ok95nb4mqFJWJ4yRVssRIHd6Q tTlm1ljgXig8Ukq+/fmEdt/BaUrbvSwICH+lLXTb811jLgjwO8+zFJzRvO9QIlk6pK0cdPqCRYi2 NJ6VtOWUZWVNJeOe39qUvJhP4Mo4ZYmPu3hPOnm+S4JVOx08tMbaJo8hV96oo1aTclKUgKrUGwmL 1UJdWq63NmbIz3LXoaQl3K9juyki7nfuQSMUAzUCJzZJQXwGenTfZRcm9i3d4eCqwlFjHAuF5zQX N2SUaJblYUMyXDAVMIgjxILMHPHHatYXRPYrMdy/UQBQlyFRF1iYZXoozAn4bo0su72Qpmdp8I00 QOLcO2mQOVl+YRim49kLnuHmeP+uvZJxbPP+PPf502Y5boFZIsmHNB4O4DVi1egAP3HzdWghdAcW XDx3ATtalidRFMVJ4mugQmTQO0QKwzi0kVMQcVryrCjhU3G8xr0flkt1/ZU8NQNHhoxNwcH2OElj F3JrSDkJKyS8EQeGhMwiqyjLkLvyM5UZDuz7230BmXm+lofNmP9Yi8toqVgpLD6WGMj2B2ZZD/Ih gNfO/bFZno7VriLZBsSwdrbdPZ42CJ4Jzy4MqRnCFBRFYk95GW4VHjXN89gSEX+A14M0TTbRJskz Vx60GgJNkEbkKMyVaKoFqS14xQuH5P1A9neVKw7HygacyoIfD5C3nmLo/heNOahKWeGpqlsWa2zT JsVEWyLrwi79tcLLTvXH/3stLHE04rQae6DhfxzNvARWLIY1yQLbcoI4K/MAcb4645kdEVzn2Fvy FCU1tJSyqHmBLolLDwujBCTH9C2JgivXRJkNTeQnUQ7nEfqhdndipilslEUKYRiiJBQQd9GKF6wm Q0YLkigIIsSS9ogCUDNnk6Ygs/zwvHO4bnso1hqBNJPymBLNALn0WiMlKJC96wGxJuw5PzWJpJMk 0K+wIsQsjxDrECDUNrLslSY3QnoSj3Ago+TL9ArUU5tl0kClYVXf3yH4HquFqIbFxlqsPF8XBc3z SXwGsb7p2zJIg5BhblAaU6rTodQgL3LUE2WGABtExZ0Zheg2v2SW8eMpsdQ5nsTOl275tFuL7NzP o8UYLt2X3CTQ5FX6+FTFru2EWR4uEBYFKSND116HaeLOqe5ITU5PhxL5E5MyWREMLcFOY0NWvCxU xiQtjNa2izAN4qAzEMw4i33H8ZM8NsXhQHCqp2OVx+svyna4OcTH5+enHdKk1tgzWDPOHZlTwm0N TUXMMl9CwARJ8JDTU8T8/FEQmx4rMPRYQ1jY0dzP0mx/iOaEhs2fUoyWnp72ZRroU1kPs8S3LTcu ET+zW/M8Rq7jJbvnx0SlutR7adyAr1qY9Z8x4vENe4sc9kPRKQ/byNZmAksNB72vOqtqVL1Ux1is 2mCkDjnGGoRJMJF4O90seUHPX/84bTRuzGlBlgZrx0WSx/m4R8P9H4s4COLysId/PS8q9siM0x1N 10m28Ry42Txa8WcS54UgGknmTMVVlK5hS75rjRdh6sgMR3gv1463SWNL+nzASBDoM53pDiQ3i3TV zgg/EMTfqc4OIAHJbIHireK4S5HbstiB0xp0hpKTlam/dqPt89vB4fuoEXmCGgGKYckT2UkjiDE7 CA519KV+ewgbjbeYm3GReLYTJKl/Oe1oglgkS8J8eiRa5TFb0j0ExatRdFtYkr+ZrHlvloS0AhZm zvBW+Xiq8sTTF1YMTy9oUV1Sq4trUyKNNAQ5R2lsS6MeoxdPRE9MTQ/BqziOF+c4LHD/q2ZJGDoi fG3S6uX7YS3Q0rrA9PgelmaTe3NxVbw85/ZclLWgKNbSCCkji1CfSTM9yFNLGI21/PVlGxgLRXPz AjluQNXDIloIc7+MFwwDAspsRCFzA8TIQVbI2FIgs7CTcrNkKck7vB4TR5uyn8M53Kqc3fd/vcEO WIeIJBkE82cpAVHxCeTvSMufkFwOcgN+qke7AyRvffoHZnkogijHEBiDyygJomqPZok8OMjAUb4+ F56uiLxsRhtbFYWZEe/R1RGeR1+TJXVdvrzmGj0S7Voa0xVYt3XhjCUVtN0NmCQSaBSnVKV6YyXY HvbbLHINVWK/bAiADy9RlWhEiCOECogZVl4RBJEzbuYfnpF/j5574Lg1WZzpUZHZIgX3//KU2aqy ig4vp8xZzDW32IPijngzyUNjBmvp5UWgsqwSHk4J2CeinLsypwYFpuv3XQTjM0VO8Yvc06aSYkKI uvp8ktGwpggQAoSZOxe1TRnMx9SMXKbPGnm5lpAn8GUf6oiaV2BWjeZapbYCChSf3kDlRowWFYmj SpJixUWsS7JFON0Gonf6/QVFRi/jbK0u/HIbLKeyagXe4kI4hvdQPZX2tAFCTQ77cDZsg1MpSZW3 3sVt/roSH8wSFwbMeiIi4Uu6Xs0l2UwLkMbcLzbgoO47HIQCFsSRHtKJzqS5EeWxzo0mZvWGeqLO FDurEnMuK2YQmuDIH37NLJPXf31/3COU8m5/fPnjzyPIiNUhNpwOW/XSCNyKoHSO+8PJKt5uFpOJ Fu8ye8qOkZtuG6kMsyxeTqHKjakJLEuEyTOjp7krTyD+TDR2gkmVKbOsoCxVbjgirJDyuN+nZ4j3 KjMy0S+JHna/6OhEvOzy939/z8/xIGHKQusZIHYzwufdEXC0p9yzINS3/XR3gJxu0P2RWe5TSNvA M8LyiTYE4x6yYdboy8QsXw6+Ar5sxGu2MWNHI3bu7Q4ELxV5HtnhgEYmzUKDPWdT5Q5Ig4G1xBLU GesNj6Eq54rT/e2BWuanTKPaPUZ10+pwOOxg719JX0HIYGGzhC0HXet2FxI83Y/URUPOgpRKpYec kaKJDSA5MpJttGA5A+7fm9IUb5Yvp0hlKUhQdrnBgxWWiSGM+gNWDbe5JdAIKevJo5rBSmIkJ8/M SRfyAAiZNF40812iiww9mbtF6cmfZYlpJIgR5BKDrhDq3uWE1RA2dNAjRB9olvunwhSoId5FYfJj pAt0p+PBCJz10772BIU7o/v9MSG3VKQVXmAE4f7j99dCZ0eClSbmVA0h8VA4hpM1TaZuvKW1e3vM XNMwIGDPdvvUmOB2i4ci8uABdvEAvMMNE9IHs2wWhhPX++cKQgRICnQwS8TtxN0BszQ/h/BENEDd DAmkMVsjnSjNW7vXgzdnx7RkF/tYF9mJtFgpyGn/q97y9+cqT/GVFYfX3w9rfjDCJgOIAka4NGB0 NaZ1p6YQzExJdrZH8J4CJ8ytDHJlfrIEV4Xo3u2BuM5BJj38N9E5eoqaBFdI9ttgNRV4QeSo/ljF dASUEZNthCXnp/7+CEbR+bIfGdFYwSx/L/Um8US/sdsFCjvmVymWXEEKYJbff3/cZvAYebnbgZOn 2u0fmmVigq+PNbpHzf14vbLz92ZZc2C2OiNhJvPMmBEW6FZUTnbLEglb8citOGVLToCYqXBQGjMr 3efGeQT3ri+Hh8p+Z5Zafso1qvXQpaXVOsq2e7BMJMr57IQeRpCAbtcyDQu+PSEX5cNHRjEEMs93 wRQs18Xwpvdwj/yP29wUBQPvn+lC8pOednC7sPe428KWRAM0dTZq3T/0OCuH3Bq9ZOHwvZoqB/zs Eu1h2GNWce5OYVvdHxND5jkRctwDYWj5KMsBesYFJLrpRmOGkNBlliyZCKPZXBTNsoIYcdRu9YU1 SE+CzQHpSTuQO85C2LrE8xugEUhuGS8lFU//WQ7W9+lpa4vsDLKhBT/zEEQSYhheFOjeTW5p7f/4 /VSS1d9W2wTD7bvaGjEUZvSkuLR0fWmWWm2Wzu6EwO6tDk1YxMCJb3Dn7tJanHuzydTbHVNjynOC ska3D2tfPSHcexvB/fcFBCyCIIqT4a/nlk9P+XqlLfAY3gx2z3uH6/V4PExC/PE4h5iVAIUTBggs aBWusgiPL/uNYxiGE1WPWCRaZscMnRYBHAUvSdFqVEAwU9OP0BTo8mEbI4mgyAxgydOtX+fihJ0S GUR21Vr4uvcTQlbZ3SPHOey/Tbl7kUJKbKpzbV0+P2Kuf2OW8IoDa0bDNjL+gVnu4pVig/IIFKdH oa4g1dyNWSIHJrIZPXTHgjydKQvDL5+fU01AAlfsYSCGg2wKU+/wso8d2KntcHu62uFdTw4O77wl 3A8Y8gKMotUd0sJ8ZQdJuT+U3uxTAx2pYjwdIl1RVsH+9eiJ/dYnsyRA5r48HCHfIDnSb84rpqJR EA7Ph8E8PhRIL9HQ7cycmsvoGyFq2G2Umj+a6zZmifCpBZgXJTpZYvCMkjxBdmJDDLJODo/5DSXm RZkIfLMxWwSZTw5/ksJbqG4WL+l252KWZ/rOiVVsXZnX4m3YcIo4aKf8Mtk2tTskt8wMaYp/X5Ih NKz2SGi6jLK1hKHKfpcF9kqdctdO8luzTNMkcldYMv92jl37xFfo7LVe9ZW3rIPY7Q4SWcJ1iGY5 GCHjo4ZkFFmK0tg8vVQhkUa8P+WGIGK4MieF4nlQ7YtobYCK09iP/auV2B2kstSIHMRqMeoREilv CkKeniU626cWZ74kZBeE2H6VPP/+VCFJWVrsj6UNUk33SDdI7KwJflLI9Rv6kXGfgZSl5jw0pvSI a6gDbtkpt4X1NdJDDUx+OJ0eT5lBkksC3v72UsW+F6SHt7etwXZa1yBW15dk0Yhwf2CWm4WkYYMY P3M2niLp78yyppHDg7P+ZG44XhDG+fHtJdNEFWyROA1kAIEtXpiHT9+fiTQSkMaVMxaPga8kHL/V zSgl0nd2EKiq0xuOOXlhbSr8zocGOlIcPL49lZHvR8Xj7y8ZBBfvzLK8muWIUjZVzcDwjXCv+jdE c7Nony1hwyTkdOu54pWNP0eAeEgA2Pdm2UdW68yWODXMA4WmF/lbQ0OYbo/HpqfqwwYCvihzV1aM gMoIX11EpgHfng9bHaYxS7uouSxhs8m33kzUYV9GUHTSDUQoxrKaKa+hcrBEYRVn7kLzsjTOyo2+ sNNEn/RHkp1W+6pMQ1vlrtyZN0GsvtIUkakPmFtEj+c0Az4inN8wdH80yzYN29hGYUXcI3DTasyy 35sYyFfOKUEeqjStpq/fH2tplIdDqoNZFjXd4B1WAiFK2+YxZCV4Uv9rZknOLbstnCFtgxHtkLYZ 9mU3T0xlFYFwRx08g7qwC0JOtzLS55rJNYziNPU1boKEbqTRiEB+p46iQSyu0d2Gm67Tn6hOlMFt V6kznyBLy4Wd0qvZKctM/7wTk5tF0tZtGYfZfhfVtfvBLDy9PlYZsjfuX95IpY46l3wYhh6P+qQj 48dmGanczM1jA9zRxsSd5b1ZbgmYPnb1unGaxFGUVOgtxQUqMy7xXWOWSk1wWksj8S+VCELrg7WH KyGysN7tgyk1Ynlm0Ma2kD6FjDSH8D19NAkItPTp9YgEjUlxfH3bnSmWCE9ozb95Y5bxblObJW6c VaCAWd6QfDbEvcQsfcIqhGY5mBOOlndmKfQg7AUdXioWllCHYy1v+GvJw60/u3XCVB/lkRvkSBXw 0EPP5HtptkZq7qtZEjw+QnG2RXrKWrx1lQDMUjIvNMKEJtASWLCEyLY3qe8EeerZYYbI7Z2xbARp Ue13cI9s93PJB1afGvbqpg7c20CPdRFD6puCzyezRJ9d7SCgx/sk9F+1WcIuQymwwWhzM8kccUip 2StIY9NIw1UmhOldJOjuA15z43y720MIjedov2iWpMuHNPLdky4fwhzKYg3B9mDf5HttAgdIXAdK tQJvGZ8w8lVVdbHUcYyGqdl6736rgdVBnus0h5DzTBnZ6VGcrOpOmO8OuT2VLcKh9o6dEtTsy0EJ QtpalOFKNSE/9aYQtkPKmJ0Ome/Ytr0Oi9NjChsAdTkgabdaD3VL4H8wSwjgjDQPLDcOtAmrvTfL lKgJRKozLy8Sz1otzejwWAexdQ8o7A5ICSbMg+Nj4a4WIA0NpCGcy/DkpH2frc4nmTgtAemiLYy5 hanhKTVCJvZ5SE1TrK++W6EumPRpF3v4jO6mejrVhIQVEv19O7eDXMwS/F7dz1KvEHrLW36kW7P0 SqQqJ31RSvzJWwo9siXj+SNuqz1QRGR713CpV4b+Zd8Dae3Ik6yM8NiYqE4K/0EIc381yyt9J3rL Mz3lN+I+C+IttzWtSU2NZ3JjiKKzKMpia2ElRbLJckgOW+0BI86Xlp9Uhyq4+L/bA5J26wKE+hty ZIAj15YBPMytdn04t0Siqn0JWRuYZUbYf89m2erBbaRrK8jjFdMbQUh/lsYSpME3bHwkJ+iN+enC cDfFfg8Bc6f1y2b5oSeWUKErYZmDp441ut3C+ggmWnckQUGa3mC/j5CUiaL5mTplRzQYbi3Veocq krRMzUmnqVKM+9SExyaluRXjN6dGWuOzgdbPI5Jbuo1ZfoJJfEDeju1mydGile9zS+i3e8J6u4+N mShAfj23s2Pl4L5+aSe4wCdezPIDeEVjlvMxZMDwmEnqTin6o1kSVi/UsmyX2nOBnUzX1SnVIJUs c3PSvb9rw588ZISp7yKNqXI94iGH2FUFiWObtPu3+rDqhwTyNslJQo3p3pPeSdYojnV70k0zOWkQ 2gZYQRAEaeFVp8LgxjKy3xG+szkuG5jlEtV7NJoGVc09Wa/QGnLLr81yNsUTJZE0WpE+foWpudF7 Z7O8J2xHaZwXsAVCSApJDlYaqTHYgyLRBPr5fdc6SeF21a4+usc2twqiIjwwvHtnlszVLIVVUkVE o3p1DQhyyyqaEwp45CvN8MhTT6qyLEMNUo0KLo/14Xaf4TmW5aergDQ9t69meW4neAfXAOoFBuV6 xEfcfzDLRl2QiBWyqn2K9arzfTZm2UXGx7hAafizYXswDQ87H6VB4Wi7zIw4syZYxL43jmeZiag6 6QEdaPv/wCzr0bk95NrTwcMDtsSU5qTX6lDzENNx2S4gnmT63R4laMaCvzFLUjZN9/vDjpx+kZq+ xozFhSYzQ6RIK0ExUdCwo/RaLQTbrSCanGIJg9QsWh9AhbsTWJ7MFAbd0dTb7pMlOxhDepebwqjX 7Xb7FFgFpAU0o91EJb99MMu7G7CRq1kis6W7PUBgbXKDuq71ySzJ2WOoYHvk1Ns/ZYuJYGalP6OQ BWW9f8qXEAXmyMgG0hjxC4O4wUbMHTy/yW2J6iJ6xpDXwd+70nAIIeg2UBiItNudkeRs91hQI7d4 tmhiM7HGDnpI8gi50WHvT1l4VCwCd3qsnp8KMMtxvZfAnZTFWhq2ccomhOhDOPM/fjBL5GtNQd7j DqmZl2BJ4wmOekjDHltrGDlxrg77fWZy3Qd0XZU/G/e6/bG8MhTYS+4/4oCQmz01PeqkZLN7etoj KfBfmKXbtIEQjVKwsYxUYlODIxoBMouxSUOJ9o+nqq5/Pj+DMxx3esx8qfDUkOJX8b60znOx5+a7 TzaAO0ZWZnmZGu9maN91n8CyLSPcVJC67aNZ4kDYFiwht3iQBvgDCEVAGr2xpBnqhDqb5V2LkjQI G4cjZu5VmG7+l82yFm49zfhE2HGxyIlnXxOKlm3CLsguNlVmTxlqLCz90JJAmZMzPzBxgIeXlx3u yWiWZaKxrOIG1gxP9uwcrVB2itKHC1LcIigLR2KkxiwJtMNNu3pD2upC7Iql880O8iYO3CYo4whh xMHewM0dClOYLH9glrCXsczwlpmNmCXoolE8vRzjxbhLfTLLNTFL0UVKSpbCs5inl1xjGDUsU3vG TSASe34rlgwDKpU7UwaZS73Qli7bMvbmuiX4WoWjqfFkamyqCokusTPtUPqaNKFpbgqxOdhaD0mU 2XNx8Q6dCBZgCAn0fY+3t8d0yUt2ud9oPM0pweG5XGHkjs21HMXpyTbWhfGInjooYHbypVkWtogD trkzg5sVkKPamAyZmucRN/6y2Ymc6hmEohJ3B2acIDsoMnHiCHrrihJylibEVvHT95e6TIt52u71 bU+kV/OCfjDLkpwHgv9RJ2PQqO3z3hGQpR450yhqogZbyDux7uwd3l4r0iO0+/77Cey83RfMwNX4 MXLEVtnlKKo2y6+ylRatxfvjcXeZjbsqQP5Yd59wwtyMtrAHMl08M7oxy1oBeLt8fjlhoRsDjKSR hqQHgSFQF6G1Gc3zdYmmGAj88P5/ySz703CXLq9mCbsuSXlJVeX7c3o+qX97q/yVqmG3uMH1B4KV lomjzVUzzBMTIkh1U5zZ43BZd28vhU4IriSv2CxAc/0sWWtzRQ+K3JEoZhEWmbdSFN3Py3DBjEQn xz44giGBMB9XxZbW8AmVBGg9Dvkn1wst2NZF/t/qoNnDSFGAPC6efzTLZYoFyYf2eLpa8DeEO6S9 fzroUGr89HrwIQuuG/6pMflnzCxjwoFJDhz2ma3O5npQvbxgUw9vQq7jmrq9OXz/XmjjIW820jCC LLl2+dRTaX5RQfq6WixNL9ki32cPDxfdcr+NPUvXLT+tiPtqU/LyDHJBupiqdNUUjwgB/KG0JYj9 9tvQXOpufnrOl+MuxJiHylc5drbOiggPjJwEh8aRw/NC8rnFtBOPJnLY8pGcFW9WUc2oLCDA7o4X sC+4c17EYBbjsRaExs9vB8I9j2dTObnywo7zzYrttke34BsXdQJlwVowZre0Xry+lo0V6nBRccxb WaJf3liLIxrpNn1dXdjJ8WVn88PmDUVZ+fk2XjJtCKat6u21WDF9elm8fd87SBrGW0kWGAo8Z1qE 6mUgBEc9vxpurNuQn58r5/1Eaz2r0PQfrMOsAmPj+63uxGzuE3uuaxJU+L/0+e1IzvPuURuLyAJp WJt8g10+Ri00nGwPM/jNTDGjIiX9GP/cLMGbudmlLwV00Exiclu45+3fTgEuTcMumIV+mOSJLQ+R V9uB/w39IM4zTxlj30F8BkggDYjHfVgTWgp27M+pEXY8XtgV6W6fW4VZGvkBZPKRzvX7nLkJMNd4 GM2cwOCvPHT0AtL1FUGzQXhiB7TPtjekZfeyJKsEdl5xEeb++4UhNcIMKwUQCQc33apkwBibHSGj X1dHnGds1e+MqDn+Q9FqsDExbMBmyHKb+GsXnnW/B7/ao2Q7zuou69fXfEF1R7LdSIMwKd4cj911 sZ2nLLMkTrCTP0C+T6T9Urx8t9sWGR5+l9EKnRCj+f6yzpawbhZm3qWGizkFtgBPwBfuStKCXmGf bKcPgeg+c6bsRPXSLA78MM2R5rI3VsMEFwQXOMUDQTxQ3mx0tj+SrDhrls5f4Gyf7G2RlnKqb2Ly yESVj1mtB21agcwMrwyP6MDad2i1bt++UafOxCweK7eZfIXk8ABpxYjMK+CMNU9NVlFIymT1G7Dg BGa5ZhI9gNvr9SbLICNvZDkht8QZ7/h4gPC+g4MHJyyzQWikBnmOB2NxGhn8JYtHp5i70udhcpJH HI+J9v5gB29yc3raF3X3ybaIDGHQwkSyuU8IABoFwG1/dySE9vXCpXlCpJGup1SfIY8DvyLQ2fAb D1k9sWD9K5VY2JKWa/Pc/vAN/qptzcj8Iux55dOWAIgQdkHSN3ueIiCsjv5mgxMkDuQbsIutLLVZ KoSyMENCgNiAhgj97kgygxg7bwNbZXsPpJoc4fcjiEkGsNaKpYtkd565sXM56rsDJXBcvcHRgj87 swPPslxPF24KK5LpWTNONl39/fEfitRcL9nuQ3diRMFN89Vdj0dsEMjoQc6RgyEyeWcCgQD5Zyjq BOwC59M0P0k2oe86jufb01GnR88MNwxhl8qOj6k6hARJNvwNmadx1HdNvZAa01PDT7I8z8EWLAXH 4nCUkZ5ZIdjptizz2F1w/Qfsdwo3TQaEEGj2+opdAto8d+CZIUIiO0LorV3PEAet9lj1ktiZ0UN2 bgW4IJvAnELmOBANGzllEUrK0VF/EVUN1rYDyazuRc3Swc3CH174SWQh7E6N74EATH5kSc2MJzO3 w+uV73GjjD5kaq3RbL3xG8weHHQJQ7K1orM1LUiixzPTkEmJj7xBd1p9Qre5iQI/CJ051W71ucU6 xCGYyFsRHkQkIw5DWFJYvVUQmQQ3BkGQohixtNyVeMPlN5StL2HX8Tf2pv7yewvAgA+tMoXFBaXk BjiyR53vE0FDGmnAVuBFNuGjxeVspBGH1gwndeQaFAUtFpZ0g3fmk1aWf35uidzJQ34qnrk24WZY SWJ6dSiygpSDbHl1X7errwxjpfCkrIisjvOlYZr6/7Z3rd2JIkF0EBB5iog8BEWJJpmJk0l2Mtlk Nvv//9Z2VTfQIGbz8mRyUveLCnR1dXXzsOi+dxmPISnpzpKpVb8YcKM8w5e98DI+YUVUOL7cbDfl MoYViQPdmqSrk+12U6Tw6lezgjjy8NoUn34/rZ84Bro7y+YsZPyyMTC8eLHIsjybNaRk7GSNsjTw /Hgedd6qAX3UnB0KY2l3UT/zwAXIjVIQOQSxy0XCAjDgW4aGBx/GaBzFAS60QwFJ1tDVIomTLJlY sBA3zZdFsSx3dw8wiUIdOiGPRpF0KAgV2JetUWaxzCsGTFhiHOZ8AeqWlYGl1LqXf9uJqeDQEWk6 bV6XD0Z+mgOdmxcXLIqrPEnSSOg8rkpYBzjyogUGOIdwq8Y4wg5RdCdMcZ2kak7imPUtd6juOlTU zNZlHvqs73mTQWMzj72a9xMtb6HvYYoGOwV3nSnrKOpZpaBZlbM8xw4Cv2Nm1GB1Rz68RhAbNJDb nK/ZgCryLIMhN9BMPylgRKzmAa5zQ1nUHE4XzQ6zPHK5SiIbN+D8aj5taKrBbDKf9RHVsdERLxfd gYHrJ1cbwEm5Xs6FEKta+cla5FUDgG3sRmML0eDxx+bgYSJOmzXuUV56t4T7Musky7HridIDfeTY qBapmeH25y98IkcZs/urVRRMpxPXFLJ1+sj1p2EYgDAhLM+37FqSEE46F7Qt0aJpW7hc3nQn7PiJ ZwkuCMMeB6w8J3Rl5mwLv4zC9VnDPIdsicIUWh5arsfgSvqHuNExjZHtdPUJobhj4mUwPz2VKACg jIMii6rhuNwF2DLEgMCHYdm8WjiCtXTKPDcth9VjjuMsBWaCMP/2Ny7Fb6Kxz/kKs/dY+QjYSJ2a jRRKOKC1CGKPWEZQXVX/8nXTcUbyrBQWB9vQQLIxmAa+a1k8Xiqu+7d05rfpTcBNpDxl20X7wBIX 89RGtg2DjzskdwX7zX4Am7RoMjvCrWLJAlNZ5gGDG3Fn+Z3opmqKPutr0UGwgxlVRffWG3jg/ek0 GLuOY/NzYiiNCNkOtkH4U4+b9qIG7Og+8gShvrknXAlkB+MJAiafiI6BGNV+NgOgFQ2dRSOE6Inh UwdN7ME4wfsnr7h+PmnI9993XxN29VNVrWH1ZtVo7CdQfEyXOE1nyPk4YMKiOzKMRtpRsJgMhdzg oGVmAGaU6mtDcG5w0UuxA3lTBP25ggxW8AQULNZNyqfiFm6iiRqIuiYzkfPqBq2WSLvg5bLuputi 1uRiWn5VX/ih9Ycq6UJyz1WoR7ei8myTTX1/trq8v+WTR7iup9HLkI4tHXW5u6FhXBazUuW0ZsUq FusZpQjWh2sal2yE9yiaKuIFZrheJghpGqOGekZtNYtvqpVFpa6rbGjYunpLE8u2ZeFnh+QE/ZUK 1MWlcEoblHpAsHq1xj9pRDRBULoG+VHtRQ0tj/eGQM8ubDSCj6a6yqYe9dFoSAO/YtvCvgGBULga 2jOY//jsu+U/D39t4Na8r1SIlCDl7ubma8Jvzy7mWSFZv6eHKKsydsx86exoH/9lX50SPTP8JJX/ nvVJKfYoTPZtbewq+KzepiPZ97wWaVRamyXPMThWcnZ9dV5k+fri191V9Ye127q2D/3SnRVjGv5i T45p0qwk6W0j/xi0Glt/7ahu9LbvYFd0AtiuXbbc9fNLX4l9S8oBL7pN6QrD7Kl/dsdNb/1P2tU0 Wuk9th2f1iFS9NqeCf9RaXR9+fu5zHdAUvbv3eU67JlLhRnP7Y9b4JgY8tSalGc9MthVZjzuo9B4 FYCcyndfxz5eATIaV5hyu7y5vd5GfRF8AZBCynsjY0fER/HzXQET11e724f7i57k8GEADcflzU9I 1/eui3fn59dsrzhpB3Ke9cjAWT6PicC8DG1ZmFeB3Xkhq4w8RLuTl/Ph79lV31iT6Ej4KH6+J9hp Cfn7mx/ls/j5Fc0OF+VJASnIntMSpDs2m0WVCVRaedYjoy2O92ZW39AspJ2Xm7NzSK2Gzkt5t/dx nJa/PT6Kn+8JyP8WZbl8giZnq5huev5k7PSvOwZ22DDwqswaJLNs860fLA/iT+9yTLkFkESdgALX n+7uEfAJm/xMQJ55PPG9vQzw/xSDjN7wkGQgT5LJ4o89Sc5PDEUVSdRPeVISngCe6H1MuvRAuUOp S7G3m3Wl8SehP7VKINR4/PwiEAgEAoFAIBAIBAKBQCAQCAQCgUAgEAgEAoFAIBAIBAKBQCAQCAQC gUAgEAgEAoFAIBAIBAKBQCAQCB8N/wGYP1mTDQplbmRzdHJlYW0NCmVuZG9iag0KMzQgMCBvYmoN Cjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwIDEgMCAxIDBd IC9Cb3VuZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyAzNSAwIFIgMzYgMCBSIDM3IDAgUiAz OCAwIFJdID4+DQplbmRvYmoNCjM1IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAg MV0gL0MxWyAwIDAuNDk4MDQgMC44NDcwNl0gL0MwWyAwIDAuNDkwMiAwLjgyMzUzXSAvTiAxPj4N CmVuZG9iag0KMzYgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAg MC40OTAyIDAuODIzNTNdIC9DMFsgMCAwLjM2NDcxIDAuNjI3NDVdIC9OIDE+Pg0KZW5kb2JqDQoz NyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjM2NDcxIDAu NjI3NDVdIC9DMFsgMCAwLjQ5MDIgMC44MjM1M10gL04gMT4+DQplbmRvYmoNCjM4IDAgb2JqDQo8 PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuNDkwMiAwLjgyMzUzXSAvQzBb IDAgMC40OTgwNCAwLjg0NzA2XSAvTiAxPj4NCmVuZG9iag0KMzkgMCBvYmoNCjw8L1BhdHRlcm5U eXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRz WyAzNzEuODggMTQuODggMzcxLjg4IDIzNC43Ml0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rp b24gMzQgMCBSPj4+Pg0KZW5kb2JqDQo0MCAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUv SW1hZ2UvV2lkdGggMTkxL0hlaWdodCAxMzYvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNv bXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDQxIDAgUi9GaWx0ZXIvRmxhdGVEZWNv ZGUvTGVuZ3RoIDk4Pj4NCnN0cmVhbQ0KeJztwTEBAAAAwqD1T+1pCaAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AADgBjB3AAENCmVuZHN0cmVhbQ0KZW5kb2JqDQo0MSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1 YnR5cGUvSW1hZ2UvV2lkdGggMTkxL0hlaWdodCAxMzYvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01h dHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIv RmxhdGVEZWNvZGUvTGVuZ3RoIDgyNT4+DQpzdHJlYW0NCnic7d3pVtpAFMBxs7PvIKAIZUegSAVE gxQRxJQAAUIS3/9FSkKty7Ge0093xnP/T/CbOXfy8ebo6CvFkN5ndpbleEEQSU0QeI5j/3EEhhUk ty8QDIWJLRTweSSB++AAe7w7EEtlcoViidgK387S8aBb5N77Gc4VSGQrrW7/Rh4Qm3zdbddyx0EX /9bP8O5Ipta5nShzdUFu6lyZDnv1bMwrsG/0nli+fTtbrPWdQXI7fbN8HF4WEz6BeTU57lixM1Y3 O9MiPdPYLCa9csL7Mj+sK5Lv3C9103oiP8vUV9NeKeZ+fr+MEMhcjJc6DXg7a7eaXOZCIvs8Oona rUqN3vYvRs2U93D9+8vPdmcbExr1H5lbpV8Iiw6flWLV4WJHz+Xvr99Y3TWTbmd6OE/6YkrV5e/9 28fOmd/++DCcP9tTKJp8O2s3v84H7W8/IwTz13OqZseensWg5Aw/I4SKsmrQxX8ylsNKVHL44ZK8 oI6/GlZj0v7tMmK4NKCQ/xP5YCEfMuRDhnzIkA8Z8iFDPmTIhwz5kCEfMuRDhnzIkA8Z8iFDPmTI hwz5kCEfMuRDhnzIkA8Z8iFDPmTIhwz5kCEfMuRDhnzIkA8Z8iFDPmTIhwz5kCEfMuRDhnzIkA8Z 8iFDPmTIhwz5kCEfMuRDhnzIkA8Z8iFDPmTIh+zL8AU6+c/LnezVWvTxl8Nq9MAP5m9U+hab3ZYj zmIz3p+9+kXdWjn1phhyVopy3tMfD7Qt9dOVXjbgbBRlXYn6aEXX8JvrSSvtcTZaMmIof6Vsabp+ S58PKs6Hx96p6E01RzRttLQM7b6d8f/ZRsuKoVxnqlEzPpaxnl0Voy727yLgeLk/0yi5/71ekWvJ l1XADO9LVvsPK920SD+BZZm69ijXT/yvFjGzgj9Z6Y3n2nZnmCRn7PS1OumfnwTEV2uwGVbwJQot +V5Rl5q2JjVNW6nKZNAuJff6N1vIWcETOS1/78rD0Zjc7oZyr1XJRL3v9Pb7lXyRVLZYOW80mmTW aNSrpVw66nfx7/X2APGSxx+KxhPHpJaIx8IBj/QB/nAAjhckyUVwkshzH+MPJ2AYlug+/3kGdf0G Om8H8w0KZW5kc3RyZWFtDQplbmRvYmoNCjQyIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlw ZS9JbWFnZS9XaWR0aCAxOTQvSGVpZ2h0IDk1L0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJD b21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayA0MyAwIFIvRmlsdGVyL0ZsYXRlRGVj b2RlL0xlbmd0aCA3Nj4+DQpzdHJlYW0NCnic7cExAQAAAMKg9U9tCU+gAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADgadf6AAENCmVuZHN0cmVhbQ0K ZW5kb2JqDQo0MyAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTk0 L0hlaWdodCA5NS9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNv bXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggNTYz MT4+DQpzdHJlYW0NCnic7Vtnk9y2svUEzjDnTCIQBMNwdle+t+q9///T3mlwk2xZK7lk1/uwcHkn oRtosIE+B9367bfP9tk+22f7bJ/ts/3/awe0X6fp8H2Nh8PRtD93+PvTOBxP59MvMeFwPFvWCRM5 na3T8ZsqD6eL7Ti2faV+fxQ+f0PmB+w6HC3Htc+/wgRo8n37fDzbnmd/c1EOJzvMiiLPksCxvprv 4XhxnMufTMBifMuur/uc3SSLrs/dXv3g9ef3nvHS3j6+E8EkrmFRxs7VjfPUx2z+1PW3gxXWclSS sybzrOM7lcezE4bO+fjWdf/W9tzLBx5CSrvCNb3gUBb84NlRjcfCIawzXILenE+nk3W5kIcYh6Ef jubN7jPHa9LyNo3Spq/C6/n5h+OJlFqnvUcqb7dJKT3y3LsYFSfT73Tx4ti7nPYJHPYBzpYdF5lv Hb9rwfES97L2yY0Op6sbhIF7vVyv0HXGy9Xxw9C3Levq+oHn2G4QRXCAk2V76OnZF+uKN/7+/I+X sFGKtb3kZWDbpMu5WBfqGpLXoIdT6G3iTTfMU58GfhC4tkOaXNv2k8S3nydwNgMEnhfVgmXO9x8C Fo6pJrAO5KRR2bR1HodRHNgXJ4yjOK/bpkwCPy7qukiTou66JgscPynrpqnSIEhIJAvIDQ8nJxfz Mk9jl7huXJCu0AtS9Ojq1LWwsE6p16FMsn5aVVtRhzSFprqIgyjPo4CEmiJybBqgKvN6WKd9eb9r AVctWXC8xg2cVIm2qpsi9JOqaTqhlJJ9mbeDHvq6YVJpzcuk6LgYxpFXVT8oNWDNLXqIVtDMT7/f h8L3oAuios5Lpkb816f2kSyYbqpKczbftBimSfYdE1JK0ZVV15ZFK9FVNmlMA3DW8+m+tMEPWnA4 +9W4zHqaFWeClVnNpdTrovWkRT+si2zrTgxq3hbRMimYmG6TlNMy6WnimX0kN3SK6b//8yQSN6iN rkn1TC9aqknRUh6dan68yZ6pZR4kNEkmsA49/giuBsb1PoG+5YPoux7Ct6n2ftSCS8xv2zxO6yz5 oFjHseG2x5se51XDFN1mecOlWh4fJixvX1ZyXafl4T6N0zKWdBaQG+n//u+TTP2E3+5G1zDMi2g6 pbvQIguW/3xZ9Yid3PF5G7tWalnltZonPaP//WGB0KLkOHZ5khW1mGT+8T4wFhxxTgz3+6TGWbMO i4JRBv3wZRvVNI9ynEQeJq0c9fr0tOpJNXHaz7f1/gQRPavdAsuv5y//fRrLuFQPRtckh2ls0kKM fYQxYMHvj/PAe2yARs+8qMTI0iDjyzKv63x7elwgNI/jpCpsobjoR55ePziLYAG0X8+Wk6ntNsK/ eV1047otAxu2x0VyOQg2jH0S5nya9PpIFoxNkjKy4PGmIGIODDyCjM+3bZtZ1Yx3o0syPsoySpnq o8uR9sF96os08t2gVGOb5hg8DVI+7xY83rUQasAWIQvCpGSwwP7YAi2K0HODXCyzZIy3WVQM98eF VR1cnfecdy2XTRxW4zqpCb/Qdq5bhbku8OWe8SbGYXS8Rq0ih55G1is4I37oG5yteHr90JlnUIwz S3FeY8FyMdRR0ilRpZWYtF4WPd1WxZjAkORFaVE3XA/PweovG9yfTZrVZZ7m8FYlBK8jL+6X+1gn WHQthWB11bEq3C3Qtw2LO8LFtqdNDXAoEgkREbALmMTA8AyBOZgfuqpmXepHDa+x1452JobKp2h8 stOeFUFQ4pnTlhMSJ5PQcFgh+rrmOAF71ndcj+ao/54FVlAPIzyzKWCCHHCw5f7VzfnQxXjSfBgk b7AcZep5GfQNdDLW2IDz+vRlZQ0bFIngvAA+ydsm9Zyw7Dscs6SrL5O0LELHz6vMxVl0ieomMZgJ 4a+sYseJcTqQpQ3TY193UsHxqjQpeyEFb0ociA3c77sWnOy46rq2RtwK4rJpKDydL36ax4519TMT 0eC1oXe9+nnTNXVdZmnJBr3cH8YqSRGXqiy4mGUNk8ixztcgSaPIhLo8dD2KzFc/8uFnh7MTxZ5Z UjyxMHQty4kKjEmrN6o6MUJF5DoB9FIojfIq97//DADtbCAHYAfnCgBA8R9Q6mjZzvV8BNoMdlRx AR4+4VMUBr7nhUWP0LbMLHEJdhgRLOv5akNoF74aXS6wz+UC8HO57l2s6/UZlKI33h5PV+rn+0k/ ysJ3jBChih3OXIBmvOtH4P9gsNWO6F5gGgCAwVeHk/WM7I4Gzl0A7M7ni5d1AtFTlL51ekN2uxAB RLweX354RYnPXY6vMNj8QBAO4MlJOtnHr3CQMObFIMeT9QPs5Q01v+Hg315f3nGMZ+oCBBgWTd+3 RfCMoV87HF41fi35frRvDH8kSFabzfQVuj78SgZpDAALuRoSBr9Oksj9MyX5mw3uil3xy9T95TDX MC8i25hgEQL/kD79cDMO+uvU/dUoll9J1dDJb7jPad8p5PWnV0Z03DfB/v3buz+8eX59r/yXestf NAAncburwjXbHvwHZwxtvKvtuM4VhApvbGI0cDXa4PjomAPtbL7CgWRdwfJJau/zTy/5H9vh5FUa 2LGLXA/szAni0AW/QhDJirJAyAjTIk/CEB/zJHDxMQenjxFGvDjHG59oWFFkkWubLxLv+4HqH7Dg EvXTbVtlGadlHqc12HqcV2UFzARuCT4lgATqugec43WW1XiVsi+iqKDw3JdxjDg4cNAXiv2ioyD9 rxoA1CPneV4BLWuG+D/edF/34FECse0GfDes2wRYt6wL4DFBO+IBmle1BPAEzG4bOa/zyOuyJ+Ik qg/wzi+3wAq6+TbP26baVgxCbV/uI9YWUHIYlweA/ul+G3qxPj6sy3ab1HxfQO3A7wZg5pXAutDb toy8qcWyrZOsg8u/aoEhQI83Yge8kxrk7PenddZAkHgGAHk3QGPdVvz+n6fbut0XvayqLno96+Xp 94d1va+Kq3UDaetqNm23ZWw/QGy/uNE+nh7ueAZPd9WLebs/PD493mfRAUZP69PvG/itLDN2/8/j MgHqg9mxNK7B0mDeNoNO85aNy3qbwTnltN4W8dE1yi+2wAr7eRn6Ti43zcX88Lit9y9PM/x9Ab99 eLpprVmWtMvjbcTOlmLUHTiRAv+938GWlezqViicBSCxfNDrpivv37SArpVGXkRh1mN38unhAZ7+ +DC2HSxQentYlFJdEhaKeDq2B86fJgoKAeoyLxqnEm+qjhwO2522znzTH10E/WIL7KRjhX+5uBkT fSvmiTV8nvq84FqrcVlGxkDjXPBMPSpJrK4vAi/t+qYBZQT17YqCLgpwKHWwBK4nPrqE+MUWABPl gKJHy8vKIi3bJo+JkQWgCpwzzpqiKGLn4sQ1PnRlEmd55NhBlsdR3tLveRTmLQcHLtOsZqCuZfDv 7mTwIJdw6dFyfd/16arTDYh9eXGWpUkc+r7nAEzYQZKlse/YrmeDrrmubbtRmqWRi+AcZXkaeQ7F 6zzxP2Quv9YCoho7fTGXysR7zoYVgZjZ9vViPVMTgB+T4DidDT85n80Vsg04tAOkF1xk/xu46Cu4 +EquDs93829X/8fXb357STO95yfPDO21q2E0Btn+0/OnxX4dhT7t+P1H0irfV3zY8xL/NB2g7JTv vbCmw/Hi+oZDgZ99K130M4oJmF8d1/6FbvT24PfHbNbJcpMy26+N6ROOoNSlu4WLF4V7Euydhzzr eXGTd750fGmv789OGAV+FIf2+VXLV+nNw9dKfnBRbMraEHe0iTxi217dpBWALia3Y9l+2osmMpco UZoEtnWixBQaJXr2FNNvh6/k9/1MbHRvdO9Cv9KB2xZJSofR+bhrMZzVetlnz9M5mizSD3BPOIhH x13oEmtJ0hSkBDMGiB9nntBlBJ2QhNFEkeBnw2cijG7Znud6YZLGe4rpcLJf5C+QT2Go65jXGF/j uA1omDiMm3Hi4BVFAm5/vjie6/oRxPbTdZ9OiulcjZLI+9Blj5afN4zzNo9SeuV9EfpxCcS23Yf0 etwv9cR0v489JVb6ru/qqggdNwYHK1sGspASWTleo/pFPio7vG2ypKJ73I7RBWpRIbJxcCC5PWho aesq8x0vKfK8Ip5R0SXCu+mEcYmv28z7iEYAL7RSIdozsJZlAikRVdFwOUwPjwoWHC9hLSjxAQqg 13UUxME4KyOKvlxNk9Zjn9h08VsqI88Rs3uppkWzVi6rlgN4kehaJik3MHB1f5i40dKZVWO7lqEJ KdX2PB3NqkZO0yjrj0A4Bk5puO2uuVxvIx9mzfEF78S60TMAN+MD74fbwzwuYC37RfPQlxXwzrQ9 3ICYDUg7ec1M8tPYgsVJUJy7ltN9lb1ctpEuseVAEFAOyzowqQkAtiWl2zD4Oq+rzMw6YDqDJgjL p9syDW38QQaE0hY9oOLD04qFnlnV6VlJLEhWDbOABWe/GmSd1+M6jctNVXk7DFg1xfmox/XL7/f1 dl+60Dqe/GYi+VH3VcOHcX16WgBBx6aASgBv81zuT7cBwJu1Qg9cjhL/j+Pty9MGVqRLQD2ajjRJ CsH17TYD8Nrf3wiUACTK9fjlptQ81mmFv0qbvIvmCVnQKFFEuZg1fACspZKybfGAp0kNCyyYl3Wi NBaegVaQHzRvmAJl+wLiNi8ij2ul6iiqhNbzw5dNwvy+EaNoeygEzVMb0b11VQUsOHslLKQF5USE 1ll+nAGJiArS4qhhGsq4lJiZHkz6QxgL6kFUSSlhwaTbKCwFThI237eJ9+P9AexlFKVHXlQrSfJa MIWZLY+gPdPUJ5AQZZh0NMz2tElGaXMx0h3A7WEbezY/bnqAWQntuqjT2EwbLGh6qZfbRCnE71lA Wah5VuPtcR3kiMUusDp8UHQbsQicpienEENf9xPlb1QdBiVnRdpMoDd1waYF7iS6lJ6/V8lneaEX k65a4WgteA5jeZgyDKPWxxssgI1y7POMrU+bKCu5YH8LTqmO4yVm86TG9XHFMxI4O2YWff9G4EBG E0fBkoK7pEHa8bbupRQDfCaGzmvc4pNaMFfJC9/LuiYJMrEuLIkKDjpDY9Op6xSsI3nR0x0FZrFN EKxCPwWR8GNaW4VhaP0xYdHEUTXiEIjjxmS/WOlblOXBRjLTYQ1dIswfZ6HObt4LIaTsKcqEbpiX aZzhSJaDKH2TXKI4IU2uv4wdO8zTwAlK1ueeHRh+Y85sSgSWOclXRd5gSUllU1eJa4cZFTLkTGKY gXLtrG+bOvWdqOYNZaJqijN1TJfKb9MpKUxI0SYfUTnEwITuB7M4CChrYvtEXqIMnCs15RJASBEF 4jSiUg8Lodi9Whc/jlzrfPETulE0cfNwpvIikve9MIVGqNzTOAjeJJFACQ1DcRyUyMMPAdCRdbap exY658P76TxriZyP2DRQG4Ci4xBLocqbkyEvF9t1Hdva4zxCP33afzdZFbBNc1u+yz6TFRI18pa5 2qVSrstlR0kkZ9n7MDs+uu5jXajYiwq/XPvyXCH0Mh2LLpFd56Pyot0G4hvviMq7K/XnDubT8S3R Q7hxZzBU43b6KuHzIn4yf07vypVOz1qO79uzltMrCj289vvq6w9s2Of0FW/6+jr/25f7O1k5/bFm 7sWa43lHptb5Nd3wKmYyZZdXivDHZMJ3h/0rK0yl20+Rb5MnBI7+C6mD5YQJWgzYe7WdN2JPcuez 7Ueh+yvJ8sHyk9fyuLf6uN/evftD9R3omucDGgfut6VOdgLY1vd9VyZRktCxsDdM3nfcqOoqHD/H rxj1W/t5C6hKDpHJequPMzcSe2b0uabuXfUdZWWvYVGlURQH1/P7ejzr+VYD0VxRaYKi4qq2y3F2 WSaba8dlmSaIAix1TbGd0UlvzOBmCn/jIuDoFHKoQtfz9yPw6vhBGHpX0DBKi3s2+bTJbZvquyj0 XbpU7PI0CZ29Hs95kzK1OmE/Tbxp+LQCNAw1KEUQwXOcsB6GvlW3lae+Z3SbarzA90mY8uNB8HEe /E+N4L3usoyq4pocJCWvm7YtYwyId02ZhiEcGsd9FEVp1fZdleVs2VQDyhaGVERQpYGR6trSZDwv EZsA9ZJ63FYQgC6N8xrEpkwLuW1aAVGASRjdSRBQTVxd4VF1FO3wXfTtktXvWeBWI0VyNSpA5yqv xTiqUTZpWjGJxuqqqRI/LOqqauEZ08i6AVwFjl4XVU/VcmyXGiFFZAUWzLrN0sZYMLES+HqcpqHr NOgSlcaIGlRKGjjQUy2MBNECTgb6UFDxswkSY4GguiAgvBEEZ16ptGvoMF3BQAaA5UWdAUZ0VDA4 3bZJKFOpg5+lkgyATTI5L+MAPalNIE1s28h6AbYGi3lNrGHeQG/G+zYOy30mKiVBNrQUelsV9N3n EcxoIhXZB5VR37RgllwvqqmB1zhMYQ3TAGejavIK9EACRnc9kApl+/T2uEo5z2BgoJnT2Bclm2YF UMoarhXICiyQoAMTPZO+V5qbUsnl4UHzYQEyV8uIhVEt6QYW36a+FuttABu8DZ1R8TctmECnGhBJ Nas6a0aqeRNFmPSTFqAemA7DWoLwElcBZ2EdkR1Qoyhu9AIOI8sU4pW7W/CElaXSJdAb0Zj8wdPT zOU0djVYWi9GScxhWkCTZJF1oBNlT39ao+LnLZgkuC9ITAUkqjDxuFLTbkHcjarrhmVbwXh7k5kh tjW+syCqyVzNsqjEoWYs4OvCK2A51884uZieiPfMXGjV4kHLDv9Dd4snR0XAcTPSqqmxyXBa/bwF OIsmsCtDYgQRWE5z0cNApLlgipcFWx/vQ11xqka8Pd4EcZVeTuRFXZ4D2Es5UCJHyJIsiHpQJsBV 4NmEjYN85j0z53rs8SDBwhTp7jXVb7ZxCEZeJWCxdVIaFT9nwZFK9/qW89L38551THZJAEzfY7eR +0tiJPq+9DhEseYjNiLWXytiDmBcJqmJfqyO/KxnlJ+xgoa3kUk6gLfInblRmV7fj5p3oHZFxY1u aBCgQkHBWR6D0RVxDlr3s/sAXKxuy6KuE9eJwHWqBnQnquoir00lXIvv427gRRBV2NzDSPdKHY5Q Ok0pKSNEX2ZFlfkuxKn28exmVW4S90AsRVPDb8ZB6ZGVOJ8R6ZoiiiuiPbyvMG7quXFVxn5S4dCO jYqfswADRnGIoOleLi4CYxgH9tUJI9+LTNSJqSiO/mXB1Y7KtkUAyyPEISqSDP0w2yMaFcJfL1Qr dCbStlfXmar6II6gp0O0qtIwyqsyS+LAeY6WSYAgD0GMC3b18udn84RELezLhe5xQV9MBf/5ZBET oZJ6gheUryHWQ6VxURh4DuYKQkYMxwAPQhV7Pd5eTHd4qa4zxVUERvYyPed6pUwWpXPOFwANYoYk sgu+/flpZPTKPN7nZY7PSN5AvN+eq+9MadxeBXd+xnzPZXGvVXU7Tj2+oy17J+pleJ55fVdP90J9 Xm7iv/WPjX7EiG9/eAd3v/oXLX/6Ry4f6H6Veweg/y6U/myf7bN9ts/22T7bZ/tsn+3/R/s/c9+S zg0KZW5kc3RyZWFtDQplbmRvYmoNCjQ0IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5b IDAgMV0gL0VuY29kZVsgMSAwIDEgMCAxIDAgMSAwXSAvQm91bmRzWyAwLjEgMC41IDAuOV0gL0Z1 bmN0aW9uc1sgNDUgMCBSIDQ2IDAgUiA0NyAwIFIgNDggMCBSXSA+Pg0KZW5kb2JqDQo0NSAwIG9i ag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC41NzI1NSAwLjgxNTY5IDAu MzEzNzNdIC9DMFsgMC40NTg4MiAwLjcxMzczIDAuMTkyMTZdIC9OIDE+Pg0KZW5kb2JqDQo0NiAw IG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40NTg4MiAwLjcxMzcz IDAuMTkyMTZdIC9DMFsgMC4zNzI1NSAwLjU4MDM5IDAuMTU2ODZdIC9OIDE+Pg0KZW5kb2JqDQo0 NyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC4zNzI1NSAwLjU4 MDM5IDAuMTU2ODZdIC9DMFsgMC40NTg4MiAwLjcxMzczIDAuMTkyMTZdIC9OIDE+Pg0KZW5kb2Jq DQo0OCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40NTg4MiAw LjcxMzczIDAuMTkyMTZdIC9DMFsgMC41NzI1NSAwLjgxNTY5IDAuMzEzNzNdIC9OIDE+Pg0KZW5k b2JqDQo0OSAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZp Y2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDEwMS43IC02Ny45MiAxMDEuNyAxMTMuMDRdIC9F eHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDQ0IDAgUj4+Pj4NCmVuZG9iag0KNTAgMCBvYmoN Cjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE3NS9IZWlnaHQgNzcvQ29sb3JT cGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNr IDUxIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDYyPj4NCnN0cmVhbQ0KeJztwQENAAAA wqD3T20ON6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADODJ3pAAENCmVu ZHN0cmVhbQ0KZW5kb2JqDQo1MSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2Uv V2lkdGggMTc1L0hlaWdodCA3Ny9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAv Qml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9M ZW5ndGggMzU2Mj4+DQpzdHJlYW0NCnic7ZqJcqO6tobbZsbMkxAIIRACbMfJPn3Off9Xu7/A6WGf 7mQnvYdbt6KucgOaFtKS1veLfPr0kT7SR/pIH+kj/f9Mh8NxT4fD+5t4qe6LmW/u6mg5rue5rmMZ 72z2YJjm8ad1D4Zh/Dx3G64//j6Hox2kRVHkWRp55rvsPRiO79s/e1fkes4LDR8My7Zeep3vS5un shM977qOZr550K6hX1bP7/Gwp0/b7fd3Xwp++nS0wzwPYe+edXwuuBcynCAKHOPbdr+tfDgi/2Qf 7x28aq4dM7WMnItpYqljmJZtW8bxaFi4sC38WphoPQS2bRrbvMIEJFNnbyYe3YyxMnRRDVm24+gG jL26bbunOItc60u7uLB0s469OdDBCitaBLap23vBpe7paKf9OneEtHKVVeD6UZJEvmN7QZwkSRxF cXRyLMvFbRS4cHLHNGzXc70T8kNPT6PhV6PiFZzJNm0/StMkcB0vjLfaSQJXS/wv7aKhOArD7U5P iOEWQvH8pPuLA/c1dzw6mVhVW+T1eFZNkpRNx2gRR1nNOs471rZNFZ+CjOiLLEmzyHODNEvxgDGa nWCv4dfzdRk6mod+WFDGuzqLc8pYQxvW4bcu4rhsmG43TGv8T+pW9xLAB4xTvdzmJs9J0zYkfW35 wNzhsvYN5eo8NSWFT0yyp4RNs1LreZmkFLSomEDqGW1akkR5w9puRLmxyz0DPdL18apwV6VlK0Y1 S1Z30zIJMS0z/IzTiva6eF9XjZxlzwelpGhS1ziYAV2fVt7sHeDRy/4Ac8fbbZnU+bqKmg7reVa6 D3leJ7neLtMg1dD149C1HP31AydlI8ZxuZyVWlQbWUeYuzzMfS9lR2gHcy+XqZeX89j180Vx1o89 H3W78zx0w7qOjE9ofWCZflefqOuMAiPHEIg6tF439/G8XB8f57Ziy9NtmS/XeVRn1TF5WXjTz0pO U1dm9TANPZrthJTq9tvDsmBaUucIZ1AzrwifhrblYpwfHlepLopV7TT3pOqknC6PaPd8mQe5TG1Z 61GRXeEbh6NbDIvkwyRIVnHJEvs1c4freRTT9UE1Fb9+fjovaHaclqGu+CzrEhvHPE9tEhZ8Ep2Y 1KTkoJ7+/bgu57u5REqapO00YZTktNyeLpNahiolg2zStJXTfNvbVcOoRBmh6Louox5K9N+rgWOt 5iFKcrT3srmpQMWiHpaZ0/76L+0Yauil4mXBZF9m7bQomJtGBZddzaYLlhUbb/+6zbC7je1nczM2 qREeP2F0L9OE/uOyFyRKKJ4+3NvlQnbpKSL9tJwXbRt2Jj6N2twiStnYJfbL5uriXRZEZJjhbIv2 VjgqE5LlWTN0RUrlhCGDy1IhaFYN19vC4DW3sxyGngSWNneaOal7LMv5jIm53FYpJUvDouNlGNdi GJeHvd22E23iR1U3TOt5yF2YG3dY24MaaEH6oYle9l2EiaankeNEdBw7NizLNA6c1ozTNCFdk8YV 71k3DLzrB5aHCZvPYxUX/YyCguXa/bwKHonlLjo+rbOU60WJvq/jIKNNFoQVY22vUHzssUUwEvkY XXjbrEcXYYJK2fej7DsueOm/DC4IwgVB9DXcpG7rknTDKDjN06LKwiCt8vCUVFVeUN73vC0Dx88Z ryMvKLtxFB2J0eHRSVrU6ru6KPWFGAZWE5KdPATnyPWTsshKJjAKTZ5kZeq7QcEGGI+pQZzwCsbb ukUHfVdFL/uCRpxT6Ov92g0Rt8K0qkkRI8iEvuP44QnxLQz9U1wQUqYn27D8OA0d0z5tBSPsnHhj LykJqfLIx7vVpCqLBIHLty3ndHItBMiTd0rKmpTJyfMD3zadsKgpyUO866ejFWRFFidFRTBCzmtU CIDUVKDJCMHecv0g8B2EeAuEgF/jqC9N2zvpxxhK03Z07DdR8OTtHHY0HW+7M01HV/dc3ZK5AcKG H6axZ6CmuT3HK4TBFsF1/4jpjoMO8G6vo9kXzNohHexqGt9B1Q5W96fHO+Y8P7m/sjZjpx88NY7/ Vf9rA7qzw97Lncl0m+jX2PJfs/abYTaee/xBvXunICmAvEan57e85xp3278TFt+W+V5xHH5X7jVF 8gNzMWGYXQCq5/0YtkHaQZrneZb8Hp30jDr/NZMH7Qd/mLzfmEDZGRay7UVZ4lvH71F8794KCR8G vQcAnY77vO7JxILEsvum7DYXXqBX8ffv8Fzkuw7eYa6TYFNMwpQ0ZWAbhrV547Ze7mN0dHOxrjMi FmKAZ21OftzKGVBQeMfnSrurmpafVfnJOuzr4nDXsHtzuNkW8taB+aKY+9noxnQQ2AH7DvsrNjGs XfA2doAwPG2Tj3gwXeaecUQFmgRY3L7r+mEUeI4bZimgfLvRr+qesBEEGaJqpgfd0NuJFiAW+Fw3 Z6HIfrHvRT+Vej9NYLlSzIj5Y5P4flxS7IyRH2aENg1JPN0pYG8VVVbyeRE1QYEizapa43eYlKX+ oU1dhK4b4DEpy3Z+mOvAxHII420Hx8aekYZWkBcgfkqrVMciWueI5W8f3qhdHp8uogz8hIISR14X gDqksU2c493cMi26edVUogQwXWM1pyXURgU23yqlicZ5yNXx8nRuQwuRoKwR5OKKlBUbNaajSDdK OTBSMQA1jV8GsZ8MbzV//s8DT/ywlsuG04zPZzWiwXJD6Xp5UIy24zILsYDMIEihDYQcOg5+6ad1 0ZUgTRDJoZ3G822uTybcrOEkCnIGxJHrAi6uiFjWeV6U4NPlPJDwleD7Q3O9Un3+nxtPgrS/PKzz ellGua6iYVLWwWbu+nSdxCAlb/lyli0DvtZlKxVYTMn5Ya80CExHWVRQQOtOXUmHAQxLDghS51UN jHbr4wOEwGWeluvcxu7bj2Q0HM2/fb4NZVJNcIplMxcCJydC0tDczH28jJy1dZG3k+ogCwCfMVwe um5drr9tlaCalKiiIIb+UBxeBKbu4E5RJQbGRkA9xlTePoPvwc7Tsgqt+N4+uD6w8Hw5T6yi6vFx VdCIANGRJAUfm81cMl8kLdI48EMySpqVvdTc3kNh7OZCwM1a3okyDOK8FlOnzcXoyi5Pgaht3clZ K5/56TOAfZ4llgCL3+4Ket9tR61SIfrYdL2qEYyHTUtUcY651OYCbBVLfA0wfiUEifVOBREnAPDL otbbw6wrwYnHpsiruhVTvyM4mwZa99ivsU+O2gfmhycN7Fp1yuYVPfmzweWiLTKgM2/7eYW5Qrfe FRBRnAQmOLzoRaWPFoCbeYcMcLaARAaYCyib8V6JNEKKroPT9NNQYalpBJ8EBA9GF+CroNOEgtNA jrQN73XbbzYXnN7S1PeiijWkxjaj8TsrahL7EfYhuBfGv6ape9ymIiYk9ryUgqp73mBVSYYNQVeq 0oxCMQ/b8UJPsJEZXo79EJlMb3ajPrqoGixYWFsWZGv77aPrRmmM0OqEaRpjmbRYUNEpiCMds+Lt 1M3049jfJg6QEEWeZXlJRWldZgVmm6Q52Sp5vj60aRAD4lIrFcBDUNC2pSSLorxuGS3jAHGobQgk S6Tbfqu1GDDLcbeTQsvVtIxmtCCwHc3U9oZb+ij4zl33S1B6EEUhYlUn++J0r6QpPYqjwLUdf2Mc lPbDOEbMtfXh2d4wnuiI/aXJtw4vYGPDe/DJ/aRwI5A7m3w9Db2XvlO6Lmf7ORRu7Jh7pY1j9Mnl 8ZkgNUraG/5sR5P7WaUuYuzn9m+39tNOyfv/h2+58cfvZnzF8SPEGjxQnw7vguRZTnwD3YfDN09+ T6Z/dQJiuV+FFeSpH0UbI2/c+M7p/bPT16E6bnxrfhmoTZbqtej4vueHWmx8P67/gK3fyEv7lDd1 7BibHtz80NpEsxtDtMfJRup7lvaad+H3L1p73JHbgQgHuOZs7At/V9sbw+MCGx4AvwdPpIHznGXp C2C8+Y696hfS0dIHIeDpk+vHRa0Pr+s4zvVZRnQKs4qQCuNajde11+cqQaSzgPdBUpK6rlL/fV+V 3pnAC1nT67hUJBkF5m4He7TTJ0Ubw2vAbWq2PD3IjjVlUd+zSn28NA4sewci/oK5ZlAhxILVO4CL 6Mf1tgouQCj67Asgp3ClL24AzL5n7J7VAXmBPQoA+naM+QVzraDqxLg8XCeMcUfoeF4lsKUu6ThP CoKgJh2GeFpVxwY5jJOgJR2A7cs6tu04ARL/VnPDuh+n8+PjIqeRplmroHNUl0U5dOZyWVgGnJWD nGHcAGmvulxnzSjG8oJLnr4HDN6bIAgYbFgfn86TGuskafSZumIpaGE3N01gLuDwbu60ZSmlS8d/ 4BT/TzbXK4ZFq7HHVeviQmt3OU28TKseAuJyEVXJ4KpCSe0M+rhdZ0246qswacbubza3HOZpVJer 0h+rtKBV+rycUax8IbFPcNYL/Tlt6qHlu3vW0DHgfRDVffvKJ50/2Vw4A/YjCCte14z3AmbV1Xbk 3TPaX56uUvC2SLF9cAbU1Vn411RlTRIftFv9vTuD6Wd1g0QLoDuhLfbWOEwr2tAqy9r5uoiWpIHW HaQs0uielYZhEp+A9wD/v3PfRVTTXA0U952NsOP9e7SmcD/cPmEngQsp4ofhyffuWYjCIDfbMB3P ffup0q+k/W8ENpC5f/zfDvP1V33Ly9ovfyCwfRownrN2+D18oeO/1eBnxP72QttiB3muP4J8he7n rMOd+f8JhPxZ2v645dVPNv93ElzgLzvT/yvSP6IXPtJH+kgf6SN9pI/0V6f/BZ3sjcENCmVuZHN0 cmVhbQ0KZW5kb2JqDQo1MiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9F bmNvZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9GdW5jdGlvbnNb IDUzIDAgUiA1NCAwIFIgNTUgMCBSIDU2IDAgUl0gPj4NCmVuZG9iag0KNTMgMCBvYmoNCjw8L0Z1 bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvQzBbIDAu NzQ5MDIgMC40Nzg0MyAwXSAvTiAxPj4NCmVuZG9iag0KNTQgMCBvYmoNCjw8L0Z1bmN0aW9uVHlw ZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvQzBbIDAuNTQ5MDIgMC4z NDkwMiAwXSAvTiAxPj4NCmVuZG9iag0KNTUgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFp blsgMCAxXSAvQzFbIDAuNTQ5MDIgMC4zNDkwMiAwXSAvQzBbIDAuNzQ5MDIgMC40Nzg0MyAwXSAv TiAxPj4NCmVuZG9iag0KNTYgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAv QzFbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvQzBbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvTiAxPj4NCmVu ZG9iag0KNTcgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2 aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAyMzYuODIgLTY3LjkyIDIzNi44MiAxMTMuMDRd IC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDUyIDAgUj4+Pj4NCmVuZG9iag0KNTggMCBv YmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE4OS9IZWlnaHQgNzcvQ29s b3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NN YXNrIDU5IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDY1Pj4NCnN0cmVhbQ0KeJztwTEB AAAAwqD1T20Hb6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4DaqL AAENCmVuZHN0cmVhbQ0KZW5kb2JqDQo1OSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUv SW1hZ2UvV2lkdGggMTg5L0hlaWdodCA3Ny9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAg MCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURl Y29kZS9MZW5ndGggNDEyMz4+DQpzdHJlYW0NCnic7VqLctu4kh1REsX3m+ADJACC4EOS7Uym5v7/ r+1pSraT2Ww0teObu1tlVCITJIhuNBvd5zT522+f7bN9ts/22T7bZ/v3tx3aP71/9wHz/K9k7w+H /T+QurMOx4O121l7+vNxau3+xmS7/cn3T/9Ae+voBphgjz+e/VHawxS2fbAeyrbDoowglZZ6a7/t Xg/ejt6vvZ2zbk6y2ztJWcauE2Rl6sH2lvV6o/XuR7vt9PcTfCfhPugu3YJFotA9PDKF5WRdX3j2 0UY74ve4t+ABbwf4e9gf6Nqe2uYfaDR885Ld3s24aLKk5Lzw7cPrjXSAo5tW1sE+3U5jgu3+/fei Nr+7SbHghrYT5E2dOI8epOWWg67jIIyTNImiOI6808kL4zgOceDiIPS9IErQdRzXsfeHk+s6Xpgk 0c3brFPCte47qbrMc7wIF7wTpOMgCZ3Dtj7bj9FxMZ+D5WEaTBBtEmw3IJn+6XA4YVAcuvYJc2SV nE0THB8ov/fYaLqStV0vRMe7ri3juGg4b+sijvKm6+qiqNCviyTJ0sBxoyzLioYGRieYZnfwSrWs yzxUkRfShaaIw7TiXd/VqYv1wTNL3vMqjeI08R0vztKEJDQkIashqiljz49Zy3mVRXHJhdTnL08y sR94/d6rxkm0YpqneV1nY0ZZ18KYQcq+rnqzjIL3ippoG97kYVxx3snRjKOqQzKNZcfd+vvv5z71 w1LQBdmwVk9mNLqNsZv2XimN0aIuWFsnPiZoGkhQm4RunLSUoimKRpCUvm7UvJjp6euLSk+PlTeT 7M15Gc3leR0hVAqzmp5LrcR4OetO6FHybhgHoWRbVEJrs56x1kUVDmbfHfx6/fPPC4/8VCy4sCxa DOs6qnFSOfz2EDYGZlG8apUooqwbhBiXVwnnRUHC0PeDhpn0qIblOis5P1/66LHbVGZWUHfs+vli uk5PephmyYpWm3E+T13dj7rJit6MSmnZYX6zvjyv83oxlbcnvwma9c9/XbskrCa6cL4uWB7daDSD 3+C6Oa/T0NXdqFicCzMoQxI4JEyraYp6mIyZVJWVYprm83momJhN7T8KN6/KT4LVepZVJSeyPk/j CjPOy1AVfFRlGDfjKHpIgwPoy9ffL8td+R12bL9++XpVZcbPf3y5LOfLrMdZV1mtNcMIuI2CS06w sBmqpJSTVmaToEmCKnFqnpdZ5mHC8dzOc5cmzbgt/G/4vISr8qyUY1eQhfU0dVlSD7DLJIqs1YpF SaNVW8v5DI8Sy5eX1UyTLDC9dQyrYV6WxcDUl68v8NcJboOLCVOalrd3Mq4neJpS09jksNGozCZB GzOvA6P1TPMsiyjtDJZh6iis9HbvA+Vdpo2AwzVp0Q88y7tx1MtZN1WntdJjl8WV0rxk/dCXWTs9 XYaqGi7XWeuBY0chzudCS86VGXoxP1+nAQ7M5djncSnVZnlkAjnOlwUGp9gwr+Mw3yUM82XusBe0 GszQlJUk0+kqDJgem/CRz1tOIRRvhGBx2vZVkjZSDevzeRBSdm0vkAKyTqu+l6KKw1KtE6dnusC5 ZI3MTIbHzUlSyUF0CBST1rKtuGjTMEf6c2l52KMjDCq6YRqHEVFVLZsETDs9PRkJUXUjtezFoJAx +sL3CrhB8ijaWHZU1UXOWOKHOUuDMKsbsbxcjeqbIisZEk9QdAhmfRU7TlT1PPPcpFF6kDg6wGuC si5DxwnLtmYVHuEg2iItWB66UbkBD+sUQ7Nx6MoCf4cBz6lfnjcJ2GdPzzPdESeslxQ8SRdIihvR JqcHKRYeGUaBH1Jq8ymp+lHWmMuEqBx7Ls7YB9tPWcXyyDnsT2ESu8eDE5V1zVL/iKxO9/v2nrJo HIYpq6sy8XGjT2k2oBS7O7gJa2qWBF5UVLieZ/VNQhLlcl1UWybeyQkzSMkizwsD53hw4yILHiUp aH8EtjgCXgBmHAA6Tn5BHovVHOgMLHd0vMB3bYosACKAJ3tk9cBzjmSYG/67QZPj8eThwukIaAOU gtu3LWcdHD+k04ftPtcNSEIBUzkx15LF3omkO37gAz5st1qEQuzHYPcd41kb9NvjKXdlYG8gzCIA ACx1IEj1jg4tIgGvuPIVFGKwtVli/x1u3C7dx29/9/tT0nQsPME4Qcmr6HR4nXRvvStzk/h32208 eXFexgS6sJC7hu9qvM37A9pEhOR0Otk/kPoOe+l+gJ26IOUPTpzFb+H8m7X+WMDPdD86Dp780faT dHM3uIfz/aPbTHewndPxB1bBBG4IbIp98tPnjWcblYTKAMRpn/03z4bPOH/DZd7mo/8gAFHgwfGi YrM8LOTTXvzm+UM9Hzsqib1X7d+ZK4YHec073hSR8+o5b2O+pTEwPBA0QkzoAHP7tvWXsXsnSoKj 9dD0m1fDVYkjnMIsSzNW5iXvypB2nROlFFxoO+832nPw0jJPi6ZOvW2XEoE93r0EOrE7/qxjRCZ6 RvvXMTeWu+3j/dErBDIhSABDgKxSl8LENs1tUxxOIavprPVzp4djnIgewA+OTpCWjPFhADgzosTT d7wkR3zzAgRTl0xNxAPRmQ+qzWOEQYoQIYLiYQOXXkmptm6FVnXsuog7AQLG/rCNceCOCKAhcZqY AxBTQuKsRvZOiNxENM0WcQIvyHjPQvfHzvmN7qcQfCZM89j346JqeTdeL0Yv14VyFMgIK/As6qat cwrqe7ccLzNA62pkV6We46dV07DEO8JodgLQWCVhzKSRVVYwpIIC5PY2JiVvrBrwjiTMxTwByvOu qcV6HZHWy4a3VYJ8SHmiyJGteQZK9lMWC2vlVZkxAIQir3s1QK+X59lcvjwvxErKumsbYGB6xATC gOLm57M215fLbDTPk5IuKp4RQHMKZbrEOZ6iZjQCYF0jLRO57fQ4Dj3LawlnGRXB63keoHnNmLx+ mTlrQBnMyGmsVLJvgcsV+BUM9lPlA9b3rVyuAPLgDtBovl5GfQY8ALSUYAlKgkgMAJhtdLTultdX sBYzj7yR8wpWYjgIE8HTsQ4ONGiYgbhWI+AZXXsbM0ku5wXIxkiW1cM8g9u0ZdmvTwYIDbKBsHnd A9v0XSemyzohUf4UVm4MDdzj+XcoCzqwTErPkAlWwlsF5KqBv4Dpm0YZAQhpnTIJm8hlVbw306DW 56cF5EFlp5vyhGItJ1ezGZdFVJUAKbyNuUwKaK4H/9N1mgPjADkPvOqmRbKSK20uLxcNksYRL6p+ /gJs/QiYWU4mpuXy8vvLZZ3HcQbAA4ACqBZF3gGXj/MN3GfdKKGgBb/Wfd0ZwHKAeDM9//GyLlAe bI+w9avl1UZomjTjZlmfv9KYyzyMxJUaPbYZcFvdqWnW2GNTVzCQnPnp6/OkQVaiIMr58vVff5y7 +OfYZgfyvDw9PT2/fHmapZpgdVJ+NG0SNwaTQXmYKo4bLaGgdYz5AOUJjxQSNOj5K3YIdh89FScn FLv5vDYb70hSPs7ry9fnBVRjlANhfDaMHWMUB2o1T6IfTV+1Gn51/foyjWZgURAXfP7yx5ezyH5e uIHT1/Pz87pg3aYDWe3FxvZ0HUXgOTAWCIliYVQPgix/jDj2Zzf0RQQqqsfz82UctGoiG6kHIEvV FG3ECMY3zYKxfhwNxpgBHL4TYC9RqXTX8L6hMAFb9diaYAGrMeeXJ8jTiBys6eHzM57Tg8INYoS+ rFqBrMuqkZIjxg+S9A0ZkiAYdw9uEARMdESbDmGjteglT4OUK4hesAcHwYID8qIHKiZ5Q3G+Yd1y hV2V6jgFVlAmUhnMJu9BVboBZKsfjGpqUGaFWbBHriuWMWLD9lsloROyfeD0OztqBllXPTwhyeua 6B7ub1PPS+uGAnxVs9hFh4GU0QYXquctizxgK1Zs0U+2qUMw7rixFhAxUYNszU/nUYkmTxmlU9VX 2Ih54MWsLlJGnGWgcWmtBklVIMRK1ZS1GAYleN3gyZRN9Uj5vRMXeRQi64cu0YmIVlCkvk0luhj/ ojjybNuLCa9sxS/onEau7SC9Ie9Qdkm3eExQKGVUCSsiL6jGdRLISJ4b5lu9LaI8fbLdKA5c0DVO lbXIpcVUrMZNTV3GQUzZimVxjEFBnPgP2AiSrOvY9q2KCDh7coOQeMZ+Q7cnh36OBHXte9kRRMdz Cc1S7dQGsIqCGyuheqrjbyVI++gWUndFvKX8reDpYjDgEt0G6kOaEfqkCmUYYFlxFAbuieqU0JuE HjdtHkHLDTzf67c3OnE87O9E5N7uPOU2ekNpr6feyMfrXPcqMdGNNvdv4O1eav5mpt297mzdURtw z/E2gsa+DrUeALObyN3rz633Dk9vWPmvo7+lCbvvu2+07BikxAle6+5U1ra+q9f/oFi/++t8v/wt 0V0sWO43FJRYjbNZ/z+kzztJ+5bR7f6nnnX4lsoevY3nbCT+P6G5dXsv8krGyRM2Mr3/Uc+6vQDZ 3IVO20GWZ1TLuXHtv+XNH6c7lT98l2IAFSgQOqgfBL7nbqfte8/betumA81BsHKJVronJwKaQS6p blUOiju/THsiLRkASeJ7W2koj3wqL6FVjFVlEqBXvfeCiEpYiIZxVlZVXVEeqbiYny4KtJtSRPQo gn9go5pgD2pRg+RsRbkGmRhpkQrCA9hcyYhwmMloAB1eFqyMXT9D3tmIDDJpUfVqvPz+Msm+SpCK WOL8KuU3VDCIruMNkLfqQZKEnC+rma9PyziCNtCblbde1/Y8D6JKgchc1o1/gBsZs75cAS1FlbGO Z79O+SNV5aq8qKiQDQQCMDtdrkYM5+vUC7CSYbmgt14N9YDnRBnGLSDNfJlB1MwoJJ7RdJ7oVU7f dIo/LAB/WLNOaa87qiA39NIgyvp5WS6rrMA1ZFUPkwbdEluPUY9QNL0nmIDmFctbYK4BvGmch5oI LUBZ/bD0/pHKC82pBs71JPIwAXlb1okXlTZdzu4vgopqMDwvpdFqJKon5mmcpj6LMQrKG3BKxdIK CHlW5cM3Nh/Wdhv7K9OiEUTl0hK+AY7VZEzpNi3ASgajt16D3jhIokeNXmc4Ok8ikCcoP4KoDVVS yPPzWfw6r4HPhzVoRYtAA6OSz2oJwgJNelklWTdIMci3nhKdMlqo+QyDD3UUFmLoQVA6LBLMsDu/ rG348LOCj1N+76Qt0Yy+qeklCQhXVfE2C5P69la5bb7t1azFGsfJSM55EXhpA3bRtSBqqiGWch1L 95cZ/lajrFoObhGBbrQNS6MoTcFeEvzQ6/g0e++lcZhUnOJqmWVZ6Jz8NEswIE5AouKkGec+sX8l wgHNQMLcvogA3QD9sJH5QS8cAgOO6+Lfe8+xaTB9auG6RFts+lICR1SzjDKwdPbwHeXHtjujAKIi GnG4fX3y9rPhsfeedeMaRGrevnG5nXXCspfNg3rMv0H7++dBu9ePgL772X1/avf+ddF3hMM6+qDI 6a+Lkx/ZAPCC+Oe13//DbXv1+P/S7tTevk37bJ/ts322z/bZPttn+5j2XxeT2WwNCmVuZHN0cmVh bQ0KZW5kb2JqDQo2MCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNv ZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9GdW5jdGlvbnNbIDYx IDAgUiA2MiAwIFIgNjMgMCBSIDY0IDAgUl0gPj4NCmVuZG9iag0KNjEgMCBvYmoNCjw8L0Z1bmN0 aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvQzBbIDAuNzQ5 MDIgMC40Nzg0MyAwXSAvTiAxPj4NCmVuZG9iag0KNjIgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAy L0RvbWFpblsgMCAxXSAvQzFbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvQzBbIDAuNTQ5MDIgMC4zNDkw MiAwXSAvTiAxPj4NCmVuZG9iag0KNjMgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsg MCAxXSAvQzFbIDAuNTQ5MDIgMC4zNDkwMiAwXSAvQzBbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvTiAx Pj4NCmVuZG9iag0KNjQgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFb IDAuNzQ5MDIgMC40Nzg0MyAwXSAvQzBbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvTiAxPj4NCmVuZG9i ag0KNjUgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNl UkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAzNzEuOTQgLTY3LjkyIDM3MS45NCAxMTMuMDRdIC9F eHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDYwIDAgUj4+Pj4NCmVuZG9iag0KNjYgMCBvYmoN Cjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE5NS9IZWlnaHQgMTEyL0NvbG9y U3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFz ayA2NyAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA4NT4+DQpzdHJlYW0NCnic7cEBAQAA AIIg/69uSEABAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAADwaP/wAAENCmVuZHN0cmVhbQ0KZW5kb2JqDQo2NyAwIG9iag0KPDwvVHlw ZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTk1L0hlaWdodCAxMTIvQ29sb3JTcGFjZS9E ZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBm YWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDYzNTE+Pg0Kc3RyZWFtDQp4nO1biXLbuLKN dpHivpMgsXPRYmfmvv//t3ealOwkkxnnepxU3aqgyrJEAiAabHaf09389Ol3+91+t9/td/vdfrf/ sbZaL221evcMq3+eYPX+qX/s+pv90XGc42G/Wb/vSqv17jBPsP3+BKv15r1T/9j1N06YFUWeJaG7 f9eFVuu9l+SYIPIOm+9MgD1yjrufKMN6HzFttRSc5T5kmNun+ea/tJef+P+ysMeZT6vtKRdGS96W 0XHz7RAo2d4N/MPmezN/kAhObi7nXmvby8LbbTa73Q63fb3Z4stui88trj7/3G4WjZ81f3M/gyXt w268jNYYVQf7DU7sd9tHD0ywd4I4dHb3Ge5T4fB+90HqtXGr4Trwhslh5LFzdP3Adw+4rucHQUAf 3nG3xc/APx33h8Nhu9nQv+PJDzyH9GO9j+XlrDtuepE6+6MXhMHpgMfD833PwwxhDCXFAEzl7HcH F4dPJz8M/Xdq7l9FqMeLrrOi6yeVh1FeN1UWen5aNaxldd00ZXxy/bSsqyIJgijAYvwoDJOirsvE wyLWh0ReRlEzPerC9+KiYU0ReWGGmcqybuqqxEg/ngcEXljgeF7UjNUZhn+ECKd6ehq6mslxUmXe SK0Vr/OSW2v7cYB66DZLyk6gdVVZl7EX5HVdc6W17HJvRyLo29UIOZxNGSU4Y6xu8kr2Vgrd94p3 XZ0XLQaorsprPVjRSdsbxRLne8//fy9Cc/nzaeyH82XoSmbG3thed2K4DGa4XgdtBtMyoUXbaSu5 EFVadFLqcUJH28WHNUQwn/+4jtPtZso4b6W257Nu+XC2EOsyypYrrLnH0wJ5OnW+WM7tecJVMnf7 MSJc//P5cnn6fNVVKabrYOyIhU9YhcQH4/2gpSVVE9hWpQXrtDHT7dqbflS5s1lEuIzT9dY3WQER +uvTKNU48orZSVdFa4wZb5feDFi3vUy8rPV0HkyXnT5IhPPzZOz56SKKUt9utO8wUOPQFsz2XVGb ASol8yBi1gphLDZfm/PzrScjtoigbxfddWYaeFULbcenz2elel0lpbJtEtemH67PV4szvbKTqaK0 7adpUJW/+wgR3HqYRFnyYVJ1ra/XXggluexNnVbaNGmpXkQwmjVyvJwtF+PTBdqv2vhIiiQnW6cZ s6PphO378QYRpBF5mAtVBUGlSYSLFhLeQ/cy88NS2AESQw8/QoTS2jrw0663nKnz2fCOt01nVBkX UlX4IKcBRco7zYu8G5+uGrKeJ9VxXoV7iBCL0cwiTFaaEZp4eZrwJHdpkHai8P1SQZGu8wA8VoYn Xlh2ysJ+ZMePEMHJpcjdg5sJAzW3oyVHXdaC51HW8QIfsmuxpW0rZR2FpbmObZIwOxgputLfreHf +TgI1sq+F52CFprx0mMjmtiLmzbzvLzjOE4DeFO1gkWnsBLQ10EkHyEC9rCuosNm5+UtK0uYPiXa IsmqMvKiAiYUdrzIai6F4HXsOhFTPPNOCVMAJU0Ck7La+bXutZRKtugptMSm86qsMt8NsiJ0nKgs YaVhhAXLk7zKfccvOGyCrIL9BzwLq50bhS4Awd6DEw1mB5QGJy8M3KMbBKejE4Q+/FRVV3nk7HYA hXBoezcuH65ttTlGFWNNU8OhncIcPasyDTHsuD/6cMHASHDzSdlggA+3TMeDvGF1ER4/wi8QUj4A J+D/0TnsF9yw39HBzfKxP8yogHAHJN0eCHautwtemAHoajuDihmYbOee3skBBtlvN1sgoTXm2e8I eACr7Gm6zXpzOM0w5CMkWBjPjNYAwAic3WHeA88tH/PhmQ4s4H/1BcwjOD1jwmXc3HPzighXy+f6 BeYtxxcw+O8luK/g5dfqDoW/15Mu/fJtTYK80rTV6rHa+8q/M8U38PoVeq//hSD/FZt67QwKs58h 6/ovHWin/zsEDf3d79+tTuAix4VNfb1nr1v76fXb8qiQ4qygx54HyOp8BQ6ImznHo+uSfq9Wf53k 06fvHMa04EPvfqjJBkWn3UMpHnMuur6aN3VRDfqy2blxGhzwZbt3wyjO6zI8bh8kj3of/CQOwCqc 7fox9D52dV/164wv3zY7Jy7y98IMkOasZYm7Pziue7zfzCUWADu03WNDHdiU3eGI86BCScvLwMEP L0zSnGlZRafjblGdNbr7RcfyCAZ6TzMuc9DUzjI13Ub3hAtt0Xc+vF3jYl5cw9W9E2asdgHrbRP5 YVoU6aIWq60TJFkWeY4bJHmRhSfHi7O8KLIobvpJFlh8URRlWfFx0qxIfMfxIAgsf5SLwbZ5FsPy x3mRxz7NkWFoSKSAYgRxXhZZ4J5CmiQDkXOCtGw1fPR7RdhH4nIWRdHw2fESc984cdURQYmzGiSH w5mWXCmpBKvE5alvmTRacN61+vZ8NrKrkiTPgiM5utbezhIUDfyo5YK3ZZLWAi5bNNjk1Wp7ypiA R6+zjEmFOVkSJlUnzfmq34uUVruwmybJOqUIm4K5w0MHNbhZ2zb1clRzInOEqlUnzzfL5XTppQQ0 sE+fJ62MZE3HEs8vsWgQAbAbzrBSwSV4RQv+BISoSrACTA1YZKezaVs7Dcb0mpWQhUQw7xZh69XW An+Zriw7I9LjenNMuWoLEFuwGk5Hre6xMCas4WLACoFkFbAghLpeVMOU1Vhr7ocN2CpAOaAgISRZ FzVYEpidblttWACbcQiJSVwAueV4psO9BHflNTPTu+8CwWxFcQddR1GtVeFsNm4hZRn6Ud5Z08Rh qQcQUttklTLgij2vxWibnECdnfomyXjfWysLohKqFWYWCuxyRtk4NfZtlnPTRTMiZ8oMtz9uVg8D HbYGEL5J0ha7917WQAtWJEIZBKVShQsRSi0LH1ANF6jDoAByHkZV4FElUmYhAhYcl4rwtKnCpO0H 3BGQMN6DLBtJIoDydEDZLUTAqTBuTRfv1xs3l/0w3P58wo0FbYuZIWWqYSY0f+/jTCIoAyZpmiRp NFFIOoKNifNG9rZNY2y3wd6nwcwZTC+Ir2RhASWBmrOs4Babbrui0iOJAP1Q2FvL83jeZUM3qNEQ AVi+xk2x5883q6wqgrAGqjeG0e14t0WiOJ6iMIkRTcN1S7GIYyqMbBkX0ljJam4UFyCXfsJ402Dv udBtEmRcCQXK1XZQ5g5axSVYK8NtwmMs0Ue1dUunRJd5eIoZqB04BdgUBQG0UDz3gxIMbo6LmPcb VZCdpKM5YBaE7AqPyEtQwWoq2TUwKzgqmrJiZeCGRZXnrcaqujI8gR00rRmskuA4cHIWKmHbAkNx r4g2SRralgVok+tldQFqB0USpP2jbUEUYtdLqzKvKJrTG4j4ToCxAlFrqjwrWdvWmb+QlxBGvWvg yYoGtrWIgjAJnQMgRRBkNauKPHKPpyiJU/IfbZX4cK+glW2dhnEJEpMlQZBUrGUVhf7C0+Hox+Tb YFQLXKdt4TeS+DRHBP0wq9uua9J3R5Mw7SkMPACGOAYsIBgACOdjfXMElI6ewK/AcDa74/FwcEFS /BMFWIFBXD+KgYlAjpwAXyLQHYfCpMR1HJyLfGcPFLnfLBQJu3Og62DdruMAc2CSwx5T0iTu+yP3 4B0gVeAeh5fsBnG4OVmCU/PRBZDNQBCd9/fYNBqNOhA82swjiOXslvN05H5qIUebhSrN15np0OPw fJHDvwpwPxIAX5GX5dfqiy8vPddfJh2+ZHvbBzB94NYH8Vm9Au+vjz741b9KkL1b7m+J0nwzv+GQ yyavN/+Gkf20RqD567QTjIDvf8N/SB+J8h9+ZoLq79vLHf/q34Mzr3eniIjS4zBBXj8vFv7zGAsu FhH/gTHarl8UaL3+RTdl3kFsHz3m+EefR4q+bO5pTTdlLHF2SydaEsEfXsKKzdyHDsNMJawts6qr o+MywW4xAH+XFP1YCWD9ojSNwFyiJIl8cLQsjU4H0DKQnzQKYtb3TeT5cZrGcxZwfcxkL8Ex/ON+ Hov9j1g/yE6PpgxOQZwmkXc8epjvG8L9c9r6AB8Ef1NkZSd4U5SAG5wVoRcWLRhMW1bqepEFdhgI oaRw3PqY2+ukKeHpRwUYAyhTKa+3QY9PU5eBPIFEFHFUAHAU/oekpv6xwWUXXAreMQbgY3gnCU8b yu200vRjL1pzvWoAot5SUJTCwk7RP10McApIjMZhCyBirrdej7dJNOgJUArEJYZRUhj5Z4sAxW5V VxUgkuYySsaHy2Tt0PMKgEYP16vleholKNrZzqHpwyzCte+IF6n+cqbkj5UahHDOmfCe8rnDoGV/ Htr4Q5Jrb4jgZELVFBOo9WSakp+fzgYrUAxoFkDzaRBy6IWYni7gLiMlCDZObkaep8yO4/WZ8lcT yCmAXy16A746TzCi96TyD8mtvSlCLlXpu35c6UHkWXd5Jo5sBOO676en51EIa4U8P0N1jO1wFyCC tiyOajtRxs4qY8GkrGFlB5VS1+ezoRyotD3Rt58uwSyCruMwKUFxujRm022kPGfXgi/a/voQYbzO h2vK8kCEvsvmu3C5TaAYAnzBmLYCfeXq8rRMADrOPiS19qYIh7gDKa9aDjrH4qA05wEr6FirKQN1 vg14VHsp7ITDHCxjR0YVpI01VIcB7Vecc9B/BZragVjL4YJDomsaoSrvF+gRLJJfgnpJJWAKYdTj 1vZGChAZTonOYdRNLYwAy8TDK9rM3VDqnA+9EhIrb0D/wZiKhBJzTQtGSOkr9GQF6ELu/vyHmXzz ISTb3oKm5RHITtLQFmZhmDNsL6fgF6hNntcduYuAolw7HyYfZrgI/agkJ1BGHpxLnYM24YNBi5o8 hIsMD78EYJB3jrMsDk6nkwOyQxHKBNzncAqTdOY2DhEu4B847bkAaR6RkgcGifFmpz276dD3wyj0 FvfuUdD7+Cv0aJbhjpG2MwvYgHsd9/i6pS8ztyFq80A+q5cRhJjWd3xFkXDKb9Hfbh4HjIT5fpIE 31Y33QnVl1mYV6D5xbeFfD2GfAFnN6/8Z/115udnSYDd2X6xQXcO9o9DXiT43kma8JszizwftOC/ XnF7PJ3ck/vIPQJqO+4/JyKhN5QRPX4/v7Ra7x3nm1MY8VEVYMt8L+R1vYRdAKGzdI7BEFnZulFC 2Zw7Y17f6e8XdHlz9PyT6/nubv3Y3gexpjG7U5zMIPx1gi1G3PO7LxnJx4358ho/dq8oN7TfL3EG eip3p7yD32Kps1siDIeggq08Ejeh7SZWvF7PlXRUT0eP5zEsyiQMQ+/wqLCjRC2FNxYCFFVN5h+X Ar9lHI2IXYqLbOb6vjmvuNTmfX2NHynXo9vsh5TCpv9RcHLDWms4MsCiOZ7keUlneEnFdNvd0SOr CAtJeW7PPQUUHzoFhdQsS2LfOeIIRZAOjh9Qz4UAJVx3BYWYtrvlGk5QUqiWIkvOyYHldRyHRs5d jnMXiinhS0QxpTdEWO/9tKrrIvbDrGKM0jkteV3Aojhv2q4t01JNowJrCV0vLqnMLg7g1uCj0rxi Hf7n3TjJusDxKK8Zq+D20oq1LXsQIA3w0dYpsGJat21dJBmn2ixcNEiLLICjSFIKFtaZ73gU+msK QOO8wRxN+laRFZWUtoJ8b1FxinxyMJGeRGB5CT7Q94oxe7v2SvIqy5mg4Cgra0Bn0dStUIYqfuR0 0S3DHFRcIoErKg4UomcCtALos7ezJZSRlgRDtGSNulx7QWSOG1HmVdtyDR6lcbcLKjEzkkr5aCtN F7+RLoGitgqLaRpQMEW1QVpoqr4xbUkFg8N1UqK/gq0IA8CsVdd0WlPhoAXj7KSy52vP5UBcSFKC iEp4AIpAaxRWRRVSJMIFWFBq0VH1Wj+MgKvjiFkwK3gcPqna59z346A6UMOhH6kUCxxRqF6Xb+Ao IjTQyoigtO2ypMaugkw+RDDT062X/aSrjBlA614UMVXk2WnkGRUOKqDtSXJsVs2NnrM0UMShny62 KTsjiQBBkQZR5ICH/eXz0zRM10FKazomjelvn5+Ad6ls7DYOl+sIBoIuZ1BvAGGqbjT1G2iWciBE aAJc+J7GGYZZhK5utcU1nwdFSZGoBHOcQBTxdPfYJlOFYQG1GJ/+uEiuNeUejB005TrMOEyjyOJa U7Hh5phJ0ywE6Pn//riM50svcD8hIiS9PT9fz6Mdnv/z+Txi5ePtz7nLqHSvqQLNNP4PiFABUFJ+ ponmTNRyF0SnerCy5+dR2wFbXplpxL4k/pw06+d0DW7ZcP18kdCtFuyAEk1lGNUGIvZtHJZKPkRg cdzYcXr683nCzVBtp1Wds/72dIUQT6Mytz+fRtsP1l7++Dz1/aBBT0QeZly/JQLYiTBdgQcK1ItT egOcEHwAuF7YsTcDFUj2xJnB2TSoTZVVpOuaZwHdDmPOTxN03ApKDkIz2rygtKg1TegXQiwiqF5U oBdU2Hnt5/paXIfllX3Cuqfnp77thtvFKg121N+ug9bELWSX4hqqfkuEfcjweHKge0E5GzJJnQS7 mRNGVvfnsxHEvIScZ8UjKUBXWNckXsRgdvAc2raR4MQY0nAtOy4Vb4kdeWnbJnO9pBisEEq1Ncft gcGos1Ji4woxTarT50nkOad4gOI1adcAo9UUVVvHXlR3xemfH+fVxk0pX91VYCJ8Se9nVVmUJX6D q0lYwIopM1fRRUnFqcq5TJI8hQXPO2Jzqs2zGgMpzQ+rizmaPIWTcJ0gz5f0e4VpYGqTENfSMIBp GNecZXHZdXA7vMsDP6MawKULriZYFsXzNdIieqssZr1z46KCNzp5UY6FR55z8v25xJ1+FxRxjLKy qvKYqvLwrUh81/WoEt5LipKqMUBisjwhr0tVFSXmIsC0hy/35iKIIw0rc6qxCPNlJjfMkuDkkyvH B6gRrYK64Ay6FLHnLNc4AUu9hTCoqM7zyLMfXM+jUO5Skwbo6QCyOse5jmU5s9k7HhWJbJdql90R l3EpUjxXuuwpf4WezmF+yWEGSkuyCzCCJqBKF0zgUrnMgcprqERvxkYUPZ6vsX25BpaxJaL0I8Vu xAe29+q6e3LmjhzpN3Gd9cuZ1y/3CqWlw1JY9FWHFxz7aSlp+ssE95m/nOubLo/2lgCzEPd+3/Z/ /f3y7Q7LH3mdL49/O+ar9M9XE9wB9t+s4i/L+CmNkgY/UD83Z3b+ogZgID/1daq/a19tLtVZRd5X i1t9fSeXrd4c/QAP4+rrW7A5uJQQ/onU+bsCLPr5yFNtDkFRZ6eXBM2iv0vJ6dJx/rmh5JS332y+ 0H98PwSghIfN/Lj+MiHIaPlkkmZ6R/VzSavaLDjds4Q4D3Nyog5ko5wjvXiE/hRDAt1bLN6Gyoph 4tygErzwYeR876e+3PZlW+2oTK2Cy6ByR4ppJZUee96UCWUJqX6PXEtJDoKsexbHsyMBa8mI1SRw CllARQ8ZnAYY1GXiVGxez+N/iQTrY9yCA/EqTYs8cLysbtoZycg2o5LQzSEC5KE3BIqCkFTXMArC LlHTMquAY4Ep4Hdrimezbni+mbalYrgm/pAq87dF2JxKoFSrGDgOS7ywlkIMT1crgU8TqMvRK/Q0 V6VROd7FcA6BKA4ucKgDzZkA4A2V8yjetW1nrxfN9TjObx/9GhG2XmUvExBy1Qie+XELxDRc+rbq iGGHYZSwflIERa0ZryNn3IK2VnIAFAeUvTxfR3pXBtveFVlWVAB9Hbu/ffQrkjwzEszViNsATqkA 4ZPOGtkPIgelsfRiRVXxfmiTuAFPAKuvgLbnbmCQ09SPz3/eIMIFnA+cyvOjrDVqBqTAv6X3K1Ik VI6QtIZWI0AJqjgXg6EcUxpVEKGu6K28vqe8FFEdsKOUaZH5EcMPLHN8/nxZbkdvqsAlEbSs8lr2 43n4NYkqEiFuhB7Ok1EWpL8xk5V2kCX4kW7SOAZb7kcix4bq8iBLpWSV5J3t7TiChoEqgyzQw9Gm MRQJ+gc20Ck7nT/m7aMfEMFJmFB2HOj9Lc2hVFqY0VIlXZd6R0DwergNc2EdLBFYbMYVZ1SgCn1T AsyJgjt1TVV+VFnWETHHjGYYZfpLRAA5jXAXYGDqgugIFKKrQS6VpDc69+SEy+EZBoqK7+omo1jd /K4SpQjxsBCjErxOkxIMid7NqjgYVgNrBWvwIW8fvd1Wu1NaU/Qu9GMq22NVFlPkjz3q95zCXkfJ yjQIotg/7I5BXrO6TNOG6kVjyFUX9HJuVjNWJkGYgTalmImVbzKyjxKB3hKn6OZhTzHVKPBdh+Kd YbC8njxXjYgynovvnMPyahGlrqLG6NJ35vgrVfC5dNQ5HFygj3kC71clqu7B7909+L0HF9tsvog6 r+Gdu2IOXd8TOnPV3t6B0+apM0e7lxfVX8Pe96D4LwTdX6QNXvnUS1Zq5yVZsCQQXiA34Y6gZOWS pli9vmj0mpxY/1K0/Y+NFO07eSCgvzDyP+hFtZ/doDjfyV2SOt0zoP8D7fsE7OfmBH+33+13+91+ t9/td/vdPrb9P/yZ6DQNCmVuZHN0cmVhbQ0KZW5kb2JqDQo2OCAwIG9iag0KPDwvRnVuY3Rpb25U eXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4x IDAuNSAwLjldIC9GdW5jdGlvbnNbIDY5IDAgUiA3MCAwIFIgNzEgMCBSIDcyIDAgUl0gPj4NCmVu ZG9iag0KNjkgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTcy NTUgMC44MTU2OSAwLjMxMzczXSAvQzBbIDAuNDU4ODIgMC43MTM3MyAwLjE5MjE2XSAvTiAxPj4N CmVuZG9iag0KNzAgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAu NDU4ODIgMC43MTM3MyAwLjE5MjE2XSAvQzBbIDAuMzcyNTUgMC41ODAzOSAwLjE1Njg2XSAvTiAx Pj4NCmVuZG9iag0KNzEgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFb IDAuMzcyNTUgMC41ODAzOSAwLjE1Njg2XSAvQzBbIDAuNDU4ODIgMC43MTM3MyAwLjE5MjE2XSAv TiAxPj4NCmVuZG9iag0KNzIgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAv QzFbIDAuNDU4ODIgMC43MTM3MyAwLjE5MjE2XSAvQzBbIDAuNTcyNTUgMC44MTU2OSAwLjMxMzcz XSAvTiAxPj4NCmVuZG9iag0KNzMgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0Nv bG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyA1MDcuMDYgLTY3LjkyIDUw Ny4wNiAxMTMuMDRdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDY4IDAgUj4+Pj4NCmVu ZG9iag0KNzQgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE5MC9I ZWlnaHQgMTM2L0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBv bGF0ZSBmYWxzZS9TTWFzayA3NSAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA5OD4+DQpz dHJlYW0NCnic7cExAQAAAMKg9U9tDB+gAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAPgYu3wABDQplbmRzdHJl YW0NCmVuZG9iag0KNzUgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRo IDE5MC9IZWlnaHQgMTM2L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRz UGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0 aCA4MjI+Pg0Kc3RyZWFtDQp4nO3d6VbaUBSGYc/JBAHCFBBHBEEpOBcRDGJBqCJhDkm8/xspiVrH uvpvn+Pa7xU8ydrk58fKyjeKMN5XdEoFUZJkRpMkURDoP56AUElRw1o0Fme1mBZWA5LwiX9pD2r6 2nZut1Bktd3c9noqqsr0PZ8IipbOlo7P65dGk9WMRu30x04mGhDf8okYTGyVq1fd/sAcMps56Pda tUpWVyX6Bq/q+dOr2+HUWtgMt7Bmo7vrn4V0WCKvziaoF6odc7ZwXMZz7NmwW9tbDb0cDw0k8tWb keW4D8znOta4VyumgsITn0ja1mlntODA7uUuxt1qLibT57tJl69MixO8xx+1j9ZDjy9/+eqz57cz Bxr1/znz+0YhLvt6quil1pCXu/Fy7UnnMBP0T0dQ1096PL36JX9+V92OeJ8dIkSytT4/V+/lLgaN fNT75hMxmm8MeDoc73SGzaJ/+ESKFQzT5kr/YI9a+0nF18eLxpA3/bhV0pXlz5bI8WKTP/016oFC PVyohwv1cKEeLtTDhXq4UA8X6uFCPVyohwv1cKEeLtTDhXq4UA8X6uFCPVyohwv1cKEeLtTDhXq4 UA8X6uFCPVyohwv1cKEeLtTDhXq4UA8X6uFCPVyohwv1cKEeLtTDhXq4UA8X6uFCPVyohwv1cKEe LtTDhXq4UA/Xd9FLXOqfl5e81Svu9KNWKfmoj+YvTe4Wx672Ev7imBjJXtzztvZmXhZi/sKnENo8 42rkcKm3+rWs5g980kC68mvM1eE70+7xuupPTBI5tlvvzzl6+a5lNvf9T443cxhaO2xzM03qD0x2 T7ciT8uwVI7lqr0JL7fj2tO7ejEZoH8neVN79VtO+Et83yhnXkZ5iRjOlBq/x5bjMv4ArutYkzuj sqG92nOmUiSzX+sMJvOF7TCcbVtTs1svb2jyqzFqQqVwevfEuOmb48lkymiTyXh4322eFTPauyFz KqmJzb2jmtFqd5it3TIuTva39NCHFXYiKOHEWrZQKh8cHDLZwUGlVNzZ0CMBka68j1BRUSOxZCq9 ymjplB7XQor0Yf7+yS+IshJgOEUWhc/tjw9ACGW5r/+3grf+AOLa3BANCmVuZHN0cmVhbQ0KZW5k b2JqDQo3NiAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTg0L0hl aWdodCA2MC9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xh dGUgZmFsc2UvU01hc2sgNzcgMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggNTU+Pg0Kc3Ry ZWFtDQp4nO3BMQEAAADCoPVPbQo/oAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAvgaB YAABDQplbmRzdHJlYW0NCmVuZG9iag0KNzcgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBl L0ltYWdlL1dpZHRoIDE4NC9IZWlnaHQgNjAvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAw IDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVE ZWNvZGUvTGVuZ3RoIDMyNTA+Pg0Kc3RyZWFtDQp4nO1ZZ5PcOJJVWZqidwAJgLAky3TLXMTd//9p 98Cqbo12tSrNzG7EfugMRYskkEAikch8D/Xp04d8yId8yId8yIf8SdlA/g36vxhms9mu8s8d/vrc m+1uv9v+DcM3u8MBA2y2+8O/GGezPQRhFIXhcf8PHfzkP9H5ndVsD9EpOv51wze7IEmjw24XxKdw /7NhNttjUjaQujgdd5sfW6Lox0+rSd4TTwza7KKiLeO9d9jmIet6t28Pd3lr/PTp0/cP6wCHpCF1 EkZZXafB7o+Kj7jY7E+tUHKUkndZsNt+H3G7j7I8PmzfR7s3HKI0CZ4YjmmJ6PPwcDhC/F9EzW7v 3/Cw9Q+Ht1eIn8L/v/ed16E3h5SMoi1KwuhjGMSLd5nX8fu4OebMTUYqO2mSBr7Dfrf22x9PZZUc 9/t7VwztpztEJWmz4/aJ3RkzY52mWV4UeZblWRIewyTL14fglBV5EsdpXuAVMRrsd8cwCiP/HdGx vXtTWcm4HEkWhkkOhegYeJUii30Abo/lOFtOejkvsi3QIY3je78oreositaXEMuI0jxLk5IZ2US/ djicIZwiDWFcjIIxNnRFWuCN9V2ZFR0TQ9e0dMBrVZRVFoVJWZVVN3BGq9MBY2+Dgk3nBZZVp9Oq Sassb3vG+dCmMHwblHLWpKoHd3Fi4IKRpiEDG0iVl11X5qVXIuUpSmva96Sl5jL3yU/Pyg92T3pg Zp7cfF6cMbJvez1ZBCQjvZ4nxblUSirJ+4GRIqthstDWGsNr75TNLm7t67dXS9K4GIxDi6C9nCZj zNjGO9hdqbNjXSfmy6TtshjBx/uIlHJBCfdKmrUVEXKE88R0W37LbsPlcnFmfrk6ZbDn43zWXCg9 quU6jVxZw9lorZR6JO2gjJkvi5uWiWV3h5fqy/9+s80p6ezlPE3nWav5OkmoDOgBu83LbVLKLrNR 8+2sOFpGJgycg1HRd5mmxY1cGjn0fc/M2ZH4eZxMRqhlkUyfF9kLjAQvs6bD4O5yVrRXbmwrqp2W 8KBQ1k63z7d5vlxkGWwfdv/fN9emBb+iYbld5+l8VoSMlhfHrbf79fN1cs6MPZ8udqCjVaRqxwl7 vEwLGuflenXGmQGhU3ejU03469T8ZvfshpZP+NMbp/RkSF5xB9dhAURZVqQNBhPKOTdZPX3+n9fz cjmvduNgdoiTLwurGoV4OZ+vsHGZWVkOWpR3u283J/nQVSU189i2wooqLfk0z+fzcv367WVZrhcs wiDWkrzmZqzCJ/nkbrd0mtS90bSisNvMlha1sM7Nti9baVmZNaMVlLvLbVHcvHx9mbEAlh83m11Y Crcs50X31Lx+vU1YrjaTo1lGlcDK/LlcbF8hjUQ+97CyYkbUWbk65jxfPn+BzZODkqF5kpdYlqyf +fuQc6cRcLItqZJdCe8qe1lGpC2jEBtwvDCSNL3SfdXp2+vCOza/nK3WkiSI3kNKtRkR//Courws RhslRotUnRK5xsmxFJaXESrAPqxHTfOcKtU3ROI4zouDL2avxBGiomtJ34/OkNOTc3lIeyXoMPI6 bwVv8gZn2t5eZ5z3cWBSNElGcB6F1LxOCzZfdJc34zw7o3njs0VYMslqv7l+ZuRDo0U/jFBMGkYz 7Mgx70cs0RcW5EzRJqdaaClGrbDPkxqRyyyUCRFGj6MUg7gf6F/avYsr2lUNKlRStC22qcNBvH2+ WFTlquraLIwKiho9sjYJ4oqPNIuSVninkjzYIkwKQqsYTf1AOmySb4Bil4dR3lRwGw5A3RWhzw8e FOAxSFsupRQ9YdYXpFFrxbsibxky7kibzs9y/HWh3x7jNI1PKapjlPg/aV6L5YrhqjSK8Xm/D7OG kLYEKDrEeZkGvjx3lDRZ6OHIIc48rgLUKDLoEkrqLPaKh0OY+IIJ9HRCjxUUPEBYkFQd6eqyGqyh hVfqqjQM78PmSVo2Zfxrf3/y+POAf0B0ew9IUcdTakxfYuL7F3zCiuIQG73dHwPAku0+jJPTHcnB cI9UcD49tjiGJ9+wfygCiGzuUzzg6gP0bg++X3xCRVftKYhWpd3uEMRJEgVYcORn+6XdHoMB0gMy rcDeg5uoGvoyOrzjwxUl7Vd09wB5Hje/ofY33Of7+a6+4R3zvQ36jqfvj5t1gENYDHIoAo/T9itO fAzrsdtvIOvVV8HxAftXuFzE7+tdAeBj3B9W+/OB74DxPtI6bvBzOuGtDNKmA4bevOl8X+HvsCC/ a0BkRRrfIfwGcfF9mxCSnqqE2L39MzD/rhB6pOgpSVqU5R0V/qznHtFyB5WIzsDD2z/BX7x/KwKw 1LfrQdu8b9P9OUirMs/zFDEY/hPP+oFKvJmdlvkKuA6nqvcgc0WF33fou0+3D4oHE+IsS7CIP0G8 UDiQlZCuteyL8C3O1iDDcdof4mbo26apqhZ7+pjmEdFrD3/MfCA9NPdIcoykBwRJhIplAQ/HFsl7 +2MM3wN/DQ/PQqK8rqumq5Ngf5/gqf0eho5aMjpIo/s8QkD4gw3agcOdJnGEai37ruuAA3kFj+yQ VFYiA8+uPQJkETykJ5CKfRBn7Wh8mfQVzU0oJFr1ebCmihhWIQhPSE6I+7U7xCvndYc0jhUiqHxO Oz5PJ8eCW0WLNO8kCERZ5LGnOUjpRUt72pY1BzYG9NaXlwmlKAmOERL23gOTvPE9kG8rFCvwjDiE EmjNWXlYcsz5PI2UMk5yPxohTREH0b0YZMj2UeBzflaRnlLQDLm8nCWtM/CtNHuWvj9tw0Y5UYSH IOutG4eBFFFcdm1Z0RFgXDE6Oovqq6bXr1cz8hY8qmtSbPwxI8L36FfIa4xmddEMQk23F1OhkoIB TrPhYDB1ljVMgSqwJq8ogIToOzJ0eZx3Paq7BUKWWrvb1xcnUYVPOQp38Gs8+GkXE+t6BOAuavVs QRaASDoxtB1XBnDNjmoCQnR2enmdMTxvKsppBruDAqHjzmfDBfAu0JxllIMmmctNe7sRgGqanR6H pmgEnoD5RM8wA+dsGDUgYc2VEO666FEDnl9fLwZQqKs63hfP7abO0ROCKmqAwrH2Ls0BtQjhUk+A f9oAQwG0WlCBnmmFKT0Q3AK/DlJjsrMC61A9UKmC11jXm0Wtdoc5ldAEnSJsfr2BTICnGQvD6pZK J9u8RWiqGUwCvM7Z+WwZU0b0Qvb5E3jyaRd5f6fH/THpYKH1lMETakA6Y+fXL1dgzclgw/U0cR8R njZ6to10wbWdX75cjQbrqAlIKbA7KSrhxnK1O2s6yiRAvDQv3z4DaV9B7xwrToBwoCFd0elJY09E 03DntJtkB+xtgdm6J/TyLb7LE4IK6FQrB6bQCKc9xHTeqje7wXU84kdgTBy7uNknsNT3uBnPj4pG Yk9WvM6tt3t7SOqurSoi58VOIEJgGt4v3u607CRIQkXtfcaiBDBUOF4NCNFynp/SHY8Hc2Z1j3C2 59s84pCAMoDweBZr3fUz7J58nIDCOl7lxCHMPdn2hGOarb18vmJJqstroH0waNYSNcl7PqE4JlWL 0Db28nqxINSIfivasiEMMSmomBctAQmzYkCbmWRbtOoKavI0THz+boDXpVlev7461qvJ8+LFSM++ 7fnlrJXVEoyGgx43eQuK69po69nAajd6qBGHOUPUrIycj9My+vx9zMCRBIOe4cx4Lq/kQDmgNuMC 24kP9ryAtEqcKBQJ7sliUY3XzzPO229cbHoa4Obr6+tV+2sGRDBm6rk2yE04VEwwZFfaDVK0eS2v V1nAG4iTTvoes0EzLU45YaTBYcZZXdkKHFKvY+Cs1CXxhAJ5sGwYGIO/OfG1FHVpoKyvTgmKMkiH pIiY5abrp2HywCfU38Sosfc3SAPzV0lF1fV9PyD5Vk1VVlWRlV1XgVPMjq6HZhtkbe+7EDQXpxCU Ik98EWGMVh6fbIFPKBN8aPM4ShuKsVBvwQ36gTZ5hjakQxS6qkyCMC2LDKWpycvBPe5lnht+x21F 4W/povvdYBSEpyzLUl/p4wgS4kOa4vBacT80wHBxuvbwrUegaSD+o1fPHjeHD5yZxf5WMUJfT0UO /vIxjVF1E6C17BSFkecZwWMCpPTnl4PfY3y9jV2vUv3lq4esHjN5Wa9h16vYFf6QceySuzdWOPfW YwVX2/s97OENcW8e97aPq1YPhNf7/ceN7fH4rrxqo3eYtsJzy+dhcjf8fgP9zlP+hQCitvQPV7x/ aLq/vX/6cdzvff/wsPlB+8GPDqeakjuH/jcKgH6aPb1S/zsTgDHn6c9/tvg78lsI8++Ij9inv5H8 lXHffvz4T8l/fIIP+ZAP+ZAP+ZAP+a+U/wflk2lODQplbmRzdHJlYW0NCmVuZG9iag0KNzggMCBv YmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwIDEgMCAx IDBdIC9Cb3VuZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyA3OSAwIFIgODAgMCBSIDgxIDAg UiA4MiAwIFJdID4+DQplbmRvYmoNCjc5IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5b IDAgMV0gL0MxWyAwLjU3MjU1IDAuODE1NjkgMC4zMTM3M10gL0MwWyAwLjQ1ODgyIDAuNzEzNzMg MC4xOTIxNl0gL04gMT4+DQplbmRvYmoNCjgwIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21h aW5bIDAgMV0gL0MxWyAwLjQ1ODgyIDAuNzEzNzMgMC4xOTIxNl0gL0MwWyAwLjM3MjU1IDAuNTgw MzkgMC4xNTY4Nl0gL04gMT4+DQplbmRvYmoNCjgxIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9E b21haW5bIDAgMV0gL0MxWyAwLjM3MjU1IDAuNTgwMzkgMC4xNTY4Nl0gL0MwWyAwLjQ1ODgyIDAu NzEzNzMgMC4xOTIxNl0gL04gMT4+DQplbmRvYmoNCjgyIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUg Mi9Eb21haW5bIDAgMV0gL0MxWyAwLjQ1ODgyIDAuNzEzNzMgMC4xOTIxNl0gL0MwWyAwLjU3MjU1 IDAuODE1NjkgMC4zMTM3M10gL04gMT4+DQplbmRvYmoNCjgzIDAgb2JqDQo8PC9QYXR0ZXJuVHlw ZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sg NjQyLjEyIC02Ny45MiA2NDIuMTIgMTEzLjA0XSAvRXh0ZW5kWyB0cnVlIHRydWVdIC9GdW5jdGlv biA3OCAwIFI+Pj4+DQplbmRvYmoNCjg0IDAgb2JqDQo8PC9UeXBlL1BhZ2UvUGFyZW50IDIgMCBS L1Jlc291cmNlczw8L0V4dEdTdGF0ZTw8L0dTNSA1IDAgUi9HUzExIDExIDAgUi9HUzE0IDE0IDAg Uj4+L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFIvSW1hZ2U4IDggMCBSL0ltYWdlOSA5IDAgUj4+L1Bh dHRlcm48PC9QODYgODYgMCBSPj4vRm9udDw8L0YxIDEyIDAgUi9GMiAxNSAwIFI+Pi9Qcm9jU2V0 Wy9QREYvVGV4dC9JbWFnZUIvSW1hZ2VDL0ltYWdlSV0gPj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1 XSAvQ29udGVudHMgODUgMCBSL0dyb3VwPDwvVHlwZS9Hcm91cC9TL1RyYW5zcGFyZW5jeS9DUy9E ZXZpY2VSR0I+Pi9UYWJzL1MvU3RydWN0UGFyZW50cyAyPj4NCmVuZG9iag0KODUgMCBvYmoNCjw8 L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjI2Mj4+DQpzdHJlYW0NCniczVptb9w2Ev6+gP8D gX6RipgWSYkUe0WBxmndFEnhS3zo3TX3QZYVx61XcqXd5vLvb2ZIrXa9a2+WoYELkLWWopbPvD2c GYqdnLNvvz15ffryBcu++449f3HK/jyaZSzjGfyzoigUMzJjeVawvjma/fo1a49mJ2dvC3Y9wMV5 tVg0fcvqgZ2cl5oNdTs9rrJClBuPv//6aPb3oxn74fUpY2tri621RamE2LG0EZaXJYNZcCN3l8cZ V4W1BavnAOnlvLpuSvaiY7tWkttSapGpYsdSIuN6XKlgm0JNK9mHVlIH6ROERYWCJMrAbC3hQ2SS 9df39elg7dNovrY6PSwyIy1Isb368wtA8KNg0nBb5uziPYhOYgumNDdWMqUkL9jFHG9cO7g5wRXs 7Gj2W/Ljv9I8EcU36bFKWHqcJz91MPARLmVydXOV+tGPDbvCG/RFnKj0P+zi56PZDxe7RSi8CCh+ bsAC3OSCFKIEVzAgjeYF/AGXyEomLZcrlcgCntGPzci15UX+2AxYz2pYtcwVfNqNpYWU3K4eE4Xi +v7aj03xiz82BVbMcHUrUXJbmI3lFTfTc9kOyR+ZMS7+8AzBPnrbgg/8zsbfVJnmgGa+vgh8vz2a vT2ajT87TZrWWU1S+MMzBTqdzAczdWm5kOOAmyrWp3pFTVP9gF/aa2VaelLThE+XJYbVNMkPbEzy 60GkoXKm9fzA5iynwTVQapqz5c368IAUgmf34rHkBcSjtIKDU64C0ofhGcZVV0GE3e4JLRMDjCwM N+IhMOcAoxvg4wZRLZAa6OqvVKikGfYALGMAzMGfSvUQwF/SImmuAWC1AGD6M4HZmGbUkktJwID3 M6R8JfAD/JF4//7gGwL+lQBC9Vy7AfazMckdmMCYuQrG9KoBTKBBkTR9dZ0e26SJCU5A0CobCu6f aN6m3cKDLAGraZCceBBDuISc4vMgyZK4OwwSRkePJux+x6Bo6gVLRZ58j9tmKoqk6pu2GQZWtVcx 9Tg6Xg6kfzjoq/7GBQlrKwJPHxA+fjQVNqkGlpbJSxSqbcEnOroHczr40uK9c+InEHHxPj0WJun6 +Z6YE9mhQbdL9pGuwgxWIPS7Hm2SCu0kb25T8KsKBBsaEvtdgsPOgCj8gmx7FdWAigc7HcHpyExX GK9ohRv47+OWkTlERLS5MlzqULjHMZHkkEOVYUiwvoB6BB6rf0tkzHAcXTIsHO/Qhr3bB8Bwf6bH ZbKsxjHne/27dF9wiZjBBZQaIMlboITGkUhf3Y4VgnfLT6l134dlXaPIw4DEkSfL25iBBbkCFFeB AsyJDrDQwXiqnsJHhOHl4cDqan5X3QBNXaN3tAMFv6OphsMYaJjD3ah7DGwymHWFAf4H6K9FwH8A uAzM3zZRzQw5P1Z9YeDIT/ubBv4Mz9Alv0xverelsxzLksOxQTpbA7Jljz5ICfenVEjAaNxNGm8w JQdSOHY3YJvSCaQYoOoBS/M57uJlUuN1u+hd1l4kl0uYtvBOHtddvNQCk/SDha76BeZ2CLG+ddLt YTsZke2EUQGYqUprMD3wZIfAPyHXeZfSLoNo2EfHiA2xX4XJxtCx6pIEZSC48Zs5DYz0GT/5HqXV GQ/MOT4QbbsE0SUhd54q6wHlxat2TLCadlHRJBztUE8wR5aQL1KKXLE5mnx56zwSp8VME3JelIGi xsxXRp3nJkzjS9yLmpiASskzEwSow+0akxQwonfTVXK8N15VzHiFBw8F/xrpsMMY1IlLO1zZNmep MrQhVH31gUiTUv645ZrOsewNwf3vG2D3y8sUN4E9Kj64VbwzcnyvJSzV/xX2I4mslYvk6oa2pLZb xOxuKMBlQuFRekfmRXo1yTqT0SURWN03FZKcXSO9mN4wqjiwWtisDIh88YPGN/kWfX09aLEr8Xwz KydX78ZfXCPx8zeR84NRalWEZGxV7bsTPidyUkK1jjmwnm43uPvsl/Mbt0NDtYVz38BPET9EyAV3 Cy1lSCr4vU8qKHND88JHxFASCtupQdjwIKvILFXSz6J2L4Xl2oQq7BSLtpWbLOcxgRVgyWBg3rHg 49Tbk3x4lZf/dyNtdF23BRRMKvmbG8S8afLxtttugoaLpo3gIg8V7cuyJb07XjLL85B4KSDuC1Q0 NbElxr3GuKdGn4S4j1roFcq6Qi8I7dlt5+JaU5C/6lx1bxylR8VpDbd5KM5nvjNVJj8BQipF75pR o64C5ftSkyJiahJWYfpTIlBvtb5VUCegXo4bwyoyqY5bBWy3WZTtkzbmEaHISqxkDj5bkk94thSI 6cVU3mLRR7UjvlpQuLyMknNpkqjcJnLgNhuKOGYlKKAktSIUyZgGtM34EobLZRdNPyZD1Fh4gkMm W3Bl9MGIXZHVUWwNjXt3ZKr+XUIWU70iA7ShYKMaWuT484FIlsPqNGBvTW1OXlXtNQNlHp89T2MW 2F8Q4Le+hPBd/7inZpmhOjoM3nDvaELHpRpVlDxT/w9Uo7TAF1iiUQ2ZEofotLFjVFG69tSi2+Sf vT5bPpXPWoj/gHjb7bO4LeWuiKY0Ia6j4BmmDQUc1VFgTwpX3bajrJEXFddbXUIMuvjtNe8BxgQx 7mRlFKirK3+iztzh5B6RUKIP2FgYxpcE/ETc6KKLqHMuAkTEBkdV/4FHhwP1ieqYLWUlJC4YiI2v Ctyx3TEpn85PVjn5B0c87pWNetXMIVICf1JZUnfT2xqrq73FiX0qSsp1kEZer5rQYxUicicKUaw7 UHVnKbte/yD2Aj2502HX0cTnluOxdktl0FMceSrJbYDAVEnSmWfXX91AICJCYIt3KTXnKWU0eBoP cs/HA6NVsaZQMo0RLIVrd6LOpKVQLVwLYOG7m2Vy+QkHn+TgE/bcL3olJW5XB1/CxYOeEFiRz8AM YLChSOqxLqy7OdQ8RbJs0+1CHfzDvbsxv2z6fUmIzKJH/NibCEu5Hjg2GfccessO66i2/jButRU6 8+r9Ge1JU2/tV8Oy/yuFWNh1evQ/xYkDpg0KZW5kc3RyZWFtDQplbmRvYmoNCjg2IDAgb2JqDQo8 PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9UaWxpbmdUeXBlIDIvQkJv eFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUgMCA0MDVdIC9YU3Rl cCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFI+Pj4+L0Zp bHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy0DMAAwUQROMm5+p7 5iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoNCjg3IDAgb2JqDQo8PC9UeXBlL1Bh Z2UvUGFyZW50IDIgMCBSL1Jlc291cmNlczw8L0V4dEdTdGF0ZTw8L0dTNSA1IDAgUi9HUzExIDEx IDAgUi9HUzE0IDE0IDAgUj4+L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFIvSW1hZ2U4IDggMCBSL0lt YWdlOSA5IDAgUj4+L1BhdHRlcm48PC9QODkgODkgMCBSPj4vRm9udDw8L0YxIDEyIDAgUi9GMiAx NSAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9JbWFnZUIvSW1hZ2VDL0ltYWdlSV0gPj4vTWVkaWFC b3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMgODggMCBSL0dyb3VwPDwvVHlwZS9Hcm91cC9TL1Ry YW5zcGFyZW5jeS9DUy9EZXZpY2VSR0I+Pi9UYWJzL1MvU3RydWN0UGFyZW50cyAzPj4NCmVuZG9i ag0KODggMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMTM5NT4+DQpzdHJlYW0N CniczVltT+NGEP4eKf9hJb7YV2XjfbX3dDqpwB1HxbX0iEor1A8mMTlaYqdxchz/vjO7dt4hZOtI RcI469nMMzPPvKwh3Uvy7l3388n5KYnevyfHpyfkn3YrIhGN4McwpQSJeURkpMgka7eu35C83eqe XSkyLOHmMp1Os0lO+iXpXiaGlP18sV1EiiUr2+/etFu/tlvkw+cTQpZ0sw3dLBGMbVEdM0OThIAU PJDuthNRoYxRpD8CSOejdJgl5LQg2zTxTSs1i4TaoopFVNeaFFk1aqHJPKdJ7OVPMBYdCpaIGKQ1 hwuLOJkM1/3pYO3yqFzSbjezKOYGrNjUftwDBB8Z4TE1iSS9OzDdms2I0DQ2nAjBqSK9ET4YOrjS wmXkrN26CT7+EcqAqbdhRwQk7MjgUwELj3DLg8H9IKxWHzMywAf2A++K8E/S+6nd+tDbboKqTEDz ZQwRoLFk1iGCUQELPNZUwR+gRJQQbiifu4Qr2KNfkpDaUCVfkgB9RoPWRAq4mhXVTBgaz7cx8FOy rvslkUr5SyKMPFb+hTj8RepvFZGmXJHRihpYeGi3rtqt+osXUkua5lICv7olwLKFE0FUJ4YyXi84 UeZEndGLb13ywkK3ThLk7UKqWliVqtQCl9H0hdpqYVWqctBCqlpwUhuM0fuTnjEarXE+oQo4zw2j EPg56SuqnyF3ixRY/LCDvnETYLiKacyeA3MJMIoSLveIaorpZ+++hUwEWbkDYNIEQAlsScRzAH8O VZANAWA6BWD6lcBMk2HUnHJugUFtjbCsCoYXYKStreuLXzDjoKNAB4Jt/ZvgSLxdxftqWHwLLIin FJ6wboJzjO4I4zyeFODMKMhIg+BYBHuFL7jfMcJZ3iQezi37/fCUszF0nnEBlwm6bIrOIyFPgseQ KcgU5Za+3oc6yLFZyWohsx2rOTtqLkqo8/vb8QtiGiOm/AqQWohp/+8G8RlFjfLG1y9GQEkVzPJQ LLz6tCPJWdS9SPMhAcZ0zo7DfVN+mxl1sfSjyxWUqWxKQiYDSxw7paSN0iBiVHun1+FpIFRCjfEs mRH0+MQWzOuzXaFnBwu9lP6hb9CTPI4pU35wVprPbNwkAbmBOd7bS83Xd8EUjWJfPBdYt2/tSIFV p6rxDaKT0Ku90Z0ApHPXcXRwgU2oGO/KC36wvODax4Ze2ElceyzRiq8pWGHvCiyQ2SS1RShzBzzo q+Ws38cCVZZ3YQfr6APIPoAjnkLGrCPWOi/UWIieE87gWdxo262NZ8KnrSHKspxZe3YFThwqcMyo vYFfwyTDcTCUzIXsG3o/I+VTCCFyIRu50KGN/XQtSrDuIoJPv9u9LsJ6L5/Ig/kkjpsYnAdND3lw 7oUjkA+6urKK4AcoauKgRU1LOFl7oRxgEetD/kOaIra8Se/JCEZ9L1ivmos26akORk9l/hMBznGW PoaJ5Df4tbz9As7uNckBnlBhvIDeop/76QiqC9PBON08WxV3tqbbe+yBxWg8s28mGj2p1r6WiiZ7 G3FaJxay2BXHCcEI2Jc79kkxw6MjCUUEodjBJN04k+qXKv+Xc7g0xs6NfngGk2IM+SmDAZDGVL3F eXkUGmCKMMGRWuowOQHCxPUxHKrNp7o52TS3W23YbDsqJo3Wocr1fkdh7KIZJsUQJ6dZVhnlatIt fLICBPqwXSqsQ47iXQyLD8YwwXzMXJlt0aQCW8O4yddkTNo34374VsZTJEmRN9zslRYUyqcnPhf8 oqb3AHniOhgOJSmCrQoqPK2wa+v1+eg8r1/fd5EnORh5/Obq5fF0gGeLAcmLqfvXEZhrM6d6D2OL wbSwvcaur9RmSJ0fQ8dBWxzWT/DWFf8CQ7PABw0KZW5kc3RyZWFtDQplbmRvYmoNCjg5IDAgb2Jq DQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9UaWxpbmdUeXBlIDIv QkJveFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUgMCA0MDVdIC9Y U3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFI+Pj4+ L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy0DMAAwUQROMm 5+p75iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoNCjkwIDAgb2JqDQo8PC9UeXBl L1BhZ2UvUGFyZW50IDIgMCBSL1Jlc291cmNlczw8L0V4dEdTdGF0ZTw8L0dTNSA1IDAgUi9HUzEx IDExIDAgUi9HUzE0IDE0IDAgUj4+L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFIvSW1hZ2U4IDggMCBS L0ltYWdlOSA5IDAgUj4+L1BhdHRlcm48PC9QOTIgOTIgMCBSPj4vRm9udDw8L0YxIDEyIDAgUi9G MiAxNSAwIFIvRjMgOTMgMCBSPj4vUHJvY1NldFsvUERGL1RleHQvSW1hZ2VCL0ltYWdlQy9JbWFn ZUldID4+L01lZGlhQm94WyAwIDAgNzIwIDQwNV0gL0NvbnRlbnRzIDkxIDAgUi9Hcm91cDw8L1R5 cGUvR3JvdXAvUy9UcmFuc3BhcmVuY3kvQ1MvRGV2aWNlUkdCPj4vVGFicy9TL1N0cnVjdFBhcmVu dHMgND4+DQplbmRvYmoNCjkxIDAgb2JqDQo8PC9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDIy MjU+Pg0Kc3RyZWFtDQp4nM1abW/bNhD+bsD/gcAwQBpmRSRFShqKAEu6dh3WoWszbEO3D6qsJO5i K5XkZd2v391Rb45fVLMysAJ1LJky7+W5u+eOZmev2JMnZy8vXzxl/vk5u3h6yT5MJz7zPR/+xVwp yULhs8BXrMimk1+/Yqvp5Oz5G8VuSnjzKqmqrFixtGRnr2LBynTVPS59xaONx6+/mk5+nk7Ydy8v Gevtzbf25pHkfMfWIY+9KGKwCj4IzNuZ70kVx4qlSxDpxTK5ySL2NGe7dhLbWmruS7VjK+57utlJ sU2lup3ifTvJo+wJyqJBQRMZwmot4IX7ghU3j+1pxBqyaNDbnR7mfihi0GJ794srkOAZZyL04ihg V9egOqnNmdReCF6VUniKXS3xgxsjbkDicvZ8OnnrPPvdDRyuvnFn0mHuLHC+z+HGA7wVznwxd+u7 Dxmb4wd0Ic+k+ye7+mE6+e5qtwqqVgHVD0LwgBcGnAwiuSfhhgi1p+APQMKPmIg90ZpEKHhGH1oR 6NhTwaEVsF+sYdcokPAab2zNg6D3GJdbO+9fUG+8fwHs5eO+sUCdYxVubBwC1tunwGXbO+9f0Wy9 fwVnD7VXwfvvWfOd0tceSLPsNtFepNjddPJmOmm+tlvU7NNbJPGLJxKs2TkOVuoo9rhobpilvL+0 NlO3tL5Rb11bpdu6MVNfPh1FGFDdovrGxqJ6P4gxL+zvV9/YXGUs2BOKrs2aLRzr40ORc89/FImR pyASRcw9gGMbinUAPseIyhOIrbuBoArHEEao0Av5PmFegRh5CS8LlKrCpEDv/na5dLJyQMBoDAED wFMk9wn4k6uc7AYETCoQTH+iYPGYbtTCE4IEg4zvY7KXHF8An5TxH998TYJ/EUAqrbPshrCfLJPY IRM4M5DWMr1GYy5zsKHvZCNKxX3wXWgr1QV6tyjcmQLsgYBFyVyuEIyATXgbO2m+AmPSjcJAVDnv 1s0tvIIFhxHB/bMfk9UNc7LV7PmFeyw+dmndRJad1iIC+b8kTT9JPcQRD50bdxaZVfkDXtOSW7JS z2DmbtY89D18xUeXc+ceb9HTf+MlfnWZF0Om4yczHdQHC9Odg1LAYfzWgEbzKrlrFE7z5RLxtEa7 oZa0gkxw0IrjhUSjIdQ4/3gN/3BQtjl6i1y2mtd6rEDy0OhQY0I7S1ybVQWmR1yT/uGatCMiJ0mL vIR4EqED1tFQchRSOjDffZG/xyeytBrKplycDABQjKPjzfMtZIw5miRr+eoKzfSAYKBLskmyAI1X FfyR5nPyeEnWMxYmkzI3cu6T5uM25tI1GiwpGGz2DyIn0rAGbDtgLHkqY/EY2qmjbfULqki2KsoK HZ4gbuZkmpsRAY99B/AqOyEpEZVr9FGJkDZ+IURnVPGpMFCoYqOiEL1phsAePWJ5pD19tALGqIik MkfYtOm1CVgMuS4rL9sALSkplfRRtkw69LXh+nEIcMHJAKcjC1MgpTSpdUznhAGQeUuJZqMKgqzQ UpAkrRaGwHZVuugyVR2ThBftXBNmcsg/MjSlgECVIS7yexPQbAgb6mTYgN7yeAO8dHkEKmVt2Uqq dUHQBy39nVqa6tYSJHyyDv4h3Y/u5Xap23QndiTvjRt0BeWu/m+SwW3S6soWkPvQoSUmEJP7KoRB x+AIJQdT4ZA1jm4mD1nDjrc9dQ3Dn6MFoCTn5NQRmyMeYPtvKZ3B41/IDA0aDS0vUyLg66Y09YKW quqI8mvBkQ1Zyj9mltNC0cDNTpL8+hqtZdi2jOGa/D1msW6AaEevTWrNkiapQA6KKfoCbkKy9Jpc 8wHxsMaVdzV6+62Efry8zNJ1wyR7iwdi8+g5yiGTcGljEqKJRdZjL8CtRwxNqTxtLRy1a7mpnMUq WaUZTaYhBT4mjkmRr4HtBqcAmx21pZpGOaTsdfJti0L5piOKXxsgQdD0+jMgiqZyEGLnXSdzi4zh /mtbXeUBXW1Y8BPfV+p8JvGv8P3g2bmGt0EElxrEeYbHIuc8gHvfXpwPhMSYEzwufe9Y0OFBlc+x N03fOl+ob8af4dlI9dZ50UIHAHKCQR48Ky1F+43guhpTHCGIa1qJ0/Uh74lh1nH0MyX8fQkd3jWt 3OeooXfjkIcWDBLCPnWxRtWyysF6Ik4267TzxCXmveX9HWiRVRmYNjQIRoW6SVxSLZAQroh79WaZ G5MdKNtXxNDKalQPNfpZeOgFCr9CSsFBkchJSiL9IV2s0/oCKMZ2rG577mSj1jjy4vD4hu2yKVmG GBB7b2lTNmaRlTzCc1tLOesxClHyFltjpiIJDb+ylm6Nnex9vjFjpPFP1+SPSFeExDbCUtbxs3iN wEh5oYU8e9J4L0F0/l40YwW8+tf01tR6NNzxNkuQHBJVpJTS5v/buiftJZvRLRAKT1lY4PHxUJJW g2c24mQjexVYKXFByZ+mGhmgXeiBQqzrkQdmHaK95eChrxhj8r67LkhtpfRr18yvVTO0ET62VRor maRJvEamAYUBEoTGzKpNha8XhaA12A1aSnK9cHoUgAvsgCIa/6BtseoMWujoXxodaofsucAuPDd9 z+PA3jjEwflYV/8hDfyI0HiHt+tp0qxuDCnjtvOafFSy0BjAgiyQ84ghQOMXYw2I+zCgsR59jAip qwM6nbz/uCPf9q8a0b+fzRiyDxjt1JuvqruPLjcOoeya4QwYj+02vZa8q9NBZgagOXo2+wcfpRO6 lTnvG721t6xNhgWVY84wgzjEn1JYCpQmCPskXTTAH2wVxhyS69BCaGq0lR9To/3LmLwjiPEHYHZS jTtODeIAD40sJUkxIJJiUX10Y4ogipJ87faORE44lVaR8Pj/wYoKggJ4raUkOSaRazTTNc5pNwfT LRP/hJnw6MnHklEdnkyb3/B1UvNw32y6plt0HkXEOE3osKP+bUWNLTqB6yaYo56813YI8Oegn3P0 /i5p3mHT8HpH6vsPOTuVjQ0KZW5kc3RyZWFtDQplbmRvYmoNCjkyIDAgb2JqDQo8PC9UeXBlL1Bh dHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9UaWxpbmdUeXBlIDIvQkJveFsgMCAwIDEy OCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUgMCA0MDVdIC9YU3RlcCAxMjgvWVN0 ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFI+Pj4+L0ZpbHRlci9GbGF0 ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy0DMAAwUQROMm5+p75iamp5oruOQr BAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoNCjkzIDAgb2JqDQo8PC9UeXBlL0ZvbnQvU3VidHlw ZS9UeXBlMC9CYXNlRm9udC9BcmlhbC9FbmNvZGluZy9JZGVudGl0eS1IL0Rlc2NlbmRhbnRGb250 cyA5NCAwIFIvVG9Vbmljb2RlIDc2OCAwIFI+Pg0KZW5kb2JqDQo5NCAwIG9iag0KWyA5NSAwIFJd IA0KZW5kb2JqDQo5NSAwIG9iag0KPDwvQmFzZUZvbnQvQXJpYWwvU3VidHlwZS9DSURGb250VHlw ZTIvVHlwZS9Gb250L0NJRFRvR0lETWFwL0lkZW50aXR5L0RXIDEwMDAvQ0lEU3lzdGVtSW5mbyA5 NiAwIFIvRm9udERlc2NyaXB0b3IgOTcgMCBSL1cgNzcwIDAgUj4+DQplbmRvYmoNCjk2IDAgb2Jq DQo8PC9PcmRlcmluZyhJZGVudGl0eSkgL1JlZ2lzdHJ5KEFkb2JlKSAvU3VwcGxlbWVudCAwPj4N CmVuZG9iag0KOTcgMCBvYmoNCjw8L1R5cGUvRm9udERlc2NyaXB0b3IvRm9udE5hbWUvQXJpYWwv RmxhZ3MgMzIvSXRhbGljQW5nbGUgMC9Bc2NlbnQgOTA1L0Rlc2NlbnQgLTIxMC9DYXBIZWlnaHQg NzI4L0F2Z1dpZHRoIDQ0MS9NYXhXaWR0aCAyNjY1L0ZvbnRXZWlnaHQgNDAwL1hIZWlnaHQgMjUw L0xlYWRpbmcgMzMvU3RlbVYgNDQvRm9udEJCb3hbIC02NjUgLTIxMCAyMDAwIDcyOF0gL0ZvbnRG aWxlMiA3NjkgMCBSPj4NCmVuZG9iag0KOTggMCBvYmoNCjw8L1R5cGUvUGFnZS9QYXJlbnQgMiAw IFIvUmVzb3VyY2VzPDwvRXh0R1N0YXRlPDwvR1M1IDUgMCBSL0dTMTEgMTEgMCBSL0dTMTQgMTQg MCBSPj4vWE9iamVjdDw8L0ltYWdlNyA3IDAgUi9JbWFnZTggOCAwIFIvSW1hZ2U5IDkgMCBSL0lt YWdlMTAxIDEwMSAwIFIvSW1hZ2UxMDMgMTAzIDAgUj4+L1BhdHRlcm48PC9QMTAwIDEwMCAwIFIv UDEwOCAxMDggMCBSPj4vRm9udDw8L0YyIDE1IDAgUj4+L1Byb2NTZXRbL1BERi9UZXh0L0ltYWdl Qi9JbWFnZUMvSW1hZ2VJXSA+Pi9NZWRpYUJveFsgMCAwIDcyMCA0MDVdIC9Db250ZW50cyA5OSAw IFIvR3JvdXA8PC9UeXBlL0dyb3VwL1MvVHJhbnNwYXJlbmN5L0NTL0RldmljZVJHQj4+L1RhYnMv Uy9TdHJ1Y3RQYXJlbnRzIDU+Pg0KZW5kb2JqDQo5OSAwIG9iag0KPDwvRmlsdGVyL0ZsYXRlRGVj b2RlL0xlbmd0aCA0NTY5Pj4NCnN0cmVhbQ0KeJydW8uuXcdxnV/g/sMekkZ02N3VT8DwQJIjOIgB JabhgZGBQNDygKQTSf+P1KpV1Xufe0g7jgbiXbX7WV21urq6z/Hm++PXv37z+29+9+2RfvOb4+tv vzn+5/kpHemW9L+VW5NjlHTU1I6f3j8//elXx6fnpzff/aEdP/6sf3z/wy+/vP/p0/Hu5+PN9zml 4+d3n876klqed/X/8qvnp/94fjp++/tvjuPSeX7oPE/J+TN9j7xucx5aSj9U/vlVuklbqx3vPuqY fvfxhx/fz+Pbvx2f66k8TrPnJO0zXeV069FTO+4ndfa0vtST/FMK1clCozoTGVq6F/1fTuX46ceX +uSw/pFG62Pvj8vB3kvqt2rzlFRuvR5l3FY/RBVdLxPNKftU/w9t5jVvhY2WVW916j9YrNpvad41 Kl/SX3vz7z98+vF49f7TV999/fqczkujmzS6JmYNpaRbXcdHCkozQZlHEwmkXTbJVliNaegcUTjd muHajqZj7dlQ7obyUjRRBWXLvLVqgloOoFIUDajrgnKNwibobHmaLnK7TaK1DIkXXreGjqu1pWPK w1BbhnRVHNmQMxrZn8uNZScna+20Wx0sW2+ZgpUPoMYhdQN9ccRRdHIGrRyhVZ2ryIlsmFr4r89P tZbbgmI7hvERgnzrPQS1qmKnoXxUtSkdZGm3XFC9yrS+io5ODiBBUZ1JOVG6zR6FhZ2nfERVDHNF wzqjbuOKXnW+XRv2ESlCNz5gIitcYav7s65GOat2Lv7Z8rilsftVRLNRV3WgA15RsnE2ckQ1n6m3 eirCO6WWfDyhwKt+qfOydLGuOi+rQUsugMeN0HlZcrt2BZy2zssqXB7T+Uah8xBQ51GVc/eGt2ai VyouRkSlxoC3zovyQ63n5wVj86qSlAWvLUvKt7J1DjRC5w5C5wFN51GNM41WL4pgp64ljicUeNUv dS5j3Go2mfrmRwi6eTYFMlosmhqpjAp3R2fVFClDbp1jaSgsHJmAJTay4Xrhwimq0wHZGgz4Llp2 g1yThdstUZPaAQaVuQgJhcetB7Cyk77uXxf2GWMJHfJMdK+OaaLwzFyzAXYCctKbeSMYyi5sAjVW Fjb91WvLUIZwGOtGYxWMeBrZhhqvWnaGKUZXyn/F+EVJEktl+MOJs45AKCC9BcbirXTWwdqpdWJI 0UZgXYJ+J8jG0ECVBihEnfw5aHWwdTGBWuTq2DWgVdigos7VES87YH+2BDpdRUNI26oKGOEIZIXV AnIIqlqwUU8DSSgYbLiRHtXaq41B9zcA8z7tXUEh+Y9bITOpQLiya9jnSh/XWQXShZQShetFVTUN bHsP+FS/VjBtPAgqmnSBWZbAvjFW7My5wIIwr8zVW1sHictLfc1hQGe0lWvIF8KYwz8rj3ZDcMnl TqUN0wqV20xQEDDI0uFyTKUbot51ZO9oP76DqCCsCdqVE01fYthbm+Za2966YJlOe3O8dRQVrkbb tJBrulsrrTc4vQtaH7YZW5utLzMr9QXhjj/U6eBkFqu0kclVA/YE1EmFnRGNNqVWA3+dNr7Wuy2Z llClANXmTIlBzGWgMg7pFr6Yy2ro0SuJwPY7TAGBCJEVVqXn83NGbGZVNYTpyTYhsG5h4RQtl2Gf MzlVF/CCzsIuyCws3OUmUScfdWHhfEvLBGiq2I6lbDzF5gerUVRqKMcmbLExFA2PVaZAJKVaHqTu xMKqWm6giBxHYSgxQYobjb1EZUcanYtiJqf8jXYzbXM1DmLS3TNUhAXpEnYOJU+5uIGpdbtBaysM H1bTBlgLLXfjjdY6OUZgE61xMUFPQB7vdY8H0NasNgfl7A/UeiIX9mZ69vB2FVtdp7paYlyD/LZc 7UR9npOo2yYbWcs/d3JfNbUrGgxnZRtw5rBHNs8Qsl9uVzSirGE3wcHgb6ApcwRSZRiK1mJh1QAQ rFcXNE2zFGtowoh9fjL2uUFdejI4XJ16p2X0tfVuljNM683jgRNUmJ2VdEGHL6GeexAsW5s1up5O l+h1kGkSDX/UkzGuhEKmipPQSTIa46eTZKSZT4qxSZNu1r18c25CCgLroOykH02zBQ3JLeId0IIV XpsL+Hk4w4wTiYcIEHQGPWqmHy6CjrDPytNbZja0iqHE2hr+Yw4kcyBxoi+GZg6mta4aawf12pzp PlhzYTyrtaUaMrIviAu8thmB8JTZsKgKKoE5nmCKfrSyrVLD08ZDGlEWO7/5jjBKHO9888p2+LMY kB6NiGf7t50bR1S2z50+mTHwpna0OOLOURT3NDEqKTZwc3g5UQ/7D8EwL1TUxCwetqEt285sh2Yr XCMqhC5KixP34qCMnjNCDx9z6nSAZUdhYeQO9haunyI3ncLYvRhxqOJwbNbB2Ir4uV/g+nGAneY/ 3MsCN2MDHHe5TUweaDM3oOLGYM1AALIXRi6MRrEibQf8njTobX8u5uhWdXCN6LSMo+ywz2GsafNt RDKYNfDTQWh9cIMW0iwms8x3cjHNZu7tllPoVM7aPY0IPvLiQNrpz1d39/ga5CkXCqidOQsKqu54 IBxFarwVOxMRfa3qvpUYeajGgIaBDFBinM3L+k474HFAdrIdUH7VY06mrmlNEGBjYpQCVKmhsYHE CZ74jDh1ArV/RoB9ut8JBCQFZMFSxSYA5KcXcioUtJyrNJzuPP4WYyJTHo2Cdl07g1KYAdrivkUT qbpj1IsBVQRL7fwqcWzXzRWIhpi9rNGXqQMjzjS2BlcHovkUH3BmwKbuah9FzHnS2Ai70oqycheu tx5B9L1gR/y6qahiHrCuY3XlFjvfLVurTocLY7ra2iWDdGd/tcUehip1UoVI8dS66MzDj0i1ZdsX Cs89zRMYxm0bJZibFfZ0xkR0Y1V5nlI6tpZ5AJiev5kWFCtxKsvZmHaQZUMeFwZGiqlsBkY6yuOz uixVlbj/+PJIJ/OLtSwechkVVeTmJI7zVtjmYvk5NT5FEVLOjdSs3RFCUBBoRVWYdd8tlxYT9I6x bsi+WUBvu7eCwSVdngzAjJxFSrGEmpOALdB1/eIAJEEaXFPRUFJ2JCKtRSSiLi6t0xmXx0Yo7A6n /viBAlLBQmWhQVsSTXRNPX+QvXK2/Tw+Zz9D6J+JSbLm44TAExMaAioiv+gBT23BFCdAKFk5/WKb NJAxUwLFB0IEGWUlX/xHamX88VKwT4Nqaas/YuzqlQLLU2Ntpk3DxrKoyRzhWiox/RFsDeWcEd/9 ovhCFbr/uVDlrgoisk3+Aku6kr9AdZv8gVaQv4ARr+QPwdzkL8VTbEb+QHIlfwjaJn+gHuQfIMjf 8andUnhWfynY5L8FRv7CRXXyB5Ir+UOQN/kLwxUnf1PelfwFCbFN/kBlk7/kyHqR/EV9eLTz62B4 YOQvZkwn+QsCsk3+QHmTv2RqPcgfuAf5A7RN/oE2+W/B1lVOtrk9CLZtZjtfP+BN/hjcDPLHHGc7 jelqa5dU9tX+kJZdm/xxI1WC/CXxaLLJX1LjbmDkL6lz/zTW2yjIPwQkf6u6yd9avpK/9bvJ38a0 yd+GfCV/5LprPz/v4zj49MwycXnKYpaD5F/mYlqVceic3GSC/MscPJsY+QO1Tf6BNvlvgZF/VCX5 R8ub/KNjkj8G1YP8MeR8JX/MqG/yx2xls8j9+vmZElspSliC9ONF4EbTlIjyfMQIw3na8woPgmxp kKtggNIMMSOHaypFTJF70gmYaz2RAUlxF9azIU94+CFGBY2Fy7LPkxcXqJkjuc5Au2Vu8/xYbvwb B2VMiPlCz2aowP1Km7Mpl8haK3VYyzuTifH2eTGwphvCOBM6dfDaMPN0O3hCy54IbrXHYRDHV9y4 8vine1xDFMMDKGdQG7cmsaOCIhsFE2G1MRdSwe1WuN54eVBwjK5UjN13bDT9ciUElwUscQ94L9g2 4DUesOD46BlRXW2Y9mlYIYhKhXp8ic9evcKD4DSsENCwkPjZdsUs0MWwMg8Gblh5Rn4ehoV88NWu 8ozADnbFexQ3nbwie0Xl4X51xUdsIn0bVtk5NTes4nnrbViISrZdoeVtNzjEX9PlDSmxdn5uvBel WWXeZ51mhXvmss0qnzaFzGG/GhXz+mFU2c4xblPZ4+ZtUyrwa0IYFVDeRhVoG5ULLouXSGIvBXv9 vcYDvhhVhVrWxai2YF8wWeDwgHevUeFBsI1qC8yogEYJqzI0L1YFgXOOWhWQPxLAqTD7c4IwKwhq C7MCGsFIFVek/TSrmle8CtCPSFHPMKvKBPZpVhDUcTErlJcSdlV5+xrHnXxNP1lPnScr/9zi0kbV A5T7xbCqGoMz4cRn4Y5ntgVkB7awLQhKC9sCSiWMq2Jx18W4IPAbaRxacqFuzLg2CuMKwWURE08l LwXbDrzGA74Yl8gLxtqCHevfM1bg3WtUeBBs49oCMy6gzVgGrowFwclYIlfGAroyFvDJWECbsUTu GQt4M5bUK2PZhK6MBcEdY6H8ZixrOSwHo72/4JMrY4lcGQvojrFErowlshlL5AVjQXAyFtBmLJEX jAXByViGNmNtFEYVgsvivWCsEOz1l3vG2vjKWH4hjjPC9UIc+HIhLmaO54X4xrDLznxrtCGebIs2 AmtAmDiOUXl6WxYvDya5PEgfMy4J/GA9d3wos8QVAV4C8OBbLMFmBVuECdro7H7Kw/HRgVGtlTSc LfS3ah60ZbZKFvD0Afo8/AoZrw/WJicb6jV1jgcHZ17H5sWq9jShhfktL1xvtJvKZxuDdoITLJKZ vJGIRxwl+vWTlKv87l1C3BPHMsQ9cSxD4Fi6XeGylnXZbRUqDXuZ0lIywqWgJbnxKxL8ibcB0vxt TdNTEcJdsWclLfE4gHy7ATuDL78xb3g3QMFgWloFuEaVzLazZWIUIcONQUxrygMI3OxXs2TkhnGt z/AOySedggWDcf9TF/Om8dnuwqxqMZQ4SG6BS/hCoeBdBK75bQzIPTqIF1kbYqtELSadBksuv8ni 3rFqXGYNFLYLAiDs34t3bGVsJeZIz+NyKjH4RzLDFO45puFqaEwf2zskUz/z2rqtQeOFeSd/PZjs 0Y8d36HgGTcquDB2lFfcPYfAdmNU9SMRLpTT4E65LxUTHquYzxwYkp8ROu2lEaUcy+4vMGTZuvrp F+nkNeJk7MEL9Hb5XKIwNmi8lCDNCldZT6XmbvbesU5ne7NUIE9VMKbQpiyflODzHyjovg/6uvOi SlcVoyikZd5y19XiARpe0qx+c/rwKaxAVnbFYw8VYL6r7Bg/+RV2j9tDPJnlCb1Qd4nnINy+Blqe m7sIcDOHdzF8vIaLKUWNSUW/LfRXMjiFpMwsjtESRmQ3DDmuklPi8w11PDPOzpdYqg+bKe/VZgkf 6EySNGgtM+hhhhhZAGZdqbTJKK9Y4gSL5T6Amo6wfbVYSxMwjJuWSVCHRaJd20FODQ9y3bsTecNO nxgE/EX3doR8i+k42ZckcE1yYsVnZrfIbffU5xkl5eV5YcOinL52jTIYBKN5/WdmUoexoqVFCpsX c57J+05lFgQ0us/keNSDsmMySW7/fKCgM0DUSoPXB6oPmO3gbaeUSNboqEwFxRxcNxYYGR4pq3DQ A4msMBMN8Zm3o8LEt24rkxzM9yqlD7+CQ5iC+xYyVd2guoUFZhKz7zMLvAGtcr/1152DNpZJhCMz 4m820CH0a0NWuEasaJ9ZEvzqvuOvSwcd1pZlcjPlM6bB8LKw6+lPHpd7Ppal8vwEJp1M0GYLcvDW 0CO5GovkGU70jTebjBgT9VxnoJhk35/xNIQP07D6vdF3EQKY8krwKzZU3MDx6htjCVT9TmIL+Pwb VRtdJbPhzh14xrKAynBL1Gy1Mfsw34tx096/9AuA/oX383y4n9NQU0qfebr/9dvnpzf/qupNYP23 f3l+yvaOHyM1t81Y/OPtRzTVlD3wNKHiNwtaHD9XwK8Zqv+a4eX3//zu+enPr/7436+/Kq+O1+vV L387XtdX374Hfne8zuVVff1fx9t/e3767Vub1j8x4Gx3X9cBS7e9No/xdwf8+WHiFw66d7199+dX v/z1/z2oRy0ixtQQ+h9p8Uu6+5fjdXtVUm73Q7Ll/1+oorTPDQplbmRzdHJlYW0NCmVuZG9iag0K MTAwIDAgb2JqDQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9UaWxp bmdUeXBlIDIvQkJveFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUg MCA0MDVdIC9YU3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcg NyAwIFI+Pj4+L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy 0DMAAwUQROMm5+p75iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoNCjEwMSAwIG9i ag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMjg3L0hlaWdodCA0MjAvQ29s b3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NN YXNrIDEwMiAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAzNzM+Pg0Kc3RyZWFtDQp4nO3B MQEAAADCoPVPbQ0PoAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAeDeE3wABDQplbmRzdHJlYW0NCmVuZG9iag0KMTAyIDAgb2Jq DQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAyODcvSGVpZ2h0IDQyMC9Db2xv clNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVy cG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMTQ2Nz4+DQpzdHJlYW0NCnic 7dTdSmoJAIbhXf5riGgIgi6JAi2jCEFcnQiC5omggqCCP6jN/V/C2OyT0V3vnA6s97mEl4/v1y9J 0v/Ylb78FOf6JBZtXwm+C3SKE4vHE8moS8TjsT8DnZYTT6TSmWzuJspy2Uw6lYifFnSZJ57M5PKF Yuk2ykrFQj6XScYv8nzVyeaL5Uq1FgT1qAqCWrVSLuazl32uYolMvlQJ7huPrefoaj027oNKKZ9J xK7Ox5PKFSt3zZd2pxu+R1XY7bRfmneV4k3qbD6nPOl8ud58C3v9wfAjqoaDfi98a9bL+fRFnkS2 UHl4Dfuj8WQ6i6rpZDzqh68PlUI2cZ4nmS1WG+3eaDJfLFdRtVzMJ6Neu1EtZpNneWLJXKn21OmP 56v1ZruLpu1mvZqP+52nWimXjF3kuQ1a3cFksd7tD1G1360Xk0G3FdzeXOa5ua0/h8PpcrM/Hj+j 6Xjcb5bTYfhc/z7P+3C22h6On39F0+fxsF3Nhu8/5vmYrXaHqNY59TnsVrMP8/zAPMg8yDzIPMg8 yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8 yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8 yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8 yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8 yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8 yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8 yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzIPMg8yDzI PMg8yDzov/IMZ6vt4RjVPp/Hw3Y1G/6YJxxOl5v98fgZTcfjfrOcDsPv8uRug1Z3MFmsd/tDVO13 68Vk0G0F3+Qp1Z46/fF8td5sd9G03axX83G/81Qr5c7zXCezxWqj3RtN5ovlKqqWi/lk1Gs3qsVs 8vosTyJbqDy8hv3ReDKdRdV0Mh71w9eHSiGbOM8TT+fL9eZb2OsPhh9RNRz0e+Fbs17Op+MXeVK5 YuWu+dLudMP3qAq7nfZL865SvEmd5Tl9cyKTL1WC+8Zj6zm6Wo+N+6BSymcS/37mf+aTzOaL5Uq1 FgT1qAqCWrVSLuazyfPx/O6TyeULxdJtlJWKhXwu80edU57reCKVzmRzN1GWy2bSqUT8+jLPr6ur 61g8nkhGXSIej11fXdb5HegkFm1fCb6L8zuQrn6KI0n6n/gbvmMh4w0KZW5kc3RyZWFtDQplbmRv YmoNCjEwMyAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNTUxL0hl aWdodCA4MTgvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ZpbHRlci9E Q1REZWNvZGUvSW50ZXJwb2xhdGUgdHJ1ZS9TTWFzayAxMDQgMCBSL0xlbmd0aCA1OTAxNj4+DQpz dHJlYW0NCv/Y/+AAEEpGSUYAAQEBAGAAYAAA/+EAWkV4aWYAAE1NACoAAAAIAAUDAQAFAAAAAQAA AEoDAwABAAAAAQAAAABREAABAAAAAQEAAABREQAEAAAAAQAADsNREgAEAAAAAQAADsMAAAAAAAGG oAAAsY//2wBDAAgGBgcGBQgHBwcJCQgKDBQNDAsLDBkSEw8UHRofHh0aHBwgJC4nICIsIxwcKDcp LDAxNDQ0Hyc5PTgyPC4zNDL/2wBDAQkJCQwLDBgNDRgyIRwhMjIyMjIyMjIyMjIyMjIyMjIyMjIy MjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjL/wAARCAMyAicDASIAAhEBAxEB/8QAHwAAAQUB AQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQAAAF9AQIDAAQRBRIhMUEG E1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3ODk6Q0RFRkdISUpTVFVW V1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLD xMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEBAQEBAQAAAAAA AAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSExBhJBUQdhcRMiMoEIFEKR obHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hp anN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU 1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwD5/pwUmhRk1pWtr5narhByZEpc pn+UfSjym9K6FdMyOlO/sv2rf6tIx+sROc8pvSjym9K6P+y/aj+y/aj6tIPrETnPKPpR5TeldH/Z ftR/ZntR9WkH1iJznlN6UeUfSuj/ALM9qP7M9qf1aQfWInOeU3pR5R9K6MaX7Uf2Z7Uvq0g+sROc 8o+lOW3ZugNdB/ZftU9vYrE3zLSeGkkOOIi2c19lkH8JpDbuP4TXoNrpNvdgdAaunwiHX5EzXJNu HxI6Y2lseYeQ3pR9nb0r0G58HypkhazJdCkhOGQ/lWftkaezZyPkN6UeQ3pXVDSh6Uf2WM8imqqF 7NnKeSw7UnlH0rsBoocdKhk0NlPC1tBxkZyUkcr5R9KPKPpXSHSsdRSf2X7V0LDt7HO66W5zvlH0 pRAT2rof7L9qcum4PSh4aVhrERbOd+zP6Gk8hs9DXZ2+j7xytbFj4N+1sDjiuSTcHqdMY8y0POFs 3YfdNIbRx/Ca9RvvDEOnoBgE1Ui8OLcqWVf0qPaorkZ5sYGzjFSrZSFc7TXocPhHzJxuXABqbVNA itYgqAZqvaRewuRrc80+yt6UwwMO1dumhFjnb1pl14eKLkCqTTE00cX9nY9qeLR8Z2mumTSW8wAr XS6d4ZW5jC7eT7USvHcSV9jzNLV2PCmke3ZTjFep3XhJdOiZ5FxmuSudNBmYgcU6d57Cm1Dc5YQs TjFTGzcLkqa6vTNAN5cKFXPNb+q+GVtLQHbzj0q5x5dyYy5jzAwsD0pPKPpXSyaZ83Smf2Z7VtHD yauYyrxTsc75R9KPKPpXRf2Z7Uv9l+1P6tIX1iJznlH0qWO0kfkKa6Wz0N7q4VEXOTXZyeDBZad5 rpgkelY1Icm5tCXMeTPbMpximCFicYrqrvS9szcVb0bw299OFVM5PpS5Ha7DnV7I5BbGRhnaaa9q ynGDXs48C+RaF3TBx6Vi23gyS+vSqp8oPpWEp2Zso3PNFsZCudppPsbk4CmvXbzwgtuqxKnzfSqt 14TWxtvNkXqPSl7VByM8qa2ZeoqPyj6V2E2k75SQvFVH0vDYxW1Fe0dkZ1X7NanNeUfSjyj6V0X9 me1KNKJ6LXV9Vkc/1iJznlH0p8ds8h4BroP7KbeFK8muy8O+CJLmIyvH8uM9KynScNzSFRS2PMXs 3QcqaYbVwMkV6VqXhv8A0zykTofSqeqeHxa2o+XmuVzs7HRyux5/5J9Kb5R9K6X+zPlziozpvtXV Toynqc860YnPeUfSjyj6V0P9me1A032rX6rIy+sxOe8o+lHlH0rof7N/2aX+zOOlH1WQfWYnO+Wf SmlSK3307A6Vm3MGwmonQlFalwrKT0KFFKwwaK5zcfF94V0WmIDiudi+8K6TS+1dWG+I5sR8Jvxw jaOKf5Q9KdF90VIRXspKx5Em7kIiHpSmIelTAUU7IV2QeUvpR5I9KmNANOyC7IfJX0pfJHpU+KQ0 uVDuyLyl9KaYR6VNS0WQXZAsQ9KVoVx0qXpS4zRyoV2Qxh4W3K2K6PStf8khJBkVge1Ltx0rKpQh UVpI1p1pwejPS7aSyvkByuT2qK80KKcHagx61wNrfT2jhg5wK67SvFYfbHKa8PFZZKOsD2MPj09J GVf+HfJJKCsaSxZG+dcYr08G2uo9ysGJ7VlXujicE7cCvImpQdmenFxmtDggNrgDpV9YkZBwKs3m lPAx2LmqyFo+H4qoVGJwRHJpquMgVRksSnatuOTd0pzKGGCK9ChjJQOOthYzOcMI9KWKJPMGRWtc WgwStLpOlte36RkcE168cXTnDU8x4WcJaGlYaPJdxBoY8/hWhGJdNUoVwa9GsNPstA0cO+0sVrzn VtYjutZ8qMDaWrxK0JTbcD1ac1FWZn3CSXjln6Va0uExzLGFzmtjUbAW+npKg5YVb8K6aZ8zyr93 nmuRwkdClEivtJaCASquM81ytxbS3V4sYBOTXoOoatbzObPIyOBVrR/DkYP2yVRgc06cnHoErM5C bw01tZLK6Y4rHe1iJ2nBrsvGOvRrEbaED5eOK85/tD95lmrWmlUe5m20ti1Lp6feVRxWjo8phlX5 eBVKzvRcXCQrzuOK7O40iGw0vz3wGYZqqqnFau44OL6GB4lvEvYRGmM1x0+nlY845rV8wvetuPy5 4q4AkrBMdaeHxUqO6IrYdVepa8C6QJGZ3XpUvi5kRmiGOK6vw9bJY2DvjGRXF66pvL+T0zXQ8TCp JNmPsJQjZHGlFLdKPJU1qSacyngVWe2kXoK92jVpyikmeNVp1FK7RS8kZ6U4wr90Dk1MysByKtaV aPe6hEijIzzWk2lG5EE3I7HwB4aWdvPmTgc8itHxjdxRK1umBt4rpkSPQdBVl4YrzXlPiHUWvLp2 3Zya8Of7+enQ9fSnAwJU824C46mvVfAHh6NVWaZBj3FcP4d0eTUblX25VTXrlhKlrbLbxfeAxxWu LqRpwSJw1NyldkniGBPlhhUc8cUlrpMGmWPnuoDsK1ILTzk86b+HnmsfU7tr24W2iPyqcGvGlU1u z0FFbIp21ilzNJPKBtHIzXIeILlLy6a2TG1eK6vxHqCaTpWyNsORzXmltcPNctMx6mkoOSvEq6W4 2ezSJMY5rJktQXPFblw+SSaokoTyavDzrxf7sKioyX7wz/sq+lPihRDyKu/uycZqZbE7dx6V0VMX jI/EjKOHwr2Mx0j89GwMA13eneJ7e00zyFUbsYrBs9Al1FiIlJxSzaHJZzCOTIOa5amLrS+M3hh6 K+EnjvUN487gYJqhqlyt8+1QMVo6hpUlvYCXGAR1rn7RHMuQM1l7STdy3FbET2G1ORUH2RfStW6l yNp4NVQwxiu6njsQlaKOSWFoN3kVPsa+lKLNR2q9Gm/pQ4AODV/2hiexP1LDlE2inoKabQY6VojY B1pCUPeq+vYvsL6phu5jT2wVTxXNakgUmuzulXYea4/VfvGq+t156TRP1ejD4Gc+/wB6ilk+9RSA WL7wrpdL7VzUX3hXS6X2rqw3xHNiNjpIh8tS96ji+6Kkr2lseRLcWikopgIaFFLijFArAaSnUhoG FIaUUUCGgZp3QUdKBzQIQc0tHHSlxQUhDzSYKnKnBp4FIRzSC1jQsNYnsmBLkgV1+neIor1QkhAr z84NIryRnKMRXJXwdOstUdNHFzpvc9Te3glTKYbNYt9om4FgMVh6X4iltCFkOR7111lqtvqKjcwF fP4nLqlJ3jse3QxsJrU4+S3mtnPynAp8cyvw3Brs7qximTCKDnvXN32htES6da4Lyi7HZoyqY8jj mn2l0LKcOBgiqYlnt22upxVmNY5uc81rGZDiX9W8TXV3b+UGOAK5vT98msRM/J3VrSQBR92obeJY rtJfQ130MUqcbWOWrQc3c73UV/0S3Vh8pAqSfU7fTNKKxEBiO1YGoa559mqDqorM061vNYvVjOTH msOdylc1UbKxf0CwudX1n7Sc7N2a7rxFrcemaattE3zYwcUot4PDOjFgB5hWvLL/AFx9Q1YrI3yk 1NeorWigpx11LNwGvWaRznNY1zpG4kqa6o2yraq0fORWSxY3ax+prnhTlubOS2Lvg7w6z3AncZCH NanjLUiyLawt93ggVrQXUGi6VkkBnFYtnpZ1eWW5fkdRSkpXBW6nLi3Plhv4qnsonN7GvvUl+xtb l4gOFq74fX7XeI2OhroUKrRF4JnWXxNnpK9siuIllBmLHvXX+KrgLZLGOwridu9cg1mrXtIbb6Fh Wicc4prRRE8AVUMbA8GjzWTrW8VFfBIzbf2kOm09ZOAOTXX+DPDaxZuJV+7yM1z+ko99exqoyM81 6Rfyx6RowCnaxXmqlXrRVmxezp3ukYfiC9N2zWqHgcVwV3pWy4Bfua6fTpvtd4z5ySavX2iNcDew 2gVyLE1abujZ04SWo3Qja6XYFhjcRWr4WV77U2kblM1xN4WguEgR884r0vwxAthpX2h+DtzT9s63 xEuCgtDQ13UEsYfJQ4LDFYdii2sMl3P3GRmqs8smsaocHKKazvF+rrbWP2WJsMBg4pL33YNIK7OY 17VDqOouhb5M8VSSOKNflNYrTM0m8nk1bgLsM5rZ0K9NX6ERrU5uyLzxK461UNhluGpkkrRnrUP2 9l71dCriKbvBE1adKfxMnXTm85TnjNbs0arbIide9YUF3NcZ2KTinx3d20uxULEVdXG1paTRNLD0 4fCz0/wf9isbRpJiu4jvXNeI9Qhm1jdkLGGrl7zVrzT4i0pZFridb8WyXJKI3PrXPJSr9DdNU9T0 Xxh4qtU0dYIGBYDHFcx4Z1dZs7xya87bUJ5m/euWHvWppOpC3mXnAzWioJbke0ud3fszTllHFUhu LAVqWc1te24JYbiKspYw7wcjivUoYvD0o2e559XDVpyuMt4fJg3v3FZl0+ZSVNbt0qyQ+WvasttP JFRQxFKc7yLrUasYWiZxkPrShz61dbTmx0qJrCRe1exGtQasmjyp0K6d2ULhzt61zOp5ya6q4t3C 8iuZ1VCM1yYypBK0TpwtOd/eOdk60UsnWivLPRCL7wrpdL7VzUX3hXS6V2rqw3xHNiPhOli+6Kmx xUUP3RU3avaWx5LWowClxRRTJClpKKAA0mKKdQAlIadSUCEpelGKKBjdvOadmgUUAL1puKcKUigY ykHWlpcUE2EKg9Klgnmt2DK5AFR96UnIwOtKVmtS4Np6HU6T4mbesD8k8V2Udi9zAJmXg81yPg/w 4Ly6SecbVBzzXf67qdvpdiIocEqMcV89j6dK/urU9zCTqJXkcvfaWkxKhMe9c/daVLZtuQk1r23i Jbico3BNa32N54/MCblNeVOhOGrR6EKsZnFpeHOyUY+tTFUYZQ5rXv8AQxOCQu01gSW1xp8nALAV mptbluNx5Rgfm6Vv6FrkWmdUGfWsSK4WcYk+U0SQd05rZSRDjbc7y61KPW9OkZ3xgcCvOYdOSa/l bONh4q2k80MZjDEA9agw8YZlPLVUY66CujrfDVsdQY2/3gOK3ZfBBEwmC9Oa4/wvrv8AY05aTvXo Vp46tLjAZlGa6PYTa1MXWinocr4h0K9n2JGrbVra0HTJrXS2RkIbFdPDrWnTjLbTmr0M1pKP3e3b UqEVsHO3qzxbVdLunvZT5RIJ9K3PCGkyQhpJUxj1r0l7PTpmwQhaqGqRQadZSGMAZFSueHUblGWl jy3xfdu07InOK5e0u3VtrivQtK0Ya7fybxkZrXm+G0Lcpit6E6ck+ZGVWMk1ZnnkYSQZz1ps0ALb V6mu9/4V+8I45psXgxxcqWHANc04KMro6ISutSPwdpCW0JuJlxgZGazvFmq+fK8CtwK7W+spLTTP KhXnHavMtT0nUHuWfy2OT6UlSlV2BzUdy94Ptne6DnlQa6PxZq0VrZ+VEQHx2rH0AXVjbvuiIbHp WDerf6jq+x0YoTWVbmhoy6fvaom8PabLrGoLM+SoOa7vWbwW1pHZQnnoQKbpllHoGlGVhhytZulR yanqElxNnYpyM1mk1qim03qXU2aNprXEnDOK86vnfU795GOVJ4roPF2rm4f7HE3C8cVz9uDHGM9a 1j3RL7MqSaV83FNeP7KlaomHeqN7h63ni6jVpGUcPBaoy5WaUcCqjI28KR1rdtLdWHIqSTTlMobH Su3C46nFe8cmIwc5PRl7w9aRxW7NKg5HFdN4T0SG5v5ZpIwUHPSsGJsiKGPvwa9CtY00bQGnPDMt ZVcRGozanSdOOp478YLuCKVre2AXHHFeM4JGTXb+Pr573V5XJyuTXEsTjFTC1tAmJj0q3a2/mHOa qqcVf0+CeWT5FJBq5aBBanQaO00cyoHOM13RhkhtBKSeRXIafYTQMJZFIxzWrdeI1eMW2enFYckK jsbOTirlwXpz1p39o7azY2DpuFL1PNepDKKco3ueXPM5xlaxqjUwRyKcNQRu1Y9GSKUsma+GQLNV 1iX7q4jZDwK43WWUk4rdnYlDzXM6jk5rnngZ0dW7nRDGQq7IwJPvGiiT7xoqCxYvvCum0rtXNQ/e FdLpXaurDfEc2I+E6SL7oqaoovuipscV7Udjx3uJiilpKYCUtGKKBBiilptAxaKBSnAoASgilFFA xMUlOpO9AgHFLSdqUUaBqJilooJwM0DQhIUV0Hhnw/Lqt4jFDszzWfo+lzapeoiqSpPPFewWdva+ GNI3tgSba4MVieRWR34XD87uzL1WEaJaLHb8NjnFcrcTT3WfNJIPrW8l4dcu2/iGeKdeab5YxtxX zVaU1LmZ7lOMbWOSg0wfbUcHAzXo9pqFpZ6YFYgsBXIy2piUsDWa1w7MVMn4Zp/Was1ZrQPZwjsd E2pR3NwwHAzRNawyJ0DE1zqx3BO6FSfcVbgv5rdgsoP41lPlZcbohvNDJJdPlqjHLLat5bqSPWur imS5QHNV7qzicYC8nvWOxruY3lRTruyA3pVaSF0PTirc2lyW7eYrHHpSJc7/AN3ImPetYzM3AzJ4 t68cGs8C4hlyHIAro5bNWG5GzWXcwyA4212U8TKKtc550E3cvafqc3CmUj8a6NPE5061IEm5iPWu J+xzLEXXOawpb27juSsoO0Gs+fW6LUbKx6r4d8RTXepBpZCFJ7muo8WahEdN+SQE49a8c07VFQAo +GrYl1Ka7h2s5I+tOMnKSTJlFpXRoaP4wGjXJPqa6+0+JMM+A2BXkF1bMXLAVU3Sw9CRXtRwdKUL xep5U8TUjO0kfQlv4vtrghQwya20u4fKErYANeH+Dba71C6RiTtU16B4h1H7HYrCr4YCvLxEZUXq ehScai0OsGo2MzbWdT9adt02TqIjXj0d/c7tyynn3ra0y7uXO6WQgD3rCOI8jb2HmejmwsCvCIAa qjStLWXeAm4GuRm12bBjgYuR6Vzmo6/qFrJklgT2q5TpvcSpzWzO68XeSLIbHGFHQV56vi0Wcb28 YwemaqX+uajdW/7wNtNc75e9y7dazspPQpRaWpYmvWlvGmc5yasLeIwrNcKeM0zaB/FXoRw+Ga1d mccquIi9jaEiP0aoLpgB1rNjco/3qmuJBIowa5cRhox+CVzoo1pT+JWL9q+FyK0rYG5yAKwYZjGm MV0ugyR5O84zXP7GUVdm3tImt4d0kzXoZhnaa0PH+qi100WsbYOMYrU0A20Cyys4HHFcB4jlfWNd MSfMgaspNxGrSPONa0+SWEzsvXnNcPP8shX0r3XxHp8NvpKxYG4ivOf+EQlvH81FODXRRqpbmc4d jA0TSH1S5CgcZr0zSvD9tYKu9RkVm6Vp66O4UD5zXUyWsz2ZnORxmtKj5kEIqIl9FZtalVIBxXnW r2QjuN8bZ5rXFxJc35tzIRzjrW2/g+5lt/OClhjNZRfI7mjipqxzemuxiCtV9hVWWNtPmMbrtxSr ext3r3KGY04qzPJrZbOTumTgGlApiys3KDNDzqo+Y4NdizCg+pyPLay6Edyp2cCuZ1EEZrqPtETj BIrF1WOIqSCK4sTjIVNInTQwc6esjk5fvGilnADnFFcJ1iRfeFdLpXaubh+8K6jSQOKqNWUNUTKm p6M6KH7oqemxKNgqYKK3jmM1ujB4GmyMikxUpXNRlSDWqzPujN4BdGFGM005p0YJNarModUZvL5d xMUban2U3FWswpMh4CoiI/KM1fstMe9jLqMgVTZMqRW/ompJY2rIw5IoljoW0CGDl9owrmE20hU9 qi6ir19ILmdmA6mqpjwKqhioy+JirYZx+FEWeaKdt5oOO9dXtYdGcvsp9hM5op6qp704xUe0g+o/ ZT7ERqWztZL25WKMZyaFh82QRjvXpng7w9aWluLudhuHPNYV8RGC0Z0UMPKTuafhzRbfQtN+0TqA +M81x/inxFLfXD28TZGcACtXxX4kMpNpbNwOOKg8K+EjqNwt1cj5evNeQl7R80z1NYq0TY+HmkSb POnXA65NbHiaa1t22KwzT9Y1y08P2Jt7cgMBjivJdX125vrpnLnGfWs50vrGkR+1VLWR1k6iaI7D nNc4+mXDagqrnBNO0fV2LLE5yTXWQARMs7p71i1UwmjRrGUa+qNnTtMttL0fzbkDdtzzXJOYdTv3 WMDGan8Ta7NNa+VESABXN6FqBguMt1zVQoqursJVXT0NrUFOmAYatTRSL+3Lt2rA1mc30qqD1rod KjOn6WSeMisPqqbsaKvpcimCCZkLZx2qncWizghFx71z17q8kN+7bsjNaNj4gjkAVuDUyy+sldII 4ym3ZiGCWybJJYVPEYrojzAFq+DDMu4kNmq09mZOY/lrkd4uzOnSSuiVrWMJ8gyKzLvSILxSPLAb 1xVyGZ7Q7W+are+OZdwO00JvoS42OAvvD89i5kjyRUdtqEkZ2SgjFd46qcq67hWNf6FFdgtGAprV VCSnFPFMvBBJqKSyEs6jHBqjLYXOmPkAkCp7XUgxHmfKa6KeInD4WZzpQluj1LwrFaaTp5ckbsVx /irWWmvHw3y5qCHVJTHsWQkfWs2+tmny5OSa6qLjVf71nPVjKC9wfpmoM86A8jNdHqeqCCBIoeGf jiue0az2KzsOnStfRNPk1rVlVlJVGqsXTpRX7sMNOo/jO18H6MVtDd3Q3BhnmqOu2cN3fExoCqn0 rptRu00rTUtI/vYxWNFtgtZJ5/4hkZrzZRidcW7nK63qNpHaC3WMBwMdK5I5cEgYFamoL9t1RsD5 c02/tRbW3Arpw8Yt2ZnVbSujnJFYSHmoyHx96pZM5yaZ2r6KOEpOGqPCli6qnZMfbW8k7YBqea1l t+Tmr/h6MSS1pauiKpGK8bHUo05JRPUwleU17xzIvCvG2rdtc3zHMMbY9hTbW2FzeJGFzk17Povh qwsdE+0TxrnbnkUqtFxgnc0p11KTTR5JJ4hv7RDG25c0zStbNvcNPKMk9zXQX2nQ6zrDRQRjaD2F Qa/4bh02y4xuArz5abnYrdDD1nWf7SkGD8tTWmrQ2VmVIBOKoaRpQvZtpbHNXdX8PG1hLA5AFKPo VyopaW/9oauHPK7q77WBFDo+1cD5a820OcWt4cnGDV3xN4oPkeUjdq3im9jKorHH6ndPY6n5yHo2 a9X8FePLK50029zt3Bcc14zcz/bFy3U1Wgaa1bMLlfoa0dNMiNSx2/jW8hn1F2t8bSe1coruMHNJ 9peUZkOTUBk+f2qPZtFOomdVpGoRpEwkwTiqqn7bqDAHC5rDS4K8A1PBdNbsXB5o5QU7G/JpZBO1 q57VIpYyQSamHiJ1fBNUb/UxcfjVRjZkzndGPJncc0UOcnNFbnMOh++K6XS93GK5qH7wrqNIkK4+ XNJxb2GnY6SDfsHFSneO1JFcNtHyVN5xYfcqPZSHzxIlkPpS7smnjGelO8tTzUunIrmQ0ICKBgVO iJj71L5SZ+8KnlYXQxeRTsCnbExw1JgDvSsx3GEc0meeKVge1NGfSiwJj9oo68ULk07FG2w9xpQV WlhLHireKQ01KS6isuxTELqetS8halxmm4zT5pdxNIZbyGOXce1bX/CR3KQeVG5ArJKiomdUPNK7 YJJFpLtmvBLJzzzXc23i1rWwEUC4OO1efCRAN1W7bWLdRtcCplKTRpCKNDUL2e/lZ5STmsWdcZAH NWJ9WhJ+Uil0+SG5vUDsNpPNOjVq0vhHUoQqfEb/AIO8PTahcLM6EKDXca21tZwrApG4cGo7fW9O 0XSQsTLvI7Vwmo64by7aQy5BPHNKvXq1NxUqMYfCbN1axzwkgZzXMy232a5z05rY0/VYiAjuKuTa XFeDzVcVnTr1KRcqMZbmfZwm4uou4zXR+IZBa6Wqp1xTdF0+KPkkZWqXiG4WZvL3ZAq41/euyZUv dtE4K4LSykkVDh4zleK6A2kZXOKpzQqrYAr2aeaUFGzPKqZfVbumR2WrTW7DeTiuostYiulCkgGu bWwWYZxT0sJI2/dkjFZV5YOut9TWjDE0n3OudYtueGJqk0L7twOBVKzuZYmCSZNdDHYvcxeYAQK8 OrRUH7ruerTm5L3kZ6T/AMBGfenGLHzBvwqSSMRMU25NRiNlO4nj0rBstxtsNdYpkKSIDXP6j4e8 wmSHj6V0ZIfgDFNw0fU5FUptCscLvuNPfaykgVoWuoJO6qzda6S5sbe7jIKDcax08Jyi5EsedoOa 1jUuTYu3MiWduCP4hXS+D7+3s0aU43GuK8Q7oIUjY8rUugzNND8rdK0UmtwcUehyv/ad95rHKA5r E8X60kVuLeFsY4OKoJrv2QNFnmua1OSS6maRiSDVUqPOzKpU5EaGmTJMVJPzVY1j/VAVztjO8U6j oM1vXsoaFM967KuGeHXMjCjXVV8rMWSz3pmqEsDoDxXRvCTCGWoDEroVYc1rh8zcdJmdbL4yd4j/ AAlEWkbNW9cwHZe9XfC9mIi7VT1KM3Gq+UOQTiscZiIVGmjTD0JU1ZkvgnR2vr8SMvyqc13HjDWP slmljC+DjBAqTQ7WDQdL804DsvFcrfW9xqmovcuD5YORWdSspQSRcadpXNLQ7ePT7Y3cv3m55rmP FGoSXM7YbKnpW2ssl3EbZcgJXO3UIkv1hY9DzXDKo2zpUdBmgaNds3nKpC9av6y5EDRufmArtLS9 0/TdF25Xftrz3U7tbu6lYH5TXS580bWJhGz3OJIIvmAOMmqut2TpD5rDINWblvL1EY9a1dUCXGlD jnFVTuOqtDzwN2pc980TIUnK470hXit7XOUXdmkzSAYpMGnYGOJxShiRzSBfWkPWk7ANeIHnFVZU xVw8CqspzQiStRQetFUInt8eYK7TRTCgUyYxXFW3+tFdDudbX5Dg4poTPRbWbT5FA3LmrZtIHGY8 GvLrWC/8trhXbaPeuy8Lao9wpjlPStCTbOmq3Son0puxrT8yPs4zS7vU0rsDG/seX+9UZ0qYdzW8 DkcNUD3Ucb7GYZp3Y9DFNhMo6mo/IlB6GuhKBxu7Gobho7eIyMOBSv3AxcSJ1U00ysP4K1LK8t75 iqgHFXTbQ90qXFDTMON945GKD1qze24RspwKpkmsZxS2LQ8Gio9+KdvrIsXFJjApc0ZoDYYOtRSw FzkVNTs0CuVfs5CYrB1MPE/y8V09Yurw5Oalps2hrsYoml9TViK7njIKMQaiEVSooFQ4s6owZYk1 S9kXDyMR9aiW8nz940nBoAFCTL5Swl/OpyGNbNp4puLaLYzk1zxFJtB609XuHIjr7bxpJCrDd1ql L4ieaUuzda53YvpRimoh7NHSDXeMZph1YMck1z5oBNPlixezOoi1tU4zVmPXE7muP5pMuehqXTiL kZ3ltq8El0gYjrXeprFlBpw2yLkj1rwYPKhyGORU39p3pG0yNj61PIlsS4NnqjaxbNcElhyasgw3 C7hIPpmvJFvbjruOatwa5dw8eYcfWs3RTGoM9LMkQbaGFPAQjO7Nec/2/MedxzVi28TyRH52zUui PlZ6FFEHbAOK17VVtoWMleZf8JcVkUqelX5/G4lgVAeaI0miJRYviofap2Cd+lZVjJNpEJZwcGmz a4k8qsfWm6tq8E9qqKBkCtVFmdrDF1Hz7ku3c1fWdWGK5uIhsFTitCGcKuCaqLlF6EtX0ZrxQI8q ketXNRBjhWsW2vxHMMnjNaN/qEc0S4Ird15yVpEKjGOsS5Zz7ogrVO1ssn3TyayYLuPywARmpYtR 2XSDdxmueXKtkaK512iWklvBIzA4xVGxhE+tMx7NXRwXltJo/wApG7bXKWd9Hbai7Fh1rGavsVFH aXttNerHEhO0dabrctvpWkqgwJMc1nWniu3h3bmHtXJ65rx1S+CB/kz61UYkyubmlXa+XJJjkiuQ 1K9aPU5HB710w8mx0sMGGSK466T7Rd7hzuNduHoUm7yZzVpzStEs29zeakSisSoqrdb7V2Qnmuo0 ayTTbNppB1Fc1d/6dqEjL93Nb4mdO1oBhYTveRzV2373ee1Qy68pj8kn2qfVF8tnWuKuiwuGx61z U43OmtKxqXLoSXB61VBLciqPmOSATWnb48rmtrWObmTIPM2tg0ecM1DOf3pxUO4k0yS95oNLuBqk CQKN5FFwsXWII61VlxTPNamM5NCEMPWiiimImt/9aK6P/lzz7VzcH+sFdOozYZ9qpCY2z1ry7d7Y pnPFa+kFba2eVTgnmqmk6XDcWcspUbhVRZpI/MizwDirINW31WY3RYyfKD0zVy88TMAEQ8isSw09 p8vvxR9mWO/VW5GadgNeDxPKjBXzzWdfa3O+oIwJxmp762hE8e1RUVxbRG8i4FAHSL4kMNqmV7U2 fW0v9PdehxWbqTW8ECKACcVjmUqPlGAaVh3Nvw9ci0kkeQ8Zro4tdhuH2gjNcKgkaElKXSvNN4Ax I5osJM764PmR5FZY4JzWvHD/AKGD14rLdMOaxmjSJFjvSUpoFYGqFpaAKOhpALikFOxxRigd0Jjm s7UlytaQqrepmImguD1Oc/ixS0MMOaaZFzjNB6CatqOzRQMN0NHSgpWEJoOaMU6gBB0paMUUCFxR inAikzRYLAFpcelGaVaYhCM03ApTwaTNKwhcYoKg0o5FJnmlyoeobRSNEOtOpN1HKhakQXmnbcU7 cDRTtYLXEyQOKbyetPxSEcUJmbQ6BypwDVks2MiqcYIerwAKVSRFiNGYnrTy8nc1Egw9TE1Wg0hU kkX+Kl+0Op3Z6VHzTX+4RSaQ7F6LxhLboYdxx061XGryTSmQN1rnbiH99nHWrESNEAe1JRRm7mzN fTMOGNNguW3ht3zCqMsp8vgU20378mnZDVzoW1W4lQRsxwKfBc7JFZuxrOQip15rOyLsnudLea39 pslhTjjFZ9uRAjMepqjGQpqR2ZlqeQdl0MnVEMruw5rkZ7WQzt8hruWj5+aoms4W52jNXB8pnODk efSwPG2SpqxHKRHiuvn0iOboBVGTQMDgVrzJnO6Mkco7Zc5pvFbsvh6TORVSTR5o/wCE1XMjN05I z93FHWp2s5V/gNQmKReqmndMmzGYppp+1u4ppFBI2iiimBNbj94K7DTbc3NsIx3rj4Gw4rsNEvRE V4poTOo0vSGtrN4/71Um8LuXZsdTWxb6wuwcVbXVkNaai0OROiXkE+1Mhal/sGfz1kYGusF/CxyQ M0/7ZC3pRdi0OWudLkaRODxVS/06ZGWRQeK7XzYH5JFOKWsq4YijUNDzadLiZ1LISFoljeVQEjIx 7V6L9hsTxheaBpliOm2lcDg7UPAmWQ4qm11I2oKIkI5r0dtMs2XHFVl0CzWXzABmi4WLOnFmsF39 cVn3a7ZDW2qxogRSMCsjUVAk4NQ9UUililpeoFGK5bamqYo6U0jmnUYoHcBS4opaADFRXC7oTU1N cZjIouVF6nKXK7S1c9czSpKcE11GoJiQisqaxEnNaJo6pQlJKwzTpmkUZq+x5qC2txCKnI5pOxrC LS1DNFKBmlNQaDQaCKAKUU9AYA04c0wjvS7x60AO6UUD5ulLigQD3oOBQfam0hiilxTaXNAg70Y4 opCTTJZAx2PU6/MoqCRSxqWMECm7EQ5r6kh6U3tQaBUlsReGq4n3apH71WY2yKtMmQNw1SD7uajf rUg+7VWJQU2RkRSSwpk8vkxk1yt7qMskhCtxRa5NSoomhd3SNOAD3rXgVXt1JrjI5WMqknvXY2B3 W60NWIpz5iUxqRjFKEC9KlwDUcvyrUmjSANjvViI+prKMp3damjnNRcSZsKM1OozWVHfBODVtdQT FTc0LMkfFQEYpftSyd6bvBPWmmKwm4rT9+RTDg96bmqHYkBBpGWF+CBTQcCo87XyaQEpsbdh90VD Jo0Ei5CirsfzDNPLlRgUtUPlT3RzN3oK4JUVzV7am3civQZ3Oxs1xmrkNKaunJs5a9NLYxKKU9aK 3OMkh+8K6fSdvGa5iH74rpdLU8VMm0NI6mFUKjFTFR2qvbKQoq3is/ayK5EN2N2NJtfsafgimktT 9tIXs0JiX+9Sjz+zGm7mNODPmmq8g9mh4W4P8RpS1yv8Zp8bNimsWJp+3YezBZLgc7jUn2ydeCTT Pmo25601X8heyJReyY60zLzHcxpFCjqKcW2jAputdByWE9qTBzTlGadiud6miEpDS4pDQFxKeKaK cKAFBoI+Wmsdi5qKO5y2CKCrGPqibXzWeDWzqY8wZArDJOcUmztoydiTrRTRRRc2FpKWincEJ3p3 Sim9+aQWHkZXNZty7huDWjnIqpc25cEirTMpp9AtJ93BNXetZtpCyNzWj0FIcbi4o25puSadnFIs XbSYxTgaYzYNArodSYpvmDHWjzBRcOZDiBSUnmA8Zp1F0K6ENHalIzQeKAGNUsJqI06I4NUiWTSd acp4FI3IpqHmqTJItRXdAfpXFzDEzfWu5uRuhb6VxV2MXDfWrTOeuiKP/WD612WmA+QufSuOiO2V c+tdpp0qNbqB1xSkFCxbbihIjcHYO9IwNTWJxOv1rOWx0NCTeHpUTzACaoG2eM4KkV6TBGr2i7sH iqF3pEc6nYuDXI6mpDRwRjBNSi1kIyAcVfv9HmgnG0HGa6HTLGM2BLgbgKtK4lKxyaRMvU4NSqrk 9aztbunt9RKJ0Bok1hILYEn5qr2U+hXtYrc1QrVIq7eprLsdWW8GFPIpLq/aJitFprcaqRexqM6L zmoXuEJABFYyzy3JwpNL5ckUgLtimpPqDmdNAf3eaf8AeNQ2bK9uOc1De3ItlJzTepSkPukwh5rj NVGJDWnc64NpGawLq6M7EmrppmFaaaKTdaKDRXQcRJD98V1WkYOK5WH74rqdHjYlcVE2ktSkmzqo VG0VYwKZDA3lipRbvXO6kTXlYgANGwGl8lxS+Uwo9pEXKxNiikKCnCNjS+WRRzxHyMRQMUuBmmEN 2pQrUc8RcrJMDFNIFN+bNKVahyQKLF2ijaMU3mjDUXQNMcvFOqPBWgZp8yDUf0pDUbsU60KS3NF0 CXclApetRNIAKRZgTjNK6CzJcZ4NM8lQelL2zmgSCncWxWvYh5JIrmmJEpG2urkJcbduc1CmmRt8 zLjNROcY7nXQuc1k/wB2lB9q6N9NjHQVVk08KCcVHtYs6NTGyTRzV0243cCl+zg9qaqRFqUuaUji rTwBRUJGKpTiF2Q9DTgKkWME9atwWJl703OKDmuUMAdKbyTWrLpZUdai/s8gZo9pHuF2ikBxSVO0 DA4p6WLydKOeL6g5NkC4psi571e/stwOtMOmSMcA0c0SGzNMZ9aYUYVsnQ5lXcTVSSzZTihNEWZn DdmrUbHHNSLakdakW0brT0Q43It1KPmp7W5zik8orTuirsYQKVRg01onBzTlbjFUkLmtuTZytRJ9 6ngcU0L81Wh7j5OYm+lcbfqRct9a7XC+WcmuV1eNVlJFVEwrrQygpyDXRaRPsXk1hCRdtXbGQs2A ackYUpWZ0guw77RViCTbMpz3rMhTy/mNI95tbIPSpaujp5mej2V5i3XJzxVyO6WTgcVwOna+qYRz WwdVXbujNcUqEr6D5jp51haMmQgnFULN1ZpEDgLWDNq0kiEA1mNe3SsShIzWtOk1uRJsZrliiXzu zA5NcxeWbyNlTxWve/apzuYk0WMDyna4rqRzNN7mTpiyWk+SDzWxf4kiDheTWk1hFCu5gKrm4hLb CtKSRcdCnpTCM/MKTVd8hynFbVvp6SrvUYFY+rzrbSBB2rK3Yq7HaLczK2yTOKk8RORF8p60y2u4 DbZUDfWfdXJnkwx4FNOxW6DRfD8uq5diQB61W1jThYSmMdq2bbWxZW2yDg1h6leNdyFnOSaqMrmc 42Mo0UN1orUwJrf74rs9ETO2uLg+8K67RJCNtHsHV0QOqqerO4t4SUHNWBHjvWdDcvsAqU3D0v7G q9yXmVPsWzF70GMYqoLh+9TWkplvFQ9zUSyirFXbKjmFOTtYa8bDoKRYJn6IcfSu8s/C5uzG+3C9 61rnS7CxjEZClq4J0JJ2OxVI2ueWm3ZfvDFIYq6DxBFHbsSg61zZlY10UMDVrfCYVcXCnuSCLmnm LjrVcSsDSmdq6P7IrmP9o0SXYKbwKi3tSbj1o/smv3H/AGhSJGwOTULXKg8LUkEEt7crCgJya6xf B4gtA0o+ZhXNXwdSj8TN6VeFXY4t7pG6im+aCMLWhqGhtayEsCB2rNaAjhaKWEqVFeIVK9ODtIcs Mkn3QTTfs0kZyQRXa+FdGW4tmklHQVm6+kUU7JHjg1rDBz5rNmc8TFK6OdJcLiiLO7LVME7mkIye K9inldNR1Z5s8wm3odFoNnb30qo+MmtvW/CEltbefAMrjPFcTaXk1jOskZIxXqXhzxNDqdoLS6IJ IxzXDictjB3R2YfHSkrM8u8wrOYnXBFb9l4cbUrQyKO1bXiDwd/pwuIFyrHPFaluw0rTfL4BxXNK jh2rLc6Y1au7PNJdEaO/8juTirt94UltLUTY6itIv52tK/q1dN4jfGlIP9moWGjzJFPETseRTWb7 iKqPp8jNit6b/WmoyOM969ZZZRcLnnPMaylZor2fhi4uQCpNXH0O6sRjBJrc8OXsizLGVzmvSLXw 8l8izSqAvvXk4jC+yfc9KjiudXZ5fpPhm91X+Bh+FWL7wZcWAJduK9Wub3TtAtisQXeBXnPiHxPJ duwU8VlHCxqP3SpYqUVqjjbjTCbhY16k1tR+GJre0EzA4xmqWnytNq0RY9Wr0/WgsehJgD7tb1cv ULamdPGylfQ8oktJXkKg9Kns9HuZH4BNNmmdbvavUmvSfCNikdg090B0yM0VMvUI8ykFPGuUrNHn upWFzaJhs1hSW0jfNjNdr4lvY7q/eKPG0Gq9np6NFlhmvO2drnYp3ORTT5ZBuAPFKg2EoRyK6+YQ 20bgKK56MRyXTE8ZNdNOnCe7M51JR2RmtHufGOtK9hKq79hIrZGnq9ym0jGa7+w0CCaxUOg5HpXT VwsYK6kZU8TKTs0eQbXl+URnj2qvLH5PJFexXPhqytYJHCDOK801WKP7Y6AcZrmUWdCdzMs1+0tt AqLVv+JcmTV21CwSZWoddh+2Qc1pGy3Bp9DlZtZYghTWZNcPOfmNW5rHYTxVXySDjFbqSOWcJMr7 as2shhkBoMRHak49Kd7kR0Z0InElvx1xWY24yHNOsZf4WqSaI7srWSbTOltNaCQKBJya3rYHYOeK 53y5Cw21v2O4RANT5hxiy2FAp2F9KUYphcA0+ZGiRJtQjkUqokZyopg5FKc0XCyHO5k4NV/sce7d iphkUbjUt3C0SxBN5UZRax7/AExryQv61pZFSLJiktBOmmYUGjSRcdqJNElZsgGuhV8kVq29uJI8 gVVrkNcpwMujSIucGsm5t2jbkV6bd2gCnIri9agCscVUUYzldHLv1opZPvUVqcw+H7wrq9H4ArlI fvCus0btXRQvfQwrJW1OljuVVQMVYS4D9qbDbxsATVsRwpyBWkquM6IiNPCvdkJcKMkV0PhbRn1G +SXGEBqPT9CbU13Kp211Frcx6BZNCmPNxXHVxeJjpI6qeGobo6TWNattC0oRoV8wDtXGWGpzarI8 0hOB0rE1C4udQnbzydpPFbukQJa6Y56cVxN1KjOn3Iow9eug8m30rD3+gq7eyLLdPn1quQgFd+Hh i4r3Dkq1MM/iI1I9KU49KeuwUpZK6X9eMP8AZCMGo3bJ2gcmrHyUimMSAmpccb3Gp4Q7LwhpEaxf apcZXnmruoeIFe/WIEbFOK52LXzb2vlRnAIrNgZ7y+4Jyxrkq4bFVNZHTCvQjpE3fFV5FPCnlYzj nFcpbAvOqnvW9q+nyWsKtJnkd6zNKQSalGMd6KNOuk+RhUnRv7yO90kfYtHY9MrXn+qzma+kPvXe 6zKLTTFUcZFefzMrys3rTpUcRVejFUrUYLVGe7vuwKtxRkrmlxH1NL5oHArr+q4v+Y5vrOGX2RTG OhqxYGa2ulkizwe1VTJxXR+HfIcYlx+NYVqGJirykb0a9CbtFHpHhzUY9SsljnI3Ad6yfFdg8Ss8 fK+1YF3eSaaS9q3HtXR+G7867atDdfeI715LlzOzO7ltqjgLKbfq0a4wQa6zxRxpkY9qh1DwwdO1 YXC8JnNN8S3IuLJIo+WA7VtTUm7Nim4paHAyA7z3qzp+k3OozqiI2D7V0Hh/wncajOrupC+9el2u maboFqHfZvArplCrHaZgpQe8TG8N+DobCJZ7rGRzzWhq3iCK3T7LakZ6DFc74k8ana8VuwAHpXO6 DLNql+JXJIBpexrVIkqpBMt6ul1IDLMTg9K466ibceuK9G8Ryx+SkS4yK5S9tA1vuUdq5aUHz2Ts dE5LlvYxNJhkbVYcf3q9Q8RHZoCA9dtcDoMRGqR5H8Vd94nXzNOiiU5yMV11qEoJNyuY06qm7JWO A0XSJdS1VXwSobmu98R36aVpK28JAbGDin+HdPj0jT2uJcAkZGa4jX9Ra/1GQZyoPFcs3JaXNY23 sZhzLKZieTWrp92q/I5rFdyi4FV/PdTkGuyllTqR5jlqZhGDsjqbm0WUFhyDXPXumyR5aPNaGmao ThJTWtLCJVyuDmuWthJYd6nTSxMaq0MHw5Y3d1foGyQDXrxgFtYooHzYrF8H6P5b+Yy10WqvHD95 hgU7K2jNFJ31Rh6llrFyfSvHNUB/tB/rXqeteILaC0dCR0rya91CKa8Zx0JqTWLIwp61Q1G5aJcV e+1IelRTxxTr82KVrl81jm2nEp5FBhUjOK1TpsYORiiOyG7npVXSJs2ZH2XcOlQtY4OcV0v2ZAMC o2tQaXtGhexTOd+ysCNgrQghbZhhWh9mC9qesQHak6ly40UipHbgHOKtIjDpUyKPSpxtAqLm6USr h81OkW4c1MoU1OiLUtlcqII4sHpUottxqyqrUijnilzSDliMi0ppulE2hTAcA1q2EhDAV0KRiSPJ q4tnPPQ87k02ZD0NQNBItd3d2QIJxWDdWpXdxTcpISsYAm8tuTW7pepRqMMRXJ6hvinPXrSRSPt3 K1WpsiceY7a8uIpIyVI6VwWtMC7c1PJqUqrtzWJf3DSE5NbQnc55wsZUv3jRTWOTRW5zEkH3xXWa N2rk4Pviut0Y4xXThviOeuvdOrhbCCtrRNGm1S7UBTszVTRNLl1K5SNVO0mvU4obXwzpeW2+biu2 vieRcqOWhQ5nzMdJ9j8N6VsJXzCK4eK5/tPVCz/dzWfretT6ncPuY7c8VY0FP3gNcUcO5pyqHW63 K+WJo6nAi3cSRjrVnUX+x2AUcZFPmg33kbntWd4nnGxUB7VyR0qWR0yXuXZy8p3SsfWo+9P96Div oqaSijwajvISkIpcc0HmtOYzsMwRTsZFLig8Uc1wsiPGK1/DwB1SLPrWXjitPQDjVY/rWVW/Kzaj 8R1njZMWEZUdq57wtaiW6WQjoa6bxiN2nIPaqfhG12WryEdBXkUp2uj05wvZjPF1x+6WMHpXEH1r f8RXPmXLrnoawRyK7MEmm2ceKlfQbRxTuO9NIya9A4mGKmiupID8hNR9Fq/o+myajfIiqSpPNZVX FR1NaSk3odL4asp9ZIEoO33ro7iFfDkyGL8cVsWVtb+H9OUceYRVZNNl1qYySg7T0r5fGcspfu0f Q0Lxj7zMvWteN/aqiId5FJ4b8PyXT+defc/2q6dPD1jZoJJivy+tYOveKoLGJoLQgY44rGnCp1Ll OC2Ny71Wx0eAxQbdw9K8917Wby+ZtrNtNZLay9zOXlY8+9W47qGQYJFbNVqbTlHQz/dTVlI5mdZW c7skmu98D2YS0eRhjArLW1guLhQMcmuwhhTTdLO3jIrseYRnHltYwWDcXzXOP1q88zVjHngGpbzY touMcisy6jabUGk560l3LIUC4JxXBXcIu8TrpKT0ZLbFYpg69c1sTai8hjMp4WubilZGBZDVqe7E iBQDmsfb827NfZqPQ3NU10z2QhiOOMcVyTQMWLnqavRwsBuOcUhOTgVUJpO4pRurGRJbyFu9QNCy 9q6DauORUDwoc8V7NLNUlytHmVMtcndMxOUO4dRXReH7qS5uEjfJGay5oVANdV4DsEuLsMR0NXVx lCqtUTRwlWk9z0q0iSy0gy8Ahc15frfiCe+1CSKJjhT2ruPGWqrpunGBWxuGK8mhf7M0tzKfv881 4tWXve6etSWl2ZmuXxceWzfN35rnvKB5BqHWb1pb52Q8ZqgLyRByaVm0U52ZqNCw6GmgS+tUI76R jzViK4d2wKLNFKaJi0wpyySCpyhWPc1QhgTSK5kHnsDzTxcY60mF70m1TS1KUh5u0PalFwlQGNM0 eTnoaLlqRZEy0vmA96qGMjvTCHHQ1NmO5eEmO9OFw2etZhMnrSB3Bp2E5GyLlgOtPS6bPWsfzmAp yXO080JBudLbX3lsCa27fxBGi4JriBfoVx3qGS59DVXMZRuegv4ggfjIqjc6talSTiuPt59zctSX b8HDU0ri5bEOuX0MrnZisq3uXxjtUN0Pn65zVm0tjt3EcVrZJEa3B8nk1mXTc1sXKhENYNwcsadN ak1XoVm60UGiuk4iWD74rs/Ddq93cJGo6muNtxmQCvWPA0EVqguJcZHIzWlOfKROPMeqaHZ2ugaU Jptvm4yM1x/iHXZtTuWXcdgPFN1bXpL0+UrfKOOKxz610UKMqr5pnPWqqCtEaRhM10Hh5SRmufb7 ldT4YTcmK7MRpA5qGszfMX7gyHtXFazOZpyM9DXb30nkWTD2rzu5ffcOfevIwkeedz0sS+WNiDFI etOz7Uw9a+hgrI8SW47GRSdKOe1H1qiRM5oHvSjrSkUrhYbitPQkP9qxcd6z0G5gK6XRI47aZZpM cVxYvEKmrM7cJQdR3Og8TxmSKFPUCls0Fhpbdsim3t/Fqd1EkXOKXxDJ9lsFXpxXjRqc09D1Zw5Y anBajJ5l5IfeqZ4qWZt8rH1qPFfQUIWieFVkmxuM0vQUoFABd9gGSa1bsZxV2Ot4HubhYkBO416z 4V0GPSrEXEyjdjIzWR4N8MgRi8uFwF55rprjWbeacWqMAqnBxXjY7FdInr4SglqypPBc6vfjGRGp roXv7bRbEKxG4Cq897b2VpiDBcjtXnfiC9upHYyMdpryabal6ndLWNyx4i8YyzuyRN8vtXD3FxJc OWdiSabMSz5zUfNfR4bDRguY8TEYhydg5FOEzpyCaSkb7prskk1qjmi3fQ2tClmn1CPqRmu88RXH 2fTYxntzXNeCbDzm80jpVnxfeEgwg9OK8LG04OVoo9jDTmlqzKjvInbaOWNdToXh0X37yVfl965v wn4fm1C7WRgdoPevVDJDpsCW8eN3Q4rirYanTV7nXTr1J6WMm68J2bRMUUZFcbfabBBcFVxwa77U 9Q+xWLOTywrzWW/M127MeCa8+pGK2OmLk9wvJ4o4tq1mpMparEsPmsTUAtgG4qLtGhYEe4ZoMJIq WLgAGp3XEe4U+ZiMK9Qp8vc12/gC1e3iadxhQM1xpje71GNACRmvS5Wj0Xw7gYDMtb05XREjjPG+ pNqWoeVGchD2rjdfvFjsFiU/MBzWv5ha6nnlPByRmuH1i4M1665+XNCTuW7JGSX3kk1DJgnFWNoA pgj3NXQtjF2Y63iGK07VYozk4qko2ClDnNK9wVjTuLhGXAqpHIink1XZXI4qrKJAaSWo2aTzqzcV ISpTjrWVEGHWpvMdTxWykrEalgxSbuvWrf2WVId9UVu2yM9qvf2soh2N6VlJJlJyMmW5kSXbzUou jt+YVYtfImlZpMVFdiEuQlHKh88iH7XzUnmjqaght/Mkq1PCscYGeaORAqsgLKFyaZ5kb8Cq7o8g wtRyRm3TJ60ezL9qy3tTsaCp9az4bg7sk1YjnLPil7N9A9r3Hs7x/dNVZrmY8c1ejT96C/3avXNt A0AKAZqkmtxcyZiW1s9y4Ldq2iqxQ7B1FRLJHbRcYzVZ7sOc5pSkOJFePlSKw5/vVtOyupzWRdLh jV0iK1rFM0UGiuk4i1YgecpNd3p1+whWNDXBWoO4YrrdGBVhkGtKcOaRFSXLHQ6yD7u496nqKHlB ipcYr24K0Tx5yuxr/drsvB0JfFcc/wB2u+8FgJaGQ9hXNitYs6MLuHiiUQR7AetcLCPNu9vqa6Lx VeedclQehrA08Zv0+tcWChyps6cVLmkkbFzpAitfMx2qlb6RJcxs6g4FdVdr5lqkeOoqzZQpZaa+ 8DJHeqjipqVrlPDRcbnnskRidlPao/rVm/cPdyEetVugr0qMpSWp51WMYuyEIoopBzWxjoOVtjZr aspDdKIlPJrF7Vf0OUpqcY964cZQVSNzswlb2bsjudF0F7XE8gPrzWT4vut/yA9K9Fbb/YYfAB21 5Br1wZbx19DXj4eg1M9OvWvExcd6Sn44pp4Ga+kjpE8KWrGnPQda6zwh4cfULpZpF+UHPNZGhaTL qd6gCnbnmvT7i6tvC+kbF2iQrXDisRy+6jtwtC/vMi8Ta1Boum/ZICA2McV5gmrzpcNMGOSc0mp6 lLql47yMdpPFVY03zrGO9c9DDJrmqG1bEOL5YHonhWSXU4jJOSQPWsrxVMm9o17V0fh+EafpDMeM rXDa1MZb2Qn1rmqRh7RcqN05cl2YPO7mlNDZzSdOte/TXuI8ScveYtCjfIE9aBzVrTofO1CMY70q klGJVNXkei+E7cWOlvIwxkVhtp82t62wUEpursI7N10+ONBww5rT07T4NKj818bmr52tXu2e9Sgl FGe89v4Y0vYFHmkVm6HcT6pcvcTZ2A5Ga0NUsk1m6XP3c0uo+Roem7IsAkV50qrqbnUoqOxzvizV PMJgRuF4rjPN2sMmrN9cNPcM5PU1lTuS+1etb4XC+3vcxr11S2Ny3mVwBSXRMQ3CodPsZ/L8wg4F Wtyzhoz1FXKhToytIFUlUjeJWjv4+h61aS8Rxsz1rDvLZreUnnFQQTOLlOT1rteVU6keaDORZhOE uWSPR/Dfh7zJBdOOBzVTx1qO90tojwvBxXSaHfrb6CxbAO2vO7ic3mpzvIeATjNebVpeydkelRn7 RXZja1MLfT12n5iOa4eVvMYsetbniC/3TtFngVzxcYqYK5U9SNjzip4o8DNVRlpKtjO3itGZ2sSM opoQCkG7vQWxQhWFeTaKjX94eaglky2KnRlVBVWC7JQi0Mq0itmnHFTYLkTRiomiU1OzDFQplm5q kguNCMg4qMg5zVpyMYqAjJqrE8w2OVkPFEszuOTSnaBVV5Pm4osw5kWbW48pvn6VFqNyJ+FqtPJ8 nHWooIpJG700rDuRqzDitG1jZsEVLDYgfM9TmWKAcUnLsO1y3FAWX5j0qCe6ER2Zqo2oyMcJULRv Kdx61OvULpbDriXeuc1U3kCp/s0jDFRyWzqKq6FdkZdyODVaUk9asBHPAqGZSo5q42Incpmig9aK 1MS3YMBMuema9R8PaMuoW6mPG7FeUQHDivTPA+tNY3EYY/LmrhFt6Eyatqb8+lz6ecSKcVAOa9et bfTfEWnrjZ5hFcV4g8JXNhKzxqSntXfRxLXuzOGth76xOWYfLXb+HJPK0dz7VxSIxuBEVOc12MA+ x6UVPGRTxM4hQizl7+bzruTJ71Hp/GoJ9ailJNy59TUljzfJ9aKcUoOwTleaPQobcytEccVT8UXQ toBGhxxXSafAF0sSnsK898SXf2i6Zc9DXmRg3UO+U+WmYByzlj3pMZpenSl6V9BTSUTw5u7GUmPS nNQKsmwAetW9JGNVi+tVDxWpoFuZtSjbHANY1WlBm1Fe8j0++vPK0ZEz1WvMdSh8yd3HrXZeJ5zD aRop7Vy0eJoznqa+eVdxq2PblRUqdzBfjipLK1kvrpYkUnJp9xbObjy1BJJr0LwnoMVjafbLkAED IzXtTxMVTPMp4eUp6mhpVjbeHNJM820SYyM1514g1uXV7113HYDxWt4w8RPfTG2gb5FOOK5NE2DJ 6muGhTded5HVXqeyjaIuNq1d0a3M+qRcZGapP90mus8GWPnyCYj7tenVkqdOxwUYuc7s6rWZBY6Z Gi8ZFefX2HYt611Xiu4aUiNei1x9xnaBXzKrv2p7jpJ0zPYYam4z1qZ1qMkDrX1FGopQVjwKtNxk NPyrXS+EbD7XfI2M4Nc9FC91MsaKTmvWvBehf2bai4nGOM81jiqqgtTbDU22daIYbayUvgbR3rhf EHiIG7EEbcZxxVrxT4kCI8UbdPSuC0+3uNU1ZJDkrurxo0lVuz1HJwPUtFwNO8+TrjPNcT4n1Rri 4ePdwDXTaterpmjrEpw22vNLi4a4nZjzk1wVeVS5UdUL8t2Vp5MKau+HNFl1W/Q7TtzzSWekzX90 qqpwTXpmn2lt4a0vzH2iQivVpVadGHus4Z0pVJe8Vdegs9H0gRjb5m2vOLWbN2z9ia1tY1CbV7x9 zHZniqsVmsVcE6lOo25nVGnOKsiW4gW6iJxzisD7I6X68cA10SuIx7UzYk9wpXHXmrw+YuleNia2 DjUs0Xp72VLFIo84Iwa53V5RYW5kzhmHNdzILCDTgzld4FeU+LLxruRkiztHTFZVJ+0ldm9OPIrI 5S/uPPnZ89TVJpMcZqOSC5DH5WqBVlDfMprSMdBNsvRk4zUqyMDVTzCB0NOS49RRYC75jUhfjmqx u1FRNch2wKLCuWAA5zT8jpUYkVEzSq6tzSaHcsK2BRu3VGGU8ZpHcKODQkIVo3c/LQ2Y1wetEM5T JNQNI00hxTsIeHJ6mmNLioXEiZzVcu7tgZqkhMfPcEdKSANJ2NWIbBn+Z6vLHFAvahysLlKkdiWb LdKugQwJ2qCa77LVR2eTqamzkUtC3JdbuFqtIhkHWolyp5qQO1TZoq6YkURU1NuYGmbmpC571Vxc qLCymmSykjGKjEoq1AscpGaXMhcpThbYSSKo3cm5ziuu/s+Aw54rn9StEjJ21cJJmc0YZ60U5hg0 VuZEkH3xXYaKPu1x8H3xXY6J/DXTh/iOev8ACeg6FrlzpkilWO0V6tpPiGx1q2ENzt3EY5rxeEZQ Vct7qWykEkbEYruq4dTVzkp15Rdmelar4NjFz9qtgCvXiuZ1uVoB5JBGOK6Twt4ra6RYbjkdOa1t b8OW2qWxlt9u8jPFeRVpzjNXZ6VOcXHRHj8qjdkd6XTQTqSD3q7qukXOnTMJFOAfSnaBaGfUEfHA NepGa9mefKEvaHoNzei10UJnGVry67lMt1I2eprs/FM/lW6xqe1cOeWJNc+DtOTNcU3FIQUdaKK9 a1jzRKTk0ppe1MBrAha7HwfZ7183HSuTjgeZ8AV6L4XMVlaYkwCRXBjKqjGx24Sk27mX4ld5AR/d rmrS5w+zvXVeIJopQ/l4OaxdB0OW7vxIwOzPNeNQ5HdyZ6tTmVlFHQ+H9CW7kW6mHyrzzSeMfEK2 0P2O0PA4OK1dY1OLR9O+zW5G8jHFeeNBJeTtLMSdx71mqi5/eeho6bcdEZg3OxkOSTS7WbtWuLNF 4xT1tUHavUjmVCmrJHnSy+rN3bMURM7bMda9L8IWn2XTXZhgkVyllbRvfIuO9d7JtsbJEHGRXNXz FVVZI3o4H2erZz91CbiaZm7GuXuLdnmZV7Gu2mCrbu/qK5JrlEuG+tedHnveKudrtazZQ+wt3FC6 cZG2AZJq5JernaBya6nwro5u5BPKvyjnmtoYmvT2M5UKU9WTeE/CaRgXNwvA55rW17W0gi+zW5AA 44q3rWoraW/2a364xxXC3kcwV5pCeeeazq1qtV2uOnShFXsUrv8A0qX5jljXV+GtOjsrVppAAcZG a5HR7ae81JTg7Aa7LXbxLHTVijOGxzinUpToxu2ONSM3ZI5fxJqTXNw8YPyg1jWUXnTrGASSaimk a4uCOSzGu68JeHljj+13IAA5GawowjUd5Gk5OOxsaJpcOl2H2mcAEDIzXE+KfET3t00MbfID2rX8 W6882bS0OFHHFcObCdzvOcmvRw2GpzerOKvVnHVIkS8Eae9MOoySyCNQST6VGdNmLbQCSa6/wx4T 5FzdDCjnmvRlSwlOPc4ozxM5djPttPmS0M04IBHGaxftphuWC9jXY+LL+NYfs1tjC8cVw0ce98nr 3rwsRVjKVoo9ajCSWrJbi+nnBUk4rMa2R5RuGc1vLDGI+etR2trG12u7pmuvBToJP2hz4mFZtchC NAtmtS7KM4rNt/DttPMwIHFdjrQSCwAh9K52xd1LMa5K9SLl7h00YyiveMmfwvC0xVAKp3vhZbeP OK6qG4xMSap6rfbhtNc6nI2sjiG0LecKKRPDFwxyqmuy01IydzjrW0jQxjgCumnUjb3jKSd9EeXz 6BdR/eBqsuk3THaimvTLvZLn5RTdMt4BMC6jrUe2d9DRRVtTzWXRr+FdxVsVSkhuQ2CrV7rdWdnP DtCL+VZa+F7aVs7B+VNYhLcXs77HjsplRQNpq1bAqm4qc16jc+B4ZG+VR+VV7vwUtvalgBwKPbxk L2Vt2eeGJ5j04qWO2hi+ZsZq7NZTR3JjRT1qRtFuJVzg0+ePUORsyri8VRhKznuS55NbNx4fnQZw aovoswGQDWkZQexLgyqGX1p5cAcU46VcDsagksbpexqk0+pPK0KMyNxU4AAwarxxTRdVNIWk3ZIN UKzRcUClKKaqifHY0G6x2qeUCcxqKtW8RUbqpwSiQ81fW4QLtpNCHyXTouBWPeXDPnNaE0qEVj3T Ak4qoImTKTHJopD1orcyJYPviux0TtXHQffFdjon8NdOG+I56/wnYQcIKmblahg+4KsRjdKFr1ZO 0bnmx+Kx0eiW5jsGmBwQK1dE8T3MF0Uckxg96rWA8qwMZ7ioRaCO3kfua+fxLdSdkz26CUYHoE9v p/iOzONvmYrmJNMj8PlmbA9K5rQ9dubLVRGrMVzXR+J55dQgQdCRRVUqcbJhTalI5vVLwX5Yg8Cs BhhiK1jYy2sZL55rKf75rryy+rZyZhYZRTiAaQivZueWIRQeFpetK2AtALc2dAEbyhXAzW5q0U1t EGjyFrG8MWjT3yN/Dmuu8SlRClvGMseK+fzS99D3MBtqchaebfXaxcnJ5ruyYNB0ks2A5FV9D0eH T7U3dwAGxkZrj/FmtyX9w0UbHapxxXkwUux6EpR7lO81Rr69d3b5c8VZt7mN1xxxXPIrY5q1Cr5+ Umn7Oot4gqkH1N4lD3prOgHWspmmi+9mmvcblwDzXRCNV7QMpTpreR1OhW6T3iOOxre164VXiiBr N8G25MDSt2FVdWuvN1hY89GpVFV6oE4dGaeoYSxXHcVybxwtISTzXTa7J5WmJ9KwNC0mbU75SAdu aqCrW90T5Huamg+HF1CZZGHyiuu1G8ttCsDFCRuA7VNM1t4e03AID4ry7VtZl1DVNm4lWNZVJ1Nt yoxTO00LOqyPNNyBzzWN4lvVW7+yp644rpNGiWx0YyHgla5hLBtW1ky9VVqiNKb1RTktmb+gWkVl pxnkABIyM1yHiDUzPdPGDnniup8Q3qWWnCCM4IGOK4/R9Hn1fUlkIOzPNZ1ZyejKgktTU8K+H2vJ luJV+QHPNbnijX49OtPslsQCBg4q7qt/b+H9K8mLaJMYOK8svbuS+uWldicmuvDYWVT4Tnq4lQ3J or0tKZXOSfWntqTM+xBknpis4AuwjQHJrsPDnhxQBdXeABzzXVPL3TV3Iyp4xVHZIu+HNJkfFxdL hRzzWprWuJFCYLXAxwcVV1LXI0Q21tgKOOK47UL3aSUbLHrXn2blypnXdJXZHfXRdyScsetR2dq0 uWFZ7sXbcetWra+eAYFd8cqlONzjlmMIuxcZCrYPapIdnmqKz5Lou+T3pyTYlU1x1sBVpas6aWMh U2N7VY/9DB68VzMdyqMUrpLq5SWxC98Vx11EYp93vXK7bHTqy5krlqz3U3U4A9asebmPb61PY2jR sZW6UtRJEywLBACaqCWSWYJHmp7qYyv5a1oaTZJF+8kFIZNBpUkkIY9ali0po3yauteMPljFSwNM /Lit4SaWiIkkKkcMS/OakSWM/wCrqO4t/MHWqIlW0JBNZtNu8ik+xrC5MfLY4rN1HU2uVMSCqct6 8pIXoak06DdIS3OaqlR9oTUqKJmR6ehZpHUbqqyTeXNsAGK6G+tzCCw6GueePdPk+tehhKFNt+0O PEVKmnIXYLUXkZ+UVnyaYfOK7a3dNGxDimyt5VxuYdacnSi2oIqCqNXkYa6YFfDqMVJLosRAbaMV vm0a9QNGOlUr12tl8putedNNO51ppIyJ9Ds3h+RQW9qzR4XV35TA+leheErK0vJv9IIwfWuq1Xwr E0W+zAIA7VpTUmROSR4Xe+GIrVNxFZ6aDHcfdFdt4njeD9y4+YcVR0TS7iSJpNpwBXfh6UZfGzCv OSS5UcncaOtoOlVTajGR1Nd1aad/aN9JC4+7WLqWnfZtQMSjgGsKjUZWRrCN43Zys+nzgFsHbWPc RsrHNegX8kUVntIG7FcLeybpGp05NkVIJGeetFKetFdBzksH3xXZaJ/DXGwffFdjon8NdOG+Iwr/ AAnYQfdFXtPjMl8g7ZqlD/qxW9ocG+4WTHSvSqO0Dz6avM27rECxr6inT/8AHgze1UtYuM3UaKau zHOm7e5FeHHSd2ex9mxi6HYmfU/NI4BrodWuVS8hjXtSaBbiG1klYc1hTXRuNbC5yA1aVv3i0Ip+ 4zW10A2ikDHFcW33zXZ69kWaY9K4w8ua7MCrI48Yxv0pQeOaDmkNeojztRD1oPK4704Y701uOlRJ 6FR3O28KotvZNM3UCtjT/L1S7M0h+VD3rD8MW1xd25QA7DVu7l/seQ28Z+Z+tfPY6Tue9hErDvFu uDy/s1scAcHFcGwJJZuSa66fSi0DXEnO4Z5rk7gYnZR2Na5an9pGOPlbYiqa3l2SCo+1IPlbNexV pxlDY8ynNqRsyJ58OcVkxRlr5Y/U1pWtyvl7Wqexs/P1ONlHGa8ulVdG6kejOl7WzidrpkY03Ri3 TK1xqy/aNd3H+9Xbazaz/wBlosQPTtXHaZps41Vd6nk1nGrGpe7NnCUbWOm1LTpL+OFFB2nFb1nb 2vhzTN77RJitFhb6fpqyS43Be9eZeJ/ET3szRIxCj0rmjGbnaOxcpR5bsq+I/EEuoXDgMduaz9Cs jeajGx55rNckg55Jrt/A9huUzMOnNelLDwpQuzjjWlOVkdJqpFvYR269xio9PgTTLNp3xkjNS3EZ vLnP8KGsvXrtpglpD9OK8KVa0mj1YwbSZhXCza3q2xMlN1dki23hvScnb5hFQ6RYQ6NYm5uMbyMj NcZ4i1mXULllDHyweKyjFrVlSaeiMzWdTl1K7dmY7c8VnW9vJdTLFEpOaliUz3KQr3NekaPodlpd kt1cbd+MjNehgsSqSdzlxFB1LWKOj+FoLO2F1e4GBnmsbxL4pSENa2Z4HHFJ4r8T3E263tyRGOBi uJhhaWXfISSfWsq+JnWlZGlOjGnG5bgvJyxckktTmJLbm70uAgwBTSc16mBwKj70zzcZjG/diIaS lpVH7xR617OkUeXbmZFv+bFdNomkC9hLntUSaOkluJAOcVqaItzbuY1Hy15mKrwkmkz0cLQnF3Zz 2qMbG5KMeAaz5pEukyO1bfjCxdzvUcnriuZt1aCLDda+YnbmZ7sdtSNifOUDsa2ZbrFoFXrisZP9 aTV1OF+apV7lWsTafA08wPeusgsCIxu4FYGjf6/KiuwTeI8vwK2ULatE819ERR2kCjPGaJJUi4xU MsoZtsR+aprfTZpVLzcKPWodST0Q0ktWZ9zcNglKqwWzXhJbtUuoTxRTeUhHFWbe7gtbYs5GSKtU ZLWZLqJ6RMW4j8iQqO1WdNvI4n/enpWXe3jXF03ldCaktrV3OZOKr2kYbAot7mjql+LkbIulUILY 4y9XTFDCuc5NVHugTtFY87bKskWElEJwvWlktppWWSQEJTtMWIzB5+Fz3rQ8Q6papZCO2IzjtW9O FtbkSkMm1GKyswkGDIRVC30641FjNOMA+tUNIlikk33LdPWtC/8AEawkRW+No9K0vCG+pHvMmW0u LSTNvnA9K27HxlJZJ5E5yTxzVTSNVguIMNguRWHr9usNyJmOFJrHnS1iaKN9yTxBLFqE4nOME5pw 1a207Syq7dxFY+rXsKaepRucVzM16LtUjVjnNKE3J6FuKSOj0e6kOoSToOGNP1JUeZ5W+9W54W0F 5tOLoMkCuc12T7JeSQyHBFbOKIjJnB6vcu10yZOM1i3C4Ga17/El0zD1rLvOBitaZnUM89aKDRXQ cpLB98V2Wh9q42D74rstE/hrpw3xHPiPhOwiH7quu0GILZs59K5OzG9lX1rtLYC2009siuvETtoc 1CPUw7mbzNTxnoa6WCIzhErj1YtqWfevRdItS1us2OAK86vBx1O6jO+5T1Jxp1kUHGRXF2Db9YDe prc8V33mS+Wp6Vg6SD/aUZ961wsbwbZliJ+8rHUeIMi0T6VxjD5jXaeIf+PRPpXFnljXTg92c+K2 QnJoIp2ccUn1r0UcIw9M1oaPpkmo3qqASpNU4YXubhYkBOTXp+g6ZDo2mfaJwA+MjNcmJrqCsdeH o87uWHktvDWk4+XzCK87fUZNT1sOx+XdxUviPWZNTu3QMdqnis/Sxi+j+tedCm5pymd0qqi1GJ3+ oEDSFAH8NedXH/Hw31r0S/I/soZ/u155LHJNdMsak81rg5K7uZYqLaViEnApEVpjtQHNdFpfhS8v GUsh2mu90rwRa2yLJOBn3rsqYqEEcsMLOTuzz3SvDd7dODtbafavRdE8LpaKskwGR61qte6bpabF 2bhWPf69POrLbg4PTFeLisRGb1PWoUnFWRv3E1oYvI4J6CqKadBbq1zIAMcis7RbaV2NxdkgDnms 3xRrzuDbWx4HHFcjmn0NeVrYyfFHiJ7h2giY7RxxXFOxZsk81duUdSXk6n1qifWvZy2Ctdnm4yT2 QkSGS5VPU16z4YtfstiARjcK830S1NzqEZxkZr2KO3EGnx4GCBRmNRpWQ8FDqyhcEWocD7zdKq2G mqjNeXWOORmtJbb7Q3my8KvrXLeLPEaohtbY9ODivBUU5e8eq5O3umV4q8Rm5uPssLYVTjistNOl uLbzACeOTWSDvuRI5ySe9drZ39rb6UytjcRXdOMIR3MIczepxQlFhc7z95TVybxZNfIICxCjisbU fMnvpGXO0moYrba2a8+K5pWR135VdmrLIsi+pqsFANCrtp2K+gwWBUVzSPFxmMUnaIzGTSGpQhxx SpbPI3SvW5lBanmqMpvQh68Crlpp8s0qtjirdtp4yCwrXQG3j+UV5uKzKnBWjqehh8BJu8izEUgt wh64ojvTbAtisqactJnPSmTTmTagr5yrVlUlc9unBRVixcXRvQ5kHArj75x9qKL0zXS6g4tLPPci uXgie6uC4BPNZWLJvJAQMOtaOn2JuyAelVnAgQh6itdSnjcrACc1cLpid2jsbeGzsVySNwpJL2a9 kEUAO32rJ0zTr3UJg8u4KetdlaW9ppigkgsOtb1OZr3mZx5YvQbp+kiBBLL16nNR65rkdvAYosfh T9V1uEwFYiN2O1cPN51zcEuTtNZwlGDKcXIrXEzTTGRSSxqSKOe4GJCQtW47WOIg961Y4UMXQVpU xFSas1oKNKEXoY9tZqkuF5Nad1C8MG7GKlT7PbNuYjNE1yL2Nkj6YrlnOKNVFswfP37gT0p2lG3k uSJyOKqXCGCZgepqfSdEur66DR52k8043lsEtDR1JFmRltM8DtXI+VffaWWXcQD3r1iPTLLS7Yea QZCOc1kajDaOjSRhc10UqbT94xlNdDiobWaVtq5FTyaXKiknJNaFvMkM54FWZLoSHgVvOgpr3EZK ryv3mV9AtnimLyHAFUPGmtRyDyUYZFXrhrkQOYR2rzPWLh3vGWQndmsHg3DVm8KqnsaP2z7Ra+WW ziqNrKlvdgue9U7N2VjmllUNIXY4xVxpJbDlKx654d8XrYWZQEYIrivFd8b29edT1NZGiyS3kpij JIFW9QHluY5Oop8rQRaZiZyCT1rLusl61XKgn0rNuiuTitYIzq2KD9aKRutFbnISwfeFdlof8Ncb B98V2Wh9BXRhviMK/wAJ3Okpvu0FdTqsggtlUelYOgw7pVf0rQ16XdtGela4nWaMsOrQZj2+Wvhj ua9SsLhLfQTu67a810mBptRQY4zXYa3P9jsVjBxkUsS0rIqgnZs47UpzcXshznml0n/kJR/WofKa aY7OSauafay2+pR+YMZNdEEoUzB80pnReI/+PRB7VxZ4Y12fiP8A49Ex6VxnO45qMHe7KxWyExSH LnavU0p6V0HhrRHvrpZXX5Aea7KtTkjqctKnzyNnwloIEf2udfu881D4r18sTbQnCjjitjxBrEOk WP2aAgHGDivNpJnurhnOSWNeQk8RO/Y9STVGNkM5zuPU1c0wF75NoPWrmneHry+cbUO0+1eg6L4O t7OMTXGARzzXZWqQhDlRy0qcpSuxItLkvrJUxwRU+n+ELSzYzXG315q/ea7ZabAUiIyorhdZ8azz syRkge1eXBSlL3DvlJRXvHc3WuadpUOyLZkCuO1bxxK5ZYiQPauMuLye5YsztzVbDudvJJr0KeB+ 1UOKeKu7QNVNUudR1FFLtya9X0bSY4rFJpgOmea4vwf4ZaSRbmdcKOea6LxL4gSztvstuegxxXJj ZUoq0UdWGU3uVvE+vJBE0FrgduKwtBtzeh5puT71i+a88jO5Jz611vh+MCycj0rz6FaN7SR21KbS 0OU8QBVmZV7VgHkYrc1xS944HrWSLdwwOOK9zCzgo3ueRiITctjs/A2nCSQSOOBXpUiq6AL90da4 /wAEKPJC4xWj4j1yPSIHRW+Y15+LqqTOyhDlRn+KPEMdjC1vAw3njiuP0/QrvU5Tcy5KnnmsqSWf UtS89ySmc8119trpt7QW0KjcRiuNTglqdShLoc5q+miGYRRff9q1NM0J/snmXh2rjvWvZ6ehJvb3 A7jNYPiPxIZc21two44rne+ptr0MbWFgjmKQYOPSs9RgZxzUlunmSbnOSa1Fs42xXdgq1Cm/3hyY mlVqK0DJVc/MegrP1TUkgibYfmFW/EUjWMBEIOTXDbbuYs0mcH1r0K2PjJfu2ctHAuOs0a2j+JRL eiKY969GtVjkhV0xg14pHYSpfq6561694cS4nskRQScV5uIxFSa3O+lRhHobqJGq5aqlxO8reXCC a14NJmP+u4FXIrWwtGDEgtXDGVmb2TOUksbiJPMkBFMs03MWPat3XL5JFEcYGPasO4cWdozdyKqc 4y2Ek0Y+sXLXNytunrite005NPsRLIBkisXSNk98ZZexzWxq995sQiXhRURSHqY9yn224Kr0NdHo GgRxkSSgY96563njgO4kZrSh16Zv3adKpXBs6jUtVttMgKQAbvauTbVJ7iUsWODTbqKW4+ckk1HB C2cEVMpt6DjFItIA3zFsmpR83AFNWIL1NOMqxinC99glYa8ZzSyXEsUWBUD3DNIMdKnup4zEqjGe 9bzpzteWxnGUb6FJI57xiSTinrcGxJQcmr8cqQW3ygZNVo7ZJ5DJIazkqdvdKTnfUyrhZZ5fMI4r qPD2sR2MRXAzWfcCJUKrisiNmiuOTgE1nDexUtUdBqmotfXRwxGT0qrOskVvkk4xUOzYySZ4zWhq U0UmngLjOK9elhoK0pSuedUrT1SRy7Snzs+9X7c5wazWGG5rQtHAFeu5U4w0Z5kVUc9UXLzUEs7R gQMsK89n043l805Hyk10WvTqcAnis6W9iitlC4zXlYicZPQ9mhGUVqY17Ym1QsBWCbkvKUJrrdRu FlsuO4rjjATdLjuayilYqo2ejfDzTIjI8jjPFUfGMIj1N9nTNdV4GsjFYlzxxXJ+MpsajJ7VGjZS k4o5qSP93nNZlwAKlN6WbbUUw4zVxi0ZyqXKZ60UHrRWhiS2/wB8V2WicgVx1v8AfFdx4djEjqvr WtOpGDuzOdOU1ZHpnh9AtkXPYVn6lOZZG9jWvZp9n0/b6is+K1We5K+pqZ4yk5ahHDTSNjwxZbl8 8jpTPEk7TNtH8Nbtki6bppzxkVyt5dLNM/1rlxGKU5Jo6aWHcVZjtBgDXCs/QVpakVbU4hGBwe1Z 1iJVG6McVPBIX1FN/XNayxjlGyRCwyi73L/iEH7JH64rkvJc5OK7LXmTyUJI6VzsUiTTCJBkmroY udNaIzq4WFR6sh03S5by8VAp2k16EXt/D+k7OBIRUmg6N9mtPO2fNjikm0KfVrnM+QgPesa2NqVX qjalhqdJaM4J7S+1y9ZgGKk8V2Oh+B0VVkuQBj1ro4odM0SDnbuUVzWteNdu6K24HtWlGpUtaJFR Qb1Oma603RYSqBNwrldS8VzXVz5ERIUntXH3Gp3N3KWZ25p1nIwvUzzzWdWhXerZVOpT2R0V5p0k lv5rueRmubazTzCDXcXT7tLB9q4C5ncXDBfWihSqr4XYKtSH2kTG2ToOtdF4d8M/a5lmkX5R61T8 OaNcajcK7qdld9d3Nvo1kIYseYR2q60q1NazFBU5fDEpa1rVtoln9mhwGxjiuDlna8kaR2zn1q7q dlNfO1xMTjqM1iqxV9npXFGMq93Jm7fs9EWMBa63w+3+gP8ASuTK5Wup8PgpYPn0pU6UL2bLnOVt EczqUiC9k3etFhB9uuFjjXIJpmoWzXepNHH1Jrs/D+kRaPZG5ucBgMjNdcaVNL4jn5531RejEPh3 SzI5AcivNtS1R9Z1NtzHZmrPizxFJqFw0MbEIDgYrD0+2mdsoCSa4ajTlZHRHa7N2fyrW2AixnFV 7K9jgnEjnoaq36y2kWZM5rnmuyZfnJAq3GEFrqCcpHcapr0t/EIYMhenFYjWxjUu/LGq9nqMEeAD k1fnnWaLIrCTT2NEmivZwPLNhK6a107y4983AFc5p94LWXd6U7WfFyCExBsHFVTouYnOxt3Om2Oo g5KkrXnXi1fsDlIFGB6UJ4kmt5Cwc7TWdqWsJeyAOc7q3UFATlcd4d2Xt3GJR35r2qxFnptgjRbS 2K8t0KwgRVlU8110U4AClzxWUqiLtob0+tzTHaFwtY19dc58zn61W1HUxbwHb6VgWV2+o3WMnrUN pglY6WEm4XcTkCsXW7vc3kqa31QWtm2euK5OSNpr4semaiyEyxZQNHHv6VFeXWARmtB5o4rfacDi skoszk54NUmOxmGZ5HOCa2NIWXf8w4pbWwi37jWqDFEuFApOTGkXDIqJUKSANnFQB955NG8Z4qdQ LE+5lytUk8xmw9Wkn4xUcs8YBzgGtac3AmUeYrXE6wLVFLve+SaLzNx9zmqK2s6NyDiidSU9wUVH Y1zdHHWni5ldcJmqcMZx81a2lQBpwGHGa6KWFjNXuYzruLtYz99xu+bOKdIjEBj2rq9VtbWK1DJj diubmOVxiop4Vzk0OdblVyezZrsCIdqtXWl3KIODtqppSSx3CsgzzXcGTzLIbk5AqnScHZsanzK6 RwNxYMigsMVTu91tb7l9K2tZueSqjpWA0/mROsvTFbyV1uRC99jKgddRlKSHkVmazamBwqHgVCs7 2+pMUPy5qLVtQY89alI1bYSMRZ/Me1VtHt/t1+qqM4NRJLJcxbfWuu8C6My3DSuvA5rTmsjO1zs7 SZNM03yxwxFcH4l0+5ume42naa6O/lM2qeSh4B6Vc1uaK30fy2UbttZJ6jmtDxTYyXBU9c1PN9yr d5ConaXsTWfNKDxW6dzmaKzdaKQ8mirJLFqpaQAV6J4XsZvPjYDivPbJtkyn3r2PwXcwNbjIGQKl q62GmdDfTeRbKvTiodGVp9QVgDjNOlQ6jqCwr90mu7svDUWl2S3BAzjNc8I0pJ8xpJzTVjA8S3DQ WqqOBiuNhkErHBzXVa9HLqe5IQTj0rmrbSrizl/eqQM1zXSlZHSldHXaTCiaU7kc4rOt1WWSSVfv KeK07WaJNJdM84rmdOuWXVDH/CzV3whVlH3DlqShCXvGVrmpalPP5CK3XA4rsPAvhi6ndLm7Ugde a6q20LTDGl1cKucZ5pmo+LLTT4vJswo28cVlB1Iu0mW3CS0R1U13Z2EAR2UbR0rlNV8YRxbkgx+F cNqniG5v3YhyBWOJ5S2WJNOUakuliYygup0V7qU1+SWkIz71nCBc5Zs1SNwwGab9tz1NXTwz6SsE qyXQ0DFH2xT7ZQt4n1rNS4JbINWbe4/0tM+tXPCy/nuRGur/AAnc3ZH9l/hXPaRokmo6hnblc11d hZHUbZFH3SK0X+y+HbRjx5mK5pU5J2ua86tqgmntPDunYUKJMVxK6hLq2qhixK5rM1/WptRnf5jt zxWt4Rs/MTzGHStvqcpq82ZLEKLtEv8AiC4SC0VFGOK5KMo0mc9a1vFM+XKKelc5bk+YMmnTwHPF tsU8ZytKxsEdMV1OkANYMi/eIrkXmC7QOtd54StA9v5sn3QO9cLpcsmjs5/duVNI0VY7l7q4HAOe awvGXicENbQNgLxxWx4u15bRHhtjjscV57Zadca1eZwWDHmok7aIF725U0+1n1K6GwE5NeiWWnW2 k2HmXAAfHelstPs/Dtpvkx5uOBXM6lqV5rOoCJQwjJ4xSdi0VNWuH1O7ZUX5Aans/CiXsYLcGu10 rwpHHZLLIBkjvVPUJ4tL3Kh5qeTuPmtscnc+F4bI5DciqEo8obc1ryz3F7KSM4NZ9/bvGm5hVcsE K7ZkTymMHHeuU1lJZG8wE8V0ksgYkelY+oyxCNgcZrSm30CyZh28pnQxt94VVe1nE25s4HSpLf5b vcPu5roHWO4hG0DIraUuQzUbs6LwNHHOm2dsAetdLe28CT4hbIzXJ+HcRts3bTXUyW4gt2nZs4Ga 5ZWkzS7SOe8T3SwIsanlqm8OWwgiFw/fmucvJjq2rBFOQrV1+w2+nxx9MCrklFEptvUsXV69w2xe lVzAI03kc0luQoyetVtRvGUY7VhfuaaGfdyGWXaDVy1gAj5rNhdZJhtOSTXUWmnuYN7jAp3fQNOp RjgYt8tWvs+1MsaUyCByKhlneVsdjWkUupLZAZv3mxanSJ/vHoas29hEcOTzV9oV8vGOlaqnrqZu WmhlOuxCRWYweabBPFbMiEnaBVdrKUnKLXqU8BQnG7kefUxdWLskOtrOONQetWJliMZCqM0WunXr AkqdoqO4AhLAnkVw4nDexe90ddCs6m5FYWUlzK3y8CrTD7HIVHUVHpusJCXXAzVWW6kubxtozk1y uTa906OW25NPfGThmqsbiJ2C5ou7CUANjrVvTdB80B3NOnUqRegpQjL4jf0P7IiqZMfjWzqN9Yx2 xETjdiuUu7YWke1H5rHVbkyEyOdtdCjVb95GTdNL3WWJSs9yzN0zXO+IZRbLhDjNbUu7B29q4/X5 ZJZVj5612So8sbtGVKrzSsiiwygfuanOlteQblGTVs6c4sEfFX9NnFvbsGHQVy3szraujmY7drW5 SNx3r1HSBHY6QZcAblrgrdP7V1kKo4DV3msR/ZdIjhXg4pSloKMTK0pPP1eSduVzVLxdch2ManpW 3pcK29i0rcHFcNrd0Zb9xnjNQjOTMG7OY8VjSLg1qXLZY1myHJrogYSIaKDRWpBPb/fFek+DtwTr Xm1t/rBXpXhfCW+T6U4vUUldHaaZdGLU0K8nNeiX+sM2lBH44rz7w7aGbUBJjIBrovE10I4ljXji lUpLmsluEajtdmt4XlsWZ/PKlj61v32gWd/HuiVefSvH7G5mW9Xa5GT6139lr8tmqB2O2lVwkKSC lXlUZU1Pw3c26MIgSKwNN0WddVUyKRz6V6ba67a3+EGGJq22n2gcSYUMazhJwVoM0nBSd5nCeKpp bWzWONyOO1cAvmMxLuTn1r1rxJob3sRMa59K85vdGu7RzujIA9q68HCDd5nNiHKKtEzgcdqOPShg UPzcGlWNpBlRxXs2i0eU3K43rxUTWwJzmpTwcUHgZNZuhTfQpVai6iRxhK1NK0qa9vE8tSRmq+ma fNqF0qRqSCa9S03T7XQdPEkoHmY715eMp06ex6eFqSn8RPFJDoOlAyEB9teb+Iddl1Gd8Mdua09e 1G51ORguRGK5SXCEg9a5MPR9u73N61T2S2KaSs9wEPc16RoMX2XSWcjGRXCaba+fqMfHevQ75hZ6 YqDjIrfEqpSsrkYeUamqRwWr3RkvZBnPNUo3UMMnmrF/GPMaQck1DpOnT6hqUahTtzzWX1yVKPL3 LeFU3c6LRdGm1CdHKny+9dPrOpxaBp3kwthsYOKvzz23hzRQvHmFa8wv7u51e7cnJQmuCpJXv3Oq KvoMha41nUO7Kx5rtYo7Tw3YeYceaRXPabNBpEJY48ztVS5uptamJdiFHQVhdI1sbNkJfE17ukJE QNdM+laZYRqQV3rXI6deNp0floMe9LNdvO5Z5T+dNNdAaudFd+IHWPyYvuiucu8XUm6VuTVWXUBE MDmn2wF78xOMVqqU2rk80VoSb1tk+QZrJ1C5e4BUjFX522SbOtRzQho9xFZ2WxRyN3EIEZia43UJ Wkkbmut8SSGKNsVxUAku5yqjNbUokOQ+yAJwa0YpGt3x2NN/s97fDEYNNkL7lJHArRpMNjo9PdYS srHFSa34nDQfZoGyWGOK5q6vyYRFGfmxVrw/4bvb+9jldWZM96j2ajqx81zpfBmgPIxvJh155ra1 NwZvKToK3X8rSdLWJQA2Oa5ot5kxkPesudN+8Fr7Ao2qCaguo1uhsWnTyELiorQOrFjzSlyy2Htu Mj0wWTrLWs2rt9nEajtUcKtdzrGw4zWzd+Gpvs6tAmc+1dVHDN6yMata2xhQI11Jmp7pBCoAHNb2 neH7i1gMk6EcVc0vRIdTuyJCMCuiqqNO1jCn7Sd7nJWyXUsiiMEiumh0a+mhXCGus/snT9MXPyki qV54utdOQhVXiqq4mlOKVhUqE4u9zMXw7NHAXkTBArJguYre98uYDANSXfxBN1ujReDXLX909zIZ AcE1x1Kq+ydcIPqdvqeu2drYsIApYjtXnL6i91dOx6E08LKww7EimCFUbIrndRz0ZSgo6lcB1mJX vWxYBlIfGTTdPs/tEgwM10yWUFrF82M11qhyRumZKrzOzRlXV98oBXpTo9UdIsLS3kMUjZUinRWK tH8vNc3LK9zW8WrFOa6eeQbietTXTkWowvantbKkq59a0btLb7BgEbsVu6lSxmoQWxhWrLJG2etc tqMaPqIHvXR2uEkfJ4rAv0H24upzg1oq05q0gVOMXdGvebItLUAdqwScQOfarD6h56CEnpTZ4S1u VXuKz6myehY8A2on1aRiM4NdBrczS6mLc/dBrP8AAsYsbp3k4zWveQ+bqjT4+XOaJO4rlPXpTY6O NvGRXmV3cF8ydzXZ+K9SEsXkKelcLJ9zBpxOeW5nySMSTUHLGrMoHamFdq5reJmys4waKWQ5NFaE Etr/AK1a9C0d9sCqO9efWn+tWvQPDymaeJPcVL3Gj1zwpbrFpxmYc4rF1u7NxcsM9DW75g0/SVTo StcjK5eZie5rsoRdV3OWvLkJtOQfalZq6PUSJrYRw/fx2rloJCswUda9A8P6N5qLdT/dHPNZZlGe ljXAyTI/DOmyWUDXN0xGORmobzxY0mpCGJzgHFP8SayD/olrwOhxXJWtk0Wpo7HJY5rxHKUX7p6c UnuepW/iCOOJBPjBHerbppurx4AXca4TXQyWiFTjisTT9duLOX/WHj3rspuo1dHNUVO9mdpq/gZG RpIAD9K5ddKawm8udcL711OkeNBKyxzHI96p+L7pLpA0AHPcV0LGuKtcy+qq9zltUsYEG6Egk1n2 Wn3N5crEEOCaljZlPzMWPpXdeF/s8duZ51AKjIzShmMloOWDi9TQ0bSbbQrETTAeZjPNcp4g1+W8 vdisRGDT/E3iJrmYxwthFOOK51T9p5PWsHV9rK8maRp8i0RstfQrZ7RgsRXNzKZJWbtVmRNg+9UI YZ2jvXZHE0aC9zVmDw9Ss/e0N7wxYiSdZCOhrU8USuVWOPtUvhmDybJpG44rK1TU0a6aMctngV5+ JxE6z1OulQjSWhVstNFwQr/eNddY6fa6HZNcSgBgMiqehWZ8v7VcDaByM1y/jbxHJPIbWFiFHHFY qKS1NG29jP17xHLqupmIOfKBq4tzbwWYCYL4rjkBX5urGtzRbQz3C+c3y571Fm9hrQkEbXUpZyQK thhbrhK64aFZPbKY3GcVg6lZw2uRuFP2bDnRDbyrKPmqG6QAnDYFZr3flZ2Gqj3087bQDQrRGm2W Z5EUfe5p1neyIdqd6rR2byHL5FXooFgGRyRTdZvRAodSdWd51L9zWxcwobPcPSsdZDIwyMYq1cXD i0ZV54qEM43Xbc3O9FGTXPWFr/ZjtJMuPrXaWaiW6YSDkmqeveHb+9YLbwnYe4FdFKaMZo5G912K ebYvrU6QzXUQ2Iefauo0r4YDCz3Jw3Ug10P2DTdIi2sV+WqnOK+EI3e5xWkeE5J51klXjPevUtJg t9MsseWMgda5P/hI7VZvLgI/Cr0mrN9nz2IrGdSTNVFIh1S8a8u2XPyg1XYLHHweahjmR2ZieaqG Z2nK9qzSBlkK079K1LS1HC4qGzQKmTVxZRG2RW8EnsiHLuXI7RYXVwORXS2OuLbxASpkD1rk1vS0 yKema1r/AMr7KhUjJHNXKNcm9Mvat4oS4jMaKBWDZaxJaT7gSATVO+8pIgVbLVlmZmGFrKMpJ+8r lOK6HbXGqJc25Zpfmx61w+pl55mAbIqQb8fM5FVrgSLyASPWlOXkVFFSK38hs9avwKJjz0qzo9ib 6UK/etzUdBOnwh1HWlGm5bDcktzI+wGRcRjNUbqya35fg10mjsIQTIPzrL8RzK7kr0qJRcRqVyHR 7jyicCnalLeysTGDtrMsLpYWBY10keqWxt8AAnFNTkKyOaFzcLw2c1attSuY84UmmXksYlL4AzVv Sbq2JIlAxVqrMTgmUpdQmaQlsg1LbyPcMAznB7VZ1JLQktEQTWIkksEwbB25o1b1DRbGzqFn9nti 4PauR8zEjmQ10l/qJuLQJ7Vx+psVQhetduHppmVSZBbzKdQODxmuhZhHBu9q4m0dlugcnrXYjD2Y 3HtSlGzLT0M621uVNRSNMgFsV6fcQiPw99p/iK5zXlZgiS+iZcZ3V6Hq+qrH4XSMHnbUtIzlNs8w 1K5Z71yT3rEuJXLkAcVo3L+ZIX9TUIiVh0pppEMzFDO3NLcnAAFaKwquTWfOuXNaxZDKZopW60Vo QT2n+sFemeCovMuUYjpXmdr98V6r4KxFCWPpUtXYzt9bu90SIp6CsFumalnn82RsngVNp1lJfXSx qMgmvSwqVON2cGI9+VkaHh7R3v7tZCvyA9a7HWtVi0qxFpCcMRjipI1g0DSsYAlIrgL6e4vrtpZM 7c8V5eOxMqkuWJ34Wj7NXYjzOkjTN8xPNLYXj3GopuGMGhJEchGqa3iRNQjKY61wyoyhudsakZLQ 6DWV32qD2rkJrYqxIFdZrTbbZD7ViQyRyoQ1ddCv7LRrQ5atFVNeplLI0TbgcYrptI36mgjPzGsG SxkmuNkQzk16L4X0hNLtBcXAwQM81tiaNCouaDM6FSpDSRkv4XWA+dLwOtYmr6r9l/0eFsDpxWv4 m8UCSYwxHAHHFcddR/aW35yTXkzXK7RO+DctWMkbchdjkmsWXU7iC42RqcZrpbfSZposlTgVsaX4 dsJY2acruHrSimWzmLdnnjDN1NdBomm29zcKJWAOao6tHDYuywEED0qLQ3nmvkdSQAaI3QnY9B1O OLTNMKRHkjiuW0PQpL6+a7m+6DnmuluLWW98oHJQdaqa5rNroNoIo2AYjnFX8WpDug13UFS0MEHy 7Rg4ry7UW82ZmJy2a1bnxAJw21s7qxxG00xI5zUNjikOsoDMckdK2YysS4BwRUdrF5EfI5pDCZX6 8URlYpouR6xPCpCyE1UuLi4vm+YnFWEtEjGSc1Im3ooqW5MEkVIdOVh8xp4gSB+FpLi5+zSAOcZq 6gimg3A5pxpSeo+ZCCLzkygpggKn5qlsrpYZvLboa7LTtEtL6HzCwBNdFPlSskZTv3OGcMTtReav w2M/2N3lQ4xXUT6TYWUm7cpIqC7vVls3jjQbQOtWpxje6IcW9jjNKtIpNRLOQAprqL3xRpul2uxl UsB1rzrV9TbT5ZCjYNee6p4gubyVlZzis6cHN6FyaS1PSdX+IaOzCFto9q8+1vxPcXzFUkbms/Tt MutTkxFls11On+BJ1kV7lCPqK3UacNzNtvYqeEtPubqXzpScDnmuzuWwnlDqKtwWUWlWu1AAcVR2 M8xfsTXPUmpM0hFrcqxQsjZY9avwW275gKhuM5AxitKydFh561pRpRm7MU5uKuhiyFW21cVAy5Jq lKVEhamNeHGFNdFfCRpK8ZGFLESqOziXX2JznkVXa/ll+QEkVWG+TqamjCxcnrXG6k9rnVyIayv/ ABtSbhCMryaZI0s7YQGpYLSUMGlBwKlVXEHBMv6Pp0mpSbpRtQVa1OK0tf3SkEio21tbSHyoxt7Z FZ5SO7k8xpuT70nNNjSsXbG6htJFdT3reutZjvbXa3YVi2mixyru30y5tGiOxTxVSqytYSporXeo rGSqHpXP31/JNwa1riwVSGZqpX0NvHECpBNZc1y+V9DE2zv0yBVq3llg6k1LHMCu0LV+ysDcSqWH FJSHYz5FnuDnBxViys2mbaGwa6i604RWqrAm4kdhVVNPaziMzjDGrjJN6kvYprpDq4+YmptQsgLY BV5qGLUpvtBG0kZrUWRpIizrXVVrwaSijnjSknds4y/kNpHz1rDkcXKkk1va2gmmKngVnQ6eu04N deHvYipuc4Ay3gCjvXXLC8lioA5IqOx0mCS4yxGa6q000syoF+WpmtdWaKemhyA0i4DCXBIHNN1O /la38hicCu+1wRaZp2dgzivML67FxIxA61g3qSZkkgXikSQYqN4iz5qQQ8daohjZJOKpMQQatyIM dapOMZrSJLKj/eoobrRWpBYs/wDWr9a9L0ObybVQO4rzWy/1q13elyFo0UdaSXvA3oddbRtcSBE5 Jr0jQNMi0yx+03AAYDIzWD4O0UOq3cw+Uc81f8TauZF+z2xwo4OK6q9e1oowpUnrJmXq+svqOp+W rfIp6VLexRpZggAHFc/aqRfAnkk10OoKfsg+lc8qUYNM1jUc00c8kbtIdtXbAMl8m71qbT4gY2Zh SW7qdRUehrHFzg7GuHjJG1rQ32q59K5mGNjLsjOSa6jVVaW2VUHJFT+G/Dvz/abgYA55rkVVpWR0 OK3Ze8O6OkMQubpcY55ql4k8RiR/slqeOnFbGt3oNsbe1OMDHFefvbtbXvmyHJzms3JxfulKHNua lp4eF2PNnPXnms/U7OPTph5bZArQk1d2RYo+PpUFxZmSLzZWz9aJN1NkNLl3YW+tpHa+XtwcVjXG oTB28tyAaikUtNsTpT3t1RMt1qowS+MOZv4Si7SyZLkmu18FaZ9qYErXFo7S3SwxrnJr0/QXTQ9J MsvysRxWqjTZnJyL+uahbaLZsmRvxXhviXUJ9RvG+clSeK6fxDqUur3jnedoNc3LbAtz1FRUhJBC VynY2zIoDHJNdPpVoq/M4rKgjy4x2rbj8xox5YPFc5tsT3SKB8tVYoppG+VTipUDmQCTpWwkkVvF hFDMaSoyn8I3NR3MWaN4vvU6FsEEcmrzWdzeyZ8shT7Vr2GgxIA0xAx61TozhuSqkZHG6vaSXTBi MAVDbSPDtiBJFdfrNtCy7IcfhXMPbfZmywpc0luVZPYsvEAocHmrltrM1lHtEhrMWUuOTTHG44NT zvoHKaLX1xeS7/MOPrWzbXUf9nurfexXMxym2Q1BJqLrG4B604tdQafQ5jxJFLcXUpjGRmuUs9Ge 9vxG64BPNd3BOrSP5i5zSRW6rOXRcHNbwqcpnKLkdP4d8P6b4fsBcOVZwM4qve+I47y5McKAAHtX P6jdXYj2bzt9Kg0xCG3sOTUznzFJJG7czGZVFMWVYiqt3qBpCoLdhWRd6mJJwgOCDShBsbkdJfRx mEOlZyO68Zpbd3lgXkkVYSDnkVLvF6Mdl1ISXkODUogMabutXY7ZSMniiWSCJcMwq7TluxXitkZq Su0m0Ctyz04yxb5OBWDc6lbW53oQSKqN4sup/wBzboTn0q3R5dWzPnvodlbCyt5SHYcVBq+oQbMQ 4/CsjS9KvdQ/ezlkB9aTUbQWjbd+6lUnFq1ioxsRW/8Apku1uM1em0gWyh1l/WslZlgG4HBpkurS uNpY4rDRGlmb0eofZIvv1QufEQDEZyaxHee4OFyc1atNAup2DOhx9KNWDVizHPcai3yg4pJdNkBG 9j9K2rWJdLTGzLVVvpJJG3hTzS0Q7sk07SomdN+OTXS3elxWNqsiY5FcjE96m19rBRWk+sT3cQgf PHFEI3eopM6zRBFPGSwDH0qnq1hd3U5RISE+lVdGuXsfn6gV01j4phml8pohn1xXUopGLucVcaeL Bl8xMEnmtg29u+m7wRnFdTqWlWeqQ+ZuAb0rlb+2W0gaNX4AquWNyU5M861zaszYNYVtdOZCgOa0 dd3NcMAaq6JaFp8sK6+aKjoSk29TofDmlSXdzvJPFdabiKylWLjIrN0iZLBJD0OK52fV2udYbngG udpt3ZpJ2Wht+OLlX0wEHtXlbSKEzmuu8Sah59t5W7OBXDOrNxTSMWyUSg0NJkdagCEClIIq7CEk fA61Xc5WllPPWm4xGauKsSyo3WihutFaEFmzOJBXong6za8vIwRlc15za8yKK9b8GyR2NuJG+9ji lew7XPTry+j0rSlt4iAxGOK56BxIrvIck1QuLx7yQszfKOlRiZs7V6VDtD3pjjeWiLEAVb8H3rev vmtBj0rIsrUPOrscVv4id0jLDFclXEznodEKEY6mXZgmJlxUEVq8d3v9627yBLUAw/Nn0q7pGlve OJZUworm66m17LQ09I0xbqJZZhwo71W8Q65FZQm3tiARxxTtd1uPS7X7PA3zYxxXA/aJL28zIc7j 3rsjRlUjeBzSqKL1Oq0aVp7WSaXnjPNc3qlx5l22OgNdGpWx0o9sivN7/UJ3vXjiUkk06SprSYT5 38J0cVzAoB3DcKrX+sTFfKUHFN0bQbibE9wSo64NaV9p8fAVQcd6xrOKfuG1O9veMe0lMYLMMk1H PM8z7BnJ6CrbwhOMc1taFoX2uZbiRflFZRi6nUptRJvDWgIkf226XG3nmqXiXXRdzfZYGwq8cVc8 YeI4tNtPslswBAwcV55Z3LzTNKxzmmn7N+6S1z7mvLiJAc8nrWbJITJgd6mmkaQYHWrOm6RdXTg+ WceuK6Pa+1a5jNU+Re6LaxcDHU11+hadI6ZePg+1S6T4aRGV5+MetdN9tsbCMIhXIroqOhCPuGEF VlL3jkNWtBDcBdu3JrSsNNtkhWWRwfbNUPEN6t0+5KxUvp8hPMIH1rihVmn7h1SjG3vHXT65bWw8 tEHHese61GS4yUYqKjisxPHuJyagnjaBSMYFTP2kviKjyLYZ9odT8x3VTuW84/NxU1q3mz4IyKsa nbRogKnmpjTvuPm7GfFbrjOar3Pyv8varMSt5Zwc0xI927zKhwV9DRO24QRfbCqAVNqWkR2tvuPU iqsd4thLkHJq3LJPq8JIBwKVrbid2ctIioxIpYbyOM/Ma24NHEiP5hxiuJ1kfZr0xxNnntWkFzEt tG9JJHddMGnxRBOKoaXG4iDvWihLvik7BuOlZFhYHuK5W4tR9r8zd3rtDpxnTOa5TX7WWzfIzgVd OVtBSid54R0+3vLQmVgMDvVfVDHb3bRxHODxXP8AhnUpXjEcbkE9cVuNZt54lkOfWpqLsUiJftci ZVDism/triViuSGrt4dStoLby9gziqfk200hmYgd8VCbWwHH2Xha5uZAZSdprrLLRNN0iMSSbSwq vea6tspihX8RXPTzXl5JuLttPahyb3Goo6O/8URKpht1Cj2rm572S5fcSTmp7fSZJiOMk1s2/hxk ALrS1G7I51beSfjmtG08PyykEqcV01tosEPzuQMVYe/ghIiiAJ6cUJMLlax0G1t1DyYyK0vttqkb RQqCR6U1rGSe2aQsVyKw7SNrS7bedwJqlBslzXUkJM1wSy96JEUyrleAa1YYElJfGKzdQlSKYD0N bSpxitGZqUmzTuGh+wqojA464rAkVA+VFXrnUIzaKAecVkNcrgkmtqdSmlqRKM29DYtrlEiIY1DB eiGdmArGhufMlwW4zVqeRIkyDmuapNt6G0YpI1hr1z5hCucGobqeeeNmJJrIjuUDZNaSahELds46 VO43ochfBRO3mVJpckaOaoasz3F42zpmnWcLjHNdsUrIzuzQudQMdxsB+VjiprvS47ey+2qfmYZq P+y2vCCoyVqHWbqa2s/s75wBitJLQybOTvrtnkOTWaZvmqxP+8Oar+TURIDzqY8nFSNDgVWlGOKt aiYxCXkxViaPbFUUa7WX3q/eJttwfUVYmYjdaKG+9RVkFmy/1ymu90m6LRqinpXn9qcSCu80C33K GJrnrt20NaaTep32j2gvdqHjNddF4btIIN8jjOK4/S7g2wBXrV+5vL264R2xXE3L7aOtKNvdZZnj VLry4Wzz2qRrG7Eq7QearaRDIL1fPPfvXqNjZW7xxsVB4o9nGTumQ5uO5j6NoDyIslzyB61c1XVL TTYvs0RAYjHFWta1eLTbVlQgHHavKbq7m1PVgxc4zWk5whoiIqU9WXdWgkm3XDMSOtYOnyyS6qiK p2g11uoxFNOCjk4qv4e0zhp3j6c5xV05SivdY3GLeqLGrqzwxwr3FNsfDVpaqLq5A3deahvtSVLv 12mqOq6xNdQhY2IUCueU7vU0UHbQt6lqqPIIbcbVHHFPhGbfc/PFc3ZTbpwH65rrLa1kuI1RF4Na RqxtaxPI73uZttp73t+Noymea6XULuLRtO8mIjeR2qSNYNFtGL48wiuSmuZNT1HaxyhPFZvQp6nH a3b3d/eNKclSafaWogh+bqBXot7ptpa6dvYDdivPLmYm5ZE6ZqNUPRlnToRNern7oNehRanZadaK Ai7sVwmngxrnvVp1ml5OSK1jCpa6RMpQ2bN281+S4JEOQD6VTVJ5jvkc/nVS0dIz845FSXN2znbH WtPD+16mc6nsxbnptBzTLawaZtx4FNUMpDSVb/tALHtTrXXRg6KajqYTkqj94l3m0YANkCi8vEuI 9vQ1lvcuWJamqxmcAVyVJNs6IRSRYRxb/c5JqG4a4mPIPPSrItnhlQ7dwNdXbWNq9qs02FIHel7F 7sftVsjntM0+QRFplIHvWPrMvlylIf0roNX1pdrW9qvA4yKy9N043c2+UZJ9aUkmvdBPuR6RoD6l EZnzxXQ6bFBahoHABHFXrfZpNs2OOK5ma5e61QGM4XPNczWpstR2twyQxSNCDgjtXn9vpUtzfNJM Cee9es6n5K2SKcMSOa5O+SO3IaMdau3KtBWuUI7RUj2jjFLbQ7psAU9pMqPep7eaOAbj1qGh7GiI xFEPWuc1+AXFu+V5xV99R3SdeKz9XvVeLanWlFO427o5rw9KbC+O/pmuxuNREkeVNcesMjzghcc1 0dvbbYlyc1rUloTBCR3MrvyDUxWaQcOQKkZ4oV6DNNjaS4lVY1ODWSbZexF5CJy/Jp0bRtIqgVty 6ExtfMPXFYLwNFchV5OaEn1FzI9A8PafZ+WrysB9a6o6TZ3MBMTDgV5eZbmG2UhyvFXtK8TzWqtG 8hOfeto26mclfqJ4md7aVoYW9uKydNilicTTZPfmtG7kjupzcOwPeqc+pR7fLAAxTcY9wTZsXGqe ZBsQ44rJMmG3E1RFyzHCc1Yitbqb/lmcGpdRx2GootR6sI/lziqOoSfajkGpLjS2RNx4NZRLo+09 KjV7lXQ+TcIwuc1XIdlq0QNuSagdyOFGa09jO1yVUSIIoZDJ8vWrTxyIB5mcU2KRrdg7LUt3eC6Q KBio5e5XNfYdFaLIy4brW3Po8Mdjv8wZxWNYRlcZarl28rxEeYcY9aFa4HPXEUaTHp1qrcXC2y7h UN/cFJ9u7vWdqNwWRBnrXbBXRnJnY+E9Ujd283p71keMLuKa4YR4xVK3JtLESRnBIrDvbl5mJY5z W01oc19Si0wztpPNCiojES2aRkNLlSC5IbjIqsTvahlxQo2qTVRQiSIeZMij1rV1VNlqg9qp6FAb i79cGtDxB8oCelPqSzl260UN1oqySe1H7wV3Wgux2gVw9p98V3nhqIySKqjOaFOMHeQOMpKyOytA 3GBk13GiaU08QkkjwMelJ4c8OI0Sz3AwOvNdYLq3RPstuBnpxWOIxCq6JWLo0vZ+Zxd3byf2uiQq dueSK7SS6XTNLVnbDbab9kgsUM8oG88jNcP4l1l7h2jVsKK4dY6M6laWxLeXv9rSPufisMRGHUVE XPPaobFbiZ9kWTn0rufD/htFdZ7vg9ea1p4RTXNJkzruLskVGjaQRrKMA+tbJNvZ6WwQDJFRa6kZ nRLft6Vj6jM0FvsduorGScNCl72pzNwvm3bsTxmjy024qwls8xLIM5pF027eTAjP5Vgo3ZtfQxZx 9nnDqe9d94c1i3FhlyN4FUP+ETZ7FppRggd65F3msLtkUnaDV6wIuma3iDWJbu+MYJC54rU0u0gi s/PdgGAzXLyhrxhKq9OtQ3OpXCr5SuQBxVRa6g0Wtd1yWWVoUYlRxWJAkjSh2WnRxNc3AOM8810s VjGLcDbziiz3QtCvboGCgCtFnWGLG3mqsK/Z25qz8kvWuiliGtJ7GdSjfYy5N7vlRU0BKSKZBWjF FGrZOKbdxLMP3YxitK9ek1+60Io0qifv6kV5IssYCVXgjVRl6eEaPhxTJkMi4Q81jSxUopo0nRUn cbK8TqQMZFP0m0muboYU7c9afpuh3E8wMgIQ966Sa4tNCtdqYMmKqnVUbtoUoX0J7yO10+1DyMCw HSuP1DXJ72XyoGKp04qC+vrjU5iS5CHtTYoVhHA59al1k3qNU7F21KwJ+8G5zWpZymI78YFZNqMz qX6ZrZupYxCoQVhOo5bGiikV9T1FpIyCa5OTWTZzHHLVp6lcDIXOM1Wj0NbkrKwyKqmrbjZe07UZ b+EtNnA6ZrMu7ktcFOoBq3eSR2MPlRcH2rLi+fLt1qZasETSH5OKhIZh1pokZ5dvarRiITcKhlFI RSDPBq1pujPf3SgjIzzVy1USRNuXpT9O1mPT5mXjPahaCL2taBa6dZhlI3Yrnbd8tjPArQ1O+udT 3MCStY1ufLkIY8itdJCWhrRWIvZQCcCt6O2tNNhDEgsK5ddQaE/Iaie6uLuQAucGpUuXYdnI6d9c E0bRjp2rANyIboyNzzUpQQxD1NJ9jSUZJ61Mm2KyC51Q3abEHSqYRmYDvWnFpRiGUXOa1dL0Hz5N 0o2j3qoxcwbSMmCxnkj4JNOh0K4uJsMhA9a7OSztNOj3bwcVj3niq2hBSNQG9aLW3C5NaeHrazUP K4z6GtBtSsbWEoqqeOtcimozam5PmkL9apXtw8JK791NyYW7mlqGopNKSDgVi3Uiv93rVFmlkbIz Uiq+OannbHZEgB28mnLMkRyeahbjqcVCxGetX7WWzJ5S5NdrOuAtVyeOBipEaJU7VXaTLHFS9R6D xdSRdKf9skdCCafZRfan2stWLywS2QkGhLUG7HJXkUjzlqz5/wB6yr6GuphhWbeCKwJrJhetgcA1 302YTLIb/QthPQVzt5KBIVFbJYgMprmrxj9pbmumSTRzp6kgkyOtIWFQDPrTSTWfKVe45zk02TIS liGW5qSa3kI+VSRVCN7wbEHmkJqHxG3+lOvpW34M09lhkkYY4rA8Qn/T5B6GovqDRzzdaKG60VqQ WLX/AFgr1f4fwxGVZJCMCvKLQZkFd74dupYFwhNY1tjSnue0XPiBnVbS1+nFdBodibeD7VcnnGea 5fwXYx3JFxP255rV8U64YY/ItjwOOK5OdJe8buGugzX9dWaUxI3A4rlpdPn1KcLGpIPepNL0261O 7DMpwT1rvIoLXRLUFgDJisFzTdzW6grFPRNAg0m3E1xjcBnBqLUNVmubkRW2VUHtUwe71iXCgiOt qz0KGHDyABq3i29EZStvIyIraRUWWXn61gaupv71YY/Wu81VIotNcqRkCvK/7c+xak0jDO01FRWe o4u+x6BpHhyKytlefHI71tw21iqlwqnHeuBg8WXWtSJDECF6Vqajqh0rTyhfLsKuLitiXGT3E8Sa 4gk+zW54PHFcjeaYGjMpHJ5rGl1eR9RLPk5NdPBMbu3VMdRUzXNuzSGmxgx3AtY2jCZrCu3DyNjq a6nU44dPhYvjca5WJPtU7P2zWMVrqUy/pW2EbmFan2x2OEXIrBmuGgO0DpVuz1gQj5o8/hWz0WhK XcvSyO5+ZSKQuUXINVrnVxcHCx4qEyvsyaxWrNGXEvHZ9orXtG5Bk4Fczb3ojlyV6Vpi7nvHVIYz j1FXKml1JU2ampbXUCEZJ9Kl0rSjkTXHygetXrCwitbcT3TDIGcGsHXfEu9jBbcAccVCh3G23sa+ reI7ezj+zwY3dMiuXZ57uQyyMWU1jyPLK++TJNbGn3SLHtam3cFERo2/gGMVLFIq8OaSa8WIHA61 kySSTOdvesyjpYFWY/JzUt2fIgLMelZOm3osE/etzS3V41/uCfdNWotibOfvLyS6vgqA4BrpIL0w WSo3BxWbBaRW8m9wM0zUroMmE4xWraSI3K1/OWl3E5BqxZqsqgZrF3vKcYzVm2eaBw2DgVnp1Gje Fjs+bFTwhGO1qrDVxJEEK4NVvtOJRhqTS6FGpdMlvAwTuK5UxE3JcnvW7dTAwdcnFUrGza5ck9KQ Dk1FbaApjJIrKjWS4uiwyATW3LpiI3PNRCJYHHGK0p6CGizVUyxqxbWifeB6VYe2+0Iu1qimt2tI +GzW3PStrEz5Z9GNlJlmWPtmujttDhmtVfzQCB61yhuNo3d6jj1S9LFEkIX61z6XLszrn1C20s7G IbFU77xOGj/cfL9K5iUTSvulYmmmEuuFFF+w7E13rd1OSDISPrWexaVsmrMdjnJNOjjXft9KnV7g Ro0kC/IcUeYZGy5zU0sYIxUMcIUklqaQy5EseOatBI9h6VhzXDI/BpResVxuqnJLZE2JbqMs52mq vkMDyal3zE5Ckip0iLLk8UkrlXKZilI+XJp0AZX+cYrUtJIrY/vMGob+SOQloh+VNRsJjor5IOFG DUc1w9y2CeDVSKNpD0p7gxuPajqJoW8BsYd471nw3MTI0j4yal12+U2ipnmuWluH8n5TXbTRlItm US3L7elYd3EftLGrunzZkbPWor3/AFpNdLWhio6lHaRSbTUmaNwrO5qqREoIkX612mk21tPCiyYy a5DI61r6M09xeRJGTwaTbE6dj06HS003S2lXgFa8p1x999I3qa9l1fdb+F0D8NtrxTUjumc+9ENz KRkN1oobrRWxmWLT/WCu68PlQVzXDWv3xXoXhKwa/mRBWFZNrQ1p7nouk6pLBbeXCDz6V1OkaK+q KZblTzzzU2geFIbaFZZ8Yxnmres+IbfS4DBbEA4xxXD7O2szoc76RGX15ZeHLVgm3eBWHpl42t3Z llkxGD0Jrm9Rnn1ORndiQe1R2s09mmIyVqHVtsaRh3PUZNdsNLhCR7dwFYN14zaefy4u9cNNPcSv udiRWhpESzXiEjvTjiZEugjrLrUZfsDeY33hXFpZLqF8UAzuNdF4hbbEkMfU1JoOlfZIvtU3B680 5TcgjFIv2VjZ6DYb3UCTHFcRrWqSX1y3OVB4rZ17U3vnMSH5RxXPNa4GT1rOTXQqKK9uiTTrkc12 ttGlrYea3GBXP6TpTyXAlx8oqXxNq32eH7PEe2DiiN0EjB1zUWv7lo1OQDUNoPJXB71HZQ+Y/mN3 q5NFxlR0puVgsRyBGfJGa1bKxtpEDMBWTGMtz2q8jsFwpxQ6jY+UnuoLeNvkUcVVlVXXinsrv7mt PTtEkuULSAqPekgMSK3jZ+a6jTryx0+3yyqWArB1WAWEhRGyapxRTS8sTg1d7CNHU9Wn1CVlhYqn pWNJDtbc3JrUSFY1461Xli3NzUOTGkioZF24xVYuyvkVfa3AFOS2Vhk0N3GMhlEy7WFWFhROai8t U6cVC93sBGc0IGyvqFu0jZVsClttRWyi2EZNCCS6bjpSyabxuetOZkWIvtxncseAar3MinhTmq2o yeTGyxjkVU0ZJbmUmU8e9NIWxs2KqhywrRbySvQVW+WIYqCWU44NZydy0hbiaNCQo5qshklkGO9S w2jTHc3SrSBIZAAOlIYPA8SAuasW0rqQIlJz6VNPGbpFArb0WztrdPMmIOPWqtbcVwsdHnvY/MkB Arn/ABCFs5dgPIrsLnxLEim3t1x24rltQ0ifU2MxB5p6CM23vn8tcGp5bhpU+Y02HS/s2QTnFQSD EmM8UmgIvM+bBFSLsj+amSpuX5Bk1QupjDExY4xVKLYuZG0ka3KEhulVvtYtHKEZrkYfEslvcFN3 Fb9hPHqJDEgk05UpdECnEvpclyT2NLsIO8VZ+xqqZHaqMtz5WVxmh0KkVeSEqkXoiOa46jPNVC8h PXihQZZNx4qwEXGM1naxZWOWOMZNbWk+HjesHc7RWeiojhjzitePVWMHlwnacUJCL1/DZ6bBsBDM BXLy6huc7eBWna6dc6nKxlckVWudI8i42Vv7OTWhDmluUC0kp4qwjCFPnroNO0aN4CzEAgVianbe XOyKcgUnSlHcFNPYZb3qBzxTbmRXyQarJDim+S5kHPFRoWjLubSW4c8HaKxr5fIBTvXdXTQ2dkSc biK881Gcy3LN2zXVSdyGkLpx/emptRTHNU7STbKK0dQ5tw1diV0Z2sZKk4pc01WwKXvWXUtNhniu i8GTLFqybxkbhXOnAFdD4NtjcaouB0ND2Ez1jxrMp8PoU4+WvEb05ya9e8YybNISHPQV5DfcClDc 55GU3Wig9aK2MyzaffFeo/D+ZYLtWY968utP9YK7rQJXhKlKwrNpGlNXZ7pqPiNvsiwwHkjtXKvF NdTFpcnNRaPObqVFkGa6O9hS2RWrzpydR6nXGKitDCS3aO4VMcGrd/BHCi8YzV60RbmUNjpWb4lk 8tgAankS2KuZlxtWM4rT8PwN/rcdKxIJd/Dc12elIkWms2McUlFdSrkv2Rby4WZzwlRa5qWIRDAc ADBxWSdYaFpI1PesuS/LSHd3ranDn0TMZS5Rwf5iT1NWLSA3VwsYGQTWe8wPyryTXTaLALe0NzLw QMjNKeHlB3bKjUUkWb+WDQ9OK5G8ivN5Z21DUDu5BPFaHiLVpdTvjErZUHFNsLIRzxs1Q2thpX3L 40toLcPjAxVF7heU711N5JG1osSkZxWE2ikBpSaiSaLTMtQ2/I6U95ihAzWha2ckzFAh4qtqWnta nLcUo6g9Dc0SCGTE0rjA7GtDU9dhWLyLXAI44rhEnugu2NyBUtqzi5CyZJJrS6WxNmyxPHNNN5sp JFSfahtCKORWrPaqLYEHqKzY7dYZtzDip1ZSsKhbGWqGQMW4q7cMjKNlUZZcHB4osBLHFJIwVVJq 7JppjgLsdvFS6bqtrZxbpACaydX1uTUJCkHC+1NKwjNuJnMpROaIrSSRhuB5rQ0yyAO6XkmtuO3i 3jAFDGtChZWQhUEiqWrz+X8qmtvVJUtLbOccVyRmF7IzFuBTWgnqUZVDn5x1qaCEQLuTjNEgEj7U GcVKoYgKRimxJDN7FuakWBpSDjipliUYzU/nRxxkDrV04xluxSbWxJCVWPYOtQCILIXY1DHK28mr drbPdy7c8GomknoOLb3Hx3oxtUUK92z/AC52mtUaDHBtYsMmty0sbdLYlgM4qZOUtx6I5JmWBg7r 81aC+IIxb+Uq8nin3tlHNK3OAKz00+LdnI4oV0J2IJ2dd0zHg1hSXQlmKhua1dXulW2eMHoK89jv Jf7UC54JraEXNEOVjvbEiJCXGa5vxFIXZtnArvtF0qG809XZxkiuP8Z6cLRj5ZzVU04vUcmmtDhD GNxJ61ueHrmWOcKuTWK2QvNbvhWWOO8VpBkA10uTSMrI7QzTmLLIQKqSKrZJ5NdLe6jZTWASJAGx XMFG8zPauSdSctGzSMIrYpux37UFSeRIVzmrLGKMZI5qI3Hp0rPTqWMSNuhNWYYzHyBUIlAwanN6 mzA60KzA0rPUTaA471BcagJZd5rKa5BPSmZLmtI1Zx2JcE9zVbVJUTEbYrOlneR9zcmkVdv3jTWk HQDNRKUpbjSUdhCx61JHKCMd6gMmByKYJNpzQl3C4l7bS3QK5OKxpfD56muhF6MYAzSPJJIPukVv flXusW5zMehkSjHrV+80gvbBa14oG6mkkVmO3NaUqlRmc0jlV0FsdaRtCk7A10rxPHjHNSGTZFyt HNUb1GmrHISaRIgrrfh9p7Q3zSOO9LBbpcNliBXY+FtMQs3l44p80hSZkeNrjd8o6CvLr9tzYr0b xphLh488ivN7j5pa1gYSKDrg0U+brRWxmSWn+sFd54dUMy7q4K0/1grvNBz8uKlx5nYfNy6nq3h+ yjeRHHatLxArbQq84rO8NpLtUjOK6C7MRx5pGfeuTE0PZ6o3o1nPcxdNnMC4Yc1U1i1N0DLnpW3L awtCXjIrnrm5kVmQAla4rtbnSlczbCDzb1Y/euvvSNP07b6isLSrcyX6yKO/Nbutx/aPLjzTVmhS OMEjSzsdp60rweYwHQ11y6Pb21kZGxnFc7HH59/5cfPPas0mmUrNF7SfDjPIs7nKDmmeKNXW1j+y 25x2OK27m6fSNKKt1IrzeWR9Qv2dzkZrW9iHqyaztt7+a3U81oMrBcqelPtrc/KqjNWLmB4kxjk0 mky1oVIrl93zNnFbFjHcX8ypghO9V9L8PzXUokkBVPeujnvrPRrXyk2+ZjrUqDByJbk2WiWoJ2l8 Vwmsast/Mdo4qa9uptQmYyMSp6VSeyAGQKbnbRAo9yCMZXIpouAsw3dRQrGF9p6UXVqZk3xDJ9qQ Gp/aBZAN2cU9PMu/lVCfeq+haNPeyASgqo9a652sdCg+faz00kxtmda6HtgMsr446Guc1VN0xSPt VvUtdnu5SIGIT2qmHz97ljTskLUoxxOOHOa0Le2jRd2OaQx7WBPerDyLHDQk2GxWkvfKkwKnXVdm Dms/yGuHJANVbuM2yEsapJEuQviDWjMmwGsW0klJwufmqvMTdT8dBW3pkKoVJHSndISRtaNpQ8sy THr60y+EULkLikvtQeONViOKobLi8wVUtWbZYhdn4Wk8tt3JqysJgXDrg0hRmOQKaQE0UKqmTV2y mEBJzUNpbvcLzxiop4pFnEagnmpaZSsWLrULmSXcpJUVftNXecLHnGOtNS2jtbPdL1IrJWVYp2ZO 5o16kuzNLWJnjUeW3J61nCWbyskkZpXn8yQF24pNQnRYBsqooHY5zWrgq20nrWKNMYkTqMnrU+qu bmYc9DV61vobS1CykE4rqimloZMt6dq91aoI/MKge9XpoRrCEySAn61w+rakWcmE4HtUema3dQtg ucU/YN63BTWxparovkFgvQVT0v8A0acKfWrFzrfnLhjk1mmfMgcVVpWswujsZbsQRq2etW7S4W6j yK4ue/aWILnpW54fuxjaTWLp2KcjUmiJc57VBkdO9XJySTjvSW1gZX3NwKycWxplLa57cU0R/N1r WvFihQIMZqXTvD73iGXdgChUx8yMgIFPNXIIVkGc4pl9AYJjF6VV82SPhc1NrC9C3LbmRtqmpltE t4svyaofanjGT1pr37y/L1renUS6EODIrmVWkwop0EPn8GpEiXG5hU9rtecIpxk0W1ux+RCsQt3y VzVt7uJo8LHz9K6P+w4I7Pz5XByKwJ5baCU/KMVrFX2IehWEpPG3FU7+QxgFetaqzwXAIQAGs66s 3nYgDpVykktGSk5bobaXa7B5nNWZZ4pEwFrNihKyeWRWza2ka4ZqVN1ZuyCShDVmOYrjzR5YIBNe jeDopLa1eSX0rCjNsJEGB1rrWdLfR2dOMrWssM4q7Zj7dS0SPMPGd15urSgHvXFFMsSa3tblM2pu SeprMuYNibhShox9DFuPv0Uk5yxorczJLT/WCu60R9mw1wlp/rVruNKH7tDWVSbjqi4R5j1/w3qC CBV29qk1mK4uDuiJxVfwrFG1juPXFdLGifZXY9q46s5T3Z0xio7GBZeelsUcmonWJIXLjmrK3AaR wOAKzb6TzmMSdTWCsXqa+hW6PE0oxxWfqN65vML0BrQ0qOSy05g3GRTYNLW5gllY/NSn5DXmUbu+ luLPykbJIqppFrJYO13cDgc80+xt3j1PDjKA1b8WahBDZCGHGSO1EXdajemxm6x4hi1g/Zk6jiqt toDpEZV71ytpIYLzee5rv9H1BpikWMg0rXY7WK2nSG2uAkiZ59K6kaZFcBbiTAUc4NTy6daW0IuZ AM9awbrWnvJfs1two44q1FLch67FjV/EEFrCbe2ADDjiuT8u41BzI7E1Y1SxMUyl+rVJBKLQL3FJ u71HqloU1tpY2wVOBUzj5K2Gv4JLUgR/Nj0qLSNNa9lJkG1T61tahbzI/e31OYuYpJMsqHir2hyR rJ+/6Dsa66+t7HTrZkIVmIrz++ZkuGaP5VJrBq2xqnc6jU/EltZQ+XagBvUVznmXGqMXmc7T71nO okG5uTV7TbW6uXEaKQpqdx2SGtGYW2xrk1bgtJGXe6kV1FjoUNkgmumB74NZev61aRoY7cAY9Kai xc3YyJZMHHpUXEgyzYArHfWFVzk9ag+0T3T4iJwa0s1uI6SDUbe3QqcZrntWvTPIQp4NMurSa3Te 5OTVHl+pp2QWQ+zjHmgHvXbafo8f2Mys46Vyun2Mk53KOlWrq7vrT90rnbSfK9xaj7sqLhkzwDXW eF77T4IGFxtJ9642GymuF8wk5NU51ubWTaGIoUUh6nV+INQtGuWMTKFzWUusWqAAsK5y90++uIvM VmrE/s6/lYqN3FawpxfUiU2j0uLxBaxoQjjmprTWLTeXldSa8wXTNRXu3FRTR6hHxlqr2EX1I9q+ x6Vqesx3Jwkg2j3qlFeRMvLjIrz5X1AcYY1L5l+o+61L6qu4Kr5HXXmohD8r9KqLqolQqzVy7S3T ffDUz9+OgNWqKQnVL95OfNJU1n3E0zDqcU6NZC3z1pR2W9Pu5rSyiNXkYRlLLgikifacYrfXRmY8 xkD6U2bTo7UZYVXtUg9kzKSItliKaGIbGK012MMLUTLGjcijmuHJYphie1behkiX0qhuh7AVq6UF ZxtrKbRaidOHVUy3NRvfsBtiFRTOIo8E1Y017c/M+K529R2SK8cU9zKGfNb8E8tpb7VfHFZ0uoQR MQmKzpdRkmfCniuinOnFe9qZTU5bF67uFkcs3LGooDFjLYqsW3qOMmpobGWTnBFZ61Ze6h3VNXky K4hWVvl6UkMAiOSua049MdeSasCGOIfPiuyOCla70MHi03ZamY0bXA2RoaWPTpbU+Yxwa27W6tIM nAJqhqF8bp9sY4rkq2TsdEHdXKd5qN60flhyVqmI3mX5gSa0IbZiRvFakNvFGMlamFOT8gc4rqc/ bQPA5OCBWxYskhYMtT3JiYYRabbwMqlljP5VVNKL94JNtaFGe0Q3JK4FTLaMR96k8iaS6wcjJrUl 0iWO38wSdq6vrFKPQw9jPuZ8OkvLcIQ/eum1tTY6CFJ/hrmoJbiG4Xk4Bqz4p1kS6SIt3zYqJV4V NIh7OUdzzm6/fXZb1NQX8TrDUsRPmbj60alcKYcVcFHqS2zl5OGNFExyxorUgktP9atd3pgJiTFc Ja/61frXoGjDKIK56+xrS3PUfC25LDn0rTGqbd0PrVTQotmmbvaqiSxtele+a81yOxaotTbYwWHG arafbG61FTjIzTtXk8mDitPwpteIykdKaCxJ4huksIUTIHFc7Br0jP5MZ4ar/iaCTUZ/kPANUdN0 IwSLO/RaTfYaStqbJkitdPaWTAkIrgbu7e/vmBJK54ra8RaibiRbaE8Dg4qHTNECSLI7DmqtcleZ i3unSiMSIh4710HhbVba0ixPjePWt+9ksYdNMW0FyK81l3wagzchCah+6Ve56W19JqzbFbEfpVS4 gi0txKOvesnSbtt6CM49a0tcLSW3HzHFUpJ7k2aMzUdQGoONp6Ulqry3CIykiq2l6TcXU+NpUE96 7K3trXSYh52C9OQ7lyHSLOO2WV8DjkGsnUtbhtUaO0ABHcUmoSXF3GzQyYjHbNc1KwyyEbnqXK2w JNjX1OWaUtcPkfWo7mBr2PdCucelOtPDt1qEu7lVrqbO1ttGtik5BbFCVxuyOGsozFeKk44zzmu3 /tDT9Psg0arvxXM6yizTGWAcdeKoI7Tpsc9KE7CsmW9R8QXV1IVVzsrGuv3qEn71TSwlMkdqpSTj YwzzVR1Y2rbGJcRbXJJrpfDUUckJdiMisSK0e+uNo6E1emjm0VQobhq3lsJkusXBkmMY6Cs2G2ll lUKpINTM/mkOeprrfD0FuYMuoLVlcVi1pGmpb2W9iAcVk3Vv9rumUDODVvUbieKUpGcJT7DCDe/U 1k/ItXIYbV7UAHpWVrKgTKRW9d3IbgCuc1WQlxmmhlxJk+yBOMkVa0uxi2tI6jmsuzieYrwcV0a4 hiCYxmi7EzMdYRMw2Aj6VE+lxXbcJitcwRRjzHxzVeW7jQYjHNF2uoivDotnbrmRQailsbKRsKg/ KmyzySHk9aRHESktT5pdBNIz9S0q3XGxRVP+zYRGMgVelnM0h9Kifc5CinzSFyxZjXtgAcoOlbXh 2wWeRfMHyjrUc8JRPmqawvlsYHOcHFaJyZSUUbPie807T7QJEF3gdq84vdQ+0njpUWr6hNfXr72J XNVVjAFdMYKxk5NsmiYjmieUPwOtLGAByaPLUzLg96d7CbK4hmLDCkiun0e1eOLewxV3TYbUQrvU E1YumEcZ8tcClJRl1CLZm3ErM7AnpVe3uXEhUGkAaWU+9IYjBIGNZOKKuXvIeQ7jmrEUCr1oin3x AKOaSeOUJnBGahRjcbbsaFmIVbLkGtP7bEBtQVh6Hot1eTFmc7a09Ttxp424yRXbDEexXunNKh7R +8PmvWXoaq3c8kkfAPNV4pDLgkVqW8kBUBgOKn2zqv3pD9mqa91FSw06aX5nzitWOyiiPI5pwvUj GExirFsVvHC5wTXbQpUd7nJVqVVshmyM9AKcsG8YHatC/wBHNla+duzxWFb6qIpCjVvPGUoLlsYL CVJvmuaun6Yt3cBScYNdK9tY2FqVYKWArkoL10kMkTYzTpb2WbPmPmuJRVV3eiOy7pKy1G3Ukctw 3kDGOlVBNetL5bMdtTWDxmc5qa7miiYkEZrGt7GGiNKXtJfEQSxCOMsetcVrTytId2dtddbTm9lK 54FYPicRxgouN1YJxfwmkrmDYwmdtoFQ6tYNGhNbXhmBWJLkCm+IGRA65Bq4LUUtEeeyghyKKdc4 8049aK60c461/wBateg6KcJGa8/tP9ateiaFHuWMVhX2Nae56lpEpbSiB6VlW8TnUSxB61qaKEjh VCRgitOWzhX94mM15Uk29DujKyMXVYjOFjHNb+i2f2HSmZuOKykZX1FFb1rc1q4EOnCOPjIq47ES dmc2l20+oNGvIzVvV70WFlsJG5hUWl26RRSXMnDDnmuY1i/bUL0oDlVNStNxu/QzGuCbhpCCSTxV 2O+umX5ScCp0sozGMjmnpbhOBS5ktiuVsu6aPtXE5yfes3xDZLD8yLmras0TfKcVsR28V3YMZsbs d6q9xWscfo9yRKE6NXoelaaJ4xLcH5fevNJkNhqu4fdDV18fiBpLERxNzipWg3qbGranZaeNlsFD j0rlrjUprqTc7EiqkiTXE5Lgkk1t6b4eeTEkhwvvSblINEQWz3dwvlRghTWpa6LHZnz7og9zmrst 3ZaZBtULvFY8l5PqYYBvl7VXKuorvoXL/XIIISlpgMPSuRuNQubl2MrEipLy1kt5SWzVZ2BjwBzT uJRL1iyzQshPJrMuEe0uTkHaTRYNLFernO3Ndpd6Iuo6b56L8wGadrg9DkmxNEFHU1m3WiSqhk6C tC3P2a8Mcn8Jp+taqPsxjTjiqjZDvcwrCT7PLgDLCm6w8lyNzdqNNlRZGeXvUWpT+dJtj6VbYMgs f3h2ntXV6ZOLaM5rlIkaBlYfjXQ2cqTRgZ5qJJdALM9wJ5Saelyq4BpDbhVJFUXjYyYFY6lI0Zbm JwMdaw9SIaVcVo/ZiFzWVfArKKqA2dBpbQxwKSBmprm4Vz8tZFs2I1q8q+aPl61T1I3GTSu4wTxV R2C067WSE9aSJQ+C1Jb6g3oLbRPNIOOKNZj8mMAVowvHbR7uKxb+8+1z4HSuz93BGHvyepHZwGQD 3rQ+yrENx61DFKsEXTmiMy3L/wCzUxhB7ahdrqZ2pO2DjoK5y5unYFRxXYahEiptPWuVvrPDZTvW kaThqxud9jBd8ueOaRXdjgA1rx6fxllqQWsSHpWvMjNtmaLWV14zUsFhMHBOa14kA7VOF/eKR0qW 7gtS7pdo527gcCtXUnt0tNoA3YpLe5iECoo+anT2Pmws7+lJ0FvFjjU1szmLf/Xk9s0t8c1IgCXL L70l4m0ZIrJroavTU1/DlqlyMt2rQ1NonbyIl+YVh6LdtbHA4BrooPLZ/NK5Y1caF9WyJVNNhulR XdswCZwa6KfQnvLfzZhzjvTNNdQ29k4HtWnc65HPH5EWFI4radKiluYRnVb1RyP9kiOUqOgpv9n+ dKI0ODmtC6maInPJNZqNcCXzEzWFSlTa/dm0Kkl8Zqv4cNtaea7gnHrWHFNNa3fyE4BrQa61CVds jnbUSwbzz96sOSojRTizQfUbm7gEcjZXFZ7aWHO7vUyW0iHOeKkZ3xtWqhSnJ9xTqRiVY4ni+XNN 2yux64qwsT5yxq1GFKkAc12xwU7XnKxyyxKv7quYq+ZDKcHmg213eSBQjHNdBpOgNf3mWOFzXYiP TNGjxLsLAVMsPAtVZWPPm0ebR7Q3D5GRmuD1O8a5u2LHvXqXiXV49ThaKLAUDtXkt8ojuynvU8kY 7A5to0NOSZVJiOKyNaabe28muk0uF/I3D0rD11DvbNdKoq17GPtdbNnIyEljmillGGNFAElr/rVr 0bw8C0aAda85tf8AWr9a9J8Lgl4q56+xrS3O3tkuYYdxJrTtJ53jJY8CkuXC2agelJZ5+zMa8x3v odqtYmsozJqCv2Bq/rEm+5ij/h71JpMSi0eU9RWfdXSFZHP3l6U7NC3KfiO/SztBFEfvDnFctp8D SSGQ96S+uJdQuyGBwDWnaqsMYXvSk7hFMlUhRg0jZDZAyKmjspbmQKgPNbY0uOysy05BbFQki3Jo 5qR/mBpJNQkjXCnC024dXmYL0zULWzzjYgPNO6QnqVL9luIywGWqto8rfahE2Rk966aw8OskRebp 71z2rR/Y73fCMbT2p+oJnodnY2tvbLNMQTiqF/rLcxWxwPauXh1+aaJYnY4AqYXKqN3ejmCw+48x yWlJOafYXotn68VUe6884qaPSpbiIyJzj0pK49C7qF5BcpxjNYwkQSbduaki0+5kufJ2MOcV12n+ F4rSNZ7oj15qldkvQzdM0E3mJtuAOa6f+0ILGwa2yN2MVRu9dtrVfJtsADg4rkdQ1Jrm+VVPU81r fSxFr7mfqmV1BpAPlJrN1FkkjGOtdreaEJdPExIzjNcFfxtHMyZ4FCSKRSVgvFWraESOMiqbIdwN aMFykaDjkVUtR7l6SxHkcdazIZHtLnB6ZqydVPQjiqV1crMdwHNTGIWsdRFL50IINKqqpya5ux1b yflY1oHV0cUSg0CNCebI+Wsi6/eyCnPqaBDVWG6WaepimtymjSVSkINSWt1tbFRvukUBelG1IBk9 ahtpiJbqUucmo45AtKrpKpNVkHmXIUdM07MWwy/u3xtHAqrbYHztV/XYEt4VI61kQ7pMKveteVrc nmvsbEIF0+F6CrcsqWyBV60lhafZIPMY9RWfdOZ5yFrWFVQ+FGbp83xFe/ui5xnk1e0jw7PqOJWB CCsuW2ZLyMyfdzzXfnWLbTdDVYiu8rVOc5bj5UtjkNftoLNPKTG4da5nvVvVL97q5eRjnJqrZjzp hnpmqXmQ0ywg46VMlT3QjjiG3GaoibBoCzNixkjhO56kvNXMo8uPgVmxOJhjNK0S7wE601OS2GoJ ixwlpQx6k1oXen7oVJpqx+UEY1endpIFx0FU3BasGm9EZb2ZjMYTvXomgaPb/YFlmIJxXDS3Kxxc /eFWtG126mk8gMdp4oU30JkjtzeWMMjQqB6Vh3tmUmM0JwDUj2fkjz5Oc81Tn1IkbR0pQhTbvJhK U7WRIE3rmU80huIYhgAGst7mV24zVy0iWTmSu9VoW5aUTidGSfNUkK8jzn5OBU0KFRz1qcRJH90i mtKimnDByk+aq7Cni7LlpocNx+lMfCd+akkOI9wrOkEsjcZqp+zgrU1ciDnJ3maVtYyXeSG4pW2W DkPyRVe3mubdcITTmU3OTL1rCODr1XduyN5YulTVkCa/LC5+z8ZqCae8v33SseaiW3SObitFPu8V 3wwaUfeOKWMbloZd4FtLZjnnFcBdnzr/AHe9dj4mnKQkA9q422BknUn1rz5xSnZHbGbcLnZ6fHt0 8H2rlNfOWauzgTbpw+lcZrvVq9GorUzhpu9Q4+b75oom++aK847yWz/1q16Z4XwrRk15nZczL9a9 I0YmKFGrCtsa09zvL+6QRIorQ0oedBtHeuchVrwA8nFdHpTC1xu7V5fU7ehfmm/s+xdScZFcnb3f 2m9aIn5WNbGvGS8X91nb7VzFnbzR6ioAOc0NiRs39lDabWRck1Pp2jyXrCTBC1rf2aHWOWf7o9aq 6t4kt9OtzHa4BA7UOI7s05J7XSrfBwZAK5S+1i5vZygyUzVa11U6xIUkByeldDZ6XDZp5s+Me9Kz BabmbbaM8+H6etaSLbWMeGwXFV77W0TMdtgfSsZ7iSVt0hpaId2zXk1OR22qfkrE1dI5YyR96pRK NuBVKeTLYNPRhYwoAVuNvvW6luwhyQSKyrhNsokUdK6bS7uCexKvjcBS5bj2MnZgHaCTXZ+DYHc/ vxhPesTT/IS8JmX5c9637vVYUhEdlhWI7VcUokyZu6vcaTpyb02eYK4PVvFE92THE2E9qqan9pkf 985OfeqUelSn5wDinKbewoxtuNVnfLMTk0kcREwlPanSK0DYNOWZeF9amOu5TNSTUrqezMaE4Ari 79nSVi/WuzgKW9sd3cVyOqYkuz6E1rF2JRVsmWV9rd62Bp8YXJrMayeNVlTtVu3vjIvlk8inJ3KW hYXTYX7VFcadEkTbetW4y23NQzFjG3NRGeoNHMNZuZyRnaDVgzwxptP3hWzpkK3BZCOTWPrekvb3 GQDgmt00RqJHPC4INS2sQaf5Kqrp7fZ/MHYVPorlrryz1zVOHNoiXJrc6MYhh561nXDPIT6VsXVq UhDN6VkSSLnArGpRlDcaqxnsQxM+7aO9XxbNAnm96LG2Ez5FWdSYw25UntTjTaV2DkuhiXc8l63l nJxVmxgFthpB0qLSGjNyTJzzWxdIjYwOKmTew7Ir3M8lwuyPpTLWDyTukHNWoVWPHFPuJoRGc4rp pKC1bMp36GJrd2hxs6isOa9uJIwrMdtXr5lnm2rVi20OSWLeelaOdwWhhDLDmkEpgPy1oXlqLZit ZFycMKRPOy4s0k3U0YOabbnEYp7Z3UOKHzPqPihuHkAiziujtNPMcSvJ96n6AkQjJkXmtDJecrj5 e1ZSZZkX0uxgDVuCVfs34VX1q0ZV3iqmmM7yqjnjNDVw0JWUbmMg4qvp0wg1AFTxmt3WrALZB4/S uME7Qy89a1jFolyTPT7i/SWyVSw6VkiNGOaxdLe4vRjJxW1HZzK2DnFaqjOptE53VhT3YqBEbkVK ZhjCCpks/wC9Uwtox2r06OFlFHBVxcGUv3z9M1IkD9Wq4qhelKea6lhl9pnK8RL7I1RkbT0pdijp S0nNaqnCOyMnUk92FIM80vNHtWl9CNyk+fNq9FxCSfSqs6YYGp8n7P8AhWUnozSC1OL8SXBkkZay NJXfcKPetTxAqhmPeqfh2Pfcj614yV6h617QOzI22IX2rh9dGN1d7cALb49q4PxCMbq7cQ7QSOSh rNs4yb75opJvvmivPO8nsSBOufWvTdKQPZKR6V5fanEq/WvUvDTh7MA+lY1djSC1Oj0S8jjl8phX SyRhiNvesPSNPillMncVrXU/2bj0ry+p22JrmaKztDuwTis3Tr213tI6jIqjdXwuJgrn5akkggWH dGamyHsal9rRktmCH5QK43yDqd/1O3PNXjJ8rIOlVI2e3l/dd6q6QWZ00drY6XbKy48wCs+51iWd WQn5aqSSu6fvTzVJ++KUpMaQobMmQakMzbgpqOGM9aGiYvuHapSQFkvsAyajceb90ZNNAaVgtdTo ukxFRLKRtHWqUbjZz0dnm3bzFI471lWkws9TCMfkJruNaubFU8uDGR1xXCX8W6XzF7U5WRKOl1O6 ttsflY564rQ0/TPtkAlib5sVxVqWmIDnpW9Z6pc2KhYycUXiwsyfUbaeG5HnHKqanOrW0dtsAGQK qXeptdRnzOprKhtPtMu3PWhaDuSTTrdTZFRMm2ZW7CtB/Dlxbxeap4qhu25V+ooEO1O/UQqFPSsE P9omBqa7UyOfSmQR7WG2rT0BGzGqm22H0rn7hDa3mR0JrZ3MEqjdwmZC3cUlLUaLnniS3Xy+uKqu s3lsTnFR6TIFl2SfrWpfuiQHGORQ01qK5T0V/LuMn1q34gnjmi4A3CszTMmYntS6pKglC5zTTYNI z4b0xQOjjiq+k3Kx6jvPrWlcWSPZ7x6ViWkX79vauqE7GUo3O11HURLbKqntWQkLMCxqC3kJOH7V aa4GRGveoqVXPcIU1HYfb3MkL4Wquqag8mE7mty103/RGmb0zXPpALnVNp6A1mnLqNpGjommSOVk YHBrobq3jjjHqKswS29lZKOMgVg31+082E6Vbml0Ekyy8sKRHPaufvLoSuVU8VflIWLDnk1ly2bg mQdKJzUugRjylQRkXCn3rrYzJHp2RxxXNW2DOpfsa1tQ1iOK2EKdSK0p0nJbinUSOcvZ2kuWDetZ dyuWGK1prZ5v3q96q/ZyWwwrXla0MeYWzjxFlugppuUN2sY9at/Z3Me1apx6XIt0shz1ocXYafc9 E0nTA9isg9KlDQ2znfgkVm22ujTtP2OegrOt9aivp2LHisFRk3qae0XQualcC8fYnSqLwNYsjmrE UYuLtfJ9au67bFLVC3atVFbA5aFiSb7Vpo+lcPfwD7Tx611VldI9kYweQK5q6z9sYH1rd01CzMVU ctLHTeGgixgDGa6Nz81cpoLeU/PeuqJ3DNevhJqS0PJxUbMQk4ptOPApK7bnEhKKXFGKAsJg0U6j FIBtJilxzS0xWK90eBRK2yzJ9qLvHFRX0mzTWPtXLVlyo6aUbs4bV5mubgonJ9q0fDGnSxS73Qge 9Q+HEiu9eCTYKlu9ezX/AIdtrTSVngUDK54rxvbKFTU9Z0nKGhxF4BsIHpXn/iLqRXoN6CsbGvOt fbc7V14iopRVjmoQcW7nIS/eNFE33jRXMdI+3/1gr0zwtzaH6V5nb/fFeoeDYy9ufpWFbY1p7nbe HraeVmK5xVzWEEULb/vVHoOorZzGM96q+KLze/ynrXmX1Oy5zil5rgouc54rRXzLbEcuefWpdEhj +0rI4q/rxgd0KY4qbLqPUz3iULkd6I7dShbvR5gKAVWe5aM4FRoWiK4DlsVECF+9VyOeNvvjmqt/ bPOuYapeYmSLKoTIqzabbgFR1qlptlKikTdKtmMwnMPWqaQriy2rW8lStqlxbw7ASFNJC0s0g82o NYiYgLHTS7CKZm86UndkmnTQER5NJY6LdbhK2cVfuo8w7P4hU8o0c/5nky4BrRjm3KKz5dNuC5cZ xREzIwU9qixRpMu404F7Yh1PSliUsmR1qpcPMH2nOKabBo24tYubiLyz92sa+YIxPc1o2Txx2xLd cVkTq1xdEDoTWlySuPmQmoYW2S89K2JNP8q3z7Vk+WdzZq1sS2aSukicUzC8jtVOJihxUplAWpvZ jK10qwyb0qvNdtOgWp3UyZJ6VRkxG/y10K0lqQTRXH2WJvWslrl7i7y2cZrVjtTdYx0qre2620gw OalWQ7lua4K2W32rM07L3De5qW5uAbbA64qHS2KyEmr3JuaFz+6Py96u6bbiV1dqi8oTctU0DtBn HQVCiO6NfUtRFrZGJT1FczYXGy5LnqTUt1I97MFz3qSbTjFErKOaTbQWT2NBmlnHX5akSBUTceor Ps55F+VugqS4um+6tTJroNJoSRjLLjsKsvIpg2+lVY/kTc3U1JbwvMrMM4pRi+gOS6lAAebgVl6z +4ZXNaaqVvNvvU+raM19Au3qa76C5dzmrXexiRa5EtuF4oj1W2JyxFRyeDLsLlc1Rl8K30frXWnE 5rSNj+2rdTwRS/25B6iuePh6+XqDUR0e7Bwc0e6D5jX1TVUuIcI1ReH8vPgk1mtpk8f3s1uaLYyI N4p2vsJXidnp0fkyqy1oa0GuLPHfFY2jSyNcbX7V0tzFvjAFaU6CIqVX1OEgkezmKt0NWprPzf3y jrT/ABDbCJ0K9c1t6ZaCXTVJ54pfV73Zft1GxiQyeS6qOK6+0O61U1x+pxG3uQR0Bro9JuPOtlUH oKWGrezlZk4ikqkbo0aQinqu44pGUqcGvYjNNXPJlFp2EpDSilxVEpDRRS0YpiYlJinYFJjJpIZV vASVA9aj11RDpGe+2rdwo+WszxRNjStvtXn4ttI7sKlc4jQ5/L1yNgf46+kz/pPhSNuvyV8s2k7R anEwU/er6b8O3P2zwsi/7FeLO97nqq1jzXWHMbOleda2csxr0nxPGI7hxXmusfxVUKrloxSgo6o5 Sb75opJfvmiugyJLb/WCvWfBWBan6V5Paf65a9a8IgCBVHesK2xrT3OrtLZcPMeorE1CfzrnBOQD W7dyC0tGB6kVym8vKxPQmvKejOxO5vaeY3AVTg1cudHnlHmdVrnrKVxcqsfXNdn9ueGw2SdSKnlT L2Oda3Ktt9KbJZ5Xca1ILZpg0pqhcNJuKAcCiwFApHn6U9ZCn3ailxCCz1XTUInbapFNRYM0PtXG DVm3ljPXFZUjqUyKZDKV5JpNArM2JsgZSsyS4kWYFwTipYr8Zw3SrYW3ulxxmmpBYcmuKsHlgCsi 5vyZCfWr7aNzuU8VBPpoCbsdKadxFi0vI2tiHxk1hXXFyWHTNK+4EqvGKiKuwy1JjRuaY6yBVq3f WIA344rnLS6MEwOelbzaqs1ttJ5xUWGzLnlC/KpqKGTY4amtE0lxkdCatvAiRZPWtUiSaS4aaLFY 1wSHwKvpJ8jYrLll/fHNaxRlIeEbGaXyy1Kk64p/nLV8qM+ZjPLYDFRtaBjk1Z+0LSGde1CQ+ZjY UMC4WoJ7XzzuarXnLimmcGmkFzBvbUowA6VGiiFQRWjesCc1mSXUYlVDV20BPUv28ruwAzirt2wh t8nqRSW3lRwB6z9QuvPyq1mr3NGO0xy85at4ygoQ2OK5nT2aJqu3MkpX5TRy3CLJprhFchcUwTLn k1RjtZpssM1FIsqtjnIqVFXC7RvQqshGSMVtQNBb2zAkZIrh0muh0zxUi3V2zhXJxXfBwhE55xcm aswBumdfWpkvJlwB2qNMCIE9acuK5nJ30KtoXBqc23BFNa8aT7yiojtxScYpc8gsiQyKwwVFQNHG TkqKWjg0+eQnFFK8tRKvygVFarJa8EcVpYxUM2CauNecdhOnF7mho+0y7jXSAqV6iuOScwqPL61M s99sLnOK2hipxIlRjIr+K5vLlU54Brc8NXaXFiFyOBXE6tPLduVfPFV9O1S409wiE4rrhidDKeHu dX4hX52x2qv4VvX+1eU54Jqu9291FufqRVK0ufsd8rDjmuVzbkbQgrWPWI9MlIEqng1IdNYjJNU7 TWJ5tNTZ6VX/ALTuw21s10Up1UzCrCm0Szx+W22ohTmkaXk9TUoi+TNexCVo+8eTKN3oV+9L2pTw aO1abmbQ3rS8il6UGgRHPjbmsjU5YZYtkvStecZTFc3rMBSJmJ7Vw4rRandhtSmmn2E80YiA3Zr2 3wjYtFo209NteH+E4xJqQLnIBr3/AMO3KtbGEYwBXkVpxloj06cGtTzXxjDtvJK8p1nq1ezeOIcX DnFeN6zgFs1FBXZVV6HJTffNFLN980V0mItvnzFxXqPg+coY93SvMrMZmX616VoACQK3oKwrbGlP c6bxDehwqqazrYKY/m71XunM84Gc4rVs9Oe52qoNeXNts7YaDbS3ZZxKg4FWr/UGmZYgfmFbUelt b23lEfOw4rL/AOEYvVu/NYHBORSSZTkjb0WN1tP3vQis/UVRZSUxRfzXVjb7ORgVlQXTzq2/Oabt 0EtTJ1+42W7bRzjtXN6Ozy3BJDda7+z0qG/uQlxjaT3q7q2haZpUG6DbuPpVxtYTOSuGaNOhNZ5v ZN23aRXeeHdNtL+cC4xt962dd8H6ckXmW20n2pKFxuSRxelWP2qDe1Q3Mc1tcYiDHntWxEDY5jA4 rq/D1tpdyhe727vej2dyXUschaz3RQbkbH0rQVVmjKFTk16ALfQV+XKVnXsekxTAxFafsH3BVl2P O7rQpyS0aHn2rPOj3ig7kb8q9kt73Ro4gJCmaka60CQf8s6pUH3JdbyPnbUVntp9uCOa0rHLQgsa 7DxvaadLJvs9v4VxkRZTs7VE0kaRdy4jkPxT5yzLimqoVcmgMXfFQrjYyFSoOe9V7i3BbIrZ8pEi y2Ky5pB5mBW0WZyKy23FKYKsq2RTl2960SuZXKfkZpfs5FW2wvSmM1VKCWzEQeSaY8JA4qwWpjzB RzU6jMS93hsVFDpfnsH71JqFyplFaOnSAxjFWriAWjiPYc4qP+z9vzGtUHNJICVxU3QzHEag8DpS Fmzg1fFvjJqDyv3nNPRhqhYJWjXAHWmvblm3461MVXgCrkaZTmptYdzOS3PYUSWzZBArU2qtN6mq c2BSMTeWBTVSTOKtyHaeKegBGakRV8uSk2SVePSkxntQBR2yGja4q7jFNNAFM+Zio9rk81ewMVA5 xnFMCJR8wI7VsW9wstuUxyBWfaIrbs1NbMsEjbulaRS6iu+hg6hHtuW461lXK+XIp9a3tRZJJywr D1Ej5cdq1ixtXR0dhaedaKR6VUvbMRzKe4NXNBv0+y7CecUXQM9wcVcVrchrQ6rQZQbNUHpVq4R1 fOKx9E32zLuBxXTzbZoQRXdSqKehxVYOGqKEThuDVh5SFwKpSKYTkVbtiso+aup3locnw7DchhSd KsTQbBkVDgYranJPRGM4tasTrQaUUnetrtGWgyQHbmud1tjNGY1610knKEVhTQF7xR6muTE7HVh3 qZOhRPpspmmBC16R4M1z7RfFFPy1kazo6jRkdVwSO1S+ArRILgE9c14FTc9mnsbvjiAGJpPUV4B4 gZhMwHrX0Z45j/4l+R6V4D4ghXLGtKEOpFWdnY4tiSeaKdKMMaK3Myey/wBctegaXN5dpx6V55a/ 61a7KxkPkqo71hW2Nae502lxtPPuPIzXoGk26xRiTHSuY8NWJZAzDiutkkWC1KIOcV5kpWOxD59U hEwZsZWluPE0bIAFHFZenaa19cEyH5Saq+INPSzkVYzSjUmNxiR6pqBvVOBxVTTQhfa3WtbT9MEt kWPXFZpspILosOgNKUmNJE18HtRvi/Ssp7qa84mY8etbk0qy2+09QK56QMsxAqW+w7Dvtk9mMwk/ hWlpniK5kby5ySD61TSElMmo/LCSbh2pxkwsdPdRQSWpk43EVzC3k0M7BHIUGrjXLtDsBNZsqNtY jrTFsWJNVl3geY351HcalMADvP51lxxStLlulS3CswCiqVxD31SaTjzGz9a0LJ52hLNI2PrWKljN 5ytztrZeYQW2welGoIicvM7LkmqU0RjfNX7HDBnqvcuHcipGMDr5fNQxS4cmmPzxTlTauaokW4vG b5AahSJ+p70LEWlyauyI3l/KOlCsMzpXaI1CbhutXSgkBD9aoyRFWPpScmtieVEq3Ben7zVRTsar C8is3UkPlRJk4qGZGZTU6nHWlPIpqqxOJy99C2/PPFLaag0Py5raurTzEOBXLX0ElvIeDXbTmpbm TRvDVjjOahk8QBDgmsSF2cYzTJ9NlmcFc1qox6kNs6a31cTjg1MbxawLe2e1QZzVtB5nesZaPQqO pqC8Q8g1HLrawDBNUTHsHWsy+sprj7macLN6hLQ3I9dWY4U1aXUeOtctYafLA2XzWmBniqqRithR dzXF+jNyasC8AXIrmXLK/Wr1vLvTaTUDNU6pGDgmnDVIT0IrnbuJlyQTWQZ5Ulxk04xctgeh3q3i OODQbhc1zlncEICxq79pQjrUNNDSuarXK4pUTzlJFY0lwvrWhpV4G+WhXYD1m8ibaasyrvi3DvWf qiMsm8VYs7jzIQpq0rCTMa/Z48kVgTXTM+GrptXwqk1zcdo17OFjHOa3h5g2zR024MKFs1o6ZqJu L8KemahXRLiCD5wQCKdpumyWt4sh6E1tB2IkeoQ2sT2KsoG7FRI0iNt7ClsbhUslLelOSVZpDtro o2kzlrXirj/lkX5qZGm2T5elTCAucCpRp1wfuA12TpzSumckKik7NDZ5wqANUK/MuRT59FvphkA4 FVJJ/sA8uXqKxoYqEZWkaVsNKSvEskUmcVXF4kgytaFkI5T81dzxFNK97nEqE27NFfGUPFULZPNv 1GOhrqTBbLE3TpXNKRHqeU6ZrCdfmWiOiFJxerO2uLRJtKCNjhawNK22WoKo4+ar17qwhsFUHkis aBy86S+prwcQ3zHr0djsvFg8/RA/+zXzz4j3CRx719Eap++8O/8AAa+fPEw23Mg963obGVXc4iX7 xop0/wB40VsQOtf9YK6/Rx5s8a+9chbffFdn4bGbpD71hW2Nae56vpgFvbRqB1FdTBb2bac0khG7 Fcl9qjSzUZ+YCqn9o3JBTcdteZzKL1Ozlcti3NrDWVw6xdAeMVVm1H7Yd8vWqTqCxZ+9JiMjrU8y ZSVjds9UVIvLWszUNUKOV9ahiCIcg1DcokjZNJsC9Znz1z61Wv4jE+7FPsn2uAoNWr+Myx9KWgzG +2N0q1bFZjtPU1XS0O+rUEBhuFfsKaQmy3LZmCHc1c/c34Rygro9TuWnhCJ6VhDTVeTe/WrshXGw B5IyQOtSWum3LyeYw+QVpQLHEmBjimT6jIqGGJetCSHqZ2oXqw/u4wNwqojvKPm71HNbSLN5kver EeCy+lFxF21j8qE+9UZsB2NWppwqACqEzbjx3oGLAvmPmnXOQQFojBjXIp8amRstSuISP5Y8kVo2 JSWBt+Kz53UDFJCk7qRFnBouUV7o4nYL61CXBGD1ptxBcRT/ADA81MbU7Qxp2TJKjx96YkhQ4NaB RWXFZ9xGVNZNCLAYNzUgkHSs2KYqcGrQcHkGo5Wh3LanNVL7TkuYyQBmpUkqVZcHB6VcZNCaucfJ bNazEEcVr6biXsKualZLcRF0HIrM02QwT7G9a6lLmRlaxa1KHA4FUIWKmtu9AkhyKwhw5FJO4MtE hhUtsQGwQKpbyKlgf94KLMC1dgbeBVOMc1pyxb4cis8/I2DTTFYgmTjNQwMUk5q25DCqko2nIqwe hoTBZIeKwbqPa+QK1baXcNpqK9hyCRTi7Mlle0lVhtJq6Iwx4Nc68jwS8Vr2d2CoyaucXa6BSL/2 cEcmpoB9ncFTUCzBulP3E1h7yLNeUi5g96oxN9nkwaktZDjGagvQQ+RVJitYXUU8+Ikd6d4ctIor nc4HWrdnGs9vhvSoFdLacgGtIysJ+Rua5dp5QCAcelUdNcXssceOc1QmuDKDnpTtHm8m8DL61spt LQfJc9XtvDpm09dvpWbPotzZScdKktfFE0FsFHpVS68SzzN8wrFVJKXuicE1qXYA8ADvWra6zApC nGa5n7bNMnzDg0xYxncrc12whVmveZzSlThsjun1mFYiFA5rktWs0v5TIO9VlldThicVo20iutaP CQ7mft5voZUVgIgBWinlwx5zzSScyEVG8W5DzXR9TtG8DFYrW0yJr7cWGeKr2zK07Me1QGF1lOc4 qCZzbbiD1qFipQvGSL+rxn7yJ7u5M9x5YPANalqu1Y89q5zTd095vPrXTopJAFeVWnzyPQhHljY6 /wAxZtEZPRa8C8XLsv5B717np8b/AGCTd0xXiPjZcalJ9a2otpGVRHAXH3zRS3H36K6DIW2++K7P w2QtwhPSuLgPzCuz0KJmCnvXPX+E1pbnoc9u00CyQnoKro8gOGHSrOmTtDb7JORio7hlZiV715TV 2d0XYXaJRTTa/LnNPghlKZApSXAK45qbJFblUDacZrW021gnYeaeKyHR93Iq3YuRMFzitIuJLR2E NnpNsgLFc1i6zc2u7bAQajv4V2DEhyfes9dPfG4sTVuS6IjlfcqPc7DmlS5aUZHSob63bB21Shmk gUqRUXRVrF5r7Y+00rXSkdayyd7bjU0cLyncOgosxmpH88RYGquXDlgM4qNLry5liHTvWzKsCWm5 cbiKLCZg3E7TnDDGKagIHFIctM3pTyQq0gIX3M1IIzvGalXPJxULyPvxiquFi8VUIKb0GBTEJZcm pUAJpXQ7MpyxMzZq3b3qWSY4zVsJF5JZsVgXGJbghTxmgZbuLlrptwFQebIRtYVJuSCL3qFZPNzx VIkjaXY3FI6+auaHUA80LMqDBpSiIzp0KnimxzHODV2ZAwyKypgUfIqUrkmiJalV9wrLinzxmrKy 4o5QuX45sAo3Q1XexUzb171GZQeamtrjMgU1UdAZalixbY9q5yf5JTXW3ABg471zN/Fgk1UNyGVd wNKr7ZBVJZtr4NSeYCwNbuOhKOmgbfB+FZ10m1zVnTpN6YpL1ODWKWpRmBuaZLlhxTS2H5p4YVol YkrxsyPV4ESx1Tkx2pYJdpxVAUL+3wxOKjsyN20mta5i8xM4rElBglyK2hLmViHubO1gMrS75QKb Zzh4xVksD2rGTaepa2GW91IjgGtKVvNQGs1toOa0rArLwalu+w0WrRvKhNZrHzLs5PGa0LkeWpxV GFBIWPeqQjZt7CO4i+XGcUyKzW2uPxqnpt7JDMydq1LeRZ7nLetWrdyk2aCttQE0ySdWIHetB7eN 4Pl9KyJLdhJkdqiWjuM2rct5OWHFMM6xP1qnHfNgRNxT7uFjDvStI4iSM5Uosvi5ikHJqxFMkKkg 8VzUT7WG41qCQSxbUNdCxTktUZ+wS2LT6lGsnJqeK/ikIwetYb2pZvmNKsRgGQaqGLqRInhaczqZ Y4JINwxmuU1qQAhF61Ml9NGG3E7ayHlN1ec8jNY1K7nuawpKCNzRoNsQc9a6TTU82cCsizUJbqBW 3pbLE4aufqanVLGI7BxjtXg3jxNt/IfevcxcGS2Ye1eJfEBQLlzXTAwkeZznLmimSn5zRXQZEtrz Itd5o7eVEjYrg7X/AFq13ml4eFBWFbY1p7nVW12JVAPFTuyq2QapW9scAinzq/QV5E7tnfHY1Yr4 Km0YqeEpKdxxXMM8yPxnFXI71kTknNFhmtcqM/KKrj922R1qGG93feq+kImj3r2qdRlaWeWQjk01 ry5RNuDU8S/vOR0p08gPG2nzCsVYZTL/AKwcmq19EFUnFWw0ayDPFRalh0+SqQjIiwxxWnayIq+X 61mIhU8VIgcSAjrVkk9za+XJ5lNadioXNaG5Xg/e9cVlH/WnHSkG5KiZXJqGQdTVjfhcVDMfkPvS AdburcU6RU3Y71UtY3BJ5qwI2aTd6UDJkUqRu6Us5WMgqalLK0WD1FY9zK/nbR0pIdyzc3DFNqnr VWKML8x61MEwgLVGWGcirSJZBKjySc9KuxwqsOR1qHzQykDrUK3TRkhqtJE3HnazkPUc1vvYbaim k3ZYGnWjyygkDOKLgEsMqqABVG5gYLkir0mobH2MOaGlSaM570CZzpJjerCTg8E028iKkkDis7zC rVpypmbZtBwe9CyhZAQayknYU5pW61PsxpnY28wnhAz0rM1KP5WFGhzlhgmrV7HuzWdrMfQ4W7Yx SmmrdAL1qxrUBV8islY2YV6MYpxMG2mdboV0JGxmtu6jBQmuQ0UtDMufWuzcb7cH2rmqxSehpHY5 i7Gx6hEo29an1UFCaxt75q4xuhXL7SCoWnCtkVWZ2xUEjmtFTuS2dHazLPHiqGoW/JOKpWFy0UoB PBremUTW+4elS48jHujDtJzG+0mtdHDDNYVypjl4q1b3DbRmnON1cEzUYGprKYxSjms77QTSfaSr A1lyNFJo62YCW33e1Z0JEZYVa0WX7ZFtJqtqSfZpWqVfqA6y+adjWvpqK9zgmsXTJVbPPNaVjuS6 LDNarlW42n0OrMLJFx6VmMziU5HFXI74lNpqFmBJzWk1CS91kQ509SnIhdsr1FTR3Mm3yyOKliCh +alljjC7lrlfus2Et7JJzlqJLd7d8R81XW4kQkJmnQXkizfvRxXZRlSloznnGotUTMWC5Yc1XkLy 8KK2c288WSR0rNMiRSMF6VdelFK8WRSnJuzRnXcrpHtI5qGzt5PMEmOM0t3OJp8Hsa2bExPCFGMi uXTqdF2aNsP3APtT7a9C3AQnvTYeBtrLviLW6R896jW4z0mBf9AL+orxr4gqfPY161pd8txpCgHt Xl3xCX5mrpgYSPJZfvmilm++aK6DIltBmQV2+hAs6LXEWjYlFd1oJwytXPX+E2pbncxokMS571KI onGeKpK5u3SNDzWhJpN5bxhsHBFeTJNs7k0hhs4mGcCqsllG3SqtxeTQTeWc0/zXEe4VFitBxs9o 4qe3neBClUf7R28NU8Mnn/dqrWEXIJC0vPQ068aOMjB61VMhjYAdaq3rP1Y0CuPm2uwINObATBqn ZMZbxYyeCa2tYtUtbdSCMkVaQrmOQvmYXqasCHysOwrMglxdhieM1r391HJbAIRnFUrg2ijd3G9g qmmqOAaqxtljk1YD4HNJiQ5uBmmAiQ4pry54zUSyrE2c0wubNnHGBhsc067RIUJWsZrttwKmnyXj SR4JpWHcje5bcQDSAYG96jRDI28dqbNKzjaO1NIRJ5/mHb2qCVwp2r3ojZF4J5pkwAO5TmqSFclS F1Xd61n3ch388VKNRdTtPSo5ts5BFWopkkcbPJhR3q7HNJYRkEdaq7/sxB9KLi6N2oAFICaO2F4W lNMELCTavai1uTbjaelW45UJ3LzVIGQz24aAhhzXMXFtJHMTg4rsAVnuFXtnmreq6fapaK3G7FdM KbaMZSSZweCByKdkla6Wz0eO7jZhjiuf1SP7HKy9hU8g/Qt6TOY5QK6SUbod1cfo6XF5cr5QOM+l dlOjQWyh+DiuetGzLicrqkHmMeKzY7UDtW7eYbNZwxmrhN2sQ0rkMeIp1+tdbbt5lqv0rkJSPNBz XUaZMrW4Ge1KqmykjN1SEMTmsUogOK39TYEnmseO2MzcVrTehLRSk2YwKbHaF2zjitQaaM5apxAI xgVbnbYmxjTWwj5HatLTpxIhjNE8a7TmqkBEEuQaL8241FiX9ttlLEcVCigLV65nWdcGq4RAOtNN hyMaMU1wCKfhR3pjYx1pasfK0bHhy68qXbmtHWozMC1YWkkJLnNal/qCiPaTSkikn1M21la2lAzX e6BbJeIDxk15x54eTINdx4PvxG2GNXCCmtSZycdjob7RriMFoRnFZ9srecI5uDmupGtxRHbIAVNY +svbkCeAjd14qFR5Zaic3JD57JUjVl71G9qwiz2qC01QTRhJD0qSfVEVSgrtdOg4nLzVlIrsoTp1 pn2O4uuUWoEvE83LHitrT9YggBzivPlTinoztjJtalG3jMDbJyRUF6UiyyHOal1K6ju5S6HH0rJm l3YTNKzQMYE8x93rWvYp5PJNZ6RlFU1eklAiXFK6DU1lclSy1zerSzvP8+QoNbMd0sNtuY1i6heC 5yFFWI6zwpqAa38ot0rmvH/zFiKXQHe3kzniofF8olhY55xW1PUynoeUz/6w/WiluP8AWN9aK6DE bC21wa6zS9QWKMAmuQBwanS5ZRgGonHmRUZWPQLfxB9lkEqNkiugX4iNNbeXJjgV5F9sfHWgXTZ6 1gqBr7U9Wtdbs7yUtMRmodV1mKEYhIxXmYvnQ5ViKe+pSOuC2aX1ZD9szu7e7S5QuzDNT22sx2sm 3cMV57HqksYwrGmnUJGOSxo+rIPbM9Mutdh271YZrIn8QPMcZ4FcSdQkIwWNN+2v60fV0Htmeg6d qyrIJSwyKn1XxL9qULu6V52moyIMAmmPfOe9H1dC9szrV1X95jNWpNXWOPBbrXDLeODnND3rv3NN YdB7VnYLqoDZzUj6wMferihdsB1o+1t60vq6D2rOyXVl9aq3Gq85DVy32tvWkNyx6mmsOg9qzqot XLcE1YbVFVOGrjhckdDQbtj3o+roPas6+LW/LUjPWmrqw5Oetch9ob1p32psdaPq6D2rOik1P979 6pTqoCcGuUM7E9ad9obHWq9ihe1Z0X9oK7cmpvtoQZU1yvntnrThdP60vYIPas6Ka/3Dk1b0u8hw fMIrk/tLHqaBcup4NXGkkS53Orv7yPd8hpltqCxry3WuXa6duppPtLetJ0kx+0Owi1VY5NxNF5rR uF2luK4/7S3rR9ob1pqFthcx2VlrgtYyoPWsi/nN/d5/hJ5rEFw3rUq3ZTkdafICnY9G0GSw0q1D Nt3YqprOuRXDnYRiuFfUZmGNxxUP2lyeWNZyo3K9qzoJ78MOtU2uvQ1lGdj3pvmmqjRSF7QtyTMz 5zWvpuoGJMMa53zDSrMw703TTH7Q29Q1Aux2mq9pfPE1Z/nA9ab52DxTVOxPOzpft6suSeaY98uO tc79ob1pwnOOTU+yDnL9zes/ANVPOeovNBNOEq46VagilUsL5zeppfPb1qMyLSbhT5UP2rJhO3rT TM1M3rikLijlD2rLtldeW3Wi9uDJ3qisgU8U8ygjmjlF7VgkpVhzXS6TqAhUEHBrliy+lSx3JQcG k43D2h3EmuGYhS3SrS6nH5W0vn8a8/8AtbZzmnfb5P7xqfZi9odx9uRCWVqiXUleTBauM/tCTH3j Tftrg5BodJAqjO6nu4VjyGGaqf2mo4D1yRv5G4LGm/a29aXsUHtGdquqIq53VU/tQedktxmuUN4/ rSC5b1p+yD2h6CmtRPEFJHFRSauuQN1cKt46nqaPtrk9aXsg9oz0RdSSaLaW4rNur+KI/Kea5Eal KowGNRPeO5yTR7FB7RnY2+vGNhg1HrGrC4tzk9q5BblgetLJdM64Jq4wsTKVyGY5cmimE5NFaECU UUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRR RQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFF ABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFAH//2Q0KZW5kc3RyZWFtDQplbmRvYmoNCjEwNCAwIG9i ag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNTUxL0hlaWdodCA4MTgvQ29s b3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRl cnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDQwMDU+Pg0Kc3RyZWFtDQp4 nO3XX2gX9P7HcSvdnNts27c1nFuWf3BLQRGnS4SBIrYVCCIYQw0l8EKppl6VkFCYmXVTlCS6bvJG SNTAm12IzAIvMtGEBFkexGpRpqWmab/f9p11jNPF6/77eFx+rp+83+/PqFF/ewDuN+p/Fd8fhL/8 SykjjTz00EOji8ZQukYSGGphpJR/VjIUyVAeZWXl5eVjKW1DDZSVDeUyEsp9lQxHMqasfGzFuMrK qqpqSllVVWXluIqx5UOlFEP5RyVl5RWV1eMfrq2rKxQeoXQVCnV1tQ+Pr66sKC+7r5NiJWOGI6mp q2+Y0DixqZlS1jSxcUJDfV3NcChj/u5kKJPhSqpqCg2NzY9PmTa9paW19UlKU2trS8v0aVMeb25s KNRUFTspZjJcyejyiura+sZJU1tmzp4zd9789vanKE3t7fPnzZ0ze2bL1EmN9bXVFeWjRzoZymR0 WUVV7aNNk1tntS3oWLRk6dOdXc9Qmro6n166ZFHHgrZZrZObHq2tqigbPZLJ8MqprKlvmjJj7sLF XctWrOxetXrN85SmNatXda9csaxr8cK5M6Y01ddUFtfOcCZDw2R8oXHyjLaOzuXda9dveKln0+Yt lKbNm3pe2rB+bffyzo62GZMbC+OL42RU8TKprGmY1Dq349mV6zZueWXb69t3vLXzbUrRzrd2bH99 2ytbNq5b+WzH3NZJDUPjpHidDO2csdWFxqmzFnaufKFn6/Z33t+9Z+++3o8pRb379u7Z/f4727f2 vLCyc+GsqY2F6rHFz05x59Q/1tK2ePm6ntd2fdC7/8DBQ4ePfEYpOnL40MED+3s/2PVaz7rli9ta Hqsf2TrDmYyraXhi5oKu7o1bd330ycGjfceO95/4nFJ0ov/4sb6jBz/5aNfWjd1dC2Y+0VAzrpjJ 8GlSO2HK7I5la7ds/3D/4b7+k6dOnzn7NaXo7JnTp0729x3e/+H2LWuXdcyeMqF2+DgZyaRu4rQ5 i1asf/Xd3oN9X3x17vyFgYv/oRRdHLhw/txXX/Qd7H331fUrFs2ZNrHuXiZjyqvqmqa3LXluw7b3 9h/tP/XNwKXL3w/+SCka/P7ypYFvTvUf3f/etg3PLWmb3lRXVT6mmMnYqkJTy7yl3S++sftA38lz A5cHf7py9Rql6OqVnwYvD5w72Xdg9xsvdi+d19JUqBp7L5PqQnPr/M5VL7+559NjX56/NHjl2m83 blKKbvx27crgpfNfHvt0z5svr+qc39pc/BGPZPJIc2t71+pNO/YeOn76wnc//3r95q3blKJbN6// +vN3F04fP7R3x6bVXe2tzY/cl8ljT7Z3rdm8c9/h/jMDP/xy/ffbd+5Siu7c/v36Lz8MnOk/vG/n 5jVd7U8+9s9Mnnrm+c07e4+cOPvt4NUbt/64+yel6O4ft25cHfz27IkjvTs3P//MU/+SyZa3P/7s 868v/njt5u07f/4fpejPO7dvXvvx4teff/bx21tkwr+TCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZ EJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkB mRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZ EJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkB mRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZ EJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkB mRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZ EJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkB mRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZ EJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkB mRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZ EJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkB mRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQ kAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJ AZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZ EJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQCQGZEJAJAZkQkAkBmRCQ CQGZEJAJAZkQkAkBmRAIMtm8s/fIibPfDl69ceuPu39Siu7+cevG1cFvz5440rtz879k0t61ZvPO fYf7zwz88Mv132/fuUspunP79+u//DBwpv/wvp2b13S1/zOT5tb2rtWbduw9dPz0he9+/vX6zVu3 KUW3bl7/9efvLpw+fmjvjk2ru9pbm+/LpNDcOr9z1ctv7vn02JfnLw1eufbbjZuUohu/XbsyeOn8 l8c+3fPmy6s657c2F/7OpKrQ1DJvafeLb+w+0Hfy3MDlwZ+uXL1GKbp65afBywPnTvYd2P3Gi91L 57U0FaruZVJeVdc0vW3Jcxu2vbf/aP+pbwYuXf5+8EdK0eD3ly8NfHOq/+j+97ZteG5J2/Smuqry YiajyyvrJk6bs2jF+lff7T3Y98VX585fGLj4H0rRxYEL58999UXfwd53X12/YtGcaRPrKstH38uk dsKU2R3L1m7Z/uH+w339J0+dPnP2a0rR2TOnT53s7zu8/8PtW9Yu65g9ZULtSCYPji4bV9PwxMwF Xd0bt+766JODR/uOHe8/8Tml6ET/8WN9Rw9+8tGurRu7uxbMfKKhZlzZ6AeLmVSMr3+spW3x8nU9 r+36oHf/gYOHDh/5jFJ05PChgwf2936w67WedcsXt7U8Vj++YiST4o+4ceqshZ0rX+jZuv2d93fv 2buv92NKUe++vXt2v//O9q09L6zsXDhramPxP1zMZOg4qWmY1Dq349mV6zZueWXb69t3vLXzbUrR zrd2bH992ytbNq5b+WzH3NZJDTXDp8mDD4wa2TqFxskz2jo6l3evXb/hpZ5Nm7dQmjZv6nlpw/q1 3cs7O9pmTG4sjOycUaOGt87QOKlvmjJj7sLFXctWrOxetXrN85SmNatXda9csaxr8cK5M6Y01Q8N k+GdM5RJcZxU1T7aNLl1VtuCjkVLlj7d2fUMpamr8+mlSxZ1LGib1Tq56dHaqpEDtpjJ0HVSUV1b 3zhpasvM2XPmzpvf3v4Upam9ff68uXNmz2yZOqmxvra6oniZDGVS7GRMeUVVTaGhsfnxKdOmt7S0 tj5JaWptbWmZPm3K482NDYWaqoriyhmuZDiTYieV1TV19Q0TGic2NVPKmiY2Tmior6uprixWci+T kU5Glw2HMv7h2rq6QuERSlehUFdX+/D44UjKRv+3kr86GVNWPrZiXGVlVVU1payqqrJyXMXY8rIx /6hkuJNiKEOllJWXl4+ltA01UDbUyEgk/62k2MlwKA8NpTJsDKVrJIGhFoqR3F/JvVCGSoF7Hvjf SP5bCvzlvjb+HwS6gt8NCmVuZHN0cmVhbQ0KZW5kb2JqDQoxMDUgMCBvYmoNCjw8L0Z1bmN0aW9u VHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwXSAvQm91bmRzWyAwLjVdIC9GdW5j dGlvbnNbIDEwNiAwIFIgMTA3IDAgUl0gPj4NCmVuZG9iag0KMTA2IDAgb2JqDQo8PC9GdW5jdGlv blR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAxIDAuOTI1NDkgMC44XSAvQzBbIDEgMC43ODAzOSAw LjRdIC9OIDE+Pg0KZW5kb2JqDQoxMDcgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsg MCAxXSAvQzFbIDEgMC43ODAzOSAwLjRdIC9DMFsgMC43NDkwMiAwLjQ3ODQzIDBdIC9OIDE+Pg0K ZW5kb2JqDQoxMDggMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2Uv RGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyA0MTcuMDQgMjQ2LjU3IDQxNy4wNCAyMDMu MzddIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDEwNSAwIFI+Pj4+DQplbmRvYmoNCjEw OSAwIG9iag0KPDwvVHlwZS9QYWdlL1BhcmVudCAyIDAgUi9SZXNvdXJjZXM8PC9FeHRHU3RhdGU8 PC9HUzUgNSAwIFIvR1MxMSAxMSAwIFI+Pi9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSL0ltYWdlOCA4 IDAgUi9JbWFnZTkgOSAwIFIvTWV0YTExNiAxMTYgMCBSPj4vUGF0dGVybjw8L1AxMTEgMTExIDAg Ui9QMTE1IDExNSAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9JbWFnZUIvSW1hZ2VDL0ltYWdlSV0g Pj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMgMTEwIDAgUi9Hcm91cDw8L1R5cGUv R3JvdXAvUy9UcmFuc3BhcmVuY3kvQ1MvRGV2aWNlUkdCPj4vVGFicy9TL1N0cnVjdFBhcmVudHMg Nj4+DQplbmRvYmoNCjExMCAwIG9iag0KPDwvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAzNDky Pj4NCnN0cmVhbQ0KeJyVWsuuJbcN3A8w/9BrAz4j6i3A8CJ2EHhhwEEWWRuDibO448CP/0eq+FDr +N4kiBfjS7ZaEimqWGSf68MP11dfffj+m+++vdLXX19/+vab65f379KVHgn/LWmtXCOnq6Z2/frp /bu/f3H9/P7dh7/8rV0//YY/fvjx998//frz9fG368MPInL99vHn+/2Smsyn9//xxft3f33/7vrz 999c17G4vFpcZsF0r9cesh5zXhiFB9X+/DI9SlurXR8/Y0/fff7xp0/z+vZf11sr5ddmdkmlvbGU pEePldr1bNS90vpPK5X/y6Ewlh6FJWVgdM/4R1K+fv3pj/60bf0vj9Z79T+eUrNTyhWezFep89Hb 9ZmK+cD2XJHreNSqknRI/dE6pPGQcX3k4MZtFOhlXZRyg1QfY9xSfqwcg1Uhj2SP+WpZto7NXLCq z2wLl8FRsSlIuo7t2SQObvKQ/bRl/i/ebOWRniaGYpW9bqsPuFr3NG8JW+422BWwyObiq26tz3w7 wxd2X9mewo2nlzH2nwisqZNSt+h4xPpjiMsy82Oa0FQQ0ZWGelKmPKroRrAfSrqR9pjDJNty88Hz UXsoXlyRdfzi5PORmk6eKqSBW2RLTXu7c8vFDkBme4y193gYYDZBM3O5baJJtblMk5pPRUHaaRNN qjNsgoT7GDZRknrYRAvWOGxSG7dNNEkPSm2iSeswiRbNESbBIoBMbPHcv5mUi2gI4HCzXZDSHyXk ly2X8mjLZHthKzjJyupkvISY5CSrPnrIeSH4bUbEzcI+YSvCpxYNq4XNYP8NNx5PEUj0xNI1EpDC nVhtbLPT6sTEF1NUO0++3Cw0LECXOk/d0OzlwrBX48tFSYauJJRwXjUkHZxiI3w818PDoqpQDDOa OjzjPJatW/JFScNm0KxDuge7Ihd9vGpEBWfOQ6XugxfDhwpEbV5iAIMjXWrAXCplQwm6OdtlvuhV DXS1mW6tKghH0q+1KA7krF7WPSQ9B5eAHzXH4GVIxesLiRGEoMhVVyHGwe9iWxgRG8STZYAISc8j 61GZ5MYt2Y8RxksFRgximABQKtfUsdVQrTES8rSTJCCaxKsGCFwSLiYiEAKHRslUdOQITMd1DU3X VGE0leqMg+d1goF8TJebNMptgkoeUqPcjxH0/upQ64v5re7gHcMcacFKd2NP+RRGi7Gq8OhUmNAz qSp1R/gVg4sNXll3Me046RwG/VSp+C6SpoOc1eXV0kHK2+eQ/LK5zxE12BQlsXCTQ+rEIx/syaF1 fTyL3p5lMxPfceWTZUpC1lRE8MtVDrA4ocQxahSDiA0vozGfxSujh1RNWiYlc88YRAsuj1MZukEK zHFjPQjDwB6/nVDUZRuf+lizFK6lSctN9DiDi2fAE6W4vOWWWuRwV9w4ChtKeUPBWypPiqZugpQN C6pJyaAxWSiO+rC9IE9QqAZ1TPvDYwDXwobahYHMqB3Zrj9zAoU87gSRh2diewiItpEdZ9xXoJ5b CEX2RIRp+zRKgDuqQjPfFNttV6ykaQyXPi14qhoaUmZ288GyTk/1EsDyrLiTVh96CV4pcJTNnIvd MvgRCOowUeyMgDrjzWOQFOcMQf51vwEitSyr8W63rjmOUWTmNk1Ceh5kVsuSluLBljLdqYNdkfSm 8VWDEYSizpwVB/3eYWFmASBlMm7YN6Jyx+UEXB5Vvh93DXU6kQzODMA8xdls0TuKlbAsM4WBPs4H 6OH5wIzDRpvBD0Gl+qUQnt6WCv/ng1VBJnLFq1Whxydm4jTbbFWYwWvN/TSjCbZd2kYW4bZ1pQpN 45fseo19OOfR+WmmaZC0jzOtx32aqD7yxhNRonvDCV1oWCI6OrBECs/rwBIoumwsESfXhiVSjfJu LIGibCihsDaUhLShxBV3+KcVqfVZcUNJ2iHHG5acwRiUJE0yB5TAOStvLEnKcwJL6LgDStLQXORQ Ain1QIvUbdsBJalF4cWHlRcloCRp9B5QkorBjkFJcoRSKIHQ1wklUGgJZ1ACSSmjQUlIG0pcsT0l N2N5VtzIkUTJxivFDSVJXw4ogZ297lB6CrS7MqonlrAqyTsDyrSzMiyR5dVPYIkgQfYeWCLI79Vy BMKKElMpLlKz6sY4ncovVlilrNCSrLBioQTWMa0k480ses76cg7ih82xfJtGbmbXQimVkHRwUybo T7vF4yAfp8T0QyK0bOwwwjZI2Cgto29tabkmVjY3N7c87Omw48kK2+RY6hsVGsFbwNyMM7YZhSFR mJTSKr+00ZBHoHsKbKQvxv0YqV5zcyXgCQjEsDWLuRUUQzFZS0tBKl7mVETvlnJUmKGw8nUoVdRa AcIMTEs+seVUHP3UA0lyR8UZNB5IuWrGvQMp90h7fCWbA6zwkryMF0XhJSjkcvHCS0pWDmWFF6XW jsJL8rBiIwovKvrywouC15h0Hjbhd9sKLypy1F2Sm11tBR1aUOZRd0kusQ997GWZVkmSJZDITxiK LFF4UUo5Cq9Duge7gmcKSXY5rjPLUXhRoXdcj5ybqisKL5oj5Si81M/dCy8pntK0RKGP+1F50bF9 ROUlpdgm9JaGtCuvrdDKi6965KPy4sSpHqUXj7dLlF48EU/ueiJemOxop1/b/VhLBa+9RLSJc9de ItoB8tpLRA/TSi+RZtVTlF6cahyVF2W/3DQBXvWSaE2V1jpKL+6qlyi96PS2a6ttQpRejKM17sfd 6kMtvWh9m0fpxRNKEqUXJa1hWXodwmgxNpcovSgRv6300mswjtJLr0GJ0otSmlF6adjno/SifblG 9SWyrB+m1Vd4fVdf4XWrvuh1h3k5pKi+tkKLG76aRlRfnLm0o/riws5cxUL/Tj1PgOIgg+Scz96O ILFvIJJEYA6IAZNYZ29HRKmRQ4xoFg6IgRQNMjMY5GGevR0qevR2KOTd2+EWxtnboUJ2b0eQgsvu 7dCAcvZ2BPk61ftxdkZDiEFub2dvhwrZvR1hL2T3dg4pBm8FIYav7t4OpXr2dqhYu7fDPdXd26E5 6eztqJujtyOgp233dujjfiCM2CVyhCEp3b2dkG6ECYUhDF6tu7cjGvYbXnC0bXd2eBp3L4cO7mdn R10q92PLy4ouC2Eu9UAX0C0pOdBl8Rg3vLBhkp7gBVP1s7NDxdydHbq0bHihf8/ODnfVdmdHHb4B ZZuw4QUhtG70Ycjvzg6tb2dnh4q1Ozs8K4nOziE4vITCg2/qVXV44RU4Ozu60u7sUEq7s6Mhf3Z2 aF8OdFn0UA50odeVRAa60Ot5BbosMnUJdNlSoMtWKLrg1ZRXoAvbjGkc6IKFm1MQsahvN7w8Qclu qbcneGFvKO1SjFx4lSDD5MJrHWQYbHCkGmSYXHjkIMOUtEXiZFi5b5DjF5P7JsNTrGeoXHjy8uSD C5MKz82F2X4sm/2SCvfNjDkYd7jej7tZYGSYLDTLQYbJhesMMkwu7NvAuYPAZukHGSYXLvNmwzC/ peZsGM5p+ilI2TDJcD3pMNnw6EGHuY++CTBNkHHcYLLhsW8w2bAOVjo8tBNxs2GS4bGCDZPt9hps eEvBhrdC2TDJ8GbDJMPrIMOT3wODDJML3w2a56CxQBpkE/0IpIG9582fB/bufUWkBvbSqvcE9UIM fpwyPouLCNeOjDQ0DOr5eReAZhvFuliqeCcwmwvAevzLAx8nW5hB2a+Om+i1rO0VCrHvarhGnV8D LAuAvbFNlqxr2BXwOrmI4b49Tsu8iXgICdFhB7EVUct2diTeUuxatjP75jcUuGFdZewoTz0VJGd2 +IoleNgCaXZvjUx3Q50jGieDuX+TiefjsSOjVby9TT88hWSOwto8iyanAvfAKTwU3NKwvgU82Ag0 u8WG+dUkowQoiSEN74EiEBv8sKwIMddB0aJhXfh4jKAtWxDOY2NNgUji06YmFN5uqBY5aytuJD2h DWblVYw2jcHK9MX9q/u0FcbBSemhtRLJR0gP4Bv2PXg7W3xazaBpJABt8lA+H4rdowATXeUNhfGY l/uV14rET6CHouhHKZUMeoBAlLplZv9eljWha5vSHk/7QNP5alM2U0Y0u6AoluURTZTaCmyltHJI OrhbI9IfWw4kfmaVlvN66++ArntTfYXZYjDHBiPmnhv0uMn61B9lxVHvxzk6AkVUStY77W6D+GfR xadJP+qxe6pC9QLKGrqsr4xM4TCy/baDEr/iiX9/AhJab2+ZY5XuUmoGrWzUuWQtVB/c1nmGYP6l vKG448Bfea0gMMfn3PgmrB9mjm/CKt/fhBGp4+mb8Fawbqi+dEwiWEJ7pzGL4K9h3alhjL9XbUjd I4Z9oXyluNt1fTz3QkOBKziNIvb8/OFFmnXbDkVWRL5fccU9wm05v3mTsml7JuxjJdOOvTaWvjUU hIZhPs0KG0u/gE1v+jd2RaoqcMsaf5TAuTWu8W/XTxXaVeNg0DlGblO+hhk102NOoO6WogYLBZvg GEzI8AInU8pjZz0OHoZQLEo6t7GG/fICu2msSay1unzLOVnbAxmCvyRJVq9OBdji3w43ENrvIbRd 2fhbpqwS7pZWUz2kj0cmUMXLrdj+D+efB/KffiTU/EdC+wddv7x/96X91ij1yh8//defLdmPowod RMSZ6in+MOr7T7//iMLbfxm1Z9f1/w074D31DQplbmRzdHJlYW0NCmVuZG9iag0KMTExIDAgb2Jq DQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9UaWxpbmdUeXBlIDIv QkJveFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUgMCA0MDVdIC9Y U3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFI+Pj4+ L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy0DMAAwUQROMm 5+p75iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoNCjExMiAwIG9iag0KPDwvRnVu Y3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDBdIC9Cb3VuZHNbIDAuNV0g L0Z1bmN0aW9uc1sgMTEzIDAgUiAxMTQgMCBSXSA+Pg0KZW5kb2JqDQoxMTMgMCBvYmoNCjw8L0Z1 bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTg0MzEgMC41ODQzMSAwLjU4NDMxXSAv QzBbIDAuODM5MjIgMC44MzkyMiAwLjgzOTIyXSAvTiAxPj4NCmVuZG9iag0KMTE0IDAgb2JqDQo8 PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjgzOTIyIDAuODM5MjIgMC44Mzky Ml0gL0MwWyAxIDEgMV0gL04gMT4+DQplbmRvYmoNCjExNSAwIG9iag0KPDwvUGF0dGVyblR5cGUg Mi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDE2 OS43OCAzMjUuNDUgMTY5Ljc4IDM2OC42NV0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24g MTEyIDAgUj4+Pj4NCmVuZG9iag0KMTE2IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9G b3JtL1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTExNyAxMTcgMCBSPj4vRXh0R1N0YXRlPDwv R1MxNCAxNCAwIFI+Pi9Gb250PDwvRjQgMTE5IDAgUj4+Pj4vQkJveFsgMCAwIDc5NC43NiAzODAu MTFdIC9NYXRyaXhbIDAuMDkwNTkzIDAgMCAwLjE4OTQyIDAgMF0gL0ZpbHRlci9GbGF0ZURlY29k ZS9MZW5ndGggNjIzPj4NCnN0cmVhbQ0KeJy1lj1vE0EQhvuT7j9MFxspw87O7FeLgAi6KJYoIgoU BUsoBgUK/j6zycWzGzjcZOUiznvvc6/W83F3P0/JoWPgjJIEknPoE7AX9Bl+3s7Tp1fwfZ5iKRgz OP2cs2eMBRYuekwRbg7z9PrD4cv+lijB2x9wOU8OS8wU4Ldeurgigf2veSK4mCcg+AZT8uhiANE/ mqw36IU7Tc3oqDTC4sgBveqH54IhJiwO8hl9bJBFMMSEJ0ciZG6RR6FBjsLi8CQouUEWwRATnhwh YWhTFqFBjsKToxajQx6FBjkKi4P1N4ypQRbBEBOu5ul+nhhLqjKK1GLnXE/KiZFj0xdvdlrc9wIU 9SYedl9rhWuXEEjBlBQJ2lgEu0O9stfan2vfiFPvzfXGwfYz7D7O0zu9z+XL5DLpHbSTtaHFr+R6 NzCZPGFYO7EMTY6ynhxHJnunPRpWkvOQZN1CjpNOh8O4VmdyQ6ML/yd6TI8t0cyxTutK9N9NNumm KoXqKqVlQXXC3VHghOQeNiexoMsN0gvmaJASsA3p/j9eN78PUfd0A/SCOQxhSnVNG9IL5mgQ3QUc WqQTzGGIcEEuDdIL5jAk6KNT2rP0gjkaJFLd7A3SCeYwJHpfB82QXjBHg2TG0J6lF8xhSBJdJNJ2 SyeYw5AXemqkgpno4Upm6+/rzeVWNgTbsDnb8oZYvwyYLp0c1Nh/p/uzbdwAaTKPGGyn8xdWonls dNSlIivRMjS6vmhSPFluGVNurq+Ja7+5H52uHPqyVvHR6UGf2LI2aFZ0GRGtr5zh9IyHMQePvtSn 9qmij0ovDtNauo15eBb9B09IjngNCmVuZHN0cmVhbQ0KZW5kb2JqDQoxMTcgMCBvYmoNCjw8L1R5 cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDY5OS9IZWlnaHQgMzIzL0NvbG9yU3BhY2Uv RGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAxMTgg MCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjM1MjU+Pg0Kc3RyZWFtDQp4nOyd+XcV15Xv /fN7a6XTnc7qxG0nxI6NicEGPCWekG1sDALMLCYNCCRAgAYkoQGhGSGBAEkIhAZAYjaDQAgxiEHC ZsZ2jGM7zstkd/rv8H1nHqrqXhWozrkg9l7fddeufU7B5rbT53PPrjo7FAIDAwMDAwMDG9hiYmJK wcDAwMDAwIacoSU+QGAoKSlBn319fSVgYGBgYGBgQ8jQ4t7f3x8UNqA/EEEI/TMfAwMDAwMDAxtC Nm7cOLTWo4U+KGCgDsIGxCHR/seBgYGBgYGBBWaIGdD6PnhmEMCATHBItP9xYGBgYGBgYEEaWu4H WZ5QgYEa5ZD7y2fEvwcjyzZi2L8Hooc07cd//n8fxrQtf+FP/ObnQQnStpk5pO3Hfv5vTwSiKKf9 0/tM+yf/5z+ilvZPn8T6tyd95Okx7V7/6hLy1OJ9M4MbGEL3W54oeemxUGowWjv6scdtLWIxYx8P 3UgNRMc2jB8x7KcPY9rjX3ncTtrIgkr77v6ZNtM+eqc0EG0+uPy1d0ZYS7t0Z1Igabedy5045zVr ac9OiXmU00aauejt//j5T+ykPey/ni9deLx04TGs+OOl8cfKFmpiQwuPl2GpkWPiRhI/Hvtqyn/+ xBI2oLTL4o+Xsb/9eKmWlUeG5F/HhLONl/+QuLdzrKWNrEz9JskXjv8J6N+iiWRIHTZK/k/AHKy0 2C1P/eKFe/3bB1Oe8ASG0H2VJwIEhn0xWOOtrAYBrry9DZP2lcbYWcUCT3tGzDALaT8WKDCgtFfO ft5O2gECQ3rZDLSK2VkOAgQGlLa1VSxAYEBpp6yJfWLYfz5EaSPRtF945SkLabOVdzBiC9nx6a+n z3gj/alf3vMqdn9pc4zhPIMW34VEyrKrrsWCHPQV+Xj8e8Uo7RFPWmLLwX7bXGmTt6C0Xx0+8T5y uL/yRDhgoMxwT+WJjFGPfT8/GB0dz5hhxrD7+CbuzQJfee2sYibSXps02kJ5IlhgsJZ2sMBgbRUL FhioLKxiwQLDQ5c2BQYqC/tRAQADF1q/EDMgvXZfq5iVtI+pqECV8F4xRR2UtoXyRHl8Z1lCJ/p7 y9HfniDS6BROORbxySiez0Y75bQEBgxIb42ceR9p30d5IgIwiAn+yxOjf/bYlanB6NQExgymyxMm Vl6k7blvGC1PPKRpP2YAGKhMb+wEDgx2lgMTwGAhbRPAQDd2Hoq0VWCwsLFDVl62DJUndJYnsFWJ LFvMwQucXNrcSxhe4JBmvInXrxmEGd6+r1XsHtMOhnMSyA4DRZ3YV4xXVeiXjL9n7ug6zkW/9rCT V0zZyr5wIgvliQGBIUS2Gn788Uf/jzTUvR4wM2x/w2B5wtDKa3oVM5q20fKEIWAwvbFjCBhMr2KG gMH0KmYIGExv7BgCBtNpD/uvkeoyFGYVCyt1UVPXL9PlCQwMCQxp+A9zh0N+oSeobNCp/pAXlwnj i0XONG2j5YnyhBPliSfEF1iRiHSigl6iOLpMICI+E5t8QgYTTiBgmPlmBpL4zu8vbXoQU1DAELr3 8kTS8GCYoTfWeHnC6MprbhWzkLahfX5zwGC0PGEOGIwuB+aAwWiR3RwwGC1PmAMGoxs7DmAIq8SB RhM78eJF16835fprqDyB0i6LV36A010OSgiMZKQvfrMLvyyeo058Z8L4Eok6nBnMVVUwHlAlUXUS nXDKPU2NJJ5YOZUBA/na0y2UJ3wCg5gclfKEUWYwvfIa+sFuIW1DqGMUGJAKk0abSNsoMFCZSNso MJhL2zQwIJkgNNPAYChttPKSZQj/1C1XftXyCHPoUsWHTvCZJyqUCcr6laEyw4hfBf+DPZCNEXpX ogCGN9PVrQYTaSOrTDpRmXSSCDkuTsA6WUEmiEildE5WLmL3UmCY9ZaTGV597n5Qx0954p6Agc6P YnkCgMFm2oZWXgAGAIYBDYDBNjCE/VUb8TdvojMuFi91/TK0wx9pYyTyZohrcuL7JTJhhRkMFSbw ik+0njtEJ4goD2BCqHSOnnRo5Ud1s97KnKUwAy1PvD3q/v9XGbk8ca/AEIpqeWL+0/f9NYQ1AAYA Bj8GwADAYC1t28Dwi5GeP3Ir9d+2FcoPXvnLly5z/BKtXDozsPKEoR2GigT+JADZ6CjX9kM6eUQO lcuNEXUCAwaesEQdQzsM6wkqrE+mzNCFHBZxIkSXzhVdNLKeB1dRYMDSvva3R80cTHoR3ri8D2AQ NyJsCOoLjKIBMAAw+DEABgAGa2lbBobfYGA4yQGA7XhXJLFlq0LZA6f8QH/8VmCdENPoVjlavGai lUtZvLDeyBjxq98HnjappChl/UR9D4RFCBjIHRKtvCJ2SAQwaHsjZjgH2frkLswJGBX86KTLYZfp 0+pnv5U5mzFDpihPjBscMDwWvl/VfQNDSGmNfZnYhQsXzp0719PT09XVdezYsUOHDu3bt2/37t2t ra07d+5samraTqzRgNE/Gf0Vzc3N6K/bs2cP+qsPHz58/PhxlMyZM2fOnz+P0qN59nFjl13Nplfe tWmxftJG3xVNG317KG30TUY37f0b5/tPG/2fW6SN/jMIlzYy08AQLm2aOUob/dfoSPvEiRMDpm0B GHym3dHRcfDgwchpi8z7v2s3vfIOmHZLS8uuXbtQ2gcOHDh69ChK+/Tp0zTtS5cueab99f8G84VH SDszd7n/tI8cOWIz7QjAECHtHTt2eKbd3d0dOe32pqPO7e4k6bt+9spL95D6g1f9zTvrw+QIaaMv nKbd3t7uTpv+5+2ZtrNWMlABxeOBATIh6QMNGAQzzPpwkf+0P/74Y5r22bNnxf/rdqd98eJFBxJU LdblGpKX/JPGVyFgeDtr9ltZDmZYFrcukP9V/vjjjw48GAwwhEh54mG3kqx5plfe+pLEhzFt9FM9 8LSRmQYGQ2lbAAYTaVvYYTCRtoUdhgWJMx/YtCMAg4m0k+JWuHbCHZvhOIiWKnfQwRVi5XLsky+P zws87cS4FWEeF/RRSeHFFHqJgUEnHFqeWBa/JvC0kVUtPkXUxZ1TSqQrfKRLD3alT2/AwEClfO3j XgjyP5IAgWEImJ2SxMOYNlp5A08bm3lgMJG1BWAwkbYFYDCRtp2SxAObdgRgMJH2b34x0rkHThkg mdbZ3Tvkjk3yk7wK36WvXLI88btf/d5E2qJ6Iuom9OUCXkM5yZ+v0Asui5SqCpmW9EHpTNeuiKG0 kW1YcsohhAGqT+U5TR1Kn9Ewe1yWmxkQMJhIOwTAAMAAwODPABgAGKylbRsYfukABqeqkrV98vWu SyG+cmU59hl+92tjwBBBSd4vF7iFgMGzkmIMGLqxUk5VSRjodjnET8HTsJ/SzUeZU7WkO4MCg8YM GBvGvTDLRNohAAYABgAGfwbAAMBgLW3LwPDUL0e6a+VVyaeqeLl8Pb1cfMpBC2yacq9j5RLYEB1g UJ+7SHY+buEFDLyMwrHBEDBUp3RXL+nGn0QbfKhacdhdCBhmbpsTs3rOuKw5OjPEADAYMwAGAAY/ BsAAwGAt7WgAg2cB3bPC7llVZ9J+7Sqb5IaAwfHohXjfkNZH3A9aeL6xiGYu0oAhU5QnTAFD6uma 1NPVWGjpP10tMeC0SySuTib3kts5MGBmWK1uNcS8MNtE2iEABgAGAAZ/BsAAwGAt7SgBg7fY9rhe VWdDJFK1RAcGIaU8YQoYkrsqRUFEHlDQxd5bdD2Y4XoMg92yaEIZZZvZ5ispyGr4oq+q2iX3qOOW zFmNc95Z7WYGAAZzBsAAwODHABgAGKylbR8Y2Lovy+jdrifuukndXJbdie+c5gEMhBmeNwEM+NGL k56PUoR5RNN9ycorGBjIfojjLQ9TwLAULfc9NUt7sMM+iQQMsMse12WPnLYUA0PcO9lICjbgbz7m RQAGUwbAAMDgxwAYABispR0NYOhW5IEK7AE87dk88Rgen5nSjdYsT2Z4/td/CDxtBAzhnr2M8PSm Z5wAQ6adRy+QbVzas3FZTw0R9l2iQ4QlmND8jXQyvwUFs2YzYNCZYTUAgzkDYABg8GMADAAM1tK2 DwzVKc5n8Nx+tdczeA6xNYv/1BV6fljwK694VpM+jclf5eDPalKHj4Y9K0ndYaDMwB+9mG0OGJb1 CG1adob7Z9S4GCUTHEMsgoBh7rvZc13MAMBgzgAYABj8GAADAIO1tKMLDPJBOy1Cyugppz2mKXFB C46thueHBb/DEPnRC9fBR12ug4/ktEUflrkf1zQHDJuWn6EkIB3qR4gvP7NxOUYF4rCh1XO2Y2BQ mIFiQ8xoAAZTBsAAwODHABgAGKylbRsYHh/JVvzUbvmUXYp83E4+0p/aLaYpD/nLyWoxXWUGU8Cg P3IZBhiUS/6ohmPaog/L9RpKprlHL0IUGJafJTrjUri4hwgw5BBhbBDM8M7oOSbSDgEwADAAMPgz AAYABmtpWweGUQM+kB9B6oP9ce+sjkO0ILCBw4PZHQbxxKb6cofOCe6TEgU5ID9ZAIPODCYevUC2 Ke0s0/IztWlUZ4UEMGhBInZJuSLt7Oq4HXPfy8HizEC3Gt4ZA8BgygAYABj8GAADAIO1tC0Dw9MS GHr4Z48TDOjTd854j+NJfvYjV2UGstVgCBg2LPE8LNF5dmKV8g5Ilcf7Hd0aMCjYYGiHQSWBwSg7 bse893LdzADAYM4AGAAY/BgAAwCDtbQtA8NTj4/SHtEXb/kxsWfymfAD/Jwf9LcC0TSlmK4xgylg SPF8uUN9p8Mxqvji1OUlp5InlrPzEnVmMJE2ss0rznGd3Zx2TgAA8h3iQ9JX782Oa0LAQCSYAWPD uwAMxgyAAYDBjwEwADBYS9syMDyNgGGZfF+PyTPiHtVfD0TAQEWZIY5XJcztMAgkCPPiBmMD/pbH KSLn6x7JH5bTPGc7X+4wCQwrz21ZeR4JOVgrXMLx8+rQFmV0y8pzOXOb5o/PnTdeYQaCDQAM5gyA AYDBjwEwADBYSztqwOB8d8/5Kt8m96t//Nl+einK6BozvGMKGNwve7q7M4R7G1T1F9MdBhczGAIG yglE57asOo9FfU3nGS2ImSvVadgnwLBGYQZWnnh3LACDKQNgAGDwYwAMAAzW0rYODC9wPPB4FF8g wSaMB0w0zkBCmaw+sa+WJ0b+5vXA01beBnW0Y3A7rrdB5Quh2F88sUJ94mKOYWDYuur8VsoJXuJD vUQMJ7YKrhAzV57Pnbdz/vtrsBRmmIeBIc5E2iEABgAGAAZ/BsAAwGAtbfvA4OQEL3LwIw4MOXSr QZQnjADD46Oq+RugyjERp5WjIU47jomoVt8PVV7uWDypQn2nQ2w1mASGXooNW9N7sViESYEHETyv OfiWXgQMCygwCGYg2PAeAIMxA2AAYPBjAAwADNbSjgYwnFVOADhbK48CUIJpjiMCzurCQcfTd4IZ zAGD0r1Re8fTZzsnGsQ7DO9ku5nBEDDUUUjwrTq3T5hhDQEGzgy5ojzx3ti5JtIOATAAMAAw+DMA BgAGa2nbB4awr/xTnyCEY9QxjYpuic9TmeFdgzsMDgDwPCBCvvUZfsKS2AqPEySM7TDUZfTWZVxg Sr+wlQiRAI2TS8YGdTQufVW9a+Y3L/xgDWWGBZQZyFYDAIM5A2AAYPBjAAwADNbSji4wDEbiif15 8mQA/GkCGPDxEUvVsyB4J0fR25G/Fuo6OKJHG13asyS2kr0KqjODMWBgqICV4aneMHGp+vQLaxYg YMjDksyA9d5LAAymDIABgMGPATAAMFhLOxrAcK7W40AA9uK/OAqAnAbAPuVM8pYfjczTn77j+ww5 hnYY1AMiNmpHQ/Q4j49Q8MDtpzBgyHbsMxgChvqMi1iZF+ozL9ZlXGQAgPzMC3U4KFVHgmwm+qQz M+gQAoYWBgw6MwAwmDMABgAGPwbAAMBgLe0oAANa8YncBwLUprkOB6DxlWS+LoUWctVDCEc+ZWiH QYKB86QI1ieasAF/CVRlCfVMiSWxlWr/JqNvgyJDqz/XBcX3qwbu5C1sWTgB0UI+xwbGDONfBmAw ZQAMAAx+DIABgMFa2vaBwXl2EHnZXzkE4PwWJb5lpThH6Dyfxo4VIo/eManlCUPA4Dxdir7mudSJ Dc7zpgQ/LGPwkDK5Mk47cooxg4mNkRABBrToN2Qx1VNl4k8RadBVn6lHyCUChvgP8xdOIFK2Gsa/ PM9E2iEABgAGAAZ/BsAAwGAtbdvA8N8viKOEBCTQU4Ooo4ye36wcHKQLx8lzd7nyFT++4TDKKDBo x0md8XJc500t62GnTJAhBAzi7Ajt+AgzOwwNWZe2rb6EPvHSjxyqLKe2hXfon5Af34qAIZ4Cw4Q8 wQwADOYMgAGAwY8BMAAwWEs7isDgfZqQGFqpR1SROHu/j0gtT4x66o3g0+bHR3AkoAdOnmHHTy3j p0mowEDPm1rOgGEjv5cCg+uYSiPPaiJDaz3XZaJLXvIc0oIMGMgmQzxjBrzV8P4r802kHQJgAGAA YPBnAAwADNbSjgIw8MOCtirnDYoDCVWfHkKoHC7Uq6LFfHGOEDsZgMkoMMgTKR3nTUU4fkofSpm8 Xj07Is7k8REhBgxs6W9En9lSjUSCCuhlI7tkPpuTfbkgvjWBAANjBl6eMAoM6DMmJsbQn//gGwAD AIMfA2AAYLCWtn1gEKcICh7YKg4IEkpXjyLs1aals8gCDRjWiPKEYWA4GxYM/ClligAG7WhrQ8DQ mMMWfa4+oss+JbiiILE1YWKBYAZBDkaBoY/YI7vPAMAAwODHABgAGKylbR0YXhRIQM8IEiQw8JmE Kk6k9y74QDsQQJQnTAKD44BKeUlhoDbs6ZQykoqAQT84gm41GAKG7Tl9Qo1cMiLgAXEFHrqszkGj 4sbCxDYMDDozYGB41XhJAjn9/f2G/pYH2QAYABj8GAADAIO1tG0DwxMvusHAdbqgGhRzLjhOLRan ATi2GkY9bQQYxIGT9DhKigHsUMrljnMpzxDRgybOEMnDrikwqAdHmDtvCtn23D4mwQm5LienT5vm 5RQmtSVMKsAizCCwwQIwIBs3blzo0StPADAAMPgxAAYABmtpWwaG3yJgyJBgoEKCEtcPJ3QeU8xO NmanATj3GQwCw0BC/HBmwGmpU6rkAZWGz5tCtiO3fztWH3f6d0i/b7sMOiJyiNyLgGFXwqRCwgyF KjPYAYYQYYZHrTwBwGAZGDLiRn25b9bg1VsfC8AwoAEwADAMaAwYBq36jAvawYMKNtgCBu28Src2 hwOGqVXKeVOCGUztMOxY08+Uq2iNSyS4fQ2DBzmHX65dtCtxUiERZwaCDR/YAgYRfHTKEwAMtncY QqGk2OFXmqYGoqNV4wEYIhgAAwDDgIaAgZ06mOFTF+V8fqAxB4Z892HFSC8YAwZ6NrUKDPqJ1oIi HGdfn1VPtGbAMF4eUEnLE8aA4QpRf9OaK03MV5R7hfAA9sVoExNlBhbEwBBLgaGQbzVgZphgFxhC nBkehfIEAIN9YEA2+pmf1WW9HggznKqdAMAQzgAYABgGNA4MpMGB5IGIYt0QnFKPD1IPKzYEDGzR X+FxSDVrhyEnIEI4y0eJzykCRSQwKI0wDB1QiaxJAoAmnQ28I00iknelaNHupNhCFzMUTnhtgYm0 QxHPYXhEyhMADFEBBmpBbTWo5QkABtUAGAAYBjQJDJnKycOZ2qHE9OBicYhxgzjNmMfpfPKUfp4b G0wBw0qP5heRpBxkrd67dGqV+3RKQwdUItuZ/8nO/CtEnzTlIV3RxIfwaD6+RHOYzxx2y7rkPYti 1zJmiBXYUBAVYBAThnZ5AoAhisAQCpQZaHkCgEE1AAYAhgENAYPapEBtaiBPKtbbH6ijKkVwYKDd DWR5wiwwsDOr+dHWtM+F6H+xgh52LVtgkFEJD8hf+lGVdqI1L0+YeBs0hIHhU8wDBZ9QKlD0KVYB GSq4IiMMMJwzMTBMLlo0GTHDWnWrIYrAEBrq5QkAhugCQyjo8gQAg2oADAAMA9ozGBj0Lgai04FH 0KPZgZA8QUjvbvDC028GnjY90VpwgquxBYME3iDjnGiNwelCNsVgwPC+0jPL2HlTyJoLEBUwNTMk +FQG8+Uom1PAR/Olg4FhcTsBBiczfBhVYAgN6fIEAEPUgYFaUuzwQDT3/adNpAfAAMBgLW37wKA2 LKC9kNTLbWEiDa4OCPHOUwdZecIUMHh2tVA7X+i9sbTuGLIpBt9hUI6mNA0MWIWMBMKq8CqeE34a BoYpRVgEGwQzfPj7KAMDtSHJDAAMDwgwPOAGwADAYC1t28Dw5Ivh+xxd9mqEpF5qN7pOHWTlCXM7 DAIP9G4X5z3YwEv0lqUfbXC3wDAHDC2FV1soDFBsYJdcBUxqsMXhFHzaUvhp8RIODJwZ6FbDh79f aCLt0L03nxp65QkABgAGPwbAAMBgLe0oAYPEg0ZVal8kMqdRTlYaHJBL90nF8RPy4hEw/NYIMGzV Wl/16h0xNCRw9cw6r/rLNGBYI8oTRoHBpWtcEUa1YHFKR/KUdckuZnhwgCE05MoTAAwADH4MgAGA wVraUQAGvVuilLNNEo/gBgfOHotIDBiI1NrEi8aAQTTDcjgCHtRLpRGn7IVBgWGBGxjMtMBA1rr2 GlKLS61MV7kYQrQiPKA+n0PnlyBgmLpOYwaCDRP/8AABA7UhwwwADAAMfgyAAYDBWtr2gYE3THT3 TOQNkuhQzmW1QdL2bNk7id6eMLFQZYYEo8DwxIuyAZa7E5az5ybhhDDNs5ZN2+Dqf5Fr6IDKEAcG piKutfcsBAyLETBQKcww8Q/xJtIODQIYQrw8Ufqw2+r5plfehtKkhzHt3vaM4NN+aM0CMBjJ2zww mMh6+4Fgvu0Iabe1Nz6waUcABhNpp8ZnymaIri6Kja7gdmWmY4ITGDgzZCwpCjztJQsz/LbUHEjL plUvdPW/QFq1eG3gaSNrLbrexjmBONe5BD+gCXIOHWpjk6VKUvcunlqsMMM6Cgw1BW1Bpep4/GAw wBAi5YmSh9z6uppNr7z1JYkPY9qFSaMDT/vhNQvAYCLt/u/aTa+8JtK2AAwLEmc+sGlHAAYTae9v 61QbLmt9EnNdjRRz+xpz+5zz+S344CA3M0wsSF+8NvC097Z2clS4QMWbZ4lOmhdkV82MXr2x5gWl 52bv8mkb1OYXAhtWJhcGnjaytnXXpYpcWhdeRdJBFFGKgOGjYgczJE8pmvh6fIDZBggMQ8CgJAEl CT9mARhMpA0lCShJDGjPPDla6YfIJDocbZeOGJWXO/QbeS8kig2SHF585q3A06Y9s7a6m2xmUDxw xAVCCLroZe04My4sn17taH5hrmcWMrziFxOtu75LQ4IbWMXq6I1dOMgm7OKfOF7MgYFq6jqBDQgY TKQdAmAAYABg8GcADAAM1tK2DwwKHvR5NkZkEY0ftB6LFDkkMEyyAQz1asftAdRL5IoTckijwMCb XxhtgYFsV/GNe9LuMPGypfuWTCt2MwMAgzkDYABg8GMADAAM1tK2DAzPCmDQGyuLpoqRpHdeFqcT K/sMZncY1ObatIGmvMxgbTTlpT5az+9aLoFB681tCBh2l9yUKr4pqIAHiY91U0odKsEzdxXfLFu6 P2Vaic4MGBsmvZ5gIu0QAAMAAwCDPwNgAGCwlnYUgMHVZFl0Una0YFYund2ZkY9PGpzkVMKkQlM7 DFpX7ot6z01GCB5dubEussbcZE6aAxh4ecIGMPhRKdIt/KnHy5ftT5mOgEFnho+KARjMGQADAIMf A2AAYLCWtn1gcLZO9lQeB4M8GXHMQcCgdkGyAgwcErw7cV9wdeWmuwranLQZ1a4Om6aabCLbU3Jz TynSLSS69JPILR/SJlNgoELMILBh0hsADKYMgAGAwY8BMAAwWEs7CsDg6LCcx3lAdfKu7HRPY2IN l5NYF6S1DmwYbQAYnqFNNjN5h01FMp4VDiRkq26ktBk1vO1FvsoMJk60RtZeFokK8CiViIhRfah8 uQQGdasBgMGcATAAMPgxAAYABmtpWweGMaxpch4WXvpFM+U8GccdljEzsGBTPp7JnHzMDGgUt0BC zEAVaxwY6KJPe23Xc0ig/KD26RZgoHXxzroobkfAoDfmNgsMaMVvl7otMEAE1YjnEPUrlh9InV7q ZgYABnMGwADA4McAGAAYrKVtGxh+NWYna7L8iS7PoK4CIj6NtU3kwCD2GUwAw2/pDgPvwV2fJVpy K0GKEFpc9OyWwLCCAEM8pQWlMbexHYbb7eW38ec9qfyW466KNAIMMxAzaNgQ+0aiibRDAAwADAAM /gyAAYDBWtpRAwavHso7qfK5U8CmsWC+jCDJVsuMGVh5YvSzBnYYnnyRL/2XFAxwXLoddQ4LrphZ I9prxk8QXbmNNNlE1lF+WxXnASbnKA86HHRL5YqDqTPKUgkwqFsNsW8mmkg7BMAAwADA4M8AGAAY rKVtHxiceBCGHNxBxy1Kz8QitTwx+tm3A0/7mSde3Lb6UgPXNk4CrNc2cdiQMq1BCW5jd10UwMDa a/LyhIkmmyEMDHd0KrijqUIZqriD5aQIGryDgWFmGWUGLM4Mk99KNJF2CIABgAGAwZ8BMAAwWEs7 isBA1eIBBldbCp1zWpwzry7S2yYKZjACDLgr96WIuuwONnjNXKkCA5c5YNhbcWcvJQHihFOHPkdO Lmfx9SsOYWAQzMDLEwAM5gyAAYDBjwEwADBYS9s+MLQUXo2kgqsIBpqVSHMhuxQOVfKUomQvZjAG DJd1PFB1yX3ZmH3ZazICho0JH+YnOIEhzxQwVH62r/KzvUIVXCxyh0ufRrSPC/nrVx5aSoFBwQYA BqMGwADA4McAGAAYrKVtGxh+jYDhGlFEbHDqGoeHawIbSC8DhRl4bWKMQWC4vC1bQ4VG+kmD2Zcc o9v4KBMFhlkIGLR+3FSGgGHf+s+QHADgofXq5ec8+PlePrp+1aGls8qwdGaY/FaSibRDAAwADAAM /gyAAYDBWtpRAYZWBABrOQysJZc4QkT8Vhykoxo24PhaBg+sZ+JUfZ9hiilgEOv+NqLG8PIcFXdJ YNCZ4UWTwICW/v1Yn4lLt/Y7HW1y1apDy2aXu5lh8tsADKYMgAGAwY8BMAAwWEs7CsBAwKDVrSJM DtplkTbBcWOy6LOMWy1LbBgz3Aww5FxuzOlrzO4LhwRO5XDJYB8DBrUfNy9PGAKG/VWfYzFg+JyT w+csrkqNKz4DhvTDCBiwdGYAYDBnAAwADH4MgAGAwVra9oFB44EiFzMUDXTJpQGDstVgChiyCS3k KNJIgLEEim8nYpfyFkoRfS5gYNhgCBgOaFTwBfo84EYFHPziAB79wmsIawMDhjL6KbYaJo9bZCLt EAADAAMAgz8DYABgsJa2dWAY21Z0rU1Z99uKnCTQVnS9TaACdq7TW/SZ12m3xMUuZjC2w9AnYUBx FF3eLtjAY5TdsnLWJg9gmFhgChg2fIFFYAA5+6ucYhO8xCaQORsyPl5Odxg4NlBmmALAYMweUmBA tqco5st9swavU7UTABgGNAAGAAZraVsGhuEYGK57ax1Tq+JjhZnJmyw79xkMAcP23L7GXLboa8ol cse95iCWWDl7E+/EXaiSg4meWcgOVHMAqI7EBge9IgeVWzAwzKlAzKBgAy5PADCYs4cXGJAlxQ6/ 0jR18Oqtjz1aNR6AIYIBMAAwWEs7CsCw7vo9aVeY+BKlyXLy1GLBDKaAAS/9/UQcADT1M2zwGNK0 avYm2lXTFjD88WD1Hw9swDpY7SE6pI5i3zWZAQOVwgxTYgAYTNlDDQzIRj/zs7qs1wPBBsdWAwCD agAMAAzW0o4GMNwgwiTAVHy9rfjGrnU3BBugCBafoARvYKk7DGyfQW41jBk+LvC0ETDswEjQr+AB lghyR8zpV+ZrQxQY3MxgCBgO1mjr/iEiT3JgqvH2qzMVYFCYYWpMsom0QwAMDz8wUDPBDAAMqgEw ADBYS9s+MBAwuMGW/mLdj6x1N9R7l0wrxvqoWG41EGAYawwYhBzAwON9O/SIHFpDpAODzgyFhoDh UM2Xqhg21PyRRwgVYJFRfbK8q+bLmswjaXGVaTozLMfAADsMpmxoAEPIQHkCgEE1AAYABmtp2waG YWPD8cBuLhkpubm7+KYyelOdTNsrO5nho+Kxz40LPO1nnxwtFn3mrFFgwB1UI/qQCgwqNpgCho13 D2/88hDXYZfUIe7c5cG7iBYO1+BITRYBBqwKdasBdhjM2ZABhhApTwTCDHSrAYBBNQAGAAZraVsG hueGjd1dcgOLAABWCf+kDgtySCih2MBukfBQcjNlOqEFgg2LLQHDFS6BAc5Ik5sTtMn9q+Zsom24 Hcxgois3ssMYGIg23SUkcPewpzZ5BNXJNauPps2t5MxQKYDhIwAGYzaUgIFaUuzwQDT3/adtpv2A GwADAIO1tKMBDDdV7SnlfulNx9Duklt7XME93KHdEuU+A99qMAQMTZINsJqIOCRcafIYoqPOoVVz ajEwxDqZwRAwfLzpLtJhRR8rjmNIjH6siMY3rj66Yu76NCyODQwYFptIOwTAMBSBAcyEATAAMFhL 2z4w7Cm9tRupRHICiiAw2EPggToqPGBmIPOZU6oBAxOlhWnGgaEpkvojcAJWHlY6AYakSdaA4Sum WiJ2edclZaiW6isl+NXG1ccoMKxQmSEOgMGgATCA+TEABgAGa2lHBRh0Qrg1kDhI6BENGJTyhClg yNPWfXaZdy8iUIGAISl2LVGhutVgChhqvxI6ovhq8Ig+5I4gbco+tnIepgXHPsNH7xgEhv7+/piY GEN//oNvAAxgfgyAAYDBWtpRA4ayW+1EAgNUn47uKWP+HuErSpleqjMDq02MfS74JebZJ8eQRf8T ois7kfIdPPBJUz4ZyifyAoadZE56XG3SZAIMkzVmMAQMRzZ/dWTzn7gYBhxR2UCMiuBmZaiWxSkw YGZAnwo2TDMJDH3EHtl9BgAGMD8GwADAYC3tKABD2S1V7YrDJHHiNpIyelu9K3VGKWEGJzaYAYbR O/M/wcrDQnjALnmEiV1eoT5GCMQV+dwnQ+lxmzEqTGbAkMTLE6OfNQQMfzq6hSHBUUkO96Cj5E/Y lHN85fwqwQyiPDHt3SUm0g4pJYlHlhkAGMD8GAADAIO1tO0DgwQDwgPt5beZo6r8lj5Nv4UIA8OM UvSZqjPD2BEGgOFXY3bmf0r0iUvh4ooKiIifEbdl0eQihRlYecIQMKC1XtfXRDJyhMg17U+OObU5 x1chYKCi2GALGEKPankCgAHMjwEwADBYSzsKwFB+W6rsdkcZ+6QS/NBRTlTGZnZwTmAzy2+nziS0 QIBBZYaXzABDc8GnSBwPPt1ZEN4RlwU8yJ3m/E8pMFCpzDD62eBPtA5hYPj6GIMEJselCArJ+Fau LV/X5nSumr/ByQzzLAEDsnHjxqHPR2qrAYABzI8BMAAwWEvbPjAwEqAYwHSnQ/oeaueTVdhInVkm mUEpTxgCBrroM2zgjrikVCAvC7yAgYxmzN2yaEqRmxkMAcOxrV9T0aX/mC99Ixxxy+ZcCgxOZphu CxioPVLlCQAGMD8GwADAYC3taADDHY0QKu50VBBmqCASQTqtQs7cK+dgEWCQzCDKE0Z3GJqVpb/Z jQ1ecccoAwYXMxgDhm+O1X1znGorEfGP6VKDclS5d8uazvSFGwQzMGyYVzX9PavAEHqUyhMADGB+ DIABgMFa2paBYQQChgq27u8NI/cQgwT9Rg4MhBlmSmYwAgy/HuNkgEI3FVwlCssMSC0FV93AQGUI GI7Xo+X+2+OCGZDqqfMtVr0+xEc7keqJXy+A4UT6gg1Y8zeoWw32gSHEyxNDnhkAGMD8GAADAIO1 tC0Dw3PDxobjBKzKz/ZWOi4/4z6+lMxQeWfprLKlkhnkVoOhHYaWQgIJVIwNrjYXXm3hai5kl83h RG7JFMBAmYGTwxgzwNBZT6ig/ttOIuG4dVz3HTMxMCysTl+4gWKDYIaoAAO1IV+eAGAA82MADAAM 1tK2DAwjfvPSvso7+yoZACDto1SgaJ8rSG/Zx2+hosDgZgZDOwwthRoeuEWRwMEP7lsy521JnlKU LJiBk4M5YOhs4Ot+gxcqNHBFiNR/uzWPAgNnBl6emPFeiom0Q/5Oehza5QkABjA/BsAAwGAt7WgA w2ea1n++b/1nTFqcD4lLgRM4/vmyWeXLEDMQqczw0u8MAcO1CLTgobVXlVuuNWNRYNi6aGpR8lSd GYwBw4mGb080/Lmz4c8niCQMSLHRTi59Pr4F/SFb809mxFdnMGaoFuWJ6AJDaEiXJwAYwPwYAAMA g7W0owAMZLmXkMAuPw8TV8gBM8PnRNhfNrsMAQP6pMwgthpe+t07gafNgGHtNYIBDpE4v2z1IodW Ir7DsDV56joijRmMAcOfT2xjq790xOU2iQrscpsyxPQd+mTAoDID2WqYMT7KwBAizDAkyxMADGB+ DIABgMFa2tEDBqn9VR6R/eulWFCfs2x2ORZmhnK1PGEIGFrXXqMi2HCt1aHCa44JqlrxVgMWGlWA gTEDxYYxw40Aw8lt353EKz7WyW1/Ptn4HRK/ZA73MR6cJBKowC+/q8vvyqTAQCSY4UEABjG/v7/f UDJRMQAGMD8GwADAYC1t28Dw1EsSCe5VHBvoJQMGygyzypfy8sTLhoGh1RMYfCtLA4Z1ojxhChgI IUgRNnAG3XNckbqCrsyEGpUZ6FbDjPGpJtIO3Ve3yiFWngBgAPNjAAwADNbStg8M+6u+IFJh4AuX g3Wg6osDWkQblcCAJcsTZoGhSJHAAIfvHhWRIicwsH2GqaaAoavxL13b/4I/G7/rkgzwFy5JBV38 E82no12N4sa/1BUSYMDMoGDDwuqZ7z9AwBAaWuUJAAYwPwbAAMBgLW3rwPDygQ1fOMQRgonFq9Q5 nxPxCUTLZ1csY1K2GmYbAYbhvx7bVqTRQhuRxg9F17EkJ1xv9bjleta8usVOYMAytsNAgGHQqi88 lZWw0c0MDxowiHvp2xMPtZWunm8BGKL9rwQbrFkABhNpWwAGE2lvPxDMtx0h7YVJsx/YtCMAg4m0 lyfnuIHh/rR8TgWWCgyYGcoRMASe9tKk1W2UB5DWXUe+W3RUTlNH1xGRYNb8usUfFbuZYczwcYGn jezUjr8giXX/1HZx+f9O7SASQzu4+DT1xoa1FBg4M/DyxMwPUgPMNihgCJGthpKH3Pq6mk0DQ31J YrT/lWCDNQvAYCLt/u/aTa+8JtK2AAwLEmc+sGlHAAYTaR/u6D6w4Y9EYun/40GkavKJnS8O8jid gCKRgcHBDNlppYGnfXB3V5sXADBnXfiISwwYCDOo2JCZWhx42shONXEwEGpi6nYP0VH9spuoYW13 VuJGxAxZGjPUIGAIMNsAgWEIGJQkwPyYBWAwkTaUJKAkMaCNeOplzAYuHVCcA16jB1wRBgySGVh5 4uXnjZQkdg1EAg6Fm79aAANmBrnVMHb4uMDTRtbNV/zuHbqzg4tN+KvLkRNONf21oag7K2kTZgYd G2Z9sNRE2iEABgAGMH8GwADAYC3taAJDjQSAQ/oli0RUmgAGhRxMAsMNIo0EyCWOR+AEPKeYSAGG JYIZeHlijCFg2PlXwgB/xY7w3fIcUoLbirpXJ23MolKYYdYEAAZTBsAA5scAGAAYrKUdBWCo+RLp EBKhAoIKKEJ8HJc4QS6/ZPxQQ6YJnKj5Mi2uEmtOBZVghpeffzfwtIcPG7ur+AbWuhvMUX1HcJ0e IWpDIvHVCxgwOJhh7HPjAk87RIDhNFE3/1R1euffTnMkOL0zkrat6169aNPqJCyVGQAYzBkAA5gf A2AAYLCWtn1goBhwb9rIJGFDAANhBnWT4RWjwDCQdg80AQHDkmnFWDozGAKG081/w9rJ1fy3HvVS iUtH8/+KtfNvjetOY2CgUpgBgMGofX9ifiD6ZOcUAIahagAMAAzW0rYNDE+/LFZ/qsP8k+guDtaI yF0W4dMOyWl30+ZWYmFmqFCZwRAw7HaBwW4vH1+W3ERSZqo+AoZ6BgzTLAFDD9bfe4TT8ndKBTSi +q7I3+mN6BIBQ/aiWoUZNmYRbJgNwGDY6rJev9I0dfA6VTsBgGFIGgADAIO1tO0DA8UAuugf4r6n 2IRNzpmHVGCYy/cZ4lhtwgQwPIeAoUSyAWIATAX0s4T7RApC3HTQBfoT0MzshXUSGKYxWlhiDBjO tGBCwGr++5lm7kv9jYvNkQ6azyJ4dHtxT3Zyrc4MGBtmf7jMRNohAAbFkmKHB8IMvfWxR6vGAzAM MQNgAGCwlrZlYPgdAoZNdz1EYcDh6KMf6/NXzF2/wskMlSaBgVNBySBUjIChPmV6SQqmhRLGDNMM AgMFgDNc7LLVSQ5iVJ2mantJTw4CBsIMKjYAMNix0c/8LBBmQFKZAYBhCBgAAwCDtbSjCAwfa/pK 5QEcqWWE4IxzEWDAcuwzvDLSGDBw7UEqdcGAjNzypAV8SykHhuklS6ZLZkAytcPQivDgH+STqOXv PCLEh7QgH+IIsb3kDAKGnOTNDmaYPRGAwZ4FXp4AYBgCBsAAwGAtbfvAQNiASqUFotqvKCewYC2R GFJvqf1q5bz1TmYg2GAIGPaU3qJIsEfgQSkhhxLmeOHBLTYNO4wisuMZMBAVmwaGs23/OEtWf80R ohESFI70lck7Ss/kLN5MNxnEVgMAg30LtjwBwDAEDIABgMFa2taB4RWGAVxH9EupTdqcIyo8kCEE DCvnMqnlCXPAQMS2Fyg/UIfFtctblCXI5FvqnOz4BgUYSkR5whAwnNv1z3Nt/9Qgoe0f55B2MZ3F o1jn2v7hcM7KG//ZVHomFwEDZgYqxgxzABis2+hnflaX9XogGjHsp9H+14AN1gAYABispW0ZGJ5X gIFiwJHNirNZIgS9pKMfq9O4j4GBS91qMAUMZbeUpf+WvHQ7bpXJUQ9gwOUJBAxGmjJjYFDVRqQ6 4Ub1oaays7lLtjBmIFsNtDwxZ+JyE2mHABjAwPwZAAMAg7W07QPDkc1/ugfVOi4FNvxJBQaVGV4d +V7gaTNgKLvVTqQCQLuOCu0OSCjT/bJbOfENqdNL3cwwdoQxYNjN1/3dKgN8j3QeS4ucc14S7f6e AQPWZr7VUAvAAAYWdQNgAGCwlnbUgeEo0hYnJxwlcgfVy5XzqzRm4OUJQ8DQXqat++0uMWDA/m0k ZebtduWunIRtqTNK3czwkhlgOL/7e6RzRMT/geh7oXOKz/XDOX0O0s6ys2sYMKjMsDluYpqJtEMA DGBg/gyAAYDBWtr2geEohwQs4Wz5mjvhpd+4an4VkhMb5pkFBsED4SUQwsEMTDkJDSkMGKjMA8Me pB/45w+9e1QYoPyAgjzCnV46k96IgKH83JqULUi5AhsIM8RNAmAAA4umATAAMFhLOwrAgNnga50Q vnYHj2lBj1soMLiZ4dVRRoChozwiJ0QeVZRLdhgwM9BPzgyGgKG3/Qe69PvReZcjJIDBwQwADGBg 0TUABgAGa2nbB4ZjW79GEgyg+iKChfytTMe41Gmr5m8gcjKDIWDASFDOwADBQwfxOxRRHugo0y4Z SyiTcxNJSUIVYQZTwLDnhwtoxUfY0P4/5FMX54EL4eJ8qLniXF7qVsEMojwxF4ABDCyqBsAAwGAt 7WgBg5e+IYockfH0BRtWLZDMILDB2A7DnQ6dEAZQhYYKwsHAMLMUS91kmFFqCBgutP/PBYwKVHj1 F5cXHOpg6hWXymhzxXkEDHkpCjOQrYa5sStMpB0CYAAD82cxk8eUNScPXkXbErI3zAFgiGwADNaB 4RuHjtd9c6yO+MJxjLpuwcCwcANihnQXM5gEBk9muNNRcUe7dMysuMNE4rmJjakzy5zMYA4YOvjS 3+HURSIZaY80rbmSAANlBmWrAYABDCzqNuzZXyzKnhgINuRvng/AEMEAGKwCw29fQQBARfFA+A5H 1TFXHF1iYNCYgWGDCWAYMWzs3oo7VIwQHOLBveVeEzhFoNs5MJQxbOCFCUPAcHHvvwQYXNzLVv+L 1Kfq+JfQBebwoJz/r5bK3rzUOsYMRAwYJgMwgIE9EBYUMxRtSwBgCGcADNEChuP1EgA6677trP9W HeoUo2qcCUcYMAhm4FsNr5kBBsYDYeQ56uYKFFyjAYPcajAGDP+LmYHokqp9RGJonxahcy6KmXv/ 1bK+N39pncYMpDwxD4ABDOyBMUPlCROpAjAAMAxoIxEwIAAgwpBQR8CAR5jqyCgXmyyGiNBl+sJq yQzKVsNro8YHnvZz/7+9M/3Sosjz/b/Rc859oXemmbbFBTcWtatu3xlnemTuMq3d09jaKq0sIouC ssmissleBRQqqxTFWguCqCBUsYNn1HG6bVHRBkV28PV9VTeWjMiIyKzKqvLJqnqSz+d8T55f/CKS k/UqPyfi4XncHQb96n/VcYNXg+F/yLhD564XHl827NczhyWcIT9h2LdBxFhBbAhnTawYxB2Vs27e nLV34rClSWdAGAB6FXkcT+TxnAgDwpCJEIYGRwZkqhJuUOU1G2ynKpYHIwxzPW1QzpCHMNx0452x EmgfcLIh0UlxBrVMJBKGhwJnmHnnz3MRBvelv7/2e5OzgQ/sM539atm+Dd/HfTk8++bsvROHL9XO MPHpWBuGDB6Vx2O3IgwAP4LSOkMeT4gwdOebN+9PueQlDD+9O5YB5QCN5toYeELQN7Om8/mYR+fK JPYZ+t+aizBsmPWR+97f4Ncb2pUHd8GLTyyTtvBQ6Ax3/vx/lPyxBcINrCQ4wtBOtDMEi8+umr13 khAG6wxmqwFhAOidiHdE5eB+Pz73PXBLHo+HMHSnMGhKeGLVbcLQWPV5g4moG6vVNZF4TXU0DKYi YXg03GfISxhcPZgl8pG8xkM7+5E3ZWf1La9+9OLjy4Y//LLrDMPyFIbmjd+LyJe+KpqVADTXhoWN 7GyMC5tVcz4QwuA4Q3Q8gTAAQBdAGLpfGFqVRpbEGUSC/4SbnzB4qTbOUO3Ig9up9leajhUGxxnm 5igMs4wJ2Le/l6D/H17/1Y9UZP3iE8uGPzRz+EMvD3eEQeSunIQhfu+fcwobIxJOx6+j2dVzPpg8 oko7g7vVMORfEQYA6DQIQ48IQ2tuxxN5CYN56TeZqPqkSKMZNvpTnirIyM7Yx+a5zmCPJ/rf+o8l f2whDLWzPrIJbKHWEYbUWfeuF59YPvzhlyNneNg4w0O5CUPdORnrAM6wpU4mnFKdFjXr3rh6rhCG pZOEM4zwnGHIvz6bx2O3KmFoaWnJ6R8HgJ4FYegpYdCU/HgiH2G4R73uTzYtE/miadnnIlEnap7U 8qCGX+hhtF4V9nYhDDK+M4z+/dwBeQjDf7+zdvZHMlYDZhsTmO0nTRVqnU4kDJEzzLTHEzkJQ0vd eS0Gfs4nIvXATCWWbTq/eu6+ySOr5CbDiKrJjjPkKgzNzc2iqKzM5eOgANCDIAw9KwytpXMGfTyR kzBEVpCa6jbqZUmXMMIgncHbashLGGZ5VhB6QocTC4PMTHs8kZMwHNh0XkS+/TeJnHdy7oCK3zx/ wMQuk9e682vmKWFQcZ3hkTyFYcaMGRUVFUIbOJsAKBgIQ48LQ2vpPhkrckOfvyn54ylh+CLaOlh2 cofIclt8scP0m1RfdmQzGjq3yH9h7GOvxc7gHE8MuC2nHYaPVVIcYGM4/Hijt/JjXxhWOMJgtxpe vuvmHIUhJZtVgqHb3Oz1hTBMGVk9WUZpgzmeeOR/5SsMtuZ4AqBIIAy9QRh6OUIYIg1QL31hCHYY J9lUjuHeKDJOCoPnDGNzFIa7lAN8vNFmjooZ1ppZW4hZ3xmiWyY+KYThlaQz5LTDcHDz+Sib5FU4 gC4Obr5wYPOFgzLRrBnKzgG1QK/RWTNvvxAG3xm6TxhajTNwPAFQDBAGhCETVxg6m7f94bg/vJbm DPPyEoY58Uu/i1HaIIRhxMOvjEg4Q047DAe3XDy0xZjAlotqqDp+gjUHNl80U3Io+mvnN099pjp0 hpFVj/zvbhIGAccTAIUBYUAYMunb5563V3wRZ7kuvmwjdvYLP1++rYVBx9OG3HYYQgH4pG03aGNq 7id6h2HEb14xzvBK3sJwKDIEJ1sTndTmVq+5TgjDqGVTR0XOYLWhO4XB9jmeACh3EAaEIZO+ffrH PlBj0qYwtJdYGHxnyEkY6uTr/hPfCj4Rzbqo8PqiUOujZp2jDROHKmFIOENOwnB468XDW83b3yTZ sW6g1wd3idoIg4zrDI/8n9F5PHZru9/DwPEEQLmDMCAMmQhh2Fnz5U6jClHtm8BO2/eWfRWsfO7x +eMeT3GG/ITBjdoucIcfi9TN/Tiamhu5RHjXnE9iYTDOoI8n8hKGbRcPb7tkIl79l2RsZ+slr6Pq I7av71X1ugWxMMiY44nf94QwtHI8AVDmIAwIQyZKGL5yYmXAy9txM1l8tXOlvAphCJ1BaUP3CEOX M8kIw0hfG+66+Zclf+xWKQxSAI5scyTBdI74U0fCXI7MQc2uX9Dy0rPLPGcY1ZPCoMEZAMoUhAFh yCQhDPLtv2ulcgAbowSuHkTFynj43BPzlTO8FjjDgNtzFoZ58dt/k4rrA5uyhaFmpBGG2Bl+88rd +QjDke2Xj2y/ZHK57RhPsLW/fv1CIQzLE86wrGeFoZXjCYDyBGFAGDK5pU//XcoQrCTsSgjDrkRs f+fKU7aWwhA5g9pnMNowMB9h2DTvP+tkjBjMk9HDqLbOMO8/N9mV89Qwnvpk0h9rRv721ZG/7S5h qL8s054qXD6qcsRcxfqjiTVvLTrw0ujlyhk8bXj0/47J47FbO/NbEhxPAJQdCAPCkIkjDKd2vf5V XMvhqaiIh2o26rsKccoIwwKV+e7xRK7CsCkrdd4yZRTzPnEXxMLw21gYRuYmDEfrrxwVAhDFrVWM LYR9O2tqIQzTRq9IOkNvEAYNzgBQRiAMCEMmUhheP6Xzzutfq9jhqaheaYdfR1MrT9m7bJ7XqmBj nCEvYXjt0xRDeM1JOPupStif9JQWBpO8haHhSuQJDdYZ4hxzFOKYHjbojp6Ko4UhcobRsTP0HmFo 5XgCoHxAGBCGTIQwaE9wJOHrRE69E0+p4o2vozgLnn9yQaoz5CIMf3uX6wabZT41RRQz9amOu9hO CeuQwvDvrwbOkJ8wHGu4eqzhipYBVV+NOsnoNfVqQb27RtYbFh/UwqBinWH5o/82Jo/Hbu3qz1tX VFSIK1sNAL0chAFhyEQKg33vv5EWqwRBJ7FSCoPnDNHxxMDbHyj5Ywth2Dz/UysDQTb5tY5YH9dR IbTh08laGHSsMPz2lbv75iIMxxuvihxL5LiJW0crGxLLGq7WCmEYU5N0hsf+bWwej93aVWHQ6OOJ SgDorXSDMOTx2Ms3luCZ23/s3z/+cB5PXo48O2zibvPG351Isv+O03/HH47XwqCcwd1qGNjvgZI/ 9sihE6Qw2FhP8Dth5n+avGvyUyufscLgbDUIYSj5YwuON1073hS99080XT3hF7L2hSHuiDVN1+xs 7eJD04UwyFhnkMcTQhhK+LSlEoZW8+vYANA7aTm5Lu83bx6P3Q3C8Mba6jyevByp37g76Qm730zr uImXfWPXxMLgO8N7TUdK/thb3tq1Zf6nOqEGtJEtCVXQCqGEYZZI4Ay7th0o+WMLpC2I977KcZMT HUiwuHbJoelja2S0NhhnWF3VVKpHFa/4EgoDAPRmOJLgSCKTW/sMMBrwjaME37yrsttJsuOu18Iw /smFKgvc44mB/Up/JPHzv73bakAyriRsiev/2hzFWzDlqZWjlDB4zvDvr+Z0JHFixzUvrhUETXe4 49qHO3440fSDndq49NAMLQy+M/TOIwkA6OUgDAhDJrf+/QCrAe+uMnEMwXqCO/vum/Gy3WY4fmhk CzrWGQblIgx3bVnwX8IBthgB2LJARXXk1ILYE9QwWhwNrTAs+HTK069bYVCxwvA/S/7YrVIYfnAd QGqAyocmJ1I6jjOYphSGcTUinjOMWfHYrxEGAOg0CAPCkIkUhlV/VdE+4NZu/uoXZpmVh1XfTBDC EDnDwvhg4smchOHuyAEWZMXzBKc2kcLwu1kijjPMym+HYfAvh9TM2mmzctaujiT1ltkvrA2cQeSx X4/L47FbEQaAQoMwIAyZOMIg857IaqdY7fWj6I6dWh3VE4YuUlk4IdpkiDYcchKGrWl6sNXE7QRF kKlGGAJnuCefHQZBnxv7jhs6x2hAh4Qh0AbbWTClTjrD2Bp7PPEHhAEAOg/CgDBkIoQhNoHO5N3V nkKITPjjIusM7vHEoH7/VPLHvlnvMFhDWCjyJ6eWiReIqYV/SkqF6mthmJ10hvyEQfMjtxpsp2pG vd5n0FsNf3gIYQCAToMwIAyZGGE47cjA6ffWJA3BNk+/H/RNLYUhxRkW5iQMWgO6GCsPC/9kdhhi Z9DakLcwtJbueEI4gz2eQBgAoAsgDAhDJrf+bMB7a07rvC+yWl6j2ineT3TeC2ZXn46EwdEG5QwL Bt2RozBsS/OBbW3UqZk67I3AFnS6QRhazfFEZ52hneMJhAEAugDCgDBkIoQhfumvPaMSSoKZbaMv c0bkhacWyfjOMGHowpyEQZjAtkUykRio2jbjfrsWIZa9JIRhyGyZSBWi4p5bukMYNM+Vzhkefxhh AIBOgzAgDJkIYdijPcG891V9Zo+J7RidOLPHJOqv0feefuGpxanOcO8d/1zyx3aFwfGEP8edOH82 /T87dRwhDM9qYfCdoTuFoVVtNfzUpE9nEqy/4b/1yekJEQaAAoMwIAyZ3PazAdYEXBnY44tBZkdE CYPOIvd4Ii9hSBGAP2c1U2a1MOgoZ+iBHYayAGEAKDAIA8KQiRCGPeuc9/66tKw9E65Zm7hFCMPT sTC4Ww15CcNizwG2L5aJatt31mx3+84tLw1/89khczxnGNIDOwy9H4QBoMAgDAhDJkoYvhXZa/Rg r6n3qrhNNXRXnlH3RsteFMIQO0N8PJGTMGxf/FlsAotTEsvDYhm5PoqsZdSCaZEwhM6AMAQgDAAF BmFAGDIRwqBkQGX9t3GdOlyf1jcRwqATaENuwhAYwmdO8ZnfDzrelBCG0Y/MefaROYE2IAwBCANA gUEYEIZMpDCsj2TgA1N0LS8+vSTNGRbde2cuwlC/5DNHBkyWJAqTtPXSGaaNkMKQdIb+CIMPwgBQ YBAGhCETIQwfrP/ug9gZRP2dlgc/3+nrXlOYTqwZShhSnCEXYfg7KQxutCGEHb9IRvSlMPx+jnaG 0UNiZ2CHIQBhACgwCAPCkMltNw0wb//vPngrLamzycXrv5v49JKJvjNobchNGP6S6gAdjLWISBis M5h9hv63/EPJH7usQRgACgzCgDBkIoRhn3np79sQx5WBfTYb4qs7q4uJw6QwiGvgDPnuMCz9S/1S qwF/aVCJXWLpZw1L7fAv9e5U1Pls2kghDHMjZzDa8Owjc/rfijB4IAwABQZhQBgykcKw4ayOevuf tcMob501ze9M87twjcrEYUtVrDNE2nBfPsIgTUBHvf0blBvoZlQYQ7D9ejvrTClhmJN0BoQhAGEA KDAIA8KQyW03DUx9+8vUttFvIxOHL42i9hns8UQewtD3p3e7btBO6v1lwbChSgjDKs8WjDMgDAEI A0CBQRgQhkyEMOyvlW6wv/Z7k0gA9kfNs/s3qNSaOHW0coO8cZIVhmFL9ecZtDPkIgx/d7d419c7 730Zt676vF2R+FxF1tNHrhojhSF0BoQhAGEAKDAIA8KQiRKGyBMcZ+hKhDDoRM5gjifuuyufHYaq WA8aZT53is9jf1iq5EF3/OiV059ZNebRucIZjDZE8oAwBCAMAAUGYUAYMnGEQaZZZKMZbvSVYKOJ PyvW61usMMRbDep4IidhMGLweaNKUNuOTWO1t8z2I2FQGe1sNfS/9R9L/thlDcIAUGAQBoQhEyEM zcYEmjseRxVsJo9YmuIMw5bed9evSv7YUhiqP49jPcHvNFb5te04y1xhcJ2BHYYAhAGgwCAMCEMm ShjOydSdU+/9c17q3NrOJpapTB5RJTIpoQ35CMM9jdUnYzeo7mQceZjhC4M9nhjADoMPwgBQYBAG hCGT224aFOpBnUyLihWGFqcTT9V5N2phUPGcITdhkK/7puqTTfKqTeCkGp6MXUItUMOUKV3PGLV6 7KPzQmd4FGEIQRgACgzCgDBkcvtNg6wMuDFicD5ublJpc+W5ySOrovjOcH8+wtC0LDKBSAyWiURK IItljic4w2jWqaUwPDZPJBSG2xAGD4QBoMAgDAhDJlIYNp0XOVAnck5c1fCcbtrigK6lP6iY5oFN 5w5EFnF+8shqRxji44lchUHLQHsxewuBJ9gYYZgrrwhD2whhENeWlpbKysqefhYAKDEIA8KQSSwM sQPERVtJXamEIXSGySPyE4YvVNpSBTsbFTuWfbEj0XR3GKKY4wmEIUDvMFRUVIiarQaAgoEwIAyZ CGGITWCzH1cSNrdRO0MjDNX+2UTV/XfnLgw7lotoK4jEYIcxB9HXiYYq8dSyL2aMWuMJg3EGhCHA PZJobm7GGQCKBMKAMGTS7+eDDm6+oHPAj9tXxXlTn3eacTHlmWqRpDbkJAzWBPR73xu2lcgx4kJk phSG11SsM8jjCYQhIPgMgxhyPAFQGBAGhCETJQwXVS4c3BJLQnJ4aIvpbDHr/WhhSDpDdwjDj8jM Z9eM+8NrCWdAGEKSH3rUxxM4A0ABQBgQhkyEMAgTULl40MR0ZPNQNHSLC2m3XJw6qnrqqGVThTOM 9Jzh/rv/peSP3bdP/7eXf/n2CpGEA6wwsUNVvK2SXKyFQcZ3BoQhoK3/JcHxBEABQBgQhkyUMFxM yVYTtxNMbfVukbYgUx1sNeQmDF8IW9DO4NRxdvhDJ1YqZP2yFYbYGV5DGJK0898qOZ4AKHcQBoQh k343D0o3ga0XDwdWIDuXDtuOt/KSuBphkHGdIS9haNMHOhdPGBxnQBgC2v8eBo4nAMoahAFhyEQI w2HlBk4uHd52MaUZdmw/mnKEoVrtMyhtGFn9i3vyEYYa9cav+dIrVHbWGB+ocdygJlSFnWplKAxG GxCGgMwvbhLOwPEEQJmCMCAMmQhhOLLtksjhbZeit/82P8nOtotHTH1ka3zXS88unzpqubvPoLca chKGncYTdpqo+isVXRh5qLHLvnpbxS6TOwyj1457fP64x0NnGHA7wuDRwW961McT3fA8AFBCEAaE IZN+N98bvfqtNpg6M4f99UIYUp3hF/c8WPLHVsLgvvq/2rnSqVWUG3wZNHcmbnll9NrnHp//XMIZ BiIMPh3/amiOJwDKDoQBYchECIMRgMtHtus4VhAPzZS4yv6luDZDLQwJZ6jOSxhWpqlCarOtTo0n DIEzIAwBnfotCY4nAMoLhAFhyEQKw/bLHcul9he8NHq5dQalDTnvMKz8apeTyAdUEQ0Tte24d70y Zu1zT8w3zvCaPZ5AGAK68ONTHE8AlAsIA8KQyR0333t0+2Uv9ZfDju3XX0mfFf3tl6eNXi7iaoPe ashDGG7p03/XylMqgQZEzdAlzOxOFad5KhIGnVgbEIaQrv1apf7JKo4nAHo5CAPCkIkUhvrLfq4k Oo4q2E6sENF6LQxJZ8hNGJQDvH5KxtrC66eMM5gkO55dfPXKmHWxMMTOMH/g7Q+U/LHLmi7/vDXH EwC9H4QBYchECcOVY+Kl36Bf/apuPw3p/WmjV6iEzpCXMGhVeN0RA5N3VJJ9O+vepYXh+YQzIAwB XRYGe3szAPRWWk6uy/vNm8djL99Ygmdu/7HfWFudx5OXIzu27TlWf1Wm4YpM/ZWoiHI10VFN3dc3 mnuNMKywWw3aHPa982HJH3v7xt3vJDQgSOwGrkUkOq+OWff8Ewu8TQaV9xqPlPyxywt9mlAqYQCA 3gw7DOwwZHJH33sjARBpNIk6V7winvLNwWTamJppY0JnEMJQ0T+XHYZ33vh61+tfh6rwxtcqqtCz qlCzXyciteHVsVIYks4wsB87DB4IA0CBQRgQhkyEMBxvvCrToNIYx/pDUKesUfdOH1Mj4uwzRNqQ nzDIl/4bbUd7gjdMuUUKw5MLZIw26CvCEIAwABQYhAFhyCQWhg7kROO1NqZkXwvDdG+fYUV+wrA7 TRJ2q2T2d6cKg+MMIoMQBh+EAaDAIAwIQyZCGE40XVMmcO1401WVazYnmvxmo66vnmiKFcKumT7W CkONezyRnzDIvKnii8HuN7+JO2/6U/YWc9essetjYXCcgR2GAIQBoMAgDAhDJpEwlCJSGHTsVkNu wnBrnwHSCmQCDTDNNz0xiEXCLHjHdKwwjPedgR2GAIQBoMAgDAhDJlIYdlzzYh3Aq3+IZ91lTj1j XM2MNGeoGJCTMCQN4Zt3VRwxCIe+Tsh61rj1459cqIRh4XhnqwFhCEAYAAoMwoAwZCKE4cMdP3wo fSCIloG4+NDEsYt4vejPGLdSxXOGaWNqKgYMLvljC2F4d1UoBtYWxJSMnVLDeJk7XPWNFobxQxdq YRivdxgQhgQIA0CBQRgQho4wbfTy2iWHNiw5VNuJHNygUisTNRdMqdPCEO8zKG2ozEMY/j4ShsgN 2o7nCb4zvLvqryJSGIZGqjDeHEyMRxgSIAwABQZhQBg6yOBfDqmZtctmZcdSM2unju1UzaiP9hnG xtqQnzC4732VbxJF+5G3zx731oShCyfEOwzR8cSgfv9U8scuaxAGgAKDMCAMHedHOoPVBuEMs19Y 6x5P5CYM8av/vdUycaHjTL232lns3CWWKWFYJCL3GbQ2qCvCEIAwABQYhAFh6BR9buw7buiczjpD 6laDezyRkzBYE0jmXb+Oh64q6FoIw3ORMKgsNMcTCwfdgTB4IAwABQZhQBi6wHMlcgZzPJG3MJxO c4bUZnqkMPxxkesME9hhSANhACgwCAPC0DVKezxROTAHYfjZgPfWnFYxr/5oaJpxPyreX336fSkS pz2dWHM6EgYdow3jhy68lx0GH4QBoMAgDAhDl+lzY1+hDQ+aDO5ofvdglLjZ58ZbSv54Vhje11l9 2h1ac3CHwZTN7OffesEKg+MMCEMAwgBQYBAGhKGoCGF4P80HgrTVd+/SwpB0hnvv+Oee/it7FwgD QIFBGBCGoiKFYe2Z99eciR1grYqtgyJVIcS/sPbMnOc3vPDUIpEJf/SCMAQgDAAFBmFAGIqKEIY9 sTCc0a9+oQeiqXLazNop3Y+Her24XQnD4sgZnoq3GhCGAIQBoMAgDAhDUblN7zD4MhAkOZW6cm4k DIsjbTDHEwhDAMIAUGAQBoShqAhh2LMuzRPWJYrklKqtPMwZ7wuDOZ5AGAIQBoACgzAgDEVFC8Ne mW+lCawzPqAK0dxrm1mZK4Th6cVJZ0AYAhAGgAKDMCAMRUUIg7KCWAzMMGrujZpnggV7otjZb4Uw vCiEQSfWhsX33okweCAMAAUGYUAYikosDOtVrCo4wz22s669zJ1QK4RBx3UGhCEAYQAoMAgDwlBU pDAEJrA+kaCfJhWicIXBdQaEIQBhACgwCAPCUFRiYUh6wvpvP1BpUyHW2WXfiShhWBI6w9MIQwjC AFBgEAaEoagIYfjgrcgK9HtfJK7fipuqL/NBSuTt8yZsVMLgOcOLCEMChAGgwCAMCENRue2mAcYN 2k6wYH2ioyKEYeKwJUlnuA9h8EEYAAoMwoAwFBUhDPvaUYVExOJ9G87GdSAMTy8RzjDxaU8bEIYA IQzi2tLS0tMPAgClB2FAGIrKbTcNFAJgIgTg7L7ICr6LmrEnfOd6glkTRQrDi3XSFoaFzoAwBOgd Bq0NlZWVPf04AFBKEAaEoah4wvDWWUceOpy3ohuVMCyVeXqJ3mrQzoAwBNgjiYqKiubmZo4nAIoE woAwFBV/h8FJbafNQQrDcCUMw2NnmIgwJAg+wyCGHE8AFAaEAWEoKkIY9tee3b9BJlYFYwtyqjae cof7naGuX9PCYGOOJ+67C2HwSH7oUTsDxxMABQBhQBiKihKG7/dt+D56+9d+r2ILJ74zqHgLhDBM Gr50UiwM0fEEOwwBqf9LguMJgGKAMCAMRUULQ5uS0JlYYfCcYfjS++76VU//lb2Ldv5bpXAGjicA yhqEAWEoKo4wfN8sslFGDjequEqwMdE0tb7FFYZJztkEwhDQ/vcwcDwBUNYgDAhDURHCoCXBZn9a bW1BDc81O4Jh/WH+RE8YrDYgDAGZX9zE8QRA+YIwIAxF5babBkkBiPK9uRox8IbtRC6bP3HT5BFV k0aEzoAwBHTwmx5xBoByBGFAGIqKFIa6c1E2+gn6yQX+Yi0MKp4w3I8w+HT8q6E5ngAoOxAGhKGo CGFoCfRApUXFtYWW5FRdQhhGViWdAWEI6NRvSVRUVIgrWw0A5QLCgDAUFSkMvgO4w5Y2kjo1f5IS htgZqhCGVLrw41McTwCUCwgDwlBUbneEQeV8yyYRVei6zsZ6wnlvfXTL+aQw6I80IAwBXfu1So4n AMoChAFhKCpSGJQVHNDZFL39vdgpKw+qf8BEr5k/aXMkDL4z3H83wuDR5Z+31scTOANAbwZhQBiK ihaGA51Mi6sKplbCUK1inGEkwpBCl4VB09zcXLpnAYAS03JyXTkKw2fft+T92F/99U95PDl0Gz9c /H8HNqdZwebzyX7kBpsveMvM1ILJVhiq3a2GD3Yd7+m/sodJ/nIEH0gAKCrsMLDDUFRuv2mQFIAo jgzoOmq6/uB3Np+3dwlhmPJMddIZ2GEIQBgACgzCgDAUlX4/H3Rw8wWdA36Cvq3bKrQwTBnpOkO1 EoZ/6em/sneBMAAUGIQBYSgqWhjkS3+LiRYApz5gO5EbXDS54GbhFCUMKq4zIAwBCANAgUEYEIai IoTh0JYLOp4qqByyxWZRXzwYxS5QQ2UOYuWiKVumPLNs6qhqvc9gtQFhCEAYAAoMwoAwFBUlDBdV LpiirVwwSV+waMrmqaO0MCyLthoQhjQQBoACgzAgDEVFCsPWNAHY6sR23KmgKYRh6hYtDOJqzyZE fnEPwuCBMAAUGIQBYSgq/W42wrC17cSecEkmVSq2WmGIYo8nEIYAhAGgwCAMCENRUcJw6bA0Afft f0k1L+qYjh3GtbvGF4ZqezyBMAQgDAAFBmFAGIpKv5vvFbZweJvOxcOOJ0R9O5T1JW/BtktxpDBs dXcYrDb84p4He/qv7F0gDAAFBmFAGIqKEIYj8Uv/kiMPaTEL7C2iOGKai18SwrBcxdMGhCEAYQAo MAgDwlBU5A6DffU7bnCkAwkWC2F46dnlSWdAGAIQBoACgzAgDEVF7jBsb9sKxNT2y87wcmIYr1z8 0jYhDDquMyAMAQgDQIFBGBCGohILw3bjA23FVYjtvkKoLJ621QqDu9WAMAQgDAAFBmFAGIqKEoZ2 PSEtR9OaS6Zte2n08qQzIAwBCANAgUEYEIaiIoThqBKAyAHqVdzCzB6VnSsyvjlEU0oYpglh8J1B BGEIQBgACgzCgDAUlTuEMNRfUbnsxHS2O53tdnjlqKMKttbCEDmDow0V/REGD4QBoMAgDAhDUXGE 4YpRBUcMPJG44neuBFkybfu00Su0M7hbDewwBCAMAAUGYUAYiooUhoYrxxquiKt+7x9TSfqAzbGG 9L4RhtAZ2GEIQBgACgzCgDAUlTv63qsN4VhDSo6q6Nmjcf+qTP3VY8YudN8RBs8ZEIYAhAGgwJSp MNzQ5ydPPP+rma8/+eMzceEQhKGQSGHQAuCpwtW0+mpipTEHLQzTt08bsyLpDAhDAMIAUGDKVBg0 lYP7lcQZplY/hjAUDykMjVYDrh4XRWOUqNZWYAuxxqnj2carS6bXTxtT4whDpA0IQwDCAFBgyloY WkvqDM/P+Q3CUCSEMAgBOK70ICpMYnMw8nA8EdculmphSDgDwhCAMAAUmHIXhtbcjicQhnInFoY4 11RS9OBEm1OyKYRh+pgaHXk2MQZhSAdhACgwBRAGTamcwR5PIAzljhCGE03XjjddM55gYptN1xyL kEOx/oRViKartl46wxWGeKsBYQhAGAAKTGGEobXUxxMIQ7mjhSFyBj+mf1XnRNzxFthUCWEYWyPj O0PFAITBA2EAKDBFEoZWdTxRqnTnY0MeWGH48YmFwTiDTuWAwT39V/YuEAaAAlMwYQCwxMKwQ+QH eY2HvhKI2bamtDDMrJ8xribpDAhDgBAGccUZAAoJwgBFRQjDhzt++NDKQGwOP/iF02/6IfIHO6Xu qp7ZMGPcSs8ZxiIMKegdBnFtaWmprKzs6ccBgFKCMEBRkTsM0atf5kOTE4niQ282Ugi3aYVhxlgZ 6wwIQ4A9kqioqBBXnAGgSCAMUGAG/3JIzaxdNis7lppZO210p2pG/ewX1kbOMC52BoQhIPgMQ3Nz M8cTAIUBYYBi0+fGvitL4QwixhlW2uMJhCEg+aFHjicACgPCANcDzw2d01lncM3BDhdMqbPCMANh SJD6vyQ4ngAoBggDXCf86OOJXcnjCYQhoK3/VimcgeMJgHIHYYDrh5IfT1QORBg82v8eBn080Z3P AwAlBGGA6wrhDOO6dDyRdIYFU+oQhoDML27ieAKgfEEY4DpEaIPIT9W140mu7+m/o9fRkW965HgC oExBGACgVHT8q6E5ngAoOxAGACgVnfotCf090hxPAJQLCAMAlIrO/vgUxxMAZQTCAAClomu/Vsnx BEBZgDAAQKno8s9b84WQAL0fhAEASkWXhaHVHE+0AECv5eS6vIWhp/9CAMiL5C9H8IEEgKLy4O8G zN84oiR5fs5v2GEAuJ5BGACKzQ19fvLE87+a+fqTPz4TFw5BGACuWxAGgOuBysH9SuIMU6sfQxgA rk8QBoDrhBI6g3s80dN/FgB0EwgDwPVDHscTPf03AUA3gTAAXG+Uyhn08URP/zUA0E0gDADXITf0 +Unl4H4/Pvc9cEtP/ykA0E0gDAAAAJAJwgAAAACZIAwAAACQCcIAAAAAmSAMAAAAkAnCAAAAAJkg DAAAAJAJwgAAAACZIAwAAACQCcIAAAAAmSAMAAAAkAnCAAAAAJkgDAAAAJAJwgAAAACZIAwAAACQ CcIAAAAAmSAMAAAAkAnCAAAAAJkgDAAAAJAJwgAAAACZVFRUNDc34wwAAACQyfTp01taWnr6KQAA AKC3o52hsrKypx8EAAAAejUcTwAAAEAH4XgCAAAAOgLHEwAAANAROJ4AAACADoIzAAAAQEfgeAIA AAA6AscTAAAA0EFwBgAAAOgIHE8AAABAR6ioqBBXnAEAAAAy4XgCAAAAOgLHEwAAANAR9PFECwAA ABSOkh8lVAAAAEARKa0wAAAAAAAAAMB1zv8HyROGqQ0KZW5kc3RyZWFtDQplbmRvYmoNCjExOCAw IG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNjk5L0hlaWdodCAzMjMv Q29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9J bnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDU2OTI+Pg0Kc3RyZWFt DQp4nO2d6ZMcRXqHW/eB7gt0gQ5gtbpACHSB1KlB0mokre5jFGFH+Jsd4S8O+4PDDtvZGli0y7JA LHh3sTBrsSuH7R3+hhrBYsyeLMf8O+3Mqurqqp6u960js6uz+vf7Kp6prHyfyny7uqlqNBDEzYgW ggxxRKq6su21Wq+8eveNt9/52fs///CXDx78J5UHDz68/8F7P/nxj37w2qt3gr9955Xv/eBHb//r ex/cVzQD/+L+B/+m4NcT8BsK/vf/yATf64W/r+H3M8Nvvn63A7d8+N3gpBn4l/d/fu+n7yTgrDOm 4A81/JaCJ0N48tW7P3wrM/z+z95564cJ+PXc8Ct34vBP72WF3337jbvf68B3FPymhu//grNEw+8p +Psx+LXX3/zxT+59wMM+Hc2YN50mr1T/Nnf+4uVrtzz1zJGTZy9euX7j1q2J1Ny8ce3yhdMnXtiz 47HVjyycP3fOnDlzFyxZuf7xXQdefPncpavXbxL0rRvXr1w4c+LQ3h0bVy8L4flLVqx//FsHjr08 zsE3r1/57pnmoX07N61ZtiiC1219+tmjY+MXr5Lj9uHviMP7n9y0ZnkHXrxi3ZannzmqTpqFryr4 yP4nN69dvniBD89TM7Y5y4zdunnj6sWzJ48889SWLrxo+ZrNT+4/LL7z3Szw2NFnn96ybkUAz5m3 aNmaTTv3HW4q+NqNmww8Pnbs2ae3rluxJIJXb9y571DzTAb40rmXjx341uPrV3bghY+s3rhj7wsn zlzIBL/43K4n1q9cumBeCK96bPue54+fuXBZw9lnTLRbaeo25PRYrBJaoNQ/O+HLG5zT1vXhhHT1 C9xlYXVO/oTMi+l3bGw8A3z5/Ck9IRvCCdHXnNJPu5sNfungt7dtWLV0wfwQ7lyw7EnrC/b487u3 PboquGA7+h0Rgfg0fEVf7bu3R1e7r5/vri8+CesLNrFURPoF4rNw89DenRvXhEvFvIXLQv0ywPqC PRxbKnz9duzpuMvAF5NLhYYf1e6e9t2l4M6M7Qlm7KTX312lbqPZvhNNZqeMt9OiLdDnFEyIPyx/ Aduq3B07d8kfFQ3rc9r35KYurAwK9btBHTqA1fXYnZDO6nf0ZMfd9EPrpeDsmLqY9drZ1U+5m+Gk 9TU37i9/a8PlL8eMhVe7v/xFsNbPXzq56VbXnLra1VKh1855ndVv596uuzTsX+3RUtHVj4dvhle7 Wio68NJAP+UuC1+/fOHU8fhSsXDpyke37dbuMvDt2Probxitvk2D9I327uhRqQX9hWY0qsmU3FYb v/rDeifaEiuFvwZFC1g6PDFr1dZ11Fug2j9peFLB14M6xkvh1zEjrEqh6rghUce9+qSDpZOAVSnO nw7qGJSiM2MnOjNGwTeudFbtZB1PnOamO4DPnHh+93YFB0v+wiUK/vbB46fPX+Zhtc5EC9hcv79b seGJXQdfOnVerX4Z4Kbf4MXgx3c999Kpc8HSmQpP+vBZoRq8+Aq3Xq1wurPk4OCkoxlrtfu4G6ir m4aeUf2qnZKZTh2P6zquiuq4UrcyYR3vpMHtWaNKXI/naXgqquOeZB2fUHU8FdSRhnUpYrtvWMfn gjreZOGz/er4Yjhj36TOWLhf6N03rY7p0x3A4yf17ru2u1P5XZb6hKAbR6pWAXxkv95sunC4zWl4 MvWkJ/1FSm02aqdaFzTq0TY3FixSHEyvcKnwVGzG/O25X9MQqqubhvndUV27fjN1OhJ1VKXo1lE1 vM+pUqg6pts3e1SJOurZ5OFxv2mI13FL0C2rUqTDM0HTMH4y3jSEDa9fx+sUHKvjlqiOi5bFPiKk qtuBZ9dxU1RHYron2Z2KrpXeqVTTkLZTMdNN7FRqneHhYKda1XenSodnwr3db7PW6xmb3TR01G00 ddMQ2z//J/3vtqc6TYP/2Tdex7AUkoBnYh3H1p46HmbhWNPg17FTiqiOPDyr+dMfXHTnSMLtyW4d n9jQ0zn6dUxXt1vH+E41N75TkdPN7VRZYL1TRZuN2qk2dHaqFjVj5E6lFikSnoytcKv7rXA0HLZZ ql3u3zRE6kZNQ2f/lNwf7jZ/SxKXlKrjPxNs2DSEdUyUYrvf/P0TDwfN3za/aejWUTd/V0g4rGNv 8xfVkYf9Ou5N1jFss77OAJ8Vsc/7YR39puG/KHiG2Kl000DDk/RO9S88nLpTXSThqGk4+mz/nYqE uzMWtlm9TUNMXdU0jCX2T6oWU2QT//fkoGaPKlHHTPDF8Z7bFPoWm64jDc/EOo7e5k/VkYH1fqHr GDZ/yTqe/YqGJ/vvVGHz94A+9GTqTrXvcAY4tlMlmga9U/0jDU/136lWBTvVP7BwsFMd3JW4TRGu cAw864aAN52mbtg0dPdPtmm42m3iozrqdvlv6EF1m4ajfZp4Fp7s9EEHwj4oVkfBw6l1PMTB7bTb FP6MfcHAU8ROdeJ+Bjixf8ZvU2SEe3aq8DbF3zHwDLFTvfS3WeDUnYqDZ90QSDQNCXX9piHeB0ni D390O/12018xg/LhtNtNf8nBM7eJ201Z4b63mzi43bmt3e920++zwv12qnscPNlvpwqbhozwrJ3K v03x1xw8RexUPEytcBw8c3uip12ONw096jakahqiz1tq4U1vGj6a8L/avXz+zPGDu7c91rmYFyxe vn7rn3OD0vBE8L3w8/prpi68bsufsWfkf+OiVwL18WF7JMH8xcvWbXkqBxw3SMHqpDm4HcD+VzK6 7Qy/4NIztmnnb7LCZ08e3h/7jmrRI2s27XyXgycnYl/JbF7b/YJrzcYd72SFgxska7tfcK1+bPtf cPBHEXys2+uE60xG+Nql8e69gmCdWaXWGQ6e6c5YdNLdpqFXXd00BNuBf8Py0rX/Tvu7UxP+983a XV+/0F19TqvpBrwDh79piOnnTwj9SatzRrdu9OoXfNmTAw71WxT9FGMDB7dDWK9+agHbHP2aQsOf ZYJ7KjEn7PLf4ODJiejr/bh+6mrPA2t3Vbfc+TWFXiqoz/l+piYSP4iI9FuglorMsHLX/yZpRef7 f70+cvBMcsaCk47uks1SVzcNc+Yv1CuB6t/CX1qkJ3Q3rp9awc5xg/pVBPfop2Dmw1K7/U0HDtyN /x5n0bJssO9uUr85GeB2BHf0Cw3SK9gn2WC/EmNH9vsfuiP4LgffiWBfv9jvcRYufS0zfDG5+mmY +bDUrZUPK/06zaFus85nhi+dO/Xige6HNf9q5+Bv4jMW3VDv/B6nj7qqaZh++PEnn372+e/+8MWX X339DZevv/zTH3/3m88+/eTjhw+nVR4+/JgdVA/8f5/+Ojvcpb/+6k9//H1J+H/LwZ8E8HRu+LeF 4S+/KAl/HoMfsldcAv7Dbz//7Neq0IXhT3PAaTMWuNtP3UazbCQ3Js8W3LQKtynYKwOzJy0rgz1b cLM4nKpu6bB3maijsrBHHdoq3KZgrwwsOVjYgu3WioLL1Qrq5oKhrkkY6iZjFYa6JmGom4xVGOqa hKFuMlZhqGsShrrJWIWhrkkY6iZjFYa6JmGom4xVGOqahKFuMlZhqGsShrrJWIWhrkkY6iZjFYa6 JmGom4xVGOqahKFuMlZhqGsShrrJWIWhrkkY6iZjFYa6JmGom4xVGOqahKFuMlZhqGsShrrJWIWh rkkY6iZjFYa6JmGom4xVGOqahKFuMlZhqGsShrrJWIWhrkkY6iZjFYa6JmGom4xVGOqahKFuMlZh qGsShrrJWIWhrkm4rLrkaRUN1M0LSw4WtmB31fVS3gVYKlA3Lyw5WNiC3VVXv2iV/C+KBOrmhSUH C1uwy+o2msabBqibF5YcLGzBTqvbaJpuGipUV5aBuSNDXZOwmTsMhpuGCtXl6gh1e+K6uspd6vTy pkp1G/QzmqFuT5xX12zTUKm6dCmhbk/cV9do01CxulQtoW5P6qCuwaahanWJpgHq9qQW6pprGipX V51YWiiIOzLUNQmb/Q2DIXeHQN1C4Y4MdU3Chn9+Y6ZpgLp5YcnBwhZcG3XNNA1QNy8sOVjYguuj rpGmAermhSUHC1twndRVTUOrbLhBkUfg4Hbp4Vk5smcVnrYF261VKTh1xkSauo1m6sfzjGHn0rMF lws7l9Zg9qSrgz1bsCwOp6pbOmgY8sKSg4UtuFYNQ/lA3byw5GBhC4a6iUDdvLDkYGELhrqJQN28 sORgYQuGuolA3byw5GBhC4a6iUDdvLDkYGELhrqJQN28sORgYQuGuolA3byw5GBhC4a6iUDdvLDk YGELhrqJQN28sORgYQuGuolA3byw5GBhC4a6iUDdvLDkYGELhrqJQN28sORgYQuGuolA3byw5GBh C4a6iUDdvLDkYGELhrqJQN28sORgYQuGuolA3byw5GBhC4a6iZQ7I6/UGZUJN2yoaxKuobqlHtZY Ktywoa5JuI7qlnlYY6lww4a6JuFaqkt7AHVNwlA3kfLqFn5YY6lww4a6JuG6qttoFjyjMuGGDXVN wrVVt+DDGkuFGzbUNQnXWN3Bhxs21DUJQ12D4YYNdU3CZdU1+vqTTqBuXlhysLAFu6vu8L1otcJw w4a6JuHyDYMFd6FuXlhysLAFu6yuhaYB6uaFJQcLW7DT6jaaplWCunlhycHCFuy2usZef9IJ1M0L Sw4WtmDX1R2mF61WGG7YUNckbOq+bpM8v5yBunlhycHCFuy+ukabBqibF5YcLGzBdVB3WF60WmG4 YUNdk7DJL4KNNQ1QNy8sOVjYguuhrrGXBEPdvLDkYGELrom6umkg//OMgbp5YcnBwhZcG3XNNA1Q Ny8sOVjYguujrpGmAermhSUHC1twjdT17zSUTIs9o7JHsBNu2G0K9qzCLVtwqVqVKzQHe6lkmroV v2i1wnDDbluD2RmrDvZswbI4nKpu6aBhyAuzZRS24Fo1DOUDdfPCkoOFLRjqJgJ188KSg4UtGOom AnXzwpKDhS0Y6uYblJ2jlg43bKhrEh5Odbk6Wjpq2XBzCXVNwkOqLjOdto5aMtxcQl2T8LCqSzwz jDuj6sLNJdQ1CQ+tumQtLR61TLi5hLom4SFWl5hSm0ctEW4uoa5JeJjVbTS9lAibRy0ebi6hrkl4 qNV1LdxcQl2TMNQ1GG4uoa5JGOoaDDeXUNckDHUNhptLqGsShroGw80l1DUJQ12D4eYS6pqEoa7B sA5QsFcGZo8sbMFQtx6hX5MJdY3CUNdsPHIyi5MMLDlY2IKhbm1CekCBHleJwkfVEbZgqFufUE0D xREYD0sOFrZgqFuneKmTWYzKAEsOFgTMdehQd3TSpP7//7Rw/thTl8UpGOoiHlcJCpYcLOiDNwvD UBfxuEpQsORgwRydbBoo2F11p8l/RrKHcscPBUsOFuzxiT9Bwe6q65l8/clIx+MqQcGSgwU/gPS/ QcHuqtsy9STzkY/HVYKCJQeLDCNI/XRJwQ6ri6bBUDyuEhQsOVjYGrbT6lp4SfAoxuMqQcGSg4Wt YbutrrHXn4x0PK4SFCw5WNgatuPqomkwEI+rBAVLDha2hu28umgaSsfjKkHBkoOFrWG7ry6ahrLx uEpQsORgYWvYNVDX6EuCRzEeVwkKlhwsbA27FuqiaSgVj6sEBUsOFraGXQ910TSUicdVgoIlBwtb w66JumgaSsTjKkHBkoOFrWHXRl00DYXjcZWgYMnBwtaw66NuozmsTxAd9nhcJShYcrCwNewaqaub BurtmEhKPNa+MnDL1rBbZY5cCma9L/CiVZn2WFyECFeIdil6SMddDWzxRasjGbYSFCw5WNgadq0a BqRQPK4SFCw5WNgaNtRFPK4SFCw5WNgadoXqcicNdQcUjysjBXNVrKW63AMkoO6AQpehDXX7hTxv qDugeFwZKZgsoY6wNexq1SVPHOoOKB5XRgqmKuhH2Bp2xepSTQPUHVDSSxCGgiUHC1vDrlpdYuKg 7oCSWoFOKFhysLA17OrVbTTTQlJQ11igblF1iwXqGgvUhbqOBupCXUcDdaGuo4G6UNfRQF2o62ig LtR1NFAX6joaqAt1HQ3UhbqOBupCXUcDdaGuo4G6UNfRQF2o62igLtR1NFAX6joaqAt1HQ3UHbC6 bTyU1FCg7oDVbeGhpIYCdQetLp5kbihQd/Dq4knmRgJ1K1C30bQ3M6MTqFuFumgaDATqVqMumobS gboVqYumoWygblXq4n1/JQN1K1NXNw32DlT/QN0K1UXTUCZQt0p10TSUCNStVF00DcUDdStWV02i sHe4OgfqVq0umoaCgbqVq4sXrRYLV8V2KXpIx13upIsGL1o1G7aMFCw5WNgadr1WXaRIoC7UdTRQ F+o6GqgLdR0N1IW6jgbqQl1HA3WhrqNxVF123C2Chbq1iKvqcsduESjUrUWcVZc5eIsgoW4t4q66 jSY19hYBQt1axGF1ycG3CAzq1iJOq0sMoEVQULcWcVvdRlOmhDoy1K1FHFe3UKBuLQJ1oa6jgbpQ 19FAXajraKAu1HU0UBfqOhqoC3UdDdSFuo4G6kJdRwN1oa6jgbpQ19FAXajraKDugNVtT9v746MV qDtgdVt4KKmhQN1Bq4uHkhoK1B24uniSuZlA3QrUxfv+TATqVqEumgYDgbqVqKsmftreQUYjULci ddE0lA3UrUpdNA0lA3UrU1dNvsUD1T9Qt0J10TSUCdStUt1G0+axah6oW6m6aBqKB+pWrC6ahqKB ulWrq5oGYe94NQ7UrVzdDEVAkCrTSlUXKRKPm3AKlhwsBnQW+TJ0qy5SJFAX6joaqAt1HQ3UhbqO BupCXUcDdaGuo4G6UNfRQF2o62igLtR1NFAX6joaqAt1HQ3UhbqOBupCXUcDdaGuo4G6UNfRQF2o 62igLtR1NFAX6joaqAt1HU0pdZscLQZ0FvkCdWuRUuqy664YyDnkDdStRUqqy7grBnEKuQN1a5Gy 6tJNgxjAGeQP1K1FSqtL/glhffxFAnVrEQPqEk2DsD38QoG6tYgJdRvNtNgefbFA3VrEiLqOpdoX rVr846MVqDvoVRcPJTUUqDtodfFQUkMZRXXZL7BbFg+t/zaeZG4iI6muWvgqVRdPMjeR0VSXOe+W veN2XrSKpqF0RlVdsmloWTxs+Lfxvr/SGVl1qaahZe+o8Ret2jvKSGR01SV+fdGyd9D4i1bRNJTK CKub/i2gxUPGv01D01AqI61uBel90Wo1o6hFoO5g0/MbBommoXCg7mDT+/MbNA2FA3UHm34vWh38 KGoRqDvY9PnRI75aKxaoO9j0+71u05tG8oczt131AOuTVpq6SKFIrLoDDdQ1F+4xIFWPr2aBuiZD L7xVj65mgbpGQ7pb9eBqFqhrNlTTUPXYahaoazrp7lY9spoF6hpPU6ak6oHVLFAXcTRQF3E0UBdx NFAXcTRQF3E0UBdxNFAXcTRQF3E0UBdxNFAXcTRQF3E0UBdxNFAXcTRQF3E0UBdxNFAXcTRQF3E0 UBdxNFAXcTRQF3E0eCgp4mzwUFLE1eChpIirQdOAOBs0DYirQdOAuBo0DYizgbuIq0HTgLgaNA2I s4G7iKtB04C4miZeEoy4GjQNiKtB04C4miZeCYoMdVqEvAgyzBnYMo4gCIIE+X9QwipDDQplbmRz dHJlYW0NCmVuZG9iag0KMTE5IDAgb2JqDQo8PC9UeXBlL0ZvbnQvU3VidHlwZS9UcnVlVHlwZS9O YW1lL0Y0L0Jhc2VGb250L0FyaWFsL0VuY29kaW5nL1dpbkFuc2lFbmNvZGluZy9Gb250RGVzY3Jp cHRvciAxMjAgMCBSL0ZpcnN0Q2hhciAzMi9MYXN0Q2hhciA4MS9XaWR0aHMgNzcyIDAgUj4+DQpl bmRvYmoNCjEyMCAwIG9iag0KPDwvVHlwZS9Gb250RGVzY3JpcHRvci9Gb250TmFtZS9BcmlhbC9G bGFncyAzMi9JdGFsaWNBbmdsZSAwL0FzY2VudCA5MDUvRGVzY2VudCAtMjEwL0NhcEhlaWdodCA3 MjgvQXZnV2lkdGggNDQxL01heFdpZHRoIDI2NjUvRm9udFdlaWdodCA0MDAvWEhlaWdodCAyNTAv TGVhZGluZyAzMy9TdGVtViA0NC9Gb250QkJveFsgLTY2NSAtMjEwIDIwMDAgNzI4XSA+Pg0KZW5k b2JqDQoxMjEgMCBvYmoNCjw8L1R5cGUvUGFnZS9QYXJlbnQgMiAwIFIvUmVzb3VyY2VzPDwvRXh0 R1N0YXRlPDwvR1M1IDUgMCBSL0dTMTEgMTEgMCBSL0dTMTQgMTQgMCBSPj4vWE9iamVjdDw8L0lt YWdlNyA3IDAgUi9JbWFnZTggOCAwIFIvSW1hZ2U5IDkgMCBSL0ltYWdlMTMyIDEzMiAwIFIvSW1h Z2UxMzQgMTM0IDAgUi9JbWFnZTEzNiAxMzYgMCBSL0ltYWdlMTM4IDEzOCAwIFIvSW1hZ2UxNDAg MTQwIDAgUj4+L1BhdHRlcm48PC9QMTIzIDEyMyAwIFIvUDEyNyAxMjcgMCBSL1AxMzEgMTMxIDAg Uj4+L0ZvbnQ8PC9GMiAxNSAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9JbWFnZUIvSW1hZ2VDL0lt YWdlSV0gPj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMgMTIyIDAgUi9Hcm91cDw8 L1R5cGUvR3JvdXAvUy9UcmFuc3BhcmVuY3kvQ1MvRGV2aWNlUkdCPj4vVGFicy9TL1N0cnVjdFBh cmVudHMgNz4+DQplbmRvYmoNCjEyMiAwIG9iag0KPDwvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0 aCA3NDE3Pj4NCnN0cmVhbQ0KeJytXFuvZUeNfm+p/8N+7EZip+4XCfHAVSAxYkikGQnxkOkJQagT RAAxP3/8+bOrap3TyWnCzkPn2HWzXS7fqta+ffLb249+9Mlvfvqrn93Cj398+8nPfnr76+tX4Rbu Qf6bsdZ86yncSqi3b754/eq/fnD7+vWrT375ab19+Tf547ef//3vX3zz9e3d326f/DamfPvbu6/3 +BxqHJfxf/zB61f/+frV7ee/+entdiweny0eR47xA2v3OO9j3KSXNBT++cNwz3XOenv3ldD0q68+ //KLcfvZX24fWik9Z7PFkOsHlorh3nylersytVea37ZS/pcEKsxCosJJ7tK7JfknhnT75sun8iRZ L0m07NWf7lLnLvVw7yPfchn3eRN22rx3mZRwG/cRCVQAUejLpd97ur2Trv1ewhBEu898Eyg0TFTv oyvUi0DlXrVzL/dSuyPeE5GS9pc9EyjUrJOHcutZtpIrDR2c7q100iGSi/c+o5F4oV+6/un1q1nu oLMmSEhYmvWeHJztHmdTqAgkq82pUNDRc4iIMVaWuAnQRlEgztuc9wgaarhXJUoQDVTM+xxonTkp lLA5QUkAvRF9gSB3IhQFpspNBLagilW8ryByvtcJSQn9pbQPIErGKidC5sg3gXKJOn9RKJpgs5Jd 7jNORYh6CVR7U0plKyG5kBQq2jdLH8q9y0xZ9qiZqGe65zG23GeUrUneKJvSqDetAQqDEDkc816C 7W++DRlRFIj4uw2qVFZqBVEyOZOlBcpRdSjmBSRoDLsCXlIaokT9OSx7narCXRRvfAAhe1hVrEJn HV0VAKKSf/NYinQqGfVOVLGAz6V4osapLdXrsklQcehWu3XZjzqpPspph6wKd0LUWkSUeTpEnwTK qmsiZD15cuJGM/i9nsSgZylgk3EuBchyePUIx0EoKKEN4pZ1chfibnLch6yfc7vLhHKyQpoOgah4 H2E3J3KQcbgBzREVKrqtwm6FPRCEHE+BZmi6sPAp5ztCz/LECUbnKWwObe5qDmSjoTKy0oRwSkPv CmPR5cziUOZiJ08m65kHoqmxCGkoFBvswezdIVqpbnohiCZnQzuXu/iplu/at8HcoG8S6iaFJQYv 3mcqKlXR2wUlM0oLQYMn6Ew7JPMWtV9iKgLnFRvXqEgDOxLi1oqL0lCRRIANgqzYdiiSHPQ2HRZh ySJDVTdiUwVRRdjp6CB/zHKOkJ4zFz1YYtKgMgGmaJ+OWkz+jsCZr0n5VR0rmTq2OojU+jgPHM6o Hl41Ne+VlW9zTPVbHZPslTqmKJuv51dtvgghFrWhhN9v2JdfAxzxJ5Ak7oxGolaVpCBCV4SIo9Th kJy5UoUjPVS6EaXWu+4oDlmBfAiIEABBI4UCHl45Frp2wW7eAIWiyj5PgNZvIYbOm+88UeypR7XT +mKVnO1IAJg8mg3DqvhAh7Rvg/6s5n6vNpJcZp54+mIgpq3abxBJNsFGhWokuY2dJ06ZntxxWwIV 2R+QiKib8lZxOJOmXyVexVK26IgqTqTSTcj0dSadG7Zfx9epxhFqKsICpDtQcEwXlKDr1tk2KLDZ LIyuw5mFqWYzc2GcrXFzogTSdZRkAtpX/hq7ddzhBH0k4oBj4ibuOkRfF1CppGlsSEhu3lkRBUbE hzq3nPkQBhd2WZEol+MhZbMaov9zHJKHkWurk1pLnyznhCBur5VzhGEwUgCV6IJfkAt+IVTwPpQC 8JmXfGxdSs9JomSd4iV4c0qreagZ9aHzni4Tw9vNta5ANbvgF+SCXwgVvA91bjnzIQwu7LIiUS7G U8qUfMrB+4u4RPIpyVYuREqDG6sBSkrdg9usdialBuOk4Vq9AdKhFbJdkEQSxTtH6pdMqUM7z+bU mYs7XO074OT03KN1Is5R5z1uINmiAIYFSXaxzt0sBtNMhiwjW6guFD6anQt3foIHQIU7IAHHghLs lXU2nZdAX4fyhHNi1fBuDhjrlmleVEmKS4oXIVPwZTY7BZq7FDkUKxcoCHSz5S4AUj5ylwJzkD13 AaRnS125QvPIXWrQmH/nLooonrsAit1zlyLHuPQjeSlTKbbkpUyNjpzGTb9xpF71YEnUra/uIrsR naXMCHSzJMK0sB8sCRTaYglQP1gq8FTtYEkRKx0DZBE6WMI+n/lYyTwLxpJoSZ+LxoMB4yk84Smc PIWTp/CUp3DhKVx4Ck95ik95ihee4oWn8JSncOEpnDyFZzylGi48pTI3TwnxmfME4MJTkr82T4A2 TwqdPCWNyw6eFLF4ArR5SvVJ3pwQVS6eEjIP5+nCAHmKKd81N0ZgqxFXHIjkdp7pPRbiT4iZ6QWY RqGCIEYppyOvanJyNViZhKpasN0supbapX+GidcY3YbQKog9CMUREJqYNBFCEzy4hNFNCsHOifGr ajKxPJKlpNEOIEhfIBmJCfTvyK4CI/4XDoTgJlMgooCRjQohNwZ3kZ07cjMgIpo12wYUAEks7ID2 LWrjvRV59R6ZEHYe8yY6wQCbBG6TBYwBBADqefGemGoQ0tFc2VobPWgApYCmAhaMwF9UFWuTnEUg RO+UNbiNFkxnj+xE50o8drqKDiGwXDvniCOr4JAzJk9TE8Y9TQ5JVXpN44g1yoec00Sxs1DONU0S 45HOfD4FpDCudylmz9itWbQ7pQtCBbH1LsXgAqLeAaE6oNJNgRUg6h2gFA+9w/II56l3gJAhqN4l sS6mktH6Miig4iXYm+SKlwIjjqUgQCDxpPqAbdPZACirvVial0SWcKLeHNWT+dCA+sw5c2CM5aqX NLJVpjEUoZvznjQkWHq3FrbmwohBFQ/QaIfmgQNVCxU4IA0gVfPAfMxXzYuIf869jqiznTYjyl+V XjcmIppaxt1D8vVxQdTKVERdjPZIeoR3Rilz5HZBJI+3cmcOOq5pdETYUy+IqdErOHCLGcdRJGpR 1ccQLQXVIoEyigq0ZTDcNFDS2eL2QksYtcoDhOgIIKs7JtQvNB4koIOb+yhtbbou6k1NoOqZWLPq RtXgVxAJxQ+Lmxs0HpAGZhWQdrbwqnizRteopiyIMYR1DudhboHR8jPE9ghydnv5AALCJVw0nBP7 M6oyk1hpg0gFGtQVq4AJ52aAylApbfHvrdnZ7Di3C0lZX91DVHvAkl6TMzFYA2ZVoIneN4agwnAT Na8skEs4uKAE66CdDRHAuw5luiqRBGbuli9VzyMnXWRghtpWBUxTw1XwescMPO1WU+EMh4SkGQzI PJmhLmqzrLzFWx1DLaqEdCLOOjrkBZJ6Zt9GP63pE6DEmqQYywVpYG2dEwOZwc4YiiwgrpmhxJWd ubBIUvBKEzdXM9+g7InMi7GX1ABCObpm9mHV067bZ1sqxzz2c0tb0UNlQ1q7W9FW6K2Nlhqrkek2 6UaEmBsAjYfUHlTU8laVX/tWRv4NRLwnwqwUBlemGUzvhQgr/1bKQBDBAjQRfss4h1gpAmKIQEg7 BydEm+mmilbWa+WWYmZuBWpglmTJVqAYRNnPA/CuDkMBMK554ArIbzHWtFZCkINexdxqRazCPikz tBiJJRZImfdDIrg2mDJpdAmhml1W4wKxViaUUDPUqJseE9BrkKhgof46osPUYWhmUVkcJpZBlVR0 m74Rm2thRR+6H3lVjiHietaRVah5NVdGgwhVZag4isrIoXNm8S2BxYKOHeBWZnX3VaL0xnrbjC7k ygJH6wyjBo/7UCaqFT7UxKuUWY0qw+nSgl3T5sbSDLKwvJlofmRFjUbdzcy9MLQr/4WiK0t9B0sC vem5iCwCpBPo1fczWtkw61STNr8UhRiHIYCwia3GOJNSMbmjkI5AVl8szp66KS281qq1DC3YpiV2 lOTLKXZRHVkQYs9UunhAzY2MIwaulgDBcRfSVJt7kEC9wsJqFCJVv4xtME57sgsT7TAxKArsu6Ma tF5qbqMGKz6426iheGoG4w6/wIJQGgqpqbSbIK1V+M3Qe4N5ZxFY16gsCQ1WRKh3wQoT1c+KGBOQ HKgMo2mZItbbvgnSukXazYOKpekquDsvggA3qy9HLY+E7HWpypvQdQ8EhqysR90PhYcBuQpEU+n3 xCLUkNjV74Ew11j3QEpF9QOqDBzHF6IYR2tkZK9xSxmTiu73QGXoxaXdAwEK6x5oQX4PtBCsSoxx t8tOyD/c7c442HbpTQMvgrAfMbtSXFTGtKg3hn9LjbpMvgaMYJEIdm9EvUVdfqoMFrHUT5VRSKL6 KUA1Hn6q9Ema3U8B0ar5KQC7DA0Sejr8FBCxuZ8qvdPsqx0AA7kcfqr06oRoM8+6uqnSqavLTQER u7upoteN7qcOyDsvBDa02ylg2Uig0g9PBQR0mZ6q6MWseyqwE8bhqVTMyTxVGYmHUT0VZNy2o4Jc W3ZHVUb1kwiCDVqOaiHUUWFoye6oCoqYy0tha80TicJhN8rW4968tm9q3llB8+ZkhwD6Is6wxcNJ lTaZaamTKm1VuyMgpWs7KUzV2uGkgBjdnRREmt1HqXzr4aNAVZ3uo1Tg053QYsF9FFTIrqS1efjZ xF2VcG916bJUd3b3UdgruzhIJ9Cr76SV+6F8AlkNuxSdeOTDR+lK030UIDcBRWmK43BS4G/5qCIh SOvuo1zqy0e51OmjIHV//XFA7qMWQn0Uhmo9zmgK6r+Wj8LC9qAhUuvrMihXU2Lmhfed27ow2LMB jSXuqqWY0iKD4ojNUMK0aFU1yCuNuT9KilEhe9hgalaWEUBrUbJgWvKGqrsOIFTqnSVcg/VQKkDf AEuLsL0oFNZYOouMdfTVD+4ehgJtZfba9cn1NxCNR2VGZV5DIRmtgN7/VTfiLfjtVWaznSLUjZtd SumC73h9muhpRuRVLCG4Egkq8oo/33FHrPAFsUo0U9ZRtmhln/SafLA2B55GfSlQUI1memhnqphD 04QEEP01br0NGG4cDZ5qFGB8GZtBJ1DXtmcn3Noy2ZxwEQsa7DZ9kqLJwofdZkdWKjKyBNx106jC XCP24nVjNd46b+T0zhtCGyx557nvnKvdAy2EJpjvD0RHKQWQ3ccMHc0CiF3FDwaQCD6waPOXb9iJ 7MA7PgawF2i8i7cArfMxQLJ0ynYx3y18y8oo6yqFACk1PrEtpJT1JAg0soQQu27jpA/Xm/nIemVc 6yR1BYgACslYx/lytvfVUjlLGbjWSdtCFIZEDEpLsasWD0oLajvNg9KCA5s9KAWU/TmSXg/p3d8O SnH7tJ4n6T3Vep+k11jjjEoFMdf7JNx/jfUiCTdN+zmSdu73sVsHXSODUriucUal2V42aFQKaEaP SnHfFccRloKluKNScK8GQZ9iFMYTjEpLoY/1oBRTmWlpvDrbWWOhAzwOcWYx35v5oMGi0jSvr5MK S8selSYG5BaVOrSiUkcwKk36gs+iUrtJ3VGprDv9eRLkH9bLtqvSvFv3eVdFChdFihdFik8VKV4U KV4UKT5RpPBEkcJFkcJFkcJTRQoXRQoXRQpPFSmcihQuihSeKlK4KFK4KFJ8qkjxqkjxVKR4UaT4 RJHiRZHCRZHCU0UKF0UKpyLl+USR8jwVKc9TkRbkirQQqkgYuhUpPFWkcCpSuChSeK5IuTLWXoqE 92qrEJfhd6eXwnMjS6sUjr4M+FkJx2STdh6SqcOLaxr2WIHRS+G5Nr8K1eZ2X5XwjKdVLLGTUCAS TbiSw7sMVsIBVYZvrIRnLyoUb470iFqdJrQq4QuxntThWiN/ALGvxuyN2DOEV8IxZ4teCQftFiNC ogLNclTCwXjtXgmHlNLajuvmvNtPjM66hur1HoJXKX7wNQw4zr0mUNHPvUnMvPiCvBi+EIGvXZB7 WS0cnfSe0mvhWnFmTBUs3G9+ELTXPM6JHomxm5OnT5X3fDyArIXjLkuPiZ7gxEiItXC9xrMyI7nD zR0D12SXxOVmtfAFeS18IQovCDmUtXCfedXCfWHWwpWm6LVwvVGbRy1c79C618I1zFwFhuvm2Ybi 4uasMOTYdoUhx7ErDDnOa4Uhp7grDDmlo8IA6FJhyLFfKwxArAoDgF1hAAmXCgMQu8KQYz0qDGDg UmHIMR8VhkybygpDFsd0qTAAsSsMOYajwnBA3jkcFQYduioMgC4VBiB2hQE07QoD2LETwChUxewV hpzCUWGAjI8KA+S6Kww55aPC4NCqMCwEM/mUjgpDxh3jqjBga3eFAbuxKwwQ8KXCoCKNuznsCkMO 41phyOJVd4Uhh3ZUGLK9AloVBkx1qTAAsSsMEOmqMKh8zwoDqNoVBhX4qjAsFrzCABXaFQZV+VVh APeXCgMQu8KAvVoVhgPo1XdyVxgA7QqDHoGzwqArrQoDoF1hUJU/Kwzgb1UYcphHhcGlvioMLnVW GCD1XWFYkFcYFkIrDNniIlYYMPOlwoCFd4VBz1PbxqI8qzCkTquwzEvqDOCIADTN/RSBNH3H6yM+ Euh1XX6rawPicqWfRlBlPhDZXU/PRDBTQzhmPeyGQCMXQIluBi8XR2UiFyGpd+xsj3lF3ID88Clg zog6lQZT4U3LLLrtB3HdIzh71YJi4jgRvdIBRyj8e4qrtyPIgUBn9iAHkD0zlSVSj7rgCnISvo06 moNbUYlyUrNnCR7lAJE8yEnNMm4NcgDZDQSDHCBS9yAHUMwe5Di0gpyFWFw2VqafIbakWveo4orw IEcp6h7kKOndgxxA84hxwHfNHuNASKlsBTz189162XfJbvCqbmc3qdYju0m1X7ObVMeR3aQ6j+wm 1XnJbhIO4ZHd6OO/ld3oM8GV3egrwjO7SebTmN3g+eHObvDQ75LdJA3IV2s6shtAl+wG7O7sBtDO bvDc8JLdgKUjuwH3pVt2A9ns7CZJqHlmN5hqZzdYZmc3yUpHy+ckfinmzaUe2U0qTz7iSSUd2U0q 8chuFuTZzULY88u0s5tUnnzFg3VXdgP57+zmqjSmSJkPprYiCfljKxKcIifDU+fOZz/BwpiU1zVL QTODP1EYnF2Hsn3S5wiWNJL5S+5o2k/tu73drv66ElqW7ZsTStZeUm7B58BnKGxOk6/3tTyJ5+V2 o2ayTBQJi5t4jR65S9DfpCkWqznv+I6doW+hDcBLp/YBxLYBiQnoM8T6XA9z2m2bPqTvbkxTVGKz bd07PtC3N6rZHsPXvTHnvlmc3HlFz4+IHCr6Hh6RymBwdSDW43Nk+6P5q3b4S/EDcT1rh1cd3bUO 5gBvXyIj6apQJZM8ykDop176AU4e0+8TYTk2xKDIYV7dDFZv8UiYUFFgOg0a3fMeapjs+P0HyGeb RWqCUC9e9DzAx2qqeYMc8Kqj+pcRVTw0YpyqqvLVgVhPRseKAa4IBuXv95DnCH1WfCCy+gFAjYYz D0KM0eypzKBXzPrcFRCfODSMjFTZbvVtIDIj1ly02a618TJoaKBikHa2V6vWnP3NR0kKWbxqLxVE aPbYZDrX9nWdPoiiVbK3JoO3yPspSp8eOKC58/sCfqQBKNiduD2f6f4mF5fxvfG84ykAAA2Ti2ki EJHPVmQzqoQjcx1aQPbJmfWt/ikPhN6rP2opeUGsqnrnfO5htw/mniK2HtiQ5whNY99fnyT7l5Lr SfL68NERxZXFhzgC08TJF8hrmsTnd3saQxR95KtfXBavu1wRe0jhK6xniP062oY8Q6AwUC/LPkXs IUb65atH4E6plFSuUnHEvv+yIec0GVtyfoaKk641OJ8GdmJ/qKrmhhDuMGZgZw2ItJBo15OaOk3G vlW/gsozs2/zD8EmX0xVTVEBqX3O6p0cSp7yOyLoxJnXTAOJs6zS7Vur4jQ03sAEWs+5XqWBmWbf KS1T2/nZT9a+Wr7KSvfk51OoRfm8VuhTehNDbRqime2zLCsRTn7vtYt8kNTly9rRWF3ST0YVwQet SP/U3tqH7+pbrP6nYZxSTVmCUDXIg1TD9I/kbzAZ0eQR74zjkWiJmRl8xAvV6NMf6Jno3Okp4v1G bLJNXz742H/pkD/2XzrkCD+Pa8hxQKOc/YsqxsFPstY0jljnMc7gOcMVsYdMPqx/htiPt23IM8Q6 j2vZp4g9xEi/fLuQWDbmy0ywk/iOnIj3G7E/vcl84PMMkdX6H0OeIxYp9vnOc8QaEvm91TOEVqDe f+cn3e34pRPErv/kL5oU+0WTLnv6SxkWb3++3X6vPfSfP9zC7fa/N/x6gJwoxCj6Kh6XsYTev7a2 iJrhbiS4W3Grmo5mwrsd+3C2E17t+EghHu0G7/ashcXdTni3N/0MdrcT3u2iOu1sJyztn6o8D7G9 LKzY5nVOQ7TA9Fh/LWO3GoKtuElBmLtaDcFW3IKfjYTZVvkzA7vREGxtLBodfBLBVjK5OZySjTiH JiHp+NUTaXEgfsOBE612W1LxrjOHBq22pTOnCu3WpTMXHdrtS2cuOrTat85cdGi3L5256NBuXzpz 0aHdvmT5Aamg9jFveAGZ9d9++50I9CJLatragA/IGbdFes6X/mxl8ratPVuVvG3rzlYkb1uqs9TI W7bebCXytq01W4W87VM9JnAzgtNf2qmo/+Bz9HH8kFJlUo/fbMJnV/orNwk/QTLOn2yKMgl/tOmv qK9iTlxb4DdCOmpEKCamY9akcYFOqn8N/aATlah0mbX8W7PCf4g3QnnxgbNmfkL44Flx/yv7HaN+ P/HAeSUMiy08lNbKXz7RQtMj5+VHVglfb3xw1uwW74YnZfhRry7+9Hc0fb++4Ren4g1vdRkGTLVf 0i9KEi9R4kQqKtDUXBc/DVW8LiOpRAxZC4sSUYq7luil+rdncffNXavkMbDWPfSnQSIu2Yq+1ZAQ Mya9ZrbXNwOGMOrjS/7ADD57y3y2aTaQD6/wrkAGCwuwFlkPXWK+hffyGdXgDoNl2XGHOPVRBj5v QuGlayUPn55OAab9/sKnH7sZwoSdc/41NGbt+iXNuRntX9rip7NGhM0Dv/800wOnzVSgR0+LNzNi RlLAPj5w2kZZ8H+Pm7eWwUI6rh8eNy0+lMSYHp6apvZtv9TXd/z6EQv+5DOZ8hdQjttnf5T1ufYN FzNBXWeUM/HZV3DTRXKKL/0POfi/fxPe/uH22a9fv/r5Zx8OpccDSRl4QpW+lZT6AinzEaSg1tYR jGl482FS8PuNQdz4Z+9+/ya+JKAYHklW0RLhR5D1krBifCRZTZ+fvExWelFa6ZFkTa2rfgRZL0or P5AsLffnjyArvyit8kiyqlaaPoKsF6VVH0kW7ydeJqu8KK32CLL059MQpurPP36brUrhZcPwECuO j/brR1ATX6LmIYYc946oFr1ITnqJnMcY8xL5oOglcvIL5KSHGHF9Ap4/gpzyEjkPMd4186bnRXJe Ou/pIUYbP3eDN0gvktNeIseNdTgTml7PhCZoQqOVC3xYUfWXkaZVMqIl8M9nLmfhEL9wHEOXRCh8 4CeSN5eS/pQLpyiRQy5TfwlCOb1Q6D+hfKVZLNzb/Ob+kllJbny1AhzGwZ8hvovB9hAGY9dvSL4f gy9ZquR2U3/c77KBhvguBsdDGMQzRDxU+l4MvmT7kts+fb5/YdAQ38FgDo9hcOpd6fdj8CVrmuNi sOtvKxwMEvFdDKaHMIhP/743gy/Z5+wW6FVlULUZNMR3MfgYI1Px6c/4ngy+ZPFzff5b8c9/PJ80 6kW7EqV/RPwwFX8P8kl1a+w0+sU5y0qi8S2dVowQK8Z5rW2VYHM+5z3G5D8fqb8uKeSF9QP1zxl+ kGGMesWc+OEVNiXCv0X6tv9+O958IeL/+ir9f3PJWnG1+y1L6m7/39v25vb2h/3Nf/xD/vrqf94W JeMbxf1F/vqj/JXe/McX0vrPtymjc4pvfvO5dPzzXwTJnr/44vO39c3f//HNF/K/v72kQcuK66/V nUfEEN91RB5jxfFzS9/XiH8oCPl/+rGqlg0KZW5kc3RyZWFtDQplbmRvYmoNCjEyMyAwIG9iag0K PDwvVHlwZS9QYXR0ZXJuL1BhdHRlcm5UeXBlIDEvUGFpbnRUeXBlIDEvVGlsaW5nVHlwZSAyL0JC b3hbIDAgMCAxMjggMTI4XSAvTWF0cml4WyAwLjk2MDI1IDAgMCAwLjk2MDI1IDAgNDA1XSAvWFN0 ZXAgMTI4L1lTdGVwIDEyOC9SZXNvdXJjZXM8PC9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSPj4+Pi9G aWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDM1Pj4NCnN0cmVhbQ0KeJwrVDA0stAzAAMFEETjJufq e+YmpqeaK7jkKwQCANwdCkENCmVuZHN0cmVhbQ0KZW5kb2JqDQoxMjQgMCBvYmoNCjw8L0Z1bmN0 aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwXSAvQm91bmRzWyAwLjVdIC9G dW5jdGlvbnNbIDEyNSAwIFIgMTI2IDAgUl0gPj4NCmVuZG9iag0KMTI1IDAgb2JqDQo8PC9GdW5j dGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjU4NDMxIDAuNTg0MzEgMC41ODQzMV0gL0Mw WyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL04gMT4+DQplbmRvYmoNCjEyNiAwIG9iag0KPDwv RnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC44MzkyMiAwLjgzOTIyIDAuODM5MjJd IC9DMFsgMSAxIDFdIC9OIDE+Pg0KZW5kb2JqDQoxMjcgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIv U2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAzMzgu NzggMzI1LjQ1IDMzOC43OCAzNjguNjVdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDEy NCAwIFI+Pj4+DQplbmRvYmoNCjEyOCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAw IDFdIC9FbmNvZGVbIDEgMCAxIDBdIC9Cb3VuZHNbIDAuNV0gL0Z1bmN0aW9uc1sgMTI5IDAgUiAx MzAgMCBSXSA+Pg0KZW5kb2JqDQoxMjkgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsg MCAxXSAvQzFbIDAuNTg0MzEgMC41ODQzMSAwLjU4NDMxXSAvQzBbIDAuODM5MjIgMC44MzkyMiAw LjgzOTIyXSAvTiAxPj4NCmVuZG9iag0KMTMwIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21h aW5bIDAgMV0gL0MxWyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL0MwWyAxIDEgMV0gL04gMT4+ DQplbmRvYmoNCjEzMSAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFj ZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDMzOC43OCAzMjUuNDUgMzM4Ljc4IDM2 OC42NV0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMTI4IDAgUj4+Pj4NCmVuZG9iag0K MTMyIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA3NTMvSGVpZ2h0 IDI4OS9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUg ZmFsc2UvU01hc2sgMTMzIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDY1NT4+DQpzdHJl YW0NCnic7cExAQAAAMKg9U9tCy+gAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADgava6AAENCmVuZHN0cmVhbQ0KZW5kb2JqDQoxMzMg MCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDc1My9IZWlnaHQgMjg5 L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgv SW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA3MjU1Pj4NCnN0cmVh bQ0KeJztnWdzokmWhQeEDN57bwXCCSRACBDeg/Ce+f9/YzPzfZGQWprd2d2eKmWd50NFdLU6WkSc vHnuyZvJP/4BAAAAAPCzkFCkhAupVCL51b8NAP8Gb9r9DulHhL+UyS6vrq5vbq6vZBdQPPgRMKVT 8VLtEvHKv+DmK+RyhVKl1uoMRqNBq7yG4sFvD9E6U/r1jZxpV280msyWv2A2mYyfMZEftNmdbm8g FIkEPRYNFA9+a5jYL69u5CqNzmCyUO36g+FINHYX/8jdXSx6G/nMbTQWT6Tus7mn53L5KR20KC+l v/ojAfANVO2yqxuFWme0ONz+0O1dkmi3UCxVqrV64xP1WrVSqZTLlXNeqrVGs93tDUeTyaT/knZr ryB48FtC1X55LVfpjDaXL3yXyuafK/VmpzcYvU5m88Vy9YnlYj6bTaezj9AfXG+2u/1+v5m1H3z6 awge/IYwtSvUeovTF4ln8uVauzeczBar9ZaI93A4HI///MTx8CVHxuGw2yxHtbQHFR78fkgkxMnI idpdgWg6V653hpPFigmdqnq/322/YrMhf+xoLT+x2+3oX69Xi/lk1G9XsmGLCh4e/Gaw4q7Ump2B 2H3hpT2YLDY7WqgP++1mtZxPJ+PhoN/7TLdL/ugPh8PRO+Sf+r1uu9WovZSeHtMxvxUpDfjNoHK/ Uelt3ki6UG0PZ6vtgWl9vZiOB91Wo1ouFfO5h2w28xeyD4+5fL7wTj6fe8xm0sl47DYc8DqtBhX0 Dn4rqNzlaqMjcPdQbhG1k9JOxL6avw7a9Uoxl0nFo5FQwOf1uF1f4PZ4fT7/Oz72gw671WIy6LRq xc0l9A5+I0S5O4OJfLU3obX9sN8sJv1W9fkxHY8EvS671Ww06HVajforNBqt7iP0B1UKufzm+urq 8uJCCr2D3wcJMTNE7qHUU30wW++J2tfzcbdeekzFQsSQmPRatVLBtHt1SZB9hP7V5dVn6I+JQzaY HAO/ExKp7FpldBC5N4bz7eFw2C5eu7ViNh72OiwGrUpBlH4pEwfEJN8g/Yzw17/6swHwCeJmrhQ6 ezBJ5L4gct+tp4PGc/Yu6LYZtSo5HXRk473QLuAB4mbkGov3Ll8X5L587bzkkmG31aBR3hCxw5AA jqDlXWV0RrIv/TmT+7hdysb8dqNGcUNcDMQOuIKWd601kCy2J5vDcb96bZfuIx6LXsVqO8QO+EJy caU0uqKP9eFyfzysJ+1SJuI2axXXUDvgD4lUdqOxBFKl7oy4me2sV8neErnLr2RwMoA/JNJLuc4R eaiPVsTNLIe1XMxr0SquUNwBj0hot+qJF9uz7fGwmbSLyYBNp6DV/Vf/ZgD8/yO5uFZbAunKgLj3 /aL/ko04DapryB3wiVQm19kjj43XzeG4mbQKca9ZgwEvwCnUvutdsaf2bHc8rIbVTMiuh3kHvEL0 rjB6EqUesTO7efc54TWrb+BmAKfQdtXkS1WGq8NxO2nmbp20vEPugE+I3km7el8dbwQ7E7RpUd4B t9B4xhrKNibb42HZKyW8Jty+A/xC9K6xR3Kt6e64n3eeYi4D7AzgF8nFjdZ+W2jPSbs6beUidp0c dgZwC9W7I/rUXexJu9p4CNk01xd4LQbwCtN7rNhbHo6bcfU+YFHDzgB+Oel9dTiuh5WU16SE3gG/ fNB7OeExKi5h3wG3vOv9sBqU4i69HHoH/PLu3wW903jmV/9OAPxdSC6u3/Tef76D3gHXUL3bo4Le e8WYU3cjg50B3MLOV6NPVO9L6B3wDp0Xs90WumJ9d2hvEEcCfmF6j+S7C+rfoXfAOVTv1nCuw/T+ DL0DvpFIr1SWUK4939M88o74d+gdcIz0UmkOPrSI3tfDctwFvQOukV4qTIFsc7Y/bIblBPQO+EYq kxt99/Xp7rgZVRJuvRx5JOAYiUxu8KSrk+1xO35JevQ4XwU8I7m40bkTL+PtYftaTXkN0DvgGTpQ 4IyXh5vjblK/9xoV0DvgGDZQEHserA/7WSPrp/Pvv/pXAuBvQxgoeOqtDvt56yFoVkLvgGPYgVM4 TwdoFp1cyKK6wn0PwDHswOmxPacDkoWIDfe1AddIZHKjP9uY7enAWNSugd4Bz0gu5HpPujbZHTbD 0p1Di+f0AM9ILq51LhrAH7fjCgYKAOdILq40jliJBfDVlAcDBYBrJFIWSPZXNIDP+Iw4YAVcI71U WkK5zvJwmLcfgiYcOAGukcroRDCdgF9182GLCnoHPEMnJL339en+sB4Uo3Y1DpwAz9AJSVey+ro9 bkblOycCScA1LKC5K482x+1rNelGIAm4RiK9VFkjT/31cT+t39MJeOgdcIz0UmEOCgFN6yFgwgQ8 4BrasPoyzVNAg4lgwDXsSl+qOtkdaUBjQ0ADuObUsLIJmjgCGsA3wkRBkTSsu0kthYAGcA698iFO FDSzdIIGegccQ698+LJNesWpmwvhCivgG6FhrQkN6y0aVsA34hs09MrHqHznwJU+wDWsYY0WB2t2 5QMNK+AcNgKf79I3aJoZHyYKAN8IbxS0aMPayQXNuPIBuIY0rHpPuj7dH9f9p4hVhe/YBjwjNKwV NKzgj4A2rPbos/BGQRJvcgDOoQ1rON8T3ijACDzgHLFhXZCGtf0YxAg84Jv3hnUlNqy/+jcC4O9D cnH11rCWYng0FfCNOBI8ODWsGIEHXCOMBLMTVtawQu+AZ85GgjtoWAHvnI0Eo2EF3HN2hxUnrIB7 2KNL9A7rASPB4A+AvhIsPrqEkWDAPeyVYPboEhsJxh1WwDXsa5ySVdxhBX8EbEQyVhIfXULDCjiH NKyWyFNvddxPa2k0rIBzJPRrbR7bC/pKcNaPR5cA39ARSe89+57tXj6EV4IB39A7fa7Ey+vuuBk+ 45VgwDlCw0rv9G1fXxJ4JRhwDrvTV2B3+uppjx4NK+AadqfvgTasi/ZDAA0r4Ju3O32kYS3ga20A 54iP0NDvYR2WYvjeYcA3p1dT2Z2+hAsNK+Cbtzt9h3njHnf6AOfgTh/4k8CdPvAnId7pw6up4I+A NqzsTt9xj++lBPxDG1bxTl8L30sJeOetYT2u8L2UgHveG1aMSAL+OXuE5rUSx4gk4JuzhnWKEUnA PR8aVtzpA5zzfsJKG1aMSAK+OTthxSM0gHuEkeC3E1Y0rIBrhO+lLA7wair4I6CPLoXz7Gs+mhmc sALOYa8EC3dY6aupCjSsgGfYK8Hio0vCSDAKPOAXFtCwV4LZHVaMBAOuEQMaNlHwksD3UgK+kVy8 BTRsogB3WAHPSKRXKmuEPTI2b2b9RgUCGsAzbIKGvYq97GAEHvCOVKYw+rPNU0CDiQLANSyQTNcQ 0IA/AhpI0lfg6dc4IaABvEMDScddeUgf1ashoAGcIwaS9IrTrIEJGsA57EpfJN+lV5zaD/jeYcA5 dEIylGOBZDcftqgQ0ACekV4qTYEs/V75Ve+JXnGCgQccI71UGP2ZxnR3WA+fYw4NAhrAM1KZ3CgG 8KNyHIEk4Buid4MnVaUB/Gs16cYbNIBrJDK53p18GW9ZAO81IJAEPEP0rnMlyqPNcTdrZOiEJAJJ wC8S2Y3OFS8P18f9vJUNmBDAA54R9F4arI+HeTsXsuAKK+CZM70vOvkwJoIB15zpfdktRHDgBLjm XO+9p6gdB06AZ6Q0nxH0vuoVo3a8IQl45qPeY3gzFXAN0bv+g95xwAr4RUL17k6UoXfwJyCRXsoN ngQ9b4LeAfdI6DywN1kZsnwGegd8Q/SuNHpTL6ONkEdC74BnJBdXSpMvXR0TvS+60DvgG6J3ldl/ X3vdHvfzTv4W+TvgGfoehyWYrU+2x92snYvYcL4KOEZyca2xhR4ak+1hN20+hm1q6B3wi1R2o7VH cq3Z7ridNB6CFsyLAY6h4wSOaKEz3x+3r/VM0KKC3gG30OMmveuu2Fscjptx9d5vht4Bv7DjJk+i 1F8dDuvRS8pnUuK+B+AWGkeafKnKkOh9NSwnvUYF7vMBbmFxZCBTHW8Oh2W/FHcboHfALzSOtLI4 8rhf9Ip3Lr1cBr0DXjmLI/fzdiHq0N3g/RnAK3T6XeeMPbE4ctrMRewYnwH8QuMZgzv+3FseaPye DVlxvAr4hU5HGr3J8mB1OGxG1fsAjlcBx7B4xp+ujtYsjkx5TUroHfAKse83GmsoW39ltz2eEUcC nqHTBDrHba41ZdPvTzGnXg69A15h9t19V6TxzG7Wyt3atYgjAbdILq7VZl+qPFju2TRwGLc9AL9Q +661hbK18ZpOiyGeAVzD7LszmmvRaYJlv5z0mjANDLiF2XdPvNil9n3eKd7ReAZ6B3wikRL7bvGn K4PVgdj3Zu7WocO0GOAVZmfs4WydDgOvR7Vs0KpBPAN4hdkZV6zQnm6Ph+WgnPLhMh/gFolURu1M qtRbnOy7EdMEgFdOdqY2Wr/bd5yuAk4RD1cFO7MeVTOw74Bf2KyYJZAu94md2S96pSTsO+AXycWl Qu+IPNbH1M5MW4WYy6CA3gGfsG7V5I0XOzNiZ1ajajZsR/oOeIWUd9KthjIvdFZsP2d2Rn19AfsO eISWd5XJE8s3J5vDcTNp5omdQRoJOIWVd1swXe7Nd8TODKuZkE0LOwP4hI7OqIzuWK7xSrrV3axT THhhZwCv0PKutQbE8r4eNx5vnXqkM4BPmHs3uqK5Bg0jd/NeOR2w0qt80DvgEOberYFUqTunZ6uv jXzMbcRhE+ATerSqNrmjufpoRcr7ole+D9p0clz1ADxCmtUrhd4eTJe79KyJhZEek/oadgbwCHEz NxqL9y7fGJPyvl/0XzIhO8o74BOaRSoNzkj2pU/Dmc2kVYh7Ud4Bn0iELNKfLLbp0eqOlvewXYcw EnCJ5EJoVh9rw+X+eFiNm4U7r1mNMBLwCI3elQZHiDWrh8N21i2nQ3acNQEuYdmMzupPFJrj1f64 Ww5rj1G3CeUd8Agz7xqzJ/ZYHSx2h8N60iom/FaEM4BLmHk3uiKZcne6IW5m3qtkwk6D8voC5R1w h2De7cHUc/t1vT/uV6NGjjSrmhuUd8Afgnm3EfPeGC3pXOSk/ZwKsiwS5R3wBpW7XGvxUvM+3zI3 85KNuIwqHDUB/iByJ72qyX2brfRm7KRpWCduxqJBswo4hI7NqI3O8H2pPVkfiHkfN5+SARvcDOAR yYXsWmVwBFPFFk3eD5tJp5QOO+FmAI+waEZvD5BedUh71e2MmPdbetIENwO4g8idnqv64rka61WJ ea9R866Vw80A7mBJpBDN9Incj7vlqPGUIOZdCbkD7mBJpMZMoxl6rkp61df2czrkMMC8A/5gUzNq kytyX+5M1nt60NQpZyIumHfAI2ISGUo/t19ZNDPtVbJRj5km7yjvgDNOSWSy2ByzaGberz7GSK+K 5B3wx3kSuWByH9RycR/tVWHeAW/QJFKps52SSHrFo1FIBOx6JXpVwB3CTOR7ErlfjVvFVNBhUN3I 0KsCzhBnIj3RbKX3nkSGnUZEM4A/xJlIeqGpQ4fExCTSbUI0AzjkNBP5KYnEGAHgEXpdVZiJpK8R HN6SSMwAAw75mEQekEQCnmFy19n8p5nI7WJYRxIJOEWQu5UlkfQpsd1y1HxKBtmQGKIZwBnixLs3 9vBCk8jDjgbv6RCSSMAjgtwtRO6V7mS9P9DgvXRPZyLp9WzoHXDFSe7RrCh3Frzfus0aJJGANySi 3D3RbLkzWVG5I3gHvCKhE8DKM7kfNrMeDd6tCN4Bd9AhApbMiHI/Ern3q7k7nxXBO+AOKvcblcHm I62qIPftvF/Lxf02BO+AO9hEpNpoD8QfX7qi3Af1PD1nQvAOOIOoXXYl15icwUS+2puumdyFY1WD CsE74AoJ8zJKndkVThXqA/oqKpV7o0CPVdk5E/QOuEEo7mqDzXt7X2wM6XUm0qoO6lTuRsgdcAVN Ia9uVDqLKxh/KLdHi+2B5e7VfEKUO3pVwAvMylwrNEa7L5p+qvUmqx2dmZl0X3LxAJE77jMBfpCc rIzVHU7kKu3RfEOvdyzH7XI25rMZUN0BP4hqV+nMzsBd9rnRn5LiTqz7fNh8ztx6rXoV5A544U3t JofvNl2odl8XtFHdrab9+lM64rbolDR3h9zBz4eKnfh2qna7N5LMVVrD+XrPivuo/ZJLBF0mrYIO EUDu4KdDxE5L+41CrTc7iNofy82BYGVIo9qrFzNRn510qhgRAz8fUeyktGuNVlcgmsqVG/3JkliZ 454491b5MRFyWXSw7uDHI2E2RhC7weLwhuOZwktrIKj9sF2+dmtP6Vuv3ahREOsOuYOfi0Qo7JdX N0zsdk8wls6V6p3RbCWofTXpN0rZu6DTrFPeUC8DuYMfiSB1qvVruVKtM5LKHoylHorV9mCyWO+o k9kuJ4NmOZcMe2wG4txR3P88JCLSfw/JGb/6I/xDIkqdeBhS15nW7S5/5C79WKy2+q9zobTvN4tJ n6g9FfHaTVrlNZz7n8K7wC8YMtnl5eWVwPX19c13kH93deKSIiNcvPHlcvhPfI4LoapTqWv1ROtu XyiWzBbKtTYT+56qfbeej3uN0mMy4nOYdSpa3H+DlQr+Tt7lQfRBBU6kLZfLFUqVSq3WaHUUvcFg /B6DXq8T0Go0aopKqVTIGR9WhLgavlwM0v/93vBhN3r7HFTpKo3OYCJl3RuI3KWy+VK12RsSGyOK fbOcDNvVYjZBa7ugdhR3fnkTOqnkTB5EH1TgeoPRZLZYbXaH0+X2eH1+vz8QCIbCke8Ih4IBP8Pn 9bpdBKfTYbdZrRaLxWwy0RVh0AvL4cNi+LQ9/HVv+LggvuD9B2UycbHSz6Egn0OnN5osNqfHF4zE kpnHp3KtRbQ+X212B1Hs02G3Uc6nY0G3zagV1Q6588i7tWUbvkJJZK43mMxWu8Pl8fqDoUg0dpdI pNL32YfHXL5QKDwVi6VyuVz5CvL3peJTgZHPPT5ks5lM5j6dTCTi8bu7WPRWWBEBv8/n9bhPi+Ft LZwWg7gazvYG+bce6hz2kwqyHanFxWo0W2zkc/iC4du75P1D/rlSa3YH4+mCaH1/IOy368WEir2Q SUR8TotBo7yB2vnko9Lphq83Ep073b5AKBKLJ9OZh1yBaLtaazSa7U631xsMhyPC+HUynU5nXzGd Tiav4xFjOBz0er1ut9tpt5rNRqNRr1VfKnRFkCWRJ8uBrobTYmBrgS4Guj+Iq+Fsb7CYzaZ/YaME TGYz+Ukr3Y7obuQPkI0oepdIZx7zxdJLvdnpD19nROrb3UHU+nI67rdr5TwRu99lM+nUimuonUfe oznaxAnWVtjw46n7h9xTqVJttDq9/nD0OpnNF8vVar3ZbLfbncCeFcdv2O93J7YCm816RVku5mxJ 0BVBVkOfLgdxMYhroVx6pvvDaTWclsPbgvjX3JK9KB5PJJKpdCb7SBbrc7lSrTfb3f5wPJkzpZNf /Eh+xd1mtZiOB+1G5ekxfXcS+83VJbFNEDtXnGJoIZpjeYXT4w8JG36xTHTO5DEjIt9QgVOFHI// pBCzKyhaFP2XfF4Qwn97+vN8SXxYDOJaEBbD22p42xuEBUEc05c+qiL+m5dqrU42o2aLbkeD4Wg8 Iat1uVpvt+LHOJLfnZT12WTYa9Urxcd0/DbgcViMothR2vni7MRFoWJSd3lpE3f/WCAbfotu+NP5 cr05yUMQ6J5Kk8nyvED/S0TLQ00P2x1Wpw3itEecFgRbB+IfH/eHT3uD8P/+75iL/7f1WtiN9qLM j6yob2lVfx322o2X53w2dRcJep1Wk16jgtj54zQ1Qk/S1TqD2eYUorlckTRxnf5oMnvb8EWVb7dr qrLpZEyrbZdU2jcL/nzqSr9BbGppWyvU3AapuW3i5Xu9PusCyIKYTN/0uT4thk926XxveF8Q/xpx 8RzFTyEs1tVyPiMfo9dp1irFXDYdj4Z8brvFpNcSrVPPDrHzhKj1y6sbhUqjN1kcbn8omrgXo7nX 6Zm1FcqgII9+t91s1F7Kz8V87iFLvbToo8Ph4Cl3/Iaz2PLkqmnIk8lkxZzniS4IthqExdCha4E0 DLQjHhMfMv1qbzgV7e+t1GlXWIu70WQyHg37vU6rUa2UnnIP94lYJOhzO6wmg06tlItah9g54mxC imjd6vQIJy7P1UanfxbNnYRONvy+KI/8QyadiMduI6GAz+t2OR1263t0eDpY+o73g6mz3MTpctHo hCb54oJgq4G1mHQxvGWez6W/7g10QYjbw3d88P1kNyKb0XOxQJrfdDIeIx/D63baLEa9Tq1SyK+v LqF1zhAK+/uEFNF6PP1YLNfb9MRlSY8XT3kFaeJG/S4RermYf7hPMXn4PC6HjSicqlurOeXhn0cH vuNs9EAI0YWDWhqO07Navd4grIZPi4Gdaom7w8e9IUO3B7Ii8t8bqXwu9yDknOJuRDNOv5d8DrvV TD6Glph1WtVPUofW+eGtsCvUWoPZ7vKHY6mHJ6J1VtapgaEWd7ddL2ZCE1cqPGZS8SjZ8D1OQR46 jZpKnOibnXq+n3j+W8NjFx8OP9+HccQF8XZMRBeD5m1u4au9QVwRvu+N1Ft2L5xk0dj+tFjlVOhM 6ZA6d7xd4CGF3WR1eUPRZDZP7fpoepoaOeyJgZlPRr12nTZxROkhv8dFhU50/i4P2Zu+/88TXu9z MV+tBnEtfJ5M+7g3qN8meb5DK84qqJQKYTe6Fher+Dl+i5FN8P/Jm4shjt1sd/sj8fvcszAhJY4D krLOTlw6zWqp8JCO3wZ9VOkGWtDlwoYve5fHf0Ifki8Xw+e9gS2Iy28M1IfhzLP5m/fF+h/4HOA/ y8myExfDHHswSkdfG53hK5uQYmcuROunsn6fiIX9p7xCaOJkv2UZPJ+o/2+n8X+j4XvwN/Jm2Wl7 anX6QjHSnb40iYlZitOAbGpkRKdGCtk0O3GxmY06DYuh35o4qAT8/rxbdo3eZHOJLoZ0p7NTYd9t VrPXQadReXqgUyNuBz1xUZ9Hc1A6+BG837lnlj1wm8jky/UOnfMWHPtp9PWFeJh4RJga0ajOTlwg dfAzeA8e2QMTzLI/VRrd4VS4hywUdjr6WspnEtHT1Ij8Bicu4KdxHjwSy+4N0Tv3b5b9KF7gGfWa L8XH9F3Y57KZDVo2DihMjUDr4KcgzDuKowJmG7tzTyx7i1n2MxfTaZDuNBkNCqOvSvlpQgpaBz+F 0xj7tfwUPAqWvT14fbfsq/mr6GIiAbedFHbRxMDDgB/E+byjlmYxPjoqUKSW/ezOPbHsvVb15GJM 54X9V38AAP7nSKTvs73EsZPCfp8r1aiL+Ytlf0jFgt63Czwo7ODnIZHKruRKDelOT/OOlcYXwWOl kE3cBj12i+hi4NjBj0RycSnXmuzuAOlOxXnH2XJ9ekyFWPZBu14+WXaaO8LFgJ+M9FJpdIUT2dNs 7/q9sFMX88myw8WAn43kQm70JouN89leobB36kLw6HVaYdkBL0gv1Y54uT8/dadbNsberD7TUQG/ EDwqYNkBL0ivtJ77xmSzF+bYR70WnXdMxkJ0VECnQfAI+EJ6pXGlXgZTdj2Jaj1Fx9hpFgMXAzhE IlNaQplStVoWZ3vtGBUAHCO5uNbYfLex2Gm2V4lRAcAzRPFqg9liFubYMe8IeEdCvxxaDq2DPwWJ cIEfWgd/DNA6AADwxn8BSlA8aw0KZW5kc3RyZWFtDQplbmRvYmoNCjEzNCAwIG9iag0KPDwvVHlw ZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNjkvSGVpZ2h0IDY5L0NvbG9yU3BhY2UvRGV2 aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAxMzUgMCBS L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzc+Pg0Kc3RyZWFtDQp4nO3BMQEAAADCoPVPbQo/ oAAAAAAAAAAAAAAAAACAowE3ywABDQplbmRzdHJlYW0NCmVuZG9iag0KMTM1IDAgb2JqDQo8PC9U eXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA2OS9IZWlnaHQgNjkvQ29sb3JTcGFjZS9E ZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBm YWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDE4MDE+Pg0Kc3RyZWFtDQp4nOWYV1ciWRSF p6fJUKQiFTljIQiCgAhIUgEBCQpIzlG7///jnFuFCgqoPWvNy5yHXv3it87e99a5+/DXX/+b+rFZ fwz4e6O+D6IAP6EYdKH/UpzvIBCBwWSyWGy6WCwmk/EdDoVgMFlsDpfL4wtQ8fk8LofNojhfobwg OFw+JhSJJVIcx6VSiViI8XnA+RIGGIBgc3iYSILLFSpCrYFSE0oFLhFhfC7CfEZBDOiCh4lxhUqj N5otVpvdZrOajXotocDFQsAwP2mGboOLEGq9yXbkdJ14vKenXo/7mLRbDBqVTILxOIebQQwWhy+U KtQGy5HL4w+eX0RRXYSDZ6du0mbUKnGxgMti7qdQDK5ALCP0FtLtC0Uuk1fXmWw2m7m5SsWj52ce p82gVkAz7L0UmoFJFBqTw+07j6Wuc4W7cqUKVS4VbzPp+MWZh7TolFIhTTnAUGotTm8olsoWyve1 RrPVbrdbzcf6Q6WYu4qHfS6bgcD3UeBcEEOq1Fld/otkplCpPba7vcEQ1aDfazfr1btsKho4cdAU xg4KOluOQKLU2VyBaPq2VGt2+sPxZDpDNZ2OR4Nuq17JX8dDHoeRwDEui/HBFsRg88UKnc0diF0X qo12fzSZzRfL5Wq1Wi4Xi9l0POg2H+4yiXOPw6CSYpyPgpAYnlCmsbiAUXxo9oaT2WK5eoJ6Rv+s lov5dNRv10rZRMhj1yvEfLBluxVKDCYlTE5/FBit/mi6WMLfP/+i6xlIq8VsMmjXS9l40G3VyoRc 1rtWoBEkRu/wXqQLwBjPFqsnivAbFcV5elrOJ0Og3MT8ThMhFbwThBrhYrjG4g4lb6vN3ni2pLr4 vVEIs5pPB+1a8erCa9cpRDzWOwg4IlYaSH8sU37sjRBjG/FKmfRb1dtE0GWmW3mD/PiBHME11pNw ulDrDKeLHQyEeQZF416jdBM9dejk266AGhZXpNAf+S+zlWZ/sljtZFCUxXTYfsgng8cmlYTPZmxC wFYJYXaFUtAILWYXA1FWi0nvsXQd8dg0OLapZ63G5o3clB/7lJjdDErQbNi+z8X9pF4h2tBDnY1Q Dmriufv2EBrZLWbdynzcrRdSIZdJJeZtQdDZGI+DoKY7nq/2NrJ2pQ96Lk4saqngzRR0wMgSd/iq dFgNOmekp1XNRE/tyJRNCFsgVVs9YElzMD2khtYzAlMufQ6dbMNZCoJ8jWaqLcqS/QzalE4tHz8j 9XBTXj9CBMFwrf00lq2Cr4csoQ953K3lEwHSoNiGcBDEF8vet0cHfaWdBUghuQdCd/I1SH4HhPLk NErL+cwTWs4OT+jTyVRah+/a+nQ6D7dx/9GH04F7YjkJX3/xnrSr2ZjPrsW3IOjGqkyuULrY6E0O Q+DjmQ6a5ZuIx/ruxlKTwEAGEvmHDhzPAVOQr5Ne4y597jYTEj7rbRZQX7GMOuNqa3DwK0ZqwBK4 Jk7D9oBcOwumXN01emPUyt55At/foFlBn45WhnE3Xo2Xz9gZiN/CLNjfCjVORt1aEdRYCGTJz83x CAMF9Hgj1yXUyp7RBmJgsPWbleylH66aeHvc//gJeiSE6TgQz1VhyM5Xuyi/0EWDEVsrpMMnVno6 bkLQ+QjlWrvn4qpYQ4JWH+Y99WIsQEwDvV6kQSnemtPUm4FaURmd/thNqY4ejXev168XRu+xkksE 3RYNCgbb7yjdikxjdQfj2XKjM5zM4TV/fYrpx3i5mI56zWo+FfbSLzrj3VuMWkGPsd1znswBZTCm Q8EzXU8IAS9x97GaT0d8pJHYlS3WsUBlOPKGk9lSrUVlC+BQ6QIiCgQUSBYNYET9TrMahQLGh6hE pS0hThiBksjc3T+ioDSFmINqPptOICo1a6VcKuI/tmjlIv6uvIVyH5snkqlNR57Q5XW+DJENEtto PJlMxuPhoNeB0FbIJMI+p0WrEL/PFRuC2HyRjDA6TgKRZCZfvq83251ur9frdtrNRq1SzKZjIS9p phis3Ul2TcEJg+34NBRN3dwWy9WHWr1erz3cV+7ymfRl2O92GNVyFKo/xr71CSEKTyhVas2QhkPR ePome5svFAr5fC5zlYyFURbWEzKRAMX7Pbl8TcEkcsjlRy7v2XkkFk8kU6lk/DIaDvhOSKtBo5AK +fSKsJPxsqhwBSLYEPRmO+ny+PyBQDAQOPN53U4HrBmwH2Dc/cn+lcJYrzuE1mC22o9Ip9NJkg6b xahTIwS0cZhBU+itSSSRKQi1VmdApddqCKVcKkarF/Pz1Wu9v8EKKACOFDY4VHIZDluggEdvb1/Y JTeWUb4AEwpFIpFQiAn4iPDldfRtLWZRWy1VHDYifK2LNwzNgf0aULBYM6kl/TuINQb9UvDzpda/ FnwH8cqhWf/id4sN1J//+X9d/wBGCcomDQplbmRzdHJlYW0NCmVuZG9iag0KMTM2IDAgb2JqDQo8 PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA0Ny9IZWlnaHQgNDcvQ29sb3JTcGFj ZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDEz NyAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA5Mzg+Pg0Kc3RyZWFtDQp4nMVYS08TYRS9 idGFJiaaGMOCxBgXLIwudGE0McYFiYkuNDFhYURteZRS+pzS0kLiypUrV27c+EAQpAj0QUtLKBCe Cvj4PZ4796OFUmhLOzM3J2Q6zNw5c79zH/MR1WHnm6n5Gl26SXeeU8s9Pm5qqcdfzYYntrqp6xP1 zx0Kd4weaEzvxElDOJw+x/7xlOJDsxReZERWKLLGf+VnKFe8xhenRxG6cLlhNE6dobs2div+Q/M0 sELRLRr6dygGd5heeKHICi+C16nTrraSc1Q5DC/zU47gUIbVbxpYpWBGRQkvdWy779ilkddD8feY ACW8iLh6+oZDXZPhetwlt0fWaehPAxDZpFCWHdo+cBpWzwTXszyyFP3ZGCaCwW2WHDx7YtWqWmKC pMDSIMKNRXSHMw7+URwqSlp0wjHZYrkaAsRHT7Rn744qRMgdpZMNim4biMgvVY6Q8mUNQXN+03NH LyNGA3khL15WPLJAyGLQNgfhJZXsB8MiNTa8SgOb5qFfT/Yrt/eRQQdh3eYpvGEqQnpwXrwvMoGk JSyhNQqtmw0JDoYBMQwkrCWUo1UroKd5oW0hv5hMnoIrVmBJ1UAx6cvaImnL1kByHA3r7EU1KQWW LENQb1iYDFFzcBDMkT9vGTSdzI0nSr1ajnwLliEwrzQs/UjLkm/eMvh3+xS+MnAQyJI3Zxn8eqlp e8srxWQw8GQtg1fPpsevWcNCxp2xDD59YsfnGOowa2aO+tKWQchAMFJngnPkSlkGf5o5IJUwfkuX xMnepDXQMsVeKRO4J0nOuAVwJdTnuczD1x/qGk5Tz4wF8KT46RioCmMeyyZDjhlyTJuNQEY1poKh 4HCsEuSYMhWumX1rJIYplBN8lrqnqPuHeRDpovCWGAogyzhBXTGT0DvNT8Q0dfBTTs0SUM4kdU4Y DpAJpkvVstdk/tTSfHHHuLHwp0q/C0oM4cJ/eWMnxdfbx4xC365uj94bQXeQkdgdJ9uoIXBOqqEX c11FQ1mWBuFN8L2vRhoJ17RicqutMhMxZLpH39jEynaAz3ADYBshb7xmJmJYTdnsheZ7YvTyS13o HqfArNJJyZd1lbZ3Zw+uOseo/XPNsI+SL6mcIDuq380ra5CZpJisWs8E2Yap/WMFcDS+s+rkRiQF 2nGjDK4KG8IcKAw/k+SMkX2E7F+LAFWc9CeLV2JdMMI1fN8eDlEtSzftDwf6iwxvRltTC78vgCka HV+AmUROYmWPFYr/jg/BBg0KZW5kc3RyZWFtDQplbmRvYmoNCjEzNyAwIG9iag0KPDwvVHlwZS9Y T2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNDcvSGVpZ2h0IDQ3L0NvbG9yU3BhY2UvRGV2aWNl R3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2Uv RmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAzMzA+Pg0Kc3RyZWFtDQp4nJWVLXiDMBBAI5HIykok sjISiYxEIpGTcZWVyEgkEomcRFYimUsdU7uFMtZSjvTu2bwv311yP0JsiWSilTwhJxtk2cOCNSrw uQdjYc1YxXtyeP4GBHNA7WzAZPiB8YzYF1SeacLXQBqPDXCN1vbVawPcVhn7757onxL2xb3w+f8F GcF2D7p8zhdJh5geykQzX47+JUY66RXVhs7ZwUjWQQqR0G1wxWMYei8EXoc7REeODSpm6QUnU5cr rV4WjGbpbcHSa8XSS8nSNe/ds5BRYVONve/qBzYQOUOvXDMxdOX6o+XEIkTqpiaN4t7bNdEe5sFE rWH1N5cMye6WoRd0BNs+ZvaR0LDJ08CWbyfZx2ofpDeO7VZv74s7Fa94tlMXbWxH0qHykGPyRL59 Ias9ez5Q6zVfZ+G+PHPSumzbttI62V78C4NDgyoNCmVuZHN0cmVhbQ0KZW5kb2JqDQoxMzggMCBv YmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDQ3MC9IZWlnaHQgNTMvQ29s b3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NN YXNrIDEzOSAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA5NT4+DQpzdHJlYW0NCnic7cEB DQAAAMKg909tDjegAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA+DAj+QABDQplbmRzdHJlYW0NCmVuZG9iag0KMTM5 IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA0NzAvSGVpZ2h0IDUz L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgv SW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAzNjk+Pg0Kc3RyZWFt DQp4nO3cy2rCUBhFYXMxalKwELwVHYkgUTvTkXihThWMHTjQFLz0/R+h1Fo4tsNS5GzW9wSBxSGj f+dyUOVAhNHUdT0fAjzX/e7qePlCGEUPsFwUhYW851xfahA9VuqNJ1iuUa88RsHXa3X9MG51kv7g GVYb9JNOKw5991I1KDeT0WT+AsvNJ6OkWQ7cy1+1GLeHi1X6Csulq8WwHRc//6yOV6p2x8vtPnuD 1bL9djnuVkuXqn5YS6br3eEEyx1262lSC/1r1d4szY7nd1jtfMzSWc+suslO9/4o/NUp21BVDlUV UVURVRVRVRFVFVFVEVUVUVURVRVRVRFVFVFVEVUVUVURVRVRVRFVFVFVEVUVUVURVRVRVRFVFVFV EVUVUVURVRVRVRFVFf2qyv2q/X7er3JrLsG8NWcXQsTNLgQbLiqMDRf2lmQYe0tso6m42UZjx1CF uWPI5qgKc3OUfWAdxj4wW95C/mvtHff3AfiyoHgNCmVuZHN0cmVhbQ0KZW5kb2JqDQoxNDAgMCBv YmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDQ4Mi9IZWlnaHQgNjQvQ29s b3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NN YXNrIDE0MSAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAxMTM+Pg0Kc3RyZWFtDQp4nO3B AQ0AAADCoPdPbQ43oAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4M8AaY8AAQ0KZW5k c3RyZWFtDQplbmRvYmoNCjE0MSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2Uv V2lkdGggNDgyL0hlaWdodCA2NC9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAv Qml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9M ZW5ndGggNjM0ND4+DQpzdHJlYW0NCnic7Vtpm9pIkm6KG4QkJCGE7vu+EBRQh8/2zv7/f7RvSFAu 2912Tc/MzjO7ii+mIDMyrox4IzP922899dRTTz311FNPPfXUU0899dRTTz311FNPPfXUU0899dRT Tz+hwb9bgH8iDQb/uDbf8virHAev6B8W6R+hweAO1MnQfXyzPINfjn7Fuxv9RoH+qlHv7obD6yrf 6PXWtb9n0v31w9xfK44hw9GNfmTwv0mDu9F4MhkPSYTBcEQf3ygOzRz/dDS0HN8Y0uefj37NdvSX TIIlprPZZNStB10mo06vluXw7k1MMPiFCZkELK/meaXW6FeqYN5ssVi2tHjh9idj/3pIv4Wgz5Jd LaeQ4W44WTDMYjJ802qDu/FsydDEn/FmWI6ZgTfZbcEsfjb6FdvlbPwXXEzLcWt+NR+3680YjoV4 A/IZJH2jXlh/wQkCu2glGAynS45nF5PX4gyGk/ny56pgyJKX5C2RvBFWs58M7nb7v2yXD+4mS2Gr SCxkGE1XgrzhodubJo4Xa3krraZ/ajjwXm1UfcvPIf9wwgiSwPz56Nuk0YwVJW7+y1D4ceZwxsqa oW1YLII/OFlTu88ty/Vy8ia9RnNBtW1VWECCVgPd7P74qtZ4wQs887OIuRsvJd0NwjAIfN/RZfZn VqLd/pdC+k2EIGW3lmvK7GwyhTaWsVkhYL/FB3+EFu5GC0H3fFNajP5U9tFCtOI00HgKn4Wgdqb6 vqa9MG8/3I2ZjW6QSV4NfL3+D7JcvyBvbJ048bU1wgMmlt0kcZXVZAiWkm7u+BlZ+VfA527CqmFV xzoPp0BqyU7zUONoE99gE0wmKTKUGvyZZIgvXo+rpqmrsszTVqTBd2a8/oU15pwosvM/NsyP9v97 odvgbsru/CS2ZXbJbswgtGWySZs4hq2nCa8Mh9/DBdJBi+sq3K2uW75DM9cJrQiDMaPEx8sh2rGT 0YTZOmFncPr1OqxjPiRk031AIuFVPzDF5aRd/7cO63TLt8y70S/63kS9gzdEO6urSG89PGH17P5c u5vleDTlVC+0EIt3rxT7RtrBC3a6m67t+undMZSXxIXTs9OldsXZ17nI+ZysKutv2Q1uirQiIzLc +nw+1mWeZ7GrUhp7UaOTezh64aaYFNKjKxp8scxV08GriYPBTYi3+xgBLrtZEZuyKJthGlkSbDua IHHMCSCA4WQ6nc2RR6avoow2jBI0D+dc57rk1yE2rP0Vrd2NWb14+vyu8TbLyQxbIw01fj5tXdeC FchKzGfz+Ww6mUzp38lkLphJ5qtrpgMogxY+QZrpmAJvPMHw2fQGfQhP4UcaOpqyatyc6lDlaPdN eat+9/GxMIX5ZLY24szbMq8Uo+XHnXqT7t8rdhrORP/0+ctzAcWGo7nkHd5/PIXyYjwaT+ftSuMx PLzb8revXuzUKjIhLvCwHDbnYxF5rmObqshMR9fBpMagFfvKbcrIThxbEjOdjL+1DGmK7/CpNT9N vM5rubx5Ew9naz0qy9gx7TBLvR2HdL1g15IkrlfzyXiyWHH8WpAkgXuFVWjDWPnl/WNpXj1MaGYF KIXJDCGqQZvwjPL9335/zM31YoG0VcSGyLa/Dgl3LeezjrkoCjzL8viXXy0Yycnr1FFl/DGfIHsA 69DyPEPmWLIY/iIKqvuCFaSNtGaXc0ysLg97f0tlhrZi8/G/Pp6QQOYLwUqLYMfOZjRaolXwkQGe G0E9lpmNxy/YaTiTgvOX//7YuOIciUeJz58+X6ItM5szvIiVgMFmC26DLL2YzkgyLN7ZiV2THkuq uIPRchs295WvbzdkOYg+AfC7qjEaDsdXbpCbEYy02ce6QJZBrEAkBvB7wZA91uxiTp+IyZKiZLbC vO6PN7sYFWuD7FbnaV4WoSEsp7OVuDMs29K3ArNg1lvNMC3btlSJuUFKYBdeDfePXz3cIilZhpis KG/WLVprPfzuy5d3h3DHM2s9LhNLhl7AW4hcYSPxnHBjbqiqZtq2sRV42avum9R3LF3ByMmclVT8 Ymoyv1ysus9timxBBEQ1bcc2dtJaUKP7d8+NLzPjzsP7918+PZbOZsUgfZehykO2nWG3inGwmsgt 5oyg7GT6dy2umQ6hScHp898+3YdbZjrj9Pzh06dzrLArXtZoJXMnsqygaDtxxXAkDRZXyE7CznQc S0V5wR4dLZWwOWS2vGZXiGRkKERFK7q64eaT6fLKDXILilc/PtTebgOHI81Mlmt84ARZh10gKQ8b tRMlxNaS3+oWZYWfIdwfNzEqcVDdn06wq71hZrPVxvSjOI5DV9+sRdWL0yRO0jQ0peX4mpEnK9lO 9+fHc27cPIxyYjmGIiuGbci0jcjDevH48ePzKXfktWQmZWqrqmGq68V0sVZNDNbcOEuTNEOxCsMo SVGyZBXZ/7LPE1pfYhl+awUQJg4cVVxvjDAv89DaULC1SNf04yRJIt9Ud1Z2+fAOHl5ePVw9fnj/ eEgMkUcIl5EmCvJNMUNRNFOXeVbUg8hR8O9OVwgOkYf944fPH06pxi2Wol0+fHiPRCCIioW5aZoE hixuDcdUBEGBZLS4R3bSAuyQ2FE69L5UouZYOIrIcywDD895xe7UsBWeQTjYHTfIbUTHd8+HyNRN cwfLzPkdPsiqm+RFGljqznBDzIt8S4HfVRdWSmJfv/niTS5Gf2Dm5/cfnhrUsNl0KZlRnqdpmsGp O9UtDk2ZpXlVRsCX7SbGtheNICub0zH76mEgJCzt+lHkbNlJt4f17Pz0eL7fx+Z2a6dl6uqmDzDH zBnZDn1Ld7PmUBd5dTi2a5QVRkDjp8cmT5IshTWlnRPnGYQBJNUVPaxP93XceZhKhRlmbYgAzlgu lHisHUJUbR0uTg/n07H01Y3i5mVsbBU7ykixPItc2w19U5a0sG5yW5ZUxzOoLSAPe4fn94hKS1xx W786Pz8dI7AwyZtZWZeRudO9OIBpnDjLkqSzk+aV96cmdV88DIzZJLauKkhsiwWnwGNYGxPcnSC0 Udtxs+34+PzchLbtB9BrxkhWGNi6kzb3hzJyLSfMOv0R/VvNywDOs5Qi6U3N3zVPT1Y7lJsv7xsP MGvGaVFV53EY51WBdWMghjz0o7Iu3K41QkissbOTtGia1IDXOyas4ud1XVXYqZvlNUvr6fHU1PW+ DE3DzarMNV3AKIVdYHCWeDY5rIyjrLmc6yQI87qKSePHUxk4XlxgtxpuWlVZFKVllfuWm91fjrm7 a1vsO2DkIM/hLS/Oi9jz0uPDfapTV0QeNvPDoa7qOnN13S/AWLdjMIFiRV0mYZimvqG55eXxEBmq HbZgmzwsuvuHx8ux9BRB1MPqeLk0oSbv7ADNbVw0CBnLjvPUs1yEXtgunoe2kxweTqWvCXRUMhih gJ+eH/Zp6LvI3Cy7sdO6U6NMHexQJwj9IC4Ph8KHES7n0jOdKPFgmdXWy1LfDqrzeZ/AwTB8mYak fwrrpfumTJGFulzxZg+PmW10/vw3QhfIn5JTHg9F5EdwYB4G2fFch4ZqxVUVKAy1dUjriMg0jrBc bq1nw2uDIFrZ8fJwbmK9az3hYS0Bjzgt6zz0oqLOPMvLCmSKJaeGZea70f7UxLbpl6dT6RlmWGKI S4g40LYqQiIPw6w5wlBBUh32qR9iYOUrfGvG4VwEgootBeZPkLv9uD7W/pZpowseTuHICPGR+l5c 1qlrw12kUVw2hzKJszxxnah5enfOPSdIIkMgqcnD1Oc0ZUSbPi73x9M+VGXFdD3XDfPj+ZC4XlrB QHFRROYW+TTF4gF+2YeasJy0SItRkvP75/sqQw43ZMII+6saTRUaimq5oBDbvg5tLz82ianZcQY0 iNgPwM5F7B9R1DQ3Pxwp+NP6UMVeQH+lUeCZMjt5c8c0oCY/wR7+cARKma+U8PhwApu0OoJ3BJ65 tQEeKLrm93oMUOYxfjpV6IRaVNdyie/ff7xind+uHt5XkePCwGVWIB48y8/LqPVwVOaBG9WHwlVk A4GQGPIWiA9fxnWTmiIn6DHwX95cHo5lHGf1PcIuKo9NjJZr3LYkS9nLc/h7xasBugE/LPa5Lc7b 6CIPV5lvwxlVTtkm8/38/nJfJa1iVRKmBalwfHy+QMskC9S23pCHq3tsfpQU0/RROfaHOlA3KL2e 78fV+fGU+0GGfRUjAN0tt1prITZmXByOmSl0IP+7PSwBhOTnh2MBNfbwpqWqiBc/SOrLQxPZTrqv Ak2x4hyxv2B3IRCvG1aHylOkrVtdLoc8jvOG4KefYj4WQ4H5O/Zw1/mc3314vk90AdZKz88PDaB1 fTggg+ZNE6s8KxFYUVsPw5XwDBn/4ek+UdlrcYbBg+PH39/vHXHennN1HkbmUpGimuZ4OhadhzWe 4bW4Ig9X+9QQBSC9MlDWopHgS2w4xBIFc1ghw5+ens8A+sWe9h/yStVBqe5AJSgyW1rOmI1bVCll +cxcz9roIg+XCTaBl++7tcOoujxfOsWaIvSA2YqiRhI+H8qipH55fPPwsc4z+B95FDW+bGB/WSWg lEDl50uBDYuUm2JJS1jMmK1fkoBNHSqryfXEo6vDqAw7ZSOwsF71+Hxq1TjUsa216CktDo9Pxxg5 vyp8VTFbDy/h4aqEh4saYc7L7v7x6VRlAD2Y6NgBtNkjvDy1y5Nv2sKEkZC/AKZRYgAagY6eL/sM 6iA0gyCt62DLMgIMFqmUGjDeSA+n4765fPj0VNkC1URq4pey/6OHUb23kuIWx8vT8wUlzAPm0al3 wi/Qo6wibc1tvSJ3ZY4aKqTzuCyD7QrJJICH9/DwqUphjqqAyfN94XS7lIpL6+G2srgwCDxcpWaH CzoPx8aGsNTp4enpXEZRfXk61ykpVkQ2ahrC7nA8HO/vj4c9+LRSk4fLhrABIA2wEcpEXVGVagEP Mgq0CMN8Dw8j85vCfMrIfrkvUhR3b3M9wu2w9CGzgNbR3M6ByevHp/uS1KBWwEQJB7fi8AAP252H t2ZcAMtS7NfwcEA7Yc1K8PDjsUhQ6VDVDM0KUJD3TZ058lvBdHuci4pXppARE3dbMyU0E7heSC2K m9Ql0u5y/eJhGE+PqqbZHx8/wZ9uewg2HI4m7A64n7L09lWWrnNHAshHvfv46bmGh7MqQWxKVrZv I7VCn8rKbp45EstrUevhCl9yDMVdXZYHIJ2UIDoqGnJundvCrOvZRtg9iIwNKgu2Ecpt8IOHdYGT zOz07tOnxzpCEb8cUPyhWORqOwMg4HJqyrI5P1wO6bVR6DxMmaRq0ETErptUFQBv2MKzuDw9nsnD dZUmRYUEwlDhrOg0gTSdD3+7engb1jWdttCh1Hi2NgsCTp0awPFx1XKrTo/HhDxctnu4TEyJE820 qSI3AF7Zcejkq/Opjj1MjENb3em2HyY5anqscW8E03QLYgGnBGaLWpFBTIACZBLDdMPQQwopC2/D LNZGcvPwhNmgdUBUnd5/fCptcTkDTadLyHY4X85Noq9n1zMtxCMqI8OIVvH4GWDdp52Tu8pG9atj RR4uwx15OEtteLgtzh7qcIbKv4FYRZKUx2MZWIblh4GD2VVmvXh4sXHzPFAFXkTIobPwkZeNFw+T wBq/ZGVv/+7Ll+c68NLmCGcZlhcGlrLZ+fUD9nQSl+fn52N0PWCHhx3kA9fyy/vLqQotiw78XC9r kNldPzs+dB6Gg4BFkPN4NPrwN8Buhtj76mEUnrae0BFzCzkBmy0DDgpcO0AHij0EYPBAHo4QQ8gS KFHebrPzymNNugBhsMs10iXgi0kT0TurpuO6wKyHQ26up2/ycHuDEMJOuiRsnRSZ0zJ95KDYtZ0A oW5aIbYJIpXXUSZapNVexm1VzfTRcB5Ro5dLFsmI4XfYn2WJ3sbdMm0/PEbBLlGr5qhVwfEDNryn EyaP4arscF8FTpBBD47dOGmC9hO7Fl2vG+/v69DUzAAtkOtSmxbaFgpXaBt2XCQ31ei8FZkNHfRO R3UHMHLiAhVg0uWPVmCVnc05Lb18/v25hNPgGPTNUCy0ZGFjl5cnwCY3vUc/6l8z7HAm2HkVW5qd 3T+eC1cD7wIGR+tFHs6BQgvyMBXyrEgcTTWQOjLEZQ5Nv3pY9otbd9lhQtTqoFMDHka3Ag8HBTwc W9RCpA56uapKKIgPANiOl6TedtUi6xqA0fai2Lc0nbosL8j2zS1Z/XoLAxhbcRYaIqUbtDLt+XRe Zmgb0yx2dN1LYktcztF6Jh0Y6S7zV5yguMiKtrRaspK8QSwbAZ14BEl7X4hSSYXSz1BbZuMZp6fA loWtaD6lu5jwLELTjRN3y64kMwwNgYEAlMMACgCb0SDkMfKSFeUFqmGcpoGpYYlQv6lGtx9umieB D1yc+foOvwYqe/UwSwIrzGSyEO3y8d05NXfGi2KhIbFrLT6em9DQ/epyLm5d3x2FTeZrWy3cnw4A +IoTp77lJPsDNmpcHs/HjCBd7tM5fh5j8QyLm6YXf5WM7pYQtLZ47STbs/+iVSNLA9twkRGQBJLy Hh2WoXstOyuAZdIogWVKYh7ZMjNbCAjiHN17gibZ2OkuHTDGObCY+sYjD7qOtQLflJjJeIZdGCHZ q2aQZqA88XR5a7h0+TVbyZZrXE886PpjMl3wOzdwFG6xoMs0SZAN1zMVgE7fvd6HQk/Td+jGkI7N 0BOEqrTR6dwxy8uqCE1Vdz1dZJa8attgxEiG5+ianVR1ARCbRrYi8LKJmKHDoMjeoSv1bLpZuNpx RicvKf2a+JSETNe6dWpjphN4PJww2EBN6SnixugUy2JX4ZcMtQeJKUOisvCVbh6Fxs5FMyJsUBdT Om3VoBb60rQq8zTNKwKIwNKZi8rpJ93iZCfdsV/OmeBSQfc8jb92NFQKzTCloykotaOjqarMEnCr UiAfg1KXqVtXy9CxmarZjobeCzjOCtPugNFC80RcsvYU7ScX8995eCmoBl0qDO9Gc14xzJ0kbOCl MIoCR5U4fqPuRGY6WfBbVWavCH3QXuot1lt1S1csK1GWUQwVbSdxdEKvyRwNpLPqrabQrX/35sHV RDQOuhdG9PbB0WVxs1M3LJK4qCjCEgkVobKRYDn8HgSuSXcCK0lzIE3oW4rArbuL2cFN+AUd8IZh 6Ns7YcXwskoPSrrEOL8KfNe+cfCd3ZphxatiNh0Az9it6RgbjhU1x35pPuhEdqfJPMNuDMfccgwr 7VRZEOlYOQp89MQu1bE6BVKQ1G5xayewvKQoL09ButctsOrt7nw4WbVvPqCGuV1zkJpsAG4etFpv YBpT2Wx1F9/ia9eQRbCTVtMRKiJ2Dk30DBmNv2x4tKKjf70G+pWHR7PVurvzGtyN56wg8qslA3E1 XVc3/HK+WPE83W5OFii281cAnR6zsPSEaTSZr3huxaz4NV2TzRiebve6C+I5u+bolIceC/GStGZm syW8pGmqspXWNIeuCMczhuOW0/FkzhIjTpSVnaqqW2E1G4+mS36z03RNobsVrNjy+yoCR6LiR24x nXbyXK/RbwLTm4wVXWRhQMdK320gIBlPkITVfAbJRG7x4owpw69ZBACzlgR2jn8hI6AGraPu6OGV Qmk1RVVhXkk2JxVeJCOzkt1eJAVX6K1jsIiIhtS71gayLHLLxUqQtxLPssLVMhu6SeTaB2709kyg iWQNCLMSFFXXdvL61++hXvw0ms4Xs/ZGvftMV13tvS3H0gUqXbm3N9zj6TdvAFr7Ttt76faF45Ru 8MGHbsLpHnxwG9F9vr5GmlDrwLAcS5eh7RwwHdK9Ni3SPZVE/l8yKxZD5t3CsyULaVaLKV25X/l9 lb4VdUV3zsNOnttDmheB6eUcvYQaEqvbaHoUgq/n11cBX1W7G0KY6bj9ek5PBUi28ZjW4RB+ACCS FpQVuhVE8wu7UTvsRbLBTaUXSW9q0B3wqJWao4tFeohJl9N0xTidYwR92/ng9gBiMofB+NYaEAZ/ dJ55++Vh90Tk+rTkrnsiQi8fpu2Ljbvr42FaavjdA9LrV+3LEnpxcnseM7y9v/nt1aTB7SlK+8KW HlZgTvdQZXB7oTzo/sbA8bgd0r73uUpDLzHuvhfi64/Du+9E/HHtweCVYoNO207DFwu8mth+3fY6 7Rsjgh4k0xhdoR61hZueJ9wk64YNvrPNt1+8GkyfOyN0D5Da177D7lt64TH8+ma7M9i0s0b7kmb6 dzx5bpf+8XnY9fnS9ZnUq3dyfzD3m1mDP2T43UId77sf5rzmdPd1/esLsO+keSXCq6Hf/PpHb+S+ Gf3yhu87pjc5X/37MhOIYiEaYRab4qLdYn8q2U8lHbw2Qgtr7l6b/ZVlXhnst9cTv3dFT/8saq9O bYDA1dvvdnr6T6LuudJWXM3e1qz09B9H7XlP+2bu3y1JT/8auj537VP0/2H6F/9Psp566qmnnnrq qaeeeuqpp5566qmnnnrqqaeeeuqpp5566qmnnnrq6f89/Q96sHvTDQplbmRzdHJlYW0NCmVuZG9i ag0KMTQyIDAgb2JqDQo8PC9UeXBlL1BhZ2UvUGFyZW50IDIgMCBSL1Jlc291cmNlczw8L0V4dEdT dGF0ZTw8L0dTNSA1IDAgUi9HUzExIDExIDAgUi9HUzE0IDE0IDAgUj4+L1hPYmplY3Q8PC9JbWFn ZTcgNyAwIFIvSW1hZ2U4IDggMCBSL0ltYWdlOSA5IDAgUi9JbWFnZTE0OSAxNDkgMCBSL0ltYWdl MTUxIDE1MSAwIFIvSW1hZ2UxNTMgMTUzIDAgUi9JbWFnZTE1NSAxNTUgMCBSL0ltYWdlMTU3IDE1 NyAwIFIvSW1hZ2UxNTkgMTU5IDAgUi9JbWFnZTE2MSAxNjEgMCBSL0ltYWdlMTYzIDE2MyAwIFIv SW1hZ2UxNjUgMTY1IDAgUj4+L1BhdHRlcm48PC9QMTQ0IDE0NCAwIFIvUDE0OCAxNDggMCBSL1Ax NzIgMTcyIDAgUj4+L0ZvbnQ8PC9GMiAxNSAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9JbWFnZUIv SW1hZ2VDL0ltYWdlSV0gPj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMgMTQzIDAg Ui9Hcm91cDw8L1R5cGUvR3JvdXAvUy9UcmFuc3BhcmVuY3kvQ1MvRGV2aWNlUkdCPj4vVGFicy9T L1N0cnVjdFBhcmVudHMgOD4+DQplbmRvYmoNCjE0MyAwIG9iag0KPDwvRmlsdGVyL0ZsYXRlRGVj b2RlL0xlbmd0aCA1MzIyPj4NCnN0cmVhbQ0KeJytXE2vXEdu3QvQf+ilZMDX9f0BDGYxtjOYAAM4 sIIsnFnMCLI1wXuWx1YS5N+Hh4ese/t1a/pJel5IIuuLRbJYh6zbPn313el3v/vqz1//6ZtT+P3v T3/45uvTP54/C6ewBflvxlrzqadwKqGefn3z/Nl/fHH6+fmzr/74fT399Jv847u/vn//5tefT69/ O331XSzl9Nvrn/fxOdQ4zsb/+MXzZ//2/Nnp2z9/fTodFo8Xi8eRY7yydo9zG+MkvaSh8J9fhi3X Oevp9b3I9Kf7v/70Zpy+eXe6tlK63GaLIdcrS8WwNV+pns43ta80P7RS/iiFymahUdlJ7tK7Jfkj hnT69aeH+qRYtzRa9tUfWmnQSmn2baRTLmNr9XQPRttEPGOkWTcxKKjYhCpbbUL1LfbTa3TOECOX tsV5ApWqUGXrfafSNpN3VkbcApsxNE+uw5mzrGozc+Hc0cuFEkrXocyktPPcotM5BP2LI3OQ1Y4T gzGzr5tD2kTVKtPYKRG5sbMxZEecC0O5W595KcMXdl2pTK7Go5al71txrBa30Q6ajy1stTsj1rmV 4bPFKszDWrH2rScXBVSarvhFueIXQxXvQ6kAm3ipx5el9lwkatYlXnqPLW+x7M1lS3kfWtUma2Kh Z1/LtraV6HpflOt9MVTvPtQ2y4l3VdiypigTyZR4pmPT+0wbtTxV6zNuLRsdZ9g6iapEyLpSpx7H lIOpcogbxCEjYKC6jU6KJqjsLC6bhzPujFG0/8Tktqe+haJUIiX71dHFfUH8PspZ6XHJuMvPHXUR euR9S21uPVSj29hGrLYlIWKMhy21vpUwfEtCBdWFbglUL4ct9bKV2g9bAiMl35JQoWbfUs8Sjg87 6mlrZe2ox61P39GZ/NxSDkMNVxNChuwpRwkXi3EHRoe9cxEjqTA5BT2re49U1RUOjMEAtIbkqMdy 75Hb1uYZIygj561On1T2emQkukx1htxNGspWj6jHcmfACbsYPB32F0fQ7ayVnZEL/PzIgOrE38IJ wok1Y58qY5KAk9V5hAHXk+2K5WMfGJBT37KM630D0bZR2LdDGWAktIrl2RwwsRraKO1cvLM2561Y ZyyTNDgKFW1miZ2NM4sLw+JVKWGCChxarXOkWsUVmu5WRsdBRtTJixISTEC0SGqtNIxBsYJRStg0 DCzdbh02li3uS8CZlbKoKQy4v+hbNgRqUvtF1RTMFKaYCivlnKgYGjdrAF4UTo+5t94HamwR5p5X R0vOwK0z4bgRysiBcpQJ/eo9I1rjiYYOQ8e88D84mVMJ0UU7GyPAF3QoAzYUhpkhmbq0XXcwv4ga eJHSj/U6kyHZqdfECTHtzUV9AT6O644bkHmyXf1RPTIjdCeJqxiofpEkplKgrptLEkfr1GtClAYK 5sM1UXZKbWqdI2PsYGcMLXp32MQSf7g3W7Xo9abyiDpq4O2cdG+i72J7E8EjD2NXDDS7G+fMdGbN kWHo3ZxpVMjrI0bDwQQl8SkNvbjUuIWbqPBjSCqA5w6MotaB6BhdeAtp7MJSOTmlo5NfX9qcdGG4 hhhlRIdrzfRFmFMUDyQJKLxVW1SiMIy1yL70GNGtNQfe0DUvSoyUq3dWhoe4hBPSrzBWfEuIWu0K QyzUqIagnis2GlX3AnFEbarSqIBMBofhaii0GMwrWopp1//RPGYyuU7SPJosVtWVDZHLxe4S4M04 9PqVtRN1I1dNoGhw4RQ1KorSxaKgmmrVzBub3w+D+xJGpd7F6UAltYisDiEaZwrUa6xuTxwruUgS IWGHVFnjKyntnNTPvJkKEwpeJ/lCoU/xLk9hOnKXkAoq8yKHFzmV3cmcwWMYeN9kHqVIxxGgV3l4 sLAhSMicnIqUuSwcr52LKtqbq+5AqEJtdFJzuiqzLZVUc7hRIEaBxTTImdLFCINtgjLuyMiWTsg6 gApDQ5B4Lcyrd08B6tF1VEtw3p5plBXn4DfHKIjd99UqqCVZ/JSBQXWLoNdNjVXdBtuDzsWaRWUc bVEI3OxrdMXmfSSMOTjxUPejO8qymf6JMCgi1bh78tHRdwRcDr4P9BlXTIvTfF9vnzgN5frtk+RW qMNvnxQYSOE4Q6nEcF0JmMc2o9F3RhcCMADoSZsMXDpA28wXgiHg4MlGghiRV3wDExtQiymlnTNv MmteToV8Ryimg4VJCzJLc6uoyHuYT0GItjGuVdssj7a0KgbD5vPUddB5kqjwFigq8JqvwxOARsdp hVJUdxTdwMGNoIq2t8oVkeiQQE64H7hmNq0WHA9VleAuiW6DOkVy5FTyRMIZlqUUXQd+JETTpKMG izZYF9c//EitM/PuFAeXOeSvZ24kiVhbIRQpHBzH3Egyj350oyigv053I8A/wAeCmEU5iFmMQEBL DySI0ZnbAcTowtlBjApVlmYhcz8qvhmozp5l1+woJlbuYKGYWCshIlBMrHZ8CW9r9nIFcUysvJeJ Y0ClFUAX5ThmMRTH+FDiGJ95ARlfmEgGMsEJiWQg8ugHJIMdKdBRJIPdhrhb6GhAMyqWaUejyjJh jw0IOd2hTOSFuEMZdG7jAGWimHdUhzKgQnesgqXs/uItE3kXreZGrKJQJpa6HZEM6JgcycRiEFmh DCjNNB3KgBGnQxlQoTqUcWpBmcVw5BKlKcYrjD1VE0P2S9qBjMozHcio5NOBDCjLQC3swerVgQx0 FPcjdWYcGkzCSowHe6GQ4CSCmfWXuSSsh8mbIGggRMAKZr6TEG0w5xDpULsqDA0MZsJAyoXjO9A6 M7F0QiVSs1DFKFQ3giQz/6KtmaBcfHpR1StIHlBduVr2a1cYOCzxjKFYQaiswKYhqE/iB1Qg9BQi 6KrlO3CV1lTocaJsaM5gmzov6pGJ7idHWKhQm9UkJPjlMfYChVxG1VC4NCJlZUyV6Iea0SDFHSIN CVYIySe/AMWs+HcbhGBZpRVGydyZLD14qcN38yIU3rNrPvok0oJ+SS+XHIge4wpDbFhVrSJntdAB VaEoto79mZOtmlMZ9eB4klinPYUVtF9q9uiPGoMGe4/+HboqHv0F+BdHnwNUbg4aUKJCFG47iEBZ SoOlgggUsJJjCJS3RjqAiAZ1FwcRTZCW3gyKElCCSPMAIoQxwt6cuAOCCBQ3RjygCNluDcNRhFDT qsyyT5QV9EpyGCFbCnqTGIyQ7ZdWDUZ0gN3mMKLLmdVMymEEqhB5wQjUNoCweF+JEWY/XmcNThad 0eRspOE4omVWoRxGNMS/6TBC7oKZFoxYlMOIxWBlECWvbDBCLlhLpYkiUKxt3VCEGCDsmdi509iN I1hcEy+WwYxioEfwTNkTF2dURT9kxKRZFCjcnInAnW6F8IKKHxmoOiVChaJYJKJeVtUpLfILo65C CyjcKVUrRU5EzGN9O+9OdoVIclMDbyaC3pr9rkq6esa9PVVGVU/RWhbkT0oNYoyk+aDQEidiImgE GBE96D3sJSQEBsDYqjfs/YGxapeFVZ4LBrTB+qcNuWQEpJAHBmAMK7+GPL20TejMuqMyCLUHm7ul XBw6icl5S+hpV9qK4qX7OVUvc0K7NmV7a9N0PvPkI65yTWIQhQ88AtM3HXh+1I8q0WJm8bhs+3HR wZnhxJqt0JgZfKNh9mYbsDw3M8cJRPtlo/4yIWhnFQ6JKFOFRLBhkHUwj24MO6uvBZ7E9xLVzHA7 FCa6RI6LsSyIYfEK41DS5pBLBg6u1adTDlpjXN61GKtcg33nK4y1sg+5ZLh3OYPepdRw7wKlMdK9 K7FOa94FytJD1C8y68nLu8DIy71AmWOKA4EyB6J/pZxYDrDmrDUX+lcy8y7/SrBw3v0LHcwNUHXE i8KKzxCynBVNLcRYcxoscKh/gQrp4GAJFXv3ryRxoVsyokSpB/8CQzEq6zcSIsdw/wLV6+5foFt1 /wJVp/uXU8u/FmPZUOJQzlcYux/YkEvGwb+0loZRuOw1eknmopmFMu52RtGXfmV0PTXMNtCxraJs blT7ulhyy6pMby5ej4Wjt+IwmmAqt7rt0CcL4KhcBwG38X2kqiW1c+e77NTrtGk1GElSUWKuBEb7 Dj5GsgYvVGJehwPpVLEnEGfs70aNpZsLBoJUPWNUJOd4+TSkXZUKx2fSLJf2sHh5AlHsqTopFRgz fI+RN6FWNLNkjbMY2gWRDm91sEPxhzyEi2YFSiWCg4TXtF8mFkfPxqipLi5E42M21Sa04cF+Wn5Q WNUySh8YXu9usivJPOvqa5t723ptc29bjGKhaQ1xBqaJlRf5mibxXXafJln+PR1vTLpqIkqgiqyo gRBFNUnUi5l3TWXWxCCAzfHNKMpRV5CkBRAtQABgIEU0IprtjMaxQc/iNz5KVNkqB5qea9/Mu5mP cpmvNkg/olKB9f/p4podkPRJZFNAkHHusDWtAh4hj+aEWu6FVjIp+QtKm82p1wfMp4y7nbFn3Kb4 o00R+BUQuTGw+DzYQksPw8+xMKo9A3gH+ccsxxEVn3ewjDC0fNECEYwvW4vhdmfA0RVwJuYmJTM3 ORxZidrHRA3KHcNTVLts4SD0K75F4HQ6nTxaTRzVJMFJg6A/q6c2GK2aVsHx9B/Va2W51HlWWV3S zny3xBFhaJbJGURRUG983RU9KcUAAtTK6rVFCUBTiBUoSIXl1w6qPwjhfM+92QrMBUgnVZYka/ZH AKzvgT0hb8isnsSdan7TOUNPno4kNMNdjYmZdw2b2J5eFYAnUVrgVQ7lQORF6f60bGGtEgHz9Bpj snAp8ySCAFGOQRUBfVBc5Rc1EZqpBJXT32WMAefgC1Bdx+UBQw4mn8JWFnRG45WEjGaoUGtkqbFu mzU6YLlB8Gm2QObXvKqJnVlZOtJwDkiW4Ubdm8tGwpRd+LrBbwcSLkWuKyEtFb4UmAJZ8lMtaF+g dn5oJQKjWkP4jTcEp5q/IDljQt2JR0Vv56yr6Dtgtqf3xCoUPE0mroFnHIqDOwRGXAOFtTh0wJMY duqH7HgCmV996JO6ap/UBTw4/C+/2iv21d4UNf9RxsTTf51QIcGnTXgNS3zj1wdzY9w99w6aYB7a ld6bUYY/aydjdQCklJO/dzDG3gFfAB3blZbm758/+4d+LDRZDAFObhrOp0Ls/cvEFDX44CNIPASI 9bt+foivtI5fQcbi30F+/MR40U2nITNeTivm47RR1F6kM76H7IrptGis2x+aVBl957SsT5LdF6nX edarDA8Iide5SmOMu8VYg2zE2SRAmAWf40BmfQVhrYGMu8XYJ+GIs0nEZ1PodpHhX30x7hZjn2Gm s+Ga7EgYQrWGM+DIDGfcLcYaZCPOJunq0YkoWz9i4JVCxt1i7JNwxHGSH3EKkhopqpFohOE2iqFC K8NtZPSa4oHN3i4TiNdFQq6i0Yf03aJ33Tww2dtlgNnsIOERLBl55+Q+wQNzvV36j0Fd6J45TynO uFuMXTUPLPZ2mSDG9cUBALnTd07vUzww2dtlgN3l8b1OPPq8MfZJHpiMJrLAQO79eZxgXHjGI/ig x5qGrXtoOwt1e7tHtmOg21tXYDsLdKt9j2tncW5v97B2RfoH+7PAt8S/0oUkqpXml3PX2/2i9/ai ic7eTnpvH2OPNveLXu1I7Q/NJPdWgry9mfRqP9vPvr/V/v2Va6vtX4Jn/Tim8F1UwpRWUyruzT0w /+GVBN9/QUX19OpHjbuI/SfcqDIKZWaJg6+ws9NP+ENuvR9ehJd/Ob361+fPvn11/ersTyIDkhV8 Vhf0aexcBnwiL77x6vUPL+otacaTSIPi3bQjmC40El9+mUUt7aZq5pMKM/SLzKvC1EcIE8NTSoPy T7l0lvRY1cT4qdJINlOuStS0un4hUX1ZbkuTnkQ3nU6MFD5dkcR1Y/5zQ6T8JCJFfm71KJHiLZHK 04gkoF4Q/KNESrdEqk8j0tTPeB8lUr4l0tMEZVSg+3icSOWWSE8TowENxyPdu+KPL27J5dH6mAHg 03t84iaAWsCW4jnFTP6LqMtZPjXMKs47iyQ56QjWLB5u8BsJJG/+52V98ebu3S9vfv3txuZSWDnl ETv79pJ+fKnb0z8+uL30qZHyg9vD8+nDO/aHF9/ey/5+uXv3f9jh7d15xHxWKn+iExQ0tqGFrcif YnhbViB2aCbj0EP+Smc9yDj0GM1yMe9Bxt4DX53WduhhjEOPlUt5j5VLeQ88vp/1IGMl1tavZ6LX zo8EHyTAfIrS/FefhEqL+nI/9KcNhww474n1R04cw4BcZepflzPXT5+56mNqzQ5PH8zcP31mVuxq V7Nczjw/feamUDvqb1MuJm7xMybW8nKr4aoB22cYUF9DbGJ92zufuV4pjhSWJGUJBKlNvyuRBMZD R8XvGo/NcgpRa1vteAA8a+cL12rHr4jO2rMmI97egCXO2psWjFY7a8yHdvxEcTVf/lxVJtOfq9rA hPdSjMMndocfwB5UqwHg/Kxa6leqetWDPkrq8dZWC1KHkHVoW0HqPGodeqwgdR61Dj1WkDqPWnuP PUidR61DjxWkzqPWoccKUh/QxJm2LJC5Jq70cBIXFVaZdQ2430lrrVnrzt7qpLf2eLSCk9bagj7K LMmM9FZ+FrlajfTWwzYOu7LWa8lxOiBo/ByyNP5uZGjh0vz+nyelJeIlFl+YXSSltxPjVD57/aRP OhM/lbhMQw+51iPyiVSfSBq8+8V+IU35OGnaJ0hzkfm5RHIs8iVeawGZ301J+lPpZeC966EQ4+PU Mj5bmKifGOLnIu3SSPGBNI8RaT6VSFm/OroqUvookXJ4KpH4GchVkcrHiRQ/WyRBGkiu8Ez/T876 o2oHOX2uNDVEfG/yKGlulQ3yZ8fhim/ZHinNrYpB/uyoDJiUHinNrWJB/uyoDFAWHinNrTpB/pSo fC6NZO2jP06aekuaQ2Tm/yQlhi7Xcbjyf1lZ4ihWOfcdfYLEm0m+DIhfv7u/f/llevF3CPT+VtKb x1NIFPltof2A9VKin9//+ve//fd7iPXuZh6e5yeI9CDy4AN9vORsOV+inC/+8+Xp3385idHev3v5 ZX1x+uYNdPX69HLwzn//9oaIJawqj8yIGgY+Vwr2PIufVuDj3GCvs47k/h89I8PBDQplbmRzdHJl YW0NCmVuZG9iag0KMTQ0IDAgb2JqDQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWlu dFR5cGUgMS9UaWxpbmdUeXBlIDIvQkJveFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUg MCAwIDAuOTYwMjUgMCA0MDVdIC9YU3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmpl Y3Q8PC9JbWFnZTcgNyAwIFI+Pj4+L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3Ry ZWFtDQp4nCtUMDSy0DMAAwUQROMm5+p75iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRv YmoNCjE0NSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEg MCAxIDBdIC9Cb3VuZHNbIDAuNV0gL0Z1bmN0aW9uc1sgMTQ2IDAgUiAxNDcgMCBSXSA+Pg0KZW5k b2JqDQoxNDYgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTg0 MzEgMC41ODQzMSAwLjU4NDMxXSAvQzBbIDAuODM5MjIgMC44MzkyMiAwLjgzOTIyXSAvTiAxPj4N CmVuZG9iag0KMTQ3IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAw LjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL0MwWyAxIDEgMV0gL04gMT4+DQplbmRvYmoNCjE0OCAw IG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hh ZGluZ1R5cGUgMi9Db29yZHNbIDIwMy43OCAzMjUuNDUgMjAzLjc4IDM2OC42NV0gL0V4dGVuZFsg dHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMTQ1IDAgUj4+Pj4NCmVuZG9iag0KMTQ5IDAgb2JqDQo8PC9U eXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAzMDQvSGVpZ2h0IDI2OC9Db2xvclNwYWNl L0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMTUw IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDI2MD4+DQpzdHJlYW0NCnic7cExAQAAAMKg 9U9tCj+gAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAACAlwG67QABDQplbmRzdHJlYW0NCmVuZG9iag0KMTUwIDAgb2JqDQo8PC9U eXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAzMDQvSGVpZ2h0IDI2OC9Db2xvclNwYWNl L0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRl IGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMTY2ND4+DQpzdHJlYW0NCnic7d15U+JI GIBxk5BwiCAoiIM3goioJY7rjXhfIOABzPf/IouzuzUmhMbXrdrZqn6e/zPd/SPWVBE6PTZG9C8z /Pvd0/q/ZlgB2/FmByzAfDMCoYnJRNJdYnIiFADMJ8MKJ+dW8gV3+ZW5ZJg7zCfDjs2X909O3Z3s l+djNl6DGU4yf3BTf3JXvznIJx28BjOD08Vq47Xj7rVRLU4Hzd89uf9hfa/1WrPT+/GxXqdZW8fL r75Xqdbq/nDXbdVKePmFlyy8ZOElCy9ZeMnCSxZesvCShZcsvGThJUtrry88uNDYyzB9Hlw4tmWq xPT1MsxgND7w4CIRizgqMI29nFhm2fvgorC6mI6qvojX18sMp9f2jj0PLk6PdnJTqoVr62VY0fnK 5aPnwUXj/mwzE8ZrMMOaWNx/ePE8uHhrX+9kI9bwy3T2Wjqov/U8C3+5rczh5dO712Hd86DnR+/l dhcvv/CShZcsvGThJQsvWXjJwksWXrLwkoWXLLxk4SULL1l4ycJLFl6y8JKFlyy8ZOElCy9ZeMnC SxZesvCShZcsvGThJQsvWXjJwksWXrLwkoWXLLxk4SULL1l4ycJLltZeX9j4qbGXYVp+Gz8Dyo2f GnuZdjjm88rKaFD1BkZ9vYzAeGoh5934mV+ZjatWoK+XGUwsbx96X1l5vLeeiShuMI29QunSyV3D +8rKq++LMcU7ZDX2Cme2LlveV1a+PB6uxBU7sXX2mt2+eu56X1nZOM7h5de71/Wzdwl4DQsvWXjJ wksWXrLwkoWXLLxk4SULL1l4ycJLFl6y8JKFlyy8ZOElCy9ZeMnCSxZesvCShZcsvGThJQsvWXjJ wksWXrI09jIM07S8mab6p876ehmmHQxHIuMfi0QiIUd5dLq+XqYTncpks3OusrOpeEgFpq2XYUXS uc2dyq6ryvZaVnnWvL5edmxx5+z61t3NxX5hOqQ6skVbLyexenjffnHXrtfKM8ojbjT2Kpw03rq9 j3U77avtWbx8Mpxk4bTZ8c7l+Rov3/CShZcsvGThJQsvWXjJwkuWzl7v32QNpv4iS2Mvw7KDoYGC 6i+y9PUyrFBsKp2ecZeejocVO4R19nLi2XypvOmqvLG2kFR9MaOvlxlOF/fPLjzVjsrfoqot+9p6 WePZnct6q+2q9XSzt6Tcsq+vV3T++91zp+vu9fFIvQSNvRb+uH/1zmXkErT2evB6jV4CXnh9Krxk 4SULL1l4ycJLFl6y8JKFlyy8ZOElCy9ZeMnCSxZesvCShZcsvGThJQsvWXjJ0tjrS1vs9PUatsXO Vv4ySV8vvy122exsKhZUnb6irZfvFrtKZaswO6HaYqevl+8Wu+vzvdWk6r8Dfb38t9g9Vksp1S/f dPby22LXOi+n8fL18l1C+2JzBi+88MILL7zwwgsvvPDCCy+88MILL7zwwgsvvPDCCy+88MILL7zw wgsvvPDCCy+88MILL7zwwgsvvPDCCy+88MILL7zwwgsvvPDCCy+88MILL7zwwgsvvPDCCy+88MIL L7zwwgsvvPDCCy+88MILL7zwwgsvvPDCCy+88MILL7zwwgsvvPDCCy+88MILr3+8njz/aq/b+oTX vder9ymvwcGer0Z7XT13e8LB+l4H9TfPHLuf8mp659hp/jpfNH/SeO26e2uOPF90/vvdc8dz2evj 0Qgv38Fal1sZtVdm67L1Jh2s77X/8OKZY6d9XcmO8CpWn7xzfH2qFv8+73cyd3D71Gp/rNW8Pymq z68dz+5c1t1XtVtPN3tLsYBiCf6DPVQ3ZtReMxvVh2ZLOFj/M929bnjn+Hi+pbyZ3/8Gju68gzXv jgpJx3hfwsT81nHtwt35SWU54QyfS38J6eL+meeqi9pR+VtUcc75kMFOd3NTqsOYzeBUbvf0XDjY mBnJlA4HBqvuFZR3gmHHF7ePvYOdH28v/ryZDSs8tbi2Ud78WLlcXE5HFZ9d/1OIZ/Ml91Wb5Y21 haRyLv6DrecyysO++8yZ3Hq5LBuszzw5V9jwzrG0OhtTDmZFUktF7xw3ikupyM8Px7Ajk9PpGXfp VCLqqM53N6xQbCo9cNl0PKxS/upgphNNpOSD9efoM1hyIqi6K8dM3zlOT0Zs86/JWE4wNJATUK3g fTK2z1VBRzmVoYPZIwYzbUc+2LA5jhws4DPH4C8QwzAHMwz1XPyvMkdd9cXL/tPBhoGMuIp8+hMT W9t7DQplbmRzdHJlYW0NCmVuZG9iag0KMTUxIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlw ZS9JbWFnZS9XaWR0aCAzMDQvSGVpZ2h0IDExNC9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVy Q29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMTUyIDAgUi9GaWx0ZXIvRmxhdGVE ZWNvZGUvTGVuZ3RoIDEyMz4+DQpzdHJlYW0NCnic7cEBAQAAAIIg/69uSEABAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAwK8Bli8AAQ0KZW5kc3RyZWFtDQplbmRvYmoN CjE1MiAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMzA0L0hlaWdo dCAxMTQvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25l bnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDEyMTg+Pg0K c3RyZWFtDQp4nO2de1fiOBiHTUtbWu7IVUBQBBGKHHE9iCALDKIz3C+CfP8vsuDsOWMvpPN21p05 5H3+j7/kAbXJmyZHRwjyixBzfne3/lQI7xBEPYKDR2GmEIfT4w8EtQT8HqcDhZlAeDmYPM/lteTO k0EZv2EmEMGbUmvNRy3NmpryCujLCBGDufv+cKxl2L/PBUX0ZYSTQoXWaLnSshy1CiGJ+92d+wPZ +rpqT1Zvm4+8rSbtK/RlxtZXsT1db7Ssp+0i+jIDfcFAXzDQFwz0BQN9wUBfMNAXDPQFA33BQF8w 0BcM9AUDfcFAXzDQFwz0BQN9wUBfMNAXDPQFA33BQF8w0BcM9AUDfcFAXzDQFwz0BQN9wUBfMNAX DPQFA33BQF8w0BcM9AUDfcFAXzBY9kU4jjfAcdTXWhj2RRySrLi0KIosUt8zY9cXcSiBaCKR1JA4 ifidNGHs+uKkYKZ0U73VUK0UUn6RMnB2ffHKSfmx96yl360XIk70ZYTw7tO75+l8oWE+6lZOFPRl hPCezP1guX7TsJr3qwmF39+MaV/1oe5Fxs3b4vk2ib5MQF8w0BcM9AWDZV/EbCZoMRFk2BfhRadi mAnKkoNmjF1fhHf6wnHdRDCZiAVdtBNHGPYleBOX11XtTLB6o56HZMoXjF1fnDOUr3X7uplgr1VJ uikrDQz7kqNqezjTTgQX05famZdyxhTLvuKV3mylnQmul8OHrI/yB4xtX09z/RBWowb6MgV9wWDY l+mDumXJhllfhBPslGyY9cWJ7uOY4UHdsmTDqi/CK5FsGV6yYdaX4E3f/P0ELtkw60sMXNS/ThfQ ks1B+LJxyPLWV745egWXbA7AF+F44yHLokBdkdqdbZp/nKw20CEcgC9OkL0mpyy7Jdo/OnZ9EYcr fHqRN5yyHPfRfii7vjgpcFap609ZbtxdxRTakhS7vpyRYvNlpDtledD7K01dkmLXlxy7/jLVn7K8 GNTPqUNg2Fe80puv9acsWw3hIHzt1gwMWDxK2RzCAfjaPkiJktOASH+SYtiXoPhDkaiWSDjgFmnC mPVFePk4fVlSyx9R1cJZxE2734NdX4Indd1od7V0mjdnAdr1Cwz78mfvn8fT2Uemk6/NQvgTllgO wJcYyDVHy7WW10lH/YwlqUPwtR3CWH9dxXraLUfR1z5fhiGsZ+gLfaEv9IW+0Bf6Ql/oC32hL/SF vtCXwZe9+bbNeoc+bLP+GV82wnbv1w5fwWE7X2b3Zf7ies6unvaqa7YcWGzxNg1bzZ6s9pvYCtv6 qn1brKBhu/tYx/o+Lsf/3sdqe70wWmp9m+iajft3GWq91ixsNh10ruPyfx/Gu1O3TyNo2O534OFF HzZ5eci/3/drdz1aOs7ePnZ0zdoP6gn1FRXzsNZdnv7h2Ao74pRYsQ4OI4IvXWnowzqNSvr9y2yz 3rEdeSx7peqalS5Pg9S+mIWV1eJFnHq3tb2wrWZ/Mg8P45VwpqAXUipkwt93htirpxFOdAfChmYh n0y9NX5PWNBD3wZlM4x3+uBhR5zgMuljyO8SuO+dsVOvfd8Zbmwl0TeG7wuThM8I2wozbWYZ5jDp o/RDiJ39AHtacVatbDb7X8P2CbFohZjwD8qKpjINCmVuZHN0cmVhbQ0KZW5kb2JqDQoxNTMgMCBv YmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDQ0L0hlaWdodCAxMTYvQ29s b3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NN YXNrIDE1NCAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAzOD4+DQpzdHJlYW0NCnic7cEx AQAAAMKg9U9tCj+gAAAAAAAAAAAAAAAAAACAlwE70AABDQplbmRzdHJlYW0NCmVuZG9iag0KMTU0 IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA0NC9IZWlnaHQgMTE2 L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgv SW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyNjg+Pg0Kc3RyZWFt DQp4nO3YT1OCQBzGcXfZXdCidonsYI4NzZIKNZ3sj2jUTH8OCDgxKO//jTRAeGO1W4ff9/yZ5wU8 nc7fQgfUUEwoU0aJVmOkGSYXliLBTYOgatUQA0e6iqRzaXXLZUSOB94sWCgKHvzhCS0t5c7sPYoV RR9P0mKlZUIG0XeuKFstx7aOS2u5izjfFq1t8ySc7OwyydtpUWzScAoWLFiwYMGCBQsWLFiwYMGC Bfsv7f4PpLFCBqtsoyiLX36/FcqvHz/jdN1amnw9u/VnQ83h3Tx8U/Q6vx+dVl+Q1j0b3Xj+bWu+ N74671XvFaI9bvcvFPVtfkRxfYlpTDeU6Yxg1HxteE+7r+3gfgDVaAYZDQplbmRzdHJlYW0NCmVu ZG9iag0KMTU1IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA0NC9I ZWlnaHQgMTUxL0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBv bGF0ZSBmYWxzZS9TTWFzayAxNTYgMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggNDI+Pg0K c3RyZWFtDQp4nO3BMQEAAADCoPVPbQhfoAAAAAAAAAAAAAAAAAAAAAAAAAB4DU3cAAENCmVuZHN0 cmVhbQ0KZW5kb2JqDQoxNTYgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dp ZHRoIDQ0L0hlaWdodCAxNTEvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0Jp dHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVu Z3RoIDI3ND4+DQpzdHJlYW0NCnic7dnNToNAGIXhzsAMlLQ6INZFbWowYBVqXNWf0oom/iwoaCS0 3P+NGKB0x7TuXJx3/eS7gO90On+LHFBDqcq4NKYqNSaK3hOmJckUfV0l1VXdHDquJ8l1zq1ueZmo vaE/CxeSwvtgdMRKy4Qze4uTtLUkfn90LV5abrph/JNLylbLia3R0lreIsk3RWubPI2ud3aZ5u20 KNZf0Q0sLCwsLCwsLCwsLCwsLCwsLCwsLCzsv7L7/+CNNb1wla0lZcnz9r/OxOXDR/ItKf188uq/ PeuPbufRq6SX+d34uNoDlO7J+MoPpq0F/uTi1KgWDMIMYQ/OJA1sYTBazyIK13RpGlcpafYWuqfd 3nJwv3tXq+cNCmVuZHN0cmVhbQ0KZW5kb2JqDQoxNTcgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9T dWJ0eXBlL0ltYWdlL1dpZHRoIDQ0L0hlaWdodCAyMTYvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0 c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDE1OCAwIFIvRmlsdGVyL0Zs YXRlRGVjb2RlL0xlbmd0aCA1MD4+DQpzdHJlYW0NCnic7cExAQAAAMKg9U9tDB+gAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAA4G9vYAABDQplbmRzdHJlYW0NCmVuZG9iag0KMTU4IDAgb2JqDQo8 PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA0NC9IZWlnaHQgMjE2L0NvbG9yU3Bh Y2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xh dGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyODY+Pg0Kc3RyZWFtDQp4nO3ay06D QACF4c7AACWtDoh1UZsaDFgFjat6Ka1o4mVBoY2Elvd/EQNIdzOtS5Pzr7+cJzidzt8iB9RSqjJN GlOVBhPF6HHLlmTxvqGSetWwhq7nS/Lcc7tbLRO1Nwym0VxS9BCOjlhlGXen70maCUuTjyfP1iqr WV6UfBeS8uVi4ui0srY/T4ttKWxbZPH1zi6yQkzLcrOKb2BhYWFhYWFhYWFhYWFhYWFhYWFhYWFh YWFhYWFhYWFhYf+B3f8Zaa3lR8t8IylPX36/KIxfPn6mq7W47OvZbz4urD+6m8Vvkl5n9+Pj+juj dE/GV0F4KywMJhenZv32IczkzuBM0sDhJqPNhUjRdEOarqmUtN8kuqfdN+ngfgCrYLsfDQplbmRz dHJlYW0NCmVuZG9iag0KMTU5IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9X aWR0aCA0NC9IZWlnaHQgMTkyL0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQg OC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAxNjAgMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5n dGggNDc+Pg0Kc3RyZWFtDQp4nO3BMQEAAADCoPVPbQdvoAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AOA3YwAAAQ0KZW5kc3RyZWFtDQplbmRvYmoNCjE2MCAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1 YnR5cGUvSW1hZ2UvV2lkdGggNDQvSGVpZ2h0IDE5Mi9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0 dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9G bGF0ZURlY29kZS9MZW5ndGggMjgzPj4NCnN0cmVhbQ0KeJzt2s1Og0AYheEOMEBJqwNiXdSmBjNY BY2r+lNa0cSfBYU2Elru/0YMIN3NtO5cnHf95LuB83U6f4scUEsVjerSqKY2mKhmj9mOJJv1TY3U V0176HFfEvfOnW51mWi9YTCN5pKih3B0RCtLmTd9T9JMWJp8PHFHr6xu8yj5LiTly8XENZTKOv48 LbalsG2Rxdc7u8gKMS3LzSq+gYWFhYWFhYWFhYWFhYWFhYWFhYWFhYWFhYWFhYX9R3b/Jtxam0fL fCMpT19+t2bKLh8/09VaXPb17DcbNu2P7mbxm6TX2f34uN7G1e7J+CoIb4WFweTi1KrXfEIt5g7O JA1cZlGleRFQdcOUZuiaQtrfA2VPu9+Dg/sB2JSZ7w0KZW5kc3RyZWFtDQplbmRvYmoNCjE2MSAw IG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNDQvSGVpZ2h0IDIzMy9D b2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2Uv U01hc2sgMTYyIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDUzPj4NCnN0cmVhbQ0KeJzt wTEBAAAAwqD1T20Hb6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAIDHAHgkAAENCmVuZHN0 cmVhbQ0KZW5kb2JqDQoxNjIgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dp ZHRoIDQ0L0hlaWdodCAyMzMvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0Jp dHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVu Z3RoIDI4Nz4+DQpzdHJlYW0NCnic7drLToNAAIXhDswAJaIDYl3UpgYDVqHGVb2UVjTxsqCAkdDy /i9igNId07pzcf71l/MEp9f7W+SAWipRpghjVG4wkTWDm5YgkxsaJfWqZg4d1xPkOhdWv1om9Gjo z8KFoPAhGB2zyjLuzN7jRFD88eRaSmUV0w3jn0JQvlpObFWqrOUtkmJTdrYp0uhmZ5dp0U3Lcp1F t7CwsLCwsLCwsLCwsLCwsLCwsLCwsLCwsLCwsLCwsLCwsLCwsP/G7v9HtdZ0w1W+FpQnL9vfFeNX j59J9t1Zln49e82fixmju3n0Juh1fj8+qX9icv90fO0H084Cf3J5ptfPNsJ0bg/OBQ1srjOpucvJ iqoJUxUqkfaHJ+1p98M7uF/RbIffDQplbmRzdHJlYW0NCmVuZG9iag0KMTYzIDAgb2JqDQo8PC9U eXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA0NC9IZWlnaHQgMjI4L0NvbG9yU3BhY2Uv RGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAxNjQg MCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggNTI+Pg0Kc3RyZWFtDQp4nO3BAQ0AAADCoPdP bQ43oAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAPgx1kAABDQplbmRzdHJlYW0NCmVuZG9i ag0KMTY0IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA0NC9IZWln aHQgMjI4L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9u ZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyODc+Pg0K c3RyZWFtDQp4nO3aXU+CUADGcc+BA8i0DkR2Yc5Gg0yodWUvolFbLxcIuBjK9/8iDRDvONpl2/O/ /u35BE+n87fIETWUykwRxmSpxkTSetwwBRm8r8mkWtWMoe24ghz70uyWy0TuDb1ZsBAUPPqjE1Za xu3ZRxQLij6fHVMprWI4QfSTC8pWy4ml0tKa7iLOt0Vr2zwJb/d2meTttCg2aTiFhYWFhYWFhYWF hYWFhYWFhYWFhYWFhYWFhYWFhYWFhYWFhf1n9vCHqLGGE6yyjaAsft19kxi/fvqK03VrafL94taf J9Yf3c/Dd0Fv84fxafWlkrpn4xvPv2vN9yZX53r1/iJM59bgQtDA4jqj9aVMUlRNmKrIlDRfNXqg /Vft6H4BC05Log0KZW5kc3RyZWFtDQplbmRvYmoNCjE2NSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0 L1N1YnR5cGUvSW1hZ2UvV2lkdGggNDQvSGVpZ2h0IDIzL0NvbG9yU3BhY2UvRGV2aWNlUkdCL0Jp dHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAxNjYgMCBSL0ZpbHRlci9G bGF0ZURlY29kZS9MZW5ndGggMjU+Pg0Kc3RyZWFtDQp4nO3BAQ0AAADCoPdPbQ8HFAAA8GAL3AAB DQplbmRzdHJlYW0NCmVuZG9iag0KMTY2IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9J bWFnZS9XaWR0aCA0NC9IZWlnaHQgMjMvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAg MF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNv ZGUvTGVuZ3RoIDI0MD4+DQpzdHJlYW0NCnic1dPLboJAFIBhZ5gZ0YoO1MtCjUYFraBxpcZbiYna BSBNCcr7v4gOFXcc7LLf+s8szpyTy/0NekGSSoQyGJXQI5UVrmoQrshExAjLarOnGwC939IK4mVE Sk1zvt4CNgurXaaipbw3PzgewDkuBxoTLVP1jfMTAgJ3N6rmsWg1Y+uF1yjVNTzbH892dw7T0yi6 +Pb437bZc0ja+3zd4AII3M/HfCnvL0+e/53K975Wxu+/UaU9Xdl7gL2edSrxPkiF987QtCapLHPU rRXjDUa0yKv1BqBe428Ux7uOCZMzMIJRcm84w/PeXnYDnFGldA0KZW5kc3RyZWFtDQplbmRvYmoN CjE2NyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAx IDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9GdW5jdGlvbnNbIDE2OCAwIFIgMTY5 IDAgUiAxNzAgMCBSIDE3MSAwIFJdID4+DQplbmRvYmoNCjE2OCAwIG9iag0KPDwvRnVuY3Rpb25U eXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40MzUyOSAwLjYzMTM3IDAuMTc2NDddIC9DMFsgMC40 MzEzNyAwLjYxOTYxIDAuMTg0MzFdIC9OIDE+Pg0KZW5kb2JqDQoxNjkgMCBvYmoNCjw8L0Z1bmN0 aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDMxMzcgMC42MTk2MSAwLjE4NDMxXSAvQzBb IDAuMzI1NDkgMC40NzA1OSAwLjEyOTQxXSAvTiAxPj4NCmVuZG9iag0KMTcwIDAgb2JqDQo8PC9G dW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjMyNTQ5IDAuNDcwNTkgMC4xMjk0MV0g L0MwWyAwLjQzMTM3IDAuNjE5NjEgMC4xODQzMV0gL04gMT4+DQplbmRvYmoNCjE3MSAwIG9iag0K PDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40MzEzNyAwLjYxOTYxIDAuMTg0 MzFdIC9DMFsgMC40MzUyOSAwLjYzMTM3IDAuMTc2NDddIC9OIDE+Pg0KZW5kb2JqDQoxNzIgMCBv YmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRp bmdUeXBlIDIvQ29vcmRzWyA2NjYuMTIgMjIxLjQgNjY2LjEyIDI0MC42XSAvRXh0ZW5kWyB0cnVl IHRydWVdIC9GdW5jdGlvbiAxNjcgMCBSPj4+Pg0KZW5kb2JqDQoxNzMgMCBvYmoNCjw8L1R5cGUv UGFnZS9QYXJlbnQgMiAwIFIvUmVzb3VyY2VzPDwvRXh0R1N0YXRlPDwvR1M1IDUgMCBSL0dTMTEg MTEgMCBSPj4vWE9iamVjdDw8L0ltYWdlNyA3IDAgUi9JbWFnZTggOCAwIFIvSW1hZ2U5IDkgMCBS L0ltYWdlMTgwIDE4MCAwIFIvSW1hZ2UxODIgMTgyIDAgUi9JbWFnZTE4NCAxODQgMCBSL0ltYWdl MTg2IDE4NiAwIFI+Pi9QYXR0ZXJuPDwvUDE3NSAxNzUgMCBSL1AxNzkgMTc5IDAgUi9QMTkxIDE5 MSAwIFIvUDE5NyAxOTcgMCBSL1AyMDMgMjAzIDAgUi9QMjA5IDIwOSAwIFIvUDIxMyAyMTMgMCBS L1AyMTkgMjE5IDAgUi9QMjI1IDIyNSAwIFIvUDIzMSAyMzEgMCBSPj4vRm9udDw8L0YyIDE1IDAg Ui9GMSAxMiAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9JbWFnZUIvSW1hZ2VDL0ltYWdlSV0gPj4v TWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMgMTc0IDAgUi9Hcm91cDw8L1R5cGUvR3Jv dXAvUy9UcmFuc3BhcmVuY3kvQ1MvRGV2aWNlUkdCPj4vVGFicy9TL1N0cnVjdFBhcmVudHMgOT4+ DQplbmRvYmoNCjE3NCAwIG9iag0KPDwvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA2ODM4Pj4N CnN0cmVhbQ0KeJytXFuvXsdtfReg/7BfAhwF0Oe5XwojQGOnqQu4sWGhKWD0QVVlW8CRlEpKgPz7 cnGRs+fTObKsuAEiH3LPngvJWUNyuL/js2+Ozz//7OsvvvryCL/73fH7L784/vfhg3CES5D/zVhr PnoKRwn1ePP84YM///Z49fDBZ3/8rh4/vpU/vnn67t3zN6+OZ2+Pz76JvR5vn70638+hxnH1/g+/ ffjg24cPjj98/cVxbIPHO4PHkWO8Z+we52WMQ1rJg8I/H4dLrnPW49lLmdNXL5/++HwcX74+7hsp 3V1miyHXe4aK4dJ8pHpcL+ocaX5opPxJApXFQqKyktyldUvyTwzpePPj+/LktD4m0XKO/r6WJrVU yrz0cuQyLq0eL8EYl1KdUUq/5KZUbEK1SxlC9UvsxzM0rhc8bZc4DxDCzqVcej+pdJnJ2yojXgIf y5t5chT2m2VM65fD5q6rtCkJpcNwxqTQuEqPaT2u6SJi9FeFmlc913wZdQ1cyyVNzmmclLzT2NgY siI85qu2Wuv5lIUNbKKySbkYdylL458ePkhiw30TfIqyyuiMFEUCyXtLUQRUtsFSrJe6JA8qZpf8 olzyi6GS91cpAe95CcgHpvx8UpStTXlJPqVA6fJpSujf3xRqXnWcRHxxjZtEtNUlvyiX/GKo5P1V W631fArDBjZZ2aRcjpuUKfgunc22Sb6nSwurUY+XmrL31mWfXUm+SX9tWYFQ2efZT8olvxgqeX+V EvCel4B8YMrPJ0XZ+pyX6LuodKw90dsltbVfuvDy3HselxDTGlhUqrtYRb8oF/1iqOj9VS7Xe17S 8IFNWDYpE+SVnCn7Egv6AU/kBbiJMu5ilBhddzkqFTlaHrrFBPV0+AY8KGHy1aqA4lS+pKKNnSGd lAOvFlpfndpzouwrMSQu29XH+RKmUoAFmXMaTmnjein5fNwwPX0V44hoqvZciCHCmBw4o/EgogSR zUmpDLTxcMCRg0xf5WrZb6QsKpvKsDTTfGBGuZ5S3IVsgh/hUinZqXLvIohodBEtNxIyaueEZaRO 4BZG4u6bMpSofDSV+uikiPmVjYcIqznj1hhJ22NJwzBURFeUiqQ6JTuSHz5yRJYRoQ2b474ArinP hbi6pjwDZkg6j0mUGIpvQsWmI3GeeYjcui5K2KPT7OolnUQGDmpTY0Q1PnlRrWFiv4AaU6lQ2Fg2 OfelSA8zGmY6MpjMNzuBtjNrj/60OPDK2vOsNEG3IzAGYVuWM5vaL8yonVSCLrStMar2Y4dWLeyV h1YZbFmw01RKGDT7oTOPK+nakTWXYanAk7QP3iRJezvxROBpcoctgScRRakmcBChmcAX4QJfDBU4 qNxc4KBm3wSOgUZ2gWMSs7tIMd88NoknWX/ZHmNnmcDTVEw7BQ6GHmAQeJqDklGBL8oFvhhV+1Ej VIFrr20TOMbM0wWu81ny24RLeUfxP2I95R0rV6d0rAsrRd6g0ibuWIl3Km4QIZm4F+HiXgwVN6ic XNygsJolbozTp4tbJ7RMGtPNZRO3OLoLKPG4uVMn8o61q1Oy5A3GNHHHyk1GcS/Kxb0YVbsZ08Wt naZN3DpmdXFjPubNzuNKuAaSTfDoyLKoRF+4DSzbGLcnIxfYys5QqZTWud0Ddg6oKtpKEwsFugkD 2JgGBi6t4XjOqUPspVVgYE6Cpzy+WoE4hE54mgHloAI6TrAaEto0WlN9GBXYQGGQoJ6TUNG6Dbov 0a8gbBWPICuV4bMONa+kslSXdnJvBXFcuFzuTDCidp64XFkIqDJJraGaMdh4GKWTtH6ar6C27eEc 5yAEzeBhhNAtqcRxrAs1KH8S05RhgskQQs6JklHtZnXOnCgAJTtOZFycVEv9WTSEzbvU7wzZOuJm 7Yyo4wiV6N/hyBGq0MCHDgEGTllhwAqEmtws2E9iGoXgX6yxuQ0d0xQrw2Gd9QTO4kfqMEqhrbiS 51Mh3DGUUdSppGPIw0z8yshzBQcBvEx6K/DihLLDLPMwExcu8pgJ6DnzaFfxLqqYc+aMU1riVaS7 dM441G/5gsrjDkMdqltOVuGlKmYKZZuv6TL1UcHUVGBiq+wex0zjioSCFFy6SpkqFOztcaWZZOqt OEWnLLsVFT1CYY82J+lSbEZF1nCMPqMRFaoV56qZFOQ7FiXiLMWNLhT1Uk+ji9ygp9jEm+vqQJKa 6iycjyVSiuOqvfqwmG6yVxpd3wjxKaPqBhNgEpcMlMNUUgqSEYwiBujwQ2EK2CAUVi8U3swqciGi tc26agEQ2LT41I2QBuOFa0/gMUlFPbGATHgaFKeJYVlc95I2hMth6Lntj9XV9ldDU0A4OxZGNBSm GQljEl1wzsnbsHlbvfSculP6to1twgn6OBPphFIbCxYrYQ0AWxEtYFSooQBTuHp14DJOO/OfQtSd u5SdbKpLec5Ye8JfWQy4BWLO51vwC7Cp963mjAVUi6FABSpFBypQFi4SqMCo3YEK1HScirJFzaMq 1jZrAKA4FXuhe6VIFCUcTAuXtG0j6tvjxnyAAlXsnSkgB6rYhwdSAlTRIhQCFShL4hCookQz0XEK REqOU4tynHLGKSyJUK5g3hlL5nil9vsYjlQ6o+lIFbFhFKZ0kXODKQilD4cpCKwtYFrCdZhSreXz cVTrJ0xFAUCjCFNRADBEh6nYGEkSpmAxo24wBcZCKbcnopRTO0pFdNN3i5OneRcZ6VNA9sJutlVM ObITGeYlGARcMmqovjnkgKqyEYBicGt1xjXQrxaHVByXGjREQYRbhJhMSzZQ2rYwntWQ6ZYMCz4G Xi4eBYnTgVnQDQyVL6uDoDFoPUBFuowds7KoRiltHDwCgv83px6URWPLMi2Yd5+8zO5JO/hLQplP XheRQVhT265FH1bGPLJMdJu5FSqdJ4xqyR9MOPC06hRjZGPPG2E9aXvMAA7bmZJopOZ0OSYbKqnY WnbUqMy7w0xc6BL58rE4LrdkJPM9pmoscfPLiFDv4PFNlx7aL2ovPetEytoIWEPYt4VKoDqjTDvL dYsViaJqVbvvJskVohQInTgokxxtUci/eNtouYp5+JvQ5mDHTe2PvuXUjBgMVI4EndI8TXm39DMB k8Zm/Uh+hOaMMsz6I1ztMizJMg06y9AwSa0UuZB50RRlRZfFcxvi6jFfw+NX6VvSIzk6ajaHLgky UL17ftxyW314dl20hSxRo3sDcckSVGlK6azipZ1Pl2UhHSdUt4OCsh3ZLVHMA1Q3y5pKTeZU6lou TyRGWWPZDhp3HskVRgm5EV/r8PxTpSG1orMYC0Ax/35lSJ25FnvcmSaH4wQ55QXxJtbE6FaBoggY dwoVlwFOJU9kOcOyZEnHYa6uM+6swQAH4yK4gyWpQkY8rWI3GjMk3CWk3ZDkr7pgFHcWMB0zJIl/ 25UhVXpSZkgS4GkWTGewKM0yWPynjKABa6UNZp2h9lxUDXScdGCeP4HXI3WdbDrnuku+WNyc172S RQK4LOEKcrEERUGqQkeSYYttYMavyFkQYjqXJ1Ot9GzEyEHFhaJGZJxu1jSqXzDYsjJdUuLqVpDb 1majFiIwYLqrBhun27lzLeNbdG56OHa9QRsLGa6VZwqVhY2yKzTTX7VXaHCgcKggE0PYIeyWbIdK Byrf8m3gcNGdXagf6BvHjFB2ftk5kwmX/jhfLGMvyATKbvs415LZLRISmVF40ZAWlGZZKihtaTcy hY8jgVR3gVNw3mwOxnBfoYgrP+c9jDMPI6/UcQ9DxMtERU50WDQYxkoCd5gKNF8IzgZ5mTGNMAoF Fs7ddKUbv8OouptPfUnEtdC+SICmu1HTkiUxM4BTgwaaEtWlCamSLOGqjvGisjmLzuCRqq9Wh1Tt mbui20UDM/p2DsqczgBYbyzmvv8kjivb4+w4CBND3MbGBmaIaxgAA+uiZWALrzACN3IFZXc0gcFZ ofIC9u0d+lQd/Ib7GEXXc2vXPlGFiGsf3Aol9wwx2Wji5vDZnflsVzfn5rtSnIVkjca3lJkk/C8L clPj5Q4m14TS6ES3uiooiZc9DAnkKfd2UdBMPfjlFTdqahwdPqjGDGDYjsLLxfdpJFXcBdV3s5oh cpX5SJaQKJpYTM3y7p5mTC34PPBYMLzbvUlRKplzy3x0ZShVNIENqhFMZL9t1NnYGCnr40HjnRwn Wn7fGk+rDZBtDjFHeixiJsnSmfBfeJHcNBMPJD0gU3VuFIsg1MTbGEUWiFUvLBLWAcpcG8zXqKwR vDUedjxEaoTxqGAghkF2AtudPSM7W93soZwz9Eqe9PH9o1JdGyrV7o4FbKY2hl7F0pDJT8YKU0iV usyaNQFlwfeMLuPMa4emzg8YlYEwFoEcLf2qOVTozZzb4bpPFoEPSp1Uz+cimh2WUIPl2/RxcYdn dl2/Oe9lmW+zi62mj4elCHaiV287GLCogVYe/ho36DawMoDpjRMbz6SzcL+qqKGoHxws0MeCB+/i oP7aee7oDnC5wwkru9zFdmR8UIFGFzeq2RG/GBpWgTIMwqRq5fmjNR3auHuu07ZYKidk7IhiKFOY JTlRBje864hPCDian0Cp0PmvmkDCaEVlrme+POWFZtW7cVCT0GhbtJjLNtUACv33opsI1LAlmq3Z RVunYYa1g/NJVS/2MMaZmiqW33mfgb0arxi6l0CZiwWi8N6m21kHRjNvI+njTMBDeUgxM5Cls232 SzQYLu6F/NYSxH6rk2Apcz0M6pQWhbGEINAgl21hr53ikG41+tBSB/3b8geZs1XDx8JgLPDQ6O3E fFLJbyiNccoJqJHvYZxpQLs+vsNYZ2Ki+6QuDcSF+49lTbuxPVvFRm2PPlEzU9cbSZ1gixlSYkJ1 xQwp8XaYMUNKk8eWxgyL8phhMdRa9NXkMYP2vIUMGLd3DxkwpTPq18KduENu3J61lV1CiQ9nv+KF FHkToQFDionZA3XKE5LOYwsYEupCugcMoOzmWXS3KA8ZFkMH9FcZM3jPK2bwgRkz6JyyxwzJcvor ZsCK4vSYATVY49TOle4sIZfmhh9IyGUmSciI4v5aAkLkFEVOKW4xAxrbXmPMEHPwsoyJt4NDoVgf hrJLU8YMMWld0XrMmyTGDDH1S9tCBtB2ISu7MKbGMjiNGkCVvkUNYMTpUUPkDaZFDU6tqGExVspR HOIY72GcScpUL/0u7TFDpItqMYPOfHrMAGqkLWjAskt1yIaM4lLHtXKosDn82ob6mlcvhOAUOgvR E0PEfzCm438MSeNu4n8MmWt0/AejLvwHNRb+x3AecRR4sGIdxX9QeeH/ohz/nbHkK0sood3DWPi/ GIr/QuWwDoDJOHbh/4QnPR3/JwqAmuM/hNfSif/Ih9pBJrtYqBD9Vh/lFWUrE0KBxfTDYcK3qI7/ QoWy4z+qX1p1/J967aHwPyHyscE/Cnlmc/yfumkN/p1w9Dd6CWl09ySv6GWUU3R9dSXkjAX9Ms1a ukO/LLDOtfGvzOzZKnfsO/QjPRhWDqLj1qA79iPDl+KG/QNx/ko8DhmahRfA7UU59i+GYj9ejd2x H7m3WTfw7yg2yA7+HTnx5VDLnGfc/W1cWIWVThJHvi7412uPscE/rjZaNfjHlbx62wr/DeU/bYN/ 8TZbW/DfsB2yw/+iHP4XQ+HfXyX8e88L/n1gwj/mtNC/wWdLG/ojppnV0R/X3Av8r7VHjdbI85ih 28uN4TZTBfpGvIfBMO/2fOUuA3raGRBNP5Rq6uNLPAyqsraBMacyeEs4+NiSyI2vWk0WYafKgUaf QFw8EFaSJXYGajiBpinwKOfTpFUgGpSkA2vyUiTeQKTkDun0RRtAiYbQdV8pD0wq7+5FjXuNQI3N axMyXmWSOdtBBdq8kYmnhakWMUAlMq2atZc1ZiazNL8PqjdPl4BqFpF528pwTkWeKRnVg1MlmDUu xqnBSG/7fcZpBfbKXYbGH3a7LLh4ZV2Lsc7N2a+tyxlrZH/lLsOtyxm0LqWWdYG6si5lLOsCdVoX qCvrirOe1hXPgj9cZaMYcrOuiDrJdj5tm3VhTVfWFXGdt1kXGpzWha5P64pWVnne5Apon9YVcaAs 64ozXlkX6NO64gyndYG4sq445mZdoE7rArVbF+jTukCd1uXUsq7FWBoc/dq6nLFdm89r61qM3bpk fyD8P63LGeutuBLm14xzZHvlLmNZlzHMuqLdCdG6YvFSArMuMPqyLo8maF2x+m2qWVesHkDAvJBR rMuAhBpX9oU4pZyP+zIuLKnvxmWF38u4omaH3Lgis9BmPYCYPZkbo95g+9OVvYVtWUH9aVzAhLaM KwZuJTUuL5FfxhUZB5hxhclJ0LgsSbuMS2i7O4bEhbKcFYzLqNO4nLEUGLpH6deM0wjslbuMzbi8 flMDlr1+UxlbuSayO0xG2xtOoyJr2GWB94Ia7xC3XhZDxXPLom/P+Qtf9m9e0ThqqsueDkINdj+f dl5kMMM+rbgrWNFDkcDAbgvkPwWX+epwpPW3utraUumsfpu+RrvD/rOqhHUlroOumwLMp521cHOz pWessS/5fBq9QkXLxQPNO3s5lMghWwmKlsYXZj2hyWH3Ee5CL8aq/jO57yUjaVTelboutDR8brpY DNcF6sEtR4+Mg+GuRdKzOtZYjnoyceuPp07JlIFL/LopI1vkRWXkwGId1cYiXB3OoD70zbT0ESxQ dX1g3LqKhHROSwU65f3OGmXiNZ6Ps9/jaDl58lPGPqOa/GZBFaIV+NMVkoZ9RrdSWs5YWSkT/pVC vIJtKcQr2JZCnOFbar2y7bGIiHDfqZG34Wc3i+F6ReG57xQBrpr9Xgbxc61+8ljaoSqwrsdzmYTg WIseMierhUqXtceiAEIuptZFuFqdQbXixTpcrejX0JJqxbC1ulp1SktvmHEtm1pRjV76+Xi5C1q2 nnzXTWscGYpDrZHXYqbWWPiJnmvV6ZUUMclf1RN6ddfShlV3LWUY7RpcL+ywWeymDA48ULPwQFBa cxlUr27WzIRWt+/TAOK456ysn64s6MHXBI1Mbkorx612pRqtKF0TNll7NSTINLfA8EtVX7z+ubBQ r1b7XKKTKNPDe6O0Le8P/DGd9UrfH7cMnCSrsOxGCgwrxtGIju845d/YbQy7v7D83GAqtdNas03D bD3wDpD+buVFT9FC3DKXJFmqXaZfeE/7uoeTsVzcoCxq8QtI3bH0bCAFHqt2Q8emTW9/SqGM+znN znjZdMNYulGZlRdbif11q+ApPvakN9E4NauZNAeSRFiL8ppJuwQ1V5qnYRtOmbTK9jh440E4jtyi JtpsQV9bVdxsFUipBUXLbuiXhLruQrtD0t28zsaMD0/gaiVlDGh68mkNhhOTFwfR3EreoPbslBmp fXVbk2vX/FNN9bF+q679kCn2zF3B7wvjRsUlycVoxNJmd6lKJC6jZZc6rT6009x48Jfpx515FPzU 0O5s9SNF5nHtosAKcO3rtEKXotgnzHsW3fK7mplOrqFOdLY0jhn/eVWpKM9T1xnZA7lMD9ELiSfh xHQ/CBvdA9HJuIT7NZOYPuNOLOMeKI5rO+hZcgauVz1xEAgwu9EKcIPRTzvwFZPWETH4l5VPgtE8 9BqXp6gAIz6daSsCR1vZTabfwFBfIMrS/4KZwOVORETiQyxPVVi8BhRFcVMZE6kOcXqKjptRPip7 LzoFxxK1rIuBq8lEh7mhukxsJek4lClEUzgvfGODi25mLvtJNLOvxWDRCdIB3G2orpOOA7/5s8/2 ZYd01imi+mgwk8yvdXEvaUk97gh4CpYuwGNcB1uJY4Ywun11zfv2askEvc+HGDUw0XvzinBubQHk 9PDNCSdJCGjM22f9whlKNY8KZcUog7Rj2VSWOk9ilCDji187/yl0i/5iteUO84VReJetsRoDyton I69m7rx4IVwg7EegYxCe40Y1+yraGTBTePAioaIKRAWnnD++RYqpM+jF9uAXXLL65pa8mzkt/0M/ QlHPH6HIWle3/+BGGeHQb1rG/psb8KESftEDDcX9ETWGw7hxJvWP8Jnc+v2NKN3wFzg+YRTkapv+ tEfM+j0yyvpxAVre7zx9euecLDpH3YXsYVypay3F1m/55H550fQBybSpLuxd4bRznPd+B0QsSX8H BPkrAes0tNjwJUty5C9j5JTh6qZM3zkVflUQ7By1t+HxhmoOoZnDPUN2DnndC1xGEZBsNJQzl67F VrBz5HSKJudwCCIq4Pchk99GQBLIfPGjJ9RcIbeV9U4Sv6AyPnV+SVCCIrnqRVNVrC3A6ZYByhHf YUisLfiFr/nC1G80CIVdDjm9AJ+AaGRwYFldv7zCdx2yCdNo/qHsJ83PfrrluhfMj9XCaejxC5EM 19+1en9+xDsbuN3ZwPfb5u+fyFz/RRY7jic/yBDcWlpLE/mDIGJCTzDR40f880cZC5Ys6Pzk2fc3 qf7m0X8dT/7t4YM/PLl/Iv3XTkS97qEFij8zj/axeYxPnofi6D4XsZMJxGHl5z2TaWLcmE356Gzm r5MKPiRKzJSIZX1YLPlj84jhQ782lKJtKXw8iW2AebZDPzicP/+TUPHXLS7zk7PEL7KvF/f9zb/+ /S+PHteb52/+9uLt60ePy82bjy0xfXiJ83qJuIdPv2iJ+f9nifiw5331Bb0ahfb+85+/+epji/vg r0WlVK8Wh4/YqusP//zs+u6e///I+vCpXHrfPr+/+frFm6fQ3I/PHz3ON8ejevOnR4/TzXcfW2v7 4FpzvF4rfwfllyjyV8KTL5QxxfsL/TPW9+LVI1nkN/+ha/3yzYu/PYf9vnn7sdVugGWeQ+gJnsPd XyHj5OKdyTVN7OOztPk+Xn1/8++v3z3/p+tJ6GN969CChYM1jhoYuBR/8XTuyEp/KOeD01GjUJuo YhKPx82fvjt+etRunr49IK/b18J/++6AFN+++FGIVy/knx9ePHv6Sv777nohnzTJOzhvcpMN0+6Z 6MvXMs2Xz+UfKPbdX1/q/ETL7eb4tsielj+iPKlQ+6PH/eap/IGm/wPGT0+xDuWDfoPO/iJ/4P/P tdE/vpD7FqEVsu9jzPc3714fn0OUMtt685vjtYz8w/EMMn717s2L/5b//vXdCyUx15iwPtPLt+Ue y/0/AIdLAw0KZW5kc3RyZWFtDQplbmRvYmoNCjE3NSAwIG9iag0KPDwvVHlwZS9QYXR0ZXJuL1Bh dHRlcm5UeXBlIDEvUGFpbnRUeXBlIDEvVGlsaW5nVHlwZSAyL0JCb3hbIDAgMCAxMjggMTI4XSAv TWF0cml4WyAwLjk2MDI1IDAgMCAwLjk2MDI1IDAgNDA1XSAvWFN0ZXAgMTI4L1lTdGVwIDEyOC9S ZXNvdXJjZXM8PC9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSPj4+Pi9GaWx0ZXIvRmxhdGVEZWNvZGUv TGVuZ3RoIDM1Pj4NCnN0cmVhbQ0KeJwrVDA0stAzAAMFEETjJufqe+YmpqeaK7jkKwQCANwdCkEN CmVuZHN0cmVhbQ0KZW5kb2JqDQoxNzYgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsg MCAxXSAvRW5jb2RlWyAxIDAgMSAwXSAvQm91bmRzWyAwLjVdIC9GdW5jdGlvbnNbIDE3NyAwIFIg MTc4IDAgUl0gPj4NCmVuZG9iag0KMTc3IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5b IDAgMV0gL0MxWyAwLjU4NDMxIDAuNTg0MzEgMC41ODQzMV0gL0MwWyAwLjgzOTIyIDAuODM5MjIg MC44MzkyMl0gL04gMT4+DQplbmRvYmoNCjE3OCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9t YWluWyAwIDFdIC9DMVsgMC44MzkyMiAwLjgzOTIyIDAuODM5MjJdIC9DMFsgMSAxIDFdIC9OIDE+ Pg0KZW5kb2JqDQoxNzkgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3Bh Y2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAyNzkuNzggMzI1LjQ1IDI3OS43OCAz NjguNjVdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDE3NiAwIFI+Pj4+DQplbmRvYmoN CjE4MCAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTg5L0hlaWdo dCAxODkvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRl IGZhbHNlL1NNYXNrIDE4MSAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAxMjc+Pg0Kc3Ry ZWFtDQp4nO3BMQEAAADCoPVPbQo/oAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAACAowGiqgABDQplbmRzdHJlYW0NCmVuZG9iag0KMTgxIDAgb2JqDQo8PC9UeXBl L1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAxODkvSGVpZ2h0IDE4OS9Db2xvclNwYWNlL0Rl dmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZh bHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjIzMz4+DQpzdHJlYW0NCnic7d2HVupMEADg i9I7UgWRXpSiFEFAkN67EML7v8i/GxC5l4BGErJzzj8PsOfbyezsJHqvf/4AD8kuxJZwD8mVFMX1 Nq5wgNmI5Fqp1ev1OhxajVqtUioVcpmU2Qbpm5BcKY1Oj8/nReG5d7ucDrvNcmM06LRoG3gTzBbE Vh4JiVTrfMwWcLzmc9l0KpmIPURCfo/b6bCajXqtWqnYbkFs6mFIZEZ/rtkf4hj0u51Ws16rVt6K +WwqGYsEfW6nzWzUaVQKOdoBac9AIjeFSoOPJUVRy+Vi8TGfzaaTyWjY77YbtUrpNZuKR4PeO4fF pNOgMiLrEUjkN+HymKJ3sUKBdoK3MZ2MBt1WvVLKZ5IPQY/LfmPQqhSya2L8W/z6n9hsAz2NxXw2 GfU7jWopl45H/G6H2YCegJSMDRzBf+0Bb2HxgXfQrpcLmWTUf2cz6dREPIDT+P0toGcwHnQbldd0 LOS5tRg0jJ94/G4H1PJjNu63a6WXp6jPZTGoRfb/GL/dAX4C01GvWck/P/ic2C8Vr3y44T+fwAI9 gBbyR723Zr1KLlb6OeO/HsC4j/L/FPHYTVpUPmKk/1f4T/9s3GuWX+IBl0Wc9P8Wv/OPurVCKup1 oPRLL80/A7/xLz+mg1Yllwi6zDql7LKH9zw840flP+rWC89ht1Wvumjxn43H/hWF0t8spaMem0Et vxyfD/wm/bNhq5yN+RzGy/H5wTPpX85HnWou7r8cnzf8pnrG3Vo+seWDwm/4k96Gr5IJ3zh5xTPF z/DjPrteKXjf5xn/ya/mHu8tWoXApc87fsvvVjJhl0ktbO0IgGf481GrlPQLXDuC4JnGORvUczFU OwL2HYHwmL9AtZMWtHYEw29qp1kUsnaEw29qp19j+o4wtSMk/qt2nMLcWcLid7Xjs2rl/OsFxn/W zkvEaVDyXjqC4zH/Y9wuxj1m3tvOBfCodlDy39MBu47nc3sJPJP8USMXdRn5LZ3L4Jm20ykleC6d C+ERn8KlE7TrFPwl/2L4TenkH1DpSPnSXw6PS2faKSW9Fg1fpXNBPC6deb+aCaGuw4/+onimdJqo dAz8FP5l8fi+nXZLiXsTLz3zwvhN6VSevDcqHo7txfG4dIbVlN+iPl9/eTxT+PVMwIqaDjz8er1a jBovIZv23JYpCh7pJ81c2HFuyxQHv6aXk/Zr9FZ/nl4kPGo6007x8cyGLxYeD2rdUvzurCFZNDxu +L3yedeVeHjUMvF15TlDLyIeN/xB9dn7e72Y+M1l+/z73IuKRw0f6Z/ujYrfdUyR8Tj370m34Xd6 kfFM3VcSd4Zf3VZi47G+/xZz/equFR2PO2av9Hir+8WMKT4e67vFqEMr45x6AvB4UugUInbuehLw WN/Oh22c362IwOMZs5ULWbnqycDj+b6ZDVhU3K5aQvBY38j4brgNCqTg1/RiVE95jHIuDZMYPHqv Hb4nXDouLYccPBrS+qUHO5dDSxAeXVadfNDCoewJwuOG2Ux70XwMEY9azqia5FD2ROFx2b9xKHuy 8BzLniw8x7InDM+t7EnDcyp74vBcyp44/KbsfzbkkIdnyj7h+sl7FYF4ZsiJWH8w25OIp1ezdtb7 g8IhEY8KZ1xN3Gq+7ThE4lHh9Aohs/K71JOJZzrOvf67M0smHr0UDsuPdvU3Z5ZQ/Ho17+b8pm9m HFLxNDWpJ13a02eWVDwqnMG3zZ5Y/Ho1a2U8hpPNnlw8mhLe46ebPbl43Oxfg+ZTZ5ZgPGr2jZT7 1HsJwXim2UdtquM/7yEZj5p9J+s1HE890XiaGr/H7MfbJdF4dGa7Od/x1JONR6mvnkg92fg1fTL1 pONPpp5w/OnUE48/lXrS8Tj1L8d6Pfl41Osf0TULEs9csx7211ny8TQ1qjxYWb8kkI9HqW9n2L8k AMCjt5JylDX1APDHUw8BfzT1EPAo9a20W3f4NgsCTy+HpfDN4dssCPx6NWs83R5+/IOBpxf9vP9w RgCCpybVR9vBkYWBxzNC5vDIAsGjI/t2eGSB4PGRTR4cWSh4etHLH7xRgcFT48PZEgoe37Ipl+bv ugGDpxeDQsAog4lfs7R6OHg0GKfvtH/VDRw8vRwUA0Y5TPyamtZif9cNIDw97/xTN5Dwy3/7DSA8 02/+uqcg4Zl7an++gYTHryS+/a8IoPDUuBzZ/8EsJDwzFztUQPH4c/f93vsULPxyWAqa5DDx6xW6 ZPeaJTA8apZO9TVMPHoZzHm+ih4YnhrtFz0s/HqFJ4Rdp4eGnzfxR0uYeFT0e50eGn45LH6NxcDw aCx+j1o+ix4aHo03CbsKKJ7+6KR3357A4Rf9r2sKHJ5Cs9nniYWGRye2EjUrgOJXs3rCvh0sweHp eRu/hQPF4zt2++kJHn45KHz+VBMenhq9hbZTMTg8mop3AwJA/LQe334sBojHI70KKH473QDFf/VK gHjUK316KVA8/oKwGc3g4dfUuBy+kQPFrybVh02jh4jf/VQQIn73GgsRP29tbymAeOaWYiZ6kPhu 1q2Bil/0c+iKBYpfDl69zNcPiHhqWPDrgeLX1KgYYF4EYeJLQcD4t81kBhI/Lm9ewQHi8a8ghAnB 09xitVot8O8V7+FpPhc/EhSHWC4Xiw+2mM9ns3GnENxm3hR6Gy54XZwtptPJZMwWoyFbDAa9brfD Eu1mo14rPW3+8Y5EZgy8dsZTvDjr6scW7/fYF2+h1VmiVn2vlFnirVQssMRr/iWbOYx0OvWUTMSi XivzC08Smc6dLFaZxdlWP7p4jm3xTDr1nEwcRjwee4xGwiwRCvh9Xpbw3LvvDsPlct467DaLUc38 F8ySa5XZE4kxi7OtHgpyWRytjhZnCZvNYr5hCZPJoNfr2EKrYQm1Wq1SKZUK+favKEpkaqPFZrNZ LeyLG48tfmp1llAo5Gwhk0ml1xziionPv9wqubqWK/hbfLs6S0i4xZ+fhUQi4OL/x5H4D6q1KlcN CmVuZHN0cmVhbQ0KZW5kb2JqDQoxODIgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0lt YWdlL1dpZHRoIDIwNi9IZWlnaHQgMTkwL0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21w b25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAxODMgMCBSL0ZpbHRlci9GbGF0ZURlY29k ZS9MZW5ndGggMTM3Pj4NCnN0cmVhbQ0KeJztwYEAAAAAw6D5U9/gBFUBAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADPAMq7AAENCmVuZHN0cmVh bQ0KZW5kb2JqDQoxODMgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRo IDIwNi9IZWlnaHQgMTkwL0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRz UGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0 aCAyODc2Pj4NCnN0cmVhbQ0KeJztnWdDKrHWhSlK7x1pClIUFJAqTZDeOzP3//+RuzMDHj0ng6AD JPd91yc9X8JzJtlZWZMtEsn/69ySHqAzD/dHMkHJj9DV1fW1YqvrK7kgjvB4Px3ti5RKFVZqtQYn rVanx8lgMJnNFk5mk151hceRyuQK7HjCowkMZzRtR/sqq83ucGLkct94PN5/5fMHbjG6C96HI7zC Qa9FjX86smuNyYYb7ujRQrvRvigae4wnEk//6jmZfslglM0Xiq8YlcqVKq9KIeEzXONopHKN/TYW xwyHRsMNl819N9pn1Wpv9cY7Rs1Wu9PFqNcbDIcjjMbjyWSKNBl1imGLAkujMAVSFcx4zWZLYLQ+ frQRjMYP95dmszlWi8USp9Vqvd7s1Wpci1mVMtxEU9qi5f5U1NG+ihEUe5T+sxO7mb7FbHgalTPR mK5FGO3PcKfWZgrPBjvTZGp3srVgzvZJxBDQRPHrRq7xvHSX5/t/FUObSTUiQKP1ZXur/xEaqVwX yA8opDFjaa4Md6/DNW00lbAZt3tKr42h8nhz6c93nDbj8r0JS6MwhysT2mhGpaART2OJ1qZ00bDr 0eudAWeiZUr7Y31G13bDroeFgB7noWUqR+J9ThnNqp/z6+T/woAVcD23aKNZ9rI+LZZGc5PuLOgq 0Oyy++LR4GjkWm+mR5mxYRbtlFuDs9BynT/Xp8wKMPPms0uNoZFe6W8LtFkBZtaIO1RYGmOwNNpQ RiN0WJNem+4r1BkbQdOpsESqlBkbdjMuhbDGRqa0PbxNKdtu1sPiLd7YqBzxBm3GZo8VcD41qbMC sHkKWAF3qk1ZxsEsWkk3bruhMuNgZu8J7HYDVsCXpc0KcGmaEptx6KnLOFjhczTKOEZ0GRt0VsMX aBozDu50o8OdPKUKM3VWAM4DAiVNqrTGapRZAUEHTWXGsZkIRerodQdlGQe7HpVC2JKGMg7aXneA S8sH9Ng30hRmHOyik8ZHHDRmHMK+BmUclFkBFg6eAkUAZRxFujIOcAKv+ESdxoxD2AnQmHEIH25o fN2xmdUf7dirAlzGUafK2MDeWQ5j06ft6w6qjM2evZN73UFXxsEtG/zeSV/GgW7YPOBv2FCYcaDd RsBychkHXa872GU3I7DbcBlHYUCTFQCT9uTE7zb0ZRzsZlwRuC7EWwGqMg5Un/FxjYTCjIOZt1I3 GoGr0CjjoOl1B5wGagI3ICV8xkHT6w52NSgKnAYkXMZB1esOZtFOe7RCd+4pu9KJjMCjHX+IlvBW oEOPFWBXcOwUMgLbK5300MBEe/EKTjTaMo7NtL5nooEVoCnjgIq2b6Kh1x2lMTUZBzPfV9GAhqYr neDR9mydtGUc7BJ5NMGJhjIOil53oMOAS+AMzdHQlHFwYY3QYYCjoSnjYBYdOHUKHAY4Gs1NmpaM A+zzPlcj4V930JJxQA0o3AnaZ46Gniud7LYGCNNwGQclVgD5gHuBwHZLc2UI0pJxoCP0Hh8goSrj QOU5gm+J/KCh50onOgv4BLL0rcAKUJJxgEWrxvaWZ2QF7JRc6WQW3Wxgj0XjaSjJOLid0yGQ137Q qN1JKqwAu+zlb/funBJ6XnfAo6nHnQJ/TuAPDSVtq+jR7Dc1HA0dbauHPRqUcdDQtsoc9Gi2Gcel P+x3OuzR0JJxwF6T+7ag0ZJxsOtxDfaa7x4NJVc6mXn7xf+NDeBoaGhbZVfDcsS236HxNBS0rbKb 6XvSsy/b+KChIOOA6lwImfeea7ai4EonKgHxvWnAHxryMw4oAZnA99VZQkXbKioB0W8OaR80pF/p ZDez96R3//n5g4b4K53Msl8IWQ4pARRkHFAC3g4sARS0rTLzTjZg3BcIfqYhvG0VSkAlZlfLDqQh u20VSkAz5dUfUp15GqKvdDKL3sElQEJ6xsGuRtXHQ0uAhG9bJTbjQG4zJfB3EnEium2V3cw7ueDh 84zsK52wb5aiBxw4/9AQ3LYKi6aWuNEdPM+IvtIJi6aZ9hsVB88zkttWWWbezYcsqgP3TU7kZhzM clCOOQ4vzhwNqW2r7Gr89nRzsAnY0hDatooczUvgqEUjIbZtlWUW3cK9VXXUPCM244BFU3lwHrdo JKRe6YRFU3/2HLloSG1bZddTWDSmwx3NBw2BGQdUgHYudPSiITPjAK/ZLYTtRy8aIl93AEzvNerU HrtoJCS2rUJt7pcfXbrrYxeNhMCMg0W1OQ4e4Acw5F3pZJbD2pPXcKQH2NEQ1rbKrEb1pB9q84++ noOwjAN2zfd0wPxDGMLaVtGumbmzHL/R8CKrbRV2zVYuZDsiB/iLhqSMA2A6edg1D3q1gaUh6Eon sgDFiEP7YxiSMg54Mt3XmOuYhOYfGmLaVtn1rFOM/cwC7ERM2ypUs3Yh+jsY7konCRkHwLTyEefv YEhpW2VWk2Yu7ND+DgaMjYeAjIMBB5C9/0Vp3oqEjANc86jxErT9GoaEjAPB1NN3VvWvYQjIOABm +JYMCH3P2FE06ErnRTMOdrMY1J795p8aza805vBFMw5wM/3Kk88kBszFMw4wAL1y3GtUigHDZxwX swIsbDPt4oPH8NPD2d80l2xbhSUzamTDLr1CHJiLZhzset6vpoJ2MAAifUXn5a50wiybdl7jPrP6 6ndu5pMu1raKtsz3XMQt0vrf0lzoSicqzDWYZTqxlgzShdpWuVlWSvgtMMtE/Fbby7StolnWzEXF nWWSC2UcMMsGb+mQQ9RZxtGcP+P4mGUa0QrzTmdvW2WZ9XzYyEVvjKIYs79ozty2ym6W43b5OSj+ LONpznmlEybZrF/PRj1mteizjKM5Y8bBIlvWfE3c2nUi17Kdzvi6A63+bjV97zaqRN1kPtOcq20V rf5BI//gs2pPsWK2NGdqW92tfqdBKT8ZzJnaVrnV/5aJnGr172jO0bbKbTHNYjxgO9Xq/6A5edsq sCxG7XLq3nW61b+jOXXGgVjGnepL1GvRnG71b3XiK50ss1mMu7VMzG/TwyQ7Mcxp21a559KtZR/8 dsOpJxlPc7q21R3LY8BhUJ2ykn2iOVHGwUJNno86VY7lpFX5s07zugMM2Wo2bFUysXOynCTjgMey Xk4HzVI66rOfa45xEr9tFarYaj7u1ovPYa9Nf04WPuMQ8XXH9rG0Ktl40G3RKc9Rxz7TiJhxAMpm ORvBY0lG/A6T5twsIratsvwM6zfLmXjwxgpT7HROWVDiZBwcymLSb1Xzz2Hf9rGcnUWUK53cBJtP Bq1aIRkNuCyXeSw8ze/aVhHJejkb9wElFbt1Ww1qxWUey5bmx1c6eZL5dNhtlHPPsbsbmxFm2Omd 5R79LONgdySjXqv2mkmEA24roFxshn3QHNm2ijgAZLWYTYbdZq2UfY4FvQ6zXn15lGPaVlmeA54I gIz67ffqa+YpFvK5bEadCtbK5RbLJxruz4+v4JMKMwAEh7FazmfT8bDXblRLuXQiGvS6rEYd/1Au T4KEaPK9+Wq92YrZafs7MCwXQDEZD/vdVqNWKWZT8UjQf+OwbElIQZFwptOXqnUHw9F4MplMQbPZ fD6fzdCPk8l4NBz0uu1m461aLuZenuOx+1ufG4FoVArumRBDgiSVa+yhp0y+WCpXqtVqrVZvvIMa 9bdaDX6vlIr57EvyKR6LhG59HpfDajLo1AiEOBJOMoXO6vb6b4OhcCQSiUYf4glQ/DEWhV/D98Fb v9fjdtptZqNep0EcV9zcIg+Ek1R2rdRodXqD0WS2gGx2h9PpsNus8LPZbDLodVqNWq1SIgyeg1AQ XlKpTCaXy6+urxVISqUKSankfkMICIJ4iq+S7iTb6uMfLv3J/s/qv7JVjbsNCmVuZHN0cmVhbQ0K ZW5kb2JqDQoxODQgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE4 OS9IZWlnaHQgMzY0L0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRl cnBvbGF0ZSBmYWxzZS9TTWFzayAxODUgMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjIy Pj4NCnN0cmVhbQ0KeJztwQEBAAAAgiD/r25IQAEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA jwYmYQABDQplbmRzdHJlYW0NCmVuZG9iag0KMTg1IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3Vi dHlwZS9JbWFnZS9XaWR0aCAxODkvSGVpZ2h0IDM2NC9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0 dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9G bGF0ZURlY29kZS9MZW5ndGggNDYzMz4+DQpzdHJlYW0NCnic7V2JWvI6EP1bdmRVEFFQRHFBAUUE UdwQRERkceX9X+QmaZGWFmjpNvm+e57gMEwmc9KTyb9//+N/8GAYFoOxmodaMIi4ze50ebxup40m 9jjgNofTvRIIRzc2ogEXazUjheAD7vUF12KJVCabzx3E/Q4aQo+ZO1xefzga3947zBUrtYenh/L+ KvzQI+Z2p9sXim7uZLKFy+u7euu12++/PZzGPLDJoyy3Oz2+8Hpi7/isXHtovLz1Bh+f3z/fg2Zx y2uzmt9s8MmyGkvunxSr9812tz/8/Pr++f39Hf1+tss7fqj1BmeLyxtYi+8c5Eo3j61Ob4gCjoiP CH6/3q73gjBXLAq604OYpw7zl7X6y1t/SCI+muD7/fZg1QmPPAq6w7USiu0cFsq3TyhZPr7ExDF+ +o8nUTe0FcsFPbK1d3p522h3Bx/fUuaY/LBRiMMqN5Ogn1cfX7qDT3nmOOk/Xi4SK4BWrCjoHdls mZD/fK2kAnYo5BF1cdBnM8fkv7s3+yEg5QZT961ujoOO0mUOc1JuevdHay4I5DnqW/sFJUHnV+yg fhoDUG7+qF8/vfYUBJ3Lm2HzfNPyBkFIva8o6Bz5z/blts/aciOmPqe8SMh/dappa8sNY3OuCKgr ZT4i5aZ2ELawQUBbkjcUX4b6CDcID9moZXoE9Y3uQCydqy5DHZebp/yGVQ0CyhhfZDtbflyKOm4Q WsWtFUvKDcoYT2jzoHj3gorjEtRJg4D0iAUrls+Y/HWjO1RcHKfJYz1iQYOAa8wayZjB1zIZw+H7 /e7QdD1CMiaeKd62eh/LU+f0yLrJDQJjc/nXd3PVxtvSGcOTHzZN1iMo2z3hxNElqjEaMoYA6ZFS 0swGgWGdvuhu4eb5fckaIyT/1TFVjzA2dzB+WHrsDLRlDEfeVD2Cu4HV7dPr5vtSu5IEWI9ETNIj eKXG9ot37cGX9rBjID2SM0ePcCv1uPL0pj3befwOn89NObDkVmq+1lqukZEnb5IeQSkTjB+glTrU K+wjXo8Yf2DJoJRJnlT1Wqlj8qYcWKIqE9k9IytVP+ojU/QIqpC+9f2Lxzc9U4YjP2gYrEfQUvVv HJYb+qYMAdIj+MDSQO5oqW5lq8+9rx+dqRuvR1BDEE6e3rwM9E4ZQv7bUD2CysxaqnD3qnu6c/ju 3R2uGVVuWMdKNF186Ax1T3cOP/36qUF6BJeZWKZU72oSTHPJD5tnca8R5HGZiR9WjCgzYximRxD3 wOZxtdXXeWcSkf/qXO0aoEcI9+y1MWXmj/x3t5bR/8CS425QiZzgp/dwHNG7QeC5tw3mjg8sc3ob KMbcDSrvEyA9oreBwjTuxECxrauBwjzu5MBSVz1iInfdDRSmctfbQIH2VfO462ygYB3+uHncx3pE n7xh7CuxI4P3VRF5bKDQSY8wNm/0oNIyjTvWI3odWDI2z9reZbNvGneiR/QxUDCsO5y6eOoZ2EdK oJceYVhXaPvssftpIneiR/QwUKACn8jdv33qf0wwB7+fLyUdDixxkTypvX6Yyp0cWGrXI1yRbBul tWeS10OPmF4kx0B6JKtRjzA2t9lFckxeu4GCdYZ2iuYWSR7EQKGp3DAO/1buwdwiOSav1dCNEj52 dGN2oeHJazR0o511ba/cGphcaHhoNFCwzuD2+VPP/MVKoM1AwTh8m6d3b1YkPCGvRY+gVjJ6eN22 JOExNBm6WVc4fdk0f3f6I6/B0M04AsnC47sFFX5MfnkDBWppNrK3HasSHmNpAwVqCyKZq5ehVQmP sbSBAlXJnYuGBS2NAMsaulHSxE/vu9YlPCG/pIECba2ZqnVVkie/nIECVZrtosVJwxsoVOsR3I9l by3bWv+wlIGCdYbT5ZallYYjv4QeYey+rfyjVf2YAMsYull35OD69cNy7ssYKPBqvWgOLE+aZQwU eLWe3Flc4nlgA4UqPYKayb2KtX3BH9TqEbxaC3UAqxWDGLpVGCjwar2xtJkUQKWBgnH4t4sgVisG NlCo0COsO3p0+wZitY44PZIJKy03pEw+w1itGEiPKDdQkMDDKJMEagwU0AKvytDNetaPIQWe0yPK DiwZR3CnBKCbnOD3602hHmFsnlgWSGPAQ7mhGwU+dQmkMRhDqR7BgT95eIfRGIyh1NCNAr9bfgHQ xguh0NANMvDkwFKBHuEyHljgiYFCgR5h3evZO2iB5w3diw4sGbs/CWpz5aHIQMG6Vg9qYNrJCZQY upFyjReeoPTxAijRI4wjlK68AhFQQigxdKOW7OQBiHIVQYGBAi3X7YuWxafC8lhs6GZdayCX60iB HmFsK5sgl+sIr9gFhm7GGUpfQVyuIwWGbrDLdbTY0I2Xa6kFra0ZY4EeAbxcRwsN3VB3Vw7zDRSM I5CqtGEu19EiQzfrihwBbIbHmG+gwFnTAJs18w0UjD2wU4abNfMN3Yxz9eC2CzZr5k/EYz0bebi1 ZjTXQIF3KHjCW4g5BgrGGc7cgN2hMOZMxGM9sdN6H3DWzNEjjM2XvADb13DAB5ayegR1w/vXoLNm joGCdZNu2Gp+czHLQIE0VKII8KxJBM7QLV2xjCMIVkP9YZahm3GtHQJuynjMMHSjQpkDvb0SyBso SMoDL5SjWXoEdZQpkKd8YmBDt/TAEvcGNcgdJQf5iXisO3ryCLo3IJDXI6w3ftYEXuUx5AzdqLHZ voQsosaQM3SjLWoPemNDgA0U03oEbVFHd8AbGwI5PULHFjWSNXRTskWNZA3dlGxRGFIDBSVbFIbU QMG6IsfQhQgPqYGCmvUqZ+hmvZvnzSENWSNj6Lb5kiXQx00CTE/EY+x+WooNMVCI9AjXHFBRbKQG CnI8/E5FsZEaKEilhN/Mc5g2ULDuWK5OR6WUHljSokQ4/IgN3agtu6ClUk4bKBibf4eaSjk9EQ+f 9FEhoziIDd18T2k1KaUQGyhYpAHv6egpCUQGCnwyT8GZzR9++o8TPUJRQ0yADyz/9AjriRca1JT5 KQMF7uaf6ejmCUQT8fAeRcXRAQ/RRDwkRag46vuD0EBh8+2U6dlgRyJDN9ZRVx1qNtiRaCIeYw+k qdFRBAI9QkQgPd3BSKRHMPkbushP9Ah95AWGbsYR2qeN/OApz+kRTJ6ijhhjYugm7TwtBx8cJoZu RJ6eUxsOkwumVB058cDlJkQt+fHHHUrJZ3jy1OX86O8rPo3V5hsfIOD+gMY6j80f/jF5ynZY/js4 nb0NPwSSypYYq5HzTfJ1hD4xIviSjGTgbpU28mMRy9j8qQpVGlZoQLD5tuk6PRAO18KfkKk6t0Hd wd9nKdpOzEh3MLYUc84Deg5aRfP08S0dwHe7pCDOD/47MlWfYTHwMwxJ3nNDiZt1AuFEeu6bFEXk ha+bU6dGyGdk3rVClWMFQ3glmXiFaOoPfogbmv+iRtsWK/4Q6906f6ZoixWZ6CnbpZD8FtxvpKzQ c/J74pygxIDOYSK//00OuWlJerEjF6nYXYq+B07kN2d1wo5WamrllJEbdfQ0OeQGoqFgrHsd+A1q IabuI5MrmdSUm6nZ1qjc7N1Q05oR+T0xoaPWjB5z4u93V3yjl6YDBMl0aPCTMgTA8nuywf7jfNy0 uBOJ50N45QU3CLSYWiUPwpEhJZToEelVahs9LnSh/B4nfTRLyeUF6UQwMh+Gjq5YJL/HXTEtFj+Z h3ZsSITTkfQyd9ipsXITu8rU9AD4Q5F4/H7h0dDii9RcpaegvcHyO+mbmnHDwh4f9wfZieLAB/f9 gfPiTs0qIdN5oLzoMgeyc52omIs0mjWTm5JiieS3zHhiSoql/NNSZLos/CuCxAQtnUkFf/7diL/A LjdQi4a8IfJbbpQZnvkP/QxBIr8n9SaG6g1sGT6xl0nzZv8a+FE397yR3OBEmw/8PjV7sjJ+pQPq HHEes1/pxQ8uAJ8+KLpPOpU3K5tnsPtiLL9nzCZmXWuHNVAPSU1jzju3sAfQY8wbaY1ahJNHwCeu WH7PfG2EcYb2qoCXrJz8Fi7ZLchLVlZ+C5Zs5BDUo3tiSM63xaF3BLZhvbonwoK3jVjPevYe7CnC gnepyfNvYE+fFjzRy9i8GzkI72fLYtHrQKgx3gPb4Cx62Rk3OPknoFoWye+ZGyy3ZF2rmWuYZ2eT 212zQ++DulHNkt+i0K/BeYhahJnyWxB6uy9xDjL0M+U3DaHnhuMueDwQhf4MFRxw7EVzeWaHHhUc gLV+3hsvwtBv5ut9cNussvd5WbzNwutwfuY8DSQIvc0bB9jhzJHfIvbOULoMrq8X3O6aH3pPLHsL 7MB7rvwWsUeSqtiAtWa5ub5K3mFn3RFULkG9+Ynkd2m2/BaFHpXLHKxXqefLb3HonaHdS1BrVsnT wuPQ2zzrR7U3QPvswldWhewd/iRqceAkzgL5PZU4rtV9tM+CSZyp2bKLEmdl4/QezvnZgndKp9k7 gzulJhhZslB+T4XeEz0EI0sWy+8p9nb/VqEOpEGbDFdRCNYVBtOgiW93KUocb+y4BiNxlMjvKfYO fyL/+A6h4iiR39LESZWaELYq6TMdChLHE8lcvQBI+6nbXcrY21c2srcA0l6Z/J5m7wgkCgDSftH5 tjxQ2u8CSHvBcBU1oYeR9grlt4Q9hLQXDldRxx5A2guHq6gDgLQXDldRGfpx2lvHXoX8lrDHaV/r WCirhMNVVLNHaZ9/6Fq3aNXIbwlYVyhVrFu3aFXJb0nobe61dKnRs4q99HaXOvae6H7ZspKjTn5L 2du96weV1sAa9vPsZYrYO1Zih9UXS9iLh6ssA9bh2zi+bltR7sXDVZZk7988qb1awF61/JZj7wxs nd6izcps9rK3u1SCYZ3BZP7+zfStVjxcZWn2rtB2AW21JrNfQn7LsneHU+d1sxuFZeS3HHubezV9 8fRuLvup4Soa2HsieyXE3szMWU5+z2J/UTc176eGq2hhb/dG0sXHN/MqpmS4iib2nrXU2b159V4y XEUTe5s7vJO/ex2a1OcosJepYx9K5mptk7o0yXAVrexdwcTJjUk9pgb5Lc8e9Tmbx9VW3wxtNft2 1/Ls/RuHlaYZylA6XEU7e4cvdlBumLBdSYeraAfrWFnfL9W7hpdMbfJ7BhgH2a46RpdMhfYytezx dlW4bQ+MTXyt8nsWe7RdJU+qTZT4xtGXG66iE3tXIH5QMjR15t7u0saedfqiaZQ6xlX8+be7NLK3 e4xNHT3k92z6BqeO7HAV/djj1Nkt3L6g1DGA/oLbXdrZo9RJZK8ahqSO/HAVPemj1NnIXBiSOvLD VXRlj5qFSCpfa/V0D75u8nsefbsnlDgu1zuDL33pzxiuojN7m8sf2yvcPHc/9MydWcNV9GbPOrzh xGHpvt3XMXcU3O7SiT4KfnTntKJn7ugrv+eyZ+3u4AbOnXe9ckdn+b2AvtO7inLnQa/cmTztaQZ7 PneunjpDPXJHd/m9gD7acIMb+2c1kjta6esvvxfSx7lzhHKnp5n+7OEqhrEnuZM6rTy+9j+10Z8z XMU4+qwD5c5e7qqukb4x8nshfZvTG47v5TF9DcljkPxeyB7RX+Ho49xfrvIovt2lP32Wo5+rPL68 L1c4jZPfyuij5Emflu9b3QHattTyN1B+K6UfiqWypdtmB61dleHX+3xbNX2U+57g+vbR+c1Tm2SP Cv4qbncZR9/hDkQSmXzl/rnTx4tXKX+D5bdC/qzD7VuN72aL1/UXlP1K+Rsuv5XStzu9wWhiP3d5 23h9Hyrjv2i4ion0Ufb4whs7R2eVu+ZrTwl/M+S3QjA4/J5AZHP3+Ozqvvn6vjB/1N3uMhp48bq8 QcK/ctdod/sfX7N/gNrbXcYDpw/H/6hQrtVbnd6A+wHSX2Ca/FYBZsw/vpM5vajeNV7e0A9AKTT9 C8yT36rA8/eHY4n0Ub50fffUeu32h/gvwL+A/wnqb3eZBczf7nT7gpGN5N5RrlipPTReOt3eYPiJ fwL+DbrYywwD9wd4fMG1WCKVyRZKV7X7p+c2+Qkfn5+fvbr1G+w8IP74B7hXAuFoPJnKHOXOL6u1 +3qj1e50WjdHen9A1h0Ml0LoLwiEIrHN7XTm+LRQvKxUy/mdEIw9agHIX2BH/4HXFwhH1uNbyVR6 NxHxWiNFlgBDfgH+E9wer88fDPo9DuBZMw3yE/BvsDvsNpaWwE+BwbCahP74D5NNruUNCmVuZHN0 cmVhbQ0KZW5kb2JqDQoxODYgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dp ZHRoIDQxL0hlaWdodCAxODkvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4 L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDE4NyAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0 aCA0NT4+DQpzdHJlYW0NCnic7cGBAAAAAMOg+VOf4AZVAQAAAAAAAAAAAAAAAAAAAAAAAAAAAMA1 Ws8AAQ0KZW5kc3RyZWFtDQplbmRvYmoNCjE4NyAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5 cGUvSW1hZ2UvV2lkdGggNDEvSGVpZ2h0IDE4OS9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVb IDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0 ZURlY29kZS9MZW5ndGggMTE5NT4+DQpzdHJlYW0NCniczdlZVxpLEMBxZmPGYRHcUDGIGwlxixKX uMUFRQElspn7/b/I7Z5B7Z6u6uqH+3D7ld9R+1SdP3PGVOo/OVZ0sE9sfpz347qObcki+tj10n4Q TE2FYSaTzeb4yfjORDISg6lMNl+YmVsoLS6VyysrXyqr1Wq1slgI4p9pu/5UNjfNwFK5Ut2s1bd3 934cHDYaR8cnp79OGvXlrMuh5YbFxS/VjVp9Z//w6PT88vrmtnn/0Go9PrU73W777mi94HFoBzOr 240TBm6brafO80vvz+trvz8YDIbD0Wg06JxvFdMMWk64tHNx3+6+9F77g+FoPH7j5+/7Gb9c1mZi mCkfNHvDCPBP/pHPB0w54fLBff8tCVRoT5V2717fECdCf67+uzemoZUubl08j+lfbXn5tdPO0AA6 2S8/Hwc05Nf+wa5NQztY2Ln9YwAtf/br1Qt2bRF6hY2z7gj5I0Xo5laP29i1RehkVhot7NoCZENc 3EOHKMFg/vs1dm0RWumZGjpECXrT6786yLUl6GQrR0/ItUX4vrs0tIPS7i1ybRn6c9+w3ZUgG+Lm OXJtGbr56gkyRBmy3W0guyvBlB0u7TfhaydgsLB9Aw9RhmyIXy9fwNskoDeN7W4C8t2FhyjDFCvV 4UPfAOK7m4QsQNc9A4gHKAmjAEHXTkI0QAmIBygJ0QAp0J/9dgXtbhJGuwsNUYFuDt5dBWIBSsJo iE1giCpEAqRAHqBLYIgqRAKkQicHBkiBbIhlKEAq5F+eQIAACAdIhZZXhAIEQDhAAIQDpEIkQBAE AwRAOEAQBAMEQTBAAIQDBEEwQCCEAgRBMEAghAIEQihAEAQDBEIoQDAEAgRCKEAwBAIEQyBAIGRD ZLsrDxGBaoBgGAVI3l0EqgFCoBogGEYBepCGiED16R2DytM7AvnuygHCoBIgDCq7i0A1QChMBgiD PEBX4hBRmHx6R2EyQCjkARJ3F4NKgHDos93tGcBkgHCY2F0csqd3cYgoTAYIh4kAaaAcIBzGAfq4 tgbKu6uBcoBwmAiQDkoB0kA5QDooDVEHpQBpoBwgHZQCpIVigHRQCpAWikPUQjFAOigFSA+FAGmh GCA9FAKkh0KA9FAIkBaKASLgZ4D0UAgQAT93l4D89cHjkIbC6wMC2kFpEiAKsqf3OEAE/AwQBT92 l4JOdhIgAn4GiITBfLy7FPwIEAn5EPnuktCdBIiC7wH6S8JJgAxgHCAavu8uDd34/SUN4wC9kZAH iH95GsAoQGMaTt5fGsA4QCMaRu8vBwaQfXketvpDEk4CZAKjAA1oyIZYu3gePNMwClDfAEYBeqVh HKBel4ZRgJ5NIA9Qt0NDHqCztglkATputS9oyAPUfKQhD9DeTevcALInoKt7A8gDdHZ3ZgDZEI9v TCALUOPqdIuEPEB75ycGkAXo++nRpgH052o/GwbQShfWDw42ijR085Xd/XUD6GSX6ztrNOS32aqv FgxgMLtWqxhAdpuV9ZVpA+jlFleX8x4NnXC+XMoZQDsoluayNEzZ6dxMMXRpaHlhPh84BtDxw9A3 gCnbTfuebQAt23FNfiD/t6gN/0f1/3f+BWYc2H0NCmVuZHN0cmVhbQ0KZW5kb2JqDQoxODggMCBv YmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwXSAvQm91 bmRzWyAwLjhdIC9GdW5jdGlvbnNbIDE4OSAwIFIgMTkwIDAgUl0gPj4NCmVuZG9iag0KMTg5IDAg b2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuMzY0NzEgMC42Mjc0 NV0gL0MwWyAwIDAuNDkwMiAwLjgyMzUzXSAvTiAxPj4NCmVuZG9iag0KMTkwIDAgb2JqDQo8PC9G dW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuNDkwMiAwLjgyMzUzXSAvQzBbIDAg MC40OTgwNCAwLjg0NzA2XSAvTiAxPj4NCmVuZG9iag0KMTkxIDAgb2JqDQo8PC9QYXR0ZXJuVHlw ZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sg MjU5LjgyIDE1OS4wNSAyNTkuODIgMjg4LjA1XSAvRXh0ZW5kWyB0cnVlIHRydWVdIC9GdW5jdGlv biAxODggMCBSPj4+Pg0KZW5kb2JqDQoxOTIgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFp blsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwIDEgMCAxIDBdIC9Cb3VuZHNbIDAuMSAwLjUgMC45XSAv RnVuY3Rpb25zWyAxOTMgMCBSIDE5NCAwIFIgMTk1IDAgUiAxOTYgMCBSXSA+Pg0KZW5kb2JqDQox OTMgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDM1MjkgMC42 MzEzNyAwLjE3NjQ3XSAvQzBbIDAuNDMxMzcgMC42MTk2MSAwLjE4NDMxXSAvTiAxPj4NCmVuZG9i ag0KMTk0IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjQzMTM3 IDAuNjE5NjEgMC4xODQzMV0gL0MwWyAwLjMyNTQ5IDAuNDcwNTkgMC4xMjk0MV0gL04gMT4+DQpl bmRvYmoNCjE5NSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC4z MjU0OSAwLjQ3MDU5IDAuMTI5NDFdIC9DMFsgMC40MzEzNyAwLjYxOTYxIDAuMTg0MzFdIC9OIDE+ Pg0KZW5kb2JqDQoxOTYgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFb IDAuNDMxMzcgMC42MTk2MSAwLjE4NDMxXSAvQzBbIDAuNDM1MjkgMC42MzEzNyAwLjE3NjQ3XSAv TiAxPj4NCmVuZG9iag0KMTk3IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xv clNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sgMjUzLjcgLTEwMC4zIDI1My43 IDE2MC4zOV0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMTkyIDAgUj4+Pj4NCmVuZG9i ag0KMTk4IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAw IDEgMCAxIDAgMSAwXSAvQm91bmRzWyAwLjEgMC41IDAuOV0gL0Z1bmN0aW9uc1sgMTk5IDAgUiAy MDAgMCBSIDIwMSAwIFIgMjAyIDAgUl0gPj4NCmVuZG9iag0KMTk5IDAgb2JqDQo8PC9GdW5jdGlv blR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjUwOTggMC4yMjM1MyAwLjczNzI1XSAvQzBbIDAu NTA1ODggMC4yMzEzNyAwLjcyNTQ5XSAvTiAxPj4NCmVuZG9iag0KMjAwIDAgb2JqDQo8PC9GdW5j dGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjUwNTg4IDAuMjMxMzcgMC43MjU0OV0gL0Mw WyAwLjM4NDMxIDAuMTY4NjMgMC41NTI5NF0gL04gMT4+DQplbmRvYmoNCjIwMSAwIG9iag0KPDwv RnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC4zODQzMSAwLjE2ODYzIDAuNTUyOTRd IC9DMFsgMC41MDU4OCAwLjIzMTM3IDAuNzI1NDldIC9OIDE+Pg0KZW5kb2JqDQoyMDIgMCBvYmoN Cjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTA1ODggMC4yMzEzNyAwLjcy NTQ5XSAvQzBbIDAuNTA5OCAwLjIyMzUzIDAuNzM3MjVdIC9OIDE+Pg0KZW5kb2JqDQoyMDMgMCBv YmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRp bmdUeXBlIDIvQ29vcmRzWyAxMzAuODIgLTIyNC44MiAxMzAuODIgMjg2LjA3XSAvRXh0ZW5kWyB0 cnVlIHRydWVdIC9GdW5jdGlvbiAxOTggMCBSPj4+Pg0KZW5kb2JqDQoyMDQgMCBvYmoNCjw8L0Z1 bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwIDEgMCAxIDBdIC9Cb3Vu ZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyAyMDUgMCBSIDIwNiAwIFIgMjA3IDAgUiAyMDgg MCBSXSA+Pg0KZW5kb2JqDQoyMDUgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAx XSAvQzFbIDEgMC42NjI3NSAwXSAvQzBbIDEgMC42NTQ5IDBdIC9OIDE+Pg0KZW5kb2JqDQoyMDYg MCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDEgMC42NTQ5IDBdIC9D MFsgMC44NTQ5IDAuNDk0MTIgMF0gL04gMT4+DQplbmRvYmoNCjIwNyAwIG9iag0KPDwvRnVuY3Rp b25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC44NTQ5IDAuNDk0MTIgMF0gL0MwWyAxIDAuNjU0 OSAwXSAvTiAxPj4NCmVuZG9iag0KMjA4IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5b IDAgMV0gL0MxWyAxIDAuNjU0OSAwXSAvQzBbIDEgMC42NjI3NSAwXSAvTiAxPj4NCmVuZG9iag0K MjA5IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJH Qi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sgMTg0LjEgMzAuMDQ1IDE4NC4xIDI4OC4wNV0gL0V4dGVu ZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMjA0IDAgUj4+Pj4NCmVuZG9iag0KMjEwIDAgb2JqDQo8 PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMF0gL0JvdW5kc1sg MC44XSAvRnVuY3Rpb25zWyAyMTEgMCBSIDIxMiAwIFJdID4+DQplbmRvYmoNCjIxMSAwIG9iag0K PDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjM2NDcxIDAuNjI3NDVdIC9D MFsgMCAwLjQ5MDIgMC44MjM1M10gL04gMT4+DQplbmRvYmoNCjIxMiAwIG9iag0KPDwvRnVuY3Rp b25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjQ5MDIgMC44MjM1M10gL0MwWyAwIDAuNDk4 MDQgMC44NDcwNl0gL04gMT4+DQplbmRvYmoNCjIxMyAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9T aGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDM2Ny4z MiAyMzEuMzYgMzY3LjMyIDI0MC4zNl0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMjEw IDAgUj4+Pj4NCmVuZG9iag0KMjE0IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAg MV0gL0VuY29kZVsgMSAwIDEgMCAxIDAgMSAwXSAvQm91bmRzWyAwLjQgMC41IDAuNl0gL0Z1bmN0 aW9uc1sgMjE1IDAgUiAyMTYgMCBSIDIxNyAwIFIgMjE4IDAgUl0gPj4NCmVuZG9iag0KMjE1IDAg b2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjMyNTQ5IDAuNDcwNTkg MC4xMjk0MV0gL0MwWyAwLjQzMTM3IDAuNjE5NjEgMC4xODQzMV0gL04gMT4+DQplbmRvYmoNCjIx NiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40MzEzNyAwLjYx OTYxIDAuMTg0MzFdIC9DMFsgMC40MzUyOSAwLjYzMTM3IDAuMTc2NDddIC9OIDE+Pg0KZW5kb2Jq DQoyMTcgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDM1Mjkg MC42MzEzNyAwLjE3NjQ3XSAvQzBbIDAuNDMxMzcgMC42MTk2MSAwLjE4NDMxXSAvTiAxPj4NCmVu ZG9iag0KMjE4IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjQz MTM3IDAuNjE5NjEgMC4xODQzMV0gL0MwWyAwLjMyNTQ5IDAuNDcwNTkgMC4xMjk0MV0gL04gMT4+ DQplbmRvYmoNCjIxOSAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFj ZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDM2Ny4zMiAyMDMuNTIgMzY3LjMyIDIy MS41Ml0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMjE0IDAgUj4+Pj4NCmVuZG9iag0K MjIwIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEg MCAxIDAgMSAwXSAvQm91bmRzWyAwLjEgMC41IDAuOV0gL0Z1bmN0aW9uc1sgMjIxIDAgUiAyMjIg MCBSIDIyMyAwIFIgMjI0IDAgUl0gPj4NCmVuZG9iag0KMjIxIDAgb2JqDQo8PC9GdW5jdGlvblR5 cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjUwOTggMC4yMjM1MyAwLjczNzI1XSAvQzBbIDAuNTA1 ODggMC4yMzEzNyAwLjcyNTQ5XSAvTiAxPj4NCmVuZG9iag0KMjIyIDAgb2JqDQo8PC9GdW5jdGlv blR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjUwNTg4IDAuMjMxMzcgMC43MjU0OV0gL0MwWyAw LjM4NDMxIDAuMTY4NjMgMC41NTI5NF0gL04gMT4+DQplbmRvYmoNCjIyMyAwIG9iag0KPDwvRnVu Y3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC4zODQzMSAwLjE2ODYzIDAuNTUyOTRdIC9D MFsgMC41MDU4OCAwLjIzMTM3IDAuNzI1NDldIC9OIDE+Pg0KZW5kb2JqDQoyMjQgMCBvYmoNCjw8 L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTA1ODggMC4yMzEzNyAwLjcyNTQ5 XSAvQzBbIDAuNTA5OCAwLjIyMzUzIDAuNzM3MjVdIC9OIDE+Pg0KZW5kb2JqDQoyMjUgMCBvYmoN Cjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdU eXBlIDIvQ29vcmRzWyAzNjcuMzIgMTY2LjQ0IDM2Ny4zMiAxODQuNjhdIC9FeHRlbmRbIHRydWUg dHJ1ZV0gL0Z1bmN0aW9uIDIyMCAwIFI+Pj4+DQplbmRvYmoNCjIyNiAwIG9iag0KPDwvRnVuY3Rp b25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sg MC40IDAuNSAwLjZdIC9GdW5jdGlvbnNbIDIyNyAwIFIgMjI4IDAgUiAyMjkgMCBSIDIzMCAwIFJd ID4+DQplbmRvYmoNCjIyNyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9D MVsgMC44NTQ5IDAuNDk0MTIgMF0gL0MwWyAxIDAuNjU0OSAwXSAvTiAxPj4NCmVuZG9iag0KMjI4 IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAxIDAuNjU0OSAwXSAv QzBbIDEgMC42NjI3NSAwXSAvTiAxPj4NCmVuZG9iag0KMjI5IDAgb2JqDQo8PC9GdW5jdGlvblR5 cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAxIDAuNjYyNzUgMF0gL0MwWyAxIDAuNjU0OSAwXSAvTiAx Pj4NCmVuZG9iag0KMjMwIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0Mx WyAxIDAuNjU0OSAwXSAvQzBbIDAuODU0OSAwLjQ5NDEyIDBdIC9OIDE+Pg0KZW5kb2JqDQoyMzEg MCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1No YWRpbmdUeXBlIDIvQ29vcmRzWyAzNjcuMzIgMTQ3LjcyIDM2Ny4zMiAxNjUuNzJdIC9FeHRlbmRb IHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDIyNiAwIFI+Pj4+DQplbmRvYmoNCjIzMiAwIG9iag0KPDwv VHlwZS9QYWdlL1BhcmVudCAyIDAgUi9SZXNvdXJjZXM8PC9FeHRHU3RhdGU8PC9HUzUgNSAwIFIv R1MxMSAxMSAwIFIvR1MxNCAxNCAwIFI+Pi9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSL0ltYWdlOCA4 IDAgUi9JbWFnZTkgOSAwIFIvSW1hZ2UyNDcgMjQ3IDAgUi9JbWFnZTI0OSAyNDkgMCBSL0ltYWdl MjUxIDI1MSAwIFIvSW1hZ2UyNTMgMjUzIDAgUi9JbWFnZTI1NSAyNTUgMCBSL0ltYWdlMjU3IDI1 NyAwIFIvSW1hZ2UzMDcgMzA3IDAgUj4+L1BhdHRlcm48PC9QMjM0IDIzNCAwIFIvUDIzOCAyMzgg MCBSL1AyNDIgMjQyIDAgUi9QMjQ2IDI0NiAwIFIvUDI2NCAyNjQgMCBSL1AyNzAgMjcwIDAgUi9Q Mjc2IDI3NiAwIFIvUDI4MiAyODIgMCBSL1AyODggMjg4IDAgUi9QMjk0IDI5NCAwIFIvUDMwMCAz MDAgMCBSL1AzMDYgMzA2IDAgUj4+L0ZvbnQ8PC9GMiAxNSAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4 dC9JbWFnZUIvSW1hZ2VDL0ltYWdlSV0gPj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVu dHMgMjMzIDAgUi9Hcm91cDw8L1R5cGUvR3JvdXAvUy9UcmFuc3BhcmVuY3kvQ1MvRGV2aWNlUkdC Pj4vVGFicy9TL1N0cnVjdFBhcmVudHMgMTA+Pg0KZW5kb2JqDQoyMzMgMCBvYmoNCjw8L0ZpbHRl ci9GbGF0ZURlY29kZS9MZW5ndGggNTYxNz4+DQpzdHJlYW0NCnictVxdj17Hbb4XoP9wLrUB/Hq+ P4AgF7GTIAUCuLWBXhS9UBey4mAlIZLRoP++fPiQM+fdXWldZ5sA9pLzcTgc8hmSM6+Pr787fvvb r//yzZ+/PcLvfnf8/ttvjr+/fBGOcAnyvxlrzUdP4SihHh/fvHzx77853r988fWfvq/H20/yx3ev f/75zcf3x+2n4+vvUi7Hp9v3e3wONY6r8T/+5uWLf3354vjDX745jtPH44OPx5FjfOTbPc7LGIf0 kobCP78Kl1znrMftO5Hpz+9ev30zjm8/HI99KT1cZosh10c+FcOl+Zfqcb2o/aX5uS/l/5NCZbHQ qKwkd+ndkvwjhnR8fHtfnxTrKY2W/fX7uzS4S3HES69HLu0y+vEODJnZ6djnpRWlShFqXAba6qW2 41b6CiMMYRQIE3vHv3LJl5I2JfN3djaGLCkfPjTrlD5z7pc52ZkfFoboxGTK7dJEJpOYFPqOdJm7 NftMOrD4NDbvqBDOPyuUSVQWES8jeldbTT58nK3Upt2KsK+aniiQqfBKwdL3ry9fDBGnssccUPqQ xlGcId+aMytVO6g0sn6sF0wgH6+9qCwzHkKlpGKKYE6kS2jWVWlZ4EQjPoqlR8yaMxWTtGe7hB6V EfIh1OxZdVplVtkqsUej0HleQp2reV5mICVKnkF4XSeiHme8pFb1uy0fQrWAHZFBfVFQerHOZGTM jKGVK5UpMXOl+fVkYgxRkOqpQcop+nAdXqmYao+hXSImkDVOtfUgunU6CpAUjhftChpc+lAqqGRg xKpfF5wQp5Rvq2SFRFOhE7tO2AzpO6PZV+xBiNB1HphKGPgXPkOjC6K2RCHEPoUKdQt4Ft+WJAR0 UgO8CUuqURbujLvNyBlfv9tDFkOmaWIgtZ6maaLxnE7TNLGa0HQX0wSjJzG4duoh7p3yPDPiJXf4 WoG8YAiuJex9pF6a2EAGBgQZeQiFzUyiqwkiJdmMNGz78P1Ohkjd9J8gRD1CBOgl9YvYLPpigUkZ sqFCBZiUUFFGtkuGI6dmiNCqopLQYq6y7JnZKpI3CN6dQl/Z0Lqbk0BCXkPFcuN5XllknLo4sYU7 ZUxsvDAyxta0l56JhUrcqvaB+t4qe1E5k5wbIm8uU5UYsy1gZDJk+bK+FKHjpGoUPOq2+clMJoWo Jif7VBr2Oon5bkYSOychp0wSnwBMlAnfvWXfSevtuqdgJGJV6gfmrjTnGoUKF/PIGjk6wHqMEefE 0QBKYgZQmUMDXWEOjq6K60LVoZRsOSiVq2BPrTMwCC4n+DzF+5vCCk4iowBA7Gv08oiZ1fQeMLYT yZBWH2GIL3X6OCQCQ+w0q3xzqN5q16WpVqaBLfQQ6CppqJoAtq7/8/aYl+MMOW8ZDqBUnREFrnPk LuH0UUyHJKZIwclKTMnQTXDV5bipCNhR5ZAh+IxmDOWpIOcIZh6wtIpV6cy661DcTHoqwhSEAloN PfiNumVgod7PZjnx+6TOiwYLwF6BikgxesM5BIb4VuxF1SkfHkmpZEd8Zees+pUNLghDMkxXD71N JFeGM3SvfWTRGNInhi3bxPyu7HLDXE212prKC5wQjefhkVAzt9FwRYKPtTvnzbMNbeqepw0VJ+9t DYHfmrmJqhoBGx+jWE2FUFnka81Om65OJZRFEgwBouADHZa4DVqtQYIMUbxQcazARaRo9M/OZQGJ ps4t+xIFpwopMXFAWDdCu0Yen2wM9NausV4LDBObh1Z1ekwkvUBVNqcTVc1ZTgysFkMZDQE0MDMX Y3YjDJWiqBuKTJ3xKXCgqXVh6wctUuFRGTjSRatRLaWrFgPdYtrqpp6iwhCbi92+EqBkp7LuihqD MbrGlY0wB+PN+pWqdt1t4u5O07gdeftIY5CxXQhqnau5DgSoQsjRHWuH8WPiQt+sjBbksxl9df81 SBYhaqEjy2G+NiQzNLSgQU9hMES9oCykA4BAxYXh3tr5EJVRpuocEUxWaFhLUEo7ZxyQq7motWLo 0NUXDvUN0hAcemSrjuxqNE4NRFPW1xjUoy2wsW9jrrGmLU0xLqoIONEAeEog7BDCtCiLVVcLQAZo vDCeliGq8q420dJSeVUTgieKyqsaFyI5I2QzaCJGy0oPDNOIUAEbsxK9LWORb2Y7PLoqfyPLFYoY suxj4Z1SunPWn3GLHjuiIwmI7FQy6BfGIEOWfEdGuzoGJapA1HJiVDqCqIB0U1wUTffujEpVwzaE 6lSvHMBKdc9Obtl5Ur3AWKQiTMiAITiCin0JfaVTOUuCbChdiTYoyjrUxTXy1bGP9XY/pJXREGHt 4Abq69ODG1ArmompcPM9tokpMyOw5sxzlbFN8oTQDiGhS1+hjVCxrNAmRTXdHdoIo9UV2gil8M3Q xqgV2ji91hgVgR8ytp5SVJN/wNihjTA0EGNoI9Ka2SC0kXXGU2QD2gIlFbYo6rj51Xu2Guil21wl G8r7FIzhHNZEHqM7rIkZGvKwJpr6s57kQunGBd8dCVP7cMYdGYOmmDTZi4wQ41RqsGhAUZEZVuKS ZoaVdsTvBv2XUZbBhVNzZwFC3QDri0TKaUklo9qs4QSoWTwpR6IYiVq9+oJrc1DWvUyOpeKEoHTy qosQ5SkCFg8aZLrGeAz2CUnW0aKLWJGbJbtln0MSkjIWkzxKYtmpI/18llBX8b5jhBCpW/i4qaIW zL5kIG1GjDyTp+8xBIYxw49y+aq5JzBcJGrblK4sx4oqoq4yTtY05VjqC/ymGECk3fZjFt2jMgx5 psBYoPPKtybwmGGDmPiiohVwnCFrFOVgqO8oplW1gYeeyJF5REuqDHlKc6VC3NhOOh8QZqxmsQjb LoEeibObnksaJaAzcF3jCFRyAjdaTnaE4I2nfk1eAWpMjmXXkITzLL9PL/cfcj63+QijqCXfsf4U iAeF5alEL5UJRdCYmPiwODdQT6JLJy0kleQ7cr1h9+oZYtJX5QzQp2pGTTDYUzVjMWQSnOsoe/kk OIKB6z6J0whVFRRl8Ej9EYaPwEkPP71PL1j1AQ8YRUPm80fvM9YQF/tcmPlcYbd+trAr+tXCbuIh u0s6qSgU7I11xvqeDzkLkGpmKlKh93cnxpqmtscZjO7v9pAHjDwt3lyMgQNYKaJiJ1WJilZFAIOB oBwuoDrxJyoxWbecjX0Lzz9NPUAZWAuQg2rdKe1cWYex5urNIqQuygrSNnPjAYJt5BqqZ7SZn2oL UiHXjut1dELUvpojjlZ19qSUmYH1DV6wk0gyMSnUVPlICN70b3o7aGYXslkg0nQsABW5uFS8r5Vt OzsHrk+wbVETXuWdy3kLUYVMjzBO5sUhDxkZm2Dm5VZqrrqM1Bxt0e7ea8DJ35MEZo3+3rWum1gl NEbKgUeHrFyIxJBEz6OUM8+RrOaRLYZM2OOEzMmCXescGENMnBp3ZBS6mJzeKU2NQHT3IIGKGYH8 txQJQX7V3CChTMhlyb4v+ZXSzrRwb456zEMsWU0KamZVa2voHOeleYkuWbYuHsE/K0vSJBLcSvsz eRWDxnR6fE/skn47sfLSEapDkrauBSBo7U5p5+a+qc39VC3STaCbmgYmsy69i0laBtVsTYwvM31m xqMUMm/VcWL54h5Z4Qq6BUztHjCY6CqjMOeoMAJsuJWVsMOREhUrJEHEZq7H5XQ7oYeufXSnbJNK 382R0KIXF9BxpZNWril2okUFI0UWHkxt0bRq6WmKxS/K4IqRVbWi8eqiqkXBiyEnkrZ2lmvh8TKv 1hWjhab4rDIyICDFAZgBTjU1A00LqkVqWI/5Ja2g5OVPV+52+8Vzqn3+nGp2TiF+ZBjPC8g01XyN kabehFiBKkm0NbndvHgDY13LJYm/1v2jE3796LSu04bxFtAnXZeE/k3eIbo8vF90cdftYw4sQZEB yuZCLC4hbD9fa+aQvFKJuxMU0+16rmzKLyAXg8q3oVyqz7wU4R+mnlwo1+FZxdwwCS694MjwIPek GcGCa2fs+KQtf1jhQZ4ZIdMOurMos61qZxbd5eyFzDztsssLmdkL41rILMHyPUURUGYGLGTm2bwO yEomGMULmSDCshNIYTeDLGSCEboXMrPYQvbaJZZQ6i5k5skTwhoJESxk5hl4r+CFTDBa9lMQVGle yFyUJ0onBiAVQ6MXMnXmUx0T303T65gQSatQWsfMs56KmKri6kXM7BcPqGJmzdVOVUzodGSvYpZg 39AqplOrirkYWsXE0Ma0TwWaRDsvY+K7Kz/BXlggq7ueFXVW7KM6XTcDeUwCtpYx82AFYJUxMxII plS45EJ+0R3ds+QencCZ1nZYysy4EozcPWUGpUmT1jEhRqbjzuxyDUunp+qcX0IY72vwMiYsaJya q0ME4lZZvoWc0w23rTImKCum1hPlZcwTg4q0BTb2tfx/zZsZpEUVYTCkzkpoaOdlTCxNHU3LmFB5 9iqmaryeqpiq8exVTGg8Dy9jLsrrmIuBQiaIWb1Eg4m1fufnOj6bklcy1eLHBoozjhhEyciUztiC gHYP0ZTSipkaDk0WM/VblbdPgBpGi4UZK0OwSZgxJ660WmstLEPYwKr7u6dtih/+0RXyqjz9tCDt PC+7teldro6Uj6NkzlCyUwbcDlM3WHJjdlAYQTW7c+1IjrRzplRNQ7eWWZRmuuJUcW8zxobxyruN BwzZ8NmuGEURqqo3+fxCGbIyZgIjLqiFEtTQOi8426Uf+8EC6DB2q9fAsR2id4NWW2Ql2PFDoALj nqYBTDdwHL6Dla8xtG/25xcwQ6ciUN46l6v1l/sKKUsh9Zpht2GDZl4ZeektDAJQnb0MfzEVWdO3 rMluZE1TlASB+nr1A8rOnWB3cPmsOxyEdTdXfzcyed1l1+o2MUvdEIK+a3f2Vkf210Mmcb5Qd4l9 zd1j3pSih/XN57qHRe0PGTuMwDaURxj0vztKW+i7fg24rjiuMcBwQYLrfi70ZeQwO+ZI0SMb+Ggy V3IP9sI8/TuZatT1vaS/gCFVu4pBY3WA0XGNB+malW/b/Jus6ro8DHI2LiCPXFVufbcxFzBIetrK GRgyayEGDEhV4gIGpBf5DAyZ4YIBQy4eLGsdw6gFDMY4bd26XbxmbGBwBoEh8yLQ52cGsYEh2U0t gSHpKWXWKwpK55dMqr8NG6l7LDf5pMaeL9gqU/VQF96eKmVSZEiVh9lCBtzZxIUMssNzLmRwaiGD MbYC0n2NpKWRes0gMiS9XnBkECq3EzQkPbAMGeJceJeUsjjSoCHyiCYySKY2tuvHccIJ7dsZSVpz X5pDmtnOuBDrxSruwAXknXnhglD5DAtCh7ZwQTLLWRYuOLVwwRhbUTF4feuasWEAWe5DeqNCNLwj Ksgady3/GgGICprktDMq4NZiDwnZz3UYWqjEIL9MyqE5bAPfQqdl6xuZRfkbGWfwjYwOzV710Jkt 0bf8MGvkyjcyKtSu+0HmdZ9/y9w3t91cdRv5RgYJbGXtgjlCmnyRyDcySeJVfncg+bVqhD+RSZP3 2HwiA4oBYFx/+wMZp3XjfBj9yWdd72Psm3weo+IQLlFQEGk91xueqRvqMadO+8nT1dYZyI/IF05e d16MZTD7DdQ1Y5UkfcgDxqo7L4bWnZVadWdQ+Vx3VsaqO4OqXncG0c91ZzDmqjvnkbz2iqN38PZ3 1Z3BGKfm7M1gYlHnujMY7Vx3Rv+66s46+cq2IEY8153zCCf7y316kRqm6++x2LMPN0VsW+9+nRiV aKeqM+jsVWcQYVWdcyeCraozGGNVnZVaVedFedXZGXsDe/HnsdeMU9WieSxwj3GqOq/ih1WdV+3D qs6L9iLzGnCuOnde5u6q8+BzR6uSybZEBrliEmkQIKsiCtxhMJ6AWOKvg4le1Swgje7X5lZqHJqL MpO6I13oPoL2afCiVAajXDX4GgeVZ44NvhbZ2NT1GLbCcucDiF137jybvLkwMklazu3ZqonsmfTQ LwrEoOIK6RZVLaddDPWCNVQfyem00VN27Vw8SZdTSSXa9edOO9n1Z1lO2M2y1MDUGgVAbEc9VQdU T8ULzapDFgSxumFPuKPVYIdVVQI6qcobAbTjfMTu2YsAVTmxHQ7g22VPT1CVHHz0anXizgfeu4yM 9Y7dzBc2BPnUWRGD92jfxlwdS5K+rbOKFbWvU16SWYyBg1eH8kIC9w+drzyR+SbfIpZ/cfPV+TzM DPnKzr9c7u1W7tXS3T/4k5ZiP2mZ4kB/kjHx+NvxAul+wwsA9b/a9PGakqJrNtproN1sjN2hV6j5 1IGM1SFFfcixOxhjd4BpX3UgY3fA+XfVgQzp8P3LF3/3blXrEqXrYza9VRin3/UU/bEIfkFkrzxj 1Dpo1e77N0RJUJ+/IvoVEyeW9DnqwcTzV0/ctcCc8VzkkYnFlH61xBMTl6C5xcOJ86+dOAW9xC1T EfvhxPVXSzzQwebFhW66mve0d/duOpr9IE5fdh0tHPa+p+I1xPnnWw+H9mCXJJG/ONhjFX++PNYu WHLUQGWPbbqQL44d9oigBH3Pdxqbnh5rvyyrQXFpj52KQF8cO8vV2FQJWhyfwDoNt/2TD7y75690 T/2Z1XW7/H330vgOPicoWm0be66waLcv6LmCotW+kecKiXb7Ap4rINrtC3ceW9d53YZLXNj9xulw wMeZQ52YTUZ4G46wMKzNCG/T2M/bjPC2oj8DsjYjvG2LtuX0tu8fOTzGvivMkTfqgIhW9eUnhEon x/z9D2I9f8SvDo4ffpT10Efxax/ZKLz6EIT9AQs93uIfcvL8x6tw85/HD//y8sUffnj8+JrPIYEE QRPv5GSoSHJfhBqeEiKG55ACP78TxIgyg2Tx96WI4Wkx4nOK0bQG9kCMX6CN9IxipKAl+vtipF+g jfycYhStyzwQ4xdoozynGMhJ8gMx8i/QRn0OMaI9PeEjyYebEuNTYrTnEAPPJFD6+awY6Skx+rNs Sgxa0/2sGPkpMZ4FPwteN8cviFGeEuNZQFRcQVPGz4pRnxAjhc+9PBH7tiCjawAWsz6vm/L/L/2U Pj0LHlaU0GD6EwXw++v67uOHv725/fmnDzdfpVfvn1ph+vwK2/UKJcjWBd4LoB5O+Swo52tkqfP+ Gr/58O7dTz9/empxjwGdnOiQBPHQ0LLJI6LgjfW1NFqcSk1L3hQGbzbwn3L4+PZM/ZuK98fXN+XV Tzf11cebr/KrO/njf25ifHXcfBXLq08/33xVXr3+rxu2vLlexHOJivvpXyLqh/++ifnVm4+HSKyC /fWNCHbcxK7SvRZp/1n52qMCZi36PC3gj6q0N/+4SUHE6tBkevXm9U2DctOrT5fjKSt47Jz5Z1Sb 1NWflvx7M4K3N1+NV+9/Eom5FvBuX78XNavCj/8fAwg67mkpVTq10w//wK7TCMQApv0JwT8d8g+1 YdF8ZvfLU3pvD/+rJQ//My6WIOM3cSo/fueYkEhVRlr9nCDn4AlyRmHoein6a5zQ9P1i1tdotZLR i1VtPWH4XzEwd18NCmVuZHN0cmVhbQ0KZW5kb2JqDQoyMzQgMCBvYmoNCjw8L1R5cGUvUGF0dGVy bi9QYXR0ZXJuVHlwZSAxL1BhaW50VHlwZSAxL1RpbGluZ1R5cGUgMi9CQm94WyAwIDAgMTI4IDEy OF0gL01hdHJpeFsgMC45NjAyNSAwIDAgMC45NjAyNSAwIDQwNV0gL1hTdGVwIDEyOC9ZU3RlcCAx MjgvUmVzb3VyY2VzPDwvWE9iamVjdDw8L0ltYWdlNyA3IDAgUj4+Pj4vRmlsdGVyL0ZsYXRlRGVj b2RlL0xlbmd0aCAzNT4+DQpzdHJlYW0NCnicK1QwNLLQMwADBRBE4ybn6nvmJqanmiu45CsEAgDc HQpBDQplbmRzdHJlYW0NCmVuZG9iag0KMjM1IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21h aW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMF0gL0JvdW5kc1sgMC41XSAvRnVuY3Rpb25zWyAyMzYg MCBSIDIzNyAwIFJdID4+DQplbmRvYmoNCjIzNiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9t YWluWyAwIDFdIC9DMVsgMC41ODQzMSAwLjU4NDMxIDAuNTg0MzFdIC9DMFsgMC44MzkyMiAwLjgz OTIyIDAuODM5MjJdIC9OIDE+Pg0KZW5kb2JqDQoyMzcgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAy L0RvbWFpblsgMCAxXSAvQzFbIDAuODM5MjIgMC44MzkyMiAwLjgzOTIyXSAvQzBbIDEgMSAxXSAv TiAxPj4NCmVuZG9iag0KMjM4IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xv clNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sgMjE5Ljc4IDMyNi4xNSAyMTku NzggMzY0LjU1XSAvRXh0ZW5kWyB0cnVlIHRydWVdIC9GdW5jdGlvbiAyMzUgMCBSPj4+Pg0KZW5k b2JqDQoyMzkgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAx IDAgMSAwXSAvQm91bmRzWyAwLjVdIC9GdW5jdGlvbnNbIDI0MCAwIFIgMjQxIDAgUl0gPj4NCmVu ZG9iag0KMjQwIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjU4 NDMxIDAuNTg0MzEgMC41ODQzMV0gL0MwWyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL04gMT4+ DQplbmRvYmoNCjI0MSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsg MC44MzkyMiAwLjgzOTIyIDAuODM5MjJdIC9DMFsgMSAxIDFdIC9OIDE+Pg0KZW5kb2JqDQoyNDIg MCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1No YWRpbmdUeXBlIDIvQ29vcmRzWyAyMTkuNzggMzI2LjE1IDIxOS43OCAzNjQuNTVdIC9FeHRlbmRb IHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDIzOSAwIFI+Pj4+DQplbmRvYmoNCjI0MyAwIG9iag0KPDwv RnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDBdIC9Cb3VuZHNbIDAu NV0gL0Z1bmN0aW9uc1sgMjQ0IDAgUiAyNDUgMCBSXSA+Pg0KZW5kb2JqDQoyNDQgMCBvYmoNCjw8 L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTg0MzEgMC41ODQzMSAwLjU4NDMx XSAvQzBbIDAuODM5MjIgMC44MzkyMiAwLjgzOTIyXSAvTiAxPj4NCmVuZG9iag0KMjQ1IDAgb2Jq DQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjgzOTIyIDAuODM5MjIgMC44 MzkyMl0gL0MwWyAxIDEgMV0gL04gMT4+DQplbmRvYmoNCjI0NiAwIG9iag0KPDwvUGF0dGVyblR5 cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNb IDIxOS43OCAzMjYuMTUgMjE5Ljc4IDM2NC41NV0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rp b24gMjQzIDAgUj4+Pj4NCmVuZG9iag0KMjQ3IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlw ZS9JbWFnZS9XaWR0aCA2Mi9IZWlnaHQgMjI5L0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJD b21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAyNDggMCBSL0ZpbHRlci9GbGF0ZURl Y29kZS9MZW5ndGggNjQ+Pg0Kc3RyZWFtDQp4nO3BgQAAAADDoPlTX+AIVQEAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA8A2mYgABDQplbmRzdHJlYW0NCmVuZG9iag0KMjQ4 IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA2Mi9IZWlnaHQgMjI5 L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgv SW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyOTc+Pg0Kc3RyZWFt DQp4nO3by07CYBRFYXr520JA21pxgARTU0BBnSGRYqqJlwEUjE2h7/8ippDq+MDAyVrzL/sJdq12 bNpBVVg3lSVMmcaea4bTdD1flOe2HFPbLTteJ4z6oqLw0q+X65rZ7Iwm8VxU/DjunqhSKzecvC1S UYv3aeRbpba8KF5856Ky5fMwsPVS+/15mm8LQdt8ldz86VUuwUWxWSe3aDQajUaj0Wg0Go1Go9Fo NBqNRqPRaDQajUaj0Wg0Go1Go9FoNBqNRqPRaPT/6wN+NZX2oniZbURlafXpUe719CNdfwlarz6f +vs/kWp172fJq6iX2UPvdPdlMupnvcFofCdoPBpenTd2Ly5NNdygfSGqHbgNpe/vY4ZlO8Jsy9S1 6rumi/v9rh3RDx72tj0NCmVuZHN0cmVhbQ0KZW5kb2JqDQoyNDkgMCBvYmoNCjw8L1R5cGUvWE9i amVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDYyL0hlaWdodCAyMjUvQ29sb3JTcGFjZS9EZXZpY2VS R0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDI1MCAwIFIvRmls dGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA2Mz4+DQpzdHJlYW0NCnic7cExAQAAAMKg9U9tB2+gAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAOAxo3oAAQ0KZW5kc3RyZWFtDQpl bmRvYmoNCjI1MCAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNjIv SGVpZ2h0IDIyNS9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNv bXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjk4 Pj4NCnN0cmVhbQ0KeJzt28tOwmAURWF6+UshoG1FHCDB1LSgVOMIiRSDJl4G0NZICn3/FzGFVMcH Jg7Wmn/ZT7BrtWPTDqrCuqksYco09lwz7JbjeqJcp22b2m7Zdnt+EIoK/EuvUa5rZqs3nsRzUfFj 1D9RpVaOP3lbJqmgZPk+DTyr1JYbxMvvXNR69Tzq1PVSe+E8ybeFoG2eLm7+dJpLcFFsssUtGo1G o9FoNBqNRqPRaDQajUaj0Wg0Go1Go9FoNBqNRqPRaDQajUaj0Wg0+j/pA/4llXaDeLXeiFon1bdF OdfTjyT7EpSln0/h/lej2v372eJV1MvsYXC6+/QYjbPBcBzdCYrGo6vz5u7NpKmm0+leiOp2nKbS 9zcqw6rbwuqWqWvVh0sX9/vhOqIfNMRtNg0KZW5kc3RyZWFtDQplbmRvYmoNCjI1MSAwIG9iag0K PDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNjIvSGVpZ2h0IDI0NC9Db2xvclNw YWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sg MjUyIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDY2Pj4NCnN0cmVhbQ0KeJztwQEBAAAA giD/r25IQAEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAALwaxSAAB DQplbmRzdHJlYW0NCmVuZG9iag0KMjUyIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9J bWFnZS9XaWR0aCA2Mi9IZWlnaHQgMjQ0L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAw IDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVj b2RlL0xlbmd0aCAzMDA+Pg0Kc3RyZWFtDQp4nO3by07CYBRFYXr520JA24o4QIKpaUGpOkMixaCJ l0EpGEmB938R05LqzOTAdK35l/0Eu1Y7Nu2gKqybyhKmTGPPNcNpup4vynNbjqmVy47XDcJIVBhc +vViXTOb3dE4mYlKHuPeiSq0coPxW5qJSt8noW8V2vLCJP3ORa0Xz8O2rRfaj2ZZvt0J2ubL+c2f XuYSvNttVvNbNBqNRqPRaDQajUaj0Wg0Go1Go9FoNBqNRqPRaDQajUaj0Wg0Go1Go9FoNBqNRqP/ 0wc83yrthclivRG1zqrXnXKvJx/Z6kvQavn5FO0ff6rVu5/OX0W9TB/6p+Xb0Kif9Qej+E5QPBpe nTfKn6WmGm67cyGq03YbSt8fPA3LdoTZlqlr1btUF/f7Lj2iH6v6yM8NCmVuZHN0cmVhbQ0KZW5k b2JqDQoyNTMgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDYyL0hl aWdodCAyMzYvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9s YXRlIGZhbHNlL1NNYXNrIDI1NCAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA2NT4+DQpz dHJlYW0NCnic7cGBAAAAAMOg+VMf4QJVAQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAwDereAABDQplbmRzdHJlYW0NCmVuZG9iag0KMjU0IDAgb2JqDQo8PC9UeXBlL1hP YmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA2Mi9IZWlnaHQgMjM2L0NvbG9yU3BhY2UvRGV2aWNl R3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2Uv RmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyOTc+Pg0Kc3RyZWFtDQp4nO3bXU+CcBiGcXn5Izot ILIDczYaZGF1Zi60WVsvB4i0HMr3/yINHXX86Ol1nf92f4K70Tg27aBqrJvKEqZMY881w+44rifK dbq2qe2WbbcfhJGoMLj0WtW6Znb68WQ2FzV7Gg9OVKWVE0ze00xU+jENPavSlhsm6U8har18GflN vdJeNM+KbSloW6wWt/96VUhwWW7yxR0ajUaj0Wg0Go1Go9FoNBqNRqPRaDQajUaj0Wg0Go1Go9Fo NBqNRqPRaDQajUZL9QFPqFq74Wy53ohaZ/ULSznX088s/xaUr76eo/0DTHUHD8niTdRr8jg83b3P jNbZ8CYe3wsax6Or8/bud6eptuP3LkT1fKet9P3hz7CatrCmZepa/TbUxf29DY/oF104NmYNCmVu ZHN0cmVhbQ0KZW5kb2JqDQoyNTUgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdl L1dpZHRoIDYyL0hlaWdodCAyODUvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVu dCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDI1NiAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xl bmd0aCA3ND4+DQpzdHJlYW0NCnic7cExAQAAAMKg9U9tDB+gAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA+BjPEgABDQplbmRzdHJlYW0NCmVuZG9iag0K MjU2IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA2Mi9IZWlnaHQg Mjg1L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50 IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAzMDk+Pg0Kc3Ry ZWFtDQp4nO3cy07CYBRFYXr520JA21pxgARTU0BBnSGRYqqJlwEUjE2h7/8ippDq+MDQteZf9hvs Wu3YtIOqsG4qS5gyjT3XDKfper4oz205prZbdrxOGPVFReGlXy/XNbPZGU3iuaj4cdw9UaVWbjh5 W6SiFu/TyLdKbXlRvPjORWXL52Fg66X2+/M03xaCtvkqufnTq1yCi2KzTm7RaDQajUaj0Wg0Go1G o9FoNBqNRqPRaDQajUaj0Wg0Go1Go9FoNBqNRqPRaDQajUaj0Wg0Go1G/1d9wM9Bpb0oXmYbUVla fSwo93r6ka6/BK1Xn0/9/b+DanXvZ8mrqJfZQ+909y1h1M96g9H4TtB4NLw6b+xeNTTVcIP2hah2 4DaUvr/zMCzbEWZbpq5VXyK6uN8vkSP6ATLQt1ENCmVuZHN0cmVhbQ0KZW5kb2JqDQoyNTcgMCBv YmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDYyL0hlaWdodCAyNi9Db2xv clNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01h c2sgMjU4IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDI4Pj4NCnN0cmVhbQ0KeJztwQEN AAAAwqD3T20ON6AAAAAA4NsAEuQAAQ0KZW5kc3RyZWFtDQplbmRvYmoNCjI1OCAwIG9iag0KPDwv VHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNjIvSGVpZ2h0IDI2L0NvbG9yU3BhY2Uv RGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUg ZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyNDY+Pg0Kc3RyZWFtDQp4nO3UTW+CQBCA YXfZXZBou4tID9ZoaMAP0PRkjYLRJlUPuLQJovz/P2KAoOfRk0mf+5u5zEyt9ih0lyrGhDIgSpQy R4rW4MIAEbypEVRM1kTHdlwQx3436vl0RBodbxaEK4Aw+PK7LzSvKbdnP5GMAWS0nTsGy2smnCBK UpDksBqaKs5rww1les4Azmm8Ht3qOIXEWXb6XY//6+et79iWqhZucEhOIEdZbSrlH/Od/AOJ9wu3 vBLa7E6Xm2+QzfKz91pcqFJv9QaePwHwvWG/rRe/CVGdm5b1BmBZJtcpLp+iwlQNSGUEo+ojY7Dr R37ABefxMrkNCmVuZHN0cmVhbQ0KZW5kb2JqDQoyNTkgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAz L0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwIDEgMCAxIDBdIC9Cb3VuZHNbIDAuMSAwLjUg MC45XSAvRnVuY3Rpb25zWyAyNjAgMCBSIDI2MSAwIFIgMjYyIDAgUiAyNjMgMCBSXSA+Pg0KZW5k b2JqDQoyNjAgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC40 OTgwNCAwLjg0NzA2XSAvQzBbIDAgMC40OTAyIDAuODIzNTNdIC9OIDE+Pg0KZW5kb2JqDQoyNjEg MCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC40OTAyIDAuODIz NTNdIC9DMFsgMCAwLjM2NDcxIDAuNjI3NDVdIC9OIDE+Pg0KZW5kb2JqDQoyNjIgMCBvYmoNCjw8 L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC4zNjQ3MSAwLjYyNzQ1XSAvQzBb IDAgMC40OTAyIDAuODIzNTNdIC9OIDE+Pg0KZW5kb2JqDQoyNjMgMCBvYmoNCjw8L0Z1bmN0aW9u VHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC40OTAyIDAuODIzNTNdIC9DMFsgMCAwLjQ5ODA0 IDAuODQ3MDZdIC9OIDE+Pg0KZW5kb2JqDQoyNjQgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hh ZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAxNDAuNzYg LTk4LjA0IDE0MC43NiAyMTguMDRdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDI1OSAw IFI+Pj4+DQplbmRvYmoNCjI2NSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFd IC9FbmNvZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9GdW5jdGlv bnNbIDI2NiAwIFIgMjY3IDAgUiAyNjggMCBSIDI2OSAwIFJdID4+DQplbmRvYmoNCjI2NiAwIG9i ag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjQ5ODA0IDAuODQ3MDZd IC9DMFsgMCAwLjQ5MDIgMC44MjM1M10gL04gMT4+DQplbmRvYmoNCjI2NyAwIG9iag0KPDwvRnVu Y3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjQ5MDIgMC44MjM1M10gL0MwWyAwIDAu MzY0NzEgMC42Mjc0NV0gL04gMT4+DQplbmRvYmoNCjI2OCAwIG9iag0KPDwvRnVuY3Rpb25UeXBl IDIvRG9tYWluWyAwIDFdIC9DMVsgMCAwLjM2NDcxIDAuNjI3NDVdIC9DMFsgMCAwLjQ5MDIgMC44 MjM1M10gL04gMT4+DQplbmRvYmoNCjI2OSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWlu WyAwIDFdIC9DMVsgMCAwLjQ5MDIgMC44MjM1M10gL0MwWyAwIDAuNDk4MDQgMC44NDcwNl0gL04g MT4+DQplbmRvYmoNCjI3MCAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JT cGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDIzNS42OCAtOTUuNTIgMjM1LjY4 IDIxNS41Ml0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMjY1IDAgUj4+Pj4NCmVuZG9i ag0KMjcxIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAw IDEgMCAxIDAgMSAwXSAvQm91bmRzWyAwLjEgMC41IDAuOV0gL0Z1bmN0aW9uc1sgMjcyIDAgUiAy NzMgMCBSIDI3NCAwIFIgMjc1IDAgUl0gPj4NCmVuZG9iag0KMjcyIDAgb2JqDQo8PC9GdW5jdGlv blR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuNDk4MDQgMC44NDcwNl0gL0MwWyAwIDAuNDkw MiAwLjgyMzUzXSAvTiAxPj4NCmVuZG9iag0KMjczIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9E b21haW5bIDAgMV0gL0MxWyAwIDAuNDkwMiAwLjgyMzUzXSAvQzBbIDAgMC4zNjQ3MSAwLjYyNzQ1 XSAvTiAxPj4NCmVuZG9iag0KMjc0IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAg MV0gL0MxWyAwIDAuMzY0NzEgMC42Mjc0NV0gL0MwWyAwIDAuNDkwMiAwLjgyMzUzXSAvTiAxPj4N CmVuZG9iag0KMjc1IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAw IDAuNDkwMiAwLjgyMzUzXSAvQzBbIDAgMC40OTgwNCAwLjg0NzA2XSAvTiAxPj4NCmVuZG9iag0K Mjc2IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJH Qi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sgMzMwLjQ4IC0xMDguODQgMzMwLjQ4IDIyOC44NF0gL0V4 dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMjcxIDAgUj4+Pj4NCmVuZG9iag0KMjc3IDAgb2Jq DQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMCAxIDAgMSAw XSAvQm91bmRzWyAwLjEgMC41IDAuOV0gL0Z1bmN0aW9uc1sgMjc4IDAgUiAyNzkgMCBSIDI4MCAw IFIgMjgxIDAgUl0gPj4NCmVuZG9iag0KMjc4IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21h aW5bIDAgMV0gL0MxWyAwIDAuNDk4MDQgMC44NDcwNl0gL0MwWyAwIDAuNDkwMiAwLjgyMzUzXSAv TiAxPj4NCmVuZG9iag0KMjc5IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0g L0MxWyAwIDAuNDkwMiAwLjgyMzUzXSAvQzBbIDAgMC4zNjQ3MSAwLjYyNzQ1XSAvTiAxPj4NCmVu ZG9iag0KMjgwIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAu MzY0NzEgMC42Mjc0NV0gL0MwWyAwIDAuNDkwMiAwLjgyMzUzXSAvTiAxPj4NCmVuZG9iag0KMjgx IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuNDkwMiAwLjgy MzUzXSAvQzBbIDAgMC40OTgwNCAwLjg0NzA2XSAvTiAxPj4NCmVuZG9iag0KMjgyIDAgb2JqDQo8 PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlw ZSAyL0Nvb3Jkc1sgNDI1LjI4IC0xMDIuODQgNDI1LjI4IDIyMi44NF0gL0V4dGVuZFsgdHJ1ZSB0 cnVlXSAvRnVuY3Rpb24gMjc3IDAgUj4+Pj4NCmVuZG9iag0KMjgzIDAgb2JqDQo8PC9GdW5jdGlv blR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMCAxIDAgMSAwXSAvQm91bmRzWyAw LjEgMC41IDAuOV0gL0Z1bmN0aW9uc1sgMjg0IDAgUiAyODUgMCBSIDI4NiAwIFIgMjg3IDAgUl0g Pj4NCmVuZG9iag0KMjg0IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0Mx WyAwIDAuNDk4MDQgMC44NDcwNl0gL0MwWyAwIDAuNDkwMiAwLjgyMzUzXSAvTiAxPj4NCmVuZG9i ag0KMjg1IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuNDkw MiAwLjgyMzUzXSAvQzBbIDAgMC4zNjQ3MSAwLjYyNzQ1XSAvTiAxPj4NCmVuZG9iag0KMjg2IDAg b2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuMzY0NzEgMC42Mjc0 NV0gL0MwWyAwIDAuNDkwMiAwLjgyMzUzXSAvTiAxPj4NCmVuZG9iag0KMjg3IDAgb2JqDQo8PC9G dW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuNDkwMiAwLjgyMzUzXSAvQzBbIDAg MC40OTgwNCAwLjg0NzA2XSAvTiAxPj4NCmVuZG9iag0KMjg4IDAgb2JqDQo8PC9QYXR0ZXJuVHlw ZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sg NTIwLjA4IC0xMzguMzYgNTIwLjA4IDI1OC4zNl0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rp b24gMjgzIDAgUj4+Pj4NCmVuZG9iag0KMjg5IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21h aW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMCAxIDAgMSAwXSAvQm91bmRzWyAwLjQgMC41IDAuNl0g L0Z1bmN0aW9uc1sgMjkwIDAgUiAyOTEgMCBSIDI5MiAwIFIgMjkzIDAgUl0gPj4NCmVuZG9iag0K MjkwIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjMyNTQ5IDAu NDcwNTkgMC4xMjk0MV0gL0MwWyAwLjQzMTM3IDAuNjE5NjEgMC4xODQzMV0gL04gMT4+DQplbmRv YmoNCjI5MSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40MzEz NyAwLjYxOTYxIDAuMTg0MzFdIC9DMFsgMC40MzUyOSAwLjYzMTM3IDAuMTc2NDddIC9OIDE+Pg0K ZW5kb2JqDQoyOTIgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAu NDM1MjkgMC42MzEzNyAwLjE3NjQ3XSAvQzBbIDAuNDMxMzcgMC42MTk2MSAwLjE4NDMxXSAvTiAx Pj4NCmVuZG9iag0KMjkzIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0Mx WyAwLjQzMTM3IDAuNjE5NjEgMC4xODQzMV0gL0MwWyAwLjMyNTQ5IDAuNDcwNTkgMC4xMjk0MV0g L04gMT4+DQplbmRvYmoNCjI5NCAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29s b3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDUyMC4wOCAyNTguMzYgNTIw LjA4IDI4Mi42XSAvRXh0ZW5kWyB0cnVlIHRydWVdIC9GdW5jdGlvbiAyODkgMCBSPj4+Pg0KZW5k b2JqDQoyOTUgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAx IDAgMSAwIDEgMCAxIDBdIC9Cb3VuZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyAyOTYgMCBS IDI5NyAwIFIgMjk4IDAgUiAyOTkgMCBSXSA+Pg0KZW5kb2JqDQoyOTYgMCBvYmoNCjw8L0Z1bmN0 aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDM1MjkgMC42MzEzNyAwLjE3NjQ3XSAvQzBb IDAuNDMxMzcgMC42MTk2MSAwLjE4NDMxXSAvTiAxPj4NCmVuZG9iag0KMjk3IDAgb2JqDQo8PC9G dW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjQzMTM3IDAuNjE5NjEgMC4xODQzMV0g L0MwWyAwLjMyNTQ5IDAuNDcwNTkgMC4xMjk0MV0gL04gMT4+DQplbmRvYmoNCjI5OCAwIG9iag0K PDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC4zMjU0OSAwLjQ3MDU5IDAuMTI5 NDFdIC9DMFsgMC40MzEzNyAwLjYxOTYxIDAuMTg0MzFdIC9OIDE+Pg0KZW5kb2JqDQoyOTkgMCBv YmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDMxMzcgMC42MTk2MSAw LjE4NDMxXSAvQzBbIDAuNDM1MjkgMC42MzEzNyAwLjE3NjQ3XSAvTiAxPj4NCmVuZG9iag0KMzAw IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9T aGFkaW5nVHlwZSAyL0Nvb3Jkc1sgNTgyLjU0IDEyMS41NiA1ODIuNTQgMTM5LjU2XSAvRXh0ZW5k WyB0cnVlIHRydWVdIC9GdW5jdGlvbiAyOTUgMCBSPj4+Pg0KZW5kb2JqDQozMDEgMCBvYmoNCjw8 L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwIDEgMCAxIDBdIC9C b3VuZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyAzMDIgMCBSIDMwMyAwIFIgMzA0IDAgUiAz MDUgMCBSXSA+Pg0KZW5kb2JqDQozMDIgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsg MCAxXSAvQzFbIDAgMC40OTgwNCAwLjg0NzA2XSAvQzBbIDAgMC40OTAyIDAuODIzNTNdIC9OIDE+ Pg0KZW5kb2JqDQozMDMgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFb IDAgMC40OTAyIDAuODIzNTNdIC9DMFsgMCAwLjM2NDcxIDAuNjI3NDVdIC9OIDE+Pg0KZW5kb2Jq DQozMDQgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC4zNjQ3 MSAwLjYyNzQ1XSAvQzBbIDAgMC40OTAyIDAuODIzNTNdIC9OIDE+Pg0KZW5kb2JqDQozMDUgMCBv YmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC40OTAyIDAuODIzNTNd IC9DMFsgMCAwLjQ5ODA0IDAuODQ3MDZdIC9OIDE+Pg0KZW5kb2JqDQozMDYgMCBvYmoNCjw8L1Bh dHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIv Q29vcmRzWyA1ODIuNTQgOTMuNDggNTgyLjU0IDExMS43Ml0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAv RnVuY3Rpb24gMzAxIDAgUj4+Pj4NCmVuZG9iag0KMzA3IDAgb2JqDQo8PC9UeXBlL1hPYmplY3Qv U3VidHlwZS9JbWFnZS9XaWR0aCA2MzcvSGVpZ2h0IDk3L0NvbG9yU3BhY2UvRGV2aWNlUkdCL0Jp dHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAzMDggMCBSL0ZpbHRlci9G bGF0ZURlY29kZS9MZW5ndGggMjAyPj4NCnN0cmVhbQ0KeJztwTEBAAAAwqD1T20MH6AAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AOBm1DUAAQ0KZW5kc3RyZWFtDQplbmRvYmoNCjMwOCAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1 YnR5cGUvSW1hZ2UvV2lkdGggNjM3L0hlaWdodCA5Ny9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0 dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9G bGF0ZURlY29kZS9MZW5ndGggMTAyMz4+DQpzdHJlYW0NCnic7d3pUuJAFEDhSULYiYCiKIIo7qMo Ku6CogLK+7/PEMCFUbCT7jRVM+d7An7cOlVUd9/8+gUAAIJh9JmmaVmmYcz6t+B/MZw6ywrZ4Ug0 Fo9HbZPpQ7DeUxey3aFLOnPZhaXlwkouFTZn/dvwrxpLXTyRcjLzi/lCsVzZ3j88qlW388kQ6YNa 36dudW1ja/d3tXZ2cX3bfHh8bJyW0zbDB0Wmpu70/Orm7r711O6+vPZ1W/VKJszwQZJQ6p47g6Hr e+m2n1qNy4OiQ/ngm5fU9YfupfP8+NC4vb44q1X3N1ezMYvhg1d+Und/d3NZPzk62NuulIuFfC6T ivJ/Ax5IpO73zuZ6aXV5aSEzl0rGY5FwiO5BhIrUzaedZCIWjYTtkGWZpsEBB6ZTl7roaOiYOvwg mNQxdZiG1EE7Ugf9pqXu2E1dg9RBMVIH/byl7nWQuiapgwxfqWvcXJ2fHpM6+CSTut2tjTU3dVlS By8kUne4P0zd4nzGSSXipA6i1KTOcVMXIXUQQ+qg3fjDMFWpY+owzUfqwm7qUnMZUoeA/ZW6pJOe zw1Tt3dwROoQiO9TV1rf3BmlrkHqoNjU1J3UL8cvm5A6qOA1dR1SB1m+Und3fVE/IXXwy1fqboep 29ksl0gdPJNO3cpSLpsmdfBCQercK06kDuJUpi5skzqIIHXQjtRBP1IH7Ugd9BNPXa9H6qCEeOp6 w6lrP7VIHeR4SV1/6rqjl9fnZzVSB5/8pO7t5fXuVmWtSOrgmVzq1kuF5VHqYqQOglSlLkHqIEx9 6niOiB+8v7wmddDmU+oisXjCTd0iqUOgvqYum1taKa5VtkgdgvJt6gpu6vYPa2fnpA7qTU7dLqlD QMRS1x0N3esLqYM0mdTtkTr44jN1nxbCkjp4JJW6LwthSR1EyKeO3dfwSG3qOPeHCFIH7Ugd9CN1 0I7UQT/hE9jecOpIHaQJp643mDpSBwX8pM59jkjq4Jvn1H1dCEvq4JFM6v5aCEvqIEZB6lgIC48U po6FsBBD6qDf2MtrUgcdxlMXH6Vu8J06UoeAfJe6fKFUdlPnfpKT1EG5aamr9lN3fdd8eCR1UOrn 1N233i6bDM79SR1kCaduNHXdzvPHQlhSB188p649SN1l/aR6QOrgi1TqWAgLX6RTx0JYeEXqoB+p g3akDvqROmhH6qCf2AksqYNq/bmzQpNT9+myCamDWoZpR5POtNSNPUckdVDHsJMLq+sTUvd1ISyp gzKGGVuoHF/cTEzd+EJYUgd1DCtRqDbak1PHd+oQFHf4jpoddl9jBszY4vbp1RVr/qGfEXby5coG qYN+hhVJzqVJHWbBMEO2TeowE4bB0AH4n/wBnXiXEw0KZW5kc3RyZWFtDQplbmRvYmoNCjMwOSAw IG9iag0KPDwvVGl0bGUoUG93ZXJQb2ludCBQcmVzZW50YXRpb24pIC9BdXRob3IoS2lyayBNb3Nz aW5nKSAvQ3JlYXRpb25EYXRlKEQ6MjAxNTEyMDgxMjMxMjkrMDEnMDAnKSAvTW9kRGF0ZShEOjIw MTUxMjA4MTIzMTI5KzAxJzAwJykgL1Byb2R1Y2VyKP7/AE0AaQBjAHIAbwBzAG8AZgB0AK4AIABQ AG8AdwBlAHIAUABvAGkAbgB0AK4AIAAyADAAMQAzKSAvQ3JlYXRvcij+/wBNAGkAYwByAG8AcwBv AGYAdACuACAAUABvAHcAZQByAFAAbwBpAG4AdACuACAAMgAwADEAMykgPj4NCmVuZG9iag0KMzE2 IDAgb2JqDQo8PC9UeXBlL09ialN0bS9OIDQ1Ni9GaXJzdCA0MzkxL0ZpbHRlci9GbGF0ZURlY29k ZS9MZW5ndGggNjU0Mz4+DQpzdHJlYW0NCnicvV1dcxy3lX1PVf5DP2YfEjXQ+NxKpcol27HL65RL 0lZSFe0DJU8kriVSS4527X+/52Aumk3O4DY4bfqFDfb0xb0A7jm4+OqejBvGYTJx8BaXNJgx45oH O5lhsuNgU8DVDG7kdRpcmHB1gzceVzv4EHENQ5ggZ+MQMuX8EB2eM9OQynN5yBP+R56Z+U0WepxD YhqMYQ6TG4y1fMQPZio/wRY3wig3IuGRCzQYPyYkIhIRDzvkExx+goAJGT9Bq4keJjgzmGSgywUk En9ChtnxJ4jnDBWQtKOH3R7lNCwwKsGahAyRBczBT45VMeJh75CIyNCHwboJlQabrEv8aRqsd8wn DTagsqaADENkPhCPlj9FJKg0WNYp8gnIMKOGJ9SozZE/QXKk0gk/G8N8WOmWP7EWI6uY5Wf9BBaJ jRFpCksaWQDmE1FrIaNWWUfR8w/upvITnsuo/onGlbaICW3LGkt2cIYlTWht1C8S4+As2nhCjTib mHCDYxNNCZ7gRmhGzToXmIiD82jwCZk6j1wnmAsDkcjIOcLRJviGi2zujJwTzcjIOWUmIJUdrYMr jswZzelHTyl6G9s9T0jgdzcauKtnAg6Imhpoii+VlPPgHZUmJnIqjutZLSglvNXyDjIMyMzB1z3r B+UefBqRIfLyKTBDaM/wXYe7PtM6FCCMnolpCAYSzlgkIp/BHctqiQDAVBqOCWpHwwRvmHNCIlIq D6GYgbYP9FUHjwlFO+o65PITdLF1HCARR8d2CEM0KAE9LxrPZ/IQLcsOgWjRsGiZIdJ3HGo2sgIc fDo6z0aDuDdMAJrErAPiYsCDDqCNgU0ENTHCrRxcMCZiHvUYE80ArCJbx8HzElvHATuJrYPGB8ZH ekFEIjCfNECaD1skWGSgLtHj4CBDogkOQEuOFqL2ExoMiREJNi6AlAK9EjBPKAYshK5E4w0TbDhA L4+ofjgaEoEZpiEb8hMQly1NhVPmCQ7i0JzZCXVlR++GldnTDEjmwOIESAV6Asqf40hx5BwjHRYP p4kJshcRgCKBP2A8imRQG0w5plh6YM7ANBQE4EWKuAASzGih3kUy7MTKgasgRWvSgQ2ZoqwrmGB+ 5BSXqCPAw1xifoFunygb2faQR4oVALCiGVjbmSkUHSn+mmky2tdQHdHGFNsb0AXJRFqFnFF5SGWm JpYIViBFm4E/Y+hlLlOWckAoUh4N7IFFpCDnR+oInnqZM/wWqcgUgTsyv+SZoo5MXI38NaN9/Ej+ H9G+HiVFqtABU4aIC4fege3NFPsnDxuNpYd61ANSKKuHR5jCxCQiAwaGfYYS0abSYxmbyq+wwBYL kBOKC2f27PvQYcE+4BKpTFnYh86OVvFX9o8eGEUHNbHDdEzlwkVIeZTcA6aoNHiDt5SNE3+lbCk5 /jMgQZIWdWRyHWCMfg7u69krglMoa5hKlIAOQJ6pwBRa37P7cyQWX/pI78h9zIXw8aW7jKbQIFPw OM/uEY4Evewx0bTIjx0kmoz3QulX+RzyQ4XxHrtYw1ZFqQyKxXvsf+m7HjkhBb/1nrmQXTxbxtMH PHJHipZ65gxmRMozRVs8dURYxCeQImEH6kjwYu+pg70ixJiCz3v4hwkj7PX0g2DYbvBLpGgVURYs 2xfySLHWAGIT2HWT6RAhkPCBDKQic4aOwDbzkfGDZwtG6gioCfYUiEjYRkRyYHfliY+Q6BtEfGA4 wR4OIYdnztARyQIenoJUZM7QES1lidDIyMgTobHUGhEfyZOeOI/0Lp9K5IJyeSI+BviFJ87ByEzB glhqjaiNiR0WcR6JeE9Mx8wSEfGoUpSI6Ens2D2xDwGUjUhOhqggzhMR5YnzZBN7OWhLDGY8cZ4O XWBiClaRJQFfWBWI80SdgdhPgVYxkEvooHCPOjJaORDnhaUDcQ64oZsjjrKBzkD8wmR2ocg5M0QJ RG1mNxaI5EysBaI7s3YC8ZsDWjUQl2Bp3qOOCE8KRHJGkZCijsSumDgCU7N3pg7ijd5owdS8h0hs BDshxUCQeAtAnx0tcBXQYnZk5BeAaaTgmWwTO7I7Yv+NFFoU3T2DSMcIGEHfyDoJE3WEEgNQR2Q5 JupAb4oUdSRaNVFHRk2EiTpQuBJHWzA1c05MwRvgwEgBj0gxQEXeSBmmAu9NjF4ZezOgNfQwtok1 ZKlgmCKrwvmRCqx7BrV0O6SoA27CIIUptlGJhjNjega2qDbkx8AYBUZ+jHphDPJjRIwMS1yDlEW5 AoNjgBElYuRrGSMHRsWWIVYIjKrZ2wQGyJZ8GBj9WvpeYGRsqSkE6oiMmBgk2wgksjaR8cTgiToS fDkE6kAHjlRimA4PAXSZAuoCkIGuAjUbIA9fh9+yR0CK/gKUosejv0RG9oyDiX+UAnUX4D12CiVC 4z0+HSKHAtExZ2qLwFBI1JZgOQI4pDK9KVFHpjeh1i3IByng3CLgY4rDh2IBMIcOjAEivMI6xl/E OlKsDaAbYQyDxcxcqJNRGqqP9QeEY+zB9s0chWTmnJlfZs6wzKJjhqVAMlLEApBsPQc5ER5qSxwN 0kIK6YFYYnPwnmUq8p7jsGbivVAGOIgq4SnWs3cAzSFFxMaROtgCcaSOyJjVMOeI0pBJLWgO0aah 3pR5j9oQbzGSxUBptIxpHVOs58wU+j/cgw7AiqnAlGddQTYwUmYfB3eBtyIMRorMQ6QhBZ+iFeBf 1HEkpkOxgDhH5SAWJn5RVFhATEf2KZH4hdMZRtMctXkG2NBbYupIJEcOOCLxi6ia96ADYTUsIH4j +4lInEdyAUNXpDLvMT+G+pFIBntTG/Um+GMkphEiof6IabA3rCd+E8emHEfbhKgLqcAU/CwS54kD jkj8plJDRHdiDRHXCHNYQ8R5YqQZid8SZ9MKpOANkfhNRBiHQOgBUJ+R+E0xcZBAHYljAqI7IcpG ivkxXovENLgd94jkPMLnI/GbDf2FOM+MoOJhkIunGaPazBmBWMa7HL8yOrKZw4RITGeyG1GP0TAH /vQhwIjTExwYj/C9Cd6EmJ6jeM4rjGWAzCdGjiow6EWK/Z1DDU+HuBglQjzLOMeUnBwjPM5NWEYF U8mTmCm5s/cPHP+X+DRydA6ydcOf//zshzKdMQ4vnr189vLTxdWzV7982j17ub/5/Hb/1Yfdx2c/ vBsOv383jH/5y+9/90Dm68t3n292R1Lf/XMw/zXMwm3BLz7s//D831+//s/b3c3t69ffX9z89Or1 6y+v337+uLvaDy/fXlzh9n9cv7vG5fmrf7wcmB7+/v5yv/vTp6t3/zac0N2l+UyxBwZ/uLi5/elP z7999eLbV1/B8N3tT/vrT69fv7r++vLD7vXrd//6GQ9dXrWNHeyZ5g7TSUH4xEHwh1My7gwZrxv4 avfz/s31zycttOWhMrWG62ndXtMdzpCJG+wNYm9s2gu8CVw+XP54ul3K7OOLMv94uCa5Zsl9lKuR q5Wrb9dSWgHpQdd9lM5Cqyg9SLclnxCma6rPlXsyoD7e4IrUh5JT7G1UtxDKHVhtatKc34137neU QVgv5CRufrDwdD7O9BY5LIQmrchxRZNaZLetyE6Qe7CwYYjvLXJaCEWtyHlFk1rktLHIQpEuKkXO vUU2C7ryRiuzaVDVrEsrtLfbCu2FsQ8mns7Hr8VRd4W2Cym1KzMN5vA9nZkPGwst3Zj3SqG7Kcws OMyrHGYaJOZ7SCxsJDEvJOYVEgvdJGYWLBZUFjMNGgs9NBY20lgQGgsKjc3d3JeXF+9uLj6e7gIk 4nES2RwYqYK0+m1tylq6RskrMr4xJyssrdipVpgCjY4Az0pxJinmJPU3SfEmQc4kxZ+EM4OCpLCG pOSOI7xZaDXCO0i3JZ8wwltTfa7ck0V4jze4RngPJaPuw25Fn+bCceHCR2q7fcnfCSW1+w2nNaWx w9RkFVPn7vvL07KmLSul0OPCI6GerjP5DRY7xWI1rEsNodBjcdpgcexwpVcvTstKZJSE+pLilln1 sNwQ6vGwrHhYWil9Vjwsqx5mxrOkGoy8ItXgphWpBi/lHhBk6b2y9F5ZOu2suNpqZbfBwd0uWlFO k+WalG9UQMeogRtyWGBOj59bYDHvPGxlwVYWbOWsVJ4+jjhN31xC7qiGNqS5R0gvfptIuRKrmXya v9ekTnPomtRp7uEuqY7qOQSD7hA3ls1W51dXG1rOqOMHe5qLuJtrvQhGQ+WKyWZqyq45uLhfredq 7FpQdPHmw+kYLMrYLUp4nqRlRsXEjmg/1GwFjlGi/ihRfxR4Ron6o/BmbHer3PO1EqEdz+feCa1H +7Gh7jeI9ldUnyv3dNH+ow2eo/0HkrZCRY/2W/o0hC4XUI7UdvuSXwipUzChoaljbM2tnG1TZxCf JhOb27KTukgVG0Id0ydums63eLKKxWqfnBpCPV3yFDZY7DtcqUHYBweo1VqNbRRE9bDcEOrxMKd4 2LRWesXDnOphc7T/OKkGI69INbhpRarBSytSDV5akfINqR7AHZZLyr7rw9XLNchV4oHlWsVjG9op wPT6mKHBfitSDQZakWqwQM+qhvOCwsPqRtl1fnZ1eY21V1hBFv6k7avxa71dK4xzsggvRFZNP5ld R/jGLcWH4FKslFV4J6vwTlbhnazCSy9eS91o1ErSrS5XZi3uhW+z0Gr4dpBuSz5h+Lam+ly5Jwvf Hm9wDd8eSoZKeGr41tSnIXW5sHKkttuXFuFbUMezoaGpZzgbsmLqPBN5mkRCastGdfIvNoQ6Jv9c tOdbHI1isTq1lhpCHTNrLvoNFrsOV2oQdRBGlZGsGNsoiOphuSHU42FR8bC4VnrFw/QFjBq+PVKq wcgrUg1uWpFq8NKKVIOXVqR8Q6oHcEl6Spnzd0nCuCRhXJIed7mu8NiGTgowk759oMF+K1INBlqR arBA6hnGyPSuyxKAZIXHVqtLY+0VVojCCrKU45KCsaxPMzdoIff0kTkoalcmIbNCqFklMtughRWp Bi2sSDVoYUWqQQu5h2sPSwblZOPhauSq+NpqZbf9w49qn2lPc9Wa1GmuWpM6TQN+7Oig/WHZohzq PFwVJlupLjHzPGhmYVZZevOj0mHfBaLNkVUQgg5C0FGuuZ1tzwjLS7ayq8fJHirnZaQVhFiCEJ1s N3KhXTN+XrBpRsWHB5YjrDuh9RFWaqj7DUZYK6rPlXu6EdajDZ5HWL+OyS//5/PFzeXVu2H/fjc8 v7x5S/vffPzj7e7i5u37P366fNsugzttiVHd64u3+88XH0gQf3h+fbW/uXzzeX95fTW83F/sb6Hn u3mj9VG+6gYPb5bd9KNEw0qNamwmMx/ejk3tHTD3stDpjfQhh9W6cir9cHVyFfKUiRcp2Gn77epW yoPW+zifpdYPNhzE26JPebJhTffZgk93tuHxJs+HGx6KTqPWtAuI/XCzu70dvkd1A2MCL9eyp4bj p+do/LTcUNosjAaW5fLVOdXhT4v2AExmIL0VIFkBkkyIepkQ9bbiWQC5XIM6bobVbelSqHsIm6XW EXYQb4s+JcLWdJ8t+HQIe7zJM8Ieis4rNGsI+8fu6j6szs7J/enn4Rv8fPO/l7fXN8OL3Yfdxe1u +Obydn9988u9rvFYSQVPA7uyKuTvHcppVpeG4eXaz7EZq+dxZkCEhZTaO8c1Xaq1SbNWnX9IW/Qu l3yOctAP4+RNerXW8eoupzqJd6ZizbFWDuK02K5PcdAUq55lWrzRp1hzrZVTOE3W6VEcNN8Kqm+Z Jkl1Kdaca+UITpO4uhRrzhV05wqbFGvOFXTn2sRbQXOu0DVvep7iqDmXvs5kNjFX1Jwrdu3PPFOx 5lxRdS67ibmi5lxRdS67ibmi5lxzEPD8/cXN/nSnKjGzbCWRfrT2a7WfqbRfWbiSYuWoShkVwRVQ 1b+ru9XWr41R6+b8mM+26HdeoVFnWM+Lm5aLLmcZ3WLQpGOjxX99RneFi4rRLRKcz92cNrpFYX1G b3WPFo/p61VTi4W6jM4a7/aMY1pUlNWtZtPq0Ek1etpodAuI+lLYtAmIWaPdR4zoJ7+wV11lmjZh cHky5axKbmAwjGpvPm3BYBiV3rxnukZO+Xo53evl8LOX7XB+ki7CydqbbI+T/q+8TbFcZd3Vy7K6 kGV5Y+LhKvknyVeONXhZNxb0lPcgHq4iVxeNDg1f3nV4uCosH8ZV55K5guV00Z3U+nTRQbwt+pTT RWu6zxZ8uumix5s8Txc9FDWPmC4afri5/u/d2/3w15vr/9u/vz97dJSxPrETlkeE2gXSoLo8GHSs fm0D3Z3L+oWU2ruHNV2qtVGzVqXhuElvVvRaNW5MW/Rao+lV+/a8Sa/mV7br6O6Zir2mWHUs0+LB PsWaZ1nVs0yLUfoUa641qa5lmnzUo3jSfEs/EmSafNWlWHOuSXcuv0mx5lyT7lybaGvSnGvSnWsT b02acz2C3c3dC7SCUwNHs4l33K/UG9lFBOX0zUybWMNpHjX3v825lCAL+tJl1i6sdimV4ivlVgas hFT5ocK1oqc6c/Wt8kLow9XIdZKrU+x3ob++7UKsa89dW5ta35o/6+eBbIuzuhR7jSy9Spa2xVl9 ijWy9LprtzirT7Hm2l6fwGlxVp9ijSy97lytYKtPseZcQXeuFut1KQ6acwXVuaZWtNWnWHOuoDrX 1OLNPsWacwXVuaZWtNWnWHMu/ejPtIm5guZcUXWuaRNzRc25ou5cm5gras6lnwCaNjFX3Ngpy8KG dGS1X6k0X1m3kmDlpEoRFbEVQNWfq3vV1q6VX+uiVVE6GFpM2zX2jxoY9FNKU4tp+xRrYNCXYaYW 03YpThoYOiaAXINuOyY1g7ySJcjO9yCvZgljnUTMEgOKe8hmUAlEq+9Xj6gNVOurfEZCqdT1V6ge v4z+TqrjNddTQ+Fv8Z7rFd1nCz7hm64fbfLdq64fiM5LPI/ZcH07vPllePn5zafDZOT9WcgjDSuz kPcWgpol03C5PKB1rH513Df77mIWMnfNQjZ1qdZGzdquWcjz9Oa2Xn6bRdGbNuiN95Y1jvR2zUKe p1fzq0d4xeJV2HHlbW4tOuuzN/xK9tqFvfrsUJMUuuxV/OlR9t69gDoafXbIb7HX/EossXh3dDT6 fOMWvEbjFXtnXmwHorLcKFRWqaVCvUKvfHjpcPVyjXKV5yWikLYpn1M6XF3bvqiv4pgWofTQfTQK gfaEUnIsOsj6bUgSSqUaEkkoJeeApQOrrVbL1ir42vk4Ox2v095JrYZKIt4WfcJQaVX32YJPFiqd YXINlY5E5xd4rYVKi43490Kj83P86+X+3h7+83N6fv3x42U9LBdauVX0ng7ZokwgRznoEpdnc9o1 rmF6uYB2lMP8srh1TMWFlLq3La3p0qxdvl7tOAc1Rsib9AZNr76leNykOGmK9S3FLeLqUuw0z1pZ S2pRQJ9iqynW96u3CKRPseZbTo8/WzzTp1hzLv2YjWnRUp9izbn0czamxWBdir3mXCtfvYmbFGvO tXLSZhNxec25Vk7abGIurzJXP78vlmbjymrOJt5ZruZssncxGNOP19hNrBE0j9KP19gWa6yIbcK8 zG7H5VJOO3JoDnKiLF1LZ18739oZ1r6pdhWVuSuRVl6rNFNRX0FYMVG+Snq4SuQjs/XSprWuzo85 bYPIOsYzUV6cGOWFiVGW/aO8MDHK8n+UY8sS3dWGKl9Dbdi+0PbqZrd7cX29f/bi+sPu+4tP5TOp tOyHixuMK/hz+V5qcft/1s861s/+1NeE1/dM1rei1Bcl1BPcdYdwnU6vI8JahzRy1vc3+Nd3u18Q YYi5X8O+q+v97tnf+Oerqx/v/qm++HL3dv/sm93Fj7ubQ5oyNf3tFccUL99fsNS88cUVcrjgjKf8 f7O//NcFEuW/v1/f/PTm+vqnZ3VwVe7cvt/t9rRy/+z7i7c314v/ixsv/v/y8uLD9bvFjUMb3z17 0FM/7HTwHinr3z5/vP3nMJYv07KCTPkyLVO2fJm2VHr5Mm2p7vJl2lLB5cu0pWrLl2lL5ZYv0zKV ypdpmcrly7Ql57F8mrbUPpWf+JDm0Ycza+PLcw8/31kyOfpYkzw8f5xJPEd2n9x900+emz94V78M Vr8FJ8/Nn0mT5+oXxAS6dx/XkucqDIpxR++WlxLN75KXTOur7WWPuHygpn72pX4AZe2bHQ8/aVG/ 7dD6iMHdlwFo7NGbVI/enCpvK6ovcBVHkfdr17dW1/c3P/Y1wO333RbjHr6E6OilQ6JsfgeSlFjW N+WdjPXthI99yV3rbW71tWZrb+Jqv3KKhTt+9UrrVSvyXMVRET56rcSD10hMlRLtQujocMPDwwz3 DusvzttJpoISOexdz17Xo9D1ZHI9KFzP7dZjtPVUaz1kWs981iOY9URkPaBYzwsuDlVIoeZDFfL8 fKhCKqEeqpDmuztUIeWbD1WInvlQhUzejfVQxaLyjhdRHy6aSqczb6yTmUFpPtlQXTc41/3Gdftv 3Y1bN8fWvap162jdyVk3Vi421sla/ryxTp6f9xLI8wI02dZVd1nVTU91D1LdElR36NQNM3X/St1O Und31M0Wde9DXdqvK+114ftukbhU5tE06sNpU8l0noeWTKWFZF2ortMs5qElPJnnoeX5eR5awpt5 HlrCGrMA5nFM9DAGOjmDtYgn5fmpxkryvLSYTA/U0XodPNexbB1a1pFeHXjVcdAinhT9czwpz9+P j+9itN//7v8BqQZWug0KZW5kc3RyZWFtDQplbmRvYmoNCjc2NyAwIG9iag0KWyAyNzggMCAwIDU1 NiAwIDAgNzIyIDAgMCAwIDAgMCAyNzggMCAwIDI3OCA1NTYgNTU2IDU1NiA1NTYgNTU2IDU1NiAw IDAgMCAwIDMzMyAwIDAgMCAwIDAgMCAwIDAgNzIyIDAgMCA2MTEgNzc4IDcyMiAyNzggMCAwIDAg MCA3MjIgMCA2NjcgMCAwIDY2NyAwIDAgMCAwIDY2NyA2NjcgMCAwIDAgMCAwIDAgMCA1NTYgMCA1 NTYgNjExIDU1NiAwIDYxMSAwIDI3OCAyNzggMCAyNzggODg5IDYxMSA2MTEgMCAwIDM4OSA1NTYg MzMzIDYxMSA1NTYgNzc4IDAgNTU2XSANCmVuZG9iag0KNzY4IDAgb2JqDQo8PC9GaWx0ZXIvRmxh dGVEZWNvZGUvTGVuZ3RoIDI3ND4+DQpzdHJlYW0NCnicXVFNT8QgFLzzKziuhw0UpXpomqw1m/Tg R6z+AAqvlcQCofTQfy+Fupp9CZDJzDweA2nap9bogMmbt7KDgAdtlIfZLl4C7mHUBhUMKy3DjtIu J+EQieZunQNMrRksqipM3iM5B7/iw0nZHm4QefUKvDYjPnw2XcTd4tw3TGACpqiusYIhNnoW7kVM gEmyHVsVeR3WY/T8KT5WB5glXORhpFUwOyHBCzMCqmisGlfnWDUCo654nl39IL+ET+rbqKaU0Tqh c0ZNQncPCZU8o8yVmeMso3zL3q/47X4ZhvMk42U67tmuznxxPczpMcoYZeX/ptsjtqwvCcnF+xhO +pCUypaHNnD5M2fd5trWDznLksYNCmVuZHN0cmVhbQ0KZW5kb2JqDQo3NjkgMCBvYmoNCjw8L0Zp bHRlci9GbGF0ZURlY29kZS9MZW5ndGggOTk3NjYvTGVuZ3RoMSAzMDY1NTI+Pg0Kc3RyZWFtDQp4 nOydCWAb1Z3/fzMjzaWRZnSflkaWJceyLV+J7Rg78REHExeSkBDsEMC5IBwpKaFcbcGUchkolG0p pSxQluXfDe2iOF3qANuk5abQ0kKh5QxXW1oodHdpoUvR/t7IylHEP7IrV7H9PvLvO++aeW9Gz0/6 Pc0BDAD4UEwwvGjFEYd/qy+0GEzX3QQQeOHwRb2LT3xrnR84fg4A5zl82dIVV5zygA6c1AlMhD98 xTHdF3700jlgmtMHcOrcJStWLt6cPIXH9T+PWw1/auWKvnM/+8JagIUfAmiWpSvqGrXG478EwIqY P7Ss51Mr//q5BT3Amd/FePOqRUcOLLvu1PcAlmG+/avrN6/dcvG2mx8D5tUHcB3T+rPP0rdd+sKn gXn/LAB+9UlbTt786H3PmYF5/REA4Ycnr926BXwg4fb24Pa0k08/76R5z1x6OjAfPQnw4M2bNmw+ t/OLX8Pw2puAuWjOpo1rN/z65dpBAOYqUv8mTHA0eTHMYH1QsWnzWec++725PVj3JoCOr5628cxP Z/ZkeoF9fRjTBk4/Y/3abdc+/yawD2wB0LXNa8/d4u5VHsP1f4vr659eu3njySdVeID99S/xcLyx 5YytZ2WScD22bzfJ33Lmxi1XR9/uAuYtrNPyGyDvBf9K36oj7xo9UW1/TwySwwRw22uVSbL8ue+5 hr/c9deTNRCXY1QyyhNwKSz46Cjo0eAvd/3lfA325oxju5+kaAIMgwYNwAGLyzrAPTftwnpZzOW4 y5lrwQyi+UZzE24gmF1yP4OTWIdoZi28iSWY9kAysxvO7TFagKw8skeHTtAzH5qf+mg50yQsYEax e2QyGdx6wnwv2VNw8+NNYufvtTT7LJxg2gpuki6UwTm51rLb4PPEuDLoNH0HzsSy2zDehct7SD6u cwzay2jtaKvQAuNpR6KtRVsxXtdOsi5uY4ux3viSYF6V+at5FVxvfhhOQrsZw7eZXoNv8/NhM8Zv x/V2mQBaSBnc3vX8NrgB02/C/PWYdjMuBzD+LQyvwfXqx8OScDX4yRKNx/Qq3M6V422p3P8dwW0u QbsU61iGy8Vo/VjGictutMuYh+Fy5uHMbZiPS7gY67+MpKMtGl/24TG5BPMX4noVGL8YwwFsB49L FS2KNgcoEwb/694pdRsKAd/3hz6Wtg3eKHo92+A0ND9atNjbplAoFAqFcujCfDtzT6nbUCjm4PRp K4VCoZQSBjL3iGga0HGTQqFQKBQKhUKhUCgUCoVCoVAoFAqFUjxMP4ST8qWT82D/0W2hUKYLzI2l bgGFQqHMZj564m/iD6I9ifYztD+gPVOSZu2HaSus4Ryw0LQM+kyLoQPjDRjuMH0B1pkqMX0rrBov dwznh8P2u76q0bi+6gIsVwf9ueurzA/CqeanYL35fbhDWgJ34PImjoXDzF1wOz8fhkxnwmLmYbiC ex8uY2W4Atc7il0GNtO5cAlpC9kGKU/yyPVOps9g3VfADab7YY3pN7g8A02EG8x1GH8XbmB+Bzdw W6GKlOHuM67HusH0Fi4bMH/z+PJ5TNsMS0walnsRvmLaBCI/CGHclmg6Hc0GkVK+B/8o8FhdVuo2 UP7xsNugfP/rtdC842kptCPQkuPlUrnypW3xzGa/47/32FMohwaaIDAMcyfPgxmA53lB4AWyzAKC IIAAEDcriCO0IGTmPxtyhBwO842hyCV7rncY2ZCYx8cqN65omf/G8fM/01IxbwVf7Wh56PZfPLC+ qI1lDl5knMwnFid7RZnFFN6JJlKUchBwlCl1EygUCoVCyQOzn05/Zsp+HLKQA8wwBXytYbIEmfGQ xJAQhy8CyzAuB0mYzzAepo4JOUhqiqln6lWGSTB1dX/HF6fSdgImBzBT1pJC3gBKgXCQ7ZNmjiP9 Enzmtyy74X0xAyKImY9AAinzV5BBRrWABVUBBdUKVlSboSrYUDVQUe2oH4ID7KhOcKC6wInqRv1f 8IAL1QtuVB/qX8APXgwHwI/hIARQQ4aWQRA1DKHMBxAxVIcy1ChEUMtBR42hvg8VEEWNQzlqAvXP UAkx1DlQgVoFCdSkodVQmfkT1MAc1FpDU5BErYNq1HqoRW1AfQ8aIYXaBHWoc6E+8z8wz9BmaEBt gSbUVpib+W+Yb2gbzEM9zNB2aEbtgBbUBdCKuhDmZ/4LOqENtQsOQ+2GdtQe1D/CIuhA7YUFqIth YeZdOBw6UfugC/UI6EZdYmg/9KB+ChahHgmLM+/AUYYuhcNRl0Ef6nI4IvMHONrQFbAEdSX0Z96G Y+BI1FWGHgtHoQ7A0sxbMAjLUFejvg3HwXIMr4EVqMfDStQTDD0Rjsn8HoZgFepaOBZ1HervYD0M om6A1agb4TjUk2BN5k042dBNcDzqKXBC5rdwKgxh+DRDT4e1qJthHaZ/GtajnmHoFtiQ+Q18Bjai ngkno2419CzYlPk1fBZOQT0bTkU9B/UNOBdOQz0PNqOeD59G/Zyhn4czUL8AW1AvgM9kXocLDR2G ragXwVmoX4TPZl6Di+Fs1C8Zegmck3kVLoVzUS+D81Avh/NRr4DPZV6BEfg86pXwBUy5CvUVuBou QP0yXIh6DVyEei3qHvgKfBH1OrgY9Z/gS5mX4auGfg0uQb0eLkP9OlyOuTegvgzfgCtQb4SRzEvw TbgS9Sa4CvWfDb0Zvox6C1yDeitci/ot1BfhNvgK6r/Adai3wz+h/it8NfMC3AFfyzwP/w+uR/02 fB313wzdBjeg3gnfQP0OfBP1u4b+O9yEehf8M2oabkbdjvocjMItqDvgVtTvwW2ZX8F/wL9kfgl3 G/p9uB11DP4VdSfcgXqPoffCt1Hvg3/LPAv/CdtQf2DoLrgTdTd8B/WH8F3UH8G/o94Pd2WegQcg jfogbM/8Ah4y9GEYRX0EdmSehkfhe6iPwX+g/hjuRn0cvo/6BIyh/gR2ov7U0CfhHtSfwX2oP4f/ zDwFT6H+HJ6GH6D+AnahPgO7Mz+DZw39JfwI9VdwP+pz8ADq84a+AA+ivggPob4ED2eehJcN3QOP Zn4Kr8BjqK/Cj1FfM/R1eBz1DXgC9dfwE9TfwJOZn8BvDX0Tfob6O/h55gn4PTyF+pahb8PTqH+A ZzKPwzvwLOq7hv4Rfon6X/Ar1P+G51D/x9D34IXMj+FP8CLqn+El1PdRH4MP4GXUv8Ae1P+FV1A/ NPSv8FrmUfgIXkfNwBuodEyf+jH9j9N8TP99wWP6m58wpr/5sTH9t58wpv/mY2P6rwsY01/fO6af ecCY/tonjOmvGWP6ax8b0181xvRX9xvTXzXG9FeNMf3V/cb0Vz42pu8xxvQ9xpi+ZxqO6b8q0Zj+ NB3T6Zg+7cb06f49ffqO6Z/0PZ2O6XRMzz+mPzIDxnTAERc0xeIRgeNYE4+DOphMJp4zcfudpcFx PPAAoiAIPC8KrFlAFdEEXhBlQRQ44ACyK5h4nmXNrJgNczwvF/uMCEvBJVkipnw5uI9Fag1lWsIW XlSYulbMOhiLp9RNoFAoFAolD9lP+wl8PTikmSn7Mf0hjlHWm9oXEkXRKpoEiWfNHHGVwMSxxiny aJyZNxsOFonx0t/jRHFF3I2JY8oBpvy+WJHqmKJNzzoUn4QOP2cSiKNtMpkFMhcg5MAs45IMQZQk UZAkjicqZWOCBUtk5wKMnsvhH3ZskiqYMGaWzGZzcRtbcEnjn4DOBVA+zgQ+JMWpa8Wsg1V8pW4C hUKhUCh5yM4FlNZ9Kh50LuBQQTATn55cCS+YDa8KQ+hE2SSzKAnoMBHHCczoaRl5osCZBV4SRCE7 HyCjTrpqOhdAKRxrQMbjid2PONomk1kkx3bfXIDJJBKPSCKIssRhJ7VIMr4kQZKsgiRk32WjsDEX IOTmAkyCWSJbKGpjCy5J5wIon8AExkc6F1A8WGug1E2gUCgUCiUP2U/7mTIXMFP2Y/ozPgMgCPuF JElWZbMkG3MBptxcgCgS48jZABg0YmQuYPJOFJ0LoBSOGraQKQCzSBxts5mXTGYTOYMlC2ZJIAFI ssUiSxaZE2TRIiuyYiHzAaokidl32Shswm7MCZyVhM0YI+cNFNebUgsuafwT5D0podjnKlCmGRMY H+Wpa8Wsg1XDpW4ChUKhUCh5kAydKT70TNmP6Y/I57ypfSGLxWK38LIicoKJOE7AmziR/N4qypIp +4MrhkRREhVSfLKU1k025wBzfl+sSHVM0aZnHZqukLkAXgLbvrkAKUduLsBiUdD9VyycaJGsFgVf FsliUS2SlJ0LMC4bMEkidmjOSvp0bi6guOcFaAWXpHMBlE+AzgWUBFbTS90ECoVCoVDykP20nym/ MtK5gEMFic+eVi3tF1IUxanwFkUyiSbJjI4Wj56WJKP7L8smQRIUDBoxyYrlJ101nQugFI693EqO Jy+RH915XpDNvHm/uQCzWSZjZG4uwCztPxdgR82+y0Zh7NLGXAAJ89jFBYvwd3TjvI0tuKTRP/Je Z0Of8DjLmcD4WPi9KikHg7XT50hTKBQK5VCEzgVQpgJyObVELqveL6QoVpeVt1izcwFydi5ARu8f 3SqTIIuKjA6WTMoSd2rSVZe2M++7BT2f3xcrUh1TtOlZhzNhI6cDCBbiaPO4JHMBlhyYZSEekdVq s1kV1crLVotqxRfGrFanVVGycwGyRbZYeIuMHdqkYdDCy+a/sxvnbWzBJfm98rEc2ndmNxMYHwu/ VyXlYLDORKmbQKFQKBRKHrIz/zNlLmCm7Mf0xyLIxD+S0ZMSDK8KQzabzWMTFNVikszoOFlAMJsw h/zgqphFi2RTlOzPr7KK5SdddWl/MqdzAdMLd1Ijx1NQiKMtCKLCCzw5gyULZinEI7LaVHT/NRtv sSl2m2bTVJtis7ptNmv2XVZIP8YubTbJJo2cNSCQDq7KluLOBbgLLmn0j7wXKBT7ugXKNGMCH5KF 36uScjA4d7LUTaBQKBQKJQ/Zmf+ZcsYxnQs4VFBEi3EqNXpSouFVYUhVNZ8m2jTFLJsVHh0t0WxW FKtVsdisZkmRVStxsBSLVbFj+UlXXdrOvO8W9MKUPZ5boP5c0fDVO8gUgGQljrYoSjZBFMCaA7Ns 5EYCqma3a6rTziua1Wl3ak67ZrOrXlVTs++y0XMFm83MK7zLZrXZREWwWewWpbi/rBb+VDJjLiDv BQp/z604KDOACYyPhd+rknIwOF99qZtAoVAoFEoebIbOlLmAmbIf0x+rZPhSijUXQr/KbneEHJLm tJoV3ipggsSb0W1SrYqm8jK6Tqpm1VRyKrYT15x01aX9yXzfLejFKXskl0j9uaIRbHaR4ymrxNGW JIsmSiKoOTBLI3fsczhcLofd7RStDtXrdNvdLofmtIfsDnv2XVZVm6oKqsrzNt5DVpRsInZjxVbc X1aDBZc0/gnynpRQ7OsWKNOMCYyPhd+fgnIwuGBzqZtAoVAoFEoeNENnyhnHdC7gUEGViXeERkJq NuR0uSIu2eFWeaugiuhoyQKvqppdtTnsvKJaXXaH6tBUm6a6sfykqy5tZ9532zkpvy9WpDqmaNOz jrI2DzkdQNYgACDLFrsoi6DlwCw78YicTrfb6fC6BdWped1ep9eNKc6w0+nIzgVomqppoqYJgk3w kxVlVdSsbqt18t04b2MLLmn0j7zX2cgyvTv8rGYC42Ph96egHAxTWVupm0ChUCgUSh6yM/8zZS5g puzH9EezEO8IjYS0bMjt9pR7LE6vxtsE4jiBRRA0zY7uv9MhWDWb2+HUnBhzaF4sP+mqS3v6vJwD 5Cl7JJdM/bmioXf6yOkAFgeEjMcFOCWLBI4cmOUkHpHb7fW6XX6vpLkdQa/f7fe6nV637na7sjM+ drtmt8t2B3ZoIeiw2+0WTXKoXpta3LOs9YJLGnMBea+zIXdEpMxiJjA+uqauFbMOk95Z6iZQKBQK hZKH7Mz/TLn6mM4FHCo4FLvdQV4YMrwqDHm9vrhPcfsdgiY6JHS0FFFwOJwuh+Z2iTZ0nVxuh9vp 0JwOv8OhTbrq0p4+v+8W9JYpeySXhfpzRSPa7SdzAYqD/OhusVjzzwV4PD6fxxXwSXaPI+gLeAI+ j9vnKd83F0D6uuzIzQU4HBY7mQtQVa24jS24JJ0LoHwCE/iwL/xelZSDYYp2l7oJFAqFQqHkITvz P1PmAmbKfkx/HFbiSjnJXMDekM/nT/gVT8CYC5DH5wKcxoXYLtHmVH1kLgBjLkfA4Zj8pap0LoBS OPElIXJpgNVNHG1FsXlkRQZ3DszygAfA7w8G/d6yoOT0uyPBMn8ZxoLYm73e7NkfLrfT7ZLdbkFy ChGyouKQ3fagHXt9URtbcEljLiDvPTeUIt/PkDLNmMD4WPi9KikHwxxfUuomUCgUCoWSB4+hM+VO ZHQu4FDBbXO53MRDwpDhVWEoGAxVh2y+MrfokNwWdLRskuB2e7xup4+cfG0Pen0un8fl9LrK3K7J X6pa2kvp9z2OTpmyx3Mr1J8rGsmVOpkCUL3E0bbZNL9iU8CbA7P84AcIhcLhUCAaVtwhbywcDUUx Fg4lg6FA9l32et1er9XrlWW3XEFWtLkUr7fM4y7uL6uFP5XM6B95b1ZgsxX3HgaUacYExsfC71VJ ORjm5MpSN4FCoVAolDz4DZ0pdyKbKXMa0x+v5vV4vT6Pl4S82VA4EmmIaKGoV3JbvOgqgWaRvT5/ wOsOBmSHzxUOBL1Bv9cd8EbRt5p01aW9lN6WA2z5fbEi1TFFm551pNbEwGq1aQGoIo8DcAStqhUC OTArSDyiSCQajYQqooo3EohHKyIVGItGUpFwyGo8hD0Q8AYCtkBAlr1ygqyoeq1GN/YWt7EFlzTm AvLerEAt8j0MKNOMCYyPhd+rknIw+NSaUjeBQqFQKJQ8ZGf+Z8qdyGbKnMb0J+Dw+wP+gC+AIcOr wlA0Wj6v3B6uCMheJWBFR8uuyIFAMBTwhkMWV8AdDYX94ZDfG/LHA/7JO1GlPX1+3+Po1Cl7PLdK /bmi0bghQU4HcISghtwC0Flms9sglAOzyohHFI1WoPtfWWHzR0NVFZXRSoxVRBuj0Uh2xicU8odC tlBIkf3KHLKi3W8L+WM+v7+4jS24pDFXlPc6G7udPiluVjOBD3t9yhox++AbN5S6CRQKhUKh5CFs 6Ey5+nimzGlMf0LOYDCEbn4IQ4ZXhaGKinhb3BmtDFn8VuI4gdOqhELhSMivRxRPyFsR0UN6OOQP h9CdmrwTVdrT5+05wD5lj+e2U3+uaDSfXgWqaneGoR7A4XDrqkOFcA7M0olHVFFRie5/slINVoRr K5MVSYxVVjTHYtHsjE84HAyH1XCZ1Rq01pbhio6gWhasDAQDxW1swSWNuaK8Nysgd0SkzGIm8GFf PnWtmHUIzaeXugkUCoVCoeRBN3SmXH08U+Y0pj9hd1lZuCwcCmPI8KowVFk5Z+EcVywZVoK2sIaO lstmDUf0aDgYi1q9EX9lNBaOYSwarkbfatJVW4u4GxNn3y3oHfl9sSLVMUWbnnW0nVUDmuZ06zAX wOn0lmtODfQcmFVOPKLKymSyMlabVMsq9bpkbWVtsrIiWdkWT8Q00HArul6m65quW61hawNZ0Vmm 6WVVoWCouI0tuKQxF5D3nhtOJ31q/KxmAh/2hd+rknIwhLazSt0ECoVCoVDykJ35L637VDxmypzG 9Ef3RCJ6JBrWMUR8IxJKJqt7qj2JWt1apup2dLQ8qlWPxir0sgQ5+TqYrEjoiZheFtNT6FtNuurS XkrvzAHO/L5YkeqYok3POnoubcTj6fHFoZ08OjBQ6fQ4IZ4DsyqhEqC2tr6+tmpuvbO8Nt5SP7d2 Lsbqa7ura6uy73I8Xh6PO+NxVS1X55MVPeXOeLROjxb+FMCCGltwSWOuyJMvx+PJm0yZLUxgfKye ulbMOsSeS0vdBAqFQqFQ8jDH0Jly9fFMmdOY/sQDFRXxikQsjiHiG5FQfUPjUY3+mrlxNWonjhP4 7Wo8MacqXl5dpZUlIvVV1fFqjFXF56FvNemqteLtxSTw5ABPfl+sSHVM0aZnHf3Xt4Lb7Q0miaPt 95fVuP1uSObArBpyI4HGxubmxlRbszvRmOxobmtsa26sbW7sb2hIuY2HsCeTiWTSnUza7Qn7QrKi P+FOxudVxIv7y2p/wSWNW2/mvc7GX+R7GFCmGVrhReunqg2zEKn/+lI3gUKhUCiUPNQaOlOuPp4p cxrTn2TZnDnJOcnKJIYMrwpDzS2tx7aGGtqS9rgz6UFHK+S0J6trU8lEQ8qhV8eaUw1VDamqRKqq PVmVmHTVpT193p8D/Pl9sSLVMUWbnnWsuGMBeL3+shQsIbcA1Ou9IS+kcmBWPfGIWlra21uautq9 yZZUb3tXS1d7y9z2lhWtzU1eIHe5TKWSqZQvlXI4qx2HkxVDSW+q6rBk5ZziNrbgksatN/NeoEDu iEiZxUzgw37e1LVi1iGvuKPUTaBQKBQKJQ8Nhs6Uq49nypzG9Cel19akauuqUxgivhEJtbcvGFoQ aelKOarcxHGCiNuRqmtoSiWbm1wVdZXtTc2p5sZUsjHVjb7VpKt2FXE3Js6+W9CH8vtiRapjijY9 61gz1kseIRhtgqPJowMrmgORADTlwKxmcse+jo7u7o7Wvu5AqqOpv7uvo6+7Y353x3ELOloDQG4P 2NSUamoKzm1yuetcR+J6cyOpQFNtV21tbXEbW3BJH5FIvpxIJG8yZbYwgcuLDpu6Vsw6lDVjpW4C hUKhUCh5aDG0tO5T8ZgpcxrTn6ZYY0NT49z6JmiqIE4VCXX39J7WG2vva3KlvE1BdLRiXlfT3JbW plT7fM+cudXd89ub2lub6lqbjmhqqpt01aU9fT6SAyL5fbEi1TFFm551bHikn8ytVLTCIHl0YGVb KBqC1hyY1Ubu2NfT09fX03FUX6ixp3VF31E9R/X1LOjrWd/d3ZGd8WltbWxtLWtp9XgaPStxvZZo Y6i14fCGhobiNrbgksatN/PerCBa5HsYUKYZ7sKLdk5ZI2Yf1g2PlLoJFAqFQqHkITvzP1OuPp4p cxrTn9ZE87zW5ta5rdBaaXhVGOo7ov+s/kT3Ua2eRn9rGTpaCb+ndX57R0tj1wJf9fy6vgVdLV0d LU0dLUtbWpomXbWviLsxcaI5IJrfFytSHVO06dkIN24hYIz4RxhjjLgJXsVlI+gYckAM4pCCVmiH BXAcHA/nw63wXdgBO5kGtoX9FXcB36lLekKv07fo58Yfz2SAPKclDnOgHtpwnS5cZ62xzmjedc4i 62Re+9hrfWY9rt2cuV385UfMh7d+mP79T/Zc8vtvv/0ngDc6xttcKDwR2w9su2wbbLttPwRgMCW3 CYZlAdi/WQMzOZOZBxHAolhtqmYHp8vt8fr8gSCUhSOkl1fEE5VzqpLVNbWpuvqGxqa585pbWue3 HdbescDwJxf1Lj6874gl/Z868qily5YfvWLlMauOHRhcfdya4yf9puXlTq7wsr8g8pwR7Fw8cOyq Y1Z2dS5c0NF+WNv81pZ5c5saG+rrUrU11cmqOZWJeEWsPKpHwmWhYMDv83rcLqfDrqk2q2KRJVHg zSaOZaCmN7Z4SE8nhtKmRKyvr5bEY2sxYe1+CUNpHZMWH1gmrQ8ZxfQDS3ZiyZP+pmRntmTn3pKM prdDe22N3hvT008siuljzOrlAxi+elFsUE+/bYSPNMLXGmErhqNRXEHv9W1apKeZIb03vfjsTSO9 Q4twc9stck+sZ6NcWwPbZQsGLRhKe2NbtjPeBYwRYL29bdtZEK3YqHQgtqg37Y8tIi1Ic/HetRvS y5YP9C4KRqODtTVppmd9bF0aYt1ptdooAj1GNWm+Jy0Y1einkL2BK/XtNbtHrhrTYN1QtbIhtmHt moE0t3aQ1GGvxnoXpb3nv+7bF8WNO3oGLts/N8iN9PpO0Ul0ZOQyPX3r8oH9c6NEBwdxG7guG188 NLIYq74KD2L/Ch1rYy8ZHEgzl2CVOtkTslfZ/dsY6yUpQ6fqaSnWHds0cuoQvjWBkTQcfV50NBDo 3JnZA4FefWTlQCyaXhiMDa5dFNrugpGjz9vh79T9B+bU1mzX7NkDu92mjgcU6/6BjXvzjJBRnIT6 j957ZBnSotgR2CHS+nodWzIQw31qJbKxFUbWtwaNz6FBBtdKb8B35JS01DM0orWRdLJ+2hzXYvrI e4A9IPb2WwemrB1P4ePae0CCpJ/s7WqYnwunq6vTySTpIkIPvqfYxgVGfF5tzdljbCy2RdNxgYcP luGxXTvYVoeHPxolb/CVY52wDiPp4eUD2bgO64Kj0FlXPZhmh0jO7lyO+xiSM5zL2bv6UAx78veM IcydFhN7/1TN4+zd1JZmPP+f7I3Z/P4Vsf7lqwf03pGh8WPbv/KAWDa/dW/eeCjt7Bnggux4iA1y Ri52yjV7C5PIgJI2xfGPNzr1hjFBxF5ppDD64rQ21JfVQTkaLXClscy7ZC1jsW+18Wam26oPjB92 QPyA5ikjHDbYlGD7V64eGZEPyMOulq3wiPEF9nhYORDVe9JwDP5nxvFvLLO7ldhgMN2Jh6yHFMD+ l00ajx5QMDgeHkRI76ytWYwD3cjI4pi+eGRoZO1YZnhdTNdiIzvZH7E/GtnSO5TrOGOZe64Mphdf NYjHahPThv8ULHRvjzGXL9/eyVy+YvXATg0/bi9fOTDKMmzPUPfg9grMG9ip4/hupLIklSSSiE4i 0M/gTo6yolE+uLMTYNjINRkJRnz9GANGmphLY2D9GJtN07IVJYyKOvGjc/2YKZvTmSttwjQxmzac LT1nvLSIORrJuQfwswOMzCxkcOpZObB/tzP+l0nGsdUDCjvSvwLfNJIptwbl/bJ1smKaiaVPjJ0b 3Y7bTK+KnRfFxFhaxwEOC22Hw0ODIyM6vmJY/fpVA1klWUxNCLc0mB5elysbDA3G9osquKrxVuwI kX+7vbV9LlfbmVgbCYzkqkuvz1sbtj7NHEfU+DOav70ZYtn68YMtW+nImpHVsSiOm2Wk4vF2YNQW GjS2gC25gbQE/7u7FFjJ1ZAXWw5lEOGquSR+U4twyVG+LDLGzdmR8EWevI+rgj1oLFc1Wl0W2clV cmWjh0U6x7jYDoe7Ue2q5XR8g+sM1VHPQLsLbRdHvgOeyIUxXUO9EG0Y7S60XWhPouE3KVSSq6Od gXYL2h6Sw5VxoVE9onVVcn5c149dReW88A5aBo3DdnqxVi8sRTsR7Rq0W9B4oxxJOQPtQrRdaO8a OZ2cd/S6Jmy7d/RKY7Hj1NMbjejabHTN8UZ0x7GD2eWRy7PLRUdki7VlizXMzSanurPLyprs0hFv HCZL2dq4u8vDeXAnPdjwLagM+wCoDAMRuJVzQxqN5fjxlE7OsaMi0XjLLs4EDMdyDGyASGY3x4xa 7Y1dMpth38Ev0xH2D+zb2Rz27R02e+MtXUvYV+EutF1oHPsqvl5hX4EL2T3kmKMuRLsFbRfaT9He QePZPfh6GV8vsS+Byr4IdWgL0U5EuwVtF9o7aAL7IqrGvkA+DAwl4YVoLPsCqsY+j7v1PKrKPoeh 59jnsGlPjbbMb9xpBKrrxgOR+HjAGxwPODyNY+zPRz+owh6VwHcae9S9XDl+aW/iykfjDdj9fKPt p0TG2Nd26NWRW7vq2achjUa+bj+NNT8NOtoytCG0LWg8hp7B0DMwjHYt2q1oaTTsZagams4+hvY4 2jNQj9aJtgxNZJ8cxWrG2J+OJrojXR72J+zD4MUj/gT7iLF8nH3IWP6YfdBYPorLMC4fYx8axS/0 XRbMB1xHw6WGyzrMN7M/3FHhiGS67OwuPHYR1Dq0hWhL0U5EuwaNZ3ex5aMbIg7cyL3wGDoNEXYU 3jSWd8BtInSeGulM9GAH1Ikk2jowhHKLfkuC7Uxc/w2MEkl8+ToMEUl86SoMEUmcfxGGiCROPxtD RBIbTsUQkcTqEzFEJLF0JYZQxtibv19RGWlZehqjd6nsOXiUzsGjdA4epXPAxJ5DXvCBibTtm6PJ JB6xGzurq5KR4XuY4fuY4aOZ4duY4Y3M8AXM8EXMcDszfAIzXM0Mh5jhMDPcyQzfy7TioRhmOr93 QHR+p48ZfowZ/i4zvJUZTjDDcWa4ghnWmZbOMTY6ekSTseg1Fju6yD8dLjsW4OijslE8olHs81Ec E3ah/hQtY8Q6sZBeni3sD5Nl+Y7kwmw81dZ4Bv773I8r3o9vw/3wMpoJ36D7sRvdjxu5Hzegoi5E OxFtN9o7aBk0HkuXY8OvMVRFrUNbiHYi2oVo76DxRnPeQWPhjPEm3mU0jDS6brzhS9FM7P34KsdX lI12lmkhrVrr464JMWqYWRrOhNkWMG536LCL9jHGevefre//2QpSl8R+mb2GDN3stePLa0Y/wKGb uWE0cW+ky818HcIm7HnMfEgwcVy2wlYjPg9CIlnOhRB7Jy4bR0OrcDV1NFETuYexkbXujnwQej3y ZmiMxeBvQ/dGntXHTMxo5BeYcufdkadDV0QerRsTMeW+xBiDi3t0o+jOUGvku48ZRS/CjBtHIxeQ xd2RL4QOj5wWMjI2ZjNO2IqxTjVydGJ1pA+3tyi0LtK5Fbd5d2Rh6IRIe7bUPLLO3ZF6bEJ1NpjE xlaFjEpjYWODx7SMMZs6a4TrhQFhqdAsNAo1QlSICGVCUHCJDlETbaIiyqIo8qJJZEUQXWOZPZ3V xFd38RpZ8CaiJiOssUSJW08GPkZkYQmknVw/27+im+lP714P/ev09J9WxMYYGb8emmPdTNrRD/0r u9Ot1f1jQubodEt1f1pYdtzAdob58iCmptnL8WvRyoExJkOSLgkSR2wnMIz9kquDZDnnkqsHB8Hn Ofv/SPsS8Ciq7N+71NJVXdVdvaWXJJ3uLM3SAgkJhEBLClkcxQAqBMLQAiKLoEIIuKIssokooIKC CriDigYSIARURJS/OhkccZxRR0En4vImiCN/RCHd79zqrjYZne/zfa8rVXX71q17zz33nN9ZbouV vkrnQEfFsCG/cZmUvkZ/+fg6lXPrNwy/elz987k19b1ZIZlbM7z+QRap7cP/xqeHDtmHv2e3mnH7 6ED876FXsXo6cEhNzfAmXG20QyH8PbQDifneaGcB48zaoZAlmGq3KdWuCN6HdoXsBu0kCRUZ7Yok yWjHYdZuZ13h0CE7CwuNNt4QqjPa1HlDHdu8UwRtioqMNlmL0DtGm3eyFrE29QONJjk50CSYYzTB AZRjNMnBAaNJ9S9NeqWb3JNpco8xEsW/tMlJtVFPmG3UE9Am+ns/Uy+JRnHDgJopE1iUO6lg6FQ4 J9Xfe/MMH/O4Qjun1KTD38ika6fMYPfJU+trCqYOqZ9SMCS0c8CE33g8gT0eUDBkJ5owdPS4nRP0 qUN2DdAHDC2YPKSm4dJRZeWdxronM1bZqN/obBTrrIyNdWn5bzwuZ48vZWOVs7HK2ViX6pcaYyFD xkeN22lBl9RAUGXcG4hVBnmdBK7mJVnanIGG8A4I++7KbgaPZRuyQoypFFxSr8LJHvUY1GMQewQ6 xR7ZWCoj/ch314BwdjPeln6kQbWj4BIUnTe/bj7yDb1+SOqvDj5QNW8+Y3jqGq37bx94NrRenzyk bh5Cw+u7Xz28vhIc/Z2iCLWT2JTq+5t1VutQCKZSlT2hsj+rpDTTkNXFWJ0kpRv+ev3np++DmRYs IvsbsB7E81BdDa0PDh9NAApGp2PGZvCnmImoq4EJ1uEorjP7SJMdjaLUd8TmbJ7z5qdLaV7MS99T b8IrdSZLMh/GrGiGY/OMbg12RhHfjPxwBvjnkJ+LsGR/8is4v2b3xPXJr9lzdiffAuA1pU+EtqEd +Hq0A72GDuHT8NbLaB9qRMwdGoIeQwvQQ2gFmLjxUHMPugoOHuofwv5kI+qFngAj9wRqgbZj0V2o GWVhX/IbtBAto8fgrWVIRfloEBqFZqP78BXJ+WgCOs7djcrRFegmNAcvSo5L3p98IPk0egbto/+T bEdWFEBT4GhJnuL/nvwH6gFvrEcb0XH8gLQb6TDKImj5OJqLNtE4h5PTkz8DBWF0C9DAoSrUgg+S KPQ+FX2FfXgBHQy9PJWsTx6GVjkojmagTagZ98GXkjA/IVmVbEFZMMat0OtGtAvtgaMJvYI+xgp/ Ovl08jTyo4vQZTCfRvRnfJAm2hcnKoFjPHCpG6qAJ7PRq+gIeg8X4NfJbF7he/M6f3vyA+RGJWgM UPscvHkS/0jugmMhfYsblrwE2YAv6xi30ZvocxzAvfBIXE26kdlkM50Loe9F8G4JuP/XA78fgd4/ A3HaQxRylD7FvcCdF3ITJ5I2WJEIehQ9jl7HKsw0hOvwEvwh/icZTCaSR8kX9CFuO/e+OBlmfQ26 Ed2HXkA/Yifuh6/Ef8Qz8AK8Aq/DG3ELfg9/TQaR0WQW+Y7OoLX0Fe4SOK7m6ri7+eX8vcLXiXGJ w4m/JH5M9k4uR1eCPCwG6tejzTCzfego+giO4+gLzGMrtsERwmE8Bt8Bx134Pvwk3oa340YY5T38 Bf4GTNP/4vMELC4RSDY4QcwVKiBzwdt8iDxGjsLxHvkX+Yl6aT5EqX1ojNbQ2UDVCroWjt30cy7A HeWSwOfe/AZ+C7+Nf4E/xJ8WFHEJ2Po/XXiqvXv7ZwmUWJnYkNiVaEx+jjywhmBFIPiKAfWT4ZgJ 670BJO5ldAwrwLsA7o4H4iuAMxPxTFyLbwVOLsWb8DMG7S/hA8Clv+HvgGaV5Bg09yR9yCVkJBzX kKmkFpyyB0gj+ZD8TEVqpXbqod3ppTROp9J59Da6gdbTP9FP6Rf0LL0AR5KTuTwun4twUe5SbiI3 n9vMfcV9xU/g3+W/FGThRmG50CR8D97NQHGUeKUYF9eIe8QPLJNAOt9Au9Hejql6fIIupkPpbnQ/ KeX8EM78GeR5IrqOVhGQVLINryR34kZSyN8qDCAD8Ah0mosAr98iW8hZMoBW4eH4ajSTpH+XKbi5 5+EW495AbdwBmNufoedbBQXfRb4TFLQLfKUKGPNNWsxF6bvoY3oci9wT6BNOxl7cRp6jo0AKXuEG 8uNQmD6GXqK1+E60mwxFSD5vWQ1yPAI/D7gwGvfG52gSItkRIEXl9J/objSL/B21gR6vRA/j67jp 6H5Uihegr9CzoBXd+JuE7oIHv02u51YRF25EhNsOs6vAhZjybrQUx+km4TvyEZqPjnIy+oy+CNQf JS/RKu40fxWeARpwJ1qOapOL0W38OO59PB1RXI2KuBOAbgtoby4M94WAKhMA0/aAdjcDDgyiVVDj A8m5AuRiDCDEJjgeAZzgQIKuBx0fCyj2Z9QojCZNaDpvw4A6CHHvJq5C45PPoo3J6eim5AOoB+DB iuQC6HEb+hKtQdvwssQdaA6ElR+Bbl/BDyNH+WHJHmQV+YhcTTZ0Xl/gdhH2oW/heAm+DOT3o1Xc 39DVqDK5OvlXkO6ugLAb0bXguLbCLE/BCH+gB1FpYgTZmRxG58B8j6Mrk88l87CMZiRvQCPRAfSM yKPJYhTWuB6/D/O9A00lVyXn0amJ64EPa4ALOnBrPuDPPVwtdzf3E0JGHg6Aj2f7gSK6pJHgVkFs Iht1F+K5VopkkWvFyG8R+FZCD4BASQAvPZEvqp2NtcdGaGdiVe0xVAll7QJcSorDjrCjCC7gi6ML IXrwgs6j8yjEHWT7bPUw7zVgr3gkoTt3Cizlt4sgvom8rFstMUGW+nMxoT/GvVrbW1Fl+8nK7J05 xtMIPCVIkK3vUqk/34+LoX7QjsYICWGM35Vl6+LwE4+ALw0UxWNVWpvWCl20aqdQZWWV1n4SfOkG HlwdrMW0WE1NSbGLOkodlPYp9XxVfrzsqaP4BirhoYn9F35MPNTSwmi9hjaQWwxarWj+PjC25xry i8r4puQ5PT/SrcwqyMBuiMZ4XrCekiwWSgkSLTHZLi2SiAS+h+5R7WXSZ5hyMYJ11VGG/Urtcz5G YpRxTWuPxmMG8xhR7TG4YIezooKdJcU4GnUx8mipcV3bu6XHpyUtxbQBe0+fTnyTujI6PcmvuBr+ GMqGOLBEX9E1t18ukTgpl4y173XtzTniOpJzLlfAxIMkjrqRxAsOJFlEDUlWUcuWFVHzqXZR89qc gsNrc1G315ZFPF6bn3h8aoB4suUc6s6Wc6nbpwYFh0/NExzZspydXYQkN0KS6vMVeW1ur9fmIUVu SpEmFjmEJrxH72ezqaosSyjb5/N6kexxux3aQJsoCJQMRL6HVO9DapFNd1SMtG2xEdv8sPxQtvQQ 9AvM2+2oYAnJJvJEQ2j7DCZu8Whbq9aauZ9h/Epd0xxMXbV2YKWjohdcV/A9o3dqh1f09LGb/T8+ wOJ4vNbrKuhT6gr3CbtKKTtLPQU07AnTAleYusKu8PSx249cnvgO9xq7YSweMPbhsTveHY6zEn8a u6E68dbY+bj/8MSbfvz8ejxrPd6RuJqd6xPr1yeq8fOJalKJZ4H83JJ8R9gCK2QFfyobdQEEFHV5 rX9tgMywBLKzWQ7G7vO7fT6/L9tj9wdKos4DZAto2lSkkC26lQb8foqBiUVdWX0e1PckW3YVWXMO kE0oChpcQjY15L/YR2DfPfDdDl1KjH/zy8aON5jXdqZNOwsXVNnW3pbhFpQzIrfCYFZJsW/wbfpV uLRbMJqHSkMlebhHBEq9CqGkEnse8nKePOyQoeSyQKl7btc83DsMl4u69MxDxQVwsWElD2fxcNGs zjzkFuGCTE8Xm4XFOO4q61vaO8vjFgryIzhf8LizSnv37VMWobgU4//y7JbNG1bt3rt82U5cMbhm /CVD4KT5D1z4HH+5+WF4sAIe9GeVQ2vGc+Mf/8ebrzW//RZ+c96j99XN23R/3c91gvTTj/j+zZ+w B0fw4XmPrp7HHgCzFiSuJJNgnTR0sS53sWOkOUWLpjXh0ga0xWaBu+4Qt9iuQVSjIUrpi47HVxvM bT/LmAtiWBljUoUjxFFW3re8VBDh8GgYH1//56rxBxbf1uXiAph/4soD+By2nfq4/fx7Nas27H8l kZcIdRp/qq50JV01IskaRk6JUSBvoRjujWgLvcbWlDzdqGlkDBTONdrtRqG1UVWNwr90uyyTMXZb HijVi840jYzj/0GnqwA5yrpE4CjN8mZ5NNK+GBYn/+Iuty8+ML7qaOJKfAJ/fmDfhlXj3z/f/vGp xL8TFqBSp1PIX4FKH1quX27FVjkbZ8ucLCnshxKiYMXEx34sICKOWrxOVRQFnv18wPj1gKpY3ZxI LVgWeCtCWsiN3a8JgLDPAGCs11X+GaQ7XGXI75+zOgWUVWeYJYi1x2Og0k5vBfyBxBp3dispRnFX eZYXpiCIfcu9gpjlFSNdBLFL3/KI3nPLH1x4HXVPX9Zz4e0Xz761/8jL+908r/dibsf9/brtHjJl fdlF93e39Vk5ZuTK+y4fs6annyWM5oL97M/tAW3tp+ehmyTyk4XexIuCdBPM8ice31QJDiIhfoVp FjM3VWdibTGtNRZDvc4A6pwpKS5yAKCAfQEgcRCcqMVrnsdrErVt+IFt7L4tcROM83ziM3w3xDcy GrFbBuP7ArBglB4xjBqWcQzJhMIXJPQT+48E3282eDJbAU22Wpmhg3HPtGptBvq1GaqspXS5pLgU 7IWbcaBv+Z6WUWN7V/SlLS2190aq/JP/COMOwk1kJrkR7P1Fun8OmUNJFa6CIQsQCfBzoIGfm3Mf m1lrXDuJelW1AY9rQVj6hD2DSDfctHs341IzXFYA9RQV6T7CiI2lSHwZcVvh+VbOoPJsPM4gJ0VU c0vKso4Bi+XgD4Kc5+JPdxLmBehyIMjx7qCqesF0fm3INCvofibUkgMprAZlKQpcFVaHeoFAt8Cl BfpnI2Sn/InOPZ2BngTW00nQDqNwSvdbrQLrUmM1SFMUdmV1mS5/6VMfwQkryErrSvvbNl4SrT4y 1HWF53L/4OzRrgmeCf6rsmeJs6xTXDd4ZvknZd9GbhFutt5uXyE8Im7Q3vZ9TD4UPrR+Yg9kSBqk Jc8gBSlYR9XIm/w3SJk1XT4HUbWKdd1R7a2T9HBBWbGEkaSBLzFIhpfMhhIE/kbDvdXS2jyHoihN WG+sdtis1lTBoqpQaKh21DE7qivQUwixnVqzKbKkm6JU0z3VaG3wyL1stWDqYF7hyorxWqOYZgWO 16J4PRlcr48a1yiE/FoOgNAuErK+mjyBsuB0wmmH0/jtI4azpqbGpTkZiGc5AVwAx7tEXBpDcYcW KcgXhTGzjm29ede8S2Yee+KD29bt275gwfbtdy24PE6OYQ5f/OLEhkTy40Qi8caOR/bixxMPf3ca ItyZp65fzuTvOAjSeZAhGf2rQc7MzCzIJjeQWZBTc81MWg9XU+aTzeIWkjVko4V7kcMSEnhCJR4r BL8jG9yT2TogbLgiyRMG5kLhW91hiGOOIY42QxyBG7qfCZspUYZ0BRReBy+QZ33ZWF88DvE6T3i/ tRnH8DKUUrTaFMeND3xJ+dSVDOqYJxhHcdNqhgscgiD2AdUuJecbBx0b/fAXveZxdwxckPfSpe9M BCpjEKmIwJcg/jGtD5JDU30ulzBGZergcBiFU7qkaVAKuvkgUzMvaxAMsqfBHBs8CSqM/mAT2a8r RPZ6Q3maA5ztPECYXh+0sGsL6sXEI1rJrod7MwUkmQEVp5MYA+qS3UHMcU7oVqeLjAm6WR3rexd0 zdTdaiVjvMxyGbz8rdGYTrLx2GjGYPqlA/gBwn7+NWG/eMTydo54mVKjjLbNUq6z3e683XWP84Dz y8CX2acDymvWvS4SlDWLILyTE3Dn5AQsOQGKiSWQQ9Wg1kSebhjpwI4m7NvN6ESMsAZMFLmTssod lFXOKKtaLdd5j4FAMoXF+8liFEIa7qcrjt2VZCKZTRYSjjSTQnDa1uw0VCzOHLEoeK4p3QKDAR5Z vNVhGrYVtp5RGzhiKSxPK5wuZWs5Wq4W1IRXk6eRCGpmgbsEp6lt/WpQHMfn1tQUecKRchCQvsxZ Ksg3DEHKkQJnRBA58UI58RY9tem7bRvvWPIY3uc695djZ//w3KEnJwR37BgUm3LwrsNfTpv14GOr XEc/+nbHuOcPPL1ycglIVnXyJJcFkhXFu9ILbfX7dLZevhyEmYBHFfiCuxXIql2xB2W5myeYwwW7 5fDd1AJV8fnBlQlpTGVCYoStOmse6cUQt6UXO5CzorISDFkbrHfbW9pbzgrtcLQ3O9l6F/NqljpU Xa5yQx1jHTdn06uybtBmuq/Lmq/e5l6urnLfk/2MKrMfbHIihvEwW1j225X9mKX1VNynUVE8nK+Z PI38ZIYuAXU8kKc6O62zs8M6OzuAsrNuYmh2iIR8TC9Ci8ROL4kdXhI7vCTWRQwkj2AU0SIEZn1m L3s/sraHrwn32+U/hptxP4gtD+rWDE6vvagJP5AWlqjht5tQfCYazyByeytTC7D6THZSopMRl118 iIK2gVjUMPDAtTXgI6XdZwDe8kzRFA4mHSK7InC2qxvz1s9a+PKTd5Ze4XZa65qWz7x+tbsx/O1L t74za9p1S9Ymvv7w9SS+27dxRf2SBU+4N5Nb75yyZOnS0O4j03ddN/GxnsFX7j+Y+N+TzNIHAI00 iKFl4McPB5CS/DnFssZqVUhDNW9itmAWpAyKmwXeRHHBLEgZXDcLoiXd2GIWRNPOWSyZNmkjYDEL vFkQzIJkFtIWQy+vdo5TZiiblO3K2wp/Bb1CfYijToAPpAhU5GUrFcHuqOo7lIPol6MqIooKTu5+ sh9ZEMFbdRlxHDRB78hcE5m2l+dlPTevTDYNipzyTozCKcNNkZtwua6Ken5Bmbgo3EdcaydMv6yq uwwRjYQIJexl9g4UWvewd8huWxNebYjNv5gVZ/bkDMPnmHZSM8wJBMtnITKuwOloj0sFxWBgjI0Q NfnZLmcFYPYHurW0gub3qKBcbm6MdVEDQgRtdLeiWyuURaMqFD1SoeTnwL1HhWGXajJRXYcPiobB EcalDgiqHdSByYb2peTxB996qzHRB098hu65cPkziScAINe3z2I2nfmFYf5ZsF1vNLjMtXeaBZeS XkWnWXAp6aVyQmEfU74UMO1DGLilMvbgHJsc9HhynMyQWe0cF8xRbRiJPjDihpNpFAwQYyaGgRBT LtCs9sMAPAx3ypyGKbQb1+GB23JX5W5wPed6Q/lQ+STbIrl8tu4B6pI9TpfrHZvdbXO5bXYVsEd3 saF121aIwmx23YPTZOy1c/gYwyUwOLqDEeSYqM3WFmprNE773bjiM3DFh5FP8xGfiSu+tSHnAdwH 2fF6aNlvl233b+FLXmd86YQwcRZPAKYYPIg74GS5tBWWnlEexAV1NEqNUjFfbG0GW0QNrGFoUwtx ZnrHrSPkAM64WFYFsAZ53CIL6ce84tl4w5LGHavHru66/X7yUfvekUvXHcSWefed+Z92vEhbde/h JzftGlmZRb5/MXHzhMTZvxxZt+sEkF8FUuIBO5SLumcsUZ4d5+GJmOLsrkFdxaoK7kY2nx90q3IQ oyKNOSJGJKEFvRpbdq9hh7xGJOFNu/0tH7Rob5rLH2/TDsfZ8veY5cdDRN0zxD8kNN45OjSLXide Z5npvC40zzI/Z5llec6Hlg+yHGKI8b9LSi2FMQXM2clmpbDxgJE1SiVAWDY+NtFIbIEFMonEzBag 3UWd1r6ow9oXdVj7ojrNWHsNIw3gA+Z2ei/zOLW1FwFu9GsImgoTNKExCEi23+gniCt0tdI70Tvb u9DLebV0A+CGAXW2am8W68qbxWj2NpHChmgmMEjZno6y0pYyRIYBAoZlBGMfc1Aau4QKQuEmUzKM zA/ASA2G8Nzw/iFeB3FwMr+kIB85tHJmiLC7g9DQ8w2+iy6bVT1ozLVk0IHpje23vLf080Tr4/d8 vePT9vKR94+Y+/STd9z+PHe1bWZxVfHAU/+YMinx4/ur2u7Cw/ECvP31bYcufBp/vqZp8yMvv8zw ZTJYoyz+OeDkHN12WMUc/BELJwFkM3goJpiTFLWOUsIYPNLw3ygJ2C110v9BI0G+JhJaCbfZeCEE KH5bWo1YDqA2VnWmbYR2lvnuGvCF+XUVjoqUEwdawaJnAVFBLOjrdJZPprtXJ9qG97Xvo0t+uIf7 ecfq9Qln4nzTJzvwt/jIYywXfzVIuR+k3IsKUDF5MCXnjQrKDvZkpgD8dTKmZ09nOCjwXYNONciM phEyn9ljRMxRO8sRMVG3mw42KxgP7T5qJpCo2YpmVIQWehTW3GP06DFUxPNLZNw57GaeeRtLV6ej 770GIYJJiJAipNWIwu2mqUqPz+qgcEHPZ5VsWPamx8BZjzHTX+ZnDgZj4V5pAsyTaWlVnyzcLeuy rMsiJ5VvinmpGN+J7sQLuHmWWutcZb56u/detAqv5pZbFluXKsvV+7x/crzlcioo6EMKjLS1J+7A zE56GOygh0FTD/dUB+tek7A0yEmmo2iH1tEOraMdtDZaZ9dDoLV2jOyandib8LrG3j5TVX2mqvrM kNxXV08xbSLTGwrNRoVmo0IzxC+s85iBZcije4hnbckRE9cNMDdC+TMZbM84j86KuMHK1FZDRm3z kyd25YQCoLS7QqFe7NYjBD7riZ3dQtj8t2LAo5xbi2pranAk0sdM0Zq+I4Ial7uDBndUZzxzzg0n Xzv47awbV9yXOPvRR4mz665dPmvGsnumTV/Z/7K1Vy/etmPJwudodrdHZm79+PjWaQ93u+jwygNJ hPHBNa/j0TOW3j1xyoqlF5JVa0c+u2jJ89vAFuwDtV7ORYy9q356iOORIEpEiHE0hgVOJjEw54iw 6P0JSzprVsu0E2IMY+7G9F1sfwXOfS0tLbSmpeXCcy0t0LeRnzP6tqFleq86693WB61PWU9beVje iFwuD5Or5anybvkLWbTKNpGNKcYEgbdx1hdklssr4GOcQcZihHhBjHFyP2t/vhdXyZEQh7kn7CZJ sTOt4KKxJB5z09pTCXotTSTS3mYQgubWmoRmknst6fSeSbWZ5IP5zkFfcAM49lPH8bqyhi7iCeUF aiH8fjIeKikZv4voQjMeBR7qKN2DXsAvhDgSsHAxI9kxX0zvG8QYqiF/r0BVG3x8gTRV6cxrH+zB 2DOHvnshQQlZvA1vakgcTrze8CsKFpE1HDh6GBxmwijAiAMKeB0zCvgUBcILIUpjAgpYQjzm0xSc jMP4sao2RsJvUIBxH/bHDbjQh+ILSfouWZyY3IArcawhMQ0ikGQ7sL4GIhAR2ciUQbngGZ7rENJf yJSlDvV8hzJnljsEFgKXiTAU5dX0Kz+n1B6aCVbrq+l3z5iVRDEr8S+VgmzGJVlmusp0ba1meCTL ZgxkFiSbSYZZI6Zq9lZjm10zQoJ/N6YL5wxvhDBwrzFw2cBY3rj20oq16ZYZ0iRtJV2rvc2/JRzU TmtWC1+Dq8kobYa1XvtB+UH9wSZxCqdyNmqVJZ7jIMC2CKKoQNkiKCJGiG2J2o1UWEhU3PCIUMrq PKyOhjjFDW9JQZ63BAUqNJE5uoQsyjc6wYQ0YysouFV3KiE0VaRXjeKOcsc5uhb0owlj3TpKOSge V+haBSvsu2YXj4pkobhIJOKD9g//ltIfP5zw5wPJCPi1tjbkq4wF2ipbYyxB3sa2Ac19wGg6swK2 uWKFdviw7fDhFXzqDko2vN569fD64JXjU4g4flwjZ6cWsTl5mm3/ptBvbm38N0KdzKcAl+ICyvYO KduGoKT0L2Tcpy+0P/rER/j7jcPyc0r55p+H4QOJIWQ83rDvlvvuZdZ+A3gm34CUOgyvdsc+Jjp6 N5aT5rhhBdUF0wrqpKWScH1gPj9HAiTi77YKXbIk6uvSPZiVK4G9+rqDJH/962Sx7quWJJcz2L17 t24oJzcIrM8LBh3I4oN3E5l3fR2sly95FurZu3K1LyIozF0QIFTVi5i/IDiZXyAIbIkFC6NUMIRK cDOBE0YXdeq3sy9r9qtVF0WUHNavIrPeFCamCutLCVwENP7Kj5VNNzUYMlAqlM7HnjVcGKOQzsX+ 3GjIY6ogpLKzspGRjUcHTPBlsq3xWDsLkUcY36tSOZbU55f0HJzgebCNZZaGjDrYbik28MfIzJY6 wh0SKDZSgMO9U8m3SAHEv73LB5JUeQOJbHu3btr0ZWvGLnp9deJBfPHifpcPH7Zkc+ITfOM1kcHj +49evzqxg2+u2Tf1mmdLuxxYNH3npBJ6lSNrWtVls7ud3yoq/WYNu+q2Eoau05Jf8Tfzx0Be2ndP ITNzCU65ecZcv9YnslII9VanAA7Py12EluauRZv4F+gz6j7aqB5R30OtuT/kOmzOXEduLu0udHV0 zwnlXapWu8d6qv0z+Fm5dzjvdW6iG22bcrbhp8k2x19tLuRGAc2tBTgAlM92da0wsn6hrhWaHWEu 2xVUaHaQk7SI/XIUYb/LCOR5zUX0movoTS+iXO2NhCwYENT4qlZbjJW3+INTJqS2/qJxY0FgbaCQ DjYc3tRPI+JsNwIiirnYK3AF+YXAYmdhaW/OK0aYq0E8bidzPLjGQxcn3viyLfG3R1/Ggw/9A180 4LXSQw9u/+eEG08uf+oLQkq+O/86vun9L/GYnSfe7bH1gScT363bn/hm1QGWvdoMtmM8aKUd5eIe ujOUhwdbUrrj0IJ2ZPF2kvHOuzmmjOexaUo4z0iUSobASrKxu+UzagyRN5A5kJermUzS5HRmQ0s5 fyDy2u8W+R9NkT9ninzwN0Q+/TXeSc5Ligffpvel2aJFsPAWzsIJfl/ARwSrDBoqU8GT5c5yZVEh m3rD2GmDi8+SE8ZZsiOMjJ199v/GXIzjTCe8Wd4siO4IaERRuHc6Hw2hX3gz/umF8XfVzKsbcfu6 lmWJnbhi3TMlQ6sevmHEjsSf+GZP7hXXJo4efi6R2D65946+JUO/efbkj93Zf4X2JKAk+7WrFb2q ewQ+aLGIIqIcWxBZClqRRWTy6NacZeJoenlIDqlEDqicRDKW08weZoBE+n8AEkn6L4iiDPhjWmLT DK4yQSVedab1VyhSUpzaGU6dT3KFFzbT6IW/0qV8845E5YsJdQdQtA3mugzmKqEX9XxjrmtEnJku TPWxEAlZCQlY/z/np1tTe6pp6Ej8anbygAn/dXatqUiXhf//ObNt9NMLX5L69lFsVv13tE9jqHUj oNY+QK0iPE0PZLuzPWRSF3yNxYWdtLAQhZ1eUoSCxIAVD6MDY8EbtFEIzCSMI12KCjtpXGEHjSvM aJxaXQh+JHCnyyQjT9pqzNlwitIJ04+NNTWcIhsbhcxd1AV3yTXZmGuyMTcDVbmRkIzlDFTJxhaf 7I9M+WMnqKrS4mfTPNIMJrHESCZOZr9LclakkvUVLC8AujaEK8jOCeT4c6igRLQiTyQvYiniIgVF PjU3jLLsrjA0drtCInzL54vCOMcKSud2wCUohcOokLJ/F8VIrkCkB1FDxhFhagj+cZ8iRyeAzPKK PQkgJPthitvJAUaWO+gV5MY1ife2/j2xpbEBj/pkC8YPRF4OX7tn9rJDt4T7rcBk3V2nB5LKF3H7 ibl1+/A1f/8Q1zVOb3qoeM6iqiuXjly55XDi3KLJ5djB1vhpQM18pqU4yJLKB/Usl6eMo0FJ3iq/ JxOZJ8RqAXTptJSWDktpMZdyd7UlJIoCy4obLgcsoW413A4jeyewHJvHcD2w4XrEF6lYJVZzHa3m OlpT67i32hpK7+Qe1GUg6neohSWtFh0wNSut9CEVh9RR6iR1jsoNqPFF47WZLdwMxqbEIRpLSYPx wxuIvA2gxeA4gLbAWQDXpw+Rnw8dahf45vZnyfifh5GG9iqg9DVg6GLgJcWVDcScFzULRExPkEJh kJoOL37KMBKZZWjKKymDQqGQaXo+xWejabq8p5qhC2Eb1g39LjY2rhtKy1L3HsWpe9duqXtBUeqe G0zdfYHURnd3VSsL8Wv5l3nQQ4gP1qCtqB5xvZCORqHj6DTinSGoXIson9rWYDz3pdfiX+ZanDLX 4qyupYILYy2e5D6s6WDMBk8Yt2sRRBDxmtq5sfaMa872OwxHwfwwZr92iPneTEbLk1/RyYa/fU7X ppLpwjwyX1iprnQIkoE+jVYGPk040MgF7ZLUSVSlDqIq/SKqUkSWf4dMN1RbIla258CmazU3H6wp 4DUKKS+O1ehGMtYaD7lwyKW7RrkmuTgXjiBj7zRllb415fIfabge7txjsqft/1L2JYBRVffe95y7 78vsk0lmJpmZLBMMkI2B2FxUQEQ2lWGRqVhFBVwICu411gouqNR+Wq1a8NlaXEESIAWfppbPaluL bV0Krcuz4Fap+SjlKSSTd865904maL/2AXPv/94ZZibn/Nfff4lR6Dpa8mVRIOSgP4eynW7VFPaQ 2lrRwhAINjNpC7/ygunL615a+PPv/Pw1sCm8+YZTr/w2fXgw0ver5e+iVUNRCnsWlmzYYFfR1e05 QZxYK7VybdI0aT69ln6b5tdI++h9yFHAupU4OHXseuYO9knmU4GVGNDKvMXg2tj3bdFKttAJfECu ZI+Ss/DdHnQtuGcGnyvJub/HCuL779qnRtBnptMnC2IkcjLTEA6fgkIQXpREQWJphkmwkp9l0RXS GxwKRDlJoljIACQoAiVINJQBxfTBibY+lgWb2K1sP/s+y7BnCPiePJYHCRRYbuVpvg+u7fmnegQZ ADnxvw0/Do84C5tx0Jod8b6GCl2HMC6F1XcHVhIdHfiBTAaOXHEtADqHSbqOF4wOoQPFqWEUp1aM xKk4YPzjhIUOBosvBnoUEy/tgB1CBGdoZotgaEaLiCnJQALq1mMuzI6ICU7xmWI1WuPGSI7Bj+qK HBLRd3cEERnMcXgLZCsnVPtzjO3P4S3ZnkZkIFcWAS/E7wy6VhWyFA6VseCBJED/ePP+l+AfAT/0 IPzOMDV0dAApu3r49tCzgw/ADz8tMg6HMQ2k5vpOWwEQWQ2WEjBW1gd/up2HJc1He1tClzwd+t/2 5I5+xT/mvs4//rDgOG7YqcFuDfryv0f64+/YO3uAojgdfU+DbuoRGmRHtUJEjMpCIqF3zIigqSZx OJBOQwSL62/qMKVY+GlWV2iRAlAQZY0SRCjJHNEOhqsaju0gqsGgcKLY/fm+8H6+wd5R1XAYl+/s 7zdef70fY2RZd3sprzouzhM1ypEjTY4MObLkKGBOrcEUJB4hckuwg6SNYEcSOfIetCTgZYyTmgYW KAnJatHJgVVoCmjIJxeQc45/cPxuhCBvshvmKYsyYN5WXdeT8zaFvC2FUf7skaYjJDhB4uD8MIUy ne4wcIV9EwV1wQ8rBGaNslZ5BS2lMl2ZrtP1TFpt1BbQ5zJr1Gu0daogQ1bIqW3abDiDPo23hZnq KZr0AHyQvp+/X9hM/5TnLKhr2lgWIiUCBUVVx7ICIgXlLP0sYAMIBUGUZGSuNM3A+7TE6ragtQtu Rop93DY2IfSBcdsVUfJgPRe7s8W8lLCVm2Qg70I/tgZk9FrYh046oCZLyDKMGOyjjvXYmacS+koD GH0wvzPBLmG7WWQr4eYeE3saEVz8WegIDxGtjhEvdBUtuzxQoMLIMXfq4d2/UeMQQcLW3UiAMHRC VqAEeC34T0pBLoAw/BYFh98iQNeMrQp6rq5cyajDXzynSfhJt2LgjR3JnNaYJFUDO9pz2vh2Qm4f g+66lQHZhau6CkgTIAuNNQOSJBAMtbWDJPJ7QA0wHwApcO7YYKQVnAfY3cX8luICdtfxw987fc5D 9OCxqcyvj7cy7x9PYKv9MLI/cRwTgQ966LAHvQoe9rUtb8meayeElSBJaiFLGXSzWzWmeco8QSFH iDwTXkAmQoA8TQsiA6HICwyNDPjxkgGnyww47d3fjjQNx7Geo8KWnFLWkWXkK9pRIlCFhAwS8hx5 ibxS7pZZWSiPz9yILeF4oyr6yv9enMZ81SEtxWllflG2kO0g/FDoOnKiB2rhxE8ut44hzODZDHr4 /Z3IVAgJdKBIEn/cWBxVoJ3uFeypObSE/Tum5gR7vEOOz/HIUmAgaEcEkeMdEt+tIaQt1+R4zY8e Pnx9ZIcPkZUOWYnIACa/eK5kOkCZVDuM0gywcwzMh39Jw12/HCwitriZuQmxRPfxbjx4CMWS77Bv UBpVAZrtGVEd+A2/vyJUUcEwBuOXQ3IF80Roh/ayRodC4QqYqLTN2b7ZITu6gF0gzjfmmef5FoXO C+ej8yvuDD0IjUgVTVtVshgY5cUFypgg4HlxO/KBTALF4y+UFebyiNfw9vGe68rjJCfeNB77aXjf eFyBiXeLxxtKlCof7a4Elbpn2HSPRfRS7KlnMGeUanbdINSXp7gyvRmJXTASpXu4WaHEDDNPLOQt FLp8BpUcz2CEhsSH7QbVPJ4yW2Cmppq6ANwG2n4Npj7VW9zx4t7irs2vgMq3/wQqrv3ke78tvg1/ BS4Dj7xU/Mmf3ytu2v4KWPRC8b+Le0ELqOgB8veLB13sjBlCsqpSYcDbVUvNFX44w5jhP9c418/I ShVStFQo7GAZ1qgF/9oCvJ68lRF2o+V30GwtLxDEWDBco3XEtvA6CNFEFKB/0bDqrajqrahachXU /y0o8lXIJ1LuMYygyF3OkrvL7WE+JNxDwThBxaogWvFk0kR0CRCD9ffOvPTehX8rvlq8DVz//I8K Z477bvF2dpdmLd1x2e7i0NDTNFh/0+JbAipa2QXDd7N/Q3wfoOrAbvu+8zIbMzASbg9AOcbEMZzg j/truAZ2TCibmcR2hCZmzmTPDE3PFNh5NQsyV7DX09ex6+n17H3UD+kfU0/Rb1JvBg9SB0MHw9EY m6Ua2EksU2DvDd+feTPDpIMNmZZgLjM9PD02JT6lZkYmLyww5wUWxRZV5uPzE/Orl7EXBVZkrs/c Hbs786fwnzMROQwCyAZsq8hRuJZsbEWOCfvDDexEloF0sI7m6zLhIEtxSdoXZSG+oNhUVZVOQyFV xYvRUcwQLWOGaFlCIprxhfGu+Txh83lBkQ9LHd43nydsvhJ7+M6A0URDdwNsSHrskfTYI1kSuGQG KW65JGdymMRjRM7kSP2InI2I2UzXnfekjODULs4TylFms/Gq8WrBBa6pVdgYdq1KO50qZdgMlkV0 t80VQhNLZHumlvnHulW5Hz3y2P/9ZfH5LVvBlFexYF4+9OHmy55C8riv+AGo+PMli89d+kghuy53 /bn9YPH+feDCXT8v/mT/9uJ7dzUVHga5bUD6fvHtInpx8be1kyJYQh9F1vQZJKFhqhrOsZOWrAGr LbYofpFwWZwRSfm6QI48OaZwWIwXmJSRY0LxCNkjrL7hD3qsaAs6D/RU17aY+LqytsVwz7p7Rs// sacy4zyPXm+4Z/y8PR0Rae2M2BmJs+XFsctiq8RrtGv1W6Xb9B+oT+h9+sfaR7qBdGfC1P2mqZu6 IloVMBkNSpyFK8/ZsCgGQ9FIVeiF4f4yRL7fwYpCISpZTfROGHGQJlSN4rfRxR6l4L4qoz3MeX0p nKcpCAAVIVAUR7JehURqZao7Raeqw/ArlR0l9RP+d9UP909tfQ0OIr+KyboaP3Ig7KL6TqMf0UIo zkQXuSZSZ+6UmbOk3w+MzmdiA0yKPSXB1nO6MdG0JmKTDLqIz6chyx6N5Exk+y300OxYzkDhoFEd R4+SMV9YlhQLBUO+GvokiDRdDdF6pBwk+Si8Y89vrvvVH2bWzTtz+MhL8y6fPyY547/Ao7feP+sH jxXHsrtmv3Ltw29VplOzVhe7wLjvrp8g80Or6eb2a6ddQjpAFg9/xPyV/QM1lvZPNqlaz1KgjcuU 0aXKObQDhrsnEY+IImJynLxOLcuaKmW0XEbHyugKj0YxaNjdYugRwCHsuvwF9AXMlfRVDJOubaVz sVPp6fyZlVPip6Wm1p5NL+QXV86vu92n1WBwGrNDyiPSHpHxiFqPqCGc4rzYIdIekfGIWoyaTcVU nZpJwRRdm27TW2pOS09pWpTI18xLXyovV1doF/mXhq+Vr1Ov0280VqeuTK+l75BvV+/Q7zJuTd2S vle9X78/UOUGjmOSGasiExUz9SBDUfVRixk/LkMtRYpEHXNtxe0VsCIdVMdU1aZBmg2ypbQWWzVG rKoK0sT5yCKFWHAwcHwqkDKOpkPO3wp7TDqlqTKbjFVWVQg8x9CQA+lUNbrHsVUVY6I2lop7kHU/ FKTGkCQBcbkNkABzwBKwEmwAHOgDW21lTFXC5ztlHv5gFgupiq/wV0E/wRniqPKu0XBeqbxLzFD1 oB47bpoG59Xjn4cIZX10fFL5iu3wqrbQGoGMhWMD/L8sT6atUoWEdQ4W/cg4N3FQmHmAAHVuntOz KSTZiVtdjKFC9gA+HMErZYZIoy7OPS/EEF7XiNSC8gsiw772Ktg83k26pWpJsRYp9XdTpAF/KMiE iIxiG5RZvFM975Ubr3jy7DmLJxUvnbvs4m8f/j+PfbmW3aU/88TWR3MTwL4F3detPf7IL4t/fxC8 bVx+1/xTrjxtysU1ofOz7Y8tveLnFy77zc3anXfffO7s5uYVdZO2r1m998qrPkE/7FjkCe4iFTiD PZynFnmP4DwMm/+XGDbnYdj8v8CwkY5lYRViH4rMqRb74JU9CaegZCeXALAJV9YBsB242YCPbZno YsFVxIc9pOgDTyMPehq46KAT+B2FHQ+Wg0Z47oAxdKDwoUF6MjtdkL/0B5fCk35QX7GSuaNYwarP PHPs77gyDcUxOF/iB3FbyugLmAXCqwIT7HMzJy3MJGEqc4awRn+c/VjnFQqauHGKE/2jDJe/jI39 I2CzPwO9SBWWIlVouPmv951IFRYSQZAIzgnCJcGVwe4gHfyn3vOOvEpSYV6cLSXcDgbHikkex0sl KyYxLvLjWDGpZMWkQgBHrCNWzEFDZxoFF7YuBS3Efc5SBdBsusEKAa0Jfm0yS166sHj8jd8Wj618 adozN761g901+Nw7xcHH7gbqJ/TswW0vbv/WS8CPLYaIPJ6puBsFjulhG72WEk9pM4hwjYEwCsU/ VqKpUeFeObp/uGQMvAWDWomfxeFPS/ZI8OjevORX1Rfc9/3QuwlSbuYfeoQU9ZAO/DK3Fg2kvBwQ IspAR9tiUaxIoiqJYkWBBZBteuc1453XzOZmxJWdpCC5wk41saCBqqPTUpMyVlmi3C7cLm5Q+pUB RU4ocxTIQFmAbkmvCBSZEtBbdnaS0in0vyVRTAisXxBYCgkRZP0QsiL6qE8SEiWISwWwFAoktVOX myOAbmGDgK4BsFVo1+XOg+AeuBFCiO+YCXYOC8eyS9gNbD87wLJsH7ytR16y2YG5unBvJH6Ecdkf 8miikUPhzhMmO7h1W/4RqGobpSNG+3/bRAvgk+DH2KtXvzpjax16ddtcjGhRZDAzCYpJcXr2xD9Y lSZBs4NZNQM4eeiV34MbT4pXjwHrXx56id11/O3ulddcw9Qfm4oVO0Xxa7BPDd96ntI9LkK7hOTJ ZQatjJ/04aHSK+hRr/A4Sx+pFmS4EuZdxmIO63oWifYI9HmeZ6Oht/C4Ty/jRL3MCCrDb6CPUd1S Rpe2m/P1VMastzLhHNVm5qy28HRqmjndmhZeQM03F1jzw8YDwgM6NMM4EWOQo+stNBsgGskGWtgW 5TT2NGVG4Bz2HOXcwIXshcqKwFXsVcr1AZ0NYIzYEpDehYRlOzsJg4aIY4D5rIpmWBZyPOIzCSkT UdV0XfH7LAv/MoYwijI7elgqnMBnxTLx2V4UEMQExeK5MEijAirMCkJVIOwPBMKWIopVAQuRlqno esIw/YZhWqIihAOsbhpItaKvxNJhQ9dFURAg+k5hyzJNSoiGQlFjsgjmUgm0YnOpAHrYFAvm7kjg OqdIpA/c+ZzjkheikZlD0fDQUDQyFJ41ZelpH44eT4L+YhfcHbrhlSLOLAdmR58QA67TjD170KFj j0eVHxBD64ihzTL2t6Qw0sQOs6fRcw3lKC7heRf61Uae6FFs1sZd24AkDVYVqLJZHSUrBpp9jij4 LHTyNYMagOscAfhR8fpfvpeKTpBA6NPfz66JjfnwF8XLdxd/XcuH/MVXkVLu/MF9f03R7w5Fi5/9 /c5e+tljU5nC+sTSaccf83TzdCQ5PnryZJkyykBx3aN782apilYbkQurdFMYKcJluZJoeM+qIx67 L+zdFL/ixtsNeeTERUBQhvVWvW8CaKcnCBPECepErdVq90mWD2ctLXzQ3FSl6p7LU5j2pTiHmfCy nFeDq2WYYer5OrlBy1htzERhoozf8XThHKYgLJYXaedYF4OlzHJhhbxMW2qtZq4TsGt+tXW1by1z B3+HdB/TJ+y0XmZeFd5m/ijs096yPmI+Fj7WPrQaOdKSrpjIFw7ioyzgI1J9X/RgwpVJWaECfiMs mRyOXD+2NUwZHAVVZCwgJNgw5ke07Y74FZDkiSLAv+qDRh6ST9dUFRiGalo+n4y2DKoyrfgkGXAG 9ImSz5dwJgLRUFUTCu1XFBoZCpqG0KeqikIJTQEQQJKUUGwFIj113s6EtEHql2ipD/RtP8+1CX22 xPXaxhxjr0Eb6EW2lKAi/sBLSWwTsrOOYPkqhA9GDhUOFRBBRKwwSsbWsaPECTetoT+6jiWoQ9hT fnIkaM9CougdlK7E8yTelTGSHckBHOuGK3IWLnysyPmcE4M7aipyQnVFDg982hbD2Y9+Ox7L+VBc TKOHqgVDHT4rGDpZEBFFM4iSMTp+koXe08rJSmXyZEBVJjtkCVMQU4ovhO75QugepiCiRkthuVii wPxE578ZjBgsTz5F2F5UPgLS2TXjTgW1fxgagtmB4j3x5LhAcQMchC8Ub1vdOWc+uHVo5uCXUB7T OqeqCMhYXddnUuCkHpl1XRIFEWUOuFrmgLtuTKl+XeFKdg2M8qRKncAMchAn+1yfarDMpzpWFpeN +Fe6l4z3AgflXwQOO/OCOJFmJqEd+qjHCmHp/MjWEMFE0IHGBxHjUWEiuH+0JyGCqUMHC8mr0CA1 acwl4BLuEvldjsGSwAm8yHEiR4uSgqs5E5LslySZozmRxmF3EN+lExAgpwhwiswBFIgAuQ9GbFGS kHAg30zrg2FbVMSzbKlbgoj9t9uqLCsJij5rNryHiMF2W0Tmy++BRLZMghPFDUg+cEMUGN6haq5o EKcZxyGHcDMJPn2I45AOPCXLdGzOupOyWQF5TCyphcfUOlwBb6DDjK0hZA9iZbXvgiIqzC6kaOnh I04TH+m4IOCQSMoE0AOJwLvPRTDus/Br2dMLfkY40oSThn79GUjOmXLKN0Hsg6Gd8DJ6ZnHqDTdc uQFsGewZ+j7iunoUM27FXAdOer7cuz6x7Xtb3tKwxOmq2XI6mCacLtKSIIuu52prCqWpQK5SkANR xSENN9TRObTH1W7Zpxi0MwAwosQIkpSpTLbUSeBLFNwkAINcB0aqk2MtAB8wX/SgM4P5w4fvov/C VvEclKUqpNek3WA7bmlBm1ZB8WMFG7m7ZyidMpCjGqBYbi4VUXG0iNyDmUeQgsK1kx0zj3R1GAeM wVJ5aIeZIyuHnVsk0UhzaYZr4VctJF2EpEJDhNXJHAgnscp5d3skB6vJ8meJDmtuBW3tONAEfDJQ Dz+fc/rgb5no4KsL6c299FMXnvHMM4P8xbiC4c7iMhgmUflUO8vQWQANlstSvIX4k+eeZdg0oDin BA7XveJA+WnhEXcQGy5l9CaveYXDPjMZqDGbA3eCu/btKy7j59735b77sAapLS4DveSTOu0Qw2Z5 zqBhFjl+HIuik2cZOs3jsi9bIp/2tPjQIlIf8zUfAZKtzWZNaxL0Fq/ctw/cVVx2H1d7H8ayzxj+ mIkx36DqqHb4rt0oqmJDRI021KsNDTm1LdBeMbFhekNBLTQsV5c1LBl7h7q2/ofBh6JPqIE6r+Cq lkwbwtTjkSfrdkR21+2J7K37feCdOuG0IKjCAJCJA1jLGumgacWGfjam4qF4ONvY0JJjco3TmdMb 88LC7EXCsuwaZZ3yqvKl+mXWbG/RAGM0pVpC45P+8Hn1V9TD+liT1qndo23UhjV2o7ZF+1yjtd2e 4tuZ1xR3tten3rSvI7Yfz23RSJOkxuEWSi3jamUtTHTu9rymxehQH3yyJ+wEuRhzbpSkU+aF7/PH Yni13Z+FmlIrjY/Rcv35xvnUZGNUJcIXZbp60E27yXmKIwoonUxhWMGFLD9zYIUUg3cwhStucf9o CmcF8HqmcHWajL92inzhlIenpPrgubZWa+PZGInM2MyWDJvDWQaMnWX6ht9yiN1e/NKTz4zLkWx5 VU3L2Fx/Dm7KgVwI977jNw8JXrVFKB2ubvLGODR5IVGTozJsM9+UepHby8E418lBzu/hAP7SJAjn fU7KcxqB+4nO5cIE5yedsRzJC3IawfxJKTA3bsJI8Sce4eOgeNmsgQSZTFU6VEI5SK4we/AgRjYO ZDsPocsDzoSb0n/ucjDSXKnNjWhVXE1FdaVJrR4G89rJ39aWWqfB/huQoHvBQMAfDNVkaI7XoDM0 D72I7rjwZ8u3PD/tytNbV+y/GDRPue2mayu3hi9//fbbnpxjiKHq52Ohb+25YvH4y5Zd8h+Zylvm TX3q1lk3z/JrajSVli4fc/LCrnDXnTPs88846ZqB47eePAG8Uxcz6mY2nb7k3NknX41lcC2SQVyd gad6fWRfD1hFT7Gt7BSW7YxvjcN4vDrWHDsltjK+Ic5N9HUEO6JnBs+MFoSCukAvBL8ZXS5cql6i Xx68PNof36fsD+2PfOD7LPRZ5C+V78eH45EE26Q3+ceynbrNnqnPYS9i91f+gzlmKEZAY5Bur4gh L0cKxDQZtzSNJADCZWFuqb3Jrs6HU6/LwJBteYncLTNOf4ZM5E0Ou3VXR73s1oBXkumME5Nxlz9J BxJYGLOBfBWyay4DmQ4D7cibzZTlpe0Z1UvbM04dB8ERm0sBO+1OG4nk6TSE/QBsAJvAVjAAmDjo BLMBDTD4iAUO4JbpSiwagHAmIGgesDBnAsKZ2PHvxSJBXhrEXxmESTk9ac4Ckapp7aOAN8x0q5ya dXLvAGLcodHM7KQ1O0nzk+MGdK2iupJI45ttzeOrYMCgaqpraX+orN93zE97Vz33rS1ddvHwfz6/ ArbM+96ap3+yes3T7K6hf9wz+55fXVn8vPjWI+D+F+fd+dqvX3/5NWwt5gx/TB9CmjwKm56nQsMD npcoec2XokfoHmF4BF74ciysRbtJBzpWaHOolRRNMVZM5sMxRgZagBfwCvJkBXnS6c4beAV5Ioev vfEySVgYewrj8YPMmxIVEI+d6js1dLbv7NAS35LQQ/Ah+ofqj40fRxVBjUjL4TJ6ObtaWal2q48r 28Ud0nZFCSprlb9AWqs+T79Cv0mndYAUs50ZS2qhl6CvtYHaRL1PDaAAWNdlauQ7xtBXJ4PfRsAi j3n1vJ7SBGIBqisoUkN2pExb/630MiolZ+PIiwQA2FrWSU3ZLpcC21010OboxQS6RbjHJqxzOmGY KGGY6bGAp04DHsMGXHWazAdSe3kQ5zt5yGukykXCb8ATO8l7I1p4xRUKflxFy54ScO4wV1nh/Cr3 V4CRGS4TFqJnVx3BefVVXhuFmWsyCgfQP5IBQWzogXYg5AySaCEj50pZDsyPdMdzlZ8/u7/436s+ uf2ZP8e3RG5adNuTP/7u8rvBraGde0ElkJ4G8OYtj1asuPQXf3jrpe8gbTYV8eF7TkcmOGjfIEFG Tast6mkq2+pvjc2H50hn+c+OXQwvZJeKF/iXxPrjb7Bv+t6JHPQd9H8e+mvkINFawXg8G8WqbkYU 6z3+JJhSTwpOhK3qDDhFneqfHpsv5dWL1YPcR8Fj4IhmgACtyYaOtJnMmxRSZzRSZ9IodVbqRw43 A2r3iG9MpU19lObTv5Z5Unk9bRivm8AwbXOJ2W0i3YcZ39GApoVVjEk8BKwLTQ6LiUk0okkSCHiH TQ3vsOlVc5pe1aa52/t2SPldZQml8TzeLB+HZ3bkrRTv5WBxdQHmo0n5F/m9/Hv8MM9gXprN03wV EUhiePkqR1AJfxHnh48S/opUtcwp02U4EiZ5g5L6Ijed4nek0zoOuCkF/BhRZrhCMdmKDSuyrA7/ 4LLl8kkGE5buuenN1cvfuGXJ/U09Q4mnV6/5yebrr3l07Y/WH39sI6DvmDsZasemQus3v/r5y/t/ swdbxBnIIlYhXRZAPLTbDsWpWABFhgW2IM6Tl9Ir2CvEpbIQcCa3klU8YJ+FqcoYmSVj7WOP+Y9G mXHWxMi42GRrZnRybK61OHJW7Hzrsuj5sWu4awJH4dGwQQWBroZCc4I4fUMHY/oGY5MBDYOpiEk8 tQs+iWXJsx39Ntk8A+mE+3xIz+AmxoH//0jKnnzIVpETRzI7qjekSvW6DwjmIdY2tGxVgRqN43r9 dKYFn3diRy0O4sHdngu5Ix9sLunrkXZHwbOORoq3Uw0tHgd4jOOqETubx+XLJaaIEaZwlE6MsANp zsFMMdrAFbKkQOIAuocY5CiBS7z0Em4acccddQx1dbhzIdzmXlLJ7mkWp0LOzydJ5gkkySAbjv7m rsa//eyT4ufA/+c3gQYGP5a23XrB+qH9cK4yIX/7DU+AfOixXhBHJlwBdcV3i18aiS27LgH3rT31 kseR9vYhVulm/0CFQJtd5ReBHmmKjI3YkZWRh5SH1SdUIarWqVsj/REmQsClaLylUlBpRY9JIACz fh9Dc5S00Q/8wz5nQXfmfTYz0nDriWHI7SWVkYPMUDS8F5Di055xE1pIEWo2Fm/ZQIGIjQU/YqtI 8F38oY5gD9VYFVCNLgJx2C1S8btFKp8Sj4OUqJMpmH3Dx8hYIuqxcOR5sItKUkeBRHkwRWlfMGCB ojwinoeyhwoOYoGHIuZMp0XOb5icyHMC8tUN0aqgTE6vAFmQbbj5ZpBFgrsKx4TNrS3tOL2N1D7W +gE8cWzbxo2+6C1rzlxcMWH8Waft3Uv/cH3Xipap861HpKlLvrV+EM+HoE4pzqU/RTJaRTUgr3WJ LLP+RjntP1Oe4ufEykhlo5zxN9bk5Db/GfJUf55fIF8iH5P+EdBOqmms/UbNN2rPrN3QuKmRb0u2 1Xc2TpWnJqfUn5M8p34Zf0Hygvoljd2N+2s/Tv6t5vNaMxTkAn3wud66mI8nXoCRoMYSH6Cb6qde RwFyH7zRNthYTJemVMcUKRhoTjfjKZTlkycPl42v8MbLpPJSOhx+PQSMkB1aEuoOMY1od+C8RqLT Q0Snh0o6PUR0Op7xRO5+6uh0/Co888nV6SGnswARyPwcK9MPx9zPVPKhq3SQpqrjHqPFPUaLu4wW ysdTL+p79ff0YZ2J6536bOT/eCKtu3r/pLxORFqPYnbSq8mAohj+Rs7ENZ3oeT2SbbwqiVV9dtaI VHe51RJGubYn6p5I+1E8y+yAO87sgJNG7kJOQwi3JpO4CJffQUfjh1q9PqjyATYXbZHHn3rVjbeF NbBm658GLv/dXc9f9/jSP2164dMHH7/xhs3PXHfN5gXRuenxFy5q33on6HjnAQDWP9A9uPyLvdc8 RTf8rv/F3/zi5V9gv3YdRdEfkyz/5p9RQSR1gRDuz3nfJlFkmmmlp9C7VIbcCoQiLSHBVEw/zQJK j7G8X5aUUbZdKeMJxbPzdm1eSYt2c1vLsAj6RRAkhj1ok6bzOnL0460XcchukvZzEoyIUfw6kaCM ZDYywRhEnKknwQ1uWCfXR3eQPpBZpDgh1NLWsjU4EIQrg5uCW4PDQSYI/R4L+L1t9nvc4U87pe4G +noD+PeyJRDLv08xpLzWRTmP2SGiYxiv97Ks4P2YE8hQkCgVSMKnWYFpc8Ll3mNX1mu87MoeGc0T 3kAHJ4jBYCjRLhqn8WmNUyqAKiC9QmHw8mYqiwfuNjuxTTAYMGtMwg1cwFzX++3+Nc/O6F29Ys5d HSiQOXxv4ccPD50HH113/dl33zi0G+uU29CGd+CuTYoHh3ugdGLedmTuCyImR1zoerAMfBmh2TKa 8ejePJS9uNEjOI/gEVF606GyuGCEZstopiwHzbi7R3sE5xE8Isq+6QjiP0KzZTRTgoza82Ib3sfZ 4gZxk7hV7BffEwdEnhLj4kqxW9zo3npfHBaluIhCFZ6BtMjRu4f73XdoyNPfBhTHcozE8WmWYjYy m5itTD/zPsP1MwMMpJgE8zq6Yhgn7oXzmBIrMYSVGAl/BYaYKsYzVYxXzcPgKFnCbMXMEk5kqFXk N3RgtsmW/3KOwqrylMvoP2RME+Kd23p7e5m/7t17PMBkju+n4PB/FOeCiYQvLLC0p5S9L5WMKKVi G4/QyvP5ozP8ikeopdd4wkd7hOIRqutgpfMMm2YnMc3sWpYNCSzLMwxkWB8FVBnSfoUxWZkvW/sa svYyx8dMfQPyMEIhpI3VtCRtkEFc7pRnyzTuT7Pb8Vq7/WoEjpAJUCZXEdxEwcstCwQxITpdjvj8 zySnnajNMQLRMcvACb0uqnMmBhyypFW+tPJmc/M6Q3DGVGiCoWcEQ6oAosZXUI7knlDMircCOONu ccUQHjy5trd4SXVbvL2tt3nyD6Yzn/zud19e/6A2/V5m8fFNe2ZeiHU1kl/6C9Ln+nkP3hw3OyV+ XcUPYfZSDFZyWEvDbN3xtnYszzlhC5fnFom0rv6dPcrRojdVx6mfljxC9AjcwWST+ut59NUStLiE j6SpBnqsWpy2GuhFZ4slN0gCesD+LrrDMQzLcO3iNLTd3BhpgXQ1vVraT/+F4x/nQA2X4dNCjpsg dqqz1YXMQm4Bv1C8kbmWfVB8mfs98xZ3gPuE/2/uSyFgSRJL0wzETbaigC5EQUg7rbU0w6SddlsJ iSuD64MYFpdqyDIlMX1At0WWIVB5tYCvAgmCEBhO08sGFCqM9NV6bCor7iArOU2VxKPE1rA0CwWm AUCeaic1G2lb3Cg9jpgNwn+U0yxOJB7Db8hMECSCIoAJFVHU/0pOu6ic8wjjuQ4oLsPsOorLMI9k D5WSyihUDOVwWobxmnFxVy6POFHooMnRTTipM0QQF79LQzGs4jaqQtdCZ7yuLYmNlTlRqKzswF20 2ypxM+0b2xLk9FzSHaJL+uS6KDf1zA33b0uSZqttQXx6d5tBWnDRiVwp5PSc7PXZYRwEf5T1DgME fxB9mt/fQQ64Yn1bGP/nz56rcF4OCgsdWHmkdJRym3VJ0phH6gs8+UlxOXjx3eKjN7G7Bp8HW4tr hi6E8euKZMLcLejQTmYTrBxt40rJ2K+xaCdYrtJLv8ZOnWCPyt71K9ZnZ54lRoZMIWif4EwjaGl1 zmPHOWfnlzf122nkeelsnN3Ivscys9FhgKXj7Eq2mx1mGeSXSJB2XBX8TsRlCaDoYiMF+qkB/Dtl R/yWL0b8lsoyv8VhPScuEtygyKsbHR72Kkldk0PNYkabHGxzSILNmWBArv6HsS8Bj6JKFz3nVHXX 0kstvS/pdLrT3Uk6pkM6ISSEpEAgQGSHKCERUEATQISwgwICIouAuICOd1yv23hVSFhEvTIOLiNG 8blwdUSZb5DR0cx478d436jpvHNOdXc66HxvOkn1X+mqrqpz/vPvy+UvMk1bumkxAypZGqNYgwkz I0buB7YcwiQPyqQagJUcOC9nPP05sC8H9ubAeTk18/w5sC8H9ubA5pxQSksObM2BpRzYlqPgyDmw mgMrObAtRyjOFZDVHFjJgS3ppCA+kx1EfP/aRJOlMsJeYC8If3R9GTR8ZPg+iFx8MCy4fUGBYcIB v9FBdBIOGsNejyyeicB9kYcjKIIZojWyT4EKS+1mNCdJoR4xajezE4RQaIMFghQKotYzyg8V6gtT MsllAza047Cty50xkQykj6QdCJZmd2SfD/rolXzZK/nolXwksVwhV/JRsdlHLbE+QiGpIO8zk2v6 Mv43H77UUYCS4cxFwhlSG06TWntzOALPAEiM1CgfEILLUIKb9zOCSxk+cKal9Z8y1oBLmp2K7Tqy W3UaXBg5Dtd0XS4A6E4IqrnluCbacouykf0+GvGzbLleKKGBNnsj+VY5VXWsZrstajcrPqhaHBmh PmPP+WdiGylTTiPkXbSoKZX5qTEhV/p/pOKJjlUH8m99+9fPdIVb62++p/ua+VdtrmWj906ac901 J54/2hdD/7Z4Tu29j/cdQIfXrJnywF19n2T0v4t4lTrhKc1mYIw29JR8XP4T82fbd8z3NiNLOHcI Y+FaGR6Uz7jPu/vdbJC3W+1OFet/0Oi0iBar2TpICbTmrGNrVgn0N1sL3VTnc1P9z0Q1PxPV/ExZ zc9EaZUpRI+gbiwqqlHND+//I+3WEtP+ru/1BDoTVS5NEP+aJrkJbfQSLdD9nRvd7H7Y/YL7pJt1 MyjpcGYwyZnBLWdGInJS6vp9t6KkyzL8ovInXqb8KTnKH5umpSc19XJlcpJL/j43GkpXBy9RhXDQ B/FMVRSaE93QO6AROo2KIPIiJzJGOaoYrT4oiWoaiUhRpWWErVNkSftbczBl+6Mrz819ZIosdpcs Gtf5JBs98PyYmydW3NLXiW6/acnI/e/0vYxZyOj+r9gYxgUL8MDPjzrc6STFr+j6J1WatQUE8tAP VE70mBuN4/hm4yz+BmM7z1fKtWqts8o9Rm5Sm5xj3K2GVmGa3Ka2Oae5lxiWCPPlJeoS53z3augQ jAbLbGaGYYY427yYWWBYIC42iy4/yymYmtkHWZbsOd4Ce9ayJDfbC33UiuSjyMRlm99w1CeQdppl XKQUSCc46wWe00nQFDipWQsjleUcBJzMBTmGy7r2iVvoC0zVaMw4MRpj2JpBoawSZE27nEZiDAdm K7FJ0iqUgPrvgJ+iDLUGpwkNJbSAVtEBGr40oWAIZFxSAw2RzGm3BBjiJYbjdB+kXDyRl8XbsFjY Nhh7MhnVxH1AQ3OmG6YL1xmuE1giXpGjbLSsOUgXOc+1LI1+fMfrf4DO9d/s+iLV++Lh7bcf7tq2 /TCywdieVak/9vV8cxsMQMs7p995//XTbxOrwvZUO1uAsUYFAfiMtsIsXyGPkJtktiH4QhDlB4vN 4bwKR0XeqLybg/uCfK2r1jfBNcE3i59tbnW1+jr4ReZ2eYlrke9k8AP7Ofc57weBC/YLgfPB/qAz zMbluKOKrZXHshPkFvlL0zd5KdmkWBmnn7jVjU6/1QSsnkEI48lBGE8WYfzNnsIzIpRFTZwrbhLZ IEWboJZOCrmox7GJ7kySSEbvyRYI0V3sIlkFEk0YWQFtSZQccCZlCEraq6R5mtUIAL/sMc84yuUc R7k8yFH+/eWOchrYg/kGdZTnN1a74SBPedZRHic1mwf+m874prm/NbkucluGrTgddtIDKxpTmBw0 2P547f4b7zjTsfKL9S17y5QnVq35zZMrOg+l2g2v7Jw6dXf/wcdSP+66qrbvR+bxnlOnPzr99lmC C+NS7cx5jAsy8MO7tcUmFEcl7uGoCa01GxscDZ4mz77AwwFDpa3S1xAYbRvtm26b7rvedr1vbmBT 4EPjR+pF49fmv7jlYhQyxx01qMo8Ho01t6B29In5D+4/Ob/2XPT9hCTIWuxev4mzGu1+FiOAy5oE g3AADHI8D5ijAXExSlCWNGmutEliA9QcHaBYIFFztJQ1R0vUHC1Rc7RERRVqCHaSeZH0rG6jfjhN G5JWKBlUuLz5meZqVgp/5kW8zAOtFTVzhZRoUYMzRw3OnFNXS3XvUV7gclNz2tKcY2bOGJkv1f18 1sEyqKR90UPTluVBrsTSkgMzX0n9bekHt76+7NG+gmfXdD7x/KqVj6XaET98EiyD3MOpLU/s+eFK 5j96en735ocfv4k53DY87W/gGVfAn7XhCRuUWRhmK9kr2ensQnYFaxQUXuAFi00RLIDhoYkuWyAK Rft4yIeCNmhDoct7xOWO4D+3zma1nP+rKTkM2kip7SBJTzfQGnO07Ulq46lfMtBekNsuLSfFI8m4 1WR60gD599uttC5N23JSQ1RfOLpLh8Pcdduj9e0Ns6+tHzVq+LX2ABt9ZNm42idjjQ1zl/d9SGSs hv6vmEN4jMqZi11Z91dWgvYQS041RdWiHLSN5cDRQe03BuDCHDicA4dy4IIcOJgVxjY0syF7qFaY IIwubA4tCG0Q9ghbC5+w/ab0NcYiuLxuV3lT6ccugw/NREiugKK7lW8VWsVWU6u51dLBdwgdYoep w9xh6Y52xySSyVlYPLSwRZxlmh+dX7QivKJwU+Hd4oPm/UUHSu8tf1x82vxY7PGirujrUWdRRsUJ ZYBwBijMAEW6oSl9DAHCGaAwA+SReHU1UNPCxyJmkfUGow7WVJbnJS6skKeUBg94GjyTPXM8z3ve 8xglT75nqecLD5vv2etBnlcwmjgw9lIvtGYnh8ukmpIMz0AEoAxpxb0uu7OSeqdJgTIIy1rzFueh PL+DY/UwQmrUvZgx3F7UbATXWH+ZKd8LvYUezeaurCCnV1DnpVvfkqXtoT0jPUFypidIzvJQG5SH uorJpyMFnYeh2QNJfV2YSJSQNsT+mjMlsIRcmnxNSaYGQEmGMJXoJfww8FJm0ruaS7z0XgpiJZVz K05WoIaKTRWogrjcC4Fb15no8gjq04D5IwHIHRLgGLnJYJqkOZuDhRJlWRJ9ECmYppM/EMWKdHml 5FF3lelB95rSLIW+yJjHPEPSvnBMw3JrW2OOH+9dPikToBiPLyMe8RxFq5eE3MRJx71lNDqRWCJI LjJ5y9Yxdekysxa7IhA22EujiqzKNpkxhixBHxCKOB80XIE3ATveLbCGfSAUtpj5YtEHi2KCaIyz PpAv5xHpWq9eSjdURSuJb968Ods0OE5CfUghqew/yEHZFkOxaKwMVVUOrf5ZijP+IRVXqGOv4bC0 Y/2GNVWRu9+4f/LIYSV3Tb/llRblBXNn+4YOpzPh2/rqgeb2N2557xM4wr9o+YLRI8LuSMX4zZMa 1xblx8etv8E9rXVaddifZxMLkyM3tLY8dPWzmOoU9v8PKjHcD1ywZmRwkL3DNCiNdADmcmBjDiyS mprRSto7vBADmzwQQLNFhAxwykJcErEcxpgkOQRC0PILAlG63FgIC0Rm2M/xY4Qxc7mbuU3cPo4F WOB+mHuBO8md4Yy0RFG6VtElis8cyXqmEXG6HSINpKsX/UBxk4jyRHwjRuy0RK+rLNwJ1AHccOih hZcZsmiHWt0hd4Ewyt4G2ptbJXZ82tUiI09HXHrsDfHkK9W0XxhN70Wy96q66xaXbt3adeSILV4U eOQhuX7Bo+j63ZBbnLpzd9/dE0u9xBaJKf95Nopv4r4XgZeEozhclShoc5KSIt9pHtVeGbfBQt7m NEOb04QZo4JHEiSdg/RpZ45k48zRp50Rt4sovl6qVbuoPu1SqRM9G/zsolzRldWkXfa0Oz3tQ3VR 04uLaNIWMnj9LnjSBV2TvDTPmyjR3u+86Gbvw94XvP1e1pt13WSdQmmHTxfx8WZZNWkRGxTOCOcF VsiwaiHLqtPuXZE6dWluCnXkUi1aoC5UYZJnkPkx7Sf9ubqss20aBVpXk+5rhBe+l5WtFslCcjRJ xXCsMrNmH7Dwiu6QKSnZrCdUpYOrYlHqh3ENlB5lGjZ8dO1jk2VTt0m5aerUPcO7H+wet2RyVSfa 39d155DGqdP33oFqfvyU8Hcv8aHjWRbRxEFZITmp1uCXU62RM2tAzhVZ+YH4UpITnxs76jLwQOSN 0JhNoy6k5d4S8dxsappMfazKAEFIqREJn7QoNYJT9VfyZIMwc+jC7zD9LhJboxAoqARFeEN1HCEU qQROvMF7n2q3FpVVgiDeSOZiUCRExRpQJY4DjWIzbEaz+GuEhXAhaufbhTVgNVyN1vJrhNXidrgd 3c7s4O7gdwr/Bg4Kd4nPgkfFV8Ax7pD4e/C6+Cn4SPwW/En8EVwSS/HjiG7gFIsAaWEzGWiiYNBU Z6UBo2llpmMsySE3EvGRoLNEk/UB5TBkLGg1JWpCxaNC/4sMBrOJhLCfi+OxwX898Z44SGSTzatF jucjgmgXBBEwCEX01FyDKAJRz7M1cqLAAGhImKE5xGuaJmwSkHAc+o5ohk0GZMCQJgSRBkOmv/wf gq69Xk9fW1+b1917oS3dyCfrrVFqBtc5JGlL6fD5gVdusncmqdWWhPC51OL/vBDJd8e/fTF1Exvt 23rD0hmr0B0YAfVcuGMY/1TDty9jPMriH7FL/GdOKIYl7a1Kl/DPeDEMWa86ymIjM8idkcVXOZM+ ZxxInxNywnCsA+lz0sARas4R/MARhFpnbm/QmtFvL5Mpa2RzChb8NMiwmD5HMmePUHMqIfADR3AD R4g5aedsBsaKRijniK9yfKjZPFwlmFFOQvjJrOlDP88JWMjCmUKrKtElKdPS01OMaevCh7TFLEsr fBBICZr1D052W/UwgZNagkCKRvdFhYHAjHUNaJQwblrMNAPKrEDEiqwipo35On9USOuxHvnjHvlD WnM1nbpOcS0jn/gwwbXDErZYRBOU2coehVGCen/PdJtANgMohE0J+QWVsj9Pd+xqx/ILK1mjWbAZ fYJHNbCANZoEk5VXZWBj7Jyf95nyrIUgwpXwcWslqOJq+eHW0UyjUeMm8k2mK6VGZYI6W5qmLuLm 8zeoa43ruBX8i8YT0lH178YfhSKTUgSKLDFrkRRTE/ZhoFpdzd/OH2QOmJ+ET6GnTE+Yj4CjxhPW t9iPjZ8IX7FfSX9WLxl/EPwmWuzKTLeyUU9E0sVPaq9MExGfaJVYFSg8x0c4KWIlRhorx1igOWI5 3v+xVk2YkgXTghJqibFAu80ompSoGFdmsNPEVmWxskHZqYiKyGLKQKZDn5jLqwQk4pcSenkc+QL5 0UVT/OvT7AytHsAZBFHkTWazKCsKlgeaugxAxYL2eG2hKFmDv1M4Psgpqho3cHaDgbPieY5YrHaL xcorkhQXeTs+nZQUSNMtgCCnsrykmK0Wensq5uikFwUhZKpEKhuK9u9lCySl4TdZGIzNT2picLII l4obSbYnmqkJkxW4VNmokGIuMzWTbIBzqQuSwaTuySPwe9v3C6nQ7pl4qa3NjYVu/EtIXpv7l8sJ pGmgQrf/QjUBzirXkb/t6RTDphfyp2cTPy1BcxC93H8eK2zn8fo/0w3KpaCaaeVIM0GbXqicPlBR gO8/c4grh/T/BdObXkjmlhvg+88f4oL6h+rg9kqknNiZo1ilwRfEfOXMYa6cXOYwGIZO6JfPXjF7 uiv3dKX/fJcYZIOAtpvPdLK19n94VK0BpSqtQHjINpCdqntTyQqlBWkHaxP/7EXYA+UONhcteMDE GNiUeunE0w1s8ukXH6oacfT5VPdLTxefxeziVxeUt9FNfQdP96CFP36KNhz56T0iuUhYcvlvzDlk ZHoZWAaosGwdKEQwqIRMrijikKDJyCLBiIwWvAwkqtxKiThdCbQhju+YpEIp5NErdE/x1LRI97H3 8fdbH5BOGk4aT3KnJUHSnDVexiY4LF65CtaaNsM9Jj6hXs3O4maZrrEegAfFg6Zj6Lj5LdPb1nfk T5mPhPctf5C/FFV1oH6Aqkhui5ypH0AgidYPEEVk/Hn9gIVGI6NXEDAKtIaAJMmkhIAkWeRs/QBZ NEpIEuU3wBsCkiPZCgJvWKAlkltEwCjTIgLiZBWq4y23mkOiNM8o3KqJWDg4phmnGDfR5mJXatYg cysKTcbDPl7ZcCrdc53KC1hckL+UL/X+rF5AWbwtvUTa0l1uSbkAWiPglL7FbxytG1CXRrNuqzuv hqbym/JqzCFXDYP/yP7hghqZlkdy1MBQQY2g+bPV0WdR5xENviC7JE/fRQSPahJywcSgBLem7v/j Y2X+0kjX2dRdcNe5T2tTX6MimPpHY/mo5I8pc9+7cMKsVBvBqYLUVOavGKe86LEuPCuZuMtsnk7G AZcBJDZTbkgdYMfWzKeWDGDOHp91u/ws0oyoIpmvyqKt+TK0zRPtEmNi/B5JNZqMNk2VgibNHEyj rycR957zunu8Hpm8UVMgZZ++LskPJTKunf6aInuz9LzIaBYN40iwqLxSJhvOLKhOi1uNmWLmmGWo eailynq/YipSi2zjnLPUWbZZjna13dbuWGtcZVmrrLOvc2yz7FR2q7ttO+wHxadML8svKSfsfxH/ bP+7pU/+h73fH1Btbqs1W77GaTP5faw0WtoqMZIn+xC6wVLN1qepliSzjDkHlmo9dpstoop2vCOZ MWuImES7ySTaSLqwyUi+APhlP0r4X/Uj/3HUcETCI6LZj6MZmqlB1VQ0R31VRepxOOqoBENgjE8k H9Ex04LmcvNkMzPF3E/LZozqSkh4hFBDty+4AbMJPIR9pP0dxm5S/NstX7rgkS+0Lev1uuVeCgE3 Ub0zqM7nBjERXE8XxGh6wYrpq3uAvr6kV0Ls/4oQb9oogJJXe//nR6trxFB1jRWTgSOOGiVd+HEW 0RhJ0f80fudI23FbTI+4rqa1Y9LSNmboWC3caB9eWjfOpUQNptSS187FQ/nxP3WnFo8sLN/QXJm6 4Wm5qNC3SMpji/ruX7l5wyq06Me3nh81azpZA0WYrn6I14AVvtkFf14RXLM2q8fR73mkwgq98sO7 moABWB+gUXSvaRMwUIyKhIRcA2vE8XAsGsuPFybLrXAGmsG3CFPkxfB6dD3fIayHK/j1wi64jd8h /ANeQj4PH4XFfFyo4f+dPws5suaPyY5KhNmOQArfhtUaiGoFEfGiGIEISw4IktaJaB7JgTeK8/AS JLqUQAWhuFVEx6HUjeUIg/ElNBsAwBGTOvWqhiwPWyGwata51k3W76wGmgheSD6yrgDirRA+D+Bk sBT0AwbQarXAI8krCgjxIz4MPcBN7iPAhTjNt5D7iHGvTv6yoa7vS5oHldaZZOupdMuAtLENT/mR YhjliZVWHz2ejCXee+0YGUUylHoDomWzaG0IwvE/PyzR8gT621fHfDUC7/SNIHLtYVcNNVCIzhpk x39e5wB5JBFoVdAY1gsYDE0WOIrQ453XpCYz8/t+u3RtB/xmP8Mb96/uu3a98CvSN/FveJRU0EP7 v5pAnaYaDQiyYh2RxliWEcU6rER6DnN1WKzyHGPqwGnzJ38nHKGP/KSZgNzrqhhSnqxKOgrSf3/r gZ/3wHPv9tAXxrM3MLKto71gO44gohgbSLIW7SRueIzGi4EgDUW8kHGWfNtt0YsJfjfQCiTjMdGo ARrk0Zl6jNU12rT9pa6v7iItHa23nXijm8YOQ/Al+ww8ZdiJ78CvWRFkQB0kj8Pqj9MLEqS6q97L 9ssv2GfOY+kJLELn4GeGd4AApmgyqTbD4D+OB5BlBHAc5nfxzFfscfSYJnEcD3mhCuIvZFaKV78I E4B8bd33NA6tTiYpFnXpzlW6Nq0YuaqhQ6uTCmxauK7+YGIxOodKpgbX2ztG9CmkEhrevwNf2w9u 03wMa3ajlW5SY/onhhUN0OtxM5zF7VG9J9A84If5RxVLrMEKrSfQcSCieZpdgT5/LVdsfxVYiq0x 4Ml7+sZ0/Qx8K73EmNh3qe2C3NenpNPkdcp9xK34GcULdBVgVto3b8Nkp7A624p+qN61mMPkhytw eIzFDTDoi4wdPWqk40De3tsP3Dn8ioenh+Ft6FxNTfP7geJ4eX3iSnlp+6qZM5qGdY4oXEu4LzqN bsfPFwerNCXMy7awPFGSnAYYK8efvowfw4CfrBjma+Y8T2yOd6kXNXihlzyfEz+fJw9KD9uKgzG+ OPoF8BR7Y7AYeEozD9mrP2XfJfqYy8lzXtLbrP9E4lRIZpSt2jmQa80Zw9XOy59Pb0hJ7G4F++3B +PDG5nFXmx1W3jm1qW74sAbX3uJb1uzb0njlrBm/3r/7HuYRqc4ZmFRdUYfgTbAuHqksrXV1zFg0 pbrZ5lwwum3nUiyPn4AR+BT8gJCZVwBCfwMQfYP1oe8OGWBCJtZBWqSjAD6VUuFfYeQ5oJ9j8P3/ zzH4fnjIMG/gHAj+2TlfDlwHpE7AsQPn8P/COTz43xN8zjnyv3CODP52QtbPkcFC0MLOZidhiiMB F8gHMZAA1aABNILJ4GowB9yACfFqsBG8pV1/4+IpM2a0XrNmw7C6m1cUlc6dX3jVODM/WmMBj3/8 wcK60sLC0jrmGn9luV2W3f5JE1YtX37dwrGjbl03tOKmDtU5rRkZa+ub8U/o2paAt2VdR0tLxzpm YUi0lpSVRUMLQeLznppEz5keWko3kZDP9Mg9eE1gqIeAuX/0OJjQ3+V39eMvO/hnx+MRsIdDVZXJ ilj63ZZ+d6XfM59zl+1f/n7555fvRy77/sz1mA/LKyvL7yGb/00OSQ4pJFCqugK//iM5ZEgSTSPb Pi/5B9qSPbbvufLKigp6MHyLfJZqJdv/JQffQyDmPrwpx3ups8nkkC/wDjyAgWbyZevxBr5Skajq G4ehe8vLK1EwfVCKw8BX5LRPKssryzBAMInmdmAOIYEpLwKEtaMy3lxpNQp+VgJGaGGMlgjQgFY5 rBJoDnelhBEHTcYMG+UTb7sik7VNtVOIpbaJfafmXNtGjO2EFRto3kKMpDFUE5s5rE2Oum/86NDQ /IlOsbv2d5Pm2+63Tgp3sK3kqwZeQzAmp3pAB0wyizB39IH8o6DYbCy2yy9j0iQCN96yINH7WS9M 9H5OUJ1cKKhUVg9NBhlaVoSjPjRyXZgcP/lXqR68gckH7aF580J2fQu/OTR/MdyEN6lNK6rnzBm2 gm7JtV8HG2AdvraItY2RWoAzCsXbLHChZZUFWVCUHcoiFprMBuPVDGRMx9G8LigYAEj0nDvVV9F2 CnObxKlkW09NW1vfKYyG1VUFVZAEBYQdjMKMTm2G96678cZ9Fzc8sB5+mnItfgAaIZf6B4CpM/iZ hzCzQADM0vKjjqEOJMuuYk4xq8VY/cREmQPQYob4h8FS9rxu1W5nFDImVsDgrY+OiVKTSPbStaGQ ViSJz3sr8D8qKmT8PqS8Daang1LfmK3AUcBluAqeq2jqzD7v2rGJ5NX1Y8feORl+nNoZmjzr5oeu a9m4dOIMOEJtjxSPrp+qeeDatb+u2rd0w1Vjk8PwiL2P7zyBR8yJ0WOSJrmUYoMf3y80FfsBDOB7 1aycgdvHPcwhyEGO8byE71cid33IJoHEZyQSltxym5LEEL7r3mSiV/6sN4knl4RRkJhFl36TQUUm PVqhnfKQcAjmPaRe/2DZxjVN066evjF1GtYvbapPrbyjfureO9Dz3MSPx9aPXrNy3Gi4BN5Tn0wt 2T525BY81n/Fc2zDY82DfE1AwACKWSzi4js9xAJyQ3gS3+l9hzCsmGojch1iDrh7U5tQ5FJoAxwJ w2unpC6k9gIm9TF+9jh+dgcIY4o6TnMAkUfFTqe9uLCEL/b7zcUlGGcJmpSVBaPkwWUQJNeRMw+e 6MWygP7In5OtQlK1mGhVZYH+0NnZqaqstuuzpyM5k7O3+zbILxvfuvvJOVPXrZ0299DaIeGionAy EYr6720oTpSXaPuRmOh8NVZxY+cVxXs7G4ZWjlh+z28XunyJIX6325fauTGvoK4+FCBxWqRGvYsd AWx4PsdppYtU2KLCRWbYYobzeTgT/6IFCBk697mgy1WQ1xnEip09IFq8AXCc0cMLYaKN5qbj9dmm vyApt0IaTYeIz7se2TKBRQ67E9Ws6VozvGFtV+fqrtV1DWsPd969f9+Bu/bfxY5o2vPu1i3v7Wlq 2vPelq3v7mn6qf7Mm2+dee/3b56hsTP4dlvZarxWI8fEtwUDRFjGJXWmjeJxpuQQNGOZlA4pTLyb xPdSEFaMaREQtR4e3d354EfVK5lxQ9uiz5dtbSTfOA4L6F/jZy8C/64tHB+B65w7nWinA651wAUK bFbgDitcY4XjeTiOhaFYUVFe504jHG5cb0TFRryWTaaS0zH4QOyZ2IkYsyy2OYamxObG0KgYLIoN i6EYVDtttskQQpsxFFPVmBxwn8BjFkMvHcLaH20WXZPAajpeBW0EJXr00VPJP/E7XsYEK9uyr4IC PJbV9UxVJWmQysXqmWR6oDkrwxUwX/80J7/5gXVLbxtj99W01P/dcZwbs/Lh6xc82FFdNHNLS/PK CVEOHR66dv266opx9fWxwpHleZdsLbvmlJfNWDN+XEfzhOJoXUWJjYzNiNR8JoXHpg5LCeu3DYfb quHWoXBHBdwxBF5f2lmKmkthYylsL15bjK4phB0O2KnC+SqcqcKxKtxhgTvMcCED54MVGMmCNZ3R gmCwLBo1dLrdUn1ZJ+bnnbdKcLJEis4wUqKhDJaVxUFdQSCYJ8nlMsyT82RbPFCJkazLFhCt6eHS KYeS7CWWZDxqeOTa6ELCg4bf8ZaQlZq23GHLvGCAySBljIZlkLbntNUsV50DZ4fVyKFvtYWNkaZt R9rnPbr2KtMR77412uIpV5Q0tWteLWIfubplaGHDjCGdO23d6pSV9109+/6lI+bPh/dZtGvXjF3w 5LoraxcfvNZz956SKTc3jmi/Ki4Kv/bUtI0ZOnN4/h23FczZM6e8au72aZ33XkFW4pDUenY4m8T4 bQWNms/CmVgIhLdXWrdZ0UKseBjZDjMch1kCj9H9sMkoYOTvhqwZ4bFpwPzoVEMSP2OipwJzo55T 8qmKCroGworOlAqUMGSHv9HddzN64Z43UrcbUpHUerjtCebOnzrRTX376ZwvZHk2gjWiO7SmNZ47 PKhIHiajaivcIcIbxTUiGi/CCUKL0CEwYzk4hoEtEPp8hk5VNQU8brfJD1wuc6cJoIDbZTI7XGaz y8FI/hPoJeBlSrqkAG/N9EhP6FyrtwKTQ8y2MJhI0kmkvGtgzvTYZBAOFcYyoTRZfgbj2/cdhXLq 2/NHU5ccrzjvu2nnM8/tfPbaZ/ahs33H4XetqdQnn6Tefe+0ddeO9w48cPhOO/qf5/BIX4dpXrHh t1g2DoOD2g2V4dHhrWEmGobbQ3BVCG4PwvEeWOiABofDgdptcLsMV8lwhQR3W2CtZYIFjRHgDG4+ h+YzcDoDh0Go4CHANNKHRyNSAFydpD2PogYCWGJ32wNWgzvAWzILPtn7bgUhmRUVlGhi5P0lZKVP Ttrt6GU9Cmi9oHAIKTCHlkL3+ovdP/3w/geps1hWAI9fdHcPeXPHm3DsLfffv2X1s8+gS6+lvn/v /dQf8D3uhdvh7he75a9Tf0190rf993fe+dLze++itv+G1EbmEp53ETRoeXdycDG3gUNN3GwOFWEW jrmkmelkeZ4FHJlJERNbhuAcmbtkQtaJGLllzMKNgAmrgLBR5tLZ1GveF43Q90VfkjnCPPDXvnGp XTCOTkP0HLGMNONZ8OFZcIIQKANPacvnl8GZ+LdkQQlaVARbiuCiQthSCK8PwQUBuMgPO9xwmwOu cMDbbXC1Da6Xd8lonWWnBa0Vd4hoO4SrsBgCrPZOrxd1ytF9URSN8uXBTqu1tDOfh7zZaQKsK1Bc HM4LKIZwwJCdkl5XDUxk6UhbljP/wrS0QVaxs3hSSCxXFalyp8tUsZxpyWV3DA9tqf/+4Gzq0sGN n3318qvfnH1vwY5dCxZu3zV/4zMv3LLl8acYzzWpP76SguC3u95zsVdefOTT8w/918QrN8+bv31b 65KNfb7Ht2x56tn1G5/t7wcz8ZgphpPISGqy4P3hmHBcbTiJNT17fyv9Tx0ALEePcND95v6LrJPu O+l+Bf68yHAC77vcIP2NBYYn8L6bfk7WRgn+RiPwOMh+Ez4eGJ7E+96/kP3p+HMP/T4fIFSro/+c YYnhA/y9jWC9NnHXGLhuDGwfDRdosFmDC2vh1cXwhiI4swg2BuDoPDjBA4tlCEqDThYGG2Fjo3V8 MFpQMCJqLQgmA07nKF8gyowKsIKABTbM0NMTRJZMdn6SyVO9FZfNTkE4Go1ZmYzEUY3ZPqXnmDdm CLpitwcYiDmlFfMB0noE03zDks8lN1/Uuub+BWtfuW10zdb/eujFsyWBqXcunbP7uuHSSfusu9/f /euPNg81CKqvHxS2b9w7/vpbx/mjU2+9ZvZvtk0NtQ2LTmqIDV/yq3kt+5ZO9vgSctvdN1aHm1ZO cy99Znnt2D1n96fevvG+pZNHjUCfmT0ej0mquaqlvOba0ZHKBfuvTXcJXIpHMID19Ie0JbdH4fwI 5CKuCOoIwWYP5Dyw2Q0b3TCqrFJuV5idFrjeDNt52MHBKgbGGDgUwb0BeCteJAHYGoDjAxCLdo4o CMpBFAwW5ztJQwxJzBeRCAJBPMi+cEBifAGDkF0AlCRhmkTRH9PjNn09/wz5yQhHo7QgCY1jVB2O ggBD7OawgEQ0WtH/Y+9LwNsqzkVn5hztliVZ8i7bR7bkJfLuOF7ixHK8O94i70mcRLZkW4ljOZId 46QU2pCYEJawpSFJ29AFmn5tCjSF4BYo4EfLV6ClXB4tEKCPtvS1L13u5fJ4JVbeP3OOZDkJfNy+ r/e137UnGf1nln+bf/75Z450jswn7Dn1rP/+xe8Mbj/74X13/vZ0z0dPKFr2nxk7/Vb2pc9x08b/ /n33/TPN+OWZxz7j2Pk8znj8azj66Z3eZ4J/+Fbjjc/NNTz5GG75wwdrr/se9U0PICTbCtoxo3KH Za/qkIocVMI2Fiez9xujVJ1G0BrkqXFcNEFRYDEL4JforqJ4KSK1GCRLoL+DKoktCZkDf6Jg+1HX 588MZ/3wUWXajn1H26/78Z2dXMvc44HivjufGr30tmz+tZK+Gpvjnn8/d+mbEjfKs8DNarTTUXew CM8U4ezc8lzSk4EbMnBjEm5I7E0k9eCoVHhGhbP5cp4klwgoU8hGlFOUn2q2WCR+s6OoiS8wjmH1 gzj6zYvFerpRWG7c1+Y/PixHxlI932Lv/Xzf9PHNGSCSeWDPwaa2w/6BFGWWZ/ZI28T5m1p+CPX9 08cHMq4hZlq9r7N2vDVbFDeyAX2zKVgpfbO2Ga1xpB1R4X0qXMpjnVagS50mFQnJVCpVtDIKTDo8 CqI3ZdJgQ2jO0XdmlmZIc9WAt+Vvv4OOQvbTj6qEHfvugFE42imbv/TYzfN+Sn+ME/7a8GpxnwPG 4d/Ocf10HKjf+xF9/gGyO+I1CtgMcIKgOqoiKl6VqlCquVT6sobFBfos5YLBxQsL+gsLRYVG8fm/ 7Bm9a8mtv/714tRvfyubP/vRV86e5bdRvF8Da9tB37+CDjo6P1Li36rxY+rXYN6okVKhFOgXxNRK 5QcqrFBlqWZUc6rHVDKVKgan42LMqRFsSQgWkNoECFCUggi8Sk4UCiwnHMLiWINGKvTA1OICRDxz dj16eo6+5AzvKUmACVhCL+1zyusXMJt+FgumY05fTy3bEXx/MeaZZ8jbGC0ayPuLUbL5xVZybrEV FL7j8g55PNhlAuxLX3PcdqAA9+bj2Hx8KA835vXlkcYc3JuNY7OxPBsPWHGSFausuCkDz6bhnWm4 Ig0fScU7U/FYMu5PwPVxOD62MZaM6LBXjXfy+BDs7OPiU+JTMpNRgtlstlsSMuPjjZnIorcIFs5i KbLTd43qFGkKoshMjeJSzKnJiWCiCXGIgI8pKXlrQb9YXPzWAtssSrvFYtGbXz+3sIATLurpJ/2+ 7cf+2dhLoJjrsYLh8xAbKXAGLi7jSuKXvD317Pyee5+4P7h4fnhsHpOTI4+dvL6/YGoUx/9+8c/7 PB/+/r6aJtJ66Hs7xx+fa22+6XxZp//HOPrU97Dw411Fg4fOPO8/F7zgDv4Q5xXhlIc2vn7kjgvH 21uOv/fFG35+rIs9d/E97m3YGcWiHDTuaCnLbswmZemN6aQ8tSmVlCc0JRDYOvZHj0WTfuWYkiQn x9qwyST+jgDbbVbxsSTbNbwmVi6YY/SKODMn19Doiy538C+0oabBVclSOGyBWUPvRoorXElxfElp CQ5vXETRube/wRfdNeb5+kxNzfTXPU+4+XPBDZWjbbmZzbsbGnc2ZhR0euc6Ozfd/cL+G1462n7n 7KXeQtfdw9u/6FtXNX5s88h9nhK6qh8OjuF14vOBUIbDxBObnB4sC+wHN1y0Qka/TPHWi5TThUU6 s8BG6TejD587dy44Jnvir7XyQy9Ivyn+kM2nfkeROInYtyzVKgVBarWNPoIeq4mNPiCH8PQpoAqC lSo5hJEIq0Xn+DR9zHDBIExjNjnoZNEnLMDcodOEbnGkKVKCuQ8vBIVz5/ATrwUrSPLib8CJTOMP glF0Zh++/K9ETd/egVY5ElVKo81hwMggGN4x/NnAG4xIKTOrojRgqxeLqVR7Fl8qpseN7A1lZfGS 2g0loBVTTkZMdlxCdq15u6dAcQ7nZZVnGGTcaaWyqHemkT9A9dce7ObPgY1YUTkadlSXlTWWkbKi xiJSnteURwY0Xg0ZIbiH4GSzyWZdtSrGaq1cbU1TViuJEmaOOU1nlBek6rUKWyrmGFf0XzXbLjHb WADbWHwhvE7YMiLsIo4ahuhtw5zbrrSTEt57ZujMZ5rWTz84NnpvieyrVC5rbkis4AfV3o2r7O3j jpqxluz8jp2+mzvufvlzsEBu2tR5+KOxzLIMg/y0Ul4IIr9b4jk2vOWkr7ps16kR9zFPMdV3NKih WpYHHjrdodeolTYZTzTELpcp5czSF16krvnFBdiqitvUUnozsSQ2A3/ukaeffuTJJ7kTR7Ay+OER +suyoJP7DexP7KjVkXcoHe/U7dORAR2OiUG2nBxznsaqVqfBtlUwE/OqVLlGbTWb4tVas0xH4xu6 36peiIjvQ3PKFjqhihfPAsKzy1ASsVZxvynefXZ/7z2+6oeMr9R4W7L59fft9N7anX5Om9e3sXVX Xdq5xKEHZ+ttzs8PJn/DsnH/wL1bttQGTm0m04uv9H+uO6docK6HJIbO2lLABlMhWg44WnuKMLOJ gSy82YK9sdhtwKNReFpzUEPcGjwjn5MTef6+1FtSyQCEdAGEogNHrdhqXZ0fEBJwQk6qHKLktFQj bGtQtbS3DB/GgXulR0mRQRymx0Rr1pRccTpXVsZdaR17bhm5dbDCmH+fe8epiaqafd/ePf3YZzes 8T/8ma3N671tubnt3nW1Ex32/M7dsvk7dp6YcRXnb9gw86B75OHPtWy87Sc3ep554cKNO/76dEHv vo0dU222nNbJhqbrt6z+O67d/4kzHPZB0hPUwA+2sn0Q/PF7+D3gL2PRWcc2XbRRbYrleCNfLj8O wwiATSY3yeTNMlwuwwoZlsmMI0acZewzEiNRqtQKrMY2pDABBrRPTb/qoSZZaqxSJ0L4QTizMtao VhtjYQMjV5zn7OdkvOQhF2AuiQcq4IpxYgEdaQgm5qTvSshgeYVw3sDii0FWigf1sNhGLxhiMN3l WjI4C5eBS4xcPpcFcZmC4/e8eH1QP/Usfval9slokz5Kzss0WmP0BG4IzvN7FqdgGSu1r0oy2/NK M4Nv0N38cZDfDvKbkAV281schShfb02WWbOFZIyy9dkkOTs5W1MYm29DGkFDNCjWPpmHj+adziN5 eekWe9R5btV30+0adWhLMriHnswPQpwUw079BtlDNOiTzaRjPAt9gSuFbOGTvAwokkALV7Zu67pU x94Hx4LF+MfPPx9f0LD4vy6u3lqflbVhoOR9HNM2si4xecPuTZcR2aEvb+nN77u+M5PfM3c0o2lD RX60dX1hYUWq8tJPkwscmVk1+UniG13/yF8PBmBF1zkaN6bjsjRclohbtLhJiQcUuEWBezjcB6ua NTYWWY9aT1sfsnJFVoyseqtg5azWTLM1TY3BNJA1FpIl3qyjJ5wWs0yzdMIp3s4R5/HglSdEeGmT y7YBiszQrKV2zF+f1P/Zr3vmXjrS2HPsp/vdJ/3tCY82vrP58FbY0x3oOPBVAfv6b/es6Tn15twt r93dVti/f6Pl1crdXxyeenB89ZEbwJLpSB6GkVSCJVc60sujcJ0c1xLMW/U6QUd0uvhYG1IKsFKp 7Up1rB3ByF3jPoDRIrCDK0vZ0vAcx2chVLYE3wv+LuiYf3/nPdvsxe57hy/ye4K/D/46+G7wrS+V jH15fOL4thyqbcpJBnCiQW2OLKVSw/MODS7SYKTRgw1xGg3WylU2hAUIrBR2lQrL7ISakdqOw2Z0 MWRDVJUloFrw/bADo++5ZP/5jEvT3AQE0nOLs+Rlfs/p4E9OB78mUeeeBeoq2PGA+6av5+Q1RGaj v1MjCmLneTm207PYh+Vqyf1KxEpo6EbvyzMSYJTcs4t3kJTFd+c5O/dy8Eeng0rAK1rTebAmC1hT 86FEbEvEc7DNNx4ykpv12KPFXVpcrm5Sk2Yer+XxNMZpaXEp0VadzmJDKUKKI+V0Cp8SZ4PYWxGt S7VbLMkGM0wk+yPJZoIKIrf2F5eWv2V7S5vcEjImwajItIRNid7LtPDnfxf8/dzbp/udJ391FB/r /UZN8H977hspKR87tn3+RPABEnXiW133vXbT5395qi/4A+tL6/d8afvY/RMVnvmQBvl+Nn6FjhiN TUWITKvkbDKlnRBeraDH2JinPqx6IYYpTxyoBfHmjYWFdRZDCd9/fvGR+XnSfp6oFz8AW6nAPxKx Yydg51CSQ8WBGfwMzIBjt4LoeGBmiPTx/9g5P8/0nXP5j+RdgGJQtiOqXI5jbHq9SWVVxkCn7ylV GjYJYVmoFneu1I4xWyczS8vipHCAvFu49UDXme98kztTWZehmsc7x+7cnPPUd4z/w+boKSR/Dcl9 kMm9z1GpgP2xmgPWwPGZEALXp+bAnyOkVqpUNjVnUnOwiqsFusmk2kEyQUZkHGb6+W7IyVcvGCqW jIsFwvRJbxD1JhTEVMDmKXqBX5iTJeilqBjDbgErQoExf/BicOTs+fMk71+DcST5WHA/OPEXyOpg qmTndL7LUI7DIFKXKXhpWnGMCWk+UZVS+mwGwdBwhxd186SM33OpQMQjKwA8seh+x9bjJjxrwv0m 3GzCppgYG8+ZeC6Gn9N8QUP2avCoBvdqcD2oRqsV10Wt7BYZnoXFUdekI9OgPsLrdTJewcXaCImX K2z0V4RExZnkGmAJVj+slFa/kgXxOJ1FdvRHF/CnD28VBsOXCeFrMeCEvSO7O4LjIGBeQ7/0KSs4 Kw9+60jwLH8Wg3WYkpVEkxqPEy9yR8BJnLrkBq3FrR4S0karyFvSOHezcZ5wlPXAJFTQGyLNGCth H0NHXKkwKWHLo7HpVVil0pLQ6N5K8C6ynxCioLcuHVEHlNitnAKPKk6H4sFBloXEgqk7pxcX7hD7 jPUSel+H735y8VH+oR+QFv4RbvOlB2A0HuA2s2jzj/yr4F2MKAvtcFQfysSHBHyLGR+Ow5UxLTFk YxSujMIblHiNEpcpcB3BpQTLrChRnygkcomJsB1Iozd7zWpNqvkTbvaKq9JVd3whroyIKMmJG37+ ha6uY6/ccNOr93Z2H3/l+v5bXaWkbPiW7p7bRipKh2/jD/Sc/MVNB35xonvg5M9mbn/nhPMSX+U7 7Rn5im/tGt+Zqa3Hfeuk1ckCOo9GiWiDI+u62JtjyT7DLQYityKjHmIpY3RylM6GooVoEq2zazRa dWJ4iVq2HDAJjJYQ4+BujOz2krhQLcx8a2J18a4HpoK/m5+/dMstWU1jNR/ye/Igot94k7sy2Eta BndVtNgNTNNf4z8ETSej1eg3jhOHSvDBYnw4Hx/OxqVJ9UmkLLExkayN3RhLNppwhQnXcbiMww1M 4RYkCPSUNrMwSqPx6HAfqJxXYqXMOgqhfj89ymXvHuIyM9cUWtPicfwhK56BKrPF3pTan0pSBbM5 RmOPirpZh726WR0Z1OGNOlypwzmAapUSa5Rgx0poEh5ECAfFA15213nxrYpBest0MHzsAOli8SAY YLF4T26whD7w4urhpl/foz9kz1o6lTAWl2XSG3Xxa64e/b6OYk9xafOhqurbN4WsoKtpY3tW0/5s D3eVKdz8yw6hwHAgvq5QsCyZREq+7mBMefrET69hF8+DXcQjAfU78kxx9BkjVj376pKVfrFdMHNm szo9QWkTnW2syZRgVyhUgl3DFiIVW4jYiimGXyEzKaZeryJGipTzuQzmNSQFxMbFY4t4u8fCP//r V23rqluKvjJPzO7Tk1XfPrN/1+I2vPbw0f2Hgw/hsjWNdkNQz+8Rmmf6P39/HF90Arf3ujvY98Rb YLYmgg2tRd93TO2twNPleF/BLQVkdtXhVeQ6Gz5sxQcE7BFwt4APpeHZJHxdIh7R4x49PkKwVhlj zVprRWg8F2/JxbkoS591NIvLyipal2I1m5VWVCQUkaK17EtdCGk57Zp0M0rRp5CUlNz03HjOvIaG oenm+FAYKo67+CVV8T57+PZLhWg3Fw1X3yHDmeFoND7ybju9RSAGgVn5XDh05apVh28s396QZW7Y t33b6WnYQT7gvvHpA3X8I3z55r0bHGMt2ckddwRG7tpqr5r88rD7wesaeC5teDw2Z63NUpxtNZoK 26f7Wz4zUFzuub03qnpwfWpSYW1OVmVhTnxsVcfwurpAV0F+/41OJL6xj3uP7dBSHCoFtsEay9vl NF4gNF6gu82XFl9kYRu9Z27h3gvuPx+8gXuSe/lSAffyaYrjThildsCRhjY71gwkeZNIX+xoLDmi xrBlE0/F52R4WoYP8ngvj9Nsko4teskjperpgppgVjA9l1zTm0LMwYPaePEcgpcCD75dZVm/85Rv /wO7yhO5x2VGW/XWDaOz6w3fx2+XBnzDG3OLnV7fTju5a3HS3r2xpiCpaPP1reQocK2EubEDuNZB nLm2D+Ne2IFotHKeI3LC2zhi4gjHEa0OYS0G14lNCHfSiYMPYOzH2I0xJjoecWyeEDFgg13lOnab iG0slw6yWUQSeVnBjiDoA1tLYOcmrrT8jmDRc8F1z+NSZZRaKSNKkw7X8Xs+ugMWr+di0y0WU0Zd JldJNZ6KkHwt8G7DaxznsvRYH62N0kdF27RRJm3U3Vqs1UYdjsJjUTgrCkdp5uNxdjxOiseaeHyv CtMzehKfqNLEa1S2xHhTYrwq8SQLPZo0eJUGJ0AAktiSiBOTMkDsDGxjwiPMm/EJHmfz2JzEEzPo KMlsSjLzSaeYVkapPp4l+DzB9xA8SvAAwWUEZxNMRpNmkuaSuDVJvUkkyZYUrUWJNFrREBwV2qsv iKoLu2BQoKhDMWYJ3xCgm3UI5yL0SltGRDORLUU0Vw0Gprfk6ftVM7My5HJ6Wl5ipNHOeo7+VlAa DaN8bfBH3wx+qI/mIESLDl56NPizx79hipcD07po2bu//ElUnEGNeblRf46OETdWWmHQNRdcOg3h UInzpkzD2upKPXl/cUf2gHNDTOHeGvIOkqzOzeLBLzicsSYlijKojCgqRq8yqnQUUquMGqwwyU1K DZbRzKg0KW0qo0mlMsZD2GjSRqMoRDheE4U1ED5HmeASxWs0KpMxikWBSoxUS3ql30ZgN1XEg4+F BT19dShmKmHhE/1xH81osU7H3Hkme/VsBhYVw97+ybvfvpBXoVOtCr7xCn41OPSLP5hSNcpVWP2j YD8uqOo26auDnyHdJCV43pwfo63G/Yu/iZQ3GlU5UuU2Ga/mcbRNQA+Bx8XSCTeokeOimdPh2Clo DPvmweKFQepa9RfoV1zpcbbEDgwO7w5mzQfL3ng/pdCgtWf+FXQ+GUzDvyJHg3faWzNSGsvxbko9 Dbzbr4C6AW1yWPUKnufxv/BYCzRtGq0JwiCDgd2pMyohqOVht0z3PFqit9PT2IvFxfS/pEDw7qFw c4+hhH6LyFKKIZxjv3mJJgoL96tL60l/UqY9ZnGS8y5+wZRtM5K/PEC+lpqTH3P69GJ7XF626fJl evqPR2S/JJnaOwGSo9e/0oHiHGqMeAXhajDmH+dywS3bsb0UWqdf/jO5mfwFK7TluOfyIaT6LjQE N1laSs/bdgGGN8mfOAX9Rc1iBlI8gijnrI4ert7M6v4cqjOH6iyA9RD5C9T9BepstC5HI9XFQ7/b yZ+AYhV2Xr6JUWRIWW067BYPkAtQu47VQs/kUM98qLuV9VyPB6WeujCvzYB3gvWsxlvEnmFeV0HP G1hPB+6GOs05gpGedRUxkxfIrbIXRcxkiGE2cmGeoPZmVgs6kmrV4dp4qL1d9n1RHtIpapBE9j3A akEe6AtcRROJq2byFplgdcCxWMeH6lZBvxsYTeAY6hjHPCdyzP7WSOlW9A5+GD9MDrL037gE7mbu B9yHfDJfwVfItsjeg+1Qvqpe3a+Z1vxEuw3Srdo/ROdC8tGke0b/huG2mJ6YnxjXmLJNL8Xui4uN b4g/kdiTtDXZnvwL86XUrUKh8EPLdPoD1tpMXVZL1kfZhZCGxLTKam/MPZL37fwfFtxQ+N2iM8Xf Kzlcai59p+y75Y9X/Evl62tfqfKsP1095Oipubfukfo3G7c1/SOnu/4O6ZVwuvhpU7O9+WRL3Epa SSvpv2gq/Luklb+Vv3/EP3fLZ1uOr6SVtJJW0kpaSStpJa2klbSSVtJK+jRp41cj0nsr6R8q/Wkl raR/5tSaJyVv63NtaW11bWf/X1M7157bPt8R6DjXmd35UOcfNh2EdNumY5u+tOmBTWc3PbrpyU3P bXpp00tOnzPYVd/1TLequ7T7zp7Gnsd7LvSm9w70vt6H+tx97/W912/sb+l39v98oH7gsYFLm9du Ht/85hbNFuuW/i3f2fLK1tatJwflg53bYrb5t2dsr99+entwxxuuLtddrjf/P6R/+6+bhsiQfih1 KHdo7VDzUP/QyNBeSAch3fNPlr469PDQU0M/XUkr6R8jIfptFES6IXfhG5EcPYc4ZL18B+Rll9+A vApyEzJdHkNWxEG5FcopXMHyysvnIK9i8AC0tKLNLN8KeQ7SXU6B3MByirMAMJyjTzeE9gUMQwFg oHkVy7dCbQm0eQNyXfBDyA0st0JtKeOnFHrRvJLllLcy1r6M0SpDeqBSxiiWoRSWp7KcYihDxaxl HStpYHkTy1uBbhlyMriHwb0M7mfwZoZzK+QVQKUOcj2DDQxOgTYVQIXmlEoF4Kd5E2vTChQrADOF e1ibfpZTSSsB2x2Q66FNJWCjcAqDU1luZW3qWN7ESuhv1yoBG4V7WN7P8q2X/4iqmB6qmN6qAGcd 5AYGpwDmKsC5H3LKYRXjsApw0jZU9irASeEuVt7N4H7WawDyZtQMmHsYtz2MzwGAxyA3QL6ZlW9m 5VtZ+VZWDpySJxH9rRn9wV0S++YJx6xNza449ju8aHJKgjlURz4rwXxEGxlKIM9IsBzavy7BCuQO t1GiQvKBBKvQLTK5BGu1mbKjoWcYYm3MoxKMkcz4rAQTpDBxEsyhdOP7EsxHtJGhKFOcBMuhfboE K1BRuI0SJcQ8IcEqVG/KkWCt/G7TBP19NM/RV8UmYwbLANYnGxgsZ+UWBitYeR6DlQxex2AVMJpK fifBog5FWNShCIs6FGE+oo2oQxEWdSjCCjSU3CbBog5FWNShCIs6pLA6gn8N4+07DI6KKI9m8FMM 1lPekn/KYCPAMckXGGyKaB/L8IhwXER5Iuv7JwYnszYizpSINmkRsJW1X2TwKgqbNQzOY3AihZUR /CsjaEVFlEeFZDmDBFSMClERWg1QNxpDHvhsQz40Af+n0CyaZCW1cOUHmOYuKPeyFvlQU4PGIQnI CWWj0H8KBdiVBz490Hov5G7WUgupCa6GoNSDZqCkg2GfALohOq2AfRZwTwMeAfD6AKcXDQM8DPAk 1PnDdIQw94XgOwWUGb4qQ7mMBxdgmIS2AtB1AR2KYxjtktq2wNUYlNLaaeAxEJaJ6sHL5Bj/WH5G mC4EtAGuh6CGlrqYJpbLKOLxSZIKjMo01A4zeenVCOCegb5+VjINrdxMcwKUh8ajGXii2vGyfhNM t2tZfw9r4UG7gSbVtJvlgsRRqK3AygNQQvU3GR7BJTlo/RRw4YWeAdBCDWspShSSwsV4ohbgZhQp z7uYdCN/k/Vc2bJyGVVqQ6Ogj3FGR0DZ0N7LJPCF9ZaDepmuAmF51gDeckhLmNqAs/9cO1ez/yu2 /s9i61fbwdIo1TFLmIG2E6APOo4jkLySTHlM9z7gx8sotLOaMSih2gywselkluRnNV42h7ogX5Kd 6qwIYqVyGNEBpjGBza1ZpiFRoqnwKI0wXqfYbKTXkwzHbqidgiTqY4j1DWm0HqKZVrDfJflDNZNs LrmByjDDKMoww2gNM1u6Fl3x2stsbJxZk0h1ClpQ3dL6ScmaBGaLbomWV8IwLOHysDyfeZgrJact xhmUDf1ylo37x/E1cRXuT6+lSKsKjbWf2VFo7EJ2dG3pRepX87U2QgdUElGWKUYv5Gf8zBJnmfbo M9An2OxzfaykoqZdy7QqziKflItSiTCdz5PSrKbc7g1br4iHtqS+45PHKOTVQr5zhNn4OOM3pK/l 8zCX6djFYLc0olfP8yvnbjbzd5TjStgpFbCafEZjF5vNHjY+Liijso5Ci1BdgYRz+xW+I4dx4oK+ k4yah2lTlD3EzX/EO39KbyiYr8DRGsIhpITtcieUiRoPjb+HrSTjkhddstNP8vAh+/p4Lx8avc7w PAhErJmifYkW45HojTLLnJBmSy6T2y95YHG9px7CxcZAHOuQVU6w/pOSbxMpUA8petyJsLW40NJK F8L5dxyPsJZcTHaf5I1D3sDNSqZBN6LFL63+AvP345LdZId4/PjxZR5+2VonpEhWGPKRHolD77I5 8anxMS/tZf1Cra/tq3Kv8FUh3V/Zm2pN9I6Rcof4WopDlmbOdHiOh8Ywl3lvH6MyEr72RFgI9ULi CAUAW254tRC5HmK8iC0D4ZbL/Yk4hgXSiAfYTBkP8xCa28tt6dNrdYlCSMrIdWO5TS9pYobpcfff OI4h307jpAlJM8vXUx8SY6clveyEFsMRK8HUJ/hk0Y+7mQSh9avyKm/uAqw+5nmuHX2K0VFo3VjS UWhtWtJTpF9Z3ivA/IU4XkOS7NdeRV0fM6r+sAYCzFInGHZxJolraeQa/bdaQeRa1wTRE23RgRrg qg+iKCcraYYyGtk5oaYXruqgtA5KsqBFl1SfxUasj61JTdCuh613Ig4n5O1wPcB8XQMS2DW92gjt 2wEX7VuP+hmNesDWxVo6Ge42KG2Fz3qpHe1RCyU9cE3hRuYNRXrt0EuMp5ul9VHktBvKhbCEy7lq ZhRDnLXBlRPwN0m1NYC7meGj/FP6DQxuD/PZIHFaw3REMVOctVIc6mSlPfDZCe26GP0aJrPIbTuT oQHqRVnqGQeUcr4kq9iO6qdXqqFjRPlrhbQkVQ3TQRPjZkl/tfDZCZxT/I1Q281Wig7oWcck7WLa q5d0RqVtZVdLUokjVcukoVqlOqgDuA3+N4Z152S5yIszAtty3fWx+qVWonw1Ul7LNNfBrsTRqGVX 3WysaG2uNJZOJseVVPuYJdazVjVM4q6whTQw6xW5D1mnSKMjghORHh3bSF5CVi18whwRsYTqe6SR vlovVOs1TCeUr64w5Y/DnH9GKC4sWi10j3mENt+Eb2p20iPU+vyTPr9ryuubyBdqxscFp3d0bCog OD0Bj3+vx50vaLVNniG/Z0bomPRMdNM+ra5Z3/SUMO4b9Q4Lw77JWT/tI1D0hSVCJv0oyxWcrvHJ MaHJNTHsG94FpS2+sQmhadodoJS6x7wBYTwSz4jPL2zwDo17h13jgkQR2viAqBDwTfuHPfAxMjXj 8nuE6Qm3xy9MUTmau4VW77BnIuBZKwQ8HsGze8jjdnvcwrhYKrg9gWG/d5IKyGi4PVMu73ggv8bv BUJAwSVM+V1uz26Xf5fgG/l47YQKK8WeTs/o9LjLL2S3eYf9PspaTq/HH6Bk1uSXl7NGbd1hTExx dX7XjHdiVOgYGQHuhDzB6RvyTgjt3uEx37grkCt0uqb83mGvS+hyMRkDQlFFefGAb1rY7ZoVpkGc Kaq4Ed/ElOAKCJMe/27v1BRIOzTL1FHf01rDpKQXk36fe3p4SgAKM2NAIqIvfHonhsenqaKmfILb G5iEwRBcE27o5YUGw9DKMzGVLwgh4r6J8Vkh25sjajgS10So9TVZEgeESu33BKh0VJkR5KF7GNda xkG2F6hMeXZTzfu9QNXtm5kY97kiiQLTLpFVMASQ1wekIJ+emgSDcnv2UvVCmzHP+OQVEmnVWjUd 4xHf+LiPjYZkKbnCkCsADPkmwpYVsqHssampycqCAs9E/ox3l3fS4/a68n3+0QJ6VQAtt0s2mJMr uCYnx72eAKVO0Vx70lzL2H8utWilLV6hutzpA8ap/J69nnGYCEyny6cV1deyiUXF66RjEGCmCPoC xXig36jfBQpw5wojfpgmYOjDYy7/KEhNVTkxSwcOEAi+IZgeE1QtLja1acv/mByUJVcg4AMzpmbg 9g1P7wbFu8QZ6B0H3WRTjMvkFbqkuf1KDuPI7aGTUxyJa7YTZrxTY7Q4wqpyJaui3Ieqx71gjiJt issvejegME1HnEqYK+z2ub0j9NPDFDI5DQIFxnLptADUQ9NTUBighZKdgIQFIHjAA+4SMNDRlrR0 TVZZB0pSnBuSphkTM2O+3Z8gI7X2af8EMCPNUx/4QMbLTs/wVMjEliwZbNztZfOrMmTmriHfXk+E kwZ3ROcG44jOpsklW5GqAmMukGvIs2yKuiJE9VMGAlNgTtQPwiwVZ/QnqUCcdU31QldHQ3dfjbNe aO4SOp0dvc119XVCVk0XXGflCn3N3U0dPd0CtHDWtHcPCB0NQk37gLCxub0uV6jv73TWd3UJHU6h ua2ztbkeyprba1t76prbG4UN0K+9A1aDZpiPgLS7Q6AEJVTN9V0UWVu9s7YJLms2NLc2dw/kCg3N 3e0UZwMgrRE6a5zdzbXgQ51CZ4+zs6OrHsjXAdr25vYGJ1Cpb6tv784HqlAm1PfChdDVVNPaykjV 9AD3TsZfbUfngLO5salbaOporauHwg31wFnNhtZ6kRQIVdta09yWK9TVtNU01rNeHYDFyZpJ3PU1 1bMioFcD/2q7mzvaqRi1He3dTrjMBSmd3eGufc1d9blCjbO5iyqkwdkB6Kk6oUcHQwL92utFLFTV wrIRgSb0uqerfomXuvqaVsDVRTtHNs6HQMPHNi50EzHBNghDaBZrYRuwE67/J9vChOq7pE2Hm20U 3NwJ7mHuCe4p+P84N899a9nNi7/PDZMlbl1scxy6/hXj3rNMGs8yfhnHfCpfxG/kG/l1kFdAaxds +ShvIvUx/BC+n0Ns40hl8bNDaoojdH8boctZ6Bi69h+H6J1cA8KX6et0MUJt5Kl0UsFnIuR4XTYP 14IYcoT+LsMfqr4crHG2OgsLoZV4zxrR56mQOkKfIL8NoFsRJreR+xBHTpATAJ8kJwE+RU4B/EXy JYC/TP4M8F/IhwD/Hw444GK4GMRxRq4B4EZuI8Ct3GcBvoG7ARHuRu59gP+duwTwIhcE+DIHPPOI DyDMT/FTAE/zswDv4/cBvJ+/E+C7+LsBvoe/B+B7+XsBPiYrRlhWIluNOFmprAzgctlagKvkdf+X ve+Pi+o4955z9gcr7J5FNIiK8iOIiMQQJUoMIcYQaw0x1hhjiDXEJmaDxBhDlHipr7W+lFiNfrxK kG6J4sq1iqiIXF1OjMKioHRl2V1DxVo1XhRrrSXGUmvd9ztzZpcVMbVvem//uZ/z+Z7nmXPmzDzz zHd+nWUORNA+p0W+2nTtC9Cnal+CPkP7MvSZ2legz9LOgv6q9jXos7U50D/Ufgh9sXYJ9Fzt/yWi Nl/7M+gF2o+hrwqwECFgW8A2ogooC9gPvVr3DBF1E3V5RKX7sQ6l0/0fnRn6L3XXoP9RdwP6N32Q S59X+ywhqj65QX2IEBQYZCCqICkoDvqIoDHQk4L+A/r2oN3Q9wQdgV4bZINeH3QCelPQr4kYZA/q gH4l6A+4fi3oa+g3gm5C/3PQn6F3BcHzQX8JugX9r6g8lV7Q1xFBb9Mfg96g74T+tf4GEfXfGIKJ YOhrGEhUhkGGmdBfMcyB/rqEfKVaqZaIUp0xjAjGgcYoIhqjjbFEZRxuTMWVp41PQ59gPAm92XgF +u+NVxHnD8Y/4Uqn8WtcuRFMmafmPBJJFKtNpR6VGuR1B79Nh5dm6FAXulk6eEmXoYMlujd0P8J5 nm4hzot1H+G8FB6mvv0Jzit0K3Dlp7qfQl+py4f+M93H0Ffpfg59HfxPPd/J/SzCwyOhJwQ9Cv8k BiUyH/4e+tWgq8w/9Tgf1R+Fl47BV9QzoTgPMAyAT8IM8INhIPUVL08guaqqIJo3Fr0xl0T+6KNF 2ST37UVvzSerTJiyEHP2GzkLyHYSTtST0POTuBfSX40kSS+h5ycTXp6eRleghLVNDTGSQVzXkmD6 P3OYHoDWG851HQkhQ7jeh/QjQ5lXaVjNLOlPIvyuCCSIPISOy3tFIKFIV0xH50yGzpj+fCRWmUpM Ea17AIniIRUxkDASzUNq9v3Eh0nMjxZ+sJCcZueL7HyNnbvoWRDnv7VogaBn5xh2TmHnGeyczc4r 2XkVO69j50J2NtPlkVDKzhXsbGXno+zczM5n2PkCO9+kZ3EsO09h5znvzn93vriInZey8wp2XsXO 69m5mJ1L2XkHO1eys5X1kv3gu4f+AS0QvhwALw1EnQ1G/QxBXUT8D1wXCPmWM61zEVaqv0WnbfHe q+ybVEAA0Ae80YMDEthCkG8kmBFNGUCGkVgynMSRESSejAR7HsHw9yj7BX80GUOSyONkLBlHkskT ZDx5kqSQp+6T5oNeo/+CU/tAsi9axt+TKwStIAmhwlAhTkgUkoUJwmRhmjBLyBRMwkIhV1guFAjr hCJhs7Adg+4BoUFoFS4LXaJODBNjxSRxojhNnCVmiiYxR8wTV4mHVYEY0wapklVpqkzVAtUVVafq Fv1ylzpEPUgdqx6lHq9OV2eo56qz1Lnq5eoC9Tp1kXqzert6j/qA+rC6Qd2sblWfU19WX1d3aYhG pwnWhGkiNXGaRIxZEzSTNdM0szSZGpNmoSZXs1xToFmnKdJs1mzX7NEc0BzWNGiaNa2ac5rLmuua Li3R6rTB2jBtpDZOm6hN1k7QTtZOw4iWqTVpF2LsWo4xa522CL7QYUwsZrUvJKUockIDvUrEieUT r8KnuPLsHHgW8nuBivz+TYUnz6cp8vXjisw0K/KNW4qc26rIhU2KfL9KkYuKFPnRTfq5KCIsXU60 IK1QMJto0ZUKq2yMw8LqZYr8JFiRa5MYMzUbtRvjNk7ZmL3xEx7evNG28XKhvjBRCRemFZoKVxfu KXTx8OVPpU+TPs34dLkS/rTwU/nTC0W6olFKuCitKKtoXVF10RkWVhd1bhq0aeKmLCW0aeWm8k2u TbeVUHFocWrxvOJPeGh7cXNx1y8iFc/9YjyXJcyDQsl2JlUltz8L/ixGufdZDrum3jxj87zNSzev Y6Gwzac3X9sibgnbkrBl4pYZW7K2rNhi3lK55fiWC1tul4aWji6dXJpZmlu6vrS8tKH0TGkneyp6 69itU7Zmbs3d+snWsq2Ht7q2XrGIljBLomWKJdOSa1lv2W45bDlt6dym3xa3LXXbzG0Lt63aVrbN tu3MtptlIWXxZWllmYpV/xGuWFw+m0l9eWW5rby1/Nousqv/rvhdKbum7Zq3K3fXaqU8FaSif0U8 04MqiirKK2orTldc263eHb47cfek3XN2L1LKuPvmHv2emD2pLPTknqY9F/bc2huyN35v2t45e5fu 3bC3Yu/xve2V6srwyrGV0yqzKvMrSysPV56p7NoXui9p34x92ftW7ivZd2Bfy76rVbqqmKqJVbOr Fletr6qoaqq6vF+9P3J/6v5Z+3P2r9tfsb9p/4X9t6pDquOr06rnVC+t3lBdUX28ul0p339uVsp3 sIDLUi5tCqMPtivSekEpYU1lzdGa08o1WfGJ6vOEzyd8PpPp2s+vH1IfCjuUcGjCoRlKWQ9VHzp+ 6OwhpWaEL+Yqz35xTrl7uOHwmcOdRwIVa46Y6BmygEvlb0OFI4VclnK5h8tDXDZxeZrLi1xe47JL kbUil3ouw7iM5TKJy4lcTuMyg0sTl4u5XMnlei7NXO7g8gCXR7l0cXmOS25f7W1F1gVyye2qi+Yy gcuxXE7gcgqXM7icwyW3s24Rl3lc5nPJ/VpXwmU5l1alHuoaFHmUt99jWi45axqOKrIxXpHHaxV5 Yrsim0K47FTkr2cq0p6gyJP8/skuRTafVVjREsZlHpfnlPvONEW64N+Rl2kfKejFaDFdnCnOFmtV elWW6oBaizHglnZ5wNGA5oCzAZeBzoBOXRI7T9Rt0F3RdQWKNBQYBi2DaW/iCAssw3Ex8GLQHX26 fpneoq/WW9i9Mv05Q6iuK6DTEEoPXZch21BsOCeJ0kqpWLqMOX62sczYGiwG64MP9Z0trexbGBIe Mi8kO6Q0pFVv6Sf2C0ZqOPql9pvcL79fU79T/Wf0b3lI3a/podEP3Q6dE3pxwLIB2wdYw/rjXlPY vLDysFrI6/2aBs4ZlDbo6OA3w+PDs8NL6N3wA+Et/ZqGzBiqHZrTr2lo+9CuiLERuRGlEeURLREX I0MiUyInRc6IXBxZFLkj0hUVGpUUlRGVHbU0amVUWZQtyh51NTokOi56SrQluv3hlMCyh5fFJMbk x5wZNhbXfEfMGa61R7cPyxk2lvkGcZUD8ZXjDD2ipwzLH3YYODvsNj3HBsbGxWbEFsVW6pJYuFmX FNvcL3X40OFpw8/GRcbFs68L2uNujIgdkTeidsTV4Wnxqf1SEb4adyN+Wnzx8LMjk0bEjlwwcnN8 anwqjY2r00ZWw/LejrjeDswK6U4GuhchxdMm/MmzVvgL8FfPWlEA+njaxEDAiPuiYasnWdJ5ksEt un9iINs/Qfc+0J0PdOcE3fVAd03QPRN0x0S1x2QwAyXAZ54qwxbIOuBr4AbwDXDTs8fwN9y7A3g8 VRIBBI9JEgEV0gthOyHoDgjYafjY80PDek8OtcSwA/pOoBzYBVQAuwEbUA8cBc56cqQAzw+Z1QPY bo1ue03MXrpzoRopd9tpuo+dJthpgp0m2GmCnaa77OzH9ivQ3Qp0l0IMYn0MrPeUwdYY2GqCrSbY aoKtJthqgq0m2GqCrSbYaoKtZbDVBFtjkBqtEbo3ZLxSM7CvDfa1wb422NcG+9pgXxvsa4N9bbCt Dba1wbY22NYG29pgW5tErZql2AYf0p0e1Jd0L8lQ5lMT20VC95DQHSR0/wjdQUH3jtD9HXTfCN3h QfeMzIaXPvRcMCwG8pDTjz1DDD8Bfoqao2X9Oa6tBdZ7rIZPITcBW6FbIO9X/j24ZwVqABn4HDgE +PvlGMINQCNwHGgBnIALcANnkcdlyA7gCkqs+NAqve25IJmAd4AsYD6QDbwLLADeAxYC7wOLgA+A HABllFBGaQmQC3wELAX+DcgDdnmGSAfBUitQA8hszxDdSaN4N43toaE7aKh36d4UuneG7pyh+2ao V6lHwTt40AQPmnweXO9phcfWPyBbWnlJ18Mi0z0WRbF9LHQvDt3JQvfh0F04dA8O3YEzmVnTxnbd zGKt9RqsqYI1VbDmGqypgiV2WFIFS6pgSRUsqYIlVbCkCpZUwZIqWFIFK6pghR1WVMGKa7DiGqy4 BiuukR/4WgXdwUNbBt29Q/fudPsmjTMuje3Xobt16F6dVxnbrGCbDZalwbI0zjIzWGZmLetTyE3A Vk8WWGY2lAH3Z5oZTDODaWYwzQymmcE0cw+mmcE0M5hmBtPMYJoZTDODaWYwzUxbKJhmBtPMYJqZ +z9L6gP9bTDOBLwDZAHzgWzgXWAB8B6wEHgfWOSxgW02sM0GttnANhvYZgPbbGCbDWyzgW02sM0G r6ZhfUV3LFVjraxitUprtJrQ96Z0fxLdnST6rgd/5x5XJQ3xOKThQLzHQfrD61nwdjK8rIV3s+Dd LHg3C97Ngnez4N0seDELXsyCF7PgpWR4Jgue0UqBkAagPxANPOFZQx4i+9FS/9mpqljvPpONOm1k 4v9yh3NHIz7iyRTHAunADzyyOMMj38USOt5lgiWZvbCk53iXCZZkgiWZbDZgQwls96T1j4+dxu80 uk3631HpPqNSP/QKEegVIoQuYsG8Lg3zujTM69LEQZ7t4nAyCy0pDS0pTeqL/rs/ZBhkFBANfRjJ kGKhxwEjSAbRI4U2pNCGFOis8BBmhYeQghspuPG0G/3GITzpRt9xCH3HIdIHT9T7xaxHzHrErEes el8stTDa85UY7vmNGONpFFd7viKBwijPV8KjwGPAGNwNBgYAkUA0EAuMREwD6riM1ecOyJ1AObAL qAB2AzagHjjKZldltA7IQ/8tY10Q69MeoC+j/RjpKyR43MIj8I/G48Y82wQ/meAnkxgK72Kshjfa UC9u1IlbCgd7hgBD4bdY5mETfGciOurdb62DSOSzBvmsgU8nwZ+T4M9J4MMO1I0JtWlCbZpgwxrR 4CkRQ6D381SJYZCDIAdDIl/4fRL4Mlcc4ZmE3EzIzQTb1iBHE+xbA7vWgDclyNkE3kyDjWvAmxLw Zhp6oECPAyVz3DWu9GOrB6wQ/il+kGhqNCWeysfeVP7ukyF46gjyXwv/XALnLsFHl+CjS0jpCHh3 Cby7JA4EIoBIIBYYAYz0XELqR5D6EaR45B4bTA9sg7dluR+4ZQXyedUtzKlu+dekr3ZozUTTmQFa VwlaVQlJ4KsA1iNgHhaBeVgE7G1D6dtQ+gghEXgMGMN6DLkHQ9rAkDZ4JELE82J/z1TU0FQwJYsx ZQjkUKwYI3HvYc801NpacRiuDSeyGId4I3A93jPVjz1tnD1tYE4bZw7tcdrAnDbW4wz3lTLYM4mW lM8e196H0z0tvpvTodB75/VH/1+8lpB7JRhTCQsqYUElfFMJpvwGqVaCJZVItRIsqUTKBUi5AKkW IKUCzM1Rrn95uwxBzktgfxVyXwKW7IAFS1CGJcitDd7agdzaUJ4S5NiGHGlr3IEcl6BsS5DjEpRt CZi1gwi09yaGe1pQb60n+u4WxJ46j6fO46nzeIoy7Dxin0fs84jtAJtO4onzeOI8GHQST51nI0Qj nmrEU414qhFPNSKvRjzZiCcb8WQjnmgkKt/oQkeWoPs+530mVnkOuTQSUZrgcUozPU5iRLvRot1o ya88S8gOoBJ3RsGb8Bnmn0ukpwAaOw3ye7g+BcCT0izMtvpKCZ6LiO1EbKf0OPRxGDOegP4UMMHT gaeceMqJp5zS87ifjvtTPV9I0yBf8lxFSh2w5gXEnAYtAv1mJtIcw9JM5OkmsbTHSMmQ44EngRSe RyrwDPAss9ApPQdM4nlOBr7vy3uM9CLkD4DpwAzgZeAVVhKL9Cp8QXNf8i/LXS8lkAHIuUN6HHIc eYT573vAFOB5XEvHtRcw03oJkvotCLFl2CjzepJ5Pcl4SsZTMmLLvK6cZDRKt0ZMJWniM54O8Tny iAgLxe9Dfx6SzqFf8JSJUzGP/gF0WCZmkAFiNuS7iLMA+hLkm4D6UbzTIY0hafAO7MW1cZiBJEMf DzwJpABP4X4qJC0H8oSXwAdcew5yEisb9VIHvNTBvZQJfpTBUx3wVAc81QFPdcBTHbS88FYHPNVB wkTUAyvFZGZ9B6y3wHoHrO8Q4WeUwEJXAyhFh4gnxLeAd5FDAnzNPAw5DuP1XR7GtXRco56NQg6y iNoVJ7CcZPE5lpuM3GTktgS5ycxXL8JnSm5rkJMszkG8eUA2dOq394D3oX+EHBI8G3nuG5G77Jfz RuQss1YwFeWfxmqsg8T21jZh2RJYtgRWOWHVGnESyj0ZEvYzCzKgzwbmIM7rwFzobwHzgLcBE65l Qb4L+SHkYiAX+AgcetB2Hyi+AD5MZZ62im+AUyaE3wU/xjGeDkBZnCiHlaiZnfMZC5QeJ5TXnFOp OTz3Arg4A6B8ex29p4nVVsc/3B7681rycsKJWupgnEC7ozz4h2ug710sU8ps/Yft0jAbXmMeGuDr 64K4ZR1KuQHqw/lKLHCmA+2tO/ZgxnkvI2k54WGwz8LL5kR9OxnP32Pl/C2zcAw4/Th0pUe2SE9j Zqf0yha/sv8WZbawMtNWRvuKJzA3+THmJT/GvMSJeYkT7FvjYx5S8GOfX12yVujkrdDCrMpgbSIT 9VqGei0Tl+DaR/B0gucUs5D1I2CY0o+cQq047+1HcD+VM8jXj+Badz/S4deP0BKdQm0679OPOH39 SKTPp6xHhKXe0oALrIW/iBIqbxasrC+hNZUJpr7PfPzdR77hvt8AfuUpg4/LeAunfY8sTkBuimVO WGVh/Y3iUwtaeBl8ugatu0x8E3gL1+YxH2eK70DSFj6ftfI1YESZ+AHwIbAYyAU+QmsehVqno4cy cnTwkcMCiy3MusfAgutgwXUfCxQrLbCyg7PBwpkgs95xKutzFT6+BtB+6IeIozBgiZiJ+28wqy3i j6C/CfkWrs+DfBugfdM7kFnAfOjvQS4EFgEfALmA0k89+LgXzGtZZlamI/cXfK3GitwpFy+x1B6H HIey0xRpas8jDE4TPSujt/dXymjlvZST2TKB1bWSN+3jtIxFGb30h1rGod56ykg6+6A9+L9sBpJA Z19+/YzM2WdFu3DyVk7bxhje72Ty8dXyL7N4sNJOMGZ4W/CLsFbpDWW01AG0ftl4/NE/oVcM5y2z jPfBFr+xZg33Ce3tLLw1fvcc1WgtHb452Pt0vo7W72B5vI4rmcAbrN+n+bFxlnJSXMDGAZnNPHKA JcwDtC1k0JEIoPOU7hToDMnB/ERZPd+Xp5LS+0g9R5nDYH3O5yRIycntcPIUnHia2uBkMUU846Rj GOnDc3T62Sv7zZCc1E6U9TW/sS+HPIIR0vvc6z4ruy1ks1I+u0JOmJOgvSGNR9hY+gate78xNZun Te0R2VXqTRXLgaaMe0TnZ6NSHq/n3+PepzEc/K61511WajVjnal7BGceY3088z3lJfM75kyKx3hp EDMYMccg5hiyA89n8DlD9xMD2BNKLV1CH6k8SX2g1G8HCfB5zN96r219fLXv9Wd3bXt9STnX4y68 9DoPvcu8l42W/z5mo4q/mLe99c9XDO/57PF61Gu59y7NSfSVN8A30+0eaTIx0mTS8ZD0YW9N/94b Uw1J8diJFejw2AUn8BV0HRnnuYA7Ntyx4Y5NiPBcEKIAJ/SvcC2Uva/TeEwkEDB4skgVpPILf34v vzflG24A3wA3gW/7vSnYN7rv9AwxfOxZa9jqKTDsgNwJlAO7gApgN2AD6oGjnrVSAKDzFJCH2G8/ GtgXCFSx94rf/Rf9YN+v+TvvdMGuPNi1DHblwa482JUHu/JgVx7syoNdebArD3blwa482LXM98at +3d3lJDshV7J/pYh3+/XCbPfrxMF/NeJfOSUj5zykVM+cspHTvnf8utEPizIhwX5D/DrhLnHrxP5 3JP+v2PvBLqtpb9PX2C/lz3Y79MXvL9xsVS7f4tGrSLVNqTaxt69K6laH+T9O0+1ir3FD73nt2XU E1JOQ8pp38leI7hkBZes4JIVXLKCS3ZwyQ4e5YBHOeCRHTyyg0d28MgG3uSANzngTQ790uLdTFTe DPvaDm83vb4VjvTY73ozHOB7X7vTE+H7tYb+UhONcgZ86zti1V1vpwO8b4vhpVv3vCXW98jn/u9o +ftZ+kbM770s0oTnJ8Hzvb+H9L6D5O8fifa+vwbREpthiRmWmBHLjlj0tyn6m5Td91c297wR/rsW DO3Fij6oExvqxIY6saFObJiJpGMGko75rR0zjXTMa+38/UIwelja8+4E9kJX3v/tx1zOIY32rMfc 5Rjmcw7M5Rxsvj0e8kkgBXgK91LZexQ6p3NgTufAnOYY5nQOzOkcmNvsx5zOgTmdA3Oc/Zjr2jCn c2BO58CczoE5nQNzOgdflTnouwXM6xwkGPae9ltdnWar9Sc8f7rP6uo0W71PRQ4vYd2tvFNEv4+r F4ggPUYKsdLSYMQKBKoA5T1fei9zVuohK5u3PnGfuevTyOnB5q/Uy9a75rAvebJ6zGNlNo/trb4m wpqJsKYVKU1ESq2+N4RO/uZhAH/zwPPzrSe63zw8xFZwwfRNht8qbif0vbiGVRxbvTwKT41GnmOw blZWVKf4iupUryuqvrB2DaxdA2vX0LeKvreC9I2g920gffs3gb/x664p5Q0ftS3wgd/G9UfMX/E1 H62jXyF2Byy9yOrkacaILs4IxdrnEScdcfzf57zE3l91sfdX6ntWXyHIYwufq9M8trA3EU+w1bE3 Dy/rvBZuYW8Z6Jz9JXjQO2ePvefdyc47P0bqV/zedxzj7zuu3Od9x7Fe3ncc+5b3HVce6H2HxEds p9+I7W3v9E3AJeTsXZdcuutNgB413ooab0WNt6LGW1GeNXzNvKbHmnkNWzNrel0X6+/qcXz+8et5 EkgK2utqMDwFjE7BHPFD+hcwhLCvrwr0C9e4FkO/cU1G4FCzb6xpyBgcWvI4jgAyDoeO7avpgxRS SBD9MjLyfhmHgbxKMuCJ2TiCyVzyI7D5Mxz9SDnZhbT34Qgl+0k1ZrpWHAOJDccgchTHYNKAI5yc wzGEdOAYSn6PI0IQBZFECmpBTaIEg2Ag0YJRMJKHhb5CXxIjDBQGkmHCYGEwiRUihAgyXIgSokic MFJ4hIwQHhUeJQnCaGEMeUQoFArJo8JB4SBJFOqEOvKYcEw4RkYLDsFBxghOwUmShFPCKfK48Fvh t2Ss8Dvhd2SccF44T5KFr4SvyBPCfwn/RcYLfxL+RJ4UvhH+TFKEvwh/IU8LfxX+SiaIRBTIM6JG 1JBnxQAxEGsQvWggk0WjaCRTxAHiAPK8OFAcSNLFwWI4eUGMEKPIi2KMGEOmi7FiLHlJHCGOIDPE kWICeVkcJT5KXhEfEx8jr4pJ4uMkQxyHddds8U1xHvmZaMJqYJWYJS4kPxc/ED8g68XFYi75dzFf zCeFYoFYQD4VV4urSZHhQ8NissnwseFj8gvDJ4ZPiNmwwbCB/NJQZCgiJYZiQzH5zGA2mMlmQ4nh M7LFgINsNWwzbCMWww7DbrLNUGc4SnYazhm+IrsNvzf8gewzfG24SaoNf5NUxCoFSAHkiBQoBZJa SS8ZSJ3UV+pL6qV+Un9yVAqTwkiDNEgaRBqlcGkoOS5FStHk11KsFEeapXjpUeKUHgMnfyONQa9x WnpCmkB+Jz0rPUvQRqTvkcvS96UXCVodet3r0svSK6RTelV6lXwjvS3lkZt0B6o+ke4aFLLIK4R8 eRo4R4TWYsh24Cr0zZCdQBeXFHe69VY1IScXQgYCwUAonimDDAeiOeK4HMWRBIznoPoEPFPuF04i QrlVka2VkJOQRyhkOjAdmIXrByDnELKrXYH9DoPQeki5TsMoC7WnJ6h9io1vAlkAtX8xrtmA44TQ vAGBS6bvnKXorXmI0wy5ovd4PcL8GbGopcFd0mJ3W+zZzlAGs3M6w0XnCvsV54qT/Z2bGfKd1yia D7lWNdtcqxxhLj1F8wWEAUc8wkDLTPfMltnu2fawFpd9aMtpewxkfMtpx233NAp7Yss5+9iW9pYp iDcN8QqdSQyJiDcW8bNb7jCYneMpHKXuQY7t7kj7IqeaoRRxKXKhU2yHTtFtbwGFX/gTCvt1hIGT gxCmSHZWMqRymFA+igUcJS4tg8WlB0J84R0I70DYBZ3itCuGwRs+B53iqmvst6LTlXKyyzWxeRR8 mIQ077hSmtUIj0d4AvCmawZDljOpeaEro3mzaxnDYoTzED7gWknhCIHfKaa6WhlmuDIY5rkuMixy 3WRY5hYp7BXwFeCocMc6qtyRDqs7wXHYPbpFdE9j4PUHORfShDqYwJANX5uR9wqgAPmXuZbZU1Bn E1FnkyGnQia2XEUddnrrskWH9CgkjrlI24Q6X4a0KKpgC8VK6BRW6BTZzkAGs3MSwyJnMEOpM53B G/8w4h72e94bznaGM5idsxhuou6Bk5God8B+G2HgZCzCQDdX/nMKuLLBjzvFDCJ0sbf4+20Mac4D DMnOQxw2hjTncYYp4NcUxrdmhmnQKWY6TzHMdp5hyAHvKJZymJw3OG4pcBEFPLwccShWc3g5uscV xtDN4aEM3nA1dIpuDsczeMPt4G97N4ebA8HNYHBzEniZ7sdNihWuTPAh0xf+BPonfuEN4MsG8KU7 /jzEz/aFi3G/GPfLwW2KSgWOia4mhsmuFgpfv8P53nwc/AccQxEGmpsRBhwxCANoG+soEHc7Beun Lnf3U83XEL6BcCLCiawfK8T9QtyrAHIRNiNshl4FWL3x7SkuPYWvvWWgrVF4w5nQM3sNn2WY4ZrH sMyto0BbHE/hWIn2SbGKY5lbosC9dArHOlwD/PqxMgpHizvZ0Yp2fNad6rgIXHGn+tqyF/05BnFE csRyJHCM5qB9wAL3gpYcyKVor0fR/oGWZNyjWO7OQd+wFHI5k0Xu9S0l7qIWC+QOd5Efz8IYuvvG RIrmUFeK/Trr6yajr5uKfuqK47o7zXHTPaX5FPx8xrXq5Fy0DwreFhxH0U81uUd7Jdp3NIPZOYch F2MGxXb4k6J7PHuTYRF0ilLoFKuccQwVziyGbOcoBrNzIcM69CcUR9GfACd18DlFAvqABP8+APVA kea8wJDsvMzgHU+6faEHQprD0ZaiUfbp4NwsIK5H2/K2tTk92toK1yK0m1y/cDbC85pvgcME8LYD 7j/HWIQBtJtStJtStIHDwFFHNsYEilyMCRTzXNcZFrluMyxz96fw+sVRCN4B9ib4AXCYEQbsLQgD Pcedk+tR5vW8X1ruV34Z5ZddIX5+K6e4py/1xq9FfIoipEEhIQ7FaPgfsM/AGJPR0mXPhJzX0gUu zmzJB1dbnYspWHg1wmcRPsvC+S3r3atRt3kULangMUUaxx5wtxocliFr3UV+dm5g8NrVAJsovGE7 dMChRd+jB2jfkMLmQZ1oG13IK53CV0/8vlIv7juYQx0Gjrqvume621lbW0zhPofwaYRLEQbcLoTt CG9HmMI3T/oyl6Kbn18uY+gx3+juj9E3U2z+chXDYuh5rsye9fhlousiw1jXTYqWuV8WYuw22QuR H+ALVyAMnDR9uZLC2+d8Gf/lOgr6/03YV3oI+z6Pjn2Zpw/7fo7EvpwTzL6Z0599LWcw+05OFPtC zsPs6zSx7Nsyo9gXY5LYl2FS2DdhnjE2G91kovGM8QqZzPL4o3gdeUSooomoGq4aS7Sqn6hukFBN nCaBrNKkaJ8ka7Wp2meFtdrZ2reFjdp3tO8IW7TztdlCqXaR9gPBErQ36IBQphf17wkV0u+MYWI4 /QaNONNYZjwpLiCCUCC0szXJCvJDQk5g7n8inQhNWkjM/U9g7t8EU09gjn/iTS4psvx0zOd/MxNy MZAHrGD7fcmJAuATjg1cFnNgnXOijIPq5XgmzC+8mQibYxXZNBQS65JarAFOYB1yAmuOE1g7NMVA Yv2wZbqC2iwGoSleuU7DKAu1pyeofYqNWFucOAWcAS7gWiIwlhCaNyBwyfQSm0/33mP4jUm5duIy nk2BvNb78z3Cvme+bMfKTyTG/yY+XSF077oQ1Id9wwTlJuP5l09SkatWm6R9nBDpG+kmEaW/SLeI 2jjGmES0xnHGZKIzPmlMIXQPukC/BsWfX8yff5oyVPU4WElUH6tWgaF/VHUStWay5vtEpx2NdAO1 48FQCQx9mgSzPEJYHv2lv0l3SCiYGEfCWH6DWH7hLL+hxlpjHYk0HjUeI9E8b0EVrlrevXZuKAEs RGgE/xp2AHugg58N1YDMJUWtn95AyGGsdxvsgAs4jWfAkQasWxvaOa5y2cmBGmm4wwG9UY1nFnaH AeGXyxTZCL80Yl3+Bdb1jVibN2L92xiO62gTjViPl+xQ8EUtg9C4QrlOwygLtacnqH3Mxkas6Rux lm+E/Y3jca0AQHuieQMCl0w3hyt6I9b5jWh3jZN6j9cj7H0mmn2hdg4xkUUkj+STdaSYWEgFOUBq SRM5Rc6RK+QGuSPohBAhXIgVEoWJwgxhjmASFgvLhVXCBqFE2E5UcvXn6bL8+XS59vNZRJTHyhfl FPkKtGS5XR4tg/FytNwsJ8mnoMXILXK83ApNkmU5VnZBC5YPyeFyMxFrbsnb5RC5AtpteYesk/dA a5c3yGq5GNpluVAmshlai7y85opsgeaSV9Sckzezu9k1p+RF0C7KC2qa5Bxo5+RZNbXyHGhn5Iya A3ImtFY5raZCnsKenVRjkdOhNcuJNcXyWGhN8uiadXIytAVyek2+PB3aQnlqTZ4cQ9Q1Z+UcxFjK 8m+VF+BKC6604spZXLko5yP22JqLNVNrUP6a5Jr2mrSaq0RVY5Pja44jj80sjwWyuiZHDmQpa2uy ao5Dy6i5XqOtQcusmVvTZb1dU03E+sL6lfXmGpStfnV9fv36+uX/Q2ORjn1xjrBvzSlfdevDvqg2 gH0PbSD74tlg40BjOFox/ZpZJMYWq0i/k6EXRiEFYrsCYDSz3QRuE1IvAjouKSQ/vT8h8nLIQUAk gL6yPgEYzZHMZSpHGjCFg+rT/HQvMEbJNJ3ZwFwA/Xb9AkKKbyqQJQX0GpXUVpZvT+QASwFqXz4h m47fDVtuN2i4fjWw/t54/kCc56wzrbOBuVaTdYE1x7rUutyab11tXW8tspZYLdYd1j3WaqtsrbU2 bLJb7VaX9TSOc9Z269VNlk32TUXWTmvnL0M31ULfY+2y3tl0ukZNtZrAmuCa0JpwHNG1N2tv14l1 urrZdXNxmOoW1OXULa1bXpeP0Gp+rEdtDwKj0P+JN8RviCj+GexSM3ZpGbsCGLv0YNcT4NiTPo71 Bcd+QMK0L4Fp4YxpQ7QZ2gwSAaaVk8igCvBtWNBfg/5Ghgd5wLp4sG42SQDrhpHR4JuDjDU6jS6S bDxlbCXjwb3fkqeMvzOeJ08bvzJeBBsvgY10t/DAf7F91LLxzLIUZtnTzLJnwPYC0kk5T+bSL57V YtypxXhUiz6+FuNPIeYatRh/ajH+1J7m1ykwBtW2K/c35ijSi9qrd4VDDpKD2tKGg/qDIQfDDg49 GHMw/mDi4fbDV48sPLL4SB6OxUcW0293iV+LX8NDN8WbGEHHa8YTUTtdO52o0PZfJWrta+gBNEG7 /h973wIV13ElWO8JNc2fyAQTQliCCcZY0RDCMIRhFQYrGBOMMZFkTGRMMAZEaEIzcvfrfj1Yapq2 wsi9DAcRrMNyNP2nu3n9YziKRtEQQhiiURSFEA1DFJZhFEWHaHQYlmUZRUv2VvV7TdO0rCRnN5lz JqfOrbqv3q1b9966date0YeKGkOiqO2obRQe8wZEAHFcJkSASBIBouLm4uZQdNyPIQ7ExP1T3E9Q bNxS3BL6SNxK3Ao6EPezuLvoKRJ9/t/2hPuIJX3EkT7iEXVg46ka2H9EU1dRG1hoCAB2AOdh1Txv Q7SzHkoXAFj7PFj7/BT/DBY/D9Y+P88/L/KwzNOAxc/f9wM1GAa8mhB9PhfKNlKi8+uAw/pxvioA wAOdDECXD3CdUwPQ62tPoI+HQZ4eViinHsAKwPnpd2SC+H0edhUgAxqMJDywzKQN3y8ahF3FYCKh o53jfF3KbwGw6xjMCgDYWQzmEXvQ52E9cV72Axos9NUBoMFiIhuRjzyXPhZ87ytwSS+9v21O52L1 NsNtLkEXaU3mkvUuQweXpp+wpnGZepc1E95egZqD+inIc/Wz1oNcgf6GfpE7TGoy9fPWXO6IftFa wJXrp6yHgQbTV0HbNO64fhnwE4Rbg34CejmutwHeApRHgHLCWs6161IsiDulvwuUSlJzWn/fWsUl 6Netxzmtfgv4a/Xbhmuc1hAGHM7pCq0nuH5DpKmKG9JvWxu4EUM80JwzJJpmOaMhBXKbIZ3UZFkq OZfhkLWFmzDkWduhphByLXA4xY1AWyV3xVBsPc0ZdTVWLTdlKLWe42ah/hRQVlj7uRuGamg7D/gp wCusQ9yirsI6wi0baqxGrh1yG8iP7XbXUGd1cZmGRusEl2totV7hqgCfAh23RuOxFju5IX40keCQ GzykHrRzRkJ9Cui1N780ms7NGq6OZoG+s6OHnPGQ53EFutbRQpBzerQY+DwuTx8tdSbinFDiPIzk 8dC239BhneXu669Yb4C010YrnCmGm6OFznT9oq3NOW2QWedBR5V1EfJW6zLQ3B6tcRYaVkbrnMWG W0CZ9f7WaCN3/INk612gURML+FqdBXydr9FZ73NbhgHItw0XrOuQX7RuOcMMZsIzMHdYt8F6jtEw nBP8nuUoV2CIN6c7Sw0phkhnheHBaCunNGyMdsCIPLS6nOmgUYqzmvhbGtbLechQNxrJnfZJqHeN VnPHSX2eEY3KuHKwm8pZYxgYVXMF729b05x1ugqwf6NRNHrW2aorHdVxWmM0xo0HMK4rBZoO4DkA /cLYOUuNSaMXnDJjqnXIqTJmgORpxmzw3gQydzKNOaMXnWpj6qgZ3uaPOrhM6LHU2WEsGvVA25LR S5zLWDZ6FTRKfH8b49ZcwLMMG+CrDrBnLtCncNoPqjBurBydBnmOjl4D+8SP3oQxrRttdLaCV9xy njXIMG6sBa/QgeVdzgFdx+htZ7Wx3prsvGBsGl1xXjS2wSgkAH7PaTZ2Ep7M6AOu34eDb2yAJ+C2 DmPX6ENnNY9rMK6LtCHQrtcmcnqMfbZosCT4g3PAOEg0GgYOySDVNOB62wE/brUlwbhjP+83OAg+ jXEjh3HjOMEvg0blxkngc8k4A3x843JJf8WW6rxqvD76AOrniLQLtgzunHHJlgrSxtuyAb9j6eK2 jKu2HPCNC7Z8rsC4OnqI4EUEh9lhXDNsgA8nmu46rxk3bSXOm8ZHtjLnLRMN/G8b4nVZzhWTGCLJ ORzBnCpCeQ/34nxgyLNVOi/BvC7nGiBu9DsvGVpBkirQGsbCYPbhtqOc1hRr6HDeNiWYFp0bMAvA 28H+8c6H+nnsD8YmWy03a0r22Rnoz5nSeJvDHOTtj+fpOVMm7leXZz3lvGQ6aKt3FptybU1crqkA aGJ1HbajLmS4ZJZxLtNB+w3ulOmwfZ6bB3yR4MsE36kvsC3BSN2y9rsQ2LMTPKfQxkCcmbLHgkaF MI795jxzuvuIudB63F3+QTJeBczF9rvuKlOVXew+jmOs+4RBbRdzmeZS+30YR4LrWnHsNVfY190N 5mr7Fucy15juulvAesvudhz53aegbbtbaTADfhrabjsPmeusR9w46g65z5mSIfI3mEsdYVy/KdaW 6u43NzoinZGmArB2rLnVESbgIP+QM/KDZEcjeHXpaKKrzVzhaHU3mLYdHeD5ZocM9JrGcczY6VCB XukYB4/tglkMfeH4adM4O0yHwXMOmo7A2pRm2LD1ckdMR2x9XJqp3DYIlq+yDXPrpuM2PZdsOmGz gpVctmHnANiNA59Mt43DamgDyn68arhE72/bLpOaSacDKGdc0aYG23WuHHjOuQ6YWmwLriQcqVyp pnbzNFdgOgVjoTRO2u7gFcrYC5JvmFpcGSalbdWVpJ+CcW81nbY2uLKhxzVYNxdtm1yVSWt7BCtd pJ2GFdlmuwNeEWsXu3L0d/GqCmuQlrthOge40tRvLHOuGJv026588OTDXIIhUj/lKsK4qwR658Aa YdZyV5lpyJ7gqjRM22NdR8Eaya5a4DPkqofImexqgogBkRC8FOQ0LTvUnkugb4PnqvmB46xn2rzh 0HmumR86Bjw3LchxwXPLInJc9Ny2ROsXXTOWAw6zZ8WS5HB47llSHR7PA12hvYrrt2Q4Lnk2LNmj FZ6HoB2CHQKs1zCvLzuucuUQt2G+mztg7DItOY5p95b+ijneeRX7j6sLxvea8yoeX1eXMcNx04sM 6Y5bMBOzHLe9Iku+Y8UzbSly6LzRlhLHgPeApcwhxPZLunTHPWcrXhG8SdBWxa1DPay20NcD8KsN iOGHwK8Ax37lPAQ0G7BaEf8xFRCcrI/mCuu6M9646ujgtgR8NB08MBn7nnHS8RBHA+KH8YD3GzPG ENdgqRwTeVMNaowbIsdEnNHIjUUL/mlK3sH1844Nb4axyXTCm20IgzVuxXLUftqbYz5rO+DNt9SO HQAfSIcIo7bUG247082RME/78dh5i/DYeUvw7PBp4WozVVmTPYfwzCXW882OYhiFprEk8JkO0DTS dNoW7WrTb9uTXZ2mEfC6TtiPNQBPI3gCA/FnCOYL7AaBQzz4Lfi8PY3kmUDjsh90aUxGyHsJfa9p AvI+wz17rmsQ6IdhdArtBTiH2ac1XQH+w7pG+2GuBfsSxHbSF85dekOioQKi2ZRp2Z/P6m0uqy+H GbTh4vQ2+xFXtumGvdw1TvLLJJ/E8wWi9wjOfZ4GPTZAj/P24zATF+0ncHzGnmlatje4rpvu6l2Q L5u0rjlDsb3FtUByDuec0XRfp3LeBM8cwpraop0PDRX2dtcSSDLhumNah9m0atqCGQ1zyn7KtWba Nq27Ng2lkK+BJQtgjFR2JdgTrOF8aJqwnwYO1XYtxGGbqQVqxCDnQzxezkYy4x7pt23RbhrHYTdt Wgeam8ZJMrJ39VecNw159na32LcrA27nfPK4Y81h9n6wHuxO3QnmSF2ka43IiWBchtzJulbbEkSJ u7oU4DANq2S/Od4+4k4zdNiN7kxzot3mPmhqsfe7kswpdpdzxZxun3DnQn7FXaC/Yp+CKBFpnwXP 3IBoU23Ost1xHyZrxJCuGNaIEXMH7L1bIErkAmeZ4TasHSprrtsIK91ttw3vwN2uD5Jh1Ys1TkLN Ybyfd08Q/ArBpwzTGMcrpntW1wq4GNc71YZ0wGkc2dw3DHjdGcE41BMc9lfwDWJW492+wWxbcs/D 3r7BTRs7oa8GYxGWB88R96I5EmRYNp/F9Wadv/4uqb9P8HWCi41r1oPODfy9AJ6gBvrj5gGo3zJV AU0/0eUcwbcJXg4eCxwMiZZKd7v5gjXXE2a++P62JxLXe8JwvSee4IkYdy2YzbZVT4rZ4Yh3ppjN jkSCpzhxnu5JN3scWZCfhfnVgNdT5yFYZZY8WbDTOOFWYty9SPATpP4QwcUGmeMQdxz2iu2u7EDc VAA2HDBfIp5MGzo8eear9hZPIcZBd4wXA30erOPThmue0ve3HXnuKfM1wCtwvafafNPU4indg9cQ +jqImYVciwFWYE8jxKtCT6t+Vlfs6QjAZQRXYdzFgczDHjV4ab9Lj3H3OsZxTBZwz1m8P4E9pAa8 tx72AEuwB7hlb/foTAfxl6DpsKOYm9dlWZBnwFDtKPZcgP3AYUxvWIEx2o2TfYJhxRkJfpKG9zyG FbKipXkumhsNKx4zwVsJ7tC1mlpgVzPgKPV4zLcdFdy8ecVR7Yw0FztqYHdxz1HHGcdjxxPGky1L Y52cy7Iw1uldgpl1B7wRIhL4DHxFOutwxOZmzYfs/c6rvtzSNpbqLbN0jmV4Ky2Mdd571NI1lu2t tWjGcrz1vm9kS6/V5W3CX5reNvwV6e209I3lw/6TfOH6vm19X7WBX6y+b1XfV6plcKxo97eq72vU MjxW4mUs+rEyb5fFOlbp1Vi4saPeXsv4WK23z3J5rBZaET6WybF6TmuZGWvyDuJ+vcOk3xHcr1fP f03jb+cR/O3stWJJvByRZGRHEu+4TwtfhMRfyt7L+BvZe9mnF/5y9w77vq9xXCJtTzjz8ArincQr iHcG13iv4znoHbdcN1zzzvm4ka/vEcvcWJt3wXJnjHEn+04nfCcGllVzuveOfgL2OZmWtbEu76rv LML31W/ZHNN41yyPxnq9m74zB5/dfKcKvu93a8KYdVzsGxHf+QB/guE7r4BW7rtWeqzPfcIqHhv0 FFuujw17H1ljx/Tj9FWZKcGVj8/VyI0fKODGD5rc+BEmLhHXoP3klo8UcsvHJ8ktHxlimViF/kj8 rvgvUT65weMFcoNHVdRzUTnoaNRq1H10gtxk8ia5t+Qt6OOzKIPcN3AEvYGSUQM6g/LQ1yEdRX3o r9AxdBH9NXoNmSG9jhzIhWrRN9Fl9CaaQT9GX0HL6GdIin6O7iM52kS/Qn9B0VQ2eo/qpc4hFzVI /Rh5qZ9Sd9D/DGsNk6BfhhnDLOhXYVfCvk3tC7se9iMqIuxe2C+oj4Rt7t9HfXR/xv5PUc+IekVX qE+JJkXfpmpE3xF9h6oVzYp+SH1Z9I/hIurt8Ijwp6nz4Z8IT6WM4Z8Mf5cyR7wboaX3R3w9op+O ifhGxAX66Yj/HuGgPx7hjLhGPx/xo4hF+sWIn0Zs0q9E/DIygT4ZFREVQXdHxUbF0ZqoA1FP09qo /xF1jz4X3RE9Qg9G/68Ymv5uzMdjPk7/KOYTMc/Q8zHZMdn0T2I+HfNp+nbc1+K+Rv8UUWCdVnLG S24SUW4jxELJRgLEo2Q2jI1k49lENoVNZ7MAO8TmsYVsMVvKVrDVbA2UdWwj28p2sDJWxarZs6wO 3yhBRhiJXxC/gGhxubgc7YPaA/RB+iBCdAFdgCi6kC5ENP15+vNoH11Cv4DC6DK6DInol+mXUTh9 jD6GxPRrdC2KoN+k30QxdAP9Foolv7+OpyW0BH2Efod+B3jKaSV6ivz++mmwegZKEv1Q9EP0MdBp AS0RzfDfeZHyOmpQXlfOKReUS8o7ylXlmnJT+YilWTEbyyawyWwam8keZHPZAvYwe4QtZ6ugPM6e YBvYFradPcUq2dOslj3H9rND7AhrZG2sC+qU7AR7hZ1iZ9kb7Dy7yC6zd9n70GYnKX1JVaOqw0l4 hppGX2LX2S12W9WqClO1si2qSFU8vEsELEWVrspSVasOqfLgqVBVrCpVVeC/IYebwJqJu7wd39Cb hzrAdwuRAjy/hHj7F8HLXehl8PNvokrw8h+jV9AqpCpio1fDnwn/FKoOfzb8WXQs/Pnw59Hx8E+H H0KvheeE56DXw/PD81FteGF4IfpyeFF4EToR/mJ4GXoj/MvhJ9Cb4XXhdTBrKDQM8wlbOR3tJz6D 2ESAFIB0gCxUxJaxlexRtpatZ5vYNsg7WYbtYjVsL9T1sYPsMKtnrSzHjkN+GWCSnWGvs3PsAqQl 9g67yq6xm+wjdk1Fq8SqWHZJlcCuqpJVafCuhM1XZbL5kHIAL4I8n01iU9kMNhtsRIml4nfI7R+R u6ylgJSHfgDpj9G/QMqHuf8z9CfoHqSC8KrwKvS58GPhx1BheGN4I/pTREVvxcSSO3KyUThCZyYA riBKMwLlFMAs4EYA277PnnFp+glMaIYIYPyKZuTMlMZInmc1tjM3NC5SP6+ZOLOouULq8XtcJ9AJ 7QR8WTPl543rcVsMmJeAY94CflczSwC/xyXuR3gnwH3NDfJeaIdx3B8uBViH/tZ5fXDfW1Bug4y4 DOYXSqZA2QLhcW2DAXRVh2nmsV3U8ZpFv+6CXCALeY/tI9h1fS+oIzW2QCA6CIB1EUCQDdsMtwWe 6kToU7CN0HfgGGIevI7qFM3yLjtu8SV+L9ALJbxTp2vu+m0r8IZSncXLgPFDmvukzNOs++0ulELf +BmPp1AKMmJ7YblAB3WhZiu4vaCbvyzWbKtLe8LUFT2RgXLu0iVIVn8pyCKUUzuyEX0E+wX5AhkP 4TnQZ128DoL9cB3PQ13dE7+rD6GcCK2/X++JIPsJz9h/MC60g766x311waXfL2p6EtV1PSlqc0+d 2tHT+Fi7hCiJPX6N90+i+036IXbGNhTsPBU0Xh9SEj78c/dln96PKwW7BNu6e9JnpyeV/nFfD1EG 6hHo+7i+sSddiBvq1p4sdUfPIYLzpT8m8/NTLevJ89Ooegpxv8Tv+XitVvcUq8/2lPpt5trxDTL+ up4Kv46YfqCnWn0BeFzsqfHPc76N2tPTqr7U00H4CD6JY9vVHhmRZbpH5fdXoeRjnfpWj059rUdN bLigbepe0rZ139F2dq9qGRzXu9e0XaRuU6vpfqTtxXQaWjNP4mXwGIMNu2eAf1A9nv/dlVqEddOI d/oQ3mtitX1YB/+8eYLvCXPaP7eDfSo4XgXHNd5GWCZNgnZQiCGaZO2wJk2r12RqrX5bCX0Hx2PB b0KtT0H16ps9Z4mdMdzuGVCv9FwIXKfU93ouqh/0mNUbPY5dvIR1FkD9sMfTjXoukdgh6rlK1lwB ePru6J5pUh7oudad1HOzO7XnFtH/MdCd0XMbgz8mZfeskDKn517gWtqd3/Ogu6hnI3Dt6S7peUjK MuABdiTjG7i23/D5QfdRrQjri3XsrtVGd9drD5B2TdqkQHt1t2lTuzu1Gd2MNru7S5vTrdHmd/dq i7r7tCXdg9qy7mFtZbdee7Tbqq3dEwtDrH3+NSUwDj+uDPazYH6C3+F1LjLA30LE/V1rUeCahMdQ 2B8I80SY864AX8J0wKP7um99FtZpMi5zvvEWSj88Sc/HxNpdvhxYCvNmImgeBa9/AbGU6BNQ+tf9 oJi0q3ycvFtB9gzqz79WBq+rQaV/b3UlqBTGRIjX8z57j6ARkTDfNAe1HJ4HmlztuKZAe7mb09Zj 0BzWTmLw78MFfgJvAM0R7Yx/DuN+AvfHwvwT9sZ8exy/8TqhKdde9897LBfMOzz/AvlpqrRzIffe PF/Nce3CrnkYFKOEWKQ5oV3atSfC/eGY2KC9c8alXT0zoV3TtGg3CT6vfXTmxnv0mbvviTXt78WS Z3h/5v57CeQ9vNMo38sk9UBDSp4HwWffSyY0p95Lw33hL3nx++L/hlDUZ8idtP8a9a9IBLXP/m5P WvbvQ78iJypvkhOVr4gmRd+hBshZyhA5S9GTs5Q5cpbyz+Qs5V8i3o1MoEvICckCOSH5J3JC8hNy QvLP5ITkF/iEZF8yPiHZl4VPSPY9h09I9uXgE5J9n8EnJPty4dvWiGw75wiSelQmGZboJVYJJxmX XJb0SiYlM5LrkjnIFwCvlyxJ7khWJWuSTUmTpE/ySDLXTreLJW04tccCJEi6IE+GlNae2X6wPVfS 9tXl9oL2w+1H2sslnZLO9qr24+0n2hskDEldEg30glMf4YifGAKDQN0nwfclUuLXYVyigr5ylTAu f4Hehe9bDtLnyBdvIfohmoNv2nlI/5X6HnUNHQ67GfYjVIzPr6AlhWpQXYC+XSidl6AP+vNp3sfr Lmi+EKDzquQR1rc9tj0BcjFoOymZbE8mMjaCjE+T/3OAUCbC99JlQaLhqzob7UMHEb5B7RD5zwf4 PtFw+DovQBEg0xEUg0ohxaIySHGoHFI8qoD0EVSJXgFJX0XVKAE8rwYlolOQkpEM0sdRF6QUdBrS J9B1SKmg+4/Qf6FiqVj0SfLb364dXeWd+3LlnXJG3iXXyHvlffJB+bAkS66XD8utck4+DvWXAZuU z7RNyGfk1+Vz8gX5kvwO1K3K1yRq+ab8EUMz4rZtJhbnkkZJnXyNSWCS27blS0yapI7JlA8yB5lc pgD66WQOQy+Y6wxw8CfmOPAhiTkhfyTJYhowFyFJ6vhUyhyRdzEt8jVFPOYFuJI5zeSCPJ3AFUMv U85UgfyXoYcu0gskRiu3gjQzWG6QQsO0g2S58j7mFEhGQ2/nmH6gXcMgKQU+VmaIGZFrQDsNY2Rs wHeTcBBgHKTDgNtMwvMk48LcmQnmStsEkyafgXcYcG8+mGJmMV+hF8JRAJABA3MDymFoBcBomQac sCWYeWZRrgfrLoO+YqC7y9wHCdeZLT+3SYZot6tvAEWYIhLGaxBrC1JiTACsP26JKbFcvwn0Ki7u kn8XKC5Kstq2FWaFQ+FRXPJLGACh6nGd4uqO5Lu0gHrFNB5lHkAG3Idf/i7od1WRyByEPEW+CiV+ o5F3KdIlpYosxSFFnqJQPqgoVpQqKsA3homf1imq5eOKGqCqUzQqWplTig4yhusKmUKFLalQK86C 74ihRxhDhU4xIF9rm1BcYBLIOeiuM9C2EVYJfjnILpPRhB7ImSiAQscuM7G+FvgdPvkkvuO3ps9y jJbdxiO+M6bgw5Nt66BhKUA19i1VmCoS81bFqxIVeXKm7Qbx1XMwe3ALbJtNibptBNKE8rJyUsBJ GlHOgO/QUF4HmAMf22pbx0m5EHg+LFErH4F9RvynxAlsMnOKmW/bZtOU0fI14cRYyeAzY9LDDYma LYfZmcJWMQW4D98ZskKGpcI949NkxQDYroZNE06VmXX2nHyc7cejxA4xYmILBkbwmuKm4pbiNnMY tIIZqFgBuKe4rXggUTPnFBt+e51TPFQipYho3yd/JNhdPgxSkpIRKw8ok5Spygw8i4Q6Zhl4ryuz MShzlPnKImWJnJM0+oHMbcVZZRn0WbwTF/xwmUkgQOa9shLgqLJWmY99R1mvbCJRhseJF91WVirb lJ0KmZJRFCu7lBplr7JPOej38OtMJtAO+2amUi9fAP/FsOTzO/kdZbTSquSU4zC3B6HO2rauq8bR VpXC5uLzcnwyr8piknE8BPmsMPZFimLVIfkqxK9HoFMdk9C27YvGeHxUecw5thyPPGhxXb7qO2WH +gpVNT6xB//eUuhUjapWVQdzWCVTqVRq1VmVTjXQNqK6oLqoMqtkcquiFUZrhsTcTRydVA6Vh9gE 5FZN+yIl9mDwzzTVJdVVsha+Dete5n+GfRRo24I6yOl5IuTo7XlEASS8fRPSLUi3IV2FtALpXlP2 2w8gbUA6C+khpHtQiyCJmkS4rika0gFISU1Jb3ve9jSlQspoyoB+aPGb4npyJ/gX0Itg15fQF2Ff 8TLsDkToS2C9KLDzG+gpREXfj94kEpG/ejVXI+rkIpQ1UC7v+2xzRfMFAtU8YLwGoI5/bgRo5es7 AGR8fR1fVxfUTsBVfCnUd/DQGoA3BuBqHlr5UhbwToCz/PvGAF7VfClAoD5CKcgYzC+UTIGyBcLj 2gYD1lXH9zkQoLsgVx3/XhUkbzAE918XANUBIMim5tu18n0KtukIqBfGsC5AxwtBdhTKjgB6ocTv LgbYNvCdIAMuzXzpCJChOqjvan48hTJQ9ka+9IRoX9O8W8dLAFcBpoPkDNQlWNZgOwSXwX0Gj0Ug BPqsoINgP3UAj2sf0lco/YNlCC5VAeMg9C/UBZcCzU2AW80XWlIBMj7ELv9RSsG+Qvm48XpSyev9 xDLIxoKdnlTuml/BZaAewf51u3ln7qwA3OPxewF0gb78IODdBs8f+70Qrx+CPCjAZoG+AWWLqHnX PGyJBjgAkBRgd75NSzZATvPOXOTLlnwfj5ai5t3zsKbZH+taKgFKfPjJgwC5AAUAh5tJXD95hK8r B6ji+8YxcSDE2Ak6BNdjWWZ8ugX2Ibw/edynw64Y+CRfC463HxavQsWlRp9MJ0/s1J9sAGgBaA+w 1ePikKBrqPUpqL6ljLczhqMAtc271qmWeoAmgLYgXuodaOkEYHi8yzc2fhD4aPiyF6APYJDX/zHQ MuwDwe9a9Hxpbd61lrZwAOPNu+J0y2W+nPTZkYxvaxBgv73u05foOAewwLdb2m2vljsAqwBrAJsA j2AcaAAxQCxAAkAyQNqv4R+B8/DD4vKv629CKcytx609jysDY2PgXA8uhTF/XCl7DDyp/yfF3FD2 C54/odb/J5WB+4NQ5W8yPoF8H7dmhuo/VNkR0H+A3bVlzf75dvKUbx6cVAKcBsjkQesD/35VaC/w Bjh5rnlnDjc2794fC/NP2Bvz7Un8hnXiZP+ODKR+3Df/AvmdHGoOvffm+Z4cad49D4NilBCLThqb d++JOviYaNvR76QrwC94upMTQX7C2/vk1I4t/eMWOAcwzRXfe/wrqKjIqBjyK6j/VOf2VB+NyH9s iEXFCNXkAOQDFAGUAJQBVAIcBajln+sBmgDa+OdOHhiepgtAEwC9ATR9AIMAwwB6vr0VgOPrx38L uAwwGQAzANd5OeYAFvi+MCx9CNxBxa/de+3BaxuvPaxBNaKa6JoDJKGAlOTHUmsyarJrcvj3GQD5 NUU1JZDKSI5LH1bJPx0Aqgy+7VFoWwuprKY+IDXh33/u/Q2wuERcjcLENeIa9FGxUqxCieJ3xWfQ x8Td4m6UIn5P/HX0CfLr3zTy699PRz0X9Tz6TFROVA7Ki7ofdR/9cfR09HdRfvTfR/89Koj5SEwi +lxMUkwS+X8+v9v+KOoA5fsl7WX0PELHwK+O1QZBPQ9NfAl+dgx85xgTADC2x8C3jvXy0MZDH18O BvDCtOBvx/Q81PK8BcDvrE+E54+hY6KgFL2n5sPrQyQYgVjyG28kPip+DVHkN977yW+8I8lvvGPE MrECJYnVYjXYXiPWgu17xX+J0qIORv0RSo9ajfoFyoyeiZ5BWTFPxzyNnov5WMzHUPb/P74Ug/aj ExAjy/4Av0Og0X76IA3xmc6lcwHPo19HIvK/tA/GPh/7Ovo0jEw8jEzJ713S/yhAozDyf9YR9W/U /0b7qH+n41BkbGRsNvokosPEaD+Ffu8y/gH+AH+A3x/Q6GXk2+03oBbY7eMd/idhV+9Ez5A7IJ6F Xf08yiL3PvwJWoFUgO5A+hzs8H+OCslNEH9KboIogt3+JnDaQv+ODqNfQipG/wfSn5EbIkrIDREv UCJKhI5QYioCfYGKoqLQi+TOiDJyZ8RL5M6Icuop6in0Reqj1EdRBfU09TR6mdwiUUlukXiF+gT1 CVRF7pJ4ldwlUU09Qz2DvkR9ivoUOko9Sz2LjlHPUc+h4/DF0YteI/dK1FBD1BB6nbpAXUC11DA1 jL5MjVAj6AR1kbqI3qD0lB7VUUbKiN6kzJQZ1VNWyoq+QtkoG2qgHJQDvUVxFIcaKRflQm9THsqD mqhxahw1UxPUBGoh91acpP6W+lvUSn2L+hb6KvV31N+hNurb1LeRhNxn0U59l/ou+hq51aKD+h71 PSSl/oH6B9RJfZ/6Pvpz6gfUD9ApctvFO+S2Cxm57UJOLVALiKEWqUWkIDdfKMnNFyy5+UJFbr74 i5gXY15EXTFfj41A7/r/Z2US/z8ri/HfEUUV+Asvdjb2FtQEU/wZ+W+Zf/0hFL7/p6n/EIoXCIXx Qyjwb4aouLIgigSAZB4Q+kJIWXfTlIaUdjfNiyHl3U1TFlLi3TQvhZCZBppUQunTqzzgrU/6vTRf 3E0D0u+lqQii0YegeTmIxhiCpnI3DUiP9UoESIE3KZAw1SshLR1MVYWpYv/xCVSvEqqFJ1BVE6rF J1B9ich8Ksjiifh/KxLaREJ1NKTNg6mO7aYCPUJRHQ+iWghJ9VoQ1WJIqpog258i9/ck+ul8I/R6 COn3UtWGkH4v1ZdDSL+X6kQI6fdSvRFCejx/KfCvfQCpxM8Q+d3fXq/YS/dmSL/YS1cf0jP20n0l pG8kkf+Ym0SwJELXEHLc99K9FXLk99I1hhz7vXRvhxz9JD8lxdM1hRzZvXTNIcd2L11LyNHdS3cy hHxhhE6g9PlBawj5QtF9NYR8oejaQsgXik6yRz4K5cJ+w//LyyNKFKdog9SpYBQaRZeCU/Qq+hSD iuFX8iHXK6y4HT2E/3crbaEt8K04Ro9BjZN2Ipr20B60j/4b+m9QGD1Dz6D9+PwQiaK+GTWJwoFq lr4DckWTX5CiI7GIDgD8TAUBrt8XALiuqlMkLWVy/ny76qG0gsmXDVXmSKuZItnIK6elNUyJzFid IK2D0tYZLW1kymSuzgPSDuao7EpnklTF1Mtm/aXwPlWqZppkNyrLpGeZNtniq0VS3TvDsmWBz6sl 0gGmU3a3M0N6gWFk90sWpBeZLtl6Z7bUzGhkWy80SB1Mr6yBlLXyMNyeGZRHduZILzHD8vjOfOlV Ri9P7DgunWas0oqXb0uvMZxstmRcepPh5CmvlklvvSOSp79SJfUwfbLt4FKQTygF+YRSoBP4Pa78 de328oq0lamUTVSKpDKmVjYl2Euo5+WYD7aXYKeQ9gm0y69pD2F8/PIG9Ef4VEofdi7IS/12QtJi JlvWXzIsvc2My7M6i6QrzGX5oZdvAf9JeZ4wTp0l0nud4/JCob6zTPqAmZEXv5Is3ZBvdM49zi6C XPirn36fPg++/w36GygiaipqGkVGbUVtoRh4F05fpL8F76boayiV/j79c/SsSC6SI3KWjl4gc+FI 3IO4f0MV5OY53x4ui8zPdvxL/128MddIMts+oD9AKOL1iNcRFVEXUYfoiLci3kL7Iloj2lFYhDRC CtQbURsgyWbUJorieeM77o6QnSFCX+Pr8C+9cyDmBtYlkB3Ccb6Ogrn8Pv1Xv1W/OD4MkLwf8nH4 wvFHl+IUVPX55A6HdKZDVZ4hnZMeALgjneu4Jl2VrkF5EZ43X1r5fLL0USfdoZNOdsbid+UL5Rk4 dVyDpzXp2ksr0tXOBAwB3BakScBrwccLOAEfzGWHh3RJOilFnWLpWnnG5zNfWiGtVvFTxzV4izpU 0uvl/5e57wGL6rr2PWefc4Y/IhoclSAgIdRYtJQkFJSgwDBMCcO/RwmdGq7XS3EYLVWixnC5XkIs 8flZao3xWmqppcT4vNZ6vVxq/HzUEuJnrbWEepFaYg0xlEcNIcRYS43CW+u3R2bGmHwJyXvtd77z mzW/tfbaa/89++xzBi4g8t2TasciOpehBivdjIX85GEd7OHi6DOZjgQfNpTmxRgckW5exsHY5GkH 7LeqpidNTyrC3+Zvo3b4WsBGRUcLRKMF7p92ddp7Soz0K+KpJRNFCnw+4eZoNSii+W8/eHH+1O+C RayI8WbVq4pQR0WWD3dJ0dR+oYgEH/Y0+fBNe5TsLqhtaocP26Toagcd++mOz5vfqhh8L0jHdnWX j2YN+dmhbqA7TW/WQX6q1eV0bvDh04gvpcOmlvjw88l/Nh1xdFp9NMGkicdhVmO9Nco1xaTO4kO5 QTjdR8dX4hvKJTXOh+2gVuxXTiv9aqgPf5B4/tXDEVXx4XcqBo2QVqWBzkEfDe+A78FRo3T6aJYr JvyOopZGcC2l89ZxfytT9vpw3N8K6PCpP/S3ZBy368+3v/H4/56iYP6RY/rNSfVCTnkO+BuZs0Yz kmbRNiPXdW5uvqJph7U4bY0PG6LoWgMdoZrDmxc3yFrRWrXjPiytLLTV4oq2V9vnw59VDK1QKxTn tC1avY+mhUp5zDcSsZd8x4h9vpGIreQ7WAsW2++IhEav2KjFajYfdhldH/rECs2sxfvwFsWgFdBp kSVuaqE+Giq/iBOXNd2HpfKLBhEqzophb169QX5q6VBEq+jx0fTRWBkQTjHPhz1DfgrULlEgpvvw LeRnkVikHqNz1EfTQKNor4gUhcKnvGotpTCpW4RJJIs0H42TxsoQHRXqkIi6I/9siorzD/NhEyiP 42qyelz4lFoNp/HYTEc0nUM+GkEaf3UrzSn96hVvDY0dE80Tw+oaSnNG7fLRnVX81EK1UDlHuEU9 rLb6aA/TOGhVE1SXWufD76a8wpVGNZwir/DRbKK8eL9tM2GiWuijW0HenMqAGqam+PBZNJo76UrQ SWlifDRxNJp5BkjgGUANnNCpqlwZKG7m9lUpEKNOCXg84B/oevyPAZRjQFlAmWIKcAY4Fb+AVQGr FP+AtQFrlYCAdQHrlcCAjTQygzAaeXUSKH48cVWLoKtajzJPXBCXlXjRT1e4R0wbTBuUVFzn0nCd S8d1zoLrXPakZ4C7zyi/cc8rnjniRa9Z6AeKqvcaZrpvCKL7pdmKmnQJp+L+vPM0uT9196dGp/DS e6cz7kj7PxLrrNdWXrNeW7vNembl5fKDlpuWw5ab6ctd251Z5UfLghNXlAWX+bv2pLesnLWyJ33P yp6MhemXncvKTydmWeoSs5zX01ucK8q7naFJwc7QVXnp15zO8oEy//TKMv+VPSuTneucRdKyPMx5 3FlVfjUxK2MvfYtynXTW3JFu1Dq4eqF1sHwefasrH3XGZsY6Y1ftoG/bysdWnkyftSo0Mct1xrnD WVRmttSVmd0+RzPbM/ZmtqefSL/obLzDZ6d1dWa7dbXzlDPP2WyxlJkrLpSZ0wNdPc4aV6AzPiPM GW/Nsa62nnFNJy9hme3lxa6LzsMuKm2SeWVPeYnrsrPVFW3dn77Hun/tgfTo9Guu+db9iSPW/VQT OYnHXXGZJsrdlHnANehsLx+13Fy90HKTyrDdWedKyIxdey4z1ppAkZ1ypaVXrmpPr1w56LQ4z5V3 Jx5eO5J4eGUTxVn1kd/uqBfvby59ol66nLt9v1ks1uH0ZOvw2mYq7QHEcmFV5NrDiCWZI1sVY01w DTvPQnfp7rrPqIf0OiNXHXZGui67WpwV5UMr9XLzSn2txXXC2nJHn/C1/Nh94o5e8FHt/lEt/dm0 bZ8zZu3ZVSGrRlzHqA8ecSprT9G5w7XLmVfe5jSln3Ca1u52NTmLXOHOREudM3FVjDPUebx8rEys vbIqdG07SuTTCxJ3lAnq8yLJXBbstKTnZB5Yq6TPWtvqjF15eeWs9MpvBqdXZoTJmrecsqyznFp1 CjU/SrU0f+XJVWdlnaVXru1fFZpkRg63LS+QJcZRenhm+9rjKF+aMyW9zJmyqp9LRH1pMDHLOmjd TzV4wbcM5R3OoPTpzqC1ja79K5PLO50h6RudIc7rrkMrA/nbqnZnyMpB1yHnOZoNA8QPaIZTMIOq ActoNhc0m/8TzeNlNIMH0AxeqUzDDH5PwJM0s87AbDoTM/DHuC+Z8pcpf1FyMGvnuneww3AdkteT 9ZO6y6F7U4p0GV19Kik6leJ6kjn4HKFTriE2uBmafVWzMuDDnaGVABPnfFi6IquRPgw/V7igBvlw 2+mT/1u6by5VuPp7M7z316j0+HCF9LmVjg4flq/RLT4Mv9OyQmny4WbRJ//Cud7N0r0x1ULlJ667 yV05Gxmn/A54Abu2vO7i9WYe4nkS3EKF9/GEUk13BB729s5/Gf6yILO3r663S/DpVgN3v7Jzbxum g1dysrdt5N1Sus/qpUNV/b1YnVpzFK2qKle9eKEcUvroW6+3B1rJNdCpKqd8PBylYzOdqnLEx8Nq uhNTKYW3h21KscKrwzofD/w79TTsU6zx8TBf4d3OYh/OTHdkfJ91m/tkvYBqLID3kqdQjVFfwBww FT0iGD1iGnrEdOoRTyn3oEfEo0c8iLp9aNrb095WHkbvSLhr79DQ1qu9yv0USpinFFHv5/2JzV68 oSTSGKikg0fCai+NifpNNJWcD94/LpjQTWbe+CxLTW1gWmRaSiOIVuUmuYdQxSU3RZt6TPOJK6Zz 9wQvTIEmuuuhFMJ0Cn9j4Lb9YeOqQXOJie5VTM4JXjftNu02eg3qfaZgOvO8Umwy2o1TimpcI1+b TAleaUpNpcZ+g6IxeklXagrzpDK2mZYaO0hzgjQ2Y8wr1UKj0hRjbCQd3bEa/RMawxRiCjGKTYFG CfF0326c8aQyrhvJxrBBs4CxRhH07bAnHcXda0Qa5wyaO4xC0vYaOz01YZBj4hNIGjGueyLUB41G ncarQXOFccG45Emhd+rdxAsuhXHCOOlVqkq9VacRow9Smn3GQa/4io1ifY9Oc6jeSbptXPaJVMl6 jU73WXoLy8YaY4NXukgjUi/VXaTdTdpIo9BweMVo1Ud1mnF0+kblSDCSPSn1fn2+flGPI20J5Rhq RHpqRD9NR5DeroeQNo1KdJNK40l5UBvWm7VrpIumPA7ql3SvVtDr9XqtS6/T6Fqi66SvJz+nPLWj HdFo1tH6yWuTftSLb9D2En+W+K36Pk8ZtFo9QdtCmlbSVOpbvDROPUyj/qztIU2xvs7LV45Gd5ha LeXur6fohV5phrWHtEWko+udHq0v8pRK66YjVKNa0HL4LTQ90ivVMXFToxrQ4lnWhnSv2tAatUbR J+iKrZlJ26h1aQOeSGik8x7fddLUaC1ap5fPMnFAUC8UF1H2Vi+P2Vq22M67waKDdDXaHq9UcWKd oKu32M+yVqrVeKUL0UJEsaDeL7aRNkSzaaWelGKRGBI0A4gKkq9p87WlnpR09QoXXYLmLFFAOQZp 0V66NuyY0BgQNAbEiGby0jWp/aKBdxVEKHltEt3iilfZN4vN2HfRSDoqznpiUQ+JFWqL3HkRLtEo Wrx85qg7hFWluUg9ST5qhWdWMkS8iFc3iPlqNWkPkLZMVHulDFGLRSDvYKpUfhEibKLEE426SKUS 866EyPaKJFrtUWn+U4tRPo91IO9cUgqhnhLhXvaH6YpL859K8597BwZ5422eXr760hVbde/AyBSb lHaF+z/Nf+om9ZxXmlK1VNmvHMIVW9C3Y55UyjbKm+cAmv9Um9rolWqhUqnG0DWU/7KPqm721I4a ooYoxWqgwqWm+U91eVIp15VkWl2k4WotlOtqjicdVhj8l2VisOYTSq8a79ZObr37t91t4acwDXSt /Gx3Xbz3W36D/9VMY/P2M9l51ZM6Cx5ufXBN0Uh8StGV+Kr4lAeHCjseO1p0wREcv85hJbnXcfSx Pv5e1OzIJq7gc2scxcw/OBRf42iLX5dQ8FiDo+OLZxJqHSWO0w7X59YUhzs6HWsc3Y4Njt4EV9HN h4NiRhzVjr6iA0W7i1ZMnOSPT/bnPkvZzvu8W2xfrftqs+MIRUJxsewdF8d0O56JWO4WB5eH/Mp0 xeGf83cc5JgKO6hMA47aotYHe4tuOraQj3rHkGOn46qjwTHq2FusO/Z5x8K+cEf4wSdtpRNP2gw8 aQsM2BCwQZmC9g5Ce0/+iaNco/wzetn3p1xXbj/zu9OiesKCe9NOfjaJ3qR/wPJffCy3ix3up5h8 L8LPN/jJv4UiVmLMiuo+NS9ZLViBTwHZKfUF22AfXBBZkFiQVbDM/blCfn5hp/x8sNBLn0KfTvf3 258VXp+sX1cQQ5959/OnpSDvi0ETn267D3n2+WEtwm0R9JFPhnnneKcy8bcu7p+OU3Wfs/NL8oc+ 1unKH8hvyG/L35vfkb8v/3T+wfxOOrvpe2f+EeIP5veSvg/nUeIojfup8ncoruf4qazYRddkzb0i n4gWpQ1EaaegtEF40jsVpQ1GaWeg55lR2pko1yy0bgruiVTM5QqVkzm+2vHTsVIvbqu7r+S5uduz 8id/yjzZJ9MdwFcIK5V9aI2ldCr3bf7QU70LF5SXnTuSezOvwH0W51lzr+e255XQWZo7kleQZ81z Eb8G5+HcK//fysituhTPC6rc92z/iqtwBd35ce2XebF8N9uE1rjNTbZWv8Mjn8bGhg95f4Ftvv/J 7xoxGwkqCa8sWtxR1oArw1+73+vDFdBdL68XvLkUPPfc6MPNR88r9eHMyhqvmqiZdE3snKgJ/va8 4nkb4t+A32OkOpHx1nnF+7Q73hqveJ92x1vpFa/kSrGmyZvgJhvvdp94vwvc8ZGt6Jn15cqL/1d4 wEesk1bROol3M6dghTQVK6RpWKVM/xQpeTble64gpZifkmUP0Enrl+whOq+65VH5GdFBn2NStutu nZdsD6RzOuxCsi9kn80+lx1LmEV4IftSdmR2HY6zOEj3Nykvz568Gm6m8wDq/Rlw/G4G/6ePLGWX F/sQxr9Gnw8pNV48z738jDIMh9Ot+ez2o54D/hQ5RaN18JemwmNwqnOKsEL4odiLURBAGMh7VuP/ h78bjxD6K7xHdftboGLcWHHL+71V9ul344JSdhd2693Y0VMfk6Wcx97+f8JQKd5f/8EY3n/rbpG9 /4O7sX/9/cdkP5g72V1fc7fUf9Hvxl6r/pjsXXMa3XXXOGPvxl5v+pgs1d/NLXdp7+N3rb+Cv9Ne 8LdluGZ+c7c6uJn5afqbCBcP0QgOonvyKYoSmqIIr5O/q3ecwv1ZEB2Y33R/XvR0m55zY3ZK/v7c A/c12OJyD99fZIvLiXs0J/+QvTbPbLuR25qbl38sa0ii5HMr8k/kNNnS8vfnrJ7Vk9mZs0mmsp3J P5kTl7suszun5XNp+WdyzkTPyu/Kbc8+nN+TY8utyb+cs+u+sfxBWpHVZV7N6fncZtv0R9Oi5+ee zT0bPT+vOvfcl8/lD+deuK8h/1rupdyq/Iu5p3wQ+UqU+UqUWpn2g/jRJc0LzhzIOXlfR35L7nFZ Rsl8sIyydN7l8i7RR5dF1puMQfqUqfKiCkLyhIw/zz9/T1bf/SmPHsrtz92RfyP3yuzmAiV3RNZe XliBKfe6ZHIbaaV7M9dZEPTlKx8skczxQ9YQn3QNeExp91xHZl7EWTC3fmasPSRquj3UHmmPscfS EWmPn9s7t4SYWHuiPWVu6Uyn3TLTYs/KqrHnzR3K2hbVM3eID3s8WZbQQZw8PN6y1pGH2Kx1bl+x 7Ie9eHzYI2fGzu2daclsnzsUdWjuaXuRfdlMZ+YV+zL7CrtTeonqUTzvz36y0vq8LWseVgqyVvx9 H8rkngf5ltOkFMzQrbszj1idkcGZbdabmW2ZnfTZmtmd2Uuf2+h7X8TZGXrmQOaQtSrzYOYo6yI7 IoP5sLbSt97M3oizZD/Gp5e3jkxBvjqkL/JEftiLx0fm6cyD1iuZVzN7I4NnTI84i1Td/M3aGtlh vWJ1Zh6N7JhkORdiJeYu54xIJSjjptXfaqbT3xpFcrA1jM4oq5jwHyCaRTP5f1HQ/Y34d/HvNIr+ QxxRdPGqeFUxiXPivymG8+I8WfaKXiWQ8hrmtbxaoq7D/WwYr9BDWnCqdBbY5tuX2uLsVluCPduW bC+wpdmLbTZ7ic1hX2Mrs1fbVttr8b3SfW60bwFfaa8Hv8m+07bZ3mDbat9r227fZ9tlP2jbYz9i a7Ifte23t5Fdh+0Q2R6zn4b97dPtL2N+xjU+4YPtWqwhE593iy3HXmpbbt+AuFj2jotjuh3P7Vju Fkeh3QW/nI5tOC3HFG2NtJ2wd07kdduvlDuQ1jsW+v4h7z18qpnsnhCcBZGbwuuW7E5dPq0rtWnJ jmld/BlZmdqSmrOkcW5WalPE1SWNqcdIWh4ZR8f28LrIlrDR6Yl8RFaSZU5qTuTGyBb34fG2f2k9 o/Q1N4v9uL24faQeSt2auj31xJJt0xOXbJsbHzYanpeaw0h2J0mzK3VP6h5lcm87qEq8+1dFKO30 GJxBaX1pA2lDdA6kjab13duZdpXO0aVNXrlMuv/7zinTqN9HRM2Zn5K8VARvWGpNSQjewJ8R5qXF S0ZS0iKGllrDd6ekLS0hSYSfCz8X8dCc+RHF9zYG9/IRYY4wLxlZMhIRFlHsPjzespfEM0pfEUPs R3q57WNpQXpU+rz0RSlxwb0pcRHd9zaGXV0ywkh2LtIsTH8onWcG+Vz8U8wpwWdoThEZ/qk7Mvwz /BebSA7OMGcELzalLZ3wP/k6LeMnM5RXtjKN8lo+6TPIkmaxTc2z2OhwkJxjKaTTkbL/M3jGMvnS +YzIqbU4C6yXZgclB947fXa7td96JXRf6D5rv2VgduycqNnts1szLj5yfLYS2pY2fU5UxrXZRUGd j1y5d1fQwOwaPiwDloE5UWRZc+8ueXi8hfXPdobuC7vtq5X9sBePD2v/7CDWWW/OrrFemBqY2mtp C22zjljarNdnV0gvQQOKZ4/9U8w/QTtxFlj2Ww5ZWizHLCcsJy1dlh46TqaPWi5aLhMzaBm2XLPc yFBSoy2XM0wZQRkhGaEZkRkxyc18pI+S5WXL5eRm4nB4eTuTspx8nXH7GmQ/8DLhg/I7xLqMrORm S1NGbEY88UpGImFKhkV6yYj5bEo7ZR/OAovTUpG+1bKOjipLnWUHHVXpgZbdlkZimi3KIxstByyH lyZYjltCLe2WIsspOs5aWvlIDyTLRjpawfLh8VZj2Ua+aty+mtkPvHh8VFkqSHfccp3Sr7Ccs1yw XLIctvQTXrGMuL2cnXRp+1QzSou97MCjn+gsMAcvTgvISc5KzjK3mReZO+loyzDNHk0dJqlkiRJ6 ckm8OSzZknpySciSmPTsWZGzIgMGQ+P4oF5hSh1OHQ6NY5YPj7cMxVxq7qQ2lb5K2A+8TPgwty1O I93JmS2hcZYbARe5d5jDZkVyH7EMSi8Bg5PcO/8U16uADTiDZlf7j37wmNGoeHa7J7Pr6puXP86g WRV+hz2H2So/Z1V8lnn5N+IMmnEhpMtz+M+TnzMufMq8RtWHPDuy/vGfyVmQZA1xJrhmLEwqSXLd 05NUm7QlyZVUn7QzaW9SbUgMyfuSDiYdSWpL6kjqDHHeU0m67sS8pGoc9XTspeNoUm9SH06PtzWk 30IIX+SJ/ZAXLx8bkrKTGpJOLwpMqib90IzapKtJo2Y9aWyRbt6TVJBUnFSaNPCpdoM/xV2TqUsp ePjE3/fh3hP+hOUcn8Fv3o39gVEJ0H/BpeX3q8RP/ayELwB3mWjGEy8Dh4G9zGtzWNbawXRBfhUY C2aB/gqhFfioRObVMchdjOoVyC8DNwKTpQ38BMFPKvPj74p3iYkyjimqvl3nt/8W4p24t1nWfwH+ KUbjcf0gyWMsq9WMWh60PwCTa/xvRTWFwFIFfhMeOuDTAZwKphp+fgybQOAMRr9seHsTKP03a81c duCPtG2E540WrhlmRCG/Uaj16/cTvsSMulCfR/hFRi0R8jy2N4W4PfyE8BXmxdN6BMn/oFE86p/1 L5H8c6R6ntFYD9kJbAT+J6NpOfzcZDT1Icc1zOsm8FdgWQg5FHlFQa6D5SP6fERIaLzLqJ1j1MGI JyDXajR7qVtguRw2Z4CHGJU5Kn7ZDAwA+qu91ILD4mf4D+j8ltAAfql6UZvDkfPTa7WPf8emjjFq c/g3eCKeZbEX8rNaFvcHyMPA15kRLwC7mFEjwI/i93s3tChGljUnMBbaLj2Myyv9sCwOQC4H9sLy DOQXgA7gAjWTMA/xLAAmI1od8jz8Am9AP8II+Q3JcAwafh8oUoEO8CNIew3M64zjIzrN5XqOsYbw iNFKqb6BFnkS0TohPw+5mZFs1qDPt/J7n4ziBaSKBRPGWm0QNhvcTCt6Mr/7HwHLIDDfYjTWQ14E +53AYnhoh7yatX6zYbMT+Hl4eB7exhiVccQWxKi8AZ+vIOZq2a9Qz+X6wyT7oY/NMP6RbJKQarEs IzCLcfwy9rr3jncSM2ucRr1oY0aLYlmNgPYF1goH5POQW4DbYF/h5tn+Gph4oBUYMsbP9i6yDWn5 3cpzsJ8HD/OQ6grwKdiMATOBOnbnXwEu41/1a4X8bJhaehXhdvgZHuM3Vathc3HcRHIlywZyIXu2 rBvjmeEFvrukkcA83pLX50J+EljNlrfs43imOL4ViDf6xo8A8TuDcfwmevxnQC6L4ebxtu84/y0j ZextyHijWHpj/7fsqAflFn7jwfLY7/iN6VuvmYJIfsc0hZ9rMNIVAe8c67/GtRBvuLqvFHizWX+a Wu1nbht+sr/KLSMq7T3I+P2wgTcceT4n/k+Q8W6r/mMgfs8vf8OuoxQ8psaH2L9iRi7vQlb0FUCU SKeSjl32oznkVr9fMkfuVwEGvyQ1pSHfi5DfAQYDfw7EL1dMeAfYhLeH/Z4F4o1nP3+kNUOLd1uN G5C/CdwEzAA+w73RaAK+TG1d7J9A+EtG/U1G02JGAdQV4HrwBxn9vsOowl6A8YeNX4Q/3i6F/VvQ PgY8xKiBN96ADA/6eTC/gueLkFMhG8B7wKRBrob9BuAY8goCRkF7FZZfhRwAlJ4fhz202hQw70Mb B+aPYP4E+SeQp8J+GrAKKIDvoBR7gWvAPA+sgLevABG57gTKUpuBvwZTD1wBnA8sApYAUUb9G4hE xvYISvcSEFp/Gf9/QbsWcjvyDYecDUTk2mV4WwTmacZAtFEA2su/DAhea4T/7fCzALwNfA3S7oef HuAWMKh/A20hRpA2FNoX4eFRaFvhAbyRALkJsgM4AIwHjx4y/jj3Q8KXef0A3ISe+U+8xlD/l2ka 908eHcYvGfU3GU2LGQVQV4DrwR9k9PsOowp7AYZ6eAN6eAP6dgP3WOmBZb8I6ZllRXp7S/pkRjwG y0OMGrTGG5CRi34ezK+Q+0XIqZAN4D1g0iBXw34DcAxxBgGjoL0Ky69CDgBKz4/DHlptCpj3oY0D 80cwf4L8E8hTYT8NWAUUQMwzYi9wDZjngRXw9hUgItedQFlqM/DXYOqBK4DzgUXAEiDKqH8DkcjY HkHpXgJC6y/j/y9o10JuR77hkLOBiFzDfKgvAvO0bFO03UXgeUaalxowCzVgXmpAP2/gfo68yoBI qzXCw3bktQC8Iu0h22BTg7z2I98e4BYwaC8DbSdG4CcU2hfh7VFoW+EBvJEAuQmyAzgAjAePfjX+ OK0a1PHHxqm3j+fgKvyTsVx+/xr4BKMWzqgChQJcDP4x4ClGBfYqGB022nbw0v5JaGOBxcBa8COQ 4UGsBvYj7RrIP4IsgP5gmiAvgZwMfBrMFuAO4D8DdaD0+VMgePVZyLegnQ3mKphrkM9DhjfhB0wB qsCnYJMPTALzKDAR3j4PnAvmYaAsbyBwJRgbMB5oBsYBo4BfguX3gD+Et9eAKLVuwOb30L4EuQ/a YMgvAv8ntO9Clu31C0ZDtgvaSH8ImArLTnj4JXAm+PvBI5X4b+A3gBnA48Cfw6YKqerBFEKOgdwL reT3QO7iNRL1qxL0K8ZDwMVArKAUyb/HSL2oBP2NmQbIf4bN/PHrvHqXa1rgUfTYUawA5S8gRyCb gI3QJsPyEFaSB8FvheUAGKzotBJY7gKDX1fq+8HgrUdaW7OM33OKA8AueLgBuW2sktfhYF4c4/fQ z4GpZFSXY/Xb517BspwN7VIwCSz74bemajRwKnw6kLYITDCiwnuyQr5deo5rww+/WzVQXjVURsWp hJXRSGHUTcAj4EcZlVZ5jzBGd3/qJkbxLMesvSrX0sjXBUyDH7OMAX4uwGZQ1j/apYhRO4QSdSPV YV6fa12ydKg9zCo0iln7plznoxStaN9h5LIMDLQmlIVqj7TGaUY9B3ntk2061s3tIhnklYAYmpEq CJEEwfNG6YfvNegix/vspxmpHtpxL9OOtmOsBW4Exrv5brQC4y4wByDXoibnASuAw7gfqUAk+DWr 7r4LG6vj1meecm9Gq7GHU4zKDXcpuEVG3H660Te6UavdqGGZIzNn3fbdmDm74VmOoEpYNkNuRumY 90f99LGlvkTe08FDGfCHwNOyb7vHWjN6Tgn6ADNpaPcixNYm2wL9rRXtVYX+MB3yt+HnJHIJQSuf leMO8jH42YHxexq1EQpcB96F1lkHPzbZu2QvkveVQKt7hAbwzglKF49+cg3x1LO9Sb7lVcqe9SHE jN9k699B5PWMAei9/vj9th9GuumY20M1WpDQrx/8cpYNBfwB1PAZ6RN5ybe5BxDnQuTrz/eqdOdL qNfJHoiY21HSNP4dvFEm6we4Vr1I2ghYNsBPKOQS9IcbqI2LYJrB7Ebu/WAKUfM1wNXAMGAOtEdh eQB3xz3wrMMDasn4DUZTrZx1ESHmEO1+RPUE9gy3AV/ALmIU5PPYV4yG/D5wI7SFQD8wB4BPmCII 78Nu5H1g5kEOgYcdYKyMylvAN6QN5Ivw5pQ7mcB47HPuA86Ah2vgXwfucu+y8lroPPZUoxgNM3zu cq8w2abNvW60cnthNR7tRivXNtZCUW4/jI+airhnIkcd3uIRWx3yrQD6M6PngD+KCBeCPwDP12Rt wPNSYCwQ60kxG9o9wCSk2gY+zXiHr4zgT/iV8vyDO3Gs04QD/JeQ4+eRyzowFai9cci1sOwFTuVS CLkPrKEsv5Xty3f0YgH8YDWufRH2bairU5DzoM2CHA4Z62pqKfb5HuR/kbUKzw8gnlApy/1nRH4O OfYDQ1DSFthsgjwMD8PIt1fugYP5E+xbIL8uyyV3s41xjtPd677N8fAOg7aYZa0OnhfCchQ2z0N2 IK8XZD2bMnk8QlsNbR7a7iy0U+GhT8rg/4r9lrcgL5d9nmXtG0A/8B0S0QojkF+DvBs4IPu8sZnj Z9k4CHxO9me61tGMB5tw1G0bct8Lxuze+d+EUbOJd/BQqwNSdj9T+Dr3RnefZMuNqLdnof0KcjkM pguIuyphBT6B/v8Wxg7u9bQS2dYoxTNI+wzkdyC/I2Wk1ZDjnxDJNeAO3L+gt/shflM2ox/6p3Ea 8fyU0f8/of038ClA3NlplbJO4AeR+KE2TC7UNu5l1E1yJkHu8xBJqfQMD/WIv17OD6Yq1E8V+sm3 MTuxXGhaRB6+D5vF/JcG1GeNIMw5w3y/yTbKmyxTu2MvHWgDYv9NxEF7EX3jDdTJMfYjfuSe3yJ5 jJieYv/umTASMxjzDYY/r2aR12XMIUeANSjXU4j/DOonGDzmW0MBfgHM92DTjDp5lVEPYzRugLkE ZgpwEZg5wCdlLzXeI/ltMIPAd2GZw3t91A/TEE8V8k3DXJqG3An9cHUwqpD7IGxyGMmG5TDU7TZg G9vTXFGFtIxlwC8was0Ys4PAVw1caww5utGfgW2MegxsLkGewmjaZ6C3MPq9hB4yG2V/DDF0wv+T howTURlylHHuNmiPwudfIf8V9YlZUReoh5+CP4NShEt7lPemIcdsFfbwOcIu+HkesgO1OodRX4Ro i6HtRqomeV2T1wt3tGlo/SrIzH8Zed2Us6X0765JzvFbkJPh8yZa7W3YLOAc/b4LPxeR7wb0nB74 /BbyOoHcLwEx7vRG4OfRmkmwPwt5vuxFUobNH6Qf4E5YosaMzZDR26lWzWh9ZhLBYAyaDkNeD59l kAOBr0D7NaQqRp0/DLyMcv0Q4yUczOeBfwB+GfNAGmQVcjA8YwyKcuAteGiXfuTIghyFVNchNyCV TV4LGP2ehTfM834VMh45S8PyOTBDkDEbU22zFlcEP1yVjBPw3Gw8gP78AK5WX0F7PYDe+wB6+wMY dzt5Pw054ippKoKcCTkUeXUi8l8Ah+C/CdGekrL0A2xHXuWwXIQRtw1Y4e7/aWgdHtdPs4fAZSwH 7GTZPwEokC9WEQFxGE14gmxgJeb3AjwUoK+GQT7onh8YVXfPJwxcD3s8xdZXuvs2o8mQfSwNo4Nl O/gvI5eHWDZh9jaVooa/jt5+mp+haH8wugnXoU7W60tJnqIf4B6u89+ZwWpT/SXLNCK28X4gsIRR XY4WSeFU+nquJeqxi3gfUue7g3XMqOc5Fx3zuS6vL5jtb+W5nxY9QzgN8jT3E6JEIJ7djP8K+C1g BbAAO11vQa7npy2cavz6eDeYnUBed+1ln+IJRm0W5G3ANjCLIZ9nVKOBZ8E4oC0ERoHZBTkI8jBw I/AA+FchvwD8PjAeOA9ohecAydz6PV/pUNIqyG/AgxPaVGbovobtlwPHwL8OuY+1QsZwnmX9Ychd 0C4EhsLzDfD+t/jvaj0AeT5yKYFcActr8JYsI4S3HNgcBYOyKxelJZipsN8Gn32Mmp+MWZadGVEI bGNUBuDhFWhbZCvcOsDlAu4AUw7/ryHVPPiMgv+ngJnADvixw2YYmAr//wH5PGwWQp7qLhfL8eCj IdfCcx38/E7WjGxlaFtw1zYD9pvAj4J/GbVRKVtB+oFWA+aBeVTKsnXcNcl+XuO+qv6WkXoC99sb 4P+KVOGQv4ZURYgtC3llQZZ1uAA22bDZgfK+JcsIeTdwBDbLgQ8i95DxGEZYJrsjYX4B/BxjNJ5j 1N9nLckxPLeACZOxyTEyxn9HZx7wS3K8QI5nVCPgLYJl5Q1GbRa0CyBHjT/H7YL7Yg38XuABWWMS wdQCk6UWGA7cBWyB5a9RJ0tlP5fxAIeBpcDXYRkiexqYCsT2O+Bbcu8Ifr4qRwFsTgG7kLYX5coG Lge+gzL+ETYvwfN3wfcBXXIGgPx19J9EWG6U3oCabHHUyasyTmA5Uo1B9oe8Dnn1oH8OcCr/BJb9 MK5NRcA0tN1jrPXDnGZ6gGV9CO0YiXJVI6qvoG+UwRKznEn612WfkZHf2oiew9ghY5YzA/apNOyG 1cNnPUb9Xu4nNH/GoD/HYPaL4ZlKzkjAxZi7noWfZMwnmNOUN8HY5KwImwA57zFqTjkfgh8Dvgb8 LXxax2IJFchxsKxCtD+SYw11+B72VBcD8e6BaEB5/wx5Bf/lLn2jnscy+vnLuItZgb33l/EEc4Hc X+V7Q7rX24F7W5ab8FR9AM/Tm/z4fZhWRtKmAdkSz8u0QveexjzsP4TzeGFZ9IKpdHvegvUtydp2 Rlot8xVqGE/2b2jdWAlE89pAG+TdZj0HV/Yt3FIG9nX5HQPRy6jVKXZuO+Ve9om3krKVf8Vcze1S BDw8vghzyCKOcKwBNmw/yDLlZ+dRw4xuYg+U626+M1LqOX5G5QYjRVnPKw3ww4x+2H01qvDGSCH2 4hbyuxzkqAi4A9gDTMNeE7+3MMB7LMqIXxfz/PYCaf8ve18enkWRvXuqq6u/j6S/7rBvAULYQthC SMIqhEVECEmMCBGBYReQbQAZRHaQXXQEEVGZiIiIbAKyqYAoiICoqICKLG5IQFlFtuS7p95uMjD3 J9e59z7z1zz95K2T6upaTp16q6r7fN25kJcBK+oSrU2Q9Sx/znoQ6THjW8exx9+EvkCM2syY6Hs+ zEaaByHjrevw9iGkJ/M7PNtdhJgOOLsbsu6X3ajV7sAPGoOjgVN0Xwe74N7gYsyn8PEAn1B+EnAo 0MZKowxSTgHPa/+ukiasxYLFAtcH4rQMXG9BBq4PNEN8M8hNIDdBmhlIMwPyLMh6T10GNlBGtQD+ ptHKAZqIaQ2sq69Sn+EOyQHI+5GPXmWdU3MgHwGOAaYifhDqkA3Nv4KrUCvVnFu0SPu9MD6rUT0I 3KBRX8sYi5gcyFtJ30V8TqN6FqhTLkHKJdrmWdalH8Ib+Q5ZGbCNrpB1TQ6hT9dY+xjf0ygy1FVu V7z2pTHikeevOgeWZwHnaLQUEM8BoY34gME437xH26f5kkY1FvJ1yLOBuzXq9zly/JfA07hKz+D9 tG8P42aNKhMpdellzGvQhl7ZlrG6ou36PR5HUfNcXTrHVwQ+gLPau+korL2muRH90galPwvNA61+ QBPxbyH+PpTI8cZ4/ZZDPhuJ+O8hxwFtxEwDVgC+jz7dB5vRoylX/U2j9kdiWffmKt12I6Ra6jWP uU6vDTQaIWuI5l7cuR2jXtXxwDEqDXIa5LGQx0KeC3kurt2kZ3aUWFMdA76CGm4DnkVbZsLGKqKG ZxGvr0o3D8E2ijKu1rXi+Ccx9rsAtYYz5F69TtOeWmKh2VCjqs94SvXViF4+Zc0Gaks7FagJuSts mBmPTlov6d4x9dfMTirdO7Gqu2ZX7e8qYq1kMK0ea7kYIyf1O0NFBMptrd/wyHhGa1WPKe7HUnrW Nk+h/iZwl0bVB1gN+KRGqzrOnkZMA826lnfWix8EHIIWVWGcrfdNYqHUPjCz5SDIByFPhYwY81XE fIuYXyF/DPxEo6F7+ZRczTn3MKZBP/r+dg/93kOWG0MuDfkuyGVZ7q/1QOvlOq1zeka3Ed//OBc2 dTzwXLgU5FJIw2dFfFgzw2JKhvyilsO7Ic8AKmBb4HTgq8jnKrAPsLtG8Oo5vZtjuSKwOGIsyPdD bgCsBUxDvH6bcW5+EdK7tqeAV4Faz9l4ypad3xW4APF6tpqF2nYDztIlMlbXMcAP8byvN84+Clyo 68bx2idzXjgOa9RtwK+waj3J82OjsJ7FlujSxRJ9Fa9XfwFWxAp/Ilb4y4B5pPcLWgNH8/Tsn6uR 8/lFX4urAsinpq8lXauauhWin4fhKJzVOCxfP8UIodUDkf5EvuaxVO1FyXgYuBM5V0QNoyDjaRrW xtHIc4lGs7bOgfe5uvTV4c6k/S609mR4NFaGMyHrVetBpDmIup3Kv8TlTkRPTcwPM97t9Vr4KJ/9 C1JW1W+ZYZ3r0heGI3QMzrYOf6stKv8xtC4G2j6NnOsw7s5/TY84nZ5G5esxeBAx58KYs3QMyzGQ 2wB1DivztU2uzGP+ESe8Z9/hu0mEZ2N2O6F5mNckHqMuRA48q9JmbVE8+vZiJC6FLDHWjmJknUf8 3UhfB2W9BpvZCV56HysBzQ9E8L0UT2uEDznxSNJ4CTH4CgprQiNWI957McVxrChwBwNtofwVevWI lV43vbpjeT7Wkzq3n4Bh3HF19IxG1zCjOfACDYOp3jcPY0bQMb8BD2jmoQP6+QidgI9oeVOPwSZ4 U2wcsJj31lgf4bWLNIQSSbVDzHXIOZC5rHAOUl43Y1GTUVwT0/NHpVpA3YrjeoYSRS1o1RoPDqkE 1F+sfF+3LvwdIX//C0Y65jxp3V5Dmhfw/jjSPs/cCxUwolthJHIP8i7sLEbWZNgMnw2P0L0fxjus w/uBeCqdj6fSYXithOFtkr8HCK+G8GXYzHzvGTeemy/0nqojBm/XyodvST78WPLx/vx8+EXn40l0 Prxf8uARkYcc8uABngdvljw80c6Dr0senrbnwX8jH98Dzd8O/ALx8NzIg78NW7ZG+HjwvkjHe+9B j0Od1wDPIMb7Ii3e6R2Gn0B4CxD+OfnwhOGRr3OAv3oenu8L1Ec8DLwXOfwD8kXgU4ipAoS3OU0F foOzT0CGfgj+CQK7KvEKynoJ8Q8i5q/AZsCKqNVDOPsjYo5BwyhFnAK+B/wSe7TKOAvNy/sgP4Kz EyDDk0fkIjfoWRTyvAUgF0VZqKGAJwO1h9wPub2GlF4pNyB73xY6iK8QPA28pNHIhmUijchAPvCj EGNwVbSPnEYaiE8BwidKeN/t+RAyfAAE/PCFC/Qs7QHgNCB8kAT6XaDXKNFHvf5siHj0vhgHhFeP gGeU6AqcDczEVV7/wlYFbEOibsYOtKsn8Ffi1buEHxSjbjU8NAyvFT/ocg14DUloT8KHyvBGyggf ddthAwa8NSRKlPg9gowCRuLsSeBZlIvxIncCnwT+4veLzu04ZPSs7hZGrw5e/vPDF7h13kgPo6Xw HAvD88r/xil8aQh95L/rcCMQo5UmAr3RBB8V7y2JPLcR+EHzJDzZCDxA8FWjtkDPk8rTMH4fQdB5 uAfkHLSxHbTntRecY/wFKJBmOxD2QN64ewG4Dld5NRwKOQLym5DBPOR5wYG7RG2gVy789AQYSYCv wu/6qPsUNRcJwCZAsJOIxdmD+u2PbPM5sPkc2HwOrDoHlq93XphVjTf9HtQlet9IAFPRaeBV5Alv NAKrkDc2t6ImHifA74jgv0RgZtoMxAgNw0cOLoNCwmKNBkDo3NjkW68++zvk4kD0pglLM/FFBnMC 0qDfJVjLfAwySjE/hwwtCfj7GRg7Ye83MugRoyRqhbYIaNKA/RhgcmMlcgAnG3nIE31BzwHhJxmG hZPnCQkeDpcHomfDc4Hw9OOVt5YLa+QVp5bRm2HMCN7XLG6AG8Ne72PsE0oMgzcIWsoDp4W972d4 MxpmQIK/nBgL9PjkOmT0C2H0hcG0dED3Nf8dwfg6gpF1BPx/BGPqCEbTEYymIxhNRzCajmA0HQHX HcGYOoIxdQRj6ghGIu4/AJcDFwKXAjsDM4E7gLNxbQ/IOcCfYIdgEgHvMgH/UqMT5Lche3PQx5Bj gN68g54SAbQRmiQvvg7aDhYir8fhEUeP46w398Eaycu5JfT8La7yrB29RpjFCDMX7UU/eiMas6SA tYgZQPx+yugOGeUab0F29C+k8ufgd1K5+CbrbxrDlcN6Txrreffps7ye12nmA9fjd2FBxNuEp9uw TFiO4Xmboz7SYwzMRGHM0QbGiNEc9QSHKLTdxDxrYgVlwjJNWKAoC4SNCW+m8zQP3hYY3TITsjc2 +wA930hv7sZ4N15GmqNIXwuyN/96sz/8DAXWBnI84qFbifWMxPiSGMsGuMIEi0p4LBuYSQ1vZscI ktCtAduQWHVIjH0qjXj0iER95BDEH4IMVjExR5vI00R6ibFpwh4UZkwTHKU8/kGPS+jK9DxsfwMi T9P7bSAYXnr8hjWb7I+zWKtIrxSvxLqQMbtJ2DPv7TWCLeVwpMGqzMSaxOyFmoDTTJRiYu5T6GsT tmrCz1liFSGx8hSenSTjLOYmhdWFxLgwwDYGbF5gRJDX1x4TevOOZ8PoKYF8DKwTDM9awI2iMWIw +gwvvWctYEWJcg3Yp7wHMmY66XlcwyfZwErS8HjYq/NQ1BZj1vT8V715IVGvDSTyNzxvYayQrcL6 vbUWRqsJrjOhAenZRirS10NtYTkmVhcSVmqCRcUwzI8RwC7AELAb0AH2wIy5AXIN4BRgV2C6Rp6R czDz5mB9mIPZWWMqMAHYBPmcA/6EGMzIvC7JwQozB+tPjeXwC9a/Kjwdw11rPcvoniGKEKuCa0n1 GNajJ8X0emzYQNr18LA+j9CZfn16DhPFBvYYMVhUpmgyWzfPiqGU9mkPxlDW/emtYmjwA1mMvH7k 9VUEM2Axxuo847SkTlSP5/YKOBNJFhVnjKc6dBe1omxKon4U458LUAmeH2pQAjWlu3kvkEz9qaJ/ LshsG6KaVJd5uDWzfwoNoFj/XCFewTm8h0ykVLqHHqL69AivlfRqUp93qAxV5vmuDa/ms/Au5K40 kP5KI5mzJxSkcqks71xcasjrq3S6n3qR/l7uIBrGM9kYnq9uppPMBFHURb+DIa1DmxhK6pDVLkav 8JBHNM8GhakRr/syqAOzscE70sE0nOe1sXqvxWmiqBxVoyLUmJrzLjaTHqA+nGd3GsKz52M8T0/2 U5XnPVtRakIteEVxH68P+nINevAa71EaTeNpCj3RK3F4LxkDjAcmAZsC2/TqMXCEzAJmA7sBewMH 9Oo1aKgcChwNnAKcA1wAXAxcATwC/Al4rvfA/g/LaxpNAxgBLAIsA4ztPXjIIDMOWBuYBGwETO3b f3APszUwDZgFzAZ26zusRy+zN3AwcBRwEnB2/8H9R5jzgS8CFwOXAVf1Hz5koLkeuAW4HbgLuI+r 1sM8ADwKzAVe1qiMgYMfHaQcYDFgGWAMsOrAIb0GqprARGADYFNgK2DbQX1691eZwI7ALsCewH6c zTA1GDgCOBo4ATh1iC5lNnAe8EXgEuCKoRrXA7cAtwN3AfcN4waoA8DDwKPAH4C5wHPDud/VZeAN jZYBDAKd4YN6DbWKAcsD44CJwCbDhyfUtVoD04BZwGxgN2Bv4ADgUOBI4BjGRGsScDpwDnAecCFj PSsHuBS4ArgWuEmrydoK3AXcDzwIPPro4P69rJ+AZ4AXgFeA+lfukvknHquwPysJKn4H1F+QUVTo 35L0tXrlU4KZsA7zWl3mqHrMecnMX/WZkxoyVzTmUX4XM14zZq/mPN5b3nbl/yQZzAzF/kSo3/im scwdMfIOKJl1S2Ht82clQaE7YsQd0GTeK8zcWOz/Qr553+mP0Pt2oLeex6qGsMv2tYo3Ffg7/T/C sndAg+ew2D8R3tzD/xG6d0SsfSn6Dih5/qmGu31/VtLferwT3qk0b+Xwx1juDmjwzF75T4R3KiOb 1tIW3v3t4V3o18IRJUR5UVUkiAYiVbQRmSJbdBf9xFAxSswXOWK5WCu2iB1ijzggvhbfiVxxQVwz DCPCKGKUMWKNeCPRaGS0MNoaWUZno6cxwBhlbDK2G7uNT43DxnHjZ+OccUWSDMooWUrGyI6ym+wr 58kX5RK5Xe6Wn8rD8rj8WZ6TV0wyg2aUWcqMMePMBLOBmWq2MTPNbLL0TXy5CqsJYTb1wkJ4vwSJ yLakn5+JyEy2zUJU0m5rd7GH2lPtBfYKe4f9tX0mRKESodqh1FCH0IDQpNC80LLQ1tDB0M+hG45+ sxMfjn7XQyEOO/j/dyP9lMVwRjkz/TPb/XC/FxZP8MLS87ywnP4+D4flm3phhUVerSrs8P+/gRzt mPiYpjF7Yn6qOKfistj02FGV0itNqjy4co5XXpWeVYaiFUaVSVUWeDlX8b6AJ6pc8cZelXzv/6qx ftjUDzv7ofdNGFHNW5uKOD9djWg/vPm/f10N/7oa/nU1nvHDVX64xwtrpvjhPC+sM8IPj3thQorX 4nqOH5ZHm8x6CfVa1OtYbwD+K5dkJJVKSkhqk9QzaWTS7KTFSVuSDiSdSTaTyycnJrdJ7p48KnlO 8tLk7clfJ59LCabEpDRIyUoZmDI9ZbFXSv2hXu71R/rhTD/c4Ic/oxzRMMf7v+FlL2zk1+reUn64 2wvbtfDDoV7Pt5uA60u1m9puYbs17Xa3+67dlbSotPi01mmd04amTU9bnLYpbX/aT2n57Uu1T2yf 3n5A+3Ht57Vf5pWaPsXLLX05/i+WviP96/RzGcGM8hkpGWkZvTNGZzyTsSxje8bBjF8zzczozMTM tpndM0d5V9/X27v6vsv4PzKrUVZW1oCsCVnzs1Zk7cg6nPXr/eb9+lkf66FDbc86OuhvxPM1HcZ4 1z4Q9MNoP0zzw1Fe2NE/33Ged13HXV4+HQ97+u14ydNDpyg/LOGHfn6dYv0w1bu+U6YffueF2U/f 8r2SOOTZSr/Pl9fjvF8V68Q6MgKNAo3wTZUi5gi9/zNHm6P1PRBzLhnBFsEspoHsYDYVD44OjqES wfHBiVQ6ODk4maKD04IzqFzw6eCLFBM8G7xAtSKrR9agupEJkQmUFHkm8gwl2x/YOynF/tD+kBqE CodKUMNQqVApXicINYBXGFEi1kiSrZlVonkV0YL3HFm8D+nJ+6JhvEfQ3+x5mhbwjm8ZreH95Vba RfvpIB2lH+gMXaIbvH23AxtIBlYEVgY2IlwV2IRwdWAzwjWBLRyuZOlthCsD7yBcFXgX4erAVoRr AttYFysD2/m/VZz6PYQrAzsQrgq8j3B14AOEawI7OfWqwC7+bzWn/hDhysBuhKsCHyFcHdiDcE1g L6deHdjH/63h1B8jXBnYj3BV4BOEqwOfIlwT+IxTr/kXjfTjfdMo3uv9GY0cQMtXBD73NfOFr5kv fc0c9DVziMtZETjs6+crXy9f+3r5xtfLEV8j3/oaOepr5JivkeO+Rk5AI9/5Gvne18gPvkZ+9DXy k6+Rk9DIz75GTvkayfU1ctrXyBlfI7/8HzQynxbRUlr1hxr51dfIWV8j53yNnPc1csHXyEVo5JKv kd98i7nsa+Z3XzNXfM1chcVc8/Vz3dfPDV8veb5e8n2NhD2N8CIOGgkKTyNBw9NIUGqNBE1PI0Hl aSRoeRoJBjyNBIOeRoKF/g2NfED76As6whrJpQt0TRgiIhjhaSQY6WkkaHsaCYY8jQQdTyNBV2sk GOVpJFjY00iwiKeRYFFPI8FinkaCxbVGgiU8jQRLehoJlvIsJlja00ywjKeZYFltMcFoTz/Bcr5+ yvv6qeDrpYpuaTDG10tFXy+xvl4q+Xqp7Onl39bImQKNVPU1Us3XSJyvkeq+RuJ9jdSARmr6Gqnl a6S2r5E6vkYSfI3UhUYSfY3U8zWS5Gsk2ddIiq+R+tBIA18jDX2NNPI10ti3mCa+Zu6CxTT1NdPM 10yqr5nmnmb0TKDrrecB8Qy+VjKYJ4Igzwn6Tk8C66sVpVO2/TkzfcvgfeYz9he+NNf+ElIWxx30 pbn2IZbuRrrDvjTX/gqSTve1L83Fu/gr856xAe7/dKTuzOojaBxNt78pKOlIQUnfFpR0tKCkYwUl HS8o6URBSd/dLMk+zdI9wZYcd8aX5tq/QLqb4371pTvV6PuCGv1QUKMfC2r0U0GNThbU6OeCGp0q qFFuQY3OFtToXEGNzhfU6EJBjXjsi9r6iSav3vUdzUpGJbxbP0gilIS5Xq/rLvA+Nprrncp23YUG s0UvphXMcfrdwBbZsggZxu+hB8lQDf2YexDzEGJ41RfqxlIj/9y9OJd9S+q2iOlckLorUiu8a7UU 71Eq45pLKOd8qBOfbYxrfkM5F3BNF1x9yzW6BOOSrhVf01mn1vUxLuiUxhWvZF2ScVnXzriIXDrp mmgNGOf121dUQ9WYdaH9aI7ffPLFf3fjy765Yv/Ne/l+nBQH+djCsdtviRWC18xi+W3XrtK+SGLB bdcu5GPJzafJfqwppuCYw/GDb8tT/za54215dhbai7bVbXm25qPjzWfQBXkm4Ejl+DK35Vn75jOm gjwtofcJ527Nk63hgtD+t0duzRNPL4+Q7otdt+apv2TsP3328+T9pt41vXhbnov40O8DnH5bntNx sE5o2G156j1J59vy7MYcq7/GdmuebfnQHuxJt+WZhEO/g7R8QTzbuZWGL+Zc1d4kMkLaFGFNtabh Dff//AaTiHwZuBi7wsOQde2E2wbf/pDWNGuqEdY5SSx8OacI7ecnbYyqCDLcS+5vem9nnDF+8a6J MqJElMQ1pvbeiFwauZREFEURVsr62ejNe1BErdFazZk37zzpOF2PV/5M/Z2vvDLlKauc1KNfWBUs 7R1ksOV9InNlBRkna8jaMlGmyElyinxCTpcz5Rz5FO/Rn5XPy0VysVwqX5dvyJVytXxTviU3y3fl e3Kn3CP3y8/kQfmV/FaekD9yXmfkL7yPv6Di3LC6SzVTzVVL1Uq1VveqtipdZamOqrPqpnqqh9Uj aogarv6mHlfj1AQ1SU1RU9V0NVPNVnPU0+oZNU/NVwvUQvWiWqRy1BK1TK1Qa9R6tVFtUW+rbep9 9aHaqz5VB9QX6rD6Rh1T36uf1Rl1Tl1SV9R1FbakFbAiLdcqbBW1SlplrPLc7hirohVrVbaqWnFW vFXTqm0lWPWsZKuB1dhqZjW3WlpdrO5WH2t45NrI9ZEbbMO27AjbsYvYJewydgW7kl3VjrPj7Zp2 XTvZbmg3sVPtu+177fZ2pt3Bzra72N3t3vZA57jzg/Ozc8b51bngXHIuO9ecfNdwTddyg26E67hF 3BJunFvTTXCT3AZuE/c19w13tbvO3ei+7W5z33c/dPe6H7ufcG/tlUGpl28VZAW2qmqyGhncWzW4 P2vJWmTKurIuKZksk8mSE+VECsjJcjIFuRefoEJympxGEXKGnEGR8kn5JPPuU/IpCsm5bAkO9+6z 5HIPP09R8iX5EhWWL8uXqYh8Vb5KRbnHX6di3OtvUHHu+ZVUgnt/NZVkC3iTSrEVvEWl2RI2Uxm2 hnepLFvEexTNVrGTysmP5EdUXn4sP6YKbCGfUYz8Un5JFdlSvqJYtpZvqRJbzAlm+R/lj1RFnpKn qKo8LU9TNbagXyhOnpVnqbo8L89TvIpTcVRD1VQ1qaZqoppQLdVUNaXaKlWlUh3VQrWgBLayVlSX La01Jao2qg3VY4trS0lsdemUzJaXRSlsfR2pPltgZ2rAVtiNGrIl9qRGqq/qS43VAN4dNlGD1WC6 Sw1Tw6ipGqlGUjM1Wo2mVLbScdScLXUCtWBrnUQt2WKnUCu22ql0N1vudGrN1juT7mELnk1t2Irn 0L1syU9TW7bmZ6gdW/Q8SmOrnk/t2bIXUDpb90LKYAt/kTLZyhfRfWzpOZTF1r6E7meLX0Yd2OpX 0ANs+WuoI1v/euqkNqgNlK1HAT3I42AbPcRj4X3qwuPhQ+rKY2IvdVOfqE/oL+oz9Rl1V5+rz6mH OqQOUU8eJ99QLx4rx6g3j5fvqY86qU5SX3VanaaH1Vl1lvqpi+oi9Ve/q99pAI+j6/SICqswDeTx JGkQj6kADeZxFUlDeGy5NJTHV2H6K4+xojSMx1lJGm6VtkrTCKucVY4e5TEXSyN5xFWm0TzqqtLj PPLiaAyPvngayyOwJo3jUVibxvNITKAJVqKVSBOtJCuJJvGobECTrUZWI5piNbWa0hNWqpVKU60W VguaxiO1C03n0dqdZli9rd400xpmDaNZkW9GvkmzI9dFrqMnI9+KfIvm8Cg26CkeyRY9zaM5gv7O I9qhZ3hUF6G5PLJL0Dwe3WXoWbu8XZ7m27F2LD3HI70qLeDRHkfP84iPp4U86mvSC3aCnUAv2kl2 Er1kN7Ab0CJmgSb0D2aCVMqxW9mt6GW7jd2GFttpdhq9wsyQSUuYHTrQq8wQ2bSUWaILvcZM0Z2W MVv0ptftgfZAWu4cc47RG873zve0wjnpnKSVzmnnNK1yfnF+odXOeec8rXEuOhfpTec35zda61x1 rtI6J8/Jo/WucAW95UpX0gZXuYo2ugE3QJvcQm4h2uyG3BBtcQu7heltt7hbnN5xq7nV6F23hluD trp13Dq0za3n1qPtbn23Pr3nNnYb0w53qbuU3neXu8vpA3eVu4p2umvdtbTL3eBuoA/dLe4W2u1u dbfSR+4OdwftcXe5u2ivu8fdQ/tcPuhjd7+7n2d+Q8TQk7KirC4TZJK8KGfJv8vn5AvyH/IV+Zpc JzfKt+U2zCj75KfyC3lYfiOPy+/lSZ5Pzqjq8qKqrmrIWSpNZaoOKlt1Ud1Vb9VPDVRD1Qg1So1R i9VStVytUmt5jGxWNdRWtUPtUnvUfvkFhwfV1+pbdUL9qHLVr+qCuqyuqXzLsCwrwgrJkyrNKi5j rbLWQCtFdWCpm9XTelidiNxkm3bQtu0ou5hdyo62Y+zKdm27nl3fbmw3s1va99jt7Aw7y+5od7a7 2T3tvvZg5zvnJyfXOedccW645NpulFvMLeXGu7XdRDfFbeQ2dV93V7pvum+5m9133ffcne5HzPKz we8EfhdgdgPMLsHsJhhcgbstsHYArB0EaxcCa0eAtSPBzjbYOQR2dsDOLtg5CuxcGOxcBOxcFOxc DOxcHOxcAuxcEuxcCuxcGuxcBuxcFrwcDV4uB14uD16uAM6NAedWBOfGgnMrgXMrg3OrgHOrgnOr gXPjwLnVwbnx4Nwa4Nya4NxaYMPaYMM6YMMEsGFdsGEi2LAe2DAJbJgMNqwPNmwANmwINmwENmwM NmwCNrwLbNgUbNgMbJgKNmwONmwBNmwJNmwFNrwbbNgabHgP2LAN2PBesGFbsGE7sGEa2LA92DAd bJgBNsxkHqxA94HXssBo94PROoDFHgCLdQSLdQKLZYO5HgRzdQZzPQTm6gLm6grm6gbm+guYqzuY qweYqyd4qhd4qjd4qg94qi946mHwVD/wVH/w1ADw1CPgqYHgqUHgqcHgqSHgqaHgqb+Cp4aBp4aD p0aApx4FQ40EK/0NrDQKrPQY2Gc02OdxsM8YsM9YsM84sM94sM8EsM9EsM8ksM9ksM8UsM8TYJ+p YJ9pYJ/pYJ8ZYJ+ZYJ9ZYJ/Zt3BNHVnvjlyzV34iP5eHmGuOgWvYvn2uif/TXLNJxat31Xtqp/pI fSw/5/BL9ZXPNafUL+q8+k1dVXmWsJRVqIBrKjLXPAKuqQiu6ctcs/F/5JpEO8VuZDe1W9it7bZ2 +r9wzQnnR+eUc9b53bnuhN1I13WLuiXd6m4tt66b7DZ073KXuSvcNe56d5P7jrvd/cDd/V+u+S/X /Jdr/n9xDe/HI/Tu3rsH4F52f7cqyFz3Br7mpHf7uCnB40vfE5C4J2CytX/H4ytX5lIAPRW0+lv9 8UbQRrx3j6Fh9AGvmQ7Td3SGLvMGPkIU00/nKYJKUDTFUhzVpiRqRPpdnGnyN859kvydcYq8yjhd XmecY00nQ91ljWJsZo1mbG6NYWzplibDueCWZbz0BzleRo5XkOM15HgDOc5Ajo8hx8eR41jkWAY5 RiNHQaY1TqeGNL5AmlAgTSyQJhVIkwukKQXSE5Bwx86+qGX70s1z7ukC6YyfKsAcfpxI5al8Mpht Dc5BWRZZzLoRFGS27Ms99Y77Lr6ape+uBJF3kch93BdP6qtl7j9lS//aW/9aRlAj3MOpjNRRnMIs SGv6KfUZR47n/uV4L8T1hs6L9K8HdA76V71m5Md81UU5h1kPVzk7vNReKHNx1Uq+St9IMimeEvhP P3XXvyTx4nSPlfB9YojuQT2/B74CfJ1zjvLuZMoisgjz9j2yHRVS9VQSOaqBakxR1t1WOypmpVv3 U1mro9WJKloPWg9RpchlkaupauR1m6h2qFOoGyW5sW5VauI2c5tRc/dT90tq4R5xc6kN6hL0LaYR pVEW/+nff3b36xnUd2O57uW5BSn818SvbxvU8R/Ab3GvWUI+BpyD9udCp/+ZNgS4dtpXNIX/Tyft +9HFb0HAHxnR/tjw6n/vH9T/RkEr/rP1d6kj11g/ux7KfyNZHkOTWJpJT7M837/n6qXUXzFtgB5L 5d5K5D7LZqk79WV5oN++tmjH28DjaE2KPPfPdkbuw5m9wIsFrRX4TZnGdcAT/7H2F0PLR9I4msJ/ M1nWz9zG0SJaQst9aQ3HbuB6veNropjf520pk/86sqw12NbPyZPGcOwkXyft/h91MvEWC/9P66co 9y7PojSKNTGKdTQT+nmRFt/y3zIa5t+v964omAn4T9tIN+oN3fzzv5F83tNNGtrz99va9q+aefKW 9q+8hak81vrR19t/SiP6GYCAh5z3X5Tfkva4p18RONQ/V5vDVjh0inQ/VvsP1fYPL94gGfly5GL9 xdPIJWS4bdw2uGd/8y68wdcU0qsD94Z7xb3qXnOvu3kuz1Q83+jVAGEFYPCq6D6SvCp6gBSvNrYx B+GpHMH2qAi0qr1qbrJ/Bp4wvM0HOZ0d7XmvPXCKwscQaxOnL52lc3Te2epsc3o72533nD7/W5rO zkNOF6er0835i9Pd6eH05Jz+3XxqU7HQ1NA0Z5Yz23nSmem84Pzdec553lnozHGecp52FjhznWec ec6zjv7iehRzUU3UX7+fZq++Q0Qn+LDoCh8B4QiHgiJKRFEhUUQUoQixQqygSLFGrCFbrBVrKSS2 iC3kiEviErkiLMJsPY7hUGGjrpHIOjKY12qFpoSeCI0OPR4aExobGhcaH5oQmhiaFJrsLHVedV5z XneWOcudt52XnEXOP5wXnfXOZucVZ4Wz0lnjrHXWOW85G503nBznZWexs8pZ4qx23nQ2OVucd5wN 8LIsDb/daIrGs5qa0IK2GP2syYTVKLaqDG5VBz4KUSc+eFXNRyT1p8Fk02Y+iqD9RdH+kpTLRylo obSQQlIZ/XlCKguNREMj5aCR8iKG97kVRKyIpRjxnHiOKkJHsdBRJeiosnhLbKQq0FSc2C12U3Xx hfiC4sUP4geqEYgIROhaizb0cujR0MjQqNDfQo+FHqUq2sc1NNL37q5JtbQPtj57qw926LF/+mA7 jzgDneHOWGey08952OnP/w9wBlJvjhvmjHAe5fbto4+dsfQJfUaf0sO0ypnkTHQmM/v8ndMPoNW0 ha8awVc/ylfwOTrOq98f6CSdotN0ma7SdcoTQWcwH0OcIcJyHuNjtDNahIQrCjvj+JjgTBAlRWlR VpQTFURFZxof053popqoLmY6g5xBYoFY6Izk4298jHJGicViiVgqlonlrLlVrLe1Yr3YIDY7453x 4l2xTbwn3hc7xYfOFD6e4GMqHzOcGeIz8bkz1BkqDouvxbfimDghvg/okXovs4rmlTh4vWmfdYPn 2wawha5sCz2pF1WgPszIFakfDadK9CiNpzo0kY9GlEMvszZX0Eq6i2esNdQM1pFKu2gPNacDfLSm L/i4B5bShr7n4176kY+29DMf7WA7abxnOMNW9zsf6XSNjwy6wUcm5VOY7hMGW9P9IiAC1EkUEjZl w7K6wLK6smWVoG6ilChFvUQZUYZ6i2gRTX1EeVGe+sLiHmaLq0r9RJyIo0EiXsTTYDFLzKIhYj7b 4FDxvHiehokXxMs0XLwiXqHR4lXxKj0uXhOv0Rjxunidxoo3xBs0TqwUK2m8WC1W0wTxpniTJsIz cBLb7Fs0WWxky53ClvsOPSG2iq00XWwX22mG2CF20EzxgfiAZoldgvdgbNef0pPigDhA82Hdz4mD 4hAtEF+Jr2ih+Eb8L+rOAyyKbFvbtXc1obupAgXRUUBQTCjYBBUzoiImDDiYMJCDJBExjqOMetQB VARFMQAqogJiThjGLCogomBCQMwJMWH+V62GpmvuzDlzzz3h+e3Hr6vXW1VddO317VDpNpNESkkp s56UkTJmA6kgFcxGzIBNWtpa2vC7K898WIIeO0Tpd5wH58l5cd6cD+fL+XH+XAAX+HtPxGsFGkFb XHkGf1OmGTCYB5YNrJvnz9bDTeEiVPNM4YK4YC6EC+XCuKlcODeNi/jL3/UX1qPaHm+mI9+V78Z3 53vwPflefG/ege/DO/J9+X58f96JH8A78wP5Qfxgfgg/lHfhh/HD+RH8SN6VH8X/yLvxo/kxfHu+ A2/JW/EdeQVvzdvwtrwd34nvzHfh7fmxeA7FOPo3+LKldCn2ewYxLXgZz/E834w34k34FnxL3pxv xct5HV6X1+Mb8A15fd6Ab8Qb8o35JnxTmM+Yb86b8mZ8O96Cb8234dvy0GdlJMSK2MKa9ag+o0kb 0faMjEbTaMglSmRMFH+MW8ot437lorkYLpZbzq3gVnJx3CounkvgVnNruERuLbeOS+LWcxu4jdwm LplL4VK5ndwOLoPL4jK5XVw2t4fbze3l9nEHuP3cQe4Qd5g7yh3hcrjj3DHuJHeC+407xW3nNnNp 3Baewvq3cq95TS6dO81t4wq5Ku48d4G7zJ3lznGXuALuKlfGVXD3uUruIfeUe8a94F5yb7h33Cfu My/hNbi73BnuIpfLXeHyuHzuGnedK+JucMVcCXeTu8Xd5kq5e1w594B7xD3mnnDPuVfce+4DV8N9 5L5wXyFttXhtXsp9477z0P3kqrk78CsNg3pGuIJGcBwCtcwCKClL4WWH/tIJnaULOos9cx1eXdFN uqGbdEc36YFu0hPdpBe6SW90Ewd0kz7oJo7oJn2xhuqPNZQTesoAIoN94Ux0wFkGorMMQmcZjHXW EGJADJihxBBcxgVdZhi6zHB0mRHoMiPRZVyxXhtFzIk58yNpDY7jho4zGh1nDDrOWKz1xqHjjAfH SQIX20A2gIttIpvAxVLAgyahB01GD/JAD/JED/JCD/JGD/JBD/JFD/JDD/JHDwpADwrE2nMKyQEn CkInCkYnCkEnCkUnCkMnmoo1bDjJJbngfZfJZSaC5JE8ZjopAIeKRIeagQ41kxSDQ81Ch5qNDjUH HWouOtRP6FDz0KF+Roeazy0Bd1pQm8F/LwP/r9mtzOAOwjXAdAldghnszJhBrjZQy11lTsogh4W8 FrJYnMM/YBYbqecxnnPWnlhCs/U1+QDTH6mucGYM0WYW/JOZm1WbsYchO09hTu6ALD6GmZkBWbwT 8ng3ZLKQx/shj3Mgk09CBp/4Xdbeqc1bZdZe/i/krTBi41Kbt+aQeQTPIW0mtI6gpZ8BrSNz5gi8 2kJboAhaZWXwsof2UQVkbyW8ukE76RFk7xN49YD20jNYx3t49YJW5EfI3s/w6sN8hZcj1P8U8lZC oE1CNIkmZK82kUL2yokc8pYjHOStLtGFvG1AGkDe6hN9yNtGpBHkbWPSGPL2B/ID5G0z0gzy1pgY Q942J80hb82IGeRtS9IS8rYVaQV524a0gbxtR9pB3i4jyyBvV5PVkLeJJBHydh1ZB3m7nqyHvN1I NkLeJpNkyNtUkgp5u4VsgbxNI2mQt+kkHfJ2B9kBeSu0cb2htZYFeSu0dH2xpesHLbd9kLcHyAHI 28PkMOTtUXIU8vYYOQZ5e4KcgLz9jfwGeXuanIa8PUvOQt6eJ+chby+Si5C3l8glyNsr5ArkbT7J h7y9Sq5C3l4j1yBvb5AbkLclpATy9ha5BXl7l9yFvL1H7kHelpNyyNv75D4zTwv+MT9zA7gBeHZa QxxpJIyEPoLMyhDaGDSZEe4iVR9n6RMVUfYwXeA/3r0M2m3KSA8oI0uYWFGsLcQimCxRzAB7Psm1 MWGdeyAipzE0AXJ6DV3DSOlaupaRScdKxzJy6UTpREZH6iX1YjhpoDSE4aVTpVMZfflb+VvGQP5e /p5pJK+R1zB4DQhdjePawvIMLk9weYrLs7i8BJeX4vIyXF4YbyXSCFRPoVdMc1holbDw17P4DF5m hDBITtPg9Ry+o5oRnoFXH49leSrcOVm4N3GZKi6hkfB6T3PwLjXC87/qiHBfDuGpUYQ+VcUodaYF wp3M4P8NtTmPwH9htJqBPmP9vEZ0C8T9YeopNVKbW7ivJ/zOtJCW0NL6+clzGoF3z2HpEXqSnlNb Yhz8N4F4Mvxt49SWOEId8W5FLLhsrDCtWgLKDBF+BSu1mPCsmBKhZUWi1aLCGZ6nYA396CDyTS3e C887ZcHFbai92nc64fPG4/Ds1fqogurheaWUfCMKtXgTAvuAeINTPyTPSXI9Yb6RUryPAgt1XCEp UVsmF+o54axT4a4Jqv0HmZmOZ8c2xbtt1cdXQO6n4rmnBM8srY1D23whEa64E/ZeVf3+ZhYzi0kQ EUaqhLvulqiRIDKSOBFh9Fm4199xFdFgRoIv2ZMORLjOTbhD8Ra1pTpDy8SICFfCCffrW6K2lNCj f08obpVw39iQWqbMIyj7NIkmMZwkQZLA8JrTNaczutpO2k6MHuTEDKYBln0Fln1rzB0b3Re6Lxhb 3WrdNwyeX63MdqmHcNwCysYxWOMpmsuY0CvgBm00Z2jOYBzlUrmU6Ss/LD/J9NN9qfsaR9ooTYRv rstEGU1RLWsMy95gWkPJrGAUtBLW010zQjOC6Y1rc8C19cG1OeLaBqmciNCtqIk4YvcOpzeiHlb2 jCCfBSIc2zGscy1YpwRca7uQUTDndlALPMvfkBH2sUR+CrZ1LU6dVk2dwSnhvsGxdAW6lQKXaQL1 m3IZwQnrlqqfPlM7rbakUKJgSzrDvolgZoPTLmaimTgmsXbcV7hKKYc5xVxg8qDGvAX15UO85qIG Sq8E2qh60AaFfQ9tSitiR7oRByg/Q6AUjSETiTcJJGEkkswlUWQJiSXxUFMlQ02UQWNg+2NoLGgs XQ66HLaF0hV0JehKGgcaR1eBroJfhdJ4cFxKE4Q9RVeD71Jw30Tcg2uF3wH2I6VJUIKoJAFKENWc DiWIajuBq1IoR+NAx0nHg46XuoO6SyeATkC3nSidBDpJOhl0slCKpB7grFTqCS4seLE3qLfUB9RH 6gvqK/UD9ZOCo0n9pQGgAVLohYJfTwGdIg0CDZIGgwaDg1NpiDQUNFQaBhoGe5+Cp4eDhkungU4D L6fSCClss3S6NBI0Eko9lc6AEkKh7L8HfQ+lnsproNRTKPvVoELZp7pvsCRJ1a4PbIK5NZJRjhn/ qzKsKVN3fE9H/gF+1WhB6RMsq9kM4bPASxqCLziRyWQ27OEsaLtXkC/UkCroIOpN58Fe2kMv04dg SE1ZO9aF9Wej2PXsAbaAfSqRSEwk9pKRkiDJYkmy5IikSPJSQ1ujhUYPDTeNMI1lGls0jmuUaFRr 6mi21nTQHAd5GKuZrnlK847mey09LQutfloTtWZqxWllaJ3TKtP6pG2gbaXtrO2pPVd7tXa2dq52 pfY3aROpjXQI7Ln50nXSfdI86WMZlRnJOsuGywJlC2UbZYdkhbLnck25qbybfJQ8RL5EnirPkd+Q V+nIdMx1eumM0QnXidZJ0zmpc0vnLcdzbTlHzp2LhLb1Dmi9lnI10GbvAL2CyfxsPh5+eW2GZwyE Eq4djeX8CepjFYlFEoskVkSWI1mOZLmIrECyAskKEVmJZCWSlSIShyQOSZyIrEKyCskqEYlHEo8k XkQSkCQgSRCR1UhWI1ktImuQrEGyRkQSkSQiSRSRtUjWIlkrIklIkpAkiUgykmQkySKSgiQFSYqI pCJJRZIqIpuRbEayWUS2INmCZIuIbEWyFclWEUlDkoYkTUS2IdmGZJuIpCNJR5IuItuRbEeyXUR2 INmBZIeI7ESyE8lOEclAkoEkQ0QykWQiyRSRLCRZSLJEZBeSXUh2iUg2kmwk2SKyG8luJLtFZA+S PUj2iMheJHuR7BWRfUj2IdknIvuR7EeyX0QOIDmA5ICIHERyEMlBETmE5BCSQyJyGMlhJIdF5AiS I0iOiMhRJEeRHBWRHCQ5SHJE5BiSY0iOicgpJKeQnBKR00hOIzktImeQnEFyRkTOIjmL5KyInENy Dsk5ETmP5DyS8yJyAckFJBdE5CKSi0guikguklwkuSJyBckVJFdEJA9JHpI8EclHko8kX0QKkBQg KRCRq0iuIrkqIoVICpEUisg1JNeQXBORIiRFSIpE5DqS60iui8gNJDeQ3BCRYiTFSIpFpARJCZIS EbmJ5CaSmyJyC8ktJLdE5DaS20hui8gdJHeQ3BGRu0juIrkrIqVISpGUisg9JPeQ3BORMiRlSMpE pBxJOZJyEalAUoGkQkTuI7mP5L6IVCKpRFIpIg+QPEDyQEQeInmI5KGIPELyCMkjdSLB+lSC9alE VJ8KLVjtaEHpE9R6MgPJDCQz1Am2d6MFpU9QVURoA2tHC0qfoNaTcUjGIRknIuORjEcyXkTckbgj cReRCUgmIJkgIhORTEQyUUQmIZmEZJKITEYyGclkEfFA4oHEQ0Q8kXgi8RQRLyReSLxExBuJNxJv EfFB4oPER0R8kfgi8RURPyR+SPxExB+JPxJ/EQlAEoAkQEQCkQQiCRSRKUimIJkiIkFIgpAEiUgw kmAkwSISgiQESYiIhCIJRRIqImFIwpCEichUJFORTBWRcCThSMJFZBqSaUimiUgEkggkESKCWSLF LJGKskToRwGJRBIpIpg/UswfqSh/oB8l9GykAkGtJ1ijy7FGl4tqdDnW6HKs0eWiGl2ONboca3S5 qEaXY40uxxpdLqrR5Vijy7FGl4tqdPlxJMeRHBeRE0hOIDkhIieRnERyUkTeInmL5K2IvEfyHsl7 EalBUoOkRp0IvVLtaEHpE9R68hLJSyQvReQVkldIXolIFZIqJFUi8hrJaySvRaQaSTWSahF5g+QN kjdIhPOi1PrEOF7E45hPBxwv6oS95OHYSx6Boz0jsa/sin3lUTjyMw1HfiKw3zwX+80/Yb95HvSb 3zDCsyJS8cxjC+g992KcoT/uzvgyYcxsZiETyyTiODWOfuAUjoDgFI6C4BSOhOAUjobgFI6I4BSO iuAUjozgFI6O4BSOkOAUjpLgmM87huJYlEQ5koDXOccAY+TvIC7HrdfBu/IbMjZMD8aFmcyE126t cJ+CA8wFvMP2Q6aK+UR0iCExJRbEGb9FaHclKkcHsKWViHVmUm1EaGEl4t6vixRg5JVa5CpGqjAi rLEQ1yhMXVNNFammrqumbqh9czF+8wPVOkpUc91UTd1STd1WTd1RW8ddXMdD1TpKVXPdU02V4ZSy fBliWyMRWqss3QDvufC+UbW2CvyrXtf9ncKoNZS6dOhladEs6Dfp0Gzo73B0L/RTdOkB6BE0YOrO bjaqXYfQdt6A7eSNtZGLGMnFiDCCeZiWi46L3K/d+8I4JI43Kj/BXhZGiSi1pw4Qw+fOMa61MXPa ATS8dtS+LspTQ/h73OFlpB4n78k3+J5++JKIyB0i7PmJ1FsUPUfyYD0G1Jm6iOJZ5AAjIV/IF6qg nUUknqxnNITjtqSCGv7u22eS+bD9eqKYN4F6juwhX0RRF+LGsMIRMfJQFO9MeqnuCZEnIkbEHHQj jobWRzUJD7qE7FCPQh7UwNp7kXASK4qXMGUQb03GCXeXUIufhAySCMfwiaPyeToqItzPRsK8Zd6S tmSQiEQz8YwGc0t4wXIWIibcE0eDOY6vamIgYqMY4Z7r30QxB8YZt/qpKGoB2V53HKEuZsiYgJ4j OrVRoZRl0JJ/0Ti56ogX+ixBn6XosCw4bCQ4lOCqLdBVW+IIpHnt2LpwLF3pWYJb4XEw8B5B8cxX Wqg6CvAvOq4AbQoWfw8hG1vU3qWSwSOJBL1buFe7cgRWmF4pHinFnncM9rITkO8Q1kYuk8fwiwt+ 2IK64/p+xPg+PNpzQ3mUSxXdiEeroPYmb2uPYSnji6nw9ErhqFwHtWgY7YfHpCDnKKMWHyPMRWbD /29qUUchswi0eEkiKVSLWwhZTYTnSxWoRQ2EJ0KRzjAVSLbUx5kvRHhKogkjPFetPvqQXMbjUJT0 IJFq8TwiPJGmCliEWvQQrhHcGUq5s1o8GY/QnYK5ndSiyzCzMmCqTDgKpoqHE8F3oDYkTdSi7vjc qnmMcM+U52rxfkR4dqUvQ2ozQhm1wqdfCXfgW1h75EsZN8QME47/5dRGqVBzC0dPaBzsXxaPBWth OdLGvZ36Tx3bpYyUptLNsNatOFK4nW6H79lP9zMa9CA9BLVIPtSf2rQQakYZvQ51oQ69B3USV1uj q45K45bIsN7ZASWPobuo8IS9vThadooKx4NuQOZq0DtQA+K9EqGmrj96hbmEx6GEJw3VjvMrjxqD pqFew1/GAI+9191Jxu1fdHRccJkYyDGGxuNRZmEtFNfC4lokuBYNXIsmrkWOa9HBtXCwLcK9M6GG ZlrjWeUSiBJlXmKb0Em3Go+RSJTHUOC9GjmLbsGATwyAPTYDfEJ5ExrhqSQS8PR4eN3Cv3R0bbwU 4o5kLrwuiOLnoBawIAdqa426aDZEDUgyWSeKroP3b2QFmSeKLoT3x2Q2CRFFQ+C9EHJwpCg6Bt5z yCjiKIo6wnsa6Vdbq9RFO8D7CmJFuomiUNczs0mT2lpm9H+knaws7am1pZ1gaWehpGZDmc+H8qiJ 5VwLy7mU3oLSJ4Na5CXmyb/oHAzVmRSCj59BPYV6Gsv4WtTlqLGo0DJnhDufXpfr6obKeebP7sRp zujyF/iLfC5/ib/MX+Hz+Hy+gL/KF/LX+CL+On+D+eN7DQlepYvXeilqr6tRXkk1Dq8sUl57Qvmb /AXUi6i5qJdQL6NeQc1DzUctQL2KWoh6DbUI9Trqn2+T6ki1rjEjYTez91n0BrzmxEZV5zXRNWW0 2bsMy25i77Gx8P/p7yO1V/IIV3xZqZYzhLm0auf6UruU2me1ZeJwGQk4m4VwXZGuCaPLlrFVDCu/ DHNfguk37FOYesHuhenyWt75H3DR8vBtf3d5dc7UXckUi9sl9ApsGHfd5ozBn2zVAuGvU1u/cs4/ 2r6/MGftlizAX+h/bpOdap+ZMfrAymuXFa7IzMR9+EDt05vaJYVWjPJsKg1dM90w3am64brTGOW1 PFjy+WK+hL+lK5wL/cdX6fyVa2CEfsk5pu58KuGsiFBV6027rkXFCNfnmGB/SNgiCR6XUPZsz9ZO 1bVM6/s/df1l5Tp8oVdr8ifZROlaeYlQq6BORPVCDUSdghqEGowagjpVUHCTEjwyX/JPnsMVCb/l 764UFl0dBm1HudCnjUddKyhsaTFuaTFuaTFuaTFuaTFuaTFuaTFuaTFuaTFuaTFuafH/vVaVdMYj /U2ICTGH2k0BfakeUPs5Q19rFNSOk4mvcE4R9NHmCWcdQY22WjgriaRDX28fOUJOQl8Qz3IipaSS PCVV0Jf8QinVhr6mAW1KTWlr5XlWtJdwHhYdTt2g9+lJ/WkIjaCz6Xy6mEZDeysRetlboF2TDb3m HKiTLtA8WgT1Qxl9SJ/TalpDv7EScDA91pA1YluwbVkr1o7txjqwTuwQdiQ7hp3IerOBbBgbyc5l o9gl4Ezx7Do2mU1jM9g97CH2OHuGzWUL2BvsHbaCfcy+ZN+ynySMRFOiI2koaSIxkZhLLCQK1V6K RV2OugJ1JWoc6iq1PZmAuhp1DWpi/R6mSajJqCmoqaibUbegbkVNQ92Gmo66HXUH6k7UDNRM1CzU XajZqLtR96DuRd2Huh/1AOpB1EOoh1GPoB5FzUE9hnoK9TTqGdSzqOdQz6NeQL2Imot6BTUPNR+1 APUqaiHqNdQi1OuoN1CLUUtQb6LeQr2Negf1Lmop6j3UMtRy1ArU+6iVqA9QH6I+ElSC+0tzOuoM QbWd1HJxHOp4VHfUCWo5Ogl1MqoHqqda7nqj+qD6ovqh+qMG/IX8DkUNq891aTjqNNQIVNxyaSQq bj+0zATFvSnHvSnHvSnHvSnHvSk/jnoC9eTvXQRaT8XCmUioL1FfoVahvkatRn0j6H9kxBUaYPi0 KB28pz8DPZsqtpnET+IvCcDPBF/YS2kqPEvOAKNM0xOKqKZHNaUWi50Xf+CIFk2OapoBoXRKiLVc IdXUaM+ztKkGo/DQlLXXJBIS1YUSSbKrYoSig1rEKNVkvhFUMMJrGOPJTGNCobHmw0TA/17CS2Gm tjKJwUdJIcNGHt/WKWiVzb4HiT7myXFByVGNohRRktOKKHZnMksJpfrCc71sH7RZvJkfZDEfN9hW wam2lmjAds3AzWR/lGjq0x9drfUVDYQP2vqy0R7T/ANC/CJCQ6z1FLwQ1NLXGunjHRwa4m1tojAS IjL9RkMDvMJDp4X6Rpj2DQ0PCw33iAiAJcwUzQXO6jep56MCgn0sXSM8gsNMh/ftozBpzFnbKmxt utgoFPY2tuPgo52is+qjYsHef8uWcQq5wOX6kqHDho+0bqNopfxoEtI3IMzfJ9y0n2t/0/6uLt2c OtnYW9p26dLF0r5Pl87WrRQtlX+R0R/+Ra4+4ZEBXj6KKNJC/RcmGgwbRXQZiMtoFCFMbmnuD7rN V7tFTSpxtCnSDj6w4eSpF3Ptd46xzZyyYPihJWayCbvWWK4Yd/601Z4hRV4RY77eO7t0VIH88tf1 CxvMyths1iLYtiyrtJVD/zgXzku7/a9d7g7TCrxjka83bvnoCRt6fmrsRc+F9Tra4sX43R9sjlRO zZn1vebSk9G9I+Y8rP5p7ugxHTMK+fSbS246NO/Wok+FtDVNvvygVV603y/3nGoWDT19y9fk/LR5 3fdFNk7bmpwc8WP6g8lN+njan/dx2ikx9HV7+jHtkmP+hFHeHRfU5NszunpTyn+xiunl/Hyg26Dn 6wLeXtLV+6xlN8gziMSEnDddmOt+1WutSeyE57pbDZ13TCk160hZyKPNUUQKv4iGwhh+UmNeYigx YMY06/Xi7GvNVcete3belyGfYFO1AMuQcUtJE4XhfIOWdjU3RzqFyV44fI78vLd99ulOe3UVo4QZ mkuGKgYrBiYPSO6/uK9/RERYt44dvcKDrILr9pOVV2hwx7ApAUK0Y1h4qPd0r4hpHVW7UdiLuBOh VFrBLIoxmtqQmBoaWoRIhigGKZzrPivo4h61XzBjxow/+gKf8L+z5giFvrC9rSQ6ClndKlnt3yUk K5QS+v1+NPv01Tz7w4fnbuo+8pctn1raF7GHAsfuf1oWuoR9GzoiMKHb9EWPje5onXXZ0Cw9z3yA gfmwTjN2r89pM2f5hGFfNH9ds+Zju6QPDsYjF8RGOrPzqpMaH8y6Ob7FSq/uNpM6fT63ssflV/za +b00V9rrz9YZctz29okXmX3OzW1mPlf/juzL4GWmGsbSpSu7armYuZQGzQ07uvO1aWxN4szJd36N z/c5vnqFbvL6hS/c98/tk+xheayvn09Ti6iibcvGfrC5v/nR2Zg9LY7GtS3JjnZd7j9gQEoJyX7t 0ehM4xTL+92ChoXu6vmytF12v0un4/yOMHm6sQ1eXaVR1gPjEzeMcJ6ZaXzD4QDY2HOwsSI1G8tu sEv2a0H3TXfRhrN/b2Oz/i1m0VJhpkz6purc28fUNcAvBNaqZmTWNnY2Nra2tl2VRman+qhY8Mt/ wshqZ2f/ZPZ/aEyPd7mnmnI1befmaMz5OfPls8iMtq69u912+GlvrO3D0b23jmhkN2pr/r5ft/dO 71JuOfxFJ0OXV0Nn39aPXJLdoWqs+/Zn5cXtplc2W9Qm6U2N5cY+ndvLHT4f737ksPv0VYYjB+fa nu2S/ebZvPR3fRq5a/sYm3Wp6nCkhVxvt96GGS0WLZw77HCzFdnvNn/79a3OOpfkdxdlZhU77pPO A752jApcwL7b3ulO/OgNnwcX8VG37Zc3/Hb/xuyIJd7lnmdaWVlkbWjSnDc5cGqX+T5+eE6p0Sr3 gWmz9h+4nfcxbE5bsvCQRbv8E9s1NMrLdKcO/Zrp3vKXds/Onx104XGbhdfmnesrT2A0dg/zmXq2 zpgmwy/i/keJyqq51dipaeNsh95K1Jr/faHJ8b99DLfpU60YIeAGEvCLLU6Kfr/fP1BChI8a+ha2 1p26dmpv5+vhq/DsYm3p4W3bxdLOw8PW0qMzfOzS2dNL0cnG1s7Ow1tkgJcaPM4t3Gc4hlzsYmVr aHh4yDpZc4Wb0gCHKcACk8ECF/f/XxkglGUoyVCIJymgrrO2tFFYK9ACx6lZoIsCTFDNAnv9NQv8 k3VH/JHfWReHWDQcbbvg+oZzzz52K+o3VHvjy4n3AscfnJVP1+dE+m9ckbJefvrn1OjXQ48kdP3M lZUnvZ1grtssZkmjbnNvZ+btvRh0pGuH/j+ZNxjVWsFx3wc8ZbUeVPpO6DBng/F2vU9G2RHVwwKm bNxuvvDWi9XJ96ZteRXYNGOw58bXc08a/Ox8Zeiefh+reqwKdix5PPdh4+Qkf39p2490zasG7BG/ kZm/Pdk7La3Q68qgil6Vb1y+fk8pO0r1u08wLf2x9+asFQ7W9tPbTpRsdwp++G72LIdjza887n89 q2JCr3fTzz/09Zp8+fq6hX+LMVd8eGVX4GW829FvED/4RDf+1YGEbtvsK1vFaact8YVmm0YO+N0W pd/JPGxbN8XWmvXvbW4SuodMGtd66arqDt7kB0MWfnjrHxSNRUGpar9YWyraK33BvN4XRoaGgjnA jgrwDfDyiPAx7TM9wj80PCBiFpoZNMBsrW1srLva2oCZ2dR+tBE+/jd99h852J7wse4/KLxPGK+b bGrquDbSNahXsxuhly+9fjrl2xpDvbJ73SJ+aXqwY7LN8++lpxxdWl4PZ253Gi1bmptlOvBtlX/G 0MExW4/NGjw1aYDWra+t7m2YviR/x7R+PxcvuP3mWHXnLRfd+9/ZldmzrK3/mqbbtoZPc3vdOL7y a6f48OQbkZNMZvT/ZZG9YcG08RpQZGK27gnoeOsH+be4iHYVkR1H3TVQjK0pjPH8euniJCfr4Yfb 6Fc6KPLD2+m1bXG+i0vPZJueK66k2Gsucndxi2proWFzcHDxMK9HhZaer/v3fJShzbx3Stl4dXx0 a9fHs3cMqnbK79LDfuO+Ge5bG2+MudRguVuP3zKkk9hrdQ42EX6RcQpdwRn0Cfku0VCw8KbmXn/o JIJZGetKJFACFysaakpruyaNiEQDVwzNX1WMCmv5etXa5VrrZQnliZO7p1uHpvXIKbFU/KCayYBK dExkjCszHbozfZk+Ii/jM6ImO7i1WfOglf4Xi3KZa8LYyi2K4UovG6gYoOif3De5z+Lef93LVDgc irZgQehio9RczFkBpqzmYvb/m4ackDB9lWv9n/5FCTO2a6+fWzvtehbqsNtmf+AzvmNI+sAPzyZN fzGku2Vx30z5t0tPLK03t7w8d3jifLMJGT07DjmSmu62/n7Y0UP7ambtHxj+odfTPj/nlus0Dri0 db2p5Sf58DNuVyzvDyrMCXuUzqWyW93KDi0bPLo6wXH96zevXt5f3NyuxyG3dVWuLRdZbIkyWlUR r2VcXeFSE52S+1h/60qXC80Kl4cnWEwNTmpaY1TlesPvcovv7sZXUqOPtdkzy8utX+qIKx+fbB7j djeJ9u/XcdLbW1lFUTYhX7Yk6Fc+C3i0PbXD8Qvt9Xif2LW336V+atha6mMf/3p280FHr5a7PS6Y ubqJ+8VOhpPurjIeGGt5PNOun9FLvUZNmQl3O403y0s8L325iI8eFszru/Sc2855ffjVN0G5vz0P 2zw6bvRP8THJzZzZcR/yN/vJIrZ2fmHZsfGFh+FdGr4N3d3DL+rjyD0xtoY+Jvyyu3ql3m9D85yK rjV+MuuMZN+1zx3uNV+2MUP2Wb+NQ2blx/LtPzsd1Zo8wGeyg0u243OXF3sjZ5XI7KTBRvOtm1fw o+4+SPn8YIBepnfi9+GGVnNPaJjNrkjo0ybg9KrlCRdjSpLMsjj39VWpWYv9f9EJtDwaOYUxXp1Z bTjnveEv5oeX5AemD7DuuO7O/ak9i5l5ngOu5i25eKjJJz485rfNPXdRh8DvAUmrK/TS9fZ1Ga59 43RPRZSmFvj3qzr/NvS3Q/82+m/4t6KLwk4Bjt3JViE0Rm2s8SN0teHjf6+7/4/ce1NK0O57t53j LOZOsfqh/FjF/bNrR7Qcnpl3t4mLue7Lq9uuDsmMUJg2eKZ1fVRCo4HxzRzjshLdFa1vMVMezzn2 fKmW7gdekli19HLzS7bmf9tQ/dbPqMOXOY+WGD995LI55beWrrkxn/rnSwsm7irIdpSkfkwLWuVX 3PaOk2v24oIHbZ2s2mQsHvbjSJ1KtsPnwBUrFCF/ezNWseHTvBtr9j42WzOvplD/jfZB1+CR+/qv 2OTMDBrg26BNO9/0NZXXNBcMSv24cFuDAQbSqE0LX/w48xtZZzxcexGjp3B6cbC0pdPRM5ajNu0y mdnHesblpHvdf1mV4kH3G3O7v3xI2kPyWgwe9f2jxulTpvI6994Jv8i2v+fef9gRFrm3nrp7Q4RR LEhUmu+CFYoFMX9svyleWzz+7cUzSm9WpmHKoOStmUOmjXmrpW/l8/+N6/+lrjv81nprlp12Z/t1 vvtkX+aM23mzRgwlu60ipo4P1tHfmXd8zvJDVkUNU6ODPQ+NppdcTPWHr70726Fi9NFdY9YZlRuT xRlHZ1b/WvC8O3lZcXy5TONCjHNFlWuju8N2xlU+igm8Pv+3h/HVmh0XsU9WWpi3CPv8/kvlzLVW 3AetirCcJi4bYqfIwhMOpXRd72d5dgT/1NO9t2Hir6a9K7Sa2ny8bD0o0rpn+3D5hadhPb8vkunf OyXziK0qPtT4mcuvP5/t1H7i5hPPcn6SO84pcg03e6nIPTrTx308aSwz4AtvGSS+63HYd8xey46P Pi5afHmE2+MNYfFBGV2HFL2fdWJHk9me7V6lJrWz05zR1PNiT5Pg5lFV8vMdjub33fvg4/Of9t/f kh7R6ZDL2aktG7aOlPcYGT11nFNfg5y9e7OH+l3Y5Ph9/iyz+RsbKXwfOzac2PTCxhZmBX2ftH9y 9K3z5Q5FJTbzh7S2cDafNO6p26u00rUbcruFHlvQJkKzwctIsxNJUb+1GXVgd2DPpSmRHvtCUvTT TuwYUNUw9Osym6A93+6NuBDd8qLvsQ3/b7LtQilMtrrrI/t3PFF8unXDqeQtFSGsVxz1AtZM2bC0 YvXmBdNKpW5OahcuVdI3WsGRtyC6R3X/gvctpxSvvZbzPznrneeD74yp+Z3ctScyTzzLe7V8+jlD zf98R6NjbvhKL7zxS3+evV6oWPZJ4cV/DZtYgFmYZTkTI6MBMLsNXHsZ+7AJYhB5QeMRUHMNmn45 mQ15kEeogQ5A8LgN+QyQZUVBjUGYRhZDYKF0fz0Lc8BEhrJ/F7WuhjX/Od4d2RRukIKkhccwzCBk gVaDBoMvQyZDMkMRQz54kDuNoYRBgSGEoZKhAMhLB4onAlkZDJUL1RpUcGbWksqC/PSixIKMSn20 SoWliZFBy5rje87Wuc+dGnf0Pn6zcFXetUUKqzdmncpkertg/ur5CULP5/AYaRo6zNq9tONW+cT9 aTJ2sQsd95Uu9t/45rXqHjXnH4Ernp06f+aQb+jzjY/l/Lb6fZb2msf7cBP37/a9kqvuKOUZMk54 9sDX/uWJa0qazUxs7oVJey36382JiLrmJM1bdDXqsJzslZuLHlpMN9KddzkoafpHg7jECZyh+Rfe qvz0X/Hxvs7FL0YOuidsAk0FV2+/zlC0vMqBL5WBLSkvembFgXnt7Sea2yKS2XRi2q8yRK3+P+m6 b9NsUZ7KNLcVf+uV2tYmVT3Zrz/tpm/wCcnzLaYRi+qkV7BmH1r5qqF24eTA9xHHFjYxaRg0Makg 4ojNsIlJFCgkCE6VfQPWCsA+I4GUJmMNJJCTJDdiZoURaDlchtWQHzLKZmhiaG5kbmIchZEivXT4 dzXkJtxqzmF6P/982sJ3hnIWaOU1KK1M/VDMcHYdx3XTpdO9NhtOfcze5vUovCs79ujG/uXMyjkV E981zVjipcFdpHHMvk7olO9smWj16fGPPm0VXWU8Wc4z5Kbuuv7Fa6Izle4lTH6isWRHjMfnDyuu 8f5QnqK7MOIA20b3jiQ5H1tZw/6tF58FhD3j3X6DI2WXtOLWU+9FfqvsZ9j68UkF8365vvMm/So1 L/b4rw8MbvD6+62ayc8j5fCxeaq9r31+Ngm6L/1cpPnvjOv1eSWRdXZn7e636n5d//D+opdqxS1X 7oR+/i9UpPdYJuHEXG9/7vWsNyUZrc6tW5Bj1KMTxSrpf5rni3XAtNcJnkafMl6fjL69pVz53aN5 Gdpfr3y6ksTBAACFwt6QDQplbmRzdHJlYW0NCmVuZG9iag0KNzcwIDAgb2JqDQpbIDBbIDc1MF0g IDNbIDI3OF0gIDZbIDU1Nl0gIDhbIDg4OV0gIDExWyAzMzMgMzMzIDM4OSA1ODQgMjc4IDMzMyAy NzhdICAxOVsgNTU2IDU1NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDU1NiA1NTZdICAyOVsgMjc4IDI3 OCA1ODRdICAzM1sgNTg0XSAgMzZbIDY2NyA2NjcgNzIyIDcyMiA2NjcgNjExIDc3OCA3MjIgMjc4 XSAgNDZbIDY2NyA1NTYgODMzIDcyMiA3NzggNjY3IDc3OCA3MjIgNjY3IDYxMSA3MjIgNjY3IDk0 NCA2NjcgNjY3IDYxMSAyNzhdICA2NFsgMjc4XSAgNjhbIDU1NiA1NTYgNTAwIDU1NiA1NTYgMjc4 IDU1NiA1NTYgMjIyIDIyMiA1MDAgMjIyIDgzMyA1NTYgNTU2IDU1NiA1NTYgMzMzIDUwMCAyNzgg NTU2IDUwMCA3MjIgNTAwIDUwMCA1MDBdIF0gDQplbmRvYmoNCjc3MSAwIG9iag0KWyAyNzggMCAw IDU1NiAwIDg4OSAwIDAgMzMzIDMzMyAzODkgNTg0IDI3OCAzMzMgMjc4IDAgNTU2IDU1NiA1NTYg NTU2IDU1NiA1NTYgNTU2IDU1NiA1NTYgMCAyNzggMjc4IDU4NCAwIDU4NCAwIDAgNjY3IDY2NyA3 MjIgNzIyIDY2NyA2MTEgNzc4IDcyMiAyNzggMCA2NjcgNTU2IDgzMyA3MjIgNzc4IDY2NyA3Nzgg NzIyIDY2NyA2MTEgNzIyIDY2NyA5NDQgNjY3IDY2NyA2MTEgMjc4IDAgMjc4IDAgMCAwIDU1NiA1 NTYgNTAwIDU1NiA1NTYgMjc4IDU1NiA1NTYgMjIyIDIyMiA1MDAgMjIyIDgzMyA1NTYgNTU2IDU1 NiA1NTYgMzMzIDUwMCAyNzggNTU2IDUwMCA3MjIgNTAwIDUwMCA1MDBdIA0KZW5kb2JqDQo3NzIg MCBvYmoNClsgMjc4IDAgMCAwIDAgMCAwIDE5MSAwIDAgMCAwIDAgMCAwIDAgNTU2IDU1NiA1NTYg NTU2IDU1NiA1NTYgNTU2IDAgNTU2IDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAwIDAgMCAw IDAgMCAwIDAgMCAwIDc3OF0gDQplbmRvYmoNCjc3MyAwIG9iag0KPDwvVHlwZS9YUmVmL1NpemUg NzczL1dbIDEgNCAyXSAvUm9vdCAxIDAgUi9JbmZvIDMwOSAwIFIvSURbPDY3QzFBNDFDNERBMjY2 NEZCQ0U2RDQzOTNFNzJEMzBDPjw2N0MxQTQxQzREQTI2NjRGQkNFNkQ0MzkzRTcyRDMwQz5dIC9G aWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDE4Mjk+Pg0Kc3RyZWFtDQp4nC3YeZxNZQDG8fvM3PdM E9nHNqu1SLutokVFw5CKooWWiRBC+y5CibKkPVPaSCpbWhRStmxj0FiSbSRpL4Smmed3/eH7Ocw9 99z3Pe/7O3disbI/paUq+7tqLFbOI0ZJJmmAiX8Ie004bDqWlKN1nUzherNhBvB/RePMxmEw3Wzi BZubmeKxZvc+s+eoKeHlB2qbn78qJynzgMm6H3aZ7E4w1+RkwqemQRfTRKbpQfPY1bDTDM+Fj8zj dWC4GZFtRrYzYy4yT+aZgirwmnm9OoyB4+aNoWZaZfPmSWb252ZOR5hj5mbAE/CLmeehS5o/3iwb BMfM8ttgjVnRCgrMygvNqu5mz09m733AEJTcApvNPj7RPkZ3fyVzMNWUXUo5R+81xwI8AL+a4/lQ bP7jjUp9oySnppgT000FD09y1Q6m2vWmeqHJWGsyd5us3vCwyU4D/jHnKlPPd0hy8wqmRY5p1dO0 3VpOvFFj02KiaRmgL6w2rTys8dYbTPulpoM/SvzyPFhicjlZ7jLT+WwzfbtZ9INZPMIs8eTEl55v dvpeiu+aYnanwqPgTxvfMxIOmb0DwcspXuKbKL7/63JC5BeElBWm8vOmRrKp6eUbavnKQp3bTd1X TPOmpuWlppNHPuTdCZyzc09YaLr0Ml39ocO1vqTQY6bp1cL09lILN/luDTdvMbd6HYX8t0wfT3jo 6wUb+vEO/buaO5qbgVzZ4ErwoxnCVQ89AzjZsHSYYO5KgbfNPZ64MMGTEyZuM5OuAIZuchNYaaZ4 NYapXmOhgIuf6dkMszw5YbFvt7DEe0hY9qVZzuguf9msiAMXuLI1zDKrGsJL5tsq8IFZ3Q4+NmtO g2lmbW3wDhbWdQZvqmF9RRgEq0xhf+DiN7QH3qiIsS5iijcyARu91MKmy+Azs/kG8JoO3+UD41LM WYoZyC194IjZyr20dYHZlgbeLsJ2PsqOUeZv5ugfL65wKA+8uMJh7rPDzN+R88DNCf/WgHnm6Cng fTccSwKG7jjzUDqpnCg22SR5UUbJo03w9hRFD5oT+pnUu02FwaairyyqFMGLpnISDIAiU6UtfG+q DgGPWVTtEvCSiaqnwXxTIxdmm7R0GAneoaOaz5ha9WEs/GVq3wjfGBZ6VMfdjOrmg3e3KL0lTDUZ FwMXn9kRFpksfjKLy81mCLJ3mJzu4NstqsdZ6vnejer3ALcjatANvIdEDRsDH6WRF3PU2P2LTi3b FcuHtI0+hc/gcxOrCIkfWVj2gmYFiSMeTNrEkiAZ4hDgBIggBSpAKpwIZ8NJvNEXHFWCylAFqkI1 OANqQnVIgxpQF2pBHagNWZAOmZAB9SEb6kEONIYG0AgaQlM4GZrAKXA6nAqnQTM4C86Em+EcBuRL jppDC2gJraA1nAfnwk1wPlwGF0BbaAMXw0VwIVwKl0A7uBouhw7QHrpAZ8iFjtAJ8uAquBKugK7Q G66B7tANrofr4FroAT2hF9wIN8BouIXxXMTRrZAPt0Ef6Av94HYYBf3hLhgId8AAuBMGwyAYBkNh CDwB98I9cDc8Co/AfXA/PAAPwkPwMIyEEfAYDIfHIbHCxzAgizl6Ep6CsfA0jINnYDywXcSehZdg EkyECTAFnoPJ8CK8AM/De/AqvAIvw1vwJrwGU6EAXoc3YBrMgOnwNrwD7wIbYGwWvA8zYS7MgQ/g Q/gIZsMnsADmwXz4GJbDQkZ+CUeJLS+x0BP3Z2JWEj/yFSyDr2EpfAMbYAWnTrxgJayCb2E1rIH1 sA7WQiFnSWyVRRwl3m8jbILN8B0Uw3bYBltgK5TC9/AD7IBdsBP2wG4ogb3wI+yDn2A//AwH4Bc4 CL/Br/AH/A5/wZ/wD/wNh+EQ/AtH4Bgchf/gOGOWyCelFN0UwRSlFN0UpRTdFMEUpRTdFMEUZRaJ VKKblFIkUgRTlFLUUCRSJFJEUeRTbHkikeIGE/kUiRRtFKUU+RRtFG0UwRRBERUVbRTBFPkU3RRt FMEU+RTdFG0UwRT5FN0UpRSPAOIJQlRUlFKJfFJK0U1RStFNEUwRTFFK0UbRRhFM0UbRRhEpEUVR SlFKUUPRW1FKUUpRQ9FGUUPRRpFPkU9RQ9FGEUwRTFFD0WJRSlFKUUPRRlFK0UZRQ1FRUUpRSvHI IZ4ZRBuVCCZtFKUUiRS1EG0UW5AIpkikqKFooyilaKNoo2ijSKuIoiilKKWooeitKKUopaihaKOI oqihaKOIooipiKmIoqihaKMIpkiyqKgSieQJQmzwIpFiMxalFKUUpRSJFMEUxRNtFMEUbRSlFH0Q iRQ1FN0UpRSlFDUUvRWlFKUUNRRtFDUUbRQ1FG0UMRUxFTUUbRSlFG0USRYVFW0UbRTBFDUUbRRR FMEUbRQZFDEVbdSCsi8V7fly18FfLaNc/xIvZa2/tqSs83e1lMKMWOx/J7l+Qg0KZW5kc3RyZWFt DQplbmRvYmoNCnhyZWYNCjAgNzc0DQowMDAwMDAwMzEwIDY1NTM1IGYNCjAwMDAwMDAwMTcgMDAw MDAgbg0KMDAwMDAwMDEyNiAwMDAwMCBuDQowMDAwMDAwMjU4IDAwMDAwIG4NCjAwMDAwMDA2MTkg MDAwMDAgbg0KMDAwMDAwMTIwMCAwMDAwMCBuDQowMDAwMDAxMjUzIDAwMDAwIG4NCjAwMDAwMDE1 MjggMDAwMDAgbg0KMDAwMDAxOTE3NCAwMDAwMCBuDQowMDAwMTE4ODU5IDAwMDAwIG4NCjAwMDAx MTk1MDUgMDAwMDAgbg0KMDAwMDExOTcyMiAwMDAwMCBuDQowMDAwMTE5NzgyIDAwMDAwIG4NCjAw MDAxMTk5NDkgMDAwMDAgbg0KMDAwMDEyMDE3OSAwMDAwMCBuDQowMDAwMTIwMjMzIDAwMDAwIG4N CjAwMDAxMjAzOTUgMDAwMDAgbg0KMDAwMDEyMDYyMCAwMDAwMCBuDQowMDAwMTIxMjI3IDAwMDAw IG4NCjAwMDAxMjM4NzkgMDAwMDAgbg0KMDAwMDEyNDE1NSAwMDAwMCBuDQowMDAwMTI0NjQ2IDAw MDAwIG4NCjAwMDAxMjU3MjAgMDAwMDAgbg0KMDAwMDEyNjE0NyAwMDAwMCBuDQowMDAwMTM4NzMx IDAwMDAwIG4NCjAwMDAxMzg4NzMgMDAwMDAgbg0KMDAwMDEzODk3OCAwMDAwMCBuDQowMDAwMTM5 MDgzIDAwMDAwIG4NCjAwMDAxMzkxODggMDAwMDAgbg0KMDAwMDEzOTI5MyAwMDAwMCBuDQowMDAw MTM5NDUwIDAwMDAwIG4NCjAwMDAxNDAxMTAgMDAwMDAgbg0KMDAwMDE0MTU2OSAwMDAwMCBuDQow MDAwMTQyMDYxIDAwMDAwIG4NCjAwMDAxNjM5MjMgMDAwMDAgbg0KMDAwMDE2NDA2NSAwMDAwMCBu DQowMDAwMTY0MTY5IDAwMDAwIG4NCjAwMDAxNjQyNzMgMDAwMDAgbg0KMDAwMDE2NDM3NyAwMDAw MCBuDQowMDAwMTY0NDgxIDAwMDAwIG4NCjAwMDAxNjQ2MzkgMDAwMDAgbg0KMDAwMDE2NDkzMCAw MDAwMCBuDQowMDAwMTY1OTUyIDAwMDAwIG4NCjAwMDAxNjYyMjAgMDAwMDAgbg0KMDAwMDE3MjA0 OCAwMDAwMCBuDQowMDAwMTcyMTkwIDAwMDAwIG4NCjAwMDAxNzIzMDcgMDAwMDAgbg0KMDAwMDE3 MjQyNCAwMDAwMCBuDQowMDAwMTcyNTQxIDAwMDAwIG4NCjAwMDAxNzI2NTggMDAwMDAgbg0KMDAw MDE3MjgxNSAwMDAwMCBuDQowMDAwMTczMDY5IDAwMDAwIG4NCjAwMDAxNzY4MjggMDAwMDAgbg0K MDAwMDE3Njk3MCAwMDAwMCBuDQowMDAwMTc3MDc1IDAwMDAwIG4NCjAwMDAxNzcxODAgMDAwMDAg bg0KMDAwMDE3NzI4NSAwMDAwMCBuDQowMDAwMTc3MzkwIDAwMDAwIG4NCjAwMDAxNzc1NDkgMDAw MDAgbg0KMDAwMDE3NzgwNiAwMDAwMCBuDQowMDAwMTgyMTI2IDAwMDAwIG4NCjAwMDAxODIyNjgg MDAwMDAgbg0KMDAwMDE4MjM3MyAwMDAwMCBuDQowMDAwMTgyNDc4IDAwMDAwIG4NCjAwMDAxODI1 ODMgMDAwMDAgbg0KMDAwMDE4MjY4OCAwMDAwMCBuDQowMDAwMTgyODQ3IDAwMDAwIG4NCjAwMDAx ODMxMjUgMDAwMDAgbg0KMDAwMDE4OTY3NCAwMDAwMCBuDQowMDAwMTg5ODE2IDAwMDAwIG4NCjAw MDAxODk5MzMgMDAwMDAgbg0KMDAwMDE5MDA1MCAwMDAwMCBuDQowMDAwMTkwMTY3IDAwMDAwIG4N CjAwMDAxOTAyODQgMDAwMDAgbg0KMDAwMDE5MDQ0MyAwMDAwMCBuDQowMDAwMTkwNzM0IDAwMDAw IG4NCjAwMDAxOTE3NTMgMDAwMDAgbg0KMDAwMDE5MjAwMCAwMDAwMCBuDQowMDAwMTk1NDQ3IDAw MDAwIG4NCjAwMDAxOTU1ODkgMDAwMDAgbg0KMDAwMDE5NTcwNiAwMDAwMCBuDQowMDAwMTk1ODIz IDAwMDAwIG4NCjAwMDAxOTU5NDAgMDAwMDAgbg0KMDAwMDE5NjA1NyAwMDAwMCBuDQowMDAwMTk2 MjE2IDAwMDAwIG4NCjAwMDAxOTY1ODEgMDAwMDAgbg0KMDAwMDE5ODkxOSAwMDAwMCBuDQowMDAw MTk5MTk1IDAwMDAwIG4NCjAwMDAxOTk1NjAgMDAwMDAgbg0KMDAwMDIwMTAzMSAwMDAwMCBuDQow MDAwMjAxMzA3IDAwMDAwIG4NCjAwMDAyMDE2ODIgMDAwMDAgbg0KMDAwMDIwMzk4MyAwMDAwMCBu DQowMDAwMjA0MjU5IDAwMDAwIG4NCjAwMDAyMDQzODMgMDAwMDAgbg0KMDAwMDIwNDQxMyAwMDAw MCBuDQowMDAwMjA0NTY1IDAwMDAwIG4NCjAwMDAyMDQ2MzkgMDAwMDAgbg0KMDAwMDIwNDg4MiAw MDAwMCBuDQowMDAwMjA1Mjg2IDAwMDAwIG4NCjAwMDAyMDk5MzEgMDAwMDAgbg0KMDAwMDIxMDIw OCAwMDAwMCBuDQowMDAwMjEwNzc3IDAwMDAwIG4NCjAwMDAyMTI0NDMgMDAwMDAgbg0KMDAwMDI3 MTY1NCAwMDAwMCBuDQowMDAwMjc1ODU4IDAwMDAwIG4NCjAwMDAyNzU5NzMgMDAwMDAgbg0KMDAw MDI3NjA3MSAwMDAwMCBuDQowMDAwMjc2MTczIDAwMDAwIG4NCjAwMDAyNzYzMzQgMDAwMDAgbg0K MDAwMDI3NjY5MSAwMDAwMCBuDQowMDAwMjgwMjYwIDAwMDAwIG4NCjAwMDAyODA1MzcgMDAwMDAg bg0KMDAwMDI4MDY1MiAwMDAwMCBuDQowMDAwMjgwNzcwIDAwMDAwIG4NCjAwMDAyODA4NzAgMDAw MDAgbg0KMDAwMDI4MTAzMSAwMDAwMCBuDQowMDAwMjgxOTA2IDAwMDAwIG4NCjAwMDAzMDU2Mjkg MDAwMDAgbg0KMDAwMDMxMTUyMCAwMDAwMCBuDQowMDAwMzExNjgzIDAwMDAwIG4NCjAwMDAzMTE5 MDkgMDAwMDAgbg0KMDAwMDMxMjM3OSAwMDAwMCBuDQowMDAwMzE5ODczIDAwMDAwIG4NCjAwMDAz MjAxNTAgMDAwMDAgbg0KMDAwMDMyMDI2NSAwMDAwMCBuDQowMDAwMzIwMzgzIDAwMDAwIG4NCjAw MDAzMjA0ODMgMDAwMDAgbg0KMDAwMDMyMDY0NCAwMDAwMCBuDQowMDAwMzIwNzU5IDAwMDAwIG4N CjAwMDAzMjA4NzcgMDAwMDAgbg0KMDAwMDMyMDk3NyAwMDAwMCBuDQowMDAwMzIxMTM4IDAwMDAw IG4NCjAwMDAzMjE5ODkgMDAwMDAgbg0KMDAwMDMyOTQ0MyAwMDAwMCBuDQowMDAwMzI5NjczIDAw MDAwIG4NCjAwMDAzMzE2NzEgMDAwMDAgbg0KMDAwMDMzMjgwMyAwMDAwMCBuDQowMDAwMzMzMzI5 IDAwMDAwIG4NCjAwMDAzMzM2MTggMDAwMDAgbg0KMDAwMDMzNDE4NCAwMDAwMCBuDQowMDAwMzM0 NDkyIDAwMDAwIG4NCjAwMDAzNDEwMzQgMDAwMDAgbg0KMDAwMDM0MTU3MiAwMDAwMCBuDQowMDAw MzQ2OTcxIDAwMDAwIG4NCjAwMDAzNDcyNDggMDAwMDAgbg0KMDAwMDM0NzM2MyAwMDAwMCBuDQow MDAwMzQ3NDgxIDAwMDAwIG4NCjAwMDAzNDc1ODEgMDAwMDAgbg0KMDAwMDM0Nzc0MiAwMDAwMCBu DQowMDAwMzQ4MTk4IDAwMDAwIG4NCjAwMDAzNTAwNjEgMDAwMDAgbg0KMDAwMDM1MDM4MCAwMDAw MCBuDQowMDAwMzUxNzk3IDAwMDAwIG4NCjAwMDAzNTIwMjkgMDAwMDAgbg0KMDAwMDM1MjQ5NCAw MDAwMCBuDQowMDAwMzUyNzMwIDAwMDAwIG4NCjAwMDAzNTMyMDEgMDAwMDAgbg0KMDAwMDM1MzQ0 NSAwMDAwMCBuDQowMDAwMzUzOTI4IDAwMDAwIG4NCjAwMDAzNTQxNjkgMDAwMDAgbg0KMDAwMDM1 NDY0OSAwMDAwMCBuDQowMDAwMzU0ODk2IDAwMDAwIG4NCjAwMDAzNTUzODAgMDAwMDAgbg0KMDAw MDM1NTYyNiAwMDAwMCBuDQowMDAwMzU2MTEwIDAwMDAwIG4NCjAwMDAzNTYzMjggMDAwMDAgbg0K MDAwMDM1Njc2NCAwMDAwMCBuDQowMDAwMzU2OTExIDAwMDAwIG4NCjAwMDAzNTcwMjkgMDAwMDAg bg0KMDAwMDM1NzE0NyAwMDAwMCBuDQowMDAwMzU3MjY1IDAwMDAwIG4NCjAwMDAzNTczODMgMDAw MDAgbg0KMDAwMDM1NzU0MiAwMDAwMCBuDQowMDAwMzU4MDg0IDAwMDAwIG4NCjAwMDAzNjQ5OTkg MDAwMDAgbg0KMDAwMDM2NTI3NiAwMDAwMCBuDQowMDAwMzY1MzkxIDAwMDAwIG4NCjAwMDAzNjU1 MDkgMDAwMDAgbg0KMDAwMDM2NTYwOSAwMDAwMCBuDQowMDAwMzY1NzcwIDAwMDAwIG4NCjAwMDAz NjYwOTMgMDAwMDAgbg0KMDAwMDM2ODUyNSAwMDAwMCBuDQowMDAwMzY4ODU4IDAwMDAwIG4NCjAw MDAzNzE5MzMgMDAwMDAgbg0KMDAwMDM3MjM1MSAwMDAwMCBuDQowMDAwMzc3MTgzIDAwMDAwIG4N CjAwMDAzNzc0MjIgMDAwMDAgbg0KMDAwMDM3ODgxNSAwMDAwMCBuDQowMDAwMzc4OTMwIDAwMDAw IG4NCjAwMDAzNzkwMzUgMDAwMDAgbg0KMDAwMDM3OTE0MCAwMDAwMCBuDQowMDAwMzc5MzAxIDAw MDAwIG4NCjAwMDAzNzk0NDggMDAwMDAgbg0KMDAwMDM3OTU2NiAwMDAwMCBuDQowMDAwMzc5Njg0 IDAwMDAwIG4NCjAwMDAzNzk4MDIgMDAwMDAgbg0KMDAwMDM3OTkyMCAwMDAwMCBuDQowMDAwMzgw MDc5IDAwMDAwIG4NCjAwMDAzODAyMjYgMDAwMDAgbg0KMDAwMDM4MDM0MyAwMDAwMCBuDQowMDAw MzgwNDYxIDAwMDAwIG4NCjAwMDAzODA1NzkgMDAwMDAgbg0KMDAwMDM4MDY5NiAwMDAwMCBuDQow MDAwMzgwODU4IDAwMDAwIG4NCjAwMDAzODEwMDUgMDAwMDAgbg0KMDAwMDM4MTA5OCAwMDAwMCBu DQowMDAwMzgxMTk2IDAwMDAwIG4NCjAwMDAzODEyOTQgMDAwMDAgbg0KMDAwMDM4MTM4NyAwMDAw MCBuDQowMDAwMzgxNTQ2IDAwMDAwIG4NCjAwMDAzODE2NjEgMDAwMDAgbg0KMDAwMDM4MTc2NiAw MDAwMCBuDQowMDAwMzgxODcxIDAwMDAwIG4NCjAwMDAzODIwMzIgMDAwMDAgbg0KMDAwMDM4MjE3 OSAwMDAwMCBuDQowMDAwMzgyMjk3IDAwMDAwIG4NCjAwMDAzODI0MTUgMDAwMDAgbg0KMDAwMDM4 MjUzMyAwMDAwMCBuDQowMDAwMzgyNjUxIDAwMDAwIG4NCjAwMDAzODI4MTIgMDAwMDAgbg0KMDAw MDM4Mjk1OSAwMDAwMCBuDQowMDAwMzgzMDc2IDAwMDAwIG4NCjAwMDAzODMxOTQgMDAwMDAgbg0K MDAwMDM4MzMxMiAwMDAwMCBuDQowMDAwMzgzNDI5IDAwMDAwIG4NCjAwMDAzODM1OTAgMDAwMDAg bg0KMDAwMDM4MzczNyAwMDAwMCBuDQowMDAwMzgzODM1IDAwMDAwIG4NCjAwMDAzODM5MjggMDAw MDAgbg0KMDAwMDM4NDAyMSAwMDAwMCBuDQowMDAwMzg0MTE5IDAwMDAwIG4NCjAwMDAzODQyODAg MDAwMDAgbg0KMDAwMDM4NDkwMiAwMDAwMCBuDQowMDAwMzkwNTk2IDAwMDAwIG4NCjAwMDAzOTA4 NzMgMDAwMDAgbg0KMDAwMDM5MDk4OCAwMDAwMCBuDQowMDAwMzkxMTA2IDAwMDAwIG4NCjAwMDAz OTEyMDYgMDAwMDAgbg0KMDAwMDM5MTM2NyAwMDAwMCBuDQowMDAwMzkxNDgyIDAwMDAwIG4NCjAw MDAzOTE2MDAgMDAwMDAgbg0KMDAwMDM5MTcwMCAwMDAwMCBuDQowMDAwMzkxODYxIDAwMDAwIG4N CjAwMDAzOTE5NzYgMDAwMDAgbg0KMDAwMDM5MjA5NCAwMDAwMCBuDQowMDAwMzkyMTk0IDAwMDAw IG4NCjAwMDAzOTIzNTUgMDAwMDAgbg0KMDAwMDM5MjYxMyAwMDAwMCBuDQowMDAwMzkzMTA3IDAw MDAwIG4NCjAwMDAzOTMzNjQgMDAwMDAgbg0KMDAwMDM5Mzg1OSAwMDAwMCBuDQowMDAwMzk0MTE5 IDAwMDAwIG4NCjAwMDAzOTQ2MTYgMDAwMDAgbg0KMDAwMDM5NDg3NSAwMDAwMCBuDQowMDAwMzk1 MzY5IDAwMDAwIG4NCjAwMDAzOTU2MzcgMDAwMDAgbg0KMDAwMDM5NjE0MyAwMDAwMCBuDQowMDAw Mzk2MzY0IDAwMDAwIG4NCjAwMDAzOTY4MDYgMDAwMDAgbg0KMDAwMDM5Njk1MyAwMDAwMCBuDQow MDAwMzk3MDU4IDAwMDAwIG4NCjAwMDAzOTcxNjMgMDAwMDAgbg0KMDAwMDM5NzI2OCAwMDAwMCBu DQowMDAwMzk3MzczIDAwMDAwIG4NCjAwMDAzOTc1MzQgMDAwMDAgbg0KMDAwMDM5NzY4MSAwMDAw MCBuDQowMDAwMzk3Nzg2IDAwMDAwIG4NCjAwMDAzOTc4OTEgMDAwMDAgbg0KMDAwMDM5Nzk5NiAw MDAwMCBuDQowMDAwMzk4MTAxIDAwMDAwIG4NCjAwMDAzOTgyNjIgMDAwMDAgbg0KMDAwMDM5ODQw OSAwMDAwMCBuDQowMDAwMzk4NTE0IDAwMDAwIG4NCjAwMDAzOTg2MTkgMDAwMDAgbg0KMDAwMDM5 ODcyNCAwMDAwMCBuDQowMDAwMzk4ODI5IDAwMDAwIG4NCjAwMDAzOTg5OTEgMDAwMDAgbg0KMDAw MDM5OTEzOCAwMDAwMCBuDQowMDAwMzk5MjQzIDAwMDAwIG4NCjAwMDAzOTkzNDggMDAwMDAgbg0K MDAwMDM5OTQ1MyAwMDAwMCBuDQowMDAwMzk5NTU4IDAwMDAwIG4NCjAwMDAzOTk3MjAgMDAwMDAg bg0KMDAwMDM5OTg2NyAwMDAwMCBuDQowMDAwMzk5OTcyIDAwMDAwIG4NCjAwMDA0MDAwNzcgMDAw MDAgbg0KMDAwMDQwMDE4MiAwMDAwMCBuDQowMDAwNDAwMjg3IDAwMDAwIG4NCjAwMDA0MDA0NDkg MDAwMDAgbg0KMDAwMDQwMDU5NiAwMDAwMCBuDQowMDAwNDAwNzE0IDAwMDAwIG4NCjAwMDA0MDA4 MzIgMDAwMDAgbg0KMDAwMDQwMDk1MCAwMDAwMCBuDQowMDAwNDAxMDY4IDAwMDAwIG4NCjAwMDA0 MDEyMjggMDAwMDAgbg0KMDAwMDQwMTM3NSAwMDAwMCBuDQowMDAwNDAxNDkzIDAwMDAwIG4NCjAw MDA0MDE2MTEgMDAwMDAgbg0KMDAwMDQwMTcyOSAwMDAwMCBuDQowMDAwNDAxODQ3IDAwMDAwIG4N CjAwMDA0MDIwMDggMDAwMDAgbg0KMDAwMDQwMjE1NSAwMDAwMCBuDQowMDAwNDAyMjYwIDAwMDAw IG4NCjAwMDA0MDIzNjUgMDAwMDAgbg0KMDAwMDQwMjQ3MCAwMDAwMCBuDQowMDAwNDAyNTc1IDAw MDAwIG4NCjAwMDA0MDI3MzUgMDAwMDAgbg0KMDAwMDQwMzEzMiAwMDAwMCBuDQowMDAwNDA0MzUz IDAwMDAwIG4NCjAwMDAwMDAzMTEgNjU1MzUgZg0KMDAwMDAwMDMxMiA2NTUzNSBmDQowMDAwMDAw MzEzIDY1NTM1IGYNCjAwMDAwMDAzMTQgNjU1MzUgZg0KMDAwMDAwMDMxNSA2NTUzNSBmDQowMDAw MDAwMzE2IDY1NTM1IGYNCjAwMDAwMDAzMTcgNjU1MzUgZg0KMDAwMDAwMDMxOCA2NTUzNSBmDQow MDAwMDAwMzE5IDY1NTM1IGYNCjAwMDAwMDAzMjAgNjU1MzUgZg0KMDAwMDAwMDMyMSA2NTUzNSBm DQowMDAwMDAwMzIyIDY1NTM1IGYNCjAwMDAwMDAzMjMgNjU1MzUgZg0KMDAwMDAwMDMyNCA2NTUz NSBmDQowMDAwMDAwMzI1IDY1NTM1IGYNCjAwMDAwMDAzMjYgNjU1MzUgZg0KMDAwMDAwMDMyNyA2 NTUzNSBmDQowMDAwMDAwMzI4IDY1NTM1IGYNCjAwMDAwMDAzMjkgNjU1MzUgZg0KMDAwMDAwMDMz MCA2NTUzNSBmDQowMDAwMDAwMzMxIDY1NTM1IGYNCjAwMDAwMDAzMzIgNjU1MzUgZg0KMDAwMDAw MDMzMyA2NTUzNSBmDQowMDAwMDAwMzM0IDY1NTM1IGYNCjAwMDAwMDAzMzUgNjU1MzUgZg0KMDAw MDAwMDMzNiA2NTUzNSBmDQowMDAwMDAwMzM3IDY1NTM1IGYNCjAwMDAwMDAzMzggNjU1MzUgZg0K MDAwMDAwMDMzOSA2NTUzNSBmDQowMDAwMDAwMzQwIDY1NTM1IGYNCjAwMDAwMDAzNDEgNjU1MzUg Zg0KMDAwMDAwMDM0MiA2NTUzNSBmDQowMDAwMDAwMzQzIDY1NTM1IGYNCjAwMDAwMDAzNDQgNjU1 MzUgZg0KMDAwMDAwMDM0NSA2NTUzNSBmDQowMDAwMDAwMzQ2IDY1NTM1IGYNCjAwMDAwMDAzNDcg NjU1MzUgZg0KMDAwMDAwMDM0OCA2NTUzNSBmDQowMDAwMDAwMzQ5IDY1NTM1IGYNCjAwMDAwMDAz NTAgNjU1MzUgZg0KMDAwMDAwMDM1MSA2NTUzNSBmDQowMDAwMDAwMzUyIDY1NTM1IGYNCjAwMDAw MDAzNTMgNjU1MzUgZg0KMDAwMDAwMDM1NCA2NTUzNSBmDQowMDAwMDAwMzU1IDY1NTM1IGYNCjAw MDAwMDAzNTYgNjU1MzUgZg0KMDAwMDAwMDM1NyA2NTUzNSBmDQowMDAwMDAwMzU4IDY1NTM1IGYN CjAwMDAwMDAzNTkgNjU1MzUgZg0KMDAwMDAwMDM2MCA2NTUzNSBmDQowMDAwMDAwMzYxIDY1NTM1 IGYNCjAwMDAwMDAzNjIgNjU1MzUgZg0KMDAwMDAwMDM2MyA2NTUzNSBmDQowMDAwMDAwMzY0IDY1 NTM1IGYNCjAwMDAwMDAzNjUgNjU1MzUgZg0KMDAwMDAwMDM2NiA2NTUzNSBmDQowMDAwMDAwMzY3 IDY1NTM1IGYNCjAwMDAwMDAzNjggNjU1MzUgZg0KMDAwMDAwMDM2OSA2NTUzNSBmDQowMDAwMDAw MzcwIDY1NTM1IGYNCjAwMDAwMDAzNzEgNjU1MzUgZg0KMDAwMDAwMDM3MiA2NTUzNSBmDQowMDAw MDAwMzczIDY1NTM1IGYNCjAwMDAwMDAzNzQgNjU1MzUgZg0KMDAwMDAwMDM3NSA2NTUzNSBmDQow MDAwMDAwMzc2IDY1NTM1IGYNCjAwMDAwMDAzNzcgNjU1MzUgZg0KMDAwMDAwMDM3OCA2NTUzNSBm DQowMDAwMDAwMzc5IDY1NTM1IGYNCjAwMDAwMDAzODAgNjU1MzUgZg0KMDAwMDAwMDM4MSA2NTUz NSBmDQowMDAwMDAwMzgyIDY1NTM1IGYNCjAwMDAwMDAzODMgNjU1MzUgZg0KMDAwMDAwMDM4NCA2 NTUzNSBmDQowMDAwMDAwMzg1IDY1NTM1IGYNCjAwMDAwMDAzODYgNjU1MzUgZg0KMDAwMDAwMDM4 NyA2NTUzNSBmDQowMDAwMDAwMzg4IDY1NTM1IGYNCjAwMDAwMDAzODkgNjU1MzUgZg0KMDAwMDAw MDM5MCA2NTUzNSBmDQowMDAwMDAwMzkxIDY1NTM1IGYNCjAwMDAwMDAzOTIgNjU1MzUgZg0KMDAw MDAwMDM5MyA2NTUzNSBmDQowMDAwMDAwMzk0IDY1NTM1IGYNCjAwMDAwMDAzOTUgNjU1MzUgZg0K MDAwMDAwMDM5NiA2NTUzNSBmDQowMDAwMDAwMzk3IDY1NTM1IGYNCjAwMDAwMDAzOTggNjU1MzUg Zg0KMDAwMDAwMDM5OSA2NTUzNSBmDQowMDAwMDAwNDAwIDY1NTM1IGYNCjAwMDAwMDA0MDEgNjU1 MzUgZg0KMDAwMDAwMDQwMiA2NTUzNSBmDQowMDAwMDAwNDAzIDY1NTM1IGYNCjAwMDAwMDA0MDQg NjU1MzUgZg0KMDAwMDAwMDQwNSA2NTUzNSBmDQowMDAwMDAwNDA2IDY1NTM1IGYNCjAwMDAwMDA0 MDcgNjU1MzUgZg0KMDAwMDAwMDQwOCA2NTUzNSBmDQowMDAwMDAwNDA5IDY1NTM1IGYNCjAwMDAw MDA0MTAgNjU1MzUgZg0KMDAwMDAwMDQxMSA2NTUzNSBmDQowMDAwMDAwNDEyIDY1NTM1IGYNCjAw MDAwMDA0MTMgNjU1MzUgZg0KMDAwMDAwMDQxNCA2NTUzNSBmDQowMDAwMDAwNDE1IDY1NTM1IGYN CjAwMDAwMDA0MTYgNjU1MzUgZg0KMDAwMDAwMDQxNyA2NTUzNSBmDQowMDAwMDAwNDE4IDY1NTM1 IGYNCjAwMDAwMDA0MTkgNjU1MzUgZg0KMDAwMDAwMDQyMCA2NTUzNSBmDQowMDAwMDAwNDIxIDY1 NTM1IGYNCjAwMDAwMDA0MjIgNjU1MzUgZg0KMDAwMDAwMDQyMyA2NTUzNSBmDQowMDAwMDAwNDI0 IDY1NTM1IGYNCjAwMDAwMDA0MjUgNjU1MzUgZg0KMDAwMDAwMDQyNiA2NTUzNSBmDQowMDAwMDAw NDI3IDY1NTM1IGYNCjAwMDAwMDA0MjggNjU1MzUgZg0KMDAwMDAwMDQyOSA2NTUzNSBmDQowMDAw MDAwNDMwIDY1NTM1IGYNCjAwMDAwMDA0MzEgNjU1MzUgZg0KMDAwMDAwMDQzMiA2NTUzNSBmDQow MDAwMDAwNDMzIDY1NTM1IGYNCjAwMDAwMDA0MzQgNjU1MzUgZg0KMDAwMDAwMDQzNSA2NTUzNSBm DQowMDAwMDAwNDM2IDY1NTM1IGYNCjAwMDAwMDA0MzcgNjU1MzUgZg0KMDAwMDAwMDQzOCA2NTUz NSBmDQowMDAwMDAwNDM5IDY1NTM1IGYNCjAwMDAwMDA0NDAgNjU1MzUgZg0KMDAwMDAwMDQ0MSA2 NTUzNSBmDQowMDAwMDAwNDQyIDY1NTM1IGYNCjAwMDAwMDA0NDMgNjU1MzUgZg0KMDAwMDAwMDQ0 NCA2NTUzNSBmDQowMDAwMDAwNDQ1IDY1NTM1IGYNCjAwMDAwMDA0NDYgNjU1MzUgZg0KMDAwMDAw MDQ0NyA2NTUzNSBmDQowMDAwMDAwNDQ4IDY1NTM1IGYNCjAwMDAwMDA0NDkgNjU1MzUgZg0KMDAw MDAwMDQ1MCA2NTUzNSBmDQowMDAwMDAwNDUxIDY1NTM1IGYNCjAwMDAwMDA0NTIgNjU1MzUgZg0K MDAwMDAwMDQ1MyA2NTUzNSBmDQowMDAwMDAwNDU0IDY1NTM1IGYNCjAwMDAwMDA0NTUgNjU1MzUg Zg0KMDAwMDAwMDQ1NiA2NTUzNSBmDQowMDAwMDAwNDU3IDY1NTM1IGYNCjAwMDAwMDA0NTggNjU1 MzUgZg0KMDAwMDAwMDQ1OSA2NTUzNSBmDQowMDAwMDAwNDYwIDY1NTM1IGYNCjAwMDAwMDA0NjEg NjU1MzUgZg0KMDAwMDAwMDQ2MiA2NTUzNSBmDQowMDAwMDAwNDYzIDY1NTM1IGYNCjAwMDAwMDA0 NjQgNjU1MzUgZg0KMDAwMDAwMDQ2NSA2NTUzNSBmDQowMDAwMDAwNDY2IDY1NTM1IGYNCjAwMDAw MDA0NjcgNjU1MzUgZg0KMDAwMDAwMDQ2OCA2NTUzNSBmDQowMDAwMDAwNDY5IDY1NTM1IGYNCjAw MDAwMDA0NzAgNjU1MzUgZg0KMDAwMDAwMDQ3MSA2NTUzNSBmDQowMDAwMDAwNDcyIDY1NTM1IGYN CjAwMDAwMDA0NzMgNjU1MzUgZg0KMDAwMDAwMDQ3NCA2NTUzNSBmDQowMDAwMDAwNDc1IDY1NTM1 IGYNCjAwMDAwMDA0NzYgNjU1MzUgZg0KMDAwMDAwMDQ3NyA2NTUzNSBmDQowMDAwMDAwNDc4IDY1 NTM1IGYNCjAwMDAwMDA0NzkgNjU1MzUgZg0KMDAwMDAwMDQ4MCA2NTUzNSBmDQowMDAwMDAwNDgx IDY1NTM1IGYNCjAwMDAwMDA0ODIgNjU1MzUgZg0KMDAwMDAwMDQ4MyA2NTUzNSBmDQowMDAwMDAw NDg0IDY1NTM1IGYNCjAwMDAwMDA0ODUgNjU1MzUgZg0KMDAwMDAwMDQ4NiA2NTUzNSBmDQowMDAw MDAwNDg3IDY1NTM1IGYNCjAwMDAwMDA0ODggNjU1MzUgZg0KMDAwMDAwMDQ4OSA2NTUzNSBmDQow MDAwMDAwNDkwIDY1NTM1IGYNCjAwMDAwMDA0OTEgNjU1MzUgZg0KMDAwMDAwMDQ5MiA2NTUzNSBm DQowMDAwMDAwNDkzIDY1NTM1IGYNCjAwMDAwMDA0OTQgNjU1MzUgZg0KMDAwMDAwMDQ5NSA2NTUz NSBmDQowMDAwMDAwNDk2IDY1NTM1IGYNCjAwMDAwMDA0OTcgNjU1MzUgZg0KMDAwMDAwMDQ5OCA2 NTUzNSBmDQowMDAwMDAwNDk5IDY1NTM1IGYNCjAwMDAwMDA1MDAgNjU1MzUgZg0KMDAwMDAwMDUw MSA2NTUzNSBmDQowMDAwMDAwNTAyIDY1NTM1IGYNCjAwMDAwMDA1MDMgNjU1MzUgZg0KMDAwMDAw MDUwNCA2NTUzNSBmDQowMDAwMDAwNTA1IDY1NTM1IGYNCjAwMDAwMDA1MDYgNjU1MzUgZg0KMDAw MDAwMDUwNyA2NTUzNSBmDQowMDAwMDAwNTA4IDY1NTM1IGYNCjAwMDAwMDA1MDkgNjU1MzUgZg0K MDAwMDAwMDUxMCA2NTUzNSBmDQowMDAwMDAwNTExIDY1NTM1IGYNCjAwMDAwMDA1MTIgNjU1MzUg Zg0KMDAwMDAwMDUxMyA2NTUzNSBmDQowMDAwMDAwNTE0IDY1NTM1IGYNCjAwMDAwMDA1MTUgNjU1 MzUgZg0KMDAwMDAwMDUxNiA2NTUzNSBmDQowMDAwMDAwNTE3IDY1NTM1IGYNCjAwMDAwMDA1MTgg NjU1MzUgZg0KMDAwMDAwMDUxOSA2NTUzNSBmDQowMDAwMDAwNTIwIDY1NTM1IGYNCjAwMDAwMDA1 MjEgNjU1MzUgZg0KMDAwMDAwMDUyMiA2NTUzNSBmDQowMDAwMDAwNTIzIDY1NTM1IGYNCjAwMDAw MDA1MjQgNjU1MzUgZg0KMDAwMDAwMDUyNSA2NTUzNSBmDQowMDAwMDAwNTI2IDY1NTM1IGYNCjAw MDAwMDA1MjcgNjU1MzUgZg0KMDAwMDAwMDUyOCA2NTUzNSBmDQowMDAwMDAwNTI5IDY1NTM1IGYN CjAwMDAwMDA1MzAgNjU1MzUgZg0KMDAwMDAwMDUzMSA2NTUzNSBmDQowMDAwMDAwNTMyIDY1NTM1 IGYNCjAwMDAwMDA1MzMgNjU1MzUgZg0KMDAwMDAwMDUzNCA2NTUzNSBmDQowMDAwMDAwNTM1IDY1 NTM1IGYNCjAwMDAwMDA1MzYgNjU1MzUgZg0KMDAwMDAwMDUzNyA2NTUzNSBmDQowMDAwMDAwNTM4 IDY1NTM1IGYNCjAwMDAwMDA1MzkgNjU1MzUgZg0KMDAwMDAwMDU0MCA2NTUzNSBmDQowMDAwMDAw NTQxIDY1NTM1IGYNCjAwMDAwMDA1NDIgNjU1MzUgZg0KMDAwMDAwMDU0MyA2NTUzNSBmDQowMDAw MDAwNTQ0IDY1NTM1IGYNCjAwMDAwMDA1NDUgNjU1MzUgZg0KMDAwMDAwMDU0NiA2NTUzNSBmDQow MDAwMDAwNTQ3IDY1NTM1IGYNCjAwMDAwMDA1NDggNjU1MzUgZg0KMDAwMDAwMDU0OSA2NTUzNSBm DQowMDAwMDAwNTUwIDY1NTM1IGYNCjAwMDAwMDA1NTEgNjU1MzUgZg0KMDAwMDAwMDU1MiA2NTUz NSBmDQowMDAwMDAwNTUzIDY1NTM1IGYNCjAwMDAwMDA1NTQgNjU1MzUgZg0KMDAwMDAwMDU1NSA2 NTUzNSBmDQowMDAwMDAwNTU2IDY1NTM1IGYNCjAwMDAwMDA1NTcgNjU1MzUgZg0KMDAwMDAwMDU1 OCA2NTUzNSBmDQowMDAwMDAwNTU5IDY1NTM1IGYNCjAwMDAwMDA1NjAgNjU1MzUgZg0KMDAwMDAw MDU2MSA2NTUzNSBmDQowMDAwMDAwNTYyIDY1NTM1IGYNCjAwMDAwMDA1NjMgNjU1MzUgZg0KMDAw MDAwMDU2NCA2NTUzNSBmDQowMDAwMDAwNTY1IDY1NTM1IGYNCjAwMDAwMDA1NjYgNjU1MzUgZg0K MDAwMDAwMDU2NyA2NTUzNSBmDQowMDAwMDAwNTY4IDY1NTM1IGYNCjAwMDAwMDA1NjkgNjU1MzUg Zg0KMDAwMDAwMDU3MCA2NTUzNSBmDQowMDAwMDAwNTcxIDY1NTM1IGYNCjAwMDAwMDA1NzIgNjU1 MzUgZg0KMDAwMDAwMDU3MyA2NTUzNSBmDQowMDAwMDAwNTc0IDY1NTM1IGYNCjAwMDAwMDA1NzUg NjU1MzUgZg0KMDAwMDAwMDU3NiA2NTUzNSBmDQowMDAwMDAwNTc3IDY1NTM1IGYNCjAwMDAwMDA1 NzggNjU1MzUgZg0KMDAwMDAwMDU3OSA2NTUzNSBmDQowMDAwMDAwNTgwIDY1NTM1IGYNCjAwMDAw MDA1ODEgNjU1MzUgZg0KMDAwMDAwMDU4MiA2NTUzNSBmDQowMDAwMDAwNTgzIDY1NTM1IGYNCjAw MDAwMDA1ODQgNjU1MzUgZg0KMDAwMDAwMDU4NSA2NTUzNSBmDQowMDAwMDAwNTg2IDY1NTM1IGYN CjAwMDAwMDA1ODcgNjU1MzUgZg0KMDAwMDAwMDU4OCA2NTUzNSBmDQowMDAwMDAwNTg5IDY1NTM1 IGYNCjAwMDAwMDA1OTAgNjU1MzUgZg0KMDAwMDAwMDU5MSA2NTUzNSBmDQowMDAwMDAwNTkyIDY1 NTM1IGYNCjAwMDAwMDA1OTMgNjU1MzUgZg0KMDAwMDAwMDU5NCA2NTUzNSBmDQowMDAwMDAwNTk1 IDY1NTM1IGYNCjAwMDAwMDA1OTYgNjU1MzUgZg0KMDAwMDAwMDU5NyA2NTUzNSBmDQowMDAwMDAw NTk4IDY1NTM1IGYNCjAwMDAwMDA1OTkgNjU1MzUgZg0KMDAwMDAwMDYwMCA2NTUzNSBmDQowMDAw MDAwNjAxIDY1NTM1IGYNCjAwMDAwMDA2MDIgNjU1MzUgZg0KMDAwMDAwMDYwMyA2NTUzNSBmDQow MDAwMDAwNjA0IDY1NTM1IGYNCjAwMDAwMDA2MDUgNjU1MzUgZg0KMDAwMDAwMDYwNiA2NTUzNSBm DQowMDAwMDAwNjA3IDY1NTM1IGYNCjAwMDAwMDA2MDggNjU1MzUgZg0KMDAwMDAwMDYwOSA2NTUz NSBmDQowMDAwMDAwNjEwIDY1NTM1IGYNCjAwMDAwMDA2MTEgNjU1MzUgZg0KMDAwMDAwMDYxMiA2 NTUzNSBmDQowMDAwMDAwNjEzIDY1NTM1IGYNCjAwMDAwMDA2MTQgNjU1MzUgZg0KMDAwMDAwMDYx NSA2NTUzNSBmDQowMDAwMDAwNjE2IDY1NTM1IGYNCjAwMDAwMDA2MTcgNjU1MzUgZg0KMDAwMDAw MDYxOCA2NTUzNSBmDQowMDAwMDAwNjE5IDY1NTM1IGYNCjAwMDAwMDA2MjAgNjU1MzUgZg0KMDAw MDAwMDYyMSA2NTUzNSBmDQowMDAwMDAwNjIyIDY1NTM1IGYNCjAwMDAwMDA2MjMgNjU1MzUgZg0K MDAwMDAwMDYyNCA2NTUzNSBmDQowMDAwMDAwNjI1IDY1NTM1IGYNCjAwMDAwMDA2MjYgNjU1MzUg Zg0KMDAwMDAwMDYyNyA2NTUzNSBmDQowMDAwMDAwNjI4IDY1NTM1IGYNCjAwMDAwMDA2MjkgNjU1 MzUgZg0KMDAwMDAwMDYzMCA2NTUzNSBmDQowMDAwMDAwNjMxIDY1NTM1IGYNCjAwMDAwMDA2MzIg NjU1MzUgZg0KMDAwMDAwMDYzMyA2NTUzNSBmDQowMDAwMDAwNjM0IDY1NTM1IGYNCjAwMDAwMDA2 MzUgNjU1MzUgZg0KMDAwMDAwMDYzNiA2NTUzNSBmDQowMDAwMDAwNjM3IDY1NTM1IGYNCjAwMDAw MDA2MzggNjU1MzUgZg0KMDAwMDAwMDYzOSA2NTUzNSBmDQowMDAwMDAwNjQwIDY1NTM1IGYNCjAw MDAwMDA2NDEgNjU1MzUgZg0KMDAwMDAwMDY0MiA2NTUzNSBmDQowMDAwMDAwNjQzIDY1NTM1IGYN CjAwMDAwMDA2NDQgNjU1MzUgZg0KMDAwMDAwMDY0NSA2NTUzNSBmDQowMDAwMDAwNjQ2IDY1NTM1 IGYNCjAwMDAwMDA2NDcgNjU1MzUgZg0KMDAwMDAwMDY0OCA2NTUzNSBmDQowMDAwMDAwNjQ5IDY1 NTM1IGYNCjAwMDAwMDA2NTAgNjU1MzUgZg0KMDAwMDAwMDY1MSA2NTUzNSBmDQowMDAwMDAwNjUy IDY1NTM1IGYNCjAwMDAwMDA2NTMgNjU1MzUgZg0KMDAwMDAwMDY1NCA2NTUzNSBmDQowMDAwMDAw NjU1IDY1NTM1IGYNCjAwMDAwMDA2NTYgNjU1MzUgZg0KMDAwMDAwMDY1NyA2NTUzNSBmDQowMDAw MDAwNjU4IDY1NTM1IGYNCjAwMDAwMDA2NTkgNjU1MzUgZg0KMDAwMDAwMDY2MCA2NTUzNSBmDQow MDAwMDAwNjYxIDY1NTM1IGYNCjAwMDAwMDA2NjIgNjU1MzUgZg0KMDAwMDAwMDY2MyA2NTUzNSBm DQowMDAwMDAwNjY0IDY1NTM1IGYNCjAwMDAwMDA2NjUgNjU1MzUgZg0KMDAwMDAwMDY2NiA2NTUz NSBmDQowMDAwMDAwNjY3IDY1NTM1IGYNCjAwMDAwMDA2NjggNjU1MzUgZg0KMDAwMDAwMDY2OSA2 NTUzNSBmDQowMDAwMDAwNjcwIDY1NTM1IGYNCjAwMDAwMDA2NzEgNjU1MzUgZg0KMDAwMDAwMDY3 MiA2NTUzNSBmDQowMDAwMDAwNjczIDY1NTM1IGYNCjAwMDAwMDA2NzQgNjU1MzUgZg0KMDAwMDAw MDY3NSA2NTUzNSBmDQowMDAwMDAwNjc2IDY1NTM1IGYNCjAwMDAwMDA2NzcgNjU1MzUgZg0KMDAw MDAwMDY3OCA2NTUzNSBmDQowMDAwMDAwNjc5IDY1NTM1IGYNCjAwMDAwMDA2ODAgNjU1MzUgZg0K MDAwMDAwMDY4MSA2NTUzNSBmDQowMDAwMDAwNjgyIDY1NTM1IGYNCjAwMDAwMDA2ODMgNjU1MzUg Zg0KMDAwMDAwMDY4NCA2NTUzNSBmDQowMDAwMDAwNjg1IDY1NTM1IGYNCjAwMDAwMDA2ODYgNjU1 MzUgZg0KMDAwMDAwMDY4NyA2NTUzNSBmDQowMDAwMDAwNjg4IDY1NTM1IGYNCjAwMDAwMDA2ODkg NjU1MzUgZg0KMDAwMDAwMDY5MCA2NTUzNSBmDQowMDAwMDAwNjkxIDY1NTM1IGYNCjAwMDAwMDA2 OTIgNjU1MzUgZg0KMDAwMDAwMDY5MyA2NTUzNSBmDQowMDAwMDAwNjk0IDY1NTM1IGYNCjAwMDAw MDA2OTUgNjU1MzUgZg0KMDAwMDAwMDY5NiA2NTUzNSBmDQowMDAwMDAwNjk3IDY1NTM1IGYNCjAw MDAwMDA2OTggNjU1MzUgZg0KMDAwMDAwMDY5OSA2NTUzNSBmDQowMDAwMDAwNzAwIDY1NTM1IGYN CjAwMDAwMDA3MDEgNjU1MzUgZg0KMDAwMDAwMDcwMiA2NTUzNSBmDQowMDAwMDAwNzAzIDY1NTM1 IGYNCjAwMDAwMDA3MDQgNjU1MzUgZg0KMDAwMDAwMDcwNSA2NTUzNSBmDQowMDAwMDAwNzA2IDY1 NTM1IGYNCjAwMDAwMDA3MDcgNjU1MzUgZg0KMDAwMDAwMDcwOCA2NTUzNSBmDQowMDAwMDAwNzA5 IDY1NTM1IGYNCjAwMDAwMDA3MTAgNjU1MzUgZg0KMDAwMDAwMDcxMSA2NTUzNSBmDQowMDAwMDAw NzEyIDY1NTM1IGYNCjAwMDAwMDA3MTMgNjU1MzUgZg0KMDAwMDAwMDcxNCA2NTUzNSBmDQowMDAw MDAwNzE1IDY1NTM1IGYNCjAwMDAwMDA3MTYgNjU1MzUgZg0KMDAwMDAwMDcxNyA2NTUzNSBmDQow MDAwMDAwNzE4IDY1NTM1IGYNCjAwMDAwMDA3MTkgNjU1MzUgZg0KMDAwMDAwMDcyMCA2NTUzNSBm DQowMDAwMDAwNzIxIDY1NTM1IGYNCjAwMDAwMDA3MjIgNjU1MzUgZg0KMDAwMDAwMDcyMyA2NTUz NSBmDQowMDAwMDAwNzI0IDY1NTM1IGYNCjAwMDAwMDA3MjUgNjU1MzUgZg0KMDAwMDAwMDcyNiA2 NTUzNSBmDQowMDAwMDAwNzI3IDY1NTM1IGYNCjAwMDAwMDA3MjggNjU1MzUgZg0KMDAwMDAwMDcy OSA2NTUzNSBmDQowMDAwMDAwNzMwIDY1NTM1IGYNCjAwMDAwMDA3MzEgNjU1MzUgZg0KMDAwMDAw MDczMiA2NTUzNSBmDQowMDAwMDAwNzMzIDY1NTM1IGYNCjAwMDAwMDA3MzQgNjU1MzUgZg0KMDAw MDAwMDczNSA2NTUzNSBmDQowMDAwMDAwNzM2IDY1NTM1IGYNCjAwMDAwMDA3MzcgNjU1MzUgZg0K MDAwMDAwMDczOCA2NTUzNSBmDQowMDAwMDAwNzM5IDY1NTM1IGYNCjAwMDAwMDA3NDAgNjU1MzUg Zg0KMDAwMDAwMDc0MSA2NTUzNSBmDQowMDAwMDAwNzQyIDY1NTM1IGYNCjAwMDAwMDA3NDMgNjU1 MzUgZg0KMDAwMDAwMDc0NCA2NTUzNSBmDQowMDAwMDAwNzQ1IDY1NTM1IGYNCjAwMDAwMDA3NDYg NjU1MzUgZg0KMDAwMDAwMDc0NyA2NTUzNSBmDQowMDAwMDAwNzQ4IDY1NTM1IGYNCjAwMDAwMDA3 NDkgNjU1MzUgZg0KMDAwMDAwMDc1MCA2NTUzNSBmDQowMDAwMDAwNzUxIDY1NTM1IGYNCjAwMDAw MDA3NTIgNjU1MzUgZg0KMDAwMDAwMDc1MyA2NTUzNSBmDQowMDAwMDAwNzU0IDY1NTM1IGYNCjAw MDAwMDA3NTUgNjU1MzUgZg0KMDAwMDAwMDc1NiA2NTUzNSBmDQowMDAwMDAwNzU3IDY1NTM1IGYN CjAwMDAwMDA3NTggNjU1MzUgZg0KMDAwMDAwMDc1OSA2NTUzNSBmDQowMDAwMDAwNzYwIDY1NTM1 IGYNCjAwMDAwMDA3NjEgNjU1MzUgZg0KMDAwMDAwMDc2MiA2NTUzNSBmDQowMDAwMDAwNzYzIDY1 NTM1IGYNCjAwMDAwMDA3NjQgNjU1MzUgZg0KMDAwMDAwMDc2NSA2NTUzNSBmDQowMDAwMDAwNzY2 IDY1NTM1IGYNCjAwMDAwMDAwMDAgNjU1MzUgZg0KMDAwMDQxMTI4OSAwMDAwMCBuDQowMDAwNDEx NTczIDAwMDAwIG4NCjAwMDA0MTE5MjMgMDAwMDAgbg0KMDAwMDUxMTc4MiAwMDAwMCBuDQowMDAw NTEyMTgyIDAwMDAwIG4NCjAwMDA1MTI1NDAgMDAwMDAgbg0KMDAwMDUxMjY4NiAwMDAwMCBuDQp0 cmFpbGVyDQo8PC9TaXplIDc3NC9Sb290IDEgMCBSL0luZm8gMzA5IDAgUi9JRFs8NjdDMUE0MUM0 REEyNjY0RkJDRTZENDM5M0U3MkQzMEM+PDY3QzFBNDFDNERBMjY2NEZCQ0U2RDQzOTNFNzJEMzBD Pl0gPj4NCnN0YXJ0eHJlZg0KNTE0NzIwDQolJUVPRg0KeHJlZg0KMCAwDQp0cmFpbGVyDQo8PC9T aXplIDc3NC9Sb290IDEgMCBSL0luZm8gMzA5IDAgUi9JRFs8NjdDMUE0MUM0REEyNjY0RkJDRTZE NDM5M0U3MkQzMEM+PDY3QzFBNDFDNERBMjY2NEZCQ0U2RDQzOTNFNzJEMzBDPl0gL1ByZXYgNTE0 NzIwL1hSZWZTdG0gNTEyNjg2Pj4NCnN0YXJ0eHJlZg0KNTMwMzYxDQolJUVPRg== --_009_D28CCF5523E17larskurthcitrixcom_ Content-Type: application/x-msexcel; name="Xen Project 2015 Q4 Budget Report v2.xls" Content-Description: Xen Project 2015 Q4 Budget Report v2.xls Content-Disposition: attachment; filename="Xen Project 2015 Q4 Budget Report v2.xls"; size=60928; creation-date="Tue, 08 Dec 2015 18:18:06 GMT"; modification-date="Tue, 08 Dec 2015 18:18:06 GMT" Content-ID: <00330001216C6C4781E58F85BA138C41@citrix.com> Content-Transfer-Encoding: base64 0M8R4KGxGuEAAAAAAAAAAAAAAAAAAAAAPgADAP7/CQAGAAAAAAAAAAAAAAABAAAAAQAAAAAAAAAA EAAAcgAAAAEAAAD+////AAAAAAAAAAD///////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////////9 ////dQAAAAMAAAAEAAAABQAAAAYAAAAHAAAACAAAAAkAAAAKAAAACwAAAAwAAAANAAAADgAAAA8A AAAQAAAAEQAAABIAAAATAAAAFAAAABUAAAAWAAAAFwAAABgAAAAZAAAAGgAAABsAAAAcAAAAHQAA AB4AAAAfAAAAIAAAACEAAAAiAAAAIwAAACQAAAAlAAAAJgAAACcAAAAoAAAAKQAAACoAAAArAAAA LAAAAC0AAAAuAAAALwAAADAAAAAxAAAAMgAAADMAAAA0AAAANQAAADYAAAA3AAAAOAAAADkAAAA6 AAAAOwAAADwAAAA9AAAAPgAAAD8AAABAAAAAQQAAAEIAAABDAAAARAAAAEUAAABGAAAARwAAAEgA AABJAAAASgAAAEsAAABMAAAATQAAAE4AAABPAAAAUAAAAFEAAABSAAAAUwAAAFQAAABVAAAAVgAA AFcAAABYAAAAWQAAAFoAAABbAAAAXAAAAF0AAABeAAAAXwAAAGAAAABhAAAAYgAAAGMAAABkAAAA ZQAAAGYAAABnAAAAaAAAAGkAAABqAAAAawAAAGwAAABtAAAAbgAAAG8AAABwAAAAcQAAAP7////+ ////dAAAAP7////+/////////////////////////////////////////////////////////1IA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAACAAUA//////////8CAAAAIAgCAAAAAADAAAAAAAAARgAAAAAAAAAAAAAAALNoCq+xMdEB cwAAAMACAAAAAAAAVwBvAHIAawBiAG8AbwBrAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAABIAAgEEAAAA//////////8AAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAACAAAAC98AAAAAAAAFAFMAdQBtAG0AYQByAHkASQBuAGYAbwByAG0AYQB0 AGkAbwBuAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAKAACAQEAAAADAAAA/////wAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADcAAAAAAAAAAUARABvAGMAdQBtAGUAbgB0 AFMAdQBtAG0AYQByAHkASQBuAGYAbwByAG0AYQB0AGkAbwBuAAAAAAAAAAAAAAA4AAIB//////// ////////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABAAAABQBAAAAAAAACQgQ AAAGBQBzYswHWAADAAYGAADhAAIAsATBAAIAAADiAAAAXABwAAoAAExhcnMgS3VydGggICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBCAAIAsARhAQIAAAA9AQgACgAJAAcA CACcAAIAEQAZAAIAAAASAAIAAAATAAIAAACvAQIAAAC8AQIAAAA9ABIAPBQ8tXRezC44AAAAAAAB AEADQAACAAAAjQACAAAAIgACAAAADgACAAEAtwECAAAA2gACAAAAMQAaAMgAAAD/f5ABAAAAAAAA BQFBAHIAaQBhAGwAMQAaAMgAAAD/f5ABAAAAAAAABQFBAHIAaQBhAGwAMQAaAMgAAAD/f5ABAAAA AAAABQFBAHIAaQBhAGwAMQAaAMgAAAD/f5ABAAAAAAAABQFBAHIAaQBhAGwAMQAaAKAAAAD/f5AB AAAAAAAABQFBAHIAaQBhAGwAMQAaAMgAAAD/f5ABAAAAAAAABQFBAHIAaQBhAGwAMQAaAGgBAAD/ f5ABAAAAAAAABQFBAHIAaQBhAGwAMQAeAPAAAAAIAJABAAAAAgAABwFDAGEAbABpAGIAcgBpADEA HgDwAAAACQCQAQAAAAIAAAcBQwBhAGwAaQBiAHIAaQAxAB4A8AAAAA4AkAEAAAACAAAHAUMAYQBs AGkAYgByAGkAMQAeAPAAAQA0ALwCAAAAAgAABwFDAGEAbABpAGIAcgBpADEAHgDwAAEACQC8AgAA AAIAAAcBQwBhAGwAaQBiAHIAaQAxAB4A8AACABcAkAEAAAACAAAHAUMAYQBsAGkAYgByAGkAMQAe APAAAAARAJABAAAAAgAABwFDAGEAbABpAGIAcgBpADEAHgAsAQEAPgC8AgAAAAIAAAcBQwBhAGwA aQBiAHIAaQAxAB4ABAEBAD4AvAIAAAACAAAHAUMAYQBsAGkAYgByAGkAMQAeANwAAQA+ALwCAAAA AgAABwFDAGEAbABpAGIAcgBpADEAHgDwAAAAPgCQAQAAAAIAAAcBQwBhAGwAaQBiAHIAaQAxAB4A 8AAAADQAkAEAAAACAAAHAUMAYQBsAGkAYgByAGkAMQAeAPAAAAA8AJABAAAAAgAABwFDAGEAbABp AGIAcgBpADEAHgDwAAEAPwC8AgAAAAIAAAcBQwBhAGwAaQBiAHIAaQAxAB4AaAEBAD4AvAIAAAAC AAAHAUMAYQBtAGIAcgBpAGEAMQAeAPAAAQAIALwCAAAAAgAABwFDAGEAbABpAGIAcgBpADEAHgDw AAAACgCQAQAAAAIAAAcBQwBhAGwAaQBiAHIAaQAxABoAyAABAAkAvAIAAAAAAAAFAUEAcgBpAGEA bAAxABoAaAEBAAkAvAIAAAAAAAAFAUEAcgBpAGEAbAAxABoAaAEAAD8AkAEAAAAAAAAFAUEAcgBp AGEAbAAxABoAkAEBAAkAvAIAAAAAAAAFAUEAcgBpAGEAbAAxABoAkAEAAD8AkAEAAAAAAAAFAUEA cgBpAGEAbAAxABoAaAEBABMAvAIAAAAAAAAFAUEAcgBpAGEAbAAxABoAaAEBAB4AvAIAAAAAAAAF AUEAcgBpAGEAbAAxABoAkAEAAD8AkAEBAAAAAAAFAUEAcgBpAGEAbAAxABoAyAAEACcAkAEAAAEA AAAFAUEAcgBpAGEAbAAxABoAyAAEACQAkAEAAAEAAAAFAUEAcgBpAGEAbAAxABoAtAABAD8AvAIA AAAAAAAFAUEAcgBpAGEAbAAxABoAoAAAAD8AkAEAAAAAAAAFAUEAcgBpAGEAbAAxABoAoAAAAAoA kAEAAAAAAAAFAUEAcgBpAGEAbAAxABoAoAABAD8AvAIAAAAAAAAFAUEAcgBpAGEAbAAeBBgABQAT AAAioyIjLCMjMDtcLSKjIiMsIyMwHgQdAAYAGAAAIqMiIywjIzA7W1JlZF1cLSKjIiMsIyMwHgQe AAcAGQAAIqMiIywjIzAuMDA7XC0ioyIjLCMjMC4wMB4EIwAIAB4AACKjIiMsIyMwLjAwO1tSZWRd XC0ioyIjLCMjMC4wMB4ENQAqADAAAF8tIqMiKiAjLCMjMF8tO1wtIqMiKiAjLCMjMF8tO18tIqMi KiAiLSJfLTtfLUBfLR4ELAApACcAAF8tKiAjLCMjMF8tO1wtKiAjLCMjMF8tO18tKiAiLSJfLTtf LUBfLR4EPQAsADgAAF8tIqMiKiAjLCMjMC4wMF8tO1wtIqMiKiAjLCMjMC4wMF8tO18tIqMiKiAi LSI/P18tO18tQF8tHgQ0ACsALwAAXy0qICMsIyMwLjAwXy07XC0qICMsIyMwLjAwXy07Xy0qICIt Ij8/Xy07Xy1AXy0eBBgApAATAAAiJCIjLCMjMDtcLSIkIiMsIyMwHgQdAKUAGAAAIiQiIywjIzA7 W1JlZF1cLSIkIiMsIyMwHgQeAKYAGQAAIiQiIywjIzAuMDA7XC0iJCIjLCMjMC4wMB4EIwCnAB4A ACIkIiMsIyMwLjAwO1tSZWRdXC0iJCIjLCMjMC4wMB4ENQCoADAAAF8tIiQiKiAjLCMjMF8tO1wt IiQiKiAjLCMjMF8tO18tIiQiKiAiLSJfLTtfLUBfLR4EPQCpADgAAF8tIiQiKiAjLCMjMC4wMF8t O1wtIiQiKiAjLCMjMC4wMF8tO18tIiQiKiAiLSI/P18tO18tQF8tHgQcAKoAFwAAIiQiIywjIzBf KTtcKCIkIiMsIyMwXCkeBCEAqwAcAAAiJCIjLCMjMF8pO1tSZWRdXCgiJCIjLCMjMFwpHgQiAKwA HQAAIiQiIywjIzAuMDBfKTtcKCIkIiMsIyMwLjAwXCkeBCcArQAiAAAiJCIjLCMjMC4wMF8pO1tS ZWRdXCgiJCIjLCMjMC4wMFwpHgQuAK4AKQAAXygqICMsIyMwXyk7XygqIFwoIywjIzBcKTtfKCog Ii0iXyk7XyhAXykeBDcArwAyAABfKCIkIiogIywjIzBfKTtfKCIkIiogXCgjLCMjMFwpO18oIiQi KiAiLSJfKTtfKEBfKR4ENgCwADEAAF8oKiAjLCMjMC4wMF8pO18oKiBcKCMsIyMwLjAwXCk7Xygq ICItIj8/Xyk7XyhAXykeBD8AsQA6AABfKCIkIiogIywjIzAuMDBfKTtfKCIkIiogXCgjLCMjMC4w MFwpO18oIiQiKiAiLSI/P18pO18oQF8pHgQSALIADQAAIiQiKiAjLCMjMC4wMB4EDACzAAcAACMs IyMwLjAeBBoAtAAVAAAiJCIjLCMjMDtcKCIkIiMsIyMwXCkeBA0AtQAIAAAiJCIjLCMjMB4EEAC2 AAsAACIkIiMsIyMwLjAwHgQPALcACgAAIiQiIywjIzAuMB4ECAC4AAMAADAuMB4EHgC5ABkAACIk IiMsIyMwLjA7XCgiJCIjLCMjMC4wXCkeBCAAugAbAAAiJCIjLCMjMC4wMDtcKCIkIiMsIyMwLjAw XCkeBB0AuwAMAAEjACwAIwAjADAALgAwADAAXAAgAF8ArCAeBCcAvAARAAEiACQAIgAqACAAIwAs ACMAIwAwAC4AMAAwAFwAIABfAKwgHgQiAL0AHQAAIiQiIywjIzAuMDAwO1woIiQiIywjIzAuMDAw XCkeBBsAvgALAAEjACwAIwAjADAALgAwAFwAIABfAKwgHgQXAL8ACQABIwAsACMAIwAwAFwAIABf AKwgHgQXAMAAEgAAWyQkLTQ1Q11cICMsIyMwLjAwHgQUAMEADwAAWyQkLTQ1Q11cICMsIyMw4AAU AAAAAAD1/yAAAAAAAAAAAAAAAMAg4AAUAAEAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAEAAAD1/yAA APQAAAAAAAAAAMAg4AAUAAIAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAIAAAD1/yAAAPQAAAAAAAAA AMAg4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAA AAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAAAAD1/yAAAPQA AAAAAAAAAMAg4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg 4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAAAAD1 /yAAAPQAAAAAAAAAAMAg4AAUAAAAAAABACAAAAAAAAAAAAAAAMAg4AAUAAgAAAD1/yAAALQAAAAA AAAABIkg4AAUAAgAAAD1/yAAALQAAAAAAAAABK8g4AAUAAgAAAD1/yAAALQAAAAAAAAABJog4AAU AAgAAAD1/yAAALQAAAAAAAAABIkg4AAUAAgAAAD1/yAAALQAAAAAAAAABJsg4AAUAAgAAAD1/yAA ALQAAAAAAAAABK8g4AAUAAgAAAD1/yAAALQAAAAAAAAABJYg4AAUAAgAAAD1/yAAALQAAAAAAAAA BJ0g4AAUAAgAAAD1/yAAALQAAAAAAAAABKsg4AAUAAgAAAD1/yAAALQAAAAAAAAABJYg4AAUAAgA AAD1/yAAALQAAAAAAAAABKwg4AAUAAgAAAD1/yAAALQAAAAAAAAABK8g4AAUAAkAAAD1/yAAALQA AAAAAAAABLEg4AAUAAkAAAD1/yAAALQAAAAAAAAABJ0g4AAUAAkAAAD1/yAAALQAAAAAAAAABKsg 4AAUAAkAAAD1/yAAALQAAAAAAAAABJYg4AAUAAkAAAD1/yAAALQAAAAAAAAABLEg4AAUAAkAAAD1 /yAAALQAAAAAAAAABK8g4AAUAAkAAAD1/yAAALQAAAAAAAAABLEg4AAUAAkAAAD1/yAAALQAAAAA AAAABJMg4AAUAAkAAAD1/yAAALQAAAAAAAAABJMg4AAUAAkAAAD1/yAAALQAAAAAAAAABLYg4AAU AAkAAAD1/yAAALQAAAAAAAAABLEg4AAUAAkAAAD1/yAAALQAAAAAAAAABLUg4AAUAAoAAAD1/yAA ALQAAAAAAAAABK0g4AAUAAsAAAD1/yAAAJQREZcLlwsABIkg4AAUAAwAAAD1/yAAAJRmZr8fvx8A BLcg4AAUAAEAsQD1/yAAAPgAAAAAAAAAAMAg4AAUAAEArwD1/yAAAPgAAAAAAAAAAMAg4AAUAAYA KwD1/yAAAPgAAAAAAAAAAMAg4AAUAAEAsAD1/yAAAPgAAAAAAAAAAMAg4AAUAAEArgD1/yAAAPgA AAAAAAAAAMAg4AAUAA0AAAD1/yAAAPQAAAAAAAAAAMAg4AAUAA4AAAD1/yAAALQAAAAAAAAABKog 4AAUAA8AAAD1/yAAANQAUAAAgBgAAMAg4AAUABAAAAD1/yAAANQAUAAAAAsAAMAg4AAUABEAAAD1 /yAAANQAIAAAgBgAAMAg4AAUABEAAAD1/yAAAPQAAAAAAAAAAMAg4AAUABIAAAD1/yAAAJQREZcL lwsABK8g4AAUABMAAAD1/yAAANQAYAAAABoAAMAg4AAUABQAAAD1/yAAALQAAAAAAAAABKsg4AAU AAYAAAD1/yAAAAAAAAAAAAAAAMAg4AAUAAYAAAD1/yAAAJwRERYLFgsABJog4AAUABUAAAD1/yAA AJQREb8fvx8ABIkg4AAUAAEACQD1/yAAAPgAAAAAAAAAAMAg4AAUABYAAAD1/yAAAPQAAAAAAAAA AMAg4AAUABcAAAD1/yAAANQAYQAAsRgAAMAg4AAUABgAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAA AAABACAAAAgAAAAAAAAAAMAg4AAUABoAAAABACkAAHgiUokEiQQABj8g4AAUAAcAAAABACgAAHgi UokEiQQABj8g4AAUABsAAAABACkAAHgiJYkEiQQABhYg4AAUABsAAwABACsAAHwiJYkEiQQABhYg 4AAUABsAAAABACkAAHgiIokEiQQABhYg4AAUABsAAwABACsAAHwiIokEiQQABhYg4AAUABoAAAAB ACkAAHgiJYkEiQQABj8g4AAUABoAAwABACsAAHwiJYkEiQQABj8g4AAUABsAAAABACkAAHgiUokE iQQABgkg4AAUABsAAwABACsAAHwiUokEiQQABgkg4AAUABwAAAABACkAAHgiUokEiQQABj8g4AAU AB0AAAABACkAAHgiJYkEiQQABhYg4AAUAB0AAAABACkAAHgiIokEiQQABgkg4AAUAB0AAAABACkA AHgiUokEiQQABhYg4AAUABwAAAABACkAAHgiJYkEiQQABj8g4AAUABwAAwABACsAAHwiJYkEiQQA Bj8g4AAUAB4AAAABACkAAHgiJYkEiQQABhYg4AAUAAAAAwABACAAAAQAAAAAAAAAAMAg4AAUAB4A AwABACsAAHwiJYkEiQQABhYg4AAUAB8AAAABACkAAHgiIokEiQQABgkg4AAUAB8AAwABACsAAHwi IokEiQQABgkg4AAUABsAAAABACkAAHgiIokEiQQABgkg4AAUABsAAwABACsAAHwiIokEiQQABgkg 4AAUAB4AAAABACkAAHgiIokEiQQABhYg4AAUAB4AAwABACsAAHwiIokEiQQABhYg4AAUABwAAAAB ACsAAHgiUokEiQQABj8g4AAUAAcAAAABABgAAHgiUokEiQQABj8g4AAUAB0AAwABACsAAHwiJYkE iQQABhYg4AAUACAAAAABACsAAHgiJYkEiQQABhYg4AAUAB0AAwABACsAAHwiIokEiQQABgkg4AAU ACAAAAABACsAAHgiIokEiQQABgkg4AAUAB0AAwABACsAAHwiUokEiQQABhYg4AAUACAAAAABACsA AHgiUokEiQQABhYg4AAUAAcAAAABABsAAHgiJYkEiQQABj8g4AAUABkAAAABAAkAAHgiUokEiQQA Bj8g4AAUACQAAAABAAsAAHgiAokECQAABgkg4AAUACQAAAABAAsAAHgiIIkEgAQABgkg4AAUACQA AwABAAsAAHwiAokECQAABgkg4AAUACQAAAABAAsAAHgiIokEiQQABgkg4AAUACQAAwABAAsAAHwi IokEiQQABgkg4AAUACUAAAABAAkAAHgiIokEiQQABgkg4AAUACQAAAABAAsAAHgiIokEiQQABhYg 4AAUACQAAwABAAsAAHwiIokEiQQABhYg4AAUACQAAAABAAkAAHgiIokEiQQABhYg4AAUACQAAAAB AAsAAHgiAokECQAABhYg4AAUACQAAAABAAsAAHgiIIkEgAQABhYg4AAUACQAAAABAAkAAHgiAokE CQAABhYg4AAUACUAAAABAAkAAHgiIIkEgAQABhYg4AAUACQAAAABAAkAAHgiIokEiQQABgkg4AAU ACUAAAABAAkAAHgiIokEiQQABhYg4AAUACQAAwABAAsAAHwiIIkEgAQABgkg4AAUAAcAAAABABgA AHgiIokEiQQABhYg4AAUAAcAAAABABgAAHgiIokEiQQABgkg4AAUACQAAAABAAsAAHgiUokEiQQA Bgkg4AAUACQAAwABAAsAAHwiUokEiQQABgkg4AAUACQAAAABAAkAAHgiUokEiQQABgkg4AAUABkA AAABAAkAAHgiJYkEiQQABj8g4AAUABkAAwABAAsAAHwiJYkEiQQABj8g4AAUACMAAAABAAkAAHgC JQkAiQQABiwg4AAUACMAAAABAAkAAHgAJQAAiQQABiwg4AAUACMAAAABAAkAAHggJYAEiQQABiwg 4AAUACQAAwABAAsAAHwiAokECQAABgkg4AAUACQAAwABAAsAAHwiIIkEgAQABgkg4AAUAAcAAAAB ABgAAHgiAokECQAABgkg4AAUAAcAAAABABgAAHgiIIkEgAQABgkg4AAUACMAAAABAAkAAHgCIgkA iQQABiwg4AAUACMAAAABAAkAAHgAIgAAiQQABiwg4AAUACMAAAABAAkAAHggIoAEiQQABiwg4AAU ACQAAwABAAsAAHwiAokECQAABhYg4AAUACQAAwABAAsAAHwiIIkEgAQABhYg4AAUACUAAAABAAkA AHgiAokECQAABgkg4AAUACUAAAABAAkAAHgiIIkEgAQABgkg4AAUACYAAAABAAkAAHgCIgkAiQQA Biwg4AAUACYAAAABAAkAAHgAIgAAiQQABiwg4AAUACYAAAABAAkAAHggIoAEiQQABiwg4AAUABkA AwABAAkAAHwiUokEiQQABj8g4AAUACQAAwABAAkAAHwiAokECQAABgkg4AAUAAcAAwABABsAAHwi AokECQAABgkg4AAUACQAAwABAAkAAHwiIIkEgAQABgkg4AAUAAcAAwABABsAAHwiIIkEgAQABgkg 4AAUACUAAwABAAsAAHwiIokEiQQABgkg4AAUACQAAwABAAkAAHwiIokEiQQABhYg4AAUAAcAAwAB ABsAAHwiIokEiQQABhYg4AAUAAcAAwABABsAAHwiAokECQAABhYg4AAUAAcAAwABABsAAHwiIIkE gAQABhYg4AAUAAcAAwABABsAAHwiIokEiQQABgkg4AAUACQAAwABAAkAAHwiIokEiQQABgkg4AAU AAUAAwABAAsAAHwiIokEiQQABhYg4AAUAAUAAwABAAsAAHwiIokEiQQABgkg4AAUAAUAAwABABsA AHwiAokECQAABhYg4AAUAAUAAwABABsAAHwiIIkEgAQABhYg4AAUAAUAAAABAAkAAHgiIokEiQQA BgkgfAgUAHwIAAAAAAAAAAAAAAAAnQBQ1s3CfQhBAH0IAAAAAAAAAAAAAAAAEAAAAAMADQAUAAMA AAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAGVmBAAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAA EQAAAAMADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAGVmBQAAADtfKEBfKSAgfQhBAH0I AAAAAAAAAAAAAAAAEgAAAAMADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAGVmBgAAADtf KEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAEwAAAAMADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgQA FAADAGVmBwAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAFAAAAAMADQAUAAMAAAABAAAAXCkA XwCsIDAOAAUAAgQAFAADAGVmCAAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAFQAAAAMADQAU AAMAAAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAGVmCQAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAA AAAAFgAAAAMADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAMxMBAAAADtfKEBfKSAgfQhB AH0IAAAAAAAAAAAAAAAAFwAAAAMADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAMxMBQAA ADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAGAAAAAMADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUA AgQAFAADAMxMBgAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAGQAAAAMADQAUAAMAAAABAAAA XCkAXwCsIDAOAAUAAgQAFAADAMxMBwAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAGgAAAAMA DQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAMxMCAAAADtfKEBfKSAgfQhBAH0IAAAAAAAA AAAAAAAAGwAAAAMADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAMxMCQAAADtfKEBfKSAg fQhBAH0IAAAAAAAAAAAAAAAAHAAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQAFAADADIz BAAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAHQAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAO AAUAAgQAFAADADIzBQAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAHgAAAAMADQAUAAMAAAAA AAAAXCkAXwCsIDAOAAUAAgQAFAADADIzBgAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAHwAA AAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQAFAADADIzBwAAADtfKEBfKSAgfQhBAH0IAAAA AAAAAAAAAAAAIAAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQAFAADADIzCAAAADtfKEBf KSAgfQhBAH0IAAAAAAAAAAAAAAAAIQAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQAFAAD ADIzCQAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAIgAAAAMADQAUAAMAAAAAAAAAXCkAXwCs IDAOAAUAAgQAFAADAAAABAAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAIwAAAAMADQAUAAMA AAAAAAAAXCkAXwCsIDAOAAUAAgQAFAADAAAABQAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAA JAAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQAFAADAAAABgAAADtfKEBfKSAgfQhBAH0I AAAAAAAAAAAAAAAAJQAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQAFAADAAAABwAAADtf KEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAJgAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQA FAADAAAACAAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAJwAAAAMADQAUAAMAAAAAAAAAXCkA XwCsIDAOAAUAAgQAFAADAAAACQAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAKAAAAAMADQAU AAIAAACcAAb/XCkAXwCsIDAOAAUAAgQAFAACAAAA/8fO/ztfKEBfKSAgfQiRAH0IAAAAAAAAAAAA AAAAKQAAAAcADQAUAAIAAAD6fQD/XCkAXwCsIDAOAAUAAgQAFAACAAAA8vLy/ztfKEBfKSAgBwAU AAIAAAB/f3//ICAgICAgICAIABQAAgAAAH9/f/8gICAgICAgIAkAFAACAAAAf39//w5GgkgORoIo CgAUAAIAAAB/f3//AAAAWCb6v4h9CJEAfQgAAAAAAAAAAAAAAAAqAAAABwANABQAAwAAAAAAAABc KQBfAKwgMA4ABQACBAAUAAIAAAClpaX/O18oQF8pICAHABQAAgAAAD8/P/8gICAgICAgIAgAFAAC AAAAPz8//yAgICAgICAgCQAUAAIAAAA/Pz//DkaCSA5GgigKABQAAgAAAD8/P/8AAABYJvq/iH0I LQB9CAAAAAAAAAAAAAAAADAAAAACAA0AFAACAAAAf39//1wpAF8ArCAwDgAFAAJ9CEEAfQgAAAAA AAAAAAAAAAAxAAAAAwANABQAAgAAAABhAP9cKQBfAKwgMA4ABQACBAAUAAIAAADG787/O18oQF8p ICB9CEEAfQgAAAAAAAAAAAAAAAAyAAAAAwANABQAAwAAAAMAAABcKQBfAKwgMA4ABQACCAAUAAMA AAAEAAAAO18oQF8pICB9CEEAfQgAAAAAAAAAAAAAAAAzAAAAAwANABQAAwAAAAMAAABcKQBfAKwg MA4ABQACCAAUAAMA/z8EAAAAO18oQF8pICB9CEEAfQgAAAAAAAAAAAAAAAA0AAAAAwANABQAAwAA AAMAAABcKQBfAKwgMA4ABQACCAAUAAMAMjMEAAAAO18oQF8pICB9CC0AfQgAAAAAAAAAAAAAAAA1 AAAAAgANABQAAwAAAAMAAABcKQBfAKwgMA4ABQACfQiRAH0IAAAAAAAAAAAAAAAANgAAAAcADQAU AAIAAAA/P3b/XCkAXwCsIDAOAAUAAgQAFAACAAAA/8yZ/ztfKEBfKSAgBwAUAAIAAAB/f3//ICAg ICAgICAIABQAAgAAAH9/f/8gICAgICAgIAkAFAACAAAAf39//w5GgkgORoIoCgAUAAIAAAB/f3// AAAAWCb6v4h9CEEAfQgAAAAAAAAAAAAAAAA3AAAAAwANABQAAgAAAPp9AP9cKQBfAKwgMA4ABQAC CAAUAAIAAAD/gAH/O18oQF8pICB9CEEAfQgAAAAAAAAAAAAAAAA4AAAAAwANABQAAgAAAJxlAP9c KQBfAKwgMA4ABQACBAAUAAIAAAD/65z/O18oQF8pICB9CHgAfQgAAAAAAAAAAAAAAAA6AAAABQAE ABQAAgAAAP//zP9cKQBfAKwgMAcAFAACAAAAsrKy/wD/65z/O18oCAAUAAIAAACysrL/AH9/f/8g ICAJABQAAgAAALKysv8Af39//yAgIAoAFAACAAAAsrKy/wB/f3//DkaCfQiRAH0IAAAAAAAAAAAA AAAAOwAAAAcADQAUAAIAAAA/Pz//XCkAXwCsIDAOAAUAAgQAFAACAAAA8vLy/ztfKAgAFAACBwAU AAIAAAA/Pz//ICAgCQAUAAIIABQAAgAAAD8/P/8gICAKABQAAgkAFAACAAAAPz8//w5GgkgORoIo CgAUAAIAAAA/Pz//AAAAWCb6v4h9CC0AfQgAAAAAAAAAAAAAAAA9AAAAAgANABQAAwAAAAMAAABc KQBfAKwgMA4ABQABfQhVAH0IAAAAAAAAAAAAAAAAPgAAAAQADQAUAAMAAAABAAAAXCkAXwCsIDAO AAUAAgcAFAADAAAABAAAADtfKAgAFAACCAAUAAMAAAAEAAAAICAgCQAUAAJ9CC0AfQgAAAAAAAAA AAAAAAA/AAAAAgANABQAAgAAAP8AAP9cKQBfAKwgMA4ABQACfQiMAH0IAAAAAAAAAAAAAAAAQQAA AAYADQAUAAIAAAD/////XCkAXwCsIDAEABQAAgAAAE1PU/8ABAAAADtfKAcAFAACAAAA/////wAE AAAAICAgCAAUAAIAAAD/////AD8/P/8gICAJABQAAgAAAP////8APz8//w5GggoAFAACAAAA//// /wA/Pz//AAAAfQh4AH0IAAAAAAAAAAAAAAAAQgAAAAUABAAUAAIAAABNT1P/XCkAXwCsIDAHABQA AgAAAP////8ABAAAADtfKAgAFAACAAAA/////wAEAAAAICAgCQAUAAIAAAD/////AD8/P/8gICAK ABQAAgAAAP////8APz8//w5Ggn0IjAB9CAAAAAAAAAAAAAAAAEMAAAAGAA0AFAACAAAATU9T/1wp AF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA//// /wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAA AAAAAAAAAAAAAEQAAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygH ABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8O RoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAEUAAAAGAA0AFAACAAAATU9T /1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA /////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9 CAAAAAAAAAAAAAAAAEYAAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7 XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/ P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAEcAAAAGAA0AFAACAAAA /////1wpAF8ArCAwBAAUAAIAAABNT1P/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAAC AAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0I jAB9CAAAAAAAAAAAAAAAAEgAAAAGAA0AFAACAAAA/////1wpAF8ArCAwBAAUAAIAAABNT1P/AAQA AAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD///// AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAEkAAAAGAA0AFAAC AAAATU9T/1wpAF8ArCAwBAAUAAIAAADp6en/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgA FAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAA AH0IjAB9CAAAAAAAAAAAAAAAAEoAAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADp6en/ AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/ ////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAEsAAAAGAA0A FAACAAAA/////1wpAF8ArCAwBAAUAAIAAABNT1P/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAg IAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8/ /wAAAH0IjAB9CAAAAAAAAAAAAAAAAEwAAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADQ 0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIA AAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAE0AAAAG AA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADp6en/AAQAAAA7XygHABQAAgAAAP////8ABAAA ACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8A Pz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAE4AAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIA AADQ0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAU AAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAE8A AAAGAA0AFAACAAAA/////1wpAF8ArCAwBAAUAAIAAABNT1P/AAQAAAA7XygHABQAAgAAAP////8A BAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP// //8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAFAAAAAGAA0AFAACAAAA/////1wpAF8ArCAwBAAU AAIAAABNT1P/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAg CQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAA AFEAAAAGAA0AFAACAAAAcJY+/1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygHABQAAgAAAP// //8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAA AP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAFMAAAAGAA0AFAACAAAAcJY+/1wpAF8ArCAw BAAUAAIAAADQ0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz// ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAA AAAAAFQAAAAGAA0AFAACAAAAAHm9/1wpAF8ArCAwBAAUAAIAAADp6en/AAQAAAA7XygHABQAAgAA AP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQA AgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAFUAAAAGAA0AFAACAAAAAHm9/1wpAF8A rCAwBAAUAAIAAADp6en/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/ Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAA AAAAAAAAAFYAAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADp6en/AAQAAAA7XygHABQA AgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIK ABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAFcAAAAGAA0AFAACAAAATU9T/1wp AF8ArCAwBAAUAAIAAADp6en/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA//// /wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAA AAAAAAAAAAAAAFgAAAAGAA0AFAACAAAAcJY+/1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygH ABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8O RoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAFkAAAAGAA0AFAACAAAAcJY+ /1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA /////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9 CAAAAAAAAAAAAAAAAFoAAAAGAA0AFAACAAAA/////1wpAF8ArCAwBAAUAAIAAABNT1P/AAQAAAA7 XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/ P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IeAB9CAAAAAAAAAAAAAAAAFsAAAAFAAQAFAACAAAA TU9T/1wpAF8ArCAwBwAUAAIAAAD/////AAQAAAA7XygIABQAAgAAAP////8ABAAAACAgIAkAFAAC AAAA/////wA/Pz//ICAgCgAUAAIAAAD/////AD8/P/8ORoJ9CIwAfQgAAAAAAAAAAAAAAABcAAAA BgANABQAAgAAAE1PU/9cKQBfAKwgMAQAFAACAAAA0NDR/wAEAAAAO18oBwAUAAIAAAD/////AAQA AAAgICAIABQAAgAAAP////8APz8//yAgIAkAFAACAAAA/////wA/Pz//DkaCCgAUAAIAAAD///// AD8/P/8AAAB9CIwAfQgAAAAAAAAAAAAAAABdAAAABgANABQAAgAAAE1PU/9cKQBfAKwgMAQAFAAC AAAA0NDR/wAEAAAAO18oBwAUAAIAAAD/////AAQAAAAgICAIABQAAgAAAP////8APz8//yAgIAkA FAACAAAA/////wA/Pz//DkaCCgAUAAIAAAD/////AD8/P/8AAAB9CIwAfQgAAAAAAAAAAAAAAABe AAAABgANABQAAgAAAE1PU/9cKQBfAKwgMAQAFAACAAAA6enp/wAEAAAAO18oBwAUAAIAAAD///// AAQAAAAgICAIABQAAgAAAP////8APz8//yAgIAkAFAACAAAA/////wA/Pz//DkaCCgAUAAIAAAD/ ////AD8/P/8AAAB9CIwAfQgAAAAAAAAAAAAAAABfAAAABgANABQAAgAAAE1PU/9cKQBfAKwgMAQA FAACAAAA6enp/wAEAAAAO18oBwAUAAIAAAD/////AAQAAAAgICAIABQAAgAAAP////8APz8//yAg IAkAFAACAAAA/////wA/Pz//DkaCCgAUAAIAAAD/////AD8/P/8AAAB9CIwAfQgAAAAAAAAAAAAA AABgAAAABgANABQAAgAAAE1PU/9cKQBfAKwgMAQAFAACAAAA0NDR/wAEAAAAO18oBwAUAAIAAAD/ ////AAQAAAAgICAIABQAAgAAAP////8APz8//yAgIAkAFAACAAAA/////wA/Pz//DkaCCgAUAAIA AAD/////AD8/P/8AAAB9CIwAfQgAAAAAAAAAAAAAAABhAAAABgANABQAAgAAAE1PU/9cKQBfAKwg MAQAFAACAAAA0NDR/wAEAAAAO18oBwAUAAIAAAD/////AAQAAAAgICAIABQAAgAAAP////8APz8/ /yAgIAkAFAACAAAA/////wA/Pz//DkaCCgAUAAIAAAD/////AD8/P/8AAAB9CHgAfQgAAAAAAAAA AAAAAABiAAAABQAEABQAAgAAAE1PU/9cKQBfAKwgMAcAFAACAAAA/////wAEAAAAO18oCAAUAAIA AAD/////AAQAAAAgICAJABQAAgAAAP////8APz8//yAgIAoAFAACAAAA/////wA/Pz//DkaCfQiM AH0IAAAAAAAAAAAAAAAAYwAAAAYADQAUAAIAAAD/////XCkAXwCsIDAEABQAAgAAAE1PU/8ABAAA ADtfKAcAFAACAAAA/////wAEAAAAICAgCAAUAAIAAAD/////AD8/P/8gICAJABQAAgAAAP////8A Pz8//w5GggoAFAACAAAA/////wA/Pz//AAAAfQh4AH0IAAAAAAAAAAAAAAAAZAAAAAUADQAUAAIA AABNT1P/XCkAXwCsIDAEABQAAgAAAOnp6f8ABAAAADtfKAcAFAACAAAA/////wAEAAAAICAgCQAU AAIAAAD/////AD8/P/8gICAKABQAAgAAAP////8APz8//w5Ggn0IeAB9CAAAAAAAAAAAAAAAAGUA AAAFAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADp6en/AAQAAAA7XygIABQAAgAAAP////8A BAAAACAgIAkAFAACAAAA/////wA/Pz//ICAgCgAUAAIAAAD/////AD8/P/8ORoJ9CHgAfQgAAAAA AAAAAAAAAABmAAAABQANABQAAgAAAE1PU/9cKQBfAKwgMAQAFAACAAAA6enp/wAEAAAAO18oBwAU AAIAAAD/////AAQAAAAgICAJABQAAgAAAP////8APz8//yAgIAoAFAACAAAA/////wA/Pz//DkaC fQiMAH0IAAAAAAAAAAAAAAAAZwAAAAYADQAUAAIAAABNT1P/XCkAXwCsIDAEABQAAgAAAOnp6f8A BAAAADtfKAcAFAACAAAA/////wAEAAAAICAgCAAUAAIAAAD/////AD8/P/8gICAJABQAAgAAAP// //8APz8//w5GggoAFAACAAAA/////wA/Pz//AAAAfQiMAH0IAAAAAAAAAAAAAAAAaAAAAAYADQAU AAIAAABNT1P/XCkAXwCsIDAEABQAAgAAAOnp6f8ABAAAADtfKAcAFAACAAAA/////wAEAAAAICAg CAAUAAIAAAD/////AD8/P/8gICAJABQAAgAAAP////8APz8//w5GggoAFAACAAAA/////wA/Pz// AAAAfQiMAH0IAAAAAAAAAAAAAAAAaQAAAAYADQAUAAIAAAD/AAD/XCkAXwCsIDAEABQAAgAAAOnp 6f8ABAAAADtfKAcAFAACAAAA/////wAEAAAAICAgCAAUAAIAAAD/////AD8/P/8gICAJABQAAgAA AP////8APz8//w5GggoAFAACAAAA/////wA/Pz//AAAAfQiMAH0IAAAAAAAAAAAAAAAAagAAAAYA DQAUAAIAAABNT1P/XCkAXwCsIDAEABQAAgAAANDQ0f8ABAAAADtfKAcAFAACAAAA/////wAEAAAA ICAgCAAUAAIAAAD/////AD8/P/8gICAJABQAAgAAAP////8APz8//w5GggoAFAACAAAA/////wA/ Pz//AAAAfQiMAH0IAAAAAAAAAAAAAAAAawAAAAYADQAUAAIAAABNT1P/XCkAXwCsIDAEABQAAgAA ANDQ0f8ABAAAADtfKAcAFAACAAAA/////wAEAAAAICAgCAAUAAIAAAD/////AD8/P/8gICAJABQA AgAAAP////8APz8//w5GggoAFAACAAAA/////wA/Pz//AAAAfQiMAH0IAAAAAAAAAAAAAAAAbAAA AAYADQAUAAIAAABNT1P/XCkAXwCsIDAEABQAAgAAANDQ0f8ABAAAADtfKAcAFAACAAAA/////wAE AAAAICAgCAAUAAIAAAD/////AD8/P/8gICAJABQAAgAAAP////8APz8//w5GggoAFAACAAAA//// /wA/Pz//AAAAfQh4AH0IAAAAAAAAAAAAAAAAbQAAAAUADQAUAAIAAABNT1P/XCkAXwCsIDAEABQA AgAAANDQ0f8ABAAAADtfKAcAFAACAAAA/////wAEAAAAICAgCQAUAAIAAAD/////AD8/P/8gICAK ABQAAgAAAP////8APz8//w5Ggn0IeAB9CAAAAAAAAAAAAAAAAG4AAAAFAA0AFAACAAAATU9T/1wp AF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygIABQAAgAAAP////8ABAAAACAgIAkAFAACAAAA//// /wA/Pz//ICAgCgAUAAIAAAD/////AD8/P/8ORoJ9CHgAfQgAAAAAAAAAAAAAAABvAAAABQANABQA AgAAAE1PU/9cKQBfAKwgMAQAFAACAAAA0NDR/wAEAAAAO18oBwAUAAIAAAD/////AAQAAAAgICAJ ABQAAgAAAP////8APz8//yAgIAoAFAACAAAA/////wA/Pz//DkaCfQh4AH0IAAAAAAAAAAAAAAAA cAAAAAUADQAUAAIAAAD/AAD/XCkAXwCsIDAEABQAAgAAANDQ0f8ABAAAADtfKAgAFAACAAAA//// /wAEAAAAICAgCQAUAAIAAAD/////AD8/P/8gICAKABQAAgAAAP////8APz8//w5Ggn0IjAB9CAAA AAAAAAAAAAAAAHEAAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADp6en/AAQAAAA7XygH ABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8O RoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAHIAAAAGAA0AFAACAAAA/wAA /1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA /////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IeAB9 CAAAAAAAAAAAAAAAAHMAAAAFAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADp6en/AAQAAAA7 XygIABQAAgAAAP////8ABAAAACAgIAkAFAACAAAA/////wA/Pz//ICAgCgAUAAIAAAD/////AD8/ P/8ORoJ9CHgAfQgAAAAAAAAAAAAAAAB0AAAABQAEABQAAgAAANDQ0f9cKQBfAKwgMAcAFAACAAAA /////wAEAAAAO18oCAAUAAIAAAD/////AAQAAAAgICAJABQAAgAAAP////8APz8//yAgIAoAFAAC AAAA/////wA/Pz//DkaCfQh4AH0IAAAAAAAAAAAAAAAAdQAAAAUABAAUAAIAAADp6en/XCkAXwCs IDAHABQAAgAAAP////8ABAAAADtfKAgAFAACAAAA/////wAEAAAAICAgCQAUAAIAAAD/////AD8/ P/8gICAKABQAAgAAAP////8APz8//w5Ggn0IjAB9CAAAAAAAAAAAAAAAAHYAAAAGAA0AFAACAAAA TU9T/1wpAF8ArCAwBAAUAAIAAADp6en/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAAC AAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0I jAB9CAAAAAAAAAAAAAAAAHcAAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADp6en/AAQA AAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD///// AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAHgAAAAGAA0AFAAC AAAATU9T/1wpAF8ArCAwBAAUAAIAAADp6en/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgA FAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAA AH0IjAB9CAAAAAAAAAAAAAAAAHkAAAAGAA0AFAACAAAA/////1wpAF8ArCAwBAAUAAIAAABNT1P/ AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/ ////AD8/P/8ORoIKABQAAgAAAP////8APz8//wAAAH0IjAB9CAAAAAAAAAAAAAAAAHoAAAAGAA0A FAACAAAA/////1wpAF8ArCAwBAAUAAIAAABNT1P/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAg IAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8ORoIKABQAAgAAAP////8APz8/ /wAAAH0IeAB9CAAAAAAAAAAAAAAAAHsAAAAFAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAAB/ 0f//AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIA AAD/////AD8/P/8ORoJ9CGQAfQgAAAAAAAAAAAAAAAB8AAAABAANABQAAgAAAE1PU/9cKQBfAKwg MAQAFAACAAAAf9H//wAEAAAAO18oBwAUAAIAAAD/////AAQAAAAgICAIABQAAgAAAP////8APz8/ /yAgIH0IeAB9CAAAAAAAAAAAAAAAAH0AAAAFAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAAB/ 0f//AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCgAUAAIA AAD/////AD8/P/8ORoJ9CHgAfQgAAAAAAAAAAAAAAAB+AAAABQANABQAAgAAAE1PU/9cKQBfAKwg MAQAFAACAAAA6enp/wAEAAAAO18oBwAUAAIAAAD/////AAQAAAAgICAJABQAAgAAAP////8APz8/ /yAgIAoAFAACAAAA/////wA/Pz//DkaCfQh4AH0IAAAAAAAAAAAAAAAAfwAAAAUADQAUAAIAAABN T1P/XCkAXwCsIDAEABQAAgAAAOnp6f8ABAAAADtfKAgAFAACAAAA/////wAEAAAAICAgCQAUAAIA AAD/////AD8/P/8gICAKABQAAgAAAP////8APz8//w5Ggn0IZAB9CAAAAAAAAAAAAAAAAIAAAAAE AAQAFAACAAAA6enp/1wpAF8ArCAwBwAUAAIAAAD/////AAQAAAA7XygJABQAAgAAAP////8ABAAA ACAgIAoAFAACAAAA/////wA/Pz//ICAgfQhkAH0IAAAAAAAAAAAAAAAAgQAAAAQABAAUAAIAAADp 6en/XCkAXwCsIDAIABQAAgAAAP////8ABAAAADtfKAkAFAACAAAA/////wAEAAAAICAgCgAUAAIA AAD/////AD8/P/8gICB9CHgAfQgAAAAAAAAAAAAAAACCAAAABQANABQAAgAAAE1PU/9cKQBfAKwg MAQAFAACAAAAf9H//wAEAAAAO18oBwAUAAIAAAD/////AAQAAAAgICAIABQAAgAAAP////8APz8/ /yAgIAkAFAACAAAA/////wA/Pz//DkaCfQhkAH0IAAAAAAAAAAAAAAAAgwAAAAQADQAUAAIAAABN T1P/XCkAXwCsIDAEABQAAgAAAH/R//8ABAAAADtfKAcAFAACAAAA/////wAEAAAAICAgCAAUAAIA AAD/////AD8/P/8gICB9CHgAfQgAAAAAAAAAAAAAAACEAAAABQANABQAAgAAAE1PU/9cKQBfAKwg MAQAFAACAAAAf9H//wAEAAAAO18oBwAUAAIAAAD/////AAQAAAAgICAIABQAAgAAAP////8APz8/ /yAgIAoAFAACAAAA/////wA/Pz//DkaCfQh4AH0IAAAAAAAAAAAAAAAAhQAAAAUADQAUAAIAAABN T1P/XCkAXwCsIDAEABQAAgAAANDQ0f8ABAAAADtfKAcAFAACAAAA/////wAEAAAAICAgCQAUAAIA AAD/////AD8/P/8gICAKABQAAgAAAP////8APz8//w5Ggn0IeAB9CAAAAAAAAAAAAAAAAIYAAAAF AA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygIABQAAgAAAP////8ABAAA ACAgIAkAFAACAAAA/////wA/Pz//ICAgCgAUAAIAAAD/////AD8/P/8ORoJ9CHgAfQgAAAAAAAAA AAAAAACHAAAABQANABQAAgAAAP8AAP9cKQBfAKwgMAQAFAACAAAA6enp/wAEAAAAO18oBwAUAAIA AAD/////AAQAAAAgICAJABQAAgAAAP////8APz8//yAgIAoAFAACAAAA/////wA/Pz//DkaCfQh4 AH0IAAAAAAAAAAAAAAAAiAAAAAUADQAUAAIAAAD/AAD/XCkAXwCsIDAEABQAAgAAAOnp6f8ABAAA ADtfKAgAFAACAAAA/////wAEAAAAICAgCQAUAAIAAAD/////AD8/P/8gICAKABQAAgAAAP////8A Pz8//w5Ggn0IeAB9CAAAAAAAAAAAAAAAAIkAAAAFAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIA AAB/0f//AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAU AAIAAAD/////AD8/P/8ORoJ9CGQAfQgAAAAAAAAAAAAAAACKAAAABAANABQAAgAAAE1PU/9cKQBf AKwgMAQAFAACAAAAf9H//wAEAAAAO18oBwAUAAIAAAD/////AAQAAAAgICAIABQAAgAAAP////8A Pz8//yAgIH0IeAB9CAAAAAAAAAAAAAAAAIsAAAAFAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIA AAB/0f//AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCgAU AAIAAAD/////AD8/P/8ORoJ9CIwAfQgAAAAAAAAAAAAAAACMAAAABgANABQAAgAAAP////9cKQBf AKwgMAQAFAACAAAATU9T/wAEAAAAO18oBwAUAAIAAAD/////AAQAAAAgICAIABQAAgAAAP////8A Pz8//yAgIAkAFAACAAAA/////wA/Pz//DkaCCgAUAAIAAAD/////AD8/P/8AAAB9CHgAfQgAAAAA AAAAAAAAAACNAAAABQANABQAAgAAAE1PU/9cKQBfAKwgMAQAFAACAAAA6enp/wAEAAAAO18oBwAU AAIAAAD/////AAQAAAAgICAJABQAAgAAAP////8APz8//yAgIAoAFAACAAAA/////wA/Pz//DkaC fQhkAH0IAAAAAAAAAAAAAAAAjgAAAAQABAAUAAIAAADp6en/XCkAXwCsIDAHABQAAgAAAP////8A BAAAADtfKAkAFAACAAAA/////wAEAAAAICAgCgAUAAIAAAD/////AD8/P/8gICB9CHgAfQgAAAAA AAAAAAAAAACPAAAABQANABQAAgAAAE1PU/9cKQBfAKwgMAQAFAACAAAA6enp/wAEAAAAO18oCAAU AAIAAAD/////AAQAAAAgICAJABQAAgAAAP////8APz8//yAgIAoAFAACAAAA/////wA/Pz//DkaC fQhkAH0IAAAAAAAAAAAAAAAAkAAAAAQABAAUAAIAAADp6en/XCkAXwCsIDAIABQAAgAAAP////8A BAAAADtfKAkAFAACAAAA/////wAEAAAAICAgCgAUAAIAAAD/////AD8/P/8gICB9CIwAfQgAAAAA AAAAAAAAAACRAAAABgANABQAAgAAAP8AAP9cKQBfAKwgMAQAFAACAAAA6enp/wAEAAAAO18oBwAU AAIAAAD/////AAQAAAAgICAIABQAAgAAAP////8APz8//yAgIAkAFAACAAAA/////wA/Pz//DkaC CgAUAAIAAAD/////AD8/P/8AAAB9CIwAfQgAAAAAAAAAAAAAAACSAAAABgANABQAAgAAAE1PU/9c KQBfAKwgMAQAFAACAAAA0NDR/wAEAAAAO18oBwAUAAIAAAD/////AAQAAAAgICAIABQAAgAAAP// //8APz8//yAgIAkAFAACAAAA/////wA/Pz//DkaCCgAUAAIAAAD/////AD8/P/8AAAB9CHgAfQgA AAAAAAAAAAAAAACTAAAABQAEABQAAgAAANDQ0f9cKQBfAKwgMAcAFAACAAAA/////wAEAAAAO18o CAAUAAIAAAD/////AAQAAAAgICAJABQAAgAAAP////8APz8//yAgIAoAFAACAAAA/////wA/Pz// DkaCfQhkAH0IAAAAAAAAAAAAAAAAlAAAAAQABAAUAAIAAADQ0NH/XCkAXwCsIDAHABQAAgAAAP// //8ABAAAADtfKAkAFAACAAAA/////wAEAAAAICAgCgAUAAIAAAD/////AD8/P/8gICB9CGQAfQgA AAAAAAAAAAAAAACVAAAABAAEABQAAgAAANDQ0f9cKQBfAKwgMAgAFAACAAAA/////wAEAAAAO18o CQAUAAIAAAD/////AAQAAAAgICAKABQAAgAAAP////8APz8//yAgIH0IeAB9CAAAAAAAAAAAAAAA AJYAAAAFAAQAFAACAAAA6enp/1wpAF8ArCAwBwAUAAIAAAD/////AAQAAAA7XygIABQAAgAAAP// //8ABAAAACAgIAkAFAACAAAA/////wA/Pz//ICAgCgAUAAIAAAD/////AD8/P/8ORoJ9CIwAfQgA AAAAAAAAAAAAAACXAAAABgANABQAAgAAAE1PU/9cKQBfAKwgMAQAFAACAAAA6enp/wAEAAAAO18o BwAUAAIAAAD/////AAQAAAAgICAIABQAAgAAAP////8APz8//yAgIAkAFAACAAAA/////wA/Pz// DkaCCgAUAAIAAAD/////AD8/P/8AAAB9CHgAfQgAAAAAAAAAAAAAAACYAAAABQAEABQAAgAAANDQ 0f9cKQBfAKwgMAcAFAACAAAA/////wAEAAAAO18oCAAUAAIAAAD/////AAQAAAAgICAJABQAAgAA AP////8APz8//yAgIAoAFAACAAAA/////wA/Pz//DkaCfQh4AH0IAAAAAAAAAAAAAAAAmQAAAAUA BAAUAAIAAADp6en/XCkAXwCsIDAHABQAAgAAAP////8ABAAAADtfKAgAFAACAAAA/////wAEAAAA ICAgCQAUAAIAAAD/////AD8/P/8gICAKABQAAgAAAP////8APz8//w5Ggn0IZAB9CAAAAAAAAAAA AAAAAJoAAAAEAAQAFAACAAAA0NDR/1wpAF8ArCAwBwAUAAIAAAD/////AAQAAAA7XygJABQAAgAA AP////8ABAAAACAgIAoAFAACAAAA/////wA/Pz//ICAgfQhkAH0IAAAAAAAAAAAAAAAAmwAAAAQA BAAUAAIAAADQ0NH/XCkAXwCsIDAIABQAAgAAAP////8ABAAAADtfKAkAFAACAAAA/////wAEAAAA ICAgCgAUAAIAAAD/////AD8/P/8gICB9CHgAfQgAAAAAAAAAAAAAAACcAAAABQAEABQAAgAAAOnp 6f9cKQBfAKwgMAcAFAACAAAA/////wAEAAAAO18oCAAUAAIAAAD/////AAQAAAAgICAJABQAAgAA AP////8APz8//yAgIAoAFAACAAAA/////wA/Pz//DkaCkwISABAADQAAMjAlIC0gQWNjZW50MZII TQCSCAAAAAAAAAAAAAABBB7/DQAyADAAJQAgAC0AIABBAGMAYwBlAG4AdAAxAAAAAwABAAwABwRl Ztzm8f8FAAwABwEAAAAAAP8lAAUAApMCEgARAA0AADIwJSAtIEFjY2VudDKSCE0AkggAAAAAAAAA AAAAAQQi/w0AMgAwACUAIAAtACAAQQBjAGMAZQBuAHQAMgAAAAMAAQAMAAcFZWby3Nv/BQAMAAcB AAAAAAD/JQAFAAKTAhIAEgANAAAyMCUgLSBBY2NlbnQzkghNAJIIAAAAAAAAAAAAAAEEJv8NADIA MAAlACAALQAgAEEAYwBjAGUAbgB0ADMAAAADAAEADAAHBmVm6/He/wUADAAHAQAAAAAA/yUABQAC kwISABMADQAAMjAlIC0gQWNjZW50NJIITQCSCAAAAAAAAAAAAAABBCr/DQAyADAAJQAgAC0AIABB AGMAYwBlAG4AdAA0AAAAAwABAAwABwdlZuTf7P8FAAwABwEAAAAAAP8lAAUAApMCEgAUAA0AADIw JSAtIEFjY2VudDWSCE0AkggAAAAAAAAAAAAAAQQu/w0AMgAwACUAIAAtACAAQQBjAGMAZQBuAHQA NQAAAAMAAQAMAAcIZWba7vP/BQAMAAcBAAAAAAD/JQAFAAKTAhIAFQANAAAyMCUgLSBBY2NlbnQ2 kghNAJIIAAAAAAAAAAAAAAEEMv8NADIAMAAlACAALQAgAEEAYwBjAGUAbgB0ADYAAAADAAEADAAH CWVm/enZ/wUADAAHAQAAAAAA/yUABQACkwISABYADQAANDAlIC0gQWNjZW50MZIITQCSCAAAAAAA AAAAAAABBB//DQA0ADAAJQAgAC0AIABBAGMAYwBlAG4AdAAxAAAAAwABAAwABwTMTLjM5P8FAAwA BwEAAAAAAP8lAAUAApMCEgAXAA0AADQwJSAtIEFjY2VudDKSCE0AkggAAAAAAAAAAAAAAQQj/w0A NAAwACUAIAAtACAAQQBjAGMAZQBuAHQAMgAAAAMAAQAMAAcFzEzmuLf/BQAMAAcBAAAAAAD/JQAF AAKTAhIAGAANAAA0MCUgLSBBY2NlbnQzkghNAJIIAAAAAAAAAAAAAAEEJ/8NADQAMAAlACAALQAg AEEAYwBjAGUAbgB0ADMAAAADAAEADAAHBsxM2OS8/wUADAAHAQAAAAAA/yUABQACkwISABkADQAA NDAlIC0gQWNjZW50NJIITQCSCAAAAAAAAAAAAAABBCv/DQA0ADAAJQAgAC0AIABBAGMAYwBlAG4A dAA0AAAAAwABAAwABwfMTMzA2v8FAAwABwEAAAAAAP8lAAUAApMCEgAaAA0AADQwJSAtIEFjY2Vu dDWSCE0AkggAAAAAAAAAAAAAAQQv/w0ANAAwACUAIAAtACAAQQBjAGMAZQBuAHQANQAAAAMAAQAM AAcIzEy33uj/BQAMAAcBAAAAAAD/JQAFAAKTAhIAGwANAAA0MCUgLSBBY2NlbnQ2kghNAJIIAAAA AAAAAAAAAAEEM/8NADQAMAAlACAALQAgAEEAYwBjAGUAbgB0ADYAAAADAAEADAAHCcxM/NW0/wUA DAAHAQAAAAAA/yUABQACkwISABwADQAANjAlIC0gQWNjZW50MZIITQCSCAAAAAAAAAAAAAABBCD/ DQA2ADAAJQAgAC0AIABBAGMAYwBlAG4AdAAxAAAAAwABAAwABwQyM5Wz1/8FAAwABwAAAP////8l AAUAApMCEgAdAA0AADYwJSAtIEFjY2VudDKSCE0AkggAAAAAAAAAAAAAAQQk/w0ANgAwACUAIAAt ACAAQQBjAGMAZQBuAHQAMgAAAAMAAQAMAAcFMjPalpT/BQAMAAcAAAD/////JQAFAAKTAhIAHgAN AAA2MCUgLSBBY2NlbnQzkghNAJIIAAAAAAAAAAAAAAEEKP8NADYAMAAlACAALQAgAEEAYwBjAGUA bgB0ADMAAAADAAEADAAHBjIzxNeb/wUADAAHAAAA/////yUABQACkwISAB8ADQAANjAlIC0gQWNj ZW50NJIITQCSCAAAAAAAAAAAAAABBCz/DQA2ADAAJQAgAC0AIABBAGMAYwBlAG4AdAA0AAAAAwAB AAwABwcyM7Ggx/8FAAwABwAAAP////8lAAUAApMCEgAgAA0AADYwJSAtIEFjY2VudDWSCE0AkggA AAAAAAAAAAAAAQQw/w0ANgAwACUAIAAtACAAQQBjAGMAZQBuAHQANQAAAAMAAQAMAAcIMjOSzdz/ BQAMAAcAAAD/////JQAFAAKTAhIAIQANAAA2MCUgLSBBY2NlbnQ2kghNAJIIAAAAAAAAAAAAAAEE NP8NADYAMAAlACAALQAgAEEAYwBjAGUAbgB0ADYAAAADAAEADAAHCTIz+r+P/wUADAAHAAAA//// /yUABQACkwIMACIABwAAQWNjZW50MZIIQQCSCAAAAAAAAAAAAAABBB3/BwBBAGMAYwBlAG4AdAAx AAAAAwABAAwABwQAAE+Bvf8FAAwABwAAAP////8lAAUAApMCDAAjAAcAAEFjY2VudDKSCEEAkggA AAAAAAAAAAAAAQQh/wcAQQBjAGMAZQBuAHQAMgAAAAMAAQAMAAcFAADAUE3/BQAMAAcAAAD///// JQAFAAKTAgwAJAAHAABBY2NlbnQzkghBAJIIAAAAAAAAAAAAAAEEJf8HAEEAYwBjAGUAbgB0ADMA AAADAAEADAAHBgAAm7tZ/wUADAAHAAAA/////yUABQACkwIMACUABwAAQWNjZW50NJIIQQCSCAAA AAAAAAAAAAABBCn/BwBBAGMAYwBlAG4AdAA0AAAAAwABAAwABwcAAIBkov8FAAwABwAAAP////8l AAUAApMCDAAmAAcAAEFjY2VudDWSCEEAkggAAAAAAAAAAAAAAQQt/wcAQQBjAGMAZQBuAHQANQAA AAMAAQAMAAcIAABLrMb/BQAMAAcAAAD/////JQAFAAKTAgwAJwAHAABBY2NlbnQ2kghBAJIIAAAA AAAAAAAAAAEEMf8HAEEAYwBjAGUAbgB0ADYAAAADAAEADAAHCQAA95ZG/wUADAAHAAAA/////yUA BQACkwIIACgAAwAAQmFkkgg5AJIIAAAAAAAAAAAAAAEBG/8DAEIAYQBkAAAAAwABAAwABf8AAP/H zv8FAAwABf8AAJwABv8lAAUAApMCEAApAAsAAENhbGN1bGF0aW9ukgiBAJIIAAAAAAAAAAAAAAEC Fv8LAEMAYQBsAGMAdQBsAGEAdABpAG8AbgAAAAcAAQAMAAX/AADy8vL/BQAMAAX/AAD6fQD/JQAF AAIGAA4ABf8AAH9/f/8BAAcADgAF/wAAf39//wEACAAOAAX/AAB/f3//AQAJAA4ABf8AAH9/f/8B AJMCDwAqAAoAAENoZWNrIENlbGySCH8AkggAAAAAAAAAAAAAAQIX/woAQwBoAGUAYwBrACAAQwBl AGwAbAAAAAcAAQAMAAX/AAClpaX/BQAMAAcAAAD/////JQAFAAIGAA4ABf8AAD8/P/8GAAcADgAF /wAAPz8//wYACAAOAAX/AAA/Pz//BgAJAA4ABf8AAD8/P/8GAJMCBAArgAP/kgggAJIIAAAAAAAA AAAAAAEFA/8FAEMAbwBtAG0AYQAAAAAAkwIEACyABv+SCCgAkggAAAAAAAAAAAAAAQUG/wkAQwBv AG0AbQBhACAAWwAwAF0AAAAAAJMCDAAtAAcAAENvbW1hIDKSCCQAkggAAAAAAAAAAAAAAAX//wcA QwBvAG0AbQBhACAAMgAAAAAAkwIEAC6ABP+SCCYAkggAAAAAAAAAAAAAAQUE/wgAQwB1AHIAcgBl AG4AYwB5AAAAAACTAgQAL4AH/5IILgCSCAAAAAAAAAAAAAABBQf/DABDAHUAcgByAGUAbgBjAHkA IABbADAAXQAAAAAAkwIVADAAEAAARXhwbGFuYXRvcnkgVGV4dJIIRwCSCAAAAAAAAAAAAAABAjX/ EABFAHgAcABsAGEAbgBhAHQAbwByAHkAIABUAGUAeAB0AAAAAgAFAAwABf8AAH9/f/8lAAUAApMC CQAxAAQAAEdvb2SSCDsAkggAAAAAAAAAAAAAAQEa/wQARwBvAG8AZAAAAAMAAQAMAAX/AADG787/ BQAMAAX/AAAAYQD/JQAFAAKTAg4AMgAJAABIZWFkaW5nIDGSCEcAkggAAAAAAAAAAAAAAQMQ/wkA SABlAGEAZABpAG4AZwAgADEAAAADAAUADAAHAwAAH0l9/yUABQACBwAOAAcEAABPgb3/BQCTAg4A MwAJAABIZWFkaW5nIDKSCEcAkggAAAAAAAAAAAAAAQMR/wkASABlAGEAZABpAG4AZwAgADIAAAAD AAUADAAHAwAAH0l9/yUABQACBwAOAAcE/z+nv97/BQCTAg4ANAAJAABIZWFkaW5nIDOSCEcAkggA AAAAAAAAAAAAAQMS/wkASABlAGEAZABpAG4AZwAgADMAAAADAAUADAAHAwAAH0l9/yUABQACBwAO AAcEMjOVs9f/AgCTAg4ANQAJAABIZWFkaW5nIDSSCDkAkggAAAAAAAAAAAAAAQMT/wkASABlAGEA ZABpAG4AZwAgADQAAAACAAUADAAHAwAAH0l9/yUABQACkwIKADYABQAASW5wdXSSCHUAkggAAAAA AAAAAAAAAQIU/wUASQBuAHAAdQB0AAAABwABAAwABf8AAP/Mmf8FAAwABf8AAD8/dv8lAAUAAgYA DgAF/wAAf39//wEABwAOAAX/AAB/f3//AQAIAA4ABf8AAH9/f/8BAAkADgAF/wAAf39//wEAkwIQ ADcACwAATGlua2VkIENlbGySCEsAkggAAAAAAAAAAAAAAQIY/wsATABpAG4AawBlAGQAIABDAGUA bABsAAAAAwAFAAwABf8AAPp9AP8lAAUAAgcADgAF/wAA/4AB/wYAkwIMADgABwAATmV1dHJhbJII QQCSCAAAAAAAAAAAAAABARz/BwBOAGUAdQB0AHIAYQBsAAAAAwABAAwABf8AAP/rnP8FAAwABf8A AJxlAP8lAAUAApMCBAAAgAD/kggiAJIIAAAAAAAAAAAAAAEBAP8GAE4AbwByAG0AYQBsAAAAAACT Ag0AOQAIAABOb3JtYWwgMpMCCQA6AAQAAE5vdGWSCGIAkggAAAAAAAAAAAAAAQIK/wQATgBvAHQA ZQAAAAUAAQAMAAX/AAD//8z/BgAOAAX/AACysrL/AQAHAA4ABf8AALKysv8BAAgADgAF/wAAsrKy /wEACQAOAAX/AACysrL/AQCTAgsAOwAGAABPdXRwdXSSCHcAkggAAAAAAAAAAAAAAQIV/wYATwB1 AHQAcAB1AHQAAAAHAAEADAAF/wAA8vLy/wUADAAF/wAAPz8//yUABQACBgAOAAX/AAA/Pz//AQAH AA4ABf8AAD8/P/8BAAgADgAF/wAAPz8//wEACQAOAAX/AAA/Pz//AQCTAgQAPIAF/5IIJACSCAAA AAAAAAAAAAABBQX/BwBQAGUAcgBjAGUAbgB0AAAAAACTAgoAPQAFAABUaXRsZZIIMQCSCAAAAAAA AAAAAAABAw//BQBUAGkAdABsAGUAAAACAAUADAAHAwAAH0l9/yUABQABkwIKAD4ABQAAVG90YWyS CE0AkggAAAAAAAAAAAAAAQMZ/wUAVABvAHQAYQBsAAAABAAFAAwABwEAAAAAAP8lAAUAAgYADgAH BAAAT4G9/wEABwAOAAcEAABPgb3/BgCTAhEAPwAMAABXYXJuaW5nIFRleHSSCD8AkggAAAAAAAAA AAAAAQIL/wwAVwBhAHIAbgBpAG4AZwAgAFQAZQB4AHQAAAACAAUADAAF/wAA/wAA/yUABQACjghY AI4IAAAAAAAAAAAAAJAAAAARABEAVABhAGIAbABlAFMAdAB5AGwAZQBNAGUAZABpAHUAbQA5AFAA aQB2AG8AdABTAHQAeQBsAGUATQBlAGQAaQB1AG0ANACSAOIAOAAAAAAA////AN0IBgAftxQAAADU APzzBQDyCIQAAKvqAJAAAAAAZBEAAACQAJBxOgBGAKUAAICAAMDAwACAgIAAmZn/AJkzZgD//8wA zP//AGYAZgD/gIAAAGbMAMzM/wAAAIAA/wD/AP//AAAA//8AgACAAIAAAAAAgIAAAAD/AADM/wDM //8AzP/MAP//mQCZzP8A/5nMAMyZ/wD/zJkAM2b/ADPMzACZzAAA/8wAAP+ZAAD/ZgAAZmaZAJaW lgAAM2YAM5lmAAAzAAAzMwAAmTMAAJkzZgAzM5kAMzMzAFwQDgADAAAAAAD///8AAAAAAGABAgAA AIUAFQC+ewAAAAANADE1IFBMTiB2cyBBQ1SFABAAyKAAAAAACABBQ0NPVU5UU4UADgBJvwAAAAAG AElOQ09NRYUAGgATwgAAAAASAERlcHJlY2lhdGVkIEFzc2V0c5oIGACaCAAAAAAAAAAAAAAAAAAA AAAAAAgAAACjCBAAowgAAAAAAAAAAAAAAAAAAIwABAABACwArgEEAAQAAQQXACAABQAAAP////8A AAMAAwAAAAAAAAAAAAEAAQAAAAIAAgDBAQgAwQEAAOEiAgDWCBAA1ggAAAAAAAAAAAAAAgAAAPwA vQU8AAAAOQAAABwAAFJlc2VydmUgZm9yIERldmVsb3BlciBFdmVudHMFAABBUi9QUgwAAEYyRiBt ZWV0aW5ncwcAAEcmQSBGZWUhAABJVi4gTEYgR2VuZXJhbCBhbmQgQWRtaW5pc3RyYXRpdmUHAABS ZXNlcnZlDAAATmV3IEhhcmR3YXJlFgAAQXNzdW1wdGlvbnMgLyBDb21tZW50cwQAAEl0ZW0dAABF eHBlY3RlZCBjYXJyeS1vdmVyIGZyb20gMjAxNRcAAEhhcmR3YXJlIHB1cmNoYXNlcyAyMDE0EQAA U291cmNlIG9mIEZ1bmRpbmcNAABBbW91bnQgaW4gJCdzDwAATWVtYmVyc2hpcCBEdWVzHwAARGV2 ZWxvcGVyIFN1bW1pdCBTcG9uc29yc2hpcChzKRoAAERldmVsb3BlciBTdW1taXQgVGlja2V0KHMp DAAAVG90YWwgSW5jb21lFAAAQ2Fycnktb3ZlciBmcm9tIDIwMTQLAABJbmNvbWUgMjAxNSAAAEV4 cGVuc2VzIHBlciBPY3RvYmVyIDIwMTUgcmVwb3J0JQAARXhwZW5zZXMgaW52b2ljZWQgYXMgb2Yg RGVjZW1iZXIgMjAxNSUAAFJlbWFpbmluZyBlc3RpbWF0ZWQgZXhwZW5zZXMgZm9yIDIwMTUNAABF eHBlbnNlcyAyMDE1IgAAVW5kZXByZWNpYXRlZCBhc3NldHMgKDIwMTYgJiAyMDE3KSMAAEF2YWls YWJsZSBSZXNlcnZlcyBhdCBzdGFydCBvZiAyMDE2AgAAMSkCAAAyKQIAADMpHgAARGVwcmVjaWF0 aW9uIHVwIHRvIGVuZCBvZiAyMDE1FwAAVW5kZXByZWNpYXRlZCBhc3NldHMgMSkGAABCdWRnZXQD AABZVEQIAABJbnZvaWNlZAgAAEVzdGltYXRlDQAASS4gT3BlcmF0aW9ucwUAAExlZ2FsDQAASUku IE1hcmtldGluZyYAAFVzZXIgUHJvZ3JhbXMgKGxvY2FsIG9yIG9ubGluZSBldmVudHMpCgAAoFNj YWxlIDE0eCwAAElJSS4gRGV2ZWxvcGVyIENvbGxhYm9yYXRpb24gKG9uZS1vZmYgY29zdHMpGwAA VHJhdmVsIFN0aXBlbmRzIGFuZCBTaW1pbGFyNAAAVHJhdmVsIFN0aXBlbmRzIHdlcmUgbHVtcGVk IGluIHdpdGggRGV2ZWxvcGVyIFN1bW1pdAkAAE91dHJlYWNoeScAADEgT3V0cmVhY2h5IHNsb3Qg Y2FycmllcyBvdmVyIGludG8gMjAxNg4AAEJpdGVyZ2lhIFN0dWR5HwAAV2FzIG9yaWdpbmFsbHkg bm90IGJ1ZGdldGVkIGZvcgkAAE5vdCBzcGVudCkAAERlcHJlY2lhdGlvbiBvZiBIYXJkd2FyZSBw cm9jdXJlZCBpbiAyMDE0LAAASUlJLiBEZXZlbG9wZXIgQ29sbGFib3JhdGlvbiAob25nb2luZyBj b3N0cyknAABJbmZyYXN0cnVjdHVyZSBTdXBwb3J0ICYgSGFyZHdhcmUgUmFjazEnAABJbmZyYXN0 cnVjdHVyZSBTdXBwb3J0ICYgSGFyZHdhcmUgUmFjazIpAABJbmZyYXN0cnVjdHVyZSBTdXBwb3J0 ICYgSGFyZHdhcmUgU3VwcG9ydDMAAENyZWRhdGl2IHByZS1wYWlkIGZvciAxIHllYXIgZm9yIGlu ZnJhIGFuZCB0ZXN0IGxhYiMAAEhvc3RpbmcgQ29zdHMgZm9yIE9wZW5TdGFjayBDSSBMb29wEQAA Vi4gVG90YWwgRXhwZW5zZXMiAABJbmNsdWRlcyBjb3N0IGZvciAzIHByZXNzIHJlbGVhc2VzLgAA U2hvcnRmYWxsIG9mIDE0LDY0MSB3aGVuIG9mZnNldCBhZ2FpbnN0IGluY29tZf8AQgAIACVpAAAM AAAAu2kAAKIAAABxagAAWAEAAE1rAAA0AgAAzGsAALMCAABvbAAAVgMAAGVtAABMBAAAqW4AAJAF AACWCJYMlggAAAAAAAAAAAAAAAAAAFBLAwQUAAYACAAAACEAm+hwT/wAAAAcAgAAEwAAAFtDb250 ZW50X1R5cGVzXS54bWyskctqwzAQRfeF/oPQtthyuiil2M6ij10fi/QDBnlsi9gjIU1C8vcdOy6U EgKFbgTSzL33zKhcH8ZB7TEm56nSq7zQCsn6xlFX6c/NS3avVWKgBgZPWOkjJr2ur6/KzTFgUqKm VOmeOTwYk2yPI6TcBySptD6OwHKNnQlgt9ChuS2KO2M9MRJnPHnounzCFnYDq+eDPJ9IRK7V46lv iqo0hDA4CyygZqqas7qIQ7og3FPziy5byHJRzuapdyHdLAnvsproGlQfEPkNRuEwLEPiz/MVSEaL +WXmM9G+bZ3FxtvdKOvIZ+PF7E8Aq/+J/s4089/WXwAAAP//AwBQSwMEFAAGAAgAAAAhAKXWp+fA AAAANgEAAAsAAABfcmVscy8ucmVsc4SPz2rDMAyH74W9g9F9UdLDGCV2L6WQQy+jfQDhKH9oIhvb G+vbT8cGCrsIhKTv96k9/q6L+eGU5yAWmqoGw+JDP8to4XY9v3+CyYWkpyUIW3hwhqN727VfvFDR ozzNMRulSLYwlRIPiNlPvFKuQmTRyRDSSkXbNGIkf6eRcV/XH5ieGeA2TNP1FlLXN2Cuj6jJ/7PD MMyeT8F/ryzlRQRuN5RMaeRioagv41O9kKhlqtQe0LW4+db9AQAA//8DAFBLAwQUAAYACAAAACEA a3mWFoMAAACKAAAAHAAAAHRoZW1lL3RoZW1lL3RoZW1lTWFuYWdlci54bWwMzE0KwyAQQOF9oXeQ 2TdjuyhFYrLLrrv2AEOcGkHHoNKf29fl44M3zt8U1ZtLDVksnAcNimXNLoi38Hwspxuo2kgcxSxs 4ccV5ul4GMm0jRPfSchzUX0j1ZCFrbXdINa1K9Uh7yzdXrkkaj2LR1fo0/cp4kXrKyYKAjj9AQAA //8DAFBLAwQUAAYACAAAACEAMA+IaxEHAADeHQAAFgAAAHRoZW1lL3RoZW1lL3RoZW1lMS54bWzs WU9vG0UUvyPxHUZ7b2MndhpHdarYsVto00axW9TjeD32TjO7s5oZJ/ENtUckJERBXJC4cUBApVbi Uj5NoAiK1K/Am5nd9U48bpwSQEBzaL2zv/fmvd/7M3/26rXjmKFDIiTlSTOoXq4EiCQhH9Jk3Azu 9ruXNgIkFU6GmPGENIMpkcG1rXffuYo3VURigkA+kZu4GURKpZsrKzKEYSwv85Qk8G7ERYwVPIrx ylDgI9Abs5XVSmV9JcY0CVCCY1B7ZzSiIUF9rTLYypV3GDwmSuqBkImeVk0cCYMdHlQ1Qk5lmwl0 iFkzgHmG/KhPjlWAGJYKXjSDivkLVrauruDNTIipBbIlua75y+QygeHBqplTjAfFpNVurXFlp9Bv AEzN4zqdTrtTLfQZAA5D8NTaUtZZ625UW7nOEsj+nNfdrtQrNRdf0r82Z3Oj1WrVG5ktVqkB2Z+1 OfxGZb22vergDcji63P4Wmu73V538AZk8etz+O6VxnrNxRtQxGhyMIfWAe12M+0FZMTZDS98A+Ab lQw+Q0E2FNmlpxjxRC3KtRg/4KILAA1kWNEEqWlKRjiELG7jeCAo1hPgTYJLb+xQKOeG9FxIhoKm qhm8n2KoiJm+V8+/ffX8KXr1/MnJw2cnD384efTo5OH3VpcjeAMn47Lgy68/+f3LD9FvT796+fgz P16W8T9/99FPP37qB0IFzSx68fmTX549efHFx79+89gD3xZ4UIb3aUwkuk2O0D6PwTdDjGs5GYjz SfQjTB0JHIFuj+qOihzg7SlmPlyLuOTdE9A8fMDrkweOrb1ITBT1zHwzih3gLuesxYWXgJt6rhLD /Uky9k8uJmXcPsaHvrnbOHFC25mk0DXzpHS4b0fEMXOP4UThMUmIQvodPyDE4919Sh1ed2kouOQj he5T1MLUS0mfDpxEmgndoDHEZerzGULtcLN7D7U483m9Qw5dJBQEZh7j+4Q5NF7HE4Vjn8o+jlmZ 8FtYRT4je1MRlnEdqSDSY8I46gyJlD6ZOwL8LQX9JoZ+5Q37LpvGLlIoeuDTeQtzXkbu8IN2hOPU h+3RJCpj35MHkKIY7XHlg+9yt0L0M8QBJwvDfY8SJ9xnN4K7dOyYNEsQ/WYiPLG8TriTv70pG2Fi ugy0dKdTxzR5XdtmFPq2neFt224G27CI+YrnxqlmvQj3L2zRO3iS7BGoivkl6m2Hftuhg/98h15U yxffl2etGLq03pDYvbbZeccLN94jylhPTRm5Jc3eW8ICNOzCoJYzh05SHMTSCH7qSoYJHNxYYCOD BFcfUBX1IpzCvr0aaCVjmakeS5RyCedFM+zVrfGw91f2tFnX5xDbOSRWu3xoh9f0cH7cKNQYq8bm TJtPtKYVLDvZ2pVMKfj2JpNVtVFLz1Y1ppmm6MxWuKwpNudyoLxwDQYLNmFng2A/BCyvw7FfTw3n HczIUPNuY5SHxUThrwlR5rV1JMJDYkPkDJfYrJrY5Sk05592z+bI+dgsWAPSzjbCpMXi/FmS5FzB jGQQPF1NLCnXFkvQUTNo1FfrAQpx2gxGcNKFn3EKQZN6L4jZGK6LQiVs1p5Zi6ZIZx43/FlVhcuL BQXjlHEqpNrBMrIxNK+yULFEz2TtX63XdLJdjAOeZrKcFWsbkCL/mBUQaje0ZDQioSoHuzSiubOP WSfkE0VELxoeoQGbiH0M4QdOtT9DKuHCwhS0foDbNc22eeX21qzTlO+0DM6OY5ZGOOuW+nYmrzgL N/2ksME8lcwD37y2G+fO74qu+ItypZzG/zNX9HIANwhrQx2BEC53BUa6UpoBFyri0IXSiIZdAeu+ 6R2QLXBDC6+BfLhiNv8Lcqj/tzVndZiyhoOg2qdjJCgsJyoShOxBWzLZd4ayarb0WJUsU2QyqmSu TK3ZA3JIWF/3wHXdgwMUQaqbbpK1AYM7nX/uc1ZBg7Heo5TrzelkxdJpa+Dv3rjYYganTu0ldP7m /BcmFqv7bPWz8kY8XyPLjugXs11SLa8KZ/FrNLKp3tCEZRbg0lprO9acx6v13DiI4rzHMFjsZ1K4 B0L6H1j/qAiZ/V6hF9Q+34feiuDzg+UPQVZf0l0NMkg3SPtrAPseO2iTSauy1GY7H81avlhf8Ea1 mPcU2dqyZeJ9TrKLTZQ7nVOLF0l2xrDDtR1bSDVE9nSJwtAoP4eYwJgPXeVvUXzwAAK9A7f+E2a/ TskUnkwdpHvCZNeAD6fZTybtgmuzTp9hNJIl+2SE6PA4P38UTNgSsl9I8i2yQWsxnWiF4Jrv0OAK ZngtalfLQnj1bOFCwswMLbsQNhdqPgXwfSxr3PpoB3jbZK3XurhypljyZyhbwng/Zd6Tz7KU2YPi awP1BpSp49dTljEF5M0nHnzhFBiOXj3Tf2HRsZluUnbrDwAAAP//AwBQSwMEFAAGAAgAAAAhAA3R kJ+2AAAAGwEAACcAAAB0aGVtZS90aGVtZS9fcmVscy90aGVtZU1hbmFnZXIueG1sLnJlbHOEj00K wjAUhPeCdwhvb9O6EJEm3YjQrdQDhOQ1DTY/JFHs7Q2uLAguh2G+mWm7l53JE2My3jFoqhoIOumV cZrBbbjsjkBSFk6J2TtksGCCjm837RVnkUsoTSYkUiguMZhyDidKk5zQilT5gK44o49W5CKjpkHI u9BI93V9oPGbAXzFJL1iEHvVABmWUJr/s/04GolnLx8WXf5RQXPZhQUoosbM4CObqkwEylu6usTf AAAA//8DAFBLAQItABQABgAIAAAAIQCb6HBP/AAAABwCAAATAAAAAAAAAAAAAAAAAAAAAABbQ29u dGVudF9UeXBlc10ueG1sUEsBAi0AFAAGAAgAAAAhAKXWp+fAAAAANgEAAAsAAAAAAAAAAAAAAAAA LQEAAF9yZWxzLy5yZWxzUEsBAi0AFAAGAAgAAAAhAGt5lhaDAAAAigAAABwAAAAAAAAAAAAAAAAA FgIAAHRoZW1lL3RoZW1lL3RoZW1lTWFuYWdlci54bWxQSwECLQAUAAYACAAAACEAMA+IaxEHAADe HQAAFgAAAAAAAAAAAAAAAADTAgAAdGhlbWUvdGhlbWUvdGhlbWUxLnhtbFBLAQItABQABgAIAAAA IQAN0ZCftgAAABsBAAAnAAAAAAAAAAAAAAAAABgKAAB0aGVtZS90aGVtZS9fcmVscy90aGVtZU1h bmFnZXIueG1sLnJlbHNQSwUGAAAAAAUABQBdAQAAEwsAAAAACgAAAAkIEAAABhAAc2LMB1gAAwAG BgAACwIUAAAAAAAAAAAAFwAAANWWAABBnwAADQACAAEADAACAGQADwACAAEAEQACAAAAEAAIAC1D HOviNho/XwACAAEAKgACAAAAKwACAAAAggACAAEAgAAIAAAAAAAAAAAAJQIEAAAA8ACBAAIAwQQU AAAAFQAAAIMAAgAAAIQAAgAAAE0A2RkDEDw/eG1sIHZlcnNpb249IjEuMCIgZW5jb2Rpbmc9IlVU Ri04Ij8+CjwhRE9DVFlQRSBwbGlzdCBQVUJMSUMgIi0vL0FwcGxlLy9EVEQgUExJU1QgMS4wLy9F TiIgImh0dHA6Ly93d3cuYXBwbGUuY29tL0RURHMvUHJvcGVydHlMaXN0LTEuMC5kdGQiPgo8cGxp c3QgdmVyc2lvbj0iMS4wIj4KPGRpY3Q+Cgk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0 LlBNSG9yaXpvbnRhbFJlczwva2V5PgoJPGRpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlj a2V0LmNyZWF0b3I8L2tleT4KCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4K CQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJPGFycmF5PgoJ CQk8ZGljdD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1Ib3Jpem9udGFs UmVzPC9rZXk+CgkJCQk8cmVhbD4xMjAwPC9yZWFsPgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQu dGlja2V0LnN0YXRlRmxhZzwva2V5PgoJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJPC9kaWN0 PgoJCTwvYXJyYXk+Cgk8L2RpY3Q+Cgk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBN T3JpZW50YXRpb248L2tleT4KCTxkaWN0PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5j cmVhdG9yPC9rZXk+CgkJPHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0PC9zdHJpbmc+CgkJPGtl eT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCTxhcnJheT4KCQkJPGRp Y3Q+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNT3JpZW50YXRpb248L2tl eT4KCQkJCTxpbnRlZ2VyPjE8L2ludGVnZXI+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNr ZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQk8L2RpY3Q+CgkJ PC9hcnJheT4KCTwvZGljdD4KCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1TY2Fs aW5nPC9rZXk+Cgk8ZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwv a2V5PgoJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCTxrZXk+Y29tLmFw cGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQk8YXJyYXk+CgkJCTxkaWN0PgoJCQkJ PGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTVNjYWxpbmc8L2tleT4KCQkJCTxyZWFs PjE8L3JlYWw+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+ CgkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQk8L2RpY3Q+CgkJPC9hcnJheT4KCTwvZGljdD4K CTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1WZXJ0aWNhbFJlczwva2V5PgoJPGRp Y3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQk8c3RyaW5n PmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNr ZXQuaXRlbUFycmF5PC9rZXk+CgkJPGFycmF5PgoJCQk8ZGljdD4KCQkJCTxrZXk+Y29tLmFwcGxl LnByaW50LlBhZ2VGb3JtYXQuUE1WZXJ0aWNhbFJlczwva2V5PgoJCQkJPHJlYWw+MTIwMDwvcmVh bD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCTxp bnRlZ2VyPjA8L2ludGVnZXI+CgkJCTwvZGljdD4KCQk8L2FycmF5PgoJPC9kaWN0PgoJPGtleT5j b20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTVZlcnRpY2FsU2NhbGluZzwva2V5PgoJPGRpY3Q+ CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQk8c3RyaW5nPmNv bS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQu aXRlbUFycmF5PC9rZXk+CgkJPGFycmF5PgoJCQk8ZGljdD4KCQkJCTxrZXk+Y29tLmFwcGxlLnBy aW50LlBhZ2VGb3JtYXQuUE1WZXJ0aWNhbFNjYWxpbmc8L2tleT4KCQkJCTxyZWFsPjE8L3JlYWw+ CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQk8aW50 ZWdlcj4wPC9pbnRlZ2VyPgoJCQk8L2RpY3Q+CgkJPC9hcnJheT4KCTwvZGljdD4KCTxrZXk+Y29t LmFwcGxlLnByaW50LnN1YlRpY2tldC5wYXBlcl9pbmZvX3RpY2tldDwva2V5PgoJPGRpY3Q+CgkJ PGtleT5QTVBQRFBhcGVyQ29kZU5hbWU8L2tleT4KCQk8ZGljdD4KCQkJPGtleT5jb20uYXBwbGUu cHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQkJPHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0 PC9zdHJpbmc+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4K CQkJPGFycmF5PgoJCQkJPGRpY3Q+CgkJCQkJPGtleT5QTVBQRFBhcGVyQ29kZU5hbWU8L2tleT4K CQkJCQk8c3RyaW5nPkE0PC9zdHJpbmc+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0 LnN0YXRlRmxhZzwva2V5PgoJCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCQk8L2RpY3Q+CgkJ CTwvYXJyYXk+CgkJPC9kaWN0PgoJCTxrZXk+UE1QUERUcmFuc2xhdGlvblN0cmluZ1BhcGVyTmFt ZTwva2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwv a2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5jb20u YXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4K CQkJCQk8a2V5PlBNUFBEVHJhbnNsYXRpb25TdHJpbmdQYXBlck5hbWU8L2tleT4KCQkJCQk8c3Ry aW5nPkE0PC9zdHJpbmc+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0YXRlRmxh Zzwva2V5PgoJCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCQk8L2RpY3Q+CgkJCTwvYXJyYXk+ CgkJPC9kaWN0PgoJCTxrZXk+UE1UaW9nYVBhcGVyTmFtZTwva2V5PgoJCTxkaWN0PgoJCQk8a2V5 PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBs ZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1B cnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PlBNVGlvZ2FQYXBlck5h bWU8L2tleT4KCQkJCQk8c3RyaW5nPmlzby1hNDwvc3RyaW5nPgoJCQkJCTxrZXk+Y29tLmFwcGxl LnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJ CQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5Q YWdlRm9ybWF0LlBNQWRqdXN0ZWRQYWdlUmVjdDwva2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5h cHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0 aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwv a2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdl Rm9ybWF0LlBNQWRqdXN0ZWRQYWdlUmVjdDwva2V5PgoJCQkJCTxhcnJheT4KCQkJCQkJPGludGVn ZXI+MDwvaW50ZWdlcj4KCQkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCQkJPHJlYWw+MTMw NTAuMDAwMDAwMDAwMDAyPC9yZWFsPgoJCQkJCQk8cmVhbD45MzE2LjY2NjY2NjY2NjY2Nzk8L3Jl YWw+CgkJCQkJPC9hcnJheT4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVG bGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJh eT4KCQk8L2RpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTUFkanVzdGVk UGFwZXJSZWN0PC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5j cmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCQk8 a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJ CTxkaWN0PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1BZGp1c3RlZFBh cGVyUmVjdDwva2V5PgoJCQkJCTxhcnJheT4KCQkJCQkJPHJlYWw+LTMwMDwvcmVhbD4KCQkJCQkJ PHJlYWw+LTMwMDwvcmVhbD4KCQkJCQkJPHJlYWw+MTM3MzMuMzMzMzMzMzMzMzM0PC9yZWFsPgoJ CQkJCQk8cmVhbD45NjE2LjY2NjY2NjY2NjY2Nzk8L3JlYWw+CgkJCQkJPC9hcnJheT4KCQkJCQk8 a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+ MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20u YXBwbGUucHJpbnQuUGFwZXJJbmZvLlBNUGFwZXJOYW1lPC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+ Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxl LmpvYnRpY2tldDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFy cmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50 LlBhcGVySW5mby5QTVBhcGVyTmFtZTwva2V5PgoJCQkJCTxzdHJpbmc+aXNvLWE0PC9zdHJpbmc+ CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwva2V5PgoJCQkJCTxp bnRlZ2VyPjA8L2ludGVnZXI+CgkJCQk8L2RpY3Q+CgkJCTwvYXJyYXk+CgkJPC9kaWN0PgoJCTxr ZXk+Y29tLmFwcGxlLnByaW50LlBhcGVySW5mby5QTVVuYWRqdXN0ZWRQYWdlUmVjdDwva2V5PgoJ CTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8 c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJp bnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5 PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8uUE1VbmFkanVzdGVkUGFnZVJlY3Q8L2tleT4KCQkJ CQk8YXJyYXk+CgkJCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCQkJCTxpbnRlZ2VyPjA8L2lu dGVnZXI+CgkJCQkJCTxyZWFsPjc4MzwvcmVhbD4KCQkJCQkJPHJlYWw+NTU5PC9yZWFsPgoJCQkJ CTwvYXJyYXk+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwva2V5 PgoJCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCQk8L2RpY3Q+CgkJCTwvYXJyYXk+CgkJPC9k aWN0PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhcGVySW5mby5QTVVuYWRqdXN0ZWRQYXBlclJl Y3Q8L2tleT4KCQk8ZGljdD4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8 L2tleT4KCQkJPHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0PC9zdHJpbmc+CgkJCTxrZXk+Y29t LmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQkJPGFycmF5PgoJCQkJPGRpY3Q+ CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLlBNVW5hZGp1c3RlZFBhcGVyUmVj dDwva2V5PgoJCQkJCTxhcnJheT4KCQkJCQkJPHJlYWw+LTE4PC9yZWFsPgoJCQkJCQk8cmVhbD4t MTg8L3JlYWw+CgkJCQkJCTxyZWFsPjgyNDwvcmVhbD4KCQkJCQkJPHJlYWw+NTc3PC9yZWFsPgoJ CQkJCTwvYXJyYXk+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwv a2V5PgoJCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCQk8L2RpY3Q+CgkJCTwvYXJyYXk+CgkJ PC9kaWN0PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhcGVySW5mby5wcGQuUE1QYXBlck5hbWU8 L2tleT4KCQk8ZGljdD4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tl eT4KCQkJPHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0PC9zdHJpbmc+CgkJCTxrZXk+Y29tLmFw cGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQkJPGFycmF5PgoJCQkJPGRpY3Q+CgkJ CQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLnBwZC5QTVBhcGVyTmFtZTwva2V5PgoJ CQkJCTxzdHJpbmc+QTQ8L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQu c3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJ PC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LkFQSVZlcnNp b248L2tleT4KCQk8c3RyaW5nPjAwLjIwPC9zdHJpbmc+CgkJPGtleT5jb20uYXBwbGUucHJpbnQu dGlja2V0LnR5cGU8L2tleT4KCQk8c3RyaW5nPmNvbS5hcHBsZS5wcmludC5QYXBlckluZm9UaWNr ZXQ8L3N0cmluZz4KCTwvZGljdD4KCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5BUElWZXJz aW9uPC9rZXk+Cgk8c3RyaW5nPjAwLjIwPC9zdHJpbmc+Cgk8a2V5PmNvbS5hcHBsZS5wcmludC50 aWNrZXQudHlwZTwva2V5PgoJPHN0cmluZz5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdFRpY2tl dDwvc3RyaW5nPgo8L2RpY3Q+CjwvcGxpc3Q+Ck0AegABAAADAAAEsASwAAAAADL7JGX+1P7UNaYl kQNnBXsD4AACAAAASABIAAAAAALYAigAAQAAAGQAAAABAAMDAwAAAAF//wABAAEAAAAAAAAAAAAA AABoCAAZAZAAAAAAACAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAKEAIgAJAGQAAQABAAEAAgD8 //z/AAAAAAAA4D8AAAAAAADgPwEAVQACAAoAfQAMAAAAAAAAHg8AAgACAH0ADAABAAEA1QpSAAIA AgB9AAwAAgAEANUKUgAAAAIAfQAMAAUABQAANQ8AAgACAAACDgAAAAAAFwAAAAAABgAAAAgCEAAA AAAABgAEAQAAAAAAAQ8gCAIQAAEAAAAGABgBAAAAAAABDzAIAhAAAgAAAAYA8AAAAAAAAAEPAAgC EAADAAAABgAEAQAAAAAAAQ8gCAIQAAQAAAAGAAQBAAAAAAABDyAIAhAABQAAAAYABAEAAAAAAAEP IAgCEAAGAAAABgC4AQAAAAAAAQ8gCAIQAAcAAAAGAAQBAAAAAAABDyAIAhAACAAAAAYA8AAAAAAA AAEPAAgCEAAJAAAABgAEAQAAAAAAAQ8gCAIQAAoAAAAGALgBAAAAAAABDyAIAhAACwAAAAYAuAEA AAAAAAEPIAgCEAAMAAAABgDwAAAAAAAAAQ8ACAIQAA0AAAAGAAQBAAAAAAABDyAIAhAADgAAAAYA uAEAAAAAAAEPIAgCEAAPAAAABgAEAQAAAAAAAQ8gCAIQABAAAAAGALgBAAAAAAABDyAIAhAAEQAA AAYAuAEAAAAAAAEPIAgCEAASAAAABgC4AQAAAAAAAQ8gCAIQABMAAAAGALgBAAAAAAABDyAIAhAA FAAAAAYABAEAAAAAAAEPIAgCEAAVAAAABgAEAQAAAAAAAQ8gCAIQABYAAAAGABgBAAAAAAABDzAB AgYAAAAAAGMA/QAKAAAAAQCMAB4AAAD9AAoAAAACAIwAHwAAAP0ACgAAAAMAjAAgAAAA/QAKAAAA BACMACEAAAD9AAoAAAAFAGMABwAAAP0ACgABAAAAewAiAAAAvgAQAAEAAQB8AHwAfAB8AH0ABQD9 AAoAAgAAAGQAAgAAAL0AEgACAAEAfgAAiLNAfgAAEIxAAgC+AAwAAgADAI0AjgCAAAUA/QAKAAMA AABlACMAAAC+ABAAAwABAH8AfwCPAJAAgQAFAP0ACgAEAAAAggAkAAAAvgAQAAQAAQCDAIMAgwCD AIQABQD9AAoABQAAAGcAAQAAAL0AGAAFAAEAaACAovlAaADAXPVAaAAARs5AAwABAgYABQAEAJEA /QAKAAUABQCcADcAAAD9AAoABgAAAGoAJQAAAH4CCgAGAAEAawAATM1AAQIGAAYAAgCSAH4CCgAG AAMAmAAAiLNAAQIGAAYABACTAP0ACgAGAAUAbAAmAAAA/QAKAAcAAACCACcAAAC+ABAABwABAIMA gwCDAIMAhAAFAP0ACgAIAAAAbQAAAAAAvQAYAAgAAQCFAAAX4UCFAGA78ECaAACOwkADAAECBgAI AAQAlAD9AAoACAAFAG8AKQAAAP0ACgAJAAAAbgAoAAAAvgAOAAkAAQCGAIYAmwCVAAQA/QAKAAkA BQBwADgAAAD9AAoACgAAAGcAKgAAAL0AGAAKAAEAaAAAZNlAmQAAZLlAmQAAC9NAAwABAgYACgAE AJYA/QAKAAoABQBxACsAAAD9AAoACwAAAGoALAAAAAECBgALAAEAkwC9ABIACwACAGsAAIjDQGsA AIjDQAMAAQIGAAsABACTAP0ACgALAAUAcgAtAAAA/QAKAAwAAABkAAYAAAB+AgoADAABAGYAAIjz QL4ADAAMAAIAjQCNAI4ABAD9AAoADAAFAIcALgAAAP0ACgANAAAAZQAFAAAAfgIKAA0AAQBzAABA r0C+AA4ADQACAI8AjwCQAIgABQD9AAoADgAAAGoALwAAAAECBgAOAAEAkwC9ABIADgACAGsAwMnU QGsAAACqQAMAAQIGAA4ABABrAP0ACgAOAAUAcgAtAAAA/QAKAA8AAACJADAAAAC+ABAADwABAIoA igCKAIoAiwAFAP0ACgAQAAAAagAxAAAAvQASABAAAQBrAABw10BrAICbzEACAAECBgAQAAMAkwB+ AgoAEAAEAGsAAECvQAECBgAQAAUAdAD9AAoAEQAAAGcAMgAAAH4CCgARAAEAaAAAZNlAvgAMABEA AgCXAJcAlgAEAP0ACgARAAUAaQAuAAAA/QAKABIAAABqADMAAAB+AgoAEgABAGsAAEzdQAECBgAS AAIAkgB+AgoAEgADAJgAQPjjQAECBgASAAQAkwD9AAoAEgAFAGwANAAAAP0ACgATAAAAZwA1AAAA vQAeABMAAQBoAABMzUCZAACokkCZAABspEBoAABAn0AEAAECBgATAAUAdQD9AAoAFAAAAIIABAAA AL4AEAAUAAEAgwCDAIMAgwCEAAUA/QAKABUAAAB2AAMAAAC9AB4AFQABAHcAwLvqQHcAQGzfQHcA gGfPQHcAACCMQAQAAQIGABUABQB4AP0ACgAWAAAAeQA2AAAABgBXABYAAQB6AAAAAACYnhlBAAAW AAL/QQAkFQABwBkQQgIlEAATAAHAAcAZEAD0AyUIAA4AAcABwBkQ9AADJQUABgABwAHAGRD09AMl AgADAAHAAcAZEPT0AwYAVwAWAAIAegAAAAAAiGENQQAAFgAD/0EAJBUAAsAZEEICJRAAEwACwALA GRAA9AMlCAAOAALAAsAZEPQAAyUFAAYAAsACwBkQ9PQDJQIAAwACwALAGRD09AMGAFcAFgADAHoA AAAAADDj/UAAAAYAV/1BACQVAAPAGRBCAiUQABMAA8ADwBkQAPQDJQgADgADwAPAGRD0AAMlBQAG AAPAA8AZEPT0AyUCAAMAA8ADwBkQ9PQDBgBXABYABAB6AAAAAAAA9LpAAAAWAAH+QQAkFQAEwBkQ QgIlEAATAATABMAZEAD0AyUIAA4ABMAEwBkQ9AADJQUABgAEwATAGRD09AMlAgADAATABMAZEPT0 AwECBgAWAAUAeQDXADIAFAgAALgBUAAiADQAIgAiAEIATAAiAEIALgBCAEYAOgAuAEYAIgBGADoA TAA6ACIAOgDCARgABAAWAAMACQEDAAAABQAWAAIACQEEAAH+PgISALYGAAAAAEAAAAAAAAAAAAAA AMgIEQDICAAAAABAAAAAAAAIAAAAAB0ADwADGAAEAAAAAQAYABgABATlAJIAEgAMAA0AAgACAAwA DQADAAMADAANAAQABAAMAA0ABQAFAA8ADwAAAAUAFAAUAAAABQAEAAQAAAAFAAcABwAAAAUACAAJ AAEAAQAIAAkAAgACAAgACQADAAMACAAJAAQABAABAAEAAAAFAAIAAwABAAEAAgADAAIAAgACAAMA AwADAAIAAwAEAAQAAgADAAUABQBnCBcAZwgAAAAAAAAAAAAAAgAB/////wNEAABnCBMAZwgAAAAA AAAAAAAAAwABAAAAAGgIJwBoCAAAAAAAAAAAAAADAAAAAAAAAQAEAAAAAAAWABYAAwADAAIAAAAK AAAACQgQAAAGEABzYswHWAADAAYGAAALAhQAAAAAAAAAAAAKAAAA37sAALS+AAANAAIAAQAMAAIA ZAAPAAIAAQARAAIAAAAQAAgALUMc6+I2Gj9fAAIAAQAqAAIAAAArAAIAAACCAAIAAQCAAAgAAAAA AAAAAAAlAgQAAADwAIEAAgDBBBQAAAAVAAAAgwACAAAAhAACAAAATQDZGQMQPD94bWwgdmVyc2lv bj0iMS4wIiBlbmNvZGluZz0iVVRGLTgiPz4KPCFET0NUWVBFIHBsaXN0IFBVQkxJQyAiLS8vQXBw bGUvL0RURCBQTElTVCAxLjAvL0VOIiAiaHR0cDovL3d3dy5hcHBsZS5jb20vRFREcy9Qcm9wZXJ0 eUxpc3QtMS4wLmR0ZCI+CjxwbGlzdCB2ZXJzaW9uPSIxLjAiPgo8ZGljdD4KCTxrZXk+Y29tLmFw cGxlLnByaW50LlBhZ2VGb3JtYXQuUE1Ib3Jpem9udGFsUmVzPC9rZXk+Cgk8ZGljdD4KCQk8a2V5 PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCTxzdHJpbmc+Y29tLmFwcGxl LmpvYnRpY2tldDwvc3RyaW5nPgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJy YXk8L2tleT4KCQk8YXJyYXk+CgkJCTxkaWN0PgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFn ZUZvcm1hdC5QTUhvcml6b250YWxSZXM8L2tleT4KCQkJCTxyZWFsPjEyMDA8L3JlYWw+CgkJCQk8 a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQk8aW50ZWdlcj4w PC9pbnRlZ2VyPgoJCQk8L2RpY3Q+CgkJPC9hcnJheT4KCTwvZGljdD4KCTxrZXk+Y29tLmFwcGxl LnByaW50LlBhZ2VGb3JtYXQuUE1PcmllbnRhdGlvbjwva2V5PgoJPGRpY3Q+CgkJPGtleT5jb20u YXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0 aWNrZXQ8L3N0cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9r ZXk+CgkJPGFycmF5PgoJCQk8ZGljdD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3Jt YXQuUE1PcmllbnRhdGlvbjwva2V5PgoJCQkJPGludGVnZXI+MTwvaW50ZWdlcj4KCQkJCTxrZXk+ Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCTxpbnRlZ2VyPjA8L2lu dGVnZXI+CgkJCTwvZGljdD4KCQk8L2FycmF5PgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUucHJp bnQuUGFnZUZvcm1hdC5QTVNjYWxpbmc8L2tleT4KCTxkaWN0PgoJCTxrZXk+Y29tLmFwcGxlLnBy aW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJPHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0PC9z dHJpbmc+CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCTxh cnJheT4KCQkJPGRpY3Q+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNU2Nh bGluZzwva2V5PgoJCQkJPHJlYWw+MTwvcmVhbD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRp Y2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCTwvZGljdD4K CQk8L2FycmF5PgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTVZl cnRpY2FsUmVzPC9rZXk+Cgk8ZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3Jl YXRvcjwva2V5PgoJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCTxrZXk+ Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQk8YXJyYXk+CgkJCTxkaWN0 PgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTVZlcnRpY2FsUmVzPC9rZXk+ CgkJCQk8cmVhbD4xMjAwPC9yZWFsPgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0 YXRlRmxhZzwva2V5PgoJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJPC9kaWN0PgoJCTwvYXJy YXk+Cgk8L2RpY3Q+Cgk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNVmVydGljYWxT Y2FsaW5nPC9rZXk+Cgk8ZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRv cjwva2V5PgoJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCTxrZXk+Y29t LmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQk8YXJyYXk+CgkJCTxkaWN0PgoJ CQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTVZlcnRpY2FsU2NhbGluZzwva2V5 PgoJCQkJPHJlYWw+MTwvcmVhbD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0 ZUZsYWc8L2tleT4KCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCTwvZGljdD4KCQk8L2FycmF5 PgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQuc3ViVGlja2V0LnBhcGVyX2luZm9fdGlj a2V0PC9rZXk+Cgk8ZGljdD4KCQk8a2V5PlBNUFBEUGFwZXJDb2RlTmFtZTwva2V5PgoJCTxkaWN0 PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5n PmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlj a2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PlBNUFBE UGFwZXJDb2RlTmFtZTwva2V5PgoJCQkJCTxzdHJpbmc+QTQ8L3N0cmluZz4KCQkJCQk8a2V5PmNv bS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50 ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5QTVBQRFRyYW5z bGF0aW9uU3RyaW5nUGFwZXJOYW1lPC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnBy aW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwv c3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJ CTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+UE1QUERUcmFuc2xhdGlvblN0cmluZ1BhcGVy TmFtZTwva2V5PgoJCQkJCTxzdHJpbmc+QTQ8L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5hcHBsZS5w cmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJ CTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5QTVRpb2dhUGFwZXJOYW1lPC9r ZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+ CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBs ZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJ CTxrZXk+UE1UaW9nYVBhcGVyTmFtZTwva2V5PgoJCQkJCTxzdHJpbmc+aXNvLWE0PC9zdHJpbmc+ CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwva2V5PgoJCQkJCTxp bnRlZ2VyPjA8L2ludGVnZXI+CgkJCQk8L2RpY3Q+CgkJCTwvYXJyYXk+CgkJPC9kaWN0PgoJCTxr ZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1BZGp1c3RlZFBhZ2VSZWN0PC9rZXk+CgkJ PGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxz dHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmlu dC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+ Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1BZGp1c3RlZFBhZ2VSZWN0PC9rZXk+CgkJCQkJ PGFycmF5PgoJCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJCQk8aW50ZWdlcj4wPC9pbnRl Z2VyPgoJCQkJCQk8cmVhbD4xMzA1MC4wMDAwMDAwMDAwMDI8L3JlYWw+CgkJCQkJCTxyZWFsPjkz MTYuNjY2NjY2NjY2NjY3OTwvcmVhbD4KCQkJCQk8L2FycmF5PgoJCQkJCTxrZXk+Y29tLmFwcGxl LnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJ CQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5Q YWdlRm9ybWF0LlBNQWRqdXN0ZWRQYXBlclJlY3Q8L2tleT4KCQk8ZGljdD4KCQkJPGtleT5jb20u YXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQkJPHN0cmluZz5jb20uYXBwbGUuam9i dGlja2V0PC9zdHJpbmc+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8 L2tleT4KCQkJPGFycmF5PgoJCQkJPGRpY3Q+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFn ZUZvcm1hdC5QTUFkanVzdGVkUGFwZXJSZWN0PC9rZXk+CgkJCQkJPGFycmF5PgoJCQkJCQk8cmVh bD4tMzAwPC9yZWFsPgoJCQkJCQk8cmVhbD4tMzAwPC9yZWFsPgoJCQkJCQk8cmVhbD4xMzczMy4z MzMzMzMzMzMzMzQ8L3JlYWw+CgkJCQkJCTxyZWFsPjk2MTYuNjY2NjY2NjY2NjY3OTwvcmVhbD4K CQkJCQk8L2FycmF5PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8 L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJ CTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8uUE1QYXBlck5hbWU8L2tl eT4KCQk8ZGljdD4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4K CQkJPHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0PC9zdHJpbmc+CgkJCTxrZXk+Y29tLmFwcGxl LnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQkJPGFycmF5PgoJCQkJPGRpY3Q+CgkJCQkJ PGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLlBNUGFwZXJOYW1lPC9rZXk+CgkJCQkJPHN0 cmluZz5pc28tYTQ8L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3Rh dGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9h cnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLlBNVW5hZGp1 c3RlZFBhZ2VSZWN0PC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tl dC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJ CQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4K CQkJCTxkaWN0PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhcGVySW5mby5QTVVuYWRqdXN0 ZWRQYWdlUmVjdDwva2V5PgoJCQkJCTxhcnJheT4KCQkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4K CQkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCQkJPHJlYWw+NzgzPC9yZWFsPgoJCQkJCQk8 cmVhbD41NTk8L3JlYWw+CgkJCQkJPC9hcnJheT4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50 aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGlj dD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZv LlBNVW5hZGp1c3RlZFBhcGVyUmVjdDwva2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBsZS5w cmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8 L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJ CQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8u UE1VbmFkanVzdGVkUGFwZXJSZWN0PC9rZXk+CgkJCQkJPGFycmF5PgoJCQkJCQk8cmVhbD4tMTg8 L3JlYWw+CgkJCQkJCTxyZWFsPi0xODwvcmVhbD4KCQkJCQkJPHJlYWw+ODI0PC9yZWFsPgoJCQkJ CQk8cmVhbD41Nzc8L3JlYWw+CgkJCQkJPC9hcnJheT4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmlu dC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwv ZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJ bmZvLnBwZC5QTVBhcGVyTmFtZTwva2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmlu dC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0 cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8 YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8ucHBk LlBNUGFwZXJOYW1lPC9rZXk+CgkJCQkJPHN0cmluZz5BNDwvc3RyaW5nPgoJCQkJCTxrZXk+Y29t LmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRl Z2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5w cmludC50aWNrZXQuQVBJVmVyc2lvbjwva2V5PgoJCTxzdHJpbmc+MDAuMjA8L3N0cmluZz4KCQk8 a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQudHlwZTwva2V5PgoJCTxzdHJpbmc+Y29tLmFwcGxl LnByaW50LlBhcGVySW5mb1RpY2tldDwvc3RyaW5nPgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUu cHJpbnQudGlja2V0LkFQSVZlcnNpb248L2tleT4KCTxzdHJpbmc+MDAuMjA8L3N0cmluZz4KCTxr ZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC50eXBlPC9rZXk+Cgk8c3RyaW5nPmNvbS5hcHBsZS5w cmludC5QYWdlRm9ybWF0VGlja2V0PC9zdHJpbmc+CjwvZGljdD4KPC9wbGlzdD4KTQB6AAEAAAMA AASwBLAAAAAAMvskZf7U/tQ1piWRA2cFewPgAAIAAABIAEgAAAAAAtgCKAABAAAAZAAAAAEAAwMD AAAAAX//AAEAAQAAAAAAAAAAAAAAAGgIABkBkAAAAAAAIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAoQAiAAkAZAABAAEAAQACAPz//P8AAAAAAADgPwAAAAAAAOA/AQBVAAIACgB9AAwAAAAAAFVD DwACAAIAfQAMAAEAAQCAGQ8AAgACAAACDgAAAAAACgAAAAAAAgAAAAgCEAAAAAAAAgC4AQAAAAAA AQ8gCAIQAAEAAAACAMwBAAAAAAABDzAIAhAAAgAAAAIAuAEAAAAAAAEPIAgCEAADAAAAAgC4AQAA AAAAAQ8gCAIQAAQAAAACALgBAAAAAAABDyAIAhAABQAAAAIAuAEAAAAAAAEPIAgCEAAGAAAAAgC4 AQAAAAAAAQ8gCAIQAAcAAAACALgBAAAAAAABDyAIAhAACAAAAAIAuAEAAAAAAAEPIAgCEAAJAAAA AgDMAQAAAAAAAQ8w/QAKAAAAAABBAAgAAAABAgYAAAABAEIA/QAKAAEAAABRABEAAAB+AgoAAQAB AFMAMO0UQf0ACgACAAAAVAASAAAABgAdAAIAAQBVAAAAAABEORRBAAAEAAH/BwBaBAAEAAHA/QAK AAMAAABFABMAAAAGACYAAwABAEYAAAAAAIhhDcEAAAYAAf8QAFoCABYAAsATWgMAFgACwAP9AAoA BAAAAFYAFAAAAAYAJgAEAAEAVwAAAAAAMOP9wAAABQAB/xAAWgIAFgADwBNaAwAWAAPAA/0ACgAF AAAARQAVAAAABgAeAAUAAQBGAAAAAAAA9LrAAAADAAH/CABaAgAWAATAE/0ACgAGAAAAVAAWAAAA BgAjAAYAAQBVAAAAAABglRbBAAAHAAH/DQAlAwAFAAHAAcAZEP8P/QAKAAcAAABYAAkAAAAGACcA BwABAFkAAAAAABSREkEAAAkAAf8RAEQBAAHARAIAAcADRAYAAcAD/QAKAAgAAABJABcAAAAGAB0A CAABAEoAAAAAAMDc48AAAAIAAf4HAFoBAAMAAcD9AAoACQAAAEcAGAAAAAYAIwAJAAEASAAAAAAA fBUQQQAABgAd/Q0AJQcACAABwAHAGRD/D9cAGACdAgAAtAAYABwALwA4ADgAMAA1ADkALwDCARgA FgADAAEACQEBAAAAFgAEAAEACQQBAB39PgISALYAAAAAAEAAAAAAAAAAAAAAAMgIEQDICAAAAABA AAAAAAAIAAAAAB0ADwADGgAAAAAAAQAaABoAAABnCBcAZwgAAAAAAAAAAAAAAgAB/////wNEAAAK AAAACQgQAAAGEABzYswHWAADAAYGAAALAhQAAAAAAAAAAAAFAAAABcAAAJTBAAANAAIAAQAMAAIA ZAAPAAIAAQARAAIAAAAQAAgALUMc6+I2Gj9fAAIAAQAqAAIAAAArAAIAAACCAAIAAQCAAAgAAAAA AAAAAAAlAgQAAADwAIEAAgDBBBQAAAAVAAAAgwACAAAAhAACAAAAoQAiAAEA8AABAAEAAQAEAAIA Af8AAAAAAADgPwAAAAAAAOA/wAFVAAIACgB9AAwAAAAAAFVJDwACAAQAfQAMAAEAAQAqHg8AAgAE AH0ADAACAAIA1QMPAAIABAAAAg4AAAAAAAUAAAAAAAMAAAAIAhAAAAAAAAMA4AEAAAAAAAEPIAgC EAABAAAAAwAcAgAAAAAAAQ8wCAIQAAIAAAADAAgCAAAAAAABDyAIAhAAAwAAAAMACAIAAAAAAAEP IAgCEAAEAAAAAwD0AQAAAAAAAQ8w/QAKAAAAAABLAAsAAAD9AAoAAAABAFoADAAAAAECBgAAAAIA WwD9AAoAAQAAAEwADQAAAH4CCgABAAEAXACgnRJB/QAKAAEAAgBdABkAAAD9AAoAAgAAAE0ADgAA AH4CCgACAAEAXgBA69BA/QAKAAIAAgBfABoAAAD9AAoAAwAAAE4ADwAAAH4CCgADAAEAYAAAnsFA /QAKAAMAAgBhABsAAAD9AAoABAAAAE8AEAAAAAYAIwAEAAEAUAAAAAAARDkUQQAABgAj/A0AJQEA AwABwAHAGRAMAAECBgAEAAIAYgDXAA4ARwEAAFAAJgAqACoAKgDCAQwABgAEAAIACQEBAAAAPgIS ALYAAAAAAEAAAAAAAAAAAAAAAMgIEQDICAAAAABAAAAAAAAIAAAAAB0ADwADBwABAAAAAQAHAAcA AQFnCBcAZwgAAAAAAAAAAAAAAgAB/////wNEAAAKAAAACQgQAAAGEABzYswHWAADAAYGAAALAhQA AAAAAAAAAAALAAAAKt0AAJbeAAANAAIAAQAMAAIAZAAPAAIAAQARAAIAAAAQAAgALUMc6+I2Gj9f AAIAAQAqAAIAAAArAAIAAACCAAIAAQCAAAgAAAAAAAAAAAAlAgQAAADwAIEAAgDBBBQAAAAVAAAA gwACAAAAhAACAAAATQDZGQMQPD94bWwgdmVyc2lvbj0iMS4wIiBlbmNvZGluZz0iVVRGLTgiPz4K PCFET0NUWVBFIHBsaXN0IFBVQkxJQyAiLS8vQXBwbGUvL0RURCBQTElTVCAxLjAvL0VOIiAiaHR0 cDovL3d3dy5hcHBsZS5jb20vRFREcy9Qcm9wZXJ0eUxpc3QtMS4wLmR0ZCI+CjxwbGlzdCB2ZXJz aW9uPSIxLjAiPgo8ZGljdD4KCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1Ib3Jp em9udGFsUmVzPC9rZXk+Cgk8ZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3Jl YXRvcjwva2V5PgoJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCTxrZXk+ Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQk8YXJyYXk+CgkJCTxkaWN0 PgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTUhvcml6b250YWxSZXM8L2tl eT4KCQkJCTxyZWFsPjEyMDA8L3JlYWw+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQu c3RhdGVGbGFnPC9rZXk+CgkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQk8L2RpY3Q+CgkJPC9h cnJheT4KCTwvZGljdD4KCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1PcmllbnRh dGlvbjwva2V5PgoJPGRpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8 L2tleT4KCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQk8a2V5PmNvbS5h cHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJPGFycmF5PgoJCQk8ZGljdD4KCQkJ CTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1PcmllbnRhdGlvbjwva2V5PgoJCQkJ PGludGVnZXI+MTwvaW50ZWdlcj4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0 ZUZsYWc8L2tleT4KCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCTwvZGljdD4KCQk8L2FycmF5 PgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTVNjYWxpbmc8L2tl eT4KCTxkaWN0PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJ PHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0PC9zdHJpbmc+CgkJPGtleT5jb20uYXBwbGUucHJp bnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCTxhcnJheT4KCQkJPGRpY3Q+CgkJCQk8a2V5PmNv bS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNU2NhbGluZzwva2V5PgoJCQkJPHJlYWw+MTwvcmVh bD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCTxp bnRlZ2VyPjA8L2ludGVnZXI+CgkJCTwvZGljdD4KCQk8L2FycmF5PgoJPC9kaWN0PgoJPGtleT5j b20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTVZlcnRpY2FsUmVzPC9rZXk+Cgk8ZGljdD4KCQk8 a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCTxzdHJpbmc+Y29tLmFw cGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVt QXJyYXk8L2tleT4KCQk8YXJyYXk+CgkJCTxkaWN0PgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQu UGFnZUZvcm1hdC5QTVZlcnRpY2FsUmVzPC9rZXk+CgkJCQk8cmVhbD4xMjAwPC9yZWFsPgoJCQkJ PGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwva2V5PgoJCQkJPGludGVnZXI+ MDwvaW50ZWdlcj4KCQkJPC9kaWN0PgoJCTwvYXJyYXk+Cgk8L2RpY3Q+Cgk8a2V5PmNvbS5hcHBs ZS5wcmludC5QYWdlRm9ybWF0LlBNVmVydGljYWxTY2FsaW5nPC9rZXk+Cgk8ZGljdD4KCQk8a2V5 PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCTxzdHJpbmc+Y29tLmFwcGxl LmpvYnRpY2tldDwvc3RyaW5nPgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJy YXk8L2tleT4KCQk8YXJyYXk+CgkJCTxkaWN0PgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFn ZUZvcm1hdC5QTVZlcnRpY2FsU2NhbGluZzwva2V5PgoJCQkJPHJlYWw+MTwvcmVhbD4KCQkJCTxr ZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCTxpbnRlZ2VyPjA8 L2ludGVnZXI+CgkJCTwvZGljdD4KCQk8L2FycmF5PgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUu cHJpbnQuc3ViVGlja2V0LnBhcGVyX2luZm9fdGlja2V0PC9rZXk+Cgk8ZGljdD4KCQk8a2V5PlBN UFBEUGFwZXJDb2RlTmFtZTwva2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50 aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmlu Zz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJy YXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PlBNUFBEUGFwZXJDb2RlTmFtZTwva2V5PgoJCQkJCTxz dHJpbmc+QTQ8L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVG bGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJh eT4KCQk8L2RpY3Q+CgkJPGtleT5QTVBQRFRyYW5zbGF0aW9uU3RyaW5nUGFwZXJOYW1lPC9rZXk+ CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJ CTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5w cmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxr ZXk+UE1QUERUcmFuc2xhdGlvblN0cmluZ1BhcGVyTmFtZTwva2V5PgoJCQkJCTxzdHJpbmc+QTQ8 L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+ CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2Rp Y3Q+CgkJPGtleT5QTVRpb2dhUGFwZXJOYW1lPC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFw cGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRp Y2tldDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9r ZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+UE1UaW9nYVBhcGVyTmFtZTwva2V5 PgoJCQkJCTxzdHJpbmc+aXNvLWE0PC9zdHJpbmc+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQu dGlja2V0LnN0YXRlRmxhZzwva2V5PgoJCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCQk8L2Rp Y3Q+CgkJCTwvYXJyYXk+CgkJPC9kaWN0PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3Jt YXQuUE1BZGp1c3RlZFBhZ2VSZWN0PC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnBy aW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwv c3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJ CTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQu UE1BZGp1c3RlZFBhZ2VSZWN0PC9rZXk+CgkJCQkJPGFycmF5PgoJCQkJCQk8aW50ZWdlcj4wPC9p bnRlZ2VyPgoJCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJCQk8cmVhbD4xMzA1MC4wMDAw MDAwMDAwMDI8L3JlYWw+CgkJCQkJCTxyZWFsPjkzMTYuNjY2NjY2NjY2NjY3OTwvcmVhbD4KCQkJ CQk8L2FycmF5PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tl eT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwv ZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNQWRqdXN0ZWRQYXBlclJl Y3Q8L2tleT4KCQk8ZGljdD4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8 L2tleT4KCQkJPHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0PC9zdHJpbmc+CgkJCTxrZXk+Y29t LmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQkJPGFycmF5PgoJCQkJPGRpY3Q+ CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTUFkanVzdGVkUGFwZXJSZWN0 PC9rZXk+CgkJCQkJPGFycmF5PgoJCQkJCQk8cmVhbD4tMzAwPC9yZWFsPgoJCQkJCQk8cmVhbD4t MzAwPC9yZWFsPgoJCQkJCQk8cmVhbD4xMzczMy4zMzMzMzMzMzMzMzQ8L3JlYWw+CgkJCQkJCTxy ZWFsPjk2MTYuNjY2NjY2NjY2NjY3OTwvcmVhbD4KCQkJCQk8L2FycmF5PgoJCQkJCTxrZXk+Y29t LmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRl Z2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5w cmludC5QYXBlckluZm8uUE1QYXBlck5hbWU8L2tleT4KCQk8ZGljdD4KCQkJPGtleT5jb20uYXBw bGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQkJPHN0cmluZz5jb20uYXBwbGUuam9idGlj a2V0PC9zdHJpbmc+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tl eT4KCQkJPGFycmF5PgoJCQkJPGRpY3Q+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJ bmZvLlBNUGFwZXJOYW1lPC9rZXk+CgkJCQkJPHN0cmluZz5pc28tYTQ8L3N0cmluZz4KCQkJCQk8 a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+ MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20u YXBwbGUucHJpbnQuUGFwZXJJbmZvLlBNVW5hZGp1c3RlZFBhZ2VSZWN0PC9rZXk+CgkJPGRpY3Q+ CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+ Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNr ZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+Y29tLmFw cGxlLnByaW50LlBhcGVySW5mby5QTVVuYWRqdXN0ZWRQYWdlUmVjdDwva2V5PgoJCQkJCTxhcnJh eT4KCQkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4K CQkJCQkJPHJlYWw+NzgzPC9yZWFsPgoJCQkJCQk8cmVhbD41NTk8L3JlYWw+CgkJCQkJPC9hcnJh eT4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJ PGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJ PGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLlBNVW5hZGp1c3RlZFBhcGVyUmVjdDwva2V5 PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJ CQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUu cHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8 a2V5PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8uUE1VbmFkanVzdGVkUGFwZXJSZWN0PC9rZXk+ CgkJCQkJPGFycmF5PgoJCQkJCQk8cmVhbD4tMTg8L3JlYWw+CgkJCQkJCTxyZWFsPi0xODwvcmVh bD4KCQkJCQkJPHJlYWw+ODI0PC9yZWFsPgoJCQkJCQk8cmVhbD41Nzc8L3JlYWw+CgkJCQkJPC9h cnJheT4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJ CQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+ CgkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLnBwZC5QTVBhcGVyTmFtZTwva2V5PgoJ CTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8 c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJp bnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5 PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8ucHBkLlBNUGFwZXJOYW1lPC9rZXk+CgkJCQkJPHN0 cmluZz5BNDwvc3RyaW5nPgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZs YWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5 PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuQVBJVmVyc2lvbjwva2V5 PgoJCTxzdHJpbmc+MDAuMjA8L3N0cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQu dHlwZTwva2V5PgoJCTxzdHJpbmc+Y29tLmFwcGxlLnByaW50LlBhcGVySW5mb1RpY2tldDwvc3Ry aW5nPgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LkFQSVZlcnNpb248L2tl eT4KCTxzdHJpbmc+MDAuMjA8L3N0cmluZz4KCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC50 eXBlPC9rZXk+Cgk8c3RyaW5nPmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0VGlja2V0PC9zdHJp bmc+CjwvZGljdD4KPC9wbGlzdD4KTQB6AAEAAAMAAASwBLAAAAAAMvskZf7U/tQ1piWRA2cFewPg AAIAAABIAEgAAAAAAtgCKAABAAAAZAAAAAEAAwMDAAAAAX//AAEAAQAAAAAAAAAAAAAAAGgIABkB kAAAAAAAIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAoQAiAAkAZAABAAEAAQACAPz//P8AAAAA AADgPwAAAAAAAOA/AQBVAAIACgB9AAwAAAAAAKpIDwACAAIAfQAMAAEAAQBVMg8AAgACAAACDgAA AAAACwAAAAAAAgAAAAgCEAAAAAAAAgC4AQAAAAAAAQ8gCAIQAAEAAAACAMwBAAAAAAABDzAIAhAA AgAAAAIAuAEAAAAAAAEPIAgCEAADAAAAAgDMAQAAAAAAAQ8wCAIQAAcAAAACAPAAAAAAAAABDwAI AhAACAAAAAIA8AAAAAAAAAEPAAgCEAAJAAAAAgDwAAAAAAAAAQ8ACAIQAAoAAAACAPAAAAAAAAAB DwD9AAoAAAAAAEEACAAAAAECBgAAAAEAQgD9AAoAAQAAAEMACgAAAH4CCgABAAEARABgB/JA/QAK AAIAAABJABwAAAB+AgoAAgABAEoAgAvcQP0ACgADAAAARwAdAAAAfgIKAAMAAQBIAMDc48ABAgYA BwAAAEAAAQIGAAgAAABAAAECBgAJAAAAQAABAgYACgAAAEAA1wAUADQBAACMABgAHAAcABwACgAK AAoAPgISALYAAAAAAEAAAAAAAAAAAAAAAMgIEQDICAAAAABAAAAAAAAIAAAAAB0ADwADCQAAAAAA AQAJAAkAAABnCBcAZwgAAAAAAAAAAAAAAgAB/////wNEAAAKAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAB AAAAAgAAAAMAAAD+////BQAAAAYAAAAHAAAACAAAAP7///8KAAAA/v////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////7/ AAADCgEAAAAAAAAAAAAAAAAAAAAAAAEAAADghZ/y+U9oEKuRCAArJ7PZMAAAAKwAAAAHAAAAAQAA AEAAAAAIAAAASAAAABIAAABcAAAACwAAAIAAAAAMAAAAjAAAAA0AAACYAAAAEwAAAKQAAAACAAAA ECcAAB4AAAAMAAAATGFycyBLdXJ0aAAAHgAAABwAAABNaWNyb3NvZnQgTWFjaW50b3NoIEV4Y2Vs AAAAQAAAAACWhq2ukdABQAAAAOA84jQ0YdABQAAAAIB55VunMdEBAwAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAD+/wAAAwoBAAAAAAAAAAAAAAAAAAAAAAABAAAAAtXN 1ZwuGxCTlwgAKyz5rjAAAADkAAAACAAAAAEAAABIAAAAFwAAAFAAAAALAAAAWAAAABAAAABgAAAA EwAAAGgAAAAWAAAAcAAAAA0AAAB4AAAADAAAAMEAAAACAAAAECcAAAMAAAAAAA4ACwAAAAAAAAAL AAAAAAAAAAsAAAAAAAAACwAAAAAAAAAeEAAABAAAAA4AAAAxNSBQTE4gdnMgQUNUAAkAAABBQ0NP VU5UUwAHAAAASU5DT01FABMAAABEZXByZWNpYXRlZCBBc3NldHMADBAAAAIAAAAeAAAACwAAAFdv cmtzaGVldHMAAwAAAAQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAEA/v8CAAEA/////yAIAgAAAAAAwAAAAAAAAEYkAAAATWljcm9zb2Z0IEV4Y2VsIDk3IC0g MjAwNCBXb3Jrc2hlZXQA/v///zhGSUIOAAAARXhjZWwuU2hlZXQuOAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABAEMA bwBtAHAATwBiAGoAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAEgACAP///////////////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAkA AABiAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAA////////////////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAD///////////////8AAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAP////////// /////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA== --_009_D28CCF5523E17larskurthcitrixcom_ Content-Type: application/pdf; name="Xen Project 2015 Q4 Budget Report v2.pdf" Content-Description: Xen Project 2015 Q4 Budget Report v2.pdf Content-Disposition: attachment; filename="Xen Project 2015 Q4 Budget Report v2.pdf"; size=334817; creation-date="Tue, 08 Dec 2015 18:18:06 GMT"; modification-date="Tue, 08 Dec 2015 18:18:06 GMT" Content-ID: <296B565670515C40BEA7F397A6DEE3F6@citrix.com> Content-Transfer-Encoding: base64 JVBERi0xLjUNCiW1tbW1DQoxIDAgb2JqDQo8PC9UeXBlL0NhdGFsb2cvUGFnZXMgMiAwIFIvTGFu Zyhlbi1VUykgL1N0cnVjdFRyZWVSb290IDg2IDAgUi9NYXJrSW5mbzw8L01hcmtlZCB0cnVlPj4+ Pg0KZW5kb2JqDQoyIDAgb2JqDQo8PC9UeXBlL1BhZ2VzL0NvdW50IDYvS2lkc1sgMyAwIFIgNDEg MCBSIDUwIDAgUiA1OSAwIFIgNjYgMCBSIDczIDAgUl0gPj4NCmVuZG9iag0KMyAwIG9iag0KPDwv VHlwZS9QYWdlL1BhcmVudCAyIDAgUi9SZXNvdXJjZXM8PC9FeHRHU3RhdGU8PC9HUzUgNSAwIFIv R1MxMSAxMSAwIFIvR1MyNiAyNiAwIFI+Pi9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSL0ltYWdlOCA4 IDAgUi9JbWFnZTkgOSAwIFIvSW1hZ2UyNyAyNyAwIFIvSW1hZ2UyOSAyOSAwIFIvSW1hZ2UzMSAz MSAwIFIvSW1hZ2UzMyAzMyAwIFIvSW1hZ2UzNSAzNSAwIFIvSW1hZ2UzNyAzNyAwIFIvSW1hZ2Uz OSAzOSAwIFI+Pi9QYXR0ZXJuPDwvUDYgNiAwIFIvUDE1IDE1IDAgUi9QMTkgMTkgMCBSL1AyMyAy MyAwIFI+Pi9Gb250PDwvRjEgMjQgMCBSPj4vUHJvY1NldFsvUERGL1RleHQvSW1hZ2VCL0ltYWdl Qy9JbWFnZUldID4+L01lZGlhQm94WyAwIDAgNzIwIDQwNV0gL0NvbnRlbnRzIDQgMCBSL0dyb3Vw PDwvVHlwZS9Hcm91cC9TL1RyYW5zcGFyZW5jeS9DUy9EZXZpY2VSR0I+Pi9UYWJzL1MvU3RydWN0 UGFyZW50cyAwPj4NCmVuZG9iag0KNCAwIG9iag0KPDwvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0 aCAxMDk1OT4+DQpzdHJlYW0NCnicrX1tjy63kd13AfoPz0dpYY1YfCewWCC2N8Yma8TBGkiAIAiE WVlWMpKSK3uR/PvwnFPF7tHMtTaBDVh3qprNJovFeiefx5e/e/zt337521/9w68f6e/+7vHLX//q 8b8+/SQ90lPa/1vWWnmMnB41tceHrz/95D/9zeP7Tz/58jf/1B7f/Lj/+N1Xf/rT1x++fzz/+Pjy d/3x4/P319slNZuv3v7D33z6yX/89JPH3//2V4/H7dP25tM2i9k7Xx62nuZ87Fb7QdWfX6Sn0tZq j+fv9oj+4buvvvl6Pn79w+O9L+W3k+yWSnvnU5aeenypPV5P6vrS+tiXyv8TOfdkQc89kzJ26573 fyzlx4dvfkpPDevnKFq//Mevvv/m8dnX33/xm19+fg3l9YJZ04pZGU+5PHLrT80e3wHRn/ZDR1hp T7kTsryh+tQAtT3YxzMal6eJxhvfHoD2O7mVpzoF5Q3lJ1Pjmp5WwC+C52Dz3Skg9dTR015rfWfp O+spLQ2j7qfzKddriPcZ7MZ/3O174kD3P3lxVt3QryOs56deCSVAewDobj0NfqzXp9oIl919bxhv bvNpCmqLUFbb/pTQdgANqEwORUA7pPO2o2pWjY9n4YT3XA6U97y9LeBq+zsvGv9cb+GWnkZ5hcj4 BqCx2HkS1KZoW9W7PRWt46YcoJQJdQw7YS0x7OTD3lQaRJTd16bKxR0gyp30tumw5vV4r4wRymND G1n4memNm5inqeMm2tWnkQmR6uVpaciNWx4IQ1+7FSZgnK1DdWGNvTERQa39ZOa38J7LZsAXvVDf gQeWjvCmRmEDEGxPO82Lme685vy3N9Eqd/7bDDzsvLIHssRgey61PDkHaaZ1T91IFjxsmnbG6hIy TtQs9l8tgXhxxF6sOrDU3J6ANuW5eTvacpn5MrdXrhWNMOS9DIDq4KZiP4TYeHN8ux7PJ73ZJzdr VccWm3U1wnv/Y1+XxjEI6JnDszNZ7L39tGgCu89l7BoctGlDqIAbrGay5v7HNINNxy0Xua4SGhzz 3hNTM8gBcVhVjf3xZp3BVycItdcl8zurs3GeZGQQa8umDRVRdR5gbz0XToHYpN9rlBc/s5dvGTue XNyufkt+qsalr8YlqYd1XjONM9LWdJAvWxysQUbaSgAbQwgQzPYqUiDtVQWcE0dzNcidy3x7Y8ZO 22KOLQYIem2P3QWpHvD+ROaEncmSEzqep0IJfLXP2i2U5S+cyMe0VfvXaaslbVW2DZAkJjfHfXch xEb7UyUXLOgd0SBQHFE2MTg1ivGyJ14FkcnLXknTqk+0ndptHciy17UQGEVtF0Xs5okt3MpeZ45j 3v7El9AyEAtLhPcwQLBPJVTFTHNGt9R0Bu7FECiMDfIKw+Wrm7xdjYekZMbuwUzbCuKAEPmQStzU cuUeh0DuIF/bjVILRMsGFqHkGYSSdMggO7bNFlnqfT7aJjz2Dz59gxJEPNo6YhNhS4h4E7Tqp2NI hKmO9d1N9s34MSaIpUeMmACbNgkxPewUqvHeoJa7dTu5u+KrUxqUGyUgDHhEY9ef9RFvaqbe740O +myQSSMKEt4pLKpnyIcb0fPuMFkg8n5/legNUGq3j+XdoQ0fSt6kGSWIfqAgeiBE9HhT04+OD3Xi uyJejIl09QEHzfNmybbi2WbmftYqbynq4tt7hXzL56MbgoYXzQM6ND8I0Dze1ES934sM/tmgkkYU FLzR1xk9Ze0Uij4werJYpY1oKQnaJMiPulZYYosfAyLp63uf1TVpLO5RwvoOKGHobCzEnuNo7Itk 3vNXx86RZJz9WRdF+YERDVF5M9Ee7wqALSttLn/YQsZZJzS0e5LYPHVpRbSUBtljaQfYI+3Rbol5 WudTp/Bed3baRYIeA3BRsPC4XqS7U1bUrtMgAy8fos5EhSJEHcvXZxtTdWxy3TyIOob2HT0IQJR3 9CAI9ZsHUWeFOXi5EERYuBCAfE5b79QpTXCcCCCshBNRZwbPxhhfTcGnZUWG2JlW6DW9YoZ+Yl5b L9d6n9hWkqOciW0IStgnBgV6n5d12CS3eQHRzrysh8LGvLY27nfnqJqvlea1IcvXIO9z0LzKMi12 zKusJAlHRJnrSU83I5c5g4gaKhD0BiokepmDOxvm6Q1K2FZsLARUYX3Eq3tvbDspeoZtKuWr78Li 2t9d8kLA87vtHnGfAaHtytpZ/rjQGqWtVlbVvupi+7IaPoCvNvTbZNdpRA5hM0fbpXXYXfBNkd28 3yVKqG2BuCCd0FO+OT6vKexU7ys2jlO9T4k0vdKdduoO7p9/TF/bCNNQtoWxnVAqoIwRHSi5qxQI n2P3Ge/5s9/mxPF+B/gVtCvbwNhDqjXseo54BITGw0JJ4PGG3EQGeUaWwu/BKKME3ffsNrBkDsAI c2iPuPZou2RMdDUOujd2PKVtk9Z+I1wegVIYU7uoeCeyq99ta18BDejfNsOhZbRiyF7vsW3qvG3j 0DjaxoBqiW1M6L6Pc8/yK2MfAzFW7GNAVHFVsQijNjj7GAi3C0zBCevXKO+TcI5yn1JeKziqVumm cGMPwqCsbwgo5L1mUC+VS4StDs8rcwV9VejQ0RjeBm5t4eRVAm5FuyFae7iSe0TFPUcs9e571IDY cspK88crzLtN5LIZIrk9Jx5qx9jAU6P4rowmACrSrdJYQLhruWcICAIU/ecD7X+k4Q/iUGoTtq93 EOHTFKzpW5Ay4EUd0u4pnAXiXttLhYTcI6gKPfRDgKKeUid9sNhySg9dw2flevXrcdHuNa1Xlu1l Luiq22KZ2wbBNY1iK31AdGBLSGb46DI4NiI4Cat4ARNf8T2Ej4wbq0m8XuRyeDfb47zgQj0HjtrE 3g75EH9hxoXBMLA9GGwPpcgE0eLnIg8A/xT6qWxZaJYXiftMybWBLjd/9YDYNtGx8seYbhU0CBU9 G+q4TBqdMhg2AOOlSCbtUYPmhcLI26pR0cz3X7Algcj8ByYtoiWTH0oO+ctLdvFkuAHk8cdGyDvK FlOwgwDU6vmOx07L9H0F0nPUU3xvHOTSfjKKkMK94G27f9BZc5z+AwofE9Y0FrDeolkNymQEokGa aDNtfdDk5jK4JVNyPzaZfInRALxdZH03vN0jpjy3WSrX2yG+3ST4/HHlhxGqHISStKQCJm0zSJea hNVa3QOuIHbDTpBJlWWN1yw7KqNV892EIEc90JEu7dps3P9ts0V/A57t0BSiegfBiKgjqPIm2JQD n2xPglaKiLY8UgeER4bSIo16vah/X5ybn5/vC4ZAwQl/NwQdNNzNw6246RsByLY5P7mv9Wi+DTbZ YP2Xo7nbjLZLWn5vXr6pPbxlHjuuFDpNRMxHFm4BwzGdAB2HfCQdG2dyVTxWjBpc3hluqCK/TJ5m Q4Izs2frMgG5n5s16TWGmdlYAdbKEHuzGuJufy6gsAgPnEHkeBNOUz4dg481P//upiSWaY+JodsJ 8mLIRTR3ty0ncTp9RMz2tj735QuPVt78taRJ8Vp/JSlyhbjiHmfyPThcxrbtq3gkPmEaRmHZKA0P lFxDBQKbPPOxqGfqd5Kwxf3USb6SduOQjvriiOt9RZN8kXicFZ5IlBrbGy7aXzKG4Cur40k/ukuX NTngS1x1/O8lAU3XaVGqv4HPVsQLpb+HiGg/EBQVU/7/kjE/oVDpwzuhTQPFEPcyHCc+VuS+YOEo J+6Ws4hwScdZ9zqb3FvuyzqHJFLsyzpXiEI8XWI+JgYATZk78hfgOtMKi8QAfWkL8wjQ0hZocsll ZUncwGGvHgDCl5IsLUb+4Sg3e1yJAfrR63qcOQW5CJheHY+TGQC85KltzoK7XjwOSKCL6ezM1sN5 ygzUqVVRZgDUIUSfvs6uEFVkBkDK7BkfhQLa4TxMod5FDQiQjySqw5MszAzUUamxT2agbu8k5fA2 61A8n5mBAE5m4CCYGcCbWfJiGTueWt7uHfdIO1bjotwY4843EZ2QX3Txkin8669s6eN8Cl6C9Jl3 XkKIfwUvZXdXxUsb4gY7vJSWtvXhJSDa4SUEOlrwkiVR+vCSSbs4L+1Bk9JiFitPpd15CbGLcj2u nILzEvIcduMlk9novLRFby7BS9af2p2Vshvnh5X27Mc6rGQeyRcr2RTzH1balEz9sJI1jVm8ghnc OWlPPx3WqmlIhYmTUg+XQeuNIoZ+GGlDuQUjOXAxUiDESIl+VzDS7rffc0x1C+W8DiNZuumJ11wT 8aB0sdp3Hlw5bRj3kDECt2t1KZLhFu1BHGm6BeQs7yBqOezjiKThJxJJljGgLDPWFBVaclS2gbX1 JiCsZOFqly2nwbfbc/BoxkYYRf/CwFUXgJoFjtvuZjyCO0kewWQAiWOgs4DozTqug8e8QBB/PBmx YlfbgYOgqRyDE2TSx8IQt5ELiAb/oGMc0HL9eUO0cn88HJKzskYMY8lryHSyEDGDfS8PBFAuQTpA Te7Lki+9V5kTZjYD0NDjqnDVdMBDW+l6WM974oaupuuEzEx+T1ZArcpJYSiuhbvl/vxGTM2gqzEz MunpBtjTWZ+pLZrlce8v18utXp4KhnGCyUT60aOOMx5NF+YZlC2zhsAp89CfggG++NZdNDMm5EZA xyw6iMJYxX7TSz1MHU/tQdU2gEmK78HOWGfu14667Tf3r4eCxWcP5v2xdPZgRijbN9kGmvwp2iNw 52b3AgLokz35qrARZjpnpJOKHFDEwFVGUeW+bkSSSYuFmyqMQdxxEHI5I8mSoTnPpPNMMnc7fM2h ip0uFspQX+M8G0rXKBK59dxUrx41G9qb8NPwuB1l1C+I7i4be5hAPqe/Wmlxs2eZDOaNh1ZURUyw c6R8psbreklTS2IUPpwqmEF8S2TwrLBT4R7qzM5CjKEBqIqvBb0liyujCKT3kLJh1n6v3FTZAQY2 vR4jg8i+WEuap2ht0tE8GP/lHjkVV74ee2iPhnnelofpO/LJ8zAoEk4QjZPMetmMDrXkocaDKPBx h6n+53TaKNrYroalDQU66DsHB79i8AjMKlZyMX1Xks5f6SWKdFjP0BQ7DQsm96FkDCwYAKdKBsA4 RTEewy3HOn5xxAoDhl0sN2AYYW03AwZfLBYGDL25HhYKx3ZsXw4qyanR4+4xOMlMFF21y4ABPEcY MIgN5+EGDIBWbxYMpkSTNSyYHPVhtGBAnFCxoJ++fiwYUNLCgOEw1uGT5gHYw0ZNVoo/LREE9boD qzcLhimHMGAAOKfPAxwD5iBowCAQa2G/MI2Rb/YLpVUJ+4WS7BRbveaZ55Nfz/POR8XoaPorKIm6 +KgovnjxUbnzkdSlRzsOFNGOQCjawTclXWiTsEjmBDvw2SI1BPNpDymd4iNmrO+1STkzIXMeV2VW GOxAVt+jJgp25OyMw2BH3ras+8NYI1uRGFOwA4gkvgKHmLt6kp4ORbDjwAx2xJsKdkTHJ9gR31Ww g2OqEezAkEu+BTswoxmxDkz2qnp6vXq+osbyu2tB4dpcgsFELMUbs42IPrpsM8/kRLwRb2epH2ih 3XfLEVDMVrzQdPrLJYrv+DRHySLoYhLAJ9yYt2/TRCHwsSkCq3BjthSZaYUbgfAyAvCfqdqV0UYH TrAxYA8u5kSav4Gv4Dtqwtp7iIg2cjSqEoNkMIs8EckpyXOijUDMFdFGUORarPvCuB/aZCx25u6+ uxCINckBaNJMN8TZ2RtRezrpa0AWpR3u+vQcoavtHiCfxr8XgBK1t9KXQMij3uY/gKbwG5zUgCJs EwhMZfJxkVhZk1+ZEtjNYgxVYjlVDnFoxmVq+C6ysxrLvMvoH1OFeyDq1KZ6LUGin01V3hz6BQI6 itV0iO30Gwz3JJ7bNtWzZyIFRQEXureloAoE7dhPVcZHygKQmbi8aVNAgHLRVpeZyNTDDYrGPaKN qHFckuOdZgIgRNO6OY9gEHQnUfMKwDTbPDV6UVI1arYU9O207jHTQzuQwfXkoV1U/3VG8m/lgHta Q15Dliy7IWrYxyM/ojiwsdwCxYFZkFvxCFGL95ap/M59X5XmFTd/vCDQi6HlCWXKPtLMLmh5QDYQ PakqcXKJOyUIIHKb+YbEhyHpelYhotInINrimKtSy80bNwbGOikZ0xWFQI3gtRmBZQjwyvLQqppA R1y5iz3Iau8hWEH2cnvlp4itZ6q9QtBCJyTTZ/Nc812BLK8C0KCw9KqeFhV0Zr3ZPKKYo61iRHvS zQuzZasBqsdyY1uROR4vZVNZXYU5FbfLabm3MN4oBDiFJd3JTAT6KqfYuLX+OnHbVD5/HrcIMG76 tCajDfLc51BkgBoD7k2bonKbt+aVYdldViA6YeTDUAmovG4jkBV7LRZNPZxGomcRRzmAgEZUNTri WkMUydt7iMMH8cpPEZKtKvytxeVj8FcgrgBRqRGv+gkivnxe+Sni8NdBkL8IteCvWizKCsRfNYwx MhignIPBANV2YzAg+uEwQOuwUC0n9i0OA8LLHfi4RHnx5jDOatw4DIhxYzA095jGZh32fQUai0cs T6RxC5ADA7BgrwrBtG7sVbfAcMZFpNRTgWKvmnvER4r3qwIY8Reg3Jy/AFi+8RcQUTSKQTSRhvx1 oOCvQFxrmOVcvEUcPohXfoq481de48ZchK4ijqSyh7eI+GZeb6DDU4IUUlgjSjChJJds3sNQQFgP hgJUgp8AuJQRPwExevBTXlNyUd7lcqES/ASEe5B8vI7XXh6cS7vxU/HU1GEotO8lGIqdn2B13ip8 jhtD5aiM88ctDktA+qx6Cv59EiXKDKCT16n/hxBcMh8PSwHRjsgCVIqzFIA7RwFOKziKUA2OOlBw VCCu5Ztehf4GcQzjeOWniFcSCy5sv525qDr7dZ2goJF6zljQlBQ0YB1WLllnmRLtwS4DmZHI2pVN 6FVGqkwKhDrUdkahWN9btbOCj6bUONCxIQ5iqGM/hcJ4PDr22ofVYhQWDj3GKFdk0dg1AW2EZZx1 tgoCYjc199j14lJQNMxoOf91acA9ysv2xzk5L3/2Wl/TLnJHhqSyO2xRoz4tHAXPzWOGbXpoAV5D U9F3crOnNjfOjNW4sCD8FAXa+sE7lrY8yyPxSUHItSZLjqK9Nq+ftcjThD9DxMuFOMN2fgn4j17Q eD+2U4aOFxwWCsQpKBv1qbwFefztxaspVdyFYryhMG2lukUJZPcyHy+nTDKSTLWkMpy9hqzP2yGp Z1WWltvjKhFDD7Fs3lhKfnq+Yq/QOepVYPB7ncAFRbn5gRUux4sWTh77FeMqYt+rgumKlvd+j5Z3 ljhdPidm1091BEhRPViUH0H3Ntx0ppNQYkP6WmSt8LUWWfFsIWBfM1xHyQ9jvGvhhoXl7ghY7kWl 050MVYqKEnvzg4ilqMihs24E0FR8rqCx+5xeyAB4ysrfNCgqnpA3fKDknm4gPClXPFKqzE8pOjFC neSDaHJrUBhYLIKePnxVpM4Vbf3QD0oZC9ObEBrXkBp9Mx/E8k2Gflskv5EQcahO33IHwTLkDZif +lPHTWotn479BBASMRpEpVTC+Ip0ic/NTnCscDrZ1VKRV6VtUOJ4l3bYpOO3jg0Ov6jFZny+WOa2 o6Mu7nCRVzgeJgoYZ1lebu0dpqdvNzUCT3+lG9/RtVfcTAh60s6IcsmL/DQFI22N4GuDY72kVxTq 3qYAjw1Wr+LLSaIV8ZPdakNNoWAstkONp168cfPAihrHEfDCnv30gapDgTBpFo7ZCw2YG7DFIgZw jMWQu4Q0TrMuP0fFXARmOx9equxhgyY1hCPMK0ceaKHf9FQf1zmDEzIh4uVCnBOJTvrbgn7sQGL/ Vx1I3AqNBxJRagCFmFmb7FUYDOGaigmk4RQrBQT9Z8vjCygfyIrDrqrcfFdAc1wQTx4/e8FHZwiu qPKArxadPvGe6QE+q5JiKiZZ+iMGpShgjFkQG6sgPh4rhhKvyum7es5JYVR9OCt4ZxRpB+rOdgdB kXpe9el6zxc19OEglgYVhLzT2QU7LGm12EP7TrUIBy7ip0wvntn+xW95AfhS7dFG+NkOTpnh/QN1 t0oPgjlSJqI5/6QUNyO4+dQr6MC2ScysHoSfhRUJSF4Iela9whzX48VglHH8qIRQx07KJKfVGJsE BHFqDDYfqPsZiYMY6JivDk02s+MiaJ0SC4iqzAwox3QR8U5iJ/tQ8iAzK0nbRkdXhCjI+wHgX1n9 +okQ1a0azvkAgDgzdkaocbzVqyhMPDr8jDIQU7yDuN2krcOucJRIXkpO4QmhZM04ooRxLIqzGN99 +GEidFo915Q84eCvmJKpmJMpfnnmZDoJojmZkus+J0DrPidTIeE1J1NS1OdkLJb3KQE37lMyVVr6 lHYf5SL5q+F7CmWpIPRMiT7qmRLcP4iPzEND8PaaoHBSqziVJ/cgiTlKaBAHIjwfsALNi+c4sDcw uiW72sKzwEeT9kY9TrQpzLamGCBFUcNaeln7Nymhga0hz3eW294oSUWJSlwAckGZL6BFwUog6Jyc NxfIwY4z6eBnjZISNFnRpbVENCfhncJOdd3HcaN6XbGBihyjxVceXiJwGIlubXZGYiY+ByMRKjdG yrCHDxe55nUuorF22AhQshsb8ejwCjaiR3TxxKvBRyauMftyTcjqnQamExnZiV9uEzK69pqP8b4L n44pTHBNBxV38z4jINqZETg/nxnZEK+fGZkCGT4jJP/sGt599J6vKsoeZpa1MR45bohaVLiSaQDX wttOcvHT+Xjq/KDcYmWNFOCG1j0ysmMQSjMgvtxELH+ss6zQdgSa3tQZZiCS5ApOKOukCrejERJ1 qkco5bDb0CBUBKBTogfKcVzZEWl4QgThQgi3N4jMLPyLgprcFW8QFvEQv+oHJ/cXJ2NOtUxoiLw2 gwxZFOZwG9WFE/++Nr5eptD6tV6mGkB/JaskCR+DAVKUjc5Bx92qi116YVBSlGvjAIzOeIBSBhWO 3Pp7xt7ZLSzh5dKJXwXR6HFVSe7ERAXHe6BnWYQYbzxWTU8aMnKYJUQ/Hn5VtX2iMV89jWuKeCTV 1VB6PqvMc2jfDeh4F6Cs9DpQnIk/CK7yeXXRtvKOwcQaQwpVw5Jdozu5SYpwkGVtvwJ6ugk7tTxF 1bF5nrV5tXRhtE3O/1pOyNyLA5Iy7pl+fE26v0ZJPE5DiZQsSzW1sAnAaAHFfUsHUUQSyQJl6dmz VlSeOj+sBVVN6uyxZBxyua0oEJA18VgHSBO3Hyy+qsbuUS9WEqHnLEtTAJTP0iZPyyXEQZicRh6J fgc+OxGVmuNdBK0lL5ukKXSONCeR108/V9HazdFOrZ954C6sVS3M63W7LMEyb2sJu+v2ysxPZ2ei QhIBybMzUZnZe+xM1ktqa5ogsJHxGic3HfMIxIsQRepH1mNXtUaVAVq0T4a8+SFn0FjyDoj6X98d xwLvbqQuWZY+LB3BcytkJldmfgp9ul3NaDCgWsIVANRlCqVTEQr7SdUWLyJAlQHUVUEqfsQUvLg0 TY9yTIWRElMHHEY77DeUIri4c7QbuyIiNpz9PFomUri7MozsYcw1I7Q2VBTTLwAC2uNuhN1id7kr p2H3S/csR6hl6DiXeAtLYodRXrONs1LhgesbK6l+Ol4piudmD0vpvMZRy2g8+00tA2E59DJjTyUU L6JLd7Vc/F6oeFoOWxLI5aaWGcELrQygjtDKgHK+qWWEprw+iWMwWdRUywcKtRyIo4V5NVF/B3Ft db8j5S0i1DKHVEMtc+wj1HLxm8OOWgZirVDLIErPF/nvq3P5TDnfV8wUKfVXssqdfPej8GDcd3+m DeObPyvH4Jvfw7PX5vearGvzA1HP7jeZQ9r8plNX1+a3Gj43Nr+xys83t8lcu/a+0ZiLp0Nmtba+ 6WaEa+/bjKIv7H1bkk/a+xuiU3H2vqhw2/sokCtn73uRim/+rHz02fw5hbbB5sdA1tndKIXr981v DLefx7LvffOboqPX5k8rvCpsfn7Q977/HVvfQe38JM/Md75JKlw7X3a/b3xT8aDzxCuWcQdjKLF9 2AgFxpcOybhWQrICsx66RyHXCD4OXbeUde53qG4y66TvloNVkMdAh46qxONxvafS+Vu3h5Wrapfb GSIKxVu7TQLF4mNcj6X0VHYzda4kFw+15FnDfILkmDo7kVU0MFtsX8/ITp2FztIyU7ln03mYgGbU eTriyAsMq7+F7ZQEOqySmKmqh+jcwsupPsXkARBaDzPdfawh1j8+Vn4VYAEUYbyukwAuia+q9RWf AqSoDkv/mR1wI9XbmktYttVsuv/pNW8ErlmPn1BBsLHu/gZrdw+ls2HOT0IRJ3Ou0CFajDWzTH6N UBuskVeI6FlM7fEnqA+/R8UJ0hlTucjVdSohnsq0dHJ1VeTnKNDtPQJdkN1KQXGASisUj2TkaJwU F2DtrMrCPHAUUItcuiMuQnVF2N4gjrphlsveQ3DDvXiJvowApr3mbae/3vdX9KTefYPsxU/+il8B 6sK09TBss5eN66qR7Hd76RifdAqg0m86BTEVd5ekU4iYoVOyX1sipeIlIZdSQVTHY1dLJyXX0RtM QrSbVmGQ5fZY5awe9tKlYpdaYeKkPU5lcYm4lt8BN9pNrTDhV25qJXt1nHnqVQcDpVaY8OuXWmGd cgu14lceud7wwv6jVXgXyHF4/EYY1yo867BuWoXZ4hVahRnr6mrlAK5XDuxxLpfufhKn3bRK9lsO pFZYYNAvvrizjbNS0TperFRcG+iV4lXrKsny2zroFeFjfpFoli+Ku1O0Y5Um98CorDyc82seqlPi D4arxEbjKcAknsR2Li2kX/Nb7Vrs9qTDiUVSNuswYssBsbGKkOOxRciW94Bwwa74LRKhEg20wnVW 3Hg6MoAet4EEwm9bcSNBmf+iKnbL5/YTMSaSQ0V39slZ4hlNlVSfvBJvbrHrMa8TMgtSdDlpvQYd TT4cdEtx0ab9X3QbmlUPy7KyYYRnz92rmgCTyC4KtKcVd6RU97n9ZMaQgSX/Foty8baf2rhY30sJ /XHWiUuFCXBpYvMggp/McA2la2lz80RROX/32LoO67aWfLwVRkK0iXMOFsNH3aSqWpIbI9/5/Pmc nlj1zvuma079lWAKiVE/Cn2J0ZwjxNLlr5MBJGmy79cjRvdMZ7mLUbM4VlHd2c1HjPq5gkuMWglx tfxsQT5y0uSzXWLUj3XEY13P5GLUVH93iVEkHMsRozb0AYlRmzqBccRoZkn5TYxmHfRwMeq62MWo SdgfMYolLEeMyrwKbrH2E2by6Fk8VgGfy9E0w99wOQr+HEeO4p0ccjSAkKMBS46mGUIHcjStMINd lJqSGS5KLUe0d8jHuljHHT2/vAy3nqp+ph05veRtt2PEBWKFpbSaKoMk5BoLgTy4mP22OvOkLep3 vBgt83ouQK4Fst9Wl8PZgNvUc0wk1zvk0axAoMqWbxq3YdFntCdnDIFbQTeLdYVEMo95F7/dG7NX 26S9rRMDTVUXok3xq+QEiXooVUjrRr1AmHnFIYo+WnuF0M0QQqAuYshEwE3Uy+Nk9nSKQCRUF0oo PIfE64BRfOGbT5sViCEWyizUMAGrEqrax3HCQ5c6WOczz7ucv5fzqMPKIsY74LTTYy6uvuKDULkc mwcy+aIyPJCJI2blRE86fkI/iIrVvE41dy9DYplM8RUC7a4FQdUIY9f3BcG9zZNSVsdtsif1AOMq 76EXNhPxYm911vym76HtweQpoC6e6oKKG7QjGidZFR19uelO4ReQKh6edUn38pqDyr6Swp28UXyc XNuMnl1g4XcWsm5CMZa4xJjNgpaYkpuY9RGzNTovQQtBaFzkuPhjLzr3VwsNIGVE2NZC587Mp8st 5j1br3uj7nv2a88V0PWn/ZpsQIcWjnBSlZNxaIOQhxDaGQVmn3lXJ8dkZ4GKTuRd61f8fKWW1yfr K39ji2evA9YZDlhEzFQ4fOXBqhesvEEwP/1ye+WnCF10ckcwzkGoxX4GZO53KIujk+2UDJWPvU6n EfAEuUVTtUQiCUcLTxAM9aq5BvSsAtZ+e6xf1zAV3lRZPGZR8Vt15jlNDV/slrhh2fNRf9VvM7wy YSqCP49lHSYe36v1BK68utkPMye6HhUFf/I5OFkde0kzUqtV8cWt6/J+qvOxSqsAGppc9dmasgXG Z76RcEAjoOK8FYhr9YpHgt4gLg6w107xQdAgeTm/TjLEWEqq28gyPol4uRCZpdMv+k2S1F4himRT 9g+hBV9hbha/U+KBsU0X/i5JDwgboesSyni8FMpgbaUh7pFDqD9rMF1Rb/yew9CHVdJ1oObG6kHw qkrzy1tNv7IwLAKuOqprI0WoE4Kgq8Ql8Xwbf2klgGef8LqeWgQ+9QscxbOmaotTd8cnBWRud/I3 SZasv+4/b5Il8qqfTgWieoHX5E/FRP2bfiqm5psJy3WpR0T2Grw2m2ZwoGf9qEsd1+MR+yxnQl43 ts4SNRcMRtpMDXvWC4pT3gdBq+S8yp+r6COSpF6E2RU0M9poHJPMWvwIj9+yIMjnZ/16XLyAkXTx kjnlOUHl6qG0qIKvSpwW5qtoOUrtC/Eiy8tOC1psRghx/V5D/KZzrzGdEJ41QJU4RSvr6AF1+U7T G4/Q3Sxr9xI1aokDVQ+VHUTmHcn6NYzMejtevOxRwH5G4YFTWJ0lTtIjddE91HONIgcCyd+uahmd X8f8zI34UwXP6inmuIuKyGmgaRhDDpXnH7qK2q78UK8nTeCIFKfWh4VVHkp4U6xNicFGajZ3iuJW ediyQ9l0lLk3dzCYZ4O9P7X2ye/pVW2yvJ/SWnhdyDo0FYiNKN9370GIlwtxDbyefPs45ddLhViH lVh3Vm6sFIjMAqcXHWia67jNMCmPm7N0gdlxc1AGdqUkS9LB8izSJx1OyFHFXFJzjwWnK5JHqXXZ dkB+4/+BKRTxoheVmPdbb9GDgvsDVwQXOKQr8OAXX12u5NI5jnisuHrST1UsldGkuMEXpOjKJzfV 84EwSfdFrXNfgY4LBOKK/Drt7+thU9HEsx48en5fD9ZzHwQset7FwUtl6JoI0gaEc9AVXmEu22MS vK8F1Q90K6bfm5LclVMIL+nGnazfkkol/FcvT0y61yjLF0w1KlXtgiyOtR+EDPeknwGDavOeFaTw GFTS4U5TVC7pBIEpMJV4AIGFOwpeJJXWJVrfMdvEmCGJocXJ4fx4YHbK/Zsnr8Pj8zOg52sdXq2N TsiBukNr0/RzX0K8XIjzlunuibeIXH2Xmo4ZMlc1+btMqvuDiDGdqXB3/1m/y5SPe8e3dUpH7jfe 7vKyUuGPWlGQDxc9+Dasuzz1o0+e+ueWfT231x7dNd+SA8IvYA0x1tJPYDFQMT0Wgp9cqn4jyTq/ JJcZAwzo5pc4glzCV0/xB3uWzdm9Z/0WizYzR+SWi4/2MmzyCEnOx43crvtcLUv2pPXkDqgunzS6 XibjjwMaFxSXrgQi03Diq+43s18ICtw0oKbarJlazjyu6SR8RV4nOfRQv5Pcg3f+CuUfABhFUbE5 47SGeSJowB4zjxOwQuRANSxEO2EEEMfcV8/kBZvKB4VrYrJxmB6b/O5yW4ZA5A5FHNONobKRrIVD OvGVKsMsrroxlWmw9BWNdT2gUfAAkoD3X8tTiTLEwiakR76ZEgcwbpEbO+V8ivo4fG3BJPvnFcJc bu++Q1jRl7Ck1ILC5+j+0jzgbHlRNBg1kuqnMiwm6OnfClqVOA8wSAzz9KQTgz/Qx6DcIOU8No1Q UUCRSD8Ilp2ZwsSA9vqTzFr54qMoEuw672T6RQ155371TnjnJuc0HvKkRNbiJSWPcxy/tShXaKKT 7L5Jkni8UPe2gKDNU0w96K0NA2mQmtK02s9MaZ8oWNLRW6kzDCetayvcd8rzXzx6NG6/G8qf/dyf 2aIvvfO7ob/8/aeffPlvcSvK4/d/2CPgj5ViXAi4WKOG/P136KfvHfENf2h0M41+aBSo33z6yX/5 7B+/+rx99uHHx7//84c//fHz//r4/b/79JO///37g5v/H4Ojb/TO+Arv1Xs1vtuofvV5/eyH7/Z/ 8P8/f//tnz7/In/2fz638tljI367///V91998/WHX3zeNybnz/7z51+Mz77+nn//7sMP//3r58+/ KJ/96fWE/hrjNt7j/5fG/cevvv3wHUf4C4z6Lw7vi6Ln/+af/+Vzq599+yMwP3zwme6/f/nDVx/+ +a8/i8Raj4/N4td79N9+uI3xh01oDrWkz/7D/8Q8/oojWvPnxvNPP/z5wzNo+TWJ9cs//wjg2++/ Jrl+vIb2B/zJ/3zLwX/9i83cfAcL8y3n8uHb//0zbL7e/nbv2x8z9l8JNsbpMRPde9Jla9Ktv34m eIsh/U7woVRKPY+f+WFgyO+qzvXbAJ2WCqoT731/9DeI7Z3fdP7YRGaHWManCrRh67ymbfIunetb W0h/7Fv215ANbfIXtDDxZB9lh5evPnDN/9v/wH+33NqL/HOiy9756eeP0SLP+OlnBBZ0V09+6LLg Gy3KtaZfeIe5bndav2C9Ved4r2/eNca+obFwRxCCKqzuvvXdPkrnd35Y+mPz0K01XFP+1Qr9u6W7 G6+PjTcTmXX7vz8zkXImwr9aoYGTGIa7df6KO/8vAzpfkA0KZW5kc3RyZWFtDQplbmRvYmoNCjUg MCBvYmoNCjw8L1R5cGUvRXh0R1N0YXRlL0JNL05vcm1hbC9jYSAxPj4NCmVuZG9iag0KNiAwIG9i ag0KPDwvVHlwZS9QYXR0ZXJuL1BhdHRlcm5UeXBlIDEvUGFpbnRUeXBlIDEvVGlsaW5nVHlwZSAy L0JCb3hbIDAgMCAxMjggMTI4XSAvTWF0cml4WyAwLjk2MDI1IDAgMCAwLjk2MDI1IDAgNDA1XSAv WFN0ZXAgMTI4L1lTdGVwIDEyOC9SZXNvdXJjZXM8PC9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSPj4+ Pi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDM1Pj4NCnN0cmVhbQ0KeJwrVDA0stAzAAMFEETj Jufqe+YmpqeaK7jkKwQCANwdCkENCmVuZHN0cmVhbQ0KZW5kb2JqDQo3IDAgb2JqDQo8PC9UeXBl L1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAxMjgvSGVpZ2h0IDEyOC9Db2xvclNwYWNlL0Rl dmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRl RGVjb2RlL0xlbmd0aCAxNzQ2ND4+DQpzdHJlYW0NCnicZH0JcuvIruwGfnS3LYpkjZRk3/v2v8MP ZALJOn0jFD6yjswBhQISiYG9nddso529nqMV/jyP7Xg+aj3mqPXcezvtE/u8HE/71V72K98c+6OW /bl92Sf2v60etRyX/VXxN/ar/a39aqfwz2f9vOzd8b7Gscf37Q/tp/26b998b9+0X+2Y9gW7DP+5 b7wAO5ddoX/5+W1n37cv+769dGr7wuzVvjna0at9ebe7OHC1o9v120GOeZ2fV39ddmvnrNU/6f63 twR6tZ92QPvVrtwOiFvo9uHndblkil/2c/NrGHaIZr/vp5291t1EdzztTt+v4UcYEFqx/3zai1Li G4qR0nhd3U5hp7Nf7XQUiP06cSX2sjPa9dvd8X7tV37NjsA14hfiamfDd/zDcj4pEDu+Cf91td/P 5aeb7bqaveHxKUC7bP98+EntmDwFr23i8uwTfqhrs8/1iYmacrZFb9WEYLezm8wLPudFnnbYabew m/yvUeye7Koo+YGDcyEa/8R1pvHKTf4mqJ/3RXWyN+/XtHt5v+xG6vs93u/ax2kv17pa7e78m36W Ss2hHCg9nrFBw/2buHGoTeHX7Av2iZ3RXri2Ym94KH4HMqwQWuOq2Sd2nXGRWIj42qi/vy/9LU/E ddTReEl+iukX7J+s8p8hZMrchbzcCD/hLjigUfbyDWKr/zRlM3W1L9iXz37af9ifHCaWMY/j/D6e porP0B+X0oGNCc05YpvbYUOFZvv9edlFft6XvbmG6Y9pucm//PyOn1/fSr7ET1PdBh3wE7mKUlVS /jQL/mFz/eH92hv7lQLhdyA9X5o8lIk07lrLxM8lE8i8SNR+R2ajng+3P+fOa/C9eXXuCBzTf1ac 0ZUNC8cjm+R9T1GRsGr2h1wIqqWvYC88sq6c695pUasJrbjwT/vcl6jZH51bt5Voz1q3a05qvhkL HPmkxYP8fV1utRmuZiZ218xQaTumb+QxcS/2YW28L0ipYN3Pl52j23efvDwYk52653YGdj7e7w/7 lZaZNkqWwT6ktalQMx5NokiTW3htXFD/tZ20lmaFzJ7b7WyPL5lB19528uz8kCaI5s7vfYba+Ce0 e4v3iTVtfoX8X5fv+dTOCvnDLhWYo14208ef97he1e2/7Zdtw+mesgm8fao9Fm7H1doS+0KbwbEP qQz2BdumJvw+Qi3tPPahOTJsRruMMkc/D9+MO5yFHcpe9t7EQicbV5uKrZ92I/Z9t8/NVrBTzpQD b59Lyc8leZMVvUlYeJgm2nm3pbBF9Mj8c+3rmj7Fvizb4jurLco2qtyT/WonotPhh/Jf9klsTFu+ YktgDrebWb7G+TZF9Q1YzPiY/E2V33Ncfne2ee0IZkk6b79BB2CE7X9P+TV7pdOc/N/rOqcdyi1n 971oK1XOc9tc+aH/Zr+pxqH/2Jjykj21xS/Yt3mV9wnDBRsF4bgQVvm39HeCMTwI96B9vloS16Lz 6egF0IUAiQfk9jwSQdnXeAqeN3YWTSXkEAIHpuLZsYhYF1yAnLWpnu8UN49bOx6jPm0LtHN/X3Xa iVzVDcc8DvcRLnNc3oPbE6DrqT3LDetCh1k4D7MV3Mv2eoT1s18MCj7tXIcvm/sRh45+ewbncF/2 01+2d7Bz8b87dtOWUGfnNrev2ec0wjJ6f7oGlwa9rTaI/2xhNLgvfPXP2+a4VBMdhehSXFQAGXCi I/PpPIV9x95PoCPsskZUQAjhb/BXCTwajYDpr4PMGt/0C77qx5Gwne5o/bhe3WwIkQa2lOkAwckZ WPqkXjUaBFsg+LvN0SwutZSwxnbOftrfuhu397EZIb1wVX7XO/VWVl0b9gXvhq8dNDXhEEfV/wqe 0Sfa+xecKaEakRKhyI2vRqIgwww4IBeI5zWBh3pDpXGWcNw0VvaJYzCAW1o2wea0tE/6C+4aAlEY Z/NubsNDcxzkG7Zv72FLAKA1C03BXJDngBeGMlCpOg51diEK3wUn8LkpD7A6oJr0041eKZQATa7f Y7/Bs0vjaiHPVHU6SppWhVfFQ4kGKFgIOWiieRCqHPWKO0We97ZOiTCpybOH16atqFh97hFsK2BR /G8EXFxoLATPZS+7WoZywsncNYRhsQQwTeb7TDyjQU7mZOxHs+1wflxV7MgB2xTjLB7wRHS5Eb/R 8vAFX8zLOzzKM1tzbnYoWxT3xa4d39W3xuFAq4azE3gwkHO7Wnr5kjKn2pfYF4plqNiMm+z1A99j v5o+268eg8DnRhw3q7bGLb3cTVCkk/LhK+Im+t8Udc04mvYkvDniIJ2dW4lGw34CmXi0RavIeKdA /m6Wqul/691X1xaDam+wpwcmLMJvDVsgMeRBK8EdV9wQNQsLbGec2F/muH0vHA/7aQth8i/uYuyk my9HO6j2CqLDEafPEpgn50Ag7RftGNhhEhzNRqv4ec8brpTQ/3AQMCPhvunfERRzD460J/TgjCao cnrRHtIX0Du79+k3KqAR44v2n9p4BxHwQQFiEVCE6XbkbzvFgOIY0zTAr/b1sn/MOAR2ouSJ/6Xq DTrTAwiZueNZ5nmc3b9wUOafl51re73tMsrr3c+yfQxQWdTvRz7XSJ/KyYunEoYzhdbxrikKglVh aUZnHnHDDoNIedJrS/4UI32H0BHlHPIvd7TLX/UFyd/tz0hLklvDhY8Qj7Hn+zWEcgNxWehU63sM mlMugd2Cg47HtyF8AxqmxQCEvrA8rIHGszwU4NDI+588v8JQPB/P/StNxBP4yjX/uTnV06tdsDkX 226mr1/TUOg8honRzYVfhulsuIDpm/HFXTxCgWWBFbwIVdYEn2apgoiDrLjTY+eegV7C/i+EFfbU TljlbgXhjMBPwQHDv5SI+t3gpPwFBrhTiHls6e1X++mgC/DGDc7PtDc/pm2+3frnddkeNr9oimbe wL71mZcHQUf5ua7PNfmyZTId/nm7DtobByojLBLMY6HdS1NZzN6UsJPNqYbhW2u46Suu4eZKPGTY LJp4+4XZkUwZzrI/uv9JADz5Drwv0hwZNw/Knt+iNykxlzz2QsQ7UDzagQDwkv9CjglukQXl+q6M TZCci/K3pC5vc7RsIsIe0kE36eGbOoTmu9nlZlpplnOzg73Gy6yg4VP7tTwP26AGGV6OfJyttDhp uhVqAOfhben+CPux9NzIBqC+tu2BPVLxV+b9fUXMIpmRNyFfbrq/4c1LoH2wCgb4rxFQkKLI2zwU ZbgYoa6MCCgQWh6FSCsX5wzb20m/4JbhTBkgyKHz+4SjXMr2P/IXn3AjJWKh5HB62uHg/QKX0sg7 pYa9fKZTcwfxsuDWdrFHzZfTYmX8OPm1m/03tffrfw16bRPjywNdk6c505uWFErxn0fik/pEdPZM rg9gpkN1t6CIDf8Y7u8ud9vmj5MS9tsMTo+OlYCBgCT4Xn+Tq3AucQGWj4S8LMlI+p3YgMtq/0v7 z2B54sj8E8Z3pLPof7HdHu5cche4gXJD53stiC+su0el21fwSwilaa+wLhusru/3cm7c4/QRvvud ozNxX5/Xz39/f2FJpr15G0hzwPbz836Z8fm8DblNMAOVdpWm9eU6Vh26lHS4iKbN2s+hGGrrFri1 p7sAR+OGq4qppTli5zSuRJuwY0RidEYUO/WKGZPt8U9L7Bfyh012aUDyCtwc+70nd4GTyX774z+/ hgWr/RzJKidfDbsNoBgoJSM1HpAQiKbejXwGiTDsnWCAqyzKnVS2g8/L78jML6IJpid2R3q2/S2K 98DEN4Bhnv+4/M001d/rA7GbzG0JPm7G53w5SHKLYceRfhKUwm48id5pBIozDH7ZH9/stsXsXKbA z2YbdnrW5WXCfxsgrN2RYeonKAJEKx6qM3K3o/HKhZPl7uFzfTs4V4kVScDp927ww5bAJGACt/f3 yzb11T6IAux/7UWkyhVhPCWmdIHZEUe3xeyI7pBp4pomUqputBuNnl/Y9v0PNQ3I/IA3+7bY093b vhsaOc1u1B2O25Rn2krSotLVntieVHIkCOw4ZjAtPtp7mKNiOprObt9ADhvaqc0Mjsnf9d//0oyD uePLA2rfnv4KKszNZhLCNNf2ObI5jVIV8CbFxPwFzQ49UVzw8IQaqQOTOcVif25/QvlwcfkK8FAj 89gy8pJt70u6U/Inr2LXacsn6ySSHxdzwkrsTIxehuctbqoWcRR3AbhH+5rpo930e1y/tgNfDbzH Gzy/q73BJN7+CKL+zJj9Jh6ZuISd95DWtB373e/l9zUN6r8/5fMp71f5GAa73OjZiTwF5qc7nU1N yN2hLbTGoriFGJ2f3yPdQI6adsl+HsA/zlQzLm6xPT+edwuqihaJEg6GGY6SJoW7jLxKcq2nvAw1 hKiD68JwbyTNYr/ONERuEt3HuY4hx3QiXdJc/gV7J2Mx3/W9f+bLjm0WhulXz1i9bPNeomhe/omh U89KYC3q9vgiLLHzwv6487pe3cIB0msDqQG/4HbYEpzl22lPM5vgmZnw5W1yZYM36KHYonYj/AEy 8XtM1lEsln2NjCvdIgOTkZloOjsejQc3gVN0MqEK62RGlKOk2MuxCS8JcJoo3MBCOVcIxPys3XXL LA9XGQJ59vM0bGm232TvwPt4mH+w6BZJz/fLDU5x4XtidIZBCJc0xUqtFwm/meTnFSndoLDuzIVp hd1scDLIHVQJn5Zn8d3hRPi3F6g/ekOZX1Dlm1ju76+/6H8V58pfzCQzL9C/wRgk8Y7vFAbdYCyD 28wYMCLlmjlQCZPAiUG6MBuRMFMepodnCYjOwBxidPeKBJ+zlc4Lmvsb/Y2UB5CAB022Crx+hvAm NOxN++NSEhi7vXUo6OidJ3KBD8eCJcG28pIurcMgzUNWl8iEV+6KVE/F+Nw4DKZI+4tqIFC0v2VZ CLGQ0BGF35KBodjtm/Zi2YNoExlqEghk7cTokoIQUl1hf7tXzaEsrRmZtIRDgx+y0MUOE27FUeJB irK5kN0PIv1kMWmjURJZd+Wl8vq5Fs6jYmsznGE4WeGv/VAoX6HOO3FxOI9EM25rLDtJS35r0UIl 6afiKTGcZl6oYLbiDldQtKAAFk4hqlMiu4pFx2VXpasI+O1Qdmr8rFRLX9zDo572R1mOHfKL9soc TRDFQVE+mUkk+Gcop2yp837Ah4Rn+7blxjkIM1xRXf/7NPWongsxMXzmVJWIvRB2hdkxo/TG/b6v XAiuiOlPd0baVra6ejgEshNbkFGeT/L5dkYgnB0Zlif8WlXpBXMrYo+5ZcxKqNSHVAxBQsKPUD9Z Br1vybwxMKFZpn0wt8szEpZcSIhcmSt044a6JtFoia82JiMYjvHPI8mC87ISgJEyjaFQq/0EJN6d 3pnucz/2YfKrDn6ab09X0eMgyUAb+LqqaiqonK6xsIoTutS7Z2/TRG8udrt6N332/mnyb6a6O1K6 hGQeRhn26BkyLHucphV6JehYM5MVyonYVlCQVQSR4MY6ZlAQxLVrTroSbmdi/mtJhTNnvQL46kYg vHDUOZDHnglRMkecCfoeGat2rkki5okssmgoYDA/OJGdf8/ICKTf6Y458aI7tm/FZc+4eIu0YMDh BFGlY9p+eOB/ts48iL8quAW3+c9nsy974vLg7dRMbRuMusC10nQwclxziLo1mVYx/2EMe6QL7c/N rirTyhRwhKVwSUxqc0UIRShDOcegC/ZNiJcShsCdv7I4iG6dXonEyM2hzSDuiP38yuHWK8obuKB2 UgYmZpk7g+JRub9MgIerkC1LhcwHMynObQ53x7ZSdmcvd9MNOgY749dZGooGSRkdfvwnDaCnU8xW bEhlVlQUQkQBjZxzcfTLKwxOmOB8VKU2YmM2pinvbZ6Yf2PNm72hmrFYMSh3ZPwruJrH42/if9qK GWVvTWye5zU8s0f+H8ASWW9DHV4DgEwol8aLH7KURXymEge0MPLItJDCZjXsj328eRlmc2R4HI/9 sPDkiTJO13lba48fnR43LTJUOVASAkfveuIERYcuIdoFYXpC/PvT3x5+5fBEplq73YCtslei7kFE HM8vVop66vn5XZNOBHW8qSzKpEcOjaLjvRDJE6iMrDK6oGO2EKphCP3PNIpTfx4JItiBKHwL2B+c LG7xfFxHdhU71EDOzruwFSn7k7ChLVRz1EgMBmVVlQ+If7+VhfcwdoRp5XLTOpmgwOhYWFphPWAr bJlKAQp+nue3E5sgRRkUV9eNYnbJXk6x+gUEm2HHKZWk8QEAZV+gGYE9nxUb51AWzAmfuqsmkxaG 1walakRrqloMHj6LJ/mrCnUaNHxkzXNAbnLgAKv+8uzD5sI8UC41UHYyxhG1YXY0TyodXnTEv90y obwXO8ixQfFAVcX+DVMG2OO7gHbmQhBXs54HQWglkLCvUZHiksxEWEzUPSwC9+JhxeVZj/qy1fSs YnVaYA5n2yw+ejs0Am9cmfaqLZaVvttdFbaq31G9sz+GTzOLDeoA8u9Z+ui2N9EOiwbJUtrfPr7+ 5ufKKRC/fX39pWLv7fFP3EuoZVWWNkOMk0YbF7OBfY0ACibkQDKom+K5kvj1o/oRrwslN6YH4GcK hB/lKM4QNo+MxFczEiQTTk1gQM2LkXVyk+hoP5QKu2Pf3Uq7iXNT77DHnaknK73azd3Byy8RAnRt 8Wq01s9SggRu59lS/wuNj62Ic6i7Hdt2mN0eawUrQsXn/jVmUT0t/azSl1TyN7BRksnO6gjqtERB sSKZ+WIRCBNeUfqIrwX/Y+bL7O0kJbsbGsFO3xFa+i24/E+XfwfOmrBFl3/HlerjZHBFsbdf6n9/ L6bM7BeD4nZSe//f389SPtGIdf/vvz+e8H3dtfGERiAzu9d1I7Nvl2pqbyjbXsEFMfz3a+g/DvyL s6YuahaxeLX/ZNrdvUY1bbE/tO/b1br165PvL2BUUIW2LoCpftWAWyS1MsSYWRsA5WkyO4KRaW22 qP2AkjPDEiVYWEoVPHBzgQu1ePDZmr9q3ebl1PfPuyMvudGLgYK1rURHZsGXR4sOIry0+wBScO01 VbATmUFwmb8GbFGjtO1DuwvWGqmwxBaFMeaPWyiCK2UkDQQCGfqNeKUNX2RmbDMOL4Jyp/AewAaN pThksyt1yS1Yq4JeES3CrlItLQi3+2UM6L0VZoor8stzMOQPFzCrYhw6Mtp/MNXJ4cD+wExFwS1j W1EBZC9pt7lGPQoDdg9Jxj6mAeP9epXr5YknAEUUiDXb7ObZ3Bx1z/67snkoWburk0dGzSTqWW8P Tndbu+C9y57lK42mmFCNqShRpoyRIySPrFmEbw5Onk/aXqTGMu9/nA1lJ4gFUHxeNnQBRODM5XCe 4Qwa6ra6WRyIAsIKa+M1nER3QaOBuKvpWIkJkRlxLtohPevtkVhZOUZRFszMXipay/oZpixp/IFl DFr4C9yjJyDo3bpnmrwAGIlLU5IeYkdoM1AN4gAblXhvsPTVY5lAnti/DmmYplHV1sgKOpbHBMs3 4h6pk3jzuH2xr0hUlJlV6Sg0HTCAqHwuKAKJ4naQfsyzuMF3KqmcDQiN7AF+Fh6HLsZ8R7AijcUM T7TVNGYr2OkgSaoMLHhFVIryykd2dtAc9aW4bqhuH6iPyS/fO/vTLUz1BPRZtuO03fTAKhyGLpCA hpcBSdgAJFBcBpxpLuxM5sFp4Xo+zaY59rBY1iyDLQr1WSWLZpFIhqsG9RdhbwTUSaoANj/Ie3j8 5Q6LADvkz7DCaSs3ob46LvxnQBHuoAM8klt44AQk0r8g/w3lEDeS91iYvWaFmuln75kBJ/lG9RaM txevbQN02b7/mdmoRTADM+WNJNEZd3ng5i4vyeqW7L2fyA2O2xz72RD1zJkJa2SUGnOCFgGBATN0 cdFWV/++y3P03/fr1/2gOzYvfDW1aRFWj6XylrwEiWjXnMxWS3mSyAqaKAm6pDhaVK30bFLw5q/I S0YCEYblgdLxRzfdK4W74BS+LUxXRRgIO7Czc6RlWjDLxZ+0MKyPEsnPP88Cp0NRwB1BZ4PVlX1Y 9MgM3BjNJavwKOeGpfd8HHRv83K7wykppJ33Hb1OUavTPX/aqWbeD+hiMeHDDptiXxbk/cfday76 ++J5r2x94lUFR8SCRr5A8dHrmZ7TWcBN3G0gc6l4b9HNYaIojNz9c98gB/FPhzGBnm/BPIM3E2Mz exTdkQyU/adLyuMzGg0CgZZcmSaaoHmXcp01a/NofEr2v4ysXlDUJqNkFsPTyi+USnZH7y+3If0i UHR2vZGMcrm9fCVC/0HhTkQWzMt7ieBETQ6QT+pMlMCRkXD3RCbE4jLHSJF9qNluQwinriVC5b7U Hc2sm6XRZsdHVBw1Fn153QjccZSBSRqKTP+l/xlGbWq/UjkfS3dW3tL+5PHt8ZdZnnOJRj2FZJ8z lY9NqoIrrmOrd9lzRe8JWUckoM/Xu4KI8C4qVDx6C9uB1s6wwB1pxB3NJsWhWnl+OZ3+yurlRvlH JbNYjpndoz1L8bn6UK12ZQPCHfLMW6N4d2JZCZykYyTk74rHTHmAyQkceDehpEO/QEVyL+SRIxMR yaYsYBarEKlG0K1kLFn1J6dDY86STjs+tYKUV2RVMhtOdprHhBf2nJQJ35EwkDa2/4FyOw/vWmdZ vcNjbD0vg/eV8mYct8Dvz2D64DV67srJJSPDUzNbSrclRk74h6rl24NBcVlz9zuF0zJNIEStfodL PNKI8kjtJuRHhoq+uATsbpD+azvEspY9A95YEQIJMwW8HoW3/2rwYUpxBwlcs7bwvgyY3ESe2SMD a0mFN9wOtTyA3ithGGCwWRi/Bfe8HnvsCHBYZrB3UCje42b2339YRNkY8vtl1yMLM3Zq5povoyZL 8XhJKpK33T2WXsUgw8P9kfHeJDr12guN70mG8wvRaw8rxB1BVKBVprYwc8eCWLLlIbR2JkH6CDO1 9LDIPdEdk/Mk0mvZm3+hkodQVjvRj3Z6HwF1HlZ0N/9bzEzlXVcP97zN2XeuIZ7nEykn2oEnUnju NXy9mLLxRThxLU8pP3QvynSVViZbEpx82nwqT88sUlXfdLq2G6XkjTPjoFr6cs8B2ERzKd/KFQwk FuYllix5gz28SYlCJgY1KpXhpTIKLnklPAIrLaE2D5p6W/fRwg6v6TNGnbF9Ih3jiPp6mXk8g8pA qTYS8Z6yM8vz+3qhEoYhDDtctldSJR30i/djeqq4UKPCdKR5lP2vWQlPzlz4UwgwqrIzL8wrJKOi jUPHF5h/D06Ye61kTQ5vmeZau4+6zRWRo+R/hbNYpluEqYTVYqnMjD67OCATHwI8bEVkbW0YxlkJ k9QHRKu1tIyZGRk48v77O0Gk+Be80Jflx60ZrPmJJt+KYmDs4oFuRE9OWaRD2upkkTwrkdbN27JZ KbIPiaXlJeP78E2szrKD8EZ6to7qBmVae3Z0trw7D9yztDVqerPWnaqrDGnLbvqRhZGMU1pmi0ig CRvo8rQr+9L5K3hJdeKK031QAxmB8o7CI5ysXT/R2vB9zeP9aiDmUS3G8nIkGSkxA1nen1DM+e7H 9sAubr+vtwny8jQhw9vgqRioUmdavdurwyNk/4XQRUPxkuDxukB6CRPq84jLSpqjltxCtqSpJm1E b2Nl0VH2VTU2t7KiD/KE32f6r5eoYbtutCxcNFSKD6XaQSy0nDNg1/n19ReC650pM3NqwUvkXuPe Rz6rgoU+WPgKLfLi+TwRjAzabEE9RdkGGP4+nYurXv2HOQm/P56zJknVlpknTP5yL+fuK9m/FvwP TxcN2lmtB5sTZXuqHBaqycg05C/0kjFXbDT6F+Yg6K9FBQcfiHCPzI9adKHAj5k9m5QbSzcT8Hwz QKadFGajOYVVfGqfspF5ZA9vzd2XUPD8eVev6TZwjroIlmGgxIWedOzbxuK63nKegEdnTD8x1q4M 2RyUvtFAhJo0lGhODHVxCov2kOn+GRWSjUaArEusXURbN57s2gJZ+0GKhvqWRE0je+xX//z2YPAP 1iI6REQOaLdmKWBh4THE+KAOaIBDjz6+u5jt9q0sX8lSZB7/n7//n13b99dfHrKRMnr8IzOlv53I dNgSUP/HwI7zfFPxRtfiCnlFoa9zjJ5D8lR46ez3zDR92AQCmPaHbaQQuOtHLypDWoE9vZVEpLA3 d3rAobFMLgroAoJaUUDN8RFXdgZJ4FfOpujZAxh8ZuaAYg+iApDWjOLq2SvRlzyvtgD3rOq6s5zs OyI4+LI5Izkb15zTSDQCiF1mv59hTtY2gvOZzqz5556B6qx78aaS5oTRhtxf3NpcCuAlgZaRe8/L uJIwoaatDA8A0q1ItDAt7bAqjXtSiFwO2iJVcfds9dLyraumqLbloBitY1u6qMgqJxgOjuK8Bzj4 qYmQSw6KubKFHDR1eBbhCn6ZRB/5N2HpnnXIhNAs/Y0dxArbjtYzT14cLRNeFgg8tqiYlU/sGAiD dG0td2d9OBSKhSz6iKrdP0JRu8i1Nq9kZRe5AkbQNCxtBe0aTZCTE6gGagOf2awdPn3xF3RJKvy7 kGfsmfmVg6Y63dlboJoNMR0ju5IzfLjN21IFoQUiuBIGi7LAcVcApuqer4AxUfFO/Z/OzrGpobMW lIWsnhdDZYqJnBUCK9tM7KFotybbLGS+oyhFFBm5lIHugJ4ZVRphElzE/wK0SfhE4UTwdRhnx+iD 30RY2vRXLS3VlcPQxtKhQ2vsaP89Vc3OdWEkwmKGu7qPksQX5MUCaUdbelYD5tAYsl5MomkEQc1C R0RYeQr4ZbaCIlFSmFQFiPLqsgbM7xPYqleMUFtoe3nNsrc1WoCrxprxpLxOrj7d9OwCJFFvQMVW RongGegrMG3JfsO+lnVlDpQwTGen2KP0OjsKCYrSBzUmcMcySEG3oPtKGx49EWWZSSLAjKUJAp8+ PUa45FSlM+dgwBQ/URWjhmIWA/umgL09vQJt5x5EFumMuo4cD3gjEADR1wsJU8Ebbmr2N5kcDAiN TApw7Mnv7/sHqEmpSVaOrTVOVIxo7MrDMtDDAMDO2R0zZxdEMdWI0m7lpDRZomdNJo9M06F4QRjY UT02FGNh4luWNNRIlW5635axEhoeIk83kv8vy6ix+HCA3uyHppbN6J+taPAvd8SalMsCDk/CA+j/ roaR8GJZ90LnxV9j9ZN40XC5gqr1wEs9EmQe4ABp2CdrIECDw63BcJXRKz9k4UerYcDpVoJfymlF ApBzGbmW6PceOUXT9HnPGGmYleEknNPd3zXeNJusZuTKMsCUijK44NXSzGq2QCasb4dCQMV5mwxA SlbiCTkI792dHVdTLDyWCZNNCZe8/d44bTIH3URTajhxdtzkmIumg/PLNXvTyM2SIQwLn9tfO73k DDfevrRRTio8KYTPwVbCYyPbXm7IhLmjPH5gmKZ5Oy5hbOTi0zyicc/xDIOjLBFxI/95tdD/dmj7 c2OSSr1y1FJo6dqdlGNP1MZul83GCroDKlJoWo6DQJj8zV3Pa2Z0I8KwYdSJTq03aj0LNAsKgoUW crLc1/w+Mx1KV1FWqKsnD7mr82tmtwv3cgsm9uAbVsI09QGFfShi8GhSROsF+RO7Cc1rDg1th96N Sx1sOfhndr9uOS3t7iTlPUrD+zLAYaDymVubDCdXQVuMWqo8FBdCjL16qWQ6pGAkYUiYy1oq1rAd PdNSzRxHKUBbM01Gs+DhZ0yg2nUNzEYxWOa6szkX3UOxeUdStbIACgYZ1GtgDoUMdsWnpHJ0kmfA TednyYLD7eU8kbceCNza+x8vlsDM0kahOQTKLXkq96dwlXN+eNmETxHWwbNHbc+Mng61UNWobroT qaR9hmKukzNyoxw60FHODqUoWNzlRVBY6xjoytlN7zmyiC4CLtgrAlGunQoCiWOpn3RGjIDoShR5 tRwUWe+C2yj1j14J3g7t0jLjSGn649zGKDkErLIqhu08bG7yvKGjqcJ9ga/tMfvCjw+Q4IFAFrGs rWd/DtpVSMVsBXBO9MTx2q6YUdylYFwFOgVqo4LK8FNXTHHUbqWdty9/UCna0WHHJLJ2qNLKV07y lA8dnKLwGivbkCXoe8mS5rYODxF6xDIRkvGkasrjWqg7hrLCOn5ZALtzSDIPhVI3tGHu4HA8w5tA 1FvS0N8dieCG6pqOshmFKjLOitoS2NyDKWoOF52Z5hOLMu7+r1JvfHXzbDX6UrM7O9i2fZF/BA6q 7xpI6EuZw0zlQrTkyihY0guJKiObL0VaM8g1pkNkVTOuUAM9FLVllH2npyPq9Cs3gLp/ff9tEP25 myuJCd6QP8fCeIa3RVGW19aiAOBgXtL2xUT7g2LYtlRo3Ccq+60tBB5QjGi9ROgd1iBt0cxBf1dM qG4tS85G9j5Qwi25Iwrfi9AwlElRzBWDMQMy3X8VgCrabWg6tC4rvcB4qieDffuOcpMJYrwVcGkJ mEK958gd2525K6iHgbRPJ7Kat5N4yabpXvQsZINVfWNUlP3nByEPHQEGzUUcTUXKgpmn2ohKTgES m8TWp7rUX0016rYgvhT/3u2ZywzSHlOGAqySf0veILg+LmtXXaImVLANs9MsxIz9kgU5yirCoUQE R3vC8k7qCYGuhkD2ZUpAGsMsg6mHcsGUPy2qW5XNc53b9o1mKF8In/LhoB0pr81HHPssEe8n2ssT 9HXxAm/UwXp1HGtR6Pvoiz32kbX5c+CDSAZRW4piZD/VtiZHPLPMkirKVROL0rIIp2fhCjtkQ2nb Kbw60qCJl7gy8TpyOLDoI2ZkgnboEYCM7DEMDJAJd/ID5KN4hfTL8fwClBtFeprj9Uokrw/EiQ/7 L8OW9lclO6o4M3P3gaWeNO/e4/nqPljNi2N9BIft9B7TipJiPaNEecuy1R1IrAN+hyluOdL/ynE0 8mI1ZxaVrAUN+Q8+koChSgRT3BHMCfYcJT2zoHrkpIg4jsZi4JtmoNQuFMxP1kCuqzCWygpRcwIz vIYzpzTXpVsnRhSmtrfsv2Bmn2EdD+U23CcBbmhnK+zo9MT6eQKQekmw/YzeCvsc3hkl9FF6Z/JP PueiVuPiA5jR4yBJGhzaUp+WQx6S4GL8Av56m6nbsbuxKV7LMGSujlJRAniak98z2xL7qN3mSwRg y3ZLafjKpBH5iFHJMVz3Ru4sbslaRNb/kAEIIx9cQcAzQrWahSXYaI8+TPj/nOVR61bKo1Q7gv2V lzDtPmXifgiIv6nPA0W5upLeMp/yGrxlYWN7wxk1wpZS0evPgQn3ikBQymUoqCl/PrODWseWecZN tHvkW0QXrKBrpRFmblXuuPC/97TPkzvXroSjwwjsKYqaGY3omgFJxVYX1nx2pCpo+c0IrN6K3JSz PTPqrK55fH5qaxZulz68vGdMf0IK4OWztvWpAXCgQgjQQCjYzTw0Z8UvSTXNxa5pZqqMqvFAk7T8 uLbV7Ev/Ay+lJrec5vR5xzCru/4EMzrkf0ULyyYoQtTcAJoy2nCh5bEMCVkrRVvyOT0fcxDMUpaM il6TkofPYhSMxsOe9aLXEHIwuZhFsvW1YN/k8+2vhmEgmNZeffU3t1FeZxuuh4uepHQAmBKzFvee U+4FBpoSgjkVcKW2bhe8ZIVoruOy2z2JN+1eieKEtIRRfnNPcN3/kH+75S87P/JxFSPzyKv8q5JW uZSC0NojOCnjlyziXe6Uqc9e/8ggM/bRccCqeW3JNY7Py8I30x+Os/Oq2kbuEdOMfSSLR6Pe7Hb1 kl7vyEqSduas+55TbXkvwQYnHa3BwoQiy8zVO2l42+3YR0EvUM20sxpLKLmPzueaL5aVblmQvKKy aEXvkR34Q/7LADpW4MSQh7tE8FAhYsuCVZ1loEaFH24wiQRRVFdN8xbNWNlxn4O4ocY72os2tE57 kyOm6xztALkxvM2W8Q4uNRIERD5sZa058UmV7TH3O71GOZ7/1v/F/lMgChXVlMT4QgTXXSc8Ak7U ZYrIzAeXrCyZjAmLrAQm120oL8A/VHqi5qC8mtV6i1eNYompWqDsZ/RYJsub5UqI0Dhpn2cBdo08 OKFIEkqnT1G2k/oLlnac57k8JKVGflm3k2mdiDrlEPkr4xd7/WBk4pVPB2MxahWjtWRG5H/hIx55 X8exBJ50MeH4FuU/VVJ1ZmyCARdnzkATJKN7IudAv8+KWfn9MyFNlLFxHOLzwYoFO/IztV1stlAo E0NrGWrJycAM1VGT81WyWc8v5txIONvl+tnPbd+/nZ84vv3BZw4N/oF/fwozE6Xzesh/RnoxB8u/ OUHoFcmFVz6JQHHNzMe7hEXC3uECVc0foGdJux3B9VIU0dSO1OPBWyJja1kOnsrfk7XOpNINnHJH hPu4ljGPf0wYSNq8pc3PCrdHDOJA2EVvzuWmuZiz2efb82+Yeq/nRybR0+hg4bz/0T7vGslucYE3 htsG9m11PB7nEUFij8bhGA4g+0kzHsgH3IKbjoX/F0ddc6a6Jrx5/rRFNe9x3KBXeitMda76f+73 jkDaLopDslgx6GUk6SS3ttSuZyLyVvuqTpaWU5exW6E5Ud9C8arcglZLKTN/aICmmmPjIDDcDPDv +9eOvsJS92TCPc+C6cdbRXO7F5mf59c/fx/ebVG/H1+TINbHuz9l+bPW5XErDObv+TGfMYaXvaV0 DWuKquYDbtafZWmdELKNJ2XkZCeEJw9VXWqDn0vluUDOHS7Jcaf/ldjjTXrqminstSun5Ygwao4c kJLIBfU/m5fdxhYoajCp6R0qHkYGnjO09HC8ilEV3i7hyGdixCgHTHltm0/RaT3m21dXgzv05uUR 6KqH99ZAnIIJR5Y0wPrFRAVxm0rqMSdL7E0rxx10s0PtToXE9UP9ZMfqUtIz1Y7UzsRLgXYij5+9 J6HATSsSnyhMbvXeNSpi10KQa9KCtmwiUKqoJ9P++TR/DN/5bTFXw6NMfLg6hoTwdaCMBMND+Py1 3ace7Xywxf0ANcG2Vz7S8cT4rP+hK5uco1R35pBqFUWIARCOmlkVqVibGWqyN5k/irBOtKfO27Iu V+aI2qixqwXF3udx+83ICXqvyoOjSBgL06zB72wz5+2zomxF/lQGc5E+++L52IAufBLG99/08ij9 xQPR8EABTEsGSeVPKysY9+ErwvyLj3NBDzUnAqHx68Q22QkDeKdkPksOORyZeq7ZXZtDQnp2y1ZM Dp/KnYlvZ5AC53sXyNHAKkzmBrwJpZzIp6eYtYz1coNEclDDzYj/xW/3PwsUV8pa5rHrEbH7PZWI PuuM0SVL9WnGgMSlNcspRVcih3V6oSZG//lDJ4s5ZQu4dqa3ONYeA359GtSYFpRtwJb+OUMn6kPy hFmacu4ZiYS5kN1mt/LENGMMUW8xxztJBqUDepYMyZuPLP6RDGWoRyaR5QS1K2cWOF3LgMcrH2RD VzVyDLvQEW04jx8PTVtqFEeid/0Ji77mUkzV7xrdu4p1ZD0bEgTQk+7P7nHAUzwd753smDfoh20I vgZTvR2bzn0xzuJbw1M2SEwLra3wm5IUHaR0xnp3CkjZYXomBh5R/FYzYxsPRaVl+MXc+5Yk5Hls a/OUKsPLcTdr3J4xesoeXFBFdnKRlHmQV3sMDOQp1KwdtGRM9nBkJQ/C0s0SDaoPOQhukN5uwzjw DDIT6/SL30DmePdEo1iWftsA5wZg/PvM2xbMfwg70BaxC4SHDLN+eM0eZjVgi2C8xLT5nk+80t6n Opkt7TmVS7C/5SRSyY3y0TVQb1W33JKdUNirQFX/NTPtzu8cWTajG4xmugXSyB2XfNjEyOrNWm4a 5I5NVDvaGG8ioDudZGvdQREnP2BIppums2ysvGLxg/irnvPxrlHrEoaXpZeQF6ZkKB/lxgLL9udc ZbnXmd6zJUtGCL3CHmoR2eMLDc5jqT1bNr5v6h8Mmwt9yME78hQ9W+lrhn46jupeWtbKStOK+qy1 d8672v/KmZ8xYX6ZPLBufx+xVWmZG+f8XJdZG7M/ng5Aq/WO5/TtLDK/vC2ov+6nsURjVNCeybkl AbUn0A2zIGqRAey5pCeoGJ/3XbYxs6CC9nzE1J3KzT4zb85gih3ZNUd+CcMzDtWAZcE/0iMz05eQ UjyqSYBh3c4zJw/ULJW5b3CpbaMdu7IGjwjqf+HcfYTqEyMR4vlz3E7T9vY04TML8/KpSYd+pvyb YIy82KrzjJtwSYcyF2tKJdHyLvwpgLHqXtSBvyJZc2V1NKsm+DM1/JCDW92fjL/qQuMLmYmr2UYt TdCIzplVc+IJhaN69uMEUZawhzud1U3My4stvzFwidiEFsOsrc/2zFFONaCCTx/1/8UcQ3fN7UCY tlc80a8e97OYFYfe5FIW6xJg59IzRkvmkw+UzB00Mjl+LQVLZOdUs9SSC71mVK2/ria+gvnBvlD9 egYflYRj/ebyoEzKXHjytglpn3uWPi47/SZXlyLku/tPFQVvKGfaHz4wmqU1t5WAzgzWsL2ikIy+ 7+C4P59W6j8Ln2/iDaSN3daRZCS9c6pKPKudz9zL7IlOAx49mETO7DC9beMC+bh9SJctFQ5l1WS+ eed0xJ7tvTUfHNmSEyOVemWXKzeI0u78r5K1o20pL2ceWViF9ztyUI+eT1eS4VGknD5rZ5KURom1 jvLvYYVyxsuVxha211taLgz/iRFAPgXIH/Ezc0RSz768oHFm6+uDHVN/KobJUxTsMg7EjsdBqg/r xuSZc1wRe89nJNUMmlJQ97x9YZszp9gRHyJo3YR7byFzWVv0a8Q8Q8icwMx3H1L5/Hk/IiG5uLo8 HC2K8fSQ4nRkVw6xOXNqKDcC92PPakk+0kVdn8LPV/b4kBmgPFmfSQ4QqeQWS3yG/VS/A7HimSy9 UjBCfbPf1cs1iyXCVC41EgQ5emqJ/pzXSTuvN7SiJWcvUNrxyCGW0o0wYrTAGs7Ts3WXVbste71D FDm08IVp7Soy5JsZw+19tg8H1nFDIYQPCrol4w0ARty463lSjEN/PpdqkuWqMr2Yne/Z0MEy1ysf iKyIe+SI0ZpjKGqmfTlq/jbRlH+/+ag199ezxn7mmNkMbTKDOe98QYtkQT49HLhXpkzRdM05tMRO YgyoJywVuDIlSiGcWbdGAKzFpc15owCGMqcPpUOkiOx/VXY1s1MvCnTxNGogiosfDk0ASB4gA88W z1+ed+KeSJhLM3KkQ3qrKkyycvIBCJPbXMuB7qjzjDJasZqUA5Nic3Gdd9y6jNdY01WiWwllpair kYwOi+ADg6rVvfCWV+RGhSHCVOR1LbXTcUDWVabEytLnRVcrDso+8YXwYraLR4spE+cNnkUGqueI ba2Mei41ci6wWTm4bZkJsyFDRy26jVKy98xN86RtaT1OPxLWic9tCZVWP8WdyA76i6VcZ86kopsj apXLCIMwI3KZ2dKlZdIOpbacOT17Zj9jzeLnmvxqjfLCUJ6oc8gy1yw29pXiIGU7LB9Sw3l3TA0r DNT6tuw0yULHqIoRrM1qrrvegCtFkQrhk67nMlF7dVNUMF4tv8bBsCDr+Mh41MH+sjsyBhdr02lr 0I7pYTQRerS4NnoEpQ7PP+driawTESfqO/MssWQzh9fdD7ifN2o982ErE8VmJSdkSmFosgLiIkna kR0jviXpUTLDPrJFURXUUGPvhvj++sukpGj3zBqYM4su+MnMqoCY+ZY5XDqU19KPr64xlv1woi9N Ykv20p+Em+njtrRYSmij3+4DI03uquaWyQVp10g+MJFnNIXRVitb/dLTk9N950JwelKO4GOFUiaA mGPiSJmBZ7lW9ZdltChgMHLczZXN7+rj1hxLxRqXhnPOe2ih2iXEM4iIvrfqQtDxC5p+3xbXPKJn JIoVaT9Nhj61mP0jKPW/sk173Y9yKDJ0bWHVSs41oo4JJ7cszVouoKlHY2bH5VgeACcSYH2AFGEV PakeJ8fv8Ms3JMuYayQn+brnwN/GsC8NyNykZC+pnCYQ1XO6NxeCGtFLPvOpc8qUtWx4GVlILCdI nbmyV/TK5w7XhY7mGfUktXcOAVgJ+TBiOYtGiFrORcakLQ/mY+KM2rJusSjAyEcn15za1zEJsEef 7P3wRBHm6rgcOXmb24FkNRWGbSDEkzNDgJuNSaDSk8Gm27X3bHMz99303J95P/cwxiPHfeVYvxqP 86CpkenoOb+r3gYhJnCOzIbIt5acOqiwa2QPl+xABpLR9EdpjH6vzpV5/6EWFUZSVzxuW8GRduWZ Eyp6FowtTuF+8LRIDyqk8GGrMXKcfyUOk8GX0KZTtSmcm5hdns5clnE38JJjam7eUlEjGk0KpmLs 1XETWAp5/htsp0PXKpCUYJ3SlWPEZNIlYT54QqBl5gTRmVGA0rtELzpvzTE1svPnH/W9R84Eizb5 mvMHSs5lbRka9OwazkTMFk/mhXfj0yXG0uLUkuDKRQyGbbR7LSJhDeEQSMh9lxznqE2qvu+8/k36 1jJ/txqBFvmykhRWTGCgz700FiO9s6xu7FPlamtEzeSmKIc1h0K7Gl0SC5kg2Ck7dmEs/xVFejuZ IilDJB08CX4/vLVnvvgat/MijiWJwasV5VJz1JtKUnsyt22Vfw7uo9qf+Riv1cMKA0uTCUEpWBY7 eZ7x6dMqaqaNzixKj/xFVtdwV3IXr3A97u5qMekiq5ElW7mSns+2uJfmjKHlLSlZpbAlCi0BD0I7 r9hWRV8TUz44cqGWm1dhwkV7v2WGTnCI10D8X7NRjpaBe0GEgPSB6qoNJd4V9iecY83GHEWRqpnv OTRSFlLxVMkKK5ayXAmnGbyPZeabZnewCI1VE4g3b8DZs+mAIf/AfEK+afU2FyUe15hmkBMkxu1N epY4diSXZUJ7joGVzQniIpNl9+iDZCmDXMrmJp7aNC2en57jN3uSjepSmfncduk/Jc+Agqc4MRNm JoX7joqRFlMBM/VPnlOmWAQ7n3anD7kKkj/XmvhfHieglCc4nDOhbIcaCsCTvFPNmGIbwWFWcd09 h5bXyBxtV4I0pTuFsetSCz3+f1Xnohu5sQPRP7jJYm1r1E/ZYzsJ9v//77b6sKrbwGDhTWbHGonN R7FY3MTloNQOh2yYaH7xJT3qNxvccx710MbMa5MEIV+NncJFg0LbzuKyMdz6nOh/zqXSX5+XYfl3 IVGtLLA3nOQmRXVKq+0hVcalm6qhbFxNZNTmlteY1wZIobRJGnPb0ictnjteHHGcq1hqxt7m0B4i n3Fn5nYmxK8ouzS1tFD3edl2y9k8H1HOSJ5dSkf+Q5ElYM0iIbt6iafSnNUktp61xDpONCSBT7v2 5lRp9VRNQLtEdWau/G2RJ202eekP5CpQWlnlCSB/K+e8sC3ibU/pSctpFo8fcL/jDaNaB7n69ff/ xg38/esvoKciAdiF9sjgsXMCx6s4bGLvRzlsm+SvLDqf1ruO7biAr893puHmDrsE5UlZq5dcx7Dh hv+/OXgBynUtRHA7wype7MocP4PLFfVflp2r8oq6YP6utjFpW1lFH4/YuGWK/baBuN5p8xUSTN2d QWn+JMn7UHQs31KWtJ0rYlu+E6GcVhZarR78eA2+9AzfrFEezzfv4X5Thw60XFSW53v75+vJ1MPH Vf/89z2eiEsYLH/aczRu/ASd0+I30DAx5jze/HUvNa4fH7GdNkeJFBqzTU0EJkGyYDHXMg7lPrxd /TVny6e0BANgFKLIXuBFTlNL8aFmDWP+TfO2SeOlOs6R8z8k7k0qSNcyC9hc7DJ1i7okiapalvyW Q4DeQzJlTgunzfeQZKnp+/MDU49sucfub1OViqTM5DmDVF/z4plHxNyWxnJtysoCkSPWN2mbn5J8 5449NGE6o2rt0ooJYGoeATwDwSjNbs69fve9rZxNhUwXKddxx7MGSRRrR6imHcGGTxedmBMRkTqG FMS2XfIOWDilRK8mfsTzGlcYAT1FOWAf/jW17Gz/lzbDBoBWWBa2PJgp60QZJ3UrsgCOzTvgrJuJ AxRm0sY5pBeQ09pZ8Ai9o1CAySpa7QRw1HUunyLLalIsSZ5ST4f2u6m+XvJED6X9qmIWWVTTpm8v loo65iqiTTQjDqzDwfvcYjlO/fhP44u7IeKDDMjMgUqLg5EcOiEhWxWEyF43APDSmKQylhcnTpGx o+cgBgLYRdYOUPIKYDT3d1RB3P9XOtLh66p638M23KcD5RsHE/uXCPmr0RVA46wMnGK5bOKrBKau PpELoiqsrIkn6TQg/ZzX80n8mHsS94TQ+k5NszzONwyTJi3S7VrqagDcuX3R1GFsndAWhs3/HLRH 27b9sG54+Pj5OQcu2iRdNBntMHXs+Q7Kc9ypaG1KYJKvq5vDRxGD3oUscau5e6RkXD9mAwoaKGuN JWgc9qaVcNOvZp/lh1Y27CBeMUWWr6948Vhi6aGg6ESL1dhpYwVHCicYqs9eOUd+qytrFaFr73qk JScVo9OLNqCXPVXXNx1fjdft0D76951UxSY+GzA3M+qpd+1PBB7R5ohxz5HuGT9/T/v3mN4d3EFO yqoreS5EvSrEeLyBS2LoKSvdujbOeVcrp3v7s3IJoy5VKz/yLlih1hJ/zqWiLzgcd5oOvblr0z2R 7tCahsO7PuefdCSzGhMuECIdGv6hZx8r7Ln/bNzct/rZ8bH//ftFNjh+C/ff6qbjxTI+LgAIyPm2 aw28enBjtp6XXUTVwhRn7O5xcKk7gGwMB7DOz44sLuK1f6DQsHa3ssqH+PBGh3jtW6GrZBCMJVbB 1O4D4pScbMzPfPPVYmCX+L2tiNwyDdiIhKJtNhXztjemJ9p9/zn7fCPyW/DDADq2Aag+N7iFgxXv Iiprzl2PPV/kV2bZZelv+OuUkPg7wTT67G1tt+VY7SSNsvrzfW1FmxfSZp92jFXzbhY2d8EYWvqi ApoAltR4Nf/E+Zh97yVmPuUkN5Z0faG+LRkMIUTeLvrzso4iD4La4U4LrzvpGjd/uBEAz++v5+3S q2NWXv7NY0e689cUUFIL7H7nU1nx+JkxGbJBF24BzpRFvD/NiVX+byfPcG7ZKCVFQ3wuo5JEP5zk K8WNQ1oD8ZbCRuSiicaQpza6dj3k6OstNe8msS+eWtOWjS4I2leSJOyW1UoIl9Ij7kvo8m7lcIdv zoN61q61CUZxw7V82TBpFnPbRX21IOFVuyS11fANOlPSdNUjFFPjK5yaPL1RyoebvEGNA5RLWnXk c7cKNK0XcR/KB8E7L8Kxb8ut5JQWTkWGHL/xh3zEapO1idZW6TcmLb4p4r9VyWV4U16vy3qvqSQw XhinYSICPT//+fMvvojHSi4afAAlpX3tm/OC0ZUBGn5JGpzkeUlp50BC2fb/9vKLHfeAPGesow1m F+aRt1UjQC5G5IyH5OTcO2aX1NdYsjmTdbDG97ImNVwp8E4fNKdPaFDwCl5HOZ2c0OCYUaC0rQ9y ScrGjfWbO1dCDax5sEIpLhQjfIjh9zDvBkU8ctHkFS1LJnpjzs+Wem8rQyOlN0TTtg6XR/INCGwz em9uKhmuwT6NMvkanK9mtaL8gPaRJdJIrF0IISyIEDF2UZAsAqP889rU/FqQ6A6fSsDz9ddNCbkJ ycez5VlTU9/FkZk5J0whbuCsXn/jE7g/y2DugFhMw3A91Twgb6uQSuoVynIB0HXBrfEP1d2Yrqm6 XsjiwRIvIjGYjSTnY9lLRvQJWdyJl1hpIbb51hYHbEzWI3rEriU37vOiT4c0HOkcdURE9sdrDHSo kdctOpFXWxNPzkHg2Y1fHYr9NUaExj8Zx/+Y4z+X5hHMf0ja/bEuTMz5rtEJ/m+VwrxymET/CPHz qtmNgJuEp0XB+Pay1whOcrpgvSKQv6rn6Ai1YyZ5a6OX0MLVaPN2Th0CbhcIYHiG4Kf7GsWIq7ps wTwX6dexD4/9zh5hsTsMXGDqFEqx0QDS0QRDypa2YVdA2YfXCM6UzAELme5D7RjylkWi0yRFVOii 66/aQXGhCA4iyDISDlBgB2J/4p3g+5LrtPUm6iYbCwQd6i5zsoColGIi8vXcFEKK5P6SeNEUj8TN 4epZtuWnOc/Or1McBgAod41dMGIeAdV6D5qayC6NH+wCkB2S3DqRMKu8iud2SU4kfLv9P4k6UMbk VBiSNb+Ic3SowIkycy27DAFP2kxhCeIHHq8xG8KjwQlUtePNElzDCMHsPbLGc8JLbOJve9SGPhEz OPMORBEx11/yq5ty1+SVBBvaUKRYS0zB/kPVZ1NWx54tut5F1kUAoXvVhXW6ttWlMJBzKBketgG7 Bb6XM/m0NSInz/932OGWnCQpyQOYsyvHJUC0uUto2o8Xu89szzydeyGgea3+QDVflkyT9gl60tAd jSb5QeynS7K+ME61CclyD+0DkZswlOoSiZK5ieJuDRDuFTMFoJeu7PiyuKxgL0gLK8DD+ckRFnsg h48ZNYq6MFX0s67dByalFPFslbXGgj9KYNggdGzrtpeta+U6kC/HZB/ZsHeimsPzZ9m/09GioS3l J+dWpSbDSmQjePvPuD/hTwwju9w+p4DGoRXDgaZOfAbtyijZSrSfkkg1AF+jNM7SQcVoT4nqGMFI EmQWmnQKU42s700rWoitWeJI2R1MjQ8kNfR9nUWkuIX/TH97d2Z7dvFCnU467SrAqa9rzxpDizFT sGunWHy1a/U5eV32noIZ1OhBk97kn+o0e6WW9jkdPdlq6QaVSPTIsFUj6nzO8yMQ0S7ebNzk6bQn HBq6tYRd5xvmJTqHt+qC7SpJFI4cyestNOX04oiZNqV33ELgKgKc21o0EGCC+5WP0NWcsr23YNSS w3ocWzKAdpYFyrZxOSzBLnd8iKOkiwWy+vRzoYyrv+WfJ8wCA8p8LQhC+KVQwxMShVE937tCyYJQ xqV+zgbxpf04O+zDPdGwYVKGX+Sg1ONQndLFk68I5ijhd0zJsiUnSJY7oNQF7AK6MUSPlSbJBFE7 63xtQqBZwmIqFrpoY1Flb4sObybG3M3UWuz2pXHWpHsZeNpH9CxuoKyHgj3zAtizmxq49/3INI2B fH9+jLeNP7MnBNV45SJRJm+hob2wOBNUnMOQGCSh+gBNRfLyfhyn9jhTsJxe6DznW32d2IZhNNWM 4a/ObQogxcaiuO1yRDGJ6QQGB7IISzK2LO5ikWQl47dN4rRZhX/X2AKREQyhbxLlHjfgoQBvjm/x z/fT/fQsN4tl8nRgoZCdvvz+28u28D+kwVgRUzx907zCJxtY4Cw30fuTWLLueGJsCKydx65OGfY5 LgDnAOhUBNHzOE5xuTcm7W+j0D5KxFw+3GlJ2tiwp8RDnKFxDbzT3gnf6K7W+Ov/AcRTlE8NCmVu ZHN0cmVhbQ0KZW5kb2JqDQo4IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9X aWR0aCAxOTIwL0hlaWdodCAxMDgwL0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25l bnQgOC9GaWx0ZXIvRENURGVjb2RlL0ludGVycG9sYXRlIHRydWUvTGVuZ3RoIDk5NTA0Pj4NCnN0 cmVhbQ0K/9j/4AAQSkZJRgABAQEAkACQAAD/4QBcRXhpZgAATU0AKgAAAAgABAMCAAIAAAAWAAAA PlEQAAEAAAABAQAAAFERAAQAAAABAAAWJVESAAQAAAABAAAWJQAAAABQaG90b3Nob3AgSUNDIHBy b2ZpbGUA/+IMWElDQ19QUk9GSUxFAAEBAAAMSExpbm8CEAAAbW50clJHQiBYWVogB84AAgAJAAYA MQAAYWNzcE1TRlQAAAAASUVDIHNSR0IAAAAAAAAAAAAAAAEAAPbWAAEAAAAA0y1IUCAgAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAARY3BydAAAAVAAAAAzZGVz YwAAAYQAAABsd3RwdAAAAfAAAAAUYmtwdAAAAgQAAAAUclhZWgAAAhgAAAAUZ1hZWgAAAiwAAAAU YlhZWgAAAkAAAAAUZG1uZAAAAlQAAABwZG1kZAAAAsQAAACIdnVlZAAAA0wAAACGdmlldwAAA9QA AAAkbHVtaQAAA/gAAAAUbWVhcwAABAwAAAAkdGVjaAAABDAAAAAMclRSQwAABDwAAAgMZ1RSQwAA BDwAAAgMYlRSQwAABDwAAAgMdGV4dAAAAABDb3B5cmlnaHQgKGMpIDE5OTggSGV3bGV0dC1QYWNr YXJkIENvbXBhbnkAAGRlc2MAAAAAAAAAEnNSR0IgSUVDNjE5NjYtMi4xAAAAAAAAAAAAAAASc1JH QiBJRUM2MTk2Ni0yLjEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAFhZWiAAAAAAAADzUQABAAAAARbMWFlaIAAAAAAAAAAAAAAAAAAAAABYWVogAAAAAAAA b6IAADj1AAADkFhZWiAAAAAAAABimQAAt4UAABjaWFlaIAAAAAAAACSgAAAPhAAAts9kZXNjAAAA AAAAABZJRUMgaHR0cDovL3d3dy5pZWMuY2gAAAAAAAAAAAAAABZJRUMgaHR0cDovL3d3dy5pZWMu Y2gAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAZGVzYwAAAAAA AAAuSUVDIDYxOTY2LTIuMSBEZWZhdWx0IFJHQiBjb2xvdXIgc3BhY2UgLSBzUkdCAAAAAAAAAAAA AAAuSUVDIDYxOTY2LTIuMSBEZWZhdWx0IFJHQiBjb2xvdXIgc3BhY2UgLSBzUkdCAAAAAAAAAAAA AAAAAAAAAAAAAAAAAGRlc2MAAAAAAAAALFJlZmVyZW5jZSBWaWV3aW5nIENvbmRpdGlvbiBpbiBJ RUM2MTk2Ni0yLjEAAAAAAAAAAAAAACxSZWZlcmVuY2UgVmlld2luZyBDb25kaXRpb24gaW4gSUVD NjE5NjYtMi4xAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAB2aWV3AAAAAAATpP4AFF8uABDPFAAD 7cwABBMLAANcngAAAAFYWVogAAAAAABMCVYAUAAAAFcf521lYXMAAAAAAAAAAQAAAAAAAAAAAAAA AAAAAAAAAAKPAAAAAnNpZyAAAAAAQ1JUIGN1cnYAAAAAAAAEAAAAAAUACgAPABQAGQAeACMAKAAt ADIANwA7AEAARQBKAE8AVABZAF4AYwBoAG0AcgB3AHwAgQCGAIsAkACVAJoAnwCkAKkArgCyALcA vADBAMYAywDQANUA2wDgAOUA6wDwAPYA+wEBAQcBDQETARkBHwElASsBMgE4AT4BRQFMAVIBWQFg AWcBbgF1AXwBgwGLAZIBmgGhAakBsQG5AcEByQHRAdkB4QHpAfIB+gIDAgwCFAIdAiYCLwI4AkEC SwJUAl0CZwJxAnoChAKOApgCogKsArYCwQLLAtUC4ALrAvUDAAMLAxYDIQMtAzgDQwNPA1oDZgNy A34DigOWA6IDrgO6A8cD0wPgA+wD+QQGBBMEIAQtBDsESARVBGMEcQR+BIwEmgSoBLYExATTBOEE 8AT+BQ0FHAUrBToFSQVYBWcFdwWGBZYFpgW1BcUF1QXlBfYGBgYWBicGNwZIBlkGagZ7BowGnQav BsAG0QbjBvUHBwcZBysHPQdPB2EHdAeGB5kHrAe/B9IH5Qf4CAsIHwgyCEYIWghuCIIIlgiqCL4I 0gjnCPsJEAklCToJTwlkCXkJjwmkCboJzwnlCfsKEQonCj0KVApqCoEKmAquCsUK3ArzCwsLIgs5 C1ELaQuAC5gLsAvIC+EL+QwSDCoMQwxcDHUMjgynDMAM2QzzDQ0NJg1ADVoNdA2ODakNww3eDfgO Ew4uDkkOZA5/DpsOtg7SDu4PCQ8lD0EPXg96D5YPsw/PD+wQCRAmEEMQYRB+EJsQuRDXEPURExEx EU8RbRGMEaoRyRHoEgcSJhJFEmQShBKjEsMS4xMDEyMTQxNjE4MTpBPFE+UUBhQnFEkUahSLFK0U zhTwFRIVNBVWFXgVmxW9FeAWAxYmFkkWbBaPFrIW1hb6Fx0XQRdlF4kXrhfSF/cYGxhAGGUYihiv GNUY+hkgGUUZaxmRGbcZ3RoEGioaURp3Gp4axRrsGxQbOxtjG4obshvaHAIcKhxSHHscoxzMHPUd Hh1HHXAdmR3DHeweFh5AHmoelB6+HukfEx8+H2kflB+/H+ogFSBBIGwgmCDEIPAhHCFIIXUhoSHO IfsiJyJVIoIiryLdIwojOCNmI5QjwiPwJB8kTSR8JKsk2iUJJTglaCWXJccl9yYnJlcmhya3Jugn GCdJJ3onqyfcKA0oPyhxKKIo1CkGKTgpaymdKdAqAio1KmgqmyrPKwIrNitpK50r0SwFLDksbiyi LNctDC1BLXYtqy3hLhYuTC6CLrcu7i8kL1ovkS/HL/4wNTBsMKQw2zESMUoxgjG6MfIyKjJjMpsy 1DMNM0YzfzO4M/E0KzRlNJ402DUTNU01hzXCNf02NzZyNq426TckN2A3nDfXOBQ4UDiMOMg5BTlC OX85vDn5OjY6dDqyOu87LTtrO6o76DwnPGU8pDzjPSI9YT2hPeA+ID5gPqA+4D8hP2E/oj/iQCNA ZECmQOdBKUFqQaxB7kIwQnJCtUL3QzpDfUPARANER0SKRM5FEkVVRZpF3kYiRmdGq0bwRzVHe0fA SAVIS0iRSNdJHUljSalJ8Eo3Sn1KxEsMS1NLmkviTCpMcky6TQJNSk2TTdxOJU5uTrdPAE9JT5NP 3VAnUHFQu1EGUVBRm1HmUjFSfFLHUxNTX1OqU/ZUQlSPVNtVKFV1VcJWD1ZcVqlW91dEV5JX4Fgv WH1Yy1kaWWlZuFoHWlZaplr1W0VblVvlXDVchlzWXSddeF3JXhpebF69Xw9fYV+zYAVgV2CqYPxh T2GiYfViSWKcYvBjQ2OXY+tkQGSUZOllPWWSZedmPWaSZuhnPWeTZ+loP2iWaOxpQ2maafFqSGqf avdrT2una/9sV2yvbQhtYG25bhJua27Ebx5veG/RcCtwhnDgcTpxlXHwcktypnMBc11zuHQUdHB0 zHUodYV14XY+dpt2+HdWd7N4EXhueMx5KnmJeed6RnqlewR7Y3vCfCF8gXzhfUF9oX4BfmJ+wn8j f4R/5YBHgKiBCoFrgc2CMIKSgvSDV4O6hB2EgITjhUeFq4YOhnKG14c7h5+IBIhpiM6JM4mZif6K ZIrKizCLlov8jGOMyo0xjZiN/45mjs6PNo+ekAaQbpDWkT+RqJIRknqS45NNk7aUIJSKlPSVX5XJ ljSWn5cKl3WX4JhMmLiZJJmQmfyaaJrVm0Kbr5wcnImc951kndKeQJ6unx2fi5/6oGmg2KFHobai JqKWowajdqPmpFakx6U4pammGqaLpv2nbqfgqFKoxKk3qamqHKqPqwKrdavprFys0K1ErbiuLa6h rxavi7AAsHWw6rFgsdayS7LCszizrrQltJy1E7WKtgG2ebbwt2i34LhZuNG5SrnCuju6tbsuu6e8 IbybvRW9j74KvoS+/796v/XAcMDswWfB48JfwtvDWMPUxFHEzsVLxcjGRsbDx0HHv8g9yLzJOsm5 yjjKt8s2y7bMNcy1zTXNtc42zrbPN8+40DnQutE80b7SP9LB00TTxtRJ1MvVTtXR1lXW2Ndc1+DY ZNjo2WzZ8dp22vvbgNwF3IrdEN2W3hzeot8p36/gNuC94UThzOJT4tvjY+Pr5HPk/OWE5g3mlucf 56noMui86Ubp0Opb6uXrcOv77IbtEe2c7ijutO9A78zwWPDl8XLx//KM8xnzp/Q09ML1UPXe9m32 +/eK+Bn4qPk4+cf6V/rn+3f8B/yY/Sn9uv5L/tz/bf///9sAQwAIBgYHBgUIBwcHCQkICgwUDQwL CwwZEhMPFB0aHx4dGhwcICQuJyAiLCMcHCg3KSwwMTQ0NB8nOT04MjwuMzQy/9sAQwEJCQkMCwwY DQ0YMiEcITIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIy /8AAEQgEOAeAAwEiAAIRAQMRAf/EAB8AAAEFAQEBAQEBAAAAAAAAAAABAgMEBQYHCAkKC//EALUQ AAIBAwMCBAMFBQQEAAABfQECAwAEEQUSITFBBhNRYQcicRQygZGhCCNCscEVUtHwJDNicoIJChYX GBkaJSYnKCkqNDU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6g4SFhoeIiYqS k5SVlpeYmZqio6Slpqeoqaqys7S1tre4ubrCw8TFxsfIycrS09TV1tfY2drh4uPk5ebn6Onq8fLz 9PX29/j5+v/EAB8BAAMBAQEBAQEBAQEAAAAAAAABAgMEBQYHCAkKC//EALURAAIBAgQEAwQHBQQE AAECdwABAgMRBAUhMQYSQVEHYXETIjKBCBRCkaGxwQkjM1LwFWJy0QoWJDThJfEXGBkaJicoKSo1 Njc4OTpDREVGR0hJSlNUVVZXWFlaY2RlZmdoaWpzdHV2d3h5eoKDhIWGh4iJipKTlJWWl5iZmqKj pKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uLj5OXm5+jp6vLz9PX29/j5+v/aAAwD AQACEQMRAD8A84weuT+lJz/eP6f4Uz5/QfXIo+bPAH50xDsnPU/pRk+p/Smkuf4V/wC+qPnzyq/m KAFLEdz+Qo3E/wAR/Kky3cL/AN9Ck+bPRfzoAcSf7x/Kjcf7x/KmfN/dH/fVL83ov50ALuOMhj19 BS5Oep/ECmfNxwPzpfm7Y/OgB2T6/oKMn1/QU3De35035vb86AJNxPf9KMn1/Sm8j0/Ok5HXH50A P5/vfpRz6/pTMkDqPzpMn/JoAkyQPvfpRz/eP5VHk/5NHzf5NAEnOPvfpR8394n8Kjwc9f1o59f1 oAfg/wB4/lRj3I/CmZ4oz2zQA/Hv+lJg56n8qZn3o3HpkfSgB+D3zijB9efpTM+4/Olz7/rQA7H1 49qD07/lTQfejdx1oAd7/wBKTHSkyPU0Z96AHYFJx6UmeetJketADuD/APqoyB2NNHX7xFL/AMCo AXdS59jTOP71GR60AO+ooz2waTj1P50mR3J/OgB2RjkGk4z3puR6mlGPU/nQAvGM4PtRx6Gk+jfr Rn/a/WgA47g0ZHoaP+BUuefvUAJkdlpMj+6aPfIpeM9aAEyD/DRnH8JoyPUfnS5HqPzoATd6gijc P7tH4/rR7Z/WgA3Drto3D+7R26/rR+P60AGfY0Z9jR/nrRjvnP40AGfQfpSc5zj9Kd/nrSfj+tAA M9lo+b0NGD2/nSdO/wCtABz/AHaXnpikzn/9dGf85oAXBowfekz9KMn/ACaAF2mkKeooz7/rR/nr QAmzPal2e3FH4j86TBwOR+dAC7fajafSkwfUUY9xQAuOen+fzox7UmMUYoAXFGDSbRRgevSgB2DS YowvrScY6mgBcf5zSYFJxR9f50ALtGaAv1pMdufzox9aAF257mjb7mkx9aTB9/zoAdt9zRtPqabg +9GD3/nQA7HuaNo9TTMGjB/yaAH7R15pMfWm4P8Ak0YNAD8fWkIGO9NwaMH/ACaAHbR70uB70wjn /wCvRyKAHbR6GjaByAabz6UnPpQA/A9DRj60zmjn3oAefxowCeppnPvS/n+dADsD1NGB70zJ/wAm jJ9/zoAftHvRtX3/AEpmT6frRz6UAPwPf9KMD3/Kmc+lLg46GgB3GP8A61J/noKTHt+tH4frQA7j GOaOM96b/nrS55/+vQAuBnvRxTc/5zQT9fzoAXj0o70mR6frRnvQAvFH+etJx/k0vHofzoAKPxoy M9P1pOPSgB340c5603gDp+tHb/69ADsn1P50ZPqfzpvbp+tGfb9aAHZPqfzpcn1/Wmfh+tH4frQA 7LY6n86OfU0nfp+tJ+H60AOycfeP50ZI/iNN/D9aOnb9aAHZb+9+tGT/AHj+dN/D9aPw/WgB2WPc /nS5b1P50zA9B+dBx6D86AH7m9T+dG5vU5+tR8eg/OjjHb86AJOf7x/Oky3Zj+dMz6fzpaAHfN6/ rS/N68fWmZ9qTr2oAf8AN6/rS/N6mo8+xpfwoAf83qaPm7E1H+Bo/A0ASfN/eNJ83qab+HSkyfSg CT5vU0fN6mo+3SjPtQBJ8396jB/vGmZ/2aM/7NADsH+8aXB7MaZ+Bo5oAdz6mjn1NN5o5oAdz6mj 5sd6bk/jS7uOtADvmoye4/Wm7jRk0AL83pRk+h/OkzQH57UALz1xR3/+vRvxRv8AfFABjn/69Lj2 P503ccdaXccUAHPv+dHP+TRub/Io3H/IoAKXnHekLn1o3H1FAC5NGT6frSbj/eo3H+9QAuT6UZPp SbzjrRvb1oAXJ96Nx96N59aN3+1QAu4+ppNx60m4+tLuP96gA3HtRuPYUZPqKMt/eFABub0/Sl3N np+lJub1FG9umaAF3P8A5FLufFN3NRubvQA7c340bm9RSbj6Gk3GgB2W9etHzetNJb0pcsexoAX5 vWj5vWk+f0NJlvQ0AOO/HX9KTL5xmj5/Q0fP6GgAy/qfyoy+ev4Uvz/3aPn67aAD58daMt60fP8A 3aPm/u/rQAuW/vUc/wB+kw/939aT5/7p/OgB2T/fpMnsxow/900Yb+7QAbmH8Z/Kl3seNxow/pmk w/8AdoANx/vGl3HH3jSYb0ow/pQAu5j3NG5v7xpMP0xS4cdjQAbz6mjce7Gja4/hNJ8/oaAF3n+8 aNxP8RpMN6GjDejUALu/2jRntuNGGHY0vzehoAToPvH8qXPTk/lR8/pRh/SgAyc9+tLnjqfypMPR 847UALuPqfyo3e5/KjLkdKMtigAJ/wBo0uRjq1J82en40vzehoAT3y1H/fVLlge9GW9DQAZ9zS/i fypu589D+VBZ6AHc46tRg+ppu5qXe2OlAC4Pv+VKAT603e1LuftQAuDmjacU3L+lLuagBdpxS+Wf Wm5f3o3t70AO8v3NL5Y9abuboCaTc3vQA/yx60eXjv8ArTdxPc/iKNz7qAH7Pfijy8c/1puW9TS7 noAdsHqfzo2+/T3pN755NG58d6AFCH1/Wjb/ALX60mW96Tew6k0ALtPZv1pdh7n9aTcw9aNzdiaA F2kd/wBads/2v1pp3dOaPnzjJoAdt9T+tG30Y/nTfnoAkoAbsA7j86NgA5x+dJuGOp/OjdnvQAux exH50mxfVfzo/E0Y96ADYue350mwHpj86U885NJ26mgA2jr/AFo2j1x+NJu7bqTP+2aAFwB0NHHr Sf8AAuaX/gdABx0/rSYHt+dOwM/eo4x940ANwPajA9qXjP3qTg8bjQAY57fhQVowP7xox33GgA4p OPT9aXH+1R/wKgBOO2KQ/hS9uT+lHpz+lACEe4/Okx3zTvx/Sj8fwxQA3FGPSlx05/Sjb/tfpQAY +lJjjt+VLgev6UYHqfyoAbg+1Lt9qXA9T+VLwe56+lADQKMfWlx/tH8qAP8AaP5UANxRjjinf8CO PpSc/wB4/lQAm00uDS7fc/lRt9z+VACbTRtJ7UYPqfyowcdT+VAC7T3pNv0o+Ydz+VJg+/5UAO20 hFJz7/lSEH3/ACoAdj2oxz1pnze/5Uvzep/KgBdvrRtFJg+v6UD8fyoAXaM0u0Ypvbv+VGP84oAX A60YGaQj/OKMc/8A1qAFwv8Ak0fLikx/nFJj60AO+X3/ADowuOppuPTn8KMfWgBcpRlPQ0mP84ox zQAuV96Mp70mKMe1AC5U9zRuSm8f3aPwoAduXrRuXJ60zrj5TRj2NAD9y470Er71Hx6GjPsaAH5Q etGUz3pmf84oz7UAPynvRuT0NR8ehpfw/SgY/K+9GVz3pvb/AOtSYoEP+X3o+X3NN5P/AOqkwcf/ AFqAH5T3oyvoaZjnvRj60AOyvvRlOnNN/P8AKj8T+VADvlx3o+X0pvPqfypOfU0AP49DS4Ge9R8+ 9GD70ASce9HA9ajOfU0cnuaAJD7Zox7GmfNjqaTLY6mgB+B7/nRgdv50zn3oy3qaAH7frSbfr+NN y3vS/N70ALt+v50bOKbz70uTQAvl/wCc0myjJ9TSZPqaAHbeaNppufrS5PvQAu0/5NG2m5OO9Lk+ /FAC7TRtHrTc/wC9RnH96gBdtG3/ADmkz7Gjj0agBdv1ox+f1pMj0NHHoaAHYOO/50mDSZ9jR3I2 mgBcUmBR/wABakwP7rUAOxRj60mB6NRx/db86ADAz3o2j86OP7powP7rUAG1c0YHvRj/AGWowOwa gBcD3o47ZpMD0al2jrg0AL+dJ+BowP8Aa/OgL3wfzoAXt0pMfUUY+v50YHvQAvHvR+BpNvs350bR 6NQAnHvS8e9G0YxhqNo9GoAOPejA96No/wBqlx/vUAJj60fgaXHoDRj2NACfnSce9Ox7H86MexoA Q/jRx70p9eaMH3oATA96TAz3p2D70c+tACEDHU0Y+tLk+tHzetADcD0pfl96XJ9aMmgBMCjA9KXJ oyaAEx9aAD60uWo3NQAmDmjHFLlqNzYoATFGBTtzelGW7UANwO9GBS5bP/6qMtQAmBS44pctSZag A28UmOKdlvSjc3pQAmMdqTHNLlvSjc1ABijA5zRuOaXdQAmKMfSjd7UbjQAuKMGjcaTNABzRg0bq N5oGGGpfm9aTd9aAx96BDvm9aOfWm7vel3Y9aAF59aMn1pN31oz9aAFz70Z9/wBaTP1pPzoAdmjd 70mfrRke9AC7vejd/tUbh70bl9GoANx65o3EHqfzoyvvRuXsDQAoY+tJu96Pl9D+lHHoaADd6E0Z /wBqj5fej5fegA3D+9Ru96Pl9/0oyvvQAbx60bx/eNGV7Zo496AF356MaN59abn6/pS+vWgBd59f 1o3n1o4/yKTv3oAXefWjefWk4x3pcD3oAN5z1o3H1ox7fyowaAF3e9Ju96OlH+e1ABuPrQT70uD6 H9KMHHQ/pQAmT1zRlvWl59DRg9waAG5PrRk+tOxnsaMHPf8ASgBMnrml59aMH3FG0+/6UAGfejPv Rtb1P5UYbHegBc4NJk+tHOe/5UZb3oAOc/hS0ZP1/Cjc3v8AlQAZNKM0m49/5Uu5v8igAIb3o+aj cfT9KUsaAE+ajJz3oyen9BRuP+RQAenJo/4EaNx/zijJ/wA4oAX/AIEfzo98n86M8dBRn2FABn3/ AFoz2/rRnjp/KkyD/DQAufc/nS5PqaaCOy0fhQA7dx1NGT703NAP0oAfk+po3fWm5H+RRkf5FADw w9DR+dR8e1L+P6UAOzj1pQwx3pmc9/0o/EYoAfmjPuaZ7cflS898flQA/d9aUH60z8vyo59R+VAD 93bn8qN3Hc1HijmgCQNzjJoDc9TTMHPUUbT1zQA/eM9TSh+wY1HtJ/ipdpx1oAk3Dj5j+tG7n7xp hQ+tJtP+RQBJv9z+dG7nv+dM2nsf0oweuf0oAZlemDS7h12nim7/AG/Sk3/7P6UAO3L/AHTRvH91 vypu7n7v6Ubj/d/SgB29T/C35Um9c9D+VJkj+EflSbu+2gB25Rzg/lSb1+v4UFv9n9KTfjnb+lAC 71xnn8qN49/ypN3+yPyo3Efw/pQAbxjjPHtRuHp+lGTn7tGTnp+lAAXHp+lJu9v0pcn0oy1ACbvQ UmRk4HWn5b0oye/8qAGZ9qN1O/CjP1oATP8AnFICffGadnjoaM+xoAbz15o3HNOyfSjJ96AG5bvR lqdz3zSc/wCTQAm447/lRlvf8qXkHFHzdaAE+b3/ACo+f1NLzRg/5NACfP6mky/XmnYPrSc0AHz+ vSgb/Wl+akw3agA/eevWj95R83ajDZxQAfOfWj5+/wDOjDUmG9qAF+b0P50Yb/JpPmPej5vagBfm pMN/k0Z47UZOOlAB83XB/OjB96OemKOfSgAwff8AOj5vejJ9KQ59qAF5x3o59TSc+goy3oKAFwfW k5pMt6CjLegoAXBo59aTLY6Cj5j6UAHI/wD10c+v60fN6Cj5vQUAHPrRz6/rR82Ogoy3oKADn1o5 65H50Zb0FGW9KAD15FGeO1G5vTrRlvSgAyfUUmT7UuTRk+lACZ9xR+Ipdxo3UAJk+v60A+9G76Um fagBfxFGT6ikz7UZ9hQAuT60Zb1pPwFGD7UAO3NjrRub1pnOe35Uv1xQA7c3tRub1pvftR+VAC5b 1FLl/am/gKPyoAXLe1Ll/ak/AUmfYUAOy/rRuf1pufYUZ46UAOy2OtHze1Mz7UZ9qAH5ajc1R5Hp Rn2oAky1G5h6/lTOPSjPqooAfub3pNzeh/Km5/2aOM9KAHbm9/yo3Htn8qaDz0pMe1AD9zeh/KjL defypmD6UYPpQA/c3+RRub3/ACpmD6Uc+lAD8t6GjcfQ/lTOaOfegB+4+/5Um403LUc+9ADtze/5 UZb3pvPpRz6UAO3N3Jpcn3/KmZPpRz/kUAO3H3/KjcfemEn/ACKMnPb8qAH7j6mjc3vTMn1/SjJ4 5oAfub3pNzZ6Gm5pSR60ALub3/Kjc3vTaWgBcnPOaMt6tTcfSgD6UAL8x7n8qPm9TSfiKMUAO+b1 o+b1pv0IpePagB3zCk+akzRu9hQAuWoy1JkegoyPSgBct/8AXoy3rSZ9qXPsKAD5v8ijLe35Ubh6 CjK+lABlun9KXcablfQUZHpQA7J9qNx9qbkego4x0oAXe3tRubHakyPSjI9KAF3t7Ubm9qTIznAo 49KAF3n/ACKN59B+VJx6UvHpQAbj/kUb27Ucf3f1o49B+dAAGNLk+gpuR6D86XPtQAbj6Uu456Ck yPSk3e1AC7m9BS7z7U3d7frS5HpQAu80bz3/AJUn4UfhQAu9qN7en6UnGOlLx6UAG9vX9KNzf5FJ kelGR6UALvak3tRken60fhQAu9qN7Un4UufagA3NRub/ACKM/wCc0Z9v1oAMt/kUZb/IpPw/Wjr2 oAX5sUDpnNH4UfhQAvPtR+IpO/SjPtQAvPqKBn1pP+A0UALg9Mijn1FJRQAv5UZ9MUn4Ud6Bi5/2 hRn/AGhScelGBnpQIXP+0PyoyP7wpMDuopcD+6KADj+8KOD/ABCk4/u4o4/uigB3H94Uf8CFN7/d o/AUAO49RRx6im8f3aXj0oAXj1FHy/3qTj0FHpxQAvy/3hRhf7wpPwo4/u0ALgf3hRgD+Kk4x92j j+7QA7jpuFJgf3qOP7tG4f3aAF4/vUZH96kz7Umfb9KAFyPWjP8AtUgI/u/pS5H92gBc+poyOOTS cen6UZX+7QAuR6n8qTcMfeNL8uM7aTgj7v6UALkf3jS5H9403I/u0Z/2c0AOyPX9KM+5pNw/u0bh nlaAFzjuaM/Wk3DptFG4E/dH50ALu56mk3dsmjK/3RSZBP3aAFz060Z570cf3aMj+5QAuR6nij8a Mj+7Rkf3KAF/GjnpSZHZaN2f4KAHUf56U3dz92jP+yKAHe2P0pCR6Unb7ope/wB2gAyPb8qOKP8A gNJj/ZoAdxn/AOtRxSf8Bo/4DQAuB/kUYHv+VIPXafzpecfdoAMe/P0o49f0owf7tHzdloAMD1/S lwPXNIM/3aOfSgBcD/OaMUdulH1BoAMd/wClLgn/APVSY45BpcexoAKAD/kUY+tHAPegAH+eKUDn qfyowPU/lR36/pQAZ96Px/SgY9f0o4/yKAF5z1/Sjn1/Sk4x1/Sl49aAFHPf8cUn4/pRxjr+lKPr +lAAf979KX/gf6Ucf3v0oBUd/wBKADn+/wDpRz/f/SjI9f0oyuOo/KgBQT/e/Sl5x96m8e35UvHX j8qAF5/vdfajn+8P1pMjtj8qM+/6UARnd7fpQQfanZPPTFJk4xkUAN5znIo59qdnntRk47UAM+bP aly3sfwp2T7Ubj6CgBvze1Hze35UFj7Uu4+1ADcN7flRhvUfpTtx9qN30oAbhvaj5unH5U7cc9qN 3tQAnzY7Uc9sUFj2Aoyf7ooAbz7flRzTsn+6PyoyfQflQA0/T9BSc4//AFU/d/sj8qTeeuB+VACc +n8qTH+eKdn1X9KTP+z+lACY9v5Unfp/KnZ4+7+lGT/dH5UAJzjOKTB9KXcfT86N/sKAEIOfu0AH 0pd59BSeZx0FACYOOlLg9hRv9hRv9loATB9KQ5Hb9aXf7Cl3+woATn0/Wjn0/Wjf9KXfzjigBMH0 /Wjaff8AOjd9KN30oATaff8AOl2n/Jo3fSjcfagAwf8AJpMH/Jpd/wBKTd9KAFxik5/yaN30ozz1 AoAOf8kUc+n60mR6ijcPUUALgnt+tGD6D86Nw60m73FAC4PXA/Okwfajd7ik3e4oAUg+1Jz6Cl3H 2pN3sKADn0FBJ9BRvPoKXfjsKAE574oycdBRvPtS7yfSgBOfaj5val3H2o3H2oATn0H5UuTRuPtR uPtQAZb2oyfUflRuPoKTc3tQAEnHb8qOfb8qNze1G5vagAyfajJ9vyo3HvijcfagAz9Pyoz7D8qN x9BSbj6CgBefQUZ+n5Um49cCjJ9qAFz9PypPy/KjPsKNx9qADP0/KjP0/Kjd9KN5/wBmgBc89vyp Mn1H5Ubj7Um4j0oAXJ9vyo3HrRk+1GfpQAbjRn6Umee1GTntQAuT7UZNGfdaAT7UDDnHaj8qMn2o Dew/xoEH5flRz04oz7Cjd7CgAJPtSZI9KMj0WjI9qAF+b2pOfalyMdBRu+lACfN7UfN7Uu4e1Jke goAMn/Jo59qMj2ozz2oAOc9qMn2oz9KMigA59BRn6UvHtSZ+lABn6UZ9hS5oz9KBic+1BJ9vzo5P OKPwFAhOfajPPIpcmloAb+VFLkY/+tRn/OKAEpKdn3/Sjv1FACflScU7t1o6nrQAnfp+lJ26U6ig BM+wozSUtACGjNLj3/Sl/H9KAG96Wj8aPxoAMe1LgelJ+NFAxaT6Uc5ox70CDvR26UY47UuPpQAl HPpS4PtRj6UDE564paTj2pePUUCE5pfwo49vzo49R+dABn2FH4Ucf7P50mV9vzoAWjn0FHHt+dHH t+dABzjp+tGT6Cjgdh+dGR2A/OgA/AUfhRx6D86Mj0H50AHOelGDRke350cev60AFGPajI9R+dGR nqPzoAMe1GPajcPT9aMj/JoAMD0FGOOlG4f5NGfb9aAE79KPwpcj/JpcjP8A9egBvFLx1xS5H+TS ZHr+tAB8tGBRkdMj86N3HX9aAExRil3DPX9aNw9f1oAOPWjijI/yaXI/yaAE7daKM/T86Xj1/WgB Pxo/GlyKMj1/WgBvPrS0uR60ZHqKAEwKPxpcr60vy+tADfxo7dad8vrR8uOo/OgBMe9Jx6075aT5 fagBOB3o49aXj2o49qADj3oo4x1o4oAO/U0UuRRlaADn3o56UmV9qMj2oAX8qOfajj2oyPagAwfQ UuT6CkyKMr6CgBcn+6KXJ9BTcj0o3UAOyfQUZP8AdFNz7UZ9qAHA/wCz+tGfb9abnjpRuGOlADs/ 7NGfak3e1Jn2oAfnHYUmfYU3I7ijPtQA7d7Clz/simZ/Gjd7UAPz22ijP+yPzpmfalyPSgB24f3R Ru9h+dNBpc0AL36D86Xn0Wm55oye1ADue4Wj/vmm5Pp+tG4+lADuP9mjP+7Tc0A0AO9/lo5/2aaT S5+tADsn1WjP+7Tc0tAC9f7tH/fNJmlBGe9AB+K0mM91pcjuCKXK+h/OgBMHPVfzo/75pcj0P50g K+hoAMe60YPqtBI9DRkehoAXGf7tGD320mR6Gl3L6GgAw2P4aMN2K8Ubl9DRvX0NABtPTK0YOOoo 3r70bx05/KgBdp9qTB9qNw96XeMd6ADB9sUbeKTePel3j3oAXH0owPajcPejeMdDQAY9qAOOlG8e hpd4HY/lQAY9qPwo3/Xn2o39ufyoAXAx0owM9KTfz0NG4ehoAXav92jav92k3jtml3jHegA2rngG jA7KfzpPMHvS7h6mgBcAfwn86OP7v600v7/pRvHY0AP4z90j8aOP7ppu4ev6UuR6/pQAuR/dP50Z /wBg/nSZHXNGR60AOyP7p/OkGP7v603I9aM+/egBOecg0nPofzo/eH1/Oky/vQA7n0P4mjPH3T+d NJk9z+NJmT0P50AO49D+dGR6H86YfM7/AM6Pn9P1oAdx6H86OB2P5035+mf1pf3n+TQAoI9D+dHH ofzpvz+v60vz9/8A0KgBeP7ppOPQ0n7z1H/fVHz/AOTQApxnoaTj/apPm9R+dHz+350ALx/tUfL3 3UYf2P40fNnt/wB9UAJx/tUvGP4qMN7fnR83oPzoAXA96T/vqk5Pp+dGD7f99UAHPbdRkf7VGD/l qOfTP40AGR6NScY5zS8+n/j1H0X9aAEyPQ/nSZHvS8/3R+dBJ/u/rQAmV96Mj0NGf9n9aOh6frQA cdgaM+x/Kjj+7+tHBHQ/nQAceho3Y9f0pfw/Wj8P1oATPOKM+36Uv4frR+B/OgAz7fpSfh+lGf8A ZNGfY0AGfb9KX8qTPHQ/nR+BoAWkz/nApO3Q0e+DQAufp+VHPtSfQH86X8DQAZOOgo5HUCm9+ho/ OgB3PoKMcdBTefejH1oAX8BQfoKTH1o5/wBqgBcey0uOOgpn50uD6mgBfpij64pu0+ppdp9TQA7P 0pM89qTHPWjH+1QAv0xQM46ik2n1o2n1oAX8RR+IpNp9aMH+9QAfiKPxFGD60mD6igBeg6ijv1ow fWk2nsf1oAX8aKMe/wCtBHv+tABRRg+v60c/3v1oAO9JS4Pr/Ok59f1NABj6UYFLznr+ppOfX+dA BgUY96Px/U0v4/zoATApMU7Io/H+dADdtGBTsj1o45oATH+TRzS5HrScUAGOKNv+cUcUZFABt9jR t56GjK+poyvrQAbfY0Y46UmRRkZoAMe1GB1xRkUZGP8A69Axdv8As0Y/2aTI9P1o3D/JoELj/Zow f7tJu+n50ZFAC7T6UmD6Ck3CjPt+tAC4PoKMH0pAR6frRx6UALg+lGD6UnHpRxjp+tAx3PYUYb0p vejPsPzoEO+ajmm59hR+A/OgB/zUc0z8B+dAPsPzoAf81Jlqb+H60n5fnQA/LUZam9e360Y9v1oA dlqNz0mM+n50mPb9aAH7m9qTc/tTfw/WjHt+tADtz+1GX70mPb9aTH+c0AO3P6ijc/rTcZ//AF0Y /wAg0AO3PnqKTLeopNoP/wCujH+c0AOy3qKT5v7360m36/nSYz3P50AOy396jLf3qbijFADst60f N6/rTcUYoAdknv8ArS5OeoqPHvRgetAD8t60ZPrTfxFGBjrQMdk+tHPrTfyo/EUCFyfWl59ab+Io x7igB2T60ZPrTcD1FHHqKAHZPrRz6/rTeO5FGB6igB3PrRz603j1FGB6igBcH1owc9aTj1FGB7UA Lg+tLg+tNwPUUYFAxcH1o5xSYFHHtQIXk0YNJ+VHHtQAuDR81HHtR+X50AHzUfNR+VH4D86AF+bF HzUn+etL+H60AHzf5FHzetJ9MfnS/j+tAB81GG9aP89aP89aADDe35UYej8f1o/H9aADD0uGzSc4 6n86Ocdc0ALhvWjD460nPr+tGD7/AJ0ALhqMNTce/wCtLg0ALg+tGD60mG6UYagB2D6mk/Gk+ajn 1oAXn3o/E03n1/WlAPr+tADufU0YpuD6/rRg+tADufU0fUmm4P8AeowfWgB2eO9J+JpMH1owcUAL +f50ufc03B9RRg560AOyexP50ZPqabtPtRg+ooAcSfU/nRk+/wCdJg0YP4UALuPv+dG4+/50mDRg +1AC7uepo3e7UmD04owfSgBd3uaM+5puD6Cl+b0FAC5460Z9zTfm9KXB9KAF3e5ozSc+lHzUALk9 qXcelJz6frRz6frQAuWo3MO1N59BS8+lAC5OelGTSZPpRk46UALk0ZOaTv0oyfSgB240Zb2pnPp+ tLk+lADsn0pefam59j+dKD7H86AD5vajn2o3H0pNxoAdg/WjBpm40u45/wDr0AO79KOe2KTcf8mj J9P1oAXmk/Kgk/5NGW4/xoAX8qPy/OkyaM+1ADvfAo/D9abn/OaXP+c0AO49P1pAeaN3v+tG73H5 0AHNLnjk/rSZ9/1oB/zmgBc+9GR6nNJ/nrRn0/nQA7jpk/nSfiaPy/OjJ/yaAFz7mk/E/nRzn/69 L16n9aADI7k0ZHYmj/PWjB/yaADI9TRx6mj/AD1o5/yaADjPU0cepowf8mjDY/8Ar0AHy+9HHoaN p/yaXH6e9ABxnpRkZ6UAH0/Wl596AE49DS8ehoGff86MH0NACfgaX8DRz7/nS5PvQAf8BNGD6UmT 6mgMfegA59f0pOeuf0pdw/yaNy4PH60AJz6/pRhvX9KN6/3T+dJvX+6fzoAMN6/pRhh3/Sk3Lz8v X3o3L/dP50AHzdQR+VHzZ6/pRlf7p/OjK/3T+dABhs9R+VADe35UZH90/nRkf3TQAHd6j8qXDf5F NJGfu/rRlf7p/OgBcN7flSYb2/KjI/un86Mj0P50AHPr+lHP+RSbh6H86Aw6YP50ALjnn+VGD2P6 Um4DsfzpN4x0P50AOwf8ik/z0pN4x0P50bh6H86AF59P0pOf8ijd7frRu9v1oAME/wD6qMH/ACKN /wDnNG4eh/OgAw3+RSYal3expN3tzQAYb0P5UuG9D+VNLex/OjPsfzoAdg+h/Kkwf7p/Kkz7H86M 57GgB2D6H8qT5v7rflSe2DRx70ALhvQ0fN6Gk+XHejj3oAXn+6aOfQ0nHXmkyPQ0AP59DSfgabke 9AYdMUAOxSY5pMj0oJGeR+tAC4oxzScelGRnpQAuO9GD2pMj+7SdulADvmo5/wAmm/8AAaPwoAdg 0bT9fxpv4UZ/2aAHc+350YPp+tNyO6/rSZ/2aAH4Pp+tH4U3/gNJ/wABoAfg+lJz7Un4UGgB3Pp+ tIc+g/Okz7Un4UAO59vzo/L86TIpMigB35fnRj6fnTcijPtQAuPp+dGP85pN3t+tG72oAUj/ADmk 59vzo3c9P1pN460ALg/5NGGz/wDXpd3t+tJu9qAFw2P/AK9Jhv8AJpd/t+tJu9v1oAXDf5NGG/ya Td7frRvH+TQAYb/Jo5/yaNw/yaNw9/zoAXB9P1oweuP1pMqe360ZH+TQAvPp+tGD/k03I/yaMj1/ WgBcN/k0uCf/ANdNyPU/nRke/wCdADuf8mkwf8mkyMdT+dGfegBcGkxRkUZGP/r0AGDRijj/ACaB j/JoASkxTu3SjFACUc+tKc4o+tACY+lFLijb7UAJzRS7f85owfT9aACk4/yaXb7Um3/OaAFpOM9a NvtRtPpQMOO5o49aNpowfSgQuBSYHrS49qMH0oATApeKNpo2tQAcY60DbRg/5NJtPp+tAxRil4pu D6c/WjB9P1oEO4pPxpMH+7+tGCO360AL+Jo79TxRgjt+tHzeh/OgAz7ml/Ok59P1o59DQA786Pzp vPp+tHzeh/OgBefejJpvPofzo+b/ACaAH5PvRk+9Ny3v+dGW9/zoAdz0owfem5YjvRk+9ADsH/Io 59abk+9JzQBJg0YPrUfzeppefegB3PrRg+tNyff86Mn1NADvm9aOfWmZPvRz7/nQA/B9qMN60zJ9 f1oyfegY859qTB9aTJ98UmT6mgQ7nuaTmkyT60ZPvQAvPrS8035qXmgBefWk59qOaOfegBefUUc+ tJzRzQAue+aM+9Jz70fnQAd+v6UfjR+dGTQAv40n40c80c+9ABz60Z96Mml5z/8AXoATPvSZ5607 5vSjmgBM+9GaXJooATNGfajmjmgAz7Gl496TJ9KXn0oATP1pcj3pP+Aml7dDQAmfrS5570f8BNJ/ wGgBcmlyfQ0nboKPwoAXJ9DRzSfhRg+hoAXJzzR370mD6UbfagBefelpmD6Uv/AaBjufej8Kbye1 Lz6UCHc9gaOfQ03Bx0o5oAdz6H8qO/Q03FH4UALn2P5UufY/lTDn0ox60AOH0P5UufY/lTKKAH59 j+VGfY0wfWjBoAeW9j+VJn6/lSYPrRj3oAXcfQ/lRlvT9KTHvRjnrQA7cw9fypNzeh/Kkxz96jB9 f1oAXcff8qNx9/ypMH+9S4P96gBdze/5Ubm9/wAqTHv+tL+NABk+/wCVG4+/5UY96Px6+9AAGPv+ VG4+/wCVH4/rR26/rQAbm/yKNze9HHr+tGBnr+tABlvf8qMt7/lRgev60YHr+tAByemfyo+b3owM 9f1pcL/k0AJz6Uc/5FLtHtRtFABz/kUnzf5FLtFLhfagBOaT5qdge1GBntQAnzUfNmlwO4/WjA9v zoAOfWjJz1owPQfnRgeg/OgAzRmjAz0H50mB6D86AF69/wBaMe9H4Cjj0FABj3FGPcUvboKOPQUA GPcUYHrSY9h+dGB7fnQAvHqKX8abx6D86OOnFAC9qOT3pMj2/Ojj/JoAdj3ox7mk49qMD2/OgBSD 60Yx/FSDb/k0ce1ADvo1Jz6/rScelGR/k0ALk4+9S5bH3qTIoyP8mgBfm9frRk+ppM89P1oyD0H6 0AO59aMnOM0nHP8AjSfWgB2T60ZPqaTj2paADLZ60Zb1NGfal6etACfN70oz+NGaX25oAbxjt+dH foPzpnTvRke9ADvw/Wj/AD1puR70Z+tAC5HXH60ZGOlNyPejcPWgBc+360E+1JlfWjI9TQAuR6Gk yPSjIHrRnmgAyD2NLke9JkUZoAXcvvSblx3pMj3pPoKAHZHvScA0fhRQAEj/ACaOMdKMH0pKADij ijn0peaADK0mV9DRzRz9KADK0fL6Uc0c46UDD5fSjI9DRzjvRgmgQmV96Mj0NHNHNABuHoaXcPQ0 nNHNAC7qNw9OlNwaMGgBdw9KXcPSm4PTNJtNAD9wxRkU3BpNp9KAH/hSU3Bo2k0AOz7UmT7UmKTB oAdk+goyfQU3B9aXHvQAu4+1GT6UmOOtJj3oAdk0ZPtTcc9TR+J/KgB24+1G49eKbj3P5UYB7mgB 28+lG70Apv5/lRx70AO3ewpN3fFJx3zRx70ALvPpRuPpSYHv+VH5/lQAbj3FLk+n6Unfv+VH50AL mjPsKT8D+VJ+BFADs+wo3cdKb+B/Kj8D+VAC7j/doz7UnboaXPPQ0AGT6UmT6Uo+hpPzoGGfal3e 1J7UcY70CF3e1G4elNyKM0AOyPSjd7U3NGaAFz7UuR6U3P1oyKAFyPSl3e1JnikoAdn2pPoKTvRk 0AO59KOfam5pKAH80mDnqKbRQA7Hpil/KmZoz70AP7dVo/EUzNHFAD/xWk/EU3ijjNADse4ox7im 96Mj1oGOx7ijHuKbketHFAh2PcUY9xTeKTigCTGe60YHcio+OuKX86AHYHqKMD1FNx9aXA96AFx7 ij8RTfzpeKAF/Kl/Km8e9HHvQA7t2o49qbx70HHvQAvH+zijjPBFJx6Gjj3oAXj1WjI9RScepo49 6AHce35UZHtTePejj1NADsj2/KkyKTjvRx60ALkUZGf/AK1Jx70cUALmjj2/KkyKOKAFyOnH5UZ+ lJxRxQAuR7UZGaTv1NHHqaAFyP8AIoyKTj1NFAC5H+RRmk/OigBc0ZpMDuaPl9aAFzRmk49aOPWg Bc5pOMdaMe9H40AHHrRxjrRR8tABketLxSfLR8tAC0Uny0fLmgAzS5H+TScZowuKAF47GjikwKMD 3oAdx60fL603A96MCgBeOxpOPWjAz3owKBhx60uR60mOOtGKBBketLxmm8Z7UuPSgYuR2xScetGP pQRQAv4j86PxpKKBDqTiko5x0oAdgUYHam0UAOx60Y5603ijjpQA/B9aMe9M4ooAfj3pNvvSZo5o AXaemaXafUU3n1ooAXb70bfQ0maM8UALt/zijBpM0Z/zmgBcH0owfSkyKNwoAX5qMGkyKMigBcHP /wBajB/yKTI9f1oyPWgB20/5FG05/wDrU3Iz1NG4Y70AOwaMHvTcijI9aAHYPvRgim5GOppcigYu KMUm4DvRkUCHf56Ufh+lNz70ZoAd+H6UvfpTM0ZoAf8AhScelMycdaXJoAd+FHbpTcn1/WjJ9aAH fhS/gaZ+NH4/rQA78DQOOx/Om/jS/jQA7PsfzpPwpMe9J3oGP/CkzxTcn1o5oEP4oBpnPrRn3oAf n2/Wjv0/Wm596M+9ADs0uT60zd70bvegB/PrSZNJk9zRn3oAdzRjnpTM/jRmgB4BxzRg+lNz7mjP 15oAdj2ox7U3J96Nx96AFxjtRj2pN3NLvGOlACj6GijcKN31/OgBfwP5UZz2P5Um4CjcPSgBePQ/ lRx/kUFvb9aTcPT9aAHYGOf5UfL7/lSbvY0Z/wBn9aAFwvv+VBx6H8qQH2/WlyPT9aADAx3/ACoG Pf8AKjI/yaXI9P1oAOM9D+VKNvofyo+X0/WjI9P1oAOPQ/lRx7/lRkeg/Ok/DH40AO47g/lSYGOh /wC+aT2/rS/560AHHofyp3Hv+VIP880v1/nQAdu/5UZH+1+VHfr+tJjP/wCugBSe3P5UZ92/75o2 +/60YHr+tABz6t+VLznlm/KjC+o/Oj5c9f1oAXn+835UZOfvH8qML6j86NoPf9aAIiFpML70cUfL 7/nQAfJ6mjC46n9aPlz0/WjI/wAmgAwvTJ/WghfX9aOP8mjigBNq+9GFHc0YBPSk2igB2Fx1pNq+ ppMd+1GKAF2rnqaNq0n+etH+etACkLkcmjavqaSigAwPU0YHqaM0cetAC4HqaTaKT8aPxoAdtHrS YX1pMUmKAH4HvSY+tNI9/wBaMe9ADvxNGPrTce9FADsH1NGD6mm8/jRz60AO59TR36mm0H60AO59 TRnjqabgetGPegB3PqaPxNMwPWlwO5oAcT7mjJ9TTMD1oxQA/Jx1NJk+ppmBil49aBjst6mjJ9TT eMdTRwPWgQ7Jz1NG4+p/Om8epowPegB240bj6mmcUcY7/nQA/cfWjcfX9aZgelLgZ6frQAuT60ZP rSY/2f1o/wCA/rQAuT60ZPrTf+A/rR/wEUAOyaTLetAx/dFHHoKADJ9aMt60d+go49B+dAC8+tJz nqaOP7opMj0/WgBfm9aT5vWjPH3RRu9v1oGL83rRhvWk3e1G7jpQIXDetHPqaTd7Ubz/AHaAF59a MH1/Sk3/AOzRuPpQAYPrRg+tG4+lG4+lABg560c+po3H0pN59KADHv8ApRz6mjcaN5oAOfU/lRg+ v6Um8+lLvPpQMMe5/Kjt1P5UbzRvNAC9+p/Kjt1P5Um80m/3oEO79T+VH4n8qTfRvoAX8T+VLgf3 j+VN3n0o3H0NAC4HqaXjPf8AKm7j6Gk3H0NADvxP5Uceppu72NLuoAXj1NHHq1IGoyPWgBePVqOP VqTd9aMj3oAXjtupOPVqMijIoAMfWjj3oyKM/WgA496OPVqM/Wkzx3oAdx/tUfi1NyPT9aNwoAd+ dJgepoyKNy+lAB+Jox7mjIoyKAD8Wox/tNSZGeho3D3oAXj1b86X8W/Om5HoaMr70ALn3b86Pxak yO1G4ehoAXPbLfnSbv8AeoyPQ0bh6GgBc9OWpM89W/OjcvpRuX0oAM+5oz7mjcKMjFABn3NGT6mj P1pN3saAF59TR17mkz7Gl3D+6aAD8TR+JoyPQ0bhjoaBi59zSZ9zRuHpRuHvQIOfU0Z/2jRu+tG4 elAC/iaBj1NJuHoaNw9DQAvHqaOPU0m4f3aM/wCzQAv50n1Joz/s/rRkelAxfzpOPejcPQUZ+n50 CDj3o/Olz/nNJuoGH50fnTsj2/OkyPUUCEx9aOPelyPUUbvcUAJ370YHoaXPuKTJx1oAOPQ0v4Gk ycdf1oyfWgBfwNJ+Bpc+4ozz1FACfnRz707PuKTP+0KAE/Oj86XP+0KM8/eoAT86OfQ0uR6ij8RQ Afn+dH50ceoo49aAD6Z/Ok/Ol49RRgeooAT/AL6/OjH1pcD1o4/vUAGPrR+Jo4/vUcf3jQAY+tGP c0cZxu/Sjj1P5UAGKMD1o47sfyowPU0AGB2owD3o49T+VHHqaAF2jPWk2j1owPejAx3oANnvS7fe kwPelwvv+VACbfejb70uB/kUYH+RQMNo9aNg9aOPQ/lSDHoaBDtq+opNo9RScZ6H8qOPT9KAF2j1 o2j1o49KO/Q0AG0dzRt96P8APSjn3/KgA2j1o2j1pOf8il+b/IoANo9aNo9RRk/5FGW/yKAF2j1F GM9DSZP+RRk+/wCVAC7e2aTb70fNnr+lGT6n8qADb70bfej5j/8Aqpfm9f0oATb70YOOv60uW9f0 o5/yKAEx7mjH+0fzo+b1/Sjn1/SgA/H9aMe9Lz6/pRz/AHv0oAT8f1o/E0c+v6Uc+v6UAKPXJ/Oj J9T+dJz6j8qMn1H5UALk+p/Ojn1P50ZP+RRk9z+lABz6n86PxP50Z96M+/6UDD8T+dGff9aOfWjn +8PyoELketGfekz9Pypc+4/KgAH1o59aO/b8qBn2oAPx/Wj8f1o/Kj8qADHv+tGPegZPpS4Pqv5U AJ+NGDjrS8+35Uc+35UAHbrRj3o59qPyoAXt1o2+9H5UflQAbfcUbPegY9qM+gWgA2+4pdvuKTJ9 BRk+goAXbx1o2cUnPoKXnFAB5dGyj8KMk0AG3B60baX8qOaAE2+/Sl2cdaOaOQPrQAu04o2H1pAT RnjpQA7Yc9aQp70ZOKBnPegBdhHcUbR6ijv3o796AAL7il289aT8/wAqXBx3oANvvRt96TnPQ0c+ h/KgB233ox7/AK035vf8qOfQ0ALj/apeO7UnOe9GD6GgCPeCetG9fU0u4ev6Ubhnr+lACbx60bl7 fypdw9f0o3L/AJFABuHrSbl9TRketGRjrQAZHrRuHrSZHqeaXI9SfwoAMj1pOMfeFG4Y7/lSbh6U ALketHHrSZoBFAC8etHHrRmjP+c0AHH96jj1o3UmeP8A69AC4FHFJn/OaTP1/OgB3FHFJke/50m4 e9ADuPejA96buHqfzpcg+v50ALgepowPU0mR7/nSZB6g/nQA7Ao6etNyPQ/nRkY7/nQA7jrzSfnT fz/OjI9/zoAd+dH4mm8e/wCdGR7/AJ0ALx60U3I96OB2P50DHfjRTM0Z+tAh9HbrTM+1G4elAD+f Wk5poPsaB60AO5o5pOKOKAHZ9zSZpvHpRkf5FADufWjPvTMj/IpePSgBxJ9aTJx1pMj0pMj/ACKB jsn1o3UmRRn2oELk+v60Z96bn2/SjPt+lADs+9Gfem7vp+VGfpQA7JpM/wCc0meOlG72oAXn1/Wl /wA9abn2FLn2FAC/j+tJ3oz9KTP0oAXn/Jo5x1o3ewpc+woATmjmlz7CjI9vzoATmjn3pcj2/Ojc Pb86AEz9aPzpcj2o3e4oAb9c/lS9+9Lu47fnRu+n50AN/OjP1p276fnRu+n50ANyPejI96dn6fnR n2H50AN4o+WnZ+n50Z+n50AN4oyMUufp+dGfp+dACZHrRkUu76UZ+lACZFGRS5PtSZ+lABkUZHqa M/SjI/2eaAEyPel3D3oz9KMj2oATdS7hRke1GfpQMNw9aTcKXI9qTI9qBC7hRuHrSZ+lJn6UALuo 3UZHt+dJx7UDF3UZFJx7Uce1Ahc0bqTjtij8RQAbqM0ce1HFABk0fhRRxQMKOaWkoEH40UuaOKAE o/ClyMdqMigBM+1Gfal4oyBQAmfaj/PSlyPWjNACZopc/wCc0ZH+TQAmRRkUuf8AOaM/5zQAlGRS 7vr+dG7/ADmgBMgjvRx707f/AJzRu/zmgBvGaOM07dRuoGNyPelyMd6Xd/nNG7/OaBDePU0cE96d uP8Ak0mf85oGH4mjj1NG7/OaXd/nNAhuR70uaXdRmgBMj3oyPU0ufejP+c0AJkZNGR70uf8AOaTP +c0AJkUuR60v+etJn/OaAFyPWkyMdTS/gPzpPy/OgYZHrS5HrR+X50fXH50CDNGRR+X50fl+dABx jvRkUZ+n50n5fnQAtHfvSc+350fj+tAC0Zo59R+dJz6/rQAuaMikyf8AJoJP+TQAvHrR8vrSZ/zm jJ/yaBi8UZHrSc/5NLz7fnQIMijIo5/yaOcUDDIo4opOM/8A16BC8Uce9Jx6frS/560ALxRx60nH +TRxQAcetH40cUUAFJ+dLx7/AJ0cUAGee9GRjoaOPejAoGGR70Z+tHFHHvQIPxNGfrRn60ZoAM+5 oz70Zpc0AJketJketOz7UcelACbh6mjcPel49KOKAE3fWjfS8UvFADd9G8+pp2RSfLigBN3HU0u7 3o4zRQAm73pd3vRS0AJv96N9LnvRmgBN5pd596M0ZoAN/tRv9qM0ZFAxd9G73/Skz70mR70CF3c/ /Wpd/uKbkdeaXP1oAN3v+lG+jIozx3oAXf8A5xRu+lJmjigBd/8AnFG+m8UYHcUAP3/Sjf8AT8qZ x70UAO3jPUUu76UzPel/CgB2/wClG8eopmaXNAD9w9s0bx7VHn/OKX+X0oAfvHTijePb8qYP88UD GOf5UAO3j2pd/wBKZx/kUZFAD9/0pd49BUfFFAx+/wClLv7DFR0vfpQIfv8AcUbu+RTPpRxQA/d9 KN30pv4UflQA7d6gUbqb+VL9cUALupd2RTaTj/JoAfn8qQmk/Cl49B+dABmjIo/L86XP0oATcKXN Hel9uKADJpM+hFGBRkegoAM0uaTj0pfoKADPH/16OT0oH0oz7UAGTSlj1pN3tS7vagBcmjJpNx9K MmgBuKCBSfL/AJNB2/5NABgUUmB/k0uB/k0ABwTSYFGB6/rS4GO350AJgelBA60YHt+dGBnr+tAB +dGR6UmB68fWjA9f1oAOKOM0cY/+vSce350AL+FGBSYHt+dGB/k0AL+FGKMf5zSY75oAWjAx1ox7 0g69f1oAXA7Gjb70mB1zRx6j86ADaOxowKMD/JowP8mgYuPejHvTcD2/OjH0/OgQ78aSkwPb86Mf T86AHZpOaT8vzpPy/OgBec9RRz2pMH1H50YPqPzoAXn2oIbPak2n1H50YPqMfWgAwfajBHekx/nN GP8AOaAF5peabg0YNAC49qKTBpcf5zQAc5opMf5zRigBaSiigBKKX8qPwH50DEzzRmlx7D86TH+c 0CD6UZo/Kjn/ACaBhn2/Wj/PWj8KWgQn+etGB/k0v1H60n0H60AGBRgUfh+tL+FAxMD/ACaOP8mj 8KPwoAOPT9aML7/nR+FH4UAL8ue9JgUZ9qMjHSgQYHp+tGB6frS/hR+AoATA9DRgGl/CigBMD/Jo o59KOewoAMD0owP8mjmjn/JoAMUY/wA5o5o5oAMf5zRg/wCTSYowaADacf8A16Np/wAmjmjB9aAD H+c0Y/zmjB9qOfagA2n2oxRzRk4oAMc9KMe1GTRzQAYPpRg+lGTRk0DDBox9aMn1pefegQhU0YNH NFABijHejn0o7UDDFGOKTBpfzoEGKKSj86AFo5pPwooAX6ikpaTNAC8UUA0ZoAMUfhRRn3NABj2p fwNJxRx70AHHoaMD0o496OMUDD8DR+Bo4peKBB/wE0n4Gj8KKBi/hRj2pMUf560CF/D9aT8P1o70 cev60AL+FJ+B/Oj/AD1o/wA9aBi/hR+FJx/k0cf5NAhfwo/Cj/PWg/55oGHPpS/h+tNo/wA9aBDv fH60nPofzox70mKAF5opP89aMUDF/wA9aKTA/wAmjA/yaAFo/wA9aTbRj2oEL+A/Oj8vzpPwo/Cg BefQfnR27fnSfhRz6UALjPp+dGPp+dJ+VHNAC4+n50fiPzpDmkyaAHfl+dL+IpuaM0AO/L86Me4/ OmZGaXNAC49x+dGD6j86bml3UALjnt+dGPpTcmjJxQMdj3FG33FJmkzQIdt9xRt9xTc0f560AP2/ SjB9qZmjmgB+DntRt+lM/KloAXacdqXafamUtADtp9RRtNNz9KX8aBi7TRtpPyooELtNJj3pPyo/ KgBdtGPSkx9KMGgBcGjBoxxRg0AGDRtpcH2o2n2oAbijFO2n2pMH0FACc0v4UYPpS4b0oATv0oxz S4PpRg+lABRzRhvT9aMH0oAPwo/CjDelHzelABR9TQA3pS4NACY96KXDUfNn/wCvQMSjA9qPm96X 5vSgQmBS5o+b3oww9aACj8qT5qX56AEwfajBpfno+egBMH1FGD60756MtQA32yKMe4p3z9aT5utA wx7ijHuKX5jSfNQIMe4owe5FADetL83rQAn4il/Gk59aXn1NACY96McdaUZ9TRz60AJ+NJ+NO5/v Uc+tACYGetGB/epefWj8aAEwP71GB/eFO/H9KT8aBhgeoowPUUv4/pR/wI/lQITA/vCjA/vUv40f 8C/SgBMD+9RjH8Qp34/pSY/2v0oAMD1FIMf3hS/jR+P6UAHA/iH5Ucf3hRj3ox70AHGOopePUUmP elx70AGfejNGOOtGPf8ASgA59f0oz7ij8aMcdaADPNLn3FH+elHb/wCtQAZ56ilzSc0uMUAG76Uu f84pPxoxQAu//OKXd7j8qb9T+lHbrQA7cfalyfb8qb+NJzQA7cfal3Gmc+tL+NAC7j6Cje1Jz1o5 xQAu9h6UeY3pRznrSfNQA7e2egpfMOOQKb82KMHFADcj0oyB2FGfp+dJn6fnQAuR6CjI9qO/ajj2 oATK+lGRRx7UfgPzoGHHpSZHpTuPQfnSZH+TQITI9KMr6Uuf85o3D0oATI/u0fL6Ubh6Ubh6UAHy +lJx6Gl3e1G8Z6frQAHHpR8o9aCw64H50bh3H60AJ8vvRx70u4en60m4en60AHHvRhR2NG4eg/Ok 3D0H50AL8vvSfL70ZHoPzoyD2/WgA496Pl96MjHQfnRlfTn60AGB78UfLnvRlfT9aMj+7+tABx70 cdcmjI9BRuX+7+tABkepoyMdTRkeg/OjI/u/rQMCR6mjj1NJkf3R+dGR/dFAhePU0ZHqaTI/uj86 Mj0H50ALkepoyPU03I/uj86XI/uigBdw9TRn60mR6Cjg9h+dAC59SaMj1NJx6D86Tj0H50AOyPej IpvHt+dHHt+dAx2RRuHvSYHtScH0oEO3CjIpvHtRx6CgB2R70ce9N4o/CgY7j1o4pv4UnGelAh3F GQKbn2o3e1AC5opN3tRn24oAWjikzSZ9jQA7j0o+X0pM0ZGe9AC8elJxRn60ZoAPwo/CjP1o3fWg Ax7UYFJu+tG72NAxcUbaTd7GjP1/OgQY4oxRu9jRn2NAwxS496N3saM89DQITH1owcUbvajd7UAL j1NJijd7Ubvb9aBhg0Yo3+1G/wBqBBz3NHOetG72FG72/WgYZoyPWjd7frRuHoPzoEH4mj8aMj2/ OjcPT9aAFz70Z96TcPT9aMj0/WgYufejPvSZ9v1oz7UCFz3zRn3pufb9aXI9P1oAXd70bvem5Hp+ tLx6frQAufejPvScf5NH4frQAu73o3e9N/CjPtQA/PvSZPY0zPtS5/zmgYufejJ9aTP+c0Z9v1oE Lv8AejcfWk3f5zRn/OaAF3mjcaTIoz/nNAxdx9KNx9KSjn/JoELk0ZNJz/k0f560ALk+1LlvX9Kb /nrRz/k0ALz/AJFHzUmT/k0ZP+TQAuTRk0mT/k0ZP+TQAuTRlqTJ/wAmjJz/APXoAX5qPm9qTn/J oyf8mgB3ze1HNN5ozQA7nNGfpTdxpcmgBcn2o59qTdRnt/WgBfyoz9KTPPajPsKADNGeaM/SjP8A nNAwpfwpMmjNAC/lRx7UmaM0CDijijcfajdxQMOKOKN1G40CDijijdRu96ADj0peKTcaMmgBeMd6 SjJoycdaBi8e9HHpSZPrRk5oEHFHFGfc/lRn60AHeijJ9aMnNABRzRk560mT60ALijBpOfWjJ9TQ MXmlwabk0c4oEOwaMGk596SgB2DRznrSc0nPpQMdj3owfWkAPpRz6UCFwaMGk5o59KAHc0c03B9K OfSgB2D7UYNN5x0o59P1oAdg0YNJz6D86P8APWgBcUmPYUdulGeelAB/wGjn+7Rnjp+tHboPzoGH P92l49KT8P1o/D9aBC/hRgelH/Af1o/4DQAYHTFGB6GjPtRn2oAMD0owP7tH4Un4CgBcDpikwPSl /D9aM+360AJx/dpeM/dP50H6frTc+1ADsD0P50cZ6U3PqP1oyPT9aBjsD+7RgZ+7SZ9qM+360CFw PQ/nRx6H86TPtRn2oAXj0/WjA9DTc+1Ln2oAXj0NHGOlJRn2oGO49KT8P1pPwo/CgQ7j0/Wjj/Jp vfpR+FADuM//AF6XA9f1pn4Uv4CgY7Hv+tJgUn4CjPsKBC4owKbk46Clzx0FAxcUcCk/KjP0oELS 03P0o/AUAOyPU0ce9N/CjI9KBj+PU0cU3NGfb9KAHce9GBTc/wCcUZ/zigQ7j1o4x1puT/kUZoAd x6/pRx70maOM0AL+dHFJkUcUALxRxScUcdqAHfjRTfwNGR6UAO5owfU03I9KNwoAdg+powaTI9KM j0oAXBpcHvTePSkyD/8AroAfhqMGm8f5NHH+TQA/n1/SjDetM+WlyMf/AF6AHfNijDU3Pt+tGfb9 aAHfNRtNNyKXd2/rQAuD/kUUnA//AF0cf5NAC8jv+lLzTfw/Wl/D9aAG/L6Gl+Xrg03B96Np96AF +X0NHy0bT70m0+9AC/L7/nSfL70YPXmjB9TQAfL6UZHvRz60Y9+fpQAmR70vFGPej8T+VACZHvRk Uv4/pRj/AGv0oATI96Mj1P5Ufj+lGD6/pQAZHqaMjPU0c+v6Ufj+lABnijjPWjHv+lHrzx9KAD8a Pxo/z0o/H9KACjNJ/npR7/0oGLRz6U2jj0oEO59KTn0NJn2/Sjj0oAU59DRz6GjI9KMj0P5UAJz/ AHTS/N/doz9aM/WgA5x900fN/do3e1G4elAB83oaPm9DSZ5ooAXn0o5/u0n4UfhQAuD/AHTSc+lH 4Un4fpQAuCexowfSk/Cj8KBi4b3ow3pSfhS/gaBBg+lJgjtR/wABowfSgAwf7tGD6UYPpRg+hoAP wowfSjB9KMH0oAMH0NGD6Gl59KOemKAE2n0NGD6Glwf8ijaaBiY9qMexxRtP+RRg/wCRQIKXFJg+ 1Jg+35UALij86TB/yKNv+cUDDH1oowaNpoEL+dJ+dG00bT70AL+dH4nmkwaMUAL+dGfrSYPrRg0A Ln2NGfY0mDRg4oAXPsaTPsaTBowaAFyfQ0bvY0c+lH4UAG72NGfY0nNHNAxc8dDS5Poabz/k0f56 0CF/A0Z9jTce360YPpQMdnnoaM+xpuPb9aXB/u0CF3exoz7Gk/4DSY/2aAHZ9jRk+hpP+A/rSY/2 aAHfgaOfQ0n/AAH9aMe360DFyfQ0Z9qbz6Uv4UALn2pM+xo59KO33aBB+Bo59DR/wGj/AIDQAZPo aOfek/Cj8KAF596MGj8KKBhg+9GDRRj2oELg0fN702ikA75qMNim8UuRTAX5v8ijn0pvFHFADufQ /lRz1waTj1o/GgYuD6Gk59DRxRx70ALz6Uc+lJkUbqBC84/+tSc+lG760ZoAWk/D9KM/X86M/WgA /A0fhRn60Z+tAw/CjHPQ0Z+v50Z+v50AH4Gj8DRk+p/OjJ9/zoELj2NGPY0mT6n86Mn1P50AGPY0 Y9jRk+/50ZPv+dAxfwNGf9mkyff86TJ9/wA6BDs/7Jo/4CfzpMn1P50ZPqfzoADj0NH4GjJ9T+dG T7/nQAfgaPwoyfejJ96ADt0o/ClyaTd9aAD8KPw/WjP1oz9aBh07Uc+lGT6mjJx1NAg59P1o59KO fejn3oGH4Gjn0o596M/WgQvPpSc+lGT6mj8TQAvPpRz6UZ96TPvQAvPpRz6CkzS0AGT6UZP90UUZ oGGT6CjJ9KTNLkYoEGT6UfgKOPWjigAz7CjPsKM0cetABnj7oo3f7Io/Gjj1oAM/7Io3ewo49eKP xoAN3sKM+wpPxo/4EaBi5/2RQT/s0mP9qjH+1QIXPsKM+wpMf7VHHqaADI9BS/gKO33jSZ/2jQAu fpRn2FJnjrRz6mgYufYUZ9qTn1NGDjqaBC59qM+1Jg+ppce5oGGRRmjt1NH4mgAzRn2o/Gj8aBC5 9qT8KMH1NHOetAC0UnPqaOf7xoAPwpeaTn1NHPqaAF59KOfSjn1NHPqaAD8KX8KT5vU0c+poAMeg o/Cl59TRzjqaBhj2NBHsaOemTRz70CDt0o/Ck596Dn3/ADoGLn2NGfak596OfegBc+1H4Gk596XB 9/zoEH4Uv4U3H1pfwP50AL+FH4UnPv8AnRk0AL+FH4UnNHNAC9+lHT/9VN/Ol596AHZpM0nPoaOf egBc/wCcUZNIM96OaAFzRn3pKXmgAzRnjqKTmjBzQAuTRn6flSYooAXNG6k79KKAF3H2pd5zSfhR QAbj/kUu71ooxQAZHp+lGfp+VFFABn2H5UuT7flSfjRmgBcnHb8qMnvj8qTNLmgA3e36Upb2/Sm5 pc88UALu9v0o3H0/Skz9aM/WgBcn0/Sj8KTPsaXPsaAE59KPwpc+360ZA7frQADr0pfw/Skz7Glz 7UAH/AaPqP0oz/smj8KAE596Q5z3pcn35pM/WgA596OfU0hPuaN3vQAoz60cjvSZ+tGfc0AOx70n NJkeppOPU0DHfhSc/wCTQce9Jx70ALz6UUnGO9HHvQIXBxRikyPejI96AFpKOKTIoAXP+cUfgaTi jigYZNGeeho70UAGaN3tRRQIMn0NGT6H8qTNL3oAXJ9DRk+lJmjigBdx9P0pNxz0/Sk4+lHFAC7j 6Ubj6UmB6UcUDF3H0pNx9D+VGBRgehoEG4+n6UZPTH6UmB6GjHsaAFyfSjJ9P0pMexoA9jQAv+el HPofypPwo/A0ALz6H8qMn0pOfQ0c+hoAXn0NJz6GjBowfegYvP8AdNGT6Gk596OaAF+b0NHzehpO fek596BDufQ0fN6UnNJzQA7n0NHPoaQfjR+dABz6GjJ9DR+dGKADPsaPwpPzo/GgBc+1H/AaSigB f+A0nPpQP88UUALz6Un4GjHtS0AJn2oyc0Z+lL+VAxMn0pMn0/SnflR+VAhOfSk59Kd78UflQA3n 3pc/Wl/KgEe1ACUUuR7UcegoASjvS8ei0cegoAbRT+PQUnHoKAG9qKdx6Cjj0H50ANo/z0p3HoKO PQfnQA3/AD0op3HoKM+iigBv5/lR+dO59B+dGT/dH50AN/Olx9aXJ9B+dGf9kfnQMT86KX8BR+A/ OgQlLR+A/Ojn+6PzoAMf5zSfh+tLz/dFHP8AdH50AJ+H60Z9v1pef7oo5z90UAJ+FH4Uc/3RS/gK AE49KOPSl/AUc+lACfhScen60uPYUfh+tAw49P1oyPT9aOfSj8KADj0/Wjj0/Wjn0o/CgA49P1o4 9P1o/Cl/CgQnHpScen60v4UfhQAmR/k0cf5NL+AooGJx/k0cY6frS9ulGPagQnHp+tHFLj2FGPag A4/yaTj0NGPYUfhQMPl96Xikx7UY9hQIPl9TR8vvQB7UuP8AZFAB8vvR8vvR/wABo49KAD5fejK+ 9HHpR+FAB8vvSce9Lgegox7CgYDb70ce9GPYUfgKBCce/wCVLx70fhR+AoGGRn+L8qMj/a/Kj8qP wFAhePU/lSYHv+VGR7UcegoGGPrRx70vHoKOPQUCE4/2qMD/AGqX8BR+AoATj/ao496Xj0FGR6Cg YnH+1Rx70vHoKPyoEJxjvRx70v4Cjt0FAxOPejj3pe/ajj2oEJx6Gjj3pePajj2oGJn2NGR6GlwP b86OM9BQITj0NHy+9HHoPzpePQUDE+X3o496Xj0FHHoKAE4oyKXj0o49KAE4o+Wl+X0owPQUCE+W jijj0FLx6UAJ8vpRlfSl49KPyoATK+lLlaPwFJ+AoAXKjtRlfSk/AUfhQAvy+lHy+lJRQMX5fSj5 fT9aSigBePSjjHT9aSjj/JoELlfQ0ZHpSEikyMdKBi8f3TS5HoaTPFGRQIXj0NHHvSZoz9KAF496 Pzo/Kj8RQAceho/A0Z96M/SgYceho/4CaM0ZoEL26Gj8DTc0uaAF59DR+BpM0ZoAX8DRn60maMig BfzpfzpuRS5FAw/OjH+9Rkf5NJxQIdj60Y+tJke/50cZ70ALj3NGPc03K+/50ZHvQA7HuaMe5pMi jigBcD1P5UY/2jSZFHGaAFwPU0uB/eNM496PzoAd+NLj3pnA9aPzoAdS8Zpn50UAPwKOPWmUUDH8 f3qXj1/So/zpfzoEP49f0o49ab+dGfc0AO/z0o/GmfjRQBJ/npR+NR8+tFAEn5UnHrTaKAHfiKO/ UflTaKAH8+35Un4im9qKAHZ56j8qT8aPxoxQAufejj1FJR+FAxevcUfiKKOfQUCDj1FHfqPyo59B Rz7GgA7dR+VHfrRz6Cjn0FABx6/pS5Hr+lJ+FL+VAC/iPyo/H9KSj8KAFopPwFH4CgBfxpOPWjt0 FH/ARQA3tQcehpcr6mjK+9ADePQ0celOyv8AtUZX1agY3j1P5UvHvS/L6tR8v+1QITj3o496X5f9 qjj3oATj3o496Xj/AGvyo4x/F+VADePQ0ce9Lwf735UcejflQAmR7/nSfnTuPQ/lR+DflQA3PsaX PsfzpfwP5UfQN+VAxM+xoz7frRn/AGT+VLn2b8qBCZ9v1oz7frRk+jflQfo35UAGefu0bv8AZo6d j+VGT6H8qADPtSZ9qXn0P5Uc+h/KgBM+360Z9qOfQ/lRz6H8qBibvalz7fzo59D+VH4H8qBCbvaj Pt+tLz1wfypPwNACgj0/Wkz7frRj2P5UY74NAxcj0/nSbvb9aXH+yfypPwP5UCDPtRn2o/A0f8BN Awz7CjPsKOfQ0HPoaAFz/sikyfQUduho/A0CFz7UZ9hSfgaPwNAxc+wo/Ckx7Gjj0NAg49BR+FH5 0fgaADPsKTj0o/Ojj0NABkelGR6UvHoaOPQ0AG7/ADmjP+c0nHpS8elABu9v1ozR8voaMrnoaADI /wAmjPf+tHH900fL/doAPw/Wjt/9ejj0NHHoaAD8DRx6frScf3aXj0oAPwo49KOPQ0nHoaBhx6Uc UcelGB6GgQnHpRx6frS4HoaMD3oGHH+TRx6UYHvRge9AhPl9D+dLx6frRgehpcD3oAbx6frRx6fr S4HoaXA96AG8f5NHHT+tOwPekwKBicY6UcUuB70uB70AJx6UmB6U7H1owPegQ3C+n60YX0pcD3ow Md6AD5fSk+X0pcc96MfWgBOPSjilA+tGD70AJx6UfL6UuPrRj6/lQAny56UfL6frS/gfyox7H8qB h8vp+tJx6frRg+/5UY+tAC8en60DH+TRjjv+VGPr+VAhOKXj0oxRj/OKBhkelGR6UYoIoEGR6UhI 9KMUUDDI9KMj0oxRjtQAZGelGR6CjFFABkelHHpRz6GjmgAyP7v60celHaigQnHpRx7UvajH1oAO MdBRx6Ck596XH1oGHFHHoKTA96XAoEHFHFGBRx70AHFFGBRgUAFHFHHvRQAZFGRRxRkUDDj0o/Cj j3pPzoAMe1L+FJ+dH50AH4UvFJ+dL+dABiij8DRQIOPSj8KOaMGkMPwozzRg0c0wClpOaOaAFpM+ 1HNGTQIX8KTPtRk0c+1ABn2oz7UZNGSKADn0oyfQUZNGTQAmT6Clz7UZPrRuPrQAZ9qM0ZNGc0gD IozR/npRmmMM0Zoz70Z/zigQUfjRn6flR+VAB+Io/EUUZ9aBh+Io/EUcUfj+lAB+Iox/tUZ4/wDr UcUAHHqKOPWjI/yKMj1oAMe4owPUUZFHHvQIMD1FGB6ijijjvmgYY9xRj3FHHvR+dAhce4o2/Sk/ Oj86Bht9xS49xSce9FAhQPcUbfcUY470baADb9KNvuPzoxxRj60AGz6fnRs+lJg0uDQAu36UbeO1 JtNG098/nQAuPp+dG36fnSbT6UbT70AOxx2/Ok2/T86TafSjafSgBcfT86NvsPzpNp9KXB9P1oAM fT86Mewo2n0/WjafT9aADHsPzpdvsPzpu046frS7T6frQAY9hS49hSbT/k0bfp+dAC9qTaKNv0/O jb9PzoGLtFG0Y6Um31x+dG36UCFwKMCk2+4pdo9R+dABtWlwtN2j1H50bR6/rQA7A9qTA9KTb7j8 6NvuKAHYWggGm7R/eH50u0f3hQAuB60YFJtHqKNo/vUALtHrRhfWkwvr+tG1f7woAXC+tGF9f0o2 j+8KMD+8KAEwPX9KXA9aNo/vUbRj71ABgetGB60YHrQVH96gAwPWjA9aMD1owP71ABtH96jA/vUY GOtH/Av0oAXA9TRtHrSYHrR+NABtHrS7R60fj+lGPegBMClwPWjHvRj3oAMe9LtHTNJj3ox70AG0 Y60bfejHvS49/wBKADaPWjA9aTb70u3mgA20YpMc0uPrQMNvv+tGPcUY9qMUCDb7ilx7ikxS4oAN v0o2j2oxRjmgBdv0/OjFJto2igBcD2/Olx/nNN2ilwO1ADdvsKNo9BSf56Un+elADto9BSbR/dFJ +I/KjHP/ANagBdv+yKNv+yKTHuPyox9PyoANpHYUbf8AZFGPf9KPxoANv+yKXb/s0mPp+VH5UDF2 8fd/Wjb/ALIpMAdxRge1Agx/s0Y/2aTA7GjA9qAFwf7tGD6UmPpRigBef7tJz6UuB7UY96AEx7Uf gKXb70bfegBPwoxS4oK0AJxRgUu2k2UAGPSgD3o20baADA9aMDHWjaaNp/yaADA9aMD1NG0+n60b fagYfiaOPWjb7Ubf85oEHHqaXjuTTdv+c0Y/zmgYvHrRx6n8qTH0/OjH0oELx60cf3v0pMfSjH0o AXj1o4/vUm36UY9xQAvH940cf3qTH0ox7igYvHrR8vrSYPtRg+1Ahfl9aPl9aTB9qTB9qAHYGepp OMdTSYPoKMH2oAdgepowPU0zB9qMUAOwPU0uB6mmY+lGKAHYGO9GB6mm4owKBjuPej5fem0f560C Hce9GR703ijFAxcj0NHHvSUUCHce9Jx70mKOD60ALxnv+dHHvSYHqaMD1oAPl96Xjtmk2+5o2/Wg A496OPejH1/Oj8/zoGLwPWk49T+dH5/nRj6/nQIMj3pfzpMfX86Mf5zQAAilyKbge/50Y+v50ALk etLketJj6/nRj/OaBi5FJkUY/wA5ox/nNAC5570ZHvSf560fj+tAgyKOKPx/Wk/H9aBi/LR8vrR+ P60Y/wA5oEHy+po+WjHufzox7n86ADijijHH/wBeigA4o496Mf5zRj/OaBhx70ce9GP85ox/nNAh cD3owPem4/zmlx/nNAxcCk2j1o2/Wjb9aBC4FG0Um36/nRt+tABtFLtFJtHqaXA9TQAbRjqaNoox 7mjHuaADaKNoowPejA96ADaKTavqaCB70YHvQAu1fU0bR6mkwPejA96AF2r6mk2r70YHvRtGO9Ax cD1owPU0m0e9GB70CHYHvSYGO9JgDvRgUgDA9TS4HrSbRRgetMYYHrRgetGBjqaMe9ABgUuB60mP ejFABxRx60Y9zRgf5FAg49aODS/j+lJx6/pQAcUcUce9HFAw4o+WjijigQcUcUHGaMCgA4o460YG KOPWgYcUcelGB60cetAg/CjvRRSGFFFHFMQUdqKOKAExS496OKOKBhijFFH1oEAFG2l49aPxoATa KMD3o/z1o49aBht+tJj60uB60YHrQAbfrRt+tGB60YHrQINvuaMfWkx70YHrQAuKMf5zTce9KAPW gBceuaMfWjA9aMD1oAMfWjFHHrScetAC7aNtJxRxzQMXHvRg0mBRx60CFwaMGkwKOPWgBcGjB/ya MD1pOPWgY7B/yaMH/JpMD1pMD1pCFx/nNGDRgetGB60xhg/5NGDRx60YGOtAgINGD7UYHrRx6/pQ AYNLg0n4ml49f0oAMGjB9KOPWl/GgBMH0pNp9KX/AIFS/wDAjQA3aaNpzS8Y+8aPxNAw280baPxo /E/nQAbRnpRtpMH1NLg+poEG2gCjn+8aOf7xoAMUYFLz6mjI9T+dABgUYFH4n86PbJ/OgAwtGB6U fifzo/H9aADA9KMDHSj8aX8TQAmBRxS/j+tJ+P60AHFGBRz60vPrQAmB70Y9qOfWj8aADA9KMD0p efX9aM+/60AJ8vpRxRn3/Wj8f1oAOKOKM+/60Z96Bi4HFJ+FL+NH40CE/Cj8KX/gRo/4EaAE49KP bFKPrR070AJ+FL+FGR60cetACfhR+FLxR170AJ+FL+FH40YHrQAn4Uv4UfjR+NAw5peaT8aX8TQI Oe4o/D9KPxo/E0AH4Uc56UfjRn3oAKKXnHFHNACUdqXBo5zQAn40ufejmlGaAEz6mjijn2peaADi jijn/JoyfT9aAEyfWjn1pMn1P50ZPqaAF59aOfWkyfU0bj6mgBcnuaMmk3e5pAx9TQMXJ9aMmkyf U0ZPvQIXLUbjSZ9zRk+poAXdRupM+5oyc/eoAXJo3UmfejJ/vGgBcnFG76UmT6mjPuaAHbvpSbj6 U3PuaOfU0AO3e1G7im59zRk+9ADs/SlyM9qjyfejPuaAH7h7Ubh7VHnnrS59zQMfuHtRuX1pn40f jQIfuX1FLuHtUftmk/E0DJMj1FGR6imcepo/E0CH5HqKMj1FM/E0c+tADsr7UZX1FN5pPxNAD8r6 ij5fUU3PvR+NADvl9RS/L6imZNJz60DH/LnqKPl9qZzRzQIf8vqKX5fUVHz70c+9AyT5fUUny+op n40ZPrQIf8vqKPl9RTOfWjn1oAf8vqKPl9RTO33qPxoAd8vqKXC+opn/AAKj8aBj8D1FJtHqKb+N L+NAhcD1FGB7U3J9aPxoAcceoo49qbn3oyfWgB3y560fL603NGT60AO49RSceopuT6ijJoGOyPaj j1FJuPrRuOOv60CHceopMj2pMn1oyfWgBcijIzSZPrRuPrQMX8RSZ9xRuPrRuPXNAC59xSZ+lG4+ tGTmgBc+4oyfak5o5oELn6UbvpSc0c+lAC5+lJn6flRz6Gl59DQAE/SjP0o59DSc+lAxc+v8qTNH zelHzUCFyKMikwff86MH3oAXI9qPypMN70Yb0/WgBeM9RR+VJhqMN6UALx7UtNwfQ0YPvQA7I9qM /Sm4PvSYPoaAH5+lHHoKZg+lGD6UAO49qOPam4OKXBoGLke1GR7U3afSjBoAdn2FH5U3BowaBDvw FH5U3Bo5z0oGLx7UYHtSc0YNAC8YoGP8ik5o596AHflSflSc+/50c96BC/lR+VHPv+dH50AH4j8q PxFH50fgaQCZP+RRn6flRn2NLxnvTGJn6flRn6Uv50nHvQAZoz+VH50fnQIPxpfxpMfWjj3oGGee tHPr+lGPrS4HvQAnOev6Uc+tLgehox7GgAxR+P6UY+tGB6GgQn40v40mB6Glx7GgYd6OKMfWjaPS gA/GjijA96MD0NAB2o4owPejA9DQIOPWijHsaMfWgA4o4ox7Gkx7GgYvGO1GB7UmPrS49jQAYFGB 7UY9jRj2NAgwPajAox7GjHsaADAowKMexo/OgAwKMCjHsaMHHQ0DDAowPajn3o59KADAo4/yaOaO fQ0CDj/Jo4zS8+ho59DQMTHvSYp2D70c+9ADaOlO596Tn0NAhKWl+ajn3oAbRzTsH0pOaAE5zS/h RzRzQMM0mTS80c0AGfY0Z9jS80YNAhM+xoyfQ0uDRg/5NAxM+1J+FLilxQIbmlox/nNG2gAzRmjb RigYZFGRRt+lLt5oEJmjijbRtoAXij8KTHNGPYUALx6Uce1JijH0oGLkZpeKTAx2/Ojj/JoEHHtR x7UYFLx/k0AHy0nHrS8f5NGB/k0AJgYowPUUuB6frRgen60AJxRgeopcL/dP50cen60AJgeoox7i lwPSjj0/WgBMD1FLgetHfp+tH4frQAYGOtGBRjjp+tH4frQAYHrRij8P1o/D9aBhtowaM89P1pc+ 360CE2n1pdp96TPt+tGfY/nQMXFJj60Z9j+dGfr+dAgwfejFGR/k0Z5/+vQAYPvS4PvSZ+v50Z/z mgBcH3owfejP1pM/5zQMdg+ho59DSZ/zmjP+c0CF59DRz6Gm5/zmjP8AnNADufSjn0NJmjd/nNAx 3P8AdNJg+hpM0c4/+vQIXn0NHP8AdNJnn/69Gfp+dAC8/wB00vP92m596XPvQAc+lHOOlJnmjPvQ AvPpRz/dozRx60ALz6UZPpSe9Jn3/WgB2f8AZoz7Umef/r0Z9z+dAxQT6UvPpTfx/Wl/H9aBC59q PqKTH+c0Y9z+dAC59qM+1Jilx7/rQAZoz2ox7/rRg/5NADMGjn1o59aMf7VABz7UnP8Ak0uPcUYP qKBhSc0uPcUYPqKAEyaOfalwfUUoB9RQIbk9aMkClwfUUYPqKAEyaMmlwc9qOfUUDEyaTJp/4ik/ EUCEyaMmlx7j86MH1H50AJk+ooyfUUuD6ijB9qAEyfWjJ9qMH2pefagBMn2ozRg+1GD7fnQAZ+lH 40YOO350YPt+dABRzR+X50c+1Aw/Kjv1FHPoPzo/AfnQIOfUUflR+A/Oj8B+dAB+VGPcUZPoPzoy fb86ADHPUUc+ooyf8mkz7CgA/EUfjRk/5NGaAD8aT8aXJ9R+dLk0DG/jR+NOyaMmgQn40fjS80mW oAT8aX8aTJpc0AJ+NGRnrS0nNABn3FH40flR+VAw/wCBD8qPxH5UZ+lH5UCDPv8ApRk+oo/EUv4i gYmT6ik/EflTvyo/GgQ3n1H5UfiPyp34ij8RQA38aOfUUv4ij8RQMT8RR/wKl/EUY96BCfiKX8RR j3oxz1oAMe4ox7ijA9aMD1oGH4ijHuKMD1FG0etABjntSYpce9HHrQITb9KMe9HHrS8etAxMH1FL g460YHqKMD1oEJg0Yalxz1/Wj8f1oGJg+tGD60uPf9aMe9ACc0c07H+c0mPf9aBCYNGPelx7/rRj /OaBiUc0uPp+dLj3/WgQ3n1peaMe/wCtLj3/AFoAbz60c07HvRjikMbzRzS4/wA5oxTATmjmlx9P zo/L86BCZPtSc+1O/wA9aP8APWgBvNL+VHHt+dHFAw/L8qOaOKOKACj8aAB/k0Y/zmgQfjRx7UY/ zmjj/JoAKOPajj/JowKQBx6ijj2owP8AJowP8mmMTil49qTA/wAml4z/APXoAPxFGB60nH+TS8UC Dj1pKXik4oGFLSUcd6AFxSUcUUCFpPwo49KOPSgYuTRz/k0UYoEH+etGf85ox9aMUAHP+TRzRj60 uDQMTn/Joyf8mjBpdppCE5/yaOf8ml20mPrTAMn/ACaMn3/OlwaMGgBMn3/Ol59/zpcH/IpMGgAy c9/zoyff86MHNGDQMAT6/rRk/wCTRg+lGD6UCDJ/yaMn/Jowc0Yb0oAOfX9aOfX9aTB9KPm9KAFz 70ZPrSc+howf7poAXJ9aMn+8aTn0NGD6GgBfxo5/vUmD6UYPpQAvP96j/gVJg+howfSgYv4mj8TS c+lJz/doEO/E0fiaTn0pOfQ0AP8AxNHHqab/AMBo/A0DHY/2qMD1pvPpR36UAO/Gkx/tUn/AaPwN Ah2Pf9KT/gVN79DS/hQMX8aPx/SkooEL+P6UfjSfnR+dAC/8CNHT+I/lR+dJj3NAxfx/SjPv+lJg e9Lj3NAB+P6Uv40mPc0Y9zSELx6/pScetGPc0Y9zTAPxpePWkx7mjHuaAF/Gk/Gjb7mlx70AJ+P6 UvtmjHHU0Y96AE59aPxp34/pScep/KgAyfWjJ9aMe5pce5oATnNJS49zRj60DE/Gj8aXHuaMe5oE J+Jo/Olx7mj8TQAn4mj8TS/iaPzoAMe9J/wKl7d6PzoGHPrR+NGPc/lRj3NAg/Gj2yaMfX8qMfX8 qBh+J/OjPufzox7n8qMfX8qADJ9TRz6mjH1/KjH1/KgQc+po59TS/gaTn0NAw59TRk/3jR+dLj60 CE5/vGjJ/vGjB9/ypcH3/KgBueOtGT60vPvRz70DDNJn3/Sl5o7d6BBn3/SjPv8ApRRQAu73/Sgt 7/pRR+dABu9x+VGfcflRR+dAC59x+VG73H5UfjScYoAXdx2/KjcPb8qTHtRigYuR6/pRkY6/pSYo xQA7I9f0oyPUflTcUYoEOyPb8qAR6j8qbge/50uKAFyvqPyoyvtSYFGB7UALlfajK+1JgUmB7UDH ZX2oyvoKTA9qKBDsr6CjI64FN4oxQA7I9KMrTeKXigB2VoytNwKOKAFyM0uVpMCjHFAC5X0oyPf8 6Sjj3oAT5vSjDelJ83rSfN60DHc+lHzelN5pcmgQc5+7S8+lJzSc+v6UAO59KTB9KTmk5/yKAHY9 qPwpuT6/pR+P6UDHfhRTefWjnpn9KAH0flUeTS5NAh1H5U3mjnPWgB1LTMmlyfWgBaKbnjrS5PXN ACnryaKbk+tGeetADutJ/npSZNHPrQAv+elJx/kUlHNAC8Y6D8qPw/SkyaMn1oGHH+RS8e35UnPr Rn3oELx7flRx7flSUfjQAvHtRx/kUmPekxQMXj2/KjP0/KiigA4/yKPy/KjFGKAF/D9KTj0/SjHN GKBBx6fpRx6fpRRQAfgPyo49B+VJS9qADj0H5UcHsPyooxQMPwH5UfgPyoxijFABn2H5UZ9h+VGK TH+cUCF/AUv4D8qTHv8ApRj3H5UAH4D8qM/T8qMe/wClGPf9KADJ9vyoz9Pyox7/AKUY/wA4oAM/ T8qM0Y46/pR+P6UAH+elJ/npS49/0o/H9KBhnikpfx/Sj/gX6UAJ/npR+X5Uv4/pR+P6UAJ/npS5 /wA4pfx/Sjj1/SgQ3NHHp+lO/H9KT8f0oATijj0/Sl/H9KPx/SgYn+elGRn/AOtS/wDAv0o/E/lQ AnH+RRxj/wCtS/j+lJxn736UCDj/ACKMij8T+VLx6n8qBidaOKPxNHHqaBBRxR+J/Kjj1NABxRxR Rx60AHFGBSfiaOM9aAHcUlJx6/pRxQMdx/kUcU3/AD0ooEO4o4/yKbRx60DHYH+RRgU32ooAdgUY H+RTaP8APSgQ7Hv+lGPf9Kb/AJ6UYoAX8f0pR9abj3oxQMX8aOaKMUAFFH40fjQIMUYo70fjQAYF GB60fjRj3oATHvRj3paPxoGGKMCj8aPxoEFFL+P6UfjQAnFJTsH1o/E0DG9qKU/U0d+poEJiil/O jP1oGJR0pc/WjPuaBCUfnS/nR+dAxPzo/A0uaM89aAE49DRx6UufU0u4epoAb+FFLn3NGR6n8qAE 4oxS5HqaNw9T+VAhOKPwpdw9TRuHqfyoAPwo/CjcPWjI9T+VAB+FH4UZHqfyoyPU0AH4Ufh+lGR6 n8qM+5oAMe36UfhSZ9/0oz7mgYv4D8qOfSk/E0fiaAHc+lHPp+lN/Gl3e9Ag59KOfSjPv+lGfc0h gM+lH/AaM+5oz70xBz6UfhRn3NGfc0DDn0o/AUn40de5oAXn0FHPpR+Jo/E0AHPpRz/do/Gk/GgQ vPpRj2pPxo/GgYvHpR/wGk7UtABx6UY9qSloEJj2ox7UfnRQAY5pce1FFAw/Cj8DRxS8elAhPwNG PY0uR6dfajIoATFLj2oyKMigAx7UUZFHHtQAUmKXj2o/AflQMTBpcUZ+n5UZ9h+VAhMGlxS59hRn 2FAxPxopc+w/KjPsKAE4/wAij/PSlz9KN2OwoEJR/npS7vYUZPoKAE/z0opdx9BRuPpQMTn2o/L8 qXPtRn2FIBPy/Klz9KM/Slz9KYhuT7UZ+n5UufYUZ9hQAmT6Uc0uT6UmT6CgA79qM+1HPpRk+goG GfalzSfhRz6CgQuRRkUn4Cjn0oAXNLn2pmT6Cl/AUDHbvajI9Kb+VFADsj0oyPT9abR+VADsj0oy OuKbk+gooAdn2oyPSm4PpR36UCHZHvRkehpv4UUAOyvpRkelJ+VJnjtQA7I9KMjPSk49vyoz9KAF yPSjjHSko4/yKBjuKOPSm8UvH+RQIXikyKOPWjigYZFLlfWjj2owPagBMrS5X3owKOKBCZX3o4pe PSlwKAE+X3o+X3owtLhaAE+X1P5UfL60uB+FJ8vpQAfLR8vvR8vpS8elACZFHHvS4HoaOMdP1oAT j1NL8tHHp+tHHXB/OgBuTn/69GT/AJNBH1pMD0NAxcn0/WjJ9KNo/wBqjA9GoEJk+lG4+lLgeho2 j/aoGJuPoaMn3pcexpMD3oAMn0NGT70bR6mlwPegBMn3/KjJ9DS4HvRgf7VAhMn0P5Uc+hpePejA 96AE59DRn60vHvScehoAPz/Kk/Ol496OPegYfn+VJ+dLx6Gk49DQAc+9H50uB6H86OPegQn50fnR x7/nS8ehoGJ+dH50vHvRx70CE/Okp3HoaOPSgBPxpPxp3HpRgelAxuPej+dOwPSjAoEJ2o/GlwPe jAx/9egBMe9GPelwP8mkwPT9aBhgev60ceo/OjA9KMD0/WgAx7j86Me/60YHpRj2oAMe/wCtH4j8 6MD0owPSgQc+o/OjB9R+dGB6UbR6UDD8R+dHPqPzowPSjAoAPy/Oj8R+dGBRgYoAPxH50Y9x+dGB 6UYHpQAc+oo59R+dGB6UYHpQAY96MH1H50YHpRj2oAMH1H50YPrRgelGB6UCDB9aXB9aTA9KMe1A C8+tHPrSY56UY9qBhz60vPrSY9qTHtQIdg+ppMGkwP7tLj2oGGDRg0Y9qPwoAMH3o59aMe1FAhfx pPxpKMCgYvPrRz60mKKAF59aPxNJj2o49KBC49zRj3NJj2owPSgBce5o/E03j0pePSgYv4mk/Ojj HQ0cehoEL+dJ+dHHoaOPQ0ALSce/50ceho47g0DD8/zoz/nNJx6Gl49KACl/P86Tj3pOKBDsj/Jo yP8AJpvFHFAC5H+TS5H+TTeKMj3oAdkf5NJkUnGelHGO9ADuMf8A16OP8mkyPSj8KBi8e/50n4H8 6M+1HHpQAceh/Ojj0P50celHFABx6frR+FHFHHpQAfh+tHHp+tHHpRQIMe360Y9v1oooGGPb9aMe 360UlAC49v1owfT9aTtRQIdj/OaMH/JptFAx23/OaNp/yab+NH40CHbT6frRg/5NN980fjQMdtP+ TSbT/k0Zo/E0CF2n/Jo2mk496TPHU0DHYP8Ak0mD6Un50fiaBC49qMH0pPzo/E0ALg+lHPpScd80 fnQMXB9KPwpOPel/OgBefSkwfSik/OgQuPaj8KSlpDD8KX8KbRTAd+FH4U2jn3oELS0n50c0DDHt R+FHNHNAhf8AgJpOPQ0fnRz6fpQAcelH4UnPpRzQMXHsaO3Q0nPpRz6UAL+FH4UmOOlLj2oAPwo5 9KMH0ox7UCDHtRj2o2mjBz0oGH4UY9qMGkwaQC8elHH+TSc+lL+FMQfh+tHHp+tGKTH1oAXj0/Wj 8P1oxSYoGL+H60Z9v1oxRigA49P1o/D9aPwo4oEH+etHGOn60YFGBSGH4UUmB6UuBTEFH4UYFHHv QAZozS4X3pOKADPtRml4o4oAT8KPwpcijIoAT8DS5oyP8ijcP8igAz9aTP1pcjH/ANajcP8AIoAT P1oyfQ0u4f5FGf8AOKBiZPvRz6Glz7fpRn/OKAE/A0c+9Ln/ADijPt+lACfgaOfelyPT9KM+36UA J+dH50uf84oz7fpQAn4Ue1L+H6Ufh+lAg/CjNGfb9KPw/SgBM0uf85o59B+VHPoKADPb+tGf85o5 x0/Sjn+7+lABn/OaOKOfQflRz/d/SkAUfn+dHPp+lHPp+lMAoGP8mjn0/Sj8P0oGLmk7/wD16Me3 6UuPb9KAE/Kjj/Jpce36UmPagA/z1opefSjn0oEJRRz6Uv4fpQAZ9zSUv4UZ9qAEozS/gaM+xoGJ S0ufrRn60CG5ozTs+xozz0NAxuaPzp2fY0Z9j+dAhtFO3f7Jo3exoAbS0u72NLk+9Axn4mj86fk9 s0m4+hoEJk+9Jk0/cfQ0bj6GgBuTRzTsn/JpNx9DQA3nPel+uadk+lJuPoaADn3o596Xcfel3GgB vJ9aXml3H3pNxoGJzRzTt1G760CGf56UU7I9P0pMjuKAG8UU/cPSjcPSgBmB60fnT9w9KNw9KBjK X86XcPQ0bh6GgQ3A96Wl3D0oz7UAJgUUu4elG4elAxKOPelyPT9aTcPSgQnGaOP8ml3CjI9KBice 9Hy0u5aMr/k0AGFpOPelytHy/wCTQAnHvRgUvy0fLQITA96MD1NL8tHy+1ACcepo4x3pfl9vzo4/ yaBice9HHoaX5fb86Pl9vzoENyPSjPtS8e350cegoATNGaXI9P1o49P1oASil49B+dGfagBKM+1H HpRx7UAGfakzS5HoPzoz9KBiUUufpRkZ7UAJRzS5FLmgBvNHPvTvw4pPwoATn3o596XI9KM+1AhO fejBpc+1GfagBMUc0u72o3UAJijFLu9qN3tQMTBopd3tRuH92gQmKPxpdw9KTcPQUDD8aX8aNw9K Nw9KQCcUYH+TTtw9BRuHoKYhuB/k0YH4fWnbh6CkyPSgYYHr+tGBnr+tLkelJxQAYHr+tJgUufal zQAnHr+tHHr+tH4UvHpQIbgf5NLx/k0v4Un4UDEwP8ml4/yaOPQUZ9hQAcf5NJgD/wDXS/gPzoz7 CgQn+etL/nrR+A/Ol/AfnQMb/nrRxTs+w/OjPsPzoAb/AJ60cf5NO/D9aPw/WgBvH+TS8f5NL+A/ Ok/AfnQITj3opfw/Wl/D9aBjfzo/Ol/z1oz9PzoEJ/nrRn/OaX8KKAEz9aM0v4frRj/OaADNJS/5 60fhQMT/AD1o/D9ad+FGfagBv4Uv4frS59qTn0pAFHFH4D86KYCcUcUv4UfhQITijil/Cj8BQAnF HFLRigYmBRgUuPpR+VAhMCjA7Uv5UlAwwKMDHaiigQUvHtSUYoGGB6/rRj3FGKMUAGBjqKMD1oxR QAuB6ijikooEH4il4pKKBi8etJketHFHFAB+NL+NJxRmgBfxo/GiigQfjRSZpc/WgYvPrSc+tGfe jP1oAOaOfX9aTJoyaBC84/8Ar0c/5NGT70mT70DF5/yaOfU/nSZNGaAF/E/nRz6/rSZpc0CDn/Jo /wA9aM0bqBh/nrS/5603Jo3e9Ahef8mj8f1pNxoBNAxc+/60Z9/1ozRQAZ96T8aXNFACc460c+tL mjmgBOfWjn1peaOaAEyaMmlpOfSgAyaM8daOfSj8KBBn3ozjvRzS/hQMTPvRn3paPwoEJn6UZNLn 2pPwpDDNGeOtGaM+1MQUUufakyKBh+NH40Z9qMj0/WgQcnvRz60ZHpRkelABz6/rRzRx6UZ+tAC8 0YNJRkUDF5/yaOfb86TIoyPSgBef8mj8qTijIoEO79qTn/JpOD2o+X0oAdz7fnRzim8UvFAxefWj n2pMijikAvNHPr+tJxRwe1MQv5fnR/nrTeKWgBaPx/Wko/D9KAF59f1o5/yaTAx0owPSgYvPr+tH OOv60mPb9KXHqDQIOfX9aTn1P50uPajb7fpQAc+p/Ojn1P50Yo2n0/SgYfn+dH4mjHtRj2/SgAyf f86OfU/nS49v0pPwoEGT6/rRz6mjH+zRg+lAw59/zo59T+dGD6UuD6UAJz7/AJ0fiaXn0o59P0oE J+f50fiadznpRz6UAN/Gj86dz6UYPpQMb+dH5/nS4PpRg+lAhM/WinY9qTHtSATNFLj2oxz0pjEo 5pce1H4UCCjPtS846UnPpQMX8KTv0pefSk59KBC5z2o/Cj8KTv8AdoAPwo7cil/4DSYHpQMOPSjj 0o49KPwoEL+FH4Cj8KT8BQAv4CjHsKPwFH4frQAY9hR36Cj8KT8KAHfgKM+wpv4UfhQA7J9B+dJk +gpPwo59KAF49aOPWm/560UDHZWjK03H+c0f560AO4pMik/H9aP89aBBxR+f50f560tAxOPejj3o 49qKAF496M896Sjj1oELke9GR70mB60YFAC5HvRkUmB60YHrQAufaikwPWlwPU0AH50D8aMDHU0Y HqaBh+dGPrSYHqaMD1NAhfz/ADpMUYHqaMD1NAC4oxSYHqfyo49/yoGFLj60mB6mjHufyoAMfWjH HejH1/KjH1/KgQbf85ox9fzox7n8qPz/ACoATb9aXb7GjPHf8qPz/KgYmPrRj60v5/lR+J/KgBMf WjH1pcfWj86BCY5oxS8e9H50AJtpNvtTvzo/E/lQMbijb9ad+dJge9ACAfWlwPejj3o49TQAUcUf ifypOPX9KAFxx0pMD0pc/wCcUmR60CDA9DS4FGfej8aBhj60Y+tH40Z9xQITH1pcexo/Gk/GgBcU YpPxo/GgB3HvR+dN49aOPWgY786OM9/zpuPej8f0oAdik/E0nHrR+NAC/iaPxNJxjr+lHHr+lAhf xP50fiaTHv8ApR+P6UAL+Jo/4EaT8f0ox7/pQAuPc0v4mm/56Uv4/pQMXj1o49aT/PSjH+cUALx6 n86Tj1P50Y9/0ox9fyoELx6mjj1NJijHPf8AKgYvHqaOPU0n5/lSY+v5UALx6mjj1NJj6/lR+J/K gBePWjj1NJj6/lR+f5UALxnrR+dJ+f5Ufn+VAhaTFHPqfypfxP5UAJRxRn3P5UfifyoAX8KTj0o/ E/lR+J/KgYcelGB6Uv4n8qPxP5UAGB6UcelH4n8qPxP5UAH4UcelH4/pR+J/KgBMj+7S5/2f1o/E /lR+J/KgAz7Un4UuPf8ASkx7/pQIXj0o49KPx/Sj8f0oGHHoKMj0ox7/AKUmPf8ASgBc+1G4elJj /OKXHv8ApQAbh6UZo/H9KO/X9KBBmjNH1P6UmPf9KAFyKXjFNx7/AKUuPf8ASgBcijIpuPf9KMe/ 6UDHZHrRkY60mPf9KMe9AC5HrRketJj3ox70CF49aMj1pv5Uv5UALkUZH+TTaPxoGL360vHrTfxo /GgQ7j1o49abRznrQMdxRTfxo/GgQtH40fjR+NAw/Gij8aPxNAgo/Gj8aPxoGGPejBo/Gjj1oEGK MGj8TR+NABzRzRz60c+tAw5owaMn1oz7mgA5o5oz70Z96BBzRzSUUDFwaOaTJoyfWgBcH1opMn1o yaBDqM03JoyfWgYv4UfhSZPrRk+tAhf89aMf5zSbjRuNAC4o/Ck3H1o3H1oGOx7Un4UmT60ZPrQA v4UuPam5PrRk+tAC/hR+FJk0ZoAXI9KX8Kbk0ZoEL+FHHp+tJn3o/GgY7PtR+H603PvR+NAh3H92 j/gNN/Gj8aBjsj0pOPSk/GigQuR/doz7UZ96M+9AAPpR/wAB/Wj8aTj1pDF/Cj8KPxpPxpgLR+FJ x60cetAhaBSfjR+JoGLRmk49f0o/E0CFo/z1pKPxNAxaKT8TRn3NAhe9HNJn3NH4mkMWlxTfxo79 TTAdikxSfnS/nQAUYo596OfegAwKMUc+9GTQISl/CjP1oyfekAc+lFGT70nPqaYx34UfhTct6mnZ PqaBB+H6Ufh+lJuNLk+9AB/wGl/4D+lNyaXLUDFz/s/pR/wGkyaMmgQc/wB39KX/AIDSZPvRk+ho AX/gP6Uf8BpM/WjNADs/7NJz/dpKKAFz7Uf8B/Sko5oGL/wGjPt+lHNHNAB+FHPpRzR+dAg/Cl/D 9KT8aPxpAL+FH4fpSfjRx6mgYv4Ufh+lJ+NGPc0xC/hRSY9zS/nQMPpRk/5FH5/lRQAZNGT/AJFH Hr+lJj3/AEoELmj8aT8aOPU0AJk+9Lk+9H+elL/npQMSk596d/npSfl+VAB+dGPrR+FFAB+dH4mj 8KSgQv1zSfnRRigA496OPU0UYoGLgetJx6mj8RRxQAceppce5pOPUUYHqKBC/iaMD1P5UmPcUcUA LjnqaMD1pv4/pR+P6UAO49aOPU03t1H5UuP84oAXj1o49abRQA7j1NHFN/CkzQA7j1o49TTc0UDH cUceppKKBC8epo49abRQMXIpePek/CkoEO4o4puaM0AL+dL+JpuaX8KADH1o5pM+1L+FAw/OjHtR n2opAGDSYNLz6Uc+lAhPzo/Cl/CimAn4HiilpfwoGNo/rS/hR+FACfjRx6ml/Cj86BCcepo/Glx7 mjH1oGJ+Jo/Glx9aMfWkAn40fjS49zRj60xCcetL+NGPrR+NAxPxo/E0tGPc0CE49TS8epoxRt9z QMOPWkyvrS7fc0mB6mgQZHrR8vajHuaXH1oGJ8vrS/L60bfrRt5oAPl9aPlo2+5ox9aBB8vr+tHy +v60Y+tGD70DD5fWj5fWjB96Np96BB8tHy0bfrRt+tAxflo+X3pNv1pdtABhfek+T3oxRigQvy+9 Hyn1pMUY9qADC+tHy+powaMUAHy+9Hy+9FGD/kUDD5fej5fekx7Uc0CF+X3o4pOf8il5oATI96Mr RzRzQMXK0ny/5NHPejn2oAX5fWjK+9J+VHNAC5HqaOPWk5ooELxScUYoxQMOKXIpMYopAGR6mlyP WkopgLketJmiigAz70ZopcUAJmijHvS0CEzRmjHvRigYuaTNH50fnQAvHtRx7fnSY+tL370hBx/k 0cUfnRTGH+etLj/OaMUmBQAY96WkwKMUCFopMfWjHFAxeKPy/OkwKMCgQv5fnSce350YFHHtQMX8 vzpP89aPyo/EUAH5fnS/560n5UY+lAB+X50Yo/KjHPagAx9Pzox9Pzox7ij8vyoAMfT86Pxo/L8q Py/KgQtJ/nrR+X5Un5flQMX8vzo/z1o/L8qMcdR+VAC/560f560n5flRj6flQAv5fnSfgPzox9Py o5/yKBBn2H50ce350f56UZNAxM+w/OlyPQfnRRmgQnHp+tGR7fnTs/SjJ9aAG5H+TRn/ADmlz2zR k+tACf560f560uTRk+tACUfhS5PrRz60DE/D9aOPSlyfU0ZPqaBCcf5NHFKCfWjJ9aBicf5NFLuN GT60gDj0ooyfWly3rTAT/PWjrS5PqaMn1NACcUZFLk+ppMn3oEGRSZHrS5NGTQMOPWj8f1o3H1oy evNAB+P60fjRk+tGT6mkIPxo/GjJ9aTJ9TTAXJ9aXPvTecdTS8+poGLmko5x3o596ADPNLmkyfej 86QgzRn3pfzo/OmMT8aXPuPzo/OkoEL+Io/EfnR+dJQAv4ij8qT86PzoGH4j86PxH50fnR+dAg/E fnS/iPzpPwNJmgB34ik59R+dGTSZoAXB9R+dJg+tHNLzQMMH1oxRzR+dIA/EUtJz70ZNMQYHqKMe 9GTRk0DDHvRj3ozRk0AGD60uPekBpcn1pCE/Gl/GjJ9aMn1pjDHvRj3pMn1oycdaBC496Me9Jz60 Z96Bi496PxNJz60c+tAC4+tH40mfc0mT6mgQ7ilyKbk+poyfWgB3FJSZOOtLz6mgAoo596OfegBe PSjj0oyfU/nSZPvQAuR6UvHpTcn3o3Y9fzoAXj0pcj0pM/X86XJ9/wA6AD8KOPSjP1/OjJ9D+dAw 49KOPSj8D+dH50CDI9BRkego/Oj8DQA3j1FL8vqKPlo+T3oAOPUUnHrS/J70fJigYnFHHtS4Wj5f egQmfpRx6ij5aPk96ADj1FH5UfLR8tAw/Kk/75pflo+X2oAOPajA9qOKOPWgQnH+zS8f7NJgUYHv QMX8qOP9n9aT5aPlz3oEL/3z+tJx7frRxRxQAv5Uc+1JxRQAv5UY+lJkUvFAw/Kj8qOMdKT8KBB+ VHNH4UUAGaM0fhRz6UAGT7Uc+oo/Cjn0oGHOO1H4il/CjmgBPyo59vyo5o/OgA5/yKOfb8qPwpfw NACZ+n5UflR+Bo/OgQc+35UY+lGPrRj60DDBo59qXijFAhOfajn2peKTigYY9aKXAo4oEGKTFHFH FABjNGKOKOKBh+VH5Uce9HFABj6UY9hRkUcUAGD7UbfpRxRkUAG3ntRt+lGRRkZoAMUu2kyKMigB cUY+lJkUce1AhcUYpufpS5+lAxcUYI70mfpRmgQY9/1pefWjPsKTPsKBh+NHPr+tGfYUbqBCc+v6 0fjS5oz2wKADn1o59aM+wo/AUDDn1pOfWl/AUZ9hQAmW9aMn1p34CjHsKAG5b1oyfWnfgKPy/KgB uT60ZPqadz/kUfh+lADcn1NGT/ep34fpRj2/SgBuT/eo3H1p2PQD8qTH+cUAJk+tGT60uPalx7Cg Q3J9aMn1p34UnHpQAmT60ZPrS/h+lL+FADcn1oyfWnfhSfhQAmT60ZPrS/hR+H6UDDJ9aOaM+xoz 7UAHPrRz7Uv4UmfagQc+1HOe1FGfrQMPyo59qXP1pMmgQflS/iKTJoyaBh+VH4ijJ/yKTnFAC/iK OfUUnNLz/kUCD8RRk+oo5/yKMmgYZ9xRn3FHPpRzQAv40fiKbz6UvNAhfxFH4im80c+1ADvxox70 nPqKMGgYv40e2aTn2o7UCF/Gjn1pPypfxFABSY96Me4o/KgYY9/1pMe9H5UuPcUCE/E0v40Y+lHb tQAlFL+VH5UDE/E0fiaX8qPyoAT8aX8aMfSlFAhPxo/Gl/KigBKOfWl/KjIz2oGJz60c0vHoKMj0 H50CE5/yaOff86Xj0FHHoKAEoyfWl/Cjj0FAxM+9Gfel49BR+FACZozS0UCEzRmjijj0oGFGaMD0 owM9KBC5oox7UnHpQMM/SjP0o/CjHtQIX8qPypPwox7UAL+IpPyowPSjigBfxFJz7UnHpRQAtGPp +dJxRxQAce1H5UcUYFAw/Kj8qMClwPWgBOO+KOPajHvRgetAheMdqSjA9aMUAH5Uce1FHHrQMOPa j8qOKXikAn5UfiKX8qO1MBM0Z9xS/lR+IoATPuKXP0o/Kj8qBBke1Gfej8qKADNGfej8qPxFAwpM +4pfyo/KgQZ+lGRnqKXj2o49qAG5HtS8etHHtS8UDG8UtLgUYFACcUlLijH0/OgA4x1pPxpcfT86 MfT86QCfjRTto9vzowKYDaWlwKNv+c0ANpaMf5zS7fX+dAhv5Uv5UYFGBQMKPyowKMCgA/KjFGKK BBzRRRxSGJ9aX/PWjilxTEJ+FLRiigYUUcUYoEHNAz7UfhR+FAB+VHNHPpRz6UAGT7UZPtRz6UZP pQAZPqKM+4ozxS8+lACZozS8+lGfagBMn1oyfWl/Kkz9KBhn3o5oo/KgQc+tFH5UtAxOaOff8qXH 0oxQITn3/Ol/Ok/L8qMfT8qBi/nSfhR+VGPTH5UAGD6UY9qMfSj8qADHtRt9qM/SigA2+1GPaiig Ax7UY9qMUYoAMe1GPajFGKBBRj2/Wj8qKADHt+tGPaj8qOKBiY9v1ox7UvHtRge1ACY9hRgelKcU nHpQIMD0FLgego49BRx6CgYYHoKMD0FHHoKOPQUCDj0FHHoKOPQUZHoKBhhaML6CjIx2oyPQUCDC +1GFo/AUZ9hQMMLRgUZ9qPwoEGB6/rRgetFFABgf5NGBSflRQMXC0YHrSZ+lGaAFwKMLntSZ+lHH tQIXApMD1pOPajj2oGOwKMD1pvHqKOPUUCFwKMCk49RRx6igYuBRgUnHqKMe4oEO2jPak2ik/EUf iKAF2ijaKTj1FGPcUDF2jNGBSYHrRj3oELge1GBSYHrRgetAxcCjA9qT8aOPWgBcUY47UmB6ijA9 aBC4FGBRgetLgeooATHtRijj1FGB7UDDbRt9qMD1FHHrQIMcdKMUcUYFAwx7UYowKOKADHtRj2ow KOKBBtoxxRxRxQAYopOKXj0oAPzpOKOPSjj0pDDijtRx6UcUxBj3oxx1oo4oGGKMe9HFHHtQIMUY 96OKOKADFGKOKOKBhgetH40nFLxQAv40Y96TAo4oEGPej8RRxRxQAUcUfjRxQMOKPxo4o4oAOPWl z70lGRQAtHFJkUcUgF49vypOP8ijIpeKYBx7flRx7flRxRkUCD/PSjj2/Kjil4NAxvHt+VHH+RS5 HpRx6UAGB/kUce35UcelGB6UAH5flRn6flS8elHHpSEJkf5FJn6flTuPSj8KYxv4D8qOP8il/Cig BP8APSl/z0o/CikAZH+RSZH+RS0YpiDI/wAikyP8ilooGJ/npS8f5FFGKAE49vyo/L8qXFGB60gE /wA9KM/5xS4o4pgJnP8A+qjI/wAilox70AJkf5FGRS4HrRigQn+elGf84pcf7VG33oATI9KMj0pc D1owPWgYmR6UcUuB60fjQITj0o4pcD1owPWgYmBRxS8etHHrQIOKOKOPWjj1oGHFHFHHrRx60CEp aKM0hhijH+cUZozTAKKTPvRmgBaXHtSbqN1AhcUYpuaXJzQMMe1FJk0ZPtQAuPYUfgKTJo3UCF59 BR+ApN1Lu+lIA/AUc+go3ewpM/SmAv4Cikz9KM0DFxR+VJn6UZ+lAC5oyfQUmfpRn6UCDJ9BS5Po KTNLn6UDE59BRz7UZpaAD8BR+VHbPFGfpQAZ47UZ9hSZpaBBu46CjdRx6ij8aBhu+lG76UflRx6i gQbqNwo49RRx6igYbqM0ceoo/EUAGaM0ceoo/KgQUcUYHtSflQMWjIpPyo/KgQuR6UuRSflRmkMX iikoyKYg4/yKXApOPajtQAvFH40nbtSd6BjqOKbxRgUAOo4pvHtRQIdRim0YoGO2ijFJSUAOx9KM D0pKKBBj6Uu2k49aOKBi4oxSYFGKBC4+n50Y+lJSUDHfgKPwFJ2opCHfgKTHsKT8aOKYC/gKPwFJ xRxQMX8qXt0FNooEO/AUfgKbRQAv4Cjj2pPwo4oAXj2owPQUUuaAEx7UY9qXPtRQMT/PWjFLxScU CD8KKOPSigA59aKTn+9+lHP96gYuKMD1FJz/AHjR82fvGgQv4iik+b++aPm/vGgBaTAoy3940Zb+ 8aBhikxRk/3jRk/3zQAuKMe9GT/eNHzf3jQIOaMGjLf3jRk/3jSAOaTJoyfWlyfU0xic0vNGT6mj J7mgA5o5o59aXn1oATBowfpRz60ZPrQIMGjBoyfU0ZPqaADBxRg0ZPqaTn1NAx2DRg0nPqaPz/Og QYOaXaaT/PWj/PWgYuDRg0n40lIBcGjFH40lMAxRilo4oATHtS0Ufj+tAB+dH4UYoxz3oAMe1GB6 UY4/+vRQAmPajHtS0c0AJx6UY9qOaKBBxjpRgelAzRz70DD/AIDRx6Uc+lHPpQIOP7tH4UZPoaOa Bh/wGj/gNHPpRzQAf8Bo5/u0uTSc+9ABz6Uc+lHPvRz6GgA59KXn0pOfQ0c+lAC8+lHPp+tHPoaT J9D+dAhcn0oyfSk59DRz/k0DFycdKMmk59DS8+9Agoyf8mjJpMmgYuTRk0mTRuNAh2aM/Sm5NLuP rQMXJ9qMmm7j60bj60AOyaQk+1G40bjQIMn1FHPrSbjRk0DHc+tGT60mTRk0ALz60c+tJk0mTQA7 J9aTJ9aTJoyfWgQufejNJk+tGT60ALn6UZpMn1oy2etAC80ZpMn1o59aBi/lRmkyfWjJoAXJoyaT cfWjcfWgQvNFJk+tJk+tAx3PpRn2pOfWigQufajPtSc0fjQMM+1H4UUc+tAB+FH4Uc0c0AFH4UUf iKBC59qTPtSc0v40DDNG7npSfjS8+tABn6UufpSUc+tAC54oyP8AJpPxoz70ALn/ADmik59aOnek Auf85oz/AJzSZ96Mn1pgLx/k0ZH+TSfjRz60CHZH+TRke35038aOaQx3B9KOKbg+tHNMQvHrR+NJ Rz60AL+NH40lH+elIYvbrS/jTPxpf89KYDvxo49aZ+P6Uuf84oAdkUZpufejPv8ApQId+NGfcU3P 0o/L8qBjs+9Gfem5+lH5flSAdn3oz7038vyo/wA9KYDifejP0pufp+VHNAh2fcUZ9xTefSigY7Pu KM/Sm0UCFyfajn2pKOfagYv5UY9xSc+1HPtQIXHuKX8abk0c0DHfjRmm0flQA6j8qbzRz7UCHflS flRk+350mTQAveik/Kj8qBi/lRR+NHPrQAUUc+tHPrQAY9qTv0pefWjJ9aADApMe1HPrRzQIPwoo oyfWgYUfhRk0c+tABijn0oyfUUZPrQAYNFGT60c+tIQc0ZNJzS0xhzRzRRQITnHal5o/Kk59aQxe fWjmkyfWjmmAuD60c0nNFAC80UlGDSAWikxRTAXHvR+NNxS496AFwKMCkx70Y9xQAuPejHvSYpcH 1pAGOKMe9J+NLimAuBRxTaWkAcUcUlFMBeKOKPxpOfWgQtGKOfWjn1oGAo/CkyfWl59aBC4o/Cky fU0ZPvQAv4Un4UZoz70DDB7Cjn0oz7mjJ9aBB+FH4UZPrRk+tAxefSjn0pMn1pcn1oAOfSjn+7Rk +tJk+9AC856Uc+lJk+poyfU0CHZPpSfN6UZ96TPuaAHZPpSc46UmfejPvQA7n0o596bz60ZPqaBj ufejn0NJz60fjQIXn3o596TmigYv4mj86Tmj86AF/OjnPej8aSgQv50v50mPWjBzQAv50n50vNJz 60AGTmjJo4oyPagA5oyfSjIo4oGLk+lGTTeP8mjj/JoEOzSZ+lJxRxQMXNGaTijikAZpc0mB60v4 0wEzRmj8aKADdRmjFHSgQZ9qM0YFFAxN3tRuPt+VLRxQAm4/5FG4+35UvFJxQAbqNx9qPyo/CgA3 H2o3H2o/AUZ+lAC7qTdx2o/AUfgKADcaNxo/AUfgKADccf8A1qM/5xR+Ao/AUAG4/wCRRk0fgKPw FABmjNL/AMBFJ+AoEGaMntR36CjI9BQMMmjJoz9KM/SgAyaM/WjP0oz34pCDNHPpS7selJn6Uxhk 0ZNGfpRuoAOaXmjdRv8ApQAnNLhvejfRvoEHNJ81LvFG8UAHNHPvRuo3UAJzRzTt1G+gY3n0o5pd 1LvoATn0pOfQ/nTt9JvoEJk+lLk+lG/3o3+9ACZPpRk0u73o3elIAyfSjJo3UbuKYwyfSjJo3e9G 6gAyaTJ70u76UbqQBk0Zo3Um6mAv50n50ufejPvQAn50ufrRketGfegAyPejjHU0n40Z96BC8e9J ke9GaPxoGH4ml4x3pPxoz70ALx70ce9Jn3oz70CF496OPek/Gj8aAFwPU0YHqaT8aM0ALgeppMD1 NL+NJx60DFwPekwPel4pM/WgBcD3owPekz9aM0gFwPekwPejNLmmAcehowPejNGaBBge9Jj60uaM 0DDH1ox6Z/KjNGaQgx9aPz/KjNGaYB+f5Uce/wCVGfrRk0DD8/yox9aNxpMmgBcfWj8/ypN1GaAF o5/yKTNGaQheaOaTJ9aMn1pgLznpR+FJz70c+tAxeaOfSk59aMnPWgB3NJz6UnPrRz60CF59KOfQ 0c+tGT6mgA59DRz6frRk+tJk+poGO59KOfQ03J9TS8+poEL+FHOOhpvPqaMn1NAx34Gj/gNN3H+9 Rk+tAhfwpePSm5PrRk+tAC8f3aXj0pM+9J+NAxcD0o496KSgBePQ0celJS0AHH92jj0oyaTJoAOP Q0cehopc/wCc0CE49KOPejPt+tGfagYcZ6UvFJuFG72oAXjHSkyPSjIozQAvFGR6U3PtS59qADj0 NHHvRmjPtQIXj3/Kjj3pM+1GfagBePejikz7UZ9qQxePejjPekzRx6UwFyPej86TPPSjNAhc/wCc UZ7UmaM0hhn2pc0maM0wFo/Okz70bvegBfzo/E0maM0AL+dFJuo3GgBc0Z+tJk0ZNAC5oz9aTmjm gQufr+VGf84pOaMmgAzS59qTNGaBi5pM/wCcUUUCDd9KN1FFAw3fSjdRR+FAC5o3H2/Kk/Cj8KAF z9KMn2pPwooAXJpM0cegpMj0FADs0Z560mR6UcelAhc+9GfpScelHHpQAufejNJxRx6UALn3oz70 nFHy0DFo7UfLmk4oAX8qPyoyKMikAfjRR8tGVpiEopflo496BiZopeKOKBCd+lFLke9GR70AJ+FF Lke9GR70AJRTuKMj3oGNpaXj3o496AE/KinfnSfnQA3mjmn9u9H4GgQ3mkp/4Gj8KBjPwop/4Gj8 KAGfhR+FO/Cl7dKBDOfSjmn/AIUdulADKWnYz2pMexoGJmjml/Cj8KBCUc0v4Uc+lACc0vPvRz6U d+lAB+NHPrRjjpRQMOfejn3oxx0o/CgAyKM+9Nx7UUhDs+9GR/kU2imA7j1pOKSigYvH+RRx/kU2 loAXj/Io4x/9ako/H9KQC8f5FHH+RScetGPemIXijj3pMe9LQMOKOKMe9Jj3oAXIoyKTFFAhcj0o +Wk/z0o/z0oAXK+lGV9P0pKKBi7l9KNy+n6UnFFAC5HoKMj+7Sf56UUALlfSjI9BSYoxQAZHpS5H p+lJijmgBcj0oyPQUnP+RRzQAuR6CjI9KTn0o5oELkelGR6UnNHNAC8elHHpSUUDDI9KXj0FNooE O49KOPQU3NJmgB/HoKOKbmkyfSgY/ijj0FNyaMmgQ7I9KTI9BSUUDFyPQUZGaSloAOPQUcelJS0C Dj0oyPSikzQMXI9KMijPtRxQIMijIoopDDijIoopgGRR+FGBRxQAcUZHtRx70n50ALkUcdMUUZoA OPSlyPSko4pAHHoKX8KTiigA/Cj8KOKOPemIPwo/Cj86OPegYfhRik49KXj0NABijHtR+Bo79DQA uPaj8KT8DR+BoAX8KPwpKPwNAhefSkIPpRz70n50ALg+lGPaijt0oGGD6UuD6Un4Uc+lABg+n60Y Pp+tFH4UCDn0/Wjn0o/CigYc+lLg+lJijH+c0AL/AMBox/s0Y/zmjBoEHPpSc/3RS4NGDQMPwFHP 939aMGjmgA/4DR+H60YPejBoAT8KX/gNGDRg0AH/AAEUn/ARS7aNv+c0AJ/wEUY56U7bzSY96BCY 9qPwpce9GPegYmB6UcelLj3oxQAnHpR+ApcUbaAD/gNH4Cjb70Y96BCfhR/wGlx70bfegYn4Ucel Lt+tGPegQn4Uv4UmPelx70AJ+ApfwpMe9LigBMUuBSYHrRgUDCjApcCkxQAcelLxSY/zmjFAC49q PpScUcUCFoxScUcUALR+FJ+VH5UDFo/CiigA49KPwFFLgUAJ+VH5UvFH4UCE49KOPSlz7UfhQAnF HHtS/h+lH4CgYmKMUuT6UZPpQIMUY9qMn0/SjJ/u0AJtz2oxS5PpRk+goATFGDS5PoKPm9KAExzR tNLlvQUZPoKAEwaTaadk56CjJ9qAEwaMcUvze35UZb2/KkAmKTFOy3tRlqYxuKMU7LelGTQA3Bo5 p2TRk+lADcGjFLz6CjLelACYoxxS/N6UYPtQITFLj3owfajB9qBic0UvPtRz6ikAUUYPqKXB9qYh OKOKMH2owcdqAEo3UuD7UflQMTPtRkUv4UfhQAZHpRkUUfhQAbhRkelLxR+FAhNwoyPSl49BRx6f rQAbh7UZpOPSjPt+tAxc+1GR6UnHpR+H60CFz7Un4Uufb9aTP+z+tAxeMdKOPSkyfT9aXPt+tAg/ D9KO/T9KM+360Z/zmgBPw/Sl/A0bvb9aTd7frQMX8KOPSk3+360bvb9aAF4pKN3t+tG/2/WgQUfn Rvo3+360AH5/lR/npS7/AGo3+360DEox9aN3t+tLu9v1oENxxR/npTt3t+tG72/WgBMf5xSY/wA4 p2/2H50bvYUANxRinbvajd9PzoAbil/Ol3fSjcfagBOKT/PSnbj7Ubj7UDE/z0pKdk+tGfegBPwp PwNPz70mf9qgBv4Gj86dk+tLuoAZ+dFPyfUUZOe1ADfwo/Cl/H9KM+/6UAN/Cj8Kd+P6Uv40AM/D 9KMe36U7t1o49aAG/hS9e1LxRxQAn4UfhS5HrRketAhMe1L+FHHrRketAwpMUZH+RRx3/lQIMe1G KMj2/Kj8BQMTFLij8qPyoAMUY5pKWgAwaOfag0fhQIMfSjn2pPwozzQAuD7UYPtSZooGLj6UflTa WgBcfT86TH0o/KikAY+lGPcfnRzRzTAMHPUUY9xRzRzQAY+lLge1GDRz7UCE2+4ox7il5o59qAEx 7ijHuKXmjn1oGGPcUfiKOfWjmgQY9xRg+tHNFABj3H50Y+lFGTQMPyoxRmj8qBCY+n50uPf9aM/S jJoATB/yaMH/ACaXJ9KM+1Awwf8AJo5oz7CjPsKBBzSU7PsKTJ9BQMTBowaNx9BS7j6CgBMGjBpc n+6KTPsPyoAMH0o2n0oz7CjPsKADB9KMGjPsKM+woEGDmjnFGT6CjPsKADBowaM+woz7CkMMH0ow aM+woz7CmAYo2mjJPYUvPoKAE20YNHPpS8+goATaaNp9aXn0o59BQAm00bfel/AUUCE20Ypefajm gYm33oKn1peaTmgA2nPWl2n1oyaPxoEGPejHvRn3oz70DDHvRj3oz7ikz70AOx70YPrSZ96M+9AC 4OOtGG9aTPvRn3oAXB9aMH1pM0uaQhOfWlwfWkz6mkz70wHYPrRg+tJketJmgB3PrRz603NGaBju fWjn1FN3CjIoAdk+ooyfUU3Io3CgB2T60ZPqKbke9GfrQIdk+tGTTcijPvQMXcaNx9aTPuaM+5oA XcfUUbjSZHqaM+5oELuajc3tSfiaPxNAxct7UZNJ+NGfegBcmjJpPxo/E0CDJ9aXJpOfWj8TSGLk +ooyfakz70Z96YhefUUc+1J+Joz9aADJ/wAijJozRz6mgA5/yKMn/Io/Gj8aBi/lSUduv6Ufj+lA C0UnHrR+NAC/56UUn40fj+lAhaOaSg49aAFo/Gk4ox9KBi/jR260mB7UYoAX8aPxpKKAF+ppPxFF FAC59xSfQil4pOKQBz6ijJ9RQcelHHtTAM+4pfxpPyooAX8aPxpKKAFz70Z96SjFABmjPvRxRx7U CDPvRn3oo/GgYZ96XPvSYpaADJ9aNx9f0opMe9IQu4+v6Ubj6/pSd+tL+NMYu4+tJk+tJj3pfxoE GT/eo3H1o/Gj8aQBuPr+lG4+tHHrRgetMYZPrSbj60YHrRgetABk+v6UuT60mB60Y96BBmlz9KT8 aX8f0oGGTSZo/wA9KX/PSgBNx9vyoyfaj8qOPWgAy1Llvb8qTijigBecdvyoye+KTij/AD0oAXJ9 qTJ9qM/5xRkf5FIAyfalyfak4/yKP89KYC8+oo59aSjP0oAX8RRz60maPwpAH5Uv5UZ9v0pM+36U CFopM+1GfamAtFJn2oz7UDFxRij8KM+1AB/Wil/Cj8P0oEH40UmfajI9KBh+JpfzpOPSjjHSgQfn Rx6mjj0pcj0oAPzpOPelyPSjPtQAce9Jx70uaOKAE496Ppml49KTI9KBhx70fnS5HpSZHpQIOPej v0NGR6GjI/un86BifgaX8DSZHofzoyPT9aAD8DRx6UZHp+tGR6UgF49KPwoyPT9aNw9KYg49KOKN w9P1oyPQ0AHHpRx6UZHofzpM+x/OkAcelHHpRkeh/OjI9DTAMe1H4UZHoaXI9KBhgUlLn2NGfrQA nGc0UufrSZ+tAg4o+v8AOlzSZ4oGLijH+c0nGaWkAY/zmjFGaM0xBijFGfejPvSAMUYozjvRmmAY oxS5/wA4pM0ALj3ox70maXNAwxRikzzRmgQmaMmnfhRj2pDG5PvRmlwc9BRz6CmAn50fnS4PoKTH t+lAC/nRn60YPp+lJg/5FAhc/WjP1pMf5xRj/OKAFz9aM845pMUYPp+lAxc/Wkz9aMGjH+cUCDP1 o3fWjH+cUY/zigYbvrRu9qMe1GD6UCDdS7vakx7GjBoGLuo3e1Jg0YPvSELuPpRuPpSYOf8A61GO Oc0wF3H0o3fSkx9aMfWgBd30oz9KTbz3oxQMXdRu9qTH1o/OgBd1G4+gpO1FAhdxz0FG4+gpOKOP ekAuT6Ck3ewoxRgYpjDd9KN30o4o/CgA3fSjPsKOKOKQgyfSjPsKKKYwz7Uu4/3RRxRigA3H+7Rn 2oxRjmgAyfSjPtSflRQAufajI9KTFFAhc+1G72pPxoxx1/SgAz7fpRu9v0ox9KMUAGfb9KM/5xRR 2oGGf84oz/nFJ+FHOOlAhcijPNGDRg0DDP8AnFGfr+VGDRg0AGRRmiikAZFGfrRg0YNABnt/SjNG KTBpiFzRnnrRg0YNABn3oz70mDS4pDDI9aTP+cUUUwDI/wAijPpRR+dAgzRmil470DEzR+VLx/k0 cf5NABn6UZ9qOKMikAZ9hRRxRxQIM0fh+lHHrRketMA/AflR+FHFHFAw59P0oyfSjijigA59P0o5 z0/SjijigQv4fpRz6fpScUcUAHPp+lHPp+lHFHFAw59P0o5/u/pRxSZ9qAF5/u/pRz6fpRn2ozSA Xn+7+lJz/dP5UcelH4UCDn+7+lLz/d/Sk/CjHtTAOfQ/lS/8B/SkxRQMOfQ/lRj2P5UfnRQAY9j+ VGPY0UY96ADHsaPwP5UYoxQIOfQ0c+lGPajFAw59D+VL+f5UmOKMUAGOen6UfgfyooxQIMe1HXtR g0Y9xQAc+lHPpRg0YNAB+B/Kj86KMfSgYfnRR+VGPpSAKKMGjb70xBR+dG2jaaADH1o/OjFGKBhR RQRQAc0UUYoAPqDRRj6UYNAhfzopMGjBoAPwNH4Gij8aAD8DR+FH40mPegYv4Ud+lFHagA/A0fhR RQIOfSjn0oooGLzRzSY96Me9IA5o5oo/OmAc0c+9FGaAE5owf8ilozQAnP8AkUc5peaOfSkAc/5F GD7/AJUc0c+lAC4PqfypOff8qOaOaYBg/wCRRg+9Jk0uTQAYPv8AlRg/5FGT6UZNABg/5FGD7/lR uPpRk+lAC4PvRg+9Jk+lG4+lABg+9HPvRk+lGT6UgDnFHPejJ9KMn0pgGPf9KPz/ACo59KMkdqBB +f5Ufn+VHPpRz6UAHNLSc+lHPpQMWjmjn0o59KADmj8aOfSjn0oEHNHNHPpRz6UDDmjmjn0o5oEJ RzS80c+lAxOfSjmjB9KXB9KAEyaMn2pcGkwaQC8+oo59aTB9KMUwF/KkzRijHtQIOcUZNHPpR+Bo GGTRk0v4UfhQITJoyfSjPtR+FAxcn3pMmiigQZNHNFFABk/5FGT7/lRRQMOfejmiigA5o5oooAMm jJoowMdKADJozRiikIM0Zo/OjimMM0Z46Uce9H50AGfajPtS0lABk0c0UUCFopMUUDF49qPy/Ok/ GjHvSAXj2pfy/Om/jR+NMQ78qPypv40tAwx9KPyoooAX8vzo/L86bxS8UAGaXI9TTfw/SjPt+lAD s+5pN3uaTPtRkelAhc+9GaTPtRmgYuT60mfeko/CgBc+9GaT8KOfSgBc0pam8+lHNADs0ZpuaKAH bvekz70lFAC7qN5pKOaAF3H3o3nHWj8KPwoANx9aN3uaPwpPwoAduPrSbj60lFAh2T60mT/eNJmj NAxcn1NGfekzRmgBc8daM+9JmjINAhc+9GfejP0pM0DFz70ufekzRmgQufejPqaTNGRQMXI9aTPv RkUZHtQAZ96M+9GRRkUAGfejNHFH5UCDNGaOKPwoGGaM/WjjvijikAfnR+dHFHFMAoo49aM+9ACZ opfxooATNFLRxQAmfajPtS8UZH+TQIM0bqP89aPxoGGTRk0cUn40CDJozRxRxQMMmjmlooAOaMn1 NHWk/wA9aAF/Giko/wA9aAF/Gik/L86Py/OgBfxo/E/lR/nrRQIOPU/lS/56U2loGH4/pR/npR/n rRQAcf5FH+elFJQA7j/IpOPX9KTn0o7dKAHcetGB6mm0ZoAdgepowPX9KT8aSgQu0ep/KjaPU0lL QMMD1NGF9TRzRn2FABhemTRhfU0c+1HPtQIMD1NGB6mk5paBhgepowPU0Uc0hBgepowPU0Z9qM0x hgepowPekzRmgBcCjApPwo/CgQuB60YHrR+FH4UAGPejA9TR+FJ+FAC/8Co/E0e+KTj0oGL+NH40 celH4UAH40fjRR+FAB+NH40celHHpQAc+tHPrRx6UcelABz60YPXNHHpRx6UhBj3o/GjijIpgH40 fiaMj0o49KAD8TQPrRx6UfQUAH40Z96D9KP+A0AGR60Z96Pwo/CgYfiaOPU/lR+FGaBBx6mjj3oo zQMOPWjjNGaMmgA4o4ozRk0AHFHHvS5pM0hBx70ce9GTRupgLx70nFGaMmkMOKXj/IpNxo3UwFyK TI9f0oz9aN31oEHHqaXj1NJmlz70AHy+po49aTJ9aMn1oGO+X1o49abmjI9f0oAdx60fL603PvRk eooEOwPWk49TRn3H5UZ9x+VABgetHHrRn3H5UZ9x+VABx/eo49aM+4pOf8igYv40UZ9x+VGfcflQ Av40nHrR+I/KjP0/KgQZHrS5HrSfiPyo49R+VABketH40Y9x+VGB6igYcepo4ox70Y9xQIMikyPW nY+lJj3FACfQml/E0YPqKPxFABRR+Io/EUAJz70c+9Lj3FH4igYnPvRz707/AIEKT/gQoAT86Ofe l/4EKOf7w/OgBOaOadz6j86Tn1H50AFFHPqPzo/EfnQAc+9H5/lR+Ipc+4/OgQnPvR+f5Uv4j86O ncfnQMTn3o596XJ9f1o59R+dAg59TSc+9GT6j86OfUfnQMXmk5/yKMn1H50c+o/OgBeaMGk59R+d HPrQIXDUYNJz60c+v60AL81HzUnPrS8+tACc0c46UvPrRz60DEwfSjB9KXn1o5oEJg+lHPpS/NR8 1Aw5pMH0pfm9TR83r+lACYNJg+9O59aMH1/SgQ3BowfSnYPrRg+p/KgYmD6UYOOlL81JhqBB81Jz 6U7DUmGoGJg+lGD6UuGow1ACYPpRg+lLtajBoEJg9qMGlw1Lg0DG4NLg0uDRg+tADcGlwaXB9aMG gQnNGDShT60bT60DE5o59aXBowfWgBOfWjB9aXHvRjjrQITB9aMe9Lg+tGD60gEwfWjB9aXmjBpj Ex70Y96XB9qMH2oASjn/ACKMH2pcGgBuaXJxS4HtRge1AgzSflS8e1GB7UAJniil/EUflQA2infi KT8RQMSjilx9KMc9RQIT8aPxpcfSkx9KBhijAo/KjB68UgDAowKMH2o/KmAYoxRz7UvPtQITFGBS 8+1H5UDE4/yaMCl59qTn2oAMD0/WjHt+tLz6CjmgQn50uBS8+gpOfQUAJRge9Lz6CjnrxQMTiilw fajn0FACcUce9Lz6Cjn0FAhPzpM/Wl59BRn2FAw/Oj86Pwo/AUAH50Z+tH0opAL+dJn60fhS4pgJ mjJ96WjH+c0gEz7mjdn1pcCjFMBM+5oz7mlx/nNGP85oEJkepoyPU0Y/zmjH+c0DFz70n4mjHHX9 aMf5zQIXj1NJx/eNGP8AOaMD/JoGHH940cepowP8mjAz/wDXpCDj1NHHqaOP8mj/AD1pjDj1NLx6 mk/z1o/D9aBC8Y6mjj1NJ/nrRj/OaBi8etHHrTcD0pfw/WkAcetHHrR+FH4UAHHrRketFH4UxBx6 0fjR26UfhQAv40cetJn2/WjPt+tAC/jSfjRn2oyP7tAxce9Jj3oyPSjcPSgAx70fiaM/7NGfagA7 9aPxoz7UZHpQIMe9L+NJuHpRn2oGFH40Zo/KgAx70Y96KKBBj3ox70UUDD8aMe9GKMUAGPej8aMf SjH+c0CDj1o49aKPypAGR60cetGPcUm0Uxi/jR+NG0e1GB7UCDj1o49aMD2pNo9RQMXjNHHrSYHq KMD1oAXijIpMe9GB60CHZFJmjA9aMCgYce1HHtRgUYFABxRxRgUmBQIXj1peKbxR+FAxeKOP8mij 8KAD/PWjikz7UfgKAFpePSm8elLn2oAKPwo49KTI9KAHUYpOPSj8KBC4o20n4UZ9qAFxxRgZpM/7 IoyfQUDFwMUYHpTcnHQUuT6CgBcD0o2ik59BR+AoELto20mD6Cj8BSGLto2ik/AUfgKYC7RRtFJ+ Ao59BSELjijaKT8BR+VMYu3jpRtpPyo/KgQu2jbSflR+VAC7fejbSflR+VAxdvvRtFJn6UflQAu0 f5NG33/Wk/Kj8qBC7aNtJ+Io/KkAuOaMCk59qXP0oGGB/k0mKX8qT8qYC4ox/nNJ37UflQIMUYo/ Kj8qBhRj2o49qM/SgAoxR+VH4igBcUcUmfpRmkIWikzS0xhRx70nFHFAC0YpPyo/KgQvHpR7UlH4 0DF49KOKT8aPxoEFHej8aKQC/hR+FH5UlMBaX8KbgUYHrQMd+FJn2pPxpcD1oAM+1H4GiigQZ9qP wpMUYoAX8KPwoxSUhi/hR24FGPaj8KYBk+lHPpQPpRQITn0pefSjvRQAc+lGD/dNHPajJoGGD/dN HPpRmjPsKADn0pOfSnUUCE59KPm9KWkoAOfSj8KPwo/CgYfhSfhRzRQAUfgaOaOaACiijBoELRSc 0tIA7UUYoxTGH40YHvRg0YNABge9GB70mD60YPrQAuB70YHrSYNGDQA7AowKbg0YNADuPWk49aTF GKAF49aKTFFAC8e9HFJRQAvFH40lFAhaM0maM+1IBc0Z+tJR26GmMX8aOfU0nHoaXj0oAOfU0c+p pOMd6Pz/ADoELz6mjn3pM+360ufY/nQMOaOfekz7H86XPt+tAhM+x/KjPPQ/lS4ox70AJn2P5UZ9 j+VGKMCgYfgfyo/A/lRge9H40AH4H8qMj0P5UcZo/OgA/A/lR+B/Kjj3o/OgA/A/lR+B/Kj86M/W gA/CjHsaOPU0ZHvQIPwo/A0ZHvRx6mgYfn+VH5/lRkepoyPU0AH5/lR+dGV9TRlfWgAx9aPzoyvv Rx/kUCD8aPxoyKXigA/4FRgetJkf5FGR/kUALgf3qTA9aMijI+tAxce9GPf9KTIozQAuBjrRx60m fajNAC4HrS4Hr+lNzRQA7A9aMD+9+lNzRmgB2B6/pRgf3v0pvFHFADsD1/SkwPX9KbxRxQIdx6/p S8etMx6UYoAdx6/pRgf3v0ptLigBcD1/SlwPUflTMGl5pALx6ijj1FJzSc0xjuPalwPamUUhD+M/ /Wo4/wAimUUxj+P8ik4/yKT/AD1ooAX/AD0ox/nFJ/nrRQAv+elH+elJ2ozQAv8AnpRn/OKSjigQ tJxScUUDFo4oo/CgQZHtRn6Ud+lJ+FAxfyo/Kj8KKBBn6UflRzRz6Uhh+VL9cU3J9KM+1MQv5UUm falz7CgA4o49RR+FJ+FAC8etGR7flR+Ao/AUDDj1/Sk4x/8AWpfwFH4CgA/z0pOPX9KX8BR+AoAP x/Sjj1/Sjn0o/AUAHHr+lHH+RR+Aoz9KADij/PSjJ9qMn2oEH40n4/pS5PtRk+1AxPxo/Gl5peaQ DfxpaXn1o59aYCUfj+lKSaMmgBPxo/H9KXJ9aMn1oAT8f0o/H9KXJ9aMn1oAT8f0o57H9Kdn3oyf WgBvPr+lHPr+lOyfWjd70CE59f0o59aXPvSZ96ADn1o59aM0Z96Bic+oo59aXJ9aMmkITn1o5pcn 1NGT60wE59aMn1pefWjn1NACfj+lHNLz60fjQMTmjHv+lL+NHPqaADn/ACKSl59aTmgQvNH+elJz Rz6mgA/z0oz/AJxRk+tL+NACf56Ucf5FHOOtHNABxRx7/lRzRzQMKPwNHNJzQIX86PzpOaOfWgBa Tj3o+al5oGJ/npR+f5Uc0c0AL+f5UfnRk0ZoAP8APSjj3/KjNGT6UAH5/lRRupN3tSELgUmBS7jR k0wDAo4ozRmkMOKMUZpc0wG0vtmjPtRn60AFGKMmjJoAKMUZPvRn60AGPak7dKX/AD1o7d6AEo49 KX8TR+J/OgQnFGB1pe/U0fnQMSlo/P8AOj86AD8KMc0fifzoz7mgA/Ck/Clz7mj8TSEJj2ox7Uuf c/nRk/3j+dMAx7UY9qN3HU5+tGT6n86ADHt+lH4UZPqfzoz7mgBfw/Sk/CjJ9TRuPqaBhj2ox7Gj d7mjPHU0gF/A0YGOh/Kk3e5o3CmIXHsfypO3Q/lRmjd6ZpDD8D+VH4H8qMj3oyMUCD8/ypfz/KjI oyPemMPz/Kk/P8qNw9DS7h6UCD/PSj6/ypMilz7UAJ1//VR/npRntilz7frQMTj3/Kjj1/Slz7UZ 9qBBx7/lSY/zil/Cj/gNAwwP8ijApef7tH/AaBDeKXij/gNGPagYcf5FHHv+VH4UfhQITj3o4/yK X8KOfSkAnHrRxjr+lLj/AGaMe1MBP89KOKdj2owfSgY2lpfwo/CgBKT8Kd+FHOOlAhtHHvTufSk5 9KAE4o496dz6Uc0ANyB60ce9O/Cj8KAG/nR0p1JzQMT8KM+1LzRzQIT8KM+1Lz6UUAJmjPFLj2ox 7UANz70fjTvwox7UAJmjNLijFAxM+9GfelwKOKAEz70Z96XiigBO9H40fhR+FAgo4owPSgj2oAOP ajj1FH4UY9qADj1o49qMH2pcUDE59KPwpf8APSjj/IoATn0o5z0peP8AIo/z0oEJz6D86Tn+6KdR QMTBx90UYP8AdFLRmgQnPoPzo59B+dLRQMTn0FHPoPzpfyozQIT5vQUfN6CjNLQAnPoKOf7oozS5 pDE59BSc+gpeKX86AG8+lLn2FL+Bo496YhM+wo/Cl/P8qPzoATn0o7dKXijigYn4Uc+gpePf8qOK AE59BRz6Cl4o4oEJzRz6UtFAxPwo/ClooEJ+FH4UvHrRxQAnPpR+FLxSYFAwz7Ufh+lHHrRxQAUU cUfL/kUCClpPlpeP8igYfjRRx/kUnFAhfxo/Gk4o4oGL+IpMe4o+X2o+X2oAMe4pce9IMYo49qQg x70uPek4o4pjFx7ijHvScUfhQAuB6ikwP71HHp+lHHp+lAgwPWjj1FHHpR8o7UAH40fiKMj0o+X0 oGGfcUZ9xRken6UvHp+lAhPxo/EUuR6fpRken6UAJ+NH40vHp+lGR6UgE/Gj8RRkelHFMYfjR+Io 4o4xSAPxo/GjijimIPqf0o/H9KOKMigYfj+lH40ZHtRQAf56UfjRRxQAd6O3/wBajIoyKAD8f0o/ z0ozRmkIO3/1qOaTNGaYxeaOaTNGaAFwaTFGaM0AGDRijNFIAwaMGlzSUwDBzRzRRzigBeaKOaKA Cij8KPwNACUUvPpR+FAhMH1o/EU7n0NH4H8qAG8+oo59RS8+n6Uv4UDG5PrRk+tO/D9KPwP5UCG8 +oo5p2P9k0Y9jQMb+NH407HsaXHsaBDefWjn1FOx7UY9jQMZ+NH40/HsaMcd6BDf+BUfjS49jS4+ tAxv40fjS49jRj2NAhP+BUf8Cpcexox7GgBPxox70uPY0fgaBifjR+NLj2NHPoaBCfjRg+tGD6Gj B9DQMPxFHNGD6Gj8DQAc0YPp+tGPY0Y9jQAc0c0YPoaOfQ0AHNGDRz70c0AHNFHzUc0AHNHNHNHN IQtJRzSZpjFyaXJ9qT8KMnHSgBcnHajJ9BSZ9jR+B/KgBeaMn0FJ+H6UfgaAFyfQUZPpSZ9jRk0A Lk+lG4+lJz6UZ46fpQAuTRuPoKT8P0oz7H8qBC5OOlGT6Unt/SjPsaAFyfT9KM/5xSduho/CgYZp cn/IpPwNH50CFyf8ijJ/yKPwo/A0AJn/ADilz9PypPz/ACo4/wAigBcn2/Kkz/nFGB70YHv+VAwy fb8qM/5xR78/lR+dABn6flRn/OKPzox9aAFpM/5xRj6/lS4+tAhP89KP89KMfWjB9/yoGFGaMH3/ ACox9fyoEGf84pM07b9fyox9fyoGNo/z0pcfX8qXB96AG5/ziinY+v5UmD2zQAnFH0p2PY/lRj2P 5UANzRmnY9j+VJ9QaAEyfSlyfSj86PzoATJoyfSlwPejA96AE3e1Lk0YHoaMD0NACZpcn0pePQ0f hQITJ9KNxpfwNH4UgE3Gjcfalx7Ucen6UwE3H2o3H2o60YGKADJ9BRn2FH4UdKQwyfQUu72FB+lJ +FMAz7UZ9hRmj8BSAM+1L+VJR+VMQufajn2pKKBi5PoKPyo/Kkz9KBC5+lH5Uc0UAH5UZHtRmjJo AM/SjP0oyfSjJ9KBhn6UZPtRk0c0CDP0oyfajJo5oAMnsRSZPqPypcn/ACKOaBiZPtRk+1Lk0ZNA CZ+lGT7UuTS80CG5+lGT7U7P0ozQMbk0ZPtTs0mfegBMmjJ9qdn3pM+9ACZPtRk+1OyPWkz70CEy fajmnZHrRn3oGN5o5p2R60Z96AG5PrRk0ufcUfjQITLZ6CjLY6Cl46Yo49KAEy3pS5b0FGR6UDHp SATLe1LufFGR6UZ9qYxMvS5ejPtRkelABl/SjL+lGR6UZHpQAZejLUZFLn2pCEy1GXoz7UZ9qYB8 1GW9aM+1GR6UAGW9aMt70Z9qM+1Awy3qaNzUufaj8qBCZajLUufpR+FACZajLUuR6UfhQMTLUZb3 pfw/WjPt+tAhMt60ZPrS59hRn2oATJ9aOaXPtR+FACc+9HPqaX8qTn0H50DEyfWjJpce360c+lAC c+tGfc0uD6UYPpQAmfejPPWjB9BRg+lABn3ozS4PtRg+lACc0Zpce1GKAG55ozTsUmDQAmTS80UU AHNGaPwo/CgQc0Z9xR+H60fl+dABk0c0flRz6D86BhzRzR+VL/nrQAmTRzR+X50vft+dIBOcUc0v +etJTEHNH0oozQMOfSjmjNGaADmj5qM+/wCtGf8AOaADn3o5pf8APWjNAhME0c0ufpRuoATn3owf ejd/nNLuPt+dACc570fiaN3sPzpd3sPzoGJ+NHPrS7vajd7CgQnPqaTn1p24+lG4+gpDG5PqaMn1 p272FGT7UxCZPvRualyfajJ9qBibj/k0bjS5NJk0AG4+9G40uTSZNAg3GjcfWjJozQMNx96Nx9aX P0oyfagBNzetGTRk0ZPtQIMnrRk0ZNLk+1IYnNGTS5NJk+1MQZNGT7Uc+350vOe350DEyfWlycUn OO1Lz6igA5pOaXB9RRg+ooEJk47UZNLtPqKMH1FACc+ooyfUUuD6ijB9R+dIA59qOfUUmD6j86XB 9RTGGD6ik79RS4PqKPxFACY9xRj3FL+Io/KgQn4ijFL27UfiKADFJj6Uv4ij8vzoATb9KMfT86X8 vzox9PzoATH+c0uPf9aMD2owPagYn5UYpcCjA9RQAnPr+tKc+v60Y96Me9AhMH/Jo5/yadgetJge tAxP89aOf8ml+X1owPWgQnOf/r0vNJgev6UvHrQAYNJg+tLx60cetACYNHNLx60cepoGJzRg0vHq aMD1NAhOcUc0vHqaOPU0AJz6Uc0vHqaMe5oATn0o5pcD1NGB6mkAnNHIpcD1NGB6mmAlFLgUYHrQ MT8qPypcD1pMD1/SgQflRj6UcetLx60DExR+VLx60cetAhPyo/Kjj1o49aBh+VH4ijj1o+WgAx9K Pyo4o+X1/SgA/Kj8qOMdqOPWgA/Kjj2o49RRx6igBc+woz9KTj2o49qBC5+lH5UnHtRxQAv5UZ+l JkUZFAxc/SjP0pPlo4oAXP0oz9KTj1FHGOooEO3fSjJ9qbx60ceooGO574oz9Kbx60vHrQAufp+d GT7UmB60YHqKBBn6UufpTePWjA9RQA7P+c0c+g/OkwPWjj1oGL+ApMn0owP71HH96gQZPpRz6Ucf 3qMD1oAOfSj8P1pOPX9aXj1oGH4UY9v1pOKXj1oAOfT9aMe360YFGB6n86BBz6UnPp+tLgf5NGB6 0hiYPp+tGPalwPWjj1oATHtS4PoKMCl4piG4PoKOfSncetHHrQA3B9BR+FO49TRx60DG/hRg+lLg epo4x3oAT8KTB9KdxRke9ACc56UfhS8UcUCE5o/Cl496MigBKPwozRkUDD8BS/lRmjNABz6CjJoy KXI/yKBDcmjmnZ/zikJoGHPtRRmjNAgyaM+1G76UZFAwzS5oyKM0AJmjNLSUAGaM0UflQAZHv+dG fr+dH5Un5UCFzz3/ADoz7H86SloGGR7/AJ0ZHv8AnR2o59KADI9/zoyPejJ9KO1ABke/50bh7/nR +FH5UAG4eh/OjIx0P50n5UuKADI9D+dGV9DR+VFAgyfQ0ZPpS5pM0AHPpRz6UUUAHPpRRRQMKWko oAKXHvSUc0CFx70Y9zSc0c0AL+NGPek5pMn1oGLx60vHrSZoz70ALRgetJmkyfWgBePWjA9RSZNG T60CFwPWjA9aSjNIBePWjj1FJ+dH50wF/GkwPUUfnS8+p/OgYmBnqKMD1o5pc+5oAOPUUmB60fn+ dL/nrQAn4ij8RR+dHHv+dAg/Gj8aPzo/OgYY96Me9Lke9Jn6/nQIMe4o79RRn60uR7/nQMT8qPxo z9aXPuaQhMGjmlz9aM+5oGJzRzS59zRn3NMBOaMGlz7n86M+5oEJzRg0v4mjPuaADBoxRn3NGfc0 AGD7UYNGfc0fiaBhg0YNH/AjSZHqaBC4NGDSZHqaMj1NAC4NGKTI9TRu9zQMMUY9qM+9Ln3NAhMe 1GPalyPWjI9aAEx7UYHpS5HrSfjQAfhR+FH40ZHrQMPwFGPb9KMj1oyPWgAxRij8aOPWgQYoxRx6 0cUDDFGD/kUfjR+NAB/npR/npR+NH40hB/npRij8aOPWmAYox/nFH4/pRQMMf5xRgj/9VGaM0AHb /wCtRj/OKM0ZoAMcf/Wox/nFGaM0AGDRj3FGaM0gDHvRj3/SjNGaYBj3o49f0ozxRn2oAMe9GB60 ZooEFFHNH4UDCijNFAB+NH40UcUCD6mj8aKOKBhxScUvejj0oAKOKKWgBP8APSjilx7UmB6CgA4o 4pcUmB7UgDNH4UuPpSY+lMBaTPPSjb9KNv0oAPwozRj6UbfpQAZoz7Uu3jtSbfpQIMn0oyfSjb9K Xb9KBiZPpRk+lLj3FGPcUAJk+lGTS4+lGPpQITJoz7Uv5UflQMT8KPwpefajn1FAhM+woz7Cl59q OfagBKM/Sl59qTn2oGGfpRn6UuT7UZPqKBCZ+lGeO1Lk+tGT60gEz9KM0vNJk+opgGaM0ZPtS5Pt QA2inZPtRz60DG0c0uTS5PrQA3NH4D86X8aM+9AB+VGfajNGfpQAZ9qSlzR+FAB+FJ+FLmigQn4C ilo7/wD16BifgKPwpfwo/AUCEo5pfwFL+VAxtGfalxS4HpQA3PtRmnY9qTA9BQAmfb9KMn0p34Cj 8B+dAhuTRTsewox9KAG5NGafjjpRigBtGfrS4FLgUANopcCjHtSATJ/yKXP1ox7UYpgJn60fjS4o oASj8adzSY/zmgYUdqP89aMf5zSATNGaX8aMe9MBM0ZpcH1owfX9aAEyKX8KXHv+tJj/AGv1oAPw opfx/Wk/GgQUfhR+NH/AqAE79DRx6UuPf9aMf7X60AJ+FH4UuOOv60fj+tAxPwo/Cj8aPxoELn2/ Skz7UfjRz60DD8KM+1HPrS8+tACZHpRn2pfxo/GgBM+1H4UfjR+NAB+dH4GjPvS596BCfnRQfqKO fUUAH4UUUc4oGFFLk+tGT60AJRS5NJk0AFFGTRmgAo4o/E0v50CE4owKPzo/OgAoxR+dLz70DE4o /Gl/Oj86AE4owPWj86XAoEJgetLgeoowPejA96AExxRilwPejFAxMUYpcUY5oATHvRilwPejA96A Ex70YpcfWjigAxSYPrS4FLx70ANwTS4o4o4oEJ8vqaX5fekx7UbaBh8vvR8vvRijHtQAfL70fL6m jHtRgelAg+X1NHGetHFH4UDDj1o49aKKQhPxox70vFHFMYn40uB60celHHpQIOPWjAo49KOPSgYc etGB60cdMUcelABx60cUZHpRkelABx60cetHHpRx6UAHHrS8etHHpScelABx60ceooAFGB6UAHHr Rx6ij5fSjj0oAOPUUcUvHpRx6UCE4o49aX8KMe1ACcUcUuB6Un4UAHHrRxR+FH4GgYfL60fL60fg aOD2NAg+X1o+WjH+yaP+AmgYcUfLRxn7tGOehoEGVo+Wjj0NHHoaAD5aPl9aMD0owPSgYYX1o+X1 ox7UY9jQIPlo4owPQ0v4GgYnFHFHHoaPwNAg49aOKPwP5UfnSGHFHFH50fgaYBijij86MCgA4o4o /CjH1oAOKOKPzpMH3oAXj0o49KKKBBx6UZHoKO/SigYZHoKOOy0YPoaMUCDI9KMjHSjFGDQMPwoy P7oo5pOaAFz7CjcP7oo/Cjn0oAMj+6KM/wCzRz6GjB9DQAZH92lyP7opOfQ0n4GkIX8BR+FJRQMX 8KOPQU3HtS/hTEL+FHHpSfhRx6UDF49BRkelJxjpR+FAC5HpR+H6Un4UufagQUcUcelHHpQAvFHF J+FGB6UDF4/yKPl/yKbgZ6UUCHcUcdeKb+FH50DF49qOKTNLn1FABgUYpKPwNAC4FGBScUfnQAvG aKSk/CgB1FN/ClwaAFopMGjFAC5oz7UYPpSc+lAhfwoz7UmKMGkMX8KM+1Jg+lGDTELn2oz7UhFG KAFz7frRn2pMe1H4UDFz7UZ9qT8KKBC/hSZ9qKPegBc/SjNJRSGL+FH4UnFFMQtH5UlLQMKM/Sko oAX8qKKMj2oAOKOKM/SjI9BQAUUuR6UmfagAyKOKMj0FGRQAcUZHpRn2/SjI9P0oAXI9KTj0oz7f pRuHp+lABxS8UmR6fpS59qAE4z0/Sl49P0pN1LuHpQAcen6Ucf5FJuo3UgFyKMj/ACKTd7UZ9v0p iF4/yKTIoyPSlyPT9KBhkUZ9xSZHoKXPsKBBke35Ubh7flSZ9qM+1AC7h/kUm4f5FLkelGfagYbq M8UZ9qMj0oAXIoyP8ikyPT9KTPt+lAhcj2/KjI9qT8KKBi5+lGfp+VJn/OKM+1Ahc+9Gfekz7Ud+ lAxcj1oz70nHpRx6UALn3oz7/pScUcelAhc+9H40nHpR+FAxaM0n50UCFz/nFGfrSfh+lHPpQAua KTmjJ96AFz/nFGT6fpSUZ9jQAufajn0/SkzRmkMX8P0o/Ck5o5piF/Cj8KT8KKBh+FHPp+lFGTQA c+lH4GlzRmgBOfQ/lR+H6Uufak59KAFxx0pMf5xR+FGTSEH4UUc+lGT6UAH/AAGj8P0oyfSjJ9KY w59D+VHPoaM+1GfagQYPp+lGD6UufajI9KBiYNGDS5HpRkegoATBpcUcelHHpQAYNGD70uR6UZHp QIOaMH1oyPSjI9KBhg+tGD60ZHpRuFAgwfWjB9aMijI9KBhg/wB6jB9aMijigQYPrRg+tH4UnFAC 4PqKOfX9aSigYvzeoo+b1FJn2oyPSgBct6j86Pm9vzpM89KPwoAX5v8AJpfm/wAmm9+ho79KBDsn 2o5/yabRj2oAdk+1GT6D86b+FIfoaAH5P+TSZPp+tJ+FGPagB2T6D86TJ9P1pMH0owfSgYuT/k0c /wCTSYPpRg+lAC8/5NHPpTfwo/CgQufrRmm4+tGPr+dAC5+tFJj/ADmlx9fzoGGaM/Wj/PWj/PWg A/OjP1o/Oj86BBmjP1oz9aM+pNAwopM/WjP1oAXmjn0oz9aTPvQAtFH+etGfegApMUuaM0gEpaM0 maYC0maXNJmgBaKTNGfagBaM0lGaAFox70n4UZoAXj1o49aTP0oz9KAF/Gj/AIFSZpM0AO49aOPU 0maM0CF/Gj8aPwo/CgYv40nHrSfhRz6UAO/Gj8ab+FHPpSAd+NHHr+lJ+FH4UxC596PxpPwo/A0D FyP8ijj1pPwNGKBC8etH40mKMe1AxePWjj1NJj2pcUCDA9f0pOP8ilxRj60DE4/yKOKWigBMCjil oxQAnHpRTsUfnQIbj60Yp2KKAG4FGKdij8aAG4HrRgU7FFAxuB/kUmB6n8qdS9qAG8epo496dikw fWgQnHvRx70uPejHHWgYnHvSce9Ox70Y9zQAmB70cetLj3ox70AJSce9OwfWk59aAE4o4pce9GPe gA/OijHvRj3oEH50UY96Me9AwzSZ9qXHvRt96QCZ56UZpdvvRg+tMAzxRmjBowfegAyf8ijP+cUY 560Y96ADJoyaMe5ox7mgQZozRt9zRigYZozRj60Y+tABn6flRn6UY+tFABmjNGPajHtQAZ4/+tRm jFGKADNGaMCjAoAXNGaTAox7frQAtJketGPY0uKAEz70ZFGBRgUAGRS5oxSY96AFzSZox9aMfWgA zRnnvRjnvRgds0AGaMmjbRt9jQAZozRt+tG32oEGfajPPSjB9KNtIBMmjJpdtLimMTJxRk0u2jFA hMn0oyfSlx70Y96AEyfSjJpce9GPekAnPpRzS4HrSY96YxOaOadj3pMD1oATmjml49TRgZ6mgA5o ox7mjH1oEGDRzmjFL+dIBMf5zRijFGB6UwDB9RRjnqKMUY+lAwx9KMe4oxRj6UCDFGPejn2ooGHP rRj3FH40fjQAY96Me4ox9KMUAH4ij8RRjmjFABj3FGP9qk5o/CgQuP8Aao/4FR+FH4UDF/Gj8aTn 0o59KBC8+tH4038KOfT9KAHfjS/jTeaMGgB2fejn1pvaigBcn1o59aSjg/8A6qBi/jR+NJgUcetA C/jRn3pOPU0cepoEL+NH40nHqaMLjqaAF/Gk/H9aML6mjC+poGH40fjRxjrRx6mgA4xR+Jo49TRx 6mgQdutH4ml49TScepoGGPejFHHqaMD1NABRxRgetHHrQAUd+tGPejHvQAfjRx60bfc0Y96ADj1p Me9Lj3ox70AH40Y460Y9zRjjqaBBj3o/GjHuaMe5oGH40Y+tGPelwfWgQmKMUuPekxQAY96MUY+t GD6mkMKKMUu33piEpaMe9G360AGKKTb9aXafegA/Kjj0FG00bTQAcen60ZHoKNpo2mgA49BRx7Ub SKMGgYHHoKOPajB9aMH1pAHHtRx7UY96NvPWmAuB6CjA9BRt96THvQIXj0FHHoKMH1pMe9ABx7Uf L7UUY4oAPl9qPl9qMCjAoAXK+1J8tGBRigBcj0o49qTA6Zo47mgBflo+Wm4HrS4HrQAvy0fLSECk wKAHfLRlc03FHGaBjuKOKTiigBeKKTijigBMn0o59KOPel79TSEJk+lGT6Uv4mk496Ywz7UfhS8e tGaAE/CjPPSjNLkepoEJn2oz7Gl49TSfiaBhn2pd3+zSZHqaOPU0AGfajd7UZ9zRn3NABu9qMj0o 59TR/wACNAg3D0oz7UZ96PxoGG72oz7UfjR/wKkIM+1Gfaj/AIFR/wACpjDv0o/KjHvR/wACoAM/ Sjj2o/Gjj+9SAPwo/Cj/AIFR/wACpgH4UfhR/wACo/4FQAUZ9qX/AIFScev6UAH4UfhR+NH40AH4 UfhR+JoH1oAOaOfSjNLn60AJg56Uc0uaM0AJg+lJg+hp2aM0AJg+lHPpS5ooEJ81HPpS/hRn2pDE 5o5pc+1Jx6UxB+FFHHpR+FAB+dH4Gjj0oyPSgA/Oj8DRkelGR6UDEzz0NLn2NGR/doyPSgAz7UZ9 jRkelG4elIBKPzpdw9KN3tTAT8KPwpcigEf5NAhM0ZpcijI9qBiZ+tGaXj2pePagBufrS5pePUUc e1AhM+9BPvS8e1Hy0AJ+NJ+NO49RRx6ikMb+Jo/OnfL6/rRx7UwG8+9L+dLx60fiKBDfzpead+Ip PxFACc5o5pce9GPegYnNJzTvx/Wj8R+dADeaOadj/OaMH1H50AN5zRzTsH2/OjHP/wBegBvNHOel O2/5zRt+lADefSjn0p236UbR7UAJz6Uc46Uu32FGPYfnQIaQfSl59KXb7frSbfb9aAE59KXBx0ox 9PzpcfT86AG8+lGD6GnY+n50Y9hQMbz6Gjn+6aXHsKMew/OgA59KOf7tG32FGPYUAH4Uc+lGPajH +c0AHPpRg+lGM9v1ox/nNAg59KOfSjHt+tGPagYc+hpOfQ0uPYUY9hQAc0c+lLj6UYoEJk0ZOaXj 0ox7CgYmTRlvelwPajAoATLUZb3p2B7UnFACZaj5qXil4oENy1LlqXijj0FACZajc1LxR8tACbmo 3NRgelLxSATc1GTnNLgUlMAy1GWpePekwPf86ADLUZNHH+TRgf5NABuNJuNLgf5NFAw3GjcfQUUY oANxx0FG4+1GP85oxx/9egA3GjcaMf5zRjj/AOvQITcaXcfSjb/nNGP85oGG40bj6UY/zmjH+c0C DcfSjPtRg+v60Y9/1pDDd7Umfalx/nNGD60xBn2ozx0FJg+v60uD60AGfYUZ46Ckx70vNIYZ9qM+ 1HNH0piDPtRn2o5owfagAz7UZ9qMfSlwfagBM8dKM+1Lg0flQAmfajPtS80c0DEzRml5o/KgQmaM 0vPtRz7flQMT8KT8Kd+VH5flQIbk0Z9qX8vyo/L8qBhmjPFH5flRn/OKAEzRu+lL7cflR/npQITN GRS/56Uc+v6UDE4oyKXn1H5Uc+35UAJuFG4UvvkflSfl+VAg3DpS7hRj3H5UY9x+VABkUbvYUmPc flR+X5UALupN1H4j8qPxFAwyfajJ9qM+4/Kj8R+VAhdxpNxo59f0o5/yKBihqNxpPx/Sj8aBBk0Z PtR+NLQMMmjP0o/Gjn1oAMn2ozj0o5o59aADP0pMml5o596AEzj/APVS5NGTS5NAhMmjJpc+9GT7 0DE3H0pNx9Kdn60fgaAE3GkyaXP1o3e1AgyaMml3e1GfagYmTSZNLuozQAZPpRk+lGaTNAgz9aXP tSZNG4+lAxc8UmfalzRuoEJ26Uv4UZ+lGaAD8KTPtRmjNAw/CjPtRn6flRmgAz7Uv4UmfpRn6UAL +FFJn6UZ+lAC80c0mfpR+VAC4NGDRk+ooz7igAwfajB9RRk+o/KjJ6ZH5UhBg+tGD60c+o/KjJ9R +VMAwaMH1o/H9KPy/KgYAH2o59qX/PSjn/IoEJn6/lR/npRikxQMP89KP89KMUYoEH+elH+elGKM UDDn0/SijH1o/A0AH+elH4/pR+Bo496AD8TRx6mjj0NHHoaBB+dGfc/lR26UfhQMM/X8qM/5xR+F GPY0AH+elHb/AOtRj2NGPY0AJn3/AEo/H9KX8DRx6GgA/H9KM/5xRx6Gjj+6aQg/EUn4/pS4HoaM D0NMAz9Pyo79aOPQ0YHoaADPv+lHPrS4HoaTC+hoAPxFGfpS8eho49DQMPxFH4ijj0NJx6UhC/XF H4ik49DRke9MBePajik49KOKAFo/AUnHpRxSGL+X5Un5UUUwFpKSl4oAKXFJxRxQIMGl5pOKO9Ax ec0c0lFAhcH/ACKTBoo/GgYY/wA4oo/GigQUUUUAHNGOKKKQwxRijmimIMGkxS4oxQAYpKXHtRj/ ADmgYlHNLijFIBMGjmnY470Y5pgN59qKdijHsaBDefal/KlxRj2NACflSdu1Lj2NGBxxQMT8qM/S nYGelGB6UAN49qX8qX8KKBDfypfy/OjFGB6UAGPp+dGKMD0owMUAGPpR+VGB6UYFAwx9KOPajA9P 1owM0AHHtRx7UYFGBQAce1HHtRj6UlAC/hRj2FHFJxQIXj2ox9KSigYv5flR+FJRQIXApcU2l4oG GPajHtRx/k0cUgF/AUmOelGBR9BQAYox7fpR+FJTELj/ADijH+cUn4UfhQAuP84o/wA9KTpS0DD/ AD0o/wA9KPwopAH+elGOf/rUYoxTAMe9GKMUfhQAuKOc9qTFGKBC/lRz7flSbfajbQAv+elFG2jb QAmKKXbRtoGHH+RR/npRijbQITn0/SjBpcUY9qBiYNGDS49qTB9KBBz/AJFHOev6UYPpS4OKBif5 6Uf56UuKTFABRzS4owaAE5o5/wAilxzRigBKKKXFAhOaM0v4UYPpQAmaM/5xRj2oxQMM/wCcUZ9/ 0o59KKBCUUuPajHtQMPxpKXn0owfSgQUlLz6Uc+lAw5o5o59KOaBBRmjBpOaAFzR+VGDRg0hh+VH 5UYNFMA/L86Ofak5pc0CFwfajBpMmigAx9KXH0pKKBhRz6UUUAGKMH0oo/OgA2n0o20n50v4mgA2 0bf85o/OkoAdt/zmkx9f0o796PzoAXFGKTijigQYowaOKOPegAx9aXA96Tj1peKQBj3pPxpePWk4 pjCil49+KOOlABRSYHrS4HrQIKKTA9TRtHqaACijaPWlwPegYUlLgetGB60AJR+NOwtGB60AN/Gl /GjAowKBB+NGaMD1owPWgApM0uB60YHrQAc0Cl49aTj1oASl/Gjj1pOPWgYv5UfjRx60cUAHNFHF HFAgopDijigYtGKTijj1oELj3pMUcY60cetABRR+NHFAwpcUZpKAFwaMUmaKAFx9KMfSko/GgBcf Sk/KiikAflS49hScUUwD8BRg+1GaKADH0pcH2pKOKADB9qMH2o4owKBC4PbFJg+1GBRigYuD6UYP oPzpMUcUCFwf8mjafb86Pyo/GkMNp/yaNp9vzpaOKYhMH/Jpef8AJowPSigBuDRg0uT6UvPpQMTB owf8mj8KX8KBCYNGDR+FH4UhiYNHNL+FGfamITBpcGkopDFwf8mkwc0c0c0wDBpcH/JpPxooELzS Hd6Uc+9HPvQAYNGDRz6Gjn3oGGDRg+9HOO9HPvQAYNGD6Uc0c0AGD6UYPpRzRzQAYPpS4PpSUUAL g+lGPakxR+dAg59KMHFGD70c0hhj2oxR81HP+RTEGPajHtRzRzQMMUY9qOaOaBBjvRijmjn0oGGK KXn0oGfSkAnNFLz6UnzelMApeKT5vSjnPSgA49KOKPm9KX5vSgA49KT8KXn0owfSgA/Ck/ClwfQ0 YPpQITPtS59qTB9KMH0NAwzRmjB9DSYPoaAFzRmkwfSjn0oAX86X86bzRzQAv4mjJ9TSfhRj2oAX PuaMn1NGPajHsaQgz9aPxNJg+9ABpgL+dH50gHvRg5oGLk+9HPvRikwaBC/nRn60mDmlxQMPzozR j3ox7igA5o5ox7ij8RQIOaKPxo59aBhj3o4o/EUfjQAceppOPU078RR+IoAbj60Y+tO/4EKO/UUA N/Oin/iKPx/WgQ2kp/4j86Px/WgBlH4U/Hv+tGD6j86AGfhRT+fb86KBjKKk/Kj8qQEf50Z+tSY/ zmjH0/OmBHn60VJj6fnSY+n50AMoqTH0pMfSgQyin8e1H5UDGfnR+Jp/4/rRx7fnQIZ+Joz9af8A l+dH5fnQAzJoyaf+X50ce1IBmT70uTTuPSk/AfnTATNGfrTvyo49qBjc+5oz9aXIo4oEJn60Z+tL kUce350AJn3NH50vHtRxQAfnR+dH5Uce1AxM/Wl/E0ce1JQID9TR+Jo/GjigA/E0fiaKXNAw/E0n 4n86Pyo/KgQfn+dH5/nR+VL+VAxM/wCc0fnTqT8qAE59KOad+NJQITn/ACaB/nmlooGJ/nrRg+9L Rg0CE5o5z3/Olwe9GDQMTn3/ADo596XmjmgQnNHP+TTsGigY3n/Jo/z1p2KNtADaTmnY9xRj3FAC c0ZPoaXHvS/jQIbn2oyadRQMbz6Uc+lO/EUfiKBDfwoz7U7n1FH4igBvP+RRk/5FOoyfagBM/wCc Un+elOz9Pzoz9PzpDG/j+lH4/pTsn0H50ZPoPzpiG5/zijPHX9Kdn6fnS/l+dADM/wCcUZ9/0p2f pRn6fnQAmTjr+lJ+I/KnZHoPzo/L86AG/j+lHb/61Oz9Pzo/L86Bjfx/Sj8f0pfyooAT8f0oz7/p S8+1Lk0CG59/0pc+/wClFHbpQAn4/pS/j+lH4UfhSAPx/Sk/H9KWj8KYxM+/6UuT6/pR+FH4UAJk nv8ApS/j+lH4UUAH4n8qPx/Sjn0o59KBB+P6Uc/5FJj2owaBi/jRRijFAg7UUmKMUDFxRijmjmgA x9aMUYNJzQAY+tFLznpRzQIMelJil5o5oGGDRijmjmgAxSYP+RS80c0CEwf8ijH+cUvPoaOfSgBM f5xS4oyfT9aOaBhg0Y/zijn3pefegQn+elH4fpRz70fnQMT/AD0pf89KMfWk/OgBef8AIo/z0o/O k/OgQtGP84pOfej86AF/z0ox/nFJj6/lS4+tAw/z0pP89KPzo4x3oEHP+RS/56UYHvSYHqaBi8/5 FHNJge/5UY9z+VIQv+elHH+RSY+v5UfifypjFz9Pypc+n8qb+J/Kjj1P5UALn/OKXPv+lN49T+VL gepoAXPv+lGff9Kbx6n8qXA9T+VAC59/0oz/AJxScep/Kjj1/SgQuR/kUZH+RScetHHr+lAxcj/I oz/nFHHrRx60CDj1/Sjj/Io465/SjigY2j8DS80c0AGRR+dHNHNABn2oyPSk5paQBkUZGelHNFMA yPSjj0pOfSjmgBePSlyPSk5ooEGR6UZ9qTNGaAFz7UZ9qTNJmkMdn2oz7UmeKKYC5opKWgQZpKWi gBKOaX8aPxoGJRS/jRQAlGaXijj2oASjNLkUcUCEzSZp2RRkUDEozS8UnGaQB/nrR/nrRkUvFMQm aPxo4peKBifjR+NGRRkdhQAdutHHrRmjNAB260UZoyaACijJ9aMmgA70ZozRk0AGeKM0mTmjNIBc 0ZFJmjNMBcijIpO9HNAC5FGQaTmjmgQ7I9KMim9qKQx2fakz9KSl5pgLmjNJiigAyKMiijnNAgyK OKMe9GPegYZozRj3pcCkAmR6UZ9qMe4pcCmAmaOKXA9qMCgQmaM0uB7UYFACZopeKOPUUDG0tLge oo49aAE/GilwPUUY9xQAlFLgetHHqKBCUc+tLgeoo49RQA38aD9TTse9GPpQMb3o496d+VJ+IoAP zopfxFH40CExRxS8eoowPagBKKOPajj2oGFFL+VH4j8qAE/Cj6ijjHb8qOPagQfhR+Ao4x2o/KgY fhR+FH4ij8qQB+FHH92l/Kk/KmAfgKP+A0vHtSUAGf8AZFH4Uce1HHtQIM+wo/AUce1H5UAGfYUZ 9qKKBhn2o3e1H5flS/l+VIBM+1Lmk49qKYC5+lGaT8qPyoELuo3UlFAC59/0oz/nFJzRz60DFz7/ AKUuR603Jo5oELn3P5UZ9z+VGD60c+tABn3P5Uv4n8qTn1o59aBi59zRn3NGfekyfWgQv/Aj+VGf 9r9KTJpMmgB2c96P+BfpTcn1NGT60DHZ96M+9NyfWjJ9aBDs+9Gfem5PrS/iaBi/jR+NNyfWj8aA Hf8AAqPxpvOetHP96gQ78aO3Wk/4FRk/3qAF/Gj8aTPPUUc/3qQC/jR+NJ/wKjn1pgL+NH4j86T8 aT/gVIB340Y9xTfxpfxpgLx7UnHqKTPvRn3FAxePb86PxH50mT60ZOetAC8etGBjtSZOOtHPrQA7 j/JpMCk59aOfWgBeKKTn1o59aBC0YpOfWjJx1oAX/PWj/PWkyfUUZPtSGLR+VJk+ooyfWmAv40tN yaMmgQtGKTJ9aMnPWgBaWm5NGTQMXNFJk+tG4+tAC5NGaTJoyfWgQufejP0pMn1oyfWgBc+4ozSZ PqKXJ9aBhmlzSZPrSZPrQAuTS803J9aM+9AhfxFGfcUn40fjQMXPvRn3pPxo59qAF/GjPvSfjRz6 0AOz/tUmT/epOfWjnPWgBf8AgVHPrSfjS596AF/4FRj/AGqTPvRmgBf+BUf8CpMmjJoEL/wKk/4E aNzUbj6mgBcf7VGOOtJk+poyfegBce9GOOtJzRk+9Axce9GD70mT70ZOe9AC4OOtGG9aTJ96PzoE Lg+tGD60lGaBi7T60bT60lJQA7B9aNp9aSkzQIdtPrRtNNz9aX86AF2GjaabS8UgF2mjaabxRxTA dtP+TSbTScUZFAC7T6UYPpSUZ/zmgYuD6UYPpSUY96BC4PpS4PpSYFGKBi4PoKMGkwKOKBC4NJg4 o49qOPagBcGjBpOPWj8qADB9aXB9aSj8aAFwfWjB9aT8aM+9Awx7/rRtHr+tH4/pR+P6UAGB6/rR t9/1pP8AgX6Ufj+lIBdo9f1pNvv+tH4/pR+P6UwDb7/rS7R6/rSfj+lH40CFx7/rRj3/AFpPxoxz 1oGLt/zmjH0/OkxRigQu0+o/Ok2n1H50uKTFAw2n1H50bT/k0YNLz60AJtPqKNpoxS4pCDDUmDRi imAuD60YNJR+NAC/NRhs9qT8aMj1oGL83pRz6CkyPWl4oEGG9BR83oKTil4x1oGHze1Hze1Jx60f jQAvPtS/N7U38aM0CF59qXn0FNzRn3oGLz7UvOab+NGfegB2TSZ+lJn3oyMdaAFzRSZ96MigQ7NJ n2pM+9GaBi59qM+1JkUZoELn2/WjJ9Kbkf5FLxQMXPt+tGfakJH+RRxQIMn0/Wlz7frScf5FHFAx c+360Z/zmkoxQIXNGT/k0mB/kUYHr+lAxcmjJ9P1pMD1/SjA96BC5Pp+tJz6frRgev6UYHv+VAw5 9P1o59KXj1/SjA9f0oEJz/k0fhRge9HHvQMXJ9P1pPw/Wjj3o+X0NAC/h+tHPpRx70ce9ABk+lHP pSfL70ce9IQvPpRz6frR8vvR8uO9MYvOOn60c+n60ny+9Hy+9AC8+n60nPp+tHHvRx70CFwfSja3 p+tJx6mjg+tAw2n/ACaMN/k0ce9Jke/5UALhv8mjB/yaTj3oyPf8qAHYakw1GR7/AJUZH+RQIMNR g0bqN1AwwaOaNwo3CgQnNHPvS5FG4UDDDe9JzRkf5FLn/OKBCfNR83r+tLn/ADijP+cUhifNRzS5 9/0pc/5xQA3mjn3p3+elJ/npTATml5o7/wD1qPx/SgA59aT5qX/PSjPv+lACfNR83vS5Pr+lGeaQ Cc+hpcn0oz/nFGaYCZPpRk+n6Uuf84ozzQAnPpRS5ooAT8DRz6GlyaOaBCZ9qOaOcUUDDmjmij8K BBk0HNGaKBhz/k0f560c0ZNABzRz/k0UUAHP+TRz6/rRRQIOfX9aTn1paKBifNRz60tGaADn1owa M0UCD8aPxoo4xQAlFL9KM0hic0c+tLRxTEJz60fN60uRRx60AJz60vNHFLx70DE59aOfWl+X3o4o Abz6mjJ96dx60cUCG5PvRk+9P49aOPU0AMyaXn0pePWjj1oGNyfSjJPan8UmRQIbk+lHPpTsijNA DefQ0vNLmjd/nFAxOfSk/Cnbvf8ASjI9aAG0fhT93vRuFADPwpcml3Ubv84oASil3UbqAE/z1o/z 1pd1G6gBPw/Wj8P1pd30o3GgBOPSj8P1pc5pN1AB/nrR/nrRmjNAB/nrRjNGaMn0oAMf5zRRmjJo EFGKMmjcaBhRijmigAwKMUUfjQAYoo/Gj8aBB3ooo/GgAoo70tAxKKPxo/GgQUZox70Y96AD86Pz pfxpPxoGH50Zo/OigAz9aPpmj8aOKBB+Booo/GgBfzpPzoo/H9KBh370fnS/jR+NACUv50lH+elA BzRzRR/npQAc+tHNH+elH+elAg5owaO1GP8AOKBhg0Yoo/H9KADFLik/H9KSgQu2jbR+NGOKBhg0 bTRjijAoANtGDijFGKADBpdppMUY96BC7TRijHvRj3pDDFGKNvvRtHrQAY+lGDRj3pdvvTEJijFG B60uB60DEpcUYHrRgev60AGKDRgetGPegQYxSUuPejHv+tACUueP/r0Y96T8aBi59v1pPw/Wj8aM e9Ag/wA9aXmjH+c0flQAmB60YHrRj3P5UYPvQAuB60YHrSY+v5UY+tAxeKTj2o/OjFAg49aOPajF GKADj25o49qMH/IoxQAce1Lx7fnTcH1o5oGO49qOPam8+tHP+RQIdx7fnRxTcHpS4PrQAvHoPzo4 9qb+J/Kj/PSgB3HtRx7fnTcH3ox7mgY7A9vzpMD2/OkwaMUgFwPQfnRge3503FLimA7A9vzo49vz puKMcUCHce350nHtSY9jRj2P5UALx6Cj8BSY9jRj2NAxfwFJ+Aox9aXb2oEGPYUY9lpMCjH1oAXH 0ox9KTH1/KjA96Bi4+lGPakx9aMfWgBfwFH5UmPejaPWkAv5UY+lJgetGPemIMfSlx9KTA9aMD1o GL+Io/GkwKMCgBcmkowPWjA9aACl5pMDHWjjtQAvPrSZPrRx60YFAC7vejPvRik2j1oAXJoyaTA9 aMD1pCFycUc+v60mB60YFMYuT/k0ZPr+tJj3oxQIXJoyfWkx9aMD3oGLk+tGfek496MCgBcn/Joy f8mkxRtFAC5P+TRk/wCTSYFGPagBcn/Joz/nNJj2ox7UALn/ADmk3f5zQPpR+BoAXP8AnNG7/OaT v0oxQIXcaTcaMUYNAxd1G6kwaMGgBc0Z9qTBoxQIXJoz7UlJQA7PtRu9qSkoGLn2/WjI9KSigBcj 0pcjPSmiikA7I9KMj0pv40uKYBn2/WjI9KKKBBn2pfwpM0Z96Bi0cU3NH40CHce9FN/Glx70DFoz SfjRj3oAWikx70Y96AFox/nNJj3ox70CFx/nNH+etJj3owPWkAv4/rRmkx70Y96YxePX9aMj1pMe hox70ALx60mfejb70YoELx60fjSY96NvuKAF/Gj8aTB9RRj3FAC/jRn3pMe4owfUUhi596M+9JtN G2mAufejPvSbT7UbT60ALu96TPvRto20ALk+tJn3oxRtoAXNG73/AFpMUm2gB2fc0ZFJj2/WjFAg 3D1NGfejFGBQAZ9zS5pNtG2gYu6kyKNtG2gAyPej8/zowaMUAH50fnRijFABn3P50Z+v50YoxQAZ Hv8AnRkep/OjFGKADI9/zo49T+dGPajb7UCD8T+dH4/rRijFAw59/wA6KKKAF/z1pPx/WiikIX8a T8aKMD0pjFo/GjA9KMD3oEH40fjScUYoAXijv1pMDNFADvxFH4im0ZFIY78RR+NN4o4piHfjRn3F N4o4oGP/ABFJn3H5U3ijj1oAd+X5UfiPypOPWjA9aAFz7j8qM+4pvFLx60AL+NH5U3j1oyPWgQ78 vypabketGRQMdmkz7fpScUnvQA7P0/Kkz9PypMDNLigA/Kl/KkwPX9KKAD8qX8KT8aTr3pAL+VH5 flSUYpgOo/KkoxQAfl+VH5UuKTB9aQg/Kkx9PypcGjBpjEx9Pyo/KlxRigQlH5UuDnpRg+lAxMe9 GPel59KSgQUUvNJzQMP89KPx/SjBowfegQfj+lHNGD70uDSGJRzRg+tGPemADNHNFGTQAuTRSc0c +lIBeaO9J+FHemAUuaSigBcmjJpKKAF3GjJpMCjtQIXJ9KXn/JpPwoz9aBi/h+tGT6UnbvRx70AL z6frR+Apv50Y+tAh2T6Cjn0FNx9aX86Bi5PoKMn2pPzpMUCHZPtRz7UnFJxQMdz6CjJ9BTaKAHZP tRn6UgooAXP0oyfakwKMCkAv5UZ+lJj3oxTAXJ9qM+wo/GkoAXj0NHFJj/aP5Uf8CP5UALx70nFG Pc/lR+J/KgA4xRmj8T+VGPc/lQAZoyaOfU/lR+J/KgQc+9Jk0v4/pS/j+lAxMmk3Gl/E/lR+J/Kg QbjRuNH4n8qM+5/KgYbjRu96Px/SjPvQIN1G6jPvRn3/AEoANxo3GjPv+lGeev6UDDcaNxoz7/pR kev6UAG40bzRkev6UfjQAbjRuPpRxRketABuo3GjPvR+NACbj70uTRn3o/GgA3H3oyaKPxNABk+9 GTnvR+NH4mgQmT70ZPqaX8TR9M0AJn3NGfelz9fzo/GgYmfc0v50ZPrR+NABRzRk+tGfegBOc0uT Rn/apM+9AgyaMmj8aPxoGGTRk+tGRRx6mgA/EUZNGaPfNABk0ZNL+NGfegQnNJzTvxNH40DG80ZN Oz70UAN5oyadmjI9aAE/GinZ9/0oz7/pQIb3o5pc+/6UZ/zigYmaM0ufcflSZ57flQAf560Zo/z0 pfx/SgBOaMn/ACaX8vyo/H9KAEzRn/OaXH+cUY/zikITP1/OjJ96XB/yKMcf/WpjEzR+H60uD6/p Rg+v6UhCZ+tGfrS4PrRtP96mMT86PzpcE/xUbfegBM/Winbfejb70CG0v50bfejbnvQMOaM0bfej afWgAz9aM0bT60m0+tAC5PvRk+9JtPqaNpoAXJ96TJ96XafWk2n1oAMn3pcn3o2+9Gz3NABk+tGT 6mk2n1o2n1oAOfWjn1owaMH1oEH40c0YPrRg0gD8TR+JowaXHvTGJ+dHfqaXFGD7UAJn3NL+NGD7 UmPpQAUfjRz7UYoAKKOfUUc+1ABnmjNH4il59vyoEJmj8/zo59qXn1FAxPwo59KXHuKMe9ACfgaP wNLj3FGPf9KAE/A0D6Uv4/pR+NACfh+tH4UuD60YPrQITj0o49D+dLg+tL+NAxuR6GjPtTsH1owf WgQ3PtRn2p3PrRz60DEz7UfhRz60vPqaBDc+1Gfal59TRz6mgYmT6Ubj6U7n1pOe1AhMn0NGfb9a XDUYagBPwNGaXBo5oGFGTRzRzQAnNFLzRz60CEz9KMj2pTmjn0oGHHtR/nrRz6Uc+lIAx/nNH0x+ dGD6Uc0wD8vzox/nNGD7UYPtQAYo/wA9aMGkwf8AJoAXj/JowP8AJpMGjBoAXA/yaMD/ACaTB9KX BpAGB7fnRgf5NJtowfamIXA/yaMD/JoxRikMMD/Jo2j/ACaMUYpgG0f5NJtHr+tL+FFACYH+TRge v60UUAGB6/rRgev60tGKBCYHrRgev60tFAwwM9aTFFGPegBccdaO9J+JowfWgQfjS8UnPrR+JoGL x60fjSfiaOfU0AH40v4mkyfU0Z9zQAfiaPxoyfU0fjQAvNGfekz70c+tAC0UmT60Z9zQIKPxoyfW jJ9aAFx70UmfejJ9aBi/jRSc+tHPrQAtGKTn1o59aAFwaMGkx70YPr+tIQuDmjaaTB9f1o5/yaYx cH/JowaTB9f1o/z1oELto28UnNFAxdpo2mkxR+dAhdpo2mkwfejH1oANpo2n0o596PxNAw2ml2mk /Oj8TQAbTS7TSfiaPxNAhdpo2mk/E0fiaBi7Wo2mk/Gj8TQIXaaNppPxNH40ALtajafak/E/lRx6 n8qAHbW9qMH1FN49/wAqOPU0AOwfUUYPtTfx/Sj/AD0oAdg0YPqKb+P6UfjQMdz60YNNox70CFwf Wl5x1ptH40DFyfWjmj8f0o/GgQvNHNGfekz7/pQAvNHNH40lAxeaKMe9GKADmjmjApcUAJzRzS0Y oENop+D6mjB9W/OgYz8KKdg+powfegQyl/CnYPoaMUDG59qXPtS4PvRz6GgQ3PtRmnYPoaTn0NAC ZPpRn2peaOfegYmaMil596PzoAbkUZWndu9HNAhvFLx6UvPvRz70AJxScU7P1o/OgYnFJTvzpPzo EJRS8+9J+BoAKKXHtSfnSGFFFH4GmAUUfgaPwoEFGCaPwooAMGjmjmjn3oGHNJ+NOwfejn1NAhv+ elLzRg+9GD60AJR+NLg4o5oGJ+NFLg0YPrQAUUc+tGD60AHNFGDRg+tIAozRhqMNQAZ9qM+1GDS4 PpTEJn2oz7UuD6UmKBhnnpS59qSl59qQCZ9v1pcj0/Wjn2pOfamAufakyPSl59qTmgQu4en60bva k59qPwFAxcj0oz7Uc+gpPwFAhcj+7Rn/AGaOfQUc+g/KgYcelHH900c+n6Uc+n6UAH/ATRx/dNHP pRz6fpQAf8BNH/ATRz6UYPpQIP8AgJo/A0c+n6Uc+lAw/wCAmj/gJo59KOf8igQfgaP+Amj8KMn0 /SgYc/3TRg/3TRn2o5oEHPoaOfRqMn/Io5oAPwakx/sml5oy1AxPwNLj2aky2aX5qADHsaMexo5o yfWgBNvsaMexpcmjmgBMexo/A0vNHzetACfgaPwNLz6ijmgQfgfyo/A0c+tHPrQAn4Gj8DS/iKOR 3oGJ+Bpfwo59RRz60AH4UfhRzR+VAB+FHfoaPyooEGfajPtRR+VABn2oz7UY+lGDQAmfajj0pcfS jH0oGHHpRkelGKMfSgAz7UZ9qXH0pMe1AB+FHHpR+VH4UCDj0o/Cj8BRjntQMPwo/Cj8KPwoEH4U fhRRQMPwo/CjNGaBB+FH4UflR+VAB+FL+FJ+NH5UAHHYGj8DQfwoz9KAF49KT8KM/SjJ9qAD8KX8 KTd9KN30oGLx6GjI9DSbvpRuoAX8DR+BpN1G7/OKBC/gaKN1JuNAxec96PwNJuOKN1AhfwNGfY/l SZ96TJ9aBjuc9D+VL+BpuT60ZNAC/gaXn3pu6jdQIX86OfekzRk+tIYvPvRz6Gk5oyaYhefQ0ZPp SZNGTQMMn3o5oyfSjJ70AFHPajn0o596ADJ9aMn3o5o5oEGT70ZNHNGD60AGTRzRg+tGD60AJk0v NGDmjB9aADJo5o5o5oGHNLRzSc0AFFLRQITNGaKOaADPtRn2pOaOaAFzzSZ9qMmjPtQMKM0Z9qM+ 1ABn2pc0mfajPtSAKX8KTNFMA5o5/wAiijIoEHNFFJQMXn/Io5pPzpePegQYNGDR+BoB+tABzRzR +dFABzRzRx70ce9AwGaMmjj3o7d6AEyfejJpfzox9aAEyaXJoxzS4+tAhMn1oyfWjH1pcc96Bic0 ZNLijH1oATJopce5pcUCG8+tGadijH1pDG596M+9Ox9aKYhN1GaX8aKAEz7UZpaOKBiZpc0v5UYH rQIbml3Cl4pMD2oAM0ZFHHtRx6Uhhmk3UvHoKMD0FMQZFJmncZ6Cjj0FAxtLRkelLx6UAJR+VLx6 UcY6UCEzRmlwPajA9BQMSj/PSl49BRgegoAT/PSj8f0pePajj0FAgx/nFH+elGBRgelAxMHHX9KW lwPSkwPSgA/z0o/H9KMe1GKBC7hSZHrSZPt+VGT7flQA7I9aTI9aTJ9vyoyfb8qAHZFHHrTdx9vy o3H2oAdx60cetNz9KM+4oAXIopMn1FHPtQMdx7flSfl+VN59RS/iKBC/l+VJ+X5Uc+oo/KgA/D9K M+wo/Kj8qADPsKTPsKXH0owcdqBhn2H5UmfpS8+1Lg+1AhM/5xSZ/wA4pcH2pcHHagBuf84pM8f/ AFqdg+1Lg+goGNz/AJxRk/5FOwfSkwfSgBMn2/KjP+cUuD6UYPp+tACZ+n5Umf8AOKdtPp+tGD/k 0CEz9PypM/5xTsGjB9KAG5/zijJ9qdtb0ow1AxuT7flRk07B9KMH0oAbk0Z96dg+lG0+lADc0Zp2 G9KMN6UCG7qN3vTsH0o59KBiZ96M0uD6UYb0FAhN3v8ApRn3/Slw3pSYb0oAM+/6Ubvf9KPmHaj5 v7tAw3UZ/wA4o+b0oy3pQIM+/wClGfpR81HzUAGeO35UflR81HzUDD8qMfT8qOaOaAD8qPyo5o5o EJ+VHPtS80UDDn2ozz0FFJQAc47Uc+1Lj/OaMGkIT8qKXmimMSjn1FLRz6UAJg+1HPtS4NGDQAn5 UfiKMHNGDQAfiKPyowaMGgA79aT8aXBowaBCY96O/WlwaMGgYn40v4ijBowfSgA/EUfjRg+lLg+l ACZozRg+lGD6CgAzR+NGD6ClwfagBKM+9Lg0Yb2oATv1o696XDe1Hze1AB+NH40YPtRz7UAHPrRn 3pcN7UmD7UCDPvRml2t7UYPtQMTiijaaMGgQUUYalwf8igYnFFLg0YNACcUUu00bTQAlFLtNG2gB KPwo2+9G33oEFFLt96THvQAlFLt96NvvQMTBowaXb70bfegAwaTBpdvvRt96QhOaMGjb70u33pjE 5owfWl2+5/Kjbx1/SgQmD60YPtS49/0pMUDDB9qMH1FL/npSY96ADB9RRg+opce9GPegBMH1FLg+ tJj3ox70ALg+tGD6ikx7ilx70AHPrSc+tH5UvfqKBCc+oo59RR+IpefUUDDB9RRg46ijn1o/GgQY Pt+VGD6ijmigYvbqKSloyaBCfjR+IpcmkzQAfjR+Ioyf8ijJ9P0oAMfT8qPxH5UZ9qP89KAD8vyo /Kj8qPyoGJ+I/KlozRzn/wCtQIKPyo5/yKKBhmikzRn6UgFyP8ikzRn6UZpgLRRmkoAKX8aOKT8a AF/GikooEL+NJRkUcetAwzS7qTj2o/KgQuaM0mfpR+VAC596KTj2pfxFAwzRSYHqKPxFAC5oo4z1 FHH94UAFFHf7wox7igQZoo49RRj/AGhQMKM0Y9xRt/2hQAufakzRj3FLj/aoEHNJmlx70mD6/pQM M0ZowfWkwfUUALn2pM0uDRg+tAg3UbvajBowaAEzRupcH1FGGpDEzRml+b2o59aYCdqM0vPrRz6/ pQAmTRml59aOaBBn3oz70c0c0AJn3oz7il5pOaAFz7ij8RSc0c0ALmjP0oyaTJ/yKAFz7ijPvSc0 ZoAXNFJz/kUZNAC0UmTS596Bif56Uv4fpRn3oz70CD8P0ooz70fjQMP89KP89KM/7VKD70AJg/5F GD6fpS596M/7VAhPw/Sl/D9KP+BUf8CoAT8P0pfw/Sj8TR+JoAPw/Skx7fpTvxo49TQAmD6fpRtP 92l9smj/AIFQAmD6UYPpS/8AAjRj3P50DEwfSjnPSl/E0Y9zQA3n0owadj60Y46mgQmDRg0uPc0Y +tACYNGGpcfWjH1oGJzSfNT8fWkx9aAE79KPwo/EUflQIKP89KPyo/KgA/z0o/AflR+VHHt+VAw/ L8qOKOvpR+X5UAHHpRx6Cjj1FHHtQIOKOP8AIo49RScUAL/npR3pO1GaAF/Cjik/CjmgYvFHFJRk 0CDj0o4x0pM0Zz2oGLx6UUUUCD8KPwo5o5oAKKMmjJ9KBhRRk0ZPpQAlFLz6Uc0CE59KOaOaMmgA wfSjBoyaXmgYmDRg0vPpRzQAc0c+lHNHPpQAc0c+lHzUvNACc/5NHNLzRg0AJzRRg0YPrQAnOO1G fpS4PrRg+tACZopcH1owfWgQmTilz70bfejbQAfjRmlx70m33oGGfcUZ9/0o2+9G33oEGfekz7il 2+9G33oATPHWlz70baNtAxMj1H5UuR6j8qNtG2gBMj1/SlyPWjFJj60ALkUmRRijFABxRn/OKMH0 o2mgAz/nFH4/pRijFABx/kUZFGKPwoELxRSf560fh+tAC/jR+NJn/OaXNIAoz7UmTRmmAUtJmjJp DD8BR+FGfb9aMn0pgGfajPtS5PpRn2oEJn2oz7UuaMn1oGGfakz7UuT6ijn1FAhPwoyPSlz70n4i gYZFGRRz6il69xQITNFL+IpMf7QoGFH40uPcUf8AAhQAn50UfiKXH+0KAEopcf7VGD/eFACUcUu0 +oo2/wC1QIbgUfnTtv8AtUYH96gBOPU0cetLt/2qNv8AtUDE49aKXH+1Rj/apAJ260v40Y/2qMc/ epiDj1o49aNv+1Rg/wB6gYcetJ+NLj/aFGP9oUCE/GinY9xSY96ADiilx7ikx/tCgAo4pce4pMH1 FAwpeKOfUUY9xQITj0o4FLz6ij8RQAmRmjIz2pcH1FH5UDE49KTj0FL+VH5flSATj0pcj0oz9Pyp c+4piEyPSjI9KXP0/KjP0oGJx6UcelL+X5UZ57flQAnHpScelLn6flS5Pt+VACcZ6Uny+lOz7ijP uKAG/L6Uvy+lLn3FGfp+VACfL6UfL6UufpRn6UCE+X0o+X0oz9Pyoz9KBhlaT5fSlyfb8qMn2oEG V96Mr70ZOe1Gfp+VAxMr/k0ZFLn/ADijP0oEHFGRRn3FGfpQAcf5NGR/k0flR+VAxcj1/Wj8f1pM 0tAhPx/WjPHX9aWj8BQAmfejPvRRz7UAH4/rR+P60flR+VAxfx/WjPv+tJ+VH5UCD8f1oyf7360f lRx7UDDJ9f1pc57/AK0mOO1Lge1ACZ9/1oz7/rS8eopOPUUCDPv+tGff9aOPUUceooGLk46/rSZ9 /wBaOPUUceooAXJ9R+dGfcUnHqKOPUUALn3oz703j1FHHrQA7cKM8dab+P6UufegQufekz7ikz7j 8qM+/wClAxc+4oyPWkz7j8qPxFAC5560uR603Ix1FH5UALx60Zoz9KKAFz9KSik/GgBc0Zo/GjNA gz9KM/SjP0oz9KBhn2FGfpRn3FJk+1Ahd3sKM+woyfajJ9qBi59hSZ9hRk0ZNAhc+woz7CkyfajJ 9qBi59hRk+lG4+1G4+1AhPwoyfSjJ9RS5PtQAmTRk+1Lz7Un5UAGTRz7UflR+VAw5oo/Kl/GgA5o yaPxo59f0oEGTntRzSc+oo59RQAtFJz6il59aACijmjmgA60v+etJz60fU0DClpM+9H50ALzSc0f iaT8TQIXn1o59f1opPxoGO59f1o59f1pufelz7mgBcH+9Rg/3v1pKT86BDhn+9Rz603I96KBjsn1 oyfWm59KKBD8n1/WjJ9abk+/5UZPv+VADufWkyfUUZz/APqpP89KAF59qPyo/H9KTn/IoAOaMt7U uFowvpQA3LUuWo2r6UYHpQMMt60ZNLtX0FJgf3RQIMmjJowP7oowP7ooAMn1pMn1pcD+7S8f3RQM Tn1FJlvWl4x90Ucf3f0oAT5qOaXj+6Pyo4/uj8qBCYNHNLx6Cjj0FACc/wCTRz/k0v4Cj/gI/KgB Of8AJo+b1/Wl/wCA/pR+A/KgA5/yaPm/yaOfQflR+A/KgBPmo5/yaX8B+VH4fpQAnPtS80f8BH5U c/3R+VAw5o5z/wDXo59B+VHPp+lAg5o5z2pPm/u/pS8+n6UAHPpR+Ao59P0o564oAPwFHPoKOf8A Io59P0oGHPoKOfQUuD6fpRg+lAhMn+6KPwFLg0YNACfgKPwFLg0YNAxMn0FGfYUuDRhqBCZ9hSbu egpcGjBoGJuPoKMn0FLijHNACbvYUufYUYNGD7UCDJ9BRn2FGD7UYNAwyfakz7ClwfajB9qAEz64 oz9KXB9vzo59qAEz9KM/SlwfSjn2oATJ9qM0vPtRz7UANzRmnYPtRz6CkA3PtRn6UvPtRz7UwEBo pefaj8qAEoz7Uv5UflQAlFL+Ao/KgQnGaPwpc/Sj8qBiYHtRil/Kjn2oATA9qKXmjmgQlFLzS80h jeKOPSlo5pgJ+FH4U6jvQAn4Ufhml/Gjv1/SgBPwo/Clx7/pRgf5FAhPwo49KXjP/wBajA/yKBic elGR6ClwP8ijj/IoAT8BS59qOPX9KOPX9KAEz7Cjv0FLgeo/Kjj2/KgBM+woz7UvH+RRx/kUAJz6 Uv4Ucf5FHFAgz7UZ9qPl9qMD/IoAMn0pM+1GB7flRgf5FABn2o3e1HH+RRx7flQAbv8AZpN3+zS8 e35UYHp+lAxM+1Lk/wB2jA9vyo49BQIMn+6KMn+7Rge1HHoKADJ/uijPtRgeg/Kjj2/KgYmfajd/ s07A9qTA9qBCZ/2aM8fdpfyox9KBiZ/2aPwpfyox9KAE/Cj8KXH0pcfSgBPwpPwp2KTH0oEJ+FH4 U7b9KTH0oGJx/do/CnY+lJigQmfajv0pcUuKBjc0fgKdgelGB6UANo/ClwPSjA9KBCfhR+FOwPQU YHoKQDfwop3HoKMCmMbRml49KXj0oAbmjNOwvpRxQIbRTsCjAoASjJowKMCgYc0maXApMCgQuTRk 0YFGBQMMn0oyfSk4pcCgAyaMn0pOM96MCgBeaPm9KTAowKAF59KOaTA9aMD1oEO5owaTA9aOPWgY vzelJz6Ucf3qOPWgQc0c0YHrRgetAw5o5owPWlwP71AhMH0o59KML60YHrQAc0c5o49aMD1oGGDm kwaXAoxSATmjBNLgUUxCYNHNLxS8YoAbg0YNOpKBhz60Y96X8KT8KAD8aPxpfyooATj1owPU0v4U fhQITj1o49T+VLn2/Sk/D9KBhx7/AJUcUc+lH4UAHHvR+dH4UmPagQvGO9LgUmPb9KMe36UDFwKO Kbj2ox7UCF4oOKTHtRg+lABx/kUvH+RRt9qTHtQMXj0/SjikxRtoAdxRxSY/zik20AOyP8ijim7a Xb70hBxRxQBRj3pgHFHFG2l20DE4o4o20uygA4xRxijaKNtAg49qOKNoo2igA4ooxRj2oGH5UflR g0YoEHHqPzo49qMUmPpQAtHHrRj6UflQAlLj3o/Kk/KgBaKTn2o/AUALRSflS/gKADj/ACaKT8BS /gKADFGB/k0Z9hR+AoAMD0owKMn0FHPoPyoGL+Box7UnXsKM+woEH4UuKTPsPyoz7D8qAFwPejAp M+36UZ7YoAXAowKTNL+H6UAJx70vFFLQMMn0H5UfN6D8qbu9xRu91oEOy2eg/KjJ9B+VN3f7tG73 WgY7J9B+VJk+g/Kkz7rRu91oAXJ9B+VLk+g/Km5H+zRu5/hoAdk46D8qMn0H5Uzd/u0obn+GgB2T 6D8qTJ9B+VJu+lG7/doELk+g/Kkyfb8qN3+7Rn6UAHPoPyo59vyoyPajP0oAOfb8qMn/ACKN30oz 9KBi5P8AkUmT6CjP0ozz2oELk+n6UZPpSZHbFGeO1AC5OKMmm5+lGfpSAdz/AJFLk+/5U3P0o/Km A7n/ACKTJ9/ypO1JzQA7P1/KjJ96SigBcn3o596SigBcn3o59T+VJRzQMOfU0ZPrRzRzQAZPrSc+ tLR/npQITJpcmkxS80AGTRk0lFAxcn3oyaTmjmgBcmjJpM0ZoELk0ZNFJQMMmjJNHNFABk0ZNH4U ufagQmTRk+1LmjigYmT7UvPtRx6UnHpQIMn2oyfal49KMj0oATJ9aMmjijj0oGGTRk0celHH92gQ c0UcelHHpQMMmjPtRx6CjI9KBB+Bo596OP7o/Ol4/uj86Bic+9HPvS8f3RR/wGgA5pOaX8BS8f3a QhuTR81O4/u0cf3aYxuWoy3+RS8f3RRgdNooEJlqMtTv+A0n4frQAmTSZNO/D9aOPQfnQMblqXLU vfoPzpMew/OgQmWoy1Lgeg/Oj8vzoGJuajJpePb86OPQfnQAmTRk0v4D86OPQfnQAmTRk+lL+X50 flQAmTRk0uPYUY+n50AJuPtRk0vHtSflQAZPtRk+1GOe350Y+n50AGT7UbjR+X50fl+dABuNGTnt Rj6fnRge1Ag3HFG40flR+X50AG40uT/k0n5fnR24x+dAwyaMmjj1FH5UALk0ZNJx7fnRx7UhASfe jJ96Pyo7dqYwyfejn3paKBCc+9LRx0xR+FACc0c0uaM0DE+al596KSgQfN70fNRS96AD5vWk+b1p eKOM9qBic+po5pfx/Wjj1FACc+9Hze9HFHH+TQIOaOaP89aP89aBi80mDS/560f560CEwaMGl49v zo/z1oGJg4owaXik4/yaBBRg+go/D9aXj/JoGJg+1HPtRx/k0v8AnrQAnPtRz7UvH+TSceo/OkIO fajn2o/EfnR+X50xhz7fnRk/5NL+I/Okx7igA/AfnRn2H50Y9x+dLj3H50CE/D9aPw/Wlx9Pzo/L 86AEzRn2/Wl/L86Py/OgBOfT9aPwpcfT86MfT86AEz7Cl/Klx9Pzo/KgY3NH4U6igBvNH4UtHFAB +Ao/Cj8qM/SgA59BRz6UZ+lGT7UAHPpRz6UvPtSflQIOfSjPtRz7UUgDJ9P0oyf7tLSUxhz/AHaM n+7RS8e1AhMn+7Sc/wB2nUe9ACc/3aOfSlpKAE5/uijn0FLRxQAmT6fpRk+n6UtFAxMn0/SjJx0/ SnfjScetAhMn0/Sjn0pePWjPvQAnPpRz6UfjR+IoAOaOaOPUUfiKQBz70c/5FH/AhRj3H50xhzRz 70Y9xRj3FIQZPvRz70Y9xS49xTATn3o5pfxFHfqKAE5o5oz7ijnrkUALzSc+9KM+oo59aBhz6UnN Lz60nPrQAvNJz70tGeOtABz70c+9GaM0CFwfekwc0Z96M/SgYv1pKM/SjJoELzSc0v5Un4UAGTRk 0vHtRn6flQMOaTPP/wBajPH/ANajI9KBC5+n5UZ/zikz7UZHoKBi5/zijNJkegpcjPQUAH5flRz/ AJFG6jP0oAOfb8qKMj0oyPQUCDP+cUZ/zijI9BRkegoAKM+/6UZ74FGR6UAGTRRn2FGfYUAHNFGe Ogo/CgA/z0o5o/Cl/AUAJk0ZNL+Ao/CgA/Gj8TR+FLQMTn1P5UvPv+VHPt+dGT7UCE59TRz60uT7 fnRk+1AB360uR6038qOPagY7P+c0Z9x+dN/AUfgKBDs+4/OjJ9RTcfSkx9KAHfjR+NN/Kjj2oAd+ NH+etNx9KPwFAx2PcUfjTfypPwoEP/Kj8vzpn+elH4CgB+eOoo49qb+H6Umfb9KBj+KOPamZP+RS 89v5UCHcUcdcUzn0pQT7UDHce1HHpTMn/IpcmgB3FJxSZNJz6UCHce1HHtSc56Uc+lAxePak49qM +1Jk+lAC8e1GB7UnNHOKBC4HtR+VJk0ZNAC4HtRge1Jk0c+lIYvHtR+VJk+lGW9KYhcijj1pMmjJ oGLx6ij8aTJoyaBC8eoowOmaOcUc0AH40Y96Tml5oGHfrSfjS5PpRmgQn40v40ZpM+1Axfx/Sj8a TNGTQIOfWl59TSZPrRz60AHNHPqaOaOaBi8+po59aTmjmkAvPrR+NJz70nNMQ7mjn1pKPzoGLzSc 0lFAh2D70mKSigYvNL9P503tR+NAheaXmm0UDF5o5pKM0ALz7Uc0mTRQIXml5pvNGD60ALzRzSc+ tHNAxcGjB9aTn1o5oELz60vNJk0mTQA7n1o59abzS5oGHPrRz60maXI9qADn1pOfWlzz2oz9PyoE HPrRz60Z9hR+ApAJj3owfU0v5UZ9hTATB9TRzS59hRn2H5UDE5opc+w/KjJ9BQAlGDS59hRn6UAJ iil/Kj8B+VAhKKXj0FGB6CkA2l4pePSk4/u0xhRRkegoyPQUAGaM+360ZHoKPwFAg/z1oo/AUflQ MKM+360ce1H5UgDI9KXI9KT8BR+FMQv4UZ9qT8KX8KADPtRn2pM+1GfagYufYUZ9hSZ9qKAFz9KM 0lFAhc8Uuab+FHagYufpS5+lN7dKCfagB2fpRz7U38KM+1ADsn1H5UZPt+VN/CjPtQAuT7flS5Pt +VNz/nFGR6fpQAvOe35UufcflTfwo/CgQ78R+VJ+X5UfhSfhQMX8vyo/L8qPw/Sk/CgBcfT8qPy/ Kj8KM/7P6UCD8vyo59vyo/D9KM+1Aw/EflR+X5Uv4Un4UAHHqPyo49vyo49KPw/SgA49vyo/Kjn0 /Sjn0/SgBPbj8qPyo59KXn+7QAZ+lJ+VLz/do5/u0AJ+VL+Io/4DRz/doAM/SkyPSl5/u0vP92gB uaM07n0o5/u0AJSfgKdz/do+b+7QAn5Un4Cnc4+7Rz/dFACflRn2FLz/AHRRz/dFACZ9hRn2FLg/ 3RRz/dFACZ9qM0vPoKOfQUAJn2FGfYUuD6CjB9BQITPsKM+1GD6UuG9KBiZ9qM0uDjp+tHNAgyfa jP8AnFFGPagYZ+lGfpR+FFABnikz7UtGKAEJpaO9GKQhOtL/AJ6UYoxTGFFG0UY9qACk/GlxRj/O KADPvRkUbf8AOKNtAgyPb8qXP0pNo/yKNo70ALnnrRn6Um0UbR60DFyPajPuKTaM/wD1qNo96AF/ Kj8qTH1/KjA9/wAqBC/iKM+4owP8ikwP8igY78qM/Sm4H+RRgH/9VAhe/UUUmP8AOKXH+cUAJijv 1pf89KOPT9KAE49aXHvR+H6Ufh+lABRRj2/Sj8P0oAPxFHHrR+H6UY9v0oGHbrR+NLj/ADijB/yK BCfjSflTsH/IpMHNAB+VJSkGlwaBjfyoxS4PoaMH0NACYHtRS4Pp+lGD6fpQIT8aO3Wlwc9P0o5o AT8aKXFG00AJxRxSlfekwf8AIoGHFHHpS7TS7TQIbS0u2jbQMPyo/AUbaNhoAPypM0u0+tG00CEz 9KM/Sl2n1o2nHWgAzRk0baNpoAMmjJoxRg0DDH0oxRz/AHjS8+poEJt+lGKOfU0vP940AJj6fnR+ FLg/3jRz/eNACY/zmkx7frS8/wB40c/3zQAmPYUY9v1p3/AjRz/eNADefQUuPYUvP940f8CNADce 1GPpS8/3jR/wI0DG/lRj3p3/AAI0f8CNAhMe9Jtp3P8AeNHPqaAG4pcUv4mj8TQAmKMGl79TRn3o ATFGKM+5pc+5oGJj3ox70ufc0ZHqaBCY96MD1pc+5pMj1NABijA9aOPU0fiaAEx70uPej86PxNAC Y96XH+1R+dH50AJj/aox70v50n4GgA/Gjj+9R+BpPzoGLgetGPej8DSfnQIX8aMe9Jj60uPrQMMe 9FH50lAhaPxpM+5ozQMWj8aTPuaTPuaBDvxo/Gm/iaX8TQAUfjSfiaPxNAB+NL+NJ+Jo59aAF/Gi jPHWjJ9TQAmKWjPPU0Z9zQMMe9GPekz7ml49TQAY96Me9J+Jo/E0CFx70fjSdupo/E0ALjnrS496 bn3oz9aBjvxpPxpM+5pc+5oAMe9HHrRu9zSZ9zQAuB60mB60Z9zRn3P50ALjHegikz7n86XJ9T+d AhMUuKM/X86Mn1P50AJilo/P86M8d/zoAP8APSk/OlyfU/nRn60AJ+f5UfnS7vr+dJn3P50DCij8 /wA6Pz/OgQvFHHvSfnS/nQMPzo/Oj86T86BC/hScUufrRn60AJke9HFLn3NJn60DDj3pcCj8TR+N ACcUYFL+Jo/E0AJx60cetLn3NGfc0hCfnS8UfnRxTAOKMijj3o4oAMj1o49aOKOPWkAnHrRx60vG aOPegYnHrS8etHFHFMQcetHFHFHHvQAcUcetHHvR+JoGH40n4ml7daX8aAG96KdmjNADcUYNLmjJ oATBowfSl5o5oATBox7fpS80c0AGD6fpRz6UZOaBmgAw3p+lGD6UmTRk0CF59P0pOfSj8KPwoGLg +g/KjB9P0pPwo49KAHYPpRg+lN/CigQ7B9P0owfQU3FLQMXB9BRg+gptFAh3zen6Uc0lFAxcN6Uc +lN4opCHYPpR83pTaOKYDufSjn0puBRxQMfzSc03j3peKAFy1GWpvy0cUAOyaMtSZFHH50CF+ajJ pOKOPegB3NJk+tJx70cetAC5b1oyfWkwPejj1NAxcn1oyfWk/E0n40CHZb1pMtRn3o/OgYZb1oy3 rSc570fnQAuT60ZNH50fiaAFyfWkyfWj8TR+JoELz60ZPrSfiaOfWgBSTSZNHbrR+NAwyaMn/Io/ Gl/GgBOaXmjmk/GgBeaOaTn1o/GgBeaOaT8aPxoELzRzR+NH40DDmjmk/GjP+cUAL81HPtRkf5FG f84oEHNLz7U3iigBcH1pcGm8f5FGRmkMdijBptHFMB3PtRz7U3FGB6UCHc+1HNN4o49KAHfNRz6U 38KOKAH8+lHPpTPzpfzoAdz6Uc+lM7d6PzoAfznpRz6CmfnR+dAD+fajn0pn50UAP5o+b0pv50n5 0AO+b0oy1N/Ol/GgA59KXmk/Gj8aBi80c0fjR+NAB+dLk+9JyO9L+NABzRmj8aM+9ABmjJ98UZ56 0Z96ADJ9aMmjPPWjP+0KADn1pcn1o5/vCjPvQIOfX9KPxo/EUuR6igBM9s0nPrTu3UUc+ooGNyfW lz/tUfiKXP0oAbuP96jn+9Ts/SjP0oENyfWj8adnjoKM/SgBo/3qPxp2fYUZ9hQAn40fjTs+wozz 0FADfxo5xS7s9hRu+lACcg//AFqMntS556LRn2FABg570mD70hz60YPrSAXafWjb70mDSYNMY7HH ekx/nFJhqMGgQ7FG0+ppuDRg+1AC7T6mjB9aTnHajn2oAXHvRj3pOfakwfagY7b3zRtNNwfajBoE O2mjBpuDRg0DHbT60bfem4NGDQA7H0o203mjH1oEO2+9Jj3pPzooAdj6UmPeko4oGLg+oopPxpKA F/EUv402igB340fjTcUvFABS02l4oAXmjmkooAOaKOM0UCCj8KKPzoGH50c+lH50Z+tAB370fnRn 2NGfakIO9HbvRkUZFMYd+9JRketGRQAUYoo/CgQYoozz0o7dKBhRj/OKWjPtQAUflR+dJ26GgAxR +VL+FGRQITH0o/Kl4oz7UAJ+VGPpS+2KPwoAT8RRj3FL+FGfagBPypcfSj8KSgA/EUY9xR+FFAwx 7ij8RRx6UcUAHPqKT8RRS8UAJ+I/Kl/Kjik4oAX8vyo/EUcUcehoEL+Ioo496MLQAUnPrS8UnFAw /H9KKOKOKBCY96X8f0o4o47UDDFLg/5FJxR+NAg5o59aPxo70DDBowcdf0opKBC8+tHPrSUUDFwa OfX9KSjFAC8/5FHP+RQB70Y96ADHv+lL/npSYNGDQAfj+lL+P6Um00baAD8aWk2mjac0AFGfpRtN G00CFzSUbTRtNABR+VG0+lGD6UDDP0oyfajafSjafSgBc+woz9KTafQ0bTjpQIXNJmjafSjb7UDF zRkUmPal2+1AhMij8KXHtRt9qAE/Cj8KXHtRg+lAxKKXB9KMH0oEFFGD6UmP9mgBaKTB9KPwoAPw pce1JjPajn0oGH4UfgaMH0pcH0oEJijFGD6Uc+lAwx7UYowR2o59KAFxRj60nPpRg0ALg0c0nPvR zSAMGjFHNGDTEGKMGjmigYYpefakx70YPqaBC80c0mD70c+9AxeaOaT86PegBeaOaKMGgQfN6UmT 6UuDRj3pAJk0ZNLj3pMe9MYZOKOc0Y96XBoATml5/wAijBooEJz6mjn3pcUUDEyfejJ9TS0UAJk+ po596Wjn/IoEJz70v50YNHNAB+dHPvRz/kUc/wCRQMOfU0c+po5/yKXn/IoENwfU0fiaXn0/Sjn0 /SgYY9zR+dHPp+lHPp+lAg59aMUvPp+lJg+n6UDE59aXHvRg+n6Uc+n6UCDHvRj3o59P0o59P0oG GKMUvP8Ad/Sjn0oEJRS/h+lH+elAxO3/ANejFH4D8qPwH5UgDHFFGfb9KM+wpiFoxSZPoKMn0pDF x9KKTn0FH4UxB+NFH4Cj8BQAf560Uc+go/AUAJijBpcH0FGOegoAMUYo59qMH2oGGKADRhvajB9q ADHNGM96Ofal59qBCYoxS8+1HPqKAExRtpefajn2/OgBNvNG2l5z2/Ojn2/OgYmKMUc+350uG9qB CYoxTsH2pOfagYmPcUbfenYPtRg+1AhuKMc9RTtp9qNp9qAG0U7b9KMH2oAb+VH5U7afajB9qAE/ Kilx7CjH0oAPxozRg+1GPpQAZ+lANGOO1GO/FAwz24o3D2owB6UY+lAgyPQUZHp+tL+VJ+VAwyPS jI9KPyo/AUAGR6frS5HpR+VH4CgQmRnofzpcj3/Ok49BS/gKADI9/wA6OM9/zoyPQUZ9hQAZHvRx 6GlyPQUZHtSAcV+n5UmOeo/Km/Umk59TTGPPXGR+VJ+P6U3n1NLz70CFx7/pRg/5FJz70ZPv+VAB g+v6UvPrTcn3oyff8qBjse9H403JHr+VHPvQId+NH403n3/Kjn/IoAd+NJ+NJz/kUc/5FAx3/AqT 8aTk+v5Uc/5FAhevcflRk+o/Kk5/yKOf8igBcn1H5UnPt+VJzR2/+tQMXP0/KjP+cUlGf84oEL/n pR/npSZH+RRmgAzx1H5Ufj+lHFH4GgBfy/Kj8vypOKOKAF/z0o/H9KTijigYuB/kUYH+RScZ60ce tAC49/0ox9PypOPWjjPUUCFwPX9KTA9vyo49aTj1FAC49x+VLj/OKbj3FGPcUDHY9x+VJj3H5Un4 ij8RQAuPf9KKT8RRj3FAC8e1J+VH4j9aMf7Q/WgA9/6UcetH4ilx/tCgBOKOPX9KMe4ox7igQcev 6Ucf5FGPcUv40AN/GinY96Me4oGNpePWjB9R+VGPcUCDIpOPWlx7j8qMHHX9KADNJketOwf8ijn2 /KgY3NGf84p3Pt+VHPt+VAhufejdTufb8qOf8igBufejccdaXBo/KgYm73o3H1p35UflQA3NGRTv yox9KBDc0f56UvNH40AJS0n40uKBhSUuKMe9AhKXNGBRj3oGFHFGB60Y4oEHFGaTHvS496ADNH5U YGetJgetAxeKOKTj1o49aAF4xRx/k0mB60YHrQIXI9vzoyP8mkwPWjj1oGLkf5NGR6frSY96Mcda AF49P1o49P1o/Gjj+8aBBx6frRx6frRx60f8CoAOOw/WjjHT9aMe9Jj3oGLken60ZHp+tJj3pcc9 aBBken60ZHp+tGD60YPr+lABuHp+tGR6UY96Me/6UAGR6UZHXFGD60c+v6UAGRjpRkelHPr+lGD6 /pQAZHpRkf3aMH1/SgD3/SgAyPSjcPSjB/vfpS4Pr+lACbh6UZHpRg/3v0owfX9KBhn2oz7UY9/0 owfWgQcZ6UcelGD/AHv0owfX9KADg9qOPSjB9aOfX9KBhxRkCkwfWjB9aAFyKMijB/yKMH/IpCDI oyKOfX9KOf8AIpjDijij8aPxoAOKX8abzRz60CFopOfWjn1oAXj1opOfX9KXB9aBh+NH40mD60uD /kUAL260nHr+tGD60mDjr+lADvx/WkPXr+tJg+tLz/kUCDj1/Wj8aOfWjn1/SgA/z1o4o5zRg/5F Awz7/rRu/wA5oxRigQbh60Zoo4/yKADcKMj/ACaOP8ijj1oAMijI/wAmjj1NHHqaADj0/WjI9P1o 49aOPWgYu72/Wk3e1J+J/Kl49f0pCDI9BS5HoKTj1o49aYxcijI9BScetHHrQAuR6CjPsKT8TR+N Ahcj0oz7Ckz70Z9zQMXIo4pM+5oyPU0CF4xRx6UmfrRn60ALkUuV9Kbn60nPqaAH5FJkU38aX86B i8UcU3n1NL+JoEO+X0/Sj5ab9M0c+9AC5HpRkf5FJz70c+9AC8UmR/kUYPvRg0DDIoyPX9KXBpMH 3oELxScf5FLg+9Jg+/50AHH+RRx/kUYNGD/k0AHHp+lHFGDRtPrQAcev6UvH+RSYNGP85oAXj/Io 4pMf5zRjtn9aBi8UnHp+lG3tn9aNvvQIXj0/Sjj0H5Um33/Wlx/nNABxR+FG33/WjH0/OgBOPb8q Xj0H5UY9/wBaMe4/OgA49qOPajH0/Ojb7j86ADijj1pNvuPzo2+4/OgYvHrRxRt9x+dGz3FAg4o4 o2n1FGD60AHFG0e9JtPqPzpdp9R+dAwx70Y96Me4/Ojb7igQv40fjSY9xS49xSAPxoyKQjnqKMe4 pgLn/OaTNGKMUAFH50YpaAE/OjH1pcUmOaBhRzS4oxQITFFLijFABSfjS496MUAH40ZOaXH1owfS gBOaOf8AIpcH0o57igBKOaXmigBM0ZpcUY9qADtRS4o59qAEpaXH0ox9PzoAb26fpS49h+VLij/P WgYmOOoo/Gl49B+VJ8vp+lAg/GjHvSHGeg/Kl4/u/pQAEe9Jj3pcD+6PyowM/d/SgBMH1o2/Slx/ s/pRj/Z/SgY3GKKXA/u/pRgen6UCEo79adtHp+lJtHp+lACUc+tLtGen6Um0en6UgDJx1pPxpdvt +lG32/SmAmT60U7Gex/Kk2+x/KgYnPvS89cUuPr+VG32/SgQn4UlOx/nFJ+H6UAH40UY9v0oxz0/ SgBKM0uP84o7dP0oGJ9aKX/PSk/z0oAKKXJ/yKOf8igQmaOKXn/Iowf8igBvHpRxTu//ANaj/PSg YnHpRx6Uf56Uvb/61Ag/Cij/AD0pM/5xQAfhRj2o/wA9KOPegBce1GPak/OjigBce1G32oyKOP8A IoGGPajHtRxScCgQuPajHt+lJxRx60ALj2owfT9KSigBce1GPY0mKKADHsaOfQ/lRRQAYPoaOfQ0 Y9qXHtQAnOehpeaMH0oxQMOaPwNJjijBoELz70c+hpMGjafSgBefek596Np9KMH0oAMn3oBPvRtN GD6UALk0ZPvSYPpRg+lABk+9Lk+9Jg+lGD6CgBcn0NJk+howfQUvPoKBiZPvRk+ho59BRz6UAGT6 GjJ9DRz6UfN6UAJk+lGWp3zelHPpQIbk0ZNLzS4NAxuTRk0uD6UYPp+lAhMmjJpdp/yKNp/yKAEy aTJp20+n6UY/zigBuT6UvNGP84pcf5xQAnPvRzjvRj2oxQAc0tJijH1oGHNHNGKMUCDn0pOaXHtR j2oGJzRzRj2ox7UALzRzSY9qXFAg5o5pMe1LigYc0c0bfak289KAF5o5o2+1G32oAOaOaMe1Jj2o AXmjnFJ+FL+FAg5o5z3pPwpfwoAOfSjn0owT2o/CgYvNJzRz6Uc+goEHzUYajn0FHPpQAfNSYb3p fyoGfSgYYbPekw1Lz6UYPpQAYajDUfhS49qBCYajDUY/zilwf8igBPmo5pcf5xSYNAw5o5owf8ij afT9KBCfN60vPrRtPp+lGD6fpQMPm96Mt70Y/wA4owaBBz70ZPrS4/zijH+cUAJk+9GT70Y9/wBK MH1oGHNGT60Y9x+VH+elAgyfWjJ9aPy/KjH+cUAGT60ZNFGP84oGJz70c+9LRj6UAJz60D60uPpR j6UAH40fjRj6Uc+35UAGeetH40nNLz7flQIPxo/GjJz2o5oAPxowfWjJ9KMmgA/Gl5pM0mT6UDHY PrRzSZozQIXBo59qbn2pc+1ABg+tGDRn2oz7UDFwf8mkx9KPwooELik59qPwooAMe1GKMexoxz0N ACgCjikox7UAO4zSZFJj2owaAFyKNw9KMUmPagBc+1GfakxS80AGRn/69GR6UYoxQAZ9v1o3D0/W jAoIFABken60ZFLtHqKTaPagYZHpRuHpRtHt+VGB6j8qADI9KTj/ACaXaPUflRge1ABkelHHpRx7 flRge35UCDI9KPl9KXA9R+VJgeooAMr6UZHpRtHqKMD1H5UAGR6UcelGB6ijA9R+VABkegoyPSlw OxH5UceooGJ+FJx6U7j1FHHqKBDf+A0f8Bp3HqKOPagBPwox7Uvy+oo+X2oATA9KXj0owtGFoGGP ajAz0owv+TRhfWgQmPalx7UYX1owPWgBMe1GD0xTsD1o2rQA3HtR+FP2rRtWgBmPal707atG1feg BPwo/OjavvRtHqaBh+BozS7R70m0UCDPtSZ9qdtHoaNo9DQAmaM+xpdo9DRtHpQMTd7Gl3exox7U YHoaBBu9jRuo2j0NLtHpQAbqTdS7R6UbQe1ABuHpSbhS4HpRgelABuHpRu9qMf7NLgZ6UAN3D0pd 3tS8elHHpQMTdRuHpS4HpRgelAgBHpSZH+TS4Hp+tHHpQAbvajd7U38KPpQApbijcaSigBdxpN59 aTFLgUAG80u4+tJgZpMCgB26jd7004o4oAdu96N3PWm4FFAC5/2qMn+9+lJxRgYoAXP+0KM/7YpM f5xRgY/+tQAuf9oUZ/2qSigBc/7Qoz/tCkooAXJ/vikyf7woowKADP8AtCgk/wB4UYB9aMD0oATJ /vCjJ/vUuB70YHvQAZP94Uc/3hRgelGBQMOT3FHP96jA96MfWgBOf71Lz/eox7GjHtQIPxFH40YH TFJt9qAF59RSZ9xRt9qNo9KADPuKPxFAX2ox7UAGfejI9aMe1G32oAXIx/8AXpM/SjbRjnpQAZ+n 50ZGO1GKMe1ABke1Jn6UuPajbQAmR7UZ+lLj1o280AJuFG72oxRtoAMg9qNwpNtLtoGGRRnjtRto 20AJn2ozS7fakx7UAG6jNGD6frRj2/WgQbuO1G76UYNGDQAZFGaXB96MGgBM8dRRn3FGD6UYNAC5 +lJn3FGDijBoAM/Sj8RRtNGKBh+VGfpRj2ooEGff9KPx/Sjp2o/CgAyaXNJRQMXNGaSlzQIM0Zoz 7Uv4UANzjuKMn1pfwpM+1Axc/SjPPWjPtSZ9qQC7vejNJn2pc+1MAz70Zoz7UZ/zigQcUZHrR9f5 UcUDDj1o49aOPSk49B+VIQvHrRx60n4CjI/u/pTAXj1pOPWjj+7+lHHp+lAw49aOPWj8KPw/SgA4 9aOPWj8B+VH4UAHH+TRx60dun6UfgKBBx60ZFH/AaOP7tAw4o+X1o/4DR/wGgQcetGR60Y9hR+FA w4o4pce1GBQAnHrScUuOOlGKADj1o4oxRigQceoo4/yaMD2owPQUAHFH0o/AUcUAH4frRmik5oGL n2oyPSikx9KBC5FGRSY+lH5UALkUZo/Kj8qBhkUZpOKPfigB2fejNN/Kl/KgQuaTt1o49qPyoAPx FJ+NLRx7UDD8aO/WjjFHHpQIPxFH40fgKOPQUAJ+Io/Kl49BRkegoASl/GjI9KMj0oGFGfejj0oy PSgQlFO49KMj0oGNzRTvwFHHoKBCUnPtTuPSjI9KAG0c+1OyP7tHH92gY3mlzS5HpS8dQtADc0nP pT8/7Ioz/sikIZ+FH4U/P+zRn/ZpjGcZ6Glpd3sKN3+zQAlFLu/2RRuP90UCEyKM0Z/2aN3P3aBh n60Z+tGfajPtQAZ9jS0meOlLn2oEFJS59qM+1ACfhRmlyfSjJz92gBOaWkyfSjJ9KBhn3o59aMn0 oyfSgQc+tHPWjPtRk+lAw5opefSk98UCF5o/Gk59KOfSgYuPejHuKT8KKBC8+oo59aT8KXHtQAc+ opOfUUv4Uc+lAw59qOfajBpfwoATn2o/Klx/nNH4UAJz7UflS8+go/AUCE59qOfal/Ckz7UDDNLm kz7UufQUCDP+cUc/5FJ+FLx6UDDP+cUZ/wA4oz7UfgaBBn6/lRke/wCVFH4UAHHvRxR+FH4UAGRR uH+RRx6UZFAw3f5xRuHv+VGRRkUCDI/yKNw9/wAqOPSl4xnBoAMj3/KjK+9HHpSfhQMX5e5NGR70 v4frScf3f1oEGR6n8qOOxNGB/dpcD+7QAnGepoyPU0YXH3TRgf3aADI9TS8eppOPQ0vHoaADI9TR x6mjA9KNvtQAcepo49TRt46Glxz3oATj1pePWjb9aNv1oAUY9f1owPX9aTb7UY9qAF49f1owPWkx 7UfhQMUAeopcD1ptGPagQ78aTHvRg+lGKADHPWlx70YoxQAY+n50Y+n50Y5owKAFx7j86Me4ptHt QAny+tHHXNLiggelADflx1o+X1p2B6H8qTA9DQAny0fLS8ehowPQ0AJxS/L9aOMUZFABxScUuR6U nHoaADAowKM0UALxScUUUAGFxR8tGTRmgA4oytGT7UZoAOKOMUZ+lGaADPvRn3oz7ijP0oAOPU0c epo3fSjP0/KgYnH96j8etLn6UZoEJn3oyPU0Z/zijP0/KgBM0o6df1oz9PypOfUflQAZ56/rR+NL n6flSZPt+VAAPr+tH4/rS5Pt+VGT7flQMT8TR+J/OjJx2/Kjn1/SgA/E0fjRz7Uc47flQIPxpPzp efUflRz7flQAn40fjTufX9KTBIoATHvR+NLg0YOP/rUDEo49f1pcEUYP+RQIT/PWlxRg0c0AJgUY FLg+v6UYNACcUnHpTvx/Sj8aAE49KOPSl59f0o5/yKAE49KMUc/5FHPr+lAxcCk49KOaOfagQfhS /gKTn1pefUUDD8KM0nPrS8+tAhKKXv2o/KgYnFHFH4ij8RQIMUfhR+VHbtQAUnNL+VGfpQMTJ9KM n0pc/Sj8qBCZNGTR+IpfyoATJoyaX8qPyoGJk+tGTS857UZPtQIOaOcUmT7Ue3FAC8+v60mT6/rR +Ao/KgYuTSZ96PypfwFAhPxoz70o+lJ+H6UAH4mk/Gl/D9KPw/SgYfjSduv60v4fpR+H6UCD8aPz /Oj8P0o/D9KBh/nrSZ+v507n0/Sk59P0oAOPf86Snc+n6UnPp+lAhM0Z7Zpfw/Slz7fpQMTP1opf w/SjPt+lAhKKXPsfyo/D9KAEozS/h+lJz6UDDNGaMe1GPagA3UZFLj2/SjHt+lIQmRRmjHtRxjp+ lMYUUf56Uf56UAFGaMf5xRtoEFGaMUYpAFH5UYox/nFMYfhRxSY+v5UYPoaAF49qOKMH3/KkwfT9 KBDhikwMf/XpMH0o59P0oGOwPajaPX9abz6fpS4PpQIXC0YFNwf8ijB/yKAHfLR8tNwaMe1ADvl/ yaPl/wAmk/A0fhSAXC/5NHy+v60lJTGOwtGFptLzQA75f8mjC/5NNo5oEO4/yaPl/wAmm80d6AHf LR8tNozz2oGO+X1o49abRmgQ75fWj5f8mm5o5/yKAHfL60fLTcn0oyaAF4pePX9abRQAv+etHHrS UfjQAvHrR+JpPxo5oGO4pOvekoxQAvHrS4FNo59aBC4oxSc+tHPqKAHbfak2+360nNHNAC49qMe1 HNHNAwx7UYNJg0uD60CFxSY9qMe9GKBi4oxSc0fjQAbfal2/Sk5o5PegQu3mjbSdqMe9AC7R3owK TA9aOPWgYu0YowKTj1o4x1oEO2ijaPSm/jRx60AO2ijaKbmjNADtoo2ikz70Z96AFwKMU38RR+Io AdgUYFM/EUtADsCkwPWkpeKADA9aMe9JS8e1AwwPWjaPWjj0FGR2oEGBRtHrRn6UUALtHr+tGB60 lGKAFwP7360AD1pPwo/CgBcD1/Wjb703NL2oGLtHr+tLtHc/rTaMmgQ7A9f1owPX9abS/hQMXA9f 1owPX9aTNFAC4Hr+tGB/k0mR/kUv5flQIOPX9aOPU/nRxScehoAXA9f1owD3NGR70uR6H8qAG456 n86XA9T+dGR6H8qXP1/KgBNvv+tGKX/PSjP+cUAGDSY/zmnZ9/0oz75/CgBMf5zRil/H9KOPX9KA E/GjHvR+P6Ufj+lAC/jQaMj1/Sjj1/SgBKMc9Kdx6/pRj3/SgBuPaj8P1p34/pRgev6UAN/AUvPp S49/0pdo9f0oAb82P/r0YNOwPX9KMD1/SgBuG6/1owf8mlwD3/SjA9f0oATBz/8AXox9PzpcD1P5 UYX3/KgYm047fnRtPt+dLgDufyox7n8qBC55+7Rkf3aTj0o/CgYv4fpRx6fpR27/AIUY+tAg/D9K Pw/SjHPejb9aAEx7fpRj2H5UY96PzoAP+Aj8qPwH5UfiaOfU/nQAfgPypPw/Sjn3o59T+dAB+H6U c/3f0oyaOfegBP8AgP6UuPb9KOaOfegAwf7tGP8AZ/Sjn3oycUAGP9n9KAP9n9KMn1NJk+9AC49v 0o2n+7+lJk+/60ZPrQAuD6UYPpSZNGWoAMH0/SjB7D9KMn1oyaADafSjB9KMtRlqADb7UuPak59a Mn1P5UAG32ox7UmT/eoyfWgA/Ck/Cjc3rRubFAB+FHPpS7moy3pQAn4UHP8AdNGW9KTLe9AC8/3T R/wE0Zak3H3oAX8DRz6GkyfejJ96AF/A0ufY03Jx3oz7GgBc+xozx0NJk4o596AFz7Un4GjJ9/zo z9aADPsaM/WjPsaM+xoGGR6GjP1oyM9DRkehoEGfrRn60ZHofzpM/WgY7P1pM+xpM/X86M8d/wA6 BC59qM+1Jk+hoyfQ/nQAuTnpRz6UmeehpfwP50DDBowfSk4x0NH50CFxR3pPzooGLijHtSUv50CD B9qMH2oyc0nNAxcH0ox7CjJ9KTJ9KBC49hR+ApMn0oyfSgB3PoKPoBTcmjJoGO59qOfam5NG40AL z6CjPsKTcaMmgQ7PstJ+ApNxo3GgYv4Cjv0FJuNG44oEL+Ao/AUbjRuOaADHtRx7Ubj60biaADp2 FHHoPzo3GjcaADj0FHHoKNxo3GgA49BRx6CjcaTd9aAFyPSjI9KNxpN3tQAuR6UZHoKTPtS7vagA 49B+dGR6CjPtRmgYfgKOPQUZ+tGfrQITj0owPSlz9aM/WgBMD0o4pc+1GfagBKPwpc+1H4UDE/Cj FL+FFAhKWjNFACYo5o/P8qX86AEwc0YPtS/n+VJx6UALg0c0n4Gj8KBhz6Cjn2o/Cl/CgQnNLzSY 9qWgYnNHPtRR+f50CDHsKXn2pPzo596Bi4+lJij86M/WgQY9hRgelGaPzoAMe1H4UZ9qKAAUYo/O jj3oAOKMCjj3ozQMOKPl/wAmjNGfagQYH+TS4FJkelJn2oGLhf8AJo4oyPSkyPSgQYH+TS4H+TSZ 9hRx6UALgD/9dGB7fnSZ56UuR6UAGB/k0uB/k03I9KM+1AxcD/JowPb86Td7UZHpQAuB/k0v+etN z/s/pS59hQAv+etJx/k0fhR+FAhfw/Wjt/8AXo/Ck/CgYufajJ/yaTn0o/CgB2f85oz/AJzTfwo/ 4DQA7t/9ejJ9P1pv/AaP+A0CFyfT9aMt6frSc/3aOfSgY7LelHzU3B9KMH0oAdlqMtSYPpSfgaBD stQCab+Bo796BjsmjJ9KT86M8d6AFyaMmk/Okz9aBDsmjJpufY0Z+tAC8+lLk+lJ+Bo/P86AF5oy c0n5/nR+dADuaTmk/Ok/OgB3NHP1pvPvRzQMXBpeabzS80CF/Ojmk5ooAMH3pf8APWk5o5pDFx9a MfWk5owaYhcfWlxTeaOfegBcf5zRj60nNGDmgBfwP50ce9Jg0YNAC/gaPwNJg+lGD6UDHfgaMn0N NwfSl2mgQfgaKNp9qNpoAM+x/OjI96NtGDQAZ470bvalwaTafagAz9aXPtRg+1G00AGee9FG05pd pzigBM/5xS59/wBKMe9LtoATPv8ApRn3pdtG33oAM+5/KjI/yKMH1ox70AHHf+VB+v6UYPrSigBP xP5UZHr+lLilwKAG59z+VH4/pTuKPxoAb36/pS8ev6UuPej8TQAn4/pR/wAC/SjHPU0uPc0AH/Av 0pP+BfpR+JpfxNABz/e/SjJ7NSe+TS4PqfyoAAT/AHv0o5/vUYJ7mjHuaAD5v71Lz/eoxz1NGB6m gAwf71HP94UY9zQcepoAOfWl59aT8T+VH4mgBeaT6mj8TR+JoAbj/aNG33al59B+VGfYUDEK/wC0 1Jj3anZ9hS5+lAhmPdqXHuaX3wKM+1ACY9zRj60ueOlGfagBMe5ox7mlz7UfhQAmPc0YPqaXPqBR +AoATB9TSbTnqad+ApMn0oATB9aMH1NLn6UmfpQAYNGGozRk+hoAMNRh/f8AOjPtSZ9qAFw/vSYb 3oz7UZPpQAbW9aMN60ZpM0ALhvXp70Yb1pP89KWgYmG9vzo2t/k0ce1HNAhcNSbT/k0uT/kUn4UA GDS4PpSc+n6Uc+n6UDFw3pSYb0pOf8ijn2oEO2tSbWPajB/yKMHFABtb0o2tjpRzQTQAbW9KMN6U mfb9KM+36UALtbPSk2tnpRnnpSZ7YoGLtb0o2nFJn2o3e1Ah20+lJg0Z9qTJ9KBjsUmKN1GaBC0Y +lJmjPNAC4owfSk3H0o3n0oAXFGKTeaN7UALRz60m80eYTQAvPr+lHPrSb6N5oAXn1o59aTeaTe3 tQA7mk5o3mjzD6UAGT60Zo8w56UeYaADcaNx9TSbzRubpmgYu45o3H3pNx9aNx9aBC7jSZpcmjc2 aAE3GjcaXcaNzUAJuPpRk0bjRuNABk+lGW9KMmjcaADLUfNRuNG40AHzUnzUuT6UbvagBPmpPmp2 72o3GgBPmo+al3f5zRnmgYnNHNLn60ZH+TQAnNHPrS5H+TRke9AhOfWjHvS5Hv8AnRke9ACc+tGP elz9aMjFACY/2hS496MijIoAMcfeFGP9qjIxRkUAGB/eowP71GRRkUAJt/2qXA/vUZFLkUDEx/tU Y/26MijIoAMD+/Rj/boyKMigA4/vfpRx/e/SjIoyKADj+9Rx/eoyKMj1oEHGfvfpRx/e/SjI9TRk Z70AHH96jj+9Rke9GR70AH/Av0o7/eP5UfnR+dAB/wAC/Sj/AIF+lFH4mgA/4F+lHH94/lR+NH40 AH4n8qP+BH8qOPU0ZHqaAD8f0o/H9KPxNH40DE/4F+lL07/pR+NGfc0AHPqfyox7n8qM+5oz9fzo EHPqfyowff8AKjP1oz7mgA596Off8qN3uaN3ufzoAOff8qOff8qXd9aTd9fzoAPz/Kj8T+VG7/Oa Nx9/zoAOf8ijn1o3fX86Xd7GgBOfWjn1/Slz7GjI9KBiY9z+VH4/pRmjIoAMe9JgetLuo3DNAgxR ijcKNwoAMe4o/H9aN4o3+1Aw79aPxo3j0NG72oEIPrS/jRuo3UAH0NH40Z9qMigA/EUZ96Nwo3Cg YZ96M+4pMilyKBBx60cdjRkelHHpQAfjRj3/AFo4o4oAMH1ox70cUfLQAY96Pxo+Wj5fWgAx70Y9 6MrRke9ABj3pfxFJke9GR7/nQAuPelwfWm5+v50uR70ALj3pMH1pM8dTRn60ALj/AGv0ox70mfrR n3NAx3frR+NNyMdTS5HvQIXr3ox9aTI96TI96AHY+tJj60mc+tGfrQAuPrRg+ppM/Wl/E0AGD6mj afU0n5/lRx70DFwfWkwfWjijj/IoEGD70YNFFABg+9GKP89KOf8AIoAXBowaTml/CgA2mk2mlwT2 owfSgBNpo20uPpRg+1ACYNGD6U7H0owfagBMH0NGCadj6UAfSgBuPrRg07H0ox7CgBuDnnNG007H sKPwFADdpo2n1p2KXHfigBu00bTTsfSjHsKAEwaQg07H0oA+lADdtLtNO/AUmfp+dACbaNvvTvy/ Ojr6fnQAm0+tGPel59RQQfWgBCD60mD6078RRz6igBMe/wCtGD607B9RRz/eFADcH1o/Gnf8CFHP 94UAJSZNO/4EKMe4oAbz60c+tOx70uPcUAM59aXB9aXB9RS49xQA3B9aMH1p2D6j8qP+BCgBvNHP rS4/2h+VL/wL9KAG85o5p2PcUY9x+VACc4/Gij/gX6UuP9oflQA3nNLz60uPcflS496AG/nRjml2 +9LsPr+lACYPpRg9xTsj0b8qMjPf8qAG4/2RSf8AART8+36UmR/kUAMx/sijH+yKfkeh/KjI9/yo Abj/AGRSY/2RT8j/ACKTI/yKAG4P90UYP90U7IP/AOqlyP8AIoAYfTaKP+AinZX3oytADf8AgK0f 8BWnZX1/Sk+X/IoATj+6KMD+6Kd8vbP5UfL7/lQAz/gIH40f8BFP4x3/ACo49/yoAZxj7oox/sin 8e9GB70AM/4CKMD0FOwPejA9/wAqAGbR6Uu0U7A96XAxQAzFJtHf+VSce9HFAEe0UuBincUcUANw PSjjPT9KdwKOPWgBuBSY/wA4p/HrRlfWgBmB/kUcen6U/j1FGRjrQAzA/wAijA/yKd8vZqOPWgBn H+RRgeh/Kn5HrRketADMD3/KjA9/yp+R60mR60AJgf5FJgY7/lTt3v8ArRu9/wBaAG4Ge/5UYHv+ VO3D1/WjcM//AF6AG4o2j/Ip273/AFo3D1/WgBu0e/5UbR7/AJU7d7/rRuHrQA3aM/8A1qMD3p2f 85pM/wCc0AJge/5UYH+RS5pM+9ABxScYpePWjj1oAOPejAxRx60ZHqaADik4pcj3oyMd6AEo4peO 1H50AJRgUv50Y+tACYFGBS0UAJxRgUuDRigBMD/JoxS45oxQA3A96OPU07FGKAG/jS8Uu2kwf8ig BOKXiij/AD0oAOKTjHX9KO//ANajn0/SgA49aPxNL/npRz2/lQAn40fiaXPtR+FAxMe5owfU/lS5 PpRk4oAT6k/lRgep/KlzijJ9KBBge/5UnHvS5pN3tQAce9GPrS7j6Ubj6UAJ+dGP84o3e1G6gA/P 8qMf5xRuozQMPz/KjFGaM0AGP84ox/nFGfrSZ4oELj/OKMD/ACKTP1oz9aAHcf5FJx7/AJUmfrRn 60ALx6n8qMDPf8qT86WgAwPf8qOPejH1pPzpALgehowO4NJ+dGPrTGLhfQ0YGKTj3pcA+tAgwP8A IpMD/Io/Ol/P8qBiYHpRj2pcfX8qP89KBCYoxS/n+VGB70AG00m2lx9fyox7/pQAbaNtGOO/5Ufn QAYoxS49j+VHbofyoGJRj60Y+v5Uv+elAhMD3pMexp2KP89KAG4HoaTH1p/+elH4fpQA3FG2n80f hQAzA9KNvtTufSjn0/SgY3FLil/D9KM+1AhMf5zSYp/4UmT6UANwaMU7J9KN3+zQA3FFOz7UZ9qB iY96THNOyfSjPtQIbto2+9Oz7UZ46UAJijilyfSjJ9KAEopefSjk9qBiUUuD6UfhQIbj2oxTse1H PpQAn4UYpe3Sk/CgAx7UfgKPwpe3SgBPfFH4ClxRQAn4Uc+lLx/kUUAJk+lH4UvH+RRxQAn4Udul Hb/61KMetAB+FJx/dpePWjjFAxP+A0cf3aXj/IpeOlAhuR/dpcj+7Rx60YHrQAZH92kyP7tLx60c etABx6UcelHH+RS4Hv8AlQMTj0/Wl49P1o+Wjj1oEHHp+tHH+TSZBoyKBi8f5NLx/k03j1NHHqaB DuP8mk4H/wCujj/Io4/yKAFyP8mjI/yaSjIoAX8f1pePX9aTIoyPegBeM9f1o49f1pMr70ce/wCV AC8ev60fj+tJ8vv+VHHv+VAC4Hr+tHHr+tHHofypOKBjuPX9aOPX9abRQIXj+8fzo49f1o49/wAq TP1/KgYuB6/rR/wL9aTP+cUZA/8A1UCFwP7360YHqfzpM+1G7tQAv4n86P8AgVJmjIoAd+NJ/wAC /Wk/EUZHqKAF5/vUY5+9RkUZHrQMMf7VH40mRS5oEH40c0ZoyKAD8f1ox70ZHrRuFABj3NH4n86N w96Nw9aACj8/zo3Ck3c8UAL+P60UZHpRmgA/z1o/z1ozRn60AL+H60n1H60Zpc0AAHP/ANejtSZ+ tHHrQA6j8KQHjvRx60ALxRx7/nScetLx60AH+etLx/k0n40UDDH+c0uP85pO3ej86BBj/OaMD3NH fvQaAHcZ70ce9JR+JoAXjpzRx6mk/Olz9aADHqxo49TR+dGKADj1NLkf3jSYNG09qADe/rS729af hcfepCBj71ADN7dzRvb1p2Fxw1GB60AN3H1pdx9TS8f5FJxQAbj6mjcfU0fLij5c9aADJ96CT70u FpOPWgBM0Z9qOPU0cZ6mgBCfajPsaX5fWj5fWgBNw9DSZHv+dLhc9aMLQAmR6H86N31/OlIWkwvv QAbh7/nRke/50YWkwvvmgBcj0P50ZHoaTC+9HHv+VAC5Ge/50ce9JxjvRxigA/P86Pz/ADo+WjI/ yKBi8eppMD1pOP8AIo49f0oEL8vv+dHFJ8v+RRgUAL8v+TSce9GB/kUYHrQAcYz/AFo4owPWkwPW gBeKOPSkwPWjjrmgBcik47UYGOtGB60AGRRuHqaMD1FGB2oAMj3o3D3pMD1owPWgBcj3ozScetHH rQAufekzR260tAw3UbqTjNHFAg3UbhRkUcYoAN4pdw9KT5aTigBd3tS7vYUmBSfLQA7cPQUmfak4 oyPSgBd3tRuHpRkelIKAF3D0FG4dMUZHvRxQAmfYUbhS5HpRx6UAJmjPfFLn2oyKAEz7UZo496OP 8igA/Cj8KMijPv8ApQMKOM0Z9/0oz7/pQIOKMijijj1/SgApM0vHr0pOPWgAzRxS/jikx70DDilz SY75owPWgQtFJj3owf71AC96M0mDnqKPxFAxeKMj3pMH1FGD60CF/Ojj3pMH1ox70ALnmjP1pMe9 GKAF/OjP1pMe9GPegBcjPejPPf8AOkx7/rRj3oGLn6/nRn60nPqPzo/GgQvOe9Gff9aTHvRigBef X9aOfWkxRj3/AFoGLmj/AD1pKKBB+BpfzpOfWl5oAPzoo59aTmgBeaKMmjPFACUfnS7qTNAB+NFG aM8d/wAqACijJ/yKM/5xQMMUYNGT/kUbj70CDBowaNxpdx9/yoATFGKXcf8AIpM+/wClABijtS59 /wBKM+5/KgYn+elH+elLn6/lRn6/lQIT6milzRQAlL2oyP8AIozQAn40Zpc/5xRn3/SgBPxo49TS 5oz9KBicUce9Ln3oyPWgQn40fnS8etL+NACfnRj60v40fj+lACfnR+JpfxpO3WgA/GjPvQcev6Uv HrQAmfek59ad8vTNJx7UAJk/3qM/7X60vFHy+1ACZPr+tGf9r9aXj/Io4oAOfX9aOfX9aOM9aPxF ABz6j86OfX9aPxoz70AHPrRz60Z96M+9ABg/3qMH+8KM8df0oyPWgBfxpOemaWjNACc+tHPr+tLR n0oATn1/WjB9RRR+NABzRz60v4ijPuKAE/GkyfWnZ9xRn3FIBufel59aM+4pfxFMBvPrS8+tLRxQ AmD60c+tLx7UUDE5zS8+tGKO3agQZNGT6milz7UDE/GjI9TS546UfhQIT8TR+Jp3HpScelACfiaM /WlyOmKXI9KAG80c+lOz7UZ9qAG0UueP/wBVGR/kUAJ+NFLkUZoASjNOyP8AIoyKBjc+9Gf84p2R 60mR6mgQmf8AOKOKdke/NGR70DG0fhTvxNHHqaBDce9FO49aXcPWgYzkH/61H+elPzn+I0Zx60CG f56Uo6//AFqdn/aNGf8AaoGMox7U/P8AtUZ/2jQIZz6Uc0/PP3jRk/3zQAzn0/Sl59Kdk/3jRk+t ADecdP0o57Cnck9aOfU0AN596Xn3pc/7RpfxNADeff8AKl596X8aTn3/ADoAOaTnPSnfnRk+9ADc N6UuD70uT70ZOcc0AGGz0ow3oaMn3oBb3oAMH0NGD6Gjn0NLz6GgBMN6UYPpSgn0NGTQAmD6UBT6 GnfN70nze/5UAAQ+ho2exo59/wAqXnHf8qAAJ7GjZ7Gk+b3/ACo+b3/KgBdntS7D6U3De/5UvzZ7 /lQAuz2o2j0pPm/yKPm9/wAqAF2j0o2jv/Kk59/yo+b3/KgB2we/5UbBTeff8qMH3/KgB2wdx+lG 0f5FJg+/5UYNADto7g/lRtHp+lNw3vRhs96AHY+n50dOwo2jPak2j0FADsfSj8qaUHpRsB7CgBce wpDn2o8sHsKTyx/doAX8qOfb86TYuPu0FB/dFAB+VHPtRsGfu0bB6fpQAmT7UZPtRsHpSbf9mgBc n2pM+wpSntRs/wBkUAJz7UnJp2wY+6KTYPSgYmOe1HbtS7R/dFG0egoAT8qPwFLt9BRj2FAhuTno KXn2oxz0owfSgBB+FLz6CjHtSfhQMX8qMfSkx7UmPagQv5Uce1H4UcelAB+VLn2H5UnGaKADP+7R n/dozRx6UAJn/dpfyoyPSjPtQAZ47UfgKMj0pc8UAN/4CKPwFOz7UmT7UAJz6Ckx7CnZpKBiYOeg pcH0FFLkZoEN59BR+Apc+1LmgBPwFHPoKM/Wl/OgBvPoKX8BRRQAmPYUYPpS/j+lL3oAb+FH4Cnf jRj3oAZn2oz7U/HvRg0AMyf7tGfan4NJg/8A16AG5/Ckz7U/B9aMH1oAZmjPtT9po2n1oAb+FHfp S7fejaaBjaM+1O2mjafegQ3NLkUYPvS4NACbh6UZFLtNGD6UAJmjI9KXB9DRzjoaBiZHpRn2o/Cj n0oEGR1xRkUc+lHNABkelGR6Uc0fNQAZFGfajn0P50c+hoGGfajJ9KOfSl59KBCfhR+FLz6Gjn0o Abz6UY46GnfhSY9qAEwfSlwfQ0fhRj2oAMH0NGD6GjH+zRj/AGaADn0NHOehox7UY9qADB9DRtPo aMe1GPagAwfSja2Ohox9KMfSgBNreho2n0NGOetLtHrQMTaf7po2n0NLtHrRtFACbTnoaNp9Kdge tJtHrQITaT2NGD6Gl2j1FG0eooATDeho+b0NLtHqKNo9RQAmD6GjBz0NLtHqKNo9RQAbT70m0+lL tHqKNo/vCgBNtLto2j1FG0f3hQAYIowfSjaM9RSYHtQMXBowfSjA9RRj3FABg0fN3FGD6ijHuKBC c+lLz6UY96Me4oAD9KOfSjHuKTHuKAFz7CjPtSbfcUbfegBc+1Lu9qTaPWjaKADOe1GfajFGPpQA Z9qM+1GB7UbaADJ9KM8dKNvHak2fSgBefSj8KNo9qNo9KADn0o59KNo9qMD2oGJk+lLlvSkwPaji gQfN6UZNGBRge1ABk+lHP900cUtACc+lHOelLx6UnH+TQAY9jS49jRxRx6UAHPpTefQ07j0FHy+g oGN5o5x0NOyvoKMr6CgQ3H1pcexp3HoKMj0oAbj2NHPpTsr6UZX0FADcHNLj2peKXK+1ADcHrijB 9KdlfajI9BQA3B9KMH+7TsijI9qAG4PpRtbsKdkelG4egoAbhvSjDZ6U7cPSjI9BQA3a392jafSn bl9KOPQUAJtPZaNh9KXj0FHHpQMTafSjDelOyvsKTIoEJg+lHI7U7j2oyPagBvPoKPmx0FLx7Upx 7UAN59BR83oKdx6ikx9KAG4b0FGD6Cn4+lGPcUAMwfSjBz0p2B60YHqKAG4PoKMH0p/HqKTHuKAG 4OegpcHPSlpKADB9KMGj8KMe1AB+FFLgZ6UYHpQAnHpRgY6UuPajb9KAEwO1LxRtHtRtoAPlo4o2 +1G32oAOKOKMe1GMdhQAcUcf5FGPYUbR6UAHFKMUYHpSYHpQAvHHFHy+h/KjH+zRj/ZFAC8elHy+ h/Kkxz92l/4DzQAfLjoaOPQ0cZ6UDHpQAvHv+VHHpScelHHpQAvHv+VH4fpScf3aMD+6KADj3o/O jH+yKMe1AB+f5UYHvS4z2owKAEwPU/lRx7/lS4ooATj3o49TS8UUAJ+JoyvqaXApcUAJkepo49TS 4FHy/wCRQAn4mjPPf8qdhf8AIowP8igBuaMjHen4X/Io4Hb9BQAzI+lGeepp/Hp+lJx/kCgBufej Puafkf5ApMr/AJFACZ469KTP+0aeCv8AkUZXr/SgBv4mincen6Uceg/KgBufelBpfw/SjigBMj1P 4UuR60f56UvAH/1qAEyD3oyPX9KOPf8AKl4x3oATjNLkUvGO9H+elACbDRtb2pcj+7+tGefu/rQA mxqQofanbgP4f1pCw9P1oANhpNh7H9aXcPQfnRn2H50AJtI7/rRhvejdz0/WjPt+tACYf3o2t1pc j0P50hb2P50AJhsUu1sf/Xoz7frSZ9v1oANre/50bWx3/OjPHQ/nRu9jQAYb3/Oj5vU/nRn60Z9q AE59/wA6XBHY/nRRQAnzeh/Oj8D+dLn2pMCgA796KOKMCgApKXA96TigBT070lHFLigBM80d+/5U uKTAoAKKMD3o/OgA79KPpRR+BoAPwNJ+FL+dJ+BoGGOOlGOKXHtRigQYoxRx6UcUAJtoxS8UcUDE 2jHSjaKOPSl4x0oEJgelG0en60ceho475oANoo2ijj0NH4GgA2+9Jt96X8DR07UAJt9/1oK+/wCt O7dDScehpAJtPXP60bT1z+tL+BpPwpgJg/5NLg/5NGPY0celACbT6/rRtPr+tLx6Gjj0NACbT6/r Rg+v60uR6frR8vp+tACYIPX9aMH1/WlwPSjigBMH1/WjB9f1pfloyPSgBMH/ACaOf8mlyKOKAE5/ yaOcf/XpcCjAoGN5/wAml59f1pcUmPagQnPqfzoO7/Jpfej8KAE+bsaT5v8AJp3bp+tJ+H60AHzU fNRnjp+tH+etAB83+TRg+n60dP8A9dH4frQAYb/JowaO/wD9ej8P1oAXB9aTBox7frR+FABg0uG9 6T8BR+FAC4ajDU3n0pecUAGG9aMH1pDn/JpeaADBpcGkowaAF5xSYbpRg+n60gB9KAFwfWjBz1pO e/8AOjn0H50DFw396jn1pMn0H50Z9v1oELg+tGD60Z9R+tAPt+tABz60Y9/1oo/CgAxRgetH4Ufh QAY/zmjH+c0fhRj2oANvvRj3o69qPwpAGB60Y9/1o/Cj8KYBj3oxSde1GOOlAxcDoTRgf5NGP85p Nv8AnNAgwMdaTA9qXbRigAxRRtNGKBi9e9H403FHP+TQIdijHvSUfnQAY460bR60n50UAO2j1ox9 Kbj3pce9AxdtG33FJxRQAuPpRg+1FJQIXB9RRg+tJn60UALt5ox70nOaD9aAFx3zRj3pKOfegBcG jH+cUlHbrQAuPY0du9GfrRn60AGPrSY+tGfrS7h70AGPrxRg570ZGeho7f8A16BhR9c0UUCDHsaM D0NLz70fnQAnA7Ucf3aXH1/OjH1/OgYcf3aMD0NBB9/zox7GgQYH900cY6GjHsaMexoAOPQ0ceho wfQ0YPpQMOPQ0mAf4TTsH0NIAfQ0CDA9DSceh/OnYNGD6UAN49DRxn7v607B9DRg+hoATj0NHHoa XB9DSYPoaADj0NGB70uD6Gk59DQAYHTBox7frRz6Glw3oaADHtSceh/OlwfQ0FT70AHHpScf5NLt PoaMHPQ0AJgelGB6UpB9DRg46GgAwPejHtSYPoaMH0NAC4pNv+c0c+ho59DQAY/zmj8f1o+b0NHz ehoGH4UZ9qPm9KXDelACZ9v1pefSk+bPQ0uD6GgQD6UlLg+hpOfSgBc4ozk0nPpRg+lAC5oz9aTH tS/hQAfnR+BpcfSj8KAE/A0fhS4Pp+tGPYUAJ+H60dD0/WnY/wA5o2+360AJ+FFLj2owf7o/OgBO 3Q0ce9Lz6UYPp+tACfnS80YPoPzowfT9aADn/JpMf5zTtvt+tG32/WgBvI9fzpeff86XaR2/Wjb7 frQAmPY/nR+B/OjZ7frS7PUfrQAn/AT+dH4Uuz2/Wl2n0/WgBuPr+dG3607B6gfrRg46D86AG4Oe /wCdHPoadg+n60Ee360ANwff86MfX86eAfT9aMe3P1oAbj/OaPwp20+n60bf85oAb/nrSjHf+dLt P+TSbT6frQAf560ZGMf1pdp9P1o2n0oATI9/zoyPf86cAfSk2n0oATj0P50vHofzpcN1xRtb0oAT j0/Wj5fT9aUo392jY392gBPl9D+dHyen60uw/wB2l2+1ACAp6frRlPSl2/7NGw/3aBhlPSjKelJs OchaXaf7tAhflFHy00If7tLtP92gB3y+oo+Wm4PpRgkdKAHZXvR8lN2+360bf85oAd8n4Uo2+lN2 HH/16NhoAd8voKPl9BTQhPpRs56CgB/lr2zSeUPU0Yz3HFGPcUAHlrjqaPLHqaMfSjB9qADyx2Jp PLHvS7fpSbTQAnlj3pfLHoaMH/P/AOujHHSgA2A9jSbB6GjH+f8AJowfWgAMY7Zo8sdOaTHv+v8A 9ejB9aAF2fWjZ9fypMH+9Rg+pP40ALsP+RRtOe/5Uc/3v1pD9T+dAC7f84o2j0/SkJPqaTJ9TQA7 b/nFBX2H5U3Jx1NJk+poAds9h+VG3kcfpSc+ppPm9T+dADtnt+lJt46D8qMtj7/60nzf3qAF2/5x Rj6flSZb+9Rlsdf1oAMfT8qMH2/IUZb1P50Zb1NAwwfQflS4+n5UmW9TSZf1oEKR2wPypMH0/Sj5 vWjLetABjjoPyowfb8qMtnqaNx9aADBAHA/KjB9B+VGTnqaCW/vH8qADB7j9KMf5xSZPrn8KMtnr QAuKMH2pMtRuNAC4+lGPpSbjijJoAXHXpRj2FJuNGW/yKAF2/Sjb9KMtSZagBdv0o2nPaky3pRk+ 1ABtowfajP0oyfagAwc9qMehozRn2oAMfSjFJz6UuTQAYpMUc5o5/wAigBcUmBil7UlABtHpRtHp RmjmgBcUYx60meKMn/IoAXbRikyaTJoAXBoxSZPajJzQMXHFGPY03ml5oELj2ox/s/rTcmjJoAdt P92kwfSkyc9aM+9ACkH0o59KTOe9Jz60ALz6UfhSfjRg0AO79KT/AID+lJznoaKAHfhSde1Jntz+ dGT60ALg+lGP9mjNJmgBcH0owfSjNGff9aADmjmjP+c0Z96ADmjn0oyfWjn1oAMH0owcdKMn3/Oj J/yaADB9B+VGD6D8qOfWjn1/WgBPwH5UvPoPyoyfX9aOfUUDE/AflRz6D8qXJoyaBBz6Y/Ck/Afl S8+n60c/5NACZ+n5Ufh+lLz6Ufh+tACd+n6Ufh+lLz6UZ+lAB74/Skx7fpS5+lLn3FADce1GOKXI 9RRn3FACYoxS/lRz7UAJ+FLz6fpR37UUAJ+FH4fpS0ZoAbgelGPanc+lJn2oAT8KOn/6qX8KTj3o GH+elHP+RRxS8UCE5/yKOcc0vGelH4UAJ+P6UZpeM9P0owPT9KBidzRS8eho4oEJ+NFKaPxoASii igApfxoyKOKAE59aX8aDijNAw/EUfl+VGT6UZ9qBB37flS/lSZ9qKAD8qMc9qPxo49elABge1Jj6 flS96XA65oAbj6flS49cUv40YGOtACY96MD1FLgUY9v1oATHvRgetH5UUAGB60uBRijBoATAowPS lwaMcdqAE2j3owM0uD7UY+lACYHvRgUuDRg0AJtFLtowaMH0oATH1o2/WlwfSja392gBNv1ox9aN relKA3pQAmKOc96XBz0o2n/IoAT8/wA6Oc96XaaNp9KAAfjRz70Yb0ow3pQAuT6n86Mn1P50YI7f pRg4xj9KAD8T+dGfejDHt+lGD6UAGTj/AOvRn2/Wlwc9P0o59D+VACZPv+dLk+9HPv8AlS4PoaAE 3GjJ7mlx7H8qMexoATd70bj60u3noaXH1oGJn3oyfWlx3GaTH+9QITJpc+4ox9aXHrmgBN3vRu9M UY+tLt+tABu9SKNw9RRtHqaMD3oAN3uKN30owPejA96ADPvRmjAPc0YHvQAZoz9KMD1NGB70AGR6 0ZFGB60YHrQAZHajP0owvrRhc9aAFopNq+9GF9f1oAWk/H9aMDPX9aNo/wAmgBT/AJ5o4/yaTaKX aKAE49P1peOw/WjAowKADijH1/OjA7UbRQAEDt/OjA/yaMKaNooANv8AnNGP85pdoo2rQAmOO/50 u360YHaggUAGMdz+dG33P50Y96NpoAMf5zRj/OaNho2+tAwx9fzpcf5zRso20CDBoxntS4o60AJt pce1Bz+VHPagAx/nNH+etHOaPm6UAHPvR+dHzZ6UfN6UAGT70ZPpS8ijLelAB/wGj/gJoy3pRuPv QAbv9mlzntSZagFu9AC5PpRk+ho59KMt6UAGT/doy2elLlvSly3pQAmW9KNxpcnPSkyT2oAXcelJ lv7vX3pfm/umjnPQ0AJx7UfKPSl4J6Gj6CgAyvtQSM9qMjrikyOv9aAA7fQUny+1GcD/AOvRn9Pe gAytGV9KOCOv60fj+tABlaMrSYHc/rQAPX9aAFyp9KPkzTePX9aOPX9aAFwpo+UGkx/nNB6fe/Wg A+Sl+TrSYH94fnRgeo/OgBflxR8n+RSY5+8Pzo2+4/OgA+X1o+X1oK+jCk2f7X60AGF9aT5fel2/ 7Q/OjaPUfnQAmRRladt9DRj3/WgBox70uRjpRj3H50cdz+tACZ9qKXjHX9aMf5zQAmR7UZ+lGB6/ rRgev60AB79KTPpilwMf/XowP8mgA5pKXAzijHqB+dACY47Un5UvHp+tGBQAlLj6UmKMe9ABj6UY 57UY96NvfNACY+lGD7UFTjrRj3oGBU47UbSPSjFG00CDac9RRtPt+dG0/jRjvQMTafb86MewpcH8 6TFAgx9KNufT86MGigYBfYfnRt+lGD60mOOtAhdv+c0bfcUm33o20ALj/OaMAfWk24//AFUYPtQA uKMD1owfWjb2zQAYFJxjrS4PrSYPrQAcetGKXB9aMH1oATHHWjFLtPrRtPrQAnNGDS4PrRg+tADe 9FOwaKAG0ZPpS0tADe9FOwc9aOfWgBvI9KTPrT/xoxQAzJ7UvPtTttGMUAN560uTS4FG0etADcn2 oyadtFG0UANyaM57CnbVo2+4/OgBpz/kUc+1O2/7VG33oGN59qMn2p233FJt9xQITn2NJz7U7aPU UYHtQAnOO1HPtRge1GB7UAJk+1LnjtSflS0AH4j86M+4/Oj8KSgBfxH50fl+dJiigBfxFLTcUY9x QA7HTmjFNx70c0AOwP8AJo2j/JpvNHPrQA7/AD1owPWm5Pr+tHPrQA7j1pMD1oyf71HOOtABtHqK Xb70mWx1oy3rQAu3/OaMUm5vWjJoAXFFJk+9G4+/50AL+NHHY0mT7/nRuOOpoAXA9aT8aNx9T+dG Wz1P50AH40n40uT6mjJ9TQMPyo49qXc3qfzpMn1P50CDH0o59qNx/vfrRnnr+tABj9KMUZPqfzpd 3v8ArQAn5Un5Uu4+p/OjcfU/nQAnNLn6Uob3P50Z9/1oAbz7Uf8AfNLu9z+dGfc/nQAnPtSc+gp2 7nqfzoz7n86AE59BS59hRn3P50d+/wCdACZPoKM89BS59z+dGfc/nQAmfalz9KM+5/Ogk+poAM/S jn0FGfc0Z9zQAc+goycdBR+Jo/E0AGT6D8qXn0FJ+JoHTqaAF5o59KTPPejp60AOwfSjn0pv4mjr 60AO+b0pOf7v6Un50du9ADvm9KPm9Kbz6mjnvQA75qOTSZ9zRn60AOwfSkwfSk/E/nR+JoAdg/lR z6Gm/nS/iaAF5o59KTHuaTB9/wA6AHHPpSc0nfqaPxNADsNmj5qb+JNHPqaAHc+lJg+lH/Aj+dH/ AAI0ALhqMGk59aOfWgBcGk2mgg+po2n1NABg0YPpRj3/AFowcfeoAMHFHPpRjj71GD6mgA596Ofe jaf71G0/3qADn3o596MH1ow3rQAfnR+dHPqfzpefWgBKWjkd6Mn+9QAdaOaXLetJlvWgBKPzpdzf 3qXc3rQA3FHFO3MBRub1oAb+FKBTsn1oy3rQA3FH50u45o3GgBKOcUuT1pcn/IoAbz6GjHsaXcfT 9KNxoAMe1GPal3n0/Sjec4oAbg+lGM9qdvP+RRu/zigBvPHFLg46U7cfT9KTd7UAJz6fpS4PpS7v ajd/nFACbfajBx0NLuP+RRuoAT86MUueeg/KjPsPyoATHtSY46GnZ+n5UZPt+VADdvsaXb9aXJx0 H5Ubj7flQAbfY0bTRz04oz7CgA2nPU0u0+9Jk+1Gf92gBcH060mD70Z+lLu5zxQAYOOho2k9jS5+ lGT7UAGw44BoKn0NHPtRlvUUAG0igqfQ0vOOoowfUUAGD6GjDe9GDnrRg+ooAUA+9LtPvSDPTNHP rQAbT70YPvRg0YPrQAYPr+tGD60YJ5zS4NACYb1zSc560/Bx1FGDigBm1vWl2tinYIo5x2oAbtfs KMN6U7BHYUflQA3DUpDfSl/KjHsKAE3D3o3L70oIx0GfpS5HoPyoAbuHofzoDLj7pp+fYUmfQCgB m4elBZfSn5/2RRk9gKAGbh1xRlfSnE+wpM/7IoATcvpRuWlyfQUZ/wBkUAJlfSk3DstKD7CjPsKA EyP7vWjI/uU7PP3R+dGe+0UAJkf3f1pMj+5Ts+35Ubu+2gBv/AP1oz22/rS7+22kJ/2aAEzx9wUc f3aXcM9KTI9PxoAMgfw0bh/do3D0o3L6UAG72ozn+GjK+lHy54FABu4+7+tGeOlHB7UnHTFAASPQ UZHZaTjsDRn0zQAuR/d/WjIz0oz3FJk+lABu56frRuHpScUcelAC7hnG00u4f3abmkzQA8MM9P1o Leg/WmflR26UAPyOmKNwz90/nTM+wpc0AOyP7p/OjI9DTcjNH5UAO3DuDSbh7038RQfwoAduHvSb x1o/KjH0oANyn1o3LnqaPyo/KgAyuepo3J6mj6YowfagA3L6mjcvvRg+1HPqKADKeppMr6ml+bpx Rz6j86AEyvqaMrjqaXn2/Ojp3H50AJuHX5vyo3L/ALVLz2P60v4j86AG5XHU0ZX3pfx/Wjv1H50A NyMd6Mjtmn9uv60D6j86AGcepo49TT/x/Wj8T+dADOPU0ny+/wCVSfj+tH4n86AI/l9TRke9SYHr +tHH+TQBHkepoyPU0/8AH9aOPf8AOgBmR6mjIz3p+eP/AK9HHv8AnQAzg+tHHvT+Pf8AOk49/wA6 AG8e9GR707p3P50oI/yaAGZHvRke9OyM9f1oyP8AJoAbke9GR707Iz/9ejI/yaBjMj3pc89KXK/5 NGV/yaBDeKMj0p24f5Io3D/JoAb8v/16PlxTtwo3CgBmRnpS5HpTsijIoAbkc8fpSZFOyKNy0ANy O/8AKjcP8inbl9BRuHoKAG5HX+lGeP8A61O3D0pdw9KAG5+tJn6/lTsj0oyPSgBvHqaOPf8AKnZH pRn6UAN9+aPrn8qdkUbh7UAM/P8AKlz7n8qdn6fnRuHoPzoAbn3P5Uv5/lS5H+TRn6UAN49T+VHH qfypcnFFACfifyo79T+VO5ooAb+NH4mnfWj8aAG8e9GB707Pv+tJn3oATj3oA+tLn3oz7n86AD8T R+NGff8AWj8f1oAOO5NHy+9H+etAx/k0AHy+9Hy+9L+P60Z9/wBaAG4X3pcL3LflS8etHH96gBML 70YX3/Kl/wCBfrR+NACYT/a/Klwh45pcnHWjn1H50ANwnXmj5PenZ9/1o/H9aAG/J70fLnv+VO/4 F+tGT6/rQA3C+9Jx70/n1o/H9aBjOM96XinZoz9PzoEN49KOM9Kfu96M+9ADeM0ZHb+VOyKTI9aA EyM5pM96dlaXK0ANzx1pM/5xT+KTj2oAT8f0oz/nFLSg0ANz9fyo5/yKcTRn3oAbnn/61Jk/5FP/ ABpPxoATP+cUbj/kUv40Z96AG7ifT8qXcenFLmk70AG4+1G4+1LRkUAJk+1GT6il/wA9KKAEyfUU ZPtR/npRQAbv84o3f5xR/npSf56UAOz9KN1JQaAF3e/6Um6jAo7dqADJ96XP1pKD+FABS0c+1A/C gAzRn2o59qXJ9qAEzRml59RSfiKADIpMilz7iigAyMf/AF6ODRzS80AH+etJn/OaXmjn0oAQfQ/n SZ9qdmigBPz/ADoz7Glo4oATPtRn2NLkUnFABu9v1pc57frSce9LkelAw/D9aOfT9aOPSjj0oEHP +TRz6UcUcZ70AHNFGR70mfQUALn/ADmjPNFH4UAG79aXdSfhRigBd9G6kx7UfhQAu73oz70n1FL+ FAC59hRkYpPwo49KAHZ46Um7npSZHpRx6CgBdw9BS7gO1NyPajjjpQA7IPajcvpzSflR+FAC7x6C jeP7tHfpR+AoAN/tRuHp+lLgegox7CgA3KP/ANVG9f8AIo/AUc47UAG5en9KN49P0pevpRjjqKAE 3AngfpRu/X2pRn1H50c+1ACb/b9KXf8A5xS80c47UAJn2/SjJ6/0pef8mjn0oATn0/Sl59P0oz9f zo/P86ADn0J/Cjn0/Sk59T+dLz6n86ADn0NHPoaX8aPx/WgBPm9DS4b3oyPX9aCfegA+b8aUbs9K bn3NLn3NAC4fpR8wzmkznqTR26n86AF+b1pcN6mmj8fzpfxP50ALhsdaXDev6U3PHU4pM+9AD8N6 /wA6TB7Y/Wkz2yaCfUmgB3zeg/Wjn/Oabkep/OjIPc0APyP7x/KjKk/e/SjnP3RSe20UAKSv94/l SfL6n8qM8cqKOf7ooAPl/vfpQdvr+lGT/dFGTnoKADjHX9KMjpn9KM8Dj9KD9P0oATj1/SkJH979 KXnPQUdP4KAGkjPX9KTII6/pT/8AgNGf9mgBmR/kUmRn/wCtT93bZR/wA/lQAz8aMf7VPyP7v6UZ HofyoAZxjrRhfX9Kdken6UhIx90/lQAmB/epf+BfSgkY6fpRkds5+lACdvvUc4+9+NHHf+VL8vSg BO3Wjn1o+Xr/AEpcr/kUAJg4owRS5X/IoyPU/lQA3aemTRg+tGV/yKXI9/yoATn1zRg/5FOyPX9K ARjrQA3Bz2pMe1OyPWlyvrQAzB/u/pR/wGnZB70ZX1oAZjHb9KXBP/6qXK8/NRx/eoAbg+lGD6fp Tsjj5uKMj+9+lADcf7P6UuDnp+lLkD+KjP8AtfpQA3B/yKNp/wAil/4FS5P9/wDSgBuD/kUYPp+l L/wKj/gRoAT8P0o/z0pePU0D/eNACY9v0ox/s/pS++aM+5oAbg+n/jtHfp+lOP8AvGkz/tGgBOcd P/HaTHPb/vmncepoyPU0AN/L/vmj/P3adx6mjI9TQA38P0o59v8AvmnZHvRke9ADOfb8qPwH5U/P 1oz9aAG/gM/Sjn2/Klz9fyoz7mgBBn/Io5+v4UvOO/5UnPv+VABn/OKO3QUvPvSZPuKADPPQUflR k4pOaAF/75o/BaMmjmgYvbotJ17LRS0CE/4CtHfotGaMmgA/BaOOwWjn2o5oAPwWj2wtHP8AkUuT /kUAJ+C0fgtHJ/8A1Uc4/wDrUAJx6LS8ei0c+v6Uc+tABx6Cl49BSYOeoowfWgA4x0Wjj0FHI7ij B9RQAcego4z0FBB/vUY/2qADj2owPajHP3qMe9ABhfakwvtS/wDAqPx/WgBML7UYHoKX8aMe9ACY XPajC+1LgeppcD1NADcLntRtFOwPU0mB6mgBMD2owue1Lx3JowPegBvHoPypePal49/zowPU/nQA mB6Ck/CnYHqfzo49/wA6AG49qAKccep/Ojj/ACaBiY+tGPajIHr+dLkev60CGgH0/Sg5pc+/60uf 85oAbzRj/OKdn/OaPz/OgBmD7UuD7Uv5/nS8e/50ANwfQUAH0FO4x/8AXpOPX9aAE59qPypePb86 Px/WgBOfQUc57cUvHt+dFACc+lHOegpf89aDigBMHPQUYb0FOozxQA3B9qO3alzijd7UAJ+VL+VH 4UuT6UANop3OcYpMn0NACYox9Pzpcn3oyfSgBMfSk289qfz6Uc+9ADMfSlx9KXJ9KXn0oAbge1GA fSnc+n6UnPp+lACbR7UbR04pefSloATaPak2r7fnS0ufagBNo9v1owPagnnp+lLnvg/lQAm1f9mj avtS59jR+BoATavt+VG0eg/Wlz9aM/WgBNq+1G0f7NLRQAbR/s/rRgZ7frRk+lGfagAwMdqNvoKP wo/A/nQAm0elJtHtTvzo4zxQAm0e1G0deKX3ooATavcijA9qXil4oAbx7Uce1OwKMDvQA3I9qOPa ncelBxQA3A9qXAo4peKAGnHtS8e1Lx6Gjj3oATj2o49vyo49DRkZ6GgBOPb8qXj2/KgFf7po+X+6 fzoATijAp3y+lGV/un86AEwP8ijj/Ipcj0NJkf3TQAcf5FHH1/Cj5fQ0HHoaADA+n4UYWj5fQ0ce 9AB8vqKOPUUfKexo49DQAZGOtLxjtScelHy9xQAv5UcDsKT5fSl49KAF6+lIPwo+X0/WjI9M/jQA uOe1GBntSZHp+tLxjpQAcegowPQUZ9B+tGeen60AH4UfhRx6frRx6frQAv4UfhRwR0/Wjg9v1oAT 8KMelL+X50vPt+dADefQ0YPpTufRfzo59vzoAbz6Gjmnc+350c+350AN5peaXnvj86Xn2oAZz6Ud P/1U/B9vzo59vzoAZ2+ntS5p+Pp+dGD7fnQAzPPej86k59vzowfb86AIz+NH4mpMGlxQBF07ml69 zUmPUUY9qAI/xP5Ue2f0p+3/ADml2j0oAjyP8ijPPX9Kk2j0pCo4oAZketGc/wAVSbf88Um1f8mg Bg+tHHqcVJtH+TRtHPNADMD1o79aftHWjaOvFADOB3pePUU7aD9aXaPUUAM/KjHHanbOetLtHrQA znPand+gpdoo2j2oAQZ9qMH0peMdR70HHqKADntj86dhvam4HrQVGOTQAuG9BS4PotJtGMZo2470 ALg5HC0Yb0Wm7fejFAC/N/dWl+b+4tJj3o+pFADsNj7q0bT/AHVzSfiKXn1FAC8epo496TLf3jRu fk7jQAu0e9IR7mjLf3jQc/32oAMf71G3/epuDz8zUvP99vyoANp7E0YPoaTnH32/Klwe7tx7UAG1 vQ4pNreh4owc/wCsP5Uc/wB8/lQAbTnofyoweuDRz/f/AEoGf+en6UAABz0NJtP90/lS4PTf+lGP +mnT2oATb/sn8qXaf7p/Kk/4Gfyo5H/LQ4+lAC7Tn7poKk/wn8qT/gZpcDu5/KgA2/7J/Kjb/smj Ax98/lRgf3j+VABt5+7Sbf8AZ/SlxxncaTH+2RQAbR/do2jP3f0pMD++aMf7ZoAXaP7v6Um0f3f0 oI/2jRtz/EaADb/s/pRt9qNv+01G3/aagA2e1Gz2ox/tGjHuaADb7Um3/Z/Sl/E0Hr96gBNmf/1U m3HQfWnduv04ox70AN2n0o2nrijH+1RjnrQAbD6UgTrxS4Pr1o59aAE2Y60beO9LRj60AJtpNtKV HvRgUAJt96NvH86NtGDQAbaNtGOKMHFABtHIzRtFJg56UYOP/rUALtHvRge/50nPaj/PSgBQo9/z ox7mkxR+H6UAGPrRt9zRR+tAB270YHvRx/kUnFAxcUYx/jRj1FJgUCFx60mD0owPejaPegBcUCkw vvRx70AKAKXAzSceho496AFxRik496Pl96AFxRj2pOPel+XPU0AH1xR0o+Wk49TQAvFJx7UYHqfz o+X3/OgA+lHftRgD1/Ol+X0P50AJSU75cd6Pl9D+dADf8ijmnce9HFADefQ/lRz6UuBS7R70ANx7 UYPpS4X3pML6GgA2n0/SkwfSl2r6GjavvQAc+n6UZb0o2J70m1emTQAc56Gjn0NG1fU/lRtA/vUA LtPoaMGk2j/apdq+9ACYNGDS7BnqaTaPU0AIc+lH4Uuwe9JtHo1AB/npRzRsX0NG0Yxg0AGPajB9 KNoz3o2+xoAMH0o59KNvsaNv1oAOc9P0o7dKNuP735UFR7/lQAdugowfQUbfXP5UbD70AG36UmD7 Uu30zRt+tACY9hRil2/UUY+tAB+Ao5zS4+tBXigBtL37fnS7eaADQA38aKfg0flQA2k7U/HPakxx 2oAT8RRkU78vypPy/KgBuaXIwKXvxil/z0oAbk5ozxTvxH5Ufj+lADcmlyc4p34ij8aAGZpcml/E flR26j8qAEoyc96X8R+VH/Ah+VADfzo/OndO/wClGPf9KAG/nRn607Hv+lGPf9KAEzn1ozx3penc flR+NACZGe9H4ml49aMj1oAbx70cDvTuPWj8aAG5HvS5FLn3ozx1/WgBMj/IoyPrS9f8ijigBuRQ COnNOooAbkUZGad+NH40ANyKXIpfxo/E/nQAny5oyvrRz0zSYNAC5WkyPWjB60c/SgA4pOKXFL3o ATigAUvfv+dL1oAbmlH+9RzS5oAT8aTHvS55ozxQAmOOtFLkUZoAbjjrRin8UnHtQAlGD60uP84p ccdaAG4NHOaXApcfSgBvPvRg4zinduv6Ucev6UANx7Uu3npTs/5xRn3H5UANC0uzml/EflRjnqPy oATb6UbDS4HqPyo4/wAigBNp9KTafSlAH+RS8ev6UAJt9qNvtS8etLkZ6igBuPrRt9qdketHHrQA m32pNoPanfiKOPX9KAE2jHSjaDzg0ox/eH5Uv/AqAG7R6UYHvTs8/fFH/Ah+VADcD0NLgelLk/3h +lGT/fFABgY4pMClz/tCjJ/vD9KAD5fSggUZPZhS5b+8PyoATC0cUoLf3loy394UANwM0cdiadlv 7wpMN/eFACccUZHvS4b+9RzjhqAEz2z+lGfc0vzdjS5OKAG5z3NGfrS5b1FGW9RQAmaXNLlvUUfN /eFACUvej5v71Hzf3hQAUmeKXn1/SjDf3v0oAO+MUlO59aPm9RQA38/ypeT6/lSjd6ijB9RQAg6d KXmlAOOtIFPrQAvNGO2KNvfNG00AHfpRj2/SjaffNGD6mgA2+1GPrQF9zShcdzQAm0+lLt9qQLz1 Y07HPU0AG09hSbfUU7A9TSYHqaADafSjaT2pePU/lR/wI/lQAmw9wKNp9Kdj/aP5UYB7n8qAECnP QUbPYUu0dz+lLtGO9ADfLPfGKXYQaMDHU07A9aAGbDmjafSnbR1z+lLt9/0oAZtb0pdjen607aP8 ijj1oAQIc8/zpdp9qAAP/wBVGB3P6UAKWGP4vypNw9W/75oooANw9T+IpMj1P5UUUAH0J/KjPuT+ FFFABnj7zflRu9z+VFFACcEdT+VGRnqfyoooAM/7R/75pO/U/lRRQApIHOT/AN80mRnqfyoooAOM n5j+VJx6n8qKKAF49T+VJkdi35UUUAGR6mjII4zRRQAnygdT+VL8o9aKKQB8vHNJ8ue9FFMAyPej K+9FFACbl64oyMdDRRQAZX3o444oooAMj+6aOD/CeKKKADI7g0bl9DiiigA3L6GjcvpRRQAbhjoa Ny+lFFABuHpSbh6UUUALvX0o3D0oooAQMvpQWFFFABuXGaTcOlFFAxdwz3pMqR3oooEGVz3o496K KADI9DSFh6GiigAyPQ0mR70UUAGRjvRxRRQAcfT8aMiiigAyMdTRkccmiigAyOvP5Uce/wCVFFAC ce9HGO9FFACgL70m1fVqKKAFwvvSbV96KKBhhcdTRgZ70UUCDC/7VJx/tUUUAHHo1L8voaKKADj0 o/CiigBO9HFFFAwyOlGRjFFFAC5X3oyPeiigQZWk3D0oooAMj0oyv60UUALkUcUUUDEOKPloooEG Vo+XHT9aKKBhken60ZHp+tFFAhMj0/WjcB2/WiigA3j0P50b1/un86KKBhuGfu/rRu/2f1oooEGR /d/WjK0UUAGV/un86Ny+h/OiigBdw/un86NwPY0UUhiZH900Z9jRRTEH4Gjv0NFFAC9+ho/4CaKK AD/gJpM5/hJoooAPqrUnH900UUAL+Bo/4CaKKAFAP900HP8AdoooAOf7tGD6YoooAAD/AHaMH0oo oAMEUbTRRSAMe9GD/nNFFMAwf8ija34/jRRQAYajaxFFFABtbuaAp9RRRQAbT6/zo2nGKKKADb/n Bo20UUAG36Um33oooAMf55pcf55oooAPx/nRRRQAY+lGPpRRQAY96MD1oooAOPX9KOPWiigA4z15 o4/yKKKADj1/SjA9f0oooAOPX9KXHv8ApRRQAcev6UmB6/pRRQMXj1/Skx6H9KKKBC4HrSf56UUU ALj6/lRz/kUUUAHOOv6UUUUAGD60uDiiigBNp7Uu0+1FFACbGpdjY60UUAJtb1xRsP8AeoooANh9 f1pdhoopAGxs9ePrRsOeo/OiimAbGz2/Ol2GiigBPLPp+tHln2/OiigBfLOO350nlkf/AK6KKAF8 s/5NHln/ACaKKBi+W2OlGw/3aKKBB5Z9MfjR5ft+tFFABsPp+tL5ftRRQAeWfSjafSiigA2n0o2/ SiigA2+9G33oooAXHOM0beetFFAC7fcUY9x+VFFABt/2h+VGO2R+VFFABgev6UbR6/pRRQAbR/eH 5UbRjg/pRRQAY/2v0ox3B/SiigA/z0o6f/qoooAX8R+VIR6/yoooAMdeRS49W/SiigAxx94flR/w KiigBfxpPT5qKKADGeN1LgY60UUAAAzgGjGe9FFABilx7UUUAGOO1G31FFFABj2pQMUUUAGPb9aA PY0UUAL+Bo/CiigBeM8A0p9SDRRTAT8KXAz07UUUgYYX/Jo2jHT9aKKAP//ZDQplbmRzdHJlYW0N CmVuZG9iag0KOSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNS9I ZWlnaHQgMTkwL0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBv bGF0ZSBmYWxzZS9TTWFzayAxMCAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA0NTU+Pg0K c3RyZWFtDQp4nO2W2S4DcRSHbxHPIpHYl5baqaZKSyvIoPZErA0aoo0lRKklaitCNJb0nhdoQqqZ 0tKadmbIeA4nOSbheAST/PPl/12dy9/H+FNupL6zj46rT+vAXXrfbeq11Hsqtl1JVvjDu5S6vWIr UNYur2gBovqkriPB4pP1Quo8FMxA1PMPZo9vAaLCFQ9vAn7re7uHNwJRT9/bdvkmIOqJ2LqTNABR j0XLdrIBiOoVzZsJPRD1QGx2J3RA1H3BtMFpgah7gtHF1QFRPULjWrwWKKthLV4NRN3h9SuxSiDq VkK3HKsAoro53cJrORB1nat3vpQBUV1vWkdUA0SFK/ORUiDqarx2NlKyKutyrMb+pAaiLr1Uz4RV QNTFaNUUWwxEdUYrbGwhENURLZ9gC4Coc8+a0VDefKQM1f6sHg7mzEVKUW3hosGHrOknFeo4m99z nzkZLkIdecxlAhmjj3nwZ/wpY6Hs9kDGUDC7/y5NUUUVVVRRRf+Vkln8O5pkUsngkjkmY02mnAw9 yQASCSQhSGCQ/CBxQtKFhA3JHhJFJJlIUJHcIjFGUo2EHMk8EoEkEUlAkrwk8UnSlIQrydqf0cv8 TuIv35kYVA0KZW5kc3RyZWFtDQplbmRvYmoNCjEwIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3Vi dHlwZS9JbWFnZS9XaWR0aCA1L0hlaWdodCAxOTAvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRl WyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxh dGVEZWNvZGUvTGVuZ3RoIDIzPj4NCnN0cmVhbQ0KeJz78H9IgQ+jxChBA2LoALBzAbz4q1INCmVu ZHN0cmVhbQ0KZW5kb2JqDQoxMSAwIG9iag0KPDwvVHlwZS9FeHRHU3RhdGUvQk0vTm9ybWFsL2Nh IDAuMjU4ODI+Pg0KZW5kb2JqDQoxMiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAw IDFdIC9FbmNvZGVbIDEgMCAxIDBdIC9Cb3VuZHNbIDAuNV0gL0Z1bmN0aW9uc1sgMTMgMCBSIDE0 IDAgUl0gPj4NCmVuZG9iag0KMTMgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAx XSAvQzFbIDAuNTg0MzEgMC41ODQzMSAwLjU4NDMxXSAvQzBbIDAuODM5MjIgMC44MzkyMiAwLjgz OTIyXSAvTiAxPj4NCmVuZG9iag0KMTQgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsg MCAxXSAvQzFbIDAuODM5MjIgMC44MzkyMiAwLjgzOTIyXSAvQzBbIDEgMSAxXSAvTiAxPj4NCmVu ZG9iag0KMTUgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2 aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAzMzIuMjMgMjMzLjA0IDMzMi4yMyAyNzYuMjRd IC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDEyIDAgUj4+Pj4NCmVuZG9iag0KMTYgMCBv YmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwXSAvQm91 bmRzWyAwLjVdIC9GdW5jdGlvbnNbIDE3IDAgUiAxOCAwIFJdID4+DQplbmRvYmoNCjE3IDAgb2Jq DQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjU4NDMxIDAuNTg0MzEgMC41 ODQzMV0gL0MwWyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL04gMT4+DQplbmRvYmoNCjE4IDAg b2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjgzOTIyIDAuODM5MjIg MC44MzkyMl0gL0MwWyAxIDEgMV0gL04gMT4+DQplbmRvYmoNCjE5IDAgb2JqDQo8PC9QYXR0ZXJu VHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jk c1sgMzMyLjIzIDIzMy4wNCAzMzIuMjMgMjc2LjI0XSAvRXh0ZW5kWyB0cnVlIHRydWVdIC9GdW5j dGlvbiAxNiAwIFI+Pj4+DQplbmRvYmoNCjIwIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21h aW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMF0gL0JvdW5kc1sgMC41XSAvRnVuY3Rpb25zWyAyMSAw IFIgMjIgMCBSXSA+Pg0KZW5kb2JqDQoyMSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWlu WyAwIDFdIC9DMVsgMC41ODQzMSAwLjU4NDMxIDAuNTg0MzFdIC9DMFsgMC44MzkyMiAwLjgzOTIy IDAuODM5MjJdIC9OIDE+Pg0KZW5kb2JqDQoyMiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9t YWluWyAwIDFdIC9DMVsgMC44MzkyMiAwLjgzOTIyIDAuODM5MjJdIC9DMFsgMSAxIDFdIC9OIDE+ Pg0KZW5kb2JqDQoyMyAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFj ZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDI3Ni40MSAyMDAuNCAyNzYuNDEgMjM4 LjhdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDIwIDAgUj4+Pj4NCmVuZG9iag0KMjQg MCBvYmoNCjw8L1R5cGUvRm9udC9TdWJ0eXBlL1RydWVUeXBlL05hbWUvRjEvQmFzZUZvbnQvQXJp YWwvRW5jb2RpbmcvV2luQW5zaUVuY29kaW5nL0ZvbnREZXNjcmlwdG9yIDI1IDAgUi9GaXJzdENo YXIgMzIvTGFzdENoYXIgMTIyL1dpZHRocyA1OTcgMCBSPj4NCmVuZG9iag0KMjUgMCBvYmoNCjw8 L1R5cGUvRm9udERlc2NyaXB0b3IvRm9udE5hbWUvQXJpYWwvRmxhZ3MgMzIvSXRhbGljQW5nbGUg MC9Bc2NlbnQgOTA1L0Rlc2NlbnQgLTIxMC9DYXBIZWlnaHQgNzI4L0F2Z1dpZHRoIDQ0MS9NYXhX aWR0aCAyNjY1L0ZvbnRXZWlnaHQgNDAwL1hIZWlnaHQgMjUwL0xlYWRpbmcgMzMvU3RlbVYgNDQv Rm9udEJCb3hbIC02NjUgLTIxMCAyMDAwIDcyOF0gPj4NCmVuZG9iag0KMjYgMCBvYmoNCjw8L1R5 cGUvRXh0R1N0YXRlL0JNL05vcm1hbC9DQSAxPj4NCmVuZG9iag0KMjcgMCBvYmoNCjw8L1R5cGUv WE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE2MC9IZWlnaHQgNzIvQ29sb3JTcGFjZS9EZXZp Y2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDI4IDAgUi9G aWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDE3NzA+Pg0Kc3RyZWFtDQp4nO2d61bjRhCE18QE34IN lsVtLdsBfEmCk837P1y+ozruTAw4WL5odNT1g7OwYElTU9U9o5meb98cDofjAzRylH0XtcCZ27mx wcXFxU85LhynhJr6DLSKSr42m83LHD8HuIoVrVar7FsoDhqWdlbLH51Qvl5sRAqnXIu2arfbnU6n 1+v9kuM6evT/i0FFoLulhWltiKb9j2vU5sD0H2jlKlyLK97e3iZJMhqN7nLc53iIEo85wn9XC9x2 mqY0OGqCYrg4CsWyfQkWtfLhdKfhcAibXPT79+9Zlk2n09ls9muO5yrgpWrgnmnbyWRCm9/c3KAv SfhAihVnxSyC5ZORKpcYj8cQykXn8/lisVitVr9t8Hul8EcVoFulkV9fX1ETFKAyjLQwv5YS00mk WZjFHJ6enuhCopXLqX3e3t7W6/WfVcNf1YFumHZeLpfICudEa4iucJYl2dJDIJechAiLZmEWo0Ct iNQ41Q38cJwYNDINjqBwaTIc8QtHhcklgne7XWRLb8GN0SzM8vkwK1rt0n87Tg/amWZHWeIX0RXj 18jFk0nVyNnInbD998yW/cT1wlH4FbkMf5A/nky0xe0lW8zBmS0RB/KrhErKFbkMfPgoAjoZlMm2 7KesLw7h1+YuTLmQS8AlQ5Ynu2xLx4H6hV9+n4RqOBxiy0auyzYSHMIv5DIU6nQ6ZMuMg2TLTm5U KMavhV2cud/v84dkyyRUirlObjworF85M2F3NBplWTafz53cCFGAX4m32WzizAx1FXb5BIZCTm5s KKZfxIsz88t3d3c4s4fdaLEvv1viZUCkSSp35jhRQL8WeU28mqQq+1EcH2BffjWh0W63GRMReV9e Xly8MWMvfjVhxZi31+uRNk8mE8ZEHnljRgH9Xl1dMeZ9eHjgT/hDF2/M2Fe/Zs7KrBjzunhjxr78 kjl3u90kSbIsM3Mu+yEcn+Lr/FrwJXNO03Q2m61WK5/TiBx76VfBl98h+GrOyoNv5NiX31arNRgM Hh8fNTLy4Bs59uJXL4w08vXkqhIoxi/Js14YeXIVOQrwq2ln+PXkOX7syy+DX+e3QqgJv8fZDFBB aP8CI9lwf8oX428l+LXH1Gacdc0AR6RJi8ViOp2maar9ZZ/tP6pc/mwdONxMVyssl0uUiDkjyeFw 2O12d+wf3Br/Rs6vkUv0oQNzw7Mc0zphMplkWYYeEW+/34e+HVUawpdHz8/Pkb/5/ZGnFtwkVsNj 8owEIB5zVDMkSULKRGbV6XR2mLP82VZuIISY+ZV4iT4KPaSOesZendDdgKwY5Ypc1dJ5T65MO3y5 r5U50fIr8WLLKBdyeUzM57JmaG6g+ja7d+5rY75W1o3HY5vCipBibmkdjAtQrkqL2DPWCqbZxufk mkUjdqVY0Ybg0JzJLghAyhsVespu7LNiN5s7QjCJyjTWxZOhOdMP6Y3KGws8b93QeLf4OUKLtkkb euDhRUXqBhslkZQycF5FtopD4qXX0fc0qD9W0ac6QK1ELNMqrAizrHDGVTPq9EYX79fR2KyitFWy knAMFIdzGvS9/52Rc3wILbTTtv14tiBZ2kzWp8hrw6KyG6xiaGxqqtgWwtI3MoSzzQzcNKfhkbcw lEhrrbuKM6xKrbwROrPVWvS0+RBoIyHNKJdmsKld3uen2HJmzTZjKfauxMVbGNpLqMpXo7xKgwLx mSkOySVnJuWzQrgu3gMhl1aVlTRNz0yx1maE5BIp9CrhcueLMMfXYdWAoRhjFMUqFXtSim3VzXty FXbdlo8FqwlsKiYWrzZV7I7OcrhyDK+Yz+fEXGzZyNUSBef3iNCIWBQTi1WF8hQlRk22dB5cQmsz FHOd3JNCRq1alGTUuOU0LxGMkLHQkOUCRIfLIGGWbkPnYZw7Ho9xjMFgQELl5J4aolhVoK3EN0LG QlWTf70p3h6u0d3NqWgNmV0ul/i/zoxIkuT6+hrfuNy5+MRxLDQ2J2sgKFpeQiYii+VVfvjCVpX+ 97X6t04Q0AJX3FjMYgtaEEgXoiPhGBoK+VD3PGhsjthQrX4isg5i0OEpOothlZ+cYgdtiPFwVbYW ZmvRMrTi8zrnRcySShEFkK082Wk9PxqbszbQl1i2w48gGg3CF1zroBywDMC3/BxOibB0CWglYeMP ydzQbHgalzy57GetKRofHV6mU67Q4P39vQ66gu4sxySH/s0PkSqJMV0CWhEsPQQ3lmbNkMt+RMe/ LNvhgzp5kOgM1+gR7mA8CcC3/JD/0tl5WsGr1a1hhuz8RoWQaJi6yg/ltLMmt6Al2VtnX5obO7MR wkhRoiuy7FzRLdihwOE7IKe1KgiZMq7Dw4i3fqGMe3Q4HA6HozT8AytOZHcNCmVuZHN0cmVhbQ0K ZW5kb2JqDQoyOCAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTYw L0hlaWdodCA3Mi9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNv bXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMTM2 OT4+DQpzdHJlYW0NCnic7ZqJdppaFIYLAgIqQYvGgTokxqg10Wg0Vk0c4hCtGjUOOOHc93+Ee0hy 23tF20iJ0rX6PQDrW/8++3A4mw8f/vJuQAD4MEDQL91gWIUgKIpihwBRwT8zBHIIqsZJrY4CHEmA /i0oDY5uF4RgFYqTlJ45tthYuxQcDqfTJRmngz2mSQTeZodghM5gYl0e/0XwKhyOSOD6OhqTTDRy 6bHSuGpTgCA7jKAYq8sbjCbSuXyxVHqQQrlckUy5mI64TSSywQ+Eh+sYm/simsqX682nTrcnBQ7Q lwzXrt4FrNoNfpAKI/XW04ubzEO9zQ3H/GQqkdlvMBm17oOsDhUtQBhR64wOfyxTbvaG/HS+WP4G K6ksF5NO8eoTJfIDtT0yu0OpUqM3EuRWq28HYTntFsNiPxghaOv5dbbaAXYHk9vqB/T0rC9eaHA8 sDuY3DY/CMFp1v+l1BpMFwfMbpsfpMKPbP7EQ3s0O2x4m/0gGKMs3nhJCXqb/GBUY3LHik9K0Nvg ByGEwXmVaw6VoLfBD1TXFrir96dK0BP7QQhpPIuXu5OFEvREfqA5jj6Fcq3RXBF6Yj+ENHkSX7np 8tBmL6z7gdX3KXjfGiujuiI/SEUw7nhFMfGJ/FCtJZBpKmX1ifxgjHZESt2JUuJb8wNvXuYsUR3M lBLfuh+iMfvTTcV0h8gP1dmC+bZyyrvmBzZne6TUU0z3iv30rlilr5zlt+6nNpzGqwPF7C4iP/yj O1EbKtnvLFFXtl+yrpy3x7eV4HclU37gc19uFnO+XQixcvitwMOmE5nhx/1G9tKm++5ncH+R1r+r 5ZwfcJ22zLQeSwmvWfN6fwWr9Sc3XyXtf6s533ssF+5z8pK9i184DcTr/SQ4vjivH6Sc/lbLCVfN 3lxdXshKIOD32I1a7PUCGkYpNlToSHj/ruajZi7ssdss8mI+Nuq16n+vdyEEHE+zUk73yylXiXss tE6rkReSwNHvt8/geG88T0lp4CXfzl/ZaRxF5Eb1n/EHBBrEFX3Y/QADytu485s1KAzJz4+rF7AA dbbL3BO/a4GF8t6cGjbPAWRE+Pw9T9YGs90CXC34p/sgS2Fb5ijyAatpR7jQ3jHA5WxQS55vHlPI C+hgsy9V3y1AEF+7EHbQ6p8O8uTxU+F6Z2THAJfTfjXpPda8f3xCh2jN3mSV2+F6DTRvKxey7yM+ IUA1bQ9lG8M3VxhUt/tw49nH6hOAEdLojhbb4zdu0qvFlKvdfrZR2D7ie74B1Fl8iUqXf5MgOOEO GtmQ04DvJ77nFqHZwG21x89/XWJBr5m/PjVqxCO89wJGCIMjmK71fj08AsUFelHPsW5P1RWAYJRk XKF0tTv++R2+MF7sN/Ixj4VSv/ebbU1Qw7iCt5X2cLrYbigc6bnH++i+9Z57RMM4A4lik+NnW8aX wG467FQzkTMz9e7ngk2CBtYXy1Xbg8mG8e9KsBtzjVIqeHK87/ReBFGCtrhDyWK9M+BfJtQ/ptrC p+SIa1UyMb+d0WL713v9O8Jo90Vui/U2N+Kns/nihfl8NhkPus1KLn7ptujJg+gBYBVG0maXP5LK Vx6fuv3haDzm+fFoBD5zW7VSJh70sIwOR/a3sawhRKg1mJ3eUOw2V6rUHhvNVqvZqFfLhUwiEnCz xiMQ3sH0Xn9u0upN7In3MhxLpO7S6fTdbTIeDX32OK0MRWKHC++HoZqkDCar/cR97vX5/T6v59TJ mhlaSxzc7sUQRjCc1B7pPzImASNjoCkNgaGHrOz/EBQRTI0TBAkgcDWGCv/kKcTumeefJ1WvvOWf xkMg/lz+yx/EPzV3JWgNCmVuZHN0cmVhbQ0KZW5kb2JqDQoyOSAwIG9iag0KPDwvVHlwZS9YT2Jq ZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMzI1L0hlaWdodCAxMzQvQ29sb3JTcGFjZS9EZXZpY2VS R0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDMwIDAgUi9GaWx0 ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDIwMzk3Pj4NCnN0cmVhbQ0KeJzsnQdYFNf3960oKpbEYEdE FKUp2LFELKggKEJARbGgRjDWaOy9JD9rFBUQG5YoGFBA7BURpBejsbdYoomNsnTu+90ZWYc7d5al Kf+8nuc+Prg7MzvlfO73nNumQoUv9sW+2Bf7dKamplY93/T09CZMmDBR2vDtOBXM2dl5lAo2vJTM 0dHRXgWztbUdUpjZ2NhYlZJZWloOUMHc3d1/K8wOHjy4TwXbs2fPrlKyHTt2eBVmnp6e21SwLVu2 /FpKtmHDhvWF2bp1634pPcPJOzg4fG5GlZmGhka3bt0sLCyWLFkya9asI0eOnD17Njg42N/f//Dh w4W61hf7Yv9f2cyZMz83srRVqlSpXr160E1vb28fH5+AgIAv5H6xL6aK/fDDD58b34+mra2NIHP1 6tUhISGHDh363Pfmi5Wh4fkeLiXzU81+V8EQ9QWUkh09evSYwI6yDJ8HqmBBQUHB0oZvFbCUB5yh xT169EDmgrRLimJ8jkgbZ37x4sXIyMgYzqKVGjaIL8zi4uISEhKSClqiyPDhDQn7448/rufbzZs3 bwnszyLaTYFh99uc3ZIwbI9/76hg9+7du8+yexJ2V9pUOQg+fChhDwTG/JAy5mmLf1T5FSlOXpVr lLqHt1km9WiknlfxPEFoTA+E46EiKg8416pVa9KkSTgNVJ5MivE5kmVA9/jx49evX6enp2fkW7qE ySQsjWWpLEuRsGQJey9h7yTsrYS9YdlrCfuXZf9I2CuWvZSwv1n2QsKes+yZhD1l2V/S9kTCHkvY I5YVWrEUowJRUicUqUKQqhOKhDkE5bPjbGhoOH36dD5YEgsxVBgSjGcBiDIk7AvOX3D+gvNnx7lK lSpr1qxBRiCOqxFOX7t2Dc8RTGUK7AvOX3D+gnN5w7l+/fpOTk5iivHJyZMncRXgK5NlX3AuFGfA Ehsbi6hm+/btq1evnj179pQpU9zc3PDHihUr8CHqz6ioKPh8ucUZnCYmJp46dWrnzp045xkzZkzi DBcyd+7cdevW+fr6Xr58GX5SnnGOj4+HM+/atQuXgPhzwoQJLi4uEydOxN/Lli3z8vIKCQlB5Km8 baSc41y5cuUuXbrAqfBEKJCRGuNRAsOsrCwmy19wlsIZsotqH87v6OjYpk2bunXrVqxYUeoR4Ks6 deq0bt3azs7O3d0dvgFIywPOgOvEiRNz5szp3r1748aNEbwpcaRatWrp6OhYW1tv2LABtRP2LQ84 g8qLFy8uX758wIABzZs3V1dXV3IJ1apVw2XiYlFHHT9+HDD+38JZS0sL0XVAQAAF8oULF/DoQWtW vn3BWUWcwRESk6FDh8K9i/dQ1NTUBg0atGfPHvjq58L5ypUroLhVq1ZKaiHll9CrV69t27bduHHj c+EcExMD3+7atavyWkjKcOH6+vrz588PDQ0t/zhXqlRp8ODBPLxCkBFQIbICklkF7QvOheIMsvbt 29exY8eqVauW/AEhaoKsb968GSx8MpwRjIWFhTk7OyNaKBUfa9myJSJbQP0pcY6Li4O8NmvWrHh1 EWUNGjQYO3Ys6rdyi/NXX32FxOfYsWNCUYZG46zEIH/BWRWckTn27t0bDly6TwoO2a5dOz8/Pz78 LlOc4X6zZs3S0NAo3UuA6erqenh4ALSyxhkO/L///Q9BdalfApD56aefUFGUN5xr167t7e0tzJQP Hz6MiALOnM1Z6eCckpL+9m36P//IXr6UvXiR/u7dfxVnMLJ48eJC5ax69epff/01PK19+/bIznr2 7NmhQwf4ef369fFVofuOGTOGz6nLAmeIMtwAybsSOUPIgVM1NDQcNmzYxIkTZ8yYAfanTJkCKe/f vz/CctwBJbUZIl5LS8vw8PCyw/n06dO4q4hqpM4BX+EkETDghHHabm5u06ZNw7/4e+DAgbi0evXq KYnMcXOMjIwACzgtJzhDQcAyJcq4FQA2O9+KgzNYffpUFhGR5ueXun59ysyZyWPGJNvZvbe0fN+3 7/uePVN/++0/ifOdO3eGDBmihILGjRs7Ojp6enpeuHDh9u3bUFiqowpZ3vnz5yFecCrQreRQBgYG SIVKHWdghdAU2S7zR4EA0gekkEePHoVzSnVU4SDXrl3btWsXqh0tLS2pS0AADJcrdZxxD5Gno7aR +l0gjCoIpwfZwlOQ6qiKiIjYv38/6iigLVU1IXpB7Y304bPj3LlzZ2GrFzLlixcvKkS5yDinpmY8 eCALCkpbvjzVwSG5V6/kLl2SO3R4b2r63sTkffv279q1kxdj47eGhql79/73cI6MjDQ2NmbeanV1 9X79+h04cABOC2ZV7HcGF0FBQSACMiHlSz4+PkC1tHBGMmhra8t03W+++QYZGWohoFSkfmccc/fu 3RAOZhVRs2bNlStX4pilhTNQmjdvHvO3atSoMWjQIPj59evXi9TvDAxBip2dHUJZ8WFRxTk5OVGB 9yfGedGiRfv27RMG2Dgf6Gq2yArFOePWLdnu3anjx6eYm6d07oyS3KlTcseOBVjmcQbLRkZynPfs +Y/hjJpcR0dHfJ8hrxYWFidOnIAQF3sYCZRu/PjxUjhs3bq1VHCGswE6pruOGzcOF1iSYSQA8ODB g506dRIfHwEt5P6BYHB4sXGGNLu4uIgDbDwFZDT+/v5gs9jDSAApnuPgwYOZx0dFkZiY+Olxhlcs W7ZMOPQaNQ/uvBhk5ThnPH+e7uub5uKS2qNHSteuKV26SLKs0GWO5bcGBv8xnK9cudK0aVPxrQbg UGQK5OKNCgOnCMLNzMzE4TfSWHd3d7BZEpzhbEjexZeA0Do4OBjAlsqoMGAILf7666+pXwEgSL2Z RKuOM8KACRMmiO9PgwYNtmzZgm9LZVQYbhSeKfIg8b1Cxh0bG/spccbFoiY8cuSIgmWEc/CunJwc 1XHO/Ouv9C1bUm1sUs3MUrt1K4TlgroMlt/q66f8h3CGA7Ru3Vp8q21sbBDUle4gT7jx9OnTxe0z CCP37t1bbJwhapaWltQx8SsICeDAhQ7y5AeJIVODz6syyPPMmTNGRkbUz6FSWrduXUlwnj17tlg3 UQEiQSj1QZ5hYWGQaarqwH+/++47vmXsE+CMB4QYW9iIferUKThzDmeq4Jx5/376+vVp/fqldu+u EssiXQbLb9q2Tdm9+7+BM5y5T58+Ys+cOnUq2CyjMdseHh7ilnN8cvr06WLgDE4hatTRUD+sXbuW F2XlOIPivn378hwhl0dtA78tdMw2HHvIkCHiH4XwFQ/nTZs2UbVcpUqVRo8ejR8qozHbuMwZM2aI M6CZM2cyWS5dnHGxCxcuFOoyKklgkpNvynHOfPUq3csrzdIyrUcPVVkW67KBwZv/Fs5z586lqmg4 9pIlSwBd2U3BALN4jmKiDQ0N4Y1FxXn79u3UQBdghXycYpmJc3R0NNWri7vh4OAAYAudggH3Hj58 OHX3tLS0wsPDi4ozUloqgAfLEydOBHRlOgUDl7B48WLq7qmrq3t7e5cpzri6FStWKA4FQwQiZFkZ zjJZRkhImp1dWs+eaQC5KLr8vqNRch/DFBv9NKc26a566TNbZS7QzVzaMvuQZU64W07krOzYZVlJ mzLvHMp4cj79ZZIs+d//QzjDi6jKGff5xx9/VOhymc6oOnTokJjoyZMnA1LVcQY7mpqawiNUr14d maaKM6rGjRsndjYQGhgYqMqMKjAyaNAgand8AqZUx/nGjRtI8KkTwIkpWFYR56SkJH4xDaRIKuIM w68vWLCACgxQxeHGlh3Opqam/v7+CpbPnj0LanIKGpvlhw/T585NMzeXsyzQ5VQpljuYJHdvn2pv lPGjfvYmvVyfVnmHdcnvLYk/ig7xbyEvv2uT35uT37Xk5UgzcqQpV5qRgFZ5Qe1zz1lnxa7IeHRS 9vavtNSUcoszvBF3lbrPSJ0AzqeZIAmNBndUtghhDQgIUBFnEEpFvKiOEG+IdZmJM1Bq06YN099Q p6k4QTIuLo6CEVfk7u6uOs5Lly6letZ69eoFygqdUQVCr127tmHDBjw1XAiqta85a9CggZ6enrW1 9Zo1a/h5YUpwRpoMSEeOHEmFGaNGjcLnZYGzmZmZcKAI8mU4fI7IxEF25okTsqFD5SCroMvJvUxk 442z1+rn/daGHG0NNrmiSwJ4kDmWfxewLAc5n2W/JsSvMfFrRPwaEl+UBih5R/VyLo3MvOUje/Ok HOK8fPly6j63bdsWD73QCZKlhTNPNEJK6jQ6deoE1lTBGYkqFShaWFiANfEUDCbOIILZwAubNm2a 6vOdgcxXX30l3L1ly5YJCQmq4BwREUENF0G4fuXKlUInSOJHoeDiNnbKateu7ejoePLkSSU4w2Ji YqhKCSG3n59fqeOM6vr48eMKlvG3ou1LGc7JyRlr18r69OFFOY0HmcVySreOaXYmWSsM8w61IQF6 5KhePsu68uIvZFmbxXITFsua8nL4G3K4Pv7N82+VHTY5/cmF1PevywnOeDRUjMrfZ6kJkmWHMzzT xMREeCaQiZ07dxaKM0ihPLBRo0ZQK+aMKqlg297enul1qCiKtHzBunXrhGEGLmHhwoWq4EzVZpBp T09P5fOd8exQFRcKstA0NDQQbyQmJkrhDAsKCqImzfXp04cS6BLijNP49ddfFSwj3v6X65NSjnPW 06fpM2bIevVKQ1Giy107pY9tn7PVkAS0JUfbcCDrSeqyfxF0WcByfXLoa3LoK3k5/E3OKYuMO76p yW8/O85wNiq4mjRpEpPlssYZBkeiQu7OnTsDGeU4wx+oS1i5cqXUBEkpnM+dOyeeo9G9e3fgViSc kboiQhYeBCILRpTjDBWmqARBd7gVFKVwBlAIrZUM5JYy3CsbGxukBlI4w6ZMmSLcpVq1avyI7tLC GV6nWOAL0o/7n5ubqxznrKQkmb29jAeZZ1msy2adZWNMc3cakqNtyTEJlktBlxUs15OX3+qS3+rg j9zjXdPv+fNQfxac4WNUc27Tpk2RrH0unMGmlZWV8HzU1NTAuBKcwaa5ublwF319fdBXVJxh0AgD AwMeEIQoSMbh84V2VIlnRyLlpyjbvHmzcpzh3sLtERifOHFCar4zz7K4d6xI1rdv3/j4eCmcr169 2qxZM+H2tra2cIxSwdnZ2Vk49Ov69etgVjnOmVevIln+qMusPqk06445m41JgD45pi/JsqQua7F0 uVEhuqxgWV5qk4Ma5Ld6OeeGyF4kfBac9+3bR93qxYsXv/msa4UFBwdT87DGjh2rBOfQ0FChqkJ6 3N3dxfOdVcEZBq8+duzY7t27IdYAsNBhJEycQSg1xBQqD2alcAae1OgdsMNkWYHz/PnzlehyRYEp x+qmYFVnauYFYnLhxnXq1AHjJcdZV1d3//79CpYvXbrEsyyJM1gODZUNHFhAlwuynNqzc9a89sTf gANZNZZ5XfbXJoG65LgeOaVPzhiSc8bkvBE5a0BO6pGQliSwOfEH2iqzLC+1yIGa+DYzdkXq2xef GOeBAwcKbzVEAd6lHGd4FB4Bv0L7xYsX4QaAVDnO2ObChQv84vDYBc6gBGcQCucXnlX9+vWpeFuI M6Vr8Jbbt2+rjjPoO3LkyOrVq1dJ288//4xgWHWcYagQhD0+NWvWPHPmjBTO4EJ4CeD0+PHj/LBt Js7h4eFSSwnp6OjMmTMHcezp06dPnTqFS1u6dKmZmRmT/apVq27dulUK5+joaCr7wF0qIc44jf/9 73+KdUUCAwPhybn5xqQ5KyxMNniwEl2WDe2U62lMjqnCMofzUV1yyphE9CLXrchde/LQkTwZTp6O IE8dyV/25IkdeTKUPLYhDy3JfQtyuw+50YPEdCCX2pCgpsS3fiEsH6wpx/lADfyRE9Iz7VkUCP40 OMPtv/nmG+HdHj16tHj5AgXIkZGRY8aMQQym6KHGH40aNRowYABQBYkUzoA0LCzM0dGxSZMmil34 RasGDx4MEQSYYpxh69evF54VJIbqsVKwDB67desm3NjV1VW8fIESnH/99VecUqF+iPwXl686znD4 li1bCo8ArKRwnjx5snDLjh074tEowZn5TijcpZEjR0ZFRYmHkQA91EjMJaFatWqlWDdMPNOZah60 sLAoIc44oKKXGVDzKbMSnLPCw2WWlpK63K1Lhptp3hFDEqgCy4F65GJXkmRDHjuTFxPI8/Hk+Vjy bDR55iRn+S+e5WEcy9bk8WDyaBB5OIA87E8e9CEPzMn9XuR+D3KzI4loS040Ib5fKWP5gDrZXx0l z7dhxo0dQqLLDmfcUmEvJ2pO1JZMnIHbmjVrkE5KPSbsO2rUKESnCpYB3bx585SsRwfxmjhxIjxf jHNiYiI1fQ+BHxNnOJVw9Atc+uzZs0XCmUrVlZiXl5fqOONWfP/998LdEQgxWQZu7dq1E265YMEC xaQqsQElanve+vXrBwCVjArbsGEDU6MVAi3G2dPTU+ghDRs2jIiIKDbOeKY7duxQhNk4lCLMZuKc dfOmzMZG9u23Yl1O7dpVHmAvNSFHxSy3KcDy0VbkVHsSZ0UejyMvJpMX3wtYdv7AslyXv8tn2YZj 2TKf5b4cy9/KWb5nRu52IXc7k9um5LohuYxQ/GvyG4vlDzhXI/vV8GFmxI8p7/4pa5ypSh4CBBcS 4wxdRkBb6CpzQAkZH0gBy0ASBy90PSLs4uTkhF0onPEJFW+bm5sLR4gpcN67d69wM21tbQBSJJyh OKq4YgWuOatIOEN9hLsjEGKmz0hIhV3VqAD5SFsKZ1DQoEED6txQ0yL3UT7IE3gyW8+Q5vMZtBhn pBjCrnAE54r27WLgjOpdGGanpqbmFrQCGfOTJ+kjRkj1SaX26Zy9oR0JLEyXz3Qgf9iTF1PIyynk b4rl0QKW7QuyPKggy5wu3+tG7nYldzuROx3IHRNyux25bUhutiVhzYh/3YK6LGB5H0pVlOwLjqlv n5cdzuAU9bnwbltbW1OLC/EmHv8J54EPgERARzELEQfOBw8epCJYZGH9+/fHLiYmJlRIgHD3pWit MKqqQeAqHMKtwJnaDLEcUC0jnIuqzvHx8VTuiZxXjDPSW2GDFRITcMTEGZ9fv349JCREvGQT9Doh IQGIKR+z7evrK963Tp0658+fZ+IM69q1q3Dj5cuXFw9nZFgHDhxQhNm4ulyRfYRZJkv/4QepPqnU fp1ztnEsf8iXWX1SJ4xJki158QN5OZX87Ub+diUvJn1g+dkYOctP+Rjb4QPLjzmWH1kVjLF7y1m+ 151juYuAZWM5y7f0yZ965M/W5LoOudSA+NZSxNgFWa5C9lUmPlWyTw1Iff24jHAGMtRSOUjuxDiD HaoXFbnzqVOnXnITn/Htzp07+eHWCKXGjh0Lp8JXhoaGwl2QoIWGhuIXX3HLkmzatImHHTtOmjQJ obUYZxxW6OQ1a9ZEVijG2cbGRvhDy5Yteyayz4WzOIres2ePGGdUgMJtUE8KVzAQGvDBzWeuIgLd 1NTU9Pb2Vo4zagM8C/Hu7u7uUjhTQ9lHjx5dPJxdXFwU0oyEKDs7WxLn7OxMLy+ptq9U8y65XsbK dBklvB956kpeTZezXEa6LGe5jZzlm7rkZgtyozmJa0xC6rBYrkJ8gHMl4lMx54R5yusnZYEz/JCK n3GfxTgjFBTW5xBT+CTVUbVy5UoHB4fLly/zWTMeljBHw9+IA4UdVaB11qxZI0aMwMGZTWEwHITS 93PnzolxppYE2bdvX/nBGYaAR3iEFStWFNoOhvpNCue7d+9u3LiRuTYyHuVPP/10W3qtMIUNGzZM vLubm5sUzqtWrRJu2bdvX773uUg416tXT7H2FyIEPF8xywqcsy5elPXrx2z7Qoyd6yFkWaTLJ9qR W07k1cwPLMt1eXK+Lo8jz1m6zLd9Pcpn+RH+HiLPne/3zmeZ12XTgroMlluRmy0/sHyjGfmjMbne kITWI4erF9TlDyyTvRVQskO+TX79tNRxjomJoe75pUuXxDhv2LBBuA1CJrBA4czzqGgEW7JkiXAX AwODx6KX2vCJMLOjStEaRkWqfn5+FM7gRag1yAiQF5QrnKnWMFdXVzHOtra2wm2AvBTOPNHidgyE MfziDKpMkFy0aJH40nATpHCG4gu3RLxRDJy3bNmiaAFDPs5kmcc5+9WrdAcHdp+UWZfsjUrz5fPd yFM38mqWtC47F9RlO0bb1+sdJOM2Sb9BZNEk+QR57Umez5L3WH3UZQNal+UsNyHXG5HrmiSpPomq Q36vRukyzzJfsi4MT373unRxvnDhAnXPQZAYZ0o7zM3NCx1GMnLkSOEuQ4YMKdIwEt5ARN26dYXH EQ7e5nGGBwrzhVq1aiFCKFc4z5kzR3gER0dHMc5UC8bmzZuV4Mxn0IBXuIulpWVSUpKYZSbOHh4e 4kvr0KGDFM5Un7iuri4/eFt1nBs2bOjj46MYzwlXzMvLY+OcmZmxciW7T8qsi7wdWwnL1waQlzMl dJnqk3JQ1if1dh/J+ZfkvCE570huMslNJXnpJDedZNwhr73Jo+/ILSNOl3VpXeZZTqpHEuuQOA0S XI3JMlcqZkT8WLo4h4SEULcdNb8YZ0TRwm3w30JxpoamwPeKgTOMmpq0fft2Cmd4VJMmTRQbIKkM Dw8vVzhTUgghFuPcs2dP6leU48xPh7SxseHbFnr16oV6mMkyE+cDBw6IL01fX18KZ8pPUH8WFWek D4qsGQ8I2ErhnHX1alr+VClq/nLG9x1YfVIcy8f0SIwVJ8q8Lk/jdNm1yLrM58tv9pLsVxzRbwsQ nZdJ8rJJXhpJiyJPp5I/2zJ0OekrkliXJNQmCTVJnDoJqcJimSs+VWS3fytFnBGXUrcdz1qMMyW1 Q4cOLRTnwYMHC3cZPXp0MXAGs8XAGcl4ucKZGrFmZ2dXKM6enp6F4gyLjY3t2rWrnp4eYtcirUZy +PBh8aUZGhpK4Xz8+HHhlkXFWVNTMygoiN8MPw2PyuOMIc3JyTJnZ+YYzjSbjnm+0izHDyWvfvyo yx9ibJYuP1UyViS/7evNLpL9N8l+SbL/KaDRuTKSlyEnmuQQWMZ98mw2udGC1uUEDTnL8eokXo3E VSEhEjjvrZB3uEHqs5jSwjk0NJS688imxThTA3eROhWKs4uLi3AXyAcALCrO8HNqfRJ+FW4hznBX bW1txQY1atQ4f/58ucJ5xowZwiM4OzuLcaaCmbVr16qC813uxXNILoq6uBCVC/NmZmYmhTMwFG7Z pk2bIuGM+l8xcwr5XV6+iXHOPHhQnjKLdDm1Z+ec7cbssSJgOdaaY1lFXVZhrMjrnSTrOcl+IUE0 p9Ekl5A8Odep4eSeRb4u1yGJtfNZriZnObYSialIjrNxljeLneitSKJLiPP169epOw+9FuMMiITb ID+Nj4+ncAZZvr6+T5484XFet26dcJdvvvkGv0XhDLf09/cHTVI441eoQYn8oFAhzthduIRIlSpV AgMDyw5n6GZRcR4zZozwCNOmTRPjPHz4cOE28+bNUxHn4q0VtnTpUvGlfffdd1I4b9u2Tbhl586d VW8K45caEw7plMT533/lq4uw5i9nzjGRzJfD+3EgzyzNPqnXXiTrL5L1jCP6b47o11zg/Z7kpnzU 6DxOo2G5aeTFMpLUQKDLPMsVPxQQHSBBtE+ljLhfSgVnuDQ1OATuKsYZJFLzcCG+Lwuutu3h4cG/ P27nzp3AJyoqijoyRAq7CDuq4FSVK1eGb+zfvx+7iHE+c+aMsKMKG4eFhYk7qsSJZ9nhvGnTpiLh LG7mWrNmjRhnMC7cZsSIEWWKM5UK8YakQApnVC/CLa2srFTvd0YucPToUX4bBO2ZmZlSOGd6ezPn L6dZc2E2s0/qQjfyYnrBtq/Cxoo8UTJWJL9P6t/tJPMRyXpCsp5yMv13wVQ6Rc6vnOgsjug8OdF5 ueT9cfJHs48xNnRZgTNKZEVyWCLkPqSZ+iKx5DiDIGqOAKAT4wxanZychJuBLBB97do1eAsq6pUr VyqaoPGVm5sbmKXcGHRPnTo1OjoaPhMXF7do0SLFWO6qVavOmTNHjPOOHTuEw0jq16+fmJgoxhmJ ufCHgEZRcZ47d+6AAQOQEUi967ZBgwYDOEPQWCScwQJ1h/38/MQ4b9y4UbhNp06dlOM8ZcqUziLD 6SUkJBSKM55aw4YNqQtEVAMwpXCGcAs3dnV1VR3nyZMnK/qnkpKS8gRWIGuGNNvaMtYV6do5e50x W5eDDcmTyUXRZTspXf7nZrewCGPvU7orAprO8m148foSkvmAZD4UEf2aC7yFGp3FRd35lhZLbhox WOZLWEWyn0101oUR0jQXYZAnlbV169YN8IoHeQJAqlWKJ1RTU5OKhxFXR0ZGIt5GDkt1M1Xg5lJh F2oeR4sWLXB8Mc7UahgGBgZgRIwzNaSqb9++ILRIOPMWHh4uPmHecJeKOt+ZxxnsCKOUSpUqgTgx zsHBwcJRN6i4cEOU4MycToW6CMgUivOSJUvEM6Bbt27Nr0wiZhnM6uvrCzdG5aM6zooGbdSE8Ewp nDMPH2auESRzNCVHJcZ93Rguqcs8y0xdzmc550H/P+O7/hLU0mxbbY3VlauuqFhhWQW+bL78A8m4 SzLvcVA//hB4Z/GptLADS6jR+YZKAESLWebLGXazWN5+9bSHZ0qI81tuWSHhza9Xrx4eK3NGFR6H mGjKoGJIbxUznffs2VOzZk3luzRv3vzs2bPi3BnsUCuLDh06lDmj6uTJk9QlwC3LCc7u7u7C4+jq 6opZhiFoady4sWIzaKWPj48SnCHxzOkwNjY2t5WOCgsNDaUWheMNgZPUjKoTJ04Ia2xUxUFBQSri jDBDgfPp06fzCpoA5sy0ESOY633lbDFiz60I/Za8nFHsPqmrkZ3s9miCYgXCwrL5spt8GEnGHZro bDHRLI1Ovykfws3EGUn07xJtYqet3r97XUKcQR81Y27r1q1S853xRMRvb+GNfwnapUuXqCZuPG6p 5TGxC+JDSDmzKQy6Ro3whAozcQYOlIuChXKCM5WlDh8+nIkzsEVQIdxSMc6TiTOiVmpIPG8QaE9P TymcIyIiunTpIt4LWc+VK1ekcKZGePKrkqqIM9IuRaSN7aVwzrp6lbkOp2ykCbdMkIjlIH3y1+R8 XZbuk2KNFXn4x7cOextWEWgxC+fJ8iFhGX9yUEOm74tSaUXjGKfRuem0RssSSVJDNtFXJUJun8qp D8+WEGd4HbUeFJ44yJVajQSgob4dOXIkuIawamlp4Q/819fX96Xo5c68RgOcnTt32tvbI1rW4qxd u3ajRo1CTQIYpTqq5s+fLzwrhKmI3pk4g1ZqkKS1tfXTgpOqPgvOOKCwCRHV1/bt25k4w1asWCH8 RdwlMKukKeznn39mnirCIYTiIFeIMw61a9cuqVeC8qO1mTiDQWTlwu3x4FRcvgA6rpjaDPeAR0nh nL54MXOt++yNRuz5y7FWxdDl3IeDDl9sp7WuuhKQ83H+nqRfJ+l/FCT6IckUE10w6v6o0XnkjS+J U2MTLdFvlXXOvoQ4w6hmLoBz7ty5QtcKA3G8s+EPFdcKA1a8g1EUi3EGIG3bthWeVatWrbA7E2cY JEmYDyLepsaGfRacly1bJjwIMhEE1VI4h4WFUWGSt7e3EpxBE3WLhNawYUNzc/OxY8e6uro6Ojoi +ZVq5cNXCISkcEakTZ0VEigVcUZqFhwczH+LhCg7O5uJc86LF2mDBonXuk+zMmHPXz7ZjjxzK0qf lFyX0+5ZzDqiXWl5ISB/wPnSRCJLIOmJHNQ3ScYteeCdcY8jWphKvyLZig4slkY/ncvGObIiOcDK oA9qpDyNKiHOeGTUhGUrKyvQpxxn5cNImDirPowEtTrlRbNnz35R0IQ4w7WoN9hOmTLl8+IMNITj W2CIYZSs5AlIqcVIu3btekvwIhsKZ5i/v7/Ui+9VNAQPgYGBUit54q5SbdqItOPj41XE2dnZWZE4 x8bG5onsQ6QdEvJBlzmcFe+tyFxgxNDlAF0Sb11QlycWOlYk/f6A7/Y2rLRcWYBdEOcJRBZHZPHy mJkmWtg4Joq6P2o013uFr/40ZRMdwhbojKhFJcQZaFCNTmpqaoiEPxfOoKN9+/bC86ldu/bly5eV 4Ayj5oloaGjAhT4jzlR7O2qnoKAg5Qvzbtu2TViJQU9RrSnBGbZ582bxWgQqWp06dRCBK1lnGz5A zWij3iapHOdZs2YpEmfcOimcZbNnM95B08Mkd29bxnpfwfrkuWuRxoqk3rMYsa9RxWUqgYxScWnl DWcn5aZEk7QYDuoEIkuSp9JyqPn2sQeCwJvX6H8lNfr9KRJbmYFzBFugc4/ovH/7T0lwhlHrQVXg RnLC4T8Lzr/88gvlGNCI56IXz1E4A0aq/2v48OGKHqtPjHNkZKSwpboCN8wVGCrHGXRQL8lCikG9 nYrCGYZnR70HRxVr3rw5pPOWyITSTEULkPJLly6pjrNCmvGHTCZj45yentq3L6XL701N0xzbMXTZ vyW51j+/Typfl59xuvx0VP7afbwu23JjReT58k8BLWqskfdDSRENfqvMa1hn4rAG3y3Xstzfon+I iWVob7vYYeNj56+MPRIQ9+xRfG5aojyVBtHpt+SpdAbXOFaAaGHLGN97xWt0HrlrxRboQLZApz48 X0KcgQPVZI1UFPHtPwXfHfkJcIbDUCuLIlSgGsGYOANPaqgkZOvAgQOfHmcwS41sgc7u3btXlZfa rF27luoUnjFjBphVgjPs1KlTFhYW4lczMw23xdraGvdZzLIQZ+q9PBW4ASE3C5oSnFHD4JL5r5BB 5+TkMHHOiooSs/zexCRrsQFjHU7898HoosxfHnQktL3merXav1RRX12J2Zpd7cfWDe1X6fQ5q/vt VUXR7xPZrl9su35xfOluE7doTdy9Wwlc4A2Z5tvH7uen0nzjGEuj+Zax1HASX4OB8xV2H3RGxI8l xPnNmze47VRXprq6+pEjRz4lznBU8QKVTk5OYmkW48wLNJVLamlp8SH3p8QZMTMV6oA1XpoLxRmM UK/owlPYvXu3cpz5+ZKou2xsbJjrDvGG6Bob+Pn53eJeIqkEZwBIKX6zZs3CwsJUx9nMzEyx+u6V K1fELPM4p3t5Md6/bNo+dy/rPY9nTLl1OFUdK/LXjW87etRusF7tq7VVa/9SWX2NnGiFRldaXKP+ qGkt+p1oaX6BKsYWVztbxgpKHMq3w+I8d8envUnKl2m+xVuRSj8XdEm/5yZr5Efdednk7kC2QP/G wDnnmOn7t/+WEGfQRHX3VOAaY5G0fhqcAQLV8FKBW/lEuD6YcpxhixYtotStd+/e8M9PhnNAQAA1 2AbHPHPmjOovhAWV1FLGeAqnT59WjjM/Zhs8RkdHI7hdsGCBs7Mz4LWysnJwcEDO6+XlhRQAt0LR DS2FM+ij2swh0xDrmyJTgnP79u0Vs6iwGRvnnJy0H34Qv0s9xcKY/M5a6z52QJHGiiwM1NHeXL3J xmqacqKryInO1+iqc5s2tt2o0/cks5haXu41NCa/xH4stnFT58f98yyJyK7nE31PoNHCPLpgy9hb f9UbxPIO1kl5nlBCnGF4lFTGVyF/+F9Z4wy4Ro0aRYka31HLZFkKZ3i1eKSEnZ0dOPoEOF+8eJHq xMcVLVy4ELSqjjNopSZh8U9B+FrYEk7BUIIzagMIK/XriC7EL3dWjvOqVauUt4PBct6+TRkyhGL5 Xbt2snGGjHfQBOiQB06qr3V/PaGbiaeGrrs6T3SD9VUVRKvPa97U2lvb4phU6WRzvr9DNFdi8kus vDjKy8RZyKYTOKJvcKn0PWmNzo+6c1NIUlMGzqEViQ+D6LQ/D5YcZxhqVPEq961atYKjlh3O8E/o MqWq+O+4ceOovuZCccb2cHsq+8ahoFBw+DLF+eTJk9Sb+2ADBgxQhNkq4gxLTEzs0KEDdSgDA4PQ 0NAyxRl3oEePHtTvamtr8y8hKhLOqMQUA0he569XQFn2o0fJ3bp9ZNnE5B2Hc+aitrQu+7cgIQbk 6TiBLo8S9EnRupz7sN+S4BZGHjXbbquh615de3O1JhvVNDmi666o18x+nfZA3+bSpZvdaetRUdaj oq1Ho8Tkl9j8Ejd7aZzsTeIHjc6gNPo5S6MzyeOJ7A7og6z0OXxmqeD8L7c8vtifNTU1AwMDywJn uK65ubl4UkDHjh3hivyaJEXCGbZjxw5qgCiOP3jwYLifEpwhTMhbdVk2duxY5TjDq4WLovCGavDa tWsPC5oqOMPOnz8vXhi/TZs2/DslywJnZFVU2l6By9wPHjzIN3SrjjOC85UrV/KfI4NOS0tj4px1 9WoBXeZYfmdinLNFj/Gex0udVZ+//PfNnt/uqWu6o5axJ4hWbwWif5UT3WBdtWbjf2gxeH9zq30o WhKll8Nx+/GRXIniSrS9C19iuBJr7xK3Y29cbmpCftRNabRiaLdgFOgbP/Y0K9YQ7pzgrqWCM080 vFf89go1NbUZM2ZAhkoLZ3Dn4+MjdlqYkZERMFcsMVRUnGErVqwQXwL4CgoKArlMnIX2RMLEIIOX ZcuWiUOa+vXrnz179qHIVMQZ5ufnJx4lgk82bNgA+koXZ09PT3GeVb169fXr1yv6rVTHuUaNGhB0 /nOoALNZG5bh60vp8jtj4/ddDHN9WhXQZf5VjzF9BfnySIEu24rXFTl21ajHrtpdvDVMvWoae9Ro uxVEV9P+VU1rkamOrWeLITu1h3g3t/FuZv2xaA32bt/fe6CZt2PHHWM67Rpvtm+sxe+jnc47TY5w mhzp5IoS5eQazZUYJ9fYcdNi79yI48aZ/MHSaFHvVcYdkvg1K31mtG/nHtIsLZxhcPWRI0cyXyRq amp67NixlwXXLigqzoAUUmhra8t80RsvaooRYsXDGehNnTpV/D6m2rVrT58+Hc5ccpz5ZBnRqfhX wDLSFjHLRcIZKrx7927xS8GqVq06dOjQCxculArOCLCdnZ3FY1GqVKmCaurGjRvFwBmV2+nTpxUT qeQjmFkmc3cvoMvGxm+NjN73NijwLnXF+5dvWKu+rsiCYK3ee+r02K3RxbuWqVcNYw/1ttuqt9qs 3nLc3JZ223SGbdMetq257TatoVubDd3aZMjWllbbrLt5TmjnNZEq7b1c+vu6uF5xmX6NK5Eu06Nc pke7TI9xmRGzaVtsXlqsnGi2RlO9VynkZjsGzudY3VU+lZNf3S8tnGHgyNXVlfl6MnxoYWFx5MgR 4FNUnHFYBHVIipmvMqzATQCJjY0VzsUoHs480XPnzmWOVdbR0Vm7di28tNg4I0MfP3488yoaNWqE Gu9R/uJCxcaZNxBNNQXwpqGhMWXKFMVCYcXAGXXm/PnzxUsZVODmcaxatQrACkeVqI4zKgeIMv85 ajwpnNOWLhXq8jsjo7eGhik2bWldBssBLcjdYQXz5WFMXQbLybe7j/LT7OdTp/ee2j121eriXRNE G3lUb7NGr5XjRl3HTToOG1t8t1HbfqOW/cZmdht0bTY5dvKgQRYQPaH3PtfpoW5zItzmXONKpNuc KLefomcsjHlyP5obOaaaRj8YqWrvs0+l1MeXSxFnvutq8eLFUm9KBSbt27dfs2ZNVFTUU+4dc0pw xgZJSUkeHh79+vWTAhm1BNJbuBm1iEGxcYYBzE2bNlHrB/KGULxly5Zz5swBmKBGRZyhVkgG7e3t pQZLGxsbnzt3TjGepOQ4Q6ORIDAnQ1XgpjkgjsIpqb4wLx4EEvBJkyYh2WcGYKg9duzYIWS5GDgj U+A/h/pL4Zzq5ibUZbD81sAgbVQbmuXftchRHfLIQaU1de/3upvUcdihrwcdqNvPp3bvPRo9dtXs 4l3D1EvdYLadntMvrUf+ojviF53hP7cY/nNzx5+1HH4earZVkmUUE08XU4/vrQ/NXHB15sLwmQsj Zi68NnNh5MxFUTMXRZ88GUXSoomkRhfsvXq2iN0axhhMUjHttl/p4vz69WvwiPSWOeFdYYjKDA0N 4eFgf+/evaiWz3N2/PjxAwcOrF69etSoUR06dFDyJtkKXLa1dOlS8PK3yEqCM2/AgRo8KTQ1NTVk EFC6PXv2gES4rpBfABgXF4eLQrUwfPjw5s2bMxGowFVHdnZ2CQkJwuFhpYIzDFAMHDhQ6qdRNYF3 nN66desCAgL4GVIKnPnup+Dg4C1btiCiMDAwUPIm0I7/r70zgYtp/f/4jBRZQhJdW/uK9lBJKroh 0bUlKmS9P1voXnIpt8gSF0muSyXtUpIkdbmV7ZLt8vtfazXtk/ZUiOf/PWfqOM2cmWYS48f5vJ5X r2mmZeY8z/t8vt9nNTKCiuNd9SwqzsQo1e3bt/nhXOfszMVylbZ2g7t6K8itLMcNRYkqqGAuv31F uPbuu/r3SMco2WkRfe3C+9iE9bYM6WV+vIfJ0V4jVqzSctmu4eKjtsBHdb6PsrO34jxvPYcdAlh2 1wt2Nwh2NzziPjp4w9qLm3yu4uXapu3XN22/sWn7zd9Dbr6rvYFtu40RTR69opphwj5CgfMtJjpJ 0RvW8PBYp+PMETRRyHP5rbDjEjSVbrjg5/k1P66maGpqmpaWxgtyZ+EMAlcFPxJ8S4F3Au0QrHzg wIHq6upaWlrASP/+/SGsbXf+5NChQ4OCgoA+rtmenYXzM/zki127dgm+tTLwuxO8YXjb8OY1NDRU VVXBbWVkZOCjCa4O+K3169fDvYuX5Y/BGRoPP5xrp09vw7KOTqW2duN/1Nr4Mgfnc6rC+DLn/OXk q5qzY2QdI/vaR/SxC+9tE9bL8kRP06CBo5Z56Czy0lropeG2Wc11s4rrJqUFmyZPCBAQZi8Blg2O uBsFLTY+vG5+rPfOLO+d2d47r3rvvObtf93b/0bAwZtNlddQ/Q3co++QPJoq6q6Iod6fhGqsqvFe wCfCGQQBM1gtv61IOiwwO87emOQlGJ8CZ07HF9i0hYVFu0dOiyRIM5csWQIZB++iqs7FmSNIRSG6 FnJ6tpCCCzJ58mTOSklKlj8GZ8gC+OFcM2kS2ZeB5UotrSYPlTa+jJUh6Lx6+3vdt57zeDpT1TlO dnZ0P8fIPvanetuF97IJ7TkucKjeCo+RSzeMWLpBy329xuL16ovXq7qtnzvmAF+W9YOX4Cy7Gx92 Nwlc5RDqv/eKf8Bf/gFZ/vuy/fdd9d93bdf+66/YWaj+Kk40r0e3Hb2qTqLGmWqHz6bbPp8OZ46A F4hIzczM+CXUQgocXFtbm7M5PO+Kqk+EM0dw64iOjh4/frxgpxZGYJQuLi4QBvOC/Olw5gw6X7hw AbIbfpNehBfci2xtbWNiYv6Ln9X+uXG2sSH7MrBcqanZiOFM8mVgGUqCIso2QtmGKEsfZemhLF2U ORIrtyah21NRzlRsf5LbU9Ad7HHsRUO3qKHOkUNmn/rOMVzBPmygXaj8hEPahis36K1cP2rF+hHL PbSWrdNcuk5zkYfz6IN8wuwji/QPLzQ45Gp4wMVo33yTvbMn7rTd8rPtViib8LIZL15rzyzwPD/P 87yz5/kFnikunimunilufz0JpegZo8T5b2btetlqN3koVa4fSvnyiSVr1nCVsl27OhFnjgAlaE6L Fy9uN/DjFUR0jo6O0H6gAVOuqPrUOBNQX7x4EfJlrh0GhBHci0xMTPz8/G7evMk7Z/sz4ExMI8nI yPDy8oKQSdR4A6JuCMUBQEioCZDFgzPJl4HlCg2NxrXKbXwZSuxgFPsdilVAsYNQDJSBeJHHvl6y RVdmoiuz0V9zUeY8lDUfZbkknbdeEqnhFqHuHK4256SqY5jytFDlSYf1TdZ4GK7y0F/lofufdSN+ XKu9co3m8jVOpr9R4Ry8UP+Qi8H++Ya7nYx2zDbx+WH0L6ZT5zK3CbsBwsHsn9tG3bhHU83cfn+d WTickcsQqrAMDDodZ2JwCiLwS5cu+fj4ODg46OjoQMrJNZuCsw2vpqYmxHI//fRTYmIioMRvCcbn xJmYRsJisTIzM319feEmAx9BQUEBXJucY0pISEDiCUkBIOzm5gYJ8oMHDwQswficOBO6fv16QECA k5OTgYHBkCFD4J5JHmEE2MGFBw0aNGLECKgpqC+oNX5ztjsd55ycHL44T51K9mVguUJdvWGFchtf juOwjONMZjl6AIqWRxet0J/T0eUf0JVZ6K85KNMJoM64MHFFlIZ7pLrbKTXncNU5J1UcQ5WnHB1h tmHF6HWrjNf+x2DNj7qrV45cvUJ71fKpdn68OC/WC3IzOLDAYO88I/85xr4zTbbNGO2l5WwhJMtQ wm/5UoxevQylxLlAXlicC8zMPh3OZAEdULlgWFeuXAHvTklJgQc3btz4559/8kknOwtYUSUWnMkC pu7evZudnZ2eng6JZEJCQnJyMjgghNPwKQBP4bcv+Mw4E+POwCNk8ZBfw/WPj4+HKCguLg4+BfAL n+LRo0eC52x3Is7E3gXwfvjiPHMmF8sVamr1rkpUvszLshxWUsxQhj360wFddkSXOTY9526a3apo zRWRGu4RH4iecUJj/BZXM89lYzYuM96w1HD9Ej0P95HrFo9ZtIa3N3uhfqCrwT5nw91zjf1mGfs4 mmyxN1vfx0NeeJwv/xtMMXpVtpcC56vMPGlhcS60sfk8OHd4zvaXg3PHJnl+UTh/zJztzsWZeP7q 1at8e7ZdXblYfqmqWjdbSQhf5uDcH50zROlTWoj+cwbHpgvS7T1jtFZFa6yIVHePUHM7pQpEzz6p MmnHdItNi803LRr780ITTzdDTze9jS6jNiyYMcmX25r1Dy4w3INb86+YNY/ZPGr2RIa3sJG21HbJ vOJErK+ba4ZJwVpenJvTmUKyDKXI0ZHGmcb58+NMzAqDII3vuPP69Vwsv1RRqZmkJJQvR/VHUbLY Vp+QPqfbtUINgfeMhj+n+8aN8IjWWBVFEA0erTI90Mx66wLLX+aP2zLf1Mt5tNc8o01O+j/PNVw3 32n87hZr1j2yCLPm3+Yb7XYy5mTNW8ymzJX06ia8NWsdGl5XmU4xevXMnhfnpjARcC5evpzGmcb5 M+MsLS2dmprKeR4e8J3kuXMnF8svlZUrjZVQDJ++Ly6WoUCWfdEapU1Cl75H6ZNRxlSUMQ1sOizR 2DNaEydanfDoeaGa3/vOmugzx8p7toX3LLOts8Zs/cF4yw8GXjMMN8xxtPNebBC0WB+y5oMuhgHO xjvnmvzqaLrZZJaD9NYewrMMxTXue1SXSRq94uwfeB89UufFuc5HBJxLfXzaxRmax/Xr168KrWxR lPXRyhRFf3WSroioy0LrTxGV8dFKF0WXRFFaWhqk57w49+jRA64J53mwad4dtjlqOHmyDcsqKuXK yi91FN8dG9y+L2OlH/bkBQuM6EuTcJuejNv0tFspll4xmp7RGh7R6jjRau4Rqq7hqj8csrDzc5zk O8Pad7rlrw7m26eN9bY32TbVYOsU3V+mjP3R2XbWmumTtkyf5Gnn4D7GzU5xs5KMv7S0n2TXX7sI yXIXny6xt7eh2iuoLgvbJYzw6JoUdK8PL86VLiLgzD5xQjDO4ERxcXGRtGh9nMg4M5lMT09PzvNg 3/X19ZQ4v87KIvsysFyupFSuovhm9+D2fRlYjuyLIvugcwYodTxKtUIXbXCoMZuuuWS3I07LK0aD i2iXMM3pAbZT/Kfa+k+22Tl5wg67cX52pr62o3+dZOgzUdfbZsQ2a61frNR2aCke6Dd4fx/5gF6y e3r03tUdJ5r6QCuuMnB3v6ryBFSbjmov40S3enTJTso5JCUGwrIMpSIrSzDOEC+JtRXQ+kq0Zs0a BknEbiTR0dGQXlHi/PbFiwptbcKXMZYVFcuHD29cP5i674ubZRznMyrogjlKtUCplnjgPRFs+n26 3dmzxttiNHCi1T2igGi1FREY0fOP6U0PmDR170S7PRMn7rax2m1jscvabOeE0TssDf3G6/1qMWL7 OM3d6qqBsooH+w7eL9NCtH83IT16TZIDtrd2TRqqzUB1hEdfR88dKPvBWEKPUuVKSFQVFQnG+e+/ /xZvM6D1FSgxMZFrc6GNGzcSr7548YIS5+aqqsoJEz74Ms4ye9iw2hmDhfJlrMhgL50fixF9gUO0 FUqzgWy6LNVqd5yWd6y6V7T6T9FqHlFqONGqQPS83w0df7N02G85ed94230W1gHjLPeam+02G7PL 1Mh/rN6OMSP2qWkFyakF9seJ7jMQJ1oG92hJgUT339X7Wd5RVH0e1VxoIZoTdYNZ3+vHi3NjMDOX KSzO+Roa1ZWVgnEmcpz4+PitW7e60aIluvT19bnWdxgYGBBrJO/du0eJ87vm5uqFC9uwDGXo0Aqj ISiSZ0yK15eB5YjeKEIGJeqglLHYGPSFcVjgfXECx6ZTzxr6xqp7x2BEe3KIjlTFiD4FROvPPGTq cMh06sGx3x8YY/PbaMv9JuYBxmP2GhntMdD7TXVk8AAg+oNH7+2JEc3x6O18ifZKmfm+6gw2mRMj OhXVXmrx6GJvikgbEmdXESLtojlzBM/ZrqysTE5O5lzz8PBwFRUVBi1anaFx48YlJCRwmtbly5ff vXtHgfO7d/WBgVwss4cMKRsypPnwwPZ9GWMZSi8sMk82RudHt4Xaqj51QvBp7Vai1TyjVD2iVHGi VdxPqSw4oT0r2HBGkJH9YUO7QIOJh/QnHNQb95vu2P0jjQ8pGxwbNPKoPO7RLUSTPZoyj9Y6+F1d 2UlUdRpVJaDqs6g6uSXqhq+U+5DcYhYMEgHnsgMHBONcXl5O9EyeOHFCrPVP66tSjx49oEVxmtaZ M2f4nYLRdPMmhjOH5WHDAGdguWzw4IZVA4XwZZxlKKd6obM6KNkII/r8mFaiIfCe8CR57J5Ydd9Y tW0xarxEu4apzf1D54ffRzkEj5wSPHLSkRHWQdoWgVqmR5RMjisQRGMefYDCo8mn5PTy655272dU GYVt8VcVjxOdhGpwjy7dS3kybOMxEfq086SlX2ZmCsY5NzeXSHC4zhemResjRR4xgbZHiXNzY2P5 yJEtvtzKctl331VaDkJRQvhyRE90CkoPLDJP0kPnjFps+jxu03j/WNZZg10xar4xQLSqV7QqF9Fu 4crOYaqzTqhP/0N96jEN29/VrI+qWhwdbhYymJtoUs9Yq0e3RN1Mb+ZvGfPevwxDFadQZSRO9OkW osGj/6tH2addbieCNbNUVatKSgTjfPfuXeKCQwYk7vqn9VVp2bJlROt68uQJJc6gand3IsbmsFyq oMBWHtQcKCcsy6eksa/xqjjRBjjUJrhNm6IL5m8vWKQm6PrHqPjGqG6LbiU6si3RJ5Vnhyk5hijZ n1D6/vhw6+PDLMOGtCH6CEF0y+iVjH936R1SEHVL+HRZfcbqLfsoenkCVQDR4bhHx7QQXfQT5X68 bxOY+TIi4Fzs5lbNIy6cL126xLnasbGxkOyIu/5pfVVycHAgUjnKY6paDoQ9fZrsy8By6aBBpQMH 1i+RExhjk1mWRuHdW/rEzo5CSfrYXG7Cpi+YN6eYpyaM3MUhmsqjXQmiQxXtQ4Z/HzLMJnwoN9G4 Rw9vM3rVvccOKc8km6aSg6j8KCr/A70MwYk+1RJ1w7f/DKXuBHMRgWUo5WfOCMa5rKwMkhrO1Qau P/Lgb1q0uCQnJ0dM9Tx79mxTUxMlzm+Li8sNDLhYLpGXLx8xAEUI4cvhOMvh3VC4FDa2laiNzo5A SbronD7ZppsvmGcn6u+NUaUmOoKLaEW7CCB62PgPRA9sSzTm0UP39/0tY/rb0n2IfQixg1B5MCo/ RvLoCPTEhpLl5hRmfm8RWM4fOpRrxJkX56dPnxKr2Pz8/ITZ14sWLeElJSUVGBjIaWDQ0sA+KHHG 4u2VK7lYLhkwAErTln5C+TKH5ZN4OT0UIzqRINoAs+nklv6xx+dMguI02kTdONHL23r0DCA6arhd JObR48keHTxAs5Vo02PDM3LcUekeVLYPlR1A7ECc6KM40bhHs1ainK6UWXPFXNGsuXjpUl6WuXC+ ceMG51JHR0fb29uLu/JpfYVyc3MjzpHMycnhh3NTdjY3y3JyUF6ayqJw4VmWRCe7Yo9PK6EELTzw HolDzcmmR+Op9LhXKeNSE/R2Y6NXGNE/8faMAdEnlRxjFKdFKQLRE8Nb8ujRONGjjsqbHBvsm2pV neeFSvxQqT9OdABONOHRf6DCzehuT0prbgoVYYFzS5/25cvt4kwsYYuLixszZoy4a57WVygdHR0i AkxMTOQafX73geemcktLwJnwZWC5uH//EnnZ1z592mO52weWoYRJYM/HK2GnvWOB98iW/jHMo0cT Y1glKebnEvX8sPFozKPXtfXoeeHKs2OVHKNxj45o8WjzkMHWYcO3Xxj3/PGP74t+wWaGFP+KSnag 0l3cHg0v3ZejZPn9dWaJvmjWXGBuzjUZjBfn/Px8otcxPj5e3NVO66tVSEgI0dKKi4upcX73rj40 tASsudWXgeViWdnifv1eGvdF4cL5MoflsC4ojIlH3cMxosGm23g0p7ubMypt9SrV+vY509B43R2x WuvJPWOnlJ1P40THKDpEKc4/rf5LinHyTYe63NWo0BMVbUJFXqh4K4lo/w9EF22mPosKD7OrVjCE n9XZ0gmGD/MJxvnatWvERV6xYoW465zWVytoXURLu379Oj+c37LZbAMDwpcxlmVli/r1K5Lt27AB x1kYX8ZY7tKyty28FDeMwqNb5pkQSzYmvb/0fX2abcHFiTkpEy4lj0tIMotKMou7anHuuvXVnKnP Hs2perbwPSTCrNWoYB0qWN9K9JYWoktIHs1axc+XsTD7BDO/h2gss7S1q6k6wcg4w5WDyIfochRw QgQtWh+pAQMGnDp1ipgeRj4c9l1b1e3bR/ZljOW+fYv69ClV6/3uqNC+3PbgNhSjQOXRo0kzx6xa dz8g9jOZ2Zw1BztPKnc+ynNDeYuwo5nzl6MWotfiRG9s69HbsTz6hRO6250fy29TmIWKorGc26UL +8CBdvfZ/vfff4kb5vHjx3kPM6VFqxO1Z88eor1B2+OH89vy8jJd3Q++jLNcKCNT2Lt3jWNPbEBK SF9ue9gTNnh9RrVdj0aXODsUYZuZNGfORC/m4kQvwIlejPKX4kT/SO3RhT+h/xuN7kjyY/n9VWbp aBFZBmvW1KwuLW0XZ2L2SHR09MaNG8Vd27S+chkZGRE4JycnE/O33/Go7vffwZ25WC7s1auwX8+m raL4MleB38ICb5JHt+0Za+vR05qvzEDPZ6EXZI9e3OrRP5I8Goj+GQP//gB+IGMsX2O+nC4yy5g1 nzjR7ikYBQUFxNhBQkIC5XmgtGh1rogJS1FRUSwWix/OzXV1bCsrjGUAuZXlgp49C3r0KFGWfhfU IZYJm46Qwc6mbBmSxqPu8y2jV+jCeJzoiRyimy9PQ8+B6Jk40U5to+5leNS9ChWswZ5/pEE9uEzq yi6fLnL3Vy5nD96ysnZxzs7OJm6VtDXT+jxycnIiTASCQ87uYbw4Y3M+MzKKBgzgYhkKS1r6pUW3 9yFCxth8CvxwZB8M6g8eTV6B1RJ1N1+eip45oOeOJI9eQPLopdirD9Uo10lxxdgvHTrCcm737hWZ me2eUVVYWEgsKj937pyFhYW465nWNyFZWdmwsDDCRyBE5Idz85s3FWvWtGFZWhpYZnXvzurerWa2 FAoT1ZepnBrC75hBWC9Zkj4xw6TVoyc1Z9ihZ0D0NJzomS1Ev5iNnk5G/9XHd/CjWFXBPZPzIrPU tEMsM5mlnp41JPHDmWzN+/fv79yzFGnREiB3d3ei7V28eBEyaGqcm5vfsNklurpkX8ZY7taNJSXF 6iH5anWHfFkA15F9sW29z6hjyzfAr1PMmtPGoycT0JPx6F8z9H9G6JEWevAduttbGIo55XUUs0hV dJDxUmBgUM1itYsz2Zrj4+NNTEzEXcO0viFJSEgQ8TZk0M+ePeOHM+hVenrhgAEffBlnOV9SMr9r V1YvicaNHfZlocrbUwwhsaUIsG8wazYy8nt2kOW83r0r/vqrpq0os2ZiWzDQkSNHxF29tL45zZ8/ n1gyefbs2cbGRn44Q8hd7efHyzKUPAkJlkyXps2fiuWO43yb+SaeWTqOkdulgyznSkiU7doF9LaL c25uLrlDm86aaX1+9e/fn7xFSU5ODl+cQa9fl02d2oZlCQlgOa9LF2j5YH8NHl8Qzs2XmFVLRZ70 xVWKnJxqKipqeMTFckVFRUpKCnEZg4KCxF2xtL5RWVtbE0TDAzabzRdnADovr1hXF2MZx5lgmVOA nbrlDBQiVpxvM5szmNVr8U38OtDrRSrY2c25ubws8+J87949YmFLUlKSnJycuGuV1jcqSUnJo0eP Eq0xNTX1zZs3/HAGNT18WDhsGC/LLZmmJKN6FuP9cXHgfJv5OhrbVESEfe8FsKykVPXgASXLXDgX FRUR98PY2NgNGzaIu0ppfdNSV1cnMmjQ/fv3yb3czTx6lZ7OGjiQl+WW0oXBHsNoPviZcH5/lfk6 FuyYUazLyOveCSBjYYaCQuWVK7W1te3iDGF2WloacenCw8OlpKTEXZ+0vnUtWrSIIBosprS0VADO oPrz5/P79BFAROFgRuPPnwTn9zex1RONvzNrNzHL7RlFalhI0CkUtwQYcnKVaWm1uNrF+c6dO0Rg k5ycrKOjI+6apEWL0atXr+DgYMJlzp0719DQIABnjOgLF/Ll5ARx0ZVROZnxLrATcK6ezyjRZxRp MgoUsD63PClGrkRnIvzBlwcPrmhluV2c8/LyiHsgPFiyZAm9IRitL0SjRo1KSkoiiM7Ozn779q0A nOHV+kuX8uXlBQNSNIzR+NPH9o9VTPwk8HKzPGhQZVZWLUkCcC4rK4ObHrk3u2/fvuKuQ1q0PsjS 0pJYmhGJH2UlGGdQ48OHhdra7ZDCZJTpMpp+YaATXy7OBXp6VQ8e1LYVP5whZSZWQXLmgNEDzbS+ NElJSW3fvp1IBqOjo58+fSoYZ1BTfn7JlCm5zHZOhIEIuUyf0bi5I1B/WpyZzCI7u+qnT2t5xM+a yXsHnT592tnZWdxVR4sWtfbs2UMQDSkhi8USjDPoTWPjS0/PPGlpYfApUWfULmQ0H/gicM7r2ZPt 41NbUcHLMj+cc3JyCJbh+nh7e4u7xmjR4is1NbWIiAhyJMlmswXjjJt0U92ZM6zhw4XkiNWHUWbE qF+Ocd3uOPUnwpmlplaRlFRXU0PJMiXODx48IE90Dw0NlZSUFHeN0aIlSMOGDTt+/DhBdEJCAmSL 7eDMYZrFKps3L09SUgR/7MYoUcP6wF+tYrzxY7w/+jlwzpOSKnF3r83Lq8MlJM4PHz4kWObc6JSV lcVdV7Rota8FCxYQG79H4gs0ysvL28UZ9LqhofbMmQJ19Xazae7CxNBmyTCKVRhsE0aFLaPakVEz j1HrwijR6jyWmcyCUaMqEhPrqqvrWiUMzsAyebLNyZMn6ePXaf0PafHixeShK/Do0tLSdnF+g6up tPTltm35/fp9iiC5wyVfXr4MMuXS0rq2ahdnLl8GlhUVFcVdP7RoiSAmk+nm5gYhJbkXNzc3Vxic OWp8/rx87VrBs00+E8gKCmUbNtQ8f15HJQE4c6Z+kVkOCQkZPny4uCuHFq2OyN3dnTxfAgLOx48f 82OZC2eOGp48qfD2ZikoiAVk1tChbF/f2seP6+vrKVkWgDPn5Diin5/jy0pKSuKuE1q0OijwaCCa HHVD875161ZjY6OQOINev37dBD4XEVE8ebLgyd6dVfJkZYvt7StjY+sqKupbJRLObDY7PT09kqTw 8PBhw4aJu0Jo0fpYGRsbk7cKBKL//PNPaPPC49yihoZXjx5VBQUVWVlh49SidpcJLkxmXo8eRba2 L48cqXn0qL62tr6thMe5oKAgOTmZzHJcXJyampq464EWrc4RBJlnzpwhR57wLaTSouFMUiObXR0V xV61qsjMDHLbXH4rLgWXLl3yBw8uNDcvW70avLi+pOQVrnoqCYMzZzsCYhM/Tn4RGhpKj0nR+sok Jye3ZcsWcr8QPIbsEkjpAM5YBM5RfX0Di1V/+3bVyZMvfXxKXVyKJk4sGDkyf9Cg/L5982RkWkrf vqzvvisYMaJowoSSBQvKt2+vio6uuXWrLj//VW3tq7bqGM6lpaUZGRnkW9bp06d9fX3pVcy0vkp1 7drVy8uL3OAj8R118vPzAdsO4txWjWQ1NDRUVGClsrLh1asGKr2ikqg4gyk/fPgQ4CV/rvj4eGdn ZwkJCXFfdVq0PqFsbW2h5ZOhBpvOzMysrKzsZJzbkv0pcOZkyhcvXiR/HAiwg4ODLS0txX2ladH6 HILAe/fu3Vx2Bt/euXMHwPlfwZnNZl+7do083SsSnwK3cuXKAQMGiPsa06L1+dSlSxcHB4e4uDiu 2DshIQECV3C9LxlnAPn27dvkfYk5phweHq6jo0OfR0Pr25SSktLq1asTExMj2wqeuX//fk1NzZeG M4B88+ZN8mw3js6fP+/h4UGfrk6L1vjx4w8fPszLSGxsLESzxcXFwKN4cYYbS25ublZWFldozQkn jh49qqCgIO6rSIvWlyIJCQkrKyuAmjySRXSUpaam/vPPP1VVVZ8f57KyMsjowXy5kgJOdH3kyBFr a2s6uqZFi1KmpqaBgYHkbcfIAq7v3r1bUlICoH06nKurq1ksVk5OTkpKCi/FHEeGO4+5ubm4rxYt Wl+6JCUlbWxsTpw4AcE2JU3g15BcZ2ZmPnr0CEJxSGkBzI/BGf4ChNOFhYUQA1y5cgX+OG+QEIlP T4W3BG8M3h49OYQWLZGkpKTk5eUVEhLCNaTFG/RCMAx0Q1T8+PFjMFaw7/Ly8srKSoAUUCU6sjhn T7DZ7KKiory8vH///RcsGH4Rfp03KSYL8vrQ0NCZM2fSS6Jo0foYycjIGBgYrF69GsyRd2CL0kOB TbBRuAkAhhC3J+CCB/AtPAkvUZov79+Bfwd/Cv41vIHevXuL+0rQovVVydLS0snJKSAgAJJowX7a YcGfTUtL279/P/wjemYXLVqfWpBc9+vXT0NDw9XV9eDBgxAGHz9+HMyXvJRJeHjhF+HX4Y8cOHDA xcXF3t5eVla2a9eu4v6UtGh9o5KXlx87diyExMuWLfP19d2yZcvGjRvXrl37I4/WrFkDL0FKDj+2 ZMkSPT29MWPG0HMyadGiRYsWLVq0aH1+/T8a+rv9DQplbmRzdHJlYW0NCmVuZG9iag0KMzAgMCBv YmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDMyNS9IZWlnaHQgMTM0L0Nv bG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50 ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAxMTUxPj4NCnN0cmVhbQ0K eJzt3ftrzXEcx/GdfbcznXFcj51WS9jIpZy0Hy0c28QPLkkp/IKSLWtmYiWXcslqEjGXSNFWLj8o EsKQyyF+GFJYw8aaS83CyW045+xwjp2d8z3nvD+f1/d9zufxF7zez2Y516WkKCh9LBbL+NIymCuN hrE0ln5W56K6E+9+Kd3qow2o2Spvt6JXG0yUEXNLLqIXG1A0EQfPvNGJ3mtI+iNa17egxxqV3oiO nR/QU41LX0Tz8a/ooUamJ6KtQv0UhhU5ojb1AXqk0UWMOPwkeqLxRYiYuuANeiED4SMO3ozex0LY iANd6Hk8hIs44wl6HRNhIhap/xvq1HvE3epxsl69RTQfRi9jpJeIpgPoYZyEjpiufg6jETJiWi16 Fi+hIqYeQq9iJlTEaehR3ISIWPgRPYqbnhH7fUJvYqdHROtV9CR+ekQ8iF7E0P8RS36gFzH0X8TR 6mXRGARH1E6h97AUHHEJeg5PQREHPETP4Sko4m70GqYCIw57j17DVGDEregxXAVEtH1Dj+EqIOI5 9Ba2/kXMeYvewla9+o0Yv78Rs9SrzDH7G3EZeglj/oiZjegljPkjOtBDOPNH3I4ewpk/4mv0EM66 IxaoRytx6I5Yjd7Bmi+iRT2RGA9fRDt6Bm++iCvRM3jzRdyPnsGbL2IzegZv3ohD29EzePNGLESv YE5FJOCNeBy9gjlvxHr0CuY8EbVL6BXMeSL2RY/gTkUkoCISUBEJqIgEVEQCKiIBFZGAikhARSSg IhJQEQmoiARURAIqIgFPRJP6RF981DPbBDZ7Iu5Br6hZzlm+yQiv9nXkpfCHjvgMHYCCBfzHBE6j A5BoxkZch76fxDZsxGL0/SQWYiMOQd9PAvtO2bMm9P0kzDeREZehzydSBWz4rQB9PZEJblzE1+jj yTzCRdyCvp0M8PvxHejbyWTD/uRKYyb6djqwr9GoRl9OaDLoO//c2ejLKYE+hlGLvptUOSZiEfpu UraXiIbnU9F301qPiDgJfTUxDfAVTdfRR5OrlN7wZ2I8kxjIJv3bNC6gTxZgruSGbjv6YgHSJT+t uAN9sBDjOmQ2fGxG3yvGWpkRJ6KvFaTvLXkNNybGSysh5Ev7GkXXIPSt4syR1LCzEH2pQBlH5UQs RR8qlpSPkB9BXynYWAlP59zLQF8pWp7wN4m1jEDfKN6K72IbNo9GXyhDhdCGLaPQ90lhWiXwZ/FF cjT8Y42whq1j0LdJYyr/Kabhq1z0aTJNEfIUbes49F1y5bXRN7w/En2VbPY66obH+qBvki9t7xfK hJ9XauiLIOYRvlns/nT0NShZZ6gabh+KvgVHW0zyh+ie5yfY+0WilLsr/oY1CfROzhgV34gvYUMO +gIj0Obc7Yq1YJdrdnL/Sw5QfCe2hjcT+bWUqGXMdkX9YRf37VkJ+gJ97PL2PYsm4dOypHuQp0v/ gl1tun47drXtnGRFrzWwGauvRUrYUJG0j050S7c5qq42hfy4QXvT5ar5tjT0QjbsTuemuiAbnM4s 9CpFSWq/AddRSbQNCmVuZHN0cmVhbQ0KZW5kb2JqDQozMSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0 L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTIxL0hlaWdodCA1My9Db2xvclNwYWNlL0RldmljZVJHQi9C aXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMzIgMCBSL0ZpbHRlci9G bGF0ZURlY29kZS9MZW5ndGggMTM1MD4+DQpzdHJlYW0NCnic7ZltU9swEITzRkLIC4UWCh34/3+z O34mOxvHcYHUZiZz+8HjGOm0Wt2dpGMyKRQKhUKhUCgUCoVCoVAoFL4Z0+m09XJlo3/vBHPoaeBb OOTo/4VDGkn7s9nscuNfhkafz+eLxUJPvY+sNtNPApcb5Ik1gH1h/AkmMdFYLper1er29vbm5gZu ky+5+me7oLMG1dAiIBoi82Up6IiwaHtzgIyv12s99X7JEJeAmYrGZrO5u7sTGbxregw7WyY9+4zb fEpqmmk4DaqhRUA0WOvO7q2c0GkNPthcB2R/u90yBAvqCBpHdlxaHiUO+/1+t9uJkpk46Bzaqeq8 C632/8y9XmgNLQJSQ+/unhkgly8dwM1MQPw1I5naN9g10MuPBnrHvXNSo0nNTEXj/v5eDMVz2eC2 gR1DX6ykE84pWu1lv4eApqlmWmgNLQIShMjSRy3B4hiImbkdqKX5EJ6azsPDw88GepHlx8fHXw30 U6Pg3mPmEziLIdwEHNsRtz9A30WPjKqn/oqr6Elg6skXoJ9OR/1ejdSogdeRylivXFCvHWutv3px kVfjsmQy9fT09LuB5JXgej4/P+unvjOQg4goHnq7tNQaF6khgMjioy8iJqrWAUk1o8cG+IwniCO5 sXNvv9SyKTtoohdZ82KRwzPNeo/bHgBV88SBperr6+vLy4sU1k8prHd9Qe1Tkv3R93+lhqSmafdA Z3hCGB3EUFT1UV9Qm2ilmb+rJYHQc4Sz1Gpvr0Nwwhx3RXyrTSqGCf4ASWuop6xJWxtMqVlToO4y pbUbOmN3Sk0GsEsTetBGQ6tq8XFyPvI9Z+HzTCcBNZCY6vKnAWqoe0rd2tHk6oQhnJOPQwy1LT5+ jvJEIt3Jmf3+MJDUJDG7NLMgGAWRJ+/hQmpAakUNFsWO7VmQrvulVhfp/P7+/vb2poHU3VI7uSE1 5yUWF8885aMlho/jDk+gDVtM5sx+kgNJnSvuWaTU8MdbSBHsoViwY7uB/tSTCXukxrilRiK2S5SE nkm6C7u21yJPIObMps9MZZYT5phSe1uBv1U9lRpvgSSHhJy+k7Ymou/Krj252glE9skhSlakAnbh TG7sj/ruw5sdO/no6RnZeZid1ytPmGNK7YOodXYecK72bu7zKvkBqTOoLTUR7XTdSaC1LWb+IdLT P72PeF/2Bmc+7JssBzNykDoLORI5BoyQQLjCSAp8Ml06pfYZFfVIcex6PhKk1Jk8c2fslFrpxedq Gwfs0WwcFi3PRaiXfLiVkGROe9EG98grKtvioFJPDn7lJfYJ2eGZ+QS2NOOyw9T0RGr7Dx1JjOeK SK41edY+t0PG12pbtjPYk31kclWBC47TtTcgMpJvo+QQTu8Xlrk+LrW4sZWwDflSAHx8Rd7NAb4M cjVunXV9HaNamNWMBFc/fIwUygXQZHyL8U2wZd9tsrKhJ46dt11fYLnys8R4OMXVQXXOUhh1j1UD Jp6qWofVAfiPFUPt7EX7zmpGli9cwciWRIqrMZ2UfHOnDX29iK3iXl7tc5Xda+jsAVrFMXNYHoAg WfNx+yyydfbKWtA5pFD2/9OaoY2bTzawyMwoxWyRd73XzUYrX7vUmWXn+fG/MLJ86qqme/ml1cve TmJ0giLwcc50tlZFOsdqGZ91FclzLpPjCrbfc8otBcbHuVDKGZ3r2Go8O/yHxXtQwlKfq2ROjwvU H+TZyef059VgGv97cuJddyFd+lrVGBqO+vnxv/kSI/8r5IpxLo2fbgHfzfRK8KmMWigUCoVCoVAo FAqFQqFQKBQKg+IvCGi9dg0KZW5kc3RyZWFtDQplbmRvYmoNCjMyIDAgb2JqDQo8PC9UeXBlL1hP YmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAxMjEvSGVpZ2h0IDUzL0NvbG9yU3BhY2UvRGV2aWNl R3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2Uv RmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAxMjUyPj4NCnN0cmVhbQ0KeJztVlmTm0gMDtjc0NzQ 3NDuhubwMRNvUpXd//+7Vo09cXaTGfshtVVb5e/F0Jb0qSUh6dOnJ5544oknnngUkiTLkvQbJCXp cVNCXN5utxv5AXFJ3oDoO5KCc/3/IVOrNUU3DHUr3xeVt6ph6MovDYP7iqqqumlo77n2kzXd8VxL BUdXXLy/4QfbG9VyPUf/ybCI8EbRLdu2Xd+zfxb4NbFqhzjxTGW7XeMkQ8g2F4gD+WZE2hpegiMH rrRCuuR0jbCiWV4ESPMscnTlgXBLG83FdRkjQ9dN09RVcECF2OsAw/xH4GTFjso68y1NVQDCKfAN nkDeQmFWN2VZE1JGrqWrd6mlje6XpMsChPwwinxkGqbjBYHvuvAe+sj4nlNZddJ2VyeeY1umcFIB F+HXQl4QpRUdOduxcaI1jjxbu1c00sYIKrorkyjJq6YpcegFaVGVeZaXdVMXiWe8mZBVlO36XYnj 0Pf8wHcM3UR+EEQYJLt+OZ1mPh1Py0DqHBKy+fjKgrhmtMnzuqM970mZFV0/MNIRxsVr7KjXKwNx TidO2zpP4jTDIbLdOMuLivR86KfT+XU/La/nl4X3uyqylI+vfCFmbVl1dJiW/US7HV/mYUeHeb+M fYtdfXMjHg6n/UjrDBdNjX0U5i0hdNrPnPHD68syAjHcmw8kc7WPs3wh7ru6JmyYji+nqR+Ww7Rr umE5HuaB5J6+fSN2y+nzlz9OvMG4IqQIvbimfc9XecL3e95DqGdG6MDKQP841ldi0rS7ns+n8+fD OC4Lq7KCTIfDMtIyMH8gnr/8+e08NRhqiVZxkLYD5+N+YSUuyDix3QC6ddFQWofG9j5xP1CyG/i0 vJzPx2maxw6HSdXPwMzbxL5mSxAvX//6dp5bjGvK6jTKCR/5CPJpmDQDp4RNvMVJQYDYfISY94zP 87ycBPE4DXXkBTmBLB8WmiH1Rjydv355nUmZN5CeHFdsmjhf5SOwAsS8r+MQt6S6T6wHFeMDh1Ka psPr62HknJWhG+AWnDns+9K7fhmiuPrDUcS/qVo20KYmfJlAF/KBwhLcp3Bahn5Sd7cMvU/sFYT1 aw2Py/E494yR3EdBBsTTMrPiSiyJBtL1PaUMvqiW8oHuhnkZGWVd5jl+AScMqiULvKioc/9ejmUN JVXbkn4cB0jzxLq2KRPX9tKGDnwc2hRdm/NGtcFiVRTQWMqyhXruh1F81g10XAulLWM70lWJ6/hp lqA7VQ0d2PSTFEP/IKTrurbMcBp7lmGHeUMIabLA1tferKgwCOIkCoIY4yTJqlZoNAVOQd7UTR+a NXS8xLNMxw89S73TrWHYmQ5yvTDBOE3Arue6jqmpuh3ACY4DJDqztcJGLrJN03ZdhFYFnEQ+PDum qqgwnmLR3IWuZZvax5EWV94omgajyXaQY9uWmEuast1sVdNGCMGMhRkQhGEoBodjGZqYRiByVTAN XdM0mIMbQWfBOFt1YcjdnYxiiovhKxYIMezEiywO1xPNsP04xRkAJwESq8plXm8vCt/lxQa1qq8T /bHVS7qNdPm2d1yXKM3yY5zleS6IL+uH9IPCv+Tlt+dHN773o6EYjheK5WLNn3qnVH8fJFimTLFN AUyxWPxHvJftV2RzLYBHV9ffw3zN/oMF88QTTzzxxBP/J/wNfu2J1Q0KZW5kc3RyZWFtDQplbmRv YmoNCjMzIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA0MC9IZWln aHQgNDAvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRl IGZhbHNlL1NNYXNrIDM0IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDQ2Mj4+DQpzdHJl YW0NCnic7ZjbboJQEEVtC2gV8VJbNWpF46UFqbb//3FdYSKhAhZGw9PZj+TMXnM5iXNsNIz+6EGr tEMZ0ONZT/dQ4vZvdRy2bbvZbLZarefbhAM+uOFZVDXfpUZOdjodz/MGg8FwOHzRilgcer0ebiRg WVZR1VIpxzg/Ho9ns9lisXjXilgcJpMJOXS7XdDS9lwuzSFDoMvlcrPZ7Ha7fayPKtqftd1uV6sV dNCUIw3PXifh0p/5fA40DMPD4RBF0Vd1RbFwIA3Q0+mUcphgtl6+MIJ2u01udIlsCTwej6fT6Vsl AgkHTdUUwuyk1dl7BZdujEYjmkyepE3sj1aCJnlKYNa0kWZmL3Yul1g1V9DCpYG0sU4uJgmXIRqu 4Rqu4Rqu4RpuDdz6f/eTPYel9Mqek7vXqZe6i72OVbZor8vusUEQ6JbYZJVlDZY9lu29aI9tpPZ2 jvm+T55EfWpFLB1er9fpvT2Xy0d5p1AyaIbCoH2tiMWBjZ0Lc+WdIo9WeZe5rtvv90nyNdZbdREF Dgd8cKONXJ4rD2FBO45Detwxane1IhYHfHArepFdoOWOkaF9g6xYQizz5Jcz6r8X0kqIJf9quBi6 WpVY9egX2oTI4g0KZW5kc3RyZWFtDQplbmRvYmoNCjM0IDAgb2JqDQo8PC9UeXBlL1hPYmplY3Qv U3VidHlwZS9JbWFnZS9XaWR0aCA0MC9IZWlnaHQgNDAvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01h dHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIv RmxhdGVEZWNvZGUvTGVuZ3RoIDM2Mz4+DQpzdHJlYW0NCnic7ZRdT4JgGIbl5cNXJANFBdfSOUaY sxV1gMUcmZ2oJbBqNgFT1P//E0JQcry21UHrxOvw2bXn6L7vVOovwEAAjhJcMWzHwkkKQphJEtwo EgdbExCQYfN8EYXPswwkNiKGw+PyqSQrKLJUFTiaBNE7khGkS03voOiaqpxwEA8fgjRXuzL6z6aV xBwNelpDZMKHGJ7h5Xb/deKiOGOrd11j05FHlxodczLzUebT8bAtFWDoEXT53LBdf7lKslzOnZF+ xkM88oSmYXsLRAvwXbOjFDM/8KyDd/D+0dvN6Tr33p7cr8Lcy5vcRz1yZv4Cwf8YD+IerXt5O3hz vGkSz323e2qVpcJBAJCrqfdD6wXFfnrUFCHqeQpQR4Ks3hndhwTdrqHfNOLdwAjIinWl2bpI0Go1 lXqFowkQ71quUBLEShJRKOVzkNwOIAYICtJZBiVLQ4qIdzKFBYtK7AX/WtOt+g2/XPpPsfo6Kg0K ZW5kc3RyZWFtDQplbmRvYmoNCjM1IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFn ZS9XaWR0aCA2Mi9IZWlnaHQgNjIvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVu dCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDM2IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVu Z3RoIDE2MTY+Pg0Kc3RyZWFtDQp4nO2ae2xTVRzHBwrREcVEhETIgv+QRSIYY8IfCghBEY2YKKAR JBgl+BhOTCBkKmyG8VpExEzekyDPduwFMjdqYG5uXTvGQFpY23Vb27Xd1rVb2/vs7Z2/9tz2Nlsf 95Z27RJ++Wa77c4953N/+51zfqf9ZWRwNiV70Yw1hVm50ue2/ZmGAjDAA8iMEJsw+fEZq35EDebk Vc/Lv5aGAjBECKgAjMgR9oI91/c1mCsN5BUTnYYCsH315gW7r/vhCwA7M3sRwr6ow1KOF1MACagA nJm9cMaaXXCxt948os1lkJGuMtKVRrrcQJUZqEvdlLSbknRRF7qo853U2U7yjJ78Q0+e1pOnOsjf O8gSHXlSR57QEce1xDEtcVRLHNEQh/36DdTOqdgv37X/T9DmqMbXHu6C26Ef6PBMJwmjlHZTFUYf SSgYoPrcvmZXVq4EQqjSQMGbwLn7LpajdH6hcH4OanZuSgMBTG6La89dDJ7CHzYUAAM28M/Pl6HH 2a/CU84ZRfl33Ihzfv41NFsROUQCPJ2QHsADe1XYofv4fhX27U3XWMJDcI4mL1LHdjgA33F4GHY4 aF52WOdijmrxsQmtwrvYCHKIcPBk9LtKDaQ3hHmEtdk9XyuT7n+Yg7BihJKf0JHRbzmpIyJCB+w/ h2cMPA/LUSj5jtvu6E86RHPuhl9X+zxb1MS6NnyzijjbQ+Mh0VPSQSSbfGura16A/Pmd16L7qrgd D7IVd1ELm9yh+rgNd3k4eK2TSTY5KHsHRw4X0VteNlEIjPAOL5W7R5CDzvTQqAHtHRa4QI0NuczC kVtIdjQ2aH8HGYylzcp0JDdHIC/S8+Q544r8gJ5rwLLDX6VltEQiP9hJBTemL8cV+a9dPPlhDQ5r UXRB2rD5AbatBJIXB8iFG8mwtWYqjun8SdPQnB8SRn6kWzQ5sg4XIzxnWFXvmFvdN7m0J+u7Gu58 +n3tqzLbRnn85McMcZKDXbfS0YHXNw69IrNNr7BkSExIQXK4gJdTy8xL/h4Iyx+T/C0l9sEtofrw FpbXTvRS3LYLucO21jBuX9c4uFBmm1VlnSg1BZnDkiNNuWR+ubZ/7b+DosjjUI6KT+FO67ls5zO5 c2Wd46Wa/mkVlgmSkcDRyZHgrmerrBBCH/kfIRnki5rctoDby40EuGtmlXWStCcSrUDyUD1Vbi7R YwknB2kxL+r2pB4TAiyWHPSzxpUMnzsCmfNP7a5xRP6Nmo/z9c328UIOpxITwYUKwbDTKs2pIoe8 Bf71AjXoYUOPs79oxIVKYsnj3kPbHPQTZYLWk/QhB7eXmfCnK8TFSfLIaS+7W+0sjKXcW4Mv1PTG wZw8cszDRtn7EqWH5A/JU0J+OEAO28ropDSdyXdpyeByl9PqWNlgW904sK7ZvkFh/1Tp2NjiE1zA y7Vy+6rGgbfrbS/W9sLpJtnksI4hKtgBw5Kvbg2kfWLMTnkPalxxLOnCycGNaCzAW64In4pU9XrE s/vMiDNz/7ImiXzpjf7gQLkqIiz5Ern7lIke9ET+hD2ydbqZqeUiIkc4OaQWwQ/9pRY6ShK4WO5+ 7yYcNnH4+U4LtkKBLVdgbyjcILhYofS9+f5NbG0bvlNDatx8iBWonMkgB1VbuHTa6WHfVGAJyXVf b3Z34hy83s0kiRwWhKB/zvZEc7soHdDzi9IzgrN0UeSPSE2qIW4OMuzwFnX4aBerrff4k9GcaqHz VBQ5aFldf/BIgDFspKkqSkUdvM+nJ8fnSEX3XcGBYBUpMVLLmuPHhkP0bSeDejNgjPC0IQ5yiJkL Bv47I7B+igX+DbfxxSKxX5Pz39GAHRBz/I+DHPSo1HRI6xq9ars87D2Xt8nB1A14YqrBzlhJvo8h 2jvzsiXZ5EiQmcD2EWlnEWUw3yHJETX6g5CDHivtgTxKaafi2TUD1kt6322wiR36Acn5fq5YIC2E ySsx4DIrWddH/RNLN/rI8wZ8U4vjSTGbfsLJx14PyVNFnpUrmb29esJFY8p5BApQARiwUQVa5nF1 ypEEKvOYGlWgoaq/WTtkE891p5wqpgASUFHVn7/SsgDBg+fTNmwADPAQNqq09FW3TuKrW2dvv5qV VwNTIL2UVwNggerWAgAOrc7N5CqKJZFqelMr/5QszAypKP4f02ITUQ0KZW5kc3RyZWFtDQplbmRv YmoNCjM2IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA2Mi9IZWln aHQgNjIvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25l bnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDk2Pj4NCnN0 cmVhbQ0KeJzt17ERwCAMQ1GdB2A+mDQUzlCwgMOFIjVWl9Pr1aj7gLV7xrHpzQCUfj7deoGlx2tu NT+OqM6sPXHYZzBjERERERH5D64suKrhioqpucu4ksSqWE901Xgr9gFtitQ/DQplbmRzdHJlYW0N CmVuZG9iag0KMzcgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDQ0 L0hlaWdodCA0NC9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJw b2xhdGUgZmFsc2UvU01hc2sgMzggMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggNTQ4Pj4N CnN0cmVhbQ0KeJztmG1vgkAQhKWora8tYBRLfKWo0Cpt//+P6xM3vRCTwnFomzQ3H/wiu8zOHsnM tVoWFrpwHOdv+zhnuK571xj04bcuGXl7u93udrv3BTxoQ5XQodPpyCwylw4BHubtlPf7/dFoNB6P H894qgmposNgMIAVTJQslfpDgBJqfd+fTqdhGM7n82cjUDibzSaTCWSYCE1kKZUi8ORwOKQwiqLV arXdbl9MEcfxZrNZLBYwQZler8eA5RuRLfCk53lMwdv3+32WZa/feNOGKknTNEmS5XKJpGhbLoXQ Y2usDxGo2u12dDudTnmev9dHfsbxeGQKBGEopGDLnM8SDjCEA2zhjIaMAAG6fTQA5QzCOGyEA4bI 8o38RIN/0QoOrI9FwJ9B6PNpCuGAFOwUYYMg4GSy7koOfIx8C1fhIDQQ83A4cLxZsXAoOZO/wIHD ZjlYDpaD5WA5WA6Ww3/iIKZafBReDkfanAM+Sjjgoyo9jPK0GHv85Hq9pvAqflLfy6mAI74aC4oR RQpjXy3WmnKakDVIK0QG8bQlu5CYif3GhBORWIfKF/rJ4iJlUM4sqMoZI20RISujlspZ6EYi4CAR DZgiMQKFnG2aMBHGHoUldVZyQArYQkPypoTNyAgSOWnCFmhIWxXAy2mojUjuLiZuTxvF9E0TWgkB /SuIi/sHDpL+zUMRFMoVhHwLde9ALu5hXCOo2ibXQWaFN21lcTt8AbSaz3UNCmVuZHN0cmVhbQ0K ZW5kb2JqDQozOCAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNDQv SGVpZ2h0IDQ0L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29t cG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA0MDM+ Pg0Kc3RyZWFtDQp4nO2Va0/CMBSGaddtbLJREAfIQC6CgskUg1MT5aYiIgG8DWZgAg7//09wJDJh BT5qTHw+Nk9O2qTve1yuPwoAcDkAOE1IIZpZCqIgWFQRywtejLFvAetA9HAMBeZVmsdSJBZPEMSj 4U0POycDxPnljHJ8ohIUjnIJSWC+rwEZMZI7rdTuGgT164t8cotHMxdQXGBXrXW0nu6k131qlhRZ ZKB9hY3QQbGtG8MRwbCv1dWU3227tBA5vHo2xubEiWmOXlsXe1vc7HWQFqP5mjY0Jx8Ek/dBp5iV +Hn3eOqSquUaD6Vc0H6c5cbWuI/lf/ff/Xl33f91uIJ8dPPytiIXC38dIM+2Un0aLMnbxBz325f7 kp03K8fB7GVLN0ZjgqHRvT9PB9y2S7k3k4Xrjqa/Euhaq5rfwews81bvCOF9tXLbaBI0bssnmZCH tl1rMI5klIJ6RqAWlPQ2ds+VH0ScV5LjyRRBMi5LXg7ZY7/6V8Q+P4EPizyLFtoagGmvs0tgaASh Yw2s3BfkwvhNPgGXxT5sDQplbmRzdHJlYW0NCmVuZG9iag0KMzkgMCBvYmoNCjw8L1R5cGUvWE9i amVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDcxL0hlaWdodCA3MS9Db2xvclNwYWNlL0RldmljZVJH Qi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgNDAgMCBSL0ZpbHRl ci9GbGF0ZURlY29kZS9MZW5ndGggMjM3ND4+DQpzdHJlYW0NCnic7Zp5cBPXHcd137IOK3RsSDnd YNNSGiaZdkpDAmVM0uE+EmMwmAC2zMqSbFmSL8k2JjY32BjjW75t2QYSmNJCy5GUxi0z7dDics2U IR1w0lBIoBgiWaYrr7x6SOinXZCn9ozffMd/fH/v997v413tvt19DMZYG2tjbay9XOMJWKrxvFnz +D+ZP3LEmTqLIZIymCy6NCz5OGVmkyrvqCp/hCo8t0O0IIE6EX/OMoW1MzzvyMiXbGsJFSJ25DRl XucoknRTURAkJlOW1ay0do4iyXPtTLEcghLJ5Tl2RW7n6JI09RDAJFyYqMjtGH2ydAFQUvV+/EiN PuV24D+cQFAS9QFZdnsQbSiY+vpPJa9OlWoO+oR4by7ivvaGr2bMES3TyrLbBgWOnGvnLdZM/vmC dxctxtvct94SR07izY4N01UEScyxg1D7ZVltsB45nE+fPnU4HMJ4C+rPLz/1NEDr6emZO3cufhN3 FxBg2PAtO0tLDvgkDgwMOJ3OxMREzqQZYebmgFVltwNQ4uR90qxWWH2O/iGoXNTHOrsDQRHt8uXL rPCI5445C9uOAwRKxNEePHjAiZwizWp5bnpYdhsAJUraK81sgUVCCeJyUJ+EWr5q9ZTCI1O2d0UX H5tT+puvHj4my+vu7hZv2uEz4MScRrKDo9+1ynb+exZ7WGZLhNW+rvmzx85+IhT73qKAVWW1AlDC zXukpiZYfUOnnyAuG/Wxjj8Ss7/zywVSUzMa+tn+EwODBwL/y+Dy0ZAiq8U14Dkc5270iv2mkxib VtadwaOxxp0BqzI3Q1CbdkuMjbBIKP4HWaiP2b1QeCVoSGxsvPH1t0R08rQoickbPdHzL8K/fuu2 OPCkquxWqCoTBCXYtEuc0QCLhOK9n4n6WPsFEso/y/7XfxLRpStWijMaCVNubhoY+ilNw4JPHVDG RhhKZKiHhUCZUR+FEmX4Zp26epuIToiKJs2F5b8lzG/u3xcZm4JOHUg4FwS1sVhksMHyQq02oz7W /gcv1LMpwrQ6Z7/79z7gcvG1laRfdeEqkaJO2hJ0XkgZ9QAUP7FImFYLi4TirjKhPtb2mQdqwQJh Zrsws02Y0ShIOsD40bzeO71E6OTfb6IpT5wuwn99SXzQeSGl2wAo3oYivr4WFgnFWWlEfazVA3Xl ypU/D7ZLly719vaSl+tf93yB9ufqasjQxNi4oPNCSquDoNYX8XU1sLxQKzJQH2v51O+26Wk42g83 GH3G4aRWkx3Gz18ZdF5I+lr8qSkQFHf9R3xtFSwSir3CgPpYy3miwiNHj5Wd76nvvvaP3vtk2RaL hfNOPNqfk1pJRl99c17QeSHpaoAjxV5fyNVWwur7zgPFWp6O+ljzefJCwdVWEeYr5nqXy3PbjY2N 5elr0BQSKiY6Jui8kHTVABQnYRsvtQIWCcVeno76WPM5EoqXWkn6svRawu/r62NOnommXLz1byK0 Nn4NT1cTdOqA0lYBpx97XQFXcxjWI/JILUtDfazpLFHh2/iR0lSgoZv/eUCE3n3vV2ho89D/4dat W+xFWNCpA6sSgGKtLeBgh2GRUMylaaiPQvmkTMr1LFlv3LjBXqr3+jmN5JpQGTEh6NSBVQFBrcnn pJTD8kIt0aM+1njGC7X1mRR2Svl/nziI4hksNnur13cNLZMuXrzInDbbJ5HsxlqdxYyMem7Ura2H Iaj4AnxGWCgU6qNQ/lkVn14moqdPn2Zv3EX6kWYbebCOHz/OUEaw1hWysQpPB6yCFWdduAFzOhwa jYaNHX5+VRgItSafnXIIFgKlQ/1noPyymMllRNTlcnEmzkBD9d1X0ZuawWCIeS0qMiJi+pRJmDqZ 9DUmKytgVeUAFCPOykw+CIuEYizWoj7W8HsSCkfwT+y5c89zAY+JYboxvaGSM38bAJ98Hz7+jpUS uCr1IQCKGZfHUpfB8kA5+5kf7kX9FNvviBrmZZU8N3FJ2Qmiw91791jJpT7RcYaav3zxNXkqkoz4 HeTH+S3BqgKhPrCwkg/C4qgPhqdV8VLKfENJpUp9pVJfxUoKmKvQVeK5eM+A428pGW+qjbE24/q+ 2cZOKmUGq2dQZfDpR2GEESgIiolDBTv9RqSg048Rl8dUl406wVBULukjUtAl/QWgmL+IY4ZPCKUm z6QNBa4o2PH57qUIZUlSKwLdXF648XlcfNlDq4wgy6S1Be6lCGXJdFUhh5KIBO5lEp0y4AUte922 wUcDqpLrq4NXSR8Kf5SgVQb86MFeWzg4IFXJ04YHKrWKVhl4fwgqYTsvtYq65ENPtaGF4mmraZWB 9wce57kJH/G11dQlN9Sh9QCLUlpQfG0NrTLgFy+chKLBAalKbrCh9Vy7do2X6BnBeMzzZedIVxd/ azlhnr3uefmcqtHw0xsI8/Y3j3yhdLW0ysD7w+/9BPoa6pJn+ELxNxYTIeOxP5FQAk05YZ69foeE EhgaCdMPSijQ19IqQ6CHXmbyNxQL9XXUpTA2+EHtIELGj71QQk0FYZ5DoIQZTYTpDyVMs9EqA+8P vkvf4R6QspSmRrSemzdvTo+OmR49A1dRcTFhnjp1inBwff6555wsLNxG9vzyy698odLraZWB94eg PtwpTLdRl9Lc5P9Lf8nmhjLU0ypDZAA/5WzaJTbUU1d4ZvNwQLm/o9EpI+hHN/Hg10yKUmW1DAuU sYlWGRJTEwi1mx5UdmvooYRCsYkuFPghe/MevAN1qXLahgFKIDG30CpDaoa2HIiT9oZltlCXIrvV 6RqgKHS9QWxl8e/j6HcpTA20anAL3EchSd6Pdxgm3X30hIQ6efIkd+bboRoZ3sbj3pvk2RkVYkky n/n1qdVq4aKUkI2fA0FJUw7Ic9qHQ2UXrqLnnkqlkls6QzY+uDVOvC5PkWsPucKy21Aik8kkXb8t lFNYOgMR4Y09Pkpu6QitwnLsD544SSi9ThuGlYZ2CpmpAYBisDg4eEj26+L/PYWlY8buEw6Xy9nv uvvtQ32JTaXeo7R0hHxvMO+NhRAUfq1IyFNYul5e4wqOzNp38gc7PlFZO2W5HQpr1yBmCEb2kTzH DhMRTZ5e/X/fRU9R+D+KKXuFChTeZCn7lNau8PyjI1kK/KInUVAk8jRRmExzMNzaqdr28UiTwmjj Rs2mhzPWxtpYe9H2PwpaV1oNCmVuZHN0cmVhbQ0KZW5kb2JqDQo0MCAwIG9iag0KPDwvVHlwZS9Y T2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNzEvSGVpZ2h0IDcxL0NvbG9yU3BhY2UvRGV2aWNl R3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2Uv RmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAyMjU+Pg0Kc3RyZWFtDQp4nGNgGAV0A7yaicmkAXdR ZnRDlD/+JwP87kI1peofOaYAwQ1kU8zJNAQIzjPCTWH8Tr4x/3zgxkiQ6yUQ+MIPM2YKBab8/x8H M+YmRcYshoXOHYqM2cpGFWO2s48aM2rMqDGjxowaM2rMqDGjxowaM2rMqDGjxtDPmIPUMcaSElP+ wPtT7JT0NW+tgHfqz5Fvyr/9hTBTGIS/km3KsT3ScGMYUr6Q56+/R/dnIExhYCw59I10g35e3Le/ gokB2Ry7lfv2kwj27d+30oGRARWwKLn4kwhclFgZBiMAABF4AbINCmVuZHN0cmVhbQ0KZW5kb2Jq DQo0MSAwIG9iag0KPDwvVHlwZS9QYWdlL1BhcmVudCAyIDAgUi9SZXNvdXJjZXM8PC9FeHRHU3Rh dGU8PC9HUzUgNSAwIFIvR1MxMSAxMSAwIFIvR1MyNiAyNiAwIFI+Pi9YT2JqZWN0PDwvSW1hZ2U3 IDcgMCBSL0ltYWdlOCA4IDAgUi9JbWFnZTkgOSAwIFI+Pi9QYXR0ZXJuPDwvUDQzIDQzIDAgUi9Q NDkgNDkgMCBSPj4vRm9udDw8L0YyIDQ0IDAgUi9GMSAyNCAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4 dC9JbWFnZUIvSW1hZ2VDL0ltYWdlSV0gPj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVu dHMgNDIgMCBSL0dyb3VwPDwvVHlwZS9Hcm91cC9TL1RyYW5zcGFyZW5jeS9DUy9EZXZpY2VSR0I+ Pi9UYWJzL1MvU3RydWN0UGFyZW50cyAxPj4NCmVuZG9iag0KNDIgMCBvYmoNCjw8L0ZpbHRlci9G bGF0ZURlY29kZS9MZW5ndGggNzM3Nj4+DQpzdHJlYW0NCnicrVxbjx7HcX0nwP8wT8GuQY36fgEM A7GkGApiRLEV5CHOA7WmZAZLUiEJxfn3qVOnuqdnd6nVrlYPK1ZNT3dVdXXduubbPv9m++1vP//j F19/ubnf/W77/ZdfbP/z/Jnb3O7kv+5zjlsNbksub+9fPX/2H7/Z3j5/9vkf/py3Hz7IP755+fHj q/dvt6sP2+ffpLh9uHp7vB5d9u30+ve/ef7s354/27764xfbtqztb63tW/T+jqWr73trm4ySB4n/ /MztMfeet6s3QtLXb17+8KptX77b7lop3OayeBfzHUt5t5exUt7OTB0r9U+tFB8kT2EWAhVOYpXR Jcgf78L2/oeb8iRZ90k02eoyocNc0eNPyDph9HuseQu17nlLtewAmix6zJld2320Ib65/dYItzdf tvk3nGZOTf4/p+67v2NqjrG5z0Pc3n3alvlk1+t9pHLMg2n13cvaPz+3jfnE3GdafQn3SZVDHk5p jHur90zNMb+MUpf3cB+pHPNgWmXOct/cNuYX0Zraz88lzz8xz6f13zcRVf55LbUxd2qp3/5Xz24o enb99gc5iH777228HB043N6ss2Hh6+fP/izjZUaZ4Fl0ugSPmowtrR9Hz4aeBvLgLCOJ4NA5isdh GUXEeZQp9jHKEDdGqb4ugxS+MYaKtwwi4sYoqtMyiojzKFOMY5Qh7pSb7PwxUICTxLjRxz4cO3/s g7wrOrPuliHOo2w5jDpJzBA3+KTaLHwSwVG3rHVefIWaeu9q6OJzbvuK338rOvdPsEXbt9+DTzgo v8UgtBbRfr+nsH37Bk9+MJ38z4uvP756c/lf27f//PzZV9/e7TDKk5GQwy4vggS3pyhT7Blueg8S H6g7u4X9kxL5xcvLfPH+vfz5vzOtjyep9t21x1P02VPR0fKvouPd5Wft4qfLEC9eQTzb5WcxXXz/ /t2bLTiBfbpnb+uv3tsSwt774zmISegML9plvCjuHmrb5//y8u0P28Xrj599/e3lk6lliHspJF1I S3IY3V6TnxHWgSHJX78VMV9cvXvzCiIXQccLn+8hvT+ZoB9KbYxQhBdRqEz3UendQ8n0nxCq76LY wfThDkd7C0liv/r7Zb34EXJ9+wF/P4hG+0TM++1fVe4f3313CX3fgvzPeXmSZZQ8f/Wj/Pvd+4/3 Mel/NZPFF+zFI5l8rPG4TQZV4pFkBJw896KIFFu/T2bhyRSjlD32p1KM12/l3z+9ey1/r179lRZQ 0C8/bO+Ere+3LwX16govvPmOOiTPxd6ocbz3NMQnU5THMf3kivI4MnxQE51g5+5VlPRkihLrXsuD if2TbvbL15fp4i3U4u0PUyteffj4+g1CiY+iKhHIdvHq75f9Dr36/t17GPb0C5TkwRHa7d2JoiT+ sQw/nZKk8CvIKC86zPF9Ltw/WTTpnYbPv9wRigmJstXY56j7/IvtwBNESWYHHkrzk8WZwwI8lIBY 1UkgxnHtPjm1p9pbyalTL4+IJm2Pr+SvHPLt6qX842kTB1/87tLjKXyyHfWl/ipCltQBYRU8Y8hr 7nDvsXiymPbRPEQQml542eVe7yE3PFlsm/3eSnqwhfx3xCp/hZP58T3+Xr0++aLgJWxRH/QRxile /MXMU6EDaxf/sF0Ok4VT+ZfL+zh+gkA3iN3Kj+X46VyTSP7xZCSI7EWpCHTvE9mD49xPZ5V7De1W veUfL0uQU9cvXr6+fvndtWz7xSuePA1cdP/f/3TpJTL5MBP6lx+3D7BoL2HJPkpo+5lEKJZ4lvs4 enAQ++nM806OAvQzvsi/JDoMS3R444ao84YoS/SR2hZj23PU+qhEJSkMxPWCSCBqRcQ9y+EUKAog uKSAcBij34vfrjBWVEj2KIqPaxugmBRyGOyQWcfQESRjcOx7r4Joe40bIK9A8AI0vBJD3Vvi2IpC Dl5uWmnUEVXntvG1KSRLYKqgVIU4FkKZMSpxgFpWFnInVMldHyuphBQhK/1NtsLHvQsutb1obdH7 sJc+EN4L/wp4iZu88C6rp7r7igkREwgTMZXdM0IQ7x9T2ms9INGAMAYrwoO78Sroz3Nm4bVwZq4r BJe2DZIEwjJGMSEdm/dQjseSqeTj1bqH88Qi3H6sq7qhNLUDEpLLGKyIhC0Yrxq3NvMhDFt4yIpE DTGuUr5SyWfhuSfFdZbzuV0Ko7bfCWQFQtWlqooyu7rnqpR0US9nlGS8rxBpzhzsE0rQhrgmIjcd r5YxQc0wOTRZCM2EhGN9O6jaJ5VElm3pedC4MkCeUnc4AZOn1DonB5xaI50NByy1iv9hJdKZWoFw wFTZAKj4RIoHEMU0j6GK8FgNUC66pb3ovL4q5BIHy7ZFVYiKuTq2B5BoIejNbUAY3D0UZT4OpoXC e+oRNyJQpVQ4Nu2eKizsdBVvFEvQygEFbImNVUTWZyjxC585cdaiYkiNI/XwqpSw6Dh/fTsJ1+SN /G8RdxQViGM4zFw0FQKgWjFUKMEIxKFCgHwbKqRQX1QoJYppqpAi0lAhQL4OFUqQR11UKMGC1aFC SaTZp0os9JOj2Atu/SZLsWfcMBGOIrqWjSUAPi8sRRFlyoMlQH5wpIBfOXK4e1sYEjiVyZBAetKV odg75T4Yir0NEwkR9noI/US+cYQTtHIkZ+jgSM7QwZEAZ45gMg+OXF84ArByFMX8rBwBPjgCtHAk xunMEWzEwZEYgYOjlXxyhLvBuliuIPOUYbmCEDt2WwG3Wq4g5MRpuQC5abkUWi0XbgbSarmAiNNy AXLTcgUJ8eJquUJ2cN3GU0j9kPqJAdulEJUUXEaoH1QHPREQKO75eMIdJSxnCtJaRvT9BCO88Osb ILytIzK3f3mFGj5dNF7GPh8IOTKtqwwGItJ3zhESaEBdVjcf5BilvLInKh5PpBhivjVeOU2DK8e+ TBNC0uBlThNEbEUNX42Em3ofEU3OA9GaCkW8ZZCoB2EWzGZXyNMde3WTQISuCFEwQGpZZDEF1F3o ShgrhK77FcTshBNpeo+6cigpSgo34iGhH4Hd5NBLMHWaZiDEG5V2Qniw4jWKp1dICuWsTqMpR0DU qIhQ9D7b0cPUrlBm6JJscBquC9W1xFBPj46PPEiEdGxhpGOPi8YPeJMF0ZIYEzEWk+VxWBBpSmBj BhpBEgZ3PVZQ5sTBnd7WgRhAkdxWf0AJ/7PBJ73yeBTuQEyp45Ua70IUTGUIDcbVbIFcdeEiD2VN H6mklICsUUlUZwChVWq1L4eAFbLdgH6Nx56hQ+TWuQF1xpnQzqpLie/zosfJaAoKqdAK5HpFPcrc WUEMrYKE24REoCmNaBCUqJSK9h7kGIfYBJFlTViSrLqVox1mDyt2xcGdsahMeE2EmfuOtwNNY8MW 5DhCipD5shsOWZ86WrkGxczBAnwNpjEYKQ7DFZFbhqVpDNm8QpUOylKmoDEMlMMe61kOGkkaBHXJ Y7BtBbUgi0WO+Q7E1KQscuzpDoTY+kJY8y+zsqAd5IjYVKROjx6cSBtyKLRtqamU0iH+ZXOO6L2k dcPEaaZjw7wKQbcIZR+L0Lsd1gw7alJGIN0Z8mXYEYWCHrA8gn2NCjz7YxRu4zhqKsCstzFtMD0z phgziBaGogG7npWCGBWxPKI8QkqURwA9HwflgJEwuPO0IIm5pCAsUBblQRLhaEGQeAoUGRhnY5cW BHaGGYg5haJpRKVdy2A7e4b2UXMUS1+oFoXpiZ/nVTlIy3GGMNrx2GUQGxn6ZhfpFctQOCeWmKJC iqVqoN62H1AYWdBAWIoV6IJF2AIkzZiyylbHFnViKDnphsBmDK1YlcZC+NxHFEFFSoW5MBGpqAap VkrwXAIn8NBzxLElqrIIAqlFEVaT0lIVaKpz1XNoVqHbw0Kq7b2qseIybTPt10X7otmpauQ8WUjV q1cdT6N6LLypgIY73kodqTIlEUTA2Kwbn3F3oB1zXsllCQVwYowmKgWoMLqLB5BHNG+IaSpAVKl3 IMQUhXJCFIRXgPKc3at7SXVS7WjXGpyHQCN5KRa7WBQJocWZrIlI7aVCyEwsU0cRf+pjDUCOy4uV wD5VlhnS3DjmjkiMBRgO1x+QRhk29hTFQZtSugMh4UsLJ4TuBqDIlKN5hdTWiGAi53ekWijJ9NL0 G4CM+Uyqc4PfBEJiC0BpZHop6wSH4PKQDp4VxsyUW847yyaByiawN7lh0sSYvqo6CZQot0GB5bwZ dAJivgSFNyAg4LGhJ/1JViW4iZiuJuWo+3sLwfN2TVojz2ohzxZG4picDv2Ry5fVDhyRFN6A+a/D oaRk+fpwKIklKnMoCScjD4cCKLXDoWh67w+HonAaDkULA2k4FNQN4uJPUGGwgFU0GSRb1AOFiHRU 06Foqh+Ox005sNJKHI6J/iSNQqb6k0RazJ8Aios7AUNW1KvcHBa01J1ANHCmdCcJuUJY3Eligcb8 iVIxA0JlYHEnEEVbnnoGfKpVCZFRX9xJCho9mz8B5NLwJxMa/mQiWG8JbRQBIH81h4c/SRJ8IJZT f4L98FNxTipjWiTe1CJFUyPxveVQo+D1kAikdAVN9GGPeWQknfNcXHnMVAzNlgFp9bdY1JmC1S4y JHpNROEJbHjbIkkNhEGGpdzGlueJMqvq1eFgJSHLs05NSMcWnLL5OLMcyu8BPLPwo46I6gVjUjyN w7jBSA0oWuw7EXozq28y80FrOCZm6papDqiaMInCVIXhqhadQbFlbt4opr0bj7vSH9XNAmqEmFhA UslWCiq3NhNIbJhn1WFIPTOz6zgo10Qkq5VjS9POMygHM6GowYzFypAyW6E3gEnEnoSp38JDDKv6 QwD9eMxiBhOthII9T1mlJJ0lR1WduaMrxA1EmRDq6hxrcIYAxpvYzqYTN1VAKqQPI2YXbwWKyqH9 J1U/yod5zaO0eDffcKb9NKIuWsRhNlQiuTpNKILHOk0ooMOCopzo4mFBFZ4ZstYhy7CgKFOasXJW PUzj/gKBbs8jLIVZ6pUbNkyoFhfT8XhqFUYJayhZTRsKhGkhEjqBep421DmSMY2o4+GeRtQNxekq GUSHZkMl3NWR04Y6N5LqwvKoq0NNlINViyCNujz2LFvQNbfOAzeMaGxtZDMIiFrVhIRGdELDiE4E C6JtVpmxBSyVTyMaO2uFakSxA27GsGeVOWq2ZzXi2bc3fF3UKPp+UqMY3KFGEfZ2qpFCixqJ5p/U CPChRij+Hmrk3Q01wu3LoUbI3Q418vGGGsGyHWrk06pGPt9QI59XNfJ5USPUkU9qBJZWNQL32Zse QTSHHkWxiSc9wmSLHoGOQ1F8vKFHIo5FjyTTW/RIdPmsRy6teoTU79CjAU09GggrrKdFj1y5oUeu LXpk+fTQinBLjwKShalEAo3yryBC5ZZlvW8ONejWZG93j0GSpzArCNdEuDXiDLWdC57N00HP2msL 6nOP2mvjFFZ7FUgNL2uvLdLHztqrIOy+FrXXxrCKtdfGM33UXls9F/lCD3s60aZ37kvttfEG6UCA X4bLjJ8hn7oWtSC+NotagPwsWwXkqEtRK5Q20i992uhEtagVCquhs6gFhJ9FrVColSxqBUuUZ1EL iDCLWoDcLGoNaBa1JmJyWfwIOM+IQ1JI/9IdiFHUUopmUQu0h1nUAtTWohY4T7OoBSmFQ//cDWXl xeyir4gLj/GZ+kCFDNmubobZC7nwmlntXpB0J86SlkJLSSuI8PpS0lJ4lrT0jmiWtHCF5NeSFhB9 2D1cPbWZc4CDvpa09NZnlrRwI5RmSQtQX0taYDfNkhagNktauGvya0kLLLmlpAX20yhpQThplrSC JJduLWlhsjrMnpIxoyzlYC1pQRhleRwZdarZC6jBryWtkLQ2Q6sXYh8XLWL1JjSs3kTY3ZsbF4CY l/XiafWwbB8lLVDUZ8HnrDRUJF94NKciofNx6hE+9AtDI33RGCxrioOyuVW3qjxJzFu0SunlEOgx cSZDIIq53aaP9a67Q93QrG6mgZUA7V7X8y0HyVrZ9XzHA8qjm8QQx21E8ed7sIFImkaviMwPGdka hPoNIc+17X5ChGO1ejkugLLl7U0h0s2Ll8ycOGkVG5AbVROf26kXwOfKLIgPi2p94n1ONhPVBofQ TrspxbSJNXO9Y8ppZHCs9wBh+VMu+jiyiOLjAQXrtBiIQ1Ko5tU7EMdlUKbvvYVIGjlck9rMYAvy ynWpoJ4V7epoaFrrKN6iDHuF0RqNmJdgpS82zKNRzQ8b5vG9FE0/+pkGFKD9OtgQemmvr6rtaF7n xdmKGjphrO/zlootSrWMM60E9+XIo90pHHdWqBmb+mV2Yes80ZqqKt1oxu4hWqG1C/wK1m6g6KS9 Y7kM13kiScciPVPfCWldyQYrIiHxGq+yJjlmhiMme7Zw0sRZaaL5QOuTo02GcTX2rMARkMWD2aOg cd48biiyKdeWDZWMqbRpTjpqBbOiIQlSi36paHjnloqGd36paAA6VTTQvGFtLaxoCOIoaHTc7dVR 0EBfSqxLQaPDQtVR0JAUI7lZ0QAPtS8VDQmPwlHikKQolFnRQE9SXDujkCW5MEoaDbdYZZQ0JjRK GhPBZnO82kZJAzPnsJQ0sHAvo6YBovqsYnTUAWcJA4OFpTb77DqWT6OmIVDLYalpdFTv+6hpQLDV j5qGbJm3wJNyx0acahpAHDUNz2Yd1jSQbcIvzJpGx/VRHzUNbEuI4/D0eC5pQADzqEnCmKB6rGi0 ci5oNNnOMgsaEr7GPAsaAxoFjQlrQQNvznqGTtuPggYWDW0UNISeEqcBO2s6tb+iPWzVflyaHLcx tVLM1P4KbVq1X4JsH+PQfskPnDUVitwbIsa4aH9FyX/V/job8pp+Lh/q1H5Q0VftF4T3U/urCKRM 7RceUly1X3Kd4Kb2V0SZU/srOvpX7S8I4ab2F9wPTe2f0ND+iVDt11en9uPiyq/aj4Xz1H4QddTw hObsVu2vcIRT+4Xd4Kf2V6Sfq/bj7spN7Ydg49T+iuhz1X7ZiG5X4dR+/d4+D+3HJw5W3Xb8+jys 6o9fdOhT/bEvbao/Uqq2qD8kMOvZuK2qU/1LoW8Y6o94K0z1L3DsU/0HNNR/wqr+JTPgUfXXaRf1 x6Jtqj/o6VP9z6pu5WwJA/RIRHgjvR0l/7Lj1bqlRQP7gkD5prBYkdnqZBB2R/PiKFs9An1DsH+C iIhbSrsZFuIqr01jsz7fWMuoy0CpK3PHyI6yWllR7aaPsbJ1N7L7rLIfwdop+UsCkVG8DmaDQuL1 skDFbqzKARXrDZoItqGMVzUcHjNnb5HZWBhmwisZgUFUJ81FJZzT4E/je3a34lqWEKw99F6BakQk +vKkpSJUKLKKPVZGuXl0OweX2E6XkasguXSsmhARxMTD9WTNqr0YeY3y9GIKDkL8euQ1t9gA363f ULsjJ1Qsj5uIiPsmfZVxTiycmWeN/VjBqYx0N0FG4DGomvQZzYR08Eg99WnbTQ0ki3Od9bdul8bB +9mijN9J8Qz6laQJFTNEE6FBr77K3RNd0pl5Aqh/um6nqPDYdsvEuEqZks/inbSgkO0XXoDwE5Eb w1jcrDaF9FkyU51bUGFmbUACpP5KjQ0gq39RHXLzvBTVRBpQZuFC9m5CSMVsbLa7GI4tbPTDUGuz LIMCXgV2LlloWAe1eUTdOjaOppWEwWk0rYi6DzkQ0sG8oB2PWf4br5bxbMxcWGJsSqD1mGsrI6AU h3HUsZXlMU39APWFUYOmGGbLUuTE1YJlzkt7mOdYT1XApyAWsYyd0ZRt3TjyM/bVLqNtz1eVsLxJ DjoObta7yDcLYqZmtY+C5RmR9HBeH6/cRuht0YKAgZSzCYiVHvEV3uKNqD9rdMXBlbvZ+NjCT9gA uFE7iwz0q11faW+dV7c4qkSAzL6z/8LXxhKTPe60ARUlHOWKq1p02pyKFk12g21Pt4pkqFbmeszW aqEuzGROLGZOx+M0Wh3RFSiQ1biL8RB3WwhPA6vjuIEHYJfPldlnpSmP/CktNOEw4RTPAagyYLax noKtFLqnaLQ5b0DJjcRvIOYeIqaKdyAWPeArtxEZ2Rx9csE9NPRRW8aLtcGyLDChZA2fJVit8UBY 45Mbjyv7nMSAlpCo6Q5xKr47dGFACDn43dV4PNr+tNQowff82EL3uozeCGSCW+HPTdn3PxMKZkAm QqsQgKzJTdJrsORYm6ONx8LR2gdkrmAfpagBKyGzPBCt9q7s1uOxG1ojpwiCDCwu0kAWX2cZMOn3 4s1aNopCmX0IzAhKYGaVtMnsmghGdoXf6znrrIgK1dklfGXbMkwkxM4z5ZUBb//WcWyBs2eVTSIa 0AOyL71iGduTWFkNKpZKbUzlgMIUiyEiyeObKB7bxNbtY0TwJhJeVrXCtrUr5ZokKGR8mW/Sx4H9 Bch4NsjHs7jn/BC3pUmzazyJ+9LWVG2CemNfKPWBuF4QDrVnRdj3BfrlHj5LKkePXfejucia7Hpc bo5Sz+OuqOF7osq1xxYnFEGscw6fInVWGAu+pBqAarmOJSKqJdc3wwj6dWK/5ARYt/aRMShNR3cM SF5zDXytVGc3jfLHkhc6Cpv1f0a77IIwMmfO+j1XYSoe8HWX9XOPkuREzN4sE/7axh9LZPPU2BDE /G3dEISyMPrWt1aLWSe9IoRNpyssI9bWsKdpjV/8AaTPtlVNowUa0WfEpVsZIVjEtRldNjRuRF7B yndAVCuVVX1sLXOwdQMq9q3nRGivGt7kZR9ixaZncaaUuqx9doB5w+itUpI8D1yxzBb8ZBoUMGm8 Rn41WOtwQj6O7KCYLaqaD8yCL8J/v35vOjbhzg9R5saMD1HmxgxEsphhvjIQf9M0sPm+TEORHrOg UfZUxs+Ik08ICLCPrFzbyFiaORAypzt9e4NKsj8zVBw74rLe1sO1OfZDEHF9IOZbxbGJ6xYCDpRw 2K1sI8FNQeuGRoiIH+VQ2ndMLKcOBJM58NUZzWT9sBAvJwb0yPkdv99kayKMmWOvStYeiMIekKxd 1GfGbuQSg1mEpGEicuPxydrpl63alssISTsNa9abnWzf5OGC54BmXDxg/e1BfZOxXw+cmNGOtWc3 i8jUMA2a6Dxn2D98K1KIEI/HajZVwSWKrvqBhtZamCPUOlIIybKyKH9kYJ8OYDaUGyJrDlPZ8s8L FcxLSTR+k9u0ozFrt4sStMhwFbGJHa3cq45lNGzPN3j3nfU78Vzti7K6GwOWsRUVzWjPTtCvfDRr B27QQDBxqfzyj6ESIGvM7RQ6+hfsOh6PPaNEjT5ARaIztu9GhMYWh6/OuJ3nDVoDVHdaMvt4Hld7 jFk6uEusQjr4X0DBekEp9BLpsrTiAch+A6AEhcJauhn8EXG9IKZRyPn8MR0QnU4Q+RnMvH11JaRl NqCxyof5cxsf9uCbicJ+k6Q3HLkEBh2JQTm49DTvFWNn5oTDUOq86mP2WeroAYCsS2N5Ry+wJzSa 9yci6hfdhRZcIHwgUipPaLLPjbEwvZVSnDmWWWK5kSVCnvV4GjTlyGolANnRTjy/hf31WVsqAVmd GzparK/AmxWCWO16mT/UAHNEKkUoEHOmCgPgLWjW2qguRG+sng5k5OVgrMfmqENVWmf2ODh2JSsc +KsDWbUnoGeKnj1YlaawB1zTs4B2SXruOIBULI0YsDpnfc++SOe0nb1K/EUCXZSJQQysKoVhnbSe sxovLVf5gUClq5fxKn7Mj7rJ3xjwnc2tsfGn/sK4rQ3+gOb3an1+IyZaBIiWzAOIow5hv+TQ+bVP 1q9NAFmhAekwYlOLh5gAd62ZZf3N727dU1oURS0u+GG4lDlHg6P7pQXCuTPrtnEn118p/3+PCOTa DQplbmRzdHJlYW0NCmVuZG9iag0KNDMgMCBvYmoNCjw8L1R5cGUvUGF0dGVybi9QYXR0ZXJuVHlw ZSAxL1BhaW50VHlwZSAxL1RpbGluZ1R5cGUgMi9CQm94WyAwIDAgMTI4IDEyOF0gL01hdHJpeFsg MC45NjAyNSAwIDAgMC45NjAyNSAwIDQwNV0gL1hTdGVwIDEyOC9ZU3RlcCAxMjgvUmVzb3VyY2Vz PDwvWE9iamVjdDw8L0ltYWdlNyA3IDAgUj4+Pj4vRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAz NT4+DQpzdHJlYW0NCnicK1QwNLLQMwADBRBE4ybn6nvmJqanmiu45CsEAgDcHQpBDQplbmRzdHJl YW0NCmVuZG9iag0KNDQgMCBvYmoNCjw8L1R5cGUvRm9udC9TdWJ0eXBlL1RydWVUeXBlL05hbWUv RjIvQmFzZUZvbnQvQXJpYWwsQm9sZC9FbmNvZGluZy9XaW5BbnNpRW5jb2RpbmcvRm9udERlc2Ny aXB0b3IgNDUgMCBSL0ZpcnN0Q2hhciAzMi9MYXN0Q2hhciAxMjEvV2lkdGhzIDU5OCAwIFI+Pg0K ZW5kb2JqDQo0NSAwIG9iag0KPDwvVHlwZS9Gb250RGVzY3JpcHRvci9Gb250TmFtZS9BcmlhbCxC b2xkL0ZsYWdzIDMyL0l0YWxpY0FuZ2xlIDAvQXNjZW50IDkwNS9EZXNjZW50IC0yMTAvQ2FwSGVp Z2h0IDcyOC9BdmdXaWR0aCA0NzkvTWF4V2lkdGggMjYyOC9Gb250V2VpZ2h0IDcwMC9YSGVpZ2h0 IDI1MC9MZWFkaW5nIDMzL1N0ZW1WIDQ3L0ZvbnRCQm94WyAtNjI4IC0yMTAgMjAwMCA3MjhdID4+ DQplbmRvYmoNCjQ2IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29k ZVsgMSAwIDEgMF0gL0JvdW5kc1sgMC41XSAvRnVuY3Rpb25zWyA0NyAwIFIgNDggMCBSXSA+Pg0K ZW5kb2JqDQo0NyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC41 ODQzMSAwLjU4NDMxIDAuNTg0MzFdIC9DMFsgMC44MzkyMiAwLjgzOTIyIDAuODM5MjJdIC9OIDE+ Pg0KZW5kb2JqDQo0OCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsg MC44MzkyMiAwLjgzOTIyIDAuODM5MjJdIC9DMFsgMSAxIDFdIC9OIDE+Pg0KZW5kb2JqDQo0OSAw IG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hh ZGluZ1R5cGUgMi9Db29yZHNbIDMzNS43OCAzMjUuNDUgMzM1Ljc4IDM2OC42NV0gL0V4dGVuZFsg dHJ1ZSB0cnVlXSAvRnVuY3Rpb24gNDYgMCBSPj4+Pg0KZW5kb2JqDQo1MCAwIG9iag0KPDwvVHlw ZS9QYWdlL1BhcmVudCAyIDAgUi9SZXNvdXJjZXM8PC9FeHRHU3RhdGU8PC9HUzUgNSAwIFIvR1Mx MSAxMSAwIFIvR1MyNiAyNiAwIFI+Pi9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSL0ltYWdlOCA4IDAg Ui9JbWFnZTkgOSAwIFIvSW1hZ2U1NyA1NyAwIFI+Pi9QYXR0ZXJuPDwvUDUyIDUyIDAgUi9QNTYg NTYgMCBSPj4vRm9udDw8L0YyIDQ0IDAgUi9GMSAyNCAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9J bWFnZUIvSW1hZ2VDL0ltYWdlSV0gPj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMg NTEgMCBSL0dyb3VwPDwvVHlwZS9Hcm91cC9TL1RyYW5zcGFyZW5jeS9DUy9EZXZpY2VSR0I+Pi9U YWJzL1MvU3RydWN0UGFyZW50cyAyPj4NCmVuZG9iag0KNTEgMCBvYmoNCjw8L0ZpbHRlci9GbGF0 ZURlY29kZS9MZW5ndGggNzgyOT4+DQpzdHJlYW0NCnicrVxbr13HbX4X4P+wH6Ug3h7OfYIgD4nT 1EUDpImLPiR9UE4Ux4Uku5aS/P3y40fOWvtcrFqwAduHs2bNGnJ4J2dfPvvd5ec//+y3v/ri80v6 xS8uv/z8V5f//eRZuqRr0n+WtFYuI6dLTe3y3atPnv3XTy5vP3n22W/+0C5fvdM/fvfy/ftX3729 3L27fPa7li/v7t4er5fUZN68/teffPLsPz55dvn1b391uZy+LQ++LbOIPPLpIes650Vn6YPKPz9N 19LWape7N7qlL968/OrVvHz+zeWxL+WHWHZJpT3yKUnXHl9ql1ukji+tp75UfhA9FVkQVDEpQ2f3 rP+RlC/ffXWfntzWhyhaj6/fO6TOQ5Ip17Eupddrbpc3HJBmA6leZCZCBbNkzOuYBimVde4Y1yoG Z9Gn/doA5evKBqVlUK+c3K612QC2r5BkheTaDyBdV0x12NZt16JfbevaCS0DhFO7baFNW2dc0zBA jxLQ3JDN1e3347GtZ28S0Zpt3VxsstIhCb86LoAMU91RNqgtg2aPyYPY5HnZNM2gwIaUSAOT//bJ s9rbder8AZYF1auSW3nCB6rOrVVfWVi/6jp6XKVP8PkdJgvOvnTFb10AZdBVCTEPqIJ5fHIm2ce4 7FeF3/GV9auDk/lhRbpgZW5KKWTf4Z4J2eRxlePpvMo63lzXdLvwuq6yvzts3PY0D0i3bNTcA4oR 17JXHVtf+SAGPxy0sj0FGc9UJuVX1f2R0Eotpfwqyo49BhaYsxqkh790t+AgfNM+thLPfUIoFJCV bZtK2Q3V66o+lwP5qisq1BMJnxcWtvNNADA3K2849+lT5ZTZjLLKOLrjOiUgTG56tGs/VqGbPDI9 5jWupZLwYoRfulX/rvKiQnVOCuUBKN2Xz+VAv/aGx2mR0mLripASRkp8Fmw10kX309om6S2Bnd2L stWwsW7cXvK1OFiLEpmHJEWhZCyn3yH35nUd1TahwgOoVNug7nND7ZpKTLaBAtUFqFMm9cywsAwj DBlS4TWMbCrX2BCoBJLqZ3S7TQKyyRUU2Y8bFYdRvJZ+0gw2eUBr4buC745rJ8HLBlSsWkztZCB7 ljMxrVyVGkAobPjoOMhUTYydgifqkuBF2c053wheppKxOVymyg4B7HNOavgF/XeHuYN62vQiIDHh a4OA2IaJa9HTbgG/JmzsN4xeCiWKC85Q2bpQUMkYRbleGc/2oUeuMjGDKW727yjleV0njPI4Tc/9 6jwHjBTK5YxRbmQqYqSQzI0SoHVGSVmhzTNOGKgbJ4WMj4iTMm8dZ5yUrcbYOCkLLtmbPBAgSlnf 7uXAKevLtTucs63pB5715b4OuciK/gqxANBCKgIIoQjYZALAmCETWLSUQybwSSkhE9hNrsH0ttdx komshJhyPC6GN2UiK3u2cZKJrNxrGt1kAtDYQrGhkIo9ALGwN2eIBRbuJ6nAZ50LQKRiqtbpdyau 01t9plVP9E7LHATOT9MUAnkIUB4nHsqJ7EIeAmTCaoMGlRMPZalUPcFDGGgzeAiQaQjjoSzUNpuH spCy5KEscl0hujcYECnRQ5z9QEpwxMFnoqIwVyAFyE0lkRJl/roCKUBSAymD2gkpCTkIpGwgcAIg JXASyEU54SSQixI4ST4R/gYB4jSUAPkkGEM9qBo00P/MttUXTr7lE074o87ACZySSuAESOoJJziP a5xwwkDPgZS5sBspuKFn/TWgg7esD3BiyPoNAn5OkDkMleviQcG96THw+hhoDU7A6+OVPRCeo75U IRVv6P5gwxyA52T8UbBS1W1ASQ2TBHOsTMaAgrJIDYd8mOMYkFkWm+wDAmthr9LNUGa1leGvGJnc ZQOjNezO9qR/VxyybbgEdEdXF859PM7GgsARHhv333qYdPiT0wZ0XdU1/KjOqfo/7qf6zB4+uXpd gISOzqgHVMN1jYEOAu9XJzbmCyuNHDV+ddCcYz9gPnVgum138kzFcdNx4ZlOc+NNpfBszifnfpEq AsjYcZrSTOf6G9IDEkDDxHMU9wOrTOh0O+wLAJyIbkx3KaYgAWSfatgYJ0x77Kpu6eTMEI/yZG5U ohsFSbLHlTKgtmJDPSjpA5tHgUIc6M0AiJ9vBjqIB8gVvFSDwrzyWJVEiypfvcQainVZ4ADyURsK d66q1J0k7FyhEMiqOrWeBLKqVm1jP0xXWlq1UQCEqosIqpGo7h/pbmEluFtV0YAGaePsmqYZbRWp 3O1xoS2e5YAKXDGfjIGDUqkwlr0/sFVEhZN6DxJXXdhoJzPioISBXnDSmdEOH7HlE/OZgxZwWTwk apKyGFaFIikaHIzQI2UtOkEd7GQQo93wJk0BA37tcDetMuhderhCvzQzCBp0piaJ3WiZJ+NAhRCz qrvooX7r3JKY8Y/HrlbMOwFmiSvTb8AAFCFTCoBgYhmOwWvNHss7sot2MeEwXhP75ikHUMZiBboA GhYJ9Vee4SDD4dIjLXSBbdOm+gyFfNKMoMY4Hk/6TPoq0J4l3C0GYGXST2307KdQTMTUcEA13NIY GPbOzO6k6p/VjBosrC/bLe0xkOLBAaR2sMSZYZyJEOGXMxMh3N18hx2MzbLgECAMdUnKQk4GtWmo X2wlUQO0FUrI5par22JF4TUHBgW1MAdVKKaTriUlOhMrhbP7TdWo5O7EpPtbc0CYDDbZA6C4eKjV aPH4zA8YB8+1wObNuXuZt35Ax2RPXixO9oivE2oMuwp5tFHP4AVYXfdimFcyHUmmgV410tKxwVKd sSKcGLd6nKnCQEot6tDM9MQ4ANkns0IWKz1VZ/JFBzHRJg/h5EbaNCq/Qq+FXNzp+B1M3jxRxMdu iJun+CrpZiG1TbbMIj6MA2s5IhJLj3heLXmmyzbE01W5ec0Bl+vKRSKNSKWSGOvIjH15gNOZx2qE PFEzSkDOT0mOx5m5BK6g+HdXNjVOKFHZVKa5MiMlhIYOdYv8fLIPGG9Sb+NcqFQXMwvOIp32Dkm9 bI89pTq5qUxJSDUQzHSJcPxK8eHWKG/CQ2G0M+H1ZM0lzaHh5wma7iHFAIQCmBVLEtBYYOVCV2S4 dDWk+cpg5AZ5qoe6OGuTI+7vZwWDfNGhYJCqGdtMFYb2h50qnfEuDVVxEaOhKiPYdWcJRE6WKsIh WirkEGpYKg2kytlQZcq1GyrdsTMHLBGC6nY2VEgK5P0YCa8dVwM5OdspD2LdTiFLVbadYhLtMFOR QNpmqnRaCCOgkqatbacKbdxhpxA6922nCmsALqPA4CzBSop5eloomzRTmQboMFPqH/a+zZRCqW4z FdA2UzFAM5WT56n0T+ewbaYyU0s0U4hrD8/lzDDOQ4jmz352cY+PL4ipQLdR6jR6BOWaUFr40voJ 9chT3TZK+o7cKWJisdLJRsELa9tGKeRJBdBa9zDy2UjB8+zbSKk7V8a2QvAV69lIpcGd+OMerq5+ LZFVDxuV6FS7jUqVLixt1AHF5BoeLs4zuRDQRinkku8KSAdW3mYqjQgowWqKjmX/yDTCiJF2SjwO pZ1SCveTmRI3YjRTHvXQTAWwzZQPuJnSN2vZZso4eNsooaJwGyX0AJyF06T92hwOcsrxuF5lm6iU mfzdJioJk2bEPfEMaaKyeo5DziYqWY3jZKLStpJAQMlZtoUCbdvZQiWGqW6hQOy1TVCgsC1U2t4y HksKsTSCS8Tysvk2kuHD5MFLObA2Dh0W6hgA5ymUxrZQwiTuYaHEK2W0UAqF+HNTHqO7hVIE8zZQ qYQ1Bd842Q8D5WR3A6VkL2sbqIC2gfIBN1D6KuTADVTykH0bKP1wm9tAQZi2OrlVJJ5VRNgiJ+WS 1U8e+5WMLPdO82SEGiftkhezbKZdMvQPVYv+uRPLlRPF/P+tWjDQJVQLIM95T3wlRXmAqgUD7tIi e6mRVCmhO7D/ctIseY7jUTe5pl7JGpC0k1oBLCXUSp6VzqGplRMUk33A1Iq9GloFQGQYViw8t/Ob pxeZTasAk9RCqxhxw/vNKEZIaBVQtp3UCijaVqiVzIDWtEr8LftMhhthZMH1tbJCp+ATOKStVnCe nqKr006hbr0Bwvaz4TRyjuNxpdNgeiUjnBsnvZKnVexcr+TJA3S9MhZlI/QK1vJaF/UKBiK2EaNw 7qFYAC05KRbsq7VQLNnrP9QcG4lQLGCeufUOjsNLlUZzubaTXgG8SugVHJa00CsBbb1yGgDrLfd1 TK9gobFOesW+1EKvZPeKJzfk9iLVQE56aJWsYbQbl5E30bdWCaJTq4DopYVW2VBolRigVgG0VmgV rOyR7XCpKjTKhYLVTqH0rQa527WKwzGGVlEDVo9XhDVI+r1Z6PptvzfLtPoZ/d4si6xvfq9B+fB7 Ub3wFg/WKgDP8Hut7jHd783uhWzHFxUUCb8XW07b00XdQtbJ77VCRj8e5+ArlI+Qqqsnxzd7Jo+O LwomaYTjC6jUk+cLjHI/eb5Avxf3fEEcj6+tnNIpCuH5YrUVjq/tYwenhkI9C3Aa5H0+TjvTCZWW Shhcer45mctCxxeAl+F1gQ2F47sHjNiAWLXRP6nTtuObk/u6cHxxHjIOnjizDNkoOnY2G6HPZe0B UTb16oGgraW4I+xNLTt5kzDVvcoMIgNaHmmxD0fFLLIoeNyZaDFDs6Hhp4uBRmpUlpJ8gIxl851T hkGTaf+x37a04EA2SVRd5RmJBEBjp1Btcubbu6gyWXVGGJqNAI0JOzGguNPY4mWLaAd7oXIkIzIh 4bOyG4ZgVZsFBdZPRMMwl/Ua1e193vFcGDQpX1sb1Qy2QkdTWSeuEz2dOo7HmW6hVaNkMOJo3csg ogeAcLXZkoDE+xrWhnpyLboHrB1FmDaHpix8dXki1zutvGmFjWEjR5sY2qPAI930pvhklj46ekOs Z8tSDyYpQHB5yZ2MptRhTaEvI9wirxytUwMEuDt1q42omcXAhE2xviyGW42NV4mhzXJeSFSaiqcd yYiKAI7jXB7AibS2H/YoUFbu3uOy5Efp3op1qliXGyEpbGzz6nUPinsdP5mhBlVdbKYRNdFqWN8b 8/Flf6juCmLjPrYreivnLvuVlYtD9hu71PyVVmI5cKjHOuAuniA0JDUPzqyNyIKCUyCLzGPSKZBG jQX9xXNpOSojDW9bucy8QaUntuEEI1Fa0EC9VWnkQoUUqLRVBmBmnZb68Ifj6hVXCFHttOUr6tW1 MQ82cV6AKj1FEC8gc+d8ct31QnvV026TKzPg8UPEh71LDmu5UbQ+ONvxCsiQS6cmOkPV2xdJiUmo r6Bj9U+RbO7ZSLXzckcmiM48E30gI/pw9wuaAXqIikAVojQmt5oRyV4uTIM2HqiwM5IqRnEo/ayB ao9cnj2ukfHRI5aaI5FX/YyEanJBP0pNV9pqZYwAahgNh4cJvr83LG1gyzLTQuavVIKwe9mOpG/D d8vod7st4ojbwPzIG27rKGUzv/pPUpjl2P6TFE8lm/8khTUe+k+A6qnChUaJNA7/yRonwn0C0Nx7 QvuFe+H0ntCqkXK4T4DWrmihRUJ2EtEmW8dzPC6bq9R9Am5eJnADWxh2e8usQmuF+4ROjdxP7hMQ crNA9wnYRzxgtGkt3CcplQYl3Ces5va1sO/jSJxgy+mGj5A5PD3e5U5omCwRSdB/kpwij67WWKHw nvhnuE6EzG/CG2yc0T+93ht+k2Qm4c1vwklY9pC8cMMqzj6R6Nvsg0zTniSy8wBQPbKolUqIgLh+ tEDoNZdbDM873u7RcgddJC1a/Za/XZma98eVYm/aUoRi25fvFQPm6OsjngT0nRjUmIsrlDWhL6NM XLI9FtYXcKoBGRv5ZDlX9SUNOsb3B47uFZFTqe88oHJHmMHWsJ5j2zfl2egZaRGXDHFTZ9wmN10R t0fD49JYf+R1Oq4FR30rCKThCnMwsEaJHdFDPOMh8NRp4GGzU2F8ZGe4oeqB3B4wz9debSF5trLr QqMjPpxGqEps6kgIoI13nStjC7nBXQ9eiFBnuIgrR3sNuR7RccvhXmowLMwddDQa50q939jV6wPV 6m56EKgrQxQeDOyjm962eB+OVgMUgq33wHxAdEnLdh10ZyVobZ9HXZaCk7yZeYvR7bHdRe9Xu8nV o+0qba8FrvLailt9uHQE3bqAengjbcWNpn1POi9C6RT4wgfLJ8VtneU5NDcyb9GZAM/kpjMBvrE3 GyiXmYu0OxPMFT4HvnCw6vG4EgFqbkUuhbG00xqIsvZlB9x18F0onQY8srPmxlWNctbcEwcTmluJ 00z9muYe6K+Rk+YeaFvfJR9spO8YBDjIOPEm6Dk260KpuPOgqPR225mARs6xQnEj39Z3yWdDob73 gGlwSBmd8kvvt40JSAYmdwBwIOnIn9yyjOdPEHmAZxt2hfxJ94SSBe1IEsRNghhAQxbaNMGeaD19 c8DNWmvQZKMe75DzAIp5NQYamsq9MiiXBhXBFADvKsC766wHqCyYP0dIzYZCw60wzUBDIZhOKB5X igqquvMCpcDSJV1B6IVCLaVCj9A20ddVdtnQBMTJNmCtk5d4la1hvvDITvX47LDuE2ypUKvqmcGD NEVs2pnorUGaq3AoJJaEtia2hmxQM4g2Em6+dX93WHklY6rNCa/OndHUAB5ny9ZwxPs9bwhLwC2z N3dYAzQgMYDfyfRdFZZ8AWRmx1LOgBITb76p7F321tDX6LwNa9NxoM+Yx+B3TXvSecNmGeCNOOyT bu71dUvO2G5asIRtldzUhJOJSbPo0ZGEkmkXpwABm2pBczxcdMLN4WjqHBJopuiaN6Uj8aoPvXCS IHCAChOrjAswYIGbefWA1sbTgRnz1qZNEV4vQMMdgEr7TC1lXySfqGGwzbR9HoW17OO0iEgcpeEY p3xiAXJFqZaHL1B7JuQxsC1XaSnqxPcGEjb++vTK/QHcjbqBeWGkemTAZRSaPEAvy2KApEY+q47o O4PYVLYKoUeepcPqeR+7VANoUHeDgVTT+I0URqgYaPV4vK7eY4L/JdYVdh0awuU5LrYCVN6M8Siw snHUQ34Pb4/qp0a/RxdareF5AJNad7sOC5q1RM8yTKcGbWzftT+jTsrqZfVcGntyauYWWCrW0G95 kYFzJUwKEn2V3NWZ2Q9IXKnGwHGAZbF18cHAZoK6+fXewID40xbIusdcMbDfyukec+2B+PJ+5f5A MNeGjbkM2swF6Ia5bGAzl6wzcwG6YS4MHMwF6GAuWfeYCwMHc8k6MZfhdGYuDNwwF6YfzGVrb+aS dY+5ZJ2YS9aZuQDdMJesM3PJ2syFP2+YS9aZuQAdzCXrlrlknZkL0MFcGwrmioHjAOc95toDO+5Z 95hrD5yYq3XWoeCvihm0YdlPH3h9DOAOghV8G7yucTPQrywY+xuIWJg8VDWLDuXCaEv1OGLJGRD0 7GD22h/DOacPoOzXRovkJ8t4za/VIpmntmbw5hXvm26o+LXHPSCIRgG557yyrbzoGjOThg8XTwGo aRrMU4A5mu05SUB3jm85HtfI4yv5QU9h56CbXcRn3oikKKGBz13SbhAPedE+wgVk40EtpKTXjhHZ XAAt97JByh6VKcYCdi5922y6WZbuE+KwIUOYGsIfj30JMWdDv/M7qcchURuANgw00fvZD6gEbWKA fo2/aK6VLetJ9L0H7/DJtgVvSSXTeDtPD9Tafua36ixL1XqLm4AjB71ZpC/hSxfq9mlJBXOmjdl8 4PUxcPS7F3buPBywZk0f8PzTGnZLMmo/vJeZ+bbf3ECXG/VSsVuSctxKwXWlk1rCZdF1PM1sRWbY XnOP1jlG9RUZv51uq7l6H17ff8eN2oCH3U3Ga96X1bkqM1TLr13M6I5u3W6v7si4+qXDHeAYZv14 7G0adpEs6D7EGfRvDH6QG9pnkZElyqezyIOXIzfpM8L5eTPAJlhmoy2A8rsge6BZJ8nxRsvR/L7v L9nlvnbeSWVF5NiJDxzLlH6VR+DgCbsiWIMncEWw1uAJXBA8swSuCJYePJH97rHXc0tifnaXe4MN +Dg7sxlT5Mwk3WaKnEtoOlxxRP6xO1dsINhiDxhf2JvBFli3rxNb4LMygy2wpXT0FpV7/bJA79Qk 4F2e5Iug/Jkv4obZPo24g7ZPY99S6x4l73ts/QibC7KR52Uqih1nUW9ouRoxoHzRkZexUh8CX7ve kSIEQcKHphARQvco00rJaBe2i8HT8yWNP+kwrAHXve5hQZxZdBInMd+D3JD3Wtnj5VU9ZZ6AoN2K T+aAJTfwanYrN23l1U6VGHy30YtTFJB8KRKeFxikMAvDghBKMMWvCggC7mhUBHq4RUvep8sHSrmB rANBtF3JpyhUFFi2yN4dx3CWt4bImoIudjRNv5FKDLw+BvZbDeHBemRgWPu5DXRGbdnsVq3RtwrL UCVcXk83xIAlDeztwrzMsFcZGU4A7Esaw1t3GuIjHrZ9ZpITrcB2i9dNkuBAtVhdkXCD/m/GVeop tsIOVNR9eSqF5g1VVYS6Iwqxc20oIt8R9R4LYHuIPWxtqVF0i2W9scWUhm/IHRgP6Ld747dz42ll Ttf4r+VM7TzgoNnkaBTviIypBro13m8o8nExMJifEKoTdMxhWZOBGW5hpl2ZFpVb6mLT70xcp3ea YVWc4CKmXf0NKYTslyCaVBZnlrcINPFUjOEEaLm7Ww6oeOl+DzAtIT1KC4OQV+T9hISds505OTE+ 9lI0tlHoDRWfXNhBQGcJbcrsIbTJwtpL5Y/NNFyxM7kH1RM747oV1QEJEynZ81t+1T7hf4D8IknJ Bsk8JwYdPQ68Pg1sT2itqNceA9N7U7Cit5tMbk143T7u37cUdwUGntZo+AItU7+uaMx2HIVOn2mc FC3uyMcIb6yN6DvEANvykdsShl16RmpsN1T893/2QOV581rFsGsJRmhPCjlBEmtynTvmr4B4Iijd JoJAzd6Pp52F426uftpi7bFMakwHWgMeoEzHCkFEamFqXQElegTDevdec6Bxn3rKILPVpK19ryVe MhzLu2tA59bDsGEnbYvGjeRQmupkSx96WGhDR2i4dqkT0Sv+huKfJIcu7N7rXEzbDu+nwnRT0ANL YqVG8qlvO5lVMMDe9VooHzZaUHsBkEsof9lksvt1WBoCkKd3ywaaFxcC3ldVp/U7PYCTt8HE/Hvw we3Duf3+wPGG7tJbnO8N7G/GKw8GLDF5HrBqbZ28LwFfQwwqPGz/4SGE6nbcHedDT3Jac3T1TrGZ 4gdkJu9E4fy6ESvXfbKnYycnPPVjXs1/zCtZQSwhNoU6afbrYHBl0WjIeA4yYT3GetZl/0JYK/x5 Ds6xNo95fw5K6P2y/5tvFq9Cvv++xTnnqcWXiuFpQTEX6vsX5JynFnyaFGhn7Pn7F/c5jy8ul3/a j7LpkeFH2eTyGz0UufzPZW9tWe7tzc1yYhL4B90GXn9WIKSb5m9QyLJEgQ9wqtxMJQVPUznw2Kqk zWkqB25WdVLvvZ7Is/eq77MXf8/ygdtZ8dk1QdLTZzlwO8tpe8zyAc56wN39+Kk6hmX2iyw8v8Ve qXz6sbxffqln8y/o4Lx8+Vfgil/oQ25b7aa+O6ye+CVCGvCbnd0fn3/x/tWbF/99+fLfPnn26y8f F7Jxfxsy0/fvQZ7aQ7XYBHt4lE0fDP7e9vivL1+059/95Z8vcn3+8rtXClxefFrq82//jvG7v+Hx u1fvbtHArwvajwNKQr0uPfLrgk9sFg3F6SM3i59cTOrbfXn3x+c5Sf0AaedBWpOXabS17q3/L2k7 fsZrfSxpR1Ha/XTWF+V5/8Be12f//vLtV5fnX7//9IsvXzzgCdvtx3EFfnyj/uCtfw5G+NbY4e5r sMD7r795+2PxAPrwVvvYrf39W/LofP7+m4v++eqt/ucvOtCef/NX5a8X9bm0D5Bb0kPeMLJ+FHd8 HB55gjuGKHfMD21XHnAEUjof1lUqavUxrkCNQOoDffWfH3nCj35Ko+nVnvzUxzLTo59CbeVprP7y 6tvvlMiv9N87/ffrl+9fOcfk5y914J3/iwnv3yn7XD5+b/lW2WXLlKIIpZ7N7b4uhy6TP734EAOc f0D24+nUEeWvp+j06QO0QzSM2b5PNB7/GsXjia9BKyb996d96Gl8UAIe+V3bhz/067+gy/t82IT9 dlamkHRrZTx+QleDJP6GrsWJ4brwJkKp8YNt6lewvf8JN0LqDz0ZuVi7841U4sdHsvWi5/t8ouyh 9PnTi49lSqhbIHgjmshUsK05Pfze71UE1G9Rd+Drt1+rUXqRy/M/v3z98u3dq8sLWapl1UFQIRGV pff40ya/42BWmfrzN/94IbrGzz50qO2H0+4hMiCaacT1GPHUT+g/+zFpN13XPP65hzL08V9axdLW TyFWfwoF1j9s6/qPQmXhZsQy/o9QefyoVF4wl09+7kelslvEpxAzKjcpj1D5/wB/RYEXDQplbmRz dHJlYW0NCmVuZG9iag0KNTIgMCBvYmoNCjw8L1R5cGUvUGF0dGVybi9QYXR0ZXJuVHlwZSAxL1Bh aW50VHlwZSAxL1RpbGluZ1R5cGUgMi9CQm94WyAwIDAgMTI4IDEyOF0gL01hdHJpeFsgMC45NjAy NSAwIDAgMC45NjAyNSAwIDQwNV0gL1hTdGVwIDEyOC9ZU3RlcCAxMjgvUmVzb3VyY2VzPDwvWE9i amVjdDw8L0ltYWdlNyA3IDAgUj4+Pj4vRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAzNT4+DQpz dHJlYW0NCnicK1QwNLLQMwADBRBE4ybn6nvmJqanmiu45CsEAgDcHQpBDQplbmRzdHJlYW0NCmVu ZG9iag0KNTMgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAx IDAgMSAwXSAvQm91bmRzWyAwLjVdIC9GdW5jdGlvbnNbIDU0IDAgUiA1NSAwIFJdID4+DQplbmRv YmoNCjU0IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjU4NDMx IDAuNTg0MzEgMC41ODQzMV0gL0MwWyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL04gMT4+DQpl bmRvYmoNCjU1IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjgz OTIyIDAuODM5MjIgMC44MzkyMl0gL0MwWyAxIDEgMV0gL04gMT4+DQplbmRvYmoNCjU2IDAgb2Jq DQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFkaW5n VHlwZSAyL0Nvb3Jkc1sgMzA3Ljc4IDM0Ny4xNSAzMDcuNzggMzkwLjM1XSAvRXh0ZW5kWyB0cnVl IHRydWVdIC9GdW5jdGlvbiA1MyAwIFI+Pj4+DQplbmRvYmoNCjU3IDAgb2JqDQo8PC9UeXBlL1hP YmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAyNTgvSGVpZ2h0IDEzL0NvbG9yU3BhY2UvRGV2aWNl UkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayA1OCAwIFIvRmls dGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA0NDQ+Pg0Kc3RyZWFtDQp4nO3Zf0+DQAwG4AFDGKIgE0FA ZX7/D+m7NhCywN0ZB0fjPX8sbLksHWt7PzgcHMe55RHtAPUYx5GIsxqvQRD4BniYJ43JT9uhMX7b aSKYyQ30KbHDMIyiKI7j07KY4CIiDwKFMh0HgUC2G8kVwlAXAsYgpdM0zfO8KIqzDsa8kFygLMue pXki+IMeBUqSRNFXN8CtGxmOZuLT3DpbAugwiBbp3TRN27Zd133odKSVoJvA24a87940TlzUdV1V 1ZtAZVm+Em13XQ/6Nhog2ggWA0h4RRUgTtxtZPin0pcofd9fyDfBRU9sx7WoH1wG04DVf832TH4R hmmb6qq4+6GNoBYwMWFpNLsiwueYMjDzompQuerSRkfCFzYDuw1Ta5zdbmaEfeLwZhuR3URaYlgL m1bmHISKTEB6L1UBb58xHWDhhDHaZR6mFV6m2l4sm8JGwPZexBTvtky2ZnvA6xxt29wDBImAkQzo 9rMronFdxPtoteOE7VOTX7B9LmWKT954Q2d3R2koIatvsO/hRHeVD6wUJ0XmhJ7Ab/Vc4k/84XGM CKuer94dx+y5Jy8SjBVhOxDHcf6FH8O7b+oNCmVuZHN0cmVhbQ0KZW5kb2JqDQo1OCAwIG9iag0K PDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMjU4L0hlaWdodCAxMy9Db2xvclNw YWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9s YXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzY1Pj4NCnN0cmVhbQ0KeJzt1ltz wUAUAGC7ua1IiGgQKoqRoHRUaOViU4n//5vKhKUzZsQxg4d+75vJnj23XO7fFkIIH6DUo3/prhDm BfGEIPBw3I3wvZy8MuKIqukVRi9rpSKcqigFOFnOwxEiidkJPN7HAEtao2sPGMfu97pwnbbVgms2 zDpYrWpUMtM1ReJQmgJyzXGXfnDke0sYz98e/VrMwdzZ9ANu8j4aDrKyu2ZRxGkECvXhIlgdUPoD tU42m00SryFH4zhJdkcjuroKpRH7SETDICt/OesbBKdVQHRrMJ6wSE4/XdcFveDi2/N8D5JAnh+E u/uE2a9wEB5DEEU0e/yCuVPNpxFAvKwZNVZMptl8hdWwZb11gM2j17cv5+1Zw9EYVjFjp1WW8L4V ciIhx44qy9BGrqgqcICUtLJ+uXmd82JUgW3TKOU5xBaCP26a58A1QhAuj6/zpNPXu2p0itzT7H37 NfRuyxBbih598SfxC1LaBGMNCmVuZHN0cmVhbQ0KZW5kb2JqDQo1OSAwIG9iag0KPDwvVHlwZS9Q YWdlL1BhcmVudCAyIDAgUi9SZXNvdXJjZXM8PC9FeHRHU3RhdGU8PC9HUzUgNSAwIFIvR1MxMSAx MSAwIFIvR1MyNiAyNiAwIFI+Pi9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSL0ltYWdlOCA4IDAgUi9J bWFnZTkgOSAwIFIvSW1hZ2U1NyA1NyAwIFI+Pi9QYXR0ZXJuPDwvUDYxIDYxIDAgUi9QNjUgNjUg MCBSPj4vRm9udDw8L0YyIDQ0IDAgUi9GMSAyNCAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9JbWFn ZUIvSW1hZ2VDL0ltYWdlSV0gPj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMgNjAg MCBSL0dyb3VwPDwvVHlwZS9Hcm91cC9TL1RyYW5zcGFyZW5jeS9DUy9EZXZpY2VSR0I+Pi9UYWJz L1MvU3RydWN0UGFyZW50cyAzPj4NCmVuZG9iag0KNjAgMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURl Y29kZS9MZW5ndGggNTk5Mz4+DQpzdHJlYW0NCniczVzbjl1Hbn0XoH84DwHSPbCP634BBgPM2DMD BzDijATkYZwHud22lWmpHV2c5O/DxUXW3qf7SG3JfogBt5rctatYLBa5yKrdh8++Pvz+95999fmX XxzCH/5w+NMXnx/+6/GjcAjHIP/NWGs+9BQOJdTDq+vHj/79d4eXjx999tcn9fDDa/nl62dv3ly/ enm4en347OsWD6+vXm6v51DjOHn9+989fvRvjx8d/vzV54fDbux4b+w4coxnhu5xHsc4SCt5UPjr p+GY65z1cPVCRPryxbMfrsfhi9vDuZHS/Vm2GHI9M1QMx+Yj1cPppLaR5rtGyh+kT5ksFCozyV1a tyQ/YkiHVz/c1SfFekijZRv9ziJVLlKe/djHIZdxFNYLMNqxTGfkWY9FidiEKMeahOrH2A9XaJuP DY/bMcorQqUoVDn2vlHpOJM3VkY8Bj7Gq3lyGPacZVDrWcfNHZN0kYTSYSgxKW07j6E5owTRWPVX S5DR9h2DMaaPW0ISTVOmsVEicmNjYxSM6K9ytt7zUoYP7LqiUK7GvZal8Y9iV026azvNxxaOtTsj 1nksw7uLVZi7wWKVDpPLAipN1/yiXPOLoZr3V6kB63jpx4el+lwkqtYlXpqPLR9j2R6XY8rbq/UY 9x0LPfsatsmSRlf8olzxi6GK91dtsux4U4UNa4oykUyJJzqm3ksNR2p5QuuliEDZ6CI/O4mqRMg6 Ulc9FvlNzaEdZ5bH8g8WqB5HJ8UlqGxcyzEPZ9wYo2h78VGlZs6pH0NRKpGS+erbyW1BXEWp8dij y7iT3yxppv2M4ozbjOIM24xAnMwojrmbURxjNyOl9jOKsg1PZqSMNaM4625GoE5mFLHF14yibP81 o738nFEXoUfeptTmsYdqdBvHYRutgogx7abU+rGE4VMSKqgudEqgetlNqZdjUaF8SmCk5FMSKtTs U+pZ4stuRj2JB1sz6rJE02d0Ir8tUheFSM+ysInbfQR1FGTcbIxcYNl7BrqW9Qjyq3DiIXaxWVma NI8xq3KFgaVJAy4o9oEXchJzlfd6P4Jox1HYtqvjEkbC06pOTaiAjumHSWnj4o31cVZHDArDJKgY VLSexV029ixLDI1UpYQJKvDVao0jVIwZ9aazlbfjICNq50UJcR8gWiS1RhrGoFjBKCWsG7oSodtY D8sxbkNgsZUyPykMmIfoWyYEalL7RdUUbClMMRWrlHOiYri4WV3uomBdO69TdLFFGLidSjHJKLUe JeBn7PMmlHmWCf2qNxATYywIcACThiijDKXSUE9a6aTk5Wj0jdGwed366sKKuuVBd0cfHeh1hDYH n0QMGV+V3MDEBHS9lFKhIuOIPU46g4wtphQDdplsK4bD0CCygcLukHErpsM1mdhF2nZ6yO70m0Nt W8ZBY7XpnCvsFIoKVHQd7nQbJqDgQqWoSkWbgBPmzdv2FNqs2lWCmrJuMBkzm1bFHBknAyJDxGaC ToEEnEruvJ1hkSHpOKJbdFzULYoswTrm/hNlDl0d7Cg3ip3JmBWlqFJuZpRErtWopKzBWyjRdklF t6N0PXXXlCRzLMoQuwQF+9ZwUrAvk5oc7bskGoo9HRpi/cVJ0139wiulNSy3j4skW8LcHmdRRN91 bo+LOgm8KkQ9chMM67ep5oQBQxfjgdlDK12pQYEzTSwTdxUalVCZnjtvRPXYbAyKckOh8jzDwHK1 E0aDAwaV0uo+IQEB4XKrIlSUqvpQqKbBG65nF+tAh+EPRbH2Xpuq9MH3Eg0WqxB9HCxQZ4AVSUDV qOKVtX6JNtj0KdFUjotIEM5axv3UxaRiO8OQPTHSCaMCZ4AKRGcDvUfsMiKlK1psp6bgJZJakM6p KmWTryZ0cFTQYXWB81XdSMJXx05xcWkHDwcCoSsudtrygNloW3OJXfejUMUUN5RKVJzJEDX0Y3KC m0DpMOrKF5XgZawxGJuuJC2DLdxjrCiPV0o+w+DWU0bXWCNmr7PZNsvJ7qdH0Myi7T2CpCF1CyxB HbHFFcmU+z6shEajYVgJnZi7qvKdSgB12tgYmuXoq+rPsebSr4ZY1ZzlTYPONDAjq80drQq898PI 7sLYHqumVYHImxhHxHAth4wMX5oCTINHCjcyoCxjV9fZ5aHbD4EFW1UozQsioNyiNAhb40hkONgY r3I3ec9wzpVScODCVAkyRfVLjRJ3arzY9MzjJ/0HIHl5+NPFswUVeAaDXAua+3SnjldG1FxOKBjG SAr14SEj58G0QoRRnRTG/qG4ZlTuiwZKG1NkhCB1cmAUOjnE50G3LvPG8okYlX0xcmVBmbO5lwPF PYfZ905MopS2VcS4Hld6jKGQQXCWuWp65wzEpkI0PM3ux2D6TmVQ1jZty4o3iSWgMXRcCTO4FJ0p KeM+RNqKCp3BZSsqYD67x1PlB6ChKhqpOV2RyUZKqrfGTBeheSi8xL5xresGw+MZqfUKD69yTV2z rEYNSCvrO7pugMG6iCw/OpXtgawOa5LW1pE5xLTfWVDA3B4nNSxsSrwaNAwj5FKTkklNAjh4x8Zo KkICEBoFZ+BtLQAgQ7Q3C3FaB9CGAdIgMSotFBsLkHsz/xNTN/OvqtSd+QMObubfglOF1CQVTLBI bxvh6FpSwxUCS9iyzrsGw4pgqLFP7UMogN1CNC3UnLvIlFtRzIPkT9TfuKdhonmjqtuOMVYQwBxO 8IYz4H/iCaNqIKv0WfA/pALDV6BnE0RMWRqQ1VCbLIOK6UwdhMmm3V087KU29wdTibSDIllykBLX w8LK3lA87cWK4TNEvYJhvnM5h5XClKjUTTZpE7y3oq+2HJc42pg3KmH7WuO4B2IapusZxoqfhhfv M2Qpqyk3q00joEJhdINmUCf2RhtMMbuPpQ2muGQXRpL4nLvLngR7ALMsF5ySYntzwSlZmVBdMKi2 88BJ0EfPOw8MhmlPPDCo5YAhREs7BwxGKO6AUyw7n4sp5LbzwCkmh0j6OHqtUmaSBKOUuPPAKUzV DV0wKFtAUfCi3AUvhrpgfXW6C9ae884F68DDfbAKtUq5kNmSxGgyF88p9TH3Bn0wqJ53Phi6ytl9 sCq2ug9OyNSXA8YijLpzwGDk4g4Y62f5puw6LO+sOw+cDF3SA+uiuIdVu9n5X519X0+DRRT1vykw vC3/m0JdIQY6LxrX6H+dcv+7aPW//ib9r3Y8NgeMYXN0BwyRatwseW/oWzFxX6hAIW8rVMTZd4WK OMdpoSIZ+CSiTCHuChWg9oUKrS/uChVKr0KFViZXoQKFy32hAvRWqEDBcytUYAInhQqtNabtcdkV KkDtCxWY7VaoALUVKlDu3Bcq0na2oIUKTD5PK1TEOXeFCijqpFCBvrZChUqxShHRQK+bEVSxFSri 6LtCRRTscFKoiAIftkJFFDi4FSoW5YWKxbCCb9kKFXG000IFxl2FCoi0wdgTk9kdbpyYUWNlxt5o rHCZGQmA6HszigZOaEaoFGqgVty0KE9MFiOw9kkLZGaiPbddZqIDZ89MVKiyNAuZ+17xLXgmbEcw NXtmEq1Gt1KTiPCZLDWJ1bYvK6GIP2WXmsRK2M7UBFRaDnRRnposhqYm/ipTE+95pSY+MFMTyAQj ZGoCkUffpSaYUa6emmC2IW4rtF9AW1QMs881Y9ljswiXw7iYccwUCe6iuV00boQtIjI2PKqNLKiL JkFZUiDmjaEsfjHKREsH/HHzyoFkylGLHIqHqDGgKMZNVLgLq7roICpVCNYaC7lAIgQk9lh9adJT CqPy9N3lDEcjUR7FeIaxVfVlIft9GsogWdR6RXej6kwiNxkUWlhdALwdroRSHf1CR3HbUieLwwUT txL3qSTOZJyEM7P20pe49WAwiEgaDivY8h2EaKM4khbPFkvfIWlhtOhAemITJwfSMeiBxQakwciO o6N5TOLoRTmOdsZSLpxzaWcYC0cvhmIFoXKJjqMn8cOC0XC6cTqO1uOphaOhOYNtarw4rTawLFtY qFCbQWVxfnnsKlMSjGr2yhRO38ynivfD8duoOxwtbrSE6jjaAyBg9IDKxw5GC6Pk5jB6MKgTRTvh INropSXx8rnfp5dJDniPcYaxEPRA8W0haD1fXNv+xMiu/PiujH2ZGll6W6YnaXip2b0/jqPq3Hn/ Dl0V9/6ofjj6HKByc9AgbTWOtA1E4IQvJQcROAtMjiGQs460AxFIW80tC4hogrRmdpSA06o0dyBC GCNsjxNnQBCBc7ARdyhCplvDcBQh1AzNUQROoHrbwQiUFjSSGIzoyOeqwYgOsNscRnTZsyHuYAQO rPKCETgGS6uSJosw+z6cNRhZdEaTvZGG4wjJd7Wtwwikzrr1FEZILJhpwYhFOYxYDB6yCjtngxGt eM2eKAIn+c1q/FiREDerODEaiziJpcPKE1Oj6OjhPHHeEU8YlckwryAk1rGKHhXEtMrCdHER9XQy cECZCBWKYpGIM46qRmmeP1n5S60UVOfpSNuIiH6sbWfsZNPCFBp4MxH01uyxKg0e0hSNVSKjqqfo sSfkT0oNYoyk+WDVql5MBI0AI6IHjcN+2pi6oS09VnxBRliMBAPNSgnGABUoguWKYtCVNQDRbvIK DhMeHNvSeVje0qOXIJG39MgF0JxwUWJW3tbcdWJb28tsamWy0FyIxO06swrRmAG4xN1BnjbmhLAD 0bj4hSAxS9cFKW286m36uLIeba82f+Y9M0PPQ4XsrBkOVJmS1wyn+QgwGu/ZxKyPx26yRi1VGG2K 6l5EKErQeupqaibTVEBtaWvTWAzZlo6z8ZXlTH3V90ZhhpKDVm+rQrEXO4bHgiTuYuYzDGybRAZf uc8IkGXHAN4VObJBdOarmUXoPOwuQ+LpvC4BH1umh1JEjl60JZwAA9Eh62klqDrdo4OaySltnJjZ 2+Os5ZOsQUJnxVGtSpCL1+ymTzvSuULxOfo5D1L7bGWOlfmbt7DHidU3HCFGpQLLBM0KRv1oA+Fp 4+02VIFBFOZ6ncWH1Ag3WYoRbzd47jKmUp1xw9pWr1JD6UJVmi7M3Cg49OGNLeOyNRSXkvMZxmYH 9sp9hp4r37CcGyZ5eo0nJx6FWyXPKb0oBUa0ITaGVXCDP24sLYMZCy09qI/HqV1xCoVEOxL0xyzy Vt5/StGLooVVx8TaMKpuuLGStWdePltUMvexGES2ycyCsSRFrz3YkQPOMFnAR7CNfeX5VWcwu1NX Nt25PQ6e9mO4wICUq/nHHOz6Au9gBat3aUIESv1s8GOhGHl1K6ASckNGtUuAMomoR/kKQaAsy04d KOm6JHeREDuSiqr34IQ2bV7FwkNLthl4ZfKNgzBMYokykRCesowqEkJyp9JSjTF47mFvygpN69hO bJcQkxlfVSECa+koX8RyNFg9ps/NQpQ+tno0ix+RV1WlY96Ggs6DYfDpFo79pTV6kQg2jpsi0Rk3 G2OrYPONRe8vh3kv63KY97IYxXzqesUZ6EZWI7d9N4nX7LZuktUApmMe3TVTyxTitKaGAiuswLd2 ZYi7jpkRuDJzo/fCGQKvOEWxcMYWFGF4Plv1NooTEcajLXl/c2rCi7qq5YdJqVS8RKBtM7N+3iHD 9SriTNm+oDR3Ksy7IG7kXT4knpkbD5cWCOe0ErmHXZH2VLICrUxK/oHSZnPqaoc7lXGzMbas3xS/ X1NELAVlvhh2p2ithZY/WAQL6u5wypJ2DeSXWfZv4MZNpmEPLaG0wAtrPixQQdvXJ4BmK28s8LJB Zn60GSPCzcn1D1Gu3WYRl8ipJKTKnErRqaTJu6Fk3GyM1Q1eOamUOAPhgnQidNGCdJp21kyEMLoX e1ipckZVA8Dbg4fPVY858LaBaITbyToecA5DueTrmq/qHScIgqywaj3zdGp30POabu++G3H00K3E M3BUk4ZV1JtDsEEfUvVSRBp27KjnHk4tFOh0VAwy1nHITOxYHT6zLB324McHJhFDxYK4HkkAl2Pd HgeenGimnhpvfDerFqTWHS3Lvk+t+V3xshGeFjqjKmSXF/WiV9Fjk8YLObVZsoJRU3L3oRLtVLjX sGm9Mt5uWsddv7ReqTxmqpqfpcZ7VLUfbRKWpDTVTuMRQFUIt6gE2a3x5L2yyMeWy9mrhnsm1Y7s ljkm8pDGKzh2PteCH3DQrUDIXj0wpTpoxnpxCtOJ3Iq8sZYqTxUl5E3Mz+5HaxUWVCRiZlKXkH7x QEicBSiG0paUiKR4I97nR8bNjrE2IyQudxh60lE1HcGC20mGSGbX3nmyhv55JU1FFYupVuLTA8ZU 7TJcMRSKiMASXEdbu3vFNM7vuWpOfMUVb82T7FSJ2GTHp7q/b0hK0Tve6EpgL0PDlhvZcvBWY60U lNcLmQzVO8kQtGinw/o4HQdfbErYjmYIS5V5RtU7A6ASkTEss9r1x+jeB2AiseSRqWteu8KCV9Vu oeWC4IFa1URSRwqcwYBLgyBl20QnG4ab6F3fAVX7DkjsNeCbIolj8kMsGR8WaZyHm8CFeux8PcyX Adv6tkjv2VgLOIF4t0EDipveItt1/ZMmgsTFA6yf6WTssj5RweCiUEnz7gzOJjb6aQsf3ZrY8Kdt xJBkXXZDRjtDeM+QbPLeIa3JO4Z894xx2oYo9Z7hrcn7hvcm7xj+3YuN44K+rTZcU747PJvY8Kct fHhrYsOftomH/9Zv2sRV4Ju2ePirGGY8/OfB+gf0Hp1X3Hw8ZpJPHj/yEbZGuyFXq4whHqFEsOwX LVs+Osl28aQdrWRrSNrG9UZc160R6TPD2hKslkafDEyd7ya8LcJuxki6tuniROTkuY2n2dhuPKNP G9nCbEKRZqN73qFtXwmynoJrGpNHkkDPEty2rxT/9FRW9S/SJsABP/0ek8TXkeoSpgIXjfhPkX9g v+nC//3iye3bV1fXh8t5cfv94S9vX373/LJcvPzh8j8OT//l8aM/Pz3vuPpONNuTKhqsEqelv1C0 ihsT7xTtjy9u3758c7jsF89fHi7rxT/98+sHxBp3NYZvbt6vsfgejQEJZBXr7J69x/ybiv3V9Ytv r19dfpovXv/4/KfDqcj43lQ/F42hi3WHM9+bvlsuHOWiTPRxcn0Bkd5eq2AP6HHeXV7T43uW95y8 tWUt6VX9KOdD5c2hfiKKekDUuPsyWn1R0bs2g85fslMYZjsjLvZnOZW3FV41avp11YfJi6+Ak8CZ p1d/v4jfXD4kdbxnqcU+Hf0oS8U3JR9uEGIL6eLn65vbn65fHS5junjy9sWL55f54s1vabV6Eap9 pIxPfrp9+Rpi3r7Cz9c/wnyf//TNhUj5+mE1p3uGTDV/qCHzmzQUWwXrfugcYv8k5fqQqPmeHaOW 1H6RHaezZowPYD7CinE2DytOD6u33LPiaB8sfYwV40ZY/P9rxUidPk7Ep5e5XTy/+sflp/Xi+s03 4n7FiB/Wbr1nvNTuhxovPjAYHyn6/ES82kOCtvuma5Jmu0j2IXaLW3n1V9htfliz/a7djuSXZT8c WOG+1sz30MvTyy5e682zG7HJcvHly6vbF4Jhrh8SbdxddIr2ocCKkfcdouUcP8ml6mY5PCTQvP+X Mu7/6RD7mxyj+p//4D1jvfsUo1ZYtj/KUbv9VQ69GeNIfGiFt/NmN86neH6e34WO0/5PovzCba0V 25MlxOUPWcKgtaC7eoqyYN9cfrwXieXuuuhfNUi4jdVSuTfe3wR6X7+QH7c/X8Z8cf0dUO/nQv/x smKlysWzl9+pOYH5JbzIE/z2r5/gV33+3Xd4a8grN8+/ffbtswdWN8XfTokDl3zuTgp//iUUiZ1n I8qv0qUWuHR/jDO6/COU+ZX8f1dtz99AWa+e/89Dqkm/nWq05vpe1dxzWr9WNUPMDD7jjGqe0BPB uG6/p+WItalafhRuSgxQQF63r5jD5CQ52BW4t7BPtsJvz/4X7x703Wc/Q8fXSnx7fS05W8oXfEny ONhlGhfPXp+O+Fwb/AM/rt/wUQ4Xr665A16+Pecw/w/B5+WjDQplbmRzdHJlYW0NCmVuZG9iag0K NjEgMCBvYmoNCjw8L1R5cGUvUGF0dGVybi9QYXR0ZXJuVHlwZSAxL1BhaW50VHlwZSAxL1RpbGlu Z1R5cGUgMi9CQm94WyAwIDAgMTI4IDEyOF0gL01hdHJpeFsgMC45NjAyNSAwIDAgMC45NjAyNSAw IDQwNV0gL1hTdGVwIDEyOC9ZU3RlcCAxMjgvUmVzb3VyY2VzPDwvWE9iamVjdDw8L0ltYWdlNyA3 IDAgUj4+Pj4vRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAzNT4+DQpzdHJlYW0NCnicK1QwNLLQ MwADBRBE4ybn6nvmJqanmiu45CsEAgDcHQpBDQplbmRzdHJlYW0NCmVuZG9iag0KNjIgMCBvYmoN Cjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwXSAvQm91bmRz WyAwLjVdIC9GdW5jdGlvbnNbIDYzIDAgUiA2NCAwIFJdID4+DQplbmRvYmoNCjYzIDAgb2JqDQo8 PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjU4NDMxIDAuNTg0MzEgMC41ODQz MV0gL0MwWyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL04gMT4+DQplbmRvYmoNCjY0IDAgb2Jq DQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjgzOTIyIDAuODM5MjIgMC44 MzkyMl0gL0MwWyAxIDEgMV0gL04gMT4+DQplbmRvYmoNCjY1IDAgb2JqDQo8PC9QYXR0ZXJuVHlw ZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sg MjQ4Ljc4IDMyNS40NSAyNDguNzggMzY4LjY1XSAvRXh0ZW5kWyB0cnVlIHRydWVdIC9GdW5jdGlv biA2MiAwIFI+Pj4+DQplbmRvYmoNCjY2IDAgb2JqDQo8PC9UeXBlL1BhZ2UvUGFyZW50IDIgMCBS L1Jlc291cmNlczw8L0V4dEdTdGF0ZTw8L0dTNSA1IDAgUi9HUzExIDExIDAgUi9HUzI2IDI2IDAg Uj4+L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFIvSW1hZ2U4IDggMCBSL0ltYWdlOSA5IDAgUj4+L1Bh dHRlcm48PC9QNjggNjggMCBSL1A3MiA3MiAwIFI+Pi9Gb250PDwvRjIgNDQgMCBSL0YxIDI0IDAg Uj4+L1Byb2NTZXRbL1BERi9UZXh0L0ltYWdlQi9JbWFnZUMvSW1hZ2VJXSA+Pi9NZWRpYUJveFsg MCAwIDcyMCA0MDVdIC9Db250ZW50cyA2NyAwIFIvR3JvdXA8PC9UeXBlL0dyb3VwL1MvVHJhbnNw YXJlbmN5L0NTL0RldmljZVJHQj4+L1RhYnMvUy9TdHJ1Y3RQYXJlbnRzIDQ+Pg0KZW5kb2JqDQo2 NyAwIG9iag0KPDwvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA4MjAzPj4NCnN0cmVhbQ0KeJzV XW1vHMeR/m5A/2E/BeTBWk+/9wBBDn6JHR+Si8/RJTgk94GWKIUXitSJkpP8+6unnuqeXnK5y10v gpwBU1vdNTNV1fXePburz75b/fznn/3my2+/Wk2/+MXqi6++XP3vs0+m1bSe5L/ZpRRWxU+rOKXV +8tnn/zhX1Y3zz757JvfpdWbO/nw3cWHD5fvb1Yv71affZfr6u7lzXJ5mJKrG5e//pdnn/zHs09W v/zNl6vV8Gz34NmuBue2PLq4eV3rSrBkIvLj82kd0jyn1cu3QtK3by/eXNbVV7erbU/yD7nMbgpp y6PctM7tSWm1ydTypPmxJ4WD5CnMQqDCSSiCnb38cZNfvX9zX54ka59E4/L0zUUqnovksl8Htwpl Wse6eosBt3Z9wGV5vgKTW7k0K26e15PwLriprhMG6tqlFSBcmfO6lAWK6zk2ZB3w6xp1WoQQ5Gl+ 5p2zQBMgIOO580rWU6eBJZfKNQWQX8cGKG5Yp7TMxnXihUJSTmtf9L6uEDevJz52Am5eR5KUFyCu 89xwI/nJSadlIZRX3jdQEom4cR0TBLUCObEsAhzlK5h/fvZJ9CKCrGMZIo/egXLC0U/rSkBYBgQ5 yIOix+VRFD/OSkaOK0BOZJHLOhVCSQn2RPZ5nWIbuLYBRReOALigtypyK5/WkSyR0OjjugQSEmQ6 rGvpNA4MkCeVfl14CqmsizM4pLyurvEEyLmBp5ASBa08AZpy40mhMvCExYp54EkHfGMK0JQaU1jn kAamoAk5NaagJV3wGxyQKV9Ei+LClC9Vb66wLwVmAECWwJfcbIN0+pIo+7oOKwCORM8LkGBUhqoD AbrZL3TrVJf7yiMzkflYkI7HVtVnqDuQqQCEgFwntSubriINuzQJ5HU15M6FuPJ4PldWAVA0mgYo QjcN2Vahep3WJatrn3njrKJwhuyaRYi+gaaYuxAHCZvQRRHDPAhd9FBEaviihoaPW4keRi4vZS6G lI2OsgLkjca6QAkCM2S/cChQk/qsN57mQTZQeLojUVTvzf3gGbQaQoqZqbY2XdTL0Rt5L7oQ6OWM 3pkW6CApQMnTG4UFinBuhqwD4l511lG7fOSNNySO586LmPK6C3yULgXuZL3KoOVOlis3U3eyWqU0 0wWk1thM18n6hdJMF9Dkm+kqFAbTdTXTUpvpYgAKSdMFNLlmuq6mZlA0XVfFMbtmupIYQIkbkQMH 5mMDVbKE9UwnGwp9lg7AF0ZHoYnzpXOMUZduwBDm4jiQTN/6JYlBYcHI5r2XSyI1JyGQ6cBEG+0D UZxCUCEEwsJZHhFCXc9lGAB7U9IwsLAn+UDcoMQGltvYJeNtgigOnt1vE0Jcu/E2koeoU0Z8Cxyo tDEHlbaBmWoLgYeZluNVAQVyhTFflRgDagJBF14gzR/kaQrkuT0JuNFsvdMSRc03iIvTenYDSyFk 9S0jjz5oDrHw6KM5lHabNtCvapdsSFxcQIL+RFCuUTtRO3QgmqUX9YvRzLM4mDKCaZgYjzTgxODI t6w8oRhVCj3Eq5EBvibsqHSM+InhQJMDT+9eLGQ7VcekCgNopitKWQO4cw1S5AC/2KcjPZX6LfA2 8c50KBhIdIDZ6fQ8t3QNeYQ3jTBmxZ9VnRZveU3uE30mZaPpWmFeURVXDMnXlrNULkZgVqJUR2Qf IFnJUshEVZdpVzSPkEtFqaNLUDo8lDladBEJtYW/6OjtxTj5Mba8pyVUFROWt8jHrI5eVrTY3SwX kORTVwJa33RhVBXLj+A546A+oXKtOAAIayUQHi/+jBqblc0gzs7zWRJHrzlgDzdLqPWercxOvchi t7PX9Gax29niPe1WIO+63QKaR7uVAfV8tFuBcmh2K0B1o93ORR3r4oomrwo+EJeYtXS7nSfIexgA x5UcOw4YP2pY1xTozHw1Q370qgLNkMtMi1IIJEmaVIbpynxr1ltKQoU7CMTVwgD8GVaAuogczimU mD0HR8TM6iLTLVk6HTW1bJCDdA3ZbfBcHEuc+wOLmCQTLHXbgGOoUIqgNaZvRckpXCOBeLNSmwjU QUW1t5Z3mfaNyrkk9LGOCpuZL9klmQpRLA+kv+j+Toum3PwdRBZD83cqwLz4O1ivDpu/05TfN4en xYE3j6elQx08Hgbm2DwefIoGW3VpwJrC4PEw0B2eeqfUHB6guQ4OTxNB1xweoNk1hwezcHVweODI Df4OjMZs/g6yiaX5O6iHG9wd7mVcBjokJVn9mXJVB3cHrDJMB42ldHchOWWku7uQzOmquwuSy8y+ ebwONafXBwrtcLLSTz56raC638NT52J+D3wgZTOd2FCZVkKV5tioRkj/fUdCrWA6L2kk6gg1Owdh WJmRR5Pw1Uzx/gCk6zYGUOFUmlyAvvlamFd5WInevGgfQYOVl+RTVWeCLQPCYolUDDWpXKJ2Prxk osKSZCMoFUCiU8gbzV41J6ouovYBDVHLYZQ7UDpCWs1l1ag2HdUOI+soMWtJMwOzUEV2mrsnzex8 4SIJ/XUB1BwVtw+gmChMPwSqBiVVoyk3KvTGugrXHMBKJqUAUGmC0/ozKjT5VpCqpWjVgIIUoUqg OLO8yw2ygjQt09X1S2fqAhdoKl2SM1Uw6DRUFDQlFbsjR8E3VfHkoQSdRl0iLMZ5gTSJMeRAYwmm NbQL0WdWqEt4An+lxyYr131Zpu25GXaCJarMwGJp65CtA5VU8gyyPnRA2yyG6tQEa9bJao2KpKoQ 6F+NhNCKGeh5oVswk9qwOLPCZIGvWyEcTff4HjlAbLEB0MxwzQabF89cOSC1JgpSrzFnVgCuWwCT DZwd3UXGnVIrHudZoTm1UlKRM4tYjdaAPNtRWO0G5dZxsIElSWfr8OEAmhR+YyCr1mfLSqv2a+Dw Wbia9FHrM2LBAWRWT1kDjYrPug6kHI0A6/HJveCnW30tn31YSlEvjimUPtkKcTg789vISYiZ1HIg DaFWNLeQWkmuACXKxpoXMuBZOcNTCKTZT1JGGxTMZbeBRVLiUrzbMrC4VXiKLbCzyh3ERpY7WCxh cnH8m8pmCjhlrWkWBZyKGrtdMtUGQQGnudXupoAyMOemgOh8x6aAzrrVXQFlQFMiKqBzrZkKBXSe RHQFdL1ThWV0DHWmgA3qCmgDi9CmXm5sDiwK2AaogBMq/KZ/AkzzqH+Ttqma/k3WuaX+QXp51L8p tf4OCJ+YMFHHpsiA3RRwCuwUcJIhxTRwsl5p08DJsZlDDZym9dwVcGLfdFFAGYhd/wTQRJj616Cu fzbQBeUk/w9hy0DXNzczH3k40DVQiE2pa6BwOWjTqGxLkyuO9Rf6S77XX65ypZjOuso+Vk9n3ax7 MZbOuplxmOmsQn5JZ51EwDkt6azCtaWz2jCrls6inebikM5iYG7ZLPpwVsAm9rjmntsqrvWJbDpS GTWdBTTHIZ0Ft5qEajoLqJaWzqLvZsWwN24d27ktnwX71uWkcBQo7MNVluQtocXdSstnlY65JazK QhzyWQgjL9OoX+aWzzoLaj2fdaVt7IhWucLmBdPZDrV0tg9oOosrNYuc5CPb6T2dxUOtA5Z0cZbQ uakypkayqnkMpNgJqosaoZNpcVlYyOx+ISegYItu2llb1hXr+2he2qGWDvQBp0tmeQRXVO/MHgrT PX0wLaoE3Z4qvXBQmt0odhT5w7RTlrjRgo23Sqdmokxz6z5WbtRNzHYyt/iyUsG0qg1I/upo1xI2 YGQPBha7RskWtg00Q8dNNdR4bjJa4epRkIFab/ImZ64VF5NtFLplbcalsyIXDR5WzqJkKHKdOUgd CG5iesMCf2KrQW5gTZGptkYH3OZkO15OZWBQrq2gbANMHnEpq2hYj9y5sFlglarErYleQsnwWkVj k3TVSFZAUXMzdUxyCy2znndcuqxbG8D1bs22DdJbtAdzJ6hBWnoY7pzbOuiVXDekRWh3UemtMHWV GWhWN+4Kq0IT4ihjyl33MHSkQOrIA0ERB4Sg1JovFZCbrPmCq7E927otfoVmi+JqOiLQ5Ljgkcjo oNGtiyFin3jiCgn1DcrVMAlFOGtVlaCJ+gxgTubAi5HgM/dxRNggyFyrkcu2QdJIDWYKm45i8o3R pCGCUuBnoML91T4JM+CdxDnrLqLeVWMMsoZMjRD6cGt2SIRM5A8z15zEmmp5WJVG+sYjP1dDmrtc sLHIAt+tNDNiacHYoA+rKnBRfdCBNMUWQ3RnHpdKWFBr5EIae7bIgwaYa5002qIXJUsG1+rotjlw vQzI/cQ4MCCJjybXy0BcU2ftCkFgf0yU2k2ZnsWrcxZ7VHIUgu9wE701p51vKQCituMRA+71KrJt S1eMA6osVrDl36DQTj60Aa0NAXlqxOz1zhbWaXd4cLAmtrgwZL4WIZPSPLkGvTR+wzLtGU51owfy dHTVVNvZgm2Fb5hxWMJSjwyI2u9Ak96Yhg4PGijJwK6ZA3WAZuvwQ5SxxSZLY6bUtp0R50TujolK deShQ4pcGVJs2jp5uo/uzOXCn+W2SPRvwqBjGyNr26BDocmmDahraBdm5HF6W2tLdhpmVlteSbDd bCrN7A0w1lKfY6s3a8ENmbTjL97kPbV2571tu6oJ1rBtx4Fh2w4NmI1tuz4wbGn127QdrH6bvsfV ruq7YONtPLffltsEnmJZbmMDS4kjl9S8bUALAxtgg3MuujHtFXDcDHe8NtuOtroNDOgudeLBBg0q 2PXXrawWYrBBX4dpRjjmO97xHFJPhzyCYm/nAvLsfeYFaMd8+gD7LriSpRYKG7mxtTNmqxjn1htJ WQ8NLMmfktw3gRp/S1nszeEE0NpkD//SshGpQSZbRafrgTzc1tnperSBLn5smW+BkU2pA6xoEyR6 QL9Cgy0x/5TFkWS3THZIQKXWBxDR9GqkP3T24uzk6jAz1soKVH1EYDdQLkaBoRpX9UmiZlqgzkgN NxkbU4DOqh5dyG0AOVTkvoTkJvDIGmWqdRFL32IRuYK4TEcuCWqDGNc6FKBouMzT54kTUD/P7NXu iof6plONILpWC9XN76KJP3e/CwdU6LLFgyErsPsWlQyUcLKthLJCy9F2wMVbdKhVOW1Auxu4sjC+ Rdy3ZkqBAQtdxMT4KIuPpAQWQQGO0qW8I45gzYPE0VbOrg0kHoaoekwtiSjRtMZxIlV7dJsyczjh Sfdr6FzE5jukgYzIHNCUQ/tY3AovCgWrgLhC2E1IrKwlkKE6mCkO4RF935kdURoUtjjm0Lw4Nims 6yXIERVRtv0VwY0oSqpGB5G6cJ+dbaJ7QG7mOQ7PzVz0KRln5B+Bom05SV4lkKux5XcDfxy4HgaW nTx5Zt0cqJn1Gpya6LFnooewiXXglr6d2pPH2hlF3YoXvng6QKQpbn3mCZpoTLrINET+wYaEoyyF MOxVODv2w/si6FlvNkJ6U6BnkKd3KGAOTLaBqKcOkETS9EXjIOrIvM5xyxxZUNYBUCxKEnqiB8nr U1uqJ/LMqsecFguKzCAlD0HU0qdmy7Oi0KM73wmZLw6EFFbkEecm6F2DeaCAnQdzsLZFLGQxH8U9 0LJ1dFBuFcWT2j5osBMO4tGTWkBSsuJcm3Fs2s5QOtJ8rHKs69xglEvgsaoGBR/Yu9I8QWurjLAo TOEKiQuBFS0M3yB2CRXXBphx4Uo7tGc3ZocolFa0ZeZ8k1WD3YUpwXVwYlpkpj498RQG9BNZMzdV A2tBZINmHjJrjVEGgKk3Tbkd1AYKu7STnczSQ7+4T2K8tG1iyaC0YEsaVQWymOJIxcyA4owKVrrY U9ICeuJOP8Qy6QE7c1/K26RpCVdMC+i+NuPCWemhFrmspYtsiSjsIsM6yhBJOuEqPPWGzZRopx0K lsLF2vIuyaAAsbdhJ4pFZS088xyHxBueqo28t1+blaHmiDzMyOaDXs0TDwWHSJ2oc2XJjH5QqCyE Suv3hcztI5tOPNGnhZgLdqolt5IjRHZREmTmAiuSoi3ZDkU7fzoMiPz1UjsFExQq2UpHxeXevQZw mbW2gB51AQOJcaEJsnfnxXdCVLZZhOQ+pnZiI5kscjt3CI6wBkzScUw9Vp4jzGuTemW2nyjkmcde IkjrkKwDced2CDZ4vVNm3T1HfYp57dRo0CRTFQAkVua6UXUmWCrRmbNTTWhiYSXNMIMuXvENamIb pj2R1fe6YEfhdfsAyJ5bUezN+toOS4BVgSZmPzxHhLWzs06O+hfsWI/HPbB8E/tFqL0Cg5Id9Ax2 ykDjNJayHc83BkqDTFNj6tNRy3HtXlRV8rRx1D8GbpI4XfRWKIcF8q2sbAMBZgIodz8EiKcrQmgC n62dmmlZbL45EqRSStYmAr2V0zmrZtppFVEFsGqniFNt1qIxV0/bYHXaKxBeVyfwuL7zbXWY7oiu A5hss6osULTjRH0gaY3q2cgpasguaMtYvYwZ+ETPwRJbnjur/1ODDXSF3bgLfRnoy9pTpmMbvR4d 4WOvkSR7jQSZCV5JEYIR2ZK+lwKe8QTPVy6SFnVOd+nbqynYXukYScPxJoKPPM7bMXDHTZQwUQS7 UFJe775JFBBBkCi6cX4fZdLIP2mrZoM/pzu5GfseaPmI+MeLZjGsARmtdJPEpCObovBi0ZSDdxvT Jgibx8w9BBPDDgQVwuPzJgIgGP/3b0AQCI0Ft1c6OBMTR+lIOHhMOJ7x7+HNTTacNjVxD0TTp3V5 3QPJPDpPwTw23eTC+aYaI+dVQlD/6ze4T5pzNo5muMp7TBHDmNpAaHx1DCVsA6WxtguF3O3AaAwS pTG4gfLo6iI2u8dWd4dcgubBOy3Ba6K40xg6yg572IlD2exCacIhwU0401bD4H0eqm+7B+e3adA9 O5i0s71La4ixS2s6xuNaswuFktmB0ZgiyiNa87gG6PsjdRePhrGDxwXjUR53oiiPuzCMR0N5hMfN tcN+7G7FJoaxNW3Ta+xl7lHrnSjkawdG40tRdjp7ojzmkfsz/JM9oiZRZee6E2PXuneMx9d9Fwrl swOjyYcoB3lEzbSHePc0oUjRujtMGMYuoXSMx4WyC4VC2YHRhEKUJxlDResj7OLLMHbwtWA8ytdO FOVrF4bxZSgHOzLs+NSdPBrGDh4XjEd53ImiPO7CMB4N5UlrF7mFu4Mvw9jB14LxKF87UZSvXRjG l6EcZKgo33x8YmKaFffRxJTTjyamffqRxPTReQbhx6ZbBOb8trTi8aIMbTDsBRtHaVucIopxtYnR fU5DYazYGql24pjX2YHS3Y7iNC7vEbz6q35LgtTj+JYEt/pGalW3+p9VKzDRW+DhPtab4sLQ5vjd s0/akBRxtSwofk73UVDJzCNK0gbzJk7Uqv/tEst013oDBxFivA86g+nefUQ5i6zp22EtArdngdOK 4sZVL5IHttpY56sXkOkB0sLZUHIsrLXBzlsPwyNzbbBzt/iAgb1GVudv0aSBwVbSNwZ7iT8w2MY6 g70ATg+QFgaHgmlhsA12BnsSMTLYBjuDiwcbGGxkdQYXMxgZZEOi82f9iZE9Di3cWfWe7qMMvPVK b2CNYwtnlvtsMMaxha/mdke2SM7CVTPcganWQ2lc9Z7KwFYb63z1rkN6gLRwNlSoC2ttsPPWs7aR uTbYuVtCxsBeI6vzt3idhUG0w/6qS6wtHusVYY+6zkMHypA3UNkiGlA50HVGsTxfQzYUz2OP4zxb KQMKB+5hsU8xYPVdhRGLxf6Aldru2IjF8n7A4sA9LNa1AxYH7mFN7fxWw5ra+a0By0qtBcsG7mFp 3TEgKXwPh8n7gMSBe1hM1wcsDtzDYs47YHFgE8syyAXLBjaxLAdbsGxgE8symgXLBjaxLIcZ9IoD W/XV8oRhAfKITFTLjbpj6tnCYOe5cvejIRl834WTwuhH8qJ/IFkN66NkdYBYD/rNefjSJP3OIzcV P6+mLV+a9MULSQm+9it9Q+TFa3CI72pyejIdjfugL1u9QIxFqqdJwx/Pvvh4/jycvTp/7s/e4M/l h/P/Xr34t2ef/PLF9hZ4OQFJOJWFzYLtJP3X+fNy9uL8uUtnX+0hpp6AGASs+VFivr35USjxZ7cQ ztXLy/MowtpN1HwKohLfAdhO1C+FirsPV2+xdBcfLvfQ46YTEBQd30DdTtDn5yGd3d0JWR8hp7fv zp+nsw8g7+r2Bp/vVgL4s89WX94K1fHs7eUNZhXlbh/97gj6N6Xp187xuLZUtCB+a63wYPB7qsAa VK7OnTv77Xk6e3cJht5ffLjCMNiL+1nwh7LgVno8dcOQcZyGx+/94Vx87b9WFkT8rpxBj/H/B/By dfPmPO/nIZyAB3yBEDZxp4Cd0kN5SELxp6B4kg/8fw/N8RQ0V751dgzN+DK+CeMvXv7xrM51H73p FHpiL6PhMHP9KfT++vLNxfU+io8KUZOP2wwUb6JP8+EG2i3Un/0G5njx/i+X6l6g2XvoPziebZW4 HivF++FywaHkfw6SvxcL/Ayq/R2hPVQfHPi26bXT996PpNqZCR5ukwfHx220l6jfIHcU6VWoLI3s 9ESy/cFRdAvZAadWyk8ReTqY7oOj5xa6LfofSfe3oPdGaH15/jyfXX98JbqO4HMHcIVJnbhtQxqU Vuc+nr3GJ4y/P0/EDALIBz+dvbPhfie73dxHry8vzm2YSHskdYogHWfJ8/nefDo8wP3nSC95nukR AEAQb2ziQv5lKO9s/+lMxq9vX0JMmL5enZdN4QHAOlxr6nJjOQDFiU8/njMzuGmZgd77T+f7BHeS zADvLhwtuA3TeKon8qfIDkJIuiF8HN2H03yKDAFfCYa3Uo6j+XfQR7VY1bJLTSuxAFH+/9s++o/J F7bmClG/BvHwXAGqP6T0X11S6wW+vsVfy+9lMp59eXt9rUUW/vxwq4a4kfjrLf5kwL1C7GgOnb10 cxyHz09GRfgJVNy+fo1KUOXzUuV1pzXhHT7v9yinyMrwzg0UJeg78Icy8P0YpJo7bg6SLvNhdPrK Lmp417fvzkdn/jxEKd6fb/W0eyRymoyPPtbrS9eHSiQc5WNPmO0dR3YWKnMjGy6q6sBussNpsj2G Bq/vMBxK93xophdOmekdZzQv3gudF6MBrGA+GjHYahDvmlXrX20kgH89967biVmY2Mr1x7faB3xn qcornZnPrm4wz6uuPuAuf+5W+RQbVII+9hTq7RUJ3CPfU+SHaMYiP8T3N//jxHthruZVl6xegw6i E2lew0tfqIT2iOAUmV5TsaNEoHRjsZvfVb5f95z3moHdHPNrVhLyp+UnalHZANfFoZr0Z9Oymz7c 7/G6Z8O9awY9vLCMHP9e3dxZ1zOZJl7dvGyELF03rWs0Vb9oFVGvfj6OEYFduSU5B7OtCsC/Ss2/ CrA3moZT5Ll4IwTvBePrOw5ftt9+PLe6rhl45x5S//s+Dk6R9bbodxwHfgwjT41+4eBsd2v00y8+ PJLuTvOTw8gpcq/W6DiOZtjl4eHvFBlS803H063eZq+6FzNsNeLr2w/0WvNSVjVrv7q8a87mdnD8 FsrUyejFt+3R3sTlnpLlnCI5w7s0hd8cdnjC8IWGoQ9jjg1/enWh8X0JbB8teO1zFPEUeRvTzeMY am3Rg9xEPEXmZib3jyT7JA0zWtxxZP9BTICB1HKdMPf4ePXm6sYMj1mBWR1bkbdLGIcV/WDR95UF 9B7ll6zzeZzHim+PaE6RKOGVNYevytMfwjhUNv9uWa+mNuTyV+eLc3nVptrAvm3keJK9NMbgI1mq R2npaTpm1FJ8wfXhpRyWYlQ4S95aVcOUbw8Xp8gk8J1yeB0761uSJ+yI7KH9FBmF7RwfSXs8WGtO kU3gNWN8t1XMOGN1KM2tkB03OjQ/uLroRytagbBZ7Oyx81bdtBvftht/HFBe9YLaiu0xsYj7pHe6 rs+RwvNG6actJ+Km326y0wm7PkfSHRrN+EC699B8wq7PkTT/00bhdHCC4resJ/cb8Gr5dHhJoHuf y591S+aXLhXZvFae3l2+X315q3K6bi2NH27fi72XsyvFEFv0nv2D25s3umGhEzdvdOIlhHoH9Lun dAbSKdIU/LbRzO/zS4fHxr45/LqVS12RegH1sTmoXgsMjiwt3bx39v9Gb4iq9TPu1sxP8o2iY98b mj72L/jj9snylPnRcbL05/HwSJdO0luhrz6O7K29ub2++hQJEX4MaDqa7sNFfZLWCs1txpcmHXGY 8f+Lufl9sjzhhtiRsjyqJZhOkRpZvD6S7hOUI/k0mdJ6xtcR4kuZjoys/3yavOOee0R6ikTOFPpI kYZj6ut8ii6QNa+OpDuOdCPRn5+QOOcT7mUdSfeXolJjvXXRjPLqx17ZLdXfccc6thHN32I5kuhj z5dsIyTr72kfScg7k9jVK5GUq1uOY/R+/N+tbX5xPrbOH15wdfMaGXVzJtv2TuW6XpKMpxXlz/XF D/t07hQ5ov7wk1/hO9X84S3TX53fP2nZNxqTKuTmpFV0W89i/rZtrEM8S69+M473+37b5fRr84q3 6iH3SOyEO39HSuyos4X5hDt/P4HuT5sZzOf7uzb5NDt/2v44kmY/lgFP6TTlk/TpWAb8VJqfrBvH vCG29YUmfGn94QR/+/vl+OOvv9b85hu+j6XHIN9fXPdpPfh486ofdfz83En281a7kHrFFQ89tFOR P0qitK8dXE6RO+IHVPQX149asm9+9nk7Nf315V56T5iYHUlvGivkYv5on5qVUyRmdvTuOLJbD7N7 ofKEwr6cpCdl5w+Oo9vdL+yKetA9dJ/kNPlc9afDjqF7492tedqrHgdH1m3vqVpzFF+M7x+8Fvp7 Edt6hVd5A1+g1X2Li2txJVlfYv3bO/gdf3b3lPczyinehtbf29tOr8rPlaryi27+tKS9MjzJ29BZ f3NrL0k+Tp/mulcNT/JONH5PvDyBJuf9pyKqfTSd5JXoqq9E76cpf7pd+f8P0R18AQ0KZW5kc3Ry ZWFtDQplbmRvYmoNCjY4IDAgb2JqDQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWlu dFR5cGUgMS9UaWxpbmdUeXBlIDIvQkJveFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUg MCAwIDAuOTYwMjUgMCA0MDVdIC9YU3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmpl Y3Q8PC9JbWFnZTcgNyAwIFI+Pj4+L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3Ry ZWFtDQp4nCtUMDSy0DMAAwUQROMm5+p75iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRv YmoNCjY5IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAw IDEgMF0gL0JvdW5kc1sgMC41XSAvRnVuY3Rpb25zWyA3MCAwIFIgNzEgMCBSXSA+Pg0KZW5kb2Jq DQo3MCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC41ODQzMSAw LjU4NDMxIDAuNTg0MzFdIC9DMFsgMC44MzkyMiAwLjgzOTIyIDAuODM5MjJdIC9OIDE+Pg0KZW5k b2JqDQo3MSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC44Mzky MiAwLjgzOTIyIDAuODM5MjJdIC9DMFsgMSAxIDFdIC9OIDE+Pg0KZW5kb2JqDQo3MiAwIG9iag0K PDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5 cGUgMi9Db29yZHNbIDI0OC43OCAzNDcuMTUgMjQ4Ljc4IDM5MC4zNV0gL0V4dGVuZFsgdHJ1ZSB0 cnVlXSAvRnVuY3Rpb24gNjkgMCBSPj4+Pg0KZW5kb2JqDQo3MyAwIG9iag0KPDwvVHlwZS9QYWdl L1BhcmVudCAyIDAgUi9SZXNvdXJjZXM8PC9FeHRHU3RhdGU8PC9HUzUgNSAwIFIvR1MxMSAxMSAw IFIvR1MyNiAyNiAwIFI+Pi9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSL0ltYWdlOCA4IDAgUi9JbWFn ZTkgOSAwIFI+Pi9QYXR0ZXJuPDwvUDc1IDc1IDAgUi9QNzkgNzkgMCBSPj4vRm9udDw8L0YxIDI0 IDAgUi9GMyA4MCAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9JbWFnZUIvSW1hZ2VDL0ltYWdlSV0g Pj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMgNzQgMCBSL0dyb3VwPDwvVHlwZS9H cm91cC9TL1RyYW5zcGFyZW5jeS9DUy9EZXZpY2VSR0I+Pi9UYWJzL1MvU3RydWN0UGFyZW50cyA1 Pj4NCmVuZG9iag0KNzQgMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggNDc3OD4+ DQpzdHJlYW0NCnicvVpbbxxXcn4XoP/QD1pgZiGNz/0SGAZ82XidwIGzFrAPcR5G4ogiMBxqR9Ru Nr8+9X1Vp7spUlbs1VoPFKv69Dmn7l9Vc/rsh+nzzz/7/uvvvpncF19MX33z9fSXx4/c5HZO/nWf c5xqcFNyeTofHj/68++n0+NHn337Y54u38ovP+xvbw/n0/Ty7fTZDzVPb1+eltejy77def3V7x8/ +s/Hj6Y/fP/1NK3O9vfO9i16/8DR1fdda5OskgdJf33mdjH3nqeX13Kl7673l4c2fXMzPXRSuC9l 8S7mB47yblfGSXm6K9RyUv/QSfEX6VOEhUJFklhldQnyw7swnS/f16de62MaTcvp7xmpq5F8bju5 TEx+l/J0DUbd9UpGKBMop5SLQuVdy0K5Xa3TSyxOuxLJyF4ex11LpPhq3KVCynldHHatTzH2HZ4G +YnfXZuJhhdsJeiK7fhaJBX1jIBNyq7Z2rgTjwMj4XES1ZHynfd1aVBcnHUve1x2WfcS2SGqHACq m3A8nwfXCYryXS+VSUW7ctTF8lslo01DqSJdDjMFJXHj17K8p12AqkSMSrX3uHN9MHwPOx9JJdFA 97uIxXmXVebu8FtMCT4AysNGou+wUH7YaDActhyv4p5l3lmE6qogO1gY4orjUqKSgkvpnZXi4ryL bXlcJP6WV+W/cGdn+W05t9GKuFNaKL9r6imDEaFde3MIq/uudKHHDlXplYYa11o2zTvZDbqrEO2a jEF5V3bBc32VvVymewglToSjJNPw1YwTQZXMeyUlCm8cuNRL+ESjj0brWrmWxG6r3AdXFiqoACq8 64h7XkI05aiw+YLry6tAVbTW80qgKrsnPxilyxu6vahPqFBUBA2fIr5ZGhmSSoQKvvHabSHoErpW GQ6hJlSycBYbysYuBto3UgPCqN08SdKq3MlplIrZati5Ugcli6v4WZwZQrWiUdqlcKRdTpYNqKCa qVo5qaRJiFw9b9EXCs4fba0yIvIU3gyVZhCnxMaxqy6i3aKZpiru2EsfWryrZPOkKjeaYnZIYXCk FmBjpY8zHSNsfpzXz7RsEaKndeUdEfEajMT4U0aIcjXbsgsl+oBjdLjfSyxuyMoxiSb8BKrqhTOo PlzZFV2c8RukldA66lFNxRfNgcpzGIFyStWmb0fNOIy+EINqSjLjBBlgaBJc6vCSPQxiF13plUq6 rZoSDK+3zE0eN10sUbiiMqTm4pkBceVVp9eXDAYqqhv7MHbmLRKMizt6i1VcX0yg6aX1oZum0Sqa DeJpSOXi95VaTXSobtJ1VonEDUFVza2uzBQ8s4zFZFSESNBIiXoYToHpRdPVdrZqFOHXsAD9Oqrp xZXCoEw86MIei2Z8ISU2DKFo3WKy4eKMOoSDIxZrqkLWjqSQfSJie2i5WIGgG4PRdIUAERwcrBo3 Us1q5mx8Kwmpq9qVCnURgpQ5VczL40SPxatN5ddXFxt502VjZERNCnlFNYAVWzzKM58GJYqudSqO 7ZsUEohxeCrrYadjR2wOwvQowrk48I1kEvUwB7xApSuOKmGtdPEihKOouWl9qGWheEsuNoZsMuHN pGHtPDfOlVQ308u5zAI8lpeb88U6nWiWCj7TB5cU41ndxiu+EsEJhZjzTY/uw55ezS0M6BmoO5GC PwcrXA1+y5s5LYINGgZloY+MEvyI9KrJSxjMxUxQoKLGtqsLFZHRbHHMq9wJIXp5gIFAzXcYEdKC aoqYOgmrecmkLJoQMl4G5RVDRCgow2SsCnpxnxWNFV2s7qOFARQBxygTwUfNJfY4aIouiC1QXinz LwEJWQ+G/oTyihJAOGRppjMNU2FURRRIyOgGPJ2t5YVyw2WMsWjLgM49xly88Aog2D2GSCLp6ai3 reoMGTeIdNPhVWunW0HesHJEILfFEYH5GndD9nOOWbdZ6xBcwG80iShOKGQdkV1S8Ux51Epb3BQS 6GOmCTkauzI5ZQPiOLOqF/VAALukXF53zrAGjWtcHnsEDDUoGK51gttk1ce3hqgHQ27iW2UnpNXc NxVbgREXl51T6CSJz7esQSTQeCHC6KEGg4YbbyZ2wGNjlE/bWM+FybAX9ydaKLyxqjs2lc4TV2ce K6LmvlhmbTgzpnWCizEz4dl4JXcGN7KKSFzcSCJVMXvx6vlIsyCaJjjRvi+ByTrNfYMwiqYR0Teo ZqCgLlQykEOG5vZIyGU0CzoJBZlSBn2JdCkxivqC0IAIQPaFnRSshz62xAW2sdNTELPgOmGwaDC3 U3R1hU4CFQPFrI42sasrsJ9udBupT/ydt8uQ05Z63Slbd0qKbWsqAyhYV2vhHSpb4Dq7KbrjuPZi 6aZdWB67XdHFgu48gq8pcNArwCa8ElprIbR6i2sMYl6m/ispCkTSeirVEVTTIpnVgWHzwGgVJwXF GsHOD7ep6u0aRdlr6Qs2MKB3B56Sk7pJhGdxbVFcFunroi0ujnST0YAzX7xcDT0SitFxxWDHx+Ze OzDaUNvPAjPYWCApo3saY+kfxRB5nf5pi6V7E8orvqUIkekmEYfZJMMqYgyUt2ujW21CYvXRD51b I1fV1ZNB6QpnBNU02HOkYnu1eBtOoOHpKi9Slmi/E9kW7QA362AXCFJmhg+qPAS7nBy61u5u6RiM onVCLnxUhmEWa5TQbfQ7DOZrgimlLRQawsgYUcdHYgpQxLdodZVSl7OhD14LZBR9TM14jkMwgMp2 EtUa7tZBD8AS7zCcTkjm8Mcwqa4ZQcMIhdEYbcxvaldG3SmkQLwGOhIdzJMyJ7CACZbx7XEegyFY OaThQuYVQPOKbDCRCVFBAxEvKO19vaYioZOCLCRWoaLNAcNMATKPtfGO0J4p9j5j0ZO84sIDDHHQ GgaDdmlAULh6TENroLRA9DC0kMqAqVCSWzx27Z3LkGeNeTFj8TPDA3iFgTW8j9r5DrDhBcT1NsCG 93PFbUat05lLw9mEcVRGUV8MnAp1bQiRSFxmDMc6xpwCumxYyXFTVT/SY10brZMlWdfm6oXHVoQ4 MAHVNTd3rQgib9RhJVIJsKJN+ZTqWiQViUOm0T3ZsCrtrIfzVE/XOgkZgGBZIWIec66k1RHe6fpA 5RxWNe1359ojClgglXeRCQvBD+k9nSGObt8LWCvaaAJgOboRMd1CIWrzWOy029enaj6qJigibwOa ybEWnRgnYsY3+8Xaa9SRBCWVvB7QCEzqYXa9jmrTx4BGcFIN6sKqnW5jBc5nOgqnJmhRVZeKYPNe hS4CuTj0muczwigD6qRJqGhVR9Qht2hZoZ7OZzDHzTp0ETG7qC5rqMVJRKgxTfN8BtDUapI8RJ3U +uVJhWRtKN27ITVpupHdiS8tb62oYbEVQ8RtaNy1fsnpDV27piI1Q6saN+yeGpCDjngl+QBZr6cz UDLLMacFHc38mM50VGhN39qvYjrsNY1JpRUqW+YXJQ9qHs/MDI5nOmYYZYxnOqI+rsYzYtzY/UBd AMiuDVfu+MSx7hWg1jyjLMHs3fCZJJomCcLQpQLKJnKFeTzTggR2H+MZoVwOq/FMA/ZLq/FMK2pr jV452MV5PCNUcWU1nmlzUhF1Q+v2MUQqzizDmM6gIcjzuEYEdq6O6QzEt7mP2QjT0nk6Ixbz83Bm EGM2s9AJz1yeRzMIAfuGMjYtodlohh8mLAPARWItq9GMSNrmyYzoOxsl2Rf6jjrC08kM9T3ZYEYU XIo6l2w4U2MwMzNQYhrAph+VQvaNRSGWdio41inywbFV/VQTxd08orkFaYKzXn7fktyCSQk+VymD I/pCSlSKrx9dq5x+ypAL56AlUjYmKtYuSZxnphLQNRYPRkAI4dWkn/Eid65JZ176mYMJR8tFnXAn M6w0LOPKSsnaDCfpgwGQWseb+BgI9B77WIuPcTqWEOWiZyHg4JVmauDbmcFxA17NCmALNu5O5wbq fOgM4KmZ8xS5UiCEUy3eUfIY3OvkInPcc71izFilpocZmgiPyyv3GLFbYM4MheCgNCaqUk0zj+EI MLRTFaP6quMORBMJm4t2hQ3CSBqYTR/bOBcggp8tBsXFUYu7PY46NuYAikJZ/rOdJT1rI5uH1Jbl op7Ul9ZRblzudJb4xrPMR4TyupgTgD5gQrKu3obK2jMLFbXx9CScElkrdqmcmkV6M6hsQ5xAKmla Cmksti9JVRdHlRBN1KA6YNdYHNZGLFm7yPcZiyPYK/cZESIc73wZkly5/jAEcvkuJB4Z4+q70EzL Bhg5sKWyHfDlLS87GJmIr4781lYs80hGEsMEP89r8GmtrOGx2Nj1eVJT8ZVRXxVXqE2/qTSkUawV s1nHKhZoaBe1hSgryluSGYzIRhSvOnNb3Tj7UeOwc7EhRSv4LOdm1Cj39dGv/Koi/81uB+Fs+iLa EieL9l2EMEgUEbu6SuAHzOL0Q4ikTrFTjzrN6Iy5mTF6mKH19Re6ZB9MMzVwzWRTUh6MnBWWyf8S XpjRcOwZDZdiVATRMMjIU3GM28QPl4NIWusGic/EeMtr5ojYc+gxjMwYmwVLYMrtNu5pzHY2lXRt 5HI/M9DquTJeBUbqVv+xFnbTvgBbiG9VrZq4yqCSDeRnBnEj+28d8MF9RGU2LyzNNq4YCYkWBAPi 6zH6Lf1rkATgqirTcUHS+V/maAYXRt7I/FKO+Q03zpb40VDDqzLxDAAtjK+WuWs4Tfwf+iuZvPob Hf6JjXQCkobdA3+j89Xzx48++1fMfZBnn7+S8OXfBsktcFCYQmOL8hxxP13yj3pEHvxRj5++ffzo vzZ/2p+m/bR91jYXh1dX22dp83L7LG6u8ON22tbNzSt5WjdPYnsKCLp91vXhCQ+DgLTtf0/P/+3x oz88f1ia8kulkXrEHmwtDf/uR6TBV36VBj0FJdJfIMvnzn3lv7hzm1+iwnuHVnTRdw7lgaa4L6kn /rh5d7q9Om3L5nLaRr+5egsmf7w7yH9hM21D2FyJxvLmuL/Fg8O09RHqS9P20984E1N+QE2bn2g2 uVPcvHh3cXkQMwe3+RsutOetp23avNjz5ocL3v2Gd+eS883pEsR+JeW1vPDmVphXN6dtV+ZP2484 Rv2UjhEJ439jx1gOXTvGH0UZ+wuoiJa+oaVVdVe3CLADnt28wsNXqm55lt1T6FtuRB+6WZ5AuQf8 eHE4U7Ovr95wDZccVh528Q5uldbn3nG3D+5EL96fXtLiR7xDU779iAXbp7SgJO7f2Hx24tp2z0U5 r1WJ30BZf4XaDsebN4fzJPH9o3h6phqvbmf7aAqgPo0ppni9N7PIgqsTl5wPGjIHiZALqp3k1eXp ipa8MivIY+5z/Ps/lBnKg0LjD9akXH84NfzhLX306lrE3d+KKqKT/0UOv3mSq0j+FHeLzvHXrNLS cW7wJhgimbzxRBbU8tTFsvXmn3+DXqE50c/Nu23aLEr0+XdC89dvv9yC+etkjw/Jnjy+3/686P+4 k71/aAicJP68wmP83bRtdKmb82Fr2qBeXosrJFXcX97dDG0dLt5PrJ8iFtAE1A8WVnGLP2+fwZP1 Ylrl1KtvmFS0SCwpTR2dq59SCPEifVeD68GY4Zs355UGdF+LwtOtRlS6W6rkx5PUntbk/ymKEVhe guUJPDlfjt/+RNX8ByynlvmXWZI3N4x+je8XRxVjfxcwSHxdnS4l2FXG8/nmbBJFK8avNSO8ZrU9 q+JeHK5Qfn02bR2PN1yLOi2P373ZqZI+vSIEIOef0cMaDp0veElxklUl+vJ0eTjuefX3rf+e3AfI KlLsz6InZMogqcf9+0eKUf+ExcjHMFDzb1ePVoeuS9J3BNvvxxqtfyaDNFX4Rkq2eJFUdaTrRasf Cqz/d4l7DxsOnztPswklWRFQHv4HT94cWBEsYX3EcN79OsuVh03nOaD8rbL8sN1y6tp2P4qBGsFX pmayaAZJ/eLq9h2cPER2BeyjhJ25kFVy/3baC+cEk7x780pA960sY0y92f9968sGZpKcCHvM9g1p o6j9/FfsdKWA7i2r9/qg8unzA74g/WzP8bWcez5c7JnFr+h19K0nyT1tvX20XfD+EwZ4xZ/gf/C2 /6QAXx26dhJE4RX7hdPN7QwaNaAPyH/iJei/xCveHPenE1syeeWkOWC/5NHzOyknLwdSAHE+zAVG A3N/entFsHYi9yfL0Py5Pw4wd782P/EhPBXQVzfu45YKn3CAgT/C8feV9iMApMhxxA0v4Nl7TiWu p9sbzij0/vsXHGkc55HG/45uCM74FnECekCJene0UT4maPx1grb04Kgm7lq8L+n3CHc4xbPgN6eD WJ8SJgPdtKdklMMZpUCy8NxtbJGyDxPnN4IwD9fS9W2jJgg0fq8Os9xlQ6c4TSJ0fUDo/wPH4t8I DQplbmRzdHJlYW0NCmVuZG9iag0KNzUgMCBvYmoNCjw8L1R5cGUvUGF0dGVybi9QYXR0ZXJuVHlw ZSAxL1BhaW50VHlwZSAxL1RpbGluZ1R5cGUgMi9CQm94WyAwIDAgMTI4IDEyOF0gL01hdHJpeFsg MC45NjAyNSAwIDAgMC45NjAyNSAwIDQwNV0gL1hTdGVwIDEyOC9ZU3RlcCAxMjgvUmVzb3VyY2Vz PDwvWE9iamVjdDw8L0ltYWdlNyA3IDAgUj4+Pj4vRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAz NT4+DQpzdHJlYW0NCnicK1QwNLLQMwADBRBE4ybn6nvmJqanmiu45CsEAgDcHQpBDQplbmRzdHJl YW0NCmVuZG9iag0KNzYgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5j b2RlWyAxIDAgMSAwXSAvQm91bmRzWyAwLjVdIC9GdW5jdGlvbnNbIDc3IDAgUiA3OCAwIFJdID4+ DQplbmRvYmoNCjc3IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAw LjU4NDMxIDAuNTg0MzEgMC41ODQzMV0gL0MwWyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL04g MT4+DQplbmRvYmoNCjc4IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0Mx WyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL0MwWyAxIDEgMV0gL04gMT4+DQplbmRvYmoNCjc5 IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9T aGFkaW5nVHlwZSAyL0Nvb3Jkc1sgMTM4Ljg0IDMyNi4xNSAxMzguODQgMzY0LjU1XSAvRXh0ZW5k WyB0cnVlIHRydWVdIC9GdW5jdGlvbiA3NiAwIFI+Pj4+DQplbmRvYmoNCjgwIDAgb2JqDQo8PC9U eXBlL0ZvbnQvU3VidHlwZS9UeXBlMC9CYXNlRm9udC9BcmlhbC9FbmNvZGluZy9JZGVudGl0eS1I L0Rlc2NlbmRhbnRGb250cyA4MSAwIFIvVG9Vbmljb2RlIDU5NCAwIFI+Pg0KZW5kb2JqDQo4MSAw IG9iag0KWyA4MiAwIFJdIA0KZW5kb2JqDQo4MiAwIG9iag0KPDwvQmFzZUZvbnQvQXJpYWwvU3Vi dHlwZS9DSURGb250VHlwZTIvVHlwZS9Gb250L0NJRFRvR0lETWFwL0lkZW50aXR5L0RXIDEwMDAv Q0lEU3lzdGVtSW5mbyA4MyAwIFIvRm9udERlc2NyaXB0b3IgODQgMCBSL1cgNTk2IDAgUj4+DQpl bmRvYmoNCjgzIDAgb2JqDQo8PC9PcmRlcmluZyhJZGVudGl0eSkgL1JlZ2lzdHJ5KEFkb2JlKSAv U3VwcGxlbWVudCAwPj4NCmVuZG9iag0KODQgMCBvYmoNCjw8L1R5cGUvRm9udERlc2NyaXB0b3Iv Rm9udE5hbWUvQXJpYWwvRmxhZ3MgMzIvSXRhbGljQW5nbGUgMC9Bc2NlbnQgOTA1L0Rlc2NlbnQg LTIxMC9DYXBIZWlnaHQgNzI4L0F2Z1dpZHRoIDQ0MS9NYXhXaWR0aCAyNjY1L0ZvbnRXZWlnaHQg NDAwL1hIZWlnaHQgMjUwL0xlYWRpbmcgMzMvU3RlbVYgNDQvRm9udEJCb3hbIC02NjUgLTIxMCAy MDAwIDcyOF0gL0ZvbnRGaWxlMiA1OTUgMCBSPj4NCmVuZG9iag0KODUgMCBvYmoNCjw8L1RpdGxl KFBvd2VyUG9pbnQgUHJlc2VudGF0aW9uKSAvQXV0aG9yKEtpcmsgTW9zc2luZykgL0NyZWF0aW9u RGF0ZShEOjIwMTUxMjA4MTcxMDIxKzAxJzAwJykgL01vZERhdGUoRDoyMDE1MTIwODE3MTAyMSsw MScwMCcpIC9Qcm9kdWNlcij+/wBNAGkAYwByAG8AcwBvAGYAdACuACAAUABvAHcAZQByAFAAbwBp AG4AdACuACAAMgAwADEAMykgL0NyZWF0b3Io/v8ATQBpAGMAcgBvAHMAbwBmAHQArgAgAFAAbwB3 AGUAcgBQAG8AaQBuAHQArgAgADIAMAAxADMpID4+DQplbmRvYmoNCjkyIDAgb2JqDQo8PC9UeXBl L09ialN0bS9OIDUwMC9GaXJzdCA0ODE5L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggNjUxND4+ DQpzdHJlYW0NCnic7V1djxy3lX1fYP9DPWaBTVT8uPxYBAFk2cYasR1D0iIJon0Yj9ryrKRpYTRy 7H+/57DJVktdvKRmoH3aB7up7iJ5SZ57z+FlVU1el3XJbhGzZL+YNS5ZFmvTksNik11yXPyK39Li Bb9lXGhw2bpIEHyaJZiMT7uE6PDplmgjPv0SkynNJcfr0N7K7zOa4Gfgd/wffjRhxf9wtbVowlgU Ir/Gt46NGXzrYIAxMNBHdGfws5RaaCJEFvBztKhqUCGW6rguOXxt8XOWdUl5sSuNxmUYIGpav1jn cJ3FkB3tshi0sAL6tRJ5TVps4E9uXWAWqjvUShiQcQ6FYGjlYjOqGmdQYMvo162ehYgCZs24sDgT OACzOGtZWFGIbDkvznnYjplyHlNpPAsclveLE86KdygkdOrRcvAsoOWI+TfoxsWAvtCESzRDWOBq YlFd5sUYPlYR7WAAfuVKiV88R2nEoZDZaV48Bo9vUHCcBMGiu8h2AALPiQoWBQ4Hw/aCqlw7Hzj7 ElCIKMAUHzl2zLVPQAqH7RNnPqDlbFlAy5krGeIiK0ZpAiEI2JjIQrRczkUshxMNChkjxXqIExZk EU/owDgpE4X/YA4KiQWCBa0DomwnLRIJi4SWIyccsJaEtTKAqKTMLmBGxghMiktYuTpYxbByOEkA cUy/yesSLABuAKQAcKCQluAIuuRRQKsGkx68EHBuCcLhYGaDYNwGGArBsoCWQ2KDaDlydTC2UBCF n0PCKC1mDWvLi/MSjYWpGFLk4PiPaAEQC6BEh2mzdDZvWEtQwJQA5ksUdGjhczEIr0H1yJ/gZzER sHCvmAlh+GTMmd+4Ja0Yl8VkJbqfRaOJK2PhcIlBwcIFk8W4LcxIzrMAz2KEsDA3eSw+wZ2EngTg JsE6WMxRCp69pyVF2Mu2Uox0RPSV6H+okBLm2GJhEv3VYjnzWi5G1FgD25Elc5KsY4EDhDMCUIZ+ jCjGSYDrZcc5hOtlT6+F62XPqIZhZ4EHWMSYHGAdnB4BDkZZeGUmNiycKBMbFkueExbfwk9zdgwe JfBhvJx+hD64kPUMZpxmy4VcbWAFBkTHSSISgG5cR9SuDJlWGGVL53SfNZoScliK/LUERnRpGd7W lHkd28ue1zEIrlhCGxgpURklBr0SyhiKDNFZwGlohw0lfmJBLSMEwhFbZnT0mEJbImeZmlCiKtcz sI8ALFiGCcOwbmMJrIyJkX1EooWxDM6BEl0KOEddBkwgld8xzq6YHXvALGeI/m4ZOSz9ynLFLf2g BGNyjcFywj4Sh6V7W8Ye6zlricFZsEqHwC20ObGPgHmyuURsrkxiHwXoDJZoHnOQ2UfKLLGPTH9g OHErVx6+ixIssiXKl1VlSHD0GVxcSAjRl4HMOTpMCecOFlnGGec5B4y2CE0oFYoQjNoRL46e7hg1 EEgtSYEltO8YvlwSXsfQnwl0BkIwHaI/ydKTw8AeLGEFHAnR0yscyRILiJbJlt7jGsfo7qX8Si4g WTjypA+05UCdZBpTSAS9lcjl4aAosb1sSEjsI2P1HMO0rKQkhkNZ2R6ZSMgYzjLiM2IUhhaiyxXq cfAd/odSZok0Qg9wDH0ia+E6lgJLbI++4Bx5JxSbeR3DoiN5C33BOfZBRnOOfWRhXdIIY2ShTsRq lgyZCa0SRyhhfRx9NdBz3IFmMGOO4Tw44JYRDPRElqYnB0+bD9wFTyzaIATMp6OHhgD8FP4J5DdH 7w4IlKjB6xJ8w9F/Q+YcSOE7riU9Pq5caXp8ZGR19O5I1nL07siY6aRoGCCYUR086FkigXngx9G7 0S3pn4QlliVSoMBzHL0xBmoCenKMK0tsL6KeYxSIlAauEGtKLLG9zNmNhTZXWkpSo0ZiAAU7Ehv0 5ETaKEog0cddLNqKkqYwJMC7uEKs0ARLIcIEmKBEji0rzSiQAlbe0WtT4FrS81JZaUaBlIimWEr0 N3oyeAAW0JMzox59DiVawCiQi6iid2eSqqN3Z8ZcIg8MTAvoyZljcPTk7IFCR18FIcACejIYgSX2 EeDxRQZmRr2ixHJ0rghglBKlMLmdUa/Ijww2QontZcqelXS6cvVJZOsKO+ibYI7EVhJJ27EVUjP9 3jNirFxlz6i+ksY9mXf1iXULqQPVB3oPaMsbUn8IVG1kegCG+o2lxBL7SJ7tsQ+Kbk+9u2JIKJGm V/zfM1YWBe7JvYYi0pNDDKWHJzsZ8oQvnM9Y4Bn9GbpQCtQBngKySAOM3xdFIZhtT+6E+6AVci9A jrrkmqLKvSsiwFJhsi592jv2kSlIMTfQEytlJ+UDhapnzLf0aU9usFRolKKgD64CxYClT3tKIsv1 LnxrqcKgWakZaEFRKkILyEmWQsyTUS2R6CkgQFkssQ9qMU/2tKlYQJlCqUR0I/5yFcgSbuUqkE0c twkIuSylw04JYoOrIBQijOaFJRw90QeWOCeeXIgQhPbIYo5ILGwHZ2eJfQRKZUowV5AY2Ad0G7U2 tY5ne+yjIJF6AABmiSoFcgS/ZpaIRGGJewJPpeEpoopa9Iw5njzvGas8ZZknurjXQimyRI3EmOOL SBJaQJ73VJfEKpQQR5nYL4WdL9KJStMn9sGYg39SHdGCgzoyLHGntZa9AhUO91k+lhJ8yFNpCHUA IzMUEy2gbwn9vigX4QrQm8G8tKAoJqEFmX0EWkClCHaBBdzVAgbslzqJ0VtW9oGggxL7yJ7fFQUG /xPqkACH4z6FGgueI/TzwJ2B0KcD9SD7Jqyw66DXBkZkKUqNfiX06cBZJAPCszxtZims3O+wj0AL 6NNgF1hA3wJ1o19TVBktKDou0wLGg8IuQp+GpGaJO9S1bNEzlRotoE8XduEuEiVawHgQyYFSFB2j VpHrkbgVxoPIa4qaKewi9OkYuNkqu2DGHKHnRSJRivJLWAUpmhJhGSX2y5gjZZe8OrZCtbVmlqgL GXPEFeXHVSjajvpSigZkzBH6eWEXoU8neidnDspv5cbPsgR8S9GZ9GmhTydqLvFFNcLvhbEp0aeF fo49BreIRSsKW6EupI6QovyoI+SgEGG5FG1HHSH06UwdQWWAcIDZKXuJTOaTokIZv4RelolWkaIf cbXQfzN1hND3MzMWQt8Hu3AnW7QnsFx0eiYSEVqoHzGL3DOAKWCHBH5P3ShUAStVQuHWlZ4j1BIr 50SoQwpDQEZRSQIhUhRs4kpTSSLw8zr2kYGBg1rN3DpTRWHzwu+K4swsGSpOzhU8GeM2LBXtydWi ljBUfEKtY8jWB+3JmCsci6FHCDUCJF7gjpsalZiMvC4klnhd5LpRgRkymFBtGW7PGbddyeFIoJJc gQt2aylQ2IOl2i8ClYD/4x8f/MBsz7o8fvDkwZM3F9cPnv72Zvfgye3Nu8vbr17tXj/44cXiyu9/ XtY//elf/+XDKl9fvXh3szur9Od/LOa/l2Pdbr2Hr25/9+g/nj37r7e7m7fPnn13cfPy6bNnX+4v 373eXd8uTy4vrvH1t/sXe3w8evq3JwvLy19/vrrd/eHN9Yt/Wza6nun4brU+MvfVxc3bl3949M3T x988/Qpm796+vN2/efbs6f7rq1e7Z89e/PQrLrq67pu62LsZu7jPN8j/r/XptZilVXzo4eXtu4tX T3e/3v7ub7trIAEr6O/Xzg83+//ZXd4uX7x7/mJ3uzzevdnf3B5alvu1DAkuy5e7y93rH3c3HzQc thuW2vAPm2EAZI+fS1778FkmWJ16mvHj/tft5kKvOjeLiiHxDnXSnc0ETZfRgvpGoz2JLX/fv7tZ LvfXv+xubnfPl6vXFy92dw5xn6XBiej36NHvv/j775887Ae9rPY2YiGznixfVLGnc5C6fulT1m1i VvYXL1dsa03oT4uZIoPJ/i6un9/sv3n86Aqrr3S5zSPHUPHq6vkm/eTiNjwMKx/+8CGHj3D4OPh9 Prh9ztX71/pZ/WO19dPVT18/pfpPvd7U30393bTfQ/2sUcbUfuzaDRPWDIDmzZneeV9pKHgOtfs1 P6PkGXV913qfTfZ8usFN+JzVHEWP46L695Wc06KHbPfk7ET4cP49/M4aaIN8+uV2Xdevexzm08fb da3SrxorQ6dSmBltUnqVwWhjv66fIfSzDmfC+6HS3Sz26z3Wp4Yrl5VR+wlJclbJzYxalF7tYNQK or2KrNypNIMsryBraLGCrNE6+Uo3PvTbEKON2qydWuvEsEVxY5/1YYsCbVGhZToMJjPYEg1bI5MV bI1WSqpAECVqSlKH3SEjiTPDVhxZwmDYCriDDq4OC4YZcAUFXCOTgwKu4UpViRaU+Bn0vaTv1PIz w1ZcObjBsBVwBx1cHRURZsAVFHANTVbANVqpUEV2UCJotOqwO3IimolhR8WV46oPOyrgjjq4Onoi zoArKuAamqyAa7RSsW6johJBY1aH3REUMU0MOymuHONg2Aq4kw6ujqJIM+BKGrgGJicFXMOVqumv pETQ4757c9i2oyiSzAxbceXkB8NWwJ1UcNmOokgz4MoKuIYmK+AarVSqqYWkRNCs7hxtR1Hkma1j Vlw5D7aOWQF31sHVURR5BlxZAdfQZAVco5XKNXmUtQh67P/ix1fbeRtXJaSrwdRVAPjavK85Jamb t1A3B7HWi1XYpEqbWXHxrOYpTrLwDy8v9++ub5e//LK7+eVq989jRv7feY+MHBLytiOIsqpJeN/K xHxpC953r3HukDeVl3mydb5snW9b59fW+bQ1ZNo6/7nvkHYdJfXqvus0qfe+0jCpd6jdr/kZk3qj ru9a77Ml9T7d4JbU+7jm8XBm5Cxf7t7c7C6vLnjG8fDt293t22V3/XzZ/1R8ZfngwO3MvAGDnThz d2SKr9RBdAZoZ1ErJ5XUQB46PU3EcWuiYqrOuNWqwTC343g1bruunckBnnU4kQO0VllZk/TRWmVR raoNUqfShDSw1t/DYneP9TkE4GpkZwAzOcCzShM5QGuT0queq61Wbdd1KrJa/u6sxxloOQVaI5Pd TLzoLFRl0GpkZ9hTOcCzWhM5QOsUP3Z6ttY6Bdv6yYXp8M7M0YV1CriGJmvhcrBSh/lsRo7opSdd bT0WrdG5RYEGsjaEO/Oy6RCzfjBjOkw7qCV3qtXhuylqPojI8iDT4bMfI8ey1tajbFuPsG09wrZr dcp6I4ytN8JU4dGgUh6wOlihBIDj2VBXMORzmXusNJa5udPd/4HMHXR913qfT+Z+ssFHmftRzeP5 ysS9Y0u776sI22+uL/evdx/K248bV1Np9vTopTsizYdOz13O+pZZtJ7IW1H1eOj0NJFQsqcHD2cN 6Kk/e3rO83HdoE5x7FSaCVBBm9yBxafHPN2F6bCT1BB1etxzNgB1G5I6lWa2IafHDmcNDLYhp6c8 Z3VVZOVOpRlkRQVZQ4sVZA0OWdZOrRloRQVaI5PjPaAVKiuGCrGoQCyqEDMd0oozGIsKxuJo+ArG BoctHe6YOWyxSQHZ0GQFZIPDlg5pzRy22KSAbGRyugfIYgVZPXSxSQGZfuhiOrQ6c+hikwKywQmG TQrI9EOXo5D+uNYMyLICsqHJCsjy1HHxWa0ZkGUFZCOT8z1AVs+J6rw2YzsD0UHW0Qgzhy82KyDL o+ErIMs6yDoEnydAxvcD3N1kBWSjFas3KNvTg4S+6O1uuus5UFVgjS5bRGuga0O5827BbCsSt+qK flsUjGptc+mo1mgrpILgkLpwdbvsVunO1sTm29el9XVNfHXKenZn621iVuqWX+qm+wCZ8gKKw2c/ IDj9CRpUqJL4dPP9vtJw832o3a/5GTffo67vWu+zbb4/3eC2+f64plH3qB8/FvXkze76+dX1i+Ox 7Ad777O21VSrOz0y6Q5Ic6HTc5OzvuMsWN/vvd3x8Ffbe3/c0/GERjP19OjgzFT99lB3elBz1rk6 xbFTaSKZ7aw2uSOLvWKxmsxOnUozcDg9KPlki2O/rn5QkjsWT5yTOKes7Mji03OSM4vVI7i2bz6r NXEG55yytEOTnVL3mM7Z1C7Vyxp2GyLaPDfjOwObekrurNYM5pyCucGDFM4pmBtNh1Nip9fvne5Q iJ8JY16b5cHqewXs+jMfpsNdMw99OK/EsaHJCtj1hz5MhxJnnvpwXgPVyOR7gMpXH6tPfzivgGzw 9Id0as2ATBSQDR6lcKJF1MHwRYmox62Vun8/qzWzERBtlvW73J3MKKDecBVw64cQpqMrZk4hXNBm Wc/pu9NTiI/r6qcQpiMsZo4hXFB4a2RyUMA8eNqjoyxmnvZwQQPVyGQFVPrTHrajLGae9nBBWdyh yUrEjGqksh32jzORKiqLOzI53idSHXb3Fb0NEm2em/Gdgamgsx11MPMUiIsK6OIgkkUFdFEHXUcd xBnQRQV0Q5MV0CUddB11kGZAlxTQjUxOCuiSqsFsh9HTjAZL2uKOTNY2HAM/qRnJCoU2v83ozoB0 sHWYPs2ALSlgO+b4etOgbW4H05AUTagfTNgO088cTLiszHLWHwpzWQF51iNYh+nzTATLSgQbmqyA fPBAQofp8wyosgKqocl9UPlVjWBum+n50tOhyX7VFlc3uZrV6XyQb+zUmohgftUWd2TyPSJYrgxf XzFTIdHmuRnfGZgKOrfN9H6dAJ1f+6Dzqx7JqlnbdY0Oum2m92YGdKYPuqHJ5u5arc5nM7IzADWi uW214M1ERPNKkt0bnXq9kl/3RgfXtlrwZgZcRgHX0GQFXHp2320zu59J73slvT80WUnvez2977bZ 2c/k972S3x+b3I9oXs/vu2129jMJfq8k+Mcm3z0vVh2tobdBos1zM37bLqeDbpv5vZsBnZLy9lbP k3nl5MHrT0j4DvPPPCHhnQK6ockK6PQMv+8w/0yG3ysZ/rHJfdB5/b5+32Hnmbc7eSXTPjTZK6mD kZ/UB4krFNr8NqM706CDrcP4M5l/r2T+/eDlSV7J/Hs98+87bD2T+fdK5n9ssgI20cHWYWs/AzYl 4z40Wcu4j8BWDynqvDZjO8PXQdZh/pn3PnklA+9lNHwFZKKDrMP8MgMyUUA2NPkeNCp1xZQDD6+/ 98l31MPMe5+8kon3MoiKQQF50MHVYfgwAy4lEz82WQFXUMElHYYPM+BSMvFjk5UIFtUIJh2GDzMR TMnED03WMu0jfwiVLuv7NOr8NqM706CCTTqqIc6ATcnA+zgIC/HuKQ4flRSGnvmXjjqYyfx7JfPv jw9e9IargFzP/EtHHcxk/r2S+R+arGT+vZ75l446mMn8eyXzPzZZiWBJj2AdRk8zEUzJtI9Nvgc9 1kOKCoU2v83obXuyDraOSsgzYFMy8D4NomJWwJZ1sHUYPs+ATcnAj01WwJZ1sHUYPs+ATcvAD02+ B9jqC8zrvDZjN9sS/SQgbKsF/lmk4fBFOQnwWR++KCcBop8EhG21IDMnAaKcBIxN7oNMVhVkYZvZ ZeY+adEy7kOT+yAT/Y9HhG12lnVCk4mScR+arGTaR35RUdug0Oa3Gd2ZBh1s24wvZgZsSgZejK7J qlmdujrYthlfzAzYlAz82GQFbPqLkMI248vMm5BEycAPTbZ9sIn+JqSwzc4y8yokUTLwY5P7gluO efhtk7fZWd6/00czWYskI5P79DR06fqOmIreBok2z834bbv0W//DNvPLzL3/omTgxeovsxLt3v/R dFglkumZ/9hh+pnMvyiZfxm8aEiUzL/omf/YYfqZzL8omf+xyQrYB3/WocP0M5l/UTL/Q5OVzL94 NZLFDtP7mUimZNrHJiuRzKuRLHZY2c9EMiXTPjb5HpGsnqtU9DZItHluxm/bpZ8AxA7jz5wAiHIC IH4QyZQTABEddB3GlxnQKZn3sckK6EQHXYfxZQZ0SuZ9bLKyu9Nv9Y8dxp+51V+UW/3HJis0NXjh UIeVZ271F+VW/6HJ2q3+I9euz2lX9DZItHluxm+3/X4P2Htk39X34tUn9Nqjae1povZYTXvepN28 3m7ObXentlvd2g1T7a6LdqrcDvzaMVJLn7f8ccuftdRG28o1/deET4uibco3hz1+KN7VW69cfdOc q39MzdU/Tuhqr66Ooj6v3Barg6LRG+ji+V+LfV9p+BB8dJ3uPv9D8KOu71rvsz0E/+kGt4fgP655 PB8ZPQT/lx8xiF8ubq/2128/ePT9rEU1RMnpeUl3GFqcOj00OetbvZtQOpUaDXz7xf75b5u7nU7F FhW//WY7obv2LT2elXQ7jXfs1CqdulGn6Y6dKot6fF9St9N8x06D0mkcddoeBf/kXpPS6xBJphPs Rr1mBUrHM79vt/2lEs0BcQ0EbV3aVDXjB37V6UKZk8Gf3ukEtEGtTjCbix91C1EPnaTeZy657zhj wpX6cjupz6FJaOqlzn79ixFS/2xPjZJtoBu9nnTy9Ga3e7zf3z54vH+1++7izVLR/cPFDZiPvy71 0R168KHD+tcc2utw25t5mmRqc8WOj618j1n78+63JVQTvkaf1/vb3YPv+b+vrp+//0eb4Ce7y9sH /7m7eL67OZRZp5W/uSaZPfn5giPhFw+v0UKhkPrvm9urny5QKP/66/7m5Y/7/csHjdPLN29/3u1u aeTtg+8uLm/2J/9+9DP+f/LvL68uXu1fnHxxWK731x76wWUvbi5eV66sY/3+3eu3/8CMVDQYTGB9 wTKmsIokTGIVcZjGur6YyBqG2ND/AhyKQxgNCmVuZHN0cmVhbQ0KZW5kb2JqDQo1OTMgMCBvYmoN Cjw8L1R5cGUvT2JqU3RtL04gNi9GaXJzdCA0Ni9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDQw OT4+DQpzdHJlYW0NCnicTZTBccQwDAP/mUkPKkEiAFlqI99M+m8jzmk9uRfuIMokYMJ7tN5GqY2h Vl1NY7XybM5u6qtNr5Y575qt9t12v+u/2v37BfPA9YLRH1zgPjgGWGDACVI/qK9Xk5/2+fF9/+FS GaRJcUkd5FzwpqlpZvjwvMCHphN+MtSEvwTCL/ot+MU8ODM2c2BK9Tcx1QvS4FN0hiucqiGQ84LH hEJ8CV4BH/4MX5hQpq/1NgzOlGmSDnIpNMtRXpPzyXCTexc8TtUFj1OFU4VThVPFEhVO6Th14wAF Gsz/8OrPpaNU7JZwTuyW2C2xRqqA8Dgo1kc4KBwTJon1EesjTBGmCFM0H565LupZH13wC37x/AWP KSJa2oc3m+Njwo3w6DZ6TYaMXqPX6LXg2Rij12yK0Wv0mmUwcXHgiYsn/IS/qL/g0Wv0Gr1e1G/4 Db8PH/QGvSEhISHhGxLeb0hISEj4TIT3G/QGvUFvTD0hCHrD8ifwvOfMtwQF8SEJIQnBhFw8hJcf EhHMyOJ8PecMR0Kyec4x6a/pL+JFDz0NCmVuZHN0cmVhbQ0KZW5kb2JqDQo1OTQgMCBvYmoNCjw8 L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjI0Pj4NCnN0cmVhbQ0KeJxdkMFqwzAMhu9+Ch3b Q3HSXUNgaxnksG4s2wM4tpIZFtkoziFvP9kLHUxgg/z/n/gtfemuHfkE+o2D7THB6MkxLmFlizDg 5EnVFThv096V284mKi1wvy0J547GoJoG9LuIS+INDo8uDHhU+pUdsqcJDp+XXvp+jfEbZ6QElWpb cDjKoBcTb2ZG0AU7dU50n7aTMH+Ojy0inEtf/4axweESjUU2NKFqKqkWmmepViG5f/pODaP9Mpzd T7W4z1X9UNz7e+by9+6h7MosecoOSpAcwRPe1xRDzFQ+PwlJbysNCmVuZHN0cmVhbQ0KZW5kb2Jq DQo1OTUgMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMTAxMzIzL0xlbmd0aDEg MzA4NzA0Pj4NCnN0cmVhbQ0KeJzsnQtgG8Wd/3+7knZXz12t3tJaWlmWHMvxO7EdYyd+xMGJC0mI CXZIifOC8AikhPLqtbjXUsBAob0epbQHlOP4c/R6KE6POsA1aaG8CoWWR1saILza0kJp70pLewX9 fzNyFAfkgk22wtZ8lN93Z3Zmd37aHY/0G+1ugAOAIIoZRpauWX701/u0ZWD+qhkgvP/opb3LNry6 KQQm19UAJv/Rq1auuezUe3UwuW8FLiYcveb47ovefvY8MNdnAE5bsGLNwLLt6VMFMF/3Eu41+pGB NX3nn/fkBoAlbwIo1pVr6hqVhs8MAPASlg+v6vnIwFufWNyD+x/EfPPapccMrvriaW8ArML23V/a vH3jjrP222XgXhjGbX69+dxz9Ns+t/9M4N7E/QnrTt5xyvYH737aAtzLHwEQv3vKxp07IAhW3F8f 7k855YwLTm78zhsx4LLY5iM3btuy/fz6ix86HmDjtcCNPLBt68YtL7V8/Y8A3BWk/W24Qm0KYJq7 F/MV27afc/4rb9ZjfX4bQMfVp289+0zuzLfeAv41LOY7zzhr80bXxztvAP7hPwDoju0bz9/h63E8 hNv/CivoZ27cvvWUkyu8wL/eiYfj5R1n7Twnm4Zr0L95pHzH2Vt3XBl/rQu41xQA+y+BnAvh2fE9 f1q6YIPc/oYUIYcJ4KYXK9Nk+ejHVp/0l9vfOkUBaTVmrbQ+AZfi4rePhR4F/nL7Xy5UIF8ygese skaxwAgo0AAm4HFZB0N42vdiuzyWmkyXcleDBSTLdZYm3EEktzT9CE7mVcnC2wUzTzAfgHR2H5zf Qz1ABo7p0aET9OTDlsffXs01iYu5sU485Nks7j1luYu8U/AJEy7xi/KW4X8CJ5F15p2wXCyD8yxr YZDWuQ3+gdhB77HubZjvwuWdZFusfzzac2jtaGvRwhPrjkHbiLaG5LHuHngHuH4dWVrWZt/C9q6x 3A8no12P6ZvML8KtwiLYjvmbcdu92AlbSB3c5hrhNrgW138NyzfjuutxOYj5r2N6PW5XP5G2ildC iCzRBFxf9e72s89P+LEC7XNm0tl3wjK0fmzTg8tutEu4++FS7v7sTViOS/gMtn8JWY+2dGLZh8fk YixfgttVYP4z5I8W/RBwKaPF0ea9s33GzMFz99f3U49b+/Yio30h4Hm/713rboOXj3g7t8HpaCG0 +JHeN4PBYDAYjA8v3K3ZO4vtw/vFEpk9vjIYDEYx4SB7p4SmABs3GQwGg8FgMBgMBoPBYDAYDAaD wWAwGEcO83fh5ELryXWwf29fGIzZAnddsT1gMBiMUubtR96R/z7aY2g/Qvst2lNo+4vi2gTmnbDe pMIS8yroMy+DDsw3YLrD/EnYZK7E9eReqgtggNw7ZQrBUZPur2qk91d9CuvVQT+9v+oTcLzl+3Ca 5XHYbHkTbrGugFtw+TUTD0dZuuBmYREMm8+GZdz9cJnpTbiEt8FluN2x/Cpwmc+Hi4kv1B+sT8rI /U7mj6GPl8G15nuw7Je4PAtNgmstdZj/HVzL/RquNe2EKlLHdDe9H+ta86u4bMDy7RPLn+O67bDC rGC9Z+AL5m0gCUMQxX1J5jPQXBAr5jn4e4HH6pJi+8D4+8PfBuWT79dCC0ysq0VbjpZGa5rIk2V5 sX2eq5hvhBMmHX967IvtE4ORQ7GIHMd9QwDBYgFBABAFURTyiKSOAEmLA1G1xZpF+LimaqpquU6L XXzgGjVXnlooJCq3rmlZ9PJHF32spWLhGqFabbnv5ifv3WyAy0I+xU1ZJztlsSAIhVYzSoWpO80H qcp4D3CUKbYLDAaDwWAUgJuks5+58j4+tJADzFHeq2KOyMSSs1I14YvAc5xXJYlFHOfn6jiNZmq5 eq5e5rgUV1f3Ab44FbcTcJMxsAljdl2CmCDXJy0mE+mXELS8at8Hb0pZkEDKvg1WsGbfAhvYUO1g R3WAA9UJTlQXVRlcqArIqG7Uv4IKblQPqKhe8KD6UP8P/OBFDYAPNYj6FwhBANNhCGE6AmFUjWoZ RFCjoGX/DDGqOpShxiGGWg46agL1TaiAOGoSylFTqH+CSkigzoMK1CpIoaapVkNl9o8wH+ah1lCt hTRqHVSj1kMNagPqG9AItahNUIe6AOqzf4CFVJuhAbUFmlBbYUH2f2ER1TZYiHoU1XZoRu2AFtTF 0Iq6BBZl/wc6oQ21C45C7YZ21B7U38NS6EDthcWoy2BJ9ndwNHSi9kEX6nLoRl1BtR96UD8CS1GP gWXZ1+FYqivhaNRV0Ie6GpZnfwvHUV0DK1AHoD/7GhwPx6CupXoCHIs6CCuzr8IQrEJdh/oanAir Mb0e1qB+FAZQT6K6AY7P/gaGYS3qRjgBdRPqr2EzDKFugXWoW+FE1JNhffYVOIXqNvgo6qlwUvZX cBoMY/p0qmfARtTtsAnXnwmbUc+iugO2ZH8JH4OtqGfDKag7qZ4D27K/gI/Dqajnwmmo56G+DOfD 6agXwHbUC+FM1E9Q/Qc4C/WTsAP1U/Cx7EtwEdUR2In6aTgH9R/h49kX4TNwLupnqV4M52VfgM/B +aiXwAWol8KFqJfBJ7LPwyj8A+rl8ElccwXq83AlfAr183AR6lXwadSrUQ/AF+AfUb8In0H9J/hs 9jn4EtV/hotRr4FLUL8Ml2LptajPwVfgMtTrYDT7LHwVLkf9GlyB+i9Ur4fPo94AV6HeCFejfh31 GbgJvoD6r/BF1Jvhn1D/Db6U3Q+3wD9nfw7/D65BvRW+jPrvVG+Da1G/AV9B/Q/4Kuo3qf4nfA31 dvgX1Axcj7oL9WkYgxtQd8ONqN+Cm7I/g/+Cf83+FO6g+m24GXUc/g11D9yCeifVu+BW1Lvh37M/ gf+G21C/Q3UvfAN1H/wH6nfhm6jfg/9EvQduzz4F90IG9fuwK/sk3Ef1fhhDfQB2Z5+AB+FbqA/B f6H+AO5AfRi+jfoIjKP+EPagPkr1MbgT9UdwN+qP4b+zj8PjqD+GJ+A7qE/CXtSnYF/2R/ATqj+F 76H+DO5BfRruRf051f3wfdRn4D7UZ+H+7GPwHNUD8GD2UXgeHkJ9AX6A+iLVl+Bh1JfhEdRfwA9R fwmPZX8Iv6L6CvwI9dfw4+wj8Bt4HPVVqq/BE6i/haeyD8Pr8BPU31H9PfwU9X/gZ6j/C0+j/oHq G7A/+wP4IzyD+id4FvVN1Ifgz/Ac6l/gAOr/wfOof6X6FryYfRDehpdQs/AyKhvTjR/Tfz/Lx/Tf vO8x/ZUpxvRX3jWm/2qKMf2X7xrTf/E+xvSX8mP62YeN6S9OMaa/SMf0F981pr9Ax/QXJo3pL9Ax /QU6pr8waUx//l1j+gE6ph+gY/qBWTim/6xIY/oTbExnY/qsG9Nn+/f02TumT/U9nY3pbEwvPKY/ MAfGdMARFxTJ7pfAZOLNINhEMJsBTGaT6dBVGiYyeSOAJJJLNySRt4ioEpooiJJNlCau4qB1zYLA 8xZeyqVxJzZjrog4tE9+yjq0xFyoxGwuuJpRKkzdad6FaJwXJQdn9xfbBQaDwWAwCpD7tJ/G14MP NXPlfcx+SGA0QT4lSZJTMotWgbeYSKgkmE28QK+PF0WTRbDQAIvkBOsHCaJMR/BtTB/zZIxpQjBu 16WFI2gFk8lkBtEu5ecBxDy0I4kgSlarJFqtJoGoNZcT7Vhhopz0WtzMhJ2arBXNmLNYLRaLAS4f is6mHuuo32wegPFupvEBKRnnRcnBO4LFdoHBYDAYjALkvlcWN3Q6crB5gA8LooXE8yRCEi00qMIU BlEuq0WyihgwkcBJtExEXRhgmSwY/YuSmJsLsKHOuOk5Pw8gsnmAI4MzbMPzZbKA6LDSeQByYA/N A9BjLIKVINmsJuygdqsNX1bsyk7Rmp8HECfmAcSD8wBm0WKdmCc4wrB5AMYHYBpjI5sHOHLwznCx XWAwGAwGowC5T/u5Mg8wV97H7Gci+hfz8wAimQewyTaL1UbnAcwH5wEkiZiJXAWASZoj8wAzD6Lm /DyAxOYBjgxy1I7ny2IByWkD8vO92WI2S3noMZbAarPbbVa7zSTaJLvNYXPYyVyAbLVKufJcXezC JtHkJGkL5sj1AkZEUof2OXU3pyUFL0Yw5hoFxqxhGmOjzTgvSg5ejhbbBQaDwWAwCmClOlfi57ny PmY/kpAPp/Ipu93utgs2h2QSzSRwkgSzSSK/tUo2qzn3YyumJMkqObBwxk0XN0S2TMaYJqzG7bq0 UHQHmQcQwOqy5+cBrHloR7KC3e7A0N9hN0l2q9PuwJfdarfLdqs1V05vFTBbJezMJifpzwfnAYy4 HsCaT7F5AMa0YfMARYFX9GK7wGAwGAxGAXKf9nPl10U2D/BhwSrkLqdGy6ccDofHIdgdVrNktlpI CYm6bBj622xm0So6MElzVufEj60zgs0DMN4f7nInOV8CWGU7/d8cLYLFcmgegB7jQ/MAFuvkeQA3 aq48V9dqpfMAJC1g9xbt4gfowlPzfuYBqN8F76th/5tjiTONsdFunBclB+9m/180g8FgMD6MsHkA hhGQW6it5FZq26GUw+H0OgW7MzcPYMvNA9gw8sewyizaJIcNAyy6CQmnZtx0cTuzMBljmrAZt+vS wpNygcUiiGB3O/PzAPY8NJ62g9PpcjkdslOwOe2yE1+Yczo9TocjV26z2+x2wW7DzmxWMGkXbJYP 2IWn5lB0NvVYJ+TlXSWs35Q20xgbHcZ5UXLwnlSxXWAwGAwGowC575VzZR5grryP2Y9dtJH4iIRF Ig2qMOVyufwu0SHbzVYLBk5YYjGjkh9bHRbJbnU5HLmfXm0y1p9x08X9qfzvMA9gZ/MARwZfWiHn SwSHxwXkMn5BFARHHnqMHeB0yRj6Ky7B7nK4XYpLkV0Ol9Pncjlz5Q7Sh7E7W8w2s0KuFhBJ55Zt diPmAQ5FZ1OPddTvgjclGHOvAmPWMI0PSKdxXpQcJl+62C4wGAwGg1GA3PfKuXKVMZsH+LDgkOz0 EmoMpyQaVGFKlpWgIrkUh8VmcZB4S7JYHA6n02F3OS1WjP6dJMBy2J0ON9afcdPF7cziZIxpwmHc rkuLYL2K50uygtOnAHkiBfnvKpx56DF2gqy43YrscQsOxelxexSPW3G55YCsyLly2mtFl8siOASv y+lySQ7RZXfbHUb8onooOnuPeYCCNyV8kMduMOYA0xgbZeO8KDlMwfpiu8BgMBgMRgFcVOfKPMBc eR+zH6eVhlIY5U+kELdb1VSr4nFaHIKTxFtWwYJhk+x0KLJgw9BJVpyKTC7B9uCWM266uD+VS5Mx pgmXcbsuLSLNXnK+bCAHVSCX8UtWSZLz0GMsg6p6varb55Gcqhzw+Nw+r6p43JpbdefKZdkly6Is C4JL8JPtrC4Ju7DDZcQvqoeis6nHOvoHUPBiBGPuVWDMGqYxNrqN86LkMEWai+0Cg8FgMBgFUKjO lauM2TzAhwXZRqIjajYaVGHK4/XGvDbVJwtOUSbxlk0UZFlxyy7VLWD073WrsqrILkX2Yf0ZN13c zmydjDFNKMbturQoa/ODJFltoIQ9YLMBSDZJUvLQeQAFPB6fz6MGfKLsUQK+gCfgwzWeqMej5soV Rca6iiKKLjFEtrPJkuL0OZ0z78JTo+RTU491tG8UvK/GZmNPgS9ppjE2eozzouQwl7UV2wUGg8Fg MAqQm/WfK/MAc+V9zH4UO4mOqNlpUIUpn89f7rd7AorgEkngpNhFUVHcGPp7VNGpuHyqR/FgTlUC ijLzy1KLe8m8bTLGNOE2btelhd4ZBPKQSlA1H+ACrHarVc1D42kVfL5AwOcNBayKT40EQr5QwOcJ +HSfz5srd7sVt9vmVrEzixHV7XbbFasqB1yyEVdWq/nUe8wDFLyvxm5nT4EvaaYxNnqN86LkMOud xXaBwWAwGIwC5Gb958rdxmwe4MOC6nC7VfJSVQcNqjAVCASTQYcvpIqKpJJ4yyGJqurxqorPK7kw dPL6VJ9HVTxqSFWVGTdd3Evm7ZMxpgmPcbsuLeLdITIP4AC1zD/1PIDfHwz6veGg1e1XI8GwPxz0 +4L+8kPzAKSf29SD8wCqaneTeQBZVgxw+dA8wNRjHZsHYEzBND7ofcZ5UXKY493FdoHBYDAYjALk Zv3nyjzAXHkfsx/VSSIpD5kHyKeCwVAq5PCH6TyAbWIewENvvvZKLo8cJPMAmPOqYVWd+e2pbB6A 8f5IrtDAZrM7wRcPAXmsn81hs/ny0GsufBAKRSKhQFnE6gn5YpGyUBnmItiTA4Fcudfn8XlxM9Hq EWNkO4dq87kjbrf6t1ufEYeis/eYByj4fA2HIc8uZMwapjE2Bo3zouSwJFcU2wUGg8FgMArgpzpX njrG5gE+LPhcXq+PREg+n4sGVZiKRLRqzRUs80mq1WcnJVbR5/MHfJ4guejaHQkEvUG/1xPwlvm8 M789tbi3zjsmY0wTPuN2XVqkB3Q8Xy4ZAkkNXC48eS6HI5CHHuMAaFo0qoXjUYdPCySicS2OuaiW jmjhXHkg4AsEnIGAzeazVZDtXF7cSZnfZ8QvqoF8auqxjvpd8OEELpcRzyxgzBqmMTZGjPOi5LCk B4rtAoPBYDAYBQhRnStPHZsr8xmzn4AS8AcCQTRMBWgqGI3FGmKKFg9YffYAibcUuy0QDIUDvkjY pga90XAkEAkFfOFAHGOrGTdd3FvnXZMxpomgcbsuLWrXJ8DpdCkQrooBuZ3fKTud4Tz0ef9hiMXi 8ZhWEXcEYuFkvCJWgbl4rDYW1XLl4XAgHHaFwzZbwJYi28kBJ+3Cgb/d+owI51NTj3V0HqDgwwlk Q55ZwJg1TGNsLDPOi5JDqF1fbBcYDAaDwShAbtZ/rjx1bK7MZ8x+wmooFA6FgxgWqTSowlQ8Xr6w 3B2tCNsCjjCJt9wOWzgc0cKBqGb3hn1xLRqKaqGAFkqGQzMPoop7ybw8GWOaiBi369KicUsKXC5F BW1+HNxuAJfb5dLy0LkWDeLxCgz9KytcobhWVVEZr8RcRbwxHo/lyjUthHU1zWELOeaR7dwhlxZK BEMhA1zW8qmp5wGo3wXvq3G72f8GV9JM44NeN8yJ0kNo3FJsFxgMBoPBKECU6ly523iuzGfMfjRP JKJhiI9hkYcGVZiqqEi2JT3xSs0ecpLASfM4HZoWjWkhPebwa4GKmK7pUS0U1TCcmnkQVdxL5t2T MaaJMuN2XVo0n1EFsuz2QLS+AlQVQFZlOZqHzrVEoaKiEkP/dKUcqYjWVKYr0pirrGhOJOK58mg0 gnWjZU5nxFlThtupEbksUhmOhP926zMimk9NPedJ/S74cAJVNeKZBYxZwzQ+6MuN86LkEJvPKLYL DAaDwWAUQKc6V+42nivzGbOfqK+sLFoW1TAs8tGgClOVlfOWzPMm0lFHxBVVcJ3X5YzG9Hg0kog7 A7FQZTwRTWAuHq3G2GrGTTuP4NuYPupkjGkiZtyuS4u2c+aDonh8oC+oBI8HQPEoip5HIXV0qKxM pysTNWm5rFKvS9dU1qQrK9KVbclUIleu62VYV9edzqizgWznKVP0siotov3NxmeGnk9NPedJ5wEK Pl/D42H/K3xJM40P+qRxXpQcYts5xXaBwWAwGIwC5Gb9ixs6HTnmynzG7Ef3x2J6LB7FsMhPYiOS Sqere6r9qRrdWSbrblIiO/V4okIvS5GLriPpipSeSuhlCb0WY6sZN13cW+c9kzGmiXLjdl1a9Hyu Ec+XPwjJ9hrw+/Hk+T2eZB56jJNQU1NfX1O1oN5TXpNsqV9QswBz9TXd1TVVufJkshzrJpOyXC4v Itv5yz3JeJ0ejxvg8qHobOo5TzpH5C9U4vcXXM0oFaYxNlYb50XJIfV8rtguMBgMBoNRgHlU58rd xnNlPmP2kwxXVCQrUgkMi8IkNsJUqr6h8djG0PwFSTnuJoFTMuSWk6l5Vcny6iqlLBWrr6pOVmOu KrkQY6sZN60cuXcxA/yTMaaJSuN2XVr0X9MKPl8gAumeRiC38/tCPl86D31UZRoaG5ubG2vbmn2p xnRHc1tjW3NjTXNjf0NDba48nU5h3XTa7U65l5DtQilfOrmwImnEL6rpfGrqsY76XfC+mpAhzyxg zBqU91+13igfShBr/zXFdoHBYDAYjALUUJ0rdxvPlfmM2U+6bN689Lx0JYZFZTSowlRzS+sJrVpD W9qd9KT9uE7zuNPVNbXpVEOtqlcnmmsbqhpqq1K1Ve3pqtSMmy7uJfOhyRjTRLVxuy4t1tyyGAKB UBnUrmgBTQMIaIFAbR76qMpaaGlpb29p6moPpFtqe9u7WrraWxa0t6xpbW7KldfWpmtrg7W1qqda PZpsp6UDtVVHpSvnGeBybT419U+71O+CNyVomhH3KjBmDdP4oF9onBclh23NLcV2gcFgMBiMAjRQ nSt3G8+V+YzZT61eM7+2pq4awyKdxEYk1d6+eHhxrKWrVq3ykcCpNuZTa+sammrTzU3eirrK9qbm 2ubG2nRjbTfGVjNu2nsE38b00SZjTBP1xu26tFg/3gvhcDgOTcd1QCwGEI6Fw0156HP+mqCjo7u7 o7WvO1zb0dTf3dfR192xqLvjxMUdrbnypqbapqbIgiavr857DG62IFYbbqrpqqmpMcDlpnxq6jnP IJFYoZJYrOBqRqkwjduJjjLOi5LDsX682C4wGAwGg1GAFqrFDZ2OHHNlPmP205RobGhqXFCPcVEF iakwtaC7p/f03kR7X5O3NtAUwZWJgLdpQUtrU237Iv+8BdXdi9qb2lub6lqbljc11c246eJeMh+b jDFNLDRu16XFlgf6ybxNBbQO9QC5nV+La1prHjrX0go9PX19PR3H9mmNPa1r+o7tObavZ3Ffz+bu 7o5ceWtrY2trWUur39/oH8DNWuKNWmvD0Q0NDQa43JpPTT3nSR+xWfDhBHFDnlnAmDX43n/VTsOc KD2cWx4otgsMBoPBYBQgN+s/V+42nivzGbOf1lTzwtbm1gUYF1XSoApTfcv7z+lPdR/b6m8MtZbh ulTI37qovaOlsWtxsHpRXd/irpaujpamjpaVLS1N793GFASP4NuYPvHJGNNEm3G7LjlME6YBR7Ic yaHwApjhJVzRCDqmVCiHFFRBGyyBdbABLoQb4ZuwG/ZwDXwL/zOhU7fqHr1OX6rv0C8o9yUfzmaB PNu/AubBfNymC7fZSLcZK7jNObltsi++47U5uxkWQ3P2Zumnb3N/zfzmhweu/82tB8577Y8Az97y ckfO5/eJlFu4vuPa69ri2uf6rmsrvl8B8jvheB7f+Du2IgfEbAFRsoLdASArbtXj9fkDwVA4otFn eZZDRTJVOa8qXT2/prauvqGxacHC5pbWRW1HtdOJkm5Y2rvs6L7lK/o/csyxK1etPm7NwPFrTxgc Wnfi+o/O+LQVxkR1Vz5/19RVnyTydC5dEme6c9ngCWuPH+jqXLK4o/2otkWtLQsXNDU21NfV1syv TlfNq0wlKxLlcT0WLdMi4VAw4Pd5PapbkV1Oh91mlUTBYjbxHMzvTSwb1jOp4Yw5lejrqyH5xEZc sXHSiuGMjquWHV4now/TavrhNTux5snvqNmZq9mZr8kpeju018zXexN65pGlCX2cW7d6ENNXLk0M 6ZnXaPoYmr6app2YjsdxA703uG2pnuGG9d7MsnO3jfYOL8Xd7bLbehI9W20182GXzY5JO6YygcSO XVxgMUcTfKC3bRcPkhOdyoQTS3szocRS4kHGlOzduCWzavVg79JIPD5UMz/D9WxObMpAojsjV9Mq 0EObyQg9GZE2o59K3g1cru+av2/0inEFNg1XO7YktmxcP5gxbRwibbirsd2lmcCFLwUPZXHnas/g JZNLI6bR3uCpOsmOjl6iZ25cPTi5NE50aAj3gdvyyWXDo8uw6SvwIPav0bE1/uKhwQx3MTapk3dC 3lXu/W1N9JI1w6fpGWuiO7Ft9LRhPDXh0Qwcd0F8LBzu3JM9AOFefXRgMBHPLIkkhjYu1XZ5YfS4 C3aHOvXQ4SU183cp7tyB3eWSJxIO5+TE1nwZTdHqJNV/XP7IcsSjxHLsEBl9s46eDCbwPbUS2doK o5tbI/RzdojDrTJb8IycmrH2DI8qbWQ92T5jSSoJffQNwB6QeO3Vw9dsnFgjJJU3gCRJP8l3NSw/ mM5UV2fSadJFxB48p+jjYppfWDP/3HE+kdih6LjAwwer8NhuHGqrw8Mfj5MTfPl4J2zCTGZk9WAu r8OmyBh01lUPZfhhUrLvYInveFIycrAkv/lwAnvyt+gY4MtIqfw/WfF7ere1ZTj/3yjemivvX5Po X71uUO8dHZ44tv0Dh+Vy5a35solUxtMzaIrwEyk+YqKl2CnX5yuTzKAjY07iP4F26i3jooS9kq7h 9GUZZbgvp0O2ePx9bjSe/R3Zii4ObTbhZqat+vD8UYflD3PPMWpCh80pvn9g3eio7bAy7Gq5BpdP LLDHw8BgXO/JwPH4l5nEf+PZfa3EhiKZTjxkPaQC9r/cqonsYRUjE+khhPTOmvnLcKAbHV2W0JeN Do9uHM+ObEroSmJ0D/89/nujO3qHD3ac8eydl0cyy64YwmO1jWvDPwoeuncluEtX7+rkLl2zbnCP gh82lw4MjvEc3zPcPbSrAssG9+g4vtO1PFlLVpKMTjLQz+GbHOMlWj+ypxNghJaa6Qqa3zzOAV0n HVzHweZxPrdOyTWUog114heEzePmXEnnwdpmXCfl1o3kas+bqC1hiUJK7gSefK0ihTnI4NQzMDi5 29G/ZVJwQvWggx/tX4MnjRTaWiO2ScU62TDDJTIbEufHd+E+M2sTF8RxZSKj4wCHlXbB0drQ6KiO rwQ2v3ntYE5JETdfwz0NZUY2Hawb0YYSk7IO3JSeit0a+bPLt/aJg62dja2RxOjB5jKbC7aG3me4 E4nSf9T9Xc2QyLWPH2y5RkfXj65LxHHcLCMNT/iBWZc2RPeAnlxLPMG/7i4HDJjmkxdfDmUQM1Wb 0tCOy/SYUBYbN83bnQrGHrvbVAUH0HhT1Vh1WWyPqdJUNnZUrHPclNit+hrlrhqTjie4jqqOehba 7Wh7TeQb0AZTFNcrqBehjaDdjrYX7TE0/L6ISkp1tLPQbkA7QEpMZSZtTI8pXZWmEG4bwq4imwLw OloWzYR+BrDVAKxE24B2FdoNaAKtR9achXYR2l6039GSTlNg7ItN6Htg7HK62H3aGY00uzGXXf9R mt19wlBueczq3HLp8ly1tly1hgW51bXduWXl/NxSTTaOkKXN2bivy2/y45v0o+M7UDn+XpA5DmJw o8kHGTTeJEys6TSpuytSjTfsNZmBM/EmDrZALLvPxI053Y1dNj7Lv45fJWP8b/nXciX8a7td7sYb ulbwL8DtaHvRTPwL+Hqefx4u4g+QY466BO0GtL1oj6K9jibwB/D1HL6e5Z8FmX8G6tCWoG1AuwFt L9rraCL/DKrC76cxzH66z/1Ycz/w/H5Uhf85vq2fo8r805h6mn8aXXt8rGVR4x6aqK6bSMSSE4lA ZCKh+hvH+R+P/bkKe1QKzzT2qLtM5filtclUPpZswO4XHGs/NTbOv7hbr47d2FXPPwEZNBJUPIEt PwE62iq0YbQdaAKmnsLUUzCCdjXajWgZNOxlqAqazj+E9jDaU1CP1om2Ck3iHxvDZsb5R8dS3bEu P/9D/n4I4BF/hH+ALh/m76PLH/Dfp8sHcRnF5UP8fWPRGHTZsRxwGwWXCi7rsNzCf3d3hRrLdrn5 vXjsYqh1aEvQVqJtQLsKTeD38uVjW2Iq7uQueAi/bsf4MXiFLm+BmyToPC3WmerBDqgTSbV1YArl Bv2GFN+ZuuYrmCWS+vwXMUUk9dkrMEUkdeGnMUUkdca5mCKS2nIapoik1m3AFJHUygFMoYzz13+7 ojLWsvJ0Tu+S+fPwKJ2HR+k8PErngZk/j7zgz2bi21fH0mk8Ytd1VlelYyN3ciN3cyPHcSM3cSNb uZFPcSOf5kbauZGTuJFqbkTjRqLcSCc3chfXiodihOv81mHZRZ1BbuQhbuSb3MhObiTFjSS5kQpu ROdaOsf5+NjyJrropYvdXeSPDpcdi3H0kfk4HtE49vk4jgl7UR9Fy9JcJ1bSy3OVQ1GyLN+dXpLL 17Y1noV/PvfghvfgabgHnkMz4wm6B7vRPbiTe3AHMuoStA1o+9BeR8uiCVi7HB2/iqqMWoe2BG0D 2kVor6MJ1J3X0Xg4a8LF26ljxOm6CcdXopn5e/BVjq84H+8sUzSlWukzXaVxcpRbGc1G+Rb6/w6A 6pbc45zzjj853/yTE6xdVv7z/FVk6OavnlheNfZnHLq5a8dSd8W6fNyXIWrGnsctghSXxGUr7KT5 haBJZLkANP4buGwc09biZvJYan7sTs5Ftroj9mftpdgr2jiPyV9pd8V+oo+bubHYk7jmG3fEntAu iz1YNy7hmrtT4xwu7tRp1T1aa+ybD9Gqn8aC68ZinyKLO2Kf1I6Ona7Rgq25gpN2Yq5Tjh2XWhfr w/0t1TbFOnfiPu+ILdFOirXnai0k29wRq0cXqnPJNDpbpdFGE1G6w+NbxrltnfPFa8RBcaXYLDaK 88W4GBPLxIjolVRJkVySQ7JJkiRIZomXQPKOZw90VpMZCa+gkIVgJmqmaYUnSiYvyMDHSTysgIzH 1M/3r+nm+jP7NkP/Jj3zxzWJcc6GXw8tiW4uo/ZD/0B3prW6f1zMHpdpqe7PiKtOHNzFcZ8fwrUZ /lL8WjQwOM5lyaqLIyQQ2wMc5774yghZzrv4yqEhCPrPXRJcoi52L1q2tIAM/3/SvgQ8iirb/y61 9FLdXb13OkmnO510SBrISkIgkgJZnkIAWSJBmkVkCyqEBJVNVtlECC4oqCxugBoNSYAkoKIijjgZ HPE5o46CTkT0TRCVh46Q7ndudXcIo/N98//+Xamq0/eeusu55/zOObcajV2D1z6u6+jk+m3Dx06o fzG5oj6PEZHkiuH1j7BMrQX/iC8OGdyCf2C3igktdAD+ccgYVk4HDK6oGN6My1U+5MU/AB9ozA8q nwacM+NDXo0nyrcjypcOzwNfGrsBn1aL0lW+dK1W5eMw4ztQnTZk8IG0NJXH6UXVKk+109ud52Q6 8KSnqzyOFeikynPSsYLx1A9QWZKSgMWTpLJgN0pSWZKwW2Upv8aSHWPZ0MWyQe2J4ms8SVEew9k4 j+Es8AT/08+MQcEgbuxfMX0Sy3Kn+ofMgHNq/YP3zHaxiMt7YHpFLP0NTL19+mx2nzajvsI/Y3D9 dP9g74H+k36nehKr7u8ffABNGjJuwoFJyozBDf2V/kP80wZXNA4bXVB0XV8buvoqGP07jY1mjRWw voYV/U51EasexvoqYn0Vsb6GKcPUvpCq46MnHNCgQRWQVKn3RqLXgb5OhVBzkEOeP0BV3v4+1/2J rRCx7EN6yDEl/6B6A5ysqtfAXgNZFdgUqzKyrYxYlev+/r7EVrwvViVDsdk/CAVrFlYvRK4hcwZH /6rhA0U1C5nAo9dg9b/7QN2QemXa4OoahIbXZ40dXl8Kgf4BUYTSqWxK9f3iZXr9EEimooW9obAf K6S0i5GVlbAyrTbG+Nv1Xxi738isYAU50ogVD65B1RW03jN8HAEoGBfLGVshnmIuoroCJliNg7g6 3kZs2MEgin5HbM7xs2ZhjIrJoiZ2jz4Jj1THRdL1YcIKdkmsRm1WFWcQ8a0oAU43vxclcAH2QiPy DZzn2T08J3Ke1bM7+Q4Arzl2IrQP1eE5qA69gd7CF+GpV1ELakIsHBqMnkJL0aNoHbi4iVCyAY2B g4fyR3FCpAlloz3g5PagNuC9Fd2PWpEDuyLfouXoAXoannoAGVAqGohGo3noITwishBNQme41agI jUB3o/l4RWRCZHPk4chz6HnUQv8Q6UR65EbT4WiLXOD/Gvkb6gVPPIa2ozP4Ye1BpEAvK4DzabQA 7aAhDkdmRX6FEfjQvTAGDpWhNnyMBKH1Gegb7MJL6Y3QyrOR+shx4EpCITQb7UCtuA8eRnz8pEhZ pA05oI/7oNXtqAEdgqMZvYY+xRJ/MfJc5CJKQD3RTTCfJvQnfIyGO1eGS0FiPEgpExVDzTz0OnoX fYD9+E0yj5f4PF7hF0c+QjaUi8bDaPfCk+fwz+R+OJbTE9zQyCBkBLlsZdJG76AvsRtn41G4nGSS eWQnXQCpb094NhfC/zkg7yeg9S9AnQ4RiZyiz3IvcVeE5PDZiBFWJICeRE+jN7EBZurF1XgV/hj/ ndxIppAnyVf0UW4/96E4DWY9Gd2FHkIvoZ+xBffFt+Db8Gy8FK/DW/F23IY/wOfJQDKOzCXf09m0 ir7GDYJjLFfNrebX8g8K58MTwsfDfw7/HMmLrEW3gD6shNE/hnbCzFrQKfQJHGfQV5jHemyEw4t9 eDxeAsf9+CH8DN6H9+Mm6OUD/BX+FlzT/+IrBDwuEUgiBEEsFPKTBRBtPkqeIqfg+ID8g/yTOmkq ZKl9aAmtoPNgVOtoLRwH6ZecmzvFRUDOefw2fhe/j3+Jf4u/KEjiKvD1f7z6bGdW5xdhFF4f3hZu CDdFvkR2WEPwIpB8lcDop8FRCeu9DTTuVXQaSyA7N87CA/AIkMwUXImr8H0gyTV4B35eHfsr+ChI 6S/4exizgSSpY+5N+pBBZBQck8kMUgVB2cOkiXxMfqUi1VMTtdMsOoyG6AxaQxfRbbSe/pF+Tr+i l+lVOCKcjkvhUrkAF+SGcVO4hdxO7hvuG34S/z7/taAT7hLWCs3CDxDdDBBHi7eIIXGLeEj8SDMV tPNtdBAd7r5pj8/SlXQIPYg2k3wuAdKZP4E+T0F30DICmkr24fVkGW4iafx9Qn/SH49EF7kAyPoE 2UUuk/60DA/HY1Elif32VLBxL8KthHsbdXBHYW5/gpbvEyR8P/lekFADxErF0Oc7NIcL0vfRp/QM Frk96DNOh524g+ylo0ELXuMG8BOQjz6FXqFVeBk6SIYgpLui2QR6PBK/CLgwDufhX2gEMtmRoEVF 9O9oNZpL/oo6wI7Xo8fxHdwstBnl46XoG/QCWEUmf7eQJdjxe2QOt5FYcRMi3H6YXTFOw5S3oTU4 RHcI35NP0EJ0itOhL+jLMPpT5BVaxl3kx+DZYAHL0FpUFVmJFvETuA/xLERxOUrnzgK6LaV5nA/u ywFVJgGmHQLrbgUcGEjLoMQFmjMC9GI8IMQOOJ4AnOBAg+aAjd8KKPYn1CSMI81oFm/EgDoIce+H x6CJkRfQ9sgsdHfkYdQL8GBdZCm0uA99jbagffiB8BI0H9LKT8C2R/BDySl+aKQX2Ug+IWPJtuvX F6Sdjl3oOzhegS8D+CNoI/cXNBaVRjZF/hu0uwcg7HZ0OwSu7TDLC9DDf9FjKD88khyIDKXzYb5n 0C2RvZEUrEOzI3eiUegoel7k0TQxCGtcjz+E+S5BM8iYSA2dEZ4DctgCUlBAWgsBfzZwVdxq7p8I qftwAHw8e10mokFNBLcLYjPZrlgRz7VTpBO5dowSNALfTuhRUCgtwEtv5ArKl0s6S0bKl0rKOktQ KdDyVbjk5vjMPnM6XCAWR1e99NhVhUdXkJc7xt4m1sO8t4C/4pEWLTsgsC2/BoL4ZvKqoteUCDpt P65E6IdxdntnOyrtPFeaeCBJrQ1ALUGCTv8+1fbj+3IlqC/w0RJCvBjj93U6/UrfnicgloYRhUrK 5A65HZpoly+g0tIyufMcxNKNPIQ6WC6RSyoqcnOs1JxvprRPvv2bojMFz57Cd1ItHhI+cvXn8KNt bWysk2kjuVcdqx4tbAFn+0tjanoB3xz5RUkNZBboBR2IG7Ixnhf0F7QaDaUEiZoSnUm7Qku0EHso doOpQPsFplwJwYrBXIATpKq9LjbEIJOa3BkMlajCY4PqLIELNluKi9mZm4ODQSsbHs1Xr7V5bb0+ z23LoY3YefFi+Nvola3aTZFenFUYiLLAu/TFHynpSz2Yy+lZWJg91DfeNzo7VFhJp2cvpvf6qrOX FK7zrcjeXCjnNke+OKwv9ni9aQU9WSrV0+svqNT0zXJIRV5HVo5Pj+xSEawmshf5cnJOSkU2SSrK kXxFnDNPaCbPHRrNY74DJ7WS51AiqWt0ppwONuM+is5md6xwOm08ymrGRQ1YlwelTZmnsSGpFdLX RPJEQ5/qAJOOzlKcE1ACKwI00EzGKKYsh9OZkuL19u2bl5eZCU8/ojiQ3WYLBnNz9XqdLge0dwX6 ANSqmUiKlu9dPU9eLhO5FW9GAu6rmEr5UfxyfgvP8QnF7z6oyjlU1nGpqoOphHzt6Oz+pQQqgx2X OlDpJSi/VFLKLnJnu/oXajdbnMXrjL2D64zLjpvgk5vjunGRcrOvSLKmpfvTU9OpYAkYTQYTEYp8 fUbh/B5w6WntPQrlSHApTO87Cvu8RX0LMvJGofy8XuYgVAettmxTLrDkSnrExhCMXaJ3zOLBrGDW ypWYhZchHOL79CYZRQ6nw2kOZAQCfQqKCotAKViBGAhkmB1OD7HbBNFOBcFuczithYV9CgIZOLxu /xLdQXufEZXzaspD629rrHx60j2uVnnGhPU9x1UWX3itcs6iWUsq52yYtvV0k/nWtzalbh08VU9u sA/MefHOY/eOtpSXm8pufympssrS+c9Ua3rlw+OP/Ko9JPSQ14cmLU3vdBieqr793mwGIPdGTgq7 +NNgK06UiDIA5UVFV5tQ6yazNe7ERLbPZHIl2FyuBFei3ZTgzg1ajpJdgCYzkER2KXrqTkigONHl Su/BylOgvDfZ1ZCuTzpKdqAgoFQu2dGY+nIfgX23w3cTNKllm9YLC26dyPAoBMsoX1bXsqOzg4lS tSygu8xqXe/gMvl4dBHH4PxMTzAF5XtzU3CvAFDZaUAZiCkFOTl7CjbrgLJqgMpK7pGC83xw6ZnR OwXl+OFixFIKdvBwkfWWFGQT4YLi0TyOEytxyFpQmJ/ngOXxpwZwKluf/Dy2PBTnY/xv6u7duW3j wcNrHziAi2+smDhoMJw09eGrX+Kvdz4OFeugoh8rHFIxkZv49N/eeaP1vRP4nZonH6qu2bG5+tdq QfvPn/HmnZ+xinfx8ZonN9WwCkCLCZEv+AxYpxSIRwvxDcofFtsXOBY4F/denL3W8UL250izLflZ B9mQvbqQrE5a4yNNDjzVOc1HHHbFUYnoi55PHaQ6qTqZLHQvSCQL0RIH2ehcnUj2219xkNWejV6y Ubc6ibzvPZFB2hxvJZJW9wkbmVPY6iBznDPyyYxsXJ4/qZAMzZ+YQsocgxJJjrs4hQQS07wE9erl 6dVbp0OJDkey3etweL2tul42na5XIFPGBZmeflSfuDbZP3mqdb51t5VmWxUrsf4teYsLu5rJRCUp YYBngTcZJ/ftmzl5twEbdudO9opYrCyqeiKmISGGBu2XOkJwAxq8THtHaQczcSNohmgsWWdkN7lE JQCGQ7/9oNg9XYB1ywBzLCxiRhldSh4XFjkFkVkmVs3Qr66rE2Mhtr60reLDxV+umfvqK9MHnXp6 2xvh/8Fir4QjOWNmrFh0V9izcMiUYTdN8/txWfjQwzM3r7qlrm769CeWbl//2dgFmwetebt55Z8f DR+YUNPj2NK1t20ZSh8YMrt0+JTJg1OHZ3X2wdtvfeymimMzwCyWhm8hU2GlZXSDosswYSRbRI0s N+P8RrTLqIG7YhZ3GScjKlMvpfRl89ObVCF1XmZmBG6ptITNHweImQFOviDCYZcxPvPYn8omHl25 KOMGP2h6+Jaj+BdsvPBp55UPKjZuO/JaOCXsva7/GYrUg/SQiVYnY2TRshHodlEM9ya0i042Nkcu NskyGQ/EL00mk0q0NxkMKvEPxaTTkfEmY4qRGF+2xMbIbOtfxmn1I3NBBuBjRj4Ao10mnQw/U2/I WLzy6MSyU+Fb8Fn85dGWbRsnfnil89ML4R/DGhjli+Ev8GrIMnVo5EEdhEAvCc14tBJQQwuswyVI Ryh8QUJfsd8oiMDnQTy5G/But56FG6BEl9rlDoAZwBwVbOQo2uTm5ANAAyRnFBYWHWobfWteMax7 W9WDgbKEabdBvwNxM6kkd4FF9lQS5pP5lJThMujSj4ibnw8MCdz8h5gPaw/J51B2WUduDqqCSfbx 2QeSTNx88CDb3GyFyzoYPUXpiouwwZZEh/gq4nZD/W5uT1TxQwwUo4NqbWPxDWa7B6QY1oeisS2I Rr5osBUTiAoUr634cYoJ3UVfpYTeg7CN/RgMA5+OnkfkPKzbfuica1zsYv4KMDe6Buv43sHQsqjN BIN2hm77a8MTEvh//Gpj8dT4yDecmT8G+pCMPz9AWOyn6Nwejrd5DAYnBEzn1bVnhJLAFl9rRhIr QQ5JgqvEylA2LHwbXNpgPmxGidEo8vqWLkFLAmvpHGiRSlxQEvR6gTUpsxIkSxK7srKuJq+1qYzk hHVkvX696T0jrxX1LjLEOsJ+c8KNieOsk+yTEsYkzhXn6qdb77TPTZiauIjcK9yjX2xaJzwhbpPf c31KPhY+1n9mcncNaaAcuYQkJGEFlSNn5EfwkvoY/QsyIANWFHO5s1qr+PwFOVqMtDJEkAN18FCc URs5H2U8XK6tTTFLktSMlaZys1GvjxIagwGIxnJzNWLBlQQteRF7Px9nRZoYK4qyHipHtR4WJsmX YeoQA8GVkaEqlYyJAoeqUKie3FivjJ7QJHgT5CQw1gbi1b8eOYsccFrgNMGp/qoXw1lRUWGVLQwL HRYwQhUhrTLDPbMMWCgK4+ee3n1PQ82gytN7Plq0tWX/0qX799+/9OYQOY05fMPLUxrDkU/D4fDb dU8cxk+HH//+Ip6NKy/MWct09gwo0hXQIR36R6Oua2ZxQheXBooTuuhcuyat+Mopi8TncsvJFrJd w73MYS0SeEK1PJYIPqlTpadj64AwQzGIjVVsAuI7xayqY5KqjkZVHUEaSgJTtrhGqdrllngFYn+e tWVkbfHYyys84RP0rbgEP4Cihl0Vlbj6gS/RTKrUWYzNLP4HNxOPI3x+syCIfQBK8smVpoGnxz3+ VXYNt2TA0pRXhp2cAqMsAXsUQS4e/HPMHrRm2eCyWoXxBmYOZrNKXFC0sgyUx8Z7mJk5GYPHw2o9 SUao8Uhs/J5mckSRiM7p9KbIZkixUgDRsj9qY9c2lM3UI1jKrsfzmAGSrg4li4WoHSpak5nE+zmr 6C1WMt5jY2Ws7QZompm7Xk/GOxnCq7L8vd6YTbL+WG9qZ8qw/nx/4Qj/hnBEfFfzXpJ4k1QhjTPO le4wLrYstm6wHLV87f468aJbekN/2Eo8OlkjCCeT3LakJLcmyQ24pnEnUYNHhhSmcZQZm5ux6yAb J2IDa8RE0l1nrLpuxqrrMlZDua7aeRoUkhksPkJWIi+SIQWRzAdLyRQyjywnHGklaRDGbjmgmliI haZBhpaqbUG2BzFqNL3A8RyDBSBR3xEzOEWbKCfJybJHFl6PXEQimJkG7lo449bWtwJBfrCgoiLd 7gsUgYLEQw7meKKhJThtQeTEq0XEmf7sju/3bV+y6incYv3lz6cv/9fet56Z5KmrG1gy/dj9x7+e OfeRpzZaT33yXd2EF48+t35aLmhWeeQc5wDNCuKG2ELrE1wKWy9XEsJMwYMSfMGZfp3BJJk8Ol2m 3ZPEeTKT+EyD3yC5EsDle2VmMl4xwFadsQeyGeK2ZbMDWYpLS8FxdsB6d5yQT1iK5ePBPHay9c7h DQ7DEMNaAzfEfKv5nkQ6xnGnXGm7w7HQsMi21rDRtiHxeYNOLxmMnIihP8wWlv1i6Qhmm7kGSD4l yc65WJ6aQGYrWhgdD8MzWK5bZ0u3dbZ0A2VL9RTvPC/xuphdeFeI1z0kdntI7PaQWB1QkTyAUUAO EJj1pcPs+UBtL1cz7tuQcBqzXBiB8PRdOF3bsxk/HFOWoJrJxKH4UjDUhcid7cwsOqKpaVR1utSl gfdSsDZQiwoGHriqwlrkiCUUALxFXWRcOZh2iOyKIP0ob0p5bO7yV59Zlj/CZtFXN6+tnLPJ1uT7 7pX7Ts6deceq2vD5j9+M4NWu7evqVy3dY9tJ7ls2fdWaNd6D785quGPKU709r20+Fv7fc8zTuwGN ZL4VUNqAfzqKpMivUZE1lRuEGFTzccwW4oS2C8XjBB9HcSFOaLtwPU6ImhizJk6IcT+n0XTxxJyA Jk7wcUKIE9o4EfMYSlG5ZYI0W9oh7Zfek/gRdIThUY5aAD6QJFCR1+mpCH7HYDhJORulHDUgIhk4 kR4hR5AGEbxb0SGOAxZ0Usc1k5mHeV6nJKcU6OIORReNTlTighqm6JpxkWIQlVR/gbjC10esNRFm X3qDrQARmXgJJexh9gwQ7YfYM+SgsRlvUtXmH8yLM39yieFziXxOVt2JfKnkcom5uBjH8l8OUEbd yMDq6y8DBH6WYsDsjxR9fjFN7VVMueTkEtZEBSgR8Cg2SdEXSytGF0tKoFhKTYJ7r2LVL1V05bnd PijoM/v64Hxzvt1vpmZMtnWuIU8/cuJEU7gPnvI8PXT15ufDewAgH+ucy3w6iwt9/Avgu95utMbX 3hInrFJsFS1xwirFlsoCRAszvigwtSAM0jIw8eAko85jtydZmCPTmzjOk2QwYiS6wImrQaZKqCDG XAwDIWZcYFmdxwF4GO4UWFRXaFKvw92Lkjcmb7Putb4tfSx9lqjRWl3GLDe16uwWq/Wk0WQzWm1G kwGwR7GyrhXjbshWjCbFjmPDOGzi8GmGS+BwFDMbkHmKzDawtsic/B/jikvFFRdGLtlFXHFccdV6 LUdxH2TCjwFn3wbjwd/Dl5Tr8eU6hAmx/AUwRZVByAwn20Fdp+kd5EFdUHen1KTN4XP0reCLqIo1 DG2qIOCPvWftDjmAM1af3UcBa5DdJrJNjvGv2bffuaqpbtOtm3rs30w+6Tw8as3WY1hT89ClP3Ti FfLGB48/s6NhVKmD/PBy+J5J4ct/fndrw1kYfhloiR38UDLK6vJEKSacgqdgihN7eBTI9g0QbiTy qR6bQefBKF1mgYiaScgep8yW3an6IaeaSThjYX/bR23yO/HlD3XIx0Ns+XvNTcCDRcU+OGGwd6Jl nHcuvUO8Q1NpucNbo1mY9IBmbdLHmo8cZtHL5J8RNUthvJ8FO4mM8qkVbFijDQQGlohPszitmXmg +CAx8wXoYPp1a5/ebe3Tu619erWsrj1k0DLAB8zt4mEWccq1PQE3+jZ64gbjiUOjB5DsiNqOBxcr hlLnFOc853In55RjDCANFeqM5U4Ha8rpYGN2NpO0xmBXYhD1Pd11pSPqiFQHBALrUowWFqA0ZXj9 Xl9zXDPUvTCAkQosQmLOon9BZK7HwuISfyoyy0XMEWFbN6WhVxpdPW+aWz5w/O1k4NFZTZ33frDm y3D70xvO133eWTRq88gFzz2zZPGL3FhjZU5ZzoALf5s+Nfzzhxs77sfD8VK8/819b139PPRiRfPO J159leHLNPBGDn4vSHK+YjxuwBz8EQ2nBchm8JBDMKeVDNWUEibgUWr8RonbpKnW/g8aBfo1hdBS uM3DyyFBSTDGzIjtLleVlF3qGClfZrE7y4JZXFdsLo4GcWAVLFsXEBVEf6HFUjSNHtwU7hheaGqh q37awP1at+mxsCV8pfmzOvwdfvcptpc/FrQ8AbTcifwohzwS1fMmCSV6ejNXAPE6Gd+7t8XnEfge HovBw5ymmjJfOqRmzEET20thqm6KB9iMUCtNLhrfaKFxLtplIjTNLjF2u9qiXTUR+7XM+Pq0m0Xm HewlRSz7PqwORIgPRIgOpF3Nwk1xVxXrn5UBcVVJZYWsW/akXcVZuzrTa/OLdwZ94ezYAOIns9Ky Pg6c6bjJcVPgnPRtDq/NwcvQMryUq9FU6RdICw2LnQ+ijXgTt1azUr9GWmt4yPlH8wmrRUIeF5Kg p929cTdhXmeHnm526Inb4aFyT/UbWqwdaCGzULAbd7Abd7Cb1QarTYoXrNaEkUk2EVMz3tqU54qb qituqq54Su6qrqeYNpNZjWlxprQ4U1o8xU+rtscTS69dsRN7be67cVxXwVxN5S91YXtX8GgpDqmi jL5g6jLb1MjZhiSvG4y2wevNZrdeXohZzx7I9OL4fwQJIsoFVaiqogJf2+nsih0RlFht3Sy4uznj yvl3nnvj2Hdz71r3UPjyJ5+EL2+9fe3c2Q9smDlrfb+baseu3Fe3avlempj5ROXuT8/snvl4Zs/j 649GEMbHtryJx81es3rK9HVrrkbKake9sGLVi/tiO0nMSjwoi/hjGqhPAa+YbgafeFlVMeYcVUx2 sRS9B9Mxl1lVMrOaqZtd5p5BfQ8P21ccZaRGow2NxlhNaAwy5MOYuehUlhgyyR0PhvJUtMtThQf6 xwxCZr7j83e6cuBug7gWZihZapxhVu3q3/R6fV//0lV2946UYf3cIxyK/zbHrf6Z9E7HXe5Z/sXu ZZ5N7gc9Oxz73Ufd3znOeS97rTc4djrqHLRf5h0C6eEZZZzC4pEk1gk+PTrqiZpYtykDM7rpcUo3 PU6J6zGjcTHSd+PTRy538em78ekhCTZfH6TU9mR+7iD4ubhGp8c1Oj2u0enV5i6NNitmYq4NXqfR 4H5i2hzT5a5Q5Zr7OYIyICbxR842+ryCN54bV+FQRSwNGkD6FGQwrwN3BApsMau7UwEc36IHlZ1f 51g6beyy0YW48Mhdh65i8cSWjiWLf3jm5U/J+8/X3Newf+myPXisvPjuEcv/Ol9ylc/Fmr+ewfKO 8N/DP4a/CTe+8gYtePLQ8ac2geshqAXcz1ouoL5Z76t4OR4JopYIJRwtwQKnIyUQdiLCdpn2aGK7 yVXMi0AurK69aqZW9vYXzpa2tjZa0dZ2dW9bG7Q9EbyaxJ8GG0hFa5RsWP9EstS9NJHc7p6RSOZK 04xkojTOSAqNg40kMUEjckjOMJuRIdOGPYi9Uvf7Un0lKbqUktRUb4nP50GTPXfrJjsr0+TJXjM2 V/rjb9XUd2psb7tE7lS3uS+XqMJvNzuLYy9IUCiEo68lmZSvpZgcQwkjEdkE8F+xx5GbdqTvc/dW 73C1JPz8/l8wmrh6QqGbNLfhOWmWyrJ+/YPP395vzq7a7Y62T797YeozNSNvnnpn+HE240gnQnwF ZJUiMpLpA5Mh2v+l2zbN1S5a262c70ZzcbpbsihwXVmjJL0ee+TXqGoDm6DXvx579lK8kEjxQnyt UNDFc01HfAsynq7o4ymvThfPa+OE1hgfRrxEjJYcLsdGk6ymeT82xYhfVDQjzGFXqL5W9Zu8es2W c+RZmtnaqfJ6Wiu/x58QjskXZb2Gr8DlZLQ8W18v/yT9ZPjJqOUkzsAZqV6n5TlOMhg1gihKQGsE ScQIsR83mNTtTa8o2aCKUMrK7KyMejnJBk9pPTyv8QhUaCbzFS3SSN8qBBPSivUA2nrFInnRDJGO Gc2d4s5wtJbDXDPGin60dEw8I9FaCUvsu2wST4lkubhCJOIjpo//ElX/BDjhzwUm4E6QOzqQq7TE 3VHarmpfB3vFwF7gruvtUu/R97qQ1srHjxuPH1/HR++glMPr9WOH13tumRhFh4kTmjgT1YitkYvs hxxRj7agKvQ76WvXx4/zsZ/6qNVHAxmCSEn+n8mEz1/qfHLPJ/iH7UNTk/L51l+H4qPhwWQi3tZy 70MPsghuG9jlt6ClZjVTqWthqqNksvcMHDfUX+6f6a/WrtEKc9wL+fnaav1qfrVeyHBoqSsjy+NI 1kIMcr6bJp//7QsAxVWu1VotnqyszEyUlOwB0ad4PGakccGz4a5nXd2Q3AVoLanP6spdAUFiIaDQ HDmnpDMnJViYgxIEtsSCho1UUJVKsDGFE8alX9fu9flJvF25PD0gJbF2JR1rTWJqKrG2JHdPGONv chNdPPXweNVtdm9sj/2y6jdVIra//muTqo9RQojuuOvUXfZQsP8kV9cOeqikk217jFS/l0X3zaKf a1uucAJusV+AMBceNLPfBGCLM77bnm/2ddsUMxI/9uVFN1QDfh/URcEN6G0ksO/96pmzHthy64o3 N4UfwTes7Hvz8KGrdoY/w3dNDtw4sd+4xzaF6/jWipYZk1/Izzi6YtaBqbl0jNkxs+ymeZlXdotS 37lDxyzKZfnJzMg3/D2A5Mmo8+B0UplMcDR0V+d6XpnCKC/KM0xH81FN8gq0JrkW7eBfos8bWmiT 4V3DB6g9+adks9GSbE5OpllCD3NWkjdlmKHcdqu9PGE2Pzd5ieVByw663bgjaR9+juwz/7fRimzI LdtkN8de+TX0KFYDH2+PYtmEMJdo9Ug00cNp5YDpZhRgv7Bypzjji+iML6Iztoi6cmfAq8GAoOpX Q7lGXXlNgmf6pOivnYIhdUFgbdgPcqIJZNR5QBV7wwRZ4gLsFDh/ahqI2JIGnoP9sgX8CLHbLMwz c01v3RB+++uO8F+efBXf+NbfcM/+b+S/9cj+v0+669zaZ78iJPf7K2/iuz/8Go8/cPb9Xrsffib8 /dYj4W83HmU7kjvBd0wEqzShZNxLsXhT8I2aqO2YZY8JaZzX6fj1b+jiOp7CpqnFKermt1ZVWK1O fWPpUktUlVeR2Z2SLMeFJOtiu1VyNPwBlZf/Y5X/Oa7yv8RV3vM7Kh/7GrpOz3NzblykFNJEUSNo eA2n4YQEl9tFBL0OLFRHBbvD5rA6qJBInT5sMcLFpUnyYYfO7EPq71fY/713JQ4xm3A6nA7I2AlY RLovL/aOAdJ53078z5cm3l9RUz1y8da2B8IHcPHW53OHlD1+58i68B/5VnvyiNvDp47vDYf3T8ur K8wd8u0L537OYv+e9BlASfa7dT16XbELvEejEUVEObYgOq1HjzQi00ebbCkQx9GbvTqvgejcBk5L ujxnfEe4C0i0/w9AotX+G0SR+t8W09iYgMvioBIqu9T+GxTJzQHx2H2x8xku7epOGrz633QN31oX Ln05bKiDEe2DuT4Ac9Wil5VUda5bRNw1XZjqU17i1RPi1v9/zk/RR9+Tx6Aj/JvZ6fpP+reza4/u XrCY+l9nto9+fvVrUt85ms2qX13nTIZadwFqtQBqpeOZijvRlmj/P8q+BDCq6tz/nnP3fZl9Mpkl mZksEwiQkDAQm4sKioAElQGUqbGKC7gQFNxrbCugUqX2abXVgtVa3AoSCCn4NKU8q93wtYpKXXg+ cKsoz1KeApn8zzn33slE23/7onPvN3cuk5lzvvX3LYHddeDrgg9YdDpNpawQzFBxSNRKAH8OALhQ XKNRsC0CkK3LpEdJXLpC4tJliVML6SRNo9Wp6ybY9wHynYlT5ILg+8ieEqdIw78FLu+tA3XV3jJW e8tYXVZV1dmkBKSyqpJIMChFsheeN0pVzTaKR901MsgiYbCrjH2ghULPnQRMHmM9SNZOZWqrYtFY JEZzStbIBLKJrJBhsrWZsFqdooK6L4Vu9vuSPHpWw2ZSICYjofOb6BAXUykqTeMpTgQwyzl1gN4P FkOqCCZmzFEKMhjix0KkIXFRjt9ikI5sN+lZ8Iq7Sy9veL20fmsf6PrzegDuyW5KfaP/qtt2XZua tBrA733z8Ndg51NgaP/yq38Bvv76XnD11ksG/m3cst7Zc78zZ8363aXPey9oBybe40eR1qzBUgri OFEwaAd9gVaGjovSBullCUoshLKAtMuorRQqtlLwtnJbQUjyPIczHcTlQFtoy8TtIIgsh3HTAHE9 AHE9ir0qUKHs7aPs7aPs7OP2gpx0s/ODtoQ+1L8gFoIrFhU6NegKfVIFSbVL7VaXqcyUheFcsaec li/rWIcdch0ON5CCl3yxmShagBwHJC3oUYuOj+6Cx3btGuLYHUOPwXOPTYd9Q7PRJ30eLeitaC1p 0NkHve9FewTk3S9II2Kq6oYXX5QXkvJodCurOAaFRkT51uPOOpNbXbq/gLULxEUIfZNOIsUIfS2t znnMOOdc3+CcazPOuTrunMNRp3ihUTVak+w6dhOL5BDFB3dTG6jNFNNM2VQX9Q51mGKtJLq4jqJZ J1WF1zzs7sXH3l584u3FUdtwgguyFz9h9i6sMGanLFqwpRdFEMWFPcs7hsquOc5hEUfB+8GL/fwu 7HtjHm0ffp++gPjbn9vGYngJdw1cwa1R15icSLTPVhkrnwEQ3crEdVEcxapiBauKI6wqZiXpX+Dp voKQlTHSg7+u7CWUZEfxEsLx4vAVmwDscjHpA0mf7evydfsYH8hSJB/uWKWPPL5801XXM61+b3kO GcWeo2VfFgVCDgpyKIdWhiq6KZe2iWhhCKyenbKJX3bhjCX1uxb+8lu//D3YEN540ylXf5P+7ERk 4DdL3karhqIU9iws2bDRjtM17XlBnFwnTeTapNOk+fQq+jWaXym9Qb+BHAWsW4mDU8+uZe5gn2A+ EliJAROZvQyuct9vi1aqlU7iA3Il+5S8ha/2oeeCe2bwuZqcB/usIL7+tn1KBP3OTOYkQYxETmIa w+GTUQjCi5IoSCzNMElW8rMseob0BocCUU6SKBYyAAmKQAkSDWVAMQNwsq2PY8EGdjM7yO5nGfYM AV+Tx/EgiQLLzTzND8BVff9QjyADICf/r+HHZyPOwkYctOZGvK+hYs8hjOFg9d2BlURHB34gk4Ej V1zfgc5hkoLlBaND6EBxahjFqVUjcSoOGF+ftNBBNfGTw32KiZf2sB1CBGdoZqtgaEariCnJQALq Vh0vzI2ICU7bmmINWuOmSJ7Bj5qqPBLRt/uDiAzmObwFspUXavx5xvbn8ZZsyyAykK+IgBfidwY9 y4s5CofKWPBACqD/efO+XfB1wA89AL81TA0dPYyUXQN8bejnJ+6H731UYhwOYxpJ98SdtgIgshos JSQxFgB/to2HZc1He1tClz0d+l/25I5+xT/m/p5//F7RcdywU4PdGvTh/4j0x1+xd3Y/RXE6+pwG 3dwnNMqOaoWIGJVZRkLvmBFBU03icCCdhggW11TVY0qx8MusrtAiBaAgyholiFCSOaIdDFc1HOsn qsGgcPLf/X6fe9/vxNZRFY4419I5OGi8/PIgLvPIudtLeRWPCZ6oUY4caXJkyJElRwFzai2mIPEI kVuCHSRtBDuSyJH3oCUBL2OC1KmwQElKVqtODqxCU0BDPrmAnHP8xfG7EYK8yU5YoCzKgAVbdV1P ztsU8rYUztzkjjQfIcEJEgfnyxQrdLrDwFX2LRTUBT+sEpiVyirlRbSUygxlhk43MBm1SVtAn8es VK/TVquCDFkhr7Zpc+BM+lTeFmarJ2vS/fAB+j7+PmEj/TOes6CuaeNYiJQIFBRVHccKiBSUs/Sz gA0gFARRkpG50jQD71O31WtBawfciBT7+C1sUhgA47cpouTBei52Z4sFKWkrt8hA3oG+tgZkdC8c QCcdUFOlClCcIlZCwa4KldSXGcAYgIXtSbab7WWRrYQb+0zsaURwAXGxIzxEtDpGvNCzaMXTA0Uq jBzzUR0rUeMQQcJW30yAMHRCVqAMeC34d0pBLoAwvJeCw3sJ0DVzs4Jeq69UMurw589oEn7RrQJ5 pT+V15pSpBKkvz2vTWgn5LYx6Kpb7ZFbuLyniDQBhtQprA5QuBhqawcp5PeAWmDeD9LgvHHByERw PmB3lgqbSgvYHcc/+97pXT+iTxybzvz2+ERm//EkttoPIvuTwDEReLePDnvQq+BhX1sKluy5dkJY CZJEJbKUQTdjWWuaJ88TFHKEyDPhBWQiBMjTtCAyEIq8wNDIgB8vG3C6woDT3vVtSNNwHOs5KmzZ KWUdWUa+oh0lAlVMyiApd8nd8jK5V2ZloTI+cyO2pOONqugj/2txGvNVh7Qcp1X4RbliroPwQ7Hn yJc9UAsn8/L51QxhBs9m0MP7tyNTISTRgSKFGePH4agC7fRWwZ6eR0s42D89L9gTHHJCnkeWAgNB /RFETnBIfLXWqQiXa/O85kcPH35+pN+HyGqHrEZkAJOfP1M2HaBCqh1GaQHYOQbmg7+m4Y5fnygh triVuQWxRO/xXjxCDMWSb7GvUBpVBVrsmVEd+A2/vypUVcUwBuOXQ3IV83ioX3tBo0OhcBVMVtvm HN+ckB1dwC4Q5xvzzPN954bODxei86vuDD0AjUicpq24LAZGeXGBCiYIeF5cfyGQxS0iz1UUW/OI 1/D28Z7ryuPENd40HvtpeN94L73I4w0lSpWP9laDat0zbLrHIno59tSzmDPKddhuEOorUFyF3ozE LhyJ0j3crFhmhtlfLs4uFnt8BpWawGCEhsSH7QbVMoEyW2G2toa6EKwBbb8F05/cWup/fk9px8YX QfVrfwZV13/4vT+UXoO/AVeAh3aVfvrmO6UN214E5z5X+t/SHtAKqvqA/P3SQRc7Y4aQrKpUGPB2 fLG51A9nGjP95xnn+RlZiSNFS4XCDpZhjVrwv1tU2VewssJOtPwOmq0VBIIYC4ZrtI7YFl4HIZqM AvR/NKx6K6p6K6qWXQX1/wqKfBXyiVR6DCMoco+z5O5ye5gPCfdQME5QMdxzB1MpE9FlQAw23DP7 8nsWflJ6qbQG3Pjsj4uzxn+ndDu7Q7MW91+xszQ09BQN1t6y6NsBFa3sguG72E8Q3weoerDTvvf8 7PosjITbA1COMQkMJ/gT/lqukR0TymWnsB2hydlZ7KzQjGyRnVe7IHsVeyN9A7uWXsveS/2QfpR6 kn6VejV4kDoYOhiOxtgc1chOYZkie0/4vuyrWSYTbMy2BvPZGeEZsWmJabUzswVhgTkvcG7s3OpC Yn5yfs1l7MWBpdkbs3fF7sr+OfxmNiKHQQDZgC1VeQrXB46ryjNhf7iRncwykA7W03x9NhxkKS5F +6IsxE8oNh2P6zQU0nFejI5ihmgFM0QrEhLRrC+Md83nCZvPC4p8WOrwvvk8YfOV2cN3BowmG3sb YWPKY4+Uxx6pssClskhxy2U5k8MkHiNyJkcaRuRsRMxmu+68J2UEp3ZxnlCeMluMl4yXii5wTS3H xrBneQY3e9VxFdgMlkV0tc0VQhNLZHu2jvnb6uX5Hz/0yH/8uvTsps1g2ktYMK8cem/jFU8ieXyj 9C6oevPSRectfqiYW52/8bxBsGjfG+CiHb8s/XTfttI7320uPgjyW4D0/dJrJXRz6Q91UyJYQh9G 1vRpJKFhqgZ22SlL1oDVFjs3cbFwRYIRSUuCQI48OaZxWIwXmLQGYELxCNkjrIHhd/usaCs6H+6r qWs18fPqulbDPevuGb3+el911nkd3W+4Z/y6PQMRGe2M2BnJs+VFsStiy8XrtOv126Q1+g/Ux/UB /QPtfd1AujNp6n7T1E1dEa0qmIoGJc7C3QRsWBSDoWgkHnpueLACkR90sKJQiErVEL0TRhykCfFR /Da6gKcc3Mez2oOc12vEeZqCAFARAkVxJOtVTKaXpXvTdLomDL9SrVNWP+F/Vf1w/9DW1+Ig8quY rKvxIwfCLqrvtLMSLYTiTPQk30x6B5zWAbbcd1Xxgw0wKeCVBFvP68Zk05qMTTLoIT6fhix7NJI3 ke230EOzY3kDhYNGTQI9ysZ8YUVSLBQM+WrpsRBpulqi9UiJT+pheMfu393wmz/Nrp83a/jIrnlX zh+Tmvlf4OHb7jvzB4+UxrE75rx4/YN7qzPpM1eUesD476ydJPNDK+iW9utPu5R09Swafp/5C/sn ahztn2pSdRX1JNkKulwNiXbAcPck4hFRRExNkPvUiqypUkHLFXSsgq7yaBSDht0thh4BHMKuL1xI X8hcTV/DMJm6iXQ+dgo9g59VPS1xanp63dn0Qn5R9fz6231aLQanMTukPSLjEVmPqPOIWsIpzs0O kfGIrEfUYdRsOqbq1Wwapum6TJveWntqZlrzuclC7bzM5fISdal2sX9x+Hr5BvUG/WZjRfrqzCr6 Dvl29Q79u8Zt6W9n7lHv0+8LxN3AcUwqa1Vlo2K2AWQpqiFqMRPGZ6nFSJGoY66vur0KVmWC6ph4 XQZk2CBbTmux8TFiPB6kifORQwqx6GDg+FQknQjNh5z/quwxmbSmymwqVh2vEniOoSEHMukadI1j 41VjojaWiruRdT8UpMaQJAFxuQ2QBF2gGywD6wAHBsBmWxkTT/p8J8/Dv5jFQqriZ/ijoG9whjiq ZG80nFcu2ROzVANowI6bpsF5Dfj7EKFsiE5IKV+xHV4lHlojkLVwbID/leXJtFWukLDOwaIfGe8m DoqzDxCgzs1zejaFJDtx+5IxVMzhiQK5I3ilkNji0gWce16IIbyeEakFlU+IDPva47Blgpt0S5P+ f6d9w02RBvyhIBMiMoptUHbRdvX8F2++6omzuxZNKV0+97JLvvnZvz3yxSp2h/7045sfzk8Cbyzo vWHV8Yd+XfrrA+A148rvzj/56lOnXVIbuiDX/sjiq3550WW/u1W7865bz5vT0rK0fsq2lSv2XH3N h+jLjkOe4A5SgXOij/PUIu8RnIdh8/8Uw+Y8DJv/Jxg20rEsjCP2ocjEeXEAXt2XdApKtnNJAJtx tSQA24CbDfjAlokuFlxF/JmHFL3raeQTngYuOegEfkeh/4FK0IiMixg6UHzPIH29nS7IX/7B7Q04 LwZ9pWrmjlIVqz799LG/4iouFMfgfIkfJGwpqy9gFggvCUxwwM2ctDJThOnMGcJK/TH2A51XKGji ZjhO9I8yXP4KNvaPgM3+LPQiVViOVKHh5r/2O5EqLCaDIBnsCsLu4LJgb5AO/kPvub+gklSYF2dL SbcrxbFiksfxUtmKSYyL/DhWTCpbMakYwBHriBVz0NDZRtGFrctBC3Gfc1QRtJhusEJAa4Jfm0z3 rotKx1/5Q+nYsl2nPX3z3n52x4ln3iqdeOQuoH5Izzmx5flt39hFupEpEXk803GHERzTxzZ5bUKe 0mYQ4RoDYRSKf6xMU6PCvUp0/7OyMfAWDGplfhaHPyrbI8GjtxYkv6o+577ve95FkHYz/9AjpKiH dODb3Fo0kPZyQIioAB1ti0WxIomqJIoVBRZAtvmt3xtv/d5saUFc2UmKzKvsdDMLGql6OiM1K+OU buV24XZxnTKoHFbkpNKlQAbKAnSLZEWgyJSA3rKzk5ROoX8tiWJSYP2CwFJIiCDrh5AV0a/6MClR grhYAIuhQFI79fkuAfQK6wT0HABbhXZ9/nwI7obrIYT4iplku1g4ju1m17GD7GGWZQfgmj65e6MD c/Xgflf8CBtOx3g0cijsdI27FV24oMuBsfwjUNUWSkeM9j9bRAvgk+DH2KtXkzxzcz26u20uRrQo MmKdBMWk4SD35R+sSlOgxcGsWgCcOvTiH8HNYxM1Y8DaF4Z2sTuOv9a77LrrmIZj07Fipyh+Jfap 4d5nKd3jIrRLSJ5cZtAq+EkfHirfQY+6w+MsfaRakOHKmHcFizms61kk2iPQ7/M8Gw29hcd9egUn 6hVGUBl+Bf0a1S1ldGm7pdBAZc0GKxvOU21m3moLz6BOM2dYp4UXUPPNBdb8sHG/cL8OzTBOxBjk 6HoLLQaIRnKBVrZVOZU9VZkZOIc9RzkvcBF7kbI0cA17jXJjQGcDGCO2BKR3IWHZzk7CoCHiGGA+ i9MMy0KOR3wmIWUiqpquK36fZeE/HhNGUWZHH0uFk/isWCY+2+cGBDFJsXjCE9KogAqzghAPhP2B QNhSRDEesBBpmYquJw3TbximJSpCOMDqpoFUK/pILB02dF0UBQGizxS2LNOkhGgoFDWmimAulUQr NpcKoIdNsWBufxLXOUUiA+DOZxyXvBiNzB6KhoeGopGh8JnTFp/6XtkP96BY7IK7o2W8UsTZlcDs 6BNiQDxUZDc6dOz2qMoDYmgdMbRZwf6WhEvaHWbPoNcaK1FcwvMu9KuNvNCn2KyNO/EBSRosL1IV E2nKVgy0+BxR8Fno5GsBtQDXOQLw49KNv34nHZ0kgdBHf5xTGxvz3q9KV+4s/baOD/lLLyGl3PmD e/+Spt8eipY+/uudW+mfH5vOFNcmF592/BFPN89AkuOjp06VKaMCFNc9emvBLFfRaiNyYZUvCiNF uCxXFg3vVXXEY/eFvYviV9x4u7GAnLgICMqwwWrwTQLt9CRhkjhJnaxNtNp9kuXDWUsLHzQ3Vam6 58oUpn05zmEmvSznteBaGWaZBr5ebtSyVhszWZgs43c8XTiHKQqL5HO1c6xLwGJmibBUvkxbbK1g bhCwa36tda1vFXMHf4d0LzMgbLdeYF4SXmNeF97Q9lrvMx8IH2jvWU0cGTOgmMgXDuKjLOAjUn2f 92HClUlZoQJ+IyyZHI5cP7A1TBkcBVVkLCAk2DDmR7TtjvgVkeSJIsB/tIdGHpJP11QVGIZqWj6f jLYMqjKt+CQZcAb0iZLPl6REZGhFGqpqUqH9ikIjQ0HTEPpUVVEooTkAAkiSkoqtQKSnzt+elNZJ gxItDYCBbee7NmHAlritttFl7DFoA91kS0kq4g/sSmGbkDvzCJavYvhg5FDxUBERRMSKo2RsNTtK nHAjIvrRdSxBHcLuypMjQbsXEkXvoHRlnifxroyR7Ege4Fg3XJW3cOFjVd7nnBjcJVWVF2qq8nh0 25YYzn4M2olY3ofiYho9VC0Y6vBZwdBJgogomkGUjNHxsRZ6TysvK9WpkwBVneqQJUxBTCm+ELrm C6FrmIKIGi2FlWKJAvMvO/8tYMRgefIpwvaS8j6Qzq4dfwqo+9PQEMwdLt2dSI0PlNbBE/C50poV nV3zwW1Ds098AeUxE7viJUAGZLs+kwKn9Mms65IoiKhwwNUKB9x1Y8r16wpXtmtglCdV7u5mkIM4 1ef6VCcqfKpjFXHZiH+le8l4L3BQ/kngsL0giJNpZgraoff7rBCWzvdtDRFMBB1ofBAxHhUmgvu6 PQURTD06WEhehUapWWMuBZdyl8pvcwyWBE7gRY4TOVqUFFzNmZRkvyTJHM2JNA67g/gqnYQAOUWA U2QOoEAEyAMwYouShIQD+WbaAAzboiKeZUu9EkTsv81WZVlJUvRZc+DdRAy22SIyX34PJLJlEpwo bkDyrhuiwHC/qrmiQZxmHIccwsPq8Ok9HId04Nl0pmNzVo/N5QTkMbGkFh5Tq3EFvIEOMzeHkD2I VdS+C4qoMDuQoqWHjzidMTjoBAQcEkmZAHogEXj7mQjGfRb+Xfb0gp8RjjThlKHffgxSXdNO/jqI vTu0HV5Bzy5Nv+mmq9eBTSf6hr6PuK4BxYybMdeBsc9WetdfbuXfUrA0LHG6araeDk4TThdpSZBF 13O1NYXSVCDHFeRAxDmk4YY6Ood2u9ot9ySDdgYARpQYQZKy1anWegl8gYKbJGCQ68BI9XKsFeAD 5os+dGYwf/jwVfRP2DjPQVmKI70m7QTb8Bh5tGlVFD9OsJG7e4bSKQM5qgGK5eZSERVHi8g9mH0E KShcO9kx+0hPh3HAOFEuD+0w82TlyEikHqy5NMO18MsXks5QUqEhwppUHoRTWOW8vS2ShzVk+XNE h7VMBG3tONAEfCrQAD/tOv3EH5joiZcW0hu30k9edMbTT5/gL3kaCcp/lS5DUehfKJqK2groxPOj qAhzylQyY8abHUWjN0owj5cu+9a3MGJ8xvAHTIz5GlVPtcO37SZRFRsjarSxQW1szKttgfaqyY0z GotqsXGJellj97g71FUNPwz+KPq4Gqj3yprqyJwmTD0WeaK+P7KzfndkT/0fA2/VC6cGQRzDLCYO Ey1rpE9lIjanczCVCCXCuabG1jyTb5rBnN5UEBbmLhYuy61UVisvKV+oX+TM9lYNMEZzujU0IeUP n99wVQNsiDVrndrd2nptWGPXa5u0TzVa2+mpl+0FTXGnh33kzRM7YvvxxBuNdP5pHO4M1LKu7tPC RLNtK2hajA4NwCf6wk4oiZHdJkk6eV74Xn8sxlPl70JNq5MmxGi54QLjAmqqMSrf/3mFRjzhJrfk AsURMc+k0jh4d4HBj53gPc1gyU/julbceZvG2DtezzSuAZPxx06TD5z2UIv0ADzP1upsPFUkmR2X 3ZRl8xjLxwhVdmB4r0Ps9KKEvkJ2fJ7kpOO1rePyg3m4IQ/yITw1AL95SPBqGkKZcE2zNwCj2Qs8 mh3BtM1Cc/p5bg8HE1wnBzm/F237yzM0nPcZW+A0AqoTzcaFCZpOeoo5kn3jNIKsk4JbbvykkRJL PPzIwcpyOQOJC5lHdaiMJZCMXO7gQYwfHMh1HkJPDzizgcr/uMdBIr15KBTBwclUAqqHDOkjkFk7 +W9ia53Tn/Y1SDC0YABP56vN0rhRzekCRDfRHRf9YsmmZ0+7+vSJS/ddAlqmrbnl+urN4Stfvn3N E12GGKp5Nhb6xu6rFk244rJLf5Kt/va86U/eduatZ/o1NZrOSFeOOWlhT7jnzpn2BWeMve7w8dtO mgTeqo8Z9bObT+8+b85J12IZXIVkENdA4Hlo79s3AlbR0+xEdhrLdiY2J2AiURNriZ0cW5ZYl+Am +zqCHdFZwVnRolBUF+jF4NejS4TL1Uv1K4NXRgcTbyj7Qvsi7/o+Dn0c+e/q/YnhRCTJNuvN/nFs p26zs/Qu9mJ2X/XfmGOGYgQ0BmnQqhjyJaRATJNx49AIzB6uCCbLTUR2TSGcflkGhmzL3XKvzDhd EDKRNznsVjcd9XJIh73CR2cQm4znI5CkGwFfMRvI1yDr4TKQ6TBQf8FsoSwvOc6oXnKccaolCFrX Ug6LaXdOS6RAZyAcBGAd2AA2g8OASYBOMAfQAEN8WOAAbjavxqIBCGcCgpkBC3MmIJyJ3eutWCTI rUH8kUGYFK2TFigQiZ/WPgrewky33KkMJ9cOIMYdGs3MTvKwk7QYOca2ZznVk6o1W8y2lglxGDCo 2po62h+q6JQe87Oty5/5xqYeu/TZvz+7FLbO+97Kp366YuVT7I6hv9095+7fXF36tLT3IXDf8/Pu /P1vX36BTPHrGv6APoQ0eRQ2P0uFhg97vpjktTiKHqF7hOEReOErEadW7RYd6FihdVHLkD1hrJjM h2OMDLQAL+AV5MkK8qSXmTfwCvJEDn//ygskLWDsLk7AD9KpLCogETvFd0robN/ZoW5fd+hH8Ef0 D9VHjUejiqBGpCXwMnoJu0JZpvaqjynbxH5pm6IElVXKf0Naqzlfv0q/Rad1gBSznR1HKo670cda R22g9lOHUZip6zI18hlj6KOTkXkjkIzHvHpBT2sCsQA1VRSp1DpSoa0/Kd9GpeVcAvlqAABbyzkJ INvlUmC7qwbaHL2YRJcI99iEdU4nDBMlDDMjFvDUacBj2ICrTlOFQHoPDxJ8Jw95jdSSSPgNeGIn eW+4Da+4QsGPr2rdXYanHeaqKE9f7v7JPDL9ZtJC9OryIzh7vdxrVjDzzUbxAPqf5BkQG3rQGAg5 IzhaybC+ci6BTCjteKb605/vK/3v8g9vf/rNxKbILeeueeLR7yy5C9wW2r4HVAPpKQBv3fRw1dLL f/Wnvbu+hbTZdMSH7zh9j+CgfZMEGTWjtqqnquxE/8TYfHiOdJb/7Ngl8CJ2sXihvzs2mHiFfdX3 VuSg76D/09BfIgeJ1gomErkoVnUzo1jv8WNhWh0bnAwnqjPhNHW6f0ZsvlRQL1EPcu8Hj4EjmgEC tCYbOtJmMm9SSJ3RSJ1Jo9RZues33AKonSMeKJUx9VGaT/+7zJMu6BnDeNkEhmmb3WaviXQfZnxH A5oWVjEm8RCwLjQ5LCYm0YgmgenxDpsa3mHTq5k0vdpIc6f36ZDyu8YSyoONvClIDs/0F6w072U6 cQ4f89GUwvP8Hv4dfphnMC/N4Wk+TgSSGF4+7ggq4S/i/PBRwl+ReGtXhS7D8SZB58vqi1x0SsyR Tus44AL3+DGizHAdYGoiNqzIsjr8g4uDK2dATFq8+5ZXVyx55dvd9zX3DSWfWrHypxtvvO7hVT9e e/yR9YC+Y+5UqB2bDq3f/eaXL+z73W5sEWciixhHuiyAeGinHUpQsQCKv4psUZwnL6aXsleJi2Uh 4MyGJat4wD4LU9UxMoXHeoM95j8aZcZbkyPjY1Ot2dGpsbnWoshZsQusK6IXxK7jrgschUfDBhUE uhoKdQVxkoQOxvR1xgYDGgZTFZN4agd8AsuSZzsGbbJ5BtIJ9/qQnsGtgof//8M8+wohW0VOHMmf qN54L9Wr8SfIgljX2LpZBWo0gaviM9lWfN6OHbUESAR3ei5kfyHYUtbXI02FgmcdjTRvpxtbPQ7w GMdVI3augIuEy0wRI0zhKJ0YYQfSAoOZYrSBK+ZIGcIBdA0xyFECSnhJHNya4U5f6Bjq6XAnFbgt tKRe3NMsTh2an0+R/A5IkRFAHP31HU2f/OLD0qfA/+arQAMnPpC23Hbh2qF9cK4yqXD7TY+DQuiR rSCBTLgC6ktvl74wkpt2XAruXXXKpY8h7e1DrNLL/okKgTY77heBHmmOjIvYkWWRHykPqo+rQlSt VzdHBiNMhEA40URrtaDSih6TQADm/D6G5ihpvR/4h33Ogm4v+GxmpK3VE8OQ27EpIweZoWh4DyAl nn3jJ7WSUs9cLNG6jgIRGwt+xFaR4LtRfj2J8GuwKqCa3Dj/M7cUxO+WgnxEPA5SCE7mhw4MHyMD nahHwpFnwQ4qRR0FEuWBAeV9yZH59B1EPA/lDhUdXACPk8ybTiOa3zA5kecE5KsbolVFmZxeBVAk T+bJI8Fd3mLWTmzBwxqQ3CK1j7V+AM9q27J+vS/67ZWzFlVNmnDWqXv20D9c27O0dfp86yFpevc3 1p64GMvoyaW59EdIRuNUI/Jau2WZ9TfJGf8seZqfE6sj1U1y1t9Um5fb/GfI0/0FfoF8qXxM+ltA G1vbVPe12q/Vzapb17ShiW9LtTV0Nk2Xp6emNZyTOqfhMv7C1IUN3U29TfvqPkh9UvtpnRkKcoEB +MzW+piPJ16AkaTGER+glxqkXqZQYAZvtg02FtOlaTUxRQoGWjIteH5n5czOzyqGRHiDedIFKRMO vxwCRsgOdYd6Q0wT2h04r4no9BDR6aGyTg8RnY6nY5GrHzk6Hd+Fp2W5Oj3k1O8jApmfYxX64Zj7 O5VC6BodZKiahMdoCY/REi6jhQqJ9PP6Hv0dfVhnEnqnPgf5P55I667eH1vQiUjrUcxOeg0Z7RTD n8iZVacTPa9Hck3XpLCqz505ItU9bk2CUantibon0n4UT4E74E5XOeAka3uQ0xDCDcAkLqpzxqdg jR+a6HUbVY7+uXiTPOGUa25eE9bAys1/Pnzlf3732RseW/znDc999MBjN9+08ekbrtu4IDo3M+Gi c9s33wk63rofgLX3955Y8vme656kG/9z8Pnf/eqFX2G/djVF0R+QXPrGX1BBJHWBEO6C2W+TKDLD TKSn0TtUhlwKhCKtIcFUTD/NAkqPsbxflpRRtl2p4AnFs/N2XUHJiHZLW+uwCAZFECSGPWiT1u56 cvTjrRdxyG6SJm8SjIhRfJ9IsDwyVZpgDCLOh5PgBreFk+dH+0m3xZmkBCDU2ta6OXg4CJcFNwQ3 B4eDTBD6PRbwe9vs97jDn3EKyg308Q7jcd1JxPL78V+/GD7mtY4cs0NExzBeh2NFWfkxJ5ChIFEq kIRPZwZO6wpXeo89Oa+9sSd3ZDRPeGMTnCAGQ45Eu2icxmc0TqkCqoD0CoUhwlupHB5V3OLENsFg wKw1CTdwAXP11m8Orvz5zK0rlnZ9twMFMp/dU3z0waHz4cOrbzz7rpuHdmKdsgZteAfujaR48Fkf lL6cHR2ZroKIqREXID5RAb6M0GwFzXj01gKUvbjRIziP4BFRftOhirhghGYraKYi08u4u0d7BOcR PCIqPukIrj5CsxU0U4aM2gtiG97HOeI6cYO4WRwU3xEPizwlJsRlYq+43r20XxwWpYSIQhWegbTI 0TuHB913aCzQ3wQUx3KMxPEZlmLWMxuYzcwgs5/hBpnDDKSYJPMyesYwTtwL5zFlVmIIKzES/ggM MVWMZ6oYr2aGwVGyhNmKOVP4MkMtJ3/RBrNNrvKP2RSXVyY2Rv+QCUeId9Zs3bqV+cuePccDTPb4 PgoO/6Q0F0wmfGGBxX3lHHm5MEMpl7R4hFaZNR+dR1c8Qi3f4wkf7RGKR6iug5UpMGyGncK0sKtY NiSwLM8wkGF9FFBlSPsVxmRlvmLta8nayxwfM/V1yMMIhZA2VjOStE4GCblTniPTuAvMbsdr7XaF EThCJkCZHCe4iYKXWxYIYkJ0uhzx+Z9OnfZlbY4RiI4zDZw266E6Z2PAIUca0ssrb7a0rDYEZxiE Jhh69v8x9iXgUVTpouecqq6tl1p6X5J0utPpJI3pkE4IDSEpFNkim2A0IRFUQAkoYNgCqCgogoqI C+I4Iy7X7XoHIWER9co4uGIU77h8OqLON+joaGZ492WYcTSdd86p6k4HnO9NIFV/pau6qs75z78v giIFoejgg8BYuWeFjJKpgEahYBKXQ0p23taTuSYyqqhuVE9q/K4p7Lfvv//D+t2OKTvZth/3HJu2 gNBqvH6Zf9Bs0r92k8kxfUDiz8XVUGTP6WA5gTVXBtgsDKyHmjlDbeGauVaRke3/13KGY8Rs7Roj SlnKAmIWIHlCOo1yvoRZIyGNCzupM+h0txYnzqHTPXivWegfqJv3tL4Z/4VjWQvL1YmT8HRz50mX SWuYVdKnzB85/kkORrlSPiakudFio32GvYVt4S7jW8Qb2C7LbvF17n/Yj7hT3Lf837kfBLcmSRaG YRFJZRUFfCAKQsxIYGVYNmYktUp4ubIkCoe1kIAIqxVI7GEo66KFpabyiECO3GFqIVCM1JIdWFUY yl7NoqnVZpaLssZAbnnk0BrlKo6gGIRYUm0EMzC1JenIIynboPgHjJRsuuKJ+Q2zCWqJANRgAvw2 +x+KJy3KxzyKeKYASoIdV5whwY79ib6c6xarit40cX6w2ZRX2lwFY6JQz9Ct6daxN4mwSNzMINFn J8lK7StajMLEuiSOKEiLQkFBPclV3V9AUlY/2B+mu33FZvlhmo22ApgOXm7w6P5imtK030N2n+9X aKIr3tEjG93ts2az2YgdhNxKO8lCweXBd3O56umGxIXv95GLv98XNE6H7S2GWXkoQBOYKbHUNctj 8gWf/TbTAV/5PPPoTZYjP70En8+sHliAitZl5pJVsglv6mgFgOXDeVzO5fkzHO0szpU79Wf41Fn8 KO9bz+E+h5otlMnQXP+60UbOf02tsa8aaeyNZmdH9RiWvGRLkeURyxcWdgbenLYwRZbllo2WQQuL 5RIJMYaoQr6JiixurF08AuBRcJr0YB6SW/4xJLcU5MktBuoZepFgKkXZ6MzBwWy8pslywHR2OMsh PIc4Ccw6AfTo7B8yTZt6aMkAKllypViDiTLjxu8EzjzCpAzLVxqC1Ty4IG88Q3lwMA8O5MEFeZXp QnlwMA8O5MG2vIBFex7syIPlPNiZp+AoebCWB6t5sDNPKM4XkLU8WM2D7WbqjZDNwSEedn2a1V4T Y0+xp8Q/eL8KWz60nAkjrxCOir5gWGSYaGGIcxOdhIdcNOBXpBMxuCO2J4ZimCE6YjtUqLLUbkYz f1TqEaN2MxctkklbUxCkUBG1nlF+qFJfmJpN4RqyoR2G7d2+rIlkKEnDdCDYm32xHUEYpHcK5u4U pHcKkvRtldwpSMXmILXEBgmFpIJ80EbuGcz634L4VgcBSkWzN4lmSW3UJLWu5mgMngCQGKlRESAE l6EEt+AcgksZPvCY0vpPWWtAv+6iYruB7A6DBpfEDsO13WcLAIYTgmpuea6J9vzSZ+R4gMbVrLje KEfQSJsjkqymvNo1DpvLWeqyqUGo2d1ZoT5rz/lXYhsp8E7j0L20HCyV+akxIV/6f7T6yY7Vu4pu fPtXz3ZH2xqW39dz2YKLbh7Dlt4/fd6Vlx3Ze3Agjn65dN6Y+58Y2IX2r10786F7Bj7J6n9f41Xq gcd0p4XhnOhp5bDyR+ZPztPMGSfHEs4dwVjYpcAHlRO+L32DPjYsuBwuj4b1P8h57JLdYXMMUwId eevYkVMCQ82OEh/V+XxU/7NSzc9KNT9rTvOzUlpljdAzqBuLimpU88PHP5huLcn0d50x0tSsVLm0 QvzfOt1HaGOAaIG+0z603LfH97zvqI/1MSjl9mQxyZPFLU9WIvJQ6nqmR1XN4gc/q/xJZyl/ap7y x5q09Kiuna1MTvfS0qq5H0Md7KcK4bAPEtnaIzTzuLFvSCP0cKooCRIvMZxSqnKOIJQlzUQiUrpo BWHrFFlMf2sepmx5bNXJ+Y/OVKSeiiWTO59iS3ftvXD5tOobBjrRbdddO37nOwMvYRYyYfAbNo5x wQ788PODbp+ZCvgNXf+kvrW+kEB++oHGS37bJG6y0My1CFdziwWhRhmjjfHU+i5UmrQmz4W+Nkub eLHSrrV7LvZda7lWXKBcq13rWeBbA90iZ7HPZeZY5khzbUuZhZaF0lKb5A2xvIqpmWuYZcmV5y1w 5SxLSrOrJEitSEGKTHyubRBPfQKm0yzrIqWAmUZslMY2U40pcFR3lMRqqngIeIUP8wyfc+0Tt9AX mKrRyGxiNMawI4tCOSXIYbqcxmMMBzYHsUnSWo+A+u9AiKIMtQabhIYSWkBr1QAd35pQMASyLqmh VlI20y0BRgaI4djsIJWPJ8qKRDsWC9uHY082b5m4D2gAzGzLbPFKy5UiS8QrcpaTFoQHZnn4fMvS hCe2vvZ76Fn/3R1fZPpe2L/ltv3dt27Zj5wwvn115g8Dvd/dAguh/Z3j77z/2vG3iVVhS2YxW4yx RgOF8Fl9pU05TxmnNClsY/j5MCoKl9uiBdXu6oLzC5aHd4SFMd4xwaneqcEWYa6tzdsW7BCW2BYr 13qXBI+Gf+c66TsZ+F3hKdepwi/Dg2FPlE0oCXctO0aZyE5VWpWvrN8VZBSr6mA8IeJW5zwhhxU4 /MMQxp+HMP4cwoSa/SUnJKhIujRf2iixYYo2Yd1MvfjaiBaTfNlUjKzekyvDYbjYJbIKZJqWsRI6 Uyg15EzKEhTTq6T7m7UYAD/vMc86ypU8R7kyzFF+5mxHOQ3swXyDOsqLJtX54DBPec5Rnug/da6P 3MiwTee7yJ1ZtuJxu2h95rjK5KHBlifG7Lzm9hMdq75Y33p3pfrk6rX/+dTKzn2ZxZaXt82adefg g49nfrzjojEDPzJP9B47/uHxtz8muDA5s5j5EuOCAkLwXn2pFSVQhW8sakJdNq7R3ehv8u8o3FNo qXHWBBsLJzgnBGc7Zwevcl4VnF+4sfAD7kPta+5b2599SjmK2BLuNKq1TUETba1oMfrE9nvfHz3f +r8O/oRkyNpdgZCVd3CuEIsRwOtIgWE4AIY5nofM0YC4GGWoyLo8X94os4XUHF1IsUCm5mg5Z46W qTlapuZomYoq1BDsIfMiG7nTnHE6Tc6RV6pZVDi7bZzubVZLzvEinuWB1sua+RJKtKjBmacGZ95j qKWG96ig8GxTs2lpzjMzZ43M/fXnzjpYAVXTFz3KtCwPcyWOqNh1ycuZvy773Y2vrXhsoPi5tZ1P 7l296vHMYiSMnQ4rIb8ns+nJ7f+8gPmv3t7fvvHBR29gDncrnvbX8Yyr4E/62KQTKiyMsjXsBexs dhG7kuVEVRAF0e5URTtgBGilyxZIYtkOAQqRsBM6UeTs7nr5I/ivrbM5LecfuprHoDlKbYdJeoaB lsvTtqdrk479nIH2lNLefz0p0UjGLZ3t5gOUt0hfYjKK15NKncbCMVw6POautz7WsLhx7uUN558/ 9nJXIVv66IrJY56KT2qcf/3AB0TGahz8htmHx6iK+bo75/7KSdB+Ysmpo6haloe2+eXiS4c1LhmC S/LgaB4cyYOL8+BwThjb0MxGXJEx4lRxQklzZGFkg7hd3FzypPM/R7zK2EVvwOetahrxkdcSRJcg pFRDydcmtIltUpu1zdZm7xA6xA6pw9ph67D3lPbEZZIvWVI+qqRVarEuKF1QtjK6smRjyb3Sw7ad ZbtG3F/1hPSM7fH4E2Xdpa+VesqyKk4kC0SzQEkWKDMMTeY5BIhmgZIsUECiwrXCdKsQj9kkNhAu dbPWyoIAcWFF/CNo8IC/0T/DP8+/1/+en5P9Rf5l/i/8bJH/bj/yv4zRxI2xl3qhdRc5XSE1ixR4 AiIAFUjr2nW7PDXUO03KgEFY2VawtAAVhNw8a4QRUqPu11nD7de6k+AaG6q0FgVgoMSvO3011eTy auq89BlbsrT9tNumP0yu9IfJVX5qg/JTVzH5dLxo8DA0dyh1rhsTiQr8fQdC6RMVsILcmnxNRTbT viJLmCqMQnkYeDE76d3NFQH6LMXxipr51UerUWP1xmpUTVzuJcBn6Ex0eYSNacD8kQDkCQlwiDxk 2CRpnuZwiUxZlkxfRA6bdPKfRLEifWQpeTRcZUZou642y5EvsuYx/0jTF45pWH4FaczxE33XT88G KCYSK4hHPE/R6iMhNwnSq3AFjU4klgiS8Ut2uWqhXkNm1uPnFUYtrhGlqqIpToXhIvZwEIhlfBBa zsObQhc+LHZEgyAStduEcikIy+KixCXYIChSCoh0nRhqHG42DL/55ptzDagTJNSHlGvK/YGclGvO FC+NVyLSt/icRGKv2UuccN7G/fLW9RvW1sbufX33jPGjK+6ZfcPLrerzts7FGzo8nmRw8yu7mhe/ fsN7n8BxoSXXL5wwLuqLVU+5efqkrrKixOT1V/subru4LhoqcEolqfEb2lofufQ5THVKBv8XVVh2 Ay9Mjw8Ps3dYhyVrDsF8HszlwRKpXFlKrLhH9RIMbPRDAG12CTLAo4gJWcJyGGOVlQiIQPvPCERm Ua8IFohscJAXLhQvnM8v5zfyO3gWYIF7D/88f5Q/wXO0EJBZEaif4jNPcotpRJxhhzABs0bQPylu ElGeiG/EiG1K9IbKwh9BHcAHR+1bdJYhi/YSNhxypwij7CPB5IRRqqmU8lZegYeY14i9IZ58tY52 WqNJtEgJXFR/5dIRmzd3HzjgTJQVPvqI0rDwMXTVnZBfmrnrzoF7p40IEFskpvxfsqX4IR54AQRI OIrbW4PCTg8p3HFa92uumoQTlghOjw06PVbMGFU8kiDlGaZPe/IkG0+ePu2J+bxE8Q1QrdpL9Wmv Rp3oueBnL+WK3pwm7XWZ7nTTh+qlphcv0aTtZPAGvfCoF3qnB2g2NVGiA6cDaHlgT+D5wGCADeRc NzmnkOnw6SY+3hyrJs11w+IJ8UuRFbOsWsyxatO9K1GnLs0AoY5cqkWL1IUqTvcPMz+aftJz1WWD bdMo0Pq02REKL/wAqzjssp1kQpK63FhlZm1BYBdUwyFTUXGzkbZkBlfFS6kfxjtU4JNp3PDh5Y/P UKw9VvW6WbO2j+15uGfytTNqO9HOge67Rk6aNfvu21H6x08Jfw8QHzqeZQlNG5Z7kZfQDH4+oRl5 cgbkfJFVGIovJZnn+bGjXosAJIGDXC5ZuYQWVUsm8nOWacryoVoLBBE1LRE+aVfTokcL1QhkgzBz 6MZ7aO4lYmsUC4trQBneUB1HjMRqgAdv8NGn+o1llTUgjDeyrRyUiaVSGtRKk8EkqRk2oxbhMnER XIQWC4vFtWANXIO6hLXiGmkL3IJuY7bytwvbxF+CB8V7pOfAY9LL4BC/T3oLvCZ9Cj6Uvgd/lH4E /dII/DqSD3ikMlAq1UkzgC6JFl3z1FgwmtZke+2STG2OiI8EnWWaEg8ohyFjQWsWURMqHhX6V2Sx 2KwkhP1kAo8N/u1N9CZAMpfSXSfxghATJZcoSoBBKGYkwFokCUhGNivHSyIDoCVpg7aIoOu6uFFE 4mEYPKBbNlqQBUO6GEY6jFj//D8EXfsC/oH2gfaAr+9Uu9laJuetUdPDqwmS5CAzfH7oJz+lOps6 6kxB+OvM0v8+FSvyJb5/IXMdWzqw+eplc1aj2zECGhlnhzD+aZbvX8J4lMM/Ypf477xQDLvprTIL 5We9GJacVx3lsJEZ5s7I4auSTVLjhpLUxLwwHMdQkpo8dIaWd4YwdAah1tnHG7ZmjMfL5qNybF5Z gJ+GGRbNa2Rb7gwtr96AMHQGP3SGlJfczWZhrGhE8s74Js+Hmst2VcNZ5SSC38xhnvp5XsBCDs6W M9WILkmZlpGewpnWhQ9oc16W1tEgkBq2GR8c7XEYYQJH9SSBVJ0eSyoDgQ3rGpCTMW7abbSJiE2F iJVYVTKN+QZ/VEnTtl7lo17lA1rZ1EwQp7iWlU+CmOC6YAVbLqGp6lx1u8qoYaMzqtlgkc0CKmFT YlFxjRIqMBy7+qGikhqWs4lOLij6NQsLWM4qWh2CpgAn4+JDQtBa4CgBMb5CSDhqQC0/RhjrmMBM 4nR+mtBkvUCepE7V5soXa0v4BcLVWhe3jl8pvMAdkQ9qf+N+FMusahkos8cdZXJcS7pGgzptjXCb 8CCzy/YUfBo9bX3SdgAc5I443mQ/4j4Rv2G/kf+k9XP/FENWWlLKRrcKZyQiGeIntVeaRCQoOWRW A6rACzFejjmIkcbBM3Zoi9kPD36k1xGmZMe0oIJaYuzQ5eQkq1oqJdQ57MVSm7pU3aBuUyVVYjFl INNhTMzZufjJRH/SKEKjnCL/DNEU/w/qLobm6PMWUZIEq80mKaqK5YGmbgvQsKA9RV8kyY7wb1Ve CPOqpiUsvMti4R14nmN2h8tudwiqLCckwYUvJ4n7Jt0CCPIaK8iqzWGnj6dhjk46PhBCpsmkfqDk OqPYISnAvtHOYGx+SpfCMyS4TLqJ5FSiS3RxhgqXqTeppGTKJbpVscD51AXJYFL31AF4xnlmERXa /dP629t9WOjG/wnJa/f9fNK+SQNVuv03cvZ5h1JPfreYiXxNzxfNzqVX2sO2MHpp8EussH2J1/+J HlAlh7VsE0yab9n0fM3sobx9YfDEPr4K0r8Xz256PpWf1C8MfrmPDxsfasObGJGiXScOYpUG3xDz lRP7+Spym/1gNDpi3D53x9zl3vzL1cEvu6UwGyb9w1tasj2AHYMfHNTSYIRG6/ztcw7lgBreVLJC adnX4drEv/oh7IFyB6eXlhVg4gxsyrx45JlGNvXMC4/Ujju4N9Pz4jPlH2N28YtT6tvouoEHj/ei RT9+ijYc+Ok9IrnIWHL5P5hzKMj6ErAPUWHFMZTuP6xQS74o4pahlWORyCHOjpeBTJVbOZmgK4G2 nQkekjUoR/xGHeyZ/nSr/AD7gLDb8ZB81HKUO8ofl0VZ96QDjFN02wNKLRxjvRlutwpJ7VK2hW+x XubYBR+UHrQeQodtb1rfdryjfMp8KL5v/73ylaRpQ1n6mir77Eo2S59AMs3SlyTEnZulv4jjGCNP nxNppr4sKyRRX5btSi5LX5E4GcmS8jp4XURKLJen/7od2mP5qfqcQlP1pRka1KbYb7RFJPkKTrxR l7BwcEjnZnIbaQuvC3RHmLkRRWbgYZ+ibjhmdqun8gIWF5SvlP6+c7LyKxPt5hJpN/sDk6R8mol/ zNjiHU+z8+tNNOtx+ArSNGHeWpC2RbxpBv+S4/3FaYUWIXKnYaQ4LeqhXA3yFuo8osEX5JBkw3uJ 4FFHQi6YOJTh5szuPzxeGRoR6/44cw+84+SnYzLfojKY+WFS1fmpHzO2gXfh1JZMO8Gp4sws5i8Y pwLo8W48K9m4y1yeTtYBlwVkNlvURxtix47sp/YsYMudn3O7nBNpRlSR7Ffl0NZ2FtoWSC6ZsTIh v6xxVs6pa3LYqtvCJvr6k4nAyYCvN+BXyI6aAin7DHbLISiTce0MpctczfJeidHtOsaRcFlVjUI2 vE3UPHafFrfGbXH7KNsoe61jt2ot08qckz0tWouzxb1YW+xc7O7iVtu71HWude5b7dvUO7U7nVtd D0pPW19SXlSPuP4s/cn1N/uA8oNrMFSoOX0OR65IjMdpDQVZeYK8WWZkf+4lDIOllqsCUyfLNgVz DizV+l1OZ0yTXPhAtmHWELNKLqtVcpJ0YStHvgCElBBKhl4JodBh1HhAxiOiuw6jObq1UdM1NE97 RUPaYXj+QRlGwIVBiXxEx0wP26psM2zMTNsgLU5xfndSxiOEGnuC4Q2YTeAhHCBN5jB2kxLbPqX/ lF851b6iL+BT+igEfET1zqK6kB/ERHDdLDvR9LwD01ffEH190ag3OPgNId60HD8lr67Bzw/WpaVI XdqBycABd1o1yyu2EI2RlNY38TtP2k4440bEdR2t0GJK25ihY7XwJtfYEfWTvWqpxZq59tWTiUhR 4o89maXjS6o2NNdkrn5GKSsJLpEL2LKB3atu3rAaLfnxzb3nt8wma6AM09UP8BpwwDe64bl1t3VH s3YYvSUgDVYb9RXe1UUMwIZCGkX3qj4VA+WoTEwqaZiWpsCJaKIwRZyhtME5aI7QKs5UlsKr0FVC h7gerhTWi3fAW4Wt4g+wn/SgLIXlQkJMC/8hfAx5suYPKe4ahNmOSMrLRrU0RGNECQmSFIMISw4I kgaF6ApLAr+3dAVegkSXEqkglHBI6DCUe7AcYeFeRHMBADwxqVOvasS+xwGBQ3fMd2x0nHZYaCJ4 CfnIsRJIN0K4F8AZYBkYBAygNWGBX1ZWFhPiR3wYRoCbMkCAUwmab0E7Xybqla8a6we+onlQps6k OI6ZhflNYxue8gPlsFQgVlpj9AQylvjo1UNkFMlQGm1+VrTQCgyE43++X6ZFAIzdN4eCaVHwBMcR uXa/N00NFJInjVz4N+AZIo8kAq0WclGjTMCoVLG7DD3ReVlmBrNg4DfLujrgdzsZgdu5ZuDy9eIv AIkFg2+zy/BgMaBQl2EtqRVAqxiy3etouYD2/HoBLNsJ377nHnxdJj34BhO1/A5fl9ZtWKJrZJAL sxjAHIY36BKC5Iugn333Bfgc8CX8RuEBX2P9tL60WeBrZJUFpvAXsdN++WN3mrP90E/w8XW8WUc7 pHYcQESBtpCkLtqr3fI4jSsDYRqyeCrrVPm+x26U9js91Jgj61nRqaEaFNAZfZw1NF/TTlM/UP81 LeRsNIF4vYfGGEPwFfssPGbZhp8gpDsQZEA9ZOrBcfaTv1G1GSRJrVWjC+tXX7DPfomlLLAEnYSf Wd4BIpipK6T2C4N/eQFAlhHBYVjULTDfsIfR47rM8wIUxFqIv5BZJV36AkwC8rX1Z2i8Wr1CUjHq zT5ShtatcnztqFF1KRU2LVrX8GByKTqJKmaF17s6xg2oZKrw8e343iFwix5kWJsPrfKRis8/Maxk gQG/j+HtPr8WOIKuACFYdFC1xxsd0HEEHQYSukJ3qTAYGsOXu14B9nJHHPgLnrnGrGaBH6WPGB0H +ttPKQMDqplOb1D4Az41xKgBYKgKLaYP34nJU0ndqPyOrx63i8dkii92+7nyRhgOxiZOOH+8e1fB 3bftumvseXtmR+Et6GQ63fx+YXmiqiF5gbJs8epL5jSN7hxX0kW4NDqObsPvlwCrdTUqKM6oMk2W PRYYr8KfvoRfw4LfrBwW6bYCf3xeYFkANQZggLyfB7+fvwDKe5zl4bhQXvoF8JcH4rAc+EdkX7LP eMuBfvqa15P37Dca2f9E4llIBpWzzjOUk81z0TrP2e9ntIck9rnina5wYuyk5smX2twOwTOrqX7s 6Ebv3eU3rN2xadIFLXN+tfPO+5hH5XpP4fS66noEr4P1iVjNiDHejjlLZtY1Oz0LJ7RvW4bX5REY g09Dsr58LwOE/gog+g7rTaf3WWBSIVZEPOB4kcOnMxr8C4z9GhjXWIL//2sswX8+Yrli6BoI/tU1 Xw3dB2SOwIlD1wj/xjUC+PsRIe8a5d+4RgF/PaIY1yhgEWhl57LTAY+lfy8oAnGQBHWgEUwCM8Cl YB64GhPsNeAm8KZ+1TVLZ86Z03bZ2g2j65evLBsxf0HJRZNtwgSdBQL+FwqX1I8oKRlRz1wWqqly KYovNH3q6uuvv3LRxPNvXDeq+roOzXNxM+LGNDTjf5HLWwsDres6Wls71jGLIpKjorKyNLIIJD/v TSd7T/TSwrbJpHKiV+nFawJDvQTM/6XnwaSxV941zj/r5HPOxyPgikZqa1LVcXPvNPdec5/9nD/r +Oz92Z+ffRw76/uz92M+qKqpqbqPbP6eGpkaWUKgTF01/vmv1MiRKXQx2Q4EyB/Qpty5A7+uqqmu pifDN8lnmTay/Ts5+T4CMQ/gTRU+ynycSo38Ah/AXRhoJl+2Hm/gy9XJ2oHJGLq/qqoGhc2TMjwG viGXfVJTVVOJAYJJNAcEcwgZzHwBIKxFVQq2GgcnhlgZcNDOcPYY0IFeM7oG6G5fjYwRB83AjB0V Ea+8qpC1TbVYiKW7aQPH5l3eTozyhGVbaH5DnKQ71BHbOhyTOv+BKRMio4qmeaSeMb+dvsC52zE9 2sG2ka8a+hmJMTnTCzpgilmChfkgKDoIym1cuUt5CZMmCfjwlgXJvs/6YLLvc4Lq5EZhtaZuVCrM 0PIjPPW1kfvC1JQZv8j04g1MPeyKXHFFxGVs4Xf7FiyFG/Ems3Fl3bx5o1fSLbn3a2ADrMf3lrBW Ml4v5Dmx/FY7XGRfbUd2VMqOYhELrTYLdykDGethdEU3FC0AJHtPHhuobj+GuU3yWKq9N93ePnAM o2FdbXEtJMEDUTejMhMyN8P7111zzY6vNzy0Hn6a8S59CHKQz/yApYAT+J1HMi2gELToRaXuUW6k KN5yXrVp5VhNxUSZB9Bug/gfg6XxK3o0l4tRyZg4AIO3QTomajqZ6qNrQyWNQZKf91XjP1RXK3g/ sqodmtNBqW/cWewu5rNcBc9VaebEjkDXxGTq0oaJE++aAT/KbIvMaFn+yJWtNy2bNgeO0xbHyic0 zNL9sKvrV7U7lm24aGJqNB6x9/GTJ/GIeTB6TNdlr1puCeHnhdbyEICF+Fl1B2/hd/B7eAR5yDP+ F/HzyuSp9zllkPyMRMySR25XUxjCT92XSvYpn/Wl8OSScAsS2+g1HjKsKqRjKnRRHhKNwIJHtKse rrxpbdPFl86+KXMcNixrasisur1h1t23o738tI8mNkxYu2ryBHgtvK8hlbl2y8Txm/BY/wXPsROP tQCKdBEBCyhnsSiMn3QfC8gD4Ul8p+8dwrDimpPIf4jZ5evLbESx/sgGOB5Gu2ZmTmXuBkzmI/zu CfzubhDFFHWy7gaSgMo9Hld5SYVQHgrZyiswzhI0qawMl5IXV0CY3EfJvniyD8sCxit/TrYqSeli Smtrio2Xzs1ObU2dy5g9A8mZvKM7b4HCiiltdz41b9a6rovn7+saGS0ri6aSkdLQ/Y3lyaoKfSeS kp2vxKuv6Tyv/O7OxlE1466/7zeLvMHkyJDPF8xsu6mguL4hUkhWwGf4ncrwO/mweDhVd5CptJcX +J3lGAOL6HSKvPiIuFdEUMTIHyRIqFLJwW0i4fDJ/Iy8Fp5Lg/fXZl8Gr1c8mxiGeCLd+GUynz3C FZSkdlV2rZ7YNGv6jfC8zBvLpuvwjo2bbr4FlvIBTwGezwu6Vk+akLk3s7ShBu7csmUTiUAjNe69 7DjgxBg4WR+xRIOtGlxig602uECAl+D/aCFCls4dXuj1Fhd0hrHK6iqU7IFCcJgxAidhsp1m3eMH bTd+ICkkQxpVR4g3vwE5syFTbpcHpdd2rx3b2NXduaZ7TX1j1/7Oe3fu2HXPznvYcU3b39286b3t TU3b39u0+d3tTT81nHjjzRPvvfXGCRoVhB+3ja3D1CV2SHpbtECEpXJSp5qTDjMV+6ANS9EUCWDy 3RR+luKoyplCK2rbP6Gn8+EP61Yxk0e1l+6t3DyJfONkrHV+i9+9DPyHvmhKDK7zbPOgbW7Y5YYL Vdiswq0OuNYBpwhwMgsj8bKygs5tHBzLredQOYepj9VacTwOH4o/Gz8SZ1bEb46jmfH5cXR+HJbF R8dRHGqdTucMCKGTi8Q1La4U+o7gMYujF/dhvZY2m04ntXQaT3U7QeJeY/Q08ke8x4SHrKP23E9x MR7LugamtoY0WOXjDUzKHGjewfDFzLc/zStqfmjdslsudAXTrQ1/cx/mL1y156qFD3fUlV2yqbV5 1dRSHu0f1bV+XV315IaGeMn4qoJ+Z+sd86oq56ydMrmjeWp5aX11hZOMzbjMAiaDx6YeyzXrbx0L b62Dm0fBrdVw60h41YjOEah5BJw0Ai4u7ypHl5XADjfs1OACDV6iwYka3GqHW21wEQMXgJUYycLp ztLicLiytNTS6fPJDZWdWALpvFGGM2RSToeRk42VsLIyAeqLC8MFslKlwAKlQHEmCmswknU7CyWH OVzG8lBTfcRGjkcNj1w7Xfp40PAeb8naSbfnD1v2BxYyWaSM04AT0jadtqrl6/Lg3LByPPpeXzQp 1nTrgcVXPNZ1kfVAYMdafenM8yqaFusBPeYav6Z1VEnjnJGd25w92sxVD1w6d/eycQsWwAfs+uVr Jy58at0FY5Y+eLn/3u0VM5dPGrf4ooQk/sqfbr9w1CVji26/pXje9nlVtfO3XNx5/3lkJY7MrGfH simM3w4wSQ/aeSsLgfj2KsetDrQIq0oc22GDkzETEzC677dyIkb+HsjaEB6bRsxBjzWm8Dsme6sx /+w9phyrrqZrIKoabLRYjUJ27Os9A8vR8/e9nrnNkoll1sNbn2Tu+qkTXTewk875IlZgY1iHu11v Wuu/3Y/KlNEKqnPArRK8RloroSkSnCq2ih0iM5GHFzKwFcJg0NKpadZCv89nDQGv19ZpBajQ57Xa 3F6bzetm5NAR9CIIMBXdcqHgyPZYTxp8tq8akznMaDGYTNFJpNx2aM6MqGsQjZTEs0FCOQ4ME1t2 HIRK5vsvD2b63S97Hrhu27O/3vbc5c/uQB8PHIan2zKZTz7JvPvecccdW9/b9dD+u1zof3+NR/pK TPPKLb/B0nwUPKhfXROdEN0cZUqjcEsEro7ALWE4xQ9L3NDidrvRYifcosDVClwpwzvtcIx9qh1d KMI5/AIeLWDgbAaOhlDFQ4BpZBCPRqwYeDtJex9VKyzEOobPVeiw+AoFe3bBp/rerSYks7qaEk1K 4M9FVvrmpF2PUbCkmFZCikaQCvNoKfSt/7rnp3++/7vMx1i6AU987esZ+cbWN+DEG3bv3rTmuWdR /6uZM++9n/k9fsa74RZ45ws9yreZv2Q+Gdjy1l13vbj37nuoV6MxcxPTj+ddAo16wV08XMpv4FET P5dHZVjowHzdxnSygsACnsykhIktQ3COzF0qqRhEjDwyZlQcYKIaIIyf6f8482rgBQ4GvxhIMQeY h/4yMDlzB0yg4xBhvYoBzXgWgngWPCACKsHT+vULKuEl+H/Fwgq0pAy2lsElJbD1/7H3LeBRVtei e+3/n/c7M5PJJJPJTDIzmTB5D3kSyAQCeRJCyBMIEJIJSYAESCIvLSpCBKyiVuuDtthjffRaai0q Yn3nq/VUaz0er7Utak9r7dceWj3X6/GzZLhr7/+fSUDs5+392nv6HbKTnfXvvf+1115r7bXX2v/L B/2ZEHXDZheMpMABO0zY4aAVdlphr/mIme4xHDbQ3dpDWjoFcAU6TsRoG09NpePmwNEADQTUhZ5x ozF3PEMNan2yjogOd05OVrrboshyKxIiOeuogIKEHelN+BKXEEsviBabiEJhd6mVsPf3SV5g9hyx zF3uBDVYYx++/mbsozv2/fJ3P3jmD2++Gj10JDo4dWRg37cfvmr/vQ8Izu7Yr56KAXnuyKsOcclv 7/n5u9/42fIl1/QNTB1Yu3XfTNq9+/c/8NDefQ+h5rbHBvhqnUJ85Gikt9SzzEMb3VDhhkPpEEqG 1GTQJMOEDQZt0GOBNYxF1xphmRHmG6FRCyNqWIO/4maRuvTj5GgKpKQoA1bU3sxxZZLV6SaCkGF3 m4wZbk18eU+obII/YeZfXoIzSuktHPztOuw1cgEewyRZFHP5saHk1NaTMaA/fgVyYn869623Ux7K +fG3vhd7ef+x43uv/M4DUNA5Ato33oLk2Aux3bHx2K5HTxnfhwJQZz15080vvHrrDQ+T8+dJB2qP RfEsVbL37uDxAjShXYpnMUq3nV/LS6oIEVW8hZ0fd57/rZjMj5P5cTHWBxWn8diREsfoVdyHxym8 nlmJeYhRSZx2dtyE7YnifjxO/T07XoX1To4vjcTPd/L2LsLs+cj5M4qtitexnzqyN7L8yFLYsxSG ayEagc4IDFZCVw5sCkJHEOrcUJsOjU7IMQPJ9SSL4KmDujpjgyfg9S4MGL2esDs5eXGaOyAsdosa DTrf6OrIqnuhZMLTZ4svko03KxDINgpxX6wMHSK+0qHXEF/qLDabWwD0IYy4QrKPuuBqqNj6tilF HVy7687o7qeura247mffeOLNee6VXx5bf8PGBaZnbT23vnbD19+4plShSUo7T3zD+25q6P9SvSuw 8kvda/7HgZWZveWBlursBVvv7lt9dGyFM63A3HvrUFlW02Rbyti3d1Quu/HNW2L/PHT72IrFC+kv 9U6nU2eqaF5dWLGu1j8/ess6+fuLY8hBN8km34hsPRiAAT+o/A4/HcmETieonNCZAnUpELBcYTlo EQ4bYK8ehtUwooISAbIFKKVwkxu+hObDDWvd0OAGdNPtAeIxe6jHk5ORzD41YtJmaKmWuD3I5LQs t0lIcys0CdPAjTVaa24YcKXqlSzdZ5SfcTgQ4C+h4feuJtntXrfArpWAl93FaqSKMc/2Yy/suGfm u73rT3xy582/Pd7x56dUjXsfHDr+dvDcNcKk9X8+OXDPzgZ4befjV0ZGXoKsJ+4F43Mjw8/H/vBQ 3dU/nFr29OPQ+IePF+x6lFnt+whRrEXuuEh5xHuF5qCGHlBDpQhp/MvRxG3SeQwWpTtZMFKiR42Z RovNgoriWV/da5E1gT37FraH4+og3lWw/mjftQ/2Zz/7mDpjw56jLbt+dHOr0Dj1xHhx183PbDr3 juL0m+GuGn/kK//75Llvy9SoTyA188lIpPZAEewsgmBueS7tyIJlWVCXCsucnU66FE24BnZqICiW izQt7CEBT5AwSkm+2+X1yvQG9UzFpznF6BdghPHLs8VmFvRdqNyXpt+RGEfWbL3YGOq8tmvyjtVZ OCRXz/YD9csP7ehJV2dHdx9ZPnrqusZnsb578o6erEsMM2PpWOuSLc1BabhzG7BvxqKWsm+Wu0hp JOOIBvZooEQEk8HDnACdm3jS2Kg0RrUeVTohBWmd4aMBS3zOsa+RlmTJc9UC6/LX38SkEHzuMY1n w56bUApHWxWnzz1+/ekdrP8hwfPpsjeKuyIoh/91UuhmcmB28EX2zgsSijh0KgyTBI9Hc1RDNaLG rVJrBTf7DMbMNHtLdUHvzJlp85npokL0phgDvSVIwAJ6w29+MzPx298qTp/48zdPnBDXMbz3orZt YF+2IQcirX9Ww2+18Lj2TZw3WqJWqT3spkCtWv2xBlSabM1OzZTmcY1Co0mCTCgGQUswWKPgIVob IiB6FfWIGiVVqUBJBQKSrJEjFWYkamYafcGpkJk8N8U+Hwfbwyk4AcPsMDSlvmoa+PTzeoHJnH34 W7Eh9tFM0vPP03eAzFjoRzN6xemZZnpyphkZvuH8BqUD9TKFFJA3I1/eXwCd+WDPh4N5UJfXlUfr cqAzCPYgKIPQ44NUH2h8UJ8FuzNgJAMqMuCIG0bcMJQG3SmwNBkc9jo7HTTBMC6mIhwk4E52pDvS A2kkxeVyhbwpAYfDGiBes9fjFbzeohD7iqtJlaGiqoBbL6S73GlOVNGUZELRxoTDb0+bZ4qL357m YbQcRxdL1vyqqelpSDlrZv/ZPdaf++Pnn9fipseHii+i16iCLCguE8KOWWvPLLu4/ban7onNnOof Og307sHH776qu2BiEzh+P/PBnugnv7+zpp42H3x0ZMsTU80N150qa93xIzAeexQ8P9pc1HvwwZd2 nIydGYg9C3lFkP5w08+P3HTmjpbGO97/2r5/uX0Vf9fm+8I76J3YSQ7ZEmksC9YFaVlmXSYtd9e7 aXlKfQrFoLrbOGSk3eohNU1Ls/vBZpOeHYGQ3ye9ima9TtTZlR5XklmV7BKUOuaXsuUOf+NbDczt DM8GCl6cNcz5kFa4cLEjXBKGREgnDV145wGx6Jah6Ld21tRMfiv61IB4Mra4ctPy3EDD1mV1I3VZ Ba3DU62tK299ee++nxxtuXn3uc7Cvlv7139tbGHVlttXD94ZDbNV/VBsCBZK74QiWRGbSP1KdpHA wx+yEowqBbuB5u1XGKXTM2xmoY6yu+EPnTx5MjakeOrTJcqDL8vPkX/C51N3pEiaRPzOWq1GRYlW 62cv9wct9bOXIlGRvflVRUGtUaKDTUArGcfn2KulC3pxGvPJwSaLOWUa5w6bJiz4k6dIGIRPzsQ8 J0/CU2/GKmjazHtoRCbh45iezexD5/+Datl3Uci8iFOjtvojFiAWj+VdywcW0WIlaoVLo9ehrp4t ZqPaPvOTYrZ1zL/9VuaQ2W4JI1dsOVlJweSU4BLX+miB6iTkZZdnWRTCcbW6qHNnncj3m1pi7eJJ 1BEfKSf9keqysroyWlZUV0TL8+rzaI9uWEcHKXRQSHPZ/L5585J8vsr5vgx1tZqqcea4MkxWZYHb bFD53SBwqthvNQ8kuW5Mo27MvJxYJ/xZc/QimSmGZG0TlPsv1pOwOPzgxgevrF80ef/QptvCin9i 4/LlxocV+7h6uGleqGVLpGaoMZi/YmTs+hW3vnYNLpArV7Ye+vNQoCzLojyuVhbikH8djt7ev+bu seqyzccGB26PFjN+G5EN1Yo8tNCZEbNOq/YrRKqjIaVCreSaPv0KM82vTGMQLwXwJezCcNieBdc8 8txzjzz9tHDXEVDHPjnCniaMtQnvYeQWIs2RvIOZMGLaY6I9JkhKIv6cHFeezqfVZmBA73FR1zy3 Uqf1uWwOrcGlMDH/hrn11dNzIp/4nPLH9+4c0i5JYnZZwnPWKuG94q0n9nZ+Zaz6YevrNcONQXHR nSPDN7RnnjTkdTU1b67NOOnceP/upf62a3vTHvA27e25bc2aJePHVtPJmde7r2nPKeqd6qDO+C5k OuqgG73l8UhzRxFwnejJhtVeGLbDgAU26WFSd0BHB3SwUzmlpMr8Pe7DbtqDLt04Icbxoz7w+ebn j3swpslxK9FLznBbMeAj1XIIk9imRPPKNtnmOnHANtBKS8MX7VuWlQkXa8f2w4M39FZY8+8c2HBs tKpmz3e2Tj7+pcWlO7535dqGRcPLc3NbhhcuGV0Rym/dqjh908hdO/uK8xcv3nn/wOD3rmls+vKP r44+//KZqzd8+lxB556mFRPL/TnN25bVX7VmPuMCRhjpuFZ50IvaHmlYHYaKcEOYuVCDDhixwpAR 9hqOGOgWA1yP8SxJHT9aCIWF5tJNHujwQMADHmRFYNxjBnPIzV7g5HXbFVypZlkQZqPvleLcC5jg LVukKJtrReWtRZVVHnt8wwwypmqHWirmZRgKvzrQd2ysasneh7dOPnplpGDkoSvXliwabg4FG6KL luxYVZDfOvbluon1K5bVeAuXLNl1fzT68LWNTYee3xX95399b986RXVBh8SFYPNYff2VyIW/nQfz d7RzGA3K7w7E1aCZR4P4I24Xt+OqYScnIutMRqvWZhdEq1iuvAOVGQG/QmlTKBsUUK4AlQIUCuug FbKtXVZqpWqNVgVa8BOVDTGQPVp2k5OWZmtBo3WiE0YFl9pu1WqtdgzjlCoM3U8qRHmdmEaLIm24 4YIEzgIma3SppuS7hBToZGBQY+FeVi8vhV4zuhzGaUsSsF0Qb5bgFbIgbBXyhWz0TlWCuP2Vq2Lm iRfghZ+0bDPazHqlqNAZrMZRWBY7LW6fmcDFvCQ0L9UVyisJxH7BdnvuwPGHcPw24iX5ZE2kkOSb fWkKX9CTBiRoDtK0YFpQV2jP9xOdR0d1xB7algdH847n0by8TG9If0qY9/3MkE4bD8x6t7NrTb3o LSbxXeFe/voY9k4/eZvXyz4QzCB/Yqc3C4tk0CuULVy70B254v6hWDH86KWXHAXLZv797Py1S7Oz F/eEP4Kk5YMLnWmLt648T+gGc3ljZ37XVa0BcfvU0az6xRX5Rt+iwsIKt/rcq2kFkUB2TX6q9MXg P4pXoQL4yK5IXVMmlGVAmRMaDVCvhh4VNKqgQ4AuXNt9djvxHfUd9z3sE4p8QHxmn8cn+HwBly9D C6gaxGfH5HW4TGwH3OtS6GZ3wKULlJI16714BxFmQ30eDKkCWYn5W1omXpXa/aVvRad+cqSu4/ZX 9w7cvaMl5bG6d1cfWouR7f4V+//JA2PdN0ZLO479curwm7cuL+ze2+R9o3Lr1/on7t8y/8g+1GQm yUMoSTVqcmUks1wPtUpYQkH0mU0eEzWZHHY/UXtwvdaG1Fp7iKDkLnGdyOr18I1Nb9mseO6AExgw eGPvx34Xi5z+aOQr60LFA7f1nxW3x34f+03s17G3vx4e+saW0TvW5TBuM0qykBIdWR7JVqt1ohjR QZEOiM6MOiTodGBQavwEPOheqkIaDShClKmRNgQJNTob1yHGyjCyFldAjEPZd1T5n5h1blIYxXBi amY3fU3cfjz24+Oxe+XehRewdw3GfbiIsc+/ijqq8LMnNKmKhkRRCSG2V/89ZdwCy52FmQPL7jTh XaBSCi/M3ETTZ359WggJr8VePB5TI15Jm06hNnlRmxoOOsHvhKkUCFgPWun1ZogaYJUByrX1Wtog wgIRJgEyMpLTjT6Tyesn6Z70SPrxdDE92Y8RiMpocoe83jSLCydS6JE0FyUFczc4zs46ARdE2H6l N65MHqsq4E2oErs67xVP/S72+6l3jne33f2ro3B75wM1sf+M3jkYLh+6ff3pu2L3Uf1dD626883r rn3rWFfsB76fLNr+9fVD94xWRE/HOSh2c/kVRpJ0fg2lCoNa8CvUIUpFrYpd5gCR2bDq6STOPElQ 09LFPS93br2WsNh9auaR06dpyymqnfkYdaUCXpSwQxtiZ98f0gioBj9FNRD4pUImD+CKyD58AW2n T3N+55z/I/01QkkkGNGXKyHJbzbbND51Ep70qFqj45MQl4VqKX5negzcWwiUlCXLThH9deHa/ase /O63hQcra7M0p2Fk6ObVOc981/pv/khHIf00Pu4DfNx7IpUqHei0ApKGhs9GCJo+rYD2nBCtWqPx awWbVkBfRuthoTbjDlF4FFQhAOfP9+NGvnraUjGrXDwcYO84RN8/pSCpAkNI47Q4PaVIMcuxAWDM BKp4eCAeOBsbPHHqFM37j1gyTbs9theN+Mt0fswt6zmb7wqSE7FIvStUojytBE6EPJ8YS1n/fAah aIRDM6bTtEzcfq5AwqMoQDx2ck9k7R022G2Dbhs02MCWlOQXBZsoJIlTuq/q6BU62KSDTh0sRdYY DNK6aFAcVsBuXBxN9SY6ieyjotmkEFWC3U+pQ6nys+dnqUawKXVIEq5+oJZXv/C0dLmF+7fscSP8 MScCpt7EYUriWHK7MYLmV88gGcOGUna7s6LghDL20JHYCfEEoHbY0tRU53aA86xwBI3EsXMDyLXk +Rs9GZuq6NuynNu5nEcjZR04CVXsglkDgBqjOSZxtcqmxsBP5zdrQKMx0Lh0b6Cwme6llKrYpe2I fr8aBtQTaFGl6VDc28uz+LBw6k6ZpYU7Tj4nPcyu+4ntT888Jj78A9ooPiKsPncfSuM+YTX3uf8o voHWxUqyyYZI9cEAHPTAYRccSobKpMYk2qSHSj0sVkOpGspUUEuhhILCR5xmp8cpOJ0YFGWwmwFc Wp3b9RduBpBWpc/cEYDe9Ry/mt6171++umrV7a/vu+6N21rb73j9qu4b+kpoWf/h9o4vD1aU9H9Z 3N9x98+u2/+zu9p77v7pzhvfvavtnFg1djw6+M2xBaVjD06svWNsobw6eZHnRuIkiyPZu+zX2+ke y2ELVfqI1Yy+lNWYpjf5idFjpEZTSKczaJ2JJeqC5YCPwOqNE47mxsovP0oL1fTOh0bnF2++byL2 u9Onzx0+nF0/VPOJuD0P45qm6wYqY520sXdzRWPIwjl9r/gJcjoN/fr3IncdDMOBYjiUD4eCUJK6 NJWWOeucdIG9yU6bbFBhg1oBygRYxhnuJR4P26sOFOp1uqgJupDlIjr/Ct8mDHi62YY2/+qWEAiU FvoyHOA46IOdWOXyhurd3W7q9rhcSbqQXn+9CYZNu0201wRNJqg0QQ6imqcGnRr1WI1NEkJEd1Da 5uZ3Jcy8XdHLLqn3JjZfMJ0t7kUFLJau2faG2atePitudkMqe4VD9mxUYS0uY1eF2HMDn5F+14ri aHFJw8Gq6htXxrVgVX1TS3b93mBU+IwqXP/WCk+BZb+jttDjnVWJ9HzTgaTyzNFXL6EXL6FeODC6 6o7k2ZLZ23V8Zn4zno890uFxCS6XNjNF7ZeMrd1mSwmpVBpPSMcXIg1fiPiKKblfcTUpZlavIkn2 lPOFLG41ZAbYkx3glS5/ecWXfvOGf2F1Y9E3T1PXwPFtVd95cO/mmXWw4NDRvYdiD0NZaV3IEjOL 2z0NO7uvvSdZLLoLWjoHVvAnJBpxtjpRhxaQJyMTV1TAZDnsKThcQHfPOzSP7vLDIR/s90DUA+0e OJgBu1NhlxMGzdBhhiMUDOokX/YCHyFbcmFNLuSSbHP20WwhO7toYbrP5VL7SJGniBYt4LcpEmIQ DKWZLpJuTqfp6bmZuQ7BVcrc0EyXI+6GSnKXbruW7sNIXISqkPTmrOWzV1AhkPBGHXPvxmAXSiQn MDtfSLiuQrXm0NXl65dlu5btWb/u+CTG0fcNXP3c/lrxEbF89RWLI0ONwbQVN40P3rI2VLXtG/0D 9+9aJgoZ/VvsOQv83uKgz2orbJnsbryyp7g8emOnvrp3kTu1cElOdmVhjsNetaJ/Ye04xqjdV7cR 6YuQwvs8QkuPaFTgxzVWDCmZv0CZv8CizZ/MvMLdNnZPhVd4P7b3VGyf8LTw2rkC4bXjDMfNKKUW xJFBVkdKe1KHU2mXfZOdHtEChmzStYEpBUwq4IAIV4iQ4Zd57DXLFsltZgtqikvF+Ry+pDVFn0NE tonSbowoOx5ii8a7aOTY2N77Npc7hScUVn/12sWbdi+yPAnvlIyP9TflFrcNj42E6C0z20LtTTUF qUWrr2qmR5FqNc6NDUi1Cf3MBV0AnRiB6AxKUaBKKvrZIxVUEKjBRMAAaDrBRqCVTRzYD7ADYAAA qEkkAp8nVHLYMKpcyC+W8cBydjufeyRzDyv4HgR7VXEYIzdppRU3xIp+GFv4EpSo9Vq1gqptJqgV t//5Jly8fmjP9HptWbUBoZJx3E2IcgHS7ofSyMlsM5iNBr1Zb/Qb9DaD/lYDGAz6Q3oY0kO2HvS6 0w4IOiDVAToH3KYBdqWCOpwanUOn8TsdNqdD47ybux71OpingxR0QJyNTnCmZuGws8DPB09AdMFd IgRFcKWK1IU8SnXZUl1i6jHOlU2MHy9QOEXhKxQ2UeihUEYhSIFuSt2ZOpUqlKZ2ptJUf6rRQJzM W9FR0Mdj9WmJdQkTjAyUeCj5LInLIixYR3duDl9ZyznezNyWEprPCAPYLRvs+72B7Cylkl0zCFuZ t7NIYE/JytKwKhfEXvx27BOzUUAXzRg791jsp088YHMokWiTUfHrt36sT7ZoQVRazSeZjIShkgqL qaHg3HF0h8Jt1wUsC6orzfSjmQ3BnrbFSYVX1NB3iax1A9wf/GqkzW5TE71FYyX6JLPGqjExSKux 6kBlU9rUOlCwzKq2qf0aq02jsTrQbbQZjERPqCDq9KBD91lvw0Pi0Ok0Nquee4FqIJpZvrK7Vfil JWnjY3razD5NC5wl3H1ij7WyjBWbTNycB/injbNAYgz/uqw48M6ZvAqTZl7sF6/DG7GNP/uDza1T zwPti7FuKKhqt5mrY1fSdpoeO+XKTzJUQ/fMe3PHayRVEbfSrxC1Ihj9HvIwWlyQ9/mRjYJg5EZH 4HvBSfzOlJkzvcy0ms+we0HZpr5MDgpHHIhln46V/eKj9EKLIRT4FHm+LZYBv6JHYzeHmrPS68ph K+s9A63br7B3C1kZ8ZlVoijCv4pgwD79OoMN3SCLhV+vtKrRqRUxWmYxj4GaQ2z78GxxMfuTGYjW Pe5ubreE2V1m3hJAd44/7WWkKq/wq3OLaHdqIJQ0s00YnvmqLei30g/vo/e6c/KTjh+faUnOC9rO n2fXQGBQ8RYNGNjDXEry82+uIMkRLRBRRYUaAPEJIRfNcghCJdg68/wH9Hr6IagM5dBx/iDRfB8b opksKWH7bZsRwy/pnwQV+RMhM1lE9QhhlPM6tsV8Pa/7IF7nitd5EetB+iHWfYh1flaXo5PrHHje jfRP2GMVtJ2/jvfIkfLaTIwW99MzWLuQ1+KZafEz87HuBn7mIuiVzzQlaG1AvKP8zGpYI52ZoHUe nrmPnxmBdqzTnaRAzPxUXh9O1NdAl4zZnsCcT1+mNyhekfqlG3mtVYjXhrF2H6/Fc+VaS6I2E2uv 57XIX7lWK9ViDN11/ox4N/ofeWQhaSLPRkYnF8IBLeSneyt85lRfODRvHvHXZvq8i9y1Xl112Bz2 esNmYXmtT61BAdCDfujwR/2TfoH4hczBRVcsovvd0O4ecE+4hUPVUO1eJDRMMts7qKMT+dfl08F8 yNelC15vQ6nLjt7H4w0uYV4oxC/6sLs8uS8mhXNyVBdGJ4ytjwVnpWdj5I9N8Hvki9kpZum2LsL2 NWSXtLRs1uFgDhubVA60hWj80HMFdrOtdOeSm1ohfntMqdCy/PvDK49ujdx8S7A4TZvTOtm8cGtr wehVP7e6dc8k1/qt88srUicLt8S+mleeoW0oLWvSOPPei31Y0ZBj9lasyGu47pqWpYVduxu2fH1x fn1VSdr83qXBrJo15Stvifwpqz/P03y0OCkY9JtuSF9Jr0vLz811llbMLzG6cxfOfAxFGeVlZek5 tYVplVxPUXI3Kp6U9JS2SjODzpXrfl6LeopyRW0zUlnbGujbdJTXoSZKdWK8bl5CW1ATsY5roihI mog/pXK6gbxL3qVZ9D+Ffxf+XcwV9/H0pPi2eE4xX9mp/De1SZOjjehW6bfpf2jsMX3H9It4Mreb 2y33Jz1r3WGrtD1sT0s2JH/fsd7xqTPk3JdW6apB5+gp9688NZn2zG9lrfYdCQSzP8opyHk3kT7N +TT0g9x38rMKlhZ2FzmKm8I185eXeEtPlu2qaKpcuWBL1Y6FmxfORMojn9acXZK3rLFuov7jhn+Q 1Jh0ibTor0j7EunOL5zebKprev5yupwup/+m6Zd/k/Tx5XQ5/ddLzebmec21l9PldDldTpfT5XQ5 XU6X0+V0OV1Ol9MXSctXzEm3Xk7/pdLdl9Pl9A+d3pJSi71lR8uPWz5YsXrF9//fUqu6taj1mZW7 Vj7Rltf2aNsHqw63m9od7Z72YHthe3l7pL2+vbW9u31DB3Qc7Xizs73z7s4Xu7K63upu6h7rPtn9 h54tPbf0fLx69+pza4Jr1q/ZtOb9tavXvtxr6W3tvab3w3WedRXrtq6bXve79X3rH96QtiHal903 tbF84+qNj/Zb+z8YGBq4f+DDv3+Kqv8bJ0fUHw1Ha6Kt0XXRrdG90SPRu6IPRk9FX/xHSoO3Dd47 +Mjgs4M/vZwup///ibD7iwitwrwXriZKcoIIxHf+JszLzv8C8yrMbcR2foj4iIDlPixncAXPK8+f xLyKwz3Y0kdW83wt5jnEdD4dcwvPGc4CxHCSvYEV2xdwDAWIgeVVPF+LtWFs8wvMTbFPMLfw3Ie1 JZyeEjyL5ZU8Z7SV8fZlvK8yYsZeyniPZSSd5+zcMlLM29TykmU8r+d5M/ZYRto43MHhTg53c3g1 x7YW8wrEX4u5mcMWDqdjmwqOvwIxs7ye1zZjXxWIk8EdvE03z9noKhHPTZibsU0l4mFwOod9vLaW 5/W8hD17WIl4GNzB826erz3/R1LFR13FuVSF2Goxt3A4HXFWcaqqOFVViI3VspFWITYGr+Ll7Rzu 5u17MG8gDYizg1PYwWnrQXgIcwvmq3n5al6+lpev5eVII32asLuM2KOSqfxlpgLXKi0/EvgTlEZ6 TIYFUku/JMPinDYKkkKfl2Eltv+5DKvIQKKNmhTSj2VYQw4rlDJsMAQUR+PvUwVD0mMyDERhfUGG KVHZBBkWSKb1IxkW57RREL0tWYaV2D5ThlWkKNFGTVKSnpJhDVlqy5Fhg/JW2yh7vl8U2Oet04DD CoTNaRYOK3m5l8MqXp7HYTWHF3JYg4S66e9kWOKhBEs8lGCJhxIszmkj8VCCJR5KsIpsTFsuwxIP JVjioQRLPGSwdg79Ok7bdzmsn1Nu5PAzHDYz2tJe5bAV4aS0Mxy2zWlv53gkOHlOuZOf+ycOp/E2 Es70OW0y5sA+3n6Gw/MY7NJxOI/DTgar59CvntOXfk65Pj6WB4mHFJNCUkTmI9ROhkgU/y8nY2QU /ybIbrKNlyzBox0Is7wPy4d5i3ysqSFbMHlIG5ZtwvMnyDg/iuL/KLa+AvMB3tKAqR6PNmJplOzE khUc+yj2G++nGbHvRtyTiMeDeMcQ5zDpR7gf4W1YtyPRjydBfSHaSA8JJI7KSC6noQ8xbMO2Huy3 D/thOPrJZrltIx4NYSmrnUQaxxNjYnwY5uPY8rn0DHJeeMhiPN6INay0j3PiwjFKeMbkkXp4L5NY 28/Hy44GEfdOPHcHL5nEVgOccx4sj8ujAWli3Bnm541y3i7g50d5iyjZin0yTg/w3CNTFG/r4eXj WML4ty0hwdlxsPoJpGIYzxxHLtTwltKI4qPo4zQxDRjgPTKaN/PRDf5V2nNxy8oLemU6tAn5sYX3 4yFBbD/MRzCW4FsO6eS8Gk+MpxTxlqMGzGJajpT9ffVcy/8u6/o/iq5/Vg9mpVTLNWEnth1FfjA5 DmIalseUx3k/hvQM8x5aeM0QljBujnPZtHJN2sFrhvkcWoX57NgZz4rQPypHifZwjnn43NrNOSSN aCIhpUFO6wSfjex4G8exFWsnMEn82MjPjXN0KXozzai/s+OP12zjc2kAe+nnGKUx7OR99XNdulS/ 0vEw17EtXJukXiewBeMtq98ma5OH6+KA3NewjKFfxhXleT63MBePnLXYwqEgnpdzgdw/j67Rz+D+ 4lyaq1VxWe/gehSXXVyPLj16qffP0rVgDg/YSKSxTPD+4nZmB9fE3Zx77HsMo3z29X3uSCVO913A VWkWjcm5NCoJZvN5mzyrGbVXJLRXwsNaMtvxl2UUt2px2znIdXwLpzfOrwvnYS7ncR+HB2SJfnae Xzx3g9zeMYorMSIq4DX5vI/NfDZHuXz6sIyNdRO2iNcVyDjXX2Q7cjglfXjuNt5blHNTGnucmv8b 6/wFraHHdRGO5jgOT3pCL0ewTOJ4XP5RvpJska3orJ7+JQsf16/Pt/Jx6bUm5sH4nDVT0i9JY6Jy f5u4Zo7KsyWXj3uHbIGl9Z5ZiD4uA0nWca0c5edvk22b1AOzkJLFHU1oSx+ZXeniOP+G8khwqY+P fUy2xnFrMMBLJpE3ksbPrv4ebu+3yHoTjNP4+fLlFv6Ctc6TLmth3EZGZQqHL5gTXxgft9LD/Lx4 60vbqtyLbFWc9xefzbgmWce5447TNeuHzM6cycQcj8swl1vvMd7LYOI4OkdDmBWSJDSO2HITq4VE 9UZOi9RyPNHyQnsiybBAlvg4nylbEjTE5/aFuvTFuTrbQ3yUc9eNC3V6lhM7OR+3/pVyjNt25ieN ypy5cD0dI5LvNMuXEWzRP2clmPgLNlmy4wN8BPH1q/Iz1rwPsY5xy3Np71PyjuLrxiyP4mvTLJ/m 2pULzxrn9kKS10Z57JdeRfs+R6o7EhwY55o6yrFLM0laS+eu0X+tFsxd6+rRe2ItVpBleNSFXlQb L2nAMubZtWFNJx7VYmktlmRji1VyfTaXWBdfk+qxXQdf7yQcbZi34HEPt3XLiIcfs6MmbN+CuNi5 S0k372MpYlvFW7Zx3MuxtBn/L5XbsTOWYEkHHjO4jltDqb8WPEvypxvk9VGitB3LPYkRXkhVA+8x TtlyPGpD/PVybQ3ibuD4GP2s/2UcbknQuUymtIbziGFmOJfIfmgbL+3A/63YbhXvv4aPWaK2hY9h GdZLY1nKKWA958tjldox/nTKNUxGjL5mTLOjquE8qOfUzPJvCf5vRcoZ/jqsbecrxQo8s5aPdBXn 3lKZZ2y0zfxodlSSpJbw0TCuMh7UIrwc/+oSvGvjuURL2xxsF/Kui9fPtpLGVyPnSzjnVvAjSRpL +FE7lxWrzZVl2cbHcXGvXVwT/w973x4Q1XXuu/aeByMwG0SjaIxuqUE0RIkSXyFGFAgoAgU0aq0B ZHDAkSHDIGqp9VgvNVYTr0cJ2qlRRI71LUFOQok1SozmWGSYmYSKtWo8KtZ6jTWW2pzM/a211wyj ojU3Pbf/nE5/+/vW3uvxrW/91mOvnYXxLFYsq3GGlyEJjL2K9R52KmWk+liilEfb1tcWD6vlx/QR JRfP8xm8pR/2C/V6LPMJtSvDW/Kjch7xK3lU1AvRcqbRIE83F5qtS4sM8hSzpchsybbmmwtHyLEm k5yev8BoLZbTDcUGy2JD7ghZr0805FgMpXJqkaEwk6ZJzl5qLrHKJvOC/PnyfHPRUgtNI9Pso0bL 4VSMjZTTs01FRjkxu3C+ef5C3J1qNhbKiSW5xbSkTGN+sWzyzSfPbJEn5+eY8udnm2ReIuKYUahc bC6xzDdA5FlLsy0GuaQw12CRrbQeSZlycv58Q2Gx4SW52GCQDYtyDLm5hlzZpNyVcw3F8y35RbSC rIxcgzU731Q8ItaSj4JQQrZstWTnGhZlWxbK5rxHe8dzc4KSMt2woMSUbZEjpufPt5ipacNmGizF tJgxI8aNZZGmZ3pzYo6Ls2SX5hcukFPz8mCd/Lycbs7JL5RT8ucbzabs4kg5LdtqyZ+fny1nZLM6 FssvjB83ara5RF6UvVQuQXWs1HF55kKrnF0sFxksi/KtVtQ2ZylzR/yM5FhWSxoosphzS+ZbZZRQ akQRPmkh8wvnm0qoo6xmOTe/uAiNIWcX5iJVPiLMRyxDoXWELHsKNxealsoR+cMUD/vmVeiJ3a1J SoPQWlsMxbR21Jk+xSO5N6+XmAUR+SjFalhEPW/JR6m55tJCkznbt1AYna2YCiKgvmYUhWuJtQiE yjUspu5FHKPBVPRAjfT+en/axnlmk8nMWoMzJVLOyS6GQeZCL7M8HIowWq1FE0aONBSOKM1fmF9k yM3PHmG2LBhJQyMR83XOwWGRcnZRkSnfUExLp9l032m6I3srj5FMYzioLwvMMJzW37DYYEJHYD69 v1tRf93XsWj10mgbFDMqwl9wjAHpFliy4YDcSDnPgm4Cos83ZlsWoNbUlYVLacMhA9mcg+5RSN2S zbo2jfnt6kFNyi4uNoPGlAa55vkli+D4bKUH5pvgmwia4331lTN433YMYxblGmjnVFqi23hyab7V SG/7sCqSs4pa73lsygcdlbJpXhZldEMJJbTFaQ0j5UXm3Pw8Kg3MIUUlqFCxMZJ2C2SdU2LFzWJ6 k/MENRyJihcbMFwiB9ra3EvdmsoS0CKVvsE9zYwoNZoXPaaOlO0llkIYw/upGWMgs6XAMN/qoVgX k8Hx3HzWvyZ4aJ6dY15s8BmkMRzRvsEsor2pqIsr/FGxMRv1yjHc10WzfapqoQYUW0EnOg6ilyo9 +nEuUHpdYryckZqQ+VpseryclCGnpafOTIqLj5OHxmYgPDRSfi0pMzF1RqaMGOmxKZmz5dQEOTZl tjwtKSUuUo6flZYen5Ehp6bLSdPTkpPicS8pZUryjLiklFflyUiXkorZIAn9EZlmpsq0QJ5VUnwG zWx6fPqURARjJyclJ2XOjpQTkjJTaJ4JyDRWTotNz0yagjE0XU6bkZ6WmhGP4uOQbUpSSkI6Somf Hp+SOQKl4p4cPxMBOSMxNjmZFRU7A9anM/umpKbNTk96NTFTTkxNjovHzcnxsCx2cnK8UhQqNSU5 Nml6pBwXOz321XiWKhW5pLNo3LrXEuPZLZQXi/9PyUxKTaHVmJKakpmOYCRqmZ7pTfpaUkZ8pByb npRBHZKQnorsqTuRIpVlgnQp8Uou1NXyfS2CKDQ8IyO+y5a4+Nhk5JVBE/tGHoGFhpm9uNCXiEL2 gpBDlgp6vAYUINzBXmE8zzP4S0cue1HIVW1RHVJ9qPoN8IGqQbX3vo8X/z0fTLqszWYvx57wRWa9 4b7aGO6zl1msHqh+QT1N/ar6ZVzHI3Y2XvmobUrpRuGgsF1F2IsjrYuFbVLTPDzftwlxDyUVpPv/ qQj9ktuTCG76T4ALhEwXfxMmjleHEzLprKYBYVlZcnj+58b/yCvub2LTk9OjohBL+WZN6F/CEeNE +i8gzIO2lgjiOnEzUYlbxC3QfyH+ArpNtEH/pbgV+rviLehfip3Q/6qCBaoQVQhRqXqpEqC/qpoG PVm1HPpPVD8homqF6g70r1RfQ/8v1TfQ3SrYrCbqYiKorWor9BL1UujL1Mug/0j9v6FvUP8r9I3q jdA3qTdBr9CMIoJmtCaaqDQvasZCH6d5CXqMNo4I2ngtytUma6dDT9FmQM/UzoA+U/sa9FnaWdBn a38Afa7WCr1EWwJ9sbYU+hLt/yKitlz7M+irtW9CX+NXTQS/nX47icqvxu8w9HpdLBF1k3VlRKX7 sQ610/1EZ4P+S91N6P9Hdwf6Vz1QSo/ZPUqJqseSgB5ECPAP0BNVgBQQAX1YwGjo0QH/Bn1XwAHo BwM+gn4soAn6xwH/Af10wG+JGNAc0AH9esCfcP9mwJ+h3wm4C/0vAX+B3hkAzwf8NeAe9L+h8VSB QuBxIgQ2BX4C/WTgbeh/DrxDxMCv9MFE0PfU9yMqfX/9TOiv6edBf11CudIx6RgRpeNBoUQI6hc0 mIhBYUHhRBU0NGgi7rwS9Ar0SUFnoLcEXYf+x6AbiPOnoC9x53bQn3HnTjBlnprzSCSDWWsq7ai0 IG87+C0dXsrUoS10s3Twkm6ODpbosnXzcc3TFeG6WLcU12XwMPXtv+C6UrcSd36q+yn0Vbpy6D/T vQl9je7n0NfD/9Tzt7mfRXj4OeiRASPhn6iAKObDP0K/EXCD+edjXE8EnoCXPoGvqGf64NpX3xc+ CdXDD/p+1Fe8Pv7khmo/0WRbsnOIPH+pxUSWLLAYFpI1RixZiM2UbS0ku8gAok7AyE8ipifPlkl0 BkZ+MmlGehx9AyWsb2pIEOnPdS0J5v8GFP1XIXrSf/+J6ToSQp7heg/SiwxkXqVhNbOkNxnkc0cg AeQpDFyeOwLpg3zFZAzOZGBm+jQZb5lKTBG9uy8ZzEMqoiehJIyH1OwvX36PDJlfVFxEzrLrZXa9 ya6d9CqICw2WQiGQXYewawy7ZrKriV1Xsesadl3PrhXsaqOvR0IVu+5n1wZ2PcGuLex6jl0vsetd ehXHsOtUdp23aOGihaKFXZex60p2XcOuG9h1C7tWsetudq1l1wY2SvaC7576Fpo/fNkXXuqHNnsa 7fMM2mLQ/4f7AiGPudI2F2Gl+jE67YsP32V/TQzwA3qAN4HggAS2EJQrgxlhlAHkWRJOhpIIMowM J8+BPc9j+hvJvuCPIqNJNHmRjCFjyTgynkwgL5EY8vIj8nzSe/SfA9Y+keyJnvH35EpBK0hCH2Gg ECFECeOESUKikCbMErIEo1AkLBFWCKuF9UKlsE3YhUn3feGk0CZcEzpFnRgqhovR4mQxTZwlZolG 0SqWiWvEoyp/zGn9VeNUcaosVaHquuq26h79m2vqEHV/dbh6hHqCOlk9R52jLlAvUa9Qr1avV1eq t6l3qQ+q31cfVZ9Ut6jb1BfU19S31J0aotFpgjWhGlkToYnCnDVJk6hJ08zSZGmMmiLNEs0KzWrN ek2lZptml+ag5n3NUc1JTYumTXNBc01zS9OpJVqdNlgbqpW1Edoo7TjtJG2iNg0zWpbWqC3C3LUC c9Z6bSV8ocOcuIW1vhAdo8hJJ+ldIk7eO/kGfIo7U+bBs5Cv+isy6a7Ck2lxinz9U0Vm2RSZfU+R OW2KLDqtyDfqFGmpVOTSu/QPQhFh2QqiBWmF1XOJFkOpsKaJcVhYu1yRbwUr8u1oxkzNJu2miE1T N5k2vcXD2zY1bbpWEVgRpYQr4iqMFWsrDlY4efjaO9I70e/MeWeFEn6n4p3Gdy5V6ipHKOHKuMqC yvWV9ZXnWFhdeXtz/82TNxcooc2rNu/d7Nz8tRLa0mfLxC15W97ioV1bWrZ0/kJWPPeLCVxuZR4U tu5iUrX163eD3x2iPHvXyu6pt2Vuy9u2bNt6Fgrddnbbze3i9tDtkdsnb8/cXrB95Xbb9trtn26/ tP3rqj5Vo6oSq7KqllRtqNpbdbLqXNVtlipsx5gdU3dk7Viy460dNTuO7nDuuF4tVodWR1VPrc6q XlK9oXpX9dHqs9W3dwbujNg5cefMnUU71+ys2dm089zOuzUhNcNr4mqyFKv+bYBi8d65TAburd3b tLdt7819ZF/vfcP3xexL25e3b8m+tUp99pP9vfcPZ3rA/sr9e/cf2392/80D6gMDDkQdSDgw74BF qeOBuwcDDw45OJGFXjp4+uClg/cOhRwafiju0LxDyw5tPLT/0KeHrtSqawfUjqlNqy2oLa+tqj1a e662870+70W/l/me6b1V72197/33Wt+7UaerG1I3uW5u3eK6DXX7607XXTusPiwfnnh41mHr4fWH 9x8+ffjS4Xv1IfXD6+Pq59Uvq99Yv7/+0/orSv3+fZtSvw9Wc1nFZZPC6A+uKLLhklLDX9f++sSv zyr3GhWfqD6M/HDShzOZrv3w1hH1kdAjkUcmHclU6nqk/sinR84fUVpG+E2OkvY3F5SnR08ePXf0 9kf+ijUfGekVcjWXyn8bKnxUwWUVlwe5PMLlaS7PcnmZy5tcdirymMhlIJehXIZzGc3lZC7TuJzD pZHLxVyu4nIDlzYud3P5PpcnuHRyeYFLbt+xrxV53J9LbtfxMC4juRzD5SQup3KZyeU8Lrmdxy1c lnFZziX36/GtXO7lskFph+MnFXmC999PtFxy1pw8ochTwxX56TFF/scuRZ4O4fK2In87U5HNkYo8 w5+f6VRky3mFFa2hXJZxeUF57ohTpBP+fe4aHSOFQDFMTBZninPFY6pAVYHqfbUWc8A97Qq/E34t fuf9rgG3/W7rotl1sm6j7rqu01+kIf9QaHOYlotfqH8Nfpf9Lwd8E5gcuDywOrA+sJo9qwm8oO+j 6/S7re9Df7pOvUm/RX9BEqVV0hbpGtb4pqCaoLZgMTgw+EjPudKqnhUhA0LyQkwhVSFtgdW9xF7B yA2/XhN7JfYq73W612e9M3u3PqXudfqpUU993Wden8t9l/fd1bchtDeenQ7NC90begzyVq/T/eb1 j+t/4uncAcMHmAZspU8HvD+gtdfpZzIHagdae50eeGVg56Axg5YMqhq0d1DroMtyiBwjJ8iZ8mK5 Ut4tOwf3GRw9eM5g0+Blg1cNrhncNLh58I2wkLCIsKlh1WFXvhfjX/O95UOihpQPOffsGNzz/oac 49qVsCvPWp8dw3yDuMoP8ZXfOfoLm/ps+bNHgfPPfk2v4f7hEeFzwivDa3XRLNyiiw5v6TVx6MCh cUPPR8gRwyOi8GuOuDMsfFjZsGPDbgyNGz6x10SEb0TcGZ42fMvQ889FDwt/rvC5bcMnDp9IY+Nu 2nP1sLy7X0R3P6wK6YkFeuYgxt0ufOl+W/gr8Df326IA9HC3i/5AEJ6L+h3ucZLOPQ7couck+rFz EvSMAz3hQE9I0NMN9HQEPRtBT0bUu416G7AVeNddp98OeRz4M3AH+Aq46z6o/y88+wZwu+skAghu oyQCKuQXwk480JMOsFP/pvuH+g1uK7VEvxv6HmAvsA/YDxwAmoCPgRPAebdV8nP/kFndl53K6LLX yOylpxXqkXOXncZH2GmEnUbYaYSdRthpvM/OXuykAj2nQM8nDEGsN4EN7hrYOgS2GmGrEbYaYasR thphqxG2GmGrEbYaYWsNbDXC1iHIjbYIPQMyQWkZ2NcO+9phXzvsa4d97bCvHfa1w7522NYO29ph Wztsa4dt7bCtXaJWzVJsgw/puQ7qS3pmZCDzqZGdGaEnRuh5EXpahJ6goCdF6JkOekqEnuqgJ0Tm wksl7kv6xUAZSvqx+xn9vwA/RcvRuv4c994GNrgb9O9AbgZ2QK+GfFT9D+JZA/BroBH4EDgC+Prl E4RPAqeAT4FWwAE4ARdwHmVcg+wArqPGig8bpAXuS5IRyAcKgIWACVgEFAJmoAh4A7AAxYAVQB0l 1FEqBZYAS4FlwI+AMmCf+xnpA7C0Afg10MjOBtFzM4p349iJmYH0LrxLz6bQ8zL0tAw9K0O9Sj0K 3sGDRnjQ6PXgBncbPLbhCdnSxmu6ARYZH7JoMDvHQs/f0JMs9OzNQHpiCU/o2ZtEZk07O28zi/XW m7CmDtbUwZqbsKYOljTDkjpYUgdL6mBJHSypgyV1sKQOltTBkjpYUQcrmmFFHay4CStuwoqbsOIm +b63V9CzO7Rn0HM7A90/8vFNHGdcHDuvQ0/r0LM6sxnbGsC2JlgWB8viOMtsYJmN9ax3IDcDO9wF YJlNXwM8mmk2MM0GptnANBuYZgPTbA8wzQam2cA0G5hmA9NsYJoNTLOBaTbaQ8E0G5hmA9Ns3P8F Ug/oC8A4I5APFAALAROwCCgEzEAR8AZgcTeBbU1gWxPY1gS2NYFtTWBbE9jWBLY1gW1NYFsTvBqH 9yt6Yqke78oq1qq0ResJ3Tel55Po6STRez/4O4+4KukZt10aCgx320lveL0A3h4HL2vh3QJ4twDe LYB3C+DdAni3AF4sgBcL4MUCeGkcPFMAz2glf0g90BsIA8a715GnyGH01H90rio2us9ks047mfw/ 3OHc0YjPu7PEMUAy8H13o5jpbryPJXS+ywJLsrphyYPzXRZYkgWWZLHVQBNq0PRQXt9+7gz6TrNb wv/MSo+YlXphVBiEUWGQ0Emqsa6Lw7ouDuu6OLG/e5c4lMxCT4pDT4qTemL87g0ZCjkYCIP+LJkj hUOPAIaROSQQObQjh3bkQFeFR7AqPIIcXMjBhdQujBtHkNKFseMIxo4jpAdSfOwT82PE/BgxP0as j72x1MIo9xfiAPfvxCHuU+Ja9xfEXxjh/kIYCbwAjMbTYKAvIANhQDjwHGLq0cY1rD13Q+4B9gL7 gP3AAaAJ+Bg4wVZXNbQNyFP/LXNdABvTnmAso+MY6SlEul3C8/CPxu3COtsIPxnhJ6PYB97FXA1v tKNdXGgTlzQA7HkGGAi/hTMPG+E7I9FR7z62DWSUsw7lrINPE+DPBPgzAXzYjbYxojWNaE0jbFgn 6t1bxRDovdx1Yihkf8inIVEu/J4AvuSIw9wJKM2I0oywbR1KNMK+dbBrHXizFSUbwZs02LgOvNkK 3qRhBPJ321Ez+33zSi/29oA3hH+IHySaG82J5/KmJ5e/mzIEqT5C+W/DP1fBuavw0VX46Cpy+gi8 uwreXRX7AYMAGQgHhgHPua8i94+Q+0fI8aOHbDA+sQ2enuV64p7lz9dV97Cmuufbkt7WoS0TRlcG 6F1b0au2kkj+FsBGBKzDBmEdNgj2tqP27aj9ICEKeAEYzUaMxgcY0g6GtMMjg0SkF3u7U9BCKWBK AWPKM5AD8cYo49n33GlotbfFZ3FvKGkUIxBvGO4Pd6f4sKeds6cdzGnnzKEjTjuY085GnKHeWga7 E2hN+erx7Udw+kGL7+d0H+jd83rp/xOvJZReC8bUwoJaWFAL39SCKb9DrrVgSS1yrQVLapHzauS8 GrmuRk6rsTZHvf7p/TIEJZfC/jqUXgqW7IYFpahDKUprh7d2o7R21GcrSmxHibQ37kaJpahbKUos Rd1KwazdRKCjN9E/1IO66z1h9/cgluoiUl1EqotIRRl2EbEvIvZFxLaDTWeQ4iJSXASDziDVRTZD nEKqU0h1CqlOIdUplHUKKU8h5SmkPIUUp4jKO7vQmSXgkek8acKVdCjlFBGlSW6HNNPtIEHoN1r0 Gy35lbuU7AZq8WQEvAmfYf1ZKr0M0NhxkK/i/lQAKaVZWG31lCLdlxHbgdgO6UXoYzFnjIf+MjDJ 3YFUDqRyIJVDmobnyXie4v6NlAaZ4b6BnDpgzXTETIM2CONmFvIczfKM4vlGs7xHS+MgJwAvATG8 jIlALDCFWeiQ4oEEXmYikOQte7SUCvl9IB3IBGYAr7GaVEuz4Qtaeuk/rfRAKZL0Rckd0ouQY8nz zH+vAlOBabiXjHvTsdLKgKR+C0DsRtjYyNupkbdTI1I1IlUjYjfytnKQUajdOnEiiRNj3R1iPHle hIViEvRpkHQNPd1dI6ZgHf196LBMnEP6iibIRYhTCL0U5UaifRTvdEijSRy8A3txbyxWIOOgTwBe AmKAl/F8IiStB8qEl8AH3IuHTGB1o17qgJc6uJeywI8aeKoDnuqApzrgqQ54qoPWF97qgKc6SKiI dmC1SGTWd8D6alhvh/UdIvyMGlTTtwHUokNECtEALEIJkfA18zDkWMzX93kY95Jxj3p2MEpoFNG6 4iRWUqMYz0prRGmNKK0UpTUyX6XCZ0pp61BSozgP8fIAE3TqNzPwBvSlKCHSvYmXvgmlN/qUvAkl N7JekIL6p7EW6yDh3fVNWFYKy0phlQNWrRMTUO9ESNjPLJgDfS4wD3FeB3KgG4A8YAFgxL0CyEWQ JZCLgSXAUnDoSfu9vzgdfEhhnm4Qs8EpI8KLwI+xjKd9URcH6tFA1MzOhYwFyojTh7ecQ2k5pJsO LmYClG+vY/Q0stbq+Nb9oTdvJQ8nHGilDsYJ9DvKg2/dAj3vY5lS54ZvbZeG2fAD5qG+3rEugFvW odQboD5cqMQCZzrQ37piP80472EkrSc8DPZV87o50N4OxnMzq+fvmYWjwekXoSsjcrX0ClZ2yqhc 7VP336PO1azOtJfRsWI81iY/xrrkx1iXOLAucYB967zMQw4+7PNpS9YLHbwXVjOr5rA+kYV2rUG7 1oiluLcUno50f8YsZOMIGKaMI5+hVRwPjyN4PpEzyDuO4F7XONLhM47QGn2G1nQ8YhxxeMcR2etT NiLCUk9twAXWw1NRQ2VnoYGNJbSlssDUN5iPv/vMN9T7DeBX7hr4uIb3cDr2NIqTUJpimQNWVbPx RvFpNXp4DXy6Dr27RswFDLiXx3ycJeZD0h6+kPXydWBEjVgMlACLgSXAUvTmEWh1OnsoM0cHnzmq YXE1s+4FsOAWWHDLywLFympY2cHZUM2Z0MhGxxQ25ip8/AFAx6EfIo7CgFIxC8+zmdXV4nzouZAG 3M+DXADQsSkfsgBYCN0MWQRYgGJgCaCMU08+7wXzVm5kViaj9OneXtOA0ikXr7LcXoQci7rTHGlu 0xAGp0kgq6Nn9Ffq2MBHKQezZRJra6VsOsZpGYvmdDMeahmHuhspZbr6oCP4P20FEklXXz7jTCNn XwP6hYP3cto3RvNxJ4vPr9X/NIufVvoJ5gxPD06Ftcpo2Iie2pe2L5uPl/4DRsUBvGfW8DG42meu Wcd9Qke7at4bv3uJavSWDu8a7A26Xkfvt7MyXsedLCCbjfu0PDbPUk6KhWweaGQrDytQyjxA+8Ic OhMBdJ3SlQNdIdmZnyirF3rLVHJ6A7lblTUM3s/5mgQ5ObgdDp6DA6mpDQ4WU0QaB53DSA9eosPH 3kafFZKD2om6/sBn7rOS5zFDetK97rWyy0K2KuWrK5SENQn6G/J4ns2l2bTtfeZUE8+b2iOyu9Sb KlYCzRnPiM7HRqU+Hs+bufdpDDt/2vDgU1ZrNWOdsWsGZx5jYzzzPeUl8zvWTIrHeG0QMxgxRyPm aLIb6efwNUNXir4shdJKVzFGKimpD5T27SB+Xo/5Wu+xrYe39T3+7Gptjy8p5x54Ci+9zkOLmPdM 6PlvYDWq+It529P+/I3B7LXH41GP5Z6ntCTRW18/70q3a6bJwkyTRedD0oPtmv69HVMNiXE3kwag w90sOIAvoOvIWPclPGnCkyY8aRIGuS8JgwEH9C9wrw/br9O4jcQf0LsLSB2k8oW/vJvvTeX6O8BX wF3gcd+bgr2z+x73M/o33W/rd7hX63dD7gH2AvuA/cABoAn4GDjhflvyA3Tu1eQp9u1HA/v8gTq2 r/jdv+gHe7/m7/mmE3aVwa7lsKsMdpXBrjLYVQa7ymBXGewqg11lsKsMdpXBruXeHbeu7+6oITkE vZb9twzlPl8nbD5fJ1bzrxPlKKkcJZWjpHKUVI6Syh/zdaIcFpTDgvIn+Dphe+DrRDn3pO937D1A l7X0+/Ql9r3syb5PX/J842K5dn2LRqsi13bk2s723pVcG55k/53nWsd28fs89G0Z7YSc45Bz3Hey NwhcagCXGsClBnCpAVxqBpeawSMreGQFj5rBo2bwqBk8agJvrOCNFbyx0r+0eD8TlZ1hb9/h/abb XWHZ3XzfzrCfd792j3uQ92sN/VIThnr6PXaPWHXf7rSfZ7cYXrr30C5x4APlPHqPlu/P0h0xn31Z 5AnPJ8Dz3e9DevYg+f4j0T7yaxCtsQ2W2GCJDbGaEYt+m6LfpJq9/5XNQzvCf9eCgd1Y0QNt0oQ2 aUKbNKFNmrASScYKJBnr22asNJKxrm3m+wvBGGHpyLsHOARd2f87jLWcXRrl3oC1yydYz9mxlrOz 9fYEyJeAGOBlPJvI9lHoms6ONZ0da5pPsKazY01nx9rmMNZ0dqzp7FjjHMZatwlrOjvWdHas6exY 09mxprPztzI73VvAus5OgmHvWZ+3q7PsbX28+8tHvF2dZW/vKSghA+/dyp4ixn3cvUQE6QVSgTct DWYsf6AOUPb5krtZs1IPNbB16/hHrF1fQUlPtn6lXm64bw2b4S54YB3byNax3bXXZFgzGda0IafJ yKnNu0Po4DsPffnOAy/P+z7RtfPwFHuDC6Y7GT5vcXugH8I9vMWxt5eR8NQolDka783KG9Vn/I3q s27fqHrC2nWwdh2sXUd3Fb27gnRH0LMbSHf/JvEdv66WUnb4qG3+T7wb1xsxf8Xf+Wgb/QqxO2Dp ZdYmrzBGdHJGKNZOQ5xkxPHdz8lg+1edbP9K/dDbVwjK2M7X6rSM7WwnYjx7O/aU4WGdx8LtbJeB rtkz4EHPmj38ob2TPd/8GLlf99nv+ITvd1x/xH7HJ93sd3zymP2O60+03yHxGdvhM2N7+jvdCbiK kj3vJVfv2wkIRIu3ocXb0OJtaPE21Gcdf2de98A78zr2zqzp9r048L4Rx+sfn5EnksSgv64Fw2PA 6BisEUvofwFDCPvrqwL9S9a4N4T+LWsyDD81+xtrGjIaPy15ET8/MhY/HTtX0wM5xJAA+peRUfYM /PRkNpkDT8zFL5jkkPlg87v49SJ7yT7k/R5+fchhUo+VbgN+/UgTfv3JCfyeJifxG0D/xW3yDOnA byD5I36DBFEQiSyoBTUZLOgFPQkTgoQg8j2hp9CTDBH6Cf3Is8LTwtMkXBgkDCJDhcHCYBIhPCc8 T4YJI4WRJFIYJYwmzwsVQgUZKXwgfECihOPCcfKC8InwCRkl2AU7GS04BAeJFj4TPiMvCr8Xfk/G CH8Q/kDGCheFi2Sc8IXwBRkv/Kfwn2SC8KXwJXlJ+Er4C4kR/ir8lbwi/E34G5kkElEgsaJG1JAp op/oj3eQQFFPEsUgMYhMFfuKfck0sZ/YjySLT4sDyHRxkDiYpIpDxCEkXQwXw0mGOEwcRjLF58RI MkMcIY4kr4kviC+Q2WK0+CKZI47Fe9dcMVfMIz8TjXgbWCMWiEXk52KxWEw2iIvFJeRfxXKxnFSI q8XV5B1xrbiWVOpL9IvJZv2b+jfJL/Rv6d8iNv1G/UbyS32lvpJs1W/RbyHv6m16G9mm36p/l2zX 40d26Hfqd5Jq/W79AbJTf1x/guzRX9B/QQ7o/6j/E3lP/2f9XVKv/y9JRRokP8mPfCT5S/7kmBQo 6clxqafUk3ws9ZJ6kxNSqBRKTkr9pf7klDRAGkg+lWQpjPxWCpciSIs0XBpJHNIL4OTvpNEYNc5K 46VJ5A/SFGkKQR+RXiXXpCQplaDXYdS9Jc2QXiO3pdnSbPKVtEAqI3fpCdTAKHpqUCggrxHy+Vng AhHatkBeAW5A3wZ5G+jkkuKbLr1NTciZIkh/IBjogzQ1kAOAMI4ILkdwRAMTOKg+CWn2+oSjibC3 QZFttZAJKKMPZDKQDszC/fch5xGy74qC5m8YhLYjyn0aRl2oPQ+C2qfYmAsUANT+xbjXBHxKCC0b ELhk+p5Zit5WhjgtkCu7j/dAmKcRK1tPura2Nruqm02OPgw2RzrDZcfK5uuOlWd6O7YxlDtuUrQc ca5paXKusYc6AylaLiEM2IcjDLTOdM1sneua2xza6mwe2Hq2eQjk8Naz9q9daRTNUa0Xmse0Xmmd inhpiFfhiGaIQrwxiG9q/YbB5phAYa9y9bfvcsnNFoeaoQpxKZZAp9gFnaLL3tUUPuG3KJpvIQyc 6Y8wxThHLcNEDiPqR1HIsdWpZah2BgIh3vBuhHcj7IROcdY5hMETvgCd4oZzzGNx2xlzptM5uWUE fBiNPL9xxrSoEZ6A8CQg15nJUOCIbilyzmnZ5lzOsBjhMoTfd66isIfA7xQpzjaGTOcchjznZQaL 8y7DcpdI0bwfvgLs+13h9jqXbG9wRdqPuka1iq40Bt5+kDmQRrTBJAYTfG1D2SuB1Si/xrm8OQZt NhltlgiZAhnVegNteNvTlq065EchceQgbyPafDnyoqiDLRSroFM0QKcwOfwZbI4EBosjmKHKkczg iX8UcY/6pPeETY4BDDbHLIa7aHvgjIx2B5q/Rhg4E44w0MWVf58Krmz04c4WBhG62F38w00McY73 GcY5jnA0McQ5PmWYCn5NZXxrYUiDTjHT8RnDXMc5Bit4R7GMw+i4w3FPgZMo4OEViEOxlsPD0YPO UIYuDg9k8ITroVN0cXg4gyd8Bfy90sXhFn9wMxjcTAAvk324SbHSmQU+ZHnDb0F/yye8EXzZCL50 xc9DfJM3vAXPt+D5XnCbolaBfbLzNEOis5XCO+5wvrd8Cv4D9oEIAy0tCAP2IQgD6BvrKRB3FwUb p651jVMtNxG+g3AUwlFsHKvA8wo82w8sQdiGsA16HdDgid8c4wyk8Pa3OehrFJ5wFvSsbsPnGTKd eQzLXToK9MUJFPZV6J8UaziWuyQKPEumsK/HPcBnHKuhsLe6xtnb0I/PuybaLwPXXRO9fdmD3hz9 OWSOcI5IjlEcdAwodBW2WiGXob+eQP8HWsfhGcUKlxVjwzLIFUxWuja0bnVVtlZD7nZV+vAslKFr bIyiaOnjjGm+xca6RIx1KRinrttvueLsd11TWz6Dn88515zJQf+g4H3BfgLj1GnXKI9E/w5jsDnm MSzBnEGxC/6k6JrPchks0CmqoFOscUQw7HcUMJgcIxhsjiKG9RhPKE5gPAHO6OBzikiMAZG+YwDa gSLOcYlhnOMag2c+6fJFIBDSMgB9KQx1TwfnZgERD/QtT1+b90BfW+m0oN8s8QmbEM5ruQcOE8DT D7j/7GMQBtBvqtBvqtAHjgIn7CbMCRRLMCdQ5DlvMVicXzMsd/Wm8PjFXgHeAc2n4QfAbkMYaG5F GHhw3jmzAXXewMelFT71b0T9G50hPn7bS/HQWOqJfwzxKSqRB4WEOBSj4H+gORNzzJzWzuYsyLzW TnBxZms5uNrmWEzBwmsRPo/weRYub93gWou2LaNonQgeU8RxHAR368HhRshjrkofOzcyeOw6CZso POFm6IBdi7EnEKBjQwxbB91G3+hEWckU3nbiz5V2cX2DNdRR4ITrhmum6wrra4spXBcQPotwFcKA y4lwM8K7EKbwrpM+X0LRxc/PlzM8sN7oGo8xNlNs+3wNw2LoZc6sB9vx8yjnZYYxzrsUrTmfV2Du NjZXoDzAG96PMHDG+Pn/Je9roKLKrnRPXbAofgTaMDShiSGEEEIbnyGEIcSxGeMQxyGGMGoTYmiH oREZijA8Q/3cGlqLotrwaMJjKU9dhGXqn6K4VRQsll1UHBrRoLIcYxNDjCHEGMbFOI6LEJ7POOR9 59S9RVGt3cms9/LeWrPO+u7e99zzs/c+++xzzhVvGSikmPPjnB93UdDfN2Ff6SHs+zwK9mWeaPb9 nHj25ZxE9s2cJPa1nJfYd3I+xr6Q83H2dZos9m2ZreyLMXnsyzDb2Tdh/jzhRsKPyM6EOwmLZDfr 49+4R+jjoxEZhIv4ZEQ+kUccj1gmyRuyN2wh7Ru2y79AviPfIf+i7Dvyg/LDslPyI/Ijsu/J/05e LzPJm+T/VWaJHYo9L7PFcXHflAnxP09I4dLoN2i4Awm2hH/iGohMdkK2wM4kevINQq5h73+thMim 5aDY+1/D3n8aol7DHv9atUgp6kJ47Od/cgC0GdABevb/fcm1E0CniJMiPSsC55xrNhGUd6FOSsj9 OSI7lxWg05tBcS6ZwBngGs4h13DmuIazw3QmKM4P3ysLYKKOQTadE8in99CFyhMOKl9ARpwtrt0C 7gB3kbcNyCeE9g3IRMr4vskgLz1j+EltIO/afdTdDvrw2fXD7oN1fryAkx9HEv4v+dMiof93XRYb zb5hAr1Jofjlkx3oVS7Pk3+OkPjfxK8QLv5/xT8hkQmfTcgj8oQ/TSggioQvJGwn9P+gy+jXoMT6 zWL9V6iHRnwOXkkivh3RDg/9t4glErlh94a/JAp5LtqNkRfCQ+Phoa+QRNbHJtZHUvy/x6+SZHhi Nklh/aWy/tJYf5sTJhIukvSEywk/IBli37KItIhja2fnqT7AQmRX4H9TTsADHv45NQr4RUoxEcJP ETKO8+7UdWAGuI068JEpnFunFkQ8EOmSCIzI1KoI8FciUadx7R6QfbclQK/ALldwLv9HnOuv4Gx+ BeffK2nIx5y4gvN4nzOAf5xgkF3RB/LpPXSh8oSDysdkvIIz/RWc5a9A/iuFyDsBYD7RvgGZSBnf mxbgr+CcfwXz7krxs8uF3Ut1MtgXaitJLWkiOmIkXeQssRCBnCcTZJrcIvNkkSyTVZlCtkmWJsuS bZPtlO2TVcpqZc2yY7J22UlZn8xBIvyj3y/x+79f5p/4fjnh/Pn+e/7t/kVwBf4Ff64fHu/P8N/w 5/lvgcv03/Tn+GfBxfv9/iz/DLhE/wV/mv8G4cae+B3+TX4B3FO/06/we8At+E/6I/1nwd339/iJ vxfcTf+xsUW/BdyMXz827z/HntaP3fI3gbvnbxib9h8FN+8vH5vwV4K7468YO+8/BG7Wv2tM8O9h dYvHLP4ScDf828bO+vPBTftzx7r8BeAa/CVjRn8ZuEb/3jGdP5NEjs35j6KElvU/629Azk3kzCJn Djn3/EaUzh+7N7Z3DPqPFYwtjO0ae0Aixib9OWNX0cc51keDP3LsqD+GtSwfqxu7Cq5i7NGYfAwz c6xq7LHv6dgo4S71XDJc6h2Dbpc6LhkvdV869kdaixTsi3OEfWsu8FW3aPZFtRfZ99A+zL549lLC hxPSMIvp18zSsbb4OPqdjDjZVrRAJhcBrGaTK8BTQi5xgEKkFPEhfBIh/mOgqUA6gFh5aQuQK6JA pDtE7AL2iKB8aQgvAWuUn7ZzEKgCELcvNRBydiUAf3wANI9SKivrNxxHAS1A5TMScubqekyq10Dv L3UA3e8tFwqU+QvfAd9BoMpX62vwHfVpfcd8Rl+Hr9t32tfns/icPo9v1Of3Tfimzlz3XffN+G4j zfsWfA/OWM5cP3Pat+Rb+m7ymQnwHt9j3+qZ22ORlBuLGUscSx5LQ8qYWJl4epG7qLh48GIVUu3F hotHL2ovHrtoxF2HmLox2qnwKMQ/bpn7DeG4/wnvimTeJWfeFcW8Kw7e9Xn42BeCPvYCfOyrJEX+ 1/C0NOZpH5FXyCvIR+FpLpIeK8DfPhH729h/J5+M/R28Lgded5Bsgdd9guTC335I8hPeTZghBQm3 EmZJIXzvZ+TPEn6e8AvySsIvE+7BG/8Z3kj/t/CH/x/LRyUrZJJtZ5K9wiT7c3j7CbJEfZ5U0S+e TWDdmcB6NIEYP4H1pwd7jQmsPxNYfyZui/kUWIMmFgLPTx0NUAkTD9bdb3qbvC03Tb0d9/amt1Pe 3vx25ts5b28bXxh/8E7jO83v6JCa32mm3+7ifs39GhZa4VawghZuKCScvExeRiIw979GIuVfRwTY EDsYO0jksauxqyRq4zcQARQJWYgAMSwCxCbcTLhJ4hJ+hDiwMeEnCT8l8QlzCXPkhYS7CXfJpoRf JSyQD7Ho83+2J9pHPOsjgfWRSGSblj9Ujv1HnOwCqYeFTgPYAZzCqnnKSTj3IVAPAGufgrVPTYj3 sPgpWPvUjHh/W8S8WAYWP/UgCFlPJNqqIdypXNB6RsmpJfBYP06VhgAe6FYDLQHQPLcBaA/UZ+gS 0SOWxwrlNgEOQAiWX5MJ8fsUdhWQgfTEsDaozKyO2C/pwa6iJ5mV49wjYl7afwDYdfRkhwA7i548 Zg/uFNYTty8I0lMYyANITxGTjcnH7oufi8DzEkq5ubdWbRlCvMlpviMkdcY4UoVUk8fcKKSbRh3p QpbJ48jCUz9ytpgmcM01TTm2CAWm66bbwg6Wk2WaceQKu0y3HQXCHtOEYwfK0PKlqJsuHDDNgz/I WqsyjaKXAyYn+FqU3IWSo449QkNnmp0IR00LKKllOcdMDxylQpJpyXFAMJoeo32jadV8VTCaI9FC R2eh46DQbY6xlgqnTauOKqHPnIgyHeZk65RgMafh6jRnsJxs+17BY97qqBVGzXmOBuQU4mpEC0eF PtTVCn5zkeOYYOksdxiFCXOxo0OYQv5RlCxxdAvXzWWoOwP+KPgSx2nhdmeJo0+YN5c7LEIDrk7I T+22YK50eIQsc7VjVMg11zn8Qin4Cej4uD+RarF2NSf2JzMeV7OX5UM7dwzy06DXe6/n+zOEKfOF /mzoO9W/1Z2Ia55Q0FnXXwg5J/uL0M7zrhn9xe5kemUl6TWSXRNRt9vc6JgSHpj8juuQ9mp/iTvN fKO/0J1huu2sd0+amx0z0FHnuI1rnWMeZe70l7sLzXf7K91F5lsomf3W4/5q4cCZVMcCyuiZBQK1 ToBfEnM6HQ+Ex+aTuK6azzqWcD3neOyONNtYm6FXl2MV1nP1R9Ir4+/b9wkF5kRbhrvYnGaOcZeY H/bXCVrzcn8jRuSJw+POgEZp7jLmb+lUL/dWc2V/jHAsIKHJ018mHGD5eRbS3yzsgd107nLzyX69 UPDWqiPdXdlZAvtXW+T9J9x1ncX9nYLREkd5yybKdxajTCPaPIl+MXbuYktK/1l3s2Wz47RbZ8mE 5OmWHHhvEps7WZZt/efcesvmfhue5ve7hCz0WOxutGzv96Luzv7zgseyu/8CNEp+a5Xyjlzw2eZl +KoL9sxF+TTBeKaU8pa9/ZOQZ1//Vdgnsf8GxrSyv9pdB6+45T5hbqa8pQJe0QnLe9wnOxv777jL LIccqe6zlpr+u+5zlnqMQhL4+26bpYm1qe5/KHQHePjGMjyB1nVZWvqfuMtE3kD5zhgngXbtTrnb a+lyxsGS8Af3SUsP06gXLaRCqknwJuemIO9wpmDcqZ93m12Mn6S8RaC8ZYTxPmi0xzKOds5bLqOd wLicN/mdm90XLNP9D5F/k0k768wUOixzzs2QNtGZA/6evUV4bFl0boNvnHXmCwWWxf6tjN/OeMwO yyPzMnw42brgvmpZce5037A8de5237JyaP+OObEz233XqkAk6aARzK1jJe/TXtwPzXnOve7zmNd7 hCrEjW73eXMdJCmF1hgLsy3AO/cJRmu8udF9x5pkve1exiyAt8P+ie4nphnqD5YaZ4UwZU0N2Bnl O6zpos0xB0X703naYc2i/XbmOY66z1u3OA+5i6y5zhoh11qAMvGdjc59HmI+b2sWPNYtA9eFo9Yd AzPCDPjbjJ9n/Fp+gXMOI3XL0e0hsGcTPKfQqUacmRiIh0aFGMduW54tY2iXrdBxYGjPmVS6CtiK BhaGSq2lA4qhAzTGDh006wcUQpateOABxpHxnXU09tpKBpaGqmxlA48Fj63cujBUC+vNDzXQyD90 FHUbhrRmG/hjqLvq3mqrdOwaolH39FCHNRWRv8pW7IoUuq3xzs1D3bZqV4w7xloAa8fb6lyREg/5 T7tjzqS6quHVxf3JnnpbiatuqMq66mqE59tczdBrksYxS5NLB70yKA+PbcEsRl80fjoN7kbrDnjO FusurE3p5mVnu7DLusvZJaRb9zh7YPlSZ6+wZD3gNAmp1oNOB6zkcfa6T8JuAnwywzmC1dCJkt10 1fDI31p1+ljOuNuFkpc9cdYq57SwB23e9Gyy1jpnPSk0Unk2Wxtsk0KB9SjGQmsZd96jK5SlHZIv W2s9mVatc9GTYprAuNdZjzmqPDno8RHWzdvOFaHUanQ+xUoXM8BhRXY678Er4gcUnm2mBbqqYg0y CtetHeC11m7LbvddS41p1ZMPT94hJJljTBOe7ZT37ETvAqwR6djj2W09PZDk2WueHIj37IM1Uj0V aOe05xAiZ6qnBhEDkRBeCjmt8y699zz0rfJesD10nfBO2pZdnd6rtieuk94bduI6671ll7vOee/Y 40y3PZftm1w27117isvlvW/f7PJ6H3YWDpQK3fZM13nvsj2nv8T7BNoR7BCwXmNe+1wXhD2I25jv tkaMXZZ9m2ty6LHJb0t0X6D+42nB+F51X6Dj62mxZLpuDBNzhusWZmK2686w3J7vuuudtG93dQ7H 2Xe6Tg5vsu92SbH9fGeG6767jq4IwymoqxOWkI/VFn09hF8tI4ZvhV+Bp37l3ooyy1itmP9YCxjP 1kdbiWPJnWhZdDUKjyW+PwMemEp9zzLuekKjAfPDRPDdlsxBIlTZ9w7Khzeb9ZQ3xwzKBYtFGIyT /NOausabZlzLw5mWGuvB4RxzJNa4u/Z9A8eGt9lOODcN59srBjfBBzIQYfT2Q+Y77gxbDOZpNx27 4e107IZ30tkR0MJTby11pHq30pnLrBeYHUUYhZrBFPhMIzSNsR5zxnnqTasDqZ4max+8rgn7sSq0 aYEnqBF/TmO+YDeIFhLht/D5gXR2zUIZz8AWj8FqwbWdlW+3juLaZb4/kOvpQflejE7hQAG9YvYZ rX6039tZPbBDqKW+hNjO+qJXj8mcbC5BNJuwzgevUyanxxG4YgYtewSTc2CXJ8d6fWCPZ4Rdfew6 TucLoncfvQY8DT1WoceZgQOYibcHDtL4TD3TOj9Q5Zm2Lpg8uM5bjZ6b5qKBWs8suwr0KlisDzp1 7hvwzNNUU2ec+4m5ZKDBMwdJRj33rEuYTYvWx5jRmFMDRz2PrKvWJc+KuRjXR7BkAcZIN6CFPWEN 9xPr6MAxtFA2YEQcdlprkaOAnE/oeLmr2Yx7alp1xg1xNA4PcdYllLlhGWcju2Dyu2+Y8wYahhSB XRla6wjIMxRvixzohvWwOx1KssV0xngeMTkJxuX0UGpnnXMOUWKhMw0tTGKV7LYlDvQNpZsbByxD WbbkAefQFmvtQLcnxZY24HHftWUMjA7l4uofKjD5ByYQJWIGpuCZy4g2ZbZs572hHWyNON1ZhDWi z9aIvXctokQuWm4238HaoXPkDlmw0t0ZctId+JDnTCpWvXjLOHJ20P380Cjj/YyfME9Snq6YQ1Od deAVNN+tN2eA52hkG7puputOH+WRz3jsr3AGsenpbt9sc84NzWBvXzXEWZrQV5VlO5WHzpGh27YY yDBvO0HzbZ3B/AWW/4DxS4xXWB45triX6XkBnqBH+QO2k8h/bC1FmW6mSwfjVxm/Bx6LFszJ9r1D DbazjlxvpO3cW6veGJrvjaT53kTGJ1PeM2uzORe9aTaXK9GdZrO5khmf5qbXDG+GzevKxvUE5lcV XU/dW7HKzHmzsdM4OKSl/NBtxh9k+VsZrzA3u7YKB7BXbPDkhPLWAtjwpO0882TO3OjNs10YqPUW Uh66U74I5fOwjk+ar3qL31p15Q1N2K6CL6H53jLbDWutt/g9fDkrX4mYWSjUmrECe6sRrwq9daap ziJvYwjfzHgd5T0CZO716uGl3R4T5YeWKE9jssR7T9D9CfaQBnjvIewB5rAHuDXQ4O20bqEnQesO V5Ew05ltJ96T5jJXkfcs9gM7aHnzXYzRep7tE8x33THwk3S65zHfZStauvecrdp812tjfB3jXZ11 1lrsak66ir1e2x1XiTBju+sqc8fYilzl2F3cd1UKlpH4kaSRVPvcYJPgsc8ONg3PYWbdgzciIsFn cIp0V9KILUzZtg50uy8Ervb6wc3Du+1Ng5nDe+1qx8zwPnvLYM5whd0wuG34UOCMbG93eIZr6Elz uJ6eIoeb7F2D+dh/shNu4GwbONWGnlgDZ9XAKdXeM7h9/Vk1cBq19w7uHFbbTYO7h1vsjsG9wwa7 MLhvuN0+Mlgx3GX3DVagFmvHPj54SDDaLw/WDPfQfod7Wb99tN9hk3iapmfnPnp2HnZQSYYFJknf miTDIwEtAhGSnpSHffSMPOwL6EVP7sO9gfM1jUus7kF3Hl1BhsfpCjJ8meYMT9M5ODxinzZfHb4Z aI2dvvvsNwfrh2ft9wbVQ6mBtxOBNwb2RVvG8D3TKPY5WfZHgy3Di4F3EYFTv31l0DD8yP50sH14 JfDOIWC3wFuFwPndkTToGFEERiTwfkB8gxF4X4FaQwsObrBr6KBDMdjjLbJPD/YOP3XED5pGuAvN 1iRPPn2vxn7xg4T84gfHfvEjUrFTUU42sF/5SGO/8vEx9isfmYpmhY78F8Ubiv9G8tkveHyR/YJH aeynYreRfbGLsQ/IQfZLJq+x3y35W/TxWZLJfm9gF/kGSSVV5DjJI99G2ke6yH8n+8k58j3yKrEh fY24iIdUkLeJj7xGLpMfkb8h8+RX5O/JP5MHREVWyO/IP8g4WQ55U9Yu6yAeWY/sR2RY9jPZPfLr yLpIJfltpCXSTn4X6Y98RxYROR35riw68n7kv8heiFzZECH7kw2ZGz4h+7i8Xe6XfUI+Ln9HVi6/ KL8oq5BPyX8o+7r8x1Fy2etR0VEvyk5FfSRqs8wS9bGoN2S26DeijdyG6G9Hd3Mbo/9H9Fnuxejv Rru4l6Ld0Ve5l6Pfjb7NfSn6Z9Er3FeifxuTxB2JjY6N5lpj42MTOEPsptgXOWPsz2Pvcx1xjXF9 XE/cbzZy3KWNL218iXt340c2fpyb2ZizMYf76cZPb/w0dyfhmwnf5H5GZLBOHXvHy35JRLtKCA/K xwCJJJWP5GP4RD6ZT+Mz+GxwW/k8vpAv4ov5Er6MLwet5Kv5Or6Rb+Z1vJ4/wXfSX5RgI0wUX1R8 kXCKPYo9JAK5m7gt3BZCuAKugMi4Qq6QcNwr3CskgtvJfZFEcru53UTOfZn7Moni9nP7iYJ7lasg 0dxr3GtkI1fF/S2JZ39/ncgpOSV5gfsW9y20qeK05EPs769fhNUzSYr8h/Ifkg9Dp1kyxzSj/85L tNOkSjutvamd1c5p72kXtY+0K9qnPMcr+Hg+iU/l0/ksfgufyxfwO/hd/B6+FPQAf5Cv4mv5Bv4o r+WP8Ua+g+/mT/N9vIV38h7kaflR3s9P8FP8dX6Gv83P8wv8A9RZS9pA0pXrKmmS7pFTHUj8Ev+Y X9XV6SJ1dXytLkaXiGfJ4NJ0GbpsXZluqy4Pd4W6Il2xroT+G3KUFdZMXuft9Bd680gjfLeQaOD5 O5m3/xW83EO+DD9/m+yFl/+IfIUsIpUyG3016uNRnyBlUZ+M+iTZH/Vy1MvkQNSno7aSV6O2RW0j X4vKj8onFVGFUYXk61Hbo7aTg1FfitpNvhH19aiD5LWoyqhKzBoZ6cV8olbOIBuYzxA+GUgDMoBs sp3fze/l9/EV/CG+hq/HtYlX8y28gW9HXhffw/fyJt7BC/wIrj5gnL/MT/M3+VmkOf4ev8g/4lf4 p/wjHadT6OL5OV0Sv6hL1aXj2U4+X5fF5yNtA78d13w+hd/MZ/I5sJFM8feKb7Ff/4hZZy0NUh75 J6TPkV8i5WPu/4r8KbmPVBBVGlVKPh+1P2o/KYyqjqomXyCyuMcb49lv5OSQKEKOjwJ+IjP0gU4A U+AtgDPis8c9hm6GUcNpBsr7DX3HJwwWdj9lcB6/bvCw/BnD6PHbBj/Lp89pnlROqifx84aJYNs0 n9aloG1JPG1b4hcMUwz0OaW0H+mZhAeG6+y5VI/ytD9KJSyhvyVRH9r3Y9BVyEhpeHvPkilUtlA8 r244oKs+0jBD7aJPNNwO6i7JBVnYc2ofya5L74U+xuAMBdNBAtVFgiQbtRmtizb1yehTso3Ud+gY 0jZEHfVphvl1dnwsUvpcKi9RPNNnGBaCtpXaBtVnizJQfqvhAaN5hqWg3SUq9U3v6XhKVJKR2ovK BR30hYbH4fUl3YK0yLCqL26L1Je0xYTKuU6XMFmDVJJFohNrsjF9JPuF+QIbD+k+1Gc9og6S/Wie 2Ia+rC1xXR8SHX22/kG9R8PsJ91T/6G8VA99tY4E8sJp0C/K25L1lW1peltbpd7VVv1cuzyDMnv8 Hs8/qNwf0g+zM7WhZOeJsPF6H8raEe9bfQG9n0clu4TbunU8YKcPosFxX3oGDdUj1PdpfnVbhhQ3 9HVt2frGtq2MF2kwJovzU9/clhcso2srpP0yvxfjtV7fVqQ/0VYctJlnzTfY+He2lQR1pOVPtpXp z6KNc23lwXku1tF72+r059saWTuST9LYdqGtmcky2aYL+qtExVinv9XWqb/apmc2nDXWtM4Z61vv GZtaF41qGtdbHxlbWN6K0dD61NhOyxk4wwyLl+FjDBu2Xkb7Yfl0/rfuNRKqm0Gx1of03BBv7KI6 BOfNB/ieNKeDczvcp8LjVXhcE21EZTIkGXukGGJINfYa0o0mQ5bREbSV1Hd4PJb85lnrU1i+/kbb CWZnijttJ/V3286GrlP6+23n9A/bbPrlNte6tqR1FtA/afO2krbzLHbI2y6wNVeCWL41rm2S0U1t V1tT2m60bm67xfR/Dloz2+5QBGNSTttdRre13Q9dS1vz2x62bm9bDl17Wne2PWF0N9qAHdn4hq7t 1wN+0LrPKKf6Uh1bK4xxrYeMm1i9GmNKqL1a642bW5uMma1qY05ri3Fbq8GY39pu3N7aZdzZ2mPc 3dpr3NtqMu5rdRgr3hMLn7H2BdeU0Dj8PBruZ+HtSX5H17mYEH97RtxftxaFrkl0DKX9gTRPpDnv CfElWg5ttE4H1mdpnWbjcjMw3hIN4oP0fE6sXefLoVSaN6Nh8yh8/QuJpUyfEBpc98Ni0jr6PHkf h9kzrL/gWhm+robR4N7KH0alMZHi9UzA3n2kTy7NN8MWo0DngSHXOGIoMPpaBeMhCsMO4zhFcB8u tSe1DRh2GS8H5zDtJ3R/LM0/aW8s1qfxm64Thj3G6eC8p3Jh3tH5F9qeodR485l7b7FdwwHj7Lp5 GBajpFhkOGicW7cnov3RmFhlvHfcY1w8Pmp8ZKg1rjB+xvj0+PU3ueMLbyoMDW/Gs3s8P/7gzST2 HM8M2jezWD7KMCq2wfipN1NZmaNvptO+6Ele8ZbiO4TEfob9Ju2/xv4rkSP3k3/cNy0bIsjv2BuV 19gblb+Rj8svyk6ydymn2bsUE3uXcpO9S/kFe5fyy+g3YpK4newNySx7Q/IT9obkp+wNyS/YG5J/ oW9IIlLpG5KIbPqGJOJT9A1JxDb6hiTiM/QNSUQuzrYW4lx7j6A8RHYre5UmpUMpKEeUPmW7clx5 WTmtvInrLPhDyjnlPeWi8pFyRVmj7FI+Vd5s4BoUynqaGuKBJGULrqlI6Q1ZDVsacpX1fzffUNCw o2FXwx5lk7KpobThQMPBhiqlmqUWpQG90NTFWqR3aoYelO5S0t9LlCm+hnGJDTvlajEu/0DewPlW QPo8O/EWkh+SmzjTziD9meyK7CrZEXkj8l1SRN9foaaMlJPKEH1bSIYoQRf6C2jeJeouaT4bovOi 8inVtyG+IQlXBbQdV443pDIZqyHji+w7B4RkEfq7dNlIHE7VOSSCbCH0F9S2si8f0N8TjcLpvIBE Q6ZdZCMpRoonu5ESyB6kRFKC9ALZS74CSb9KykgSPK+cJJOjSKmkGekl0oKURo4hfYRMI22G7u+S j8riZfHkY+xvf1vWdFU1ReSqmlRqVYvKoGpXdal6VL3KbJVJ1atyqATVCPJ94MZVl+tHVZdV06qb qlnVnOoe8hZVj5R61YrqqZpTK+pX1fH0qqxWVqoeqZPUqfWrqjl1urJSnaXqUW9R56oL0E+Tegd6 oa1eRgvBpD6AdlhSH1Q9VWarq2grUlJWiqlYvUvVoq5VPdIk0rbAa9XH1LmQpwmtUrSr96hLIb8P PbSwXpDURpUD0lymckMKg7oBkuWqutRHIRmH3jrU3Sj7iEJZjHYc6tPqPpUB2hnUFrUT7a6wFiSM QDoKWmcc9+NqD21dPar214+q01WX8YyC9hbAhHqKtiv1wlqUABko1NdBe1ELUBvVVTRRS6hn1LdV Jlh3HvoqUG5B/QASLqkfB1sbVzPt1vUNaCI1MRivHqotpKScBKo/rUlLUrn+ELRrzq2Tfx0055TZ 9asam8al8WrOByUMwbPyaZ7mwprk67RAvmaSjrIIyED7CMrfgn4XNcnqLbimqRZB6RODqkWToSzW ZGu2avI0haoeTZGmWFMC3+hlflqpKVONaMpRqlJTralTH9U0sjFc0jRrdNSSGr3mBHxHgR4xhppO zUnVo/pRzVl1EnsPuu4daH0fr4Vf9vDzbDTRA3snCmg6+Xl1fKAGfUbffDLfCVozYDm1kV+lI742 pvDh8folaFgMlFHf0kXqYmjbukRdsiZPpa6/zny1A7OH1qC2WVHq6/uQRrU+7bjEs9SnvQzf4UCn gZvwscf1SzRpZ0PfDyv12qewT1/wLXESn6o+qp6pX+XTtXGqR9IbY62avjNmPVxX6vk9mJ1pfKm6 gPYReIesaaZS0Z7p22TNSdiunE+X3iqrl/gO1QjfTUeJP61WMFuoMYJXNTc0tzR31DugFWag5i5w X3NH81CpV3doloP26tA80RKtnGnfpXoq2V3VCykZVSu0m7Qp2s3aTDqLpDz1PNpe0uZQaLdp87Xb tTtVgrI6CDa3NSe0u9Fn0VpcCMKnTmJg8167F9inrdDmU9/RHtLWsCgj8syL7mj3auu1TZpmrVpT pG3RGrTt2i5tT9DDp9VZKNsbmJlak2oW/ksxF/A71T1tnNahFbQjmNs9yHPUL3WW0WirS+Nz6fty +mZel61OpfEQ8jkw9ts1RbqtqkXEr6fQqVKdVL8aiMZ0fHR56g5+Dx15aDGtWgy8ZUd+ia6MvrGH fz/WdOqqdXW6RvUOXbNOp9PrTug6dSfr+3Rnded0Nl2zyqGpw2hdZjF3hUYnnUvnZTaB3LrJQKSk Hgz/TNed111ga+HrWPey/jPso6BtLWlkb8+TcSWvzxAZkPT6DaRbSHeQLiDdRbpfk/P6Q6RlpBNI T5DuI5cgyWvkNK8mDmkTUkpNyuve1701m5EyazLRD6d4TXGI/Sb4X5Avwa5/Sf4K+4ovY3cgJ38N 68XCzt8gHyKyuAdxK0wi9q9eh8uI7Mht0HLQ+YjPHi45fJahTATly4FK8b4aqBPzG4FmMb9SzKsM qyfxOpFK+Y0i6kL46hBeL6JOpM0hzyScEJ9Xh7RVJlIJofpIVJIxvL1nyRQqWyieVzccVNdOsc+T IbpLclWKz3Vh8oYjvP/KEJSFQJJNL9arE/uUbNMYki+NYWWIjmfD7CjRxpDyEqXPzoXYNvSZJAOl NpG6QmQoC+u7TBxPiYbKXi1S7zPqlx9er+N54AIwGSZnqC7hsobbIZyG9xk+FqEI9VlJB8l++pA2 rr5PX8/SP1yGcKoLGQepfykvnEplbgC3Dp+t3Qxkvo9d/n+hkn0l+rzx+iAq6v2BNMzGkp0+iK6b X+E0VI9w/7pzeG3u3AXui/z9kHKhvvww5Nmy2D71eyleP4E8JMRmob4BWis/vG4e1sYBm4CUELuL dWpzgG2H1+aiSGvzA23Ubj+8fh6WHw7Gutq9wM4Af2QLkAsUADsOs7h+ZJeYtwcoFfumMfHkM8ZO 0iE8n8pyOaBbaB/S8yMHAjqsi4Ef5Gvh8fb94tWz4lJ1QKYjB9fyj1QBtUBDiK2eF4ckXZ+1PoXl 1+4W7UyxD6g4vG6dqj0E1AD1YW3p11DbBKhFviUwNkFI7RhE2g50AT2i/s9BbW8Akt/VmkTqOLxu La0VgJHD6+J0rU+k4wE7svGtCwP12+mAvkzHm8CsWG9uvb1q7wGLwCNgBXiKceAABRAPJAGpQPrv 4R+h8/D94vLv628SlebW89ae59HQ2Bg618OpNObPo83PwQf1/0Ex91n2C58/z1r/P4iG7g+eRf+Q 8Qlt93lr5rP6fxZtDOk/xO7G3YeD8+3I0cA8OKIFjgFZIowBBPerUn2pbeBIx+G1OVx9eP3+WJp/ 0t5YrM/iN9aJI91rMrD8kcD8C23vyOnDz957i+0e6Tu8fh6GxSgpFh2xHF6/J2oUY6JzTb8jnhC/ EMsdGQ3zE9HeRybWbBkct9A5QMv4A8/pX0HFxsRuZH8F9Z/qvb2siyPsiw3xpIiQ8m1APrAd2Ans BvYC+4AK8f4QUAPUi/dNItRimRbAEIL2kDJdQA/QC5jE+g5AEPNH/gPwAeMhuAxMi3LcBGbFvijm 3gf3SNGr9199+Oryq0/KSbm8PK58E0skJKUEuc3lmeU55dvE55lAfvn28p1Iu9mV0gC3V7zbhFKZ Yt19qFuBtLv8UEiqoX//+d6/AVbsVJSRSEW5opz8iUKr0JFkxRuK4+TDilZFK0lTvKn4NvkI++vf dPbXv5+O/VTsy+Qzsdtit5G82AexD8jn4ibjLpH8uB/E/YAUbHxhYzL5/MaUjSnsez5/3P5ksk2y wF/S+sjLhOyHX+2vCMMhETUihZ/th+/sV4cAY7sfvrW/XUS9iC6R9oS0RcvC3/abRFSIbUugzxwf iJf3k/3ysBT3npz/zd73x0V1nXmfc+69AwOIBkchBJAgsYS4lBgKhqDAMBBk+BVKCDHUWooDGgoM MYisS1xf6utrja81rqWWupQY61pLfVlqfa2xhLrUWmN8WWNZ6ptay1JrLCWWtdQY2Od878DMwMQm JLvpH/2cz/neZ77nOc95zo977rm/5t6d9xCoB/zxjDfzLvR+inE8463hGW8fPOM9y7vOeyML8t7i vYXavsl7K7X9du+vsHDfxb6fZhG+133fZov8evx6WNSswFmB7MFZ9866l0X/19nl9UxjJTRHZv41 /jdGwTSxWND8LJaIJSTHiaeZAf+lvdj/If+n2d9Qz8yhnjF/4p7+pUTBVPzPOuPv8D8yhf9JzGY+ /j7+0ex+JlRvpnH2ifv41/jX+Nf4yUXBcpi+2i9lFbTalyv8+2lV/z22EN+A+BSt6i+yKHz3IYFd pbCUDVB4lFb4v2GJ+BLEY/gSRBKt9m+RpVH2J7acvUshhb1HIRVfiDDjCxFp3MANzMK9uZGlc1/u yx7HNyMy8c2IFfhmRBafy+cyK5/H57FsHsgDWQ6+IpGLr0jk8VAeyvLxLYkn8C2JAr6QL2Sf5Q/w B1gh/xT/FHuSP8gfZEV0xrGdPYXvShTzZt7Mnub7+D62krfwFvYM38/3sxLeylvZ53gbb2Or+AF+ gH2eH+QH2Wp+iB9iX+CH+WFWyo/wI+yLvJ23szJ+lB9la3gH72A23sk7WTk/xo+xCny3Yi3/If8h W8df5a+yZ/mP+I9YJX+Nv8a+hO9ZVPF/4f/CqvFVixr+U/5TZuc/4z9jtfx1/jp7jr/B32Dr8bWL 5/G1izp87WID7+N9rJ738362EV++aMCXL/4WX77YhC9f/N2sx2c9zhpn/S9/I3th8j8rgxz/WZki 7yMasuUZnv8Z/0vETNVIxb9lfusuGvr/abbdRSMNGgfuoiGfGeKzM6domCgGOyJj6R59ddfJ8Oit u87jHv1118n06LG7zgoPPgvSCYOmXq8sl1Td++k6Vncd8n66TvYUnTYPOjlTdA540Ml11yHvZb3m UwyhlBAKUivPY0tP1cqXWv4//zNaT0Cr789oFUCr/89ofRY+r5/S4vPlfytCdz60Cj22+VStJ921 qB6etIqmaPV51Hpqila/R63iKW2/Ht/vmT+pp/fQ0x68n6610oP307We8eD9dK0SD95P1/qcB+/l /stpfCkUwzDOGJ77mz4qput93uO4mK632uPImK73BY9jIwj/mBsEKQh6pR77fbreFz32/HS9Mo99 P11vjcfeD5rU5A49m8eena5X7rFvp+tVeOzd6XprPfinQm9CUx8H6zz450nvWQ/+edKr9OCfJ70v TfOPsyW03ph88tLSwGZvrKRQu7F+Y9PGxo3tG7dv3LVx78aWvHjCto2HZD7RLP+7VXxbfJvOFb8r vkvM98T3mBAdooMp4vvi+0wVPaKHafL6ITP4/l/fLuZFWmfEAPnlhydImcWfCZcof/MpUfKKS5Rc fq3BnlEf+9xY/m17dn18XXNurL2gPqluf95me3G9ue5Agcm+iraHa/3sZfWZdUdrA+w19YV1J2uD 7JvqV9edmdxOpIfZt9Tb6s7nZtq31VfW9T+RZN/5fEvdlQk7T5jte+pr6wZrI+376uvrbpj77K31 jXU3a6PtB+ub6kbTSu1H6rfXlWK7coMq89fv3eBTG2s/Xt+yYU5tvP1UfduG+TVF9tP1h+zZOZft Z+vb686YO+0X6ts3hDyRab/0vGFDRF6+vaN+V93Y1O2EfxPbCf8mthN6E/beb/tB2y3nqn1dfW7d sVyDva5+ZV33RHtN8A4/Lk5tr4l28tg+ru3yAdtjon8m/XUpD3Zy7bdr+zZkTLYTs6fUR9ftNrfY L9d3boiqTbJfrT+xISbnEtnv2hA30U+1Zvu12s4NiRN8baZ9qL5nQ0pesH1kw0ht7/u1y4Rf8qxf vCj+gcb+18TXmNG32/c08/Ed9R1lsyjNS7SKVymtW5xlYeJ18Rv2KcMGwwaGa+ksDfuCZfbQ7HdY Nr48p6/horB/Vskn/d1sS6s+2Nu+Lr7OmPFp49OMG1cZVzFh/KLxi0wxrjNWMdVoN9pJe8R3hDy5 5XuL+Tpsy2/cWbAyZKzawcknvWNpznXlTFghFDk4Tvvyi+KrMypXzg97gLsJO+kMZ3J2SQlh+cnB NUfsPTWbsiLtvfYAigP23pqz9uv2Ydq20u9bK64mB9vv1IqanfauWn+ZltWXFSlDzVn6NWwfXnHV fr3WJKOLtT57ENnq022RJbIjrTht2N+yd9lZrbd9OCsyedGKq8h1Xf6qOUuprGaT/VxWHzzfO6N+ LKS4Ei1Y42DMZCcX62AnF0PbRApxbmwQzYuRCGEOXvdDYquzH3C9lRueNzzPhHeGdwb1w9PGOqai ByLQAwtn35z9Bxap2xWx1JPxIgk27Q6OVoMiQv73gwvnTePOX0SLSFeW32SCj4pMN+4tpvABwUSc G3uGbLjnPUZ6ffwk73ZjW5nKuykcpDM+V34b0+S5IIWdfI9bShXZ2cXX05mmK1tMdhr4Korr3fgU 4kspZPASNz6K7GdRiKFocUvxp5RYBBOPdk1hI8zA58vAbhPOcUuTR+Lb7C0e48Z2Uy8OsDNsgAe5 8YeJl289HOXMjd/NNNpDOlkzxWtuKfIK+D6ERnbeLWUVM+A9is20B2+mfK5pcryVsf1unBxv+RTc 2g/jLRFhov3cx5vc/7/GGOYffZ/+9YxGoczZC3xdL1mhGUkxK1tQaq2Di2KK0q7EKFVubABTlWYK QUqxKy9ukzZTOpUTbiytLJR14rqyXzngxp9jmlKgFIheZauywy2lg2p53N0TsZ9sR4oD7p6IbWTb X/EXO6d4QnuvqFOilQw3diUdH66I1YpJiXXjzUyjFdAZkSnuKEFuKVR/ESOuKqobS/UXzSJInBND rjy/TXY2U2CiU1xyS7lC+8qgsIlFbuxZspPPL4h8MceN7yA7S8VSfpziqFtKM+1F+0WYKBBu9eWb KYeBbxUGkShS3FJstK/coFDJb4jwKeVnkVey/GA3No7KOMET+QnhVmseQvtjG4UIijfcUgSlePNt NKcM8OuuKbTvGGieGOJVlOcsv+CWdo558QJewHoJt/J23umW2k77QSeP4xW8yY3fS2WFsBYeQp5X uqVsorLk9bYthPG8wC1tNVmzsUEezJPc+Ezam8/TkeA85Yl0S4mhvVnOAHFyBuA+k2mc6ysD5mAm jko+2OuY8Rnj5+h4/HkjlWgsM5Yxg9FmtDEv41rjWuZtrDZWM6Ox1vgc8zHW0Z7ph71Rrk58xLcm j2qhdFS7xBaJPnGVxYoBOsI9ZlhvWM+ScZxLwXEuFcc5M45zWTOeATzPKK875hXnHPGKyyz0DcbV fs1E5w1+dL4UyHjCW4jMsZ0aDY6t6tgqFIVLums+bUreJ+KbLCNrRiwj1dstZ9dcLT9svmNuN99J XVWx05ZZfqzMP351mX+Zd8W+1I4189dcSt235lLa4tSrtpXlZ+IzzU3xmbZbqR221eUXbUEJ/rag tbmpIzZb+WCZd2pNmfeaS2sSbbW2Ql2zPNh2wlZffjM+M20//QqvOG1rnJJv1HJt3WLLtfJF9Kup fNQWnR5ti167i35tLx9bczp1/tqg+MyKs7ZdtsIyk7mpzOSwOZrelbY/vSv1VOplW8sUm+ct69K7 LOtsPbZcW5vZXGaq7CszpfpUXLI1VvjYYtOCbbGWbMs6y9mKOWQlOL2rvKjisq29gmqbYFpzqbyk 4qqtsyLCcjB1n+Vg9aHUiNSRiijLwfhhy0Fqiez4ExUx6QYq3ZB+qOKarat81Hxn3WLzHarDTltT RVx6dHVverQljjzrqUhJrVnblVqz5prNbOstvxjfXj0c376mlfysv+uvKe3i+qtCnWyXC7a97r/M ZstQaqJlqLqNansIvvStDatuhy+J0rO1kZa4iiHbOaS95TntYxoh/bawte22sIqrFR22yvIba9Ry 0xq12lxxytIxZUy4a37gMTFlFNyt3+/W0x9P316xRVafWxuwdrjiOI3BozZW3UNxV8UeW275SZsh 9ZTNUL23otVWWBFiizc32eLXRtqCbCfKx8pE9fW1QdVdqJHbKIjfVSZozIsEU5m/zZyanX6omqXO r+60Ra+5umZ+as2X/FNr0oL1ljf3mGvNPWt70PKj1EpRa06vPae3WWpN9cDaoAQTSpjQ7CNN7Eep Ield1SdQvxRbUmqZLWntgKwRjaVr8ZmWa5aD1IJ97nUo77b5pc6x+VW3VBxck1h+3haQWmcLsN2q OLLGR/5a22ULWHOt4oitl2ZDo/gGzXAMMyg3rqTZXNBs/gWax8toBjfSDF7DZmMGv8f4PM2sczGb zsMM/AHOS3z/6PtHlo1ZO8dxBTsYxyH9ePLcjM5y6NyUPF1JR58a8o6TX89LDjaHKepriPUOhmZf bmKDbtxZWglIoteNpSMyD3Nj5H2FPu7nxu2krfxaunsp9Tj6uzLy2l8Lu+TGFdB2G4VuN1Yeozvc GPlMy2rW6sbNp618w3mHg6VzY2qFmg/ddjM7crZI9P05sA9XbeW6S643c+HP8+AWM3kdT7AGOiNw shNX/svwz4KSnTi6TtTgo60GPB/Z5WgboiBXcvpoq5NXS+k8q58C594urEq9OYpe5eymCy/YEXaF fvW7WqCVXDNFznrcLByjsIUiZ0fdLKyjMzFOOVwtbGdFTK4Om9wsyPfUU3CdosrNQhSTVzuL3DgT nZHJ86wJ7sONAmoxo7yW7EstRmMBc8AsjAh/jIjZGBFzaERsYPdgRMRiRDyMtl0y+3ezf8ceweiI 8zg6FPT1Opd6b0ANc1khjX55fWKLC6+xeNoHaijIPWGdS4qBxk0E1VwGef04fzJtJvPGx1lr6gPD UsNy2oNoVW7QryHUy5obIgyXDFHEFVHcO8kLg4+BznoohzD04D8GJvTbtZsazSUGOlcx2CZ51bDX sFfr12j0Gfwp5rrk2KR1aT2MayNka5MhziVPqaFUO6iRN1o/pZUagp25tO2G5douSjlFKRnamEuu xVqNIVKrozQ6Y9UGJlM0Q4AhQCsy+GglxNN5u3bWmUu7pSVqQxrNAloVE/Sr3ZmP/O7XwrRejeYO rYBS+7XdzpbQyDDxcSQNa7ecHqrXtBaV9leN5gqtT3vLmUM9r14kXshaaKe00y61qlE7Vdpj1GuU 54B22MW/Iq1I3afSHKqep7Ttsu6TuRLVRpXOs9QOKWtV2nqXfGFamFqqVlDqXkoN0wq0YhcfLeqo SjOOSr+oHnFaojOnOqBGqZfVGEotoRKDtDBni6hnKPipXWoApaZQje5QbZw5DytDapsyQmkRVMZh 9S3VpRfUHeoO5YLapNCxRFUpfQfZ6XG2jnJUoVlHGSCrreoxF75Z2U/8OeK3qQecdVA2q3HKVkrp pJQadatLik0NVmg8K/sopUitdbGVrdAZprKZSvdWk9QClzxDyhJlKaXR8U6NUJc6a6VcpBCkUCso 2fIpNDXMJddxcUehFlBipazcUF1aQ2lRWsQVQUdsxUSpLcoFZdDpCe3p8hrfLUppVDqU8y42y8Qh QaNQXEbdO10sZilZYqe8Giy6Ka1R2eeSK0bUCjp6i4NSVkqVRpd8AUqAKBI0+sV2Sg1QMpRSZ06x VNwQNAOISpJHlChluTMnHb1CxAVBc5bIpxL9lAiXtJO4YkL7gKB9QAwrBpe0Vj4gmuVVBRFEVlvF RXHdpe5bxBZcd1FIOibOOX3hR8Rq3qFfeREVokV0uNjM5ruEhdNcxE+Tjc3COStpIlbE8vUiijdQ 6iFKLRMNLjkDeJHwkVcwOdVfBIgMUeL0hi/lVGN5VUJkuXgSwS9xmv94Eern1PaRVy4ph+A9IsRF v52OuDT/cZr/HFdgUDae5umXR186YnPHFRg9xybWxeT4p/mPb+K9LnlKeSk7yI7giC3o13FnLrad ypZzAM1/PIO3uORazGp4JB1D5T/7cL7F2To8gAewIu7DZK1p/uMVzlzsFkuk1UUKjtaC3eLZznxY Ych/lonEmk+wfh7rSJ3ZeveTvdoi78I007Hy473q4nq95XV8q5n2zYl7sosaZhTzH+l8uKpwODap 8HpsfWzSwzcKup88VthX7B9bW2whub/42JNX5O/CtuIs4vIfqCoukvzDN2Ibi0/G1sblP9lc3P3p s3Gbi0uKzxRXPFBVFFJ8vriq+GLx+uL+uIrCO4/4RQ4XNxRfKTxUuLdw9WQkezJKe45YKvVcoyff nmp6qq34KHlCfknZ1S/p04Q/k7548kPWh+zq+YpCHvAuPix9KuimOg0Wby7sfLi/8E7xVrKxo/hG 8e7im8XNxaPF+4vU4gOuvkhbOCOcfqetdPJOm4Y7bT7G9cb1zBf97Yf+nvkdR32NshGj7Ou+t9jE Pb+pGg2TGnI07Zb3JjGa1Gmaf+umuVPsctzFlOci8v6GvPNvJo9ZpIlxR1RcZJ6/GlsB2aan52+H vn9+WH58fmb+Ssd2tb79m9369uECl/Qk2tocvye2lS5bmV6bH0nb3IVya87P/bTf5Nah9z73Pt+v R2Rf+N31zrC8crybTf7XxcI5iNwRA/NK8m58oFiRN5jXnHcyb39ed96BvDN5h/POU7xIv8/nHSX+ cF4/pV9BPEYc5XHcVX6R/PqqvCsr9tAxWXGsyCe9RW19UFtf1NYPd3pnobb+qO1cjDwTajsP9ZqP 3k3CORHHXM6onpKTRzt5d6zUhdvmGCu5Dm5iVv7wd5lneme6G/hjwhp2AL2xnCK7f8v7Ru6B88vN yhnOuZOb74hFuZacWzlduSUUS3OGc/NzLbkVxFchtudc/2+ro+zV5bhfUO84Z/s7HIUr6cxPtn6Z CyvPZlvRGxPcTFv1Rbnn076x/n2eX5A6X//wZ42YjQTVRK4sOhxeNoIrw7/d73fj8umsV64XXLkk 3Pesc+OiMPJK3TgTq3JpicYZt8TuyZaQv15izqch/gH4NYnUJrq/TS7+vuDwt9HF3xcc/ta4+Ktz pVjT5E5yM/V3p5u//xu466696Jz19ZWX/Fa48S7rpLW0TpJXM32xQpqFFdJsrFLmfISccjaV51x+ rEjeJcsapEjrl6wbFG865FF9G9pN2zFdtqqONBfZ6kNxDvQCsvqyzmX1ZkUTZhL2Zb2VFZbVhHAO gdI+kfrK2VOuhtsoHkK7/z04+WyG/NJHJtvjwi7B/q/QdglrdOHl3CvvUQYj2BwpH9/1qK8Cv4uS ItA7+KepkEhEfl8hVgjfFPuxFxgJfeQ1q/HfyN/aY4TeTF6jmvjlw7Tbq99zfW5V2vS63cfKPLDb PLGjPR+QpZLHfvdfwlAt3n1uug/vvu3Js3e/4Yn90799QHZ66aR3q8pT7j+qntiRhg/IeixpdI9H P6M9sbdaPyBL7Xdnq4f+PuGx/fL/QkfBJ8vIlnndUxvcSf8o402EiCW0B/vRObkvY0FJTLhE+ZtP icKxzY/wyWtdmBsxJ0PNvh2YlHcw59D9zRkxOe0LCzNismNWZOcdsW7ONWXczunMyc07nnlDR53P qcw7ld2akZJ3MHvd/Evp57M36bkyzuadzo7JqU2/mN3xQEre2eyzEfPzLuR0ZbXnXcrOyGnMu5q9 5/6xvGu0ImtKv5l96YEtGXNWpERE5ZzLORcRlduQ0/t4b95QTt/9zXkjOW/l1OddzulxQ5Sro16u jnqqnnc63r2muf7pg9mn7+/O68g5oddRZ6bXUa+da71ca3T3uujtpvug29Rz5YbnB+QK3f9c77x9 mVcWJq04kjOQsyvvds71wLZ8ljOst15ucL4h55bO5LTQSvdOji3f7/Hr02ukl/g+a4gPuwY8zrqc x5F5lxHzF+yYF20NCJ9jDbKGWSOt0RTCrLEL+heUEBNtjbcmLSidZ7Oa55mtmZmN1twFNzK3h19a cEMGayxpllAgTg9Oa5m1ZCE6s9ZhK1rakVacNqxh86IX9M8zp3ctuBF+ZMEZa6F15Txb+nXrSutq q023En6JOZ+f/XC1dXta1jTE8jNX/2UHNrP7Qe71NLD8uaplb/pRiy3MP/2k5U76yfTztO1Mv5je T9vt9PtK6Lm5avpg+g1Lffrh9FGZFtYd5i+DpZN+9af3h54j/TEZXax1pwuy1a3bIktkR1px2kg/ k37Ycj39Znp/mP/cOaHnkOui/GXpDOu2XLfY0o+Fdc+wnouxEnPUc24Y80u7Y/G2mCh6W8JJ9rcE Uwy3iEn7RtEm2sj+K4LOb8Q/iX+iveh74ihTxRviDWYQveJfyYc3xZuk2S/6mQ+VNSTX8ryE1+J8 Nliu0AM6EDnF/Iwo6/KMGKslI86alZFozc9IsRZlZFhLMoqtVRll1oaMddbN+F3jiHXWreBrrDvA b7Luzthibc7YZt2fsdN6IGOP9XDGPuvRjFbrsYyD1pOk151xhHSPW89AfyI67KVFpY3ICBtSr8MS MLn15Fu2tTRjlXU9/JKyq1/Spwl/Jnzx5EeBtQJ2ZT6pI/NKnyIsYRmnrOcny5qwq8vdyOvqC/1+ n+cePtJMdk8AYn7YppCmZXuTV82+kNy6bNfsC3IbVpPckZy9rGVBZnJr6M1lLcnHSVoVFkNhZ0hT WEfw6Jx4GcJqSDM7OTusLqzDEZzWDi7fIVG3tSBT2nFYcdhIPpK8LXln8qll2+fEL9u+IDZ4NCQ3 OVsi6Z2mlD3J+5L3sZk97cBZrOOtItR2TiSiX8qVlMGUGxQHU0ZTrtx7PuUmxdHlrS6lzHj8u88p s2nch4bfF5WUuFz4r19uSYrzXy+3oablRcuGk1JCbyy3hOxNSlleQpII6Q3pDV1yX1Ro0b0t/v0y hJpCTcuGlw2HBocWOYLTWtayWIm6rdAb0o5uZcLG8vzU8NRFqUuTYvz7k2JCL97bEnxz2bBE0qug lMWpS1LlzKDfF/8Ic4r/WZpTRJp38q407zTvRw0k+6eZ0vwfNaQsn7Q/8zYtk3dmqKwsNpvKWjXj 6GdOMWfMyjVnUCgmOdtcQLE46eDHcI9l5rVz2yNnbUbMt7wV6Jfoc++cwC7LgOV60IGgA5YB82Bg 9H3hgV2BnWmXHzsRyIJOpsy5LzxtJLDQ7/xj1+/d4zcY2CiDedA8eF84aTbeu0cPTmvBA4G2oAPB E7Y6pR1pxWnDMhDoJ9MsdwIbLX2zfJL7zSeDTlqGzScttwIrdSt+g8x5jf0jzD9+uxHzzQfNR8wd 5uPmU+bT5gvmSxROp46aL5uvEnPNPGQeMd9OY8kR5qtphjS/tIC0oLSwtMjENhlSR0nzqvlqYhtx CC7WziatIltnHbauSTuwMmmDyjsi09IyE9vMrWnRabHEs7R4wqQ0s24lLfLjqa3vAcR8s81cmbrN XEuh3txk3kWhPtXHvNfcQkybmT1WZz5kbl8eZz5hDjJ3mQvNPRTOmTtlSPUhzRYKnWBlcFprNG8n W40OW23SDqw4bdSbKynthPkW5V9t7jX3md8yt5sHCK+bhx1Wzs24tle4CbXFtWyfYx8q5pv8H00x ZidmJmaaTpqWms5TOJlmCBxNHiKpZBkLOr0s1hScaE4+vSxgWWRq1vyw+WHGa0ExMtCoMCQPJQ8F xUhWBqe1NGYqNZ2nPtVtlUg7sDJpw3Ty0RRKOz2vIyjGfNt4WY4OU/D8MDlGzNd0K8ZrM7x2/hGO V8b1iH6BDd6j08PcFua82j2Tq67uZXkj+s2v9Gp3BpNF386v/DjL8m5B9JvbF3DBGbwX6du5fR+x rFG+xHlF1jv2Y4n5CZYAW1zF3MUJJQkV91xK2JywNaEiYUfC7oT9CZsDIkk+kHA44WjCyYTuhPMB tntqKO1ifG5CA8IOCvspHEvoT7iC6LRWRelbCWGLLEk7ZMXFxvqErITmhDNLfRIaKP3G3M0JNxNG TWrC2FLVtC8hP6EooTRh8CNdDf4IZ02GCyz/kVN/2cFxTfhD1nN8rnzybuz/S2RG9UeytvL5KvFd Lwvhy8A9BprxxGvAIWC/5JX7pKx0gbkA+Q1gNJiH1B8TWoArdJQ8H4N8QSK/Dvk1YB0wUdeBHT/Y SZb8+DviHWLCteOMqztV+fTfYjwT9zspqz8Cv0Gi9ox6mOQxKfMGiUouUr8BJkf7IeOGAGhy4Jdg oRs2i4GzwDTAzreg4wOcK9ErC9Z+DdTttyltsu7Af1S2E76pdciWkYwokE8UKgPqQsIfSIYvVhcR flqiEg95kdQ3BDgsfIfwx5IXL6ihJH9OIX/4f6ifIflV5HpJovYcZBuwBfh/JBpWwc4diYYrKLFK 8qoB/HVoFkAOQlnhkJug+ZgaBQ8JtXckKr0SVTDCDnmzQrMX3wrNVdA5Czwikd3H8WYz0Aj05v3U g0Pi+/gCunxKaBBvql5W7pOey7vX/Ip8j42PSVTuk+/giVgpi/2Qv6xkyvEAeQj4S8mIl4EXJMND wY/i/b3bSrhEKSs2YDRSL6jBsr66HSmLQ5DLgf3QPAv5ZWAx8CGeTpgLfx4CJsJbFfIivIE3qB6V CPlXOiN9UPB+oEgGFoMfRt4RML+UOD6s0lyuZmtVhEe1Tsr1LHrkeXhrg/wS5DaJpFOFMd8pn/uU KF5GrmgwwTJVuQad9Q6mEyNZPvsfCk0/MP9DovYc5KXQ3w0sgoUuyOtkqlcgdHYDH4SFl2BtTCIb h29+EtmvYPPH8LlBH1do53L1EZK9MMbmap8nnQTkelSvIzBT4vhVXOveP36emPnjtNeLk5JRwqXM Q5H6skwVxZDfhNwB3A79Sgcv9UfAxAItwIAxeW/vstShVPlsZS/0F8HCIuS6DtwAnTFgOlDF1fkf A1fKt/qVAnlvmHp6LeFO2Bkak0+qNkDn8riB5BopayiF9KVm05icGV6WZ5e0J0geT8mrCyA/D2yQ mu9Zx3FPcXwbEE/0jR8F4j2DcbwTPf59oKyL5uDxtO+4/C8jNvY7yHiiWLcm7b9nRTuw9/COh5TH fi6fmH7vFwY/kn9v8JX3NSTSEQHPHKs/w7EQT7g6jhR4sll9gXrt+w4deWd/rUOGV8ofIOP9YQ1P OMr5nPjfQsazreq3gHifX3+HXUUt5D41fkPaZyaU8g5kpq4GokYq1XTsqhfNIe8NeCVKz70qweBN UkMKyr0M+fdAf+CrQLy5YsAzwAY8Pez1ZSCeePbyRl4TUvFsq3Yb8peAm4BpwL+Xo1FrBb5GfV3k HUf4E4nqryUaHpUogCoDPgf+sESvFyVy6Asw3tDxCvXG06XQfxupTwKPSFTAa7+CDAvqm2B+CsuX ISdD1oD3gEmB3AD99cAxlOUHDEfqTWg+BdkI1C0/A32kKr5g3kVqDJh/B/NbyN+BPAv6s4H1QAH8 PWqxH1gF5iVgJax9FgjPVRtQr7UJ+DMwO4CrgVHAQmAJEHVUn4Unum+PoXY/ACLVW/f/n5FaDbkL 5YZAzgLCc+UqrC0F84JEH/SREf3lXQYEr7TA/k7YeQh8BvhG5D0IO5eAW8Gg/TX0hRhG3iCkvgIL K5DaCQvgtTjIrZCLgYPAWPAYIePPyHFI+JpcPwA3YWR+Qa4x+LcNs+X4lHuH9hOJ6q8lGh6VKIAq Az4H/rBErxclcugLMDTCmzHCmzG2m+WI1S1I2StUtyxlplt7W7cpGfEkNI9IVJCq/QoySlHfBPNT lH4ZcjJkDXgPmBTIDdBfDxyDn37AcKTehOZTkI1A3fIz0Eeq4gvmXaTGgPl3ML+F/B3Is6A/G1gP FEDMM2I/sArMS8BKWPssEJ6rNqBeaxPwZ2B2AFcDo4CFwBIg6qg+C0903x5D7X4ARKq37v8/I7Ua chfKDYGcBYTnCuZDdSmYF/Q+Rd9dBr4pkealZsxCzZiXmjHOm+U4R1llQORVWmBhJ8p6CDzT9SFn QKcRZR1EuZeAW8GgvzT0nRiGnSCkvgJrK5DaCQvgtTjIrZCLgYPAWPAYV+PP0KqBjz85TqN9PBtH 4e+M5cjnr4F2iUqIRA4UDPgo+CeBPRIZ9DkYFTrKTvC6/vNIjQYWATeDH4YMC2IdcAB5qyD/I2QB 9AbTCnkZ5ETgC2C2AncBNwJVoG7zu0Dw/MuQ30NqIJibYEYgvwkZ1oQXMAnIgRugkwdMALMCGA9r DwIXgHkEqNfXB7gGTAYwFmgCxgDDgZ+B5teA34S1XwBRa1WDzr8h9QeQryDVH/IrwP+J1Hcg6/31 I4ma3i/oI3UJMBma52HhJ8B54BeCRy7xr8BngWnAE8BXoVOPXDvAFECOhNyPVJ3fB/mCXCPRuCrB uJJ4BPgoECsopvN/kEijqATjTTLNkP8DOlHjt+TqXV/TAo9hxI5iBai/ATkM2QBsQWoiNI9gJXkY /DZoDoLBik4pgeYeMHi7Uj0IBk890tpaynifUxwCXoCF25BPjtXIdTiYV8bkc+i9YGok8lVY/V5x rGClnIXU5WDipOyFd015BHAWbBYjbyEYf3iF52SF/nRpr2wNL7y3qqG+PEj3SuYSFolakkTVADwK flQi69TPEcbo7I9vkii+LH1W3tDX0ii3ApgCOybdB9jpg841vf3RL4USlSOo0UXkapfrc+WCXju0 HmYV2otl6q/1dT5q0Yn+HUIpK8Eg1YC6UOtRqnZGopqNsg7ofTp2UfaLzqCsOPjQhlx+8MQPlut0 O/Jcgw5y8jr7GYnUDl04l+lC30ncDKwDxjr4i+gFiXvAHIK8GS25CFgJHML5SCU8wdusquMsbKxJ 9r7kqfQ29Jq00COR3XbUQvbIsMPORYyNi2jVi2hhvUTJnHPoX8TMeRGW9T2oBpptkNtQO8l7o32u SE11mX5OBwtlwG8Cz+hj27GvtWHklGAMSCYF/V4I307qfYHx1on+qsd4mAP5K7BzGqUEoJfP6fsd 5OOwswv77xm0RhCwFnwFeqcWdjL00aWPIv28Emhx7KFGeeUEtYvFOBmBPzukvkF/yqtUWlZvwGe8 k62+CM93SDRi9Hrj/W0v7OmG4w4LDehBQq8B8KukrDHwh9DCZ3WbKEt/mnsQfi5Gud7yXJXOfAnV Jn0Ewucu1DRFvgevlentA6zmlyk1FJrNsBMEuQTj4TZa4zKYNjB7UfoAmAK0fCNwHTAYmI3UY9A8 hLPjS7CswgJaSXsde9NmfdaFh5hDlIXwyo5rhtuBL+MqYjjkN3FdMQLyu8A6pBYAvcAcAtoNoYT3 42rk/WAWQQ6AhV1gLBLZ28Bf6TqQL8OaTb+SCYzFdc4DwLmwMAL+l8A9jqusci30Jq6phkvUTLC5 x7HClDonHetGi+wvrMYjHGiRrY21ULjDjsQVhkI5MlGiCmux8K0J5VYCvSWjZoM/Bg8Xgz8EyyN6 a8DycmA0EOtJEYjUfcAE5NoOPkX7vTwygj/lVSrnH5yJY50misF/BiU+iFJqwVSi9cYhb4ZmP3CW rIXQrwMrqMv/0/tXntGLh2AHq3Hl09A/ibbqgZyL1EzIIZCxrqaekjb/APlv9VaF5U/BnyBd1q8/ w/NelDgADEBNO6CzCfIQLAyh3H79GjiY30K/A/Iv9XrpV7O1cemnY9R9RfojrzAoj0pZaYLlxdAc hc5LkItR1st6OxvS5f6I1Aak5qLvziF1Fixc0WXwf8L1lrchr9LHvJSVZ4Fe4Lt1RC8MQ/4F5L3A QX3Ma1uk/1LWDgP/k70vD6+iyPo+3dXV95J0bgMCIgYIkSXsAZIQAkLYEQLEiBgZZNhEwIgIiJFB ZRcxIgIyDKNMBhEZh01ERFREVERU3AE1IqCyhH1VkOR+5/yqySvv88rnfM/35/vk4VeH6upT1afO +VVVd93up4w/81jHjIcy8bDtG6h9MXIqBXf+JyJqJsodPFj1gJGDZwpDxBsDn5SS42G36Th6C2pZ hZxPgVhV2Z2A98H/jyB2sNZT/U1f4yom49zJkE9APmFknKtQ42G05CxwDtYv8PYQ2u92FwzBP/U2 tGelYPglHH0a+W2AWNmp0cYm0IOWhGANdzisjbWMNdEwCWqvi5YMNpqhoQDtLzD84ObDPvnwk8fB TiLnuOms4W8o00reNGBN1x4457isN6UM/SAy9zvupQO7AHH/zW6Co0XwjX2wyQbRY/8j4LcaEiPu A6I/YMIaYDDJX6jDMptFXfvBIWuAD+O6HkD7t8M+EeSDbzUBGyPnryizBDb5RNCpJqgvImcPcmKB 6ci5Hni/8VJ9huVjyDkEPIWSWXKvj/0wE+3JR72Z4NJM1M4Ywuig81H7IZTJEuQyIleDbWcB35Dy zBX5OFdwKLCxoFqCmD0E/ERjrNEmuuHPwDcEndooswdyrKC7VMNbBEOvwkOuxbXfijbsgP77tWkn WqVNlEntXXB0PXRegHwB9gQrOjbssBL523EV8aY8rveSNjGbj3v40sJPoWce5FxY9XpBJx2t7Yuj X+KsQjOumfEiaG0mej8fsuR3RV2XDFsa/YElpcapkDOg8xJ67RjKNJQaQ09CTxHqHQfP2QmdU1HX JtS+B4i4c54B1kdvtkT5jyAnGS8yMsp8Z/QA56IkLKanQIa3s1UrofclJw05iEF3FeSx0DkUcgzw HRy9HWf1hc1bAPfjup5FvMQjpz7wO2BX8EAmZAtyBJoRg/ZdwBJo2Gz0mMiCnICzzkNeiLO6mLFA MDQd2sDzoTzTHsPSKPkUco5CBhuzteUoRoQQRiW9CZqX6Hrw53oYrW5Bf9WD99aDt9dD3M2V+2mo EaOk2wdyZ8hVUdcOtPwt4FHoL0RrtxrZ6AFuRl13oWQ6Im4WMC/w/0z0jsT1I6Ihpp/I5eaKHE4B 2qgXs4hyTRBNeIKsMRMLPQcN2fDVapBfDPhB0Ao8nzFmLMrjKbZzZ+Dbgq42PpaJ6BC5B/K7opbm Irtgb3cwLDwE3r5NnqGo7/SXjGNgk7FOW5ZjneXi4Y68ZwazTet9kTkiZsn9QGB/QWsAeqSNnOWM FSuxx6bLfUhHVgdjJMf6SmpxwOeOGV/A9iW9gqdFkxl9yH7whCgNiGc30Q+AU4F5wGzc6ToCuUCe tshZ0fPRL5EzFyjzrsWi075PUFWBPAv4BnJaQf5K0EoEfoScXBzNASYgZz5kD/Jx4HjgcuR/Avk5 4N+AycC6wE7QXM7klHwtIx2uNB/yPmgYhqPtJIfXNVJ+ALAU+d9D3itHbdOGr0R2WkD+FEcbAatC 80Xkh0vkvVr1ICehlv6Q81DyLLRlmBZCWxbKrEcOrp2KTEnkxKH8LOjcK6hCps3m2iXHzgG+IUgH oOEdHF1reqFkuVwXcA5y7oL+b3FWXehMgP4HgJ2BW6CnB8ocB7aD/tWQv0KZRpDjgusSORn5iZAn QfM06NllLGN6GUfXYtV2DcpPRP4vyH8b1hhtesHowVEF7IWcm4xseiewpOj5VnzV+kyQPUH89iLy L+CseMi346w+aFs31NUNsrFhQ5TpjjJzcL1HzDVCXgA8iTIDgM1Qe8VobUGUzAhaIvkNoWeDoH5K 0PlVjrJcW7gFOdVM20yMlMp7dOoCU028QE4WtKpDW3WRaZ+gqoKjDSEnRJ+SfsG6WCF/MXC5sZhB 5EwCZpijwHjgfOBalPwQNmlr/Ny0B3gcOBj4PUpWNJ6GnDy0bRfwiLl3BD23mShAma3AT3HuN7iu 7sABwBO4xp9Q5lVofhL5e4HDDQNAHgL/SUPJ8UYbUJkeh00+Me0E3oWzSiGHIY9BXTvhnwfkrHCK yCHEtdsHmIm+u1WOhsBpbj2RnaPoxxq4rglo1S3wjaEoCZZzjX7H+Ixpecl4eI7gFtNmwwy4T6Vw N6wAOgsQ9YvFT5g/a8Ofa4P9agtTGUYCtgJ3TYeeDPAJOI1+QE4Xw4ooU87wnqAaZvgQ+aXAb4Gf QWen0gaMBLkJSuajtf8wsQYbnsE91VZA7D2wF+J6z0EeKG/ucsY7vUSGn7+NVcxA3Ht/G08wG5r7 q7I25LXeHKxtRS7EU/UDeJ5eGJL9MOsE+WgmUErieZnKCe5p1MX9h3iJF5Htb5AzOtA8A/NbltVs QZ4tywh1HE/2L6ovMRNIlLmBOiR3m50sjOwzpKc07uvKHgP7G0E1jXpI39F1ohO7krrTQ+Bq6Zc+ wFXRdHBIurSwdCHKSPlDInN9PSRqJMdxRQPXukBWRlQg7Reki4LcygKZaSD/uGAId191PnaM5OBe XCPZy8GK+gDnAHcCM3GvSfYtHJB7LHQy9Knky+4FPloMeTmwltToboAso/xJ93aUx4jv7sUafwP6 Ajn6Ncbmwc6HApS5HTLeuo7dPoTy5OzHs93FyOmDo9sgS79sQ6u2hX4UDE8ATpO+DvfHvcElGE+x xwN8QqUpwNFADzONaig5DTwv+7uudeAtLjwWuC6UJDJwnQsZuC7UDvntILeB3AZlHkOZxyA/DlnW 1NXgA9V0B+A5QbcQ6CCnC7CZnKU/wx2SzyHvgB6ZZZ3UsyEXAScCM5F/D9qQC8s/h7PQKt2er2ix 7HthfFpQ3w5cLyjnMiYipxDyJpK7iH8V1E8DpeRSlFwqPs+y1L4Lb+Tb5faGb9wBWVqyC326xv2I 8W1Bq7e+wNfVQPbS2A2g87hoYPlx4GxBVwPxHBDWaBCyGRc4XcU/nWcF9UOQf4VcANwmKO9z5Pyv gEdwlozgw2VvD+NrgjobJaX2as5FWENmttXcO3Dt8h6PPWh5sdTO+bWAt+Ko7G7aA29v5LyKfumG 2p+G5YHucKCD/FeQfzNq5Hz7EXnLIR+NRf4PkJOAHnIeBdYEvoM+/Qg+I9FUrB8QlP1ILEtvrpJr t+N0R5nzOC/L3EDQjnPvFe7FnduJ+nnJB07UWZCzID8E+SHI8yDPw7kbZGRHjY3098Dn0MK3gCdw LbPgY7XQwhPIl7N6ObvgG9cwrpZWcf4TiP3+QLFwb/WhzNNkp5a1yGklqFsyHtbDBNHLh90CoHja 4VAjyHfAh5nx6KD7rPSOI18zO6ildxL1QGFX2e9qJbqpYFqJtWLEyEF5Z6gVg3q7yBseGY+KVSWm uB+ryqjtHEb7HeBWQX0nsB7wCUG3Po4eQU66sK5rjpr8e4D34orqMBbIuslapGQPTIG6B/JOyDMg I8d5HjnfIec45I+Bnwja0suH1WrWPMh+FPaR+9uD5L2HLLeGfB3kGyFfz/IIsQOtUy+LzWmuXCO+ /3Ey6kg+8GS0KuSqKMNHrQZRYYYllAr5GZGj2yA/BtTA7sCZwOeh5wLwTuBAQfDqSVnNsVwLWBk5 LuRbIKcDGwOzkC9vMy4urUiyansSeAEods7FU7bc0juAC5Evo9XjaO0A4ONSI2N9yQG+j+d9Q3H0 fuAiaRvny57M+dEkzFHfAn6NWetBHh8zojKKLZXaraVyFs9XjwFrYYY/GTP85cASkvWCWGBPiYz+ xYKs55ici7NC0NMosJK0qpFchTXcYLQ8jgqOKZWnGHG46jyU31cqPJYpuygZdwPfg+ZaaGF5yHia hrlxPHQuFXSaiAZe50rtq6P9SPZdiPVUdAJmhrMgy6x1J8rsRNsOl57leiejpyaXRhk7m16L7uGj f0bJuvKWGba51L4oGiM5ONol+p14VOmDuLoEWPsINDdl3Fb6gkSclKf8UonBncg5GcWYJTksJ0Du BhQNK0vFJ1eWMP9Y+8yz72hnsqIFGN32CQ/znMQw6iJo4FGVXhOP4uj7EJG4DLJCrO1BZJ1CfmeU b4q6XoDPvAdeegczAeEHIuy9tOYIYg85cSQJnkUOvoLClhDEbMS8F9PaixkF7mDgWqh0hcweMdMb ILM7lhdgPinaDgCjuOMakRGNLmJEi2AXaBRM9Y6zGyOC5JwDfi7MQ5/L8xHahz2iNRyJwTZ4U2wS sJJ5a2yA2LWLMoQaSfdAzq+QCyFzXdFClPzVSURL8rkljtmPSo2BchV7ZYSyrnFhVfcRcMgNQPli 5TtyddH9BP3BF4wk5xSJbS+izN/x/jiSPc/cCzUR0Z0QidyDvAo7gciaCp/ho9Fx0vtRvMM6ugOI p9KleCodxa6VKHablG4HYldD9Dx8ZoF5xo3n5ovMU3Xk4O1apdhbUop9LKV4f34p9kWX4kl0KXa/ lGBHRAk0lGAHeAl2s5TgiXYJ9rqU4Gl7CfZvlOJ7oKWbgV8iHzs3SrDfhj1bEHs8eF0k+eY96Elo 8xrgUeSYL9Lind5R7BOIbgRif04pdsJw5IsG7FcvwfN9C+2x7gLeBA3/gHwG+CRy6gCx25xmAL/F 0emQYR/C/gQLqyrrOdT1LPJvR859wHbAWmjVn3D0J+R8DwujFusw8G3gV1ij1cZRWF7dDPluHJ0E GTt5rGJog52tcma3AORrUBdaaGEnA/WEPBzaXkBJU8slyObbQjvxFYI5wLOCdi48E2Ws3tCDfRTW RJwVHyCXUTby04DYE2WZ7/a8Dxl7ACzsw7d8oPG0W4GPArEHyUK/W+g1ah6gzD9bIR+9bz0MxK4e CzujrDuABcBsnGX6F75qwTcU2mZvwXUNBh4nnr0r7INilKvGDg3bXMWPUq+NXUMK1lPYQ2WbSBkX oFw7fMDGbg2FGhV+j6DKA2Nx9CDwBOpFvKj3gE8AjwX9Itr2QkbPSrcwmjYY/Quip/nqTKRHcaXY ORbFzqvgG6fYS0Poo+Bdh68CEa00GWiiCXtUzFsSeWwj8IPwJHayEXiAsFeNugPNTipjYfw+gmDz 6CDIhbjGHrCeuV5wjv1noIUym4HwBzJx93fgyzjLtHA05BjIL0EG85DZBQfuspoATb3Yp2eBkSzw VfTNAKVP0XIrGdgGCHayEnF0p7z9kX2+ED5fCJ8vhFcXwvNl5YVR1X4p6EGp0XwjAUxFR4AXoBO7 0QisQiY2N6ElhhOw74iwf4nAzPQaEBEaxR45bBm0FDzWTgfC5vaGwHvl6M+QKwPRmw48zcEXGZxJ KIN+V2At50HIqMX5AjKsZGG/n43YiZrfyKBH7GvRKlyLBUva8B8bTG6vhAZwsl0CnegL+isQ+ySj 8HAyOyHBw9EaQPRsdB4QO/145i1yBUGecYqM3oxiRDBfs7gEboya3kfsE2qMgjcIVioBp0XN9zPM iIYRkLBfznoIaPjkV8joF0L0RcG09Ln0Nf8rQnwVIbKKwP9FiKkiRFMRoqkI0VSEaCpCNBWB64oQ U0WIqSLEVBEiEfcfgC8CFwGXAfsBs4FbgAU4dxDkQuAB+CGYxMLuMgv7S+3bIL8O2YxBH0NOAJpx Bz1lhXCNsCSZ/Ka4drAQmR7Hjjj6C46asQ/eSEZzR9j5O5xlvB29RhjFCCMXfYh+NBGNUdKCt1iP AfH7KXsgZNRrvwI5Ir+QKp2N30kV45us5wSjtaOyJk00u/vkKM/npcwC4Dr8LiyMfI/wdBueCc+x zW5ztEcZxsBIFMUYbSNG7PZoJzhE49odjLMOZlAOPNOBB1rXA+FjlhnpjOXB2xaiW2VDNrF5J9Ds jTRjN+Ld/ifK7EH5xpDN+GtGf+wztDA3UI8gH7ZVmM8oxJdCLNvgCgcsqrBj2cZIapuRHRGkYFsb vqEw61CIfboO+egRhfaoe5G/CzJYxcEY7UCng/IKsenAHzRGTAccpQ3/oMcVbOWYHbbngNDpmN8G guGV4TfM2dQIHMVcRZlaTI3NIGN0U/BnXtsLgi3VWJTBrMzBnMQZgpaA0xzU4mDs0+hrB77qYJ+z wixCYeZpGT9JxVGMTRqzC4W4sME2NnzeQkSQ6WvDhGbcMT6MnrKgx8Y8wTbeAm60WiMH0Web8sZb wIoK9drwT9UVMkY6ZXZcY0+yjZmkbXjYtHk0WouYdcz+VTMuNJe5gYJ+2+wWxgzZrSDvrXURrQ64 zoEFlPGNTJRvgdbCcxzMLhS81AGLWmMwPsYA+wPjgAOAEeAgjJjrITcETgPeAewlyCNyIUbeQswP CzE6C2YCk4FtoOck8AByMCLzvKQQM8xCzD8Fq+MXrPdpPB3DXWsZZaRniGKsVeG1pAeNGTSYEoY8 OCaPtt415s676ejwOwePsSrlDRo3yqpN8eR0aZ+TQGk9s25PoJxbenVKoFG35jDy/JHnVzHMgJUY 6/OI05FuoxY8ttfEkVhyqTJjA2pKN1InyqUUGk4JwbEQVeHxoSElU1vqzGuBVBpBtYJjYWbbOGpE zZiHuzD7p9FISgyOleMZXITXkM0pk7rSn6gl3c1zJZlNyvEIVaPaPN5149l8Dt6FfAfl0X00njl7 Ulkpn67nlYtPrXh+1YtuoSEk38u9h8bwSDaRx6vL5RQzQXnqL+9gyOrTLYFS+uT0SJAZHnTE82hQ gTJ43teb+jAb27wiHUVjeVx7SNZaXKY8Vad6VJFaU3texWbTrXQn6xxI9/Lo+SCP01ODUjV4zXYN taEOPKO4mecHw7gFg3iOdz9NoEdoGk0f0nzsEJUAbABMAbYFdhsyKG+cygHmAgcAhwJHDhlyz2g1 GjgBOA04G7gQuAS4AlgEPAA8OTRvxF3qoqBjA2OAFYHVgIlDR917j5MEbAJMAWYAM4eNGDXI6QLM AuYAc4EDho0ZNMQZChwFzAdOARaMGDVinLMA+AxwCXA5cNWIsffmOeuAG4GbgVuBH3HTBjmfA/cA i4HnBbWdN+r+e3QEWAlYDZgArJt375A83QjYHJgObAvsBOx+z51DR+hsYF9gf+Bg4HBWM0aPAo4D TgBOAs64V2opAM4HPgNcClwxWnAdcCNwM3Ar8KMxfAH6c+Bu4B7gj8Bi4Mmx3O/6PPCSoGsDw8DI 2HuGjHYrAWsAk4DNgW3Gjk1u5nYBZgFzgLnAAcChwJHA0cDxwImMzd0pwJnA2cD5wEWMLdxC4DLg CuBa4AYxk7sJuBW4A7gTuOf+USOGuAeAR4Gngb8A5VfuivmnAWZhf1SyqPJVUL4go6ncfyTJuTLz qcJM2JR5rRlzVAvmvFTmr5bMSa2YK1pzlN/IjNeO2as9x3vHK878nySbmaHSH0jljW+C1a6KsVdB xaxbFXOfPypZFHdVjLkKOsx7FZgbK/0/yJfvO/0emm8Hmvk8ZjWEVXZgVbypIFjp/x5efxW0eQxL /APp5TX876F/VcTcl+KvgorHn3q42/dHJfnW49XwarWZmcPvY/WroM0je+0/kF6tjlxaSxt59bed V6HfWBGrilXDqmslW+lWptXNyrZyrYHWcGu0lW8tsAqtF6211kZri7Xd+tz6xtpvFVunrYu2bcfY Fe1qdqLdwG5uZ9gd7O52jt3PHmyPtPPtDfZme5v9qb3b3msfsk/avyhSYVVeVVUJqq8aoIap+eoZ tVRtVtvUp2q32qsOqZPqF4ecsFPeqeokOElOspPuZDrdnGwnl1y5ia9WYTZhOW1NWg7vlyArtjvJ 8zMrNpt9sxxd63X3+nujvRneQm+Ft8X7xjsaR3FV4prEZcb1iRsZNyVuftzyuE1xO+MOxV2KyJud +C8i73oox2mf4P8DSJ6y2JH8yKzgyOYg3WHSyskmvW6+SavL93k4rdHWpDUXm1bV3BL8/xI0egkN EtombE84UGt2reWJvRLzb+h1w5Tao2oXmvrqDK4zGldh15lSZ6HRXMd8Ac+q84uJvTql5v91E4O0 bZD2C1LzTRirnpmbWklBuYbxQXr5/8F5DYPzGgbnNZwbpKuCdLtJG6UF6XyTNh0XpHtNmpxmrrhF JEhr4JqcFsktOrTo22Ik/lc9xU6pmpKc0i1lcMr4lIKUJSkbUz5POZrqpNZIbZ7aLXVgan7q7NRl qZtTv0k9mRZOS0hLT8tJy0ubmbbE1NJytNHecnyQzgrS9UF6CPVYrQrN/1udN2lG0KqbqgbpNpP2 6BCko03P95iE86v2mNFjUY81Pbb12N/jl6zyWQ2yumT1yxqdNTNrSdaGrB1ZB7JKe1bt2bxnr54j ez7cc37P5abWXtOMtl4v4v+Vem3p9U2vk73DvWv0Tuud1Xto7wm95/Ze3ntz7529j2c72fHZzbO7 Zw/Mzjdn3zzUnH3zefw/NicjJydnZM6knAU5K3K25OzOOX6Lc4s862M79GlivKOPfCOez+kz0Zx7 azhI44M0K0jzTdo3ON53vjmv71ajp+9uY9++Z40dbisfpFWCNNB3W2KQZprzb8sO0v0mzZ3zm++V JEFnJ3mfL8/Heb1qvWy9THYoI5SBb6pUdMbJ+s+Z4EyQeyDOPLLDHcI5TAO54VyqHJ4QnkhVwo+E J9N14anhqRQffjT8GFUPzwk/QwnhE+HT1Di2fmxDahabHJtMKbFHY49Sqveu9x6lee9771N6XIW4 KtQqrmpcVZ4nWHokzzDKW4l2iurCrBLPs4gOvObI4XXIYF4XjeE1gnyzZw4t5BXfclrD68tNtJV2 0E7aQz/SUTpLl3j57oXWkwqtCK0MvYp0VWgD0tWh15CuCW3kdCVLryNdGXoD6arQm0hXhzYhXRN6 i22xMrSZ/7eKS7+NdGVoC9JVoXeQrg69i3RN6D0uvSq0lf+3mku/j3RlaBvSVaEPkK4ObUe6JvQh l14d+oj/t4ZLf4x0ZWgH0lWhT5CuDn2KdE3oMy695r9ZZDivm/J5rfdHLPI5rnxF6IvAMl8Glvkq sMzOwDK7uJ4Vod2Bfb4O7PJNYJdvA7sUBRb5LrDInsAi3wcW2RtYZB8ssj+wyA+BRX4MLPJTYJED gUUOwiKHAoscDixSHFjkSGCRo4FFjv1fLLKAFtMyWvW7FjkeWOREYJGTgUVOBRY5HVjkDCxyNrDI ucBjzgeW+TmwzC+BZS7AYy4G9vk1sM+lwC4lgV1KA4tEjUV4EgeLhC1jkbBtLBJWYpGwYywS1sYi YddYJBwyFgmHjUXC5f4Di7xLH9GXVMQWKabTdNGyrZhwjLFIONZYJOwZi4TjjEXCEWORsC8WCZc3 FglXMBYJVzQWCV9jLBKuZCwSriwWCVcxFglfaywSrmo8JnydsUy4mrFM+HrxmHC8sU+4emCfGoF9 agZ2qSNXGk4I7FIrsEtiYJcbArvUNnb5jy1ytMwidQOL1AsskhRYpH5gkQaBRRrCIo0CizQOLNIk sEjTwCLJgUWawSLNA4u0CCySElgkNbBIWmCRlrBIemCRVoFFMgKLtA48pk1gmRvhMW0Dy7QLLJMZ WKa9sYyMBNJuGQesufhaySgeCMI8JsidnmS2VyfqRbneF8z0HcM3O3O9LwNpnvcVpBzO2xlI87xd LHVGud2BNM/7GpKU+yaQ5uFd/LV5zZiO+z99aSCz+jh6mGZ635bVVFRW03dlNe0pq+n7spr2ltW0 r6ym/Zdr8o6w1DXckfOOBtI87xikzpx3PJCu1qIfylr0Y1mLfipr0YGyFh0sa9GhshYdLmtRcVmL TpS16GRZi06Vteh0WYs49q0m8kSTZ+9yR/MG+wa8Wz9MVlwKxnqZ153mdWw8tzuT/bo/jWKPXkIr mOPk3cAueaoi2fbPcbeTrVsFOV2R8yfk8KwvbgBLGcGxm3As9zeluyOnX1npO1Ba412rVXmNUhvn nEU9p+Ju46Otcc451HMa5/TH2b85R2qwz0qr+Jx+UlraY5+WkvYvpmapyT4vrbPPQMtt0hKxgH1K 3r6iW+nWbAvZR7P38pMv/tcZX/YttnZcvpcf5ClrJ/9t5NzNv8m1LJ4zWy9ece4q2YtkLbzi3EX8 t/Ty0+Qg17Gm4W8254+6Qqf8NrnvFTr7WbKLttMVOrvwX9/Lz6DLdCbjL5Pzq12hs8nlZ0xlOl1L 1gknf6uTveG0Jftvi36rE08vi0j6YutvdcqXjIOnz4FOXm/KqumZK3Qu5j95H+DMK3TOxB/bhMZc oVPWJP2u0DmAOVa+xvZbnd35T3awp1yhMwV/8g7SGmX57OduFr6Yc0F2k6gY5VGMO8N9FG+4/69v MFmx/wQuwapwN2RpneV3w7c/lPuoO8OOiiaFiS9ripF9fspDVMWQ7Z/1z8nazj5qHzPnlLfLW+UV znFk90bssthlZJWn8oSZsjwbvXwPiqgLrlY48/KdJ8mTdjz3R9of+drUqQ671ZVEv+XWdGV3kM2e 94kqVjVVkmqomqjmKk1NUdPUdDVTzVKz1ZO8Rn9a/U0tVkvUMvUv9W+1Uq1WL6lX1GvqTfW2ek9t VzvUZ2qn+lp9p/apn1jXUXWM1/GndZIf1Tfqdrq97qg76S76Jt1d99I5uq/upwfowfoufbe+V4/V D+i/6If1JD1FT9Mz9Ew9Sxfo2XqOnqvn6wV6oV6kn9GLdaFeqpfrFXqNXqdf1Rv16/ot/Y5+X3+o P9Wf6y/1bv2t/l7/oA/po/qkPqt/0b/qqKvckBvr+m4F9xr3WreaW4OvO8Gt5Sa6td26bpLbwG3k NnGT3RZuqpvutnbbue3djm5/d6B7pzs2dm3sutj1nu25XowX8Sp6VbxqXk3vBq+ul+Q18Bp5zbxU r5XXxsv0Ons3eT29bK+Pl+v19wZ6Q728yN7Ij5FDkaOR45HTkbOR85GLkVLf9h3f9cN+jB/xK/pV /CS/kZ/sp/jpfhv/Bf/f/mr/Zf9V/3X/Lf8d/33/Q/9j/xPurQ9VWMn0raaqyV5VT9Ujm3urIfdn Y9WYHNVMNSOtUlUquWqymkwhNVVNpTD34nQqpx5Vj1KMekw9RrHqCfUE8+6T6kmKU/PYEyLcu0+T zz38NyqvnlXPUgX1T/VPqqieV8/TNdzj/6JK3Ov/psrc8yupCvf+arqWPeAlqspe8Apdx57wGlVj b3iTrmePeJvi2Sveo+rqA/UB1VAfq4+pJnvIZ5SgvlJfUS32lK8pkb3lO7qBPWYfs/xP6ieqow6r w1RXHVFHqB570DFKUifUCaqvTqlT1EAn6SRqqBvpRtRIt9FtqLFuq9tSE52pM6mp7qA7UDJ7WSdq xp7WhZrrbrobtWCP604p7HW9KJU9L4fS2Pv6Ukv2wH6Uzl44gFqxJw6mDD1MD6PWeiSvDtvoUXoU 3ajH6DHUVo/X46mdnqAnUCZ76cPUnj11EnVgb51CHdljp1En9toZ1Jk9dyZ1Ye+dRV3ZgwuoG3vx bLqJPXkOdWdvnks92KPnUxZ79QLqyZ69kHqxdy+i3uzhz1A2e/liupk9vZBy2NuX0i3s8cupD3v9 CrqVPX8N9WXvX0e36fV6PeVKFNDtHAdv0Z84Ft6h/hwP79MdHBMf0gD9if6E/qw/05/RQP2F/oIG 6V16Fw3mOPmWhnCsfE9DOV5+oDv1QX2Qhukj+gjdpU/oEzRcn9FnaIT+Wf9MIzmOfqW7dVRHKY/j SdE9HFMhGsVxFUv3cmz5NJrjqwLdxzF2DY3hOLuWxrrXudfROLe6W53u55hLpPEccbVpAkddXfoL R14STeToa0APcQQ2ooc5CpvQIxyJyTTJbe42p8luiptCUzgq02mqm+Fm0DS3rduWpruZbibNcDu4 HehRjtT+NJOjdSA95g51h9Isd4w7hh6PfSn2JSqIfTn2ZXoi9pXYV2g2R7FNT3IkuzSHozmGnuKI jtBcjuqKNI8juwrN5+iuRk97NbwatMBL9BLprxzpdWkhR3sS/Y0jvgEt4qhvRH/3kr1kesZL8VLo WS/dS6fFzAJt6B/MBJlU6HXyOtE/vW5eN1riZXlZ9BwzQzYtZXboQ88zQ+TSMmaJ/vQCM8VAWs5s MZT+5eV5efRi5PvI9/TvyA+RH2hF5GDkIK2MHIkcoVWRY5FjtDpyKnKK1kTORM7QS5FzkXO0NnIh coFejpRESmidb/kWveIrX9F6X/uaXvVDfog2+OX8cvSaH+fH0Ua/gl+BXvcr+5XpDb+eX4/e9Bv6 DWmT39RvSm/5LfwWtNlv6bekt/3Wfmva4i/zl9E7/ov+i/Suv8pfRe/5a/21tNVf76+n9/2N/kba 5m/yN9EH/hZ/C233t/pb6UN/u7+dPvL5jz72d/g7eOS3rQR6QtVS9VWySlFn1OPqKfVX9Xf1D/Wc ekG9rF5Vr6u3MKJ8pD5VX6rd6lu1V/2gDvJ4clTXV2d0fd1QPa6zdLbuo3N1fz1QD9XDdZ4ercfp fD1RL9HL9It6lV7LMfKabqg36S16q96ud6gvOd2pv9Hf6X36J12sj+vT+ry+qEtd23XdGDdOHdRZ bmWV6F7v5rlpug9LA9zB7l16X+wGz/HCnueV9yp5Vb14L8Gr7TXxWngtvdZeO6+j19Xr4fX2cry+ Xj9vgDfYG+aNiuyPHIgUR05Gfolc8sn3/PJ+Jb+q38Bv4jf30/wMv63/L3+l/5L/iv+a/6b/tv+e /wGzfAH4ncDvFpjdBrMrMLsDBtfgbhesHQJrh8Ha5cDaMWDtWLCzB3aOAztHwM4+2Lk82LkC2Lki 2PkasHMlsHNlsHMVsPO1YOeqYOfrwM7VwM7Xg5fjwcvVwcs1wMs1wbkJ4Nxa4NxEcO4N4Nza4Nw6 4Ny64Nx64NwkcG59cG4DcG5DcG4jcG5jsGETsGFTsGEy2LAZ2LA52LAF2DAFbJgKNmwJNkwHG7YC G2aADVuDDduADW8EG7YFG7YDG2aCDduDDTuADTuCDTuBDTuDDbuADbuCDbuBDW8CG3YHG/YAG2aB DXuCDXuBDXuDDbOZB2vSzeC1HDDaLWC0PmCxW8FifcFit4HFcsFct4O5+oG5/gTm6g/mugPMNQDM 9Wcw10Aw1yAw12Dw1BDw1FDw1J3gqWHgqbvAU8PBUyPAUyPBU3eDp/LAU/eAp0aBp+4FT40GT90H nhoDnhoLnhoHnrofDDUerPQAWCkfrPQg2GcC2OcvYJ+JYJ+HwD4Pg30eAftMAvtMBvtMAftMBftM A/tMB/vMAPs8CvaZCfZ5DOwzC+zzONin4Ddc01S1uCrXfKg+UV+oXcw134Nr2L8Drmnwh7lmg26g 39Rv6/f0B/pj9QWnX+mvA645rI/pU/qcvqBLXMvVbrkyrqnFXHM3uKYWuGYYc82r/yPXNPfSvAyv rdfB6+J193r9N67ZF/kpcjhyIvJz5NdI1I/1ff8a/1q/vt/Yb+an+q38G/3l/gp/jb/O3+C/4W/2 3/W3/S/X/C/X/C/X/P/iGl6Px8jq3twD8M/7P7s1VbF/CV9zktU+bkpwfMk9AYV7Ag57+36Or2JV TCH0VNgd4Y7AG0EzeO2eQGPoXZ4z7ab9dJTO8wI+xqokT+cphqpQPCVSEjWhFMogeRdnljrH2qeo nxmnqQuMM9WvjLPdmWTrG918xnbuBMb27kTGjv51ZEdO+9cznv0djeeh8RdovAiNl6DxMWh8EBr/ Ao0PQWM1aIyHRosc92EpDemRMmlSmTS5TJpSJk0tk6aVSdMh4Y6dd0Zk7+zlY/6RMuloUCrEHL6X SJfoUrKZbW3WoF2XXGbdGAozWw7jnnrDfxNfzZK7K2Horhj7EffFE3K2Kv4v2ZVfe8uvZSzKwD2c 2ihdnks4ZWWdoKQciahHuH8536Q43xZdJL8eEA3yq14n9mM+64yazayHsyJbTGmTqmKctZLPkhtJ Dv0f4s4DLqqjW+Bz5i5lWWYWBdEoYkOjxLKAhRhj1FiIBY0aNYoFKYIFEBGjMUaJ8TNGsSvWYG+o 2BuW2HvBAnasUWPXGI3tnTm7LHvzku/L+9738pjfHu6e/72zc+fOOVPvvf7Mgh81667uJLHq1BXz tq2JYawJpfMayXkkl2DMHtaRTK2wVhj9dhOtGTM6BTlVZ9Ip2OkD5uHcyLkZ83IOdW7DSji3c27P yjh/7tyJlTMtNq1kFUwv3RmrKtqLLqy6uay5Aqtj/sj8EatvPm4+zRqYL5jvsBBKi6utxNRmzVlr /Kj7P7vZ0umqRmMx7b54BjXxU8eW3hBK4w8kL9JYs0bbl0mm0vnfoTz9e87BBVOn1orWxO+hTK39 CLOdgYvNMnxstmFN/yd/kv5X9rP4e9NvZu0wxWruOgE/ybg9mKXg1ig2Dren2MZcrXuqt5gG0xWr h1crEK9ZB9zqxqJxu7ft/JrSeWwhmUdnU1N7WHCepsNEDpF8Yj9boHvKlFxD8srfdv5edObJbAgb jp9RuK3m3Iaw2Ww+W2rbykTtekxXli0nvGzXvClrhZ92uK1ysKktJuvWYNSm2PKk2f8yT4Y5lPC/ O3888epiLcq+wJz4AvNoFOXPTDbX4dtilmgbr7ceYa8J8KPKSBcWSXlT8C0ZuTVvmtP5jNed2+9z ZozD+S938FRWr3XDlm9/V46oOQCgFXLWbx62M2lBY/plSCbYWFX835CC2iPUplXrh6raglXPmWaa Y5qr3nhqms+4OcQcQmP2+aPwHI8xqtaB+ZX5ufmF+TfzS/NrM9ZUWN+o1gCjFgDHVtGnTMNW0WfM CVsb29EH0awco7LHClOuqlU1+d6/Jc0wbMHAZEepVt6rFTietMaQ2iYymj1gD9kjuU1ul5Fyh/xR Rv23fTrKTjJMdpZdZFfZTYbL7hjT/zSeqsxLjBD/kN/L0XKMHCVnyPFyqpwmp8tUOVaOk2lyopwg J8nJUr1x3QN9UWVKv3o+zSE1QsSuYHBmzzG4gATJXMEDPJgRCkNh5gYZkMFMkAmZzB1Ww2omYDNs ZhKewlNmhrfwFkuP5JIV4gE8EPOIo1+rIoaLb8Ug8aUYLL4SQ8TXYqgYJlLEN3KhXCAXySVysVwq t8hZcrb8Qc6Ua+UmOU9myOUyU66Wa+Q6uUEuk+lyjpwrV8j5cqVcJTfKzTJLrqdVlu/Qul0f5kNz NZUpF1SJUXNNBio1TliqWuJZtcVgZO0xYKsag4nFsjjmzjZhKEzn70nnX5TdwVCMcuEd0EBjxdXr CVkJyhEfypGSlCO+UBr7uaWgLJRlpWEqTGVlKI/KUh6Vozzyg3WwgZWnnKoI+2E/qwSn4BTzh+tw nb3n4ubiplINIWyO6C+SxRdigBgo+rPyao2rSLat7q7Mqqg12Io6rsEWAwvWYMtesrfsJ7+S38gY 2UPG4veesjeLRF2iTJL98fwOsyPyK3aMnWDHWQ+2QqbIYfIb9D7jcf+ebCXbjEcl4dH98QhkLA9b v9fZT+w2+5k9Yy/YS/YaXGUchngZD85yIIZBchAIMEMhOQTDUDkUisI7UAJKQikoI/+BYaQcCe9C JRgl+8g+kAbTZTKGARi+kF/AXJgPC2ExLMWcW4H5thrWwnrYJL+WX8NW2A4/wi7YA/vkcAzfYhiB 4Tv5HZyAkzJBJkAunIOLcBmuwDUXZamfoFdRfqUirXpTa9Y51rfBVBY6Y1noziJYKRaFHrkMi2H9 WDnWn33NqrFhGGqzdDYHczODLWcfYo2VyT6i0lGP7WUHWX2WjaExO4WhCZWUEHYNwyfsBoam7BaG ZlR2mmOf4S6Wul8xhLLfMLRkrzC0Ym/YW/YpcCxNbcAFXFh7MII760AlK4xKVmcsWd6sCxSDYiwC ikNxFgk+4MOiwBd8WTSVuB5Y4iqwGKgIFVkf8Ad/Fgffw/csHqZgGUyAaTCNJcIMmMP6wTyYxwbB AljAvoRFsIgNhiWwhH0Fy2AZGwLLYTn7GlbCSjYUVsEqNoxWBqZgmV3HvoENWHKHY8nNYt/CNtjG RsIO2MG+g52wk42C3bCbfQ97AftgWK6PszGQDdlsCpXuqXAGclganIWzbDqch/NsBlyCS2wm5EEe mwVX4SqbTRbwg4uriyvmu3Xlw0jysc2t/k6Ei+4iQkSKKBEteogYESt6/t4n0r0CRbAtbl3BX5yV QIb74LE98/f5s3hEL5Fk36eX6C36iDgRLxJEX5Eo+omkv/xbfyEee3oiWTX5vqwtP5B15IeyrvxI 1pP1ZQP5sWwoG8nGsokMkZ/IprKZbC5byFDZUraSn8rWso1sKz+T7WR72UG+JyvLKrKqrCYtMkAG yiBZXdaQNWUtGSw/pzUUHfk/8Me+499Rv6cpKyvdpJBSlpA+0leWleWknywvTdJdmqWHLCQLS0/p JYtIb1lUFpPFcb+SspQsLcvIStJfVpDvyooS+6zMAFUhCGP24J7MmRfh7zE3PpqPRlvi4MZS5Fbx nRglvhejxRiRKsaKcWK8mCAmiklispgipoo0MU1MFzPETDFLzBY/iHQxR8wVy8RSkSFWiOVipcgU q8UqsUasFevFOrFBbBSbxBaxWWSJbWKr2CG2ix/FTrFEzBMLxXzJMf4F4pF0FovFLrFIZIuHYp/Y Lw6LPWKvOCSOixMiT1wV18R1cVPcET+Le+K+eCJ+Eb+Jl9IgncRFsVscEAfFEXFUHBMnxWlxSpwR OSJXnBXnxHlxSVwWV8QN8ZO4JW6Lu+KBeCZ+Fc/FC/FKvEazdZGu0ijeiLcSu5/isbiAudQS6xl1 B43yOIC1zDAsKd9hqE7+pQZ5llrkWYLZaQzvkzepTd7kA/ImdcibfEjepC55k4/Im9Qjb1KfvEkD 8iYfUw3ViGqoxuRTmoAbXosQcEfP8gl5lqbkWZpRndUcvMCLtQBv9DKh5GVakpdpRV7mU/IyrcnL tKF6rS34gR/7DCqgx2lHHqc9eZwO5HE+p1qvI3mcTuhxZqAXmwWz0Iv9AD+gF5uDPqgr+aBu5IPC yQd1Jx8UQT4oknxQFPmgaPJBPcgHxZAPiiUf1JNqz16QhZ6oN3miPuSJ4sgTxZMnSiBP1Jdq2EQ4 CAfR9x2GwywJjsJR1h+Oo4dKJg81gDzUF5CDHmogeahB5KG+JA81mDzUV+ShhpCH+po81FAxEr3T MJsF/zML/N9at9WCK6t7gPlIPpIsOISVQVst5GC7Vpt0QxtWdq2sWG/D75AV+zjaMa05ew+qYLP1 EfyK2y+4Wa2MAVc27N+03BU2i92E1rmTbHIpWvFWsswMtOJlaMer0JKVHa9DO85CS96BFrz9d1Z7 wWa3Vqs9/P9gt2rEJtRmt35oeUBrSEuo1hG29DOwdeTHNmOoiG2BU9gqy8MQjO2jq2i91zHUxnbS T2i9tzHUwfbSzxjHMwx1sRX5Aq33JYb67DWGBlj/c7RbA2CbBJzBGa3XFYxovSYwod0KEGi3ZjCj 3RaCQmi3nuCJdlsEiqDdFoWiaLfvwDtotyWgBNptSSiJdlsKSqHdloEyaLfloBzabXkoj3b7LryL dlsJKqHdjoJRaLdTYArabRqkod1Oh+lotzNhJtrtbJiNdpsO6Wi3c2Eu2u18mI92uxAWot0uhsVo t0thKdqtauNGYmttBdqtaulGU0u3B7bc1qLdrof1aLebYBPa7RbYgna7Fbai3W6H7Wi3P8KPaLe7 YBfa7R7Yg3a7D/ah3R6AA2i3h+AQ2u0ROIJ2ewyOod2egBNotyfhJNrtGTiDdpsLuWi35+Ac2u1F uIh2exkuo91egStot9fgGhvign/sa9FENKHVaYVppBGYgf+ElpWh2hg8namnSBXoNX7bTqw9zFD8 0NPLsN1m1dTBMjKSpep0FVGXxFbodF7U80m36VScq1Fj4mP4ZLTpqXwqM/JpfBpzM35u/JyZjF2M XZi7McIYwYSxpzGOSWNfY1/maXpqesq8TM9Mz1gR03PTc0b3gPApNK6tjmd0PNDxnI7X6HgDHW+k 493oeDXeCsYkkt1Vr5hnadgq0fDsNXoHL/tUDZLzhRju4m88ZuodeAX6VE1y9eRk9WziPLvewJMx PONZ9JQa9f6vfKKey6HeGgX8jl3HeQg/rp5khp8zDntuxo8arWbYZyzY14fPR30Mbt3hPg57q+d6 Yj7zbJ7LLxXsD3d5Ej09R+Ob+Q6+1+GIjvjxRX06nltHhyM28wb0tCINvWyq2rYfgWUGVC5UddCp d8XkqpYVjHbQqhWeOzGGhrwpvHHQ16V1pxp68UAe7PCbjel94xNo9WqB1sI9aF0phzdgcdAXA7wG EIme+ibchfQCwt7AJXqOgoZ1XDbkOhxzEOs5tepUPTXBfv3QMhfT6tji9LStAv04tP25tPYUaGWp TY9t8+Gg7rhTV+9hwfVmI9gI6A1qpEo9dTfXgfSG1tAY1OizetbfNjtxYq3RLwVDZVD3uaknFM93 OKomtkx8QN0Jp57XN9LhKNWjfwacUqWeGxtnY1Y7wrLPZ/AZTBgmGyYz6dzfuT8zuzZ2bcw80CYG sEJU9i1U9gPIdgLN98z3WJD5sfkJo/XVVms3hqt5CywbWzHGnfwg8+VH0Bu86zzAeQBrYDKajOxj 0ybTDtbQfN/8iEbaOE/DX863RDc+x35sSTz2DKuAJfMqs/DrGM8HzknOSewjiq0exVafYmtAsTW1 eyLgC0im0YjdL7Q9m+Qma88I7VkRNbfjne+1ME4Deq0lyqJwzyUo/WmVvzdT19hg2olpnUZbu+xb u2lLPTc4lY8jb2WhY4ph/WY9RnnC/KMKtnfbth2OVCUKU1ITr00SG4SedgQbzSawNNu4r7pLKYvt ZPvZUawxz2F9eZPuuXiOpdeAbVQPbIPitcc2ZVWoDrWhHpaf5liKOkAXiISekADJMBhSYCSkwiSs qdKxJsrgYzD9Y3gqylQ+FuVYTAvn4/h4lOP5BJQT+ESUEzFXOJ+EHpfzyepK8Snodzl63zS6gtNU PuB15HwGliBumIwliDv3xxLEXRujV+VYjjqi7GjshLKTMQxlmLEzys7kbbsYu6LsauyGspsqRcZw 9Kzc2B29sPLFkSgjjVEoo4zRKKONPVD2MKJHM8YYY1HGGrEXiv66F8pext4oexv7oOyDHpwb44zx KOONCSgT8Opz9OmJKBON/VD2Q1/OjUlGTLOxvzEZZTKWem4cgCWEY9l/hvIZlnpueo6lnmPZf4xS lX1ufkIlyehwf2Axsq3WzDpm/J+ysOIsf37P3fQr5upoJfltKquZDOQK9CWF0S80hm4wCK/wCmy7 X4VX3JtbeFMeyYfgVVrND/Ob6JCKa9W1UC1GS9Fmauu149odg8Hgawg2tDb0NowwpBs2G04Z7ju5 OpV1quPUzinBaZTTfKdtTrlOj53dnSs413PuiHaY6rzYeafzBednLh4u/i4NXbq4fOEywSXDZa9L nstvrl6uVV1DXLu7Dnad4prpetD1uusbYzFjoLE5XrmhxunGtcajxltu3M3HraZbK7eebsPdZrtt dMt2u2tyNpU21Ta1NcWZRprmmrJMZ0wP3d3c/dzrundwT3Qf7b7QfYf7OfenQoqKooEIE8nYtl6K rddL4jm22Stjr6CbHCQnYc67Msm8VAl3HU3l/DbJW3aSSiSVSKqOjCUylshYHRlHZByRcToynsh4 IuN1ZAKRCUQm6MhEIhOJTNSRSUQmEZmkI5OJTCYyWUemEJlCZIqOTCUylchUHUkjkkYkTUemEZlG ZJqOzCAyg8gMHUknkk4kXUfmEJlDZI6OzCUyl8hcHZlHZB6ReToyn8h8IvN1ZAGRBUQW6MhCIguJ LNSRRUQWEVmkI4uJLCayWEeWEFlCZImOLCWylMhSHVlGZBmRZTqSQSSDSIaOLCeynMhyHVlBZAWR FTqykshKIit1JJNIJpFMHVlFZBWRVTqymshqIqt1ZA2RNUTW6MhaImuJrNWRdUTWEVmnI+uJrCey Xkc2ENlAZIOObCSykchGHdlEZBORTTqymchmIpt1ZAuRLUS26EgWkSwiWTqylchWIlt1ZCeRnUR2 6sguIruI7NKR3UR2E9mtI3uI7CGyR0f2EtlLZK+O7COyj8g+HdlPZD+R/TpygMgBIgd05CCRg0QO 6sgRIkeIHNGRo0SOEjmqI8eIHCNyTEeOEzlO5LiOnCBygsgJHckmkk0kW0dOEjlJ5KSOnCJyisgp HTlN5DSR0zpyhsgZImd0JIdIDpEcHcklkkskV0fOEjlL5KyOnCNyjsg5HTlP5DyR8zpygcgFIhd0 5CKRi0Qu6sglIpeIXNKRy0QuE7msI3lE8ojk6cgVIleIXNGRq0SuErmqI9eIXCNyTUeuE7lO5LqO 3CByg8gNHblJ5CaRmzryE5GfiPzkSAxUnxqoPjXo6lPVgnUdrSS/TbKADCAygMgAR0Lt3dFK8tsk 7US1gV1HK8lvkywgHYl0JNJRRzoR6USkk46EEQkjEqYjnYl0JtJZR7oQ6UKki450JdKVSFcd6Uak G5FuOhJOJJxIuI50J9KdSHcdiSASQSRCRyKJRBKJ1JEoIlFEonQkmkg0kWgd6UGkB5EeOhJDJIZI jI7EEoklEqsjPYn0JNJTR3oR6UWkl470JtKbSG8d6UOkD5E+OhJHJI5InI7EE4knEq8jCUQSiCTo SF8ifYn01ZFEIolEEnWkH5F+RPrpSBKRJCJJOkJWYiQrMeqsRPWjkCQTSdYRsh8j2Y9RZz/Yj1I9 G6MiJAsI1egmqtFNuhrdRDW6iWp0k65GN1GNbqIa3aSr0U1Uo5uoRjfpanQT1egmqtFNuhrdtI3I NiLbdGQ7ke1EtuvIDiI7iOzQkadEnhJ5qiPPiDwj8kxHnhN5TuS5I1G9UtfRSvLbJAvIfSL3idzX kQdEHhB5oCMPiTwk8lBHHhF5ROSRjjwm8pjIYx15QuQJkSdE1Loohz4xjRdJGvOpTONFNaiX3Ip6 yZ/SaE9r6iu3ob5yWxr56UcjP0nUbx5M/eavqN88BPvNT5h6V8RcWnnsj73nuiwE++NhLJolsEFs OEtlaTROTaMftEUjILRFoyC0RSMhtEWjIbRFIyK0RaMitEUjI7RFoyO0RSMktEWjJDTm8wvjNBZl sI4k0H3OY5Ax0y+oN1Hq3emp/N4skNVhoawbS7SlVj2nYD3bT0/Yvskest/AHbyhNPhDCP2Kanel WUcHqKWVRnXmDJtGtbDS6Orna46T5oGD5gRpHpJGxZhNMaqtk/atU/at0/atMw6/nEO/fMMeR659 r7P2rXP2rfP2rQsOcVykOG7a47hk3+uyfSuPtqzly5vaGmnYWtX4LPx/EP/Ptsd2lc7qUf55qlFr LHWLsZflwldgv8mdZ2J/R/A12E8x8/XYIyjE8lc3+9jiUG3nWdROnm3THCDNQdKoEcxN/IpuXuSa 7eqrcUgab7R+w6usRok4D+b1UEfvnWNtbDo/Xhllom3UPl8ruTeeTxgGH0c9PIM3+DsNKRh05AKo K9+FR+q0e+EoxuPFQ3ioTr8C1jMDvIJX3MJr6sgkmMmc1LwtXOXev/v1L2Aopt9Dp4sErOdgNbzS aUOhHdPUjBjc1OlrQl37MyGO6ogP+KGcTaOhBVpnkChHwlJHLdrBc4y9LiRCqk6fy/JQXwE6qqdL OOh3oAUZ1Bw+NLC+T8dO1PNsDOwpewoVoamOjGaTmBM7pwIe569j6pk4TmwbhcfgpWNtmXrm+hud rh4LoVTf0Wn90drz5xHydd7MF+VecLdpVSnL4Ln/oXFy+4wX+VkgP8vJw2roYZPRQymvWpa8ajka gfSzja2ruXSrz1LeiubB0PcoSStfebZ9FuA/NK+AbQqN8kNZY1nbUyoZzSQC+W71rHbrCKzaHq8f KaWe9xjqZU8mvlTFBofhFua48odleRjF9xnp19JszxnrLJddO5tmq7D2hqe2OSyrfgRXb69Us3KV HbQJvCHNSaHNceag76D2gkH4eeOgbaAsC7DFC2mQ7aD3V1YN6v1Sxx20XuqNUFATt3rC/AI9ewXq LYm+TL1XrUB7Ew7TPBSHOpDsoD8K6o00D5ElOWg3UozonbGUhzjo02mGbifu3dhBO4osKwO38tQs mF2fCMrvYG0IxRy0YfTeqiFMPTPlroO+Iah3V0YzsFmEVVuV3n6lnsA33DbzZdV7k4Wp+b8sm5ar mlvNnvAJeH01mgt2oXLkSld77r81t8uZkc/l8zDWBTRSuIQvwd9Zx9cxJ76Bb8Ra5BjWn648G2tG N34a60J3fhnrJGGr0e2z0pQSN6p3lmLJY3wlV2/YW0OjZTu5mg86g5brxC9gDUjPSsSaumD2imyJ 5qHUm4Zs4/zWWWOUC0mepJzxorn3/CfJtPsPzY4rLzMGbYzxSTTLrGLhFItGsRgoFieKxZliMVEs 7hSLwLSoZ2diDc0q0KpyA2rBapfUJmxsfkxzJAbrHAr+f0xcI2/B0E80wSs2AP2E9SE06q0kBvTp kzCcozNtb9NfQn0DGIxhv06/F2sBf1hvqzXytZmo9YJ0mK7TTsf/b2AcDNFph+P/WzAI4nTaOPyf jTbYWqftgP+zoC000Gkb4P+F0NBWq+RrK+P/cVAVauu0WNezQVDMVsu0/1vaydbSPtdW2oFKu4Yl NRPL/DEsj85Uzl2onBv5OSx9bliL3Cc7+Q+twbCvpFB+fDfJnSR3URmfRnIsyVSS2DJn6smnp01m c7xJsj97EqcfM8v98oA8KA/Jw/KIPCqPyePyhMyWJ+UpeVqeYX/8rCHlq8x0r5fFdl+N9U6qjnRn kfXeEy7Pyv0kD5A8SPIQycMkj5A8SvIYyeMkT5DMJnmS5CmSp0n+eZrsM9XmksygzdOuaeQb6J6T QHudV8xcmrlqF5mm/aBd1lLxc+f3GtudPOqOr6r247xxLxfbXq9sRzl8dzhmAh1jQM/mr+4rMvsy s5anPWSa6TDufQi3n2h3cOuetga3r9h4zX/Bdcfjr/3T4x05y7+TKZXSpXoFgSzMXIp5/Umqhqmz c4jfuucfpe8v7GlLyTDKof+epur2a1aGeSK7YjtW3ZG5nK7hDYdvT2xHqlaMdTWVk7mMOcHc15xo 7ses9/JQyZc5MleeM6u10H98l85fuQdG9Uv2svz1VGpVRLy99eaa36Ji6v4cX+oPqRQZaF7C2rPd Y9vKb5kW9H/y+8vWOKKxV+v7J9bE+TRTrqpVSHYhGUGyJ8leJHuT7EMyjmRfJdGb5NLMfO6/uYYr GfPyd3cK6+4Ow7ajSfVpJ5GcpiSmNIdSmkMpzaGU5lBKcyilOZTSHEppDqU0h1KaQynN+d/Xqoaa NNNfDHzBD2s3C/al6mDtF4J9rbZYO3aDaLWmCPtoQ9SqI6zRpqhVSbAY+3prYTPswL4grXKCS3Ad 7sBD7Eu+4py7Yl/TixfnpXkF6zorXletw+KteDvsfXbnMTyOJ/FBfCgfwUdjeysNe9nzsV2Tib3m LKyT9vOj/BTWD3n8Jr/LH/Pn/I1mQA/moXlrPlpZraJWVauu1dbqaY215lprrYPWRYvUemoJWrI2 WEvRRqJnmqRN19K1hVqGtlrbqG3TdmsHtePaGe2CdlW7pd3Xnmq/GZjB2eBuKGwoZvA1+Bn8DRb7 VUolOZbkOJLjSU4gOdHhSk4mOYXkVJJpBVeYzyCZTnIOybkk55GcT3IByYUkF5FcTHIJyaUkl5HM ILmc5AqSK0lmklxFcjXJNSTXklxHcj3JDSQ3ktxEcjPJLSSzSG4luZPkLpK7Se4huZfkPpL7SR4g eZDkEZJHSR4jeZzkCZLZJE+SPEXyNMkzJHNI5pI8S/IcyfMkL5C8SPISycsk80heIXmV5DWS10ne IHmT5E9KGuh6OfcnOUBJ18YOttiRZCeSYSQ7O9hoV5LdSIaT7O5gu5Eko0hGk+xBMoZk7F+w73iS CQW2bkwk2Y9kEklKuTGZJKUfW2ZK0tU00dU00dU00dU00dU0bSO5neSO33sRbD3lqJVIJO+TfEDy IclHJB+TfKLk3zLiig0weluUOz3Tn2HP5qFWwtDDEGOIpe9AgXopxdW75LxIy4pvt6QU3+Js9B8R MuJXAS48PaV4BqoWc4AAk8Xo7PSe1HhxJ2YJd3Z7zxkMkFKLgyG9jeVTS2UHjc9c36E+WMGo0JJ1 Z/1YPDbWolgSfuqqYCnjEJnB64Uhm2nJ2xbV6D0xcO2NtCi/9Am901OKpFhSDLssKdqydI0D557q vV5BN94dMU829R9KCQ6yCHtqwQnTNYCSqX1mcPbkn7UJ8LQUUl9cPd3ah/eLiY3rkRQfF+BhkUrp 4unSOiqyT3xcZICvxUdp3DyLtIiNSIzvFx+dVPrj+MSE+MTwpFg8ooyllOKaZ7EC3ja2T1SVNknh fRJKt/q4vsW3qAgIsgQF1gq0WIIDgzri1+qWmvavlmFr/k9SJiwmxU2ehhYtW7UOeNdS3vrVN+7j 2ISYqMTSDds0Kt2oTWjtxjUCg6sE1apVq0pw/Vo1A8pbylnPyOcPz6hNVGJybESUJQXKOuYwODEt BcwM9W48BYAdvHTwHXOpKe1SuuY2CDzl2mf9rB077w0OXtYhaHmvYa02jizj1nnl1CrjOu7bVXV1 81MRSR1eX97zXdvjpsOvZw4vNDBjXpmyfYLyVlwqX6/RhFAR4fre97UutnTpecH/mEfHse07z/rw t6IRfG9C3S1l73Va9Wvg5ut9swa+fX7odvuPkr68+firwe07VMvIlovPjjxbr1TtsvWvGivw9MM3 yh8d3eOby42ff9ti17lo3339hnywNrnowgXp6UmfLb7RrVj97sH7ohovM3hHt7vzYuGhBsc6t42s Nuz5sWBm9uh15ZuqY+qG3P2kXdO702OfHjJ7vHSp3rR7bxgTt6/08INhJyKm+aZ2vmte4B2ytNel MtW4hnY0LwWMmCNOlpKYpSWlwdvgxTqUqHtvzyPnidsCPqy5NsPUOfDhMCpDJcsZilm8h3qVq/78 bOvGCW736r1MfrnmvcxdNdaYLW3VDqUMLSzNLJ+kN0lvNOLjmKSkhNrVqkUk9q7aJ/86VY2I71Mt oVes0lZLSIyP7B+R1K+a/TKqq0gXEUtlVdzF0sHZFQ3TyckFwNDc0tQSkv/dwkfUsf3AgAED/ugH ohL/ScxJFk+V3vIGd4tbfpSa6+8MUlOlhL+9Nlq782BI8KZNg3/4oPU3838rF3xK29jz83V38uJH ak/jP+05uXb/b2/5XHDZEzqrxOKjfk28/FrWGLBqZta7X47t3PKV8/dTp76oNOPXeiVbD0tNDtGG PJ5RdMOKs53Kjo/4ILBrjZd7x9c5/EBOG1rXeXyw5yD35tuCzm+/t7z+3sEl/AZ7XnB71WxUaaeS xu/Gv+8SWib0Uu/BCVuWPSqd+jzti24Xvp90LGrblHHm9JnD74WtG1w/PbzK1o97RBX3Tzm1aNTn vwZem/fTnjGry26ZUDE3c3SbsTFNmszJhcxH4UV2F51T5Vrt3i3jV354/1KlzIaHdk3osZkdNacW enCCpwR8Milt1qchXywveabeenRjd9GNnXJwY5mFVrp9f/yDHy6SG878vRsb+H/iLMpZyliNvrgj j4wq3Sa2RxzG6uDIAgKrBwYGBQW9b3Vk1e1fLcO++TscmW137U92/5eO6dbKsLmlxfOKg7Ocvvx6 +f2fkzMqtvmo9vl6X61JDbrZ/qMFnxap3nbBsbXfL/loca0rVVrdq+Ed+qDFoPOeySMzKz/8PGzJ z1dyKvW/XuLbd2c8eV5ldv2a75nqvdz2weZNYf0nerdudjBoT63MJz8PWfxL/SJhrlEly9R6WHlz WZPHKo9ZA8p+O3xwy00lxmX+Mu/N90/dp4em/3LArczVpdegZpPX1VJ6DtN+WVLjwqT2s142OyVT zgePLfzm2plBSSMjr3TfXb6q/4pZxUpJ3/U7V/qtla2yLvlMDPtk4cB1688ffZHwZUUYvtG/0rHt S5ycruSZ+7Z4vTys3DeVft63p+n+W+8OPzlk78emycxpVcuovnvyHVM3zJGwPzJUzcFbfd53Yceg FufSXIa+He677R8vEgPrP7Z8qnAhA/qL+Y0tDX9/fbCEqK9Onv5BATXer/Fe9ejwaEv3WgFVwiOD alWpHh4eVCW8Jn6tVbN7hKVGYFD16uGROgd4qNCtg9lrvTvAgVpVg7y9NzWf7lbK0s7qAFta0AWm owsc0eh/5ACxLGNJxkLc1YJ1XUCVQEuAhVxgRwcXGGpBJ+jgAuv+NRf4J3En/ZG/C8iJ8y/cPmjY 6Vl7f35R+1TDFq6z73e53LPThoHH+Mys5JjZ4+bMNO36eu7oRy02T37/pci7MuNpZz9ziTEji9Qe fH750TUHem9+v3Kjr/wKta1gEeJtkzuay43r0Z0rfzmr5BKP33wykx63jO01e4nf8HP3pqRf7jf/ Qc/iGc26z340eIfX1yFHWqxu+OJhnYl9GuTeGnyzaPqMmBhjxRd86oNC2uYerZf/eHtNv4XZEUea Xq17/Uno67dz8rZwzw86l7702UfzVoyrFxDcv2IXw5LGfW7+Mmhgva2ljtxqdHrF1c51f+m/72Z0 RLfDp6cP/8cYP8uvD6ofjyi5qkGPprLZ9trywfrJtRcFXy8/wXXhyGhstjllob+bb/V3buFBFYpT ay3g926uK3kPN+OECt9NfFw5Et7x1jDjA96xFNUpjfbrElDF8p7VL/gV+IXW8fHoHPBCxUbHRoQn RZWu3z8pJj4xNmkgOTNsgAUFBAYGvB8UiM4s0PY1UH39//Sz/8qDrU78POwdS+T2ktO7lS7dYFpy m951S5yJP3zo0Z1eb6Z6e+Rdrp30TfEN1dID7769tLNBaLnTiex8jfZu3x1cUfqTpw9jMlo0G7Ng 68BmfWc0cTn3uvzlWf1HHlvar+HXOcPOP9n6uOb8A2GNLqxc/mFexZipxRctSOzX7lHRSddf15iU mH4muavvgEbffBvsfbxfJycsMmMWrI6tdu4d05sJSZWuJldre9HL8vnz7DHdXx860LVxQKtN73pe r2c5lljJo2LZfbVCP0wP/HDckTnBzt+GhbZLqejvFLihWU7LiJ+yq3R/1OjDnzJc2bPGc2af6DS6 Qptbg5Y2fdz4WK06wbPXDghbUHT2mEOFxrar82OGsat2Mt+DdcEc6WgxK8/gCfDW4GTR8J+D9/pD T6KcVUmzwYAlcISlsLPR1jUpAgYnihibv3YdV7G8PhEQerLCqMn/VZ25x0O1rnF8zbgbJgxKroPc MqyZ2LV3lEu5TIwRhlCh3K9NkqHECCVSIcp1BplySzjNDtklNSa5lNBFMuQ2DKHkUvZUp7L37pyz zx/n0+f8t57nXe961+ddv+e7nud5+zPdNtPQwZcM6npQoMzXmyShvCIKwoAdcIhbzpgCxn9gGbyU 7GZEUM94tQ6xpNUvbJe+a7AQxH9mmSVoDm7PN803jt/691n2dZjIlfZHBH2imP0KilmAXCivoNim /yaR+xgwpp+f+ld+QSHArp+3HFMzq2AHG1ViavzYcN0gmuUce++hCavNqG7TMtiH+6ModIFKyxF8 ZjRyd6mhrtUNKo2QPRBSS69+R6qxJM5tGTM+xuwXWe17vyhbCbUAw98hPEANYB/WhQzTRKk8RYSX 9MQdjtPpJtmvZyY5A/GKegZ0wsUpO5U4rUKyXCorTUB+moV7l0RhjiCKzuIYsg9TiOlaBwKz1r6T m7Lr8m5RXnaVf0BNqle/RtpH2Ea1fTA/WuBE6M2Cbt+mu3f2aXknGRO0VJiOGGT7Dl+mat9krBeD e56+8OwNdUFCTchzU9rrCEVsbUc/YaQ9/Pwa12Z96b29qfKWp1E3y/S2yXHEpNYCu3v1XZCtmfeE OHHwJJtAOAJneETTIpvYMRPAvDUeUuB4zvFoWnK+rAWP81xbgbdwaNFPEyjd1Ywh4kaJ2eBKA2/y /M5ryRukPRXgib1iL/bPBreadT5aPUq6w1v9aFG7TzExt1R4EaFuVDY433/5mFmtgJu5p5sR7qrJ OG6iKozUI6wnFCgXjVZkwe17X1EWX5mLle3PXMZL6xxp4ENGsNKN1X0bU1PSm5N7spDloq7ZU9Ty eJ9YET9UbZg/IH++bFo68q10rOqvJ9r8aOZo3YvPBw4YdgNRHuYdrSea6WsW4MTkWwWGFVAjv2Xf rPMsMZpY9Ua8YFejIUjmF+Dye/ILv6V99D7xW+5H8BvcCOqBXGLrbwA/JqMY9CeTW2pzzR9X7v8n eudRAir7nlmc0zriryPTX88aaLpgq4Iva+1dg1Ndxeko7rAqCwWVxNkCj+3TpSzTZE3OlWe6gmpP Af+RyPrxkwKr5uC8mVMnWxTvb1BNyJme9ZbTXoocPiE/NowroNxSsWMmL2xvE2rfU9F+1YSXOn8p INW7W+O5md3V+PZXGmY66qXxNg47RQZ5tBf9zpwBgxJmdoE5C1FdGVUjyIyodw8RM4LX7QJ3Vm8/ k2cBYM29xNU1vWgZg4/4Y7DU+ePF4uaSQuS84xMO4R8gF+XxgnGAGGg2cf2FilntHZR9XoVCuDH6 cEtW3+bYVIo7tEZetHJpLusapFV5h/3yPF/jbSXYF3qXcHek+N/R+7uF8B/oLbaS3lwPAMZkfoZv zBkwJvn7+KXsK3T/n8uTLEYqk6Zg84vKrA46zQogdDz/b6j/t0p37l6LZSQ2uvJs+6l3tLrs8LNW kq01pFIn9IBLoAiipPVmZApdp1OCmhToQXeE3scpIfAXeiOMWI61FU4X5frlIfGlteHTp9rHN0M4 rJspwnyMZAvWlJ1Ur03JucHhZL/H0beG0qb5deN4Rs9qqSqHLL5dGgy/oCM6J8AKqVuDyzntL0xM p1N+zvZGNdnCxzxct0pnnlLayhJYi5lvQWPD0IbriTDGWIjhcpwwou+2sPvpqW76ajbu1LEm/fV7 ChrYdUdhJpGddkQkB2TWhnu6ukBWC0vCHz6VzHxj8KuXUxVKd3g+Lr7FljCSE5IWUPqzVedbUsOV NREempPULE09/sNrPZoNFQIVyVOwe9q1baZVr+bHj9YMFNJC9em4pgMqEmphMIOdSQeczUwl66qq rlp7M/JMlqNJyOhcKdBrxERiz1pGrjKy3XR0/WjtrEWLdmcPJtpKTctCda/zGGHy0osLOcxfgutj 1EP5xTlhyIYs8i11+39U+hmepIS5VwdREJcarphPSQS/T8QEXPvQZ8tIUmn2qs+RT5DYDzVEVexK oQ8iX9VcZe6rDrfn6zTWwZemXS0KL6nKP39o7ZNzCYhDyroYmmBQvkvSuob8yeNMZBdbwab5Isfy 5RzEM/gk7CjDlzEUNFac0YrWXIY3ubj2WMtSehZ0c7fqOEj7NyMK3qPJvNwQ5i2GQiAgN9x+XL78 /bbJtyZyfsydj+naP/UrxIMWWdmh5r7ANwuGhoMrR6U+JoNfJvKiuVDqq+DlwZ8Fwj50aD0mxC7d O7WL7AjuXzFFBE0A7fO1ojUAa8AX2AcQgeBPTW4vIBRQAuwBEhDCtby5fnfulQ9AoqhFq/7LYA0l hQR7E91DfEi6f/qp8JIhgNZmwbmAmpxhkxh68sA45UpQF1WppNKP6QudyM8ryXOTGM4WwWiijS7W Fp14evhsg5fclt0U45uHCmwqx9nr6tRM39nShphtLbetHYYrBxRwNbgZWWyuaP812GJCvcyV58pB aMiZoZfWW0cZXcqasVB+8wMe9ZtSONlOzl0msqLEx86NCvKdT6j9mzIwqNxHOz0yXoN73M8IOQS3 T6jO29Be92l3zGKMUAwDW33xkuvdALE4wgjuCfB7BLlcCP8tNyGBERvvtI9f2zXhMeBcsnyu25qc JSVC8jKjvT+mHF/mETHYoHv+ibUdQ6btuL4TNUqWxud/+/JY9FFKqu2k010KGaoBkqGq374RP5oM leK6xD+p8vQPywK+fyKxQpO7wTUrJQn7drIC4S7+dYQPvepzlw2th96I2ai3wfkvisRqr7oRHej2 NDYAOpnX5kXhoBU2/YnXH7WSPnUQeFAu2K1flIGtQqcPCMRjWY6J/rubKlOKeVQCws9yyJmFWA0Y UePu1igJpnWWnIt6xl7WdI3UlQ2pCpb2T1DlKQWlLr7KL9xSBzUK6a4WM1O0LtF3KmkoitNv/JXm JzwUrAzl0Sk1HUN4wpDo9R7B/TdkkTXMSclF1Qag5vVgOE+Dwuk2vRTVIyN1NhW2dtHY928joTiL /Y13c9cls63myeLmRTNEzQ8t27tzQ3dFbXmwpS8O9aaiv486qnbweOdzh5llCaLOgJwbI2eHDayC 74kM5JfW8vwATJK2M5+MzX2R2c3482w3S8y0D7vZ5Vn1YRUOK9dn/ZvO6U4PQeB33AWvjg0KZW5k c3RyZWFtDQplbmRvYmoNCjU5NiAwIG9iag0KWyAwWyA3NTBdICAzWyAyNzhdICA3WyA1NTYgODg5 IDY2N10gIDExWyAzMzMgMzMzXSAgMTVbIDI3OCAzMzMgMjc4IDI3OCA1NTYgNTU2IDU1NiA1NTYg NTU2IDU1NiA1NTYgNTU2IDU1NiA1NTYgMjc4XSAgMzRbIDU1Nl0gIDM2WyA2NjcgNjY3IDcyMiA3 MjIgNjY3IDYxMSA3NzggNzIyIDI3OF0gIDQ2WyA2NjcgNTU2IDgzMyA3MjIgNzc4IDY2N10gIDUz WyA3MjIgNjY3IDYxMSA3MjJdICA1OFsgOTQ0IDY2N10gIDY2WyA1NTZdICA2OFsgNTU2IDU1NiA1 MDAgNTU2IDU1NiAyNzggNTU2IDU1NiAyMjIgMjIyIDUwMCAyMjIgODMzIDU1NiA1NTYgNTU2IDU1 NiAzMzMgNTAwIDI3OCA1NTYgNTAwIDcyMiA1MDAgNTAwIDUwMF0gIDE3N1sgNTU2XSBdIA0KZW5k b2JqDQo1OTcgMCBvYmoNClsgMjc4IDAgMCAwIDU1NiA4ODkgNjY3IDAgMzMzIDMzMyAwIDAgMjc4 IDMzMyAyNzggMjc4IDU1NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDU1NiAyNzgg MCAwIDAgMCA1NTYgMCA2NjcgNjY3IDcyMiA3MjIgNjY3IDYxMSA3NzggNzIyIDI3OCAwIDY2NyA1 NTYgODMzIDcyMiA3NzggNjY3IDAgNzIyIDY2NyA2MTEgNzIyIDAgOTQ0IDY2NyAwIDAgMCAwIDAg MCA1NTYgMCA1NTYgNTU2IDUwMCA1NTYgNTU2IDI3OCA1NTYgNTU2IDIyMiAyMjIgNTAwIDIyMiA4 MzMgNTU2IDU1NiA1NTYgNTU2IDMzMyA1MDAgMjc4IDU1NiA1MDAgNzIyIDUwMCA1MDAgNTAwXSAN CmVuZG9iag0KNTk4IDAgb2JqDQpbIDI3OCAwIDAgMCA1NTYgMCAwIDIzOCAzMzMgMzMzIDAgMCAy NzggMzMzIDI3OCAyNzggNTU2IDU1NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDAg MCAwIDAgMCAwIDAgNzIyIDcyMiA3MjIgNzIyIDY2NyA2MTEgNzc4IDAgMjc4IDAgMCA2MTEgODMz IDAgNzc4IDAgMCA3MjIgNjY3IDYxMSA3MjIgNjY3IDAgMCA2NjcgMCAwIDAgMCAwIDAgMCA1NTYg NjExIDU1NiA2MTEgNTU2IDMzMyA2MTEgMCAyNzggMCA1NTYgMjc4IDg4OSA2MTEgNjExIDYxMSAw IDM4OSA1NTYgMzMzIDYxMSA1NTYgMCA1NTYgNTU2XSANCmVuZG9iag0KNTk5IDAgb2JqDQo8PC9U eXBlL1hSZWYvU2l6ZSA1OTkvV1sgMSA0IDJdIC9Sb290IDEgMCBSL0luZm8gODUgMCBSL0lEWzw5 NTVGNjQ4QTVBRDAzMDRFOTRBNzY4Qjc0NDY2MDcxMz48OTU1RjY0OEE1QUQwMzA0RTk0QTc2OEI3 NDQ2NjA3MTM+XSAvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAxMjYxPj4NCnN0cmVhbQ0KeJwt 13W4FFUAxuH9Lgh2YJMmggoGIoqJiQ2KhZ2IraigoCDYmNgFdgclYovdSYkIKip2Iw3ee97dP/Z9 ZnZmnzkz88zvTKVS+1m8OLXfK1UqdVyIyYWacYU2UwttbbLJeoVzGtWRub0L8xcWFkwsLPTbwoGY XVjUHXMLi3tiWh01lU74upAueLNQ0wqW6vUo1O+MiwrLblhoZOWxzxV6LCqc3qDQ6+nCedsV+pxS 6N+vMGBoYVA53JpLy9hrrpteuGFQYcj8wvDVCyM2wmeFkWMLoxznqLsLoysYVhjTsjChYWFiEwwu TLLlpOMKk2sKU/oXpg4vTOtQmPVrYbYdZp+J7wtzjH3OzMK8o+qo13hMocl7haYdUc5EvWaNMKLQ onVh8xaFdu1wf2GLNdC30L4xbsHowpZ7w8oOV9beOrUHeXj+wt/4p1BphrpNarqWHbZ6uLpDJahB PdTHEmiAhlgSS2FpLINlsRJWxHJYHitgFTTCylgVq2F1rIHGWBNN0BSnornxVUfUAmthbayDdXES 1kMrbICWWB+bYCNsiNZoizbYGFtic2yGTdEeW6AdtsPW2AodsC22QUfsgh2xA7bHztgJnbAXdsdu 2BV7Yg90xv7YF/tgb3RFF+yHQ3EguuEAHIKDcRCOxuE4DN1xFI7EEeiB43AsjsGJOAHH4xScjJ64 Bae5X6q3/uk4A2fiLJyNc3EOeuF6nIcLcD76oDcuxoXoh74YgP64CFfgEgzCQFyOy3AprsNgXIUr cS2uwdW4ATdjCG7ETfgctzpZ1QfEbbgdd+BO3IVhGIq78SHuwcO4H/fhXjyEB/EARuAxPIpH8CSe wOMYjqfxFF7AaIzCSDyLMXgGz+M5jMWbeBkv4UWMw6t4BW/gdbyGD/AO3sZbeB/v4V18hM/wMT7B p4WMtzTeFas+yydgIiZhMr7AVHyJKf6sevm/wm/4GtMxDTPwLb7BD/ge3+En/IiZ+BW/4GfIWeVP /IHfMR//opo64avMxn+YhXmYizlYjEVYiAXG7maPB0R0JdXQSla0MUoZ5zraGKWMbkYbo5TRzahh tDFKGVGMikZFo2PRxihlVDSiGKWMbkYbo5SRz4himsO8IPoXUYxERjAjUhHFiGJEMTIYGYx8RgYj gxHMCF9UNIIZ4YtERiKjcRG+qGgEM8IXiYxERtUifFHRCGaELxIZiYxuRiIjkRHFiGJEMaIYUYwo RsciihHFiGJEMaIYUYwMRgajqZHByGAEM3IWGYwMRlMjg5HBCGaELyoawYzGRQYjgxHMmPBERSOY Ua6YREUwI5hRw2hjToMaRhujlNHGaGO0MWoYNYwaRg0jYFHDqGHUMGoYNYwaRv+ifxHT6F/0L0oZ VYv+Rf8iptG/6F+UMhoe+YxSRrkigxHFSGRuhYlE5DMyGFGMREb4IoqRyAhRpC5qGMGM1EUUI4pR yohiRDEyGBmMDEYGI4ORwYhb5DOiGFGMEEXqIooRxUhdRDGiGPmMKEYUI4ORwchgZDAyGBmMckU+ I4oRxchgZDAyGBmMDEYGI4Mxn4iKpto/NYw2RjtS17/aGlYf1DIYGYwMRgZTDZ/iRRQjilGgKF4k K5IVUYwoRgYjgxG+SGREMaIYGYwMRvgikdHb/F77yrb/wPLm1m1A4cAn6qj/zYTCjEML342qVP4H dEUJ5A0KZW5kc3RyZWFtDQplbmRvYmoNCnhyZWYNCjAgNjAwDQowMDAwMDAwMDg2IDY1NTM1IGYN CjAwMDAwMDAwMTcgMDAwMDAgbg0KMDAwMDAwMDEyNSAwMDAwMCBuDQowMDAwMDAwMjE2IDAwMDAw IG4NCjAwMDAwMDA3MDUgMDAwMDAgbg0KMDAwMDAxMTc0MCAwMDAwMCBuDQowMDAwMDExNzkzIDAw MDAwIG4NCjAwMDAwMTIwNjggMDAwMDAgbg0KMDAwMDAyOTcxNCAwMDAwMCBuDQowMDAwMTI5Mzk5 IDAwMDAwIG4NCjAwMDAxMzAwNDUgMDAwMDAgbg0KMDAwMDEzMDI2MiAwMDAwMCBuDQowMDAwMTMw MzIyIDAwMDAwIG4NCjAwMDAxMzA0MzQgMDAwMDAgbg0KMDAwMDEzMDU1MSAwMDAwMCBuDQowMDAw MTMwNjUwIDAwMDAwIG4NCjAwMDAxMzA4MDkgMDAwMDAgbg0KMDAwMDEzMDkyMSAwMDAwMCBuDQow MDAwMTMxMDM4IDAwMDAwIG4NCjAwMDAxMzExMzcgMDAwMDAgbg0KMDAwMDEzMTI5NiAwMDAwMCBu DQowMDAwMTMxNDA4IDAwMDAwIG4NCjAwMDAxMzE1MjUgMDAwMDAgbg0KMDAwMDEzMTYyNCAwMDAw MCBuDQowMDAwMTMxNzgxIDAwMDAwIG4NCjAwMDAxMzE5NDMgMDAwMDAgbg0KMDAwMDEzMjE2OCAw MDAwMCBuDQowMDAwMTMyMjIyIDAwMDAwIG4NCjAwMDAxMzQxODYgMDAwMDAgbg0KMDAwMDEzNTc1 MiAwMDAwMCBuDQowMDAwMTU2MzQ1IDAwMDAwIG4NCjAwMDAxNTc2OTQgMDAwMDAgbg0KMDAwMDE1 OTIzOCAwMDAwMCBuDQowMDAwMTYwNjg3IDAwMDAwIG4NCjAwMDAxNjEzNDEgMDAwMDAgbg0KMDAw MDE2MTg5OSAwMDAwMCBuDQowMDAwMTYzNzA4IDAwMDAwIG4NCjAwMDAxNjM5OTggMDAwMDAgbg0K MDAwMDE2NDczOCAwMDAwMCBuDQowMDAwMTY1MzM2IDAwMDAwIG4NCjAwMDAxNjc5MDMgMDAwMDAg bg0KMDAwMDE2ODMyMyAwMDAwMCBuDQowMDAwMTY4Njk5IDAwMDAwIG4NCjAwMDAxNzYxNTEgMDAw MDAgbg0KMDAwMDE3NjQyNyAwMDAwMCBuDQowMDAwMTc2NTk0IDAwMDAwIG4NCjAwMDAxNzY4MjQg MDAwMDAgbg0KMDAwMDE3NjkzNiAwMDAwMCBuDQowMDAwMTc3MDUzIDAwMDAwIG4NCjAwMDAxNzcx NTIgMDAwMDAgbg0KMDAwMDE3NzMxMSAwMDAwMCBuDQowMDAwMTc3NzAyIDAwMDAwIG4NCjAwMDAx ODU2MDcgMDAwMDAgbg0KMDAwMDE4NTg4MyAwMDAwMCBuDQowMDAwMTg1OTk1IDAwMDAwIG4NCjAw MDAxODYxMTIgMDAwMDAgbg0KMDAwMDE4NjIxMSAwMDAwMCBuDQowMDAwMTg2MzcwIDAwMDAwIG4N CjAwMDAxODcwMDcgMDAwMDAgbg0KMDAwMDE4NzU2OCAwMDAwMCBuDQowMDAwMTg3OTU5IDAwMDAw IG4NCjAwMDAxOTQwMjggMDAwMDAgbg0KMDAwMDE5NDMwNCAwMDAwMCBuDQowMDAwMTk0NDE2IDAw MDAwIG4NCjAwMDAxOTQ1MzMgMDAwMDAgbg0KMDAwMDE5NDYzMiAwMDAwMCBuDQowMDAwMTk0Nzkx IDAwMDAwIG4NCjAwMDAxOTUxNjcgMDAwMDAgbg0KMDAwMDIwMzQ0NiAwMDAwMCBuDQowMDAwMjAz NzIyIDAwMDAwIG4NCjAwMDAyMDM4MzQgMDAwMDAgbg0KMDAwMDIwMzk1MSAwMDAwMCBuDQowMDAw MjA0MDUwIDAwMDAwIG4NCjAwMDAyMDQyMDkgMDAwMDAgbg0KMDAwMDIwNDU4NSAwMDAwMCBuDQow MDAwMjA5NDM5IDAwMDAwIG4NCjAwMDAyMDk3MTUgMDAwMDAgbg0KMDAwMDIwOTgyNyAwMDAwMCBu DQowMDAwMjA5OTQ0IDAwMDAwIG4NCjAwMDAyMTAwNDMgMDAwMDAgbg0KMDAwMDIxMDIwMiAwMDAw MCBuDQowMDAwMjEwMzI2IDAwMDAwIG4NCjAwMDAyMTAzNTYgMDAwMDAgbg0KMDAwMDIxMDUwOCAw MDAwMCBuDQowMDAwMjEwNTgyIDAwMDAwIG4NCjAwMDAyMTA4MjUgMDAwMDAgbg0KMDAwMDAwMDA4 NyA2NTUzNSBmDQowMDAwMDAwMDg4IDY1NTM1IGYNCjAwMDAwMDAwODkgNjU1MzUgZg0KMDAwMDAw MDA5MCA2NTUzNSBmDQowMDAwMDAwMDkxIDY1NTM1IGYNCjAwMDAwMDAwOTIgNjU1MzUgZg0KMDAw MDAwMDA5MyA2NTUzNSBmDQowMDAwMDAwMDk0IDY1NTM1IGYNCjAwMDAwMDAwOTUgNjU1MzUgZg0K MDAwMDAwMDA5NiA2NTUzNSBmDQowMDAwMDAwMDk3IDY1NTM1IGYNCjAwMDAwMDAwOTggNjU1MzUg Zg0KMDAwMDAwMDA5OSA2NTUzNSBmDQowMDAwMDAwMTAwIDY1NTM1IGYNCjAwMDAwMDAxMDEgNjU1 MzUgZg0KMDAwMDAwMDEwMiA2NTUzNSBmDQowMDAwMDAwMTAzIDY1NTM1IGYNCjAwMDAwMDAxMDQg NjU1MzUgZg0KMDAwMDAwMDEwNSA2NTUzNSBmDQowMDAwMDAwMTA2IDY1NTM1IGYNCjAwMDAwMDAx MDcgNjU1MzUgZg0KMDAwMDAwMDEwOCA2NTUzNSBmDQowMDAwMDAwMTA5IDY1NTM1IGYNCjAwMDAw MDAxMTAgNjU1MzUgZg0KMDAwMDAwMDExMSA2NTUzNSBmDQowMDAwMDAwMTEyIDY1NTM1IGYNCjAw MDAwMDAxMTMgNjU1MzUgZg0KMDAwMDAwMDExNCA2NTUzNSBmDQowMDAwMDAwMTE1IDY1NTM1IGYN CjAwMDAwMDAxMTYgNjU1MzUgZg0KMDAwMDAwMDExNyA2NTUzNSBmDQowMDAwMDAwMTE4IDY1NTM1 IGYNCjAwMDAwMDAxMTkgNjU1MzUgZg0KMDAwMDAwMDEyMCA2NTUzNSBmDQowMDAwMDAwMTIxIDY1 NTM1IGYNCjAwMDAwMDAxMjIgNjU1MzUgZg0KMDAwMDAwMDEyMyA2NTUzNSBmDQowMDAwMDAwMTI0 IDY1NTM1IGYNCjAwMDAwMDAxMjUgNjU1MzUgZg0KMDAwMDAwMDEyNiA2NTUzNSBmDQowMDAwMDAw MTI3IDY1NTM1IGYNCjAwMDAwMDAxMjggNjU1MzUgZg0KMDAwMDAwMDEyOSA2NTUzNSBmDQowMDAw MDAwMTMwIDY1NTM1IGYNCjAwMDAwMDAxMzEgNjU1MzUgZg0KMDAwMDAwMDEzMiA2NTUzNSBmDQow MDAwMDAwMTMzIDY1NTM1IGYNCjAwMDAwMDAxMzQgNjU1MzUgZg0KMDAwMDAwMDEzNSA2NTUzNSBm DQowMDAwMDAwMTM2IDY1NTM1IGYNCjAwMDAwMDAxMzcgNjU1MzUgZg0KMDAwMDAwMDEzOCA2NTUz NSBmDQowMDAwMDAwMTM5IDY1NTM1IGYNCjAwMDAwMDAxNDAgNjU1MzUgZg0KMDAwMDAwMDE0MSA2 NTUzNSBmDQowMDAwMDAwMTQyIDY1NTM1IGYNCjAwMDAwMDAxNDMgNjU1MzUgZg0KMDAwMDAwMDE0 NCA2NTUzNSBmDQowMDAwMDAwMTQ1IDY1NTM1IGYNCjAwMDAwMDAxNDYgNjU1MzUgZg0KMDAwMDAw MDE0NyA2NTUzNSBmDQowMDAwMDAwMTQ4IDY1NTM1IGYNCjAwMDAwMDAxNDkgNjU1MzUgZg0KMDAw MDAwMDE1MCA2NTUzNSBmDQowMDAwMDAwMTUxIDY1NTM1IGYNCjAwMDAwMDAxNTIgNjU1MzUgZg0K MDAwMDAwMDE1MyA2NTUzNSBmDQowMDAwMDAwMTU0IDY1NTM1IGYNCjAwMDAwMDAxNTUgNjU1MzUg Zg0KMDAwMDAwMDE1NiA2NTUzNSBmDQowMDAwMDAwMTU3IDY1NTM1IGYNCjAwMDAwMDAxNTggNjU1 MzUgZg0KMDAwMDAwMDE1OSA2NTUzNSBmDQowMDAwMDAwMTYwIDY1NTM1IGYNCjAwMDAwMDAxNjEg NjU1MzUgZg0KMDAwMDAwMDE2MiA2NTUzNSBmDQowMDAwMDAwMTYzIDY1NTM1IGYNCjAwMDAwMDAx NjQgNjU1MzUgZg0KMDAwMDAwMDE2NSA2NTUzNSBmDQowMDAwMDAwMTY2IDY1NTM1IGYNCjAwMDAw MDAxNjcgNjU1MzUgZg0KMDAwMDAwMDE2OCA2NTUzNSBmDQowMDAwMDAwMTY5IDY1NTM1IGYNCjAw MDAwMDAxNzAgNjU1MzUgZg0KMDAwMDAwMDE3MSA2NTUzNSBmDQowMDAwMDAwMTcyIDY1NTM1IGYN CjAwMDAwMDAxNzMgNjU1MzUgZg0KMDAwMDAwMDE3NCA2NTUzNSBmDQowMDAwMDAwMTc1IDY1NTM1 IGYNCjAwMDAwMDAxNzYgNjU1MzUgZg0KMDAwMDAwMDE3NyA2NTUzNSBmDQowMDAwMDAwMTc4IDY1 NTM1IGYNCjAwMDAwMDAxNzkgNjU1MzUgZg0KMDAwMDAwMDE4MCA2NTUzNSBmDQowMDAwMDAwMTgx IDY1NTM1IGYNCjAwMDAwMDAxODIgNjU1MzUgZg0KMDAwMDAwMDE4MyA2NTUzNSBmDQowMDAwMDAw MTg0IDY1NTM1IGYNCjAwMDAwMDAxODUgNjU1MzUgZg0KMDAwMDAwMDE4NiA2NTUzNSBmDQowMDAw MDAwMTg3IDY1NTM1IGYNCjAwMDAwMDAxODggNjU1MzUgZg0KMDAwMDAwMDE4OSA2NTUzNSBmDQow MDAwMDAwMTkwIDY1NTM1IGYNCjAwMDAwMDAxOTEgNjU1MzUgZg0KMDAwMDAwMDE5MiA2NTUzNSBm DQowMDAwMDAwMTkzIDY1NTM1IGYNCjAwMDAwMDAxOTQgNjU1MzUgZg0KMDAwMDAwMDE5NSA2NTUz NSBmDQowMDAwMDAwMTk2IDY1NTM1IGYNCjAwMDAwMDAxOTcgNjU1MzUgZg0KMDAwMDAwMDE5OCA2 NTUzNSBmDQowMDAwMDAwMTk5IDY1NTM1IGYNCjAwMDAwMDAyMDAgNjU1MzUgZg0KMDAwMDAwMDIw MSA2NTUzNSBmDQowMDAwMDAwMjAyIDY1NTM1IGYNCjAwMDAwMDAyMDMgNjU1MzUgZg0KMDAwMDAw MDIwNCA2NTUzNSBmDQowMDAwMDAwMjA1IDY1NTM1IGYNCjAwMDAwMDAyMDYgNjU1MzUgZg0KMDAw MDAwMDIwNyA2NTUzNSBmDQowMDAwMDAwMjA4IDY1NTM1IGYNCjAwMDAwMDAyMDkgNjU1MzUgZg0K MDAwMDAwMDIxMCA2NTUzNSBmDQowMDAwMDAwMjExIDY1NTM1IGYNCjAwMDAwMDAyMTIgNjU1MzUg Zg0KMDAwMDAwMDIxMyA2NTUzNSBmDQowMDAwMDAwMjE0IDY1NTM1IGYNCjAwMDAwMDAyMTUgNjU1 MzUgZg0KMDAwMDAwMDIxNiA2NTUzNSBmDQowMDAwMDAwMjE3IDY1NTM1IGYNCjAwMDAwMDAyMTgg NjU1MzUgZg0KMDAwMDAwMDIxOSA2NTUzNSBmDQowMDAwMDAwMjIwIDY1NTM1IGYNCjAwMDAwMDAy MjEgNjU1MzUgZg0KMDAwMDAwMDIyMiA2NTUzNSBmDQowMDAwMDAwMjIzIDY1NTM1IGYNCjAwMDAw MDAyMjQgNjU1MzUgZg0KMDAwMDAwMDIyNSA2NTUzNSBmDQowMDAwMDAwMjI2IDY1NTM1IGYNCjAw MDAwMDAyMjcgNjU1MzUgZg0KMDAwMDAwMDIyOCA2NTUzNSBmDQowMDAwMDAwMjI5IDY1NTM1IGYN CjAwMDAwMDAyMzAgNjU1MzUgZg0KMDAwMDAwMDIzMSA2NTUzNSBmDQowMDAwMDAwMjMyIDY1NTM1 IGYNCjAwMDAwMDAyMzMgNjU1MzUgZg0KMDAwMDAwMDIzNCA2NTUzNSBmDQowMDAwMDAwMjM1IDY1 NTM1IGYNCjAwMDAwMDAyMzYgNjU1MzUgZg0KMDAwMDAwMDIzNyA2NTUzNSBmDQowMDAwMDAwMjM4 IDY1NTM1IGYNCjAwMDAwMDAyMzkgNjU1MzUgZg0KMDAwMDAwMDI0MCA2NTUzNSBmDQowMDAwMDAw MjQxIDY1NTM1IGYNCjAwMDAwMDAyNDIgNjU1MzUgZg0KMDAwMDAwMDI0MyA2NTUzNSBmDQowMDAw MDAwMjQ0IDY1NTM1IGYNCjAwMDAwMDAyNDUgNjU1MzUgZg0KMDAwMDAwMDI0NiA2NTUzNSBmDQow MDAwMDAwMjQ3IDY1NTM1IGYNCjAwMDAwMDAyNDggNjU1MzUgZg0KMDAwMDAwMDI0OSA2NTUzNSBm DQowMDAwMDAwMjUwIDY1NTM1IGYNCjAwMDAwMDAyNTEgNjU1MzUgZg0KMDAwMDAwMDI1MiA2NTUz NSBmDQowMDAwMDAwMjUzIDY1NTM1IGYNCjAwMDAwMDAyNTQgNjU1MzUgZg0KMDAwMDAwMDI1NSA2 NTUzNSBmDQowMDAwMDAwMjU2IDY1NTM1IGYNCjAwMDAwMDAyNTcgNjU1MzUgZg0KMDAwMDAwMDI1 OCA2NTUzNSBmDQowMDAwMDAwMjU5IDY1NTM1IGYNCjAwMDAwMDAyNjAgNjU1MzUgZg0KMDAwMDAw MDI2MSA2NTUzNSBmDQowMDAwMDAwMjYyIDY1NTM1IGYNCjAwMDAwMDAyNjMgNjU1MzUgZg0KMDAw MDAwMDI2NCA2NTUzNSBmDQowMDAwMDAwMjY1IDY1NTM1IGYNCjAwMDAwMDAyNjYgNjU1MzUgZg0K MDAwMDAwMDI2NyA2NTUzNSBmDQowMDAwMDAwMjY4IDY1NTM1IGYNCjAwMDAwMDAyNjkgNjU1MzUg Zg0KMDAwMDAwMDI3MCA2NTUzNSBmDQowMDAwMDAwMjcxIDY1NTM1IGYNCjAwMDAwMDAyNzIgNjU1 MzUgZg0KMDAwMDAwMDI3MyA2NTUzNSBmDQowMDAwMDAwMjc0IDY1NTM1IGYNCjAwMDAwMDAyNzUg NjU1MzUgZg0KMDAwMDAwMDI3NiA2NTUzNSBmDQowMDAwMDAwMjc3IDY1NTM1IGYNCjAwMDAwMDAy NzggNjU1MzUgZg0KMDAwMDAwMDI3OSA2NTUzNSBmDQowMDAwMDAwMjgwIDY1NTM1IGYNCjAwMDAw MDAyODEgNjU1MzUgZg0KMDAwMDAwMDI4MiA2NTUzNSBmDQowMDAwMDAwMjgzIDY1NTM1IGYNCjAw MDAwMDAyODQgNjU1MzUgZg0KMDAwMDAwMDI4NSA2NTUzNSBmDQowMDAwMDAwMjg2IDY1NTM1IGYN CjAwMDAwMDAyODcgNjU1MzUgZg0KMDAwMDAwMDI4OCA2NTUzNSBmDQowMDAwMDAwMjg5IDY1NTM1 IGYNCjAwMDAwMDAyOTAgNjU1MzUgZg0KMDAwMDAwMDI5MSA2NTUzNSBmDQowMDAwMDAwMjkyIDY1 NTM1IGYNCjAwMDAwMDAyOTMgNjU1MzUgZg0KMDAwMDAwMDI5NCA2NTUzNSBmDQowMDAwMDAwMjk1 IDY1NTM1IGYNCjAwMDAwMDAyOTYgNjU1MzUgZg0KMDAwMDAwMDI5NyA2NTUzNSBmDQowMDAwMDAw Mjk4IDY1NTM1IGYNCjAwMDAwMDAyOTkgNjU1MzUgZg0KMDAwMDAwMDMwMCA2NTUzNSBmDQowMDAw MDAwMzAxIDY1NTM1IGYNCjAwMDAwMDAzMDIgNjU1MzUgZg0KMDAwMDAwMDMwMyA2NTUzNSBmDQow MDAwMDAwMzA0IDY1NTM1IGYNCjAwMDAwMDAzMDUgNjU1MzUgZg0KMDAwMDAwMDMwNiA2NTUzNSBm DQowMDAwMDAwMzA3IDY1NTM1IGYNCjAwMDAwMDAzMDggNjU1MzUgZg0KMDAwMDAwMDMwOSA2NTUz NSBmDQowMDAwMDAwMzEwIDY1NTM1IGYNCjAwMDAwMDAzMTEgNjU1MzUgZg0KMDAwMDAwMDMxMiA2 NTUzNSBmDQowMDAwMDAwMzEzIDY1NTM1IGYNCjAwMDAwMDAzMTQgNjU1MzUgZg0KMDAwMDAwMDMx NSA2NTUzNSBmDQowMDAwMDAwMzE2IDY1NTM1IGYNCjAwMDAwMDAzMTcgNjU1MzUgZg0KMDAwMDAw MDMxOCA2NTUzNSBmDQowMDAwMDAwMzE5IDY1NTM1IGYNCjAwMDAwMDAzMjAgNjU1MzUgZg0KMDAw MDAwMDMyMSA2NTUzNSBmDQowMDAwMDAwMzIyIDY1NTM1IGYNCjAwMDAwMDAzMjMgNjU1MzUgZg0K MDAwMDAwMDMyNCA2NTUzNSBmDQowMDAwMDAwMzI1IDY1NTM1IGYNCjAwMDAwMDAzMjYgNjU1MzUg Zg0KMDAwMDAwMDMyNyA2NTUzNSBmDQowMDAwMDAwMzI4IDY1NTM1IGYNCjAwMDAwMDAzMjkgNjU1 MzUgZg0KMDAwMDAwMDMzMCA2NTUzNSBmDQowMDAwMDAwMzMxIDY1NTM1IGYNCjAwMDAwMDAzMzIg NjU1MzUgZg0KMDAwMDAwMDMzMyA2NTUzNSBmDQowMDAwMDAwMzM0IDY1NTM1IGYNCjAwMDAwMDAz MzUgNjU1MzUgZg0KMDAwMDAwMDMzNiA2NTUzNSBmDQowMDAwMDAwMzM3IDY1NTM1IGYNCjAwMDAw MDAzMzggNjU1MzUgZg0KMDAwMDAwMDMzOSA2NTUzNSBmDQowMDAwMDAwMzQwIDY1NTM1IGYNCjAw MDAwMDAzNDEgNjU1MzUgZg0KMDAwMDAwMDM0MiA2NTUzNSBmDQowMDAwMDAwMzQzIDY1NTM1IGYN CjAwMDAwMDAzNDQgNjU1MzUgZg0KMDAwMDAwMDM0NSA2NTUzNSBmDQowMDAwMDAwMzQ2IDY1NTM1 IGYNCjAwMDAwMDAzNDcgNjU1MzUgZg0KMDAwMDAwMDM0OCA2NTUzNSBmDQowMDAwMDAwMzQ5IDY1 NTM1IGYNCjAwMDAwMDAzNTAgNjU1MzUgZg0KMDAwMDAwMDM1MSA2NTUzNSBmDQowMDAwMDAwMzUy IDY1NTM1IGYNCjAwMDAwMDAzNTMgNjU1MzUgZg0KMDAwMDAwMDM1NCA2NTUzNSBmDQowMDAwMDAw MzU1IDY1NTM1IGYNCjAwMDAwMDAzNTYgNjU1MzUgZg0KMDAwMDAwMDM1NyA2NTUzNSBmDQowMDAw MDAwMzU4IDY1NTM1IGYNCjAwMDAwMDAzNTkgNjU1MzUgZg0KMDAwMDAwMDM2MCA2NTUzNSBmDQow MDAwMDAwMzYxIDY1NTM1IGYNCjAwMDAwMDAzNjIgNjU1MzUgZg0KMDAwMDAwMDM2MyA2NTUzNSBm DQowMDAwMDAwMzY0IDY1NTM1IGYNCjAwMDAwMDAzNjUgNjU1MzUgZg0KMDAwMDAwMDM2NiA2NTUz NSBmDQowMDAwMDAwMzY3IDY1NTM1IGYNCjAwMDAwMDAzNjggNjU1MzUgZg0KMDAwMDAwMDM2OSA2 NTUzNSBmDQowMDAwMDAwMzcwIDY1NTM1IGYNCjAwMDAwMDAzNzEgNjU1MzUgZg0KMDAwMDAwMDM3 MiA2NTUzNSBmDQowMDAwMDAwMzczIDY1NTM1IGYNCjAwMDAwMDAzNzQgNjU1MzUgZg0KMDAwMDAw MDM3NSA2NTUzNSBmDQowMDAwMDAwMzc2IDY1NTM1IGYNCjAwMDAwMDAzNzcgNjU1MzUgZg0KMDAw MDAwMDM3OCA2NTUzNSBmDQowMDAwMDAwMzc5IDY1NTM1IGYNCjAwMDAwMDAzODAgNjU1MzUgZg0K MDAwMDAwMDM4MSA2NTUzNSBmDQowMDAwMDAwMzgyIDY1NTM1IGYNCjAwMDAwMDAzODMgNjU1MzUg Zg0KMDAwMDAwMDM4NCA2NTUzNSBmDQowMDAwMDAwMzg1IDY1NTM1IGYNCjAwMDAwMDAzODYgNjU1 MzUgZg0KMDAwMDAwMDM4NyA2NTUzNSBmDQowMDAwMDAwMzg4IDY1NTM1IGYNCjAwMDAwMDAzODkg NjU1MzUgZg0KMDAwMDAwMDM5MCA2NTUzNSBmDQowMDAwMDAwMzkxIDY1NTM1IGYNCjAwMDAwMDAz OTIgNjU1MzUgZg0KMDAwMDAwMDM5MyA2NTUzNSBmDQowMDAwMDAwMzk0IDY1NTM1IGYNCjAwMDAw MDAzOTUgNjU1MzUgZg0KMDAwMDAwMDM5NiA2NTUzNSBmDQowMDAwMDAwMzk3IDY1NTM1IGYNCjAw MDAwMDAzOTggNjU1MzUgZg0KMDAwMDAwMDM5OSA2NTUzNSBmDQowMDAwMDAwNDAwIDY1NTM1IGYN CjAwMDAwMDA0MDEgNjU1MzUgZg0KMDAwMDAwMDQwMiA2NTUzNSBmDQowMDAwMDAwNDAzIDY1NTM1 IGYNCjAwMDAwMDA0MDQgNjU1MzUgZg0KMDAwMDAwMDQwNSA2NTUzNSBmDQowMDAwMDAwNDA2IDY1 NTM1IGYNCjAwMDAwMDA0MDcgNjU1MzUgZg0KMDAwMDAwMDQwOCA2NTUzNSBmDQowMDAwMDAwNDA5 IDY1NTM1IGYNCjAwMDAwMDA0MTAgNjU1MzUgZg0KMDAwMDAwMDQxMSA2NTUzNSBmDQowMDAwMDAw NDEyIDY1NTM1IGYNCjAwMDAwMDA0MTMgNjU1MzUgZg0KMDAwMDAwMDQxNCA2NTUzNSBmDQowMDAw MDAwNDE1IDY1NTM1IGYNCjAwMDAwMDA0MTYgNjU1MzUgZg0KMDAwMDAwMDQxNyA2NTUzNSBmDQow MDAwMDAwNDE4IDY1NTM1IGYNCjAwMDAwMDA0MTkgNjU1MzUgZg0KMDAwMDAwMDQyMCA2NTUzNSBm DQowMDAwMDAwNDIxIDY1NTM1IGYNCjAwMDAwMDA0MjIgNjU1MzUgZg0KMDAwMDAwMDQyMyA2NTUz NSBmDQowMDAwMDAwNDI0IDY1NTM1IGYNCjAwMDAwMDA0MjUgNjU1MzUgZg0KMDAwMDAwMDQyNiA2 NTUzNSBmDQowMDAwMDAwNDI3IDY1NTM1IGYNCjAwMDAwMDA0MjggNjU1MzUgZg0KMDAwMDAwMDQy OSA2NTUzNSBmDQowMDAwMDAwNDMwIDY1NTM1IGYNCjAwMDAwMDA0MzEgNjU1MzUgZg0KMDAwMDAw MDQzMiA2NTUzNSBmDQowMDAwMDAwNDMzIDY1NTM1IGYNCjAwMDAwMDA0MzQgNjU1MzUgZg0KMDAw MDAwMDQzNSA2NTUzNSBmDQowMDAwMDAwNDM2IDY1NTM1IGYNCjAwMDAwMDA0MzcgNjU1MzUgZg0K MDAwMDAwMDQzOCA2NTUzNSBmDQowMDAwMDAwNDM5IDY1NTM1IGYNCjAwMDAwMDA0NDAgNjU1MzUg Zg0KMDAwMDAwMDQ0MSA2NTUzNSBmDQowMDAwMDAwNDQyIDY1NTM1IGYNCjAwMDAwMDA0NDMgNjU1 MzUgZg0KMDAwMDAwMDQ0NCA2NTUzNSBmDQowMDAwMDAwNDQ1IDY1NTM1IGYNCjAwMDAwMDA0NDYg NjU1MzUgZg0KMDAwMDAwMDQ0NyA2NTUzNSBmDQowMDAwMDAwNDQ4IDY1NTM1IGYNCjAwMDAwMDA0 NDkgNjU1MzUgZg0KMDAwMDAwMDQ1MCA2NTUzNSBmDQowMDAwMDAwNDUxIDY1NTM1IGYNCjAwMDAw MDA0NTIgNjU1MzUgZg0KMDAwMDAwMDQ1MyA2NTUzNSBmDQowMDAwMDAwNDU0IDY1NTM1IGYNCjAw MDAwMDA0NTUgNjU1MzUgZg0KMDAwMDAwMDQ1NiA2NTUzNSBmDQowMDAwMDAwNDU3IDY1NTM1IGYN CjAwMDAwMDA0NTggNjU1MzUgZg0KMDAwMDAwMDQ1OSA2NTUzNSBmDQowMDAwMDAwNDYwIDY1NTM1 IGYNCjAwMDAwMDA0NjEgNjU1MzUgZg0KMDAwMDAwMDQ2MiA2NTUzNSBmDQowMDAwMDAwNDYzIDY1 NTM1IGYNCjAwMDAwMDA0NjQgNjU1MzUgZg0KMDAwMDAwMDQ2NSA2NTUzNSBmDQowMDAwMDAwNDY2 IDY1NTM1IGYNCjAwMDAwMDA0NjcgNjU1MzUgZg0KMDAwMDAwMDQ2OCA2NTUzNSBmDQowMDAwMDAw NDY5IDY1NTM1IGYNCjAwMDAwMDA0NzAgNjU1MzUgZg0KMDAwMDAwMDQ3MSA2NTUzNSBmDQowMDAw MDAwNDcyIDY1NTM1IGYNCjAwMDAwMDA0NzMgNjU1MzUgZg0KMDAwMDAwMDQ3NCA2NTUzNSBmDQow MDAwMDAwNDc1IDY1NTM1IGYNCjAwMDAwMDA0NzYgNjU1MzUgZg0KMDAwMDAwMDQ3NyA2NTUzNSBm DQowMDAwMDAwNDc4IDY1NTM1IGYNCjAwMDAwMDA0NzkgNjU1MzUgZg0KMDAwMDAwMDQ4MCA2NTUz NSBmDQowMDAwMDAwNDgxIDY1NTM1IGYNCjAwMDAwMDA0ODIgNjU1MzUgZg0KMDAwMDAwMDQ4MyA2 NTUzNSBmDQowMDAwMDAwNDg0IDY1NTM1IGYNCjAwMDAwMDA0ODUgNjU1MzUgZg0KMDAwMDAwMDQ4 NiA2NTUzNSBmDQowMDAwMDAwNDg3IDY1NTM1IGYNCjAwMDAwMDA0ODggNjU1MzUgZg0KMDAwMDAw MDQ4OSA2NTUzNSBmDQowMDAwMDAwNDkwIDY1NTM1IGYNCjAwMDAwMDA0OTEgNjU1MzUgZg0KMDAw MDAwMDQ5MiA2NTUzNSBmDQowMDAwMDAwNDkzIDY1NTM1IGYNCjAwMDAwMDA0OTQgNjU1MzUgZg0K MDAwMDAwMDQ5NSA2NTUzNSBmDQowMDAwMDAwNDk2IDY1NTM1IGYNCjAwMDAwMDA0OTcgNjU1MzUg Zg0KMDAwMDAwMDQ5OCA2NTUzNSBmDQowMDAwMDAwNDk5IDY1NTM1IGYNCjAwMDAwMDA1MDAgNjU1 MzUgZg0KMDAwMDAwMDUwMSA2NTUzNSBmDQowMDAwMDAwNTAyIDY1NTM1IGYNCjAwMDAwMDA1MDMg NjU1MzUgZg0KMDAwMDAwMDUwNCA2NTUzNSBmDQowMDAwMDAwNTA1IDY1NTM1IGYNCjAwMDAwMDA1 MDYgNjU1MzUgZg0KMDAwMDAwMDUwNyA2NTUzNSBmDQowMDAwMDAwNTA4IDY1NTM1IGYNCjAwMDAw MDA1MDkgNjU1MzUgZg0KMDAwMDAwMDUxMCA2NTUzNSBmDQowMDAwMDAwNTExIDY1NTM1IGYNCjAw MDAwMDA1MTIgNjU1MzUgZg0KMDAwMDAwMDUxMyA2NTUzNSBmDQowMDAwMDAwNTE0IDY1NTM1IGYN CjAwMDAwMDA1MTUgNjU1MzUgZg0KMDAwMDAwMDUxNiA2NTUzNSBmDQowMDAwMDAwNTE3IDY1NTM1 IGYNCjAwMDAwMDA1MTggNjU1MzUgZg0KMDAwMDAwMDUxOSA2NTUzNSBmDQowMDAwMDAwNTIwIDY1 NTM1IGYNCjAwMDAwMDA1MjEgNjU1MzUgZg0KMDAwMDAwMDUyMiA2NTUzNSBmDQowMDAwMDAwNTIz IDY1NTM1IGYNCjAwMDAwMDA1MjQgNjU1MzUgZg0KMDAwMDAwMDUyNSA2NTUzNSBmDQowMDAwMDAw NTI2IDY1NTM1IGYNCjAwMDAwMDA1MjcgNjU1MzUgZg0KMDAwMDAwMDUyOCA2NTUzNSBmDQowMDAw MDAwNTI5IDY1NTM1IGYNCjAwMDAwMDA1MzAgNjU1MzUgZg0KMDAwMDAwMDUzMSA2NTUzNSBmDQow MDAwMDAwNTMyIDY1NTM1IGYNCjAwMDAwMDA1MzMgNjU1MzUgZg0KMDAwMDAwMDUzNCA2NTUzNSBm DQowMDAwMDAwNTM1IDY1NTM1IGYNCjAwMDAwMDA1MzYgNjU1MzUgZg0KMDAwMDAwMDUzNyA2NTUz NSBmDQowMDAwMDAwNTM4IDY1NTM1IGYNCjAwMDAwMDA1MzkgNjU1MzUgZg0KMDAwMDAwMDU0MCA2 NTUzNSBmDQowMDAwMDAwNTQxIDY1NTM1IGYNCjAwMDAwMDA1NDIgNjU1MzUgZg0KMDAwMDAwMDU0 MyA2NTUzNSBmDQowMDAwMDAwNTQ0IDY1NTM1IGYNCjAwMDAwMDA1NDUgNjU1MzUgZg0KMDAwMDAw MDU0NiA2NTUzNSBmDQowMDAwMDAwNTQ3IDY1NTM1IGYNCjAwMDAwMDA1NDggNjU1MzUgZg0KMDAw MDAwMDU0OSA2NTUzNSBmDQowMDAwMDAwNTUwIDY1NTM1IGYNCjAwMDAwMDA1NTEgNjU1MzUgZg0K MDAwMDAwMDU1MiA2NTUzNSBmDQowMDAwMDAwNTUzIDY1NTM1IGYNCjAwMDAwMDA1NTQgNjU1MzUg Zg0KMDAwMDAwMDU1NSA2NTUzNSBmDQowMDAwMDAwNTU2IDY1NTM1IGYNCjAwMDAwMDA1NTcgNjU1 MzUgZg0KMDAwMDAwMDU1OCA2NTUzNSBmDQowMDAwMDAwNTU5IDY1NTM1IGYNCjAwMDAwMDA1NjAg NjU1MzUgZg0KMDAwMDAwMDU2MSA2NTUzNSBmDQowMDAwMDAwNTYyIDY1NTM1IGYNCjAwMDAwMDA1 NjMgNjU1MzUgZg0KMDAwMDAwMDU2NCA2NTUzNSBmDQowMDAwMDAwNTY1IDY1NTM1IGYNCjAwMDAw MDA1NjYgNjU1MzUgZg0KMDAwMDAwMDU2NyA2NTUzNSBmDQowMDAwMDAwNTY4IDY1NTM1IGYNCjAw MDAwMDA1NjkgNjU1MzUgZg0KMDAwMDAwMDU3MCA2NTUzNSBmDQowMDAwMDAwNTcxIDY1NTM1IGYN CjAwMDAwMDA1NzIgNjU1MzUgZg0KMDAwMDAwMDU3MyA2NTUzNSBmDQowMDAwMDAwNTc0IDY1NTM1 IGYNCjAwMDAwMDA1NzUgNjU1MzUgZg0KMDAwMDAwMDU3NiA2NTUzNSBmDQowMDAwMDAwNTc3IDY1 NTM1IGYNCjAwMDAwMDA1NzggNjU1MzUgZg0KMDAwMDAwMDU3OSA2NTUzNSBmDQowMDAwMDAwNTgw IDY1NTM1IGYNCjAwMDAwMDA1ODEgNjU1MzUgZg0KMDAwMDAwMDU4MiA2NTUzNSBmDQowMDAwMDAw NTgzIDY1NTM1IGYNCjAwMDAwMDA1ODQgNjU1MzUgZg0KMDAwMDAwMDU4NSA2NTUzNSBmDQowMDAw MDAwNTg2IDY1NTM1IGYNCjAwMDAwMDA1ODcgNjU1MzUgZg0KMDAwMDAwMDU4OCA2NTUzNSBmDQow MDAwMDAwNTg5IDY1NTM1IGYNCjAwMDAwMDA1OTAgNjU1MzUgZg0KMDAwMDAwMDU5MSA2NTUzNSBm DQowMDAwMDAwNTkyIDY1NTM1IGYNCjAwMDAwMDA1OTMgNjU1MzUgZg0KMDAwMDAwMDAwMCA2NTUz NSBmDQowMDAwMjE4MjQwIDAwMDAwIG4NCjAwMDAyMTg1NDAgMDAwMDAgbg0KMDAwMDMxOTk1NyAw MDAwMCBuDQowMDAwMzIwMzQ1IDAwMDAwIG4NCjAwMDAzMjA2OTEgMDAwMDAgbg0KMDAwMDMyMTAw OSAwMDAwMCBuDQp0cmFpbGVyDQo8PC9TaXplIDYwMC9Sb290IDEgMCBSL0luZm8gODUgMCBSL0lE Wzw5NTVGNjQ4QTVBRDAzMDRFOTRBNzY4Qjc0NDY2MDcxMz48OTU1RjY0OEE1QUQwMzA0RTk0QTc2 OEI3NDQ2NjA3MTM+XSA+Pg0Kc3RhcnR4cmVmDQozMjI0NzQNCiUlRU9GDQp4cmVmDQowIDANCnRy YWlsZXINCjw8L1NpemUgNjAwL1Jvb3QgMSAwIFIvSW5mbyA4NSAwIFIvSURbPDk1NUY2NDhBNUFE MDMwNEU5NEE3NjhCNzQ0NjYwNzEzPjw5NTVGNjQ4QTVBRDAzMDRFOTRBNzY4Qjc0NDY2MDcxMz5d IC9QcmV2IDMyMjQ3NC9YUmVmU3RtIDMyMTAwOT4+DQpzdGFydHhyZWYNCjMzNDYzNA0KJSVFT0Y= --_009_D28CCF5523E17larskurthcitrixcom_ Content-Type: application/pdf; name="Xen Project Community Plan for 2016 (Proposal).pdf" Content-Description: Xen Project Community Plan for 2016 (Proposal).pdf Content-Disposition: attachment; filename="Xen Project Community Plan for 2016 (Proposal).pdf"; size=436288; creation-date="Tue, 08 Dec 2015 18:18:06 GMT"; modification-date="Tue, 08 Dec 2015 18:18:06 GMT" Content-ID: Content-Transfer-Encoding: base64 JVBERi0xLjUNCiW1tbW1DQoxIDAgb2JqDQo8PC9UeXBlL0NhdGFsb2cvUGFnZXMgMiAwIFIvTGFu Zyhlbi1VUykgL1N0cnVjdFRyZWVSb290IDE2NiAwIFIvTWFya0luZm88PC9NYXJrZWQgdHJ1ZT4+ Pj4NCmVuZG9iag0KMiAwIG9iag0KPDwvVHlwZS9QYWdlcy9Db3VudCA3L0tpZHNbIDMgMCBSIDE3 IDAgUiA4NCAwIFIgOTYgMCBSIDE1NiAwIFIgMTU5IDAgUiAxNjIgMCBSXSA+Pg0KZW5kb2JqDQoz IDAgb2JqDQo8PC9UeXBlL1BhZ2UvUGFyZW50IDIgMCBSL1Jlc291cmNlczw8L0V4dEdTdGF0ZTw8 L0dTNSA1IDAgUi9HUzExIDExIDAgUi9HUzE0IDE0IDAgUj4+L1hPYmplY3Q8PC9JbWFnZTcgNyAw IFIvSW1hZ2U4IDggMCBSL0ltYWdlOSA5IDAgUj4+L1BhdHRlcm48PC9QNiA2IDAgUj4+L0ZvbnQ8 PC9GMSAxMiAwIFIvRjIgMTUgMCBSPj4vUHJvY1NldFsvUERGL1RleHQvSW1hZ2VCL0ltYWdlQy9J bWFnZUldID4+L01lZGlhQm94WyAwIDAgNzIwIDQwNV0gL0NvbnRlbnRzIDQgMCBSL0dyb3VwPDwv VHlwZS9Hcm91cC9TL1RyYW5zcGFyZW5jeS9DUy9EZXZpY2VSR0I+Pi9UYWJzL1MvU3RydWN0UGFy ZW50cyAwPj4NCmVuZG9iag0KNCAwIG9iag0KPDwvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA0 OTY+Pg0Kc3RyZWFtDQp4nK2Tb2ucQBDG3wt+h3m5hrjuH3d1IQRyXhrS9MBSoYHSF3LRi6UqXU3h vn3Hs+Xuejb2SoVdhpld5vfMPkKQwtVVsErul8Cur2GxTOCb6zBglOFnuFISIsEgZAps4TofL6Bx neDug4JNh0Ga931hG1h3EKQaunWzvy2Z4vHR7fLCdd67DtyuEghubF+V+bqHxeqwKY8l5xM9I25o HAOewkI4hj6jUhmjYF0jy32db4oYli3M9WCaM6kmmnBG9a8eCo6F7HuYv+rxyvBQ4DA9pJcRntYC N84E2M3v0xuBpuYHB0/HD55ud5mzSBjkP+2+yJDgDQepKRMhZCWK3gnGmUc0xJSIDWUasnqobEbe cMfL4c51PhHBuAYvJI9FA54kqW2/FCgfM0lb1y9NhVG/hfRrjvXPkL11ndtsGlycCy4QfBJa4QTV HvonatlauHn6XnWt3cKize3TDJA8H0hE1MSTk+QGLRudQC1tXvYzHOH5HOiWIwZDxcDABTXihOFd 7iliO3h4sf3zDIv6B5aQsnAKJ9aU6xOaBB3T1rgNCw3Ue74gW49LMrhqhStv8L+zl57GjBDk0fMj MtgP49F/ni/J3FD1fxSiDZXTQp7zytY75MtBxqu8vhzr6FGPh6Tqhgx6dZSO8Z88+wMXRDXSDQpl bmRzdHJlYW0NCmVuZG9iag0KNSAwIG9iag0KPDwvVHlwZS9FeHRHU3RhdGUvQk0vTm9ybWFsL2Nh IDE+Pg0KZW5kb2JqDQo2IDAgb2JqDQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWlu dFR5cGUgMS9UaWxpbmdUeXBlIDIvQkJveFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUg MCAwIDAuOTYwMjUgMCA0MDVdIC9YU3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmpl Y3Q8PC9JbWFnZTcgNyAwIFI+Pj4+L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3Ry ZWFtDQp4nCtUMDSy0DMAAwUQROMm5+p75iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRv YmoNCjcgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDEyOC9IZWln aHQgMTI4L0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0 ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDE3NDY0Pj4NCnN0cmVhbQ0KeJxkfQly 68iu7AZ+dLctimSNlGTf+/a/ww9kAsk6fSMUPrKOzAGFAhKJgb2d12yjnb2eoxX+PI/teD5qPeao 9dx7O+0T+7wcT/vVXvYr3xz7o5b9uX3ZJ/a/rR61HJf9VfE39qv9rf1qp/DPZ/287N3xvsaxx/ft D+2n/bpv33xv37Rf7Zj2BbsM/7lvvAA7l12hf/n5bWffty/7vr10avvC7NW+OdrRq315t7s4cLWj 2/XbQY55nZ9Xf112a+es1T/p/re3BHq1n3ZA+9Wu3A6IW+j24ed1uWSKX/Zz82sYdohmv++nnb3W 3UR3PO1O36/hRxgQWrH/fNqLUuIbipHSeF3dTmGns1/tdBSI/TpxJfayM9r1293xfu1Xfs2OwDXi F+JqZ8N3/MNyPikQO74J/3W138/lp5vtupq94fEpQLts/3z4Se2YPAWvbeLy7BN+qGuzz/WJiZpy tkVv1YRgt7ObzAs+50Wedthpt7Cb/K9R7J7sqij5gYNzIRr/xHWm8cpN/iaon/dFdbI379e0e3m/ 7Ebq+z3e79rHaS/Xulrt7vybfpZKzaEcKD2esUHD/Zu4cahN4dfsC/aJndFeuLZib3gofgcyrBBa 46rZJ3adcZFYiPjaqL+/L/0tT8R11NF4SX6K6Rfsn6zynyFkytyFvNwIP+EuOKBR9vINYqv/NGUz dbUv2JfPftp/2J8cJpYxj+P8Pp6mis/QH5fSgY0JzTlim9thQ4Vm+/152UV+3pe9uYbpj2m5yb/8 /I6fX99KvsRPU90GHfATuYpSVVL+NAv+YXP94f3aG/uVAuF3ID1fmjyUiTTuWsvEzyUTyLxI1H5H ZqOeD7c/585r8L15de4IHNN/VpzRlQ0LxyOb5H1PUZGwavaHXAiqpa9gLzyyrpzr3mlRqwmtuPBP +9yXqNkfnVu3lWjPWrdrTmq+GQsc+aTFg/x9XW61Ga5mJnbXzFBpO6Zv5DFxL/ZhbbwvSKlg3c+X naPbd5+8PBiTnbrndgZ2Pt7vD/uVlpk2SpbBPqS1qVAzHk2iSJNbeG1cUP+1nbSWZoXMntvtbI8v mUHX3nby7PyQJojmzu99htr4J7R7i/eJNW1+hfxfl+/51M4K+cMuFZijXjbTx5/3uF7V7b/tl23D 6Z6yCbx9qj0WbsfV2hL7QpvBsQ+pDPYF26Ym/D5CLe089qE5MmxGu4wyRz8P34w7nIUdyl723sRC JxtXm4qtn3Yj9n23z81WsFPOlANvn0vJzyV5kxW9SVh4mCbaebelsEX0yPxz7euaPsW+LNviO6st yjaq3JP9aiei0+GH8l/2SWxMW75iS2AOt5tZvsb5NkX1DVjM+Jj8TZXfc1x+d7Z57QhmSTpvv0EH YITtf0/5NXul05z83+s6px3KLWf3vWgrVc5z21z5of9mv6nGof/YmPKSPbXFL9i3eZX3CcMFGwXh uBBW+bf0d4IxPAj3oH2+WhLXovPp6AXQhQCJB+T2PBJB2dd4Cp43dhZNJeQQAgem4tmxiFgXXICc tame7xQ3j1s7HqM+bQu0c39fddqJXNUNxzwO9xEuc1zeg9sToOupPcsN60KHWTgPsxXcy/Z6hPWz XwwKPu1chy+b+xGHjn57BudwX/bTX7Z3sHPxvzt205ZQZ+c2t6/Z5zTCMnp/ugaXBr2tNoj/bGE0 uC989c/b5rhUEx2F6FJcVAAZcKIj8+k8hX3H3k+gI+yyRlRACOFv8FcJPBqNgOmvg8wa3/QLvurH kbCd7mj9uF7dbAiRBraU6QDByRlY+qReNRoEWyD4u83RLC61lLDGds5+2t+6G7f3sRkhvXBVftc7 9VZWXRv2Be+Grx00NeEQR9X/Cp7RJ9r7F5wpoRqREqHIja9GoiDDDDggF4jnNYGHekOlcZZw3DRW 9oljMIBbWjbB5rS0T/oL7hoCURhn825uw0NzHOQbtm/vYUsAoDULTcFckOeAF4YyUKk6DnV2IQrf BSfwuSkPsDqgmvTTjV4plABNrt9jv8GzS+NqIc9UdTpKmlaFV8VDiQYoWAg5aKJ5EKoc9Yo7RZ73 tk6JMKnJs4fXpq2oWH3uEWwrYFH8bwRcXGgsBM9lL7tahnLCydw1hGGxBDBN5vtMPKNBTuZk7Eez 7XB+XFXsyAHbFOMsHvBEdLkRv9Hy8AVfzMs7PMozW3NudihbFPfFrh3f1bfG4UCrhrMTeDCQc7ta evmSMqfal9gXimWo2Iyb7PUD32O/mj7brx6DwOdGHDertsYtvdxNUKST8uEr4ib63xR1zTia9iS8 OeIgnZ1biUbDfgKZeLRFq8h4p0D+bpaq6X/r3VfXFoNqb7CnByYswm8NWyAx5EErwR1X3BA1Cwts Z5zYX+a4fS8cD/tpC2HyL+5i7KSbL0c7qPYKosMRp88SmCfnQCDtF+0Y2GESHM1Gq/h5zxuulND/ cBAwI+G+6d8RFHMPjrQn9OCMJqhyetEe0hfQO7v36TcqoBHji/af2ngHEfBBAWIRUITpduRvO8WA 4hjTNMCv9vWyf8w4BHai5In/peoNOtMDCJm541nmeZzdv3BQ5p+XnWt7ve0yyuvdz7J9DFBZ1O9H PtdIn8rJi6cShjOF1vGuKQqCVWFpRmceccMOg0h50mtL/hQjfYfQEeUc8i93tMtf9QXJ3+3PSEuS W8OFjxCPsef7NYRyA3FZ6FTrewyaUy6B3YKDjse3IXwDGqbFAIS+sDysgcazPBTg0Mj7nzy/wlA8 H8/9K03EE/jKNf+5OdXTq12wORfbbqavX9NQ6DyGidHNhV+G6Wy4gOmb8cVdPEKBZYEVvAhV1gSf ZqmCiIOsuNNj556BXsL+L4QV9tROWOVuBeGMwE/BAcO/lIj63eCk/AUGuFOIeWzp7Vf76aAL8MYN zs+0Nz+mbb7d+ud12R42v2iKZt7AvvWZlwdBR/m5rs81+bJlMh3+ebsO2hsHKiMsEsxjod1LU1nM 3pSwk82phuFba7jpK67h5ko8ZNgsmnj7hdmRTBnOsj+6/0kAPPkOvC/SHBk3D8qe36I3KTGXPPZC xDtQPNqBAPCS/0KOCW6RBeX6roxNkJyL8rekLm9ztGwiwh7SQTfp4Zs6hOa72eVmWmmWc7ODvcbL rKDhU/u1PA/boAYZXo58nK20OGm6FWoA5+Ft6f4I+7H03MgGoL627YE9UvFX5v19RcwimZE3IV9u ur/hzUugfbAKBvivEVCQosjbPBRluBihrowIKBBaHoVIKxfnDNvbSb/gluFMGSDIofP7hKNcyvY/ 8hefcCMlYqHkcHra4eD9ApfSyDulhr18plNzB/Gy4NZ2sUfNl9NiZfw4+bWb/Te19+t/DXptE+PL A12TpznTm5YUSvGfR+KT+kR09kyuD2CmQ3W3oIgN/xju7y532+aPkxL22wxOj46VgIGAJPhef5Or cC5xAZaPhLwsyUj6ndiAy2r/S/vPYHniyPwTxneks+h/sd0e7lxyF7iBckPney2IL6y7R6XbV/BL CKVpr7AuG6yu7/dybtzj9BG++52jM3Ffn9fPf39/YUmmvXkbSHPA9vPzfpnx+bwNuU0wA5V2lab1 5TpWHbqUdLiIps3az6EYausWuLWnuwBH44ariqmlOWLnNK5Em7BjRGJ0RhQ79YoZk+3xT0vsF/KH TXZpQPIK3Bz7vSd3gZPJfvvjP7+GBav9HMkqJ18Nuw2gGCglIzUekBCIpt6NfAaJMOydYICrLMqd VLaDz8vvyMwvogmmJ3ZHerb9LYr3wMQ3gGGe/7j8zTTV3+sDsZvMbQk+bsbnfDlIcothx5F+EpTC bjyJ3mkEijMMftkf3+y2xexcpsDPZht2etblZcJ/GyCs3ZFh6icoAkQrHqozcrej8cqFk+Xu4XN9 OzhXiRVJwOn3bvDDlsAkYAK39/fLNvXVPogC7H/tRaTKFWE8JaZ0gdkRR7fF7IjukGnimiZSqm60 G42eX9j2/Q81Dcj8gDf7ttjT3du+Gxo5zW7UHY7blGfaStKi0tWe2J5UciQI7DhmMC0+2nuYo2I6 ms5u30AOG9qpzQyOyd/13//SjIO548sDat+e/goqzM1mEsI01/Y5sjmNUhXwJsXE/AXNDj1RXPDw hBqpA5M5xWJ/bn9C+XBx+QrwUCPz2DLykm3vS7pT8ievYtdpyyfrJJIfF3PCSuxMjF6G5y1uqhZx FHcBuEf7mumj3fR7XL+2A18NvMcbPL+rvcEk3v4Iov7MmP0mHpm4hJ33kNa0Hfvd7+X3NQ3qvz/l 8ynvV/kYBrvc6NmJPAXmpzudTU3I3aEttMaiuIUYnZ/fI91Ajpp2yX4ewD/OVDMubrE9P553C6qK FokSDoYZjpImhbuMvEpyrae8DDWEqIPrwnBvJM1iv840RG4S3ce5jiHHdCJd0lz+BXsnYzHf9b1/ 5suObRaG6VfPWL1s816iaF7+iaFTz0pgLer2+CIssfPC/rjzul7dwgHSawOpAb/gdtgSnOXbaU8z m+CZmfDlbXJlgzfoodiidiP8ATLxe0zWUSyWfY2MK90iA5ORmWg6Ox6NBzeBU3QyoQrrZEaUo6TY y7EJLwlwmijcwEI5VwjE/KzddcssD1cZAnn28zRsabbfZO/A+3iYf7DoFknP98sNTnHhe2J0hkEI lzTFSq0XCb+Z5OcVKd2gsO7MhWmF3WxwMsgdVAmflmfx3eFE+LcXqD96Q5lfUOWbWO7vr7/ofxXn yl/MJDMv0L/BGCTxju8UBt1gLIPbzBgwIuWaOVAJk8CJQbowG5EwUx6mh2cJiM7AHGJ094oEn7OV zgua+xv9jZQHkIAHTbYKvH6G8CY07E3741ISGLu9dSjo6J0ncoEPx4Ilwbbyki6twyDNQ1aXyIRX 7opUT8X43DgMpkj7i2ogULS/ZVkIsZDQEYXfkoGh2O2b9mLZg2gTGWoSCGTtxOiSghBSXWF/u1fN oSytGZm0hEODH7LQxQ4TbsVR4kGKsrmQ3Q8i/WQxaaNREll35aXy+rkWzqNiazOcYThZ4a/9UChf oc47cXE4j0QzbmssO0lLfmvRQiXpp+IpMZxmXqhgtuIOV1C0oAAWTiGqUyK7ikXHZVelqwj47VB2 avysVEtf3MOjnvZHWY4d8ov2yhxNEMVBUT6ZSST4ZyinbKnzfsCHhGf7tuXGOQgzXFFd//s09aie CzExfOZUlYi9EHaF2TGj9Mb9vq9cCK6I6U93RtpWtrp6OASyE1uQUZ5P8vl2RiCcHRmWJ/xaVekF cytij7llzEqo1IdUDEFCwo9QP1kGvW/JvDEwoVmmfTC3yzMSllxIiFyZK3Tjhrom0WiJrzYmIxiO 8c8jyYLzshKAkTKNoVCr/QQk3p3eme5zP/Zh8qsOfppvT1fR4yDJQBv4uqpqKqicrrGwihO61Ltn b9NEby52u3o3ffb+afJvpro7UrqEZB5GGfboGTIse5ymFXol6FgzkxXKidhWUJBVBJHgxjpmUBDE tWtOuhJuZ2L+a0mFM2e9AvjqRiC8cNQ5kMeeCVEyR5wJ+h4Zq3auSSLmiSyyaChgMD84kZ1/z8gI pN/pjjnxoju2b8Vlz7h4i7RgwOEEUaVj2n544H+2zjyIvyq4Bbf5z2ezL3vi8uDt1ExtG4y6wLXS dDByXHOIujWZVjH/YQx7pAvtz82uKtPKFHCEpXBJTGpzRQhFKEM5x6AL9k2IlxKGwJ2/sjiIbp1e icTIzaHNIO6I/fzK4dYryhu4oHZSBiZmmTuD4lG5v0yAh6uQLUuFzAczKc5tDnfHtlJ2Zy930w06 Bjvj11kaigZJGR1+/CcNoKdTzFZsSGVWVBRCRAGNnHNx9MsrDE6Y4HxUpTZiYzamKe9tnph/Y82b vaGasVgxKHdk/Cu4msfjb+J/2ooZZW9NbJ7nNTyzR/4fwBJZb0MdXgOATCiXxosfspRFfKYSB7Qw 8si0kMJmNeyPfbx5GWZzZHgcj/2w8OSJMk7XeVtrjx+dHjctMlQ5UBICR+964gRFhy4h2gVhekL8 +9PfHn7l8ESmWrvdgK2yV6LuQUQczy9Winrq+fldk04EdbypLMqkRw6NouO9EMkTqIysMrqgY7YQ qmEI/c80ilN/Hgki2IEofAvYH5wsbvF8XEd2FTvUQM7Ou7AVKfuTsKEtVHPUSAwGZVWVD4h/v5WF 9zB2hGnlctM6maDA6FhYWmE9YCtsmUoBCn6e57cTmyBFGRRX141idsleTrH6BQSbYccplaTxAQBl X6AZgT2fFRvnUBbMCZ+6qyaTFobXBqVqRGuqWgwePosn+asKdRo0fGTNc0BucuAAq/7y7MPmwjxQ LjVQdjLGEbVhdjRPKh1edMS/3TKhvBc7yLFB8UBVxf4NUwbY47uAduZCEFezngdBaCWQsK9RkeKS zERYTNQ9LAL34mHF5VmP+rLV9KxidVpgDmfbLD56OzQCb1yZ9qotlpW+210VtqrfUb2zP4ZPM4sN 6gDy71n66LY30Q6LBslS2t8+vv7m58opEL99ff2lYu/t8U/cS6hlVZY2Q4yTRhsXs4F9jQAKJuRA Mqib4rmS+PWj+hGvCyU3pgfgZwqEH+UozhA2j4zEVzMSJBNOTWBAzYuRdXKT6Gg/lAq7Y9/dSruJ c1PvsMedqScrvdrN3cHLLxECdG3xarTWz1KCBG7n2VL/C42PrYhzqLsd23aY3R5rBStCxef+NWZR PS39rNKXVPI3sFGSyc7qCOq0REGxIpn5YhEIE15R+oivBf9j5svs7SQluxsawU7fEVr6Lbj8T5d/ B86asEWXf8eV6uNkcEWxt1/qf38vpszsF4PidlJ7/9/fz1I+0Yh1/++/P57wfd218YRGIDO713Uj s2+XampvKNtewQUx/Pdr6D8O/Iuzpi5qFrF4tf9k2t29RjVtsT+079vVuvXrk+8vYFRQhbYugKl+ 1YBbJLUyxJhZGwDlaTI7gpFpbbao/YCSM8MSJVhYShU8cHOBC7V48Nmav2rd5uXU98+7Iy+50YuB grWtREdmwZdHiw4ivLT7AFJw7TVVsBOZQXCZvwZsUaO07UO7C9YaqbDEFoUx5o9bKIIrZSQNBAIZ +o14pQ1fZGZsMw4vgnKn8B7ABo2lOGSzK3XJLVirgl4RLcKuUi0tCLf7ZQzovRVmiivyy3Mw5A8X MKtiHDoy2n8w1cnhwP7ATEXBLWNbUQFkL2m3uUY9CgN2D0nGPqYB4/16levliScARRSINdvs5tnc HHXP/ruyeShZu6uTR0bNJOpZbw9Od1u74L3LnuUrjaaYUI2pKFGmjJEjJI+sWYRvDk6eT9pepMYy 73+cDWUniAVQfF42dAFE4MzlcJ7hDBrqtrpZHIgCwgpr4zWcRHdBo4G4q+lYiQmRGXEu2iE96+2R WFk5RlEWzMxeKlrL+hmmLGn8gWUMWvgL3KMnIOjdumeavAAYiUtTkh5iR2gzUA3iABuVeG+w9NVj mUCe2L8OaZimUdXWyAo6lscEyzfiHqmTePO4fbGvSFSUmVXpKDQdMICofC4oAonidpB+zLO4wXcq qZwNCI3sAX4WHocuxnxHsCKNxQxPtNU0ZivY6SBJqgwseEVUivLKR3Z20Bz1pbhuqG4fqI/JL987 +9MtTPUE9Fm247Td9MAqHIYukICGlwFJ2AAkUFwGnGku7EzmwWnhej7Npjn2sFjWLIMtCvVZJYtm kUiGqwb1F2FvBNRJqgA2P8h7ePzlDosAO+TPsMJpKzehvjou/GdAEe6gAzySW3jgBCTSvyD/DeUQ N5L3WJi9ZoWa6WfvmQEn+Ub1Foy3F69tA3TZvv+Z2ahFMAMz5Y0k0Rl3eeDmLi/J6pbsvZ/IDY7b HPvZEPXMmQlrZJQac4IWAYEBM3Rx0VZX/77Lc/Tf9+vX/aA7Ni98NbVpEVaPpfKWvASJaNeczFZL eZLICpooCbqkOFpUrfRsUvDmr8hLRgIRhuWB0vFHN90rhbvgFL4tTFdFGAg7sLNzpGVaMMvFn7Qw rI8Syc8/zwKnQ1HAHUFng9WVfVj0yAzcGM0lq/Ao54al93wcdG/zcrvDKSmknfcdvU5Rq9M9f9qp Zt4P6GIx4cMOm2JfFuT9x91rLvr74nmvbH3iVQVHxIJGvkDx0euZntNZwE3cbSBzqXhv0c1hoiiM 3P1z3yAH8U+HMYGeb8E8gzcTYzN7FN2RDJT9p0vK4zMaDQKBllyZJpqgeZdynTVr82h8Sva/jKxe UNQmo2QWw9PKL5RKdkfvL7ch/SJQdHa9kYxyub18JUL/QeFORBbMy3uJ4ERNDpBP6kyUwJGRcPdE JsTiMsdIkX2o2W5DCKeuJULlvtQdzaybpdFmx0dUHDUWfXndCNxxlIFJGopM/6X/GUZtar9SOR9L d1be0v7k8e3xl1mec4lGPYVknzOVj02qgiuuY6t32XNF7wlZRySgz9e7gojwLipUPHoL24HWzrDA HWnEHc0mxaFaeX45nf7K6uVG+Ucls1iOmd2jPUvxufpQrXZlA8Id8sxbo3h3YlkJnKRjJOTvisdM eYDJCRx4N6GkQ79ARXIv5JEjExHJpixgFqsQqUbQrWQsWfUnp0NjzpJOOz61gpRXZFUyG052mseE F/aclAnfkTCQNrb/gXI7D+9aZ1m9w2NsPS+D95XyZhy3wO/PYPrgNXruysklI8NTM1tKtyVGTviH quXbg0FxWXP3O4XTMk0gRK1+h0s80ojySO0m5EeGir64BOxukP5rO8Sylj0D3lgRAgkzBbwehbf/ avBhSnEHCVyztvC+DJjcRJ7ZIwNrSYU33A61PIDeK2EYYLBZGL8F97wee+wIcFhmsHdQKN7jZvbf f1hE2Rjy+2XXIwszdmrmmi+jJkvxeEkqkrfdPZZexSDDw/2R8d4kOvXaC43vSYbzC9FrDyvEHUFU oFWmtjBzx4JYsuUhtHYmQfoIM7X0sMg90R2T8yTSa9mbf6GSh1BWO9GPdnofAXUeVnQ3/1vMTOVd Vw/3vM3Zd64hnucTKSfagSdSeO41fL2YsvFFOHEtTyk/dC/KdJVWJlsSnHzafCpPzyxSVd90urYb peSNM+OgWvpyzwHYRHMp38oVDCQW5iWWLHmDPbxJiUImBjUqleGlMgoueSU8AistoTYPmnpb99HC Dq/pM0adsX0iHeOI+nqZeTyDykCpNhLxnrIzy/P7eqEShiEMO1y2V1IlHfSL92N6qrhQo8J0pHmU /a9ZCU/OXPhTCDCqsjMvzCsko6KNQ8cXmH8PTph7rWRNDm+Z5lq7j7rNFZGj5H+Fs1imW4SphNVi qcyMPrs4IBMfAjxsRWRtbRjGWQmT1AdEq7W0jJkZGTjy/vs7QaT4F7zQl+XHrRms+Ykm34piYOzi gW5ET05ZpEPa6mSRPCuR1s3bslkpsg+JpeUl4/vwTazOsoPwRnq2juoGZVp7dnS2vDsP3LO0NWp6 s9adqqsMactu+pGFkYxTWmaLSKAJG+jytCv70vkreEl14orTfVADGYHyjsIjnKxdP9Ha8H3N4/1q IOZRLcbyciQZKTEDWd6fUMz57sf2wC5uv6+3CfLyNCHD2+CpGKhSZ1q926vDI2T/hdBFQ/GS4PG6 QHoJE+rziMtKmqOW3EK2pKkmbURvY2XRUfZVNTa3sqIP8oTfZ/qvl6hhu260LFw0VIoPpdpBLLSc M2DX+fX1F4LrnSkzc2rBS+Re495HPquChT5Y+Aot8uL5PBGMDNpsQT1F2QYY/j6di6te/Yc5Cb8/ nrMmSdWWmSdM/nIv5+4r2b8W/A9PFw3aWa0HmxNle6ocFqrJyDTkL/SSMVdsNPoX5iDor0UFBx+I cI/Mj1p0ocCPmT2blBtLNxPwfDNApp0UZqM5hVV8ap+ykXlkD2/N3ZdQ8Px5V6/pNnCOugiWYaDE hZ507NvG4rrecp6AR2dMPzHWrgzZHJS+0UCEmjSUaE4MdXEKi/aQ6f4ZFZKNRoCsS6xdRFs3nuza Aln7QYqG+pZETSN77Ff//PZg8A/WIjpERA5ot2YpYGHhMcT4oA5ogEOPPr67mO32rSxfyVJkHv+f v/+fXdv3118espEyevwjM6W/nch02BJQ/8fAjvN8U/FG1+IKeUWhr3OMnkPyVHjp7PfMNH3YBAKY 9odtpBC460cvKkNagT29lUSksDd3esChsUwuCugCglpRQM3xEVd2BkngV86m6NkDGHxm5oBiD6IC kNaM4urZK9GXPK+2APes6rqznOw7Ijj4sjkjORvXnNNINAKIXWa/n2FO1jaC85nOrPnnnoHqrHvx ppLmhNGG3F/c2lwK4CWBlpF7z8u4kjChpq0MDwDSrUi0MC3tsCqNe1KIXA7aIlVx92z10vKtq6ao tuWgGK1jW7qoyConGA6O4rwHOPipiZBLDoq5soUcNHV4FuEKfplEH/k3YemedciE0Cz9jR3ECtuO 1jNPXhwtE14WCDy2qJiVT+wYCIN0bS13Z304FIqFLPqIqt0/QlG7yLU2r2RlF7kCRtA0LG0F7RpN kJMTqAZqA5/ZrB0+ffEXdEkq/LuQZ+yZ+ZWDpjrd2Vugmg0xHSO7kjN8uM3bUgWhBSK4EgaLssBx VwCm6p6vgDFR8U79n87OsamhsxaUhayeF0NliomcFQIr20zsoWi3JtssZL6jKEUUGbmUge6AnhlV GmESXMT/ArRJ+EThRPB1GGfH6IPfRFja9FctLdWVw9DG0qFDa+xo/z1Vzc51YSTCYoa7uo+SxBfk xQJpR1t6VgPm0BiyXkyiaQRBzUJHRFh5CvhltoIiUVKYVAWI8uqyBszvE9iqV4xQW2h7ec2ytzVa gKvGmvGkvE6uPt307AIkUW9AxVZGieAZ6Cswbcl+w76WdWUOlDBMZ6fYo/Q6OwoJitIHNSZwxzJI Qbeg+0obHj0RZZlJIsCMpQkCnz49RrjkVKUz52DAFD9RFaOGYhYD+6aAvT29Am3nHkQW6Yy6jhwP eCMQANHXCwlTwRtuavY3mRwMCI1MCnDsye/v+weoSalJVo6tNU5UjGjsysMy0MMAwM7ZHTNnF0Qx 1YjSbuWkNFmiZ00mj0zToXhBGNhRPTYUY2HiW5Y01EiVbnrflrESGh4iTzeS/y/LqLH4cIDe7Iem ls3on61o8C93xJqUywIOT8ID6P+uhpHwYln3QufFX2P1k3jRcLmCqvXASz0SZB7gAGnYJ2sgQIPD rcFwldErP2ThR6thwOlWgl/KaUUCkHMZuZbo9x45RdP0ec8YaZiV4SSc093fNd40m6xm5MoywJSK Mrjg1dLMarZAJqxvh0JAxXmbDEBKVuIJOQjv3Z0dV1MsPJYJk00Jl7z93jhtMgfdRFNqOHF23OSY i6aD88s1e9PIzZIhDAuf2187veQMN96+tFFOKjwphM/BVsJjI9tebsiEuaM8fmCYpnk7LmFs5OLT PKJxz/EMg6MsEXEj/3m10P92aPtzY5JKvXLUUmjp2p2UY0/Uxm6XzcYKugMqUmhajoNAmPzNXc9r ZnQjwrBh1IlOrTdqPQs0CwqChRZystzX/D4zHUpXUVaoqycPuavza2a3C/dyCyb24BtWwjT1AYV9 KGLwaFJE6wX5E7sJzWsODW2H3o1LHWw5+Gd2v245Le3uJOU9SsP7MsBhoPKZW5sMJ1dBW4xaqjwU F0KMvXqpZDqkYCRhSJjLWirWsB0901LNHEcpQFszTUaz4OFnTKDadQ3MRjFY5rqzORfdQ7F5R1K1 sgAKBhnUa2AOhQx2xaekcnSSZ8BN52fJgsPt5TyRtx4I3Nr7Hy+WwMzSRqE5BMoteSr3p3CVc354 2YRPEdbBs0dtz4yeDrVQ1ahuuhOppH2GYq6TM3KjHDrQUc4OpShY3OVFUFjrGOjK2U3vObKILgIu 2CsCUa6dCgKJY6mfdEaMgOhKFHm1HBRZ74LbKPWPXgneDu3SMuNIafrj3MYoOQSssiqG7TxsbvK8 oaOpwn2Br+0x+8KPD5DggUAWsaytZ38O2lVIxWwFcE70xPHarphR3KVgXAU6BWqjgsrwU1dMcdRu pZ23L39QKdrRYccksnao0spXTvKUDx2covAaK9uQJeh7yZLmtg4PEXrEMhGS8aRqyuNaqDuGssI6 flkAu3NIMg+FUje0Ye7gcDzDm0DUW9LQ3x2J4Ibqmo6yGYUqMs6K2hLY3IMpag4XnZnmE4sy7v6v Um98dfNsNfpSszs72LZ9kX8EDqrvGkjoS5nDTOVCtOTKKFjSC4kqI5svRVozyDWmQ2RVM65QAz0U tWWUfaenI+r0KzeAun99/20Q/bmbK4kJ3pA/x8J4hrdFUZbX1qIA4GBe0vbFRPuDYti2VGjcJyr7 rS0EHlCMaL1E6B3WIG3RzEF/V0yobi1Lzkb2PlDCLbkjCt+L0DCUSVHMFYMxAzLdfxWAKtptaDq0 Liu9wHiqJ4N9+45ykwlivBVwaQmYQr3nyB3bnbkrqIeBtE8nspq3k3jJpule9Cxkg1V9Y1SU/ecH IQ8dAQbNRRxNRcqCmafaiEpOARKbxNanutRfTTXqtiC+FP/e7ZnLDNIeU4YCrJJ/S94guD4ua1dd oiZUsA2z0yzEjP2SBTnKKsKhRARHe8LyTuoJga6GQPZlSkAawyyDqYdywZQ/Lapblc1zndv2jWYo Xwif8uGgHSmvzUcc+ywR7yfayxP0dfECb9TBenUca1Ho++iLPfaRtflz4INIBlFbimJkP9W2Jkc8 s8ySKspVE4vSsginZ+EKO2RDadspvDrSoImXuDLxOnI4sOgjZmSCdugRgIzsMQwMkAl38gPko3iF 9Mvx/AKUG0V6muP1SiSvD8SJD/svw5b2VyU7qjgzc/eBpZ40797j+eo+WM2LY30Eh+30HtOKkmI9 o0R5y7LVHUisA36HKW450v/KcTTyYjVnFpWsBQ35Dz6SgKFKBFPcEcwJ9hwlPbOgeuSkiDiOxmLg m2ag1C4UzE/WQK6rMJbKClFzAjO8hjOnNNelWydGFKa2t+y/YGafYR0P5TbcJwFuaGcr7Oj0xPp5 ApB6SbD9jN4K+xzeGSX0UXpn8k8+56JW4+IDmNHjIEkaHNpSn5ZDHpLgYvwC/nqbqduxu7EpXssw ZK6OUlECeJqT3zPbEvuo3eZLBGDLdktp+MqkEfmIUckxXPdG7ixuyVpE1v+QAQgjH1xBwDNCtZqF Jdhojz5M+P+c5VHrVsqjVDuC/ZWXMO0+ZeJ+CIi/qc8DRbm6kt4yn/IavGVhY3vDGTXCllLR68+B CfeKQFDKZSioKX8+s4Nax5Z5xk20e+RbRBesoGulEWZuVe648L/3tM+TO9euhKPDCOwpipoZjeia AUnFVhfWfHakKmj5zQis3orclLM9M+qsrnl8fmprFm6XPry8Z0x/Qgrg5bO29akBcKBCCNBAKNjN PDRnxS9JNc3Frmlmqoyq8UCTtPy4ttXsS/8DL6Umt5zm9HnHMKu7/gQzOuR/RQvLJihC1NwAmjLa cKHlsQwJWStFW/I5PR9zEMxSloyKXpOSh89iFIzGw571otcQcjC5mEWy9bVg3+Tz7a+GYSCY1l59 9Te3UV5nG66Hi56kdACYErMW955T7gUGmhKCORVwpbZuF7xkhWiu47LbPYk37V6J4oS0hFF+c09w 3f+Qf7vlLzs/8nEVI/PIq/yrkla5lILQ2iM4KeOXLOJd7pSpz17/yCAz9tFxwKp5bck1js/LwjfT H46z86raRu4R04x9JItHo97sdvWSXu/ISpJ25qz7nlNteS/BBicdrcHChCLLzNU7aXjb7dhHQS9Q zbSzGksouY/O55ovlpVuWZC8orJoRe+RHfhD/ssAOlbgxJCHu0TwUCFiy4JVnWWgRoUfbjCJBFFU V03zFs1Y2XGfg7ihxjvaiza0TnuTI6brHO0AuTG8zZbxDi41EgREPmxlrTnxSZXtMfc7vUY5nv/W /8X+UyAKFdWUxPhCBNddJzwCTtRlisjMB5esLJmMCYusBCbXbSgvwD9UeqLmoLya1XqLV41iiala oOxn9Fgmy5vlSojQOGmfZwF2jTw4oUgSSqdPUbaT+guWdpznuTwkpUZ+WbeTaZ2IOuUQ+SvjF3v9 YGTilU8HYzFqFaO1ZEbkf+EjHnlfx7EEnnQx4fgW5T9VUnVmbIIBF2fOQBMko3si50C/z4pZ+f0z IU2UsXEc4vPBigU78jO1XWy2UCgTQ2sZasnJwAzVUZPzVbJZzy/m3Eg42+X62c9t37+dnzi+/cFn Dg3+gX9/CjMTpfN6yH9GejEHy785QegVyYVXPolAcc3Mx7uERcLe4QJVzR+gZ0m7HcH1UhTR1I7U 48FbImNrWQ6eyt+Ttc6k0g2cckeE+7iWMY9/TBhI2rylzc8Kt0cM4kDYRW/O5aa5mLPZ59vzb5h6 r+dHJtHT6GDhvP/RPu8ayW5xgTeG2wb2bXU8HucRQWKPxuEYDiD7STMeyAfcgpuOhf8XR11zprom vHn+tEU173HcoFd6K0x1rvp/7veOQNouikOyWDHoZSTpJLe21K5nIvJW+6pOlpZTl7FboTlR30Lx qtyCVkspM39ogKaaY+MgMNwM8O/7146+wlL3ZMI9z4Lpx1tFc7sXmZ/n1z9/H95tUb8fX5Mg1se7 P2X5s9blcSsM5u/5MZ8xhpe9pXQNa4qq5gNu1p9laZ0Qso0nZeRkJ4QnD1VdaoOfS+W5QM4dLslx p/+V2ONNeuqaKey1K6fliDBqjhyQksgF9T+bl93GFihqMKnpHSoeRgaeM7T0cLyKURXeLuHIZ2LE KAdMeW2bT9FpPebbV1eDO/Tm5RHoqof31kCcgglHljTA+sVEBXGbSuoxJ0vsTSvHHXSzQ+1OhcT1 Q/1kx+pS0jPVjtTOxEuBdiKPn70nocBNKxKfKExu9d41KmLXQpBr0oK2bCJQqqgn0/75NH8M3/lt MVfDo0x8uDqGhPB1oIwEw0P4/LXdpx7tfLDF/QA1wbZXPtLxxPis/6Erm5yjVHfmkGoVRYgBEI6a WRWpWJsZarI3mT+KsE60p87bsi5X5ojaqLGrBcXe53H7zcgJeq/Kg6NIGAvTrMHvbDPn7bOibEX+ VAZzkT774vnYgC58Esb33/TyKP3FA9HwQAFMSwZJ5U8rKxj34SvC/IuPc0EPNScCofHrxDbZCQN4 p2Q+Sw45HJl6rtldm0NCenbLVkwOn8qdiW9nkALnexfI0cAqTOYGvAmlnMinp5i1jPVyg0RyUMPN iP/Fb/c/CxRXylrmsesRsfs9lYg+64zRJUv1acaAxKU1yylFVyKHdXqhJkb/+UMnizllC7h2prc4 1h4Dfn0a1JgWlG3Alv45QyfqQ/KEWZpy7hmJhLmQ3Wa38sQ0YwxRbzHHO0kGpQN6lgzJm48s/pEM ZahHJpHlBLUrZxY4XcuAxysfZENXNXIMu9ARbTiPHw9NW2oUR6J3/QmLvuZSTNXvGt27inVkPRsS BNCT7s/uccBTPB3vneyYN+iHbQi+BlO9HZvOfTHO4lvDUzZITAutrfCbkhQdpHTGencKSNlheiYG HlH8VjNjGw9FpWX4xdz7liTkeWxr85Qqw8txN2vcnjF6yh5cUEV2cpGUeZBXewwM5CnUrB20ZEz2 cGQlD8LSzRINqg85CG6Q3m7DOPAMMhPr9IvfQOZ490SjWJZ+2wDnBmD8+8zbFsx/CDvQFrELhIcM s354zR5mNWCLYLzEtPmeT7zS3qc6mS3tOZVLsL/lJFLJjfLRNVBvVbfckp1Q2KtAVf81M+3O7xxZ NqMbjGa6BdLIHZd82MTI6s1abhrkjk1UO9oYbyKgO51ka91BESc/YEimm6azbKy8YvGD+Kue8/Gu UesShpell5AXpmQoH+XGAsv251xludeZ3rMlS0YIvcIeahHZ4wsNzmOpPVs2vm/qHwybC33IwTvy FD1b6WuGfjqO6l5a1spK04r6rLV3zrva/8qZnzFhfpk8sG5/H7FVaZkb5/xcl1kbsz+eDkCr9Y7n 9O0sMr+8Lai/7qexRGNU0J7JuSUBtSfQDbMgapEB7LmkJ6gYn/ddtjGzoIL2fMTUncrNPjNvzmCK Hdk1R34JwzMO1YBlwT/SIzPTl5BSPKpJgGHdzjMnD9QslblvcKltox27sgaPCOp/4dx9hOoTIxHi +XPcTtP29jThMwvz8qlJh36m/JtgjLzYqvOMm3BJhzIXa0ol0fIu/CmAsepe1IG/IllzZXU0qyb4 MzX8kINb3Z+Mv+pC4wuZiavZRi1N0IjOmVVz4gmFo3r24wRRlrCHO53VTczLiy2/MXCJ2IQWw6yt z/bMUU41oIJPH/X/xRxDd83tQJi2VzzRrx73s5gVh97kUhbrEmDn0jNGS+aTD5TMHTQyOX4tBUtk 51Sz1JILvWZUrb+uJr6C+cG+UP16Bh+VhGP95vKgTMpcePK2CWmfe5Y+Ljv9JleXIuS7+08VBW8o Z9ofPjCapTW3lYDODNawvaKQjL7v4Lg/n1bqPwufb+INpI3d1pFkJL1zqko8q53P3MvsiU4DHj2Y RM7sML1t4wL5uH1Ily0VDmXVZL5553TEnu29NR8c2ZITI5V6ZZcrN4jS7vyvkrWjbSkvZx5ZWIX3 O3JQj55PV5LhUaScPmtnkpRGibWO8u9hhXLGy5XGFrbXW1ouDP+JEUA+Bcgf8TNzRFLPvrygcWbr 64MdU38qhslTFOwyDsSOx0GqD+vG5JlzXBF7z2ck1QyaUlD3vH1hmzOn2BEfImjdhHtvIXNZW/Rr xDxDyJzAzHcfUvn8eT8iIbm4ujwcLYrx9JDidGRXDrE5c2ooNwL3Y89qST7SRV2fws9X9viQGaA8 WZ9JDhCp5BZLfIb9VL8DseKZLL1SMEJ9s9/VyzWLJcJULjUSBDl6aon+nNdJO683tKIlZy9Q2vHI IZbSjTBitMAaztOzdZdVuy17vUMUObTwhWntKjLkmxnD7X22DwfWcUMhhA8KuiXjDQBG3LjreVKM Q38+l2qS5aoyvZid79nQwTLXKx+IrIh75IjRmmMoaqZ9OWr+NtGUf7/5qDX317PGfuaY2QxtMoM5 73xBi2RBPj0cuFemTNF0zTm0xE5iDKgnLBW4MiVKIZxZt0YArMWlzXmjAIYypw+lQ6SI7H9VdjWz Uy8KdPE0aiCKix8OTQBIHiADzxbPX5534p5ImEszcqRDeqsqTLJy8gEIk9tcy4HuqPOMMlqxmpQD k2JzcZ133LqM11jTVaJbCWWlqKuRjA6L4AODqtW98JZX5EaFIcJU5HUttdNxQNZVpsTK0udFVysO yj7xhfBitotHiykT5w2eRQaq54htrYx6LjVyLrBZObhtmQmzIUNHLbqNUrL3zE3zpG1pPU4/EtaJ z20JlVY/xZ3IDvqLpVxnzqSimyNqlcsIgzAjcpnZ0qVl0g6ltpw5PXtmP2PN4uea/GqN8sJQnqhz yDLXLDb2leIgZTssH1LDeXdMDSsM1Pq27DTJQseoihGszWquu96AK0WRCuGTrucyUXt1U1QwXi2/ xsGwIOv4yHjUwf6yOzIGF2vTaWvQjulhNBF6tLg2egSlDs8/52uJrBMRJ+o78yyxZDOH190PuJ83 aj3zYSsTxWYlJ2RKYWiyAuIiSdqRHSO+JelRMsM+skVRFdRQY++G+P76y6SkaPfMGpgziy74ycyq gJj5ljlcOpTX0o+vrjGW/XCiL01iS/bSn4Sb6eO2tFhKaKPf7gMjTe6q5pbJBWnXSD4wkWc0hdFW K1v90tOT033nQnB6Uo7gY4VSJoCYY+JImYFnuVb1l2W0KGAwctzNlc3v6uPWHEvFGpeGc857aKHa JcQziIi+t+pC0PELmn7fFtc8omckihVpP02GPrWY/SMo9b+yTXvdj3IoMnRtYdVKzjWijgkntyzN Wi6gqUdjZsflWB4AJxJgfYAUYRU9qR4nx+/wyzcky5hrJCf5uufA38awLw3I3KRkL6mcJhDVc7o3 F4Ia0Us+86lzypS1bHgZWUgsJ0idubJX9MrnDteFjuYZ9SS1dw4BWAn5MGI5i0aIWs5FxqQtD+Zj 4ozasm6xKMDIRyfXnNrXMQmwR5/s/fBEEebquBw5eZvbgWQ1FYZtIMSTM0OAm41JoNKTwabbtfds czP33fTcn3k/9zDGI8d95Vi/Go/zoKmR6eg5v6veBiEmcI7Mhsi3lpw6qLBrZA+X7EAGktH0R2mM fq/OlXn/oRYVRlJXPG5bwZF25ZkTKnoWjC1O4X7wtEgPKqTwYasxcpx/JQ6TwZfQplO1KZybmF2e zlyWcTfwkmNqbt5SUSMaTQqmYuzVcRNYCnn+G2ynQ9cqkJRgndKVY8Rk0iVhPnhCoGXmBNGZUYDS u0QvOm/NMTWy8+cf9b1HzgSLNvma8wdKzmVtGRr07BrORMwWT+aFd+PTJcbS4tSS4MpFDIZttHst ImEN4RBIyH2XHOeoTaq+77z+TfrWMn+3GoEW+bKSFFZMYKDPvTQWI72zrG7sU+Vqa0TN5KYohzWH QrsaXRILmSDYKTt2YSz/FUV6O5kiKUMkHTwJfj+8tWe++Bq38yKOJYnBqxXlUnPUm0pSezK3bZV/ Du6j2p/5GK/VwwoDS5MJQSlYFjt5nvHp0ypqpo3OLEqP/EVW13BXchevcD3u7mox6SKrkSVbuZKe z7a4l+aMoeUtKVmlsCUKLQEPQjuv2FZFXxNTPjhyoZabV2HCRXu/ZYZOcIjXQPxfs1GOloF7QYSA 9IHqqg0l3hX2J5xjzcYcRZGqme85NFIWUvFUyQorlrJcCacZvI9l5ptmd7AIjVUTiDdvwNmz6YAh /8B8Qr5p9TYXJR7XmGaQEyTG7U16ljh2JJdlQnuOgZXNCeIik2X36INkKYNcyuYmnto0LZ6fnuM3 e5KN6lKZ+dx26T8lz4CCpzgxE2YmhfuOipEWUwEz9U+eU6ZYBDufdqcPuQqSP9ea+F8eJ6CUJzic M6FshxoKwJO8U82YYhvBYVZx3T2HltfIHG1XgjSlO4Wx61ILPf5/VeeiG7mxA9E/uMlibWvUT9lj Own2///vtvqwqtvAYOFNZscaic1HsVjcxOWg1A6HbJhofvElPeo3G9xzHvXQxsxrkwQhX42dwkWD QtvO4rIx3Pqc6H/OpdJfn5dh+XchUa0ssDec5CZFdUqr7SFVxqWbqqFsXE1k1OaW15jXBkihtEka c9vSJy2eO14ccZyrWGrG3ubQHiKfcWfmdibEryi7NLW0UPd52XbL2TwfUc5Inl1KR/5DkSVgzSIh u3qJp9Kc1SS2nrXEOk40JIFPu/bmVGn1VE1Au0R1Zq78bZEnbTZ56Q/kKlBaWeUJIH8r57ywLeJt T+lJy2kWjx9wv+MNo1oHufr19//GDfz96y+gpyIB2IX2yOCxcwLHqzhsYu9HOWyb5K8sOp/Wu47t uICvz3em4eYOuwTlSVmrl1zHsOGG/785eAHKdS1EcDvDKl7syhw/g8sV9V+Wnavyirpg/q62MWlb WUUfj9i4ZYr9toG43mnzFRJM3Z1Baf4kyftQdCzfUpa0nStiW74ToZxWFlqtHvx4Db70DN+sUR7P N+/hflOHDrRcVJbne/vn68nUw8dV//z3PZ6ISxgsf9pzNG78BJ3T4jfQMDHmPN78dS81rh8fsZ02 R4kUGrNNTQQmQbJgMdcyDuU+vF39NWfLp7QEA2AUoshe4EVOU0vxoWYNY/5N87ZJ46U6zpHzPyTu TSpI1zIL2FzsMnWLuiSJqlqW/JZDgN5DMmVOC6fN95Bkqen78wNTj2y5x+5vU5WKpMzkOYNUX/Pi mUfE3JbGcm3KygKRI9Y3aZufknznjj00YTqjau3Siglgah4BPAPBKM1uzr1+972tnE2FTBcp13HH swZJFGtHqKYdwYZPF52YExGROoYUxLZd8g5YOKVEryZ+xPMaVxgBPUU5YB/+NbXsbP+XNsMGgFZY FrY8mCnrRBkndSuyAI7NO+Csm4kDFGbSxjmkF5DT2lnwCL2jUIDJKlrtBHDUdS6fIstqUixJnlJP h/a7qb5e8kQPpf2qYhZZVNOmby+WijrmKqJNNCMOrMPB+9xiOU79+E/ji7sh4oMMyMyBSouDkRw6 ISFbFYTIXjcA8NKYpDKWFydOkbGj5yAGAthF1g5Q8gpgNPd3VEHc/1c60uHrqnrfwzbcpwPlGwcT +5cI+avRFUDjrAycYrls4qsEpq4+kQuiKqysiSfpNCD9nNfzSfyYexL3hND6Tk2zPM43DJMmLdLt WupqANy5fdHUYWyd0BaGzf8ctEfbtv2wbnj4+Pk5By7aJF00Ge0wdez5Dspz3KlobUpgkq+rm8NH EYPehSxxq7l7pGRcP2YDChooa40laBz2ppVw069mn+WHVjbsIF4xRZavr3jxWGLpoaDoRIvV2Glj BUcKJxiqz145R36rK2sVoWvveqQlJxWj04s2oJc9Vdc3HV+N1+3QPvr3nVTFJj4bMDcz6ql37U8E HtHmiHHPke4ZP39P+/eY3h3cQU7Kqit5LkS9KsR4vIFLYugpK926Ns55Vyune/uzcgmjLlUrP/Iu WKHWEn/OpaIvOBx3mg69uWvTPZHu0JqGw7s+5590JLMaEy4QIh0a/qFnHyvsuf9s3Ny3+tnxsf/9 +0U2OH4L99/qpuPFMj4uAAjI+bZrDbx6cGO2npddRNXCFGfs7nFwqTuAbAwHsM7Pjiwu4rV/oNCw dreyyof48EaHeO1boatkEIwlVsHU7gPilJxszM9889ViYJf4va2I3DIN2IiEom02FfO2N6Yn2n3/ Oft8I/Jb8MMAOrYBqD43uIWDFe8iKmvOXY89X+RXZtll6W/465SQ+DvBNPrsbW235VjtJI2y+vN9 bUWbF9Jmn3aMVfNuFjZ3wRha+qICmgCW1Hg1/8T5mH3vJWY+5SQ3lnR9ob4tGQwhRN4u+vOyjiIP gtrhTguvO+kaN3+4EQDP76/n7dKrY1Ze/s1jR7rz1xRQUgvsfudTWfH4mTEZskEXbgHOlEW8P82J Vf5vJ89wbtkoJUVDfC6jkkQ/nOQrxY1DWgPxlsJG5KKJxpCnNrp2PeTo6y017yaxL55a05aNLgja V5Ik7JbVSgiX0iPuS+jybuVwh2/Og3rWrrUJRnHDtXzZMGkWc9tFfbUg4VW7JLXV8A06U9J01SMU U+MrnJo8vVHKh5u8QY0DlEtadeRztwo0rRdxH8oHwTsvwrFvy63klBZORYYcv/GHfMRqk7WJ1lbp NyYtviniv1XJZXhTXq/Leq+pJDBeGKdhIgI9P//58y++iMdKLhp8ACWlfe2b84LRlQEafkkanOR5 SWnnQELZ9v/28osd94A8Z6yjDWYX5pG3VSNALkbkjIfk5Nw7ZpfU11iyOZN1sMb3siY1XCnwTh80 p09oUPAKXkc5nZzQ4JhRoLStD3JJysaN9Zs7V0INrHmwQikuFCN8iOH3MO8GRTxy0eQVLUsmemPO z5Z6bytDI6U3RNO2DpdH8g0IbDN6b24qGa7BPo0y+Rqcr2a1ovyA9pEl0kisXQghLIgQMXZRkCwC o/zz2tT8WpDoDp9KwPP1100JuQnJx7PlWVNT38WRmTknTCFu4Kxef+MTuD/LYO6AWEzDcD3VPCBv q5BK6hXKcgHQdcGt8Q/V3ZiuqbpeyOLBEi8iMZiNJOdj2UtG9AlZ3ImXWGkhtvnWFgdsTNYjesSu JTfu86JPhzQc6Rx1RET2x2sMdKiR1y06kVdbE0/OQeDZjV8div01RoTGPxnH/5jjP5fmEcx/SNr9 sS5MzPmu0Qn+b5XCvHKYRP8I8fOq2Y2Am4SnRcH49rLXCE5yumC9IpC/qufoCLVjJnlro5fQwtVo 83ZOHQJuFwhgeIbgp/saxYirumzBPBfp17EPj/3OHmGxOwxcYOoUSrHRANLRBEPKlrZhV0DZh9cI zpTMAQuZ7kPtGPKWRaLTJEVU6KLrr9pBcaEIDiLIMhIOUGAHYn/ineD7kuu09SbqJhsLBB3qLnOy gKiUYiLy9dwUQork/pJ40RSPxM3h6lm25ac5z86vUxwGACh3jV0wYh4B1XoPmprILo0f7AKQHZLc OpEwq7yK53ZJTiR8u/0/iTpQxuRUGJI1v4hzdKjAiTJzLbsMAU/aTGEJ4gcerzEbwqPBCVS1480S XMMIwew9ssZzwkts4m971IY+ETM48w5EETHXX/Krm3LX5JUEG9pQpFhLTMH+Q9VnU1bHni263kXW RQChe9WFdbq21aUwkHMoGR62AbsFvpcz+bQ1IifP/3fY4ZacJCnJA5izK8clQLS5S2jajxe7z2zP PJ17IaB5rf5ANV+WTJP2CXrS0B2NJvlB7KdLsr4wTrUJyXIP7QORmzCU6hKJkrmJ4m4NEO4VMwWg l67s+LK4rGAvSAsrwMP5yREWeyCHjxk1irowVfSzrt0HJqUU8WyVtcaCP0pg2CB0bOu2l61r5TqQ L8dkH9mwd6Kaw/Nn2b/T0aKhLeUn51alJsNKZCN4+8+4P+FPDCO73D6ngMahFcOBpk58Bu3KKNlK tJ+SSDUAX6M0ztJBxWhPieoYwUgSZBaadApTjazvTStaiK1Z4kjZHUyNDyQ19H2dRaS4hf9Mf3t3 Znt28UKdTjrtKsCpr2vPGkOLMVOwa6dYfLVr9Tl5XfaeghnU6EGT3uSf6jR7pZb2OR092WrpBpVI 9MiwVSPqfM7zIxDRLt5s3OTptCccGrq1hF3nG+YlOoe36oLtKkkUjhzJ6y005fTiiJk2pXfcQuAq ApzbWjQQYIL7lY/Q1Zyyvbdg1JLDehxbMoB2lgXKtnE5LMEud3yIo6SLBbL69HOhjKu/5Z8nzAID ynwtCEL4pVDDExKFUT3fu0LJglDGpX7OBvGl/Tg77MM90bBhUoZf5KDU41Cd0sWTrwjmKOF3TMmy JSdIljug1AXsAroxRI+VJskEUTvrfG1CoFnCYioWumhjUWVviw5vJsbczdRa7Palcdakexl42kf0 LG6grIeCPfMC2LObGrj3/cg0jYF8f36Mt40/sycE1XjlIlEmb6GhvbA4E1Scw5AYJKH6AE1F8vJ+ HKf2OFOwnF7oPOdbfZ3YhmE01Yzhr85tCiDFxqK47XJEMYnpBAYHsghLMrYs7mKRZCXjt03itFmF f9fYApERDKFvEuUeN+ChAG+Ob/HP99P99Cw3i2XydGChkJ2+/P7by7bwP6TBWBFTPH3TvMInG1jg LDfR+5NYsu54YmwIrJ3Hrk4Z9jkuAOcA6FQE0fM4TnG5Nybtb6PQPkrEXD7caUna2LCnxEOcoXEN vNPeCd/ortb46/8BxFOUTw0KZW5kc3RyZWFtDQplbmRvYmoNCjggMCBvYmoNCjw8L1R5cGUvWE9i amVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE5MjAvSGVpZ2h0IDEwODAvQ29sb3JTcGFjZS9EZXZp Y2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ZpbHRlci9EQ1REZWNvZGUvSW50ZXJwb2xhdGUgdHJ1 ZS9MZW5ndGggOTk1MDQ+Pg0Kc3RyZWFtDQr/2P/gABBKRklGAAEBAQCQAJAAAP/hAFxFeGlmAABN TQAqAAAACAAEAwIAAgAAABYAAAA+URAAAQAAAAEBAAAAUREABAAAAAEAABYlURIABAAAAAEAABYl AAAAAFBob3Rvc2hvcCBJQ0MgcHJvZmlsZQD/4gxYSUNDX1BST0ZJTEUAAQEAAAxITGlubwIQAABt bnRyUkdCIFhZWiAHzgACAAkABgAxAABhY3NwTVNGVAAAAABJRUMgc1JHQgAAAAAAAAAAAAAAAQAA 9tYAAQAAAADTLUhQICAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAABFjcHJ0AAABUAAAADNkZXNjAAABhAAAAGx3dHB0AAAB8AAAABRia3B0AAACBAAAABRyWFla AAACGAAAABRnWFlaAAACLAAAABRiWFlaAAACQAAAABRkbW5kAAACVAAAAHBkbWRkAAACxAAAAIh2 dWVkAAADTAAAAIZ2aWV3AAAD1AAAACRsdW1pAAAD+AAAABRtZWFzAAAEDAAAACR0ZWNoAAAEMAAA AAxyVFJDAAAEPAAACAxnVFJDAAAEPAAACAxiVFJDAAAEPAAACAx0ZXh0AAAAAENvcHlyaWdodCAo YykgMTk5OCBIZXdsZXR0LVBhY2thcmQgQ29tcGFueQAAZGVzYwAAAAAAAAASc1JHQiBJRUM2MTk2 Ni0yLjEAAAAAAAAAAAAAABJzUkdCIElFQzYxOTY2LTIuMQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAWFlaIAAAAAAAAPNRAAEAAAABFsxYWVogAAAAAAAA AAAAAAAAAAAAAFhZWiAAAAAAAABvogAAOPUAAAOQWFlaIAAAAAAAAGKZAAC3hQAAGNpYWVogAAAA AAAAJKAAAA+EAAC2z2Rlc2MAAAAAAAAAFklFQyBodHRwOi8vd3d3LmllYy5jaAAAAAAAAAAAAAAA FklFQyBodHRwOi8vd3d3LmllYy5jaAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAABkZXNjAAAAAAAAAC5JRUMgNjE5NjYtMi4xIERlZmF1bHQgUkdCIGNvbG91ciBz cGFjZSAtIHNSR0IAAAAAAAAAAAAAAC5JRUMgNjE5NjYtMi4xIERlZmF1bHQgUkdCIGNvbG91ciBz cGFjZSAtIHNSR0IAAAAAAAAAAAAAAAAAAAAAAAAAAAAAZGVzYwAAAAAAAAAsUmVmZXJlbmNlIFZp ZXdpbmcgQ29uZGl0aW9uIGluIElFQzYxOTY2LTIuMQAAAAAAAAAAAAAALFJlZmVyZW5jZSBWaWV3 aW5nIENvbmRpdGlvbiBpbiBJRUM2MTk2Ni0yLjEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAHZp ZXcAAAAAABOk/gAUXy4AEM8UAAPtzAAEEwsAA1yeAAAAAVhZWiAAAAAAAEwJVgBQAAAAVx/nbWVh cwAAAAAAAAABAAAAAAAAAAAAAAAAAAAAAAAAAo8AAAACc2lnIAAAAABDUlQgY3VydgAAAAAAAAQA AAAABQAKAA8AFAAZAB4AIwAoAC0AMgA3ADsAQABFAEoATwBUAFkAXgBjAGgAbQByAHcAfACBAIYA iwCQAJUAmgCfAKQAqQCuALIAtwC8AMEAxgDLANAA1QDbAOAA5QDrAPAA9gD7AQEBBwENARMBGQEf ASUBKwEyATgBPgFFAUwBUgFZAWABZwFuAXUBfAGDAYsBkgGaAaEBqQGxAbkBwQHJAdEB2QHhAekB 8gH6AgMCDAIUAh0CJgIvAjgCQQJLAlQCXQJnAnECegKEAo4CmAKiAqwCtgLBAssC1QLgAusC9QMA AwsDFgMhAy0DOANDA08DWgNmA3IDfgOKA5YDogOuA7oDxwPTA+AD7AP5BAYEEwQgBC0EOwRIBFUE YwRxBH4EjASaBKgEtgTEBNME4QTwBP4FDQUcBSsFOgVJBVgFZwV3BYYFlgWmBbUFxQXVBeUF9gYG BhYGJwY3BkgGWQZqBnsGjAadBq8GwAbRBuMG9QcHBxkHKwc9B08HYQd0B4YHmQesB78H0gflB/gI CwgfCDIIRghaCG4IggiWCKoIvgjSCOcI+wkQCSUJOglPCWQJeQmPCaQJugnPCeUJ+woRCicKPQpU CmoKgQqYCq4KxQrcCvMLCwsiCzkLUQtpC4ALmAuwC8gL4Qv5DBIMKgxDDFwMdQyODKcMwAzZDPMN DQ0mDUANWg10DY4NqQ3DDd4N+A4TDi4OSQ5kDn8Omw62DtIO7g8JDyUPQQ9eD3oPlg+zD88P7BAJ ECYQQxBhEH4QmxC5ENcQ9RETETERTxFtEYwRqhHJEegSBxImEkUSZBKEEqMSwxLjEwMTIxNDE2MT gxOkE8UT5RQGFCcUSRRqFIsUrRTOFPAVEhU0FVYVeBWbFb0V4BYDFiYWSRZsFo8WshbWFvoXHRdB F2UXiReuF9IX9xgbGEAYZRiKGK8Y1Rj6GSAZRRlrGZEZtxndGgQaKhpRGncanhrFGuwbFBs7G2Mb ihuyG9ocAhwqHFIcexyjHMwc9R0eHUcdcB2ZHcMd7B4WHkAeah6UHr4e6R8THz4faR+UH78f6iAV IEEgbCCYIMQg8CEcIUghdSGhIc4h+yInIlUigiKvIt0jCiM4I2YjlCPCI/AkHyRNJHwkqyTaJQkl OCVoJZclxyX3JicmVyaHJrcm6CcYJ0kneierJ9woDSg/KHEooijUKQYpOClrKZ0p0CoCKjUqaCqb Ks8rAis2K2krnSvRLAUsOSxuLKIs1y0MLUEtdi2rLeEuFi5MLoIuty7uLyQvWi+RL8cv/jA1MGww pDDbMRIxSjGCMbox8jIqMmMymzLUMw0zRjN/M7gz8TQrNGU0njTYNRM1TTWHNcI1/TY3NnI2rjbp NyQ3YDecN9c4FDhQOIw4yDkFOUI5fzm8Ofk6Njp0OrI67zstO2s7qjvoPCc8ZTykPOM9Ij1hPaE9 4D4gPmA+oD7gPyE/YT+iP+JAI0BkQKZA50EpQWpBrEHuQjBCckK1QvdDOkN9Q8BEA0RHRIpEzkUS RVVFmkXeRiJGZ0arRvBHNUd7R8BIBUhLSJFI10kdSWNJqUnwSjdKfUrESwxLU0uaS+JMKkxyTLpN Ak1KTZNN3E4lTm5Ot08AT0lPk0/dUCdQcVC7UQZRUFGbUeZSMVJ8UsdTE1NfU6pT9lRCVI9U21Uo VXVVwlYPVlxWqVb3V0RXklfgWC9YfVjLWRpZaVm4WgdaVlqmWvVbRVuVW+VcNVyGXNZdJ114Xcle Gl5sXr1fD19hX7NgBWBXYKpg/GFPYaJh9WJJYpxi8GNDY5dj62RAZJRk6WU9ZZJl52Y9ZpJm6Gc9 Z5Nn6Wg/aJZo7GlDaZpp8WpIap9q92tPa6dr/2xXbK9tCG1gbbluEm5rbsRvHm94b9FwK3CGcOBx OnGVcfByS3KmcwFzXXO4dBR0cHTMdSh1hXXhdj52m3b4d1Z3s3gReG54zHkqeYl553pGeqV7BHtj e8J8IXyBfOF9QX2hfgF+Yn7CfyN/hH/lgEeAqIEKgWuBzYIwgpKC9INXg7qEHYSAhOOFR4Wrhg6G cobXhzuHn4gEiGmIzokziZmJ/opkisqLMIuWi/yMY4zKjTGNmI3/jmaOzo82j56QBpBukNaRP5Go khGSepLjk02TtpQglIqU9JVflcmWNJaflwqXdZfgmEyYuJkkmZCZ/JpomtWbQpuvnByciZz3nWSd 0p5Anq6fHZ+Ln/qgaaDYoUehtqImopajBqN2o+akVqTHpTilqaYapoum/adup+CoUqjEqTepqaoc qo+rAqt1q+msXKzQrUStuK4trqGvFq+LsACwdbDqsWCx1rJLssKzOLOutCW0nLUTtYq2AbZ5tvC3 aLfguFm40blKucK6O7q1uy67p7whvJu9Fb2Pvgq+hL7/v3q/9cBwwOzBZ8Hjwl/C28NYw9TEUcTO xUvFyMZGxsPHQce/yD3IvMk6ybnKOMq3yzbLtsw1zLXNNc21zjbOts83z7jQOdC60TzRvtI/0sHT RNPG1EnUy9VO1dHWVdbY11zX4Nhk2OjZbNnx2nba+9uA3AXcit0Q3ZbeHN6i3ynfr+A24L3hROHM 4lPi2+Nj4+vkc+T85YTmDeaW5x/nqegy6LzpRunQ6lvq5etw6/vshu0R7ZzuKO6070DvzPBY8OXx cvH/8ozzGfOn9DT0wvVQ9d72bfb794r4Gfio+Tj5x/pX+uf7d/wH/Jj9Kf26/kv+3P9t////2wBD AAgGBgcGBQgHBwcJCQgKDBQNDAsLDBkSEw8UHRofHh0aHBwgJC4nICIsIxwcKDcpLDAxNDQ0Hyc5 PTgyPC4zNDL/2wBDAQkJCQwLDBgNDRgyIRwhMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIy MjIyMjIyMjIyMjIyMjIyMjIyMjL/wAARCAQ4B4ADASIAAhEBAxEB/8QAHwAAAQUBAQEBAQEAAAAA AAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQAAAF9AQIDAAQRBRIhMUEGE1FhByJxFDKB kaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZn aGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKztLW2t7i5usLDxMXGx8jJytLT 1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEBAQEBAQAAAAAAAAECAwQFBgcI CQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSExBhJBUQdhcRMiMoEIFEKRobHBCSMzUvAV YnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElKU1RVVldYWVpjZGVmZ2hpanN0dXZ3eHl6 goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4uPk 5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwDzjB65P6UnP94/p/hTPn9B9cij5s8AfnTEOyc9 T+lGT6n9KaS5/hX/AL6o+fPKr+YoAUsR3P5CjcT/ABH8qTLdwv8A30KT5s9F/OgBxJ/vH8qNx/vH 8qZ8390f99Uvzei/nQAu44yGPX0FLk56n8QKZ83HA/Ol+btj86AHZPr+goyfX9BTcN7fnTfm9vzo Ak3E9/0oyfX9KbyPT86TkdcfnQA/n+9+lHPr+lMyQOo/Okyf8mgCTJA+9+lHP94/lUeT/k0fN/k0 ASc4+9+lHzf3ifwqPBz1/Wjn1/WgB+D/AHj+VGPcj8KZnijPbNAD8e/6UmDnqfypmfejcemR9KAH 4PfOKMH15+lMz7j86XPv+tADsfXj2oPTv+VNB96N3HWgB3v/AEpMdKTI9TRn3oAdgUnHpSZ560mR 60AO4P8A+qjIHY00dfvEUv8AwKgBd1Ln2NM4/vUZHrQA76ijPbBpOPU/nSZHcn86AHZGOQaTjPem 5HqaUY9T+dAC8Yzg+1HHoaT6N+tGf9r9aADjuDRkeho/4FS55+9QAmR2WkyP7po98il4z1oATIP8 NGcfwmjI9R+dLkeo/OgBN3qCKNw/u0fj+tHtn9aADcOu2jcP7tHbr+tH4/rQAZ9jRn2NH+etGO+c /jQAZ9B+lJznOP0p3+etJ+P60AAz2Wj5vQ0YPb+dJ07/AK0AHP8AdpeemKTOf/10Z/zmgBcGjB96 TP0oyf8AJoAXaaQp6ijPv+tH+etACbM9qXZ7cUfiPzpMHA5H50ALt9qNp9KTB9RRj3FAC456f5/O jHtSYxRigBcUYNJtFGB69KAHYNJijC+tJxjqaAFx/nNJgUnFH1/nQAu0ZoC/Wkx25/OjH1oAXbnu aNvuaTH1pMH3/OgB233NG0+ppuD70YPf+dADse5o2j1NMwaMH/JoAftHXmkx9abg/wCTRg0APx9a QgY703Bowf8AJoAdtHvS4HvTCOf/AK9HIoAdtHoaNoHIBpvPpSc+lAD8D0NGPrTOaOfegB5/GjAJ 6mmc+9L+f50AOwPU0YHvTMn/ACaMn3/OgB+0e9G1ff8ASmZPp+tHPpQA/A9/0owPf8qZz6UuDjoa AHcY/wDrUn+egpMe360fh+tADuMY5o4z3pv+etLnn/69AC4Ge9HFNz/nNBP1/OgBePSjvSZHp+tG e9AC8Uf560nH+TS8eh/OgAo/GjIz0/Wk49KAHfjRznrTeAOn60dv/r0AOyfU/nRk+p/Om9un60Z9 v1oAdk+p/OlyfX9aZ+H60fh+tADstjqfzo59TSd+n60n4frQA7Jx94/nRkj+I038P1o6dv1oAdlv 7360ZP8AeP5038P1o/D9aAHZY9z+dLlvU/nTMD0H50HHoPzoAfub1P50bm9Tn61Hx6D86OMdvzoA k5/vH86TLdmP50zPp/OloAd83r+tL83rx9aZn2pOvagB/wA3r+tL83qajz7Gl/CgB/zepo+bsTUf 4Gj8DQBJ83940nzeppv4dKTJ9KAJPm9TR83qaj7dKM+1AEnzf3qMH+8aZn/Zoz/s0AOwf7xpcHsx pn4GjmgB3PqaOfU03mjmgB3PqaPmx3puT+NLu460AO+ajJ7j9abuNGTQAvzelGT6H86TNAfntQAv PXFHf/69G/FG/wB8UAGOf/r0uPY/nTdxx1pdxxQAc+/50c/5NG5v8ijcf8igApecd6QufWjcfUUA Lk0ZPp+tJuP96jcf71AC5PpRk+lJvOOtG9vWgBcn3o3H3o3n1o3f7VAC7j6mk3HrSbj60u4/3qAD ce1G49hRk+ooy394UAG5vT9KXc2en6Um5vUUb26ZoAXc/wDkUu58U3c1G5u9ADtzfjRub1FJuPoa TcaAHZb160fN600lvSlyx7GgBfm9aPm9aT5/Q0mW9DQA478df0pMvnGaPn9DR8/oaADL+p/KjL56 /hS/P/do+frtoAPnx1oy3rR8/wDdo+b+7+tAC5b+9Rz/AH6TD/3f1pPn/un86AHZP9+kyezGjD/3 TRhv7tABuYfxn8qXex43GjD+maTD/wB2gA3H+8aXccfeNJhvSjD+lAC7mPc0bm/vGkw/TFLhx2NA BvPqaNx7saNrj+E0nz+hoAXef7xo3E/xGkw3oaMN6NQAu7/aNGe240YYdjS/N6GgBOg+8fypc9OT +VHz+lGH9KADJz360ueOp/Kkw9HzjtQAu4+p/Kjd7n8qMuR0oy2KAAn/AGjS5GOrUnzZ6fjS/N6G gBPfLUf99UuWB70Zb0NABn3NL+J/Km7nz0P5UFnoAdzjq1GD6mm7mpd7Y6UALg+/5UoBPrTd7Uu5 +1AC4OaNpxTcv6Uu5qAF2nFL5Z9abl/eje3vQA7y/c0vlj1pu5ugJpNze9AD/LHrR5eO/wCtN3E9 z+Io3PuoAfs9+KPLxz/Wm5b1NLuegB2wep/Ojb79Pek3vnk0bnx3oAUIfX9aNv8AtfrSZb3pN7Dq TQAu09m/Wl2Huf1pNzD1o3N2JoAXaR3/AFp2z/a/Wmnd05o+fOMmgB231P60bfRj+dN+egCSgBuw DuPzo2ADnH50m4Y6n86N2e9AC7F7EfnSbF9V/Oj8TRj3oANi57fnSbAemPzpTzzk0nbqaADaOv8A WjaPXH40m7tupM/7ZoAXAHQ0cetJ/wAC5pf+B0AHHT+tJge3507Az96jjH3jQA3A9qMD2peM/epO DxuNABjnt+FBWjA/vGjHfcaADik49P1pcf7VH/AqAE47YpD+FL25P6UenP6UAIR7j86THfNO/H9K Px/DFADcUY9KXHTn9KNv+1+lABj6UmOO35UuB6/pRgep/KgBuD7Uu32pcD1P5UvB7nr6UANAox9a XH+0fyoA/wBo/lQA3FGOOKd/wI4+lJz/AHj+VACbTS4NLt9z+VG33P5UAJtNG0ntRg+p/KjBx1P5 UALtPek2/Sj5h3P5UmD7/lQA7bSEUnPv+VIQff8AKgB2PajHPWmfN7/lS/N6n8qAF2+tG0UmD6/p QPx/KgBdozS7Rim9u/5UY/zigBcDrRgZpCP84oxz/wDWoAXC/wCTR8uKTH+cUmPrQA75ff8AOjC4 6mm49Ofwox9aAFylGU9DSY/zijHNAC5X3oynvSYox7UALlT3NG5Kbx/do/CgB25etG5cnrTOuPlN GPY0AP3LjvQSvvUfHoaM+xoAflB60ZTPemZ/zijPtQA/Ke9G5PQ1Hx6Gl/D9KBj8r70ZXPem9v8A 61JigQ/5fej5fc03k/8A6qTBx/8AWoAflPejK+hpmOe9GPrQA7K+9GU6c038/wAqPxP5UAO+XHej 5fSm8+p/Kk59TQA/j0NLgZ71Hz70YPvQBJx70cD1qM59TRye5oAkPtmjHsaZ82OppMtjqaAH4Hv+ dGB2/nTOfejLepoAft+tJt+v403Le9L83vQAu36/nRs4pvPvS5NAC+X/AJzSbKMn1NJk+poAdt5o 2mm5+tLk+9AC7T/k0babk470uT78UALtNG0etNz/AL1Gcf3qAF20bf8AOaTPsaOPRqAF2/WjH5/W kyPQ0cehoAdg47/nSYNJn2NHcjaaAFxSYFH/AAFqTA/utQA7FGPrSYHo1HH91vzoAMDPejaPzo4/ umjA/utQAbVzRge9GP8AZajA7BqAFwPejjtmkwPRqXaOuDQAv50n4GjA/wBr86AvfB/OgBe3Skx9 RRj6/nRge9AC8e9H4Gk2+zfnRtHo1ACce9Lx70bRjGGo2j0agA496MD3o2j/AGqXH+9QAmPrR+Bp cegNGPY0AJ+dJx707Hsfzox7GgBD+NHHvSn15owfegBMD3pMDPenYPvRz60AIQMdTRj60uT60fN6 0ANwPSl+X3pcn1oyaAEwKMD0pcmjJoATH1oAPrS5ajc1ACYOaMcUuWo3NigBMUYFO3N6UZbtQA3A 70YFLls//qoy1ACYFLjily1JlqADbxSY4p2W9KNzelACYx2pMc0uW9KNzUAGKMDnNG45pd1ACYox 9KN3tRuNAC4owaNxpM0AHNGDRuo3mgYYal+b1pN31oDH3oEO+b1o59abu96Xdj1oAXn1oyfWk3fW jP1oAXPvRn3/AFpM/Wk/OgB2aN3vSZ+tGR70ALu96N3+1RuHvRuX0agA3HrmjcQep/OjK+9G5ewN AChj60m73o+X0P6UcehoAN3oTRn/AGqPl96Pl96ADcP71G73o+X3/SjK+9ABvHrRvH940ZXtmjj3 oAXfnoxo3n1pufr+lL69aAF3n1/WjefWjj/IpO/egBd59aN59aTjHelwPegA3nPWjcfWjHt/KjBo AXd70m73o6Uf57UAG4+tBPvS4Pof0owcdD+lACZPXNGW9aXn0NGD3BoAbk+tGT607Gexowc9/wBK AEyeuaXn1owfcUbT7/pQAZ96M+9G1vU/lRhsd6AFzg0mT60c57/lRlvegA5z+FLRk/X8KNze/wCV ABk0ozSbj3/lS7m/yKAAhvej5qNx9P0pSxoAT5qMnPejJ6f0FG4/5FAB6cmj/gRo3H/OKMn/ADig Bf8AgR/Oj3yfzozx0FGfYUAGff8AWjPb+tGeOn8qTIP8NAC59z+dLk+ppoI7LR+FADt3HU0ZPvTc 0A/SgB+T6mjd9abkf5FGR/kUAPDD0NH51Hx7Uv4/pQA7OPWlDDHemZz3/Sj8RigB+aM+5pntx+VL z3x+VAD931pQfrTPy/Kjn1H5UAP3dufyo3cdzUeKOaAJA3OMmgNz1NMwc9RRtPXNAD94z1NKH7Bj Ue0n+Kl2nHWgCTcOPmP60bufvGmFD60m0/5FAEm/3P50bue/50zaex/SjB65/SgBmV6YNLuHXaeK bv8Ab9KTf/s/pQA7cv8AdNG8f3W/Km7ufu/pRuP939KAHb1P8LflSb1z0P5UmSP4R+VJu77aAHbl HOD+VJvX6/hQW/2f0pN+Odv6UALvXGefyo3j3/Kk3f7I/KjcR/D+lABvGOM8e1G4en6UZOfu0ZOe n6UABcen6Um72/SlyfSjLUAJu9BSZGTgdaflvSjJ7/yoAZn2o3U78KM/WgBM/wCcUgJ98Zp2eOho z7GgBvPXmjcc07J9KMn3oAblu9GWp3PfNJz/AJNACbjjv+VGW9/ypeQcUfN1oAT5vf8AKj5/U0vN GD/k0AJ8/qaTL9eadg+tJzQAfP69KBv9aX5qTDdqAD9569aP3lHzdqMNnFAB859aPn7/AM6MNSYb 2oAX5vQ/nRhv8mk+Y96Pm9qAF+akw3+TRnjtRk46UAHzdcH86MH3o56Yo59KADB9/wA6Pm96Mn0p Dn2oAXnHejn1NJz6CjLegoAXB9aTmky3oKMt6CgBcGjn1pMtjoKPmPpQAcj/APXRz6/rR83oKPm9 BQAc+tHPr+tHzY6CjLegoAOfWjnrkfnRlvQUZb0oAPXkUZ47Ubm9OtGW9KADJ9RSZPtS5NGT6UAJ n3FH4il3GjdQAmT6/rQD70bvpSZ9qAF/EUZPqKTPtRn2FAC5PrRlvWk/AUYPtQA7c2OtG5vWmc57 flS/XFADtze1G5vWm9+1H5UALlvUUuX9qb+Ao/KgBct7UuX9qT8BSZ9hQA7L+tG5/Wm59hRnjpQA 7LY60fN7UzPtRn2oAflqNzVHkelGfagCTLUbmHr+VM49KM+qigB+5vek3N6H8qbn/Zo4z0oAdub3 /Kjce2fypoPPSkx7UAP3N6H8qMt15/KmYPpRg+lAD9zf5FG5vf8AKmYPpRz6UAPy3oaNx9D+VM5o 596AH7j7/lSbjTctRz70AO3N7/lRlvem8+lHPpQA7c3cmlyff8qZk+lHP+RQA7cff8qNx96YSf8A Ioyc9vyoAfuPqaNze9MyfX9KMnjmgB+5vek3NnoabmlJHrQAu5vf8qNze9NpaAFyc85oy3q1Nx9K APpQAvzHufyo+b1NJ+IoxQA75vWj5vWm/Qil49qAHfMKT5qTNG72FAC5ajLUmR6CjI9KAFy3/wBe jLetJn2pc+woAPm/yKMt7flRuHoKMr6UAGW6f0pdxpuV9BRkelADsn2o3H2puR6CjjHSgBd7e1G5 sdqTI9KMj0oAXe3tRub2pMjOcCjj0oAXef8AIo3n0H5UnHpS8elABuP+RRvbtRx/d/Wjj0H50AAY 0uT6Cm5HoPzpc+1ABuPpS7jnoKTI9KTd7UALub0FLvPtTd3t+tLkelAC7zRvPf8AlSfhR+FAC72o 3t6fpScY6UvHpQAb29f0o3N/kUmR6UZHpQAu9qTe1GR6frR+FAC72o3tSfhS59qADc1G5v8AIoz/ AJzRn2/WgAy3+RRlv8ik/D9aOvagBfmxQOmc0fhR+FAC8+1H4ik79KM+1AC8+ooGfWk/4DRQAuD0 yKOfUUlFAC/lRn0xSfhR3oGLn/aFGf8AaFJx6UYGelAhc/7Q/KjI/vCkwO6ilwP7ooAOP7wo4P8A EKTj+7ijj+6KAHcf3hR/wIU3v92j8BQA7j1FHHqKbx/dpePSgBePUUfL/epOPQUenFAC/L/eFGF/ vCk/Cjj+7QAuB/eFGAP4qTjH3aOP7tADuOm4UmB/eo4/u0bh/doAXj+9Rkf3qTPtSZ9v0oAXI9aM /wC1SAj+7+lLkf3aAFz6mjI45NJx6fpRlf7tAC5HqfypNwx940vy4ztpOCPu/pQAuR/eNLkf3jTc j+7Rn/ZzQA7I9f0oz7mk3D+7RuGeVoAXOO5oz9aTcOm0UbgT90fnQAu7nqaTd2yaMr/dFJkE/doA XPTrRnnvRx/doyP7lAC5HqeKPxoyP7tGR/coAX8aOelJkdlo3Z/goAdR/npTd3P3aM/7IoAd7Y/S kJHpSdvuil7/AHaADI9vyo4o/wCA0mP9mgB3Gf8A61HFJ/wGj/gNAC4H+RRge/5Ug9dp/Ol5x92g Ax78/Sjj1/SjB/u0fN2WgAwPX9KXA9c0gz/do59KAFwP85oxR26UfUGgAx3/AKUuCf8A9VJjjkGl x7GgAoAP+RRj60cA96AAf54pQOep/KjA9T+VHfr+lABn3o/H9KBj1/Sjj/IoAXnPX9KOfX9KTjHX 9KXj1oAUc9/xxSfj+lHGOv6Uo+v6UAB/3v0pf+B/pRx/e/SgFR3/AEoAOf7/AOlHP9/9KMj1/SjK 46j8qAFBP979KXnH3qbx7flS8dePyoAXn+919qOf7w/WkyO2Pyoz7/pQBGd3t+lBB9qdk89MUmTj GRQA3nOcijn2p2ee1GTjtQAz5s9qXLex/CnZPtRuPoKAG/N7UfN7flQWPtS7j7UANw3t+VGG9R+l O3H2o3fSgBuG9qPm6cflTtxz2o3e1ACfNjtRz2xQWPYCjJ/uigBvPt+VHNOyf7o/KjJ9B+VADT9P 0FJzj/8AVT93+yPypN564H5UAJz6fypMf54p2fVf0pM/7P6UAJj2/lSd+n8qdnj7v6UZP90flQAn OM4pMH0pdx9Pzo3+woAQg5+7QAfSl3n0FJ5nHQUAJg46UuD2FG/2FG/2WgBMH0pDkdv1pd/sKXf7 CgBOfT9aOfT9aN/0pd/OOKAEwfT9aNp9/wA6N30o3fSgBNp9/wA6Xaf8mjd9KNx9qADB/wAmkwf8 ml3/AEpN30oAXGKTn/Jo3fSjPPUCgA5/yRRz6frSZHqKNw9RQAuCe360YPoPzo3DrSbvcUALg9cD 86TB9qN3uKTd7igBSD7UnPoKXcfak3ewoAOfQUEn0FG8+gpd+OwoATnvijJx0FG8+1LvJ9KAE59q Pm9qXcfajcfagBOfQflS5NG4+1G4+1ABlvajJ9R+VG4+gpNze1AAScdvyo59vyo3N7Ubm9qADJ9q Mn2/Kjce+KNx9qADP0/KjPsPyo3H0FJuPoKAF59BRn6flSbj1wKMn2oAXP0/Kk/L8qM+wo3H2oAM /T8qM/T8qN30o3n/AGaAFzz2/KkyfUflRuPtSbiPSgBcn2/KjcetGT7UZ+lABuNGfpSZ57UZOe1A C5PtRk0Z91oBPtQMOcdqPyoyfagN7D/GgQfl+VHPTijPsKN3sKAAk+1Jkj0oyPRaMj2oAX5vak59 qXIx0FG76UAJ83tR83tS7h7UmR6CgAyf8mjn2oyPajPPagA5z2oyfajP0oyKADn0FGfpS8e1Jn6U AGfpRn2FLmjP0oGJz7UEn2/Ojk84o/AUCE59qM88ilyaWgBv5UUuRj/61Gf84oASkp2ff9KO/UUA J+VJxTu3WjqetACd+n6UnbpTqKAEz7CjNJS0AIaM0uPf9KX8f0oAb3paPxo/GgAx7UuB6Un40UDF pPpRzmjHvQIO9HbpRjjtS4+lACUc+lLg+1GPpQMTnrilpOPal49RQITml/Cjj2/Ojj1H50AGfYUf hRx/s/nSZX2/OgBaOfQUce350ce350AHOOn60ZPoKOB2H50ZHYD86AD8BR+FHHoPzoyPQfnQAc56 UYNGR7fnRx6/rQAUY9qMj1H50ZGeo/OgAx7UY9qNw9P1oyP8mgAwPQUY46Ubh/k0Z9v1oATv0o/C lyP8mlyM/wD16AG8UvHXFLkf5NJkev60AHy0YFGR0yPzo3cdf1oATFGKXcM9f1o3D1/WgA49aOKM j/Jpcj/JoATt1ooz9PzpePX9aAE/Gj8aXIoyPX9aAG8+tLS5HrRkeooATAo/GlyvrS/L60AN/Gjt 1p3y+tHy46j86AEx70nHrTvlpPl9qAE4Hejj1pePajj2oAOPeijjHWjigA79TRS5FGVoAOfejnpS ZX2oyPagBfyo59qOPajI9qADB9BS5PoKTIoyvoKAFyf7opcn0FNyPSjdQA7J9BRk/wB0U3PtRn2o AcD/ALP60Z9v1pueOlG4Y6UAOz/s0Z9qTd7UmfagB+cdhSZ9hTcjuKM+1ADt3sKXP+yKZn8aN3tQ A/PbaKM/7I/OmZ9qXI9KAHbh/dFG72H500GlzQAvfoPzpefRabnmjJ7UAO57haP++abk+n60bj6U AO4/2aM/7tNzQDQA73+Wjn/ZppNLn60AOyfVaM/7tNzS0AL1/u0f980maUEZ70AH4rSYz3WlyO4I pcr6H86AEwc9V/Oj/vmlyPQ/nSAr6GgAx7rRg+q0Ej0NGR6GgBcZ/u0YPfbSZHoaXcvoaADDY/ho w3YrxRuX0NG9fQ0AG09MrRg46ijevvRvHTn8qAF2n2pMH2o3D3pd4x3oAMH2xRt4pN496XePegBc fSjA9qNw96N4x0NABj2oA46Ubx6Gl3gdj+VABj2o/Cjf9efajf25/KgBcDHSjAz0pN/PQ0bh6GgB dq/3aNq/3aTeO2aXeMd6ADaueAaMDsp/Ok8we9LuHqaAFwB/Cfzo4/u/rTS/v+lG8djQA/jP3SPx o4/umm7h6/pS5Hr+lAC5H90/nRn/AGD+dJkdc0ZHrQA7I/un86QY/u/rTcj1oz796AE55yDSc+h/ Oj94fX86TL+9ADufQ/iaM8fdP500mT3P40mZPQ/nQA7j0P50ZHofzph8zv8Azo+f0/WgB3Hofzo4 HY/nTfn6Z/Wl/ef5NACgj0P50ceh/Om/P6/rS/P3/wDQqAF4/umk49DSfvPUf99UfP8A5NACnGeh pOP9qk+b1H50fP7fnQAvH+1R8vfdRh/Y/jR82e3/AH1QAnH+1S8Y/iow3t+dHzeg/OgBcD3pP++q Tk+n50YPt/31QAc9t1GR/tUYP+Wo59M/jQAZHo1JxjnNLz6f+PUfRf1oATI9D+dJke9Lz/dH50En +7+tACZX3oyPQ0Z/2f1o6Hp+tABx2Boz7H8qOP7v60cEdD+dABx6Gjdj1/Sl/D9aPw/WgBM84oz7 fpS/h+tH4H86ADPt+lJ+H6UZ/wBk0Z9jQAZ9v0pfypM8dD+dH4GgBaTP+cCk7dDR74NAC5+n5Uc+ 1J9AfzpfwNABk46CjkdQKb36Gj86AHc+goxx0FN596MfWgBfwFB+gpMfWjn/AGqAFx7LS446Cmfn S4PqaAF+mKPrim7T6ml2n1NADs/Skzz2pMc9aMf7VAC/TFAzjqKTafWjafWgBfxFH4ik2n1owf71 AB+Io/EUYPrSYPqKAF6DqKO/WjB9aTaex/WgBfxoox7/AK0Ee/60AFFGD6/rRz/e/WgA70lLg+v8 6Tn1/U0AGPpRgUvOev6mk59f50AGBRj3o/H9TS/j/OgBMCkxTsij8f50AN20YFOyPWjjmgBMf5NH NLketJxQAY4o2/5xRxRkUAG32NG3noaMr6mjK+tABt9jRjjpSZFGRmgAx7UYHXFGRRkY/wDr0DF2 /wCzRj/ZpMj0/WjcP8mgQuP9mjB/u0m76fnRkUALtPpSYPoKTcKM+360ALg+gowfSkBHp+tHHpQA uD6UYPpScelHGOn60DHc9hRhvSm96M+w/OgQ75qOabn2FH4D86AH/NRzTPwH50A+w/OgB/zUmWpv 4frSfl+dAD8tRlqb17frRj2/WgB2Wo3PSYz6fnSY9v1oAfub2pNz+1N/D9aMe360AO3P7UZfvSY9 v1pMf5zQA7c/qKNz+tNxn/8AXRj/ACDQA7c+eopMt6ik2g//AK6Mf5zQA7LeopPm/vfrSbfr+dJj Pc/nQA7Lf3qMt/epuKMUAOy3rR83r+tNxRigB2Se/wCtLk56io8e9GB60APy3rRk+tN/EUYGOtAx 2T60c+tN/Kj8RQIXJ9aXn1pv4ijHuKAHZPrRk+tNwPUUceooAdk+tHPr+tN47kUYHqKAHc+tHPrT ePUUYHqKAFwfWjBz1pOPUUYHtQAuD60uD603A9RRgUDFwfWjnFJgUce1AheTRg0n5Uce1AC4NHzU ce1H5fnQAfNR81H5UfgPzoAX5sUfNSf560v4frQAfN/kUfN60n0x+dL+P60AHzUYb1o/z1o/z1oA MN7flRh6Px/Wj8f1oAMPS4bNJzjqfzo5x1zQAuG9aMPjrSc+v60YPv8AnQAuGow1Nx7/AK0uDQAu D60YPrSYbpRhqAHYPqaT8aT5qOfWgBefej8TTefX9aUA+v60AO59TRim4Pr+tGD60AO59TR9Sabg /wB6jB9aAHZ470n4mkwfWjBxQAv5/nS59zTcH1FGDnrQA7J7E/nRk+ppu0+1GD6igBxJ9T+dGT7/ AJ0mDRg/hQAu4+/50bj7/nSYNGD7UALu56mjd7tSYPTijB9KAF3e5oz7mm4PoKX5vQUALnjrRn3N N+b0pcH0oAXd7mjNJz6UfNQAuT2pdx6UnPp+tHPp+tAC5ajcw7U3n0FLz6UALk56UZNJk+lGTjpQ AuTRk5pO/SjJ9KAHbjRlvamc+n60uT6UAOyfSl59qbn2P50oPsfzoAPm9qOfajcfSk3GgB2D9aMG mbjS7jn/AOvQA7v0o57YpNx/yaMn0/WgBeaT8qCT/k0Zbj/GgBfyo/L86TJoz7UAO98Cj8P1puf8 5pc/5zQA7j0/WkB5o3e/60bvcfnQAc0ueOT+tJn3/WgH/OaAFz70ZHqc0n+etGfT+dADuOmT+dJ+ Jo/L86Mn/JoAXPuaT8T+dHOf/r0vXqf1oAMjuTRkdiaP89aMH/JoAMj1NHHqaP8APWjn/JoAOM9T Rx6mjB/yaMNj/wCvQAfL70ceho2n/Jpcfp70AHGelGRnpQAfT9aXn3oATj0NLx6GgZ9/zowfQ0AJ +BpfwNHPv+dLk+9AB/wE0YPpSZPqaAx96ADn1/Sk565/Sl3D/Jo3Lg8frQAnPr+lGG9f0o3r/dP5 0m9f7p/OgAw3r+lGGHf9KTcvPy9fejcv90/nQAfN1BH5UfNnr+lGV/un86Mr/dP50AGGz1H5UAN7 flRkf3T+dGR/dNAAd3qPypcN/kU0kZ+7+tGV/un86AFw3t+VJhvb8qMj+6fzoyPQ/nQAc+v6Uc/5 FJuHofzoDDpg/nQAuOef5UYPY/pSbgOx/Ok3jHQ/nQA7B/yKT/PSk3jHQ/nRuHofzoAXn0/Sk5/y KN3t+tG72/WgAwT/APqowf8AIo3/AOc0bh6H86ADDf5FJhqXd7Gk3e3NABhvQ/lS4b0P5U0t7H86 M+x/OgB2D6H8qTB/un8qTPsfzoznsaAHYPofypPm/ut+VJ7YNHHvQAuG9DR83oaT5cd6OPegBef7 po59DScdeaTI9DQA/n0NJ+BpuR70Bh0xQA7FJjmkyPSgkZ5H60ALijHNJx6UZGelAC470YPakyP7 tJ26UAO+ajn/ACab/wABo/CgB2DRtP1/Gm/hRn/ZoAdz7fnRg+n603I7r+tJn/ZoAfg+n60fhTf+ A0n/AAGgB+D6UnPtSfhQaAHc+n60hz6D86TPtSfhQA7n2/Oj8vzpMikyKAHfl+dGPp+dNyKM+1AC 4+n50Y/zmk3e360bvagBSP8AOaTn2/Ojdz0/Wk3jrQAuD/k0YbP/ANel3e360m72oAXDY/8Ar0mG /wAml3+360m72/WgBcN/k0Yb/JpN3t+tG8f5NABhv8mjn/Jo3D/Jo3D3/OgBcH0/WjB64/Wkyp7f rRkf5NAC8+n60YP+TTcj/JoyPX9aAFw3+TS4J/8A103I9T+dGR7/AJ0AO5/yaTB/yaTIx1P50Z96 AFwaTFGRRkY/+vQAYNGKOP8AJoGP8mgBKTFO7dKMUAJRz60pzij60AJj6UUuKNvtQAnNFLt/zmjB 9P1oAKTj/JpdvtSbf85oAWk4z1o2+1G0+lAw47mjj1o2mjB9KBC4FJgetLj2owfSgBMCl4o2mja1 ABxjrQNtGD/k0m0+n60DFGKXim4Ppz9aMH0/WgQ7ik/Gkwf7v60YI7frQAv4mjv1PFGCO360fN6H 86ADPuaX86Tn0/Wjn0NADvzo/Om8+n60fN6H86AF596Mmm8+h/Oj5v8AJoAfk+9GT703Le/50Zb3 /OgB3PSjB96bliO9GT70AOwf8ijn1puT70nNAEmDRg+tR/N6ml596AHc+tGD603J9/zoyfU0AO+b 1o59aZk+9HPv+dAD8H2ow3rTMn1/WjJ96Bjzn2pMH1pMn3xSZPqaBDue5pOaTJPrRk+9AC8+tLzT fmpeaAF59aTn2o5o596AF59RRz60nNHNAC575oz70nPvR+dAB36/pR+NH50ZNAC/jSfjRzzRz70A HPrRn3oyaXnP/wBegBM+9JnnrTvm9KOaAEz70ZpcmigBM0Z9qOaOaADPsaXj3pMn0pefSgBM/Wly Pek/4CaXt0NACZ+tLnnvR/wE0n/AaAFyaXJ9DSdugo/CgBcn0NHNJ+FGD6GgBcnPNHfvSYPpRt9q AF596WmYPpS/8BoGO596PwpvJ7UvPpQIdz2Bo59DTcHHSjmgB3Pofyo79DTcUfhQAufY/lS59j+V MOfSjHrQA4fQ/lS59j+VMooAfn2P5UZ9jTB9aMGgB5b2P5Umfr+VJg+tGPegBdx9D+VGW9P0pMe9 GOetADtzD1/Kk3N6H8qTHP3qMH1/WgBdx9/yo3H3/Kkwf71Lg/3qAF3N7/lRub3/ACpMe/60v40A GT7/AJUbj7/lRj3o/Hr70AAY+/5Ubj7/AJUfj+tHbr+tABub/Io3N70cev60YGev60AGW9/yoy3v +VGB6/rRgev60AHJ6Z/Kj5vejAz1/Wlwv+TQAnPpRz/kUu0e1G0UAHP+RSfN/kUu0UuF9qAE5pPm p2B7UYGe1ACfNR82aXA7j9aMD2/OgA59aMnPWjA9B+dGB6D86ADNGaMDPQfnSYHoPzoAXr3/AFox 70fgKOPQUAGPcUY9xS9ugo49BQAY9xRgetJj2H50YHt+dAC8eopfxpvHoPzo46cUAL2o5PekyPb8 6OP8mgB2PejHuaTj2owPb86AFIPrRjH8VINv+TRx7UAO+jUnPr+tJx6UZH+TQAuTj71LlsfepMij I/yaAF+b1+tGT6mkzz0/WjIPQfrQA7n1oyc4zScc/wCNJ9aAHZPrRk+ppOPaloAMtnrRlvU0Z9qX p60AJ83vSjP40ZpfbmgBvGO350d+g/OmdO9GR70AO/D9aP8APWm5HvRn60ALkdcfrRkY6U3I96Nw 9aAFz7frQT7UmV9aMj1NAC5HoaTI9KMgetGeaADIPY0uR70mRRmgBdy+9JuXHekyPek+goAdke9J wDR+FFAASP8AJo4x0owfSkoAOKOKOfSl5oAMrSZX0NHNHP0oAMrR8vpRzRzjpQMPl9KMj0NHOO9G CaBCZX3oyPQ0c0c0AG4ehpdw9DSc0c0ALuo3D06U3BowaAF3D0pdw9Kbg9M0m00AP3DFGRTcGk2n 0oAf+FJTcGjaTQA7PtSZPtSYpMGgB2T6CjJ9BTcH1pce9AC7j7UZPpSY460mPegB2TRk+1Nxz1NH 4n8qAHbj7Ubj14puPc/lRgHuaAHbz6UbvQCm/n+VHHvQA7d7Ck3d8UnHfNHHvQAu8+lG4+lJge/5 Ufn+VABuPcUuT6fpSd+/5UfnQAuaM+wpPwP5Un4EUAOz7Cjdx0pv4H8qPwP5UALuP92jPtSduhpc 89DQAZPpSZPpSj6Gk/OgYZ9qXd7UntRxjvQIXd7Ubh6U3IozQA7I9KN3tTc0ZoAXPtS5HpTc/WjI oAXI9KXd7UmeKSgB2fak+gpO9GTQA7n0o59qbmkoAfzSYOeoptFADsemKX8qZmjPvQA/t1Wj8RTM 0cUAP/FaT8RTeKOM0AOx7ijHuKb3oyPWgY7HuKMe4puR60cUCHY9xRj3FN4pOKAJMZ7rRgdyKj46 4pfzoAdgeoowPUU3H1pcD3oAXHuKPxFN/Ol4oAX8qX8qbx70ce9ADu3ajj2pvHvQce9AC8f7OKOM 8EUnHoaOPegBePVaMj1FJx6mjj3oAdx7flRke1N496OPU0AOyPb8qTIpOO9HHrQAuRRkZ/8ArUnH vRxQAuaOPb8qTIo4oAXI6cflRn6UnFHFAC5HtRkZpO/U0cepoAXI/wAijIpOPU0UALkf5FGaT86K AFzRmkwO5o+X1oAXNGaTj1o49aAFzmk4x1ox70fjQAcetHGOtFHy0AGR60vFJ8tHy0ALRSfLR8ua ADNLkf5NJxmjC4oAXjsaOKTAowPegB3HrR8vrTcD3owKAF47Gk49aMDPejAoGHHrS5HrSY460YoE GR60vGabxntS49KBi5HbFJx60Y+lBFAC/iPzo/GkooEOpOKSjnHSgB2BRgdqbRQA7HrRjnrTeKOO lAD8H1ox70ziigB+Pek2+9JmjmgBdp6Zpdp9RTefWigBdvvRt9DSZozxQAu3/OKMGkzRn/OaAFwf SjB9KTIo3CgBfmowaTIoyKAFwc//AFqMH/IpMj1/WjI9aAHbT/kUbTn/AOtTcjPU0bhjvQA7Bowe 9NyKMj1oAdg+9GCKbkY6mlyKBi4oxSbgO9GRQId/npR+H6U3PvRmgB34fpS9+lMzRmgB/wCFJx6U zJx1pcmgB34UdulNyfX9aMn1oAd+FL+Bpn40fj+tADvwNA47H86b+NL+NADs+x/Ok/Ckx70negY/ 8KTPFNyfWjmgQ/igGmc+tGfegB+fb9aO/T9abn3oz70AOzS5PrTN3vRu96AH8+tJk0mT3NGfegB3 NGOelMz+NGaAHgHHNGD6U3PuaM/XmgB2PajHtTcn3o3H3oAXGO1GPak3c0u8Y6UAKPoaKNwo3fX8 6AF/A/lRnPY/lSbgKNw9KAF49D+VHH+RQW9v1pNw9P1oAdgY5/lR8vv+VJu9jRn/AGf1oAXC+/5U HHofypAfb9aXI9P1oAMDHf8AKgY9/wAqMj/Jpcj0/WgA4z0P5Uo2+h/Kj5fT9aMj0/WgA49D+VHH v+VGR6D86T8MfjQA7juD+VJgY6H/AL5pPb+tL/nrQAceh/Knce/5Ug/zzS/X+dAB27/lRkf7X5Ud +v60mM//AK6AFJ7c/lRn3b/vmjb7/rRgev60AHPq35UvOeWb8qML6j86Plz1/WgBef7zflRk5+8f yowvqPzo2g9/1oAiIWkwvvRxR8vv+dAB8nqaMLjqf1o+XPT9aMj/ACaADC9Mn9aCF9f1o4/yaOKA E2r70YUdzRgE9KTaKAHYXHWk2r6mkx37UYoAXauepo2rSf560f560AKQuRyaNq+ppKKADA9TRgep ozRx60ALgeppNopPxo/GgB20etJhfWkxSYoAfge9Jj600j3/AFox70AO/E0Y+tNx70UAOwfU0YPq abz+NHPrQA7n1NHfqabQfrQA7n1NGeOppuB60Y96AHc+po/E0zA9aXA7mgBxPuaMn1NMwPWjFAD8 nHU0mT6mmYGKXj1oGOy3qaMn1NN4x1NHA9aBDsnPU0bj6n86bx6mjA96AHbjRuPqaZxRxjv+dAD9 x9aNx9f1pmB6UuBnp+tAC5PrRk+tJj/Z/Wj/AID+tAC5PrRk+tN/4D+tH/ARQA7JpMt60DH90Uce goAMn1oy3rR36Cjj0H50ALz60nOepo4/uikyPT9aAF+b1pPm9aM8fdFG72/WgYvzetGG9aTd7Ubu OlAhcN60c+ppN3tRvP8AdoAXn1owfX9KTf8A7NG4+lABg+tGD60bj6Ubj6UAGDnrRz6mjcfSk3n0 oAMe/wClHPqaNxo3mgA59T+VGD6/pSbz6Uu8+lAwx7n8qO3U/lRvNG80AL36n8qO3U/lSbzSb/eg Q7v1P5UfifypN9G+gBfxP5UuB/eP5U3efSjcfQ0ALgeppeM9/wAqbuPoaTcfQ0AO/E/lRx6mm7vY 0u6gBePU0cerUgajI9aAF49Wo49WpN31oyPegBeO26k49WoyKMigAx9aOPejIoz9aADj3o49Woz9 aTPHegB3H+1R+LU3I9P1o3CgB350mB6mjIo3L6UAH4mjHuaMijIoAPxajH+01JkZ6GjcPegBePVv zpfxb86bkehoyvvQAufdvzo/FqTI7Ubh6GgBc9st+dJu/wB6jI9DRuHoaAFz05akzz1b86Ny+lG5 fSgAz7mjPuaNwoyMUAGfc0ZPqaM/Wk3exoAXn1NHXuaTPsaXcP7poAPxNH4mjI9DRuGOhoGLn3NJ n3NG4elG4e9Ag59TRn/aNG760bh6UAL+JoGPU0m4eho3D0NAC8epo49TSbh/doz/ALNAC/nSfUmj P+z+tGR6UDF/Ok496Nw9BRn6fnQIOPej86XP+c0m6gYfnR+dOyPb86TI9RQITH1o496XI9RRu9xQ AnfvRgehpc+4pMnHWgA49DS/gaTJx1/WjJ9aAF/A0n4Glz7ijPPUUAJ+dHPvTs+4pM/7QoAT86Pz pc/7Qozz96gBPzo59DS5HqKPxFAB+f50fnRx6ijj1oAPpn86T86Xj1FGB6igBP8Avr86MfWlwPWj j+9QAY+tH4mjj+9Rx/eNABj60Y9zRxnG79KOPU/lQAYowPWjjux/KjA9TQAYHajAPejj1P5Ucepo AXaM9aTaPWjA96MDHegA2e9Lt96TA96XC+/5UAJt96NvvS4H+RRgf5FAw2j1o2D1o49D+VIMehoE O2r6ik2j1FJxnofyo49P0oAXaPWjaPWjj0o79DQAbR3NG33o/wA9KOff8qADaPWjaPWk5/yKX5v8 igA2j1o2j1FGT/kUZb/IoAXaPUUYz0NJk/5FGT7/AJUALt7ZpNvvR82ev6UZPqfyoANvvRt96PmP /wCql+b1/SgBNvvRg46/rS5b1/Sjn/IoATHuaMf7R/Oj5vX9KOfX9KAD8f1ox70vPr+lHP8Ae/Sg BPx/Wj8TRz6/pRz6/pQAo9cn86Mn1P50nPqPyoyfUflQAuT6n86OfU/nRk/5FGT3P6UAHPqfzo/E /nRn3oz7/pQMPxP50Z9/1o59aOf7w/KgQuR60Z96TP0/Klz7j8qAAfWjn1o79vyoGfagA/H9aPx/ Wj8qPyoAMe/60Y96Bk+lLg+q/lQAn40YOOtLz7flRz7flQAdutGPejn2o/KgBe3Wjb70flR+VABt 9xRs96Bj2oz6BaADb7il2+4pMn0FGT6CgBdvHWjZxSc+gpecUAHl0bKPwoyTQAbcHrRtpfyo5oAT b79KXZx1o5o5A+tAC7TijYfWkBNGeOlADthz1pCnvRk4oGc96AF2EdxRtHqKO/ejv3oAAvuKXbz1 pPz/ACpcHHegA2+9G33pOc9DRz6H8qAHbfejHv8ArTfm9/yo59DQAuP9ql47tSc570YPoaAI94J6 0b19TS7h6/pRuGev6UAJvHrRuXt/Kl3D1/Sjcv8AkUAG4etJuX1NGR60ZGOtABketG4etJkep5pc j1J/CgAyPWk4x94Ubhjv+VJuHpQAuR60cetJmgEUALx60cetGaM/5zQAcf3qOPWjdSZ4/wDr0ALg UcUmf85pM/X86AHcUcUmR7/nSbh70AO496MD3pu4ep/OlyD6/nQAuB6mjA9TSZHv+dJkHqD+dADs Cjp603I9D+dGRjv+dADuOvNJ+dN/P86Mj3/OgB350fiabx7/AJ0ZHv8AnQAvHrRTcj3o4HY/nQMd +NFMzRn60CH0dutMz7Ubh6UAP59aTmmg+xoHrQA7mjmk4o4oAdn3NJmm8elGR/kUAO59aM+9MyP8 il49KAHEn1pMnHWkyPSkyP8AIoGOyfWjdSZFGfagQuT6/rRn3pufb9KM+36UAOz70Z96bu+n5UZ+ lADsmkz/AJzSZ46UbvagBefX9aX/AD1pufYUufYUAL+P60nejP0pM/SgBef8mjnHWjd7Clz7CgBO aOaXPsKMj2/OgBOaOfelyPb86Nw9vzoATP1o/OlyPajd7igBv1z+VL370u7jt+dG76fnQA386M/W nbvp+dG76fnQA3I96Mj3p2fp+dGfYfnQA3ij5adn6fnRn6fnQA3ijIxS5+n50Z+n50AJketGRS7v pRn6UAJkUZFLk+1Jn6UAGRRkepoz9KMj/Z5oATI96XcPejP0oyPagBN1LuFGR7UZ+lAw3D1pNwpc j2pMj2oELuFG4etJn6UmfpQAu6jdRke350nHtQMXdRkUnHtRx7UCFzRupOO2KPxFABuozRx7UcUA GTR+FFHFAwo5paSgQfjRS5o4oASj8KXIx2oyKAEz7UZ9qXijIFACZ9qP89KXI9aM0AJmilz/AJzR kf5NACZFGRS5/wA5oz/nNACUZFLu+v50bv8AOaAEyCO9HHvTt/8AnNG7/OaAG8Zo4zTt1G6gY3I9 6XIx3pd3+c0bv85oEN49TRwT3p24/wCTSZ/zmgYfiaOPU0bv85pd3+c0CG5HvS5pd1GaAEyPejI9 TS596M/5zQAmRk0ZHvS5/wA5pM/5zQAmRS5HrS/560mf85oAXI9aTIx1NL+A/Ok/L86BhketLket H5fnR9cfnQIM0ZFH5fnR+X50AHGO9GRRn6fnSfl+dAC0d+9Jz7fnR+P60ALRmjn1H50nPr+tAC5o yKTJ/wAmgk/5NAC8etHy+tJn/OaMn/JoGLxRketJz/k0vPt+dAgyKMijn/Jo5xQMMijiik4z/wDX oELxRx70nHp+tL/nrQAvFHHrScf5NHFABx60fjRxRQAUn50vHv8AnRxQAZ570ZGOho496MCgYZHv Rn60cUce9Ag/E0Z+tGfrRmgAz7mjPvRmlzQAmR60mR607PtRx6UAJuHqaNw96Xj0o4oATd9aN9Lx S8UAN30bz6mnZFJ8uKAE3cdTS7vejjNFACbvel3e9FLQAm/3o30ue9GaAE3ml3n3ozRmgA3+1G/2 ozRkUDF30bvf9KTPvSZHvQIXdz/9al3+4puR15pc/WgA3e/6Ub6MijPHegBd/wDnFG76UmaOKAF3 /wCcUb6bxRgdxQA/f9KN/wBPypnHvRQA7eM9RS7vpTM96X8KAHb/AKUbx6imZpc0AP3D2zRvHtUe f84pf5fSgB+8dOKN49vypg/zxQMY5/lQA7ePal3/AEpnH+RRkUAP3/Sl3j0FR8UUDH7/AKUu/sMV HS9+lAh+/wBxRu75FM+lHFAD930o3fSm/hR+VADt3qBRupv5Uv1xQAu6l3ZFNpOP8mgB+fypCaT8 KXj0H50AGaMij8vzpc/SgBNwpc0d6X24oAMmkz6EUYFGR6CgAzS5pOPSl+goAM8f/Xo5PSgfSjPt QAZNKWPWk3e1Lu9qAFyaMmk3H0oyaAG4oIFJ8v8Ak0Hb/k0AGBRSYH+TS4H+TQAHBNJgUYHr+tLg Y7fnQAmB6UEDrRge350YGev60AH50ZHpSYHrx9aMD1/WgA4o4zRxj/69Jx7fnQAv4UYFJge350YH +TQAv4UYox/nNJjvmgBaMDHWjHvSDr1/WgBcDsaNvvSYHXNHHqPzoANo7GjAowP8mjA/yaBi496M e9NwPb86MfT86BDvxpKTA9vzox9PzoAdmk5pPy/Ok/L86AF5z1FHPakwfUfnRg+o/OgBefaghs9q TafUfnRg+ox9aADB9qMEd6TH+c0Y/wA5oAXml5puDRg0ALj2opMGlx/nNABzmikx/nNGKAFpKKKA Eopfyo/AfnQMTPNGaXHsPzpMf5zQIPpRmj8qOf8AJoGGfb9aP89aPwpaBCf560YH+TS/UfrSfQfr QAYFGBR+H60v4UDEwP8AJo4/yaPwo/CgA49P1owvv+dH4UfhQAvy570mBRn2oyMdKBBgen60YHp+ tL+FH4CgBMD0NGAaX8KKAEwP8mijn0o57CgAwPSjA/yaOaOf8mgAxRj/ADmjmjmgAx/nNGD/AJNJ ijBoANpx/wDXo2n/ACaOaMH1oAMf5zRj/OaMH2o59qADafajFHNGTigAxz0ox7UZNHNABg+lGD6U ZNGTQMMGjH1oyfWl596BCFTRg0c0UAGKMd6OfSjtQMMUY4pMGl/OgQYopKPzoAWjmk/CigBfqKSl pM0ALxRQDRmgAxR+FFGfc0AGPal/A0nFHHvQAcehowPSjj3o4xQMPwNH4Gjil4oEH/ATSfgaPwoo GL+FGPakxR/nrQIX8P1pPw/WjvRx6/rQAv4Un4H86P8APWj/AD1oGL+FH4UnH+TRx/k0CF/Cj8KP 89aD/nmgYc+lL+H602j/AD1oEO98frSc+h/OjHvSYoAXmik/z1oxQMX/AD1opMD/ACaMD/JoAWj/ AD1pNtGPagQv4D86Py/Ok/Cj8KAF59B+dHbt+dJ+FHPpQAuM+n50Y+n50n5Uc0ALj6fnR+I/OkOa TJoAd+X50v4im5ozQA78vzox7j86ZkZpc0ALj3H50YPqPzpuaXdQAuOe350Y+lNyaMnFAx2PcUbf cUmaTNAh233FG33FNzR/nrQA/b9KMH2pmaOaAH4Oe1G36Uz8qWgBdpx2pdp9qZS0AO2n1FG003P0 pfxoGLtNG2k/KigQu00mPek/Kj8qAF20Y9KTH0owaAFwaMGjHFGDQAYNG2lwfajafagBuKMU7afa kwfQUAJzS/hRg+lLhvSgBO/SjHNLg+lGD6UAFHNGG9P1owfSgA/Cj8KMN6UfN6UAFH1NADelLg0A Jj3opcNR82f/AK9AxKMD2o+b3pfm9KBCYFLmj5vejDD1oAKPypPmpfnoATB9qMGl+ej56AEwfUUY PrTvnoy1ADfbIox7infP1pPm60DDHuKMe4pfmNJ81Agx7ijB7kUAN60vzetACfiKX8aTn1pefU0A Jj3oxx1pRn1NHPrQAn40n407n+9Rz60AJgZ60YH96l59aPxoATA/vUYH94U78f0pPxoGGB6ijA9R S/j+lH/Aj+VAhMD+8KMD+9S/jR/wL9KAEwP71GMfxCnfj+lJj/a/SgAwPUUgx/eFL+NH4/pQAcD+ IflRx/eFGPejHvQAcY6il49RSY96XHvQAZ96M0Y460Y9/wBKADn1/SjPuKPxoxx1oAM80ufcUf56 Udv/AK1ABnnqKXNJzS4xQAbvpS5/zik/GjFAC7/84pd3uPypv1P6UdutADtx9qXJ9vypv40nNADt x9qXcaZz60v40ALuPoKN7UnPWjnFAC72HpR5jelHOetJ81ADt7Z6Cl8w45ApvzYowcUANyPSjIHY UZ+n50mfp+dAC5HoKMj2o79qOPagBMr6UZFHHtR+A/OgYcelJkelO49B+dJkf5NAhMj0oyvpS5/z mjcPSgBMj+7R8vpRuHpRuHpQAfL6UnHoaXd7Ubxnp+tAAcelHyj1oLDrgfnRuHcfrQAny+9HHvS7 h6frSbh6frQAce9GFHY0bh6D86TcPQfnQAvy+9J8vvRkeg/OjIPb9aADj3o+X3oyMdB+dGV9OfrQ AYHvxR8ue9GV9P1oyP7v60AHHvRx1yaMj0FG5f7v60AGR6mjIx1NGR6D86Mj+7+tAwJHqaOPU0mR /dH50ZH90UCF49TRkeppMj+6PzoyPQfnQAuR6mjI9TTcj+6Pzpcj+6KAF3D1NGfrSZHoKOD2H50A Ln1JoyPU0nHoPzpOPQfnQA7I96Mim8e350ce350DHZFG4e9Jge1JwfSgQ7cKMim8e1HHoKAHZHvR x703ij8KBjuPWjim/hScZ6UCHcUZApufajd7UALmik3e1GfbigBaOKTNJn2NADuPSj5fSkzRkZ70 ALx6UnFGfrRmgA/Cj8KM/Wjd9aADHtRgUm760bvY0DFxRtpN3saM/X86BBjijFG72NGfY0DDFLj3 o3exozz0NAhMfWjBxRu9qN3tQAuPU0mKN3tRu9v1oGGDRijf7Ub/AGoEHPc0c560bvYUbvb9aBhm jI9aN3t+tG4eg/OgQfiaPxoyPb86Nw9P1oAXPvRn3pNw9P1oyPT9aBi596M+9Jn2/WjPtQIXPfNG fem59v1pcj0/WgBd3vRu96bken60vHp+tAC596M+9Jx/k0fh+tAC7vejd7038KM+1AD8+9Jk9jTM +1Ln/OaBi596Mn1pM/5zRn2/WgQu/wB6Nx9aTd/nNGf85oAXeaNxpMijP+c0DF3H0o3H0pKOf8mg QuTRk0nP+TR/nrQAuT7UuW9f0pv+etHP+TQAvP8AkUfNSZP+TRk/5NAC5NGTSZP+TRk/5NAC5NGW pMn/ACaMnP8A9egBfmo+b2pOf8mjJ/yaAHfN7Uc03mjNADuc0Z+lN3GlyaAFyfajn2pN1Ge39aAF /KjP0pM89qM+woAM0Z5oz9KM/wCc0DCl/CkyaM0AL+VHHtSZozQIOKOKNx9qN3FAw4o4o3UbjQIO KOKN1G73oAOPSl4pNxoyaAF4x3pKMmjJx1oGLx70celJk+tGTmgQcUcUZ9z+VGfrQAd6KMn1oyc0 AFHNGTnrSZPrQAuKMGk59aMn1NAxeaXBpuTRzigQ7BowaTn3pKAHYNHOetJzSc+lAx2PejB9aQA+ lHPpQIXBowaTmjn0oAdzRzTcH0o59KAHYPtRg03nHSjn0/WgB2DRg0nPoPzo/wA9aAFxSY9hR26U Z56UAH/AaOf7tGeOn60dug/OgYc/3aXj0pPw/Wj8P1oEL+FGB6Uf8B/Wj/gNABgdMUYHoaM+1Gfa gAwPSjA/u0fhSfgKAFwOmKTA9KX8P1oz7frQAnH92l4z90/nQfp+tNz7UAOwPQ/nRxnpTc+o/WjI 9P1oGOwP7tGBn7tJn2oz7frQIXA9D+dHHofzpM+1GfagBePT9aMD0NNz7UufagBePQ0cY6UlGfag Y7j0pPw/Wk/Cj8KBDuPT9aOP8mm9+lH4UAO4z/8AXpcD1/WmfhS/gKBjse/60mBSfgKM+woELijA puTjoKXPHQUDFxRwKT8qM/SgQtLTc/Sj8BQA7I9TRx7038KMj0oGP49TRxTc0Z9v0oAdx70YFNz/ AJxRn/OKBDuPWjjHWm5P+RRmgB3Hr+lHHvSZo4zQAv50cUmRRxQAvFHFJxRx2oAd+NFN/A0ZHpQA 7mjB9TTcj0o3CgB2D6mjBpMj0oyPSgBcGlwe9N49KTIP/wCugB+Gowabx/k0cf5NAD+fX9KMN60z 5aXIx/8AXoAd82KMNTc+360Z9v1oAd81G003Ipd3b+tAC4P+RRScD/8AXRx/k0ALyO/6UvNN/D9a X8P1oAb8voaX5euDTcH3o2n3oAX5fQ0fLRtPvSbT70AL8vv+dJ8vvRg9eaMH1NAB8vpRke9HPrRj 35+lACZHvS8UY96PxP5UAJke9GRS/j+lGP8Aa/SgBMj3oyPU/lR+P6UYPr+lABkepoyM9TRz6/pR +P6UAGeKOM9aMe/6UevPH0oAPxo/Gj/PSj8f0oAKM0n+elHv/SgYtHPpTaOPSgQ7n0pOfQ0mfb9K OPSgBTn0NHPoaMj0oyPQ/lQAnP8AdNL8392jP1oz9aADnH3TR8392jd7Ubh6UAHzeho+b0NJnmig BefSjn+7SfhR+FAC4P8AdNJz6UfhSfh+lAC4J7GjB9KT8KPwoGLhvejDelJ+FL+BoEGD6UmCO1H/ AAGjB9KADB/u0YPpRg+lGD6GgA/CjB9KMH0owfSgAwfQ0YPoaXn0o56YoATafQ0YPoaXB/yKNpoG Jj2ox7HFG0/5FGD/AJFAgpcUmD7UmD7flQAuKPzpMH/Io2/5xQMMfWijBo2mgQv50n50bTRtPvQA v50fieaTBoxQAv50Z+tJg+tGDQAufY0Z9jSYNGDigBc+xpM+xpMGjBoAXJ9DRu9jRz6UfhQAbvY0 Z9jSc0c0DFzx0NLk+hpvP+TR/nrQIX8DRn2NNx7frRg+lAx2eehoz7Gm49v1pcH+7QIXd7GjPsaT /gNJj/ZoAdn2NGT6Gk/4D+tJj/ZoAd+Bo59DSf8AAf1ox7frQMXJ9DRn2pvPpS/hQAufakz7Gjn0 o7fdoEH4Gjn0NH/AaP8AgNABk+ho596T8KPwoAXn3owaPwooGGD70YNFGPagQuDR83vTaKQDvmow 2KbxS5FMBfm/yKOfSm8UcUAO59D+VHPXBpOPWj8aBi4PoaTn0NHFHHvQAvPpRz6UmRRuoELzj/61 Jz6UbvrRmgBaT8P0oz9fzoz9aAD8DR+FGfrRn60DD8KMc9DRn6/nRn6/nQAfgaPwNGT6n86Mn3/O gQuPY0Y9jSZPqfzoyfU/nQAY9jRj2NGT7/nRk+/50DF/A0Z/2aTJ9/zpMn3/ADoEOz/smj/gJ/Ok yfU/nRk+p/OgAOPQ0fgaMn1P50ZPv+dAB+Bo/CjJ96Mn3oAO3Sj8KXJpN31oAPwo/D9aM/WjP1oG HTtRz6UZPqaMnHU0CDn0/Wjn0o596OfegYfgaOfSjn3oz9aBC8+lJz6UZPqaPxNAC8+lHPpRn3pM +9AC8+lHPoKTNLQAZPpRk/3RRRmgYZPoKMn0pM0uRigQZPpR+Ao49aOKADPsKM+wozRx60AGePui jd/sij8aOPWgAz/sijd7Cjj14o/GgA3ewoz7Ck/Gj/gRoGLn/ZFBP+zSY/2qMf7VAhc+woz7Ckx/ tUcepoAMj0FL+Ao7feNJn/aNAC5+lGfYUmeOtHPqaBi59hRn2pOfU0YOOpoELn2oz7UmD6mlx7mg YZFGaO3U0fiaADNGfaj8aPxoELn2pPwowfU0c560ALRSc+po5/vGgA/Cl5pOfU0c+poAXn0o59KO fU0c+poAPwpfwpPm9TRz6mgAx6Cj8KXn1NHOOpoGGPY0Eexo56ZNHPvQIO3Sj8KTn3oOff8AOgYu fY0Z9qTn3o596AFz7UfgaTn3pcH3/OgQfhS/hTcfWl/A/nQAv4UfhSc+/wCdGTQAv4UfhSc0c0AL 36UdP/1U386Xn3oAdmkzSc+ho596AFz/AJxRk0gz3o5oAXNGfekpeaADNGeOopOaMHNAC5NGfp+V JiigBc0bqTv0ooAXcfal3nNJ+FFABuP+RS7vWijFABken6UZ+n5UUUAGfYflS5Pt+VJ+NGaAFycd vyoye+PypM0uaADd7fpSlvb9KbmlzzxQAu72/SjcfT9KTP1oz9aAFyfT9KPwpM+xpc+xoATn0o/C lz7frRkDt+tAAOvSl/D9KTPsaXPtQAf8Bo+o/SjP+yaPwoATn3pDnPelyffmkz9aADn3o59TSE+5 o3e9ACjPrRyO9Jn60Z9zQA7HvSc0mR6mk49TQMd+FJz/AJNBx70nHvQAvPpRScY70ce9AhcHFGKT I96Mj3oAWko4pMigBc/5xR+BpOKOKBhk0Z56GjvRQAZo3e1FFAgyfQ0ZPofypM0vegBcn0NGT6Um aOKAF3H0/Sk3HPT9KTj6UcUALuPpRuPpSYHpRxQMXcfSk3H0P5UYFGB6GgQbj6fpRk9MfpSYHoaM exoAXJ9KMn0/Skx7GgD2NAC/56Uc+h/Kk/Cj8DQAvPofyoyfSk59DRz6GgBefQ0nPoaMGjB96Bi8 /wB00ZPoaTn3o5oAX5vQ0fN6Gk596Tn3oEO59DR83pSc0nNADufQ0c+hpB+NH50AHPoaMn0NH50Y oAM+xo/Ck/Oj8aAFz7Uf8BpKKAF/4DSc+lA/zxRQAvPpSfgaMe1LQAmfajJzRn6Uv5UDEyfSkyfT 9Kd+VH5UCE59KTn0p3vxR+VADefelz9aX8qAR7UAJRS5HtRx6CgBKO9Lx6LRx6CgBtFP49BScego Ab2op3HoKOPQfnQA2j/PSncego49B+dADf8APSincegoz6KKAG/n+VH507n0H50ZP90fnQA386XH 1pcn0H50Z/2R+dAxPzopfwFH4D86BCUtH4D86Of7o/OgAx/nNJ+H60vP90Uc/wB0fnQAn4frRn2/ Wl5/uijnP3RQAn4UfhRz/dFL+AoATj0o49KX8BRz6UAJ+FJx6frS49hR+H60DDj0/WjI9P1o59KP woAOPT9aOPT9aOfSj8KADj0/Wjj0/Wj8KX8KBCcelJx6frS/hR+FACZH+TRx/k0v4CigYnH+TRxj p+tL26UY9qBCcen60cUuPYUY9qADj/JpOPQ0Y9hR+FAw+X3peKTHtRj2FAg+X1NHy+9AHtS4/wBk UAHy+9Hy+9H/AAGjj0oAPl96Mr70celH4UAHy+9Jx70uB6CjHsKBgNvvRx70Y9hR+AoEJx7/AJUv HvR+FH4CgYZGf4vyoyP9r8qPyo/AUCF49T+VJge/5UZHtRx6CgYY+tHHvS8ego49BQITj/aowP8A apfwFH4CgBOP9qjj3pePQUZHoKBicf7VHHvS8ego/KgQnGO9HHvS/gKO3QUDE496OPel79qOPagQ nHoaOPel49qOPagYmfY0ZHoaXA9vzo4z0FAhOPQ0fL70ceg/Ol49BQMT5fejj3pePQUcegoATijI pePSjj0oATij5aX5fSjA9BQIT5aOKOPQUvHpQAny+lGV9KXj0o/KgBMr6UuVo/AUn4CgBcqO1GV9 KT8BR+FAC/L6UfL6UlFAxfl9KPl9P1pKKAF49KOMdP1pKOP8mgQuV9DRkelISKTIx0oGLx/dNLke hpM8UZFAhePQ0ce9JmjP0oAXj3o/Oj8qPxFABx6Gj8DRn3oz9KBhx6Gj/gJozRmgQvboaPwNNzS5 oAXn0NH4GkzRmgBfwNGfrSZoyKAF/Ol/Om5FLkUDD86Mf71GR/k0nFAh2PrRj60mR7/nRxnvQAuP c0Y9zTcr7/nRke9ADse5ox7mkyKOKAFwPU/lRj/aNJkUcZoAXA9TS4H940zj3o/OgB340uPemcD1 o/OgB1LxmmfnRQA/Ao49aZRQMfx/epePX9Kj/Ol/OgQ/j1/Sjj1pv50Z9zQA7/PSj8aZ+NFAEn+e lH41Hz60UASflScetNooAd+Io79R+VNooAfz7flSfiKb2ooAdnnqPypPxo/GjFAC596OPUUlH4UD F69xR+Ioo59BQIOPUUd+o/Kjn0FHPsaADt1H5Ud+tHPoKOfQUAHHr+lLkev6Un4Uv5UAL+I/Kj8f 0pKPwoAWik/AUfgKAF/Gk49aO3QUf8BFADe1Bx6GlyvqaMr70AN49DRx6U7K/wC1RlfVqBjePU/l S8e9L8vq1Hy/7VAhOPejj3pfl/2qOPegBOPejj3peP8Aa/KjjH8X5UAN49DRx70vB/vflRx6N+VA CZHv+dJ+dO49D+VH4N+VADc+xpc+x/Ol/A/lR9A35UDEz7GjPt+tGf8AZP5UufZvyoEJn2/WjPt+ tGT6N+VB+jflQAZ5+7Ru/wBmjp2P5UZPofyoAM+1Jn2pefQ/lRz6H8qAEz7frRn2o59D+VHPofyo GJu9qXPt/Ojn0P5UfgfyoEJu9qM+360vPXB/Kk/A0AKCPT9aTPt+tGPY/lRjvg0DFyPT+dJu9v1p cf7J/Kk/A/lQIM+1Gfaj8DR/wE0DDPsKM+wo59DQc+hoAXP+yKTJ9BR26Gj8DQIXPtRn2FJ+Bo/A 0DFz7Cj8KTHsaOPQ0CDj0FH4UfnR+BoAM+wpOPSj86OPQ0AGR6UZHpS8eho49DQAbv8AOaM/5zSc elLx6UAG72/WjNHy+hoyuehoAMj/ACaM9/60cf3TR8v92gA/D9aO3/16OPQ0cehoAPwNHHp+tJx/ dpePSgA/Cjj0o49DScehoGHHpRxRx6UYHoaBCcelHHp+tLgehowPegYcf5NHHpRge9GB70CE+X0P 50vHp+tGB6GlwPegBvHp+tHHp+tLgehpcD3oAbx/k0cdP607A96TAoGJxjpRxS4HvS4HvQAnHpSY HpTsfWjA96BDcL6frRhfSlwPejAx3oAPl9KT5fSlxz3ox9aAE49KOKUD60YPvQAnHpR8vpS4+tGP r+VACfLnpR8vp+tL+B/KjHsfyoGHy+n60nHp+tGD7/lRj60ALx6frQMf5NGOO/5UY+v5UCE4pePS jFGP84oGGR6UZHpRigigQZHpSEj0oxRQMMj0oyPSjFGO1ABkZ6UZHoKMUUAGR6UcelHPoaOaADI/ u/rRx6UdqKBCcelHHtS9qMfWgA4x0FHHoKTn3pcfWgYcUcegpMD3pcCgQcUcUYFHHvQAcUUYFGBQ AUcUce9FABkUZFHFGRQMOPSj8KOPek/OgAx7Uv4Un50fnQAfhS8Un50v50AGKKPwNFAg49KPwo5o waQw/CjPNGDRzTAKWk5o5oAWkz7Uc0ZNAhfwpM+1GTRz7UAGfajPtRk0ZIoAOfSjJ9BRk0ZNACZP oKXPtRk+tG4+tABn2ozRk0ZzSAMijNH+elGaYwzRmjPvRn/OKBBR+NGfp+VH5UAH4ij8RRRn1oGH 4ij8RRxR+P6UAH4ijH+1Rnj/AOtRxQAceoo49aMj/IoyPWgAx7ijA9RRkUce9AgwPUUYHqKOKOO+ aBhj3FGPcUce9H50CFx7ijb9KT86PzoGG33FLj3FJx70UCFA9xRt9xRjjvRtoANv0o2+4/OjHFGP rQAbPp+dGz6UmDS4NAC7fpRt47Um00bT3z+dAC4+n50bfp+dJtPpRtPvQA7HHb86Tb9PzpNp9KNp 9KAFx9Pzo2+w/Ok2n0pcH0/WgAx9Pzox7CjafT9aNp9P1oAMew/Ol2+w/Om7Tjp+tLtPp+tABj2F Lj2FJtP+TRt+n50AL2pNoo2/T86Nv0/OgYu0UbRjpSbfXH50bfpQIXAowKTb7il2j1H50AG1aXC0 3aPUfnRtHr+tADsD2pMD0pNvuPzo2+4oAdhaCAabtH94fnS7R/eFAC4HrRgUm0eoo2j+9QAu0etG F9aTC+v60bV/vCgBcL60YX1/SjaP7wowP7woATA9f0pcD1o2j+9RtGPvUAGB60YHrRgetBUf3qAD A9aMD1owPWjA/vUAG0f3qMD+9RgY60f8C/SgBcD1NG0etJgetH40AG0etLtHrR+P6UY96AEwKXA9 aMe9GPegAx70u0dM0mPejHvQAbRjrRt96Me9Lj3/AEoANo9aMD1pNvvS7eaADbRikxzS4+tAw2+/ 60Y9xRj2oxQINvuKXHuKTFLigA2/SjaPajFGOaAF2/T86MUm2jaKAFwPb86XH+c03aKXA7UAN2+w o2j0FJ/npSf56UAO2j0FJtH90Un4j8qMc/8A1qAF2/7Io2/7IpMe4/KjH0/KgA2kdhRt/wBkUY9/ 0o/GgA2/7Ipdv+zSY+n5UflQMXbx939aNv8AsikwB3FGB7UCDH+zRj/ZpMDsaMD2oAXB/u0YPpSY +lGKAF5/u0nPpS4HtRj3oATHtR+ApdvvRt96AE/CjFLigrQAnFGBS7aTZQAY9KAPejbRtoAMD1ow MdaNpo2n/JoAMD1owPU0bT6frRt9qBh+Jo49aNvtRt/zmgQceppeO5NN2/5zRj/OaBi8etHHqfyp MfT86MfSgQvHrRx/e/Skx9KMfSgBePWjj+9SbfpRj3FAC8f3jRx/epMfSjHuKBi8etHy+tJg+1GD 7UCF+X1o+X1pMH2pMH2oAdgZ6mk4x1NJg+gowfagB2B6mjA9TTMH2oxQA7A9TS4HqaZj6UYoAdgY 70YHqabijAoGO496Pl96bR/nrQIdx70ZHvTeKMUDFyPQ0ce9JRQIdx70nHvSYo4PrQAvGe/50ce9 JgepowPWgA+X3peO2aTb7mjb9aADj3o496MfX86Pz/OgYvA9aTj1P50fn+dGPr+dAgyPel/Okx9f zox/nNAACKXIpuB7/nRj6/nQAuR60uR60mPr+dGP85oGLkUmRRj/ADmjH+c0ALnnvRke9J/nrR+P 60CDIo4o/H9aT8f1oGL8tHy+tH4/rRj/ADmgQfL6mj5aMe5/OjHufzoAOKOKMcf/AF6KADijj3ox /nNGP85oGHHvRx70Y/zmjH+c0CFwPejA96bj/OaXH+c0DFwKTaPWjb9aNv1oELgUbRSbfr+dG360 AG0Uu0Um0eppcD1NABtGOpo2ijHuaMe5oANoo2ijA96MD3oANopNq+poIHvRge9AC7V9TRtHqaTA 96MD3oAXavqaTavvRge9G0Y70DFwPWjA9TSbR70YHvQIdge9JgY70mAO9GBSAMD1NLgetJtFGB60 xhgetGB60YGOpox70AGBS4HrSY96MUAHFHHrRj3NGB/kUCDj1o4NL+P6UnHr+lABxRxRx70cUDDi j5aOKOKBBxRxQcZowKADijjrRgYo49aBhxRx6UYHrRx60CD8KO9FFIYUUUcUxBR2oo4oATFLj3o4 o4oGGKMUUfWgQAUbaXj1o/GgBNoowPej/PWjj1oGG360mPrS4HrRgetABt+tG360YHrRgetAg2+5 ox9aTHvRgetAC4ox/nNNx70oA9aAFx65ox9aMD1owPWgAx9aMUcetJx60ALto20nFHHNAxce9GDS YFHHrQIXBowaTAo49aAFwaMH/JowPWk49aBjsH/Jowf8mkwPWkwPWkIXH+c0YNGB60YHrTGGD/k0 YNHHrRgY60CAg0YPtRgetHHr+lABg0uDSfiaXj1/SgAwaMH0o49aX8aAEwfSk2n0pf8AgVL/AMCN ADdpo2nNLxj7xo/E0DDbzRto/Gj8T+dABtGelG2kwfU0uD6mgQbaAKOf7xo5/vGgAxRgUvPqaMj1 P50AGBRgUfifzo9sn86ADC0YHpR+J/Oj8f1oAMD0owMdKPxpfxNACYFHFL+P60n4/rQAcUYFHPrS 8+tACYHvRj2o59aPxoAMD0owPSl59f1oz7/rQAny+lHFGff9aPx/WgA4o4oz7/rRn3oGLgcUn4Uv 40fjQIT8KPwpf+BGj/gRoATj0o9sUo+tHTvQAn4Uv4UZHrRx60AJ+FH4UvFHXvQAn4Uv4UfjRget ACfhS/hR+NH40DDml5pPxpfxNAg57ij8P0o/Gj8TQAfhRznpR+NGfegAopeccUc0AJR2pcGjnNAC fjS596OaUZoATPqaOKOfal5oAOKOKOf8mjJ9P1oATJ9aOfWkyfU/nRk+poAXn1o59aTJ9TRuPqaA Fye5oyaTd7mkDH1NAxcn1oyaTJ9TRk+9AhctRuNJn3NGT6mgBd1G6kz7mjJz96gBcmjdSZ96Mn+8 aAFycUbvpSZPqaM+5oAdu+lJuPpTc+5o59TQA7d7UbuKbn3NGT70AOz9KXIz2qPJ96M+5oAfuHtR uHtUeeetLn3NAx+4e1G5fWmfjR+NAh+5fUUu4e1R+2aT8TQMkyPUUZHqKZx6mj8TQIfkeooyPUUz 8TRz60AOyvtRlfUU3mk/E0APyvqKPl9RTc+9H40AO+X1FL8vqKZk0nPrQMf8ueoo+X2pnNHNAh/y +opfl9RUfPvRz70DJPl9RSfL6imfjRk+tAh/y+oo+X1FM59aOfWgB/y+oo+X1FM7feo/GgB3y+op cL6imf8AAqPxoGPwPUUm0eopv40v40CFwPUUYHtTcn1o/GgBxx6ijj2pufejJ9aAHfLnrR8vrTc0 ZPrQA7j1FJx6im5PqKMmgY7I9qOPUUm4+tG446/rQIdx6ikyPakyfWjJ9aAFyKMjNJk+tG4+tAxf xFJn3FG4+tG49c0ALn3FJn6Ubj60ZOaAFz7ijJ9qTmjmgQufpRu+lJzRz6UALn6Umfp+VHPoaXn0 NAAT9KM/Sjn0NJz6UDFz6/ypM0fN6UfNQIXIoyKTB9/zowfegBcj2o/Kkw3vRhvT9aAF4z1FH5Um Gow3pQAvHtS03B9DRg+9ADsj2oz9Kbg+9Jg+hoAfn6UcegpmD6UYPpQA7j2o49qbg4pcGgYuR7UZ HtTdp9KMGgB2fYUflTcGjBoEO/AUflTcGjnPSgYvHtRge1JzRg0ALxigY/yKTmjn3oAd+VJ+VJz7 /nRz3oEL+VH5Uc+/50fnQAfiPyo/EUfnR+BpAJk/5FGfp+VGfY0vGe9MYmfp+VGfpS/nSce9ABmj P5UfnR+dAg/Gl/Gkx9aOPegYZ560c+v6UY+tLge9ACc56/pRz60uB6GjHsaADFH4/pRj60YHoaBC fjS/jSYHoaXHsaBh3o4ox9aNo9KAD8aOKMD3owPQ0AHajijA96MD0NAg49aKMexox9aADijijHsa THsaBi8Y7UYHtSY+tLj2NABgUYHtRj2NGPY0CDA9qMCjHsaMexoAMCjAox7Gj86ADAowKMexowcd DQMMCjA9qOfejn0oAMCjj/Jo5o59DQIOP8mjjNLz6Gjn0NAxMe9JinYPvRz70ANo6U7n3pOfQ0CE paX5qOfegBtHNOwfSk5oATnNL+FHNHNAwzSZNLzRzQAZ9jRn2NLzRg0CEz7GjJ9DS4NGD/k0DEz7 Un4UuKXFAhuaWjH+c0baADNGaNtGKBhkUZFG36Uu3mgQmaOKNtG2gBeKPwpMc0Y9hQAvHpRx7UmK MfSgYuRml4pMDHb86OP8mgQce1HHtRgUvH+TQAfLScetLx/k0YH+TQAmBijA9RS4Hp+tGB6frQAn FGB6ilwv90/nRx6frQAmB6ijHuKXA9KOPT9aAEwPUUuB60d+n60fh+tABgY60YFGOOn60fh+tABg etGKPw/Wj8P1oGG2jBozz0/Wlz7frQITafWl2n3pM+360Z9j+dAxcUmPrRn2P50Z+v50CDB96MUZ H+TRnn/69ABg+9Lg+9Jn6/nRn/OaAFwfejB96M/Wkz/nNAx2D6Gjn0NJn/OaM/5zQIXn0NHPoabn /OaM/wCc0AO59KOfQ0maN3+c0DHc/wB00mD6GkzRzj/69AhefQ0c/wB00mef/r0Z+n50ALz/AHTS 8/3abn3pc+9ABz6Uc46UmeaM+9AC8+lHP92jNHHrQAvPpRk+lJ70mff9aAHZ/wBmjPtSZ5/+vRn3 P50DFBPpS8+lN/H9aX8f1oELn2o+opMf5zRj3P50ALn2oz7UmKXHv+tABmjPajHv+tGD/k0AMwaO fWjn1ox/tUAHPtSc/wCTS49xRg+ooGFJzS49xRg+ooATJo59qXB9RSgH1FAhuT1oyQKXB9RRg+oo ATJoyaXBz2o59RQMTJpMmn/iKT8RQITJoyaXHuPzowfUfnQAmT6ijJ9RS4PqKMH2oATJ9aMn2owf al59qAEyfajNGD7UYPt+dABn6UfjRg47fnRg+350AFHNH5fnRz7UDD8qO/UUc+g/Oj8B+dAg59RR +VH4D86PwH50AH5UY9xRk+g/OjJ9vzoAMc9RRz6ijJ/yaTPsKAD8RR+NGT/k0ZoAPxpPxpcn1H50 uTQMb+NH407JoyaBCfjR+NLzSZagBPxpfxpMmlzQAn40ZGetLSc0AGfcUfjR+VH5UDD/AIEPyo/E flRn6UflQIM+/wClGT6ij8RS/iKBiZPqKT8R+VO/Kj8aBDefUflR+I/KnfiKPxFADfxo59RS/iKP xFAxPxFH/AqX8RRj3oEJ+IpfxFGPejHPWgAx7ijHuKMD1owPWgYfiKMe4owPUUbR60AGOe1Jilx7 0cetAhNv0ox70cetLx60DEwfUUuDjrRgeoowPWgQmDRhqXHPX9aPx/WgYmD60YPrS49/1ox70AJz RzTsf5zSY9/1oEJg0Y96XHv+tGP85oGJRzS4+n50uPf9aBDefWl5ox7/AK0uPf8AWgBvPrRzTse9 GOKQxvNHNLj/ADmjFMBOaOaXH0/Oj8vzoEJk+1Jz7U7/AD1o/wA9aAG80v5Uce350cUDD8vyo5o4 o4oAKPxoAH+TRj/OaBB+NHHtRj/OaOP8mgAo49qOP8mjApAHHqKOPajA/wAmjA/yaYxOKXj2pMD/ ACaXjP8A9egA/EUYHrScf5NLxQIOPWkpeKTigYUtJRx3oAXFJRxRQIWk/Cjj0o49KBi5NHP+TRRi gQf560Z/zmjH1oxQAc/5NHNGPrS4NAxOf8mjJ/yaMGl2mkITn/Jo5/yaXbSY+tMAyf8AJoyff86X BowaAEyff86Xn3/Olwf8ikwaADJz3/OjJ9/zowc0YNAwBPr+tGT/AJNGD6UYPpQIMn/Joyf8mjBz RhvSgA59f1o59f1pMH0o+b0oAXPvRk+tJz6GjB/umgBcn1oyf7xpOfQ0YPoaAF/Gjn+9SYPpRg+l AC8/3qP+BUmD6GjB9KBi/iaPxNJz6UnP92gQ78TR+JpOfSk59DQA/wDE0ceppv8AwGj8DQMdj/ao wPWm8+lHfpQA78aTH+1Sf8Bo/A0CHY9/0pP+BU3v0NL+FAxfxo/H9KSigQv4/pR+NJ+dH50AL/wI 0dP4j+VH50mPc0DF/H9KM+/6UmB70uPc0AH4/pS/jSY9zRj3NIQvHr+lJx60Y9zRj3NMA/Gl49aT HuaMe5oAX8aT8aNvuaXHvQAn4/pS+2aMcdTRj3oATn1o/Gnfj+lJx6n8qADJ9aMn1ox7mlx7mgBO c0lLj3NGPrQMT8aPxpce5ox7mgQn4mj86XHuaPxNACfiaPxNL+Jo/OgAx70n/AqXt3o/OgYc+tH4 0Y9z+VGPc0CD8aPbJox9fyox9fyoGH4n86M+5/OjHufyox9fyoAMn1NHPqaMfX8qMfX8qBBz6mjn 1NL+BpOfQ0DDn1NGT/eNH50uPrQITn+8aMn+8aMH3/Klwff8qAG5460ZPrS8+9HPvQMM0mff9KXm jt3oEGff9KM+/wClFFAC7vf9KC3v+lFH50AG73H5UZ9x+VFH50ALn3H5UbvcflR+NJxigBd3Hb8q Nw9vypMe1GKBi5Hr+lGRjr+lJijFADsj1/SjI9R+VNxRigQ7I9vyoBHqPypuB7/nS4oAXK+o/KjK +1JgUYHtQAuV9qMr7UmBSYHtQMdlfajK+gpMD2ooEOyvoKMjrgU3ijFADsj0oytN4peKAHZWjK03 Ao4oAXIzS5WkwKMcUALlfSjI9/zpKOPegBPm9KMN6UnzetJ83rQMdz6UfN6U3mlyaBBzn7tLz6Un NJz6/pQA7n0pMH0pOaTn/IoAdj2o/Cm5Pr+lH4/pQMd+FFN59aOemf0oAfR+VR5NLk0CHUflTeaO c9aAHUtMyaXJ9aAFopueOtLk9c0AKevJopuT60Z560AO60n+elJk0c+tAC/56UnH+RSUc0ALxjoP yo/D9KTJoyfWgYcf5FLx7flSc+tGfegQvHt+VHHt+VJR+NAC8e1HH+RSY96TFAxePb8qM/T8qKKA Dj/Io/L8qMUYoAX8P0pOPT9KMc0YoEHHp+lHHp+lFFAB+A/Kjj0H5UlL2oAOPQflRwew/KijFAw/ AflR+A/KjGKMUAGfYflRn2H5UYpMf5xQIX8BS/gPypMe/wClGPcflQAfgPyoz9Pyox7/AKUY9/0o AMn2/KjP0/KjHv8ApRj/ADigAz9PyozRjjr+lH4/pQAf56Un+elLj3/Sj8f0oGGeKSl/H9KP+Bfp QAn+elH5flS/j+lH4/pQAn+elLn/ADil/H9KOPX9KBDc0cen6U78f0pPx/SgBOKOPT9KX8f0o/H9 KBif56UZGf8A61L/AMC/Sj8T+VACcf5FHGP/AK1L+P6UnGfvfpQIOP8AIoyKPxP5UvHqfyoGJ1o4 o/E0cepoEFHFH4n8qOPU0AHFHFFHHrQAcUYFJ+Jo4z1oAdxSUnHr+lHFAx3H+RRxTf8APSigQ7ij j/IptHHrQMdgf5FGBTfaigB2BRgf5FNo/wA9KBDse/6UY9/0pv8AnpRigBfx/SlH1puPejFAxfxo 5ooxQAUUfjR+NAgxRijvR+NABgUYHrR+NGPegBMe9GPelo/GgYYowKPxo/GgQUUv4/pR+NACcUlO wfWj8TQMb2opT9TR36mgQmKKX86M/WgYlHSlz9aM+5oEJR+dL+dH50DE/Oj8DS5ozz1oATj0NHHp S59TS7h6mgBv4UUufc0ZHqfyoATijFLkepo3D1P5UCE4o/Cl3D1NG4ep/KgA/Cj8KNw9aMj1P5UA H4UfhRkep/KjI9TQAfhR+H6UZHqfyoz7mgAx7fpR+FJn3/SjPuaBi/gPyo59KT8TR+JoAdz6Uc+n 6U38aXd70CDn0o59KM+/6UZ9zSGAz6Uf8Boz7mjPvTEHPpR+FGfc0Z9zQMOfSj8BSfjR17mgBefQ Uc+lH4mj8TQAc+lHP92j8aT8aBC8+lGPak/Gj8aBi8elH/AaTtS0AHHpRj2pKWgQmPajHtR+dFAB jmlx7UUUDD8KPwNHFLx6UCE/A0Y9jS5Hp19qMigBMUuPajIoyKADHtRRkUce1ABSYpePaj8B+VAx MGlxRn6flRn2H5UCEwaXFLn2FGfYUDE/Gilz7D8qM+woATj/ACKP89KXP0o3Y7CgQlH+elLu9hRk +goAT/PSil3H0FG4+lAxOfaj8vypc+1GfYUgE/L8qXP0oz9KXP0piG5PtRn6flS59hRn2FACZPpR zS5PpSZPoKADv2oz7Uc+lGT6CgYZ9qXNJ+FHPoKBC5FGRSfgKOfSgBc0ufamZPoKX8BQMdu9qMj0 pv5UUAOyPSjI9P1ptH5UAOyPSjI64puT6CigB2fajI9Kbg+lHfpQIdke9GR6Gm/hRQA7K+lGR6Un 5UmeO1ADsj0oyM9KTj2/KjP0oAXI9KOMdKSjj/IoGO4o49KbxS8f5FAheKTIo49aOKBhkUuV9aOP ajA9qAEytLlfejAo4oEJlfejil49KXAoAT5fej5fejC0uFoAT5fU/lR8vrS4H4Uny+lAB8tHy+9H y+lLx6UAJkUce9Lgeho4x0/WgBOPU0vy0cen60cdcH86AG5Of/r0ZP8Ak0EfWkwPQ0DFyfT9aMn0 o2j/AGqMD0agQmT6Ubj6UuB6GjaP9qgYm4+hoyfelx7GkwPegAyfQ0ZPvRtHqaXA96AEyff8qMn0 NLge9GB/tUCEyfQ/lRz6Gl496MD3oATn0NGfrS8e9Jx6GgA/P8qT86Xj3o496Bh+f5Un50vHoaTj 0NABz70fnS4Hofzo496BCfnR+dHHv+dLx6GgYn50fnS8e9HHvQIT86Snceho49KAE/Gk/GncelGB 6UDG496P507A9KMCgQnaj8aXA96MDH/16AEx70Y96XA/yaTA9P1oGGB6/rRx6j86MD0owPT9aADH uPzox7/rRgelGPagAx7/AK0fiPzowPSjA9KBBz6j86MH1H50YHpRtHpQMPxH50c+o/OjA9KMCgA/ L86PxH50YFGBigA/EfnRj3H50YHpRgelABz6ijn1H50YHpRgelABj3owfUfnRgelGPagAwfUfnRg +tGB6UYHpQIMH1pcH1pMD0ox7UALz60c+tJjnpRj2oGHPrS8+tJj2pMe1Ah2D6mkwaTA/u0uPagY YNGDRj2o/CgAwfejn1ox7UUCF/Gk/GkowKBi8+tHPrSYooAXn1o/E0mPajj0oELj3NGPc0mPajA9 KAFx7mj8TTePSl49KBi/iaT86OMdDRx6GgQv50n50ceho49DQAtJx7/nRx6GjjuDQMPz/OjP+c0n HoaXj0oAKX8/zpOPek4oEOyP8mjI/wAmm8UcUALkf5NLkf5NN4oyPegB2R/k0mRScZ6UcY70AO4x /wDXo4/yaTI9KPwoGLx7/nSfgfzoz7UcelABx6H86OPQ/nRx6UcUAHHp+tH4UcUcelAB+H60cen6 0celFAgx7frRj2/WiigYY9v1ox7frRSUALj2/WjB9P1pO1FAh2P85owf8mm0UDHbf85o2n/Jpv40 fjQIdtPp+tGD/k033zR+NAx20/5NJtP+TRmj8TQIXaf8mjaaTj3pM8dTQMdg/wCTSYPpSfnR+JoE Lj2owfSk/Oj8TQAuD6Uc+lJx3zR+dAxcH0o/Ck496X86AF59KTB9KKT86BC49qPwpKWkMPwpfwpt FMB34UfhTaOfegQtLSfnRzQMMe1H4Uc0c0CF/wCAmk49DR+dHPp+lABx6UfhSc+lHNAxcexo7dDS c+lHPpQAv4UfhSY46UuPagA/Cjn0owfSjHtQIMe1GPajaaMHPSgYfhRj2owaTBpALx6Ucf5NJz6U v4UxB+H60cen60YpMfWgBePT9aPw/WjFJigYv4frRn2/WjFGKADj0/Wj8P1o/CjigQf560cY6frR gUYFIYfhRSYHpS4FMQUfhRgUce9ABmjNLhfek4oAM+1GaXijigBPwo/ClyKMigBPwNLmjI/yKNw/ yKADP1pM/WlyMf8A1qNw/wAigBM/WjJ9DS7h/kUZ/wA4oGJk+9HPoaXPt+lGf84oAT8DRz70uf8A OKM+36UAJ+Bo596XI9P0oz7fpQAn50fnS5/zijPt+lACfhR7Uv4fpR+H6UCD8KM0Z9v0o/D9KAEz S5/zmjn0H5Uc+goAM9v60Z/zmjnHT9KOf7v6UAGf85o4o59B+VHP939KQBR+f50c+n6Uc+n6UwCg Y/yaOfT9KPw/SgYuaTv/APXox7fpS49v0oAT8qOP8mlx7fpSY9qAD/PWil59KOfSgQlFHPpS/h+l ABn3NJS/hRn2oASjNL+Boz7GgYlLS5+tGfrQIbmjNOz7GjPPQ0DG5o/OnZ9jRn2P50CG0U7d/smj d7GgBtLS7vY0uT70DGfiaPzp+T2zSbj6GgQmT70mTT9x9DRuPoaAG5NHNOyf8mk3H0NADec96X65 p2T6Um4+hoAOfejn3pdx96XcaAG8n1peaXcfek3GgYnNHNO3UbvrQIZ/npRTsj0/SkyO4oAbxRT9 w9KNw9KAGYHrR+dP3D0o3D0oGMpfzpdw9DRuHoaBDcD3paXcPSjPtQAmBRS7h6Ubh6UDEo496XI9 P1pNw9KBCcZo4/yaXcKMj0oGJx70fLS7loyv+TQAYWk496XK0fL/AJNACce9GBS/LR8tAhMD3owP U0vy0fL7UAJx6mjjHel+X2/Ojj/JoGJx70cehpfl9vzo+X2/OgQ3I9KM+1Lx7fnRx6CgBM0Zpcj0 /Wjj0/WgBKKXj0H50Z9qAEoz7UcelHHtQAZ9qTNLkeg/OjP0oGJRS5+lGRntQAlHNLkUuaAG80c+ 9O/Dik/CgBOfejn3pcj0oz7UCE596MGlz7UZ9qAExRzS7vajdQAmKMUu72o3e1AxMGil3e1G4f3a BCYo/Gl3D0pNw9BQMPxpfxo3D0o3D0pAJxRgf5NO3D0FG4egpiG4H+TRgfh9aduHoKTI9KBhgev6 0YGev60uR6UnFABgev60mBS59qXNACcev60cev60fhS8elAhuB/k0vH+TS/hSfhQMTA/yaXj/Jo4 9BRn2FABx/k0mAP/ANdL+A/OjPsKBCf560v+etH4D86X8B+dAxv+etHFOz7D86M+w/OgBv8AnrRx /k078P1o/D9aAG8f5NLx/k0v4D86T8B+dAhOPeil/D9aX8P1oGN/Oj86X/PWjP0/OgQn+etGf85p fwooATP1ozS/h+tGP85oAM0lL/nrR+FAxP8APWj8P1p34UZ9qAG/hS/h+tLn2pOfSkAUcUfgPzop gJxRxS/hR+FAhOKOKX8KPwFACcUcUtGKBiYFGBS4+lH5UCEwKMDtS/lSUDDAowMdqKKBBS8e1JRi gYYHr+tGPcUYoxQAYGOoowPWjFFAC4HqKOKSigQfiKXikooGLx60mR60cUcUAH40v40nFGaAF/Gj 8aKKBB+NFJmlz9aBi8+tJz60Z96M/WgA5o59f1pMmjJoELzj/wCvRz/k0ZPvSZPvQMXn/Jo59T+d Jk0ZoAX8T+dHPr+tJmlzQIOf8mj/AD1ozRuoGH+etL/nrTcmjd70CF5/yaPx/Wk3GgE0DFz7/rRn 3/WjNFABn3pPxpc0UAJzjrRz60uaOaAE59aOfWl5o5oATJoyaWk59KADJozx1o59KPwoEGfejOO9 HNL+FAxM+9Gfelo/CgQmfpRk0ufak/CkMM0Z460Zoz7UxBRS59qTIoGH40fjRn2oyPT9aBBye9HP rRkelGR6UAHPr+tHNHHpRn60ALzRg0lGRQMXn/Jo59vzpMijI9KAF5/yaPypOKMigQ7v2pOf8mk4 Paj5fSgB3Pt+dHOKbxS8UDF59aOfakyKOKQC80c+v60nFHB7UxC/l+dH+etN4paAFo/H9aSj8P0o AXn1/Wjn/JpMDHSjA9KBi8+v60c46/rSY9v0pceoNAg59f1pOfU/nS49qNvt+lABz6n86OfU/nRi jafT9KBh+f50fiaMe1GPb9KADJ9/zo59T+dLj2/Sk/CgQZPr+tHPqaMf7NGD6UDDn3/Ojn1P50YP pS4PpQAnPv8AnR+JpefSjn0/SgQn5/nR+Jp3OelHPpQA38aPzp3PpRg+lAxv50fn+dLg+lGD6UCE z9aKdj2pMe1IBM0UuPajHPSmMSjmlx7UfhQIKM+1LzjpSc+lAxfwpO/Sl59KTn0oELnPaj8KPwpO /wB2gA/CjtyKX/gNJgelAw49KOPSjj0o/CgQv4UfgKPwpPwFAC/gKMewo/AUfh+tABj2FHfoKPwp PwoAd+Aoz7Cm/hR+FADsn0H50mT6Ck/Cjn0oAXj1o49ab/nrRQMdlaMrTcf5zR/nrQA7ikyKT8f1 o/z1oEHFH5/nR/nrS0DE496OPejj2ooAXj3ozz3pKOPWgQuR70ZHvSYHrRgUALke9GRSYHrRgetA C59qKTA9aXA9TQAfnQPxowMdTRgepoGH50Y+tJgepowPU0CF/P8AOkxRgepowPU0ALijFJgep/Kj j3/KgYUuPrSYHqaMe5/KgAx9aMcd6MfX8qMfX8qBBt/zmjH1/OjHufyo/P8AKgBNv1pdvsaM8d/y o/P8qBiY+tGPrS/n+VH4n8qAEx9aMfWlx9aPzoEJjmjFLx70fnQAm2k2+1O/Oj8T+VAxuKNv1p35 0mB70AIB9aXA96OPejj1NABRxR+J/Kk49f0oAXHHSkwPSlz/AJxSZHrQIMD0NLgUZ96PxoGGPrRj 60fjRn3FAhMfWlx7Gj8aT8aAFxRik/Gj8aAHce9H503j1o49aBjvzo4z3/Om496Px/SgB2KT8TSc etH40AL+Jo/E0nGOv6Ucev6UCF/E/nR+JpMe/wClH4/pQAv4mj/gRpPx/SjHv+lAC49zS/iab/np S/j+lAxePWjj1pP89KMf5xQAvHqfzpOPU/nRj3/SjH1/KgQvHqaOPU0mKMc9/wAqBi8epo49TSfn +VJj6/lQAvHqaOPU0mPr+VH4n8qAF49aOPU0mPr+VH5/lQAvGetH50n5/lR+f5UCFpMUc+p/Kl/E /lQAlHFGfc/lR+J/KgBfwpOPSj8T+VH4n8qBhx6UYHpS/ifyo/E/lQAYHpRx6Ufifyo/E/lQAfhR x6Ufj+lH4n8qAEyP7tLn/Z/Wj8T+VH4n8qADPtSfhS49/wBKTHv+lAhePSjj0o/H9KPx/SgYcego yPSjHv8ApSY9/wBKAFz7Ubh6UmP84pce/wClABuHpRmj8f0o79f0oEGaM0fU/pSY9/0oAXIpeMU3 Hv8ApS49/wBKAFyKMim49/0ox7/pQMdketGRjrSY9/0ox70ALketGR60mPejHvQIXj1oyPWm/lS/ lQAuRRkf5NNo/GgYvfrS8etN/Gj8aBDuPWjj1ptHOetAx3FFN/Gj8aBC0fjR+NH40DD8aKPxo/E0 CCj8aPxo/GgYY96MGj8aOPWgQYowaPxNH40AHNHNHPrRz60DDmjBoyfWjPuaADmjmjPvRn3oEHNH NJRQMXBo5pMmjJ9aAFwfWikyfWjJoEOozTcmjJ9aBi/hR+FJk+tGT60CF/z1ox/nNJuNG40ALij8 KTcfWjcfWgY7HtSfhSZPrRk+tAC/hS49qbk+tGT60AL+FH4UmTRmgBcj0pfwpuTRmgQv4Ucen60m fej8aBjs+1H4frTc+9H40CHcf3aP+A038aPxoGOyPSk49KT8aKBC5H92jPtRn3oz70AA+lH/AAH9 aPxpOPWkMX8KPwo/Gk/GmAtH4UnHrRx60CFoFJ+NH4mgYtGaTj1/Sj8TQIWj/PWko/E0DFopPxNG fc0CF70c0mfc0fiaQxaXFN/Gjv1NMB2KTFJ+dL+dABRijn3o596ADAoxRz70ZNAhKX8KM/WjJ96Q Bz6UUZPvSc+ppjHfhR+FNy3qadk+poEH4fpR+H6Um40uT70AH/AaX/gP6U3JpctQMXP+z+lH/AaT JoyaBBz/AHf0pf8AgNJk+9GT6GgBf+A/pR/wGkz9aM0AOz/s0nP92kooAXPtR/wH9KSjmgYv/AaM +36Uc0c0AH4Uc+lHNH50CD8KX8P0pPxo/GkAv4Ufh+lJ+NHHqaBi/hR+H6Un40Y9zTEL+FFJj3NL +dAw+lGT/kUfn+VFABk0ZP8AkUcev6UmPf8ASgQuaPxpPxo49TQAmT70uT70f56Uv+elAxKTn3p3 +elJ+X5UAH50Y+tH4UUAH50fiaPwpKBC/XNJ+dFGKADj3o49TRRigYuB60nHqaPxFHFABx6mlx7m k49RRgeooEL+JowPU/lSY9xRxQAuOepowPWm/j+lH4/pQA7j1o49TTe3UflS4/zigBePWjj1ptFA DuPU0cU38KTNADuPWjj1NNzRQMdxRx6mkooELx6mjj1ptFAxcil496T8KSgQ7ijim5ozQAv50v4m m5pfwoAMfWjmkz7Uv4UDD86Me1GfaikAYNJg0vPpRz6UCE/Oj8KX8KKYCfgeKKWl/CgY2j+tL+FH 4UAJ+NHHqaX8KPzoEJx6mj8aXHuaMfWgYn4mj8aXH1ox9aQCfjR+NLj3NGPrTEJx60v40Y+tH40D E/Gj8TS0Y9zQITj1NLx6mjFG33NAw49aTK+tLt9zSYHqaBBketHy9qMe5pcfWgYny+tL8vrRt+tG 3mgA+X1o+Wjb7mjH1oEHy+v60fL6/rRj60YPvQMPl9aPl9aMH3o2n3oEHy0fLRt+tG360DF+Wj5f ek2/Wl20AGF96T5PejFGKBC/L70fKfWkxRj2oAML60fL6mjBoxQAfL70fL70UYP+RQMPl96Pl96T HtRzQIX5fejik5/yKXmgBMj3oytHNHNAxcrSfL/k0c96OfagBfl9aMr70n5Uc0ALkepo49aTmigQ vFJxRijFAw4pcikxiikAZHqaXI9aSimAuR60maKKADPvRmilxQAmaKMe9LQITNGaMe9GKBi5pM0f nR+dAC8e1HHt+dJj60vfvSEHH+TRxR+dFMYf560uP85oxSYFABj3paTAoxQIWikx9aMcUDF4o/L8 6TAowKBC/l+dJx7fnRgUce1Axfy/Ok/z1o/Kj8RQAfl+dL/nrSflRj6UAH5fnRij8qMc9qADH0/O jH0/OjHuKPy/KgAx9Pzo/Gj8vyo/L8qBC0n+etH5flSfl+VAxfy/Oj/PWj8vyoxx1H5UAL/nrR/n rSfl+VGPp+VAC/l+dJ+A/OjH0/Kjn/IoEGfYfnRx7fnR/npRk0DEz7D86XI9B+dFGaBCcen60ZHt +dOz9KMn1oAbkf5NGf8AOaXPbNGT60AJ/nrR/nrS5NGT60AJR+FLk+tHPrQMT8P1o49KXJ9TRk+p oEJx/k0cUoJ9aMn1oGJx/k0Uu40ZPrSAOPSijJ9aXLetMBP89aOtLk+poyfU0AJxRkUuT6mkyfeg QZFJketLk0ZNAw49aPx/WjcfWjJ680AH4/rR+NGT60ZPqaQg/Gj8aMn1pMn1NMBcn1pc+9N5x1NL z6mgYuaSjnHejn3oAM80uaTJ96PzpCDNGfel/Oj86YxPxpc+4/Oj86SgQv4ij8R+dH50lAC/iKPy pPzo/OgYfiPzo/EfnR+dH50CD8R+dL+I/Ok/A0maAHfiKTn1H50ZNJmgBcH1H50mD60c0vNAwwfW jFHNH50gD8RS0nPvRk0xBgeoox70ZNGTQMMe9GPejNGTQAYPrS496QGlyfWkIT8aX8aMn1oyfWmM Me9GPekyfWjJx1oELj3ox70nPrRn3oGLj3o/E0nPrRz60ALj60fjSZ9zSZPqaBDuKXIpuT6mjJ9a AHcUlJk460vPqaACijn3o596AF49KOPSjJ9T+dJk+9AC5HpS8elNyfejdj1/OgBePSlyPSkz9fzp cn3/ADoAPwo49KM/X86Mn0P50DDj0o49KPwP50fnQIMj0FGR6Cj86PwNADePUUvy+oo+Wj5PegA4 9RScetL8nvR8mKBicUce1LhaPl96BCZ+lHHqKPlo+T3oAOPUUflR8tHy0DD8qT/vml+Wj5fagA49 qMD2o4o49aBCcf7NLx/s0mBRge9Axfyo4/2f1pPlo+XPegQv/fP60nHt+tHFHFAC/lRz7UnFFAC/ lRj6UmRS8UDD8qPyo4x0pPwoEH5Uc0fhRQAZozR+FHPpQAZPtRz6ij8KOfSgYc47UfiKX8KOaAE/ Kjn2/Kjmj86ADn/Io59vyo/Cl/A0AJn6flR+VH4Gj86BBz7flRj6UY+tGPrQMMGjn2peKMUCE59q Ofal4pOKBhj1opcCjigQYpMUcUcUAGM0Yo4o4oGH5UflRx70cUAGPpRj2FGRRxQAYPtRt+lHFGRQ Abee1G36UZFGRmgAxS7aTIoyKAFxRj6UmRRx7UCFxRim5+lLn6UDFxRgjvSZ+lGaBBj3/Wl59aM+ wpM+woGH40c+v60Z9hRuoEJz6/rR+NLmjPbAoAOfWjn1oz7Cj8BQMOfWk59aX8BRn2FACZb1oyfW nfgKMewoAblvWjJ9ad+Ao/L8qAG5PrRk+pp3P+RR+H6UANyfU0ZP96nfh+lGPb9KAG5P96jcfWnY 9APypMf5xQAmT60ZPrS49qXHsKBDcn1oyfWnfhScelACZPrRk+tL+H6Uv4UANyfWjJ9ad+FJ+FAC ZPrRk+tL+FH4fpQMMn1o5oz7GjPtQAc+tHPtS/hSZ9qBBz7Uc57UUZ+tAw/Kjn2pc/WkyaBB+VL+ IpMmjJoGH5UfiKMn/IpOcUAL+Io59RSc0vP+RQIPxFGT6ijn/IoyaBhn3FGfcUc+lHNAC/jR+Ipv PpS80CF/EUfiKbzRz7UAO/GjHvSc+oowaBi/jR7ZpOfajtQIX8aOfWk/Kl/EUAFJj3ox7ij8qBhj 3/Wkx70flS49xQIT8TS/jRj6Udu1ACUUv5UflQMT8TR+Jpfyo/KgBPxpfxox9KUUCE/Gj8aX8qKA Eo59aX8qMjPagYnPrRzS8egoyPQfnQITn/Jo59/zpePQUcegoASjJ9aX8KOPQUDEz70Z96Xj0FH4 UAJmjNLRQITNGaOKOPSgYUZowPSjAz0oELmijHtScelAwz9KM/Sj8KMe1Ahfyo/Kk/CjHtQAv4ik /KjA9KOKAF/EUnPtScelFAC0Y+n50nFHFABx7UflRxRgUDD8qPyowKXA9aAE474o49qMe9GB60CF 4x2pKMD1oxQAflRx7UUcetAw49qPyo4peKQCflR+Ipfyo7UwEzRn3FL+VH4igBM+4pc/Sj8qPyoE GR7UZ96PyooAM0Z96Pyo/EUDCkz7il/Kj8qBBn6UZGeopePajj2oAbke1Lx60ce1LxQMbxS0uBRg UAJxSUuKMfT86ADjHWk/Glx9Pzox9PzpAJ+NFO2j2/OjApgNpaXAo2/5zQA2lox/nNLt9f50CG/l S/lRgUYFAwo/KjAowKAD8qMUYooEHNFFHFIYn1pf89aOKXFMQn4UtGKKBhRRxRigQc0DPtR+FH4U AH5Uc0c+lHPpQAZPtRk+1HPpRk+lABk+ooz7ijPFLz6UAJmjNLz6UZ9qAEyfWjJ9aX8qTP0oGGfe jmij8qBBz60UflS0DE5o59/ypcfSjFAhOff86X86T8vyox9PyoGL+dJ+FH5UY9MflQAYPpRj2ox9 KPyoAMe1G32oz9KKADb7UY9qKKADHtRj2oxRigAx7UY9qMUYoEFGPb9aPyooAMe360Y9qPyo4oGJ j2/WjHtS8e1GB7UAJj2FGB6UpxScelAgwPQUuB6Cjj0FHHoKBhgegowPQUcego49BQIOPQUcego4 9BRkegoGGFowvoKMjHajI9BQIML7UYWj8BRn2FAwwtGBRn2o/CgQYHr+tGB60UUAGB/k0YFJ+VFA xcLRgetJn6UZoAXAowue1Jn6Uce1AhcCkwPWk49qOPagY7AowPWm8eoo49RQIXAowKTj1FHHqKBi 4FGBSceoox7igQ7aM9qTaKT8RR+IoAXaKNopOPUUY9xQMXaM0YFJgetGPegQuB7UYFJgetGB60DF wKMD2pPxo49aAFxRjjtSYHqKMD1oELgUYFGB60uB6igBMe1GKOPUUYHtQMNtG32owPUUcetAgxx0 oxRxRgUDDHtRijAo4oAMe1GPajAo4oEG2jHFHFHFABiik4pePSgA/Ok4o49KOPSkMOKO1HHpRxTE GPejHHWijigYYox70cUce1AgxRj3o4o4oAMUYo4o4oGGB60fjScUvFAC/jRj3pMCjigQY96PxFHF HFABRxR+NHFAw4o/GjijigA49aXPvSUZFAC0cUmRRxSAXj2/Kk4/yKMil4pgHHt+VHHt+VHFGRQI P89KOPb8qOKXg0DG8e35Ucf5FLkelHHpQAYH+RRx7flRx6UYHpQAfl+VGfp+VLx6UcelIQmR/kUm fp+VO49KPwpjG/gPyo4/yKX8KKAE/wA9KX/PSj8KKQBkf5FJkf5FLRimIMj/ACKTI/yKWigYn+el Lx/kUUYoATj2/Kj8vypcUYHrSAT/AD0oz/nFLijimAmc/wD6qMj/ACKWjHvQAmR/kUZFLgetGKBC f56UZ/zilx/tUbfegBMj0oyPSlwPWjA9aBiZHpRxS4HrR+NAhOPSjilwPWjA9aBiYFHFLx60cetA g4o4o49aOPWgYcUcUcetHHrQISloozSGGKMf5xRmjNMAopM+9GaAFpce1Juo3UCFxRim5pcnNAwx 7UUmTRk+1AC49hR+ApMmjdQIXn0FH4Ck3Uu76UgD8BRz6Cjd7Ckz9KYC/gKKTP0ozQMXFH5UmfpR n6UALmjJ9BSZ+lGfpQIMn0FLk+gpM0ufpQMTn0FHPtRmloAPwFH5Uds8UZ+lABnjtRn2FJmloEG7 joKN1HHqKPxoGG76UbvpR+VHHqKBBuo3Cjj1FHHqKBhuozRx6ij8RQAZozRx6ij8qBBRxRge1J+V AxaMik/Kj8qBC5HpS5FJ+VGaQxeKKSjIpiDj/IpcCk49qO1AC8UfjSdu1J3oGOo4pvFGBQA6jim8 e1FAh1GKbRigY7aKMUlJQA7H0owPSkooEGPpS7aTj1o4oGLijFJgUYoELj6fnRj6UlJQMd+Ao/AU naikId+ApMewpPxo4pgL+Ao/AUnFHFAxfype3QU2igQ78BR+AptFAC/gKOPak/CjigBePajA9BRS 5oATHtRj2pc+1FAxP89aMUvFJxQIPwoo49KKADn1opOf736Uc/3qBi4owPUUnP8AeNHzZ+8aBC/i KKT5v75o+b+8aAFpMCjLf3jRlv7xoGGKTFGT/eNGT/fNAC4ox70ZP940fN/eNAg5owaMt/eNGT/e NIA5pMmjJ9aXJ9TTGJzS80ZPqaMnuaADmjmjn1pefWgBMGjB+lHPrRk+tAgwaMGjJ9TRk+poAMHF GDRk+ppOfU0DHYNGDSc+po/P86BBg5pdppP89aP89aBi4NGDSfjSUgFwaMUfjSUwDFGKWjigBMe1 LRR+P60AH50fhRijHPegAx7UYHpRjj/69FACY9qMe1LRzQAnHpRj2o5ooEHGOlGB6UDNHPvQMP8A gNHHpRz6Uc+lAg4/u0fhRk+ho5oGH/AaP+A0c+lHNAB/wGjn+7S5NJz70AHPpRz6Uc+9HPoaADn0 pefSk59DRz6UALz6Uc+n60c+hpMn0P50CFyfSjJ9KTn0NHP+TQMXJx0oyaTn0NLz70CCjJ/yaMmk yaBi5NGTSZNG40CHZoz9Kbk0u4+tAxcn2oyabuPrRuPrQA7JpCT7UbjRuNAgyfUUc+tJuNGTQMdz 60ZPrSZNGTQAvPrRz60mTSZNADsn1pMn1pMmjJ9aBC596M0mT60ZPrQAufpRmkyfWjLZ60ALzRmk yfWjn1oGL+VGaTJ9aMmgBcmjJpNx9aNx9aBC80UmT60mT60DHc+lGfak59aKBC59qM+1JzR+NAwz 7UfhRRz60AH4UfhRzRzQAUfhRR+IoELn2pM+1JzS/jQMM0buelJ+NLz60AGfpS5+lJRz60ALnijI /wAmk/GjPvQAuf8AOaKTn1o6d6QC5/zmjP8AnNJn3oyfWmAvH+TRkf5NJ+NHPrQIdkf5NGR7fnTf xo5pDHcH0o4puD60c0xC8etH40lHPrQAv40fjSUf56Uhi9utL+NM/Gl/z0pgO/Gjj1pn4/pS5/zi gB2RRmm596M+/wClAh340Z9xTc/Sj8vyoGOz70Z96bn6Ufl+VIB2fejPvTfy/Kj/AD0pgOJ96M/S m5+n5Uc0CHZ9xRn3FN59KKBjs+4oz9KbRQIXJ9qOfako59qBi/lRj3FJz7Uc+1Ahce4pfxpuTRzQ Md+NGabR+VADqPypvNHPtQId+VJ+VGT7fnSZNAC96KT8qPyoGL+VFH40c+tABRRz60c+tABj2pO/ Sl59aMn1oAMCkx7Uc+tHNAg/CiijJ9aBhR+FGTRz60AGKOfSjJ9RRk+tABg0UZPrRz60hBzRk0nN LTGHNHNFFAhOcdqXmj8qTn1pDF59aOaTJ9aOaYC4PrRzSc0UALzRSUYNIBaKTFFMBce9H403FLj3 oAXAowKTHvRj3FAC496Me9JilwfWkAY4ox70n40uKYC4FHFNpaQBxRxSUUwF4o4o/Gk59aBC0Yo5 9aOfWgYCj8KTJ9aXn1oELij8KTJ9TRk+9AC/hSfhRmjPvQMMHsKOfSjPuaMn1oEH4UfhRk+tGT60 DF59KOfSkyfWlyfWgA59KOf7tGT60mT70ALznpRz6UmT6mjJ9TQIdk+lJ83pRn3pM+5oAdk+lJzj pSZ96M+9ADufSjn3pvPrRk+poGO596OfQ0nPrR+NAhefejn3pOaKBi/iaPzpOaPzoAX86Oc96Pxp KBC/nS/nSY9aMHNAC/nSfnS80nPrQAZOaMmjijI9qADmjJ9KMijigYuT6UZNN4/yaOP8mgQ7NJn6 UnFHFAxc0ZpOKOKQBmlzSYHrS/jTATNGaPxooAN1GaMUdKBBn2ozRgUUDE3e1G4+35UtHFACbj/k Ubj7flS8UnFABuo3H2o/Kj8KADcfajcfaj8BRn6UALupN3Haj8BR+AoANxo3Gj8BR+AoANxx/wDW oz/nFH4Cj8BQAbj/AJFGTR+Ao/AUAGaM0v8AwEUn4CgQZoye1HfoKMj0FAwyaMmjP0oz9KADJoz9 aM/SjPfikIM0c+lLux6UmfpTGGTRk0Z+lG6gA5peaN1G/wClACc0uG96N9G+gQc0nzUu8UbxQAc0 c+9G6jdQAnNHNO3Ub6BjefSjml3Uu+gBOfSk59D+dO30m+gQmT6UuT6Ub/ejf70AJk+lGTS7vejd 6UgDJ9KMmjdRu4pjDJ9KMmjd70bqADJpMnvS7vpRupAGTRmjdSbqYC/nSfnS596M+9ACfnS5+tGR 60Z96ADI96OMdTSfjRn3oELx70mR70Zo/GgYfiaXjHek/GjPvQAvHvRx70mfejPvQIXj3o496T8a PxoAXA9TRgeppPxozQAuB6mkwPU0v40nHrQMXA96TA96Xikz9aAFwPejA96TP1ozSAXA96TA96M0 uaYBx6GjA96M0ZoEGB70mPrS5ozQMMfWjHpn8qM0ZpCDH1o/P8qM0ZpgH5/lRx7/AJUZ+tGTQMPz /KjH1o3GkyaAFx9aPz/Kk3UZoAWjn/IpM0ZpCF5o5pMn1oyfWmAvOelH4UnPvRz60DF5o59KTn1o yc9aAHc0nPpSc+tHPrQIXn0o59DRz60ZPqaADn0NHPp+tGT60mT6mgY7n0o59DTcn1NLz6mgQv4U c46Gm8+poyfU0DHfgaP+A03cf71GT60CF/Cl49Kbk+tGT60ALx/dpePSkz70n40DFwPSjj3opKAF 49DRx6UlLQAcf3aOPSjJpMmgA49DRx6Gilz/AJzQITj0o496M+360Z9qBhxnpS8Um4UbvagBeMdK TI9KMijNAC8UZHpTc+1Ln2oAOPQ0ce9GaM+1AhePf8qOPekz7UZ9qAF496OKTPtRn2pDF496OM96 TNHHpTAXI96PzpM89KM0CFz/AJxRntSZozSGGfalzSZozTAWj86TPvRu96AF/Oj8TSZozQAv50Um 6jcaAFzRn60mTRk0ALmjP1pOaOaBC5+v5UZ/zik5oyaADNLn2pM0ZoGLmkz/AJxRRQIN30o3UUUD Dd9KN1FH4UALmjcfb8qT8KPwoAXP0oyfak/CigBcmkzRx6CkyPQUAOzRnnrSZHpRx6UCFz70Z+lJ x6UcelAC596M0nFHHpQAufejPvScUfLQMWjtR8uaTigBfyo/KjIoyKQB+NFHy0ZWmISil+Wjj3oG Jmil4o4oEJ36UUuR70ZHvQAn4UUuR70ZHvQAlFO4oyPegY2lpePejj3oAT8qKd+dJ+dADeaOaf27 0fgaBDeaSn/gaPwoGM/Cin/gaPwoAZ+FH4U78KXt0oEM59KOaf8AhR26UAMpadjPakx7GgYmaOaX 8KPwoEJRzS/hRz6UAJzS8+9HPpR36UAH40c+tGOOlFAw596OfejHHSj8KADIoz703HtRSEOz70ZH +RTaKYDuPWk4pKKBi8f5FHH+RTaWgBeP8ijjH/1qSj8f0pALx/kUcf5FJx60Y96YheKOPekx70tA w4o4ox70mPegBcijIpMUUCFyPSj5aT/PSj/PSgBcr6UZX0/SkooGLuX0o3L6fpScUUALkegoyP7t J/npRQAuV9KMj0FJijFABkelLken6UmKOaAFyPSjI9BSc/5FHNAC5HoKMj0pOfSjmgQuR6UZHpSc 0c0ALx6UcelJRQMMj0pePQU2igQ7j0o49BTc0maAH8ego4puaTJ9KBj+KOPQU3JoyaBDsj0pMj0F JRQMXI9BRkZpKWgA49BRx6UlLQIOPSjI9KKTNAxcj0oyKM+1HFAgyKMiiikMOKMiiimAZFH4UYFH FABxRke1HHvSfnQAuRRx0xRRmgA49KXI9KSjikAcegpfwpOKKAD8KPwo4o496Yg/Cj8KPzo496Bh +FGKTj0pePQ0AGKMe1H4Gjv0NAC49qPwpPwNH4GgBfwo/Cko/A0CF59KQg+lHPvSfnQAuD6UY9qK O3SgYYPpS4PpSfhRz6UAGD6frRg+n60UfhQIOfT9aOfSj8KKBhz6UuD6UmKMf5zQAv8AwGjH+zRj /OaMGgQc+lJz/dFLg0YNAw/AUc/3f1owaOaAD/gNH4frRg96MGgBPwpf+A0YNGDQAf8AARSf8BFL to2/5zQAn/ARRjnpTtvNJj3oEJj2o/Clx70Y96BiYHpRx6UuPejFACcelH4ClxRtoAP+A0fgKNvv Rj3oEJ+FH/AaXHvRt96BifhRx6Uu360Y96BCfhS/hSY96XHvQAn4Cl/Ckx70uKAExS4FJgetGBQM KMClwKTFABx6UvFJj/OaMUALj2o+lJxRxQIWjFJxRxQAtH4Un5UflQMWj8KKKADj0o/AUUuBQAn5 UflS8UfhQITj0o49KXPtR+FACcUce1L+H6UfgKBiYoxS5PpRk+lAgxRj2oyfT9KMn+7QAm3PajFL k+lGT6CgBMUYNLk+go+b0oATHNG00uW9BRk+goATBpNpp2TnoKMn2oATBoxxS/N7flRlvb8qQCYp MU7Le1GWpjG4oxTst6UZNADcGjmnZNGT6UANwaMUvPoKMt6UAJijHFL83pRg+1AhMUuPejB9qMH2 oGJzRS8+1HPqKQBRRg+opcH2piE4o4owfajBx2oASjdS4PtR+VAxM+1GRS/hR+FABkelGRRR+FAB uFGR6UvFH4UCE3CjI9KXj0FHHp+tABuHtRmk49KM+360DFz7UZHpScelH4frQIXPtSfhS59v1pM/ 7P60DF4x0o49KTJ9P1pc+360CD8P0o79P0oz7frRn/OaAE/D9KX8DRu9v1pN3t+tAxfwo49KTf7f rRu9v1oAXiko3e360b/b9aBBR+dG+jf7frQAfn+VH+elLv8Aajf7frQMSjH1o3e360u72/WgQ3HF H+elO3e360bvb9aAEx/nFJj/ADinb/YfnRu9hQA3FGKdu9qN30/OgBuKX86Xd9KNx9qAE4pP89Kd uPtRuPtQMT/PSkp2T60Z96AE/Ck/A0/PvSZ/2qAG/gaPzp2T60u6gBn50U/J9RRk57UAN/Cj8KX8 f0oz7/pQA38KPwp34/pS/jQAz8P0ox7fpTu3Wjj1oAb+FL17UvFHFACfhR+FLketGR60CEx7Uv4U cetGR60DCkxRkf5FHHf+VAgx7UYoyPb8qPwFAxMUuKPyo/KgAxRjmkpaADBo59qDR+FAgx9KOfak /CjPNAC4PtRg+1JmigYuPpR+VNpaAFx9PzpMfSj8qKQBj6UY9x+dHNHNMAwc9RRj3FHNHNABj6Uu B7UYNHPtQITb7ijHuKXmjn2oATHuKMe4peaOfWgYY9xR+Io59aOaBBj3FGD60c0UAGPcfnRj6UUZ NAw/KjFGaPyoEJj6fnS49/1oz9KMmgBMH/Jowf8AJpcn0oz7UDDB/wAmjmjPsKM+woEHNJTs+wpM n0FAxMGjBo3H0FLuPoKAEwaMGlyf7opM+w/KgAwfSjafSjPsKM+woAMH0owaM+woz7CgQYOaOcUZ PoKM+woAMGjBoz7CjPsKQwwfSjBoz7CjPsKYBijaaMk9hS8+goATbRg0c+lLz6CgBNpo2n1pefSj n0FACbTRt96X8BRQITbRil59qOaBibfegqfWl5pOaADac9aXafWjJo/GgQY96Me9GfejPvQMMe9G PejPuKTPvQA7HvRg+tJn3oz70ALg460Yb1pM+9GfegBcH1owfWkzS5pCE59aXB9aTPqaTPvTAdg+ tGD60mR60maAHc+tHPrTc0ZoGO59aOfUU3cKMigB2T6ijJ9RTcijcKAHZPrRk+opuR70Z+tAh2T6 0ZNNyKM+9Axdxo3H1pM+5oz7mgBdx9RRuNJkepoz7mgQu5qNze1J+Jo/E0DFy3tRk0n40Z96AFya Mmk/Gj8TQIMn1pcmk59aPxNIYuT6ijJ9qTPvRn3piF59RRz7Un4mjP1oAMn/ACKMmjNHPqaADn/I oyf8ij8aPxoGL+VJR26/pR+P6UALRScetH40AL/npRSfjR+P6UCFo5pKDj1oAWj8aTijH0oGL+NH brSYHtRigBfxo/GkooAX6mk/EUUUALn3FJ9CKXik4pAHPqKMn1FBx6Uce1MAz7il/Gk/KigBfxo/ GkooAXPvRn3pKMUAGaM+9HFHHtQIM+9Gfeij8aBhn3pc+9JiloAMn1o3H1/Sikx70hC7j6/pRuPr +lJ360v40xi7j60mT60mPel/GgQZP96jcfWj8aPxpAG4+v6Ubj60cetGB60xhk+tJuPrRgetGB60 AGT6/pS5PrSYHrRj3oEGaXP0pPxpfx/SgYZNJmj/AD0pf89KAE3H2/KjJ9qPyo49aADLUuW9vypO KOKAF5x2/KjJ74pOKP8APSgBcn2pMn2oz/nFGR/kUgDJ9qXJ9qTj/Io/z0pgLz6ijn1pKM/SgBfx FHPrSZo/CkAflS/lRn2/Skz7fpQIWikz7UZ9qYC0UmfajPtQMXFGKPwoz7UAH9aKX8KPw/SgQfjR SZ9qMj0oGH4ml/Ok49KOMdKBB+dHHqaOPSlyPSgA/Ok496XI9KM+1ABx70nHvS5o4oATj3o+maXj 0pMj0oGHHvR+dLkelJkelAg496O/Q0ZHoaMj+6fzoGJ+BpfwNJkeh/OjI9P1oAPwNHHpRken60ZH pSAXj0o/CjI9P1o3D0piDj0o4o3D0/WjI9DQAcelHHpRkeh/Okz7H86QBx6UcelGR6H86Mj0NMAx 7UfhRkehpcj0oGGBSUufY0Z+tACcZzRS5+tJn60CDij6/wA6XNJnigYuKMf5zScZpaQBj/OaMUZo zTEGKMUZ96M+9IAxRijOO9GaYBijFLn/ADikzQAuPejHvSZpc0DDFGKTPNGaBCZoyad+FGPakMbk +9GaXBz0FHPoKYCfnR+dLg+gpMe36UAL+dGfrRg+n6UmD/kUCFz9aM/Wkx/nFGP84oAXP1ozzjmk xRg+n6UDFz9aTP1owaMf5xQIM/Wjd9aMf5xRj/OKBhu+tG72ox7UYPpQIN1Lu9qTHsaMGgYu6jd7 UmDRg+9IQu4+lG4+lJg5/wDrUY45zTAXcfSjd9KTH1ox9aAF3fSjP0pNvPejFAxd1G72pMfWj86A F3Ubj6Ck7UUCF3HPQUbj6Ck4o496QC5PoKTd7CjFGBimMN30o3fSjij8KADd9KM+wo4o4pCDJ9KM +woopjDPtS7j/dFHFGKADcf7tGfajFGOaADJ9KM+1J+VFAC59qMj0pMUUCFz7Ubvak/GjHHX9KAD Pt+lG72/SjH0oxQAZ9v0oz/nFFHagYZ/zijP+cUn4Uc46UCFyKM80YNGDQMM/wCcUZ+v5UYNGDQA ZFGaKKQBkUZ+tGDRg0AGe39KM0YpMGmIXNGeetGDRg0AGfejPvSYNLikMMj1pM/5xRRTAMj/ACKM +lFH50CDNGaKXjvQMTNH5UvH+TRx/k0AGfpRn2o4oyKQBn2FFHFHFAgzR+H6UcetGR60wD8B+VH4 UcUcUDDn0/SjJ9KOKOKADn0/SjnPT9KOKOKBC/h+lHPp+lJxRxQAc+n6Uc+n6UcUcUDDn0/Sjn+7 +lHFJn2oAXn+7+lHPp+lGfajNIBef7v6UnP90/lRx6UfhQIOf7v6UvP939KT8KMe1MA59D+VL/wH 9KTFFAw59D+VGPY/lR+dFABj2P5UY9jRRj3oAMexo/A/lRijFAg59DRz6UY9qMUDDn0P5Uv5/lSY 4oxQAY56fpR+B/KijFAgx7Ude1GDRj3FABz6Uc+lGDRg0AH4H8qPzoox9KBh+dFH5UY+lIAoowaN vvTEFH50baNpoAMfWj86MUYoGFFFBFABzRRRigA+oNFGPpRg0CF/OikwaMGgA/A0fgaKPxoAPwNH 4UfjSY96Bi/hR36UUdqAD8DR+FFFAg59KOfSiigYvNHNJj3ox70gDmjmij86YBzRz70UZoATmjB/ yKWjNACc/wCRRzml5o59KQBz/kUYPv8AlRzRz6UALg+p/Kk59/yo5o5pgGD/AJFGD70mTS5NABg+ /wCVGD/kUZPpRk0AGD/kUYPv+VG4+lGT6UALg+9GD70mT6Ubj6UAGD70c+9GT6UZPpSAOcUc96Mn 0oyfSmAY9/0o/P8AKjn0oyR2oEH5/lR+f5Uc+lHPpQAc0tJz6Uc+lAxaOaOfSjn0oAOaPxo59KOf SgQc0c0c+lHPpQMOaOaOfSjmgQlHNLzRz6UDE59KOaMH0pcH0oATJoyfalwaTBpALz6ijn1pMH0o xTAX8qTNGKMe1Ag5xRk0c+lH4GgYZNGTS/hR+FAhMmjJ9KM+1H4UDFyfekyaKKBBk0c0UUAGT/kU ZPv+VFFAw596OaKKADmjmiigAyaMmijAx0oAMmjNGKKQgzRmj86OKYwzRnjpRx70fnQAZ9qM+1LS UAGTRzRRQIWikxRQMXj2o/L86T8aMe9IBePal/L86b+NH40xDvyo/Km/jS0DDH0o/KiigBfy/Oj8 vzpvFLxQAZpcj1NN/D9KM+36UAOz7mk3e5pM+1GR6UCFz70ZpM+1GaBi5PrSZ96Sj8KAFz70ZpPw o59KAFzSlqbz6Uc0AOzRmm5ooAdu96TPvSUUALuo3mko5oAXcfejecdaPwo/CgA3H1o3e5o/Ck/C gB24+tJuPrSUUCHZPrSZP940maM0DFyfU0Z96TNGaAFzx1oz70maMg0CFz70Z96M/SkzQMXPvS59 6TNGaBC596M+ppM0ZFAxcj1pM+9GRRke1ABn3oz70ZFGRQAZ96M0cUflQIM0Zo4o/CgYZoz9aOO+ KOKQB+dH50cUcUwCijj1oz70AJmil/GigBM0UtHFACZ9qM+1LxRkf5NAgzRuo/z1o/GgYZNGTRxS fjQIMmjNHFHFAwyaOaWigA5oyfU0daT/AD1oAX8aKSj/AD1oAX8aKT8vzo/L86AF/Gj8T+VH+etF Ag49T+VL/npTaWgYfj+lH+elH+etFABx/kUf56UUlADuP8ik49f0pOfSjt0oAdx60YHqabRmgB2B 6mjA9f0pPxpKBC7R6n8qNo9TSUtAwwPU0YX1NHNGfYUAGF6ZNGF9TRz7Uc+1AgwPU0YHqaTmloGG B6mjA9TRRzSEGB6mjA9TRn2ozTGGB6mjA96TNGaAFwKMCk/Cj8KBC4HrRgetH4UfhQAY96MD1NH4 Un4UAL/wKj8TR74pOPSgYv40fjRx6UfhQAfjR+NFH4UAH40fjRx6UcelABz60c+tHHpRx6UAHPrR g9c0celHHpSEGPej8aOKMimAfjR+JoyPSjj0oAPxNA+tHHpR9BQAfjRn3oP0o/4DQAZHrRn3o/Cj 8KBh+Jo49T+VH4UZoEHHqaOPeijNAw49aOM0ZoyaADijijNGTQAcUce9LmkzSEHHvRx70ZNG6mAv HvScUZoyaQw4peP8ik3GjdTAXIpMj1/SjP1o3fWgQceppePU0maXPvQAfL6mjj1pMn1oyfWgY75f Wjj1puaMj1/SgB3HrR8vrTc+9GR6igQ7A9aTj1NGfcflRn3H5UAGB60cetGfcflRn3H5UAHH96jj 1oz7ik5/yKBi/jRRn3H5UZ9x+VAC/jScetH4j8qM/T8qBBketLketJ+I/Kjj1H5UAGR60fjRj3H5 UYHqKBhx6mjijHvRj3FAgyKTI9adj6UmPcUAJ9CaX8TRg+oo/EUAFFH4ij8RQAnPvRz70uPcUfiK Bic+9HPvTv8AgQpP+BCgBPzo596X/gQo5/vD86AE5o5p3PqPzpOfUfnQAUUc+o/Oj8R+dABz70fn +VH4ilz7j86BCc+9H5/lS/iPzo6dx+dAxOfejn3pcn1/Wjn1H50CDn1NJz70ZPqPzo59R+dAxeaT n/IoyfUfnRz6j86AF5owaTn1H50c+tAhcNRg0nPrRz6/rQAvzUfNSc+tLz60AJzRzjpS8+tHPrQM TB9KMH0pefWjmgQmD6Uc+lL81HzUDDmkwfSl+b1NHzev6UAJg0mD707n1owfX9KBDcGjB9Kdg+tG D6n8qBiYPpRg46UvzUmGoEHzUnPpTsNSYagYmD6UYPpS4ajDUAJg+lGD6Uu1qMGgQmD2owaXDUuD QMbg0uDS4NGD60ANwaXBpcH1owaBCc0YNKFPrRtPrQMTmjn1pcGjB9aAE59aMH1pce9GOOtAhMH1 ox70uD60YPrSATB9aMH1peaMGmMTHvRj3pcH2owfagBKOf8AIowfalwaAG5pcnFLge1GB7UCDNJ+ VLx7UYHtQAmeKKX8RR+VADaKd+IpPxFAxKOKXH0oxz1FAhPxo/Glx9KTH0oGGKMCj8qMHrxSAMCj Aowfaj8qYBijFHPtS8+1AhMUYFLz7UflQMTj/JowKXn2pOfagAwPT9aMe360vPoKOaBCfnS4FLz6 Ck59BQAlGB70vPoKOevFAxOKKXB9qOfQUAJxRx70vPoKOfQUCE/Okz9aXn0FGfYUDD86Pzo/Cj8B QAfnRn60fSikAv50mfrR+FLimAmaMn3paMf5zSATPuaN2fWlwKMUwEz7mjPuaXH+c0Y/zmgQmR6m jI9TRj/OaMf5zQMXPvSfiaMcdf1ox/nNAhePU0nH940Y/wA5owP8mgYcf3jRx6mjA/yaMDP/ANek IOPU0cepo4/yaP8APWmMOPU0vHqaT/PWj8P1oELxjqaOPU0n+etGP85oGLx60cetNwPSl/D9aQBx 60cetH4UfhQAcetGR60UfhTEHHrR+NHbpR+FAC/jRx60mfb9aM+360AL+NJ+NGfajI/u0DFx70mP ejI9KNw9KADHvR+Joz/s0Z9qADv1o/GjPtRkelAgx70v40m4elGfagYUfjRmj8qADHvRj3oooEGP ejHvRRQMPxox70YoxQAY96Pxox9KMf5zQIOPWjj1oo/KkAZHrRx60Y9xSbRTGL+NH40bR7UYHtQI OPWjj1owPak2j1FAxeM0cetJgeoowPWgBeKMikx70YHrQIdkUmaMD1owKBhx7Uce1GBRgUAHFHFG BSYFAhePWl4pvFH4UDF4o4/yaKPwoAP89aOKTPtR+AoAWl49Kbx6UufagAo/Cjj0pMj0oAdRik49 KPwoELijbSfhRn2oAXHFGBmkz/sijJ9BQMXAxRgelNycdBS5PoKAFwPSjaKTn0FH4CgQu2jbSYPo KPwFIYu2jaKT8BR+ApgLtFG0Un4Cjn0FIQuOKNopPwFH5Uxi7eOlG2k/Kj8qBC7aNtJ+VH5UALt9 6NtJ+VH5UDF2+9G0UmfpR+VAC7R/k0bff9aT8qPyoELto20n4ij8qQC45owKTn2pc/SgYYH+TSYp fypPypgLijH+c0nftR+VAgxRij8qPyoGFGPajj2oz9KACjFH5UfiKAFxRxSZ+lGaQhaKTNLTGFHH vScUcUALRik/Kj8qBC8elHtSUfjQMXj0o4pPxo/GgQUd6PxopAL+FH4UflSUwFpfwpuBRgetAx34 Umfak/GlwPWgAz7UfgaKKBBn2o/CkxRigBfwo/CjFJSGL+FHbgUY9qPwpgGT6Uc+lA+lFAhOfSl5 9KO9FABz6UYP900c9qMmgYYP900c+lGaM+woAOfSk59KdRQITn0o+b0paSgA59KPwo/Cj8KBh+FJ +FHNFABR+Bo5o5oAKKKMGgQtFJzS0gDtRRijFMYfjRge9GDRg0AGB70YHvSYPrRg+tAC4HvRgetJ g0YNADsCjApuDRg0AO49aTj1pMUYoAXj1opMUUALx70cUlFAC8UfjSUUCFozSZoz7UgFzRn60lHb oaYxfxo59TScehpePSgA59TRz6mk4x3o/P8AOgQvPqaOfekz7frS59j+dAw5o596TPsfzpc+360C Ez7H8qM89D+VLijHvQAmfY/lRn2P5UYowKBh+B/Kj8D+VGB70fjQAfgfyoyPQ/lRxmj86AD8D+VH 4H8qOPej86AD8D+VH4H8qPzoz9aAD8KMexo49TRke9Ag/Cj8DRke9HHqaBh+f5Ufn+VGR6mjI9TQ Afn+VH50ZX1NGV9aADH1o/OjK+9HH+RQIPxo/GjIpeKAD/gVGB60mR/kUZH+RQAuB/epMD1oyKMj 60DFx70Y9/0pMijNAC4GOtHHrSZ9qM0ALgetLgev6U3NFADsD1owP736U3NGaAHYHr+lGB/e/Sm8 UcUAOwPX9KTA9f0pvFHFAh3Hr+lLx60zHpRigB3Hr+lGB/e/Sm0uKAFwPX9KXA9R+VMwaXmkAvHq KOPUUnNJzTGO49qXA9qZRSEP4z/9ajj/ACKZRTGP4/yKTj/IpP8APWigBf8APSjH+cUn+etFAC/5 6Uf56UnajNAC/wCelGf84pKOKBC0nFJxRQMWjiij8KBBke1GfpR36Un4UDF/Kj8qPwooEGfpR+VH NHPpSGH5Uv1xTcn0oz7UxC/lRSZ9qXPsKADijj1FH4Un4UALx60ZHt+VH4Cj8BQMOPX9KTjH/wBa l/AUfgKAD/PSk49f0pfwFH4CgA/H9KOPX9KOfSj8BQAcev6Ucf5FH4CjP0oAOKP89KMn2oyfagQf jSfj+lLk+1GT7UDE/Gj8aXml5pAN/GlpefWjn1pgJR+P6UpJoyaAE/Gj8f0pcn1oyfWgBPx/Sj8f 0pcn1oyfWgBPx/Sjnsf0p2fejJ9aAG8+v6Uc+v6U7J9aN3vQITn1/Sjn1pc+9Jn3oAOfWjn1ozRn 3oGJz6ijn1pcn1oyaQhOfWjmlyfU0ZPrTATn1oyfWl59aOfU0AJ+P6Uc0vPrR+NAxOaMe/6Uv40c +poAOf8AIpKXn1pOaBC80f56UnNHPqaAD/PSjP8AnFGT60v40AJ/npRx/kUc460c0AHFHHv+VHNH NAwo/A0c0nNAhfzo/Ok5o59aAFpOPej5qXmgYn+elH5/lRzRzQAv5/lR+dGTRmgA/wA9KOPf8qM0 ZPpQAfn+VFG6k3e1IQuBSYFLuNGTTAMCjijNGaQw4oxRmlzTAbS+2aM+1GfrQAUYoyaMmgAoxRk+ 9GfrQAY9qTt0pf8APWjt3oASjj0pfxNH4n86BCcUYHWl79TR+dAxKWj8/wA6PzoAPwoxzR+J/OjP uaAD8KT8KXPuaPxNIQmPajHtS59z+dGT/eP50wDHtRj2o3cdTn60ZPqfzoAMe36UfhRk+p/OjPua AF/D9KT8KMn1NG4+poGGPajHsaN3uaM8dTSAX8DRgY6H8qTd7mjcKYhcex/Kk7dD+VGaN3pmkMPw P5UfgfyoyPejIxQIPz/Kl/P8qMijI96Yw/P8qT8/yo3D0NLuHpQIP89KPr/KkyKXPtQAnX/9VH+e lGe2KXPt+tAxOPf8qOPX9KXPtRn2oEHHv+VJj/OKX8KP+A0DDA/yKMCl5/u0f8BoEN4peKP+A0Y9 qBhx/kUce/5UfhR+FAhOPejj/Ipfwo59KQCcetHGOv6UuP8AZox7UwE/z0o4p2PajB9KBjaWl/Cj 8KAEpPwp34Uc46UCG0ce9O59KTn0oATijj3p3PpRzQA3IHrRx7078KPwoAb+dHSnUnNAxPwoz7Uv NHNAhPwoz7UvPpRQAmaM8UuPajHtQA3PvR+NO/CjHtQAmaM0uKMUDEz70Z96XAo4oATPvRn3peKK AE70fjR+FH4UCCjijA9KCPagA49qOPUUfhRj2oAOPWjj2owfalxQMTn0o/Cl/wA9KOP8igBOfSjn PSl4/wAij/PSgQnPoPzpOf7op1FAxMHH3RRg/wB0UtGaBCc+g/Ojn0H50tFAxOfQUc+g/Ol/KjNA hPm9BR83oKM0tACc+go5/uijNLmkMTn0FJz6Cl4pfzoAbz6UufYUv4Gjj3piEz7Cj8KX8/yo/OgB OfSjt0peKOKBifhRz6Cl49/yo4oATn0FHPoKXijigQnNHPpS0UDE/Cj8KWigQn4UfhS8etHFACc+ lH4UvFJgUDDPtR+H6UcetHFABRRxR8v+RQIKWk+Wl4/yKBh+NFHH+RScUCF/Gj8aTijigYv4ikx7 ij5faj5fagAx7ilx70gxijj2pCDHvS496TijimMXHuKMe9JxR+FAC4HqKTA/vUcen6Ucen6UCDA9 aOPUUcelHyjtQAfjR+IoyPSj5fSgYZ9xRn3FGR6fpS8en6UCE/Gj8RS5Hp+lGR6fpQAn40fjS8en 6UZHpSAT8aPxFGR6UcUxh+NH4ijijjFIA/Gj8aOKOKYg+p/Sj8f0o4oyKBh+P6UfjRke1FAB/npR +NFHFAB3o7f/AFqMijIoAPx/Sj/PSjNGaQg7f/Wo5pM0ZpjF5o5pM0ZoAXBpMUZozQAYNGKM0UgD BowaXNJTAMHNHNFHOKAF5oo5ooAKKPwo/A0AJRS8+lH4UCEwfWj8RTufQ0fgfyoAbz6ijn1FLz6f pS/hQMbk+tGT6078P0o/A/lQIbz6ijmnY/2TRj2NAxv40fjTsexpcexoEN59aOfUU7HtRj2NAxn4 0fjT8exoxx3oEN/4FR+NLj2NLj60DG/jR+NLj2NGPY0CE/4FR/wKlx7GjHsaAE/GjHvS49jR+BoG J+NH40uPY0c+hoEJ+NGD60YPoaMH0NAw/EUc0YPoaPwNABzRg+n60Y9jRj2NABzRzRg+ho59DQAc 0YNHPvRzQAc0UfNRzQAc0c0c0c0hC0lHNJmmMXJpcn2pPwoycdKAFycdqMn0FJn2NH4H8qAF5oyf QUn4fpR+BoAXJ9BRk+lJn2NGTQAuT6Ubj6UnPpRnjp+lAC5NG4+gpPw/SjPsfyoELk46UZPpSe39 KM+xoAXJ9P0oz/nFJ26Gj8KBhmlyf8ik/A0fnQIXJ/yKMn/Io/Cj8DQAmf8AOKXP0/Kk/P8AKjj/ ACKAFyfb8qTP+cUYHvRge/5UDDJ9vyoz/nFHvz+VH50AGfp+VGf84o/OjH1oAWkz/nFGPr+VLj60 CE/z0o/z0ox9aMH3/KgYUZowff8AKjH1/KgQZ/zikzTtv1/KjH1/KgY2j/PSlx9fypcH3oAbn/OK Kdj6/lSYPbNACcUfSnY9j+VGPY/lQA3NGadj2P5Un1BoATJ9KXJ9KPzo/OgBMmjJ9KXA96MD3oAT d7UuTRgehowPQ0AJmlyfSl49DR+FAhMn0o3Gl/A0fhSATcaNx9qXHtRx6fpTATcfajcfajrRgYoA Mn0FGfYUfhR0pDDJ9BS7vYUH6Un4UwDPtRn2FGaPwFIAz7Uv5UlH5UxC59qOfakooGLk+go/Kj8q TP0oELn6UflRzRQAflRke1GaMmgAz9KM/SjJ9KMn0oGGfpRk+1GTRzQIM/SjJ9qMmjmgAyexFJk+ o/Klyf8AIo5oGJk+1GT7UuTRk0AJn6UZPtS5NLzQIbn6UZPtTs/SjNAxuTRk+1OzSZ96AEyaMn2p 2fekz70AJk+1GT7U7I9aTPvQITJ9qOadketGfegY3mjmnZHrRn3oAbk+tGTS59xR+NAhMtnoKMtj oKXjpijj0oATLelLlvQUZHpQMelIBMt7Uu58UZHpRn2pjEy9Ll6M+1GR6UAGX9KMv6UZHpRkelAB l6MtRkUufakITLUZejPtRn2pgHzUZb1oz7UZHpQAZb1oy3vRn2oz7UDDLepo3NS59qPyoEJlqMtS 5+lH4UAJlqMtS5HpR+FAxMtRlvel/D9aM+360CEy3rRk+tLn2FGfagBMn1o5pc+1H4UAJz70c+pp fypOfQfnQMTJ9aMmlx7frRz6UAJz60Z9zS4PpRg+lACZ96M89aMH0FGD6UAGfejNLg+1GD6UAJzR mlx7UYoAbnmjNOxSYNACZNLzRRQAc0Zo/Cj8KBBzRn3FH4frR+X50AGTRzR+VHPoPzoGHNHNH5Uv +etACZNHNH5fnS9+350gE5xRzS/560lMQc0fSijNAw59KOaM0ZoAOaPmoz7/AK0Z/wA5oAOfejml /wA9aM0CEwTRzS5+lG6gBOfejB96N3+c0u4+350AJznvR+Jo3ew/Ol3ew/OgYn40c+tLu9qN3sKB Cc+ppOfWnbj6Ubj6CkMbk+poyfWnbvYUZPtTEJk+9G5qXJ9qMn2oGJuP+TRuNLk0mTQAbj70bjS5 NJk0CDcaNx9aMmjNAw3H3o3H1pc/SjJ9qAE3N60ZNGTRk+1AgyetGTRk0uT7Uhic0ZNLk0mT7UxB k0ZPtRz7fnS857fnQMTJ9aXJxSc47UvPqKADmk5pcH1FGD6igQmTjtRk0u0+oowfUUAJz6ijJ9RS 4PqKMH1H50gDn2o59RSYPqPzpcH1FMYYPqKTv1FLg+oo/EUAJj3FGPcUv4ij8qBCfiKMUvbtR+Io AMUmPpS/iKPy/OgBNv0ox9Pzpfy/OjH0/OgBMf5zS49/1owPajA9qBiflRilwKMD1FACc+v60pz6 /rRj3ox70CEwf8mjn/Jp2B60mB60DE/z1o5/yaX5fWjA9aBCc5/+vS80mB6/pS8etABg0mD60vHr Rx60AJg0c0vHrRx6mgYnNGDS8epowPU0CE5xRzS8epo49TQAnPpRzS8epox7mgBOfSjmlwPU0YHq aQCc0cilwPU0YHqaYCUUuBRgetAxPyo/KlwPWkwPX9KBB+VGPpRx60vHrQMTFH5UvHrRx60CE/Kj 8qOPWjj1oGH5UfiKOPWj5aADH0o/Kjij5fX9KAD8qPyo4x2o49aAD8qOPajj1FHHqKAFz7CjP0pO Pajj2oELn6UflSce1HFAC/lRn6UmRRkUDFz9KM/Sk+WjigBc/SjP0pOPUUcY6igQ7d9KMn2pvHrR x6igY7nvijP0pvHrS8etAC5+n50ZPtSYHrRgeooEGfpS5+lN49aMD1FADs/5zRz6D86TA9aOPWgY v4CkyfSjA/vUcf3qBBk+lHPpRx/eowPWgA59KPw/Wk49f1pePWgYfhRj2/Wk4pePWgA59P1ox7fr RgUYHqfzoEHPpSc+n60uB/k0YHrSGJg+n60Y9qXA9aOPWgBMe1Lg+gowKXimIbg+go59Kdx60cet ADcH0FH4U7j1NHHrQMb+FGD6UuB6mjjHegBPwpMH0p3FGR70AJznpR+FLxRxQITmj8KXj3oyKAEo /CjNGRQMPwFL+VGaM0AHPoKMmjIpcj/IoENyaOadn/OKQmgYc+1FGaM0CDJoz7UbvpRkUDDNLmjI ozQAmaM0tJQAZozRR+VABke/50Z+v50flSflQIXPPf8AOjPsfzpKWgYZHv8AnRke/wCdHajn0oAM j3/OjI96Mn0o7UAGR7/nRuHv+dH4UflQAbh6H86MjHQ/nSflS4oAMj0P50ZX0NH5UUCDJ9DRk+lL mkzQAc+lHPpRRQAc+lFFFAwpaSigApce9JRzQIXHvRj3NJzRzQAv40Y96TmkyfWgYvHrS8etJmjP vQAtGB60maTJ9aAF49aMD1FJk0ZPrQIXA9aMD1pKM0gF49aOPUUn50fnTAX8aTA9RR+dLz6n86Bi YGeoowPWjmlz7mgA49RSYHrR+f50v+etACfiKPxFH50ce/50CD8aPxo/Oj86Bhj3ox70uR70mfr+ dAgx7ijv1FGfrS5Hv+dAxPyo/GjP1pc+5pCEwaOaXP1oz7mgYnNHNLn3NGfc0wE5owaXPufzoz7m gQnNGDS/iaM+5oAMGjFGfc0Z9zQAYPtRg0Z9zR+JoGGDRg0f8CNJkepoELg0YNJkepoyPU0ALg0Y pMj1NG73NAwxRj2oz70ufc0CEx7UY9qXI9aMj1oATHtRgelLketJ+NAB+FH4UfjRketAw/AUY9v0 oyPWjI9aADFGKPxo49aBBijFHHrRxQMMUYP+RR+NH40AH+elH+elH40fjSEH+elGKPxo49aYBijH +cUfj+lFAwx/nFGCP/1UZozQAdv/AK1GP84ozRmgAxx/9ajH+cUZozQAYNGPcUZozSAMe9GPf9KM 0ZpgGPejj1/SjPFGfagAx70YHrRmigQUUc0fhQMKKM0UAH40fjRRxQIPqaPxoo4oGHFJxS96OPSg Ao4opaAE/wA9KOKXHtSYHoKADijilxSYHtSAM0fhS4+lJj6UwFpM89KNv0o2/SgA/CjNGPpRt+lA BmjPtS7eO1Jt+lAgyfSjJ9KNv0pdv0oGJk+lGT6UuPcUY9xQAmT6UZNLj6UY+lAhMmjPtS/lR+VA xPwo/Cl59qOfUUCEz7CjPsKXn2o59qAEoz9KXn2pOfagYZ+lGfpS5PtRk+ooEJn6UZ47UuT60ZPr SATP0ozS80mT6imAZozRk+1Lk+1ADaKdk+1HPrQMbRzS5NLk+tADc0fgPzpfxoz70AH5UZ9qM0Z+ lABn2pKXNH4UAH4Un4UuaKBCfgKKWjv/APXoGJ+Ao/Cl/Cj8BQISjml/AUv5UDG0Z9qXFLgelADc +1Gadj2pMD0FACZ9v0oyfSnfgKPwH50CG5NFOx7CjH0oAbk0Zp+OOlGKAG0Z+tLgUuBQA2ilwKMe 1IBMn/Ipc/WjHtRimAmfrR+NLiigBKPxp3NJj/OaBhR2o/z1ox/nNIBM0Zpfxox70wEzRmlwfWjB 9f1oATIpfwpce/60mP8Aa/WgA/Cil/H9aT8aBBR+FH40f8CoATv0NHHpS49/1ox/tfrQAn4UfhS4 46/rR+P60DE/Cj8KPxo/GgQufb9KTPtR+NHPrQMPwoz7Uc+tLz60AJkelGfal/Gj8aAEz7UfhR+N H40AH50fgaM+9Ln3oEJ+dFB+oo59RQAfhRRRzigYUUuT60ZPrQAlFLk0mTQAUUZNGaACjij8TS/n QITijAo/Oj86ACjFH50vPvQMTij8aX86PzoATijA9aPzpcCgQmB60uB6ijA96MD3oATHFGKXA96M UDExRilxRjmgBMe9GKXA96MD3oATHvRilx9aOKADFJg+tLgUvHvQA3BNLijijigQny+ppfl96THt RtoGHy+9Hy+9GKMe1AB8vvR8vqaMe1GB6UCD5fU0cZ60cUfhQMOPWjj1oopCE/GjHvS8UcUxifjS 4HrRx6UcelAg49aMCjj0o49KBhx60YHrRx0xRx6UAHHrRxRkelGR6UAHHrRx60celHHpQAcetLx6 0celJx6UAHHrRx6igAUYHpQAcetHHqKPl9KOPSgA49RRxS8elHHpQITijj1pfwox7UAJxRxS4HpS fhQAcetHFH4UfgaBh8vrR8vrR+Bo4PY0CD5fWj5aMf7Jo/4CaBhxR8tHGfu0Y56GgQZWj5aOPQ0c ehoAPlo+X1owPSjA9KBhhfWj5fWjHtRj2NAg+WjijA9DS/gaBicUcUceho/A0CDj1o4o/A/lR+dI YcUcUfnR+BpgGKOKPzowKADijij8KMfWgA4o4o/OkwfegBePSjj0oooEHHpRkego79KKBhkego47 LRg+hoxQIMj0oyMdKMUYNAw/CjI/uijmk5oAXPsKNw/uij8KOfSgAyP7ooz/ALNHPoaMH0NABkf3 aXI/uik59DSfgaQhfwFH4UlFAxfwo49BTce1L+FMQv4UcelJ+FHHpQMXj0FGR6UnGOlH4UALkelH 4fpSfhS59qBBRxRx6UcelAC8UcUn4UYHpQMXj/Io+X/IpuBnpRQIdxRx14pv4UfnQMXj2o4pM0uf UUAGBRiko/A0ALgUYFJxR+dAC8ZopKT8KAHUU38KXBoAWikwaMUALmjPtRg+lJz6UCF/CjPtSYow aQxfwoz7UmD6UYNMQufajPtSEUYoAXPt+tGfakx7UfhQMXPtRn2pPwooEL+FJn2oo96AFz9KM0lF IYv4UfhScUUxC0flSUtAwoz9KSigBfyoooyPagA4o4oz9KMj0FABRS5HpSZ9qADIo4oyPQUZFABx RkelGfb9KMj0/SgBcj0pOPSjPt+lG4en6UAHFLxSZHp+lLn2oATjPT9KXj0/Sk3Uu4elABx6fpRx /kUm6jdSAXIoyP8AIpN3tRn2/SmIXj/IpMijI9KXI9P0oGGRRn3FJkegpc+woEGR7flRuHt+VJn2 oz7UALuH+RSbh/kUuR6UZ9qBhuozxRn2oyPSgBcijI/yKTI9P0pM+36UCFyPb8qMj2pPwooGLn6U Z+n5Umf84oz7UCFz70Z96TPtR36UDFyPWjPvScelHHpQAufejPv+lJxRx6UCFz70fjScelH4UDFo zSfnRQIXP+cUZ+tJ+H6Uc+lAC5opOaMn3oAXP+cUZPp+lJRn2NAC59qOfT9KTNGaQxfw/Sj8KTmj mmIX8KPwpPwooGH4Uc+n6UUZNABz6UfgaXNGaAE59D+VH4fpS59qTn0oAXHHSkx/nFH4UZNIQfhR Rz6UZPpQAf8AAaPw/SjJ9KMn0pjDn0P5Uc+hoz7UZ9qBBg+n6UYPpS59qMj0oGJg0YNLkelGR6Cg BMGlxRx6UcelABg0YPvS5HpRkelAg5owfWjI9KMj0oGGD60YPrRkelG4UCDB9aMH1oyKMj0oGGD/ AHqMH1oyKOKBBg+tGD60fhScUALg+oo59f1pKKBi/N6ij5vUUmfajI9KAFy3qPzo+b2/Okzz0o/C gBfm/wAml+b/ACab36Gjv0oEOyfajn/JptGPagB2T7UZPoPzpv4Uh+hoAfk/5NJk+n60n4UY9qAH ZPoPzpMn0/WkwfSjB9KBi5P+TRz/AJNJg+lGD6UALz/k0c+lN/Cj8KBC5+tGabj60Y+v50ALn60U mP8AOaXH1/OgYZoz9aP89aP89aAD86M/Wj86PzoEGaM/WjP1oz6k0DCikz9aM/WgBeaOfSjP1pM+ 9AC0Uf560Z96ACkxS5ozSASlozSZpgLSZpc0maAFopM0Z9qAFozSUZoAWjHvSfhRmgBePWjj1pM/ SjP0oAX8aP8AgVJmkzQA7j1o49TSZozQIX8aPxo/Cj8KBi/jScetJ+FHPpQA78aPxpv4Uc+lIB34 0cev6Un4UfhTELn3o/Gk/Cj8DQMXI/yKOPWk/A0YoELx60fjSYox7UDF49aOPU0mPalxQIMD1/Sk 4/yKXFGPrQMTj/Io4paKAEwKOKWjFACcelFOxR+dAhuPrRinYooAbgUYp2KPxoAbgetGBTsUUDG4 H+RSYHqfyp1L2oAbx6mjj3p2KTB9aBCce9HHvS496McdaBice9Jx707HvRj3NACYHvRx60uPejHv QAlJx707B9aTn1oATijilx70Y96AD86KMe9GPegQfnRRj3ox70DDNJn2pce9G33pAJnnpRml2+9G D60wDPFGaMGjB96ADJ/yKM/5xRjnrRj3oAMmjJox7mjHuaBBmjNG33NGKBhmjNGPrRj60AGfp+VG fpRj60UAGaM0Y9qMe1ABnj/61GaMUYoAM0ZowKMCgBc0ZpMCjHt+tAC0mR60Y9jS4oATPvRkUYFG BQAZFLmjFJj3oAXNJmjH1ox9aADNGee9GOe9GB2zQAZoyaNtG32NABmjNG360bfagQZ9qM89KMH0 o20gEyaMml20uKYxMnFGTS7aMUCEyfSjJ9KXHvRj3oATJ9KMmlx70Y96QCc+lHNLgetJj3pjE5o5 p2PekwPWgBOaOaXj1NGBnqaADmijHuaMfWgQYNHOaMUv50gEx/nNGKMUYHpTAMH1FGOeooxRj6UD DH0ox7ijFGPpQIMUY96OfaigYc+tGPcUfjR+NABj3ox7ijH0oxQAfiKPxFGOaMUAGPcUY/2qTmj8 KBC4/wBqj/gVH4UfhQMX8aPxpOfSjn0oELz60fjTfwo59P0oAd+NL+NN5owaAHZ96OfWm9qKAFyf Wjn1pKOD/wDqoGL+NH40mBRx60AL+NGfek49TRx6mgQv40fjScepowuOpoAX8aT8f1owvqaML6mg YfjR+NHGOtHHqaADjFH4mjj1NHHqaBB260fiaXj1NJx6mgYY96MUcepowPU0AFHFGB60cetABR36 0Y96Me9AB+NHHrRt9zRj3oAOPWkx70uPejHvQAfjRjjrRj3NGOOpoEGPej8aMe5ox7mgYfjRj60Y 96XB9aBCYoxS496TFABj3oxRj60YPqaQwooxS7femISlox70bfrQAYopNv1pdp96AD8qOPQUbTRt NABx6frRkego2mjaaADj0FHHtRtIowaBgcego49qMH1owfWkAce1HHtRj3o289aYC4HoKMD0FG33 pMe9AhePQUcegowfWkx70AHHtR8vtRRjigA+X2o+X2owKMCgBcr7Uny0YFGKAFyPSjj2pMDpmjju aAF+Wj5abgetLgetAC/LR8tIQKTAoAd8tGVzTcUcZoGO4o4pOKKAF4opOKOKAEyfSjn0o496Xv1N IQmT6UZPpS/iaTj3pjDPtR+FLx60ZoAT8KM89KM0uR6mgQmfajPsaXj1NJ+JoGGfal3f7NJkepo4 9TQAZ9qN3tRn3NGfc0AG72oyPSjn1NH/AAI0CDcPSjPtRn3o/GgYbvajPtR+NH/AqQgz7UZ9qP8A gVH/AAKmMO/Sj8qMe9H/AAKgAz9KOPaj8aOP71IA/Cj8KP8AgVH/AAKmAfhR+FH/AAKj/gVABRn2 pf8AgVJx6/pQAfhR+FH40fjQAfhR+FH4mgfWgA5o59KM0ufrQAmDnpRzS5ozQAmD6UmD6GnZozQA mD6Uc+lLmigQnzUc+lL+FGfakMTmjmlz7UnHpTEH4UUcelH4UAH50fgaOPSjI9KAD86PwNGR6UZH pQMTPPQ0ufY0ZH92jI9KADPtRn2NGR6Ubh6UgEo/Ol3D0o3e1MBPwo/ClyKAR/k0CEzRmlyKMj2o GJn60ZpePal49qAG5+tLml49RRx7UCEz70E+9Lx7UfLQAn40n407j1FHHqKQxv4mj86d8vr+tHHt TAbz70v50vHrR+IoEN/Ol5p34ik/EUAJzmjmlx70Y96Bic0nNO/H9aPxH50AN5o5p2P85owfUfnQ A3nNHNOwfb86Mc//AF6AG80c56U7b/nNG36UAN59KOfSnbfpRtHtQAnPpRzjpS7fYUY9h+dAhpB9 KXn0pdvt+tJt9v1oATn0pcHHSjH0/Olx9PzoAbz6UYPoadj6fnRj2FAxvPoaOf7ppcewox7D86AD n0o5/u0bfYUY9hQAfhRz6UY9qMf5zQAc+lGD6UYz2/WjH+c0CDn0o59KMe360Y9qBhz6Gk59DS49 hRj2FABzRz6UuPpRigQmTRk5pePSjHsKBiZNGW96XA9qMCgBMtRlvenYHtScUAJlqPmpeKXigQ3L UuWpeKOPQUAJlqNzUvFHy0AJuajc1GB6UvFIBNzUZOc0uBSUwDLUZal496TA9/zoAMtRk0cf5NGB /k0AG40m40uB/k0UDDcaNx9BRRigA3HHQUbj7UY/zmjHH/16ADcaNxox/nNGOP8A69AhNxpdx9KN v+c0Y/zmgYbjRuPpRj/OaMf5zQINx9KM+1GD6/rRj3/WkMN3tSZ9qXH+c0YPrTEGfajPHQUmD6/r S4PrQAZ9hRnjoKTHvS80hhn2oz7Uc0fSmIM+1GfajmjB9qADPtRn2ox9KXB9qAEzx0oz7UuDR+VA CZ9qM+1LzRzQMTNGaXmj8qBCZozS8+1HPt+VAxPwpPwp35Ufl+VAhuTRn2pfy/Kj8vyoGGaM8Ufl +VGf84oATNG76Uvtx+VH+elAhM0ZFL/npRz6/pQMTijIpefUflRz7flQAm4UbhS++R+VJ+X5UCDc OlLuFGPcflRj3H5UAGRRu9hSY9x+VH5flQAu6k3UfiPyo/EUDDJ9qMn2oz7j8qPxH5UCF3Gk3Gjn 1/Sjn/IoGKGo3Gk/H9KPxoEGTRk+1H40tAwyaM/Sj8aOfWgAyfajOPSjmjn1oAM/SkyaXmjn3oAT OP8A9VLk0ZNLk0CEyaMmlz70ZPvQMTcfSk3H0p2frR+BoATcaTJpc/Wjd7UCDJoyaXd7UZ9qBiZN Jk0u6jNABk+lGT6UZpM0CDP1pc+1Jk0bj6UDFzxSZ9qXNG6gQnbpS/hRn6UZoAPwpM+1GaM0DD8K M+1Gfp+VGaADPtS/hSZ+lGfpQAv4UUmfpRn6UALzRzSZ+lH5UALg0YNGT6ijPuKADB9qMH1FGT6j 8qMnpkflSEGD60YPrRz6j8qMn1H5UwDBowfWj8f0o/L8qBgAfajn2pf89KOf8igQmfr+VH+elGKT FAw/z0o/z0oxRigQf56Uf56UYoxQMOfT9KKMfWj8DQAf56Ufj+lH4Gjj3oAPxNHHqaOPQ0cehoEH 50Z9z+VHbpR+FAwz9fyoz/nFH4UY9jQAf56Udv8A61GPY0Y9jQAmff8ASj8f0pfwNHHoaAD8f0oz /nFHHoaOP7ppCD8RSfj+lLgehowPQ0wDP0/Kjv1o49DRgehoAM+/6Uc+tLgehpML6GgA/EUZ+lLx 6Gjj0NAw/EUfiKOPQ0nHpSEL9cUfiKTj0NGR70wF49qOKTj0o4oAWj8BScelHFIYv5flSflRRTAW kpKXigApcUnFHFAgwaXmk4o70DF5zRzSUUCFwf8AIpMGij8aBhj/ADiij8aKBBRRRQAc0Y4oopDD FGKOaKYgwaTFLijFABikpce1GP8AOaBiUc0uKMUgEwaOadjjvRjmmA3n2op2KMexoEN59qX8qXFG PY0AJ+VJ27UuPY0YHHFAxPyoz9KdgZ6UYHpQA3j2pfypfwooEN/Kl/L86MUYHpQAY+n50YowPSjA xQAY+lH5UYHpRgUDDH0o49qMD0/WjAzQAce1HHtRgUYFABx7Uce1GPpSUAL+FGPYUcUnFAhePajH 0pKKBi/l+VH4UlFAhcClxTaXigYY9qMe1HH+TRxSAX8BSY56UYFH0FABijHt+lH4UlMQuP8AOKMf 5xSfhR+FAC4/zij/AD0pOlLQMP8APSj/AD0o/CikAf56UY5/+tRijFMAx70YoxR+FAC4o5z2pMUY oEL+VHPt+VJt9qNtAC/56UUbaNtACYopdtG2gYcf5FH+elGKNtAhOfT9KMGlxRj2oGJg0YNLj2pM H0oEHP8AkUc56/pRg+lLg4oGJ/npR/npS4pMUAFHNLijBoATmjn/ACKXHNGKAEoopcUCE5ozS/hR g+lACZoz/nFGPajFAwz/AJxRn3/Sjn0ooEJRS49qMe1Aw/GkpefSjB9KBBSUvPpRz6UDDmjmjn0o 5oEFGaMGk5oAXNH5UYNGDSGH5UflRg0UwD8vzo59qTmlzQIXB9qMGkyaKADH0pcfSkooGFHPpRRQ AYowfSij86ADafSjbSfnS/iaADbRt/zmj86SgB23/OaTH1/Sjv3o/OgBcUYpOKOKBBijBo4o496A DH1pcD3pOPWl4pAGPek/Gl49aTimMKKXj34o46UAFFJgetLgetAgopMD1NG0epoAKKNo9aXA96Bh SUuB60YHrQAlH407C0YHrQA38aX8aMCjAoEH40ZowPWjA9aACkzS4HrRgetABzQKXj1pOPWgBKX8 aOPWk49aBi/lR+NHHrRxQAc0UcUcUCCikOKOKBi0YpOKOPWgQuPekxRxjrRx60AFFH40cUDClxRm koAXBoxSZooAXH0ox9KSj8aAFx9KT8qKKQB+VLj2FJxRTAPwFGD7UZooAMfSlwfako4oAMH2owfa jijAoELg9sUmD7UYFGKBi4PpRg+g/OkxRxQIXB/yaNp9vzo/Kj8aQw2n/Jo2n2/Olo4piEwf8ml5 /wAmjA9KKAG4NGDS5PpS8+lAxMGjB/yaPwpfwoEJg0YNH4UfhSGJg0c0v4UZ9qYhMGlwaSikMXB/ yaTBzRzRzTAMGlwf8mk/GigQvNId3pRz70c+9ABg0YNHPoaOfegYYNGD70c470c+9ABg0YPpRzRz QAYPpRg+lHNHNABg+lLg+lJRQAuD6UY9qTFH50CDn0owcUYPvRzSGGPajFHzUc/5FMQY9qMe1HNH NAwxRj2o5o5oEGO9GKOaOfSgYYopefSgZ9KQCc0UvPpSfN6UwCl4pPm9KOc9KADj0o4o+b0pfm9K ADj0pPwpefSjB9KAD8KT8KXB9DRg+lAhM+1Ln2pMH0owfQ0DDNGaMH0NJg+hoAXNGaTB9KOfSgBf zpfzpvNHNAC/iaMn1NJ+FGPagBc+5oyfU0Y9qMexpCDP1o/E0mD70AGmAv50fnSAe9GDmgYuT70c +9GKTBoEL+dGfrSYOaXFAw/OjNGPejHuKADmjmjHuKPxFAg5oo/Gjn1oGGPejij8RR+NABx6mk49 TTvxFH4igBuPrRj607/gQo79RQA386Kf+Io/H9aBDaSn/iPzo/H9aAGUfhT8e/60YPqPzoAZ+FFP 59vzooGMoqT8qPypAR/nRn61Jj/OaMfT86YEefrRUmPp+dJj6fnQAyipMfSkx9KBDKKfx7UflQMZ +dH4mn/j+tHHt+dAhn4mjP1p/wCX50fl+dADMmjJp/5fnRx7UgGZPvS5NO49KT8B+dMBM0Z+tO/K jj2oGNz7mjP1pcijigQmfrRn60uRRx7fnQAmfc0fnS8e1HFAB+dH50flRx7UDEz9aX8TRx7UlAgP 1NH4mj8aOKAD8TR+Jopc0DD8TSfifzo/Kj8qBB+f50fn+dH5Uv5UDEz/AJzR+dOpPyoATn0o5p34 0lAhOf8AJoH+eaWigYn+etGD70tGDQITmjnPf86XB70YNAxOff8AOjn3peaOaBCc0c/5NOwaKBje f8mj/PWnYo20ANpOadj3FGPcUAJzRk+hpce9L+NAhufajJp1FAxvPpRz6U78RR+IoEN/CjPtTufU UfiKAG8/5FGT/kU6jJ9qAEz/AJxSf56U7P0/OjP0/OkMb+P6Ufj+lOyfQfnRk+g/OmIbn/OKM8df 0p2fp+dL+X50AMz/AJxRn3/SnZ+lGfp+dACZOOv6Un4j8qdkeg/Oj8vzoAb+P6Udv/rU7P0/Oj8v zoGN/H9KPx/Sl/KigBPx/SjPv+lLz7UuTQIbn3/Slz7/AKUUdulACfj+lL+P6UfhR+FIA/H9KT8f 0paPwpjEz7/pS5Pr+lH4UfhQAmSe/wClL+P6UfhRQAfifyo/H9KOfSjn0oEH4/pRz/kUmPajBoGL +NFGKMUCDtRSYoxQMXFGKOaOaADH1oxRg0nNABj60UvOelHNAgx6UmKXmjmgYYNGKOaOaADFJg/5 FLzRzQITB/yKMf5xS8+ho59KAEx/nFLijJ9P1o5oGGDRj/OKOfel596BCf56Ufh+lHPvR+dAxP8A PSl/z0ox9aT86AF5/wAij/PSj86T86BC0Y/zik596PzoAX/PSjH+cUmPr+VLj60DD/PSk/z0o/Oj jHegQc/5FL/npRge9JgepoGLz/kUc0mB7/lRj3P5UhC/56Ucf5FJj6/lR+J/KmMXP0/Klz6fypv4 n8qOPU/lQAuf84pc+/6U3j1P5UuB6mgBc+/6UZ9/0pvHqfypcD1P5UALn3/SjP8AnFJx6n8qOPX9 KBC5H+RRkf5FJx60cev6UDFyP8ijP+cUcetHHrQIOPX9KOP8ijjrn9KOKBjaPwNLzRzQAZFH50c0 c0AGfajI9KTmlpAGRRkZ6Uc0UwDI9KOPSk59KOaAF49KXI9KTmigQZHpRn2pM0ZoAXPtRn2pM0ma Qx2fajPtSZ4opgLmikpaBBmkpaKAEo5pfxo/GgYlFL+NFACUZpeKOPagBKM0uRRxQITNJmnZFGRQ MSjNLxScZpAH+etH+etGRS8UxCZo/Gjil4oGJ+NH40ZFGR2FAB260cetGaM0AHbrRRmjJoAKKMn1 oyaADvRmjNGTQAZ4ozSZOaM0gFzRkUmaM0wFyKMik70c0ALkUZBpOaOaBDsj0oyKb2opDHZ9qTP0 pKXmmAuaM0mKKADIoyKKOc0CDIo4ox70Y96BhmjNGPelwKQCZHpRn2ox7ilwKYCZo4pcD2owKBCZ ozS4HtRgUAJmil4o49RQMbS0uB6ijj1oAT8aKXA9RRj3FACUUuB60ceooEJRz60uB6ijj1FADfxo P1NOx70Y+lAxvejj3p35Un4igA/Oil/EUfjQITFHFLx6ijA9qAEoo49qOPagYUUv5UfiPyoAT8KP qKOMdvyo49qBB+FH4CjjHaj8qBh+FH4UfiKPypAH4Ucf3aX8qT8qYB+Ao/4DS8e1JQAZ/wBkUfhR x7Uce1Agz7Cj8BRx7UflQAZ9hRn2oooGGfajd7Ufl+VL+X5UgEz7UuaTj2opgLn6UZpPyo/KgQu6 jdSUUALn3/SjP+cUnNHPrQMXPv8ApS5HrTcmjmgQufc/lRn3P5UYPrRz60AGfc/lS/ifypOfWjn1 oGLn3NGfc0Z96TJ9aBC/8CP5UZ/2v0pMmkyaAHZz3o/4F+lNyfU0ZPrQMdn3oz703J9aMn1oEOz7 0Z96bk+tL+JoGL+NH403J9aPxoAd/wACo/Gm8560c/3qBDvxo7daT/gVGT/eoAX8aPxpM89RRz/e pAL+NH40n/AqOfWmAv40fiPzpPxpP+BUgHfjRj3FN/Gl/GmAvHtSceopM+9GfcUDF49vzo/EfnSZ PrRk560ALx60YGO1Jk460c+tADuP8mkwKTn1o59aAF4opOfWjn1oELRik59aMnHWgBf89aP89aTJ 9RRk+1IYtH5UmT6ijJ9aYC/jS03JoyaBC0YpMn1oyc9aAFpabk0ZNAxc0UmT60bj60ALk0ZpMmjJ 9aBC596M/SkyfWjJ9aAFz7ijNJk+opcn1oGGaXNJk+tJk+tAC5NLzTcn1oz70CF/EUZ9xSfjR+NA xc+9Gfek/Gjn2oAX8aM+9J+NHPrQA7P+1SZP96k59aOc9aAF/wCBUc+tJ+NLn3oAX/gVGP8AapM+ 9GaAF/4FR/wKkyaMmgQv/AqT/gRo3NRuPqaAFx/tUY460mT6mjJ96AFx70Y460nNGT70DFx70YPv SZPvRk570ALg460Yb1pMn3o/OgQuD60YPrSUZoGLtPrRtPrSUlADsH1o2n1pKTNAh20+tG003P1p fzoAXYaNpptLxSAXaaNppvFHFMB20/5NJtNJxRkUALtPpRg+lJRn/OaBi4PpRg+lJRj3oELg+lLg +lJgUYoGLg+gowaTAo4oELg0mDijj2o49qAFwaMGk49aPyoAMH1pcH1pKPxoAXB9aMH1pPxoz70D DHv+tG0ev60fj+lH4/pQAYHr+tG33/Wk/wCBfpR+P6UgF2j1/Wk2+/60fj+lH4/pTANvv+tLtHr+ tJ+P6UfjQIXHv+tGPf8AWk/GjHPWgYu3/OaMfT86TFGKBC7T6j86TafUfnS4pMUDDafUfnRtP+TR g0vPrQAm0+oo2mjFLikIMNSYNGKKYC4PrRg0lH40AL81GGz2pPxoyPWgYvzelHPoKTI9aXigQYb0 FHzegpOKXjHWgYfN7UfN7UnHrR+NAC8+1L83tTfxozQIXn2pefQU3NGfegYvPtS85pv40Z96AHZN Jn6UmfejIx1oAXNFJn3oyKBDs0mfakz70ZoGLn2oz7UmRRmgQufb9aMn0puR/kUvFAxc+360Z9qQ kf5FHFAgyfT9aXPt+tJx/kUcUDFz7frRn/OaSjFAhc0ZP+TSYH+RRgev6UDFyaMn0/WkwPX9KMD3 oELk+n60nPp+tGB6/pRge/5UDDn0/Wjn0pePX9KMD1/SgQnP+TR+FGB70ce9Axcn0/Wk/D9aOPej 5fQ0AL+H60c+lHHvRx70AGT6Uc+lJ8vvRx70hC8+lHPp+tHy+9Hy470xi846frRz6frSfL70fL70 ALz6frSc+n60ce9HHvQIXB9KNren60nHqaOD60DDaf8AJow3+TRx70mR7/lQAuG/yaMH/JpOPejI 9/yoAdhqTDUZHv8AlRkf5FAgw1GDRuo3UDDBo5o3CjcKBCc0c+9LkUbhQMMN70nNGR/kUuf84oEJ 81Hzev60uf8AOKM/5xSGJ81HNLn3/Slz/nFADeaOfenf56Un+elMBOaXmjv/APWo/H9KADn1pPmp f89KM+/6UAJ81Hze9Lk+v6UZ5pAJz6GlyfSjP+cUZpgJk+lGT6fpS5/zijPNACc+lFLmigBPwNHP oaXJo5oEJn2o5o5xRQMOaOaKPwoEGTQc0ZooGHP+TR/nrRzRk0AHNHP+TRRQAc/5NHPr+tFFAg59 f1pOfWlooGJ81HPrS0ZoAOfWjBozRQIPxo/GijjFACUUv0ozSGJzRz60tHFMQnPrR83rS5FHHrQA nPrS80cUvHvQMTn1o59aX5fejigBvPqaMn3p3HrRxQIbk+9GT70/j1o49TQAzJpefSl49aOPWgY3 J9KMk9qfxSZFAhuT6Uc+lOyKM0AN59DS80uaN3+cUDE59KT8Kdu9/wBKMj1oAbR+FP3e9G4UAM/C lyaXdRu/zigBKKXdRuoAT/PWj/PWl3UbqAE/D9aPw/Wl3fSjcaAE49KPw/Wlzmk3UAH+etH+etGa M0AH+etGM0ZoyfSgAx/nNFGaMmgQUYoyaNxoGFGKOaKADAoxRR+NABiij8aPxoEHeiij8aACijvS 0DEoo/Gj8aBBRmjHvRj3oAPzo/Ol/Gk/GgYfnRmj86KADP1o+maPxo4oEH4Giij8aAF/Ok/Oij8f 0oGHfvR+dL+NH40AJS/nSUf56UAHNHNFH+elABz60c0f56Uf56UCDmjBo7UY/wA4oGGDRiij8f0o AMUuKT8f0pKBC7aNtH40Y4oGGDRtNGOKMCgA20YOKMUYoAMGl2mkxRj3oELtNGKMe9GPekMMUYo2 +9G0etABj6UYNGPel2+9MQmKMUYHrS4HrQMSlxRgetGB6/rQAYoNGB60Y96BBjFJS496Me/60AJS 54/+vRj3pPxoGLn2/Wk/D9aPxox70CD/AD1peaMf5zR+VACYHrRgetGPc/lRg+9AC4HrRgetJj6/ lRj60DF4pOPaj86MUCDj1o49qMUYoAOPbmjj2owf8ijFABx7UvHt+dNwfWjmgY7j2o49qbz60c/5 FAh3Ht+dHFNwelLg+tAC8eg/Ojj2pv4n8qP89KAHce1HHt+dNwfejHuaBjsD2/OkwPb86TBoxSAX A9B+dGB7fnTcUuKYDsD2/Ojj2/Om4oxxQIdx7fnSce1Jj2NGPY/lQAvHoKPwFJj2NGPY0DF/AUn4 CjH1pdvagQY9hRj2WkwKMfWgBcfSjH0pMfX8qMD3oGLj6UY9qTH1ox9aAF/AUflSY96No9aQC/lR j6UmB60Y96Ygx9KXH0pMD1owPWgYv4ij8aTAowKAFyaSjA9aMD1oAKXmkwMdaOO1AC8+tJk+tHHr RgUALu96M+9GKTaPWgBcmjJpMD1owPWkIXJxRz6/rSYHrRgUxi5P+TRk+v60mPejFAhcmjJ9aTH1 owPegYuT60Z96Tj3owKAFyf8mjJ/yaTFG0UALk/5NGT/AJNJgUY9qAFyf8mjP+c0mPajHtQAuf8A OaTd/nNA+lH4GgBc/wCc0bv85pO/SjFAhdxpNxoxRg0DF3UbqTBowaAFzRn2pMGjFAhcmjPtSUlA Ds+1G72pKSgYufb9aMj0pKKAFyPSlyM9KaKKQDsj0oyPSm/jS4pgGfb9aMj0oooEGfal/CkzRn3o GLRxTc0fjQIdx70U38aXHvQMWjNJ+NGPegBaKTHvRj3oAWjH+c0mPejHvQIXH+c0f560mPejA9aQ C/j+tGaTHvRj3pjF49f1oyPWkx6GjHvQAvHrSZ96NvvRigQvHrR+NJj3o2+4oAX8aPxpMH1FGPcU AL+NGfekx7ijB9RSGLn3oz70m00baYC596M+9JtPtRtPrQAu73pM+9G2jbQAuT60mfejFG2gBc0b vf8AWkxSbaAHZ9zRkUmPb9aMUCDcPU0Z96MUYFABn3NLmk20baBi7qTIo20baADI96Pz/OjBoxQA fnR+dGKMUAGfc/nRn6/nRijFABke/wCdGR6n86MUYoAMj3/Ojj1P50Y9qNvtQIPxP50fj+tGKMUD Dn3/ADooooAX/PWk/H9aKKQhfxpPxoowPSmMWj8aMD0owPegQfjR+NJxRigBeKO/WkwM0UAO/EUf iKbRkUhjvxFH403ijimId+NGfcU3ijigY/8AEUmfcflTeKOPWgB35flR+I/Kk49aMD1oAXPuPyoz 7im8UvHrQAv40flTePWjI9aBDvy/KlpuR60ZFAx2aTPt+lJxSe9ADs/T8qTP0/KkwM0uKAD8qX8q TA9f0ooAPypfwpPxpOvekAv5Ufl+VJRimA6j8qSjFAB+X5UflS4pMH1pCD8qTH0/KlwaMGmMTH0/ Kj8qXFGKBCUflS4OelGD6UDEx70Y96Xn0pKBBRS80nNAw/z0o/H9KMGjB96BB+P6Uc0YPvS4NIYl HNGD60Y96YAM0c0UZNAC5NFJzRz6UgF5o70n4Ud6YBS5pKKAFyaMmkooAXcaMmkwKO1Ahcn0pef8 mk/CjP1oGL+H60ZPpSdu9HHvQAvPp+tH4Cm/nRj60CHZPoKOfQU3H1pfzoGLk+goyfak/OkxQIdk +1HPtScUnFAx3PoKMn0FNooAdk+1GfpSCigBc/SjJ9qTAowKQC/lRn6UmPejFMBcn2oz7Cj8aSgB ePQ0cUmP9o/lR/wI/lQAvHvScUY9z+VH4n8qADjFGaPxP5UY9z+VABmjJo59T+VH4n8qBBz70mTS /j+lL+P6UDEyaTcaX8T+VH4n8qBBuNG40fifyoz7n8qBhuNG73o/H9KM+9Ag3UbqM+9Gff8ASgA3 GjcaM+/6UZ56/pQMNxo3GjPv+lGR6/pQAbjRvNGR6/pR+NABuNG4+lHFGR60AG6jcaM+9H40AJuP vS5NGfej8aADcfejJoo/E0AGT70ZOe9H40fiaBCZPvRk+ppfxNH0zQAmfc0Z96XP1/Oj8aBiZ9zS /nRk+tH40AFHNGT60Z96AE5zS5NGf9qkz70CDJoyaPxo/GgYZNGT60ZFHHqaAD8RRk0Zo980AGTR k0v40Z96BCc0nNO/E0fjQMbzRk07PvRQA3mjJp2aMj1oAT8aKdn3/SjPv+lAhvejmlz7/pRn/OKB iZozS59x+VJnnt+VAB/nrRmj/PSl/H9KAE5oyf8AJpfy/Kj8f0oATNGf85pcf5xRj/OKQhM/X86M n3pcH/Ioxx/9amMTNH4frS4Pr+lGD6/pSEJn60Z+tLg+tG0/3qYxPzo/OlwT/FRt96AEz9aKdt96 NvvQIbS/nRt96Nue9Aw5ozRt96Np9aADP1ozRtPrSbT60ALk+9GT70m0+po2mgBcn3pMn3pdp9aT afWgAyfelyfejb70bPc0AGT60ZPqaTafWjafWgA59aOfWjBowfWgQfjRzRg+tGDSAPxNH4mjBpce 9MYn50d+ppcUYPtQAmfc0v40YPtSY+lABR+NHPtRigAoo59RRz7UAGeaM0fiKXn2/KgQmaPz/Ojn 2pefUUDE/Cjn0pce4ox70AJ+Bo/A0uPcUY9/0oAT8DQPpS/j+lH40AJ+H60fhS4PrRg+tAhOPSjj 0P50uD60v40DG5HoaM+1OwfWjB9aBDc+1Gfanc+tHPrQMTPtR+FHPrS8+poENz7UZ9qXn1NHPqaB iZPpRuPpTufWk57UCEyfQ0Z9v1pcNRhqAE/A0ZpcGjmgYUZNHNHNACc0UvNHPrQITP0oyPalOaOf SgYce1H+etHPpRz6UgDH+c0fTH50YPpRzTAPy/OjH+c0YPtRg+1ABij/AD1owaTB/wAmgBeP8mjA /wAmkwaMGgBcD/JowP8AJpMH0pcGkAYHt+dGB/k0m2jB9qYhcD/JowP8mjFGKQwwP8mjaP8AJoxR imAbR/k0m0ev60v4UUAJgf5NGB6/rRRQAYHr+tGB6/rS0YoEJgetGB6/rS0UDDAz1pMUUY96AFxx 1o70n4mjB9aBB+NLxSc+tH4mgYvHrR+NJ+Jo59TQAfjS/iaTJ9TRn3NAB+Jo/GjJ9TR+NAC80Z96 TPvRz60ALRSZPrRn3NAgo/GjJ9aMn1oAXHvRSZ96Mn1oGL+NFJz60c+tAC0YpOfWjn1oAXBowaTH vRg+v60hC4OaNppMH1/Wjn/JpjFwf8mjBpMH1/Wj/PWgQu2jbxSc0UDF2mjaaTFH50CF2mjaaTB9 6MfWgA2mjafSjn3o/E0DDaaXaaT86PxNABtNLtNJ+Jo/E0CF2mjaaT8TR+JoGLtajaaT8aPxNAhd po2mk/E0fjQAu1qNp9qT8T+VHHqfyoAdtb2owfUU3j3/ACo49TQA7B9RRg+1N/H9KP8APSgB2DRg +opv4/pR+NAx3PrRg02jHvQIXB9aXnHWm0fjQMXJ9aOaPx/Sj8aBC80c0Z96TPv+lAC80c0fjSUD F5oox70YoAOaOaMClxQAnNHNLRigQ2in4PqaMH1b86BjPwop2D6mjB96BDKX8Kdg+hoxQMbn2pc+ 1Lg+9HPoaBDc+1Gadg+hpOfQ0AJk+lGfal5o596BiZoyKXn3o/OgBuRRlad270c0CG8UvHpS8+9H PvQAnFJxTs/Wj86BicUlO/Ok/OgQlFLz70n4GgAopce1J+dIYUUUfgaYBRR+Bo/CgQUYJo/CigAw aOaOaOfegYc0n407B96OfU0CG/56UvNGD70YPrQAlH40uDijmgYn40UuDRg+tABRRz60YPrQAc0U YNGD60gCjNGGow1ABn2oz7UYNLg+lMQmfajPtS4PpSYoGGeelLn2pKXn2pAJn2/WlyPT9aOfak59 qYC59qTI9KXn2pOaBC7h6frRu9qTn2o/AUDFyPSjPtRz6Ck/AUCFyP7tGf8AZo59BRz6D8qBhx6U cf3TRz6fpRz6fpQAf8BNHH900c+lHPp+lAB/wE0f8BNHPpRg+lAg/wCAmj8DRz6fpRz6UDD/AICa P+Amjn0o5/yKBB+Bo/4CaPwoyfT9KBhz/dNGD/dNGfajmgQc+ho59Goyf8ijmgA/BqTH+yaXmjLU DE/A0uPZqTLZpfmoAMexox7GjmjJ9aAE2+xox7GlyaOaAEx7Gj8DS80fN60AJ+Bo/A0vPqKOaBB+ B/Kj8DRz60c+tACfgaPwNL+Io5HegYn4Gl/Cjn1FHPrQAfhR+FHNH5UAH4Ud+ho/KigQZ9qM+1FH 5UAGfajPtRj6UYNACZ9qOPSlx9KMfSgYcelGR6UYox9KADPtRn2pcfSkx7UAH4UcelH5UfhQIOPS j8KPwFGOe1Aw/Cj8KPwo/CgQfhR+FFFAw/Cj8KM0ZoEH4UfhR+VH5UAH4Uv4Un40flQAcdgaPwNB /CjP0oAXj0pPwoz9KMn2oAPwpfwpN30o3fSgYvHoaMj0NJu+lG6gBfwNH4Gk3Ubv84oEL+Boo3Um 40DF5z3o/A0m44o3UCF/A0Z9j+VJn3pMn1oGO5z0P5Uv4Gm5PrRk0AL+Bpefem7qN1Ahfzo596TN GT60hi8+9HPoaTmjJpiF59DRk+lJk0ZNAwyfejmjJ9KMnvQAUc9qOfSjn3oAMn1oyfejmjmgQZPv Rk0c0YPrQAZNHNGD60YPrQAmTS80YOaMH1oAMmjmjmjmgYc0tHNJzQAUUtFAhM0Zoo5oAM+1Gfak 5o5oAXPNJn2oyaM+1AwozRn2oz7UAGfalzSZ9qM+1IApfwpM0UwDmjn/ACKKMigQc0UUlAxef8ij mk/Ol496BBg0YNH4GgH60AHNHNH50UAHNHNHHvRx70DAZoyaOPejt3oATJ96Mml/OjH1oATJpcmj HNLj60CEyfWjJ9aMfWlxz3oGJzRk0uKMfWgBMmilx7mlxQIbz60Zp2KMfWkMbn3oz707H1opiE3U ZpfxooATPtRmlo4oGJmlzS/lRgetAhuaXcKXikwPagAzRkUce1HHpSGGaTdS8egowPQUxBkUmadx noKOPQUDG0tGR6UvHpQAlH5UvHpRxjpQITNGaXA9qMD0FAxKP89KXj0FGB6CgBP89KPx/Sl49qOP QUCDH+cUf56UYFGB6UDEwcdf0paXA9KTA9KAD/PSj8f0ox7UYoELuFJketJk+35UZPt+VADsj1pM j1pMn2/KjJ9vyoAdkUcetN3H2/KjcfagB3HrRx603P0oz7igBciikyfUUc+1Ax3Ht+VJ+X5U3n1F L+IoEL+X5Un5flRz6ij8qAD8P0oz7Cj8qPyoAM+wpM+wpcfSjBx2oGGfYflSZ+lLz7UuD7UCEz/n FJn/ADilwfalwcdqAG5/zikzx/8AWp2D7UuD6CgY3P8AnFGT/kU7B9KTB9KAEyfb8qM/5xS4PpRg +n60AJn6flSZ/wA4p20+n60YP+TQITP0/Kkz/nFOwaMH0oAbn/OKMn2p21vSjDUDG5Pt+VGTTsH0 owfSgBuTRn3p2D6UbT6UANzRmnYb0ow3pQIbuo3e9OwfSjn0oGJn3ozS4PpRhvQUCE3e/wClGff9 KXDelJhvSgAz7/pRu9/0o+YdqPm/u0DDdRn/ADij5vSjLelAgz7/AKUZ+lHzUfNQAZ47flR+VHzU fNQMPyox9Pyo5o5oAPyo/KjmjmgQn5Uc+1LzRQMOfajPPQUUlABzjtRz7UuP85owaQhPyopeaKYx KOfUUtHPpQAmD7Uc+1Lg0YNACflR+Iowc0YNAB+Io/KjBowaADv1pPxpcGjBoEJj3o79aXBowaBi fjS/iKMGjB9KAD8RR+NGD6UuD6UAJmjNGD6UYPoKADNH40YPoKXB9qAEoz70uDRhvagBO/Wjr3pc N7UfN7UAH40fjRg+1HPtQAc+tGfelw3tSYPtQIM+9GaXa3tRg+1AxOKKNpowaBBRRhqXB/yKBicU UuDRg0AJxRS7TRtNACUUu00baAEo/Cjb70bfegQUUu33pMe9ACUUu33o2+9AxMGjBpdvvRt96ADB pMGl2+9G33pCE5owaNvvS7femMTmjB9aXb7n8qNvHX9KBCYPrRg+1Lj3/SkxQMMH2owfUUv+elJj 3oAMH1FGD6ilx70Y96AEwfUUuD60mPejHvQAuD60YPqKTHuKXHvQAc+tJz60flS9+ooEJz6ijn1F H4il59RQMMH1FGDjqKOfWj8aBBg+35UYPqKOaKBi9uopKWjJoEJ+NH4ilyaTNAB+NH4ijJ/yKMn0 /SgAx9Pyo/EflRn2o/z0oAPy/Kj8qPyo/KgYn4j8qWjNHOf/AK1Ago/Kjn/IooGGaKTNGfpSAXI/ yKTNGfpRmmAtFGaSgApfxo4pPxoAX8aKSigQv40lGRRx60DDNLupOPaj8qBC5ozSZ+lH5UALn3op OPal/EUDDNFJgeoo/EUALmijjPUUcf3hQAUUd/vCjHuKBBmijj1FGP8AaFAwozRj3FG3/aFAC59q TNGPcUuP9qgQc0maXHvSYPr+lAwzRmjB9aTB9RQAufakzS4NGD60CDdRu9qMGjBoATNG6lwfUUYa kMTNGaX5vajn1pgJ2ozS8+tHPr+lACZNGaXn1o5oEGfejPvRzRzQAmfejPuKXmk5oAXPuKPxFJzR zQAuaM/SjJpMn/IoAXPuKM+9JzRmgBc0UnP+RRk0ALRSZNLn3oGJ/npS/h+lGfejPvQIPw/SijPv R+NAw/z0o/z0oz/tUoPvQAmD/kUYPp+lLn3oz/tUCE/D9KX8P0o/4FR/wKgBPw/Sl/D9KPxNH4mg A/D9KTHt+lO/Gjj1NACYPp+lG0/3aX2yaP8AgVACYPpRg+lL/wACNGPc/nQMTB9KOc9KX8TRj3NA DefSjBp2PrRjjqaBCYNGDS49zRj60AJg0Yalx9aMfWgYnNJ81Px9aTH1oATv0o/Cj8RR+VAgo/z0 o/Kj8qAD/PSj8B+VH5Uce35UDD8vyo4o6+lH5flQAcelHHoKOPUUce1Ag4o4/wAijj1FJxQAv+el Hek7UZoAX8KOKT8KOaBi8UcUlGTQIOPSjjHSkzRnPagYvHpRRRQIPwo/CjmjmgAooyaMn0oGFFGT Rk+lACUUvPpRzQITn0o5o5oyaADB9KMGjJpeaBiYNGDS8+lHNABzRz6Uc0c+lABzRz6UfNS80AJz /k0c0vNGDQAnNFGDRg+tACc47UZ+lLg+tGD60AJmilwfWjB9aBCZOKXPvRt96NtAB+NGaXHvSbfe gYZ9xRn3/Sjb70bfegQZ96TPuKXb70bfegBM8daXPvRto20DEyPUflS5HqPyo20baAEyPX9KXI9a MUmPrQAuRSZFGKMUAHFGf84owfSjaaADP+cUfj+lGKMUAHH+RRkUYo/CgQvFFJ/nrR+H60AL+NH4 0mf85pc0gCjPtSZNGaYBS0maMmkMPwFH4UZ9v1oyfSmAZ9qM+1Lk+lGfagQmfajPtS5oyfWgYZ9q TPtS5PqKOfUUCE/CjI9KXPvSfiKBhkUZFHPqKXr3FAhM0Uv4ikx/tCgYUfjS49xR/wACFACfnRR+ Ipcf7QoASilx/tUYP94UAJRxS7T6ijb/ALVAhuBR+dO2/wC1Rgf3qAE49TRx60u3/ao2/wC1QMTj 1opcf7VGP9qkAnbrS/jRj/aoxz96mIOPWjj1o2/7VGD/AHqBhx60n40uP9oUY/2hQIT8aKdj3FJj 3oAOKKXHuKTH+0KACjilx7ikwfUUDCl4o59RRj3FAhOPSjgUvPqKPxFACZGaMjPalwfUUflQMTj0 pOPQUv5Ufl+VIBOPSlyPSjP0/Klz7imITI9KMj0pc/T8qM/SgYnHpRx6Uv5flRnnt+VACcelJx6U ufp+VLk+35UAJxnpSfL6U7PuKM+4oAb8vpS/L6UufcUZ+n5UAJ8vpR8vpS5+lGfpQIT5fSj5fSjP 0/KjP0oGGVpPl9KXJ9vyoyfagQZX3oyvvRk57UZ+n5UDEyv+TRkUuf8AOKM/SgQcUZFGfcUZ+lAB x/k0ZH+TR+VH5UDFyPX9aPx/WkzS0CE/H9aM8df1paPwFACZ96M+9FHPtQAfj+tH4/rR+VH5UDF/ H9aM+/60n5UflQIPx/WjJ/vfrR+VHHtQMMn1/Wlznv8ArSY47UuB7UAJn3/WjPv+tLx6ik49RQIM +/60Z9/1o49RRx6igYuTjr+tJn3/AFo49RRx6igBcn1H50Z9xSceoo49RQAufejPvTePUUcetADt wozx1pv4/pS596BC596TPuKTPuPyoz7/AKUDFz7ijI9aTPuPyo/EUALnnrS5HrTcjHUUflQAvHrR mjP0ooAXP0pKKT8aAFzRmj8aM0CDP0oz9KM/SjP0oGGfYUZ+lGfcUmT7UCF3ewoz7CjJ9qMn2oGL n2FJn2FGTRk0CFz7CjPsKTJ9qMn2oGLn2FGT6Ubj7Ubj7UCE/CjJ9KMn1FLk+1ACZNGT7UvPtSfl QAZNHPtR+VH5UDDmij8qX8aADmjJo/Gjn1/SgQZOe1HNJz6ijn1FAC0UnPqKXn1oAKKOaOaADrS/ 560nPrR9TQMKWkz70fnQAvNJzR+JpPxNAhefWjn1/Wik/GgY7n1/Wjn1/Wm596XPuaAFwf71GD/e /WkpPzoEOGf71HPrTcj3ooGOyfWjJ9abn0ooEPyfX9aMn1puT7/lRk+/5UAO59aTJ9RRnP8A+qk/ z0oAXn2o/Kj8f0pOf8igA5oy3tS4WjC+lADctS5ajavpRgelAwy3rRk0u1fQUmB/dFAgyaMmjA/u ijA/uigAyfWkyfWlwP7tLx/dFAxOfUUmW9aXjH3RRx/d/SgBPmo5peP7o/Kjj+6PyoEJg0c0vHoK OPQUAJz/AJNHP+TS/gKP+Aj8qAE5/wAmj5vX9aX/AID+lH4D8qADn/Jo+b/Jo59B+VH4D8qAE+aj n/JpfwH5Ufh+lACc+1LzR/wEflRz/dH5UDDmjnP/ANejn0H5Uc+n6UCDmjnPak+b+7+lLz6fpQAc +lH4Cjn0/SjnrigA/AUc+go5/wAijn0/SgYc+go59BS4Pp+lGD6UCEyf7oo/AUuDRg0AJ+Ao/AUu DRg0DEyfQUZ9hS4NGGoEJn2FJu56ClwaMGgYm4+goyfQUuKMc0AJu9hS59hRg0YPtQIMn0FGfYUY PtRg0DDJ9qTPsKXB9qMH2oATPrijP0pcH2/Ojn2oATP0oz9KXB9KOfagBMn2ozS8+1HPtQA3NGad g+1HPoKQDc+1GfpS8+1HPtTAQGil59qPyoASjPtS/lR+VACUUv4Cj8qBCcZo/Clz9KPyoGJge1GK X8qOfagBMD2opeaOaBCUUvNLzSGN4o49KWjmmAn4UfhTqO9ACfhR+GaX8aO/X9KAE/Cj8KXHv+lG B/kUCE/Cjj0peM//AFqMD/IoGJx6UZHoKXA/yKOP8igBPwFLn2o49f0o49f0oATPsKO/QUuB6j8q OPb8qAEz7CjPtS8f5FHH+RQAnPpS/hRx/kUcUCDPtRn2o+X2owP8igAyfSkz7UYHt+VGB/kUAGfa jd7Ucf5FHHt+VABu/wBmk3f7NLx7flRgen6UDEz7UuT/AHaMD2/Kjj0FAgyf7ooyf7tGB7UcegoA Mn+6KM+1GB6D8qOPb8qBiZ9qN3+zTsD2pMD2oEJn/Zozx92l/KjH0oGJn/Zo/Cl/KjH0oAT8KPwp cfSlx9KAE/Ck/CnYpMfSgQn4UfhTtv0pMfSgYnH92j8Kdj6UmKBCZ9qO/SlxS4oGNzR+Ap2B6UYH pQA2j8KXA9KMD0oEJ+FH4U7A9BRgegpAN/CincegowKYxtGaXj0pePSgBuaM07C+lHFAhtFOwKMC gBKMmjAowKBhzSZpcCkwKBC5NGTRgUYFAwyfSjJ9KTilwKADJoyfSk4z3owKAF5o+b0pMCjAoAXn 0o5pMD1owPWgQ7mjBpMD1o49aBi/N6UnPpRx/eo49aBBzRzRgetGB60DDmjmjA9aXA/vUCEwfSjn 0owvrRgetABzRzmjj1owPWgYYOaTBpcCjFIBOaME0uBRTEJg0c0vFLxigBuDRg06koGHPrRj3pfw pPwoAPxo/Gl/KigBOPWjA9TS/hR+FAhOPWjj1P5Uufb9KT8P0oGHHv8AlRxRz6UfhQAce9H50fhS Y9qBC8Y70uBSY9v0ox7fpQMXAo4puPajHtQIXig4pMe1GD6UAHH+RS8f5FG32pMe1AxePT9KOKTF G2gB3FHFJj/OKTbQA7I/yKOKbtpdvvSEHFHFAFGPemAcUcUbaXbQMTijijbS7KADjFHGKNoo20CD j2o4o2ijaKADiijFGPagYflR+VGDRigQceo/Ojj2oxSY+lAC0cetGPpR+VACUuPej8qT8qAFopOf aj8BQAtFJ+VL+AoAOP8AJopPwFL+AoAMUYH+TRn2FH4CgAwPSjAoyfQUc+g/KgYv4GjHtSdewoz7 CgQfhS4pM+w/KjPsPyoAXA96MCkz7fpRntigBcCjApM0v4fpQAnHvS8UUtAwyfQflR83oPypu73F G73WgQ7LZ6D8qMn0H5U3d/u0bvdaBjsn0H5UmT6D8qTPutG73WgBcn0H5UuT6D8qbkf7NG7n+GgB 2TjoPyoyfQflTN3+7Shuf4aAHZPoPypMn0H5Um76Ubv92gQuT6D8qTJ9vyo3f7tGfpQAc+g/Kjn2 /KjI9qM/SgA59vyoyf8AIo3fSjP0oGLk/wCRSZPoKM/SjPPagQuT6fpRk+lJkdsUZ47UALk4oyab n6UZ+lIB3P8AkUuT7/lTc/Sj8qYDuf8AIpMn3/Kk7UnNADs/X8qMn3pKKAFyfejn3pKKAFyfejn1 P5UlHNAw59TRk+tHNHNABk+tJz60tH+elAhMmlyaTFLzQAZNGTSUUDFyfejJpOaOaAFyaMmkzRmg QuTRk0UlAwyaMk0c0UAGTRk0fhS59qBCZNGT7UuaOKBiZPtS8+1HHpScelAgyfajJ9qXj0oyPSgB Mn1oyaOKOPSgYZNGTRx6Ucf3aBBzRRx6UcelAwyaM+1HHoKMj0oEH4Gjn3o4/uj86Xj+6PzoGJz7 0c+9Lx/dFH/AaADmk5pfwFLx/dpCG5NHzU7j+7Rx/dpjG5ajLf5FLx/dFGB02igQmWoy1O/4DSfh +tACZNJk078P1o49B+dAxuWpctS9+g/Okx7D86BCZajLUuB6D86Py/OgYm5qMml49vzo49B+dACZ NGTS/gPzo49B+dACZNGT6Uv5fnR+VACZNGTS49hRj6fnQAm4+1GTS8e1J+VABk+1GT7UY57fnRj6 fnQAZPtRuNH5fnR+X50AG40ZOe1GPp+dGB7UCDccUbjR+VH5fnQAbjS5P+TSfl+dHbjH50DDJoya OPUUflQAuTRk0nHt+dHHtSEBJ96Mn3o/Kjt2pjDJ96OfelooEJz70tHHTFH4UAJzRzS5ozQMT5qX n3opKBB83vR81FL3oAPm9aT5vWl4o4z2oGJz6mjml/H9aOPUUAJz70fN70cUcf5NAg5o5o/z1o/z 1oGLzSYNL/nrR/nrQITBowaXj2/Oj/PWgYmDijBpeKTj/JoEFGD6Cj8P1peP8mgYmD7Uc+1HH+TS /wCetACc+1HPtS8f5NJx6j86Qg59qOfaj8R+dH5fnTGHPt+dGT/k0v4j86THuKAD8B+dGfYfnRj3 H50uPcfnQIT8P1o/D9aXH0/Oj8vzoATNGfb9aX8vzo/L86AE59P1o/Clx9Pzox9PzoATPsKX8qXH 0/Oj8qBjc0fhTqKAG80fhS0cUAH4Cj8KPyoz9KADn0FHPpRn6UZPtQAc+lHPpS8+1J+VAg59KM+1 HPtRSAMn0/SjJ/u0tJTGHP8Adoyf7tFLx7UCEyf7tJz/AHadR70AJz/do59KWkoATn+6KOfQUtHF ACZPp+lGT6fpS0UDEyfT9KMnHT9Kd+NJx60CEyfT9KOfSl49aM+9ACc+lHPpR+NH4igA5o5o49RR +IpAHPvRz/kUf8CFGPcfnTGHNHPvRj3FGPcUhBk+9HPvRj3FLj3FMBOfejml/EUd+ooATmjmjPuK OeuRQAvNJz70oz6ijn1oGHPpSc0vPrSc+tAC80nPvS0Z460AHPvRz70ZozQIXB96TBzRn3oz9KBi /Wkoz9KMmgQvNJzS/lSfhQAZNGTS8e1Gfp+VAw5pM8//AFqM8f8A1qMj0oELn6flRn/OKTPtRkeg oGLn/OKM0mR6ClyM9BQAfl+VHP8AkUbqM/SgA59vyooyPSjI9BQIM/5xRn/OKMj0FGR6CgAoz7/p RnvgUZHpQAZNFGfYUZ9hQAc0UZ46Cj8KAD/PSjmj8KX8BQAmTRk0v4Cj8KAD8aPxNH4UtAxOfU/l S8+/5Uc+350ZPtQITn1NHPrS5Pt+dGT7UAHfrS5HrTfyo49qBjs/5zRn3H5038BR+AoEOz7j86Mn 1FNx9KTH0oAd+NH4038qOPagB340f5603H0o/AUDHY9xR+NN/Kk/CgQ/8qPy/Omf56UfgKAH546i jj2pv4fpSZ9v0oGP4o49qZk/5FLz2/lQIdxRx1xTOfSlBPtQMdx7UcelMyf8ilyaAHcUnFJk0nPp QIdx7Uce1JznpRz6UDF49qTj2oz7UmT6UALx7UYHtSc0c4oELge1H5UmTRk0ALge1GB7UmTRz6Uh i8e1H5UmT6UZb0piFyKOPWkyaMmgYvHqKPxpMmjJoELx6ijA6Zo5xRzQAfjRj3pOaXmgYd+tJ+NL k+lGaBCfjS/jRmkz7UDF/H9KPxpM0ZNAg59aXn1NJk+tHPrQAc0c+po5o5oGLz6mjn1pOaOaQC8+ tH40nPvSc0xDuaOfWko/OgYvNJzSUUCHYPvSYpKKBi80v0/nTe1H40CF5peabRQMXmjmkozQAvPt RzSZNFAheaXmm80YPrQAvNHNJz60c0DFwaMH1pOfWjmgQvPrS80mTSZNADufWjn1pvNLmgYc+tHP rSZpcj2oAOfWk59aXPPajP0/KgQc+tHPrRn2FH4CkAmPejB9TS/lRn2FMBMH1NHNLn2FGfYflQMT milz7D8qMn0FACUYNLn2FGfpQAmKKX8qPwH5UCEopePQUYHoKQDaXil49KTj+7TGFFGR6CjI9BQA Zoz7frRkego/AUCD/PWij8BR+VAwoz7frRx7UflSAMj0pcj0pPwFH4UxC/hRn2pPwpfwoAM+1Gfa kz7UZ9qBi59hRn2FJn2ooAXP0ozSUUCFzxS5pv4UdqBi5+lLn6U3t0oJ9qAHZ+lHPtTfwoz7UAOy fUflRk+35U38KM+1AC5Pt+VLk+35U3P+cUZHp+lAC857flS59x+VN/Cj8KBDvxH5Un5flR+FJ+FA xfy/Kj8vyo/D9KT8KAFx9Pyo/L8qPwoz/s/pQIPy/Kjn2/Kj8P0oz7UDD8R+VH5flS/hSfhQAceo /Kjj2/Kjj0o/D9KADj2/Kj8qOfT9KOfT9KAE9uPyo/Kjn0pef7tABn6Un5UvP92jn+7QAn5Uv4ij /gNHP92gAz9KTI9KXn+7S8/3aAG5ozTufSjn+7QAlJ+Ap3P92j5v7tACflSfgKdzj7tHP90UAJ+V GfYUvP8AdFHP90UAJn2FGfYUuD/dFHP90UAJn2ozS8+go59BQAmfYUZ9hS4PoKMH0FAhM+woz7UY PpS4b0oGJn2ozS4OOn60c0CDJ9qM/wCcUUY9qBhn6UZ+lH4UUAGeKTPtS0YoAQmlo70YpCE60v8A npRijFMYUUbRRj2oAKT8aXFGP84oAM+9GRRt/wA4o20CDI9vypc/Sk2j/Io2jvQAueetGfpSbRRt HrQMXI9qM+4pNoz/APWo2j3oAX8qPypMfX8qMD3/ACoEL+Ioz7ijA/yKTA/yKBjvyoz9Kbgf5FGA f/1UCF79RRSY/wA4pcf5xQAmKO/Wl/z0o49P0oATj1pce9H4fpR+H6UAFFGPb9KPw/SgA/EUcetH 4fpRj2/SgYdutH40uP8AOKMH/IoEJ+NJ+VOwf8ikwc0AH5UlKQaXBoGN/KjFLg+howfQ0AJge1FL g+n6UYPp+lAhPxo7daXBz0/SjmgBPxopcUbTQAnFHFKV96TB/wAigYcUcelLtNLtNAhtLS7aNtAw /Kj8BRto2GgA/KkzS7T60bTQITP0oz9KXafWjacdaADNGTRto2mgAyaMmjFGDQMMfSjFHP8AeNLz 6mgQm36UYo59TS8/3jQAmPp+dH4UuD/eNHP940AJj/OaTHt+tLz/AHjRz/fNACY9hRj2/Wnf8CNH P940AN59BS49hS8/3jR/wI0ANx7UY+lLz/eNH/AjQMb+VGPenf8AAjR/wI0CEx70m2nc/wB40c+p oAbilxS/iaPxNACYowaXv1NGfegBMUYoz7mlz7mgYmPejHvS59zRkepoEJj3owPWlz7mkyPU0AGK MD1o49TR+JoATHvS496Pzo/E0AJj3pcf7VH50fnQAmP9qjHvS/nSfgaAD8aOP71H4Gk/OgYuB60Y 96PwNJ+dAhfxox70mPrS4+tAwx70UfnSUCFo/Gkz7mjNAxaPxpM+5pM+5oEO/Gj8ab+JpfxNABR+ NJ+Jo/E0AH40v40n4mjn1oAX8aKM8daMn1NACYpaM89TRn3NAwx70Y96TPuaXj1NABj3ox70n4mj 8TQIXHvR+NJ26mj8TQAuOetLj3pufejP1oGO/Gk/Gkz7mlz7mgAx70cetG73NJn3NAC4HrSYHrRn 3NGfc/nQAuMd6CKTPufzpcn1P50CExS4oz9fzoyfU/nQAmKWj8/zozx3/OgA/wA9KT86XJ9T+dGf rQAn5/lR+dLu+v50mfc/nQMKKPz/ADo/P86BC8Uce9J+dL+dAw/Oj86PzpPzoEL+FJxS5+tGfrQA mR70cUufc0mfrQMOPelwKPxNH40AJxRgUv4mj8TQAnHrRx60ufc0Z9zSEJ+dLxR+dHFMA4oyKOPe jigAyPWjj1o4o49aQCcetHHrS8Zo496BicetLx60cUcUxBx60cUcUce9ABxRx60ce9H4mgYfjSfi aXt1pfxoAb3op2aM0ANxRg0uaMmgBMGjB9KXmjmgBMGjHt+lLzRzQAYPp+lHPpRk5oGaADDen6UY PpSZNGTQIXn0/Sk59KPwo/CgYuD6D8qMH0/Sk/Cjj0oAdg+lGD6U38KKBDsH0/SjB9BTcUtAxcH0 FGD6Cm0UCHfN6fpRzSUUDFw3pRz6U3iikIdg+lHzelNo4pgO59KOfSm4FHFAx/NJzTePel4oAXLU Zam/LRxQA7Joy1JkUcfnQIX5qMmk4o496AHc0mT60nHvRx60ALlvWjJ9aTA96OPU0DFyfWjJ9aT8 TSfjQIdlvWky1Gfej86BhlvWjLetJznvR+dAC5PrRk0fnR+JoAXJ9aTJ9aPxNH4mgQvPrRk+tJ+J o59aAFJNJk0dutH40DDJoyf8ij8aX8aAE5peaOaT8aAF5o5pOfWj8aAF5o5pPxo/GgQvNHNH40fj QMOaOaT8aM/5xQAvzUc+1GR/kUZ/zigQc0vPtTeKKAFwfWlwabx/kUZGaQx2KMGm0cUwHc+1HPtT cUYHpQIdz7Uc03ijj0oAd81HPpTfwo4oAfz6Uc+lM/Ol/OgB3PpRz6Uzt3o/OgB/OelHPoKZ+dH5 0AP59qOfSmfnRQA/mj5vSm/nSfnQA75vSjLU386X8aADn0peaT8aPxoGLzRzR+NH40AH50uT70nI 70v40AHNGaPxoz70AGaMn3xRnnrRn3oAMn1oyaM89aM/7QoAOfWlyfWjn+8KM+9Ag59f0o/Gj8RS 5HqKAEz2zSc+tO7dRRz6igY3J9aXP+1R+Ipc/SgBu4/3qOf71Oz9KM/SgQ3J9aPxp2eOgoz9KAGj /eo/GnZ9hRn2FACfjR+NOz7CjPPQUAN/GjnFLuz2FG76UAJyD/8AWoye1LnnotGfYUAGDnvSYPvS HPrRg+tIBdp9aNvvSYNJg0xjscd6TH+cUmGowaBDsUbT6mm4NGD7UALtPqaMH1pOcdqOfagBce9G Pek59qTB9qBjtvfNG003B9qMGgQ7aaMGm4NGDQMdtPrRt96bg0YNADsfSjbTeaMfWgQ7b70mPek/ OigB2PpSY96SjigYuD6iik/GkoAX8RS/jTaKAHfjR+NNxS8UAFLTaXigBeaOaSigA5oo4zRQIKPw oo/OgYfnRz6UfnRn60AHfvR+dGfY0Z9qQg70du9GRRkUxh370lGR60ZFABRiij8KBBiijPPSjt0o GFGP84paM+1ABR+VH50nboaADFH5Uv4UZFAhMfSj8qXijPtQAn5UY+lL7Yo/CgBPxFGPcUv4UZ9q AE/Klx9KPwpKAD8RRj3FH4UUDDHuKPxFHHpRxQAc+opPxFFLxQAn4j8qX8qOKTigBfy/Kj8RRxRx 6GgQv4iijj3owtABSc+tLxScUDD8f0oo4o4oEJj3pfx/SjijjtQMMUuD/kUnFH40CDmjn1o/GjvQ MMGjBx1/SikoELz60c+tJRQMXBo59f0pKMUALz/kUc/5FAHvRj3oAMe/6Uv+elJg0YNAB+P6Uv4/ pSbTRtoAPxpaTaaNpzQAUZ+lG00bTQIXNJRtNG00AFH5UbT6UYPpQMM/SjJ9qNp9KNp9KAFz7CjP 0pNp9DRtOOlAhc0maNp9KNvtQMXNGRSY9qXb7UCEyKPwpce1G32oAT8KPwpce1GD6UDEopcH0owf SgQUUYPpSY/2aAFopMH0o/CgA/Clx7UmM9qOfSgYfhR+BowfSlwfSgQmKMUYPpRz6UDDHtRijBHa jn0oAXFGPrSc+lGDQAuDRzSc+9HNIAwaMUc0YNMQYowaOaKBhil59qTHvRg+poELzRzSYPvRz70D F5o5pPzo96AF5o5oowaBB83pSZPpS4NGPekAmTRk0uPekx70xhk4o5zRj3pcGgBOaXn/ACKMGigQ nPqaOfelxRQMTJ96Mn1NLRQAmT6mjn3paOf8igQnPvS/nRg0c0AH50c+9HP+RRz/AJFAw59TRz6m jn/Ipef8igQ3B9TR+JpefT9KOfT9KBhj3NH50c+n6Uc+n6UCDn1oxS8+n6UmD6fpQMTn1pce9GD6 fpRz6fpQIMe9GPejn0/Sjn0/SgYYoxS8/wB39KOfSgQlFL+H6Uf56UDE7f8A16MUfgPyo/AflSAM cUUZ9v0oz7CmIWjFJk+goyfSkMXH0opOfQUfhTEH40UfgKPwFAB/nrRRz6Cj8BQAmKMGlwfQUY56 CgAxRijn2owfagYYoANGG9qMH2oAMc0Yz3o59qXn2oEJijFLz7Uc+ooATFG2l59qOfb86AE280ba XnPb86Ofb86BiYoxRz7fnS4b2oEJijFOwfak59qBiY9xRt96dg+1GD7UCG4oxz1FO2n2o2n2oAbR Ttv0owfagBv5UflTtp9qMH2oAT8qKXHsKMfSgA/GjNGD7UY+lABn6UA0Y47UY78UDDPbijcPajAH pRj6UCDI9BRken60v5Un5UDDI9KMj0o/Kj8BQAZHp+tLkelH5UfgKBCZGeh/OlyPf86Tj0FL+AoA Mj3/ADo4z3/OjI9BRn2FABke9HHoaXI9BRke1IBxX6flSY56j8qb9SaTn1NMY89cZH5Un4/pTefU 0vPvQIXHv+lGD/kUnPvRk+/5UAGD6/pS8+tNyfejJ9/yoGOx70fjTckev5Uc+9Ah340fjTeff8qO f8igB340n40nP+RRz/kUDHf8CpPxpOT6/lRz/kUCF69x+VGT6j8qTn/Io5/yKAFyfUflSc+35UnN Hb/61Axc/T8qM/5xSUZ/zigQv+elH+elJkf5FGaADPHUflR+P6UcUfgaAF/L8qPy/Kk4o4oAX/PS j8f0pOKOKBi4H+RRgf5FJxnrRx60ALj3/SjH0/Kk49aOM9RQIXA9f0pMD2/Kjj1pOPUUALj3H5Uu P84puPcUY9xQMdj3H5UmPcflSfiKPxFAC49/0opPxFGPcUALx7Un5UfiP1ox/tD9aAD3/pRx60fi KXH+0KAE4o49f0ox7ijHuKBBx6/pRx/kUY9xS/jQA38aKdj3ox7igY2l49aMH1H5UY9xQIMik49a XHuPyowcdf0oAM0mR607B/yKOfb8qBjc0Z/zinc+35Uc+35UCG596N1O59vyo5/yKAG596Nxx1pc Gj8qBibvejcfWnflR+VADc0ZFO/KjH0oENzR/npS80fjQAlLSfjS4oGFJS4ox70CEpc0YFGPegYU cUYHrRjigQcUZpMe9Lj3oAM0flRgZ60mB60DF4o4pOPWjj1oAXjFHH+TSYHrRgetAhcj2/OjI/ya TA9aOPWgYuR/k0ZHp+tJj3oxx1oAXj0/Wjj0/Wj8aOP7xoEHHp+tHHp+tHHrR/wKgA47D9aOMdP1 ox70mPegYuR6frRken60mPelxz1oEGR6frRken60YPrRg+v6UAG4en60ZHpRj3ox7/pQAZHpRkdc UYPrRz6/pQAZGOlGR6Uc+v6UYPr+lABkelGR/dowfX9KAPf9KADI9KNw9KMH+9+lLg+v6UAJuHpR kelGD/e/SjB9f0oGGfajPtRj3/SjB9aBBxnpRx6UYP8Ae/SjB9f0oAOD2o49KMH1o59f0oGHFGQK TB9aMH1oAXIoyKMH/Iowf8ikIMijIo59f0o5/wAimMOKOKPxo/GgA4pfxpvNHPrQIWik59aOfWgB ePWik59f0pcH1oGH40fjSYPrS4P+RQAvbrScev60YPrSYOOv6UAO/H9aQ9ev60mD60vP+RQIOPX9 aPxo59aOfX9KAD/PWjijnNGD/kUDDPv+tG7/ADmjFGKBBuHrRmijj/IoANwoyP8AJo4/yKOPWgAy KMj/ACaOPU0cepoAOPT9aMj0/Wjj1o49aBi7vb9aTd7Un4n8qXj1/SkIMj0FLkegpOPWjj1pjFyK Mj0FJx60cetAC5HoKM+wpPxNH40CFyPSjPsKTPvRn3NAxcijikz7mjI9TQIXjFHHpSZ+tGfrQAuR S5X0pufrSc+poAfkUmRTfxpfzoGLxRxTefU0v4mgQ75fT9KPlpv0zRz70ALkelGR/kUnPvRz70AL xSZH+RRg+9GDQMMijI9f0pcGkwfegQvFJx/kUuD70mD7/nQAcf5FHH+RRg0YP+TQAcen6UcUYNG0 +tABx6/pS8f5FJg0Y/zmgBeP8ijikx/nNGO2f1oGLxScen6Ube2f1o2+9AhePT9KOPQflSbff9aX H+c0AHFH4Ubff9aMfT86AE49vypePQflRj3/AFox7j86ADj2o49qMfT86NvuPzoAOKOPWk2+4/Oj b7j86Bi8etHFG33H50bPcUCDijijafUUYPrQAcUbR70m0+o/Ol2n1H50DDHvRj3ox7j86NvuKBC/ jR+NJj3FLj3FIA/GjIpCOeoox7imAuf85pM0YoxQAUfnRiloAT86MfWlxSY5oGFHNLijFAhMUUuK MUAFJ+NLj3oxQAfjRk5pcfWjB9KAE5o5/wAilwfSjnuKAEo5peaKAEzRmlxRj2oAO1FLijn2oASl pcfSjH0/OgBvbp+lLj2H5UuKP89aBiY46ij8aXj0H5Uny+n6UCD8aMe9IcZ6D8qXj+7+lAAR70mP elwP7o/KjAz939KAEwfWjb9KXH+z+lGP9n9KBjcYopcD+7+lGB6fpQISjv1p20en6Um0en6UAJRz 60u0Z6fpSbR6fpSAMnHWk/Gl2+36Ubfb9KYCZPrRTsZ7H8qTb7H8qBic+9Lz1xS4+v5Ubfb9KBCf hSU7H+cUn4fpQAfjRRj2/SjHPT9KAEozS4/zijt0/SgYn1opf89KT/PSgAopcn/Io5/yKBCZo4pe f8ijB/yKAG8elHFO7/8A1qP89KBicelHHpR/npS9v/rUCD8KKP8APSkz/nFAB+FGPaj/AD0o496A Fx7UY9qT86OKAFx7UbfajIo4/wAigYY9qMe1HFJwKBC49qMe36UnFHHrQAuPajB9P0pKKAFx7UY9 jSYooAMexo59D+VFFABg+ho59DRj2pce1ACc56Gl5owfSjFAw5o/A0mOKMGgQvPvRz6GkwaNp9KA F596Tn3o2n0owfSgAyfegE+9G00YPpQAuTRk+9Jg+lGD6UAGT70uT70mD6UYPoKAFyfQ0mT6GjB9 BS8+goGJk+9GT6Gjn0FHPpQAZPoaMn0NHPpR83pQAmT6UZanfN6Uc+lAhuTRk0vNLg0DG5NGTS4P pRg+n6UCEyaMml2n/Io2n/IoATJpMmnbT6fpRj/OKAG5PpS80Y/zilx/nFACc+9HOO9GPajFABzS 0mKMfWgYc0c0YoxQIOfSk5pce1GPagYnNHNGPajHtQAvNHNJj2pcUCDmjmkx7UuKBhzRzRt9qTbz 0oAXmjmjb7UbfagA5o5ox7UmPagBeaOcUn4Uv4UCDmjnPek/Cl/CgA59KOfSjBPaj8KBi80nNHPp Rz6CgQfNRhqOfQUc+lAB81Jhvel/KgZ9KBhhs96TDUvPpRg+lABhqMNR+FLj2oEJhqMNRj/OKXB/ yKAE+ajmlx/nFJg0DDmjmjB/yKNp9P0oEJ83rS8+tG0+n6UYPp+lAw+b3oy3vRj/ADijBoEHPvRk +tLj/OKMf5xQAmT70ZPvRj3/AEowfWgYc0ZPrRj3H5Uf56UCDJ9aMn1o/L8qMf5xQAZPrRk0UY/z igYnPvRz70tGPpQAnPrQPrS4+lGPpQAfjR+NGPpRz7flQAZ560fjSc0vPt+VAg/Gj8aMnPajmgA/ GjB9aMn0oyaAD8aXmkzSZPpQMdg+tHNJmjNAhcGjn2pufalz7UAGD60YNGfajPtQMXB/yaTH0o/C igQuKTn2o/CigAx7UYox7GjHPQ0AKAKOKSjHtQA7jNJkUmPajBoAXIo3D0oxSY9qAFz7UZ9qTFLz QAZGf/r0ZHpRijFABn2/WjcPT9aMCggUAGR6frRkUu0eopNo9qBhkelG4elG0e35UYHqPyoAMj0p OP8AJpdo9R+VGB7UAGR6UcelHHt+VGB7flQIMj0o+X0pcD1H5UmB6igAyvpRkelG0eoowPUflQAZ HpRx6UYHqKMD1H5UAGR6CjI9KXA7EflRx6igYn4UnHpTuPUUceooEN/4DR/wGnceoo49qAE/CjHt S/L6ij5fagBMD0pePSjC0YWgYY9qMDPSjC/5NGF9aBCY9qXHtRhfWjA9aAEx7UYPTFOwPWjatADc e1H4U/atG1aAGY9qXvTtq0bV96AE/Cj86Nq+9G0epoGH4GjNLtHvSbRQIM+1Jn2p20eho2j0NACZ oz7Gl2j0NG0elAxN3saXd7GjHtRgehoEG72NG6jaPQ0u0elABupN1LtHpRtB7UAG4elJuFLgelGB 6UAG4elG72ox/s0uBnpQA3cPSl3e1Lx6UcelAxN1G4elLgelGB6UCAEelJkf5NLgen60celABu9q N3tTfwo+lACluKNxpKKAF3Gk3n1pMUuBQAbzS7j60mBmkwKAHbqN3vTTijigB273o3c9abgUUALn /aoyf736UnFGBigBc/7Qoz/tikx/nFGBj/61AC5/2hRn/apKKAFz/tCjP+0KSigBcn++KTJ/vCij AoAM/wC0KCT/AHhRgH1owPSgBMn+8KMn+9S4HvRge9ABk/3hRz/eFGB6UYFAw5PcUc/3qMD3ox9a AE5/vUvP96jHsaMe1Ag/EUfjRgdMUm32oAXn1FJn3FG32o2j0oAM+4o/EUBfajHtQAZ96Mj1ox7U bfagBcjH/wBekz9KNtGOelABn6fnRkY7UYox7UAGR7UmfpS49qNtACZHtRn6UuPWjbzQAm4Ubvaj FG2gAyD2o3Ck20u2gYZFGeO1G2jbQAmfajNLt9qTHtQAbqM0YPp+tGPb9aBBu47UbvpRg0YNABkU ZpcH3owaAEzx1FGfcUYPpRg0ALn6UmfcUYOKMGgAz9KPxFG00YoGH5UZ+lGPaigQZ9/0o/H9KOna j8KADJpc0lFAxc0ZpKXNAgzRmjPtS/hQA3OO4oyfWl/Ckz7UDFz9KM89aM+1Jn2pALu96M0mfalz 7UwDPvRmjPtRn/OKBBxRketH1/lRxQMOPWjj1o49KTj0H5UhC8etHHrSfgKMj+7+lMBePWk49aOP 7v6Ucen6UDDj1o49aPwo/D9KADj1o49aPwH5UfhQAcf5NHHrR26fpR+AoEHHrRkUf8Bo4/u0DDij 5fWj/gNH/AaBBx60ZHrRj2FH4UDDijilx7UYFACcetJxS446UYoAOPWjijFGKBBx6ijj/JowPajA 9BQAcUfSj8BRxQAfh+tGaKTmgYufajI9KKTH0oELkUZFJj6UflQAuRRmj8qPyoGGRRmk4o9+KAHZ 96M038qX8qBC5pO3Wjj2o/KgA/EUn40tHHtQMPxo79aOMUcelAg/EUfjR+Ao49BQAn4ij8qXj0FG R6CgBKX8aMj0oyPSgYUZ96OPSjI9KBCUU7j0oyPSgY3NFO/AUcegoEJSc+1O49KMj0oAbRz7U7I/ u0cf3aBjeaXNLkelLx1C0ANzSc+lPz/sijP+yKQhn4UfhT8/7NGf9mmMZxnoaWl3ewo3f7NACUUu 7/ZFG4/3RQITIozRn/Zo3c/doGGfrRn60Z9qM+1ABn2NLSZ46UufagQUlLn2oz7UAJ+FGaXJ9KMn P3aAE5paTJ9KMn0oGGfejn1oyfSjJ9KBBz60c9aM+1GT6UDDmil59KT3xQIXmj8aTn0o59KBi496 Me4pPwooELz6ijn1pPwpce1ABz6ik59RS/hRz6UDDn2o59qMGl/CgBOfaj8qXH+c0fhQAnPtR+VL z6Cj8BQITn2o59qX8KTPtQMM0uaTPtS59BQIM/5xRz/kUn4UvHpQMM/5xRn/ADijPtR+BoEGfr+V GR7/AJUUfhQAce9HFH4UfhQAZFG4f5FHHpRkUDDd/nFG4e/5UZFGRQIMj/Io3D3/ACo49KXjGcGg AyPf8qMr70celJ+FAxfl7k0ZHvS/h+tJx/d/WgQZHqfyo47E0YH92lwP7tACcZ6mjI9TRhcfdNGB /doAMj1NLx6mk49DS8ehoAMj1NHHqaMD0o2+1ABx6mjj1NG3joaXHPegBOPWl49aNv1o2/WgBRj1 /WjA9f1pNvtRj2oAXj1/WjA9aTHtR+FAxQB6ilwPWm0Y9qBDvxpMe9GD6UYoAMc9aXHvRijFABj6 fnRj6fnRjmjAoAXHuPzox7im0e1ACfL60cdc0uKCB6UAN+XHWj5fWnYHofypMD0NACfLR8tLx6Gj A9DQAnFL8v1o4xRkUAHFJxS5HpScehoAMCjAozRQAvFJxRRQAYXFHy0ZNGaADijK0ZPtRmgA4o4x Rn6UZoAM+9GfejPuKM/SgA49TRx6mjd9KM/T8qBicf3qPx60ufpRmgQmfejI9TRn/OKM/T8qAEzS jp1/WjP0/Kk59R+VABnnr+tH40ufp+VJk+35UAA+v60fj+tLk+35UZPt+VAxPxNH4n86MnHb8qOf X9KAD8TR+NHPtRzjt+VAg/Gk/Ol59R+VHPt+VACfjR+NO59f0pMEigBMe9H40uDRg4/+tQMSjj1/ WlwRRg/5FAhP89aXFGDRzQAmBRgUuD6/pRg0AJxScelO/H9KPxoATj0o49KXn1/Sjn/IoATj0oxR z/kUc+v6UDFwKTj0o5o59qBB+FL+ApOfWl59RQMPwozSc+tLz60CEope/aj8qBicUcUfiKPxFAgx R+FH5Udu1ABSc0v5UZ+lAxMn0oyfSlz9KPyoEJk0ZNH4il/KgBMmjJpfyo/KgYmT60ZNLzntRk+1 Ag5o5xSZPtR7cUALz6/rSZPr+tH4Cj8qBi5NJn3o/Kl/AUCE/GjPvSj6Un4fpQAfiaT8aX8P0o/D 9KBh+NJ26/rS/h+lH4fpQIPxo/P86Pw/Sj8P0oGH+etJn6/nTufT9KTn0/SgA49/zpKdz6fpSc+n 6UCEzRntml/D9KXPt+lAxM/Wil/D9KM+36UCEopc+x/Kj8P0oASjNL+H6UnPpQMM0Zox7UY9qADd RkUuPb9KMe36UhCZFGaMe1HGOn6UxhRR/npR/npQAUZox/nFG2gQUZoxRikAUflRijH+cUxh+FHF Jj6/lRg+hoAXj2o4owff8qTB9P0oEOGKTAx/9ekwfSjn0/SgY7A9qNo9f1pvPp+lLg+lAhcLRgU3 B/yKMH/IoAd8tHy03Box7UAO+X/Jo+X/ACaT8DR+FIBcL/k0fL6/rSUlMY7C0YWm0vNADvl/yaML /k02jmgQ7j/Jo+X/ACabzR3oAd8tHy02jPPagY75fWjj1ptGaBDvl9aPl/yabmjn/IoAd8vrR8tN yfSjJoAXil49f1ptFAC/560cetJR+NAC8etH4mk/GjmgY7ik696SjFAC8etLgU2jn1oELijFJz60 c+ooAdt9qTb7frSc0c0ALj2ox7Uc0c0DDHtRg0mDS4PrQIXFJj2ox70YoGLijFJzR+NABt9qXb9K Tmjk96BC7eaNtJ2ox70ALtHejApMD1o49aBi7RijApOPWjjHWgQ7aKNo9Kb+NHHrQA7aKNopuaM0 AO2ijaKTPvRn3oAXAoxTfxFH4igB2BRgUz8RS0AOwKTA9aSl4oAMD1ox70lLx7UDDA9aNo9aOPQU ZHagQYFG0etGfpRQAu0ev60YHrSUYoAXA/vfrQAPWk/Cj8KAFwPX9aNvvTc0vagYu0ev60u0dz+t NoyaBDsD1/WjA9f1ptL+FAxcD1/WjA9f1pM0UALgev60YH+TSZH+RS/l+VAg49f1o49T+dHFJx6G gBcD1/WjAPc0ZHvS5HofyoAbjnqfzpcD1P50ZHofypc/X8qAE2+/60Ypf89KM/5xQAYNJj/Oadn3 /SjPvn8KAEx/nNGKX8f0o49f0oAT8aMe9H4/pR+P6UAL+NBoyPX9KOPX9KAEoxz0p3Hr+lGPf9KA G49qPw/Wnfj+lGB6/pQA38BS8+lLj3/Sl2j1/SgBvzY/+vRg07A9f0owPX9KAG4br/WjB/yaXAPf 9KMD1/SgBMHP/wBejH0/OlwPU/lRhff8qBibTjt+dG0+350uAO5/KjHufyoELnn7tGR/dpOPSj8K Bi/h+lHHp+lHbv8AhRj60CD8P0o/D9KMc96Nv1oATHt+lGPYflRj3o/OgA/4CPyo/AflR+Jo59T+ dAB+A/Kk/D9KOfejn1P50AH4fpRz/d/SjJo596AE/wCA/pS49v0o5o596ADB/u0Y/wBn9KOfejJx QAY/2f0oA/2f0oyfU0mT70ALj2/Sjaf7v6UmT7/rRk+tAC4PpRg+lJk0ZagAwfT9KMHsP0oyfWjJ oANp9KMH0oy1GWoANvtS49qTn1oyfU/lQAbfajHtSZP96jJ9aAD8KT8KNzetG5sUAH4Uc+lLuajL elACfhQc/wB00Zb0pMt70ALz/dNH/ATRlqTcfegBfwNHPoaTJ96Mn3oAX8DS59jTcnHejPsaAFz7 GjPHQ0mTijn3oAXPtSfgaMn3/OjP1oAM+xoz9aM+xoz7GgYZHoaM/WjIz0NGR6GgQZ+tGfrRkeh/ Okz9aBjs/Wkz7Gkz9fzozx3/ADoELn2oz7UmT6GjJ9D+dAC5OelHPpSZ56Gl/A/nQMMGjB9KTjHQ 0fnQIXFHek/OigYuKMe1JS/nQIMH2owfajJzSc0DFwfSjHsKMn0pMn0oELj2FH4CkyfSjJ9KAHc+ go+gFNyaMmgY7n2o59qbk0bjQAvPoKM+wpNxoyaBDs+y0n4Ck3GjcaBi/gKO/QUm40bjigQv4Cj8 BRuNG45oAMe1HHtRuPrRuJoAOnYUceg/OjcaNxoAOPQUcego3GjcaADj0FHHoKNxpN31oAXI9KMj 0o3Gk3e1AC5HpRkegpM+1Lu9qADj0H50ZHoKM+1GaBh+Ao49BRn60Z+tAhOPSjA9KXP1oz9aAEwP Sjilz7UZ9qAEo/Clz7UfhQMT8KMUv4UUCEpaM0UAJijmj8/ypfzoATBzRg+1L+f5UnHpQAuDRzSf gaPwoGHPoKOfaj8KX8KBCc0vNJj2paBic0c+1FH5/nQIMewpefak/Ojn3oGLj6UmKPzoz9aBBj2F GB6UZo/OgAx7UfhRn2ooABRij86OPegA4owKOPejNAw4o+X/ACaM0Z9qBBgf5NLgUmR6UmfagYuF /wAmjijI9KTI9KBBgf5NLgf5NJn2FHHpQAuAP/10YHt+dJnnpS5HpQAYH+TS4H+TTcj0oz7UDFwP 8mjA9vzpN3tRkelAC4H+TS/5603P+z+lLn2FAC/560nH+TR+FH4UCF/D9aO3/wBej8KT8KBi59qM n/JpOfSj8KAHZ/zmjP8AnNN/Cj/gNADu3/16Mn0/Wm/8Bo/4DQIXJ9P1oy3p+tJz/do59KBjst6U fNTcH0owfSgB2Woy1Jg+lJ+BoEOy1AJpv4Gjv3oGOyaMn0pPzozx3oAXJoyaT86TP1oEOyaMmm59 jRn60ALz6UuT6Un4Gj8/zoAXmjJzSfn+dH50AO5pOaT86T86AHc0c/Wm8+9HNAxcGl5pvNLzQIX8 6OaTmigAwfel/wA9aTmjmkMXH1ox9aTmjBpiFx9aXFN5o596AFx/nNGPrSc0YOaAF/A/nRx70mDR g0AL+Bo/A0mD6UYPpQMd+BoyfQ03B9KXaaBB+Boo2n2o2mgAz7H86Mj3o20YNABnjvRu9qXBpNp9 qADP1pc+1GD7UbTQAZ570UbTml2nOKAEz/nFLn3/AEox70u2gBM+/wClGfel20bfegAz7n8qMj/I owfWjHvQAcd/5UH6/pRg+tKKAE/E/lRkev6UuKXAoAbn3P5Ufj+lO4o/GgBvfr+lLx6/pS496PxN ACfj+lH/AAL9KMc9TS49zQAf8C/Sk/4F+lH4ml/E0AHP979KMns1J75NLg+p/KgABP8Ae/Sjn+9R gnuaMe5oAPm/vUvP96jHPU0YHqaADB/vUc/3hRj3NBx6mgA59aXn1pPxP5UfiaAF5pPqaPxNH4mg BuP9o0bfdqXn0H5UZ9hQMQr/ALTUmPdqdn2FLn6UCGY92pce5pffAoz7UAJj3NGPrS546UZ9qAEx 7mjHuaXPtR+FACY9zRg+ppc+oFH4CgBMH1NJtOepp34CkyfSgBMH1owfU0ufpSZ+lABg0YajNGT6 GgAw1GH9/wA6M+1Jn2oAXD+9JhvejPtRk+lABtb1ow3rRmkzQAuG9envRhvWk/z0paBiYb2/Oja3 +TRx7Uc0CFw1JtP+TS5P+RSfhQAYNLg+lJz6fpRz6fpQMXDelJhvSk5/yKOfagQ7a1JtY9qMH/Io wcUAG1vSja2OlHNBNABtb0ow3pSZ9v0oz7fpQAu1s9KTa2elGeelJntigYu1vSjacUmfajd7UCHb T6UmDRn2pMn0oGOxSYo3UZoELRj6UmaM80ALijB9KTcfSjefSgBcUYpN5o3tQAtHPrSbzR5hNAC8 +v6Uc+tJvo3mgBefWjn1pN5pN7e1ADuaTmjeaPMPpQAZPrRmjzDnpR5hoANxo3H1NJvNG5umaBi7 jmjcfek3H1o3H1oELuNJmlyaNzZoATcaNxpdxo3NQAm4+lGTRuNG40AGT6UZb0oyaNxoAMtR81G4 0bjQAfNSfNS5PpRu9qAE+ak+anbvajcaAE+aj5qXd/nNGeaBic0c0ufrRkf5NACc0c+tLkf5NGR7 0CE59aMe9Lke/wCdGR70AJz60Y96XP1oyMUAJj/aFLj3oyKMigAxx94UY/2qMjFGRQAYH96jA/vU ZFGRQAm3/apcD+9RkUuRQMTH+1Rj/boyKMigAwP79GP9ujIoyKADj+9+lHH979KMijIoAOP71HH9 6jIoyPWgQcZ+9+lHH979KMj1NGRnvQAcf3qOP71GR70ZHvQAf8C/Sjv94/lR+dH50AH/AAL9KP8A gX6UUfiaAD/gX6Ucf3j+VH40fjQAfifyo/4Efyo49TRkepoAPx/Sj8f0o/E0fjQMT/gX6UvTv+lH 40Z9zQAc+p/KjHufyoz7mjP1/OgQc+p/KjB9/wAqM/WjPuaADn3o59/yo3e5o3e5/OgA59/yo59/ ypd31pN31/OgA/P8qPxP5Ubv85o3H3/OgA5/yKOfWjd9fzpd3saAE59aOfX9KXPsaMj0oGJj3P5U fj+lGaMigAx70mB60u6jcM0CDFGKNwo3CgAx7ij8f1o3ijf7UDDv1o/GjePQ0bvagQg+tL+NG6jd QAfQ0fjRn2oyKAD8RRn3o3CjcKBhn3oz7ikyKXIoEHHrRx2NGR6UcelAB+NGPf8AWjijigAwfWjH vRxR8tABj3o/Gj5aPl9aADHvRj3oytGR70AGPel/EUmR70ZHv+dAC496XB9abn6/nS5HvQAuPekw fWkzx1NGfrQAuP8Aa/SjHvSZ+tGfc0DHd+tH403Ix1NLke9AhevejH1pMj3pMj3oAdj60mPrSZz6 0Z+tAC4+tGD6mkz9aX8TQAYPqaNp9TSfn+VHHvQMXB9aTB9aOKOP8igQYPvRg0UUAGD70Yo/z0o5 /wAigBcGjBpOaX8KADaaTaaXBPajB9KAE2mjbS4+lGD7UAJg0YPpTsfSjB9qAEwfQ0YJp2PpQB9K AG4+tGDTsfSjHsKAG4Oec0bTTsewo/AUAN2mjafWnYpcd+KAG7TRtNOx9KMewoATBpCDTsfSgD6U AN20u0078BSZ+n50AJto2+9O/L86Ovp+dACbT60Y96Xn1FBB9aAEIPrSYPrTvxFHPqKAEx7/AK0Y PrTsH1FHP94UANwfWj8ad/wIUc/3hQAlJk07/gQox7igBvPrRz607HvS49xQAzn1pcH1pcH1FLj3 FADcH1owfWnYPqPyo/4EKAG80c+tLj/aH5Uv/Av0oAbzmjmnY9xRj3H5UAJzj8aKP+BfpS4/2h+V ADec0vPrS49x+VLj3oAb+dGOaXb70uw+v6UAJg+lGD3FOyPRvyoyM9/yoAbj/ZFJ/wABFPz7fpSZ H+RQAzH+yKMf7Ip+R6H8qMj3/KgBuP8AZFJj/ZFPyP8AIpMj/IoAbg/3RRg/3RTsg/8A6qXI/wAi gBh9Noo/4CKdlfejK0AN/wCArR/wFadlfX9KT5f8igBOP7oowP7op3y9s/lR8vv+VADP+AgfjR/w EU/jHf8AKjj3/KgBnGPuijH+yKfx70YHvQAz/gIowPQU7A96MD3/ACoAZtHpS7RTsD3pcDFADMUm 0d/5VJx70cUAR7RS4GKdxRxQA3A9KOM9P0p3Ao49aAG4FJj/ADin8etGV9aAGYH+RRx6fpT+PUUZ GOtADMD/ACKMD/Ip3y9mo49aAGcf5FGB6H8qfketGR60AMwPf8qMD3/Kn5HrSZHrQAmB/kUmBjv+ VO3e/wCtG73/AFoAbgZ7/lRge/5U7cPX9aNwz/8AXoAbijaP8inbvf8AWjcPX9aAG7R7/lRtHv8A lTt3v+tG4etADdoz/wDWowPenZ/zmkz/AJzQAmB7/lRgf5FLmkz70AHFJxil49aOPWgA496MDFHH rRkepoAOKTilyPejIx3oASjil47UfnQAlGBS/nRj60AJgUYFLRQAnFGBS4NGKAEwP8mjFLjmjFAD cD3o49TTsUYoAb+NLxS7aTB/yKAE4peKKP8APSgA4pOMdf0o7/8A1qOfT9KADj1o/E0v+elHPb+V ACfjR+Jpc+1H4UDEx7mjB9T+VLk+lGTigBPqT+VGB6n8qXOKMn0oEGB7/lSce9Lmk3e1ABx70Y+t LuPpRuPpQAn50Y/zijd7UbqAD8/yox/nFG6jNAw/P8qMUZozQAY/zijH+cUZ+tJnigQuP84owP8A IpM/WjP1oAdx/kUnHv8AlSZ+tGfrQAvHqfyowM9/ypPzpaADA9/yo496MfWk/OkAuB6GjA7g0n50 Y+tMYuF9DRgYpOPelwD60CDA/wAikwP8ij86X8/yoGJgelGPalx9fyo/z0oEJijFL+f5UYHvQAbT SbaXH1/KjHv+lABto20Y47/lR+dABijFLj2P5Uduh/KgYlGPrRj6/lS/56UCEwPekx7GnYo/z0oA bgehpMfWn/56Ufh+lADcUbafzR+FADMD0o2+1O59KOfT9KBjcUuKX8P0oz7UCEx/nNJin/hSZPpQ A3BoxTsn0o3f7NADcUU7PtRn2oGJj3pMc07J9KM+1Ahu2jb707PtRnjpQAmKOKXJ9KMn0oASil59 KOT2oGJRS4PpR+FAhuPajFOx7Uc+lACfhRil7dKT8KADHtR+Ao/Cl7dKAE98UfgKXFFACfhRz6Uv H+RRQAmT6UfhS8f5FHFACfhR26Udv/rUox60AH4UnH92l49aOMUDE/4DRx/dpeP8il46UCG5H92l yP7tHHrRgetABkf3aTI/u0vHrRx60AHHpRx6Ucf5FLge/wCVAxOPT9aXj0/Wj5aOPWgQcen60cf5 NJkGjIoGLx/k0vH+TTePU0cepoEO4/yaTgf/AK6OP8ijj/IoAXI/yaMj/JpKMigBfx/Wl49f1pMi jI96AF4z1/Wjj1/WkyvvRx7/AJUALx6/rR+P60ny+/5Uce/5UALgev60cev60ceh/Kk4oGO49f1o 49f1ptFAheP7x/Ojj1/Wjj3/ACpM/X8qBi4Hr+tH/Av1pM/5xRkD/wDVQIXA/vfrRgep/Okz7Ubu 1AC/ifzo/wCBUmaMigB340n/AAL9aT8RRkeooAXn+9Rjn71GRRketAwx/tUfjSZFLmgQfjRzRmjI oAPx/WjHvRketG4UAGPc0fifzo3D3o3D1oAKPz/OjcKTdzxQAv4/rRRkelGaAD/PWj/PWjNGfrQA v4frSfUfrRmlzQAAc/8A16O1Jn60cetADqPwpAeO9HHrQAvFHHv+dJx60vHrQAf560vH+TSfjRQM Mf5zS4/zmk7d6PzoEGP85owPc0d+9BoAdxnvRx70lH4mgBeOnNHHqaT86XP1oAMerGjj1NH50YoA OPU0uR/eNJg0bT2oAN7+tLvb1p+Fx96kIGPvUAM3t3NG9vWnYXHDUYHrQA3cfWl3H1NLx/kUnFAB uPqaNx9TR8uKPlz1oAMn3oJPvS4Wk49aAEzRn2o49TRxnqaAEJ9qM+xpfl9aPl9aAE3D0NJke/50 uFz1owtACZHofzo3fX86UhaTC+9ABuHv+dGR7/nRhaTC++aAFyPQ/nRkehpML70ce/5UALkZ7/nR x70nGO9HGKAD8/zo/P8AOj5aMj/IoGLx6mkwPWk4/wAijj1/SgQvy+/50cUny/5FGBQAvy/5NJx7 0YH+RRgetABxjP8AWjijA9aTA9aAF4o49KTA9aOOuaAFyKTjtRgY60YHrQAZFG4epowPUUYHagAy PejcPekwPWjA9aAFyPejNJx60cetAC596TNHbrS0DDdRupOM0cUCDdRuFGRRxigA3il3D0pPlpOK AF3e1Lu9hSYFJ8tADtw9BSZ9qTijI9KAF3e1G4elGR6UgoAXcPQUbh0xRke9HFACZ9hRuFLkelHH pQAmaM98UufajIoATPtRmjj3o4/yKAD8KPwoyKM+/wClAwo4zRn3/SjPv+lAg4oyKOKOPX9KACkz S8evSk49aADNHFL+OKTHvQMOKXNJjvmjA9aBC0UmPejB/vUAL3ozSYOeoo/EUDF4oyPekwfUUYPr QIX86OPekwfWjHvQAueaM/Wkx70YoAX86M/Wkx70Y96AFyM96M89/wA6THv+tGPegYufr+dGfrSc +o/Oj8aBC8570Z9/1pMe9GKAF59f1o59aTFGPf8AWgYuaP8APWkooEH4Gl/Ok59aXmgA/Oijn1pO aAF5ooyaM8UAJR+dLupM0AH40UZozx3/ACoAKKMn/Ioz/nFAwxRg0ZP+RRuPvQIMGjBo3Gl3H3/K gBMUYpdx/wAikz7/AKUAGKO1Ln3/AEoz7n8qBif56Uf56Uufr+VGfr+VAhPqaKXNFACUvajI/wAi jNACfjRmlz/nFGff9KAE/Gjj1NLmjP0oGJxRx70ufejI9aBCfjR+dLx60v40AJ+dGPrS/jR+P6UA J+dH4ml/Gk7daAD8aM+9Bx6/pS8etACZ96Tn1p3y9M0nHtQAmT/eoz/tfrS8UfL7UAJk+v60Z/2v 1peP8ijigA59f1o59f1o4z1o/EUAHPqPzo59f1o/GjPvQAc+tHPrRn3oz70AGD/eowf7wozx1/Sj I9aAF/Gk56ZpaM0AJz60c+v60tGfSgBOfX9aMH1FFH40AHNHPrS/iKM+4oAT8aTJ9adn3FGfcUgG 596Xn1oz7il/EUwG8+tLz60tHFACYPrRz60vHtRQMTnNLz60Yo7dqBBk0ZPqaKXPtQMT8aMj1NLn jpR+FAhPxNH4mncelJx6UAJ+Joz9aXI6Ypcj0oAbzRz6U7PtRn2oAbRS54//AFUZH+RQAn40UuRR mgBKM07I/wAijIoGNz70Z/zinZHrSZHqaBCZ/wA4o4p2R780ZHvQMbR+FO/E0cepoENx70U7j1pd w9aBjOQf/rUf56U/Of4jRnHrQIZ/npSjr/8AWp2f9o0Z/wBqgYyjHtT8/wC1Rn/aNAhnPpRzT88/ eNGT/fNADOfT9KXn0p2T/eNGT60AN5x0/SjnsKdyT1o59TQA3n3pefelz/tGl/E0AN59/wAqXn3p fxpOff8AOgA5pOc9Kd+dGT70ANw3pS4PvS5PvRk5xzQAYbPSjDehoyfegFvegAwfQ0YPoaOfQ0vP oaAEw3pRg+lKCfQ0ZNACYPpQFPoad83vSfN7/lQABD6GjZ7Gjn3/ACpecd/yoAAnsaNnsaT5vf8A Kj5vf8qAF2e1LsPpTcN7/lS/Nnv+VAC7PajaPSk+b/Io+b3/ACoAXaPSjaO/8qTn3/Kj5vf8qAHb B7/lRsFN59/yowff8qAHbB3H6UbR/kUmD7/lRg0AO2juD+VG0en6U3De9GGz3oAdj6fnR07CjaM9 qTaPQUAOx9KPyppQelGwHsKAFx7CkOfajywewpPLH92gBfyo59vzpNi4+7QUH90UAH5Uc+1GwZ+7 RsHp+lACZPtRk+1GwelJt/2aAFyfakz7ClKe1Gz/AGRQAnPtScmnbBj7opNg9KBiY57Udu1LtH90 UbR6CgBPyo/AUu30FGPYUCG5OegpefajHPSjB9KAEH4UvPoKMe1J+FAxfyox9KTHtSY9qBC/lRx7 UfhRx6UAH5UufYflScZooAM/7tGf92jNHHpQAmf92l/KjI9KM+1ABnjtR+AoyPSlzxQA3/gIo/AU 7PtSZPtQAnPoKTHsKdmkoGJg56ClwfQUUuRmgQ3n0FH4Clz7UuaAE/AUc+goz9aX86AG8+gpfwFF FACY9hRg+lL+P6UvegBv4UfgKd+NGPegBmfajPtT8e9GDQAzJ/u0Z9qfg0mD/wDXoAbn8KTPtT8H 1owfWgBmaM+1P2mjafWgBv4Ud+lLt96NpoGNoz7U7aaNp96BDc0uRRg+9Lg0AJuHpRkUu00YPpQA maMj0pcH0NHOOhoGJkelGfaj8KOfSgQZHXFGRRz6Uc0AGR6UZHpRzR81ABkUZ9qOfQ/nRz6GgYZ9 qMn0o59KXn0oEJ+FH4UvPoaOfSgBvPpRjjoad+FJj2oATB9KXB9DR+FGPagAwfQ0YPoaMf7NGP8A ZoAOfQ0c56GjHtRj2oAMH0NG0+hox7UY9qADB9KNrY6GjH0ox9KAE2t6GjafQ0Y560u0etAxNp/u mjafQ0u0etG0UAJtOeho2n0p2B60m0etAhNpPY0YPoaXaPUUbR6igBMN6Gj5vQ0u0eoo2j1FACYP oaMHPQ0u0eoo2j1FABtPvSbT6Uu0eoo2j+8KAE20u2jaPUUbR/eFABgijB9KNoz1FJge1AxcGjB9 KMD1FGPcUAGDR83cUYPqKMe4oEJz6UvPpRj3ox7igAP0o59KMe4pMe4oAXPsKM+1Jt9xRt96AFz7 Uu72pNo9aNooAM57UZ9qMUY+lABn2oz7UYHtRtoAMn0ozx0o28dqTZ9KAF59KPwo2j2o2j0oAOfS jn0o2j2owPagYmT6UuW9KTA9qOKBB83pRk0YFGB7UAGT6Uc/3TRxS0AJz6Uc56UvHpScf5NABj2N Lj2NHFHHpQAc+lN59DTuPQUfL6CgY3mjnHQ07K+goyvoKBDcfWlx7GncegoyPSgBuPY0c+lOyvpR lfQUANwc0uPal4pcr7UANweuKMH0p2V9qMj0FADcH0owf7tOyKMj2oAbg+lG1uwp2R6Ubh6CgBuG 9KMNnpTtw9KMj0FADdrf3aNp9KduX0o49BQAm09lo2H0pePQUcelAxNp9KMN6U7K+wpMigQmD6Uc jtTuPajI9qAG8+go+bHQUvHtSnHtQA3n0FHzegp3HqKTH0oAbhvQUYPoKfj6UY9xQAzB9KMHPSnY HrRgeooAbg+gowfSn8eopMe4oAbg56Clwc9KWkoAMH0owaPwox7UAH4UUuBnpRgelACcelGBjpS4 9qNv0oATA7UvFG0e1G2gA+Wjijb7UbfagA4o4ox7UYx2FABxRx/kUY9hRtHpQAcUoxRgelJgelAC 8ccUfL6H8qMf7NGP9kUALx6UfL6H8qTHP3aX/gPNAB8uOho49DRxnpQMelAC8e/5UcelJx6UcelA C8e/5Ufh+lJx/dowP7ooAOPej86Mf7Iox7UAH5/lRge9LjPajAoATA9T+VHHv+VLiigBOPejj1NL xRQAn4mjK+ppcClxQAmR6mjj1NLgUfL/AJFACfiaM89/yp2F/wAijA/yKAG5oyMd6fhf8ijgdv0F ADMj6UZ56mn8en6UnH+QKAG596M+5p+R/kCkyv8AkUAJnjr0pM/7Rp4K/wCRRlev9KAG/iaKdx6f pRx6D8qAG596UGl/D9KOKAEyPU/hS5HrR/npS8Af/WoATIPejI9f0o49/wAqXjHegBOM0uRS8Y70 f56UAJsNG1valyP7v60Z5+7+tACbGpCh9qduA/h/WkLD0/WgA2Gk2Hsf1pdw9B+dGfYfnQAm0jv+ tGG96N3PT9aM+360AJh/eja3WlyPQ/nSFvY/nQAmGxS7Wx/9ejPt+tJn2/WgA2t7/nRtbHf86M8d D+dG72NABhvf86Pm9T+dGfrRn2oATn3/ADpcEdj+dFFACfN6H86PwP50ufakwKADv3oo4owKACkp cD3pOKAFPTvSUcUuKAEzzR37/lS4pMCgAoowPej86ADv0o+lFH4GgA/A0n4Uv50n4GgYY46UY4pc e1GKBBijFHHpRxQAm2jFLxRxQMTaMdKNoo49KXjHSgQmB6UbR6frRx6GjjvmgA2ijaKOPQ0fgaAD b70m33pfwNHTtQAm33/Wgr7/AK07t0NJx6GkAm09c/rRtPXP60v4Gk/CmAmD/k0uD/k0Y9jRx6UA JtPr+tG0+v60vHoaOPQ0AJtPr+tGD6/rS5Hp+tHy+n60AJgg9f1owfX9aXA9KOKAEwfX9aMH1/Wl +WjI9KAEwf8AJo5/yaXIo4oATn/Jo5x/9elwKMCgY3n/ACaXn1/WlxSY9qBCc+p/Og7v8ml96Pwo AT5uxpPm/wAmndun60n4frQAfNR81GeOn60f560AHzf5NGD6frR0/wD10fh+tABhv8mjBo7/AP16 Pw/WgBcH1pMGjHt+tH4UAGDS4b3pPwFH4UALhqMNTefSl5xQAYb1owfWkOf8ml5oAMGlwaSjBoAX nFJhulGD6frSAH0oAXB9aMHPWk57/wA6OfQfnQMXDf3qOfWkyfQfnRn2/WgQuD60YPrRn1H60A+3 60AHPrRj3/Wij8KADFGB60fhR+FABj/OaMf5zR+FGPagA2+9GPejr2o/CkAYHrRj3/Wj8KPwpgGP ejFJ17UY46UDFwOhNGB/k0Y/zmk2/wCc0CDAx1pMD2pdtGKADFFG00YoGL170fjTcUc/5NAh2KMe 9JR+dABjjrRtHrSfnRQA7aPWjH0puPelx70DF20bfcUnFFAC4+lGD7UUlAhcH1FGD60mfrRQAu3m jHvSc5oP1oAXHfNGPeko596AFwaMf5xSUdutAC49jR270Z+tGfrQAY+tJj60Z+tLuHvQAY+vFGDn vRkZ6Gjt/wDXoGFH1zRRQIMexowPQ0vPvR+dACcDtRx/dpcfX86MfX86Bhx/dowPQ0EH3/OjHsaB Bgf3TRxjoaMexox7GgA49DRx6GjB9DRg+lAw49DSYB/hNOwfQ0gB9DQIMD0NJx6H86dg0YPpQA3j 0NHGfu/rTsH0NGD6GgBOPQ0cehpcH0NJg+hoAOPQ0YHvS4PoaTn0NABgdMGjHt+tHPoaXDehoAMe 1Jx6H86XB9DQVPvQAcelJx/k0u0+howc9DQAmB6UYHpSkH0NGDjoaADA96Me1Jg+howfQ0ALik2/ 5zRz6Gjn0NABj/OaPx/Wj5vQ0fN6GgYfhRn2o+b0pcN6UAJn2/Wl59KT5s9DS4PoaBAPpSUuD6Gk 59KAFzijOTSc+lGD6UALmjP1pMe1L+FAB+dH4Glx9KPwoAT8DR+FLg+n60Y9hQAn4frR0PT9adj/ ADmjb7frQAn4UUuPajB/uj86AE7dDRx70vPpRg+n60AJ+dLzRg+g/OjB9P1oAOf8mkx/nNO2+360 bfb9aAG8j1/Ol59/zpdpHb9aNvt+tACY9j+dH4H86Nnt+tLs9R+tACf8BP50fhS7Pb9aXafT9aAG 4+v50bfrTsHqB+tGDjoPzoAbg57/AJ0c+hp2D6frQR7frQA3B9/zox9fzp4B9P1ox7c/WgBuP85o /CnbT6frRt/zmgBv+etKMd/50u0/5NJtPp+tAB/nrRkYx/Wl2n0/WjafSgBMj3/OjI9/zpwB9KTa fSgBOPQ/nS8eh/Olw3XFG1vSgBOPT9aPl9P1pSjf3aNjf3aAE+X0P50fJ6frS7D/AHaXb7UAICnp +tGU9KXb/s0bD/doGGU9KMp6Umw5yFpdp/u0CF+UUfLTQh/u0u0/3aAHfL6ij5abg+lGCR0oAdle 9HyU3b7frRt/zmgB3yfhSjb6U3Ycf/Xo2GgB3y+go+X0FNCE+lGznoKAH+WvbNJ5Q9TRjPccUY9x QAeWuOpo8sepox9KMH2oAPLHYmk8se9Lt+lJtNACeWPel8sehowf8/8A66McdKADYD2NJsHoaMf5 /wAmjB9aAAxjtmjyx05pMe/6/wD16MH1oAXZ9aNn1/Kkwf71GD6k/jQAuw/5FG057/lRz/e/WkP1 P50ALt/zijaPT9KQk+ppMn1NADtv+cUFfYflTcnHU0mT6mgB2z2H5UbeRx+lJz6mk+b1P50AO2e3 6Um3joPyoy2Pv/rSfN/eoAXb/nFGPp+VJlv71GWx1/WgAx9Pyowfb8hRlvU/nRlvU0DDB9B+VLj6 flSZb1NJl/WgQpHbA/KkwfT9KPm9aMt60AGOOg/KjB9vyoy2epo3H1oAMEAcD8qMH0H5UZOepoJb +8fyoAMHuP0ox/nFJk+ufwoy2etAC4owfaky1G40ALj6UY+lJuOKMmgBcdelGPYUm40Zb/IoAXb9 KNv0oy1JlqAF2/Sjac9qTLelGT7UAG2jB9qM/SjJ9qADBz2ox6GjNGfagAx9KMUnPpS5NABikxRz mjn/ACKAFxSYGKXtSUAG0elG0elGaOaAFxRjHrSZ4oyf8igBdtGKTJpMmgBcGjFJk9qMnNAxccUY 9jTeaXmgQuPajH+z+tNyaMmgB20/3aTB9KTJz1oz70AKQfSjn0pM570nPrQAvPpR+FJ+NGDQA7v0 pP8AgP6UnOehooAd+FJ17Ume3P50ZPrQAuD6UY/2aM0maAFwfSjB9KM0Z9/1oAOaOaM/5zRn3oAO aOfSjJ9aOfWgAwfSjBx0oyff86Mn/JoAMH0H5UYPoPyo59aOfX9aAE/AflS8+g/KjJ9f1o59RQMT 8B+VHPoPypcmjJoEHPpj8KT8B+VLz6frRz/k0AJn6flR+H6UvPpR+H60AJ36fpR+H6UvPpRn6UAH vj9KTHt+lLn6UufcUANx7UY4pcj1FGfcUAJijFL+VHPtQAn4UvPp+lHftRQAn4Ufh+lLRmgBuB6U Y9qdz6UmfagBPwo6f/qpfwpOPegYf56Uc/5FHFLxQITn/Io5xzS8Z6UfhQAn4/pRml4z0/SjA9P0 oGJ3NFLx6GjigQn40Upo/GgBKKKKACl/GjIo4oATn1pfxoOKM0DD8RR+X5UZPpRn2oEHft+VL+VJ n2ooAPyoxz2o/Gjj16UAGB7UmPp+VL3pcDrmgBuPp+VLj1xS/jRgY60AJj3owPUUuBRj2/WgBMe9 GB60flRQAYHrS4FGKMGgBMCjA9KXBoxx2oATaPejAzS4PtRj6UAJge9GBS4NGDQAm0Uu2jBowfSg BMfWjb9aXB9KNrf3aAE2/WjH1o2t6UoDelACYo5z3pcHPSjaf8igBPz/ADo5z3pdpo2n0oAB+NHP vRhvSjDelAC5PqfzoyfU/nRgjt+lGDjGP0oAPxP50Z96MMe36UYPpQAZOP8A69Gfb9aXBz0/Sjn0 P5UAJk+/50uT70c+/wCVLg+hoATcaMnuaXHsfyox7GgBN3vRuPrS7eehpcfWgYmfejJ9aXHcZpMf 71AhMmlz7ijH1pceuaAE3e9G70xRj60u360AG71Io3D1FG0epowPegA3e4o3fSjA96MD3oAM+9Ga MA9zRge9ABmjP0owPU0YHvQAZHrRkUYHrRgetABkdqM/SjC+tGFz1oAWik2r70YX1/WgBaT8f1ow M9f1o2j/ACaAFP8Anmjj/JpNopdooATj0/Wl47D9aMCjAoAOKMfX86MDtRtFAAQO386MD/Jowpo2 igA2/wCc0Y/zml2ijatACY47/nS7frRgdqCBQAYx3P50bfc/nRj3o2mgAx/nNGP85o2Gjb60DDH1 /Olx/nNGyjbQIMGjGe1LijrQAm2lx7UHP5Uc9qADH+c0f560c5o+bpQAc+9H50fNnpR83pQAZPvR k+lLyKMt6UAH/AaP+AmjLelG4+9ABu/2aXOe1JlqAW70ALk+lGT6Gjn0oy3pQAZP92jLZ6UuW9KX LelACZb0o3Glyc9KTJPagBdx6UmW/u9fel+b+6aOc9DQAnHtR8o9KXgnoaPoKADK+1BIz2oyOuKT I6/1oADt9BSfL7UZwP8A69Gf096ADK0ZX0o4I6/rR+P60AGVoytJgdz+tAA9f1oAXKn0o+TNN49f 1o49f1oAXCmj5QaTH+c0Hp979aAD5KX5OtJgf3h+dGB6j86AF+XFHyf5FJjn7w/Ojb7j86AD5fWj 5fWgr6MKTZ/tfrQAYX1pPl96Xb/tD86No9R+dACZFGVp230NGPf9aAGjHvS5GOlGPcfnRx3P60AJ n2opeMdf1ox/nNACZHtRn6UYHr+tGB6/rQAHv0pM+mKXAx/9ejA/yaADmkpcDOKMeoH50AJjjtSf lS8en60YFACUuPpSYox70AGPpRjntRj3o2980AJj6UYPtQVOOtGPegYFTjtRtI9KMUbTQINpz1FG 0+350bT+NGO9AxNp9vzox7ClwfzpMUCDH0o259PzowaKBgF9h+dG36UYPrSY460CF2/5zRt9xSbf ejbQAuP85owB9aTbj/8AVRg+1AC4owPWjB9aNvbNABgUnGOtLg+tJg+tABx60YpcH1owfWgBMcda MUu0+tG0+tACc0YNLg+tGD60AN70U7BooAbRk+lLS0AN70U7Bz1o59aAG8j0pM+tP/GjFADMntS8 +1O20YxQA3nrS5NLgUbR60ANyfajJp20UbRQA3JoznsKdtWjb7j86AGnP+RRz7U7b/tUbfegY3n2 oyfanbfcUm33FAhOfY0nPtTto9RRge1ACc47Uc+1GB7UYHtQAmT7UueO1J+VLQAfiPzoz7j86Pwp KAF/EfnR+X50mKKAF/EUtNxRj3FADsdOaMU3HvRzQA7A/wAmjaP8mm80c+tADv8APWjA9abk+v60 c+tADuPWkwPWjJ/vUc460AG0eopdvvSZbHWjLetAC7f85oxSbm9aMmgBcUUmT70bj7/nQAv40cdj SZPv+dG446mgBcD1pPxo3H1P50ZbPU/nQAfjSfjS5PqaMn1NAw/Kjj2pdzep/OkyfU/nQIMfSjn2 o3H+9+tGeev60AGP0oxRk+p/Ol3e/wCtACflSflS7j6n86Nx9T+dACc0ufpShvc/nRn3/WgBvPtR /wB80u73P50Z9z+dACc+1Jz6Cnbuep/OjPufzoATn0FLn2FGfc/nR37/AJ0AJk+gozz0FLn3P50Z 9z+dACZ9qXP0oz7n86CT6mgAz9KOfQUZ9zRn3NABz6CjJx0FH4mj8TQAZPoPypefQUn4mgdOpoAX mjn0pM896OnrQA7B9KOfSm/iaOvrQA75vSk5/u/pSfnR270AO+b0o+b0pvPqaOe9ADvmo5NJn3NG frQA7B9KTB9KT8T+dH4mgB2D+VHPoab+dL+JoAXmjn0pMe5pMH3/ADoAcc+lJzSd+po/E0AOw2aP mpv4k0c+poAdz6UmD6Uf8CP50f8AAjQAuGowaTn1o59aAFwaTaaCD6mjafU0AGDRg+lGPf8AWjBx 96gAwcUc+lGOPvUYPqaADn3o596Np/vUbT/eoAOfejn3owfWjDetAB+dH50c+p/Ol59aAEpaOR3o yf71AB1o5pct60mW9aAEo/Ol3N/epdzetADcUcU7cwFG5vWgBv4UoFOyfWjLetADcUfnS7jmjcaA Eo5xS5PWlyf8igBvPoaMexpdx9P0o3GgAx7UY9qXefT9KN5zigBuD6UYz2p28/5FG7/OKAG88cUu DjpTtx9P0pN3tQAnPp+lLg+lLu9qN3+cUAJt9qMHHQ0u4/5FG6gBPzoxS556D8qM+w/KgBMe1Jjj oadn6flRk+35UAN2+xpdv1pcnHQflRuPt+VABt9jRtNHPTijPsKADac9TS7T70mT7UZ/3aAFwfTr SYPvRn6Uu7nPFABg46GjaT2NLn6UZPtQAbDjgGgqfQ0c+1GW9RQAbSKCp9DS846ijB9RQAYPoaMN 70YOetGD6igBQD70u0+9IM9M0c+tABtPvRg+9GDRg+tABg+v60YPrRgnnNLg0AJhvXNJznrT8HHU UYOKAGbW9aXa2KdgijnHagBu1+wow3pTsEdhR+VADcNSkN9KX8qMewoATcPejcvvSgjHQZ+lLkeg /KgBu4eh/OgMuPumn59hSZ9AKAGbh6UFl9Kfn/ZFGT2AoAZuHXFGV9KcT7Ckz/sigBNy+lG5aXJ9 BRn/AGRQAmV9KTcOy0oPsKM+woATI/u9aMj+5Ts8/dH50Z77RQAmR/d/WkyP7lOz7flRu77aAG/8 A/WjPbb+tLv7baQn/ZoATPH3BRx/dpdwz0pMj0/GgAyB/DRuH92jcPSjcvpQAbvajOf4aMr6UfLn gUAG7j7v60Z46UcHtScdMUABI9BRkdlpOOwNGfTNAC5H939aMjPSjPcUmT6UAG7np+tG4elJxRx6 UALuGcbTS7h/dpuaTNADwwz0/Wgt6D9aZ+VHbpQA/I6Yo3DP3T+dMz7ClzQA7I/un86Mj0NNyM0f lQA7cO4NJuHvTfxFB/CgB24e9JvHWj8qMfSgA3KfWjcuepo/Kj8qADK56mjcnqaPpijB9qADcvqa Ny+9GD7Uc+ooAMp6mkyvqaX5unFHPqPzoATK+poyuOppefb86OncfnQAm4dfm/Kjcv8AtUvPY/rS /iPzoAblcdTRlfel/H9aO/UfnQA3Ix3oyO2af26/rQPqPzoAZx6mjj1NP/H9aPxP50AM49TSfL7/ AJVJ+P60fifzoAj+X1NGR71Jgev60cf5NAEeR6mjI9TT/wAf1o49/wA6AGZHqaMjPen54/8Ar0ce /wCdADOD60ce9P49/wA6Tj3/ADoAbx70ZHvTunc/nSgj/JoAZke9GR707Iz1/WjI/wAmgBuR70ZH vTsjP/16Mj/JoGMyPelzz0pcr/k0ZX/JoEN4oyPSnbh/kijcP8mgBvy//Xo+XFO3CjcKAGZGelLk elOyKMigBuRzx+lJkU7Io3LQA3I7/wAqNw/yKduX0FG4egoAbkdf6UZ4/wDrU7cPSl3D0oAbn60m fr+VOyPSjI9KAG8epo49/wAqdkelGfpQA335o+ufyp2RRuHtQAz8/wAqXPufyp2fp+dG4eg/OgBu fc/lS/n+VLkf5NGfpQA3j1P5Ucep/KlycUUAJ+J/Kjv1P5U7migBv40fiad9aPxoAbx70YHvTs+/ 60mfegBOPegD60ufejPufzoAPxNH40Z9/wBaPx/WgA47k0fL70f560DH+TQAfL70fL70v4/rRn3/ AFoAbhfelwvct+VLx60cf3qAEwvvRhff8qX/AIF+tH40AJhP9r8qXCHjmlycdaOfUfnQA3CdeaPk 96dn3/Wj8f1oAb8nvR8ue/5U7/gX60ZPr+tADcL70nHvT+fWj8f1oGM4z3peKdmjP0/OgQ3j0o4z 0p+73oz70AN4zRkdv5U7IpMj1oATIzmkz3p2VpcrQA3PHWkz/nFP4pOPagBPx/SjP+cUtKDQA3P1 /Kjn/IpxNGfegBuef/rUmT/kU/8AGk/GgBM/5xRuP+RS/jRn3oAbuJ9Pypdx6cUuaTvQAbj7Ubj7 UtGRQAmT7UZPqKX/AD0ooATJ9RRk+1H+elFABu/zijd/nFH+elJ/npQA7P0o3UlBoAXd7/pSbqMC jt2oAMn3pc/WkoP4UAFLRz7UD8KADNGfajn2pcn2oATNGaXn1FJ+IoAMikyKXPuKKADIx/8AXo4N HNLzQAf560mf85peaOfSgBB9D+dJn2p2aKAE/P8AOjPsaWjigBM+1GfY0uRScUAG72/Wlznt+tJx 70uR6UDD8P1o59P1o49KOPSgQc/5NHPpRxRxnvQAc0UZHvSZ9BQAuf8AOaM80UfhQAbv1pd1J+FG KAF30bqTHtR+FAC7vejPvSfUUv4UALn2FGRik/Cjj0oAdnjpSbuelJkelHHoKAF3D0FLuA7U3I9q OOOlADsg9qNy+nNJ+VH4UALvHoKN4/u0d+lH4CgA3+1G4en6UuB6CjHsKADco/8A1Ub1/wAij8BR zjtQAbl6f0o3j0/Sl6+lGOOooATcCeB+lG79falGfUfnRz7UAJv9v0pd/wDnFLzRzjtQAmfb9KMn r/Sl5/yaOfSgBOfT9KXn0/SjP1/Oj8/zoAOfQn8KOfT9KTn1P50vPqfzoAOfQ0c+hpfxo/H9aAE+ b0NLhvejI9f1oJ96AD5vxpRuz0pufc0ufc0ALh+lHzDOaTOepNHbqfzoAX5vWlw3qaaPx/Ol/E/n QAuGx1pcN6/pTc8dTikz70APw3r/ADpMHtj9aTPbJoJ9SaAHfN6D9aOf85puR6n86Mg9zQA/I/vH 8qMqT979KOc/dFJ7bRQApK/3j+VJ8vqfyozxyoo5/uigA+X+9+lB2+v6UZP90UZOegoAOMdf0oyO mf0ozwOP0oP0/SgBOPX9KQkf3v0pec9BR0/goAaSM9f0pMgjr+lP/wCA0Z/2aAGZH+RSZGf/AK1P 3dtlH/AD+VADPxox/tU/I/u/pRkeh/KgBnGOtGF9f0p2R6fpSEjH3T+VACYH96l/4F9KCRjp+lGR 2zn6UAJ2+9Rzj7340cd/5Uvy9KAE7daOfWj5ev8ASlyv+RQAmDijBFLlf8ijI9T+VADdp6ZNGD60 ZX/Ipcj3/KgBOfXNGD/kU7I9f0oBGOtADcHPakx7U7I9aXK+tADMH+7+lH/AadkHvRlfWgBmMdv0 pcE//qpcrz81HH96gBuD6UYPp+lOyOPm4oyP736UANx/s/pS4Oen6UuQP4qM/wC1+lADcH/Io2n/ ACKX/gVLk/3/ANKAG4P+RRg+n6Uv/AqP+BGgBPw/Sj/PSl49TQP940AJj2/SjH+z+lL75oz7mgBu D6f+O0d+n6U4/wC8aTP+0aAE5x0/8dpMc9v++adx6mjI9TQA38v++aP8/dp3HqaMj1NADfw/Sjn2 /wC+adke9GR70AM59vyo/AflT8/WjP1oAb+Az9KOfb8qXP1/KjPuaAEGf8ijn6/hS847/lSc+/5U AGf84o7dBS8+9Jk+4oAM89BR+VGTik5oAX/vmj8FoyaOaBi9ui0nXstFLQIT/gK0d+i0ZoyaAD8F o47BaOfajmgA/BaPbC0c/wCRS5P+RQAn4LR+C0cn/wDVRzj/AOtQAnHotLx6LRz6/pRz60AHHoKX j0FJg56ijB9aADjHRaOPQUcjuKMH1FABx6CjjPQUEH+9Rj/aoAOPajA9qMc/eox70AGF9qTC+1L/ AMCo/H9aAEwvtRgegpfxox70AJhc9qML7UuB6mlwPU0ANwue1G0U7A9TSYHqaAEwPajC57UvHcmj A96AG8eg/Kl49qXj3/OjA9T+dACYHoKT8Kdgep/Ojj3/ADoAbj2oApxx6n86OP8AJoGJj60Y9qMg ev50uR6/rQIaAfT9KDmlz7/rS5/zmgBvNGP84p2f85o/P86AGYPtS4PtS/n+dLx7/nQA3B9BQAfQ U7jH/wBek49f1oATn2o/Kl49vzo/H9aAE59BRzntxS8e350UAJz6Uc56Cl/z1oOKAEwc9BRhvQU6 jPFADcH2o7dqXOKN3tQAn5Uv5UfhS5PpQA2inc5xikyfQ0AJijH0/OlyfejJ9KAEx9KTbz2p/PpR z70AMx9KXH0pcn0pefSgBuB7UYB9Kdz6fpSc+n6UAJtHtRtHTil59KWgBNo9qTavt+dLS59qAE2j 2/WjA9qCeen6Uue+D+VACbV/2aNq+1Ln2NH4GgBNq+35UbR6D9aXP1oz9aAE2r7UbR/s0tFABtH+ z+tGBnt+tGT6UZ9qADAx2o2+go/Cj8D+dACbR6Um0e1O/OjjPFACbR7UbR14pfeigBNq9yKMD2pe KXigBvHtRx7U7AowO9ADcj2o49qdx6UHFADcD2pcCjil4oAace1Lx7UvHoaOPegBOPajj2/Kjj0N GRnoaAE49vypePb8qAV/umj5f7p/OgBOKMCnfL6UZX+6fzoATA/yKOP8ilyPQ0mR/dNABx/kUcfX 8KPl9DQcehoAMD6fhRhaPl9DRx70AHy+oo49RR8p7Gjj0NABkY60vGO1Jx6UfL3FAC/lRwOwpPl9 KXj0oAXr6Ug/Cj5fT9aMj0z+NAC457UYGe1Jken60vGOlABx6CjA9BRn0H60Z56frQAfhR+FHHp+ tHHp+tAC/hR+FHBHT9aOD2/WgBPwox6Uv5fnS8+350AN59DRg+lO59F/Ojn2/OgBvPoaOadz7fnR z7fnQA3ml5pee+PzpefagBnPpR0//VT8H2/Ojn2/OgBnb6e1Lmn4+n50YPt+dADM896PzqTn2/Oj B9vzoAjP40fiakwaXFAEXTuaXr3NSY9RRj2oAj/E/lR7Z/Sn7f8AOaXaPSgCPI/yKM89f0qTaPSk KjigBmR60Zz/ABVJt/zxSbV/yaAGD60cepxUm0f5NG0c80AMwPWjv1p+0daNo68UAM4Hel49RTto P1pdo9RQAz8qMcdqds560u0etADOc9qd36Cl2ijaPagBBn2owfSl4x1HvQceooAOe2Pzp2G9qbge tBUY5NAC4b0FLg+i0m0YxmjbjvQAuDkcLRhvRabt96MUAL8391aX5v7i0mPej6kUAOw2PurRtP8A dXNJ+IpefUUALx6mjj3pMt/eNG5+TuNAC7R70hHuaMt/eNBz/fagAx/vUbf96m4PPzNS8/32/KgA 2nsTRg+hpOcffb8qXB7u3HtQAbW9Dik2t6HijBz/AKw/lRz/AHz+VABtOeh/KjB64NHP9/8ASgZ/ 56fpQAAHPQ0m0/3T+VLg9N/6UY/6adPagBNv+yfypdp/un8qT/gZ/Kjkf8tDj6UALtOfumgqT/Cf ypP+BmlwO7n8qADb/sn8qNv+yaMDH3z+VGB/eP5UAG3n7tJt/wBn9KXHGdxpMf7ZFABtH92jaM/d /SkwP75ox/tmgBdo/u/pSbR/d/Sgj/aNG3P8RoANv+z+lG32o2/7TUbf9pqADZ7UbPajH+0aMe5o ANvtSbf9n9KX8TQev3qAE2Z//VSbcdB9ad26/TijHvQA3afSjaeuKMf7VGOetABsPpSBOvFLg+vW jn1oATZjrRt470tGPrQAm2k20pUe9GBQAm33o28fzo20YNABto20Y4owcUAG0cjNG0UmDnpRg4/+ tQAu0e9GB7/nSc9qP89KAFCj3/OjHuaTFH4fpQAY+tG33NFH60AHbvRge9HH+RScUDFxRjH+NGPU UmBQIXHrSYPSjA96No96AFxQKTC+9HHvQAoApcDNJx6Gjj3oAXFGKTj3o+X3oAXFGPak496X5c9T QAfXFHSj5aTj1NAC8UnHtRgep/Oj5ff86AD6Ud+1GAPX86X5fQ/nQAlJTvlx3o+X0P50AN/yKOad x70cUAN59D+VHPpS4FLtHvQA3HtRg+lLhfekwvoaADafT9KTB9KXavoaNq+9ABz6fpRlvSjYnvSb V6ZNABznoaOfQ0bV9T+VG0D+9QAu0+howaTaP9ql2r70AJg0YNLsGeppNo9TQAhz6UfhS7B70m0e jUAH+elHNGxfQ0bRjGDQAY9qMH0o2jPejb7GgAwfSjn0o2+xo2/WgA5z0/Sjt0o24/vflQVHv+VA B26CjB9BRt9c/lRsPvQAbfpSYPtS7fTNG360AJj2FGKXb9RRj60AH4CjnNLj60FeKAG0vft+dLt5 oANADfxop+DR+VADaTtT8c9qTHHagBPxFGRTvy/Kk/L8qAG5pcjApe/GKX/PSgBuTmjPFO/EflR+ P6UANyaXJzinfiKPxoAZmlyaX8R+VHbqPyoASjJz3pfxH5Uf8CH5UAN/Oj86d07/AKUY9/0oAb+d GfrTse/6UY9/0oATOfWjPHel6dx+VH40AJkZ70fiaXj1oyPWgBvHvRwO9O49aPxoAbke9LkUufej PHX9aAEyP8ijI+tL1/yKOKAG5FAI6c06igBuRRkZp340fjQA3Ipcil/Gj8T+dACfLmjK+tHPTNJg 0ALlaTI9aMHrRz9KADik4pcUvegBOKABS9+/50vWgBuaUf71HNLmgBPxpMe9LnmjPFACY460UuRR mgBuOOtGKfxSce1ACUYPrS4/zilxx1oAbg0c5pcClx9KAG8+9GDjOKd26/pRx6/pQA3HtS7eelOz /nFGfcflQA0LS7OaX8R+VGOeo/KgBNvpRsNLgeo/Kjj/ACKAE2n0pNp9KUAf5FLx6/pQAm32o2+1 Lx60uRnqKAG4+tG32p2R60cetACbfak2g9qd+Io49f0oATaMdKNoPODSjH94flS/8CoAbtHpRge9 Ozz98Uf8CH5UANwPQ0uB6UuT/eH6UZP98UAGBjikwKXP+0KMn+8P0oAPl9KCBRk9mFLlv7w/KgBM LRxSgt/eWjLf3hQA3AzRx2Jp2W/vCkw394UAJxxRke9Lhv71HOOGoATPbP6UZ9zS/N2NLk4oAbnP c0Z+tLlvUUZb1FACZpc0uW9RR8394UAJS96Pm/vUfN/eFABSZ4pefX9KMN/e/SgA74xSU7n1o+b1 FADfz/Kl5Pr+VKN3qKMH1FACDp0peaUA460gU+tAC80Y7Yo2980bTQAd+lGPb9KNp980YPqaADb7 UY+tAX3NKFx3NACbT6Uu32pAvPVjTsc9TQAbT2FJt9RTsD1NJgepoANp9KNpPal49T+VH/Aj+VAC bD3Ao2n0p2P9o/lRgHufyoAQKc9BRs9hS7R3P6Uu0Y70AN8s98YpdhBowMdTTsD1oAZsOaNp9Kdt HXP6Uu33/SgBm1vSl2N6frTto/yKOPWgBAhzz/Ol2n2oAA//AFUYHc/pQApYY/i/Kk3D1b/vmiig A3D1P4ikyPU/lRRQAfQn8qM+5P4UUUAGePvN+VG73P5UUUAJwR1P5UZGep/KiigAz/tH/vmk79T+ VFFACkgc5P8A3zSZGep/KiigA4yfmP5UnHqfyoooAXj1P5UmR2LflRRQAZHqaMgjjNFFACfKB1P5 Uvyj1oopAHy8c0ny570UUwDI96Mr70UUAJuXrijIx0NFFABlfejjjiiigAyP7po4P8J4oooAMjuD RuX0OKKKADcvoaNy+lFFABuGOho3L6UUUAG4elJuHpRRQAu9fSjcPSiigBAy+lBYUUUAG5cZpNw6 UUUDF3DPekypHeiigQZXPejj3oooAMj0NIWHoaKKADI9DSZHvRRQAZGO9HFFFABx9PxoyKKKADIx 1NGRxyaKKADI68/lRx7/AJUUUAJx70cY70UUAKAvvSbV9WoooAXC+9JtX3oooGGFx1NGBnvRRQIM L/tUnH+1RRQAcejUvy+hoooAOPSj8KKKAE70cUUUDDI6UZGMUUUALlfejI96KKBBlaTcPSiigAyP SjK/rRRQAuRRxRRQMQ4o+WiigQZWj5cdP1oooGGR6frRken60UUCEyPT9aNwHb9aKKADePQ/nRvX +6fzoooGG4Z+7+tG7/Z/WiigQZH939aMrRRQAZX+6fzo3L6H86KKAF3D+6fzo3A9jRRSGJkf3TRn 2NFFMQfgaO/Q0UUAL36Gj/gJoooAP+Amkzn+EmiigA+qtScf3TRRQAv4Gj/gJoooAUA/3TQc/wB2 iigA5/u0YPpiiigAAP8AdowfSiigAwRRtNFFIAx70YP+c0UUwDB/yKNrfj+NFFABhqNrEUUUAG1u 5oCn1FFFABtPr/OjacYoooANv+cGjbRRQAbfpSbfeiigAx/nmlx/nmiigA/H+dFFFABj6UY+lFFA Bj3owPWiigA49f0o49aKKADjPXmjj/IoooAOPX9KMD1/SiigA49f0pce/wClFFABx6/pSYHr+lFF AxePX9KTHof0oooELgetJ/npRRQAuPr+VHP+RRRQAc46/pRRRQAYPrS4OKKKAE2ntS7T7UUUAJsa l2NjrRRQAm1vXFGw/wB6iigA2H1/Wl2GiikAbGz14+tGw56j86KKYBsbPb86XYaKKAE8s+n60eWf b86KKAF8s47fnSeWR/8AroooAXyz/k0eWf8AJoooGL5bY6UbD/doooEHln0x+NHl+360UUAGw+n6 0vl+1FFAB5Z9KNp9KKKADafSjb9KKKADb70bfeiigBcc4zRt560UUALt9xRj3H5UUUAG3/aH5UY7 ZH5UUUAGB6/pRtHr+lFFABtH94flRtGOD+lFFABj/a/SjHcH9KKKAD/PSjp/+qiigBfxH5UhHr/K iigAx15FLj1b9KKKADHH3h+VH/AqKKAF/Gk9PmoooAMZ43UuBjrRRQAADOAaMZ70UUAGKXHtRRQA Y47UbfUUUUAGPalAxRRQAY9v1oA9jRRQAv4Gj8KKKAF4zwDSn1INFFMBPwpcDPTtRRSBhhf8mjaM dP1oooA//9kNCmVuZHN0cmVhbQ0KZW5kb2JqDQo5IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3Vi dHlwZS9JbWFnZS9XaWR0aCA1L0hlaWdodCAxOTAvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1Bl ckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDEwIDAgUi9GaWx0ZXIvRmxhdGVE ZWNvZGUvTGVuZ3RoIDQ1NT4+DQpzdHJlYW0NCnic7ZbZLgNxFIdvEc8ikdiXltqppkpLK8ig9kSs DRqijSVEqSVqK0I0lvSeF2hCqpnS0pp2Zsh4Dic5JuF4BJP88+X/XZ3L38f4U26kvrOPjqtP68Bd et9t6rXUeyq2XUlW+MO7lLq9YitQ1i6vaAGi+qSuI8Hik/VC6jwUzEDU8w9mj28BosIVD28Cfut7 u4c3AlFP39t2+SYg6onYupM0AFGPRct2sgGI6hXNmwk9EPVAbHYndEDUfcG0wWmBqHuC0cXVAVE9 QuNavBYoq2EtXg1E3eH1K7FKIOpWQrccqwCiujndwms5EHWdq3e+lAFRXW9aR1QDRIUr85FSIOpq vHY2UrIq63Ksxv6kBqIuvVTPhFVA1MVo1RRbDER1RitsbCEQ1REtn2ALgKhzz5rRUN58pAzV/qwe DubMRUpRbeGiwYes6ScV6jib33OfORkuQh15zGUCGaOPefBn/Cljoez2QMZQMLv/Lk1RRRVVVFFF /5WSWfw7mmRSyeCSOSZjTaacDD3JABIJJCFIYJD8IHFC0oWEDckeEkUkmUhQkdwiMUZSjYQcyTwS gSQRSUCSvCTxSdKUhCvJ2p/Ry/xO4i/fmRhUDQplbmRzdHJlYW0NCmVuZG9iag0KMTAgMCBvYmoN Cjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDUvSGVpZ2h0IDE5MC9Db2xvclNw YWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9s YXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjM+Pg0Kc3RyZWFtDQp4nPvwf0iB D6PEKEEDYugAsHMBvPirUg0KZW5kc3RyZWFtDQplbmRvYmoNCjExIDAgb2JqDQo8PC9UeXBlL0V4 dEdTdGF0ZS9CTS9Ob3JtYWwvY2EgMC4yNTg4Mj4+DQplbmRvYmoNCjEyIDAgb2JqDQo8PC9UeXBl L0ZvbnQvU3VidHlwZS9UcnVlVHlwZS9OYW1lL0YxL0Jhc2VGb250L0FyaWFsLEJvbGQvRW5jb2Rp bmcvV2luQW5zaUVuY29kaW5nL0ZvbnREZXNjcmlwdG9yIDEzIDAgUi9GaXJzdENoYXIgMzIvTGFz dENoYXIgMTIxL1dpZHRocyA2NDUgMCBSPj4NCmVuZG9iag0KMTMgMCBvYmoNCjw8L1R5cGUvRm9u dERlc2NyaXB0b3IvRm9udE5hbWUvQXJpYWwsQm9sZC9GbGFncyAzMi9JdGFsaWNBbmdsZSAwL0Fz Y2VudCA5MDUvRGVzY2VudCAtMjEwL0NhcEhlaWdodCA3MjgvQXZnV2lkdGggNDc5L01heFdpZHRo IDI2MjgvRm9udFdlaWdodCA3MDAvWEhlaWdodCAyNTAvTGVhZGluZyAzMy9TdGVtViA0Ny9Gb250 QkJveFsgLTYyOCAtMjEwIDIwMDAgNzI4XSA+Pg0KZW5kb2JqDQoxNCAwIG9iag0KPDwvVHlwZS9F eHRHU3RhdGUvQk0vTm9ybWFsL0NBIDE+Pg0KZW5kb2JqDQoxNSAwIG9iag0KPDwvVHlwZS9Gb250 L1N1YnR5cGUvVHJ1ZVR5cGUvTmFtZS9GMi9CYXNlRm9udC9BcmlhbC9FbmNvZGluZy9XaW5BbnNp RW5jb2RpbmcvRm9udERlc2NyaXB0b3IgMTYgMCBSL0ZpcnN0Q2hhciAzMi9MYXN0Q2hhciAxMjIv V2lkdGhzIDY0OSAwIFI+Pg0KZW5kb2JqDQoxNiAwIG9iag0KPDwvVHlwZS9Gb250RGVzY3JpcHRv ci9Gb250TmFtZS9BcmlhbC9GbGFncyAzMi9JdGFsaWNBbmdsZSAwL0FzY2VudCA5MDUvRGVzY2Vu dCAtMjEwL0NhcEhlaWdodCA3MjgvQXZnV2lkdGggNDQxL01heFdpZHRoIDI2NjUvRm9udFdlaWdo dCA0MDAvWEhlaWdodCAyNTAvTGVhZGluZyAzMy9TdGVtViA0NC9Gb250QkJveFsgLTY2NSAtMjEw IDIwMDAgNzI4XSA+Pg0KZW5kb2JqDQoxNyAwIG9iag0KPDwvVHlwZS9QYWdlL1BhcmVudCAyIDAg Ui9SZXNvdXJjZXM8PC9FeHRHU3RhdGU8PC9HUzUgNSAwIFIvR1MxMSAxMSAwIFIvR1MxNCAxNCAw IFI+Pi9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSL0ltYWdlOCA4IDAgUi9JbWFnZTkgOSAwIFIvSW1h Z2UyMCAyMCAwIFIvSW1hZ2UyMiAyMiAwIFIvSW1hZ2UzMCAzMCAwIFIvSW1hZ2UzMiAzMiAwIFIv SW1hZ2U0MCA0MCAwIFIvSW1hZ2U0MiA0MiAwIFIvSW1hZ2U1MCA1MCAwIFIvSW1hZ2U1OCA1OCAw IFIvSW1hZ2U2NiA2NiAwIFIvSW1hZ2U3NCA3NCAwIFIvSW1hZ2U3NiA3NiAwIFI+Pi9QYXR0ZXJu PDwvUDE5IDE5IDAgUi9QMjkgMjkgMCBSL1AzOSAzOSAwIFIvUDQ5IDQ5IDAgUi9QNTcgNTcgMCBS L1A2NSA2NSAwIFIvUDczIDczIDAgUi9QODMgODMgMCBSPj4vRm9udDw8L0YyIDE1IDAgUi9GMSAx MiAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9JbWFnZUIvSW1hZ2VDL0ltYWdlSV0gPj4vTWVkaWFC b3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMgMTggMCBSL0dyb3VwPDwvVHlwZS9Hcm91cC9TL1Ry YW5zcGFyZW5jeS9DUy9EZXZpY2VSR0I+Pi9UYWJzL1MvU3RydWN0UGFyZW50cyAxPj4NCmVuZG9i ag0KMTggMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjc5OD4+DQpzdHJlYW0N Cnic7Vvrb9w2Ev9uwP8DPx12i5oR3xJQFMij7flwQd04uOZQ9MNmq9ib20eqlRPkv78ZkhJJrWRt tMYVOMcf1hpqRc7MbzgvasmTK/Ldd09ePr98QbLvvyfPXjwnf56fZSSjGfwVTClBDM+IzBSpyvOz X78h2/OzJz9dK3Kzh4urRV2X1ZYs9+TJFSvIfrkNj4tMsTx5/N0352e/nJ+RH14+J0+eVvXq3WJZ k2cv41VZLhjrWdSwguY5gW/BDekuLzIqVFEostwAM5ebxU2Zkxc7MrZGplkmVM8iLKO6WUORVJCw RnHUGvdoDwRE9QH3wsC3NYcPlnFS3XS15xjq0x+JsGMBO8mpFJwIeLDgBFgWOerK00ITkeU0k+5K UlmQJXxHE64EzQRZO0IWVMJD9lEuNdXEz+sIeMRkMKHx9BppSVVz32SGymYWT7j57ZNI+8XXgbZs +Wk8u34RTy270sHDt6hFVBdnUjlFgcyN0tfu0tmV4squF39/+I5//LZBTZschUHTMIzKjBHBKUft ACUj44D1nHU8YjBYZnhxHxh+c6zTB+65dQiHQQ4RDiWp4cCGABkN7pYICx6wSH0V974qaH7jCQdI jFMqZ1B3ELyrqESHkYJbhQeAO+gkuEWgBnW3IMcGEZmJjtC9bV1GBjoin5zzkd75aC2sixOZJq9+ ArfCyHvy/6+R6x4HyqPgFxtkj/t+9hq0+COuSjMuyet3EDWsHTKiwIvjauAggK3XG7xzgx+g3N9m 1+VczpZ3VUnq25Ksd0Btb+a/k9f/OD/74XW/YxcPwhfnaogp2BEbMlez/d1yORezcr8nu3eWwTfl FjgkV9XufQnBrYS7y90Iu/JB2NVZQSGXGOD4YoQH9TA8MEO5GOJh/3lfl5sRRnRg5MJxknHIbXzM 4TwzPSxpozGcWCaYxgAjBBoxg28GvyaiGNPMLTGBuH9uzSh3EQzmlLCNGWWaMJVTo+PZB72maL0m zWGLCvS81sVnGre5H1i3A0wL6sJYrjDLOaCVjaE4UBRU6HgANJ+j3JDqWVqCv4jvA9esb6BdwvLY krfD2ZOZYDGMFjoxGACIKthmmaBaHhjMi2r1sSTzCzXb7Dbltr6bX4gZbLwLOYPt9gZ33haofIbb bX7BZ+USv1GTxRb//0FWltzjLbddkX47YoH5QwimQPHodPsFG9uNxYOwgCAXQyx8qHaolvclfi5r /NyTEbZYNo2vvOPwDTgqMOM8Q1vrMvbb3z+DB/1QVh9X+101V3z2rTWBN3Mze3p1iYSYvQTsV9Xi xoIOI3r28zU8BTeVnD29q3ebXQ22477862r7B/7ffdqTq38Ra1XV/vcxYePyQMGugm3FBIZiYFgC 6wVrBvymgUBdFC0hkFg2O0owqrM87DAO0RbqGT8P51RBfupWcQQ8yUBRqrkJTzLNA820xn9+Hk/5 VfBZN+DZWEcDlkk/leffL+SpZVfeLysYrBvtLRj67nQzVIbqsXZSGCuRoAxMBXOb4GplXCx8heZ/ Bk2OLgax0YbmWMsJagUTkHdE6AwGQpkEQq+ATaCt/Cl+qbhB80H+jr46uoxVHXQfIO9iFcMYYxw0 32KeGEhiOolddQoKYSs2KQU2L3JbQTxGffSVE2xCPQHOIQ4tUtAccqmcU6NcAgpalqhxpqzGNXPt ooPRVzb4/BPjRIkfH+csc1cYZpS7HA2QEyqPjgTg9jjssskSYJi0vG7HeJ1QdnR4BbcBJcB0Xq8w fGOl5HKQUe1OKFI6HBtg2GBlTbmZwvHTOTOzT3PGZwtrGlDtQTJq9b3fj7GvH8K8C8icYCMWbAr7 C2cYmBs7c87dRbUCCw8WPwrEhNy/a+bgGcDMJ0tihXAYVHPtriDjCyIsMGcchWRCrs/4QdkrC+t1 wCFKMUWYSyvNdocsgwhstqhxYLXbusqFFbOrtRt7N78AEXfVWBnNohKC5YxmLEqRGJTLYYAZWzo0 IaKh2hDhBqIQ4QaaEOHm8iHCrdSGCF5wqkUIERy8W0uLjGHfsYkRjgpBwg+ENKkdsHz6qbwMfqEo LCYy/5UZLNM55fK+FPYrPl/UBe+gEDXBe+8c4MMV9kZtD1xB6gocG4XdI4Fw8QgjlQ0lssq4RDYF YxMNeKwSHBORg/aDDlKdpfpM1R30H1UvCV4JlAnOQfuhfEmMpGM/sXl1kllZ4M5AHWYuk32kCult jk9olnTzq1xRIwnwooQ+aJS8KjfY+9ql2SrG9LdpcFyV1Z7YDs/umOjO2emMg3qlJlrSTB0yfnSK yk8vCDj4XTDPAU4OElA9sy3CvUv8RzV1errPwbQNUcxmQ132Fm2mZoH74JKc3VGqi7J7wTRlIoov grFoQGSGZtG28lTYVnYg3lZ2oIkLbi4fMtxKoUTkBkqDqEQUPNDSBsqm22KJsKkcHYJLQ7uS2E3T lMRukeBGUnn/0u4V8I/9+eHY/xWb4+N++sJBHPf77hxio5r2lY/7eJia94T9fCjsa+X7VwkOm2jA wZRCmEgcFB9U0FFZqs1I1a3qA94dnGIEY3iD4lu4U9tIzSaxqiTkP0bRe4P76a0Iy1U+FNwvbWy3 Hr/afZwXxxXm/PQWg9Cc5nqIreND9+ktApHDzhxUkDvL+9B+2KhYjfaQ+KSKvwOcomwoo7C9oVV9 a+v3rT1+QuLI/iGfcPB3gF8xzN3PH1pWbMvhGvOe2rZKlv8Ze6ni9HxWSLAtPpTtLC2EGzzMsx93 LZur+vMYc8lhHaNcRSFVSh0NSGCCt07GE62TsXTkZCzdOBk3T3MixAIBTyrcNyY4GYVnJA2tsGZo 5/FUcDJ+IETUdsAy6afy/PuF4hOhWN44pArOYCsfn+647w/fGUt3pLBv+917WvcVm+zIV/wOBw70 LzN8jQMByO0VAmBf3MIgFhDQeiijMcJlNImuN4H2QCQYJSIF7QYZOzpJ9ZWoM+g3wNrBI4EqxjFo N6SwiRGk5hHZzhEnco9QH31pjniAEzngkZEcj47zCa3x4SbHM4xdaZNjLEicXq5LZai22ZHMp4hT 2x4/sr/cteGtrlZz4Zo2d0mJbyVl+eGxzYick072Dk81jKDcNnEYnyLrssJjU5tc1B61Yva2tHRt /1VjgpyeZUuZI2CYcnA5RQgLxXo9lw6FtyHXXFicZITT2/b0uP7U2moZYTki7gMcEBpJBRRekAPK KeIe94acOD25l4XAam4qn2Mv0InT03wJOY3R01n0tVvTWxx1TlHqr3JNhYmyJJWzaEAZg6/XthHE UyGC2IE4gtiBJoK4uXwEcSu1EUQXJsmUTBZFmOZ9VTePp0IMad5ebTOldsDy6afyMviFoqiZyOyy HP+SruSQAx2VxiYP3HOrL5HVcSarDL7a1ElkjQxp1FeIEogKre4tNEIWGz9wz61DhDieotrfmHFa KKdUiT0jQI7FKA0mu7lPdlM4NtGAQytFMhE66D9oIdVaV6M6Te9SSAICLWIRmAnSQf+hjEnMJLWg xMDSFt4jFb8vv5Wn9zRUbsOEyei0Vz8m9fnk6Ud0WkjcPlP5ProRKE8vIbQq8BcXU1n9wrfM5OlV gsptHwRqhXxK5vDLHSbHNt1cryDxrD9DveBeaErf3bLtO4vC8q59jWu0Vya/uDywv9rMZKc7SxXu ZGE3abeX9+O/mcLfQY2x8sUJfh8rjAtqiiFWftot1t+S6xry9fLmMx7x/o1cblf1aoG/EIDCqy8z +y/3DBXCDQplbmRzdHJlYW0NCmVuZG9iag0KMTkgMCBvYmoNCjw8L1R5cGUvUGF0dGVybi9QYXR0 ZXJuVHlwZSAxL1BhaW50VHlwZSAxL1RpbGluZ1R5cGUgMi9CQm94WyAwIDAgMTI4IDEyOF0gL01h dHJpeFsgMC45NjAyNSAwIDAgMC45NjAyNSAwIDQwNV0gL1hTdGVwIDEyOC9ZU3RlcCAxMjgvUmVz b3VyY2VzPDwvWE9iamVjdDw8L0ltYWdlNyA3IDAgUj4+Pj4vRmlsdGVyL0ZsYXRlRGVjb2RlL0xl bmd0aCAzNT4+DQpzdHJlYW0NCnicK1QwNLLQMwADBRBE4ybn6nvmJqanmiu45CsEAgDcHQpBDQpl bmRzdHJlYW0NCmVuZG9iag0KMjAgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdl L1dpZHRoIDk0My9IZWlnaHQgMTAwL0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25l bnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayAyMSAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xl bmd0aCAyOTc+Pg0Kc3RyZWFtDQp4nO3BMQEAAADCoPVPbQwfoAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAD+BlFQAAENCmVuZHN0cmVhbQ0KZW5kb2JqDQoyMSAw IG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggOTQzL0hlaWdodCAxMDAv Q29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9J bnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDg3Nz4+DQpzdHJlYW0N Cnic7dnrVhpnFIdx5ywEEBSRREs0DGotulLPOoZ6SCpBThZmmN7/jRTEZFnbfM77X+v5XcH75Vl7 75mFBQCCLACm+UGrtuN6ng/AGJ7r2PZ/irVs18/kCkvFEgBjFAu5TOC+CtZy/FxpbWOzHjYAmCKs b/5SXc4HzsteLTdTfBc2j84uoysApoguz44PtjeWs571otZseXP/4ua+0+0BMEe3076LPtYrb773 ajmZcv3oujMYjeMEgDni8Wj4cHvSqGTd517toLR1dNcbJSkA00zGg8+nYXnRfl6Fc+sHN73xJP0b gHHSeHB3WCvM12E7WGlcdkaTn/0oAP8rHfdae5X5eLUzbw/uhgmzFTDU5K8/Dzdys785lpOrnbRH 1AqYKh13zreetmHLLWxdPMTkCpgqTXpRWPJnuXrFMOqSK2CupP9pZ3mea6lx1eN0BcyV9Fu75cCe 5uqTK2C2ZPAHuQIayBWQQa6ADHIFZJArIINcARnkCsggV0AGuQIyyBWQQa6ADHIFZJArIINcARnk CsggV0AGuQIyyBWQQa6ADHIFZJArIINcARnkCsggV0AGuQIyyBWQQa6ADHIFZJArIINcARnkCsgg V0AGuQIyyBWQQa6ADHIFZJArIINcARnkCsggV0AGuQIyyBWQQa6ADHIFZJArIINcARnkCsggV0AG uQIyyBWQQa6ADHIFZJArIINcARnkCsggV0AGuQIyyBWQQa6ADHIFZJArIINcARnkCsggV0AGuQIy yBWQQa6ADHIFZCSD1nOuXjGMuuQKmCvpt3ZWAmuW69KHi4eYXAFTpUnvarvkz3J18+9Pv47JFTBV Gj9c1Je8aa4LTnb99y+Pk5/9IgA/MBm1j2t5d5arvbi6+6nLNgwYKk0GN/vVjD2tdXq8FmqHn4d8 bAKMlCaP96cfnk7Xp/FabpzfD+MJwQKmSae1fo1+Xcs681wt90119/xLfxQnEwAmSeLRoB011wve vNbpePXy1e3j63a3Pxw+AjDFcDjotm/P9taXAnvhG9vPrW41jy9b17cAzHHTik7269VCYFvfc7Vs L1Ncq4U7e83mPgAzNJu/7Ybvq6Ws96LWWbCOn8kXV1YrawBMUVldKeWzvmP9q9Zpr5btekGwCMAg ge869qtYn4u1bABGeT1YAWj4B5GZ4OsNCmVuZHN0cmVhbQ0KZW5kb2JqDQoyMiAwIG9iag0KPDwv VHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggOTQxL0hlaWdodCA3Ny9Db2xvclNwYWNl L0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMjMg MCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjM0Pj4NCnN0cmVhbQ0KeJztwTEBAAAAwqD1 T20ND6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADgwgBRSAABDQplbmRz dHJlYW0NCmVuZG9iag0KMjMgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dp ZHRoIDk0MS9IZWlnaHQgNzcvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0Jp dHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVu Z3RoIDEyMzg2Pj4NCnN0cmVhbQ0KeJzsfAe34kiS7uCRkJB3IEAY4Z28B66pqu7p9/b//5wXIWFv VXffmume3beHOGd6KFBGRkbEFyYzdf/xjyc96UlPetKTnvSkJz3pSU960pOe9KQnPelJT3rSk570 pCc96UlPetKTnvSkJz3pSU960pOe9KQnPelJT3rSk570pCc96UlPetKTnvSkJz3pSU960pOe9KQn /a+gUkH/3WI86a+i/1nmLJWeDvYXUalUrtRq9XqtWin/R9VZKpfLnzcgPv2fle//WyqVq7Va7UfW LP2MDtEx7h+HwZWfMNh1VOVGnzP409S/R6VKrUm1WY5jabJR/U/oCJwATVauNohm7bMTlip1gqhX /grxzvP/b6VSGQzKsEyrftNtsWT8hQAbf54PCY9fmOQW+LzBLqOqDZKiC6JaRKNW+VPdw0TNu3n/ 5GFc2k9J9HfQf8ilyjWCkXVjPJmM+ppAN/4SOPwhQXSoo8mqJCcLdP1zrlOqNBlJYpp/gXjn+f9t Pv9TqVynJH046it07bxIyLRQOIE71ShB5lufhEEZnlZVnjxzKVUJTlau//wkgZX5Tn9gIA36uiYy ZP1PwFUqN9qSxBKfMhFElHq98snw83fRRb9/9zxgEWkw3zmu57n2xtS5z+no3yAwepuFoFBucP3p SCY/N1+p1u6aZrf9c67ye/MzVON/QDj+ewgQqZo719kMhebZicv1Fsu2auVyUxxODb75Od8uN/n+ fAkWysFdqhCiMZvqbOOnkAFWNjau73tArmNtZobS/pOEUKrS6niiM/XPFMyVBsW0iU+Gn7+LyjWS YUC/f/M0pSqlmFYQx1EUxUnsbwz+b0YrGJ3v9mSqViGUubPp0Z9TdLkhTGx7Ivycq/zR/P9bwQqI NL0si/Zj8YxKgK/S74lEpdLqrp2VRlY+yUgYW4ENbCpYQTd5Y+tuBuwnS6ELE0JZJW/vr6fj8XDI 0iR0Fn+G91KN6a82o0+Zulxvq32N+TmZ/moqVVtSTxf/9jQHlp04SeJbm/Vm58ZZvANr/L1grTG9 xWrANqpkZxs5Q+ZzqCk3pUUYLqRPZoU/mX/5d6/yv48g/Or77BTtpt2LD4ORx5ulTteqdN+O9zr1 ObAiaHZJskd8lsp1prcJ/GWH+rksViE7+5dvb2mQ51Y/yrJw1aX/0OZQROnzpcF9AqylCqmYa1Mm /lvBWm7ww/Wi+8m08y8TVBw9sIczG3RUTR9vwixaqefCFDv3D5t3pWKb7tzD3LbiLx/z7Xl8oPTd 07eVQeB3HFNs1lrdXeKN2NrHp344rtyUl3G8lAuwfnjkfDDwOOryzIcjg8v85zr4w7DSbQk3pvnP P17N5fvrDz/Qyg+WVPrxF99J//DEeTkfBbgNLhZUZ8f+KdkYyrXBr7Q6m9AeMvUaPXBTu0dVP3K6 Z3D7skJIpneI1wAu6Ja0pR/trxD6MOKHFsjnJrvWy1u0mQyhaR1Olm52CmcQcks3TX9UECBQ7F07 7u+53hul2u7v/HWn9TGpfW+t7775PYN+r/3Sw6j8Hw8PVEh16VvGJe38sXP+SEmfo1Kdn/iZP1WZ FkFSfG8dJVY/7wvxOKfebDbvtmKwl4dvGvmZAPx+OenBj9UKygP/X601GnmvjQwa8HT9cYMZSgZt FUVLtdWgEKxjnmg07p/CZr1xmeVGANZVHK9ysF4eOQ/KRalU8Lsbn1LpMj0Kd7ctCpot5s+FLD2u slhCHZeAHOF/tbMs5cunRz2fV3kR914rpVwrlyU171RxmfXK7fxFo3794pHtdcnN+vebqXfccEUV Qp7HJ3+qtJvnSA+ZauAcAlMgGm3DzZwB00SV3xR8U/mHxVUpsNXBn8pkg5SnbuyaUlHrfRhxtkCt 3vjObgjW42HXF5g2Tbc51fROR8jt8HjhKw3c93r0lVK5QfNCEWp+4EX3y4WcNvFScNnHTSsYVX8c dVHo1Z2/f+T3jJr7RPk6qnD18wM4ulSq0b196pvCjyQu3CB3zmYdg+Tl08/DFYvLOLP6TKMCYjTZ wdbbDTBClCp1ss1LssTRRO0MiRqRfyMwZB2ct0ZQrWKnAD9SzWq50iApimYEkcftI2DA8JIkcvjT DSvlBmvYh4M14Km2vk+DqcLxoiSyVOFa4AVNihUlSWBbD/sQN7BeH4FBeNRUyucnSRq+Ezm6mZ9M QNmWTy+wdAt+vNkS5h8U8xMw9sMqS5UGPE2zAvAhiBbVIilGACZtog7sBFmGtT9s+uXTwPdncUsP WmlSLVwUyktzkiyjvIU5z5rkUZOlf5yVjdK3C2XfsaXyIwzcR+FE+IJvf9xMva4h5wZGYPu7w2s4 0y6JFRPkNHrL1l2GZACs7khClV8mz8Whgfntm5vS61AIp5k9EtviyIr9pUbVSt+PQHFBV618DWzr gQmAdX9IlgpZw6hZB/SnL/6QaTRImqYZvvCVaqMFepbReojdcp3iuPxconT1Irr56IZoinq1Rqmr 5CWYytS9VoAfxQqFg1x0gApFJRUaLl0feXTPi0ZbhfaZVuHI9MUXc/s2q5WzDCKLYlWawsR/SUG/ oHF0oXu/RzconBO8jGrW0XVBDLr58zUzFpfJoQArzEMIg9lEg/qjVCVYdTCZzWfjnkQ3Cj9uyz34 Zm4aKkvUai1BU9gm/lJtiR2VI2oNRunqPcOcjbR2o05yGjCYTUdd8U6TGKyX8Zf3eNUT+J6VxZuR MZ7CU7rQquVmp4Tu0JzNTEPj7jf5rmCtwCNidzSdI2uhVYdYBaJoitIdTlFcEVMmSqsMcjZ6p9uV 6UuHCsKq82J+rlmtNhmlf7fKSpNVu93ecDodaYKgdjW1MzBhxX2Z5ZS+OV9MB/L9WRNMw6gwDSoF xc1FOWulQvKqinvrKK8+hmemow5PYoQATeazTgZKYV8UA7Uw7snoo8gWpZ/PzGGXx/BQJXlccj7k cTO1GFxwQ7vUaW0Rffl2sCbqpY6EJn1/+uXdn2kcP/SO0XKIKkcz5jtHuWHH06s4D27bFMZulmyN 7nAbRdte3gXDCFq6H1Gu03JHU7Q+rHI61Nh7JjlY4/m58IVMaEav0YRvMXJX18FXxh2mib4CH+fT 3AwV3ALsdKVW9eaG07FeeNFFeYvcDcmWMHJfvx2tkXw7jwI4t/jCh4Yd1F5+AMDCDPPC0NiBnx8B m+gi9SEtg0ZV42zUXKNSt1AV7tRJmsIQTbowYD660Wjrm8O3N3/WAdPUcC253+sCMgbLaR1V1UfT xXzcFVlBG8Knic6TP43WckOcRcdgpjIE1Is4kywhcKukMFjsbMd1na3ZYRpYcLDd2c7x4Btr0edJ gh/MpxruNpQb3GAx09tNSjU3253j+/uxRNGSsdw7juvY67F6c3DoqAbW6Z+/vrimKvWt4ynY7yzH 893tGI8IwOzqeG3hvNbSkO4WdAErUa231cnGdoEK1hWYf7mez1d71w+83URpYZJn9fne9Vx7t1lv N5PrDkS+aXL6FeafKlSD5PvzfJX2dgqrrEBjNiuWsJvo/dl6tVzBP0J/PzOM6QY+BfZMu9tHLuM0 OxgPE60MAeIVd9FKqc70ZtNuu1aptzVz63geyjuUIMM0OX22c1GT+zmEjEqVuIjhbKddVH+dQbZI 9noEWqgSorGy8nn2c51p3IeLfDD8BNwWfaFF8gbo97f3eGvwxXO4jx58+T+/HvYjWRz5r0dvt7Nd z7OXfa4IUPp0i/p0drk4j00LqczDQ7xf7cPYGvF5GEJXgBHOdQRU3pP1arHc2l4QOKs+d7cLeAFr sUVQrnMTAKsptJXJBsTwfcuU6bY8XFlo0MLZQGP6bDHgGpUqKYIb4uLsjalhrYsaR+WB9qzFQOI7 i/jbb1+iVe920AM+pFx8aAUoxtRDisbSylW+RT6V/JHChzYTZPyACba3QNdFow54EjS6BKXn5SYh jedjhWHBonZunu1EoVv8yH377ZeDNRLJBpX7fc44d846MFsvF2vLDUJvaxrjxS7/NIKi+SfBCr47 dA6ZO+8rUGBBK0OQBNZSTWG49XzH2oP6nUXhcvrKiwLHgln9zYBvKzNnb7CwBIDRzLXHPMn0rRR3 5yPbVDhlvAMGe2Dg21P1uoVYwsLq+OuvJ3uiiH379espcm3bCdPEHvGIFnVm+569txzf243udsPP YFWIBq3NnMDPBQHsqFQdmrQgCYGN7QIfZyI2q4CUlR/hQ44fH9KdftmBgP6tt8X5HdAyJRib+1XW G+zQSQ9pmoTWdGDaSRJ6juPhDiZIBN4ZpplnildXhDKhs3QDdw9eFwWbPtsk5atWGqJpW2O+AZXf 3IkCN5d3NxKIJttbeyFMC7N6K51pEjyK4eZiuEu9XYchC2S73bthsDPYJpTuWx+16QSRt9DuNmTz Y0yIUTZwC/2tIbYFY3/89be3cN3nLmDlx96X337JdoYkjoIvXw+oKzdKo00PDAuuuXIDVDn8d93/ cKyCO7Pb5AV0knrT4kwcQ8nS8d3biBql7+IkQEP6cZazvQpYlMELCLJl7PtJeQ5l65hne7vCV5yp JqimFaCCIBrC+plGkx/b7kwmakTuhoVmnDmUfIUbovIs+O/G0PR59PWf7yFq7Vo7Uer04kP+fgKx Dtx5tAOEoJICZ6bSTUqZ2ucpC8Z3O0g1urtC1y2M2mMp0XTcOYR7aE6ZwdZZdkUNRnsWRPUgtMZS Wxg6b//8lu2GIkXJ452PLgWM0e/rTXHqJbHvOo6fHLIg9yMvzpJd/6evDOB2yyI8HiJ7ZQ460LqR 2PBjq7INg/1sOBivnNCdKWS9pcz9xF9PjOHcCry5JnTXoTfhQEVlQl3HwVSk2FHw/uUUWutpT1ZG e/CdqWFM1m5oA34uHXqVlKfh21sw63Bcz3779TXYmKPJOjikm06rTkgmzIezTLd+cH+MdAFrqyWZ buRvTHwkiB1TIil1c3g/+pvp2Fz7iEy60VIXfuytxsZo4Ry+vHsD+gLWCilNA5h/3mEptrcJcJXG eJmvskVAkfb+5RBYa7Ovz8L399RZmtN1cHo7htbSNFdeBuypSwQpNfiJG7vL0QAYBI4pki11ddFK U14E/lQkSNF0k2CL8u6DYNVlmc4yiN1cNjt0p3IbxQit+agQY65SBD92Incx7BszK3CnUqulLILI gvRubryg2FS4YWkTRs5iZIyWThRu+zyrTv23L8lmIJ4rQ/Q+KNNenYnMcMPg268nbzUZTbfRIZxJ RJ3uQFizlyAOGNZfdT8czQDUsdL89p6sixOXUqWlLbzQXlxH0M32wH17T+3lZDzbx8dwJt4QjxtM YFvol4kmQdLi0Doc7T7LDrz3ry+RvZn1FXVsRcEOzDBZe7G/UClSnAXxWiWbbH9bGGiyckMHgkX9 Zti5HXqLnja0Tl8ySB7EdeMIDyMjbzMBbW39cD/kmg1IEFFsg5LGwAcSYFuCR8A9h6BQPwYb3B2R QiFiurEzz30/ANel+bEb7/s01H1Naeb5i64y3Ef+etwfwAQQO9sMNOJfXiD8tylhePZ7EwIyDCZJ eZm+v4S7mTmz0re3zNvMJqj7aPbzp5AlDFV+djykobtbjHWpjTtFBDhHbE9UjhX0uRdbBtfiIOeE 0GgynDrZOauepG9if8LnYNU2CcxNcePoK1Qkhibxgr6O4t1I4Vixt/Sh2bnGrnK93dtn6VZnSFq3 376BoiVO6K2To2swBNPfx/6qJ0KLONpFwVK93m+6gJVm4ZFg1RcZVhpsIohQbLuzBYNtDZkT9GV0 8MYorZ2AVnmG78zDL198g77yqRXz91iSUuaXVXbnbmQPOUqYJt/eg8UAlqCY8df3cN4Vxd46+/oW LnRR7M6DzBtdsYIdP0hgwAI6k/UaqiBKW1+0gr8FM6nF9HZJvB1IDCuP8FKBJE/cNJeN00wLErqg QWHgmCqfixFDhdFWFqA9Q2I56Ak20FO09V0arXSRk3qzzbJ/V/KB+wSJO9U45OYkwVxts/o2Ozkj gbzcqMEt0+A1Wao0wQyDr1/jhS5wkrHPsl2XIgXTS7xZV2B5zbRjz/xwFwGxuT7+8/9+DSZFWV2q o/O6dyPEFmP4X1BXAicPrSzbdsgHsJ5OrqmrigJdrblPTvFCoRgDBEk2w44siL1NFO2GMsuA+fzE HQu0NI+SjUZR6IbWWD170X7AtriRA4bVQXmquXeWuqgt4pM3Fq4NE4Sv/i4O1wPQnmxsw3DVoSko vVLouziG1+e2NVWlATwCpmAZsb+CKTD8XY/qCAUcbYte2TU366GQW9BHvVQpfRu5EwXCIRRw4Nyy sdyYCkVyI+8Uo37b3dzvZY6VgDE2+bSyPn49WSNFUMYQ9E72WOFh+jTbauRPg7XcYDrTHaTo4zFL oDnr8dBStwd2Fq90jmphKEyihcKC/6R7KPRqdUoezsaaiGA1b2Cd52D9ctr1uBaBfX8WLjSWarXl sVMs9WJ8EhJxtIAoSenWy6s74ol6E1Z7AG+g5VmYOmO53aJYcOHUHrRrj2BVGXkaJNaAa9ZqBD9y 0mAqs93t6S2AKNZosiA4xA1GWYQJaKpRg+Z/e3y7A+tt/ka7b2XxulilscNVtsVp8uWw6bIkQfIT XE1epY6D9xd7wBJNLPSDfNGFTHg7J7WGEtNmld5AbTdb2lUrCNZwLtGi6WfggKBVaJxmpi7r6/gs GzROs5EmG7jP1ruKsdQ4bRWnliExNCv3BhpDtHErbt3j221eG/SkW1NRoRDGS41GbuoySq0+SyvL OAUY1m7VOmS+Y2hCSd42/PfTvod7OtIsOjh9BiJdmu4GAt2i+N4mTjadD/ebIB7Ms9/+65s/LGJE GfSXJHcjtt02i2xRV42crd27Fh85WF+/HtzNarlcbSw/Paa7PqzICN5f7QFPkS1h7CYuWK9eazK9 bRKvNFbOwdrOrQm1CHiRNLLTcK6wsMaz8ihlNBspLKg3tW65ANuPKURUU2m3Wow681MIW1xvD0qC mhRm6JgzQ+3M/MQegqfXmtxgn0BMbVYv7wVVcX3pzhCZNqf20aikvAjjtUZW69zYjXY9QZkFmWsq LM1I+qDDNet0z0ohRjeb3NjLgnnh9xMn9U2JUdeH93gmt5oUfPqSLnGrRJwWSvpJsOZbe6I+WVlQ SB9PBwhxIgnVYPiSrPuywIvqCELlridBjwEejpubtRavSCzb/QFYw7dkBh1jlZDm8Uu07CEDbeIc 0rVyvWOCHg5enF+KsI4ZKqGcX7oJpxLA7nB0JprIC3JvGaKD1R/BqnEdgNoSBYGKWl3FybrDw6gT GqwMWWCTQojjwYWhGMONSihqopN3A+tlfolocpPgJdkUqxxintFZaRq/RuDVlUqdHYevuJpKje47 pwy65WqVBCwGU6FxlQlSwCFcjzqSIEpCGyDwEawygzJu8N5PuUpyiiKI4IFn2eqUqMiCYqIYg0LZ ++xg9XjlylYQBYaoU4Cog7cYqCLMw9PXe83QRI28zB0VV4zYoZv5Y4h48yjdaHd3ritU3zkEY7Ze ow3/JV9UucYMvYNrcJzhvmT7oQIqVwab5OgM2g91cB7cDr/91y+RmV81LlVzdexuI5DJ0H9N5he2 mTug78Fqv//z6zEOgzCMkywNd0OBwKjxli1lslrNa4MtxpZSBRq8MLP6goJg7QAQw1O8yg2kje0D GEjqA+wK5dUoQZGYFvTj6b7bujOvuslO3rQL5Z2kz/1jNFfl8UVJlUZbUiQR4mWcX/7BU+lFhPGG KF4Nosgm9BzxIVgPtbNRa3V25Ca2wTRIyPT+XGkLY++Q7Ca6DOYQWbIGnrxPvTHbIKRF8gI1GNhN 6pjuIQF/1dZQ5wxwc0CcJ69ohQpYzT+4farys00rntISNKfoo9nGiY4vENGhDFtmX07u0hyPJ9NN 8HKyDdVwMpyoODaE/oPq/ACswSmAIhHL6M3xy8FeIIPZNno57G7xuvDiWQ7WPaRBvEpUIcEbo7nC D5zXt3g7m4zH5sJOX/NdxEewCpjc8q4Qy7vctiLUfelaJcp5CYOhWQJp/RHu80BWwaPFO++5zE8Q 4jy9rnLtn0ClvDSNTi66K8DgvBqoA3ULWgyoDQqc3zoyeMiw0kPsbGajnipQjdr3YOW6uLK8PwFX IUmo0N1DUUrnr6CRtLIAMbzVRYwXEEP4wLYJ+eOQhdbKNHSFI285sw4aSPd5F33OsjOpXeSluxt4 FarnHPwxUwOwesWiShV6AHoxeNGMvrwG6ymqfOUeX/zR4/3PcoMbuS+//PrtsMv3jVAx4fvdiFd/ LPJDYDtmc7Z95zuwvv36noX5dUPP2WHtVs2jRmRydfSVFUbfXEE51L2RpOIKupy6zN6PzoMbQsXm 35RHNBrs2Et23Vs1ANayX9+T/RzEm8yt5CVZ6Z1ZcFFSuU6QUNfu03CaV/WlOjfxM9sQRbXXHwz6 uszSAmTxQ+Ssp8OeylP1SpWCxATZl8LW1x6yBA1V5SHxtvNxvyNC31g938VrkNr29J7d+f22y0M/ m6H7l8FW0dHB3rcKZjh4d0r6JFbxtkWjVqsTFCNqg7mTweI6fGdz+uU98Wxrb9leDIXLQIVg4hl5 0AWL4CEPJpmPYIV4gSIA9navv7zFroUM/OSYrLUfg/WMuzMLVRz6X76dAgeGWU6YHYOp+AGsHcTh uW0s1dhxcHAMSd+mxUXEy0Py6CotOKqd/hCspLw6fHtPr6vM9n0AK6Af787mYD2eV1PIWStdht5K ekKa2HGWJdDwz/piq9G6aaUAq4KHyZcCAe+/NNiRn4HJzpddqjVSWR1/eRSDpeWJdce2Xqc7Cy89 ZHFgr83u7Xil3IDUnp67H1Qi6EFh/gisAw9NBIrBbJu5Q0Gepd++Zj7ObrnRAdT5ANYy7mAlp+Ph 5QWCKXSG4N1m8u3r4TbCHSFYz/pGtukHsFqv7+l+bpqTyWQ86EptSMDorkcorKugXW2bhLO8TSrl QvkTRVsgWNENv70lhRd5CbqhNvHP8hduCAXQ6AGsGIS8L7+8hOBDe8sJ0kO41HVMnoUHosrrdN+G EoTNfQiCOcg+6Q7w8My2NhOVaStmbtTA2U57Am4mi1M/3uicZLrhutOqNXljF2VZGnn75VCh65eL sw2oFV9/eb33ewRrkmcSAKuJzgVFQAVXf1/tfQ6rxcUu3FYH1JIM9JfHkztU9O3p22tk77ZAe9vd TzUlBytdvfhcLXfL6UewZnm7khsIQGchg93ecXfj23nHPVh3aaGzC1glPFnIvD3Ou7McZ317x+MK VkxMwyJqFOWEIet58mpcwdqVb9KCo1q/A1Zs/e9WaU1VKIODNK8CcrBCT1es5iznR7Di+4XKaGUH YNo02I0kir7TSl5t52A9VwL5TbTmRUuFa1XrLXV9/PYghkI1aXl4YwvtHPZaWzdMwIW8VY+9RTBp EacblSjAqm7SBLv6PwKrm+GiLkFsKCrz9Nt74uSzg7ta84eb+vkdkiCLrK2XHaDzbuYJIvl6G+Ha C53j8RYjBKAfxMZ8g+lojxSB5zmObbfyO0qVc9SoFEVVOC2iGY7OAvMC1u72hDvGNzfsKJNzPii0 +WOwQsA/3HxoM1S7i6tC8niJty/PFUQBVn/aG2+8KI5Dd9llyLYyWjtBkgJet1CzV2vtgR1Dd9Zb B7gBVxz/Wn6cZlmE5zPFxdkR26RwyxT8flv4vbMby6y6ShLooXKwBllesf+LYK2Cs016eDae389s KdBrBqambw5vyWYy6AMZo7GhQWF2wwhWc2S7sykCYqlc1LAA1hG0Dxg54Jvd8TVcja8MlLsdgHuw Jt4DWMWh93pyZ0McNjDGo750vZhyn1n9a2adnDMrDBZvYM0Rfa6Wqh/rsvvMmr3G51UORuNhh6NF MwCzQqJCsPoH5xx60BTMj8BaJRipMzBXFoRwbCCYXCtY2ecHWpCMOKhNz3tSWIO1aGh4rpkVL2gy nXX2lmzvxGCJOtEW79iyzQbJytio2FBuRKsrnjCzxum26DHKkKP+PLN+ACtk1uTtYJlGPvtwPOze X4vAd1gnbhqtjf7UO6T7PlOvQGaN3rLbiJEu0KzxyPYRrPtDutLoZr1+/stBpX8URXgeClHqJCp0 CsbCS8x3mfUABhrfuaE4wkb75oYEwY0/grXvvr14i7MPjUZ9hVdmYXJRUq3Zovmip6tdA7436fTM 1Xa32y5HMt0kGalrTHPtJ7sBU8fNkShcj6d2hDfny5UmLWj9yXLnJYcM98boc2alIDDd+/0A0rR6 viWbgxXaa/JfBmt+yrvS28WldtzjD1/CqdpdJkdvorBtvL6pdDSxzfYtqE8wQeCVF0UVBT1Pp9hw 4u5QXIA11xu2juv0YA8lhqbbyEC9u1x1rg+vb90wN7AqwsA5pmudxzvfrKh1ldvNtbueNS8ry+fr V0XP+ghWTYTGNpzmkQTfQTl634F1LmHPGh8eVkm3BBPqHfTzT4EVVEFzkC8EpW/uYty85wCsEb7H B50u5GNYEtvJ9QSFRf4HEFRFGTupNzxfiOEUVdFXyck3CzE4GcVoEu2crXphS1MM5qWiUTl648vx c96zZlb+TjC+QGVlv9ez5nXf9a2bK6qgZ50Ep2iucfk1e0nrSPfXKfHKhZVv/bLaPDyCZqk65DL/ YYTcxivHD2w/gjUGlVTuXoDKwZqPOJ+UYOrBfphF5EDPmoOVU5YJpHPoIq9uyA2KhZyVp/DtfIMJ MsR1rS3dOmbbvlD4kNpVuHaxY5zfK6u1BFVVh1Z6jg9FcWoPBFhJt9vtqGIbEhFqX1T7Uys54U3J Cr4uELubXZAfJuI9bXiAl/E1tVO27dJtPU870LNuske/pyjlLwSrYafBXKXq+XslhDSLTv5Yks0A 3Bh30+skqxkQIJjcC2Uivynem876am8D6V2Fir7ODr1T8gBWQBFowOAIZMB1jL5MPYIVWdW/Byvu xoCV2tBFNyipN9Rvb8Lf7QYn8UptQeVeg8Y/zculzQew4tlHvO7AqqBYWKavvvEBrHh0kxek51US xSp/EqzlBqP2ugJFkG15ZB+yrc6DdNigo1YMF7QiQ54L4w1udpZrtGbOR/pwn0Av3sR7Ylx/NjX6 8+Dgm4UYjDoYqCzFPrDd9QSp21PxSIzVZoCtqwTFbrA/4fG+OXiUf8DdYOk7sLZ0G2vxRv07sHKc 4RxA81SjVm+2lYHRubvMiNcp1nHqjkWyia3r0Z9KeOJlZw8j2D8H61x8OL29Byv6SrLvQb4o5y8M 3XaDGahz8lOvi4EUhsm36wo3ROXpvAhgte/+ggFWNGm6w9Mp8CGxN+wBxA3oo0dQP5arpDScm4Ph Nt+hr+EXUKZCbQIBkiRbLZLEIkbrdfBMiZEn7jEDTVaKF0mDKHHHeM2Olnu6BKCmhf42PToDpo2N 0oRvEvhaTOH3jcLvafqvAyvuIGYHb6qxLQLvl+BprdXnuAGEnlWn3WwQjDbdrAbgAbMg2Q9AjCbT XTr7sdZdgV4HLEHQ6iJ5Sxd3YMUY4KQB3utqEGx3tlno7YcyOEZENmn9A1jltjwLUmckthqNljBY bUzl46UIlZGm+dkZCY9IEy/Lz1k/gFVt52d3ptxu0dLYe/sSPIBVWkQAH8gH/X1SrLLJaCaukvpJ sBLSeI0XpZsk29um6RaSwSI+gLVIoq0tUSsyzY+c/Bix0cA7bvZM7y2DeNtjm6BJfQVtjT6y03jd ZYhGs61O1quByMj3bLNdX9Zn62mHIZp4gH24A2u+AxxvdCbntkky8PrWD8CK++5zudX8iCqDxXYm 2fU5mJ2Cadcj4e42JbRFQRbMlVYVsDG0D5A1+Pzix3kEDSM2I5H6N8Ba+IqPN7UbeK85fThnhQJp qV3ccNnnoGoIL26IyhuKwgj3j/m7PTdhChCfSDm//nI70wDimxj5NOok/rWL9bA381N4BNyMFEdO cZJWLhd/fbFKypP1vMeB9rnBPsvBWmnKi+j0csLbcVUsN1aroUQ10chxfliNMWShUCQ/drM7v5/r LP2XlcH5m9j+6eCthl1V1XqTXXQIwKh4tyd1Z12RE/W5E+zB+3DbOlj1JR6+ccO9ISlmAO1TT5a6 pnP6kt5lVjyb01ZRYpsaVBe9pevf3xbN+6yDayoM2/sAVoliET/bocLzynDje/OHG0zL/AYT09vF +SOCOsYSrce28xtUZ7DiG+oK1e6swsia9jr6ZH/49dsDWPPiGedv4w3K8ypn+SpzsK7PYB3dtsvu wRrcg1Weud56IHOcMrKSEG9VTPxjvO7LcnfqvqBWSBpFyZekTazQnijS0Iq8ZQ802Vt4wXYg4/UP b66DGN2p7e+HAqPcs42WHam/8Z2ZLrK8NvMg03G302cRYpe/0CVe6i18cBSZJGB9j2DFvjDL9gbm mA+oYkgBmlI0LCdok32AN6svRT7+WRcHQwF2SfieXXBMIC7ktxjuRuANpsEfgjX7fbAW7xeHsTXR BF42NhEE4vykuLjBNMfrWV2hcMPdgGsBfuOzGy68cId5xTkma/3aL+HLpds43o9UHvn5/rJD/7/2 rrRJcRyJBlXcYO7D3GAM5jLg25iqvmY7Jvb//6HNTPmQoaKrqmcmprpX7xtGkpWplG1JmS8rHXQg hHbwiuftx70pFllCkb5yCq5G4ntD3BMbx0HxWrJqPdMSJoP7WN/+/H7d4qwrtJamS+553ZkewHNf qsLb/NlQurXG6BDZ/RTs/jCuo4sKHVWwyXpik3X2U0c36Iruf/4c2KfDQTec6/PlgJ7ktYnuB/Zh tVzrDihnKBVKXdXyneMaz9YutibDKvb8/MnTNW139r98C7ROtbGwLmwdDyvF+flywSOy9dENXG7S Uby79+XJUOXulGhdsuRevL+QI213ZQXeeaOqm7MfmMtWspfDaF165XJHZUVWO/MSgHGVq6wyTdaw UKk5P3m+dQSZ/G/pyYpMCs5nuH+/0ZwcPCblwQYp4WULT0Zvj5urmWx9YV/xFIf2K1k/0QnCddft 5DMYhu3iHTVFATH907xRrqGDunfcaHvj8vUP0EqpCF3xXRRpZ6InLQzfGv2f0ZPZ9q0V+QajstfY jQt2o9JSzIt7Cps9z9sNeeNcoKPKrf8ueZ17gaOvVRipqw9PxQLO38te5icrPsO+BMd5r7uIaF1w pyEwp1KhOtjCCB21JerTPya+jOR3fLkajBwik6sODwEGoldrSQ3rcjnB11VtetssN1mHxyt3BBdN 1rgG2MrsdLmYu5W6OXlXeEBXy+zbAD4EwEICe48D5ARIKUMx8BeH3MDBDLEzo9OnL95uXE+ODdpL M/CNLdoQOo93SgVpuHN9C9rRQJ+G0sbo3AsUWalbw7/GIfVRfeY4rCjaCZ4ic1gh0w7E1/9+dxX8 gYFbUHuzXKDjO1hgqQQd/hwcYbHaWTC7V+FOga31q5VeyEaEAUdOgPODDqOfrOl7JyuGUIy29vX5 6RoE16enAB4pzQK89puzg+O5tmV7vnvAaKVcVV4brmubluNihEoR59X1CcNSTMv1TaVVrk90a0Ou SriLqJxc/NP2Ls5+wjFa0aPv+uwdZv3xLiRMg1mwtgxYVeTxLp6HsS6+z0frxIRpxTwxvEER2/U9 Y9VH73+qjOclUaEcfN4gp55tW+7T9/+43FMsQ2fccP9JU2pFUrq+q8/Q43t2NNa0GwTLlKOD3GK4 BRISu2HzxkmJ32sY4KFZvmebhmnbx2W3nCNLufqOTZKbIBJ2BUNHLAwEPEzhJtJAM1zHQk2a2kAq JMoGjWE38jfNVkpRoI5hOVYcTsPUQkEzbKTgbdwsZgtNxbDWvJt4Jg/fsE/w9h71prrNCNPw48c6 wFo6Xx9vLY/CQnyXD3RCZqGza6qhJcOkmh59mDGwfhjFNbzTslPKV2MetrBZ3qOov3WMRGfhZE2Y 28hWji6NOTxfN0N43LDJWsYDTR16ZZFmML4H1osDzXRdtDmPypa6mvvpanIfBNlKTz27oQ1ZGsbq gJLgPQcqtzEOp1cpcEUoOCYVdYNhUh5qHwbozMTHt8Dzn19PKBidrhssiMd2DKyNcZ/XJ2c7rMOy i9k9yGLvRtC/iOcPN3NP1hZ30kB63dFHd1w0rwG3KGVlb0LbF9CKvho2KBy61ByvdQO0ZB41CnLE KEFlfzIty9BXLPazr+qWbRkHTV1t1IFUrPSUdWhIGEFIx8y2ZR7XowYfLw2ProVuGdtJtzcLqUjh bTdZqxQCVe0tdlTP2Ct9iZ/jjIo0DzemIhjAuZsjS2JUOZMUyhYkaHyv6/vtzvr01Z5xrl1ghLO9 aWxgoVdmUtokJTrWVPvL1ZhtNpZ7Sw1ZOzMJZSo2r6pcQNVDvjZQddCJaRw3s24l95CtdJWDiZyb m9UatZJ7yIWqsEJVPuYlOdTkYSmDQPBoTHWDSqSapRBYjKA0z4f1OH24UmyMVmFl+gv3sdT1hCeE Q2HUo3mCzzNZ0RgVKZIVrhewVnss1Afq4YzhmeftrMNt24Pcm90yCuuGO7Vm270qV3GJH9XYQY3c Y8JwGjXLPU2aM201uKFI4zlR0VammyONOSqkkC122KobI30n2jG0onFohvJyfyblqQMM9pZGG8PS +aV2rtqdb09xe/mHWEmgv90CTSZXiYukzSweVIO0v50zGkx0dPLx85F9ZICl76GAZZx2VBumr6Kb pzUsViuh3WMELovNDRl0cQdgSfMDA4OUjdJ5P/cfUnI05amyIhqCYbsaEo0Uat3RXF2pyqRXY1SU uXJrMFuq6mLUCYPt26P5cjkf99udHnpd5aV2rxkOdiZbqvcmC2hgMe6mmcOJ9nk+H3ckqRWSfMPD odHrIgUC3IV6s1rOBq0KR6GSkHwnRaYyut5FlYlHgBXKEYmHPByNhoPpPkg7TeOTaDCdIQVDNpRy FUr5UJA6Ibs0WEWH8WEnZOTUfKeWUA6Te2+opn4DeWJIS/Olupj0O6gVFClbavQnihqpEipVmCbn IyITiJW9SkrcNIv8CGNFXS3n5AHEaxN9u1nlMWmQToh6aYpsGKvOaDYbNKu1UCh8AYH2wRKJnAO6 g/rEmyUap2OOVkyHS2d2g169mH1MasjYvYeEOzxulhttIjS44aLh2caZrYB06nyI7n3kl3U9yLjn WwS5QysihgxeeUTxANL2p/MpP+Eeckzh2F474peQUMMqWBWZTFiEmVk5TfibaB8GMfTtfCCvRCtc 26IFkvzKlBlpJlduo34bxWwutns2TWKzxZ522PxA6fvtnyHDzWBWBKnBKIAqUf4MloKh2W41Ig4m OoWuNVutRrUY0dhU6s1mvYqMZ0WiZeKSHoSttqPi/B0fC5VaXSrl83H6jAxm0oj5iLBes15J53lI 0mdQkSYUqYUURnHlsFA2W2rKo36rXpNqzeEudshL7l+u1UiuGym5vA1cpolMnOYD/y/yFEPEB1Vv UQNRD0A4TEVSKhYTkVAVsSpRc6TJesj/c6fsu2aJ9QiaAG3faTOpnHTyNvkEtlerQd18nD4jTl5C A4ndifTJNVzmk22gHHAB7S5dg8/KETbL9Q8u3Kc9SeXxiGyFjTme4OzCo1cmHG9Ft8pDTxOpXuNT hdy0F40mKAk7XIgNhYpEF1IaTWkf/YUwaN710fc/sWBQOdZmI4gKqVGPIrsPRyplttG4oPTFn+ME R+Xn8gWi9OOpzZCtLp/LJiybeCVPV7jfuWxEyphJZT0KW02K89p4zKEvC8/2GKciIu/Nm768UoTL Y8QYImHZsdouB00J3iTz09XfpAN9yV8yS8R8oZT5LM8TGfWfbzRze6e0mvIxg2KklUeOWxPdCvOc KiNNcvyCqW7cNxtr84XMUKxsgRuX+7ROTOSHB+4vXj5qIJ9Nsxve5qWiC48RoWRY4+FGbfepr17O MvWyrTyy7wz0cmEU0RnODHlxE+Whcm+TcNG1fMqGblXOxuQFM0sUEmZqI8I7MCPfSnbhI/lz3Khn WR95WdLi31rU3W3fiBTzLHfxhnP39sorefwoZ9CL/79a77X8gD8skslKo71laFO5P1wcvMCc31J6 c5X/cjLCOylfavD22t1dX7rwUrMvdvQtMvywROYtLfzFGm9qjzjoBprznIQNv2qGL/bjdeP9oda4 /4itTj153oFn0biT/+80qf8n4FmZZvv2cbfdG+4FaWl+4zxUvxcyOWmwtp6e+LPPfxe4Rba3g9RB osDfB8z1sLNc17Ed1zW0271IgY8L9A86eoGj9UrvJlL4Z4CkTniir8lvTb8n8B7QXr2KYRQnfYMR h79tyrjfDpl8fazp+t1hz78HPMLaHg+q/NbspALvA+7Vt+XxZDoZ9hrlnJirvwzwqEceDTof5wGL a1Z5JLerH6ZHvxtwh79UrUrVCh6fCCX/OsCjmUr53QnW/0GwHhV+Jj2NwNuQYWEULxx1CHxoEAPE h5oYdGL1oXr0O0LsnwsICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgI CAgICAgICAgICAgICAgICAgICAgICAgICAgICAgI/BL4H7GEAoQNCmVuZHN0cmVhbQ0KZW5kb2Jq DQoyNCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAx IDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9GdW5jdGlvbnNbIDI1IDAgUiAyNiAw IFIgMjcgMCBSIDI4IDAgUl0gPj4NCmVuZG9iag0KMjUgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAy L0RvbWFpblsgMCAxXSAvQzFbIDAuNzU2ODYgMCAwLjI5ODA0XSAvQzBbIDAuNzM3MjUgMCAwLjI5 ODA0XSAvTiAxPj4NCmVuZG9iag0KMjYgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsg MCAxXSAvQzFbIDAuNzM3MjUgMCAwLjI5ODA0XSAvQzBbIDAuNTYwNzggMCAwLjIxNTY5XSAvTiAx Pj4NCmVuZG9iag0KMjcgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFb IDAuNTYwNzggMCAwLjIxNTY5XSAvQzBbIDAuNzM3MjUgMCAwLjI5ODA0XSAvTiAxPj4NCmVuZG9i ag0KMjggMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNzM3MjUg MCAwLjI5ODA0XSAvQzBbIDAuNzU2ODYgMCAwLjI5ODA0XSAvTiAxPj4NCmVuZG9iag0KMjkgMCBv YmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRp bmdUeXBlIDIvQ29vcmRzWyAzNzEuNyAxODIuMjggMzcxLjcgMzEwLjkyXSAvRXh0ZW5kWyB0cnVl IHRydWVdIC9GdW5jdGlvbiAyNCAwIFI+Pj4+DQplbmRvYmoNCjMwIDAgb2JqDQo8PC9UeXBlL1hP YmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA5NDAvSGVpZ2h0IDE2Mi9Db2xvclNwYWNlL0Rldmlj ZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMzEgMCBSL0Zp bHRlci9GbGF0ZURlY29kZS9MZW5ndGggNDY2Pj4NCnN0cmVhbQ0KeJztwQENAAAAwqD3T20ON6AA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4M8A+OIAAQ0KZW5kc3Ry ZWFtDQplbmRvYmoNCjMxIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0 aCA5NDAvSGVpZ2h0IDE2Mi9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0 c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5n dGggMTI2MT4+DQpzdHJlYW0NCnic7dxtUxNXGIBhN28E5TWiMiIiIAra2gFRVMBRQWsRiJiQ0P// R0pAAa2aEEt2n851fT8zz8zOPWeTnJxLl4AoEiDTvqSaKxRLQEYVC/njWJN8eWBktAJk0ujIYLmQ HO2q5dGJmbl7QCbNzdyq9Ld21qQwMPHw6do6kElrK79NDhVbrRZHZp6+3d6tAhm0u/3u2Vyl1Gq1 NDq3tl1rAJlU33k5P9aXa7Vaube+2zj4G8igg0b11cJpq9VG2gMB39f8+OqBViH7tAoxaBVi0CrE oFWIQasQg1YhBq1CDFqFGLQKMWgVYtAqxKBViEGrEINWIQatQgxahRi0CjFoFWLQKsSgVYhBqxCD ViEGrUIMWoUYtAoxaBVi0CrEoFWIQasQg1YhBq1CDFqFGLQKMWgVYtAqxKBViEGrEINWIQatQgxa hRi0CjFoFWLQKsSgVYhBqxCDViEGrUIMWoUYtAoxaBVi0CrEoFWIQasQg1YhBq1CDFqFGLQKMWgV YtAqxKBViEGrEINWIQatQgxahRi0CjFoFWLQKsSgVYhBqxCDViEGrUIMWoUYtAoxaBVi0CrEoFWI QasQg1YhBq1CDFqFGLQKMWgVYtAqxKBViEGrEINWIQatQgxahRi0CjF83epu44CYOn/kaU9KlxrV VwufWx2dW/1Q228QU7OjXA+aac9Jl/Zr2+vzx60Wh6eXN7a2iWl3r97s4DWqvre7k/aodGdr8+nd 0VJy2Grhyvj9pZXnhPRifXOn3nZnPdjfffvyRdqz0p2VxwsTg8XDVi/l+oauT07dIaLp2fknm3tt N9bm3ruVB7PTaU9LV6Ymbwz35VqtJrlS/8AgIQ2NjC+0vhls02qj+urhzdGhtKelOwP9pXwr1cNY k1yemAp9I7Mvttu3urM2VykX056WLuVyx6l+7pWQCoPTzztpdfXuSDGX9rB05xL/A0l+8E5nrc4O Fz1zSI1WIQatQgxahRi0CjFoFWLQKsRwrt9XtQo9kyS5rw+ZlYZnOj231Ff45iiMduGiJPliuf/y GVeGrt9f2+ngPPDLB+PDA2dX9pe/nDEF/mtJrjRQuXFz4tap23eXNj528D+bzeV7U2eWTdwcvzrY lxMrXIgk31+5Pf9ocenxieVnrz/U2v9/tb795vny6aqlxUfzU2OXbaxwMQ5bHZtZXHvz9s8T77d2 PrW/xeWgWdvden+66t3G+tLda1qFi5IrDU/+vva++ql2or7fyYVLB81G/XTNp+pfL/+YGmld4QNc hCRfrkwvvd6uNZqn19y1L/Wo1hPNZn1nY3l2rN+2Chfm8C346szjNzv1zm4v/H61+9XNJ4dvwAWp wsU5+sjairXrVqUKPfGrsUoVeuTXYpUq9MyvxCpV6KHuY5Uq9FS3sUoVeqy7WKUKPddNrFKFFJw/ VqlCKs4bq1QhJeeLVaqQmvPEKlVIUeexShVS1WmsUoWUdRarVCF1ncQqVciA9rFKFTKhXaxShYz4 eaxShcz4WaxShQz5caxShUz5UaxShYz5fqxShcz5XqxShQz6d6xShUz6NlapQkZ9HatUIbPOxipV yLCTWJtNqUKWfYm1VpMqZNpxrK+3tjakCpl2FOvi6uqSVCHbDmOt3L5/f2pMqpBtSb48PHZtpF+q kHFJvlQul/JShaxLklwuJ1UAgB/7B9giOxsNCmVuZHN0cmVhbQ0KZW5kb2JqDQozMiAwIG9iag0K PDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggOTE5L0hlaWdodCAxMDMvQ29sb3JT cGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNr IDMzIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDI5OD4+DQpzdHJlYW0NCnic7cEBDQAA AMKg909tDjegAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABu DFV/AAENCmVuZHN0cmVhbQ0KZW5kb2JqDQozMyAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5 cGUvSW1hZ2UvV2lkdGggOTE5L0hlaWdodCAxMDMvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRl WyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxh dGVEZWNvZGUvTGVuZ3RoIDIxNjYzPj4NCnN0cmVhbQ0KeJzsfWl74siSbrOvWtGKBAIJBAhJaBcC 7LLdVafnPHP//++5ESl2u5au7rm3Tw3xyZalzFjyzYyIzAz/9tuDHvSgBz3oQQ960IMe9KAHPehB D3rQgx70oAc96EEPetCDHvSgBz3oQQ960IMe9KAHPehBD3rQgx70oAc96EEPetCDHvSgBz3oQQ96 0IMe9KAH/a+mSqV6okrlw79/+PiXolIFJzErNyJXKn9WAzca/f6X/y8UfC/D39Tn39jMLz/G/hRV qvVmq11Sq1mvVSvv/t5ovHv6D6C/0ZCVaqPV6bSbtbLFSq3RbNZPIqOCLr/9UGvXGv2u7irV2o8q +OdFBpEaVzKURq38pSZ/O7L+Z1TzY9x9683/LfCtNrqsIBESBY7unsbmkSrVZpemO41/mjJgRNRr fxNTlVqLGsiKyLTLkVprUyzbb5bjBP/IMN1G9Yebu9KoJPBMr/XtEVdpdCj6R9oHLP2syCgS3Wte ZhowKtWuV4gWfx5WwDp91exPN1Nr9el+6/uy/UV2/4OoUuuKk4XjOKvVarmYGQp3O0Iq9Z6gqVz7 74LA30RgyV7vBwz5Q21VW6w2d5yZSpPZp9Kg5LGhMK0q6ajNDcca3/nhvk4aXSEtZpPhoNf4xlDC DlT1B9pHkfsApR9k44aqTUbVpf5pckWjDhW2Vas1O73On5hx7jnq8Jou9n6Op6t2mrSsSdR3p36c TfrdvzwL/CdQpcEY/nZX5BlSGq6nYL0rO1WajDazlP5fVf3fSziWZYlp/uyAum2sQevrNE/WY5Y0 CCKPHH+hIUgBstx4tbak7o/DstToNktT1GjkWQr1jZFfqfdl01K/OyhBZFaW2fZPDcpqR547U751 ZAONak2lbqNJCTLf/VnbwvylLR2Da/7FsVFt88ZszLW+Z81qkxIVofeP89z+B6jS5Of560uRRFGc ZsVuG87l/pXgMM/q838eLAlXfwIr36JqW7Szwzawz6slrbtZspBhvFabANk4sIQfhwPR6MvzNg7D KEm3u128kL+xoAAslR+CJYhsz9SfMkSl1te9eCl1rmA5m0q9Vk8yZzrzs7CqNNhpGNt/QjcfU7U9 MObfhyW4IZJl/wB8fwGqtoTF7nXnzycTc7b0EhhFcxE8qpKqENP3RR18uPolp3hOm5UJx/sY/Pwp +cvdO7e/Xr1Z+fjN0+/nN8tGEUmhO6Lq11nS8qdvdv/bB41Xaj3N3+8DS2VPsWVHnCdFZA3a9UZf WSapqx8B+zH3t+2jRotPW3c2MSaW7cb7Q2zBOnXN1XVD6AkONaFbe9/B9YNSZN9gbhfeU873Iy0d 36iiEelxmK2VMyzrPREik06bNbwNiFn9MU1dZ1xIR01ulmQrCQbHh1/eMfOBBsqfYe5TdJlq3D+/ YwAmE8MPbYn4++/e+7UIBtFy9xybIsOwvKjNgt0+nIAzh6m6RrPVbrW6jMBTLfjlGCEds3gVTDi2 MX95m9Egf643mu02/qVaw3daZdbvt9tPyjdJ1hIzwLVGq43Z0GppnfLX45eYqoNGyQs4QTT6mreF 0d6u4x/KV44Z42P3rWP3x0ZvrVc2XnaGkeU0eS5WQ7ZzXInQOVvnhT9mOz1xFuWByePIvee+duK+ 1bzOQxBYHsKJwNAMKwzn8dPeVbqoTaJPVN11QzC4KZ6nW+86uNVXFUUu0rlwHYSWf+92QcGEJVRG 46yl8g0iaZebRlv3Astamx7w/XZXtNPMUSFqOfd0FwafNVWyes4Zk9xprcXN0u1apTtnQ918WY6g k00xv13aBbVeI7lvog2YJbrcgEXB7sxOtIx84Qiq1tqCnRWeRl3Yfdfrr0IIy+Kw0agm6LDdF81o Xzhyt9Hq0QzDCSLP0JwwoDtdiilzZZg2Y6h2vVpv9TlRlkXuJodGsmo0BR9JAttvt3usIEsCTVIV 1Xqb4o+fYBYQc7wUxQqSyFOdVofmJVlku41yrHaZAfzK0x34vQIfwpsML0rk21qbt9JPu7XGdDp9 msJFrkwudhq1Zu/UKEe1W10aWhFuE6kwVElfMjAIbTUp1dm/7df6Ja8FAeUkKHJH48XpJo9t9JYr KBlmWAUiMDRScj+AJ+x1HgJhud25ar+JswOlrIqnaEx3+gwLKBUHoIqz5lCNBJYDhGXZwUk9yCiI TV7kqXazw5vpy8Ebsa1zV6hPTpAVRcJWq/g6Q5dagomUGAs1LsmSqNppcQ9Lqsvo/uEpMgWYNI4s QU9XwLxoCmWGqeGUM67U4adeq83Ps51vyKIEHHRuEI25X4amUT0i24N5kXCHUz9oq1EvzSsNGNQc wlLASRGVSp7zx9YqYE5QiQIm7DRbtOY/fUpm4hW7d73+MkRgufdUMvBAK9IiP4RjpkNJI/TBFqYm D8e6yHDKSCW5yWqLUXSFaTW7/HBqL5f2dMhdJQ0wjTka6SPTXtrmUBgoxny1mo8GGKc1egPdWsAn psaDdRs9UR/p+mS2WFgjaSDB31aLqUyBoWotRjZmi6Vt6UK/WcVs6EjXxpa9XFga121TQ/fw5S21 VY6TdRVTPye/rEVJ+kjTJ3NoVBd5aWQtV7YhXoXLgIO+MEI+5hOV67a6gpW8/fGazJVLppK4sbtk ObG8LHWG4F/B2Olw6nS+XMxR4Ea13hWgI41wOVHoK7AgLIu1TCIB8POs7DmZ8ow0mhjT+cJSmU6P KzVngnCNWq0z0HShC/Nc2cFJPSd9rVYg84BihuvDv37PF8o5CsW/a/CB46xmoOAGyRmP9KOWMLcL TPKocXtub3Z77wLLRl8aaQIrzbPfP++9Mde9Yek8hcESLaKmiMydev3kboNHzamaSHUhin5KnTko ezaWqOscKeZ+x+PxZGYv7KnCtGvAnWZMprPFfMT3OrSEioOvZBrwDu+OFBrs3KKlMXk+ErE1THMp E3u5Ws7HEkOJs+z3fz35BrDLD01k1xqJ/Z9OJP+T6QTL0mIVDEIO2WxACVMvjOI08WaT+Xo5EmXT sTHfgBkKezUV+pQ4cTYh0MaZCBdcVtuC5fme64dJGrlzCK6CJEv9Kd+uNXqS6YZRFIbBeir2mi3O WG881wviJPYX1tzxozSLbKUHqyGrL3zSuDtTYCHvqwvfW5NGY9fgKc4IX//9r71nSIrpzGVgvtLk jKWtUt3B1PVdeDNOY882584mzrJgJl58P5g4lJlH+ADWRZpRV8W//vvLbj265D5AStXJ91kY5bk3 xgUKZnTBOAsMEzZJ17prdxMlabgc0o2vwJI10+fEFMSJF4VRkvimxEkTJyjVYMEk1KS0xRL6blw6 QPXUq6W+4hheXU8VyQhe/v3HwR+fuASORHO9CQJipumg0+yryw2RPUkTdwIaxzfcKI7CIC5enk5G /o0oa7XQJc3Z//FfL/FMYkXSdRAGriWd81Mw1cmWCw/hL47Bd2C5Qk5hjqr1VHtp8P3BvHh9yuCF KPLnKn2VGa92ZHsT+L6/CaPNcsS2kTt4DZS1GHK8ZvsRqsC3dbbd6EgzxxTa9RYDz1EDoUdaAyiP lxsQIIbmNVFb7f/491syl5HdoHxv9q102n8u3cGy1lHcXbGSWWW1fT4UWbS2zHUSWrIyD0PMXMD0 b27CORjS9AFN67UfxTAm2ieDVDvKujjkke+H2R7G9cbzgnS39XSq1RWtTYqfbOJkY4m9LiZAi3jj bZLdPo83vufHxT6GQK7F6E4cBzDogziYy/02Y0T7XRpAW9lu6444buQ///E5X8HIWsWe3oeFAQKP 0DdYSl7lhy00FqTYPY7SpNgFE+ayEnaleYh8uBuCEl6xs8//fssW19lQmMDHm/3Lp+c9Zn7I+sBP vSTelAKbg26Hn6X7IvZdL8p36ULq1C4aPTmxEA335eX2KTIEZbn99FRksWuqquWnycaFhhIUrsNN N6DaTmdw7gDYEjqNjmAFaRK4yKdnagaI/KVwtNMEgJ62l0Se43hxsQW4dkBLh30WnDROg5M53WRp CC1knz6/+GdYorKizVRWF9vP/3raTCVx7IIxoSXoesKd0FVt8eYmhR7AYjF03C05hWWsTo/90BZp wd59+X0fecBzGi2UC0Iw9xscnrahu1qDEGudcPf0vM+Tja3Jo1WUhjDPBknsjJhOf7iOHaXXprVV lITu2gvjcAEKbDHAFzDg+nEaznV9uf3yx6fQlEXDBQ2uj+z+ipnZW1jCr+Ky2LlDXvOefn+KHWus GW4OE5RkhukaXF3A7SoJTVEw/Cxxpro2caLUHZ0Xi1p3uHl+2bqWYXm715fcmxmTJfiDFt/n4JPY mWja1IkzcEVo2Tm8HYI5vJB+et2Hi4lhh/tirfQpTH/6s5E2nm/SwOR7nJm9PsfLyWjqpPt0LjLS PH+FlWPAaW4WjimEpbRMoylHq97T686fGeY6f3kp4AfDjvb5UjxNHDCvTIMsWhqabrpp5hnCYASy QmzJXp2ZAPdJmOef/+vL3iGDDdyIkZclaxMEhiEFK2hfXOxe95v5eGx5210wpuuVK42WKR8IrdRZ dAB9csr66fNzsp4Zqjr1s9SFhoxllIXmgBrM4sQW+8ylgxg76LLjTZ7CA91cx6GtaYv87TkwzgcP quBoB8HSGKrjZbLPoAXQ0ttLClqarNJ9Nhe6tObmmWeNdMs/3MISlYVGDJ4/gffOy3acb0Dfk2Xg W+c5FqZYJ0vXU9DUOliP2R5vAacC+A4NZhqlSxlguf/yli0N3VhEeUQSzif9UUb69po5xlCfbbLE lijOzH9/K3x7qin6Ms5Ac9poBhPUUqWZ0SbzNKov2eVzNHs0E3p9ZZXmm/kIVBVGzlidhp9eMxvZ TbbBHNnd+Lh39T8Lkf8f9A6WAzvfe9pA859BAyrPctp6C0DgdS8LDabZpMeb1BsJ6jLb+hORZUQD RhPaqmyv1tWCT88wKFnBjF9e05mMLeT5EhbgZZo6Otfv86N1li4VTl0fXnNbYTnde3rbOxrHyna2 3+jsYBoV8VzhGF5bJtl6yPBW/rpfaxzN6W5ROArFoq89B1dadbeRUcLSyWITYOk/vySWxA6M4NMb hGIs9JvvIHg+M4hjbTlk+9TA8PJ0ITMiREiJeXuSCXBoxJ//+49iTjbhcX1Jt7CusKxAvpIYabl7 yWyZoYVpuEut86Y6anT/WoD3bxjmfB3v9pE5oBX36a1YQTzHqYs0940B1WeHyzR3NQ7CWNLe4tiB WLLFyosMPGieogajhWMq4iQ8bJfSOV6A+NdczjWepgdjf79zFZqz8rcnTwctgc2KtcoMrLgIJgJN oy2eb2CJyuJp8Il2rsbQ4GJs3bHIC7o1w6TSsYee5hfpUhvwEPGZKt3jZ8BpCUszzhyE5e4N7MJS rIqyqD1MfgNVqw1qkr4++SOuT0uzKIcfBtb29+eNIXGcOA228Vym4U9WuAXtcOMg93WGM+A5jDmG Hy6SHAQZTMIisiS6z6ozx9bEoVMcNiMW2S18A9jVgN3/DatlpcmfYPl08DW63eopDsBSoKVFAugD V2seJwtlMA5gERiLHCeM1lsc9UcfDmH5VMDoafVV7/C0Aee1DdbM10NxvNnCctau19u8GW03Y2G4 3j8FI7rVEeziJbPQeTWiHXp8q+IQWTLP8qqd7KLJQLDyT/hCg+T+PJWihl4RT5hW7z0svcMePMhW V3b2n2KDabXZabzbaL2SQfS/gm1gsK06eInzZOtpDDdN9iFugl7pBc/qJJ//z3/t7AGYvdzb3Hln gX2dlzGDDdw3QUN5Rl47a/Tw5W2XQOgTJ3lRRLZM9eX14Tky2E6bOu5zNOot1giKaCpKCEuZ1287 GIkjv0hmg06j0WYVXeFY3SfoP4cLmHsb4jaMaPiHJ1/Dyesln6GWOCspgEVlmWVgikajJztXRj7B kusL8xRf6IqLfBfNNUmQFOVy6gc8Hw+8YVMV4LnEot9+D8v59imesK0GyAIImoB8nW4Xd2xa9CR5 zmZk63fo5rElirP8dWsL3XZPhBnO1ahmrYGqy1cKrNpbX+ckmJSjmYJmn8f7xAInO9uuMRpoUqIG osIL6Ewhu/vY1kVBVJTBL3nq5x6WuFqWTux+uxDa4LTKCEu+x07CzNVoWl2nwWQwMFPwKhdTw5gu wsNTOOoflxqA5Wafmmyz1pZWsLBBzNWgJxEEhIoVAwZ6mCrvwywcm7K23u0cuVNvslZ2AFw06hCQ 7OKpBJHjS762jPFk5m2f0pkoWim80K9XG/Q02fng7xA40s2u8h6WuxwwUgNBtntf69Xr1DjahRB/ lgI2YcjmawXziQ1AaBGOWW5yhduSMBdrbz//+48nb9hvAMuUkRwFntghIGwC0WJeAPc10KCdZhd/ AX5fPf3x5bnIUiAIlUwZ4mp5vcPty3qDGodFaNCYN+kq4IjYioKwVITpVQf759hUTWAbfePyJHeX Ur0iMdnGJXXV5QBF6nBkOtnrS6ADLLOnaEzVq8BtVPgjQXO3sYmb0KDh5GqD5KgstjsgOOu0uWkE cfJ6PtFVgT7vd1Xb4iLb58EKQhmZ75P59R6WWeFiFr/WBYOkc4kTZHU4VCWOAqWWcx3RD4gpzbLn GASv44gi+iJ56rTwdAlhORqo7uEld4nZ3fx5u9THbpGht4JbBBTV6w3m6daRuzDRRvvdid1/2nHt v4Xundi2uNqCl8jhnG7BGEALbtMZ3+kDHjGmnAYpeJWDWfHl8z7Z+P4m2j4/XdYagKVfAFDqmPnI ifZxkGy98dBOcweTpiQtBDZU9XWRo5XByOnOH0LgCpjexaZiRG9fnrMQ03jZAWApiTCqyCYOhCwI oSMsqQ9hWSTAeLXJ45BROrVafxTucN4g/OG8AysECTVhNYDpYcqXsOzWbtTCGpv9y8vrpxQPPSGL 28+fD2eBCSyzcnBBT+VovWh0//tz6jmr1dKGYJLvwlCUnGILveIcFRc+mQNA10tYKzTwCMCll2ZX HTw9RaY2S46TBYzKZqMJjgHAkrmG5UA37aXjbpKnz68hwjLd4xcVEBnHOfgnMOvgUSiYmq5P+Zxh WeKsDavWIt7tijR0bbKXdeqBHrnZbpcngWMN2Q6ultkdLBOiywqRJVvqw8li7bpreyQIMBcTJ6rS gDkhc4byLD0Eeg+MDDMnGVvouoA5A0MmsBT0zctnMPsGzJ7un/PlaOLvSonxIEMTXKUZwFLqNHty yW50w+6vRPeZ2C5ZbUR26IKTCFP1CZbt9mAWp6vRaBlDMN7n57svnw9pBI5alObJSu1dVkt/iyBA WGawzDartRKWGsRUK6lNYIkrsA2w3Gb4Ahi5RN0JlpP49y/POWk8yVLPEERc4QDS34AltJkTWJaM 48GwbIvTwC0sCVvHta3aJQvQB7A8nvNJo3S/DyZcqwbLTXEtsKPxcilepYJH0O5guXtOFyPleFUO N+JBiwVxdBvMNC5Kn59MXNu1TmCpyvOrDrLEGasAS5yryvtM4IjewbLa5sYr3GgJgnj/9oKwNBMS RB9hOZaMo+D4YJN+FZbgWtDDuZ9sd/si9SaD0/pTqbX50TLMit1uG690tj9AWIpHWOYIy5PkRK25 Mx7bmzhNY8+UxWmUkx4BlvDyWldmp7l3eEZbjXgyE3lCZpFR+PrlUx6jBuIs9c2hsdklUyIxObx1 gmW9SasfsPsr0f2+JW5FwEhlymF/hiXXatIjPwtse5P6I7rDzbZvz7EztyxrvljaY/50XJnAMjjC Mk1mV7C00+15tXQLslpu0zMsycJ2Xi1fXnPXnlnWzF4upjI7IKOg/TVY4vQBbW4TAkvCOMISbdh+ D0s7g7FFVktMaXy0WlbqXdlOICic2uDcYRgEsMzfnpOzwIbAyKV4H8Ky2PsjiMVO16BLLZIpqH63 Wm4d7QjL2aUDGzqQJTMujqtlvQXhGnULS5g58N5L5C3ns2X09BwQWBZoyWtYRmS1hOEffGO1rIE/ rIxnKz8pDuD8ntLq5B7qcDJfh9nukC1VVpynJKeNIqdHWBKc/nZcLTX1erXMXUy0Ef3ka02Znebe u9UyNEpYwmr5/Jp7pdkXC1MVR15xwm+z0+10iRMLsCTsWkd2x/QvGFyW6XyYxfAYGJ7yWea7jU7f ZDgRlk0ICZZpFgZpupS7LWaaPhfOSOT5gaQZY+W8k3wPS+4Ey5GKZhmWsaUO6LNkzPHiC/ewlEeb w2EzkQf8QFRHhsZTPPpM0jtYlrFlDBNqFePVXWryR1jWvgbLckSdY0sYtwZ7D0tYJQZWWCS2wit2 ss8Wcq/NTJLnYn0S2FBZSirF+wiWeJwA4shL0ZCzFqvoTu4usSV48Sr0AbGlaF46GI7HKs9jEFqC qsNJEsdq7nVsWW3BIN3Fi7EiiqP17ukISwwgz07sCJcliC1xQyPOP4gtiVcqthttmhcEQdYtLz/k 5zCZ3OcWBFEdQ7R7iKaCBLBYl+H0AgJrBZxYeACGQy9rnSczkR1cxZYwkPo4sUOECqCWy/C2Bn7N uvQcythy54+OseXQ3R+CKZidFxQwu8CpTp6WsWWLFuUBI5axZbNND07sPl3Y/ZWIwPIpGDHtZrPV pkQz3IGhuv13sKw1OTPaAUUm12r09WCfLxW62+lzQ9Mcng/IfBWWGNcXp0yslUBEIQ4/huVUVJ0C jMX1Ol1GNqyx8AEsITrFPY0umhjzmm1umjxl1vdhiQmoIjCYVr3egVEFKxfNGrewrDbZsb/N1hoN S5ST4wZHj9Y3+3ylMqXAlsZ9B5boF1wdRTvDEteKSyY23CWWJJeZ2NGpgx6rTkyNBxhuE5LK7PDj uakKAEuIJs7d4MGPnatzVB/ePDyHI/YelgNgvszEdjDV6r2HJaa/HLnXYRQ8YEkx4mSz363l89kS XoP5gaY4xU6fsrkkwczqo+9ADT14D2FJjmq2SFY5D8ZM+zoT+5SChepNSsdrBaJ4giX6K1t3eMzE breOWmZiISyAJWHM9ztdWhqbY5GVMB2h9Bvotc7mI0GapYWr9m/YLRzpF9y4JJHQJ/AoBbIOzIMC vZgWrEL5GZZ5Oc/DenR4ez14Wr9e65RbRwJNserMdQz2Gpb5e1jmrsarTpaRfUtu5G5zRyWT4Qew xP2QeBfPZIaixYnjziT6HSx7mM1byhQFq3vhjXjcqtu95gSW+RmW+QewrPWGbl7uW/KGX2QLqc/c wrLS6AOr2w1uojSZsb/b+WOOlpcXgb31ZEB/C5b53WC5aLHcAD3uW64yUDZ/3Lc8ddBnZGvtYAd2 krkjDvgcO8FKF2AWy1fK6QwoBsb7AvcMaRF3iKM7WOa+zgpWlG8mAgWSBk+H97DssPDFZswxkrle gl9O8yO32J5Yh2YU27U1nmYkK9qnMxEc030ykxgG8PFyILAsXoulwvRZdZmkK7l7u295cDUWxLET sm954g4CpbDAfcseLVoRuE0CP0ZYsvyEPGf6tDBeuTOZ5gDroSVSfUa1N94EkQ3TOY/srgyxZPeY r/jFiNy3fHuKHHs+my+9pNgG5qDdAP/qfHpmlSXlgBIXxe+/FxCLYMYdJjg8ADIcL8LEGzNXp3y8 bKP3yKSYxBaBJaYBVYafBHm8MobaxEm24ZSn5WPLxMVaE1gOMY3LMkMnw9MdQ3BTknAmUhweKilh OY5gwiZbV7vQklhxBl7mejqaLOPn1wxjy5Lx011AhKUeFMFpgwRPlMFgjZbAx9RNtxuY4Wlsc3iC JSwSwiwuIgtiLuLOxnuMq3hjk6euSQROfYOnxFI8hOXx8MtZo3Z2N1jOWqyQ40JlQ8YyLpK5WOZN xD537EAdzTcxnscmx37Iqah1HC0UFhaTfXQ+soo5rmIfWENlaHq7t9d4zPEmUSNoqafjsRmaHjpp 6uHBoXX+crhxYvFIFNuhjWifrXRJtcMYu9bnYCJYkctLYbWeuoojsJhqrBKYpjhG84piMxuPZ5v9 6x5iy8G8eHuO5iMNlbKZsOdNVTDUJPuMB4C0EbY5RxueuOtCOJQHaN7ZJoeok2FwcddoSlmSQz2q ZrpxOJf6fRlPe1k66DxIYIbiJ9EhL9lNXKtkN7L+cnWEfyBhen/79va0Jbts+Tb1TbELq6G0vJw1 jcMphDR47iV6fo7KuKgjzoKsPJeYRQv5XCcAD2zFaxjj1SZvhWCpRrW8Gi/3+9IsIGdi/SRDpffE suUqNLxJ8O58raOsSUaJxbOQoeu4QZKsR2yXwSOYeAse2vLTtdLDnbZd7hkCr7v57ngOdB/imdiS 8er55jwuj6k7PG1LVuo9ZRGVZ3OTLLCETrNs83K9AnMpx5ICOIYWMNnjFI0nVEuB44VCdQeleKAX dkKOilbOGsXTdMItLM9arLYH5gYbWvtxFi+HdJl3EbtdwSLPHTfE86X9ZkcwN6djx+sx1+dBZFhn j6da8HByVGT+arF0o+3TIQBYHtUITJeHTIkekwB5Lp62l5miPEA8plv9oVvsIltTpx52vVpv4mg5 PFVAwGsHYRb7zsoNE7BYrwvz1W4b+d4mLg4Q60BwkTwdMpDFi5JgdlUtgsDy98+HGA+4pvFqSHWY E3ekSEtCzsSGMGvABEQTWPbbzGhNzA6WSdwx22rBgzgJXMcL440l9ilgdx/ZOmE3WK8cZPfnCjb8 wwldik2x3xXbPEvj0F+MB91GFZaU6eVmhrPUKAJFyQ6Pt8Mrp+sgQBt7eLk7AKY0nZlIfJXRcoEf HgvJtFt92XIx+x2FniX3m+1Ty7W+uiCVZnAcrG2I6SGaWm3gPWh8NebxboS9JDVjql3ZXiOUAFth AlMIPTDWcZpEG8/1/QW5QUIYP9eZqVY70mw9OxfMwLvw6twjrIeuKfUa9bLNy6FZUspneK63NVxs 3Anfo8B1CiNkf7PQGBwypXjYU3mx4qzRkXNX4eaiRXLxY7ouNefbQ4jGjunQZu/cgW9rDEZe8CK5 KHFUQinykVG83gHLahT43nrtboIlLDrDUo14XJZcyYCo1HCCKAx8fxN417V8yHWbfqPNm34SLjRR npKug8CDrs+vNfrK3CdbMBvXIjd5FDtI0zjwXG+zxgVdd0LcXgYuXeu62AxGG8nLpzwil0tQX82T kUlJM32xIRoIHGPQaVIElr1Gmxst0exh+bxeIw9QA4FLRgwPE1W00I/sBsDuQmd+wYzPpfKds1ra 1kQT8cYyXv+XLvcY9bLwG16lNIxjcQdyGdAkV+EM+eq2Ib6kY2IWGha0Ibn1dyy7ViP3B+3lckFu UeKwK1uu4nVKrMsG86gyUrEiG96zm0Pj9kRliXlUjVRYA4uSq3m1Jq1M55bGdrqchvc0rbGuj4bl fUtk/FKVDbpXRsqlHBfeOxbHs8XqdLHx2ObVzgMWvqNP6UjoyTAUpt3q8dpF4Fr9JN5N1Y9So4I+ uq0Hd6VFxGXZELmj2Kq3TpuHje51B+RoC3mwtKdECUeRT5JUwUYGXs+0DG04MvRBr3dU46kKRxOv cA5NewGvjI3RTeU7kZQzBCHGs/lYhOiT9HS8AHneGm32UVPHe5h4WoiSDBsYnICydbHf6vK6YYyn c+hhdH1Rk8AyPuSubS8Wpb5qJyOTjRdGNtC8c2LeBslQQXBfazNHs5P7nXjfEh8sYMSQ5k/s0md2 DZn5m+of/sPoUtVUHHBMv7ycDkO3d7713zvWicUfGeZUFvR4dV6RyN3/q2nyWPOTXN+nOmTT6Vik 9FSdQOKP1/LLlvGGMcX0m+X9fAa7vdxKP95sx2vx2DG59I7Nw8fsYMBgQhMvqks8Q1HAcaPWOjF+ qmFKCr1SV8Yjd+4H0rE8AJYdaJ9KL5QSXJeJJVKzHExWtVuBz+K9K/SKf2Fuq6deabFUEUfUAE9q WAojTXG/oHqv0XN1gmM9BNQJiHyup9HoMgI0M2CpPsWAfppHNV4ZgXQlwSs0865OLIx7wC3Ng45b jXbJUlku4L2mjlUiSJdYjgGUjSWF4c8MFrGQyheuBMY83y40FayVeyxBcOKu7J85mrdVwyAm3HpD PMSFzyXlXPKiHAekXAGOmMo9uwLzq9anvKoBftz7Pj69q5Fz+vGm2vixzErlZgQev7xUfjkXzb6U YDnX8rl/odE8fdxsdTpXdWCOHZOKMGVdmWaLFNEhbUKTWHzoWMvn3H39XETmZkq9qVBzafPy1+sy 6qSqenko4FrgK/HuyqLfqulaK3clerBATRVrluTkVMV7jb6rHkREvmYUdYS18LHUUbV6raVrjaNl P6qqXiFNtLBU0KXr6keaOldjIl1Cc6WI1bJgD46dew2Xu2JM9yzOdel0/PBkXpgaBrNk6+I5iMvz cy2i2tWI+S67vxJd/mNG5brg2F1FufsfLx/eVR+7fHnzQ+Xqk3ctXxXTu33z45JrldMLN2Xkrirf fa37r3B+98L7/9dRvXT5NZ7uVfDbHd08OzeEnqgVFfHxmMBX6r5d+rnV9vn1a/qKxt/JdCXSpUbg B3UMq9V7Fs49/va16n/kWB2ewu3Wb/V1Jxg2VOuQDbNjQuoble9+hN0HPeivE27GTP1t4eu/WDrx Upn2e2JhIWInxXvyv+A+x4P+IwkrIy2iLJz9clfs7+q4f+PF9sD008QZ/mIT04P+h+j/wSip1HvS dLk05V9uTN7915OvEqbhRwtnrrP/ofscpMZ56dZXq7dhyt/rYd+2/3Pff4XB+z+VR7VqN3HtV+X5 SsXxb3zxV0QoGbuPMauE22/29mcMUqm2KEGWuN7PVVX8Sdu/t8hN7PrdRn+k27v/EfaVVkCbddCA qpL/lnbDS/nOrcFvhssHLf61cVDi608O/Uqt2Sb1s2v1Zuvqvy9ibupvLWGLLTb/wuRNCnlfWKpg +vBUkL3WaLcv/1euUm91ur1eD8Qq05LH1GHrvgr6+e1O+5LwI/+UskzlfeWLn5egDrru9/vdzk1G FpOCwO23839op3dl3G/fuM58kEQj9PJnWayQZHCj+RN1xa+HDFqkc/VLCzParW83Wqamvzfkvvc/ K4n50Pp9muU4sv+CCm7dVI+uX2eej8OlHC3v/+MoGTk/X2UdO+t0u9823fuvam1GVFQZS9QzPNs9 XYmD6Zbj+n/j5g1W3OaYzs/jstrocQJ/quX7f2n7Di7FrWVrT3eTQUhCEZAQKKKIMiJ1HNv3u+/7 /3/nVR2J0MFzPZ77WF5r3DSopTpVp8Kp2huPRSfMoKbCuu9QHH9xDQimLU5ns9lUlkQeiSBxw4TP s+MvJlvJpyX+ihFx1x5NRB5Po3s0+9+EjiCHfcJMUZSpSE5Yz+8OaF6azmREaf/Lxfv20KN5nv5r +V2Pnuofzy7/p+4QrlEf/NLMqPOz+zuoDMvWXyMrIkzOP3Qplhn1QaF+eFH8s/R/VrnP9e8PVxlO pBl5TRuRPvTGE3Z4BZuFjzDXlb2qiyTiyWn3Iy8DaM7PS+P264wgywL9U5r0rUXNLN+zVG7Mzlcq 15S4EItY04T/IoQtXlGd/XM4MTLSjjhptSW2BvxiNWfJs0K+MTOd1Rm87a7Dal60iaIw8F0Ccd57 uLvvcepq9gVFHn7axV6r5ldwn7Lp2grd7TFzbfqPaac+PwCsz1Rfh5tNFKz1ecNOiXV8eWm7fuCt LU36auMgX0ZSONte/OXIPGks+DsUqz+6Q9ghRqjGfU5Rxf+cv3349sNQ1JY1KO63NmiVa9Q/4PIs VYEV1B9eFLuYVPVXVY7Qb/n16nuug+06vd54ulpeUePJjWqXn8/qgtqytlZzfvROiij5+c9L4/K6 6zBzy/OvCvb3vtXlzGxXhLrIynbkzhpIK0TYDYLrXNWvv+D2FrZ+bSH92RcirOpR7JClxtY+PQh0 QmiDc7/roopXTX2OAKs9ng67Ctk188TTOGzEmrmR9cWsDn56/1S5UtPlRiakDqUjDAaCsV5O/lsV A9xIln5abrdI+ZkGuljD7vcmCzfO6le8Vpiv2eNwQAQPPK4jNR9e2L82E/8zxeqPXnedsShzgxZs TJat/uza4/S3H5l8Dd8iOMU+J331pCs/dOai8uOL4iO63q+qHME3Ozye6m7sIosdhaW4VRhdi9IE oN+7oMhf1aXE9m2Cx/6O/GYgGZbyj2/rrjtZBnmV2z81J4Yz3btj7iocOw/KRGvQgnHaKs9M9h/7 7o8vwrNqrfh/bJY1r842I3w694jrfUa+/taml+njy96vgX++3Q/V9Pn1WGZpkiRZuauiJdNtj89g Ex/uCz6dff/397zGdiEHY/Hzn8/RdDQUdEf7G6X4v/UiG8mmrIok9IMoK8sE0dbJJFtQlCmhN8i2 ha987Z5xsyifXyrnLxYXnYSxXk1+5TwEZ2AMCBOw+xsU8WfJd3ESKC4bDMKRmjx9f4xwl8f3o9xX hLlp/cXTkRfyN8SJ8YsCx3G48vXlUJDVz7e70lc5QU/KyxEuAiQGeXTGBLmqS4JUrNsqxxmT2y7c vqibP+fr3j1Wh57Z6WEffNa9H32rJ/mIIzoZjefR7oLpQsbeS4RjuamnNeW0O0JteJO4XGq5l5+u 7T2XT9y3RyK2i9+dK1/XC9S1s/OnL9//2EEDWuMUO3CKSCqh+OcZKbI1b5+eT4iRSMxytMifTwli MC40w88Pu2A26tKr7CMMHbkqfLr88///69Dgo+Oybv/4n7dkNuzRU4JactOsdC7z3b8rMt7XMrl5 /s9VVZyd2VTb2NHm8lQ1Yf9MkX/2oXb0ljqVZ5qT4qb61cYFujML9s8vx+gMBXgta5P/uwMnEaZn l/9OnnUz0fmdT31IzS9+I3ahRbHJ9dr9yRy7v6/J6bvOp78oGZMh6V2K9A84wV28fH8hex0OpGWl K7N8fVFyqUagtwrw0GWNNK/nS99pxEW0l3J7czvv9aa5VJsxq5fDxsLVX1pheSjXU2Gx2WXn+Uky x1riRN63swKc1UVb2WGx3/pzwtlU3yNkpuxs/jek8a6p7UbeDz165pb76+Dt33mBWRJIun5nRIBY b8yy2trw9rm4VpcykVmw0+50L9yH50oiqTU1HGXwHXijbk1sHh3f6zM8i+McdWkKLvBwLdTVZIq1 s2vBZzu9z+yROBkVVlWgjPuUvCakrW1CvjaCt/d7kD9BpSByPpWWSI9GI4qdu9tjrjN9ZoWoil+Z pVb88T//eiKIi8TG3cOf/35L5sPucCKwfVKhxgfC+yWtlVi1w5v7drl3rOB16jLzVRrvSno4bBls q2gljof9AcUpbl4lOtttI+xPbknjQX9Iy3Za+Oc04v1dtplVuodnzM06qr6Wtcn/tVqQixT7jTru 3F0EXC9IvW7tWsIP9839nvuS7xseywcSTwsIazyluj2K4+l+m1Tm6yXGv9F078LHz0//SZUI/ipO tsNG+fj0SGBBawQFkx+N4aJIHNput1u1BjWNtnfkMKA/Eqy8hou91YhrCf3buaCKlWK4neZrt1X0 3+o538fcEMaw+mNODXaHWBOmiCHSYJYgQnGZX+ZWb9WFonnVLXDis3dfqyH2zd5K41sjjc4naZD7 bPSklnKjBEhEtEL4s580S78Cte20BmiWetNDSfCKto4Aet1QGt61cOBhMKRZlmEFSRInI0IuSZrx eUmWznSDvTHLsljcxR7/bjNyNGbHwxErciNkNRuygjyVhfrCOE0w5kRZFmsqw/vOiEGcEYn/WP7A 5HuV7ApnykkWolYwJMQGP2SkZRoX2zowISN5x0wbg3geWl16ER8rB4k0/sosF/nbH9+faoRChOkK j9//fInBLEe8OBm0232aPJDIDDrt3hixnmbymS/zAdZMhGcHmbCESfEiDWZ4u62QjHWHlI9t8LVw V3N/WxEnvsz2iYbq+tChppCDfdmVgmAqRZkk220dqV/L2qRkTg+RUvL4snWkURtP7GCBzguCJWuG pkHkssiOen1YBVmqwYlx4ILcLBm9uW+P1Q3yPCIJgCAyw8G5Mk/WBC+GUzV45ffDPZdnJPAJrtC9 R99eVts9gWBGHMBtojHkor12Z0gz4zFRkLMCtAcML8FL9UoCF0vmS1AjuHGvdY/3j7eLbofDgio8 8pCmB0hcDFeRxXd3Q8zyGCtUG1e/x+rZsTAEQU93BFasST63BIzsogCNujzAF8Zzv4LtjYL7rNVQ YMcIREakQWr9jcQv0hDPkz8DZoJfAD3p1vcvCfWIDkJrb/+BWSKM2QOY5aGA0P4Bg7TWQPJ3sMqM uFjKVLsusqgLaSKour7ScXrPmCN8fT26Zq3dpo5432EUXTdsz3MsyyA9FljWULQZx82XCiLm09OV 7Xquo88YMjU55FUkU3QMhcdpyZGo6bq5ds0p9SERIcWDfJc5KzsuE7MmsSPgaEXmQrySNSUGkPMh VWum9YcBshR44ugHZpk9vzydMGIn09mrZP/0+hTPR/2JuprTPfgHHshxnQU3onBM0PV8z9ZEzAxb A06BW3VMkAmyVpwn+0AaS/mmcoBBaLgrHRElhtzEHfR+mc72IS3ep6sJsdbOWF4ok95nb4mqFJWJ 4yRVssRIHd6QtTlm1ljgXig8Ukq+/fmEdt/BaUrbvSwICH+lLXTb811jLgjwO8+zFJzRvO9QIlk6 pK0cdPqCRYi2NJ6VtOWUZWVNJeOe39qUvJhP4Mo4ZYmPu3hPOnm+S4JVOx08tMbaJo8hV96oo1aT clKUgKrUGwmL1UJdWq63NmbIz3LXoaQl3K9juyki7nfuQSMUAzUCJzZJQXwGenTfZRcm9i3d4eCq wlFjHAuF5zQXN2SUaJblYUMyXDAVMIgjxILMHPHHatYXRPYrMdy/UQBQlyFRF1iYZXoozAn4bo0s u72Qpmdp8I00QOLcO2mQOVl+YRim49kLnuHmeP+uvZJxbPP+PPf502Y5boFZIsmHNB4O4DVi1egA P3HzdWghdAcWXDx3ATtalidRFMVJ4mugQmTQO0QKwzi0kVMQcVryrCjhU3G8xr0flkt1/ZU8NQNH hoxNwcH2OEljF3JrSDkJKyS8EQeGhMwiqyjLkLvyM5UZDuz7230BmXm+lofNmP9Yi8toqVgpLD6W GMj2B2ZZD/IhgNfO/bFZno7VriLZBsSwdrbdPZ42CJ4Jzy4MqRnCFBRFYk95GW4VHjXN89gSEX+A 14M0TTbRJskzVx60GgJNkEbkKMyVaKoFqS14xQuH5P1A9neVKw7HygacyoIfD5C3nmLo/heNOahK WeGpqlsWa2zTJsVEWyLrwi79tcLLTvXH/3stLHE04rQae6DhfxzNvARWLIY1yQLbcoI4K/MAcb46 45kdEVzn2FvyFCU1tJSyqHmBLolLDwujBCTH9C2JgivXRJkNTeQnUQ7nEfqhdndipilslEUKYRii JBQQd9GKF6wmQ0YLkigIIsSS9ogCUDNnk6Ygs/zwvHO4bnso1hqBNJPymBLNALn0WiMlKJC96wGx Juw5PzWJpJMk0K+wIsQsjxDrECDUNrLslSY3QnoSj3Ago+TL9ArUU5tl0kClYVXf3yH4HquFqIbF xlqsPF8XBc3zSXwGsb7p2zJIg5BhblAaU6rTodQgL3LUE2WGABtExZ0Zheg2v2SW8eMpsdQ5nsTO l275tFuL7NzPo8UYLt2X3CTQ5FX6+FTFru2EWR4uEBYFKSND116HaeLOqe5ITU5PhxL5E5MyWREM LcFOY0NWvCxUxiQtjNa2izAN4qAzEMw4i33H8ZM8NsXhQHCqp2OVx+svyna4OcTH5+enHdKk1tgz WDPOHZlTwm0NTUXMMl9CwARJ8JDTU8T8/FEQmx4rMPRYQ1jY0dzP0mx/iOaEhs2fUoyWnp72ZRro U1kPs8S3LTcuET+zW/M8Rq7jJbvnx0SlutR7adyAr1qY9Z8x4vENe4sc9kPRKQ/byNZmAksNB72v OqtqVL1Ux1is2mCkDjnGGoRJMJF4O90seUHPX/84bTRuzGlBlgZrx0WSx/m4R8P9H4s4COLysId/ PS8q9siM0x1N10m28Ry42Txa8WcS54UgGknmTMVVlK5hS75rjRdh6sgMR3gv1463SWNL+nzASBDo M53pDiQ3i3TVzgg/EMTfqc4OIAHJbIHireK4S5HbstiB0xp0hpKTlam/dqPt89vB4fuoEXmCGgGK YckT2UkjiDE7CA519KV+ewgbjbeYm3GReLYTJKl/Oe1oglgkS8J8eiRa5TFb0j0ExatRdFtYkr+Z rHlvloS0AhZmzvBW+Xiq8sTTF1YMTy9oUV1Sq4trUyKNNAQ5R2lsS6MeoxdPRE9MTQ/BqziOF+c4 LHD/q2ZJGDoifG3S6uX7YS3Q0rrA9PgelmaTe3NxVbw85/ZclLWgKNbSCCkji1CfSTM9yFNLGI21 /PVlGxgLRXPzAjluQNXDIloIc7+MFwwDAspsRCFzA8TIQVbI2FIgs7CTcrNkKck7vB4TR5uyn8M5 3Kqc3fd/vcEOWIeIJBkE82cpAVHxCeTvSMufkFwOcgN+qke7AyRvffoHZnkogijHEBiDyygJomqP Zok8OMjAUb4+F56uiLxsRhtbFYWZEe/R1RGeR1+TJXVdvrzmGj0S7Voa0xVYt3XhjCUVtN0NmCQS aBSnVKV6YyXYHvbbLHINVWK/bAiADy9RlWhEiCOECogZVl4RBJEzbuYfnpF/j5574Lg1WZzpUZHZ IgX3//KU2aqyig4vp8xZzDW32IPijngzyUNjBmvp5UWgsqwSHk4J2CeinLsypwYFpuv3XQTjM0VO 8Yvc06aSYkKIuvp8ktGwpggQAoSZOxe1TRnMx9SMXKbPGnm5lpAn8GUf6oiaV2BWjeZapbYCChSf 3kDlRowWFYmjSpJixUWsS7JFON0Gonf6/QVFRi/jbK0u/HIbLKeyagXe4kI4hvdQPZX2tAFCTQ77 cDZsg1MpSZW33sVt/roSH8wSFwbMeiIi4Uu6Xs0l2UwLkMbcLzbgoO47HIQCFsSRHtKJzqS5EeWx zo0mZvWGeqLOFDurEnMuK2YQmuDIH37NLJPXf31/3COU8m5/fPnjzyPIiNUhNpwOW/XSCNyKoHSO +8PJKt5uFpOJFu8ye8qOkZtuG6kMsyxeTqHKjakJLEuEyTOjp7krTyD+TDR2gkmVKbOsoCxVbjgi rJDyuN+nZ4j3KjMy0S+JHna/6OhEvOzy939/z8/xIGHKQusZIHYzwufdEXC0p9yzINS3/XR3gJxu 0P2RWe5TSNvAM8LyiTYE4x6yYdboy8QsXw6+Ar5sxGu2MWNHI3bu7Q4ELxV5HtnhgEYmzUKDPWdT 5Q5Ig4G1xBLUGesNj6Eq54rT/e2BWuanTKPaPUZ10+pwOOxg719JX0HIYGGzhC0HXet2FxI83Y/U RUPOgpRKpYeckaKJDSA5MpJttGA5A+7fm9IUb5Yvp0hlKUhQdrnBgxWWiSGM+gNWDbe5JdAIKevJ o5rBSmIkJ8/MSRfyAAiZNF40812iiww9mbtF6cmfZYlpJIgR5BKDrhDq3uWE1RA2dNAjRB9olvun whSoId5FYfJjpAt0p+PBCJz10772BIU7o/v9MSG3VKQVXmAE4f7j99dCZ0eClSbmVA0h8VA4hpM1 TaZuvKW1e3vMXNMwIGDPdvvUmOB2i4ci8uABdvEAvMMNE9IHs2wWhhPX++cKQgRICnQwS8TtxN0B szQ/h/BENEDdDAmkMVsjnSjNW7vXgzdnx7RkF/tYF9mJtFgpyGn/q97y9+cqT/GVFYfX3w9rfjDC JgOIAka4NGB0NaZ1p6YQzExJdrZH8J4CJ8ytDHJlfrIEV4Xo3u2BuM5BJj38N9E5eoqaBFdI9ttg NRV4QeSo/ljFdASUEZNthCXnp/7+CEbR+bIfGdFYwSx/L/Um8US/sdsFCjvmVymWXEEKYJbff3/c ZvAYebnbgZOn2u0fmmVigq+PNbpHzf14vbLz92ZZc2C2OiNhJvPMmBEW6FZUTnbLEglb8citOGVL ToCYqXBQGjMr3efGeQT3ri+Hh8p+Z5Zafso1qvXQpaXVOsq2e7BMJMr57IQeRpCAbtcyDQu+PSEX 5cNHRjEEMs93wRQs18Xwpvdwj/yP29wUBQPvn+lC8pOednC7sPe428KWRAM0dTZq3T/0OCuH3Bq9 ZOHwvZoqB/zsEu1h2GNWce5OYVvdHxND5jkRctwDYWj5KMsBesYFJLrpRmOGkNBlliyZCKPZXBTN soIYcdRu9YU1SE+CzQHpSTuQO85C2LrE8xugEUhuGS8lFU//WQ7W9+lpa4vsDLKhBT/zEEQSYhhe FOjeTW5p7f/4/VSS1d9W2wTD7bvaGjEUZvSkuLR0fWmWWm2Wzu6EwO6tDk1YxMCJb3Dn7tJanHuz ydTbHVNjynOCska3D2tfPSHcexvB/fcFBCyCIIqT4a/nlk9P+XqlLfAY3gx2z3uH6/V4PExC/PE4 h5iVAIUTBggsaBWusgiPL/uNYxiGE1WPWCRaZscMnRYBHAUvSdFqVEAwU9OP0BTo8mEbI4mgyAxg ydOtX+fihJ0SGUR21Vr4uvcTQlbZ3SPHOey/Tbl7kUJKbKpzbV0+P2Kuf2OW8IoDa0bDNjL+gVnu 4pVig/IIFKdHoa4g1dyNWSIHJrIZPXTHgjydKQvDL5+fU01AAlfsYSCGg2wKU+/wso8d2KntcHu6 2uFdTw4O77wl3A8Y8gKMotUd0sJ8ZQdJuT+U3uxTAx2pYjwdIl1RVsH+9eiJ/dYnsyRA5r48HCHf IDnSb84rpqJREA7Ph8E8PhRIL9HQ7cycmsvoGyFq2G2Umj+a6zZmifCpBZgXJTpZYvCMkjxBdmJD DLJODo/5DSXmRZkIfLMxWwSZTw5/ksJbqG4WL+l252KWZ/rOiVVsXZnX4m3YcIo4aKf8Mtk2tTsk t8wMaYp/X5IhNKz2SGi6jLK1hKHKfpcF9kqdctdO8luzTNMkcldYMv92jl37xFfo7LVe9ZW3rIPY 7Q4SWcJ1iGY5GCHjo4ZkFFmK0tg8vVQhkUa8P+WGIGK4MieF4nlQ7YtobYCK09iP/auV2B2kstSI HMRqMeoREilvCkKeniU626cWZ74kZBeE2H6VPP/+VCFJWVrsj6UNUk33SDdI7KwJflLI9Rv6kXGf gZSl5jw0pvSIa6gDbtkpt4X1NdJDDUx+OJ0eT5lBkksC3v72UsW+F6SHt7etwXZa1yBW15dk0Yhw f2CWm4WkYYMYP3M2niLp78yyppHDg7P+ZG44XhDG+fHtJdNEFWyROA1kAIEtXpiHT9+fiTQSkMaV MxaPga8kHL/VzSgl0nd2EKiq0xuOOXlhbSr8zocGOlIcPL49lZHvR8Xj7y8ZBBfvzLK8muWIUjZV zcDwjXCv+jdEc7Nony1hwyTkdOu54pWNP0eAeEgA2Pdm2UdW68yWODXMA4WmF/lbQ0OYbo/Hpqfq wwYCvihzV1aMgMoIX11EpgHfng9bHaYxS7uouSxhs8m33kzUYV9GUHTSDUQoxrKaKa+hcrBEYRVn 7kLzsjTOyo2+sNNEn/RHkp1W+6pMQ1vlrtyZN0GsvtIUkakPmFtEj+c0Az4inN8wdH80yzYN29hG YUXcI3DTasyy35sYyFfOKUEeqjStpq/fH2tplIdDqoNZFjXd4B1WAiFK2+YxZCV4Uv9rZknOLbst nCFtgxHtkLYZ9mU3T0xlFYFwRx08g7qwC0JOtzLS55rJNYziNPU1boKEbqTRiEB+p46iQSyu0d2G m67Tn6hOlMFtV6kznyBLy4Wd0qvZKctM/7wTk5tF0tZtGYfZfhfVtfvBLDy9PlYZsjfuX95IpY46 l3wYhh6P+qQj48dmGanczM1jA9zRxsSd5b1ZbgmYPnb1unGaxFGUVOgtxQUqMy7xXWOWSk1wWksj 8S+VCELrg7WHKyGysN7tgyk1Ynlm0Ma2kD6FjDSH8D19NAkItPTp9YgEjUlxfH3bnSmWCE9ozb95 Y5bxblObJW6cVaCAWd6QfDbEvcQsfcIqhGY5mBOOlndmKfQg7AUdXioWllCHYy1v+GvJw60/u3XC VB/lkRvkSBXw0EPP5HtptkZq7qtZEjw+QnG2RXrKWrx1lQDMUjIvNMKEJtASWLCEyLY3qe8EeerZ YYbI7Z2xbARpUe13cI9s93PJB1afGvbqpg7c20CPdRFD6puCzyezRJ9d7SCgx/sk9F+1WcIuQymw wWhzM8kccUip2StIY9NIw1UmhOldJOjuA15z43y720MIjedov2iWpMuHNPLdky4fwhzKYg3B9mDf 5HttAgdIXAdKtQJvGZ8w8lVVdbHUcYyGqdl6736rgdVBnus0h5DzTBnZ6VGcrOpOmO8OuT2VLcKh 9o6dEtTsy0EJQtpalOFKNSE/9aYQtkPKmJ0Ome/Ytr0Oi9NjChsAdTkgabdaD3VL4H8wSwjgjDQP LDcOtAmrvTfLlKgJRKozLy8Sz1otzejwWAexdQ8o7A5ICSbMg+Nj4a4WIA0NpCGcy/DkpH2frc4n mTgtAemiLYy5hanhKTVCJvZ5SE1TrK++W6EumPRpF3v4jO6mejrVhIQVEv19O7eDXMwS/F7dz1Kv EHrLW36kW7P0SqQqJ31RSvzJWwo9siXj+SNuqz1QRGR713CpV4b+Zd8Dae3Ik6yM8NiYqE4K/0EI c381yyt9J3rLMz3lN+I+C+IttzWtSU2NZ3JjiKKzKMpia2ElRbLJckgOW+0BI86Xlp9Uhyq4+L/b A5J26wKE+htyZIAj15YBPMytdn04t0Siqn0JWRuYZUbYf89m2erBbaRrK8jjFdMbQUh/lsYSpME3 bHwkJ+iN+enCcDfFfg8Bc6f1y2b5oSeWUKErYZmDp441ut3C+ggmWnckQUGa3mC/j5CUiaL5mTpl RzQYbi3VeocqkrRMzUmnqVKM+9SExyaluRXjN6dGWuOzgdbPI5Jbuo1ZfoJJfEDeju1mydGile9z S+i3e8J6u4+NmShAfj23s2Pl4L5+aSe4wCdezPIDeEVjlvMxZMDwmEnqTin6o1kSVi/UsmyX2nOB nUzX1SnVIJUsc3PSvb9rw588ZISp7yKNqXI94iGH2FUFiWObtPu3+rDqhwTyNslJQo3p3pPeSdYo jnV70k0zOWkQ2gZYQRAEaeFVp8LgxjKy3xG+szkuG5jlEtV7NJoGVc09Wa/QGnLLr81yNsUTJZE0 WpE+foWpudF7Z7O8J2xHaZwXsAVCSApJDlYaqTHYgyLRBPr5fdc6SeF21a4+usc2twqiIjwwvHtn lszVLIVVUkVEo3p1DQhyyyqaEwp45CvN8MhTT6qyLEMNUo0KLo/14Xaf4TmW5aergDQ9t69meW4n eAfXAOoFBuV6xEfcfzDLRl2QiBWyqn2K9arzfTZm2UXGx7hAafizYXswDQ87H6VB4Wi7zIw4syZY xL43jmeZiag66QEdaPv/wCzr0bk95NrTwcMDtsSU5qTX6lDzENNx2S4gnmT63R4laMaCvzFLUjZN 9/vDjpx+kZq+xozFhSYzQ6RIK0ExUdCwo/RaLQTbrSCanGIJg9QsWh9AhbsTWJ7MFAbd0dTb7pMl OxhDepebwqjX7Xb7FFgFpAU0o91EJb99MMu7G7CRq1kis6W7PUBgbXKDuq71ySzJ2WOoYHvk1Ns/ ZYuJYGalP6OQBWW9f8qXEAXmyMgG0hjxC4O4wUbMHTy/yW2J6iJ6xpDXwd+70nAIIeg2UBiItNud keRs91hQI7d4tmhiM7HGDnpI8gi50WHvT1l4VCwCd3qsnp8KMMtxvZfAnZTFWhq2ccomhOhDOPM/ fjBL5GtNQd7jDqmZl2BJ4wmOekjDHltrGDlxrg77fWZy3Qd0XZU/G/e6/bG8MhTYS+4/4oCQmz01 PeqkZLN7etojKfBfmKXbtIEQjVKwsYxUYlODIxoBMouxSUOJ9o+nqq5/Pj+DMxx3esx8qfDUkOJX 8b60znOx5+a7TzaAO0ZWZnmZGu9maN91n8CyLSPcVJC67aNZ4kDYFiwht3iQBvgDCEVAGr2xpBnq hDqb5V2LkjQIG4cjZu5VmG7+l82yFm49zfhE2HGxyIlnXxOKlm3CLsguNlVmTxlqLCz90JJAmZMz PzBxgIeXlx3uyWiWZaKxrOIG1gxP9uwcrVB2itKHC1LcIigLR2KkxiwJtMNNu3pD2upC7Iql880O 8iYO3CYo4whhxMHewM0dClOYLH9glrCXsczwlpmNmCXoolE8vRzjxbhLfTLLNTFL0UVKSpbCs5in l1xjGDUsU3vGTSASe34rlgwDKpU7UwaZS73Qli7bMvbmuiX4WoWjqfFkamyqCokusTPtUPqaNKFp bgqxOdhaD0mU2XNx8Q6dCBZgCAn0fY+3t8d0yUt2ud9oPM0pweG5XGHkjs21HMXpyTbWhfGInjoo YHbypVkWtogDtrkzg5sVkKPamAyZmucRN/6y2Ymc6hmEohJ3B2acIDsoMnHiCHrrihJylibEVvHT 95e6TIt52u71bU+kV/OCfjDLkpwHgv9RJ2PQqO3z3hGQpR450yhqogZbyDux7uwd3l4r0iO0+/77 Cey83RfMwNX4MXLEVtnlKKo2y6+ylRatxfvjcXeZjbsqQP5Yd59wwtyMtrAHMl08M7oxy1oBeLt8 fjlhoRsDjKSRhqQHgSFQF6G1Gc3zdYmmGAj88P5/ySz703CXLq9mCbsuSXlJVeX7c3o+qX97q/yV qmG3uMH1B4KVlomjzVUzzBMTIkh1U5zZ43BZd28vhU4IriSv2CxAc/0sWWtzRQ+K3JEoZhEWmbdS FN3Py3DBjEQnxz44giGBMB9XxZbW8AmVBGg9Dvkn1wst2NZF/t/qoNnDSFGAPC6efzTLZYoFyYf2 eLpa8DeEO6S9fzroUGr89HrwIQuuG/6pMflnzCxjwoFJDhz2ma3O5npQvbxgUw9vQq7jmrq9OXz/ XmjjIW820jCCLLl2+dRTaX5RQfq6WixNL9ki32cPDxfdcr+NPUvXLT+tiPtqU/LyDHJBupiqdNUU jwgB/KG0JYj99tvQXOpufnrOl+MuxJiHylc5drbOiggPjJwEh8aRw/NC8rnFtBOPJnLY8pGcFW9W Uc2oLCDA7o4XsC+4c17EYBbjsRaExs9vB8I9j2dTObnywo7zzYrttke34BsXdQJlwVowZre0Xry+ lo0V6nBRccxbWaJf3liLIxrpNn1dXdjJ8WVn88PmDUVZ+fk2XjJtCKat6u21WDF9elm8fd87SBrG W0kWGAo8Z1qE6mUgBEc9vxpurNuQn58r5/1Eaz2r0PQfrMOsAmPj+63uxGzuE3uuaxJU+L/0+e1I zvPuURuLyAJpWJt8g10+Ri00nGwPM/jNTDGjIiX9GP/cLMGbudmlLwV00Exiclu45+3fTgEuTcMu mIV+mOSJLQ+RV9uB/w39IM4zTxlj30F8BkggDYjHfVgTWgp27M+pEXY8XtgV6W6fW4VZGvkBZPKR zvX7nLkJMNd4GM2cwOCvPHT0AtL1FUGzQXhiB7TPtjekZfeyJKsEdl5xEeb++4UhNcIMKwUQCQc3 3apkwBibHSGjX1dHnGds1e+MqDn+Q9FqsDExbMBmyHKb+GsXnnW/B7/ao2Q7zuou69fXfEF1R7Ld SIMwKd4cj911sZ2nLLMkTrCTP0C+T6T9Urx8t9sWGR5+l9EKnRCj+f6yzpawbhZm3qWGizkFtgBP wBfuStKCXmGfbKcPgeg+c6bsRPXSLA78MM2R5rI3VsMEFwQXOMUDQTxQ3mx0tj+SrDhrls5f4Gyf 7G2RlnKqb2LyyESVj1mtB21agcwMrwyP6MDad2i1bt++UafOxCweK7eZfIXk8ABpxYjMK+CMNU9N VlFIymT1G7DgBGa5ZhI9gNvr9SbLICNvZDkht8QZ7/h4gPC+g4MHJyyzQWikBnmOB2NxGhn8JYtH p5i70udhcpJHHI+J9v5gB29yc3raF3X3ybaIDGHQwkSyuU8IABoFwG1/dySE9vXCpXlCpJGup1Sf IY8DvyLQ2fAbD1k9sWD9K5VY2JKWa/Pc/vAN/qptzcj8Iux55dOWAIgQdkHSN3ueIiCsjv5mgxMk DuQbsIutLLVZKoSyMENCgNiAhgj97kgygxg7bwNbZXsPpJoc4fcjiEkGsNaKpYtkd565sXM56rsD JXBcvcHRgj87swPPslxPF24KK5LpWTNONl39/fEfitRcL9nuQ3diRMFN89Vdj0dsEMjoQc6RgyEy eWcCgQD5ZyjqBOwC59M0P0k2oe86jufb01GnR88MNwxhl8qOj6k6hARJNvwNmadx1HdNvZAa01PD T7I8z8EWLAXH4nCUkZ5ZIdjptizz2F1w/Qfsdwo3TQaEEGj2+opdAto8d+CZIUIiO0LorV3PEAet 9lj1ktiZ0UN2bgW4IJvAnELmOBANGzllEUrK0VF/EVUN1rYDyazuRc3Swc3CH174SWQh7E6N74EA TH5kSc2MJzO3w+uV73GjjD5kaq3RbL3xG8weHHQJQ7K1orM1LUiixzPTkEmJj7xBd1p9Qre5iQI/ CJ051W71ucU6xCGYyFsRHkQkIw5DWFJYvVUQmQQ3BkGQohixtNyVeMPlN5StL2HX8Tf2pv7yewvA gA+tMoXFBaXkBjiyR53vE0FDGmnAVuBFNuGjxeVspBGH1gwndeQaFAUtFpZ0g3fmk1aWf35uidzJ Q34qnrk24WZYSWJ6dSiygpSDbHl1X7errwxjpfCkrIisjvOlYZr6/7Z3rd2JIkF0EBB5iog8BEWJ JpmJk0l2MtlkNvv//9Z2VTfQIGbz8mRyUveLCnR1dXXzsOi+dxmPISnpzpKpVb8YcKM8w5e98DI+ YUVUOL7cbDflMoYViQPdmqSrk+12U6Tw6lezgjjy8NoUn34/rZ84Bro7y+YsZPyyMTC8eLHIsjyb NaRk7GSNsjTw/Hgedd6qAX3UnB0KY2l3UT/zwAXIjVIQOQSxy0XCAjDgW4aGBx/GaBzFAS60QwFJ 1tDVIomTLJlYsBA3zZdFsSx3dw8wiUIdOiGPRpF0KAgV2JetUWaxzCsGTFhiHOZ8AeqWlYGl1LqX f9uJqeDQEWk6bV6XD0Z+mgOdmxcXLIqrPEnSSOg8rkpYBzjyogUGOIdwq8Y4wg5RdCdMcZ2kak7i mPUtd6juOlTUzNZlHvqs73mTQWMzj72a9xMtb6HvYYoGOwV3nSnrKOpZpaBZlbM8xw4Cv2Nm1GB1 Rz68RhAbNJDbnK/ZgCryLIMhN9BMPylgRKzmAa5zQ1nUHE4XzQ6zPHK5SiIbN+D8aj5taKrBbDKf 9RHVsdERLxfdgYHrJ1cbwEm5Xs6FEKta+cla5FUDgG3sRmML0eDxx+bgYSJOmzXuUV56t4T7Musk y7HridIDfeTYqBapmeH25y98IkcZs/urVRRMpxPXFLJ1+sj1p2EYgDAhLM+37FqSEE46F7Qt0aJp W7hc3nQn7PiJZwkuCMMeB6w8J3Rl5mwLv4zC9VnDPIdsicIUWh5arsfgSvqHuNExjZHtdPUJobhj 4mUwPz2VKACgjIMii6rhuNwF2DLEgMCHYdm8WjiCtXTKPDcth9VjjuMsBWaCMP/2Ny7Fb6Kxz/kK s/dY+QjYSJ2ajRRKOKC1CGKPWEZQXVX/8nXTcUbyrBQWB9vQQLIxmAa+a1k8Xiqu+7d05rfpTcBN pDxl20X7wBIX89RGtg2DjzskdwX7zX4Am7RoMjvCrWLJAlNZ5gGDG3Fn+Z3opmqKPutr0UGwgxlV RffWG3jg/ek0GLuOY/NzYiiNCNkOtkH4U4+b9qIG7Og+8gShvrknXAlkB+MJAiafiI6BGNV+NgOg FQ2dRSOE6InhUwdN7ME4wfsnr7h+PmnI9993XxN29VNVrWH1ZtVo7CdQfEyXOE1nyPk4YMKiOzKM RtpRsJgMhdzgoGVmAGaU6mtDcG5w0UuxA3lTBP25ggxW8AQULNZNyqfiFm6iiRqIuiYzkfPqBq2W SLvg5bLuputi1uRiWn5VX/ih9Ycq6UJyz1WoR7ei8myTTX1/trq8v+WTR7iup9HLkI4tHXW5u6Fh XBazUuW0ZsUqFusZpQjWh2sal2yE9yiaKuIFZrheJghpGqOGekZtNYtvqpVFpa6rbGjYunpLE8u2 ZeFnh+QE/ZUK1MWlcEoblHpAsHq1xj9pRDRBULoG+VHtRQ0tj/eGQM8ubDSCj6a6yqYe9dFoSAO/ YtvCvgGBULga2jOY//jsu+U/D39t4Na8r1SIlCDl7ubma8Jvzy7mWSFZv6eHKKsydsx86exoH/9l X50SPTP8JJX/nvVJKfYoTPZtbewq+KzepiPZ97wWaVRamyXPMThWcnZ9dV5k+fri191V9Ye127q2 D/3SnRVjGv5iT45p0qwk6W0j/xi0Glt/7ahu9LbvYFd0AtiuXbbc9fNLX4l9S8oBL7pN6QrD7Kl/ dsdNb/1P2tU0Wuk9th2f1iFS9NqeCf9RaXR9+fu5zHdAUvbv3eU67JlLhRnP7Y9b4JgY8tSalGc9 MthVZjzuo9B4FYCcyndfxz5eATIaV5hyu7y5vd5GfRF8AZBCynsjY0fER/HzXQET11e724f7i57k 8GEADcflzU9I1/eui3fn59dsrzhpB3Ke9cjAWT6PicC8DG1ZmFeB3Xkhq4w8RLuTl/Ph79lV31iT 6Ej4KH6+J9hpCfn7mx/ls/j5Fc0OF+VJASnIntMSpDs2m0WVCVRaedYjoy2O92ZW39AspJ2Xm7Nz SK2Gzkt5t/dxnJa/PT6Kn+8JyP8WZbl8giZnq5huev5k7PSvOwZ22DDwqswaJLNs860fLA/iT+9y TLkFkESdgALXn+7uEfAJm/xMQJ55PPG9vQzw/xSDjN7wkGQgT5LJ4o89Sc5PDEUVSdRPeVISngCe 6H1MuvRAuUOpS7G3m3Wl8SehP7VKINR4/PwiEAgEAoFAIBAIBAKBQCAQCAQCgUAgEAgEAoFAIBAI BAKBQCAQCAQCgUAgEAgEAoFAIBAIBAKBQCAQCB8N/wGYP1mTDQplbmRzdHJlYW0NCmVuZG9iag0K MzQgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAw IDEgMCAxIDBdIC9Cb3VuZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyAzNSAwIFIgMzYgMCBS IDM3IDAgUiAzOCAwIFJdID4+DQplbmRvYmoNCjM1IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9E b21haW5bIDAgMV0gL0MxWyAwIDAuNDk4MDQgMC44NDcwNl0gL0MwWyAwIDAuNDkwMiAwLjgyMzUz XSAvTiAxPj4NCmVuZG9iag0KMzYgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAx XSAvQzFbIDAgMC40OTAyIDAuODIzNTNdIC9DMFsgMCAwLjM2NDcxIDAuNjI3NDVdIC9OIDE+Pg0K ZW5kb2JqDQozNyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMCAw LjM2NDcxIDAuNjI3NDVdIC9DMFsgMCAwLjQ5MDIgMC44MjM1M10gL04gMT4+DQplbmRvYmoNCjM4 IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwIDAuNDkwMiAwLjgy MzUzXSAvQzBbIDAgMC40OTgwNCAwLjg0NzA2XSAvTiAxPj4NCmVuZG9iag0KMzkgMCBvYmoNCjw8 L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBl IDIvQ29vcmRzWyAzNzEuODggMTQuODggMzcxLjg4IDIzNC43Ml0gL0V4dGVuZFsgdHJ1ZSB0cnVl XSAvRnVuY3Rpb24gMzQgMCBSPj4+Pg0KZW5kb2JqDQo0MCAwIG9iag0KPDwvVHlwZS9YT2JqZWN0 L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTkxL0hlaWdodCAxMzYvQ29sb3JTcGFjZS9EZXZpY2VSR0Iv Qml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDQxIDAgUi9GaWx0ZXIv RmxhdGVEZWNvZGUvTGVuZ3RoIDk4Pj4NCnN0cmVhbQ0KeJztwTEBAAAAwqD1T+1pCaAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAADgBjB3AAENCmVuZHN0cmVhbQ0KZW5kb2JqDQo0MSAwIG9iag0KPDwvVHlwZS9Y T2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTkxL0hlaWdodCAxMzYvQ29sb3JTcGFjZS9EZXZp Y2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxz ZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDgyNT4+DQpzdHJlYW0NCnic7d3pVtpAFMBxs7Pv IKAIZUegSAVEgxQRxJQAAUIS3/9FSkKty7Ge0093xnP/T/CbOXfy8ebo6CvFkN5ndpbleEEQSU0Q eI5j/3EEhhUkty8QDIWJLRTweSSB++AAe7w7EEtlcoViidgK387S8aBb5N77Gc4VSGQrrW7/Rh4Q m3zdbddyx0EX/9bP8O5Ipta5nShzdUFu6lyZDnv1bMwrsG/0nli+fTtbrPWdQXI7fbN8HF4WEz6B eTU57lixM1Y3O9MiPdPYLCa9csL7Mj+sK5Lv3C9103oiP8vUV9NeKeZ+fr+MEMhcjJc6DXg7a7ea XOZCIvs8OonarUqN3vYvRs2U93D9+8vPdmcbExr1H5lbpV8Iiw6flWLV4WJHz+Xvr99Y3TWTbmd6 OE/6YkrV5e/928fOmd/++DCcP9tTKJp8O2s3v84H7W8/IwTz13OqZseensWg5Aw/I4SKsmrQxX8y lsNKVHL44ZK8oI6/GlZj0v7tMmK4NKCQ/xP5YCEfMuRDhnzIkA8Z8iFDPmTIhwz5kCEfMuRDhnzI kA8Z8iFDPmTIhwz5kCEfMuRDhnzIkA8Z8iFDPmTIhwz5kCEfMuRDhnzIkA8Z8iFDPmTIhwz5kCEf MuRDhnzIkA8Z8iFDPmTIhwz5kCEfMuRDhnzIkA8Z8iFDPmTIh+zL8AU6+c/LnezVWvTxl8Nq9MAP 5m9U+hab3ZYjzmIz3p+9+kXdWjn1phhyVopy3tMfD7Qt9dOVXjbgbBRlXYn6aEXX8JvrSSvtcTZa MmIof6Vsabp+S58PKs6Hx96p6E01RzRttLQM7b6d8f/ZRsuKoVxnqlEzPpaxnl0Voy727yLgeLk/ 0yi5/71ekWvJl1XADO9LVvsPK920SD+BZZm69ijXT/yvFjGzgj9Z6Y3n2nZnmCRn7PS1OumfnwTE V2uwGVbwJQot+V5Rl5q2JjVNW6nKZNAuJff6N1vIWcETOS1/78rD0Zjc7oZyr1XJRL3v9Pb7lXyR VLZYOW80mmTWaNSrpVw66nfx7/X2APGSxx+KxhPHpJaIx8IBj/QB/nAAjhckyUVwkshzH+MPJ2AY lug+/3kGdf0GOm8H8w0KZW5kc3RyZWFtDQplbmRvYmoNCjQyIDAgb2JqDQo8PC9UeXBlL1hPYmpl Y3QvU3VidHlwZS9JbWFnZS9XaWR0aCAxOTQvSGVpZ2h0IDk1L0NvbG9yU3BhY2UvRGV2aWNlUkdC L0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayA0MyAwIFIvRmlsdGVy L0ZsYXRlRGVjb2RlL0xlbmd0aCA3Nj4+DQpzdHJlYW0NCnic7cExAQAAAMKg9U9tCU+gAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADgadf6AAENCmVu ZHN0cmVhbQ0KZW5kb2JqDQo0MyAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2Uv V2lkdGggMTk0L0hlaWdodCA5NS9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAv Qml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9M ZW5ndGggNTYzMT4+DQpzdHJlYW0NCnic7Vtnk9y2svUEzjDnTCIQBMNwdle+t+q9///T3mlwk2xZ K7lk1/uwcHknoRtosIE+B9367bfP9tk+22f7bJ/ts/3/awe0X6fp8H2Nh8PRtD93+PvTOBxP59Mv MeFwPFvWCRM5na3T8ZsqD6eL7Ti2faV+fxQ+f0PmB+w6HC3Htc+/wgRo8n37fDzbnmd/c1EOJzvM iiLPksCxvprv4XhxnMufTMBifMuur/uc3SSLrs/dXv3g9ef3nvHS3j6+E8EkrmFRxs7VjfPUx2z+ 1PW3gxXWclSSsybzrOM7lcezE4bO+fjWdf/W9tzLBx5CSrvCNb3gUBb84NlRjcfCIawzXILenE+n k3W5kIcYh6EfjubN7jPHa9LyNo3Spq/C6/n5h+OJlFqnvUcqb7dJKT3y3LsYFSfT73Tx4ti7nPYJ HPYBzpYdF5lvHb9rwfES97L2yY0Op6sbhIF7vVyv0HXGy9Xxw9C3Levq+oHn2G4QRXCAk2V76OnZ F+uKN/7+/I+XsFGKtb3kZWDbpMu5WBfqGpLXoIdT6G3iTTfMU58GfhC4tkOaXNv2k8S3nydwNgME nhfVgmXO9x8CFo6pJrAO5KRR2bR1HodRHNgXJ4yjOK/bpkwCPy7qukiTou66JgscPynrpqnSIEhI JAvIDQ8nJxfzMk9jl7huXJCu0AtS9Ojq1LWwsE6p16FMsn5aVVtRhzSFprqIgyjPo4CEmiJybBqg KvN6WKd9eb9rAVctWXC8xg2cVIm2qpsi9JOqaTqhlJJ9mbeDHvq6YVJpzcuk6LgYxpFXVT8oNWDN LXqIVtDMT7/fh8L3oAuios5Lpkb816f2kSyYbqpKczbftBimSfYdE1JK0ZVV15ZFK9FVNmlMA3DW 8+m+tMEPWnA4+9W4zHqaFWeClVnNpdTrovWkRT+si2zrTgxq3hbRMimYmG6TlNMy6WnimX0kN3SK 6b//8yQSN6iNrkn1TC9aqknRUh6dan68yZ6pZR4kNEkmsA49/giuBsb1PoG+5YPoux7Ct6n2ftSC S8xv2zxO6yz5oFjHseG2x5se51XDFN1mecOlWh4fJixvX1ZyXafl4T6N0zKWdBaQG+n//u+TTP2E 3+5G1zDMi2g6pbvQIguW/3xZ9Yid3PF5G7tWalnltZonPaP//WGB0KLkOHZ5khW1mGT+8T4wFhxx Tgz3+6TGWbMOi4JRBv3wZRvVNI9ynEQeJq0c9fr0tOpJNXHaz7f1/gQRPavdAsuv5y//fRrLuFQP Rtckh2ls0kKMfYQxYMHvj/PAe2yARs+8qMTI0iDjyzKv63x7elwgNI/jpCpsobjoR55ePziLYAG0 X8+Wk6ntNsK/eV1047otAxu2x0VyOQg2jH0S5nya9PpIFoxNkjKy4PGmIGIODDyCjM+3bZtZ1Yx3 o0syPsoySpnqo8uR9sF96os08t2gVGOb5hg8DVI+7xY83rUQasAWIQvCpGSwwP7YAi2K0HODXCyz ZIy3WVQM98eFVR1cnfecdy2XTRxW4zqpCb/Qdq5bhbku8OWe8SbGYXS8Rq0ih55G1is4I37oG5yt eHr90JlnUIwzS3FeY8FyMdRR0ilRpZWYtF4WPd1WxZjAkORFaVE3XA/PweovG9yfTZrVZZ7m8FYl BK8jL+6X+1gnWHQthWB11bEq3C3Qtw2LO8LFtqdNDXAoEgkREbALmMTA8AyBOZgfuqpmXepHDa+x 1452JobKp2h8stOeFUFQ4pnTlhMSJ5PQcFgh+rrmOAF71ndcj+ao/54FVlAPIzyzKWCCHHCw5f7V zfnQxXjSfBgkb7AcZep5GfQNdDLW2IDz+vRlZQ0bFIngvAA+ydsm9Zyw7Dscs6SrL5O0LELHz6vM xVl0ieomMZgJ4a+sYseJcTqQpQ3TY193UsHxqjQpeyEFb0ociA3c77sWnOy46rq2RtwK4rJpKDyd L36ax4519TMT0eC1oXe9+nnTNXVdZmnJBr3cH8YqSRGXqiy4mGUNk8ixztcgSaPIhLo8dD2KzFc/ 8uFnh7MTxZ5ZUjyxMHQty4kKjEmrN6o6MUJF5DoB9FIojfIq97//DADtbCAHYAfnCgBA8R9Q6mjZ zvV8BNoMdlRxAR4+4VMUBr7nhUWP0LbMLHEJdhgRLOv5akNoF74aXS6wz+UC8HO57l2s6/UZlKI3 3h5PV+rn+0k/ysJ3jBChih3OXIBmvOtH4P9gsNWO6F5gGgCAwVeHk/WM7I4Gzl0A7M7ni5d1AtFT lL51ekN2uxABRLweX354RYnPXY6vMNj8QBAO4MlJOtnHr3CQMObFIMeT9QPs5Q01v+Hg315f3nGM Z+oCBBgWTd+3RfCMoV87HF41fi35frRvDH8kSFabzfQVuj78SgZpDAALuRoSBr9Oksj9MyX5mw3u il3xy9T95TDXMC8i25hgEQL/kD79cDMO+uvU/dUoll9J1dDJb7jPad8p5PWnV0Z03DfB/v3buz+8 eX59r/yXestfNAAncburwjXbHvwHZwxtvKvtuM4VhApvbGI0cDXa4PjomAPtbL7CgWRdwfJJau/z Ty/5H9vh5FUa2LGLXA/szAni0AW/QhDJirJAyAjTIk/CEB/zJHDxMQenjxFGvDjHG59oWFFkkWub LxLv+4HqH7DgEvXTbVtlGadlHqc12HqcV2UFzARuCT4lgATqugec43WW1XiVsi+iqKDw3JdxjDg4 cNAXiv2ioyD9rxoA1CPneV4BLWuG+D/edF/34FECse0GfDes2wRYt6wL4DFBO+IBmle1BPAEzG4b Oa/zyOuyJ+Ikqg/wzi+3wAq6+TbP26baVgxCbV/uI9YWUHIYlweA/ul+G3qxPj6sy3ab1HxfQO3A 7wZg5pXAutDbtoy8qcWyrZOsg8u/aoEhQI83Yge8kxrk7PenddZAkHgGAHk3QGPdVvz+n6fbut0X vayqLno96+Xp94d1va+Kq3UDaetqNm23ZWw/QGy/uNE+nh7ueAZPd9WLebs/PD493mfRAUZP69Pv G/itLDN2/8/jMgHqg9mxNK7B0mDeNoNO85aNy3qbwTnltN4W8dE1yi+2wAr7eRn6Ti43zcX88Lit 9y9PM/x9Ab99eLpprVmWtMvjbcTOlmLUHTiRAv+938GWlezqViicBSCxfNDrpivv37SArpVGXkRh 1mN38unhAZ7++DC2HSxQentYlFJdEhaKeDq2B86fJgoKAeoyLxqnEm+qjhwO2522znzTH10E/WIL 7KRjhX+5uBkTfSvmiTV8nvq84FqrcVlGxkDjXPBMPSpJrK4vAi/t+qYBZQT17YqCLgpwKHWwBK4n PrqE+MUWABPlgKJHy8vKIi3bJo+JkQWgCpwzzpqiKGLn4sQ1PnRlEmd55NhBlsdR3tLveRTmLQcH LtOsZqCuZfDv7mTwIJdw6dFyfd/16arTDYh9eXGWpUkc+r7nAEzYQZKlse/YrmeDrrmubbtRmqWR i+AcZXkaeQ7F6zzxP2Quv9YCoho7fTGXysR7zoYVgZjZ9vViPVMTgB+T4DidDT85n80Vsg04tAOk F1xk/xu46Cu4+EquDs93829X/8fXb357STO95yfPDO21q2E0Btn+0/OnxX4dhT7t+P1H0irfV3zY 8xL/NB2g7JTvvbCmw/Hi+oZDgZ99K130M4oJmF8d1/6FbvT24PfHbNbJcpMy26+N6ROOoNSlu4WL F4V7EuydhzzreXGTd750fGmv789OGAV+FIf2+VXLV+nNw9dKfnBRbMraEHe0iTxi217dpBWALia3 Y9l+2osmMpcoUZoEtnWixBQaJXr2FNNvh6/k9/1MbHRvdO9Cv9KB2xZJSofR+bhrMZzVetlnz9M5 mizSD3BPOIhHx13oEmtJ0hSkBDMGiB9nntBlBJ2QhNFEkeBnw2cijG7Znud6YZLGe4rpcLJf5C+Q T2Go65jXGF/juA1omDiMm3Hi4BVFAm5/vjie6/oRxPbTdZ9OiulcjZLI+9Blj5afN4zzNo9SeuV9 EfpxCcS23Yf0etwv9cR0v489JVb6ru/qqggdNwYHK1sGspASWTleo/pFPio7vG2ypKJ73I7RBWpR IbJxcCC5PWhoaesq8x0vKfK8Ip5R0SXCu+mEcYmv28z7iEYAL7RSIdozsJZlAikRVdFwOUwPjwoW HC9hLSjxAQqg13UUxME4KyOKvlxNk9Zjn9h08VsqI88Rs3uppkWzVi6rlgN4kehaJik3MHB1f5i4 0dKZVWO7lqEJKdX2PB3NqkZO0yjrj0A4Bk5puO2uuVxvIx9mzfEF78S60TMAN+MD74fbwzwuYC37 RfPQlxXwzrQ93ICYDUg7ec1M8tPYgsVJUJy7ltN9lb1ctpEuseVAEFAOyzowqQkAtiWl2zD4Oq+r zMw6YDqDJgjLp9syDW38QQaE0hY9oOLD04qFnlnV6VlJLEhWDbOABWe/GmSd1+M6jctNVXk7DFg1 xfmox/XL7/f1dl+60Dqe/GYi+VH3VcOHcX16WgBBx6aASgBv81zuT7cBwJu1Qg9cjhL/j+Pty9MG VqRLQD2ajjRJCsH17TYD8Nrf3wiUACTK9fjlptQ81mmFv0qbvIvmCVnQKFFEuZg1fACspZKybfGA p0kNCyyYl3WiNBaegVaQHzRvmAJl+wLiNi8ij2ul6iiqhNbzw5dNwvy+EaNoeygEzVMb0b11VQUs OHslLKQF5USE1ll+nAGJiArS4qhhGsq4lJiZHkz6QxgL6kFUSSlhwaTbKCwFThI237eJ9+P9Aexl FKVHXlQrSfJaMIWZLY+gPdPUJ5AQZZh0NMz2tElGaXMx0h3A7WEbezY/bnqAWQntuqjT2EwbLGh6 qZfbRCnE71lAWah5VuPtcR3kiMUusDp8UHQbsQicpienEENf9xPlb1QdBiVnRdpMoDd1waYF7iS6 lJ6/V8lneaEXk65a4WgteA5jeZgyDKPWxxssgI1y7POMrU+bKCu5YH8LTqmO4yVm86TG9XHFMxI4 O2YWff9G4EBGE0fBkoK7pEHa8bbupRQDfCaGzmvc4pNaMFfJC9/LuiYJMrEuLIkKDjpDY9Op6xSs I3nR0x0FZrFNEKxCPwWR8GNaW4VhaP0xYdHEUTXiEIjjxmS/WOlblOXBRjLTYQ1dIswfZ6HObt4L IaTsKcqEbpiXaZzhSJaDKH2TXKI4IU2uv4wdO8zTwAlK1ueeHRh+Y85sSgSWOclXRd5gSUllU1eJ a4cZFTLkTGKYgXLtrG+bOvWdqOYNZaJqijN1TJfKb9MpKUxI0SYfUTnEwITuB7M4CChrYvtEXqIM nCs15RJASBEF4jSiUg8Lodi9Whc/jlzrfPETulE0cfNwpvIikve9MIVGqNzTOAjeJJFACQ1DcRyU yMMPAdCRdbapexY658P76TxriZyP2DRQG4Ci4xBLocqbkyEvF9t1Hdva4zxCP33afzdZFbBNc1u+ yz6TFRI18pa52qVSrstlR0kkZ9n7MDs+uu5jXajYiwq/XPvyXCH0Mh2LLpFd56Pyot0G4hvviMq7 K/XnDubT8S3RQ7hxZzBU43b6KuHzIn4yf07vypVOz1qO79uzltMrCj289vvq6w9s2Of0FW/6+jr/ 25f7O1k5/bFm7sWa43lHptb5Nd3wKmYyZZdXivDHZMJ3h/0rK0yl20+Rb5MnBI7+C6mD5YQJWgzY e7WdN2JPcuez7Ueh+yvJ8sHyk9fyuLf6uN/evftD9R3omucDGgfut6VOdgLY1vd9VyZRktCxsDdM 3nfcqOoqHD/Hrxj1W/t5C6hKDpHJequPMzcSe2b0uabuXfUdZWWvYVGlURQH1/P7ejzr+VYD0VxR aYKi4qq2y3F2WSaba8dlmSaIAix1TbGd0UlvzOBmCn/jIuDoFHKoQtfz9yPw6vhBGHpX0DBKi3s2 +bTJbZvquyj0XbpU7PI0CZ29Hs95kzK1OmE/Tbxp+LQCNAw1KEUQwXOcsB6GvlW3lae+Z3SbarzA 90mY8uNB8HEe/E+N4L3usoyq4pocJCWvm7YtYwyId02ZhiEcGsd9FEVp1fZdleVs2VQDyhaGVERQ pYGR6trSZDwvEZsA9ZJ63FYQgC6N8xrEpkwLuW1aAVGASRjdSRBQTVxd4VF1FO3wXfTtktXvWeBW I0VyNSpA5yqvxTiqUTZpWjGJxuqqqRI/LOqqauEZ08i6AVwFjl4XVU/VcmyXGiFFZAUWzLrN0sZY MLES+HqcpqHrNOgSlcaIGlRKGjjQUy2MBNECTgb6UFDxswkSY4GguiAgvBEEZ16ptGvoMF3BQAaA 5UWdAUZ0VDA43bZJKFOpg5+lkgyATTI5L+MAPalNIE1s28h6AbYGi3lNrGHeQG/G+zYOy30mKiVB NrQUelsV9N3nEcxoIhXZB5VR37RgllwvqqmB1zhMYQ3TAGejavIK9EACRnc9kApl+/T2uEo5z2Bg oJnT2Bclm2YFUMoarhXICiyQoAMTPZO+V5qbUsnl4UHzYQEyV8uIhVEt6QYW36a+FuttABu8DZ1R 8TctmECnGhBJNas6a0aqeRNFmPSTFqAemA7DWoLwElcBZ2EdkR1Qoyhu9AIOI8sU4pW7W/CElaXS JdAb0Zj8wdPTzOU0djVYWi9GScxhWkCTZJF1oBNlT39ao+LnLZgkuC9ITAUkqjDxuFLTbkHcjarr hmVbwXh7k5khtjW+syCqyVzNsqjEoWYs4OvCK2A51884uZieiPfMXGjV4kHLDv9Dd4snR0XAcTPS qqmxyXBa/bwFOIsmsCtDYgQRWE5z0cNApLlgipcFWx/vQ11xqka8Pd4EcZVeTuRFXZ4D2Es5UCJH yJIsiHpQJsBV4NmEjYN85j0z53rs8SDBwhTp7jXVb7ZxCEZeJWCxdVIaFT9nwZFK9/qW89L38551 THZJAEzfY7eR+0tiJPq+9DhEseYjNiLWXytiDmBcJqmJfqyO/KxnlJ+xgoa3kUk6gLfInblRmV7f j5p3oHZFxY1uaBCgQkHBWR6D0RVxDlr3s/sAXKxuy6KuE9eJwHWqBnQnquoir00lXIvv427gRRBV 2NzDSPdKHY5QOk0pKSNEX2ZFlfkuxKn28exmVW4S90AsRVPDb8ZB6ZGVOJ8R6ZoiiiuiPbyvMG7q uXFVxn5S4dCOjYqfswADRnGIoOleLi4CYxgH9tUJI9+LTNSJqSiO/mXB1Y7KtkUAyyPEISqSDP0w 2yMaFcJfL1QrdCbStlfXmar6II6gp0O0qtIwyqsyS+LAeY6WSYAgD0GMC3b18udn84RELezLhe5x QV9MBf/5ZBEToZJ6gheUryHWQ6VxURh4DuYKQkYMxwAPQhV7Pd5eTHd4qa4zxVUERvYyPed6pUwW pXPOFwANYoYksgu+/flpZPTKPN7nZY7PSN5AvN+eq+9MadxeBXd+xnzPZXGvVXU7Tj2+oy17J+pl eJ55fVdP90J9Xm7iv/WPjX7EiG9/eAd3v/oXLX/6Ry4f6H6Veweg/y6U/myf7bN9ts/22T7bZ/ts n+3/R/s/c9+Szg0KZW5kc3RyZWFtDQplbmRvYmoNCjQ0IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUg My9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMCAxIDAgMSAwXSAvQm91bmRzWyAwLjEgMC41 IDAuOV0gL0Z1bmN0aW9uc1sgNDUgMCBSIDQ2IDAgUiA0NyAwIFIgNDggMCBSXSA+Pg0KZW5kb2Jq DQo0NSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC41NzI1NSAw LjgxNTY5IDAuMzEzNzNdIC9DMFsgMC40NTg4MiAwLjcxMzczIDAuMTkyMTZdIC9OIDE+Pg0KZW5k b2JqDQo0NiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40NTg4 MiAwLjcxMzczIDAuMTkyMTZdIC9DMFsgMC4zNzI1NSAwLjU4MDM5IDAuMTU2ODZdIC9OIDE+Pg0K ZW5kb2JqDQo0NyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC4z NzI1NSAwLjU4MDM5IDAuMTU2ODZdIC9DMFsgMC40NTg4MiAwLjcxMzczIDAuMTkyMTZdIC9OIDE+ Pg0KZW5kb2JqDQo0OCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsg MC40NTg4MiAwLjcxMzczIDAuMTkyMTZdIC9DMFsgMC41NzI1NSAwLjgxNTY5IDAuMzEzNzNdIC9O IDE+Pg0KZW5kb2JqDQo0OSAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JT cGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDEwMS43IC02Ny45MiAxMDEuNyAx MTMuMDRdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDQ0IDAgUj4+Pj4NCmVuZG9iag0K NTAgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE3NS9IZWlnaHQg NzcvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZh bHNlL1NNYXNrIDUxIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDYyPj4NCnN0cmVhbQ0K eJztwQENAAAAwqD3T20ON6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADO DJ3pAAENCmVuZHN0cmVhbQ0KZW5kb2JqDQo1MSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5 cGUvSW1hZ2UvV2lkdGggMTc1L0hlaWdodCA3Ny9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVb IDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0 ZURlY29kZS9MZW5ndGggMzU2Mj4+DQpzdHJlYW0NCnic7ZqJcqO6tobbZsbMkxAIIRACbMfJPn3O ff9Xu7/A6WGf7mQnvYdbt6KucgOaFtKS1veLfPr0kT7SR/pIH+kj/f9Mh8NxT4fD+5t4qe6LmW/u 6mg5rue5rmMZ72z2YJjm8ad1D4Zh/Dx3G64//j6Hox2kRVHkWRp55rvsPRiO79s/e1fkes4LDR8M y7Zeep3vS5unshM977qOZr550K6hX1bP7/Gwp0/b7fd3Xwp++nS0wzwPYe+edXwuuBcynCAKHOPb dr+tfDgi/2Qf7x28aq4dM7WMnItpYqljmJZtW8bxaFi4sC38WphoPQS2bRrbvMIEJFNnbyYe3Yyx MnRRDVm24+gGjL26bbunOItc60u7uLB0s469OdDBCitaBLap23vBpe7paKf9OneEtHKVVeD6UZJE vmN7QZwkSRxFcXRyLMvFbRS4cHLHNGzXc70T8kNPT6PhV6PiFZzJNm0/StMkcB0vjLfaSQJXS/wv 7aKhOArD7U5PiOEWQvH8pPuLA/c1dzw6mVhVW+T1eFZNkpRNx2gRR1nNOs471rZNFZ+CjOiLLEmz yHODNEvxgDGanWCv4dfzdRk6mod+WFDGuzqLc8pYQxvW4bcu4rhsmG43TGv8T+pW9xLAB4xTvdzm Js9J0zYkfW35wNzhsvYN5eo8NSWFT0yyp4RNs1LreZmkFLSomEDqGW1akkR5w9puRLmxyz0DPdL1 8apwV6VlK0Y1S1Z30zIJMS0z/IzTiva6eF9XjZxlzwelpGhS1ziYAV2fVt7sHeDRy/4Ac8fbbZnU +bqKmg7reVa6D3leJ7neLtMg1dD149C1HP31AydlI8ZxuZyVWlQbWUeYuzzMfS9lR2gHcy+XqZeX 89j180Vx1o89H3W78zx0w7qOjE9ofWCZflefqOuMAiPHEIg6tF439/G8XB8f57Ziy9NtmS/XeVRn 1TF5WXjTz0pOU1dm9TANPZrthJTq9tvDsmBaUucIZ1AzrwifhrblYpwfHlepLopV7TT3pOqknC6P aPd8mQe5TG1Z61GRXeEbh6NbDIvkwyRIVnHJEvs1c4freRTT9UE1Fb9+fjovaHaclqGu+CzrEhvH PE9tEhZ8Ep2Y1KTkoJ7+/bgu57u5REqapO00YZTktNyeLpNahiolg2zStJXTfNvbVcOoRBmh6Lou ox5K9N+rgWOt5iFKcrT3srmpQMWiHpaZ0/76L+0Yauil4mXBZF9m7bQomJtGBZddzaYLlhUbb/+6 zbC7je1nczM2qREeP2F0L9OE/uOyFyRKKJ4+3NvlQnbpKSL9tJwXbRt2Jj6N2twiStnYJfbL5uri XRZEZJjhbIv2VjgqE5LlWTN0RUrlhCGDy1IhaFYN19vC4DW3sxyGngSWNneaOal7LMv5jIm53FYp JUvDouNlGNdiGJeHvd22E23iR1U3TOt5yF2YG3dY24MaaEH6oYle9l2EiaankeNEdBw7NizLNA6c 1ozTNCFdk8YV71k3DLzrB5aHCZvPYxUX/YyCguXa/bwKHonlLjo+rbOU60WJvq/jIKNNFoQVY22v UHzssUUwEvkYXXjbrEcXYYJK2fej7DsueOm/DC4IwgVB9DXcpG7rknTDKDjN06LKwiCt8vCUVFVe UN73vC0Dx88ZryMvKLtxFB2J0eHRSVrU6ru6KPWFGAZWE5KdPATnyPWTsshKJjAKTZ5kZeq7QcEG GI+pQZzwCsbbukUHfVdFL/uCRpxT6Ov92g0Rt8K0qkkRI8iEvuP44QnxLQz9U1wQUqYn27D8OA0d 0z5tBSPsnHhjLykJqfLIx7vVpCqLBIHLty3ndHItBMiTd0rKmpTJyfMD3zadsKgpyUO866ejFWRF FidFRTBCzmtUCIDUVKDJCMHecv0g8B2EeAuEgF/jqC9N2zvpxxhK03Z07DdR8OTtHHY0HW+7M01H V/dc3ZK5AcKGH6axZ6CmuT3HK4TBFsF1/4jpjoMO8G6vo9kXzNohHexqGt9B1Q5W96fHO+Y8P7m/ sjZjpx88NY7/Vf9rA7qzw97Lncl0m+jX2PJfs/abYTaee/xBvXunICmAvEan57e85xp3278TFt+W +V5xHH5X7jVF8gNzMWGYXQCq5/0YtkHaQZrneZb8Hp30jDr/NZMH7Qd/mLzfmEDZGRay7UVZ4lvH 71F8794KCR8GvQcAnY77vO7JxILEsvum7DYXXqBX8ffv8Fzkuw7eYa6TYFNMwpQ0ZWAbhrV547Ze 7mN0dHOxrjMiFmKAZ21OftzKGVBQeMfnSrurmpafVfnJOuzr4nDXsHtzuNkW8taB+aKY+9noxnQQ 2AH7DvsrNjGsXfA2doAwPG2Tj3gwXeaecUQFmgRY3L7r+mEUeI4bZimgfLvRr+qesBEEGaJqpgfd 0NuJFiAW+Fw3Z6HIfrHvRT+Vej9NYLlSzIj5Y5P4flxS7IyRH2aENg1JPN0pYG8VVVbyeRE1QYEi zapa43eYlKX+oU1dhK4b4DEpy3Z+mOvAxHII420Hx8aekYZWkBcgfkqrVMciWueI5W8f3qhdHp8u ogz8hIISR14XgDqksU2c493cMi26edVUogQwXWM1pyXURgU23yqlicZ5yNXx8nRuQwuRoKwR5OKK lBUbNaajSDdKOTBSMQA1jV8GsZ8MbzV//s8DT/ywlsuG04zPZzWiwXJD6Xp5UIy24zILsYDMIEih DYQcOg5+6ad10ZUgTRDJoZ3G822uTybcrOEkCnIGxJHrAi6uiFjWeV6U4NPlPJDwleD7Q3O9Un3+ nxtPgrS/PKzzellGua6iYVLWwWbu+nSdxCAlb/lyli0DvtZlKxVYTMn5Ya80CExHWVRQQOtOXUmH AQxLDghS51UNjHbr4wOEwGWeluvcxu7bj2Q0HM2/fb4NZVJNcIplMxcCJydC0tDczH28jJy1dZG3 k+ogCwCfMVweum5drr9tlaCalKiiIIb+UBxeBKbu4E5RJQbGRkA9xlTePoPvwc7Tsgqt+N4+uD6w 8Hw5T6yi6vFxVdCIANGRJAUfm81cMl8kLdI48EMySpqVvdTc3kNh7OZCwM1a3okyDOK8FlOnzcXo yi5Pgaht3clZK5/56TOAfZ4llgCL3+4Ket9tR61SIfrYdL2qEYyHTUtUcY651OYCbBVLfA0wfiUE ifVOBREnAPDLotbbw6wrwYnHpsiruhVTvyM4mwZa99ivsU+O2gfmhycN7Fp1yuYVPfmzweWiLTKg M2/7eYW5QrfeFRBRnAQmOLzoRaWPFoCbeYcMcLaARAaYCyib8V6JNEKKroPT9NNQYalpBJ8EBA9G F+CroNOEgtNAjrQN73XbbzYXnN7S1PeiijWkxjaj8TsrahL7EfYhuBfGv6ape9ymIiYk9ryUgqp7 3mBVSYYNQVeq0oxCMQ/b8UJPsJEZXo79EJlMb3ajPrqoGixYWFsWZGv77aPrRmmM0OqEaRpjmbRY UNEpiCMds+Lt1M3049jfJg6QEEWeZXlJRWldZgVmm6Q52Sp5vj60aRAD4lIrFcBDUNC2pSSLorxu GS3jAHGobQgkS6Tbfqu1GDDLcbeTQsvVtIxmtCCwHc3U9oZb+ij4zl33S1B6EEUhYlUn++J0r6Qp PYqjwLUdf2MclPbDOEbMtfXh2d4wnuiI/aXJtw4vYGPDe/DJ/aRwI5A7m3w9Db2XvlO6Lmf7ORRu 7Jh7pY1j9Mnl8ZkgNUraG/5sR5P7WaUuYuzn9m+39tNOyfv/h2+58cfvZnzF8SPEGjxQnw7vguRZ TnwD3YfDN09+T6Z/dQJiuV+FFeSpH0UbI2/c+M7p/bPT16E6bnxrfhmoTZbqtej4vueHWmx8P67/ gK3fyEv7lDd17BibHtz80NpEsxtDtMfJRup7lvaad+H3L1p73JHbgQgHuOZs7At/V9sbw+MCGx4A vwdPpIHznGXpC2C8+Y696hfS0dIHIeDpk+vHRa0Pr+s4zvVZRnQKs4qQCuNajde11+cqQaSzgPdB UpK6rlL/fV+V3pnAC1nT67hUJBkF5m4He7TTJ0Ubw2vAbWq2PD3IjjVlUd+zSn28NA4sewci/oK5 ZlAhxILVO4CL6Mf1tgouQCj67Asgp3ClL24AzL5n7J7VAXmBPQoA+naM+QVzraDqxLg8XCeMcUfo eF4lsKUu6ThPCoKgJh2GeFpVxwY5jJOgJR2A7cs6tu04ARL/VnPDuh+n8+PjIqeRplmroHNUl0U5 dOZyWVgGnJWDnGHcAGmvulxnzSjG8oJLnr4HDN6bIAgYbFgfn86TGuskafSZumIpaGE3N01gLuDw bu60ZSmlS8d/4BT/TzbXK4ZFq7HHVeviQmt3OU28TKseAuJyEVXJ4KpCSe0M+rhdZ0246qswacbu bza3HOZpVJer0h+rtKBV+rycUax8IbFPcNYL/Tlt6qHlu3vW0DHgfRDVffvKJ50/2Vw4A/YjCCte 14z3AmbV1Xbk3TPaX56uUvC2SLF9cAbU1Vn411RlTRIftFv9vTuD6Wd1g0QLoDuhLfbWOEwr2tAq y9r5uoiWpIHWHaQs0uielYZhEp+A9wD/v3PfRVTTXA0U952NsOP9e7SmcD/cPmEngQsp4ofhyffu WYjCIDfbMB3Pffup0q+k/W8ENpC5f/zfDvP1V33Ly9ovfyCwfRownrN2+D18oeO/1eBnxP72Qtti B3muP4J8he7nrMOd+f8JhPxZ2v645dVPNv93ElzgLzvT/yvSP6IXPtJH+kgf6SN9pI/0V6f/BZ3s jcENCmVuZHN0cmVhbQ0KZW5kb2JqDQo1MiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWlu WyAwIDFdIC9FbmNvZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9G dW5jdGlvbnNbIDUzIDAgUiA1NCAwIFIgNTUgMCBSIDU2IDAgUl0gPj4NCmVuZG9iag0KNTMgMCBv YmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNzQ5MDIgMC40Nzg0MyAw XSAvQzBbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvTiAxPj4NCmVuZG9iag0KNTQgMCBvYmoNCjw8L0Z1 bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvQzBbIDAu NTQ5MDIgMC4zNDkwMiAwXSAvTiAxPj4NCmVuZG9iag0KNTUgMCBvYmoNCjw8L0Z1bmN0aW9uVHlw ZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNTQ5MDIgMC4zNDkwMiAwXSAvQzBbIDAuNzQ5MDIgMC40 Nzg0MyAwXSAvTiAxPj4NCmVuZG9iag0KNTYgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFp blsgMCAxXSAvQzFbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvQzBbIDAuNzQ5MDIgMC40Nzg0MyAwXSAv TiAxPj4NCmVuZG9iag0KNTcgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9y U3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAyMzYuODIgLTY3LjkyIDIzNi44 MiAxMTMuMDRdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDUyIDAgUj4+Pj4NCmVuZG9i ag0KNTggMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE4OS9IZWln aHQgNzcvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRl IGZhbHNlL1NNYXNrIDU5IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDY1Pj4NCnN0cmVh bQ0KeJztwTEBAAAAwqD1T20Hb6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAA4DaqLAAENCmVuZHN0cmVhbQ0KZW5kb2JqDQo1OSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0 L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTg5L0hlaWdodCA3Ny9Db2xvclNwYWNlL0RldmljZUdyYXkv TWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRl ci9GbGF0ZURlY29kZS9MZW5ndGggNDEyMz4+DQpzdHJlYW0NCnic7VqLctu4kh1REsX3m+ADJACC 4EOS7Uym5v7/r+1pSraT2Ww0teObu1tlVCITJIhuNBvd5zT522+f7bN9ts/22T7bZ/v3tx3aP71/ 9wHz/K9k7w+H/T+QurMOx4O121l7+vNxau3+xmS7/cn3T/9Ae+voBphgjz+e/VHawxS2fbAeyrbD oowglZZ6a7/tXg/ejt6vvZ2zbk6y2ztJWcauE2Rl6sH2lvV6o/XuR7vt9PcTfCfhPugu3YJFotA9 PDKF5WRdX3j20UY74ve4t+ABbwf4e9gf6Nqe2uYfaDR885Ld3s24aLKk5Lzw7cPrjXSAo5tW1sE+ 3U5jgu3+/feiNr+7SbHghrYT5E2dOI8epOWWg67jIIyTNImiOI6808kL4zgOceDiIPS9IErQdRzX sfeHk+s6Xpgk0c3brFPCte47qbrMc7wIF7wTpOMgCZ3Dtj7bj9FxMZ+D5WEaTBBtEmw3IJn+6XA4 YVAcuvYJc2SVnE0THB8ov/fYaLqStV0vRMe7ri3juGg4b+sijvKm6+qiqNCviyTJ0sBxoyzLioYG RieYZnfwSrWsyzxUkRfShaaIw7TiXd/VqYv1wTNL3vMqjeI08R0vztKEJDQkIashqiljz49Zy3mV RXHJhdTnL08ysR94/d6rxkm0YpqneV1nY0ZZ18KYQcq+rnqzjIL3ippoG97kYVxx3snRjKOqQzKN Zcfd+vvv5z71w1LQBdmwVk9mNLqNsZv2XimN0aIuWFsnPiZoGkhQm4RunLSUoimKRpCUvm7UvJjp 6euLSk+PlTeT7M15Gc3leR0hVAqzmp5LrcR4OetO6FHybhgHoWRbVEJrs56x1kUVDmbfHfx6/fPP C4/8VCy4sCxaDOs6qnFSOfz2EDYGZlG8apUooqwbhBiXVwnnRUHC0PeDhpn0qIblOis5P1/66LHb VGZWUHfs+vliuk5PephmyYpWm3E+T13dj7rJit6MSmnZYX6zvjyv83oxlbcnvwma9c9/XbskrCa6 cL4uWB7daDSD3+C6Oa/T0NXdqFicCzMoQxI4JEyraYp6mIyZVJWVYprm83momJhN7T8KN6/KT4LV epZVJSeyPk/jCjPOy1AVfFRlGDfjKHpIgwPoy9ffL8td+R12bL9++XpVZcbPf3y5LOfLrMdZV1mt NcMIuI2CS06wsBmqpJSTVmaToEmCKnFqnpdZ5mHC8dzOc5cmzbgt/G/4vISr8qyUY1eQhfU0dVlS D7DLJIqs1YpFSaNVW8v5DI8Sy5eX1UyTLDC9dQyrYV6WxcDUl68v8NcJboOLCVOalrd3Mq4neJpS 09jksNGozCZBGzOvA6P1TPMsiyjtDJZh6iis9HbvA+Vdpo2AwzVp0Q88y7tx1MtZN1WntdJjl8WV 0rxk/dCXWTs9XYaqGi7XWeuBY0chzudCS86VGXoxP1+nAQ7M5djncSnVZnlkAjnOlwUGp9gwr+Mw 3yUM82XusBe0GszQlJUk0+kqDJgem/CRz1tOIRRvhGBx2vZVkjZSDevzeRBSdm0vkAKyTqu+l6KK w1KtE6dnusC5ZI3MTIbHzUlSyUF0CBST1rKtuGjTMEf6c2l52KMjDCq6YRqHEVFVLZsETDs9PRkJ UXUjtezFoJAx+sL3CrhB8ijaWHZU1UXOWOKHOUuDMKsbsbxcjeqbIisZEk9QdAhmfRU7TlT1PPPc pFF6kDg6wGuCsi5DxwnLtmYVHuEg2iItWB66UbkBD+sUQ7Nx6MoCf4cBz6lfnjcJ2GdPzzPdESes lxQ8SRdIihvRJqcHKRYeGUaBH1Jq8ymp+lHWmMuEqBx7Ls7YB9tPWcXyyDnsT2ESu8eDE5V1zVL/ iKxO9/v2nrJoHIYpq6sy8XGjT2k2oBS7O7gJa2qWBF5UVLieZ/VNQhLlcl1UWybeyQkzSMkizwsD 53hw4yILHiUpaH8EtjgCXgBmHAA6Tn5BHovVHOgMLHd0vMB3bYosACKAJ3tk9cBzjmSYG/67QZPj 8eThwukIaAOUgtu3LWcdHD+k04ftPtcNSEIBUzkx15LF3omkO37gAz5st1qEQuzHYPcd41kb9Nvj KXdlYG8gzCIAACx1IEj1jg4tIgGvuPIVFGKwtVli/x1u3C7dx29/9/tT0nQsPME4Qcmr6HR4nXRv vStzk/h32208eXFexgS6sJC7hu9qvM37A9pEhOR0Otk/kPoOe+l+gJ26IOUPTpzFb+H8m7X+WMDP dD86Dp780faTdHM3uIfz/aPbTHewndPxB1bBBG4IbIp98tPnjWcblYTKAMRpn/03z4bPOH/DZd7m o/8gAFHgwfGiYrM8LOTTXvzm+UM9Hzsqib1X7d+ZK4YHec073hSR8+o5b2O+pTEwPBA0QkzoAHP7 tvWXsXsnSoKj9dD0m1fDVYkjnMIsSzNW5iXvypB2nROlFFxoO+832nPw0jJPi6ZOvW2XEoE93r0E OrE7/qxjRCZ6RvvXMTeWu+3j/dErBDIhSABDgKxSl8LENs1tUxxOIavprPVzp4djnIgewA+OTpCW jPFhADgzosTTd7wkR3zzAgRTl0xNxAPRmQ+qzWOEQYoQIYLiYQOXXkmptm6FVnXsuog7AQLG/rCN ceCOCKAhcZqYAxBTQuKsRvZOiNxENM0WcQIvyHjPQvfHzvmN7qcQfCZM89j346JqeTdeL0Yv14Vy FMgIK/As6qatcwrqe7ccLzNA62pkV6We46dV07DEO8JodgLQWCVhzKSRVVYwpIIC5PY2JiVvrBrw jiTMxTwByvOuqcV6HZHWy4a3VYJ8SHmiyJGteQZK9lMWC2vlVZkxAIQir3s1QK+X59lcvjwvxErK umsbYGB6xATCgOLm57M215fLbDTPk5IuKp4RQHMKZbrEOZ6iZjQCYF0jLRO57fQ4Dj3LawlnGRXB 63keoHnNmLx+mTlrQBnMyGmsVLJvgcsV+BUM9lPlA9b3rVyuAPLgDtBovl5GfQY8ALSUYAlKgkgM AJhtdLTultdXsBYzj7yR8wpWYjgIE8HTsQ4ONGiYgbhWI+AZXXsbM0ku5wXIxkiW1cM8g9u0Zdmv TwYIDbKBsHndA9v0XSemyzohUf4UVm4MDdzj+XcoCzqwTErPkAlWwlsF5KqBv4Dpm0YZAQhpnTIJ m8hlVbw306DW56cF5EFlp5vyhGItJ1ezGZdFVJUAKbyNuUwKaK4H/9N1mgPjADkPvOqmRbKSK20u LxcNksYRL6p+/gJs/QiYWU4mpuXy8vvLZZ3HcQbAA4ACqBZF3gGXj/MN3GfdKKGgBb/Wfd0ZwHKA eDM9//GyLlAebI+w9avl1UZomjTjZlmfv9KYyzyMxJUaPbYZcFvdqWnW2GNTVzCQnPnp6/OkQVai IMr58vVff5y7+OfYZgfyvDw9PT2/fHmapZpgdVJ+NG0SNwaTQXmYKo4bLaGgdYz5AOUJjxQSNOj5 K3YIdh89FScnFLv5vDYb70hSPs7ry9fnBVRjlANhfDaMHWMUB2o1T6IfTV+1Gn51/foyjWZgURAX fP7yx5ezyH5euIHT1/Pz87pg3aYDWe3FxvZ0HUXgOTAWCIliYVQPgix/jDj2Zzf0RQQqqsfz82Uc tGoiG6kHIEvVFG3ECMY3zYKxfhwNxpgBHL4TYC9RqXTX8L6hMAFb9diaYAGrMeeXJ8jTiBys6eHz M57Tg8INYoS+rFqBrMuqkZIjxg+S9A0ZkiAYdw9uEARMdESbDmGjteglT4OUK4hesAcHwYID8qIH KiZ5Q3G+Yd1yhV2V6jgFVlAmUhnMJu9BVboBZKsfjGpqUGaFWbBHriuWMWLD9lsloROyfeD0Oztq BllXPTwhyeua6B7ub1PPS+uGAnxVs9hFh4GU0QYXquctizxgK1Zs0U+2qUMw7rixFhAxUYNszU/n UYkmTxmlU9VX2Ih54MWsLlJGnGWgcWmtBklVIMRK1ZS1GAYleN3gyZRN9Uj5vRMXeRQi64cu0YmI VlCkvk0luhj/ojjybNuLCa9sxS/onEau7SC9Ie9Qdkm3eExQKGVUCSsiL6jGdRLISJ4b5lu9LaI8 fbLdKA5c0DVOlbXIpcVUrMZNTV3GQUzZimVxjEFBnPgP2AiSrOvY9q2KCDh7coOQeMZ+Q7cnh36O BHXte9kRRMdzCc1S7dQGsIqCGyuheqrjbyVI++gWUndFvKX8reDpYjDgEt0G6kOaEfqkCmUYYFlx FAbuieqU0JuEHjdtHkHLDTzf67c3OnE87O9E5N7uPOU2ekNpr6feyMfrXPcqMdGNNvdv4O1eav5m pt297mzdURtwz/E2gsa+DrUeALObyN3rz633Dk9vWPmvo7+lCbvvu2+07BikxAle6+5U1ra+q9f/ oFi/++t8v/wt0V0sWO43FJRYjbNZ/z+kzztJ+5bR7f6nnnX4lsoevY3nbCT+P6G5dXsv8krGyRM2 Mr3/Uc+6vQDZ3IVO20GWZ1TLuXHtv+XNH6c7lT98l2IAFSgQOqgfBL7nbqfte8/betumA81BsHKJ VronJwKaQS6pblUOiju/THsiLRkASeJ7W2koj3wqL6FVjFVlEqBXvfeCiEpYiIZxVlZVXVEeqbiY ny4KtJtSRPQogn9go5pgD2pRg+RsRbkGmRhpkQrCA9hcyYhwmMloAB1eFqyMXT9D3tmIDDJpUfVq vPz+Msm+SpCKWOL8KuU3VDCIruMNkLfqQZKEnC+rma9PyziCNtCblbde1/Y8D6JKgchc1o1/gBsZ s75cAS1FlbGOZ79O+SNV5aq8qKiQDQQCMDtdrkYM5+vUC7CSYbmgt14N9YDnRBnGLSDNfJlB1Mwo JJ7RdJ7oVU7fdIo/LAB/WLNOaa87qiA39NIgyvp5WS6rrMA1ZFUPkwbdEluPUY9QNL0nmIDmFctb YK4BvGmch5oILUBZ/bD0/pHKC82pBs71JPIwAXlb1okXlTZdzu4vgopqMDwvpdFqJKon5mmcpj6L MQrKG3BKxdIKCHlW5cM3Nh/Wdhv7K9OiEUTl0hK+AY7VZEzpNi3ASgajt16D3jhIokeNXmc4Ok8i kCcoP4KoDVVSyPPzWfw6r4HPhzVoRYtAA6OSz2oJwgJNelklWTdIMci3nhKdMlqo+QyDD3UUFmLo QVA6LBLMsDu/rG348LOCj1N+76Qt0Yy+qeklCQhXVfE2C5P69la5bb7t1azFGsfJSM55EXhpA3bR tSBqqiGWch1L95cZ/lajrFoObhGBbrQNS6MoTcFeEvzQ6/g0e++lcZhUnOJqmWVZ6Jz8NEswIE5A ouKkGec+sX8lwgHNQMLcvogA3QD9sJH5QS8cAgOO6+Lfe8+xaTB9auG6RFts+lICR1SzjDKwdPbw HeXHtjujAKIiGnG4fX3y9rPhsfeedeMaRGrevnG5nXXCspfNg3rMv0H7++dBu9ePgL772X1/avf+ ddF3hMM6+qDI6a+Lkx/ZAPCC+Oe13//DbXv1+P/S7tTevk37bJ/ts322z/bZPttn+5j2XxeT2WwN CmVuZHN0cmVhbQ0KZW5kb2JqDQo2MCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAw IDFdIC9FbmNvZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9GdW5j dGlvbnNbIDYxIDAgUiA2MiAwIFIgNjMgMCBSIDY0IDAgUl0gPj4NCmVuZG9iag0KNjEgMCBvYmoN Cjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNzQ5MDIgMC40Nzg0MyAwXSAv QzBbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvTiAxPj4NCmVuZG9iag0KNjIgMCBvYmoNCjw8L0Z1bmN0 aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvQzBbIDAuNTQ5 MDIgMC4zNDkwMiAwXSAvTiAxPj4NCmVuZG9iag0KNjMgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAy L0RvbWFpblsgMCAxXSAvQzFbIDAuNTQ5MDIgMC4zNDkwMiAwXSAvQzBbIDAuNzQ5MDIgMC40Nzg0 MyAwXSAvTiAxPj4NCmVuZG9iag0KNjQgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsg MCAxXSAvQzFbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvQzBbIDAuNzQ5MDIgMC40Nzg0MyAwXSAvTiAx Pj4NCmVuZG9iag0KNjUgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3Bh Y2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAzNzEuOTQgLTY3LjkyIDM3MS45NCAx MTMuMDRdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDYwIDAgUj4+Pj4NCmVuZG9iag0K NjYgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE5NS9IZWlnaHQg MTEyL0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBm YWxzZS9TTWFzayA2NyAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA4NT4+DQpzdHJlYW0N Cnic7cEBAQAAAIIg/69uSEABAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAADwaP/wAAENCmVuZHN0cmVhbQ0KZW5kb2JqDQo2NyAwIG9i ag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTk1L0hlaWdodCAxMTIvQ29s b3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRl cnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDYzNTE+Pg0Kc3RyZWFtDQp4 nO1biXLbuLKNdpHivpMgsXPRYmfmvv//t3ealOwkkxnnepxU3aqgyrJEAiAabHaf09389Ol3+91+ t9/td/vdfrf/sbZaL221evcMq3+eYPX+qX/s+pv90XGc42G/Wb/vSqv17jBPsP3+BKv15r1T/9j1 N06YFUWeJaG7f9eFVuu9l+SYIPIOm+9MgD1yjrufKMN6HzFttRSc5T5kmNun+ea/tJef+P+ysMeZ T6vtKRdGS96W0XHz7RAo2d4N/MPmezN/kAhObi7nXmvby8LbbTa73Q63fb3Z4stui88trj7/3G4W jZ81f3M/gyXtw268jNYYVQf7DU7sd9tHD0ywd4I4dHb3Ge5T4fB+90HqtXGr4Trwhslh5LFzdP3A dw+4rucHQUAf3nG3xc/APx33h8Nhu9nQv+PJDzyH9GO9j+XlrDtuepE6+6MXhMHpgMfD833Pwwxh DCXFAEzl7HcHF4dPJz8M/Xdq7l9FqMeLrrOi6yeVh1FeN1UWen5aNaxldd00ZXxy/bSsqyIJgijA YvwoDJOirsvEwyLWh0ReRlEzPerC9+KiYU0ReWGGmcqybuqqxEg/ngcEXljgeF7UjNUZhn+ECKd6 ehq6mslxUmXeSK0Vr/OSW2v7cYB66DZLyk6gdVVZl7EX5HVdc6W17HJvRyLo29UIOZxNGSU4Y6xu 8kr2Vgrd94p3XZ0XLQaorsprPVjRSdsbxRLne8//fy9Cc/nzaeyH82XoSmbG3thed2K4DGa4Xgdt BtMyoUXbaSu5EFVadFLqcUJH28WHNUQwn/+4jtPtZso4b6W257Nu+XC2EOsyypYrrLnH0wJ5OnW+ WM7tecJVMnf7MSJc//P5cnn6fNVVKabrYOyIhU9YhcQH4/2gpSVVE9hWpQXrtDHT7dqbflS5s1lE uIzT9dY3WQER+uvTKNU48orZSVdFa4wZb5feDFi3vUy8rPV0HkyXnT5IhPPzZOz56SKKUt9utO8w UOPQFsz2XVGbASol8yBi1gphLDZfm/PzrScjtoigbxfddWYaeFULbcenz2elel0lpbJtEtemH67P V4szvbKTqaK07adpUJW/+wgR3HqYRFnyYVJ1ra/XXggluexNnVbaNGmpXkQwmjVyvJwtF+PTBdqv 2vhIiiQnW6cZs6PphO378QYRpBF5mAtVBUGlSYSLFhLeQ/cy88NS2AESQw8/QoTS2jrw0663nKnz 2fCOt01nVBkXUlX4IKcBRco7zYu8G5+uGrKeJ9VxXoV7iBCL0cwiTFaaEZp4eZrwJHdpkHai8P1S QZGu8wA8VoYnXlh2ysJ+ZMePEMHJpcjdg5sJAzW3oyVHXdaC51HW8QIfsmuxpW0rZR2FpbmObZIw OxgputLfreHf+TgI1sq+F52CFprx0mMjmtiLmzbzvLzjOE4DeFO1gkWnsBLQ10EkHyEC9rCuosNm 5+UtK0uYPiXaIsmqMvKiAiYUdrzIai6F4HXsOhFTPPNOCVMAJU0Ck7La+bXutZRKtugptMSm86qs Mt8NsiJ0nKgsYaVhhAXLk7zKfccvOGyCrIL9BzwLq50bhS4Awd6DEw1mB5QGJy8M3KMbBKejE4Q+ /FRVV3nk7HYAhXBoezcuH65ttTlGFWNNU8OhncIcPasyDTHsuD/6cMHASHDzSdlggA+3TMeDvGF1 ER4/wi8QUj4AJ+D/0TnsF9yw39HBzfKxP8yogHAHJN0eCHautwtemAHoajuDihmYbOee3skBBtlv N1sgoTXm2e8IeACr7Gm6zXpzOM0w5CMkWBjPjNYAwAic3WHeA88tH/PhmQ4s4H/1BcwjOD1jwmXc 3HPzighXy+f6BeYtxxcw+O8luK/g5dfqDoW/15Mu/fJtTYK80rTV6rHa+8q/M8U38PoVeq//hSD/ FZt67QwKs58h6/ovHWin/zsEDf3d79+tTuAix4VNfb1nr1v76fXb8qiQ4qygx54HyOp8BQ6ImznH o+uSfq9Wf53k06fvHMa04EPvfqjJBkWn3UMpHnMuur6aN3VRDfqy2blxGhzwZbt3wyjO6zI8bh8k j3of/CQOwCqc7fox9D52dV/164wv3zY7Jy7y98IMkOasZYm7Pziue7zfzCUWADu03WNDHdiU3eGI 86BCScvLwMEPL0zSnGlZRafjblGdNbr7RcfyCAZ6TzMuc9DUzjI13Ub3hAtt0Xc+vF3jYl5cw9W9 E2asdgHrbRP5YVoU6aIWq60TJFkWeY4bJHmRhSfHi7O8KLIobvpJFlh8URRlWfFx0qxIfMfxIAgs f5SLwbZ5FsPyx3mRxz7NkWFoSKSAYgRxXhZZ4J5CmiQDkXOCtGw1fPR7RdhH4nIWRdHw2fESc984 cdURQYmzGiSHw5mWXCmpBKvE5alvmTRacN61+vZ8NrKrkiTPgiM5utbezhIUDfyo5YK3ZZLWAi5b NNjk1Wp7ypiAR6+zjEmFOVkSJlUnzfmq34uUVruwmybJOqUIm4K5w0MHNbhZ2zb1clRzInOEqlUn zzfL5XTppQQ0sE+fJ62MZE3HEs8vsWgQAbAbzrBSwSV4RQv+BISoSrACTA1YZKezaVs7Dcb0mpWQ hUQw7xZh69XWAn+Zriw7I9LjenNMuWoLEFuwGk5Hre6xMCas4WLACoFkFbAghLpeVMOU1Vhr7ocN 2CpAOaAgISRZFzVYEpidblttWACbcQiJSVwAueV4psO9BHflNTPTu+8CwWxFcQddR1GtVeFsNm4h ZRn6Ud5Z08RhqQcQUttklTLgij2vxWibnECdnfomyXjfWysLohKqFWYWCuxyRtk4NfZtlnPTRTMi Z8oMtz9uVg8DHbYGEL5J0ha7917WQAtWJEIZBKVShQsRSi0LH1ANF6jDoAByHkZV4FElUmYhAhYc l4rwtKnCpO0H3BGQMN6DLBtJIoDydEDZLUTAqTBuTRfv1xs3l/0w3P58wo0FbYuZIWWqYSY0f+/j TCIoAyZpmiRpNFFIOoKNifNG9rZNY2y3wd6nwcwZTC+Ir2RhASWBmrOs4Babbrui0iOJAP1Q2FvL 83jeZUM3qNEQAVi+xk2x5883q6wqgrAGqjeG0e14t0WiOJ6iMIkRTcN1S7GIYyqMbBkX0ljJam4U FyCXfsJ402DvudBtEmRcCQXK1XZQ5g5axSVYK8NtwmMs0Ue1dUunRJd5eIoZqB04BdgUBQG0UDz3 gxIMbo6LmPcbVZCdpKM5YBaE7AqPyEtQwWoq2TUwKzgqmrJiZeCGRZXnrcaqujI8gR00rRmskuA4 cHIWKmHbAkNxr4g2SRralgVok+tldQFqB0USpP2jbUEUYtdLqzKvKJrTG4j4ToCxAlFrqjwrWdvW mb+QlxBGvWvgyYoGtrWIgjAJnQMgRRBkNauKPHKPpyiJU/IfbZX4cK+glW2dhnEJEpMlQZBUrGUV hf7C0+Hox+TbYFQLXKdt4TeS+DRHBP0wq9uua9J3R5Mw7SkMPACGOAYsIBgACOdjfXMElI6ewK/A cDa74/FwcEFS/BMFWIFBXD+KgYlAjpwAXyLQHYfCpMR1HJyLfGcPFLnfLBQJu3Og62DdruMAc2CS wx5T0iTu+yP34B0gVeAeh5fsBnG4OVmCU/PRBZDNQBCd9/fYNBqNOhA82swjiOXslvN05H5qIUeb hSrN15np0OPwfJHDvwpwPxIAX5GX5dfqiy8vPddfJh2+ZHvbBzB94NYH8Vm9Au+vjz741b9KkL1b 7m+J0nwzv+GQyyavN/+Gkf20RqD567QTjIDvf8N/SB+J8h9+ZoLq79vLHf/q34Mzr3eniIjS4zBB Xj8vFv7zGAsuFhH/gTHarl8UaL3+RTdl3kFsHz3m+EefR4q+bO5pTTdlLHF2SydaEsEfXsKKzdyH DsNMJawts6qro+MywW4xAH+XFP1YCWD9ojSNwFyiJIl8cLQsjU4H0DKQnzQKYtb3TeT5cZrGcxZw fcxkL8Ex/ON+Hov9j1g/yE6PpgxOQZwmkXc8epjvG8L9c9r6AB8Ef1NkZSd4U5SAG5wVoRcWLRhM W1bqepEFdhgIoaRw3PqY2+ukKeHpRwUYAyhTKa+3QY9PU5eBPIFEFHFUAHAU/oekpv6xwWUXXAre MQbgY3gnCU8byu200vRjL1pzvWoAot5SUJTCwk7RP10McApIjMZhCyBirrdej7dJNOgJUArEJYZR Uhj5Z4sAxW5VVxUgkuYySsaHy2Tt0PMKgEYP16vleholKNrZzqHpwyzCte+IF6n+cqbkj5UahHDO mfCe8rnDoGV/Htr4Q5Jrb4jgZELVFBOo9WSakp+fzgYrUAxoFkDzaRBy6IWYni7gLiMlCDZObkae p8yO4/WZ8lcTyCmAXy16A746TzCi96TyD8mtvSlCLlXpu35c6UHkWXd5Jo5sBOO676en51EIa4U8 P0N1jO1wFyCCtiyOajtRxs4qY8GkrGFlB5VS1+ezoRyotD3Rt58uwSyCruMwKUFxujRm022kPGfX gi/a/voQYbzOh2vK8kCEvsvmu3C5TaAYAnzBmLYCfeXq8rRMADrOPiS19qYIh7gDKa9aDjrH4qA0 5wEr6FirKQN1vg14VHsp7ITDHCxjR0YVpI01VIcB7Vecc9B/BZragVjL4YJDomsaoSrvF+gRLJJf gnpJJWAKYdTj1vZGChAZTonOYdRNLYwAy8TDK9rM3VDqnA+9EhIrb0D/wZiKhBJzTQtGSOkr9GQF 6ELu/vyHmXzzISTb3oKm5RHITtLQFmZhmDNsL6fgF6hNntcduYuAolw7HyYfZrgI/agkJ1BGHpxL nYM24YNBi5o8hIsMD78EYJB3jrMsDk6nkwOyQxHKBNzncAqTdOY2DhEu4B847bkAaR6RkgcGifFm pz276dD3wyj0FvfuUdD7+Cv0aJbhjpG2MwvYgHsd9/i6pS8ztyFq80A+q5cRhJjWd3xFkXDKb9Hf bh4HjIT5fpIE31Y33QnVl1mYV6D5xbeFfD2GfAFnN6/8Z/115udnSYDd2X6xQXcO9o9DXiT43kma 8JszizwftOC/XnF7PJ3ck/vIPQJqO+4/JyKhN5QRPX4/v7Ra7x3nm1MY8VEVYMt8L+R1vYRdAKGz dI7BEFnZulFC2Zw7Y17f6e8XdHlz9PyT6/nubv3Y3gexpjG7U5zMIPx1gi1G3PO7LxnJx4358ho/ dq8oN7TfL3EGeip3p7yD32Kps1siDIeggq08Ejeh7SZWvF7PlXRUT0eP5zEsyiQMQ+/wqLCjRC2F NxYCFFVN5h+XAr9lHI2IXYqLbOb6vjmvuNTmfX2NHynXo9vsh5TCpv9RcHLDWms4MsCiOZ7keUln eEnFdNvd0SOrCAtJeW7PPQUUHzoFhdQsS2LfOeIIRZAOjh9Qz4UAJVx3BYWYtrvlGk5QUqiWIkvO yYHldRyHRs5djnMXiinhS0QxpTdEWO/9tKrrIvbDrGKM0jkteV3Aojhv2q4t01JNowJrCV0vLqnM Lg7g1uCj0rxiHf7n3TjJusDxKK8Zq+D20oq1LXsQIA3w0dYpsGJat21dJBmn2ixcNEiLLICjSFIK FtaZ73gU+msKQOO8wRxN+laRFZWUtoJ8b1FxinxyMJGeRGB5CT7Q94oxe7v2SvIqy5mg4Cgra0Bn 0dStUIYqfuR00S3DHFRcIoErKg4UomcCtALos7ezJZSRlgRDtGSNulx7QWSOG1HmVdtyDR6lcbcL KjEzkkr5aCtNF7+RLoGitgqLaRpQMEW1QVpoqr4xbUkFg8N1UqK/gq0IA8CsVdd0WlPhoAXj7KSy 52vP5UBcSFKCiEp4AIpAaxRWRRVSJMIFWFBq0VH1Wj+MgKvjiFkwK3gcPqna59z346A6UMOhH6kU CxxRqF6Xb+AoIjTQyoigtO2ypMaugkw+RDDT062X/aSrjBlA614UMVXk2WnkGRUOKqDtSXJsVs2N nrM0UMShny62KTsjiQBBkQZR5ICH/eXz0zRM10FKazomjelvn5+Ad6ls7DYOl+sIBoIuZ1BvAGGq bjT1G2iWciBEaAJc+J7GGYZZhK5utcU1nwdFSZGoBHOcQBTxdPfYJlOFYQG1GJ/+uEiuNeUejB00 5TrMOEyjyOJaU7Hh5phJ0ywE6Pn//riM50svcD8hIiS9PT9fz6Mdnv/z+Txi5ePtz7nLqHSvqQLN NP4PiFABUFJ+ponmTNRyF0SnerCy5+dR2wFbXplpxL4k/pw06+d0DW7ZcP18kdCtFuyAEk1lGNUG IvZtHJZKPkRgcdzYcXr683nCzVBtp1Wds/72dIUQT6Mytz+fRtsP1l7++Dz1/aBBT0QeZly/JQLY iTBdgQcK1ItTegOcEHwAuF7YsTcDFUj2xJnB2TSoTZVVpOuaZwHdDmPOTxN03ApKDkIz2rygtKg1 TegXQiwiqF5UoBdU2Hnt5/paXIfllX3Cuqfnp77thtvFKg121N+ug9bELWSX4hqqfkuEfcjweHKg e0E5GzJJnQS7mRNGVvfnsxHEvIScZ8UjKUBXWNckXsRgdvAc2raR4MQY0nAtOy4Vb4kdeWnbJnO9 pBisEEq1NcftgcGos1Ji4woxTarT50nkOad4gOI1adcAo9UUVVvHXlR3xemfH+fVxk0pX91VYCJ8 Se9nVVmUJX6Dq0lYwIopM1fRRUnFqcq5TJI8hQXPO2Jzqs2zGgMpzQ+rizmaPIWTcJ0gz5f0e4Vp YGqTENfSMIBpGNecZXHZdXA7vMsDP6MawKULriZYFsXzNdIieqssZr1z46KCNzp5UY6FR55z8v25 xJ1+FxRxjLKyqvKYqvLwrUh81/WoEt5LipKqMUBisjwhr0tVFSXmIsC0hy/35iKIIw0rc6qxCPNl JjfMkuDkkyvHB6gRrYK64Ay6FLHnLNc4AUu9hTCoqM7zyLMfXM+jUO5Skwbo6QCyOse5jmU5s9k7 HhWJbJdql90Rl3EpUjxXuuwpf4WezmF+yWEGSkuyCzCCJqBKF0zgUrnMgcprqERvxkYUPZ6vsX25 BpaxJaL0I8VuxAe29+q6e3LmjhzpN3Gd9cuZ1y/3CqWlw1JY9FWHFxz7aSlp+ssE95m/nOubLo/2 lgCzEPd+3/Z//f3y7Q7LH3mdL49/O+ar9M9XE9wB9t+s4i/L+CmNkgY/UD83Z3b+ogZgID/1daq/ a19tLtVZRd5Xi1t9fSeXrd4c/QAP4+rrW7A5uJQQ/onU+bsCLPr5yFNtDkFRZ6eXBM2iv0vJ6dJx /rmh5JS332y+0H98PwSghIfN/Lj+MiHIaPlkkmZ6R/VzSavaLDjds4Q4D3Nyog5ko5wjvXiE/hRD At1bLN6Gyoph4tygErzwYeR876e+3PZlW+2oTK2Cy6ByR4ppJZUee96UCWUJqX6PXEtJDoKsexbH syMBa8mI1SRwCllARQ8ZnAYY1GXiVGxez+N/iQTrY9yCA/EqTYs8cLysbtoZycg2o5LQzSEC5KE3 BIqCkFTXMArCLlHTMquAY4Ep4Hdrimezbni+mbalYrgm/pAq87dF2JxKoFSrGDgOS7ywlkIMT1cr gU8TqMvRK/Q0V6VROd7FcA6BKA4ucKgDzZkA4A2V8yjetW1nrxfN9TjObx/9GhG2XmUvExBy1Qie +XELxDRc+rbqiGGHYZSwflIERa0ZryNn3IK2VnIAFAeUvTxfR3pXBtveFVlWVAB9Hbu/ffQrkjwz EszViNsATqkA4ZPOGtkPIgelsfRiRVXxfmiTuAFPAKuvgLbnbmCQ09SPz3/eIMIFnA+cyvOjrDVq BqTAv6X3K1IkVI6QtIZWI0AJqjgXg6EcUxpVEKGu6K28vqe8FFEdsKOUaZH5EcMPLHN8/nxZbkdv qsAlEbSs8lr243n4NYkqEiFuhB7Ok1EWpL8xk5V2kCX4kW7SOAZb7kcix4bq8iBLpWSV5J3t7TiC hoEqgyzQw9GmMRQJ+gc20Ck7nT/m7aMfEMFJmFB2HOj9Lc2hVFqY0VIlXZd6R0DwergNc2EdLBFY bMYVZ1SgCn1TAsyJgjt1TVV+VFnWETHHjGYYZfpLRAA5jXAXYGDqgugIFKKrQS6VpDc69+SEy+EZ BoqK7+omo1jd/K4SpQjxsBCjErxOkxIMid7NqjgYVgNrBWvwIW8fvd1Wu1NaU/Qu9GMq22NVFlPk jz3q95zCXkfJyjQIotg/7I5BXrO6TNOG6kVjyFUX9HJuVjNWJkGYgTalmImVbzKyjxKB3hKn6OZh TzHVKPBdh+KdYbC8njxXjYgynovvnMPyahGlrqLG6NJ35vgrVfC5dNQ5HFygj3kC71clqu7B7909 +L0HF9tsvog6r+Gdu2IOXd8TOnPV3t6B0+apM0e7lxfVX8Pe96D4LwTdX6QNXvnUS1Zq5yVZsCQQ XiA34Y6gZOWSpli9vmj0mpxY/1K0/Y+NFO07eSCgvzDyP+hFtZ/doDjfyV2SOt0zoP8D7fsE7Ofm BH+33+13+91+t9/td/vdPrb9P/yZ6DQNCmVuZHN0cmVhbQ0KZW5kb2JqDQo2OCAwIG9iag0KPDwv RnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0Jv dW5kc1sgMC4xIDAuNSAwLjldIC9GdW5jdGlvbnNbIDY5IDAgUiA3MCAwIFIgNzEgMCBSIDcyIDAg Ul0gPj4NCmVuZG9iag0KNjkgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAv QzFbIDAuNTcyNTUgMC44MTU2OSAwLjMxMzczXSAvQzBbIDAuNDU4ODIgMC43MTM3MyAwLjE5MjE2 XSAvTiAxPj4NCmVuZG9iag0KNzAgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAx XSAvQzFbIDAuNDU4ODIgMC43MTM3MyAwLjE5MjE2XSAvQzBbIDAuMzcyNTUgMC41ODAzOSAwLjE1 Njg2XSAvTiAxPj4NCmVuZG9iag0KNzEgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsg MCAxXSAvQzFbIDAuMzcyNTUgMC41ODAzOSAwLjE1Njg2XSAvQzBbIDAuNDU4ODIgMC43MTM3MyAw LjE5MjE2XSAvTiAxPj4NCmVuZG9iag0KNzIgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFp blsgMCAxXSAvQzFbIDAuNDU4ODIgMC43MTM3MyAwLjE5MjE2XSAvQzBbIDAuNTcyNTUgMC44MTU2 OSAwLjMxMzczXSAvTiAxPj4NCmVuZG9iag0KNzMgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hh ZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyA1MDcuMDYg LTY3LjkyIDUwNy4wNiAxMTMuMDRdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDY4IDAg Uj4+Pj4NCmVuZG9iag0KNzQgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dp ZHRoIDE5MC9IZWlnaHQgMTM2L0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQg OC9JbnRlcnBvbGF0ZSBmYWxzZS9TTWFzayA3NSAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0 aCA5OD4+DQpzdHJlYW0NCnic7cExAQAAAMKg9U9tDB+gAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAPgYu3wAB DQplbmRzdHJlYW0NCmVuZG9iag0KNzUgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0lt YWdlL1dpZHRoIDE5MC9IZWlnaHQgMTM2L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAw IDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVj b2RlL0xlbmd0aCA4MjI+Pg0Kc3RyZWFtDQp4nO3d6VbaUBSGYc/JBAHCFBBHBEEpOBcRDGJBqCJh Dkm8/xspiVrHuvpvn+Pa7xU8ydrk58fKyjeKMN5XdEoFUZJkRpMkURDoP56AUElRw1o0Fme1mBZW A5LwiX9pD2r62nZut1Bktd3c9noqqsr0PZ8IipbOlo7P65dGk9WMRu30x04mGhDf8okYTGyVq1fd /sAcMps56PdatUpWVyX6Bq/q+dOr2+HUWtgMt7Bmo7vrn4V0WCKvziaoF6odc7ZwXMZz7NmwW9tb Db0cDw0k8tWbkeW4D8znOta4VyumgsITn0ja1mlntODA7uUuxt1qLibT57tJl69MixO8xx+1j9ZD jy9/+eqz57czBxr1/znz+0YhLvt6quil1pCXu/Fy7UnnMBP0T0dQ1096PL36JX9+V92OeJ8dIkSy tT4/V+/lLgaNfNT75hMxmm8MeDoc73SGzaJ/+ESKFQzT5kr/YI9a+0nF18eLxpA3/bhV0pXlz5bI 8WKTP/016oFCPVyohwv1cKEeLtTDhXq4UA8X6uFCPVyohwv1cKEeLtTDhXq4UA8X6uFCPVyohwv1 cKEeLtTDhXq4UA8X6uFCPVyohwv1cKEeLtTDhXq4UA8X6uFCPVyohwv1cKEeLtTDhXq4UA8X6uFC PVyohwv1cKEeLtTDhXq4UA/Xd9FLXOqfl5e81Svu9KNWKfmoj+YvTe4Wx672Ev7imBjJXtzztvZm XhZi/sKnENo842rkcKm3+rWs5g980kC68mvM1eE70+7xuupPTBI5tlvvzzl6+a5lNvf9T443cxha O2xzM03qD0x2T7ciT8uwVI7lqr0JL7fj2tO7ejEZoH8neVN79VtO+Et83yhnXkZ5iRjOlBq/x5bj Mv4ArutYkzujsqG92nOmUiSzX+sMJvOF7TCcbVtTs1svb2jyqzFqQqVwevfEuOmb48lkymiTyXh4 322eFTPauyFzKqmJzb2jmtFqd5it3TIuTva39NCHFXYiKOHEWrZQKh8cHDLZwUGlVNzZ0CMBka68 j1BRUSOxZCq9ymjplB7XQor0Yf7+yS+IshJgOEUWhc/tjw9ACGW5r/+3grf+AOLa3BANCmVuZHN0 cmVhbQ0KZW5kb2JqDQo3NiAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lk dGggMTg0L0hlaWdodCA2MC9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgv SW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgNzcgMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGgg NTU+Pg0Kc3RyZWFtDQp4nO3BMQEAAADCoPVPbQo/oAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAvgaBYAABDQplbmRzdHJlYW0NCmVuZG9iag0KNzcgMCBvYmoNCjw8L1R5cGUvWE9iamVj dC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE4NC9IZWlnaHQgNjAvQ29sb3JTcGFjZS9EZXZpY2VHcmF5 L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0 ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDMyNTA+Pg0Kc3RyZWFtDQp4nO1ZZ5PcOJJVWZqidwAJgLAk y3TLXMTd//9p98Cqbo12tSrNzG7EfugMRYskkEAikch8D/Xp04d8yId8yId8yIf8SdlA/g36vxhm s9mu8s8d/vrcm+1uv9v+DcM3u8MBA2y2+8O/GGezPQRhFIXhcf8PHfzkP9H5ndVsD9EpOv51wze7 IEmjw24XxKdw/7NhNttjUjaQujgdd5sfW6Lox0+rSd4TTwza7KKiLeO9d9jmIet6t28Pd3lr/PTp 0/cP6wCHpCF1EkZZXafB7o+Kj7jY7E+tUHKUkndZsNt+H3G7j7I8PmzfR7s3HKI0CZ4YjmmJ6PPw cDhC/F9EzW7v3/Cw9Q+Ht1eIn8L/v/ed16E3h5SMoi1KwuhjGMSLd5nX8fu4OebMTUYqO2mSBr7D frf22x9PZZUc9/t7VwztpztEJWmz4/aJ3RkzY52mWV4UeZblWRIewyTL14fglBV5EsdpXuAVMRrs d8cwCiP/HdGxvXtTWcm4HEkWhkkOhegYeJUii30Abo/lOFtOejkvsi3QIY3je78oreositaXEMuI 0jxLk5IZ2US/djicIZwiDWFcjIIxNnRFWuCN9V2ZFR0TQ9e0dMBrVZRVFoVJWZVVN3BGq9MBY2+D gk3nBZZVp9OqSassb3vG+dCmMHwblHLWpKoHd3Fi4IKRpiEDG0iVl11X5qVXIuUpSmva96Sl5jL3 yU/Pyg92T3pgZp7cfF6cMbJvez1ZBCQjvZ4nxblUSirJ+4GRIqthstDWGsNr75TNLm7t67dXS9K4 GIxDi6C9nCZjzNjGO9hdqbNjXSfmy6TtshjBx/uIlHJBCfdKmrUVEXKE88R0W37LbsPlcnFmfrk6 ZbDn43zWXCg9quU6jVxZw9lorZR6JO2gjJkvi5uWiWV3h5fqy/9+s80p6ezlPE3nWav5OkmoDOgB u83LbVLKLrNR8+2sOFpGJgycg1HRd5mmxY1cGjn0fc/M2ZH4eZxMRqhlkUyfF9kLjAQvs6bD4O5y VrRXbmwrqp2W8KBQ1k63z7d5vlxkGWwfdv/fN9emBb+iYbld5+l8VoSMlhfHrbf79fN1cs6MPZ8u dqCjVaRqxwl7vEwLGuflenXGmQGhU3ejU03469T8ZvfshpZP+NMbp/RkSF5xB9dhAURZVqQNBhPK OTdZPX3+n9fzcjmvduNgdoiTLwurGoV4OZ+vsHGZWVkOWpR3u283J/nQVSU189i2wooqLfk0z+fz cv367WVZrhcswiDWkrzmZqzCJ/nkbrd0mtS90bSisNvMlha1sM7Nti9baVmZNaMVlLvLbVHcvHx9 mbEAlh83m11YCrcs50X31Lx+vU1YrjaTo1lGlcDK/LlcbF8hjUQ+97CyYkbUWbk65jxfPn+BzZOD kqF5kpdYlqyf+fuQc6cRcLItqZJdCe8qe1lGpC2jEBtwvDCSNL3SfdXp2+vCOza/nK3WkiSI3kNK tRkR//CourwsRhslRotUnRK5xsmxFJaXESrAPqxHTfOcKtU3ROI4zouDL2avxBGiomtJ34/OkNOT c3lIeyXoMPI6bwVv8gZn2t5eZ5z3cWBSNElGcB6F1LxOCzZfdJc34zw7o3njs0VYMslqv7l+ZuRD o0U/jFBMGkYz7Mgx70cs0RcW5EzRJqdaaClGrbDPkxqRyyyUCRFGj6MUg7gf6F/avYsr2lUNKlRS tC22qcNBvH2+WFTlquraLIwKiho9sjYJ4oqPNIuSVninkjzYIkwKQqsYTf1AOmySb4Bil4dR3lRw Gw5A3RWhzw8eFOAxSFsupRQ9YdYXpFFrxbsibxky7kibzs9y/HWh3x7jNI1PKapjlPg/aV6L5Yrh qjSK8Xm/D7OGkLYEKDrEeZkGvjx3lDRZ6OHIIc48rgLUKDLoEkrqLPaKh0OY+IIJ9HRCjxUUPEBY kFQd6eqyGqyhhVfqqjQM78PmSVo2Zfxrf3/y+POAf0B0ew9IUcdTakxfYuL7F3zCiuIQG73dHwPA ku0+jJPTHcnBcI9UcD49tjiGJ9+wfygCiGzuUzzg6gP0bg++X3xCRVftKYhWpd3uEMRJEgVYcORn +6XdHoMB0gMyrcDeg5uoGvoyOrzjwxUl7Vd09wB5Hje/ofY33Of7+a6+4R3zvQ36jqfvj5t1gENY DHIoAo/T9itOfAzrsdtvIOvVV8HxAftXuFzE7+tdAeBj3B9W+/OB74DxPtI6bvBzOuGtDNKmA4be vOl8X+HvsCC/a0BkRRrfIfwGcfF9mxCSnqqE2L39MzD/rhB6pOgpSVqU5R0V/qznHtFyB5WIzsDD 2z/BX7x/KwKw1LfrQdu8b9P9OUirMs/zFDEY/hPP+oFKvJmdlvkKuA6nqvcgc0WF33fou0+3D4oH E+IsS7CIP0G8UDiQlZCuteyL8C3O1iDDcdof4mbo26apqhZ7+pjmEdFrD3/MfCA9NPdIcoykBwRJ hIplAQ/HFsl7+2MM3wN/DQ/PQqK8rqumq5Ngf5/gqf0eho5aMjpIo/s8QkD4gw3agcOdJnGEai37 ruuAA3kFj+yQVFYiA8+uPQJkETykJ5CKfRBn7Wh8mfQVzU0oJFr1ebCmihhWIQhPSE6I+7U7xCvn dYc0jhUiqHxOOz5PJ8eCW0WLNO8kCERZ5LGnOUjpRUt72pY1BzYG9NaXlwmlKAmOERL23gOTvPE9 kG8rFCvwjDiEEmjNWXlYcsz5PI2UMk5yPxohTREH0b0YZMj2UeBzflaRnlLQDLm8nCWtM/CtNHuW vj9tw0Y5UYSHIOutG4eBFFFcdm1Z0RFgXDE6Oovqq6bXr1cz8hY8qmtSbPwxI8L36FfIa4xmddEM Qk23F1OhkoIBTrPhYDB1ljVMgSqwJq8ogIToOzJ0eZx3Paq7BUKWWrvb1xcnUYVPOQp38Gs8+GkX E+t6BOAuavVsQRaASDoxtB1XBnDNjmoCQnR2enmdMTxvKsppBruDAqHjzmfDBfAu0JxllIMmmctN e7sRgGqanR6HpmgEnoD5RM8wA+dsGDUgYc2VEO666FEDnl9fLwZQqKs63hfP7abO0ROCKmqAwrH2 Ls0BtQjhUk+Af9oAQwG0WlCBnmmFKT0Q3AK/DlJjsrMC61A9UKmC11jXm0Wtdoc5ldAEnSJsfr2B TICnGQvD6pZKJ9u8RWiqGUwCvM7Z+WwZU0b0Qvb5E3jyaRd5f6fH/THpYKH1lMETakA6Y+fXL1dg zclgw/U0cR8RnjZ6to10wbWdX75cjQbrqAlIKbA7KSrhxnK1O2s6yiRAvDQv3z4DaV9B7xwrToBw oCFd0elJY09E03DntJtkB+xtgdm6J/TyLb7LE4IK6FQrB6bQCKc9xHTeqje7wXU84kdgTBy7uNkn sNT3uBnPj4pGYk9WvM6tt3t7SOqurSoi58VOIEJgGt4v3u607CRIQkXtfcaiBDBUOF4NCNFynp/S HY8Hc2Z1j3C259s84pCAMoDweBZr3fUz7J58nIDCOl7lxCHMPdn2hGOarb18vmJJqstroH0waNYS Ncl7PqE4JlWL0Db28nqxINSIfivasiEMMSmomBctAQmzYkCbmWRbtOoKavI0THz+boDXpVlev746 1qvJ8+LFSM++7fnlrJXVEoyGgx43eQuK69po69nAajd6qBGHOUPUrIycj9My+vx9zMCRBIOe4cx4 Lq/kQDmgNuMC24kP9ryAtEqcKBQJ7sliUY3XzzPO229cbHoa4Obr6+tV+2sGRDBm6rk2yE04VEww ZFfaDVK0eS2vV1nAG4iTTvoes0EzLU45YaTBYcZZXdkKHFKvY+Cs1CXxhAJ5sGwYGIO/OfG1FHVp oKyvTgmKMkiHpIiY5abrp2HywCfU38Sosfc3SAPzV0lF1fV9PyD5Vk1VVlWRlV1XgVPMjq6HZhtk be+7EDQXpxCUIk98EWGMVh6fbIFPKBN8aPM4ShuKsVBvwQ36gTZ5hjakQxS6qkyCMC2LDKWpycvB Pe5lnht+x21F4W/povvdYBSEpyzLUl/p4wgS4kOa4vBacT80wHBxuvbwrUegaSD+o1fPHjeHD5yZ xf5WMUJfT0UO/vIxjVF1E6C17BSFkecZwWMCpPTnl4PfY3y9jV2vUv3lq4esHjN5Wa9h16vYFf6Q ceySuzdWOPfWYwVX2/s97OENcW8e97aPq1YPhNf7/ceN7fH4rrxqo3eYtsJzy+dhcjf8fgP9zlP+ hQCitvQPV7x/aLq/vX/6cdzvff/wsPlB+8GPDqeakjuH/jcKgH6aPb1S/zsTgDHn6c9/tvg78lsI 8++Ij9inv5H8lXHffvz4T8l/fIIP+ZAP+ZAP+ZAP+a+U/wflk2lODQplbmRzdHJlYW0NCmVuZG9i ag0KNzggMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAg MSAwIDEgMCAxIDBdIC9Cb3VuZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rpb25zWyA3OSAwIFIgODAg MCBSIDgxIDAgUiA4MiAwIFJdID4+DQplbmRvYmoNCjc5IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUg Mi9Eb21haW5bIDAgMV0gL0MxWyAwLjU3MjU1IDAuODE1NjkgMC4zMTM3M10gL0MwWyAwLjQ1ODgy IDAuNzEzNzMgMC4xOTIxNl0gL04gMT4+DQplbmRvYmoNCjgwIDAgb2JqDQo8PC9GdW5jdGlvblR5 cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjQ1ODgyIDAuNzEzNzMgMC4xOTIxNl0gL0MwWyAwLjM3 MjU1IDAuNTgwMzkgMC4xNTY4Nl0gL04gMT4+DQplbmRvYmoNCjgxIDAgb2JqDQo8PC9GdW5jdGlv blR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjM3MjU1IDAuNTgwMzkgMC4xNTY4Nl0gL0MwWyAw LjQ1ODgyIDAuNzEzNzMgMC4xOTIxNl0gL04gMT4+DQplbmRvYmoNCjgyIDAgb2JqDQo8PC9GdW5j dGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjQ1ODgyIDAuNzEzNzMgMC4xOTIxNl0gL0Mw WyAwLjU3MjU1IDAuODE1NjkgMC4zMTM3M10gL04gMT4+DQplbmRvYmoNCjgzIDAgb2JqDQo8PC9Q YXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlwZSAy L0Nvb3Jkc1sgNjQyLjEyIC02Ny45MiA2NDIuMTIgMTEzLjA0XSAvRXh0ZW5kWyB0cnVlIHRydWVd IC9GdW5jdGlvbiA3OCAwIFI+Pj4+DQplbmRvYmoNCjg0IDAgb2JqDQo8PC9UeXBlL1BhZ2UvUGFy ZW50IDIgMCBSL1Jlc291cmNlczw8L0V4dEdTdGF0ZTw8L0dTNSA1IDAgUi9HUzExIDExIDAgUi9H UzE0IDE0IDAgUj4+L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFIvSW1hZ2U4IDggMCBSL0ltYWdlOSA5 IDAgUj4+L1BhdHRlcm48PC9QODYgODYgMCBSL1A5MCA5MCAwIFI+Pi9Gb250PDwvRjIgMTUgMCBS L0YxIDEyIDAgUi9GMyA5MSAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9JbWFnZUIvSW1hZ2VDL0lt YWdlSV0gPj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMgODUgMCBSL0dyb3VwPDwv VHlwZS9Hcm91cC9TL1RyYW5zcGFyZW5jeS9DUy9EZXZpY2VSR0I+Pi9UYWJzL1MvU3RydWN0UGFy ZW50cyAyPj4NCmVuZG9iag0KODUgMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGgg MjM1Mj4+DQpzdHJlYW0NCnicrVhdb1vHEX0XoP+wj1RQX+33R2EYqO0kdVEDbisgD0UfaJqSCZNi KlIJ+u97zszeSyqSrDi2AdM7s7O7Z8987bU5f2eePz9/++rNa2NfvDAvX78y/z09scYOFn+aSymY 4q2JNpmb5enJT9+Z69OT8x//lczVDoN38/1+eXNtFjtz/q5ms1tcH5YHm1y9s/zyu9OTf5yemO/f vjLnf7nZry7ni715+fb4VFeDcw8cWlwbajWwwkTU4TM7hNRaMosNwLzZzK+W1bzemqfOsNnZkB44 xNkhj2ckc/cihzPa7zrjM+zhgqQP6EOBdfb4cdabm6vfsqeAHuLPHPnOHXx31yXNqktyG0orJsQ8 1GJwkVyHnEY5FxyiUowm56HZACkNKZsFbPPgvIMiEktOQ+FsGKKfBDeUIqZdxnWCGdeFOiA0xm1D GVoT234qFOCjAwp5yADU4aoE22KHFqfp4rBVGVcWj33i0cYF0PJ0LqQam2KKB8kN1XVjVWBRMONS veq488TEeLASNYLqJN6hGMYfT09aG2wlH2WwjbS3CkriqGgFAeBkSYmm4dfqdjZyAyhsaXI8grWB 2uIFWhShekHtaYrgoY3K6y5344IgcqSGGwE2paBAna61PF5QZAPIrU4A7+DXOzmXB6iSBVO8knN1 SGVUOG8Hn0XCCrh/CJBiIzqe5T0BhQhvO0wDrm6fVOoxaYVth4xPgto3uRTkoIHZcA2cK5cSX1CK KpWqi/UWzmOucAdKwQj80gWxw/Z+moxDUEtHCbGhe2qsUJEUYaoyHXTaH0kA50fjruBVuVSxh6g7 e5FcN46KAoWNByPgmnpP4TfNuNqURHBcRAFWyXFjEPkBnga/VROy6fVAakmicLTFMU5yweZJQp5k JXxUFKYKl+KaISTBhJ2ZvZEJLrZukHSG03ihxv0p0e3gGDt2qV+PXIzTyCsRQKZzjvRx41g0HBGB WY7FEkpO8x4YLJA2Aewnh/RErxohQTwNhfXCctYyEar41msJ6dRAQSdAEZtwnlUCt9MNRBLjMjAX x+mpWsUql/e6tDsIitx51OkqQjoIAFhGU5WVxKLuUMOoV5n2pNMD+eD5pYoQRLBehM6gi5pkkopk W0IL1aoo3UXiIftjuhE+zEHLHRlZKAWjkJjD3TRoOshc1US2Tna1TqTW0XqGEBNfDg0Sor1EHBeQ XifhQFeOiwpqFB3ZV1i4VXdjrKH75+lowcVKRlx0s5UKINnSJb18ElsWThtHxVoVrJxgz7MEW+Xc NanHWR2nQFGuY9SgYLmuGmpyKgplsH6UFlL5W3OjgiU2aT9LWQowMTASo17AEY0EqpfpmrWfUfI9 xEsaLxvrGOJS6qXiSCzSgUnTMvEKJE5CPI71106p5xRHHbMSiH2aUljbTzhkcWOB0jwF9oYyE50c o9Wu4QUQFTSqMSTXenweJMZc6saqkFbG8lW1qKL9sKapc7Uy4lxtq41ZAUz5ECh3w0ZDiW2YV55C CU3c44XYFYVMpDGUCuBndxRKBUma6xhLpaJV6GsAbXqSHDmlcVfwlpjmUiEA2caNg9bOpA8YbqFk gjBiKhPXgFxdOGI+99DSWaRbUC/xcYYWLsfEzk+GP9i9oUCTylji1f3AmFGyrb6MnBCfEWfyVKqM IUjeay64g+A7FZMisJiMK6O8vMeN2fp0434uGif4JKYYtMtnQg6srHwE1P6ezN1F8u5zaXLPXe+p RysDm08KcJro0UlhGb5IgdrYJ+/J2qbXhwX3FKH1xjEpKrs0pagv0yJSktwuvYbUPHm6cVZaEijm uLJTM7EFfeW7SfMezoEU+iMWHoOUQxklGldlrU+Du6ASIPJGoyd156YNQLr7WhaXpIogJ02JC1BB HstjdFXEJGtzn46DLkPUYuyyBmJUU9QJr2vRDyBZaWuRd8VzI+uDIEkgQhGzRibcBMlrE8dsZTPQ i/vYbW3S6ljE1tpOdz1I8tjrxjYdea/wiZofUBwCoC+5rwiMwbXEFTspX1kJ3mZYIdAzm7rIMIGt TV7y3bZjxWQAf6Z4Xw6SMVSAo15gVcFcklSoDNAjxWQxgpoUHx//6vNHX+zyyehsQUTaB745X17g y/AHdBN2jWguLtEK5DMXToAPUJI8YyabCzZfc6VfqVG+Up358fTk37OLs2dl9vEszJb4a87S7HK7 Pouz9fYsz34982G2usboSiafhTj7GaOb7ZkOtvi7m9Mck87LPqsr2HOwXmE3LqSw39EiHZa/p8US phtDBHPql9BzsBOVHGz2Z8/8Ad9iu8E/m1sYXvOs/f/OsOmfuHfWBYv1LX4/nN0B/h9z8bfTk+8v HiY8/BHCHyQboRIPXHeGf1qazRw4IxnE7/UWvOzJ5uzjHMNfloZ3E/XtFX4+KpnvbzH+QMVyL4Ts t9joE0kyu9XVNSZWl6sFt7hWg59vuMcVeEyzHUmsJCHNZDRfY7Q228tOqRgtTTf4PEPxmzHE10++ R9FcIM93T8BIXwrDPQLDFXn8/RbGq+1mA3Zvr8+eRYmtotT9sKSDPryner4A0k9/fgJp7khldx7K d3eRT0aeybo8KVANvG9sDg8oAtvQ+mjJqJg2HRW9otyDUr6UtPAYaVHeQCQNbRwPvatxQPKeW1vL i8+zUr86jBL/Z/AOlGP/XdBZyx2SAenz5vryZr7b39wu9rdSWcxqZ+asICgfSDdWJ5YPRx97h+RZ wWgrv9B//ibtj5D6WI3mlxNY/Apinf0mPWNk94DnmN1/LnthJX2L47aAoiatgu3g5tO6NwZW8g9T 36Dm0nAlq/9mIzRLJWJu3ezON/OxZu/nq17fdYon9Cmz/Zn1kGq2nT2U8QiF2HS3Y0I9n2faTuD9 31HqnPtWQdr4sLwfpBqA6ckAFP0TWL/4qfBYbmfkU/mq3HZf30U7b0dYjnn7K1vEmu6XlnWlTRJx 51GqpWXW2W67WY79br/d6iMEoXQ1Km+WH9hlF8uD4hdaLLGPaHydvZf+vGd/XtPumj+LT72fsobI I2bFOL5ZPVkq3Bc3z8echN5pw9c56Ys76GNOOsJy7KS/k7v5h5HdrTwuhEp5b5jdcnEr5DHAQw/8 /ZKpv2F9fr+UCrG567X59IhZ7Xa3UgDu3/P/Pdtpng0KZW5kc3RyZWFtDQplbmRvYmoNCjg2IDAg b2JqDQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9UaWxpbmdUeXBl IDIvQkJveFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUgMCA0MDVd IC9YU3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFI+ Pj4+L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy0DMAAwUQ ROMm5+p75iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoNCjg3IDAgb2JqDQo8PC9G dW5jdGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMF0gL0JvdW5kc1sgMC41 XSAvRnVuY3Rpb25zWyA4OCAwIFIgODkgMCBSXSA+Pg0KZW5kb2JqDQo4OCAwIG9iag0KPDwvRnVu Y3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC41ODQzMSAwLjU4NDMxIDAuNTg0MzFdIC9D MFsgMC44MzkyMiAwLjgzOTIyIDAuODM5MjJdIC9OIDE+Pg0KZW5kb2JqDQo4OSAwIG9iag0KPDwv RnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC44MzkyMiAwLjgzOTIyIDAuODM5MjJd IC9DMFsgMSAxIDFdIC9OIDE+Pg0KZW5kb2JqDQo5MCAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9T aGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDgxLjE1 NiAzMjYuMTUgODEuMTU2IDM2NC41NV0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gODcg MCBSPj4+Pg0KZW5kb2JqDQo5MSAwIG9iag0KPDwvVHlwZS9Gb250L1N1YnR5cGUvVHlwZTAvQmFz ZUZvbnQvQUJDREVFK1RpbWVzL0VuY29kaW5nL0lkZW50aXR5LUgvRGVzY2VuZGFudEZvbnRzIDky IDAgUi9Ub1VuaWNvZGUgNjUwIDAgUj4+DQplbmRvYmoNCjkyIDAgb2JqDQpbIDkzIDAgUl0gDQpl bmRvYmoNCjkzIDAgb2JqDQo8PC9CYXNlRm9udC9BQkNERUUrVGltZXMvU3VidHlwZS9DSURGb250 VHlwZTIvVHlwZS9Gb250L0NJRFRvR0lETWFwL0lkZW50aXR5L0RXIDEwMDAvQ0lEU3lzdGVtSW5m byA5NCAwIFIvRm9udERlc2NyaXB0b3IgOTUgMCBSL1cgNjUyIDAgUj4+DQplbmRvYmoNCjk0IDAg b2JqDQo8PC9PcmRlcmluZyhJZGVudGl0eSkgL1JlZ2lzdHJ5KEFkb2JlKSAvU3VwcGxlbWVudCAw Pj4NCmVuZG9iag0KOTUgMCBvYmoNCjw8L1R5cGUvRm9udERlc2NyaXB0b3IvRm9udE5hbWUvQUJD REVFK1RpbWVzL0ZsYWdzIDMyL0l0YWxpY0FuZ2xlIDAvQXNjZW50IDg5MS9EZXNjZW50IC0yMTYv Q2FwSGVpZ2h0IDY5My9BdmdXaWR0aCA0MDEvTWF4V2lkdGggMjYxNC9Gb250V2VpZ2h0IDQwMC9Y SGVpZ2h0IDI1MC9MZWFkaW5nIDQyL1N0ZW1WIDQwL0ZvbnRCQm94WyAtNTY4IC0yMTYgMjA0NiA2 OTNdIC9Gb250RmlsZTIgNjUxIDAgUj4+DQplbmRvYmoNCjk2IDAgb2JqDQo8PC9UeXBlL1BhZ2Uv UGFyZW50IDIgMCBSL1Jlc291cmNlczw8L0V4dEdTdGF0ZTw8L0dTNSA1IDAgUi9HUzExIDExIDAg Ui9HUzE0IDE0IDAgUj4+L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFIvSW1hZ2U4IDggMCBSL0ltYWdl OSA5IDAgUi9JbWFnZTIwIDIwIDAgUi9JbWFnZTIyIDIyIDAgUi9JbWFnZTMwIDMwIDAgUi9JbWFn ZTMyIDMyIDAgUi9JbWFnZTQwIDQwIDAgUi9JbWFnZTExMSAxMTEgMCBSL0ltYWdlMTE5IDExOSAw IFIvSW1hZ2UxMjcgMTI3IDAgUi9JbWFnZTE0MCAxNDAgMCBSL0ltYWdlNzQgNzQgMCBSL0ltYWdl MTQ4IDE0OCAwIFI+Pi9QYXR0ZXJuPDwvUDk4IDk4IDAgUi9QMTA0IDEwNCAwIFIvUDExMCAxMTAg MCBSL1AxMTggMTE4IDAgUi9QMTI2IDEyNiAwIFIvUDEzNCAxMzQgMCBSL1AxNDcgMTQ3IDAgUi9Q MTU1IDE1NSAwIFI+Pi9Gb250PDwvRjIgMTUgMCBSL0Y0IDEzNSAwIFIvRjEgMTIgMCBSPj4vUHJv Y1NldFsvUERGL1RleHQvSW1hZ2VCL0ltYWdlQy9JbWFnZUldID4+L01lZGlhQm94WyAwIDAgNzIw IDQwNV0gL0NvbnRlbnRzIDk3IDAgUi9Hcm91cDw8L1R5cGUvR3JvdXAvUy9UcmFuc3BhcmVuY3kv Q1MvRGV2aWNlUkdCPj4vVGFicy9TL1N0cnVjdFBhcmVudHMgMz4+DQplbmRvYmoNCjk3IDAgb2Jq DQo8PC9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDMxMDY+Pg0Kc3RyZWFtDQp4nO1b247bOBJ9 D5B/4NPCHsQM75SAIEAuM9ksNpieSbCTxWQeHLf6kvWlx5cE+futIimRlKVWtyHsAJs00LaLssjD OiTrsCiTx2fkyZPHb168fknY06fk+csX5M+HDxhhlMFfybWWxApGFNNkWz188NsPZP3wweNXbzW5 3MGHs/l+X23XZLEjj8/KguwW63i7ZJoX2e0XPzx88MvDB+THNy/I42fb/fXFfLEnz9+krfJCct7R qOUlLQoC34ILyn+cMSp1WWqyWAGY16v5ZVWQlxsy1AYznEnd0Qhn1NRtaJJ3JLZR3qmNW7wHHUT3 AXpp4dtGwAtngmwv297zgLr8RxLueOROCaqkIBJuLAUByLJAXwVbGiJZQZnynxRVJVnAdwwRWlIm ydIbqqQKbnK3CmWoIaFeb8AtlkGFNthLtBXV9XXLLFV1LcHw9bs70Q6NL6PtYIVqAtzQSLAW7d7B zVfoRXSX4Ep7R0Gfa6cv/Uc/rrTQrr30+/1Xwu1XNWvGFtgZHBqWU8U4kYIK9A5YKhkc0J4fHd8w GZxZUd5GRpgcy/yGWy4d02ERIdKhFbUCYEjoo8XZknAhIhf5WsXhZrdYRdevguEZSYnKOxr9HXve 9lTmxMTDjccjwy16MuISVqO/G5bTEZGME5PQe9WsGQycRL741UeF1ccY6dY4yQz59RWsK5x8Iv// HnnbsYKKJPqlI7Jj/X7+Drz4E7ZKmVDk3QWEDTcQOdGwjGNrsEIArHcrvHKJL+Dc3ydvq6maLA7b iuyvKrLcgLW+nP5B3v3j4YMf33Wv7HIUXELoPlAwJVZkqie7w2IxlZNqtyObCwfwfbUGhORsu/lU QXSr4OpiMwBXjQLXsJLysg/xbACDHgcDt1TIPgy7r7t9tRoAYiKQmUfCBIibEHSEYLYDkrEG44kD wQ1GGClxEHP4ZlzYZBJk6roVKojb6zacCh/CoE4F05hTbgjXBbUmrb1/2eSsXjZpAXNU4trrFnlm cJ6HgmVTwI2kPpAVGnXOka1dFMWCsqTSpAXg+gI7DmLP2QoWjPQ6wOZdBU0TDmNjXvXrJ3vCkOG0 NNmIAYaohnnGJDXqaMS83F5/rsh0pierzapa7w/TmZzAzJupCcy39zj11mAVE5xv05mYVAv8xp7M 1/h+Tq6ducNLfr6i/XFgCBZjdEyD43HV7e7Y0HQsR4GAJJd9EG62G3TLpwpfF3t83ZEBWJydhqto rfgWVioYxgXDsdYG9vvfv8ISelNtP1/vNtupFpNHbgi8n9rJs7PXaMjJG+D+eju/dKRDiZn8/Bbu gotaTZ4d9pvVZg9jx3/5t+v1Ob5vvuzI2b+IG1Xb3R9DnU03CBpmFUwrLjEWA2AF0EteF4RJA5G6 LBtDorGoZ5Tk1LAizjAB4RZ2NKEeIagGhepb8QbcycFRur4Id3Ijos2NwbdQT7BCK3ivLwgwlkmB AxmqCvhDQ8FatPt7vy2DW0c7twxdV9oalaN73DgpreuRpByGCoqbuNaqdLvwnZq7UtPeJSTcdF86 IkfYQI6F4C/BoSWyIwoI9zzhh0O3e4NhkQbD4IRVtJ0Pcg7zLkfvRx+0fNbyZ+ru6P9Ie5uvlMqU 5+j9hvdskGTDJxtbrV2FdPs2pSSmMAq3jfgW/dG1p+AnbCo4p8zkIUaBOgNFWIAeBbHWDjH/rKZm 8nnKIXa4GKIxhgxEgxM2FR24YFGDzVkfrveobGAHMQDlhA1DBxSUXsL0QTkDubTF6Oo3MkOQTtg/ IKQcESwqIJuI1dSWx9uHZxDfv0y5nsy31Rq2XEOQzBiQYLijejGKyg5IIDNRZU6LyccDChLw2RL+ oWTGQW7gVQIjTTD4wLWzBkCfIKo7QGuqgGyQf2UH6PUcgGxRD7mXOeikKaCtsBubC4d8EOYJEvkY Jq5OuhfmexR1w3PhBKXcgQQWJyG6kWC+nPECihdA+NCoEyco5A4CFezJFO40dYdnXuMqscbBtXHM AYMbMNbkbAmDbb5HDu1ksx3aaotE4PICQPBERXHYUscCbt3uoo4gtdVEEF+QRBBfUEcQX1eIIL6l JoKIUlAjYwQRsEQ2tmQck5N1CPFWjCGhICqppsDhDFWFPoSGkqiZ9fmvFLncFFSo21Tud37ulSpv nU4kmfLOK8f8aOQDCQLxY5RwDJVuN1LqIlO6Za/SheDqlG5OxyopCGxlTGadjv6PXsi9lns0d3hk INniZIxlZGZMR//HPU42TFojKB1gmdr9VrvfmTA/Udy2opUFcUsAnWbH2ZNfQX9UKwwMDEL6x3kM 9KhOqu2OoITauxTaUJgXJ2reVh4d9JyUfXjvFubFiZK35bhC0QLPVSjvQHIG+tI5ClOJIMNR9XI1 OeyqWi+hlpufY9y9gRfnQ3Rq0HkDPRhFIYMOobYgmHvu6MGHSc3zeoFS4HAeROka9jh2GOIoillI gYnPHog/o9Nu0KPrt4DQ+XC++M8QslFksYCtjim7kWFw0Kx0Iu/RoKNGkb+Cawqhx1LZ4SfcRiBz H53Cu/abMRxzA8hGkcPueL4HWu4oSj9Mhw7jEkUsuaFcJipGQuM8WcwtZcliHqy4mLuCdDF3BbX6 8HUFYeJbinkKARtvneQpYJQ2tnJyrE77OSMu5d6OEqa2fV7GV1PnZXwjMXjl/f1L06iAHw+K+hXm d26aU0ElSq7vRE52wy2XjumxeCaTZlLxZF91pFKF7RWYsn4cI2NjlRR4snIis35H90dHtByX+zRx eENAZL3FVspjSnJ0f0N6PkLywZONrVxcfoNd7xKWko+SEpRcYT66JyX4EgJ29RnlY7XEXNEN2Jjp UpN3KOI2G7DruIWKQ8FVXmCMl6g1QZBeVeErN0MhVo6ilLE/EPF7Eoq7lUO2qbXcFWAsw8cqpO4W Tty5skZEu1zf/dSfHEVJS1AM8NWeZOTNdrPAJ1HQ5yExuduj7nPAK8z6uQ43FFV3AX5v4a26gCtB ue3J9D1hTNunMwXv6jn8F08lfGTyqcErEv41/Au48vLpDMtUAf8G72LsOb4b9/WBjoyiv6WSOFV7 EnOX+CiCz8nBIj1fL6oh75r0iJlToZP4q5RJChS4UDRrUTCatcjZyVrk7Hot8vXU55g8GnCnNoIW Nq5F2thoa9zWNvUEK65FoSCG36bAgQxVBfyhofQcM+1vqo0gABbmHtrIf7//ypA2UtI9pXrrGfN3 bmb3Fa6zfuV6VFd+yMzr58ll6Z5SVbgTcWfwymbJt5SjljZS1mujjI5VtANXGY1ZryMB0Q0tt+Uu zTweKYjMtyjL2EypjgRESZyNk3wEJcMr10bfYNc7tdEoyQOFDy1JlzsSRfeRjIuuEIVD7m1o7R8l iaDKErMtPbDullyToyQNNDLU66Cu5NrAU7GjnKSpEk/vXM6nA9UviOWAyqgWRU7WfZ1yPqiMVCK5 dWGotEl80AVPCrS1+DxsM1uCFWeLK0hniyuoZ4uvK8wW31IzW0xpsxhhWTKb6udLfT3BivOlftq0 iRFNgcMZqgp9CA0lK0TW5//5/tnUMcLHcG0lPUpvWBXDw3eKMoqMklbehyJ/wy2XjsO4ezYMKSog cMvGq67jWYpDFb1hXGsfxnNGVkmBJywnM+t3pCA6Indc26kmj2Y5K5GEhrSEz4zsSEHUcNlIyQdR NsbyUP6Ndr8rnKtRMgOwfUNVAa9lR/b9hHCuRtnhG6kp+KIH1t3CuRrlrMyA3jG2D8kJ4XyU/bcu C6St5ywRnwCvFodpcuCZxnP45E/I3Bmee2zL5UDcQ2WD+E88HGtl2HRhKSv7jiAvXDatmvuTMTk5 bKsdPtXuDx9lib8lUpM1lmHnzjGdtvU/brD+w2FwdJyohlv9MKXE32309GPo5w1qFO2Lg8GfNJpj adfk59w0rh4vNit39HgdMpBDqRk1iig2htGS90Ac/E3WKArYGIWPNdzJS0OTQJ+YZm7zBkHCHS92 SHKfcPUTAYG5nNphO/94nWSX01nNbfMY5gD4UQKHYQy3ORKfez4Cf9U8WnnujrhxiWnnk3HtqT5M B9HeO564H1e385WFS1RK6cJyG+5P/+YGf604BOXeAaULCheS2rIPyqvNfPmIvN1v5/vq8it66m/k 9fp6f42Pp6Lzuh68/C9UTdKjDQplbmRzdHJlYW0NCmVuZG9iag0KOTggMCBvYmoNCjw8L1R5cGUv UGF0dGVybi9QYXR0ZXJuVHlwZSAxL1BhaW50VHlwZSAxL1RpbGluZ1R5cGUgMi9CQm94WyAwIDAg MTI4IDEyOF0gL01hdHJpeFsgMC45NjAyNSAwIDAgMC45NjAyNSAwIDQwNV0gL1hTdGVwIDEyOC9Z U3RlcCAxMjgvUmVzb3VyY2VzPDwvWE9iamVjdDw8L0ltYWdlNyA3IDAgUj4+Pj4vRmlsdGVyL0Zs YXRlRGVjb2RlL0xlbmd0aCAzNT4+DQpzdHJlYW0NCnicK1QwNLLQMwADBRBE4ybn6nvmJqanmiu4 5CsEAgDcHQpBDQplbmRzdHJlYW0NCmVuZG9iag0KOTkgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAz L0RvbWFpblsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwIDEgMCAxIDBdIC9Cb3VuZHNbIDAuMSAwLjUg MC45XSAvRnVuY3Rpb25zWyAxMDAgMCBSIDEwMSAwIFIgMTAyIDAgUiAxMDMgMCBSXSA+Pg0KZW5k b2JqDQoxMDAgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNzU2 ODYgMCAwLjI5ODA0XSAvQzBbIDAuNzM3MjUgMCAwLjI5ODA0XSAvTiAxPj4NCmVuZG9iag0KMTAx IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjczNzI1IDAgMC4y OTgwNF0gL0MwWyAwLjU2MDc4IDAgMC4yMTU2OV0gL04gMT4+DQplbmRvYmoNCjEwMiAwIG9iag0K PDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC41NjA3OCAwIDAuMjE1NjldIC9D MFsgMC43MzcyNSAwIDAuMjk4MDRdIC9OIDE+Pg0KZW5kb2JqDQoxMDMgMCBvYmoNCjw8L0Z1bmN0 aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNzM3MjUgMCAwLjI5ODA0XSAvQzBbIDAuNzU2 ODYgMCAwLjI5ODA0XSAvTiAxPj4NCmVuZG9iag0KMTA0IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAy L1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sgMzcx LjcgMTgyLjI4IDM3MS43IDMxMC45Ml0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gOTkg MCBSPj4+Pg0KZW5kb2JqDQoxMDUgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAx XSAvRW5jb2RlWyAxIDAgMSAwIDEgMCAxIDBdIC9Cb3VuZHNbIDAuMSAwLjUgMC45XSAvRnVuY3Rp b25zWyAxMDYgMCBSIDEwNyAwIFIgMTA4IDAgUiAxMDkgMCBSXSA+Pg0KZW5kb2JqDQoxMDYgMCBv YmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC40OTgwNCAwLjg0NzA2 XSAvQzBbIDAgMC40OTAyIDAuODIzNTNdIC9OIDE+Pg0KZW5kb2JqDQoxMDcgMCBvYmoNCjw8L0Z1 bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC40OTAyIDAuODIzNTNdIC9DMFsgMCAw LjM2NDcxIDAuNjI3NDVdIC9OIDE+Pg0KZW5kb2JqDQoxMDggMCBvYmoNCjw8L0Z1bmN0aW9uVHlw ZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAgMC4zNjQ3MSAwLjYyNzQ1XSAvQzBbIDAgMC40OTAyIDAu ODIzNTNdIC9OIDE+Pg0KZW5kb2JqDQoxMDkgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFp blsgMCAxXSAvQzFbIDAgMC40OTAyIDAuODIzNTNdIC9DMFsgMCAwLjQ5ODA0IDAuODQ3MDZdIC9O IDE+Pg0KZW5kb2JqDQoxMTAgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9y U3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAzNzEuODggMTQuODggMzcxLjg4 IDIzNC43Ml0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMTA1IDAgUj4+Pj4NCmVuZG9i ag0KMTExIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAxNzgvSGVp Z2h0IDEwMy9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xh dGUgZmFsc2UvU01hc2sgMTEyIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDc2Pj4NCnN0 cmVhbQ0KeJztwTEBAAAAwqD1T20Gf6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAPgM1toAAQ0KZW5kc3RyZWFtDQplbmRvYmoNCjExMiAwIG9iag0K PDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTc4L0hlaWdodCAxMDMvQ29sb3JT cGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBv bGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDU3OTU+Pg0Kc3RyZWFtDQp4nO2b aXPktq6G0+pN+75R4iZq68WeuXXO//9v9wW77bEniZN25uSTWeWyRZEURFLAAxD+7bev8lW+ylf5 Kl/ln5fNZvOrxvizoTYbx3H+4OannrxxtlvnH4pMY2wh0J8NtdnuD8fjYf/T3dt7/Nz2ryZw4+xd 77D9ZyJjDN/db7cH193/gcibnRulWZbGwfHdgzbbw+Hn9htnt/tYms3OT7Pw4Ni/X8vbizfV7+78 9qNi6yZ5Ghy9KE28nfO+F73QMWVCCt7V6cttW7YHP3B378e9130k8SFuWO7Sm+L19nvMFJbWseu8 tdeOs8WvHS4OtK6ObWWrd1RNHbd+0bEyyeq2DA8729r2OuwhIN2uzTwO2ugu8zDInkbGvb0bxf7h /pSNHW9/jMoqcT+aZeeYCVX7aIK1C+M49FzXO+53B9fzfHt9PPpRHAWeHyVJ5B32xyCK48g/Hj26 7dKkbd2ca9n3oi8D1/vRK7H7YLMLu3nRPR9mw/IkiUOfRo58L0iS0HUxHo178MIoCuNK6jbafySx WyjTBDSulzWMNWWWZYnvhWmely2uiyStWNeUedl0PSvjMK1a+iNJCjSvM3+PD+gQtWZZ5oGlQZRT dW57dazGfDm7qJ8nXteC5O57Vhfl7UlpXqQxxmNtGaNj3TZ1I5ZVprdd+oHELSR23KwfRjPIHvJl Scm40ONotGCdmkbBGFdmmlRTMaH0OCnGpMHtPscSYpILff1+NVUUlsLce2GwQWG+nH3E10W2rVqW 0UzzIHqhlFSyw4zUda8NntpWdS+x17k5nVV2/DsS78J2Oi0zJgqjsQbjTKfzMs+zMctp7Bsmh/F0 XbXQWki0HMYVzWdjl9A5JPLpv9+GIkz7mUaZhmFejNRGZMftPhbnp1nhjUc9ntZBSAOppTFKKYy1 0lMGqTS9Qq+Xhcd/uSvacEfPPF/XecFzFIQexml9esL1OmNIWeaNNPPl29MyjrJtFKQ9PV9JtD6m bXFM5dN/vpkqKYcLVS/TtMyi5YMqXZL48nyCfKLr9DJyrI5sSmbmaRyH8XK1T8F6dkWaVXwcIc7H EuuRRYedm2s8a4RAHTeYamPWJ1xPGHUeWZq1elou359P8ySrks+n0/XbFY8ZGEm8C6rh/HydurKd nlA9TcZg+otGqdKDxPx0Nj2+hbTgIzYWH3iZNcM8Y/Tl+rSOE4SfhjYJ45wNA31WH0s8izzwwlKd TqPWilWNPl0WJcyZrjV2rW6SnE/zfHrGrM+atZjj9fyEadOiDvfO1k3xDUBO1fXThao1NoSqs0pK kjjqJrx04LlewjQv807f53jCvr5cJq0HrTHHOea4G8xfzPExV4vpqzyvxLQYrUSd5nw5j6zm44xr ybkSVQyJsdCX82RGvMZyPdOyY/fwwt86+7AW2PudGgTXs/0S0IuXSdlzfJn7sNUi93Zb/NUIliUN NcQ+HmgrT8uoMU6vBgzRtviA+uQjXbE5JJBFi66pWjEMWnV5GFXK9HlccLy64k3DmixMWjUM2B+S Q1Es1+dVcomJkSyF+jpENexZlDa8b5mt7qlXGqZ1kxwdMjA1dAZ0ipe3ZRRkTNHica41Z/apvCkb MousaXrZpR/pCmzBshd4ErRjCUXbFuERdgd61g0yaOC2TJM0hV1Ia+jXrq0bPmCur2MLdY3r3N87 zj7I8tg9uHFR2FG6tkiSNAlcmAi6f4yyxKO9iXdL0dBPSbdDUUrV5gX9XWELl03b4Gl5XUYfzrFz 8BNQCsyZC6uWktncHjwCm70b4jpwj657oAuYsDiK806ZeZ155pMRjD07dQcPNOVQPztKEsMkotfu hkab7dHD798s+7hHGHwaOYnTRooq9O1TjvsDmVbfhSn9K7BwdiBBoCBts8PhQFb3Do+3661lSIhD jQ5u0uCjMqIM9nfQ2LwQK/XDINQLPHHv9eb+7Wm2oR3ZjWuOTbW/PZVA5NaP4O0vgJMw9YZU9OtW tbnfeOEskpjwZ+/bvVIA9340fyX5zesorzz27v6PkTd2qApGnsaxtW+Q8EN5/16BHSbOwqztvdve +cgL+FtPJLAMvT/i6V9RQB1p22En0KLR9ti9rInzZlZf5ta5zf294sdSOa9rchd597NX8gslBnWM s8zdHZU97W5sN9AsCU/vgB14e5OtdZDolbAv3/7e2lfdv7Vmv2j9/7CAouXpMrWRS9rAi6BYvCAI Y/hCMcxlkqURroCpoYcrqvWPB48qoGr82F67ttnHauCXFetFnC+LKOI0h8ZsWzBLWVVtz0VX5TVQ vqmaXsBw5Dl+w0ECP5cdKmoLrhwKOkUz3nzsX/w6iWEY59O6GlbWrG1gJEXbcc6lHgFGvZpmzQXw Cfwk4GkAg4xsmaKKoWdinEaiFTQjrfivTLLjleZ8Pp1X1YLn1XS9zmSKpWXoGaQ8Sz6cn67ny3ke l3WUGiRsTk+X8wUwBZCeB9724+k0K4DTvyDxZhd16/P18vQ0c7gWy/n5G5gWEgM0Lk8nMJFmbHz+ /nS5on6dRdMbgN43qrjQC53WSXaQ+IxVig//gsT47tT5elohne7VAsmfn58WAOU0L5fnC6BOVI15 /n49YRax9KxoNO58p4oVDgKmfR1Fr2b4AfJDj+hXla1XwnUQHBtz4HJ5up4uz8+LkiPcndPTeSKy LdXlaQXvavj4TVrJybowIHvZg/aW0wJfCzxyGkrvfy/xZhuAzBvoiH5QPR9Pi8ECm64nJF8vqwGf JwnDbh4NCFKCi/NeKb2cqKJnkBg+DSQexmXR/47Eft5WERRs1pLvqwQgWLGi7AG5ZoRMbR748MTJ Ea+rpk7DuLJYioquKkHM0B2sBbMbzT6k9V8m8TFMwuPW2XlxGsdpkcVJnid+mNVt21LYIQnwOgBo VmfgUVgLD+AYZbYiComsW+hnG8hIvX9DH28st4ELdkf3eCDwBfce9ns3iKIQ3ptLVLc74irALYph kt0+uLcKNLsFibwwjoLj7n9FEu8kfoO5FFBznBueQjCKolGQjXCU8HZ7B1fbYne75+xe43aHlwZ2 2BtjOs5PhPQrJN7uiWBsJHH7hl6AnofDneoJ0vc/kfgdkje318FS3EHJhmCpDujuUAgXi/RLZx77 2PePW0Lj8B0Xb3auH4aRjQYS7P4p5cA1C8g1C93DMYhT+1GgA+2RvZfkBT6Kz3+PL4v0wzFxtsco z29RiSoPDttXXwFfZJqX5EjCNaQoqjUOb3o69xi8sw8Jh3r420nVdqyK3f0xrhgUkJcyCQ3zaUCy i+RhkbDpjvaLwl714qpn6XG7C2rRF6FLe5L2I+4kICPRZx6UQyVESXoA24O+TfSk3659QfgDTFDM haG5lFLUsR83wyQyP8IvI5r0sxJj4eO8LLMIDm4GVz6Ga5wUrTSSAiUU2hF1Hvsedgl8XxBx3XIt a9Jcch5b34Y5owy6L/T8KKX19nZUl0KzcTMNUmvRCcWLpJTrxZRRymFI+yo+fm4j26G50qIpAbOY izZPCyb0vA4U8Iv46TIrsC4kibwwq6qG9XIc+gZ2bbmujIK6x6TuOe/qvKTpFCzD7DmHME3zdrhF 18pWySaj2N1QxYUi5vg0NlO4hQIoi+aKgn0QhuEFhuVkbiHKM2Gm4j1neZS2nAM9B8AvZm6AxF14 C2gpcKgiYDZ6UE20twGNMG31aMZJVaAO1aZJpfB3XKplBXx8FkI39LxhOl9BDkAfYSYDsOG9nrWV mK+rprgvjG6VlGLQA2SYF6AQsH6ZMcfOMe01B82P47RgPaTuU/LAd25UYv8INcoyLoVuIj9hgywj G9Ayo8jdTymLzSFuFZj3+TxNs2oaOc02LN8NsqBd0c8jq4h9Z91kmCOIOwEll8V0FRsocL51C6Ha vBRYqMWwiqkeeEnbouTgkZpDSmxh3YTHsFGiCKO8qvGcwR7FPF4AwnycIPEFkvCi6EcIp5qS6bvE k2nLjirhP7VmHl8lZmWjKe4LibHkmY3dTrLKoF0gMfZKJUFBeYYtXOeNUpV/8GtIHJCezrvRNJ+U 2C0VZtUy78CyjNGqYy/LUd0lnngrRlSOspMznWrQwQa2PG+5fSq9s+6rWmDnDH2elKQXna1HH9gA iRup+qbX2AR7v5I8D8K8qmo+6upzhORghqYRbtEyKAGdVcMrVlqpcZI59DHFLLSEKqG9DEyf4Ibg q1OCfg2zqSmUHLVSApLxw5s0ytsmPmCK2/l6hmYsKoAzvsw2pkMBvI0flR0XeuCfdE0c7GMJFteC NXUWBGlVkZqD0HgEzRSnCDgr85pTAFi0TduglBXjeBG7Y7du1nLB+6Yoyiz0ojwL9pC4GeBWiyZP ofMEbzNvi2eVeej6WQsl2H/Wxabj2qKCmFlMh4JQSaEfpmVdlzFp1X1AQYqCTvuyCpUEwxFKECZY 2zL1d3SO6WEIskF+ADPj+kQiGLayJG2Hwwg3s4IGu4OfVnVFr/UZgS0Jw57BTN8CqoSL+yNqyNgS qtHfHggMkgS+BwizBSYdknlA39ch3MNuR6gJe26jr+iIDqilIW4n95utZVE71D+g5tt59I8g7GZz h+J7dBacYQn3p1Y2Wnx/qEVLGxB+C1Xblx52uB98/LbiszL/Lnz3lojvJ+zb36V3vLm0M+rubiHs rfNC1ZvfxZJ/P/7n5P397x8uA/lPx6PrvV3FdwFW2+YYFwU2/vYQxCA9EJMl6D+UePPWHfmEtLfF fjkecOxib28rfl9X+KhxGMWE5D/2w/bHfqBCCocX/o6O5smvzikSv70PfW9/P2K4X9yf+7DA9sMK MH/2wwoogeAWfKVP8Wi/NWBw1xQ5pX/sb3kXt2/Ran84px59XmE9zKr0IHHBZd+0fVcG1B/t9vSN Bv4t04WOcaxCAWjT4x42IbD90FlNlQakvJqmSEJSdWUB7ZODgKumLrJKTpo1DSrI4Q+j6FX34YWh qKhNKU8XDZ4GeHZkFHWXBX5coF0Skq5s6tyeopBvg4ssCuICSj0+PijyZuuDqbRWfQk1f3cYFGyf HOjPppeaIkLTeZawEF1bxFFWNy1XlJKQkO3w8x62RqLN01WTNdn51QBGMU0cpozadZSbMMD0VCEU 8p7oyMABAS8ZqnsQODf7uJtmM4Aj6hbIua5GDgvMNeUXdBTQoSo9nSYpwciqr+x7Lad1XUxjkwd6 CEXJEvP1xO8ZAerpP9+GMozbcUWZlJrWaTCGAzbIwCozU0RuACNrMqsPSpzweQQLj5J1kiB5Had1 5N2wzryqOjXMl+uizaS5HI2iM1plptPz8+VyWXly2HmlMqJleqRu9vjeOaTy6b/fTRkXGnN9uZ4p 80GBSoCCDjYN5nahWPR4Oi0DSx5EC5J4lHUljI3p3SGZKiZdp2U/jHQaDfqWeCIFKseRDu7/7/v1 cllIYr/WA5Ex6iegmD2FpsyW56nNm+kbtTsv0zICpTXlMFBy0TCuTxh0mE/rJPIHPSdI3Os+z3tg mYGsZwvJVDGIIq3hRc2XpxeJJevNepqUXr89nwiPo72VmOV4Y+wsmkNgfMLMsq6zbPv5mdrNBkvU ZLXNYYBrric6lF8UxWlX0zxIQ9jHTLZpyrATJzhC6/WEz5ylaSu7LIVXOU7kl9I3ooiAFQVk2XA6 z/CZKn9HLG8oPWiAl0dOED48fMpEpppzc77MlD6EW/BBOLe4zeAT0FZTdJ6yTuzDFKw/kHgXVqyK 44pjU0AnYQglOFWwOokrNRpDfjqn8w/RpBkbJ15k5B8b1WWUspAwaBPgb9v2pDyAyjVnRVr0AFQO bwWS4xbLoqxtbfijIVd1WY0QGp6Prh+dY0oMTHw/AVAyLoQUXV2VVJGnvpc0tqotS9aztk6DIGtZ HvoJZUV0ZQiTsPUyyhxkJRx90CP0c0jWDgRcV0XZUrsqywpAc5hltxATWJl6kOoE5aePxixuyZdk 7sI4g13L4jAMbAVFVCOqSiP4ZWkah7BedAwJkxdmRZGGFkZ3FJ2BaXFdawVhIYLglvQQ+n5s23mw n0fYSXuf2tOgMZ5Xlnn8cMjCwoRNFtjZCNbxHmi91VJIis5yX5JcyUTvXupvkcmNjYDZ89z9jUTu 2Y1oudvfg2I2zXK3fbHSdlCy9Z77sJXe3FMfXs687/T7A2PfRIZfmzjvor8vN28pm/S+W+cVom9Q ZcV/Q0LvBn1MYHCMzQb5u+/n2JP0d+Hk13vYDpTvEvpwZV7PzilAjtk9BthSvyRYTBG+6DUV9zU9 4zVs/dpuc2dgoBg25f73Hci/rbu+Y22VxjHFil+6YOnJq7un9P4Y7KU8KPEhqqrE3d/cs5dU3VuO 7duzgq1N7d1RElNiU2O37zpsbPJuRae8QB4OZ7sIbvm9tktWdEpW4XH/0gfFLpb947Gpd45Z15cR FEVEq3n0Qzp2IXS1Fcf7eQwwl274cQOlnGeJ73r3DjYX1875LmTTMnABVU0Jf6n/2gVcN66Ecrc+ wGKoIzwRPVHgnz4isuPmQrVF2bQtrWYKb72tc4uu5Lbb9CrKt8nKBvq4rBUdPxM3FzXlfMUp9Wwo lL+xybsUF1pOsPOiyl+7gK0u15EVYGT0iWjsuqpbhoLOVfJQXIjCQbpnoALMS0epseBYXletgBmT PWNNTq/RMACxGYSYrifd97im2Kvomu7WofAoLNQvwD0r8Twp1r52uS7r09PEO4rTy65pYcDpON5Q JMzcwjgPSizEuIwKiAwKnLUyoyKcF2ocQeqsgt3r8XTKR9DTeVGURYz7FIXSZgVKm4FRunHMT5dR 0K4YQD59L1+6nMAmJyPgJ2DPGPDrMggFHDDL5TQZy6CPSTwIOU0CDDCBhYA5ep7nZezrzoD0IblU orNQfAEnU3x5MOM89hVFbZfT1DNpgJ3OPXmXAl69GjV/00XiAXjL4dYHsvKWT7Pi5gQcGvRDIdm7 xIaC/gAhSkAoBbyOk2lyUKEGHeH7p20z3qhzGjgfpnkd26wQ07Iuui57zVMr8fmKNyeXj5tBqh9d ej4YKQZt47XLsugmb4ehq8Vk+k7ph0KykBhoKLSss1oRrPd51o8LyIqyiAfOJPwbxZgmdKbHjwYr O2INOjAxJRALkJyyEuPLmzkd8HgAZNDy/NJl6HvsdeAfI/LHFIgyreUtQN02Uj02x8esl9hylIJr HVSgckuoPAr4eKIu2HiaeY2dAnS+UHIFJktBCnKyFD46oHRSiw67Yhe2WpaU/7kP8bKDpW3qAi+U 43toMTUtOaNKsSwGLFdZA66tevFQEHkDQ9XW0FRpmDY9/TNCFJWs66AKhLCRYG4kvCdKQYBX1HUU RoZh4wBiIXpoqCoKKakBGOmXHUWNrdvUgajNvYvUnAbOiVCF5KRH4yBtmiwu2jrL6jZ75MuDx5Ck 9xTcNAdrRi4IM0spxaCFpjwGlGXr4y16CFrnec2aqsD9mt3+mYLO/sLURm3fJu9meVG/doFWLrIo SCrW0b9tJCn6BEkS0D/rhGGSho/EZOn/m9yXFFwP5bjb0ZknJdzFIcWJPBsl8uM0TWJKxIthtyj3 Fm8ZepYld5Sq+1Pyrkct33ax/wOTUPYwnmb7uBR8umVAPASc96DZ9v4PQvdwmGPP6m8ZvhYzbK7j PfPXBojtWf7WefnXos3Pybu37Md7l5f0hcOdsW99nFto7/HQ2+ZnDHtl5Zfa395n+L65/9rhZaR3 Y77rcs/lffO0dyHUr/JVvspX+Spf5at8la/yvvw/vHaY0w0KZW5kc3RyZWFtDQplbmRvYmoNCjEx MyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDAg MSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9GdW5jdGlvbnNbIDExNCAwIFIgMTE1IDAg UiAxMTYgMCBSIDExNyAwIFJdID4+DQplbmRvYmoNCjExNCAwIG9iag0KPDwvRnVuY3Rpb25UeXBl IDIvRG9tYWluWyAwIDFdIC9DMVsgMC41NzI1NSAwLjgxNTY5IDAuMzEzNzNdIC9DMFsgMC40NTg4 MiAwLjcxMzczIDAuMTkyMTZdIC9OIDE+Pg0KZW5kb2JqDQoxMTUgMCBvYmoNCjw8L0Z1bmN0aW9u VHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDU4ODIgMC43MTM3MyAwLjE5MjE2XSAvQzBbIDAu MzcyNTUgMC41ODAzOSAwLjE1Njg2XSAvTiAxPj4NCmVuZG9iag0KMTE2IDAgb2JqDQo8PC9GdW5j dGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjM3MjU1IDAuNTgwMzkgMC4xNTY4Nl0gL0Mw WyAwLjQ1ODgyIDAuNzEzNzMgMC4xOTIxNl0gL04gMT4+DQplbmRvYmoNCjExNyAwIG9iag0KPDwv RnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40NTg4MiAwLjcxMzczIDAuMTkyMTZd IC9DMFsgMC41NzI1NSAwLjgxNTY5IDAuMzEzNzNdIC9OIDE+Pg0KZW5kb2JqDQoxMTggMCBvYmoN Cjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdU eXBlIDIvQ29vcmRzWyAxMDEuNyAtNjcuOTIgMTAxLjcgMTEzLjA0XSAvRXh0ZW5kWyB0cnVlIHRy dWVdIC9GdW5jdGlvbiAxMTMgMCBSPj4+Pg0KZW5kb2JqDQoxMTkgMCBvYmoNCjw8L1R5cGUvWE9i amVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE4OC9IZWlnaHQgODgvQ29sb3JTcGFjZS9EZXZpY2VS R0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDEyMCAwIFIvRmls dGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA3MT4+DQpzdHJlYW0NCnic7cExAQAAAMKg9U9tCj+gAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAvgbB4AABDQplbmRz dHJlYW0NCmVuZG9iag0KMTIwIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9X aWR0aCAxODgvSGVpZ2h0IDg4L0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9C aXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xl bmd0aCA1MDQxPj4NCnN0cmVhbQ0KeJztmol25KiShiul1Jrad4QA7bnZrp657/9u8wdKL7W4brpn qrvvHNOnKy0JghAEwReBvnz5LJ/ls3yWz/JZ/slltzNQdrvdn2v8i0cfkLi71f6YGoZpOY5jW3vz 48rjtU3jnWa/ePTlBx1R2TR3JO5XjX4QYnlRkiZxFLiWcXerWzH2jmP9vLOdaTv2e8MBHfffKGlY ru9apmm77ruNftKFm7Ku47ytU9/abeXL7rV8+fLl5xdb4zA+oLPd20q6GKbtB75t7H4or6oabwXF WXJw3DCN/dv9L28b/Fz3fVAP0yDVMHSZtzcty9obGBXLti1LX+x2dIUxoenUc4truk9zFhR1FjgW tDeo0h4PdTPLdvwoCV0LVS0TArUsLQcNd3s/LTFUWhAN8870MsaKOK1YGdh7fdswtBL7921oZ0V8 ngTj/Tw2kecFUei7tnuI4jgKUXzHstwgigLPdT1nv7ddz/NR6eBCqGHHrerKBOZmOWgSHVzXDyM0 jKI4yfLY93AJGY6HO8EBckIf02TYCe956vskWI8/Zp/3ouWyKwPX0/Idxw+hROC8a0M7K+7msS1r Mc9dlhQ1a8okSuuWw4xY05RxEKQ1Y3WRpmnkuUGSZUXDWJX4e9JBrovidRoc4rJp2zpLS8ZZ3bSc MdYUSVo29BMXDWdVVbO2yQPbML1iPE9NlpPg9ADlDStshmVdRp4edH9VFicQxdsqdt9dNVYs1kWy bljnrmrkOI09b/i4zPOyTEMvWVFx1fdK8LatoATjXT9NE4bNNQ0n7S+XZVC8zOuuH+dRcDXPvezp Hyl5Q3UhsJXT3As5TKNiaGd61XxdRStIMM89kwY+U5en61iFQdZBiUGwFqLGUTWh9a7uiTxflmk5 ncaW9cfz6Xic+/F4mqfjeR2HEV1CkOinQfWiqXg/LucrKk0stEzofj4Oaui7hqthPp2XcTktUozH RXVqHIblcj6dTvoubizHZexyf2+6GPdFKS24Z5GNJWDH4vrfT0MexO1CSqzjuB6nfphE6rzj/zbd 1+X8cFINXx4fL5fraV5Oq5LTcRICYznPsqrENA3DIDF08/np6/VyOYrYhu5qHRhmq+8EXur6eF6P x75p1Nw3sMLl+PD18XJ9wN3T0JR8Ph1nWR72aCeXUY2TqKpuJOVo6ZDuYxkV/fXperlCpyPZw6gK 913dyWag6OmomDh9fbqczus0r2PbqEk27bAsy8yzlA2jVNO8zON0/vr1irHstO5yEmXRjWPfo9H1 6bIeUbvoBp5nfF7PX//r8Xy+HGHJXRqXGPh1pPmy4w7zOI4kuJeZa+xMv+jPj9eZ5fX8REqclnkZ Wd4oVXjv685HWeVNPw+dPD5eVxiZ6idVV6LnJW7P89SVRdurlo8wCiWXh4d1nvo6IJsR0zYp9FrL 5RGjNTZJ2somSVoY4uPTBStnwuyxKMj4AOUxzKYd8ZF014I7jLvhxAxTiilm7fxASkwYDVUlpZS/ 0D1sZBMf4qYfpMDoo43gQnVF0YomxwvA5HrOpWqLUh5PI6slxhYWXvh7+BmB9YlVOoxY2dPxcsRq rKKk4WUU1WrY1kwvRa+q8JC2/bSuErpbIYPu/SYY9m7s/UIo+AjVd7w/knzZdVAiLniXvWsz+0PR 5L7txo3g8DboW7CyZnWSlOTj6rZpJbyB5EUYVf3YpnEl4TowsI5pkA5TrxQ8M/THwA2iY+khzCu4 upy18C+wDcHg9DLfTxlMfGxjUrWUCsoNJBiL17CCsm3SMKk79NeT/LYmJYKkquN316rphElom9iU iyLNa961VRrFaXzAvhj5QZKSn+04/LLjRiXcuhsWbcfrjNyy6WmgoJesWo7/6iJPsbmEcUD7e5Lk TdexKo3TJHCcAA27JoVLhIlUdVnUrRZsYwv1kyz2bDfK8hSi6HZMSriHGJDw7ua0dwh/8A4+7YLA stDDPujaluM6FtjIQXtsS9gPqQqAycZb4bWIwQzLoxaR77hBnBDQQYi9B5hiY3dcbMV4HNOe7FJz jAT2t/2O3HlA++wmmPZV2/Mwj/jxPQ/9QSQ6dm3s4+47sKeV31iVqAU7u+6FoMUgHDU0vgBOgIQa ZvaaXOh6AxpDPwSkmLhJCLQn6jGMG/povn5lIRK/YeLOJPqxboK05Odf09zkb43+DRQ/Uz+g1SXV tZCNDL/cxFLPr1W1bjeJOnDZyNEwXsBv90qWL7epHYbHfJG0ewl6dsaLis/333Dr+5q/MXyaQjKZ t5O0+xmHQwm8zr+X+UMXP7GAnWZM9LH/U3HbJgNLnQtaeNnBNl652wCHe89IfRsXmLnv7m+X3/L9 7i17b4Jfnhj2IXnB8xf5lhcc/EN4cMwfOf/OYtA+A+c+DKIIyHT3N4h3yWlo9L6xPEbpkBaJu8Vo hnEzbNvWoL4xuvGC6i9PYO1wm3UMXtY3NvF7y0urIsHi9+g+zJzmwd4a3627W/QzER9YGNAah0TX 5Diw6sG+hOUby4dhEGZcNRG5NvgiYnpyKITiNrF+DEfl+kB1jfgYVlC479jA57IbZREegOVU5RCh zuGQtL2Ea02CrT/XAb5TC/t+5Q2vHGZRle20jh2HAy/A8oDuLC3KLIKPb1kZg62rptaVaHvUe4ML pWI48hZMH4TYzFq4+6QEMUe0e/mIhTgrojABSy+nmRUa9HPaEVoGJ9+Mp0UgUMiyCn1UKUQhdmBF 8K5b/4nu1biopu7mFei4TgQGPUrX8q6p2n4k9i5LLiWCW7meVIatnfZkAHfdNGKcBlHnGFkAuyT2 HluYlelgvwamqaZioPrzw1F1UqF0jA8AJ0iTy2VVnUA/1J/iTEzAdopA7w66oft8WXs5gIKA72Mn hhHIDU3A/4SZy7qOUkJ400C8xkiwkKjjuBZgZcJ+9At6pvBnWE9jHSJCctNWjevliHikl2q5nCAP NEAEdDwOCEfA+KdZypEKXgRaz8e1B9o3wd2ex/Dq5XqaCDCYXDCLfOhZyYYVZZovD+dlPQK3RiyG FNRJKGtYUYs4CJiCvo+ndVJyvlzxksd5Jl5EYIUYukNM8viwThMmFfO1LhMvyg7EDIyuGNhlXkCw 87ouAytA/svxiChIDW10t9Fg3KfT1NVlBoTFWxcM7JeWCsHEcUZUgUBqmaF7m4YwXdljWEj3nueg dQzYfERgMR0frgtQdpqWicYNpFdBm/PT42kB6Occ7wSCx+uOC0KztqjVNIyYMAmN175KCok3XyVC gp5/RPeSKDHwXTeslazSWqkGsmEqoGmEhUMP6hv1uBeNHFhE484GiShpUghi5+PltOD/iYJQ4G1J YSjeblqA8Q94LwoJEAvRuBd8RPVV1BhfqqvHfR2avEaMigoISdRHxt3NOjA5/OreKwTP40IMksPo MacjuHsm1MU1VhmKHBExmPug7hFOzTN0h1Wf1hF8PipF7C0oGkIUyqHLcrnMeHOsCiyFEW/KYefL 9Qo779EHDJ3geJrwN6r1qqE19H6M/aPuTlxXQGXsN06Cvw5xLWndCzFMsqXFpURTVB3daupWkh/Q 1jzAw3Dc6LGzAdgp1ODE3oTdiGxqLDtYkGCIMgD4pHev3264PGJ5ibqopRLwM9CbHvCGsSIM86Y4 3L1Wd5YPVN7rbBdt3Y4XV3Dz8G0KdpLXLWdlEkQF42D3OKsqeECEDMTyuJFkqNCWOhFD/h0US9gN 1k10qqfJE7jvrmvLlDI4tHt062VBMBYHcdlUZUEi4NbB+kmKPQMbx/tJpR90N6wbKIE78Je5JzbD rlOrvkEQEidx4Fqa3UPP9QKNbIa+JkBHuEEY72xsT+y9ydoT2MeRbgLCp8zZgaoEEcytw27nWM4B W7W/VUAfaOrs9Yb9gYSwsTfNG+PecBsc7UaVoGVApKc5ZWPrW0ZSs7ytAV3DCD1H1zdg11L1A2ur oTPlpq7i+BniQICSRiBry2TaN9bXgcNHctma018o+suG5qYdFE0ZUmhDbPlFwxjVeyX6Z+bUv6S7 t4UAz3LfgP0N1k1KagZJnh50RPOGKals2e2PgOQW1LjfZdNhFGGWR68ZwR3hl0sT+rNh2b3EgL9I ooPiD3GW51lC7Pbd8Gr59xv6VgBNlPYNwH56nDbuhr9MCh1VP5P73o2SGPUcHdrd6j0f+GDtZgRS TUEY9nz/VuF54DEcCBSEAJ/5B51O3r3p0Lyt0o8c90DJLE0onLdtnfXe0t9OWLIypFHW4eve9pOK lVkKP6Tr6dS6bT+n1Q9FBzcnpbhhur6PVjcu103soCR6GRQjRI096xb+vnTY5Ad7/wFzN5yoBO5m WRwCnmnSKaGOknHJ0oDOABxaYHHO+r6FR4tCOBZguG172x/kddy06yWravxbxwEwnSog5ND+g0IA SAaw85mSwgq7gMA25Gu/4zvPHbaSJYF3v5ehdCCj5DnlyDU9R+R2WU3eHdtH4rvw/lFSMBDlKgnh q6Ylt43Oat51LPWwIR/qvm8A8YUYJTYGyKkzoh9K+mRJobm8TAuxzLLFflFzhAG4bvC8jF86nBCK pMHdoQe4o+nqNGeUrKaEr6jLRkiErwKkJDhGMUHQwQTw+HoeOiHAAKOuVwO7dbqR8IaPMvMsJ2IA XeAzQWldcWyn09DpHBlaVIDIBbjb4sl87PGvGjERTcm2DqfjCrHvJsN+YjIpF6BGRBDLcaZuJQy3 a5pWjKCZvgPeIOroQfLj6TSqjXIQTExKgVOAiiKxTTvpRmC9YfoVogAdvyhg2XIGPB4R0JDkcQA8 CgpQYDPtOEuysIkAX2wdyuXx6TJRjvJe3d1cyCopiZ7XvmH9jNgALAkjGRZQkiyBvaCokWOeCc1m QpSajkcm/IL+KAS0427kr7ovqi5R4/jwCPY/rSBFSFYjJ8CgWIrSpgMva3EDfOowLfj6x7/+WNkH QMwrJHSv1LKsc5cXAipNEkFm1mBsQX51prPZIyvqfh56sCFmOav7BUjbFbBvsWV3B0E2EzYDGs2i yBhipqenE8CW8J8kk9GgNJIWbN9j8CHt9KgBvwixVJev//rjyCPbMO5zlIZbSB1pzJSwT7JuHLXC WUVR5UCgiCgScWRH8zz0FFHSPEnKzoPgexp3jHcpVUPA1gEmx23c5+P1YSX2R4QEyRyOiLV1STMy wAglAvAFc7MBfppV3fLweFlE5hNI3KM84F2gJewdi6yKEwYv3fcCzkCQjQ+I5mA7qgcHY6gR1CIM 6Yo47yjKgPkfT+p2AKAEfCRX8CMDnTmBzxXsfAD7dwhoIFl2rJMCJDyS3mOvppUA/zxTZqhtEbEu U699bHBfmoMOSmWTZU0Hd5cF2JAI0QmzKUuA1TSA37GSOqg6D5zODik5Htct4wrL+3rtU3tLaQsq XZ1X/QkhlGgrOl7DmzaUg4f7ZBXW6paBqEo9RnBYoz7iVdQhOVz4XzjsPPHvcfLYEUveZHGaZzp/ HqVxlFaspaxJlsQazus8jnO44q6hPSyl5LgfZ1nZkVmcZUKHdZaXwEmzOo+CjI6xeJUG8K46ZQMC JsnAX33Qie7CIK1qOnRl1IRCgK3DOITcJCvzwz0LVsdKdUbZc0/nz4m3KJ91wLXrePqA2dMnzbSH 6gJatLBXZm1PflU7BiIpOhGnDH4E86m2E+9An3jrdDrtzvq4nnK2tu0GYRBgu43CYON33SFqeAgY ssS7a3OlE37snvZGtzqlbG4YYt6SjW/ZRXPwXlfxEFmSPWU6Pbm7ZRlNnXYqQveZZzSf7zcu12Kc 5+wlZeFvz61bh1sN7057J4v39dH9a/78Df49//lM68btgwdKq/opJr3OKL27ofdG4XtKwb584aFb b9B/Swm/ouM3AP+aRqbDhTtZmPj951D+k7om5tTzfSCsZ2uD2lBs73jb29+OUL6BeOoAtHiXMlt9 426U/MAnQ8D0NEuSJM2LGJz4fPBiwrApEsI7+Af6kOfbMMZ0g8D9XxwQ/Fr7+9MhSdOURVFx0SQA ef2JDMIhP8kirFK4n7Kkry++jYjoKC9yPhCF/pZieDk8ZQVcnXuWxwG5BgseJs6LNIrg3Fql6u8z ofR5T5V/IDH9e4rpFUK2Deumy2kULcKoNPK9KK8YwwshqgDGgie/P1dyU9Ykd6PtbyqmV8pedEKt D9eF0mCMUv4lx0YspE7fn+krj+9GGJbGusL/E18D/l8WrTvgZlyvJ2D3CGYRGhxA5TPwXqhl/hFi Ed8w+YMp/dWFdAfgIE45jQykOVDmVw3AywU4u/CyUar6LpsIz2mFjWL3J3d/T7npPk3LqioKvoWk zzjAmEDidagSLIfy8Jx62fYqOucLm57/YEp/ue6F6HXctw70FZZo2ABo5AjEp2mWeZR1soa3tLfP By1yopTciFj/gaT67ymgfS7gTtS4zgJhbJPlYj2qqoBvVH2bBClXbU6fB+qspnfwXJ/OJOL2Fx+u /VW6O1FZVw1wnoKRjqUAfgqY4qIBAJehF1ZdWxUFcSAI9RDS0Wno+yn/+/3Mbk8nwXEcZ3iBugR+ OkGW0YehuJeEru3GBbbdMvX3r+N+8IL8H+Dft69QHNr9gzAEuoArCc63u2AbAE0QxqnOwd7sHZWD vM7vP8v4bcrffIf++HevvyswXuh3S2Vb9BWP/rD7ua59SLPwb+eZW/nmi4vXjzZuP1B//823LHvi yL/Z2u8sOpB4e23AT/5nqP5j+Ugw8c8r/7maf5bP8lk+y2f5LP9Py/8AZb4zwA0KZW5kc3RyZWFt DQplbmRvYmoNCjEyMSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNv ZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9GdW5jdGlvbnNbIDEy MiAwIFIgMTIzIDAgUiAxMjQgMCBSIDEyNSAwIFJdID4+DQplbmRvYmoNCjEyMiAwIG9iag0KPDwv RnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC41NzI1NSAwLjgxNTY5IDAuMzEzNzNd IC9DMFsgMC40NTg4MiAwLjcxMzczIDAuMTkyMTZdIC9OIDE+Pg0KZW5kb2JqDQoxMjMgMCBvYmoN Cjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDU4ODIgMC43MTM3MyAwLjE5 MjE2XSAvQzBbIDAuMzcyNTUgMC41ODAzOSAwLjE1Njg2XSAvTiAxPj4NCmVuZG9iag0KMTI0IDAg b2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjM3MjU1IDAuNTgwMzkg MC4xNTY4Nl0gL0MwWyAwLjQ1ODgyIDAuNzEzNzMgMC4xOTIxNl0gL04gMT4+DQplbmRvYmoNCjEy NSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40NTg4MiAwLjcx MzczIDAuMTkyMTZdIC9DMFsgMC41NzI1NSAwLjgxNTY5IDAuMzEzNzNdIC9OIDE+Pg0KZW5kb2Jq DQoxMjYgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNl UkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAyMzYuODIgLTY3LjkyIDIzNi44MiAxMTMuMDRdIC9F eHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDEyMSAwIFI+Pj4+DQplbmRvYmoNCjEyNyAwIG9i ag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTkyL0hlaWdodCAxMDMvQ29s b3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NN YXNrIDEyOCAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA3OT4+DQpzdHJlYW0NCnic7cEB AQAAAIIg/69uSEABAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAADwaOfAAAENCmVuZHN0cmVhbQ0KZW5kb2JqDQoxMjggMCBvYmoNCjw8L1R5cGUv WE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE5Mi9IZWlnaHQgMTAzL0NvbG9yU3BhY2UvRGV2 aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFs c2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA2MTAwPj4NCnN0cmVhbQ0KeJztm4lypDgShttV BcV9gwRIAsRVh7tn9v1fbv8UVW57psfVG+Hw7kZYsTsuQEolQsf3p9Tfvn2lr/SVvtJX+kr/7+np abfbPT09vZ/nH25TWVP8V88eGH3P/u+X3O2t49G2D/vdPxZBnl8+fdod7CMl29o//b3I/teljHdP f838Juc/VfgrU5YbpWkSB679Vx9+WrOdo/ULezvLDZMsz9LYP+7/4pHluI7j/NImvDu8vo/Mxzc5 txu/9QJPeyetpRQtL0L48JLMs1vaWX4cu4fd9uBnBpSNyrYbeskz37o93p7vDm6cJlHk2fs3980P vLbn3MwZO8icBHiB16UT376XfNf/Q8D1PPZ9L1l03O8tyzpsH37rAXRtOQmroqNl2dZhh7YzedA6 8D9mar6cdFsEt8dUOX5Yx6iqqzyNXPt2/14OHh38rExca08PqNV3NjLnsACjO8pFpVnq2VuB9/23 IjHPqmnV0FWh6wZRFLj49PbhYDuu64W49sJStnkQ4LfvHB0/ojzU3jvbT+vxvKoy9kxW37EsByZC P8hF11RFGoVhFNN9m+5HAdp9d0xFV8eeR3U5sEM3BlEmAZX2TemslQyfDz+R4V3/7VhMfZUkVadl mRasrlmepileJUyzrOQNmjGv+44XJa95mUZp1dS8ygL6vOgJqZg1i1w3KuhxEgRpVeNHwWEP+UpW NzCRBGFa8aZlibPfu6Ve+8rUVaWehRfK+3XuWpaGt9I56wbB66ZmJTK89wXI/1GmrhO3o5Ztp7Xu ZVPXJd6oEbIfzbXEM9H1nVItb4exV7ItvMMTdeWQDyp3j0EpO3pcsbZDUkLqsZf4M4x6GHq6r7ph 0jywDm41nce2NgWazN3vnUJfTpNGrkoMWg+qFaik01RRjQzvvAD5r0V8tAI+LtO0rvO8TL3qBONy 0PP5tND1MM/jOHVC9EOnl6UTqmsSe0dD2Gc9vX4idI/Huoe/Sig0wzxr+KKXVat+0h3eXnbzLCL7 AHdXLTsUwDvx0Cb/T3OPtlLdjApRsp8mDX9gqePRex/glf/T6XR5vsD/uVfwE68/nb9f4f8yjsu6 rFNbVHKcZvyo2l7lzt1/kbpe0WlRVmpe17XnRa3JzKinaVpmycU4T9MoWD1MMrb3x6xDEw2jrDB7 tcnx4OT93NWtnqflel1nVDVSg809R0UiPb4zAl71n3k9Xb9fpnHUopYwgBY40/U0DmjF9TTVaQ5P 0KAcvVsVb/wve02P5/Pl1JUp65ENrw23Z81zPixoBLx+NwryP5XoGXoUWco7kToHJ1O6yatuXk7f n1Fs0noyH7zK604+9B/jN45ReppO11V3mEnRgOfzJDE30nWHDrCgUdDAaP/lPIuq6WS2+e9VnWn/ ftza/2Taf5jQ/vBiHMeuSmEbzSHR/jO1v50I9O5xUi/tn8mOp4XCt72eJ8zlHZ6iJl1XJsN7/tP8 Oam6UXqQYljmoVNtHhdqPfUMk/uEjiRbDAX0hR7jeRimy2WUChPg1v+9Ujax46BJByl7dPlpRK/F kNV4cz1gXSniQuJyHNSwnhSKWVGLh3rCnEDdGx8kaUUZZ23f63nR8J5G0jCd114oxcN3+79ZvzS9 c51nTA0YZiz2Itb3PIlLifuqweTRNhi7uBDtcHnGR9nmH6w9TsrL0LYDzL943DImqPlkw1vRNKKl KTNIGBUfp/X5Qv4f/AoTBL1sb+YfWr9YGsSYmGu0ECrhrBFqvFymLcN7/t/5oaY1KCrqtqGVz4mK MnadMOdNw7I4BiFh3sezvJDrGd8rD2zzVXdWkETOYX+MSnqchmHGGsBIEqdZigUkyxLf8QFJTOpp va4Cs8nuGJesKGCvZQY8DD84XpzGMZXG5B2nGGLLgkUAGd4nY8NvaRJ6QFDbi5I4xNK+P3reEddu GOP6eHRo3Y3xzI/YAFwA2Gx49bQH2wEP9jY9Dsw6G8eRh/zulrCU244XFfgA86qZD4LYH/3Ax/Jr 6jLLIHANmIJa3CBOaJV3g7TuFctMhnf9N/xMBGyQx7KJhZ82gL1f7wwKESvbtpvVPDVY9m2jLTwj qgNKGwjfihy2IjeGxj0vrbtBDzQYN7NgG3ur64bLt0qszQzaI+cl8OkxR7/WL/T7/uvn9QaFu71B qyCJ3RtsEge/KB9cvubMNygLUgryukVv2FZtY4le9o6XWwWwt918om8UxCDi31MBD9XO9iUczz3i Ux+trQ0tuvHg897LU//Ki9TfqOkIMjQI/aYC6277VsLZkPo3vL+986YEt1Z5/XdHoBaEYZynxMn7 jdzCMExyeLR/nX2zt32Knx+PWtb2Yoxl9IfdASia5MWLpDA5UUHgB2Fw3G9ePG0f4/ELbCIQfQ5d jwaCvfX47abpznTTSxmvuADoO0aS7L2Ms5KLJsOYvWW/iUj4Qn0YRTe7xgKSjxKJhx9ukORlI3lC UwR1QSruZ4xhxopB/WTqQMMN4/lvwvRvaWdh4kojAHyU0ESERDOOh1kJstB2wgRCKkxbrKTdBGZJ Q+eA/ky8qnBD0A376JPcci2zpB1vM5AxEUBTwH4aRzChm4zqyIqqBtM1RYKnpk9ifpKTbqsyC31U CHcccidLQueRgDn4eSMFz5OikQqJtGQexWUjRFMmUcZaKWrWjM/XeTpfZohFYngn19fziLV47gVL o6RqJVAXo5NEWUUiIk6KWoi2yjImpJQtb/T1ooUAezdNK1F06vA0RZ90g4zJ+fkyCCwwOWuFqIu0 qCV8YfHx/QG2O4JGJq1qJgCs4EdgC2kHIMAwdG1Ny+6ApXX9fp3n6/fTNPZY0Tf/p/nZ3GhZC8Ke R7AYFtOQoeKWs1phVYc4luBKDZbv5ufrNEzr1AE/+uX78zoSQos6DdNaaVSAL6xaWoEHSAA5LSDI ngWH9/13sm4FfYumX9dxXNGgA1wCrgiBH+ME7FegqQUoN54vI6AGRAuG7Na5xxI/kirp58v1fD6P zD/snUxAPUBsdUYRAKHX0wgCnAho9LBALZNMAqlpBVjS2gAS9MJlBdQRc4Mt8GA6rSCmUST2g/ZP 1XJaIRWGZZRyXPoGkEy4WJZyPp1OY11w1D6vI9TFJJgYVObswWAAtn6ZWgbWXq5//rherksTWgcA qWIJeiMAvyxaSKLToliDptQzTEzAWAZ4Xk5jw9DG82wAFeCH6tVEoN0UhNIA9pYJ/T4+k/iPmxHU O/V66nlNGMwHaJapzbJmOp1PmsE8OHjWUuFzZkD/HP6H9UAfhhBdA9v/9eOMz0fqEIJAlVGUNQbw a5IOY50bvIMKVboHKUNczktfFS211AA5AbmIAS3g/wp5keaSXqSvsrqX2SP/I95N6xl9B5NLJXuq C8094YLUyqKbElocnUorpVWZVArovwe2omsrfPyEQR1cINQAzoBSan/YyNF0k2JlSxqsZwkQWinM WGpQZZwDj8FCNZgO/YXkEjpNR0/pfXSLD0QdV8G2el9+mfaHe/M6g1ubvGgwHxYCahWyXZJ0GTSG Ww9FDWRXXZvFRdvAJOkWeNQ1qYHscV1Jf6c0M2UCX6ZtBfqEIhNdLwrAPUz0ZELkGK6yG5cZuqiX wDrS1Oi6qKkbaLIgtu5vtts6sd/33worUguq5ryI4xLTeVzxiplwQ1OWHJVAEuRlq0DzVRTEJXh/ B+7HjaYpoyCpMNdgRPaiCq0d2ZMQAPXNRIuhXCVBVLKyamnurGIvLBgXw0hSqSwwTUEdSQgHPG1r RnEJFC8rbmwX78qXLQgIc5iviZS9EPCK/4RRVplwjk9xHZZHfpiWRZZG7tELaU15svy0wI2QlqkI ZMFqXkT0YHcMUaTKsOZVFOCBrcg7umTzbgL8EGcVr3mVBn5cciwXGUYMPY1vpuIgjMl2+HgBA+sH oe8SOxwM+2IBB6uBd3ys4zbeJnBtYjWPWJ44zoQJrVc3gNXI7pkYLMBrK2I7Pkw4tk1wfjA2qcTR oMHR8agCB8xGzUXVu+YpmYpC70hOGNsPAcKEJg/7O7xt/zHhysONM01g8sbyL1z3+saWfX+XNDfR QLHMze7d5qsS+zcVEPHf4qp3UzeK+x28/VWc920U+leZ3tz4eYEvY22y5C4FdncnXpd4JQ62ZDSB tf8Zlv7vJOo+gXO4O/yNHLMPj1rxyRTzSbRSmf+wyhv4v+o996tf/X21X/T3PPAjzMuY5uybJdA+ idjXZX/WsXtJNB9kUNDHe4e7ZX7s/e5O2gfSPzRSHYfwnW7jLuQxXW9/KZf9sq+CpoWSwiA3FqjQ 3nLCUsjC3W+q3MGwjCmWv+0y2ZupHcXmYetgbiAPZUt4w4osMsGCl/oef7mN/7MUKA5ez4D6cZpn MSoE0ht8pzh6Yv4Weey7kFF5GlEPwdQb0iQaeX6U5qYQMjE1jxRl2Nl+kudpjPW5r7PEmEY2iqcc YaMA/HtBkuVFnmWYN7EuStowiOEMmXJgCn/9R9tIT3s3A/9jXcmxlKiWc4C/oPh5UbctL9KcS4qL ZxmXWFYKgJlSooqOtO8QVVijVF3QPSXrPE6rtgNI1gHa2Mc6TsuXnNe+aWGDsUbSkhVHZAuQWmDN 6oDL4Py6wi2BFYG1JELaIslMvUXw/v7FtyeQmB6xrisB+Bw7CXKAUdVQXaKta9wFjQLUKYiu6orC xENLUTG8eduDLwlb55EW0bpB0fm6NvCfFNoMbVCrZdXABWA/hVHnqeNY1KEDlh43phGMO9HiTS0h JZBwIVOqQb0LKizeDb+R/3EL5QYBMcKVgVhf8aY3kVdaxOV8fT6fQO79fALxt1yi5lGC1HYHrwDf n5/PWgNm8HMkudJ0y1z7e3C5XE4z4EwY5blqcTO1qBoCAIph0dM6dvp0BlbrLWY/9BrcKQCQeqHM p6l+xA9WLEDBhLIUYmZiGpusNJJA5lFSqvOff1zOl9PYG8pWcGdF0zF8VyuoFPz48TwDruvKRPkH qIVBc9+0PyTI3AHbgIIjTLfrHz/I1CChS5br9zNgs6vFNEve9reAL4TB2FTtuKzPf/5xPV+W9t3t i1sAnfynLQfNi2bUNQCdGltkQLnu8ueP0wI/BPrACa3YdhPaleL4dlTrafN/6sqMNi3wHlA7FCWk naWe+oYCTEJQDTyvlx/fyVTfAaqX648LOmRb8p7eubv7DxVSZXwg/3+cIWYetr+dqGUCgqMoxeoZ 9GHFO+D3qFhRNv3p+TKP1I8FfYGZBCp6kCINmQhSh1C16Po55hlA+0i7LSPzyP8Kffm09EBwRbub STlcyNQAEYYvdYZdfK6skoplTPUdmLkjfAb2QzBNqHdBzyu99/Uv/O9IxVLQXbVZhCEJ/sbQxXgC zwo5QItBKnLW9uhiWjQSfyeRkP8t6bIzdKqq06gAAFP8Xc+6uvmvp2VUEAIb9ifNZEw1gjY2lvMC jVEledPQpCaElC0sSNVkUY5JqJ8ps8ge8Ce1/+U602xWALbdALOpFM0W9hBYUjBFYlQyXNNmABRB jb+y9Kn/l1A6NIEylocetENRNRA70DGYXQ9e3kIAtFXBhWgoFuuljTGVl5im0Ny0vwplkAOW46Is q6rA/6sKpiK4Upmd/Sp8X76Y8bvM+ISRBwABtnpJUZrAUgggTyM/SArGCjyNC1ahqiAp2bb9C9LP yhKZYkJtEHfgU2StKhOKA+3sMKuYkRC0PtHmtAsTpCVgEuWwtkUhxIBvNsUDk0L8j0z5wb3eh/iP cabaPHTtg+HW3eFoQmL7PeE6heWPru+79Bfvhwfgft+jbXPCh43o7Q2A6aiBoXjaECCQo4J0rsAx 4AEyPrpBALS3XlifDiug1v0Gn7f0YorqfYT/WIXSMvNfnbPY3SB9i8q/BFI3RWDi9Pe46nZG4k5u t5D6VujbFrQ1Oe8nhO6sf1MCr4v9Ku1MbPQhwIF/grdR8KefgeT79c3cpjhe4/nfUP2uGna3Rnj9 aGc2Qey/2vjHpv0tHUBHPn5jk2O/ab6XN31j+0W7vOgRyMuj9crP7R6I0gsDZ/+hCuV3jEEkh0kc 52V662m3Tmae7W4Xu5/bQBgZmAwOuxfBSD8ApEmc5GlAdPy756s+JmGUV23NRUdbd1DgNLi2QfzN DHhvG6euSyRPo/boR9FNk9voNTQnuGHRYjYtc4rVI8tDYf6BaXfM1ASKJAAqE98N0vskink+KSqa cQN8niJN0gITeQIVkYSY1vEbLO/TnAyqwrpXEuvnFSviRzPjh/rvlPq06OUZ0IhvkFZy0IMsA8uc RurpQE1VtbQk1UB62vLG+4E+OkBNnaclrYmtnK4nlUMgofQgWfRgZfpY/4thnQb4P2sQQDusp9Np oUD03qsADB3B7wTKk50eCMMU7QEo8NsKjgUyUURRTsDJ2HWTdlrmoUke7Ex8qP/mzIgcT7Nsu1GP 5x/fL9fLBM7Z+3ycJFQOxfl12/Za8pr4fdR43e/Xy/VM2xBNWZR1DzLy7WPczqdlfEg2H5lA2S1w rt9Ie1q//+uPK6iPeYeDz8HGdOIHZCxBrn2T5YLi+tN0+ZNynZcJxWJoCQiNwj1gwQfILiDLT/Tf ipqejpe1acL7cfn+5/MJmgviDv5DMZTmxMxYY4z2TZ4bKQP/ifcXOsnTsyTOKqGN/0GFrnaamgfK 5GP9D2s6ANbzOKpUr09XiFY6DQD/62Xt6YTNoMH4mRhUXdP5MfSfmXhf0zaBFpxxaIy+8q1Ntq0k gT7P/4NfAZSVKMMgq9HLIZ0GRfHyfdCcnqGOMUBpMxhvBwmAV1W0vYHPoEHmTOCeEnXT0XE3m/yf oNQeKKsP9X/nJBwLmDlUk2ZpCYEheEpBCL9er9D9LE/zLHTc2MTxSe0oVtIWaFMmMW3NCtoarcvA tty0Vh0Uz4PIwse+wMGNkoTOm1LIzfXjjGJlWID3HhsnIx9cil4eKKSVp0ne9iKPKKyVBBSvyinM 5VFMf08BM1zG7uc1P9J2GuDnWRoTRCTocXPRFqFDlECng/fb+2WtqmPnFpjc4oUkMGzbnBE2l5/J D98Mpt1PdLwEYOm9ILNSc/j6Jh8M9zsx47l3+EUo+Olu6lP57Z8Tbd+4b4OURMpe9Dh0+enp7Y7D 7d6rcy6vpJN1PFr71wea7uVfmfls78nTFyX5ckxn02XWJiwpw+GwncF/2Q/atqfeCNHfEYYf7b7Z 5yP5TZt1gQfS33YH6EAP3bfNc9/zt1wWbd9t23jmhgkABO6t+GNh/tHuH9y4ZJz2VKOs4qwExse+ Q6cNk5xxRshfcl6VFTLxIvaDpOTbvujtBkRAVeVxEJns0afql20Bk7QtX5fcIL6oazonVPC6peO2 XcPoTJJS5tCt4lnO6fS94lxq3ZtNArOaVRQ8pyjWZ+K/OadbYdHs52WAh51QkAEUXKNN9nEFYc5j pwHQspsWisMqzkRPMcIeN8ZuGHtBWxY19I2GJKDDDZ+5/N4AmtXDMo3zSBFeOrozKDXokSKtdNx8 hjpgYhwFF3i1Gs1/otjuPFPQfaJjUUWas46ym5Os7wdmPzaRgBnaAhJ2Jk5OcznqDsw8jf14+UH/ SgDCbBnoeE1nwsmSwrznH88LPKc9AQC1rhMTkKfs81B9uv9aMt4vM7pKkxXg5EbO59Mo1fJ8Hgfa QBlVkZRSFHQkhV5uPtEhse0E/YTv1WZxxvvz99M4DCL/3P4DAQNV2y/nGT0GElEpXrDhvHZ4pxVd vhON6Nosyps6jUA/nYZwIQEAqU4HxADVUAaMt/RPRHSnePz+uZ6P9p8EACTu9ToK0SkpZZ2GSaN7 npAgg0ipS1ZXkZ+UReTHFSYldHg9T9AF5gR9A/nSSbMhSCdnICQ+FT9ps1HQCfhTV+ZVbf7l09FN KggCN65a0fIsitOYjm3SGZs4TQveItWV2fH18SwpeMOxbGSsFeYfUn2u/05KGzDrWEfm5Dsduz04 PiG/2emOPMPKBwIf2sh3AftJHIe+t52gd450IjUO6PQPxbbczxy9tH4dE05rk8hcyzJHegh+Nq65 HUDezsqb49LbSfhbgH87fUNHoM25mv2rs8afl3ZWkKNH8MyzXs54vwDlyxbAtzcx6Dd3b/j/dD+v /7num3MxpCB/88D8/156up0x/z91/9t/6bt/pa/0lb7SV/pKX+l/I/0bzD/OhQ0KZW5kc3RyZWFt DQplbmRvYmoNCjEyOSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDMvRG9tYWluWyAwIDFdIC9FbmNv ZGVbIDEgMCAxIDAgMSAwIDEgMF0gL0JvdW5kc1sgMC4xIDAuNSAwLjldIC9GdW5jdGlvbnNbIDEz MCAwIFIgMTMxIDAgUiAxMzIgMCBSIDEzMyAwIFJdID4+DQplbmRvYmoNCjEzMCAwIG9iag0KPDwv RnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC41NzI1NSAwLjgxNTY5IDAuMzEzNzNd IC9DMFsgMC40NTg4MiAwLjcxMzczIDAuMTkyMTZdIC9OIDE+Pg0KZW5kb2JqDQoxMzEgMCBvYmoN Cjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuNDU4ODIgMC43MTM3MyAwLjE5 MjE2XSAvQzBbIDAuMzcyNTUgMC41ODAzOSAwLjE1Njg2XSAvTiAxPj4NCmVuZG9iag0KMTMyIDAg b2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjM3MjU1IDAuNTgwMzkg MC4xNTY4Nl0gL0MwWyAwLjQ1ODgyIDAuNzEzNzMgMC4xOTIxNl0gL04gMT4+DQplbmRvYmoNCjEz MyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC40NTg4MiAwLjcx MzczIDAuMTkyMTZdIC9DMFsgMC41NzI1NSAwLjgxNTY5IDAuMzEzNzNdIC9OIDE+Pg0KZW5kb2Jq DQoxMzQgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0NvbG9yU3BhY2UvRGV2aWNl UkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAzNzEuOTQgLTY3LjkyIDM3MS45NCAxMTMuMDRdIC9F eHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDEyOSAwIFI+Pj4+DQplbmRvYmoNCjEzNSAwIG9i ag0KPDwvVHlwZS9Gb250L1N1YnR5cGUvVHlwZTAvQmFzZUZvbnQvQXJpYWwvRW5jb2RpbmcvSWRl bnRpdHktSC9EZXNjZW5kYW50Rm9udHMgMTM2IDAgUi9Ub1VuaWNvZGUgNjQ2IDAgUj4+DQplbmRv YmoNCjEzNiAwIG9iag0KWyAxMzcgMCBSXSANCmVuZG9iag0KMTM3IDAgb2JqDQo8PC9CYXNlRm9u dC9BcmlhbC9TdWJ0eXBlL0NJREZvbnRUeXBlMi9UeXBlL0ZvbnQvQ0lEVG9HSURNYXAvSWRlbnRp dHkvRFcgMTAwMC9DSURTeXN0ZW1JbmZvIDEzOCAwIFIvRm9udERlc2NyaXB0b3IgMTM5IDAgUi9X IDY0OCAwIFI+Pg0KZW5kb2JqDQoxMzggMCBvYmoNCjw8L09yZGVyaW5nKElkZW50aXR5KSAvUmVn aXN0cnkoQWRvYmUpIC9TdXBwbGVtZW50IDA+Pg0KZW5kb2JqDQoxMzkgMCBvYmoNCjw8L1R5cGUv Rm9udERlc2NyaXB0b3IvRm9udE5hbWUvQXJpYWwvRmxhZ3MgMzIvSXRhbGljQW5nbGUgMC9Bc2Nl bnQgOTA1L0Rlc2NlbnQgLTIxMC9DYXBIZWlnaHQgNzI4L0F2Z1dpZHRoIDQ0MS9NYXhXaWR0aCAy NjY1L0ZvbnRXZWlnaHQgNDAwL1hIZWlnaHQgMjUwL0xlYWRpbmcgMzMvU3RlbVYgNDQvRm9udEJC b3hbIC02NjUgLTIxMCAyMDAwIDcyOF0gL0ZvbnRGaWxlMiA2NDcgMCBSPj4NCmVuZG9iag0KMTQw IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAxNzAvSGVpZ2h0IDU2 L0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxz ZS9TTWFzayAxNDEgMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggNTE+Pg0Kc3RyZWFtDQp4 nO3BAQ0AAADCoPdPbQ43oAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAODPAG+QAAENCmVuZHN0 cmVhbQ0KZW5kb2JqDQoxNDEgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dp ZHRoIDE3MC9IZWlnaHQgNTYvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0Jp dHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVu Z3RoIDIwNjI+Pg0Kc3RyZWFtDQp4nO1Yh3LkOA51S2rlHKjErNRpvFV3//9v9yh71hN753w35du6 Rk2NZLIJPgIg8KCnp4c85CEPecj/sxwOh/9g6eHt8aN5C/L95Pt2PFi2bb0P68vSw081HOyj53nu 8ZtZwP/+9z897Rfa3MA/vgvqwXKDwHNsx/uxhoPjJ3lR5Gnk2Ycvlzmu9+3vcVrHvg/CcuMiD4/G NN/I03cDT09fvgNJkJdZ6AVpkQXO14t21V7eMUbpQPLAedvAsr0o9p2vddpuGGLsLlK/7Lvcd49H /IM4Nk731dPBjGPbu6Mt8zSjxiQHJ26GrszKtqui49si193nD3ZI5Kyl1HIoAndX4uy7BGkWurt2 o3N/8ZKqyf17VjXqBG/SJM2yNIFEvh/ESZrEgedHeIZBlGRpHPiB7zrwcxCEGN39ibU1k2ykfCwj rErTyHf9yGgy8zhIP818pHrRfZEalfhNlkRhnBeJ7xs9gesc/RjbZkTIPjneRRq1Wg2kG8ZxHPq+ I2Vetfszy5thaOuy6Ya+rRBvSRCkZVk2/dCTDOc/WF42Tuu6yC6LkrLFcJHmBJqGJvWsg5MMkx6a lq+rGIaxa6q6xdoGKpo8zaGnq9MwKUjXtZ3YzrL0rLtIu2niTM/zvCyTUpL2VGvBOe1HOU8wCZcQ hmPUWU7wp5rnSfYZoBycsNG354uo46SBiknRbsAirCfx0Tom4zIzgFhXLadZ0pEJqBJ0oGNLRjXN k+hqMnLOGJ+uN1X6f4V0lnrb5vl0XqRCYE3rzKlQGDxNjEotKNeTkmIkHVPTermeT5si4W7UUj3/ 88aLuGDb5XQ6LUqv2yS1prkHpHQ7z0LoZRJ6WyXUKM7kPGs8+XI+n86b5kKJsR+oPp147t73/o4U 4Pi8ypHhoMuqOjLqeT1tvBulhAMF7KUlF3parn88Xy+XpY9xe3Ed1fM/bqJMyfQJw9fzsmwL65nm pW8fU3q6rkoIPvRimWjPNW8bOm8IGD1fn2+X6+0E3GNdlITNc5/cu/yfkc6y7+VESQ/fLqskVa+X dZuHupOizSs6aS4RHrOagBTWmzsgtY5xq6+frrqr+vUZw2d4ZlFd1UleAWkyrpsc2gahT7VoCVO0 Kjr4b1vn9dMft/P5ggW6z5OsGpTuovt3HzdqElIz0nLZV0RMsOXUG5sui2wLcyerhines/mMaODr 7bIgwJoQGSkoqZ7mZWLduFwvy2Ry0sSbgnC2I+21bLMIeSPrJa1rqpgxwbpuK3xj7DlrNemxystm VMoc/h5SJD3JuBjqemRtUSMSt+tJMXOPFKuziko+jAKh36rTJtpWwHVSjoVvIxBbzvuOSlwWta6T lLiAglZZTc28E7dsyH2kUdie9UXeCUkHxPy0zFIiTDRu17jHaY/rq4bMvXOjTOZHAun6Jke2qNKi o2K93RBdtO+GNo9SwqSJtDLJBy27PG+FVoK1qWtZbtoOJEvKng7tKDHMe9Iig8VFSzAPk3d1bMof 3to6jUsEvRACF10zIDZASd0xHJB27chxqrtIUU3LPC/SKMqQMSMkUX05w591nhUolX7amKRSoGjm pMmQUpthxBFQPvelie8GWVXinAPwlplZ5EdZFjo4SZwne8k3b2ngRWU34kdIUKqv6m4ckfjibNeP UCZ7Er7nftAM1CXPdX3UVDdIajZBURp6nu8fbduLM5P0j7bjR6GHMoUTmb+NqVCyXNtyvDBE+THD OBnYigNV+7zre3vovbzZKKN5AQP0UpAkSvM8izwX+ox+lCyj9I5Nn15qOaq64W4Wtk1b2uUoc9YL pzPMxzvahkU4hmdYR5zA2wv7wf7M+kxJd3eCh1fLeqWBB8PuDq+b7KzBsMAgbRnCGLXeM5u86jd0 wvkLSvcldcJ/TpCV2Wfu8/TKht8Is0EOpEf7deRNA+A5Ruw39vzGOd902ceoJGA01qveV/1vFOxX BTbz7/Avw0mTLE9B2741gFlpAsl74Ug/3QCkLwndd5L3rze8w2lRP5PK0AxSvHDaP10CwxxDRBx4 F+SVWf/QSIdf8POvYv25Fyw3IdQQCj5UkQtH750JPOpC/Awpqi7LipAc/NP6Wdfy77r5PQLyVDOB 5NdzOZZx6Bt66eOSJFmWJWlNOXJQa6hCiYts5t7X9/wXkLrZIFmdJnkHNHWZR36IoE3BTUfwzx5F eRio3E6gpUWExGW6lg9BioLGZJd6blCyCSW0K+KMdKSBiVHzOQolapCcLxfQxt60Lc1dGv9bkdZc kNCx3YwadsGarEIVROXXoJszSI3Wk562TZlIbnvafiBSIQi6Oy+n6BAmQYqGKzYwsG/DjTBmePI8 0Y4q0FlOoo/0fm+KP5HrDF93VSsnAaDLdvsEGm2QKolqXPcKbJah3/jIG0XKelDbpgWakJbOq1bz Mq+XF6QTQlWrvmzE6bKM6b1+47cidaKGCcYkfL3xUaBhAS/V2tjydFmnCcxVcQqqWVbsdJ3buyz+ twooKUEzuJxvl3lsB6GUnpXpChU6TckYRS9uqGZfluOKtvgu4fytgqKdVB0aayXHJt/T6NBWJUF9 RYWt66osyzwrSZ0X/TSP6Qfd/B2qYSh5YQAlYQiuArKyfxrJ0iQODU8FRwnjJC0Hyevgw5y/Q0WR 94y4joO3l89NqPqgHY7zQnVBQ+NyoKaD+TigT58/376Qyj+p5dffCi0nyJsmu/tF7H9DECNhEv8N gO5fc4/HvwPQV3790SAe8pCHPOQhD/l98i/5DdaiDQplbmRzdHJlYW0NCmVuZG9iag0KMTQyIDAg b2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMCAxIDAg MSAwXSAvQm91bmRzWyAwLjEgMC41IDAuOV0gL0Z1bmN0aW9uc1sgMTQzIDAgUiAxNDQgMCBSIDE0 NSAwIFIgMTQ2IDAgUl0gPj4NCmVuZG9iag0KMTQzIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9E b21haW5bIDAgMV0gL0MxWyAwLjU3MjU1IDAuODE1NjkgMC4zMTM3M10gL0MwWyAwLjQ1ODgyIDAu NzEzNzMgMC4xOTIxNl0gL04gMT4+DQplbmRvYmoNCjE0NCAwIG9iag0KPDwvRnVuY3Rpb25UeXBl IDIvRG9tYWluWyAwIDFdIC9DMVsgMC40NTg4MiAwLjcxMzczIDAuMTkyMTZdIC9DMFsgMC4zNzI1 NSAwLjU4MDM5IDAuMTU2ODZdIC9OIDE+Pg0KZW5kb2JqDQoxNDUgMCBvYmoNCjw8L0Z1bmN0aW9u VHlwZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuMzcyNTUgMC41ODAzOSAwLjE1Njg2XSAvQzBbIDAu NDU4ODIgMC43MTM3MyAwLjE5MjE2XSAvTiAxPj4NCmVuZG9iag0KMTQ2IDAgb2JqDQo8PC9GdW5j dGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjQ1ODgyIDAuNzEzNzMgMC4xOTIxNl0gL0Mw WyAwLjU3MjU1IDAuODE1NjkgMC4zMTM3M10gL04gMT4+DQplbmRvYmoNCjE0NyAwIG9iag0KPDwv UGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUg Mi9Db29yZHNbIDUwNy4wNiAtNjcuOTIgNTA3LjA2IDExMy4wNF0gL0V4dGVuZFsgdHJ1ZSB0cnVl XSAvRnVuY3Rpb24gMTQyIDAgUj4+Pj4NCmVuZG9iag0KMTQ4IDAgb2JqDQo8PC9UeXBlL1hPYmpl Y3QvU3VidHlwZS9JbWFnZS9XaWR0aCAxODAvSGVpZ2h0IDExOS9Db2xvclNwYWNlL0RldmljZVJH Qi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMTQ5IDAgUi9GaWx0 ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDg1Pj4NCnN0cmVhbQ0KeJztwTEBAAAAwqD1T+1vBqAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AHgD+wQAAQ0KZW5kc3RyZWFtDQplbmRvYmoNCjE0OSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1 YnR5cGUvSW1hZ2UvV2lkdGggMTgwL0hlaWdodCAxMTkvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01h dHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIv RmxhdGVEZWNvZGUvTGVuZ3RoIDc0OTg+Pg0Kc3RyZWFtDQp4nO2bh3LjOLCuR5FBzBEgkZgVbO8J 7/9u529Qsj1p1+PZe0/VqWFNjSwSgJoI3V83Gl++/Ln+XH+uP9ef68/1//LabD5f09bd/KyFzWaL 6/unn//Fe/3tbrf9XBtr1c3PWsD9g4PruP/6qX2Tb8tvfvriP2r46DqHTwm92R48z9nv9o7n/qiF zcGL0jRN4pOze/90sz9++xpoa7/ffVSIzeGUxN6euuufri9rb7x92XtJlviuH6eRu1tb+PLu8c5N uZRCtHXy1Q/sjr6Pt3jf5nbn+Cd3/0Ght05SV7F7OByPB7r2u+1uT1/WT3xfv+3sNNjSp727IZlP RcPzJGMs8w9r4e12f6A/0I2bfcD6qTem75rEo+apKp4dvDD0DrZ1tIkJhMuNijJ2th+U2StEm4dh FMdxhCtwHS+I4ij0XdePovDkn/AI3zz3uN87ruf5IZVCn2x2XiGNaqVqMjyn257j4nEc0WzYHCIx TboV/dzzFK0Hvh9SU94pjgOXfiX0j4cj/gjDuNK6Dj7Y0Tuv1Kou66ZtMYoNr9I4q5uGsyJJyqat i6LibcOKNEtDD/Mzy0rWNHXq7dHrx7gZlmUydeyHOd3O4qTkqF1GzhZP5Ty0Za3mWbdty8ucqrIy TfI8idKqaXkRnaK8ZnVVq2WR8fGDMvt4w7btxmGYF4ykauq2GzqtVdPocUAvms4Y9GbblElStUKa YRi6NnEwVXZ+2T/9ddV5EJayH4ZeMq6H3nSqCvaQWS2TrLmZ574fRyNaZaiphnFe1aJDec3KWijM eTlczr8ksxF6WoZhuc6d6bQ084T/hr6fl0HKbjRS9SPmpahrafrpfJ4hRHXC6G+drHv57yeVBqmY lnleRmOmuVOma+Lj7pjo623Uup8GMyyzFrrvpEDD2mipbXmU1UZyxttumdvw8AsySzONSg5LL1pj NOZfU4thQquKtf0gylqPY9ej/X6Yrs+3GW/IQ0yOnVv0L//1pPOo7K9X3J4xWqOohRGJQzLfnpZe a9m0HdrkqldViYYxpt10vS3Tcp7wJ8+SFLf7+vRBbbfKrMeOMz2ousbwDVNXF00/zfPQFMx0LM3R ojLjNA3dcH25TsNoaMFsDyEbbs/XnuV8vF3GYRy6Ho+yWrUpyawuZ9NURZqUapBVJbs2T1k/T+M4 zE+3eRgh/tjVcRjnTWcq/6MyYw1qgR6oK2HaohSQeRnbWmAG4udTvFFTlLJTXGDKDVLNtzPNk8KH MvRyicmNWc/a8brgNsa8V2VSiob6OZZ4+/jkuV7SmjbL205W6Aw0PPTT9YKJhKUy9E2eZmXbmQ/r Deg6KRuhRVE0kmV5o/R4uw5KYxkaWcZZa6CutGJZZc6LrmuNyYwFmsKKHCOmFK9bLAgM/mRnAVrK 0WsM8/kQNaZN3P1uh4KSJQmjgqrrTI8pPc2D0UoI0+uWc9aajkcfnM9kU7B4oeOSkhVxUqE/b8+Y hYLVvE5OUAgGSoSlQczQFTEUad9pUUXH7daJ66aMw5SJpm5gOrTkZcWrOEjKIjxsD6eyKYMDzByM D8uDU9Zg9WnZYixbTG4oqbYquILobV23Cu/5MaNCtjuJ4jQ+naIk9H1oZ3O+jJLlcZwkJ8cJC97y CobMjcsy8tywxPcy9nZQz0Gahs7Ri3OsooqKpdQSrHkUYhh2bkRGnYyPEyahe/TTmvRzyZWqs4K1 TZ1HQWzbS+KszIOPygxGch2yckcHsHR0T2nTdzyPfMdxXZjbox8lMFv77d4BJuzpO5mxPYGD43lH yOZ4MINkLmEHqdIeOEeAAXhy9iuZOLCiu4MLOxiFCVMiD1abeDw46KvoRNb3G5T6W6F39tqCL3Ad nKDAnCBZtnfEOFgMuyMnAOzoABQsDu0eLLpSCfGDLfTGqPaT6NP+QU0d3ahuWewcVqih9tA+0c3H we4V1oh2XfQ5DHT04LD18fY92uOHiYXew/4q9nrT3np9wVXux+31/vGUFcm7H1jbf/25X7kw0kGS ZRgn33O+xdv3w3LAe30DwLiJwd+9/Sh4E7PNjspjfrz7HWDn54j9O5Hd2Jr+OvUh0N0lIpdi8x6M MRggSSCcv4r4StKEl9t7NULkIEl83NjTOnS2tvp2bYsmw2H3LZl/SmbYNOj3zqg6pLnmrJPTAu+e xp1GH7fBmrAAjBeBYwvsd3YxRnl6Alc6thoWW5DzOnaPjhfXHOZnldS6WZgcGChqlFD8sK6lz0m9 dVI5jVpIyWLPC5KUlNPRs4sbFzSK5/tBDF8JRAlm0FUSkJrxLCkHRZUFUB1plhCAh2klOlmEQZxz bRiZeVI/aQpthDap8dMJ9tEPCdO9Dzso38us5lE1wESwbU2yZ2GU1ZxVeVZkoXdKsrxqlWiaVg7X 51kBfn28G5TqzkngqgRhxoTC3EL1lkCRA71lb3ltuz/lXAiBOlHOpRK8KsssyRnP4wQ6/oMOyjfX 5hi3A8yvbKqsQD8CkCSMkyQ/oBFNFiZgdDXOvSQevb0sRokqzVkNsNj7peAp7KECWPUtgzHvAbZK AEqnyyIgM1rvh67rZM3UiMZHMn5MjpNinKXuL2i59zLDvhK2D6ZlYrrdLtfrBECXrKqZMArgARJB p+lGgN3OV5C1lqyRPHZ2WAqKJyFM87DcLoOBaNS/fQcjr6cJ/bzDKI4dOLzX3XK7ovEFnGSmp6cZ OJO5n+xnONFgDT0QoD/99Xy9PV2msW/gLRXEXClcPzPMPSs5EGeaFPwPAjm2dqKBzAV4/vz8fB5H uB8YNPgh8Kx0z0nmTPaiAu4Oy/NfT9fbbRnHebm+vNyWAaz9OZlBNFlZlkxNQPeX/3w+ny8LeBmi xEVLxhw/jg5WRVprCD+0RaWmZdIlmPSYiK5Jk1oP4/n55TKPuso5vDW8cg7EsjKnQtF7o8TLX7fz eRlMf749PT8/36bmozz3ncyANF6XlRjnab49o4/HHh6bLLMCLD1I6Iqx63qRxpWEu9S3eS6A0iq1 zmoLms9akPR8ezqPg+Hwc8a+7wWNhpU5aQSBbdejBM0L2ajl+elyfX4e64+y/ncyH2PglsDkAB2P 5xmzTbSyMxLOqzBjT16dVuDFsGgJgkWR8ulpaeDDQbVzI0oMx4iZfh4wDhqrcVBEmWYcmPVna451 zCQ5gnB3FCtYf4ETer6Yz05nuwYFfs3opiwsDLcVvAdNbFs1uqOFxRgo2I/LChq6wSTpz0MJJiX3 W8kqqzEAmONtzSQ+MX2rRuFTkUtzCLKCAgoVRhJlFM+itNGKc0Ur4pOGkGjYBjbK5ASxGK+z0A9A xXAEQrgDpKdjglCHbHec5UlSGywfcu/hN3BRJUle1XVdgqHzmlP9tV4ZAjwAMwEQPAgDKE3YgPTk +sDuKM4ya9o/K/RhDe3Arh5hoPATe9hgWCrn6OB7ePIoxmnjV7DJpwAYrEo7FckOsjKCnQyCk08W O7D1j2ToQksmhKF7GzYDMKMtkDmYGpbWJbb6BSk3X8WG0e5+DbXZGNp+hWX8sd3amBoxh6Uc+gC3 JaytI+tZbLZOlMEgAkgsmVCk70A4QZ9rQ3fYshRlG7e8tV2p6hdE3h2/CQ1vHjHur+Ogj89viDLM 8uhuwACFAbkyX4c694eV/PeHr9H2jcxf//uwyMDE2PsaZC1+/Rye35dcXa3NW7XDu0EjUQ+ejdgC RwP/+G/gMo1nwkQdObtHz9pxAh1H3mH74OW12x+d/36j4W3+0P3VOdu+L7iH83eCcw77Wmanw/tn d+9kvfEA8x9uYnzbTwHrhzb1yZ2yzAuH1HX8lDGC/ldeBhAfLPDuaNF4+HwVen+/Ty6ZQ5PZWdvC fbTknABsWI9+QjDiknOLZvcrRNOahMt8h/QVzP95NRJ7nmcJFMzyNPQcN0yLIkuypu+bNHzwMpyt GCorL7LIB1TnRRo8nOMNOjLJktBb70Nr4GueJ4HnR4DXGCCbx9BsZdNPuoBSK9ZngGjMfCyH1Dpy r2CeQ/N5fw/SW7for4sCtFHEJYuSCgSp2sbAMPHqwctCS16hCIxAAY7Xui2Cw2PZEZ2iaFa3MKCs KJhU+AMoC0MhWZFXrARx6+FyG5oa5kXTs0aJMjjujlGNsg0rQi9Ii7xsUFXyFK7t38yQrZt350nJ bl6WeYDNas2wnEczXC69FPzOy8BhqXB/WUbVaqCIYfcdhC1+VcJ9bHgLeDLwyWCuxw6wSYH9qZcM 3iVFnLvxCuDsJrQxG7gL8HCCw87NNRhagUNh0AXdHvoejXs2DvEzmY+JHHvZnZ9u1+ulb7k04+Xp OgzzrKUmXm6Jlyctuusz4PEydmCDuW+S1Wxt3UzAvFd1a8aubdQwjstCLwjcmC/LqJuGQtg9vLUR hHgBwAFAe7yOAOLvvLKfOyGNqhIgrO5m/JAZ8G3d1/jJGqQIoJZAZQh0HZXQ/Xh9eRqBkBKN1GkJ QILjwnn/9B/PV/IAuvm8jDKnXYkvljFUFROojrLMeT8v50lW3AxaA5TIn6Gg7SDKSuHRy3/9dbve zsMwdeUJ09mr+lFUcBbxQ6qH59PzSvRdy1iV+j/jD/KztRTD08sVg9ZrM4zT5eVpILgRpuMFvPCu x5tX5gYwX6hX+gldySIb16K4tZUZ0CnzlHXTDA8wq3SP1wfOz73BVJrA2YWclgsROW0DdIMEvW7Q z8YGirumZB0gd9BlxrtOEKecfirzPqhly/UZjgLhJ3XK8nTt4f5I2Q2qkcTLncgzsVCRTvJG9eMy CTjYUEo7r1CmoXjhALcEfTQMo8FAy062Eg7NeepHmqPw98w8z9fnK74ZqXQTH6GNURvzD96cauAf GtPLHD6DZjk00U+9Q3RUweuCUdy4U60wGMfpPOtWd4r2PGi4FJzvJKqMLcJrrjosFYBzElAgN2nh LkohyMlT0CzwpgsApmwb8nJnwmhJSgn9DfqeLZEz3lYU3d26adNkQdJi4Q3zgLo8jYoWt7AIf7oG KW6UpxEUvqGwMeknbTpVExqzhjaYaIWBGT1oJSpSpFBIGvoqL4rY3W0tb5MqrOg23PWyKiJLyCUH P6sGXFrAx4Hm0LysJe19QTEWiUfR3WOY51BzWH+GNpfKKg/9uMhDCm3+XEdvDu6JTEleVUUSnOIc 3iBMQwCiTZKiqqs8sSB5cO5F/DAF7acRLAb0neXtCrQcBnFR2yaASUeAJuxIUQG2CV9hXkr6O0Dd ugSR+yeQgUWsE5kTaqIq0AYRr3vy/yGaayOwux1KQvSDtUY+aUcyxI7ng4OdgwXR3cH1qQhMsr3r WY6wwUY/8GnX2bNNgDt360Yw6Nr3aCt6f69D1OyjkKXV7T26SnxATfuec9+zPvxzNHfziLXed7L3 axT6/t9u+7rrfieg3T3G5qxgsMadt29x3AfsWGzebV+/UUsrUr8FiL9sHnHp1x/6hWjjuzCzpXT6 +W+yKdZfJ0E2j8jy64P3TdyH70C79K+B3Uc8dbfW/8HPf0zOH8q+taTl2TiybenRmG0VlHqykPpN j7wFdOkLDQq4OghPa7LDvdB2b5v2bPz3a/z/vMBU/eDHSRRGlKZgR+yx8bBG7KFm0tDZ30fy/UMq uVK2/ft4AqNVBTTAWuaLjVHFabQGrR9z77EJ8Euu1bcXqUxSRqBLSnjwPc8mwWCR+p6LBRgUVWoD r5SBgUVqVx2I+l6SKBs3XceFquCypewI/54/Y/3yOqPMBPetAlYGvvyaC/tNN8MHGCbFoM2SrICC ItWXwKOPoASBpl5SMwvbWXyyWo+0G5h7LQk0DkhbQlniGQUlKXRAFR0b/6jA0Lwqs+RRASDuemGG mtEng6JfLDMJina2LW8opDIOnVZNkeQc9kXWSVRwXpasFU1d5DWsiYYlYGtJg5JVSRuWCjfrVuih sxFdVITztjuGfL6OUoCAYFpg5TsYrDLJ6JtiH06P+UE/h+1y7iGg7oA28/U6w64K0ABIB0RR1C1n rYJl5ryliGg/GNVNFKG7Tn3fSTlQULnTUnUdZWsAmlBTV5Hn+nEzX0bYWQV6AoqBX1ChEf2E6+Pb 3N/LvDvVoB3gUT+CFfrzZZCacjhuV8rLkJwGQGlOeTPUjRxoM8IlUD05CbbkYoiZBwriTvN0thUn WWZpVrTDbCSBIryGbgH6AlK66Xpd0HQbfzb29QVAbAh6R9C7YmIcJeVwzADRGZ2jaWQbos8oY2ZU IEdgzzxKKikoCjouswQr2yA+WPT8ZCtOumGMUWTVklcP/6DF3GYNBvPyjBKg1Y+mx3x/AQ91Z2Wm UDczhhccwHx7vqB7MLcBUlzrOolzDlQtMxAzfCkUMoZRtgecJ8D2KvMAmdeKQDmwUoX+h8wUDIYH qm3703x5vsIZ0/WnY4zkICriaEw1zbKKttGB/eNyXWwujmwreBSdqGuODjMNE7Q/oim/RFV4gXG+ 3kbKbOiHEdNrWisCA9M4jpNK0ezHYjVtWUkN3wBO2HQ5444o/M/OZ1KiAt2JlSxFmeQNdEYplNTj 2EPktmFpmHDCZAG90BExy1a0RVI0TQ6Z4Kq+XAYCTknMDJ8Sww53PaUQpZc0cHKJpwXLcoqh5q0C eI+2xO8ou6BsKfsD+jMJoryIgxh6lLx42dRWofopbZNRFKCl7bIiK0CZoN4oSODKnp/OcG9oX4Bm w1qR5wER8cHPGygcKH+wKxQ+2i9KG1yQDSzmZ3UdBcNoJzOOKAzrgFApPSHwTzaYEgUEkgcvpmjL yacoDH1SobVklDXD3DV4Ue8EcA5RMaKKJ4rUAWVg0NF0gAZd92TbD3w/SilO8+EMiB8KTVm0NgXz sau7EjDFxGyMl7Z9PZuI4ayfr/u/ewdei6pjCl5TfJoaoYr37FmbQLE2vSfA269NU7jN+RHs/YLQ X0VyX3nYBsltxPjL5hEp3H5bcufEVZW4Nla9W9/ljZEeTX/fNoWgd/8YW/z1NwFc0pD+bfaCzfNJ Tgc7FhgtypY4Hj7id6zB498Q7w3h3wLlWycqyA18heevyr/2mBNllPxAicKBzeDBe1KA+ofR8td2 IDJlUXxa2W3e3KD7DoNN9jmGtYZnnGGtrM7Vuw0KcsfIa8LU9DNWRe5hR3naRc0AtWkKB92zvs09 GcQWfbR8zxvykqqKPqs5KKPFJ3cTLilpCWJk2tIJCrNMiuPnXTzAJLFRYzsD8J2IGq72yY+ZUXUS eG4AkYVu4f7TPlpCuz209bO1kX8UtfraNgQo94KUa/kb+90xdCbc9iivWJVHYVxUpGcLMd9mZdOE 0X/owBj+huMGsG55XRcpnBLcLUo1Lx18hjgBsOpeUbx0PvccDI7CNomGIgOMYZolJWnwNPDDDKSy 9KX3KZk3Oy9lQrTEyJJsNa8oWQ/GTpjL0wzrx2u+blWyukpOQc4YV30nGINV7HslespnVUDkltJ4 jVRmvN4m3MiiOC+A0Xsva1RHVSzLgqCJw4fzbao/KTPlMyiYQW63SYGNdrNY2+QFwtJOa+CFGZeB bDvFn5Selh6wB45YLnM/PT1NxoDmIdYAe08xS8qYULysGpY4O9hZ2Y3LZTJEpGhZ2nzo+TrV/qdk 3jopJiGsMVND19TtADieDOcaPTJOugV2jKPm3ADsDegua3uCYUlBs24EoU3zdVFcDoTxA0UXgUkz 5SKDk6Ri0XF3CC2VAOboXbke0YLB5zRUn+tnojrN4pASGnSV1R15JyIvWkN9LdAywXJJkVv0Jc8K STDcszTjBq7Ky5PNiS7bYaFtg5Gwf8J7U8YEvABdnWibnoP+iMenSdmW8ICSls0n5zPJDFHg/pnR 1Dnwdhw7loDkFHyllpGLNaoafAyZe1mhwNBBliSXI9G7lbmpBMh/ngaLoyOwjTImpvOsMne3czOF MbiSKzC0WdZQUg4lp3xeZgrNKs4oU6aXXGDY4DtHcS0pHsvhaACMO6XG86Qx2SVlJmGBFnEBQShw Dean7YVxpGx/+IpYrXAZZZHx8XYW8XG78wqD9z4/XSm/I0kYeZ60xKfus3rjEFSUbiGbVmEdYRLy hmdBUHAogrYqoFPgz2Fonyb8DGXMDKq1iVMtvIRxmTryfPGmkjAV/wQ4WxpZpvVwndhpt9m6mYQL NC2TUVjEEYEvXPNunNRn9TOML6i4ZXlaciHbOkvSNHTBmFDAeQzbVqKv4WrdeoYXQO83Je0WekHe QD5UZAK8LFieERnbf1nJ0ByWhsnd7cbyuaSiUPqxT5kQSVbjDWUdfdIhXNNF04iSl9N7MMmhECzF lFw6AZPBqcPclFkYoSCQ2idrefRje6YqDOPUBqE8UDUMqX/y7WmclJneJpATRiVr0QDG8UDhKcqJ zNLw0wRtY4z37V27JXzPL17Jck+5D9DEWHaBzZR2bE4m7Wuv3452+9duMe9tTsSeWnJPKVci82zs 91F0TavY7defcp2fbwj+s9CUv7G/888D4V65bU8J5wIzInR271j4yz1Mu3/kYnzNx3s3rtjr1u1m e6ekt4q7D2zN/1NP/+RYHvENDX767bm6LzYuvWa7fF+RqlE09C1evUNP3/mU8kf+Jmn5gzLv/eie CPFl802HwRVMIgp7Ht8i+qvXdMQEDhPr+H2Fxl/WMPw9m/z+zCb238/hUTeEn01vfVxb6x+t2c+7 1+N41t07+sBcOlD3SDG2Wy0UpgWsFXnJoRetZ7e1Fe5Af0/teZy62+wOblTyMjiu96nqbyRQrTK7 mVAc7r9LB+QoidierAt87xTlwNwi8IMoCj3HoU97Hg84mAstYIJEmaAenSigqLt9nb17emRgxcBX qIogrVXXJj5axQOsEFb8dNP1gzJ7ZTeBfKskCNO6oRMYCXqwyvMK8DP3LKNkNjqkVzCbc0y7hAHD k34+j8D8NAiSijcsJ8dwc/DBybTnRsfz0BY12nbLApwpUb+M4U4Q8P2GM0gyV+NlHnrNc0trxHF6 oKDrmhssuQRFDLpp6Lyd0YA1yMynZRzOT2fgZ1tWAhwKi+3T5nIK4yQayii0qYZVBRM73W6DELCo gwGRZW2be7vflHlYBsinYNTMsFyXTo9zZ48XqeFMiQzXy/mykAEeFIqBfPZ+3Y9dt9xmWOFemfly OZ+n1qJnrSQsP9hlMFIPAwWnVXe+zsN0vaIZY3eaQXy/MzlobgzkRWjash7OzzdCM1E3xtizeePy /GLTgNdDep0uvR1t1YOYpllzmPZ7ibNOnR2gS3Myz2rs26rpifdEzXvA6tNflMwx1FHC1eczL+8y FxQNrZWRksz089PUg3BzphXRKfyOv/66XS4XChpTbrGVGeQDqB/6pqgNuB8lzpdZwi2hnBQMfwx8 NXVWmeUMWM1LNS2Xv/7zBQPWVyQz/12ZcyFAlxKjSMHYpxtoTRZJCT+DMqFwB9N2pGwLShWR6i4z XrGzuSMjved5GgEYR8p4Nk2eFpzOJlL+wkwpRLWZ5+Xp5QoqlXn4L/Szm3KeRjaphzIjLpeBDt2F cD0Jc0f4ceepB/NKLcs4b0Xh7cgnowgw3RCA5oVKqCqg5HOOScZpQ2iguC1WbacFuHvoZ1oTYOjg X5jPTlQW0SmuOJdwZAmR6QSxH5ZQHKAjTufnOui0mkOtxVWdUL52hKkDrxw36oatJZoUULT3KdFB y4bbU8BQoTXpn7GXjewpl6OMgqwVv6k3Vtvt0EGSvOYNHZsDnHpHexxPtFUS47NlhT2k5/pxAntA Ks2mMwR0nD6Oc3gILAsONleCiteWkgUp/Yj+AGHTjfZf0s8rI9l0RDKDcRSe1v1SOg+TxBRmBliA sC2zHlw6UEX74EG4RqdtEoUtsQadbTWYTTSWxHQAB5gFevYooEPH+1yyg8Hv2cE1VPs437/GNR/H 7+7n5exRpt3bebtHHsH+fuOVib7ceXk9yrQmAN+jwkQx9GD/b/DGl/s+/x3l3uDt3VGxN7J+zQl4 LXen4u17rtu+3tu8b2Zjw3d0nPM3ue7/83Xn5/9tMX7tsoc3/7eF+NVr869vSvy5/lx/rj/Xn+vP 9X/s+h/la1v5DQplbmRzdHJlYW0NCmVuZG9iag0KMTUwIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUg My9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMCAxIDAgMSAwXSAvQm91bmRzWyAwLjEgMC41 IDAuOV0gL0Z1bmN0aW9uc1sgMTUxIDAgUiAxNTIgMCBSIDE1MyAwIFIgMTU0IDAgUl0gPj4NCmVu ZG9iag0KMTUxIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjU3 MjU1IDAuODE1NjkgMC4zMTM3M10gL0MwWyAwLjQ1ODgyIDAuNzEzNzMgMC4xOTIxNl0gL04gMT4+ DQplbmRvYmoNCjE1MiAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsg MC40NTg4MiAwLjcxMzczIDAuMTkyMTZdIC9DMFsgMC4zNzI1NSAwLjU4MDM5IDAuMTU2ODZdIC9O IDE+Pg0KZW5kb2JqDQoxNTMgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAyL0RvbWFpblsgMCAxXSAv QzFbIDAuMzcyNTUgMC41ODAzOSAwLjE1Njg2XSAvQzBbIDAuNDU4ODIgMC43MTM3MyAwLjE5MjE2 XSAvTiAxPj4NCmVuZG9iag0KMTU0IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAg MV0gL0MxWyAwLjQ1ODgyIDAuNzEzNzMgMC4xOTIxNl0gL0MwWyAwLjU3MjU1IDAuODE1NjkgMC4z MTM3M10gL04gMT4+DQplbmRvYmoNCjE1NSAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5n PDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDY0Mi4xMiAtNjcu OTIgNjQyLjEyIDExMy4wNF0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gMTUwIDAgUj4+ Pj4NCmVuZG9iag0KMTU2IDAgb2JqDQo8PC9UeXBlL1BhZ2UvUGFyZW50IDIgMCBSL1Jlc291cmNl czw8L0V4dEdTdGF0ZTw8L0dTNSA1IDAgUi9HUzExIDExIDAgUi9HUzE0IDE0IDAgUj4+L1hPYmpl Y3Q8PC9JbWFnZTcgNyAwIFIvSW1hZ2U4IDggMCBSL0ltYWdlOSA5IDAgUj4+L1BhdHRlcm48PC9Q MTU4IDE1OCAwIFI+Pi9Gb250PDwvRjEgMTIgMCBSL0YyIDE1IDAgUj4+L1Byb2NTZXRbL1BERi9U ZXh0L0ltYWdlQi9JbWFnZUMvSW1hZ2VJXSA+Pi9NZWRpYUJveFsgMCAwIDcyMCA0MDVdIC9Db250 ZW50cyAxNTcgMCBSL0dyb3VwPDwvVHlwZS9Hcm91cC9TL1RyYW5zcGFyZW5jeS9DUy9EZXZpY2VS R0I+Pi9UYWJzL1MvU3RydWN0UGFyZW50cyA0Pj4NCmVuZG9iag0KMTU3IDAgb2JqDQo8PC9GaWx0 ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDIyNzQ+Pg0Kc3RyZWFtDQp4nLVaW2/jNhZ+N5D/QGBfpHbC iFdJRVFgkkyDWSSYbBNgb90HxVEu3VhKJbvd/vs954iSL+OENisPMI5MUeb3HZ47xU6u2fffn1yd fT5nyQ8/sNPzM/br0SRhCU/gXy6MUSyVCdOJYU15NPn7N6w6mpxc3Bj22MLFdTGfl03Fpi07uRYm Y+20Wj6vEiOytecfvjma/O1owj5dnbGTj838+aGYztnp1eqyIlNCbFk1FTnPMgaz4IbuLo8Trkye GzadAZrPs+KxzNh5zXxrJFYkymxZRCTc9msYtk5kuUa+0xrviA8IovwAvUphtpXwIRLJmsdN6XWA tsmPrWyeWNk8elgkqcwB/9ern94Cgh8FkynPM81uH4A0ERZMWZ7mkikluWG3M7zx2MHVBFewi6PJ v6Mf/xnrSNjv4mMVsfhYRxc1DBQvLQ58YOflvMCr55f2A025KucNDUxpBhMnKv4Pu/3r0eTT7XY6 0tFBUegU9oGnWpBwlOAKBmRquYE/oBJJxmTO5SAeaeAZ+94MbXNu9HszYL3cwqqZVvCZry0ttF55 TKivVn57glv47QmwVoLr5hI55yZdW1h61n3rfr/sW/cF+93tLejAL6z/PZVYDjhmqwuAJr0cTW6O Jv2PLictVxkmKfzhiQI5LrcMZtos50L2A91UsTrVCWg51Q24pZ08lksvBbTEZ7MMzWo5yQ2sTXLr gaXxdHU9N7A+q5PfCii5xPSVBqv9DVIInmzYY8YN2KPMBQdFHAzSmeEFml5dgOm9eMxJjwFGmpSn 4i0w57GJwO6fEZMPjhkDjgbtydRbcK7Q0ZDb0RFhAtfzPig75oZZyaUkUODhE3TuSuAHaCJ5+M3B nwj0X0SsIudV3web7gtWbgEL+6nVBlihc4xEBt2esMKh3Rzt4F6WAPe3WIiobIrH+DiPSh/ubAzc Akxa5eG4/xEf26isPFDzUaDKDLx4ONRrMG4KnfUvqMQl5Bix0NFHGP49FiYqmrIqW59qi2QMLr1u a4gfIVyKCtTlnsVZdLeAq2dwGC/wH0aOBRDEuyy2kUzgQhj3rSrggiRAH8X8GRROoaKJPKof6FGf 0om9k6OtW5lZnutw+rtpnZBjYJVJjqEuECsm1ZCEw4NT2DWvcu0d6d5TLmV4FiLdz2geFepQTQoC ilLDlwrV7ZoiJBjLHPUljepm5uO0d8DcugsuYIYFA43QXxuwbtB126l/+QImUaJJtGVL98vePGBS Gv1BzrgzGQ/DvWPwewwhOwtgeIlAF7hn0ycf3L2j81a4eZcyhMGVPoyjBGVYmiJGGMZjH8ZRAjDm 1DYNxajId89In+9dIChQmafF7BUSSBtBLpFFVUvzWrxNk/uAUTQMXemcsl+v7x8ljPd6DnVGsj9h QvpUk9USJwrdZRf37pHwPXveFv7gsZ8jpN5xfXXCmoJkZBbdopROwbdh6v1zvEvaKEdJBHppCBUi DUFbTeGeaDX93lJWQEOkFsSxaOa418Qa977Eh/udB0kWvdgKFM5rU782z8XwM15xjJIYOHGIPOfZ 3tLYYgb1IAdi3GV8G47+V9z7xZAbdXTBLlT6psbAU5sa45HOOKmIk04mAqRDRWWX8GHkIz5oNhok 1QLFtM8Ky0cKfaQzK+oxJVlW85LqwOXdpzLewVhGSWx6/jbjdm/+FeIkb7iS+GbgRqaLfutxe4mT EwBs87RLgVaKsmyZKoMIehfjoT9mDiRMEkD/KhaAvCnRwB9o27taaEaKfoM9x6Z4YjirLy48nEbJ epTVWH+GcfrXc5xGd3eA9g8f2FFynr5NEpaErnmM7zojAg1r61lJWekQnF/RF03nw4xlugrGeU9D s6ElY1fDWLexdee89rDOUbKtXjqrhdLu0iHLrJE5euoW1XQoY1eZAHly5Z0Nzn3M9s7R3ulECZXw gEaU3LURJUfJr1wnKgzsTyjaGfq8BHzdXbHsFqCWlQ2q2a7poholQYLilKd5IJ3d+gRqnJ4GduAD cW5rTUkTLdqVTMXDITDBsNs1XaR7cyjuu6yC1KPTFzBgC8i7PErSUDV1DYQFTqeRx87RefgFJhAb /ITSXIggfl9eS6Rz0+UIkCghk//6YAcG/k3YWcYzGwCb2k+pyaj99MEr5MCQvok212gJATJGxaDy 5Tes6vCqQcXxeXkVGN03cEsJDwdJGZ7TWjohc+4tB1R6cllUjwx80/HFaTxmchjkf6g2eHEG6U4h fBSy8SnkhicqkIKvo6Ty0fGqRHAR6vJ93SWdHACv5lkaiFdR5eMLpVqMj1paLkO1witleQC8OTYd w/D2DrAq+6YVWSMO3eNQzVzaC3cW89odyZqoQOP1nS5odTCvIyQXgS2JDbfDumMFTP1LVjdDEUSU qdlXsxfs/02JM8loLU+Cua7NMbTFqJogsfoioNaHElGe8Tzdv8Tt+gvWFUJdP8pvheZQvi6QhdcM 7aGcXSDgNTv84EM/fjRX+EJZoNKsHTn6dWX8OK50ckhdOUAg1+pP6Eo7tA3dSTr4MB1Na9+LOwcI 8FAmQBp6IMGbA8T2HOKG/jNGWk+XRxTY+fem3mb8iO88fJYEsTjrCmVHgpzOgoIf9eS73nvX18N7 /+s60x6O4wd6pejVzUCOfR9GRd9ePsPnHQVoV9855t9+Qb50NlPd9E2/YuqrsM3BIraFzwCuyKpt F8iD8g7XTb8bcjVseKRdokIHlm1x57qeoMEesgcI7JnGV3ECyXaG185b6ld5g40ZP85rqbgKxu/1 eeOHdg2hPbGhgFcSEw/yA9TnnV3oPAj5JwiKVTuctS1Pn58GD05nGHQwWTbF4A7dMQBWBbu9o2YO kCGkKTbgAql/QSp7ezY7foKglcGTq0AaGKk+79KstWNkCpvNuU75lOUmAPpl3TensR19j9/KNtb0 rar7njWdfra161BDZZrhSbDEIlNSAW5xF21U3bsfGhrcZ67AnLvzEumCtUdOB8tFRMaNCT8vOUCc tgfISVLL81CqXTvgYnjvgd5ueGWxSqKPW6j8H/Qu4fINCmVuZHN0cmVhbQ0KZW5kb2JqDQoxNTgg MCBvYmoNCjw8L1R5cGUvUGF0dGVybi9QYXR0ZXJuVHlwZSAxL1BhaW50VHlwZSAxL1RpbGluZ1R5 cGUgMi9CQm94WyAwIDAgMTI4IDEyOF0gL01hdHJpeFsgMC45NjAyNSAwIDAgMC45NjAyNSAwIDQw NV0gL1hTdGVwIDEyOC9ZU3RlcCAxMjgvUmVzb3VyY2VzPDwvWE9iamVjdDw8L0ltYWdlNyA3IDAg Uj4+Pj4vRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAzNT4+DQpzdHJlYW0NCnicK1QwNLLQMwAD BRBE4ybn6nvmJqanmiu45CsEAgDcHQpBDQplbmRzdHJlYW0NCmVuZG9iag0KMTU5IDAgb2JqDQo8 PC9UeXBlL1BhZ2UvUGFyZW50IDIgMCBSL1Jlc291cmNlczw8L0V4dEdTdGF0ZTw8L0dTNSA1IDAg Ui9HUzExIDExIDAgUi9HUzE0IDE0IDAgUj4+L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFIvSW1hZ2U4 IDggMCBSL0ltYWdlOSA5IDAgUj4+L1BhdHRlcm48PC9QMTYxIDE2MSAwIFI+Pi9Gb250PDwvRjEg MTIgMCBSL0YyIDE1IDAgUi9GNCAxMzUgMCBSPj4vUHJvY1NldFsvUERGL1RleHQvSW1hZ2VCL0lt YWdlQy9JbWFnZUldID4+L01lZGlhQm94WyAwIDAgNzIwIDQwNV0gL0NvbnRlbnRzIDE2MCAwIFIv R3JvdXA8PC9UeXBlL0dyb3VwL1MvVHJhbnNwYXJlbmN5L0NTL0RldmljZVJHQj4+L1RhYnMvUy9T dHJ1Y3RQYXJlbnRzIDU+Pg0KZW5kb2JqDQoxNjAgMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29k ZS9MZW5ndGggMjQ1NT4+DQpzdHJlYW0NCnictVptb9tGEv4uwP9hgftCFhHFfeGSDAIDddzmcqiB NPHhcGjuA03RtlqLdEnpcvn3nZldvkiWvRaPMmCJWu1yZ56dl2dGZItP7N27xdX7j5csPD9nF5fv 2Z9ns5CFQQh/KY8iyWIRMhVGrC7OZv/6gZVns8WHLxG7a+DiU7bZFHXJ8oYtPnHNWZOX/XoZRjzZ WX/7w9ns17MZ++nqPVv8WG9Wt1m+YRdXw215Ijk/sGvM0yBJGMyCL5S5nIeBjNI0YvkapPm4zu6K hF1WzLVHqHkoowOb8DDQ7R4R21Wk3yN91R4vwAcKIn4gvYxhthbwwkPB6rt99IxAh/Bjg8Pjg8Oj xTyMRQryP9394hok+JkzEQdpotj1LShNCnMmdRCngkkpgohdr/GLOyOuInE5+3A2+837+d++8rh+ 68+lx/z/sOt/nM1+uj4smJhEMC7CIOX7gllxPlTZQ+PPhfeGXRb4vsn8ufJWOChh8KrA902Nr6sc JzQMX4VDdDmJ6ErJQD3BlETHcxYhTM9/8xbSIY2y0qB1qBhMM4gVJ3uRPJAwIGIdRPAGXhImTKSB 6CxGRLBGvzRD6TSI1EszYL9Uw66JkowOY7A1j8ELu1XRga1fmGG3fmEGZ99axDj7nbX3lKEORMTW /SY6SCL2cDb7cjZrb9tPavcZTJJ445kEpXr8YKZO0oCLdsBM5Waq0be/aQvAcGedJOjQ/SQ7sDPJ bgo+HsTDTe3A7iyDTT/JfDZznhhKdLzZch6Ee5EgCSKIBCLlAZz3E49D/6oyiAIPDqvVUwgjojiI +XPCXPqRV2yyFcr0gC+NQ6Z4CpkUGEcin5PpCmNNgSEH4hC+5C6hkilPTYtACBIKEkyIuUVyfAFz pASzP/gZXQtSKaReQdHob/KtQ970WHnFAXnhXJXckzeMQwwz3RuEUyPzgS8+9wbwX58D4g++9qpH H9PSXETetT9PvKqCzw8wZwX/5Z0/j+Fb7W3IhpnPU+++sDMeWbP259osoQn3zJehvSx8d7rj4RS4 tOeoIBiOxyWvylYNk/tAw5ttO4SfaAJAEHuPdZUXDeRFnngZji6Zn3hNv7jIYHCNVx2URbv4CHiO 5inqBXhkFCSj4XkXhpGE/wj+RRiqy/O5hjGVwL+GsTgML/BdIxM75yl+9+P5PHln5kfpOZd2Pt2D w7Wy7xrHzx1QiMUvWXnHvKKcf7jwpzCbNk6OcX9gdVuI5+WSTlF7SzxOcCo+cCo6/qIzKpxW3fpz jitEYu2EHBHto/jmMgY5OQIyTYJEj0WgcwKH3OpkJzd0+NfLvUTfbO5v4LXCSzqIJYW2r55LmWj6 QwCiI9Oxylz4JjaRiRU1xGuwQRzIXJro6TWJJCX5cZp89V0SxyczJOClIyT+v0NAXuHios8dJpf0 RumiQTw5GSRAmpPjIckpr+V/gI7hDoMAbQ2FaOlFg2CAv4GaGeLVVAiDScINriQ8a1M0aw9RM5b+ P99aeHtrB0TpBBDpwxiFCguVYzFaA/nWXokcPEZaoFFLqLKDR1d5IMLpdZFYtsqxuoDBaoqdIR6a 9tarBzjFrGbUQ8AXOHBtDvyrH7j046cyZx7LQB2t3eeOKtsMzdHe5lIPSB+5OPkxzjFm+h1NlLie cYTiu8+NGducWYD1S+7BDaM+et+TWTg7RCcjQlyHwfEWMGSzoPChKFigOWjw7TWAFXnb0oJFS3us yKfZBp26v19WF5nh2TZwvjWB1AHS9FypBUnFxxMOiomoXjMoI0ANsp3sDyy7+oD2xigoUzO2KWqX stMTLKlVwKNRys5d0p6AQWnIVfEoacEff0fbLPINQK4PHlXz5lUmNz2fak1OAq06PsuQbXWZRpoC 1OZTcKyFUQquWr/sXNJyST81ZkhrKvTmonkDK+C7Te4M5Scja1CspLE+nqzVBRGt7aPla7uheYDD c/HJkLn1TVE3ZCsUve+rV9Tx4mQ0Dah2PAIMiKqgEpCuRzSKss1efbsnI06KY3cYncrVDgXLswGl xSC9rrYlOJDYpbdd48Qg50TpdExN6iAaARNkLzD6OtuskOjfGX2FDcy3VGoRdcsaXxm2U6OF5fQp 9raIshIWuKomb6Jp98j6KKuZACQgALW3oB1uvqNxuRCTU/DBZyqiQEbHk4EtkcC9riHFj22zKZYE QEMe+IjxhFhV7Spy5PSssG1Hj2t8UD+/QHuPvMeqrVc6azfsh+Gpx16BDrbEXkOWU6InDIxFmMC6 hpF9ougAZHoK2AIyrnS3VVuHAF1sKbTkK8ob1F0Z9JDJg3LkduAiqZdhBCKuOGy2OlCYnuO1KIxr B1D7nJgrKtXpu1PwUs6otnZoiX13ZTJz0fYRBijdFHbMJi0HINPzwBaQcc2Ag/1wqyc4QV9D7R0/ THFoOj2HjFKgFWMVvenqu8PlTxMgx3Se3xQMUh8+wHHV/T9t6b5pfw9ZZxtKVljkg84CixVUPN5P a5QBqsyuxwnEqbG602jcwmZOrK6jtroWoRuj6WmlhYjjT5PHJ7yyZdZY1neNO0sa9YEmv2khQPTP aVKO+BSNi07L6Rlkq/eozoiJdRjbKaxl+WbVKWlps0OhKcjengvLGMUcp9A9/SiAulDQLUobeW1f tibD7WOX6VX8ilYuF/SmXKarpidr7RGOatyIEJThEbwEHZH/iFcl5R7T12oMy6EujPV1IPaUxQpG TH9ZWaQIQct9bmr7yAMFeAcuJ6N3YxoClsrQ+TfbBrNT1doC1XrfDDFvy+RqAJb5UR2XtIz/G45k 9TJ4TQdBnYzWjesg/B1ZGAUs+7gAtvHgU1OtTfVoe3Mwss3vu4YdYTaEyqH1FDTucNbDx+COL/qe ac9TWlvY9gn+UAH12nrdJsZN1+8uamyGt40TgY2TBAK8rygLEpxVDWw/pc9t/9yB0cmYHSwN5PGm seMJXA2awF3ma2jO9sHoZ2MGac6FaTFgdayfPHZhvahuVuaBqch7nfNMTwktRKkK+IjeQV8NDJpH +IiTKXvzPpDulwMd6x8EGOrC2JIzp0hriuy9ysqB0fQtSotREo7qyZHmfUuSlGzPv8zKvPDbBhMp a8gUFdQuvqROxhNHth+/+NZLLJWg4193pVGzrVclTLkzLYKDj4f0zPF1Tyo5n8xQz5FKfPZTKdAa ny8V6liIRjYlTRLFqCDgxPO8M45sAwXHILT0heNeG2Hvt6hy2xadN4PetwOTEzQhLSxjm5Cm0Uht wazrEtpGE1RQDJ8i0Mg7IO8cLKoOt9j+ApFiNE0NCmVuZHN0cmVhbQ0KZW5kb2JqDQoxNjEgMCBv YmoNCjw8L1R5cGUvUGF0dGVybi9QYXR0ZXJuVHlwZSAxL1BhaW50VHlwZSAxL1RpbGluZ1R5cGUg Mi9CQm94WyAwIDAgMTI4IDEyOF0gL01hdHJpeFsgMC45NjAyNSAwIDAgMC45NjAyNSAwIDQwNV0g L1hTdGVwIDEyOC9ZU3RlcCAxMjgvUmVzb3VyY2VzPDwvWE9iamVjdDw8L0ltYWdlNyA3IDAgUj4+ Pj4vRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAzNT4+DQpzdHJlYW0NCnicK1QwNLLQMwADBRBE 4ybn6nvmJqanmiu45CsEAgDcHQpBDQplbmRzdHJlYW0NCmVuZG9iag0KMTYyIDAgb2JqDQo8PC9U eXBlL1BhZ2UvUGFyZW50IDIgMCBSL1Jlc291cmNlczw8L0V4dEdTdGF0ZTw8L0dTNSA1IDAgUi9H UzExIDExIDAgUi9HUzE0IDE0IDAgUj4+L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFIvSW1hZ2U4IDgg MCBSL0ltYWdlOSA5IDAgUj4+L1BhdHRlcm48PC9QMTY0IDE2NCAwIFI+Pi9Gb250PDwvRjEgMTIg MCBSL0YyIDE1IDAgUi9GNCAxMzUgMCBSPj4vUHJvY1NldFsvUERGL1RleHQvSW1hZ2VCL0ltYWdl Qy9JbWFnZUldID4+L01lZGlhQm94WyAwIDAgNzIwIDQwNV0gL0NvbnRlbnRzIDE2MyAwIFIvR3Jv dXA8PC9UeXBlL0dyb3VwL1MvVHJhbnNwYXJlbmN5L0NTL0RldmljZVJHQj4+L1RhYnMvUy9TdHJ1 Y3RQYXJlbnRzIDY+Pg0KZW5kb2JqDQoxNjMgMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29kZS9M ZW5ndGggMTk3NT4+DQpzdHJlYW0NCnictVrbbttGEH0XoH9YoC9kYK24N16CIEBsJ24KG3AaF23R 9IGmaFmpLDkildvXd2ZISpQiaS2GDBBaWg6958x9h2bDa/bixfDq7O05816+ZKfnZ+xTv+cxj3vw LxLGKBZIj2nPsEXa7/35jM36veHFe8PGGXy4jvM8XcxYkrHhtfA1y5LZ+nnlGRFuPH/3rN971++x 11dnbPhqkU/u4iRnp1f1bUWohNixayAiHoYMpOCGLj4OPK5MFBmWPACatw/xOA3Z+ZzZ9vB84Smz YxPhcb/aw7BNIus9oiftcUB9QBD1B+hVANK+hIvwJFuMt7VXANqlP1YznqgZjx4WXiAjwP/j7qc3 gOCNYDLgUajZzR2QJsKCKZ8HkWRKSW7YzQPeGBdwNcEV7KLf+8d587erHeG7/7Kb3/q91ze7IclW IIGZuK+2IZVAnjN3YJyLOcCJp5k7UM4JO0/zGD9NptkJ/mRXab6ghYQkGLPgVq3g1sqgVXfjVkNl AaFLEOgLOgBH5IEW5B1KcAULMvC5gR8QE17IZMTlyj+kgWf8QxLaj7jRhyRgv8iHXUOt4BptbC1E yMXqMWFCrrf3PiRSbn5IBHb0cPdIIvPIBPXtQ1hYPebtIL5foNx6v4BgX0ojgQk/suo3Ks/nAOWh toU2bNrvve/3ql+6llntspJR+Gt7CtS5thwI+mHEhawWClFRFy11tBYtF8qdS4Wsd15paI3OD0Py w5VMuVCXKXeDfMOD+m7lwqYUKW8tQ18LiR+c2BwfSUJwbysnhdxATpKR4OCL25F04Q60M48hAUwt EeW3AUaagAdiH5hz1ziQfSaIaYqXzIIpaAOTBvcJ1T5MV5jzKANqh4AlNlBhm1bzJZeSQEGp87DK KYEX8EUqdduLvxPoX7SrnOeUrS1go2PByh1gwahabYEVOsKSbDD9CV+UaLdXC7hvUa8PCPdxMf/s Cs9JbbiF1wZw4cGzqjnwv9yB76QzG9ajm4udWKWk0GmK9RpinOr4/COqO4V2y5XGeYdfljH4yxSi bwL/c1z55gphdR4hh5fxbMxABYOLU7cNllWCaOb3r4HjV0T+iIRmIxcDANgQpfuUvvrOjTsInTQr +F+i5C1zQ+I+Y9KzNmZCdUZbQ009nvYHB+0aZ9kSuFAcEZexOwiAsAydL64wGFMDoZx7JPwZlZSy HCVKvYjAuQMBcIYZfB9lH1ybGnRnaoA63EANlEZmySKNs9SG3bSOHSBRGWmGfbYy3S2aY1HkbjDd /I6sRp/JjSvHTZClcjL06JhMhk48m6Pj29j7rbPXOuBKN2U/sAEOOnM1EfDweMBn9Vy5qCLua5E0 q4RTWaoIz2SO6Sj94DIMxmSOJtt8/HZZLeE3ErD1GiLsSjEiinjYLAQ3K7mNQdRBJBKuZgxSMCKg x9BKyBZxPqGYwujK0pxS5lZ6JVNhHJY2ttVN6XVmtdDn/tGcP2FB3NsDVO48/4I1Il6MIOUI35mh iqiwMCobhz16vrC5shSdKcUPGyjlyhVlTzABy66q6veicroDqe16I0WkU8zQeTqiGjtKS/H4Gzpa Viiv0JHVb9rvtzR2lbqhip7W/srO2iVhDNdHo97TCK9tlaJFs9TqsJ31P0IFDXgV7U+WT/JljmO9 VRGJkVTdd0PnTYojv3xJx1pYEZFziW5edIBpQr6ZoJvak1kbrZS/Ww9S8+Nr85UrPeyIIOjGRO8B yc7QygHVYonF6RG1k8GNdASS1mZXtjL+KE/1OJMNji1NOKr3BPYqCRzwzXMb4KNnIwdO9huAOz7Z y6PnJwdO9o2BPzG1tTI+KU/2jbHuSWjv0bmTZXWa2FGeynPjqDg8WKb6rQxcygCIPG4CvwHV7aaj zFdx1WZAQoug7z6BFMdcFZVNSYbcR7VzlV98WNrsq9qZ3EBxFc052w5H6ugXRTtBBgIPQo1Rrs4t FO3pECyQzB/AGo9YV6iS2Hgc/eJoZwlVipsOla1bDIMAzsxtKJvqd+HqRUDgrTE1p4v4ttL/dgLA Zn41N6CpEAUFxQmddupTMxCuHWAtOmp/uFI1BE0KZ9UZfcaeBs7kEzq4QUNODUE58/qON6k/qp/t gHU2x+5pWR0CMWVCYeAgALIcblGeeQW59s0lXKyNhGp/9lIqJzQ8CI5v4umlS6EbZAqNkYVA+7MY 5Ql8K9eQQMymZJuxDXj7sxKlBJdBU+DWXNPBaERpHkVNARdTrcWDawqvzw60F76TrWcBEGzjcl2G VduR2/KI7mxMEshaeTiS/zohUjNCMz+6YaXTwYAjin6Czq84hUj+wzoR5/dzWzOk258+KAPIG+OH XDuoT8bvV20grVEBnJczcjAXDdbJC+ezp3S8urO5hYlqdf/pfPc0u8zVolbJ40VyP3GrEXRSnfFt ZDsbZmjRiOyhmr0mu5qmYfopXmot8GQQbJ4U9MFUZdFMZ92MxL9FOX6+URtUkXri2drt/YNOAonX wrX95kRpn/5MqRlXyq7ZYzXASqxu3EFzEkTc95sSOCnsAhd60Y4vqGmw/IdbOubISqn9tkVDFyB0 U0q2tkW337ZU7T80Lw0APy4mFCjoQXQQpWSSnlh4mJ9rP/TORlfzMGjI44XnvTqFjc9e/oj7f8xV Fv4NCmVuZHN0cmVhbQ0KZW5kb2JqDQoxNjQgMCBvYmoNCjw8L1R5cGUvUGF0dGVybi9QYXR0ZXJu VHlwZSAxL1BhaW50VHlwZSAxL1RpbGluZ1R5cGUgMi9CQm94WyAwIDAgMTI4IDEyOF0gL01hdHJp eFsgMC45NjAyNSAwIDAgMC45NjAyNSAwIDQwNV0gL1hTdGVwIDEyOC9ZU3RlcCAxMjgvUmVzb3Vy Y2VzPDwvWE9iamVjdDw8L0ltYWdlNyA3IDAgUj4+Pj4vRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0 aCAzNT4+DQpzdHJlYW0NCnicK1QwNLLQMwADBRBE4ybn6nvmJqanmiu45CsEAgDcHQpBDQplbmRz dHJlYW0NCmVuZG9iag0KMTY1IDAgb2JqDQo8PC9UaXRsZShQb3dlclBvaW50IFByZXNlbnRhdGlv bikgL0F1dGhvcihLaXJrIE1vc3NpbmcpIC9DcmVhdGlvbkRhdGUoRDoyMDE1MTIwODEzMDEzMisw MScwMCcpIC9Nb2REYXRlKEQ6MjAxNTEyMDgxMzAxMzIrMDEnMDAnKSAvUHJvZHVjZXIo/v8ATQBp AGMAcgBvAHMAbwBmAHQArgAgAFAAbwB3AGUAcgBQAG8AaQBuAHQArgAgADIAMAAxADYpIC9DcmVh dG9yKP7/AE0AaQBjAHIAbwBzAG8AZgB0AK4AIABQAG8AdwBlAHIAUABvAGkAbgB0AK4AIAAyADAA MQA2KSA+Pg0KZW5kb2JqDQoxNzIgMCBvYmoNCjw8L1R5cGUvT2JqU3RtL04gNDc4L0ZpcnN0IDQ2 MzUvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA5Mzk2Pj4NCnN0cmVhbQ0KeJytXWuP28ix9ecA +QH3G3EXCBzE8ZD9IrkIAuwza8SbbNbOzc2N84EjcWYYS+JEpOyd/Pjk1mlWSxSl7mlxvIBXHIms flWdOt1V3czyNEmTLNeJFvRhkkxL+lSJUPi6SGRK3+V5Igv8LRMliyQrskRn9Dd9p4uSPmViVE6f KskV3V+IpNAZ3V8mZUbfG/q099FvqaEvSno4E/S/kkqD2KxUSSY0yS51kkmDb+hmJenrkmpmiytJ pMYTkGXszQUqlSYiRWlUDZEK/Ez1T60ITRf4Q+F/dJ9tYlkmQmiSUeaJkAI/GbqgAkVKPymNG+mf huQsS4SBjEzQBYrI6F9ucEHfFpCcUTGlIGEpOizDBfVYZiVruqD6UsmJFIaEUbOlxBMiS6RKcSHo IkelZCK1lVwm0igqMCOBuaB7MkMX1G1UcRoLQz8J+qmkr4Wgm0vqNkHVVSn1tZBZojJVoHGJwtdC YuTQJqqlklaOSZRCxaiWSmuqqtSJMgI9UdBFgafKROXGWGVQhaZ2KZJc0v8EVU6nEnoioQtUFnWE zuxTOSmTRjVMoiUep/s0FU/30Df0GF2UdAGB1NfUYrqH9EXnttdJco6KUQN0AYGkWrpEtyidmFRA AYvEZBhPTd/YAdGGLvAUtcRI+p1Gj5RSQxvpHk2dDfUyBk9R9xlDv2M8TE4CaYTpAk+RxpjC/kRy SmgK6WueavxUJLnVFGoSPUQCyXhyiX7OM1J8areg3s8VupcsKrcNJIUjZcHNZBw5tIXUPS+gADTk eUE3CmpkXlKXQGiRQivJ8oqswEWeFCiQFC0pJEaHmlMo0ndBukg1pXtgbgZDQA0ojMFFmRRUIbqg x+k3ujBJUdpq0M1lCaWWSZnC0qmWpEd0M31bYmAFKVOJ/wmyr9I2kDqiVKREkrqv1NKqeVIamAtV t6QuowuTlDlKJ/MrC3szFVHCAqjXSEPxFBl/Ch2VVN8szUixJAnJUqvydGuWStIESQaXpbB+CYNO FZUvyRKzlHSErvCrgSVkeCK3RgZsyXPchzIKlJahjBK1JekZFQIbBPTQf3SV4YpqLskAM4s+MgMe ocVkvXSlbGl4ghQ5AVRkGXpakiS6Ij2SUEfCT1yhDBosMm88UaJF1OOEc9QGSaZIVwWuqAyCDCoX 6CZgmxjYTKAkSa0i4EDbBO6DMkmJXzVKI4vMSGsNkIOucrRDoYwixXcoo6QhkjT2GY0V/Qq8lkO5 VGcJsJUSGAszlwpXtlyF+wh06IrKkEoBi6gMGg7qNaC5JCMEUAGfSWslkF7m6DXS6kwWFr1QbkGq I2F5EkotSb9onAFXgGyVoTeAvgp+RJJyZgoGJMkYCfBRA2ppRhWg0uAIlB7gEFcl7qM6K0NmCWyh IUINNL4rFGqK+0pSdwmPplOquYDP0BnqR5qXaQCTJNulQaVRlqSymVboSbgmbZEYDopAUQF96crg WesdDXwhtT4jjKInyH4yXVC/EzjDOUE3CnxXYrTIQkldJLynwFWJK2qlgbkBpDID+JUFfCQsSsJD GvSEJL3MyAXQE/B/RhUW7uH3qNVAcKgfXVlfaEoxeGgaGJJcQl5BWijhII01wRL3lSRVpfDkKY2A sl6TepCu4P0Bxgp+M4cWKthgjufgGTMLaxLeOTfQNTjsnMCT7oMTzuFhYN05ylWZZQ8lriwPoD5W sKgihQeBlRVkXfBSYAsZSrM8gvpZwZILhe9gyYWGy4KdFwaOCZZc5FQDBUsuCpKqYOdFSf9Xwrr/ Ar/C/6c5vstAHTTKgPOHl4XbJe5Bv6CH6aqAowShUNRCBWskuKL6wRqJReBXMJEc/hjaVAJpAIhE QUjTB55Swt1KUI4UZcCrpSmNgPUMKVgS2BNRlBxPlOAoZBtKgb/APSo41hRUR5EkuirwLL7L0UrL c3K0SKGMAt5ZWc6CliuUAWBXwGuCR6o9XEoGjB0oDRylsnwFSKs0+IWyV6AcsHOlLZtBnbUlHWSX 8KHEXhS+y8FIqI8V/GEGO1dw9OgOogxgFSl0CDZHhWTgE6A36Hs4GAFcUlQz0nrqHQV6Rn4a34HH GNSPbJCuMIKWLOUkQYHTCJAelaOMErpLNSNmg7aRDhJ0Ql+MpTwgNPBrEj5Gwb9KaLoi5KMrjAI8 I0EG+grPGuonJUBYQEBkDinWk+TghwWQxpZWCpQGFpSmIEQgNCn1mCLtIWaE9oIfKkuyLHGBu7R4 oiBLFaBSKF3BAdPw0HcgC9Sx1DbLeQx0CESEGk21hxOmJpRgXWBEEk+gjMI+i3LBjOAfyXrR8hLU BxgL6XSFXgOz1SCMCpRCgx5oUFrLzjQoqIYWapAbQj18h/tAsS1b03kOuidAoTR+BZkiQyLCZ68K cEDQ49TODCyxMrhS4FqkrRp0xwBVoN10RfWFvhHLKnGfJV5UXyA9Ea4UDBL35SUkg3IVBaYoKKMk bSAIB/vC/AMkO8c8QoMm52A8GjQph2cBdhDxArcEAbSMTGOkc4MrWFQOKq8tMypyfCdAzKw8EKm0 QB9Yamb7AN+BP4IPCItXAwUDZmjYfgF91rBu4l1ULqy7AEPRsO4iRyuhdUVRWFYMskY6AE5FXgel wbpLO7eCdZegpBrWXcIbasvGoMsa1l3qHEw6BfsiLdTW2+UlrsDjShplrS1ty1Aa+BTIugb7SDE9 0DSexNOobugbMii6G7MBQghwdMvAwLS05XM5jaMGvyAcMpgSgMfRE+R6weNgyTnkAYG1BhdLoWHw dna+p+HdM8zxSLnAsdDP8JSgFHRluR0mEgYMDLqiwVcyPAcbIZZHPTtwQAMdIjwgSoMegl+27Euj BpltOVgKwTeuFJifxHwVzC+F1hVgW5ibog8JNgSuwO2ErR++A4vRhWV+GNUC/BE6AGSmK+hagfvA BLVlkjkmNOgNUg4qtwC3AyPDvJWuYBVkyQRN0E54bQkLtcxKYqYGK5CWkQGFiSHaKzBJYIsGs5Io 01huZ6h3jGWXYKBENcD37BVYY4lJEXw/OXV8B/ZGnIyucnBF0ghMbAmTU/xa4iq3EyswOsyaUssQ oYngXQTc1HKwAIVZvganJJjL6QmUUVC/D8y0JC00ljWmElfgZ6QIdAU2iLm6wSRYY1ZhMAvWYFkG 02Ct7EQOTBJ2aqiONAakEfAN5C0N6of70LsG7EjDC1kmRI2mXzEbpqbSFfiPAbvB9Is4JWkx0JWu SvwKNijtFRgnUNqQ/RK7xFzQck/4fQPeaoj8YFYJrogJokQZJemUwfwlh44bBTaYYYZq2SDm1wYc OrettEwS3M+ADebwlXb+kkPTDTggKTF9Bxaag9Vr63Vy9D34Xl4YWC1WA0rwGXxXgN9nxnJK8H3Y TGF5KOyjgMfFFBIKAawvwTjhE6B1JWxBwrZKeEgFvafZLmmisRyQ7vvNb65+sEs3afLj1ZurN/fV 5urtw3199abf7hb9N6t6ffXDbSLt779P0t/+9uc/G56hjgk888Wi31Wrt/VP/XNSBZP8b71Jfti2 /6gXffJVu17vNk3/kPywqjbJL5Or3/8tyf6e7AuaUchNu02+WH5ounb7kHzZVtvlIFacFytZ7A8n MlEV6iv62a6U0ed5CXlkxb7eVjf9UBc5qy6Ftw77UUNB1+1P559X3JbcK6dII9vyutp2ye932/5u aJA636Ay2CAyD29FRGRFDhr0fbWpbuvti7GCDZXTTyzirmq262pzJPmsiplZvSCHYSnU04Z3GDvX rvNyjGvyqlnW55WEpeRcq6Hy5ztQPwIVWX6KFcVj+LJ/KDs8VMYO1Zt6sdvWSX9XJ6t2c3tk+IPg GUL7ertOut1iUXdd0t5Y6WNNqBftkVXPLujXR7Y0W0z30PX1+kj1T2RlQZUsefBLRoySUbAcoeBU ZBGjo6UICChYwLfNLQ3i+edZO8vML6cM4vFYw8z+IcQKYkG8+VAn63Zdb/rdGuowVoVqs0yaviNt uR76Pz9bx/jiWCWKJ4q5H+rXsYctnyjub9/Rb1uLfwSKX/zw6kXyfbMl9E3++OZF8sWub9dtT/30 IvlLs1m2H7vkh/9JbM9tu7+zk089oxcES3BJKADCPsOn5E8VoRABzeS2P0EzC9bM0isHsaFY7MtG TxWRo/K6pv7FIHAPn8e9eHmk2CzpPLDFS3LmweLOA1y8uC8+Vtt6Q2jM8s6DXLw8WO3S2jULNE8U uKm22woGkFSujj4giBX5arNpP5DMdgOq3BPJZYTPfNiQhw2pHAwnS/mTDStjw8rYsDLFnzpCr4MG VjzJwBCIGyw991ckM9EGVo6eClKS0Rj8WK9bGtNrGt2GkCzpW1YYcR7M4iXvTU1kT5TkTG3X1VtX Ow8QRMuslu09NI/FedAgK4IKJ1jRBCuaYEUTMmI8Q4qV+RE3SrGGZ1z9z1dEBCefY8USavRU7Mzw 1Zoc9B5+hAfPosUdtMkDZNGSut39fbt1wC08IBYt7mPT3zUbS6BZoge8oiX+8b7evOmrxXuW52E2 0fIWbjrJjN5j2MKEdb1g3WaQlaz7knVfsu7LgO7vVS6k+8IPhlG6LzRX1E/skcwRqftyxFpkbI8z qH7JoMr97oGsaKkEzYt202+b6531mXDxLNoDX9GiF9u66skL1D1NDFmmh9HEy2xXq+q63Q4OnkR/ rGu3HCY9cBAtfD8ZkR44iJbEsxHpwYFoOW46wuI8ICDDRibZyCQbmWIjU2xkio1MMZNR/inCQcdD xiafaGySjU0GjE1FTxHkiMGoaBZ55GiUB92ixe0djfLQlmhJxzME5TH/aHF/ogusCcLs7ZrQHtGV x/xVmC4rVjLNSqZZybR/QeMwliGlUk+kxYppsQopp6vI1011u63W55cPhxbybNmResfBnD9ypuJa d77lOnat/tu/0ryCB8aDodGyftdWqxcJ/UbofPuQ/CJ5RX68sdMwBhrlQVLt1t2/y872seau0KHl r5jB1oFVioi12WIYCtYLV29Pmx5bBRuWm48WZ5EeGdfXf2h716ls+YO4kag03KdmZDjTZ/d1D/Wl yfwCTKzOvCUmekO+t/3YbG4Twsb7tqtWyV1ze7eif32H767poaQir98lTF73LPEFfbNY7ZZ4+mix +aRGwdAOQv7+xgQntaPG/KVO1tVDsmn75K4ikK837e72LrneLW/rHpPVdfW+TrrmdtPcNItq06Nx t1usalO7qtWKF7e7Gn8fLWnPrpPttqNl7Ut7huHIFIEeip3IHoJF39b18pqmDZ8fLZNfJnhsRCa6 QRxgQQakt0HRsc5//yf576OF5tmS3tZdT4h5s606+zvCKE2XVAddJ21p2oMjLTwFuta//rJdPpzv AYbTcUz1RIwLdrx+dV6GCjwbyxIOvVc+UdKP9XK3AAh8bLfvV221hCmh5xpMErqrddVsevqHVSOy rfa+BtWn+5szPX68QD67TqcD5yR7IHsfyA4MHdMgjjWKIqTEjw1hwKILefEQZh7kjRb1Xb26t0PY 9HdJ165rgsx2hW+2GN2aPj409cfkuu37Vb2pF++7YbyO7SLzQOY+3Ozv3YKpVRHwBo/1aiEDvRo7 Pxv1qge1o0W9tsYwuM2OmXjS19UafXddk5Kih6sN/dnt6uMF/ZNCzeNdyNSoKJ/Qhbn/2T24vz6v 0zzXzNlrFTwHLQJQF8d2WDUMs3HDhpj7aVQEo8QWiEEc27MJaE8ZjA7SA0N0+JhRlo8tHu0fGq0d hSO4keH+QfAMoZeG+2cXdBzuny3mTLj/RFZ4JYVjl2KIXdo9P8PnCN1PRMasmJR5QICzpMDklvMO xDjvYCJHpsG0iLGGmdFDwWWWJ4f7T+oYW9xxuH+2mPPh/tniPmG4/6QOKqSZkoN+cgj62U1kw2cZ oRABzeS2z9ZMyXkHcpx3MK1IFg2Yo3C/zGL5iifcf1KLWHkn4f7Zks6H+2eL84T7Z8uD1V7vmpXl JSLdr0C5sP9swYewP+HEcdz/E4yKBxTim+36zwMH0YK8qQjCY+SZs8jzRs4pBnJIMbA7O4dPNvqM jT5j98SRZMmRZClEhA2GwCCTXgFRYMC5E9zO8xURwd4dg4EYgcE+zjg/NcEDC9GSD8FkDyxESzpK TXA5Ba6aHpCIFv7u+clKnAcnokVOY8seeIiW92ISRp8taNVcf2i2/XEI/QnVevny3S+P4+cnwhxV OG/Bgi2V496S496S496S496S495SsveUAe+5N5iQ5Y7j1nMsl4Ma3L7zFZGPheT2livT0VOxyzRf kxtftffJW15sIMu9q1f3bv0181QqVny3btv+jletRwHx4zj7bPHENO08CT6167c0r6dG1JNQ+2zp //7Ps/7Z3bP6WfLs/tn2WfvsH3S9eNYn//Wse+YK8SBHdCG3BJzbTbVZ1Mfx9hOBwQih5DC05DC0 5DC05DC0VH4nc1CxkK7L4mm6LtmtSv+kTKro6boczaZU7FT1OPwsPTgYLW7vmqQHA6MlHTNW6UHB aHEu/HwcZj8RF5yVS8VgyqFnyaFnqf2z8sP4hRRJPW1WLhXzNBWYlevoWbka0R0dOyOd5DF4UCxa 3CGPwYNY0ZImeQwebIoW53IXknfPq+Uy2dQfnWQPSEVLvqkrRBy6F3ALXbMkSrbduV7wMJ1o4W5l y2Pg0XL6Zl1fLdr1fbNicFYeS7+4ah4Tv6hqPBbaY9/RsmgEbmBu1XWzz1ph0R73Hy36rtouaxe0 XtbvfukE+0wmvB6j2YdoJny8fozjXewnryNLw87PsPMzTPh4GVsahhATAyEhLNNPXMfRXDHtZ6KH he9A+gyvh7rVJzfxdDTWuXiH0K5151tuYqnLt3+luTIPqAe5omU9nj6jPWhmnFs8n+ohOVYh8zSi j0ODbfwMKCbYUXLOVumUMUCE8mAmDPJt9Gm0Q+axZomB+zxBlxMAf133VYOL72vi54suya7kUW4N lzUqR4V7fBxZP304i+jqXIckBHXqqHPE4anoQCy65XhD5bQCRXhBabyT9vTZmOaPo6inEva6+vX5 h0Xo4ejd4lYrjneEnggLM8iiCFUkZs4xDoVe3g8hLSxjU83YKI63s55IS4MdUQZHJGLjqjzacHpp R5Rp4OG9Mb398Xwvsist2IGMI9un/RC76PNZ9nlytGd9vqhJHCJ/qrw9GS+eKmm/Vf84gFA+Ve5p AOHcyn/6yToi8/mB+Bq7tX/xVEn+fYg+sC7Da4ecbyw5CC05CI1T64bPjD8Ff0r+DIF8THRalkF8 2i8/emw64CBVGgvyKrm3+ZfbelVXXd0l9zQPe6ir7WSn7EkBQeBXaQD4VRqbLfm62m0Wd5M9trOl icne2tmCfj3ZUTtbkEzW9bKpkkW1vq+a202XdM26WVXbQ/Qk82BQfCH9XdvVycc6WTZLpP5ZuHj3 vG/vwfTefvn1fkqWeXDpscHmmYbiKJTiHbyKd/CqLGAoKotlrNlh+bheJtW2bxYrZMghdau6R+b0 tsG2qMmG2NnlDUPT7vpV3Vur+OeOCqXP476b7Jq9tOsMd1GA5qjs0pX8CivhwyzKbkPbbVDv0aZH DwjHl7Spbwdvs8+oW7TshMn/QMUmW3Uv7RfGYBEgLkpEM7h2Wyc323advKm21d1oeUP48C1a9v81 19cPk22zFzaWNyIrEeD8KmaLO8O+Awen7G5cXavmORxuha+/Yt03Gc3nQ3JrQ6BH3Ig8TwWLXvPc E6dnjVTVh9bRBd5ijusSQFe1OwBL+NA7HGlUHGlUIuThYrbOKhHoz0cHQ0RNjz2MnpeKWKdcdT1t kbGn/nwmHKMXPqcVLcufTeDzUdGiDzEbn4uIFnXmqAPpcwTRQvd5CacJBdKH29HCJxkF0gfP0QJf TIKg8yUd5RRIH5ReULFDUoH0gYgMnkKlOEtA8Y5DxUuoigOZSjIW8EZgxRFYxRFYpQJwq2TEgiM3 14cy+3WD8xghQ8WHA61HpGKFPMrJxuvZ4sRky/VsQW4ruA8QogXJxB0sonyIcGmllA8FogXZJIYP zbJuk37Xt0RtV24Xmw8EVHDbl+KgqeL9ukqx8nKUV3GUV+kQ5dKxtIi1hrqWGCE59I9tsmoX1WrA SuKpm747bPJTPhyKLs8e7Pnu+X4kfXAULdCNpA+IogVhJF8chzXnC9u3z2eHF7fPZ4fRgrqmt0Ps NiUon0FeWjXts8b4rieNI2rp3ID2WmXYcjTzcw7VKc3ugHdlK45JKo5JKo5JKo5JKhOyqOgdz1/R 7LfZ7OyU96b5aRJGnS+X+NCvXg++91cTeqB9Zhkt3O6pGpKzrrcgMsumq65X9fI4oDe/gL7u+m4P 4NpnrdHynO75LDVaEMyeZXl9ZljtOHStOHStOHStOHSteCeWMqG1g+jo6zebbtjJVPVudyhx0P1i svbhRHQBU93ywUS0wK9euQCCDyiiRb1u2/tk2ZKmYu96167q1UOyrKnGdoX9q4ampj9xYTNBhGPQ indfq5wXy/IQw8svSNL3GbHxIUS0cHLTv9u2u/vkC5bog4VHuoCPf1ah0K5SEUkXTKOcJ3BW6Qbc NW0mbVah0OsjU2tm9a4ZPiH7DZe+baSS9zlzZM+tB7jKPxpYB8ael8vLFpfkLcicU0p4AGUeQpw8 uDBjnxgGYJy4oKLP/R4SFybZCeVxFaKF+fIfxNFGzvnyXRqF9AjaH8x9Po1CcehV8S5edZwVMBXm Oj5kOUUakPD4edr7oTscMqjC23LPplVoXwWCZ++q4xj49NkiovllsPl7szwPDMeB78nD4X3GJ2kV 3ST2PZUWRtLj2N/02RgELdUTOqIMqWEZ63SP8ipyn7Rgzrsqg0MSYxBl8ZSOyEMP71fsz7sKPimA x8tV97wwncY668/k55PkhbmSfPtCRhs6JukMc0s62hfi2dBxKO6Q1zC3vH//59xujme39M0H+mb7 bPOson+LZ+44CI+j0WkwDUwPGQL2fVfDp+HPgNroNCI9jJvqkxDOBuJaex4O7xkeO+IdDq0edASb 0zFXGA4omWZ6zC3BacI0vWOuvGXV3V3jXRnJu+fT9Ia5Mr9s+np721TTJIW58txaRebxDDoNukjN MXjNMXjNMXjNW1x1FvAcOnx69SNjj+xuMlgyW+rh6aHjs0ta3NWL9wP6tKsOuxBWXXvYMXDT/HQI j2Q+yIsubXRK0sv71TQrYq5Ui2T7xA5qxrtfvpxmKVw4yjmPZsGfw2xBiwC90dEh7R+HY4ZQ7XW7 bG4ekvf1g8NlmiPzIcrTzIe5xQHZWZfq7ei0Lz7qbjj3rr35/CR5YW6By3rRdHA16wqqhSP09gfp Ch/KREv/9TSzYK4gPkMjcdXt9tt3fSgTLfqg58nV4ZSwZNuusB+n7hdOP2eiEGc0aN57oHmXq+bT nrVgRyhCjlBEb0LY1nWyu7daelCfdb2+Ruj4490+duxDo+iSSBeTDqtC9sioo5MMqzXSbOxxPYeN OcKHSNEleg9qc2kSTkuuH04i5HPL3HUWcLe7DnkZOIF9NToYeyZk8Y5szQskmndkaxkiI2nEnI59 q8NjZwWuvXM5UmBiocMbssczXqSOtV1jU6Vu+MTHIRMJyjpNGZhbDNxh3/S7erNoapss0WxwSHhX J8dvTpA+7JTBXVeaA95ahuw1er/zW3vC5+DQP7a7FbYVkqJRta+tHU9zE+aWM8wekCxInsx2hIs7 SB84R8u+fjj4rO7l9KD02WL/vCL0qPp69fDCWjeSl3BOHfUNH/43zWiYW9Jus6nhz6vtgxO9eFgQ /r+cRvovVBW2c86B0LwLXfMudK1CM5fo8PjbOxx8uCC7OrwpwYe10ULvKhwIWG/AYreAPmIgf5JX f1KTXdnzS0Bi5MvkFTGPtusHZvPCpua2w4G511scVjhNRphbGmCh3nQ7m/121360J/AirYp8x0ci 6U5tlQ+Aokv6rv2IPRhDXt9A2Lrd4i6hT5Q7TVyYW0yIttiDT0eZncoHH/HqgB67I5ju7ixIDQVs +RgLpLt2TbXad6IPUi7Q6ZqTIBkVr22sF0cnL+6qzW09SoNTPqSJLq3dbZPDwRNJdUskavlymqdw me1zionmFBPNKSaaU0w0p5hoPkhAc/hGc4Bd6xA2RB/D/gbWSz1ZdbvtcHjqgG6jRSa3pqB8IBdd 2BqpxdVisdta1LYKuHe+QPDNDjTUlefDqOjyiF9a2Bt2U3Pb9uRM+RDqkYHjTAbNmQxaB/18xLk4 zF2cP3J66Ro6k5TJ4KJ1eLmV19Ucp3TN8AnbJ/D6InSKz8LnNWJX+UdjM77InHJn7l4SmVN8zCsH kly9fUr26K7ZIeXgKDKnTWzGJSJzx3G54dEZovw7k48PuZ9fgpyG5k4kubn0+dCc5qwMzVkZenyA /okwHTOPGb+Q4LQ6j71N4TB2h9CczmO74zQ0N63APrZ8HkGOIu4nz0akuuo82PxwzF6Pz7I/LT52 oe5saO5EWnB/gD6KjZ88G7EvQB/tnb+4I0JqGB23PhuaO2lMeMJfBIckxiCOYtUXd0QZengf1zvv KzhJh8fLVdfXq7HT9M+UW8Msnirq+Pih8qniDht906eKcnsijk+gynwuoQgTE3ay2jlZjpnqIjS6 RQxBKYKGIsLKdeRmpw9Hvyb7m5/uQRfBEu3LL15X17xB0/lRn5uLLuLd86rrdvaEe5pm2jkmirvZ bZbdPtTkc4Hhd3RrTknSZbAzojWaSfMkMDdbHvNurMeibxd2czO6e+MWwzKfq4suw20E9rmKaEFD guFQ03fP+ZykownLJJ526VCxGfFWd81b3XUZMCOTxnoLBqNJEG62uPqnewKQIf+0q3u7+E2Xdr4z CcnNLuOfjE59i4WQzp5rtu/v1k2nhA8Nw91teKph+MQAkwbIkUljp37fN5tm3fyrTlzl3c7JJX0+ jPfIecA2vqjDkbseBIoX5fyBO2BgEma7tGc196jhzwDbMhe82toun0PjqGeph78dzqZLXjc3tV0V nW4Xnl3U99Wmuq1tzPzd8+F1X4cNCsKLSI/0yjD7M1mIMMUccMWOxSGXMyg33K6dM71mGWKEj1Gy wnmbQBtNFquVn+nPJxHO2aImr072IHS8vIPt+ZA0WpSzvckhjpM44WzxAM3QKY7SA5/xJbg9fj5A ixZ0eo6j9CHbxZXzQNlllUvOHcHoOztR+mAoC6aNGj4OwHCk1HAaieE0EsNpJIbPtzccSTUczjci 5Mf2Z+wH8MVkAa5osn3m21n8MFmo+OjzAF5tPhDNam5xVsjN7l//Ar3o2tWO91zXL29fJl98+3q/ d9iDySZ8ToARIc8UHYrnHMxJ0G+2uGr0liLpQ6poac4AfDgVLWh44ZEDqc6dXUJoNT0Q+QllYC2e LqbRtdkCv6sW76v+rp2+gHi2QDJvu/vqFvuQruuH9hDL8mFVtGwH00MofLu4a/ra5pFMgmWXKjkD Bid1GE7qMJIBgzfQG95AbzgqYGRgictEv8R7bMmVTUgc9hzDL+21aRKdm10Y+OsHJPrsu9IlkSof QkTL/qm7XzXu9Hfls/JocS+SP33z/Z+pOyZBrtkCp3uFZwu63zYfyAPf7jdE+8w6WuK//5P84tl+ g6/XqMNqzEEqw7kLhnMXDOcuGM5dMPwid6NCXizm7Bf2Vs6AXXtn+kURWsp6hFez23bV9gnZh698 4TDNW+94XdZNBlzlH42L+MJi2u1uvSQspnnnNQdxXP3PVWL09NttXf/Ytv3Vj+2q/r66pzuHvvsB hzfan+mrocZ21WcohF+87V6j6E4SdrvxXOzPNRaV2Mv7A6nI7+uHJOfafEvFb9q+vsLrra++2SwP fzhtIi7fX31XV8S0h2s8465fbbBX4s1dhUbhiy82JMEupfDf2765qejC/vWXdvv+um3fX33dLnaY k9pvuru67lHJ/ur7arFtR39/RYy0H/39dVOt2tvRF8OQHO4dynHHVg/HYHNb/7Bbd3+jHsm4nzLq Se5B6kve/ki9ybtjqD95Bkg9ylZDA5setAPLY0PXZ/yC34y7PuMHMt5Pl/FkMnPruPZh93JzHr+M 1zczPi0p4zlxVrr7+KWFvNojeLVH8PmQgufMgtcqBM/SBecrCk7VF2yBglP1BafqC2brglm6YFYu mJULZuWCk2wFJ9cKxhTBzlmwcxbsnAU7Z8HOWbBTFoyCglFQMAoKRkHBKCgYBQWH9AVnewjO7hCc 3SE4u0NwdsfJS+zR6Yf3f/JNvLl98tbt6Uurp69w9r0XePpG29PXs9pK7M/ldm97DL6OcvTuPcOf Z18OOHot1yd5v9joZUFPetvR6EUs/Fz4jTGj920EXwgyOsue5X/aQ/pPz3HH4B02J/NN+53TLKRw x7ryfU877tUdbRp76uX0iMfp0YbT0/+mB8x9qkOoLj3/51OdenLpMRaPHZRweooAlGCfB3N+w/Qh WYctnTfQuv2jj+3Ui91W9djGnEs3RjyWNT9NzI7Nvv1UmXr+xDEMyoGFnU2VOVBG59hzF+TlwsLB 32kA8rEoly8s4wsqTJfVP9XymVsaeursef605ec/+381CCSODQplbmRzdHJlYW0NCmVuZG9iag0K NjQ1IDAgb2JqDQpbIDI3OCAwIDAgNTU2IDAgMCA3MjIgMCAwIDAgMCAwIDI3OCAwIDAgMjc4IDU1 NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDU1NiAwIDAgMCAzMzMgMCAwIDAgMCAwIDAgMCAwIDcyMiA3 MjIgMCA2MTEgNzc4IDAgMjc4IDAgMCAwIDgzMyAwIDAgNjY3IDAgMCA2NjcgMCAwIDAgMCA2Njcg NjY3IDAgMCAwIDAgMCAwIDAgNTU2IDYxMSA1NTYgNjExIDU1NiAwIDYxMSAwIDI3OCAyNzggNTU2 IDI3OCA4ODkgNjExIDYxMSAwIDAgMzg5IDU1NiAzMzMgNjExIDU1NiAwIDAgNTU2XSANCmVuZG9i ag0KNjQ2IDAgb2JqDQo8PC9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDMxOT4+DQpzdHJlYW0N CnicZZLLboMwEEX3/gov00XEI5g0EkIiSSux6EOl/QBiD6mlYizjLPj7mpk0TVNLYB3m3vEV42hX 72ujPY9e3SAb8LzTRjkYh5OTwA9w1IYlGVda+jPhW/atZVEwN9Pooa9NN7Ci4NFbKI7eTXxRqeEA dyx6cQqcNke++Ng1gZuTtV/Qg/E8ZmXJFXSh0VNrn9seeIS2Za1CXftpGTy/ivfJAk+REwojBwWj bSW41hyBFXFYJS8ewyoZGHVTF+Q6dPKzdaheBXUcp3GJtCPaIGUZUp4Q5UQronsigaec+yU/3S9h sgpl2ZbU67Oa6sltmGxPsuq6afqvqUhQJih6/oCBhKCPa9zW6Z+TVrcniQ3JcvRWc7w0Tom2OVKy uU4x/8p54pc5yZNzYUR4LXA281S0gcvNsYOdXfPzDZfrtNwNCmVuZHN0cmVhbQ0KZW5kb2JqDQo2 NDcgMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggOTcyMjEvTGVuZ3RoMSAzMDMx NzY+Pg0Kc3RyZWFtDQp4nOydCWAb1ZnHvxkdM5JGmtFtSWNpZFlyLMd2bCe2Y2zHZ+LEhSQkBDsE 4lwQAikpoVw9cLdNAQOFHptSekBZlqVQFsXpUgfYJi13CoUWCoVyhKstLRTolha6LdrvvbGtBOSN beQK2+/nvP9875r3ZvTypO9pZgQcABSgGKG/Y9XSJd/tUheDcdeZAMFnlnR0Ll7/2sYA8O+8A2Dw LVmxfNWlp9+jAf93BbiIecmqE9oueu+588AYKgDYNn/ZqtWLtydPN2P9j+Fewx9bvaprzdLHVgIs +jOAYlm+qrJaqfr8agBexPy+Fe0fW/2PTzW34/4PYLx2TcexPSu+su1tgBUYdX5t0/YNO5K7K/3A vbgO6/xx07nnaDd/8ZmPA0f6Y1576o7Ttj9419Mm4F7B9oQfn7Zh5w4oAAvuL4U7UE4784JTVzz7 dhlwaWzzh09v3bz9/K/f+vsfAWz4GnD9D2zdsmHzy3Xf/QsAdzlpfysmuGr8Axi/B+PFW7efc/7V DZVbsO2tAE2Xn7Hl7I8b74SngX+yEdO2nXnWpg3fu/FXVwH/w3kAmrR9w/k7vG3SvVj/d1hf+/iG 7VtOO7XYA/xTN+HpeGXHWTvPSSdhN/bvKpK/4+wtO66Ivt4K3OsKgO23QF4L83NDLz9+5fz1cuPb YoicJoDrXypJku0jn1h5yt9u+8dpCoh4TvE4OdDBrdD83nHQrsDfbvvbhQqM5gzj+DFJUUzQDwrM BR7/FKiEXnzZ92O7POYaDJdwV4EJRNM1phrcQUjfGn4Op/Iu0cTbzEaeYDwEyfQBOL+d9gBZfWy7 Bi2gxR8yPfbeSq5GaOYGW/CUp9O494TpTnKk4DUPd4lfOBpS/JNwCmSBvxk+TQKxjd+Hs7HszRhv xe0dpK5xJ5yA4XkMjRjWYAgOpx17xH4Wwr5s+yeY1qT/YVoDu033w6kYvoP29caX4CbzQtiO8Ruw 7n4jQB0pg/vdbb4Zrib1MH8Tpn0Htz1Y7rtor8N684Zti3AFBMgWgxnTS3E/lw33peTw9nGfyzB8 EdtYgdvFGLqxjBu3bRgu5u6HS7j709djPm7h89j+xSQdQ8fwtgvPyS7MX4T1ijH+ebSD2A8zbmUM UQxzxjp+xtjg/7o3xlsWX5szP5C25r2Fue1RdvB1v+8DaTfDKzlv52Y4A0MAQzTX+2YwGAwGg/HR hbspfUe++zBeTKHp01cGg8HIJxyk7xAxKMDmTQaDwWAwGAwGg8FgMBgMBoPBYDAYDEbuMP4YTs2W Tq6D/Wf3hcGYLnDX5LsHDAaDMZt57+H3xe/F8CiGn+elO1kw7oR1BhcsMq6ALuNiaMJ4FdpNxs/A xveVO8EQgGMOu7+qmt5f9dkjy5nuhW2mx2CT6R240bIMbsTttww8HGNqhRvMC6HPeDYs5u6HSw3v wMW8FS7FfRzHrwCH8XzYRfpC9kHKkzxyv5PxE9j2pXC18W5YZ/wtbs/CIMLVpkqMvwlXc7+Hqw07 oZSUMdyF6fdj/mu4rcL87cPbX2PadlhmVLDcs/Bl41YQzb0Qxn2JxjMxOCDyzzzn+QLP1cX57gPj nw9/MxQdfr8WBv9wWsX7ylWMlM9PT2cHI+c/3/1gMDIoJoHjuFvMNGI2gyCY8Z8Opgh6qbhJQlxq s2oyfxJcqstlukaN7Dq02yXQIokF5ljJllV1C185eeEn6ooXrDKXueruu+GX92zKaWcPu5fd9L74 +0iPma0fF2PWMvag+TBFGUcBZ5l8d4HBYDAYjCxwh+n0Z6Ycx0cWcoLH9aGG0xm1LNQy4B+B5ziP i8OEhRzn4yo51UVSK7h53DyZ4xJcZeWH+OCU30Fw2IFPWU/Yp8ocYgB9TJoMBjIuocD0mu0AvCOm QQQx/R5YwJL+B1jBimoDG6oEEqod7KgOqjI4UBWQUZ2ofwcXOFHd4EL1gBvVi/q/4AMPqh+8qAWo f4MA+NEOQgDtEARRVaqFEEINg5p+FyJUNShEjUIEtQg01BjqO1AMUdQ4FKEmUP8KJRBDnQPFqKWQ QE1SLYOS9F9gLsxBLadaAUnUSihDnQflqFWob0M1VKDWQCXqfJiX/jMsoFoLVah1UINaD/PT/wML qTbAAtRjqDZCLWoT1KE2Qz3qIliY/hO0QANqKxyD2gaNqO2ob0EHNKF2QjPqYliUfhOWQAtqF7Si LoU21GVUu6Ed9WPQgXosLE6/AcdRXQ5LUFdAF+pKWJr+IxxPdRUsQ10N3enX4QQ4FnUN1RPhONQe WJ5+DXphBepa1NfhJFiJ9jpYhXoyrEY9hep6OCH9B+iDNagb4ETUjai/h03Qi7oZ1qJugZNQT4V1 6VfhNKpb4WTU0+GU9O9gG/ShfQbVM2ED6nbYiOkfh02oZ1HdAZvTv4VPwBbUs+E01J1Uz4Gt6d/A J+F01HNhG+p5qK/A+XAG6gWwHfVC+Djqp6h+Gs5C/QzsQP0sfCL9MlxEtR92on4OzkH9F/hk+iX4 PJyL+gWqu+C89IvwRTgf9WK4APUSuBD1UvhU+gUYgE+jXgafwZTLUV+AK+CzqF+Ci1CvhM+hXoV6 CL4M/4L6Ffg86lfhC+nn4WtU/xV2oe6Gi1G/Dpdg7tWoz8M34FLUa2Ag/Rx8Ey5D/RZcjvptqt+B L6FeC1eiXgdXoX4X9Vm4Hr6M+m/wFdQb4Kuo/w5fSz8DN8K/pn8N/wG7UW+Cr6N+j+rNcDXqLfAN 1O/DN1Fvpfqf8C3U2+DbqCn4Duoe1KdhEK5F3QvXof4Ark8/Bf8F/5b+FdxO9YdwA+oQ/DvqPrgR 9Q6qd8JNqHfB99JPwn/Dzag/orofbkE9AN9H/THcivoT+E/Uu+G29BNwD6RQ74U96V/CfVTvh0HU B2Bv+nF4EH6AehD+C/WncDvqQ/BD1IdhCPVnsA/1EaqPwh2oP4e7UH8B/51+DB5D/QU8Dj9C/SXs R30CDqR/Dk9S/RX8BPUpuBv1abgH9ddUn4F7UZ+F+1Cfg/vTj8LzVA/Bg+lH4AU4iPoi/BT1Jaov w0Oor8DDqL+Bn6H+Fh5N/wx+R/VV+Dnq7+EX6YfhD/AY6mtUX4fHUf8IT6QfgjfgSdQ3qb4Fv0L9 EzyF+j/wNOqfqb4Nz6R/Cn+BZ1H/Cs+hvoN6EN6F51H/BodQ/xdeQP071X/AS+kH4T14GTUNr6Cy OX3q5/S3pvmc/odxz+mvjjGnv/qBOf13Y8zpv/3AnP6bcczpL4/O6WcfMae/NMac/hKd01/6wJz+ Ip3TXzxsTn+Rzukv0jn9xcPm9Bc+MKcfonP6ITqnH5qGc/pTeZrTH2dzOpvTp92cPt0/p0/fOX2s z+lsTmdzevY5/YEZMKcDzrigiDafCAYDb6SrNEYjmA1GgyFzlYZBX74RBXLphijwJsGMbwRoCWZB tAqiYKBFaHGj2czzJl7UbdyJNddXRNgyJj8qWaE5xmw5RmPWZMZsYexB8wGEqevFrIOz+fLdBQaD wWAwsqC/20/g48FHmplyHNMf4hjpnlDGEkXRLhoFi5k3GYirBEYDb6bXxwuCwWQ2icNXywtmy4dx ogw5O4jJYNQhVnZfLCdtTNGOZxlSgQUMBsPoOoBA1gEEHRgdSIJosYiCxWIwo4JFjwk2LKOvA9BR i9UMOKhJqmDEmMliMply29mMSTs29lxHs9k6AOODTOANUpy6Xsw6eKkg311gMBgMBiML+jpAfl2n 3MHWAT4qCCbizwvUGvGrLBaLw2ISLQI6TMRxAtOw14UOlsGE3r8gCvpagBV10k2zdQDG+LAHrXgu Dbq/jidVJK9cZh1g+CxbCKLVYsABagOrxWqxCBaLXbAI+itMi9N1AGFkHcAomCz6PnLY2YzJ1gEY k2MCcyNbB8gdvD2Y7y4wGAwGg5EF/d1+pqwDzJTjmP5kvP/D1wGsstVksdJ1AOPIOoAokmAgVwGg SWNkHWDyThRbB2CMDzlsw3M5/L09bixGk9Eo6kBmHcBqs1ktNqtBsIo2kKySjawFyBaLqL/CtDhW I+sAdmKbMEauF8itJyVnTMOoZIXmZL0YIdfXKDCmGROYG61T14tZBy+H890FBoPBYDCyYKE6U/zn mXIc0x/RPOJNZSybzea0ma2SaBCMxHECs9Egku9aRavFSL5stVjREkWLKOkVJkd+nWSTDrGy+2I5 aWOKdjzLUDSJrAPol56MrANYdGB0INlsErr+ks0g2ix2kGySzWax2WSbxaKvA1jIrQJGi4iD2WAn 43lkHSC31wMoGZN2jK0DMCYMWwfIC7yi5bsLDAaDwWBkQX+3nynfL7J1gI8KFvOIN5WxJElyS2ab ZDGKRosJk8zE67Ki62+1GgWLIKFJYxY7+laTbpqtAzDGh7PITl6v0V9ztJrMJlNmHWD4LI+sA5gs h68DOFH1V5gWx2p0HYDYZhzegk34EEM4a2cz5lHWAWi/s95Xw37NcZYzgbnRdvQijHHCO9nvGDMY DAbjowhbB2BMBeQWavTxj7Akye6xm212fR3Aqq8DWNHzR7fKKFhFyYoOFsboOoBl0k3ndzBnHjdv zu6L5aSNKdrxLMOdcIDJZNa/t8eTaiPrADYdGF0HsNsdDrsk281Wu00G2S5jzG532yVJXwew2qw2 m9lmxcFsVNC0ma2mDzmEs3Y2Yx5lHcA8Kh/IYSNndjOBuVE6ehHGOOHdiXx3gcFgMBiMLOir/jNl HWCmHMf0xyZYiX9ErRG/yuFw+ByCJNuMFhM6TjYQTEbMIV+2SibRZnFIkv7Vq1W22SZ/WWp+vyxn 6wDTB29SIa+Xvg4gCCCZBbNZ0oFRV9rukNH1Vxxmm0NyguJQZIfksHsdDrv+CktkDONwNhmtRoVc LSCQwS1bbbldB/BmTDrCx57raL+z3pSQ63sVGNOMCbxB2o9ehDFODN5kvrvAYDAYDEYW9FX/mXKd MVsH+KggicTBl6g14lfJslKgiA5FMllNEvpbIJpMkmS3SzaH3WRB799OHCzJZpeckjT5y1LzO5gz j5sXpuwnuJk3lxsK5rnwXIq6vy6K4CA/V2HXgVFXWlacTkV2O82SYneDW3E7FYdT9suKrL/CdNQK DofJLJk9DrvDIUqCw+a0Sbn9RvWwXx4bzzpA1psSPsxjNxgzgAnMjfLRizDGiaFgXr67wGAwGAxG FhxUZ8o6wEw5jumP3TLiTWUsp9OluiyK226SzHb0t8BiNqHbJNslRTZb0XWSFbsik0uw3Xb75J2o /H5ZnnncvDhlP73FvLncEKr1kNdLv/TEYgFFtIiirAOjrrTL5fG4nF63aHfJfvA6vR6X4naqTpdT f4Vl2SHLgiybzQ6zj1S1OEQcwpIjt9+ohjImHeFjz3U0O+vFCLm+V4ExzZjA3Og8ehHGODGEavPd BQaDwWAwsqBQnSnXGbN1gI8KspV4R7JuDftVbo8n4rG6vLLZLsjob4FVMMuy4pQdLqcZvX+P0yW7 FNmhyF70rSbddH4Hc+Yxc5bsvlhO2piiHc8yCht8IIoWfR3AagWnaBVFRQdG1wHcbq/X7fJ7Bdmt +MHv9nsxxR12u136OoCiyIqC1QTBIQRIVassKnav3T75IZy1sxnzKOsAdHRkva/GamVPgZ/VTGBu dB+9CGOcGAsb8t0FBoPBYDCyoK/6z5R1gJlyHNMfxUa8I0W3hv0qr9dX5LO5/YrZIRDHCWyCoChO dP3dLsGuOLwut+LGmEvxo2816abze9G8VYdYU/bTW8ybyw1aSwGQh1TSCG7cFpvF4tKB0a/UvV6/ 3+sJ+C2K1xWCgDfg97r9Xs3r9egrPU6n4nRanS4czELI5XQ6bYrFJfsdcm6vrNYyJh3hR1kHyHpf jc3GngI/q5nA3OiZul7MOoxaS767wGAwGAxGFvRV/5lyvzFbB/io4JKcTpfTRa0Rv8rvL4gXSN6A S1BEF/pbIImCy+X2uBSvR3Sg6+Txurxul+J2BVwuZdJN5/ei+czj5m1T9tNbzJvLDdG2AFkH0G9B GXMdwOcrKPB5ggUWp88VgqAvWODzFviKMusAOM6dVtfIOoDLZXOSdQBZVnLb2YxJp+ux5zq2DsAY gwm80XuPXoQxTozRtnx3gcFgMBiMLOir/jNlHWCmHMf0x2UnzpT7CKugIJAISL4gXQewDq8DuOnN 1x7R4ZYLyDoAxjyuoMs1+dtT2ToAY3zEl6lgtdr0+/glCXxWyWr16sDopfWBQCgU8BeGLO6ANwKF gUKMhXAk+/36FR8er9vrwWqCxS1ESFXJZfU6Q066CpbDzmZMOsKPsg6Q9fkaUo6fXciYZkxgbiw4 ehHGODHFl+W7CwwGg8FgZMFHdaY8d4ytA3xU8Do8Hq/HS60RvyoUUstUR0GhV3RZvDZMclgEr9fn 97oLyEXXzpC/wFPg87j9nkKvZ/K3p+b35vnMz85JU/YT3Mybyw3J1RqeS4d+/b7DAQHJIUl+HRh1 pVU1HFaD0bDkVf0xiKpRjIXVZEgN6q+w3+/1++1+v9XqtRaTqg4P7qTQ583tN6qH/fIYHeFjz3W0 31kfTuBw5PaZBYxpxgTmxtDRizDGiSm5Ot9dYDAYDAYjCwGqM+W5YzNlPWP641f8Pr+/QLf8uhWO RKoiihr1W7w2P7pKoNis/oJA0O8NBa2uAk84GPKHAn5v0B9F32rSTef35nmHDrGy+2I5aWOKdjzL qFgXA7vdodCILEPILtvtQR0Y/QX1SCQajajFUckfCcahOFKMsWikIhJW7bRIMOgPBh3BoNXqtyZI Vdlvp0PYn9vOZkw6wsee6+g6QNaHE8g5fmYBY5oxgbmx8OhFGOPEXLEu311gMBgMBiML+qr/THnu 2ExZz5j+BF2BQDAQpNaIXxWNFi0ocoaLg1a/FER/C5ySNRgMqUF/WLV5gt6oGg6E1YBfDcSDgck7 Ufm9aD7zs3PylP0EN/PmckP15gQ4HIp+/b7TCYUOp8Oh6sDoV+rRaDG6/iXFjkBULYWSaAnGiqPV 0WhEX+lR1YCqYjXJGpDmkKrOgEMNxAoCgdx2NmPSET72OgDtd9b7apxO9mtws5oJvNFrU9aJ2Ye5 enO+u8BgMBgMRhbCVGfK/cYzZT1j+qO6QyE1pFJrxK8qLo43xN3REtUWsBPHCdx2SVXDETWgRSSf 6i+OaKoWVgNhFd2pyTtR+b1o3qlDrCn7CW7mzeWG2jNLQZad+i0oLhdoskuWwzow+pV6cXEJuv7J EjlUHC6HZHESYyXFtbFYVF/pCYdD4bAcLrTbQ/byQqzqCsmFoZJgKJjbzmZMOsLHXvOk/c76cAL9 +YeMWcsE3uiLpq4Xsw6h9sx8d4HBYDAYjCxoVGfK/cYzZT1j+hP2FhaGC8PUGvGrSkrmLJrjiSXD UsgRVjDJ47CHI1o0HIpF7f5IoCQaC8cwFg2XoW816abtOTuIyZB53Lwruy+WkzamaMezjIZz5oKi uPVbUNxuKFLciqLpYIqilyopSSZLYuVJubBEq4TykvJkSXGypCGeiCm0iKYVahpWs9vD9ipS1V2o aIWl+ipYDjubMekIH3vNk64DZH2+htvNfhV+VjOBN/r40YswxonQcE6+u8BgMBgMRhb0Vf/8uk65 Y6asZ0x/NF8kokWi1CK+EbGSybL2Ml+iXLMXypoTXS2fbNeisWKtMEEuug4lixNaIqYVxrQK9K0m 3XR+b5536xAruy+WkzamaMezjPYvVuO59OlPRvf5oMTtc7vjOjDqSpeXz5tXXjp/nruoPF4H88vn Y2xeeVtZean+CsfjRfE4VpPlInkhqeorcsejlVo0OmbDk+psxqSO/thrnnSVyJctx+fLmsyYLUxg biybul7MOsT2L+a7CwwGg8FgZGEO1Zlyv/FMWc+Y/sSDxcXx4gS1iG9ErHlV1cdVB+bOj8tRJ3Gc IOCU44k5pfGislKlMBGZV1oWL8NYaXwB+laTblrJ1TFMCp8OsbL7YjlpY4p2PMvo3l0PXq9fv/Qk EIC53oDXm9SB0V9Qr66ura2uaKj1JqqTTdBQ3VBbXV5b3V1VVeGlRZLJRDKJ1ZzOhHMRqRpIeJPx BcXx3H6j2p0x6W0hY891tN9Z76sJ5PiZBYxphjL+ovOmqg+zEEv37nx3gcFgMBiMLJRTnSn3G8+U 9YzpT7JwzpzknCS1Rvyq2rr6E+vVqoakM+5O+jBJdTuTZeUVyURVhUsri9VWVJVWVZQmKkobk6WJ STed34vmAzrEyu6L5aSNKdrxLGPVjc3g9wf0S09UFeb5Vb+/QgdThh9VWVfX2FhX09roT9ZVdEJr XWtj3fzGulX1tTV+WqSiIllRUVBR4XKXuZaQqmrSX1F6TLJkTm47mzHpCB/7q13a76w3JejP6WDM WibwRr9g6nox67CuujHfXWAwGAwGIwtVVGfK/cYzZT1j+lOhlc+tKK+kFvGNiNXY2NzXHKlrrXCV eonjBBGvq6KyqqYiWVvjKa4saaypraitrkhWV7ShbzXppj05O4jJkHncvJrdF8tJG1O041nGuqFO CAaD+vX7kQjUBiPBYI0Opgw/56+pqa2tqb6rLVjRVNMNXU1dbU0L25pOam6qD9IiNTUVNTWh+TUe b6XnWKw5P1IRrClvLS8vz21nMyYd4WOvedL7HCLZciKRrMmM2cIEbig6Zup6MeuQ1g3luwsMBoPB YGShjmp+XafcMVPWM6Y/NbHqqprq+cQqJm4VsdraO8/ojDV21Xgq/DUhdLVifk/N/Lr6morGhb45 88vaFjbWNNbXVNbXLK2pqZx00/m9aD6iQ6zsvlhO2piiHc8yNj/QTdZtimkkGoUGNaqq9Tow+pV6 e3tXV3vTcV1qdXv9Kjiu/biu9uau9k1tbU36Sk99fXV9fWFdvc9X7VuNNeui1Wp91ZKqqqrcdjZj 0hE+9ponvc8h68MJojl+ZgFjmuEdf9GWKevE7MO++YF8d4HBYDAYjCzoq/4z5X7jmbKeMf2pT9Qu qK8l3lR9yYhf1bW0+5zuRNtx9b7qQH0hJiUCvvqFjU111a3NBWULK7uaW+tam+pqmuqW19XVTLrp gpwdxGSI6hAruy+WkzamaMezD8NwUIEjUY7HGFq8CEb4DSbMBw0tDxRBKdRCAxwLJ8HJcCFcB7fC XtjHVfF1/FPmFs2iBbSEVql1aDu0c4u88YfSaSC/xjIHyrBWKyzHWhtorcExap2j10q/9L6/TelN 0Ay16RvEX73H/T31h58d+vahXX+46dB5r/8F4LkbX2nSez5uRH3j+JFjv2MzHrEZRnfA8Twe+vvK Y6bBaKKmTQKHrDhdbo/X5y8gN6cMP82zOJ4omVOaLJtbXlE5D6pr5i+oratf2HBMY1Mz9Sc7Ohcv 6Vq6rPtjxx63fMXK41etPmHNiT29a09ad/KEX7D/l1sMGft2IneOXfaXRJ7W7VnyWrcs7jlxzQmr W1sWNTc1HtOwsL5uwfya6qp5lRXlc8uSpXNKEvHiWFFUi4QL1VAwUOD3eT1ul1ORHXbJZrWIgtlk NPAczO2MLe7TUom+lDER6+oqJ/HYBkzYcFhCX0rDpMVHlklpfbSYdmTJFix56vtKtuglW0ZLcorW CI3lc7XOmJZ6uCOmDXFrV/agfUVHrFdLvU7tY6l9FbXtaEejWEHrLNjaoaW4Pq0ztfjcrQOdfR24 uz02a3usfYu1fC7ssdrQtKGV8sd27OH8zRw1eH9nwx4eRDt2KhWMdXSmArEO0oOUId65YXNqxcqe zo5QNNpbPjfFtW+KbUxBrC0ll9Ei0E6bSZnbUwJtRjudHA1cpu2Ze2Dg8iEFNvaVSZtjmzes60kZ NvSSNpxl2G5Hyn/hywWZKO7c1d5z8eG5IcNAZ8HpGokODFyspa5b2XN4bpRoby/uA+vy8cV9A4ux 6cvxJHav0rA1fldvT4rbhU1q5EjIUenHtyXWSVL6tmkpS6wttnVgWx++NMGBFBx/QXQwGGzZlz4E wU5tYHVPLJpaFIr1buhQ93hg4PgL9gZatMCROeVz9yhO/cTuccjDhmQ/3NgymkctWpxY3cePnlmO 9Ci2FAdEStukYU96YnhM9US21MPApvoQfcft5bBWajO+IqenLO19A0oDSSf1U6a4EtMG3gYcAbHX XzsyZcNwijmuvA3EJONkdKhh/oidKitLJZNkiAjt+JpiH5tpfEH53HOH+Fhsh6LhBk8frMBzu6G3 oRJPfzRKXuDLhlpgI0ZS/St79LgGG0OD0FJZ1pvi+0jOgZEc7wkkp38kZ7R6XwxH8g/o/39vSkyM /pMVn7tza0OK8/0/2Vv0/O5Vse6Va3u0zoG+4XPbvfqImJ5fP5o3bKXc7T2GED9s8SEDzcVBuW60 MIn0SCljHP+Z6aDePCSIOCppCqctTil9Xbr2WqPRcVYaSr9JatFNptpwN1MNZUfGjzkifkT3pAED dtiY4LtXrx0YsB6Rh0NNb3Dp8AZHPKzuiWrtKTgB/2fG8d9Q+kA9Cb2hVAuesnZSAMefnjQcPaJg aNjuRcjoLJ+7GCe6gYHFMW3xQN/AhqF0/8aYpsQG9vE/4X8ysKOzb2TgDKXvuCyUWnx5L56rrVwD /qfgoW1PjLtk5Z4W7pJVa3v2Kfhmc8nqnkGe49v72nr3FGNezz4N53eaypNUkkgiGolAN4cHOciL tHxoXwtAP8010gQa3zTEAU0TR9I42DTE62mK3lCCNtSCHxE2DRn1nJaR0kZME/W0fr30nOHSIuYo JOcO4MlHK5KpQyan9tU9hw87+n+ZZJxY1iPxA92r8EUjmdb6kPWwbI1UTHGx1PrY+dE9uM/UmtgF UUyMpTSc4LDQHlii9g4MaPgXw+Y3renRlWRxc1XcU2+qf+NI2ZDaGzssKmFV+lLsVcl/u9HWPjXS 2tnYGjEGRppLbcraGvY+xZ1ElP6j3d9TCzG9fXxj0xsdWDewNhbFebOQNDzcD4w61F66B+zJ1aQn +L+7VYLVhrnkjy/Cj18RQ5khCY24TQ6aCyNDhjl7EwWRR+8ylMIhDLyhdLCsMLLPUGIoHDwm0jJk iO11eavl1nKDhi9wJVUN9SwMt2HYbyCfgdYbwpiuoF6EoR/DbRj2Y3gUA35iRCW5GoazMFyL4RDJ MRQa1EEtorSWGAJYN4BDRTb44Q0MaQwG7KcfW/XDcgzrMVyJ4VoMZlqOpJyF4SIM+zG8SXNaDP7B r9Rg3/2Dl9HN3m1nVtPoBj267mQa3Xtir749dqW+7ViqF2vQi1XN15Mr2vRtyVx964pX95Ot1V59 oNVn8OFB+rDjO1A5/h6QOQ4icJ3BCykMvME8nNJicO0tTlRfu99gBM7AGzjYDJH0AQM3aHdWt1r5 NP8GuCDC/5F/Xc/hX9/rcFZf27qMfxFuw7Afg4F/Ef9e4F+Ai/hD5JyjLsJwLYb9GB7B8AYGM38I /57Hv+f450Dmn4VKDIswrMdwLYb9GN7AIPDPoir8M9SPeYbu8xks+Qzw/DOoCv9rPKxfo8r802g9 zT+NXXtssG5h9T5qlFUOG5H4sOEPDRsuX/UQ/4vBd0txRCXwlcYRdaehCD+y1hiKBuNVOPwKBhtP jwzxL+3VyiLXtc7jH4cUBuJWPI4tPw4ahhUY+jDswGBG6wm0noB+DFdhuA5DCgOOMlQFg8YfxPAQ hidgHoYWDCswiPyjg9jMEP/IYKIt0urjf8bfD3484w/zD9DtQ/x9dPtT/l66fRC3Ydwe5O8bDEeg 1Yb5gHUU3Cq4rcR8E//jvcWuSLrVye/HcxdBrcSwCMNyDOsxXInBzO/niwY3R1y4kzvhIH7QjvCD 8Crd3gjXi9CyLdKSaMcBqBFJNDShhXKtdm2Cb0ns/gZGiSS+9BW0iCS+cDlaRBIXfg4tIokzz0WL SGLzNrSIJNauR4tIYvlqtFCG+O/8sLgkUrf8DE5rlfnz8Cydh2fpPDxL54GRP4/8wbtG0rdvDiaT eMauaSkrTUb67+D67+L6j+f6r+f6t3D9n+X6P8f1N3L9p3D9ZVy/yvWHuf4Wrv9Orh5PRT/X8oMj ogtbCrj+g1z/rVz/Tq4/wfXHuf5irl/j6lqG+Ojg0hq66aSbva3kPx1um5px9pH5KJ7RKI75KM4J +1EfwZCmsRYspBXphQNhsi3am1ykxysaqs/C/z53Y8W78WW4G57HYMQX6G4cRnfjTu7GHcioizCs x3AAwxsY0hjMWLoIO34lVRm1EsMiDOsxXIThDQxm2p03MPBw1nAXb6MdI52uHO74cgxG/m78K8K/ KB9tKVRUpUzpMlypcnKYWx5Oh/k6/UGOLqfoHOLst//V/s5f7WBptfBf4q8kUzd/1fD2ysF3cerm rh5M3Blp9XJfh7ARRx63EBJcHLf1sJPGF4Aqku18UPlbcFs9qK7BavJgYm7kDs5Bat0eeVd9OfKq OsSj+Tv1zsiT2pCRG4z8ElNuuT3yuHpp5MHKIRFT7koMcbi5Q6NF96n1kVsP0qKfw4xrBiOfJZvb I59Rl0TOUGnGFj3jlJ0Ya5EjxyfWRrpwfx3qxkjLTtzn7ZFF6imRRr3UAlLn9sg87EKZbiaxs6Uq bTQWpjs8oW6I29oyV9gt9AjLhVqhWpgrRIWIUCiEBI/oEhXRIUqiVRRFs2gUeRFEz1D6UEsZWZPw mBWyMRuJGqmt8ETJ8gWZ+DiRh2WQchu6+e5VbVx36sAm6N6opf6yKjbEWfHjoSnWxqVc3dC9ui1V X9Y9JKSPT9WVdaeEFSf17OG4L/Viaoq/BD8Wre4Z4tIkaVeIOGL7gOOcu64Ike2cXVf09kKB79xF BYtczc6FizuySN+wlmUoOMIuTO3uXtWTurmwN1VNjHRhb3fqq8RT28f9iXuzs2Mf9xbZ9PbsMzRz f+o8nqQbmjt6e7uHuDW0HGjcW1gOR8xbtJyIb86kHGhiWC93jV4ujvWxXDHZYDmLBeK0XNxioeWM HCm3Z2dxZ8ee4mJaxq/BTlpmp187vMzBOJaJx2kZXz8cpGUO+vpJmVQzLaKqWCSs0iJcEFRaROWC tMiaTJHK4SKXjha5lLZk4DJl1P8j7UrAmyjT/3fMlZlJMrmao22atDRAI1JooRSiHe5VqCBCoUgE FxEEFUrBEzkUAREFL1ZYD7yLihRaoBRURFZX3YorirewbkH0scgqiyg0+b/fJBPa1X0e9/lnOjPv fDPzzfe9x+89ZnhIXWM9bF5jPQzXRH/vb9qgaBQ3DKieOolluVMKhk6DdUr93TfM8LGIK7RlanU6 /Y1M+ePUGWx/5bT66oJpQ+qnFgwJbRkw6TdOT2KnBxQM2YImDR07YcskfdqQrQP0AUMLrhxS3TB8 dGlZp2fdlXlW6ejf6Gw066yUPWt42W+cLmOnh7NnlbFnlbFnDdeHG89Cho6PnrBFQoOqIaky9g1E kUFfp0CoOShLm3OhobwDwr6F2c0QsdQhBXJMtWBQvRVWdqrHwB4D2SmwKXbKxkoZ6VO+hQPC2c24 Ln1Kg2ZHwSAUnTe/dj7yDb1mSOqvFn7QNG8+Y3hqG639bz84N7Rev3JI7TyERtQXXTaivgIC/S2i CK1T2JTq+5ttijIUkqlU4/nQ2J81Upq5kLXFWJvFkr7w1/Kfn94PZlawmOxqwHoQz0O11bQ+OGIs ASgYm84ZmyGeYi6ithomWIujuNbsIz3saBSljhGbs7nOm5+m0ryYl96n7oRbak2WZH6MWdEMx+YZ 3RrsjCK+GflhDfDPIT8XYS81kl/DeoztE9ckj7HzbE++BcBrSq8I1aFN+Bq0Cb2K9uITcNdmtBM1 IhYODUGPoAXoQbQcXNxEaLkLjYGFh/YHsT/ZiHqiJ8DJPYFa4NrxaCFqRlnYl/wGLUJ30gNw153I ivLRQDQazUb34JHJ+WgSOsTdgcrQSHQ9moMXJyck703en3waPYN20r8m25GCAmgqLC3J4/zHyc9R D7jjIbQOHcL3W7YhHZ6yGK58FM1F62mcw8npyV9gBGF0I4yBQ5WoBe8hUeh9Gvoa+/ACOhh6eSpZ n9wHV+WgOJqB1qNm3AcPJ2F+UrIy2YKy4Bk3Qa/r0Fa0HZYm9DL6FKv8ieTTyRPIj85DF8F8GtG7 eA9NtC9JVADHeOBSd1QOZ2ajV9Cb6D1cgF8js3mV783r/C3JD5Ab9ULjYLTPwZ1H8U9kISyL6Bvc sOQgZAO+3Me4jf6C/oEDuCcehatIdzKbPEbnQup7HtzbC8L/a4DfD0PvX4I6bScq2U+f4l7gzgi5 icNJG0gkgv6MHkWvYSvMNIRr8e34IP4nGUwmkz+Tr+iD3EbuffFKmPUV6Dp0D3oB/YSduB++FF+O Z+AFeDm+D6/DLfg9fIwMJGPJLPI9nUFr6MvcIFgu42q5O/hl/N3CscSExL7E3xM/JXsnl6FLQR+W wOgfQo/BzHai/egTWA6hrzCPFWyDJYTDeBy+FZaF+B78JK7DG3EjPOU9/BX+BlzTv/EZAh6XCCQb giAWChWQuRBtPkgeIftheY98R36mXpoPWWofGqPVdDaMajldA8s2+g8uwO3nksDn3vxa/nG+jn+B 38ufEFTxdvD1fzv7VHtR+5cJlFiRWJvYmmhM/gN5QIbgRSD5isHor4RlJsh7LWjcZnQAq8C7AC7C F+KRwJnJeCauwTcBJ5fi9fgZY+wv4d3ApY/w9zBmK8kxxnw+6UMGkVGwXEGmkRoIyu4njeQg+YWK VKF26qFFdDiN02l0Hr2ZrqX19G/0C/oVPUXPwpLkZC6Py+ciXJQbzk3m5nOPcV9zX/OT+Hf4I4Is XCcsE5qEf0F0c6E4WrxUjIurxe3iB9IU0M7X0Ta0o2O5Hh+mS+hQug3dS0o4P6Qz74I+T0ZX0UoC mkrq8ApyG24kXfibhAFkAL4EneAiwOs3yOPkFBlAK/EIfBmaSdLfnwpu7nnYxbjXURu3G+b2LvR8 k6DiheR7QUVbIVYqh2f+hRZzUfoO+pQewiL3BPqMk7EXt5Hn6GjQgpe5C/kJKEwfQS/RGnwb2kaG IiSfkVaBHl+CnwdcGIt749M0CZnsJaBFZfSf6A40i3yM2sCOV6A/4au46eheVIIXoK/Rs2AV3fnr hSLBg98i13AriQs3IsJthNmV4y6Y8m60FMfpeuF78gmaj/ZzMvqSvgij309eopXcCX4MngEWcBta hmqSS9DN/ATufTwdUVyFCrnDgG4LaG8uDPtFgCqTANO2g3U3Aw4MpJXQ4gPNGQl6MQ4QYj0sDwNO cKBB14CNjwcUexc1CmNJE5rO2zCgDkLcO4kxaGLyWbQuOR1dn7wf9QA8WJ5cAD3WoSNoNarDdyZu RXMgrfwEbHskP4zs54cle5CV5BNyGVnbWb7A7ULsQ9/C8hIcXMjvQiu5j9BlqCK5KvkhaHc3QNh1 6I8QuLbCLI/DE/5A96CSxCVkS3IYnQPzPYQuTT6XzMMympG8Fo1Cu9EzIo+uFKMg43r8Psz3VjSN jEnOo9MS1wAfVgMXdODWfMCfu7ga7g7uZ4SMOhwAH8/efYpoUCPBrYLYRNbpLsRzrRTJIteKkV8S +FZCd4NCWQBezke+qHYq1h67RDsZq2yPoQqgtbOw6VUcdoQdhbCBWBydDdE9Z3UenUEhbg97n1gP 814N/opHFnTbFoGV/LYSxDeRzboixQTZ0p+LCf0x7tna3ooq2o9WZG/JMc5G4CxBgqy8Qy39+X5c DPWD62iMkBDG+B1ZVpaEn3gYYmkYUTxWqbVprdBFq3YcVVRUau1HIZZu4CHUwVpMi1VX9yp2UUeJ g9I+JZ6vyw6VPrUfX0steGhi19mfEg+2tLCxXkEbyI3GWBU0fyc429MN+YWlfFPytJ4f6V6qCDKw G7IxnheU4xZJopQgUYrJdstiC7FA7KF7rPZSy5eYcjGCdaujFPvVmud8bIhRxjWtPRqPGcxjg2qP wQY7nOXlbO1VjKNRFxseLTG2a3q39PiiV0sxbcDeEycS36S2LMFZkLiUTOEPIA1doMtd7ZD9OEVJ 05pwSQN63CbBXneIj9uuQFSjIUrpi45HVzHxxdtPtWmn2uDxFSA2HMcR4igt61tWIoiweDSMDz30 buXE3Utu7npBQRRHE5fuxqex7fin7Wfeq165dtfLibxEqNPzp+lqN9JNIxZZw8hpYSOQH6cY9o3o cXqFrSl5olHTyDggTjfa7QbR2mi1GsR3ul2WyTi7Lc9GbC8602NkodF/jNNVgBylXSOwlGR5szwa aV8CvMq/oOstS3ZPrNyfuBQfxv/YvXPtyonvn2n/9Hjih4QEo5wLVtGf2w6y7Kfnoest5GeJXs+L guV6mZN/5vH1FQD7hPjV8RMNCcUrT8baYlprLIZ6ngThnOxVXOgI9wmD1oQ9YQfBiRq8+nm8OlHT hu+vY/u6xPXwnOcTX+I7IGqR0SXbZDCpF4QmPFqPGKqKZRxDMqFwgIR+Yv9RgOizAZ82gI5tUJj6 wnNPtmrwXNAKtgU9bm9jStGruAS0wC2IXfv2LdveMnp87/K+tKWl5u5Ipf/Ky+G5A3ETmUmuAys+ T/fPIXMoqcSV8MgCRAL8HLjAz825h82sNa4dRT0r23oVoxpgZp+wZyDpjpu2bWO61Ayb5TB6igp1 H2GDjaWGuBlxG+D8Bs4Y5al4HOTRlhpUcwuzF8yiUVIOekDRZTsRTX651V1OmpJf6iF3+Z8oJvRx upkSegPCbvZ5AYbrZHoMkWOgHxvh4VzDLdBzTDvZpqVkvZw/Pxq/TdvHZB6NenAJxhvXJCb4+e9+ cTP7HJf8mnPwe0DvcvEXWwjDEl0OBDneHbRavWCAxwwdY4TuZ0pmcSCVtaAsVYWtytpQT1CwFti0 wHzYjLJTqNS5p5PQk8B6OgraahDHdb+iCKxLjbUgTVXZlrVlujzXp34JJywnK5QV9rdsvEVUfGSo a6TnYv/g7LGuSZ5J/jHZs8RZylTXtZ5Z/inZN5MbhRuUW+zLhYfFtdpbvk/JQeGg8pk9kBnSQC15 EqlIxTqqQt7kD6DVSpo+DbG5Feu6o8pba9HDBaXFFowsGiDSQBluMi+0QPpgXLijyrImz6GqahPW G6scNkVJEZLVCkRDlaMWMShToacQYu97zEuRlL4UpS7dXoXWBN+8m2kHTD0ebYMtI+M1BplmBY7X oHg9GVyvj57QKIT8Wg6AwlYSUl5JHkZZsDphtcNqfCmGYa2urnZpzr4lvbOynGDsQkF+14hLyyrp 3dehRQryRWHcrAMbbtg6b9DMA098cPN9OzcuWLBx48IFF8fJAczhC16c3JBIfppIJF7f9PAO/Gji T9+fgDh55vFrljGdPQSKdAZ0SEbfNciZmZmEbHIDmYScmmtm0nq4ijJkn8UtIqvJOol7kcMWJPCE WnisEvy2bHBPZnJAmKFlU/KwgYFAfKs7DHXMMdTRZqgjcEP3M2UzNcrQroDK6+BLeNaXjfXF4xBk JIT3K804hu9EKcOuSXHc+MFByjNXeMuxg/mTOIoDihu/cIFDEMQ+ACUl5EzjwANj//RVz3ncrRcu yHtp+NuTYZQxsEcR+BLEP6XtweLQrD6XSxhnZebgcBjEcd2iaUAF3XyQmZmXXRAMsrPBHBucCaps /MEmsktXiez1hvI0B7jsPEC0nh+0sG0L6snUI1rBtvt6MwMkmQeqTicxHqhb7A5iPuewrjhdZFzQ zdpY31uha2buikLGeZknMXj5W09jNsmex55mPEwfPoAfIOziXxV2iW9Kb+WIF6nV6ljbLPUq2y3O W1x3OXc7jwSOZJ8IqK8qO1wkKGuSILydE3Dn5ASknADgmhTIodag1kSebhjlwI4m7NvGxonYwBow UeVOxip3MFY5Y6zWKrnWewAUkhks3kWWoBDScD9ddWyrgLxvNllEONJMuqA8vHqLYWJxgMlTUYaW hm2Bg6poa4+3OpxM2rBZbjs/agPwTPmOtMHplmwtR8vVgprwCiTBIpiZBHsLrKa19atGcRyfW11d 6AlHykBB+vbtUwpmZjgesEFwQRAcCCInni0j3sKn1n9ft+7W2x/BO12n/37g1B+e2/vkpOCmTQNj U/cs3Hfk6lkPPLLStf+TbzdNeH730yuu7AWaVZU8ymWBZkXx1rSgFb9PZ/Ly5SDMFDyqwgHuXiBb 7ao9KMvdPcEcLtg9h+9uLbCqPj+EFiGNmUxIjDCps8sjPRnitvRkC3KWV1SA42wDebe9ob3hLNf2 RXuzlcm7mLdmWYdal1m5oY7xjhuy6Zisa7WZ7quy5ltvdi+zrnTflf2MVVZUq40TMTwPM8GyN+C7 MCsOWHGfRlX1cL5m8jTykxm6BUbHw/Cszk5ydnaQs7MDKDtrJ4dmh0jIx+witFjsdJPY4Saxw01i bcRA8ghGES1CYNYnd7D7I2t6+Jpwv63+A7gZ9wMHvEdXMji95rwmfH9aWaJthrqkofhkNJ5B5PZW ZhYQZTDdSalORl228iEK1gZqUc3AA9dUu8qyGPAaGiGWZUhTOZh2iGyLCvIjVY15D81atPnJ20pG up1KbdOymdescjeGv33pprdnXX3V7WsSxw6+lsR3+NYtr799wRPux8hNt029fenS0LY3p2+9avIj 5wdfvndP4t9HmacPABppEInLwI8fdyM1+UuKZY1VViEN1byJ2YJJWDIobhK8ieKCSVgyuG4SopS+ WDIJ0fRzkpS5Ju0EJJPgTUIwCYtJpD2GXlblnKDOUNerG9W3VH4kHWl9kKNOgA+kClTkZYWK4Hes 1rcp56aUo1ZEVCsn0l1kF5IgS9ugy4jj4BL0tsw1kat38Lys5+aVyqZDkVPRiUEcN8IUuQmX6VZR zy8oFReH+4hr7ITZl2J1lyKikRChhN3M7gGidTu7h2yzNeFVhtp8x7w48ycnGT7HtKOa4U4g4zsV c5SXG6nK8vOjHKCM3W4HB2OUU60Q+DnLAbM/0JWScprfo5xyubkx1kU1KBFco7tVXSlXF48uV/VI uZqfA/se5YZfqsa/Ua1HUcgm++ASR4mnwEEdmKxtX0oefeCNNxoTffDkZ+j2sxc/k3gCAPKh9lnM p7O4MMw/C77r9QaXKXunSbjUtBSdJuFS06JyArGTGV8KmHYiDNyyMvbgHJsc9HhynMyRKXaOC+ZY bRiJPnDiRpBpEAaIMRfDQIgZF1hW+z4AHoY7pU7DFdqN7YjAzbkrc9e6nnO9rh5UP8uWLC6frShA XbLH6XK9bbO7bS63zW4F7NFd7NG6bQNkRTa77sHpYeywc/gAwyVwOLqDDcgxWZutLdJWa5z2u3HF Z+CKDyOf5iM+E1d8a0LO3bgPsuOH4Mp+W23bfgtf8jrjSyeEibP8BTDF4EHcASvLyJdL50d5UBfU 0Sk1Wor5YqUZfBE1sIahTQ0E/Om6fUfIAZxxQfJFAWuQxy1CKBgZ97Jn3bW3N25aNX5Vt433kk/a d4xaet8eLM275+Rf2/FibeXd+55cv3VURRb514uJGyYlTv39zfu2HobhV4KWeMAP5aKijCfKs+M8 PBlTnN0tqFux1QrhRjafH3Rb5SBGhRoLRIxMQgt6NSZ2r+GHvEYm4U2H/S0ftGh/McUfb9P2xZn4 e8zy4yGi7hniHxKa6BwbmkWvEq+SZjqvCs2T5ufcKS3LOSh9kOUQQ4z/XVNmKYwrYMFONqPCxgk2 rNFWAgPLxgdYnNbEPJA5SMx8AdpW2En2hR1kX9hB9oW1miF7yNQ1gA+Y24kdLOLU1pwHuNGvIWga TNCExiAg2S6jnyAu160V3sne2d5FXs6rpS8AbhhQZ6vyZrGuvFlszN4m0qUhmkkMUr6no660pRyR 4YCAYRnF2MkClMauoYJQuMnUDNYB80XVWIx0NaJ/QWSux8nikoJ85NDKmCPC7g5KQ880+M67aFbV wHF/JAN3T29sv/G9pf9ItD5617FNX7SXjbr3krlPP3nrLc9zl9lmFlcWX3j886lTEj+9v7JtIR6B F+CNr9XtPftF/Pnqpsce3ryZeaOdADLLuIhRL+unhzgeCaKFCDGOxrDAQcYMxo8Ii/WfkNI5fQ3M sQIiEgMzjeqOi9V0YN0JyTOtbmk5+xwk0STZjhBfDZ5ORDYydWAuINDpDqHj2Qxt6dDOd6A5k+7g wAQu48lU9ZX0Lb+klAIuExTllfS9J81GopqN+FyjIJv+L8tMi0wIVUw3LMumrzUJi80chtkiplp2 VGGbXTNczw+NaeK0ofWE2Vk10yDmw4VxvLHtqRVr06UZlinaCrpGe4t/Q9ijndAUia/GVWS0NkOp 135Uf7T+aLNwKmflbFSRLTzHQSAnCaKoAi0JqogRYgU8u5FyhUTVDacIpazNw9poiFPdcJclyPNS UKBCE5mjW5CkfqMTTEgzVhDGiu5UQ2iaSMeM5vZzhzi6hsNcE8a6MlrdIx5S6RoVq+xYs4v7RbJI XCwS8QH7wY9SyuCHFf58oBABv9bWhnwVsUBbRWuMFX7aWNkjCiC5/HyfsU+VBMHVavv22fbtW86n 9uBvR9Qrl42oD146MWUwEyc0cnYqic0QzqPk6RSSzq2J/4ZLzfwKcAkuoGHqCtNIV0GkpOTvZMIX L7T/+YlP8L/WDcvPKeGbfxmGdyeGkIl47c4b77mb1YnXQjz2DWipw0DPTTuZ6ujdWe2D44YVVBVc XVBrWWoRrgnM5+dYapU7+DsUoWuWhfq6FgWzci2AT8c6aPKxXxcldF+VxeJyBouKundHOblBYH0e pJVI8sG9icy9vg7Y5kuegnZ2r1zliwgqC4kECIn0QgbUgpNBtCAwEQsSG6lgKJXgZgonjC3s1G9n zDT71aoKI2oO61eVWW8qU1OV9aUGzoMx/govZRMOgyEj9Q+l8/5TRshgEOmc/5dGQx9ThJCqAshG 5h+PDpjky2T18Vg7C8UuMY4rU7F86ncuDYQVcDQGwRpLd6MOVk7GRlhvVABKHOEOgbqNFOBw71SS FymAOKt32YUkRa8lkbp3aq+efufq8YtfW5V4AF+wpN/FI4bd/ljiM3zdFZHBE/uPfWhVYhPfXL1z 2hXPlnTdvXj6lim96BhH1tWVF83ufmaDqPabNWzMzb1YTHZ18mv+Bv4A6Ev7tqlkZi7BqXzdmOsx fTKjQqi3dSqag+blLkZLc9eg9fwL9BnrTtpofdP6HmrN/THXYXPmOnJzaZHQzVGUE8obbq1yj/dU +Wfws3Jvdd7tXE/X2dbn1OGnSZ3jQ5sLuVFAc2sBjpUht3YrN7LLULdyzY4wl+0KqjQ7yFm0iP1i FGFvEQJ5XlOIXlOI3rQQ5SpvJCRhQFDj0FolGZKX/MGpk1IV/WjcEAjIBoi0U3N4U4X8OKt6geea i70CV5DfBVjs7FLSm/OKEeahiMftZP6Ka9x7QeL1I22Jj/68GQ/e+zk+b8CrJXsf2PjPSdcdXfbU V4T0+v7Ma/j694/gcVsOv9Njw/1PJr6/b1fim5W7mV96DHzHRLBKO8rFPXRnKA8PllK249CCdiR5 O+l456qhqeN5bJoWnGck5BZDYS2yUUX1GS2GyhvIHMjL1UwmaXI6gtZSQQOovPa7Vf4nU+VPmyof /A2VTx/GO+l5r+LBN+t9abYoCRIvcRIn+H0BHxEUGSxUpoIny53lyqJCNvWGsdMGG5+UE8ZZsiOM oqwWxv6XqiU4zmzCm+XNgiiCgEUUhnun6x4QYoQfwz+/MHFh9bzaS265r+XOxBZcft8zvYZW/una SzYl/sY3e3JH/jGxf99zicTGK3tv6ttr6DfPHv2piH0z/SSgJPs2Q0Gv6B6BD0qSKCLKMYHIlqCC JJHpo1tzlopj6cUhOWQlcsDKWUjGc5pZagZILP8DkFgs/wVR1AGXpzU2zeBKE1TilSdbf4UivYpT bzxS65Ncl7OP0ejZD+lSvnlTouLFhHUTjKgO5nonzNWCXtTzjbmuFnFmujDVR0IkpBASUP6f89OV VO0+DR2JX81OHjDpv86uFaKw1MTi/zmzOvrF2SOkvn00m1X/Te1XM9S6DlBrJ6BWIb5aD2S7sz1k Sld8heTCTtqlCwo7vaQQBYkBKx42DowFb9BGw0HBgnGka2GXThbXpYPFdclYnLWqS4hS4E7XKUY+ 3mrM2QiK0on5p4ZMjaDIxp5C5i7uirvmmmzMNdmYm4Gq3EhIxnIGqmSjlCz7I1Mv7wRVlVr8VJpH msEkFoCbmUsUGAXHqaJQOcvXwNaGcAXZOYEcfw4V1IhW6InkRaRCLlJQ6LPmhlGW3RWGi92ukAhH +XxhGOcoYHRuB2yClnAYdaHs3ysbQXyUveuJZQIRZoYojvsUOjoBZJZXPJ8AQrIXkm4nBxhZ5qAj yXWrE+9t+DjxeGMDHv3Z4xjfH9kc/uP22XfuvTHcbzkm9y08cSGpeBG3H55buxNf8fFBXNs4venB 4jmLKy9dOmrF4/sSpxdfWYYdTMZPA2rmMyvFQVa82KNnuTylHA1a5A3yezKReUIUCdClkyilDqKU TFFuq5JCoiiw6osRcoAIdcUIO4wsUWC5nMcIPbAResQXQ4pJFFOOiilHJSXHHVVKKP3GYI8uw6B+ h1lIabPogKlZaaMPWXEIcscp1jlWbkC1D7KvzKuCDMam1CEaS2mD8RKuPN7TAFoMgQNYC6wFsH16 L/ll7952gW9uf5ZM/GUYaWivhJG+CgxdArykuKKBmPOiJkHE9AQpEAOt6fTi5wwjkUnDpbyacigU iMylZ1J8Ni5N09urGLoQ9mKkod8FxguShpLS1L5HcWrfrXtqX1CY2ucGU3tfIPVCpciqlYb4Nfxm HuwQ8oPVaAOqR1xPpKPR6BA6gXhnCBrXIMqnymeM5760LL4zZXHclMUpXUslF4YsnuQOVndwZoMn Tdi6GDKIeHXN3Fh7JjRndTUjUDB/jNmv7mWxN9PRsuTX9Eoj3j6ta9PIdGEemS+ssK5wCBYDfRoV Bj5NONDIBe0WSydVtXRQVcs5VbVEZPl36HRDlRRRWG2LTVcxi1xKCngNIhXFsRbdSPqVeMiFQy7d Ndo1xcW5cAQZNfqUV/rW1MvP03A9wrndZE+bFq85lYllIREyPH1bWxQ4g+LpMlDfPsAYI9WPDNgs zpl60cxue6tfu/21FrzBV7dgcO1C+sNZf9PbM78ErkGWwo9hlk2K9CDNLyuXLP27yn2EvvJweTxd Rj+i4g3yJ/QTCBQYthoBTjd+FbeSf577VuJlDvfhDnLsS47DusUZLqUhtoFQskEtd7LWBjiW0nuO 7XON/Z4GZxZr/1If7IdnFhZeIFn8/gu4Ip9vEKQgokW2SDJPOS7Ey26ehyPADQESUUGWEU84DIYi IUmmRMGIayL9dXsxjzfw9fwe/jDP8RdLrE0pFnEIEst6kYpNZFnDf8URcABK6H9NP344FyzUsaQ1 ei76ao/XtLGKBoPvGAOJWIyt4DJY5sreOcHeZ5SFRUmLSTHIU32Qp2afy1NZwvhxv+rUm0V2cKJB dTDWntC9QAiazVEqaTat1MIoWQMDTX9lWx09ZyaslOyw5AOPz/OXc2zNzy4HE/1yexaQWeUCE4Hi LJfy3eWc7i5nItlWCKSnvEMGXM16xjVz41HEUmVmeDiM4U90rN1LPsZi+zpyexK1nzoBYNedfNT+ 0tmHydFvE1xKw7gi4wuhu3UVE/AaPJJCrBZAntsmkgzyUVMkNBPp0N8dyZ36VXws/FZ8fDSeCtxY UMPCGhj8+4AfP7Lo7GGEBDuMU6M9G6QiJQWtBIhO1W4w+pQbkWxWhxFwAKYBwbP3vN0YpTrZad6u UgvCRLIoNiRZiKwIBjpoaWj4ZbsBDRpiLyTS8zttzu9sY6evLtgnEhV79mjvvbeHvXqKpsWLzK8w 8kQDRgVjS40tZ2x5YysxTS1gFDEiQghLWIBkO1c7ko2taJaWJMbGPOPdGY/VkOwstRsbXqUI2yAm lyA4ZxNnvRmE0ckuUoWcSCNVujUdegqmUIxuEWZzOdnzpJGcgDmkJhPvgOkpBc7WFyFil9wkW+Ju UJepfwVWqhepF9lpd67Qep5tAr2cu8F6k225VVIIL5Vb+9pGkRF0iKhLldZBNvlhso6uFddKdfQ5 UXASu81WzBMAESKpVmsxLwEpqWPsY7COCZEki6yAu7LZNCanKc7FTuJsJnUA7L228iGpCffaplpk s6yXrt3plio5pKuLFKw0w7RtWIFrSRPs7BgNlMEznHPYp1LeY0cVCtnnaFhrIlU7QvwUfjEPvpLU NThYpOFnHzXFY752A9VZxQuOAh0OW+PIB4G58RWcuQS0NqMStvw2oxAGO/ACmYLXhJeRCiGAlDyI SPKgUegaUa/CuW4dQcaaPL3FJrOT6TdTH2wPl9vOCxtvp7aXldt6lxnkth7Qmn4DFa2eWxMHJAAP zZABLAlnefuW4TDEPbgAOx7GXfDlxVn+Pngy5nclqjYnJvDNZ3647w+j/0zP/jKMe+dMH+7wmRDL x6dC9vAF/wGyoWxcoo8I2LFbc7uzvdnZHKdxbsWrZHMbvdttb9io1+vLJqFc3THKNcqrBybwEyzj tXGOya6J3sm+qsD47Lu964jmD1LqDCoWTye/7engtz2m395e5YmEIAN7pcMnPyL4YWaOohmsiOx7 PGarIvPMTK1F9m0HU2iRxZSGGYmBxbk4125Cmd2EMnsm27BHGJJlvgZKpx2uKiR0sBR/ztRzeZlZ KYlnPlap/M9PhOLxGpeGwr05lpMbGUGZhkp6I0cpiRTko6l4Be77Dh72QmNi+6v7E811f8W5H32G s2/+5r53Ex+Rt/F1+NG9iWc+P5TYsO2veOIriZ8S+3Epzm7AygOJI+lqCdcOmGhFPizqwWmOWW4y Qhvhvly73M0pahBMC3l9qezV2Ynhv/lqv6HKGZF2AftT9UtblWTUCCUtDVMndSfjgxQIBTD8BXxW k6NWk6PWjHOw/q9p8K+TfH9HH3GubliTYnma3WaWbwT4kH4ZdZAgAY6Hww6gMyUQ0v3+ymvvrz6e eCuxAt+6+7H4yF5LE3fxzTbntO3X7Uq0t79I8apFk+7wWIGzE5L38sdB7z2oG96lPzQ58niE+H1l HqLkcHksgXTnuQuEIr6HNxoZwMe8/SMj+ZHeiyJxflzBhMhs/lZ6C7+KruIfQuvp0+gF+iH6MOsI OuI94gvk8FFUxA/guTh/v29t5MMIV5hVFCnNKo9c5LsoZ2je0IIRkSppgmOcZ2LOxNyqvPGh8fnX 8Fd7ZkVujdybc2/kM9/nEb/iwx6w+q3Z5Yi9pS7OLud8bl8R35/nCM3qRsVuEV8Wj4QwdQV4wg4Q 3yUYtFMidQmKlkAnZQh0UIZAhxJ0IOLyMam5TGNzmWGwi1kdk5vLNDZXRj1cF5NAqGhxESkKm+oR NtUjnDG4cCQE4JyxM8VnROCGnSn+7ufs7JyZVaYDONPKjMpkOrP3liNHifaW9lY8XapEcxn81cwt hOQ70lXokI0zW4TWvmkjdDCLLIt05f69fG75Y//H2JcARlHefc8z933tfWR3k+xujg0ESAIEohmU G7lEVsCkRgXlECVc4lXxtYK3ee1Lta0WKJZ6UY4ESNHW1FJbr0Lr0ULrUYuIBzWfpbyKZPM9zzMz mwnar19gZ/4zO9mZzPzP3//Yx7b95reF53buAhNeQoJ5Xd/xJ5Y/DeXxSOF9EPvr4pbLFj3WmtvY ePNlPaDl6BGw8MCvCj85urfw7v21rY+Cxj1A/G7hTwV4cOH3FWMjSEK3Qv99B5TQMFFGzrJKTUkF 5sj4guTV/PIkLeDCOB4vObxMo0AI3WBcoIYI2SUklzC7+9/vNKP1cN3bWVZRb6Dtkop63Vlrzhq+ /+fOkqz9Pjxed9bofWsKJDLq1PjU1BypJb48vlJYp96o3SnepT2sPKl1ayfUDzUd6s6UofkNQzM0 WTBjZGk0KLImqmljwoIQDEUjidAv+3s8GGyPjQ6EQkRpGdY7YchBKp8YxG8JD78lBsK5RFZ9lHUr XllXU2DIIYLBBxbnOVpT6RXp9WkqXRZ2+Svs8le4qH7C/7/qh/063OCon3IUNnwdhXM0fuRY2MFx kal3tBCMLOBGYy2uYLML2Jhi9a/nh3DiaEvkLa1R08cY5hhkt0E7tvIqdPqjkUYDxgUmfKlWvFGH AYBeloSvouc/35MGCQVDvnJqKAk1XTnWejhvXLqVvOfgqze9/Pr0yrkX9Z96Ye51lw4pnfY3sPXO 7814eFthGHNg5u9ufPStkkx6xppCOxj+nftGS1zfGqpu1I2TFuPa0pb+D+lPmNeJYZR/nEFUuJYC Prishy7m5OET0J1nEnGJKCTGJfFxiidPJntoyUPHPXTMpWHUEXYeMekSwCasyvxV1FX0Kmo1TWcq GqjG+IXUFO6ikgnJ8emJFXOo+VxLyaWVd/vUcgRHInZIu0TGJbIuUeES5ZhT7INtIuMSWZeoQDjJ RERVKtk0maYqMiO1+vLxmQm1C1L58rmZa6WlyjL1av+i8I3STcpN2q36mvSqzAbqHulu5R7tfv3O 9B2Zh5Tvad8LJJxQYUhp1oxlo0K2CmQJoipq0iOGZ4lFUJEoQ26M3R0jY5mgMiRRkQEZJsgUExlM YoiQSAQp7HzkoEJstVFPtGrF9XC1J+1/MWtIJq0qElMaL0nEeI6lKZIFmXQZ3McyidiQqIWk4kFo 3U8GiSEYFsYBkw5SYBZoAytAB2BBN9hlyUMSKZ/vgrnoxAwSUgVtoUuBf8FUYVABx2AAx2GWfXkh S1SBKuS4qSo5twr9PVgoq6IjSuWv2Q63RBveI5A1EWyFfst0Zdos5sTNS5DoR4Y7UHHr9GMYmnEy W65NwektVESr97XmjqHFKXSnoNiiZDXKNs5HoE37gNQC7waWYd+oBFk3wkmzpCuy2YZ6u4jQSYoF /KEgHcIyimxQtmW/cvnvbr3+qTmzWsYWrp295Jpvf/4/277cwBzQdjy5a2vjaHBk3vqbNnz12G8L //w++JN+3f2XXrBq/IRrykNX5EZtW3T9rxYuefV29d4Hbr9sZl3dssqxe9euObRq9Ufwjx0GPcED uObibCfrqkXOJVgXteT+I2rJuqgl9x9QS6hjGTIB2YfAc/SEbnJVZ8ouIdjPpgBZSwEK0nuBg/+e sCSsi3lHEX/uYgPvuxr5rKuBC3Y8ij6R3/d9L0yA+qL0vmOtx3XcXdLswLrFH1RkhztbfIUS+p5C jFF27DjzT1TFAuMYhJD7QdISs9o8eh7/Ek8Hux2svJ4ey0+kp/Jrte3MCY2TCdJAJdms4B9kuPwe NvYPwIv+LOmCqGQRMCd1J+PxnhXFwX1rKghSwVlBsi24Irg+SAX/rfe8L6/g5IcLmosppzbStmKi y/Fi0YqJtBPr21ZMLFoxsTWAwtcBK2bjX9P1VgeoLAYt2H3OEa2gznCCFQxTYsTSoNteWFj46o3f F86seGHSjlvf2sccOLv77cLZbQ8A5SNq5tk9z++98gXcE0MI0OOZiOpcySGdTI1brOoqbRoSjjHg B+G2Z4o0MSjc8+K5nxeNgXvDSLXIz0L/x0V7xLt0V170K8ovnc897u4EaSfXS7qEGHXLitBhTvUR SLuoPyQ8MJNlMjBWxFGVSDACzwCSqX37Nf3t14y6OsiVzbg0MGalaxlQTVRSGbFWHia3yXfzdwsd co/cK0speZZM0qTEk7bm3y8AWSJ4+JHNzbhYBv62KAgpnvHzPENAISIZP0kyAjzVRymR4IVFPFhE 8hjMr2ycxYP1fAcPtwGwFNKqbLycBA+Sm0mSRHuMFDOLIYcxbUwH08P0MgzTTd7VKbU9YQMb7ajr Ar3Cut23FI2cDNu9S04NDyrhsYEL/wA4sYfQIKP9nz2CCdCK9yO0zf7WGQRlVMKjR85GGAaBB8fh oBiXveXO/UGqtBTU2ShFHSDH9f3uj+DWocmyIeC+F/teYA589af1K9ato6vOTESKnSC4tcinJt96 jtBcLoJPCcqTwwyqh5+0/r7iEdSgI1zO0gbqw2i2iHJ6WMxmXdciUS4Bz+d6Nir8CJf7NA8nah4j KPe/AU+jOMVrDm3V5auIrFFlZsONxEij0RwZnkJMMqaYk8LziEuNeealYf0R/hGNNMIIetfx0vEW 6nQQjeQC9Uy9PJ4ZL08LXMJcIl8WWMgslJcFVjOr5ZsDGhNAqKDJQ71LYpZtbsYMGsKOAeKzBEUz DMlykM9EqEwERdU02e8zTTQUNwyjzKZOhgin0Fo2DbS2FgR4IUUwqG8ValRAhBmeTwTC/kAgbMqC kAiYkDQNWdNSuuHXdcMUZD4cYDRDh6oVXhJDhXVNEwSeJ+E1hU3TMAg+GgpF9XECmE2k4B2bTQTg yyIYMHtfClW2RCLd4N7dtkveGo1M74uG+/qikb7wjAmLxh8v+uEu+IZccKcP1S0+m+6F4gavIANu VPWDB+Gi6aBLeReQoTXI0IaH/U0xDDWxzewZ+F61F7fDPO+AferAG52yxVioHwxgmHhlq13DMfgH ioLPFgWfCVe+OlAOUGUbAD8q3Pzbd9PR0SIIffzHmeXxIcd/Xbju2cIrFVzIX3gJKuXmhzd9kqbe 6YsWPv3nvV3Uz85MpFvvSy2a9NU2VzdPgZLjo8aNkwjdA4NqLt2VN4p1k+qAXJjFnfxA2SXDFkXD fVcZ8Nh9YXen8DU33qrOQycuAoISWWVW+UaDUdRofrQwWhmjNpijfKLpQ3kqEy1UJzmlOGtv0sq6 FmWtUm5e6wZwg0Rm6SquUqpWs+ZIegw/RkKfOJm/hG7lW6QF6iXmNWARvZRfJi1RF5lr6Jt45Jrf YN7g20Dfw90jbqK7+f3mi/RL/J/oP/NH1LfMD+kT/An1uFnD4mY32YC+cBAtJR4toer7ohMRjkxK MhHw62HRYFHkesJSEaWzBKlAY0GSGFlH/Agfuy1+rVDyBAGgUcQU9JB8mqooQNcVw/T5JPjISEWi ZJ8oAVYnfYLo86UIARpagSIVJSVTflmmoKGgKJL0KYosE3xtAASgJKVkSyahnrp8f0rsEHtESuwG 3Xsvd2xCtyWyXZY+Sz+kUzo8yBJTRMQfeKEU2YTcjFNIvlrDH0ROtp5shQQWsdZBMraRGSROqBwe /mgakqAm/qB3ZUvQwflY0dsoXZHncbwroSRXpBGgWDccazRRqVus0WevaHgb98Ua+bJYI2pI3xNH eHePlYw3+mBcTMGXogZDTT4zGDqPFyBF0ZCSUOJsqAk/02yU5JLS8wBRUtokiYgiESX7QnCfLwT3 IYqE1GAp9IolDMzPdf7rwIDBcuVTIEcV5A+BOKd8+IWg4vW+PjLXW3gwWTo8UOggz5K/LNy1pnnW peDOvulnvySlIQ2zEgWAx345PpNMju2UGMclkSHhccAVjwPuuDHFimWZLdo1MMiTKvYY0dBBHOdz fKqzHp/qjCcuG/CvNDf96gYO8n8IHPbneWEMRY+FT+jDTjOEpPNDS4UEHYELCi0EhEeFseD+2RoL CboSLkwor3y1WKvSi8FidrH0DksjSWB5TmBZgaUEUUb1eylR8ouixFKsQKGwO4j2UikSQKcIsLLE AhiIAKmbjFiCKELhgL6Z2k2GLUEWLrbE9SIJ2X+vpUiSnCKoi2eSD2Ix2GsJ0Hz5XZDIknBwIjsB yftOiEKG9ymqIxrYaUZxyEm9z14dR3FIE6RxwgzanI1DczkeekwMrn5G1EZU86zDxbRdIWgP4p5q Z14WZPoAVLRU/ym7PQAFnQCDQwJODMMXFIF3dkcQ7jP/G9nTDX4GONIgx/a98ikonTXhgm+B+Pt9 +8nl1PTCxFtuWdUBdp7t7Psu5LoqGDPuQlwHhj7n9a7PbSjbkzdVJHGaYtRPBpP4yQIl8pLgeK6W KhOqAqSEDB2IBAs1XF9Tc99BR7vlnqbhkwGAFkSaF8VsSWl9pQi+hMFNCtDQdaDFSileD9AC8UUn XNOIP3xoL/wVJsGxpCQmoF4TnwV70XA8+NBiBDeMt6C7O1VuloAUVQHBsLOJiIKiRegeTD8FFRSq lmuafqq9ST+mny0WBDYZjfjO4cb8dqS5VN2x8CuRi9reinPyAllW2gjCpUjlvLM30kiW4dufwzqs rgGMHIUCTcCVBqrIz2ZNPvt7Onr2pfnUE13U0wun7thxlrsG5azvLSwhwzgqn2jlaCoHSJ1hcwRn Qv7k2J/RTAYQrF30hCodUaD8DP/YYmdoBBrY0ITj3GKpqM8oDZQbdYF7wf1HjhSWcLM3fXlkE9Ig FYUloAufqdkK0UyOY3WKzEHHj2VgdPIzmspwqNDHEvHZnhF+uABXRHzDKUBpQ51R3lAKugqrjhwB 9xeWbGIrNiEse2r/CTpOn09UEqPId6waQRGqI0q0ukqprm5URgZGxcZUT6luVVqrlypLqtuG3aNs qPpB8IfRJ5VApVtiU4HnGCBqe+Spyn2RZysPRg5V/jHwdiU/PggSCAAyUABrmgM9Ew3I0M9EVDKU DOdqqusb6caaKfTkmjw/P3c1vyS3Vt4ovyR/qXyZM0bVq4DWa9P1oRGl/vDlVddXkVXxWrVZfVDd rParzGZ1p/qZSqnPuopvf16VnSkeH7tzPU5ZftQRruI2N5VFnexq1tHKahjr3L15VY1ToW7yqc6w HeQizLlGFC+YG97kj8fR3Xb+FmJChTgiTklVV+hXEOP0QbnnLzy6+qyTdpPyBIsVUKY0jWAFB7L8 1IYV0jR6gmlUY4k6xdMoK4DuZxrVI0nostP4gtMunpLuJi+z1AoLdd2mssOyO7NMI8oyIOws293/ lk0868YvnfnscPS+pSTK64c19jSSWxpBYwh11aEPD/Fufj2UCZfVug2itW5IVGurDMvI16afZw+x ZJJtZknW7+IA/mKPqf05Q/OsiuF+rHPZMMb5ZfSXsTgvyKoY88fFn+zw0QPlfmg4gI3i5XI6FGQ8 r+FkEeXAucLcBx8gZONYrvkk3Dxm984Xf7ndxkjdfmECI/S4a49oz+DqLATmjcL/Guor7Na980mM 7gUDAX8wVJ6lWE4lIYlqOkc2UE0Lf75053OTVk1uWHb0GlA34a7bbizZFb7u8N13PTVLF0Jlz8VD Vx68vmXE8iWLf5wtuWPuxKfvnHH7DL+qRNMZ8boh581vD7ffO826YurQdb1f3XneaPB2ZVyvnF47 ue2ymefdgGRwA5TBJKqCIUrAh9bNgJG1NNPATGCY5uSuJJlMlsXr4hfEVyQ7kuwYX1OwKXpR8KJo K9+qzNNag9+KLuWvVRZr1wWvi/Ykj8hHQ0cj7/s+DX0a+XvJe8n+ZCTF1Gq1/mFMs2YxF2mzmKuZ oyX/os/osh5QaajbY3Ho5YiBuCqhJpaBBEDYE+YWG1qssnw4fVgCumRJbdJ6ibYr8iUsb1LYqbQ5 7Wa3et0iPHtQiYT6B3E6EMPCiA2k1dCuOQxk2Ay0L2/UEaabtqcVN22PpQRtQ/mrKwbslNPHHMlT GZLsAaADbAG7QC+gk6AZzAQUQOAjEjhInLVKkGgAzJkAo3nARJwJMGcix78LiQQ+NIguGYRxATVu xwGRxKRRg4A3xHQr7SplvO8YZNy+wcxspzWbcbuL7Qa0ryTaS6HGN0bWjUiQAZ0oL6ug/KGBxkAw 5KddK3dfubPdKnz+i+eWkfVz/3vtMz9Zs/YZ5kDfvx6c+eDLqwqfFd56DHzv+bn3vvbK4RfxlJtZ /Seok1CTR8na54hQf6/rJYpuu53gEppL6C6BbrwXC6tXb9OAhhTaLGIFQRG0GZe4cJyWgBrgeHQH OXwHORlXaejoDnJYDl9740WcsNAPto5ALzzJQpBBMn6h78LQHN+cUJuvLfRD8ofUD5TH9cejMq9E xKXkEmops0ZeoaxXtst7hX3iXlkOyhvkv5OUWna5dr12m0ZpACpmKzsMV7+2wcvqILYQ7xG9MADW NIkYuMY4vHQ8UmYALHKZV8traZXHFqAsRuCqoVMebf2P4mFEWsoloRcJALDUnJ2ashwuBZZz18BI Wy+m4C7MPRZmncmYYaKYYabEA646DbgMG3DUaWk+kD7EgSTXzJGciqtcRPQBHLaTnNv8zcmOUHDD Y/UHi8C5zVyeUumVzlcU4O7w0fPhuytPobz6Srdw3mis1VuPwf84AwLZ0AXtQMhuUa3Hw2yKWQ7E j1TT7pLPfna08L8rP7p7x1+TOyO3Lbjrqce/s/QBcGdo/yFQAsRnAHn7zq2xZdf++vW3XvgvqM0m Qj581+7BAx9Yt4gkrWSUemW8wjT4G+KXkpeIF/vnxK8hFzKLhKv8bfGe5BvMm763Ix/4PvB/Fvok 8gHWWsFkMhdFqm5aFOk9biiZVoYGx5ANyjRygjLRPyV+qZhXrlE+YD8MngGnVB0EKFXSNajNJM4g oDqjoDoTB6mzYgdquA4Qzw74xkTG0AZpPu0bmSed1zK6ftgAumEZbcZ6A+o+xPi2BjRMpGIM7CEg XWiwSEwMrBENnEBAT9hQ0RM23Po9w63TM551rw4qv9UmX2z8d6cE2DyzL2+mOTcHi6oLEB+NzT/P HeLe5fo5GvHSTI7iElggseHlEragYv7Czg8XxfwVSdTP8ugyFAnjvEFRfeGddrkz1GlNx5yUAnoN KDNUk1bagAwrtKw2/6BCVb+ny3n0ooO3vblm6Rt3tH2vtrMv9cyatT954uZ1Wzf86L6vtm0G1D2z x5HqmYmk+erLv3rx6KsHkUWcBi1iAuqyAOShZ61QkogHYGTYyrQKc6VF1DLmemGRxAfsGW34Lh6z LkZUSRx3qZtHmDP+01F6uDkmMjw+zpweHRefbbZELo5fYS6PXhFfx64LnCZPh3UiCDQlFJoVROkb KhjXOvQtOqnrdCwucsQB8ikkS67t6LHww9OhTtjkg3oGta31/r+HXXXmQ5YCnTic2VHc8ReKW2+O MQ+horp+lwKUaBJVaGey9Wi9HzlqSZAMPuu6kPvywbqivh5ocONd66inOStdXe9ygMs4jhqxcnlU sFpkijhmClvpxDE74HYMxBSDDVxrDhdIHIP7IIOcxnCJm15CbQLOIIWmvvYmp4fcaefEtcuuZrEr 5PxcKc48gVLcIs9S3zpQ84+ff1T4DPj/+iZQwdkT4p47r7qv7yg5Wx6dv/uWJ0E+tK0LJKEJl0Fl 4Z3Cl3pq54HFYNOGCxdvh9rbB1llPfM6EQIjrYRfAFqkNjIsYkVWRH4oP6o8qfBRpVLZFemJ0BEM LkWT9SW8QslaXAQBMuf30RRLiJv9wN/vs2/o/rzPogdaLF0xDDndgxJ0kGmCIh8CuPmlc/joetwE k4sn6zsIELGQ4EcsBQq+gz9UYuyhDKkCosZBID53ilT8TpHKx9jjwEXJeL5Wd/8ZPPCA2BaOPAcO EKXEaSASLkxRfC4IsIBRHhbPk7mTrTZigcYtNRp2U5RfN1iBY3noq+uCGSMMVouBHMhV3347yEHB XYliwrqG+lEovQ3VPtL6ATTLZM/mzb7oHWsvaomNHnHx+EOHqB/c176sfuKl5mPixLYr7zt7NZLR CwqzqY+hjCaIaui1tkkS46+RMv6LpAl+ViiJlNRIWX9NeaM00j9VmujPc/OkxdIZ8V8BdWh5TcX5 5edXXFTRUbOlhhtZOrKquWaiNLF0QtUlpZdULeGuKr2qqq1mfc3RihOl/yj/rMIIBdlAN7m7qzLu 47AXoKeIYdgHWE/0EIdhgNxN3mrpTDyuiRPK4rIYDNRl6tB8K+9Mq889AwvccRPpvJgJhw+HgB6y Qm2h9SG6Bj4dcm4N1ukhrNNDRZ0ewjodTY/Aez+2dTo6Ck2TcHR6yK4lhwQ0P2c8+uGMc045H1qt gQxRlnQZLekyWtJhtFA+mX5eO6S9q/VrdFJr1mZC/8cVac3R+0PzGhZpLYrYSStDV6XF0RXZs1w0 rOe1SK5mdSlS9bkZA1Ld7lRL6F5tj9U9lvbTaErKMWdQyjE7jdwOnYYQakbFcREqvyNtjR9qcDtf fB61f/VOacSFq2+9K6yCtbv+0nvdH+5/7qbti/6y5Zcff3/7rbc8seOmdU/Mi87OjFi4YNSue0HT 248AcN8j688u/eLQuqep6j/0PP/qr1/8NfJrNxIEdQJn+Z/4ORGEUhcIoY6M9ywcRWboBmoCdUCh 8a5AKFIf4g3Z8FMMILQ4w/klUR5k22UPT8iunbcq8nJGsOpG1vcLoEcAQWzYgxZuM67ESz969AIK 2Q3ccIyDESGKjhMwyoinLmKMQUCZehzcoBZlvH16H678n4GLE0L1I+t3BXuD5IrgluCuYH+QDpJ+ lwX87mP2u9zhz9itdjq8vF40zjIFWf49gsbltQ7KecYKYR1Du912iHZrcO1AhiCxUiFx+DQjMGlW 2Os9tufcVrv23KnBPOG28NtBDAJDsXZRWZXLqKwcAwoP9QqBwMvbiRwa5VdnxzbBYMAoNzA3sAFj Y9e3e9b+bFrXmmWz7m+CgcznD7U+/mjf5eTWjTfPeeDWvmeRTrkLPvAm1KdHcODzTlI8N287MOkD EuMiDnR91gO+DNCMh6ZduitPSm7c6BKsS3CQKH5onycuGKAZD017ctC08/Qol2BdgoOE50oHEP8B mvHQdBEyGpUXRqLnOFPoELYIu4Qe4V2hV+AIISmsENYLm51d7wn9gpgUYKjC0SQlsNSz/T3OJ1Tn qW8DgmVYWmS5DEPQm+kt9C66h36PZnvoXpok6BR9GG7RtB33knPpIivRmJVoEV0CjU0V7Zoq2q3m oVGULCK2omfw5zLUSjxBGLFNzjs8uHWlN+Uy+AfPnoG8c1dXVxf9yaFDXwXo7FdHCbL/x4XZYAzm CxMs6ixm74slI3Kx2MYlVG8+f3CGX3YJpXiMK3yUS8guoTgOViZPMxlmLF3HbGCYEM8wHE2TNOMj gCKRlF+mDUbiPPe+HN97ieXihtYBPYxQCGpjJSOKHRJISs3STIlCHUnWKHSvnQ4lDEdIGCiTEhg3 kdHtlniMmGCdLkV8/h2lk87V5giBaJqho4ReO9E8HQEOOdwcXbzzRl3dRp23BxOovK5leV2MAUHl YoQtuecUs6JHAexBeqhiCI202tBVWFw2MjlqZFfduIen0B/94Q9f3vx9dcpDdMtXWw5OR1/Ti+SX +gJ3Nn7WiR6Ok50SvqniBzN7MQYrOqzFMXnO4DwrnmftsIXNswsESlP+yZxmKcGdo2LXT4suIbgE hVBpXH89l7pBJE025cNpqt5OswKlrXq74Npk8A6cgO61vgP3sDTN0OwoYRJ83OwQcZ54A7VGPEr9 neW2s6CczXIZvpEdLTQrM5X59Hx2HjdfuJW+kfm+8CL7R/ot9hj7Efe/7Jd8wBRFhqJoErVVCjzc EHg+YzdTUjSdsRssRSiuNKoPohlUqiFJhEh3A80SGBpD5WU82gqkMEKg200vHTBUGOikdNlUkp3R RVKGKIpHka3J4vQLMgMA9FSbiZlQ26LW2OHYbGD+I+z2YCzxCH6DZgIjEQQGTIiIrPytdNLVXs7D jOc4oKgMs/00KsM8lTtZTCrDUDHUiNIytNt+ifowOciJfBOFl07CSZkmgKTwHYoUwopRD81I+3x7 cJ8lCjUljQJfUtKE+ib3lKD2yTf2pPBqd6kzng93RrUTTuqZ7e/ZU9pIocRyEK3e2aPjpku4wlsy Xu2W3M4qhIOgU5lv04D3B+HZ/P4mvEAV63vC6Jc/3R2zDwet821YeaB0lHDaM3HSmIPqCzz1UWEp eP6dwtbbmANnnwO7Cmv7FpLJmwqXISm5Ay5G4W70FYNtXDEZ+w0W7RzLVTz0G+zUOfbI86lfsz77 8ww2MrjvfNRou/+8vsFeDxtur+3h8j1WBnpeGpNkNjPvMvRMuOhlqCSzglnP9DM09EtEkrJdFfRJ 2GUJwOhiMwF6iF70nVcDfssXA35LicdvsVnPjot4Jyhy60b7+91KUsfkEDPowSYH2RycYLN71vHW uT/oMd3RhdvXsWfJZmEEU06dN+4hwudRTPqgTqoB2vDQJZ77GffQMQ8d9dAlnilpcQ8d89BRDy17 SikVD616aM1D+zwBju6hTQ9teGifxyn2OsimhzY8tOI0BfFudxDK/VvTJaU+Qx+jjwl/C32QYt5k TqfIEJ8qF8KxlEBR5Yk4G0AxCQfY8mhEFw9nQEdmS4bMQIOoZjoMYNAYN8M9SQbOiGHczI8YwsCj mxFTGCRGz7A9NHAuzHCbywYwtG7Q2hl2IZKB9hEngaDkw5mOGIjhM8WKZ4rhM8VQK7GBzhTDbnMM I7ExpCGxIx+T0Tljbv4tBk+1jyDryt2TlLuqttxRtf58eQYcJgACqckkgRQuhRVuydcULjb4RNDx 1s+6aMApy4/ddpvZVVsHpzPdYF3nuQ6AnYTAkZsnNdHqHcOFtvtwxU/7Srs1vhl/GQXqt/LMUVFl vy/rl40YMJWA69S7eM6/c9vQAFRcIR/Cg5ixz4/BBK/3v3XE9qVrH05+++UfPdVZ3nL+iv/pmrfw otvH0NlNMy6/ct6Bnfv6KsjHrr18zKbH+x4m96xbN+sH/913xI3/jkMpDYKDlo+hWB/5hN6t/536 0NdLnfaxNLLcZZALb9TBI/rh8Hvh/jCd4v2qP2jC+A+wQUVUVFkdFASqHjlWi0FgPK+mwzjmC+P4 T8KRn4QjP6kY+UlYV0ll+AicxsKuGo784PaXTlpLdPJdp+0GOgkHlxKA/6UZYaQboygKDPeGyRXh LeFd4Z4wHabIukDQ5aSgy1tB1yMKYu16usswnEb8bwz+xHOCP8MT/NGOLu2xzHODyRkh/bS3GsoO B0/hgHDQGzl3Dgaew9J8ciAiDLKGIPIiJ1KsnjVYNQY00XSYCI3RaUdmHTOLk2/1cMrGH695u23r LF3sql42edVP6ezDOyesmD7i1r5V5Ibrlo976NW+56AJGd9/gq6AvKAQEfDOvkDYaVI8geVfQ9pi EaIi+A2TEyPyJHYyn2fn89ewS3i+Xh9jjgk2hCfo08xpwQnhFqZFuFhvNVuDF4eXM8uFhfpyc3lw YfgGEBBYRrmMuoS5RLxMvpZaxCwSr5XFUJzmDKjN/IOQJb8nW+AvIkt63p+OYRQphpmJK47V53BO wEmauSlSTDgNzr0YB3SaoDHRY6npTP0wDhCczqU4iium9lFa6F2o1XDNOAKNIa26LFQMglQn5TQO cjghqwiTxHMHCZy/I+KYZTAa7CgarGgJPDeFsOCpkQYjCTclNfBVC7KTliCGRxFw7HzDgpdP9PZc K3QLWwdzj9tRjdIHuDRnDjNHuJK5UqCRe4WO8uGBqYQzPtWLLI1//O7f/AUEb/7k3ncLJ3++Z+OG PZ13btxD+kDFA2sLf+t77ZP/AgmgvPrKq3/4zSsvI1RhY2EJXQq5xiQS4ClrtawP0c/Tp+l0c2pX ikymquTykhGBESUXlKxIdaT4MaExsamhqbH5/GVyS6gltpRfJi/Rl4eWxXpSr/vfDr8dfT1xzH8s 8V6qPxUsp3N6LtBAj9En0lP1BfoH0iclBV0yVCoYR2l1NhhXJUKNDGKYiIdhIkWGiecj6cMi0EVL bBPXi3QKs03KcppCjtt1bGLYbRJx457iSAg7xS4iKdBww8hq4Ksj6waSSa5CcbJKViRvZgjimzPm bqJc9yTK9UGJ8tPnJspxYQ+0GzhRnpw0KgwGZcqLifLcqWNfz5Hbvb+N3hS5zzUrwYAffbtGtsKg PGyw8fExDy2+6/DSNe/evODBocb2teue/unqVbsLS5hf3DN79n39j2wrfHXvRWP6vqIef+3gK2++ 8vKfEC9MLiyh3oO8oBNx8F3rWonMkdXhseQ08kaZbQ40R6ZFOhJbEky9rz7WnBjvGx+b45sTu8p3 VawtsT7xBvumeZz9SP44rFeRZXIu0Eg2yFPIifICcgl5RP5L+O/BjyLHY2dJDdCKPxqXOJX1x2nI ACG1jhjEA8SgxPMAHE2gFKMGdM3S2rT1Gp3AcHQCc4GG4WitCEdrGI7WMBytYVcFA8FB9Fw0u6ub tQ/HbUPaasNlhXO/VsUK5Y3017KI52Sgrco8l8ZKCwPOHAacuaAdltrZo5LEuVCzgzR7YGYXZD7V 9PWnTrQDw8lFj3SQ5UGpxJrqh+f+ovDZ9a9/+zftP+4rfWbdqu07167ZVlhC8mNngKGA21K4Y/sD Zy6kdrz22q9/+8Zbv4UW7k742F+ET9wgPrTG1vqAToNyup6+kJ5DX02vplnB4AVeUHyGoBAUDyQs toQoVHbwgC9L+YCPLDv322e8d/Dfo7PFKOcLy/AYaBZr20Geng3Qsp5oe4Y56eA3AbTH9NZTK9G4 QHTfGt1p94T+0kYVTyJpXYmmRtqCY6d0OGhd7/zx+UuaL/vW+RdcMPZb/gSd3do+ecxPKyY1t63s ewP5WM39J6jd8B4No453FtNfRQ86gpCcUZhVKz1sW+Ghs4MGew/QaQ9d7qHLPHSph04VnbFb8nSZ v2yMMFUYn86XLSq7RXhA+E56u+/pmhcoRQhFw6Fh02reCjExci5J6iOAGG7hW4QWsUVqkVuUpfxS Yam4VFoqL1W6sl0VGurkTFeNTC8Q50sLswsrV5evTq9Pf1d8VH6o8uGaTcMeF5+Ut1U8XtmZ/U02 WOmGOGUuUe4SaZeotIEm5xhElLtE2iVKUL26mWhcwFdkZJGOprIBWhpaEkUprLJIDS4eiDRHZkYu j+yMHIqwWiQZuT7yboRORh6MkJFfQDYJQO7FWWjLjw7X0fwcHRwGJAF0gGesdfqD9Tg7jUZSATC0 peTaErIkHuBou4wQg7rHXeD2uOVDvEbHh0rJKIimI5YvXD/i//L25fFNVenf5zn3JnfJcu/NniZN k7Zp0qY0bdOSBgq9INBCgYJCoUBZBCotIELZQQVlEdxwQ1BnxHFmXH7+UKBsVWdQ+3MZLeJvRn11 BH0/o44zY2d852UcF5K+59wkbUHn884/75s2956bu53lOc9yznm+D729Upu8dKW3tGu7tWhUbj+9 0+2nd7m1MSi3NlVMz44R0jIMzx106jtGmEQJed5xb+JcCZTQV9PHlGQxAEqyjKkkDdpGEs9nG/1Y c0mOlpdAqKRqYeWZSlxXua0SV9Ip90LkSttMWvfwp5uByEeaoDmkiZM0k/4MS3M0+wslTWRJWkEk f4ZPfkcNKxrPTWOP6amy9KJ7VWmW8j/ODo+5KzJz4YSHDUUzJhI/0rdmanaBYiSyms6IDzG0+uiS mwiN5bNaW51IRyKoLzLdDSBXOtM6sxoa5ivQ2UqLFNkiW2VGn2/ye5AQ5jygG0Y2Phs5DJgLPCi/ wGTki0UPhEOCqI+wHpQn51LtOo1XqW00E60ksn37djSE39Ix99bBH+hFA8ELQkWhMlxdNTz+Axdn 8kcRV7SJvbqj0p4tWzdWB+979WDTmJqSe6658cU5ynPGzvatHQ5H1LPj1w82t79649sfwCjv8jVL x40qcAUrJ26fWr8pnBdp2HKd6+p5V8cLvLlWsTA2Zuu8OY/OeoZwncL+v+MS3UHkhMQY/2XjHYbL 3EgH09yQtH5IWqQoikVVWmzDQpLY5gYERpMIDHLIQkQSiR7GGCQ5H+WD6UcUogzAVD5RiIzQz/Hj hfELuRu4bdw+jkVE4T7EPced4c5xeg2iKINVdFGjZ456PWsr4tLjEJlEBr3oO402qSpP1Tc6iJ3R 6NMmC9eNO5ALhh9pu2IgS4u1l56Q+5QKyj66jpsKSiUWk98YAj0RdKbX3tCZfCWuRSLR3HuxnDO5 9toVpTt2HDt+3BoJ+x57VB699Gd48R3ArUjdeUfyvimlOXQsknD+T2jsZth/GuXQ5Sh2ZxX2Wx0U UuQr1W2xVUWsUMhbHUawOgxEMCqkJlHMcZk97Rii2TiG2NOOoMtJDd8czap2ava006JNog8sfnZq UtE5YEk7bZnp9MwcqlMbenFSS9pEK6/fCWec4Jyao/l5UyM656scfEPOoZzncvpz2JyBqZuBSaHM hM8xOsc7IKpp8Dm/cE74RGCFrKgWBkR1ZnpX1CZ1Nd8UbSJXs6IFbQpVmOq+bPgxM0/6Q3M5Lba1 VaC1aXGtdfwcVjabJBP10aQY0cRkZo0eZOKV9IRMScn2tENVZnFVqEibh3EOgk0ydVvfnf94k2zo MijXT59+18iuR7oaVjZVd+J7k8furKiffs3dt+HE9x9S+Z5D59BJK4t4ymVeIUNcrdGPu1pjx8AA 8lCVlR9cX0p94oeuHXXqeCTyetAPuFEX0n6ii0aGelNrztQnq3WA8pWESOWkSUkIDou3iqcbTITD MbKHzF6kY42CL1CFwmSj2ThCfrAKOciGHH2o3hQuq0J+spGMxSgsFIkJVC02oHqxGZpxCz9baIM2 3M63CxvRBtiAN/EbhQ3ibtiNdzF7uNv4vcJP0AHhHvEZ9DPxRXSSOyK+gf5L/BC9K36J/iB+jy6K paQ4ogs5xDAqEuNiE1JFQadaHFU6QqZV2Vh01IdcT9VHSs6S5qyPNAlD60JDU9KGUEmtaL9inc5o oEvYz0dI3ZBvb6Q3gqIDzuZxkeP5oCDaBEFEDMbBtGuuThSRmPaz1XOiwCDQRY1gzOdVVU3HeAXP cVW3TYd1JKUKfqxCvuHP/03JtS/HnWxNtua4+j5tzQT9GJitURKXI9tRt6XM8vnBz1Bn76xTqzUG cDi14lefBvNckS9Pp65ni5I7rls1Yz2+jRBg2hfuJKE/i+7LFwgdDdAfHZf41ZClGKbMbFUGtD07 i6EbmFXHA9TIXDadMUCvctZ9Tj/oPicMWYZjHnSfkwavsAy5gh+8gnLrbPYu6zPp7GU9ZfXsEMCC S5cNLGbukYwDV1iGICHwg1dwg1eIQ9zO2WyaGBr5Q674Ysgc6oAfruLPGif5pGTmzKUXhixYGEhn oTUt1JbUhFbaPUWfGV34nRa8jtUQPmhK8RvTJ850mdPLBM6oUZpSVO1YVBhARmJrgF4itGkyah5Q RgUwK7KKmBnMT8tHhUai6pXf65V/p6FsZlzXNVrL6icewnBtUMIWi3iSMle5S2EUfzpyWCYAEZtN KFRMCXmBKtmbm57YVU/mFVaxeqNg1XsEt0XHIlZvEAxm3iIjK2PjvLzHkGsuREGuhI+Yq1A1N4If aR7H1OtVbgrfaLhKqlcmWeZKV1uWc0v46yyb9Ju5tfxpfbd0wvIP/fdC2KCEUdgUMoelkCVqq0Fx ywZ+F3+AedD4BDyJnzT80ngcndB3m19n39N/IHzBfiH90XJR/53gNWhgV0ZtK+vTjkhp9VMbr8ww EY9ollgLUniOD3JS0EwHacwcYwJj0HSq/z01ToWSifCCEm0kxgQ2q140KEViRJnBXi3OU1YoW5W9 iqiILOEMtDnSDXMlSkA0cjGahseRP6V/adWU/HtUG6OhB3A6QRR5g9EoyopC9IHGYzpkIYr2RLVN lMz+VxSO93OKxRLRcTadjjOTdg6azDaTycwrkhQReRu5nUIKZPgWwsBZWF5SjGaTlj0Lkeg0+gBl ZBaJIhuKtq9lE1Aw8G0mhlDzE6robxJhlXgz9fbEM1WhSYFVys0KBXOZqRpkHSzUpiAZwuqeOA5f W79u05R295SLra0uonSTf8ryWl0/DieQ4YGKtv030AQ4s1xLv7szLoaNz+VdM+D4afIb/fiF/k+I wfYJ6f/nulC55Ldkg0RpnqCNz1VdM4gowPefO8KVg/Z74JrG52JD4Qb4/k+OcP70ScvlAXUonNi5 E8SkIS8kcuXcUa6cvuYoqsHd6dcPvHHgdufQ25X+T46JftaPtEC22Rh55v7fnbAkUKlFQyA8Yh30 Tk3PptIeqkGQXm5N/KsPFQ+adLA6NcADJsRAY+r57qfq2NhTpx+tHnXi2VTX808Vv0/ExcOfKr/B 1ycPvNmL277/EG89fultqrlIRHP5X0RyyNjwAjINcmHZPAhEcBmEzFBVxC6BQc9iQY/1JtINJM24 laIRrSdoIVA8JyULSPnuNCbzNHdijrSf3c8fND8kndGd0Z/h3pQESXUkchirYDflyNUwwrAd7jLw UcsstoVrMcw2PwgHxAOGk/iU8XXDb8xvyR8y7wrvmH4vfyZaLIP4ARZFcpnkLH4ATUkafoAoYv0P 8QPa9HomjSCgFzQMAUmSKYSAJJnkAfwAWdRLWBLlV9GrApaDAwgCr5rAFBwKIqCXNRABsckClomm m4z5orRIL9ykikQ5OKnqp+m3aeGkrlLNfuYmnN9Eqn2isrUnE81V0xeIuiB/Jl/s+wFeQFmkNdNF WjPx8yhcgIYR0JPekh2n4QbUZsisy+zKTWiu/IbchDHfmWDIlx4fDSRkDR7JnoD8QEJQvQN42C3a 5JG2+IIeUj99J1U84nTJBRMCCXakDv7Px8u8pcFj76fugdvPfzgi9ScchtS39eVjY9+njMmzMKkl 1UppKpCazvyV0FQOfvwYaZXsussBP53sBFw2IbFZuCHLoDg2Z8+asgnjwPUD0y4/WGlGTZHsowbI 1ngF2eaKNokxMF63ZNEb9FbVIvkNqtGfIV93NJJzPsfVm+OW6U4bCtTEp+eY5AWJ1munNxG2NUvP ioxqUgmN+MPlVTLdcEbB4jC5LCFDyBgyDTcON1WbDyqGsCVsbXC0WFqsLfZ2S7u13b5Jv960Sdls 22zfadqr3GG5w7rHdkB80vCC/LzSbfuz+EfbP0xJ+Vtbv9dnsbrM5gH4GofV4PWw0jhph8RI7oFC pAcsLQP4NHFJMspEchCt1m2zWoMW0UYOJCMRDUGDaDMYRCt1Fzbo6QOQV/biqPfXXuw9heuOS6RG VNspPEM11FlUC15g+bUFW07B2BMS5KPxHpGe0upM9RvLjU1GZpqxX4PNGHssKpEawnVdHv9WIiZI FSZpwDNC3RTu2SVf/NRNo1X35bjkPi2FXNT0zpI6P3QRE6X1DCBG43Nmwl9dg/z1+TQSYv8XlHlr 0PAae7X1XzgRT4j58YSZsIHj9oSSAX5soRYjhXnP0PcQbTtiDaVXXMc17JiMtk1DHRfk32wbWVrb 4FSKdIbUypfPR/LzIn/oSq0YU1i+tbkqdd1TcrjQs1zKZcPJg+u2b12Pl3//+rNjW66hfSBM+Orv SB8ww2vHqItjFgcmE/9MNTdbTuE3eGyByjTyw1lVIAkY7dNW0b2sTiKJYhwWonICEuJEmIAn8BOF JnkezMAz+DnCNHkFLMaL+Q5hC6zltwi3w05+j/AtXMQeN18ExXxESPC/4N8Hjvb5k7K9ChOxI1Dg 2wJLAvAIQcS8KAYBE80BAw2WhxdRH3i9uIh0QS30tqYIRcwiPgVSF9EjdPrn8VyEEEeH1LVZ1XzT ITMgs2peaN5m/sqs0xzBC+kp81ok3gTwLIImtAr1IwZpaLXILclrA5T50TmM9AI3OUkTn0Y0fws5 SQf3auXP6mqTn2l+UBmbSTb3ZEDiM4NtpMmPF0MRT0dp07XH07okRy+fpLVIqzIdcmZ1i4YNQSX+ haOSBk+Q3n1x0pMQeIdnFNVrjzoT2gCF6EhgG/nmOAbZI12BVg36gjSAwfBYwB7GP++cnWpiliRf WrWpA/5yL8Pr792QnL9FeJhGyvsbqSUL6tViRRpQrWrR6zCwYi3VxliWEcVaYkS6j3K1RK1yn2Rq 0ZvGD/5BJUKS/mWEgNznrKwoj1XH7IHM92+9cKEXzp/t1T6EzlYwf4JRujfIO9aqRb/l/sDhI9wr HP47D/fxj/G4k7+FxzP5pcSU5YE3MIj/D+4UTFN9wHxLlEKSM0CYvJ2r4UMIaYhRxp9sSo/Kkqah M4m1FJyC5kVOamEs0RvEklizmnxg9Wq6jNXGaWGg41tfyovMLR1ezbDfvPOLXSOnF9c7FtC+kEr0 v8YU6H5L6iKhGomWWsdgGxGbiDkFN6oiJjnI0YGbPXsankGuiHsqUZY/p6ERp/QlMnBqFeU6iJEH sVN+8v2xhN747UXax14lm81aPM6O45gOCuioo5oWn1X3uLZWDvm1ZZifZieKvuwypYEUvxoMfJGd LVK1wXeUq1Hp42zams+MPdUmaz/XYLPTQRZe7dLWTQP6jH0aenR7SQ68qhkDQ6qTNiWbbso+FKU1 l475+dnH7NOfEM0RLcfn4SPdW0hA01SZIu0w5MvxCFhGQKcg7xjPfMGewo+rEseRNhOqgTyQWSfO Og1RRB9b+7W2Bo+GgJe1UE3pMS86kqDouWrSEjEFGts2jz4QXYHP45Lp/i22jlFJhaLAkePbyLu9 6BbVw7BGF17novjalxhW1EGO28VwJpfbktONFyEv5J1QTKE6M5i78Skk4kWqTQGPdwRXbPs1MhWb Q8id+9SyDHYIpQ46kJq82EpoJqlkIALSUuu4S/EySg5Kmz8tmXUJVsJyC+NXRpknxKTnAna3vrgO /J7ghHFjx9gfzL1714N3jhx26JoCuAWfTySa3/EVR8pHR6+SV7WvnzmjsaZzVOEmqnngN/EuUr4I Wq8qBbxsLZCnSJJDB6FycvYFUgwdKVkx5KnGXHdoQc6qHFyXAzm0fA5SPncuSIesxf4QX1z0MXIX 54SgGLlLs4XsS5cyeVEr5hpazovp4LWX6Bod6hVmjTsG/cw5fUHccWX50uEX6Zhj4F6bPzKyvrlh ltFu5h3TG2tH1tQ57y6+ceO+W+uvapnx03vvuJ95TKp1+KbGK2sxXA+1kWBV6Qhnx4zl0+LNVsfS ca17VxFbpBuC8CTQ/uV6EWH8NwT4L8QW/OqIDqIyHRnVAEoC8GTKAn+F4GGUvkfn+b/fo/N896hu 0eA9gP7VPZ8NvgelumHC4D38v3EPj/7ZzQ+5R/437pHR37rl9D0yakNz2LnsVMJtJeREeSiEoiiO 6lA9akKz0AJ0HRFCG9DN6HV18bIV02bMmDd749aa2hvWhksXLimc3GDkx6ks4smf119YW1pYWFrL zPZWldtk2eWdOmn9mjXXtk0Ye9Pm4ZXXd1gcVzdj/YjRzeQvf/4cX86czR1z5nRsZtryRXNJWVlR fhuKXuhNRHvP9WowwtGofK5X7iV9gqR6aXLoV7sOoum9fDZ9/RUX/+B6UgO2gvzqqlhlKLO3ZvbO zD57nrvi+Mr9leevPA5e8fzs+5jflVdVld9PN/+MVcQqCmkqFa8kn/+MVVTE8NV0m8yhP+BbB65N Hi6vqqzULobX6bnUPLr9J734fppi9pNNOTlKvR+LVXxMDuBBkmimD9tCNvBiZbQ62UBSD5SXV2F/ 5qIURxJf0Ns+qCqvKiMJSkmaXwuREBKadhphYhmW8cYqs17wshLSg4nRm4JIRWpVTRVS7a4qiRAO biLKCs6jKw0UWQtMTS1zIBrrlGTPgvmtdKKBqiE6zWcjRF044nS+AEbExu6fOC5/eN4Uh9g14pWp S6wHzVMLOth59FGDnwpCyale1AExZjmR2h6UdwIVG/XFNvkFwppE5CJbFkX7PuqDaN8FSur0RX6l Kj485meq0rGv7RqaRXw4xCY2PZzqJRuIPWLLX7Qo35bewl+OLFkB28gmtW1tfMGCmrXalr77v9BW qCXvFomlNUb1cXqheKcJ2kzrTdiEi9jhLGbBYNTpZzHAGE7hRcdA0CEU7T3fk6xs7SHSJtoTa+1N tLYmewgZxqsD1UAXRBTYGYUZl9oOD2xetmzf51sf2gIfppwrHgI9cKlviRZwjpS5gmlBPtSi5hXZ h9uxLDuLOcVoKSamN2HKHAKTEcgfQyyMRV0Wm41RaJ2YEUO2Hq1OlEQ01qf1DSKGYxC90FdJfqis lMm+orwVMs2hcV8tZDyXlSqkrYpS5/blbJoQjc0aPWHCnU3wXmpvflPLDY9eO+fmVVNmwChLe7B4 3Ojpqhs2bfpp9b5VWydPiNWQGnuH5DxKasxByGOqKjmVYp2X5BcMxV4EPpJX1czpuH3cIQ4DBxzj fp7kV6K5PmKVUPQjugqYZrlViZEUyXVfLNonf9QXI41Ll5DQ9ZrOdCb9ikwjkoJNkyEF+ZD7qGXx I2U3b2y8etY1N6fehNGrGken1t02evrdt+FnuSnvTRg9buO6hnGwEu4fHUut3D1hzK1E5aEI9E52 FLKSHDeopcstMMcCy40wxwhLeJhJ/vFSjHWd+5zgdAZyO/3EbLP5RFOOD51i0osHIdralwnL3pr+ AAVToYGD8+mM9mhszS4bstscOLHx2MaRdZuOdW44tqG2btPRzvvu3ffgPffew45qvOvsjlvfvqux 8a63b91x9q7GS6PPvfb6ubffeO2ctjKGkOQ8Nk6oMXhS/I2gA0y0OIoirRdPMSVHwEi0LlJbCiG7 szGSl0CBos8oOXje0XFdnY+8G1/HNAxvLXq2bEc9fWIDUb//RMoeRr9Q2yYGYbNjrwPvtcMmOyxV oFmBPWbYaIaJPDSwkB8Kh3M79+phpH6LHhfrCbUaDCVvhuCh0NOh7hCzOrQ9hKeFFobw2BCEQzUh HAJLp9XaRDRlqz4/ZLGEZJ+rm9RZCD9/hNh2WvDfRJQY4aSdW2k796Zrz0J/JHtCqFRRaB34BAKk LuOjmeoqGvCSC41mYpmK5swMF2D+dGlBXvNDm1fdMt7mScwZ/Q/7KW78ukOLlz7SEQ/PvHVO87pJ RRw+OnzTls3xyobRo0OFY8pzL1rn3L6gvGzGxokNHc2TiotqK0ustG5GpZYwKVI3tUQObtk5EnbG Ycdw2FMJeypgcWlnKW4uhfpSaC/eVIxnF0KHHTotsMQCMy0wwQJ7TLDHCG0MLEFrCZH5E51FAb+/ rKhI1+lySaPLOonE6rxJgiaJQsowUrSuDMrKIqg24PPnSnK5DLlyrmyN+KoIkR2z+kRzprrSfUOJ 9dFxYlJrpOZaaR+h7JfsyZZ2nETr0GrLfsDHZIkypC26oGGstdChXHxIeqBa9Rz+Um2rDzbuPN6+ 6GebJhuO5+zbqK6YNqyksV3NUYO2MRvmDC+sm1HRudfaZZm2bv+suQdXjVqyBPab1PkbJyx9YvNV I1YcmO++766SaTfUj2qfHBGFn7oTreOHzxyZd9stgQV3LSivXrj76s4HhtH1kBWpLexINkbo24zq VY+JM7CAhN+sM+804zaiWuvZDiM0EKbHE3I/atALhPi7gDViUjd1hOP21MVIGaO9lYTf9vbIPZWV Wh8oUNJsN6AUADvy1a7kDfi5+19N7dKlgqktsPOXzJ2XOvH1yXu1Nm9jeTZIdP7b1MaN7tvcOCzX yDhuhj0iLBM3iniiCJOEOUKHwEzgYDwDcwA8Hl2nxWLwuV0ugxc5ncZOA8I+l9NgtDuNRqedkbzd +HmUw5Qck3y8ORvzOprmy32VhMcRxkyS0ZjWiBp3Hmyz9MpjVJBfGMoulBng2BDZve8EyKkvPzmR umh/0bH/+r1PH977zPyn9+H3k6fgq3mp1AcfpM6+/ab59j1vP/jQ0Ttt+O+HSU1fS3hese4lov0V oAPqdVUF4wp2FDBFBbA7H9bnw24/THRDoR10drsdt1thtwzrZVgrwR0mGGGaZMLjBZjBLeHwEgau YaAGQCFVQHikh9RGMICcnTT4jmLx+YhO6rL5zDqXjzdlO3ys72wlZZmVlRrTJMT7Y8SqlZwG00mD dgQ0NKCCfKzAEF4Kri2fd1367p3fpt4n0hD9/HNXV8Vre16DCTcePHjrhmeexhdfTn399jup35M8 3g274Y7TXfKfUn9NfZDc/caddz7/7N33vI36+9FMUh+K7gzWUxwPcjySkOMs3RmiIdv652m/1CLE ctoVdu24uf9z1qEdO7TjSnI+rOsmx05X9okB3S/JsUs7T2u8hDxRj9x0GR3q6D+vW0ns/EqidW9R p9w+HjaPh/ZxsFSFZhXaRsCsYrguDDPDUO+DcbkwyQ3FMqBSv4MFfz3U15sn+osCgVFF5oA/5nM4 xnp8RcxYHysIRC8nYiBd01pFZ7lDayzW01d5RVUHCoqKQmYmK6fiRFhoXIBw1CwbUGw2HwOEv5oJ 96DhKAin0K28ILn48LyNB5duevGWcYkd/+PR0++X+KbfuWrBHdeOlM7YWu57546fvrt9uE6wePpR YfvNd09cfFODt2j6TbPn/sfO6fmtNUVT60IjVz68aM6+VU1uT1RuvW9ZvKBx3dWuVU+vGTHhrvfv Tf1m2f5VTWNH4Y+MbrfbICUmzylPzB8XrFp67/xM5LhVpAZ9xH55VF25qwiWBIELOoO4Ix+a3cC5 odkF9S4oUtYruxRmrwm2GKGdhw4OqhkIMTAcw90+uMkHy30wzwcTfeBDyF6E/LIf+/3FeQ4aJEES 80QsIp+fVLKnwCcxHp9OyFJympAJJWuETHqxVqc/pGagNVxUpIFUaGvbLHZ7wMfQsVQI0FVuZqxb 5V/9yCtrHks+27rg8DcH7/n80MzvX+QmbXlq2aEL4UvbmXXW955f8tiGifDOhpNb1Y43oOD0z8H8 Ukf7y6m/PFO/7dXdE351Eib95euRG49T6fVLhHTzSO14UY0aWC/sEvBOnqj34NGinCKfZPCbFL3P wZgxMhKK6amr66PaVuWgHhNQMpRAfWNi9liWHNiHogv2LbrlqcWhMyf4vIWb903d+Po905hJu093 Vs6659fXXfpY1/1+bNaYoHr/P7ouPZ3JDX+Y5KYKdajjdlbAhgoIl9aU4pkFMKEA6nNggrvZjce7 YKcAGwQIszUs9sT8qMgfRjSnqMznDQQy+Q0bKYn3aDkmPJNoXx/1VcpUc7ycuH88/86BchQMnmcn RZpvmbXuwJwCUiRvy+qdDVP2rGnJ5UNLN90+5fpTOyadIednrzvQUvAjxcwbv2raVSsmh9PFHXoB KfkjhEppfF0vGq7m3S7AZgGqWZBMfsogDT7k99BSCWbeSEh6oBXSfFErDSjZPkfDSlcXZPqqAvPL FtxNWyH80gnBv3Dz3aQV9k3TdV86eVv3Gvr+ZYz/uwnvVs5SSTv87y5mNm0Hytdeoz7xKKI6DRxR IRm/X9gnYIEVfBwvMj4K4J/sofi60dbk+R75fE9FuTWNCavhto7Ed3z6aXLt55/rug9//7PDh9n5 2fjgC2lMDrRTnfY9D5+LcFJ8n/QbEfEc76eLhkSe/1oATggJG4TdwklBJwgWyIdKYEREFFkMfiTa yAOQkcN+VtBjjgM9ZhCk25rUSEImmUr2EDm5OyKjl3bTwFewOuYiHTBGDyO7+Rt7QOt+gQDQNqdB anULUxeTlpdfxh8DSir4YtKo605Oxl3JyaTCF/Yv1DsJXbpQFL2v3nlrFJrLwF4Gu4ZB/bBZw3B9 MTSHwR4GfRhaCiGnEIRCaCiATXnQkQeJPLjdBx0+WOaB2S4Y7wCnvd6O2yRoF6GDhV3E4nE4c525 RR7k8nq9kYCryOm0FqGAHPAHmECgIkLjT0pcHoe5Ip+RyfX6PG5Coi4HwoTHxGIXeuRkZeWFHs3E yNgYlWlufuPunh5w9cl0T9dg/stPUAsMpLGeQkL4LJGoHBRAZZyJOQe5PeXs7OoHXnwslTy1eFk3 4IfbTj584+zo2uvA+efkV5uXfvPng2Ma8ORdxztWnN49eeKOU/Fpa14H8yPHwf/68orWXU+9saYr dX5J6gwMq4Dc5xo/vP3u8wemTjrwx5/c/N/7r9Gw+P7IfEz0aTsqRivUSfFwfRjH8+vzcY2vwYdr XA0uTAyO2eZlZjybX8Zjj8ceBJstvbYcIsHCNFTFAgNrsOv9XovMObyM3kBIRhN35D9rhsWiMpF5 A7wgQHoNnaFKSzhiPsaqYzCg7qaLznz8JFtx77Klv9gwZsy6Xyx9cQnblRo74roppUUTV06o76gv iE5r3z1t2vT73tpy89l9U+/ZdKm5fNF9ixf8ZNWo2hX757QdXBqjUn1PahmMSmPGoALVxuKgng64 +TUnDIZYvnSC/UIvzWlPkvYsQqN0teyerq6u1DLdi99dpd/1VsbP9ButP81WK9KdSFt5JwocRqIY pLDkIOIgBU3BLEWGJOY0L+j15M0gppnjSxR6NtpKurHWOWhnkV09pO/QbkIV40wXiQHzzfmUv6sL Xnw/lcCe5GeEiayDr1NG2rP39P+dWJndRC8qUd0Cbw2qCiDFr3yifKWwihXxOq9gNBBa7aukpVqd PFtJh2G0qFVxZ6baiR0/SmcrLrCEHa7wVd4FS6NcFwwL1RQoOuYQz1c0b6hnb6X1NzU1g+0iNFKI atBitS4er4/jeEV9Ba4Z1jAMtxjaDbgNE4McPF5bsLCkxFJYOKKqMI+v4zFPeo43T7Lqoz7ZxAV9 wGi5ov91mpKt0UYPoY3kWwNyIlgwhC4clDDS3HYg58Er6STGtj917VNbG0ave2LZdQ/EdI/TchWW ZouV+rquvbEkMnWFOmbZpHBZU8eq25rue2c7EZDTp0/b8/2yojixyQ/x+nJS5D/Elu5fPPfhVXXx 5Y+0Ldm/tJLWt5lUQ51uGOHQ+apsEPmgjsUGHNHreL1G6T29lDX39hADJ23cVNNJlpi9ALYffeml o7/6FfPQ7cCnvrmdehulrmY+I9ZMBE1Wh+3Khw5ps4RbJLBYULC42DvMUCiKecTY8Xuxt8SnN4iF XptTNHl1EtVvqJZeR8XAEOtSq7dgdlzDmbYgB3qXEhsiq5jPKlce3tJ8/6q656y/HdM+KcyOPtjR fseM/C7TsFmNk5ePy+tyX/vEpvHBq29p9TwZaNzS8sDcuVd1PjIHr0v+dvb2GcUVrbtnYi3GJR2h ySU06CPacqc6eWYFaDTREoI5AWi3wxIFrjPCOsNOA15igA363XqsL9vs2+vDLUSl60TI3LmvEAoL q8o6/S5wFfv0REvO81kNpFPWZSySgSEcwl7pAMRQJQ7o4MLw4bErxnTiceZK6li9t+2O1oS17OCS hY9cXztm83+uXHfyprHD1xzZOm/i6PYppaVT20dddX1TpGzaSl333R0PbVhUWTZ27IYnlrQd2T6p 8c43ty19+a3z2xZ+91K0eXNj09opweLJN0xouHFu1f9D2f3/sYcTOyiDqkX44GRE25Z82NXsasIv 7eiwOl8yW0WbnWGtbI3+AGlGkgjq9DadfqIOanTA6UCns7ZZIWSdZcVWzAsiByIEEWcjT0CbRTr9 L+KQCILoJuoHZry83SqKVjsxYPTcKSbSpWMzHLKH9KW0GU5YMbijtKWJMrE7M3+uI+KVqPOKpl+0 ar9Cq0yErblHsQCFjwoUMAGmAGJWpowJEb2MY9jVvTem5LWvwCtnp95gtslGPaszmKzm62FCqptd nVxLxFh1pCTHGxlWXZT6PZ37PkDKHyHlt6EAKkNz1XJUJhd6dIVhvwdQWA5jT9gTNpTby4LI4Ddg A7JHbhgG+4YdGoaHDcsPRIynmJJj+RGDmDVJWlf3UbZP9CSLNlbUqgErULSrzOBPgAb1pKngwPhP Afkpkwww8VHzRvnU9U8sS1XC62+84YxOSH7ZVzVvfCg0tiV2ESxT2ka5PWNXTu9HeKFcM6m5bNb/ Ye9bwKOqrkb3PufMeyYzyUyeJOEkzORBQhJCyIsISUggIU8nEwgIyCQzIQNDJk4mQMAHV5CXVtHK w0g1PIt+iBggF7HiA4rWUqVq72/VWqvW8luxSqlFC5N/7b3PTCaCXtvv9r/t94fNrLX246y91tpr r733OXMmtzWmCLds2DKuqrwoK8w8NSenKFF55bUx2aUpqWVZceyvfH4m3AYOYEYrS2fWJOOCsbgg Fs/S4SolnqvAsxS4mcdzYFUzR0Yi8xZzv/mwmZ9oxshsMItm3mxOiTePVWNwDWSOhJQUHa8n98WS 4mWa4fti7DY3m8cLvnlfAQ8fcukxQJESmLXEj4Xb4lpu3+fc8OrdM5u3vbba8bC3PmZw5vvzNs2H M93ahrV7ROxpudeZ37zz3Q2b/+OHdTktq2uSflW87Edtvh+78+6+AzyZjOQmGEkleHJxaXKhFlfI 8XQOC2aDXtRzen10pAUpRVip1BlKdWQGgpG7zt1jY5JIb3ckFQwPzw58CLbKSf4/+M/7S09cWvLg woxcx9a2C8It/k/8H/k/9L/3yKSOR92dOxamE2sTScaBJBpUV5qqVGoEoVSDJ2ow0hjAh3iNBuvk KgvCImysFBkqFZZlcMSN1Bk46EYXAj5ETDkJTAuxH05g5G8f0o8w7koP3wkb6Q1Xe7lfCrf0+3/e 798r9c6fgt5VcOKB8E3+ZKOg4WQW8u4Sp+AyBEGOM8gdvKfkain8Sp1NIls38rySdgFOyZ+6eh+X cPXDE3wG/0v/S/1+JfBl3nQcvCkJvKl6fSy2xOINcMw3rjdyGw3YqcNNOlyorlJz1QKeIuAejMeO jUoIM+v1SRaUICaUJvQnCAlRFvK338P0iRlJSWPC42EiZQyMiedQdujR/sLw8jfibGmRJwWcSTQq UpKCrkSe8SQJx8/7P9nw2/4W68O/24K3zT5Q5v+r86H2SYUd224+0effz2n7DjY99B/r7vz1zjn+ n5hfnXrLIzd37Ooscp4IWFBooeOXUxqhsag4TqZT8haZMoPjBLWC3PzEAolh005HUOOxgTrNbvkn 0W1dUvgkoeX41YETJ7j645z66pfgK0X4JcYdW4E7j+JKVTy4wTlwA54+QCDjgakjkp+Ex9YTJ6i9 04c+4z4EKgKllWoL5TjCYjCYVGZlBFx0TKnS0EkIy8I0dnIlfozpOpkyuSBK2g5wH+bMX9v02JOP 848VV4xTncBLOu6fl/7ck8YPLKXNOdzXAb3vonqvKi1WwPlYzYNoEPhMCEHoU/MQzxFSK1Uqi5o3 qXlYxdUiOWQS6yCZKONkPKb2ORII8tNOhxcNOxfdCJNf/4Jdb0x2RBEcnsJOC6c3yGIM0q4Yw2kB KwIbY+GuC/72Q8ePcxMu+qO4Mdv8qyGIn+Xy/ImSn5P5LkPppeGsd5lCkKYVT4WQ5hMxKemfziAY Gn7TVf0JrkC45Uo24yPLBj6RaFfp/B0m3GvCLSZcbcKmiAiLwJsEPkLYoNmu4ZZr8GINnq3BlWAa nY6tizrZZhnuhcVRX6XnesB8nGDQywQFH2nhuGi5wkLeLONUvEmuAZFg9cNKafWbdJrdhKU7O/JF fPhnCB4VFgSzMcE823DC2ZHeU8dRsGHOJ18ElGUfkvsP3u0/JBzC4B2mMUpOkxiNYy/wd0OQ2HnF AVaLymsVxy4u4d6TxtlGx7mztKAZJqGC3EavxlgJ5xgy4kqFSQlHHo3FoMIqlY4LjO49HF7KreY4 TkEeeJVq1yqxQ+mDiMqmQ+6CBRQE1IKpu8HAFu6A+FT0SeRpgGA7eXVQOPwTbpYwwM+7sh9GYz8/ j+42PxN+BdHFiFLRotJp61PwehFvjsebonBxxKwIrkaLi7W4XInzlbhAgSs4PJnDMjOKNcSKsXxs LBwHxpJHhPFqTWL8dzwiZKvSNc8JYV8ZsqPk+u54fXtT07Y37lj3q62Nth1v3NZyj30yV9C22db8 g/aiyW0/ENY2P/zWurVv9dnmPnxuxb3v91mvCCWefmf7bs+UfM9jvvk7PDdIq1MS2DwMxaLy0tSV kRsjuVXhm8M5uRkZDbCXMoaN0eotKEwM48L0GRqNTh0bXKJGLAdUA2NSQHAIN0b6UIItVKdXHOzM y1263+c/f+LElc2bU6s6yi4Lt0yAHX3NOkexfzY3a8HSolkZ4dTSe4XLYOkxKA/9vrRv/SR8Vy7e lIU3peHJcZVxXEHszFhuSmRNJFdjwkUmXMHjAh7PoAZPQqJI7tKm5Gg1GqcezwGTC0qslJkXw1a/ hdzKpX+Phk9Jyc8xj43G0evNeAVUxSdlVCW2JHKJYnx8hCZDq92oxy59r55boMc1elysx+nAarwS a5Tgx0poEhxE2A6yG7z0WeXV94oWkAdtC4K3HSBdyF0ADpjLnuQsmER+BOHa4SZfayIvN6cO35Uw 5hakkMc70fnXjv6chlxn7uTq9SXT7r0x4AVNVTX1qVWr05z8Na6w8dcNYnb42uiKHDFp2CUSsvR3 RRQmd752Hb/4GfhFNBJRS+kEUxT53QmzgX6lw0y+7CzG8/Hx6uQYpYUF20iTKSZDoVCJGRq6EKno QkRXTLb9CrhJLol6RRHSTjmLH0ejhmSAyKhonMSe4yQJP/voV5Ybps2auPsEF+/o7yp54rHVS68u xFM2bVm9yX8YF+TPzAj3G4RbxOoVLXfuihIm9uH62Y4G+t3hWTBbY8GHpqBnSn3Li3BPIV6VvTmb 6x2/aTy30oI3mfFaETtFbBPx+rG4Nw6vjMXtBtxswHdzWKeMMKdOMSPkzsQ3ZeJMlGpI3ZLKp6ZO vCHBHB+vNKOJ4kRu4hT6ZReEdLwuPzkeJRgSuISEzOTMaD4+n2xDk+OjA9tQNu7sy3vs6Wzw8UsR 85sLIx9pM79ICe5Go0Of0ZJHBGwTmJrFB7eu/DTVpjWFN89IjZ+x6uaF/T1wgtzvWPPC2gphQCic t7y8tGNW2piG+7rbH5ifUdL1aJvjxytnCPzYNndk+hRLUm6a2WjKqe9pmXXr3NxC572ztdMWTE2M y5menlqckx4dWdLQdkNFd1N2VssaK2J/xY3/Az2hJZSqFNgCa6yQISf7BY7sF8hp89Wrv6DbNvKk NYn/g3/1cf8d/En+l1ey+V/2Ex73wyjVA4+xaF5p/tw4Vxw3J3JxJHe3GsORjd0V3yDDPTJ8l4CX C3isRbJxkkGKSIkGsqDGxCuonSddN5rCnkMAswnsPoQgbTyEelXS1CU7Pav3Ly2M5Z+WGS3T5pcv 7p0a/gz+7eRuT1tNZq7V5VmSwT1wtSvDVlOWHTdx3m213BaQWglzYxFIrYd95pQ5GM+GE4hGR/+i PSdYyBdzOZ7ndHqEdRhCJzYh3EgmDl6LsRdjB8aY0wuIp/OEYxs2OFXeQB8T0YPl8I1suiMJzRbR WxDkRzwnwcmNrbTCIv/EM/4bfoYnK7VqpYxTmvS4Qrjlb/fB4nUmMjkpyTSuIoUvJhZPREg+BWS3 4PzSo6kGbAjTaQ3aMItOa9Jpf6jDOp12kxZ3aHGqFms1J6JxWjSOi8aaaLxVhck9ei46VqWJ1qgs sdGm2GhV7MN061GlweM1OAY2ILGzYnFs3DhQexy2UOURFuJxn4DTBBwfJ3DxYKO4eFNcvBC3k1pl MbHHKQ4f5/CDHF7M4bkcLuBwGoe5xXEr4jbE8flxs+O4OEtcmA7Fkt2KhsPawFn9NDNdMASDAZkN 2Z4l+ECAHNZhOxdiV9IyZDcT2pKxuWYwMJie/s3NlNRxcjm5Wz7JSHY7U3ny/pg0Gkb5FP9Lj/sv G8J42KKF+a8M+s89fcAULQeh9WGyD3/9c21UuBoLcqPhKBkjvmNyUbi+OvtKP2yHJlnXpYRPmVZs 4C5dXZQ211oekbO8jHsfSV7noPvB7aXWSJMSacNVRqSNMKiMKj2h1CqjBitMcpNSg2UEGJUmpUVl NKlUxmjYNpp0YUiLOF7QaLEGts9aE2RRtEajMhm1dBeoxEg1bFecTc93gRsfp08byJ+TxNQkdPtE XvgigBTr9TScp9A/RzoOM8PQvwgpOH77mwlFetV4/ztv4F/5W9/6oylRoxyP1S/5W3B2ic1kmOa/ lbNxCf7j8VkRumm45ervQ/UNQyWliXKLTFALOMwiosMQcbF0hxvMyPNhNOjw9C4oeVuS3ORaQEKr 4Tfkq3/kdrYkDgyO4PCnnvAXvHMpISdcl5HyNdi8yz8W/47b4r8/o3ZcwsxCvIz0Phai2++g93B0 Y6nZoBAEAb8pYB30adHoTLANCg+nT+qMStjUCnBaJmceHWfIIHdjL+Tmko9kQIjuge3mLeGTyHdP kiZj2M7R9yDCOEUS/7srU7mWuJSMiKtdvOvqdlOaxch9sZ/bm5ieFdHff7U+akKaaWiI3P3H7bJf cym6+4GSo7d3N6CoUjVGgoLjyzAWnuYzISxn4IzJ0Dp56HNuI/cFVugKcfPQeqQ6Ag0hTE6eTO63 LQUO73J/4hXkLYur45BiABHJaR25ubqR1n0eqIsP1CUB1/XcF1D3BdRZSF26RqqLhuvu5f4EPZZg 69A62iNlSmuT4bS4lvsN1N5Aa+HKMYErs6DuHnrlVLxAulIflDWLO8vdI/sFq+Vaaa2RD/KF2o20 FvSUatXB2miovVf2DJOJa2RW4EKvXUtrQSa4FmQKI5Xsa6b5UroHvT+c4BjXDenH+EOI9mZuPn+7 oJYVyG9UdChXq3ZI6Uxo0sRqc7Uf6Q6GJYf9QH+HwWL4Zbg74kcRX5gOmg5Gro5Ki66NORi3Zoxh zE/jv0z8oXhzUl9yTfIaSAMsmX2W7SnvpF5NN6S/lsFnfDVBNuHX2e6cnFx+kirPPHl8/rj8Y4Wf Fw0U75vy+2lcaWbZofJ/5fTB9dL0vGBa9A+kXcH0zPdOX1W4Kj4aTaNpNP0PTf5/RqqMGU2j6V8w 5VbWVraPptE0mkbTaBpNo2k0jabRNJpG02j6PmnGLSHp2Gj6l0rPjqbR9G+d/sbSzIKZD8688P8i VZVXLa36qnqg+s+zFs/6k5T+WoNqlDWGmpgasSZNSj+rbal9tC6+rq3uvro/1u9qMDYUNNzacKQx r3Fe48kbyyAtu3HvjQetmdZHm8KbZjdtbTpjy7c5bbfbBppVzROa9zf/Zfai2Y/Pcc8523Jby6Mt X89tmTd53hPzPr0p//9DqvsfnObftOSmlTetv2nrTXtuGpDSC5DO/Zul3950YTSNpn+NhMg3QhDX DtCB1yA5egvxyDx0H8CCoXcAlgA0IdNQBzIjHsrNUE7oIgqLh44CLKH0XGhpRvMonE/hIJSnI/1Q AsBwCgnnbOBzlPz+GtRmUz7ZwIfAEgrn09pBaDkJWr4DUO+/DDCcQjO0mUxlmwzXElhMIZGzgLYv oD0WIANwKKD9FqAECsm1BSiXtqmgJTMorKKwFvotQFZKN1N6NqVbKD2PcpsPsAj4VwA0UDqc0gnQ pojyLwLOBFbR2lroqwh4ErqZtmmhkOhYDHzuA2iANsXAh9AJlDbT2goKq2gJeXOsGPgQupnCFgrn D32GSqjWJdRKJcCtAmA4pROAZwmVqoRKVQLcSC3RtAS4EbqJltso3ULbzwVYjaqBZzUaRBbUTOVs phI2Q0ktmgslHQDDAc6jtfNo7XxaPp+WD9JRHgQbvgNwECD5V8ydROQdMPIiXBwt4akHqmmOp+/H hXE7JZpHFdztEi2EtJGhGO5FiZZD+7clWoEcwTZKlMN9KdEqtFkml2idLkW2JfCba1gXMSjRGMmM pySaQwoTL9E8SjZekmghpI0MaU1REi2H9skSrUATg22UKCbiWYlWoUpTukTr5D80dZL3lgWe/FnP MZjSMqANY8IpLaflSZRW0PIJlFZS+gZKq0DQRO68RDMbMprZkNHMhowWQtowGzKa2ZDRCtQ6pk6i mQ0ZzWzIaGZDQqtD5NdQ2Z6ktDakPIzSz1HaQGQb8xqljUBHjPkNpU0h7SMpH0ZHhZTH0mv/ROkx tA3jmRDSZmwIbabtr1J6PKHjNZSeQOlYQitD5FeG9KUNKdcGdHkMiSgX5aCJKA8oG+pATsB1yIM6 4eNDvaiLlkyHnBdoAu1Q7qItsqCmDLkhicgKZYvheh/qpjknYCe0Xg7QQVvqIFVBrhVKnWgFlDRQ 7p3Qb6CfWuDeC7x7gI8IfD3A04XagG4DugvqvMF+xKD0ORBDRZQSzBWgTCqDHTh0QVsR+rVDP4RH G1oqtZ0FuQ4oJbU9IGN3UCdiBxfVw/2t8rRTW4ioHPKtUENK7dQSI3VkfDySpiLtpQdq26i+JNcO vFfAtV5a0gOtHNRyIpQHxqMaZCLWcdHrOqltp9DrnbSFEy2DPomlHRSKkkSBtiIt74YSYr+u4AgO 60HqfSCFC67sBiuU0ZZMo4AWdioT8QAH7ZHIvJRq1/4Pec83WxaP6JX40GKwh5v2I6I0aO+iGniC dktHs6mtuoP65APfQvCAYU51INl/r5+r6WfU1/9dfP1aPxgepQrqCSugbSfYg4xjOySXpNMEansP yOOiPdTTmg4oIdbspmPTSD3JS2tcdA41ARzWndhsIuyfCmFE51KLiXRu9VILMY18wVFqp7L66Gwk +S7KYxnU+iAxe7TSawMWrYQdTi3477D+gZouOpcc0Esb5ch0WEH7aqO+dL1+Wd5FfcxNvYn16oMW xLakvkvyJpH6okPqyyVxaJN4OSnMohHmm5qTFm5KpcF16SPG/dvk6ryG9/e3UqhXBcbaS/0oMHYB P7q+9qz3a+WaEmIDognTxUf7C8QZL/XEXmo98pvNnXT22b9VU2Zp+wirslnkkSDTitFkPndJs5pI uzzovYwPaUlix3ePUSCqBWJnO/VxN5U3YK+R8zCT2thOaYc0otfO82/O3TQa74jExXBiyqY1WbSP pXQ2O+n42KGM6LoYWgTqsiWeN38jdqRTSexwbRftzUmtyXQPSPP3ROfvGQ3F+G/wqA3wEBOCfrkE ypjFA+PvpCuJW4qiw376XRE+4F/fHuUDo9cYnAfdIWsm8y/mMU6pv8XUMzul2ZJJ9fZKEZit9yRC 2OkYsLEOeGUnvb5Lim2sBxIhWcTtDHqLHQ2vdAGe/8TxCFrJTnX3SNE4EA0ctKQHbMM8fnj1F2m8 d0t+kxaQ8dvHl0b4EWudmCB5YSBGOiUJXSPmxPfmR6O0i14XaH39WJX5jVgVsP03ryZWY9ExVO+A XMP7kOGZ0xOc44ExzKTR20N7aQ/mnSEeQqIQG6Fu4JYZXC2Y1K1UFtayO9hyZDxhY5gtjXg3nSnu oAyBuT3Sl76/VYd7CGgZum6M9OlhS6ygdlz2D45jILaTfVKnZJmR66kHsb3TsF2WQIu2kJXA9x0x mcVxB9UgsH4VXxPN7cDVQyPP9XefbHcUWDeGbRRYm4btFBpXRl7VTeMFG69WSffrr6L2bxlVb9AC 3dRTOyl3NpPYWhq6Rv+jXhC61lXB7om0aEAzIDcHdlFWWlINZWRnZ4Wa2ZCrgNIKKEmFFk1SfSod sTl0TaqCds10vWM8rADrIT+XxroZSKR5kquB9vXAi1xbiVpoH5XArYm2tFLedVBaC7hSakeumA4l zZAn9EwaDVl/9XAV209XS+sjk9QG5WJQw5FSVdMeA5LVQc4K/Kuk2jLgXU35EflJ/zMoXR+Uc4Yk aRm1EeFMeE6X9qFWWtoMuBHaNdH+y6jOTNp6qsMMqGe6VFIJSM9Zkq6sHbHPbKmGjBGRrxbSsFZl 1AZVVJph+00H3AiSE/4zodZGV4oGuLKCatpErVcp2YxoW0tzw1qxkZpOtSFWJTaoALoOPjODtrNS yGSxhnAbabs5tH64FdOvTILTqeUaaI6NxnSas9GxIrWZ0lhaqR7f7HUO9cRK2qqMatwU9JAZ1HuZ 9AHvZH00hEjC+iNjGypLwKvF75gjjEugvlka6WvtQqxeRm1C5GoK9vxtnLMeE3NzJuaJtg6nWOfp 9Ph6u5zidI+3y+O1+1yeziyxzO0Wra7FHb5u0ersdnqXOx1Zok5X5Wz1OleIDV3OThu5ptbe6+nx iW7PYleb2Obp6vWSa0TCPmeSmEJQQaZotbu7OsQqe2ebp20plM7ydHSKVT2ObtKTrcPVLbpD+bR7 vGK5q9XtarO7RalHaOOBTsVuT4+3zQmo3bfC7nWKPZ0Op1f0ET2qbWKtq83Z2e2cInY7naJzWavT 4XA6RDcrFR3O7javq4soSPtwOH12l7s7q8zrgo6gB7vo89odzmV271LR0/7t1gkUFrMrrc7FPW67 V0yrc7V5PUS09NlObzfpJj+rsIA2qrMFOVHDVXjtK1ydi8WG9naQTpwgWj2trk6x3tXW4XHbuzPF RrvP62pz2cUmO9WxW5xYVJg719MjLrP3ij2gjo8Yrt3T6RPt3WKX07vM5fOBtq291ByVzbVlVEuS 6fJ6HD1tPhF6WNEBXYRcC9jV2ebuIYbyeUSHq7sLBkO0dzrgKhc0aINWzk5fligGOvd0unvFNFc6 s3Aor85A6+uKxAaEaO11dhPtiDFDuofLg7ymUAnSXNCLz7mMWN7rgl4dnhWdbo89tFMQ2s5EBUcA fT3QFcAeXxc4lMO5nJgX2nQ43V3f0Ein1qnJGLd73G4PHQ3JUzLFVns3COTpDHpWwIfSOny+ruLs bGdn1grXUleX0+GyZ3m8i7NJLhta3iz5YHqmaO/qcruc3aR3wub6k+Z6zv661KKWtHiD2HKJBwQn +juXO90wEahNR04rYq8RE4uo10jGoJu6ItgLDOOE6xZ77WAAR6bY7oVpAo7e1mH3LgatiSk7e8nA AQPR0wrTo5OYxU6nNmn59+lBRLJ3d3vAjYkbODxtPcvA8HY2A11usE0a4ThCX7FJmttvpFOJHE4y OdlIXLeduMLl6yDFIV6VKXkVkT5Q7XaBO7K+CS8vi27QQw8ZcaJhprjM43C1E+ykBunqAYW6OzLJ tADWrT0+KOwmhZKfgIbZoHi3E8IlcCCjLVnpuqLSC0iXbG5IlqZCrOjwLPsOHYm393g7QRhpnnog BlJZljjbfAEXG/Zk8HGHi86v4oCb21s9y50hQRrCEZkbVCIym7qGfUWq6u6wg16tzhFT1B6iqpcI 0O0DdyJxEGYpm9HfZQI266oqxaaGGbY5ZdZKsbpJbLQ2zK6uqKwQU8uaIJ+aKc6ptlU1NNtEaGEt q7fNFRtmiGX1c8Wa6vqKTLGypdFa2dQkNljF6rrG2upKKKuun17bXFFdP1Msh+vqG2A1qIb5CExt DSLpUGJVXdlEmNVVWqdXQbasvLq22jY3U5xRbasnPGcA0zKxscxqq54OMdQqNjZbGxuaKqH7CmBb X10/wwq9VNZV1tuyoFcoEytnQ0ZsqiqrraVdlTWD9FYq3/SGxrnW6plVNrGqobaiEgrLK0GysvLa StYVKDW9tqy6LlOsKKsrm1lJr2oALlbaTJJuTlUlLYL+yuD/dFt1Qz1RY3pDvc0K2UzQ0moLXjqn uqkyUyyzVjcRg8ywNgB7Yk64ooEygevqKxkXYmpxxIhAE5JvbqoclqWisqwWeDWRi0MbZ8FGw0MP LuQQ0UkPCK2oF+vgGLAE8v9JjzCB+ibp0OGgBwUH38c/xT/LPwefp/kT/MERDy/+OQ9MhqW108Nx IP87Kr1zhDbOEfJSiYVEYaJQI8wUbgBYBK3tcOQjsrHeO/BhvItH9OBIdPHSm9SER+D5NkJDqWgb uv4/HpEnueEID5E/fYoRquOeS+aKhBSESt+WnYC8yLYcgX9D8A9NG/KXWWutOTnQij2zRuR3TrgK jvyy+0Kg7kGY+wH3EOK5Pq4P6Ie5h4Heye0E+kfcI0A/yn0O9BfcZaC/4kECPoKPQDxv5GcAPZOv AbqWvx3oO/g7EMev4S8B/Rf+CtBXeT/QQzzILCChG2HBJ/iA7hF6gV4lrAJ6tXA/0A8IPwT6QeFB oLcKW4HeJstFWDZJlod42WRZAdCFsilAl8grEJZXyqFfea28Duh6eRPQNnkz0LPlc4BukbcAPVd+ E9Dz5T6ge+Q9QC+XrwB6pfwuxMnXyzcAvVG+CejNir0IK/Yp9iFesV9xDOhBZRnilOXKWxGvvE0J 2invUO4E+kfKz4D+k/IS0H9RQS+quaoViFet1KgQ1qg1OsRrwjRpQKdrJgGdp/kx0Ac0TwJ9WPMC 0C9qTgP9U83PgT6r+QXiNK9q/hPoTzQXoPwzzZ+BvqT5Eui/av4K9GUNWF7zleZroP8Gg8drsfYU wtrT2peAfll7Eeg/ay8hTvsXnQFhXbguFvG6ON1soOfoFgJ9cxj0G/Zi2IuICzulj0FYH6tPQpw+ WZ+CeH2qfiqUTNNPA7pU/xrQ5/SfAP1H/afQ5oL+Cyi5qP8zlFwyEM8TJD/iUBIdTTaObASlsQO7 WcFKNiWMhbJFCVZSzlOCJEq7sg1gu7IL4HJlL8BVYGFi2/8F8E7lnVCyVrkW6HXK9UBvUG4CerPy bqC3gP2J5S9KdubAwhlAZ2qywT45mhxqwz8C/anmU2qfnwI8oz0DVnoJbEUsEwUwWhcNNonRgR10 scRWkj5q9Cl/CMnsXnsrEtt6vW60crHXuRRt7oAtC9rptvs60QEUj4QZEPlRWl3tXBHlNUHkR6XN 1gpyAkV0bsqQHsVJtBwZ0BiJVsDsjZdoJYpACRKtQkaUSK1K8gKVxITGhpRgpEGRELgCJRhFAV+u FoIzSrRZa0Q4ZbKWHMzuaJQk5XikQzEoWcoJ9HcNxyFzW1d3F3qbwo8o/IzCywRibqnT24m1FJop LKHQRqGbwnUUbqZwC4XbKNxJjkd4N4WHKDxB4RkKz1H4LoUfUPglgVw+hbMoXLhs6bKlnJfCVRTe SeFmCh+gsI/C3RQ+TuEAhSdolDSC7SL/DkoNtowGK8XCmI2B8UmAsRj731COEfoOSMacAymF76DJ XLy2lP5WFHwU8FGB32jBB8LAWxD0K4JnJBMPQBaUglJRGkpH41EGeM8EWP6y6RP8XDQJ5aHJKB8V oEJUhIrRFFSCbvgWnt+3jINZIf9eOBxmxv8N34nlOAxH4USchnNwIS7FVbgRt+BFuAN34ZV4Dd6I t+AduB8fgEX3OH4Zv4XP48uckovhUrg8rpxr5Fq4RVwH5+Nu5TZzz/NqWNPi+EK+gl/Ed/Kf8Bf5 r8kvagkRQpyQImQJxUKtME9oFZYIK4U1wkZhi7BD6BcOCIeF48LzwsvCOeEt4X3hvPC5cFmGZEqZ QRYjE2VpshxYs0plVbJGWYtskaxD1iVbKVsj2yjbItsh65cdkB2WHZc9L3tZdk72lux92XnZ57LL ciRXyg3yGLkoT5PnyAvlpfIqeSOsaIvkHfIuWLvWwJq1Rb4DbKGENbGPjj7OK2G49GVSirjyg+Wf gk2hZPpCsCzgmWqGq79kflJTwfDNrzC8aCfD9q8Zbn2L4a6zDN9ylGHvDoZ7vyS/HYXwqjVIDk6L N85HcgilePNp6sP4ntsZvtfA8H151DNlW+Vb07bO2ureeq+U7996euv5bdptOSy/rWJbx7Z7th3e 9qaUP789bHve9nnb17D89m3bf7L9gx3KHVksv6Nix5IdW3YM7niX5oUdFx+Ke6j8oSUs99C6hw4+ 9OZDV1iuL6pval97371S7kDfub7LD4vMcg8XS/gRakH8yAGK+UeuPGp41MzqHvXRMqHf1t/ev6p/ C83F9L/d/9kublfMrsxd5btsu5bsunPXzl0Du17Z9cGuK7ujdufurtq9aPfK3Q/sPrj75d3v7r5I r0rek79n1p5Fe1buuXfP/j3P73lzzyd7ub0xe3P2ztq7aO/KvQ/sPbD3+b1v7724T7svbd/UfbP3 de3bvG//vtP73t335f6I/eP3V+xfxKT6cTyT+OB8irUHBw6ePvjWwc+eQE+Ynhj/RMkTjU+0P7Hy iXuYPofQIdOh8ZTWHNpx6OChFw+9feizJ4Un45/MeXLGkwuf9DIdn/zysPaw+fBUmpty+OzhDw5/ /VTEU+Ofqnhq4VOrnnrwqUNPvfLUxwPCQPxA/kDjwJKB9QO7B54feHfg8pGoI3lHbEfcR9YdeeTI 8SOvH/n0qPKo+Wj50flHlx994Oiho2ePnj8mHBOPTT3Wcsx3bMuxQ8fOHvvg2NeDEYPjBysGFw6u Gnxw8NDgK4MfM/3+dz/T7+mNEt4t4dPMo5/+mOETHzANnxl45swzb7OynzCb8M9mPlv67GxKy5/9 /KRwMuZk5snSkzam68nBk6+cfO8kGxn8XCu79rn3We3zLz//7vMXX1AzaV7oIBDwRgmz74biF7ZJ eLeED0v4pITPSvhtCX8k4c8kfJnhFzkJayUcI+EUCedJuFzCjRKeJ+EOCS+X8DoJPyDhnRJ+XMLH JXxGwm9K+H0JS/K9eIXhU2oJS3KdSpZwpoTzJVwq4VkStkl4oYQlOU95JXyrhNdLWLLrqUckfFDC J9g4nHqZ4TPS/H1JLmHJa14+w/DPxjP8yosM//wAw2cjJHyR4V/MZvjVTIZfk+pfu8zwufeYV7we I+FbJfw+q3+jguE3wb4Z50mMxFoumavlZnPzuRd5Lb+EPy7IYQ34Wr5GcUZxTvGe4jx8LiouKvMo LFc+qPxEeVnNkZw6Bqh5lHJAilHvh/SR+iONX1urvV27Vzuo3Uvr9mvf10UpLysu6qJIUl7WuXV9 uvfDuLB1YX1h52GP79bv179l4Axaw8nw+WHrwrdFxEe0R7gjdke8pd1r5IwG4AbJONVYZVxvPGv8 Pyab6fVIwXg2MjfyStTCqI+ib48+EH0ixgR1Z2PaYw7GvAj4c+PZ2IVxFXFnxjjix8e74x8htfHH 4183nk2wJcoTfcaziR8nXh6bP3bl2N1jD459fexHYoRYIs4QbeJycYf4uPhmUlRSXtK8JHfSqqR1 SfuTTie9mvRpckRyWvKs5L3JH48rUe8fd7s5x7ze/K4lH8qCyfyuRH2c/LHFZ8mntoG2LEF7lt4l KXmWZb3lefi8Z7lCYIo6JS1lXsqOlAFlHs2fU+alnDNOTU1MrUh9L01MG5+WA+nVtEvpKem3pr+Y /mlqxfipxqmQ/zTt0vjG8X2p72XkpadkdGb0j586fippDaWNGYMg+fVS2vUS7ArJew3knYSSoXfw F0P34a/g87eh+zgMH9XQO5waPnqo53R7hgrDlEOF4FvknYpY+k4FeROCvAdB3qYg70CQNynIexTk LYrBoQ7dTvg8Ap9Hh47qdgE+BZ8/w+cSfP4Cn/9i7+vDorrOfdfe4EiQ2YPEIiEECSXEWGIMGiWE GmMotYQYaqw11BrKsWZCCCGGovFQH48nD9d4hOThKkXvlJr5Yr7cMyLx6LBrDY4G1DMyzIwhYKwa i+Lxeqy1HmpT5v7Wmj3DiJrak56bf87D89vrXXuvj3e967fe9THu7fWAQ/kXPBsBAoF2gQBcQC3w QBTKS2BvRNA3IaCn8t3Aj5WNgWqqidIC2QrYgJ2ACNgBF3AIOAycClQL4wM/ZlpPZv+qf1RfNdOX vs2wByWP6qm+g55q6KmGnmroqYae6pv0vJe9yUDfY6DvL2Qg1btAY8AIXTOgqxq6qqGrGrqqoasa uqqhqxq6qqGrGroaoasaumagNNoj9B2R3GDPQL8B6DcA/Qag3wD0G4B+A9BvAPoNQLcB6DYA3Qag 2wB0G4BuAwLVamlQN9iQvvdBbUnfKUllNlWzd0roGyX0fRL6Ngl9w4K+SULf+aBvkdC3PugbJMtg pZ8FziprgFrU9PPAA8p/Av4ZPUfb+i+49x7QGHAqf4FwG6CDrEd4p/Y78MwJdAAS8GtgPxBpl48R 7wK6gSNAL+AFfIAfOIU6LiAcAi6ixUEbOoVXAmcFNfAqUA68BlQArwOVwBtAFfAmsAp4C6gG0EYB bRRWA2uAt4G1wD8CtcDOwAPCPrDUCXQAEnuPiL5XE7RuPnujJpXehXXpuyv0fRr6Ng19l4ZalVoU vIMF1bCgOmzBxkAfLNZ4l2zpk1vaCI3Ut2j0IHu3hb6fQ99uoe/mpNL3mvCEvpuzgGkzwN7HWcpG 62Vo0w5t2qHNZWjTDk3c0KQdmrRDk3Zo0g5N2qFJOzRphybt0KQdWrRDCze0aIcWl6HFZWhxGVpc Jt8Pjwr6bg8dGfS9ntTAP0bYJl9mXD57n4e+zUPf5XmJsc0JtrmgWT40y5dZpgHLNGxk/QLhNkAX KAfLNEojcGemacA0DZimAdM0YJoGTNOMYZoGTNOAaRowTQOmacA0DZimAdM0dISCaRowTQOmaWT7 lwv3QH4FjFMDrwLlwGtABfA6UAm8AVQBbwKrAi6wzQW2ucA2F9jmAttcYJsLbHOBbS6wzQW2uWDV fOyvvsfeRHoIO2sV49h77F0mnr2zRN9Y4sP347+yx40SHgh4hIeBaQEPmQSrl8PaObCyAtYth3XL Yd1yWLcc1i2HdcthxXJYsRxWLIeVcmCZclhGIcQiVAKTgHTgyUA9+Qb5ECP1711qFPPu7I0tYP7/ cEfmzjj+0UApPxsoAr4fkPjFAekmltD5rhQsKb0NS8bOd6VgSSlYUspWAy60wHVLWX/73Kn6SrNb wf/MSneYle6FV5gCrzCFGyZ6rOvysa7Lx7oun08OmPiHyVKMpHyMpHxhIvz3JIRJCB8E0iE/REqE TMhTgUdICYlDCQMoYQAl0FXhfqwK96MEP0rwI7cffmM/cvrhO/bDd+wn9yDHoYiUh5DyEFIeQqpD 4VTRXHbgcz4l8CmfEejmNwc+J7Hc9MDn3GPA48BMPI0HJgNpQDqQCXwLKZXoYyPrTwtCK2ADdgIi YAdcwCHgMFtdGWkfkG/8t8x1E5hPuwtfRv0YmchlBfzco7DPuIAf62w17KSGndR8IqyLuRrWGEC/ +NEnfiEF7HkASIXdMpmF1bCdmsRQ635pH6ShnnrUUw+bFsCeBbBnAfhgQd+o0Ztq9KYaOtTzykAL nwD53kA7n4QwGeH9CFEv7F4AvpTxjwQKUJsatamhWz1qVEO/euhVD960oGY1eFMMHevBmxbwphge KDbgQcs8N80r97LdA3YIfxc7CLQ0WpJcyruhUv5qzgTk+gj1vwf7nAfnzsNG52Gj8yjpI/DuPHh3 nr8PmAKkAZnAI8C3AudR+kco/SOU+NEtOqjvWofQyPLf9ciKlddVN7CmuhHZk+HeoT2TTlcGGF0t GFUtJEveBTCPgHXYFKzDpkDfAbR+AK2fws0AHgdmMo8hjWHIABgyAItM4ZGfnxRYiB5aCKaUM6Y8 gDAVO8Y0PPtmoBi99h7/EO49TCR+KtI9gvvTAgsj2DMgs2cAzBmQmUM9zgCYM8A8zsPhVsYHCmhL 5dXje3fg9FiNb+Z0IuTb8/rt/xKvBdTeBsa0QYM2aNAG27SBKZ+i1DawpA2ltoElbSh5I0reiFI3 oqSNWJujXV/7uExAzauhfztqXw2WWKDBarRhNWobgLUsqG0A7WlBjQOokY5GC2pcjbatRo2r0bbV YJaFcNR7E+UtI+h2oyf95hHEcp1BrjPIdQa5KMPOIPUZpD6D1B6w6ThynEGOM2DQceQ6w2aIbuTq Rq5u5OpGrm7U1Y2c3cjZjZzdyNFNosKzC51ZJtwxXyhPZjAfaukmvDAv4BWWBLxEhXGjwLhREHNg NbEAbXgyHdaEzbD+XC18G6Cp8xF+F/cLAeQUlmK1NVHICpxDai9Se4UnIM/BnPEk5G8D8wJDyOVF Li9yeYXn8LwIzxcGfiMUI3wxcAklDUGb55GyGNIU+M1SlDmTlTlDLncWK3umkIMwF3gKyJPrmAs8 AzzLNPQK3wEK5DoXAN8L1z1TeAHh94FFwGLgB8APWUv0wkuwBa199ddWe5yQRSaj5iHhCYRzyKPM ft8FCoHncK8I957HSutFhNRuE5Bago6S3E+S3E8ScknIJSG1JPeVl2SjdfX8XJLPPxMY4r9DHuWh If89yM8hpGvo5wNGfiHW0d+HDM34EjKZr0D4OtJUQl6NerPQP0HrDAkzST6sA31xbw5WIDmQc4Gn gDzg23g+FyFtB+qElcAH3PsOwgLWNmqlIVhpSLZSKfhhhKWGYKkhWGoIlhqCpYZoe2GtIVhqiCTx 6AfWigVM+yFor4f2Hmg/xMPOaIGe7gbQiiEeOfifAq+jhizYmlkY4RzM1zdZGPeKcI9a9kHUIPHo XX4eq0niv8Nqk1CbhNpWozaJ2eoF2CxYWz1qkvjlSLcSqIBM7fYG8Cbkt1FDVmCrXPtW1C5F1LwV NUtsFCxE+4tZjw2RzNuNTWi2GpqthlZeaFXPF6DdCxBCf6ZBCeRlwHKkeRkog/xTYCXwCqDGvXKE ryP8GcIaYA3wNjh0t+M+ln8efFjILO3kfwJOqRF/HfyYw3g6GW3xoh1OEs30fI2xIOhxEuWe8wZ7 DvmeBxcXA5RvL8N7qllvDf3N42GS3EshTnjRS0OMExh3lAd/cw9MvIllwTY7/2a9xjEdfsQsNDns 6ybImg0F2w1QG74WTAXODGG8jaa+n3E+xEjaTlgY7NPLbfOiv72M52+wdn7GNJwJTj8BOeiR9cLT WNkFvbI+ou2foc161mY6yqiveBJrk59jXfJzrEu8WJd4wb76MPNQQgT7IvqSjUKvPAr1TKsSNiZK 0a9G9KuRX417b8PSWYETTEPmR8CwoB85gV7x3upH8HyuzKCwH8G9UT8yFOFHaItOoDe9d/Aj3rAf SQvblHlEaBpqDbjARvgLaGHwZMHJfAntqVIw9U1m468+8z0c/g3AHDDCxkZ5hFPfI/HzUFtQMy+0 0jN/E7SpHiPcCJvWY3Qb+RXAT3FvJbNxKf8qQjrCX2OjvB6MMPJvAT8DaoA1wNsYzdPR63T2CM4c Q/LMoYfGeqbd42DBFbDgSpgFQS310HJIZoNeZoLEvONC5nODfPwRQP3Qj5EmyIDVfCme/4Rpref/ AfIKhD/F/ZUIXwGob3oVYTnwGuQ3EFYBq4C3gDVA0E/d/bwXL/eyxLQsQu3Ph0eNE7VTLp5npT2B cA7aTkukpT2HODhN4lgbQ94/2Ean7KW8TJd5rK+DdVMfp2AsKrmNP1QwDt3OU6bR1Qf14F/bCiSL rr4i/Iwks8+JceGVRzkdGzNlv1Mqz6/6r03j+4PjBHNGaAS/AG2D3lDCSJ1M+5fNx2//Hbxiijwy jbIP1kfMNfWyTai308uj8avXGI3RMhReg71J1+sY/R5Wx8u4Uwr8hPl9Wh+bZykn+Uo2D0hs5VEN rGYWoGOhhM5EAF2njJZAV0geZifK6tfCdQZLehOlVwfXMNify2sSlOSV9fDKJXiRm+rgZSl55PHS OYzcI9fojdBXilgheameaOuPIua+avIoZshQvpfDWo5qyFal8uoKNWFNgvGGMh5lc+lPaN9HzKkV ctlUH57dpdaMYjXQkvGMxEToGGxPyPJvyNanKTzyU+fYp6zV0Yx16tEZnFmM+Xhme8pLZnesmYIW k1uDlPFIORMpZxIL8pfIa4bRHJNZjmAvnYePDOakNgj27xAZH7ZYpPYh3e4J937InqO9HbIl5dyY p7DSy3LsdWa9Coz8N7EaDdqLWTvU//KO4Y2wPiGLhjQPPaU18eH2jg+vdEdnmlLMNKV0PiT3sFPT v3ZiOo7kBdzECQwF3JwX+BxyDJkTOIsnLjxx4YmLmxI4yz0IeCF/jnuJ7LxuXEBNYgFloJy00y/l sV/4627ze1Od8hrwR+A68GW/N8WHZ3dr4AHlu4H3lLrARqUFoRWwATsBEbADLuAQcDjwnjAeiAls JN9gv/2Mg36xQDs7V/zqv+jHh3/Nt44MQ69a6LUOetVCr1roVQu9aqFXLfSqhV610KsWetVCr1ro tS584jb6uztaSHZBbmP/lqEu4tcJTcSvExvlXyfqUFMdaqpDTXWoqQ411X3JrxN10KAOGtTdxa8T mjG/TtTJloz8HdsKjGpLf58+y34vu7vfp8+GfuNipY7+Fo1eRakDKHWAnb0HS3Xezfm7XGo7O8VP vOW3ZfQTSs5HyflfSV8VuOQEl5zgkhNccoJLbnDJDR5Vg0fV4JEbPHKDR27wyAXeVIM31eBNNf3S 4s1MDJ4Mh8eOPG5ueyqcFnDfdDI8Pnxeaw1MCf9aQ3+pSUc7x3/pGXHUTafT40OnxbDSjVtOiePG 1HPnM1r5fJaeiEWcy6JMWL4Alr/9OWToDFI+fySKO/4aRFusgSYaaKJBKjdS0d+m6G9S7vC/srnl RPivapB6Gy3uQZ+40Ccu9IkLfeLCSqQIK5AirG/dWGkUYV3rls8X4uFhqee1ArsgB8//PsRaziNk BxqxdvkY6zkP1nIett7ORfgUkAd8G8/msnMUuqbzYE3nwZrmY6zpPFjTebC2+RBrOg/WdB6scT7E WteFNZ0HazoP1nQerOk8WNN55F2Zh54tYF3nIfHQtz9id9XPdutPBn5/h91VP9u9L0QNL2LfHTxT hN/H3bOEEx4nTdhpjcOMFQu0A8FzvqLbrFmphZxs3frkHdauT6Omu1u/Uis7b1rDvhgoH7OOldg6 9nb9NR/azIc2fShpPkrqC58QeuWTh8nyyYNcX3g/MXry8A22g4unJxkRuzgr5F24h10c2708Bktl o86Z2DcHd1Qn5B3VidvuqCZC23poWw9t6+mpYvhUkJ4Ihk4D6enfPPnEb7Sngid8VLfYuz6Nm4SU ZnnPR/vIjNRD0PQc65OnGSOGZUYEtX0OaYqQJvI850V2fjXMzq+ib9l9JaCOD+S1Oq3jA3YS8STb HYfqCLEupOEH7JSBrtlfhAVDa/bMW85OrCM/R+kXI847PpbPOy7e4bzj49ucd3z8JecdF+/qvEOQ Z2xvxIwdGu/0JOA8ag7tS87fdBIQhx7vQ4/3ocf70ON9aE+9vGeuH7Nnrmd75nG33RfH3eRxwvaJ 8DxZJA/jdTMYngdG52GN+DP6L2AIYV9f5ehXr3Evg373mjyCv2j2jbVxZCb+FOQJ/I0nc/AXw96r uQcl5JEJ9MvJqPsH+FOSl0gJLLEMf/GkjPwD2Pwr/N1LbGQnyt6Nv0TyIdmDla4Tf/cRF/6SyWH8 3U+68JfC/l/uB8gQ/lLJv+NvCsdzPEnjorlo8iCn5JQknVNxKvJNbiI3kWRw93H3kYe4+7n7SSY3 hZtCHuYe5B4kU7lvcY+SR7jHuMdIFpfNzSSPck1cE3mM28ftIzO4g9xB8jj3MfcxyeY8nIfM5Lyc l8ziTnAnyBPcZ9xnZDb3W+63ZA53hjtDcrjPuc/Jk9zvuN+RXO733O/JU9wfuf8kedyfuD+Rp7k/ c38m83jCc+QZfhw/jjzLj+djsQeJ45VkAa/iVaSQn8xPJs/x9/H3kSL+fj6FPM9P4R8kL/AZfAZZ xGfymeRF/hH+EbKY/xafRX7AT+cfIz/kH+cfJy/xs/gnSAk/B/uuZfwKfiX5X7wau4FNfDlfRf6F f4t/izTyNfwa8r/5Or6ONPEb+Y3kF/xmfjNpVv5MWUO2Kd9Vvkv+j7JB2UA0yi3KLeSXymZlM2lR blduJ79SapQaskPZovwV+UCJP6JTGpQGoldalHZiUB5UHiZW5Wnl58Su/Hfl/yW7lX9QXid7lH8R oohTGC+MJx8JsUIs6RTiBCU5KEwUJpJDwr3CJHJYSBKSSJeQLCSTbiFFSCVHhDQhnfybkClMJT3C NOEx4hUeByc/FWbCa/QLTwrzyG+FZ4VnCcaI8F1yQfie8ALBqIPXvSL8QPghuSq8JLxE/ii8ItSS 6/QN1LgZ9K1Brpz8kJBP+oHThOvbjnAQuAR5B8KrwLAcUoyMyn3RhByvQhgLxAOJyGNEmAKky5gq h9NlzAJyZVB5HvLYIuKzCGdzBsO+NoQFqCMRYRGwCFiK+3sRLidk52AQ7hEGrm9/8D6Noy1Un7Gg +gV1XAGUA1T/GtxzAUcIoXUDnBwy2bo0KPfVIk0Pwg23TzcmLufhm3u7/C29br/eXeFNZNB4FzGc 825wX/RuOD7Ju4OhznuZome/b1OPy7fJk+SLo+g5izjgmYY40LvEv6R3mX+ZO6nX507t7XdnIJzW 2+/5wl9M4Z7Re9o9u3ewtxDpipGuyTuLYQbSzUb6it4RBo03l8Kj9Sd7TP409ypvNIMWaSnWQKYw QaYY1XcjRUS8gcJ9BXHgeDLiFDneNoa5MtRoH0WljBafgkHviwMSwnEL4hbEfZAp+n0ZDKH4acgU l3yzvxRXfXnHh33ze6bDhrNQ5ogvryca8VzE5wErfIsZyr2zeqp8JT07fOsYahCvRXyv7x0KTwLs TrHQ18ew2FfCsNJ3jmGV7zrDOj9P4RZhK8Aj+jM97f40j9Of5Tngz+7l/cUMcv8hLEOoRh/MY6iA rTWoewOwEfUbfevceeiz+eizBQgXIpzRewl9eDXUl70xKI9CkFGGstXo83Uoi6IdulC8A5nCCZmi whvLoPEWMKzyxjNovUUMofQHkPZARP5QvMKbwqDxLmW4jr4Hjqeh3wH3F4gDxzMRB0a58q+F4MqW CO5sZ+Ah87dL/6GLId+7lyHHu1+GiyHfe4ShEPwqZHzrYSiGTLHEe4JhmfckQzV4R7FWhtp7TcaN IHwkCDm+HmkoNssIcdThS2IY5XAqQyi+BzLFKIenMYTig+Dv4CiHe2LBzXhwswC8LIrgJsUGXyn4 UBqON0BuiIhvAV+2gC+j6VcifUU4vh3Pt+O5DdymaAvCM993jGGBr5ci7HdkvvccAf8BTyriQE8P 4oAnA3EAY+N9CqQ1UTA/dWHUT/VcRvwa4jMQn8H8WBOeN+GZCKxBXIO4BnI74Ayld+f54ijC460E Y40iFC+FXHrb+CmGxb6VDOv8MRQYi7kUnncwPik2yVjnFyjwrIjC8z7uARF+zEjh6fXnePowjk/5 53rOARf9c8NjOYRJMpJlpMnIlJElI1sG9QGV/sreaoRrMV4PY/wDvTl4RrHeXw3fsBbhehY2+xt7 W/zNvXqEFn9zBM+SGEZ94wyKnkRfnvsK83UL4OsWwk9d9Fzx53uu+wt7TsDOJ32bjpdhfFDIY8Fz GH7qmD87FGJ8pzNovMsZ1mDOoDDBnhSj89kKhlWQKbSQKTZ5pzKI3nKGCu90Bo23iuF9+BOKw/An wPEY2JwiCz4gK9IHoB8o8r1nGXK8FxhC88moLeKAhJ4UjKV0tH0ROLcUmDpmbIXG2vIxY22DbxXG zZqIeAXiK3tugMMECI0D2X6e2YgDGDdajBstxsAB4LCnAnMCxRrMCRQrfVcYVvm+YFjnn0QRsoun CbwD3MdgB8CjQRxw9yIOjJ13jjeizY2yX1of0X4J7Zd8CRF2s1Hc4ktD6TuRnqIZZVAISEORDfsD 7sWYY0p6h92lCFf2DoOLS3rrwNU+bw0Fi29G/BTip1i8rrfRvxl9W0vROxc8psiX4QB394DDEsJO f3OEnlsYQnp1QSeKUNwNGfAo4HviAOob8tg66CrGxjDqKqII95P8PNgv/hGsoQ4Ah/2X/Ev8g2ys 1VD4TyPej7gWccDvQ9yNuAlxivA66ZM1FKP8/GQdw5j1xqg/hm+m2PHJJoYayLW+0rH9+MkM3zmG 2b7rFL1lnzRh7la7m1AfEI6LiAPH1Z+8QxHyOZ9M++R9Cvr/m7Cv9BD2fZ4Y9mWee9j3cwT25Zx4 9s2cSexrOfez7+Q8yL6Q8032dZpM9m2Z6eyLMbPYl2Hy2DdhnlH1qPxkvuqk6iJZwOr4D/4K6pgS lU74qIejZhNF1D9FXSOJ46aOyyKbxuUpniLvKeYqnuXeUyxTvMJtVbyqeJX7QPGaooLTKlYp3uL0 E3ZN2MsZ4/i4NzhR+K0qiU+h36Dhl6iMquN8JeG4jdwg25NsID8m5CjW/keLCHdMgRBr/6NY+x+D qkexxj+6Qg4pyiNkrOc/XYKwBqgFNrD3fcnRjUCDjC1yuF0G9jlHjTKobEOepIj4DsLtyAyGx1IR Yl/SiT3AUexDjmLPcRR7h2MZCLF/+GBREJ3lDNyxacH7NI62UH3GguoX1BF7i6MngJPAWdybAcwm hNYNcHLI5BZXWA49Y/hUHbx39ALy5iG8fPv8Y+LhPJ8MYufHE9V/E58uEvruOjfhHvYNE7Sb5Mpf PpmLWhWKWYonCBH+KFwnvPAn4QaJVs1UzSIK1RxVDolRPaXKI/QddI5+DUrOXyPnf5oyNOoJsJJE vRu1CQz9j6irJHrcgnHfIzGKbJQbq8gFQwUw9GkSz+pIYHVMEv4ijJBEMHEqSWL1JbP6Ulh9qapO 1UGSpjqs+piky3VzUSlR60f3zl0tgJ5w3eBflwVwQAY/u/YAkhxSdEbIXYQcwH63yw34gH7kAUe6 sG/tGpRxSQ6vykCPdI3IgNwdjTxVo3GA++W6YNgNu3RjX/4b7Ou7sTfvxv63OwX3MSa6sR9vsQTx m04GrntD8D6Noy1Un7Gg+jEdu7Gn78Zevhv6d+fi3kYA44nWDXByyGRNSlDuxj6/G+Ouu+D26cbE Q3nS2RdqlxM1WUVqSR15n2wneiKSvaSTHCMnyGlykVwjI1wMl8ClcJncDG4+t5hbzqm5Gm49t4nb wrVwJhIl7fl1kST9epHU+eulhJdmS+ekPOkipBxpUMqWwHgpXeqRZkknIGVIvdI0qQ+SIElSpuSD FC/tl1KkHsJ33JBMUoIkQvpCskgxkgPSoLRFipa2Q7ogNUlE0kDqldZ3XJT0kHzSho7T0g72tKLj hLQK0jmpsuOYVA3ptLS0o1NaDumkVNKxVyqF1Cfld4hSIctb0KGXiiD1SDM6tkuzIR2Tsjvel3Ig VUpFHXXSIkhV0sKOWimDRHeckqqRYi2rv0+qxJ1e3OnDnVO4c06qQ+rZHec6Fnag/R05HYMd+R2X SFSHS5rWcQR17GB1VErRHdVSLCtZ0VHecQRSSceVDkUHRmZHWcew84uOPYQ/1HTonUOaDrTt0OZD dYcaD63//zQXxbAvzhH2rbngV93uYV9Um8y+h3Yf++LZ/ar7VCkYxfRrZmmYW5w8/U5GHDcdJRDX RQCzmes68AUhh3ggRg4phAh5EiHSeoTJQBoAX3koC8iWkSOHc2XkA4UyqFwcIYeAOUqi5SwDygD4 7UOVhGy/HoQkBEHv0ZDqyuodi2pgLUD1qyNk25Gb4VozCho/tBlovDVdJJDmO84lzmVAmVPtrHRW O9c61zvrnJudjc5mZ4tT77Q4Hc49TsnZ6eza5na6nT5nP/5OOwedl7bpt7m3NTuvOq/+MnFbJ2SH c9g5sq2/I5pKHbEd8R2JHSn4S++83vnFQf5gzMFlB8vwpz5YebD64NqD6w/WIbZZ/mtEbyeDUfB/ /DX+j4Tn/xPsimbsUjB2jWfsigO7ngTHngpzbCI49n2SpHgRTEthTHtAUaIoIVPANBtJmyCCbw9N +POEv5CHJwTAumlg3TKSBdY9RLLBNw+ZrfKqfCRHdULVR3LBvc/It1W/VZ0hT6s+V50DG8+DjfRt 4fu+Zv2oZrlMszym2dNMs2fA9o3kKuU8KaNfPOvEvNOJ+agTPr4T808T1hqdmH86Mf909sv3KTAH dQ4Gn2+tDoYhdF66KZ6wj+xTaLv2xe1L2Je0L3Vfxr5p+2YcGDxw6aOqj2o+qsVfzUc19Ntd/B/4 P8BC1/nrmEFzx+USXrFIsYhEYey/RKIVP4IHGDdh54SdRDFhZMIIGa/8MTxAjCoTHiCWeYAJql5V L4lT+eEHlKpPVQNEUJ1SnSITVWdVZ0mC6neqQXIv8z5/35poHQKrQ8XqiCdcwrV7l2L9EcftJxWw UDOAFcBWzJpbLYS3lyJ0ALD2Vlh7a6cch8W3wtpbfXK8X8ZpOQ0svvVSGFxTNMpaSfit2QgrWEi2 XoWM+WNrcQTAQPsaYF0Q9J79HWBTMD/D+zKa5PSYoexawASI4fSjOsF/b8WqAjqQplhWBtWZ5ZHr JU1YVTQlsnS8vV2+l/JfAFYdTVMjgJVF0yxmD34r5hO7MwzSlBu8B5CmeUw3ph+LF9wRwedFNORP 1Y8Y00VBa9GdFCc1xJqSxWStQ1clpmn3mNLETK3DlImnEu5kaTtxzdZ2mbLEHK1b2y/OZXcytT5T tpiv7TfliIXaTtNcpKHpi5E3TVyiPQ15GSutTLsHtSzRWiCrkTIfKfeYCsXKhpRWIlZrB5FyLbuz XnvJVCxO0l41LRHrtMMov047ojsi1umiUcLmhlzTMrFRF2soFpu1I6YysUUXjzSbdYmGLlGvS8HV oktnd6a2LhQduukmtbhHN8tUiTu5uNahhGqxBXnXipJunmm9qG9YaqoTO3UFps1iF+5XI2WRqVF0 6xYhrw9yNeQiU7PY31BkahFP65aa9GIlrhboT+02qFtucoiZuhWmPWK2rtwkicWQO9HGYXM8bcXo VRdvTmQyrro2dh+ts8fifgradet1rzld7NLtN09Fe7vM0+3xuM4ScxrKzbnQ02Weh3LudE03F9gT 6ZWlpNdodo1H3kZdlalLvKSVTG5oe8RcZE/R9Zhz7enafkuF3aWrMfnQxlpTP67lptNIc9K81J6r O2tebp+nO4GUU+uHzSvEJduSTYNIs4FZIJhrI+Sr8p0G0yVxWLcF1xHddtNVXHeYhu3ROiMrM/Jq M43AejZzNL0y+ULrYjFHF29MtxfoUnSx9iLdZXO5uFZ3zVyFHrlhctjT0aIU+yLGtzTaLvt03XJz rLg+qKHWYV4kLmH3Z+mJuUYshN1q7Ut1W8wbxJz6EVOafXlDEey/Qq8wb7SXNxSYG8Q6fRyV9QlU bihAmiqUuQX1ou/sBfok83Z7jT7V1Gyv1WdA8zT9NLB3Ehs7mfoZ5h32DfpUsxFPZ5ttYiZqLLBX 6fPMbcg737xXdOgXmPejRYn1I1Q2ZUOeqrsGrtpgz2ykTxHrthVTWb/Q7II+i81HYJ94cw/6dLl5 hb0crDhh36irobK+BKxogOUd9i0NVeaT9kX6UlOyfbt+pfmsfYe+Ar0wCfIFu1G/ipW5xnxZbAzK 4MY1MIHmtenXmW/YF8nyO1RuiLUQtG6TRWFv079viYMlwQf7Fn0Ta5EGJSRDKxdkrSUhLJssSeh3 yvNGnY3JLirrRSrr25nsRIsK9QdQzl79YZQT7Je9WsmSat+vP2a+jPu9TNs+S4a4WX/Kkgpt4y3T IJ9rXScO6y9aZoAb2y2zxRz9RfN0JucxGaNDf0V3DRxONAzaj+ivW+bbe/RfWBbYTxh4lH9SF98w 1X7WEANPspl6MHstS3mB1mK/rJtlWWjfi3FdKJbBbzTa9+rKoUkxWo2+0BmDsmWxWGcQdFX2k4ZJ hn77NYwCsB32j7ff0PooH/QrLSVilyE5aGek32xIk22OMSjbn47TzYZMWm/DLFO1fa8hy1Jqn2fI tqwUsw05SCM0VFkWO4hur7FGdBiyrG6x2jDX6hN9kPuZfJrJo/dzLKfQUydMjQ4Ce64Cc3Ita+Bn Oq0CWpSLfmw0zjKm78o35pqW7CrclkxnAeM86+CuYkOxNWbXEupjdy3TbbDGiJnGAusl9COTG8qp 7zUWWa/uKjMusg6LDuNSw+AuNax3elcl9fy7qpG3ctdanRHyeuQdsU83Ljfl76Jet3nXZkMyPH+Z scAWLTYaBEvqrkbjClusPdaQA2sLxnJbdEiG/s322G3JthVgdYE50VFhLLKV7yozjNiqwHyjrQbt clE/pl9lq0W70qkMxq7DKEZd1H9a3rFXGeaCOVmGfMxNabprlk1iviHf8r6YZii0NMHyxRaNeNWw xKIVkw3LLCZYyWHR2LfAbiI4mW5px2xoQcpGOms4FPUjFie7c8BuQ8rDjjhDmeWYWIgyex0JBrWl z5FEPZUj1VBpdIk5hmr0xVr9Acs5OkPpN0Hzawa1I8Ow1nLRkaTtRL+XG9abyhzTUOMVzJv9luti saHO8gVmulgrjxnZYjkHVgjWGMcM7SCdVTEH1Yluw2bIaw2N+gX2s/qV2hHHbDB5rjhJF6vtdORR 2TEftYuwRrSp0LHA0Gyd5Fioc1kFx2JYI9lRgnKaHaXwnMmOlfAY8IRgKfQ0nLZtaNuL9pa17Tde tm1scxmv2Rrajhhv2La09bQS2/a2E60K2462k61x2n7H4dYEm7HtbGuSzdZ2oTXV1tZ2uSHXWiw2 tmbY9rZda51mLmq7gdYRrBAwX2NcO237xUL4bYx3YxX6LrN1hs21a1grGePt+yl/HOvQv0fs+2n/ OtbpM2w9u4ku3XYCI3Gq7eRuRets29k2V2uerWF3XOt825bdCa0LbCHfvrch3XbBXk5nhN1JyFsr XsV9zLao6zJ4dQ0+fDp4BZnyyj4daa5htmL8MeQwmc2PxiLTVXu8/qKtShwOyeZ0MDCZck9/wHaD egPGw3jIjfqMnUQsa124U7E7VbeByrrYnQpRrxd3xoX4aUgelbU+27XdGfqVhmW7p+miMcedbV1s Xb97hnGjJWH37NaSnQngQDo8zIbWUt1Je7oxFuO0kfbd7jzad7vn09ERbIWjwlBsSm6bTkcus15w dMxDL6zcmQTOVKGlsYb1ljhHhXbEmuxYZWgB61ZhPVaGMvVgwhr4n2aMF6wGUUI8eAvOW9PYNRNp HNYsxzsGPa6bWPpNhj24vq+7YM12NCG9Br2Ta82hV4y+OoOE8jUNK6xzRTXlEnw7q4teHVpdoq4I 3qzTcDp87dJaHKbgFSPomkPUWqz5jmkGt7XQ0c6uTnY9QMcLvHcLvQaZhhrLUKPPugQjsd+6jPpn ykzDaWuZ45hhUOvA9bShztGrm2dVO/rYVaRXUW+41FBr7wEzm2lLLXH2G7oia6XjFDTZ4zhnuIrR dNEwjBGNMWWtdlwxjBiuOq7rCnC9AkvmoI9qrWthT1jDfsOwx7oeJSyy1sEPWwxq3ImBnjdof9lX sBH3xf9j72ugokquhKvqdTfd/OkQwhDCsIYhDsMYlhiWMcTPAUSHIcg4RB2GcRjCQNMQGmjidL/u 12G0aXoMa/hYj0uMy8cxiA1HAaFhOYY1LjGGNS4xhhDDuoZ1CWs4xHhY14+wxs98t6rfa95rWp3M ly/Zczanzu2qd+vWrXtv3br1Q9Ov8+Gp0EFC4/AgOXkXaK52jbGRvdV57szVE6mnawa13l0ZcDvk lWcw3K06fRisB7vTwUh3cEvwwCKTE8G4HB2Maak6NQNR4lZLLHC4CKvkYffa0x2D607Une4aXO+O On1qcMNJw+nDA9Hu2NMDZ2bd8adHBjfC57nBTZ3nTl+AKBF8+hJ45j2INgXuxFNzg1vYGnG0JQPW iA53Hey9DRAlNgJn84kbsHbYezYOdsFKd2PwFN2BDw58IwZWvfCuMcBsofv5wRFWPsfKF05cpGW6 Yg5eaqmCspbizzhOxEOZ0Mg2eOUEXXc6aBnwrAz7KziDuB10t3/CfWpmcAr29qWDpKse+irt2kzl oXNk8Lo7GGS46T5I8e4WH/4Ww99m5busrO1a7Nlw5h49L4AnOIB+j/sI4JdP7gSaw0yXQ6z8kJVz wWOBw4mo7vzBGvexno0elfv41x56gineo6J4z1pWjqLlgWm3+9SCJ9bd27v2TKzb3RvFyrFn6Ge8 J97t6U2Ez4Mwv0rpenomGVaZGU8i7DT2DtpoefA6K+9l+GRW1p4w9yb374G9Ys1Akrx8chPY8Ij7 LPNkcqLOk+o+f9rgSadl0J2WM4A+Fdbxiycue7Z/7WFv6uAF92Uo51G8p8B99aTBs31VuZDRF0PM TO83nIAV2FMG8SrdU9V5qSXDUycrm1nZTssD/SBzu8cBXnp4oJOWB+/SMo3JUtlzkO5PYA/pBO8t gT3ADOwBrp2u8bSc3EBPgie39Gb0T7UkdiPPkRMFvRmeY7Af2ELpT8zCGCnLbJ9wYvZMMPjJOrrn OTHLVrR1nuPushOzHjcrV7Fyb0vVSQPsao70bvd43Dd68/qn3LO9BWeC3Rm9hbC7mO8t7u8aDh+O HI7pnumr7x/onu6rH5qBmTUH3ggRCXwGTpFnimnE7r/kTj59+Mx572d3dV/cUE53fV/CUH433zM1 tKu7oS9pqKjb2ZcyVOI9I3c39wwM6elJc6ianiKH6rtb+9Jg/8lOuN6zrfdUKz+xes+q3lNqd1vf ZuVZ1Xsa7W7vyxriuzv7coYaunv68oec3f19u4aau4f7ioZau0f7iqAV49M91lfS7+oe79MPtdF+ h9pZvx2036FO8TRNz84d9Ow81EMlGepnknSsSDI07NXCGyHpSXlolJ6Rh0a9etGT+1C793xN4xJr u/dMKl1BhsboCjI0TjFDE3QODg13T5y4PDTp5cZO3x3dk33VQ9Pdc338YIz3dsJ7Y9C94I4fmusc gX3O+u7FvoahBe9dhPfU373U5xxa7H7Q1zy05L1z8NrNe6vgPb/3RPb1DGu9I+K9HxBvMLz3FdBq 8FYP6Wsd3Nuj7WvzZHRP9LUPPegJ7+scJufNJyMH0ui9GnvjB5K98YOwN36otFnaQqRmb/mIZW/5 +AR7y0eC1qy1oz/Xvqf9S5TG3uCxlb3BY2fI8yEpaFfIQshttJe9yeRt9t6Sd6CPz6AE9r6BbPQW ikGl6ABKRV+FtAu1or9Cu9Fx9E30OnJDegP1ogFUhL6FRtHbaBz9BH0R3UT/hkzoF+g2sqAl9Fv0 FUxwEnofN+NDaAC34Z+gIfwzPIf+Q1WlMqLfqLpU3ei3qnOq72BONaH6Mdap5lW/xE+pltQc/qg6 Qf1J/KymWXMOf1IzpvkOLtR8V/NdXKS5pPkRflPz0yANLg/SBT2N/zromaA43BX0iaD3sFv3ns5F 1Lqv6g6TMN3XdcfI07r/peslH9ed0V0mL+h+rLtOXtb9TLdEXtX9JjiSVIboQnSkMSQ8ZA1xhkSE PE1cIf8SMk8OhdaFdpC20P8dRsj3wj4e9nHy47Bnwp4lU2FJYUnkn8M+FfYpcmNN7Zpa8jOEwTpV 7I6XvUnE9hAhAXIhGGAtihFUQrCwVogSYoV4IRFKyUKqkC5kCNuFPKFAKIS8WCgTqoQ6wSzYBYdw UGihb5RgI4y0W7VbEdHmanMRB9gIsoFsQIhsIpsQJukkHRHyEnkJcSSLbEUqkkNykIbsIDtQENlN diMteZ0UIR15m7yNwkgpeQeFs+9fryVGYkRPkXfJu8DTQmzoI+z710+D1RNQtOZHmh+hj4FO02iG aUb/zotsE6jUNmGbtE3bZmxztgXbom3J9kAgglYIFyKFGGGdsF7YIGwUNglbhGwhV9gJ+R5hr1Aq GIQaYZ9gE/YLLuGQcFg4KnQIXcIpYQBwNmFEOCdcEC4JV4Qp4bpwU7gl3IY2K8nmTfZCezFN0jNg yrxJuCssCw/tVXaVvUow2IPta6EuCkqx9nh7or3AnmxPhad0e4Z9uz2P/g056CRYM0rh7fQNvamo Dnw3HVnB87OYt38evHwA7QA//xbKBy//CXoVLUDayWz0WtCzQZ9EBUHPBT2Hdge9EPQC2hP0qaBk 9HpQSlAKeiMoLSgNFQWlB6WjN4M2B21Ge4NeDspBbwW9GbQXvR1UHFQMswajdphP1MrxSM18BglR ALEA8QCJaLOQI+QLu4QioUTQC9XwWS/wQoPgFJoB1yq0Ce1Cp9Aj9AvD8DkKMCaMCxPCpDANaUaY ExaERWFJeCAs2oldaw8XZuyRwoI9xr4O6rKENPt6IQ1SCpQ3w2eaEC3ECQlCEtgIa03ad9nbP4IV 1rJCSkU/hPQX6OeQ0mDu/xt6Ec1D2hS0M2gn+mzQ7qDdKD2oLKgMfQ7h0OWwcPaOnCQUhNCBEYBz CDs7IL8AcAnKXQCnuM8cGHAeZjDiPMqAls85Ow5ccHax50vOUweuOAcYfso5cuC68xzD03qKk+ik dlL5pvOCjzfF07YUKC+pTHlL5VvOSwxoPc1pP1KdBLedV1i91I6WaX80l+Au9HdX1If2vQz5Q5CR 5v78Askkl00Oj2rrD6CrQ+WconZxrHVe9+kuyQWysHpqH8mud1eDI9h5Sg5MBwmoLhJIslGb0bbA 0xEFfUq2kfqWjyHlIeroiHXeVNhxWcxpvUQv5VDniHfe8tlW4g25I1GUgZaTnbdZnuq867O7lEt9 02c6nlIuyUjtReUCHRzpzmX/9pJuvjzD+dCxvUnlyGsKlsup0MVPVl8uySLlF1ZkY/pI9vPzBTYe 0rPcZwdEHST7UZzIw1HQtFbRh5SPBNbfp/eIn/2kZ+o/tCy1g74ah704/9znF4VNUY7ipliHu6nY 0dtU9ki7BMiZPT5A/ZPofpd+mJ2pDSU7X/Abr8fkjI/43Djq1ftRuWQXf1s3jnnt9KTcN+53A+Ry PeS+T/FlTfFS3HBUNSU66pqSWVnMfTFZnJ8Oc1Oqj8belE77ZX4vxmuHoynDcbBpu89mAyu+wca/ pSnPpyOlP9JU4DgGPI43FfrmudjG4WmqcpxtqmN8JJ+kse18k5nJcrHJ7vNXKRdjneNaU4vjcpOD 2XDapW+ccVU3zrnqGxdcPI3rjYuuBoZbcjkbH7iaKZ2TOKdYvPQfY7Bh4zjw98PT+d+Y70JUN6d2 pQ+p3hnuaqU6+ObNE3xPmtO+ue3vU/7xyj+uiTaiMjkjXW1SDHHGuNqd61ydzvWuHp+tpL7947Hk N4HWJz+842rTQWZnCjeajjhmm47J1ynHfNNxx50mt+NeU6+Cl7TOAjjuN3kaUdNZFjs0TefZmiuB SN8Y2nSR5RFNlxujm642xjVdY/o/AhoTmm5Q8MWkpKZZlqc0zcvX0sa0pjuNm5vuydeexqym+yzP AR5gRza+8rX9itcPGne5NFRfqmNjkSu0scQVwdrpXdFyezVWu+Ia610JjbwrqbHBldLodKU1Nrs2 N7a6shrbXDmN7a78xk7XrsYeV9GqWBhg7fOtKfI4/Kjc38/8+Ul+R9e5YJm/BYj7irVIvibRMZT2 B9I8keb8gMyXKB3waJzwrs/SOs3GZdI73lLugyfp+YhYq/BleS7NmxG/eeS//sliKdNHlvvWfb+Y pMgfJe+ynz39+vOtlf7rql/u21ud88ulMZHi9ZTX3h2oQyPNN+cGVz+dB86NrmHnJtdoY7+rhIJz i2uMgm8fLvGTeAM4s13jvjlM+5Hvj6X5J+2NxfY0ftN1wpnrmvDNeyoXzDs6/+T8nDtdkwH33iJf 5x7XtGIe+sUoKRY597pmFHsi2h+NiaWuuQMDroUDI65Fp8G1xMpTrgcHrrxPDtx6X+useT+cPUP9 gdvvR7J6qHPa3l/P8EDDcpEHK196P4bR7Ht/He2LnuS1X9P+T4RCPs3eSfurkF8hDWCf+8PetKg5 9Ft2o/I2u1H5omZM8118hN2lHGV3KZ3sLmWS3aX8K7tL+bnuveBIksVuSKbZDck/sRuSf2Y3JP/K bkh+SW9IuBh6Q8Il0hsS7nl6Q8Kl0BsS7tP0hoTbCGfbLnRq5R7BWIJyjO3GTmOPsd84bBw1NhvH jOPGCeMkfE5DucQ4Y5wzLhgXjUtGvbHV+MA4WUNqtMZqmmrCASKNDfAZA2ldzfqaDTUbjdVfulmz qWZLTXZNrrHeWF+zs2ZPzd6aUiPPUoPRCb3Q1Mo40ieeQRtQtxrp+xKx9g0YlxC/U64NxuUr6D04 3/ZD+iw78aajH6FJONNOQfof+Pv4Mtqiuqr6Mcqg91fQEqNCVCzTtwHFixK0Qn9ezVtF3SXNp2U6 LxgfUH1rwmsi4VML2o4Zx2pimIxlIOPT7HcOEFqP6HvpEiEROFUnIQ5tQPQNasnslw/o+0SD4HS+ CelApmwUhrZDCkc5kNagXEhrUR6kp1A+ehUkfQ0VoEjwvEIUhfZBikFmSB9HDZBi0X5Iz6AJSHGg +4/Rn+FwHI4+wb7727Ciq6We22ipt/CWBovT0mxptbRZ2o2Jlk5Lu6XH0m8ZBvwolMYs49UjlnHL hGXSMm2ZscwBbsGyaHRYliwPeMJrqx/y4fTTWGYstizykXxM9UPLDL/OWMyvt7TxG/iN/Cbop57f Ar1QruPAwZf4PcCHJX6v5YExkS+lXKRkLBbTdj7b0sAbLIvWtZQXlG38fn4jyFMPXCk087n8TpB/ FHpoYL1A4l2WHpBmnMoNUjj5GpBso6WV3weSEejtEH8YaBcpGLcDnx7+KN9hcYJ2Tr6LPwV8lxgH CYZBOgq0zRg8j/EDlDs/wp+rHuHXWcahjgLtzQsX+EuUr9QL4ygByECBvwJ5O7QC4F18KU3UEvwU f93SCda9Cfpqge4WfxskvMsv+7iN8Uw7Rd8AVpU1GMarjWoLUtKSBFR/2pJSUrl+F2i2HlfIrwDr cWNi9UOr29pr9VjP+iSUQSA8xVnPr0iu0ALw1ot0lEUAGWgfPvkboN8FaxS/AT5jLQuQ0xqnpcEa b9xuTbQmW1Ot6ZY2a4Z1uzUPfKOd+WmxtcAybC0EqmJrmbWK32etY2N412q22qklrQ7rQfAdLfQI Y2htsR6xLFaPWI/xkeweVHEHWt0h2MAv24SbbDShB3YnCmBtEW7y4d4WtI7efDLf8VnTazneJTyk I74ypuDDY9V3QcPtAAXUt+wqezDlbV9rj7KmWvjqK8xXD8HsoS2obZaMjuoOSCO2UduYVGapwzYO vkMgnwCYBB9brr5Lk21afj9sdNgegH06fLfEkUIMv4+fqn4orLOFWhalG2MbT++MWQ9XjA4hF2Zn rLCT30T78N4hW81UKtozvU22HgHbFQrrpFtl/q5wyDIsHKajJBzltcwWPIzgZetV6zXrDX4LaAUz 0DoLMG+9Yb1jdPCHrPd89jpkvW9DNg3TvtXyQLK7pR2kZDmvtUXYom1xtgQ6iyQcfxN437UlUbCl 2NJsm21Zln5jmQ/Y3LYetOVAnxkrccEHo3wkAzbvbfkAu2xFtjTqO7YSm55FGbHMvOiGLd9Wbau3 mm28NcPWYHPamm2ttjafh0/w64G23TszbZ2WafBfCjNev7PM2UJtPbZ+2zDM7TbA9VTfbSmg0dYe K2yk9+X0Zt6eyMfQeAjy9cDYb7Zm2JMtCxC/HoBOxXxk9UNvNKbjY0/lDwm5dORBiwnLgveWHfB5 9gJ6Yw/+vWxtsZfZq+x1/Ba72W63O+wH7S32I9Ud9mP243a33WzpsVbBaI2zmLtEo5O91+5hNgG5 7Re9kZJ6MPjnOvtZ+3m2FpbDurf+v8M+CrQ1oDp2ex4Fn6h8CmGAyPKrkK5BugHpPKRZSPP6pPI7 kO5BOgjpPqR5wCJIGr2G4vShkCIgReujyz3lHn0cpAR9AvRDtG9rS9g7wbehl8Gur6DPw75iB+wO NOgLYL0QsPNb6CMIh94OXWISsb96VRQgXHkd8kLIb3KfqcirOMagQARaLgQoFp/LAKpEfB2AWcQX i7hiv3ZS2S7mEr5OhCpZuUxWdohQJeZmWZ0EB8X6MhmvAjGXQK6PlEsy+vMLJJNcNjk8qq0/UF1b xD6PyHSX5CoW6+1+8vqDf//FMiiQgSSbQ2xXJfYp2aZOhpfGsFim4zE/O0p5nYxeymndcZlt5XWS DDR3i3mvTIYCv74LxPGUcrnsZWLuCdC+sEKp41mA8wAX/eSU6+Ivq78d/HP/Pv3HQg5yn5V0kOzn kPG4/Ji+AunvL4N/bpeNg9S/hPPPJZqrANcqjhniABIeY5f/KrlkXyl/1Hg9KRf1fmLuZ2PJTk/K FfPLP5fr4e9fNypW5s4swLxYnpfRyX35jqzunsif+r0Ur++DPEhmM7lvQG7QVCjmoSEUIAIgWmZ3 sY0hCSClYmUuirkhzcvDsLlCOQ8LK3yxzpAPkOUtV24A2AiwCWBLBYvrldkiLhdgp9g3jYlHAoyd pIM/nsoy7tVN3odUX7nHq4MiBj7J1/zj7ePiVaC4VOaVqXLvCr6yFMAAUCOz1aPikKRroPXJD2/I Ee1MYRdAUYVinTKUAOgBqv14OVbAUA/Ai+UG79j4QOLjFPNmgFaANlH/R4Ch3QuS3xk6xbynQrGW GvoBhisUcdowKuZjXjuy8a3yA+q3E159mY6TANNiuxmlvQxzAAsAiwBLAA9gHAiAFiAcIBIgBmDd B/AP+Tx8XFz+oP4m5dLcetTa86hcHhvlc90/l8b8Ubn5EfCk/p8UcwPZz3/+BFr/n5TL9weB8t9l fOR8H7VmBuo/UF4n619md1dOhW++Ve7zzoNKG8B+gPUiuLzg269K7SXeAJWHKlbmcFmFcn8szT9p byy2Z/Eb1onKwysyMPywd/7J+VUerQi89xb5VnZUKOehX4ySYlFlV4VyT1QnxsRTK/pVDsj8QqSr HPHzE9HelRdWbOkbN/kcoDTnvPX0W1AhwSFh7FtQ/63u7XErQewXG8JRBkKFKQBpAJsBsgByAPIB dgEUic8lAHqAavG5XgRepGkAcMqgWUbTCtAG0A7QKbbvAegX8cMfAkYBxmQwDjAhyjEJMC32RWHm MTCHMl6ff/3O6/dev1+ICjWFoYURLCFZivaV4goTCpMKU8T6BIC0ws2FWZBy2CfNvaV88SkCqBLE trugbRGknMISWdLT73+u/g6wNktbgFTaQm0h+qjWprWjKO172gPoY9pGbSOK1b6v/Sp6hn37dx37 9u+nQp4PeQF9OiQlJAWlhtwOuY3+IvRi6PdQWug/hP4D2hT2VFgU+mxYdFg0+z2fP2x/GEdg7zdp R9ELCO0Gv9pd5AclIujFHPxsN/jObl4GMLa7wbd2N4tQLUKrmLfJeFFa8LfdnSIUibwloHU9T4QX dqPdGr8UugrzeHyABCMQzr7jjbS7tK8jzL7jrWbf8Q5m3/EO05q1VhStdWgdYHun1gW2b9b+JVoX siHkz1F8yELIL9H60PHQcZQY9nTY0+j5sI+FfQwl/f/ji3mkRnshRub8Cf6AQJCabCAQn8lGshHK qeQNpGG/pb0h/IXwN9CnYGTWwshk/dEl/a8CBKnY76wj/O/414jD/0nWoODw4PAk9AlEVFqkxuiP LuOf4E/wJ/jjAUE7kHe3X4oMsNunO/xPwK7+DHqWvQPiOdjVT6FE9t6HF9EspE1oDtJnYYf/C5TO 3gTxOfYmiM2w218CTsvoP9EW9BtIGej/QMpkb4jIYm+I2Io1WIOysRbr0DYcgkPQy+ydETnsnRGv sHdG5OKP4I+gz+OP4o+iPPw0fhrtYG+RyGdvkXgVP4OfQTvZuyReY++SKMDP4mfRF/An8SfRLvwc fg7txs/j59EeOHE0o9fZeyUK8VF8FL2Bj+FjqAi343b0Ju7AHWgvPo6Po7dwJ+5ExbgLd6G3sRu7 UQnuwT3oi/gUPoVKcS/uRe/gftyPyvAAHkDl2IM9SI+H8TCqwCN4BBnYeysq8d/hv0NV+Nv42+hL +O/x36Nq/B38HWRk77Oowd/D30O17K0Wdfj7+PvIhP8R/yOqxz/AP0Bfxj/EP0T72Nsu3mVvuzCz t11Y8DSeRjy+jq8jK3vzhY29+UJgb76wszdffCXs5bCXUUPYV8N16D3fb1ZGi79ZmUH/jqjJoye8 8Evh1wDjT5HJfi3zm4+h8P6eZudjKLYyiq7HUNDvDOE1OX4UkQAxIiC0LaCsSprtAaVV0rwcUF4l TU5AiZU0rwSQmQBNHKP06pUrq/VKv5rm80oakH41TZ4fTWcAmh1+NF0BaPKVNCA91SsKIBZqYiFR qlcDWtqfaielCv/pE6heY1TTT6AqYFTXn0D1BSbzPj+LR9HfVmS0UYxqV0Cb+1PtVlKBHoGo9vhR TQeket2P6npAqkI/2+9j7++J8tF5R+iNANKvpioKIP1qqjcDSL+aam8A6VdTvRVAejp/MfgXBxDH /Ayx7/2t9orVdG8H9IvVdCUBPWM13RcD+kY0+8XcaFaKZnSlAcd9Nd07AUd+NV1ZwLFfTVcecPSj fZRYpNMHHNnVdBUBx3Y1nSHg6K6mqwwgn4rRSZReP6gKIF8gui8FkC8QXXUA+QLRGVfJh9FG2G/4 vnmZbUNrrNWQ6q281WltsPZbm62t1jZr+6tp8Nlp7aHtyFH6262km3TDWbGP9AHmDDmDCPEQD+LI 35K/RSoyTsaRmt4fIk3It0LGUBBQXSJzIFco+wYpyg5HRAb0GfsBxXMyoLid9RrTdj7lyw933jfl 8Wnmo/kppgJ+s7nj1f2mQj7L3FUQaSqG/FR9qKmMzzEP1EeY6vhd5nP10SY7X2K+5Mul+jiTg9eb r+TnmA7y1ebrr202tbzbbr4p8Xkty3SErzffqk8wHeN58+2sadNxvsF8tz7J5Oad5uWtpaZevtlc yvIii4q259sswfUpprN8u2VtfZrpPN9piarbY7rI95jydtwwXeb7zZeyhk1X+X5L7Gs5pmvvaizx r+40efhW80P/XJJPyiX5pFyik/g9Kv+gdtsxa6ri880j+RqTmS8yX5DsJeFFOab87SXZKaB95Hb5 gPaQxscnr6w/xiffdL9+2rLdZydkyuCTzIez2k03+GFLYv1m0yw/aknecQ34j1lSpXGqzzLN1w9b 0iV8fY7pDj9uyXg1xnTPcq9+8lF2keSip37yNfLX4PtfJ19HupALIRdRcMhyyDIKg7ogcpx8G+ou kMsojvyA/AI9p7FoLIjdpaOtbC5kr7mz5t9RHnvznHcPl8jmZw39pr+CN+UazGbbN8g3ENK9oXsD YV2xrhgR3Tu6dxCnq9LVIJXOpDMB9b2QeyDJUsgSChF503fcZbOdIUK1Io5+0zsFYq4cF8l2CHtE HIa5/DXyVx+qXxofjrDPw/A5DCccX3TJiEU7X4qp6zWN19lzE0yTpgiAOdNk3WXTgmkR8uPwvPTK 7Esxpgf1pK7FNFYfTutyp3MTaKq7DE+LpsVXZk0L9ZEUZNymTdHAa9rLCzgBH8plhYdpxjRmQvVa 02JuwkvrX5llrRboU91lqEV1dtNE7jSTvO1DjeMugCJmwToRkwV88tk+eAWXDHk6pFQFNhriYgJL cSLeKwf9PL4yDuy+FWve1byLiHa7djuMwxs6M1KxEYhnI/Dsmrtr/gMlePmSFBjJNLKZ8TSJONgN knj62w8ynBb8LpwkkQQ5Ft9FBC+THAVuBnF4jiCSqsBeAh7KtiNAN43P4QsK7HGkwhcgueHEJ8cf RGp6FoTUgo8oamqATyveBydNObYQ+NhwMcA+BT4D8KWQtuO9Cnwi8M+FlAyQragJh5oUliJxkrwG 3UMaHEUTug+faxV1dCW+j2ZwsgJ7AUZxDl1CczhagT8FePpfDwMYKfCHkRpmyDA6CjCvqKE34MdY akBXFDXFSMP+j2I/zOD90E5eR/2tDHUocNTfdkJS2I/5WzpLkv2U/kbn/9cRYvHHO6d//qG8kLac ZJ8/8PbMQUTisjgH67VexCUijuvnkrkaBTYCqbijkKK5Qjme3AdqxA1zowos7Cy4KrLAdXBdCvwE UnMFXAGZ5FzcIUWNB7Q8q5SEdADvBNKllIQcBN7hXDhp8ZMEZi8xc0ncdgW2CNaHm6SEi+RSFPgs pIYd0CWSQx5w0Yoa0J8kk1lOpcCC/uQoiSYT5I4cj+8Dn/2QEBkm1xQ1N2Gu3CJ6sl6BvQx8duKr ZCdZq8B7gM8msgmfBVhW1ByFWdRB4kgBUeiL90MLDXYRDUknGYoaPcyV25Cq8W2yzq//XJCK9h+j wKZCH6M4HY8ShdY4FuZjJ6R4gNuKGgI1WnwQYsocXpDXwNzRQJy4g2ugzWV8VVE3gYJwAS5Ak/Dp wv14WFHbD/NgGKdiA3Yq8G3QVyxqx7EgebWixg590fs2B3ym4QJFXQlw06NbOAZvVuBzYDZfgZXg CrRJUNQkw2ymESCVRgAc7KvD2LszQCJGWpWC2axDujd1b8F6/LYOetSV6cqQRqfX6VGQrlJXibS6 Wl0t0unqdV9GwTozzMxQNhvp7iSYfNO3qj0Dq9o1tJ5Mk1mUQuZghfucZp9mH3qJrXMZbJ3LZOtc Flvncj90BAgcUX4gxpWVGHFSFoX+BmHVdXUknBtC4bz0NMIvzjBAYu4PGjFXiTkHQGT18nZqv7av pTmz75Xfy75X25x9uXy24lTWg6z+rAeZxYYWfU7FSFl4WklZeJnWcCzTUx5Vfi3zWPm1rRsyZ/VF FZfScrKcaTn6pUyPvqRiSh/9Yrg+ujI/855eX3GrTJtZV6Ytv1aerq/X7/JSVsToR/V8xd20nK0d 8LTOcFHf4NduOXu+akP2fMV6eHJWLOuTtiXpkypb4am54mH5xcyoyui0HMNlfat+V1lklrMsUuS5 vG1sa8e2sczzmTf07X48r2RXbRvLrtKP6/P1nVlZZZHV02WRmcGGa/oGQ7A+ZWuMPiU7L7sq+7Jh LXCJ2TZWscdwQ99vAG1fjCy/VrHXMKsfNsRnuzOPZbtrezLjM+8ZErPdaYvZbrBEXtqoIXmbBnrX bOsxzOvHKpazHlRtyHoAOrTonYbUbUm1k9uSslNBsnFDRmZd5VhmXfm8Pks/WTGV1l+7mNZffhzk 5B/75GcX+ZNB5bPLVX2b8ikrK/tOZnr2ndpO0LaHyTJdGVfbz2RJp5JVJmSnGu7oJ1jdTOC635OH XNfHVfbr4wyzBo++uuJ2uaoislxVm2U4n+3x8wkl5Qf2CT8veNy4P26kfz9je1OfUDtRGVG5aDgL PjigR7XjAK2GI/r8inN6TeZ5vaa2zXBcv8sQq0/LcurTKhP00frRiodlpHahMrp2jGmk8IK01jIC Pk9ejCwL12dl5m3rqUWZUbXD+qTy2fKozDpjeGbd1hiv5bPGs+qzxivHmeWXwUqJ5RcrJ7w2y6yr nauMfjGS9SBRTgMlm0eZsdvGakeZfhn6zZll+s2Vc1Qj8KX5tJzs+Ww3WHBaqUPFBX1o5lp9aG27 wV2eXnFFH5Fp1kfolwy95cH0qXJMH1E+b+jVT0I01JG/gQiHWATFuiKI5gSi+RchjpdBBNdBBK9D a1gEf0r3LkTWj7Bo+lEWgT/AuSTk1yG/Rnksau8Qb7Bj2DrkXU++/KFOOXA2BUmLYPWpA+kwyPUu xTGeiwDePcQ+EQPRF0eiWwrcZdgJUMSkAgsrMo5TYOjfFaZxqALXAjl9W7qyF56t/nIMvftrR9cU uALID0K6oMDSNdqjwNDvtJSg4wpcFOT0P5wPiVg4G4MV6n5n2324lbOdfob8lH1Os1tbuu+i+818 Js+7DLcB0Xs8gmxwIljBSjf/ZeyXBSlWWl0lDf7fdgOBV3bqbXcg0Z2c19vM9LYUzlnXIWGslWFV MJrLbFQxuivDE9SLbsLTdTkH2MkdBcBoXMFhBJIDAKMBBYcqOIlhaCHn0Iz2ILo7dCo40P9Tz2D3 FDUKDomI3nbuUeAi4URGz1kS7nfzArCYjt4lh4DFwBdYDAhjHhHOPGIN84i14BEW9BTziBTmEZ9m tt245ldrfoU+w7wjNaB3cGysq2R6W5iG+WgXeD+9n3DI8GqUBnOgDhKdCVWyGg34TTxoThO9P97p q/swceP3qTWMgWaTZgvMINiVa7x3CDzVXBOvuaZJBNwegDYfnmiCNXDqgRZEM85+Y0Ci71ffVUMs 0cBZRaP34VWaNk2b+roavE8TDpAva2FXj6nHEVbfA152TaqsTammVO1WgzTq61BXqolZaaVu1mxR t0LNeajZrn4oa7VBXadJUJuhDk6s6jlfjVoToYlQ79EEq/cCHs7t6ssrrdRL6nT1HTVEAXUNIvDU v9IO5L6ujlNPqiF2qAug9rr68Iol1MAY8KlQWlQvrUiomle3q2C+qiFWqKfVMystVFdUU4AnVAv1 efVFmVZ1qmEVzBjVPLTpUp+SybdHvUd1TAUxVHUF6pqp7r5W6aoGFZyzVB5aVteo98naxanjVKUq A9S2QW2cukBdKJMxW7WsgoijgifQI1WdvtJSNadKVN1QJUPtXugxWh23YhHVJUihqjFVBNRmgEYP QJuVlqe4O6pO7h7UxUMfp1QzKtkoqA6pDnFXVU4O1hKVCuoPAZ/xFetwAxxEHW4OuB5XjcjwR7kO wE8A/qCqa0UHbr8qlXNBzTDU1Klcshq9KoYDf+aOQc0eVb2MVx4HJ0xuP/SuVW1WFcja3OE2cpug DtY7Vbxq04pW3BSkaA6swOXRb6Gp4mStzpIHHFiAS6Fl7rZKZg2unWsnNwms2Fwk1LZzV7lbK5LA TKd3fEtQ08B5uCsynmWkh4AXkhtM92EZx1wul7TQ22ByAeoauGOyVsmknsDqTdy0zJVyDbJ2EVwE 2UPA+0kz1EZw27nSlZZkE7lNIAKQaijf4xK5LSstYfWKJVcJxCyyE3oM5eJldefYjQnMAQJzgCxy GlndcTxHjtJbBRINXI+TKbIg091BHOzehYPSCJlYkQX3khLs8d68EANpJx4ZzzzcSrIxxCJ8EXjs JytRSU1SSAreRxKx7f8ydz7gURVX/5/7Z3dDCBFDgBiSEBARATEiEsBAwmYTMZt/LwZcNVKkiKgp IiJSXopokVqMFJFSSpGmASkvRUppitSXKqJVihQpBaQxIiCN/DNGRV5EsvvO+cxC4iv2qejv1z73 ud89OXPumTMzZ87MnTv3Rqeu1Klj7WktrkywRtqxsoJp6fLbCXa+Xd5sjTXA0iWWVQm7oIUlXa09 lo5/1kjK1ywdKyuX+grbetVOaSG/Ro+4Ov5ZOv5FV2DIm908tTL66hHbiq7AmCumq01K/F/HP2u6 tbPFNWOsMWqFWs2Ibeu/NjRfpebovCUG6Phn5VtLWlzVW020uukxVL7sY1mPNNeOlWAlqJFWrJJS 6/hnjW++Sp1Ug/TsIofR2lYnrcLm65hhyJdlujHns1WtlRFNvbD57r92tUWewizSY+U3u+rScr3l z/yvZt03zz6T7T7tgs7Sa2qunlDWmJFVdjRjakbW1ceHbx6xvmxvKD5jUiig6drQ+hH75e+y6lCB 5pVeNiE0UvhXH8+YEdqYMalf6YhFoc1Xbe03M1Qe2hIaf9mEkSmh7aEJoV2hyaHafuPLzlwT160x NC20v2xl2cKy0edOrU9O0Rc9x4hcy/N8tt0066bq0FptibZL6JZ2iU1n7Tlny/nskPJovea6kSmX xYRWiU3DN+sy1YdmltVcXVt2JjRb66gMHQ/ND30UWhQ6FVo60g0tb2mL6OKO8ItP2sace9Lm4Ulb bKvJrSar1rR3HO194U8czRzlu3jZT1ufVGef+f1fiWnnJMSb5suzSbzJ/YLkf35Ocq49L/oUU+5F 5PmGPPn3a4tVt0RlRU+nBW2VjubXhh5n0kvnIB9fmlbav3RY6S3R39Hm98r55vfq4S3Ss/TvuOjf Z38rWvxK+qTSbvq3+FL59ZcWXxV37jcq9yXPPr+sRaQt4v7hk2FZOZ6vzn3r4tK2nFb07FhSXnL8 nzrHl9SXLCrZWLK0ZHPJ8pItJatKtutzl/57e8lazV9VUqvT93Ou1zx9TfSp8hPariflqay9QI/J TnRGfs5aShtLaVtT2jie9LahtPGUth2el0hp21OuDrRuFvdEFrFc6XIKT0Y7eTo2pgXvsaivFEd5 Z6PyV3/KfKFPpjeDL2ucqJbTGkP0qbo88qWndR5eXHFBUWPRmeLS6DmyOFB0smhTcbk+xxQ1FpcW B4rHa/4EzjVFR/+/lVFadQjPC6ZG79m+xyhcoe/8pPbHtuDK3WwVrXGWd6G1+oT0fN03Jn/J/gWR +elXv2skGtm6JDKzWBe1cga8sXztfunneKX6rlfmCy15WTz3nPI5Xg88b8zneIlqQouamHHBNTH/ XE3IX0+p5t0QPwZ/IqjrxNg7q4W9D0XtndHC3oei9k5sYa/hjWFOU3yOd6H2zv2cvT8C5/3DVmyO +mbmJf8rvNU/mCfdpedJsprZmhlSG2ZIFzFLafs1rpRoKvdccWqkPCUrqNennr8UHNfnR1H6lPlN 3ax/w4YOutG0FnQwVp9tkUso2FuwrWBnQU+NwzTuLdhXkFYwi2Mbh077l5RXoqfMhqv1uZJ6fxie 7M2Q//QxTC1owe1L/3f0b181owVfYq88o0zmGBdN+ebWo54EnyWnrrQOX5pK6cZpdSpjhvC0vZRe 0EpjrKxZRd6Tvz3XaYxRskZ19q9Y5Tk9uqnlvlXR6Tu9V409D/ex83FPvfpPcnXO4ff/n3B0KT67 /4s2fHbsfJZ99rPzcT/92z/J/WLuWu7khPNd/T/u+bgnpv2T3PPmdGrBee3seT7uyap/kqvr78zs 87T38+etv9J/Uy/413KkZv58vjo4k/d1/M1OsfvqHhyn78lbK5WUpewWp/xt/Z/Tjv6Wdo0tqbq0 uGvbfLfwdMeskhVFK7ssyu9TtObSsvw+hX1uKCxZHZxZnJh/uqimqLhkw7DjBg2/qKLkhcKq/JyS FYV3d9iTt71wurkqf2vJK4V9iibl7Spcd1lOydbCrV07lOwo2lSwpmRPYX7RjJKDhQu6hEsO6xnZ rLyPCvdc9kh+2xtyuvYo2la0rWuP4mlFO6/fWdJQtLfLopITRfuKppbUFb36OSRfgyZfgybVXPtF /MclLY7Pqy98pcvmknVFz5syGs4Xy2hK17JcLUv0j8ti6s3YYHSaq4rTSxOKbWN/cUzJ4mH7L826 YXXRoaJ5JaeLjnasLlVFjab2ipNLvUUnDadoiZ7pnikaVxp3/dEvlsjk+CVziK86B9ygNjWPI+3r OEs7V7bvGUxIbxtMCqYFuwV76iMtmNG5tnO55vQM9g9mdR7TflzQ394fHDZsRrC48/Fhc9L3dD4u RzBDS5brQ/PM0axt2CStoeewSVFdPUWPaGnWEUxr37NzbXt/3qbOx9NXd94SLAve0n5c3tHgLcHR wXFGS/oe1bx/9quV9nO7ZRMbVOmw0f/eh7qw50GfL6dXlbZzAwvz1gbGpcXnbQycyduYt13/1uTt yqvVv3P03/tTt7Vz8+rzjgem5q3KOyVpaZvT4uUI1Oi/avNqU7dp+bCcLbRtzrO1rs1Gl9ak9YiW Zh15W/JWBY7mfZRXmxbfrm3qNq7aJX8FatI2B44GxuWtT9t8geXszUwsWs52aSou90wgJpCoz5hA uqbjA8n6TA/Y5/S3sqvtaq3/GVvf39j/Zf+X7kW/ttcq137DfkN57Z32X7UNu+3dWrLWrlWxOq8G mctb5dYk7meTZYaesI7T0mdpfo/gkPw+wUB+v2BB/qBgaX5OcGR+frA8PxSckD82OC3/7uBM/p4Y PacEZ8OfGKyEPz04P/+R4KL8x4JL8+cGl+cvCK7KXxxcm18VXJ+/IrhRy23OX61lNwS3IH/2jOrL 7ZF7Qk50iNy6QMK53/PZVhgckz8qOBm7hG5pl9h01p6ztpzPjuHB8eiV60RGrhWbugbS8l8Ibj+X 11m9ht7MtS1t0X9/yb6HrxXJLk7gLE2bnjJr8MLsURftyK4aPO+iHfKbNjF7XXbh4CWdh2VXpX40 eEn2Bk2NSuujj7kps9LWJZ9q21+OtIlasjC7MG1K2rro0axtxZBKQaOr8zDRE9US1ZG9Ovux7LnZ Lwye07b/4DmdM5JPpRRnFwpquVd0yoLsxdmL1YXtdrBURvStIkrbthtnXM7+nPqc4/qszzmVs/+S 7Tkf6fPUkKoWuVyw/38+plyk/T41vVOPrEFD7PjJQwJZ/eIny29q4pCRgxuzclKPDwmkLMzKGVKu KTtlZ8rO1L6deqSOvGRJfK0cqYmpiYMbBzemJqeOjB7N2goGZwgaXanHRY/RclbHkNKh6UO7Dx2Q 1Se+NqtP6q5LliR/NLhRUMuN1ym9h/YdKpHBPBf/GjElfquOKXZuTPa83JjcmIFeTcfnJubGD/Tm DDmn/8LrdKw8mdF5FaiLdF6jLviM8+f489sU+/P1EdJ0oX+4PkNZK76BZywXXrrP9cg2MzlLA/s6 xg2KvaRtx02BQ4GjScuTlgcO+es79uyU3nFTx5rcuuue76iSNua07ZSee6JjWdz2645esiCuvuMM Ofz1/vpO6VpyxiULzNGsLflQx3FJy5PP6qoRPaKlWUfgUMc4SQuc6TgjsLdNbHatf2PSxkCjf2Pg ZMcKoyWuXjWvsX+N+BM3n7PUv8K/2r/Ov8H/gv8V/w7/Hn28MvSUv85/UHMO+xv8J/ync1V2V//B XG9uXG5CblJuWm63QdVyDD2lJQ/6Dw6q1jyOFtq2Zo3SurZGdR0WPWg5p0Pnt1rScocNqvZX5fbM zdB8ldtfY1au32jJ7fbNlLb1cs5S/zh/xdDH/JP0MdU/yz9PH1OHxvoX+pdoTrVfXTfFv9K/Zkg/ //P+JP8mf5n/VX1s89fIMTRWSy7RRw1cOZq1zfDP0bpmRHVVix60NOuY6q/Qac/7T+rrR/t3+vf6 9/nX+A9pPOpvjGrZdsGl3W8lUlrWsmPXf6WzNDF+YE6rwkHDBg1L3Jg4IHG7Pjbmejueym7QVPlg lfTK4IzE5EH+7FcGJwzuNrSgQ1qHtFaHk/rIob3Cm92Q3ZDUR7hyNGvLVYljErfrNjW6ykUPWs7p SNw4MEenvdJ+XVIf/+lWdeIdickd0sRH/IeNllaHL3Dt/GuMV60mc8Z1nBZz6otHuyWqebX7QlZd P59XDGdchwrfmuYjMWB+O1R8k3nFLOGMa7c3YUfzEdPd/Lbb+zXzOmX1bV6Rjcn4Rs7SzEDCuH7j 2/XOLM8cf/GezJmZszPHZ1Zmzs9cmjkzoZuml2euylybuTFzc+b2hHEXT9Rpu/oXZ07jqNTHUn2s z6zN3M/ZrG2CTp+tEV1ak+jRWlromJxZkLkoc8uA2MxpOv14u5mZH2WeSnQzwwPcxMWZpZkjM8dk 1n+t1eCvcdfk3aFKr3nh3/uIrgl/xXJG2snOu/DbgqqV+6KUVvZX2c/6AhqXgQu8OuLZL4ENYK3w nU5CO5vg7IB+A+wJp5f7ssYAeINB4Vth6B2C1lHol8Ap4CAjg5449GQLP/Kh/aHmpHs2KMud68ru v97siXtfaPdF+A8Kem51V2k6LLQ1TdApJvVncIo8/60sbwKSFvgdNGxGZwhsA2caen6BTCzYTtBX gLZ3QaO/2qmWsoM/d+Zo3O1ZJzUjHHu47Ch0DrmXanxOOFZvt7vGqwSd/tDdRd6bENXwK40vC99+ yE3V9G2Otsf6xL1W03/gqqcEPfdDjwOXgL8R9I5CzxlB735ynCB81wv/KJLDoZPIKx16FpLXuT2w UKPnQ0Fnp6ALx74Peqajo5c1G8lRyGwFVwuqThZvNoOtwBirVrdgg/07/gO67BKq503VOqeTWC5P r6398h6bFRZ0Osk7eHaG0PZS6EedYeIP0A3gO8Kxl4E7hGOlwj/F+3unnXRBoZ1xYE9Sd7jJUl6j R2h7JfSdYC2SW6GXgSGwl5WnsRh7eoGDsNaF7s4bePXuWkHoA4YjNji8H2hngyH4jVx7As47gpFG V8dyt9AzQeNaT42+6h5a5AGsHQf9FHS1oJaZgM/XyL5PQXsZV/WEkyypzmFkJkc5NXiy7P1PRTIO zvcFPfdDD0B+PjgSDZug75ZUX0dk5oNXoOEptIUFVQTb4gTVAXS+jM3TjF9Rz3e612jah4+183xL y2Ry1UBTRnCYYOQga91LI9s1p0NE93p7o3CcdKGtVFKXSaodgt4NvQ6cg3xFlC/yJ+BkgAEwISzP 9upERqfK3sqdyHdHQ3euOgo+iEwYzANdVudfBm+Rt/qd4fJsWLf0XRrnoqchLDtVpyFTF/FqeqLQ HnLR8iI5KyyRYZncXeqeIHx2ybudoR8Ap4lkUzDCM8XIYyA7+iJrQd4ziPBOdOR3oJTFE+Wz2zci 3zJS4feh2VFstIn+piD1oJp4x0Po8JuyY7rpLW+cpj/wtpbnGoJ6RGDPsfs6YyE7XKMjBTub3Yd0 q/0uKiNP9u+K0ljlfAzN+8MedjhKPNf8I9DsbXV/AfI+v3mH3aUU0qcix0W/SiSXD6GVOxqkRK4u afigT8eQpkO+QWK5rwIOb5J6c8i3DvoDMB78A8ibK172AHvZPex7FGTHsy+GaxNJZW+r5zT0d8Dp YC74sHijpwp8Sbf1yJh+Gl8TdN8V9A4UtEFXgffDXyXoe0LQQt6GE4OMLzWG3aXIHyN1BLha0IHv OQCNBnc3nD+huQ46G9oDXgwnB3oa8pPBMHnFgemkfoTkTdCtQKP5VuRJdVrD+YzUPnD+DucI9K+g 2yB/ETgVtMEPKMVScAKcp8AKtN0IYrk7DjSlTgRfh1MJjgZ7gGVgOUgZ3XuwxNh2HaV7DiQ1xtj/ W1Lvhd5EvinQBSCWOwfRNgDOQ4KxtFEr2itmLAjfWYL+uejpBT8f/gyuXYGePeBsONS/h7awG7k2 idRn0HADqTVogO/pB10FHQLrwQz4eEjkVvFDjS/J/AGcjmfeLnMM65fei8Q/pXd4XhN03xX0DhS0 QVeB98NfJeh7QtBC3oajPXwRHr4I314kHms0CO1LNZqFVkbbMaNTOPYIJFcLOqR6DkCTi7sbzp/I vQ46G9oDXgwnB3oa8pPBMHbGgemkfoTkTdCtQKP5VuRJdVrD+YzUPnD+DucI9K+g2yB/ETgVtEHi jL0UnADnKbACbTeCWO6OA02pE8HX4VSCo8EeYBlYDlJG9x4sMbZdR+meA0mNMfb/ltR7oTeRbwp0 AYjlDvHQHQDnIdOmtF0duFtQx6VFRKFFxKVF+Pki8XPyGgtyrbMEDXPJqxd8ZeSh85GZQV4ryHcP OBsO7eWh7exG9CSR+gzabiC1Bg3wPf2gq6BDYD2YAR+/ityqZw1WZEREe3ukkFH4V+Ei2X8N3ifo pAhaoK3AgfBHgK8KKuQtOC4yzlz4Rv4BUnuCI8GZ8Buh0WDfDR7i2gnQP4e2wRg4VdCDoQeBD8GZ Dc4Dvwu6oNH5LAjfehS6idSOcD6CcwJ6NzTabB+YBVrgg8iUgJlwbgD7o+0KsDOca0BT3ljwDjj5 YAaYCPYB08FrkfwJ+DTa3gIptetB5m+kPge9n9R46GfAH5D6IbRprxcFPaZdaCO3L5iN5HY0vAa2 h38pfK6y/wreA+aCz4N/QGYqV1XCGQ7dDbqWVMNfDL1D5kjar8rxK8HV4ECQGZQy/I8FtReV42/C WQT9CTI9Iidl9m7mtOB6PPYUM0DzBmQjtBdcQuogJFczk1wF/zEk6+Ewo3PKkVwAh7cr3RVw2PWo 59ZC8z6nvRLcgYbT0BvDE2UeDueZsOxD3wlnoqA1itnv/ugMVugCUofA6Se0j3dNra5gG3SGuLYM TjxWsU/WNrtLd0pt+Hhv1UN5rSRjlVxlBwQ9WYKuF1wL/5SgqjH3CGF992dNF7QfFZudN8xcmnzH gznoSTQ2oGcvModN/dMuZYLOakq0i6vWyPzc2WFKR+0RVXQvltR3zTyfUtTQvg3kcgscUr2URdee TvVsEXQLyWu5adPwLmkXwyGvfthQzVVxWBKH5ilGj9xr6EFO1tm3COp62MS9zCbaTnAmOAXMiPJ3 0QqCC+CshJ5JTXYHK8AG7kcqsIS3Wd3oXVh4lrS+8HXu1bSaaHhVUJ2OlkJapDGqZxe+sYta3UUN mxyFsy0qv4vIuQvNpgdNRLIauprSCT+G+tkvku5gc0+HhrHg0+AW49vRvlaN55TjA8LJod3LsG2j aQv8rYb2moo/tIV+HD2vkEsCrbzN9DvoDeiZR//dQm0kgZPgj6d1JqEn33iX8SJzXwkGoj20layc ULoM/OQE9lSKvNfs8hojmt3j2Mw72e4TWF4p2ArvjeH9bR893bshqmEaLajRdwj+KKE9Cv5Kanir 0UleZjd3PXb2Jt8YuVfVd74a3VnGA7F5EyXNkffgPWNN/YD3WnU6NRXJRehJgi7HH05TG3VwquEs JPdDcIZT8zPAu8FksJDU9Uiu5O54D5pdNFBLnj/Tm2aaqIuFxBDnUqy6jzXDOeAyVhHToXezrtgV +jNwCqnDQR+cleB93lSNXViN7AKnO3QCGubBCQiqY+ABIwNdh7ZxZiUTzGCdcznYDg0n4L8DLoiu sspcaDdrqumCnkR0LojOMEVmY3TeGJD2YjbeNYoBqW3mQulRPYI3eMvEM8nRRVsGts0i3wowRjhu Ifz1WNgb/ko0nzC1geYhYE+Q+aTdkdTFYCZXzYGf4/lARkb4L/jGSPzhTpx5mh2Cfy05XkEuk+BU UHsR6JlI1oJtpBS2WQd2KMtfTPvKHb3dCz3Mxp2rkN9IXb0KXUzqMOgUaObVuqVE58fQ/2lqFc2X Y0+Soc36M5bvJMdDYAIlXYfMdOgGNDSQb61ZA4dzBPl10O+YcpnVbE9E7Ix63eNij6wwOAOFdmah uTeSp5B5CjpEXstMPXvzpD+SOo3UYtpuG6lt0LDf0PA/Zb3lGPQo4/NCO/eAPvibDdIKjdBvQS8E 643Pex4R+4X2rAKfNP6sxzod8ZBJoW43kvtSOInRlf/p9JrpsoJHrdYbOvpM4dvijVGfFMkp1Nuj pN5ILmvg7AC5q7ID4H34/zH6Dvd6Trlpa0rxMNc+DP0B9AeG5lqHHI9gyQlwHvcveLsP+70Fgj78 07MFe54VjPkNqT+GnwVyZ+dMNHWCHizxURve8dQ29zLWdBNJyL07lowxmtFQif2VJj54p1I/U/GT x4lOQg/3DtAaforMQPnSgPWoJ46Y0yD3myKj3hVatztr6WA+yPqb3YfUOnzjAHWyQfTYP4/GtzTp I94HRX80EqYRwYS/yBMjs1nyOkgMWQvOoFwPYv9W6icePvHWo8Ar4fwEmWrq5A1BN1nQcxrOPjit wQFwOoEPGC/1fKzp9+EcBj9EslDW+rQf5mDPVPLNIZbmkLtGH6ODZyq5H0amUFDLCJ1M3c4BN4q8 jhVTuVZwLHiloFNNnz0MvuFhrPGY3o0/gxsF3W7I7INuLehd7sFbBH3P4SEdKfsIbNiO/gc8xk6s 8pheJrnnk7oenZ9Cf0p9EhVdm3p4Fv5WSpFi5CnvGY/ps1NZwxcLd6DnKegQtdpJ0B2AtSNJ3cVV VWZcM+NF1NocWn8qtPCvJ68zJloa/dGalBy/Dz0InWdotfeR6SU5+n6EnjrynYzn7EHn98nrBXLf B9Lv3CXgFbRmJvLboHsYLzI0Mm8bPeB8JKkxzyPQeLuu1URaXzj94dAHvWug70fnWOhY8GVSb+aq kdT5NeBByvU0/SUFzhXg2+D1xIEcaAs6Hs30QftOsAkNm4we07Og07nqJPQirso3Y4Gg71G0Eed9 FcYeE6WRfBLOcWiisa5tSWVE8DEqeV5Ac7Xncvz5ckarG2mvy/Hey/H2y+l382U9jRwZJb1l0HnQ SeS1HctfBI+jvwprXzW00QNuIq87kRxAj5sDVkT9P4fWkX79kGiIvUXoVvOFjukH2uTLLKJVH3oT T5A9zMR8y9BQiq8mQ6+KxgdBK+r5GmPvR56n2O4dUd8W9HqMj+XQO4QOwr+eXPoK7SV6e8dQw9/G 27fIMxTnbc8ujZOok/vdIZpu7a4UD3flOzPMNq3XhNY9Yo6sB4LlgtYoWiRLrnLvl1rSHjtA1iFd uTuYJBxrt+TiEs9dM74Q7ZuKo0+LHtZ4EfRF0SdE/UGe3UT+BH4frABLWek6Bl0pT1vkqsjJyC44 80GZdy0VnfZ9gk4H6DngRjgDoXcLWl3BbXBCpA4H0+EsgI6DbgCngCvhvwG9DPwpmAF2BwNobmU4 TX+TkY6SToU+gIZxpGYLR9/XiPwoMAz/Hej9kmobG3YL7V4DvYPU3mASmk/Dj2mS72pdDt2DXMqh K5A8gbZBxkK0FSKzHg5lV3VGEk4b5Oegc7+g4zM2m7ILxx4ObhRU9Wh4mdR1phWaVkq5wHlw7kT/ W1zVHZ3p6H8QzAM3oyeITAOYjf5fQ+9Gpjd0m2i5hM6A3xV6JppnoedNUzOmlUldx11bO+Snwz8F /yVqY6JpBaOHVAcshnODoU3rRGtS9Lwlvmr9RVB7gvjtafifclUK9M1cVYZtw8hrGLSpw17IFCAz j/IeM2WEXgg2IjMKvJrcEyLdBJEcFLVE+L3Qs0HQ86Sg+5mkarqbxBY4ycY200fC8h2d7uC1pr9A ZwhaqWhLFVodEHQ6kNoLOj3ypLQL98UO/KXgSlNjBuHMBAeZVDAFXACuQ/J16mSI8XNjD9gAjgHf QTLBeBqcCmx7Ezxm1o7Qc5PpBci8Cu7g2lrKVQCOAj+gjH9H5jk0/wj+fnC8iQDQ38Z/+iM5xWgD HdPi1Mkbxk7wTq4KQ8dATyKvPfhnvVwV009oH/3aWwbm0HYjJNVHTPNeLrR7nHZMo1zTsOpGfGMs kkQ5r9HvGp8xljdNwXMENxubTWRgncphNawSnZX0+qXiJzp+dsOfuxH9ukmkMhEJHEjsehQ9g4gn xDT1Lpx8ExWRaWXinqAzzsRD+GHwLfAv6AyEe2pU0H2QnIq1Pzd9jTr8mDXVgSB7D+xFlPcT6NHy 5S53ilssNH7+Encxo1l7f4knmL3M+qrcG+p7vXnc2wpdxVP1ep6nV/lkP0yNoE7NAUWS52XO8Oia RnfWH1Kkvwht18KZGNU8m/mtpp25gnq2LCNUA0/2Tzu7mAl0lbmBc1hWm91CRvbZ0lIe1nVlj4Fd K+jMUkFpO3WJ6GRXUoH6HrFa2qUMXBMZQAwZIBaGFyEj8oeF1vkFpdcIx/WKBp3rQrkzUpViv6A6 LaitrJSZBvwGQR+rr56p7BgZzlpcb9nLoRWVgfPAPWAOa02yb6Fe1lhUo2+H8GX3gk49Cr0S7CI5 ejdAyyjf6L0ZeUZ8737u8TfQFnA8v9fYN7rzoRKZm6H56jq7fRTyyj3Is92lcMpI3QIt7bIFq7b4 DgnGTANnSVvHlLM2WM14yh4P4okK9wMngnHMNJKRnEWcl/1dHV28xYvHgjW+HkKDNV5osMaXDT8b Ogs6C5kfIvND6Meh5Z46GR9I9vjBTwS9VaALJx+8Wq7y/IUVkp3Q29Ejs6xGz1zoOnA6mAP/O9gQ ouaXcRVWeYbqEi2VfS8afyzouRlcLyjXauwKpwr6BSWriD8R9PwYFMnlSC4Xn9e05P4mX+R701uC b9wGLZa8SZuu9W7T+JKgVeL5VJerp+ylsXuis0E0aPpxcK6g1wPyHJDa6OmzNS50rxf/dJ8W9HwP +jPoSnCLoHzPUfN3g8e4Skbw8bK3R+PvBT2lSEruye5pakNmtsne2yi7fMdjH5Yfldw1vws4glTZ 3bQPb+/tPke7DCP3H1PzoHc86ML/Hfz/IEfNtx+Srxzq1Nbw34XuAcbB+QHYGXyZNt2Gz0hvOup5 UFD2I2laWnONlN1u48mVOY/7W5kbCNptvPdK7GXldrrnGeGD0z2F0IXQ34P+HvRT0E9x7QYZ2cmx t+cdcBkWvgh+QFnm4GNdsPAD+HJVsfsmvtFO46/FKs1/gr5fDkoNlzivyzxNdmpZi92Bgp5MjUc8 4wRp5SPeSlA87YivN/Rt+LCOeOo979PSOq78N7P3PNI6XT2jJbrKflerq/daIq30taP0kffkm6FW LPnmyxceNR6XWpU+pdsxSUZt9wj2u+Crgp47wMvBJwS9V5B6DM4Aibpek2r43wHvpUSXaayU+yZr sSN7YCqd70DvgZ4NDcd9Bs7bcBqg/wy+IWhLKx9xfq01327/gPqR9e3b5buHmr4O+hLowdCdNH2X 1IOqcX4rda7mSxn5/x+NEVf4YGMkCToJGZ1q9YxIZKhW10IvETqyBfqHoAcsAB8Dn0HPp+Ad4GhB 4mqj3M1pugvYHo4X+kboAeCVYCF8+Zrx0XCCkru2H4GfglLPIZ6yhcK3gYvgy2j1ONaOAh+XHDVe IRzwNZ73jSX1AXCx2Kb5sidzQaQHc9QXwb8xa31Pj4+DIjKKLZfcreVylZ6vvg92YYb/MDP8lWCT kvsFqYF9TTL6HxXUet6Xa7nKh57e0VoSq3pLKazxBiNtSRWcFJanGG0odQXyB8ISx3JkF6XGveAf 0dwFC9tC8zSNuXEKOpcLun1Eg77Pldx/HblFyb4LqT0nMo2Z4RxombXuQWYPth0Jn9D5PkxLPRyO aMwzrRbZp1O/hWR3+cqMrnPJfXEkVjik5kfeFo8Kf5fSpVPbx9B8lcYt4V9KjxN5NTUsfXAPnMYI Y5ZwNJ0OPQwUDc+GxSefbdLxxzpgnn1H8pQVqWR0OyBxWM9JTERdjAY9qqrfi0fp3vc6PXEFtENf 20fP+hB+HvJXkdcv8Zk/EpdeZiYg8UEp9l5a8wTZQ650TxI8AYf/gqJrQpDZiPkuprWfGQUrGJRF hVfL7JGZ3iiZ3Wl6IfNJ0VYPRlhxjZcRTZ1mRItnF2iESPWyu5cRQTifgDsl8qid8nxEHWCPaJor fTCLL8X2ABPNV2OjyK5dZBQ5Kk8QzmfQVdA6r0gVkp+5XbFkqrbENftR1ZWglGK/jFBWOy+16n2I GHIpKP+x8mUpXeSgQn/0PxgJ50MldXsamZ/x/Tgle551K3SmRwfoiboF9V3YB/Ss7+MzOjUyWVo/ wjesI9tBnkqHeSodYddKhN0m4a0guxoiJ/GZheYZN8/NF5un6nD4ulaYvSVh9rGE+X5+mH3RYZ5E h9n90sSOiCY0NLEDvIndLE080W5ir0sTT9ub2L8R5v+BhjeBu+Czc6OJ/TbaswXZ46Hvi4RvvoPe A5vXgsfhmP9Iyze9I+wTiDwPsj8nzE4Y3fNFA/vVm3i+b2GPdSd4Axp+Dv0x+CM4l4HsNlezwbdI fRSa+lHsT7C4q7KWkdfT8G+Gcx+YDXbBqltJ/Tucd6hhcrGOgC+Bu7lH60YqNe/8B/Q9pM6EZieP dRRt1LPVyuwWgG5HXlhosZNBFUGPR9svkTS5nIE2/1toD/+FYB54QtAO4ZnIWCXoYR+FNZ2rUqKo ZRwbfn+QPVGW+b89r0GzB8BiH751EWg8bQT4A5A9SBbtbtFqqm8UZf45ED6tb80A2dVjsTPKug2s BEu5yrQvvmrhGw622Zsp1xiwQenZu8M+KI1SanZo2KYUhyRfm11DDrXnsIfKNj1lchSl7PiAzW4N hxwd3kdw2oKtSX0P/IB86S/OH8EnwPej7SLa9kPTstIsGo0NRv/CyEe6dKanRygpO8ci7LyK/o9T 9tIo2ij6rcPnQHqrehg0vYk9KuYriXpsU8QHiZPsZFPEAcVeNVUAmp1UpoZ5P0JR55HboasoY5Da M+Ul5tjfAi1kNoH4gzL97mfgb7nKWDgROhb6N9BEHmV2wRG7rD6gyZd9ehYRySJeRf4QRWlTLLcy wCyQ6GR1JXWPfP1R+3wVPl+Fz1fh1VV4vtx5Marav4m2oORo/kcCkUodAz9FJ7vRFFFFmb75ApaY mMC+I8X+JUVkVr8H6aER9sixZdBy8Fh7AEid2xui3iup/wPdHqQ1XTzN5T8yuDORod0dopb7XWhy cf8KTS1Z7Pez6TsR844MLWJ3xCrKYlGTNv5jE8ntZ9FATLab0ElbqJ+A7JOM4OHK7IQkDkfSQFo2 8hTITj898xb6YkE94xSa1owwIpj/ZnGG2BgxrU/fV+QYIW4oaqmJmBYx/z/DjGiMgIr9ctb3QBNP PoOmXRS9L0KkVTulrfVZR/+qo2fVEf/r6FN19KY6elMdvamO3lRHb6oj1tXRp+roU3X0qTp6IusP 4CpwMbgCvAUsBTeDlVx7O3QVWI8fEkksdpdZ7C+1b4L+b2gzBv0ZOh004w4tZfkoIzWpDP8qyk4U UqbF2RGn/pNUM/bhjcpozqWe3+Yq4+20mmIUU4xc6nXa0fRoRkkLb7F+CPL+lD0amnzt30HHyxtS 4bm8J3WU/8n6iWCkW0TuSbua3X2SqufzIrMQrOG9sBj4cYqn23gmnmOb3ebY45iIwUgUYYy26SP2 UOwkhngou8s46zKDcvFMFw+0OoH4mGVGOlPzxG2L3u2UQpu+eQdo9kaasZv+bv8CmX3IXwltxl8z +rPP0GJu4DwEn7p1mM849C+HvmwTK1yiqMOOZZuR1DYjOz3IoW5tfMNh1uHQ99Ul8GkRB3uce+G/ CU1UcRmjXXS6yDv0TRd/8DBiusQoj4k/tLhDXblmh+0nIDpd824gEd4x8Y05m3MXqcxVHJOLyfFq aEY3B3/W9/aCREvnfmSYlbnMSdxvYwkxzSUXl7HPQ1u7+KrLPmeHWYTDzNMyfnItqYxNHmYXDv3C JtrY+LxFj1CmrU0kNOOO8WFaykKPzTzBNt5CbLSug0Pvs4288RaiokO+Nv7pXA/NSOeYHdfsSbaZ SdomDhubJ2ItfdY1+1fNuNBX5gYO+m2zW5gZsvdi+W6tl97qEutcasAxvpGD/DVYi+e4zC4cvNQl ilqTGB9jwXKwDTgKjAdvZ8RcD90LnAXeBhYL6hG5ipG3ivlhFaOzYA6YAWahpxGsh8OIrOclVcww q5h/CqbyBut9Hp6OsWoto4y0jFKx1pqYdcpz+6Tbx6j0b393UoV69c5Jd9yjjo+/Y8wkK7Hi9skT rG4qRbn5Q4enq/5FhTenq+E3FgfS1YQRwzXq+aOeX8XqCJio8Qo94uSqm9Q1emzvTEpr5VXtNfZU V6nBKqBCqp8ar9KjaT7VQY8PvVSGGqLy9L3Ateou1SWaFqOjbRvVW12t43C+jv791d2qazStlZ7B xet7yL4qR13/v+x9eXwURbf2qa6pnplMV3XYAwQIYQtbDCEJISCERYgQAkQERESWsBpCZBMR2cWA gAiIiIiAiIAhICICsokCyiYiIqKyCxJQ2WRRxO/U6WYIflc+33vv7/3+eVO/PFVT01Vdffo8T1V1 13TDo1AHnsCxkh5N6u8VlIKK2N+l4Gg+nZ6F/BhkwpMwFDV7dHArG0rjzMWGuji+SoOHoAfo9+X2 h4HYk43A/ur2dhyVIBQ662cwpLZLiYC4duktI/QIj+oIx96gECThuK81tEM1NnBGmgWDsF97Vs+1 cJtQKANVoDDUg0Y4i20DD0NPrLMrDMDe82nsp8e5W5XFOVsRqA+NcUTRFscHvbAF3XCMNwSGwygY D8/1iB3Ug0cQViOMI2xAmNKjW+Zgnk7YkbALYQZhvx49+mfzbMLhhOMJpxLOJlxImEv4HeFpwgsZ mX178980egzCEMLChKUIIzOyBvT3RBFGE8YRJhEm9+qb1c3TjDCVMJ2wI2GXXgO79fBkEGYRDiMc Szi5b1bfwZ5ZhHMJFxIuIczrO2hApmc14XrCLYTbCXdj07p59hMeIcwnvKpRGJlZQ/oLRViUsBRh BGHlzAE9MkUNwljCRMIGhE0JW/TvmdFXtCFsT9iZsDthH6xmoMgiHEw4nHA04YQBei+TCWcSziVc RJibrXE14XrCLYTbCXcPxAMQ+wkPER4hPEWYT3hhEJ53cZXwpkbTIPQRqkH9e2SbRQnLEkYRxhLW HzQoppbZjDCVMJ2wI2EXwgzCfoTZhEMJRyDGmmMJcwinEs4knINY25xPuJgwl3AV4VptJnMT4XbC vYQHCY8MyerbwzxNeJ7wEuF1Qv0rd476U41GYf80xaDYPVC/QUaA/19K6bJ65FMclfA+1LVaqFG1 UfPiUb/qoCbVRa2ohyy/HxWvIapXI+R7k7tK/lcpA5Wh6D+I9RPfNJa6JwbugRxVN4zGPv80xUDe E0PugR7UvUKojUX/G+nb153+Dp13BzrjeRrVAM2yXavSkwrcmf7fYel7oIF9WOQ/iG/P4f8O7Xsi jX0h/B7Isf+pQlf7/mlKv+vxXnivvTkjh7/HMvdAA3v2iv8gvtc+OsIqWI+zv504Cz3MFCvOyrLK LIYlsmSWwtqwjqwr68Oy2TA2i81ny9gqtp5tZTvZfnaYnWD57BL7zTCMEKOwUcqINKoZsUaS0dho YaQbnYzuRj9jmLHW2GJ8auwzDhnHjB+NC8Z1DtzHQ3kYj+DteRfei8/kc/kivoV/yvfxQ/wY/5Ff 4Nc94PF5Qj1hnghPlCfGk+hJ9qR42ng6gqkv4vM8Gk0wTwMn9tPzJYAFWoC+f8YCbdA3/VDCamF1 trKtCdZsK9faah22zkuQxWW0TJbtZD85Vs6US+QmeVD+KG8q/WQnDEo/68GPcTv3cxfQd1kMNUxN cr/Z4sZ7nbhYjBOXnOnEZfT7eTAu28CJy81zWlVuq/v5JtVoRVSLaBCxM+J0+anll0SmRQ6rkFZh bMWsivOd/VXqXimbjsKoNLbSbKfmSs4b8Fil6w73Kt1yPleOdOMGbtzJjZ13wrAqztiURbnbVQ93 49uf3XLV3XLV3XLVp7txnhvvdOIaCW4804nvG+zGx5w4JsE54trKjcvSMXlqx9RuXLt97X70qUyc ERcWFxOXEtc9bmjc5LiFcevj9sedj/fEl42PjU+J7xo/LH5q/OL4LfGH4y8k+BIiEhIT0hMyE3IS Fjp7qZPt1F5nqBtPcuM1bvwj7YfVne98rnvViZPcVj0Y5safOnHLxm6c7Zz5lqOpfFjLCS3ntFzZ 8tOWJ1peTw1NrZbaLLVTanZqTurC1LWpe1NPp95qFdYqtlVaq36tRraa2WqJs9e08U5tacvoc9G0 rWmH0y609rUu2zqhdWrrjNbDW09vvaT1ltYHW//cxtMmvE1smxZturYZ5pRum+GUbnuVPgfSk9LT 0/ulj06flZ6bvjX9UPrPD3ke0vf60A7toh3vaKffEY9l2o1wyj7sc+NwN05142FO3N79vv1Mp1z7 7U497Q859m1/xbFDh1A3Lu7Gbn0dIt042SnfoY0bn3DijtMKvK8kiupsqp/ni+NxnK+y99h7YHiT vEn0TpXCnsF6/ucZ7hmur4F4ZoDha+xLRxno6OsIxXzDfSOguG+UbwyU9I3zjYNw3/O+iVDGN803 FyJ8v/guQc1A1UB1qBWICcRAXOB84DzEW59Y2yDB2mHtgERZSBaHujJMhuE4gYl+OMIIZZFGHG+G qhKOo4jGOOdIx3lId5wXDcQ5gn5nzzSYjTO+JbAS55ebYDvshYNwBE7BebgCN3H6bnnXAPfmepd7 P6A4z7uW4hXedRSv9K7HeDmmPqR4uXcDxXnejRSv8G6ieKV3M9piuXcLfsrDrT+ieLl3K8V53o8p XuH9hOKV3m24dZ53O35agVvvoHi591OK87yfUbzCu5Pild5duPUK7278tBK33kPxcu9eivO8n1O8 wruP4pXeL3DrlX+xSB+cNw3Dud4/sch+OvJc75euZQ64lvnKtcxB1zJf435yvYdc+3zj2uWwa5dv Xbt851rke9ciR1yLHHUtcsy1yHGyyAnXIiddi5xyLfKDa5HTrkXOkEV+dC1y1rVIvmuRc65FzrsW +en/YZFZMA8WQ97fWuRn1yK/uBa54FrkomuRS65FLpNFrrgW+dX1mKuuZa65lrnuWuYGecxvrn1+ d+1z07XLH65dbrkW+dOxCA7iyCI+5ljEZzgW8XFtEZ/HsYhPOBbxmY5FfF7HIj6fYxGf/1+wyCew Gw7Ad2iRfLgEvzGDhfhCHIv4Ao5FfJZjEZ90LOJTjkV8traIL9SxiK+QYxFfYcciviKORXxFHYv4 immL+Io7FvGVcCziC3M8xlfSsYyvlGMZX2ntMb5wxz6+Mq59yrr2KefapZI+Ul+Ea5fyrl0iXbtU cO1S0bHLv2yR80GLVHYtUsW1SJRrkaquRaq5FqlOFqnhWqSma5Fo1yL3uRaJcS1SiywS61qktmuR ONci8a5FElyL1CGLJLoWqetaJMm1SD3XY+q7lrmfPKaBa5mGrmWSXcs0ciyjewLdbt0PsOn0tpIs 7Ah82CfoKz0xaK+mkAYdrS9R6Zv42nqmWwfc1AzrK0qlY95BNzXD+hpTD9B2h9zUDOsbSuntDrup GfQs/oo4Z0yk6z/toSuq+mAYCTnWt8E9fRfc0/fBPR0J7ulocE/Hgns6HtzTidt7ss5hqrmvCead d1MzrJ8o9QDm/eym7tWik8EWnQq26Idgi04HW3Qm2KIfgy06G2xRfrBFvwRbdCHYoovBFl0Ktgi5 z6L1HU0cvesrmhWMCvRsfR8wGUd9vR7XXcJ5bDi2Oxn9ujNkoUcvhFzUOP1sYBMsXhgM45p8BAxR 181pTjmPUg6O+mQXTCW53z1I33UssHULyukU3Pox2lrQs1bDcI5Skcpcof1clB3w23pU5lfazyUq 05lKFyij92Bc0a3CMp301ro9xiW9pXHd2bPek3FVt864TLV00C3RFjAu6qeviLqiHtpCr6M5dvvO F/4/QG/2zWd7b1/Ld/M4O4hhPeZuKZDLGI6Z2bK7yubptUhs9l1l52BYdPtuspvrYeMpTMX8rLvq 1L9Nbn9XnZ2YXkXb9K46m2Fof/sedLDOGArJmF/qrjqjb99jCtZpMj1PuFCwTvSGS0yvv/2uYJ10 9/I70Odie8E69ZuM3bvPbp0439Szprl31TkPg34eYM5ddeZQQJvAwLvq1HOSTnfV2QU1Vr+NrWCd LTDoFexxd9UZR0E/g7RsMB/93EylN+bc0KtJeAi3IMScYD5PT7i/8w4mFlhAuJBmhYcorVvH7BR6 9wc3nzcnGH/qmjgNfLGmEL3Oj1vEqhAw7Cv2r3puZ5w3fnLKhBqhLJRTGY9evRFYHFgMLBRCgUbK +t7o7WtQAM3oaLVm3r7ypPN0O978J+1X3zj75GfNMlyzn5nlTL06yEDP+5zn83I8ilfn0TyWJ/Cx fDx/jufwSXwqfxHn6C/zV/k8vpAv5kv5O3w5X8Hf5e/zdXwj/4hv4zv5Xv4FP8i/4d/z4/wHrOs8 /wnn8ZdElP2nuF80FI1EE9FUNBMPihYiTaSL9qKT6CK6i97iCTFADBJPiWfESDFajBXjxQSRIyaJ yWKqmCami5lilpgt5oi5Yp6YLxaJJSJXrBSrxQdivfhQbBYfix1il9gn9osD4pD4VhwVJ8WP4ry4 IK6I6+J38afJTa8ZMG2zkFnELGGWMsvicUeY5c1Is6JZ2Ywyq5k1zGgzxqxtxpuJZj2zodnIbGJ2 NruaPc1BgVWB1YE1lmGZVoilrMJWcauUVc6qYFW2oqxqVg2rlhVv1bXqW8nWA9aDViurjdXO6mh1 trpaGVamOqZOqR/VefWzuqSuqKvqN3XLNmyPbdo+O8RWdmG7uB1l17Bj7Dg70a5vv22/Y6+w37M/ sD+0N9sf2zvsXfYe+3M8W7u4j+vhWzleDr2qCq8CBp6t6ng+a/Ka4OG1eC0QPJ7Hg8nH8DHg5eP4 OPDhWXwO/Px5/jyE8Il8IgT4FD4FdfdF/iJIPgM9QeHZfRlsPMOvQih/nb8OhfgCvgAK87f4W1AE z/hSKIpn/R0ohmd+ORTHs78CSqAHvAth6AXvQ0n0hHVQCr1hI5RGj/gIwtErtkEZ/hn/DMryPXwP lEMP+QIi+Ff8KyiPnvINRKK3fA8V0GOOo8r/wH+ASvwsPwuV+Tl+DqqgB/0EUfwX/gtU5Rf5Ragm okQUVBc1RA2oIeqL+lBTNBANIFoki2S4TzQWjSEGvawp1EJPawaxIkWkQG30uBYQh16XBvHoeemQ gN7XHuqgB3aCRPTCLlAXPbE7JIleohfUE/1wdlhfZIksuF8MFAOhgRgqhkJDMVwMh2T00pHQCD11 NDRGbx0LTdBjx0NT9NoJ8AB6bg40Q++dBM3RgydDCnrxVHgQPXkatEBvng4t0aNnQip69SxohZ49 G9LQu+dAa/TwudAGvXwetEVPnw/p6O2L4CH0+CXQDr0+Fx5Gz18J7dH7V0MHsUasgY6aBfAI8mAz PIpc+Bg6Ix92wGPIiV3QRXwuPofHxRfiC+gqvhRfQjfxtfgauiNPvoUeyJWjkIF8OQk9xRlxBnqJ c+Ic9Ba/iF+gj7gsLkNfcU1cg37Io9/hCfGn+BMykU8c+iOnvJCFvArAAOSWDdnIr0LwJHKsCAxE npWAQWZJsyQMNsuYZWAIci4ShiLjKsJwZF1leAaZFwUjkH3V4FlkYA0YiSyMhlHIxBgYbcaasTDG jDPjYCyyMhHGmUlmEow3G5gN4Dkz2UyGCWZjszE8j0ztDDnI1q4w0cwwM2CSOdAcCC8E3g28C5MD 7wXegymB9wPvw1RksQEvIpNNmIZsDoGXkNEKpiOrC8MMZHZxmInsLgUvW2WtsjDLirQi4RVkemWY jWyPgleR8dVgDrK+BrxmxVgxMNeKs+LgdSvRSoR5qAL14Q1UgmSYbzW1msICK8VKgYVWqpUKb6Iy tIFFqA7t4C1UiI6wGFWiM7yNStEVlqBaZMBSK9PKhGXqqDoK76iT6iTkqjPqDCxX59Q5yFM/qZ9g hbqoLsJKdVldhnfVr+pXWKVuqBvwnvpD/QGrbWYzeN/mNoc1trAFfGB7bS+stf22H9bZ0paw3i5k F4IP7WJ2MdhgV7GrwEa7ul0dNtn32ffBZru2XRu22HXsOvCRXc+uB1vtxfZi+NheZi+DT+w8Ow+2 2avsVbDdXmOvgR32ens9fGpvsjfBZ/ZWeyvstLfb22GXvdPeCbttDLDH3mvvxZ7fYBEwhZfnVXkM j+OX+Qv8Jf4Kf42/wd/kb/P3+Af8Q76ZepTdfB8/wA/xb/kxfpKfwf7kvKjKL4uqojp/QaSKNqKd 6Cg6i64iQ/QRmSJbDBbDxAixUCwWy0SeWIUcWSeqi01iq9gudoq9/ADGB8Vh8b04Ln4Q+eJncUlc Fb+JW6ZhmmaIKfkZkWoW45FmaTPTTBDtMNXF7G72FscDay2P5bMsK9QqaoVZ4VaEVdGKtmpbdax6 VkOridXcamm1ttKt9lYnq4vV3eplZakT6rTKVxfUdXXTBtuyQ+2idphdzY62Y+0EO8luYC+1l9vv 2u/b6+yN9kf2NvszVPnJpO9A+s5I2Q1Sdk7K7iEFF6TdJqm2l1TbR6rtJ9UOIdUOkDpbpM6S1FmR OtukzqGkzoVInQuTOhchdS5K6lyM1Lk4qXMJUucwUueSpM6lSJ1Lky6Hky6XIV0uS7pcjjQ3gjS3 PGluJGluBdLciqS5lUhzK5PmViHNjSLNrUqaW400tzppbg3S3JqkhtGkhveRGsaQGtYiNYwlNaxN ahhHahhPaliH1DCR1LAuqWESqWE9UsP6pIb3kxo2IDVsSGqYTGrYiNSwMalhE1LDpqSGD5AaNiM1 bE5qmEJq+CCpYQtSw5akhqmkhq1IDdNIDVuTGrZBHSwHbUnX0knRHiJFa0cq9jCpWHtSsQ6kYh1J uR4h5epEyvUoKVdnUq7HSLm6kHI9TsrVlZSrGylXd9KpHqRTGaRTPUmnepFO9Sad6kM61Zd0qh/p 1BOkU5mkU/1Jp7JIpwaQTmWTTj1JOjWQdGoQ6dRg0qkhpFBDSZWeIlUaRqr0NKnPcFKfZ0h9RpD6 PEvqM5LUZxSpz2hSnzGkPmNJfcaR+own9XmO1GcCqc/zpD45pD4TSX0mkfq8QOozuYDW3Mdr31Nr dvHP+Zf8a9Sao6Q16N+u1lT7x1qzVlQTG8VHYpv4TOzhX2L8lfjG1Zqz4idxUfwqbog/TGYK0x/U mvKoNU+Q1pQnremFWvPBf6k1sVaClWQ1sBpbzawWVtpftOa4+kGdVb+oa+p39acdsG27iF3CrmrX tGvZ8XZd+357iZ1rr7RX22vtDfYW+xP70/9ozX+05j9a87+lNTgfD9Gze+cagH3VvmaW4/n2TXqb k57t00UJ5Je+JsDpmoAHvf0E8iuf54OXzpTP7Gv2pSeCJuHcPQIGwic4ZjoEJ+A8XMUJfAgrqu/O QwgUh3CIhCiIhjhIAv0szlT+K9Y+ll9DHM9vIObw3xGnmjlgiPvNYYgNzeGIjcwRiE3skmCoS3Zp xCt/U+NVqvE61fgb1XiTapxINT5NNT5DNT5LNZaiGsOpRgYec6TemlKjgqnRwdSYYGpsMDUumBof TD1HKbpiZ13WaevK7e/sc8HUeXcrL2r4MQDxh7gFBqqtgTUI0wQTVTcEfKiWvfBMbbA30luz9NUV H9VdOLAbz8UUXZrn30mb+tfe+tcyDJLoGk5F2joUt/AEt/W4W+pvFB+F5xfznZjKG7ou0L8e0DXo X/V6Anuw1GU+FVWPSqmtztZOzPOp1HIspS8keaAaxOC/vuuuf0ni5OkzVtxdEwPQnNp5kvBNwqVY c6hzJZMX5oVRt5vzluAXtUUcKJEo6kGo+YDZEoqaaeZDUNpsb3aA8uYj5qNQIbAksAIqB363AKJl B9kF4uxIuzLUtxvaDaGRvc/+Chrb39n5kEJt8bkekwSpkI7/+vefXd12+vTVWGx7WTyCBPyv77Y3 hdr4BuH3dK2ZU/oo4VQ6/nyy6b/nGLzYOr1WNAE/p4Fe+9HZPQKvy4xwlxtO+x/8m/bfDB7Fv7f9 NrTHFut719n4PxTTI2AspibBNEzPcq+5Olvqt5gm0hlLxrMVi+esI6a6Qi9MZ7rH14KO40PCY3Q0 CfzCneMM7KZvdhFeDh4to9+UaXyP8Pi/7fiL0pEPhZEwHv8nYVrfcxsJ82ARLHNTKzF3DbZrg2uJ ou45bwFt8L89prUFW7g1OakRmDvWtUnL/6FNxhTw8H+3fYrg2cVeFIahJYahjSaRfebCwgKflsBA 93q9UyLYE+C/9pEukEG2ufNpKH7v2CaVjuelu47tr5aZUuD4lxdQKke1fnDt9u+yiL4HwGiFnPMp 1D2SVnRNvzxhtvtdNMZNKegt0txcvX4o2g1OvgE8sCCwUL/xNLAIDDvFTqFr9revwhtYxq9HB/ZN +7p9w/7N/t3+w8aeCvsbPRoAGgEYOCpqCxxHRQ+DwNHGZtQguisH5HtQmKyqV9XcVv/WdIfhQwyg Oim98l6vwClCawxpbKJ6wS9wAS6qTWqzylBb1Eeq5/+1TSf1qOqsHlNd1OOqq+qmumNN/2o90VBU TpDPqxfUZDVFTVKvqZfUK+pVNUdNVS+qaWq2mqGmq5nqZaXfuB6KWlSD2q+fT7NLXyGC4xhMuI7B yxRT4GOhLBT8rDArDCEsl+VCgK1kK8Fiq9gqkGw9Ww+KXWFXwGZ/sj/Re5ShoJBRy4hFGxmoazXl ePmcHC6fkSPks3KkHCVHyzFyrBynFqu31NtqqVqilqkP1etqnnpDzVWr1Tr1pspVy9VKtUq9p95X H6h31Hy1QC1UeWqRWqHeVWvVerVBraFVliVp3W44hNO9mhpkBe0x+l6Th7xGoFe1xqNqh8EPHTDg qBpDAPpCFliwDkNhOv4idPwlIB9DGFmhJOOMQyn9ekIoTRYJJ4uUIYuUZRE4zy3HIlkkRLBX2CtQ nmwUSTaqQDaqyN5nH0AlslQU+5R9ClXZAXYAqrFT7BRU94Z4Q3SrWQoskEPkUDlMPiWflkOgkl7j Koe6q7trQE29Blt/W3ANtnz6zhps9YTKVIPUs2qc6qN6q774uZ/KhAzMG6gGqyF4fLthj3oWPocv YB/0hjw1Vo1R41B9XsLt+8EKWI+lBmPpIVgCv4NjOPo9BWfgLJyDq3ADfoc/mE9lYRigBjBTPY1h uBrOJLNZITUSw2g1mpVgJVlpVoaVY+XV8xhyVA6rwqqySaq/6s9mszlqKIanMAxTw9hCtogtZkvY MrRcHtptFVvN1rB1apQaxTayzewj9jHbxnao8RiewzABw0Q1kX3BvlTZKpsdYofZ9+woO85OejVT H0RV0boSRave9Jp1A/vbRPKFx9AXukMPKAc9UZHLQx8YBBVgCIyC+2AMhiSYDwvQmrmwHO7HHmsl NCTvSIbtsBMawX4MzeAAhubkKSlwEsOD8AOGFvAjhpbkO6k4ZziPXncNQxr8hqE13MTQBm7Bn9CW GehNDzEv80IH5mcWdCTP6kye9Rh6VnHowsJYGPRgpVgpyGDhLBx6srKsLPQij+uNHlcZ+rAoFgX9 WTVWDbLYC+wFGMBmoQ9ms1fZqzCQvcYWwCD2JnsThrO32FvwDHubvQ0j2FK2FJ5l77B3YCRbzpbD KLaCrYDR7F32LoyhlYFj0Wffh3HsA/Tc8ei5G+A5toltghy2hW2BiWwr2wqT2CfsE3iBbWc4B0O/ 3gdT2H62H2aRd7/CDrKvYTb7hn0Dc9i37Ft4jR1hR2AuO8aOwevsBDsB84gBb3h9Xh/a3Vn5kEMa m+ronewmu8seMkP2lL1kb9lH9pX9/qqJ9FuBYjgWd1bwl4LS+B1ug2X73d7m7+qRT8jBwW2ekJmy v8ySA2S2fFIOlIPk4H+8r39QT7A9GXCfqquSVD1VX92vGqiGKlk1Uo1VE9VUPaCaqeYqRT2oWqiW KlW1UmmqtWqj2qp09ZBqpx5W7VUH1VFVVzVUTRWt7lMxqpaKVbVVnIpXCaqOSlSP0BqKTsbzuLOJ xkSa97SASBWipFKqtApXZVWkqqAqqkoqoCxlq1BVSBVWRVRRVUwVVyVUmCqF25VR5VSEKq+qqmqq sqqiohTOWcHDolltrDnUKAKmUcyoDiHGZGMycslgITBWbZQT5ST5gpwsp8ip8kU5Tb4kp8sZcqZ8 Wc6Sr8jZ8lU5R74m58rX5Tz5hpwvF8iF8h25TObKPLlcrpAr5Sr5rnxPrpZr5PvyA7lWrpMfyvVy g9wkN8otcrP8SG6VS+WbcrFcpAys/y15UZlyifxYvi33ywtyh/xU7pbb5Ha5S+6TX8hj8oQ8KU/J 0zJfnpM/yZ/lZfmr/E3+rjxKyO/lJ/IzuVPukXvl5/JL+ZU8IA/Kr+Uh+Y08LL+VR+RReVz+IM/I H+VZeV7+Iq/Ka/K6vCFvyj+Qtl7lU355S/6pcPopL8nv0EqtsZ/Rv6DRisOwlxmDnjIRQxzpSzwp Sx1SlkT4CkNdUpMkUpN6pCb1SU3uJzVpQGrSkNQkmdSkEalJY1KTJtRDPUA9VDPSlOYsBM9FCrNQ WR4kZWlBytKS+qxUVpQVhVasOKpMGqlMa1KZNqQybUll0kllHqJ+rR2ryCrCw6wyKk57UpwOpDgd SXEeoV6vEynOo6g4r6GKvc5eRxV7g72BKrYANehx0qCupEHdSIO6kwb1IA3KIA3qSRrUizSoN2lQ H9KgvqRB/aj3fIJtQCXKJCXqT0qURUo0gJQom5ToSephB7KdbCdq3262GwazvWwvDGH7UKGGkkI9 RQo1jH2NCvU0KdRwUqhnSKFGkEI9Swo1khRqFCnUaJmD6jTGZfC9GPg/ZbfD4Br6N8BGjpFDDE6B 8sjVQgW463AyBDmsea1ZfDeHSxKLwwvymNacVWc1cdh6kV3D9A3D1itjmA/G/DeZm+cydh2ycytx chmyeCMxMxdZ/A7y+F1ksubx+8jjDcjkLcjgzX9h7Xcubx3W7v7/wFt9xSbN5W1FZB6jNaSl9egI R/q5ODqqCOsxROFY4ACOyo5hSMTx0Qlk7ykMSThOOoPsPYuhPo6XzmEdVzE0wFHkDWTv7xgawR8Y GmP/byBvPQzHJMxkJrLXx/zI3gALIG8lk8hbm9nI20KsEPK2CCuCvC3GiiFvS7ASyNuSrCTytjQr jbwtw8ogb8uxcsjb8qw88rYCq4C8rcQqIW+rsCrI26qsKvJ2EpuEvJ3FZiFvZ7PZyNs5bA7ydi6b i7ydx+Yhb+ez+cjbhWwh8nYRW4S8XcwWI2+XsCXI22VsGfJWj3EzcLSWh7zVI91eNNLtjSO31cjb NWwN8nYdW4e8/ZB9iLzdyDYibzezzcjbj9hHyNuP2cfI221sG/J2B9uBvP2MfYa83cV2IW/3sD3I 28/Z58jbL9gXyNsv2ZfI24PsIPL2EDuEvD3MDiNvv2ffI2+PsqPI2+PsOPL2JDsJI734B6Nkc9mc VqcVpiuNDDzGGWRWrh5jGPNBP0XqTj43zga/cWaYafhPTy/DcZuTUx99JAem3pUXhXmDIe+uvKI0 85nv5uk6V2FOwJhivIycfsV4BfzGq8arEOJ/xP8IBPxd/F3A8vfw9wDp7+fPAuV/0v8kFAlcCVyB ooGrgatQLHA9cB3oNyDGLLqurcsDlWdU3qDynMp7qLyfyodQeX29lfkHE3bXs2JjA8dRCcej5/QO XmirL5IbizGcx31cAv0OvDv5U7ky9JOT9bOJjwXzPcZQDFeNDfSUGv3+r9vf6Ody6LdGMSM/mGcY KcY+/SQz/D9YYMv1+K+vVgPOGe9sG24swvw+mMo3wgtsrZ/riXY29huHjCN3tmfnjcH09BxurDe2 GNsLlOiE/2Uxfz4eW6cCJdYbjelpRRxVdqpOB0ugzzBthegCefpdMYf0yIpNLpCrV3huxRqaGi3Y rQL5DWjdKUcVjzUSC+yzGb1vfDqtXr2TG2OE0rpSg91iMQXywxieA5aBSn2anWfz73wDt9gReo4C xz5uPztUoMxO7Of0qlP91ITg+UNmLqHVsaXoaVt38qch9xfS2lNGK0vdfBybj2f6F3f67F24c75h AkxgmUxfqdJP3T1U4JtMls6aMX31WT/rb1PwGwHpqEuJrAbTv3PTTyheVKBUAo5Mwpn+JZx+Xl9O gVJ6Rn+VGdQq/dzYLPc7h0fo+8ZrxmsgPS97XgZlDjGHgO1r5msGociJp6AQ+X4M+X4t4k6s/ZP9 E9S2L9mXgdZXO2z3d9P3LdA3NmKNW42dUNbYg2pQxXzKfAoaB/wBPzQJrAtsgab2z/ZFutJmGLNx z7eZGGIsCJYtg2UPQmX0zBMQY5zCeuqZg83B0JBqS6baGlFtjam2FkElYsZbhLPpit2vlJ5HuM6Z GSGf9Tf63k7x26qFdXpQtZZqRuGWSxGr0Sr/4qDPsSewFdv6KqU+DqY+oZR+bvBUYxqpVQyVCcP+ zSmjlfB2qTvpT9x0gZLao7AlCXhuBsNwVNoJMBmmw2z3uq/+ldIG2Aqfwl7sMQ9jf3mafnNxHb3X g2PUUByD4rnHMWU0i2NJLBn9JxW9qCPrwjJYP5bNhrIRbCzLYVPZTOyp5mNPlGtMwfZPMaYiTjVe RHwR22IY04yXEF8ypiNON2YgzkCrGMZMVFzDeFmfKWMW6q6B6jubzuCr2g54Hg3jNfQgw/MyepBh DkEPMnzNUFUN9KNOiJ38jyI+6u+M2Nn/GOJjpLZd/I8jPu7vithVe5G/Gyqr4e+OKqy1OAMxw98T sae/F2Ivf2/E3n5UNH8ff1/Evn6chaJeP4H4hD8TMdPfH7E/Krjhz/IPQBzgz0bMxrNvoKYPRBzo H4Q4CLXc8A/2Y5v9Q/xDEYei1xv+p9BDDPT9q4hX0euNwHX0egN9/xKi9n3Dvkye5C/w+8Aw4lY6 ONeM/7cYVgpu39+zAtfQqpM1GmfJV1cCU3moJYVRF5qxrmw4nuE8HLufYDeN4kaM0cLIMEbiWVpl 7DZOoyCV4nE8jffhY/lcvobv4/kej6esJ9GT7sn0TPDM96z3HPD8LHwiUtQX7UW2mCQWiU3ikLhk WmZlM9nshDycai4xt5rfmVe9od5q3qbeLt5h3uneXO927zHvb76ivmhfiq+7b4Rvlm+lb6fvlO+W P8wf60/FMzfaP8e/2r/X/2OIERIekhDSJqRfyPiQeSFrQ/aHnA+YgYhAUqBdICuQE1gY2BA4GLhg hVgVrQbW/6nuTOCp2vr/v4djPByKNCGkSYZ9DuI2SoWUoUgllXnK1ElKuQ0qdcvQQJTIkFIRQika biOSKSEVGdKM0E3zb+2vobN7us9zf7//8zz39X+dl89Z+/vee51lr7W+a9rDEgm+RKjEcYmrEnUS 3ZIcyfGShpJ2kgGob30K9V7rJXtQn10djQrsORs4kejMi2IcTJYu4aKhUM5fgD4fIOFAwoGEM0gE kAggEQyyF8heIHsZZB+QfUD2Mch+IPuB7GeQA0AOADnAIJFAIoFEMkgUkCggUQxyEMhBIAcZJBpI NJBoBokBEgMkhkEOATkE5BCDxAKJBRLLIAlAEoAkMEgikEQgiQySBCQJSBKDJANJBpLMIMeAHANy jEFSgKQASWGQ40COAznOICeAnABygkFSgaQCSWWQk0BOAjnJIKeAnAJyikFOAzkN5DSDpAFJA5LG IOlA0oGkM8gZIGeAnGGQDCAZQDIYJBNIJpBMBskCkgUki0HOAjkL5CyDZAPJBpLNIDlAcoDkMEgu kFwguQxyDsg5IOcY5DyQ80DOM0gekDwgeQxyAcgFIBcY5CKQi0AuMkg+kHwg+QxSAKQASAGDXAJy CcglBrkG5BqQawxyHch1INcZ5AaQG0BuMMhNIDeB3GSQW0BuAbnFILeB3AZym0EKgRQCKWSQIiBF QIoYpBhIMZBiBrkL5C6QuwxSCqQUSCmDlAEpA1LGIOVAyoGUM0gFkAogFQxSCaQSSCWD3ANyD8g9 BqkCUgWkikHuA7kP5D6DVAOpBlLNIDVAaoDUMEgtkFogtQzyAMgDIA8YpA5IHZA6BnkI5CGQhwzy CMgjII8Y5DGQx0AeM0g9kHog9QzSAKQBSAODPAHyBMgTBmkE0gikkUGagDQBaWKQZiDNQJoZpAVI C5AWBnkK5CmQpwzSCqQVSCuDPAPyDMgzQcKC9pQF7SmL0Z7SPVjRUFqJF6DfyTog64CsEyTQ3w2l lXgBOkDoPrBoKK3EC9DvxBaILRBbBlkGZBmQZQxiB8QOiB2DLAeyHMhyBlkBZAWQFQyyEshKICsZ xB6IPRB7BnEA4gDEgUEcgTgCcWQQJyBOQJwYxBmIMxBnBnEB4gLEhUFcgbgCcWUQNyBuQNwYxB2I OxB3BvEA4gHEg0E8gXgC8WSQVUBWAVnFIF5AvIB4MYg3EG8g3gziA8QHiA+D+ALxBeLLIH5A/ID4 MchqIKuBrGYQPhA+ED6DrAGyBsgaBvEH4g/En0GglohBLRFj1BJ6HIVIAJAABoH6Iwb1R4xRf9A4 ih7ZiNEE9DuBFp0NLTqb0aKzoUVnQ4vOZrTobGjR2dCisxktOhtadDa06GxGi86GFp0NLTqb0aKz LwO5DOQyg1wBcgXIFQa5CuQqkKsM0g2kG0g3g/wB5A8gfzBID5AeID2ChB6ViobSSrwA/U7agLQB aWOQdiDtQNoZpANIB5AOBnkL5C2QtwzSCaQTSCeDdAHpAtIFhL4uSmBMDPNFHJjzUYf5Il0YJVvC KHkBzPYshLGyFYyVrWHmZw3M/PjDuDkIxs2/wrh5Exo3d2H0uyKS4MpjNTR6no6ZoPG4HeaK+WEb sO1YOBYD89Qw+wEhmAGBEMyCQAhmQiAEsyEQghkRCMGsCIRgZgRCMDsCIZghgRDMksCczzuMgLko Vu9MAtznHIYYxn6H7GxIvQQ8lV8O42FTMXPMHuP3pZZ+TsE5rBCesN2KdWAfcQlcDlfC1XAT+BW6 3xXTOzsAPa0YaDNj+yx0DysGcr/fUg6WdgFLBVg6wELHWAkx0qF7A6GqgdD9gVC1wC/XwC8/HYij dmCvBwOhuoHQw4HQI4E4HkMcrQNx1A/s1TAQegKh3vIlB32NGNRbJYk49F2MvuMHYmuC/+pt//9J z1qjUpeKRlkixBk0bpIgMtF4R5LIRuMUKeIcGhEMwvqvbpbvi4PuO8dBPzm+z1IElmKw0DOYF4hG xrpIc1/u0/OQMN/Yu4VymZ4lIgh9wgDZ4L1zmFWfTZVQR8rvm7Xvt3IIOfT/2KGPvKAd/wP/in5n NnxYDPIIp3N+BeHMsN7CS1E8soQJYc6wn8HPYSz8M/6ZoIhJDBKJH8GE6HVbvImQ++HX1+NbUPql GTZnHLVz+Fn8M8NqjttgJL0ihrcy7JPw6QPPhChlEHlcFWk8zIZ+twrjHKS78FOCVlQPelDs03E+ Hs6w12JPkH0sbks/XULAfhXVIBa9ho8b9r5PZ4DQz7NhYd1YNz4eN2WQUCwSE8Lq6A86To3B6Gfi CGGX4dOJyzKYNUY/c/0rw2aAmUCqXzKsaqi2968j9NvkMEWkt3CJPitdytKI2n/TPPnAihf4WRz8 LAEelkQeNgB5KNqrqoBXHQ0zkKp9c+v0Wnqvz6K9FayDId9DK1z5SlQOrAL8m9YVUJ+ChPNB10aV vqdUYrCSiIPvpp/V3jsDS4f3MWdKYeQdBqPsKOCn6NjwEvw5OuO0P1Qh7CC+RWDPgdWe6t5VrgFr PKxWodYb7+5bw+q1hxD02yvpVTl1AasfMRvWpFCdIzAB+xJ6L3wD+vsqYDWkaxaOerx4DF4pYFej azVOv1+qXMAqS78RCp+EQp74se927DNOvyVREaPfq/bd2oqXwDoUgU/FAwTspTj9RpoOxPwFrHkQ I/LOqJSbCNgTYIXuGtrbSMC6G2pWGgo9oVfBBux8nPY7qDXEhwlY7eC9VZsw+pkprwXss3H63ZWu GN5XI3qtmvD2K/oJfNv7Vr567XJQw+j1v4I+K0G33PTqCbEf5S8Ja8EiUI5EIbeT/k9ruwQmRiQR ySjWFJgpPEmcRL+TS+RiQsR5Ig+1ImWo/RQlKlHLKE7cR22hBNGA2iTJvhZ9YFUaUiIO7c4pVPIw IoOg37CXDbNl1wh6Paga1Vwh4hFqAeFZiail/r56BXUJ1qHoNw31zfP3rhojPQ56D86MLKy99z9J xubftDpOe5kwVMcwIhJWmelYCIiFhFhYEIsQxCIMsbAhFgmIRRKlhX52JmqhsbFwVTkLWfHeegl9 QiOpTlgjYfWuoaDvTuAkeAsM+QljlGPrkJ/ofQgN/VYSFvLpkehTB//p4j57PbIb4kHoU8iw30Kt gBp+rq/V6LdmIqssnoAfZlgPo++v+F58E8O6HX0/xzfgPgyrD/quRHVwIcO6BH0X4Na4IcNqiL6P 47P7WpV+qzr63otr4pMZVtTWYxvwYX2tzOL/Sj+5t7Qn9ZV2HEo7iUpqJirzZag8CkM5F4FyLkbU odInjlqRNqgn/6ZrMAaupKD9+A3Qa6DXoYwfAo0ADQdFPXOMfvLpfbaUlC+bg/3ZkzhVMSlOIaeI U8y5wynh3OWUcso45ZwKTiXnHqeKc59Tjf38WUO0r5KCe72ovvtqeu+ksoU7i3rvPSE4DziFoEWg xaB3QEtA74KWgpaBloNWgFaC3gOtAr0P+udpGlipllLAWGQy2UyCb4B7TngDbd4wKSVMlHyMkeRR soEMR38vf7T03clD3/GlOXCcHNpLpG+vz31HCWwLHLMfjmEhz6ZG31ckpYhJkU/IDoxkl6C976Bw F/kShd6Q2Sjc2Mcn/QvOOB792j89XpBj/XcyhUO66FEBD7OTGoXJ/kmqttL/nUD8vXv+LH1/Yc++ lGyFM/SPadIZyDNlTAaxxr5j6Tsy0yEPnwpsdfUdSfdieq+mEpJSlvKTWi3Fl1qD9d7LAyWfU8Op 5dRJ0ddC//wunb9yDww9LrmF9V9PRV8V4TvQexPt71Fh9P05ijAeolPEgnWJ3pHtzb5Qf8/0+/in f7zcG4crGtUq/kltIohD7Fq6VQFdAeoE6gm6CtQL1BvUB3Q1rcib1MLKfO3/8RquAHQuf7hTmHF3 GOo7sukxbSToIVpRSmsgpTWQ0hpIaQ2ktAZSWgMprYGU1kBKayClNZDSmv/3VpU1CVb6h+GKuCpq 3Sg0lpqKWj8TNNayRq2jPe5KX1OExmib6KuOUIt2kL4qCU9FY70c/CJ+FY0F4SonvB5vwV/iHWgs +ZkgCFE01pQlRhBKxNje66yI6fR1WIQlYYNGn46EO+FD+BMbiC1ECBGK+lsxaJR9DPVrMtGouQC1 SYVEKVGF2ocnRCvxmugkeoivJAt5MGlSjpQnVcjxpCapQ04mDUgjcj65kFxCriCdSU/Sjwwgg8hg chfyTJHkYTKBPE6mkWfJPPIyeYMsJsvJavIR2UQ+J9vIbvIjC2MJsyRYg1nDWIosVZYaixrIpXDQ CNC9oPtA94MeEMjJKNCDoNGgMd9zmIgFTQBNBE0CTQY9BpoCehz0BGgq6EnQU6CnQdNA00HPgGaA ZoJmgZ4FzQbNAc0FPQd6HjQP9ALoRdB80ALQS6DXQK+D3gC9CXoL9DZoIWgRaDHoXdBS0DLQctAK 0ErQe6BVoPdBq0FrQGtBH4DWgT4EfQT6GLQetAH0CWgjaBNoM2gL6FPQVtBntLIgv4TXgq6jVdRI oC7agi4DtQNdLlBHV4LagzqAOgrUXWdQF1BXUDdQd1CPv1C/fUH9vtd1MT7oGlB/UEi5WAAopB/1 zGiF3GRDbrIhN9mQm2zITfZl0CugV3/0Iqj3VENfiQTaBtoO2gH6FrQTtIvW/8qMK+qAwduiJOCZ /hga2XSQI1luLHeWB2zj8IFRygj6XXKyYMVGXKGCR+QLi6mFmIS8l8RFiITgEWnIlErgOJdNiQkL TeSQxAghjHIQFp8ojLPwYD0CZyVYUQsodQGLfJLiFnnUwNAfC8wRW4P5os6aC+aP/qbTH0pZIDKW 7AdWJUYGXD6h63WAl/M0xkU1Yb9XQvCQYCqYdZ0KJk8nkAROEDL0e720n44LSeaYqm2BBGtTkgOp xYVQutZBMslFLGEZYpEVV4YaRG+Iyogvdljj7uHj5u/rw5WmOLRRREZkoYuzt6+PM1eRkqct4jJD zDyc+L5rfF39lWb58v18+Q7+HugIZWoUzUmZYd+5tYe3i4aVv4O3n5LlrJmU4lBJrjalzdPjUZQ+ T9sWbepQkwY2qa3Z/5GUSVJsmrNlWGYWlgu546gxvZuKPrM8/Nxd+EqzreYozbEyn2yky9PX0NbT 09PQn6k3iTuGGt37H8n/9D+ycuEHeDi5UMG4iuAZxoUwMhiXwpBdnAjGcay4vni41KiDNsEraw15 VaLe5+KuXnsTpH96iXb6qq2WebuUxZdnRGvstb19XfPs/Con/yVfGm7+Zl3OLvlyZPugwLRkZRVv 7Sdn6scYzNlvLukkOnGP3mMLEc9HamXSthGLl8dN+zjUibjlNz1f5c2yrPe8iy2rCwK/9dx5sXiG /8bWzl+DFi/RSqvkpD7Y9cBg1GSVmU1iY4mEkqdjSkPdtjUY9ewwu17nqnh7zaYpOQFDj6ckJPgv Sn1qP2ymo/5tF6PTLDlXm5cfjt8xLFtu7ay1tadMH5OSXtW4TTNsusnruTamrw97dN+Rkv4komPq 6IWH+dxW2l5sV+F0SDF8+WupFDmTU6vqlbUIEtWj5GBcDJ0RIUoBnVIFDkuOJYstGTn9zc23wgcu c6dNykljL+d1bIUypDCaNYyS2yI7WqfnwUIjP/E3Bp8CPmVPzLyumy1FWdM7jGKZUfOouQnGCXNC Zrn7+/tN1tJy4ntpevfnk6aTr7eW3yoP2qrlx/d1Xuvkv0ZrIBvpXIRMRKVSE+1CLREWRRVTSEgE x1nzKVPKpH+bIkKm9v3AunXrfvYDLvx/ErM/JUOndwxLghLvj5IU/aFCknQpIb41h5Iv2zfpX7gQ dHTKwm3HPo7WryLzPJfmvnziu4vs9l3gGTV57Y7n8o9EbprHjUwtVTWWVbXQXZd1pGDcxojlFp+F 90RHf5gQ+95AYeHW8AATclNn7NDzZx4sU9nnNIW3UvfTrX1TS9o5h7ZMF96nL7NBYv5l7YdX3qTP vBU0UjVI5pH453m7lYQUxH7b94uIubJ5vVeQX/7pt0rhPTHr7R/tiSxzuXxwr1TCke1v7HKDZiY4 aFya5eYyQi246sTupe95zcnPboadVcnfP742M9Qqwt3YOLEWz3zrMOTG0ESN5sleFr4Z09rqJ2TO vnN9v9tFrFQqfFB7BRHMnRsZE7fAZH26QrXBOeTGXiM3ViXgxjIHZYjvKZ9y9DG44cwf3Vjgf8RZ jKaUeyv9CEHu7KJk5eHmg2IVcGRcng6Pp62t/UuvI9MZ2KS2bvtvOLK+3ck/2f1fOqbnGXZJSpI9 44MKhDZuTm97FZA23mrG5IcGv2aHa7cunpGyYIiOdUpZzp6TM1L1GjUs3+jKmbebbXgoE7ArU71j qd3JV401E9a2jNwxLrarRyN+5qSJbINPl6dcvGC39oDcwnnF2jf1MrtebUp9N3OInaiLgrJeh/pF FbZ0lnTcOpUd24MsLozcm/ku+euebonD5gnvisSVm04145OMv2gFe24l353UfRS5OO7TvCpO8EP9 iMFfm6s3+O9ybnS8MUZT7UzcsFEcxXPXMlRzOJYF9fIH7OYeD8w997D0g9/G8fj2PLUJZVdOCgk1 PpFabfYl3W70tgmvbt80LXw+bvu9TbdmsaMwoSwLl9U3+x2TPTojdj+rqKSAt1q6+rittlldjMiW b9sVL+/8wOfN7KQW0HgQC/mLY0bU7B/zB5UQelNIRk2bq/uL7kQdVwdXylGPq+HgrK2noePgoK3h MAlt6k1ydKJ0edo6Og7ODAd4Z9Dz4socuSV4kZ6mtpzchfmHxUdRNr0O0IJCLjABucCQOf8rB4jK MirJqBCvpFBbx9XgUVwKXKCtgAs0p5ATFHCB0/+aC/yTuP1/5u+4NT5qgxdrb70fd+vVh8lVs81E 49tWNHguOx9YRhwpCHCP35t4hH19c1LoW7OLUb98knzSGNu9XFVqZNiuIZODHqaXZhd5XfxFfc6v qoOsx1KSkt+MX5IiT1tcl6tvjFM4Kf1RPtO/08JjVfxJ1e11bw4mNKw51u45Im2eY/zboKuym03u mp2d/aFj6gFvw9rnQa1DE2Ld3cXGfyCi2weRF90Wpv/+InvN8Uqnu6ZN01u6zL98S3yST8hMWa5U v2hG8pm9Blz9teNXsE4aebe+2xBocGnU3edz7p9pWj793drbra5O9iX3D2/fGaZKvW/XKXdSyDJ0 M+XMuzKZ034uavIJ/ZYx+0WP73JF3TahAuTvjvX6O3EH7bEjoLfG/dHNrQTvIS62f+xvBzrVnfHh ciQ68dzh1FCGUWwgX7ga1MRev6D63S8s9PVFzgFllIerh5ODv4vSzLX+7r58D/9AcGaoA6bN5fG4 v2jzkDPj9W3y6M2/08/+Kw92lr/UbjjlfEXhsL2SkuGhACuv6SOrfUvuvH256mu0nPSThsn+20ac 10rgvf5Wf83QfPR9PvZQd7H4b8VnlOZ2d7inmc0LS7kUOG91rLFI3ZcxDXFrd5WdWjN7c83Wh12X OicdK7Kb8ygjfdqT8e7RI06k8NfYvB0a2fJFN5KfUB2wUnHdnG079OXK1ywTQkUmLOWsh1bdcPbX /f4TmgK0rB/LUkt7KsMcv9wpWmnEtbwwTqbFgCrjT5Aer3Jbz3xaAm/a3ruJ+sI77MxtgserCfHO z6uxcHpWqeH4ds60Z2mi2B9GifEVy0LHWj3fcMq006hMb6p+fM46u5Sh8WF3BkXYTP09TWwlea/f g61AZ8SWkqI9gwyOf2MJUST6EvBeP/UktLNSkGKxUAkMoQYLi/UNTYbgLCGIGHV/B2wEHcuXCq75 vbG7oxpj7Kekcn2PTy2o1aCGD+wkS7AkFMUxK2wtGs7MwmYyfBknLdjewGZc9NMxMp/VGsWtopa2 HKMse33ZXMqYmpMwK2FmyIy/7ssGMB8VbdoFgRezFvBiJhRyygJeTP9/05GjK8ys3lj/0X8ROLb0 l+mbxxplvPI1yOLler7iaPmkzn3/auXaN/OnaNTMSmd/vfNCg5s8uiTIMmaL8vK0aVrzLyal2hxp 9svPy+kJzJ3Lfz/95czNxY0SQz3upBxR0vjItrxhc1ej2bSywO9ZqmQSmWLzJG/3vMWdUYZH3na1 tzWHjNKZmmdzuMNq9A61Y8HyB5oiRRQ6m8x7QhOLn8uk7DMvHFkZwY9SW+0dO6JHvsOq2q1E5Zud wt2k0EvjzgY62cxOWnD3w4vkJTaPY4k5s7VWdtedqQrm+Xw+FiXT8srj2ckk9cuFE6U5LuGHHr5L +jh4rJiLfuTbDaNM8ysabZ6Xrz84zK5IV27l4wMKc8M1LqfrzJZvkx4yAlv+WHeZcmnMbbG2HZxQ C2+OjPm0oAkmR/gVXV7Fv7/2S168f/GvkWEJI01I2/dlyW7i/imT3mhoDS1s5esN7vbNmuoW/GHh 2TBtORdFzu7H0vXO3b6lRlX3hr4IvMHKufdJvWHU7vg08U8y4wzSWz40ntxslC9ib+xib2Ceafja /E12QGCtuI6Yt/wW7qgmjvXjp4mfnhpLpzvHfLOU0wy6IqS8oSlq5jiP6wcioorCamOVz0jaHelI OhPivk3CUyM/YBWmcDC9U27jH3LbVC/sKvNMNeZqHX7UvHpaDbbJ0biidFdR3rCPHH7Y78nTMggD z28esQebpFOlc/QsRauvT6OChUWQ/27v999y7jrgv+X/Dv9N6VE6FPLYutoU3RnlcWETDbXR5t83 3P9X3vtooldWw0OT/WpBqzSHN15qar55aMFoy/TSx8PMVaXaKk5UzE/3p5QGvRK5bx01ZG7kSMP9 Z2LsqLF12KrnGy+9/k1E6j2HFdPxW8moO9qqO+M6u93k1T9vfLZL4eUz8+TE30dbFYd9nFMmVr4i ozzTkJX04bjXAbea8Y+MrDJDyp+ON9IclxZisWihRAup/slz717KZ2fXUiru46bq6OznytGbeipl ukTPW3kvzJmz96gJZmrsOmjcBNfU6JZ7wltNkz5sPzHIWFYs+Oj2N4vWf8UPK1iK7sCkKaM35+tH G+Xf0LA+mqG4fiZ3XUlsw5RtBxIdiFwFyazP72PP4qUq86y/fRC6fk2J3e+9T6MzcuKfee+fDoQZ 3lta0HsjC0Ztjel1vlv3UlvDfu5+E52OOfzHi2ewdGC6XKJpQkr6/DVLukVkNF3+v/H6f2nojs61 dPTu63bk7EmPX+Skr3tYGrjADM/S9F+9zFtC5nTp5Y0ReZpVg5NCvR3zFhN3zJVkLA893mDQtDg/ Y8lh+UYFPCQtf33nnvLXU/C2pssR4kKFYSZNHVZDHluc3t/yLMzz/pbfWyM7hbV2kC/2qamq+H36 43PL+kOaku9FmvwKhpnHha8S50flJf5yxE3j5gLOS0e7GXIxe5RmNImM4H0o4ZoGcKdN5LMLX/pN +7ZDXKbhmrhDeEdN3tBX5ns239SduCL5yquCX9mGG6us+MptVHH+ehe7ZfhQcVlOZZ1szLupF1yX ZGtoPfuwI6Rkgc3zOL9Ir7Rf5lf9EXjl1LANjhPak2In6AivG+FYNE3Re1RwB/u2en7ZrOynH17/ mtt8LNVfN8/85urRg8cGsKcuDF1tazRLtiA7O9PMrfCo4bctgcpb4odQrs8NB68YURivolw+68XE F/ndJiXqVbW8LfPHqpmorrR9adN+vP5QXPFk30tbx/kLD2oLUL4SG/z7OOtzWZ7TfksMcMjxSZQ5 fuWUccdg3y+7eV5nvzYsKAwdXeR6KU5h52BnYppGxtKIvBblp7mZxU45662FqmZqWqZFZqasP52d cHDtiAf7d8qsVdHipYr6JCwLHXMloX17sXL1K0WLosNtc5+8x118f2P/WuhR2Orz8kR0KXfCN87N ZXa1ZiMTaz9qxc/QXCS3qkgm+Qs3mIWqMOsEgeMUqm5/X3/559Mm3yeRE7beoLtrfeVXjORKCM5Q owR832JzOZQgHUJ3BvsPZHGRU2rIYJGW+7CArxVq9222fb69Z2nwYspZ4BAJrg1lnaC2ZTxmhnlg Thgf84VJblfMH1PCrLFAzA9tuSG7Awq5Y4GJY7eo/mll9Q/083XjO/i5B2r90KiwgnFMbYroe6/c uGeGW/PCml8nnvKpTlI6neVZ7EG8STh6+qj94GdHJHgTuAaH81N21a3bd8VVfvryxJmX1yZbZL1+ NaZg7KyeBamtxWUl18wWPctqVjTPNe8aaRov2XiW/WnnpeGnHqn4cPG9rU/MZrworFaZsI0QNl7t eEk/ou3IEttqw5GS/Pu21xUVqh4kNepH8zTi7y10jH5LrXDYK7bIt/yN6geL1LcN6hXdPAONwqkL dAedPl+D8U9sMOC4YMKOPssOrb8av3Nn4baQJU7C6nY772O2p7/trzELjh0iEehqlPpls0pIuuOG litaBx+YWRUOL9uuuyRp08hUoVXXTr7c8mvigQXtS24lBhPjqWBC9XseCXODiSHINAhKZfjf1gv4 +YqEQJlcTg0TLJLs7ysrOPrxASLEleqdZePqcPV4ejratv9QIk3VpS5u8bav2+ZFtB8tc01s4yrq /+Cv6bIS1bEGu3tGtEY3Jdo0mxvVLBJi2rR496rlN7MiTpCjvdbvawuOOWY6ns0ff2vGpsHFZrHy y8ZFr2zqzB1ySvuA4lzrBxpnIpLTlnmo1NsfaBl/LM/OpKsjtVqyZ3SkRuKSq8JZxrscFedPU+BG 5Fa0Wtq0Sp6vFXW+OFI5t7hd9pPqFSz3bct68opieJlOhGrQ8wKLjAVWW0y//LGRMDdxvn4rfkzY q/kfggcZp3TxJ3wtmVMT77900/S70xt2aLzLaGxIejF2zfaqR4u6vg3mazbL2xfGzbNgZwg9GI5P Lj2T4MULVbcVGm5xR6J7iuXBV/ZzeZ3ur4qWPcxZN7qtKd594ruqzipHUex/AAPesG8NCmVuZHN0 cmVhbQ0KZW5kb2JqDQo2NDggMCBvYmoNClsgMFsgNzUwXSAgM1sgMjc4XSAgMTFbIDMzMyAzMzNd ICAxNFsgNTg0IDI3OCAzMzMgMjc4IDI3OCA1NTYgNTU2IDU1NiA1NTYgNTU2IDU1NiA1NTZdICAy OVsgMjc4XSAgMzZbIDY2NyA2NjcgNzIyIDcyMiA2NjcgNjExIDc3OCA3MjIgMjc4XSAgNDZbIDY2 NyA1NTYgODMzXSAgNTBbIDc3OCA2NjcgNzc4IDcyMiA2NjcgNjExIDcyMiA2NjcgOTQ0IDY2N10g IDYxWyA2MTEgMjc4XSAgNjRbIDI3OF0gIDY4WyA1NTYgNTU2IDUwMCA1NTYgNTU2IDI3OCA1NTYg NTU2IDIyMiAyMjIgNTAwIDIyMiA4MzMgNTU2IDU1NiA1NTYgNTU2IDMzMyA1MDAgMjc4IDU1NiA1 MDAgNzIyIDUwMCA1MDAgNTAwXSAgMTgyWyAyMjJdIF0gDQplbmRvYmoNCjY0OSAwIG9iag0KWyAy NzggMCAwIDAgMCAwIDAgMCAzMzMgMzMzIDAgNTg0IDI3OCAzMzMgMjc4IDI3OCA1NTYgNTU2IDU1 NiA1NTYgNTU2IDU1NiA1NTYgMCAwIDAgMjc4IDAgMCAwIDAgMCAwIDY2NyA2NjcgNzIyIDcyMiA2 NjcgNjExIDc3OCA3MjIgMjc4IDAgNjY3IDU1NiA4MzMgMCA3NzggNjY3IDc3OCA3MjIgNjY3IDYx MSA3MjIgNjY3IDk0NCA2NjcgMCA2MTEgMjc4IDAgMjc4IDAgMCAwIDU1NiA1NTYgNTAwIDU1NiA1 NTYgMjc4IDU1NiA1NTYgMjIyIDIyMiA1MDAgMjIyIDgzMyA1NTYgNTU2IDU1NiA1NTYgMzMzIDUw MCAyNzggNTU2IDUwMCA3MjIgNTAwIDUwMCA1MDBdIA0KZW5kb2JqDQo2NTAgMCBvYmoNCjw8L0Zp bHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjI2Pj4NCnN0cmVhbQ0KeJxdkMFqwzAMhu9+Ch3bQ3Ga y3YIgdEyyGHdWLYHcGwlMyyyUZxD3n6yFzqYwAb5/z/xW/rSXTvyCfQbB9tjgtGTY1zCyhZhwMmT OlfgvE17V247m6i0wP22JJw7GoNqGtDvIi6JNzg8uTDgUelXdsieJjh8Xnrp+zXGb5yRElSqbcHh KINeTLyZGUEX7NQ50X3aTsL8OT62iFCX/vwbxgaHSzQW2dCEqqmkWmiepVqF5P7pOzWM9stwdj8+ iLuu6rq49/fM5e/dQ9mVWfKUHZQgOYInvK8phpipfH4AB/xvJw0KZW5kc3RyZWFtDQplbmRvYmoN CjY1MSAwIG9iag0KPDwvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA2Mzg0Ny9MZW5ndGgxIDI1 MzkyOD4+DQpzdHJlYW0NCnic7J0LXFRl3sf/z3nOXLgMDCowgDoDA4hcBPGOFMPVC5o3VHAtQLyg aVKom62l1VqGlW65lm2bVqtdrHUYstDaonZrMys1S61tvaSmVpbda1PO+zsPl+R9cXN8V2E/PN/D 83uu55z/ec4z/3nOmZkDMSIKhahUkTNu2JAnDs8dRfxVf6LwD4fk5ObNnDK7nJSRZiKlfsjoUeP8 RuYOIGW0mVgQDRk3PiurU+xM4qWoL/to+LiCvDnxM43E//YZttp9RMG4ocseSCkjuux6Iqtp1Ljk 1NCJ1z9IxH5Afcno7BEFRbtvPkzKiJ3I95+QM7LwCmf5LUQjlxAFrSqbU1qxrGxhALEDH2IdT9mC eQ4l8tgAYt9PJTIdnF4xY07l8MciiB1aSWScNaO0soJs5IPt1WF71hmzF05/7pqS7sS0HKKAG8qn zrk+41lXLVFxF2JLXi+fVjr1aOEDY7DtRfr+y1HQeWTweuSfQT66fM6860cUK5Nx7IVEgx2z55aV FqgTriPFgu07zHNKr68IWRd4AO33ob3jmtI50477v7qGlKTXcfjvVcytnKdF01TYs06vr7huWkXE 5ozviR07TRRYTnrfG/fXbks+WlgcmP6tOQzdCB453O0VPd5x7djTP807c6f1KjNsxHExagCxKbI+ lyZa6ad5P75jvaq5phHLXXqJlVMeKaJAISsl0wTsri/2q8N5P7aSDGQ2PGDog03GNMR8HU1XOjGD ohi5QTUoXD1IvbQ6uj5bWAAKRmY7yEWRjijDnfV5rI8pkj3vQhdrGtZeZRihHykFGwexrg07bkB5 ko7wHFpK/yWYulHUxdq2SpRzIeuhDy3/aVvaAuUtqmhrGyQSiUQikUgkLWGPa1vb2obzxRDx32Or RCKRtCWMtK1mBCtJvymRSCQSiUQikUgkEolEIpFIJBKJRCKRSCQSiUQikUgaUP9E4b/UxhD+f39X pXankItjkUQikbRHrNzEGM0oP/81bK0XD22RS/bakK+9XkMiuQDYLze5gKaSX4Ax2ZsSiUQikUgk Z80wu+vibDtDJB0cTpzpGDhnCubqNsNnfnX0g1kjM5m1evIhX6ivUD/y086QP/lDLUIDyAINhJ4m KwVCg4R2Iiu0M/Qn6kJB0GDqBA2hLtBQ6L/IRsHQMAqFhguNIJv2I3WlcGg3od0pAmqnrlAH9AeK pG7QKLJDneSARkO/pxiKhMZSFLSH0DiK1r6jnhQDjadYaAL1gCZSnPYtJVFPaC+KhyYLTaEE7Rvq TYnQVEqC9hHal5K1r6kfpUD7Cx1AvaEDKVX7igZRH2ga9YMOFppO/aGXQb+ky2kANIMGQl2UBs2E nqIsGgzNpnRoDl0GzYV+QXmUAR1CLuhQocMoU/uchlMWNJ+yoSMoBzqScrWTdAXlQUfREOhooWNo qPYZjaXh0HFCCygfOp5GaJ/SBBoJnSi0kEZBi2g0dBKN0T6hXwmdTGOhV9I46FVUoJ2gYhoPLaEJ 0FKaCJ0CPU5lVAidSpOg0+hX0OnQYzSDJkPL6UroTKGzqFj7mK6mEuhsKoXOEXoNTdGO0lwqg1bQ VOi1NA16HU3XjlAlzYDOEzqfyqELaCb013S1dpiuF7qQZkNvoDnQ39A12ke0SOiNVAG9ia6FLoYe oiV0HfRmqoTeQvOgt9J87SD9lhZAl9KvobfR9dDboQdoGS2E3kG/gVYJXU6LtP10J90IvYtugt4t dAUt0f5JK+lm6O/oFug9Qu+lW6Gr6Lfah/R7WgpdTbdB76Pbsdb9tAy1a4Q+QHdA/0DLoQ/SnWjz R6EP0V3QtXQ3dB30H/QwrYQ+Qr+DPkr3QP8E/YDW073QDbQK+hithj4OfZ+eoPugT9L90I20BuVP CX2a/oCSP9OD0E1C3fRHaDU9pO0jD62F1tA66DP0MHQzPaLtpWfpUehzQmvpT9AttEHbQ1uFPk+P QV+gx6F/oSe09+hFoS/RRmgdPQV9mZ7W3qVXhP6V/gz9G7mhr0J302tUDf071UBfp2eg24S+QZu1 d2g7PQt9k56DvkW10Ldpi7aLdtBW6E6hu+h56Dv0graTdtOL0HeFwgroHqrTdtBeehm6T+j79Ffo B/Q37W36h9AP6VXoP+k16H76u/YWHaDXoQdpG/QQvQH9iLZrb9JhoUfoTehRehv6sdBjtEPbTsdp J/QE7YJ+IvRT2q29QZ/Ru9CT9B70c6Ff0B7oKdoL/ZL2Qb+i96Ff0wfaNvqG/gH9Vuh39CH0e9qv vU4/0AHoj0L/RQehP9Eh7e90WugZOgytpyNQjY5qr0mf3sF9+qfCp38qfPonwqd/Inz6J8KnfyJ8 +gnh008In35C+PQTwqefED79hPDpJ4RPPyF8+nHh048Ln35c+PTjwqcfEz79mPDpx4RPPyZ8+sfC p38sfPrHwqd/LHz6x8KnHxU+/ajw6UeFTz8qfPoR4dOPCJ9+RPj0I8KnHxY+/bDw6YeFTz8sfPpH wqd/JHz6R8KnfyR8+iHh0w8Jn35I+PRDwqcfFD79oPDpB4VPPyh8+gHh0w8In35A+PQDwqcfED59 v/Dp+4VP39+GPv3+Rp/+/gX59H3Cp+8TPn2f8On7hE/fJ3z6PuHT9wmfvlf49L3Cp+8VPn2v8Ol7 hU/fI3z6HuHT9wifvkf49PeET39X+PR3hU9/V/j0d4VP3y18+m7h03cLn75b+PR3hE9/R/j0d4RP f0f49F3Cp+8SPn2X8OnvCJ++S/j0XcKn7xI+fZfw6TuFT98pfPpO4dN3Cp++Q/j0HcKn7xA+fYfw 6W8Ln/628OlvC5/+tvDpbwuf/pbw6W8Jn/6W8OlvCp++Xfj07cKnbxc+fbvw6duFT98ufPp24dPf FD59u/Dp24VP3y58+nbh098QPv0N4dPfED79DeHTtwmfvk349G3Cp28TPv31DuTTE6RPlz69w/j0 Nf8vn773Ivn0TdKnXwKfLr5qYTX7hfgQJ9Vw/rdyfFsvbrkF1es7RN6vIZFcAMovN2nCdPGs6HAw P/n9V4lEIpFIJBIiY1PC1CInkVxa/G3e3gfwb7245RiW9wEk7RQv7gOYL54VHQ7F/xw/8ZJIJBKJ RCLpUDR/0iSmmvI+gKSNsIT76vcBvBiB57gP0PKzU3kfQNJO4effVN4H+M+hWH7xOVoSiUQikUgk HQBzi4T8/qmkjQjs7o9LcIMX3wewtF7ccgx7sb0LXkMiuQC8uA9wjp/ASC4AJbB7W5sgkUgkEolE 0g7waUqIqab83EnSRlgd3t4HCGi9uOUY9v6qXn4nRnJJkPcB2gTF6mhrEyQSiUQikUjaAfI+gKRd EBRl8fI+QGDrxS3HsPdX9fI+gOSS4MUPUPwunhUdDiXo//zvbIlEIpFIJJIOSPMnTWKq6XPuhhLJ xaRzbCAZyOjFnShr68UtPzv1/qpe/jZGcknw4j7AOR6FIbkAlM6xbW2CRCKRSCQSSTug+ZMmMdWU 3z+VtBHB8VYv7wN0ar245Rj2/qpe3geQXBK8uA9wjkdhSC4AHhzf1iZIJBKJRCKRtAOaP2kSU035 /VNJG2FL6UxGMntxJyq49eKWn516/0sX+dsYySXh//8TGMkFwG0pbW2CRCKRSCQSSTug+WFrYqop v38qaSMi+geTyav7AOf4N+AtHx/o/S9d5HdiJJcEL36yEnTxrOhw8Ij+bW2CRCKRSCQSSTvA2pQQ U81zPIJdIrnYdEsL9fI+wDn+Dbi8DyD5r8CL+wCdL54VHQ61W1pbmyCRSCQSiUTSDmj+pElMNeX3 TyVthMMVRmby8+KX0F1bL7a2yHn/Sxf52xjJJcGLB1F0uXhWdDhUh6utTZBIJBKJRCJpBzR/0iSm mtY2s0PSwYnMCvfyPkC31outLXLyPoCkneLFfYBzPApDcgGokVltbYJEIpFIJBJJO6D5PoCYasrf oUraiJjh3ciH/Lz4Rkpk68Ut/42A90+8kM9ml1wSvHgg5TkehSG5AAwxw9vaBIlEIpFIJJJ2QPMn TWKqKX+HKmkj4gsiyY8CvLgTFdN6ccvPTr3/pYt8RobkkuDFoysiLp4VHQ5DfEFbmyCRSCQSiUTS Dmj+pElMNUPazhBJx6bX5Gjyp4BOv9yyiZ6tF7ccw1avDfF+DYnkAvDigZTn+AmM5AIw9prc1iZI JBKJRCKRtAOaP2kSU035/VNJG5E6tQdZyOrFE9ESWy8Oa5Hz/pcu8rcxkkuCF/cBHBfNiI6HMXVq W5sgkUgkEolE0g5o/qTJocs5/hWbRHKx6T87ngIoyItvpKS0XtzyO9RefL/ggteQSC4ALx5IGXXx rOhwmPrPbmsTJBKJRCKRSNoB9qaEmGqe41+xSSQXm7R5SRRIQaHnv0bf1otbfofa+ydeyP/RJrkk ePEIy3M8CkNyAZjS5rW1CRKJRCKRSCTtgOZPmsRUs3vbGSLp2GTf1peCqIsXT0RLb7245Wen3j/x wos7ERLJhePFAykTLp4VHQ5z9m1tbYJEIpFIJBJJO6BHU0JMNeX3TyVtRP7qNOpMNi/uRGW3Xhzb IhfWeqN/g/drSCQXgPX8m6ZcLBs6ID75q9vaBIlEIpFIJJJ2QPPD1lJ06XHOdhLJRWXchkwKpgjn +a9xjn8DHt8i5/0vXeRvYySXBC8eSNnv4lnR4fAdt6GtTZBIJBKJRCJpB6Q0JcRUU37/VNJGTK4d SqHUPfaXWzYxtvXiXi1y9tYb/RscXq8hkVwAXjy6YvDFs6LD4T+5tq1NkEgkEolEImkHNH/SJKaa yW1niKRjM/X1KyiMIuPOf42i1otTW+QivTbEi28kSCQXTvD5N3VdNCM6Hpapr7e1CRKJRCKRSCTt gLSmhEuXPm1mh0TCG0NXYiI/FTmk2CxSaSjpD1Yzk0JGiqKRqLvO6HJEaRrp1/pn5bXDDctp98Fp jds5C2ak5kKmKITt/a8GCKrh/G1Oab14SIvc+PPfXhO3e7/KefMf601X1vgCV8bll6UPThs0cED/ fn37pPZOSe6VlJgQ3zOuR2xMtDMq0mHv3q1rRHiYLTSkS+dOQdbAAIu/n6+P2WQ0qFxhlJjrzCtx uGNL3Gqsc+jQJD3vLEVB6VkFJW4HivJatnE7SkQzR8uWLrSc/r9auhpauppbMqsjndKTEh25Tof7 rRyno5ZNGlOI9F05ziKH+6RIjxTplSJtQToyEis4cm3lOQ43K3HkuvMWlFflluRgc9V+vtnO7Gm+ SYlU7euHpB9S7lBnRTULvZyJhBKam1atkNkCo9zhzpxcd5gzR7fAzWNyS6e6R48pzM2JiIwsSkp0 s+wy5xQ3ObPcgQmiCWWL3biN2W6T2I1jpn40tNxRnVhXdWetlaaUJPhPdU4tnVzo5qVF+j6CErDf HHfoDUdsP2ex8U7ZhbefXRvBq3JtMx16tqrqdod73ZjCs2sjdS0qwjbcSkxeSVUednwnujB/nAP7 UpYWFbrZUuzQoR+HfkwNRzfNmauXlMxyuH2cWc7yqlklODHhVW4auzDSEx7u2qIdpPBcR1VBoTPS nRHhLCrN6VrdharGLqwJcznCWtYkJVZbgxq6tTogsDHhbzk7Ma25TqREcz2VP7a5X5lukXMYhoPb UeaAJYVOHNNAXaYNpKqygWgGihjWck/F+Zjp9skuqbKmodyqr+82xFidjqpvCeffefKzliWljSXG GOu3pCf1UdI80FDflHYnJLjj4/UBYsrGGYWNl4t8v6TEBbWK21lhdSBC99Fo9G1pUVoyOj8yUj+9 y2tdNAUZ95IxhQ15B02J8JArOaHIrZToNXVNNcHj9ZolTTXNq5c4MY6fEa/mYLc5tvkv0BrSObc8 zc1C/k31tIb6/HHO/DGTCh25VSWNfZtf0CLXUD+wua4xxRoq0OFuNQY9NcyJoTd2UqFegD9DTJ4z d2bJULzUYKO7c3Yhj1CKGlJKBBebwvid3LxlPVPor29LjTGK8T+11mTGABYlzJHntpYMbdAi38jI 81ypVjulryWin1drPCZ3WkLL/OAW+Rbm+VdxGKzGKvkFk6qqfFvU5cFZVVXlOR15VSVVpbXakilO h9VZtYUX8sKqitySptNfq21dHuHOu7MIB1HO0jC0FcqqdrJlY6pdbNm4SYVbrESOZQWFHoUp2SVZ RdXRqCvc4oB/FqWKXqoX6hmHnqF8hleFRzGL9hFbXERLRK0qCkS+rJaRKDM3lTEqq1UayqwNO4oV O3LhbaSsVm2ocTW1VlFmbihb0tA6rrG1GTVWvWYrwf+TqGxAdzHZBYVnDx7xiixKIsr0pQL+hfI0 dSM7/5yfpHTEJz3GbvZa/lkNj7dnZAbzI1TCT9BafpQOIKhkRYkVqQyECqQ1BINWxw/V5OamumoR J/QSsSeuZ+oWvcIT3jX1L/yQ8hT1IDsKDnhCIkTNfk9WVmOi/8CGRE18UuqBTF++n75AUPh+foDi GtaqieuVeirTggLGb6JAxshO6/g/yY2gkIt/UBMdm7r2Jf4m6t/g2/CGq6+2zWMJSsUG/86fo044 vGf55saazTUBQamUWcnvwmmog+5EOIhwCkGlufwxWoywAmETgkqBUDtCMsIovYRv5Bth53qsHwhN RpiLsAJBRc8+ifKrdeWP81mYE9j5nXwVBSNezu8V8Z8QhyN+BOXdET+MvB6vbcz/AbFe/0Bj+Rrk QxDf3xjfh/IIxKuR1+PfN+YX8PlivXmN8Tpe6elut2Z2R70DIQWBI7UKqVXoulX6HBHK+K18tthT NeJUxHMaYnTXjZ5IpzhHN9aEhqWuQ5feiK6/ET13I3ruRlJRtaipzaKGNkl8EdosQptFaLMIvZLC K7G/Sn2OCLUiOBA4+r0S/a6Xu6F1CDtF+W+hKxHW6Tn+a/RjT1h1B5/libNjkM2oGeRKzXieT0dX u/j0mrBuqSt+zvn46gMRcUBjHKi3nSZqp9X4+Oul02rCuzXEaHV1ZgAvo98gKNQFGo3QFyEHQeVl nuhk+1Z+Bc0xkyvAvlhZzBeriw1qSg7r9BJPpdFm/buynXgSpaNBT3txOhtQ4lPhs8SHW30cPik+ Lp/RPoa5fDFfwbmdJ/MMPooXc0OtVucxpfVB5BpiTOuz0m+dn9uvzm+nn8FtrDPuNB40njIaHMYU o8s42lhirDAuMa40rjP6rDSuNCklfhV+S/y41c/hl+Ln8hvtZ7Cb2LrMpXyK/nYDtSJUIKxEUNHH xSh38KsQinE2itEVV6GcoIScFWEn0gcRG5ALRLtAtAtEaSBKA1FKUL1mNEIJQkVjrbG5pmkdvf0p vQahB2oDUBqAvj0IPaWnEIYjZ0HOgpwFrXYqp2GhFepAGI3ARdlBBP3i4nRzXUpjfQmCUdSfEm2a 6lz6usppV2mPup7M3ZOt68lW9mSu9IzMVFcUpFOnTsXO4pjiuOL16lzn3Ji5cXPXq6Oco2JGxY1a r2Y4M2Iy4jLWq8nO5JjkuOT1qt1pj7HH2derK0ZsGvHSiB0j1OIRc0csHsEH4NTVeBJSUkUcFaPH mz1h4akDAjMHK5twOMXQtQgHEDjZockIGQhzEVRlE9QOR5yMkIEwCqEYwYA1ntbdC9TeWKeXrxV1 ekqvV1rUcxz4U560PqMyR8LlFiOsReDY9lOof0q0bkhtEuVu6EFRPqqx/TpRboc2rcPFOrqbm9So doQMhGKECgQD7eAT8RYxUd8+1I5QgbAJQeWTsEzkE5WnsTylPMUTXZbewXYK0R853ynIbM20Kv4Y CRb2uND7hd4hNENotCtguOW74ZYXh1tuG27pgYQSR5moWCU00uWXaXkm0zIq09Iz04KtheKay6IE CzXqyj4VeoXQRFeXSMuPkZavIy1fRlr+GGm5NtJyWaS+Xle8gi1KF6F+urLVQocLjXX52S2v2S0T 7ZYBdkumhT3EsHfKEtpdaISu7KtnAnMCyed59hXlYEvMk97Tjjd6ETHNk56JqN6TPgTRGU/6Q4j+ 5Um/1/4C+5GJNzb2nSf6iD0zmH3Dhql6/uvG+Es2jDYiPoV4BuINlM5iEP/Jk36z3v5RrP8A8o9Q lFlv/zCNFuutZcNE+R8b13vQkzgFe/2DJ3Eh9voAJYq93udJPILSez2JdyC6x5M4G9EKT4xu4CxP erw9M4jNoGhFb1tGMYpuyYjGPQ7FlmcjHtKwcq4nUV8rR99BLcv2OHsj6qFb+QJz0mixO7vHKQ6y GznFJrqSUxgdQTEiDmCBwngLRYnY7HHejK0Yn4k5Yv8+/Xn9wOlbFuh5yH74BRzfBGQ/YsM8G+27 tujd5bHvSKxlMc/a33Y+b381upZN8NjrEmvNqHgpsVZhm+3V6GQ32irsWfumxBn2p52idr0TtTjV a9OT7H9wTrKviUHeY7858QXdDJqDI56A6qLEy+0j0jfa82JqGapd6diZy9ee5rzOPgjFA2vZsJqN 9t7RtbopKdjGxmft8dhjrFOYMn7AVqUfmdh8V6JpnmmKaYJpjGmwqY8pyeQwdTN1NXUxdzJbzQFm f7Ov2Ww2mlWzYiZzl1rtoCtBv6nSxWjVI6OqqyrSVkVX/f6LPglkZgWvHXdnnq/kj8ti7k75lF+Q 5R6QkF9r0sa6Bybku82jf1VYzdjdRci5lWWYnxYUYoDqRUsj9KvaLcRY8tK7IvR40dK7iopYvruu jPKnONzfjcNx+GJ2bnBm2ShkQYYto9PlQYPyclqRkkZN+BlbwtnYurlX548rdD/Zrcidqie0bkX5 7iH69fAW5Vplbm7OFqVCj4oKt7AblGtzx+rl7IacouZmFKVUoBml65HerIai9GYUxWpEsxGiGYZp VG5OdVRUQ6NX2DC9EYbPK6LRjIZtRWMX2NZoPUIzpTtFi21FK931ZhgPDRsLPHtj/sQCxcYC/Uls rKveqDomBk0SY/Qm1QNi0KA6ZoCo3vhztTOmwZwiihH7iWFFYj+M/dwmrqENRkFjG8WMNgn/SaZl edGY1ZR+OLVMvytR4sydhlDiXr6g3OZeMsXhqJ76YePtitiSKWXlelw6zf2hc1qOe6ozx1FdWtZK dZleXerMqaay3ILC6jLXtBxPqas011maU1SzYXF2fot93dG8r+zFrWxssb6xbH1fG/Jbqc7Xqzfo +8rX95Wv72uDa4PYV/7YLJY/urDaTFlFuKwVcY3i54vXQ0lEZFFWiLXicvHiGBxpuyliq0p42/JL KHL7O7PcFgS9KikzKVOvwqtTrwrQ7zs1VtluGhwZsZU93lhlRXGQM4sSyJY7M6f5r7Kycl6lLvPn J0DnzbeJwnl41UaOy3fn6ZfJ6e70XLerJKeI6edjfiPZhS7rS+k70pW56YvTV6SvTd+Ubpg/vwjF nV6K2hGlFEfNjVoctSJqbdSmKKNeMbnwWVf62qgvovh8DCc2D+TmiH3OR4w/PTtvvm5NJWEHlQgN u0uYn5BdmBlFZZj0MkzQk6gzghOhD8I4BAP9Fbob4TDC1wgq3Qq9F+FRhBq9hCfxpFzbzBx9j0UJ utex8dSalH6pA2sRl05viMdNaohzr2iI0zNTbYg9GX18MwMx/2a0FfoGwgcInyD8C8HAU3mq2Pj8 hmFbVEmVCQzmEzLzdKlMmMcSkGB6d8+rTEggPegjHKcATRNYy4FPrHI+oStwQhChkSit1Febr8dN oELfSoLhbiLDCLIjdBVXaqQdQjiCcLx+uHbacDU562dpB7n+c6anG4P+b6ZW01qKplOsN71CdfDl GzDZGU2raAjtoE0UQAvZdnSnE3OMx+Ex7PD8eRTKDLSG3qfJdB0dpYO4es6n/awTtpNLFbhqHKSd gObTMm0LWvlSNv2ZtrLZbBwlIz1USURXxNAKrY5CKU57S9uH3B/pKIvWqmkoUh9TEGbpi+l3uJye RW9op2FpNE2hx9gidgKzqxJarvZVq7SraTBtpvdYPlIjaaFhn89mzA9+R4+yUFanHdCO0Yt4N52G Ld1Cy2Cxh+qUXjzbsI4cFEuX0RVUitrf0PusM+vNXVoPLUtbg9LH6CslQXmNm2BHAg2jYrqLHkZv 7KEjmAz4sX6Y42zEsot9btgH2/JpPt1AS2D5Bqz7FG1hvVlvJRQzRAVH2JPGo24Frcf+a2gny2dF rI69zNcbUuoztC5asHZM0yieCmHhWnoZ+/iGpaAN9sCj+Dy1uzrPkHrmZnF//0HaSbtgx370+7f0 A4vHcki5SVmsTdQe147CFjNmDwNpDE2iubSAfk2P4Ky+Qn+jL9lPig9a7lBfNdxgOKXdg76NpSzY Pgqtx2Hby3GWPFSLZQ+OMog5cBQD2RVsLJvBVrDVrJa9z95XjEok3iw/4W6+nX+o9jcYtDRsKUS/ oscomUjlOAM3obfvwfE+Tq/SNhbMYlkSjmgP1v9OGazkYHlU2aHs50v5CvW04bb6g/Wf1v+kVZEJ o2wI+mE+PYle+IKFwIaebBarZIdh+UrlGR7ArdzJ+/FMXsCL+DK+ir/O31avUzeqHxiGGUoNG02l 9dfU79Lytd+KGYoRdvWgROpLAzB+pmM0XQ37KrBcR4voZqqiuzFe7qF1mPHW0ku0jd6jf9JnOAPE ImHzTOx9DkbdUnY3ljXsKfYye5VtY4fYd/qiRGGJU/orGUq2kqfMUJZiWaXsVPYox3lXXobr8CVY HuLP8vfhp1VVM6RiGWpYbnjMuN0UZxpqmmJ+8/TJM/Fnis7sr6f68Ppf1a+uf7n+mDZBWwj7YyiJ esHS22HlGozB9ViexEh8ll6jN2mvsPUrpjADRryNOTEaEnHWMtgQTDaGsZFsDJbxWCaySVhK2RRW jmUxW8JuYbey37K72O/Fcj+ObT17gj2L5Tm2Fct77AD7mH3CvlIwiBWO0Ryj9FCSlUE40mxliDJK GYtlhjIXS4VynbIAZ+gxpUbZouzhnXkM3G0pv5av4X/mr/B3+Y+qoiaqyWq6OkGdod6q7lB3qfvU nwx2Q66h3PCQ4RVjhLGvcbxxlvF+4ybjceNpk9E0GhPWRaZ3TZo5Bt7q7zjuzS0+xko27mCVhi7q 9coBvC5svMJwOxuPHjMqBXw2v5u/Y5jOTnEH+4BV8Zn8au1Rnqf8wOeyCcpLLIrbDWl8Ot1JGtuo HFK+UY6pwaxAOcHi1N+x55S5PBvXdMCwWw1WbzUcx1x3L6UpN7I65VV+K79V+wulGR5iBwwPKbvI oR5UOtMBvKpvV+7DSm8rM5XlVKj2NfxEM9HvTxiuR39frixj8fxd9SE6yp3K17i+Wg2v8RYbrkYr VymD2EZ43DOsO51k11IF+z252PPsn6wWs+LH+WNshOKPs+VWLGwAJt5v8Uj2Lvdt+FI1i1WC2Wjl lDKev2DcyfvhwmcnvUM3MM5SMHaaqKdr8ApYpfSAT8uFN9nNUslG98Hff1P/gu6xDfsMyzHOHuaJ NJZS6EplO6XhtXEUSyHdRqm0FWNwGaUo99MibQmbCr8/Ev5TIVy5UTLzg7cMhW2L8X4RokTBFxZj rz/A/78Br5/PPqdfMwdeWXUUp+o1d6q58Ewl8L/LsUylK5F7kO4xbjbsplEslEh11D+EUf4hXYX3 nMPYfzilw75J9LCaCKsd8MzXYo0H64eSC8tttJ0pdCNsvhyv89HqUHje1dosHOFMvEeNwHviNpqp 3UfZOHdjtVu15VSsPaxNxrXqOO1x+N8Fmof60+2GImWCIUHtCx+7jf0N70f/YMvht4fSB/BHMcxG n2D5M+y/3PA8Val74TsztDu19ygY/RGFHpqCd9EjNIc+R78N5XXUp/4KpVrL4xV4hzpAY7THNDvz pXJtNjzvC7TeZIDvWULdDesxdper05UU2NuTQlgySicb1vK9/Eu1ApdaXTEau+q3xuAnR1Yr7Hnl Rfg3k/KShwxqrfLiM5x8TXpiM6Mws9HwEuoV4qwn+bCr2VVkS7B+l34m/QrrN+kjz6RTBtLW05De KZFBkUExENZVpdMOXnfaZaCfMKrrsP4R7Qh7DbMHf4yV8ueVJymMfLQ6l0//gX3J5crsa9bvKXbp HtnXN/yHgBn9yRXfr+9j9BzsreXDnrOYuMXV2Q/pfi4Lka9qdYX09XWpP4RZvzv5zcmgToOST1LG yQzrx71T2LVi4pPA8nKYk8f269u/T2pIcBcT19XojNJLWHlsoTE7OTlTvaZXZmYvBDaDx/cLzxgx It+WcDolM0kvTsrUvyGwFK+yF2C5BePmwedqw14P+96f+9dqP9Q4Y/qKOCmlL6vVjtfAZKrVXnd1 QyLMBgkfCPnen5n8Q/0V365LcWAWjPKCGhMPD0Ds6cIJh/SMxeKrBujHFhIeHhrkO0f9a+gcCmJB SyO6roqcdQOuP7+78sx3DYfZeKxn0jP0Lk9g117ZeIlzHeM9zjrayLMPXXH1D1EG9koY1HlQ/ZQB If2SEtPC+3Mni14YFpaRltZ7fFn9P1jcDYmutMG9e9xd/77+nhdFZPwK88AUts11PNDGAsgcGhBm iQvsGRivppg6XcYuSy6yzWXltjnJC233sQeSt9s+sB1nn9osFhvzDTWm5KXw/rb+KUNsPCSlhy02 hRtthpTQUJ5APZEbTGmhg2z9wvqlZKSOSi2HD1tgWxg2L6WK7rAtTVlD96U8QRtS1qW6U98M3War S/3wf9j7Evgoq3Pv876zZJLJbFkny2Te7NskE5KwJIBkJ8HJ0ixsEpohmZCBMBNnEhCvFGrrUooE 0dIIAalFDIuINIRIvUo1UtuKnz/1Z62o19tPWmsFkaJNFTLf/5z3nSTgUu2vvfd+35ccnvM855zn PNt5zjnvm5BJ5O+ML+Wej3zf+H7UO7mfkE8j/5qTXMlVRVZYl3JLIhdaV0XeEnXa+FzOa8bXcs4Z z+VodeaYwPgEwRwTHZ+QbY5Ji0/gzTGq+ES9OSYiPjHeHJManxhpNCYQLowYowgXZTQO878quiHH GpZjjMyxGq2cFbZHRkdFRfKBKhUhOTmpaaqcm5AWUdbsBEGI3xt/NP5U/Evx78Qr4/cU5XK5HE9F aPQ6QWfgm3R7ptnfNGZir2TSzVKtb/6kmRJzDAXWMWydOXpW5rE6soAzFNylys5UbNCPABsZIX3z AXnd3HwzvsjNzXgLKoqx6sOC53FipS8wGg0FRn1IAVEZCyKHfS8djyyIzAkr4DLFtwPAEq6ZNMdz hrDIiLy88PjpebkzZ0w35KempCROj+e4+PDEhABl+HXDnKzi6uWY5LqcsbSchUkRYdobG3Dnf8C9 y22yLkqKiE2us149lbMoMeLqx/KeK2s3mDOSk/MFj2zt0jRTavJnZ+WseWXz+MDmz35I91SZ7125 Au8aZpLF3/g4T3/sV5RiLdLr+aZ0JfKHb1KqdDrUwbRLSQRTRBDtjVALw77LRYaQEL5JCA4NRc24 0TtaFExnCEY6Q4g9Kfs9MflODQWiZTKHDMt+X6QPLQrU8k2hYSQ5OTDAYpER63mcGW9lnrcCOCuL 86m3Mkf0pyh9Brsr5nEls60+BLOIoJbJ6NTYLhNXZGox8SazGmLUEcEajbIpQq7XK6mFYRQLcp0O NU9HBMGanc54mHN4PlFas+k+zjyTyRDUnsEiUWOam8/MOx8SWTDvLeiPeYJYfad+Nn9+vpUejyWZ 2fkt1tvktyk2yzdZH7OesgYUWTdZeWKNyAjPbFI0qRozdwTgYZATrDOD5gctDOqTP5Kx1xpwynox kxcEIsSf9L1D1L53isrnCLXCcqE9qFO4VXiQPCgcDHgi4HSGOkUVmhpcHBIXWhZuSo0ojo0zlZkx TS23hLOomS2cxWKWqc1EHR8sDHMri0LCWyI2RTwWITNHbIvgI/6cXqekP1tIy86n+MT86crS7NKN 4h7IrD5/1dOMu4J+If3Pe+CyIbJA//H5K9zHRETTckrXF0WnZMpVqckpqnSBZMpRpQUkC1yGwiIQ Ir7kfve7pHkWvnAAkps5Dz0GlyxJVooHfEhebuT0fKR2QkBqcp4hLCIC+RypSJxuyOZZnoehg/9l 6aYFO94ZfXZ9rU4wRmdqOEOWLj4iJks9djFbOafVurj8pqOdN62smPvZc89x86sP7K6M1id2ffbW T+bHGhJv/hX3ellXQW3H87/+LU5L3Er8CdljJI07LuVzWkYRTVClOdKQKqepmWo0cwYVTVcDaxuU wcGozcjoQdoG8ckgHQZxochA89gcRjPdrKWC0HulSM0YOb3MGBH1c6S4kaQgs7W1qe7Ujamy1LQA YzBeN+edsSKTzuuvnkJ6FUiZnfkWzTP9yOlM/Yh+ZFJyJ1JxKZjrDtwYyAdCgFEJS1nCGlhSUxs/ HaRtEO8P0symxAk6ZjZnpEtJ/BaTT6zzzpxpRv5S3cjhIrfAC7pcPldXxBfpbpcHFGVw387gzOlx xtQEQ3pc5J2JqalCcUpcahkJUmcYwgQ9JzduCuQCC/TBXPASGR5UjJFB31ZyRUpOmW3GuyoxJJnN ZoHbJGwTeCLohaPCKeElQSG0pO93sVRrvtmD0xZPJp53b/Yg03DCnvecbzbQMxZmSanGjlXPzaR5 yRIuXLwraf7QDAmgJ2EEPQlxELKTUsomzuZdP7MyPylxUXhIeFZOqKbkhrHMioSoIIUmMdqcGsSF yx578cVSS+qM8rD05WNVttSYpKSkCH2ioY5r3Ts3VpfURW/XLu4g3y7bS9Qk+wmi5E4OEaUmMjJa Nsw1/CwwKlhDcXz/Ppz+NZerr9aUO8r+QOZVX4W9kx9jVnfcd19Hx33bZXspogDZvpN4vhzgXsET nvHf8c51gnCyn+F5b/hxBWfVv4tjBlLicegPjIVwF7jkI9IcRczfn6OI+fRBhX1iDt5vv2TOuQk9 ZOwkVzExR/U15qjIX0+qJs3Rf405evLhSb04h8ezGpHfJPstMeGdfUVRzA+zuMIsrsDyAwtfmMrd qebmq7gKGVeOV95hWW6RWZ8hZGzL2Jshz8iImGEy5CdFxCUmG+J0QfnW5Ng4PKTRx8vzuRQ46/m3 R2jGN0Nvs/TF5cbx4WFaPkArS0TK3MAjYXDUTOfiZHm5N8in00YChvnQHW9uq9BnzJ8x95b1/zZv bLllljlYnzgjhSsMSsq0RsY2Ni+/0Vras3e5Li0tOUj229rvHWpOWdHhyLDmGeVJWiEvhV+fNUtQ J15xyQIUMl3KvJY7Fnfs776Bk8k48alN/in8ziUHizqWxnB3ctw6juOiY2SJ2QZOZzAbeINRJw9M iuKNxsz8aSmZ8YkcSdQn8omx+wjnIbcTvpVwZaSR8Mn0P8xGIJimHJKpz+QzU0J0iXGGaC4myRBk io2dZoyKkk+L48XwjFwdyTXk0TJv5NXcEf2VkZERztp8NVeMUO6Lzc16MXB5eVffHtG/0Ey3I0am 5QTy8eGIDp4+4ni25Wj8EjmUa3rEiC7l8pB3lTPmmAIUsXNnjc2ZNj1KLh87Fj92TK5PLcoZu2vm 7BiFLHpOgey3Vy38q4mxueVpV/93amlubFJS/MyqdH7RlZ/LYq8eyi9KDE5KMmXPjOGD5iwuiE2k eROB+MWx+JWTe4vCflDI/QBPUQhsUlZmWFZWJpeXRBPGOnfatKzbs7i1WVxLFlecxWXlzp0blqsJ yEsKi9GF5U1PTsMtpeQ4TXlJcnRcLCJUFJQ1LU4TrIsjmiAWLf0HLJ8MNCDNNK8QlKsjL1gRoRAa l2ZDnlV/PqTgLn3mXRtG2ANgPKdUJqSkfj4q8cg/nFdIQXkAci4ynIuImDFj5g0yMfOUAbLYsR9p Qw2hwXGZ00LH0vPmxauD4uflc4eF6m/VJ6dNj7HMmGHVclxkRmaO6WpJSEbOdFNcZqzWNKPaGjtD zz2PJOLGPi64waRISgqzlOXwqdZyS3iiHA/ZpmWzsyvyk4xa+dizsZlxYcok7jNsLK1Wl5k3M8pi m2kOkP6j9Wyp9HFh/4rCl3yTQv9P1JcV+bP/BeWjqTJVpspU+X+lKNT/kpI8VabK/8AyT7FE4Z0q U2WqTJWpMlWmylSZKlNlqkyVqTJVpspUmSpTBeXD64uy118C5k6VqTJVpsr/H4UQUsg/RcRPeyN8 NPufATL2ezZxrEVpnmj5Z4j/U+EW89skWj6JR0GM/HsSrSQJMr+cALJ2nEdFcmQ5Eh1I7lQUSbRG k6I47f9MM04T8oFEc0QX+jeJ5klAWLVEy4glLF+i5ZN4FCQ4rEWilcQQ1inRAWT2OI+KGEP+ItGB pDRsg0RrlPeFnaKfcieXQVdwTAOjFaD1Ma2MVrJ+L6MDWP9GRqsY3cvoQBgaJ0uQaDGGIi3GUKTF GIq0fBKPGEORFmMo0mIMRVqMoUiLMRRpMYaUDppkv5rZ9iCjgyf1axn9GKP11LaYpxkdCjok5gyj wybxhzM5Ih0xqT+Kzf0PRscwHlGmaRKPeRKdxPjPMzqD0Z8xOovSsTQynGqS/apJuoIn9Qf7fTlA BJJLcsg0kg+qkXQQB3A1cRMXoJusJ12spxQtD2ha29HvZBzZGCkmnSgCqUffSszvJl7WcgA7wL0W dRvj1KBUorUCvQ6yDj21TLoLev16bJC+HrJ7IEeAXDdkOkkr6FbQXRjzjOsRxq3PIXnstxf9rZnE wmyws99r6wBdCdrFZLSS1RLvArQ60EtHe2Cjd9wnGgcn86PzS+1pZ7EQSAnaKzBCe+0sEtf6KMpx S54KTEsPRluZv7TVDtnrMNfDenrA1cYiJ6Dfvx5VsIlGx8nmuVhsZ7P5DsbhIGugk0a6jdWCZJGf V2D9XvTQ+HWNr+CEH3S8G1Y4MdOLKDSCWsPmCKRG8qUevGtYJP1+2ZmVNCfamA3Ui9XM3/Z/KJ+u 5yz8u3bQTFuJqHUy3QL7/Ssn89M9Ht10spBF1Dvu9QzomoU8mZAuyp6QXEcaIKnxv3iHBDGY2iX/ t+ySz+fBxCqVsUxYB14X4kHXsR3FKfmUBWhgslyQ5cAsMas8LBZUKl2dhYy/W9JuY/63MXtppKeR AqxpLlnCoiWwzF3PoiN60z2+Qu1MYjfbsbTdxWK3BqPdKGIsVrC5/miWkyboK57ku3+ki+2tNmhp ZRKdLELrmK5WlkdfpFdsO1l+dbJMErVS32hc6XiXlEkCi0qbpMspSWiVZIne0wwUPue5m0VzPTsH 6G8MTl7zL7PL9TnZXz9KkzPKv84elkPdzPLW8Rz6Yu9F7Z+3a/akGFBPRF+6mT7/GeNhWbieRc+N +LvYzrN/qadipO3XRFXcQW6pFr0SabqXu6QdTa1dO565ohzKSc+Nr14j/4nmPzepNZ3Mzol9ce0e tLAY2xndJq3o5/f49fs2jZ111OJCYkVxsDOK6ljNdrKDrY8dfdTXleDwj1klmd++7txIZ5bY2e/F U23iDST67rfmm5zMX/MkFGKvk2HzyxBM43m5Cn1ixP3r72C3SKd0gk7k6Ved7v78+vIT3r96deP7 wDvpDhXzS8wYh6RvJctMl7RbLMxvj3T6is8E9ISwszUQ19qflS42v0u6p0UNbkgVT1vXeLbYycQt 55f5L1yP8SjZme80dk52v4tRbmM9PewZwsVsnXxnONnJ7mX5Kdn45evL7oNr7jmsePqkGNFVFi10 XrMnvrY8dko72Tw/9xefVZbrzip/7K+f3cmenpzX+e23a+IZZGLn9Izvcf8aWtjp7WZa2sfbjkkZ Qk8hcYW8kGYZvy1Eq1cwW0RO7zjnteeJuIZWacW9bKd0jtvg39vX5tLXj+qEBr+Xk++Na3N6IhLr WBzX/IPr6D/b6TOSS4rMtfepm4jPTRNxWQWO1kk3QfdXnMniOd7GPPDfX4WfO83tkOpmJ88XP3mK T0b+e2MiRv67aSJOk8+Va2d52XkhrtcKyfcvvkXtX7KqnvEIeKXnrW62hzuZBXR88h39j2bB5Luu Ek9PlKOWVKC1CE9R9aynCn0CTtN6jCxEqwy9ZehJBUeDNJ7KVmwRu5MqwdfE7jtRRj3qGrSXsLOu ggisTVs3gr8GsujccrKY6SiHtAbGWc9kV6PXBlwu8dEZpehpQpvS89lpKOqrwSzxWbpKuh9FSxvR L4x7eK1VVUyj37JqtOrpJxtJo8WQXcXkUfup/gpG14zbWSFZWsxiRCVTmaXSc2g9620CrgNfA9Nf zHwWra1hPlRgXPSlnFlANWdLvop8ND4LpRG6RtQ+G8qEV8UsBpXMmon4lQLXwXIqfz5GG9lNUYuZ ZczTBha9cilm1Fsba014Ja5UKfOGRpXGoAx0NWD+eOzqWS3aUj9J2rWxW8TGJ7hE/4qlupRFrpa1 xNUoZa1GtlZ01CKtZT3z43qti1gmljOuYuZxw3iGVLDsFa33Z6eoo3aSJaI+uraTbfFntfAVe0SU 4h9vklb683GhUS9mMaF2NYxr/jLJ2QeE3Jxp+UJjh0Oodrvc3eu7HEKp29Pl9ti7nW5XtlDc2SnU O1d2dHuFeofX4VnraMsWNJpKxwqPY51Q2+VwNdI5Nvt6d0+30Ole6WwVWt1d6z10jkDF5+QJKRTN tAj19s6uDqHS7mp1t65G7wJ3h0uo7GnzUk2NHU6v0DlZTrvbI5Q4V3Q6W+2dgqQRPG4oFbzuHk+r A6i9e53d4xB6XG0Oj9BN/ahqFGzOVofL65gteB0OwbFmhaOtzdEmdIq9QpvD2+pxdlEHmY42R7fd 2enNbnSucXiFGmipd6+xu6guu9Dtsbc51tg9qwV3+5fHyd9ZeL2MesfKnk67R0irdrZ63NTc9IUO j5eqnpE9ayZjBzdjrmuobhyXzsJa5rGvc7pWCrXt7bBdyBIauu2uTsd6GOFxImoWYaGztRsu2Oye NoerW5hWkJe7xN0jrLGvF3rgajcNarsbI3av0OXwrHF2dyMSK9azUJU32YpZBGijy+Nu62ntFpwu YV2Hs7Vj0lxgp6u1s4cGsdsttDm9XVgowe5qwywnGFrBBfXZguBX7nZ1rhfSnOli9CfLcvm5v9Ak cbGozx6Ht9sD7xCqSeoxfVzWbGZBmhNauh1r6Fp4nNDa5l7n6nTbJyuF0XbRVCQJ/HVDFeqe7i4k W5tjLQ0ueDocnV3XeaQJ0gTRVW93d3a62VpIWWQRVti9MMjtGs86f36ldXR3dxVarQ5X9jrnameX o81pz3Z7VlppywrOb0v5mW4R7F1dnU5kDLRTMV+8ob5oI7wscdgoxys0lqvcMJz671jr6MQmYTG9 dsvReF2z6ah7dXQNvCwlES8ExoF5Kz12BKDNIrR7sIWQ+q0dds9KeE1D6VpPFw4CBPcKbB0XDYud bXvK+c38oCbZvV53q9NO06DN3dqzBoG3i7vT2YnYpFGJ1/grNEj7/pV0ZlGbAwKd4kp8IZ+wztnd QbsnZZVFyipqvX+404l0FHVTWR7x5IOGHrri1EOLsMbd5myn2MEC0tUDh7wdFrotIHpFTzc6vbRT yhN4aIXjXgeOUkigqy1F6QtNZROoSnFvSJFmRqzrcK/5Ch9ptvd4XDBG2qdunI/MllWO1m5/ik1k MnK8zcn2V6E/ze0r3Gsdkw5wHEZ0bzCL6G7qmsgVacjbYYdfKxzXbFH7JFc91AAvzq1uJxYJu1Tc 0V8VAnHXVZYLDbUVjYuK68uFqgahrr52YVVZeZmQWtyAdqpFWFTVWFnb1CiAo764pnGJUFshFNcs EW6sqimzCOWL6+rLGxqE2nqhqrrOVlWOvqqaUltTWVXNfKEE82pqcVNUYT9CaGOtQBVKoqrKG6iw 6vL60ko0i0uqbFWNSyxCRVVjDZVZAaHFQl1xfWNVKc7QeqGuqb6utqEc6ssgtqaqpqIeWsqry2sa s6EVfUL5QjSEhspim42pKm6C9fXMvtLauiX1VfMrG4XKWltZOTpLymFZcYmtXFQFp0ptxVXVFqGs uLp4fjmbVQsp9YxNsm5RZTnrgr5i/CttrKqtoW6U1tY01qNpgZf1jeNTF1U1lFuE4vqqBhqQivpa iKfhxIxaJgTzaspFKTTUwjUrAhbabmoon7ClrLzYBlkNdPJk5mw8hLjZSw19wXCxl4cVZD2nwSvC KrT/xF5v/OP+bwC3id/Yle2UPS77d9nTgCdkJ2WHJ8mys9daf/s/mWzHNboc10hj8uRx8mnyG+Xz 5XNRF7CP9lzLvkEovmJ1cEe5n8gIe+UrBr+HfVudyvD/PJsQXzzYv/hLxv7qloFwPp/4182q+T/k 8vTvWZAShcKGtiA+Ivi/fPgi83xjjdU19Tk5hNwp/oyakGBCeAufD2lLQW0hHH8P/wCR8Tv5naB3 8btA9/P9oHfze0A/yF8E/RE/CvpvMlggC5GFEJksVFYBer7sRtA22XdAb5RtJLxsk+wy6I9lV0Bf lXsJJ++WdxOZvEe+HvSt8ltB/5v8XtDb5feBvl9+P+gfyX8EeofCQjhFlmI2kSnmKMsIpyxXQr7S pqwGXaNcBHqxcjHoJcqbQC9TdoPuUfaAXqtcB/oW5R2EV96pvAv03cofgN4csI9wAQ8HPExkAfsD joMeUhUTXlWi6icy1W7VBcKpPlRdBv1xICQHLglcR2SBt6gDCacOUmuITK1Vp4FOV+eBzlc/AnpA fRT04+pfgH5GPQL6OfVvQL+gPkN49Yvq90D/Sf0B+s+rL4H+i/pj0J+oPwH9V/VfQY+q/wb6UzVW M5gEP0O44GeDT4P+ZfBHoC8F/4XwwZc1OsJp9BojkWmiNE2gF2qaQS/XthBOa9faCa9doUVUtbdq NxC59jvaE6CHtafQ/wvtc0SmPa19Cz1va98G/R+6FwinO6P7I5Hp3tP9ifC693Xvg/6zDhHQfai7 CPojPXJEj4Ick0v5wpN4toLi2omrJq0XYliP6DWqsC6qxSpET7VUtRy0XdWKul3VhXqtaj3qW1W3 YXSj6ruob1fdjp7vqb4H+vuqO0HfpfoB6M2qH4LehnWhK3JJij+PyGeCtqitiFuOOofFFpar/6z+ M4vbCOrnguFv8GnEkEYsHHWEJgKxitREgjbSGEr+BJEPZEeJwu6xryBC63pPJ7llpcexmmzuwIMD 6e+0d7vIAIkl8gqcvySt2rZEIPkNOH9JUVN9GX1HJGwPKoiOflYMo5VEzz7x2Mc+G9GA2SKtIiHE JNGBJJTEsajStpxZQv8Gw0QPR9QkHG9T/h6OREAub8MRSeIa628U8B4ocvLYxfSvP4gtGdEQI/38 FtaSEy2JIokkqbXL20XeYPW7rL7A6lFac/xqh8fFBbM6idVzWN3I6k5Wf5/Vm1m9jdU7WN1PX1u4 h1h9hNUnWX2a1S+z+m1Wv8vqUVrzs1htY3XLmtVrVvPdrL6N1d9n9RZW38/qflbvY/VhVg+y+kl2 GoYiduHfgApCLCMRpSisWQzWx8Q+L/hf388R8hW1nP0lA3GvfVOaQ3bR/yEUAAhE5gQjC7TIFwLN AnIjgeYASSYpJJWkkXSSQTKRP/TTfK3sJ+y5JI/kk+lkBplJZpECUkhmkzlk7pfI/Lp9PPaF8mth A/bG38O3c0pOy0VwcVwal8PN4oq4Sq6OW8y1cB1cF3cLt4m7m9vG9XF7uQFcr8Pc89zr3HvcKK/i jXwKn8+X8HX8Yr6F7+C7+dv4zfwpWRBur2jZLFmZrEXmkr0vuyT7VM7Lg+Qh8mh5ijxbXii3yZfK V8hXyW+Rb5LfLd8m75PvlQ/Ij8qH5afkz8tfkr8uf0f+nvyifFRBFCqFXmFUCIo0RY5ilqJIUamo UyxWtCg6FF2KWxSbFHcrtin6FHsVA4qjimHFKcXzipcUryveUbynuKgYVRKlSqlXGpWCMk2Zo5yl LFJWKutwv7UoO5RduMk24QbbpuxDLFS4FXey1ecyY0U8c5D2Er5gf8E7iCl6CusRWeC5n4q4aEzM kxKbiBe+LOJF+0S8hJfwOyJe+aqIO54UsXOviLsgh/7NjZvvJkqkLbexjShxmHLffYFlMfe9O0V8 h1HEd85hmanYot2Ss6V+S/eWHVJ7YMsLWy7eE3bPLLF9j+2ernvuv2f4njel9sWtEVvnbF2x9W6x vXXP1pGt7/fqe2eI7V5br6e3r/ep3ndZW9776baEbQu2ecTWti3bBre9ea9cbN0bd2/Fva57d0it o/e+vp1sTxMjt71EwvtZBLkfHWVYtkO+w7jDIo7t2Mz65D9e9ePbfrztxyKn8ccX++R9xr7svpK+ xX2r+jb19fUd63u+752+0QdCHrA8UPnA8gfWPrD1gYEHnnng7Qcu7VSxWQk7bTtbdq7duXXnvp1P 7nxt5/u7yC7jruxdFbtadq3dtXXXwK6ndr2262K/qj+h/4b+xv7O/jv79/Y/2f9G/6XdwbvTdhft Xrp7rWjVHoto8U87GQ7+6TM/ffWn7/10bJ9+X9K+wn22fS371u67e1+/6M/D+oeTHi5ktPrhgYef fPjlh99/eGx/2H7L/qL9C/e79t8u+viI8pHYR/IfqWGt2Y+8+cilgaCBhIHCgcYB18DmgX0DTw28 MfDJgbADlgMVB1oO3Hpgx4FjB1468MFB1cGUg2UH2w7edvD+g0cOPn/w9wevHDIeyj9Uf6jz0J2H Hjr01KE3D40eDjucc7jmcMfh7x/ee/ipw28evvRo0KMJjxY+2vio69HNj+579KlH33j0E9G/I+JK cEf7JHxMwq+KGX30ExE/fkn08Ngzx1479r7Y97NZYt+gajB2MJfRysEXBt8ZvHxcdTz2eI7o6/Ht x/cfP3n8RVHu0A3i3CEpEidWnfjOiftPHBatGQ6iNXCGhHPF/B4ulHCFhBslvELCXRL+joTvlvB2 CfdLeL+Ej0r4SQn/WsKvS/gPEr4s4TER0z/FwnC0hNMkPEPCRRKukfAyCa+S8C0S/r6EJfue2Cvh IxKW7HritIRfkvAbEn5XwhckPCrik7yEJTtPRkhYkHCGhPMlXCLhOgkvF9fhZKeInxwR8dPSCfj0 FRGfelPEvygS8TOvi/jZp0Q8Iu3751QSluSdls6BX0rjz2slfFnMil9nS3i7hKUs/c1SEb9wjHCJ CeyMfJs7zV3heb6T3y9TySpke+Uu+auKQsU+xRHFCCsvKl5UhrE6Aad9IU74DtYqZPV2lNeVrwfE oewLeDlglPWhDc5CyiUWVVzAy6oO1R9Uo4EVgV2BQwEvB14MigiKDXpGvUzdrt6m3h+cFpwd3B38 UPDzwZc0sZpcTZfmIZQBzYA2W9umeUi7XSfXrdW9p79dv1f/lEGgo4ZbDe+F8JqHQmIBt4fKQ12h V8KeCTeGL6Cj4cvCV6G+HHEkUq95KHJt5JbIocjLxgijYKwwthk3G580njaORkVHFUWtjRqMejGa RCuj9dHZ0XXRy6Nvi34xRhWzNOb+mNdib4v9tcmInvHib4FDBQ5aXhNL7K/FYjLSAs52Ux9gyPQq q38fR+Iq4rbE7aetuP1xgyhj5mDzMfO75neFzcKp+Lj4ZfFbzcHxp+LGhM3xWwEvJ8SajyV4hFMJ AwlvxJ+KP0V5419G/0U8uyT5eslM31lSACgEzPENch/5erm/AT7z9fIcINB3lg/yDfI636C2BTwc CfMN4mlPxuaaSMHYKOYuw9wyssTXQZYCLwMM+UyaewC9Y6Oabb4MzXZfmWYQ8C76zgH+APgj4ALG PgRcBHwEuASevwAu+8qgz4TnKx2kGwBJvg7NrYBdgH7AbsAewIOAvYDjgCHACcAoLMG7DyydCVsK AIXomePLg229sK0MtpVpegHbwL3dlwfb8mBbGWwrg21lsK0MtnXAtg7Y1gHbOmBbHmzLg215sK0M b0JUgw5WGgBJmHErYBegH7AbsAfwIGAv4DiAaj4BGMXsCNh2B2xbBtt6YVsvbDsCu+6AXctgVy/s 6oVdvbDrDth1B+y6A3bdAbt6YVcv7OqFXb2wqxd29cKuXth1B55wZVgpHTzWQ48B2OTbSeKgIQna cjFW5ruZVAAqATbfMKkHbgJeCLwYeCnwMt/N8GeZ5jbfWc0mwN2AzYAfAXahvx+wG7AH8CBgL+An GDsEOAx4FHAE8BjgOMaGACcAw2g/ATgJ+DngWcAI4DnAacDvAG8AzgJGYW+U6A3yjHkDbIJHcYAk 0GWIfCXABr/r0W4CXgxYhty6Fbm3C9AP2A3YA3gQsBdwHDAEOAEYxTxJCzToEScDsAlrGwdIgvQy 2FEJsPmOIFbLoOUItByBljsQIxPiYUI8TIiHCfEwIR4mxMMEv00auhNOAEYhJ1rMGOaLSfKlDFrK JC150JIHLb3Qkkca0N+I/sWAJci7b6KJJ1XwZ4jcTN/YYane91t41UsWsF4b/VOOvn9DD+Cfsk9l Wq3vdW0UIMZHb3DsRvqOjnohtC6iWkGrv5EPQXyWL4+fAbABvjW2kW/EzjMBUgDYzdrisY1aGjXD P2U/G/4puy/+f8SuUWN9g7C+QdwosXF/G3sWJ7qW58ae5aN9w5rPxp7VjI09q1UAQseeJYE48/eA 4wzO/D0473fivN+p+cy3RzPm26NVAEJ9e0QujLZjtP360fG1D6F3A2fxHeayfId5BSDQZ+aDxn7F 6wARPi+Pvcsn+bxa3ndYGwjQ+MzIHoVWBzoSEAU6xqcgZkhZACmRXLYvj7P6FnLTfDFcHui/jR2F tQT+HIWGBbwGoEeOhODGCgUYAdGAGN9y3gQQMJaKdjpWG/NgN4H2BbCdwIIF0BypDQEORTsS2Ohb gLc/xOGarA5lt96Qz/xP8S6ISoOEs5Dgha4SRLUEs85i1llwngVnCThLiAH6vNDnRRwGEYdBxGEQ cRjEbC9m74fvg3wkIApgBqQAMnFj877HIO0xSKN/U0zm+w21/Hqr/66lgcglM3LJjPWvQNxbkCUV iGML4tiCGLYgbi2E4+jNkj7p7qmQ7p5+nHD90HwWPpyFD1744OVyANMAeQCWo75lkN0I2YksKhqA Hv4ZABHISCN8Qu5iPQcR42GsqRdxHuaT0U4DpKOd4RuEXY2wq5FFUgFMoxkCCAVNo2qEfSnSOfwp rKSe8bCyAlZW/MMZF+Gb9k/JOh5r9xTW7ikSBBs2wIYNsGEDbNgAfRuwwmchdwO4NkDuBnBuIAr/ jr0mWwXqo+TPgv+WHcRhjd9C9mb7hqB7CLqHkCOroH8Iuoag6yjiNgRdR+HXEPTdBX3PYXWHoI9m 8RD0DcHHIaKGlAuQ8gqkvAIJFyDhAnL9FXC+wicAUtBOB870XSCBkH2BD0OsjMDRvj9C7gXI/R2f iL40QAayIOhz+8m/j+geohYksLwaZJyvTNL+Cjgna35F0vwKUWiTfOe02YBpJEo7HXg+ni10yLVz uO/PkQO+jeSg7ww55jujNeOUSPLZtBljH2KGTTvN978ww6adhf7ZgPloV/nySTDuvHPg3Il775w2 DZABOhswHTAH7bmAeb7faIshtcx3jnDaG1DH46zaibnt2njfEW0CIMnXr00GTkFfOnCGb0CbCWwB ZAGyMW4FzvFt1OYC5wOmo28G8ExAAaAQMAfzi4CLfXdrS4BLAWXoKweuAFQCqnz3aRfgyUMDC56G r49B69Ow/nH4eQY+PgYfH4Okp2H947B3P6Sdg5Sn4fcZosaMRtgbheish11RmPVD2BKFmY2Y2YgZ HeD8IfREkVh4auPhPV+JnXAjwIZ2NaDGtxFPDr/iF2Fsqe8cf5Ovj/826A7g1cCd4F0DcPmOwU4b tNIo22CnTbJzJ7TRKNtgpw322Zh9sXwhpN3gO8YXQUo503wJmi9B8zloHobm/+Rr0f8tSG8E3xLf k/xytB0YXwPJJmg0+y7Bx2PQeAwah+HnMfh4DFovQeslaD0GrcPQ+n+I+x6wqK4z73MvMMO/mSGE GEWrxhJKDLUGCaXEWh/DWkuJpa4hxlC0hFJKkFpLicHZGVaMEkuMochMCHUpoTAM849h/jEfJYQQ ymeQIkH+DMQaA9Z1eay1rOsaF7/fOffOMNJst+nufn3u8zvnPeeee8573vO+73nPxbla2YhqvxGt 4ki7/Ub5GUapZaPsw70fAj9iI1HtKRe1px6rrsZI5VjlGYxWLmpQPTToLNbASjUIUq2Fl1RAtvcB floLLh4CF5A22QAu8vitGGUb6r+J/FmUd4POAnfZoPfczeVzQH8PdB7y7wP5eLYAM9kH+ifIS4CD 4Pol6M9fahFSNvpTZBn/DPI9yL9LNmBug5jHILu7DLzNfKotLhX1hHJ8FjL8EDL8GLKbZZw/B072 QDeofuyD5v81ursE8inHKs2Ahyb0TleHrr/Vu/5/9Yos9/H91N0xaFgTep6BDJYx3d6DEb6LPB9z EHTbijnk8S+yET/7PCQYgVoM7fkGej3L9JZ6FuHOHjYWq4WeWdmdZdCPWsy/VtRSWCPqnrr7Kr8d +bcQO3wb9c/e3QdZzMhXYV2oX4vDnuX1aesxBvVrybj3BPBV3NtEQiGLWXD3EeTwOvY2xV0CzSQE Jz+yEtBDD1Lmb2PkPIzsEjUgj9+GnHKQzrg4C74/BBc/BAdqcGD1zeFFPP8Ss8hBcJQHjs6CmzxR c/Igq0HIiurXWaZF0b55/h1bjRn0+j6b204qM4xGtfIFoFCwd0hoBqMs+8y+/POYK044QAs0QI9R hJHVTLqC9c1gXh8wDROsr5bpQg7oXKZxtbA+6vPy+B+gvgB4gelGLXxELf9jZom1fpZI5fAiuKRa qQZnasz/Rcz/RfIYdjIrdjIrIiYrIiYruIL04R+Yb5h/CZw9Bgujur+MeePtiIefYb5hGXRJDe6W 8d+BD8ie/whchvJ7QX8XyAGeR/tc5N9Dmzzk3wfyQf+A+Yx0cB0Kjjfw+0EfAH4MHARewr7wWfaL B0Rfmu7TkXS2irlYQTU4pRzQnfOsqKEVWK2zWK1L6LkCvVb4tHMj6r+K+lTYS7joWbSwUCvmnc7m nc98Hd1ZrKLVWcGPlVlYIFu7fKYJgu8K4PehV29pDfY1ys/Lf/NdfB3jJOWuDlIrgIWpMVcrpGeC Bpr8vGke7GAfpLhcXPOf/c05XwqOdzJvJPgENVvv7SQUnGrB4es+r/zXeiPq86yi5/kRs0qvRn3r 7lbm++kIe1H33xkliP8eiYQlzMCjvA+N0sKjmDAL2jf1YnvZLM7CbmbZ3vpDAF6ZL0bdS9A1hRj/ zIhPzOGJ91g0kgefmA8P/wLqCpk/dyMemvF7eoYEe2MBPF3LxvseOMgTvSftn8cevIz6UZwX6fx3 E9p2htW+AO9KfWARaDEqwS79nLiH0Ba0lxcQl+MOxpxBBJ+N0l6A3s3DDp0P7vbdPQ/ObqDVGFp9 SMLhfd7HvD5CX2dZXCfsf97Yjnrej/EE9b4Wug+Cy914Hn4Y1pqN+VMvvVeMyvJwPqCcCs9RCdLn 3qetMcMJEuybj9D6I7Elm48wczZrr/f/Lpv1jN+sx9jIMsgyD7LM88loL2u9jK0fvAFfIO4d+9ie sYGtgMK3D2AHgeedYXvewpqqRS2gK9PkW5kicXUkopYLu3URZPmju/+X9Rsu9mH1kx/dH94TdcFK Y2O0roXErUyGHOUVkixk9blYyey7NRjZhv4nMfI11v8PIXGmObir9dPOGSY1bwvoGAnwzYz+N6dS lB5H6XHM8yzmeVbcYax0hyFRJIi+GQRswL1/Zcj6M28vs2S/B64DfwD83l76/YWhFXc+y18YKC+p 4CUVvKT+T/xVgfEi/DWhlb6//gx/TYj47767JI8s+ovBIGQ/CD7ySRvqrOyvG3/795r3L/pLgMgl aB+Xn+Gt//2L3viPo7dxzDkVvb2G3l77TO+r71/0Zt+ft8+ht899pt7CoV2roF2roF2r6FtHOX/3 tDwEkOEkJL+7RXxPR9+8JsiX301glsPe+WIGobJP7sbL5u/Gy4OA++/GE+k9b2zl2G2Et7a1eLaW BKD3X6L3X6LHX7Ke2Bs/9LTqT9703bfo/Z5XalRTtmKeW/+id3C0F97v/Zu3Fx69rEIvdNwE9JKA XmrRSwJ6qUUvlO8E9FKLXmqJ5FPeQ5diRqXsLxK1vvlFLrztQ76wNrf/7GiKu4f+ZMQA7N70dPp7 7Ni/p1YzP4N+z97zdqcVdJtwXia/Ql0Xe9tzFnHQDOIgGv+rEAfNIAai8f9DiIFmEAPNIAai51UV YiB6Zn0AMdAMYiB6JlQhBppBDDSD+PEs4qAZxEEziCPPIg6aQQw0gxhoRk7PvFvZOfcBxED0zJiH GGjG9wZpYNGpYwA9D3zqqeMRaJ8a2qeG9qlp7MfiOGEO3lhu8L+I5QZ9sdxj6H0hnhv0xXPCXISY js5lIa576lPjuq+jHyG2c/reLc0yrmKRx939mJ3XaK9Cb7OY18d+59pZdnZ7kJ1hhDVbfI6ZxdpZ /dYuHWs3y94Kxdx9HmeLVszreTafx5F73w4JZ4sZdrZQQHLpkFw6JJdO30t9pvdK4X7vhab93gtN Y7zpT30v5F3baXFtzay1EFFOi2trvuctQqA8DlJ6jGyQfxX51xG3RPqddWrFs86rYmT6lngGrl10 5nkVEeoy6EwVPftQubIo9YGFkzlkuRJAlAKrJqQL430OrYRR8uSx7Jyz6JTtHYHFwNBExp8QMd1z BkaPG7A6tVid9yEt4UTtPUUnM8sQtN47K4s4q1y0sqCVZdFsctkJLgh9acX10aIPrbAmLCJh+vIn UckQOHl8kb4MEZ7kIaqh//Y6ChdHYgj9qtoj9K8j7NshgZDJBhJEHsclIV/GJWX/FjWYbMQVSr6B K4w8jSucPEt2Y/5ZuBQkhzxPIsg/4YokBmLEjmMnDsjcjetB8i7pJUtJH65o0o9rOflnXCs4noN/ 5QK5QLKSk3EysopTcAqymlvGLSMPccu55WQNt4pbRT7PPcQ9RGK4R7kvkoe5Gq6GxHEdXAd5hHuX e5es5X7N/Zo8yp3jzpF47gPuA/JFbpQbJeu4D7kPyZe433K/Jeu5j7iPyGPcx9zHJIH7A/cHsoH7 V+7fSCL379y/ky9zn3CfkGSe8Bz5Ch/EB5EneCkvIxt5Ba8gT/JL+AdJKr+cX0G28qv4VWQbH8PH kG/w8Xw8SePX8V8i3+Qf4xPIU3wi/zj5Fv9lxKHf5nP5XKLk8/g88g98Pp9PVHwBv5+o+RL+IDnK 4yKv8BV8BTkuK5WVkp/K1DI1qZS9LHuZvCp7RfYKOSH7qeyn5DXZq7JXyUnZa7KT5HVZlayK/Ez2 pqyeVMtsMieplZ2TDZPTsinZBVIvm5b9jrwluyabI80yxBHEJPtE9gkxy/5DNk8scl7OE6s8UB5E 2uUh8hBil4fJw4hDLpMriFMeKb+fuOUPypeRTvly+QrytnwlNPQdeYz8YfKu/AuwzPfka2EPv5Yn yhPJb+TJ0NMheYp8MzknfxL2MC7fKt9GPPI0eRr5kP72IjyJ/rt47gD0hIwMA+OE86iQXwCmQR9B fhW4LuYUN/3oO4R8FEXIeR4IBuR45jhyWhctYrWYx4qIJ8Q8J4DS5xPwzEm/cjzhdPlC7qlBnox7 BuSbgFQgDfV1yDOATPEZmmcxcJ4G8V4Wmw/laTEojwKfOQDG0lEei1CnA0wo5zNwYs5oj02gzxeD diMv/fR2i8reZ8hHcr5mZPXE3gkytXGkdOIkQ+NEH8MtDz8y7+HPx3mCGZSeYorRgcnQ0eHJ0LEE TxVDsoDx3Mkr4wWT10ZiJ/JG4icKRxKQJ08Uji+ZvEQxsmniwEjqxMHx/WhXgnb6iQGGTWiXival EzUMjRPDFGOdk4axnknrSNlEHYMFbSmOgqZwgKZY4FNO4VeOYggETbEONEW6J5lhh4jDmBdFhQir p5LB5akCtL5yF8pdKF8BTXHNo2fwludAA6PE0/lnIfH0jIZ7+ke3eKpGtwGRKC9FeTvoncBJz0WG momB0TrP5dGDHg9DA8o6lMcnIyjGNkHuFPmTBQxFnssMZZMlDJWTFQzayWqKkU7IChjrn3SNDU5a x0Ymu8Y8k73jK7A+FOL6IZ9Dftu7DliTOuQDoybAhvFVHs9IGtYsA2uWiTwL+aYJFdbwiHctx9eg P4o4EUr0fRhrXom+KHrAC0UVaIp+0BSlEw0MjRPjDGUTOgbLxAUGb/tBtB30e95bLp0wMTROTFOc D8W6UyRi3SkiQFOkgAYWdOVcKoWf7kQzLAG95NPae1Yz7PJsYkj3pIpIY9jlyWDIhn5lM33LZMgF TVHgyWLY78lhOAG9o6gWcdhTKqJMxFERQrkWbSjqRXh1tNdzmmFBhxsZvOUzoCkWdNjC4C3fhg7f 9tPhldDNGOjmbujlXj/dpDB5ZqEPs76yG7Tbr9wNfemGviy0v4H2t3zlPtzvw/0j0G2K4wLGsiaz GXImcyl8/kbU99EL0H9gLBVlYHQaZWAsDWUAtrGEYmzTZArF6FU8fx3Pi35q9CbKd1DOQBnA/RW4 v2IseXIzEIjyGpTXgN46ltzUN8ajbfBk6Aj6pvDZWzFsjcJbLgVd+qnl/QxFnhsM2slaCtjiMMXY adgnRaMI7WQ9Be5doBjTow7w82PBFGMXJ8+MXYYdz04Ojd0Abk0O+WzZi3UiEkWkiNgsYquIdBHU B1RMkfETyKthryPgERjfgXsUtVOS8YKpcOSRLB+aWj8+OpU0PoX80lSSn56dZljwjQ6K0bWeHsyB +rpB+LoR+Cnl2Pzk6Hjg5NSYHHKOmgw9XwL7oBBtYTx0sms8An5KzGHfNobGiasMR7FnUDjAq4P5 K+8+dp2hDDSFBTSFdsLN0IlnKUonuhkaJ24ynIY/oRiBPwHOr4DMKTbDB2y+xwcI++IuTz5DuqeI wbufLMiiCtCOroctJWHuedC5QmDjItvy2tqBRbZm8syP2qCXC+VbsKMbY9GQ12pAtAOv/MYyQQOw mzjYTRxsIB3YMXYUewJFFfYEirLJwwyVkycYtJNNFF65jFmgd8CIB3IAxhwoAyMXUQYW7zvnmzDn JtEv1frNfwjzH/Jo/eQWS+FXjmfwth9FewoD+qBYgzYUWyF/YCQHe0z+xPGRIuTFE8fHa6Gr9dDV y1h7gJWbUJ5FeZaWp5ZCV1dibe9QjO+CHlNki7gC3b0GHZ5DfnsqyY+vBAYvX1PgicJbvgQaGIuF 74mfjGia9lRRjOdOxWC8tRjrAoV3nbz3sS7rsC6JYwmTu4CUcQP4tYLfG+AXGHeh3IWyBWVgvBfl Mygv6Pc9cZKffsop/iTe8Plj+GaKg1NbGBpA6zyzi9dxQjJZwhA+WUExrpzahr37NmK1YQpfWfRf 5w9Pbafw+pyJyKmdFPS3f+z35oT90jyY/cY8JGhDUCKRByUHPUEi2K/CoyTbJX9PlksyJc+Qh9jv wT/Pfpcdy35V/SX2W+nH2e+gv8p+Ab1FcVYxTJ5UTCh+R77BfuO8i430ex7ngYBVAWsIH/CFgPVE ErAhIIlEBPxjwByJCooLiicVQRslT5BXJZskT3KvSrIk3+d+JvmB5AfcP0lekBRy9ZIDkh9zDWFt YS6uMZwLL+IM9JfYfDT99TW/U/GWYoAvJBx3kptj55PjZA8h/QlAMuHO4mzSj7NAfyroaeRpQIaY U2T60fQMgNi7H3F+P+LwfsT4Z3Fu6ad1pSLKxPyoiEpC3topgNL9VXjmul+5knBv9gv5WZyF+rW4 F478NNAI6FGPc1G/BXCIz9C8k4Eb5MV7nWw+lKfFoDwKfPYAGOtNyuMgng0GcIah4wOcmDN6MMpH e+8x9McLdf0jaINzWL/n059fVPY+Q0bAz69zBhro19//l3Tsd+RJpl3Z9DdCYewr8SQSSBR/9buJ /gZWXi0/RYhcK3+D8PJh+QckUD4qHyMSuUc+Kfw2jX4DQXyyRHzya5TrgMehnSTglYDj0NffB9wg gUHbgr5BgiUJksdJqCQFmiqHpn6NRLAxItkYUfI6+c/JEmjkr8lSNl40G28FG2+l4m1FN1mteFfR S9aIY3MB4QElC+fp9w4DFYR7fx3yE0A1aMzovVqgXswpmvxonHPP9SK3Ai6gC8+kIKd1Z0QMifmo iClC6hsFUPq9S3hms195inBvLBXy97civ4J7sIv3rgE4c793G/XphPRBXH0S4Rma94UzcO/vEO+F s/lQnhaD8sj47IsEMJYWPPatRN0uIJsQOj7AiTmj388V6L4Y0AXI1356u0Vl7zPkXBf7ol0G2c0+ GHKQHCaVpIbUEz2xkS7ST4bJFLlMrpPbXCAn55Zya7mN3FYug8vm8rkDnJI7yp0kAdo67Ultg7ZG q9PcJrxmXhuqDdRGgJrTbtTc1iaBuqq5qQ3W3AF1URuHFvB6mlHNJc01bQyoAW2UZlq7GlSPZlDj 0a4A5dISzRDrz6Rx98xqg0E1amZ7Lmkug6rVNGmsPRdAndSMa3Q9HlB6TZXmtEYLql7Tq6nWdIGq 06g0xzVHQGk1Fk2ZRg+qWlOgKdHsZ8/WaQo1NaDS8HROTSGozRqDZpemiQSC53HNdc0FzYBmWjOs iUHNtKYGtXWobdDcrFmH1pGalZq1GjqHYE2GZrUmjQRoTmgO96zXVGhqa2YJX3O95k5PnIYHdVmz rmelJg7UVM2Vnqiaa6CGNdE9oZooUP01IzUXNZBLTZdGUjOqIf9f96MQ9hUVwr6fQr9mcoiESFSS l4mMfVvkAfZlkAfZtz+WyV3y/0Oi2bc8oJ1cH91lYK9JBHvFO8PAOID95R3sK+/A/75zXcwpbvrR 8O/U3/bAl/cEA/DJPbQcLWK1mMeKgA+umxNA6Z4EP9oL7AV1sP8e7G09qQB46sG+1pMp3qd5logM Iaf8srEXA/tdD/a7U5QP7Cmn8v88erAf9pT+122w93y9OrU6Dch4s6A688391VnVOdX51UXVGdXJ SIuB0uoyXEerK3FVVWurT1c3VutRa6l2oEbP7tKrsrqzOra68s2SN5VvHn6zojrh7am3b7899/a1 t6+8fal7bff67qTujd3bu3d27+7e253XXdh9oPsgLlX3EfE6XleH9V8OTbsBlZvj/5Xw/L9B6wKZ 1kmY1kmZ1oVD674C3XvCp3v3Qfe+TZZK/h4auIJp4OckuyW7ySpooIGsDjNBDx+GHt4hcWHz0MZH oY3PkS9CG3vJBujhIPmyYkhxjnxF8YHiPHkCOukhmxRTigtks+Ki4iNo6TS09O+Yln4DXEb/jbmk /D3B+Psq428z428L44/+KruC3KC2QHLotz96DwAHARVwhJAq6FrvceAkUCPWU9QBDeJ9nZBTdHWj bFooA5FVx6tOvm6oqqmqq6p7fe6NzF/1/2qwK7QromtXVV3tpa7s2qGuXOY3/sj/EXK6yd/ErpoS lEJ4yQ7JDhIA//AsCZQ8By8RFGYMMxJJ2H+E/QeRyrLgJYLl78FLhDIvEab4jeI3JFwxDF8hU4wq xolcMamYJPcpfqv4LYlUXFJ8TO5n0cz/7Eh0DDkbQ8HGiCBc5Nz9uxCThHNdpJAQHSICHXZQbRYD /wZoHSIDXTWA3V+HqECHaEAHL6AdRI4oQIcoQNsvQNcl1tN2vT5wFjnhX5cIeOMEQPs7g7x2of4/ wxv1QNNf0M4AWAEXKzO+GIZE3igvo7gPHk/eO67QDlGF9jTu94p1lz47NHWsbx+8/equEN5xA7jl mzOV68L4iHS0nQysrLX8p2D3MQ5y/kLzFlOOPb15mynfvqN5u6nIvqt5p6nYnt2821Rqz23eayqz F6D+KOq3myrt+1+TmKrsJc15Jq1d2VxoOm0/3HzA1GivaD5o0ttPNKtMFns1Whaj/V6Tgz1bbK9F /51oecTUY68H3Y+xjpsG0eakacTe1Fxj8tgNaHnRvh/pINI602W7tbnBNGt3NetMN+xdr6013bL3 NptM8/YzzTZzoH2o2Y1xS5q7zaH20eY+c4R9qnnAvMR+qXnYvMJ+pXncvMZ+Tay5YI7DKNPmdajp RtqLNBFPdZtTkF41b7bPNV83b7Xfbr5pTncQ9J+C/rvNO9DnHfMue7WON2c7JLpgc64jXCc3Fzgi dVHm/fZ0IaVya3DooqnEdKvNJWgfa1bad+nizYeR5phddtc9ab65y5fm0JTOzrFSV2TutQ/dkxaz tNR8xn4J6RBLzzhidGWs5qh51H5NV4m09560yjzF0ktIi8xXWG8LaTFLteZrjrW6BHOFY2nzdsbt afOcYz1mjR70kZarjm5dsvkE5riJzVSYkcMS7tjYfMES6diiazTfhjRiMcf9aEnbRJurIQGBTjXX ghZq0sz19hIxzRDpJqSZZgP69E+zzNZFaadlKVZQ0DG2mroey0p7va7fEmO/rRu0rLUXnJizrHdE CnorzisTz+7X6RmHFgs5FanTWiSOJN2IJcmxTVdk2Wgf1XksW6A/0EnHdrr6v9imy7Rsw4gXqabp LjN61rLd3iVone4Gm9ctuoLUahoaqX42pOrmwXl2s8myE5rpsx3HTqqlr8UIEmgJpOvYEkpn0RJh 2U1nZNlLZ2TJW5idpRCzG6H607KErmzLCkavYaucyeTP1rclznLAflh3y3LQPteyjtItiYxOoZJp 2UwlQ63MsZvp815ISWXf0bLVcsRBWtKpVFt2MB3IYvrJtKJlFyRp1V2kkmzJplJtyWV0geW4I69l v+Wko7ClxFLjONCipHJoOUzl0FJBpQT5bwdXJyjdUs3oWrb6+ZY6jBLN6BymyanMRvIZfdmSREdn axHL6GJKU2/T4GiptzSgPtOis+9vabKY7FM1wRbbKdJisEhOJQlaBH2AFbRYmUYJFsH0CvWwFOqp 3qqlOuM42OKyuO3Kli5LNzwDvJZDRf1Dw62WXkvfqSQqf8cRoSX1YI7j1Fc03BK9GWjHyZYzZqWj pmWI2Rdbi5ZRSlPPht7gQxx1LVNM/peo/FuuWAYcDS3XLMMOHbORXYLdtcz50bcX5E/9YYODeh6H SU8s43aDXmK5AE+yoMk2fbhl2uFuvUXvts7Tu4ZAShtCGR3B6CX+T7UfdIQ3b7dch6ftttwEt8fb LKBtbQ6MCB12HaY67KoQLZ15J0F7DSvMga4ThjXmale16IsEiy5ma8rkbIjzyrnhKJWeq9awzlTs qqc+1tUkWjTTWDo71LPZYSyrb9bw9i6D6Ff9eBa9iuBhGG+wIOo50xbW3ShZ6N8YTvs0RtI+T92x 3HH06fvaZp1FOm0b71irX9oW7BjQr6zqdgzrY9rkqFnZFuUYFu+ubYt2rNevb1vtGNcntcU6LtQE t8Xbs/Ub2xIc02iZzJ7ahJZb2lIdV2t4urL6bW1pjus6S1uG46Z+e1um445+Z1uWk9fvbstxBjcP tOXbL+n3thU55afutBWfIvq8ttJTSfrCtjJnlP5A21FntP5gW6VzNcbKcsbqVW1VjiSR8yNtWme8 /njbaWeC/mRbozMZz+rhu+DHnJuMS009HQ3CbqWvaet0purr2nqcafoGy7Azo4YHtw16XVu/Q0dp Z6be1IZ9FjyMoGdbm8eZpXe3XXTmCDussJfpu9suO/PFNMYW7VjbGmxb7SyiXHXojCttsR0mY4wt vsNmXGtL6HAb19uSO7qNSbZNHX3GjbbUjgHjFltax7BxG+rHjdttGR0XhD3auNOW2TFt3G3Lws4i RBFsvzbutSR1XDVGMtuPbq+zHzbmtTdgd0a04DII+gNLUUI3qsyjriZjoemys/PEnLnAFWg8QK3Y eNCW03HdqLLlg6sjtqKOm7RPqg+0T+Nxk8cxYDxpK+64Ax32eVRhbzLWMF0S9ilhR2Y+ylhH9Rzt a3067+dP/HXe2LDgAfw9s1FHvbHRxLwx89JGG6VFT5vDrH6Fn9X7eWmj21bq5o3dtjJ3sL/fM/bZ jrrlxgFbpTtKn2ercqyla+eOpmvnXo0IhFpHtdnljqWW67ot7juxzDqKwdWQvzXpB9puYGWH2245 i5HOI6XatVasZ6lOaw10JOnHraGoZ3akv2CNcFzXT1uXOEvF9Kp1hbNMf926xnlUf9MaBytAexZT IdXfsa5zVrby1kRnVWuwNcVZ1NJr3Yw+82icRlNHUqvcutUZ1RplTbeXtEZbd8AuCq277kkzWldb s53a1lhrrvM0SxtpLIeU+WQhbY23Fjj1epV1P/Q2wVritLQmW5VOR+sm62FnZ2uqNc7Z05pmrUCa aj3h7G/NsFY7B31prXOkNdNa7/S0ZlmbnBeRGpwXqX05L7fmWK3OWTHNt7qcN0S6yNrljBJWDfPq xbi89YzzVmuxdcg531pqHT2V1FpmnTpFWo9aL4GutF5B9Cin2svSUD86sLXKeu3USqRzLL1NV6Gd uCKEKLpV2y5xLRHk3Hq6Pdy1oia1PdK1prWxfakrDqMnQpL69pWudXp3ewxobz80tbSvdSW2OtrX u1JAJ7k2t3a2b3Rtbe1p3+JKb+1v3+ba0TrYvt21q3Wkfacru9XTvtuV23qxfa+roPVye55rP90j HIVsj7AaEtsRRTSPIxo/Y0gx5btYZO46Qc8Ori5G9xo201jIsJVF6YWm4reUhnTTvIvFRa4hGke5 Rg07QE9R2nHSsAv0JTw777rCtPeaIRv7zpy/Jrdktx+xFxhy24/bS1rm2k9Cq6vEmAE2YiigNkLP JvAbOAV0ELF+f3uNUI9dldZLKN0Rzk4Ko/6xgaGE+h+DkvkfxAbg+bB5jcPE6ApKd0TSCKFjqbjH VbTrOpYaTrSbXLWsfiWt74hh9FpGrzdUt9vsJwy17W57k6Ge0U2UpqekjiSDwRzXsdFgZScFFsPT SOOtdVSfO7ZQumMbpV2jjN4u6LlusL3bXqCrbO+zj0ImlK6itCGR+hmDi/oZGo28paTRSMdORlcw erehq32ARibtw4gMEfF27KUa3pFn6G0ft9cbzrRfQMSSwughStP2HXtpe7RJpOc1w2j7NE5G8Fcd hVTz30qkNNYddMcBfz/G9nqDsNcvRDWvxVAa8gfdcdAw1X7V3gT+r2ONcAZs6KSnrQ5iuLQQw9BT YYeKnr/eWqeLbb+JNb3Sfgd2JNDXbHzHEXg2GjM00pjBMLcQwVIP2XGc2lfHSUbXUPo1wjShznDb FuwghlCbHPKvZDEG2wWMxBblcLv73SPuQVO0/o77NE3tV3Ramxa+q9B22pmhV9kaHUnGYZveHd86 217oKmm90X7ApTSO2yzuBOMFm8Od3LzF1uneZJy29bhTT1yz9buaxAh/m23QnUYl785g3jvTeNU2 4s4STrji2VY41d57Yk30nlKN122ee8+q4g7O4gfjTdtFd47xju2y46qJt8268wW/quu03cApg/XT yttuOW+Zgm3z7iJms1cES6TjuovF0zRiY9QwTaacuEtFf+vjxF3m7yHZSXmUnpHdRwWfRj2Gu1I4 Xwt+idpyx0G6d7irhFSoEUYxyU23XBGmKHugWytoCN01ULPaHupuFN9OsDcGplhTjlsvvJ0wxdsj oGPCuwh26jcl2Je4LaZk+wqMKLxzEE737K2CEGeaMu0p7h7/E6VIC+8r8JTbYdpkX9OQakq1x/1i wJRmX+daYsqwJ7o7qT78gv570gj27Wvi9+1rnn37OjB4S/AuEsS+d72Cfe/6Ifa965jgkmAl+VKw OvinJIl9y/pJ9i3rjLBHwtaTnWH/HPYvJIt963sP+7L38xhjA4lh391NJd8h0SSH/CNJJK/g2klO ktfJ06Se/II8Q5pwPUsMxEJ2kw7iJntIHzlPvksukhnyI/I7MkteJDfJXfIPHM+tJce441wlsXA1 3HnSzn3ITZM/BhYE7iOfBDYGNpO7gZ2B73ABgQOBH3AhgVcC/4W7L/BmUAD3QFBM0MPc5yXHJZ3c w5JuyTvcLsm7kne53ZJ+yTnuOcmYVMJ9TxoifZA7Jf2cdCXXKH1IquaaQtQhR/mgkFdCqnhZiCak ln8w5OchBn55iDnkDP9oyAchHv7rIR+G3OS/FfJJaBT/g7CQsBC+PEwepuCPhEWGPcgfDbsQ9ju+ MvyH4T/na8LnZBz/nixaFs1/IFshW8OPyB6RPcJPyuJl8fyUQq6Q8x8SDtIpYO942Te1y3kRwYCc RJfz5cHl8vKo8ujy1eWx5fHlCeXJ5ZvKU8vTyjPKM8uzynPK88uLyovLS8vLyo+WV6JNBv2yMlth Evxk8JOED04LTiP0/1ePZP/umvDJfDLh+BQ+hfD81/ivkQB+C/8k/eUyv41I+Kf4p4iUf5p/mgTz z/C7SQi/h99DZHwO/zyRs3+PHcHv4/eR+/if8D9Bny/ypeR+9q+yH4TUY8hSyTnJObIMcxonF9jM 6N9+iSqf5Ki0qtOqRpVeZVE5VJ2qHlW/alA1ovKoLqouo3ZWdUN1SzWvDlSHqiPUS9Qr1GvUcap8 9Tp1ojpFVaTerN6qTlcVq3eod6mz1bnqAlWper+6RK1UH1ZXqMrUJ9TV6lrVUXW9Kt/vKhKvYvEq 9V1lwqVuUlWqDaoqtRUYVbvUXepe9Rn1kHpKfUl9pSxcfU09h5Fuq8rKSBn7gqb0l5Dmknu0nf5v colkP3Q3hbwEzd/CtP2b0HILeQp63kG2Q8vPk2+Rq7gymIy+Lf289GGyQ/oF6RfI09JHpY+STOkX pevIM9L10vXkWWmSNInslqZIU8hz0o3SjSRL+nXpNvId6XPSLLJHmi3NhtVwpI40MSmvIUGEHDIA VhEuoItsPGQ6ZDvkPtR9qO/QwKHhQ+OHLhyaPnT10PVDNw/dOeRW8spgpVwZdahPGa1crYw91K2M B52gTFZuUqYq05QZykxlljJHma8sUhYrS5VlyqPKSmWVUqs8rWxU6pUWpUPZqexR9isvKy+irh9P DipHlB7IiAv+UfBP2FewQ++R1ku4EslvcD1OPsaVBNufIV8mV3AlSzOkGeQr0qelT5MUaa40lzxB uPBbMjn7WvxaIiXkSCfQQ7hjWuT9wCDo00BjwIYjjmOVRzqPVTFQuueY9kj/sdOMphg81nhk5Jje d89zzOK7521Hn6U0ve+9d/GYw0fT+svHOo/MHuu5J6d9U5rixrF+Bi9969ig754XXl687Sho/16a 9jmP8rzIEx3XW6ag9/9SePnx5+svhVdGlAdvnT8f3vte/lH3cqDAK80ZQo81+uOe5/1BeaPzRP5y BNYA8mF90Tl4x5gXc7pG/mUqz37hGcYrnnl5iZD7ePP2I8r25RXHRvzX1DsWy0VeXl5zzMPyuGMX fWMtytk4GN+X/z/2vgYqquxM8N77qqoLKNFGxAKRJkjbNHFYgixDIyAiDQWxSYlYYrWhDSEEygpW E4o29WcNA2XhGoa4hBDCchgOwxiPIR4Ow3EZ4zDEcIxjE9c4LMN6PI7DMa7tuq4xxhDH7Hfve6/q vaJQGzvpnDM53/nefe/7vvvd77s/373vvlf1BNt9vtA6SDlya1E+RUC56UfutmYdedCad+SxaKfo g8+XYLaKfUVqm6S+Wgsl17SeqG9CytpDcu3rk9K+KPgh0lp3HHnaWuZVyNqdpmeD+x/MJtm1OL5E OuTx9PK0wFSat7XCG9o65K1oPeWtlLbr81LPwIvxpXKL2uoFUprfdx1Yz4F18YyUtZ/0GvxeMh3z p1I9nhN8PT0vfaZdUj+C9TdhrLVWele1Vnuj2LmQ+uKyMAZbTd5Yn4zFm8DGWJM3SRqvWx3elNZm bzqrszF/32j1erNa27150v7X2uktbO3x7mjt95b54oMQD1pHvNVs/EriCyvvjNfE8p7zWnz9nPp4 3ttEkdXbRFtp60Wvg51PtZV7LrUZaX/1XGnb75ltq/FcbzN75tsa6DWL85DfMwoxUZyDgrVlYNvc gbKEOO257y/Dx3/UdsjzpM0V2BZL9s3QgLH9nHi1qC2FOjpC2lqOqNuOinbTuj0S3tYhrSufLZNL xCFqz2VvM0XfvCbGZJE/4/W2XvO2M7zp7Wy97e2Rzqet97z9svlWMs+2PvQOBc5vrQveU6wtRBTk Pcg7wlKV94xH4z3nifCeZ+UsgR6t9yJFFstEWpz3sm8MC3OpJ9E740n2XpPGNE+q9ybrCxne20vO yzSuZXvvUX+pj55870OfTp13QVpfntI25ClvU3mMbRrP/rYIT02b1mNui/M0tCV6DrUle1xtqZ6W tgzP0bZs2dwhjj1J6ptLAuPwEumiuWZSnvr4EPd98/uLzEUBcxLN6xnm+2tQOcl8yuQkY5mNHTru oL3FlK1NaPo8P58Ra5n/q/i1hi8Vx83ZgHEUOP+J8QeuPePy1Le2ebDYj8D59oXtFfueOFcGzqtL rD8C21McW77yaP+D+h4cH5xYtLaF9EhkW5enoy3f09WmOxLT1nskvm1AtmakeinSOgFdRza2nfCN YVpv0vWxOP7EdYhgz5FNbcN0njiS1jbqG/eUntk2TsefNP+R3LYJn32BukHvkYK2KZa3xD++pPFJ jEW+tTO1Wd92SeQfMbRdEeP7kX1ts756E2w+UtV2XboeEuvxSGPbfVkb0/4hzok0X23b/JH6tjv0 nN7Jq7+p/iuEwj7Hvtp2N+wuUgH1jT/sTouSQ79jOyrvsR2VL6kmVD/GnWwvpZvtpQywvZQrbC/l X9leyr+FHA6NJPlsh2SW7ZD8C9sh+V9sh+Rf2Q7JR3SHhIuhOyRcEt0h4d6kOyRcKt0h4T5Hd0g4 +q2SQXTSv49w8DLSHbx98N7BhwcXLMiismjqbZYIi9YSZ0m0JFtSD162ZABmW/ItuoPXLKWW8nob SBgt+y01FrOlwXLI4rK0WI5aOixdll7LgOWEZfjgjGXUMm6ZsExZLh28ablimbVct8wfrDg4w+Am wGUG1xjQqxmG9ByQ7gmo90K7hAXc5dqgXZzoMNzfDgO8xe54s9D/QFfgnvYqQA7+Kb6IchWXFT9H eYrbio8gJ31/ttLvr6kGJYieWiLgTAWoYf5SCvUZvLZkgMcZvNfUZ/A3Azw2AkSAlMaSwWyk7/Kt Zf9dgNBGAIySAAjcVScjDm1C9KtB9LtaSvZdrVfg7jwThYBNBWgFKgQIRzqAlagEYBX7Avqr7Pvo EWgnKkOR0PMqUBRqBIhBTQDrkAsgFrkB1qNLAHHg+8/Razgch6PPsDeDXX5fbdlcmi3blm/T2Upt 5Tajbb+txmYGaLAdsrmA0wK0o7YOW5etF84HbCeANmwbtY3bJmxTQL1ku2KbteUfzLRdBy3ztjtw vG97ZHtiJ3a1Pdw2YI+0x9jj7RvtmyBntj0NSqFaW0CDD+oKQA+Dg5kHM+259gKmRYQBEeyZthZ7 ie2+/S7VBTpc9n32jWBPNtNaDmAWoMUPYNshe66ty662jYIVpXa9bRhyGe0G8HbWZrZX2WvB/ymG XaBn3F5vb4T66AJZm90NWi9BbczbDlFNgLS+KLaAbR12whC02z32Y7Ze8JnWE0VaGqD9uG3W3k31 +kqhGkWkNgDa+yCtAa0UzVCKGUqE1D5oPwnn120N9tP2MfvZOj3U4qS9236Blc/bMM2867Vf9ZUN aJ+z37CdsMdQb+232JmI1H8+94At29HObFuEweiOdkeno0dmvwQZD2x29DuGHKccIz4LJRiMTmmO M45zUutFpHTHGdrKAlI7aN0I9tsfOJ9AXyy3P7ZNMHzqUEANlzpCHats444oR6wjwZFk2+9IcaQ7 sljPhn7qyHMUgqYnthbHDkfZQbftkaOC1WG5o9JRTWvSYXJYHE32B1AitKHD4Wim+58Or3//k9/9 PNx/eOjwqcMjh8+ILUlLsM8dPkeR7mvarvM5KO/w5cMzQv/ha1SsPdbigP425fuV2JbQt+juKO0d h28fvmfX2+MPP6QaHJ1OLctB66bXVu4itgmX2hXuirR1uWJsU65410aATfa7rjSATEeU84kr15bv KjiY6SqBEuch1bsMrn2uKlct0Otdjbb7bK/W4zoGcJzuIduJuItsvwuazromD5a4LtgGfLvJc3a1 6xbbT34Ako+hDI+txb+z7Mo9HHtomnLoDjO/v2w/zu8vHy6DsUZ7W75twnHe0eO46LjsmIGYACPQ cc1x03Hbcc/xEFKHY0GsLydyqpwaZwTz3ggxaL84epxx4ihyJjqTnanODFavtNUbnNnOfKfOWeos Z2h07nfWwNhxQdQSkbWNY8RpdjY4Dzldi3qwEWIbRdY+jiGKzhbnUdp3nB3OLtaHxHOIBc5e54Dz hHPYOeocp/Y7J5xTzA+xh0N8dF5yXqGj0jnrOAVjO57hMN/vnNed8847zvtOnT0c4uhG27jz0bc1 NNoeXqB7424N3Zl3R7i1YLnOHQdxqted6E52p8KY6LJdcWeAP48gFrNoDPFo1p3tznfrIK6E2x65 S13T7nK30Q21B8cat9ndANRDbpe7xX3U3XG403XL3eXudQ+4T7iHbZfco+5x94R7qi7XfYnFv2y+ 79quu6+4Z1mdgN3uO3y0hHrqgFga7r7unmdz4Vdg3tv4H2EdBd7WIgvbPY+CI6qNQRgwsjYKIBYg ASAJIAUgHSALIA+gEGAHQBlARW17bSVANYAJwALQBOAAaAbw1tKvwxH1e+r97NuYb6MiqNdi9HlY V7wDqwMV2gW1Fwb1/EW0GmHNXc0jZhF76mWqRth8FVITpHPcZlOledpULSA9NwFahHOKTYAOCa9Z whPlqoVzk4TnlZxTejtgZ0DaJJxT7BFQPO+X8EQUbemR0Col5+2SMqsD7KkU+C+KPQEYaMuzUKyj 6gA7RRT5UrpJkpoEX6VYuQT2CPI9Qhs4JPUtLaNT4EuvmyR5qoU8YirKtQekQwFtKk1FW04J6UgQ G8S0WihfTKW2i3rOBMkXWO45wPOAFyV2BvoSzNZg9bNU2iTYtFQq9klpXzQF0C4DzjyjHgL9f55N 0vEljhmRFphK814zTx9IBkxdon0/yXSpen/RNLCeX7S9gqXXXjCV5BPr6XnpM8uV+rEUn57fBLwt nIupGJfFOr0n4T0U6mnBLIvXBxCgyuyPGULfOKABjJCXfUALGAeYaPbHB6EfHsgw8+NXGl8gPZAt 5M03y8bjAR2PlGaOh/NS4Xwj4CYz64vmNMBMwFzAAv6axXnqX7PZPwe9QJuystp5u6RliHxzCaA+ SF0v1Tef19cC41WwuERtMQDuk9gJdWuuktfVIhsCddH6LOfRN6+J/UTkGwH3C1gDaDbL5tMDDZK8 0rmJ9oVD5kXz2wGX0BYiinpahPQoYAdgl3nx3CTBA708slgm0gYk9SrMpQdOAA4HtOmo4Nu4xOdA pH1vgveX+nhgSqLzkry+DlwBnAW8DjgPeAfwPuAjwCfQLgRQDRguaRNxzg6WBmurpdIXjXGWJfrT 89IXjY3S+TRY2iy0d2D6MrFWjCXSNHD8LDX/Py99nj/LtfdZc+aLtGtnQPlCbPomMS9e29L4VAsY CRgDWA/YKOStlpRjEnwGXWab2T+Gm8zy9bE4/sR1iGCP2W1m84TZY/aPe0o/xo8/aX7zcYl9gbpB r7lbQhPHlyQ+ibHIt3amNvf5+eZBsy++m09K6k2w2Xw6oJ+IcfxqQBtbzP6xSPONAZ7lz+lbUGGh YSvYW1D/ofbtcQdB7J8cwlEeQsaHgAuASTy+C9VgTIFUBagBjADUAsYBJgIvHdJkAVMFOpXL8OOu NF6OyWYLspSXD6gT6KWA5YDGZeB+Xo+IPn01vP3vmgXdFBvksgH58oxNRoex2eg1ths7jT3GfuMQ wKm9V+F6xDgC6RmgnWNw3njReNk4Y7xmPAf0m8bbxnvGh8ZCY+EuNT3SVDhboMd3oQ7LOso63tUY T4GWU+9GlM2Xze+KfFcrAQ19/3PxO8DqfHUZUqgr1BVojdqmdqAo9WH1X6Bo9V+q/xLFqo+o29B6 9vZvPHv798/C3gz7LPpcWGpYKkoP+yjsI/SfNT/WnEcZminNFMpcsWrFGvTWirUr1rL/+PnDlodx BObfpB1Hn0Vo72mEdqbwuHcM8CzgpJ+2FO69ADj9AnJXAecAbwjXtwL4d5+vQ8DP7i3YWxIA+p1R vnODlL53n3gukQgK0ALh7B1vpC5X70GYveOtZO94h7J3vFeom9TfQFp1s7oZ6r5F7YG6P6r+Lyg+ bFPYf0IJYf877A7aqPmJ5icoaUXUiij05grtCi1K/v3pxYeQEu2DGKn7E/4BkSAl2UQgxpI0kgbn 6WQvUrF/2N4UHhtegv4MWmYVtEz+p27pHwsSpGD/qY7w/8O/Rhz+DVmJQlf8Nnwd+gwiCjVSYvSp 2/gn/BP+CT89JOgdxK/2q1AtrPbpCv8zsKr/IdrAvu7wBqzqr6IkWNXfQH+ObgJkonmAt2CF/wuU xb70sAV9BJANq/1HoOkx+g3KRb8FyEP/DrCNfQcin30HYjtWYRUqwGocgt7GYTgMFbEvQ+jYlyGK 8av4VVSCV+PV6PN4DV6DduC1eC16h30xopR9MeILeD1ej/TsuxE72XcjyvAGvAHtwq/j11E5fgO/ gXbjN/GbyAB3HEfRHvY9iQrcjbvRXtyDe5AR9+Je9C7uw31oH+7H/eiLeAAPoEo8iAfRe3gID6H9 +AQ+gb6ET+KTqAqfwqfQl/EwHkbV+DQ+jb6CR/AIqsGjeBR9FY/hMVTLvldRh/8e/z0y4R/hH6ED +B/wPyAz/kf8j+hr7DsW9fgn+CfoIPuahQX/FP8UvY//Cf8TasAf4g/R1/HP8M9QI/vKhZV95aKJ feXiAzyLZ9EhPIfn0DfYFy9s7IsXdvbFCwf74oVzReGKQuRaYVuxgA77/sdSK/yPZR59jqjaQe/w wr8aTn/nEiixjf135l8/QyKfSQw8Q2I7kxh8hgR9ZwiH/yJAgn6lJEZAhN4OaqtcpjCotXKZoqD2 ymV0QS2WyxQHsZmATByT5P0qkXB56xfLfF4uA9YvltkRIDMQROadAJnBIDKlchmwnvoVBRgLnFgA KvWFoDUdKKVnGpqeI7WTSX3wHKkyJvWN50jtolIrVwfUeBSKF2SjmFR50DoPlNodUBNNQaUMAVIf BJXaEyD1jaBSFXIp8IN+jSfKJ8e30N4g1i+WMgaxfrHUu0GsXyy1L4j1i6W+GMR6On4x9C8OMI71 M8T/1+6iXrFY7r2g/WKx3P6gPWOx3JeC9g0t+xddLTvTMrmqoO2+WO7LQVt+sVx10LZfLPeVoK2v 9UliQa4maMsulvtq0LZdLFcbtHUXy9UFsU/B5ERJvh+YgtgXTO5AEPuCyZmD2BdM7muL7MMoDdYb vjcv8xBaaS2zVlgrrdVWE2C71WJtsjoAm6zNVu/O8zQf6QY9avK35G/hXvEH5AdA+SH5ISJkhIwg jvwd+TukIFNkCinp/iFShf33sAn0CkhdIPNgl4a9QYq2diIiQXqNA5DSOQlSmr7xYePNxhlrqT7P qrEiq7bxtjX7wDlrQ+OCNd9aY43j6QfONV7Tx1rNVh2VsTZYdSJdX9Z4jdFUgObGc6DtzPtD1l6a AmWA1wqUCL4ca4Q1HzgngKezHrIOQ75Sq8uqa1wAPS3W0bfjQEprjXs7zlpuPWodp9f62KIFa5zV aO2wTlgTrZrGEetRkN5v7bKW64feGaKWlqeyHGgn5KC2vHOKLykwldpHU599QiqWL+pbKg1eb1uN S9UbyNZAKTpffSU/r76EeoL6ofn89RNQLy9YH6IdPnuF8kQ9oj9iPZVfB8l869Q7p3aO70y0lhsU wEm0ZltTaUtaW6h+6pM1AtLbjSM0H5SksWboHbvuWRN33StPBQ2qpfqTaBe96yffJN+Gvv8d8h0U EjYZdh6Fhv067NdoBfBeIf3kR8CbJBdRHPmQ/AK9ofpA9QFie+loOxsLBSs/WnkP7WDfkePXcEls fNbTN/1luqnWUDbavku+i1DI3pC9CIdUhlQiEvLlkC8jLsQUUo8UIe+HvA/Svwz7JVjyq7BfoTBB dzbkLWMrA4QOCjT6pncuapDRItnb39UC7ZOzgkaLTnY8DsdRuN/xxZotMJbfz3vfGwwKCoPTGeRJ 5QTJHQyDaltSVw8FgZsnl/3aHOOmM8u7ltWq5YBGVp8WgZIPekrZqthPS4E0CyBdRtVClExkECfQ eTvosd/fDmz3FaugUyKiLlQXQjvsDWlCCtYCCawFNqz8vyvvgx6ml6RCjM4g2Uzn+wIN1oYkgf4T hISmhvYPJ8kkUUrFDxDBj4lORruOODxPEEmXUS+ADnneMZCbxWfxpIzajxR4EmAI7v+kdC9S0jtD gHbcKePUg54O3Aj3nVJqBeix4UrARhk9D+hVAIV4n4yeBPpLAFIAC2SccOCkMojEyVIOeohUOIoC WoDjKhlvFtIFdB2nyKiT0Irz6AKax1oZ/STQ6W8gTmMkox9HShgho6gb8LaMQ/fDexi40LSMU4lU 7FcVbhi7bsgn5dH+Vo36ZDTa3/QAsvpj/S2LgVh/8v5GIBp8ByEWB/gx/W/L6oU05xV2/JAvmYP4 xOVzzazUBoGWhDhumEvh6mXUCKTgugG0XIWUThZAGnGj3LiMCusMzkTucH3coIx+CSm5Mq6MXOE8 3DEZZwS8PCO3hPSB7kQyKLeEeEF3OBdO2gMsgdFLmrhkrlBGNcJscYPs5yK5VBk9HylhPXSB6MgT TivjgP8khdzkFDIq+E+6iZZcIvekdLwAetwAiIySGRnnBoyVW6SGbJRRL4IePb5M9GSVjD4CejJJ Jj4D+FjG6YZR1EfiSBmR+YvdkEOFPURFskiejFMDY+UugBnfJfEB5ZeAVbT8GBk1HcoYx1l4nMi8 xrEwHgcAEgDvyjgEOGrshZgyD+cSDowdFcSJe7ge8lwURpLIu4RewWW4DF2BowcPw7WUOwzjYBSn 41rcIqN3QVmxqBfHguVmGccBZdHdt2Y4ZuAyGW8/aKtBt3AMzpbRdTCap2EmmIY8iTJOCoxmGgHS aQTAoT4ehuhC1wlIoIizUigbdSjk3ZAvwnz8XgiUGFIdUo1UITUhNeiVkLqQOqQOORhyEIWENIR8 HYWGNMHI1LDRSNcqoeSvfbPaepjVZtBGMktuolQyDzPcFlWjqhFtZfNcHpvntrF5Lp/NcyXLjgDB I8qHQlzxx4i/YcfvIayYU0bC/YMG7pvWIrx5H0MkpIGoElKFkHKARMKX5lMG5N1ZO1g7puupHatr ypzMnKw1bH9UMLb9UZ2l9haAofZW0VV2xq62zxef2D6/TS/wxgriaT7hyl07BugWryCfW8wXIPms fIwnlrB9vs6xfV6w4G7R1YKxOsc2venQe1W1hm0lup5tJXXnecm3KwviAUuCWc1fgW/8VXfBGKDB V16BzLIxf+m1fXWO2j6/t3XnpJLbLy3pkeyq6LhOUXTclE+v6pIK+urOFfQVjPF1XXS1bqjoKmji JZ9xJa8X6ZVJ5asXl+mo/CrQP7Ajo+jq24Usn4ZaVhBvyje1CLzspXi/jx5S5C7oK3IXuVm7fEJ9 IlgvWLLdn9HSL9+2pgiTtqDEVFrbV2sDXoopDuoyDvLZak/XFZoSdT2mcqjBwVob5dXdNBmBN1h7 mnpkyq9zmBp4j+S9YJu+bsi0X9ezfV64aqcUvlUK+ky6gj6/ZHE+1Eo+f1XQVzvn493dpt9+vc4B FrAS6prq2gGHxHxvF0I9zPFXdU3F+aYasQTWHmMFfXAOdpqSC8ZMyWBfSl1o7aQpDvQZef/oFXgk ervDlAq+m6GGoSbo93HI9yDCIRY7cYgR4jiBOP4liODVELtDIHZb0EoWu18NsUJMXc3i6BoWe1/g jiTsUdgjtIPF63eEnewYNgPxM8nXl3V/A3eHYKkR5h0LWIfBLiulMZ33AfnVQ6NAuQ53DZHolox2 EdYAlHBFRoXVK46TUejzhVmskdHaIT0PIC/lEJv3pRS6B9iLZmS0Mki9AJMyKp2dR2QU+m7LftQv o0VBSn/pfEygYmgpY4jlY9fd8ubMXnoM+5/sOMtWBHTFRVeapcweK6NtQnQ/jyAb3Av4qeITgGr2 D4OUKq7uRQ9ebh0QfE6nve0eAF3D8b2N7cLCHdYcAMZqCVUBrfmYtSpGDyR0gk6hG3A1J9UAa7Zu tm6bkmkYA2gGxOi0TIMJ0d/5dcs0HEUGdBmuW2Qa6O/V89gORb1MQxI6AVcGGS0S7sXoHZZI+3i9 AGoshO4ph0GNQV9gMWAF6xHhrEesZD1iFfSID9CrrEeksh7xOVa3aSvvrLyDNrPekR60d3CsrU0S v/md41JUDr2f7kw0S+hKlAFjwAJAR4JJwlFBv0kAzynQfWS9j7ecuPFJeg1toMpU5cIIgvW4it89 OEQ9VyWoZlRJQDMAdvnoRBWqgvsdyEFUU+y/BkT5YeUDJcQSFdylqGp8dIWqS9WlnFNC71OFA5ZK cjiUE8ophJUPQZdDlS7JU6WqUg4pwRrlHPCqVDH+XMqjqlxlB3DOAadQ+VSSa5PSokpUNgEP7lWV 8z6OUhWhilAaVKFKWJ0q4Y5dedGfS/lImaW8p4QooKxHBK6G/fnA7jllnPKKEmKHsgy4c8rj/ppQ gmKgp8PZfeUjv4WK28peBYxXJcQK5azyuj+HYlpxFeiEeqE8pzwv8cqiGFXAiFHchjyDypMS+wxK g6JHATFUMQ28o9R3X64shUsBd1iKEXqurFc2SvLFKeMUVYpa4HYBN05ZpqyQ2FigeKyAiKOAK/Aj XZnlz6mYVyQprilSgAsrfqVWGeevEcUFAI1iQhEB3Dzw6ImSSHKe5O4pBriHwEuAMk4qriskraA4 pjjGXVa0cDCXKBTAPwZ6pvy1w53mIOpw86C1XzEmoXdzfUC/BHSvYtDvA+dWpHMe4IwCx6LwSDg1 ihgO+jPXAxyDokGiawcH95acG0pXK7IVZZI897g0LhN4MN8pEhSZfq+4qwBaDmqB20HfRlPESXKd IU84qAEulZ5zdxWS2uB6uV5yg8CMzUUCt5e7zN3yWwIjne7uPQKOixvhpiU6q8kJAr2QXGO+j0o0 lnAlpJ3uA5NJ4Lm4HkmuFNJAYPYmQ/Scq+JcknwRXAQxEOj95ChwI7hCrsqfk2SSuwQiADHD+UMu icv154TZK5ZcJhCziB5K1HAJEt5ZtlcCY4DAGCD3OZWE14/nSTe+AzwtaO0nV8kdie/NpJntuHBw NkYu+W3Bp8h+PMLvuZBa0ktGJDp34A5SgCEW4fOgw038UUlJUkkqbiRJ2AbcE8CtJjZJzghsIKF0 7xKD/ySCFJJ9fmtwJgaP6X4EKZFYkoBnMMQ/bGD++aVD6Z4l5CB4isRK5IdhxoX4hyH+CXsvrGz2 Vs8cnX1hxsbC3gufw4EmEO3/EP+wA1+R5KnCVWgInWIzNoGrM/5c6CiUTWMAxD9ciHsluTYhC06E OZT+ww/Gzf7awRE4AhlwKKJeQ/zDtf5c6BHKgtVFHputCXqEd/jzsRUG/YeZRLbmI2gOpwrc5a13 P919FlinkW6YKz/Z/RbpTsuHdM8dw9gUn81+5rEPseQ8GEr5+tTQiuw9FZtD93j3NFWM7mlKj6tI 3ezdM7THUpFMz1NDN1fu2bHHstm7uSltcE9n0Y09nZsrM3akx+0dLE0AytBmb0bn5lVpgxWjaWNp N9LGNlcmV6YNZnRWpGZ0pq6qGN+ctbls86rNlZm1FRkVLhGpPopvNO/ppEjzMzkJLmnb0N6TgXZR HdQmnz2CLcHsYDpAL81HZUBXE7Vpb1/asYqMtL7NCnqdnr25LOMc0Msrsvee3nyzoquiZa9aZgvo YneEi5+xVfmesSnZM7bQkMaQRhTG2lvD2nv5Tx75Nco3WC/7LmjCrK98a5GEzSdBe9Nx+nSQ9SbF Ikm7TLKddAjPEem9CH2yQd8AyAeL0WuwKhGQk5yLSAL4VD589+M9T/a4dhM+3ZPNp6n3Bfq0n7+7 D+j5Aj9ISvm703aX7O4zhBpid5eUX5KlgtwSTz2XahHaFppnPiGme8bHke8/L+LaGWIB15afM9x4 ETT0Gc7uzjBMUjQMGi4YThqmKcL1tOE00E4arsL5HEXDmGGa5hGe634T7PoWfR5LOmFO5oQVuc9a 5m0o8zaMeathz3hXMG/DmberWc+LZN6uYX5FsdbNZvdEPCLwk9LojJ0ioEgrR9J3AB2+qLy858uT 7PhjOFrQIKvZXEC0Pn1JxEFoml3xu+J3m3fni0ivADPgPAMo+cI5zzu9K35Z9i7vSb74vP6QcP/l ZDOqGe7i6L+tVEuo9M6U7luU+mjLrdVv0lEM/bxxibcBqMx3P/4dIIssBDyhq4QRwUoXo1Wzf7Dv k9H0cAdL534pLZs9vWyS0ZJYL6qS0SJRvaQmXMuuieO+mqBX/xX532n4Njt+hx6hTnh7WyT2Hhbs dUnsPSzYa5HYy9Oq2Pqk1Edbrr3tMnv/ih07ntmK/gjO3sxAbjoPPWPNUwdrHrozGcZWOyvYamcl W3GsYvGN3gVpkIE+sYoeXhq39j+bL8GInWM7p7/QvLN75zScdQM+3vkU0kFIuymV8l7C6uXnpPGM rk8HAE+w2vsLRqPvSbSDXh3qlFDT2CjmIE1DLgmdRkL6vDCGQY3A+eR2iL7Fjj9gJSWw1mH/AaVd xRC/c4bN2f+N9LG+HALHULaLRO8ZsXKLeP27Xsm1cmH/v8/J3ijUoFcWZlF1EKo3GPXxVDDqr58u oqoRfvp/fi8U8OK3X19sw28/CmbZb78XjPqbfwlKffUFvAC5R/VB60ARjPrQFoz6y5EXK+lxZ1A7 k4NRH/UHo/5qcdtC/T3xBGnv8aD1p/8j7QWfLoXWzIfB6uDJ2y/T30gsSYMxq4H75DCEIjciIkF6 jQOQCKn+dX1CQeL1hJLi09Fni49vNBU/SDqWNF18g6dsrCh2F/cB52TiOE8pMW2siD6beL/4ZHFf 8eniwZKkhILiyeKTSdOJ14tvlFiothILaJgsvlvSWTIEkraSU0nHNla8Pvl6N8iAZEl6SSE7d+ft K+kpGSmeLj6dZCtpohDZX2ICiabXu4u7Xy8Aqfuvx1B90iNfLn/ky+WPvH4+7+Lji3jKfEjgfSxx LOUj9Y75lcD7JfXo2b7wpfAl8jr5XLxtvHdvziSUUE8hx7GNTa/HFE+XNNN6pXpo3YK241Ty9e4S b0l/STtAE2hc5BFf4hJrgY+5lpP3r1enEJEgvcYBSIRUr6vQVb52J2Fct2pDZsL9N2KLMnUpuqiN 9QJl/rX5tfs2ZBbpi+IFyvWE+Q2ZutAi/dp9QC0ouqCrLKov0lNekT6hhmmr0UUB7ZguXVeoC93w WOfVpUCuTRv0r90p0m+sL7padIuevzaf80SXpSvTJehW6dp1eRQ2jOkcuqg30jfoN26KyNug14Xq 8qg+6ZEvVyidlcsfef183sXHF/H0tTsb6zdUCT5WL+kjeEf92lDF+yX16Nm+8KXwJfI6hVzMNt67 xGrgg6cRebpOnQn0JOgstF6pHlq3G/QJ96kk6GvSNW/I3ZD7RnrC+GKP+BI/mf4lf1t4ZQ3SF1a9 vf+PGdDynorJ/Ax3IX1BckFDMFibGpzOIFkqJ0hmMAyqbUldLRQEbrJcNu8848Yt089NbPUr+Lmi C2m2ZwSDrdd8+kPIABkA/X9D4M6QfJ98H/rVD8lppCA/Iz9DKnKF/Bxs+GfyzyA5R+ZQKJT1Eb0L wvtwA9sJiKH3NiuSGWJAfcEweDL6MXC8YOpjyYs48Qx9S+n8OLYt167AvIFlPkfvEm9/fNy+cAZN +O9Cwo4y1G/LjD20rTa2ZlvmNgKQydLM2Jp4Q/Sl9Te21QLEMGo8OwLER66PjzdQYFcsjY/kQaot nvh1MU0xfi1UR35Pfn/+UH4/1RB9JfrK+ngetz2mmH8KuP35I2h573xglCr8xop5G9rLUBOb9lot D7Fp9JzH/HxJKcvu//KYEgr9fuu1PM3W/pW3t14LTcxL3XqNpZqtM5QCcJPS1oWuvA3XM3madaFb Z7RNQJ+hkKfJ01DOulBtEw+UL2rbelGqi+qhsn4d2+a23QC4RbWtvK1tiltYd37rtbgFqkXbtO3u tgfbHm+jb/Pwbwe8REwJyUeamITce7nnAO+tRPR8JaK4Lcqnf/l1Wk2fT0FZJWglQuqZZaNmfX2u nkcKufqYTHoeo/8EnjQt3zvZiHzlMUN9dHr0UO7+3EPRQ7HNsefh/E50c8756MKovOhV0au2zkU3 5x7KNYOEOfpMXHdsc3Sn9mxuy9Y0Cjnnc85H5UXl5Zq1Z3mQaotuz72z9ZZPF9UDWvw6IB2KLgS9 6aDr7ta0GE0M6IEy07Y+yJ3iteS2IP+ThpeIP6+EMtTnTGgTtI6103CsWFOmTcjpWlOWPbP+ZI4r Z2LtdO7ddZ05XdozOQ3aM5rzIJMSnRjbG9ubc4JC9kz2DMi5tGcojdEl2nIO+XWtnaZ6qBa/Dm2F NmH9SdA9kXMit0A7tL4g5wSve2tobgmvJbb3k/FWFctQn2NYN5zdG3UDjh1rTeuGabrl9tr0tek5 Bm1HztPchOxHa9OzW7KvbOlRjecm5ezLvrPlXs4+Cltu85LAv8ODVFv2rF+XFq6yH1Etfh3ZHeuG IeeVHAPVtfZ29rw2I8cQ9UBrzE2JNfBattxbtrc3cCTzlj0FUKZ8LNRvebxlMrpji2fd0Jb66Ctw fLxat+bhlsbPGqPi1g1ljUf1Ro1uaczqiirPmogajRpdcy0qPyouppvCmodrHq4uXV26pRFoDKTa onpFXatL1w1RPVSLX8eW+i2TkLN8y+OY7ugnMd1r42O6o/JjurPzclDWrKBlcJlPHV5ivuLuMtS8 dfGtnsUQMoT8zwmWs18tL8vNULMm6q2HfliTIqRRn2hZkQw1kZOrZ/2gHeLTyMmXLOsxTvPvgpMT nwjqV7szr606nXktMmr101WnI6Mio+hV5sxq92q3n8ZT6Flk1FsqoLulQPmRQxSl2jJn/LroGa/F ryNrOutq1hzAjdXutQtrF1Zv4vGtAYpZt4B7N+vuS+3Av8RdE9Yh/Z+3/HGDsA//cf1ECoj7eFIZ yY70Dbtbv8uk50+vwrFSSe+WFpSH4HwT3Z3Hm55a6H9usuNDdpxUuOjvrug5uq9i7+So6BNY9JS9 MaVqoLlU32fPHOhu4oKqlh072JGOgwsq+o8UC6+42TGV0YfZOX037yMVe/9Ixd5xYxSkPMcoD9k5 e2Oa6URK9otYJfudMbMcKWYZl715pKJva/+K+gU+0tnuFjtH1HLOoqJvN99SXaLn1E48ycswevMr sZROS+fiqYVcMj2Ss68UwHGKHnHl726yvNn0Pa2nTyiFHSd5+tNuJgM6FZn0XB3/dABhVQc9Kgt/ pwJ6L+Vymv/P2ZmAV1Fkfb+6q6vvJdzcYIxsIoRF1ggJ2wCiogaIYREQmKigIIssAVkcRcRxUJQd eUVRGGEEEZElIIKDDqOAEHBDRDYRkW3YRCYgKiLkfnV+3ZNX3ucd3/F7ePj3yb9OnTp1aunq6rr3 BjpSC/c0cTgqbWTrrISXVHeRoNkicbaaRdbacdHxpxvROSS8bU3e9PHORbmv0I85r+5usxb+5By2 uIR13DZ3k5SLPBxsDq4V3j0ssjMAPOCutthVCz4sjJ6G5mH3DcklvLX2kVhGbi6l67KunGB0Ja++ KJ/Xc89zXm26k67kw3VvWrnQ+QfyzyK7bSlR+uE59wHpV559vnaqOYvlU7eOnDAv0ofl7Le72dqs 5Owmb4CBnbmgnEIqEt6ZJnV3PDlpZvk98ilkN1Vq7ciZwqjzocU8t4rUUWSrKbm6ucc5HdiXen1J XunJFdxCK+/VOdZCY21r4YzQdg2kR4us+2vbvvpDPdHifNHUS2GqmMG2dcbxPaUzzE22BW+Xk5Fe B2NHolcB3A2fJbKbBs40dhyZQC5n7Kzvvy+yuce0sfrp3iNWru11sHJzT0qZZzpa+UV0Jotsxhjr Z6SjsTpmiLGxNbNNd6szWnT0C+5fLV6p77B4t3nM4hhjLG7UvSzeoO0867win3PVg/SfrXy/edxa GC6fQ7WM4ARqPUhLTP6sf2dxvJxNda/W0yy/WktffV3Pk7L0HIud9XNypldymT5E73693PI1tB3F uqf+u8VFupa18CN4WlDXwM8rdDkZcdr2It1A0HlIv4aHYnOexNlL0ZOtTop+z+r00DIvpclo8g55 H9Betv+YkWaglf9Aq1Ux0iL9PdtbvHVyEto7KidtbXwGWaxt7qZdetIid0vtODHtSapbUxjbIoNo kfustfdMGYs/gyuw9haps6X1I53pAy+S9xjndG+gn1TTw+UkrczA2uixFoeYm2mFqcJrOZ84Th+x +Jw+AP+u1N38zVp+SI9EZyStILPT3WFbPEFbfCSfYfeO0RbviSd6BW2x0uIX+m0Zv4mtMmYTZ2QG 4O3OYZGdbshLSG0Ocw9zYyGaqrjHvz5/4Sp0lPDqFDrT0L8fuQC5BfN/J0YT5xDcMaqd9eERmTPd LGx+LPOhnod+VsLeWfRC5FcEzTJB/RrYRD7RoxcW58ipzsAfynpF3irrCdhMkjMPXhlBfVVgX/ji 42aLchJnvBXcI+Ss7nD/R4s7I1lSd1/upcPNIZEDjKTCy3y1U1L1Y/ALhPEqwS8Rxin08kDbE9wa Mmu5NWhr5fUGbaq7gtnsrzCXBJ3dQS45b+8qI+/nE34tuVuF97u3uX/VAvk0t/+TYOJu6mLjUNxc 0NbIFwxOyns1YOQunxKiMFv1RVLlxFTLQNZ8tklyJU55nFcmMimBHOgEp3q9ivBlkHuBdp1UfDGS Lz5E7Ngsnidyom3kUWxyTttwRsHvhjwL5BPQ5ktwN6mc6jKch/Y/B6uDA7nvlyL1RRju+IZ7t48F fxQMn4yXlrVYBB4mdTpoV/cXD0gPSRyjH1YAU8LvwLDzauIHUs8IY+WAt+uixMKQt3jxqPRPu2bg eyqKOY8fMjukV3vSK+7znrV9dXPEzoGmu6B3GBwp6C4W1NcIRgKcCgN6Cp3mgj5oMkhtBb8OeTD8 EvSRvZ0wc0j9HuZ6LKQhv4j8FKmbYFyYOtiMwB+EmYA//bGGbBrBNyFXUJdF8Gfhb4LphIVeyA1I 9WB6wKxCngy+TIm14P8CcwH9JDAbfgj8MfAxmL7IG8Az4I8gEfZykIfhD9Hw0fQ/JzWodQH2s+A7 wI8HR4O0gv4COQF+CzNFMIn2KtVVMErrRCqhMwLmCMwsmEfBseQltt4O6juRcoPS68O3hp8JUxWm PVhI3n7gOBB98wk4FwYdDzlxSPpbYqP0N4VvuhuW75M1uZvnTQDtSHdbyIg2m2UVbboLeofBkYLu YkF9jWAkwKkwoMfa220u6IO2b+fTq/Ppz/n07Xx6u2AGeVuRax3yYHItwRqytzOwjP4cdL6HuZ5S 0pBfRH6K1E0wLkwdLEfgD8JMwOf+lIJsGsE3IVdQ30XwZ+FvgumEhV7IDUj1YHrArEKeDL5MibXg /wJzAf0kMBt+CPwx8DGYvsgbwDPgjyCt4OUgD8MfYuKj6X9OalDrAuxnwXeAHw+OBmkp/QVyAvw2 aDuJqgbtyM1nPslntsln5hGcIppJtF2priJHaeVIJeyMgDkSREl0kughkVkwj4JjKZ228HYQn4n4 GXhbH741/EyYqjDtwULy9kP+rtRu6e0w5DKfgHNh0PQCuZugczsrBz7f6eYJms2yDjHdBb3D4EhB d7GgvkYwEuBUGNBj9eI2F/RBk0FqK/h1yIPhl6CP7O2EmUPq9zDXYyEN+UXkp0jdBOPC1MFmBP4g zAT86Y81ZNMIvgm5grosgj8LfxNMJyz0Qm5AqgfTA2YV8mTwZUqsBf8XmAvoJ4HZ8EPgj4GPwfRF 3gCeAX8EibCXgzwMf4iGj6b/OalBrQuwnwXfAX48OBqkFfQXyAnwW5gpgkm0V6muglFaJ1IJnREw R2BmwTwKjiUvsfV2UN+JlBuUXh++NfxMmKow7cFC8vYDx4Hom0/AuTDoeIHcTTA4IW3nXIu6C7if teg05IusP6ejU0Z4byPMAhhWF56sKRw/A/355B2XsGsz702YdHo1nzzWfKunYZWi65K3DnJjdBaB z4GcaXZmkxoL9mHYmRmABT6L63IW2smSdYvuwpq5KTxrcuckck1K8bHDZ/idsWLHPU3qJZH9VvAj wDvR70XqxzAZYtn7CuY+fFgj6B0qHi2egxcF3bngNp4ghhPnZlirj89G1mPOAtFx7iHXfrwibnYt KzJPKC5t5DSlrANBVNEvS96ueJXLM8V8vAra7mYiv5s2qg7zX6Tuxc6XMNeRN0rrf0gt/hE8+5C6 FD8n0pr3U+uPwTcT2TaV+cTZJeV6zbCwlxIfwefD7DjRz13K1aPls/Yen/d2MyWXrft86j6fuM2X tSVyXfBDnm7OI3dh5bkIPI3lGPxbPAcNhN8paFcAM3lqG4b+MDwU/WnFH5JXMArzFntWb1HuXnA4 qdmCegN174+3fxPL2sXbEZQ7mJ3DAZS7FmsbkQ+iiX23EvEstqtsaTtJfQ4LX1BWIfKaUBZrK9H5 Ez7fg82LeFIWvAPNfKJdEQyeLq/Anwh5e2AnF74HeB7k3Lx806jNtYcWGQszEHwG/Ahcj+czaK8q aB4MdkFJ3RZG0qIJ7kp5zCRp1HQrqZQrv1VjsQ+5mMGcTdjsh7Wm4Z1L5G/gO6M5MfAWOw3ph8zk 7uswV5L6MPrZlJ5FKW+T2jwsi8gjPwLeDb5BLr6rwImjsw4La8A3GfWZ6LyHfjXq2BDLRE9/DX+E EitT6y341g7+5XBmeN7O7ehEVzBqisDJlLITa/SKyBR4eqZ3AX/ugGmJ/T8GsxljvBSpTWXc+feG 85stxZ1M//mantCLGW8fuZLxdjCpU+kbDyN3lV0Ij3a0d9Ic6fNBu+MV/c1ti58z4SvJzqQ7hzgQ Nx0Bg53kdejXpAU3oxOMytUwL5M6Pmxr8aE1qUvRvJta7wH/CN6CZgE6jZELwYfRr418nPiwbrE9 TXrUYfy5Hm9pteLj9j4guwQvy5OsPsvOwEvsFfB5YXmit0wznu6bsUvAnoBoqpahzBO3PFPYJ+uZ sldAagqo7IpM5IvotJfxJTvw7kPgaXAtOAm8T9A5iVwIrhTU/UEXJhW5LBgDd8DPJe8u3jucNBdk 5gfP8dTzkMhuKnIqfHkwAz4qqGOkRrFQAI4J3mLImw7tIhej0wL5APL5SFT8jzSRHoJ8WlCXBafh 23lSC0PNqMxXwlgM9JugL8wu2W+xeK94jnwOubxZDvbF23upxWJQZOXXsLgk8A2mBanNZfdJ7ycy 5b3WltGUMpnU+yi3buCJvHOxERN+G8yXyIXIBcjPIG/Gq8+Qy/OmI8r+pAtzEs2HqG8LmK6Bn8iv kzdXvt1Cx2DOyVsbdy5xuI/IHBD/vQl43ti/1mJv2R11z/t/l/mf2q3H/jb0N8BMklQ31a9KWfI2 QZkvpHRynaSsDNpCsf92BL6Y2BbjYSY6Y5CHmxdkD9PEpHWwfIRYvUa5p6nFBnrOx/ScJPb92oMK XMJ+YCP51g+3qmdjq59hJ/AQreCQ+rCk6huoaZq0oNMtsOBXk9JhiqRGOjvgJa9+k33IjdiZBd8V yxWCXOb35K2Gn2K5Bzr95Y2YW4+eUOi1AcVCOZFd3pe5DnyB8M6r4CawGzuTp9GviVwIViLCHjqV hNHKTJMZm9RLxPlrz67Z3PnkzaZGwT7niqC+5K0Afgc/i1rUCeuSa/EgeRV+Hg69PcJIxBM0D1NW hsTZaSZ9xlkjjPeBfHuJ8QV1He+S3KllX1HPNxGbOtBst3I9UqsJunEieYqIPU65q4n56GD80s93 0BPcUI4iSy86yehbFIwLetqRYK6jby8K5jp67PPMPPQcdy/8CdplczBTye6l2xNMBb+j9CbSq+14 kVwr6b3lZQ9Tz8CfHPzpjz8x5LJizY7KKOOXGQNP8oNxJ+9knTFgLs/jX5P3RfSL5Y2PLesxxiZj x39a7nGMrEuUGMErzXjJE/+jg4SJrBTGfCXo75BI+nFGcRvByBqYwyKbZEHvDsbXEvFQX43NKKVk U25c6hudIO+LreU0m+uUoB1xErcbZCw4sxmPa/BkLxbyyNsHfgR8KzSfC0YNI2iQL2uDbBkvmnuB Lkf8T8uOultN+okzi3m+nfc6I1d6VK4vFhqGo0D0e9MDM+jDL2B/Pa15zjxi5U8pS2FnlzD2bvII PVby3k6uxWItsVH21fUMudd47cEfwK3gS2B3QVMZnClo75ijGOnCNESnoqBfDLOYO9dx+DLIO5AP kToFfEIw0hF5KKkbA5uyq68jRPtGkT0fC+nwx8EcSbX3INGvSeo42mgUqV3AceB8QXctuE3QzvNp 4q3I5gI6FymlGfJS5AflTmEWgzeCF/lmpFX4WUdk7xh8jHvKrYL2TiFMBXA3fHPZ57SeCA4WdBd5 L8goE9Rz4N8A/wZ+K+gxm5nuePIkzEjeACrvvPXhABHbTI1Ste0/XhXKupo91RTkH5EH4mcjyv3e L2eZm0mdiM2t9M+e6Bwmhq2IZx51vBvNCJqHqN13jC/eK3kNzF7ZfSJi09Fp5/1sUw+SawaaY+Re pu8h73DZGfa4A5r6wrvNvfXs4MVpBal7P+n5tu6D2RkWr66njcaYdFmvSt3NB8ZBR/YoOkhMTGlJ 9UfKHc1bbJLRtzp+CzQPS1lWXzwZrfvKDhhvPEcK4/eUXH6qyGa/2HfWyp3FXQwzxhBzRtlp4XU7 73vZXwpsyjtif5vomBtoheO8v17t2adI/yP8n0cL9qS+f5D3p+5FqaM5i/0syetPQj4g90GvBq1w i+4HWm/1Ef0zKPFZLb3C4/2UVx2dK9D5HGwl6C62Tz+O7ia+WQ9FnirotRO0tbjV4j7x1m0ujF2n 3So7cuKnD6MvgKvFmknSx2zqT8StmsTHRkbicy95F2Pne3Axb8xf0rdZPBakip/uS9S6uTcQm+LJ cuw/LLn0IKmdyRK09dKWORP4zLvmWwKUeNpaiP4Yse81lbutlxPWSPY3hsHzls0fTF02gDcQ/6fo pQXE7ahXz/Ku2PTGkzoaHECPqsEphVwpyzSjTZvRt9sHrQlWpMdOo59vop8/hvypyN4Kevta5opi NEdhoVGgQz/fgc42+CrsJF8NUw9rZymlH+P3bXJdRLMto7gTd7fW2Gkr55Rsr5C11s0yspKYr0p1 ldTIVMGoYo6txIgeIRg9wizdHNyOh6VFM4kZ2+atSF6JyaOMlLGMvjr0geMwE+UNsi13CqNDVlOb BfUs7imFsnY1zzIbP0PkZ5j3Gafvk6s+dwGRl7P2W8w8NtOTumySNjXjgrldrHkOfaYvvWIEPeow PW2qZ/u/uUNGkO1XF1j79aM/yN28EP+jlM4aMvFD+OsElWWWZtfrIfB04pi0F/Ik8L6Q53QBOD3Y 2QNXsm/WH3QDzWL7vOm2EDs6Br8DPo+8u4R3ToLFlBVFPoecytN9KprlOaswCiaK/E1YuujnhhbE cgv2SzcEO73oFAfP78GpAywvAXkvrPeHvgnWhe/IU/8k9qkewloumjtInYsPRwOv0OQZ313JU7+L HEXniOirb2CGo18pqB2WW+BVHL4R+ofxIQk/2yM3osSqyM+geQhNBzvd8OphUm9ATgv4sCzBIuKQ jc7DyG9iYSM4i7Kay8kEtyv6wQmNSqQOx2YPdPrD5JFaiFflKKsAfBXcBAZ9piZ5gwhTa41N5xLW vkZnPpgN3428XXlTXwRewJ8F4HdBW6NZBlwelEKug+AG+J+lLk4hcrDnnIFmDfrMXvg17CR/wBkV n33gDySXroP+DHzGN28gcj38r0Zq0F6nkB8nJqvBZexNzQZP0r6Lwh4i8hH4YuTToabkWhT2sR3k EuREjbuWXdAoiM/uCTw/iTwJeXMoD2OkzAeHYT+HPraDPin8c1guHzI5yFKv/uxolUUniuyG+8Oi E+ekxDfkaoHP00Nv5zMidlAK4wLmXDCukTegmUfeVDCPNmL3LzpINCPMFeYrQX+wpJr3qdEpwUgr YfzXaJ3PwDvovVcLH51AXlrBeYJcrfD5uaBXg4No9+H4E+xRb8CHYCyUB8uheT6xkDntJea9hdS0 B7WQfVHa3WlHn8mljg2xcw91j9FXv6H0YnAXWADuATOw8AJ514OfUi691L0da4vhe8l3Tbq96HsP eR0trueN6np2C9dzlqCe7BCqCxGbqpZHpfQt0S5gD1DOI22JFHJidh3YWHqUqc352A2kZjJz1sA3 i4kpnFw66J+0uI8TvEX+bMGEvfept+Wdly31AqdSp4MF7CLmIWcgp4LZMPeAC8A14DlOQJXh7M1S ULytTF0SnGeOywpZXZC7nn26TBPeO2XxfU4FF8F8D27nbNV22SNVB+UJUVWWu5tqyY5obTAt+PbL EPtxpgg/TTuYn5FfRj6FnIYsJzRe5rTVz56sbL2AV9eB7aRHyQlPZ6An551W+V/IXQlcFZEIjwJX +cjgqshN8Dcht0Ruic5EdCYiT0aWk5AVWclUNLeA3wv6L4MeTBswS2LibZe85jNwK3bGEqtpyPvA MWAr+CH4kEf7vkIuvJKVpE293dZrrjcPfF7Q3Am+JSgWLFaDeRn5XZmf5UnNWWCeB0VzAZoLeNZe gA+7+fbV3b78CubRSE9k8We37GmoFXKKW60XdG43P9na1fWNoJxYc+ti+bTYsfJkcBo6HUCJSd2I yxqpLc/7cwTZJ8mQVrbyFHCLoHx3r+V3gt+Q60krD/AGgW8Lmk5oSrkVvQtEo5bIfk/qLt/ztB/P T0rplq8KdiO1s6TKOLL2/0obMQOQqyhATr8XkTfDrIbvTIkDZIY3Dwt6jyPfLDMJ68DHvWBUlkaf k9L0riI/BjMerAK+T4t/TI+yo88Z48mZ7TWCbrI80bjJ/gNK9oqzJVVW9c4acIwZiTwS+THkx5Bf RX4VeQbyDOxY++5tlJJhXqEWk5C/xrf3wH/S68rh1T9lfeXtpodcKfdx8cfqyDeMFUV6gBLn2zkH e6UnZ9dne80Fze8snpDzls4J2vqEnC20KP3tRCQDuSf9+UWLx/w50kZyYlMdM9JG1UwvmbcZuScZ I8fkm6GdJMpqI9/ja1Fmg1EysmwLlpdcPvvw0vecXd4J/PdAObXb0fQDa4FTBf06pH4D00zugH6Q GvBDQIn/bDnT60zRQ6id7I5O8VgbyLcLW/5pZFK9V2G+gjmN/An4KXlbI59Bcz92NPxCZKndCXku cHu744menHftLd+Da+XrkSsg34B8tcRQS5+50seOL73xQNC7VHVQfm30fXlDnTikmFHD35uaydlL 6YEX0PlzqKOY/4MnCBlrB2GK1LMSZ35jqijhSblgUaI8cnl0bKpTNzERlNlpvmqC/JLIiS3IBswF J4DyizFFxVWx9hOI/3I3tPIU5KvAH8E74K9Dls+WnSxOZQ3Tk9VLNvgTzDDwKhgfuSx43JY7Gd/u ASdLKRbrCANuZtXUl9Q/gLPFH8tLZJ5L1Ga19h4oOwmVimUl0CKxSMaLlG7vqbxhKf4WlHcQOYmx gpcWgZekpajv/kvy+ZGTgtbOt5IXHFEsYzCCtYwwMuJbhtTUGRCg3KltqkU3n1ono3mwWGbOVomN 4B5wk9iEWRCgeGXlMsjDKL0nck/WmVXl3IhYs89c4sPyhH32dH5Hqk6MFiyehCz32V3o7MLDE8Wy ihgrMVdjixMWW7OiKEpIn78XzZry7Wk2/lL67ESSMKS2SXwlPar4EeqYTuS/wXIDi1uKX5NRL/r2 GVPmgV0wRQnum8JYOR15KTgOpgGyfKJhWbH0zGWXuKsmZDw2lThbm1VozRW0i3w6Jvi2/VWCifah LGOkYvjmXealLcj8UqsTnOGJhygnbXYhF5CXd9xqX7AmhOe8h+LUQfAr1c6YUCdFnrZ41/whzJSg RDwJvum/E3gUplk4QgX5VsnEVpDzALZdFePa2lSL0UmC55yV45HK2aQEny9QtQUvcQJKtYGvARN8 6yGnDtx8kO9LdNdiZ4HY1zHOEjyL5zeSl1MZCU7gaN6nF3NeyHpi9Ys5uaGDEy/bQsuW96ij3sHZ gLuQ+UUEjxo5I4gPv6ulXex3D+Ng1wB2rqlMLSrjf2XivAUPt9BSgucE7eohCRQ7b2G/YtiaspaY jmaBoF09R6ivWDsAszZxlrIUOJPWkTf+lVl7zwSfwB8feXHoG2sbQZtzPP1nPP1BcJSg7TnjGRfj sTNe5mEi8yfith0/y8C0IOajiRKtZtqEkRSeX+Qw9IdielExZ8+KOVlRTEsVc9rqEqcyLnHm5BJn bC5xCu4S7XuJfmjHoSBt6taUuth230JMtsh7ComGjZIwpwUv0ueLacHi8LdBtIzua/ikg1JJztOR Bcr0HtH7PpXe55ER+arw/hH9BqsjA/rdN8Lx8ns/ONRJU5WU1+bmLumqaYf2d6arLnd0zE5XQ7t1 sWh9SyTke+zsyElS9VUjlaN6qGbqflWDlNLKV1dZbKAaq1vUbaqnaq4GqGvDtIgqq2Iq087Qt6pc dY9qoQaqmmFaVJVTySpLNVXZ9n55r7peDVK1wrRSqrySkf071Vq1V71USzXY9jQZQ4E3VVQFVUfd oDqoLur3fE9ofklqaZVuZ7y6tm1uVB3VHSpP9bGRGFKSrtXVdi7sLZ+pbd81J11ldO3SLt16F+St amNRT12hblK3q67qTn57eyhpMVVNXaMyVKpqZft7J9VN3aX6WWsPhKnVbZ+8Tl2pblZtVWfVXd2t +tsyh6nhfRqO7OMuAleCa8FCcFuf3vkPunvBA+BR8BR4tk+fIcPc84LaBWNgWTAdrAs2BvuCQ8FR ffMH3q+fACeBz4KzwfngYnAl+A64DtwCbus79IEheg+4HzwCngSL+g8c2lv/AF4U9FwwCsb7j+jd x0sDK4O1wYZgy4FDBz7otQHbg13APPCegSMfyPf6goPAYeBD4BjrWm/vCXAaOBtcCK7MH/qHId67 4EbwQ3AbuCv/gT753j7wEHgcPA2eAy8M6dd3oFGgD8bAVLC8NTPCVAZrgHXBTLDpA/ZiWoLZYHuw K9hjmGBfcBA4DHwIHDPCVsA8AU4Ap4HPgbPBl0cO6TPMLARXgO+AG8GtI0dmZpk94H7wCHgSLHpQ SvkBLBb0fTAOymld+c32Cqrib5AcO/b/PcrvEETtWP4tkuSVe01ZO5bq21kl084QDe2s09jOIU3t fNDMzi8t7FzR0o7+G+0obWXH2y2X5fzfJNeOy7T/6FpD5q6Sq6Pq/S/sf6fW+VUs/Suo7WxRRaX/ BslRyb+KSb+Cnp3trrAzV9r/hxyuVP4tcnZQsbJRrMnsvUIwiH45MParmP4r6NoZufp/cHVUzV/F lF/FDCJ9tZ37r/kNkvx22L9H194vav2f1+6qQL2l3lWFaqvapfbbleZpp5qT4TR2WjrZTnunq9PD 6evkOw8605wXnfnOYmel846zwfnQ2e7sdQ45J52zzgXXdZPcVLeiW82t6zZ0W7i3uLluF/cud4C7 yF3hrnHXuVvcbe4e94B73C1yz2ulo7qMbqM76u56nJ6in9Mr9Bq9Tm/R2/QefUAf10X6vKe8qFfG K++le7W9TK+Z10r5snGpZ3Mvdby6wbVU8IstTummSp5UndKyl2f/xZpaLGWvncK/77K9pJQqF3sw 9nRsdmxFbENsV+xUspdcNrlucqvkvORByX9Mfi55afK7yduTj8dVPDVeM95SybONG+8bfyiwFl8a Xt8JrlfVDK4Vng2ulX3rhVzbB9cqKwKvquwI/k6PYzEpvWV6p/TjVd2qBVX3VFtV7Xj1vTViQVk1 9tQ4iqdujfPXxgOr17YM6njt0PD6YHg9EFxrNg2udeLhdXR43RNcM9YEIyTj3fDvQ+G1OLheVzG8 Ng1iel2X8HpfyC8KrxvDa1judReDa/3yQS3rNw6v2dTFq9+9/oD6Y+pP569rGtRucGOD7g2GNpjQ 4KUGKxtsaXCgwfnM1My6mdmZeZlDM5/OnJu5KvPjzKNZKqtsVv2sNln3ZI3KejarICtYRzsNZwbW G74UXsPYNtwXXBsFsXUaFwZ/N6kUXkOvsm8Mr6eDa5sB4XVm0EPaLCR/+TZL26xrs6vN6bbRtpXb Nm3bqW1+2z+1ndm2oO2WtvvbnsuJ5dTIuTEnL+fBnOk5C3LeydkalHrb4sDabdv4O+2247kqt2xu /dzs3B65I3In5b6cuyZ3a+7R3Ivt0trVbXdLu7x2w9o93W5ukLv9pCB3h0r8XbpDrw6jOkzvsLDD 2g7bOxzvUNwxrWPdjq3sytrG4fauQa+4Xb6Fzua5fX6Qt1P98HpLeB0aXsP4dB4Q6HeeHeTvvDSI a+ctQf07HwmvJ8NrUZjvh+DaJS3I36VGeH0ruN7R9xffUV8bm7fKNxHatXMHS7/pvKncSItIC75H P9V7UM7we6P5HodnvRnKjd4Stf0tmhfNU1dFR0fHqLLRx6NjVYXok9EnVaXo+OhEdU10evQllR79 Z/Ssuq50ndL1VFbpzNKZqnHpb0p/o5rE3o9tVE1jhbFC1Sy5TPJVqnlyueRySr4LYpC9H5RxqrmN dRsvz86cLez9Oteu2++y6/ZBaoQaze80TFcv2mfeRWrFZbPhEXVKnVMXHc+JRd5SOrI0sizyV64F kTVcl0fe5roi8o69LrPS37gui6zlWhD5O9flkXe5roi8Z2OxLLLO/lVgtddzXRbZwLUg8j7X5ZGN XFdENlntgkih/Wu51d7MdVlkC9eCyAdcl0c+5Loi8pHVXh752P61wmp/wnVZZCvXgsinXJdHtnFd EfnMaq/4HxEZYJ8YRqk//UcR2U7Nl0Y+DyOzI4zMzjAyu8LI7LblLI3sCePzRRiXvWFcvgzjsi+M yFdhRPaHEfk6jMiBMCIHicihMCKHw4gcCSPyjzAiR8OIHCMix8OInAgjcjKMyDdhRE6FEfn2/4jI TDVXLfwfd8xfRuR0GJF/hhEpCiNyJozI2TAi3xGRc2FEvg97zA9hZH4MI3M+jMxP9JgLYXx+DuNz MYzLpTAuxWFEEkFEoiqISNQJIhJ1g4hEtUQk6gURiZogIlE/iEg0EkQkGg0iEi31GyKyUX2sdqh9 NiIn1Vl1wXGdpGhSEJFo6SAi0VgQkWhyEJFoPIhINEUiEi0TRCR6RRCRaGoQkeiVQUSiaUFEoldJ RKJlg4hEywURiZYPeky0QhCZaMUgMtGrpcdEKwXxiV4TxqdyGJ8qYVyulZpG08O4VA3jUi2MS/Uw LjWCuPzmiJwqiUjNMCK1wojUDiNSJ4xI3TAi9YhIRhiR68KI1A8j0iCMSGYYkSwi0jCMSKMwIo3D iDQJI9I0jMjviEizMCLNw4i0CCNyfdhjWoaRuYEec2MYmZvCyLQKI3NzEBm5E4jfch9wnuWbx4fa G0HU3hMq2TVwpo1Xtuqo8mLb7Ux/a7Sz92zs81CaEduB1MVyO0NpRmyXlVqjtzuUZsT2IIneF6E0 g28RrmGf1ZrZ9mhv17O97Kz+oPqjmhDbW1LSlyUl7Ssp6auSkvaXlPR1SUkHSko6+K+SYiet1DZ6 q+W+CaUZsVNIrS33bSj9mkeHSjw6XOLRkRKP/lHi0dESj46VeHS8xKMTJR6dLvHonyUeFZV4dKbE Izv2nfpOfbvor+jK6bXqbnW+FTiqnORG3OtlPXnWPhlWsn63sv26hxpqe/R8tdTOccetpq9iOlW5 7o/Jeco1zUOmLcxdMHa1l9zTSi3CtNtI+/0vtHNh7izR7oG24VviytvnzBrkOUc5Z5K729TryfM9 5Zwlz93k/kUeKcE9J17ZPHeKtvjjnhVN93xQspTk/iDeud9hpbt4IhFwz8jnGE1zc72NhXwjtfbH +0+7CYmYZlGjk3SS7HjrGBFLUm7KmRTxxXVPud8GeVISKcVlFHk8bdfNpReWXqiclEspl1gFyV6y 47CHb/9n83uPJ52tltvxC047u+w/+1ThrPsF6/BtWosvy1sgJzicFy/LO9v+k0/3j/sF6znj+DfN 8kMvszlGyS9Q/tLmXY68A8y+zGYb+0/exmZeZjOTf7ISrXiZzfr2v3uZTd+ppP71viK0afvYWUfe 1O/7pU37l/yTqBb+0ia/Ll3wS5tqpZJTFS9dZnOu/SdPYxMuszmBf3LiZcRlNuU57a7LbN7D73Hn XGbTLt1Vvv278WU2G/PPxiQ8JyO8HT0+v7ru/iRvKWx/iakk/2l/PN/4+9+/AuKUngfKGS4n/jDy AuRj+CXPkRmh1db4JXOmoyqWcJLjlf+kpPiooF/qE/41Wka/41fxq8ozvzNfbdUndbqurTN0fd1Q N9VP2Cfwp/UEPUlP09Ptk/hMPVvP1fP1Qr1YL9UF9sl8pX5Lv6Pf1Rt0of5Qb9Xb9S69V+/Xh/RR a+uUPm2f1s+a2ikXzQ3mJnOzudW0Nm3Nbaadud3cYX5v7jb3mj7mfjPYPGBGmofNo+ZxM9Y8aZ4y 481EM9lMNc+Y/zIzzPPmBTPL/NnMMX8x88yr5nWzzLxhVpu/mnfMWrPObDRbzMdmm9ludpjdZp85 YI6Y4+aUKTLnzHlz0Ve+50f9mF/GT/XT/PJ+Rb+yX92/1q/l1/Hr+df5Dfwsv5HfxG/uX+/f5N/s 3+r39Hv7/fyRpVeWXlX6rZgb82NJsXgsNVY2VjFWOVYtVjNWO1Y3lhHLjDWONYu1jLWKZcdyYu1j nWJdY3mxHrFesb6xAbFBsfz44/En4+Pjk+NT4/8VnxF/Pj4rPic+L/5K/NX4a/HX48vib8RXxzfH P4p/Gv88vjv+ZcqClEUpS1NWpKxKWZOyNmVdysaULSkfpnxs2+oTHdWyeKuiq9h5p5aupVxdT9ez rXmdvk55OktnKaOb6CbK12P1WBXRT+onVVQ/pZ9SpfR4PV4l6Yl6oiqtp+qpdtZ9Rj+jkvUM2w/i +nn9vErRs/QsVUbP0XPUFXqenqdS9av6VXWlfl2/rtL0Er1EXaWX6WWqrF6ul6ty+g39hiqvV+vV qoJ+W7+tKuq/67+rq/V6vV5V0pv0JnWN/kB/oCrrT/Qnqor+TH+m0vVOvVNV1V/oL1Q1/ZX+SlXX B/X/Y++846Qotr5/qnqqd2enuwYkiIgIiIiAuAQBERAQEZEkIOKSYQlLWGBZF0VEWJGLCAsiURBX cpKcQUByzpJEchAEQUVBr+Jz6jfD7LTv9Xnvvc99ff95tj97pqa+3TXV3XV+Fbq6+wxr/AXrAj1s XbYuUxHrG+sbesS6Zl2jotZ16zo9an1nfUfFVFFVlIqrEqoElVCVVCV6TFVRVaikqqqq0uOquqpO 8aqGqkGlVE1Vk0qrWqoWlVG1VW0qq+qpevSEaqgaUjnzlmsqrxJUAlVQLVVLelK1VW2pouqgOtBT qjP3DSupZJVMlVWKSqEqKk2l0dOqj+pDVVU/1Y+qqf6qP1VX6SqdnlED1UCqoQapQfSsGqwGU001 RA2h59RQNZRqqQyVQc+rEWoE1VYj1Uh6QY1So6iOGqPGUF01To2jeupD9SHVVxPVRGqgJqlJ9KLK VJnUUE1VU6mRmqlmUmM1V82ll9QCtYCaqCVqCb2slqll1JR9YDW9otapddRMbVQbqbnaqrZSC7VT 7aSWaq/aS63UfrWfWquD6iC1YQ85Qm3Vl+pLaqdOqVOUqM6pc9ReXVKXqIP6Rn1DHdV1dZ06qR/U D5Skbqlb1Fn9Xf2duqjf1e/U1bZsi7rZMXYMJdsBO0Dd7aAdpB52djs79bRz2Dkoxb7Xvpd62ffZ 91Gq/YD9AL1qF7ILUZpd2C5Mve0idhEz584uSq/bxexi1McuYZegN+ySdknqa8fb8fSmXdouTf3s snZZesuuYFeg/nZFuyINsKvYVSjdrmpXpbft6nZ1Gmg3t5vTO3ZruzUNshPtRPqbnWKn0ODAwsBC ejewOLCYhgSWB5bTe45wBA11lKNomON3/JThuI5Lw53sTnYa4eRyctH7zn3OfTTSecB5gD5wCjoF aZTzsPMwjXYecR6hMc6jzqM01inuFKdxzuPO4zTeKeOUoQ+d8k55muA85TxFE52nnafpI+cZ5xma 5DznPEcfOy84L1CmU9+pT584jZxGNNl52XmZpjjNnGY01WnltKJpTjunHU13OjodaYaT5CTRTKeL 04Vm6X66H83W6Tqd5uhBehDN1UP0EPpUD9VDaZ4eoUfQfD1Sj6QFepQeRQv1OD2OFumJeiIt1pk6 k5boyXoyLdVT9VRapqfr6bRcz9QzaYWeq+fSSr1AL6BVeoleQqv1Fr2F1ugdegd9pvfoPbRWH9AH aJ0+rA/Ten1cH6fPg1OCU2hDcEZwBm0MzgnOoU3B+cH5tDm4OLiYtgSXB5fT1uDq4GraFlwXXEfb gxuDG2lHcGtwK+0Mbg9up13BncGdtJvrnEKUYRWyilnxVlnrpjXUGmmNsyZamdZUa6a1xFphrbHW W5usbdYua591yDpqnbBOW+etr7lmuaoetW6qR1Vx6z1VV72oXlKvqBaqjWqvklQ31VO9ql5Xb6op aoaao+arxewvK1VxtVZtUFvUDrXHOsSfh9VxdVKdVRfVFfWt+l79pH5Rd2xp23acra2vVV07t1XI zmd3tcvZla2Cdiu7nd0xsMLxObGO42Rzcjp5nHxOAaewU9Ip7ZRzKjpVnOpOTae2U89p6DRxEpyW Tlung5OsB+h39Lt6uB6rJ+iPYefo+XqxXq636916v/5CH9NfBacHZwfnBRcFlwVXBdcGNwS3sOYP g9oT1F5A5yV03oLO+6DnCkpuQ8NjoOGx0HA/NDwOGh6AVjvQahdaraHVQWh1Nmh1dmj1PdDqHNDq nNDqXNDq3NDqe6HVeaDV90Gr80Kr74dK54NKPwCVzg+VfhAKXAAKXBAKXAgK/BAUuDAU+GEocBEo 8CNQ4KJQ4EehwMWgwMWhwCWgwI9BG0tCGx+HNsZDG0tBG0tDG8tAG8tCG5+ANpaHNlaANj4JbawI bXwK2lgJ2lgZ2lgF2vg0tLEqtLEatLE6tPEZaGMNaOOz0Maa0MbnoI21oI3PQxtrQxtfgDbWgTbW hTbWgzbWhzY24PbXg/QiVK4h9K0R9K0xNO0laFoTaNrLULCmULBXoGAJULBmULDmULAWULCWULBW ULDWULA20Ku20Kt20KtE6FV76FUH6FVH6FUn6FUS9Koz9KoL9Kor9Kob9CoZetUdetUDGtUTGpUC jeoFjUqFOr0KRUqDIvWGIr0GFXodKtQHKvQGVKgvVOhNqFA/qNBbUKH+UKEBUKF0qNDbUKGBUKF3 oEKDoEJ/gwoNhgq9CxUaAhV6Dyo0FCo0jDWnMA23ClqPWo9bZawfrPes962x1gTrY2uKNcNabC23 Vlvr2Cc2WzutvdZB64j1pXXKOmddMqWcNecH1pxirDl1VAPVWDVVzVVrlag6qa6qh0pVr6m+arKa rmareWoRl8MVqpj6TH2uNqvtard1kD+/UMfUV+qMuqAuq2vqO/Wj+ln9Zgtb2X7btS6pOnYuVpr7 7S52OdWYQy3ttnYHdSawlLuZMU7ACTo5nHud+50HnYecx5xSzhPOk05lp5rzrPO8U9d50XnJecVp 4bRx2jvddH89UA/WGXqM/lBPgp2t5+lFepnepnfpffqQPqpPBKcFZwU/DS4MLg2uDH4W/Dy4mVUn 439V539VJ6Q6aEk1hfa8Au1JgPY0g/Y0h/a0gPa0hPa0gva0hva0gfa0hfa0g/YkQnvaQ3s6QHs6 Qns6QXuSoD2doT1doD1doT3doD3J0J7u0J4e0J6e0J4UaE8vaE8qtOdVaE8atKc3tOc1aM/r0J4+ 0J43oD19oT1vQnv6QXvegvb0h/YMgPakQ3vehvYMhPa8A+0ZBO35G7RnMLTnXWjPEGjPe9CeodCe YdAe807hvBRnxohCI0nBH4I37QetK8Gf8aYKM2aEAQb2NTOyZGFkyccl/yz72hXrCsXgrMXaSXaS uUYnqpCmQpRKW2gfHafz9C3dFpJPUW5RQBQTZSmOclM+XqMolaSyVBGzw+pYP3L66dYttgMt/mXu 3/+dbYY9mKSqbL/G9mm7D9tqdl+2z+gVJLnnuortB3+S4k9I8TZS/AUp/ooU30WKryPFN5Dim0hx JVJcjRQF+ex+Zm2E3oqE+kdCAyKh9Ejo7UhoYCT0zt2Q830k9MPdUPDrSOgyQpI165R1mkj9pu6Q ZAWWnIaybbJZieMolhW0A5+tlcFV5ITHYGIxZnhPYBefj2Fma+tKVtg2M9aFeaY4VcRoYGGsnY3X 8EXW9YXXNERbb/E55vjQJ7aXoXvc+eiaFMyMel9gN2/1g5XBKoitdJvQ2qFP6wq2+pS3MkOSPipG 8VTOPMMuMvfIFzlnodGimsjnOViMMlm4tmvN5vSzh0Y9rXuse1jNn7NeIL8qo8qSVhXUU5TNftZ+ gXLa9exGdL/dxH6ZCtqv2M3oocDMwAIqEvgl8Ds97jZxW9AT+nO9mSrrk/okVQ/uDh6gZ4LHgpfo +Wwim6CmyFcM8lmdbS2qR+a6dfNwjmPC+c0XLmWhfD+HXH4MexIj0xbCv8KewnG4gmP7V+5FkJpw vs314h78n8bhvpTOoSE0gsNjwiOSoTXNO88qwGeqUh0ON+Q0qlJr6sDhruG9rIW9WQ17GvtUzrqR tbeBXSA7YW9G9tl8uwa7GPbsX3wUcmL/06gfDeT/IRw2V7v60SSaSrPDoQUca57qvSZ8PHKGz39t asD/TThsjmPtcEqhUF+OTQ8fmef/h0dmQKSc/P86Sjn4THelFHqNj8drfKSG4ChNpMlR32YyD41s h7aIqCz/m/LSkhJxhLK+pTEPHaHa2Kv3YZeE9/CPx2dY1FGYBzslSgMuho/eX3tcBGbqF6a78yKz hffnBYxYrzc2GAyzkvxZA4tZo0441swxKhleQvGSrMAngclEgamBqVzTXMJYetZYuORt/KYGDv4c /DH4U/BW8HbwlyDXhKznpsYl1LKSWyENyOJWSGNSXKOvYW0KXRtLxZE1v5NIj+t8+gGdXz+oC+iC upB+SBfWD+si+hFdVD+qi+niuoR+TJfUj+t4XUqX1mV0Wf2ELqfL6wr6SV1RP6Ur6cq6in5aV9XV dHX9jK6hn9U19XO6ln5e18bVqBLyFc70YDkYdUMtKuj+pqUO6hw6p86lc+t79X06j/t391f3jvu7 Ji20pX1aaVvH6Fjt13E6oB3taq2z6ez6Hp1X349rf8XFY3wAvxO3OPyzDJqrWCKWWz6t3D7uG25f 9023n/uW298d4Ka7b7sD3XfcQe7f3MHuu+4Q9z13qDvMzXCHuyPc992R7gfux26m+4k7xZ3tzncX u6Pcse4Ed5I7zx3t/uB+5E51J7rT3MnuDHemO8ud7s51P3XnuAvdRe4Cd4x71r3ljneXuOPcje5u 94y7wl3pLnOXu2vcz9zP3Q3ufvege8j9wj3ifumecE+6p9zz7kX3G/eq+6P7k7vHXequcle7a911 7np3k7vF3exudbe5290d7k53l7vX3ececA+7R91j7nH3K/e0e8n92r3sXnGvud+637u33Z/dX9wb 7nX3O/eme879kI9OPW5lmbm/hakyn2tzLf9+9tH3uW6aS/M5dhUvRbn1dYgepdO8VKCzvDzJLbHz 7LWXeHmKLvNSib7hpTL9xEsVuk0/09P0d16q0W+8VOc2m6RnhE/4qIbghgg9K2KFn2qKgAhQLeEK l54XQRGk2iK7yE4viBwiB9URuUQuqivuFfdSPXGfuI/qi/vF/dRAPCAeoBfFg+JBaigKioLUSDwk HqLG4mHxML0kHhGPUBPxqHiUXhZDxBBqKsaIMfSKGCfGUYK5VkjNxEQxkZqLSWIStRCZIpNaisli MrUSU8VUai2mi+nURswUM6mtmC1mUzsxV8ylRDFPzKP2YoFYQB3EIrGIOoolYgl1EsvEMkoSK8VK 6ixWi9XURXwmPqOuYp1YR93E5+JzShYbxUbqLjaLzdRDbBVbqafYLrZTitgpdlIvsVvsplSxV+yl V8V+sZ/SxEFxkHqbq6L0mjgqjtLr4rg4Tn3EV+IrekOcEqeorzgjztCb4pw4R/1i+I/ecmu6Nal/ 2GP/p17533l8yGMT5N/YY9+V78Jja1Mh9k7jm8YLI37L/vobvFX+wV+Nt0b5asi/tXkXt0+UFGU4 5WwyB9kylyxOcXKoHEoF2XPjuLfy73nuRPbUj9h/J4U9eDJ76zT21Onw1dnsq3PYW+ezLy9kb13E 3v0h/Nt4dvofvDfku5+Fvfev993dfJTqh323Bpm7jJNoAPvuu7yUpUz6hJ7g1sgCKk8realAX/Dy JJ3hpSKd4+UpusBLJfqal8p0hZcqdJWXp+kWL1XpF16q0a+8VKc79Dv7riUs9lolFHttjIih50Qc n4ta3Bdz2Hf59LLvcoXHvnuPuId9N6fIyb6bW+Rm380j8rDv5hV52XfziXzsu/lFfvbdAqIA+24h UYh9t7AozL5bRBRh3y0qirLvFhPF2HffE++x744VY9l3x4vx7LsTxAT23Y/ER+y7H4uP2Xc/EZ+w 704RU9h3p4lp7LszxAz23VliFvvuHDGHffdT8Sn77nwxn313oVjIvmtmZnYSS8VS9t3lYjn77iqx in13jVjDvrtWrGXfXS/Ws+9uEBvYdzeJTey7W8QW9t1tYhv77g6xg313l9jFvrtH7GHf3Sf2se8e EAfYdw+JQ+y7R8QR9t1j4hj77pfiS/bdk+Ik++5pcZp996w4S/3EeXGe3oqJjYml/m4q17sDQjUw oSVI96B1Y2aXFgq3GupiNsZqXki/pM3TLcxM1ByUD7U+98D1C7qOrqvr6fq6gX5RN9SNdOM/ruO2 dtu4bd12bqLb3u3gdnQ7uUl/XAd3ZuTi3tW94btOzOx7Xoe3Tfq/peN2dntF5sWavfHp1hyPFg+X S4F+QCy3NrJx2gXu9rfdNN7b56mO2xuf9d3X8VnXNW/yfp7Wsa1D603pd811/rpI7flwTjq7Xdyu bjc32e3u9nB7uimcg392j0K5/W/Tid5rPu5N9Mu6qX5FJ+hmurluwefhXzsLUUdGXmI1NfORzROv zX2yWfGWvBwhoZagedJKY5SDeuGYSpzqYMrwxBXluFSa54kzM5hbU2Y4zqS5iGMCcpgczVkeK8eS H28TjcPbRAN4m6iDt4m6eJuoxttEc+BtojnxNtFcgVuBW4Q3WMsx9O+9jVT40dL0tzWtV7nG4iNk 8d5bodn89c2AkZzOy1X+DXMH5u2o+AxLSzyViP9PR+J9Mo2Xn+Qajt3A/9sixDxp3Lz/QMgrkTgp a+GthqP4/3DUmqv434zbkCwdtW4+aZ6C2olDV0JvtQqvbZ6Kwe1oeUAelSez1hdXJe+drMBklVxv 3ucX2SKB//NzfCbvW0LUFqukedaKzWSwzDDhyBb9SeAdhCWj4rpy3FFTF4uhUbFNcEewJWvI2uJO VHwVzKeyuK1dWlaI+s2a5s2KYiRmZWXFxstsmC8lxR0RHxWfR9zGcwMscVFcFZlZhO4Ic/9rbSa7 WAWPRm2zg5XRzKYy746InD9uP83ErC9zl3yBqPgR3EKbjDlVAjOmwvE0SQzkFp0gc/ZuZJ1vGkSD RFdh+pXmGTRHo0hX0VDUFOYZM+bJP2sjRHHvsqGoIEoIPibcdxeYLXV3q3Jcl+Xjesnc32zmVmVt lY+Xn4RErsyTU5LDLORHXPblBDmBXN9o32jSeN9sMLZmbE3Kxj7Rm7Kj7Mej7JeC75QOXgleoTJ4 02xZ+BG83d+G/tW3sUo5jn/5rifGyU8i2z7A2x6mIlwyz1K8PM/pPGWn2qn0NFKritSqIbXqSK12 RImEnAY7Dv3rmwhPgl0ZqqPYnw0xMwtz31UtTtPHqjXLeBSvad55WQxzYnOTOce+wAbz9myENkZC mxAyT87JkCOgVvHYJg/3QkLbGCW8u1VWeFM4HLWlKVGck3J8blKpD7eHB9FQGknjwmM1Zk7/GjL3 y+/hfs1x7tVcxAzl21x6fdyqycatFj733AopKcqKiqIql586XIqaipYiUXQWPUSa6CvSxWCRIUZx fyKT+wtz5TDO/zCZwTZDDmc7nPMi5QjzVl35vhzJdqT8gO0HfFSkHMWKK+Voc6bkGNZdyeo7Dmdw vDkOfB6lnMAlSPpGcwmS9qtcgmRsTVZVyeUogW2CvxnbZv7mbJv7W7BtAbVt6W/F1rzbWPpbm1Lk b8PKat4W3Q5anMg20d+ebXt/B7Yd/B3ZdvSzovk7+bnm9if5O7Pt7O/Ctou/K9uu/m5su7GCS3+y vztb86Zk6e/BZ1+ypqewNW9Nlv5e5p3U/lQ/59n/qj+NbRqXeunvzSVEctn/ke2PXOpl4BaXesll /zpbU/ZlECNdXBKz7qbJA98K3cFm/cc8LC/dHed2Aj/xUR1qrLyMsrqAhJ7HWnIP60JN0Vr04TM8 j1t7Z8WvMreMl7VlouzHZ2mR3CUvsiDltcpa9axOVro10Vpm7bOu+Hy+/L4Kvoa+rr5BvkzfKt8h 37cqVhVSlVQT1UMNUVPVWnVUfW87dhG7qp3Afphhz7Q32Cfsn2KyxRSLqRHTMua1mJExc2O2xJyO +SU2Z2zJ2FqxbWP7xo6JXRC7I/Z87B1/Hn9pfx0+c/39H/qX+Pf4v46TcfniysU1iOscNzBuUtyK uANxVwN2oECgYqBxIDkwODA5sCZwOHDDiXMKO1Wcpk6KM9SZ7qx3jjs3Xe0Wdau7zd007inN5r7J Sfc298hKcD+wte6jR/GRjyVNOU0Jjx2Kcn4Z9usIyQDJAMnwkOEgw0GGe8gIkBEgIzzkfZD3Qd73 kJEgI0FGesgHIB+AfOAho0BGgYzykNEgo0FGe8gYkDEgYzxkLMhYkLEeMg5kHMg4DxkPMh5kvIdM AJkAMsFDMkEyQTI95BOQT0A+8ZDJIJNBJnvIFJApIFM8ZCrIVJCpHjINZBrINA+ZDjIdZLqHzACZ ATLDQ2aCzASZ6SGzQGaBzPKQ2SCzQWZ7yByQOSBzPGQuyFyQuR7yKcinIJ96yDyQeSDzPGQ+yHyQ +R6yAGQByAIPWQiyEGShhywCWQSyyEMWgywGWewhS0CWgCzxkKUgS0GWesgykGUgyzxkOchykOUe sgJkBcgKD1kJshJkpYesAlkFsspDVoOsBlntIWtA1oCs8ZDPQD4D+cxDNoBsANngIRtBNoJs9JBN IJtANnnIZpDNIJs9ZAvIFpAtHrIVZCvIVg/ZBrINZJuHbAfZDrLdQ3aA7ADZ4SG7QXaD7PaQPSB7 QPZ4yF6QvSB7PWQfyD6QfR6yH2Q/yH4POQByAOSAhxwEOQhy0EMOgRwCOeQhX4B8AfKFhxwGOQxy 2EOOgBwBOeIhR0GOghz1kGMgx0COechxkOMgxz3kS5AvQb70kBMgJ0BOeMhXIF+BfOUhJ0FOgpz0 kFMgp0BOechpkNMgpz3kDMgZkDMechbkLMhZDzkHcg7knIecBzkPct5DLoBcALngIRdBLoJc9JBL IJdALkUTH+pTH+pTn6c+NS3Y2KHGysuwWaQ3SG+Q3tEE7d2hxsrLsBFi2sCxQ42Vl2GzSAJIAkiC hzQDaQbSzEOagzQHae4hLUBagLTwkJYgLUFaekgrkFYgrTykNUhrkNYe0gakDUgbD2kL0hakrYe0 A2kH0s5DEkESQRI9pD1Ie5D2HtIBpANIBw/pCNIRpKOHdALpBNLJQ5JAkkCSPKQzSGeQzh7SBaQL SBcP6QrSFaSrh3QD6QbSzUOSQZJBkj2kO0h3kO4e0gOkB0gPD+kJ0hOkp4ekgKSApHhIL5BeIL08 JBUkFSTVQ+AlfniJ3+Mlph/FJA0kzUPgP374j9/jP9yPMj0bvyGwWQQ1egA1esBTowdQowdQowc8 NXoANXoANXrAU6MHUKMHUKMHPDV6ADV6ADV6wFOjB9aCrAVZ6yHrQNaBrPOQ9SDrQdZ7yA8gP4D8 4CE/gvwI8qOH3AK5BXIrmpheaexQY+Vl2CzyDcg3IN94yFWQqyBXPeQayDWQax7yLci3IN96yHWQ 6yDXPeQGyA2QGyCSskX3iTFepDHmUwLjRU+gl9wAveQXMdrTEH3lRugrN8bITy+M/KSi39wX/eY3 0W/ux/3mG/QW94snk0sFqBj3nqtQLWpIzakD9aA+NJAyaBzGqTH6gRBGQBDCKAhCGAlBCKMhCGFE BCGMiiCEkRGEMDqCEEZIEMIoCcZ8bpLEWJQvNJKAuwKHMaPATY4PIPcOCZFAuak0VaJ61JpSwrk1 d/Uuo210gE7QRbpBv0RmE9bCr5h217jQ6ABaWuNQZ04Ix5gW1jic/bsx+xBzNSpmP2KuIcakeAAp mtDBSOhQJPRFJHQ46peP4JcvRNI4GlnrWCR0PBL6MhI6EZXGV0jjYiSNk5G1TkVCpxEKla/caGuM 49aqJT/izx38OSmS2lns1bd399OMWnOpm8m9rBg5j/tNjlzA/R1XLuZ+SlAu4x5Bdro7yy9fOA3T dv4I7eRJ4ZjtiNmBGDOCuZLzEH1d5Fz47JtxSIw3hr7xWTajRFJWkFU5ribGiV4MxxWWJdimhEft 78ZqmZv3pzkv+aLjxU/iDv9ODSw+DzkhzJlvKRM9sVvEHk4np6wl63ni54ll5BO/il9lvCznIaPE RFLmSp84K3P/4ddfE/05/9k8cYmC6zmxSPzqia0nmpBl5i2Ii574cqJK5F7nPR6STxRmOwmjoVmx ttBsB4vZ0bHsB7c59SoiRWR44o/SaY4vIhLMXdNR8evZg3zmqq+oHnq6foSYpz/46CbdFEVFbQ8Z SqNI0XGz8HbFPMw8QULRWizfi5we1pjMc7jveOKqsg6ZXF/xxBbD82gLeOJyU362W4QTjjWlbK48 +h8aJ49c8YLOCuishMJarLBprFBGVQtBVR/CCGTh8Ni6mT8R0iyjVrgOxtpjLOatygORqwD/oesK 3KawcDyMN2bNlW2IX8OcObksPAJrwu97R0rR8x6GXvZo8NkmNbFLmKdMG1UoJJsjvUaIX4KrPYdD V7kisZNwtYprb3EzfA0rFD9INuZ4c1WuRFRsD/P2BjHS+JykqPimZi3Rh//vRMVWN54luMUrxokD UfHFjFcL8zT5fVGxOc0bIEQ5DnUOvRciFE+/CvOeAPME3MlRsRfFLlyHkqKSSIuK3yPMHMQbzFKj YlcgRVZnLuW1ouIzcYXOvHuyZlTsEHjWXA6dFnmj4lOE0Z1ReFJvVmxzYa789iPzLICrUfE1hJkP bd61cSUqtiTehdGAQwPDV75C8bnhYeb635pwrDQ1t7l6Ikfy+bVwLTgG5SgWZ3vyv3VtV5JfTpZT ONVpGCmcJWfx7yyVS0nJ5XIF1yJ7uf6MlQe4ZoyTX3Bd6MhTXCe54Ro9clUaOYlDvTObSx7J+dI8 P34xRss2SHM96DB7rpInuAbEE8W4ps66egVfwnUowb8RHucPXTVmOx32II5MTlx7v/uEhMb/oavj RmWGsY+RHIWrzCYViVQspOJDKgqp2EglgFQcpOJyXsyT6biGpiKY/enjWBHyS7QJawav4xqJL3QN hT+vg1tQC2KdeI7PWG+/mVMRurryE6t3AtdMo8Rx7OlL4fiTHF9d9OVlmyd+C9cCxcSycK1xN3YB x+YUmeJDT+yH/HlHjBD9PLED+fNr0Ucke2KT+fMA+2BDT2xT/lwjGovqntjq/Dld1AjXKndjS/Dn CFFSVPTEcl1PfUSecC3z0l/STg6V9snh0i5Q2i0uqQu4zO/l8mijnMegnPvlcS59cVyLfAM/+Q/N wYjMpDA6vgl2A+xGlPHxsMNhM2C5Zc7lykdfBIJBHdD0Z8+tK0xB3VF30km6s+6iu+puOll31z10 T52ie+lU/Sr94ydzGK0K8tZ379moHr4TIgH3BIRmikv9mu4I2wk2CbYzbBfYrrDdYJNhu8P2gO0J mwLbCzYV9s/zFLlSrdeQz5pqnbdMuQ7dMVIyUufl1usoxjpJlvWx9at1yrri/R6eeW/u1uiBbUwr uijV0ubev9PWDbICu3jdnRy+aV3h0DVrMYfPhnm5f4Xzb0U43b1HICPyq6WpuV5LOf/kVweYvEel H1rzH/3+P7FmOCcDsP//Z57KRo7sesphLWES2tbcPzTPmsJH+mLUt5vhLU1bIzTnSen1wWAwWzB7 0PQBzMx4lE+dpnvr14M5/nTO+z8zI8v0HrbQ3VlPZu5C90gbK/Zuu4fMXLv86LWYHPlw9SDU/9wc Dt1tP2b1Uu72akNpdOC+Z/4/KfNSjg8cNdoP2xK2HWxn2C6wXWG7wSbD9jSWff4orp8f/TdnWqWR /uOdbZ47LriFFzA9z1Gw443lnB5BTo8gp0eQ0yPI6RHk9AhyegQ5PYKcHkFOjyCnR/7ndZ+vHK7H 5xH5RWGug+K5x1OJ66ha3CNqzHVYa9HBzPzhnlQ/MzeI650xZu6QmMk9siVilVjPPTbMRRInxXlx RdzgHt+vUspY7hHmlHllAVkkNBtKVjGzpWQD2YT7iG1lJ5ksU2Uf2V8OkkO5VTSO+8JTufWxgPu2 a7jm2Cb3yEOs4qflRXlVfi9vyzuWj3Umm5XbymcVsopaJa2yVkWrqlXTqmM1tJpaLa1Eq7PVw0qz +lrp1mArwxplfWhlWtOtudYia4W11tpk7bD2WYetE9ZZ62vrW/aPX3zks32O7x5fHl9+X2FfMV98 5CxlwA6HHQH7PuxI2A+izuRo2DGwY2HHZZ1hOQE2E/YT2MmwU2Cnwk6DnQ47A3Ym7CzY2bBzYOfC fgo7D3Y+7ALYhbCLYBfDLoFdCrsMdjnsCtiVsKtgV8Ougf0MdgPsRthNsJtht8Buhd0Gux12B+xu 2D2we2H3we6HPQB7EPYQ7Bewh2GPwB6FPQZ7HPZL2BOwX8GehD0Fexr2DOxZ2HOw52EvwF6EvWSs D+fLfhW2t7GxNaN8MQG2GWxz2BZRPtoKtjVsG9i2Ub6bCNsetgNsR9hOsEn/hH93h+2R5ev+FNhe sKmwyLk/DRb55/aTsTibAZzNAM5mAGczgLMZWAu7Dnb9H1WE2zhHzHwh2G9gr8Jeg/0W9jrsDWP/ gvZeqI8g8HYPB0+YJu6B3LDu93X0dfIl4bvAgjXzbiXCM935L++6+PS8q21/sUG1Bt1yRYzMTM87 l6NmSiFKBeL9tiquLZlXUXwbO664LXwivbwUvsxG8S/Gl4iKyTc5f/98XMWYpT61pV7UnRtV7SmV /6uYJb5gVGK+nA8VmmpnDz6WvZLccX/VVnPe7Pv767kz03Olx6f7NsanW3MyLSmkzFGGs1jmwiOD pujaxfojw2Xi3UhuheJ89UY2rZd8dg75UqNSOeKzmy+xOeJebtOrU1Jyx9TuyaWyxWsTGZMjpmH7 xG7dkxNL5Y/PZ2LicuSqm9QupXuv7h1SCzzTPaVH95Q2qUm8RcH4Bw23cuTJ4o2TurV/rFFqm249 CjR4plp8/nvdUmXiy5QuXzo+vkLpMgn8tWx8ucjX+AGL/5/kzI0PGB7I4atbv0HDUo/EPxz6mj/5 maQendqnFKjR6NkCzzaqV7HmE6UrPFamfPnyj1WoVr5cqYfjHwrtUb5/uEeN2qekJbVrH58uCkUf YaHIShdB4vg4mS4E7Ti5477gg2OapLc6Wr30odhuyz5av+Fa3wpzmpb5tMuABisGF4xrMX/sYyMS tm4suajOoXapTX87tfndxvsCu36bODD763OnFCzUrczpeScfrvrsyHpuu9ji75X/qn5M5xPF9mZL GP5yi48q/3JvO7mlR5XVha41W3ir9KrzPde8/vvtnZdffjr1jYvfv9n35aaPzz2gZx4bfKzqgxUL VTvrLyIzd114eM/Qjm+fqnn7nbobj3fIv7VXv6eWpN07fVpmZupLMy+0zlOtbYWt7WvO8eXu0OTK z9N3Vt/bonHi4wNu761AwWxdzrxdcliVWlefb1L76odJN3cGs/09pmzttl3FsOStBQbuaL6/3fj8 GS2uBqflrjW7y8mCj0uL/WhKuvDzEVHxD/AhfUD7cvtyUtP7q1zb/J39wdpSlcstmRtoUfrGgP+q zjzDmsq2Pp4QQgkYgQgoRao0CTlJQLoU6SVUUSBK7yIQQ0eFUEQBC0WQmtBRmoIKAmJDaVIUy0iT IlKkWhBQuQccHcbr3Jn74b4+76dkrb3POufZ679+Z+191jXEL0K/FeAK3yIi+/E3cx1fxLT6SsBK 1c7Ku3JVmwHLtQkC9MaAIaBP1aVqx+xxJ5N9lTAYJ9IhGe9veZJx8vHG+Hp5rHkxviQfZ38n8hHM 9zSuZXE9iaAqZcApwH4GJrAw4XBGKJTeCDAA9L7ZAF2Myu83CAwM/NkNXEj/ITIZQK097w56VgDx LSSM6YeChK2phG51JB42OXtMobY2LEfZPDJ/WUShB1bjaX118qVPLOydj5lnipJ/9DhfH2MTIYu3 uENUd4uoiVzg5cx68dAzB0w+McSlpi5JZiyq85tHnA7Qgx1byOC+Xv6brfA5J2WcndzK/XMq7bPI C+G7Gc4poEJYjW7iexunyzTuh/GKhqH6EJ8MTwnC+ZlPnlNkJAgRBg6F+dZdmhc8/TEtyL4vLrnT 5eb5s5upmVHTxKthGlQHdMMeNxceKUpP0SnrRdxI3uumhCvCdYkSzyvjLc646+rSnkMr5x0473HT 0CNKh0x8KlRnBiQrtdruJrrdgHRsPs0+201Hweonp2WZ6QWV8T9VvwZi7A2IsZ4NGKtkr0DEdSnn 9K9juPJHjAX/T2AhAgh9LXqejePOLoIWHm6HwagbQIbFyeJweDxe8SvIZL+bQETk/wXIfp8O+4vp fwum8QpiruCmjxJh9fDQ42UzUwGlEhZqSr3qR6tO48f2qRWYccpaFnRWx5WoFcsPoU2n5bgIs8Yh vaiA2ErpOWtiydTQM0n/Ud5o8Yy3H9HZGrt2sqiv3FS+UUv0T+IyN2zFN8lXvp06Vvxeg5PI5MIv JD8nfUOYhe0yW1agcHRUmEkt79nK93lf4t6xphOo71sQQsMXR6C7dD9jKJ4RsPclcn3J+7JWDHuQ lF6FMxxfRp6GkGOdhxzv7ZCRKs/aKoDcfu1OhWg10rR+gC+JqF8YfPVab8eSb6gENKpGSrKzsQQO H3q52c/4cxlRJFJy6kGTQfO4eNTjY/f3sKRA4JdNXPyavoHJHlwR4s8KFbaBVtZ+hTZ44xdpjOGr Udtvnlgi4TQWALO1YXZ6kBf5OoDWj/kBFbJmwlFSeKycotxOWVcHV8BRHot2cMbLo2UdHPBoh12g Kb/L0QmQw+FlZR2c/wTANvbx1kfVXPuhLfIyeC6uWqN0hABg9RWAJgCIQCqIwBjt/wqAoJZBJYMi tgPAdx0WjQOwwDoCbTYgkACAENyAwN3/DIF/EZv8M95hnx2W4tiHj3iSdX9qSalHy5gpe+bgoKft 9eBOusz6APfss7RMlrvHc+PnjW+kKK5sejmU8e6A6GbehFhOpbDeso6qlkM3FKW1j4qyW4oBmzat 6k7CGF+Nuh6QDs3iL2Fb5qskL5h4eGWXiEa9mD5PHTySP+vJU2romD0fdmvLcb2Hxle0luZUkrw1 n4+HjXFTM9zdmSWW6FJn2WE33MzLbk9UHSl85PTQYHj36FvC51Xayzo6lPIBwYG9annlZ9WxCv4S B+lLdLzH3ocEqzcIPBzXflI+fGD3e/8HY65O9u1P0qNOJIgCi7OyXU78lzXdDJCGjUrI2WspSkUK ozsSmQpjXcG2DV4P8i7/K+8QDngxnvVuDfsj5uzW6YFgThQ7mbQg7QzdxgUDFx67DeD+k5P5e16w aGDnVy6I/sEFcx8fEA5gojxcPZwcyC6CGv5kdx+SBzl4HWZgA4bH4nBYRTwOhBnudxO3Zv5Kzv4d wa6QrInbAOdG/nR7QUHNCwEWh3bzPvVpb5uf9PqSysX2clCJHMlzHUPFvVkduKNJEHlCgvTK7UOc bC0X1H83515qbJhQ0BBs6Jehy/ji847BLP/YzotHtI4/i+h927CwK7+FqN1XUab6UsI9laeogHTE ap47efSzXDKJ+jTAbnugdmS0AlfXEVs4KJmEgisemBfbWL4kkiWHAzCW/VsA64+PEhw/t7XY6WBN a8VRo+pAJ0mSTUL4gTxBlYpTPfuQpsAQTSRYUSSk4Ljrhs9MnF4/QjvOa6u+LmWCfNChZXfbxotZ jIdcNFjQ6ZRXUciuDiQWcGcntLGfsVK5XcpsB3v8jWAHwRWxATavkQEFha7SwwEY+LOBXj8lyRqs +DfT04MKjAE4GJh/35pwQunh64HB9ve7j24tyuduLOGx2KmUoTR75WKsT6FK/XM0sO37pC109Kzb ERALiD+4ndkD0fgTy5ClFHt1K/HUVztQn6SGEBYp1qP5gOlXlukDuoA2dQ9VI0btn7Ps+zAJlPYa gtYpZrmBYnoACOUNFFP4bxq5tYLZ8zXqv/OLDgqxVtx9XEynYspH/TLuqucUEnO4WH9xys5/2kgZ /WxPGcuXtgk0Nk+kPcw0LVzoQKkqxuhGbrFV5ohvXU31x+Cr+qTF3ZMax1uHWLk92goyBdHLLKb3 rB6iRwwe1fu+Lt6UCyuwellzynDfQopm5vzb2ZmRGAFZlRqr9DkLkWipfApf0nAyI//CMOFjPK11 HFVwjtDM++gMKUXKzzuD5yPfnMVTt3bhVSL/w9z4BvErwU5WWrlmD5cm8vZb9WfQaWth7N69KO+h 4A5/yk9BjU55vC7Jlb7ZvJMN6XL6Qu/73GUOMWYXheT5EAGDuu4hq/GuoPNbiS1yXHb9Sfz6p9E3 y2S1+GbYOHkgB/rlbIU60h4wz0Qj4028kSiCapikXiap++2h1ttvfPP2Je47mpxA5dWD2Sx25rkh yAW7ptEY7uYxkjzHO5/LKm6UJfMrCXgul+3IU/1sA87vfDp0eh5zTwTfo69+vCI9KHAquxSxghJX LxtdGio5rlPHaK/rYq9OqNR8Q5iuCgh+jpBl9uYLxwoMIy37X9FWXumylTmnrZpyyYQ1woVChlM0 xD3uJp1JaUl4niFUvomYOZdbHuMeyeqJrgvwgvCfL1vgCv3AFSlaG9vpWayLxaT3jfipPoMcc9Tt 7ohtqdm6jCQl3M5TraBT91z1yDg/zFbMVi1vyvT0ripAYWAE+T37jd9c7rLr/Ob7FfwG5AFZACS2 HB5Ya0Zx2HUT3GqD5q/b7v8dvXNohy4P9uolSoV5yWwbahgeabpgJmJa1tG/lSC6eaa7qNuojAwI sk8xPrFM4dRP5tVMLE8jAmIvIF7joQ1vTjJuXkTSp82dbBdow4ueyFp458Yn/Sn0dSz/5GtCHu22 iEVrwrJ2J3PXwYquSk363KXCQ0luzyT6dCwqY7peSejIiJfGmOw1Zx2FSa94nj0LHD7x1hrIWj72 NLVqXCj12MdHqLdM1y28zau1z+boQQx0XdnFJV2LU0cfM0QY5C5FFbHrbmGm5ERN7w36Ak3nN2WK hrABOtPXB0R06u6hLXMqtgdpYAPbMwaVI5NoDnRX+Tdd/rSYcQXaIWxouboEv3tHkOUbvS+BK1L0 n+j9043wn+jNtpHeoAcCRKR9hW/EWSAi4ef4pTnlO/zP5UlhCy7johlQC8qMjux/x4iScfl/Q/1/ tHUH15ot9dRdIkxrV/9EdVlgb0ewmTH0sgzZz9abFXWp42bomRqZHo7ceG/Hmn10bQRBlOmF/hD1 4X11FfvT+Yb4oTGldUELcV1vlKEzwzfPIODNCXrDcxac/SaXEkdfJ3g+Cb89lrzAgImGTZyTEhX2 XfnwaTTogsymRcZh3/qthKzTXghSSg1NMdMN3WSGnHQkqnGlxQmqDTPy4JbasQYBWNWdJJbmSV/V 1WgEavAOwuH03LMa7ilC3PEmuZ0H8xqn6o+yaIb2WJCEZoDWuiAXoi2UG7EF+ejFlrT3KrWu+6vQ mNdL0THtZlbjWb7Jh0oVjXo+BDde3BriKDmbmyEpyxDI49iiut1bgDLH8kC6rnNP1aulN0evjuQX k+VqCE1+IhxiASwq5vF+Njp7ttRXVVUauzXnaK6GBwuFZ3MCruOaHAd5mrOFhbr2TOycqHun1y7d 8xwXbiQmpSdqZzNpNVs4cCGrVcmnIUKczMA+EyDUmEG5LW557bKn6klagEP1YRqqsPGi7hyHz+dT uENXvgyaNceLtLg2ZPGf4HCmU0VXWJ+pGRV6dbWy1ak6yBLeoyFjWppcWRB0qYp63p/nt8QTKH9h DK6Y6TDVNn5HI3U2qlXo6dR2k5b0Gf2Xi1AXn5MsR5s9mscOTxaldmAlV5FNtsTnxry058uYbDWZ vVxeLai8z1gKPVjC9EV0UCgAltuv65d/fmzyxyEyNeLeWrv2u36ZYVjWjSfU4AP8YbFgkcDGUc61 ZvDbhfRYEEq3VO0udNtE29z/DbM0GDMcMGE9FwY4b7iEFWsFWFKlwiUgxhAPiBOEBPFZP+R2hZAh ghBLSDDEF7TcQL8D+M8dEkwTCxf9y2IlB/v6uJEcfN2DMT+8VOgpUEglzNnbe9YWl8ae9aQ7h0sk NiSd0aZ4tjpuX/It1VnfQrs2YuQXgSOHVU3YBpSumSnpz6ll1zDOaQo+HNRiNdYYIg1bzxrrOYVz C2m3jTKV4BkMVmeeL0M9P1Uou2ZMe/XNFdDrHgjlzJHaa6LTLCyn/OA6AGdlBh4+FejpTwy217yv qCJCPVFIVpZji58j5xwVyRVSVBcqwjxLjr4y+CbPNl2vFvbYj6ncW+OafoSMMx/6pQg1jH2HKfuz 44GFvRiP5SWtWYTT8Im8zugO+ztmt27eqWxsju1D8PoW8As453dFTsnKjfWZG425lHOUeTsOiHY+ 9eTlYgrbGh21UjPBMESj0EkAFDrRP3LEgKXQcYIu9nVVnv5lXcDPv0hs0OQBYOtGSbL88WUFCt78 +wgcu/nrKRtWFiuPk5fF2/ybIl9xC065zM6QGCUjaKmLwG0Uoof+B16vaaXwA6Fllxz8BOebyk+J 6mmed+XPBmF72e+0B7U8Ct67jTlHpGgscovRJamA9+YGUrVH4JqaQMhFXOC58pLi6cXCHr95iXS1 3sfTNyWK7ATEm+aX4xF5EyFeyapLGGbcxA5Nv0FHG1ZbouVC65PhAUMKp90ZfWiSRiaV14v2qL5q JiJpZbtSbf9cX7zaxTAfWsstzpI6qdikUMW4kaJlqbnODwKTvmY6EUtWopekxJECVfehc2X2AhQ1 Kvqh45BSnHbF4+7D+SbtVgW2aXvVLNqRr7hd4H15R3wT7jZqnlcXGBIKeExswPZc6PpYqD2uONFo 605WuD4mHMai7Zgr1qAk9QnyL6rlesYNCmVuZHN0cmVhbQ0KZW5kb2JqDQo2NTIgMCBvYmoNClsg MFsgNzc4XSAgMTM1WyAzNTBdIF0gDQplbmRvYmoNCjY1MyAwIG9iag0KPDwvVHlwZS9YUmVmL1Np emUgNjUzL1dbIDEgNCAyXSAvUm9vdCAxIDAgUi9JbmZvIDE2NSAwIFIvSURbPEEyREYyMDk5NDlF NDgxNDk5NThEOEZBRjM3RjhDRTg3PjxBMkRGMjA5OTQ5RTQ4MTQ5OTU4RDhGQUYzN0Y4Q0U4Nz5d IC9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDE0NTQ+Pg0Kc3RyZWFtDQp4nC3Xe/yecx3H8fv9 u40cRii2DjtvYaYjpdhBpYgSy2ZIYlnJNoZROeyYQ5IKOYQdbJazbSSnNsJmNGaWDhSbjTVhksr2 89vnef/++D0f133f1+O67uv+3p/XdTcaHX/t7en4v32jsYmz8WLRdlCx2VTcU3R6ojjw3k1kac/i qdnFsnPhuaePK5YfgHOKZ+ywoq149thi5VXFqluL1VcWa5cU68Zvoq3btUX3AbgM7UWPUXiy6Dm6 6FNHaNt1ftF/WjFhC1yKDcXEkXi8mLQnlhWT3yrOe7O4oFFc91Ax7VA8UkzfB7cXM/rhwWLmgmLu WGws5p2ApcX8vTG9uHNIcdd+xaO9cFuxqCsmYm2xeCjWF0u2LFZdU7y0O1yC1TvhwmKNd7TG1X15 YbHuvuLVecU7/XF3sWEPzCg2dsFFRXsdqNm4pdhqt2LrgfDgNr1RS6rZuS9uwMPFtiNRi6G53Zxi hzqJZrcriu43Fz0GwUt67oizsLroNaXo3QUT8ErR5zDUam32Parod2Kx7/Ji4Cg8VwwaisXF4MF4 vhiypjj8GLxRDLP7MLsPt/twux/hQCOc7jgnOO7G4tSeuLw4rTMmFaf3wXTUJ9YcfzRcyDOuLs68 pLC8mxPfLiaNxspi8gjUGmxOObmYen4xs76GzesHoD7w5qyuuLiY3Qmzijk7F3fsX8w9spi3ori/ hkfzAQdaUIOlueiQYnHHCXZ8WRs35WksxzNFozNaL1nRscNjk1tbjc3RRNCGTtgM2+A92AJbY0ts haHY1vH+ZOtr2Anb4f14H96L7bEDdkQ37IwP40Pogq74AD6IXdEdu+Aj6IGe6IXe6IO+6IePYzd8 DB9Ff+yOAdgDn8Mn8FnsjU/iU9gTe+HT+Az2xz74Ir6AfTEQgzAYQ7AfPo+v4ks4GAfhyzgAB+Ir OAyH4hB8HafiGz73Z20NxzAcjnEYgSNwNI7EUfgWvoljcAqOx3E4Ft/GdzEKI/EdnICT8H18Dyfi ZIzFaIzBQzjN2/yzrQdwFk7Hj/BDjMcZOBM/wBScjcmYhHNwLiZgIn6OqbgEP8OPcR7OxwW4ED/B RfgpLsY1+AV+javxS1yKy3A5foUrcCWuwmxci1m4HtdhGqZjBmbiVtyAW3Az5uA3uBE34X7chvtw L27HHZiLeZiPO3EXfou78TvcgwexEL/HAgulNRn+YOsvth7FI3jYc0ZJWmNmEVqz/HEswWNYjCex FH/EE1CEhj40luEp/A//wN/xPFagNcRb3+nWmm+9h7/ib3gOb2I9XsQLeBkrsQovYTXW4J94BWvx L6zDq3gDr+F1/Bdv4z/4N95ykfUhMhjFS6t4/8c72ICNaPfKVlN1M7oZMY3YRGwiwtHNqGh0M7oZ MY3QRurSqqhgRiIjkZHISGRUNJoaoY1uRiIjkZHISGRUNJoa/YtgRiIjkZHIqGEkMhIZky/CF2si ihfdjBpGMCOfMSNjRkYNo1zRv6hhtDFKGU2NmEZMo5TRv6hhtDG6GQM3whdNjZhGKaOUUcoobIQo ChTBjFJGKaOUUcqIaZQyeht3QdHN6Gb0L9Iad09pVVQwI58R06hh5DOCGcGMikZeIjaRyEhkJDIS GRWNREYiI5GRz8h1JDISGd2MikYiI5HRzaho5Dr6F3cJaeVTKWMgRf9ilET/InWRwchgZDAmWEy+ 6GZkMMIXGYxERmgjfJHBiGIkMvIZGYwoRiKjOdG4KF70L1ocwYxERiIjUtGjqGEkMhIZ/YvCRm8j whHMyGAkMhIZiYwoRkwjrdHbqGEkMhIZmYiARc4ibhHaCGYkMhIZiYxERiIjkZHISE+kJ0IbiUyr fyIcZY67pwhmWsFU0Whq3HVF/9IqpW5GRaOUUcNoY5Z0/Nx5bXr9THp9YbH+4E10GjOmGPtCccpe xbjjN7H5Sbs0Gu8C9B3XeQ0KZW5kc3RyZWFtDQplbmRvYmoNCnhyZWYNCjAgNjU0DQowMDAwMDAw MTY2IDY1NTM1IGYNCjAwMDAwMDAwMTcgMDAwMDAgbg0KMDAwMDAwMDEyNiAwMDAwMCBuDQowMDAw MDAwMjI3IDAwMDAwIG4NCjAwMDAwMDA1ODggMDAwMDAgbg0KMDAwMDAwMTE1OCAwMDAwMCBuDQow MDAwMDAxMjExIDAwMDAwIG4NCjAwMDAwMDE0ODYgMDAwMDAgbg0KMDAwMDAxOTEzMiAwMDAwMCBu DQowMDAwMTE4ODE3IDAwMDAwIG4NCjAwMDAxMTk0NjMgMDAwMDAgbg0KMDAwMDExOTY4MCAwMDAw MCBuDQowMDAwMTE5NzQwIDAwMDAwIG4NCjAwMDAxMTk5MDcgMDAwMDAgbg0KMDAwMDEyMDEzNyAw MDAwMCBuDQowMDAwMTIwMTkxIDAwMDAwIG4NCjAwMDAxMjAzNTMgMDAwMDAgbg0KMDAwMDEyMDU3 OCAwMDAwMCBuDQowMDAwMTIxMTg1IDAwMDAwIG4NCjAwMDAxMjQwNTkgMDAwMDAgbg0KMDAwMDEy NDMzNSAwMDAwMCBuDQowMDAwMTI0ODI2IDAwMDAwIG4NCjAwMDAxMjU5MDAgMDAwMDAgbg0KMDAw MDEyNjMyNyAwMDAwMCBuDQowMDAwMTM4OTExIDAwMDAwIG4NCjAwMDAxMzkwNTMgMDAwMDAgbg0K MDAwMDEzOTE1OCAwMDAwMCBuDQowMDAwMTM5MjYzIDAwMDAwIG4NCjAwMDAxMzkzNjggMDAwMDAg bg0KMDAwMDEzOTQ3MyAwMDAwMCBuDQowMDAwMTM5NjMwIDAwMDAwIG4NCjAwMDAxNDAyOTAgMDAw MDAgbg0KMDAwMDE0MTc0OSAwMDAwMCBuDQowMDAwMTQyMjQxIDAwMDAwIG4NCjAwMDAxNjQxMDMg MDAwMDAgbg0KMDAwMDE2NDI0NSAwMDAwMCBuDQowMDAwMTY0MzQ5IDAwMDAwIG4NCjAwMDAxNjQ0 NTMgMDAwMDAgbg0KMDAwMDE2NDU1NyAwMDAwMCBuDQowMDAwMTY0NjYxIDAwMDAwIG4NCjAwMDAx NjQ4MTkgMDAwMDAgbg0KMDAwMDE2NTExMCAwMDAwMCBuDQowMDAwMTY2MTMyIDAwMDAwIG4NCjAw MDAxNjY0MDAgMDAwMDAgbg0KMDAwMDE3MjIyOCAwMDAwMCBuDQowMDAwMTcyMzcwIDAwMDAwIG4N CjAwMDAxNzI0ODcgMDAwMDAgbg0KMDAwMDE3MjYwNCAwMDAwMCBuDQowMDAwMTcyNzIxIDAwMDAw IG4NCjAwMDAxNzI4MzggMDAwMDAgbg0KMDAwMDE3Mjk5NSAwMDAwMCBuDQowMDAwMTczMjQ5IDAw MDAwIG4NCjAwMDAxNzcwMDggMDAwMDAgbg0KMDAwMDE3NzE1MCAwMDAwMCBuDQowMDAwMTc3MjU1 IDAwMDAwIG4NCjAwMDAxNzczNjAgMDAwMDAgbg0KMDAwMDE3NzQ2NSAwMDAwMCBuDQowMDAwMTc3 NTcwIDAwMDAwIG4NCjAwMDAxNzc3MjkgMDAwMDAgbg0KMDAwMDE3Nzk4NiAwMDAwMCBuDQowMDAw MTgyMzA2IDAwMDAwIG4NCjAwMDAxODI0NDggMDAwMDAgbg0KMDAwMDE4MjU1MyAwMDAwMCBuDQow MDAwMTgyNjU4IDAwMDAwIG4NCjAwMDAxODI3NjMgMDAwMDAgbg0KMDAwMDE4Mjg2OCAwMDAwMCBu DQowMDAwMTgzMDI3IDAwMDAwIG4NCjAwMDAxODMzMDUgMDAwMDAgbg0KMDAwMDE4OTg1NCAwMDAw MCBuDQowMDAwMTg5OTk2IDAwMDAwIG4NCjAwMDAxOTAxMTMgMDAwMDAgbg0KMDAwMDE5MDIzMCAw MDAwMCBuDQowMDAwMTkwMzQ3IDAwMDAwIG4NCjAwMDAxOTA0NjQgMDAwMDAgbg0KMDAwMDE5MDYy MyAwMDAwMCBuDQowMDAwMTkwOTE0IDAwMDAwIG4NCjAwMDAxOTE5MzMgMDAwMDAgbg0KMDAwMDE5 MjE4MCAwMDAwMCBuDQowMDAwMTk1NjI3IDAwMDAwIG4NCjAwMDAxOTU3NjkgMDAwMDAgbg0KMDAw MDE5NTg4NiAwMDAwMCBuDQowMDAwMTk2MDAzIDAwMDAwIG4NCjAwMDAxOTYxMjAgMDAwMDAgbg0K MDAwMDE5NjIzNyAwMDAwMCBuDQowMDAwMTk2Mzk2IDAwMDAwIG4NCjAwMDAxOTY3ODIgMDAwMDAg bg0KMDAwMDE5OTIxMCAwMDAwMCBuDQowMDAwMTk5NDg2IDAwMDAwIG4NCjAwMDAxOTk1OTggMDAw MDAgbg0KMDAwMDE5OTcxNSAwMDAwMCBuDQowMDAwMTk5ODE0IDAwMDAwIG4NCjAwMDAxOTk5NzMg MDAwMDAgbg0KMDAwMDIwMDEwNCAwMDAwMCBuDQowMDAwMjAwMTM0IDAwMDAwIG4NCjAwMDAyMDAy OTMgMDAwMDAgbg0KMDAwMDIwMDM2NyAwMDAwMCBuDQowMDAwMjAwNjE3IDAwMDAwIG4NCjAwMDAy MDEyNTkgMDAwMDAgbg0KMDAwMDIwNDQ0MSAwMDAwMCBuDQowMDAwMjA0NzE3IDAwMDAwIG4NCjAw MDAyMDQ4NjMgMDAwMDAgbg0KMDAwMDIwNDk2OSAwMDAwMCBuDQowMDAwMjA1MDc1IDAwMDAwIG4N CjAwMDAyMDUxODEgMDAwMDAgbg0KMDAwMDIwNTI4NyAwMDAwMCBuDQowMDAwMjA1NDQ1IDAwMDAw IG4NCjAwMDAyMDU1OTIgMDAwMDAgbg0KMDAwMDIwNTY5NyAwMDAwMCBuDQowMDAwMjA1ODAyIDAw MDAwIG4NCjAwMDAyMDU5MDcgMDAwMDAgbg0KMDAwMDIwNjAxMiAwMDAwMCBuDQowMDAwMjA2MTcy IDAwMDAwIG4NCjAwMDAyMDY0NDMgMDAwMDAgbg0KMDAwMDIxMjQzNyAwMDAwMCBuDQowMDAwMjEy NTg0IDAwMDAwIG4NCjAwMDAyMTI3MDIgMDAwMDAgbg0KMDAwMDIxMjgyMCAwMDAwMCBuDQowMDAw MjEyOTM4IDAwMDAwIG4NCjAwMDAyMTMwNTYgMDAwMDAgbg0KMDAwMDIxMzIxNSAwMDAwMCBuDQow MDAwMjEzNDgwIDAwMDAwIG4NCjAwMDAyMTg3MTkgMDAwMDAgbg0KMDAwMDIxODg2NiAwMDAwMCBu DQowMDAwMjE4OTg0IDAwMDAwIG4NCjAwMDAyMTkxMDIgMDAwMDAgbg0KMDAwMDIxOTIyMCAwMDAw MCBuDQowMDAwMjE5MzM4IDAwMDAwIG4NCjAwMDAyMTk0OTkgMDAwMDAgbg0KMDAwMDIxOTc3MyAw MDAwMCBuDQowMDAwMjI2MDcyIDAwMDAwIG4NCjAwMDAyMjYyMTkgMDAwMDAgbg0KMDAwMDIyNjMz NyAwMDAwMCBuDQowMDAwMjI2NDU1IDAwMDAwIG4NCjAwMDAyMjY1NzMgMDAwMDAgbg0KMDAwMDIy NjY5MSAwMDAwMCBuDQowMDAwMjI2ODUyIDAwMDAwIG4NCjAwMDAyMjY5NzggMDAwMDAgbg0KMDAw MDIyNzAxMCAwMDAwMCBuDQowMDAwMjI3MTY1IDAwMDAwIG4NCjAwMDAyMjcyNDAgMDAwMDAgbg0K MDAwMDIyNzQ4NCAwMDAwMCBuDQowMDAwMjI3NzI5IDAwMDAwIG4NCjAwMDAyMjk5ODkgMDAwMDAg bg0KMDAwMDIzMDEzNiAwMDAwMCBuDQowMDAwMjMwMjU0IDAwMDAwIG4NCjAwMDAyMzAzNzIgMDAw MDAgbg0KMDAwMDIzMDQ5MCAwMDAwMCBuDQowMDAwMjMwNjA4IDAwMDAwIG4NCjAwMDAyMzA3Njkg MDAwMDAgbg0KMDAwMDIzMTA0OSAwMDAwMCBuDQowMDAwMjM4NzQ2IDAwMDAwIG4NCjAwMDAyMzg4 OTMgMDAwMDAgbg0KMDAwMDIzOTAxMSAwMDAwMCBuDQowMDAwMjM5MTI5IDAwMDAwIG4NCjAwMDAy MzkyNDcgMDAwMDAgbg0KMDAwMDIzOTM2NSAwMDAwMCBuDQowMDAwMjM5NTI2IDAwMDAwIG4NCjAw MDAyMzk4OTUgMDAwMDAgbg0KMDAwMDI0MjI0NiAwMDAwMCBuDQowMDAwMjQyNTIzIDAwMDAwIG4N CjAwMDAyNDI5MDMgMDAwMDAgbg0KMDAwMDI0NTQzNSAwMDAwMCBuDQowMDAwMjQ1NzEyIDAwMDAw IG4NCjAwMDAyNDYwOTIgMDAwMDAgbg0KMDAwMDI0ODE0NCAwMDAwMCBuDQowMDAwMjQ4NDIxIDAw MDAwIG4NCjAwMDAwMDAxNjcgNjU1MzUgZg0KMDAwMDAwMDE2OCA2NTUzNSBmDQowMDAwMDAwMTY5 IDY1NTM1IGYNCjAwMDAwMDAxNzAgNjU1MzUgZg0KMDAwMDAwMDE3MSA2NTUzNSBmDQowMDAwMDAw MTcyIDY1NTM1IGYNCjAwMDAwMDAxNzMgNjU1MzUgZg0KMDAwMDAwMDE3NCA2NTUzNSBmDQowMDAw MDAwMTc1IDY1NTM1IGYNCjAwMDAwMDAxNzYgNjU1MzUgZg0KMDAwMDAwMDE3NyA2NTUzNSBmDQow MDAwMDAwMTc4IDY1NTM1IGYNCjAwMDAwMDAxNzkgNjU1MzUgZg0KMDAwMDAwMDE4MCA2NTUzNSBm DQowMDAwMDAwMTgxIDY1NTM1IGYNCjAwMDAwMDAxODIgNjU1MzUgZg0KMDAwMDAwMDE4MyA2NTUz NSBmDQowMDAwMDAwMTg0IDY1NTM1IGYNCjAwMDAwMDAxODUgNjU1MzUgZg0KMDAwMDAwMDE4NiA2 NTUzNSBmDQowMDAwMDAwMTg3IDY1NTM1IGYNCjAwMDAwMDAxODggNjU1MzUgZg0KMDAwMDAwMDE4 OSA2NTUzNSBmDQowMDAwMDAwMTkwIDY1NTM1IGYNCjAwMDAwMDAxOTEgNjU1MzUgZg0KMDAwMDAw MDE5MiA2NTUzNSBmDQowMDAwMDAwMTkzIDY1NTM1IGYNCjAwMDAwMDAxOTQgNjU1MzUgZg0KMDAw MDAwMDE5NSA2NTUzNSBmDQowMDAwMDAwMTk2IDY1NTM1IGYNCjAwMDAwMDAxOTcgNjU1MzUgZg0K MDAwMDAwMDE5OCA2NTUzNSBmDQowMDAwMDAwMTk5IDY1NTM1IGYNCjAwMDAwMDAyMDAgNjU1MzUg Zg0KMDAwMDAwMDIwMSA2NTUzNSBmDQowMDAwMDAwMjAyIDY1NTM1IGYNCjAwMDAwMDAyMDMgNjU1 MzUgZg0KMDAwMDAwMDIwNCA2NTUzNSBmDQowMDAwMDAwMjA1IDY1NTM1IGYNCjAwMDAwMDAyMDYg NjU1MzUgZg0KMDAwMDAwMDIwNyA2NTUzNSBmDQowMDAwMDAwMjA4IDY1NTM1IGYNCjAwMDAwMDAy MDkgNjU1MzUgZg0KMDAwMDAwMDIxMCA2NTUzNSBmDQowMDAwMDAwMjExIDY1NTM1IGYNCjAwMDAw MDAyMTIgNjU1MzUgZg0KMDAwMDAwMDIxMyA2NTUzNSBmDQowMDAwMDAwMjE0IDY1NTM1IGYNCjAw MDAwMDAyMTUgNjU1MzUgZg0KMDAwMDAwMDIxNiA2NTUzNSBmDQowMDAwMDAwMjE3IDY1NTM1IGYN CjAwMDAwMDAyMTggNjU1MzUgZg0KMDAwMDAwMDIxOSA2NTUzNSBmDQowMDAwMDAwMjIwIDY1NTM1 IGYNCjAwMDAwMDAyMjEgNjU1MzUgZg0KMDAwMDAwMDIyMiA2NTUzNSBmDQowMDAwMDAwMjIzIDY1 NTM1IGYNCjAwMDAwMDAyMjQgNjU1MzUgZg0KMDAwMDAwMDIyNSA2NTUzNSBmDQowMDAwMDAwMjI2 IDY1NTM1IGYNCjAwMDAwMDAyMjcgNjU1MzUgZg0KMDAwMDAwMDIyOCA2NTUzNSBmDQowMDAwMDAw MjI5IDY1NTM1IGYNCjAwMDAwMDAyMzAgNjU1MzUgZg0KMDAwMDAwMDIzMSA2NTUzNSBmDQowMDAw MDAwMjMyIDY1NTM1IGYNCjAwMDAwMDAyMzMgNjU1MzUgZg0KMDAwMDAwMDIzNCA2NTUzNSBmDQow MDAwMDAwMjM1IDY1NTM1IGYNCjAwMDAwMDAyMzYgNjU1MzUgZg0KMDAwMDAwMDIzNyA2NTUzNSBm DQowMDAwMDAwMjM4IDY1NTM1IGYNCjAwMDAwMDAyMzkgNjU1MzUgZg0KMDAwMDAwMDI0MCA2NTUz NSBmDQowMDAwMDAwMjQxIDY1NTM1IGYNCjAwMDAwMDAyNDIgNjU1MzUgZg0KMDAwMDAwMDI0MyA2 NTUzNSBmDQowMDAwMDAwMjQ0IDY1NTM1IGYNCjAwMDAwMDAyNDUgNjU1MzUgZg0KMDAwMDAwMDI0 NiA2NTUzNSBmDQowMDAwMDAwMjQ3IDY1NTM1IGYNCjAwMDAwMDAyNDggNjU1MzUgZg0KMDAwMDAw MDI0OSA2NTUzNSBmDQowMDAwMDAwMjUwIDY1NTM1IGYNCjAwMDAwMDAyNTEgNjU1MzUgZg0KMDAw MDAwMDI1MiA2NTUzNSBmDQowMDAwMDAwMjUzIDY1NTM1IGYNCjAwMDAwMDAyNTQgNjU1MzUgZg0K MDAwMDAwMDI1NSA2NTUzNSBmDQowMDAwMDAwMjU2IDY1NTM1IGYNCjAwMDAwMDAyNTcgNjU1MzUg Zg0KMDAwMDAwMDI1OCA2NTUzNSBmDQowMDAwMDAwMjU5IDY1NTM1IGYNCjAwMDAwMDAyNjAgNjU1 MzUgZg0KMDAwMDAwMDI2MSA2NTUzNSBmDQowMDAwMDAwMjYyIDY1NTM1IGYNCjAwMDAwMDAyNjMg NjU1MzUgZg0KMDAwMDAwMDI2NCA2NTUzNSBmDQowMDAwMDAwMjY1IDY1NTM1IGYNCjAwMDAwMDAy NjYgNjU1MzUgZg0KMDAwMDAwMDI2NyA2NTUzNSBmDQowMDAwMDAwMjY4IDY1NTM1IGYNCjAwMDAw MDAyNjkgNjU1MzUgZg0KMDAwMDAwMDI3MCA2NTUzNSBmDQowMDAwMDAwMjcxIDY1NTM1IGYNCjAw MDAwMDAyNzIgNjU1MzUgZg0KMDAwMDAwMDI3MyA2NTUzNSBmDQowMDAwMDAwMjc0IDY1NTM1IGYN CjAwMDAwMDAyNzUgNjU1MzUgZg0KMDAwMDAwMDI3NiA2NTUzNSBmDQowMDAwMDAwMjc3IDY1NTM1 IGYNCjAwMDAwMDAyNzggNjU1MzUgZg0KMDAwMDAwMDI3OSA2NTUzNSBmDQowMDAwMDAwMjgwIDY1 NTM1IGYNCjAwMDAwMDAyODEgNjU1MzUgZg0KMDAwMDAwMDI4MiA2NTUzNSBmDQowMDAwMDAwMjgz IDY1NTM1IGYNCjAwMDAwMDAyODQgNjU1MzUgZg0KMDAwMDAwMDI4NSA2NTUzNSBmDQowMDAwMDAw Mjg2IDY1NTM1IGYNCjAwMDAwMDAyODcgNjU1MzUgZg0KMDAwMDAwMDI4OCA2NTUzNSBmDQowMDAw MDAwMjg5IDY1NTM1IGYNCjAwMDAwMDAyOTAgNjU1MzUgZg0KMDAwMDAwMDI5MSA2NTUzNSBmDQow MDAwMDAwMjkyIDY1NTM1IGYNCjAwMDAwMDAyOTMgNjU1MzUgZg0KMDAwMDAwMDI5NCA2NTUzNSBm DQowMDAwMDAwMjk1IDY1NTM1IGYNCjAwMDAwMDAyOTYgNjU1MzUgZg0KMDAwMDAwMDI5NyA2NTUz NSBmDQowMDAwMDAwMjk4IDY1NTM1IGYNCjAwMDAwMDAyOTkgNjU1MzUgZg0KMDAwMDAwMDMwMCA2 NTUzNSBmDQowMDAwMDAwMzAxIDY1NTM1IGYNCjAwMDAwMDAzMDIgNjU1MzUgZg0KMDAwMDAwMDMw MyA2NTUzNSBmDQowMDAwMDAwMzA0IDY1NTM1IGYNCjAwMDAwMDAzMDUgNjU1MzUgZg0KMDAwMDAw MDMwNiA2NTUzNSBmDQowMDAwMDAwMzA3IDY1NTM1IGYNCjAwMDAwMDAzMDggNjU1MzUgZg0KMDAw MDAwMDMwOSA2NTUzNSBmDQowMDAwMDAwMzEwIDY1NTM1IGYNCjAwMDAwMDAzMTEgNjU1MzUgZg0K MDAwMDAwMDMxMiA2NTUzNSBmDQowMDAwMDAwMzEzIDY1NTM1IGYNCjAwMDAwMDAzMTQgNjU1MzUg Zg0KMDAwMDAwMDMxNSA2NTUzNSBmDQowMDAwMDAwMzE2IDY1NTM1IGYNCjAwMDAwMDAzMTcgNjU1 MzUgZg0KMDAwMDAwMDMxOCA2NTUzNSBmDQowMDAwMDAwMzE5IDY1NTM1IGYNCjAwMDAwMDAzMjAg NjU1MzUgZg0KMDAwMDAwMDMyMSA2NTUzNSBmDQowMDAwMDAwMzIyIDY1NTM1IGYNCjAwMDAwMDAz MjMgNjU1MzUgZg0KMDAwMDAwMDMyNCA2NTUzNSBmDQowMDAwMDAwMzI1IDY1NTM1IGYNCjAwMDAw MDAzMjYgNjU1MzUgZg0KMDAwMDAwMDMyNyA2NTUzNSBmDQowMDAwMDAwMzI4IDY1NTM1IGYNCjAw MDAwMDAzMjkgNjU1MzUgZg0KMDAwMDAwMDMzMCA2NTUzNSBmDQowMDAwMDAwMzMxIDY1NTM1IGYN CjAwMDAwMDAzMzIgNjU1MzUgZg0KMDAwMDAwMDMzMyA2NTUzNSBmDQowMDAwMDAwMzM0IDY1NTM1 IGYNCjAwMDAwMDAzMzUgNjU1MzUgZg0KMDAwMDAwMDMzNiA2NTUzNSBmDQowMDAwMDAwMzM3IDY1 NTM1IGYNCjAwMDAwMDAzMzggNjU1MzUgZg0KMDAwMDAwMDMzOSA2NTUzNSBmDQowMDAwMDAwMzQw IDY1NTM1IGYNCjAwMDAwMDAzNDEgNjU1MzUgZg0KMDAwMDAwMDM0MiA2NTUzNSBmDQowMDAwMDAw MzQzIDY1NTM1IGYNCjAwMDAwMDAzNDQgNjU1MzUgZg0KMDAwMDAwMDM0NSA2NTUzNSBmDQowMDAw MDAwMzQ2IDY1NTM1IGYNCjAwMDAwMDAzNDcgNjU1MzUgZg0KMDAwMDAwMDM0OCA2NTUzNSBmDQow MDAwMDAwMzQ5IDY1NTM1IGYNCjAwMDAwMDAzNTAgNjU1MzUgZg0KMDAwMDAwMDM1MSA2NTUzNSBm DQowMDAwMDAwMzUyIDY1NTM1IGYNCjAwMDAwMDAzNTMgNjU1MzUgZg0KMDAwMDAwMDM1NCA2NTUz NSBmDQowMDAwMDAwMzU1IDY1NTM1IGYNCjAwMDAwMDAzNTYgNjU1MzUgZg0KMDAwMDAwMDM1NyA2 NTUzNSBmDQowMDAwMDAwMzU4IDY1NTM1IGYNCjAwMDAwMDAzNTkgNjU1MzUgZg0KMDAwMDAwMDM2 MCA2NTUzNSBmDQowMDAwMDAwMzYxIDY1NTM1IGYNCjAwMDAwMDAzNjIgNjU1MzUgZg0KMDAwMDAw MDM2MyA2NTUzNSBmDQowMDAwMDAwMzY0IDY1NTM1IGYNCjAwMDAwMDAzNjUgNjU1MzUgZg0KMDAw MDAwMDM2NiA2NTUzNSBmDQowMDAwMDAwMzY3IDY1NTM1IGYNCjAwMDAwMDAzNjggNjU1MzUgZg0K MDAwMDAwMDM2OSA2NTUzNSBmDQowMDAwMDAwMzcwIDY1NTM1IGYNCjAwMDAwMDAzNzEgNjU1MzUg Zg0KMDAwMDAwMDM3MiA2NTUzNSBmDQowMDAwMDAwMzczIDY1NTM1IGYNCjAwMDAwMDAzNzQgNjU1 MzUgZg0KMDAwMDAwMDM3NSA2NTUzNSBmDQowMDAwMDAwMzc2IDY1NTM1IGYNCjAwMDAwMDAzNzcg NjU1MzUgZg0KMDAwMDAwMDM3OCA2NTUzNSBmDQowMDAwMDAwMzc5IDY1NTM1IGYNCjAwMDAwMDAz ODAgNjU1MzUgZg0KMDAwMDAwMDM4MSA2NTUzNSBmDQowMDAwMDAwMzgyIDY1NTM1IGYNCjAwMDAw MDAzODMgNjU1MzUgZg0KMDAwMDAwMDM4NCA2NTUzNSBmDQowMDAwMDAwMzg1IDY1NTM1IGYNCjAw MDAwMDAzODYgNjU1MzUgZg0KMDAwMDAwMDM4NyA2NTUzNSBmDQowMDAwMDAwMzg4IDY1NTM1IGYN CjAwMDAwMDAzODkgNjU1MzUgZg0KMDAwMDAwMDM5MCA2NTUzNSBmDQowMDAwMDAwMzkxIDY1NTM1 IGYNCjAwMDAwMDAzOTIgNjU1MzUgZg0KMDAwMDAwMDM5MyA2NTUzNSBmDQowMDAwMDAwMzk0IDY1 NTM1IGYNCjAwMDAwMDAzOTUgNjU1MzUgZg0KMDAwMDAwMDM5NiA2NTUzNSBmDQowMDAwMDAwMzk3 IDY1NTM1IGYNCjAwMDAwMDAzOTggNjU1MzUgZg0KMDAwMDAwMDM5OSA2NTUzNSBmDQowMDAwMDAw NDAwIDY1NTM1IGYNCjAwMDAwMDA0MDEgNjU1MzUgZg0KMDAwMDAwMDQwMiA2NTUzNSBmDQowMDAw MDAwNDAzIDY1NTM1IGYNCjAwMDAwMDA0MDQgNjU1MzUgZg0KMDAwMDAwMDQwNSA2NTUzNSBmDQow MDAwMDAwNDA2IDY1NTM1IGYNCjAwMDAwMDA0MDcgNjU1MzUgZg0KMDAwMDAwMDQwOCA2NTUzNSBm DQowMDAwMDAwNDA5IDY1NTM1IGYNCjAwMDAwMDA0MTAgNjU1MzUgZg0KMDAwMDAwMDQxMSA2NTUz NSBmDQowMDAwMDAwNDEyIDY1NTM1IGYNCjAwMDAwMDA0MTMgNjU1MzUgZg0KMDAwMDAwMDQxNCA2 NTUzNSBmDQowMDAwMDAwNDE1IDY1NTM1IGYNCjAwMDAwMDA0MTYgNjU1MzUgZg0KMDAwMDAwMDQx NyA2NTUzNSBmDQowMDAwMDAwNDE4IDY1NTM1IGYNCjAwMDAwMDA0MTkgNjU1MzUgZg0KMDAwMDAw MDQyMCA2NTUzNSBmDQowMDAwMDAwNDIxIDY1NTM1IGYNCjAwMDAwMDA0MjIgNjU1MzUgZg0KMDAw MDAwMDQyMyA2NTUzNSBmDQowMDAwMDAwNDI0IDY1NTM1IGYNCjAwMDAwMDA0MjUgNjU1MzUgZg0K MDAwMDAwMDQyNiA2NTUzNSBmDQowMDAwMDAwNDI3IDY1NTM1IGYNCjAwMDAwMDA0MjggNjU1MzUg Zg0KMDAwMDAwMDQyOSA2NTUzNSBmDQowMDAwMDAwNDMwIDY1NTM1IGYNCjAwMDAwMDA0MzEgNjU1 MzUgZg0KMDAwMDAwMDQzMiA2NTUzNSBmDQowMDAwMDAwNDMzIDY1NTM1IGYNCjAwMDAwMDA0MzQg NjU1MzUgZg0KMDAwMDAwMDQzNSA2NTUzNSBmDQowMDAwMDAwNDM2IDY1NTM1IGYNCjAwMDAwMDA0 MzcgNjU1MzUgZg0KMDAwMDAwMDQzOCA2NTUzNSBmDQowMDAwMDAwNDM5IDY1NTM1IGYNCjAwMDAw MDA0NDAgNjU1MzUgZg0KMDAwMDAwMDQ0MSA2NTUzNSBmDQowMDAwMDAwNDQyIDY1NTM1IGYNCjAw MDAwMDA0NDMgNjU1MzUgZg0KMDAwMDAwMDQ0NCA2NTUzNSBmDQowMDAwMDAwNDQ1IDY1NTM1IGYN CjAwMDAwMDA0NDYgNjU1MzUgZg0KMDAwMDAwMDQ0NyA2NTUzNSBmDQowMDAwMDAwNDQ4IDY1NTM1 IGYNCjAwMDAwMDA0NDkgNjU1MzUgZg0KMDAwMDAwMDQ1MCA2NTUzNSBmDQowMDAwMDAwNDUxIDY1 NTM1IGYNCjAwMDAwMDA0NTIgNjU1MzUgZg0KMDAwMDAwMDQ1MyA2NTUzNSBmDQowMDAwMDAwNDU0 IDY1NTM1IGYNCjAwMDAwMDA0NTUgNjU1MzUgZg0KMDAwMDAwMDQ1NiA2NTUzNSBmDQowMDAwMDAw NDU3IDY1NTM1IGYNCjAwMDAwMDA0NTggNjU1MzUgZg0KMDAwMDAwMDQ1OSA2NTUzNSBmDQowMDAw MDAwNDYwIDY1NTM1IGYNCjAwMDAwMDA0NjEgNjU1MzUgZg0KMDAwMDAwMDQ2MiA2NTUzNSBmDQow MDAwMDAwNDYzIDY1NTM1IGYNCjAwMDAwMDA0NjQgNjU1MzUgZg0KMDAwMDAwMDQ2NSA2NTUzNSBm DQowMDAwMDAwNDY2IDY1NTM1IGYNCjAwMDAwMDA0NjcgNjU1MzUgZg0KMDAwMDAwMDQ2OCA2NTUz NSBmDQowMDAwMDAwNDY5IDY1NTM1IGYNCjAwMDAwMDA0NzAgNjU1MzUgZg0KMDAwMDAwMDQ3MSA2 NTUzNSBmDQowMDAwMDAwNDcyIDY1NTM1IGYNCjAwMDAwMDA0NzMgNjU1MzUgZg0KMDAwMDAwMDQ3 NCA2NTUzNSBmDQowMDAwMDAwNDc1IDY1NTM1IGYNCjAwMDAwMDA0NzYgNjU1MzUgZg0KMDAwMDAw MDQ3NyA2NTUzNSBmDQowMDAwMDAwNDc4IDY1NTM1IGYNCjAwMDAwMDA0NzkgNjU1MzUgZg0KMDAw MDAwMDQ4MCA2NTUzNSBmDQowMDAwMDAwNDgxIDY1NTM1IGYNCjAwMDAwMDA0ODIgNjU1MzUgZg0K MDAwMDAwMDQ4MyA2NTUzNSBmDQowMDAwMDAwNDg0IDY1NTM1IGYNCjAwMDAwMDA0ODUgNjU1MzUg Zg0KMDAwMDAwMDQ4NiA2NTUzNSBmDQowMDAwMDAwNDg3IDY1NTM1IGYNCjAwMDAwMDA0ODggNjU1 MzUgZg0KMDAwMDAwMDQ4OSA2NTUzNSBmDQowMDAwMDAwNDkwIDY1NTM1IGYNCjAwMDAwMDA0OTEg NjU1MzUgZg0KMDAwMDAwMDQ5MiA2NTUzNSBmDQowMDAwMDAwNDkzIDY1NTM1IGYNCjAwMDAwMDA0 OTQgNjU1MzUgZg0KMDAwMDAwMDQ5NSA2NTUzNSBmDQowMDAwMDAwNDk2IDY1NTM1IGYNCjAwMDAw MDA0OTcgNjU1MzUgZg0KMDAwMDAwMDQ5OCA2NTUzNSBmDQowMDAwMDAwNDk5IDY1NTM1IGYNCjAw MDAwMDA1MDAgNjU1MzUgZg0KMDAwMDAwMDUwMSA2NTUzNSBmDQowMDAwMDAwNTAyIDY1NTM1IGYN CjAwMDAwMDA1MDMgNjU1MzUgZg0KMDAwMDAwMDUwNCA2NTUzNSBmDQowMDAwMDAwNTA1IDY1NTM1 IGYNCjAwMDAwMDA1MDYgNjU1MzUgZg0KMDAwMDAwMDUwNyA2NTUzNSBmDQowMDAwMDAwNTA4IDY1 NTM1IGYNCjAwMDAwMDA1MDkgNjU1MzUgZg0KMDAwMDAwMDUxMCA2NTUzNSBmDQowMDAwMDAwNTEx IDY1NTM1IGYNCjAwMDAwMDA1MTIgNjU1MzUgZg0KMDAwMDAwMDUxMyA2NTUzNSBmDQowMDAwMDAw NTE0IDY1NTM1IGYNCjAwMDAwMDA1MTUgNjU1MzUgZg0KMDAwMDAwMDUxNiA2NTUzNSBmDQowMDAw MDAwNTE3IDY1NTM1IGYNCjAwMDAwMDA1MTggNjU1MzUgZg0KMDAwMDAwMDUxOSA2NTUzNSBmDQow MDAwMDAwNTIwIDY1NTM1IGYNCjAwMDAwMDA1MjEgNjU1MzUgZg0KMDAwMDAwMDUyMiA2NTUzNSBm DQowMDAwMDAwNTIzIDY1NTM1IGYNCjAwMDAwMDA1MjQgNjU1MzUgZg0KMDAwMDAwMDUyNSA2NTUz NSBmDQowMDAwMDAwNTI2IDY1NTM1IGYNCjAwMDAwMDA1MjcgNjU1MzUgZg0KMDAwMDAwMDUyOCA2 NTUzNSBmDQowMDAwMDAwNTI5IDY1NTM1IGYNCjAwMDAwMDA1MzAgNjU1MzUgZg0KMDAwMDAwMDUz MSA2NTUzNSBmDQowMDAwMDAwNTMyIDY1NTM1IGYNCjAwMDAwMDA1MzMgNjU1MzUgZg0KMDAwMDAw MDUzNCA2NTUzNSBmDQowMDAwMDAwNTM1IDY1NTM1IGYNCjAwMDAwMDA1MzYgNjU1MzUgZg0KMDAw MDAwMDUzNyA2NTUzNSBmDQowMDAwMDAwNTM4IDY1NTM1IGYNCjAwMDAwMDA1MzkgNjU1MzUgZg0K MDAwMDAwMDU0MCA2NTUzNSBmDQowMDAwMDAwNTQxIDY1NTM1IGYNCjAwMDAwMDA1NDIgNjU1MzUg Zg0KMDAwMDAwMDU0MyA2NTUzNSBmDQowMDAwMDAwNTQ0IDY1NTM1IGYNCjAwMDAwMDA1NDUgNjU1 MzUgZg0KMDAwMDAwMDU0NiA2NTUzNSBmDQowMDAwMDAwNTQ3IDY1NTM1IGYNCjAwMDAwMDA1NDgg NjU1MzUgZg0KMDAwMDAwMDU0OSA2NTUzNSBmDQowMDAwMDAwNTUwIDY1NTM1IGYNCjAwMDAwMDA1 NTEgNjU1MzUgZg0KMDAwMDAwMDU1MiA2NTUzNSBmDQowMDAwMDAwNTUzIDY1NTM1IGYNCjAwMDAw MDA1NTQgNjU1MzUgZg0KMDAwMDAwMDU1NSA2NTUzNSBmDQowMDAwMDAwNTU2IDY1NTM1IGYNCjAw MDAwMDA1NTcgNjU1MzUgZg0KMDAwMDAwMDU1OCA2NTUzNSBmDQowMDAwMDAwNTU5IDY1NTM1IGYN CjAwMDAwMDA1NjAgNjU1MzUgZg0KMDAwMDAwMDU2MSA2NTUzNSBmDQowMDAwMDAwNTYyIDY1NTM1 IGYNCjAwMDAwMDA1NjMgNjU1MzUgZg0KMDAwMDAwMDU2NCA2NTUzNSBmDQowMDAwMDAwNTY1IDY1 NTM1IGYNCjAwMDAwMDA1NjYgNjU1MzUgZg0KMDAwMDAwMDU2NyA2NTUzNSBmDQowMDAwMDAwNTY4 IDY1NTM1IGYNCjAwMDAwMDA1NjkgNjU1MzUgZg0KMDAwMDAwMDU3MCA2NTUzNSBmDQowMDAwMDAw NTcxIDY1NTM1IGYNCjAwMDAwMDA1NzIgNjU1MzUgZg0KMDAwMDAwMDU3MyA2NTUzNSBmDQowMDAw MDAwNTc0IDY1NTM1IGYNCjAwMDAwMDA1NzUgNjU1MzUgZg0KMDAwMDAwMDU3NiA2NTUzNSBmDQow MDAwMDAwNTc3IDY1NTM1IGYNCjAwMDAwMDA1NzggNjU1MzUgZg0KMDAwMDAwMDU3OSA2NTUzNSBm DQowMDAwMDAwNTgwIDY1NTM1IGYNCjAwMDAwMDA1ODEgNjU1MzUgZg0KMDAwMDAwMDU4MiA2NTUz NSBmDQowMDAwMDAwNTgzIDY1NTM1IGYNCjAwMDAwMDA1ODQgNjU1MzUgZg0KMDAwMDAwMDU4NSA2 NTUzNSBmDQowMDAwMDAwNTg2IDY1NTM1IGYNCjAwMDAwMDA1ODcgNjU1MzUgZg0KMDAwMDAwMDU4 OCA2NTUzNSBmDQowMDAwMDAwNTg5IDY1NTM1IGYNCjAwMDAwMDA1OTAgNjU1MzUgZg0KMDAwMDAw MDU5MSA2NTUzNSBmDQowMDAwMDAwNTkyIDY1NTM1IGYNCjAwMDAwMDA1OTMgNjU1MzUgZg0KMDAw MDAwMDU5NCA2NTUzNSBmDQowMDAwMDAwNTk1IDY1NTM1IGYNCjAwMDAwMDA1OTYgNjU1MzUgZg0K MDAwMDAwMDU5NyA2NTUzNSBmDQowMDAwMDAwNTk4IDY1NTM1IGYNCjAwMDAwMDA1OTkgNjU1MzUg Zg0KMDAwMDAwMDYwMCA2NTUzNSBmDQowMDAwMDAwNjAxIDY1NTM1IGYNCjAwMDAwMDA2MDIgNjU1 MzUgZg0KMDAwMDAwMDYwMyA2NTUzNSBmDQowMDAwMDAwNjA0IDY1NTM1IGYNCjAwMDAwMDA2MDUg NjU1MzUgZg0KMDAwMDAwMDYwNiA2NTUzNSBmDQowMDAwMDAwNjA3IDY1NTM1IGYNCjAwMDAwMDA2 MDggNjU1MzUgZg0KMDAwMDAwMDYwOSA2NTUzNSBmDQowMDAwMDAwNjEwIDY1NTM1IGYNCjAwMDAw MDA2MTEgNjU1MzUgZg0KMDAwMDAwMDYxMiA2NTUzNSBmDQowMDAwMDAwNjEzIDY1NTM1IGYNCjAw MDAwMDA2MTQgNjU1MzUgZg0KMDAwMDAwMDYxNSA2NTUzNSBmDQowMDAwMDAwNjE2IDY1NTM1IGYN CjAwMDAwMDA2MTcgNjU1MzUgZg0KMDAwMDAwMDYxOCA2NTUzNSBmDQowMDAwMDAwNjE5IDY1NTM1 IGYNCjAwMDAwMDA2MjAgNjU1MzUgZg0KMDAwMDAwMDYyMSA2NTUzNSBmDQowMDAwMDAwNjIyIDY1 NTM1IGYNCjAwMDAwMDA2MjMgNjU1MzUgZg0KMDAwMDAwMDYyNCA2NTUzNSBmDQowMDAwMDAwNjI1 IDY1NTM1IGYNCjAwMDAwMDA2MjYgNjU1MzUgZg0KMDAwMDAwMDYyNyA2NTUzNSBmDQowMDAwMDAw NjI4IDY1NTM1IGYNCjAwMDAwMDA2MjkgNjU1MzUgZg0KMDAwMDAwMDYzMCA2NTUzNSBmDQowMDAw MDAwNjMxIDY1NTM1IGYNCjAwMDAwMDA2MzIgNjU1MzUgZg0KMDAwMDAwMDYzMyA2NTUzNSBmDQow MDAwMDAwNjM0IDY1NTM1IGYNCjAwMDAwMDA2MzUgNjU1MzUgZg0KMDAwMDAwMDYzNiA2NTUzNSBm DQowMDAwMDAwNjM3IDY1NTM1IGYNCjAwMDAwMDA2MzggNjU1MzUgZg0KMDAwMDAwMDYzOSA2NTUz NSBmDQowMDAwMDAwNjQwIDY1NTM1IGYNCjAwMDAwMDA2NDEgNjU1MzUgZg0KMDAwMDAwMDY0MiA2 NTUzNSBmDQowMDAwMDAwNjQzIDY1NTM1IGYNCjAwMDAwMDA2NDQgNjU1MzUgZg0KMDAwMDAwMDAw MCA2NTUzNSBmDQowMDAwMjU4MjEwIDAwMDAwIG4NCjAwMDAyNTg0OTggMDAwMDAgbg0KMDAwMDI1 ODg5MyAwMDAwMCBuDQowMDAwMzU2MjA3IDAwMDAwIG4NCjAwMDAzNTY1NzggMDAwMDAgbg0KMDAw MDM1NjkxOCAwMDAwMCBuDQowMDAwMzU3MjIwIDAwMDAwIG4NCjAwMDA0MjExNjAgMDAwMDAgbg0K MDAwMDQyMTIwNCAwMDAwMCBuDQp0cmFpbGVyDQo8PC9TaXplIDY1NC9Sb290IDEgMCBSL0luZm8g MTY1IDAgUi9JRFs8QTJERjIwOTk0OUU0ODE0OTk1OEQ4RkFGMzdGOENFODc+PEEyREYyMDk5NDlF NDgxNDk5NThEOEZBRjM3RjhDRTg3Pl0gPj4NCnN0YXJ0eHJlZg0KNDIyODYzDQolJUVPRg0KeHJl Zg0KMCAwDQp0cmFpbGVyDQo8PC9TaXplIDY1NC9Sb290IDEgMCBSL0luZm8gMTY1IDAgUi9JRFs8 QTJERjIwOTk0OUU0ODE0OTk1OEQ4RkFGMzdGOENFODc+PEEyREYyMDk5NDlFNDgxNDk5NThEOEZB RjM3RjhDRTg3Pl0gL1ByZXYgNDIyODYzL1hSZWZTdG0gNDIxMjA0Pj4NCnN0YXJ0eHJlZg0KNDM2 MTA0DQolJUVPRg== --_009_D28CCF5523E17larskurthcitrixcom_ Content-Type: application/pdf; name="Xen Project 2016 Draft Budget.pdf" Content-Description: Xen Project 2016 Draft Budget.pdf Content-Disposition: attachment; filename="Xen Project 2016 Draft Budget.pdf"; size=341892; creation-date="Tue, 08 Dec 2015 18:18:06 GMT"; modification-date="Tue, 08 Dec 2015 18:18:06 GMT" Content-ID: <906CA1AAC7D5604884FC9C0256F284EB@citrix.com> Content-Transfer-Encoding: base64 JVBERi0xLjUNCiW1tbW1DQoxIDAgb2JqDQo8PC9UeXBlL0NhdGFsb2cvUGFnZXMgMiAwIFIvTGFu Zyhlbi1VUykgL1N0cnVjdFRyZWVSb290IDc5IDAgUi9NYXJrSW5mbzw8L01hcmtlZCB0cnVlPj4+ Pg0KZW5kb2JqDQoyIDAgb2JqDQo8PC9UeXBlL1BhZ2VzL0NvdW50IDUvS2lkc1sgMyAwIFIgNDEg MCBSIDUyIDAgUiA2NCAwIFIgNzEgMCBSXSA+Pg0KZW5kb2JqDQozIDAgb2JqDQo8PC9UeXBlL1Bh Z2UvUGFyZW50IDIgMCBSL1Jlc291cmNlczw8L0V4dEdTdGF0ZTw8L0dTNSA1IDAgUi9HUzExIDEx IDAgUi9HUzI2IDI2IDAgUj4+L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFIvSW1hZ2U4IDggMCBSL0lt YWdlOSA5IDAgUi9JbWFnZTI3IDI3IDAgUi9JbWFnZTI5IDI5IDAgUi9JbWFnZTMxIDMxIDAgUi9J bWFnZTMzIDMzIDAgUi9JbWFnZTM1IDM1IDAgUi9JbWFnZTM3IDM3IDAgUi9JbWFnZTM5IDM5IDAg Uj4+L1BhdHRlcm48PC9QNiA2IDAgUi9QMTUgMTUgMCBSL1AxOSAxOSAwIFIvUDIzIDIzIDAgUj4+ L0ZvbnQ8PC9GMSAyNCAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9JbWFnZUIvSW1hZ2VDL0ltYWdl SV0gPj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMgNCAwIFIvR3JvdXA8PC9UeXBl L0dyb3VwL1MvVHJhbnNwYXJlbmN5L0NTL0RldmljZVJHQj4+L1RhYnMvUy9TdHJ1Y3RQYXJlbnRz IDA+Pg0KZW5kb2JqDQo0IDAgb2JqDQo8PC9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDc3NTY+ Pg0Kc3RyZWFtDQp4nK1cbasmx3H9LtB/eD7uGutq+r0bjMGSHJPEIgoWJBBCWK5X0iZ3V8lKCsm/ T51zqnrm7l1pTbDB2ls1Pd3V1dX1Ps/t069uv/nNp19+/rdf3I7f/vb22Ref3/7r44+O23F32P9W aq3cRj5u9Wi3ty8//uiffnV78/FHn/7hT+327Q/2x1cvfvzx5ds3t/sfbp9+1W8/3L853y5HS/PR 29/86uOP/vHjj26///Lz26e/e/vjq29e3P94++zL66JplpTes+ZI627Om42yB1V/fnLclbZWu92/ Nlr+9vWLb1/O2xff3z60xtHTUdp7FknHXY812u3xRs411l+0xi8wzzYI7hn1Zdjonu0/6ci3t9++ yz0R9GH+EXW7nGb69I8v3nx7e/byzSd/+Oz5ebSPTyw1HVkq4y6XW279rqXbayD6nT10RCrtLndC KRtU7xqgZvTf7jG43E0MNny7AbJ3cit3dQrKBuW7pMH1uFsBPwieg8NtUkCaqWMmO3Kts7TOujuW yKj2dN7lepJ43YEN/s7G94OE2j95cVc9YV5HpJ7veiV0ADICMN26G1ys17vaCBebvjfQm9u8m4La IpQ1tt8dGDuABlQmSRHQNut87KjaVePjWbhh28uGsu3bxwKuydZ5EP1zPYXbcTfKI0TGGoDG4uSH oDbF26rZ013RORrnAB2ZUAfZB84SZB9OtnFpEFFsLuPKKR1gypX1yfiw5vnYTiYRysMgQxYuM31w k/A0TdzEu3o3MiFyvdwtkdx484FImMtGYQOJu3WoLpyxDyYiuGVPZn4K215MAB/0Qn0PPHB0hI0b hQPAMNv2MU9husqay59dolWu8mcCPNJ+xQhZEjDbSy13LkHaabWtJ7IFD5u2nXG6hBI3mlLcv1oC 8eAIO6w6cNS8noCM87y8HWN5zHyZ1yvXikEg2Y4BUB28VJyHEAebxLfz8bzTm33yslZNnOKyrkbY 7j/udWmkQUDPJC/tzeLu2dOiDdicK3FqSJDxhlCBNKSaKZr2T9IOjI+mKnmuUhqk2e7E1A5yQCSr arA/NtEZfHWCUXYumeuszsF5UpDBLNNNBhVxdW7Arp4rp0AY6+2M8uIydnwrceLJw+2at+S7mnj0 NfFI6hadx0LjgmQGD/rF1MEaFCSzC7gYQoBhyU6RCslOFXA+SM05IHce8+WNGTfN1BxHDDD0vB42 BbkesC2RuWEXssMZHc+PQg18js+6LdTlD9zI1YBdrVX+y6zVkrUq5gocUpMmca9PhMTIliq54ECv iAaF4ohizODWqMaLbbwKopAXO8mkU58YO3XbOpDFzrUQGEVjF1WsyYQpt2LnTDrm5U+shJGBWDgi vAcCIT6VUJUwzRnT0tIlSC9IoDJO0Fcgl68ae7sGD2nJjNuDnbYVzAEj8maVpClDUqWPO7iX7f0j BSLb+0sKGjfDoEMGeVAac65QvRBzY5HNPnzlC3RAw3OsEMaDjsd6E6zqe2IohKnBWte4bnIfNEEr 3Zxg/s2RizvUM2NrH/s1u8+uSHxW3LS8FzUItqbymgQEekcMJiJD7fub2qjPe7LBlw0uiaLg4IW/ YnlNRdo8/Ksal4OImhI0oTsJ1S53rRf/qtpNGyX8K0C4yfKvANWLe1VTh2I7/SsiWvhXgPzW26Ws dqX71cOqqUI9uIcFKOWTyOsetK+ykixw7KusQ04GEWWasMuJaAZMyW1zUoGgS1HhH5Q5eCiwcRfI dFDWYCFwn+otXrVjNWUbM8PA6QZrXahtW3fJlYFhsrFGcZ8BYezKtK3xuNCkUeGXVSW//U4XbTUs gFUb5m0yDqLIIVzhGLt0DjYF3xTbk8+7xAmNtUUlPgdmyhfv6TGHnevdlcfmep+SRr3SnXeaDj6k L6bVDJFEiqkp82ThkYDMdUKH+1uB8D1237Htn/M2Z47POyCv4F0xLWUk1RrOASkeAWHwSHG/8dgg t7Ngz8gyyj0EZZTgu+3OAIiokQRN7pBRXHuMJSKDLL7pfG+ceMqnOnT2hjjq5hRoaicXr0x2zWkG +4yKoDrbDK+YIc+Q0e9xbeq8XONQFrrGgGqJa0zoeo+zBSdzx00PQowV9xgQtVNVQJNo3fY9BsJV elKEk/pJ5XUTLlHumMr1hURVRgmnL7wRCXr2goAutTMzCFGNHRGuOty3zBP0U6FXSItqVrK28BQr ATfFbs1qD3/UKCrufuKobe5RA+LIycONxys8V2NyMYE4NG2WDLVtJ/A00WJWhiSAoBMNktsHhPun tkNAUKCYP2/I/lkrBo925ZQxtq/3IMIxKjjTpyB1wIMmpMkq3AWCZ3N1oSGNgqr4pW8GFM10dPIH hy3PdvM1HF+eVz8fF93epPPKMpvJFV11M5p5bRChiwoz0IDoBZfQzHD0ZZ4NEZKEUzyBiVX8DmGR cRE1qdeTXQ7bMKPzhAvtHCTKmG1e/ZB8YceFETXEHgJmpFhIM3ocfi4KWPBPobPLkYU+d5G6z9Rc BnTFCqsHxLEHvTN/jO1WQYNQ0bOhiS0mmoShPAyAS12kk4xq8LxQGflYDSrauf2F2AyIzH/gjSDk mlzocMhfXnJpJmMWsMcfJ0I+UU6xhbQRgFrd63gCpky/V2A9qZ6S+0Qil+5TogopvAs+tvuCLppj zx9QOKrfye+Z6RISwwWB6yRETUPeC7laza0v8xIUV4Qky4Pimt0yMigGxEsWQTHdpB0lPziixa2m T9U8KIbH1dIlKIZDlkcExSCacSGjXvhBZcfA7jSlcj6u3IIsG7ZX0hkVA54lomJ4Y9n1EIF2CYqx o5ovQTF2P1YExWAOIQbF1aI56tQIisHJo0dQTDJaXH7u4KIasP1jq4Z6DNoUxcT16KGduthqLOnh IQHKzUPiAHZIvBEMietBFe8hMebt15i4HpMevGJikFTqKRZXqQnXk5nCLUj04/YYulgyaNDwqysF NfzybEQonXocymG9i6hli48jDpF/kEm6hICybkySA7qkE+3GH6ZslxR34WmXNSm3pqTccTJEolpY IFx5TORYSXe6agz4kYeUz6SvShqol+Aorq2l3L0GQ/zxpHPMqcxWzMbcKfK6mnhSnYNE04SAqFsG bXBAvJQ+2BGtXB8Ph6QX1wgylhRUpj6Hcw5VImUHKJdgHaAmTblktu2UueEBUw9o6HGVZzwdcC/6 OB/W/Z6koWvo2t55korN8t2r9CG9/haa3V0HQ0ztoGswc7DH3QUwtbiH6opmGXdbuZ4WfHnqCqYf m4l0iQc4Mx5Nz/BlcLbMGgqnzM1/KgaY/Zmleif0RkDwdsSVQBS6Rfamp6aTJp66g8rFQkiK38HO sCr380Zd7pub8qG4dN/BbIsd+w5mW2z6JTOgyQed4CUsx+ye8IShtM1XeajY6ZyRdCiydTZTUtq3 ylIa4lAQg4ObSuQjxBmEXM9Is+SZ5GJz03keCqY7zNpQhaFLhPKYFD9/NhTUK+gZnXpvR69AJM/c 43HbxqifEC0rB7tHMnlj/VU4y0szy/1MPnjoRFV0MZp6jmzH2HGU0hu2mbnTJFMJfrjSYoNnsZwL 16gquwjRXQdQ5coHv6WLKx0W8nvI2DDLaCc3lSYFYdPzxxlM9sNasjxFZ3NsywP6+4aciyufjz2K oIebLXhLWqdoCxagVVGBxPs4FMkrR+1QOzyq2YgC73Ek1Sv2pI2qjeNq+O8woINBQEjwIwGPGFBu 2Sn0KCrtQbmXKCow/9oUpoUHky1IPjy7dgOws/oAxk7ie7hY2sWB8fDOHRhOsdyBYTDXLg4MViwp HBgWqnp4KKRtXRwYxoc7zQ9o5nBgsLvSTgcG8BzhwCAMzcMdGACtXjwYbAm3enswOepZ9GDAnDCx 4J9W3x4MOJnCgSEZa8tJ81hvi1GTl+JPS8RbnidlWBQeDLMb4cAAcEmfG9gOzEbQgUHMl8J/YcYk X/wXaqsS/gs12S4OPZaZMwub51WOSmJ+zV9BCeeUo6JQ5pSjcpUjmUuQCR4FxEycj11SN0NG/ZB2 oU/CpH5lUoFjZSAQfSWmPY9dLGFe81pLyZm5n/24KomTqGZziWBVqaScXXAyZzZftst7xRmptk/1 osFI6EuuICFJ6S3Xng5Fpm3DmUrM30TNM++JjU2+P1+3SfVmF5FJKTaSi1h+zMh1S9gwR+6XKs3j 0/MTTSwXngeK0OZUDEnMstnApSQnG8crwpInjZgWf9DbWeYHVsjmbnoM+5KKF8anv1yiWMinOUqs 4EuSAm7NKc0W2zRxCHKcFOw1eiw5qeZjkpRlpdMhZZMpf0nV+YM3SsDOmgTsaY18kOdP4DPORw2r vQ/BerEjlqpa0AwpRUqK7JTmaSs0XnI1ymo+OHIe1vVgdFZpqr7QmSZ8fSKgY1m9Mk/U7b1guNfx PJmrmWek8AAtrwVg+rSUaYGiGPZUZTN6VgDk5iwf2hTQ8l6n1eXmMEq/QDHYEYs1xSU91GnmAKGW 35PvEUQwHEKNGUDSbvMU9UMpRLVkmFvKLCK9U+y0BmfABtfzfScLvdoG3LyW32xbQ15v1l28IGr4 dyPfohjXWJlAMS4Lci8U9Syp0JVU7vLYTaWw4ubbC3DefCBPPvPukmfphJbnhwLRD1UBJ4+48wYA gsLqyQUKC+Om9qzCn7LbYNoizVVZ2OaDG6vdnZyM7YpD4EbI2ow8SGFhAwaxsggXiDMAtUgtr/ch WCd7uLzyLsL0ZE2PEPQwCcmUm8zVkiJDKubUUPaN0bpB2Z3QSai6F5BjcFeWw6YEtPpOl5Qsm1rd +wXCM7d8XKLcakLDXcmfkO8JxIhEE/dQImYyhc65z0RG8YzIzmTYAW8YgKyTsadCcDwJqx3YgXZf yOaFzGkVRPe5R/xVfF7l8ivde0AkAi0bAJLcpZJibJQuQUQTa1hi2NDwOmIgzjPMcl6eIrYcxCvv IjprHSq05zUuwkXozEcfyuA+RcSaeT2BtkwJUsiyRpTdocSWbOoWKCBSD4ECVEKeALRykScgRg95 ymsyenfvdXnfRcgTEO6h8vHaUUG5cS/tIk9AjHkRKIzvJQSKk+9kWDYVO8dFoHIU+fxxi+YR2KVV dwOEb6JExhQ6c+1+COjpJfO0RQoI2kdFjEspaHUBGXCVKMDHCokiVEOiNhQSFYjz+EyFj/E+xDa8 8cq7iKtEsbB27UEpFpjOa0dJIHZhwyKr8hRkL9eDV/VUZEBRaCiGR7JYBcHu6WYv6x0qASbVNGWV vJbR56Xj514VznJ5XCUfdB+KaWHewBLJLFP4u2+pwJrqfrYTQjJFQx1WLgUveo1taF6lM5TO6VWZ FqVSer+mUjpT7adDgt0hlPbHI6syyKxh8L0Nt0u0wAoyz7PIqtSfZ5GV7BACxouxHK8tLF3XwY0U ZtERMItFJXyUiY2YouJYb95VV0wDJ0W2ZqQBTQVvBYOVGofcaGyhxMLy2cOqYmRiSi6gw9MGgfCM bfEwWmnBUtR0QoXiRDT5DChQlRQRsZOvyuhcMfaQh4uSWmHuGyHiSVKj4+NELO+7wbxNJ8zyaUCV 4QYHO4LlcAOSt7Bp4iadlPfEh3J4yNKJiMrEKegrUgS+t7Qjp8LtZNcpRS6LrkGJXiXdsEmvKvq1 Mp2OFpfx/hSZuI2XStyWIq+0bSEKGO0wD5fxDtONTvIyd2PaOi5yR79ZQZUQdFNdEOXvMsnfPVJN a4RcJ3iti4m8rjyI6XH2wFWvJuVD5XrUxW2UQU15Ahy2QwjlagxuukVVg6OfuXBm74JRlRKIpCiI NHsViomjZPZCLULe62okM6xj4y12NARVefvz5iVz98mb+lXRj7tyJAkX5j3u6u3sd9nxCBEPJ2K3 1znrLwf6c9115S/qrjNbpV7wrnR3YubhtTqhYfSFAATepaWmYpVB1UwIug3B+IsVWrRYT4a+bEcW 0LwGGzAjdbwHDWZRHIIbg2BvU44O0a5Mb2LLMruxl6LVwa7powR0723T7XwsXyMl9emqYyMlrzAA gQNMNMeAoLEQPqYTiuaEjWC6DVDTXtFmi5mTWOEzq/dU0RGIgpINLl6ZHJlFVouQlEhF3SWNpWYh GLCPnTlBS4umm54ulFud2KoDiPkPObkBkVE+mIgaos1XPTXqM2dEVJ7ZWiN4H0RFbC6aBd0rPeqZ giUbxrn81aWJ9sym/eEw+cJd+0xVnaoO9bjvgXBb5q/6dleIaHBDCwezRFQw8srnyN3IxzSckcbk Dd1VwSCicjKeWYuDXJ55kNEwBFRfUoN1UtItoB6+XCBcnrV7qLlEv5kiPyIjhJgjUbuTHjHaM2K1 BeQJM+ZI9Bjdv1mvUn6UBeqRh+u6WsxqKTZNSv8E1L1BaiOGppUBwEYzF3Ge69oBkSWgUEyJDRvB wCt7neVVJdTMvOlrdW/A6xTi4UQcw9MI8cpGMNJhvJhZ72Ws03VNVABerOlxzspQYSjR1yM2cCaY D14OuRHqKyiH8mZgZYoQZWlfrXkkxIy9jUge35wSByo4lV+41Z0bRWGEmAGTtNQvIMijCDiD8Vht X1n576XQOqc4zaXIO+vclz74yOq/OCGXKEckpbZW0kVW7+ryDF8oJCC6ELgs3qLouVY33GlGpn+p xTfRGDIGkxiZ5wq2+h1K8vSMs0kCX8nm7poonVCOrulAcPuYaukSIEhAZGfLHDMuIiJBycvUgTQJ C49e3QeCfH/zfKpkyMEywJQ7bPOOHOUwSO/BAjBqYX71JgHdrrrPo7kq9eA53bnK89BNVxqs9bRb Ss6YiBhtamgClLA955o3/YJcovL5VIW8pNomfBJZvPN4DuV6wZ+lLiCDKDMO5WjpORFdobiApYmn kqvewbRkXxJLdAz4ZTwpuV3mr3iqLnunbVL1xxweEtmoecBzWVqP8cHzLtdhkM1Dxg37CGh5UjIQ WR7hVG4+s3qOmWHc0AjvzFA/cJbKW+ya3+riokxcTQ35B6eCGYvxkb8x1RxmEJyMqb6hXONIp04c 3yMUFaoFFdXHk5TPrnI3IVSg9XvfNZTX3LdbQwGDdIPckygbmOH3Cj41qAre78LoQ7qCg5d9rGAz zNRQzJ2WZzGBKFJ/EJehHDDUX7ptph1+j4FI0nKZlfUuoKjOfmzoXjXhks/HLbRyEuTL+N0cDOvI C9aPD1EM32CUUHeuLId6Z90YGUQbyhscQAspccTJqb5CgTxGnOYKpeX6PgRjgwcRC12bmUDAPusp eo/k7OIRPjJu7ZHsdTdYRYmYwkhRYk+HqdINzrpoXQXPpBaHgDoW4GBHeHuxXk3qnOgsB0H/ee8G FqaCTMojta1ZGaNf1WxT53s8leQeu9cfiu6I4AGRES79Ic42NyP68rDKToEkjq0KhVOOb0ya/JjS Tig+wdgI7xv1V5faMDQxjKaI0LJerwRJhVz1qi99lgKWuiPt3kbxnu66j+fR6YWfKWadJ5rV0+Cv ZNXCs3I+WQlGVVPoYSlqyHKukZSWTSbSofjQdCOUk8lqKfJynxcojvhWkgvrRLX1ep5oYpvX5UiT JDUeq2Xz8ChLKWGZYPdis4xpls1vBNwQQA0cdMrCN56MzmvU//J74POCefzyFLFvXFKVM0tK4LqL vXJImm6Phy5Ge3Wut+1i+8E8OjedJYt5U58q6fPOpXstRHKPCsdQWFU79NmTfweMAqN0wVSdLYSu bsgW3WPdoep8uCTqiDqXugbY0nmvWl7ROZvBAEXzjH2d4HQmJIZ0uj9mSM9XlW/JMt/+KdWhfCfW xelnpyd7nd1v2pGD/Xwha4c+3xADFP4vDyM6pJukrJN3V9Y6u/GpnXCq2BpMfQcYX1+S9fx4kt9i dkLNP84ciqRZuAFEVcucJqDiN3DEYLfZHXPpe8zMTywCUkx/r+8qlwd4lXMxu1D1EajfkOI5zlg4 sVeKREnJzrRphn5zMqZyIDR8sVvPaTgvzpRH2boSj70u5q8WGl3pco5N4VPPzKdLcSfE1LO7W5xK VhBa42k/N1vOCGEP7ierSpZm48c7gBhh1sj1FYlZpn0gTWkfUHEttc+veIuJjtc36yd/EQtXsoWL 4Bu9rM6aGlbT1URxYXuCYBj1cHnlXYR6va+IrC5U3YrEz0IIKWMyvK1GX5IlfVdR1EOd1FpV3LNP 0azvv7aQpDEMan6yi9AMgGPVyBxP+51LjJqPm4ioPq/k7dBnFUWdd9DbWgX3x3V6keE5VT6aiE8r bme59BiyUVS6OkbU/UqK+OlQDxHU4DG1WZmuY4bOL/JODqg6ALWERcinTNf90SVVUuKz5M0t5YTK bnkS4jw+fNPb3oc4RcBfeYJgMPXwKGdR+M8lZyHEJWch0b3kLDbiOyUos6YZTSnWGVDqCmKxV1Pg Q8WYvFwLp6FPvTI//UkoFWlyZJ+HMsq5uffPBKV8yqZsfOcXJ5luCoAkA8Xfv5BPlvevOPQh/Uo5 ifSlvjVG+nJt6F5JY5o3f6yifu5KAhepheZfNyPxy7eZcE9qomBQlAhVuTh9REK5yaYsZZ89Y8P8 LJsfczSnYEeQz3gqQ5lZgAXjsiZWAA1uNakv5PWHWozTEF8dih8zCJgM5pvKAAzOm+QcR1p7hVfL BPmIu1LKTvsKit2dT8Ot5u9xqAiRjtCubYaKgdpGpVGWZowTmh4+B8KYatedr0ooU+LMmUflv3LQ 9QVbpnvP1Ps4pfEqqW6IVWu+SK+77UI8nIgdKyV1iT1F5OqfEyYV7OmoTf7iQ+03TzgmFbjo9orF gaheS8ZvQlSJWMl8u0v8kHjHjdR+1daHtZmMnPo5iaGUGr8Oery3x47Hud+SN3/w4Vfl20s/rrHU HFjcLCuHK1c8fqMms8cyoIv5dETlL7DgValvmk/l4OGw+8z6tl4eOylyIXJqTxHLZx4MjxsP+2A8 nrL85QNtMxzrdQF6CClLsydasw1Fe2QglM1IEjXqD87b1DEqRZTV6gs2dTo+bcvLY/Y6y5NShCfL k76j8FeYr6CCthuWhvyMGaUzuwVDysmoTurrzsw+bqh62+VGFDInrQihIQtJYUoOAwpEU1YD7huy JHJ9G4GkxIs7WalHbQhDW/hNE6tUJUSjKRW7ZbTNTwlS0oc8iU35gBSW++/wJJlTZOduyassyC4S kLzM684IP5zweQUPtcg+QsDrOujLA+qqsUGHH+plxbmIF0eXu6qfO3Fbn3T/knJiygb7BhlSUUem 5Nfz4Pl4LivtE6kycOzvBOcOxRCpn1D1Su1GMCvEV2X/7PzJZp18cSqKYmwVn5M+s5cT6U2y4UQm d6H8IUuzWYd3KHme+enwvX4GpYgE8klu5SRLlih3e3PUHW/24LcuDLSBMbjLruM+M2+wPG+PqYpU chZ3j3VehetNuQSmRd3bVYHpCleM9RRv7j7sT1dfQ/cfTbr+qx/QCl33SJ1LDikbyLGOaEqUtajY UtnIiKT4LJ9rSu2UsSv7rpKWCmqnxlrKlvtj/ybMX53SHZhZIjAbV1TTc5picuKnEhuKNoBAqA4D yENwhDOzRVDgleHZlQ3BtwXJP3rJ/LgBVLgXpvRZmvpKB2H0XAplWEVAXb+v0FW+ueSarDJAZ1O+ twRcD+7+F4v69fJzffzBOJMZW/14zy/Offb1xx99+jfYw+3rb4wC/sAdhAxBXmpsyP/6Nebppt6+ 5U/UmQbQT9QB9YePP/qXZ3988bw9e/vD7e9/evvjd8//9fb133380e+/fj9x7f9BHD/Yew99hZ8z PaLvQtXnz+uz71/bf/D/n968+vH5J/nZ/z5P5dnNEF/a/1+8efHty7e/ft4Nk/Ozf37+yXj28g3/ /urt9//+8v75J+XZjx/YUP8rbijxE+5f2tB3L169fU3Sf43t/CLdnxQ9/92f//t5qs9e/QDM92+d Bfb3Z9+/ePvnD2xv/BW3d7B36ue294Vt69XbC/Hf29FwD+V49g//iQ3+Mqnzr0Lqmh8i9E/f//T2 Htx/SfZ+9tMPAF69eUkG/3DS/A3+5H9ecVcvf233hO/gKF9xk29f/c8HtrXObX2ifR1tmmL/wO9V wi3SD1biZyjsgnufjFle+Av7JyvNVuk3KzfbbNI8PvBTlTDyNht/D5MJgE53trB8fs796PcwH/0I 5fFkV70Xs9T6pU/zAMZ7VjVNWw+dFL7lNaeldX6CM/GN+7isbHb951ZOfw0xaZO/xAQ2HOlnJeXh xVuKw7/9B/5r2tHO/0MKMuUnnMkrmckSZ1o2S/SUUn78IOIyf16nNX4WhO+Xr2wp52H75CXX3n+Z 7ZnJdc4Nf6c1/nAlb8l17vazLC9PWd7NVfjFRdFdmnXU/KsV9g+uymL0uep4sqNZPyhIuewd8a9W 6CcfxzuTP5Lf/wPfNHI+DQplbmRzdHJlYW0NCmVuZG9iag0KNSAwIG9iag0KPDwvVHlwZS9FeHRH U3RhdGUvQk0vTm9ybWFsL2NhIDE+Pg0KZW5kb2JqDQo2IDAgb2JqDQo8PC9UeXBlL1BhdHRlcm4v UGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9UaWxpbmdUeXBlIDIvQkJveFsgMCAwIDEyOCAxMjhd IC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUgMCA0MDVdIC9YU3RlcCAxMjgvWVN0ZXAgMTI4 L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFI+Pj4+L0ZpbHRlci9GbGF0ZURlY29k ZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy0DMAAwUQROMm5+p75iamp5oruOQrBAIA3B0K QQ0KZW5kc3RyZWFtDQplbmRvYmoNCjcgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0lt YWdlL1dpZHRoIDEyOC9IZWlnaHQgMTI4L0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21w b25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDE3NDY0 Pj4NCnN0cmVhbQ0KeJxkfQly68iu7AZ+dLctimSNlGTf+/a/ww9kAsk6fSMUPrKOzAGFAhKJgb2d 12yjnb2eoxX+PI/teD5qPeao9dx7O+0T+7wcT/vVXvYr3xz7o5b9uX3ZJ/a/rR61HJf9VfE39qv9 rf1qp/DPZ/287N3xvsaxx/ftD+2n/bpv33xv37Rf7Zj2BbsM/7lvvAA7l12hf/n5bWffty/7vr10 avvC7NW+OdrRq315t7s4cLWj2/XbQY55nZ9Xf112a+es1T/p/re3BHq1n3ZA+9Wu3A6IW+j24ed1 uWSKX/Zz82sYdohmv++nnb3W3UR3PO1O36/hRxgQWrH/fNqLUuIbipHSeF3dTmGns1/tdBSI/Tpx JfayM9r1293xfu1Xfs2OwDXiF+JqZ8N3/MNyPikQO74J/3W138/lp5vtupq94fEpQLts/3z4Se2Y PAWvbeLy7BN+qGuzz/WJiZpytkVv1YRgt7ObzAs+50Wedthpt7Cb/K9R7J7sqij5gYNzIRr/xHWm 8cpN/iaon/dFdbI379e0e3m/7Ebq+z3e79rHaS/Xulrt7vybfpZKzaEcKD2esUHD/Zu4cahN4dfs C/aJndFeuLZib3gofgcyrBBa46rZJ3adcZFYiPjaqL+/L/0tT8R11NF4SX6K6Rfsn6zynyFkytyF vNwIP+EuOKBR9vINYqv/NGUzdbUv2JfPftp/2J8cJpYxj+P8Pp6mis/QH5fSgY0JzTlim9thQ4Vm +/152UV+3pe9uYbpj2m5yb/8/I6fX99KvsRPU90GHfATuYpSVVL+NAv+YXP94f3aG/uVAuF3ID1f mjyUiTTuWsvEzyUTyLxI1H5HZqOeD7c/585r8L15de4IHNN/VpzRlQ0LxyOb5H1PUZGwavaHXAiq pa9gLzyyrpzr3mlRqwmtuPBP+9yXqNkfnVu3lWjPWrdrTmq+GQsc+aTFg/x9XW61Ga5mJnbXzFBp O6Zv5DFxL/ZhbbwvSKlg3c+XnaPbd5+8PBiTnbrndgZ2Pt7vD/uVlpk2SpbBPqS1qVAzHk2iSJNb eG1cUP+1nbSWZoXMntvtbI8vmUHX3nby7PyQJojmzu99htr4J7R7i/eJNW1+hfxfl+/51M4K+cMu FZijXjbTx5/3uF7V7b/tl23D6Z6yCbx9qj0WbsfV2hL7QpvBsQ+pDPYF26Ym/D5CLe089qE5MmxG u4wyRz8P34w7nIUdyl723sRCJxtXm4qtn3Yj9n23z81WsFPOlANvn0vJzyV5kxW9SVh4mCbaebel sEX0yPxz7euaPsW+LNviO6styjaq3JP9aiei0+GH8l/2SWxMW75iS2AOt5tZvsb5NkX1DVjM+Jj8 TZXfc1x+d7Z57QhmSTpvv0EHYITtf0/5NXul05z83+s6px3KLWf3vWgrVc5z21z5of9mv6nGof/Y mPKSPbXFL9i3eZX3CcMFGwXhuBBW+bf0d4IxPAj3oH2+WhLXovPp6AXQhQCJB+T2PBJB2dd4Cp43 dhZNJeQQAgem4tmxiFgXXICctame7xQ3j1s7HqM+bQu0c39fddqJXNUNxzwO9xEuc1zeg9sToOup PcsN60KHWTgPsxXcy/Z6hPWzXwwKPu1chy+b+xGHjn57BudwX/bTX7Z3sHPxvzt205ZQZ+c2t6/Z 5zTCMnp/ugaXBr2tNoj/bGE0uC989c/b5rhUEx2F6FJcVAAZcKIj8+k8hX3H3k+gI+yyRlRACOFv 8FcJPBqNgOmvg8wa3/QLvurHkbCd7mj9uF7dbAiRBraU6QDByRlY+qReNRoEWyD4u83RLC61lLDG ds5+2t+6G7f3sRkhvXBVftc79VZWXRv2Be+Grx00NeEQR9X/Cp7RJ9r7F5wpoRqREqHIja9GoiDD DDggF4jnNYGHekOlcZZw3DRW9oljMIBbWjbB5rS0T/oL7hoCURhn825uw0NzHOQbtm/vYUsAoDUL TcFckOeAF4YyUKk6DnV2IQrfBSfwuSkPsDqgmvTTjV4plABNrt9jv8GzS+NqIc9UdTpKmlaFV8VD iQYoWAg5aKJ5EKoc9Yo7RZ73tk6JMKnJs4fXpq2oWH3uEWwrYFH8bwRcXGgsBM9lL7tahnLCydw1 hGGxBDBN5vtMPKNBTuZk7Eez7XB+XFXsyAHbFOMsHvBEdLkRv9Hy8AVfzMs7PMozW3NudihbFPfF rh3f1bfG4UCrhrMTeDCQc7taevmSMqfal9gXimWo2Iyb7PUD32O/mj7brx6DwOdGHDertsYtvdxN UKST8uEr4ib63xR1zTia9iS8OeIgnZ1biUbDfgKZeLRFq8h4p0D+bpaq6X/r3VfXFoNqb7CnByYs wm8NWyAx5EErwR1X3BA1CwtsZ5zYX+a4fS8cD/tpC2HyL+5i7KSbL0c7qPYKosMRp88SmCfnQCDt F+0Y2GESHM1Gq/h5zxuulND/cBAwI+G+6d8RFHMPjrQn9OCMJqhyetEe0hfQO7v36TcqoBHji/af 2ngHEfBBAWIRUITpduRvO8WA4hjTNMCv9vWyf8w4BHai5In/peoNOtMDCJm541nmeZzdv3BQ5p+X nWt7ve0yyuvdz7J9DFBZ1O9HPtdIn8rJi6cShjOF1vGuKQqCVWFpRmceccMOg0h50mtL/hQjfYfQ EeUc8i93tMtf9QXJ3+3PSEuSW8OFjxCPsef7NYRyA3FZ6FTrewyaUy6B3YKDjse3IXwDGqbFAIS+ sDysgcazPBTg0Mj7nzy/wlA8H8/9K03EE/jKNf+5OdXTq12wORfbbqavX9NQ6DyGidHNhV+G6Wy4 gOmb8cVdPEKBZYEVvAhV1gSfZqmCiIOsuNNj556BXsL+L4QV9tROWOVuBeGMwE/BAcO/lIj63eCk /AUGuFOIeWzp7Vf76aAL8MYNzs+0Nz+mbb7d+ud12R42v2iKZt7AvvWZlwdBR/m5rs81+bJlMh3+ ebsO2hsHKiMsEsxjod1LU1nM3pSwk82phuFba7jpK67h5ko8ZNgsmnj7hdmRTBnOsj+6/0kAPPkO vC/SHBk3D8qe36I3KTGXPPZCxDtQPNqBAPCS/0KOCW6RBeX6roxNkJyL8rekLm9ztGwiwh7SQTfp 4Zs6hOa72eVmWmmWc7ODvcbLrKDhU/u1PA/boAYZXo58nK20OGm6FWoA5+Ft6f4I+7H03MgGoL62 7YE9UvFX5v19RcwimZE3IV9uur/hzUugfbAKBvivEVCQosjbPBRluBihrowIKBBaHoVIKxfnDNvb Sb/gluFMGSDIofP7hKNcyvY/8hefcCMlYqHkcHra4eD9ApfSyDulhr18plNzB/Gy4NZ2sUfNl9Ni Zfw4+bWb/Te19+t/DXptE+PLA12TpznTm5YUSvGfR+KT+kR09kyuD2CmQ3W3oIgN/xju7y532+aP kxL22wxOj46VgIGAJPhef5OrcC5xAZaPhLwsyUj6ndiAy2r/S/vPYHniyPwTxneks+h/sd0e7lxy F7iBckPney2IL6y7R6XbV/BLCKVpr7AuG6yu7/dybtzj9BG++52jM3Ffn9fPf39/YUmmvXkbSHPA 9vPzfpnx+bwNuU0wA5V2lab15TpWHbqUdLiIps3az6EYausWuLWnuwBH44ariqmlOWLnNK5Em7Bj RGJ0RhQ79YoZk+3xT0vsF/KHTXZpQPIK3Bz7vSd3gZPJfvvjP7+GBav9HMkqJ18Nuw2gGCglIzUe kBCIpt6NfAaJMOydYICrLMqdVLaDz8vvyMwvogmmJ3ZHerb9LYr3wMQ3gGGe/7j8zTTV3+sDsZvM bQk+bsbnfDlIcothx5F+EpTCbjyJ3mkEijMMftkf3+y2xexcpsDPZht2etblZcJ/GyCs3ZFh6ico AkQrHqozcrej8cqFk+Xu4XN9OzhXiRVJwOn3bvDDlsAkYAK39/fLNvXVPogC7H/tRaTKFWE8JaZ0 gdkRR7fF7IjukGnimiZSqm60G42eX9j2/Q81Dcj8gDf7ttjT3du+Gxo5zW7UHY7blGfaStKi0tWe 2J5UciQI7DhmMC0+2nuYo2I6ms5u30AOG9qpzQyOyd/13//SjIO548sDat+e/goqzM1mEsI01/Y5 sjmNUhXwJsXE/AXNDj1RXPDwhBqpA5M5xWJ/bn9C+XBx+QrwUCPz2DLykm3vS7pT8ievYtdpyyfr JJIfF3PCSuxMjF6G5y1uqhZxFHcBuEf7mumj3fR7XL+2A18NvMcbPL+rvcEk3v4Iov7MmP0mHpm4 hJ33kNa0Hfvd7+X3NQ3qvz/l8ynvV/kYBrvc6NmJPAXmpzudTU3I3aEttMaiuIUYnZ/fI91Ajpp2 yX4ewD/OVDMubrE9P553C6qKFokSDoYZjpImhbuMvEpyrae8DDWEqIPrwnBvJM1iv840RG4S3ce5 jiHHdCJd0lz+BXsnYzHf9b1/5suObRaG6VfPWL1s816iaF7+iaFTz0pgLer2+CIssfPC/rjzul7d wgHSawOpAb/gdtgSnOXbaU8zm+CZmfDlbXJlgzfoodiidiP8ATLxe0zWUSyWfY2MK90iA5ORmWg6 Ox6NBzeBU3QyoQrrZEaUo6TYy7EJLwlwmijcwEI5VwjE/KzddcssD1cZAnn28zRsabbfZO/A+3iY f7DoFknP98sNTnHhe2J0hkEIlzTFSq0XCb+Z5OcVKd2gsO7MhWmF3WxwMsgdVAmflmfx3eFE+LcX qD96Q5lfUOWbWO7vr7/ofxXnyl/MJDMv0L/BGCTxju8UBt1gLIPbzBgwIuWaOVAJk8CJQbowG5Ew Ux6mh2cJiM7AHGJ094oEn7OVzgua+xv9jZQHkIAHTbYKvH6G8CY07E3741ISGLu9dSjo6J0ncoEP x4Ilwbbyki6twyDNQ1aXyIRX7opUT8X43DgMpkj7i2ogULS/ZVkIsZDQEYXfkoGh2O2b9mLZg2gT GWoSCGTtxOiSghBSXWF/u1fNoSytGZm0hEODH7LQxQ4TbsVR4kGKsrmQ3Q8i/WQxaaNREll35aXy +rkWzqNiazOcYThZ4a/9UChfoc47cXE4j0QzbmssO0lLfmvRQiXpp+IpMZxmXqhgtuIOV1C0oAAW TiGqUyK7ikXHZVelqwj47VB2avysVEtf3MOjnvZHWY4d8ov2yhxNEMVBUT6ZSST4ZyinbKnzfsCH hGf7tuXGOQgzXFFd//s09aieCzExfOZUlYi9EHaF2TGj9Mb9vq9cCK6I6U93RtpWtrp6OASyE1uQ UZ5P8vl2RiCcHRmWJ/xaVekFcytij7llzEqo1IdUDEFCwo9QP1kGvW/JvDEwoVmmfTC3yzMSllxI iFyZK3Tjhrom0WiJrzYmIxiO8c8jyYLzshKAkTKNoVCr/QQk3p3eme5zP/Zh8qsOfppvT1fR4yDJ QBv4uqpqKqicrrGwihO61Ltnb9NEby52u3o3ffb+afJvpro7UrqEZB5GGfboGTIse5ymFXol6Fgz kxXKidhWUJBVBJHgxjpmUBDEtWtOuhJuZ2L+a0mFM2e9AvjqRiC8cNQ5kMeeCVEyR5wJ+h4Zq3au SSLmiSyyaChgMD84kZ1/z8gIpN/pjjnxoju2b8Vlz7h4i7RgwOEEUaVj2n544H+2zjyIvyq4Bbf5 z2ezL3vi8uDt1ExtG4y6wLXSdDByXHOIujWZVjH/YQx7pAvtz82uKtPKFHCEpXBJTGpzRQhFKEM5 x6AL9k2IlxKGwJ2/sjiIbp1eicTIzaHNIO6I/fzK4dYryhu4oHZSBiZmmTuD4lG5v0yAh6uQLUuF zAczKc5tDnfHtlJ2Zy930w06Bjvj11kaigZJGR1+/CcNoKdTzFZsSGVWVBRCRAGNnHNx9MsrDE6Y 4HxUpTZiYzamKe9tnph/Y82bvaGasVgxKHdk/Cu4msfjb+J/2ooZZW9NbJ7nNTyzR/4fwBJZb0Md XgOATCiXxosfspRFfKYSB7Qw8si0kMJmNeyPfbx5GWZzZHgcj/2w8OSJMk7XeVtrjx+dHjctMlQ5 UBICR+964gRFhy4h2gVhekL8+9PfHn7l8ESmWrvdgK2yV6LuQUQczy9Winrq+fldk04EdbypLMqk Rw6NouO9EMkTqIysMrqgY7YQqmEI/c80ilN/Hgki2IEofAvYH5wsbvF8XEd2FTvUQM7Ou7AVKfuT sKEtVHPUSAwGZVWVD4h/v5WF9zB2hGnlctM6maDA6FhYWmE9YCtsmUoBCn6e57cTmyBFGRRX141i dsleTrH6BQSbYccplaTxAQBlX6AZgT2fFRvnUBbMCZ+6qyaTFobXBqVqRGuqWgwePosn+asKdRo0 fGTNc0BucuAAq/7y7MPmwjxQLjVQdjLGEbVhdjRPKh1edMS/3TKhvBc7yLFB8UBVxf4NUwbY47uA duZCEFezngdBaCWQsK9RkeKSzERYTNQ9LAL34mHF5VmP+rLV9KxidVpgDmfbLD56OzQCb1yZ9qot lpW+210VtqrfUb2zP4ZPM4sN6gDy71n66LY30Q6LBslS2t8+vv7m58opEL99ff2lYu/t8U/cS6hl VZY2Q4yTRhsXs4F9jQAKJuRAMqib4rmS+PWj+hGvCyU3pgfgZwqEH+UozhA2j4zEVzMSJBNOTWBA zYuRdXKT6Gg/lAq7Y9/dSruJc1PvsMedqScrvdrN3cHLLxECdG3xarTWz1KCBG7n2VL/C42PrYhz qLsd23aY3R5rBStCxef+NWZRPS39rNKXVPI3sFGSyc7qCOq0REGxIpn5YhEIE15R+oivBf9j5svs 7SQluxsawU7fEVr6Lbj8T5d/B86asEWXf8eV6uNkcEWxt1/qf38vpszsF4PidlJ7/9/fz1I+0Yh1 /++/P57wfd218YRGIDO713Ujs2+XampvKNtewQUx/Pdr6D8O/Iuzpi5qFrF4tf9k2t29RjVtsT+0 79vVuvXrk+8vYFRQhbYugKl+1YBbJLUyxJhZGwDlaTI7gpFpbbao/YCSM8MSJVhYShU8cHOBC7V4 8Nmav2rd5uXU98+7Iy+50YuBgrWtREdmwZdHiw4ivLT7AFJw7TVVsBOZQXCZvwZsUaO07UO7C9Ya qbDEFoUx5o9bKIIrZSQNBAIZ+o14pQ1fZGZsMw4vgnKn8B7ABo2lOGSzK3XJLVirgl4RLcKuUi0t CLf7ZQzovRVmiivyy3Mw5A8XMKtiHDoy2n8w1cnhwP7ATEXBLWNbUQFkL2m3uUY9CgN2D0nGPqYB 4/16levliScARRSINdvs5tncHHXP/ruyeShZu6uTR0bNJOpZbw9Od1u74L3LnuUrjaaYUI2pKFGm jJEjJI+sWYRvDk6eT9pepMYy73+cDWUniAVQfF42dAFE4MzlcJ7hDBrqtrpZHIgCwgpr4zWcRHdB o4G4q+lYiQmRGXEu2iE96+2RWFk5RlEWzMxeKlrL+hmmLGn8gWUMWvgL3KMnIOjdumeavAAYiUtT kh5iR2gzUA3iABuVeG+w9NVjmUCe2L8OaZimUdXWyAo6lscEyzfiHqmTePO4fbGvSFSUmVXpKDQd MICofC4oAonidpB+zLO4wXcqqZwNCI3sAX4WHocuxnxHsCKNxQxPtNU0ZivY6SBJqgwseEVUivLK R3Z20Bz1pbhuqG4fqI/JL987+9MtTPUE9Fm247Td9MAqHIYukICGlwFJ2AAkUFwGnGku7EzmwWnh ej7Npjn2sFjWLIMtCvVZJYtmkUiGqwb1F2FvBNRJqgA2P8h7ePzlDosAO+TPsMJpKzehvjou/GdA Ee6gAzySW3jgBCTSvyD/DeUQN5L3WJi9ZoWa6WfvmQEn+Ub1Foy3F69tA3TZvv+Z2ahFMAMz5Y0k 0Rl3eeDmLi/J6pbsvZ/IDY7bHPvZEPXMmQlrZJQac4IWAYEBM3Rx0VZX/77Lc/Tf9+vX/aA7Ni98 NbVpEVaPpfKWvASJaNeczFZLeZLICpooCbqkOFpUrfRsUvDmr8hLRgIRhuWB0vFHN90rhbvgFL4t TFdFGAg7sLNzpGVaMMvFn7QwrI8Syc8/zwKnQ1HAHUFng9WVfVj0yAzcGM0lq/Ao54al93wcdG/z crvDKSmknfcdvU5Rq9M9f9qpZt4P6GIx4cMOm2JfFuT9x91rLvr74nmvbH3iVQVHxIJGvkDx0euZ ntNZwE3cbSBzqXhv0c1hoiiM3P1z3yAH8U+HMYGeb8E8gzcTYzN7FN2RDJT9p0vK4zMaDQKBllyZ JpqgeZdynTVr82h8Sva/jKxeUNQmo2QWw9PKL5RKdkfvL7ch/SJQdHa9kYxyub18JUL/QeFORBbM y3uJ4ERNDpBP6kyUwJGRcPdEJsTiMsdIkX2o2W5DCKeuJULlvtQdzaybpdFmx0dUHDUWfXndCNxx lIFJGopM/6X/GUZtar9SOR9Ld1be0v7k8e3xl1mec4lGPYVknzOVj02qgiuuY6t32XNF7wlZRySg z9e7gojwLipUPHoL24HWzrDAHWnEHc0mxaFaeX45nf7K6uVG+Ucls1iOmd2jPUvxufpQrXZlA8Id 8sxbo3h3YlkJnKRjJOTvisdMeYDJCRx4N6GkQ79ARXIv5JEjExHJpixgFqsQqUbQrWQsWfUnp0Nj zpJOOz61gpRXZFUyG052mseEF/aclAnfkTCQNrb/gXI7D+9aZ1m9w2NsPS+D95XyZhy3wO/PYPrg NXruysklI8NTM1tKtyVGTviHquXbg0FxWXP3O4XTMk0gRK1+h0s80ojySO0m5EeGir64BOxukP5r O8Sylj0D3lgRAgkzBbwehbf/avBhSnEHCVyztvC+DJjcRJ7ZIwNrSYU33A61PIDeK2EYYLBZGL8F 97wee+wIcFhmsHdQKN7jZvbff1hE2Rjy+2XXIwszdmrmmi+jJkvxeEkqkrfdPZZexSDDw/2R8d4k OvXaC43vSYbzC9FrDyvEHUFUoFWmtjBzx4JYsuUhtHYmQfoIM7X0sMg90R2T8yTSa9mbf6GSh1BW O9GPdnofAXUeVnQ3/1vMTOVdVw/3vM3Zd64hnucTKSfagSdSeO41fL2YsvFFOHEtTyk/dC/KdJVW JlsSnHzafCpPzyxSVd90urYbpeSNM+OgWvpyzwHYRHMp38oVDCQW5iWWLHmDPbxJiUImBjUqleGl MgoueSU8AistoTYPmnpb99HCDq/pM0adsX0iHeOI+nqZeTyDykCpNhLxnrIzy/P7eqEShiEMO1y2 V1IlHfSL92N6qrhQo8J0pHmU/a9ZCU/OXPhTCDCqsjMvzCsko6KNQ8cXmH8PTph7rWRNDm+Z5lq7 j7rNFZGj5H+Fs1imW4SphNViqcyMPrs4IBMfAjxsRWRtbRjGWQmT1AdEq7W0jJkZGTjy/vs7QaT4 F7zQl+XHrRms+Ykm34piYOzigW5ET05ZpEPa6mSRPCuR1s3bslkpsg+JpeUl4/vwTazOsoPwRnq2 juoGZVp7dnS2vDsP3LO0NWp6s9adqqsMactu+pGFkYxTWmaLSKAJG+jytCv70vkreEl14orTfVAD GYHyjsIjnKxdP9Ha8H3N4/1qIOZRLcbyciQZKTEDWd6fUMz57sf2wC5uv6+3CfLyNCHD2+CpGKhS Z1q926vDI2T/hdBFQ/GS4PG6QHoJE+rziMtKmqOW3EK2pKkmbURvY2XRUfZVNTa3sqIP8oTfZ/qv l6hhu260LFw0VIoPpdpBLLScM2DX+fX1F4LrnSkzc2rBS+Re495HPquChT5Y+Aot8uL5PBGMDNps QT1F2QYY/j6di6te/Yc5Cb8/nrMmSdWWmSdM/nIv5+4r2b8W/A9PFw3aWa0HmxNle6ocFqrJyDTk L/SSMVdsNPoX5iDor0UFBx+IcI/Mj1p0ocCPmT2blBtLNxPwfDNApp0UZqM5hVV8ap+ykXlkD2/N 3ZdQ8Px5V6/pNnCOugiWYaDEhZ507NvG4rrecp6AR2dMPzHWrgzZHJS+0UCEmjSUaE4MdXEKi/aQ 6f4ZFZKNRoCsS6xdRFs3nuzaAln7QYqG+pZETSN77Ff//PZg8A/WIjpERA5ot2YpYGHhMcT4oA5o gEOPPr67mO32rSxfyVJkHv+fv/+fXdv3118espEyevwjM6W/nch02BJQ/8fAjvN8U/FG1+IKeUWh r3OMnkPyVHjp7PfMNH3YBAKY9odtpBC460cvKkNagT29lUSksDd3esChsUwuCugCglpRQM3xEVd2 BkngV86m6NkDGHxm5oBiD6ICkNaM4urZK9GXPK+2APes6rqznOw7Ijj4sjkjORvXnNNINAKIXWa/ n2FO1jaC85nOrPnnnoHqrHvxppLmhNGG3F/c2lwK4CWBlpF7z8u4kjChpq0MDwDSrUi0MC3tsCqN e1KIXA7aIlVx92z10vKtq6aotuWgGK1jW7qoyConGA6O4rwHOPipiZBLDoq5soUcNHV4FuEKfplE H/k3YemedciE0Cz9jR3ECtuO1jNPXhwtE14WCDy2qJiVT+wYCIN0bS13Z304FIqFLPqIqt0/QlG7 yLU2r2RlF7kCRtA0LG0F7RpNkJMTqAZqA5/ZrB0+ffEXdEkq/LuQZ+yZ+ZWDpjrd2Vugmg0xHSO7 kjN8uM3bUgWhBSK4EgaLssBxVwCm6p6vgDFR8U79n87OsamhsxaUhayeF0NliomcFQIr20zsoWi3 JtssZL6jKEUUGbmUge6AnhlVGmESXMT/ArRJ+EThRPB1GGfH6IPfRFja9FctLdWVw9DG0qFDa+xo /z1Vzc51YSTCYoa7uo+SxBfkxQJpR1t6VgPm0BiyXkyiaQRBzUJHRFh5CvhltoIiUVKYVAWI8uqy BszvE9iqV4xQW2h7ec2ytzVagKvGmvGkvE6uPt307AIkUW9AxVZGieAZ6Cswbcl+w76WdWUOlDBM Z6fYo/Q6OwoJitIHNSZwxzJIQbeg+0obHj0RZZlJIsCMpQkCnz49RrjkVKUz52DAFD9RFaOGYhYD +6aAvT29Am3nHkQW6Yy6jhwPeCMQANHXCwlTwRtuavY3mRwMCI1MCnDsye/v+weoSalJVo6tNU5U jGjsysMy0MMAwM7ZHTNnF0Qx1YjSbuWkNFmiZ00mj0zToXhBGNhRPTYUY2HiW5Y01EiVbnrflrES Gh4iTzeS/y/LqLH4cIDe7Iemls3on61o8C93xJqUywIOT8ID6P+uhpHwYln3QufFX2P1k3jRcLmC qvXASz0SZB7gAGnYJ2sgQIPDrcFwldErP2ThR6thwOlWgl/KaUUCkHMZuZbo9x45RdP0ec8YaZiV 4SSc093fNd40m6xm5MoywJSKMrjg1dLMarZAJqxvh0JAxXmbDEBKVuIJOQjv3Z0dV1MsPJYJk00J l7z93jhtMgfdRFNqOHF23OSYi6aD88s1e9PIzZIhDAuf2187veQMN96+tFFOKjwphM/BVsJjI9te bsiEuaM8fmCYpnk7LmFs5OLTPKJxz/EMg6MsEXEj/3m10P92aPtzY5JKvXLUUmjp2p2UY0/Uxm6X zcYKugMqUmhajoNAmPzNXc9rZnQjwrBh1IlOrTdqPQs0CwqChRZystzX/D4zHUpXUVaoqycPuavz a2a3C/dyCyb24BtWwjT1AYV9KGLwaFJE6wX5E7sJzWsODW2H3o1LHWw5+Gd2v245Le3uJOU9SsP7 MsBhoPKZW5sMJ1dBW4xaqjwUF0KMvXqpZDqkYCRhSJjLWirWsB0901LNHEcpQFszTUaz4OFnTKDa dQ3MRjFY5rqzORfdQ7F5R1K1sgAKBhnUa2AOhQx2xaekcnSSZ8BN52fJgsPt5TyRtx4I3Nr7Hy+W wMzSRqE5BMoteSr3p3CVc3542YRPEdbBs0dtz4yeDrVQ1ahuuhOppH2GYq6TM3KjHDrQUc4OpShY 3OVFUFjrGOjK2U3vObKILgIu2CsCUa6dCgKJY6mfdEaMgOhKFHm1HBRZ74LbKPWPXgneDu3SMuNI afrj3MYoOQSssiqG7TxsbvK8oaOpwn2Br+0x+8KPD5DggUAWsaytZ38O2lVIxWwFcE70xPHarphR 3KVgXAU6BWqjgsrwU1dMcdRupZ23L39QKdrRYccksnao0spXTvKUDx2covAaK9uQJeh7yZLmtg4P EXrEMhGS8aRqyuNaqDuGssI6flkAu3NIMg+FUje0Ye7gcDzDm0DUW9LQ3x2J4Ibqmo6yGYUqMs6K 2hLY3IMpag4XnZnmE4sy7v6vUm98dfNsNfpSszs72LZ9kX8EDqrvGkjoS5nDTOVCtOTKKFjSC4kq I5svRVozyDWmQ2RVM65QAz0UtWWUfaenI+r0KzeAun99/20Q/bmbK4kJ3pA/x8J4hrdFUZbX1qIA 4GBe0vbFRPuDYti2VGjcJyr7rS0EHlCMaL1E6B3WIG3RzEF/V0yobi1Lzkb2PlDCLbkjCt+L0DCU SVHMFYMxAzLdfxWAKtptaDq0Liu9wHiqJ4N9+45ykwlivBVwaQmYQr3nyB3bnbkrqIeBtE8nspq3 k3jJpule9Cxkg1V9Y1SU/ecHIQ8dAQbNRRxNRcqCmafaiEpOARKbxNanutRfTTXqtiC+FP/e7ZnL DNIeU4YCrJJ/S94guD4ua1ddoiZUsA2z0yzEjP2SBTnKKsKhRARHe8LyTuoJga6GQPZlSkAawyyD qYdywZQ/Lapblc1zndv2jWYoXwif8uGgHSmvzUcc+ywR7yfayxP0dfECb9TBenUca1Ho++iLPfaR tflz4INIBlFbimJkP9W2Jkc8s8ySKspVE4vSsginZ+EKO2RDadspvDrSoImXuDLxOnI4sOgjZmSC dugRgIzsMQwMkAl38gPko3iF9Mvx/AKUG0V6muP1SiSvD8SJD/svw5b2VyU7qjgzc/eBpZ40797j +eo+WM2LY30Eh+30HtOKkmI9o0R5y7LVHUisA36HKW450v/KcTTyYjVnFpWsBQ35Dz6SgKFKBFPc EcwJ9hwlPbOgeuSkiDiOxmLgm2ag1C4UzE/WQK6rMJbKClFzAjO8hjOnNNelWydGFKa2t+y/YGaf YR0P5TbcJwFuaGcr7Oj0xPp5ApB6SbD9jN4K+xzeGSX0UXpn8k8+56JW4+IDmNHjIEkaHNpSn5ZD HpLgYvwC/nqbqduxu7EpXsswZK6OUlECeJqT3zPbEvuo3eZLBGDLdktp+MqkEfmIUckxXPdG7ixu yVpE1v+QAQgjH1xBwDNCtZqFJdhojz5M+P+c5VHrVsqjVDuC/ZWXMO0+ZeJ+CIi/qc8DRbm6kt4y n/IavGVhY3vDGTXCllLR68+BCfeKQFDKZSioKX8+s4Nax5Z5xk20e+RbRBesoGulEWZuVe648L/3 tM+TO9euhKPDCOwpipoZjeiaAUnFVhfWfHakKmj5zQis3orclLM9M+qsrnl8fmprFm6XPry8Z0x/ Qgrg5bO29akBcKBCCNBAKNjNPDRnxS9JNc3Frmlmqoyq8UCTtPy4ttXsS/8DL6Umt5zm9HnHMKu7 /gQzOuR/RQvLJihC1NwAmjLacKHlsQwJWStFW/I5PR9zEMxSloyKXpOSh89iFIzGw571otcQcjC5 mEWy9bVg3+Tz7a+GYSCY1l599Te3UV5nG66Hi56kdACYErMW955T7gUGmhKCORVwpbZuF7xkhWiu 47LbPYk37V6J4oS0hFF+c09w3f+Qf7vlLzs/8nEVI/PIq/yrkla5lILQ2iM4KeOXLOJd7pSpz17/ yCAz9tFxwKp5bck1js/LwjfTH46z86raRu4R04x9JItHo97sdvWSXu/ISpJ25qz7nlNteS/BBicd rcHChCLLzNU7aXjb7dhHQS9QzbSzGksouY/O55ovlpVuWZC8orJoRe+RHfhD/ssAOlbgxJCHu0Tw UCFiy4JVnWWgRoUfbjCJBFFUV03zFs1Y2XGfg7ihxjvaiza0TnuTI6brHO0AuTG8zZbxDi41EgRE PmxlrTnxSZXtMfc7vUY5nv/W/8X+UyAKFdWUxPhCBNddJzwCTtRlisjMB5esLJmMCYusBCbXbSgv wD9UeqLmoLya1XqLV41iialaoOxn9Fgmy5vlSojQOGmfZwF2jTw4oUgSSqdPUbaT+guWdpznuTwk pUZ+WbeTaZ2IOuUQ+SvjF3v9YGTilU8HYzFqFaO1ZEbkf+EjHnlfx7EEnnQx4fgW5T9VUnVmbIIB F2fOQBMko3si50C/z4pZ+f0zIU2UsXEc4vPBigU78jO1XWy2UCgTQ2sZasnJwAzVUZPzVbJZzy/m 3Eg42+X62c9t37+dnzi+/cFnDg3+gX9/CjMTpfN6yH9GejEHy785QegVyYVXPolAcc3Mx7uERcLe 4QJVzR+gZ0m7HcH1UhTR1I7U48FbImNrWQ6eyt+Ttc6k0g2cckeE+7iWMY9/TBhI2rylzc8Kt0cM 4kDYRW/O5aa5mLPZ59vzb5h6r+dHJtHT6GDhvP/RPu8ayW5xgTeG2wb2bXU8HucRQWKPxuEYDiD7 STMeyAfcgpuOhf8XR11zpromvHn+tEU173HcoFd6K0x1rvp/7veOQNouikOyWDHoZSTpJLe21K5n IvJW+6pOlpZTl7FboTlR30LxqtyCVkspM39ogKaaY+MgMNwM8O/7146+wlL3ZMI9z4Lpx1tFc7sX mZ/n1z9/H95tUb8fX5Mg1se7P2X5s9blcSsM5u/5MZ8xhpe9pXQNa4qq5gNu1p9laZ0Qso0nZeRk J4QnD1VdaoOfS+W5QM4dLslxp/+V2ONNeuqaKey1K6fliDBqjhyQksgF9T+bl93GFihqMKnpHSoe RgaeM7T0cLyKURXeLuHIZ2LEKAdMeW2bT9FpPebbV1eDO/Tm5RHoqof31kCcgglHljTA+sVEBXGb SuoxJ0vsTSvHHXSzQ+1OhcT1Q/1kx+pS0jPVjtTOxEuBdiKPn70nocBNKxKfKExu9d41KmLXQpBr 0oK2bCJQqqgn0/75NH8M3/ltMVfDo0x8uDqGhPB1oIwEw0P4/LXdpx7tfLDF/QA1wbZXPtLxxPis /6Erm5yjVHfmkGoVRYgBEI6aWRWpWJsZarI3mT+KsE60p87bsi5X5ojaqLGrBcXe53H7zcgJeq/K g6NIGAvTrMHvbDPn7bOibEX+VAZzkT774vnYgC58Esb33/TyKP3FA9HwQAFMSwZJ5U8rKxj34SvC /IuPc0EPNScCofHrxDbZCQN4p2Q+Sw45HJl6rtldm0NCenbLVkwOn8qdiW9nkALnexfI0cAqTOYG vAmlnMinp5i1jPVyg0RyUMPNiP/Fb/c/CxRXylrmsesRsfs9lYg+64zRJUv1acaAxKU1yylFVyKH dXqhJkb/+UMnizllC7h2prc41h4Dfn0a1JgWlG3Alv45QyfqQ/KEWZpy7hmJhLmQ3Wa38sQ0YwxR bzHHO0kGpQN6lgzJm48s/pEMZahHJpHlBLUrZxY4XcuAxysfZENXNXIMu9ARbTiPHw9NW2oUR6J3 /QmLvuZSTNXvGt27inVkPRsSBNCT7s/uccBTPB3vneyYN+iHbQi+BlO9HZvOfTHO4lvDUzZITAut rfCbkhQdpHTGencKSNlheiYGHlH8VjNjGw9FpWX4xdz7liTkeWxr85Qqw8txN2vcnjF6yh5cUEV2 cpGUeZBXewwM5CnUrB20ZEz2cGQlD8LSzRINqg85CG6Q3m7DOPAMMhPr9IvfQOZ490SjWJZ+2wDn BmD8+8zbFsx/CDvQFrELhIcMs354zR5mNWCLYLzEtPmeT7zS3qc6mS3tOZVLsL/lJFLJjfLRNVBv Vbfckp1Q2KtAVf81M+3O7xxZNqMbjGa6BdLIHZd82MTI6s1abhrkjk1UO9oYbyKgO51ka91BESc/ YEimm6azbKy8YvGD+Kue8/GuUesShpell5AXpmQoH+XGAsv251xludeZ3rMlS0YIvcIeahHZ4wsN zmOpPVs2vm/qHwybC33IwTvyFD1b6WuGfjqO6l5a1spK04r6rLV3zrva/8qZnzFhfpk8sG5/H7FV aZkb5/xcl1kbsz+eDkCr9Y7n9O0sMr+8Lai/7qexRGNU0J7JuSUBtSfQDbMgapEB7LmkJ6gYn/dd tjGzoIL2fMTUncrNPjNvzmCKHdk1R34JwzMO1YBlwT/SIzPTl5BSPKpJgGHdzjMnD9QslblvcKlt ox27sgaPCOp/4dx9hOoTIxHi+XPcTtP29jThMwvz8qlJh36m/JtgjLzYqvOMm3BJhzIXa0ol0fIu /CmAsepe1IG/IllzZXU0qyb4MzX8kINb3Z+Mv+pC4wuZiavZRi1N0IjOmVVz4gmFo3r24wRRlrCH O53VTczLiy2/MXCJ2IQWw6ytz/bMUU41oIJPH/X/xRxDd83tQJi2VzzRrx73s5gVh97kUhbrEmDn 0jNGS+aTD5TMHTQyOX4tBUtk51Sz1JILvWZUrb+uJr6C+cG+UP16Bh+VhGP95vKgTMpcePK2CWmf e5Y+Ljv9JleXIuS7+08VBW8oZ9ofPjCapTW3lYDODNawvaKQjL7v4Lg/n1bqPwufb+INpI3d1pFk JL1zqko8q53P3MvsiU4DHj2YRM7sML1t4wL5uH1Ily0VDmXVZL5553TEnu29NR8c2ZITI5V6ZZcr N4jS7vyvkrWjbSkvZx5ZWIX3O3JQj55PV5LhUaScPmtnkpRGibWO8u9hhXLGy5XGFrbXW1ouDP+J EUA+Bcgf8TNzRFLPvrygcWbr64MdU38qhslTFOwyDsSOx0GqD+vG5JlzXBF7z2ck1QyaUlD3vH1h mzOn2BEfImjdhHtvIXNZW/RrxDxDyJzAzHcfUvn8eT8iIbm4ujwcLYrx9JDidGRXDrE5c2ooNwL3 Y89qST7SRV2fws9X9viQGaA8WZ9JDhCp5BZLfIb9VL8DseKZLL1SMEJ9s9/VyzWLJcJULjUSBDl6 aon+nNdJO683tKIlZy9Q2vHIIZbSjTBitMAaztOzdZdVuy17vUMUObTwhWntKjLkmxnD7X22DwfW cUMhhA8KuiXjDQBG3LjreVKMQ38+l2qS5aoyvZid79nQwTLXKx+IrIh75IjRmmMoaqZ9OWr+NtGU f7/5qDX317PGfuaY2QxtMoM573xBi2RBPj0cuFemTNF0zTm0xE5iDKgnLBW4MiVKIZxZt0YArMWl zXmjAIYypw+lQ6SI7H9VdjWzUy8KdPE0aiCKix8OTQBIHiADzxbPX5534p5ImEszcqRDeqsqTLJy 8gEIk9tcy4HuqPOMMlqxmpQDk2JzcZ133LqM11jTVaJbCWWlqKuRjA6L4AODqtW98JZX5EaFIcJU 5HUttdNxQNZVpsTK0udFVysOyj7xhfBitotHiykT5w2eRQaq54htrYx6LjVyLrBZObhtmQmzIUNH LbqNUrL3zE3zpG1pPU4/EtaJz20JlVY/xZ3IDvqLpVxnzqSimyNqlcsIgzAjcpnZ0qVl0g6ltpw5 PXtmP2PN4uea/GqN8sJQnqhzyDLXLDb2leIgZTssH1LDeXdMDSsM1Pq27DTJQseoihGszWquu96A K0WRCuGTrucyUXt1U1QwXi2/xsGwIOv4yHjUwf6yOzIGF2vTaWvQjulhNBF6tLg2egSlDs8/52uJ rBMRJ+o78yyxZDOH190PuJ83aj3zYSsTxWYlJ2RKYWiyAuIiSdqRHSO+JelRMsM+skVRFdRQY++G +P76y6SkaPfMGpgziy74ycyqgJj5ljlcOpTX0o+vrjGW/XCiL01iS/bSn4Sb6eO2tFhKaKPf7gMj Te6q5pbJBWnXSD4wkWc0hdFWK1v90tOT033nQnB6Uo7gY4VSJoCYY+JImYFnuVb1l2W0KGAwctzN lc3v6uPWHEvFGpeGc857aKHaJcQziIi+t+pC0PELmn7fFtc8omckihVpP02GPrWY/SMo9b+yTXvd j3IoMnRtYdVKzjWijgkntyzNWi6gqUdjZsflWB4AJxJgfYAUYRU9qR4nx+/wyzcky5hrJCf5uufA 38awLw3I3KRkL6mcJhDVc7o3F4Ia0Us+86lzypS1bHgZWUgsJ0idubJX9MrnDteFjuYZ9SS1dw4B WAn5MGI5i0aIWs5FxqQtD+Zj4ozasm6xKMDIRyfXnNrXMQmwR5/s/fBEEebquBw5eZvbgWQ1FYZt IMSTM0OAm41JoNKTwabbtfdsczP33fTcn3k/9zDGI8d95Vi/Go/zoKmR6eg5v6veBiEmcI7Mhsi3 lpw6qLBrZA+X7EAGktH0R2mMfq/OlXn/oRYVRlJXPG5bwZF25ZkTKnoWjC1O4X7wtEgPKqTwYasx cpx/JQ6TwZfQplO1KZybmF2ezlyWcTfwkmNqbt5SUSMaTQqmYuzVcRNYCnn+G2ynQ9cqkJRgndKV Y8Rk0iVhPnhCoGXmBNGZUYDSu0QvOm/NMTWy8+cf9b1HzgSLNvma8wdKzmVtGRr07BrORMwWT+aF d+PTJcbS4tSS4MpFDIZttHstImEN4RBIyH2XHOeoTaq+77z+TfrWMn+3GoEW+bKSFFZMYKDPvTQW I72zrG7sU+Vqa0TN5KYohzWHQrsaXRILmSDYKTt2YSz/FUV6O5kiKUMkHTwJfj+8tWe++Bq38yKO JYnBqxXlUnPUm0pSezK3bZV/Du6j2p/5GK/VwwoDS5MJQSlYFjt5nvHp0ypqpo3OLEqP/EVW13BX chevcD3u7mox6SKrkSVbuZKez7a4l+aMoeUtKVmlsCUKLQEPQjuv2FZFXxNTPjhyoZabV2HCRXu/ ZYZOcIjXQPxfs1GOloF7QYSA9IHqqg0l3hX2J5xjzcYcRZGqme85NFIWUvFUyQorlrJcCacZvI9l 5ptmd7AIjVUTiDdvwNmz6YAh/8B8Qr5p9TYXJR7XmGaQEyTG7U16ljh2JJdlQnuOgZXNCeIik2X3 6INkKYNcyuYmnto0LZ6fnuM3e5KN6lKZ+dx26T8lz4CCpzgxE2YmhfuOipEWUwEz9U+eU6ZYBDuf dqcPuQqSP9ea+F8eJ6CUJzicM6FshxoKwJO8U82YYhvBYVZx3T2HltfIHG1XgjSlO4Wx61ILPf5/ VeeiG7mxA9E/uMlibWvUT9ljOwn2///vtvqwqtvAYOFNZscaic1HsVjcxOWg1A6HbJhofvElPeo3 G9xzHvXQxsxrkwQhX42dwkWDQtvO4rIx3Pqc6H/OpdJfn5dh+XchUa0ssDec5CZFdUqr7SFVxqWb qqFsXE1k1OaW15jXBkihtEkac9vSJy2eO14ccZyrWGrG3ubQHiKfcWfmdibEryi7NLW0UPd52XbL 2TwfUc5Inl1KR/5DkSVgzSIhu3qJp9Kc1SS2nrXEOk40JIFPu/bmVGn1VE1Au0R1Zq78bZEnbTZ5 6Q/kKlBaWeUJIH8r57ywLeJtT+lJy2kWjx9wv+MNo1oHufr19//GDfz96y+gpyIB2IX2yOCxcwLH qzhsYu9HOWyb5K8sOp/Wu47tuICvz3em4eYOuwTlSVmrl1zHsOGG/785eAHKdS1EcDvDKl7syhw/ g8sV9V+Wnavyirpg/q62MWlbWUUfj9i4ZYr9toG43mnzFRJM3Z1Baf4kyftQdCzfUpa0nStiW74T oZxWFlqtHvx4Db70DN+sUR7PN+/hflOHDrRcVJbne/vn68nUw8dV//z3PZ6ISxgsf9pzNG78BJ3T 4jfQMDHmPN78dS81rh8fsZ02R4kUGrNNTQQmQbJgMdcyDuU+vF39NWfLp7QEA2AUoshe4EVOU0vx oWYNY/5N87ZJ46U6zpHzPyTuTSpI1zIL2FzsMnWLuiSJqlqW/JZDgN5DMmVOC6fN95Bkqen78wNT j2y5x+5vU5WKpMzkOYNUX/PimUfE3JbGcm3KygKRI9Y3aZufknznjj00YTqjau3Siglgah4BPAPB KM1uzr1+972tnE2FTBcp13HHswZJFGtHqKYdwYZPF52YExGROoYUxLZd8g5YOKVEryZ+xPMaVxgB PUU5YB/+NbXsbP+XNsMGgFZYFrY8mCnrRBkndSuyAI7NO+Csm4kDFGbSxjmkF5DT2lnwCL2jUIDJ KlrtBHDUdS6fIstqUixJnlJPh/a7qb5e8kQPpf2qYhZZVNOmby+WijrmKqJNNCMOrMPB+9xiOU79 +E/ji7sh4oMMyMyBSouDkRw6ISFbFYTIXjcA8NKYpDKWFydOkbGj5yAGAthF1g5Q8gpgNPd3VEHc /1c60uHrqnrfwzbcpwPlGwcT+5cI+avRFUDjrAycYrls4qsEpq4+kQuiKqysiSfpNCD9nNfzSfyY exL3hND6Tk2zPM43DJMmLdLtWupqANy5fdHUYWyd0BaGzf8ctEfbtv2wbnj4+Pk5By7aJF00Ge0w dez5Dspz3KlobUpgkq+rm8NHEYPehSxxq7l7pGRcP2YDChooa40laBz2ppVw069mn+WHVjbsIF4x RZavr3jxWGLpoaDoRIvV2GljBUcKJxiqz145R36rK2sVoWvveqQlJxWj04s2oJc9Vdc3HV+N1+3Q Pvr3nVTFJj4bMDcz6ql37U8EHtHmiHHPke4ZP39P+/eY3h3cQU7Kqit5LkS9KsR4vIFLYugpK926 Ns55Vyune/uzcgmjLlUrP/IuWKHWEn/OpaIvOBx3mg69uWvTPZHu0JqGw7s+5590JLMaEy4QIh0a /qFnHyvsuf9s3Ny3+tnxsf/9+0U2OH4L99/qpuPFMj4uAAjI+bZrDbx6cGO2npddRNXCFGfs7nFw qTuAbAwHsM7Pjiwu4rV/oNCwdreyyof48EaHeO1boatkEIwlVsHU7gPilJxszM9889ViYJf4va2I 3DIN2IiEom02FfO2N6Yn2n3/Oft8I/Jb8MMAOrYBqD43uIWDFe8iKmvOXY89X+RXZtll6W/465SQ +DvBNPrsbW235VjtJI2y+vN9bUWbF9Jmn3aMVfNuFjZ3wRha+qICmgCW1Hg1/8T5mH3vJWY+5SQ3 lnR9ob4tGQwhRN4u+vOyjiIPgtrhTguvO+kaN3+4EQDP76/n7dKrY1Ze/s1jR7rz1xRQUgvsfudT WfH4mTEZskEXbgHOlEW8P82JVf5vJ89wbtkoJUVDfC6jkkQ/nOQrxY1DWgPxlsJG5KKJxpCnNrp2 PeTo6y017yaxL55a05aNLgjaV5Ik7JbVSgiX0iPuS+jybuVwh2/Og3rWrrUJRnHDtXzZMGkWc9tF fbUg4VW7JLXV8A06U9J01SMUU+MrnJo8vVHKh5u8QY0DlEtadeRztwo0rRdxH8oHwTsvwrFvy63k lBZORYYcv/GHfMRqk7WJ1lbpNyYtviniv1XJZXhTXq/Leq+pJDBeGKdhIgI9P//58y++iMdKLhp8 ACWlfe2b84LRlQEafkkanOR5SWnnQELZ9v/28osd94A8Z6yjDWYX5pG3VSNALkbkjIfk5Nw7ZpfU 11iyOZN1sMb3siY1XCnwTh80p09oUPAKXkc5nZzQ4JhRoLStD3JJysaN9Zs7V0INrHmwQikuFCN8 iOH3MO8GRTxy0eQVLUsmemPOz5Z6bytDI6U3RNO2DpdH8g0IbDN6b24qGa7BPo0y+Rqcr2a1ovyA 9pEl0kisXQghLIgQMXZRkCwCo/zz2tT8WpDoDp9KwPP1100JuQnJx7PlWVNT38WRmTknTCFu4Kxe f+MTuD/LYO6AWEzDcD3VPCBvq5BK6hXKcgHQdcGt8Q/V3ZiuqbpeyOLBEi8iMZiNJOdj2UtG9AlZ 3ImXWGkhtvnWFgdsTNYjesSuJTfu86JPhzQc6Rx1RET2x2sMdKiR1y06kVdbE0/OQeDZjV8div01 RoTGPxnH/5jjP5fmEcx/SNr9sS5MzPmu0Qn+b5XCvHKYRP8I8fOq2Y2Am4SnRcH49rLXCE5yumC9 IpC/qufoCLVjJnlro5fQwtVo83ZOHQJuFwhgeIbgp/saxYirumzBPBfp17EPj/3OHmGxOwxcYOoU SrHRANLRBEPKlrZhV0DZh9cIzpTMAQuZ7kPtGPKWRaLTJEVU6KLrr9pBcaEIDiLIMhIOUGAHYn/i neD7kuu09SbqJhsLBB3qLnOygKiUYiLy9dwUQork/pJ40RSPxM3h6lm25ac5z86vUxwGACh3jV0w Yh4B1XoPmprILo0f7AKQHZLcOpEwq7yK53ZJTiR8u/0/iTpQxuRUGJI1v4hzdKjAiTJzLbsMAU/a TGEJ4gcerzEbwqPBCVS1480SXMMIwew9ssZzwkts4m971IY+ETM48w5EETHXX/Krm3LX5JUEG9pQ pFhLTMH+Q9VnU1bHni263kXWRQChe9WFdbq21aUwkHMoGR62AbsFvpcz+bQ1IifP/3fY4ZacJCnJ A5izK8clQLS5S2jajxe7z2zPPJ17IaB5rf5ANV+WTJP2CXrS0B2NJvlB7KdLsr4wTrUJyXIP7QOR mzCU6hKJkrmJ4m4NEO4VMwWgl67s+LK4rGAvSAsrwMP5yREWeyCHjxk1irowVfSzrt0HJqUU8WyV tcaCP0pg2CB0bOu2l61r5TqQL8dkH9mwd6Kaw/Nn2b/T0aKhLeUn51alJsNKZCN4+8+4P+FPDCO7 3D6ngMahFcOBpk58Bu3KKNlKtJ+SSDUAX6M0ztJBxWhPieoYwUgSZBaadApTjazvTStaiK1Z4kjZ HUyNDyQ19H2dRaS4hf9Mf3t3Znt28UKdTjrtKsCpr2vPGkOLMVOwa6dYfLVr9Tl5XfaeghnU6EGT 3uSf6jR7pZb2OR092WrpBpVI9MiwVSPqfM7zIxDRLt5s3OTptCccGrq1hF3nG+YlOoe36oLtKkkU jhzJ6y005fTiiJk2pXfcQuAqApzbWjQQYIL7lY/Q1Zyyvbdg1JLDehxbMoB2lgXKtnE5LMEud3yI o6SLBbL69HOhjKu/5Z8nzAIDynwtCEL4pVDDExKFUT3fu0LJglDGpX7OBvGl/Tg77MM90bBhUoZf 5KDU41Cd0sWTrwjmKOF3TMmyJSdIljug1AXsAroxRI+VJskEUTvrfG1CoFnCYioWumhjUWVviw5v JsbczdRa7Palcdakexl42kf0LG6grIeCPfMC2LObGrj3/cg0jYF8f36Mt40/sycE1XjlIlEmb6Gh vbA4E1Scw5AYJKH6AE1F8vJ+HKf2OFOwnF7oPOdbfZ3YhmE01Yzhr85tCiDFxqK47XJEMYnpBAYH sghLMrYs7mKRZCXjt03itFmFf9fYApERDKFvEuUeN+ChAG+Ob/HP99P99Cw3i2XydGChkJ2+/P7b y7bwP6TBWBFTPH3TvMInG1jgLDfR+5NYsu54YmwIrJ3Hrk4Z9jkuAOcA6FQE0fM4TnG5Nybtb6PQ PkrEXD7caUna2LCnxEOcoXENvNPeCd/ortb46/8BxFOUTw0KZW5kc3RyZWFtDQplbmRvYmoNCjgg MCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDE5MjAvSGVpZ2h0IDEw ODAvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ZpbHRlci9EQ1REZWNv ZGUvSW50ZXJwb2xhdGUgdHJ1ZS9MZW5ndGggOTk1MDQ+Pg0Kc3RyZWFtDQr/2P/gABBKRklGAAEB AQCQAJAAAP/hAFxFeGlmAABNTQAqAAAACAAEAwIAAgAAABYAAAA+URAAAQAAAAEBAAAAUREABAAA AAEAABYlURIABAAAAAEAABYlAAAAAFBob3Rvc2hvcCBJQ0MgcHJvZmlsZQD/4gxYSUNDX1BST0ZJ TEUAAQEAAAxITGlubwIQAABtbnRyUkdCIFhZWiAHzgACAAkABgAxAABhY3NwTVNGVAAAAABJRUMg c1JHQgAAAAAAAAAAAAAAAQAA9tYAAQAAAADTLUhQICAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAABFjcHJ0AAABUAAAADNkZXNjAAABhAAAAGx3dHB0AAAB8AAA ABRia3B0AAACBAAAABRyWFlaAAACGAAAABRnWFlaAAACLAAAABRiWFlaAAACQAAAABRkbW5kAAAC VAAAAHBkbWRkAAACxAAAAIh2dWVkAAADTAAAAIZ2aWV3AAAD1AAAACRsdW1pAAAD+AAAABRtZWFz AAAEDAAAACR0ZWNoAAAEMAAAAAxyVFJDAAAEPAAACAxnVFJDAAAEPAAACAxiVFJDAAAEPAAACAx0 ZXh0AAAAAENvcHlyaWdodCAoYykgMTk5OCBIZXdsZXR0LVBhY2thcmQgQ29tcGFueQAAZGVzYwAA AAAAAAASc1JHQiBJRUM2MTk2Ni0yLjEAAAAAAAAAAAAAABJzUkdCIElFQzYxOTY2LTIuMQAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAWFlaIAAAAAAAAPNR AAEAAAABFsxYWVogAAAAAAAAAAAAAAAAAAAAAFhZWiAAAAAAAABvogAAOPUAAAOQWFlaIAAAAAAA AGKZAAC3hQAAGNpYWVogAAAAAAAAJKAAAA+EAAC2z2Rlc2MAAAAAAAAAFklFQyBodHRwOi8vd3d3 LmllYy5jaAAAAAAAAAAAAAAAFklFQyBodHRwOi8vd3d3LmllYy5jaAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABkZXNjAAAAAAAAAC5JRUMgNjE5NjYtMi4xIERl ZmF1bHQgUkdCIGNvbG91ciBzcGFjZSAtIHNSR0IAAAAAAAAAAAAAAC5JRUMgNjE5NjYtMi4xIERl ZmF1bHQgUkdCIGNvbG91ciBzcGFjZSAtIHNSR0IAAAAAAAAAAAAAAAAAAAAAAAAAAAAAZGVzYwAA AAAAAAAsUmVmZXJlbmNlIFZpZXdpbmcgQ29uZGl0aW9uIGluIElFQzYxOTY2LTIuMQAAAAAAAAAA AAAALFJlZmVyZW5jZSBWaWV3aW5nIENvbmRpdGlvbiBpbiBJRUM2MTk2Ni0yLjEAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAHZpZXcAAAAAABOk/gAUXy4AEM8UAAPtzAAEEwsAA1yeAAAAAVhZWiAA AAAAAEwJVgBQAAAAVx/nbWVhcwAAAAAAAAABAAAAAAAAAAAAAAAAAAAAAAAAAo8AAAACc2lnIAAA AABDUlQgY3VydgAAAAAAAAQAAAAABQAKAA8AFAAZAB4AIwAoAC0AMgA3ADsAQABFAEoATwBUAFkA XgBjAGgAbQByAHcAfACBAIYAiwCQAJUAmgCfAKQAqQCuALIAtwC8AMEAxgDLANAA1QDbAOAA5QDr APAA9gD7AQEBBwENARMBGQEfASUBKwEyATgBPgFFAUwBUgFZAWABZwFuAXUBfAGDAYsBkgGaAaEB qQGxAbkBwQHJAdEB2QHhAekB8gH6AgMCDAIUAh0CJgIvAjgCQQJLAlQCXQJnAnECegKEAo4CmAKi AqwCtgLBAssC1QLgAusC9QMAAwsDFgMhAy0DOANDA08DWgNmA3IDfgOKA5YDogOuA7oDxwPTA+AD 7AP5BAYEEwQgBC0EOwRIBFUEYwRxBH4EjASaBKgEtgTEBNME4QTwBP4FDQUcBSsFOgVJBVgFZwV3 BYYFlgWmBbUFxQXVBeUF9gYGBhYGJwY3BkgGWQZqBnsGjAadBq8GwAbRBuMG9QcHBxkHKwc9B08H YQd0B4YHmQesB78H0gflB/gICwgfCDIIRghaCG4IggiWCKoIvgjSCOcI+wkQCSUJOglPCWQJeQmP CaQJugnPCeUJ+woRCicKPQpUCmoKgQqYCq4KxQrcCvMLCwsiCzkLUQtpC4ALmAuwC8gL4Qv5DBIM KgxDDFwMdQyODKcMwAzZDPMNDQ0mDUANWg10DY4NqQ3DDd4N+A4TDi4OSQ5kDn8Omw62DtIO7g8J DyUPQQ9eD3oPlg+zD88P7BAJECYQQxBhEH4QmxC5ENcQ9RETETERTxFtEYwRqhHJEegSBxImEkUS ZBKEEqMSwxLjEwMTIxNDE2MTgxOkE8UT5RQGFCcUSRRqFIsUrRTOFPAVEhU0FVYVeBWbFb0V4BYD FiYWSRZsFo8WshbWFvoXHRdBF2UXiReuF9IX9xgbGEAYZRiKGK8Y1Rj6GSAZRRlrGZEZtxndGgQa KhpRGncanhrFGuwbFBs7G2MbihuyG9ocAhwqHFIcexyjHMwc9R0eHUcdcB2ZHcMd7B4WHkAeah6U Hr4e6R8THz4faR+UH78f6iAVIEEgbCCYIMQg8CEcIUghdSGhIc4h+yInIlUigiKvIt0jCiM4I2Yj lCPCI/AkHyRNJHwkqyTaJQklOCVoJZclxyX3JicmVyaHJrcm6CcYJ0kneierJ9woDSg/KHEooijU KQYpOClrKZ0p0CoCKjUqaCqbKs8rAis2K2krnSvRLAUsOSxuLKIs1y0MLUEtdi2rLeEuFi5MLoIu ty7uLyQvWi+RL8cv/jA1MGwwpDDbMRIxSjGCMbox8jIqMmMymzLUMw0zRjN/M7gz8TQrNGU0njTY NRM1TTWHNcI1/TY3NnI2rjbpNyQ3YDecN9c4FDhQOIw4yDkFOUI5fzm8Ofk6Njp0OrI67zstO2s7 qjvoPCc8ZTykPOM9Ij1hPaE94D4gPmA+oD7gPyE/YT+iP+JAI0BkQKZA50EpQWpBrEHuQjBCckK1 QvdDOkN9Q8BEA0RHRIpEzkUSRVVFmkXeRiJGZ0arRvBHNUd7R8BIBUhLSJFI10kdSWNJqUnwSjdK fUrESwxLU0uaS+JMKkxyTLpNAk1KTZNN3E4lTm5Ot08AT0lPk0/dUCdQcVC7UQZRUFGbUeZSMVJ8 UsdTE1NfU6pT9lRCVI9U21UoVXVVwlYPVlxWqVb3V0RXklfgWC9YfVjLWRpZaVm4WgdaVlqmWvVb RVuVW+VcNVyGXNZdJ114XcleGl5sXr1fD19hX7NgBWBXYKpg/GFPYaJh9WJJYpxi8GNDY5dj62RA ZJRk6WU9ZZJl52Y9ZpJm6Gc9Z5Nn6Wg/aJZo7GlDaZpp8WpIap9q92tPa6dr/2xXbK9tCG1gbblu Em5rbsRvHm94b9FwK3CGcOBxOnGVcfByS3KmcwFzXXO4dBR0cHTMdSh1hXXhdj52m3b4d1Z3s3gR eG54zHkqeYl553pGeqV7BHtje8J8IXyBfOF9QX2hfgF+Yn7CfyN/hH/lgEeAqIEKgWuBzYIwgpKC 9INXg7qEHYSAhOOFR4Wrhg6GcobXhzuHn4gEiGmIzokziZmJ/opkisqLMIuWi/yMY4zKjTGNmI3/ jmaOzo82j56QBpBukNaRP5GokhGSepLjk02TtpQglIqU9JVflcmWNJaflwqXdZfgmEyYuJkkmZCZ /JpomtWbQpuvnByciZz3nWSd0p5Anq6fHZ+Ln/qgaaDYoUehtqImopajBqN2o+akVqTHpTilqaYa poum/adup+CoUqjEqTepqaocqo+rAqt1q+msXKzQrUStuK4trqGvFq+LsACwdbDqsWCx1rJLssKz OLOutCW0nLUTtYq2AbZ5tvC3aLfguFm40blKucK6O7q1uy67p7whvJu9Fb2Pvgq+hL7/v3q/9cBw wOzBZ8Hjwl/C28NYw9TEUcTOxUvFyMZGxsPHQce/yD3IvMk6ybnKOMq3yzbLtsw1zLXNNc21zjbO ts83z7jQOdC60TzRvtI/0sHTRNPG1EnUy9VO1dHWVdbY11zX4Nhk2OjZbNnx2nba+9uA3AXcit0Q 3ZbeHN6i3ynfr+A24L3hROHM4lPi2+Nj4+vkc+T85YTmDeaW5x/nqegy6LzpRunQ6lvq5etw6/vs hu0R7ZzuKO6070DvzPBY8OXxcvH/8ozzGfOn9DT0wvVQ9d72bfb794r4Gfio+Tj5x/pX+uf7d/wH /Jj9Kf26/kv+3P9t////2wBDAAgGBgcGBQgHBwcJCQgKDBQNDAsLDBkSEw8UHRofHh0aHBwgJC4n ICIsIxwcKDcpLDAxNDQ0Hyc5PTgyPC4zNDL/2wBDAQkJCQwLDBgNDRgyIRwhMjIyMjIyMjIyMjIy MjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjL/wAARCAQ4B4ADASIAAhEBAxEB /8QAHwAAAQUBAQEBAQEAAAAAAAAAAAECAwQFBgcICQoL/8QAtRAAAgEDAwIEAwUFBAQAAAF9AQID AAQRBRIhMUEGE1FhByJxFDKBkaEII0KxwRVS0fAkM2JyggkKFhcYGRolJicoKSo0NTY3ODk6Q0RF RkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqDhIWGh4iJipKTlJWWl5iZmqKjpKWmp6ipqrKz tLW2t7i5usLDxMXGx8jJytLT1NXW19jZ2uHi4+Tl5ufo6erx8vP09fb3+Pn6/8QAHwEAAwEBAQEB AQEBAQAAAAAAAAECAwQFBgcICQoL/8QAtREAAgECBAQDBAcFBAQAAQJ3AAECAxEEBSExBhJBUQdh cRMiMoEIFEKRobHBCSMzUvAVYnLRChYkNOEl8RcYGRomJygpKjU2Nzg5OkNERUZHSElKU1RVVldY WVpjZGVmZ2hpanN0dXZ3eHl6goOEhYaHiImKkpOUlZaXmJmaoqOkpaanqKmqsrO0tba3uLm6wsPE xcbHyMnK0tPU1dbX2Nna4uPk5ebn6Onq8vP09fb3+Pn6/9oADAMBAAIRAxEAPwDzjB65P6UnP94/ p/hTPn9B9cij5s8AfnTEOyc9T+lGT6n9KaS5/hX/AL6o+fPKr+YoAUsR3P5CjcT/ABH8qTLdwv8A 30KT5s9F/OgBxJ/vH8qNx/vH8qZ8390f99Uvzei/nQAu44yGPX0FLk56n8QKZ83HA/Ol+btj86AH ZPr+goyfX9BTcN7fnTfm9vzoAk3E9/0oyfX9KbyPT86TkdcfnQA/n+9+lHPr+lMyQOo/Okyf8mgC TJA+9+lHP94/lUeT/k0fN/k0ASc4+9+lHzf3ifwqPBz1/Wjn1/WgB+D/AHj+VGPcj8KZnijPbNAD 8e/6UmDnqfypmfejcemR9KAH4PfOKMH15+lMz7j86XPv+tADsfXj2oPTv+VNB96N3HWgB3v/AEpM dKTI9TRn3oAdgUnHpSZ560mR60AO4P8A+qjIHY00dfvEUv8AwKgBd1Ln2NM4/vUZHrQA76ijPbBp OPU/nSZHcn86AHZGOQaTjPem5HqaUY9T+dAC8Yzg+1HHoaT6N+tGf9r9aADjuDRkeho/4FS55+9Q AmR2WkyP7po98il4z1oATIP8NGcfwmjI9R+dLkeo/OgBN3qCKNw/u0fj+tHtn9aADcOu2jcP7tHb r+tH4/rQAZ9jRn2NH+etGO+c/jQAZ9B+lJznOP0p3+etJ+P60AAz2Wj5vQ0YPb+dJ07/AK0AHP8A dpeemKTOf/10Z/zmgBcGjB96TP0oyf8AJoAXaaQp6ijPv+tH+etACbM9qXZ7cUfiPzpMHA5H50AL t9qNp9KTB9RRj3FAC456f5/OjHtSYxRigBcUYNJtFGB69KAHYNJijC+tJxjqaAFx/nNJgUnFH1/n QAu0ZoC/Wkx25/OjH1oAXbnuaNvuaTH1pMH3/OgB233NG0+ppuD70YPf+dADse5o2j1NMwaMH/Jo AftHXmkx9abg/wCTRg0APx9aQgY703Bowf8AJoAdtHvS4HvTCOf/AK9HIoAdtHoaNoHIBpvPpSc+ lAD8D0NGPrTOaOfegB5/GjAJ6mmc+9L+f50AOwPU0YHvTMn/ACaMn3/OgB+0e9G1ff8ASmZPp+tH PpQA/A9/0owPf8qZz6UuDjoaAHcY/wDrUn+egpMe360fh+tADuMY5o4z3pv+etLnn/69AC4Ge9HF Nz/nNBP1/OgBePSjvSZHp+tGe9AC8Uf560nH+TS8eh/OgAo/GjIz0/Wk49KAHfjRznrTeAOn60dv /r0AOyfU/nRk+p/Om9un60Z9v1oAdk+p/OlyfX9aZ+H60fh+tADstjqfzo59TSd+n60n4frQA7Jx 94/nRkj+I038P1o6dv1oAdlv7360ZP8AeP5038P1o/D9aAHZY9z+dLlvU/nTMD0H50HHoPzoAfub 1P50bm9Tn61Hx6D86OMdvzoAk5/vH86TLdmP50zPp/OloAd83r+tL83rx9aZn2pOvagB/wA3r+tL 83qajz7Gl/CgB/zepo+bsTUf4Gj8DQBJ83940nzeppv4dKTJ9KAJPm9TR83qaj7dKM+1AEnzf3qM H+8aZn/Zoz/s0AOwf7xpcHsxpn4GjmgB3PqaOfU03mjmgB3PqaPmx3puT+NLu460AO+ajJ7j9abu NGTQAvzelGT6H86TNAfntQAvPXFHf/69G/FG/wB8UAGOf/r0uPY/nTdxx1pdxxQAc+/50c/5NG5v 8ijcf8igApecd6QufWjcfUUALk0ZPp+tJuP96jcf71AC5PpRk+lJvOOtG9vWgBcn3o3H3o3n1o3f 7VAC7j6mk3HrSbj60u4/3qADce1G49hRk+ooy394UAG5vT9KXc2en6Um5vUUb26ZoAXc/wDkUu58 U3c1G5u9ADtzfjRub1FJuPoaTcaAHZb160fN600lvSlyx7GgBfm9aPm9aT5/Q0mW9DQA478df0pM vnGaPn9DR8/oaADL+p/KjL56/hS/P/do+frtoAPnx1oy3rR8/wDdo+b+7+tAC5b+9Rz/AH6TD/3f 1pPn/un86AHZP9+kyezGjD/3TRhv7tABuYfxn8qXex43GjD+maTD/wB2gA3H+8aXccfeNJhvSjD+ lAC7mPc0bm/vGkw/TFLhx2NABvPqaNx7saNrj+E0nz+hoAXef7xo3E/xGkw3oaMN6NQAu7/aNGe2 40YYdjS/N6GgBOg+8fypc9OT+VHz+lGH9KADJz360ueOp/Kkw9HzjtQAu4+p/Kjd7n8qMuR0oy2K AAn/AGjS5GOrUnzZ6fjS/N6GgBPfLUf99UuWB70Zb0NABn3NL+J/Km7nz0P5UFnoAdzjq1GD6mm7 mpd7Y6UALg+/5UoBPrTd7Uu5+1AC4OaNpxTcv6Uu5qAF2nFL5Z9abl/eje3vQA7y/c0vlj1pu5ug JpNze9AD/LHrR5eO/wCtN3E9z+Io3PuoAfs9+KPLxz/Wm5b1NLuegB2wep/Ojb79Pek3vnk0bnx3 oAUIfX9aNv8AtfrSZb3pN7DqTQAu09m/Wl2Huf1pNzD1o3N2JoAXaR3/AFp2z/a/Wmnd05o+fOMm gB231P60bfRj+dN+egCSgBuwDuPzo2ADnH50m4Y6n86N2e9AC7F7EfnSbF9V/Oj8TRj3oANi57fn SbAemPzpTzzk0nbqaADaOv8AWjaPXH40m7tupM/7ZoAXAHQ0cetJ/wAC5pf+B0AHHT+tJge3507A z96jjH3jQA3A9qMD2peM/epODxuNABjnt+FBWjA/vGjHfcaADik49P1pcf7VH/AqAE47YpD+FL25 P6UenP6UAIR7j86THfNO/H9KPx/DFADcUY9KXHTn9KNv+1+lABj6UmOO35UuB6/pRgep/KgBuD7U u32pcD1P5UvB7nr6UANAox9aXH+0fyoA/wBo/lQA3FGOOKd/wI4+lJz/AHj+VACbTS4NLt9z+VG3 3P5UAJtNG0ntRg+p/KjBx1P5UALtPek2/Sj5h3P5UmD7/lQA7bSEUnPv+VIQff8AKgB2PajHPWmf N7/lS/N6n8qAF2+tG0UmD6/pQPx/KgBdozS7Rim9u/5UY/zigBcDrRgZpCP84oxz/wDWoAXC/wCT R8uKTH+cUmPrQA75ff8AOjC46mm49Ofwox9aAFylGU9DSY/zijHNAC5X3oynvSYox7UALlT3NG5K bx/do/CgB25etG5cnrTOuPlNGPY0AP3LjvQSvvUfHoaM+xoAflB60ZTPemZ/zijPtQA/Ke9G5PQ1 Hx6Gl/D9KBj8r70ZXPem9v8A61JigQ/5fej5fc03k/8A6qTBx/8AWoAflPejK+hpmOe9GPrQA7K+ 9GU6c038/wAqPxP5UAO+XHej5fSm8+p/Kk59TQA/j0NLgZ71Hz70YPvQBJx70cD1qM59TRye5oAk PtmjHsaZ82OppMtjqaAH4Hv+dGB2/nTOfejLepoAft+tJt+v403Le9L83vQAu36/nRs4pvPvS5NA C+X/AJzSbKMn1NJk+poAdt5o2mm5+tLk+9AC7T/k0babk470uT78UALtNG0etNz/AL1Gcf3qAF20 bf8AOaTPsaOPRqAF2/WjH5/WkyPQ0cehoAdg47/nSYNJn2NHcjaaAFxSYFH/AAFqTA/utQA7FGPr SYHo1HH91vzoAMDPejaPzo4/umjA/utQAbVzRge9GP8AZajA7BqAFwPejjtmkwPRqXaOuDQAv50n 4GjA/wBr86AvfB/OgBe3Skx9RRj6/nRge9AC8e9H4Gk2+zfnRtHo1ACce9Lx70bRjGGo2j0agA49 6MD3o2j/AGqXH+9QAmPrR+BpcegNGPY0AJ+dJx707Hsfzox7GgBD+NHHvSn15owfegBMD3pMDPen YPvRz60AIQMdTRj60uT60fN60ANwPSl+X3pcn1oyaAEwKMD0pcmjJoATH1oAPrS5ajc1ACYOaMcU uWo3NigBMUYFO3N6UZbtQA3A70YFLls//qoy1ACYFLjily1JlqADbxSY4p2W9KNzelACYx2pMc0u W9KNzUAGKMDnNG45pd1ACYox9KN3tRuNAC4owaNxpM0AHNGDRuo3mgYYal+b1pN31oDH3oEO+b1o 59abu96Xdj1oAXn1oyfWk3fWjP1oAXPvRn3/AFpM/Wk/OgB2aN3vSZ+tGR70ALu96N3+1RuHvRuX 0agA3HrmjcQep/OjK+9G5ewNAChj60m73o+X0P6UcehoAN3oTRn/AGqPl96Pl96ADcP71G73o+X3 /SjK+9ABvHrRvH940ZXtmjj3oAXfnoxo3n1pufr+lL69aAF3n1/WjefWjj/IpO/egBd59aN59aTj HelwPegA3nPWjcfWjHt/KjBoAXd70m73o6Uf57UAG4+tBPvS4Pof0owcdD+lACZPXNGW9aXn0NGD 3BoAbk+tGT607Gexowc9/wBKAEyeuaXn1owfcUbT7/pQAZ96M+9G1vU/lRhsd6AFzg0mT60c57/l RlvegA5z+FLRk/X8KNze/wCVABk0ozSbj3/lS7m/yKAAhvej5qNx9P0pSxoAT5qMnPejJ6f0FG4/ 5FAB6cmj/gRo3H/OKMn/ADigBf8AgR/Oj3yfzozx0FGfYUAGff8AWjPb+tGeOn8qTIP8NAC59z+d Lk+ppoI7LR+FADt3HU0ZPvTc0A/SgB+T6mjd9abkf5FGR/kUAPDD0NH51Hx7Uv4/pQA7OPWlDDHe mZz3/Sj8RigB+aM+5pntx+VLz3x+VAD931pQfrTPy/Kjn1H5UAP3dufyo3cdzUeKOaAJA3OMmgNz 1NMwc9RRtPXNAD94z1NKH7BjUe0n+Kl2nHWgCTcOPmP60bufvGmFD60m0/5FAEm/3P50bue/50za ex/SjB65/SgBmV6YNLuHXaeKbv8Ab9KTf/s/pQA7cv8AdNG8f3W/Km7ufu/pRuP939KAHb1P8Lfl Sb1z0P5UmSP4R+VJu77aAHblHOD+VJvX6/hQW/2f0pN+Odv6UALvXGefyo3j3/Kk3f7I/KjcR/D+ lABvGOM8e1G4en6UZOfu0ZOen6UABcen6Um72/SlyfSjLUAJu9BSZGTgdaflvSjJ7/yoAZn2o3U7 8KM/WgBM/wCcUgJ98Zp2eOhoz7GgBvPXmjcc07J9KMn3oAblu9GWp3PfNJz/AJNACbjjv+VGW9/y peQcUfN1oAT5vf8AKj5/U0vNGD/k0AJ8/qaTL9eadg+tJzQAfP69KBv9aX5qTDdqAD9569aP3lHz dqMNnFAB859aPn7/AM6MNSYb2oAX5vQ/nRhv8mk+Y96Pm9qAF+akw3+TRnjtRk46UAHzdcH86MH3 o56Yo59KADB9/wA6Pm96Mn0pDn2oAXnHejn1NJz6CjLegoAXB9aTmky3oKMt6CgBcGjn1pMtjoKP mPpQAcj/APXRz6/rR83oKPm9BQAc+tHPr+tHzY6CjLegoAOfWjnrkfnRlvQUZb0oAPXkUZ47Ubm9 OtGW9KADJ9RSZPtS5NGT6UAJn3FH4il3GjdQAmT6/rQD70bvpSZ9qAF/EUZPqKTPtRn2FAC5PrRl vWk/AUYPtQA7c2OtG5vWmc57flS/XFADtze1G5vWm9+1H5UALlvUUuX9qb+Ao/KgBct7UuX9qT8B SZ9hQA7L+tG5/Wm59hRnjpQA7LY60fN7UzPtRn2oAflqNzVHkelGfagCTLUbmHr+VM49KM+qigB+ 5vek3N6H8qbn/Zo4z0oAdub3/Kjce2fypoPPSkx7UAP3N6H8qMt15/KmYPpRg+lAD9zf5FG5vf8A KmYPpRz6UAPy3oaNx9D+VM5o596AH7j7/lSbjTctRz70AO3N7/lRlvem8+lHPpQA7c3cmlyff8qZ k+lHP+RQA7cff8qNx96YSf8AIoyc9vyoAfuPqaNze9MyfX9KMnjmgB+5vek3NnoabmlJHrQAu5vf 8qNze9NpaAFyc85oy3q1Nx9KAPpQAvzHufyo+b1NJ+IoxQA75vWj5vWm/Qil49qAHfMKT5qTNG72 FAC5ajLUmR6CjI9KAFy3/wBejLetJn2pc+woAPm/yKMt7flRuHoKMr6UAGW6f0pdxpuV9BRkelAD sn2o3H2puR6CjjHSgBd7e1G5sdqTI9KMj0oAXe3tRub2pMjOcCjj0oAXef8AIo3n0H5UnHpS8elA BuP+RRvbtRx/d/Wjj0H50AAY0uT6Cm5HoPzpc+1ABuPpS7jnoKTI9KTd7UALub0FLvPtTd3t+tLk elAC7zRvPf8AlSfhR+FAC72o3t6fpScY6UvHpQAb29f0o3N/kUmR6UZHpQAu9qTe1GR6frR+FAC7 2o3tSfhS59qADc1G5v8AIoz/AJzRn2/WgAy3+RRlv8ik/D9aOvagBfmxQOmc0fhR+FAC8+1H4ik7 9KM+1AC8+ooGfWk/4DRQAuD0yKOfUUlFAC/lRn0xSfhR3oGLn/aFGf8AaFJx6UYGelAhc/7Q/KjI /vCkwO6ilwP7ooAOP7wo4P8AEKTj+7ijj+6KAHcf3hR/wIU3v92j8BQA7j1FHHqKbx/dpePSgBeP UUfL/epOPQUenFAC/L/eFGF/vCk/Cjj+7QAuB/eFGAP4qTjH3aOP7tADuOm4UmB/eo4/u0bh/doA Xj+9Rkf3qTPtSZ9v0oAXI9aM/wC1SAj+7+lLkf3aAFz6mjI45NJx6fpRlf7tAC5HqfypNwx940vy 4ztpOCPu/pQAuR/eNLkf3jTcj+7Rn/ZzQA7I9f0oz7mk3D+7RuGeVoAXOO5oz9aTcOm0UbgT90fn QAu7nqaTd2yaMr/dFJkE/doAXPTrRnnvRx/doyP7lAC5HqeKPxoyP7tGR/coAX8aOelJkdlo3Z/g oAdR/npTd3P3aM/7IoAd7Y/SkJHpSdvuil7/AHaADI9vyo4o/wCA0mP9mgB3Gf8A61HFJ/wGj/gN AC4H+RRge/5Ug9dp/Ol5x92gAx78/Sjj1/SjB/u0fN2WgAwPX9KXA9c0gz/do59KAFwP85oxR26U fUGgAx3/AKUuCf8A9VJjjkGlx7GgAoAP+RRj60cA96AAf54pQOep/KjA9T+VHfr+lABn3o/H9KBj 1/Sjj/IoAXnPX9KOfX9KTjHX9KXj1oAUc9/xxSfj+lHGOv6Uo+v6UAB/3v0pf+B/pRx/e/SgFR3/ AEoAOf7/AOlHP9/9KMj1/SjK46j8qAFBP979KXnH3qbx7flS8dePyoAXn+919qOf7w/WkyO2Pyoz 7/pQBGd3t+lBB9qdk89MUmTjGRQA3nOcijn2p2ee1GTjtQAz5s9qXLex/CnZPtRuPoKAG/N7UfN7 flQWPtS7j7UANw3t+VGG9R+lO3H2o3fSgBuG9qPm6cflTtxz2o3e1ACfNjtRz2xQWPYCjJ/uigBv Pt+VHNOyf7o/KjJ9B+VADT9P0FJzj/8AVT93+yPypN564H5UAJz6fypMf54p2fVf0pM/7P6UAJj2 /lSd+n8qdnj7v6UZP90flQAnOM4pMH0pdx9Pzo3+woAQg5+7QAfSl3n0FJ5nHQUAJg46UuD2FG/2 FG/2WgBMH0pDkdv1pd/sKXf7CgBOfT9aOfT9aN/0pd/OOKAEwfT9aNp9/wA6N30o3fSgBNp9/wA6 Xaf8mjd9KNx9qADB/wAmkwf8ml3/AEpN30oAXGKTn/Jo3fSjPPUCgA5/yRRz6frSZHqKNw9RQAuC e360YPoPzo3DrSbvcUALg9cD86TB9qN3uKTd7igBSD7UnPoKXcfak3ewoAOfQUEn0FG8+gpd+Owo ATnvijJx0FG8+1LvJ9KAE59qPm9qXcfajcfagBOfQflS5NG4+1G4+1ABlvajJ9R+VG4+gpNze1AA Scdvyo59vyo3N7Ubm9qADJ9qMn2/Kjce+KNx9qADP0/KjPsPyo3H0FJuPoKAF59BRn6flSbj1wKM n2oAXP0/Kk/L8qM+wo3H2oAM/T8qM/T8qN30o3n/AGaAFzz2/KkyfUflRuPtSbiPSgBcn2/Kjcet GT7UZ+lABuNGfpSZ57UZOe1AC5PtRk0Z91oBPtQMOcdqPyoyfagN7D/GgQfl+VHPTijPsKN3sKAA k+1Jkj0oyPRaMj2oAX5vak59qXIx0FG76UAJ83tR83tS7h7UmR6CgAyf8mjn2oyPajPPagA5z2oy fajP0oyKADn0FGfpS8e1Jn6UAGfpRn2FLmjP0oGJz7UEn2/Ojk84o/AUCE59qM88ilyaWgBv5UUu Rj/61Gf84oASkp2ff9KO/UUAJ+VJxTu3WjqetACd+n6UnbpTqKAEz7CjNJS0AIaM0uPf9KX8f0oA b3paPxo/GgAx7UuB6Un40UDFpPpRzmjHvQIO9HbpRjjtS4+lACUc+lLg+1GPpQMTnrilpOPal49R QITml/Cjj2/Ojj1H50AGfYUfhRx/s/nSZX2/OgBaOfQUce350ce350AHOOn60ZPoKOB2H50ZHYD8 6AD8BR+FHHoPzoyPQfnQAc56UYNGR7fnRx6/rQAUY9qMj1H50ZGeo/OgAx7UY9qNw9P1oyP8mgAw PQUY46Ubh/k0Z9v1oATv0o/ClyP8mlyM/wD16AG8UvHXFLkf5NJkev60AHy0YFGR0yPzo3cdf1oA TFGKXcM9f1o3D1/WgA49aOKMj/Jpcj/JoATt1ooz9PzpePX9aAE/Gj8aXIoyPX9aAG8+tLS5HrRk eooATAo/GlyvrS/L60AN/Gjt1p3y+tHy46j86AEx70nHrTvlpPl9qAE4Hejj1pePajj2oAOPeijj HWjigA79TRS5FGVoAOfejnpSZX2oyPagBfyo59qOPajI9qADB9BS5PoKTIoyvoKAFyf7opcn0FNy PSjdQA7J9BRk/wB0U3PtRn2oAcD/ALP60Z9v1pueOlG4Y6UAOz/s0Z9qTd7UmfagB+cdhSZ9hTcj uKM+1ADt3sKXP+yKZn8aN3tQA/PbaKM/7I/OmZ9qXI9KAHbh/dFG72H500GlzQAvfoPzpefRabnm jJ7UAO57haP++abk+n60bj6UAO4/2aM/7tNzQDQA73+Wjn/ZppNLn60AOyfVaM/7tNzS0AL1/u0f 980maUEZ70AH4rSYz3WlyO4Ipcr6H86AEwc9V/Oj/vmlyPQ/nSAr6GgAx7rRg+q0Ej0NGR6GgBcZ /u0YPfbSZHoaXcvoaADDY/how3YrxRuX0NG9fQ0AG09MrRg46ijevvRvHTn8qAF2n2pMH2o3D3pd 4x3oAMH2xRt4pN496XePegBcfSjA9qNw96N4x0NABj2oA46Ubx6Gl3gdj+VABj2o/Cjf9efajf25 /KgBcDHSjAz0pN/PQ0bh6GgBdq/3aNq/3aTeO2aXeMd6ADaueAaMDsp/Ok8we9LuHqaAFwB/Cfzo 4/u/rTS/v+lG8djQA/jP3SPxo4/umm7h6/pS5Hr+lAC5H90/nRn/AGD+dJkdc0ZHrQA7I/un86QY /u/rTcj1oz796AE55yDSc+h/Oj94fX86TL+9ADufQ/iaM8fdP500mT3P40mZPQ/nQA7j0P50ZHof zph8zv8Azo+f0/WgB3Hofzo4HY/nTfn6Z/Wl/ef5NACgj0P50ceh/Om/P6/rS/P3/wDQqAF4/umk 49DSfvPUf99UfP8A5NACnGehpOP9qk+b1H50fP7fnQAvH+1R8vfdRh/Y/jR82e3/AH1QAnH+1S8Y /iow3t+dHzeg/OgBcD3pP++qTk+n50YPt/31QAc9t1GR/tUYP+Wo59M/jQAZHo1JxjnNLz6f+PUf Rf1oATI9D+dJke9Lz/dH50En+7+tACZX3oyPQ0Z/2f1o6Hp+tABx2Boz7H8qOP7v60cEdD+dABx6 Gjdj1/Sl/D9aPw/WgBM84oz7fpS/h+tH4H86ADPt+lJ+H6UZ/wBk0Z9jQAZ9v0pfypM8dD+dH4Gg BaTP+cCk7dDR74NAC5+n5Uc+1J9AfzpfwNABk46CjkdQKb36Gj86AHc+goxx0FN596MfWgBfwFB+ gpMfWjn/AGqAFx7LS446CmfnS4PqaAF+mKPrim7T6ml2n1NADs/Skzz2pMc9aMf7VAC/TFAzjqKT afWjafWgBfxFH4ik2n1owf71AB+Io/EUYPrSYPqKAF6DqKO/WjB9aTaex/WgBfxoox7/AK0Ee/60 AFFGD6/rRz/e/WgA70lLg+v86Tn1/U0AGPpRgUvOev6mk59f50AGBRj3o/H9TS/j/OgBMCkxTsij 8f50AN20YFOyPWjjmgBMf5NHNLketJxQAY4o2/5xRxRkUAG32NG3noaMr6mjK+tABt9jRjjpSZFG RmgAx7UYHXFGRRkY/wDr0DF2/wCzRj/ZpMj0/WjcP8mgQuP9mjB/u0m76fnRkUALtPpSYPoKTcKM +360ALg+gowfSkBHp+tHHpQAuD6UYPpScelHGOn60DHc9hRhvSm96M+w/OgQ75qOabn2FH4D86AH /NRzTPwH50A+w/OgB/zUmWpv4frSfl+dAD8tRlqb17frRj2/WgB2Wo3PSYz6fnSY9v1oAfub2pNz +1N/D9aMe360AO3P7UZfvSY9v1pMf5zQA7c/qKNz+tNxn/8AXRj/ACDQA7c+eopMt6ik2g//AK6M f5zQA7LeopPm/vfrSbfr+dJjPc/nQA7Lf3qMt/epuKMUAOy3rR83r+tNxRigB2Se/wCtLk56io8e 9GB60APy3rRk+tN/EUYGOtAx2T60c+tN/Kj8RQIXJ9aXn1pv4ijHuKAHZPrRk+tNwPUUceooAdk+ tHPr+tN47kUYHqKAHc+tHPrTePUUYHqKAFwfWjBz1pOPUUYHtQAuD60uD603A9RRgUDFwfWjnFJg Uce1AheTRg0n5Uce1AC4NHzUce1H5fnQAfNR81H5UfgPzoAX5sUfNSf560v4frQAfN/kUfN60n0x +dL+P60AHzUYb1o/z1o/z1oAMN7flRh6Px/Wj8f1oAMPS4bNJzjqfzo5x1zQAuG9aMPjrSc+v60Y Pv8AnQAuGow1Nx7/AK0uDQAuD60YPrSYbpRhqAHYPqaT8aT5qOfWgBefej8TTefX9aUA+v60AO59 TRim4Pr+tGD60AO59TR9Sabg/wB6jB9aAHZ470n4mkwfWjBxQAv5/nS59zTcH1FGDnrQA7J7E/nR k+ppu0+1GD6igBxJ9T+dGT7/AJ0mDRg/hQAu4+/50bj7/nSYNGD7UALu56mjd7tSYPTijB9KAF3e 5oz7mm4PoKX5vQUALnjrRn3NN+b0pcH0oAXd7mjNJz6UfNQAuT2pdx6UnPp+tHPp+tAC5ajcw7U3 n0FLz6UALk56UZNJk+lGTjpQAuTRk5pO/SjJ9KAHbjRlvamc+n60uT6UAOyfSl59qbn2P50oPsfz oAPm9qOfajcfSk3GgB2D9aMGmbjS7jn/AOvQA7v0o57YpNx/yaMn0/WgBeaT8qCT/k0Zbj/GgBfy o/L86TJoz7UAO98Cj8P1puf85pc/5zQA7j0/WkB5o3e/60bvcfnQAc0ueOT+tJn3/WgH/OaAFz70 ZHqc0n+etGfT+dADuOmT+dJ+Jo/L86Mn/JoAXPuaT8T+dHOf/r0vXqf1oAMjuTRkdiaP89aMH/Jo AMj1NHHqaP8APWjn/JoAOM9TRx6mjB/yaMNj/wCvQAfL70ceho2n/Jpcfp70AHGelGRnpQAfT9aX n3oATj0NLx6GgZ9/zowfQ0AJ+BpfwNHPv+dLk+9AB/wE0YPpSZPqaAx96ADn1/Sk565/Sl3D/Jo3 Lg8frQAnPr+lGG9f0o3r/dP50m9f7p/OgAw3r+lGGHf9KTcvPy9fejcv90/nQAfN1BH5UfNnr+lG V/un86Mr/dP50AGGz1H5UAN7flRkf3T+dGR/dNAAd3qPypcN/kU0kZ+7+tGV/un86AFw3t+VJhvb 8qMj+6fzoyPQ/nQAc+v6Uc/5FJuHofzoDDpg/nQAuOef5UYPY/pSbgOx/Ok3jHQ/nQA7B/yKT/PS k3jHQ/nRuHofzoAXn0/Sk5/yKN3t+tG72/WgAwT/APqowf8AIo3/AOc0bh6H86ADDf5FJhqXd7Gk 3e3NABhvQ/lS4b0P5U0t7H86M+x/OgB2D6H8qTB/un8qTPsfzoznsaAHYPofypPm/ut+VJ7YNHHv QAuG9DR83oaT5cd6OPegBef7po59DScdeaTI9DQA/n0NJ+BpuR70Bh0xQA7FJjmkyPSgkZ5H60AL ijHNJx6UZGelAC470YPakyP7tJ26UAO+ajn/ACab/wABo/CgB2DRtP1/Gm/hRn/ZoAdz7fnRg+n6 03I7r+tJn/ZoAfg+n60fhTf+A0n/AAGgB+D6UnPtSfhQaAHc+n60hz6D86TPtSfhQA7n2/Oj8vzp MikyKAHfl+dGPp+dNyKM+1AC4+n50Y/zmk3e360bvagBSP8AOaTn2/Ojdz0/Wk3jrQAuD/k0YbP/ ANel3e360m72oAXDY/8Ar0mG/wAml3+360m72/WgBcN/k0Yb/JpN3t+tG8f5NABhv8mjn/Jo3D/J o3D3/OgBcH0/WjB64/Wkyp7frRkf5NAC8+n60YP+TTcj/JoyPX9aAFw3+TS4J/8A103I9T+dGR7/ AJ0AO5/yaTB/yaTIx1P50Z96AFwaTFGRRkY/+vQAYNGKOP8AJoGP8mgBKTFO7dKMUAJRz60pzij6 0AJj6UUuKNvtQAnNFLt/zmjB9P1oAKTj/JpdvtSbf85oAWk4z1o2+1G0+lAw47mjj1o2mjB9KBC4 FJgetLj2owfSgBMCl4o2mja1ABxjrQNtGD/k0m0+n60DFGKXim4Ppz9aMH0/WgQ7ik/Gkwf7v60Y I7frQAv4mjv1PFGCO360fN6H86ADPuaX86Tn0/Wjn0NADvzo/Om8+n60fN6H86AF596Mmm8+h/Oj 5v8AJoAfk+9GT703Le/50Zb3/OgB3PSjB96bliO9GT70AOwf8ijn1puT70nNAEmDRg+tR/N6ml59 6AHc+tGD603J9/zoyfU0AO+b1o59aZk+9HPv+dAD8H2ow3rTMn1/WjJ96Bjzn2pMH1pMn3xSZPqa BDue5pOaTJPrRk+9AC8+tLzTfmpeaAF59aTn2o5o596AF59RRz60nNHNAC575oz70nPvR+dAB36/ pR+NH50ZNAC/jSfjRzzRz70AHPrRn3oyaXnP/wBegBM+9JnnrTvm9KOaAEz70ZpcmigBM0Z9qOaO aADPsaXj3pMn0pefSgBM/WlyPek/4CaXt0NACZ+tLnnvR/wE0n/AaAFyaXJ9DSdugo/CgBcn0NHN J+FGD6GgBcnPNHfvSYPpRt9qAF596WmYPpS/8BoGO596PwpvJ7UvPpQIdz2Bo59DTcHHSjmgB3Po fyo79DTcUfhQAufY/lS59j+VMOfSjHrQA4fQ/lS59j+VMooAfn2P5UZ9jTB9aMGgB5b2P5Umfr+V Jg+tGPegBdx9D+VGW9P0pMe9GOetADtzD1/Kk3N6H8qTHP3qMH1/WgBdx9/yo3H3/Kkwf71Lg/3q AF3N7/lRub3/ACpMe/60v40AGT7/AJUbj7/lRj3o/Hr70AAY+/5Ubj7/AJUfj+tHbr+tABub/Io3 N70cev60YGev60AGW9/yoy3v+VGB6/rRgev60AHJ6Z/Kj5vejAz1/Wlwv+TQAnPpRz/kUu0e1G0U AHP+RSfN/kUu0UuF9qAE5pPmp2B7UYGe1ACfNR82aXA7j9aMD2/OgA59aMnPWjA9B+dGB6D86ADN GaMDPQfnSYHoPzoAXr3/AFox70fgKOPQUAGPcUY9xS9ugo49BQAY9xRgetJj2H50YHt+dAC8eopf xpvHoPzo46cUAL2o5PekyPb86OP8mgB2PejHuaTj2owPb86AFIPrRjH8VINv+TRx7UAO+jUnPr+t Jx6UZH+TQAuTj71LlsfepMijI/yaAF+b1+tGT6mkzz0/WjIPQfrQA7n1oyc4zScc/wCNJ9aAHZPr Rk+ppOPaloAMtnrRlvU0Z9qXp60AJ83vSjP40ZpfbmgBvGO350d+g/OmdO9GR70AO/D9aP8APWm5 HvRn60ALkdcfrRkY6U3I96Nw9aAFz7frQT7UmV9aMj1NAC5HoaTI9KMgetGeaADIPY0uR70mRRmg Bdy+9JuXHekyPek+goAdke9JwDR+FFAASP8AJo4x0owfSkoAOKOKOfSl5oAMrSZX0NHNHP0oAMrR 8vpRzRzjpQMPl9KMj0NHOO9GCaBCZX3oyPQ0c0c0AG4ehpdw9DSc0c0ALuo3D06U3BowaAF3D0pd w9Kbg9M0m00AP3DFGRTcGk2n0oAf+FJTcGjaTQA7PtSZPtSYpMGgB2T6CjJ9BTcH1pce9AC7j7UZ PpSY460mPegB2TRk+1Nxz1NH4n8qAHbj7Ubj14puPc/lRgHuaAHbz6UbvQCm/n+VHHvQA7d7Ck3d 8UnHfNHHvQAu8+lG4+lJge/5Ufn+VABuPcUuT6fpSd+/5UfnQAuaM+wpPwP5Un4EUAOz7Cjdx0pv 4H8qPwP5UALuP92jPtSduhpc89DQAZPpSZPpSj6Gk/OgYZ9qXd7UntRxjvQIXd7Ubh6U3IozQA7I 9KN3tTc0ZoAXPtS5HpTc/WjIoAXI9KXd7UmeKSgB2fak+gpO9GTQA7n0o59qbmkoAfzSYOeoptFA DsemKX8qZmjPvQA/t1Wj8RTM0cUAP/FaT8RTeKOM0AOx7ijHuKb3oyPWgY7HuKMe4puR60cUCHY9 xRj3FN4pOKAJMZ7rRgdyKj464pfzoAdgeoowPUU3H1pcD3oAXHuKPxFN/Ol4oAX8qX8qbx70ce9A Du3ajj2pvHvQce9AC8f7OKOM8EUnHoaOPegBePVaMj1FJx6mjj3oAdx7flRke1N496OPU0AOyPb8 qTIpOO9HHrQAuRRkZ/8ArUnHvRxQAuaOPb8qTIo4oAXI6cflRn6UnFHFAC5HtRkZpO/U0cepoAXI /wAijIpOPU0UALkf5FGaT86KAFzRmkwO5o+X1oAXNGaTj1o49aAFzmk4x1ox70fjQAcetHGOtFHy 0AGR60vFJ8tHy0ALRSfLR8uaADNLkf5NJxmjC4oAXjsaOKTAowPegB3HrR8vrTcD3owKAF47Gk49 aMDPejAoGHHrS5HrSY460YoEGR60vGabxntS49KBi5HbFJx60Y+lBFAC/iPzo/GkooEOpOKSjnHS gB2BRgdqbRQA7HrRjnrTeKOOlAD8H1ox70ziigB+Pek2+9JmjmgBdp6Zpdp9RTefWigBdvvRt9DS ZozxQAu3/OKMGkzRn/OaAFwfSjB9KTIo3CgBfmowaTIoyKAFwc//AFqMH/IpMj1/WjI9aAHbT/kU bTn/AOtTcjPU0bhjvQA7Bowe9NyKMj1oAdg+9GCKbkY6mlyKBi4oxSbgO9GRQId/npR+H6U3PvRm gB34fpS9+lMzRmgB/wCFJx6UzJx1pcmgB34UdulNyfX9aMn1oAd+FL+Bpn40fj+tADvwNA47H86b +NL+NADs+x/Ok/Ckx70negY/8KTPFNyfWjmgQ/igGmc+tGfegB+fb9aO/T9abn3oz70AOzS5PrTN 3vRu96AH8+tJk0mT3NGfegB3NGOelMz+NGaAHgHHNGD6U3PuaM/XmgB2PajHtTcn3o3H3oAXGO1G Pak3c0u8Y6UAKPoaKNwo3fX86AF/A/lRnPY/lSbgKNw9KAF49D+VHH+RQW9v1pNw9P1oAdgY5/lR 8vv+VJu9jRn/AGf1oAXC+/5UHHofypAfb9aXI9P1oAMDHf8AKgY9/wAqMj/Jpcj0/WgA4z0P5Uo2 +h/Kj5fT9aMj0/WgA49D+VHHv+VGR6D86T8MfjQA7juD+VJgY6H/AL5pPb+tL/nrQAceh/Knce/5 Ug/zzS/X+dAB27/lRkf7X5Ud+v60mM//AK6AFJ7c/lRn3b/vmjb7/rRgev60AHPq35UvOeWb8qML 6j86Plz1/WgBef7zflRk5+8fyowvqPzo2g9/1oAiIWkwvvRxR8vv+dAB8nqaMLjqf1o+XPT9aMj/ ACaADC9Mn9aCF9f1o4/yaOKAE2r70YUdzRgE9KTaKAHYXHWk2r6mkx37UYoAXauepo2rSf560f56 0AKQuRyaNq+ppKKADA9TRgepozRx60ALgeppNopPxo/GgB20etJhfWkxSYoAfge9Jj600j3/AFox 70AO/E0Y+tNx70UAOwfU0YPqabz+NHPrQA7n1NHfqabQfrQA7n1NGeOppuB60Y96AHc+po/E0zA9 aXA7mgBxPuaMn1NMwPWjFAD8nHU0mT6mmYGKXj1oGOy3qaMn1NN4x1NHA9aBDsnPU0bj6n86bx6m jA96AHbjRuPqaZxRxjv+dAD9x9aNx9f1pmB6UuBnp+tAC5PrRk+tJj/Z/Wj/AID+tAC5PrRk+tN/ 4D+tH/ARQA7JpMt60DH90UcegoAMn1oy3rR36Cjj0H50ALz60nOepo4/uikyPT9aAF+b1pPm9aM8 fdFG72/WgYvzetGG9aTd7UbuOlAhcN60c+ppN3tRvP8AdoAXn1owfX9KTf8A7NG4+lABg+tGD60b j6Ubj6UAGDnrRz6mjcfSk3n0oAMe/wClHPqaNxo3mgA59T+VGD6/pSbz6Uu8+lAwx7n8qO3U/lRv NG80AL36n8qO3U/lSbzSb/egQ7v1P5UfifypN9G+gBfxP5UuB/eP5U3efSjcfQ0ALgeppeM9/wAq buPoaTcfQ0AO/E/lRx6mm7vY0u6gBePU0cerUgajI9aAF49Wo49WpN31oyPegBeO26k49WoyKMig Ax9aOPejIoz9aADj3o49Woz9aTPHegB3H+1R+LU3I9P1o3CgB350mB6mjIo3L6UAH4mjHuaMijIo APxajH+01JkZ6GjcPegBePVvzpfxb86bkehoyvvQAufdvzo/FqTI7Ubh6GgBc9st+dJu/wB6jI9D RuHoaAFz05akzz1b86Ny+lG5fSgAz7mjPuaNwoyMUAGfc0ZPqaM/Wk3exoAXn1NHXuaTPsaXcP7p oAPxNH4mjI9DRuGOhoGLn3NJn3NG4elG4e9Ag59TRn/aNG760bh6UAL+JoGPU0m4eho3D0NAC8ep o49TSbh/doz/ALNAC/nSfUmjP+z+tGR6UDF/Ok496Nw9BRn6fnQIOPej86XP+c0m6gYfnR+dOyPb 86TI9RQITH1o496XI9RRu9xQAnfvRgehpc+4pMnHWgA49DS/gaTJx1/WjJ9aAF/A0n4Glz7ijPPU UAJ+dHPvTs+4pM/7QoAT86Pzpc/7Qozz96gBPzo59DS5HqKPxFAB+f50fnRx6ijj1oAPpn86T86X j1FGB6igBP8Avr86MfWlwPWjj+9QAY+tH4mjj+9Rx/eNABj60Y9zRxnG79KOPU/lQAYowPWjjux/ KjA9TQAYHajAPejj1P5UcepoAXaM9aTaPWjA96MDHegA2e9Lt96TA96XC+/5UAJt96NvvS4H+RRg f5FAw2j1o2D1o49D+VIMehoEO2r6ik2j1FJxnofyo49P0oAXaPWjaPWjj0o79DQAbR3NG33o/wA9 KOff8qADaPWjaPWk5/yKX5v8igA2j1o2j1FGT/kUZb/IoAXaPUUYz0NJk/5FGT7/AJUALt7ZpNvv R82ev6UZPqfyoANvvRt96PmP/wCql+b1/SgBNvvRg46/rS5b1/Sjn/IoATHuaMf7R/Oj5vX9KOfX 9KAD8f1ox70vPr+lHP8Ae/SgBPx/Wj8TRz6/pRz6/pQAo9cn86Mn1P50nPqPyoyfUflQAuT6n86O fU/nRk/5FGT3P6UAHPqfzo/E/nRn3oz7/pQMPxP50Z9/1o59aOf7w/KgQuR60Z96TP0/Klz7j8qA AfWjn1o79vyoGfagA/H9aPx/Wj8qPyoAMe/60Y96Bk+lLg+q/lQAn40YOOtLz7flRz7flQAdutGP ejn2o/KgBe3Wjb70flR+VABt9xRs96Bj2oz6BaADb7il2+4pMn0FGT6CgBdvHWjZxSc+gpecUAHl 0bKPwoyTQAbcHrRtpfyo5oATb79KXZx1o5o5A+tAC7TijYfWkBNGeOlADthz1pCnvRk4oGc96AF2 EdxRtHqKO/ejv3oAAvuKXbz1pPz/ACpcHHegA2+9G33pOc9DRz6H8qAHbfejHv8ArTfm9/yo59DQ AuP9ql47tSc570YPoaAI94J60b19TS7h6/pRuGev6UAJvHrRuXt/Kl3D1/Sjcv8AkUAG4etJuX1N GR60ZGOtABketG4etJkep5pcj1J/CgAyPWk4x94Ubhjv+VJuHpQAuR60cetJmgEUALx60cetGaM/ 5zQAcf3qOPWjdSZ4/wDr0ALgUcUmf85pM/X86AHcUcUmR7/nSbh70AO496MD3pu4ep/OlyD6/nQA uB6mjA9TSZHv+dJkHqD+dADsCjp603I9D+dGRjv+dADuOvNJ+dN/P86Mj3/OgB350fiabx7/AJ0Z Hv8AnQAvHrRTcj3o4HY/nQMd+NFMzRn60CH0dutMz7Ubh6UAP59aTmmg+xoHrQA7mjmk4o4oAdn3 NJmm8elGR/kUAO59aM+9MyP8il49KAHEn1pMnHWkyPSkyP8AIoGOyfWjdSZFGfagQuT6/rRn3puf b9KM+36UAOz70Z96bu+n5UZ+lADsmkz/AJzSZ46UbvagBefX9aX/AD1pufYUufYUAL+P60nejP0p M/SgBef8mjnHWjd7Clz7CgBOaOaXPsKMj2/OgBOaOfelyPb86Nw9vzoATP1o/OlyPajd7igBv1z+ VL370u7jt+dG76fnQA386M/Wnbvp+dG76fnQA3I96Mj3p2fp+dGfYfnQA3ij5adn6fnRn6fnQA3i jIxS5+n50Z+n50AJketGRS7vpRn6UAJkUZFLk+1Jn6UAGRRkepoz9KMj/Z5oATI96XcPejP0oyPa gBN1LuFGR7UZ+lAw3D1pNwpcj2pMj2oELuFG4etJn6UmfpQAu6jdRke350nHtQMXdRkUnHtRx7UC FzRupOO2KPxFABuozRx7UcUAGTR+FFHFAwo5paSgQfjRS5o4oASj8KXIx2oyKAEz7UZ9qXijIFAC Z9qP89KXI9aM0AJmilz/AJzRkf5NACZFGRS5/wA5oz/nNACUZFLu+v50bv8AOaAEyCO9HHvTt/8A nNG7/OaAG8Zo4zTt1G6gY3I96XIx3pd3+c0bv85oEN49TRwT3p24/wCTSZ/zmgYfiaOPU0bv85pd 3+c0CG5HvS5pd1GaAEyPejI9TS596M/5zQAmRk0ZHvS5/wA5pM/5zQAmRS5HrS/560mf85oAXI9a TIx1NL+A/Ok/L86BhketLketH5fnR9cfnQIM0ZFH5fnR+X50AHGO9GRRn6fnSfl+dAC0d+9Jz7fn R+P60ALRmjn1H50nPr+tAC5oyKTJ/wAmgk/5NAC8etHy+tJn/OaMn/JoGLxRketJz/k0vPt+dAgy KMijn/Jo5xQMMijiik4z/wDXoELxRx70nHp+tL/nrQAvFHHrScf5NHFABx60fjRxRQAUn50vHv8A nRxQAZ570ZGOho496MCgYZHvRn60cUce9Ag/E0Z+tGfrRmgAz7mjPvRmlzQAmR60mR607PtRx6UA JuHqaNw96Xj0o4oATd9aN9LxS8UAN30bz6mnZFJ8uKAE3cdTS7vejjNFACbvel3e9FLQAm/3o30u e9GaAE3ml3n3ozRmgA3+1G/2ozRkUDF30bvf9KTPvSZHvQIXdz/9al3+4puR15pc/WgA3e/6Ub6M ijPHegBd/wDnFG76UmaOKAF3/wCcUb6bxRgdxQA/f9KN/wBPypnHvRQA7eM9RS7vpTM96X8KAHb/ AKUbx6imZpc0AP3D2zRvHtUef84pf5fSgB+8dOKN49vypg/zxQMY5/lQA7ePal3/AEpnH+RRkUAP 3/Sl3j0FR8UUDH7/AKUu/sMVHS9+lAh+/wBxRu75FM+lHFAD930o3fSm/hR+VADt3qBRupv5Uv1x QAu6l3ZFNpOP8mgB+fypCaT8KXj0H50AGaMij8vzpc/SgBNwpc0d6X24oAMmkz6EUYFGR6CgAzS5 pOPSl+goAM8f/Xo5PSgfSjPtQAZNKWPWk3e1Lu9qAFyaMmk3H0oyaAG4oIFJ8v8Ak0Hb/k0AGBRS YH+TS4H+TQAHBNJgUYHr+tLgY7fnQAmB6UEDrRge350YGev60AH50ZHpSYHrx9aMD1/WgA4o4zRx j/69Jx7fnQAv4UYFJge350YH+TQAv4UYox/nNJjvmgBaMDHWjHvSDr1/WgBcDsaNvvSYHXNHHqPz oANo7GjAowP8mjA/yaBi496Me9NwPb86MfT86BDvxpKTA9vzox9PzoAdmk5pPy/Ok/L86AF5z1FH PakwfUfnRg+o/OgBefaghs9qTafUfnRg+ox9aADB9qMEd6TH+c0Y/wA5oAXml5puDRg0ALj2opMG lx/nNABzmikx/nNGKAFpKKKAEopfyo/AfnQMTPNGaXHsPzpMf5zQIPpRmj8qOf8AJoGGfb9aP89a PwpaBCf560YH+TS/UfrSfQfrQAYFGBR+H60v4UDEwP8AJo4/yaPwo/CgA49P1owvv+dH4UfhQAvy 570mBRn2oyMdKBBgen60YHp+tL+FH4CgBMD0NGAaX8KKAEwP8mijn0o57CgAwPSjA/yaOaOf8mgA xRj/ADmjmjmgAx/nNGD/AJNJijBoANpx/wDXo2n/ACaOaMH1oAMf5zRj/OaMH2o59qADafajFHNG TigAxz0ox7UZNHNABg+lGD6UZNGTQMMGjH1oyfWl596BCFTRg0c0UAGKMd6OfSjtQMMUY4pMGl/O gQYopKPzoAWjmk/CigBfqKSlpM0ALxRQDRmgAxR+FFGfc0AGPal/A0nFHHvQAcehowPSjj3o4xQM PwNH4Gjil4oEH/ATSfgaPwooGL+FGPakxR/nrQIX8P1pPw/WjvRx6/rQAv4Un4H86P8APWj/AD1o GL+FH4UnH+TRx/k0CF/Cj8KP89aD/nmgYc+lL+H602j/AD1oEO98frSc+h/OjHvSYoAXmik/z1ox QMX/AD1opMD/ACaMD/JoAWj/AD1pNtGPagQv4D86Py/Ok/Cj8KAF59B+dHbt+dJ+FHPpQAuM+n50 Y+n50n5Uc0ALj6fnR+I/OkOaTJoAd+X50v4im5ozQA78vzox7j86ZkZpc0ALj3H50YPqPzpuaXdQ AuOe350Y+lNyaMnFAx2PcUbfcUmaTNAh233FG33FNzR/nrQA/b9KMH2pmaOaAH4Oe1G36Uz8qWgB dpx2pdp9qZS0AO2n1FG003P0pfxoGLtNG2k/KigQu00mPek/Kj8qAF20Y9KTH0owaAFwaMGjHFGD QAYNG2lwfajafagBuKMU7afakwfQUAJzS/hRg+lLhvSgBO/SjHNLg+lGD6UAFHNGG9P1owfSgA/C j8KMN6UfN6UAFH1NADelLg0AJj3opcNR82f/AK9AxKMD2o+b3pfm9KBCYFLmj5vejDD1oAKPypPm pfnoATB9qMGl+ej56AEwfUUYPrTvnoy1ADfbIox7infP1pPm60DDHuKMe4pfmNJ81Agx7ijB7kUA N60vzetACfiKX8aTn1pefU0AJj3oxx1pRn1NHPrQAn40n407n+9Rz60AJgZ60YH96l59aPxoATA/ vUYH94U78f0pPxoGGB6ijA9RS/j+lH/Aj+VAhMD+8KMD+9S/jR/wL9KAEwP71GMfxCnfj+lJj/a/ SgAwPUUgx/eFL+NH4/pQAcD+IflRx/eFGPejHvQAcY6il49RSY96XHvQAZ96M0Y460Y9/wBKADn1 /SjPuKPxoxx1oAM80ufcUf56Udv/AK1ABnnqKXNJzS4xQAbvpS5/zik/GjFAC7/84pd3uPypv1P6 UdutADtx9qXJ9vypv40nNADtx9qXcaZz60v40ALuPoKN7UnPWjnFAC72HpR5jelHOetJ81ADt7Z6 Cl8w45ApvzYowcUANyPSjIHYUZ+n50mfp+dAC5HoKMj2o79qOPagBMr6UZFHHtR+A/OgYcelJkel O49B+dJkf5NAhMj0oyvpS5/zmjcPSgBMj+7R8vpRuHpRuHpQAfL6UnHoaXd7Ubxnp+tAAcelHyj1 oLDrgfnRuHcfrQAny+9HHvS7h6frSbh6frQAce9GFHY0bh6D86TcPQfnQAvy+9J8vvRkeg/OjIPb 9aADj3o+X3oyMdB+dGV9OfrQAYHvxR8ue9GV9P1oyP7v60AHHvRx1yaMj0FG5f7v60AGR6mjIx1N GR6D86Mj+7+tAwJHqaOPU0mR/dH50ZH90UCF49TRkeppMj+6PzoyPQfnQAuR6mjI9TTcj+6Pzpcj +6KAF3D1NGfrSZHoKOD2H50ALn1JoyPU0nHoPzpOPQfnQA7I96Mim8e350ce350DHZFG4e9Jge1J wfSgQ7cKMim8e1HHoKAHZHvRx703ij8KBjuPWjim/hScZ6UCHcUZApufajd7UALmik3e1GfbigBa OKTNJn2NADuPSj5fSkzRkZ70ALx6UnFGfrRmgA/Cj8KM/Wjd9aADHtRgUm760bvY0DFxRtpN3saM /X86BBjijFG72NGfY0DDFLj3o3exozz0NAhMfWjBxRu9qN3tQAuPU0mKN3tRu9v1oGGDRijf7Ub/ AGoEHPc0c560bvYUbvb9aBhmjI9aN3t+tG4eg/OgQfiaPxoyPb86Nw9P1oAXPvRn3pNw9P1oyPT9 aBi596M+9Jn2/WjPtQIXPfNGfem59v1pcj0/WgBd3vRu96bken60vHp+tAC596M+9Jx/k0fh+tAC 7vejd7038KM+1AD8+9Jk9jTM+1Ln/OaBi596Mn1pM/5zRn2/WgQu/wB6Nx9aTd/nNGf85oAXeaNx pMijP+c0DF3H0o3H0pKOf8mgQuTRk0nP+TR/nrQAuT7UuW9f0pv+etHP+TQAvP8AkUfNSZP+TRk/ 5NAC5NGTSZP+TRk/5NAC5NGWpMn/ACaMnP8A9egBfmo+b2pOf8mjJ/yaAHfN7Uc03mjNADuc0Z+l N3GlyaAFyfajn2pN1Ge39aAF/KjP0pM89qM+woAM0Z5oz9KM/wCc0DCl/CkyaM0AL+VHHtSZozQI OKOKNx9qN3FAw4o4o3UbjQIOKOKN1G73oAOPSl4pNxoyaAF4x3pKMmjJx1oGLx70celJk+tGTmgQ cUcUZ9z+VGfrQAd6KMn1oyc0AFHNGTnrSZPrQAuKMGk59aMn1NAxeaXBpuTRzigQ7BowaTn3pKAH YNHOetJzSc+lAx2PejB9aQA+lHPpQIXBowaTmjn0oAdzRzTcH0o59KAHYPtRg03nHSjn0/WgB2DR g0nPoPzo/wA9aAFxSY9hR26UZ56UAH/AaOf7tGeOn60dug/OgYc/3aXj0pPw/Wj8P1oEL+FGB6Uf 8B/Wj/gNABgdMUYHoaM+1GfagAwPSjA/u0fhSfgKAFwOmKTA9KX8P1oz7frQAnH92l4z90/nQfp+ tNz7UAOwPQ/nRxnpTc+o/WjI9P1oGOwP7tGBn7tJn2oz7frQIXA9D+dHHofzpM+1GfagBePT9aMD 0NNz7UufagBePQ0cY6UlGfagY7j0pPw/Wk/Cj8KBDuPT9aOP8mm9+lH4UAO4z/8AXpcD1/WmfhS/ gKBjse/60mBSfgKM+woELijApuTjoKXPHQUDFxRwKT8qM/SgQtLTc/Sj8BQA7I9TRx7038KMj0oG P49TRxTc0Z9v0oAdx70YFNz/AJxRn/OKBDuPWjjHWm5P+RRmgB3Hr+lHHvSZo4zQAv50cUmRRxQA vFHFJxRx2oAd+NFN/A0ZHpQA7mjB9TTcj0o3CgB2D6mjBpMj0oyPSgBcGlwe9N49KTIP/wCugB+G owabx/k0cf5NAD+fX9KMN60z5aXIx/8AXoAd82KMNTc+360Z9v1oAd81G003Ipd3b+tAC4P+RRSc D/8AXRx/k0ALyO/6UvNN/D9aX8P1oAb8voaX5euDTcH3o2n3oAX5fQ0fLRtPvSbT70AL8vv+dJ8v vRg9eaMH1NAB8vpRke9HPrRj35+lACZHvS8UY96PxP5UAJke9GRS/j+lGP8Aa/SgBMj3oyPU/lR+ P6UYPr+lABkepoyM9TRz6/pR+P6UAGeKOM9aMe/6UevPH0oAPxo/Gj/PSj8f0oAKM0n+elHv/SgY tHPpTaOPSgQ7n0pOfQ0mfb9KOPSgBTn0NHPoaMj0oyPQ/lQAnP8AdNL8392jP1oz9aADnH3TR839 2jd7Ubh6UAHzeho+b0NJnmigBefSjn+7SfhR+FAC4P8AdNJz6UfhSfh+lAC4J7GjB9KT8KPwoGLh vejDelJ+FL+BoEGD6UmCO1H/AAGjB9KADB/u0YPpRg+lGD6GgA/CjB9KMH0owfSgAwfQ0YPoaXn0 o56YoATafQ0YPoaXB/yKNpoGJj2ox7HFG0/5FGD/AJFAgpcUmD7UmD7flQAuKPzpMH/Io2/5xQMM fWijBo2mgQv50n50bTRtPvQAv50fieaTBoxQAv50Z+tJg+tGDQAufY0Z9jSYNGDigBc+xpM+xpMG jBoAXJ9DRu9jRz6UfhQAbvY0Z9jSc0c0DFzx0NLk+hpvP+TR/nrQIX8DRn2NNx7frRg+lAx2eeho z7Gm49v1pcH+7QIXd7GjPsaT/gNJj/ZoAdn2NGT6Gk/4D+tJj/ZoAd+Bo59DSf8AAf1ox7frQMXJ 9DRn2pvPpS/hQAufakz7Gjn0o7fdoEH4Gjn0NH/AaP8AgNABk+ho596T8KPwoAXn3owaPwooGGD7 0YNFGPagQuDR83vTaKQDvmow2KbxS5FMBfm/yKOfSm8UcUAO59D+VHPXBpOPWj8aBi4PoaTn0NHF HHvQAvPpRz6UmRRuoELzj/61Jz6UbvrRmgBaT8P0oz9fzoz9aAD8DR+FGfrRn60DD8KMc9DRn6/n Rn6/nQAfgaPwNGT6n86Mn3/OgQuPY0Y9jSZPqfzoyfU/nQAY9jRj2NGT7/nRk+/50DF/A0Z/2aTJ 9/zpMn3/ADoEOz/smj/gJ/OkyfU/nRk+p/OgAOPQ0fgaMn1P50ZPv+dAB+Bo/CjJ96Mn3oAO3Sj8 KXJpN31oAPwo/D9aM/WjP1oGHTtRz6UZPqaMnHU0CDn0/Wjn0o596OfegYfgaOfSjn3oz9aBC8+l Jz6UZPqaPxNAC8+lHPpRn3pM+9AC8+lHPoKTNLQAZPpRk/3RRRmgYZPoKMn0pM0uRigQZPpR+Ao4 9aOKADPsKM+wozRx60AGePuijd/sij8aOPWgAz/sijd7Cjj14o/GgA3ewoz7Ck/Gj/gRoGLn/ZFB P+zSY/2qMf7VAhc+woz7Ckx/tUcepoAMj0FL+Ao7feNJn/aNAC5+lGfYUmeOtHPqaBi59hRn2pOf U0YOOpoELn2oz7UmD6mlx7mgYZFGaO3U0fiaADNGfaj8aPxoELn2pPwowfU0c560ALRSc+po5/vG gA/Cl5pOfU0c+poAXn0o59KOfU0c+poAPwpfwpPm9TRz6mgAx6Cj8KXn1NHOOpoGGPY0Eexo56ZN HPvQIO3Sj8KTn3oOff8AOgYufY0Z9qTn3o596AFz7UfgaTn3pcH3/OgQfhS/hTcfWl/A/nQAv4Uf hSc+/wCdGTQAv4UfhSc0c0AL36UdP/1U386Xn3oAdmkzSc+ho596AFz/AJxRk0gz3o5oAXNGfekp eaADNGeOopOaMHNAC5NGfp+VJiigBc0bqTv0ooAXcfal3nNJ+FFABuP+RS7vWijFABken6UZ+n5U UUAGfYflS5Pt+VJ+NGaAFycdvyoye+PypM0uaADd7fpSlvb9KbmlzzxQAu72/SjcfT9KTP1oz9aA FyfT9KPwpM+xpc+xoATn0o/Clz7frRkDt+tAAOvSl/D9KTPsaXPtQAf8Bo+o/SjP+yaPwoATn3pD nPelyffmkz9aADn3o59TSE+5o3e9ACjPrRyO9Jn60Z9zQA7HvSc0mR6mk49TQMd+FJz/AJNBx70n HvQAvPpRScY70ce9AhcHFGKTI96Mj3oAWko4pMigBc/5xR+BpOKOKBhk0Z56GjvRQAZo3e1FFAgy fQ0ZPofypM0vegBcn0NGT6UmaOKAF3H0/Sk3HPT9KTj6UcUALuPpRuPpSYHpRxQMXcfSk3H0P5UY FGB6GgQbj6fpRk9MfpSYHoaMexoAXJ9KMn0/Skx7GgD2NAC/56Uc+h/Kk/Cj8DQAvPofyoyfSk59 DRz6GgBefQ0nPoaMGjB96Bi8/wB00ZPoaTn3o5oAX5vQ0fN6Gk596Tn3oEO59DR83pSc0nNADufQ 0c+hpB+NH50AHPoaMn0NH50YoAM+xo/Ck/Oj8aAFz7Uf8BpKKAF/4DSc+lA/zxRQAvPpSfgaMe1L QAmfajJzRn6Uv5UDEyfSkyfT9Kd+VH5UCE59KTn0p3vxR+VADefelz9aX8qAR7UAJRS5HtRx6CgB KO9Lx6LRx6CgBtFP49BScegoAb2op3HoKOPQfnQA2j/PSncego49B+dADf8APSincegoz6KKAG/n +VH507n0H50ZP90fnQA386XH1pcn0H50Z/2R+dAxPzopfwFH4D86BCUtH4D86Of7o/OgAx/nNJ+H 60vP90Uc/wB0fnQAn4frRn2/Wl5/uijnP3RQAn4UfhRz/dFL+AoATj0o49KX8BRz6UAJ+FJx6frS 49hR+H60DDj0/WjI9P1o59KPwoAOPT9aOPT9aOfSj8KADj0/Wjj0/Wj8KX8KBCcelJx6frS/hR+F ACZH+TRx/k0v4CigYnH+TRxjp+tL26UY9qBCcen60cUuPYUY9qADj/JpOPQ0Y9hR+FAw+X3peKTH tRj2FAg+X1NHy+9AHtS4/wBkUAHy+9Hy+9H/AAGjj0oAPl96Mr70celH4UAHy+9Jx70uB6CjHsKB gNvvRx70Y9hR+AoEJx7/AJUvHvR+FH4CgYZGf4vyoyP9r8qPyo/AUCF49T+VJge/5UZHtRx6CgYY +tHHvS8ego49BQITj/aowP8AapfwFH4CgBOP9qjj3pePQUZHoKBicf7VHHvS8ego/KgQnGO9HHvS /gKO3QUDE496OPel79qOPagQnHoaOPel49qOPagYmfY0ZHoaXA9vzo4z0FAhOPQ0fL70ceg/Ol49 BQMT5fejj3pePQUcegoATijIpePSjj0oATij5aX5fSjA9BQIT5aOKOPQUvHpQAny+lGV9KXj0o/K gBMr6UuVo/AUn4CgBcqO1GV9KT8BR+FAC/L6UfL6UlFAxfl9KPl9P1pKKAF49KOMdP1pKOP8mgQu V9DRkelISKTIx0oGLx/dNLkehpM8UZFAhePQ0ce9JmjP0oAXj3o/Oj8qPxFABx6Gj8DRn3oz9KBh x6Gj/gJozRmgQvboaPwNNzS5oAXn0NH4GkzRmgBfwNGfrSZoyKAF/Ol/Om5FLkUDD86Mf71GR/k0 nFAh2PrRj60mR7/nRxnvQAuPc0Y9zTcr7/nRke9ADse5ox7mkyKOKAFwPU/lRj/aNJkUcZoAXA9T S4H940zj3o/OgB340uPemcD1o/OgB1LxmmfnRQA/Ao49aZRQMfx/epePX9Kj/Ol/OgQ/j1/Sjj1p v50Z9zQA7/PSj8aZ+NFAEn+elH41Hz60UASflScetNooAd+Io79R+VNooAfz7flSfiKb2ooAdnnq PypPxo/GjFAC596OPUUlH4UDF69xR+Ioo59BQIOPUUd+o/Kjn0FHPsaADt1H5Ud+tHPoKOfQUAHH r+lLkev6Un4Uv5UAL+I/Kj8f0pKPwoAWik/AUfgKAF/Gk49aO3QUf8BFADe1Bx6GlyvqaMr70AN4 9DRx6U7K/wC1RlfVqBjePU/lS8e9L8vq1Hy/7VAhOPejj3pfl/2qOPegBOPejj3peP8Aa/KjjH8X 5UAN49DRx70vB/vflRx6N+VACZHv+dJ+dO49D+VH4N+VADc+xpc+x/Ol/A/lR9A35UDEz7GjPt+t Gf8AZP5UufZvyoEJn2/WjPt+tGT6N+VB+jflQAZ5+7Ru/wBmjp2P5UZPofyoAM+1Jn2pefQ/lRz6 H8qAEz7frRn2o59D+VHPofyoGJu9qXPt/Ojn0P5UfgfyoEJu9qM+360vPXB/Kk/A0AKCPT9aTPt+ tGPY/lRjvg0DFyPT+dJu9v1pcf7J/Kk/A/lQIM+1Gfaj8DR/wE0DDPsKM+wo59DQc+hoAXP+yKTJ 9BR26Gj8DQIXPtRn2FJ+Bo/A0DFz7Cj8KTHsaOPQ0CDj0FH4UfnR+BoAM+wpOPSj86OPQ0AGR6UZ HpS8eho49DQAbv8AOaM/5zScelLx6UAG72/WjNHy+hoyuehoAMj/ACaM9/60cf3TR8v92gA/D9aO 3/16OPQ0cehoAPwNHHp+tJx/dpePSgA/Cjj0o49DScehoGHHpRxRx6UYHoaBCcelHHp+tLgehowP egYcf5NHHpRge9GB70CE+X0P50vHp+tGB6GlwPegBvHp+tHHp+tLgehpcD3oAbx/k0cdP607A96T AoGJxjpRxS4HvS4HvQAnHpSYHpTsfWjA96BDcL6frRhfSlwPejAx3oAPl9KT5fSlxz3ox9aAE49K OKUD60YPvQAnHpR8vpS4+tGPr+VACfLnpR8vp+tL+B/KjHsfyoGHy+n60nHp+tGD7/lRj60ALx6f rQMf5NGOO/5UY+v5UCE4pePSjFGP84oGGR6UZHpRigigQZHpSEj0oxRQMMj0oyPSjFGO1ABkZ6UZ HoKMUUAGR6UcelHPoaOaADI/u/rRx6UdqKBCcelHHtS9qMfWgA4x0FHHoKTn3pcfWgYcUcegpMD3 pcCgQcUcUYFHHvQAcUUYFGBQAUcUce9FABkUZFHFGRQMOPSj8KOPek/OgAx7Uv4Un50fnQAfhS8U n50v50AGKKPwNFAg49KPwo5owaQw/CjPNGDRzTAKWk5o5oAWkz7Uc0ZNAhfwpM+1GTRz7UAGfajP tRk0ZIoAOfSjJ9BRk0ZNACZPoKXPtRk+tG4+tABn2ozRk0ZzSAMijNH+elGaYwzRmjPvRn/OKBBR +NGfp+VH5UAH4ij8RRRn1oGH4ij8RRxR+P6UAH4ijH+1Rnj/AOtRxQAceoo49aMj/IoyPWgAx7ij A9RRkUce9AgwPUUYHqKOKOO+aBhj3FGPcUce9H50CFx7ijb9KT86PzoGG33FLj3FJx70UCFA9xRt 9xRjjvRtoANv0o2+4/OjHFGPrQAbPp+dGz6UmDS4NAC7fpRt47Um00bT3z+dAC4+n50bfp+dJtPp RtPvQA7HHb86Tb9PzpNp9KNp9KAFx9Pzo2+w/Ok2n0pcH0/WgAx9Pzox7CjafT9aNp9P1oAMew/O l2+w/Om7Tjp+tLtPp+tABj2FLj2FJtP+TRt+n50AL2pNoo2/T86Nv0/OgYu0UbRjpSbfXH50bfpQ IXAowKTb7il2j1H50AG1aXC03aPUfnRtHr+tADsD2pMD0pNvuPzo2+4oAdhaCAabtH94fnS7R/eF AC4HrRgUm0eoo2j+9QAu0etGF9aTC+v60bV/vCgBcL60YX1/SjaP7wowP7woATA9f0pcD1o2j+9R tGPvUAGB60YHrRgetBUf3qADA9aMD1owPWjA/vUAG0f3qMD+9RgY60f8C/SgBcD1NG0etJgetH40 AG0etLtHrR+P6UY96AEwKXA9aMe9GPegAx70u0dM0mPejHvQAbRjrRt96Me9Lj3/AEoANo9aMD1p NvvS7eaADbRikxzS4+tAw2+/60Y9xRj2oxQINvuKXHuKTFLigA2/SjaPajFGOaAF2/T86MUm2jaK AFwPb86XH+c03aKXA7UAN2+wo2j0FJ/npSf56UAO2j0FJtH90Un4j8qMc/8A1qAF2/7Io2/7IpMe 4/KjH0/KgA2kdhRt/wBkUY9/0o/GgA2/7Ipdv+zSY+n5UflQMXbx939aNv8AsikwB3FGB7UCDH+z Rj/ZpMDsaMD2oAXB/u0YPpSY+lGKAF5/u0nPpS4HtRj3oATHtR+ApdvvRt96AE/CjFLigrQAnFGB S7aTZQAY9KAPejbRtoAMD1owMdaNpo2n/JoAMD1owPU0bT6frRt9qBh+Jo49aNvtRt/zmgQceppe O5NN2/5zRj/OaBi8etHHqfypMfT86MfSgQvHrRx/e/Skx9KMfSgBePWjj+9SbfpRj3FAC8f3jRx/ epMfSjHuKBi8etHy+tJg+1GD7UCF+X1o+X1pMH2pMH2oAdgZ6mk4x1NJg+gowfagB2B6mjA9TTMH 2oxQA7A9TS4HqaZj6UYoAdgY70YHqabijAoGO496Pl96bR/nrQIdx70ZHvTeKMUDFyPQ0ce9JRQI dx70nHvSYo4PrQAvGe/50ce9JgepowPWgA+X3peO2aTb7mjb9aADj3o496MfX86Pz/OgYvA9aTj1 P50fn+dGPr+dAgyPel/Okx9fzox/nNAACKXIpuB7/nRj6/nQAuR60uR60mPr+dGP85oGLkUmRRj/ ADmjH+c0ALnnvRke9J/nrR+P60CDIo4o/H9aT8f1oGL8tHy+tH4/rRj/ADmgQfL6mj5aMe5/OjHu fzoAOKOKMcf/AF6KADijj3ox/nNGP85oGHHvRx70Y/zmjH+c0CFwPejA96bj/OaXH+c0DFwKTaPW jb9aNv1oELgUbRSbfr+dG360AG0Uu0Um0eppcD1NABtGOpo2ijHuaMe5oANoo2ijA96MD3oANopN q+poIHvRge9AC7V9TRtHqaTA96MD3oAXavqaTavvRge9G0Y70DFwPWjA9TSbR70YHvQIdge9JgY7 0mAO9GBSAMD1NLgetJtFGB60xhgetGB60YGOpox70AGBS4HrSY96MUAHFHHrRj3NGB/kUCDj1o4N L+P6UnHr+lABxRxRx70cUDDij5aOKOKBBxRxQcZowKADijjrRgYo49aBhxRx6UYHrRx60CD8KO9F FIYUUUcUxBR2oo4oATFLj3o4o4oGGKMUUfWgQAUbaXj1o/GgBNoowPej/PWjj1oGG360mPrS4HrR getABt+tG360YHrRgetAg2+5ox9aTHvRgetAC4ox/nNNx70oA9aAFx65ox9aMD1owPWgAx9aMUce tJx60ALto20nFHHNAxce9GDSYFHHrQIXBowaTAo49aAFwaMH/JowPWk49aBjsH/Jowf8mkwPWkwP WkIXH+c0YNGB60YHrTGGD/k0YNHHrRgY60CAg0YPtRgetHHr+lABg0uDSfiaXj1/SgAwaMH0o49a X8aAEwfSk2n0pf8AgVL/AMCNADdpo2nNLxj7xo/E0DDbzRto/Gj8T+dABtGelG2kwfU0uD6mgQba AKOf7xo5/vGgAxRgUvPqaMj1P50AGBRgUfifzo9sn86ADC0YHpR+J/Oj8f1oAMD0owMdKPxpfxNA CYFHFL+P60n4/rQAcUYFHPrS8+tACYHvRj2o59aPxoAMD0owPSl59f1oz7/rQAny+lHFGff9aPx/ WgA4o4oz7/rRn3oGLgcUn4Uv40fjQIT8KPwpf+BGj/gRoATj0o9sUo+tHTvQAn4Uv4UZHrRx60AJ +FH4UvFHXvQAn4Uv4UfjRgetACfhS/hR+NH40DDml5pPxpfxNAg57ij8P0o/Gj8TQAfhRznpR+NG fegAopeccUc0AJR2pcGjnNACfjS596OaUZoATPqaOKOfal5oAOKOKOf8mjJ9P1oATJ9aOfWkyfU/ nRk+poAXn1o59aTJ9TRuPqaAFye5oyaTd7mkDH1NAxcn1oyaTJ9TRk+9AhctRuNJn3NGT6mgBd1G 6kz7mjJz96gBcmjdSZ96Mn+8aAFycUbvpSZPqaM+5oAdu+lJuPpTc+5o59TQA7d7UbuKbn3NGT70 AOz9KXIz2qPJ96M+5oAfuHtRuHtUeeetLn3NAx+4e1G5fWmfjR+NAh+5fUUu4e1R+2aT8TQMkyPU UZHqKZx6mj8TQIfkeooyPUUz8TRz60AOyvtRlfUU3mk/E0APyvqKPl9RTc+9H40AO+X1FL8vqKZk 0nPrQMf8ueoo+X2pnNHNAh/y+opfl9RUfPvRz70DJPl9RSfL6imfjRk+tAh/y+oo+X1FM59aOfWg B/y+oo+X1FM7feo/GgB3y+opcL6imf8AAqPxoGPwPUUm0eopv40v40CFwPUUYHtTcn1o/GgBxx6i jj2pufejJ9aAHfLnrR8vrTc0ZPrQA7j1FJx6im5PqKMmgY7I9qOPUUm4+tG446/rQIdx6ikyPaky fWjJ9aAFyKMjNJk+tG4+tAxfxFJn3FG4+tG49c0ALn3FJn6Ubj60ZOaAFz7ijJ9qTmjmgQufpRu+ lJzRz6UALn6Umfp+VHPoaXn0NAAT9KM/Sjn0NJz6UDFz6/ypM0fN6UfNQIXIoyKTB9/zowfegBcj 2o/Kkw3vRhvT9aAF4z1FH5UmGow3pQAvHtS03B9DRg+9ADsj2oz9Kbg+9Jg+hoAfn6UcegpmD6UY PpQA7j2o49qbg4pcGgYuR7UZHtTdp9KMGgB2fYUflTcGjBoEO/AUflTcGjnPSgYvHtRge1JzRg0A LxigY/yKTmjn3oAd+VJ+VJz7/nRz3oEL+VH5Uc+/50fnQAfiPyo/EUfnR+BpAJk/5FGfp+VGfY0v Ge9MYmfp+VGfpS/nSce9ABmjP5UfnR+dAg/Gl/Gkx9aOPegYZ560c+v6UY+tLge9ACc56/pRz60u B6GjHsaADFH4/pRj60YHoaBCfjS/jSYHoaXHsaBh3o4ox9aNo9KAD8aOKMD3owPQ0AHajijA96MD 0NAg49aKMexox9aADijijHsaTHsaBi8Y7UYHtSY+tLj2NABgUYHtRj2NGPY0CDA9qMCjHsaMexoA MCjAox7Gj86ADAowKMexowcdDQMMCjA9qOfejn0oAMCjj/Jo5o59DQIOP8mjjNLz6Gjn0NAxMe9J inYPvRz70ANo6U7n3pOfQ0CEpaX5qOfegBtHNOwfSk5oATnNL+FHNHNAwzSZNLzRzQAZ9jRn2NLz Rg0CEz7GjJ9DS4NGD/k0DEz7Un4UuKXFAhuaWjH+c0baADNGaNtGKBhkUZFG36Uu3mgQmaOKNtG2 gBeKPwpMc0Y9hQAvHpRx7UmKMfSgYuRml4pMDHb86OP8mgQce1HHtRgUvH+TQAfLScetLx/k0YH+ TQAmBijA9RS4Hp+tGB6frQAnFGB6ilwv90/nRx6frQAmB6ijHuKXA9KOPT9aAEwPUUuB60d+n60f h+tABgY60YFGOOn60fh+tABgetGKPw/Wj8P1oGG2jBozz0/Wlz7frQITafWl2n3pM+360Z9j+dAx cUmPrRn2P50Z+v50CDB96MUZH+TRnn/69ABg+9Lg+9Jn6/nRn/OaAFwfejB96M/Wkz/nNAx2D6Gj n0NJn/OaM/5zQIXn0NHPoabn/OaM/wCc0AO59KOfQ0maN3+c0DHc/wB00mD6GkzRzj/69AhefQ0c /wB00mef/r0Z+n50ALz/AHTS8/3abn3pc+9ABz6Uc46UmeaM+9AC8+lHP92jNHHrQAvPpRk+lJ70 mff9aAHZ/wBmjPtSZ5/+vRn3P50DFBPpS8+lN/H9aX8f1oELn2o+opMf5zRj3P50ALn2oz7UmKXH v+tABmjPajHv+tGD/k0AMwaOfWjn1ox/tUAHPtSc/wCTS49xRg+ooGFJzS49xRg+ooATJo59qXB9 RSgH1FAhuT1oyQKXB9RRg+ooATJoyaXBz2o59RQMTJpMmn/iKT8RQITJoyaXHuPzowfUfnQAmT6i jJ9RS4PqKMH2oATJ9aMn2owfal59qAEyfajNGD7UYPt+dABn6UfjRg47fnRg+350AFHNH5fnRz7U DD8qO/UUc+g/Oj8B+dAg59RR+VH4D86PwH50AH5UY9xRk+g/OjJ9vzoAMc9RRz6ijJ/yaTPsKAD8 RR+NGT/k0ZoAPxpPxpcn1H50uTQMb+NH407JoyaBCfjR+NLzSZagBPxpfxpMmlzQAn40ZGetLSc0 AGfcUfjR+VH5UDD/AIEPyo/EflRn6UflQIM+/wClGT6ij8RS/iKBiZPqKT8R+VO/Kj8aBDefUflR +I/KnfiKPxFADfxo59RS/iKPxFAxPxFH/AqX8RRj3oEJ+IpfxFGPejHPWgAx7ijHuKMD1owPWgYf iKMe4owPUUbR60AGOe1Jilx70cetAhNv0ox70cetLx60DEwfUUuDjrRgeoowPWgQmDRhqXHPX9aP x/WgYmD60YPrS49/1ox70AJzRzTsf5zSY9/1oEJg0Y96XHv+tGP85oGJRzS4+n50uPf9aBDefWl5 ox7/AK0uPf8AWgBvPrRzTse9GOKQxvNHNLj/ADmjFMBOaOaXH0/Oj8vzoEJk+1Jz7U7/AD1o/wA9 aAG80v5Uce350cUDD8vyo5o4o4oAKPxoAH+TRj/OaBB+NHHtRj/OaOP8mgAo49qOP8mjApAHHqKO PajA/wAmjA/yaYxOKXj2pMD/ACaXjP8A9egA/EUYHrScf5NLxQIOPWkpeKTigYUtJRx3oAXFJRxR QIWk/Cjj0o49KBi5NHP+TRRigQf560Z/zmjH1oxQAc/5NHNGPrS4NAxOf8mjJ/yaMGl2mkITn/Jo 5/yaXbSY+tMAyf8AJoyff86XBowaAEyff86Xn3/Olwf8ikwaADJz3/OjJ9/zowc0YNAwBPr+tGT/ AJNGD6UYPpQIMn/Joyf8mjBzRhvSgA59f1o59f1pMH0o+b0oAXPvRk+tJz6GjB/umgBcn1oyf7xp OfQ0YPoaAF/Gjn+9SYPpRg+lAC8/3qP+BUmD6GjB9KBi/iaPxNJz6UnP92gQ78TR+JpOfSk59DQA /wDE0ceppv8AwGj8DQMdj/aowPWm8+lHfpQA78aTH+1Sf8Bo/A0CHY9/0pP+BU3v0NL+FAxfxo/H 9KSigQv4/pR+NJ+dH50AL/wI0dP4j+VH50mPc0DF/H9KM+/6UmB70uPc0AH4/pS/jSY9zRj3NIQv Hr+lJx60Y9zRj3NMA/Gl49aTHuaMe5oAX8aT8aNvuaXHvQAn4/pS+2aMcdTRj3oATn1o/Gnfj+lJ x6n8qADJ9aMn1ox7mlx7mgBOc0lLj3NGPrQMT8aPxpce5ox7mgQn4mj86XHuaPxNACfiaPxNL+Jo /OgAx70n/AqXt3o/OgYc+tH40Y9z+VGPc0CD8aPbJox9fyox9fyoGH4n86M+5/OjHufyox9fyoAM n1NHPqaMfX8qMfX8qBBz6mjn1NL+BpOfQ0DDn1NGT/eNH50uPrQITn+8aMn+8aMH3/Klwff8qAG5 460ZPrS8+9HPvQMM0mff9KXmjt3oEGff9KM+/wClFFAC7vf9KC3v+lFH50AG73H5UZ9x+VFH50AL n3H5UbvcflR+NJxigBd3Hb8qNw9vypMe1GKBi5Hr+lGRjr+lJijFADsj1/SjI9R+VNxRigQ7I9vy oBHqPypuB7/nS4oAXK+o/KjK+1JgUYHtQAuV9qMr7UmBSYHtQMdlfajK+gpMD2ooEOyvoKMjrgU3 ijFADsj0oytN4peKAHZWjK03Ao4oAXIzS5WkwKMcUALlfSjI9/zpKOPegBPm9KMN6UnzetJ83rQM dz6UfN6U3mlyaBBzn7tLz6UnNJz6/pQA7n0pMH0pOaTn/IoAdj2o/Cm5Pr+lH4/pQMd+FFN59aOe mf0oAfR+VR5NLk0CHUflTeaOc9aAHUtMyaXJ9aAFopueOtLk9c0AKevJopuT60Z560AO60n+elJk 0c+tAC/56UnH+RSUc0ALxjoPyo/D9KTJoyfWgYcf5FLx7flSc+tGfegQvHt+VHHt+VJR+NAC8e1H H+RSY96TFAxePb8qM/T8qKKADj/Io/L8qMUYoAX8P0pOPT9KMc0YoEHHp+lHHp+lFFAB+A/Kjj0H 5UlL2oAOPQflRwew/KijFAw/AflR+A/KjGKMUAGfYflRn2H5UYpMf5xQIX8BS/gPypMe/wClGPcf lQAfgPyoz9Pyox7/AKUY9/0oAMn2/KjP0/KjHv8ApRj/ADigAz9PyozRjjr+lH4/pQAf56Un+elL j3/Sj8f0oGGeKSl/H9KP+BfpQAn+elH5flS/j+lH4/pQAn+elLn/ADil/H9KOPX9KBDc0cen6U78 f0pPx/SgBOKOPT9KX8f0o/H9KBif56UZGf8A61L/AMC/Sj8T+VACcf5FHGP/AK1L+P6UnGfvfpQI OP8AIoyKPxP5UvHqfyoGJ1o4o/E0cepoEFHFH4n8qOPU0AHFHFFHHrQAcUYFJ+Jo4z1oAdxSUnHr +lHFAx3H+RRxTf8APSigQ7ijj/IptHHrQMdgf5FGBTfaigB2BRgf5FNo/wA9KBDse/6UY9/0pv8A npRigBfx/SlH1puPejFAxfxo5ooxQAUUfjR+NAgxRijvR+NABgUYHrR+NGPegBMe9GPelo/GgYYo wKPxo/GgQUUv4/pR+NACcUlOwfWj8TQMb2opT9TR36mgQmKKX86M/WgYlHSlz9aM+5oEJR+dL+dH 50DE/Oj8DS5ozz1oATj0NHHpS59TS7h6mgBv4UUufc0ZHqfyoATijFLkepo3D1P5UCE4o/Cl3D1N G4ep/KgA/Cj8KNw9aMj1P5UAH4UfhRkep/KjI9TQAfhR+H6UZHqfyoz7mgAx7fpR+FJn3/SjPuaB i/gPyo59KT8TR+JoAdz6Uc+n6U38aXd70CDn0o59KM+/6UZ9zSGAz6Uf8Boz7mjPvTEHPpR+FGfc 0Z9zQMOfSj8BSfjR17mgBefQUc+lH4mj8TQAc+lHP92j8aT8aBC8+lGPak/Gj8aBi8elH/AaTtS0 AHHpRj2pKWgQmPajHtR+dFABjmlx7UUUDD8KPwNHFLx6UCE/A0Y9jS5Hp19qMigBMUuPajIoyKAD HtRRkUce1ABSYpePaj8B+VAxMGlxRn6flRn2H5UCEwaXFLn2FGfYUDE/Gilz7D8qM+woATj/ACKP 89KXP0o3Y7CgQlH+elLu9hRk+goAT/PSil3H0FG4+lAxOfaj8vypc+1GfYUgE/L8qXP0oz9KXP0p iG5PtRn6flS59hRn2FACZPpRzS5PpSZPoKADv2oz7Uc+lGT6CgYZ9qXNJ+FHPoKBC5FGRSfgKOfS gBc0ufamZPoKX8BQMdu9qMj0pv5UUAOyPSjI9P1ptH5UAOyPSjI64puT6CigB2fajI9Kbg+lHfpQ Idke9GR6Gm/hRQA7K+lGR6Un5UmeO1ADsj0oyM9KTj2/KjP0oAXI9KOMdKSjj/IoGO4o49KbxS8f 5FAheKTIo49aOKBhkUuV9aOPajA9qAEytLlfejAo4oEJlfejil49KXAoAT5fej5fejC0uFoAT5fU /lR8vrS4H4Uny+lAB8tHy+9Hy+lLx6UAJkUce9Lgeho4x0/WgBOPU0vy0cen60cdcH86AG5Of/r0 ZP8Ak0EfWkwPQ0DFyfT9aMn0o2j/AGqMD0agQmT6Ubj6UuB6GjaP9qgYm4+hoyfelx7GkwPegAyf Q0ZPvRtHqaXA96AEyff8qMn0NLge9GB/tUCEyfQ/lRz6Gl496MD3oATn0NGfrS8e9Jx6GgA/P8qT 86Xj3o496Bh+f5Un50vHoaTj0NABz70fnS4Hofzo496BCfnR+dHHv+dLx6GgYn50fnS8e9HHvQIT 86Snceho49KAE/Gk/GncelGB6UDG496P507A9KMCgQnaj8aXA96MDH/16AEx70Y96XA/yaTA9P1o GGB6/rRx6j86MD0owPT9aADHuPzox7/rRgelGPagAx7/AK0fiPzowPSjA9KBBz6j86MH1H50YHpR tHpQMPxH50c+o/OjA9KMCgA/L86PxH50YFGBigA/EfnRj3H50YHpRgelABz6ijn1H50YHpRgelAB j3owfUfnRgelGPagAwfUfnRg+tGB6UYHpQIMH1pcH1pMD0ox7UALz60c+tJjnpRj2oGHPrS8+tJj 2pMe1Ah2D6mkwaTA/u0uPagYYNGDRj2o/CgAwfejn1ox7UUCF/Gk/GkowKBi8+tHPrSYooAXn1o/ E0mPajj0oELj3NGPc0mPajA9KAFx7mj8TTePSl49KBi/iaT86OMdDRx6GgQv50n50ceho49DQAtJ x7/nRx6GjjuDQMPz/OjP+c0nHoaXj0oAKX8/zpOPek4oEOyP8mjI/wAmm8UcUALkf5NLkf5NN4oy PegB2R/k0mRScZ6UcY70AO4x/wDXo4/yaTI9KPwoGLx7/nSfgfzoz7UcelABx6H86OPQ/nRx6UcU AHHp+tH4UcUcelAB+H60cen60celFAgx7frRj2/WiigYY9v1ox7frRSUALj2/WjB9P1pO1FAh2P8 5owf8mm0UDHbf85o2n/Jpv40fjQIdtPp+tGD/k033zR+NAx20/5NJtP+TRmj8TQIXaf8mjaaTj3p M8dTQMdg/wCTSYPpSfnR+JoELj2owfSk/Oj8TQAuD6Uc+lJx3zR+dAxcH0o/Ck496X86AF59KTB9 KKT86BC49qPwpKWkMPwpfwptFMB34UfhTaOfegQtLSfnRzQMMe1H4Uc0c0CF/wCAmk49DR+dHPp+ lABx6UfhSc+lHNAxcexo7dDSc+lHPpQAv4UfhSY46UuPagA/Cjn0owfSjHtQIMe1GPajaaMHPSgY fhRj2owaTBpALx6Ucf5NJz6Uv4UxB+H60cen60YpMfWgBePT9aPw/WjFJigYv4frRn2/WjFGKADj 0/Wj8P1o/CjigQf560cY6frRgUYFIYfhRSYHpS4FMQUfhRgUce9ABmjNLhfek4oAM+1GaXijigBP wo/ClyKMigBPwNLmjI/yKNw/yKADP1pM/WlyMf8A1qNw/wAigBM/WjJ9DS7h/kUZ/wA4oGJk+9HP oaXPt+lGf84oAT8DRz70uf8AOKM+36UAJ+Bo596XI9P0oz7fpQAn50fnS5/zijPt+lACfhR7Uv4f pR+H6UCD8KM0Z9v0o/D9KAEzS5/zmjn0H5Uc+goAM9v60Z/zmjnHT9KOf7v6UAGf85o4o59B+VHP 939KQBR+f50c+n6Uc+n6UwCgY/yaOfT9KPw/SgYuaTv/APXox7fpS49v0oAT8qOP8mlx7fpSY9qA D/PWil59KOfSgQlFHPpS/h+lABn3NJS/hRn2oASjNL+Boz7GgYlLS5+tGfrQIbmjNOz7GjPPQ0DG 5o/OnZ9jRn2P50CG0U7d/smjd7GgBtLS7vY0uT70DGfiaPzp+T2zSbj6GgQmT70mTT9x9DRuPoaA G5NHNOyf8mk3H0NADec96X65p2T6Um4+hoAOfejn3pdx96XcaAG8n1peaXcfek3GgYnNHNO3Ubvr QIZ/npRTsj0/SkyO4oAbxRT9w9KNw9KAGYHrR+dP3D0o3D0oGMpfzpdw9DRuHoaBDcD3paXcPSjP tQAmBRS7h6Ubh6UDEo496XI9P1pNw9KBCcZo4/yaXcKMj0oGJx70fLS7loyv+TQAYWk496XK0fL/ AJNACce9GBS/LR8tAhMD3owPU0vy0fL7UAJx6mjjHel+X2/Ojj/JoGJx70cehpfl9vzo+X2/OgQ3 I9KM+1Lx7fnRx6CgBM0Zpcj0/Wjj0/WgBKKXj0H50Z9qAEoz7UcelHHtQAZ9qTNLkeg/OjP0oGJR S5+lGRntQAlHNLkUuaAG80c+9O/Dik/CgBOfejn3pcj0oz7UCE596MGlz7UZ9qAExRzS7vajdQAm KMUu72o3e1AxMGil3e1G4f3aBCYo/Gl3D0pNw9BQMPxpfxo3D0o3D0pAJxRgf5NO3D0FG4egpiG4 H+TRgfh9aduHoKTI9KBhgev60YGev60uR6UnFABgev60mBS59qXNACcev60cev60fhS8elAhuB/k 0vH+TS/hSfhQMTA/yaXj/Jo49BRn2FABx/k0mAP/ANdL+A/OjPsKBCf560v+etH4D86X8B+dAxv+ etHFOz7D86M+w/OgBv8AnrRx/k078P1o/D9aAG8f5NLx/k0v4D86T8B+dAhOPeil/D9aX8P1oGN/ Oj86X/PWjP0/OgQn+etGf85pfwooATP1ozS/h+tGP85oAM0lL/nrR+FAxP8APWj8P1p34UZ9qAG/ hS/h+tLn2pOfSkAUcUfgPzopgJxRxS/hR+FAhOKOKX8KPwFACcUcUtGKBiYFGBS4+lH5UCEwKMDt S/lSUDDAowMdqKKBBS8e1JRigYYHr+tGPcUYoxQAYGOoowPWjFFAC4HqKOKSigQfiKXikooGLx60 mR60cUcUAH40v40nFGaAF/Gj8aKKBB+NFJmlz9aBi8+tJz60Z96M/WgA5o59f1pMmjJoELzj/wCv Rz/k0ZPvSZPvQMXn/Jo59T+dJk0ZoAX8T+dHPr+tJmlzQIOf8mj/AD1ozRuoGH+etL/nrTcmjd70 CF5/yaPx/Wk3GgE0DFz7/rRn3/WjNFABn3pPxpc0UAJzjrRz60uaOaAE59aOfWl5o5oATJoyaWk5 9KADJozx1o59KPwoEGfejOO9HNL+FAxM+9Gfelo/CgQmfpRk0ufak/CkMM0Z460Zoz7UxBRS59qT IoGH40fjRn2oyPT9aBBye9HPrRkelGR6UAHPr+tHNHHpRn60ALzRg0lGRQMXn/Jo59vzpMijI9KA F5/yaPypOKMigQ7v2pOf8mk4Paj5fSgB3Pt+dHOKbxS8UDF59aOfakyKOKQC80c+v60nFHB7UxC/ l+dH+etN4paAFo/H9aSj8P0oAXn1/Wjn/JpMDHSjA9KBi8+v60c46/rSY9v0pceoNAg59f1pOfU/ nS49qNvt+lABz6n86OfU/nRijafT9KBh+f50fiaMe1GPb9KADJ9/zo59T+dLj2/Sk/CgQZPr+tHP qaMf7NGD6UDDn3/Ojn1P50YPpS4PpQAnPv8AnR+JpefSjn0/SgQn5/nR+Jp3OelHPpQA38aPzp3P pRg+lAxv50fn+dLg+lGD6UCEz9aKdj2pMe1IBM0UuPajHPSmMSjmlx7UfhQIKM+1LzjpSc+lAxfw pO/Sl59KTn0oELnPaj8KPwpO/wB2gA/CjtyKX/gNJgelAw49KOPSjj0o/CgQv4UfgKPwpPwFAC/g KMewo/AUfh+tABj2FHfoKPwpPwoAd+Aoz7Cm/hR+FADsn0H50mT6Ck/Cjn0oAXj1o49ab/nrRQMd laMrTcf5zR/nrQA7ikyKT8f1o/z1oEHFH5/nR/nrS0DE496OPejj2ooAXj3ozz3pKOPWgQuR70ZH vSYHrRgUALke9GRSYHrRgetAC59qKTA9aXA9TQAfnQPxowMdTRgepoGH50Y+tJgepowPU0CF/P8A OkxRgepowPU0ALijFJgep/Kjj3/KgYUuPrSYHqaMe5/KgAx9aMcd6MfX8qMfX8qBBt/zmjH1/OjH ufyo/P8AKgBNv1pdvsaM8d/yo/P8qBiY+tGPrS/n+VH4n8qAEx9aMfWlx9aPzoEJjmjFLx70fnQA m2k2+1O/Oj8T+VAxuKNv1p350mB70AIB9aXA96OPejj1NABRxR+J/Kk49f0oAXHHSkwPSlz/AJxS ZHrQIMD0NLgUZ96PxoGGPrRj60fjRn3FAhMfWlx7Gj8aT8aAFxRik/Gj8aAHce9H503j1o49aBjv zo4z3/Om496Px/SgB2KT8TScetH40AL+Jo/E0nGOv6Ucev6UCF/E/nR+JpMe/wClH4/pQAv4mj/g RpPx/SjHv+lAC49zS/iab/npS/j+lAxePWjj1pP89KMf5xQAvHqfzpOPU/nRj3/SjH1/KgQvHqaO PU0mKMc9/wAqBi8epo49TSfn+VJj6/lQAvHqaOPU0mPr+VH4n8qAF49aOPU0mPr+VH5/lQAvGetH 50n5/lR+f5UCFpMUc+p/Kl/E/lQAlHFGfc/lR+J/KgBfwpOPSj8T+VH4n8qBhx6UYHpS/ifyo/E/ lQAYHpRx6Ufifyo/E/lQAfhRx6Ufj+lH4n8qAEyP7tLn/Z/Wj8T+VH4n8qADPtSfhS49/wBKTHv+ lAhePSjj0o/H9KPx/SgYcegoyPSjHv8ApSY9/wBKAFz7Ubh6UmP84pce/wClABuHpRmj8f0o79f0 oEGaM0fU/pSY9/0oAXIpeMU3Hv8ApS49/wBKAFyKMim49/0ox7/pQMdketGRjrSY9/0ox70ALket GR60mPejHvQIXj1oyPWm/lS/lQAuRRkf5NNo/GgYvfrS8etN/Gj8aBDuPWjj1ptHOetAx3FFN/Gj 8aBC0fjR+NH40DD8aKPxo/E0CCj8aPxo/GgYY96MGj8aOPWgQYowaPxNH40AHNHNHPrRz60DDmjB oyfWjPuaADmjmjPvRn3oEHNHNJRQMXBo5pMmjJ9aAFwfWikyfWjJoEOozTcmjJ9aBi/hR+FJk+tG T60CF/z1ox/nNJuNG40ALij8KTcfWjcfWgY7HtSfhSZPrRk+tAC/hS49qbk+tGT60AL+FH4UmTRm gBcj0pfwpuTRmgQv4Ucen60mfej8aBjs+1H4frTc+9H40CHcf3aP+A038aPxoGOyPSk49KT8aKBC 5H92jPtRn3oz70AA+lH/AAH9aPxpOPWkMX8KPwo/Gk/GmAtH4UnHrRx60CFoFJ+NH4mgYtGaTj1/ Sj8TQIWj/PWko/E0DFopPxNGfc0CF70c0mfc0fiaQxaXFN/Gjv1NMB2KTFJ+dL+dABRijn3o596A DAoxRz70ZNAhKX8KM/WjJ96QBz6UUZPvSc+ppjHfhR+FNy3qadk+poEH4fpR+H6Um40uT70AH/Aa X/gP6U3JpctQMXP+z+lH/AaTJoyaBBz/AHf0pf8AgNJk+9GT6GgBf+A/pR/wGkz9aM0AOz/s0nP9 2kooAXPtR/wH9KSjmgYv/AaM+36Uc0c0AH4Uc+lHNH50CD8KX8P0pPxo/GkAv4Ufh+lJ+NHHqaBi /hR+H6Un40Y9zTEL+FFJj3NL+dAw+lGT/kUfn+VFABk0ZP8AkUcev6UmPf8ASgQuaPxpPxo49TQA mT70uT70f56Uv+elAxKTn3p3+elJ+X5UAH50Y+tH4UUAH50fiaPwpKBC/XNJ+dFGKADj3o49TRRi gYuB60nHqaPxFHFABx6mlx7mk49RRgeooEL+JowPU/lSY9xRxQAuOepowPWm/j+lH4/pQA7j1o49 TTe3UflS4/zigBePWjj1ptFADuPU0cU38KTNADuPWjj1NNzRQMdxRx6mkooELx6mjj1ptFAxcil4 96T8KSgQ7ijim5ozQAv50v4mm5pfwoAMfWjmkz7Uv4UDD86Me1GfaikAYNJg0vPpRz6UCE/Oj8KX 8KKYCfgeKKWl/CgY2j+tL+FH4UAJ+NHHqaX8KPzoEJx6mj8aXHuaMfWgYn4mj8aXH1ox9aQCfjR+ NLj3NGPrTEJx60v40Y+tH40DE/Gj8TS0Y9zQITj1NLx6mjFG33NAw49aTK+tLt9zSYHqaBBketHy 9qMe5pcfWgYny+tL8vrRt+tG3mgA+X1o+Wjb7mjH1oEHy+v60fL6/rRj60YPvQMPl9aPl9aMH3o2 n3oEHy0fLRt+tG360DF+Wj5fek2/Wl20AGF96T5PejFGKBC/L70fKfWkxRj2oAML60fL6mjBoxQA fL70fL70UYP+RQMPl96Pl96THtRzQIX5fejik5/yKXmgBMj3oytHNHNAxcrSfL/k0c96OfagBfl9 aMr70n5Uc0ALkepo49aTmigQvFJxRijFAw4pcikxiikAZHqaXI9aSimAuR60maKKADPvRmilxQAm aKMe9LQITNGaMe9GKBi5pM0fnR+dAC8e1HHt+dJj60vfvSEHH+TRxR+dFMYf560uP85oxSYFABj3 paTAoxQIWikx9aMcUDF4o/L86TAowKBC/l+dJx7fnRgUce1Axfy/Ok/z1o/Kj8RQAfl+dL/nrSfl Rj6UAH5fnRij8qMc9qADH0/OjH0/OjHuKPy/KgAx9Pzo/Gj8vyo/L8qBC0n+etH5flSfl+VAxfy/ Oj/PWj8vyoxx1H5UAL/nrR/nrSfl+VGPp+VAC/l+dJ+A/OjH0/Kjn/IoEGfYfnRx7fnR/npRk0DE z7D86XI9B+dFGaBCcen60ZHt+dOz9KMn1oAbkf5NGf8AOaXPbNGT60AJ/nrR/nrS5NGT60AJR+FL k+tHPrQMT8P1o49KXJ9TRk+poEJx/k0cUoJ9aMn1oGJx/k0Uu40ZPrSAOPSijJ9aXLetMBP89aOt Lk+poyfU0AJxRkUuT6mkyfegQZFJketLk0ZNAw49aPx/WjcfWjJ680AH4/rR+NGT60ZPqaQg/Gj8 aMn1pMn1NMBcn1pc+9N5x1NLz6mgYuaSjnHejn3oAM80uaTJ96PzpCDNGfel/Oj86YxPxpc+4/Oj 86SgQv4ij8R+dH50lAC/iKPypPzo/OgYfiPzo/EfnR+dH50CD8R+dL+I/Ok/A0maAHfiKTn1H50Z NJmgBcH1H50mD60c0vNAwwfWjFHNH50gD8RS0nPvRk0xBgeoox70ZNGTQMMe9GPejNGTQAYPrS49 6QGlyfWkIT8aX8aMn1oyfWmMMe9GPekyfWjJx1oELj3ox70nPrRn3oGLj3o/E0nPrRz60ALj60fj SZ9zSZPqaBDuKXIpuT6mjJ9aAHcUlJk460vPqaACijn3o596AF49KOPSjJ9T+dJk+9AC5HpS8elN yfejdj1/OgBePSlyPSkz9fzpcn3/ADoAPwo49KM/X86Mn0P50DDj0o49KPwP50fnQIMj0FGR6Cj8 6PwNADePUUvy+oo+Wj5PegA49RScetL8nvR8mKBicUce1LhaPl96BCZ+lHHqKPlo+T3oAOPUUflR 8tHy0DD8qT/vml+Wj5fagA49qMD2o4o49aBCcf7NLx/s0mBRge9Axfyo4/2f1pPlo+XPegQv/fP6 0nHt+tHFHFAC/lRz7UnFFAC/lRj6UmRS8UDD8qPyo4x0pPwoEH5Uc0fhRQAZozR+FHPpQAZPtRz6 ij8KOfSgYc47UfiKX8KOaAE/Kjn2/Kjmj86ADn/Io59vyo/Cl/A0AJn6flR+VH4Gj86BBz7flRj6 UY+tGPrQMMGjn2peKMUCE59qOfal4pOKBhj1opcCjigQYpMUcUcUAGM0Yo4o4oGH5UflRx70cUAG PpRj2FGRRxQAYPtRt+lHFGRQAbee1G36UZFGRmgAxS7aTIoyKAFxRj6UmRRx7UCFxRim5+lLn6UD FxRgjvSZ+lGaBBj3/Wl59aM+wpM+woGH40c+v60Z9hRuoEJz6/rR+NLmjPbAoAOfWjn1oz7Cj8BQ MOfWk59aX8BRn2FACZb1oyfWnfgKMewoAblvWjJ9ad+Ao/L8qAG5PrRk+pp3P+RR+H6UANyfU0ZP 96nfh+lGPb9KAG5P96jcfWnY9APypMf5xQAmT60ZPrS49qXHsKBDcn1oyfWnfhScelACZPrRk+tL +H6Uv4UANyfWjJ9ad+FJ+FACZPrRk+tL+FH4fpQMMn1o5oz7GjPtQAc+tHPtS/hSZ9qBBz7Uc57U UZ+tAw/Kjn2pc/WkyaBB+VL+IpMmjJoGH5UfiKMn/IpOcUAL+Io59RSc0vP+RQIPxFGT6ijn/Ioy aBhn3FGfcUc+lHNAC/jR+IpvPpS80CF/EUfiKbzRz7UAO/GjHvSc+oowaBi/jR7ZpOfajtQIX8aO fWk/Kl/EUAFJj3ox7ij8qBhj3/Wkx70flS49xQIT8TS/jRj6Udu1ACUUv5UflQMT8TR+Jpfyo/Kg BPxpfxox9KUUCE/Gj8aX8qKAEo59aX8qMjPagYnPrRzS8egoyPQfnQITn/Jo59/zpePQUcegoASj J9aX8KOPQUDEz70Z96Xj0FH4UAJmjNLRQITNGaOKOPSgYUZowPSjAz0oELmijHtScelAwz9KM/Sj 8KMe1Ahfyo/Kk/CjHtQAv4ik/KjA9KOKAF/EUnPtScelFAC0Y+n50nFHFABx7UflRxRgUDD8qPyo wKXA9aAE474o49qMe9GB60CF4x2pKMD1oxQAflRx7UUcetAw49qPyo4peKQCflR+Ipfyo7UwEzRn 3FL+VH4igBM+4pc/Sj8qPyoEGR7UZ96PyooAM0Z96Pyo/EUDCkz7il/Kj8qBBn6UZGeopePajj2o Abke1Lx60ce1LxQMbxS0uBRgUAJxSUuKMfT86ADjHWk/Glx9Pzox9PzpAJ+NFO2j2/OjApgNpaXA o2/5zQA2lox/nNLt9f50CG/lS/lRgUYFAwo/KjAowKAD8qMUYooEHNFFHFIYn1pf89aOKXFMQn4U tGKKBhRRxRigQc0DPtR+FH4UAH5Uc0c+lHPpQAZPtRk+1HPpRk+lABk+ooz7ijPFLz6UAJmjNLz6 UZ9qAEyfWjJ9aX8qTP0oGGfejmij8qBBz60UflS0DE5o59/ypcfSjFAhOff86X86T8vyox9PyoGL +dJ+FH5UY9MflQAYPpRj2ox9KPyoAMe1G32oz9KKADb7UY9qKKADHtRj2oxRigAx7UY9qMUYoEFG Pb9aPyooAMe360Y9qPyo4oGJj2/WjHtS8e1GB7UAJj2FGB6UpxScelAgwPQUuB6Cjj0FHHoKBhge gowPQUcego49BQIOPQUcego49BRkegoGGFowvoKMjHajI9BQIML7UYWj8BRn2FAwwtGBRn2o/CgQ YHr+tGB60UUAGB/k0YFJ+VFAxcLRgetJn6UZoAXAowue1Jn6Uce1AhcCkwPWk49qOPagY7AowPWm 8eoo49RQIXAowKTj1FHHqKBi4FGBSceoox7igQ7aM9qTaKT8RR+IoAXaKNopOPUUY9xQMXaM0YFJ getGPegQuB7UYFJgetGB60DFwKMD2pPxo49aAFxRjjtSYHqKMD1oELgUYFGB60uB6igBMe1GKOPU UYHtQMNtG32owPUUcetAgxx0oxRxRgUDDHtRijAo4oAMe1GPajAo4oEG2jHFHFHFABiik4pePSgA /Ok4o49KOPSkMOKO1HHpRxTEGPejHHWijigYYox70cUce1AgxRj3o4o4oAMUYo4o4oGGB60fjScU vFAC/jRj3pMCjigQY96PxFHFHFABRxR+NHFAw4o/GjijigA49aXPvSUZFAC0cUmRRxSAXj2/Kk4/ yKMil4pgHHt+VHHt+VHFGRQIP89KOPb8qOKXg0DG8e35Ucf5FLkelHHpQAYH+RRx7flRx6UYHpQA fl+VGfp+VLx6UcelIQmR/kUmfp+VO49KPwpjG/gPyo4/yKX8KKAE/wA9KX/PSj8KKQBkf5FJkf5F LRimIMj/ACKTI/yKWigYn+elLx/kUUYoATj2/Kj8vypcUYHrSAT/AD0oz/nFLijimAmc/wD6qMj/ ACKWjHvQAmR/kUZFLgetGKBCf56UZ/zilx/tUbfegBMj0oyPSlwPWjA9aBiZHpRxS4HrR+NAhOPS jilwPWjA9aBiYFHFLx60cetAg4o4o49aOPWgYcUcUcetHHrQISloozSGGKMf5xRmjNMAopM+9GaA Fpce1Juo3UCFxRim5pcnNAwx7UUmTRk+1AC49hR+ApMmjdQIXn0FH4Ck3Uu76UgD8BRz6Cjd7Ckz 9KYC/gKKTP0ozQMXFH5UmfpRn6UALmjJ9BSZ+lGfpQIMn0FLk+gpM0ufpQMTn0FHPtRmloAPwFH5 Uds8UZ+lABnjtRn2FJmloEG7joKN1HHqKPxoGG76UbvpR+VHHqKBBuo3Cjj1FHHqKBhuozRx6ij8 RQAZozRx6ij8qBBRxRge1J+VAxaMik/Kj8qBC5HpS5FJ+VGaQxeKKSjIpiDj/IpcCk49qO1AC8Uf jSdu1J3oGOo4pvFGBQA6jim8e1FAh1GKbRigY7aKMUlJQA7H0owPSkooEGPpS7aTj1o4oGLijFJg UYoELj6fnRj6UlJQMd+Ao/AUnaikId+ApMewpPxo4pgL+Ao/AUnFHFAxfype3QU2igQ78BR+AptF AC/gKOPak/CjigBePajA9BRS5oATHtRj2pc+1FAxP89aMUvFJxQIPwoo49KKADn1opOf736Uc/3q Bi4owPUUnP8AeNHzZ+8aBC/iKKT5v75o+b+8aAFpMCjLf3jRlv7xoGGKTFGT/eNGT/fNAC4ox70Z P940fN/eNAg5owaMt/eNGT/eNIA5pMmjJ9aXJ9TTGJzS80ZPqaMnuaADmjmjn1pefWgBMGjB+lHP rRk+tAgwaMGjJ9TRk+poAMHFGDRk+ppOfU0DHYNGDSc+po/P86BBg5pdppP89aP89aBi4NGDSfjS UgFwaMUfjSUwDFGKWjigBMe1LRR+P60AH50fhRijHPegAx7UYHpRjj/69FACY9qMe1LRzQAnHpRj 2o5ooEHGOlGB6UDNHPvQMP8AgNHHpRz6Uc+lAg4/u0fhRk+ho5oGH/AaP+A0c+lHNAB/wGjn+7S5 NJz70AHPpRz6Uc+9HPoaADn0pefSk59DRz6UALz6Uc+n60c+hpMn0P50CFyfSjJ9KTn0NHP+TQMX Jx0oyaTn0NLz70CCjJ/yaMmkyaBi5NGTSZNG40CHZoz9Kbk0u4+tAxcn2oyabuPrRuPrQA7JpCT7 UbjRuNAgyfUUc+tJuNGTQMdz60ZPrSZNGTQAvPrRz60mTSZNADsn1pMn1pMmjJ9aBC596M0mT60Z PrQAufpRmkyfWjLZ60ALzRmkyfWjn1oGL+VGaTJ9aMmgBcmjJpNx9aNx9aBC80UmT60mT60DHc+l Gfak59aKBC59qM+1JzR+NAwz7UfhRRz60AH4UfhRzRzQAUfhRR+IoELn2pM+1JzS/jQMM0buelJ+ NLz60AGfpS5+lJRz60ALnijI/wAmk/GjPvQAuf8AOaKTn1o6d6QC5/zmjP8AnNJn3oyfWmAvH+TR kf5NJ+NHPrQIdkf5NGR7fnTfxo5pDHcH0o4puD60c0xC8etH40lHPrQAv40fjSUf56Uhi9utL+NM /Gl/z0pgO/Gjj1pn4/pS5/zigB2RRmm596M+/wClAh340Z9xTc/Sj8vyoGOz70Z96bn6Ufl+VIB2 fejPvTfy/Kj/AD0pgOJ96M/Sm5+n5Uc0CHZ9xRn3FN59KKBjs+4oz9KbRQIXJ9qOfako59qBi/lR j3FJz7Uc+1Ahce4pfxpuTRzQMd+NGabR+VADqPypvNHPtQId+VJ+VGT7fnSZNAC96KT8qPyoGL+V FH40c+tABRRz60c+tABj2pO/Sl59aMn1oAMCkx7Uc+tHNAg/CiijJ9aBhR+FGTRz60AGKOfSjJ9R Rk+tABg0UZPrRz60hBzRk0nNLTGHNHNFFAhOcdqXmj8qTn1pDF59aOaTJ9aOaYC4PrRzSc0UALzR SUYNIBaKTFFMBce9H403FLj3oAXAowKTHvRj3FAC496Me9JilwfWkAY4ox70n40uKYC4FHFNpaQB xRxSUUwF4o4o/Gk59aBC0Yo59aOfWgYCj8KTJ9aXn1oELij8KTJ9TRk+9AC/hSfhRmjPvQMMHsKO fSjPuaMn1oEH4UfhRk+tGT60DF59KOfSkyfWlyfWgA59KOf7tGT60mT70ALznpRz6UmT6mjJ9TQI dk+lJ83pRn3pM+5oAdk+lJzjpSZ96M+9ADufSjn3pvPrRk+poGO596OfQ0nPrR+NAhefejn3pOaK Bi/iaPzpOaPzoAX86Oc96PxpKBC/nS/nSY9aMHNAC/nSfnS80nPrQAZOaMmjijI9qADmjJ9KMiji gYuT6UZNN4/yaOP8mgQ7NJn6UnFHFAxc0ZpOKOKQBmlzSYHrS/jTATNGaPxooAN1GaMUdKBBn2oz RgUUDE3e1G4+35UtHFACbj/kUbj7flS8UnFABuo3H2o/Kj8KADcfajcfaj8BRn6UALupN3Haj8BR +AoANxo3Gj8BR+AoANxx/wDWoz/nFH4Cj8BQAbj/AJFGTR+Ao/AUAGaM0v8AwEUn4CgQZoye1Hfo KMj0FAwyaMmjP0oz9KADJoz9aM/SjPfikIM0c+lLux6UmfpTGGTRk0Z+lG6gA5peaN1G/wClACc0 uG96N9G+gQc0nzUu8UbxQAc0c+9G6jdQAnNHNO3Ub6BjefSjml3Uu+gBOfSk59D+dO30m+gQmT6U uT6Ub/ejf70AJk+lGTS7vejd6UgDJ9KMmjdRu4pjDJ9KMmjd70bqADJpMnvS7vpRupAGTRmjdSbq YC/nSfnS596M+9ACfnS5+tGR60Z96ADI96OMdTSfjRn3oELx70mR70Zo/GgYfiaXjHek/GjPvQAv HvRx70mfejPvQIXj3o496T8aPxoAXA9TRgeppPxozQAuB6mkwPU0v40nHrQMXA96TA96Xikz9aAF wPejA96TP1ozSAXA96TA96M0uaYBx6GjA96M0ZoEGB70mPrS5ozQMMfWjHpn8qM0ZpCDH1o/P8qM 0ZpgH5/lRx7/AJUZ+tGTQMPz/KjH1o3GkyaAFx9aPz/Kk3UZoAWjn/IpM0ZpCF5o5pMn1oyfWmAv OelH4UnPvRz60DF5o59KTn1oyc9aAHc0nPpSc+tHPrQIXn0o59DRz60ZPqaADn0NHPp+tGT60mT6 mgY7n0o59DTcn1NLz6mgQv4Uc46Gm8+poyfU0DHfgaP+A03cf71GT60CF/Cl49Kbk+tGT60ALx/d pePSkz70n40DFwPSjj3opKAF49DRx6UlLQAcf3aOPSjJpMmgA49DRx6Gilz/AJzQITj0o496M+36 0Z9qBhxnpS8Um4UbvagBeMdKTI9KMijNAC8UZHpTc+1Ln2oAOPQ0ce9GaM+1AhePf8qOPekz7UZ9 qAF496OKTPtRn2pDF496OM96TNHHpTAXI96PzpM89KM0CFz/AJxRntSZozSGGfalzSZozTAWj86T PvRu96AF/Oj8TSZozQAv50Um6jcaAFzRn60mTRk0ALmjP1pOaOaBC5+v5UZ/zik5oyaADNLn2pM0 ZoGLmkz/AJxRRQIN30o3UUUDDd9KN1FH4UALmjcfb8qT8KPwoAXP0oyfak/CigBcmkzRx6CkyPQU AOzRnnrSZHpRx6UCFz70Z+lJx6UcelAC596M0nFHHpQAufejPvScUfLQMWjtR8uaTigBfyo/KjIo yKQB+NFHy0ZWmISil+Wjj3oGJmil4o4oEJ36UUuR70ZHvQAn4UUuR70ZHvQAlFO4oyPegY2lpePe jj3oAT8qKd+dJ+dADeaOaf270fgaBDeaSn/gaPwoGM/Cin/gaPwoAZ+FH4U78KXt0oEM59KOaf8A hR26UAMpadjPakx7GgYmaOaX8KPwoEJRzS/hRz6UAJzS8+9HPpR36UAH40c+tGOOlFAw596OfejH HSj8KADIoz703HtRSEOz70ZH+RTaKYDuPWk4pKKBi8f5FHH+RTaWgBeP8ijjH/1qSj8f0pALx/kU cf5FJx60Y96YheKOPekx70tAw4o4ox70mPegBcijIpMUUCFyPSj5aT/PSj/PSgBcr6UZX0/SkooG LuX0o3L6fpScUUALkegoyP7tJ/npRQAuV9KMj0FJijFABkelLken6UmKOaAFyPSjI9BSc/5FHNAC 5HoKMj0pOfSjmgQuR6UZHpSc0c0ALx6UcelJRQMMj0pePQU2igQ7j0o49BTc0maAH8ego4puaTJ9 KBj+KOPQU3JoyaBDsj0pMj0FJRQMXI9BRkZpKWgA49BRx6UlLQIOPSjI9KKTNAxcj0oyKM+1HFAg yKMiiikMOKMiiimAZFH4UYFHFABxRke1HHvSfnQAuRRx0xRRmgA49KXI9KSjikAcegpfwpOKKAD8 KPwo4o496Yg/Cj8KPzo496Bh+FGKTj0pePQ0AGKMe1H4Gjv0NAC49qPwpPwNH4GgBfwo/Cko/A0C F59KQg+lHPvSfnQAuD6UY9qKO3SgYYPpS4PpSfhRz6UAGD6frRg+n60UfhQIOfT9aOfSj8KKBhz6 UuD6UmKMf5zQAv8AwGjH+zRj/OaMGgQc+lJz/dFLg0YNAw/AUc/3f1owaOaAD/gNH4frRg96MGgB Pwpf+A0YNGDQAf8AARSf8BFLto2/5zQAn/ARRjnpTtvNJj3oEJj2o/Clx70Y96BiYHpRx6UuPejF ACcelH4ClxRtoAP+A0fgKNvvRj3oEJ+FH/AaXHvRt96BifhRx6Uu360Y96BCfhS/hSY96XHvQAn4 Cl/Ckx70uKAExS4FJgetGBQMKMClwKTFABx6UvFJj/OaMUALj2o+lJxRxQIWjFJxRxQAtH4Un5Uf lQMWj8KKKADj0o/AUUuBQAn5UflS8UfhQITj0o49KXPtR+FACcUce1L+H6UfgKBiYoxS5PpRk+lA gxRj2oyfT9KMn+7QAm3PajFLk+lGT6CgBMUYNLk+go+b0oATHNG00uW9BRk+goATBpNpp2TnoKMn 2oATBoxxS/N7flRlvb8qQCYpMU7Le1GWpjG4oxTst6UZNADcGjmnZNGT6UANwaMUvPoKMt6UAJij HFL83pRg+1AhMUuPejB9qMH2oGJzRS8+1HPqKQBRRg+opcH2piE4o4owfajBx2oASjdS4PtR+VAx M+1GRS/hR+FABkelGRRR+FABuFGR6UvFH4UCE3CjI9KXj0FHHp+tABuHtRmk49KM+360DFz7UZHp ScelH4frQIXPtSfhS59v1pM/7P60DF4x0o49KTJ9P1pc+360CD8P0o79P0oz7frRn/OaAE/D9KX8 DRu9v1pN3t+tAxfwo49KTf7frRu9v1oAXiko3e360b/b9aBBR+dG+jf7frQAfn+VH+elLv8Aajf7 frQMSjH1o3e360u72/WgQ3HFH+elO3e360bvb9aAEx/nFJj/ADinb/YfnRu9hQA3FGKdu9qN30/O gBuKX86Xd9KNx9qAE4pP89KduPtRuPtQMT/PSkp2T60Z96AE/Ck/A0/PvSZ/2qAG/gaPzp2T60u6 gBn50U/J9RRk57UAN/Cj8KX8f0oz7/pQA38KPwp34/pS/jQAz8P0ox7fpTu3Wjj1oAb+FL17UvFH FACfhR+FLketGR60CEx7Uv4UcetGR60DCkxRkf5FHHf+VAgx7UYoyPb8qPwFAxMUuKPyo/KgAxRj mkpaADBo59qDR+FAgx9KOfak/CjPNAC4PtRg+1JmigYuPpR+VNpaAFx9PzpMfSj8qKQBj6UY9x+d HNHNMAwc9RRj3FHNHNABj6UuB7UYNHPtQITb7ijHuKXmjn2oATHuKMe4peaOfWgYY9xR+Io59aOa BBj3FGD60c0UAGPcfnRj6UUZNAw/KjFGaPyoEJj6fnS49/1oz9KMmgBMH/Jowf8AJpcn0oz7UDDB /wAmjmjPsKM+woEHNJTs+wpMn0FAxMGjBo3H0FLuPoKAEwaMGlyf7opM+w/KgAwfSjafSjPsKM+w oAMH0owaM+woz7CgQYOaOcUZPoKM+woAMGjBoz7CjPsKQwwfSjBoz7CjPsKYBijaaMk9hS8+goAT bRg0c+lLz6CgBNpo2n1pefSjn0FACbTRt96X8BRQITbRil59qOaBibfegqfWl5pOaADac9aXafWj Jo/GgQY96Me9GfejPvQMMe9GPejPuKTPvQA7HvRg+tJn3oz70ALg460Yb1pM+9GfegBcH1owfWkz S5pCE59aXB9aTPqaTPvTAdg+tGD60mR60maAHc+tHPrTc0ZoGO59aOfUU3cKMigB2T6ijJ9RTcij cKAHZPrRk+opuR70Z+tAh2T60ZNNyKM+9Axdxo3H1pM+5oz7mgBdx9RRuNJkepoz7mgQu5qNze1J +Jo/E0DFy3tRk0n40Z96AFyaMmk/Gj8TQIMn1pcmk59aPxNIYuT6ijJ9qTPvRn3piF59RRz7Un4m jP1oAMn/ACKMmjNHPqaADn/Ioyf8ij8aPxoGL+VJR26/pR+P6UALRScetH40AL/npRSfjR+P6UCF o5pKDj1oAWj8aTijH0oGL+NHbrSYHtRigBfxo/GkooAX6mk/EUUUALn3FJ9CKXik4pAHPqKMn1FB x6Uce1MAz7il/Gk/KigBfxo/GkooAXPvRn3pKMUAGaM+9HFHHtQIM+9Gfeij8aBhn3pc+9JiloAM n1o3H1/Sikx70hC7j6/pRuPr+lJ360v40xi7j60mT60mPel/GgQZP96jcfWj8aPxpAG4+v6Ubj60 cetGB60xhk+tJuPrRgetGB60AGT6/pS5PrSYHrRj3oEGaXP0pPxpfx/SgYZNJmj/AD0pf89KAE3H 2/KjJ9qPyo49aADLUuW9vypOKOKAF5x2/KjJ74pOKP8APSgBcn2pMn2oz/nFGR/kUgDJ9qXJ9qTj /Io/z0pgLz6ijn1pKM/SgBfxFHPrSZo/CkAflS/lRn2/Skz7fpQIWikz7UZ9qYC0UmfajPtQMXFG KPwoz7UAH9aKX8KPw/SgQfjRSZ9qMj0oGH4ml/Ok49KOMdKBB+dHHqaOPSlyPSgA/Ok496XI9KM+ 1ABx70nHvS5o4oATj3o+maXj0pMj0oGHHvR+dLkelJkelAg496O/Q0ZHoaMj+6fzoGJ+BpfwNJke h/OjI9P1oAPwNHHpRken60ZHpSAXj0o/CjI9P1o3D0piDj0o4o3D0/WjI9DQAcelHHpRkeh/Okz7 H86QBx6UcelGR6H86Mj0NMAx7UfhRkehpcj0oGGBSUufY0Z+tACcZzRS5+tJn60CDij6/wA6XNJn igYuKMf5zScZpaQBj/OaMUZozTEGKMUZ96M+9IAxRijOO9GaYBijFLn/ADikzQAuPejHvSZpc0DD FGKTPNGaBCZoyad+FGPakMbk+9GaXBz0FHPoKYCfnR+dLg+gpMe36UAL+dGfrRg+n6UmD/kUCFz9 aM/Wkx/nFGP84oAXP1ozzjmkxRg+n6UDFz9aTP1owaMf5xQIM/Wjd9aMf5xRj/OKBhu+tG72ox7U YPpQIN1Lu9qTHsaMGgYu6jd7UmDRg+9IQu4+lG4+lJg5/wDrUY45zTAXcfSjd9KTH1ox9aAF3fSj P0pNvPejFAxd1G72pMfWj86AF3Ubj6Ck7UUCF3HPQUbj6Ck4o496QC5PoKTd7CjFGBimMN30o3fS jij8KADd9KM+wo4o4pCDJ9KM+woopjDPtS7j/dFHFGKADcf7tGfajFGOaADJ9KM+1J+VFAC59qMj 0pMUUCFz7Ubvak/GjHHX9KADPt+lG72/SjH0oxQAZ9v0oz/nFFHagYZ/zijP+cUn4Uc46UCFyKM8 0YNGDQMM/wCcUZ+v5UYNGDQAZFGaKKQBkUZ+tGDRg0AGe39KM0YpMGmIXNGeetGDRg0AGfejPvSY NLikMMj1pM/5xRRTAMj/ACKM+lFH50CDNGaKXjvQMTNH5UvH+TRx/k0AGfpRn2o4oyKQBn2FFHFH FAgzR+H6UcetGR60wD8B+VH4UcUcUDDn0/SjJ9KOKOKADn0/SjnPT9KOKOKBC/h+lHPp+lJxRxQA c+n6Uc+n6UcUcUDDn0/Sjn+7+lHFJn2oAXn+7+lHPp+lGfajNIBef7v6UnP90/lRx6UfhQIOf7v6 UvP939KT8KMe1MA59D+VL/wH9KTFFAw59D+VGPY/lR+dFABj2P5UY9jRRj3oAMexo/A/lRijFAg5 9DRz6UY9qMUDDn0P5Uv5/lSY4oxQAY56fpR+B/KijFAgx7Ude1GDRj3FABz6Uc+lGDRg0AH4H8qP zoox9KBh+dFH5UY+lIAoowaNvvTEFH50baNpoAMfWj86MUYoGFFFBFABzRRRigA+oNFGPpRg0CF/ OikwaMGgA/A0fgaKPxoAPwNH4UfjSY96Bi/hR36UUdqAD8DR+FFFAg59KOfSiigYvNHNJj3ox70g Dmjmij86YBzRz70UZoATmjB/yKWjNACc/wCRRzml5o59KQBz/kUYPv8AlRzRz6UALg+p/Kk59/yo 5o5pgGD/AJFGD70mTS5NABg+/wCVGD/kUZPpRk0AGD/kUYPv+VG4+lGT6UALg+9GD70mT6Ubj6UA GD70c+9GT6UZPpSAOcUc96Mn0oyfSmAY9/0o/P8AKjn0oyR2oEH5/lR+f5Uc+lHPpQAc0tJz6Uc+ lAxaOaOfSjn0oAOaPxo59KOfSgQc0c0c+lHPpQMOaOaOfSjmgQlHNLzRz6UDE59KOaMH0pcH0oAT JoyfalwaTBpALz6ijn1pMH0oxTAX8qTNGKMe1Ag5xRk0c+lH4GgYZNGTS/hR+FAhMmjJ9KM+1H4U DFyfekyaKKBBk0c0UUAGT/kUZPv+VFFAw596OaKKADmjmiigAyaMmijAx0oAMmjNGKKQgzRmj86O KYwzRnjpRx70fnQAZ9qM+1LSUAGTRzRRQIWikxRQMXj2o/L86T8aMe9IBePal/L86b+NH40xDvyo /Km/jS0DDH0o/KiigBfy/Oj8vzpvFLxQAZpcj1NN/D9KM+36UAOz7mk3e5pM+1GR6UCFz70ZpM+1 GaBi5PrSZ96Sj8KAFz70ZpPwo59KAFzSlqbz6Uc0AOzRmm5ooAdu96TPvSUUALuo3mko5oAXcfej ecdaPwo/CgA3H1o3e5o/Ck/CgB24+tJuPrSUUCHZPrSZP940maM0DFyfU0Z96TNGaAFzx1oz70ma Mg0CFz70Z96M/SkzQMXPvS596TNGaBC596M+ppM0ZFAxcj1pM+9GRRke1ABn3oz70ZFGRQAZ96M0 cUflQIM0Zo4o/CgYZoz9aOO+KOKQB+dH50cUcUwCijj1oz70AJmil/GigBM0UtHFACZ9qM+1LxRk f5NAgzRuo/z1o/GgYZNGTRxSfjQIMmjNHFHFAwyaOaWigA5oyfU0daT/AD1oAX8aKSj/AD1oAX8a KT8vzo/L86AF/Gj8T+VH+etFAg49T+VL/npTaWgYfj+lH+elH+etFABx/kUf56UUlADuP8ik49f0 pOfSjt0oAdx60YHqabRmgB2B6mjA9f0pPxpKBC7R6n8qNo9TSUtAwwPU0YX1NHNGfYUAGF6ZNGF9 TRz7Uc+1AgwPU0YHqaTmloGGB6mjA9TRRzSEGB6mjA9TRn2ozTGGB6mjA96TNGaAFwKMCk/Cj8KB C4HrRgetH4UfhQAY96MD1NH4Un4UAL/wKj8TR74pOPSgYv40fjRx6UfhQAfjR+NFH4UAH40fjRx6 UcelABz60c+tHHpRx6UAHPrRg9c0celHHpSEGPej8aOKMimAfjR+JoyPSjj0oAPxNA+tHHpR9BQA fjRn3oP0o/4DQAZHrRn3o/Cj8KBh+Jo49T+VH4UZoEHHqaOPeijNAw49aOM0ZoyaADijijNGTQAc Uce9LmkzSEHHvRx70ZNG6mAvHvScUZoyaQw4peP8ik3GjdTAXIpMj1/SjP1o3fWgQceppePU0maX PvQAfL6mjj1pMn1oyfWgY75fWjj1puaMj1/SgB3HrR8vrTc+9GR6igQ7A9aTj1NGfcflRn3H5UAG B60cetGfcflRn3H5UAHH96jj1oz7ik5/yKBi/jRRn3H5UZ9x+VAC/jScetH4j8qM/T8qBBketLke tJ+I/Kjj1H5UAGR60fjRj3H5UYHqKBhx6mjijHvRj3FAgyKTI9adj6UmPcUAJ9CaX8TRg+oo/EUA FFH4ij8RQAnPvRz70uPcUfiKBic+9HPvTv8AgQpP+BCgBPzo596X/gQo5/vD86AE5o5p3PqPzpOf UfnQAUUc+o/Oj8R+dABz70fn+VH4ilz7j86BCc+9H5/lS/iPzo6dx+dAxOfejn3pcn1/Wjn1H50C Dn1NJz70ZPqPzo59R+dAxeaTn/IoyfUfnRz6j86AF5owaTn1H50c+tAhcNRg0nPrRz6/rQAvzUfN Sc+tLz60AJzRzjpS8+tHPrQMTB9KMH0pefWjmgQmD6Uc+lL81HzUDDmkwfSl+b1NHzev6UAJg0mD 707n1owfX9KBDcGjB9Kdg+tGD6n8qBiYPpRg46UvzUmGoEHzUnPpTsNSYagYmD6UYPpS4ajDUAJg +lGD6Uu1qMGgQmD2owaXDUuDQMbg0uDS4NGD60ANwaXBpcH1owaBCc0YNKFPrRtPrQMTmjn1pcGj B9aAE59aMH1pce9GOOtAhMH1ox70uD60YPrSATB9aMH1peaMGmMTHvRj3pcH2owfagBKOf8AIowf alwaAG5pcnFLge1GB7UCDNJ+VLx7UYHtQAmeKKX8RR+VADaKd+IpPxFAxKOKXH0oxz1FAhPxo/Gl x9KTH0oGGKMCj8qMHrxSAMCjAowfaj8qYBijFHPtS8+1AhMUYFLz7UflQMTj/JowKXn2pOfagAwP T9aMe360vPoKOaBCfnS4FLz6Ck59BQAlGB70vPoKOevFAxOKKXB9qOfQUAJxRx70vPoKOfQUCE/O kz9aXn0FGfYUDD86Pzo/Cj8BQAfnRn60fSikAv50mfrR+FLimAmaMn3paMf5zSATPuaN2fWlwKMU wEz7mjPuaXH+c0Y/zmgQmR6mjI9TRj/OaMf5zQMXPvSfiaMcdf1ox/nNAhePU0nH940Y/wA5owP8 mgYcf3jRx6mjA/yaMDP/ANekIOPU0cepo4/yaP8APWmMOPU0vHqaT/PWj8P1oELxjqaOPU0n+etG P85oGLx60cetNwPSl/D9aQBx60cetH4UfhQAcetGR60UfhTEHHrR+NHbpR+FAC/jRx60mfb9aM+3 60AL+NJ+NGfajI/u0DFx70mPejI9KNw9KADHvR+Joz/s0Z9qADv1o/GjPtRkelAgx70v40m4elGf agYUfjRmj8qADHvRj3oooEGPejHvRRQMPxox70YoxQAY96Pxox9KMf5zQIOPWjj1oo/KkAZHrRx6 0Y9xSbRTGL+NH40bR7UYHtQIOPWjj1owPak2j1FAxeM0cetJgeoowPWgBeKMikx70YHrQIdkUmaM D1owKBhx7Uce1GBRgUAHFHFGBSYFAhePWl4pvFH4UDF4o4/yaKPwoAP89aOKTPtR+AoAWl49Kbx6 UufagAo/Cjj0pMj0oAdRik49KPwoELijbSfhRn2oAXHFGBmkz/sijJ9BQMXAxRgelNycdBS5PoKA FwPSjaKTn0FH4CgQu2jbSYPoKPwFIYu2jaKT8BR+ApgLtFG0Un4Cjn0FIQuOKNopPwFH5Uxi7eOl G2k/Kj8qBC7aNtJ+VH5UALt96NtJ+VH5UDF2+9G0UmfpR+VAC7R/k0bff9aT8qPyoELto20n4ij8 qQC45owKTn2pc/SgYYH+TSYpfypPypgLijH+c0nftR+VAgxRij8qPyoGFGPajj2oz9KACjFH5Ufi KAFxRxSZ+lGaQhaKTNLTGFHHvScUcUALRik/Kj8qBC8elHtSUfjQMXj0o4pPxo/GgQUd6PxopAL+ FH4UflSUwFpfwpuBRgetAx34Umfak/GlwPWgAz7UfgaKKBBn2o/CkxRigBfwo/CjFJSGL+FHbgUY 9qPwpgGT6Uc+lA+lFAhOfSl59KO9FABz6UYP900c9qMmgYYP900c+lGaM+woAOfSk59KdRQITn0o +b0paSgA59KPwo/Cj8KBh+FJ+FHNFABR+Bo5o5oAKKKMGgQtFJzS0gDtRRijFMYfjRge9GDRg0AG B70YHvSYPrRg+tAC4HvRgetJg0YNADsCjApuDRg0AO49aTj1pMUYoAXj1opMUUALx70cUlFAC8Uf jSUUCFozSZoz7UgFzRn60lHboaYxfxo59TScehpePSgA59TRz6mk4x3o/P8AOgQvPqaOfekz7frS 59j+dAw5o596TPsfzpc+360CEz7H8qM89D+VLijHvQAmfY/lRn2P5UYowKBh+B/Kj8D+VGB70fjQ AfgfyoyPQ/lRxmj86AD8D+VH4H8qOPej86AD8D+VH4H8qPzoz9aAD8KMexo49TRke9Ag/Cj8DRke 9HHqaBh+f5Ufn+VGR6mjI9TQAfn+VH50ZX1NGV9aADH1o/OjK+9HH+RQIPxo/GjIpeKAD/gVGB60 mR/kUZH+RQAuB/epMD1oyKMj60DFx70Y9/0pMijNAC4GOtHHrSZ9qM0ALgetLgev6U3NFADsD1ow P736U3NGaAHYHr+lGB/e/Sm8UcUAOwPX9KTA9f0pvFHFAh3Hr+lLx60zHpRigB3Hr+lGB/e/Sm0u KAFwPX9KXA9R+VMwaXmkAvHqKOPUUnNJzTGO49qXA9qZRSEP4z/9ajj/ACKZRTGP4/yKTj/IpP8A PWigBf8APSjH+cUn+etFAC/56Uf56UnajNAC/wCelGf84pKOKBC0nFJxRQMWjiij8KBBke1GfpR3 6Un4UDF/Kj8qPwooEGfpR+VHNHPpSGH5Uv1xTcn0oz7UxC/lRSZ9qXPsKADijj1FH4Un4UALx60Z Ht+VH4Cj8BQMOPX9KTjH/wBal/AUfgKAD/PSk49f0pfwFH4CgA/H9KOPX9KOfSj8BQAcev6Ucf5F H4CjP0oAOKP89KMn2oyfagQfjSfj+lLk+1GT7UDE/Gj8aXml5pAN/GlpefWjn1pgJR+P6UpJoyaA E/Gj8f0pcn1oyfWgBPx/Sj8f0pcn1oyfWgBPx/Sjnsf0p2fejJ9aAG8+v6Uc+v6U7J9aN3vQITn1 /Sjn1pc+9Jn3oAOfWjn1ozRn3oGJz6ijn1pcn1oyaQhOfWjmlyfU0ZPrTATn1oyfWl59aOfU0AJ+ P6Uc0vPrR+NAxOaMe/6Uv40c+poAOf8AIpKXn1pOaBC80f56UnNHPqaAD/PSjP8AnFGT60v40AJ/ npRx/kUc460c0AHFHHv+VHNHNAwo/A0c0nNAhfzo/Ok5o59aAFpOPej5qXmgYn+elH5/lRzRzQAv 5/lR+dGTRmgA/wA9KOPf8qM0ZPpQAfn+VFG6k3e1IQuBSYFLuNGTTAMCjijNGaQw4oxRmlzTAbS+ 2aM+1GfrQAUYoyaMmgAoxRk+9GfrQAY9qTt0pf8APWjt3oASjj0pfxNH4n86BCcUYHWl79TR+dAx KWj8/wA6PzoAPwoxzR+J/OjPuaAD8KT8KXPuaPxNIQmPajHtS59z+dGT/eP50wDHtRj2o3cdTn60 ZPqfzoAMe36UfhRk+p/OjPuaAF/D9KT8KMn1NG4+poGGPajHsaN3uaM8dTSAX8DRgY6H8qTd7mjc KYhcex/Kk7dD+VGaN3pmkMPwP5UfgfyoyPejIxQIPz/Kl/P8qMijI96Yw/P8qT8/yo3D0NLuHpQI P89KPr/KkyKXPtQAnX/9VH+elGe2KXPt+tAxOPf8qOPX9KXPtRn2oEHHv+VJj/OKX8KP+A0DDA/y KMCl5/u0f8BoEN4peKP+A0Y9qBhx/kUce/5UfhR+FAhOPejj/Ipfwo59KQCcetHGOv6UuP8AZox7 UwE/z0o4p2PajB9KBjaWl/Cj8KAEpPwp34Uc46UCG0ce9O59KTn0oATijj3p3PpRzQA3IHrRx707 8KPwoAb+dHSnUnNAxPwoz7UvNHNAhPwoz7UvPpRQAmaM8UuPajHtQA3PvR+NO/CjHtQAmaM0uKMU DEz70Z96XAo4oATPvRn3peKKAE70fjR+FH4UCCjijA9KCPagA49qOPUUfhRj2oAOPWjj2owfalxQ MTn0o/Cl/wA9KOP8igBOfSjnPSl4/wAij/PSgQnPoPzpOf7op1FAxMHH3RRg/wB0UtGaBCc+g/Oj n0H50tFAxOfQUc+g/Ol/KjNAhPm9BR83oKM0tACc+go5/uijNLmkMTn0FJz6Cl4pfzoAbz6UufYU v4Gjj3piEz7Cj8KX8/yo/OgBOfSjt0peKOKBifhRz6Cl49/yo4oATn0FHPoKXijigQnNHPpS0UDE /Cj8KWigQn4UfhS8etHFACc+lH4UvFJgUDDPtR+H6UcetHFABRRxR8v+RQIKWk+Wl4/yKBh+NFHH +RScUCF/Gj8aTijigYv4ikx7ij5faj5fagAx7ilx70gxijj2pCDHvS496TijimMXHuKMe9JxR+FA C4HqKTA/vUcen6Ucen6UCDA9aOPUUcelHyjtQAfjR+IoyPSj5fSgYZ9xRn3FGR6fpS8en6UCE/Gj 8RS5Hp+lGR6fpQAn40fjS8en6UZHpSAT8aPxFGR6UcUxh+NH4ijijjFIA/Gj8aOKOKYg+p/Sj8f0 o4oyKBh+P6UfjRke1FAB/npR+NFHFAB3o7f/AFqMijIoAPx/Sj/PSjNGaQg7f/Wo5pM0ZpjF5o5p M0ZoAXBpMUZozQAYNGKM0UgDBowaXNJTAMHNHNFHOKAF5oo5ooAKKPwo/A0AJRS8+lH4UCEwfWj8 RTufQ0fgfyoAbz6ijn1FLz6fpS/hQMbk+tGT6078P0o/A/lQIbz6ijmnY/2TRj2NAxv40fjTsexp cexoEN59aOfUU7HtRj2NAxn40fjT8exoxx3oEN/4FR+NLj2NLj60DG/jR+NLj2NGPY0CE/4FR/wK lx7GjHsaAE/GjHvS49jR+BoGJ+NH40uPY0c+hoEJ+NGD60YPoaMH0NAw/EUc0YPoaPwNABzRg+n6 0Y9jRj2NABzRzRg+ho59DQAc0YNHPvRzQAc0UfNRzQAc0c0c0c0hC0lHNJmmMXJpcn2pPwoycdKA FycdqMn0FJn2NH4H8qAF5oyfQUn4fpR+BoAXJ9BRk+lJn2NGTQAuT6Ubj6UnPpRnjp+lAC5NG4+g pPw/SjPsfyoELk46UZPpSe39KM+xoAXJ9P0oz/nFJ26Gj8KBhmlyf8ik/A0fnQIXJ/yKMn/Io/Cj 8DQAmf8AOKXP0/Kk/P8AKjj/ACKAFyfb8qTP+cUYHvRge/5UDDJ9vyoz/nFHvz+VH50AGfp+VGf8 4o/OjH1oAWkz/nFGPr+VLj60CE/z0o/z0ox9aMH3/KgYUZowff8AKjH1/KgQZ/zikzTtv1/KjH1/ KgY2j/PSlx9fypcH3oAbn/OKKdj6/lSYPbNACcUfSnY9j+VGPY/lQA3NGadj2P5Un1BoATJ9KXJ9 KPzo/OgBMmjJ9KXA96MD3oATd7UuTRgehowPQ0AJmlyfSl49DR+FAhMn0o3Gl/A0fhSATcaNx9qX HtRx6fpTATcfajcfajrRgYoAMn0FGfYUfhR0pDDJ9BS7vYUH6Un4UwDPtRn2FGaPwFIAz7Uv5UlH 5UxC59qOfakooGLk+go/Kj8qTP0oELn6UflRzRQAflRke1GaMmgAz9KM/SjJ9KMn0oGGfpRk+1GT RzQIM/SjJ9qMmjmgAyexFJk+o/Klyf8AIo5oGJk+1GT7UuTRk0AJn6UZPtS5NLzQIbn6UZPtTs/S jNAxuTRk+1OzSZ96AEyaMn2p2fekz70AJk+1GT7U7I9aTPvQITJ9qOadketGfegY3mjmnZHrRn3o Abk+tGTS59xR+NAhMtnoKMtjoKXjpijj0oATLelLlvQUZHpQMelIBMt7Uu58UZHpRn2pjEy9Ll6M +1GR6UAGX9KMv6UZHpRkelABl6MtRkUufakITLUZejPtRn2pgHzUZb1oz7UZHpQAZb1oy3vRn2oz 7UDDLepo3NS59qPyoEJlqMtS5+lH4UAJlqMtS5HpR+FAxMtRlvel/D9aM+360CEy3rRk+tLn2FGf agBMn1o5pc+1H4UAJz70c+ppfypOfQfnQMTJ9aMmlx7frRz6UAJz60Z9zS4PpRg+lACZ96M89aMH 0FGD6UAGfejNLg+1GD6UAJzRmlx7UYoAbnmjNOxSYNACZNLzRRQAc0Zo/Cj8KBBzRn3FH4frR+X5 0AGTRzR+VHPoPzoGHNHNH5Uv+etACZNHNH5fnS9+350gE5xRzS/560lMQc0fSijNAw59KOaM0ZoA OaPmoz7/AK0Z/wA5oAOfejml/wA9aM0CEwTRzS5+lG6gBOfejB96N3+c0u4+350AJznvR+Jo3ew/ Ol3ew/OgYn40c+tLu9qN3sKBCc+ppOfWnbj6Ubj6CkMbk+poyfWnbvYUZPtTEJk+9G5qXJ9qMn2o GJuP+TRuNLk0mTQAbj70bjS5NJk0CDcaNx9aMmjNAw3H3o3H1pc/SjJ9qAE3N60ZNGTRk+1Agyet GTRk0uT7Uhic0ZNLk0mT7UxBk0ZPtRz7fnS857fnQMTJ9aXJxSc47UvPqKADmk5pcH1FGD6igQmT jtRk0u0+oowfUUAJz6ijJ9RS4PqKMH1H50gDn2o59RSYPqPzpcH1FMYYPqKTv1FLg+oo/EUAJj3F GPcUv4ij8qBCfiKMUvbtR+IoAMUmPpS/iKPy/OgBNv0ox9Pzpfy/OjH0/OgBMf5zS49/1owPajA9 qBiflRilwKMD1FACc+v60pz6/rRj3ox70CEwf8mjn/Jp2B60mB60DE/z1o5/yaX5fWjA9aBCc5/+ vS80mB6/pS8etABg0mD60vHrRx60AJg0c0vHrRx6mgYnNGDS8epowPU0CE5xRzS8epo49TQAnPpR zS8epox7mgBOfSjmlwPU0YHqaQCc0cilwPU0YHqaYCUUuBRgetAxPyo/KlwPWkwPX9KBB+VGPpRx 60vHrQMTFH5UvHrRx60CE/Kj8qOPWjj1oGH5UfiKOPWj5aADH0o/Kjij5fX9KAD8qPyo4x2o49aA D8qOPajj1FHHqKAFz7CjP0pOPajj2oELn6UflSce1HFAC/lRn6UmRRkUDFz9KM/Sk+WjigBc/SjP 0pOPUUcY6igQ7d9KMn2pvHrRx6igY7nvijP0pvHrS8etAC5+n50ZPtSYHrRgeooEGfpS5+lN49aM D1FADs/5zRz6D86TA9aOPWgYv4CkyfSjA/vUcf3qBBk+lHPpRx/eowPWgA59KPw/Wk49f1pePWgY fhRj2/Wk4pePWgA59P1ox7frRgUYHqfzoEHPpSc+n60uB/k0YHrSGJg+n60Y9qXA9aOPWgBMe1Lg +gowKXimIbg+go59Kdx60cetADcH0FH4U7j1NHHrQMb+FGD6UuB6mjjHegBPwpMH0p3FGR70AJzn pR+FLxRxQITmj8KXj3oyKAEo/CjNGRQMPwFL+VGaM0AHPoKMmjIpcj/IoENyaOadn/OKQmgYc+1F GaM0CDJoz7UbvpRkUDDNLmjIozQAmaM0tJQAZozRR+VABke/50Z+v50flSflQIXPPf8AOjPsfzpK WgYZHv8AnRke/wCdHajn0oAMj3/OjI96Mn0o7UAGR7/nRuHv+dH4UflQAbh6H86MjHQ/nSflS4oA Mj0P50ZX0NH5UUCDJ9DRk+lLmkzQAc+lHPpRRQAc+lFFFAwpaSigApce9JRzQIXHvRj3NJzRzQAv 40Y96TmkyfWgYvHrS8etJmjPvQAtGB60maTJ9aAF49aMD1FJk0ZPrQIXA9aMD1pKM0gF49aOPUUn 50fnTAX8aTA9RR+dLz6n86BiYGeoowPWjmlz7mgA49RSYHrR+f50v+etACfiKPxFH50ce/50CD8a Pxo/Oj86Bhj3ox70uR70mfr+dAgx7ijv1FGfrS5Hv+dAxPyo/GjP1pc+5pCEwaOaXP1oz7mgYnNH NLn3NGfc0wE5owaXPufzoz7mgQnNGDS/iaM+5oAMGjFGfc0Z9zQAYPtRg0Z9zR+JoGGDRg0f8CNJ kepoELg0YNJkepoyPU0ALg0YpMj1NG73NAwxRj2oz70ufc0CEx7UY9qXI9aMj1oATHtRgelLketJ +NAB+FH4UfjRketAw/AUY9v0oyPWjI9aADFGKPxo49aBBijFHHrRxQMMUYP+RR+NH40AH+elH+el H40fjSEH+elGKPxo49aYBijH+cUfj+lFAwx/nFGCP/1UZozQAdv/AK1GP84ozRmgAxx/9ajH+cUZ ozQAYNGPcUZozSAMe9GPf9KM0ZpgGPejj1/SjPFGfagAx70YHrRmigQUUc0fhQMKKM0UAH40fjRR xQIPqaPxoo4oGHFJxS96OPSgAo4opaAE/wA9KOKXHtSYHoKADijilxSYHtSAM0fhS4+lJj6UwFpM 89KNv0o2/SgA/CjNGPpRt+lABmjPtS7eO1Jt+lAgyfSjJ9KNv0pdv0oGJk+lGT6UuPcUY9xQAmT6 UZNLj6UY+lAhMmjPtS/lR+VAxPwo/Cl59qOfUUCEz7CjPsKXn2o59qAEoz9KXn2pOfagYZ+lGfpS 5PtRk+ooEJn6UZ47UuT60ZPrSATP0ozS80mT6imAZozRk+1Lk+1ADaKdk+1HPrQMbRzS5NLk+tAD c0fgPzpfxoz70AH5UZ9qM0Z+lABn2pKXNH4UAH4Un4UuaKBCfgKKWjv/APXoGJ+Ao/Cl/Cj8BQIS jml/AUv5UDG0Z9qXFLgelADc+1Gadj2pMD0FACZ9v0oyfSnfgKPwH50CG5NFOx7CjH0oAbk0Zp+O OlGKAG0Z+tLgUuBQA2ilwKMe1IBMn/Ipc/WjHtRimAmfrR+NLiigBKPxp3NJj/OaBhR2o/z1ox/n NIBM0Zpfxox70wEzRmlwfWjB9f1oATIpfwpce/60mP8Aa/WgA/Cil/H9aT8aBBR+FH40f8CoATv0 NHHpS49/1ox/tfrQAn4UfhS446/rR+P60DE/Cj8KPxo/GgQufb9KTPtR+NHPrQMPwoz7Uc+tLz60 AJkelGfal/Gj8aAEz7UfhR+NH40AH50fgaM+9Ln3oEJ+dFB+oo59RQAfhRRRzigYUUuT60ZPrQAl FLk0mTQAUUZNGaACjij8TS/nQITijAo/Oj86ACjFH50vPvQMTij8aX86PzoATijA9aPzpcCgQmB6 0uB6ijA96MD3oATHFGKXA96MUDExRilxRjmgBMe9GKXA96MD3oATHvRilx9aOKADFJg+tLgUvHvQ A3BNLijijigQny+ppfl96THtRtoGHy+9Hy+9GKMe1AB8vvR8vqaMe1GB6UCD5fU0cZ60cUfhQMOP Wjj1oopCE/GjHvS8UcUxifjS4HrRx6UcelAg49aMCjj0o49KBhx60YHrRx0xRx6UAHHrRxRkelGR 6UAHHrRx60celHHpQAcetLx60celJx6UAHHrRx6igAUYHpQAcetHHqKPl9KOPSgA49RRxS8elHHp QITijj1pfwox7UAJxRxS4HpSfhQAcetHFH4UfgaBh8vrR8vrR+Bo4PY0CD5fWj5aMf7Jo/4CaBhx R8tHGfu0Y56GgQZWj5aOPQ0cehoAPlo+X1owPSjA9KBhhfWj5fWjHtRj2NAg+WjijA9DS/gaBicU cUceho/A0CDj1o4o/A/lR+dIYcUcUfnR+BpgGKOKPzowKADijij8KMfWgA4o4o/OkwfegBePSjj0 oooEHHpRkego79KKBhkego47LRg+hoxQIMj0oyMdKMUYNAw/CjI/uijmk5oAXPsKNw/uij8KOfSg AyP7ooz/ALNHPoaMH0NABkf3aXI/uik59DSfgaQhfwFH4UlFAxfwo49BTce1L+FMQv4UcelJ+FHH pQMXj0FGR6UnGOlH4UALkelH4fpSfhS59qBBRxRx6UcelAC8UcUn4UYHpQMXj/Io+X/IpuBnpRQI dxRx14pv4UfnQMXj2o4pM0ufUUAGBRiko/A0ALgUYFJxR+dAC8ZopKT8KAHUU38KXBoAWikwaMUA LmjPtRg+lJz6UCF/CjPtSYowaQxfwoz7UmD6UYNMQufajPtSEUYoAXPt+tGfakx7UfhQMXPtRn2p PwooEL+FJn2oo96AFz9KM0lFIYv4UfhScUUxC0flSUtAwoz9KSigBfyoooyPagA4o4oz9KMj0FAB RS5HpSZ9qADIo4oyPQUZFABxRkelGfb9KMj0/SgBcj0pOPSjPt+lG4en6UAHFLxSZHp+lLn2oATj PT9KXj0/Sk3Uu4elABx6fpRx/kUm6jdSAXIoyP8AIpN3tRn2/SmIXj/IpMijI9KXI9P0oGGRRn3F Jkegpc+woEGR7flRuHt+VJn2oz7UALuH+RSbh/kUuR6UZ9qBhuozxRn2oyPSgBcijI/yKTI9P0pM +36UCFyPb8qMj2pPwooGLn6UZ+n5Umf84oz7UCFz70Z96TPtR36UDFyPWjPvScelHHpQAufejPv+ lJxRx6UCFz70fjScelH4UDFozSfnRQIXP+cUZ+tJ+H6Uc+lAC5opOaMn3oAXP+cUZPp+lJRn2NAC 59qOfT9KTNGaQxfw/Sj8KTmjmmIX8KPwpPwooGH4Uc+n6UUZNABz6UfgaXNGaAE59D+VH4fpS59q Tn0oAXHHSkx/nFH4UZNIQfhRRz6UZPpQAf8AAaPw/SjJ9KMn0pjDn0P5Uc+hoz7UZ9qBBg+n6UYP pS59qMj0oGJg0YNLkelGR6CgBMGlxRx6UcelABg0YPvS5HpRkelAg5owfWjI9KMj0oGGD60YPrRk elG4UCDB9aMH1oyKMj0oGGD/AHqMH1oyKOKBBg+tGD60fhScUALg+oo59f1pKKBi/N6ij5vUUmfa jI9KAFy3qPzo+b2/Okzz0o/CgBfm/wAml+b/ACab36Gjv0oEOyfajn/JptGPagB2T7UZPoPzpv4U h+hoAfk/5NJk+n60n4UY9qAHZPoPzpMn0/WkwfSjB9KBi5P+TRz/AJNJg+lGD6UALz/k0c+lN/Cj 8KBC5+tGabj60Y+v50ALn60UmP8AOaXH1/OgYZoz9aP89aP89aAD86M/Wj86PzoEGaM/WjP1oz6k 0DCikz9aM/WgBeaOfSjP1pM+9AC0Uf560Z96ACkxS5ozSASlozSZpgLSZpc0maAFopM0Z9qAFozS UZoAWjHvSfhRmgBePWjj1pM/SjP0oAX8aP8AgVJmkzQA7j1o49TSZozQIX8aPxo/Cj8KBi/jScet J+FHPpQA78aPxpv4Uc+lIB340cev6Un4UfhTELn3o/Gk/Cj8DQMXI/yKOPWk/A0YoELx60fjSYox 7UDF49aOPU0mPalxQIMD1/Sk4/yKXFGPrQMTj/Io4paKAEwKOKWjFACcelFOxR+dAhuPrRinYooA bgUYp2KPxoAbgetGBTsUUDG4H+RSYHqfyp1L2oAbx6mjj3p2KTB9aBCce9HHvS496McdaBice9Jx 707HvRj3NACYHvRx60uPejHvQAlJx707B9aTn1oATijilx70Y96AD86KMe9GPegQfnRRj3ox70DD NJn2pce9G33pAJnnpRml2+9GD60wDPFGaMGjB96ADJ/yKM/5xRjnrRj3oAMmjJox7mjHuaBBmjNG 33NGKBhmjNGPrRj60AGfp+VGfpRj60UAGaM0Y9qMe1ABnj/61GaMUYoAM0ZowKMCgBc0ZpMCjHt+ tAC0mR60Y9jS4oATPvRkUYFGBQAZFLmjFJj3oAXNJmjH1ox9aADNGee9GOe9GB2zQAZoyaNtG32N ABmjNG360bfagQZ9qM89KMH0o20gEyaMml20uKYxMnFGTS7aMUCEyfSjJ9KXHvRj3oATJ9KMmlx7 0Y96QCc+lHNLgetJj3pjE5o5p2PekwPWgBOaOaXj1NGBnqaADmijHuaMfWgQYNHOaMUv50gEx/nN GKMUYHpTAMH1FGOeooxRj6UDDH0ox7ijFGPpQIMUY96OfaigYc+tGPcUfjR+NABj3ox7ijH0oxQA fiKPxFGOaMUAGPcUY/2qTmj8KBC4/wBqj/gVH4UfhQMX8aPxpOfSjn0oELz60fjTfwo59P0oAd+N L+NN5owaAHZ96OfWm9qKAFyfWjn1pKOD/wDqoGL+NH40mBRx60AL+NGfek49TRx6mgQv40fjScep owuOpoAX8aT8f1owvqaML6mgYfjR+NHGOtHHqaADjFH4mjj1NHHqaBB260fiaXj1NJx6mgYY96MU cepowPU0AFHFGB60cetABR360Y96Me9AB+NHHrRt9zRj3oAOPWkx70uPejHvQAfjRjjrRj3NGOOp oEGPej8aMe5ox7mgYfjRj60Y96XB9aBCYoxS496TFABj3oxRj60YPqaQwooxS7femISlox70bfrQ AYopNv1pdp96AD8qOPQUbTRtNABx6frRkego2mjaaADj0FHHtRtIowaBgcego49qMH1owfWkAce1 HHtRj3o289aYC4HoKMD0FG33pMe9AhePQUcegowfWkx70AHHtR8vtRRjigA+X2o+X2owKMCgBcr7 Uny0YFGKAFyPSjj2pMDpmjjuaAF+Wj5abgetLgetAC/LR8tIQKTAoAd8tGVzTcUcZoGO4o4pOKKA F4opOKOKAEyfSjn0o496Xv1NIQmT6UZPpS/iaTj3pjDPtR+FLx60ZoAT8KM89KM0uR6mgQmfajPs aXj1NJ+JoGGfal3f7NJkepo49TQAZ9qN3tRn3NGfc0AG72oyPSjn1NH/AAI0CDcPSjPtRn3o/GgY bvajPtR+NH/AqQgz7UZ9qP8AgVH/AAKmMO/Sj8qMe9H/AAKgAz9KOPaj8aOP71IA/Cj8KP8AgVH/ AAKmAfhR+FH/AAKj/gVABRn2pf8AgVJx6/pQAfhR+FH40fjQAfhR+FH4mgfWgA5o59KM0ufrQAmD npRzS5ozQAmD6UmD6GnZozQAmD6Uc+lLmigQnzUc+lL+FGfakMTmjmlz7UnHpTEH4UUcelH4UAH5 0fgaOPSjI9KAD86PwNGR6UZHpQMTPPQ0ufY0ZH92jI9KADPtRn2NGR6Ubh6UgEo/Ol3D0o3e1MBP wo/ClyKAR/k0CEzRmlyKMj2oGJn60ZpePal49qAG5+tLml49RRx7UCEz70E+9Lx7UfLQAn40n407 j1FHHqKQxv4mj86d8vr+tHHtTAbz70v50vHrR+IoEN/Ol5p34ik/EUAJzmjmlx70Y96Bic0nNO/H 9aPxH50AN5o5p2P85owfUfnQA3nNHNOwfb86Mc//AF6AG80c56U7b/nNG36UAN59KOfSnbfpRtHt QAnPpRzjpS7fYUY9h+dAhpB9KXn0pdvt+tJt9v1oATn0pcHHSjH0/Olx9PzoAbz6UYPoadj6fnRj 2FAxvPoaOf7ppcewox7D86ADn0o5/u0bfYUY9hQAfhRz6UY9qMf5zQAc+lGD6UYz2/WjH+c0CDn0 o59KMe360Y9qBhz6Gk59DS49hRj2FABzRz6UuPpRigQmTRk5pePSjHsKBiZNGW96XA9qMCgBMtRl venYHtScUAJlqPmpeKXigQ3LUuWpeKOPQUAJlqNzUvFHy0AJuajc1GB6UvFIBNzUZOc0uBSUwDLU Zal496TA9/zoAMtRk0cf5NGB/k0AG40m40uB/k0UDDcaNx9BRRigA3HHQUbj7UY/zmjHH/16ADca Nxox/nNGOP8A69AhNxpdx9KNv+c0Y/zmgYbjRuPpRj/OaMf5zQINx9KM+1GD6/rRj3/WkMN3tSZ9 qXH+c0YPrTEGfajPHQUmD6/rS4PrQAZ9hRnjoKTHvS80hhn2oz7Uc0fSmIM+1GfajmjB9qADPtRn 2ox9KXB9qAEzx0oz7UuDR+VACZ9qM+1LzRzQMTNGaXmj8qBCZozS8+1HPt+VAxPwpPwp35Ufl+VA huTRn2pfy/Kj8vyoGGaM8Ufl+VGf84oATNG76Uvtx+VH+elAhM0ZFL/npRz6/pQMTijIpefUflRz 7flQAm4UbhS++R+VJ+X5UCDcOlLuFGPcflRj3H5UAGRRu9hSY9x+VH5flQAu6k3UfiPyo/EUDDJ9 qMn2oz7j8qPxH5UCF3Gk3Gjn1/Sjn/IoGKGo3Gk/H9KPxoEGTRk+1H40tAwyaM/Sj8aOfWgAyfaj OPSjmjn1oAM/SkyaXmjn3oATOP8A9VLk0ZNLk0CEyaMmlz70ZPvQMTcfSk3H0p2frR+BoATcaTJp c/Wjd7UCDJoyaXd7UZ9qBiZNJk0u6jNABk+lGT6UZpM0CDP1pc+1Jk0bj6UDFzxSZ9qXNG6gQnbp S/hRn6UZoAPwpM+1GaM0DD8KM+1Gfp+VGaADPtS/hSZ+lGfpQAv4UUmfpRn6UALzRzSZ+lH5UALg 0YNGT6ijPuKADB9qMH1FGT6j8qMnpkflSEGD60YPrRz6j8qMn1H5UwDBowfWj8f0o/L8qBgAfajn 2pf89KOf8igQmfr+VH+elGKTFAw/z0o/z0oxRigQf56Uf56UYoxQMOfT9KKMfWj8DQAf56Ufj+lH 4Gjj3oAPxNHHqaOPQ0cehoEH50Z9z+VHbpR+FAwz9fyoz/nFH4UY9jQAf56Udv8A61GPY0Y9jQAm ff8ASj8f0pfwNHHoaAD8f0oz/nFHHoaOP7ppCD8RSfj+lLgehowPQ0wDP0/Kjv1o49DRgehoAM+/ 6Uc+tLgehpML6GgA/EUZ+lLx6Gjj0NAw/EUfiKOPQ0nHpSEL9cUfiKTj0NGR70wF49qOKTj0o4oA Wj8BScelHFIYv5flSflRRTAWkpKXigApcUnFHFAgwaXmk4o70DF5zRzSUUCFwf8AIpMGij8aBhj/ ADiij8aKBBRRRQAc0Y4oopDDFGKOaKYgwaTFLijFABikpce1GP8AOaBiUc0uKMUgEwaOadjjvRjm mA3n2op2KMexoEN59qX8qXFGPY0AJ+VJ27UuPY0YHHFAxPyoz9KdgZ6UYHpQA3j2pfypfwooEN/K l/L86MUYHpQAY+n50YowPSjAxQAY+lH5UYHpRgUDDH0o49qMD0/WjAzQAce1HHtRgUYFABx7Uce1 GPpSUAL+FGPYUcUnFAhePajH0pKKBi/l+VH4UlFAhcClxTaXigYY9qMe1HH+TRxSAX8BSY56UYFH 0FABijHt+lH4UlMQuP8AOKMf5xSfhR+FAC4/zij/AD0pOlLQMP8APSj/AD0o/CikAf56UY5/+tRi jFMAx70YoxR+FAC4o5z2pMUYoEL+VHPt+VJt9qNtAC/56UUbaNtACYopdtG2gYcf5FH+elGKNtAh OfT9KMGlxRj2oGJg0YNLj2pMH0oEHP8AkUc56/pRg+lLg4oGJ/npR/npS4pMUAFHNLijBoATmjn/ ACKXHNGKAEoopcUCE5ozS/hRg+lACZoz/nFGPajFAwz/AJxRn3/Sjn0ooEJRS49qMe1Aw/GkpefS jB9KBBSUvPpRz6UDDmjmjn0o5oEFGaMGk5oAXNH5UYNGDSGH5UflRg0UwD8vzo59qTmlzQIXB9qM GkyaKADH0pcfSkooGFHPpRRQAYowfSij86ADafSjbSfnS/iaADbRt/zmj86SgB23/OaTH1/Sjv3o /OgBcUYpOKOKBBijBo4o496ADH1pcD3pOPWl4pAGPek/Gl49aTimMKKXj34o46UAFFJgetLgetAg opMD1NG0epoAKKNo9aXA96BhSUuB60YHrQAlH407C0YHrQA38aX8aMCjAoEH40ZowPWjA9aACkzS 4HrRgetABzQKXj1pOPWgBKX8aOPWk49aBi/lR+NHHrRxQAc0UcUcUCCikOKOKBi0YpOKOPWgQuPe kxRxjrRx60AFFH40cUDClxRmkoAXBoxSZooAXH0ox9KSj8aAFx9KT8qKKQB+VLj2FJxRTAPwFGD7 UZooAMfSlwfako4oAMH2owfajijAoELg9sUmD7UYFGKBi4PpRg+g/OkxRxQIXB/yaNp9vzo/Kj8a Qw2n/Jo2n2/Olo4piEwf8ml5/wAmjA9KKAG4NGDS5PpS8+lAxMGjB/yaPwpfwoEJg0YNH4UfhSGJ g0c0v4UZ9qYhMGlwaSikMXB/yaTBzRzRzTAMGlwf8mk/GigQvNId3pRz70c+9ABg0YNHPoaOfegY YNGD70c470c+9ABg0YPpRzRzQAYPpRg+lHNHNABg+lLg+lJRQAuD6UY9qTFH50CDn0owcUYPvRzS GGPajFHzUc/5FMQY9qMe1HNHNAwxRj2o5o5oEGO9GKOaOfSgYYopefSgZ9KQCc0UvPpSfN6UwCl4 pPm9KOc9KADj0o4o+b0pfm9KADj0pPwpefSjB9KAD8KT8KXB9DRg+lAhM+1Ln2pMH0owfQ0DDNGa MH0NJg+hoAXNGaTB9KOfSgBfzpfzpvNHNAC/iaMn1NJ+FGPagBc+5oyfU0Y9qMexpCDP1o/E0mD7 0AGmAv50fnSAe9GDmgYuT70c+9GKTBoEL+dGfrSYOaXFAw/OjNGPejHuKADmjmjHuKPxFAg5oo/G jn1oGGPejij8RR+NABx6mk49TTvxFH4igBuPrRj607/gQo79RQA386Kf+Io/H9aBDaSn/iPzo/H9 aAGUfhT8e/60YPqPzoAZ+FFP59vzooGMoqT8qPypAR/nRn61Jj/OaMfT86YEefrRUmPp+dJj6fnQ AyipMfSkx9KBDKKfx7UflQMZ+dH4mn/j+tHHt+dAhn4mjP1p/wCX50fl+dADMmjJp/5fnRx7UgGZ PvS5NO49KT8B+dMBM0Z+tO/Kjj2oGNz7mjP1pcijigQmfrRn60uRRx7fnQAmfc0fnS8e1HFAB+dH 50flRx7UDEz9aX8TRx7UlAgP1NH4mj8aOKAD8TR+Jopc0DD8TSfifzo/Kj8qBB+f50fn+dH5Uv5U DEz/AJzR+dOpPyoATn0o5p340lAhOf8AJoH+eaWigYn+etGD70tGDQITmjnPf86XB70YNAxOff8A Ojn3peaOaBCc0c/5NOwaKBjef8mj/PWnYo20ANpOadj3FGPcUAJzRk+hpce9L+NAhufajJp1FAxv PpRz6U78RR+IoEN/CjPtTufUUfiKAG8/5FGT/kU6jJ9qAEz/AJxSf56U7P0/OjP0/OkMb+P6Ufj+ lOyfQfnRk+g/OmIbn/OKM8df0p2fp+dL+X50AMz/AJxRn3/SnZ+lGfp+dACZOOv6Un4j8qdkeg/O j8vzoAb+P6Udv/rU7P0/Oj8vzoGN/H9KPx/Sl/KigBPx/SjPv+lLz7UuTQIbn3/Slz7/AKUUdulA Cfj+lL+P6UfhR+FIA/H9KT8f0paPwpjEz7/pS5Pr+lH4UfhQAmSe/wClL+P6UfhRQAfifyo/H9KO fSjn0oEH4/pRz/kUmPajBoGL+NFGKMUCDtRSYoxQMXFGKOaOaADH1oxRg0nNABj60UvOelHNAgx6 UmKXmjmgYYNGKOaOaADFJg/5FLzRzQITB/yKMf5xS8+ho59KAEx/nFLijJ9P1o5oGGDRj/OKOfel 596BCf56Ufh+lHPvR+dAxP8APSl/z0ox9aT86AF5/wAij/PSj86T86BC0Y/zik596PzoAX/PSjH+ cUmPr+VLj60DD/PSk/z0o/OjjHegQc/5FL/npRge9JgepoGLz/kUc0mB7/lRj3P5UhC/56Ucf5FJ j6/lR+J/KmMXP0/Klz6fypv4n8qOPU/lQAuf84pc+/6U3j1P5UuB6mgBc+/6UZ9/0pvHqfypcD1P 5UALn3/SjP8AnFJx6n8qOPX9KBC5H+RRkf5FJx60cev6UDFyP8ijP+cUcetHHrQIOPX9KOP8ijjr n9KOKBjaPwNLzRzQAZFH50c0c0AGfajI9KTmlpAGRRkZ6Uc0UwDI9KOPSk59KOaAF49KXI9KTmig QZHpRn2pM0ZoAXPtRn2pM0maQx2fajPtSZ4opgLmikpaBBmkpaKAEo5pfxo/GgYlFL+NFACUZpeK OPagBKM0uRRxQITNJmnZFGRQMSjNLxScZpAH+etH+etGRS8UxCZo/Gjil4oGJ+NH40ZFGR2FAB26 0cetGaM0AHbrRRmjJoAKKMn1oyaADvRmjNGTQAZ4ozSZOaM0gFzRkUmaM0wFyKMik70c0ALkUZBp OaOaBDsj0oyKb2opDHZ9qTP0pKXmmAuaM0mKKADIoyKKOc0CDIo4ox70Y96BhmjNGPelwKQCZHpR n2ox7ilwKYCZo4pcD2owKBCZozS4HtRgUAJmil4o49RQMbS0uB6ijj1oAT8aKXA9RRj3FACUUuB6 0ceooEJRz60uB6ijj1FADfxoP1NOx70Y+lAxvejj3p35Un4igA/Oil/EUfjQITFHFLx6ijA9qAEo o49qOPagYUUv5UfiPyoAT8KPqKOMdvyo49qBB+FH4CjjHaj8qBh+FH4UfiKPypAH4Ucf3aX8qT8q YB+Ao/4DS8e1JQAZ/wBkUfhRx7Uce1Agz7Cj8BRx7UflQAZ9hRn2oooGGfajd7Ufl+VL+X5UgEz7 UuaTj2opgLn6UZpPyo/KgQu6jdSUUALn3/SjP+cUnNHPrQMXPv8ApS5HrTcmjmgQufc/lRn3P5UY PrRz60AGfc/lS/ifypOfWjn1oGLn3NGfc0Z96TJ9aBC/8CP5UZ/2v0pMmkyaAHZz3o/4F+lNyfU0 ZPrQMdn3oz703J9aMn1oEOz70Z96bk+tL+JoGL+NH403J9aPxoAd/wACo/Gm8560c/3qBDvxo7da T/gVGT/eoAX8aPxpM89RRz/epAL+NH40n/AqOfWmAv40fiPzpPxpP+BUgHfjRj3FN/Gl/GmAvHtS ceopM+9GfcUDF49vzo/EfnSZPrRk560ALx60YGO1Jk460c+tADuP8mkwKTn1o59aAF4opOfWjn1o ELRik59aMnHWgBf89aP89aTJ9RRk+1IYtH5UmT6ijJ9aYC/jS03JoyaBC0YpMn1oyc9aAFpabk0Z NAxc0UmT60bj60ALk0ZpMmjJ9aBC596M/SkyfWjJ9aAFz7ijNJk+opcn1oGGaXNJk+tJk+tAC5NL zTcn1oz70CF/EUZ9xSfjR+NAxc+9Gfek/Gjn2oAX8aM+9J+NHPrQA7P+1SZP96k59aOc9aAF/wCB Uc+tJ+NLn3oAX/gVGP8AapM+9GaAF/4FR/wKkyaMmgQv/AqT/gRo3NRuPqaAFx/tUY460mT6mjJ9 6AFx70Y460nNGT70DFx70YPvSZPvRk570ALg460Yb1pMn3o/OgQuD60YPrSUZoGLtPrRtPrSUlAD sH1o2n1pKTNAh20+tG003P1pfzoAXYaNpptLxSAXaaNppvFHFMB20/5NJtNJxRkUALtPpRg+lJRn /OaBi4PpRg+lJRj3oELg+lLg+lJgUYoGLg+gowaTAo4oELg0mDijj2o49qAFwaMGk49aPyoAMH1p cH1pKPxoAXB9aMH1pPxoz70DDHv+tG0ev60fj+lH4/pQAYHr+tG33/Wk/wCBfpR+P6UgF2j1/Wk2 +/60fj+lH4/pTANvv+tLtHr+tJ+P6UfjQIXHv+tGPf8AWk/GjHPWgYu3/OaMfT86TFGKBC7T6j86 TafUfnS4pMUDDafUfnRtP+TRg0vPrQAm0+oo2mjFLikIMNSYNGKKYC4PrRg0lH40AL81GGz2pPxo yPWgYvzelHPoKTI9aXigQYb0FHzegpOKXjHWgYfN7UfN7UnHrR+NAC8+1L83tTfxozQIXn2pefQU 3NGfegYvPtS85pv40Z96AHZNJn6UmfejIx1oAXNFJn3oyKBDs0mfakz70ZoGLn2oz7UmRRmgQufb 9aMn0puR/kUvFAxc+360Z9qQkf5FHFAgyfT9aXPt+tJx/kUcUDFz7frRn/OaSjFAhc0ZP+TSYH+R Rgev6UDFyaMn0/WkwPX9KMD3oELk+n60nPp+tGB6/pRge/5UDDn0/Wjn0pePX9KMD1/SgQnP+TR+ FGB70ce9Axcn0/Wk/D9aOPej5fQ0AL+H60c+lHHvRx70AGT6Uc+lJ8vvRx70hC8+lHPp+tHy+9Hy 470xi846frRz6frSfL70fL70ALz6frSc+n60ce9HHvQIXB9KNren60nHqaOD60DDaf8AJow3+TRx 70mR7/lQAuG/yaMH/JpOPejI9/yoAdhqTDUZHv8AlRkf5FAgw1GDRuo3UDDBo5o3CjcKBCc0c+9L kUbhQMMN70nNGR/kUuf84oEJ81Hzev60uf8AOKM/5xSGJ81HNLn3/Slz/nFADeaOfenf56Un+elM BOaXmjv/APWo/H9KADn1pPmpf89KM+/6UAJ81Hze9Lk+v6UZ5pAJz6GlyfSjP+cUZpgJk+lGT6fp S5/zijPNACc+lFLmigBPwNHPoaXJo5oEJn2o5o5xRQMOaOaKPwoEGTQc0ZooGHP+TR/nrRzRk0AH NHP+TRRQAc/5NHPr+tFFAg59f1pOfWlooGJ81HPrS0ZoAOfWjBozRQIPxo/GijjFACUUv0ozSGJz Rz60tHFMQnPrR83rS5FHHrQAnPrS80cUvHvQMTn1o59aX5fejigBvPqaMn3p3HrRxQIbk+9GT70/ j1o49TQAzJpefSl49aOPWgY3J9KMk9qfxSZFAhuT6Uc+lOyKM0AN59DS80uaN3+cUDE59KT8Kdu9 /wBKMj1oAbR+FP3e9G4UAM/ClyaXdRu/zigBKKXdRuoAT/PWj/PWl3UbqAE/D9aPw/Wl3fSjcaAE 49KPw/Wlzmk3UAH+etH+etGaM0AH+etGM0ZoyfSgAx/nNFGaMmgQUYoyaNxoGFGKOaKADAoxRR+N ABiij8aPxoEHeiij8aACijvS0DEoo/Gj8aBBRmjHvRj3oAPzo/Ol/Gk/GgYfnRmj86KADP1o+maP xo4oEH4Giij8aAF/Ok/Oij8f0oGHfvR+dL+NH40AJS/nSUf56UAHNHNFH+elABz60c0f56Uf56UC DmjBo7UY/wA4oGGDRiij8f0oAMUuKT8f0pKBC7aNtH40Y4oGGDRtNGOKMCgA20YOKMUYoAMGl2mk xRj3oELtNGKMe9GPekMMUYo2+9G0etABj6UYNGPel2+9MQmKMUYHrS4HrQMSlxRgetGB6/rQAYoN GB60Y96BBjFJS496Me/60AJS54/+vRj3pPxoGLn2/Wk/D9aPxox70CD/AD1peaMf5zR+VACYHrRg etGPc/lRg+9AC4HrRgetJj6/lRj60DF4pOPaj86MUCDj1o49qMUYoAOPbmjj2owf8ijFABx7UvHt +dNwfWjmgY7j2o49qbz60c/5FAh3Ht+dHFNwelLg+tAC8eg/Ojj2pv4n8qP89KAHce1HHt+dNwfe jHuaBjsD2/OkwPb86TBoxSAXA9B+dGB7fnTcUuKYDsD2/Ojj2/Om4oxxQIdx7fnSce1Jj2NGPY/l QAvHoKPwFJj2NGPY0DF/AUn4CjH1pdvagQY9hRj2WkwKMfWgBcfSjH0pMfX8qMD3oGLj6UY9qTH1 ox9aAF/AUflSY96No9aQC/lRj6UmB60Y96Ygx9KXH0pMD1owPWgYv4ij8aTAowKAFyaSjA9aMD1o AKXmkwMdaOO1AC8+tJk+tHHrRgUALu96M+9GKTaPWgBcmjJpMD1owPWkIXJxRz6/rSYHrRgUxi5P +TRk+v60mPejFAhcmjJ9aTH1owPegYuT60Z96Tj3owKAFyf8mjJ/yaTFG0UALk/5NGT/AJNJgUY9 qAFyf8mjP+c0mPajHtQAuf8AOaTd/nNA+lH4GgBc/wCc0bv85pO/SjFAhdxpNxoxRg0DF3UbqTBo waAFzRn2pMGjFAhcmjPtSUlADs+1G72pKSgYufb9aMj0pKKAFyPSlyM9KaKKQDsj0oyPSm/jS4pg Gfb9aMj0oooEGfal/CkzRn3oGLRxTc0fjQIdx70U38aXHvQMWjNJ+NGPegBaKTHvRj3oAWjH+c0m PejHvQIXH+c0f560mPejA9aQC/j+tGaTHvRj3pjF49f1oyPWkx6GjHvQAvHrSZ96NvvRigQvHrR+ NJj3o2+4oAX8aPxpMH1FGPcUAL+NGfekx7ijB9RSGLn3oz70m00baYC596M+9JtPtRtPrQAu73pM +9G2jbQAuT60mfejFG2gBc0bvf8AWkxSbaAHZ9zRkUmPb9aMUCDcPU0Z96MUYFABn3NLmk20baBi 7qTIo20baADI96Pz/OjBoxQAfnR+dGKMUAGfc/nRn6/nRijFABke/wCdGR6n86MUYoAMj3/Ojj1P 50Y9qNvtQIPxP50fj+tGKMUDDn3/ADooooAX/PWk/H9aKKQhfxpPxoowPSmMWj8aMD0owPegQfjR +NJxRigBeKO/WkwM0UAO/EUfiKbRkUhjvxFH403ijimId+NGfcU3ijigY/8AEUmfcflTeKOPWgB3 5flR+I/Kk49aMD1oAXPuPyoz7im8UvHrQAv40flTePWjI9aBDvy/KlpuR60ZFAx2aTPt+lJxSe9A Ds/T8qTP0/KkwM0uKAD8qX8qTA9f0ooAPypfwpPxpOvekAv5Ufl+VJRimA6j8qSjFAB+X5UflS4p MH1pCD8qTH0/KlwaMGmMTH0/Kj8qXFGKBCUflS4OelGD6UDEx70Y96Xn0pKBBRS80nNAw/z0o/H9 KMGjB96BB+P6Uc0YPvS4NIYlHNGD60Y96YAM0c0UZNAC5NFJzRz6UgF5o70n4Ud6YBS5pKKAFyaM mkooAXcaMmkwKO1Ahcn0pef8mk/CjP1oGL+H60ZPpSdu9HHvQAvPp+tH4Cm/nRj60CHZPoKOfQU3 H1pfzoGLk+goyfak/OkxQIdk+1HPtScUnFAx3PoKMn0FNooAdk+1GfpSCigBc/SjJ9qTAowKQC/l Rn6UmPejFMBcn2oz7Cj8aSgBePQ0cUmP9o/lR/wI/lQAvHvScUY9z+VH4n8qADjFGaPxP5UY9z+V ABmjJo59T+VH4n8qBBz70mTS/j+lL+P6UDEyaTcaX8T+VH4n8qBBuNG40fifyoz7n8qBhuNG73o/ H9KM+9Ag3UbqM+9Gff8ASgA3GjcaM+/6UZ56/pQMNxo3GjPv+lGR6/pQAbjRvNGR6/pR+NABuNG4 +lHFGR60AG6jcaM+9H40AJuPvS5NGfej8aADcfejJoo/E0AGT70ZOe9H40fiaBCZPvRk+ppfxNH0 zQAmfc0Z96XP1/Oj8aBiZ9zS/nRk+tH40AFHNGT60Z96AE5zS5NGf9qkz70CDJoyaPxo/GgYZNGT 60ZFHHqaAD8RRk0Zo980AGTRk0v40Z96BCc0nNO/E0fjQMbzRk07PvRQA3mjJp2aMj1oAT8aKdn3 /SjPv+lAhvejmlz7/pRn/OKBiZozS59x+VJnnt+VAB/nrRmj/PSl/H9KAE5oyf8AJpfy/Kj8f0oA TNGf85pcf5xRj/OKQhM/X86Mn3pcH/Ioxx/9amMTNH4frS4Pr+lGD6/pSEJn60Z+tLg+tG0/3qYx Pzo/OlwT/FRt96AEz9aKdt96NvvQIbS/nRt96Nue9Aw5ozRt96Np9aADP1ozRtPrSbT60ALk+9GT 70m0+po2mgBcn3pMn3pdp9aTafWgAyfelyfejb70bPc0AGT60ZPqaTafWjafWgA59aOfWjBowfWg QfjRzRg+tGDSAPxNH4mjBpce9MYn50d+ppcUYPtQAmfc0v40YPtSY+lABR+NHPtRigAoo59RRz7U AGeaM0fiKXn2/KgQmaPz/Ojn2pefUUDE/Cjn0pce4ox70AJ+Bo/A0uPcUY9/0oAT8DQPpS/j+lH4 0AJ+H60fhS4PrRg+tAhOPSjj0P50uD60v40DG5HoaM+1OwfWjB9aBDc+1Gfanc+tHPrQMTPtR+FH PrS8+poENz7UZ9qXn1NHPqaBiZPpRuPpTufWk57UCEyfQ0Z9v1pcNRhqAE/A0ZpcGjmgYUZNHNHN ACc0UvNHPrQITP0oyPalOaOfSgYce1H+etHPpRz6UgDH+c0fTH50YPpRzTAPy/OjH+c0YPtRg+1A Bij/AD1owaTB/wAmgBeP8mjA/wAmkwaMGgBcD/JowP8AJpMH0pcGkAYHt+dGB/k0m2jB9qYhcD/J owP8mjFGKQwwP8mjaP8AJoxRimAbR/k0m0ev60v4UUAJgf5NGB6/rRRQAYHr+tGB6/rS0YoEJget GB6/rS0UDDAz1pMUUY96AFxx1o70n4mjB9aBB+NLxSc+tH4mgYvHrR+NJ+Jo59TQAfjS/iaTJ9TR n3NAB+Jo/GjJ9TR+NAC80Z96TPvRz60ALRSZPrRn3NAgo/GjJ9aMn1oAXHvRSZ96Mn1oGL+NFJz6 0c+tAC0YpOfWjn1oAXBowaTHvRg+v60hC4OaNppMH1/Wjn/JpjFwf8mjBpMH1/Wj/PWgQu2jbxSc 0UDF2mjaaTFH50CF2mjaaTB96MfWgA2mjafSjn3o/E0DDaaXaaT86PxNABtNLtNJ+Jo/E0CF2mja aT8TR+JoGLtajaaT8aPxNAhdpo2mk/E0fjQAu1qNp9qT8T+VHHqfyoAdtb2owfUU3j3/ACo49TQA 7B9RRg+1N/H9KP8APSgB2DRg+opv4/pR+NAx3PrRg02jHvQIXB9aXnHWm0fjQMXJ9aOaPx/Sj8aB C80c0Z96TPv+lAC80c0fjSUDF5oox70YoAOaOaMClxQAnNHNLRigQ2in4PqaMH1b86BjPwop2D6m jB96BDKX8Kdg+hoxQMbn2pc+1Lg+9HPoaBDc+1Gadg+hpOfQ0AJk+lGfal5o596BiZoyKXn3o/Og BuRRlad270c0CG8UvHpS8+9HPvQAnFJxTs/Wj86BicUlO/Ok/OgQlFLz70n4GgAopce1J+dIYUUU fgaYBRR+Bo/CgQUYJo/CigAwaOaOaOfegYc0n407B96OfU0CG/56UvNGD70YPrQAlH40uDijmgYn 40UuDRg+tABRRz60YPrQAc0UYNGD60gCjNGGow1ABn2oz7UYNLg+lMQmfajPtS4PpSYoGGeelLn2 pKXn2pAJn2/WlyPT9aOfak59qYC59qTI9KXn2pOaBC7h6frRu9qTn2o/AUDFyPSjPtRz6Ck/AUCF yP7tGf8AZo59BRz6D8qBhx6Ucf3TRz6fpRz6fpQAf8BNHH900c+lHPp+lAB/wE0f8BNHPpRg+lAg /wCAmj8DRz6fpRz6UDD/AICaP+Amjn0o5/yKBB+Bo/4CaPwoyfT9KBhz/dNGD/dNGfajmgQc+ho5 9Goyf8ijmgA/BqTH+yaXmjLUDE/A0uPZqTLZpfmoAMexox7GjmjJ9aAE2+xox7GlyaOaAEx7Gj8D S80fN60AJ+Bo/A0vPqKOaBB+B/Kj8DRz60c+tACfgaPwNL+Io5HegYn4Gl/Cjn1FHPrQAfhR+FHN H5UAH4Ud+ho/KigQZ9qM+1FH5UAGfajPtRj6UYNACZ9qOPSlx9KMfSgYcelGR6UYox9KADPtRn2p cfSkx7UAH4UcelH5UfhQIOPSj8KPwFGOe1Aw/Cj8KPwo/CgQfhR+FFFAw/Cj8KM0ZoEH4UfhR+VH 5UAH4Uv4Un40flQAcdgaPwNB/CjP0oAXj0pPwoz9KMn2oAPwpfwpN30o3fSgYvHoaMj0NJu+lG6g BfwNH4Gk3Ubv84oEL+Boo3Um40DF5z3o/A0m44o3UCF/A0Z9j+VJn3pMn1oGO5z0P5Uv4Gm5PrRk 0AL+Bpefem7qN1Ahfzo596TNGT60hi8+9HPoaTmjJpiF59DRk+lJk0ZNAwyfejmjJ9KMnvQAUc9q OfSjn3oAMn1oyfejmjmgQZPvRk0c0YPrQAZNHNGD60YPrQAmTS80YOaMH1oAMmjmjmjmgYc0tHNJ zQAUUtFAhM0Zoo5oAM+1Gfak5o5oAXPNJn2oyaM+1AwozRn2oz7UAGfalzSZ9qM+1IApfwpM0UwD mjn/ACKKMigQc0UUlAxef8ijmk/Ol496BBg0YNH4GgH60AHNHNH50UAHNHNHHvRx70DAZoyaOPej t3oATJ96Mml/OjH1oATJpcmjHNLj60CEyfWjJ9aMfWlxz3oGJzRk0uKMfWgBMmilx7mlxQIbz60Z p2KMfWkMbn3oz707H1opiE3UZpfxooATPtRmlo4oGJmlzS/lRgetAhuaXcKXikwPagAzRkUce1HH pSGGaTdS8egowPQUxBkUmadxnoKOPQUDG0tGR6UvHpQAlH5UvHpRxjpQITNGaXA9qMD0FAxKP89K Xj0FGB6CgBP89KPx/Sl49qOPQUCDH+cUf56UYFGB6UDEwcdf0paXA9KTA9KAD/PSj8f0ox7UYoEL uFJketJk+35UZPt+VADsj1pMj1pMn2/KjJ9vyoAdkUcetN3H2/KjcfagB3HrRx603P0oz7igBcii kyfUUc+1Ax3Ht+VJ+X5U3n1FL+IoEL+X5Un5flRz6ij8qAD8P0oz7Cj8qPyoAM+wpM+wpcfSjBx2 oGGfYflSZ+lLz7UuD7UCEz/nFJn/ADilwfalwcdqAG5/zikzx/8AWp2D7UuD6CgY3P8AnFGT/kU7 B9KTB9KAEyfb8qM/5xS4PpRg+n60AJn6flSZ/wA4p20+n60YP+TQITP0/Kkz/nFOwaMH0oAbn/OK Mn2p21vSjDUDG5Pt+VGTTsH0owfSgBuTRn3p2D6UbT6UANzRmnYb0ow3pQIbuo3e9OwfSjn0oGJn 3ozS4PpRhvQUCE3e/wClGff9KXDelJhvSgAz7/pRu9/0o+YdqPm/u0DDdRn/ADij5vSjLelAgz7/ AKUZ+lHzUfNQAZ47flR+VHzUfNQMPyox9Pyo5o5oAPyo/KjmjmgQn5Uc+1LzRQMOfajPPQUUlABz jtRz7UuP85owaQhPyopeaKYxKOfUUtHPpQAmD7Uc+1Lg0YNACflR+Iowc0YNAB+Io/KjBowaADv1 pPxpcGjBoEJj3o79aXBowaBifjS/iKMGjB9KAD8RR+NGD6UuD6UAJmjNGD6UYPoKADNH40YPoKXB 9qAEoz70uDRhvagBO/Wjr3pcN7UfN7UAH40fjRg+1HPtQAc+tGfelw3tSYPtQIM+9GaXa3tRg+1A xOKKNpowaBBRRhqXB/yKBicUUuDRg0AJxRS7TRtNACUUu00baAEo/Cjb70bfegQUUu33pMe9ACUU u33o2+9AxMGjBpdvvRt96ADBpMGl2+9G33pCE5owaNvvS7femMTmjB9aXb7n8qNvHX9KBCYPrRg+ 1Lj3/SkxQMMH2owfUUv+elJj3oAMH1FGD6ilx70Y96AEwfUUuD60mPejHvQAuD60YPqKTHuKXHvQ Ac+tJz60flS9+ooEJz6ijn1FH4il59RQMMH1FGDjqKOfWj8aBBg+35UYPqKOaKBi9uopKWjJoEJ+ NH4ilyaTNAB+NH4ijJ/yKMn0/SgAx9Pyo/EflRn2o/z0oAPy/Kj8qPyo/KgYn4j8qWjNHOf/AK1A go/Kjn/IooGGaKTNGfpSAXI/yKTNGfpRmmAtFGaSgApfxo4pPxoAX8aKSigQv40lGRRx60DDNLup OPaj8qBC5ozSZ+lH5UALn3opOPal/EUDDNFJgeoo/EUALmijjPUUcf3hQAUUd/vCjHuKBBmijj1F GP8AaFAwozRj3FG3/aFAC59qTNGPcUuP9qgQc0maXHvSYPr+lAwzRmjB9aTB9RQAufakzS4NGD60 CDdRu9qMGjBoATNG6lwfUUYakMTNGaX5vajn1pgJ2ozS8+tHPr+lACZNGaXn1o5oEGfejPvRzRzQ AmfejPuKXmk5oAXPuKPxFJzRzQAuaM/SjJpMn/IoAXPuKM+9JzRmgBc0UnP+RRk0ALRSZNLn3oGJ /npS/h+lGfejPvQIPw/SijPvR+NAw/z0o/z0oz/tUoPvQAmD/kUYPp+lLn3oz/tUCE/D9KX8P0o/ 4FR/wKgBPw/Sl/D9KPxNH4mgA/D9KTHt+lO/Gjj1NACYPp+lG0/3aX2yaP8AgVACYPpRg+lL/wAC NGPc/nQMTB9KOc9KX8TRj3NADefSjBp2PrRjjqaBCYNGDS49zRj60AJg0Yalx9aMfWgYnNJ81Px9 aTH1oATv0o/Cj8RR+VAgo/z0o/Kj8qAD/PSj8B+VH5Uce35UDD8vyo4o6+lH5flQAcelHHoKOPUU ce1Ag4o4/wAijj1FJxQAv+elHek7UZoAX8KOKT8KOaBi8UcUlGTQIOPSjjHSkzRnPagYvHpRRRQI Pwo/CjmjmgAooyaMn0oGFFGTRk+lACUUvPpRzQITn0o5o5oyaADB9KMGjJpeaBiYNGDS8+lHNABz Rz6Uc0c+lABzRz6UfNS80AJz/k0c0vNGDQAnNFGDRg+tACc47UZ+lLg+tGD60AJmilwfWjB9aBCZ OKXPvRt96NtAB+NGaXHvSbfegYZ9xRn3/Sjb70bfegQZ96TPuKXb70bfegBM8daXPvRto20DEyPU flS5HqPyo20baAEyPX9KXI9aMUmPrQAuRSZFGKMUAHFGf84owfSjaaADP+cUfj+lGKMUAHH+RRkU Yo/CgQvFFJ/nrR+H60AL+NH40mf85pc0gCjPtSZNGaYBS0maMmkMPwFH4UZ9v1oyfSmAZ9qM+1Lk +lGfagQmfajPtS5oyfWgYZ9qTPtS5PqKOfUUCE/CjI9KXPvSfiKBhkUZFHPqKXr3FAhM0Uv4ikx/ tCgYUfjS49xR/wACFACfnRR+Ipcf7QoASilx/tUYP94UAJRxS7T6ijb/ALVAhuBR+dO2/wC1Rgf3 qAE49TRx60u3/ao2/wC1QMTj1opcf7VGP9qkAnbrS/jRj/aoxz96mIOPWjj1o2/7VGD/AHqBhx60 n40uP9oUY/2hQIT8aKdj3FJj3oAOKKXHuKTH+0KACjilx7ikwfUUDCl4o59RRj3FAhOPSjgUvPqK PxFACZGaMjPalwfUUflQMTj0pOPQUv5Ufl+VIBOPSlyPSjP0/Klz7imITI9KMj0pc/T8qM/SgYnH pRx6Uv5flRnnt+VACcelJx6Uufp+VLk+35UAJxnpSfL6U7PuKM+4oAb8vpS/L6UufcUZ+n5UAJ8v pR8vpS5+lGfpQIT5fSj5fSjP0/KjP0oGGVpPl9KXJ9vyoyfagQZX3oyvvRk57UZ+n5UDEyv+TRkU uf8AOKM/SgQcUZFGfcUZ+lABx/k0ZH+TR+VH5UDFyPX9aPx/WkzS0CE/H9aM8df1paPwFACZ96M+ 9FHPtQAfj+tH4/rR+VH5UDF/H9aM+/60n5UflQIPx/WjJ/vfrR+VHHtQMMn1/Wlznv8ArSY47UuB 7UAJn3/WjPv+tLx6ik49RQIM+/60Z9/1o49RRx6igYuTjr+tJn3/AFo49RRx6igBcn1H50Z9xSce oo49RQAufejPvTePUUcetADtwozx1pv4/pS596BC596TPuKTPuPyoz7/AKUDFz7ijI9aTPuPyo/E UALnnrS5HrTcjHUUflQAvHrRmjP0ooAXP0pKKT8aAFzRmj8aM0CDP0oz9KM/SjP0oGGfYUZ+lGfc UmT7UCF3ewoz7CjJ9qMn2oGLn2FJn2FGTRk0CFz7CjPsKTJ9qMn2oGLn2FGT6Ubj7Ubj7UCE/CjJ 9KMn1FLk+1ACZNGT7UvPtSflQAZNHPtR+VH5UDDmij8qX8aADmjJo/Gjn1/SgQZOe1HNJz6ijn1F AC0UnPqKXn1oAKKOaOaADrS/560nPrR9TQMKWkz70fnQAvNJzR+JpPxNAhefWjn1/Wik/GgY7n1/ Wjn1/Wm596XPuaAFwf71GD/e/WkpPzoEOGf71HPrTcj3ooGOyfWjJ9abn0ooEPyfX9aMn1puT7/l Rk+/5UAO59aTJ9RRnP8A+qk/z0oAXn2o/Kj8f0pOf8igA5oy3tS4WjC+lADctS5ajavpRgelAwy3 rRk0u1fQUmB/dFAgyaMmjA/uijA/uigAyfWkyfWlwP7tLx/dFAxOfUUmW9aXjH3RRx/d/SgBPmo5 peP7o/Kjj+6PyoEJg0c0vHoKOPQUAJz/AJNHP+TS/gKP+Aj8qAE5/wAmj5vX9aX/AID+lH4D8qAD n/Jo+b/Jo59B+VH4D8qAE+ajn/JpfwH5Ufh+lACc+1LzR/wEflRz/dH5UDDmjnP/ANejn0H5Uc+n 6UCDmjnPak+b+7+lLz6fpQAc+lH4Cjn0/SjnrigA/AUc+go5/wAijn0/SgYc+go59BS4Pp+lGD6U CEyf7oo/AUuDRg0AJ+Ao/AUuDRg0DEyfQUZ9hS4NGGoEJn2FJu56ClwaMGgYm4+goyfQUuKMc0AJ u9hS59hRg0YPtQIMn0FGfYUYPtRg0DDJ9qTPsKXB9qMH2oATPrijP0pcH2/Ojn2oATP0oz9KXB9K OfagBMn2ozS8+1HPtQA3NGadg+1HPoKQDc+1GfpS8+1HPtTAQGil59qPyoASjPtS/lR+VACUUv4C j8qBCcZo/Clz9KPyoGJge1GKX8qOfagBMD2opeaOaBCUUvNLzSGN4o49KWjmmAn4UfhTqO9ACfhR +GaX8aO/X9KAE/Cj8KXHv+lGB/kUCE/Cjj0peM//AFqMD/IoGJx6UZHoKXA/yKOP8igBPwFLn2o4 9f0o49f0oATPsKO/QUuB6j8qOPb8qAEz7CjPtS8f5FHH+RQAnPpS/hRx/kUcUCDPtRn2o+X2owP8 igAyfSkz7UYHt+VGB/kUAGfajd7Ucf5FHHt+VABu/wBmk3f7NLx7flRgen6UDEz7UuT/AHaMD2/K jj0FAgyf7ooyf7tGB7UcegoAMn+6KM+1GB6D8qOPb8qBiZ9qN3+zTsD2pMD2oEJn/Zozx92l/KjH 0oGJn/Zo/Cl/KjH0oAT8KPwpcfSlx9KAE/Ck/CnYpMfSgQn4UfhTtv0pMfSgYnH92j8Kdj6UmKBC Z9qO/SlxS4oGNzR+Ap2B6UYHpQA2j8KXA9KMD0oEJ+FH4U7A9BRgegpAN/CincegowKYxtGaXj0p ePSgBuaM07C+lHFAhtFOwKMCgBKMmjAowKBhzSZpcCkwKBC5NGTRgUYFAwyfSjJ9KTilwKADJoyf Sk4z3owKAF5o+b0pMCjAoAXn0o5pMD1owPWgQ7mjBpMD1o49aBi/N6UnPpRx/eo49aBBzRzRgetG B60DDmjmjA9aXA/vUCEwfSjn0owvrRgetABzRzmjj1owPWgYYOaTBpcCjFIBOaME0uBRTEJg0c0v FLxigBuDRg06koGHPrRj3pfwpPwoAPxo/Gl/KigBOPWjA9TS/hR+FAhOPWjj1P5Uufb9KT8P0oGH Hv8AlRxRz6UfhQAce9H50fhSY9qBC8Y70uBSY9v0ox7fpQMXAo4puPajHtQIXig4pMe1GD6UAHH+ RS8f5FG32pMe1AxePT9KOKTFG2gB3FHFJj/OKTbQA7I/yKOKbtpdvvSEHFHFAFGPemAcUcUbaXbQ MTijijbS7KADjFHGKNoo20CDj2o4o2ijaKADiijFGPagYflR+VGDRigQceo/Ojj2oxSY+lAC0cet GPpR+VACUuPej8qT8qAFopOfaj8BQAtFJ+VL+AoAOP8AJopPwFL+AoAMUYH+TRn2FH4CgAwPSjAo yfQUc+g/KgYv4GjHtSdewoz7CgQfhS4pM+w/KjPsPyoAXA96MCkz7fpRntigBcCjApM0v4fpQAnH vS8UUtAwyfQflR83oPypu73FG73WgQ7LZ6D8qMn0H5U3d/u0bvdaBjsn0H5UmT6D8qTPutG73WgB cn0H5UuT6D8qbkf7NG7n+GgB2TjoPyoyfQflTN3+7Shuf4aAHZPoPypMn0H5Um76Ubv92gQuT6D8 qTJ9vyo3f7tGfpQAc+g/Kjn2/KjI9qM/SgA59vyoyf8AIo3fSjP0oGLk/wCRSZPoKM/SjPPagQuT 6fpRk+lJkdsUZ47UALk4oyabn6UZ+lIB3P8AkUuT7/lTc/Sj8qYDuf8AIpMn3/Kk7UnNADs/X8qM n3pKKAFyfejn3pKKAFyfejn1P5UlHNAw59TRk+tHNHNABk+tJz60tH+elAhMmlyaTFLzQAZNGTSU UDFyfejJpOaOaAFyaMmkzRmgQuTRk0UlAwyaMk0c0UAGTRk0fhS59qBCZNGT7UuaOKBiZPtS8+1H HpScelAgyfajJ9qXj0oyPSgBMn1oyaOKOPSgYZNGTRx6Ucf3aBBzRRx6UcelAwyaM+1HHoKMj0oE H4Gjn3o4/uj86Xj+6PzoGJz70c+9Lx/dFH/AaADmk5pfwFLx/dpCG5NHzU7j+7Rx/dpjG5ajLf5F Lx/dFGB02igQmWoy1O/4DSfh+tACZNJk078P1o49B+dAxuWpctS9+g/Okx7D86BCZajLUuB6D86P y/OgYm5qMml49vzo49B+dACZNGTS/gPzo49B+dACZNGT6Uv5fnR+VACZNGTS49hRj6fnQAm4+1GT S8e1J+VABk+1GT7UY57fnRj6fnQAZPtRuNH5fnR+X50AG40ZOe1GPp+dGB7UCDccUbjR+VH5fnQA bjS5P+TSfl+dHbjH50DDJoyaOPUUflQAuTRk0nHt+dHHtSEBJ96Mn3o/Kjt2pjDJ96OfelooEJz7 0tHHTFH4UAJzRzS5ozQMT5qXn3opKBB83vR81FL3oAPm9aT5vWl4o4z2oGJz6mjml/H9aOPUUAJz 70fN70cUcf5NAg5o5o/z1o/z1oGLzSYNL/nrR/nrQITBowaXj2/Oj/PWgYmDijBpeKTj/JoEFGD6 Cj8P1peP8mgYmD7Uc+1HH+TS/wCetACc+1HPtS8f5NJx6j86Qg59qOfaj8R+dH5fnTGHPt+dGT/k 0v4j86THuKAD8B+dGfYfnRj3H50uPcfnQIT8P1o/D9aXH0/Oj8vzoATNGfb9aX8vzo/L86AE59P1 o/Clx9Pzox9PzoATPsKX8qXH0/Oj8qBjc0fhTqKAG80fhS0cUAH4Cj8KPyoz9KADn0FHPpRn6UZP tQAc+lHPpS8+1J+VAg59KM+1HPtRSAMn0/SjJ/u0tJTGHP8Adoyf7tFLx7UCEyf7tJz/AHadR70A Jz/do59KWkoATn+6KOfQUtHFACZPp+lGT6fpS0UDEyfT9KMnHT9Kd+NJx60CEyfT9KOfSl49aM+9 ACc+lHPpR+NH4igA5o5o49RR+IpAHPvRz/kUf8CFGPcfnTGHNHPvRj3FGPcUhBk+9HPvRj3FLj3F MBOfejml/EUd+ooATmjmjPuKOeuRQAvNJz70oz6ijn1oGHPpSc0vPrSc+tAC80nPvS0Z460AHPvR z70ZozQIXB96TBzRn3oz9KBi/Wkoz9KMmgQvNJzS/lSfhQAZNGTS8e1Gfp+VAw5pM8//AFqM8f8A 1qMj0oELn6flRn/OKTPtRkegoGLn/OKM0mR6ClyM9BQAfl+VHP8AkUbqM/SgA59vyooyPSjI9BQI M/5xRn/OKMj0FGR6CgAoz7/pRnvgUZHpQAZNFGfYUZ9hQAc0UZ46Cj8KAD/PSjmj8KX8BQAmTRk0 v4Cj8KAD8aPxNH4UtAxOfU/lS8+/5Uc+350ZPtQITn1NHPrS5Pt+dGT7UAHfrS5HrTfyo49qBjs/ 5zRn3H5038BR+AoEOz7j86Mn1FNx9KTH0oAd+NH4038qOPagB340f5603H0o/AUDHY9xR+NN/Kk/ CgQ/8qPy/Omf56UfgKAH546ijj2pv4fpSZ9v0oGP4o49qZk/5FLz2/lQIdxRx1xTOfSlBPtQMdx7 UcelMyf8ilyaAHcUnFJk0nPpQIdx7Uce1JznpRz6UDF49qTj2oz7UmT6UALx7UYHtSc0c4oELge1 H5UmTRk0ALge1GB7UmTRz6Uhi8e1H5UmT6UZb0piFyKOPWkyaMmgYvHqKPxpMmjJoELx6ijA6Zo5 xRzQAfjRj3pOaXmgYd+tJ+NLk+lGaBCfjS/jRmkz7UDF/H9KPxpM0ZNAg59aXn1NJk+tHPrQAc0c +po5o5oGLz6mjn1pOaOaQC8+tH40nPvSc0xDuaOfWko/OgYvNJzSUUCHYPvSYpKKBi80v0/nTe1H 40CF5peabRQMXmjmkozQAvPtRzSZNFAheaXmm80YPrQAvNHNJz60c0DFwaMH1pOfWjmgQvPrS80m TSZNADufWjn1pvNLmgYc+tHPrSZpcj2oAOfWk59aXPPajP0/KgQc+tHPrRn2FH4CkAmPejB9TS/l Rn2FMBMH1NHNLn2FGfYflQMTmilz7D8qMn0FACUYNLn2FGfpQAmKKX8qPwH5UCEopePQUYHoKQDa Xil49KTj+7TGFFGR6CjI9BQAZoz7frRkego/AUCD/PWij8BR+VAwoz7frRx7UflSAMj0pcj0pPwF H4UxC/hRn2pPwpfwoAM+1Gfakz7UZ9qBi59hRn2FJn2ooAXP0ozSUUCFzxS5pv4UdqBi5+lLn6U3 t0oJ9qAHZ+lHPtTfwoz7UAOyfUflRk+35U38KM+1AC5Pt+VLk+35U3P+cUZHp+lAC857flS59x+V N/Cj8KBDvxH5Un5flR+FJ+FAxfy/Kj8vyo/D9KT8KAFx9Pyo/L8qPwoz/s/pQIPy/Kjn2/Kj8P0o z7UDD8R+VH5flS/hSfhQAceo/Kjj2/Kjj0o/D9KADj2/Kj8qOfT9KOfT9KAE9uPyo/Kjn0pef7tA Bn6Un5UvP92jn+7QAn5Uv4ij/gNHP92gAz9KTI9KXn+7S8/3aAG5ozTufSjn+7QAlJ+Ap3P92j5v 7tACflSfgKdzj7tHP90UAJ+VGfYUvP8AdFHP90UAJn2FGfYUuD/dFHP90UAJn2ozS8+go59BQAmf YUZ9hS4PoKMH0FAhM+woz7UYPpS4b0oGJn2ozS4OOn60c0CDJ9qM/wCcUUY9qBhn6UZ+lH4UUAGe KTPtS0YoAQmlo70YpCE60v8AnpRijFMYUUbRRj2oAKT8aXFGP84oAM+9GRRt/wA4o20CDI9vypc/ Sk2j/Io2jvQAueetGfpSbRRtHrQMXI9qM+4pNoz/APWo2j3oAX8qPypMfX8qMD3/ACoEL+Ioz7ij A/yKTA/yKBjvyoz9Kbgf5FGAf/1UCF79RRSY/wA4pcf5xQAmKO/Wl/z0o49P0oATj1pce9H4fpR+ H6UAFFGPb9KPw/SgA/EUcetH4fpRj2/SgYdutH40uP8AOKMH/IoEJ+NJ+VOwf8ikwc0AH5UlKQaX BoGN/KjFLg+howfQ0AJge1FLg+n6UYPp+lAhPxo7daXBz0/SjmgBPxopcUbTQAnFHFKV96TB/wAi gYcUcelLtNLtNAhtLS7aNtAw/Kj8BRto2GgA/KkzS7T60bTQITP0oz9KXafWjacdaADNGTRto2mg AyaMmjFGDQMMfSjFHP8AeNLz6mgQm36UYo59TS8/3jQAmPp+dH4UuD/eNHP940AJj/OaTHt+tLz/ AHjRz/fNACY9hRj2/Wnf8CNHP940AN59BS49hS8/3jR/wI0ANx7UY+lLz/eNH/AjQMb+VGPenf8A AjR/wI0CEx70m2nc/wB40c+poAbilxS/iaPxNACYowaXv1NGfegBMUYoz7mlz7mgYmPejHvS59zR kepoEJj3owPWlz7mkyPU0AGKMD1o49TR+JoATHvS496Pzo/E0AJj3pcf7VH50fnQAmP9qjHvS/nS fgaAD8aOP71H4Gk/OgYuB60Y96PwNJ+dAhfxox70mPrS4+tAwx70UfnSUCFo/Gkz7mjNAxaPxpM+ 5pM+5oEO/Gj8ab+JpfxNABR+NJ+Jo/E0AH40v40n4mjn1oAX8aKM8daMn1NACYpaM89TRn3NAwx7 0Y96TPuaXj1NABj3ox70n4mj8TQIXHvR+NJ26mj8TQAuOetLj3pufejP1oGO/Gk/Gkz7mlz7mgAx 70cetG73NJn3NAC4HrSYHrRn3NGfc/nQAuMd6CKTPufzpcn1P50CExS4oz9fzoyfU/nQAmKWj8/z ozx3/OgA/wA9KT86XJ9T+dGfrQAn5/lR+dLu+v50mfc/nQMKKPz/ADo/P86BC8Uce9J+dL+dAw/O j86PzpPzoEL+FJxS5+tGfrQAmR70cUufc0mfrQMOPelwKPxNH40AJxRgUv4mj8TQAnHrRx60ufc0 Z9zSEJ+dLxR+dHFMA4oyKOPejigAyPWjj1o4o49aQCcetHHrS8Zo496BicetLx60cUcUxBx60cUc Uce9ABxRx60ce9H4mgYfjSfiaXt1pfxoAb3op2aM0ANxRg0uaMmgBMGjB9KXmjmgBMGjHt+lLzRz QAYPp+lHPpRk5oGaADDen6UYPpSZNGTQIXn0/Sk59KPwo/CgYuD6D8qMH0/Sk/Cjj0oAdg+lGD6U 38KKBDsH0/SjB9BTcUtAxcH0FGD6Cm0UCHfN6fpRzSUUDFw3pRz6U3iikIdg+lHzelNo4pgO59KO fSm4FHFAx/NJzTePel4oAXLUZam/LRxQA7Joy1JkUcfnQIX5qMmk4o496AHc0mT60nHvRx60ALlv WjJ9aTA96OPU0DFyfWjJ9aT8TSfjQIdlvWky1Gfej86BhlvWjLetJznvR+dAC5PrRk0fnR+JoAXJ 9aTJ9aPxNH4mgQvPrRk+tJ+Jo59aAFJNJk0dutH40DDJoyf8ij8aX8aAE5peaOaT8aAF5o5pOfWj 8aAF5o5pPxo/GgQvNHNH40fjQMOaOaT8aM/5xQAvzUc+1GR/kUZ/zigQc0vPtTeKKAFwfWlwabx/ kUZGaQx2KMGm0cUwHc+1HPtTcUYHpQIdz7Uc03ijj0oAd81HPpTfwo4oAfz6Uc+lM/Ol/OgB3PpR z6Uzt3o/OgB/OelHPoKZ+dH50AP59qOfSmfnRQA/mj5vSm/nSfnQA75vSjLU386X8aADn0peaT8a PxoGLzRzR+NH40AH50uT70nI70v40AHNGaPxoz70AGaMn3xRnnrRn3oAMn1oyaM89aM/7QoAOfWl yfWjn+8KM+9Ag59f0o/Gj8RS5HqKAEz2zSc+tO7dRRz6igY3J9aXP+1R+Ipc/SgBu4/3qOf71Oz9 KM/SgQ3J9aPxp2eOgoz9KAGj/eo/GnZ9hRn2FACfjR+NOz7CjPPQUAN/GjnFLuz2FG76UAJyD/8A Woye1LnnotGfYUAGDnvSYPvSHPrRg+tIBdp9aNvvSYNJg0xjscd6TH+cUmGowaBDsUbT6mm4NGD7 UALtPqaMH1pOcdqOfagBce9GPek59qTB9qBjtvfNG003B9qMGgQ7aaMGm4NGDQMdtPrRt96bg0YN ADsfSjbTeaMfWgQ7b70mPek/OigB2PpSY96SjigYuD6iik/GkoAX8RS/jTaKAHfjR+NNxS8UAFLT aXigBeaOaSigA5oo4zRQIKPwoo/OgYfnRz6UfnRn60AHfvR+dGfY0Z9qQg70du9GRRkUxh370lGR 60ZFABRiij8KBBiijPPSjt0oGFGP84paM+1ABR+VH50nboaADFH5Uv4UZFAhMfSj8qXijPtQAn5U Y+lL7Yo/CgBPxFGPcUv4UZ9qAE/Klx9KPwpKAD8RRj3FH4UUDDHuKPxFHHpRxQAc+opPxFFLxQAn 4j8qX8qOKTigBfy/Kj8RRxRx6GgQv4iijj3owtABSc+tLxScUDD8f0oo4o4oEJj3pfx/SjijjtQM MUuD/kUnFH40CDmjn1o/GjvQMMGjBx1/SikoELz60c+tJRQMXBo59f0pKMUALz/kUc/5FAHvRj3o AMe/6Uv+elJg0YNAB+P6Uv4/pSbTRtoAPxpaTaaNpzQAUZ+lG00bTQIXNJRtNG00AFH5UbT6UYPp QMM/SjJ9qNp9KNp9KAFz7CjP0pNp9DRtOOlAhc0maNp9KNvtQMXNGRSY9qXb7UCEyKPwpce1G32o AT8KPwpce1GD6UDEopcH0owfSgQUUYPpSY/2aAFopMH0o/CgA/Clx7UmM9qOfSgYfhR+BowfSlwf SgQmKMUYPpRz6UDDHtRijBHajn0oAXFGPrSc+lGDQAuDRzSc+9HNIAwaMUc0YNMQYowaOaKBhil5 9qTHvRg+poELzRzSYPvRz70DF5o5pPzo96AF5o5oowaBB83pSZPpS4NGPekAmTRk0uPekx70xhk4 o5zRj3pcGgBOaXn/ACKMGigQnPqaOfelxRQMTJ96Mn1NLRQAmT6mjn3paOf8igQnPvS/nRg0c0AH 50c+9HP+RRz/AJFAw59TRz6mjn/Ipef8igQ3B9TR+JpefT9KOfT9KBhj3NH50c+n6Uc+n6UCDn1o xS8+n6UmD6fpQMTn1pce9GD6fpRz6fpQIMe9GPejn0/Sjn0/SgYYoxS8/wB39KOfSgQlFL+H6Uf5 6UDE7f8A16MUfgPyo/AflSAMcUUZ9v0oz7CmIWjFJk+goyfSkMXH0opOfQUfhTEH40UfgKPwFAB/ nrRRz6Cj8BQAmKMGlwfQUY56CgAxRijn2owfagYYoANGG9qMH2oAMc0Yz3o59qXn2oEJijFLz7Uc +ooATFG2l59qOfb86AE280baXnPb86Ofb86BiYoxRz7fnS4b2oEJijFOwfak59qBiY9xRt96dg+1 GD7UCG4oxz1FO2n2o2n2oAbRTtv0owfagBv5UflTtp9qMH2oAT8qKXHsKMfSgA/GjNGD7UY+lABn 6UA0Y47UY78UDDPbijcPajAHpRj6UCDI9BRken60v5Un5UDDI9KMj0o/Kj8BQAZHp+tLkelH5Ufg KBCZGeh/OlyPf86Tj0FL+AoAMj3/ADo4z3/OjI9BRn2FABke9HHoaXI9BRke1IBxX6flSY56j8qb 9SaTn1NMY89cZH5Un4/pTefU0vPvQIXHv+lGD/kUnPvRk+/5UAGD6/pS8+tNyfejJ9/yoGOx70fj Tckev5Uc+9Ah340fjTeff8qOf8igB340n40nP+RRz/kUDHf8CpPxpOT6/lRz/kUCF69x+VGT6j8q Tn/Io5/yKAFyfUflSc+35UnNHb/61Axc/T8qM/5xSUZ/zigQv+elH+elJkf5FGaADPHUflR+P6Uc UfgaAF/L8qPy/Kk4o4oAX/PSj8f0pOKOKBi4H+RRgf5FJxnrRx60ALj3/SjH0/Kk49aOM9RQIXA9 f0pMD2/Kjj1pOPUUALj3H5UuP84puPcUY9xQMdj3H5UmPcflSfiKPxFAC49/0opPxFGPcUALx7Un 5UfiP1ox/tD9aAD3/pRx60fiKXH+0KAE4o49f0ox7ijHuKBBx6/pRx/kUY9xS/jQA38aKdj3ox7i gY2l49aMH1H5UY9xQIMik49aXHuPyowcdf0oAM0mR607B/yKOfb8qBjc0Z/zinc+35Uc+35UCG59 6N1O59vyo5/yKAG596Nxx1pcGj8qBibvejcfWnflR+VADc0ZFO/KjH0oENzR/npS80fjQAlLSfjS 4oGFJS4ox70CEpc0YFGPegYUcUYHrRjigQcUZpMe9Lj3oAM0flRgZ60mB60DF4o4pOPWjj1oAXjF HH+TSYHrRgetAhcj2/OjI/yaTA9aOPWgYuR/k0ZHp+tJj3oxx1oAXj0/Wjj0/Wj8aOP7xoEHHp+t HHp+tHHrR/wKgA47D9aOMdP1ox70mPegYuR6frRken60mPelxz1oEGR6frRken60YPrRg+v6UAG4 en60ZHpRj3ox7/pQAZHpRkdcUYPrRz6/pQAZGOlGR6Uc+v6UYPr+lABkelGR/dowfX9KAPf9KADI 9KNw9KMH+9+lLg+v6UAJuHpRkelGD/e/SjB9f0oGGfajPtRj3/SjB9aBBxnpRx6UYP8Ae/SjB9f0 oAOD2o49KMH1o59f0oGHFGQKTB9aMH1oAXIoyKMH/Iowf8ikIMijIo59f0o5/wAimMOKOKPxo/Gg A4pfxpvNHPrQIWik59aOfWgBePWik59f0pcH1oGH40fjSYPrS4P+RQAvbrScev60YPrSYOOv6UAO /H9aQ9ev60mD60vP+RQIOPX9aPxo59aOfX9KAD/PWjijnNGD/kUDDPv+tG7/ADmjFGKBBuHrRmij j/IoANwoyP8AJo4/yKOPWgAyKMj/ACaOPU0cepoAOPT9aMj0/Wjj1o49aBi7vb9aTd7Un4n8qXj1 /SkIMj0FLkegpOPWjj1pjFyKMj0FJx60cetAC5HoKM+wpPxNH40CFyPSjPsKTPvRn3NAxcijikz7 mjI9TQIXjFHHpSZ+tGfrQAuRS5X0pufrSc+poAfkUmRTfxpfzoGLxRxTefU0v4mgQ75fT9KPlpv0 zRz70ALkelGR/kUnPvRz70ALxSZH+RRg+9GDQMMijI9f0pcGkwfegQvFJx/kUuD70mD7/nQAcf5F HH+RRg0YP+TQAcen6UcUYNG0+tABx6/pS8f5FJg0Y/zmgBeP8ijikx/nNGO2f1oGLxScen6Ube2f 1o2+9AhePT9KOPQflSbff9aXH+c0AHFH4Ubff9aMfT86AE49vypePQflRj3/AFox7j86ADj2o49q MfT86NvuPzoAOKOPWk2+4/Ojb7j86Bi8etHFG33H50bPcUCDijijafUUYPrQAcUbR70m0+o/Ol2n 1H50DDHvRj3ox7j86NvuKBC/jR+NJj3FLj3FIA/GjIpCOeoox7imAuf85pM0YoxQAUfnRiloAT86 MfWlxSY5oGFHNLijFAhMUUuKMUAFJ+NLj3oxQAfjRk5pcfWjB9KAE5o5/wAilwfSjnuKAEo5peaK AEzRmlxRj2oAO1FLijn2oASlpcfSjH0/OgBvbp+lLj2H5UuKP89aBiY46ij8aXj0H5Uny+n6UCD8 aMe9IcZ6D8qXj+7+lAAR70mPelwP7o/KjAz939KAEwfWjb9KXH+z+lGP9n9KBjcYopcD+7+lGB6f pQISjv1p20en6Um0en6UAJRz60u0Z6fpSbR6fpSAMnHWk/Gl2+36Ubfb9KYCZPrRTsZ7H8qTb7H8 qBic+9Lz1xS4+v5Ubfb9KBCfhSU7H+cUn4fpQAfjRRj2/SjHPT9KAEozS4/zijt0/SgYn1opf89K T/PSgAopcn/Io5/yKBCZo4pef8ijB/yKAG8elHFO7/8A1qP89KBicelHHpR/npS9v/rUCD8KKP8A PSkz/nFAB+FGPaj/AD0o496AFx7UY9qT86OKAFx7UbfajIo4/wAigYY9qMe1HFJwKBC49qMe36Un FHHrQAuPajB9P0pKKAFx7UY9jSYooAMexo59D+VFFABg+ho59DRj2pce1ACc56Gl5owfSjFAw5o/ A0mOKMGgQvPvRz6GkwaNp9KAF596Tn3o2n0owfSgAyfegE+9G00YPpQAuTRk+9Jg+lGD6UAGT70u T70mD6UYPoKAFyfQ0mT6GjB9BS8+goGJk+9GT6Gjn0FHPpQAZPoaMn0NHPpR83pQAmT6UZanfN6U c+lAhuTRk0vNLg0DG5NGTS4PpRg+n6UCEyaMml2n/Io2n/IoATJpMmnbT6fpRj/OKAG5PpS80Y/z ilx/nFACc+9HOO9GPajFABzS0mKMfWgYc0c0YoxQIOfSk5pce1GPagYnNHNGPajHtQAvNHNJj2pc UCDmjmkx7UuKBhzRzRt9qTbz0oAXmjmjb7UbfagA5o5ox7UmPagBeaOcUn4Uv4UCDmjnPek/Cl/C gA59KOfSjBPaj8KBi80nNHPpRz6CgQfNRhqOfQUc+lAB81Jhvel/KgZ9KBhhs96TDUvPpRg+lABh qMNR+FLj2oEJhqMNRj/OKXB/yKAE+ajmlx/nFJg0DDmjmjB/yKNp9P0oEJ83rS8+tG0+n6UYPp+l Aw+b3oy3vRj/ADijBoEHPvRk+tLj/OKMf5xQAmT70ZPvRj3/AEowfWgYc0ZPrRj3H5Uf56UCDJ9a Mn1o/L8qMf5xQAZPrRk0UY/zigYnPvRz70tGPpQAnPrQPrS4+lGPpQAfjR+NGPpRz7flQAZ560fj Sc0vPt+VAg/Gj8aMnPajmgA/GjB9aMn0oyaAD8aXmkzSZPpQMdg+tHNJmjNAhcGjn2pufalz7UAG D60YNGfajPtQMXB/yaTH0o/CigQuKTn2o/CigAx7UYox7GjHPQ0AKAKOKSjHtQA7jNJkUmPajBoA XIo3D0oxSY9qAFz7UZ9qTFLzQAZGf/r0ZHpRijFABn2/WjcPT9aMCggUAGR6frRkUu0eopNo9qBh kelG4elG0e35UYHqPyoAMj0pOP8AJpdo9R+VGB7UAGR6UcelHHt+VGB7flQIMj0o+X0pcD1H5UmB 6igAyvpRkelG0eoowPUflQAZHpRx6UYHqKMD1H5UAGR6CjI9KXA7EflRx6igYn4UnHpTuPUUceoo EN/4DR/wGnceoo49qAE/CjHtS/L6ij5fagBMD0pePSjC0YWgYY9qMDPSjC/5NGF9aBCY9qXHtRhf WjA9aAEx7UYPTFOwPWjatADce1H4U/atG1aAGY9qXvTtq0bV96AE/Cj86Nq+9G0epoGH4GjNLtHv SbRQIM+1Jn2p20eho2j0NACZoz7Gl2j0NG0elAxN3saXd7GjHtRgehoEG72NG6jaPQ0u0elABupN 1LtHpRtB7UAG4elJuFLgelGB6UAG4elG72ox/s0uBnpQA3cPSl3e1Lx6UcelAxN1G4elLgelGB6U CAEelJkf5NLgen60celABu9qN3tTfwo+lACluKNxpKKAF3Gk3n1pMUuBQAbzS7j60mBmkwKAHbqN 3vTTijigB273o3c9abgUUALn/aoyf736UnFGBigBc/7Qoz/tikx/nFGBj/61AC5/2hRn/apKKAFz /tCjP+0KSigBcn++KTJ/vCijAoAM/wC0KCT/AHhRgH1owPSgBMn+8KMn+9S4HvRge9ABk/3hRz/e FGB6UYFAw5PcUc/3qMD3ox9aAE5/vUvP96jHsaMe1Ag/EUfjRgdMUm32oAXn1FJn3FG32o2j0oAM +4o/EUBfajHtQAZ96Mj1ox7UbfagBcjH/wBekz9KNtGOelABn6fnRkY7UYox7UAGR7UmfpS49qNt ACZHtRn6UuPWjbzQAm4UbvajFG2gAyD2o3Ck20u2gYZFGeO1G2jbQAmfajNLt9qTHtQAbqM0YPp+ tGPb9aBBu47UbvpRg0YNABkUZpcH3owaAEzx1FGfcUYPpRg0ALn6UmfcUYOKMGgAz9KPxFG00YoG H5UZ+lGPaigQZ9/0o/H9KOnaj8KADJpc0lFAxc0ZpKXNAgzRmjPtS/hQA3OO4oyfWl/Ckz7UDFz9 KM89aM+1Jn2pALu96M0mfalz7UwDPvRmjPtRn/OKBBxRketH1/lRxQMOPWjj1o49KTj0H5UhC8et HHrSfgKMj+7+lMBePWk49aOP7v6Ucen6UDDj1o49aPwo/D9KADj1o49aPwH5UfhQAcf5NHHrR26f pR+AoEHHrRkUf8Bo4/u0DDij5fWj/gNH/AaBBx60ZHrRj2FH4UDDijilx7UYFACcetJxS446UYoA OPWjijFGKBBx6ijj/JowPajA9BQAcUfSj8BRxQAfh+tGaKTmgYufajI9KKTH0oELkUZFJj6UflQA uRRmj8qPyoGGRRmk4o9+KAHZ96M038qX8qBC5pO3Wjj2o/KgA/EUn40tHHtQMPxo79aOMUcelAg/ EUfjR+Ao49BQAn4ij8qXj0FGR6CgBKX8aMj0oyPSgYUZ96OPSjI9KBCUU7j0oyPSgY3NFO/AUceg oEJSc+1O49KMj0oAbRz7U7I/u0cf3aBjeaXNLkelLx1C0ANzSc+lPz/sijP+yKQhn4UfhT8/7NGf 9mmMZxnoaWl3ewo3f7NACUUu7/ZFG4/3RQITIozRn/Zo3c/doGGfrRn60Z9qM+1ABn2NLSZ46Uuf agQUlLn2oz7UAJ+FGaXJ9KMnP3aAE5paTJ9KMn0oGGfejn1oyfSjJ9KBBz60c9aM+1GT6UDDmil5 9KT3xQIXmj8aTn0o59KBi496Me4pPwooELz6ijn1pPwpce1ABz6ik59RS/hRz6UDDn2o59qMGl/C gBOfaj8qXH+c0fhQAnPtR+VLz6Cj8BQITn2o59qX8KTPtQMM0uaTPtS59BQIM/5xRz/kUn4UvHpQ MM/5xRn/ADijPtR+BoEGfr+VGR7/AJUUfhQAce9HFH4UfhQAZFG4f5FHHpRkUDDd/nFG4e/5UZFG RQIMj/Io3D3/ACo49KXjGcGgAyPf8qMr70celJ+FAxfl7k0ZHvS/h+tJx/d/WgQZHqfyo47E0YH9 2lwP7tACcZ6mjI9TRhcfdNGB/doAMj1NLx6mk49DS8ehoAMj1NHHqaMD0o2+1ABx6mjj1NG3joaX HPegBOPWl49aNv1o2/WgBRj1/WjA9f1pNvtRj2oAXj1/WjA9aTHtR+FAxQB6ilwPWm0Y9qBDvxpM e9GD6UYoAMc9aXHvRijFABj6fnRj6fnRjmjAoAXHuPzox7im0e1ACfL60cdc0uKCB6UAN+XHWj5f WnYHofypMD0NACfLR8tLx6GjA9DQAnFL8v1o4xRkUAHFJxS5HpScehoAMCjAozRQAvFJxRRQAYXF Hy0ZNGaADijK0ZPtRmgA4o4xRn6UZoAM+9GfejPuKM/SgA49TRx6mjd9KM/T8qBicf3qPx60ufpR mgQmfejI9TRn/OKM/T8qAEzSjp1/WjP0/Kk59R+VABnnr+tH40ufp+VJk+35UAA+v60fj+tLk+35 UZPt+VAxPxNH4n86MnHb8qOfX9KAD8TR+NHPtRzjt+VAg/Gk/Ol59R+VHPt+VACfjR+NO59f0pME igBMe9H40uDRg4/+tQMSjj1/WlwRRg/5FAhP89aXFGDRzQAmBRgUuD6/pRg0AJxScelO/H9KPxoA Tj0o49KXn1/Sjn/IoATj0oxRz/kUc+v6UDFwKTj0o5o59qBB+FL+ApOfWl59RQMPwozSc+tLz60C Eope/aj8qBicUcUfiKPxFAgxR+FH5Udu1ABSc0v5UZ+lAxMn0oyfSlz9KPyoEJk0ZNH4il/KgBMm jJpfyo/KgYmT60ZNLzntRk+1Ag5o5xSZPtR7cUALz6/rSZPr+tH4Cj8qBi5NJn3o/Kl/AUCE/GjP vSj6Un4fpQAfiaT8aX8P0o/D9KBh+NJ26/rS/h+lH4fpQIPxo/P86Pw/Sj8P0oGH+etJn6/nTufT 9KTn0/SgA49/zpKdz6fpSc+n6UCEzRntml/D9KXPt+lAxM/Wil/D9KM+36UCEopc+x/Kj8P0oASj NL+H6UnPpQMM0Zox7UY9qADdRkUuPb9KMe36UhCZFGaMe1HGOn6UxhRR/npR/npQAUZox/nFG2gQ UZoxRikAUflRijH+cUxh+FHFJj6/lRg+hoAXj2o4owff8qTB9P0oEOGKTAx/9ekwfSjn0/SgY7A9 qNo9f1pvPp+lLg+lAhcLRgU3B/yKMH/IoAd8tHy03Box7UAO+X/Jo+X/ACaT8DR+FIBcL/k0fL6/ rSUlMY7C0YWm0vNADvl/yaML/k02jmgQ7j/Jo+X/ACabzR3oAd8tHy02jPPagY75fWjj1ptGaBDv l9aPl/yabmjn/IoAd8vrR8tNyfSjJoAXil49f1ptFAC/560cetJR+NAC8etH4mk/GjmgY7ik696S jFAC8etLgU2jn1oELijFJz60c+ooAdt9qTb7frSc0c0ALj2ox7Uc0c0DDHtRg0mDS4PrQIXFJj2o x70YoGLijFJzR+NABt9qXb9KTmjk96BC7eaNtJ2ox70ALtHejApMD1o49aBi7RijApOPWjjHWgQ7 aKNo9Kb+NHHrQA7aKNopuaM0AO2ijaKTPvRn3oAXAoxTfxFH4igB2BRgUz8RS0AOwKTA9aSl4oAM D1ox70lLx7UDDA9aNo9aOPQUZHagQYFG0etGfpRQAu0ev60YHrSUYoAXA/vfrQAPWk/Cj8KAFwPX 9aNvvTc0vagYu0ev60u0dz+tNoyaBDsD1/WjA9f1ptL+FAxcD1/WjA9f1pM0UALgev60YH+TSZH+ RS/l+VAg49f1o49T+dHFJx6GgBcD1/WjAPc0ZHvS5HofyoAbjnqfzpcD1P50ZHofypc/X8qAE2+/ 60Ypf89KM/5xQAYNJj/Oadn3/SjPvn8KAEx/nNGKX8f0o49f0oAT8aMe9H4/pR+P6UAL+NBoyPX9 KOPX9KAEoxz0p3Hr+lGPf9KAG49qPw/Wnfj+lGB6/pQA38BS8+lLj3/Sl2j1/SgBvzY/+vRg07A9 f0owPX9KAG4br/WjB/yaXAPf9KMD1/SgBMHP/wBejH0/OlwPU/lRhff8qBibTjt+dG0+350uAO5/ KjHufyoELnn7tGR/dpOPSj8KBi/h+lHHp+lHbv8AhRj60CD8P0o/D9KMc96Nv1oATHt+lGPYflRj 3o/OgA/4CPyo/AflR+Jo59T+dAB+A/Kk/D9KOfejn1P50AH4fpRz/d/SjJo596AE/wCA/pS49v0o 5o596ADB/u0Y/wBn9KOfejJxQAY/2f0oA/2f0oyfU0mT70ALj2/Sjaf7v6UmT7/rRk+tAC4PpRg+ lJk0ZagAwfT9KMHsP0oyfWjJoANp9KMH0oy1GWoANvtS49qTn1oyfU/lQAbfajHtSZP96jJ9aAD8 KT8KNzetG5sUAH4Uc+lLuajLelACfhQc/wB00Zb0pMt70ALz/dNH/ATRlqTcfegBfwNHPoaTJ96M n3oAX8DS59jTcnHejPsaAFz7GjPHQ0mTijn3oAXPtSfgaMn3/OjP1oAM+xoz9aM+xoz7GgYZHoaM /WjIz0NGR6GgQZ+tGfrRkeh/Okz9aBjs/Wkz7Gkz9fzozx3/ADoELn2oz7UmT6GjJ9D+dAC5OelH PpSZ56Gl/A/nQMMGjB9KTjHQ0fnQIXFHek/OigYuKMe1JS/nQIMH2owfajJzSc0DFwfSjHsKMn0p Mn0oELj2FH4CkyfSjJ9KAHc+go+gFNyaMmgY7n2o59qbk0bjQAvPoKM+wpNxoyaBDs+y0n4Ck3Gj caBi/gKO/QUm40bjigQv4Cj8BRuNG45oAMe1HHtRuPrRuJoAOnYUceg/OjcaNxoAOPQUcego3Gjc aADj0FHHoKNxpN31oAXI9KMj0o3Gk3e1AC5HpRkegpM+1Lu9qADj0H50ZHoKM+1GaBh+Ao49BRn6 0Z+tAhOPSjA9KXP1oz9aAEwPSjilz7UZ9qAEo/Clz7UfhQMT8KMUv4UUCEpaM0UAJijmj8/ypfzo ATBzRg+1L+f5UnHpQAuDRzSfgaPwoGHPoKOfaj8KX8KBCc0vNJj2paBic0c+1FH5/nQIMewpefak /Ojn3oGLj6UmKPzoz9aBBj2FGB6UZo/OgAx7UfhRn2ooABRij86OPegA4owKOPejNAw4o+X/ACaM 0Z9qBBgf5NLgUmR6UmfagYuF/wAmjijI9KTI9KBBgf5NLgf5NJn2FHHpQAuAP/10YHt+dJnnpS5H pQAYH+TS4H+TTcj0oz7UDFwP8mjA9vzpN3tRkelAC4H+TS/5603P+z+lLn2FAC/560nH+TR+FH4U CF/D9aO3/wBej8KT8KBi59qMn/JpOfSj8KAHZ/zmjP8AnNN/Cj/gNADu3/16Mn0/Wm/8Bo/4DQIX J9P1oy3p+tJz/do59KBjst6UfNTcH0owfSgB2Woy1Jg+lJ+BoEOy1AJpv4Gjv3oGOyaMn0pPzozx 3oAXJoyaT86TP1oEOyaMmm59jRn60ALz6UuT6Un4Gj8/zoAXmjJzSfn+dH50AO5pOaT86T86AHc0 c/Wm8+9HNAxcGl5pvNLzQIX86OaTmigAwfel/wA9aTmjmkMXH1ox9aTmjBpiFx9aXFN5o596AFx/ nNGPrSc0YOaAF/A/nRx70mDRg0AL+Bo/A0mD6UYPpQMd+BoyfQ03B9KXaaBB+Boo2n2o2mgAz7H8 6Mj3o20YNABnjvRu9qXBpNp9qADP1pc+1GD7UbTQAZ570UbTml2nOKAEz/nFLn3/AEox70u2gBM+ /wClGfel20bfegAz7n8qMj/IowfWjHvQAcd/5UH6/pRg+tKKAE/E/lRkev6UuKXAoAbn3P5Ufj+l O4o/GgBvfr+lLx6/pS496PxNACfj+lH/AAL9KMc9TS49zQAf8C/Sk/4F+lH4ml/E0AHP979KMns1 J75NLg+p/KgABP8Ae/Sjn+9RgnuaMe5oAPm/vUvP96jHPU0YHqaADB/vUc/3hRj3NBx6mgA59aXn 1pPxP5UfiaAF5pPqaPxNH4mgBuP9o0bfdqXn0H5UZ9hQMQr/ALTUmPdqdn2FLn6UCGY92pce5pff Aoz7UAJj3NGPrS546UZ9qAEx7mjHuaXPtR+FACY9zRg+ppc+oFH4CgBMH1NJtOepp34CkyfSgBMH 1owfU0ufpSZ+lABg0YajNGT6GgAw1GH9/wA6M+1Jn2oAXD+9JhvejPtRk+lABtb1ow3rRmkzQAuG 9envRhvWk/z0paBiYb2/Oja3+TRx7Uc0CFw1JtP+TS5P+RSfhQAYNLg+lJz6fpRz6fpQMXDelJhv Sk5/yKOfagQ7a1JtY9qMH/IowcUAG1vSja2OlHNBNABtb0ow3pSZ9v0oz7fpQAu1s9KTa2elGeel JntigYu1vSjacUmfajd7UCHbT6UmDRn2pMn0oGOxSYo3UZoELRj6UmaM80ALijB9KTcfSjefSgBc UYpN5o3tQAtHPrSbzR5hNAC8+v6Uc+tJvo3mgBefWjn1pN5pN7e1ADuaTmjeaPMPpQAZPrRmjzDn pR5hoANxo3H1NJvNG5umaBi7jmjcfek3H1o3H1oELuNJmlyaNzZoATcaNxpdxo3NQAm4+lGTRuNG 40AGT6UZb0oyaNxoAMtR81G40bjQAfNSfNS5PpRu9qAE+ak+anbvajcaAE+aj5qXd/nNGeaBic0c 0ufrRkf5NACc0c+tLkf5NGR70CE59aMe9Lke/wCdGR70AJz60Y96XP1oyMUAJj/aFLj3oyKMigAx x94UY/2qMjFGRQAYH96jA/vUZFGRQAm3/apcD+9RkUuRQMTH+1Rj/boyKMigAwP79GP9ujIoyKAD j+9+lHH979KMijIoAOP71HH96jIoyPWgQcZ+9+lHH979KMj1NGRnvQAcf3qOP71GR70ZHvQAf8C/ Sjv94/lR+dH50AH/AAL9KP8AgX6UUfiaAD/gX6Ucf3j+VH40fjQAfifyo/4Efyo49TRkepoAPx/S j8f0o/E0fjQMT/gX6UvTv+lH40Z9zQAc+p/KjHufyoz7mjP1/OgQc+p/KjB9/wAqM/WjPuaADn3o 59/yo3e5o3e5/OgA59/yo59/ypd31pN31/OgA/P8qPxP5Ubv85o3H3/OgA5/yKOfWjd9fzpd3saA E59aOfX9KXPsaMj0oGJj3P5Ufj+lGaMigAx70mB60u6jcM0CDFGKNwo3CgAx7ij8f1o3ijf7UDDv 1o/GjePQ0bvagQg+tL+NG6jdQAfQ0fjRn2oyKAD8RRn3o3CjcKBhn3oz7ikyKXIoEHHrRx2NGR6U celAB+NGPf8AWjijigAwfWjHvRxR8tABj3o/Gj5aPl9aADHvRj3oytGR70AGPel/EUmR70ZHv+dA C496XB9abn6/nS5HvQAuPekwfWkzx1NGfrQAuP8Aa/SjHvSZ+tGfc0DHd+tH403Ix1NLke9Aheve jH1pMj3pMj3oAdj60mPrSZz60Z+tAC4+tGD6mkz9aX8TQAYPqaNp9TSfn+VHHvQMXB9aTB9aOKOP 8igQYPvRg0UUAGD70Yo/z0o5/wAigBcGjBpOaX8KADaaTaaXBPajB9KAE2mjbS4+lGD7UAJg0YPp TsfSjB9qAEwfQ0YJp2PpQB9KAG4+tGDTsfSjHsKAG4Oec0bTTsewo/AUAN2mjafWnYpcd+KAG7TR tNOx9KMewoATBpCDTsfSgD6UAN20u0078BSZ+n50AJto2+9O/L86Ovp+dACbT60Y96Xn1FBB9aAE IPrSYPrTvxFHPqKAEx7/AK0YPrTsH1FHP94UANwfWj8ad/wIUc/3hQAlJk07/gQox7igBvPrRz60 7HvS49xQAzn1pcH1pcH1FLj3FADcH1owfWnYPqPyo/4EKAG80c+tLj/aH5Uv/Av0oAbzmjmnY9xR j3H5UAJzj8aKP+BfpS4/2h+VADec0vPrS49x+VLj3oAb+dGOaXb70uw+v6UAJg+lGD3FOyPRvyoy M9/yoAbj/ZFJ/wABFPz7fpSZH+RQAzH+yKMf7Ip+R6H8qMj3/KgBuP8AZFJj/ZFPyP8AIpMj/IoA bg/3RRg/3RTsg/8A6qXI/wAigBh9Noo/4CKdlfejK0AN/wCArR/wFadlfX9KT5f8igBOP7oowP7o p3y9s/lR8vv+VADP+AgfjR/wEU/jHf8AKjj3/KgBnGPuijH+yKfx70YHvQAz/gIowPQU7A96MD3/ ACoAZtHpS7RTsD3pcDFADMUm0d/5VJx70cUAR7RS4GKdxRxQA3A9KOM9P0p3Ao49aAG4FJj/ADin 8etGV9aAGYH+RRx6fpT+PUUZGOtADMD/ACKMD/Ip3y9mo49aAGcf5FGB6H8qfketGR60AMwPf8qM D3/Kn5HrSZHrQAmB/kUmBjv+VO3e/wCtG73/AFoAbgZ7/lRge/5U7cPX9aNwz/8AXoAbijaP8inb vf8AWjcPX9aAG7R7/lRtHv8AlTt3v+tG4etADdoz/wDWowPenZ/zmkz/AJzQAmB7/lRgf5FLmkz7 0AHFJxil49aOPWgA496MDFHHrRkepoAOKTilyPejIx3oASjil47UfnQAlGBS/nRj60AJgUYFLRQA nFGBS4NGKAEwP8mjFLjmjFADcD3o49TTsUYoAb+NLxS7aTB/yKAE4peKKP8APSgA4pOMdf0o7/8A 1qOfT9KADj1o/E0v+elHPb+VACfjR+Jpc+1H4UDEx7mjB9T+VLk+lGTigBPqT+VGB6n8qXOKMn0o EGB7/lSce9Lmk3e1ABx70Y+tLuPpRuPpQAn50Y/zijd7UbqAD8/yox/nFG6jNAw/P8qMUZozQAY/ zijH+cUZ+tJnigQuP84owP8AIpM/WjP1oAdx/kUnHv8AlSZ+tGfrQAvHqfyowM9/ypPzpaADA9/y o496MfWk/OkAuB6GjA7g0n50Y+tMYuF9DRgYpOPelwD60CDA/wAikwP8ij86X8/yoGJgelGPalx9 fyo/z0oEJijFL+f5UYHvQAbTSbaXH1/KjHv+lABto20Y47/lR+dABijFLj2P5Uduh/KgYlGPrRj6 /lS/56UCEwPekx7GnYo/z0oAbgehpMfWn/56Ufh+lADcUbafzR+FADMD0o2+1O59KOfT9KBjcUuK X8P0oz7UCEx/nNJin/hSZPpQA3BoxTsn0o3f7NADcUU7PtRn2oGJj3pMc07J9KM+1Ahu2jb707Pt RnjpQAmKOKXJ9KMn0oASil59KOT2oGJRS4PpR+FAhuPajFOx7Uc+lACfhRil7dKT8KADHtR+Ao/C l7dKAE98UfgKXFFACfhRz6UvH+RRQAmT6UfhS8f5FHFACfhR26Udv/rUox60AH4UnH92l49aOMUD E/4DRx/dpeP8il46UCG5H92lyP7tHHrRgetABkf3aTI/u0vHrRx60AHHpRx6Ucf5FLge/wCVAxOP T9aXj0/Wj5aOPWgQcen60cf5NJkGjIoGLx/k0vH+TTePU0cepoEO4/yaTgf/AK6OP8ijj/IoAXI/ yaMj/JpKMigBfx/Wl49f1pMijI96AF4z1/Wjj1/WkyvvRx7/AJUALx6/rR+P60ny+/5Uce/5UALg ev60cev60ceh/Kk4oGO49f1o49f1ptFAheP7x/Ojj1/Wjj3/ACpM/X8qBi4Hr+tH/Av1pM/5xRkD /wDVQIXA/vfrRgep/Okz7Ubu1AC/ifzo/wCBUmaMigB340n/AAL9aT8RRkeooAXn+9Rjn71GRRke tAwx/tUfjSZFLmgQfjRzRmjIoAPx/WjHvRketG4UAGPc0fifzo3D3o3D1oAKPz/OjcKTdzxQAv4/ rRRkelGaAD/PWj/PWjNGfrQAv4frSfUfrRmlzQAAc/8A16O1Jn60cetADqPwpAeO9HHrQAvFHHv+ dJx60vHrQAf560vH+TSfjRQMMf5zS4/zmk7d6PzoEGP85owPc0d+9BoAdxnvRx70lH4mgBeOnNHH qaT86XP1oAMerGjj1NH50YoAOPU0uR/eNJg0bT2oAN7+tLvb1p+Fx96kIGPvUAM3t3NG9vWnYXHD UYHrQA3cfWl3H1NLx/kUnFABuPqaNx9TR8uKPlz1oAMn3oJPvS4Wk49aAEzRn2o49TRxnqaAEJ9q M+xpfl9aPl9aAE3D0NJke/50uFz1owtACZHofzo3fX86UhaTC+9ABuHv+dGR7/nRhaTC++aAFyPQ /nRkehpML70ce/5UALkZ7/nRx70nGO9HGKAD8/zo/P8AOj5aMj/IoGLx6mkwPWk4/wAijj1/SgQv y+/50cUny/5FGBQAvy/5NJx70YH+RRgetABxjP8AWjijA9aTA9aAF4o49KTA9aOOuaAFyKTjtRgY 60YHrQAZFG4epowPUUYHagAyPejcPekwPWjA9aAFyPejNJx60cetAC596TNHbrS0DDdRupOM0cUC DdRuFGRRxigA3il3D0pPlpOKAF3e1Lu9hSYFJ8tADtw9BSZ9qTijI9KAF3e1G4elGR6UgoAXcPQU bh0xRke9HFACZ9hRuFLkelHHpQAmaM98UufajIoATPtRmjj3o4/yKAD8KPwoyKM+/wClAwo4zRn3 /SjPv+lAg4oyKOKOPX9KACkzS8evSk49aADNHFL+OKTHvQMOKXNJjvmjA9aBC0UmPejB/vUAL3oz SYOeoo/EUDF4oyPekwfUUYPrQIX86OPekwfWjHvQAueaM/Wkx70YoAX86M/Wkx70Y96AFyM96M89 /wA6THv+tGPegYufr+dGfrSc+o/Oj8aBC8570Z9/1pMe9GKAF59f1o59aTFGPf8AWgYuaP8APWko oEH4Gl/Ok59aXmgA/Oijn1pOaAF5ooyaM8UAJR+dLupM0AH40UZozx3/ACoAKKMn/Ioz/nFAwxRg 0ZP+RRuPvQIMGjBo3Gl3H3/KgBMUYpdx/wAikz7/AKUAGKO1Ln3/AEoz7n8qBif56Uf56Uufr+VG fr+VAhPqaKXNFACUvajI/wAijNACfjRmlz/nFGff9KAE/Gjj1NLmjP0oGJxRx70ufejI9aBCfjR+ dLx60v40AJ+dGPrS/jR+P6UAJ+dH4ml/Gk7daAD8aM+9Bx6/pS8etACZ96Tn1p3y9M0nHtQAmT/e oz/tfrS8UfL7UAJk+v60Z/2v1peP8ijigA59f1o59f1o4z1o/EUAHPqPzo59f1o/GjPvQAc+tHPr Rn3oz70AGD/eowf7wozx1/SjI9aAF/Gk56ZpaM0AJz60c+v60tGfSgBOfX9aMH1FFH40AHNHPrS/ iKM+4oAT8aTJ9adn3FGfcUgG596Xn1oz7il/EUwG8+tLz60tHFACYPrRz60vHtRQMTnNLz60Yo7d qBBk0ZPqaKXPtQMT8aMj1NLnjpR+FAhPxNH4mncelJx6UAJ+Joz9aXI6Ypcj0oAbzRz6U7PtRn2o AbRS54//AFUZH+RQAn40UuRRmgBKM07I/wAijIoGNz70Z/zinZHrSZHqaBCZ/wA4o4p2R780ZHvQ MbR+FO/E0cepoENx70U7j1pdw9aBjOQf/rUf56U/Of4jRnHrQIZ/npSjr/8AWp2f9o0Z/wBqgYyj HtT8/wC1Rn/aNAhnPpRzT88/eNGT/fNADOfT9KXn0p2T/eNGT60AN5x0/SjnsKdyT1o59TQA3n3p efelz/tGl/E0AN59/wAqXn3pfxpOff8AOgA5pOc9Kd+dGT70ANw3pS4PvS5PvRk5xzQAYbPSjDeh oyfegFvegAwfQ0YPoaOfQ0vPoaAEw3pRg+lKCfQ0ZNACYPpQFPoad83vSfN7/lQABD6GjZ7Gjn3/ ACpecd/yoAAnsaNnsaT5vf8AKj5vf8qAF2e1LsPpTcN7/lS/Nnv+VAC7PajaPSk+b/Io+b3/ACoA XaPSjaO/8qTn3/Kj5vf8qAHbB7/lRsFN59/yowff8qAHbB3H6UbR/kUmD7/lRg0AO2juD+VG0en6 U3De9GGz3oAdj6fnR07CjaM9qTaPQUAOx9KPyppQelGwHsKAFx7CkOfajywewpPLH92gBfyo59vz pNi4+7QUH90UAH5Uc+1GwZ+7RsHp+lACZPtRk+1GwelJt/2aAFyfakz7ClKe1Gz/AGRQAnPtScmn bBj7opNg9KBiY57Udu1LtH90UbR6CgBPyo/AUu30FGPYUCG5OegpefajHPSjB9KAEH4UvPoKMe1J +FAxfyox9KTHtSY9qBC/lRx7UfhRx6UAH5UufYflScZooAM/7tGf92jNHHpQAmf92l/KjI9KM+1A BnjtR+AoyPSlzxQA3/gIo/AU7PtSZPtQAnPoKTHsKdmkoGJg56ClwfQUUuRmgQ3n0FH4Clz7UuaA E/AUc+goz9aX86AG8+gpfwFFFACY9hRg+lL+P6UvegBv4UfgKd+NGPegBmfajPtT8e9GDQAzJ/u0 Z9qfg0mD/wDXoAbn8KTPtT8H1owfWgBmaM+1P2mjafWgBv4Ud+lLt96NpoGNoz7U7aaNp96BDc0u RRg+9Lg0AJuHpRkUu00YPpQAmaMj0pcH0NHOOhoGJkelGfaj8KOfSgQZHXFGRRz6Uc0AGR6UZHpR zR81ABkUZ9qOfQ/nRz6GgYZ9qMn0o59KXn0oEJ+FH4UvPoaOfSgBvPpRjjoad+FJj2oATB9KXB9D R+FGPagAwfQ0YPoaMf7NGP8AZoAOfQ0c56GjHtRj2oAMH0NG0+hox7UY9qADB9KNrY6GjH0ox9KA E2t6GjafQ0Y560u0etAxNp/umjafQ0u0etG0UAJtOeho2n0p2B60m0etAhNpPY0YPoaXaPUUbR6i gBMN6Gj5vQ0u0eoo2j1FACYPoaMHPQ0u0eoo2j1FABtPvSbT6Uu0eoo2j+8KAE20u2jaPUUbR/eF ABgijB9KNoz1FJge1AxcGjB9KMD1FGPcUAGDR83cUYPqKMe4oEJz6UvPpRj3ox7igAP0o59KMe4p Me4oAXPsKM+1Jt9xRt96AFz7Uu72pNo9aNooAM57UZ9qMUY+lABn2oz7UYHtRtoAMn0ozx0o28dq TZ9KAF59KPwo2j2o2j0oAOfSjn0o2j2owPagYmT6UuW9KTA9qOKBB83pRk0YFGB7UAGT6Uc/3TRx S0AJz6Uc56UvHpScf5NABj2NLj2NHFHHpQAc+lN59DTuPQUfL6CgY3mjnHQ07K+goyvoKBDcfWlx 7GncegoyPSgBuPY0c+lOyvpRlfQUANwc0uPal4pcr7UANweuKMH0p2V9qMj0FADcH0owf7tOyKMj 2oAbg+lG1uwp2R6Ubh6CgBuG9KMNnpTtw9KMj0FADdrf3aNp9KduX0o49BQAm09lo2H0pePQUcel AxNp9KMN6U7K+wpMigQmD6UcjtTuPajI9qAG8+go+bHQUvHtSnHtQA3n0FHzegp3HqKTH0oAbhvQ UYPoKfj6UY9xQAzB9KMHPSnYHrRgeooAbg+gowfSn8eopMe4oAbg56Clwc9KWkoAMH0owaPwox7U AH4UUuBnpRgelACcelGBjpS49qNv0oATA7UvFG0e1G2gA+Wjijb7UbfagA4o4ox7UYx2FABxRx/k UY9hRtHpQAcUoxRgelJgelAC8ccUfL6H8qMf7NGP9kUALx6UfL6H8qTHP3aX/gPNAB8uOho49DRx npQMelAC8e/5UcelJx6UcelAC8e/5Ufh+lJx/dowP7ooAOPej86Mf7Iox7UAH5/lRge9LjPajAoA TA9T+VHHv+VLiigBOPejj1NLxRQAn4mjK+ppcClxQAmR6mjj1NLgUfL/AJFACfiaM89/yp2F/wAi jA/yKAG5oyMd6fhf8ijgdv0FADMj6UZ56mn8en6UnH+QKAG596M+5p+R/kCkyv8AkUAJnjr0pM/7 Rp4K/wCRRlev9KAG/iaKdx6fpRx6D8qAG596UGl/D9KOKAEyPU/hS5HrR/npS8Af/WoATIPejI9f 0o49/wAqXjHegBOM0uRS8Y70f56UAJsNG1valyP7v60Z5+7+tACbGpCh9qduA/h/WkLD0/WgA2Gk 2Hsf1pdw9B+dGfYfnQAm0jv+tGG96N3PT9aM+360AJh/eja3WlyPQ/nSFvY/nQAmGxS7Wx/9ejPt +tJn2/WgA2t7/nRtbHf86M8dD+dG72NABhvf86Pm9T+dGfrRn2oATn3/ADpcEdj+dFFACfN6H86P wP50ufakwKADv3oo4owKACkpcD3pOKAFPTvSUcUuKAEzzR37/lS4pMCgAoowPej86ADv0o+lFH4G gA/A0n4Uv50n4GgYY46UY4pce1GKBBijFHHpRxQAm2jFLxRxQMTaMdKNoo49KXjHSgQmB6UbR6fr Rx6GjjvmgA2ijaKOPQ0fgaADb70m33pfwNHTtQAm33/Wgr7/AK07t0NJx6GkAm09c/rRtPXP60v4 Gk/CmAmD/k0uD/k0Y9jRx6UAJtPr+tG0+v60vHoaOPQ0AJtPr+tGD6/rS5Hp+tHy+n60AJgg9f1o wfX9aXA9KOKAEwfX9aMH1/Wl+WjI9KAEwf8AJo5/yaXIo4oATn/Jo5x/9elwKMCgY3n/ACaXn1/W lxSY9qBCc+p/Og7v8ml96PwoAT5uxpPm/wAmndun60n4frQAfNR81GeOn60f560AHzf5NGD6frR0 /wD10fh+tABhv8mjBo7/AP16Pw/WgBcH1pMGjHt+tH4UAGDS4b3pPwFH4UALhqMNTefSl5xQAYb1 owfWkOf8ml5oAMGlwaSjBoAXnFJhulGD6frSAH0oAXB9aMHPWk57/wA6OfQfnQMXDf3qOfWkyfQf nRn2/WgQuD60YPrRn1H60A+360AHPrRj3/Wij8KADFGB60fhR+FABj/OaMf5zR+FGPagA2+9GPej r2o/CkAYHrRj3/Wj8KPwpgGPejFJ17UY46UDFwOhNGB/k0Y/zmk2/wCc0CDAx1pMD2pdtGKADFFG 00YoGL170fjTcUc/5NAh2KMe9JR+dABjjrRtHrSfnRQA7aPWjH0puPelx70DF20bfcUnFFAC4+lG D7UUlAhcH1FGD60mfrRQAu3mjHvSc5oP1oAXHfNGPeko596AFwaMf5xSUdutAC49jR270Z+tGfrQ AY+tJj60Z+tLuHvQAY+vFGDnvRkZ6Gjt/wDXoGFH1zRRQIMexowPQ0vPvR+dACcDtRx/dpcfX86M fX86Bhx/dowPQ0EH3/OjHsaBBgf3TRxjoaMexox7GgA49DRx6GjB9DRg+lAw49DSYB/hNOwfQ0gB 9DQIMD0NJx6H86dg0YPpQA3j0NHGfu/rTsH0NGD6GgBOPQ0cehpcH0NJg+hoAOPQ0YHvS4PoaTn0 NABgdMGjHt+tHPoaXDehoAMe1Jx6H86XB9DQVPvQAcelJx/k0u0+howc9DQAmB6UYHpSkH0NGDjo aADA96Me1Jg+howfQ0ALik2/5zRz6Gjn0NABj/OaPx/Wj5vQ0fN6GgYfhRn2o+b0pcN6UAJn2/Wl 59KT5s9DS4PoaBAPpSUuD6Gk59KAFzijOTSc+lGD6UALmjP1pMe1L+FAB+dH4Glx9KPwoAT8DR+F Lg+n60Y9hQAn4frR0PT9adj/ADmjb7frQAn4UUuPajB/uj86AE7dDRx70vPpRg+n60AJ+dLzRg+g /OjB9P1oAOf8mkx/nNO2+360bfb9aAG8j1/Ol59/zpdpHb9aNvt+tACY9j+dH4H86Nnt+tLs9R+t ACf8BP50fhS7Pb9aXafT9aAG4+v50bfrTsHqB+tGDjoPzoAbg57/AJ0c+hp2D6frQR7frQA3B9/z ox9fzp4B9P1ox7c/WgBuP85o/CnbT6frRt/zmgBv+etKMd/50u0/5NJtPp+tAB/nrRkYx/Wl2n0/ WjafSgBMj3/OjI9/zpwB9KTafSgBOPQ/nS8eh/Olw3XFG1vSgBOPT9aPl9P1pSjf3aNjf3aAE+X0 P50fJ6frS7D/AHaXb7UAICnp+tGU9KXb/s0bD/doGGU9KMp6Umw5yFpdp/u0CF+UUfLTQh/u0u0/ 3aAHfL6ij5abg+lGCR0oAdle9HyU3b7frRt/zmgB3yfhSjb6U3Ycf/Xo2GgB3y+go+X0FNCE+lGz noKAH+WvbNJ5Q9TRjPccUY9xQAeWuOpo8sepox9KMH2oAPLHYmk8se9Lt+lJtNACeWPel8sehowf 8/8A66McdKADYD2NJsHoaMf5/wAmjB9aAAxjtmjyx05pMe/6/wD16MH1oAXZ9aNn1/Kkwf71GD6k /jQAuw/5FG057/lRz/e/WkP1P50ALt/zijaPT9KQk+ppMn1NADtv+cUFfYflTcnHU0mT6mgB2z2H 5UbeRx+lJz6mk+b1P50AO2e36Um3joPyoy2Pv/rSfN/eoAXb/nFGPp+VJlv71GWx1/WgAx9Pyowf b8hRlvU/nRlvU0DDB9B+VLj6flSZb1NJl/WgQpHbA/KkwfT9KPm9aMt60AGOOg/KjB9vyoy2epo3 H1oAMEAcD8qMH0H5UZOepoJb+8fyoAMHuP0ox/nFJk+ufwoy2etAC4owfaky1G40ALj6UY+lJuOK MmgBcdelGPYUm40Zb/IoAXb9KNv0oy1JlqAF2/Sjac9qTLelGT7UAG2jB9qM/SjJ9qADBz2ox6Gj NGfagAx9KMUnPpS5NABikxRzmjn/ACKAFxSYGKXtSUAG0elG0elGaOaAFxRjHrSZ4oyf8igBdtGK TJpMmgBcGjFJk9qMnNAxccUY9jTeaXmgQuPajH+z+tNyaMmgB20/3aTB9KTJz1oz70AKQfSjn0pM 570nPrQAvPpR+FJ+NGDQA7v0pP8AgP6UnOehooAd+FJ17Ume3P50ZPrQAuD6UY/2aM0maAFwfSjB 9KM0Z9/1oAOaOaM/5zRn3oAOaOfSjJ9aOfWgAwfSjBx0oyff86Mn/JoAMH0H5UYPoPyo59aOfX9a AE/AflS8+g/KjJ9f1o59RQMT8B+VHPoPypcmjJoEHPpj8KT8B+VLz6frRz/k0AJn6flR+H6UvPpR +H60AJ36fpR+H6UvPpRn6UAHvj9KTHt+lLn6UufcUANx7UY4pcj1FGfcUAJijFL+VHPtQAn4UvPp +lHftRQAn4Ufh+lLRmgBuB6UY9qdz6UmfagBPwo6f/qpfwpOPegYf56Uc/5FHFLxQITn/Io5xzS8 Z6UfhQAn4/pRml4z0/SjA9P0oGJ3NFLx6GjigQn40Upo/GgBKKKKACl/GjIo4oATn1pfxoOKM0DD 8RR+X5UZPpRn2oEHft+VL+VJn2ooAPyoxz2o/Gjj16UAGB7UmPp+VL3pcDrmgBuPp+VLj1xS/jRg Y60AJj3owPUUuBRj2/WgBMe9GB60flRQAYHrS4FGKMGgBMCjA9KXBoxx2oATaPejAzS4PtRj6UAJ ge9GBS4NGDQAm0Uu2jBowfSgBMfWjb9aXB9KNrf3aAE2/WjH1o2t6UoDelACYo5z3pcHPSjaf8ig BPz/ADo5z3pdpo2n0oAB+NHPvRhvSjDelAC5PqfzoyfU/nRgjt+lGDjGP0oAPxP50Z96MMe36UYP pQAZOP8A69Gfb9aXBz0/Sjn0P5UAJk+/50uT70c+/wCVLg+hoATcaMnuaXHsfyox7GgBN3vRuPrS 7eehpcfWgYmfejJ9aXHcZpMf71AhMmlz7ijH1pceuaAE3e9G70xRj60u360AG71Io3D1FG0epowP egA3e4o3fSjA96MD3oAM+9GaMA9zRge9ABmjP0owPU0YHvQAZHrRkUYHrRgetABkdqM/SjC+tGFz 1oAWik2r70YX1/WgBaT8f1owM9f1o2j/ACaAFP8Anmjj/JpNopdooATj0/Wl47D9aMCjAoAOKMfX 86MDtRtFAAQO386MD/Jowpo2igA2/wCc0Y/zml2ijatACY47/nS7frRgdqCBQAYx3P50bfc/nRj3 o2mgAx/nNGP85o2Gjb60DDH1/Olx/nNGyjbQIMGjGe1LijrQAm2lx7UHP5Uc9qADH+c0f560c5o+ bpQAc+9H50fNnpR83pQAZPvRk+lLyKMt6UAH/AaP+AmjLelG4+9ABu/2aXOe1JlqAW70ALk+lGT6 Gjn0oy3pQAZP92jLZ6UuW9KXLelACZb0o3Glyc9KTJPagBdx6UmW/u9fel+b+6aOc9DQAnHtR8o9 KXgnoaPoKADK+1BIz2oyOuKTI6/1oADt9BSfL7UZwP8A69Gf096ADK0ZX0o4I6/rR+P60AGVoytJ gdz+tAA9f1oAXKn0o+TNN49f1o49f1oAXCmj5QaTH+c0Hp979aAD5KX5OtJgf3h+dGB6j86AF+XF Hyf5FJjn7w/Ojb7j86AD5fWj5fWgr6MKTZ/tfrQAYX1pPl96Xb/tD86No9R+dACZFGVp230NGPf9 aAGjHvS5GOlGPcfnRx3P60AJn2opeMdf1ox/nNACZHtRn6UYHr+tGB6/rQAHv0pM+mKXAx/9ejA/ yaADmkpcDOKMeoH50AJjjtSflS8en60YFACUuPpSYox70AGPpRjntRj3o2980AJj6UYPtQVOOtGP egYFTjtRtI9KMUbTQINpz1FG0+350bT+NGO9AxNp9vzox7ClwfzpMUCDH0o259PzowaKBgF9h+dG 36UYPrSY460CF2/5zRt9xSbfejbQAuP85owB9aTbj/8AVRg+1AC4owPWjB9aNvbNABgUnGOtLg+t Jg+tABx60YpcH1owfWgBMcdaMUu0+tG0+tACc0YNLg+tGD60AN70U7BooAbRk+lLS0AN70U7Bz1o 59aAG8j0pM+tP/GjFADMntS8+1O20YxQA3nrS5NLgUbR60ANyfajJp20UbRQA3JoznsKdtWjb7j8 6AGnP+RRz7U7b/tUbfegY3n2oyfanbfcUm33FAhOfY0nPtTto9RRge1ACc47Uc+1GB7UYHtQAmT7 UueO1J+VLQAfiPzoz7j86PwpKAF/EfnR+X50mKKAF/EUtNxRj3FADsdOaMU3HvRzQA7A/wAmjaP8 mm80c+tADv8APWjA9abk+v60c+tADuPWkwPWjJ/vUc460AG0eopdvvSZbHWjLetAC7f85oxSbm9a MmgBcUUmT70bj7/nQAv40cdjSZPv+dG446mgBcD1pPxo3H1P50ZbPU/nQAfjSfjS5PqaMn1NAw/K jj2pdzep/OkyfU/nQIMfSjn2o3H+9+tGeev60AGP0oxRk+p/Ol3e/wCtACflSflS7j6n86Nx9T+d ACc0ufpShvc/nRn3/WgBvPtR/wB80u73P50Z9z+dACc+1Jz6Cnbuep/OjPufzoATn0FLn2FGfc/n R37/AJ0AJk+gozz0FLn3P50Z9z+dACZ9qXP0oz7n86CT6mgAz9KOfQUZ9zRn3NABz6CjJx0FH4mj 8TQAZPoPypefQUn4mgdOpoAXmjn0pM896OnrQA7B9KOfSm/iaOvrQA75vSk5/u/pSfnR270AO+b0 o+b0pvPqaOe9ADvmo5NJn3NGfrQA7B9KTB9KT8T+dH4mgB2D+VHPoab+dL+JoAXmjn0pMe5pMH3/ ADoAcc+lJzSd+po/E0AOw2aPmpv4k0c+poAdz6UmD6Uf8CP50f8AAjQAuGowaTn1o59aAFwaTaaC D6mjafU0AGDRg+lGPf8AWjBx96gAwcUc+lGOPvUYPqaADn3o596Np/vUbT/eoAOfejn3owfWjDet AB+dH50c+p/Ol59aAEpaOR3oyf71AB1o5pct60mW9aAEo/Ol3N/epdzetADcUcU7cwFG5vWgBv4U oFOyfWjLetADcUfnS7jmjcaAEo5xS5PWlyf8igBvPoaMexpdx9P0o3GgAx7UY9qXefT9KN5zigBu D6UYz2p28/5FG7/OKAG88cUuDjpTtx9P0pN3tQAnPp+lLg+lLu9qN3+cUAJt9qMHHQ0u4/5FG6gB PzoxS556D8qM+w/KgBMe1Jjjoadn6flRk+35UAN2+xpdv1pcnHQflRuPt+VABt9jRtNHPTijPsKA Dac9TS7T70mT7UZ/3aAFwfTrSYPvRn6Uu7nPFABg46GjaT2NLn6UZPtQAbDjgGgqfQ0c+1GW9RQA bSKCp9DS846ijB9RQAYPoaMN70YOetGD6igBQD70u0+9IM9M0c+tABtPvRg+9GDRg+tABg+v60YP rRgnnNLg0AJhvXNJznrT8HHUUYOKAGbW9aXa2KdgijnHagBu1+wow3pTsEdhR+VADcNSkN9KX8qM ewoATcPejcvvSgjHQZ+lLkeg/KgBu4eh/OgMuPumn59hSZ9AKAGbh6UFl9Kfn/ZFGT2AoAZuHXFG V9KcT7Ckz/sigBNy+lG5aXJ9BRn/AGRQAmV9KTcOy0oPsKM+woATI/u9aMj+5Ts8/dH50Z77RQAm R/d/WkyP7lOz7flRu77aAG/8A/WjPbb+tLv7baQn/ZoATPH3BRx/dpdwz0pMj0/GgAyB/DRuH92j cPSjcvpQAbvajOf4aMr6UfLngUAG7j7v60Z46UcHtScdMUABI9BRkdlpOOwNGfTNAC5H939aMjPS jPcUmT6UAG7np+tG4elJxRx6UALuGcbTS7h/dpuaTNADwwz0/Wgt6D9aZ+VHbpQA/I6Yo3DP3T+d Mz7ClzQA7I/un86Mj0NNyM0flQA7cO4NJuHvTfxFB/CgB24e9JvHWj8qMfSgA3KfWjcuepo/Kj8q ADK56mjcnqaPpijB9qADcvqaNy+9GD7Uc+ooAMp6mkyvqaX5unFHPqPzoATK+poyuOppefb86Onc fnQAm4dfm/Kjcv8AtUvPY/rS/iPzoAblcdTRlfel/H9aO/UfnQA3Ix3oyO2af26/rQPqPzoAZx6m jj1NP/H9aPxP50AM49TSfL7/AJVJ+P60fifzoAj+X1NGR71Jgev60cf5NAEeR6mjI9TT/wAf1o49 /wA6AGZHqaMjPen54/8Ar0ce/wCdADOD60ce9P49/wA6Tj3/ADoAbx70ZHvTunc/nSgj/JoAZke9 GR707Iz1/WjI/wAmgBuR70ZHvTsjP/16Mj/JoGMyPelzz0pcr/k0ZX/JoEN4oyPSnbh/kijcP8mg Bvy//Xo+XFO3CjcKAGZGelLkelOyKMigBuRzx+lJkU7Io3LQA3I7/wAqNw/yKduX0FG4egoAbkdf 6UZ4/wDrU7cPSl3D0oAbn60mfr+VOyPSjI9KAG8epo49/wAqdkelGfpQA335o+ufyp2RRuHtQAz8 /wAqXPufyp2fp+dG4eg/OgBufc/lS/n+VLkf5NGfpQA3j1P5Ucep/KlycUUAJ+J/Kjv1P5U7migB v40fiad9aPxoAbx70YHvTs+/60mfegBOPegD60ufejPufzoAPxNH40Z9/wBaPx/WgA47k0fL70f5 60DH+TQAfL70fL70v4/rRn3/AFoAbhfelwvct+VLx60cf3qAEwvvRhff8qX/AIF+tH40AJhP9r8q XCHjmlycdaOfUfnQA3CdeaPk96dn3/Wj8f1oAb8nvR8ue/5U7/gX60ZPr+tADcL70nHvT+fWj8f1 oGM4z3peKdmjP0/OgQ3j0o4z0p+73oz70AN4zRkdv5U7IpMj1oATIzmkz3p2VpcrQA3PHWkz/nFP 4pOPagBPx/SjP+cUtKDQA3P1/Kjn/IpxNGfegBuef/rUmT/kU/8AGk/GgBM/5xRuP+RS/jRn3oAb uJ9Pypdx6cUuaTvQAbj7Ubj7UtGRQAmT7UZPqKX/AD0ooATJ9RRk+1H+elFABu/zijd/nFH+elJ/ npQA7P0o3UlBoAXd7/pSbqMCjt2oAMn3pc/WkoP4UAFLRz7UD8KADNGfajn2pcn2oATNGaXn1FJ+ IoAMikyKXPuKKADIx/8AXo4NHNLzQAf560mf85peaOfSgBB9D+dJn2p2aKAE/P8AOjPsaWjigBM+ 1GfY0uRScUAG72/Wlznt+tJx70uR6UDD8P1o59P1o49KOPSgQc/5NHPpRxRxnvQAc0UZHvSZ9BQA uf8AOaM80UfhQAbv1pd1J+FGKAF30bqTHtR+FAC7vejPvSfUUv4UALn2FGRik/Cjj0oAdnjpSbue lJkelHHoKAF3D0FLuA7U3I9qOOOlADsg9qNy+nNJ+VH4UALvHoKN4/u0d+lH4CgA3+1G4en6UuB6 CjHsKADco/8A1Ub1/wAij8BRzjtQAbl6f0o3j0/Sl6+lGOOooATcCeB+lG79falGfUfnRz7UAJv9 v0pd/wDnFLzRzjtQAmfb9KMnr/Sl5/yaOfSgBOfT9KXn0/SjP1/Oj8/zoAOfQn8KOfT9KTn1P50v PqfzoAOfQ0c+hpfxo/H9aAE+b0NLhvejI9f1oJ96AD5vxpRuz0pufc0ufc0ALh+lHzDOaTOepNHb qfzoAX5vWlw3qaaPx/Ol/E/nQAuGx1pcN6/pTc8dTikz70APw3r/ADpMHtj9aTPbJoJ9SaAHfN6D 9aOf85puR6n86Mg9zQA/I/vH8qMqT979KOc/dFJ7bRQApK/3j+VJ8vqfyozxyoo5/uigA+X+9+lB 2+v6UZP90UZOegoAOMdf0oyOmf0ozwOP0oP0/SgBOPX9KQkf3v0pec9BR0/goAaSM9f0pMgjr+lP /wCA0Z/2aAGZH+RSZGf/AK1P3dtlH/AD+VADPxox/tU/I/u/pRkeh/KgBnGOtGF9f0p2R6fpSEjH 3T+VACYH96l/4F9KCRjp+lGR2zn6UAJ2+9Rzj7340cd/5Uvy9KAE7daOfWj5ev8ASlyv+RQAmDij BFLlf8ijI9T+VADdp6ZNGD60ZX/Ipcj3/KgBOfXNGD/kU7I9f0oBGOtADcHPakx7U7I9aXK+tADM H+7+lH/AadkHvRlfWgBmMdv0pcE//qpcrz81HH96gBuD6UYPp+lOyOPm4oyP736UANx/s/pS4Oen 6UuQP4qM/wC1+lADcH/Io2n/ACKX/gVLk/3/ANKAG4P+RRg+n6Uv/AqP+BGgBPw/Sj/PSl49TQP9 40AJj2/SjH+z+lL75oz7mgBuD6f+O0d+n6U4/wC8aTP+0aAE5x0/8dpMc9v++adx6mjI9TQA38v+ +aP8/dp3HqaMj1NADfw/Sjn2/wC+adke9GR70AM59vyo/AflT8/WjP1oAb+Az9KOfb8qXP1/KjPu aAEGf8ijn6/hS847/lSc+/5UAGf84o7dBS8+9Jk+4oAM89BR+VGTik5oAX/vmj8FoyaOaBi9ui0n XstFLQIT/gK0d+i0ZoyaAD8Fo47BaOfajmgA/BaPbC0c/wCRS5P+RQAn4LR+C0cn/wDVRzj/AOtQ AnHotLx6LRz6/pRz60AHHoKXj0FJg56ijB9aADjHRaOPQUcjuKMH1FABx6CjjPQUEH+9Rj/aoAOP ajA9qMc/eox70AGF9qTC+1L/AMCo/H9aAEwvtRgegpfxox70AJhc9qML7UuB6mlwPU0ANwue1G0U 7A9TSYHqaAEwPajC57UvHcmjA96AG8eg/Kl49qXj3/OjA9T+dACYHoKT8Kdgep/Ojj3/ADoAbj2o Apxx6n86OP8AJoGJj60Y9qMgev50uR6/rQIaAfT9KDmlz7/rS5/zmgBvNGP84p2f85o/P86AGYPt S4PtS/n+dLx7/nQA3B9BQAfQU7jH/wBek49f1oATn2o/Kl49vzo/H9aAE59BRzntxS8e350UAJz6 Uc56Cl/z1oOKAEwc9BRhvQU6jPFADcH2o7dqXOKN3tQAn5Uv5UfhS5PpQA2inc5xikyfQ0AJijH0 /OlyfejJ9KAEx9KTbz2p/PpRz70AMx9KXH0pcn0pefSgBuB7UYB9Kdz6fpSc+n6UAJtHtRtHTil5 9KWgBNo9qTavt+dLS59qAE2j2/WjA9qCeen6Uue+D+VACbV/2aNq+1Ln2NH4GgBNq+35UbR6D9aX P1oz9aAE2r7UbR/s0tFABtH+z+tGBnt+tGT6UZ9qADAx2o2+go/Cj8D+dACbR6Um0e1O/OjjPFAC bR7UbR14pfeigBNq9yKMD2peKXigBvHtRx7U7AowO9ADcj2o49qdx6UHFADcD2pcCjil4oAace1L x7UvHoaOPegBOPajj2/Kjj0NGRnoaAE49vypePb8qAV/umj5f7p/OgBOKMCnfL6UZX+6fzoATA/y KOP8ilyPQ0mR/dNABx/kUcfX8KPl9DQcehoAMD6fhRhaPl9DRx70AHy+oo49RR8p7Gjj0NABkY60 vGO1Jx6UfL3FAC/lRwOwpPl9KXj0oAXr6Ug/Cj5fT9aMj0z+NAC457UYGe1Jken60vGOlABx6CjA 9BRn0H60Z56frQAfhR+FHHp+tHHp+tAC/hR+FHBHT9aOD2/WgBPwox6Uv5fnS8+350AN59DRg+lO 59F/Ojn2/OgBvPoaOadz7fnRz7fnQA3ml5pee+PzpefagBnPpR0//VT8H2/Ojn2/OgBnb6e1Lmn4 +n50YPt+dADM896PzqTn2/OjB9vzoAjP40fiakwaXFAEXTuaXr3NSY9RRj2oAj/E/lR7Z/Sn7f8A OaXaPSgCPI/yKM89f0qTaPSkKjigBmR60Zz/ABVJt/zxSbV/yaAGD60cepxUm0f5NG0c80AMwPWj v1p+0daNo68UAM4Hel49RTtoP1pdo9RQAz8qMcdqds560u0etADOc9qd36Cl2ijaPagBBn2owfSl 4x1HvQceooAOe2Pzp2G9qbgetBUY5NAC4b0FLg+i0m0YxmjbjvQAuDkcLRhvRabt96MUAL8391aX 5v7i0mPej6kUAOw2PurRtP8AdXNJ+IpefUUALx6mjj3pMt/eNG5+TuNAC7R70hHuaMt/eNBz/fag Ax/vUbf96m4PPzNS8/32/KgA2nsTRg+hpOcffb8qXB7u3HtQAbW9Dik2t6HijBz/AKw/lRz/AHz+ VABtOeh/KjB64NHP9/8ASgZ/56fpQAAHPQ0m0/3T+VLg9N/6UY/6adPagBNv+yfypdp/un8qT/gZ /Kjkf8tDj6UALtOfumgqT/CfypP+BmlwO7n8qADb/sn8qNv+yaMDH3z+VGB/eP5UAG3n7tJt/wBn 9KXHGdxpMf7ZFABtH92jaM/d/SkwP75ox/tmgBdo/u/pSbR/d/Sgj/aNG3P8RoANv+z+lG32o2/7 TUbf9pqADZ7UbPajH+0aMe5oANvtSbf9n9KX8TQev3qAE2Z//VSbcdB9ad26/TijHvQA3afSjaeu KMf7VGOetABsPpSBOvFLg+vWjn1oATZjrRt470tGPrQAm2k20pUe9GBQAm33o28fzo20YNABto20 Y4owcUAG0cjNG0UmDnpRg4/+tQAu0e9GB7/nSc9qP89KAFCj3/OjHuaTFH4fpQAY+tG33NFH60AH bvRge9HH+RScUDFxRjH+NGPUUmBQIXHrSYPSjA96No96AFxQKTC+9HHvQAoApcDNJx6Gjj3oAXFG KTj3o+X3oAXFGPak496X5c9TQAfXFHSj5aTj1NAC8UnHtRgep/Oj5ff86AD6Ud+1GAPX86X5fQ/n QAlJTvlx3o+X0P50AN/yKOadx70cUAN59D+VHPpS4FLtHvQA3HtRg+lLhfekwvoaADafT9KTB9KX avoaNq+9ABz6fpRlvSjYnvSbV6ZNABznoaOfQ0bV9T+VG0D+9QAu0+howaTaP9ql2r70AJg0YNLs GeppNo9TQAhz6UfhS7B70m0ejUAH+elHNGxfQ0bRjGDQAY9qMH0o2jPejb7GgAwfSjn0o2+xo2/W gA5z0/Sjt0o24/vflQVHv+VAB26CjB9BRt9c/lRsPvQAbfpSYPtS7fTNG360AJj2FGKXb9RRj60A H4CjnNLj60FeKAG0vft+dLt5oANADfxop+DR+VADaTtT8c9qTHHagBPxFGRTvy/Kk/L8qAG5pcjA pe/GKX/PSgBuTmjPFO/EflR+P6UANyaXJzinfiKPxoAZmlyaX8R+VHbqPyoASjJz3pfxH5Uf8CH5 UAN/Oj86d07/AKUY9/0oAb+dGfrTse/6UY9/0oATOfWjPHel6dx+VH40AJkZ70fiaXj1oyPWgBvH vRwO9O49aPxoAbke9LkUufejPHX9aAEyP8ijI+tL1/yKOKAG5FAI6c06igBuRRkZp340fjQA3Ipc il/Gj8T+dACfLmjK+tHPTNJg0ALlaTI9aMHrRz9KADik4pcUvegBOKABS9+/50vWgBuaUf71HNLm gBPxpMe9LnmjPFACY460UuRRmgBuOOtGKfxSce1ACUYPrS4/zilxx1oAbg0c5pcClx9KAG8+9GDj OKd26/pRx6/pQA3HtS7eelOz/nFGfcflQA0LS7OaX8R+VGOeo/KgBNvpRsNLgeo/Kjj/ACKAE2n0 pNp9KUAf5FLx6/pQAm32o2+1Lx60uRnqKAG4+tG32p2R60cetACbfak2g9qd+Io49f0oATaMdKNo PODSjH94flS/8CoAbtHpRge9Ozz98Uf8CH5UANwPQ0uB6UuT/eH6UZP98UAGBjikwKXP+0KMn+8P 0oAPl9KCBRk9mFLlv7w/KgBMLRxSgt/eWjLf3hQA3AzRx2Jp2W/vCkw394UAJxxRke9Lhv71HOOG oATPbP6UZ9zS/N2NLk4oAbnPc0Z+tLlvUUZb1FACZpc0uW9RR8394UAJS96Pm/vUfN/eFABSZ4pe fX9KMN/e/SgA74xSU7n1o+b1FADfz/Kl5Pr+VKN3qKMH1FACDp0peaUA460gU+tAC80Y7Yo2980b TQAd+lGPb9KNp980YPqaADb7UY+tAX3NKFx3NACbT6Uu32pAvPVjTsc9TQAbT2FJt9RTsD1NJgep oANp9KNpPal49T+VH/Aj+VACbD3Ao2n0p2P9o/lRgHufyoAQKc9BRs9hS7R3P6Uu0Y70AN8s98Yp dhBowMdTTsD1oAZsOaNp9KdtHXP6Uu33/SgBm1vSl2N6frTto/yKOPWgBAhzz/Ol2n2oAA//AFUY Hc/pQApYY/i/Kk3D1b/vmiigA3D1P4ikyPU/lRRQAfQn8qM+5P4UUUAGePvN+VG73P5UUUAJwR1P 5UZGep/KiigAz/tH/vmk79T+VFFACkgc5P8A3zSZGep/KiigA4yfmP5UnHqfyoooAXj1P5UmR2Lf lRRQAZHqaMgjjNFFACfKB1P5Uvyj1oopAHy8c0ny570UUwDI96Mr70UUAJuXrijIx0NFFABlfejj jiiigAyP7po4P8J4oooAMjuDRuX0OKKKADcvoaNy+lFFABuGOho3L6UUUAG4elJuHpRRQAu9fSjc PSiigBAy+lBYUUUAG5cZpNw6UUUDF3DPekypHeiigQZXPejj3oooAMj0NIWHoaKKADI9DSZHvRRQ AZGO9HFFFABx9PxoyKKKADIx1NGRxyaKKADI68/lRx7/AJUUUAJx70cY70UUAKAvvSbV9WoooAXC +9JtX3oooGGFx1NGBnvRRQIML/tUnH+1RRQAcejUvy+hoooAOPSj8KKKAE70cUUUDDI6UZGMUUUA LlfejI96KKBBlaTcPSiigAyPSjK/rRRQAuRRxRRQMQ4o+WiigQZWj5cdP1oooGGR6frRken60UUC EyPT9aNwHb9aKKADePQ/nRvX+6fzoooGG4Z+7+tG7/Z/WiigQZH939aMrRRQAZX+6fzo3L6H86KK AF3D+6fzo3A9jRRSGJkf3TRn2NFFMQfgaO/Q0UUAL36Gj/gJoooAP+Amkzn+EmiigA+qtScf3TRR QAv4Gj/gJoooAUA/3TQc/wB2iigA5/u0YPpiiigAAP8AdowfSiigAwRRtNFFIAx70YP+c0UUwDB/ yKNrfj+NFFABhqNrEUUUAG1u5oCn1FFFABtPr/OjacYoooANv+cGjbRRQAbfpSbfeiigAx/nmlx/ nmiigA/H+dFFFABj6UY+lFFABj3owPWiigA49f0o49aKKADjPXmjj/IoooAOPX9KMD1/SiigA49f 0pce/wClFFABx6/pSYHr+lFFAxePX9KTHof0oooELgetJ/npRRQAuPr+VHP+RRRQAc46/pRRRQAY PrS4OKKKAE2ntS7T7UUUAJsal2NjrRRQAm1vXFGw/wB6iigA2H1/Wl2GiikAbGz14+tGw56j86KK YBsbPb86XYaKKAE8s+n60eWfb86KKAF8s47fnSeWR/8AroooAXyz/k0eWf8AJoooGL5bY6UbD/do ooEHln0x+NHl+360UUAGw+n60vl+1FFAB5Z9KNp9KKKADafSjb9KKKADb70bfeiigBcc4zRt560U UALt9xRj3H5UUUAG3/aH5UY7ZH5UUUAGB6/pRtHr+lFFABtH94flRtGOD+lFFABj/a/SjHcH9KKK AD/PSjp/+qiigBfxH5UhHr/KiigAx15FLj1b9KKKADHH3h+VH/AqKKAF/Gk9PmoooAMZ43UuBjrR RQAADOAaMZ70UUAGKXHtRRQAY47UbfUUUUAGPalAxRRQAY9v1oA9jRRQAv4Gj8KKKAF4zwDSn1IN FFMBPwpcDPTtRRSBhhf8mjaMdP1oooA//9kNCmVuZHN0cmVhbQ0KZW5kb2JqDQo5IDAgb2JqDQo8 PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA1L0hlaWdodCAxOTAvQ29sb3JTcGFj ZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDEw IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDQ1NT4+DQpzdHJlYW0NCnic7ZbZLgNxFIdv Ec8ikdiXltqppkpLK8ig9kSsDRqijSVEqSVqK0I0lvSeF2hCqpnS0pp2Zsh4Dic5JuF4BJP88+X/ XZ3L38f4U26kvrOPjqtP68Bdet9t6rXUeyq2XUlW+MO7lLq9YitQ1i6vaAGi+qSuI8Hik/VC6jwU zEDU8w9mj28BosIVD28Cfut7u4c3AlFP39t2+SYg6onYupM0AFGPRct2sgGI6hXNmwk9EPVAbHYn dEDUfcG0wWmBqHuC0cXVAVE9QuNavBYoq2EtXg1E3eH1K7FKIOpWQrccqwCiujndwms5EHWdq3e+ lAFRXW9aR1QDRIUr85FSIOpqvHY2UrIq63Ksxv6kBqIuvVTPhFVA1MVo1RRbDER1RitsbCEQ1REt n2ALgKhzz5rRUN58pAzV/qweDubMRUpRbeGiwYes6ScV6jib33OfORkuQh15zGUCGaOPefBn/Clj oez2QMZQMLv/Lk1RRRVVVFFF/5WSWfw7mmRSyeCSOSZjTaacDD3JABIJJCFIYJD8IHFC0oWEDcke EkUkmUhQkdwiMUZSjYQcyTwSgSQRSUCSvCTxSdKUhCvJ2p/Ry/xO4i/fmRhUDQplbmRzdHJlYW0N CmVuZG9iag0KMTAgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDUv SGVpZ2h0IDE5MC9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNv bXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMjM+ Pg0Kc3RyZWFtDQp4nPvwf0iBD6PEKEEDYugAsHMBvPirUg0KZW5kc3RyZWFtDQplbmRvYmoNCjEx IDAgb2JqDQo8PC9UeXBlL0V4dEdTdGF0ZS9CTS9Ob3JtYWwvY2EgMC4yNTg4Mj4+DQplbmRvYmoN CjEyIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEg MF0gL0JvdW5kc1sgMC41XSAvRnVuY3Rpb25zWyAxMyAwIFIgMTQgMCBSXSA+Pg0KZW5kb2JqDQox MyAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC41ODQzMSAwLjU4 NDMxIDAuNTg0MzFdIC9DMFsgMC44MzkyMiAwLjgzOTIyIDAuODM5MjJdIC9OIDE+Pg0KZW5kb2Jq DQoxNCAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC44MzkyMiAw LjgzOTIyIDAuODM5MjJdIC9DMFsgMSAxIDFdIC9OIDE+Pg0KZW5kb2JqDQoxNSAwIG9iag0KPDwv UGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUg Mi9Db29yZHNbIDI2OS4yMyAyMzMuMDQgMjY5LjIzIDI3Ni4yNF0gL0V4dGVuZFsgdHJ1ZSB0cnVl XSAvRnVuY3Rpb24gMTIgMCBSPj4+Pg0KZW5kb2JqDQoxNiAwIG9iag0KPDwvRnVuY3Rpb25UeXBl IDMvRG9tYWluWyAwIDFdIC9FbmNvZGVbIDEgMCAxIDBdIC9Cb3VuZHNbIDAuNV0gL0Z1bmN0aW9u c1sgMTcgMCBSIDE4IDAgUl0gPj4NCmVuZG9iag0KMTcgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAy L0RvbWFpblsgMCAxXSAvQzFbIDAuNTg0MzEgMC41ODQzMSAwLjU4NDMxXSAvQzBbIDAuODM5MjIg MC44MzkyMiAwLjgzOTIyXSAvTiAxPj4NCmVuZG9iag0KMTggMCBvYmoNCjw8L0Z1bmN0aW9uVHlw ZSAyL0RvbWFpblsgMCAxXSAvQzFbIDAuODM5MjIgMC44MzkyMiAwLjgzOTIyXSAvQzBbIDEgMSAx XSAvTiAxPj4NCmVuZG9iag0KMTkgMCBvYmoNCjw8L1BhdHRlcm5UeXBlIDIvU2hhZGluZzw8L0Nv bG9yU3BhY2UvRGV2aWNlUkdCL1NoYWRpbmdUeXBlIDIvQ29vcmRzWyAyNjkuMjMgMjMzLjA0IDI2 OS4yMyAyNzYuMjRdIC9FeHRlbmRbIHRydWUgdHJ1ZV0gL0Z1bmN0aW9uIDE2IDAgUj4+Pj4NCmVu ZG9iag0KMjAgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFpblsgMCAxXSAvRW5jb2RlWyAx IDAgMSAwXSAvQm91bmRzWyAwLjVdIC9GdW5jdGlvbnNbIDIxIDAgUiAyMiAwIFJdID4+DQplbmRv YmoNCjIxIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjU4NDMx IDAuNTg0MzEgMC41ODQzMV0gL0MwWyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL04gMT4+DQpl bmRvYmoNCjIyIDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5bIDAgMV0gL0MxWyAwLjgz OTIyIDAuODM5MjIgMC44MzkyMl0gL0MwWyAxIDEgMV0gL04gMT4+DQplbmRvYmoNCjIzIDAgb2Jq DQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNlL0RldmljZVJHQi9TaGFkaW5n VHlwZSAyL0Nvb3Jkc1sgMjAzLjQ4IDIwMC40IDIwMy40OCAyMzguOF0gL0V4dGVuZFsgdHJ1ZSB0 cnVlXSAvRnVuY3Rpb24gMjAgMCBSPj4+Pg0KZW5kb2JqDQoyNCAwIG9iag0KPDwvVHlwZS9Gb250 L1N1YnR5cGUvVHJ1ZVR5cGUvTmFtZS9GMS9CYXNlRm9udC9BcmlhbC9FbmNvZGluZy9XaW5BbnNp RW5jb2RpbmcvRm9udERlc2NyaXB0b3IgMjUgMCBSL0ZpcnN0Q2hhciAzMi9MYXN0Q2hhciAxMjEv V2lkdGhzIDEwNzEgMCBSPj4NCmVuZG9iag0KMjUgMCBvYmoNCjw8L1R5cGUvRm9udERlc2NyaXB0 b3IvRm9udE5hbWUvQXJpYWwvRmxhZ3MgMzIvSXRhbGljQW5nbGUgMC9Bc2NlbnQgOTA1L0Rlc2Nl bnQgLTIxMC9DYXBIZWlnaHQgNzI4L0F2Z1dpZHRoIDQ0MS9NYXhXaWR0aCAyNjY1L0ZvbnRXZWln aHQgNDAwL1hIZWlnaHQgMjUwL0xlYWRpbmcgMzMvU3RlbVYgNDQvRm9udEJCb3hbIC02NjUgLTIx MCAyMDAwIDcyOF0gPj4NCmVuZG9iag0KMjYgMCBvYmoNCjw8L1R5cGUvRXh0R1N0YXRlL0JNL05v cm1hbC9DQSAxPj4NCmVuZG9iag0KMjcgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0lt YWdlL1dpZHRoIDE2MC9IZWlnaHQgNzIvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBv bmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDI4IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUv TGVuZ3RoIDE3NzA+Pg0Kc3RyZWFtDQp4nO2d61bjRhCE18QE34INlsVtLdsBfEmCk837P1y+ozru TAw4WL5odNT1g7OwYElTU9U9o5meb98cDofjAzRylH0XtcCZ27mxwcXFxU85LhynhJr6DLSKSr42 m83LHD8HuIoVrVar7FsoDhqWdlbLH51Qvl5sRAqnXIu2arfbnU6n1+v9kuM6evT/i0FFoLulhWlt iKb9j2vU5sD0H2jlKlyLK97e3iZJMhqN7nLc53iIEo85wn9XC9x2mqY0OGqCYrg4CsWyfQkWtfLh dKfhcAibXPT79+9Zlk2n09ls9muO5yrgpWrgnmnbyWRCm9/c3KAvSfhAihVnxSyC5ZORKpcYj8cQ ykXn8/lisVitVr9t8Hul8EcVoFulkV9fX1ETFKAyjLQwv5YS00mkWZjFHJ6enuhCopXLqX3e3t7W 6/WfVcNf1YFumHZeLpfICudEa4iucJYl2dJDIJechAiLZmEWo0CtiNQ41Q38cJwYNDINjqBwaTIc 8QtHhcklgne7XWRLb8GN0SzM8vkwK1rt0n87Tg/amWZHWeIX0RXj18jFk0nVyNnInbD998yW/cT1 wlH4FbkMf5A/nky0xe0lW8zBmS0RB/KrhErKFbkMfPgoAjoZlMm27KesLw7h1+YuTLmQS8AlQ5Yn u2xLx4H6hV9+n4RqOBxiy0auyzYSHMIv5DIU6nQ6ZMuMg2TLTm5UKMavhV2cud/v84dkyyRUirlO bjworF85M2F3NBplWTafz53cCFGAX4m32WzizAx1FXb5BIZCTm5sKKZfxIsz88t3d3c4s4fdaLEv v1viZUCkSSp35jhRQL8WeU28mqQq+1EcH2BffjWh0W63GRMReV9eXly8MWMvfjVhxZi31+uRNk8m E8ZEHnljRgH9Xl1dMeZ9eHjgT/hDF2/M2Fe/Zs7KrBjzunhjxr78kjl3u90kSbIsM3Mu+yEcn+Lr /FrwJXNO03Q2m61WK5/TiBx76VfBl98h+GrOyoNv5NiX31arNRgMHh8fNTLy4Bs59uJXL4w08vXk qhIoxi/Js14YeXIVOQrwq2ln+PXkOX7syy+DX+e3QqgJv8fZDFBBaP8CI9lwf8oX428l+LXH1Gac dc0AR6RJi8ViOp2maar9ZZ/tP6pc/mwdONxMVyssl0uUiDkjyeFw2O12d+wf3Br/Rs6vkUv0oQNz w7Mc0zphMplkWYYeEW+/34e+HVUawpdHz8/Pkb/5/ZGnFtwkVsNj8owEIB5zVDMkSULKRGbV6XR2 mLP82VZuIISY+ZV4iT4KPaSOesZendDdgKwY5Ypc1dJ5T65MO3y5r5U50fIr8WLLKBdyeUzM57Jm aG6g+ja7d+5rY75W1o3HY5vCipBibmkdjAtQrkqL2DPWCqbZxufkmkUjdqVY0Ybg0JzJLghAyhsV espu7LNiN5s7QjCJyjTWxZOhOdMP6Y3KGws8b93QeLf4OUKLtkkbeuDhRUXqBhslkZQycF5FtopD 4qXX0fc0qD9W0ac6QK1ELNMqrAizrHDGVTPq9EYX79fR2KyitFWyknAMFIdzGvS9/52Rc3wILbTT tv14tiBZ2kzWp8hrw6KyG6xiaGxqqtgWwtI3MoSzzQzcNKfhkbcwlEhrrbuKM6xKrbwROrPVWvS0 +RBoIyHNKJdmsKld3uen2HJmzTZjKfauxMVbGNpLqMpXo7xKgwLxmSkOySVnJuWzQrgu3gMhl1aV lTRNz0yx1maE5BIp9CrhcueLMMfXYdWAoRhjFMUqFXtSim3VzXtyFXbdlo8FqwlsKiYWrzZV7I7O crhyDK+Yz+fEXGzZyNUSBef3iNCIWBQTi1WF8hQlRk22dB5cQmszFHOd3JNCRq1alGTUuOU0LxGM kLHQkOUCRIfLIGGWbkPnYZw7Ho9xjMFgQELl5J4aolhVoK3EN0LGQlWTf70p3h6u0d3NqWgNmV0u l/i/zoxIkuT6+hrfuNy5+MRxLDQ2J2sgKFpeQiYii+VVfvjCVpX+97X6t04Q0AJX3FjMYgtaEEgX oiPhGBoK+VD3PGhsjthQrX4isg5i0OEpOothlZ+cYgdtiPFwVbYWZmvRMrTi8zrnRcySShEFkK08 2Wk9PxqbszbQl1i2w48gGg3CF1zroBywDMC3/BxOibB0CWglYeMPydzQbHgalzy57GetKRofHV6m U67Q4P39vQ66gu4sxySH/s0PkSqJMV0CWhEsPQQ3lmbNkMt+RMe/LNvhgzp5kOgM1+gR7mA8CcC3 /JD/0tl5WsGr1a1hhuz8RoWQaJi6yg/ltLMmt6Al2VtnX5obO7MRwkhRoiuy7FzRLdihwOE7IKe1 KgiZMq7Dw4i3fqGMe3Q4HA6HozT8AytOZHcNCmVuZHN0cmVhbQ0KZW5kb2JqDQoyOCAwIG9iag0K PDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMTYwL0hlaWdodCA3Mi9Db2xvclNw YWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9s YXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMTM2OT4+DQpzdHJlYW0NCnic7ZqJ dppaFIYLAgIqQYvGgTokxqg10Wg0Vk0c4hCtGjUOOOHc93+Ee0hy23tF20iJ0rX6PQDrW/8++3A4 mw8f/vJuQAD4MEDQL91gWIUgKIpihwBRwT8zBHIIqsZJrY4CHEmA/i0oDY5uF4RgFYqTlJ45tthY uxQcDqfTJRmngz2mSQTeZodghM5gYl0e/0XwKhyOSOD6OhqTTDRy6bHSuGpTgCA7jKAYq8sbjCbS uXyxVHqQQrlckUy5mI64TSSywQ+Eh+sYm/simsqX682nTrcnBQ7QlwzXrt4FrNoNfpAKI/XW04ub zEO9zQ3H/GQqkdlvMBm17oOsDhUtQBhR64wOfyxTbvaG/HS+WP4GK6ksF5NO8eoTJfIDtT0yu0Op UqM3EuRWq28HYTntFsNiPxghaOv5dbbaAXYHk9vqB/T0rC9eaHA8sDuY3DY/CMFp1v+l1BpMFwfM bpsfpMKPbP7EQ3s0O2x4m/0gGKMs3nhJCXqb/GBUY3LHik9K0NvgByGEwXmVaw6VoLfBD1TXFrir 96dK0BP7QQhpPIuXu5OFEvREfqA5jj6Fcq3RXBF6Yj+ENHkSX7np8tBmL6z7gdX3KXjfGiujuiI/ SEUw7nhFMfGJ/FCtJZBpKmX1ifxgjHZESt2JUuJb8wNvXuYsUR3MlBLfuh+iMfvTTcV0h8gP1dmC +bZyyrvmBzZne6TUU0z3iv30rlilr5zlt+6nNpzGqwPF7C4iP/yjO1EbKtnvLFFXtl+yrpy3x7eV 4HclU37gc19uFnO+XQixcvitwMOmE5nhx/1G9tKm++5ncH+R1r+r5ZwfcJ22zLQeSwmvWfN6fwWr 9Sc3XyXtf6s533ssF+5z8pK9i184DcTr/SQ4vjivH6Sc/lbLCVfN3lxdXshKIOD32I1a7PUCGkYp NlToSHj/ruajZi7ssdss8mI+Nuq16n+vdyEEHE+zUk73yylXiXsstE6rkReSwNHvt8/geG88T0lp 4CXfzl/ZaRxF5Eb1n/EHBBrEFX3Y/QADytu485s1KAzJz4+rF7AAdbbL3BO/a4GF8t6cGjbPAWRE +Pw9T9YGs90CXC34p/sgS2Fb5ijyAatpR7jQ3jHA5WxQS55vHlPIC+hgsy9V3y1AEF+7EHbQ6p8O 8uTxU+F6Z2THAJfTfjXpPda8f3xCh2jN3mSV2+F6DTRvKxey7yM+IUA1bQ9lG8M3VxhUt/tw49nH 6hOAEdLojhbb4zdu0qvFlKvdfrZR2D7ie74B1Fl8iUqXf5MgOOEOGtmQ04DvJ77nFqHZwG21x89/ XWJBr5m/PjVqxCO89wJGCIMjmK71fj08AsUFelHPsW5P1RWAYJRkXKF0tTv++R2+MF7sN/Ixj4VS v/ebbU1Qw7iCt5X2cLrYbigc6bnH++i+9Z57RMM4A4lik+NnW8aXwG467FQzkTMz9e7ngk2CBtYX y1Xbg8mG8e9KsBtzjVIqeHK87/ReBFGCtrhDyWK9M+BfJtQ/ptrCp+SIa1UyMb+d0WL713v9O8Jo 90Vui/U2N+Kns/nihfl8NhkPus1KLn7ptujJg+gBYBVG0maXP5LKVx6fuv3haDzm+fFoBD5zW7VS Jh70sIwOR/a3sawhRKg1mJ3eUOw2V6rUHhvNVqvZqFfLhUwiEnCzxiMQ3sH0Xn9u0upN7In3MhxL pO7S6fTdbTIeDX32OK0MRWKHC++HoZqkDCar/cR97vX5/T6v59TJmhlaSxzc7sUQRjCc1B7pPzIm ASNjoCkNgaGHrOz/EBQRTI0TBAkgcDWGCv/kKcTumeefJ1WvvOWfxkMg/lz+yx/EPzV3JWgNCmVu ZHN0cmVhbQ0KZW5kb2JqDQoyOSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2Uv V2lkdGggMzI1L0hlaWdodCAxMzQvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVu dCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDMwIDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVu Z3RoIDIwMzk3Pj4NCnN0cmVhbQ0KeJzsnQdYFNf3960oKpbEYEdEFKUp2LFELKggKEJARbGgRjDW aOy9JD9rFBUQG5YoGFBA7BURpBejsbdYoomNsnTu+90ZWYc7d5alKf+8nuc+Prg7MzvlfO73nNum QoUv9sW+2Bf7dKamplY93/T09CZMmDBR2vDtOBXM2dl5lAo2vJTM0dHRXgWztbUdUpjZ2NhYlZJZ WloOUMHc3d1/K8wOHjy4TwXbs2fPrlKyHTt2eBVmnp6e21SwLVu2/FpKtmHDhvWF2bp1634pPcPJ Ozg4fG5GlZmGhka3bt0sLCyWLFkya9asI0eOnD17Njg42N/f//Dhw4W61hf7Yv9f2cyZMz83srRV qlSpXr160E1vb28fH5+AgIAv5H6xL6aK/fDDD58b34+mra2NIHP16tUhISGHDh363Pfmi5Wh4fke LiXzU81+V8EQ9QWUkh09evSYwI6yDJ8HqmBBQUHB0oZvFbCUB5yhxT169EDmgrRLimJ8jkgbZ37x 4sXIyMgYzqKVGjaIL8zi4uISEhKSClqiyPDhDQn7448/rufbzZs3bwnszyLaTYFh99uc3ZIwbI9/ 76hg9+7du8+yexJ2V9pUOQg+fChhDwTG/JAy5mmLf1T5FSlOXpVrlLqHt1km9WiknlfxPEFoTA+E 46EiKg8416pVa9KkSTgNVJ5MivE5kmVA9/jx49evX6enp2fkW7qEySQsjWWpLEuRsGQJey9h7yTs rYS9YdlrCfuXZf9I2CuWvZSwv1n2QsKes+yZhD1l2V/S9kTCHkvYI5YVWrEUowJRUicUqUKQqhOK hDkE5bPjbGhoOH36dD5YEgsxVBgSjGcBiDIk7AvOX3D+gvNnx7lKlSpr1qxBRiCOqxFOX7t2Dc8R TGUK7AvOX3D+gnN5w7l+/fpOTk5iivHJyZMncRXgK5NlX3AuFGfAEhsbi6hm+/btq1evnj179pQp U9zc3PDHihUr8CHqz6ioKPh8ucUZnCYmJp46dWrnzp045xkzZkziDBcyd+7cdevW+fr6Xr58GX5S nnGOj4+HM+/atQuXgPhzwoQJLi4uEydOxN/Lli3z8vIKCQlB5Km8baSc41y5cuUuXbrAqfBEKJCR GuNRAsOsrCwmy19wlsIZsotqH87v6OjYpk2bunXrVqxYUeoR4Ks6deq0bt3azs7O3d0dvgFIywPO gOvEiRNz5szp3r1748aNEbwpcaRatWrp6OhYW1tv2LABtRP2LQ84g8qLFy8uX758wIABzZs3V1dX V3IJ1apVw2XiYlFHHT9+HDD+38JZS0sL0XVAQAAF8oULF/DoQWtWvn3BWUWcwRESk6FDh8K9i/dQ 1NTUBg0atGfPHvjq58L5ypUroLhVq1ZKaiHll9CrV69t27bduHHjc+EcExMD3+7atavyWkjKcOH6 +vrz588PDQ0t/zhXqlRp8ODBPLxCkBFQIbICklkF7QvOheIMsvbt29exY8eqVauW/AEhaoKsb968 GSx8MpwRjIWFhTk7OyNaKBUfa9myJSJbQP0pcY6Li4O8NmvWrHh1EWUNGjQYO3Ys6rdyi/NXX32F xOfYsWNCUYZG46zEIH/BWRWckTn27t0bDly6TwoO2a5dOz8/Pz78LlOc4X6zZs3S0NAo3UuA6erq enh4ALSyxhkO/L///Q9BdalfApD56aefUFGUN5xr167t7e0tzJQPHz6MiALOnM1Z6eCckpL+9m36 P//IXr6UvXiR/u7dfxVnMLJ48eJC5ax69epff/01PK19+/bIznr27NmhQwf4ef369fFVofuOGTOG z6nLAmeIMtwAybsSOUPIgVM1NDQcNmzYxIkTZ8yYAfanTJkCKe/fvz/CctwBJbUZIl5LS8vw8PCy w/n06dO4q4hqpM4BX+EkETDghHHabm5u06ZNw7/4e+DAgbi0evXqKYnMcXOMjIwACzgtJzhDQcAy Jcq4FQA2O9+KgzNYffpUFhGR5ueXun59ysyZyWPGJNvZvbe0fN+37/uePVN/++0/ifOdO3eGDBmi hILGjRs7Ojp6enpeuHDh9u3bUFiqowpZ3vnz5yFecCrQreRQBgYGSIVKHWdghdAU2S7zR4EA0gek kEePHoVzSnVU4SDXrl3btWsXqh0tLS2pS0AADJcrdZxxD5Gno7aR+l0gjCoIpwfZwlOQ6qiKiIjY v38/6iigLVU1IXpB7Y304bPj3LlzZ2GrFzLlixcvKkS5yDinpmY8eCALCkpbvjzVwSG5V6/kLl2S O3R4b2r63sTkffv279q1kxdj47eGhql79/73cI6MjDQ2NmbeanV19X79+h04cABOC2ZV7HcGF0FB QSACMiHlSz4+PkC1tHBGMmhra8t03W+++QYZGWohoFSkfmccc/fu3RAOZhVRs2bNlStX4pilhTNQ mjdvHvO3atSoMWjQIPj59evXi9TvDAxBip2dHUJZ8WFRxTk5OVGB9yfGedGiRfv27RMG2Dgf6Gq2 yArFOePWLdnu3anjx6eYm6d07oyS3KlTcseOBVjmcQbLRkZynPfs+Y/hjJpcR0dHfJ8hrxYWFidO nIAQF3sYCZRu/PjxUjhs3bq1VHCGswE6pruOGzcOF1iSYSQA8ODBg506dRIfHwEt5P6BYHB4sXGG NLu4uIgDbDwFZDT+/v5gs9jDSAApnuPgwYOZx0dFkZiY+OlxhlcsW7ZMOPQaNQ/uvBhk5ThnPH+e 7uub5uKS2qNHSteuKV26SLKs0GWO5bcGBv8xnK9cudK0aVPxrQbgUGQK5OKNCgOnCMLNzMzE4TfS WHd3d7BZEpzhbEjexZeA0Do4OBjAlsqoMGAILf7666+pXwEgSL2ZRKuOM8KACRMmiO9PgwYNtmzZ gm9LZVQYbhSeKfIg8b1Cxh0bG/spccbFoiY8cuSIgmWEc/CunJwc1XHO/Ouv9C1bUm1sUs3MUrt1 K4TlgroMlt/q66f8h3CGA7Ru3Vp8q21sbBDUle4gT7jx9OnTxe0zCCP37t1bbJwhapaWltQx8SsI CeDAhQ7y5AeJIVODz6syyPPMmTNGRkbUz6FSWrduXUlwnj17tlg3UQEiQSj1QZ5hYWGQaarqwH+/ ++47vmXsE+CMB4QYW9iIferUKThzDmeq4Jx5/376+vVp/fqldu+uEssiXQbLb9q2Tdm9+7+BM5y5 T58+Ys+cOnUq2CyjMdseHh7ilnN8cvr06WLgDE4hatTRUD+sXbuWF2XlOIPivn378hwhl0dtA78t dMw2HHvIkCHiH4XwFQ/nTZs2UbVcpUqVRo8ejR8qozHbuMwZM2aIM6CZM2cyWS5dnHGxCxcuFOoy KklgkpNvynHOfPUq3csrzdIyrUcPVVkW67KBwZv/Fs5z586lqmg49pIlSwBd2U3BALN4jmKiDQ0N 4Y1FxXn79u3UQBdghXycYpmJc3R0NNWri7vh4OAAYAudggH3Hj58OHX3tLS0wsPDi4ozUloqgAfL EydOBHRlOgUDl7B48WLq7qmrq3t7e5cpzri6FStWKA4FQwQiZFkZzjJZRkhImp1dWs+eaQC5KLr8 vqNRch/DFBv9NKc26a566TNbZS7QzVzaMvuQZU64W07krOzYZVlJmzLvHMp4cj79ZZIs+d//QzjD i6jKGff5xx9/VOhymc6oOnTokJjoyZMnA1LVcQY7mpqawiNUr14dmaaKM6rGjRsndjYQGhgYqMqM KjAyaNAgand8AqZUx/nGjRtI8KkTwIkpWFYR56SkJH4xDaRIKuIMw68vWLCACgxQxeHGlh3Opqam /v7+CpbPnj0LanIKGpvlhw/T585NMzeXsyzQ5VQpljuYJHdvn2pvlPGjfvYmvVyfVnmHdcnvLYk/ ig7xbyEvv2uT35uT37Xk5UgzcqQpV5qRgFZ5Qe1zz1lnxa7IeHRS9vavtNSUcoszvBF3lbrPSJ0A zqeZIAmNBndUtghhDQgIUBFnEEpFvKiOEG+IdZmJM1Bq06YN099Qp6k4QTIuLo6CEVfk7u6uOs5L ly6letZ69eoFygqdUQVCr127tmHDBjw1XAiqta85a9CggZ6enrW19Zo1a/h5YUpwRpoMSEeOHEmF GaNGjcLnZYGzmZmZcKAI8mU4fI7IxEF25okTsqFD5SCroMvJvUxk442z1+rn/daGHG0NNrmiSwJ4 kDmWfxewLAc5n2W/JsSvMfFrRPwaEl+UBih5R/VyLo3MvOUje/OkHOK8fPly6j63bdsWD73QCZKl hTNPNEJK6jQ6deoE1lTBGYkqFShaWFiANfEUDCbOIILZwAubNm2a6vOdgcxXX30l3L1ly5YJCQmq 4BwREUENF0G4fuXKlUInSOJHoeDiNnbKateu7ejoePLkSSU4w2JiYqhKCSG3n59fqeOM6vr48eMK lvG3ou1LGc7JyRlr18r69OFFOY0HmcVySreOaXYmWSsM8w61IQF65KhePsu68uIvZFmbxXITFsua 8nL4G3K4Pv7N82+VHTY5/cmF1PevywnOeDRUjMrfZ6kJkmWHMzzTxMREeCaQiZ07dxaKM0ihPLBR o0ZQK+aMKqlg297enul1qCiKtHzBunXrhGEGLmHhwoWq4EzVZpBpT09P5fOd8exQFRcKstA0NDQQ byQmJkrhDAsKCqImzfXp04cS6BLijNP49ddfFSwj3v6X65NSjnPW06fpM2bIevVKQ1Giy107pY9t n7PVkAS0JUfbcCDrSeqyfxF0WcByfXLoa3LoK3k5/E3OKYuMO76pyW8/O85wNiq4mjRpEpPlssYZ BkeiQu7OnTsDGeU4wx+oS1i5cqXUBEkpnM+dOyeeo9G9e3fgViSckboiQhYeBCILRpTjDBWmqARB d7gVFKVwBlAIrZUM5JYy3CsbGxukBlI4w6ZMmSLcpVq1avyI7tLCGV6nWOAL0o/7n5ubqxznrKQk mb29jAeZZ1msy2adZWNMc3cakqNtyTEJlktBlxUs15OX3+qS3+rgj9zjXdPv+fNQfxac4WNUc27T pk2RrH0unMGmlZWV8HzU1NTAuBKcwaa5ublwF319fdBXVJxh0AgDAwMeEIQoSMbh84V2VIlnRyLl pyjbvHmzcpzh3sLtERifOHFCar4zz7K4d6xI1rdv3/j4eCmcr1692qxZM+H2tra2cIxSwdnZ2Vk4 9Ov69etgVjnOmVevIln+qMusPqk06445m41JgD45pi/JsqQua7F0uVEhuqxgWV5qk4Ma5Ld6OeeG yF4kfBac9+3bR93qxYsXv/msa4UFBwdT87DGjh2rBOfQ0FChqkJ63N3dxfOdVcEZBq8+duzY7t27 IdYAsNBhJEycQSg1xBQqD2alcAae1OgdsMNkWYHz/PnzlehyRYEpx+qmYFVnauYFYnLhxnXq1AHj JcdZV1d3//79CpYvXbrEsyyJM1gODZUNHFhAlwuynNqzc9a89sTfgANZNZZ5XfbXJoG65LgeOaVP zhiSc8bkvBE5a0BO6pGQliSwOfEH2iqzLC+1yIGa+DYzdkXq2xefGOeBAwcKbzVEAd6lHGd4FB4B v0L7xYsX4QaAVDnO2ObChQv84vDYBc6gBGcQCucXnlX9+vWpeFuIM6Vr8Jbbt2+rjjPoO3LkyOrV q1dJ288//4xgWHWcYagQhD0+NWvWPHPmjBTO4EJ4CeD0+PHj/LBtJs7h4eFSSwnp6OjMmTMHcezp 06dPnTqFS1u6dKmZmRmT/apVq27dulUK5+joaCr7wF0qIc44jf/973+KdUUCAwPhybn5xqQ5KyxM NniwEl2WDe2U62lMjqnCMofzUV1yyphE9CLXrchde/LQkTwZTp6OIE8dyV/25IkdeTKUPLYhDy3J fQtyuw+50YPEdCCX2pCgpsS3fiEsH6wpx/lADfyRE9Iz7VkUCP40OMPtv/nmG+HdHj16tHj5AgXI kZGRY8aMQQym6KHGH40aNRowYABQBYkUzoA0LCzM0dGxSZMmil34RasGDx4MEQSYYpxh69evF54V JIbqsVKwDB67desm3NjV1VW8fIESnH/99VecUqF+iPwXl686znD4li1bCo8ArKRwnjx5snDLjh07 4tEowZn5TijcpZEjR0ZFRYmHkQA91EjMJaFatWqlWDdMPNOZah60sLAoIc44oKKXGVDzKbMSnLPC w2WWlpK63K1Lhptp3hFDEqgCy4F65GJXkmRDHjuTFxPI8/Hk+VjybDR55iRn+S+e5WEcy9bk8WDy aBB5OIA87E8e9CEPzMn9XuR+D3KzI4loS040Ib5fKWP5gDrZXx0lz7dhxo0dQqLLDmfcUmEvJ2pO 1JZMnIHbmjVrkE5KPSbsO2rUKESnCpYB3bx585SsRwfxmjhxIjxfjHNiYiI1fQ+BHxNnOJVw9Atc +uzZs0XCmUrVlZiXl5fqOONWfP/998LdEQgxWQZu7dq1E265YMECxaQqsQElanve+vXrBwCVjArb sGEDU6MVAi3G2dPTU+ghDRs2jIiIKDbOeKY7duxQhNk4lCLMZuKcdfOmzMZG9u23Yl1O7dpVHmAv NSFHxSy3KcDy0VbkVHsSZ0UejyMvJpMX3wtYdv7AslyXv8tn2YZj2TKf5b4cy9/KWb5nRu52IXc7 k9um5LohuYxQ/GvyG4vlDzhXI/vV8GFmxI8p7/4pa5ypSh4CBBcS4wxdRkBb6CpzQAkZH0gBy0AS By90PSLs4uTkhF0onPEJFW+bm5sLR4gpcN67d69wM21tbQBSJJyhOKq4YgWuOatIOEN9hLsjEGKm z0hIhV3VqAD5SFsKZ1DQoEED6txQ0yL3UT7IE3gyW8+Q5vMZtBhnpBjCrnAE54r27WLgjOpdGGan pqbmFrQCGfOTJ+kjRkj1SaX26Zy9oR0JLEyXz3Qgf9iTF1PIyynkb4rl0QKW7QuyPKggy5wu3+tG 7nYldzuROx3IHRNyux25bUhutiVhzYh/3YK6LGB5H0pVlOwLjqlvn5cdzuAU9bnwbltbW1OLC/Em Hv8J54EPgERARzELEQfOBw8epCJYZGH9+/fHLiYmJlRIgHD3pWitMKqqQeAqHMKtwJnaDLEcUC0j nIuqzvHx8VTuiZxXjDPSW2GDFRITcMTEGZ9fv349JCREvGQT9DohIQGIKR+z7evrK963Tp0658+f Z+IM69q1q3Dj5cuXFw9nZFgHDhxQhNm4ulyRfYRZJkv/4QepPqnUfp1ztnEsf8iXWX1SJ4xJki15 8QN5OZX87Ub+diUvJn1g+dkYOctP+Rjb4QPLjzmWH1kVjLF7y1m+151juYuAZWM5y7f0yZ965M/W 5LoOudSA+NZSxNgFWa5C9lUmPlWyTw1Iff24jHAGMtRSOUjuxDiDHaoXFbnzqVOnXnITn/Htzp07 +eHWCKXGjh0Lp8JXhoaGwl2QoIWGhuIXX3HLkmzatImHHTtOmjQJobUYZxxW6OQ1a9ZEVijG2cbG RvhDy5Yteyayz4WzOIres2ePGGdUgMJtUE8KVzAQGvDBzWeuIgLd1NTU9Pb2Vo4zagM8C/Hu7u7u UjhTQ9lHjx5dPJxdXFwU0oyEKDs7WxLn7OxMLy+ptq9U8y65XsbKdBklvB956kpeTZezXEa6LGe5 jZzlm7rkZgtyozmJa0xC6rBYrkJ8gHMl4lMx54R5yusnZYEz/JCKn3GfxTgjFBTW5xBT+CTVUbVy 5UoHB4fLly/zWTMeljBHw9+IA4UdVaB11qxZI0aMwMGZTWEwHITS93PnzolxppYE2bdvX/nBGYaA R3iEFStWFNoOhvpNCue7d+9u3LiRuTYyHuVPP/10W3qtMIUNGzZMvLubm5sUzqtWrRJu2bdvX773 uUg416tXT7H2FyIEPF8xywqcsy5elPXrx2z7Qoyd6yFkWaTLJ9qRW07k1cwPLMt1eXK+Lo8jz1m6 zLd9Pcpn+RH+HiLPne/3zmeZ12XTgroMlluRmy0/sHyjGfmjMbnekITWI4erF9TlDyyTvRVQskO+ TX79tNRxjomJoe75pUuXxDhv2LBBuA1CJrBA4czzqGgEW7JkiXAXAwODx6KX2vCJMLOjStEaRkWq fn5+FM7gRag1yAiQF5QrnKnWMFdXVzHOtra2wm2AvBTOPNHidgyEMfziDKpMkFy0aJH40nATpHCG 4gu3RLxRDJy3bNmiaAFDPs5kmcc5+9WrdAcHdp+UWZfsjUrz5fPdyFM38mqWtC47F9RlO0bb1+sd JOM2Sb9BZNEk+QR57Umez5L3WH3UZQNal+UsNyHXG5HrmiSpPomqQ36vRukyzzJfsi4MT373unRx vnDhAnXPQZAYZ0o7zM3NCx1GMnLkSOEuQ4YMKdIwEt5ARN26dYXHEQ7e5nGGBwrzhVq1aiFCKFc4 z5kzR3gER0dHMc5UC8bmzZuV4Mxn0IBXuIulpWVSUpKYZSbOHh4e4kvr0KGDFM5Un7iuri4/eFt1 nBs2bOjj46MYzwlXzMvLY+OcmZmxciW7T8qsi7wdWwnL1waQlzMldJnqk3JQ1if1dh/J+ZfkvCE5 70huMslNJXnpJDedZNwhr73Jo+/ILSNOl3VpXeZZTqpHEuuQOA0SXI3JMlcqZkT8WLo4h4SEULcd Nb8YZ0TRwm3w30JxpoamwPeKgTOMmpq0fft2Cmd4VJMmTRQbIKkMDw8vVzhTUgghFuPcs2dP6leU 48xPh7SxseHbFnr16oV6mMkyE+cDBw6IL01fX18KZ8pPUH8WFWekD4qsGQ8I2ErhnHX1alr+VClq /nLG9x1YfVIcy8f0SIwVJ8q8Lk/jdNm1yLrM58tv9pLsVxzRbwsQnZdJ8rJJXhpJiyJPp5I/2zJ0 OekrkliXJNQmCTVJnDoJqcJimSs+VWS3fytFnBGXUrcdz1qMMyW1Q4cOLRTnwYMHC3cZPXp0MXAG s8XAGcl4ucKZGrFmZ2dXKM6enp6F4gyLjY3t2rWrnp4eYtcirUZy+PBh8aUZGhpK4Xz8+HHhlkXF WVNTMygoiN8MPw2PyuOMIc3JyTJnZ+YYzjSbjnm+0izHDyWvfvyoyx9ibJYuP1UyViS/7evNLpL9 N8l+SbL/KaDRuTKSlyEnmuQQWMZ98mw2udGC1uUEDTnL8eokXo3EVSEhEjjvrZB3uEHqs5jSwjk0 NJS688imxThTA3eROhWKs4uLi3AXyAcALCrO8HNqfRJ+FW4hznBXbW1txQY1atQ4f/58ucJ5xowZ wiM4OzuLcaaCmbVr16qC813uxXNILoq6uBCVC/NmZmYmhTMwFG7Zpk2bIuGM+l8xcwr5XV6+iXHO PHhQnjKLdDm1Z+ec7cbssSJgOdaaY1lFXVZhrMjrnSTrOcl+IUE0p9Ekl5A8Odep4eSeRb4u1yGJ tfNZriZnObYSialIjrNxljeLneitSKJLiPP169epOw+9FuMMiITbID+Nj4+ncAZZvr6+T5484XFe t26dcJdvvvkGv0XhDLf09/cHTVI441eoQYn8oFAhzthduIRIlSpVAgMDyw5n6GZRcR4zZozwCNOm TRPjPHz4cOE28+bNUxHn4q0VtnTpUvGlfffdd1I4b9u2Tbhl586dVW8K45caEw7plMT533/lq4uw 5i9nzjGRzJfD+3EgzyzNPqnXXiTrL5L1jCP6b47o11zg/Z7kpnzU6DxOo2G5aeTFMpLUQKDLPMsV PxQQHSBBtE+ljLhfSgVnuDQ1OATuKsYZJFLzcCG+Lwuutu3h4cG/P27nzp3AJyoqijoyRAq7CDuq 4FSVK1eGb+zfvx+7iHE+c+aMsKMKG4eFhYk7qsSJZ9nhvGnTpiLhLG7mWrNmjRhnMC7cZsSIEWWK M5UK8YakQApnVC/CLa2srFTvd0YucPToUX4bBO2ZmZlSOGd6ezPnL6dZc2E2s0/qQjfyYnrBtq/C xoo8UTJWJL9P6t/tJPMRyXpCsp5yMv13wVQ6Rc6vnOgsjug8OdF5ueT9cfJHs48xNnRZgTNKZEVy WCLkPqSZ+iKx5DiDIGqOAKAT4wxanZychJuBLBB97do1eAsq6pUrVyqaoPGVm5sbmKXcGHRPnTo1 OjoaPhMXF7do0SLFWO6qVavOmTNHjPOOHTuEw0jq16+fmJgoxhmJufCHgEZRcZ47d+6AAQOQEUi9 67ZBgwYDOEPQWCScwQJ1h/38/MQ4b9y4UbhNp06dlOM8ZcqUziLD6SUkJBSKM55aw4YNqQtEVAMw pXCGcAs3dnV1VR3nyZMnK/qnkpKS8gRWIGuGNNvaMtYV6do5e50xW5eDDcmTyUXRZTspXf7nZrew CGPvU7orAprO8m148foSkvmAZD4UEf2aC7yFGp3FRd35lhZLbhoxWOZLWEWyn0101oUR0jQXYZAn lbV169YN8IoHeQJAqlWKJ1RTU5OKhxFXR0ZGIt5GDkt1M1Xg5lJhF2oeR4sWLXB8Mc7UahgGBgZg RIwzNaSqb9++ILRIOPMWHh4uPmHecJeKOt+ZxxnsCKOUSpUqgTgxzsHBwcJRN6i4cEOU4MycToW6 CMgUivOSJUvEM6Bbt27Nr0wiZhnM6uvrCzdG5aM6zooGbdSE8EwpnDMPH2auESRzNCVHJcZ93Rgu qcs8y0xdzmc550H/P+O7/hLU0mxbbY3VlauuqFhhWQW+bL78A8m4SzLvcVA//hB4Z/GptLADS6jR +YZKAESLWebLGXazWN5+9bSHZ0qI81tuWSHhza9Xrx4eK3NGFR6HmGjKoGJIbxUznffs2VOzZk3l uzRv3vzs2bPi3BnsUCuLDh06lDmj6uTJk9QlwC3LCc7u7u7C4+jq6opZhiFoady4sWIzaKWPj48S nCHxzOkwNjY2t5WOCgsNDaUWheMNgZPUjKoTJ04Ia2xUxUFBQSrijDBDgfPp06fzCpoA5sy0ESOY 633lbDFiz60I/Za8nFHsPqmrkZ3s9miCYgXCwrL5spt8GEnGHZrobDHRLI1Ovykfws3EGUn07xJt Yqet3r97XUKcQR81Y27r1q1S853xRMRvb+GNfwnapUuXqCZuPG6p5TGxC+JDSDmzKQy6Ro3whAoz cQYOlIuChXKCM5WlDh8+nIkzsEVQIdxSMc6TiTOiVmpIPG8QaE9PTymcIyIiunTpIt4LWc+VK1ek cKZGePKrkqqIM9IuRaSN7aVwzrp6lbkOp2ykCbdMkIjlIH3y1+R8XZbuk2KNFXn4x7cOextWEWgx C+fJ8iFhGX9yUEOm74tSaUXjGKfRuem0RssSSVJDNtFXJUJun8qpD8+WEGd4HbUeFJ44yJVajQSg ob4dOXIkuIawamlp4Q/819fX96Xo5c68RgOcnTt32tvbI1rW4qxdu3ajRo1CTQIYpTqq5s+fLzwr hKmI3pk4g1ZqkKS1tfXTgpOqPgvOOKCwCRHV1/bt25k4w1asWCH8RdwlMKukKeznn39mnirCIYTi IFeIMw61a9cuqVeC8qO1mTiDQWTlwu3x4FRcvgA6rpjaDPeAR0nhnL54MXOt++yNRuz5y7FWxdDl 3IeDDl9sp7WuuhKQ83H+nqRfJ+l/FCT6IckUE10w6v6o0XnkjS+JU2MTLdFvlXXOvoQ4w6hmLoBz 7ty5QtcKA3G8s+EPFdcKA1a8g1EUi3EGIG3bthWeVatWrbA7E2cYJEmYDyLepsaGfRacly1bJjwI MhEE1VI4h4WFUWGSt7e3EpxBE3WLhNawYUNzc/OxY8e6uro6Ojoi+ZVq5cNXCISkcEakTZ0VEigV cUZqFhwczH+LhCg7O5uJc86LF2mDBonXuk+zMmHPXz7ZjjxzK0qflFyX0+5ZzDqiXWl5ISB/wPnS RCJLIOmJHNQ3ScYteeCdcY8jWphKvyLZig4slkY/ncvGObIiOcDKoA9qpDyNKiHOeGTUhGUrKyvQ pxxn5cNImDirPowEtTrlRbNnz35R0IQ4w7WoN9hOmTLl8+IMNITjW2CIYZSs5AlIqcVIu3btekvw IhsKZ5i/v7/Ui+9VNAQPgYGBUit54q5SbdqItOPj41XE2dnZWZE4x8bG5onsQ6QdEvJBlzmcFe+t yFxgxNDlAF0Sb11QlycWOlYk/f6A7/Y2rLRcWYBdEOcJRBZHZPHymJkmWtg4Joq6P2o013uFr/40 ZRMdwhbojKhFJcQZaFCNTmpqaoiEPxfOoKN9+/bC86ldu/bly5eV4Ayj5oloaGjAhT4jzlR7O2qn oKAg5Qvzbtu2TViJQU9RrSnBGbZ582bxWgQqWp06dRCBK1lnGz5AzWij3iapHOdZs2YpEmfcOimc ZbNnM95B08Mkd29bxnpfwfrkuWuRxoqk3rMYsa9RxWUqgYxScWnlDWcn5aZEk7QYDuoEIkuSp9Jy qPn2sQeCwJvX6H8lNfr9KRJbmYFzBFugc4/ovH/7T0lwhlHrQVXgRnLC4T8Lzr/88gvlGNCI56IX z1E4A0aq/2v48OGKHqtPjHNkZKSwpboCN8wVGCrHGXRQL8lCikG9nYrCGYZnR70HRxVr3rw5pPOW yITSTEULkPJLly6pjrNCmvGHTCZj45yentq3L6XL701N0xzbMXTZvyW51j+/Typfl59xuvx0VP7a fbwu23JjReT58k8BLWqskfdDSRENfqvMa1hn4rAG3y3Xstzfon+IiWVob7vYYeNj56+MPRIQ9+xR fG5aojyVBtHpt+SpdAbXOFaAaGHLGN97xWt0HrlrxRboQLZApz48X0KcgQPVZI1UFPHtPwXfHfkJ cIbDUCuLIlSgGsGYOANPaqgkZOvAgQOfHmcwS41sgc7u3btXlZfarF27luoUnjFjBphVgjPs1KlT FhYW4lczMw23xdraGvdZzLIQZ+q9PBW4ASE3C5oSnFHD4JL5r5BB5+TkMHHOiooSs/zexCRrsQFj HU7898HoosxfHnQktL3merXav1RRX12J2Zpd7cfWDe1X6fQ5q/vtVUXR7xPZrl9su35xfOluE7do Tdy9Wwlc4A2Z5tvH7uen0nzjGEuj+Zax1HASX4OB8xV2H3RGxI8lxPnNmze47VRXprq6+pEjRz4l znBU8QKVTk5OYmkW48wLNJVLamlp8SH3p8QZMTMV6oA1XpoLxRmMUK/owlPYvXu3cpz5+ZKou2xs bJjrDvGG6Bob+Pn53eJeIqkEZwBIKX6zZs3CwsJUx9nMzEyx+u6VK1fELPM4p3t5Md6/bNo+dy/r PY9nTLl1OFUdK/LXjW87etRusF7tq7VVa/9SWX2NnGiFRldaXKP+qGkt+p1oaX6BKsYWVztbxgpK HMq3w+I8d8envUnKl2m+xVuRSj8XdEm/5yZr5Efdednk7kC2QP/GwDnnmOn7t/+WEGfQRHX3VOAa Y5G0fhqcAQLV8FKBW/lEuD6YcpxhixYtotStd+/e8M9PhnNAQAA12AbHPHPmjOovhAWV1FLGeAqn T59WjjM/Zhs8RkdHI7hdsGCBs7Mz4LWysnJwcEDO6+XlhRQAt0LRDS2FM+ij2swh0xDrmyJTgnP7 9u0Vs6iwGRvnnJy0H34Qv0s9xcKY/M5a6z52QJHGiiwM1NHeXL3JxmqacqKryInO1+iqc5s2tt2o 0/cks5haXu41NCa/xH4stnFT58f98yyJyK7nE31PoNHCPLpgy9hbf9UbxPIO1kl5nlBCnGF4lFTG VyF/+F9Z4wy4Ro0aRYka31HLZFkKZ3i1eKSEnZ0dOPoEOF+8eJHqxMcVLVy4ELSqjjNopSZh8U9B +FrYEk7BUIIzagMIK/XriC7EL3dWjvOqVauUt4PBct6+TRkyhGL5Xbt2snGGjHfQBOiQB06qr3V/ PaGbiaeGrrs6T3SD9VUVRKvPa97U2lvb4phU6WRzvr9DNFdi8kusvDjKy8RZyKYTOKJvcKn0PWmN zo+6c1NIUlMGzqEViQ+D6LQ/D5YcZxhqVPEq961atYKjlh3O8E/oMqWq+O+4ceOovuZCccb2cHsq +8ahoFBw+DLF+eTJk9Sb+2ADBgxQhNkq4gxLTEzs0KEDdSgDA4PQ0NAyxRl3oEePHtTvamtr8y8h KhLOqMQUA0he569XQFn2o0fJ3bp9ZNnE5B2Hc+aitrQu+7cgIQbk6TiBLo8S9EnRupz7sN+S4BZG HjXbbquh615de3O1JhvVNDmi666o18x+nfZA3+bSpZvdaetRUdajoq1Ho8Tkl9j8Ejd7aZzsTeIH jc6gNPo5S6MzyeOJ7A7og6z0OXxmqeD8L7c8vtifNTU1AwMDywJnuK65ubl4UkDHjh3hivyaJEXC GbZjxw5qgCiOP3jwYLifEpwhTMhbdVk2duxY5TjDq4WLovCGavDatWsPC5oqOMPOnz8vXhi/TZs2 /DslywJnZFVU2l6By9wPHjzIN3SrjjOC85UrV/KfI4NOS0tj4px19WoBXeZYfmdinLNFj/Gex0ud VZ+//PfNnt/uqWu6o5axJ4hWbwWif5UT3WBdtWbjf2gxeH9zq30oWhKll8Nx+/GRXIniSrS9C19i uBJr7xK3Y29cbmpCftRNabRiaLdgFOgbP/Y0K9YQ7pzgrqWCM080vFf89go1NbUZM2ZAhkoLZ3Dn 4+MjdlqYkZERMFcsMVRUnGErVqwQXwL4CgoKArlMnIX2RMLEIIOXZcuWiUOa+vXrnz179qHIVMQZ 5ufnJx4lgk82bNgA+koXZ09PT3GeVb169fXr1yv6rVTHuUaNGhB0/nOoALNZG5bh60vp8jtj4/dd DHN9WhXQZf5VjzF9BfnySIEu24rXFTl21ajHrtpdvDVMvWoae9RouxVEV9P+VU1rkamOrWeLITu1 h3g3t/FuZv2xaA32bt/fe6CZt2PHHWM67Rpvtm+sxe+jnc47TY5wmhzp5IoS5eQazZUYJ9fYcdNi 79yI48aZ/MHSaFHvVcYdkvg1K31mtG/nHtIsLZxhcPWRI0cyXyRqamp67NixlwXXLigqzoAUUmhr a8t80RsvaooRYsXDGehNnTpV/D6m2rVrT58+Hc5ccpz5ZBnRqfhXwDLSFjHLRcIZKrx7927xS8Gq Vq06dOjQCxculArOCLCdnZ3FY1GqVKmCaurGjRvFwBmV2+nTpxUTqeQjmFkmc3cvoMvGxm+NjN73 NijwLnXF+5dvWKu+rsiCYK3ee+r02K3RxbuWqVcNYw/1ttuqt9qs3nLc3JZ223SGbdMetq257Tat oVubDd3aZMjWllbbrLt5TmjnNZEq7b1c+vu6uF5xmX6NK5Eu06Ncpke7TI9xmRGzaVtsXlqsnGi2 RlO9VynkZjsGzudY3VU+lZNf3S8tnGHgyNXVlfl6MnxoYWFx5MgR4FNUnHFYBHVIipmvMqzATQCJ jY0VzsUoHs480XPnzmWOVdbR0Vm7di28tNg4I0MfP3488yoaNWqEGu9R/uJCxcaZNxBNNQXwpqGh MWXKFMVCYcXAGXXm/PnzxUsZVODmcaxatQrACkeVqI4zKgeIMv85ajwpnNOWLhXq8jsjo7eGhik2 bWldBssBLcjdYQXz5WFMXQbLybe7j/LT7OdTp/ee2j121eriXRNEG3lUb7NGr5XjRl3HTToOG1t8 t1HbfqOW/cZmdht0bTY5dvKgQRYQPaH3PtfpoW5zItzmXONKpNucKLefomcsjHlyP5obOaaaRj8Y qWrvs0+l1MeXSxFnvutq8eLFUm9KBSbt27dfs2ZNVFTUU+4dc0pwxgZJSUkeHh79+vWTAhm1BNJb uBm1iEGxcYYBzE2bNlHrB/KGULxly5Zz5swBmKBGRZyhVkgG7e3tpQZLGxsbnzt3TjGepOQ4Q6OR IDAnQ1XgpjkgjsIpqb4wLx4EEvBJkyYh2WcGYKg9duzYIWS5GDgjU+A/h/pL4Zzq5ibUZbD81sAg bVQbmuXftchRHfLIQaU1de/3upvUcdihrwcdqNvPp3bvPRo9dtXs4l3D1EvdYLadntMvrUf+ojvi F53hP7cY/nNzx5+1HH4earZVkmUUE08XU4/vrQ/NXHB15sLwmQsjZi68NnNh5MxFUTMXRZ88GUXS oomkRhfsvXq2iN0axhhMUjHttl/p4vz69WvwiPSWOeFdYYjKDA0N4eFgf+/evaiWz3N2/PjxAwcO rF69etSoUR06dFDyJtkKXLa1dOlS8PK3yEqCM2/AgRo8KTQ1NTVkEFC6PXv2gES4rpBfABgXF4eL QrUwfPjw5s2bMxGowFVHdnZ2CQkJwuFhpYIzDFAMHDhQ6qdRNYF3nN66desCAgL4GVIKnPnup+Dg 4C1btiCiMDAwUPIm0I7/r70zgYtp/f/4jBRZQhJdW/uK9lBJKroh0bUlKmS9P1voXnIpt8gSF0mu SyXtUpIkdbmV7ZLt8vtfazXtk/ZUiOf/PWfqOM2cmWYS48f5vJ5Xr2mmZeY8z/t8vt9nNTKCiuNd 9SwqzsQo1e3bt/nhXOfszMVylbZ2g7t6K8itLMcNRYkqqGAuv31FuPbuu/r3SMco2WkRfe3C+9iE 9bYM6WV+vIfJ0V4jVqzSctmu4eKjtsBHdb6PsrO34jxvPYcdAlh21wt2Nwh2NzziPjp4w9qLm3yu 4uXapu3XN22/sWn7zd9Dbr6rvYFtu40RTR69opphwj5CgfMtJjpJ0RvW8PBYp+PMETRRyHP5rbDj EjSVbrjg5/k1P66maGpqmpaWxgtyZ+EMAlcFPxJ8S4F3Au0QrHzgwIHq6upaWlrASP/+/SGsbXf+ 5NChQ4OCgoA+rtmenYXzM/zki127dgm+tTLwuxO8YXjb8OY1NDRUVVXBbWVkZOCjCa4O+K3169fD vYuX5Y/BGRoPP5xrp09vw7KOTqW2duN/1Nr4Mgfnc6rC+DLn/OXkq5qzY2QdI/vaR/SxC+9tE9bL 8kRP06CBo5Z56Czy0lropeG2Wc11s4rrJqUFmyZPCBAQZi8Blg2OuBsFLTY+vG5+rPfOLO+d2d47 r3rvvObtf93b/0bAwZtNlddQ/Q3co++QPJoq6q6Iod6fhGqsqvFewCfCGQQBM1gtv61IOiwwO87e mOQlGJ8CZ07HF9i0hYVFu0dOiyRIM5csWQIZB++iqs7FmSNIRSG6FnJ6tpCCCzJ58mTOSklKlj8G Z8gC+OFcM2kS2ZeB5UotrSYPlTa+jJUh6Lx6+3vdt57zeDpT1TlOdnZ0P8fIPvanetuF97IJ7Tku cKjeCo+RSzeMWLpBy329xuL16ovXq7qtnzvmAF+W9YOX4Cy7Gx92Nwlc5RDqv/eKf8Bf/gFZ/vuy /fdd9d93bdf+66/YWaj+Kk40r0e3Hb2qTqLGmWqHz6bbPp8OZ46AF4hIzczM+CXUQgocXFtbm7M5 PO+Kqk+EM0dw64iOjh4/frxgpxZGYJQuLi4QBvOC/Olw5gw6X7hwAbIbfpNehBfci2xtbWNiYv6L n9X+uXG2sSH7MrBcqanZiOFM8mVgGUqCIso2QtmGKEsfZemhLF2UORIrtyah21NRzlRsf5LbU9Ad 7HHsRUO3qKHOkUNmn/rOMVzBPmygXaj8hEPahis36K1cP2rF+hHLPbSWrdNcuk5zkYfz6IN8wuwj i/QPLzQ45Gp4wMVo33yTvbMn7rTd8rPtViib8LIZL15rzyzwPD/P87yz5/kFnikunimunilufz0J pegZo8T5b2btetlqN3koVa4fSvnyiSVr1nCVsl27OhFnjgAlaE6LFy9uN/DjFUR0jo6O0H6gAVOu qPrUOBNQX7x4EfJlrh0GhBHci0xMTPz8/G7evMk7Z/sz4ExMI8nIyPDy8oKQSdR4A6JuCMUBQEio CZDFgzPJl4HlCg2NxrXKbXwZSuxgFPsdilVAsYNQDJSBeJHHvl6yRVdmoiuz0V9zUeY8lDUfZbkk nbdeEqnhFqHuHK4256SqY5jytFDlSYf1TdZ4GK7y0F/lofufdSN+XKu9co3m8jVOpr9R4Ry8UP+Q i8H++Ya7nYx2zDbx+WH0L6ZT5zK3CbsBwsHsn9tG3bhHU83cfn+dWTickcsQqrAMDDodZ2JwCiLw S5cu+fj4ODg46OjoQMrJNZuCsw2vpqYmxHI//fRTYmIioMRvCcbnxJmYRsJisTIzM319feEmAx9B QUEBXJucY0pISEDiCUkBIOzm5gYJ8oMHDwQswficOBO6fv16QECAk5OTgYHBkCFD4J5JHmEE2MGF Bw0aNGLECKgpqC+oNX5ztjsd55ycHL44T51K9mVguUJdvWGFchtfjuOwjONMZjl6AIqWRxet0J/T 0eUf0JVZ6K85KNMJoM64MHFFlIZ7pLrbKTXncNU5J1UcQ5WnHB1htmHF6HWrjNf+x2DNj7qrV45c vUJ71fKpdn68OC/WC3IzOLDAYO88I/85xr4zTbbNGO2l5WwhJMtQwm/5UoxevQylxLlAXlicC8zM Ph3OZAEdULlgWFeuXAHvTklJgQc3btz4559/8kknOwtYUSUWnMkCpu7evZudnZ2eng6JZEJCQnJy MjgghNPwKQBP4bcv+Mw4E+POwCNk8ZBfw/WPj4+HKCguLg4+BfALn+LRo0eC52x3Is7E3gXwfvji PHMmF8sVamr1rkpUvszLshxWUsxQhj360wFddkSXOTY9526a3apozRWRGu4RH4iecUJj/BZXM89l YzYuM96w1HD9Ej0P95HrFo9ZtIa3N3uhfqCrwT5nw91zjf1mGfs4mmyxN1vfx0NeeJwv/xtMMXpV tpcC56vMPGlhcS60sfk8OHd4zvaXg3PHJnl+UTh/zJztzsWZeP7q1at8e7ZdXblYfqmqWjdbSQhf 5uDcH50zROlTWoj+cwbHpgvS7T1jtFZFa6yIVHePUHM7pQpEzz6pMmnHdItNi803LRr780ITTzdD Tze9jS6jNiyYMcmX25r1Dy4w3INb86+YNY/ZPGr2RIa3sJG21HbJvOJErK+ba4ZJwVpenJvTmUKy DKXI0ZHGmcb58+NMzAqDII3vuPP69Vwsv1RRqZmkJJQvR/VHUbLYVp+QPqfbtUINgfeMhj+n+8aN 8IjWWBVFEA0erTI90Mx66wLLX+aP2zLf1Mt5tNc8o01O+j/PNVw332n87hZr1j2yCLPm3+Yb7XYy 5mTNW8ymzJX06ia8NWsdGl5XmU4xevXMnhfnpjARcC5evpzGmcb5M+MsLS2dmprKeR4e8J3kuXMn F8svlZUrjZVQDJ++Ly6WoUCWfdEapU1Cl75H6ZNRxlSUMQ1sOizR2DNaEydanfDoeaGa3/vOmugz x8p7toX3LLOts8Zs/cF4yw8GXjMMN8xxtPNebBC0WB+y5oMuhgHOxjvnmvzqaLrZZJaD9NYewrMM xTXue1SXSRq94uwfeB89UufFuc5HBJxLfXzaxRmax/Xr168KrWxRlPXRyhRFf3WSroioy0LrTxGV 8dFKF0WXRFFaWhqk57w49+jRA64J53mwad4dtjlqOHmyDcsqKuXKyi91FN8dG9y+L2OlH/bkBQuM 6EuTcJuejNv0tFspll4xmp7RGh7R6jjRau4Rqq7hqj8csrDzc5zkO8Pad7rlrw7m26eN9bY32TbV YOsU3V+mjP3R2XbWmumTtkyf5Gnn4D7GzU5xs5KMv7S0n2TXX7sIyXIXny6xt7eh2iuoLgvbJYzw 6JoUdK8PL86VLiLgzD5xQjDO4ERxcXGRtGh9nMg4M5lMT09PzvNg3/X19ZQ4v87KIvsysFyupFSu ovhm9+D2fRlYjuyLIvugcwYodTxKtUIXbXCoMZuuuWS3I07LK0aDi2iXMM3pAbZT/Kfa+k+22Tl5 wg67cX52pr62o3+dZOgzUdfbZsQ2a61frNR2aCke6Dd4fx/5gF6ye3r03tUdJ5r6QCuuMnB3v6ry BFSbjmov40S3enTJTso5JCUGwrIMpSIrSzDOEC+JtRXQ+kq0Zs0aBknEbiTR0dGQXlHi/PbFiwpt bcKXMZYVFcuHD29cP5i674ubZRznMyrogjlKtUCplnjgPRFs+n263dmzxttiNHCi1T2igGi1FREY 0fOP6U0PmDR170S7PRMn7rax2m1jscvabOeE0TssDf3G6/1qMWL7OM3d6qqBsooH+w7eL9NCtH83 IT16TZIDtrd2TRqqzUB1hEdfR88dKPvBWEKPUuVKSFQVFQnG+e+//xZvM6D1FSgxMZFrc6GNGzcS r7548YIS5+aqqsoJEz74Ms4ye9iw2hmDhfJlrMhgL50fixF9gUO0FUqzgWy6LNVqd5yWd6y6V7T6 T9FqHlFqONGqQPS83w0df7N02G85ed94230W1gHjLPeam+02G7PL1Mh/rN6OMSP2qWkFyakF9seJ 7jMQJ1oG92hJgUT339X7Wd5RVH0e1VxoIZoTdYNZ3+vHi3NjMDOXKSzO+Roa1ZWVgnEmcpz4+Pit W7e60aIluvT19bnWdxgYGBBrJO/du0eJ87vm5uqFC9uwDGXo0AqjISiSZ0yK15eB5YjeKEIGJeqg lLHYGPSFcVjgfXECx6ZTzxr6xqp7x2BEe3KIjlTFiD4FROvPPGTqcMh06sGx3x8YY/PbaMv9JuYB xmP2GhntMdD7TXVk8AAg+oNH7+2JEc3x6O18ifZKmfm+6gw2mRMjOhXVXmrx6GJvikgbEmdXESLt ojlzBM/ZrqysTE5O5lzz8PBwFRUVBi1anaFx48YlJCRwmtbly5ffvXtHgfO7d/WBgVwss4cMKRsy pPnwwPZ9GWMZSi8sMk82RudHt4Xaqj51QvBp7Vai1TyjVD2iVHGiVdxPqSw4oT0r2HBGkJH9YUO7 QIOJh/QnHNQb95vu2P0jjQ8pGxwbNPKoPO7RLUSTPZoyj9Y6+F1d2UlUdRpVJaDqs6g6uSXqhq+U +5DcYhYMEgHnsgMHBONcXl5O9EyeOHFCrPVP66tSjx49oEVxmtaZM2f4nYLRdPMmhjOH5WHDAGdg uWzw4IZVA4XwZZxlKKd6obM6KNkII/r8mFaiIfCe8CR57J5Ydd9YtW0xarxEu4apzf1D54ffRzkE j5wSPHLSkRHWQdoWgVqmR5RMjisQRGMefYDCo8mn5PTy655272dUGYVt8VcVjxOdhGpwjy7dS3ky bOMxEfq086SlX2ZmCsY5NzeXSHC4zhemResjRR4xgbZHiXNzY2P5yJEtvtzKctl331VaDkJRQvhy RE90CkoPLDJP0kPnjFps+jxu03j/WNZZg10xar4xQLSqV7QqF9Fu4crOYaqzTqhP/0N96jEN29/V rI+qWhwdbhYymJtoUs9Yq0e3RN1Mb+ZvGfPevwxDFadQZSRO9OkWosGj/6tH2addbieCNbNUVatK SgTjfPfuXeKCQwYk7vqn9VVp2bJlROt68uQJJc6gand3IsbmsFyqoMBWHtQcKCcsy6eksa/xqjjR BjjUJrhNm6IL5m8vWKQm6PrHqPjGqG6LbiU6si3RJ5Vnhyk5hijZn1D6/vhw6+PDLMOGtCH6CEF0 y+iVjH936R1SEHVL+HRZfcbqLfsoenkCVQDR4bhHx7QQXfQT5X68bxOY+TIi4Fzs5lbNIy6cL126 xLnasbGxkOyIu/5pfVVycHAgUjnKY6paDoQ9fZrsy8By6aBBpQMH1i+RExhjk1mWRuHdW/rEzo5C SfrYXG7Cpi+YN6eYpyaM3MUhmsqjXQmiQxXtQ4Z/HzLMJnwoN9G4Rw9vM3rVvccOKc8km6aSg6j8 KCr/A70MwYk+1RJ1w7f/DKXuBHMRgWUo5WfOCMa5rKwMkhrO1QauP/Lgb1q0uCQnJ0dM9Tx79mxT UxMlzm+Li8sNDLhYLpGXLx8xAEUI4cvhOMvh3VC4FDa2laiNzo5ASbronD7ZppsvmGcn6u+NUaUm OoKLaEW7CCB62PgPRA9sSzTm0UP39/0tY/rb0n2IfQixg1B5MCo/RvLoCPTEhpLl5hRmfm8RWM4f OpRrxJkX56dPnxKr2Pz8/ITZ14sWLeElJSUVGBjIaWDQ0sA+KHHG4u2VK7lYLhkwAErTln5C+TKH 5ZN4OT0UIzqRINoAs+nklv6xx+dMguI02kTdONHL23r0DCA6arhdJObR48keHTxAs5Vo02PDM3Lc UekeVLYPlR1A7ECc6KM40bhHs1ainK6UWXPFXNGsuXjpUl6WuXC+ceMG51JHR0fb29uLu/JpfYVy c3MjzpHMycnhh3NTdjY3y3JyUF6ayqJw4VmWRCe7Yo9PK6EELTzwHolDzcmmR+Op9LhXKeNSE/R2 Y6NXGNE/8faMAdEnlRxjFKdFKQLRE8Nb8ujRONGjjsqbHBvsm2pVneeFSvxQqT9OdABONOHRf6DC zehuT0prbgoVYYFzS5/25cvt4kwsYYuLixszZoy4a57WVygdHR0iAkxMTOQafX73geemcktLwJnw ZWC5uH//EnnZ1z592mO52weWoYRJYM/HK2GnvWOB98iW/jHMo0cTY1glKebnEvX8sPFozKPXtfXo eeHKs2OVHKNxj45o8WjzkMHWYcO3Xxj3/PGP74t+wWaGFP+KSnag0l3cHg0v3ZejZPn9dWaJvmjW XGBuzjUZjBfn/Px8otcxPj5e3NVO66tVSEgI0dKKi4upcX73rj40tASsudWXgeViWdnifv1eGvdF 4cL5MoflsC4ojIlH3cMxosGm23g0p7ubMypt9SrV+vY509B43R2xWuvJPWOnlJ1P40THKDpEKc4/ rf5LinHyTYe63NWo0BMVbUJFXqh4K4lo/w9EF22mPosKD7OrVjCEn9XZ0gmGD/MJxvnatWvERV6x YoW465zWVytoXURLu379Oj+c37LZbAMDwpcxlmVli/r1K5Lt27ABx1kYX8ZY7tKyty28FDeMwqNb 5pkQSzYmvb/0fX2abcHFiTkpEy4lj0tIMotKMou7anHuuvXVnKnPHs2perbwPSTCrNWoYB0qWN9K 9JYWoktIHs1axc+XsTD7BDO/h2gss7S1q6k6wcg4w5WDyIfochRwQgQtWh+pAQMGnDp1ipgeRj4c 9l1b1e3bR/ZljOW+fYv69ClV6/3uqNC+3PbgNhSjQOXRo0kzx6xadz8g9jOZ2Zw1BztPKnc+ynND eYuwo5nzl6MWotfiRG9s69HbsTz6hRO6250fy29TmIWKorGc26UL+8CBdvfZ/vfff4kb5vHjx3kP M6VFqxO1Z88eor1B2+OH89vy8jJd3Q++jLNcKCNT2Lt3jWNPbEBKSF9ue9gTNnh9RrVdj0aXODsU YZuZNGfORC/m4kQvwIlejPKX4kT/SO3RhT+h/xuN7kjyY/n9VWbpaBFZBmvW1KwuLW0XZ2L2SHR0 9MaNG8Vd27S+chkZGRE4JycnE/O33/Go7vffwZ25WC7s1auwX8+mraL4MleB38ICb5JHt+0Za+vR 05qvzEDPZ6EXZI9e3OrRP5I8Goj+GQP//gB+IGMsX2O+nC4yy5g1nzjR7ikYBQUFxNhBQkIC5Xmg tGh1rogJS1FRUSwWix/OzXV1bCsrjGUAuZXlgp49C3r0KFGWfhfUIZYJm46Qwc6mbBmSxqPu8y2j V+jCeJzoiRyimy9PQ8+B6Jk40U5to+5leNS9ChWswZ5/pEE9uEzqyi6fLnL3Vy5nD96ysnZxzs7O Jm6VtDXT+jxycnIiTASCQ87uYbw4Y3M+MzKKBgzgYhkKS1r6pUW39yFCxth8CvxwZB8M6g8eTV6B 1RJ1N1+eip45oOeOJI9eQPLopdirD9Uo10lxxdgvHTrCcm737hWZme2eUVVYWEgsKj937pyFhYW4 65nWNyFZWdmwsDDCRyBE5Idz85s3FWvWtGFZWhpYZnXvzurerWa2FAoT1ZepnBrC75hBWC9Zkj4x w6TVoyc1Z9ihZ0D0NJzomS1Ev5iNnk5G/9XHd/CjWFXBPZPzIrPUtEMsM5mlnp41JPHDmWzN+/fv 79yzFGnREiB3d3ei7V28eBEyaGqcm5vfsNklurpkX8ZY7taNJSXF6iH5anWHfFkA15F9sW29z6hj yzfAr1PMmtPGoycT0JPx6F8z9H9G6JEWevAduttbGIo55XUUs0hVdJDxUmBgUM1itYsz2Zrj4+NN TEzEXcO0viFJSEgQ8TZk0M+ePeOHM+hVenrhgAEffBlnOV9SMr9rV1YvicaNHfZlocrbUwwhsaUI sG8wazYy8nt2kOW83r0r/vqrpq0os2ZiWzDQkSNHxF29tL45zZ8/n1gyefbs2cbGRn44Q8hd7efH yzKUPAkJlkyXps2fiuWO43yb+SaeWTqOkdulgyznSkiU7doF9LaLc25uLrlDm86aaX1+9e/fn7xF SU5ODl+cQa9fl02d2oZlCQlgOa9LF2j5YH8NHl8Qzs2XmFVLRZ70xVWKnJxqKipqeMTFckVFRUpK CnEZg4KCxF2xtL5RWVtbE0TDAzabzRdnADovr1hXF2MZx5lgmVOAnbrlDBQiVpxvM5szmNVr8U38 OtDrRSrY2c25ubws8+J87949YmFLUlKSnJycuGuV1jcqSUnJo0ePEq0xNTX1zZs3/HAGNT18WDhs GC/LLZmmJKN6FuP9cXHgfJv5OhrbVESEfe8FsKykVPXgASXLXDgXFRUR98PY2NgNGzaIu0ppfdNS V1cnMmjQ/fv3yb3czTx6lZ7OGjiQl+WW0oXBHsNoPviZcH5/lfk6FuyYUazLyOveCSBjYYaCQuWV K7W1te3iDGF2WloacenCw8OlpKTEXZ+0vnUtWrSIIBosprS0VADOoPrz5/P79BFAROFgRuPPnwTn 9zex1RONvzNrNzHL7RlFalhI0CkUtwQYcnKVaWm1uNrF+c6dO0Rgk5ycrKOjI+6apEWL0atXr+Dg YMJlzp0719DQIABnjOgLF/Ll5ARx0ZVROZnxLrATcK6ezyjRZxRpMgoUsD63PClGrkRnIvzBlwcP rmhluV2c8/LyiHsgPFiyZAm9IRitL0SjRo1KSkoiiM7Ozn779q0AnOHV+kuX8uXlBQNSNIzR+NPH 9o9VTPwk8HKzPGhQZVZWLUkCcC4rK4ObHrk3u2/fvuKuQ1q0PsjS0pJYmhGJH2UlGGdQ48OHhdra 7ZDCZJTpMpp+YaATXy7OBXp6VQ8e1LYVP5whZSZWQXLmgNEDzbS+NElJSW3fvp1IBqOjo58+fSoY Z1BTfn7JlCm5zHZOhIEIuUyf0bi5I1B/WpyZzCI7u+qnT2t5xM+ayXsHnT592tnZWdxVR4sWtfbs 2UMQDSkhi8USjDPoTWPjS0/PPGlpYfApUWfULmQ0H/gicM7r2ZPt41NbUcHLMj+cc3JyCJbh+nh7 e4u7xmjR4is1NbWIiAhyJMlmswXjjJt0U92ZM6zhw4XkiNWHUWbEqF+Ocd3uOPUnwpmlplaRlFRX U0PJMiXODx48IE90Dw0NlZSUFHeN0aIlSMOGDTt+/DhBdEJCAmSL7eDMYZrFKps3L09SUgR/7MYo UcP6wF+tYrzxY7w/+jlwzpOSKnF3r83Lq8MlJM4PHz4kWObc6JSVlcVdV7Rota8FCxYQG79H4gs0 ysvL28UZ9LqhofbMmQJ19Xazae7CxNBmyTCKVRhsE0aFLaPakVEzj1HrwijR6jyWmcyCUaMqEhPr qqvrWiUMzsAyebLNyZMn6ePXaf0PafHixeShK/Do0tLSdnF+g6uptPTltm35/fp9iiC5wyVfXr4M MuXS0rq2ahdnLl8GlhUVFcVdP7RoiSAmk+nm5gYhJbkXNzc3VxicOWp8/rx87VrBs00+E8gKCmUb NtQ8f15HJQE4c6Z+kVkOCQkZPny4uCuHFq2OyN3dnTxfAgLOx48f82OZC2eOGp48qfD2ZikoiAVk 1tChbF/f2seP6+vrKVkWgDPn5Diin5/jy0pKSuKuE1q0OijwaCCaHHVD875161ZjY6OQOINev37d BD4XEVE8ebLgyd6dVfJkZYvt7StjY+sqKupbJRLObDY7PT09kqTw8PBhw4aJu0Jo0fpYGRsbk7cK BKL//PNPaPPC49yihoZXjx5VBQUVWVlh49SidpcJLkxmXo8eRba2L48cqXn0qL62tr6thMe5oKAg OTmZzHJcXJyampq464EWrc4RBJlnzpwhR57wLaTSouFMUiObXR0VxV61qsjMDHLbXH4rLgWXLl3y Bw8uNDcvW70avLi+pOQVrnoqCYMzZzsCYhM/Tn4RGhpKj0nR+sokJye3ZcsWcr8QPIbsEkjpAM5Y BM5RfX0Di1V/+3bVyZMvfXxKXVyKJk4sGDkyf9Cg/L5982RkWkrfvqzvvisYMaJowoSSBQvKt2+v io6uuXWrLj//VW3tq7bqGM6lpaUZGRnkW9bp06d9fX3pVcy0vkp17drVy8uL3OAj8R118vPzAdsO 4txWjWQ1NDRUVGClsrLh1asGKr2ikqg4gyk/fPgQ4CV/rvj4eGdnZwkJCXFfdVq0PqFsbW2h5ZOh BpvOzMysrKzsZJzbkv0pcOZkyhcvXiR/HAiwg4ODLS0txX2ladH6HILAe/fu3Vx2Bt/euXMHwPlf wZnNZl+7do083SsSnwK3cuXKAQMGiPsa06L1+dSlSxcHB4e4uDiu2DshIQECV3C9LxlnAPn27dvk fYk5phweHq6jo0OfR0Pr25SSktLq1asTExMj2wqeuX//fk1NzZeGM4B88+ZN8mw3js6fP+/h4UGf rk6L1vjx4w8fPszLSGxsLESzxcXFwKN4cYYbS25ublZWFldozQknjh49qqCgIO6rSIvWlyIJCQkr KyuAmjySRXSUpaam/vPPP1VVVZ8f57KyMsjowXy5kgJOdH3kyBFra2s6uqZFi1KmpqaBgYHkbcfI Aq7v3r1bUlICoH06nKurq1ksVk5OTkpKCi/FHEeGO4+5ubm4rxYtWl+6JCUlbWxsTpw4AcE2JU3g 15BcZ2ZmPnr0CEJxSGkBzI/BGf4ChNOFhYUQA1y5cgX+OG+QEIlPT4W3BG8M3h49OYQWLZGkpKTk 5eUVEhLCNaTFG/RCMAx0Q1T8+PFjMFaw7/Ly8srKSoAUUCU6sjhnT7DZ7KKiory8vH///RcsGH4R fp03KSYL8vrQ0NCZM2fSS6Jo0foYycjIGBgYrF69GsyRd2CL0kOBTbBRuAkAhhC3J+CCB/AtPAkv UZov79+Bfwd/Cv41vIHevXuL+0rQovVVydLS0snJKSAgAJJowX7aYcGfTUtL279/P/wjemYXLVqf WpBc9+vXT0NDw9XV9eDBgxAGHz9+HMyXvJRJeHjhF+HX4Y8cOHDAxcXF3t5eVla2a9eu4v6UtGh9 o5KXlx87diyExMuWLfP19d2yZcvGjRvXrl37I4/WrFkDL0FKDj+2ZMkSPT29MWPG0HMyadGiRYsW LVq0aH1+/T8a+rv9DQplbmRzdHJlYW0NCmVuZG9iag0KMzAgMCBvYmoNCjw8L1R5cGUvWE9iamVj dC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDMyNS9IZWlnaHQgMTM0L0NvbG9yU3BhY2UvRGV2aWNlR3Jh eS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmls dGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCAxMTUxPj4NCnN0cmVhbQ0KeJzt3ftrzXEcx/GdfbcznXFc j51WS9jIpZy0Hy0c28QPLkkp/IKSLWtmYiWXcslqEjGXSNFWLj8oEsKQyyF+GFJYw8aaS83CyW04 5+xwjp2d8z3nvD+f1/d9zufxF7zez2Y516WkKCh9LBbL+NIymCuNhrE0ln5W56K6E+9+Kd3qow2o 2Spvt6JXG0yUEXNLLqIXG1A0EQfPvNGJ3mtI+iNa17egxxqV3oiOnR/QU41LX0Tz8a/ooUamJ6Kt Qv0UhhU5ojb1AXqk0UWMOPwkeqLxRYiYuuANeiED4SMO3ozex0LYiANd6Hk8hIs44wl6HRNhIhap /xvq1HvE3epxsl69RTQfRi9jpJeIpgPoYZyEjpiufg6jETJiWi16Fi+hIqYeQq9iJlTEaehR3ISI WPgRPYqbnhH7fUJvYqdHROtV9CR+ekQ8iF7E0P8RS36gFzH0X8TR6mXRGARH1E6h97AUHHEJeg5P QREHPETP4Sko4m70GqYCIw57j17DVGDEregxXAVEtH1Dj+EqIOI59Ba2/kXMeYvewla9+o0Yv78R s9SrzDH7G3EZeglj/oiZjegljPkjOtBDOPNH3I4ewpk/4mv0EM66IxaoRytx6I5Yjd7Bmi+iRT2R GA9fRDt6Bm++iCvRM3jzRdyPnsGbL2IzegZv3ohD29EzePNGLESvYE5FJOCNeBy9gjlvxHr0CuY8 EbVL6BXMeSL2RY/gTkUkoCISUBEJqIgEVEQCKiIBFZGAikhARSSgIhJQEQmoiARURAIqIgFPRJP6 RF981DPbBDZ7Iu5Br6hZzlm+yQiv9nXkpfCHjvgMHYCCBfzHBE6jA5BoxkZch76fxDZsxGL0/SQW YiMOQd9PAvtO2bMm9P0kzDeREZehzydSBWz4rQB9PZEJblzE1+jjyTzCRdyCvp0M8PvxHejbyWTD /uRKYyb6djqwr9GoRl9OaDLoO//c2ejLKYE+hlGLvptUOSZiEfpuUraXiIbnU9F301qPiDgJfTUx DfAVTdfRR5OrlN7wZ2I8kxjIJv3bNC6gTxZgruSGbjv6YgHSJT+tuAN9sBDjOmQ2fGxG3yvGWpkR J6KvFaTvLXkNNybGSysh5Ev7GkXXIPSt4syR1LCzEH2pQBlH5UQsRR8qlpSPkB9BXynYWAlP59zL QF8pWp7wN4m1jEDfKN6K72IbNo9GXyhDhdCGLaPQ90lhWiXwZ/FFcjT8Y42whq1j0LdJYyr/Kabh q1z0aTJNEfIUbes49F1y5bXRN7w/En2VbPY66obH+qBvki9t7xfKhJ9XauiLIOYRvlns/nT0NShZ Z6gabh+KvgVHW0zyh+ie5yfY+0WilLsr/oY1CfROzhgV34gvYUMO+gIj0Obc7Yq1YJdrdnL/Sw5Q fCe2hjcT+bWUqGXMdkX9YRf37VkJ+gJ97PL2PYsm4dOypHuQp0v/gl1tun47drXtnGRFrzWwGauv RUrYUJG0j050S7c5qq42hfy4QXvT5ar5tjT0QjbsTuemuiAbnM4s9CpFSWq/AddRSbQNCmVuZHN0 cmVhbQ0KZW5kb2JqDQozMSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lk dGggMTIxL0hlaWdodCA1My9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgv SW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgMzIgMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGgg MTM1MD4+DQpzdHJlYW0NCnic7ZltU9swEITzRkLIC4UWCh34/3+zO34mOxvHcYHUZiZz+8HjGOm0 Wt2dpGMyKRQKhUKhUCgUCoVCoVAoFL4Z0+m09XJlo3/vBHPoaeBbOOTo/4VDGkn7s9nscuNfhkaf z+eLxUJPvY+sNtNPApcb5Ik1gH1h/AkmMdFYLper1er29vbm5gZuky+5+me7oLMG1dAiIBoi82Up 6IiwaHtzgIyv12s99X7JEJeAmYrGZrO5u7sTGbxregw7WyY9+4zbfEpqmmk4DaqhRUA0WOvO7q2c 0GkNPthcB2R/u90yBAvqCBpHdlxaHiUO+/1+t9uJkpk46Bzaqeq8C632/8y9XmgNLQJSQ+/unhkg ly8dwM1MQPw1I5naN9g10MuPBnrHvXNSo0nNTEXj/v5eDMVz2eC2gR1DX6ykE84pWu1lv4eApqlm WmgNLQIShMjSRy3B4hiImbkdqKX5EJ6azsPDw88GepHlx8fHXw30U6Pg3mPmEziLIdwEHNsRtz9A 30WPjKqn/oqr6Elg6skXoJ9OR/1ejdSogdeRylivXFCvHWutv3pxkVfjsmQy9fT09LuB5JXgej4/ P+unvjOQg4goHnq7tNQaF6khgMjioy8iJqrWAUk1o8cG+IwniCO5sXNvv9SyKTtoohdZ82KRwzPN eo/bHgBV88SBperr6+vLy4sU1k8prHd9Qe1Tkv3R93+lhqSmafdAZ3hCGB3EUFT1UV9Qm2ilmb+r JYHQc4Sz1Gpvr0Nwwhx3RXyrTSqGCf4ASWuop6xJWxtMqVlToO4ypbUbOmN3Sk0GsEsTetBGQ6tq 8XFyPvI9Z+HzTCcBNZCY6vKnAWqoe0rd2tHk6oQhnJOPQwy1LT5+jvJEIt3Jmf3+MJDUJDG7NLMg GAWRJ+/hQmpAakUNFsWO7VmQrvulVhfp/P7+/vb2poHU3VI7uSE15yUWF8885aMlho/jDk+gDVtM 5sx+kgNJnSvuWaTU8MdbSBHsoViwY7uB/tSTCXukxrilRiK2S5SEnkm6C7u21yJPIObMps9MZZYT 5phSe1uBv1U9lRpvgSSHhJy+k7Ymou/Krj252glE9skhSlakAnbhTG7sj/ruw5sdO/no6RnZeZid 1ytPmGNK7YOodXYecK72bu7zKvkBqTOoLTUR7XTdSaC1LWb+IdLTP72PeF/2Bmc+7JssBzNykDoL ORI5BoyQQLjCSAp8Ml06pfYZFfVIcex6PhKk1Jk8c2fslFrpxedqGwfs0WwcFi3PRaiXfLiVkGRO e9EG98grKtvioFJPDn7lJfYJ2eGZ+QS2NOOyw9T0RGr7Dx1JjOeKSK41edY+t0PG12pbtjPYk31k clWBC47TtTcgMpJvo+QQTu8Xlrk+LrW4sZWwDflSAHx8Rd7NAb4McjVunXV9HaNamNWMBFc/fIwU ygXQZHyL8U2wZd9tsrKhJ46dt11fYLnys8R4OMXVQXXOUhh1j1UDJp6qWofVAfiPFUPt7EX7zmpG li9cwciWRIqrMZ2UfHOnDX29iK3iXl7tc5Xda+jsAVrFMXNYHoAgWfNx+yyydfbKWtA5pFD2/9Oa oY2bTzawyMwoxWyRd73XzUYrX7vUmWXn+fG/MLJ86qqme/ml1cveTmJ0giLwcc50tlZFOsdqGZ91 FclzLpPjCrbfc8otBcbHuVDKGZ3r2Go8O/yHxXtQwlKfq2ROjwvUH+TZyef059VgGv97cuJddyFd +lrVGBqO+vnxv/kSI/8r5IpxLo2fbgHfzfRK8KmMWigUCoVCoVAoFAqFQqFQKBQKg+IvCGi9dg0K ZW5kc3RyZWFtDQplbmRvYmoNCjMyIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFn ZS9XaWR0aCAxMjEvSGVpZ2h0IDUzL0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBd IC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2Rl L0xlbmd0aCAxMjUyPj4NCnN0cmVhbQ0KeJztVlmTm0gMDtjc0NzQ3NDuhubwMRNvUpXd//+7Vo09 cXaTGfshtVVb5e/F0Jb0qSUh6dOnJ5544oknnngUkiTLkvQbJCXpcVNCXN5utxv5AXFJ3oDoO5KC c/3/IVOrNUU3DHUr3xeVt6ph6MovDYP7iqqqumlo77n2kzXd8VxLBUdXXLy/4QfbG9VyPUf/ybCI 8EbRLdu2Xd+zfxb4NbFqhzjxTGW7XeMkQ8g2F4gD+WZE2hpegiMHrrRCuuR0jbCiWV4ESPMscnTl gXBLG83FdRkjQ9dN09RVcECF2OsAw/xH4GTFjso68y1NVQDCKfANnkDeQmFWN2VZE1JGrqWrd6ml je6XpMsChPwwinxkGqbjBYHvuvAe+sj4nlNZddJ2VyeeY1umcFIBF+HXQl4QpRUdOduxcaI1jjxb u1c00sYIKrorkyjJq6YpcegFaVGVeZaXdVMXiWe8mZBVlO36XYnj0Pf8wHcM3UR+EEQYJLt+OZ1m Ph1Py0DqHBKy+fjKgrhmtMnzuqM970mZFV0/MNIRxsVr7KjXKwNxTidO2zpP4jTDIbLdOMuLivR8 6KfT+XU/La/nl4X3uyqylI+vfCFmbVl1dJiW/US7HV/mYUeHeb+MfYtdfXMjHg6n/UjrDBdNjX0U 5i0hdNrPnPHD68syAjHcmw8kc7WPs3wh7ru6JmyYji+nqR+Ww7RrumE5HuaB5J6+fSN2y+nzlz9O vMG4IqQIvbimfc9XecL3e95DqGdG6MDKQP841ldi0rS7ns+n8+fDOC4Lq7KCTIfDMtIyMH8gnr/8 +e08NRhqiVZxkLYD5+N+YSUuyDix3QC6ddFQWofG9j5xP1CyG/i0vJzPx2maxw6HSdXPwMzbxL5m SxAvX//6dp5bjGvK6jTKCR/5CPJpmDQDp4RNvMVJQYDYfISY94zP87ycBPE4DXXkBTmBLB8WmiH1 Rjydv355nUmZN5CeHFdsmjhf5SOwAsS8r+MQt6S6T6wHFeMDh1KapsPr62HknJWhG+AWnDns+9K7 fhmiuPrDUcS/qVo20KYmfJlAF/KBwhLcp3Bahn5Sd7cMvU/sFYT1aw2Py/E494yR3EdBBsTTMrPi SiyJBtL1PaUMvqiW8oHuhnkZGWVd5jl+AScMqiULvKioc/9ejmUNJVXbkn4cB0jzxLq2KRPX9tKG Dnwc2hRdm/NGtcFiVRTQWMqyhXruh1F81g10XAulLWM70lWJ6/hplqA7VQ0d2PSTFEP/IKTrurbM cBp7lmGHeUMIabLA1tferKgwCOIkCoIY4yTJqlZoNAVOQd7UTR+aNXS8xLNMxw89S73TrWHYmQ5y vTDBOE3Arue6jqmpuh3ACY4DJDqztcJGLrJN03ZdhFYFnEQ+PDumqqgwnmLR3IWuZZvax5EWV94o mgajyXaQY9uWmEuast1sVdNGCMGMhRkQhGEoBodjGZqYRiByVTANXdM0mIMbQWfBOFt1YcjdnYxi iovhKxYIMezEiywO1xPNsP04xRkAJwESq8plXm8vCt/lxQa1qq8T/bHVS7qNdPm2d1yXKM3yY5zl eS6IL+uH9IPCv+Tlt+dHN773o6EYjheK5WLNn3qnVH8fJFimTLFNAUyxWPxHvJftV2RzLYBHV9ff w3zN/oMF88QTTzzxxBP/J/wNfu2J1Q0KZW5kc3RyZWFtDQplbmRvYmoNCjMzIDAgb2JqDQo8PC9U eXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA0MC9IZWlnaHQgNDAvQ29sb3JTcGFjZS9E ZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZhbHNlL1NNYXNrIDM0IDAg Ui9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDQ2Mj4+DQpzdHJlYW0NCnic7ZjbboJQEEVtC2gV 8VJbNWpF46UFqbb//3FdYSKhAhZGw9PZj+TMXnM5iXNsNIz+6EGrtEMZ0ONZT/dQ4vZvdRy2bbvZ bLZarefbhAM+uOFZVDXfpUZOdjodz/MGg8FwOHzRilgcer0ebiRgWVZR1VIpxzg/Ho9ns9lisXjX ilgcJpMJOXS7XdDS9lwuzSFDoMvlcrPZ7Ha7fayPKtqftd1uV6sVdNCUIw3PXifh0p/5fA40DMPD 4RBF0Vd1RbFwIA3Q0+mUcphgtl6+MIJ2u01udIlsCTwej6fT6VslAgkHTdUUwuyk1dl7BZdujEYj mkyepE3sj1aCJnlKYNa0kWZmL3Yul1g1V9DCpYG0sU4uJgmXIRqu4Rqu4Rqu4RpuDdz6f/eTPYel 9Mqek7vXqZe6i72OVbZor8vusUEQ6JbYZJVlDZY9lu29aI9tpPZ2jvm+T55EfWpFLB1er9fpvT2X y0d5p1AyaIbCoH2tiMWBjZ0Lc+WdIo9WeZe5rtvv90nyNdZbdREFDgd8cKONXJ4rD2FBO45Detwx ane1IhYHfHArepFdoOWOkaF9g6xYQizz5Jcz6r8X0kqIJf9quBi6WpVY9egX2oTI4g0KZW5kc3Ry ZWFtDQplbmRvYmoNCjM0IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0 aCA0MC9IZWlnaHQgNDAvQ29sb3JTcGFjZS9EZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQ ZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBmYWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3Ro IDM2Mz4+DQpzdHJlYW0NCnic7ZRdT4JgGIbl5cNXJANFBdfSOUaYsxV1gMUcmZ2oJbBqNgFT1P// E0JQcry21UHrxOvw2bXn6L7vVOovwEAAjhJcMWzHwkkKQphJEtwoEgdbExCQYfN8EYXPswwkNiKG w+PyqSQrKLJUFTiaBNE7khGkS03voOiaqpxwEA8fgjRXuzL6z6aVxBwNelpDZMKHGJ7h5Xb/deKi OGOrd11j05FHlxodczLzUebT8bAtFWDoEXT53LBdf7lKslzOnZF+xkM88oSmYXsLRAvwXbOjFDM/ 8KyDd/D+0dvN6Tr33p7cr8Lcy5vcRz1yZv4Cwf8YD+IerXt5O3hzvGkSz323e2qVpcJBAJCrqfdD 6wXFfnrUFCHqeQpQR4Ks3hndhwTdrqHfNOLdwAjIinWl2bpI0Go1lXqFowkQ71quUBLEShJRKOVz kNwOIAYICtJZBiVLQ4qIdzKFBYtK7AX/WtOt+g2/XPpPsfo6Kg0KZW5kc3RyZWFtDQplbmRvYmoN CjM1IDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA2Mi9IZWlnaHQg NjIvQ29sb3JTcGFjZS9EZXZpY2VSR0IvQml0c1BlckNvbXBvbmVudCA4L0ludGVycG9sYXRlIGZh bHNlL1NNYXNrIDM2IDAgUi9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDE2MTY+Pg0Kc3RyZWFt DQp4nO2ae2xTVRzHBwrREcVEhETIgv+QRSIYY8IfCghBEY2YKKARJBgl+BhOTCBkKmyG8VpExEze kyDPduwFMjdqYG5uXTvGQFpY23Vb27Xd1rVb2/vs7Z2/9tz2Nlsf95Z27RJ++Wa77c4953N/+51z fqf9ZWRwNiV70Yw1hVm50ue2/ZmGAjDAA8iMEJsw+fEZq35EDebkVc/Lv5aGAjBECKgAjMgR9oI9 1/c1mCsN5BUTnYYCsH315gW7r/vhCwA7M3sRwr6ow1KOF1MACagAnJm9cMaaXXCxt948os1lkJGu MtKVRrrcQJUZqEvdlLSbknRRF7qo853U2U7yjJ78Q0+e1pOnOsjfO8gSHXlSR57QEce1xDEtcVRL HNEQh/36DdTOqdgv37X/T9DmqMbXHu6C26Ef6PBMJwmjlHZTFUYfSSgYoPrcvmZXVq4EQqjSQMGb wLn7LpajdH6hcH4OanZuSgMBTG6La89dDJ7CHzYUAAM28M/Pl6HH2a/CU84ZRfl33Ihzfv41NFsR OUQCPJ2QHsADe1XYofv4fhX27U3XWMJDcI4mL1LHdjgA33F4GHY4aF52WOdijmrxsQmtwrvYCHKI cPBk9LtKDaQ3hHmEtdk9XyuT7n+Yg7BihJKf0JHRbzmpIyJCB+w/h2cMPA/LUSj5jtvu6E86RHPu hl9X+zxb1MS6NnyzijjbQ+Mh0VPSQSSbfGura16A/Pmd16L7qrgdD7IVd1ELm9yh+rgNd3k4eK2T STY5KHsHRw4X0VteNlEIjPAOL5W7R5CDzvTQqAHtHRa4QI0NuczCkVtIdjQ2aH8HGYylzcp0JDdH IC/S8+Q544r8gJ5rwLLDX6VltEQiP9hJBTemL8cV+a9dPPlhDQ5rUXRB2rD5AbatBJIXB8iFG8mw tWYqjun8SdPQnB8SRn6kWzQ5sg4XIzxnWFXvmFvdN7m0J+u7Gu58+n3tqzLbRnn85McMcZKDXbfS 0YHXNw69IrNNr7BkSExIQXK4gJdTy8xL/h4Iyx+T/C0l9sEtofrwFpbXTvRS3LYLucO21jBuX9c4 uFBmm1VlnSg1BZnDkiNNuWR+ubZ/7b+DosjjUI6KT+FO67ls5zO5c2Wd46Wa/mkVlgmSkcDRyZHg rmerrBBCH/kfIRnki5rctoDby40EuGtmlXWStCcSrUDyUD1Vbi7RYwknB2kxL+r2pB4TAiyWHPSz xpUMnzsCmfNP7a5xRP6Nmo/z9c328UIOpxITwYUKwbDTKs2pIoe8Bf71AjXoYUOPs79oxIVKYsnj 3kPbHPQTZYLWk/QhB7eXmfCnK8TFSfLIaS+7W+0sjKXcW4Mv1PTGwZw8cszDRtn7EqWH5A/JU0J+ OEAO28ropDSdyXdpyeByl9PqWNlgW904sK7ZvkFh/1Tp2NjiE1zAy7Vy+6rGgbfrbS/W9sLpJtnk sI4hKtgBw5Kvbg2kfWLMTnkPalxxLOnCycGNaCzAW64In4pU9XrEs/vMiDNz/7ImiXzpjf7gQLkq Iiz5Ern7lIke9ET+hD2ydbqZqeUiIkc4OaQWwQ/9pRY6ShK4WO5+7yYcNnH4+U4LtkKBLVdgbyjc ILhYofS9+f5NbG0bvlNDatx8iBWonMkgB1VbuHTa6WHfVGAJyXVfb3Z34hy83s0kiRwWhKB/zvZE c7soHdDzi9IzgrN0UeSPSE2qIW4OMuzwFnX4aBerrff4k9GcaqHzVBQ5aFldf/BIgDFspKkqSkUd vM+nJ8fnSEX3XcGBYBUpMVLLmuPHhkP0bSeDejNgjPC0IQ5yiJkLBv47I7B+igX+DbfxxSKxX5Pz 39GAHRBz/I+DHPSo1HRI6xq9ars87D2Xt8nB1A14YqrBzlhJvo8h2jvzsiXZ5EiQmcD2EWlnEWUw 3yHJETX6g5CDHivtgTxKaafi2TUD1kt6322wiR36Acn5fq5YIC2EySsx4DIrWddH/RNLN/rI8wZ8 U4vjSTGbfsLJx14PyVNFnpUrmb29esJFY8p5BApQARiwUQVa5nF1ypEEKvOYGlWgoaq/WTtkE891 p5wqpgASUFHVn7/SsgDBg+fTNmwADPAQNqq09FW3TuKrW2dvv5qVVwNTIL2UVwNggerWAgAOrc7N 5CqKJZFqelMr/5QszAypKP4f02ITUQ0KZW5kc3RyZWFtDQplbmRvYmoNCjM2IDAgb2JqDQo8PC9U eXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCA2Mi9IZWlnaHQgNjIvQ29sb3JTcGFjZS9E ZXZpY2VHcmF5L01hdHRlWyAwIDAgMF0gL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0ZSBm YWxzZS9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVuZ3RoIDk2Pj4NCnN0cmVhbQ0KeJzt17ERwCAMQ1Gd B2A+mDQUzlCwgMOFIjVWl9Pr1aj7gLV7xrHpzQCUfj7deoGlx2tuNT+OqM6sPXHYZzBjERERERH5 D64suKrhioqpucu4ksSqWE901Xgr9gFtitQ/DQplbmRzdHJlYW0NCmVuZG9iag0KMzcgMCBvYmoN Cjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdlL1dpZHRoIDQ0L0hlaWdodCA0NC9Db2xvclNw YWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sg MzggMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggNTQ4Pj4NCnN0cmVhbQ0KeJztmG1vgkAQ hKWora8tYBRLfKWo0Cpt//+P6xM3vRCTwnFomzQ3H/wiu8zOHsnMtVoWFrpwHOdv+zhnuK571xj0 4bcuGXl7u93udrv3BTxoQ5XQodPpyCwylw4BHubtlPf7/dFoNB6PH894qgmposNgMIAVTJQslfpD gBJqfd+fTqdhGM7n82cjUDibzSaTCWSYCE1kKZUi8ORwOKQwiqLVarXdbl9MEcfxZrNZLBYwQZle r8eA5RuRLfCk53lMwdv3+32WZa/feNOGKknTNEmS5XKJpGhbLoXQY2usDxGo2u12dDudTnmev9dH fsbxeGQKBGEopGDLnM8SDjCEA2zhjIaMAAG6fTQA5QzCOGyEA4bI8o38RIN/0QoOrI9FwJ9B6PNp CuGAFOwUYYMg4GSy7koOfIx8C1fhIDQQ83A4cLxZsXAoOZO/wIHDZjlYDpaD5WA5WA6Ww3/iIKZa fBReDkfanAM+Sjjgoyo9jPK0GHv85Hq9pvAqflLfy6mAI74aC4oRRQpjXy3WmnKakDVIK0QG8bQl u5CYif3GhBORWIfKF/rJ4iJlUM4sqMoZI20RISujlspZ6EYi4CARDZgiMQKFnG2aMBHGHoUldVZy QArYQkPypoTNyAgSOWnCFmhIWxXAy2mojUjuLiZuTxvF9E0TWgkB/SuIi/sHDpL+zUMRFMoVhHwL de9ALu5hXCOo2ibXQWaFN21lcTt8AbSaz3UNCmVuZHN0cmVhbQ0KZW5kb2JqDQozOCAwIG9iag0K PDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggNDQvSGVpZ2h0IDQ0L0NvbG9yU3Bh Y2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBdIC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xh dGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA0MDM+Pg0Kc3RyZWFtDQp4nO2Va0/C MBSGaddtbLJREAfIQC6CgskUg1MT5aYiIgG8DWZgAg7//09wJDJhBT5qTHw+Nk9O2qTve1yuPwoA cDkAOE1IIZpZCqIgWFQRywtejLFvAetA9HAMBeZVmsdSJBZPEMSj4U0POycDxPnljHJ8ohIUjnIJ SWC+rwEZMZI7rdTuGgT164t8cotHMxdQXGBXrXW0nu6k131qlhRZZKB9hY3QQbGtG8MRwbCv1dWU 3227tBA5vHo2xubEiWmOXlsXe1vc7HWQFqP5mjY0Jx8Ek/dBp5iV+Hn3eOqSquUaD6Vc0H6c5cbW uI/lf/ff/Xl33f91uIJ8dPPytiIXC38dIM+2Un0aLMnbxBz325f7kp03K8fB7GVLN0ZjgqHRvT9P B9y2S7k3k4Xrjqa/Euhaq5rfwews81bvCOF9tXLbaBI0bssnmZCHtl1rMI5klIJ6RqAWlPQ2ds+V H0ScV5LjyRRBMi5LXg7ZY7/6V8Q+P4EPizyLFtoagGmvs0tgaAShYw2s3BfkwvhNPgGXxT5sDQpl bmRzdHJlYW0NCmVuZG9iag0KMzkgMCBvYmoNCjw8L1R5cGUvWE9iamVjdC9TdWJ0eXBlL0ltYWdl L1dpZHRoIDcxL0hlaWdodCA3MS9Db2xvclNwYWNlL0RldmljZVJHQi9CaXRzUGVyQ29tcG9uZW50 IDgvSW50ZXJwb2xhdGUgZmFsc2UvU01hc2sgNDAgMCBSL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5n dGggMjM3ND4+DQpzdHJlYW0NCnic7Zp5cBPXHcd137IOK3RsSDndYNNSGiaZdkpDAmVM0uE+EmMw mAC2zMqSbFmSL8k2JjY32BjjW75t2QYSmNJCy5GUxi0z7dDics2UIR1w0lBIoBgiWaYrr7x6SOin XZCn9ozffMd/fH/v997v413tvt19DMZYG2tjbay9XOMJWKrxvFnz+D+ZP3LEmTqLIZIymCy6NCz5 OGVmkyrvqCp/hCo8t0O0IIE6EX/OMoW1MzzvyMiXbGsJFSJ25DRlXucoknRTURAkJlOW1ay0do4i yXPtTLEcghLJ5Tl2RW7n6JI09RDAJFyYqMjtGH2ydAFQUvV+/EiNPuV24D+cQFAS9QFZdnsQbSiY +vpPJa9OlWoO+oR4by7ivvaGr2bMES3TyrLbBgWOnGvnLdZM/vmCdxctxtvct94SR07izY4N01UE Scyxg1D7ZVltsB45nE+fPnU4HMJ4C+rPLz/1NEDr6emZO3cufhN3FxBg2PAtO0tLDvgkDgwMOJ3O xMREzqQZYebmgFVltwNQ4uR90qxWWH2O/iGoXNTHOrsDQRHt8uXLrPCI5445C9uOAwRKxNEePHjA iZwizWp5bnpYdhsAJUraK81sgUVCCeJyUJ+EWr5q9ZTCI1O2d0UXH5tT+puvHj4my+vu7hZv2uEz 4MScRrKDo9+1ynb+exZ7WGZLhNW+rvmzx85+IhT73qKAVWW1AlDCzXukpiZYfUOnnyAuG/Wxjj8S s7/zywVSUzMa+tn+EwODBwL/y+Dy0ZAiq8U14Dkc5270iv2mkxibVtadwaOxxp0BqzI3Q1CbdkuM jbBIKP4HWaiP2b1QeCVoSGxsvPH1t0R08rQoickbPdHzL8K/fuu2OPCkquxWqCoTBCXYtEuc0QCL hOK9n4n6WPsFEso/y/7XfxLRpStWijMaCVNubhoY+ilNw4JPHVDGRhhKZKiHhUCZUR+FEmX4Zp26 epuIToiKJs2F5b8lzG/u3xcZm4JOHUg4FwS1sVhksMHyQq02oz7W/gcv1LMpwrQ6Z7/79z7gcvG1 laRfdeEqkaJO2hJ0XkgZ9QAUP7FImFYLi4TirjKhPtb2mQdqwQJhZrsws02Y0ShIOsD40bzeO71E 6OTfb6IpT5wuwn99SXzQeSGl2wAo3oYivr4WFgnFWWlEfazVA3XlypU/D7ZLly719vaSl+tf93yB 9ufqasjQxNi4oPNCSquDoNYX8XU1sLxQKzJQH2v51O+26Wk42g83GH3G4aRWkx3Gz18ZdF5I+lr8 qSkQFHf9R3xtFSwSir3CgPpYy3miwiNHj5Wd76nvvvaP3vtk2RaLhfNOPNqfk1pJRl99c17QeSHp aoAjxV5fyNVWwur7zgPFWp6O+ljzefJCwdVWEeYr5nqXy3PbjY2N5elr0BQSKiY6Jui8kHTVABQn YRsvtQIWCcVeno76WPM5EoqXWkn6svRawu/r62NOnommXLz1byK0Nn4NT1cTdOqA0lYBpx97XQFX cxjWI/JILUtDfazpLFHh2/iR0lSgoZv/eUCE3n3vV2ho89D/4datW+xFWNCpA6sSgGKtLeBgh2GR UMylaaiPQvmkTMr1LFlv3LjBXqr3+jmN5JpQGTEh6NSBVQFBrcnnpJTD8kIt0aM+1njGC7X1mRR2 Svl/nziI4hksNnur13cNLZMuXrzInDbbJ5HsxlqdxYyMem7Ura2HIaj4AnxGWCgU6qNQ/lkVn14m oqdPn2Zv3EX6kWYbebCOHz/OUEaw1hWysQpPB6yCFWdduAFzOhwajYaNHX5+VRgItSafnXIIFgKl Q/1noPyymMllRNTlcnEmzkBD9d1X0ZuawWCIeS0qMiJi+pRJmDqZ9DUmKytgVeUAFCPOykw+CIuE YizWoj7W8HsSCkfwT+y5c89zAY+JYboxvaGSM38bAJ98Hz7+jpUSuCr1IQCKGZfHUpfB8kA5+5kf 7kX9FNvviBrmZZU8N3FJ2Qmiw91791jJpT7RcYaav3zxNXkqkoz4HeTH+S3BqgKhPrCwkg/C4qgP hqdV8VLKfENJpUp9pVJfxUoKmKvQVeK5eM+A428pGW+qjbE24/q+2cZOKmUGq2dQZfDpR2GEESgI iolDBTv9RqSg048Rl8dUl406wVBULukjUtAl/QWgmL+IY4ZPCKUmz6QNBa4o2PH57qUIZUlSKwLd XF648XlcfNlDq4wgy6S1Be6lCGXJdFUhh5KIBO5lEp0y4AUte922wUcDqpLrq4NXSR8Kf5SgVQb8 6MFeWzg4IFXJ04YHKrWKVhl4fwgqYTsvtYq65ENPtaGF4mmraZWB9wce57kJH/G11dQlN9Sh9QCL UlpQfG0NrTLgFy+chKLBAalKbrCh9Vy7do2X6BnBeMzzZedIVxd/azlhnr3uefmcqtHw0xsI8/Y3 j3yhdLW0ysD7w+/9BPoa6pJn+ELxNxYTIeOxP5FQAk05YZ69foeEEhgaCdMPSijQ19IqQ6CHXmby NxQL9XXUpTA2+EHtIELGj71QQk0FYZ5DoIQZTYTpDyVMs9EqA+8Pvkvf4R6QspSmRrSemzdvTo+O mR49A1dRcTFhnjp1inBwff6555wsLNxG9vzyy698odLraZWB94egPtwpTLdRl9Lc5P9Lf8nmhjLU 0ypDZAA/5WzaJTbUU1d4ZvNwQLm/o9EpI+hHN/Hg10yKUmW1DAuUsYlWGRJTEwi1mx5UdmvooYRC sYkuFPghe/MevAN1qXLahgFKIDG30CpDaoa2HIiT9oZltlCXIrvV6RqgKHS9QWxl8e/j6HcpTA20 anAL3EchSd6Pdxgm3X30hIQ6efIkd+bboRoZ3sbj3pvk2RkVYkkyn/n1qdVq4aKUkI2fA0FJUw7I c9qHQ2UXrqLnnkqlkls6QzY+uDVOvC5PkWsPucKy21Aik8kkXb8tlFNYOgMR4Y09Pkpu6QitwnLs D544SSi9ThuGlYZ2CpmpAYBisDg4eEj26+L/PYWlY8buEw6Xy9nvuvvtQ32JTaXeo7R0hHxvMO+N hRAUfq1IyFNYul5e4wqOzNp38gc7PlFZO2W5HQpr1yBmCEb2kTzHDhMRTZ5e/X/fRU9R+D+KKXuF ChTeZCn7lNau8PyjI1kK/KInUVAk8jRRmExzMNzaqdr28UiTwmjjRs2mhzPWxtpYe9H2PwpaV1oN CmVuZHN0cmVhbQ0KZW5kb2JqDQo0MCAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1h Z2UvV2lkdGggNzEvSGVpZ2h0IDcxL0NvbG9yU3BhY2UvRGV2aWNlR3JheS9NYXR0ZVsgMCAwIDBd IC9CaXRzUGVyQ29tcG9uZW50IDgvSW50ZXJwb2xhdGUgZmFsc2UvRmlsdGVyL0ZsYXRlRGVjb2Rl L0xlbmd0aCAyMjU+Pg0Kc3RyZWFtDQp4nGNgGAV0A7yaicmkAXdRZnRDlD/+JwP87kI1peofOaYA wQ1kU8zJNAQIzjPCTWH8Tr4x/3zgxkiQ6yUQ+MIPM2YKBab8/x8HM+YmRcYshoXOHYqM2cpGFWO2 s48aM2rMqDGjxowaM2rMqDGjxowaM2rMqDGjxtDPmIPUMcaSElP+wPtT7JT0NW+tgHfqz5Fvyr/9 hTBTGIS/km3KsT3ScGMYUr6Q56+/R/dnIExhYCw59I10g35e3Le/gokB2Ry7lfv2kwj27d+30oGR ARWwKLn4kwhclFgZBiMAABF4AbINCmVuZHN0cmVhbQ0KZW5kb2JqDQo0MSAwIG9iag0KPDwvVHlw ZS9QYWdlL1BhcmVudCAyIDAgUi9SZXNvdXJjZXM8PC9FeHRHU3RhdGU8PC9HUzUgNSAwIFIvR1Mx MSAxMSAwIFIvR1MyNiAyNiAwIFI+Pi9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSL0ltYWdlOCA4IDAg Ui9JbWFnZTkgOSAwIFIvSW1hZ2U1MCA1MCAwIFI+Pi9QYXR0ZXJuPDwvUDQzIDQzIDAgUi9QNDcg NDcgMCBSPj4vRm9udDw8L0YyIDQ4IDAgUi9GMSAyNCAwIFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9J bWFnZUIvSW1hZ2VDL0ltYWdlSV0gPj4vTWVkaWFCb3hbIDAgMCA3MjAgNDA1XSAvQ29udGVudHMg NDIgMCBSL0dyb3VwPDwvVHlwZS9Hcm91cC9TL1RyYW5zcGFyZW5jeS9DUy9EZXZpY2VSR0I+Pi9U YWJzL1MvU3RydWN0UGFyZW50cyAxPj4NCmVuZG9iag0KNDIgMCBvYmoNCjw8L0ZpbHRlci9GbGF0 ZURlY29kZS9MZW5ndGggNjA4Nz4+DQpzdHJlYW0NCnicrVxLj13Hcd4T4H84CwOZMayrfj8Aw4Al 2YYCCFFCAllYWTCjEcV4ZqiQlPP3U199VX3OJYciOaAX9FR1n+56db26r7Yvv9/++Mcvv/v622+2 8Kc/bV998/X2v48fhS2cgvxvxlrz1lPYSqjbq+vHj/7z99vd40df/u1J3Z6/lj++f/bmzfWru+3q 9fbl9yVvr6/u9s9zqHGcff7T7x8/+vfHj7a/fPf19uWfX7158dOzqzfbV98dd40jx3jPpj3O0xib zJKBwj+/CKdc56zb1a0Q8+3ts+fXY/vm5fahPUKLIdd7Nonh1HyPup0zsu8xP2qP35CeMAjxCfW5 y+yW5J8Y0vbq+dvSI0H3yW876C7uuntLJZ0qyb2cWt1yqaeYtlsg8mlERwAKU6By6vJ/PZ1qVCjm 7QqT42nKrJJPsiCglgVKpzJ3KJ6SzwWc56lz7mwCjVNrurDwKkyfxuTkfEpdESISEBkw3E49KTS6 Qzq5QhZruJ1y009DUWgq0Drn9lOpum/Gwl0/EZpE6w6VcBo+V+F0yjpYyGqeuuwoKolgc9spNQoK 3NVTzbsQjzKWyT8/fpSKLCeoBlZuAcv31RFJpqapUCkClRM/rw2fJ6FB6SpgG1DO1EHaoQg6bLIi AnTmnwr7o/nCIpw5OZfbUupOkoi1gSQlmIDOHada9tGplmFf1nBK47hwjafQ1rYCQQcgqexQhN3Z ZEUIQ3nzT41ZW/kgC27skiJRLsWDjCn2EcRQ+0HufVI6CncxilZ9MVF4HfmwF3QeopMiUIkudgdc 6g6r0P07cu/LLuH4rpSdEUSxOrlL6kPO0K6TIcdxrFMyRNGtHBYeckzL2legqjalUl+QS30hVOr+ KVn1lZckfGMKyomiEM9FbNY+CyZmUYh4E5j7lG2GI9KU409z70WhwAXkAEPHM/LrilMKKGYlrRAo SnXiVDmy0eAbwnANmCwGIVDmSYKxTNmOuqfdTfyhRIiNTtms7AQe6SdPEc7wwFIUj1aaI2IPp0qW ZP/YNERh41HxPRCRCHFssYmGeIT72KFkXnYhAhwbPoV4xGcFrlx5spJSho3dc5YNRMEtib3ILCU5 O6STsx9iHS5qtQJNcFDV98Ink2ZBDPoOcSFRrFo5CPufEbLXmYbI8Or6HRXmy1IHg9xh10ZJ9U0p GrsUDzI2sVcxzXaUe4Wu/YOaePDUkqL4jj4PlgSEfqyWFMWZjGqWpEDbLSnWjoOwLElhNyQAaqJq SLE2OiwzJAnvKihaEqCw28UZ+cZS6BoLd5Z0bc4P4oR3hkJ1qzKGJOGZO0PBAo0yBODIUBRTODIE eDEk6cTYGRIoHRkKU8OzMRQGJWUEHoknQ3KAM1YTkYqJCkM4aTABIm52RM6neY6IoEOgplFaLF6h DPeQxNSxg8ABWUcaSCgmnJJIKAkddZuIv1mhoiY+sYPQl8SoZakkUFJIbFicR28LwuR4ypCRDcM8 bLgByoULDZX9mJoCYOG0CSAuQ/cVzQw5IpE0xWlz6cgDiLxRRANZQER8PfRoqRZkp6COPNjJE0Qq /HooWSXyU3HdAlUwTIg8BFiMDQtHY3IfAK1XFbJPnZp2RTgPkU2sVIFwLRD31CN0RaWCqARrdg0L JH5tQQUWtrt8+ABRuUjtlu4VxklEmqI8sRoRgywahGOY5jgFJSyH6D4hyxohuZMfhII6HgR+Cw96 wBRxQ0RUB5k0QFi+FxloImMvrQOIQZenkScriVm3BQetOaST9ZSt4Xqay5mCOzrSWTyYWGjOSQNP Yn47CRX67F6dXZiSIIKeTSASM1p4MxEPcs5cyQNDhwg7V495mkpn8K+EFIUscKmGs51OyKPnNSyG B38ia4nVJjHbpNtMBtPRPQIgXI7GSDNhBw6Jz2+kwhEaluVLTdMomzGYrw7Lf5MYbTTtD1XRHLth HO3GbEkCYD6akgS93NcXiHhToSRbS8RT9zmZxANWJz8RPJMFFCFI/s7qtizrlMDT8xoqzCrto6oV xb5kg5x8PwrJaRm6+6I+9enEYViSo2yfiqpGdDEwbibJqwK3FWsBpFnXQDmVJAmzMFIzJ2dS1eAU AFWWbUjHHSqudkNkLdRuSFe8DyFZhxjTESEWFJUxCzRYv7NsQ4Cg9gVhEUMyGMik5ZU8dUXuEQKI 2PfhFdNmVChwIWOzs/jRnQBE4xL6Y8zSmt9U2Jho6FyTQYZMF6TuwCafSwQpWboHIRKp54ii5xB5 GLNScXowUcvwWB4J7Mll19Fi5yEpFE1YpKV1ZkgNBwFQ3nPj1phMLOkJIu6ZabNKk9JrmmPpPray Ja6akAEKpkQRUMtcuSAy6uRMTRQcXkAIACI/FI4ORSSMNlnjwxJXtbz0bcQK+vgkpnsQPIQ3JLfy 8NahrK9jf+YD9ho6n4UY+W4/a5UdBoaYJFmiuicPMUnSstg9xACatKUcdyhCQDZ5Mue24cgOA45p tRy6gnSrXycNCc4eXqMvh4uSNB79MfLguQ8Xd95azfLIi3c2vwlvyzg7UJ8H+nbNNlOe1uiwE5kt TKjlJdSAbG3EHUguC0eo6vxLnitbl70ApYG7CiNwC6CIPqqhn5Bc5BYxaUrQSNSmRt8TgDPlmUIl w4v9qFBkKrtGkW3QfMBvpqnPxbCGR5AC65XQaX5EEi5AleltpI5kqURXIZH1hghtdFXwiX07D8pU IPEMZZq+JFM9LWcnkO4kkhP6dVXuIfkpD6oMdHaHGmSXJGVs9GKDQSJVd67ongjUmKhLUrAgLYpt csuuSvsSqUTkwvnQRtN9aRVy4pSgsVo2iZFp7+jkwOSIw8wfNaOJKoPM3kLmykzUdStqJjHLQkAX qPC0sMSD+FGHwbAo7OarRWiyqnOU/4NwkERGtfEWXVWTGUujLvb0RVgI83iaIIC2Dxc2u7LSmDJz quospKheN2sCDygyaxRtOlTUDmyyRUOODloEXAsWpuFFm1uQTarnmaqUPVc5s3Cz+pjUgHarj1nb nfaJQJMJBuw6FjY4JoSCzWL1VAUuMzZ61KmttdgYHAb8uk7W/FS9oLARu5mrepuouj1EJUFUHqHQ dLixGyZ2uKBs1YEjdu8vZKdyD0JEyhJoIbLm3gJFFtgis5j8QBTjMmlfFQey6rCXB02hYNowwqOX qzrZNMd4KaVtPQunUtv21WMAZL0n+D6pdIu1uXhEQmfpq84FULHGrAKJ0dQSysB4AguXIh5OXs7w qDsUvDtqiF1UgR30dxB75Ax0aO8g4JYLEVpMqF0k5WvsvvfM4ryvkvfYqW2VdsixYx2auDKYxmoy 82AaW2TI0GAKyFopw6BtL9fQaOkLcUPESFavaYeme70GaNRDvYb+jnWwtL+TlUYWZGit5HGo17Tz chiuXtyh11V5UFbBBkSdXrABmsULNrR7LJb26vxa140FW2zRq7XYAh1JJQfjNA/FGpbSuwrNPpWK 5a+UgXJwZ9E64TZcNPuwYi2WzizDq7UIm81erQFSb6fVmkOrWlsI7RSZjUMsKDboIKKtap1LLdW0 obbbxMFizIgSu1W7FUnISStti4ktE0bwKL5cq36P4NGDskbwmO3qSU8xIIuZjOBYK/VDBAciZo/g 2HhYAFcixiGARwmLvXkAB6Qb9U3p7x7AowRXtWoMlFP2+B1T9vscxu+YsgfvmJKmaAzeC/LgvRAI 3voZI7cu2Q+RWzfMHrlBSUoemkHlfkdg/MS+D3ceGo3cYD6PQ+QGYkaP3NGzAI3cgGo8RG6IfeQ9 cgO21SI0mNSZMnJDn5oEeOTGarNb5FYlrDwYLMR8NHURwGGU6RcDd0wsmlfgjnH4BSAOZ2Q1xcDt 0ArcC4HArV8OD9y6cD4Ebt13eOBWkspuu0fT3hu3x3QVfdM9ukfxsnH3mRLf6pnPlEg+d58pYbzt PhPQ0WeGwq748pnB+jrqM0OhnOkzg/m55TPDMhdtIS9bwbZhpYTmM8OSrQ5POiA6B4Hmmc+M1pii zxSo7z5ToHnmMyO7KLvPFAGsHle0LMe8JsL90WtKDC+71wQdu9cMTLN3UwqVdmjDme6YXjNEpoTL a4bgKTO8ZtB46l7ToN1rOoL99XBaLa4YEnOZ5Tdl27b7TfTtl10creZqXUu2dLCkIfnPXisNiWO5 uiUNGG88WBLadmVZ0sA5iF7KLshLWUewlNVPvZLFwnEcKtmBbkLzShY01SVXkDyPJxgNonWCcckZ hxey6PfkYyHbJYnVmlmTJXTeEAhYyHa06MuhkhVEasUrWbwb0GwPHnQBXskuhGZO/iUrWV94lbK+ L0tZ0GTRRw5ixw1LOpSywlE2FUVcFI+8q+dMe9QoWjx74BONau9oeZMOQ2LwjMpTiGx7NHW7MrlV 5r9dg1uDz2YuLk5UoJQsZsetiaxndAhfNxqPDeNyapWvAgWrRCkx9I8mC1+JHQIlTZ21CycQ6SoW dBtuV9gokIDa7LYp4gbcAMQRm9nqIYNtuFHK9yBWBtuKPnp5F1H0FcaNkspjoNehDQ6TVZZYq/CV EvXFg93YdGTV1NB1Wdo41w31pUUIcBrRbncEBSW7q+jHESHLhDUDhpKs4Zc3Lc/sSKrkZK9qWhBb w5sG692K7CvuaKy1q3PRol+hAt0knva2AxNccarVhnKwBGh2wzJ0atTwFc2JVrwYIkJMr9olU9Wc S1NLsk960QZvCou6tKiYLhzkVMMBSk/VHhUnmcctEWE4Qp/fcLhZ8sDVmI5pZILmGVsQcJD4KpB4 rriTuW07lIA67UO7DQYV6N0md8u9eHnCmitx4cgGBe+rdFu6mGSRkmGtWpvPXaTOJTPZijYyam+P TA7706Q8mZw0f2fU0vpUiAnmfEmFIAqlVZkjdgZQu1wPqz2hk6NWAyX4sFbE1sUyaMmirLcJ1sTN TLy1poteDObkZOjRif5wqBQqp/Ca7qA48uN6Ja+u86NJWL6E7rGgtIi/3WE/8ZHvkd6G4ccMjvfB WUuUAzxQIypAxXWDaHuWUlnnMmuHLPLljpqmAtPyS2ZQeIpBJQ8MJ30JZvmUQH1BOjl7ZanDWfs1 WRsKYKjYCbCVi5bK4hZ7JQuZV4EZ2sXiVi0GEpmP7a5Y+MjEhikHQCkp5P0XTnbbzHqJny1rKmAY tQABHjQgKlN5rb0669KK4Uh71cNZfLL1DTsnB7KI2sohfdVkk8M46jBX77icI3YrsE/eRWgtckPT mlkbA3iKoaY1NaknfLPDK/74Bwvxs71baYdFJLLX4yIG74vgnde4D1Hhl2/s0QwFiQc2lCnqUzxp ZLrU7d1OpqfImksjdVn3tvqKZxwVbxegNizhrZdVLrXm3pHqadUfT0rWHpv1GOz1EKES7U3DQmj4 jvYYrk+uyjvcRMuVTRtzUrwGatMvNpHhdnaLV4AFc4fRwhemTI1N5kXt8er8/YjpYT0fMT0sOMGq bg4fOAIxCdeXaV8EBqaOzBbh3S5BxEq83hBAnEG17pj2PRE4Mx/oid+So1zxXAmQqrTiSUBUW2Tb D0tkRj5JIyuef0X1pRJwHCrTQ7IjOnQDUiw3E0OBl7SHUrQQQZRg2WwGGZpC8wUqWjHWduC1qSBi Z8txKkfZoKZ5Qm0MFsUzAwseSAUku6qcK+LTJz/ZoatDXqSImx2xzoAL/niy8CAWgQlNNr4yZrNK 4dzZGqiaSAmhekWG5h3Dop9CXl4OnoXKy3G8PVTD6vZuuLvlZb6kEERi0hP5bBeevbJ/39keRwrU +HUjlWzSdPV3GsEGXx0v6MoeSs99mGVmZWe68wakRkvo8dzZHkANfftstQUYsid6aDLbc+bEV4p8 ytgZQMpQc+32LFEhY1hTdBse3syGgkfgdW9z/kRamXkBTgteGzCZV7ka5I+OHIFoqnL2llNSFeG4 iIsxigeDq75fVN3aHedYj58JOXt5Hw6nsh6CZdQ5xXM5TG79mBI1vUopbOEboI0QnUqYV5n4jjkM chFc1Wc9pHxoke11ZtVKV1+fx2WMB0u17LaS62W86PD6lJsd3k9ArUwg30ZUTaAUUfyy0izQ7mGS J/PqBZRWg5G+T35Lg6l86FL5Jr+ydQU/ZDkYDa9W9bx8KmFNb9xfb2dcvZXGO6MwhuKC4TsIZYV9 qqRnMlrSWDUdrcnvSgMvgmPeoT0dbf5iy9/1Ru8i6cpsBNlxsH0Z3Zwks549pzHjyhb8bLi4XVqr Ilm3khae1+2Cdid48wCi0g4V65ssxGTexDv+mrzVVEwatjKfjjFiKFFuL2cyNrEnvQnaxY4Lxebz U9UqofKdgLV+q66PnVKnFrXRkq3JirIw75BeSOhkIooGf0Caio0Tnyp2RqK4Fs7WLcn+BtKa66Bp sqdqlUuq/uMIpI2peDyB9FP2LprNjXzszWIi2TXz1POQgtdhdv4FEdjahEuM07P0Sagyg+djF2eP iJsDYp3DmDzddkQ+WesJoSdmv12C947Ff0hiHjHqWbLEOtovQHgKhRZeh+bqTCZ7TiBcJStb4MpS ouz6UsreGE4qrcF0CIW9Q/byzGG7Qkt8r4N4niln+oNgGkwqHzgIiFZf+nt1BrGv+lx5Y6/ehiN5 rDx6cajGqgYEncyeOqp0DHe/1QEf0e5W9HrmiiLO7IT26DK3zgOcQ6SxVHIW+VYcyZVt1dl25wMc 2XiutOF4bHiS3vczqGQ/g5KsIOAnVeJukCBU/V0VnjZI0NQnclvBfYgA+8+qStMOMYeRreKRwj7c UA751ylxqX0Y1t229W8627HqLYpv2RT59rac4/uez/G9Occ3P5+D98VlO2yKpy0HPu/dlHMWs/du yjmL47c2/Q2ug/bEfpsAzvltAjjnfQS8X9ERuUx/v6Zt/L2qtvF3dR23/9Mf8Ynvxo/44vY3McW4 /c/mK2c+71/76GtvORFPHj/yxW3K2uowBb0N2eCRPhJ3i8Pcxp92KWxTzybSPA4zibCNfRb1eZhF xP17U/aHyUSc7U5pG0NL9mc813kQi0HnU2zDHMYZs4TP55he9kmG4Kx3fEI+/KxVf1cZQxeXHe75 YeZXT0Wvf8UrCoTipz+BRfwUFA76hM4Y3juLQ36KngHOmqr+7xdPXv766up6u5wXL3/a/vrr3Y8v LsvF3fPL/9qe/uvjR395er+zKp+DsBr0h4jvIezPty9/vXuzXfaLF3fbZb343b+8/gBR9VOJir8h rRZR4YGoe8/pO8j/UKK/u7797+tXl1/ki9c/v/hlu0zp4ptfL79IF9cfIr59DuJr06vwBxKfRviD bPwBQvunExq1X3QktNmvH5uWYZ9GKH5inMHe1d8v4g+XHyB3fE6jwIPN9Mly/eYaFvDP65uXv1y/ 2i5junjy6+3ti8t88QaG/eSXl3evMePlK/z7+meYz4tffriQCa8/yN/8LHbT9U32A/lLH2M2MXxO u+F93sPtJn1QrjE+TLDtfsvBT+HrAyxnt5py8UQMQgxH/n3xRpy0eJd48fQyi4O8+gds5vrNDx9h MDF9FsbcZB7GWPwok/nk8PdbJhP1PeTDTSZ/WLKfJSqaxcRRUYG8HRWfXnZxFG+e3ahFfHt39fJW XMj1hyj75NB4b7xmdHkPZfnjdHqIc1+QlBBqnvafz0h4kXrPf9liaJsTZKBxW/GTJr2skIKtHP7b FjXYf9xCX9t6hsd3lfxPGAT8PhOPGGd9X9IVHxDhtE9/pkU8Z8ZFVMXVw9uyiqKzHy63D8nqAbEr lre1pg82+PKtvkvJ316+fH4j6V+SYKQ+5NWtuJYXd8/eaNYiaeGP22WOF8Be4x9Jb15joqY3MvAT gJdwUFkCQWwf4ukB8Qo36eVe6aLUfpsn/HdVQpVc++P8fHpIXCrvukPJ7/V9WblP3/92d60OW2T0 /c2zS5P1i7tfby/HxR/wt6aKcbtsF09e3PzzMsqZfrWJoMuFZAfyrScIMfDPn/GXqiBd/HDx7LWm FUiUO7QgH9QPc/6ACPdeO8fPX+9TREGY/ijvmR4Ql961dtPDxBvV9o4eSkDCReFf4V+Lm4J8TS3k cPHsDf8UZf0uiUeBMkTEOl//kboE0jcdyhF5/s5J0L9fXV+rWnXpX66f/QNxPPWLZ3c/qvcmXpK/ l8T/8kxVq+hr/fdeof0/cILjnA0KZW5kc3RyZWFtDQplbmRvYmoNCjQzIDAgb2JqDQo8PC9UeXBl L1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9UaWxpbmdUeXBlIDIvQkJveFsgMCAw IDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUgMCA0MDVdIC9YU3RlcCAxMjgv WVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFI+Pj4+L0ZpbHRlci9G bGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy0DMAAwUQROMm5+p75iamp5or uOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoNCjQ0IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUg My9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMF0gL0JvdW5kc1sgMC41XSAvRnVuY3Rpb25z WyA0NSAwIFIgNDYgMCBSXSA+Pg0KZW5kb2JqDQo0NSAwIG9iag0KPDwvRnVuY3Rpb25UeXBlIDIv RG9tYWluWyAwIDFdIC9DMVsgMC41ODQzMSAwLjU4NDMxIDAuNTg0MzFdIC9DMFsgMC44MzkyMiAw LjgzOTIyIDAuODM5MjJdIC9OIDE+Pg0KZW5kb2JqDQo0NiAwIG9iag0KPDwvRnVuY3Rpb25UeXBl IDIvRG9tYWluWyAwIDFdIC9DMVsgMC44MzkyMiAwLjgzOTIyIDAuODM5MjJdIC9DMFsgMSAxIDFd IC9OIDE+Pg0KZW5kb2JqDQo0NyAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwvQ29s b3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDIwOS45MSAzMjYuMTUgMjA5 LjkxIDM2NC41NV0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gNDQgMCBSPj4+Pg0KZW5k b2JqDQo0OCAwIG9iag0KPDwvVHlwZS9Gb250L1N1YnR5cGUvVHJ1ZVR5cGUvTmFtZS9GMi9CYXNl Rm9udC9BcmlhbCxCb2xkL0VuY29kaW5nL1dpbkFuc2lFbmNvZGluZy9Gb250RGVzY3JpcHRvciA0 OSAwIFIvRmlyc3RDaGFyIDMyL0xhc3RDaGFyIDEyMS9XaWR0aHMgMTA3MiAwIFI+Pg0KZW5kb2Jq DQo0OSAwIG9iag0KPDwvVHlwZS9Gb250RGVzY3JpcHRvci9Gb250TmFtZS9BcmlhbCxCb2xkL0Zs YWdzIDMyL0l0YWxpY0FuZ2xlIDAvQXNjZW50IDkwNS9EZXNjZW50IC0yMTAvQ2FwSGVpZ2h0IDcy OC9BdmdXaWR0aCA0NzkvTWF4V2lkdGggMjYyOC9Gb250V2VpZ2h0IDcwMC9YSGVpZ2h0IDI1MC9M ZWFkaW5nIDMzL1N0ZW1WIDQ3L0ZvbnRCQm94WyAtNjI4IC0yMTAgMjAwMCA3MjhdID4+DQplbmRv YmoNCjUwIDAgb2JqDQo8PC9UeXBlL1hPYmplY3QvU3VidHlwZS9JbWFnZS9XaWR0aCAyNTgvSGVp Z2h0IDEzL0NvbG9yU3BhY2UvRGV2aWNlUkdCL0JpdHNQZXJDb21wb25lbnQgOC9JbnRlcnBvbGF0 ZSBmYWxzZS9TTWFzayA1MSAwIFIvRmlsdGVyL0ZsYXRlRGVjb2RlL0xlbmd0aCA0MzI+Pg0Kc3Ry ZWFtDQp4nO3Z21KEMAwG4AVERFEQRU7K4vu/pL/JwOAKJY5CydjvYi92elFKkqbldHIc55JHVgeY xziORhzV+A2CwBfgYZ42kkc7oHH+tsNEMckC+hTYYRhGUXQjEMdxRK61CRW6+ipQyHYh+YRpmBMB YxDSSZJkWZbn+ZNRTh5Jpk2apg/kXiG8oDttbklMJAV2O4hwlBSf9tbZFECFwVQR23Vdt237KtPq MZ1w0zS1QlVVlWX5ok1RFM/EXFq3hthGDURWoh9AwC9lAQZgMFYb0fJm1JGzHn3fvw96YntGK/pv +H9eefPb2Vk3mH2Q6YSFpXUjqH4oI+heUO3RGs12RPgfWwb6BCRCQQzZXRLbpfEHUPzHHcHabiTG b2025KzG0TxzInQT+2XmwtIhErAjLGUBH5+xHaBxQvOGYeZOLyG2e2QRPgKkxPaJRAr1avVodhxo dcw18wi4sGNVERKo9rMd0dgX8Tna7OK+wvb1iZTtqykpvnmzfpAU4jPvatk8Aj6hY858YWW4KZJT egO/24eJ3/CHzzEqbHq/+ud4zp778qLBmBG2J+I4zr/wAR0vag4NCmVuZHN0cmVhbQ0KZW5kb2Jq DQo1MSAwIG9iag0KPDwvVHlwZS9YT2JqZWN0L1N1YnR5cGUvSW1hZ2UvV2lkdGggMjU4L0hlaWdo dCAxMy9Db2xvclNwYWNlL0RldmljZUdyYXkvTWF0dGVbIDAgMCAwXSAvQml0c1BlckNvbXBvbmVu dCA4L0ludGVycG9sYXRlIGZhbHNlL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzY1Pj4NCnN0 cmVhbQ0KeJzt1ltzwUAUAGC7ua1IiGgQKoqRoHRUaOViU4n//5vKhKUzZsQxg4d+75vJnj23XO7f FkIIH6DUo3/prhDmBfGEIPBw3I3wvZy8MuKIqukVRi9rpSKcqigFOFnOwxEiidkJPN7HAEtao2sP GMfu97pwnbbVgms2zDpYrWpUMtM1ReJQmgJyzXGXfnDke0sYz98e/VrMwdzZ9ANu8j4aDrKyu2ZR xGkECvXhIlgdUPoDtU42m00SryFH4zhJdkcjuroKpRH7SETDICt/OesbBKdVQHRrMJ6wSE4/XdcF veDi2/N8D5JAnh+Eu/uE2a9wEB5DEEU0e/yCuVPNpxFAvKwZNVZMptl8hdWwZb11gM2j17cv5+1Z w9EYVjFjp1WW8L4VciIhx44qy9BGrqgqcICUtLJ+uXmd82JUgW3TKOU5xBaCP26a58A1QhAuj6/z pNPXu2p0itzT7H37NfRuyxBbih598SfxC1LaBGMNCmVuZHN0cmVhbQ0KZW5kb2JqDQo1MiAwIG9i ag0KPDwvVHlwZS9QYWdlL1BhcmVudCAyIDAgUi9SZXNvdXJjZXM8PC9FeHRHU3RhdGU8PC9HUzUg NSAwIFIvR1MxMSAxMSAwIFIvR1MyNiAyNiAwIFI+Pi9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSL0lt YWdlOCA4IDAgUi9JbWFnZTkgOSAwIFI+Pi9QYXR0ZXJuPDwvUDU0IDU0IDAgUi9QNTggNTggMCBS Pj4vRm9udDw8L0YyIDQ4IDAgUi9GMSAyNCAwIFIvRjMgNTkgMCBSPj4vUHJvY1NldFsvUERGL1Rl eHQvSW1hZ2VCL0ltYWdlQy9JbWFnZUldID4+L01lZGlhQm94WyAwIDAgNzIwIDQwNV0gL0NvbnRl bnRzIDUzIDAgUi9Hcm91cDw8L1R5cGUvR3JvdXAvUy9UcmFuc3BhcmVuY3kvQ1MvRGV2aWNlUkdC Pj4vVGFicy9TL1N0cnVjdFBhcmVudHMgMj4+DQplbmRvYmoNCjUzIDAgb2JqDQo8PC9GaWx0ZXIv RmxhdGVEZWNvZGUvTGVuZ3RoIDk4NDg+Pg0Kc3RyZWFtDQp4nNV9W4/kRnLu+wDzH/hyjG5jp8S8 J4GFAGkkrWVovTqSzvrB9kOr1TMaq+fi6Z6V99+f+CIik8m6kF2scgEWoJ6KZDAZERkZt0wmu8++ 7/74x8/+/PLbr7r+88+7L7962f3X82d91296+m8wIbgu2b7zfeg+3j1/9q//2L17/uyzP/0YutcP 9OP7m8fHu4/vutuH7rPvg+8ebt+Nt7s+mDy5/dU/Pn/2f58/677+88vusy8+Pr55dXP72H355/ap Jjtj9jw0mWGTc0dYdMHLzxf9xoVhCN3tWyLm27c3r+9y99X7bukZfTS9C3seYvpNLM8I3ZSR8RnD k54xIz1iEOIj6l0i7Gjpj+lt9/H1tvSEoH3y65qxM+PYbQ1JliGhzjfGdc6nzeC7t02D2zjf3aMh 4FfbEDdhKA2mTxuXBcoMJcuQJ+EDOW+sdBeAnDcxMJQSQwNu9XgiIw8bx3Do8NtHBoY8QgGPVlRu iBuSGd/oGQpyaz8wNJhCRPbMpJXH+swQDQOg3jAUtWduR0NGX9SlKfIxpF9DlRYh//r8WSZeDDof NjQsb7mhz6Y0ZEuMg9CMOwkyTBqRwB1ks4mp9k+QD1YINSMUN7YgS0PYmITLcRhYQsQ7eh6MiDYy siUFEcmDDEd9QPJ2kwdAOeUCAdmTSGoDQZg7fKvtctj4XsZUOg6b3Muw0T85kvgMQzmOUFAB1Ya0 6SO6SoPwR08jyIUgwlAiBuKLRWVBhEtVihMhi+CtN5gCLvQbP0Dw1vebbEsDIMOAiZ11w4YlN2A0 6X7rsoxkxigDiqIgJMMKRRqbgswNAaNWb/X8mNKzg4rdChWmiL2QBLnSY5RigRgX2jFepkGK460O jW3H9MDxufRPspWmAkXV4togHJVbc3kO91yFoQ9WWSlRRYytlFXyxrIFoLaQWPLGbFIuDYCMjAP1 aslSsbkYIEM8jRp6eTyplaXJmmRGmBGI0A/gloaAKct3JpFAYCiK5JMg47lJ5GeYiiwan3CrFctj KzKZKDNe9kKTg+UAFGQgZPxNKM916Jj0ViRP/1QoQt6KzA2Z2cOtOv21YyeyUGTP1qeIioxoHMXY Slkkb6KH5URbjGyuoxAuDSY6tooEuYEguxlE8pk7QIPOAnJygKxIngYGkFi25AWXbJAtDffaINjo mmyrjKG3DLFFHYrBjbGwRTI2kXW00tiyoGyBR9+yRV2lkS1Me+GKyCYKVJ+UUkhank5aZ2BbhE4z jFDElGVkbQibaLp6q2cRlJ5JpIo86FQGk3igK9oFin0uEHCDEWnqZbMZUr01qNx5rBjZFYWiuQXI hUpTgaIaidpAHHm+3Av79A/3HEUYVpAt1I5l5ZkMN4pxImWVvAswto3kqcGMg+XY2BTRO7cZJk+j Bi/6bPiqmm/EJwWK6glqg3DplCmPaQkoqYCiIPuNlflomQjWY8tRAygOBWJcmnrj1ST9spQAZRkl 1RWy3V68FaIV2PUsM9mPUNTJWRsyho1vlcnTZ+5ZlVCGH88dqtxBkhuF2MpYTajlUCewv4UFdWSf CnxfYXIfZOnuK36FMXRkWnLbh6FA2Limk9JAOk8j0jYEDBtDGkAEhpxo+yBjQA1eQ7fIlzV0s4Ks +t2LrGwv6m9hrwHJkEC9rZHHMMS4hid3uWzF61lwA0hNuAyYpV/yWGIckFef6BiKojV2KMhJpjMN N6AsMSP9U6Gkbqg0jNKyiR+101CFbqxne7ANWwjuXrrkOMGwUhPEPoW9IRhzcrOqIkkhJG5wUSQ2 MESTpIqXodtm4PRylphbZqXRmLsvs9Ik8TmG54ChCDYLUQxYiUCsdhwkBrcwkEWlJECoUNBBht7G gUPp4DTatcmIUZGgJZHwDMuQvF0ScRDgxPMnL+7JgFebAuwspgXxCsiJR1HXT11ZCflEumgwElfz 3UaGT2IWgtROeXGs1GDEZ0SQ1RdXStSBhwrcCk9KCF8VE4E7B4b0mgTsltyghjokQUBRqKChLhAo zAVZG0hGfKuEtE4g9c5GkbOMTcYEBFGsL5wxgR0NI2wo0skaSeMyGU6JX11iKEn8miQYTEFmMg0+ CzqJHXbDCPk6RtrgFFdntbXcrxP1VlTHNo8UL2QmcchFRSFxYxoNLmLVy8R8LwoeIPIobphcqOAG nlcGE9FGvymZi2WIE4E6GF68iFhJgjU1zZEfkoUVmi0gQFS794Ug9ucWJpzFLZF4CCP1DDGrvXg+ vWw2AiTW+N41lhANTsJSSnwBeQklwwTKQ0HWLJe44lurQeYJoOlw7blEDYmJEABigboL7hCquGWU 8dwYS1zdp1HcsXBH8uaYIjHJJGJRNUwsBThiZFSGMR2AqTPYiEIHdraBqWRc9YK2zCuOVMVQTOyI 2pZA49WalpA5WtY7gnirwAMICByFGs/HXhwwh1qAsthyAxUy4IXtjiIblg4IT3xZUxzkSgRpvlNQ B1vsEkMaa/oRynUK1zmgbjtwuLyngaK7CczBHUMaYxiGNKz2YqiowYlJzHxVLRyyHZUdKkeCmvhe hHyBr5oSgNgQ2ZPXcAQNfR4vB/ZLuJMBTeWMKGzwxaLR1AKkRttHhozwIiEfGnqJxaEtNHJaPEEu V6AI1WNkbRhF1Ys33W4Yg6SABG0XNlDAe3m+KolPzLcZFbBVtqagkFoFlNCn3OHZKknEbYnuqvmc QpPlETmR9nkZGuQTaYSixoq1Qaau3CkpOLpV/6zWxIdiKOH0pIxWjKgXC1BNLKxprFfdIBZApqrL 4gL6MjYUsKotR3kkIihnO28Y6tUFaLEkSNrq4RMIsBJW+QYq2Upt4IJWvXOovcJVCmv6UAwXSjDs uwBlIddJcOa0BDNIJmOlnsE6UQemHbdSonCi/3UsKdPmIFxuMbHEehEZfSr2wWtxIHOuItE8oCiJ TUojFDWQqw08M/hWMfHgymgISXZBcGOJ45LnckCN+Zji2A6nseKJ9bItwajj2kaonldLH730m6Uy 4mVwnVRYOFRg26RFFTTQ2CSJrFDkdHsaxplFt8Q9cJ1ppmcIEZPRLNNCWYguVBGC1botGmRGDmNR poxJO2RjvSO0U5JLDXUYUZNQl4MUhTwMMsM6KU3qSzKMCDwJYRJDAfJSWdKoOWq8yQ332iC+OUm1 JIifHwYutPRSFPdaLnGlkjdwicPILI6OocEViHFDiWj4srhNzV+JP62Xa6kgjtV2x5e1KJiE/V4r gqYwrDkcxT/Mw4AR40dBQIPUdAznRwiIJMzSEkYUk8CVDSakah/z0OgmpJHGfCSaotUZUC/RhC1p Gflq2xRDsiRinnOMAkXV5NogVSm61ZfyGDpmBTEa5OO5IRbt4nJXoxqt5qg2ITBvlQk1mxpgcC1F OuMqi2iSqTWYSWoYZFR2GiBaN2kQ0gmCMSYrZgTCOIhN5u4lCyMbmFABCuznCOKCT0DdzcVa4ZH6 GTU44IqqOe4AZEKzMJFDKQclmerBcjlIcD0Xg2IBtIoGeclFL+E5+kH5LbJfd1HNo0HuYJhA1MU8 R9nEjGmgAZJl3NqAwsgIkTgYygzpzJBRZzGxXUGD9E1SNVK+VrFhMHu5pqksgtSBG3q5nEWkg5XS VyiQluu8GS9bTq+cVHoQL2SGXBWiPMmLmgzymCSKYpRiXzTFSoOXYh4SKMeV0QKRTsSqVppfeZmv wdY5KeOlzh/FD2SRFdJa5jBejXKVQ10jC2Wcr6Q6DGJXUL71mlMFrmUVKNaKqjZkLrNIUqG5NXpW IytZCR48yCSMlsdonIPtfNMpqMuLosTNeiOSb1ld9Drjc1l91EJw7srKY+BFFUBaVtNCKVbuJMxF LYOgQayFkWU+ZGWBA/9bWROM4sKy4ctaS8NsHaE8LiCKoXC6iimOSlcxOfHwxYz2meNED9cAKvgx UmEmqBdcLRv2LHNuwGKjMuulYy+xt9dCJ8Q3aHDuIXOIb5B8WBrMILqJZyeGOENwunRjBsO6CRNH PA/9RuSD6SIA5pTIUmHkDXyb1qed9KqVW5keQ/WFUIBBkwBeOyz0CsTIunCgl7O4Cr01S9XLIyhj 5KFU8BCl9b2uUIy/UXfmiKbXaLwH25ybMJeOoV6EoIzlIjAWURpl14pWxI1MKWsbaysMdx5KA6y2 k74ol4XVtjLwEutQg9PRJtcdsBAkyQTZJdwySP5rWTCcV+US8aKPIGpPWAWShVFBlgZe4catQRfH LfesqxiiNvxgLa4bkOGMlMSDEZpTyT4EeSj1c7qs7MqycJFGXTWmFKrPsV6m6MGbeiu5siBaIeaZ /DrzjwcTlVlkg3AqdyXRLSpFcOqleuH5alnDMRWooshlzReCovuMuGXHzwhGJN5nxXVGrBPNZhCk A47hwTpXbkeP2NF5jcFVVnXgJ3pRKvqy4kqYVkr6paEGzTayfu82cC3xvrllu4EEYcOkwWMmM6RT LwgkMtU0xlajj3VLq3Eor8NYG6QI5HTJBQ1WwtQh8GVvNZ4FEEtwq6iDrxejbgDhn0NsE0ebJKbm yoJy7LVy7aTfsSZofcn3NQGyuiirl53sxJDCK4rrWi1QZFuSXxTHLGeynO5SFmK1LGN0IwUaklTI kcsTFE1JkAAF4VzLbtaUcB2ppzUiGMeF5QL5skivDeMImlJsnsKjDugNOw0BhkCXelLkdKuoVoFr 9JlyKXdtNZTHlju24KpXBWa1YsAWtWIoNWqFhmSKWgHKpqgVIFUBXclLqZRSB/SVNq5kSfQ72FGr AGdbL2bdC8E/s2+0yiRe6R21ChguFq1CP35cSiGCgm1TlxRKnYkvh1LDxtaghC0ojVahwfuiVYD6 oWiVSbqiVLTKpLr8g2w0OSGDtYqhRqkAO1eUiqGiUwUoKqVwM3SmWYFoG8bRdxu3B240qqw/Jljc Zv2R4XH9EdYwN+uPFf5Vl0dT04cBq20npWFcMMPWmT2wRdFLYScyC7KWmwTqPUMyNLpPC+mINPCK axCdlFElqG9XH7DAHPJ42UrZkqswxpmyrKEd96WAj2SAGM9SrEMGXaCajZUGCZVdr0MFvXWyIwCR sgRKTjZcBMn7nWsWzpjiWmos7IXxcpJKCUalCt5o8YEGY8Ay0dAORi+Vt3EwKNTMFYOjYwaChLBB RtLLpO0HCRR5MR1Qlq6wtcH0UpqLJcekBu448qYTY1ixEUgYhjiq4YSRkWW5JLAbA6QhE0RdIKd5 V4E5I0fhSKSJlNRo5m+0emzGPUdIUlCDkvhwkN2BSVbatMYAiqWOjkkPGqUulEYiZPuOUsFluAQl NUYXdaM8R6FQEvnSINsa6FZdgMoDQ0ENZSg9GzEKXkUlpUIkNyjoSanGVZrVUPFGxKF4zijjp6sM oSY3uvomWxh1fdhHzipCXcS+HTWn3VqQsZwosQyHvdip55PCGawLQAOdIRbHoy+7A+nJTkacWM9Z NiEiiDKAeINfcFrAwX5ASaukjEhwDBKgUTs2HnqJwLAbMpRsSCxo9rKXUOIz7BbUPGuQ/Y3eFeiW 92Qaje5wWUKFwLtvMparhqKDt7zLMgyy0ER9ZExi8bWGIZN00aUgD4MUsbFV0sluR1RCQZJ1+lt4 jX0o12hIsmYsGTJMUeyGbDwiQSXdrwdyUUuR1V3S0woFLefWBo9UArdq7RESTxqyG52sOWquwGYU 46qbEihQrpssGVLmcr2KCopcJcoT9oZILiD2KuViNGl4EhiSbaA0jhUiG8moCmOPVOhwo44VkU/9 Bl4lCJoD5l42yJJiY4ur2qHUTVRUbCAWbbk0oVqLJfJYtPZ+hKumRxRU/J4GeE6OLFAiTUIqMcKb 3nTHQhdlm19ga0gEFJj3NeHWSKoiakRjG2E7hUuaARG1MrF7slwbEdEMzDY9P0p9XtbpJlxtpaXK KPIaLnwADoPOIbjLqPsegmZL0UhiFdgIcIFbdTtXqKZWtSHAyPCtdWM4Ok4SUsuWPzxWI/vEiZgL VbFq4lgUCympifWyk9QXmtXBw3kxipq0GUmr8VzizugG6gB3XKGsOXtpkHVf3JqqzUAVbxDVkiUw WBkbi18DTbZo10TCInSEv8mNQsdqILs2wCi+SXzuO6xvRvWHPJt5+VNMItl5Fq8QRf6kQlaF3jTQ XIRPUjsht4ZeongpH6HYZiW7oHAHWzWz+Dn0jE1fsjgtu3wRs/Dl3PE+ANmVTZYcVUAnQY0TGrDG oTtc6TIiVbEvxD9HRboHV5Bt2XNFQuT9EbpBC4DT9DOYljdpuG8aygTkRcBh2hB63VLVYTdf0k1m nct6peztczqHpPDB26pkEwzkSKrcixOXWiHXQWWlHUNGnqAsFGVAg9P1cB593iojVoDmNlejJI2n expIdrfVBnZyskoKgCwpb6QSxyNOnQseYgdAsm9rDBD7YLqxxgCuNXTCZVThBJniIbHvTpbjgYuQ VoJLynW8KXVASvY4mhaCLROBKFutQDQq8yFqBdOxnNkmiq+mad5L9CduGI7EaTSAvgedUczAOGGa 8qU0kfDfSjWuj6UBZbxeolJshuglLZf9CFzlc1o77vAzSzSIrSUKyY5yxcyyy8IKsm6Owe4XdCuZ V6jFQ00nEVkNeVMNF9NbPWCpdbrxci9buOROcsRei/kSk+ZU3m9BdJt1QzU2YVUgl33J2iCrMoC8 mjHcmUsJU9c1c974EhcBGDjgZgpUYpojEYHYTqCh+SCLxIELaYDUm2r6iuKx5AeDlHHrSE3HTcby 0CtHVl85ovnX4/Ul0m/kU4HfYUKqRYpqhyDrGxEGxqD6O77HBOZHHCzqICyf4mC3AJE3j5NhlGdR sMCFXT1zOFgmzp2sOEx4yPyakrLQ72WBUUq3/V4O5lCEgRmMQv8MCvY0+a4hO7FRV7phMnfJplBm 7G7YIfnQZSH3wNVC6qHLSh1frsTl9IRx4Br2/nsKQ4KiT52iFKbmUISxGYzC3AzKzjj4IOuHM2QL yizZcyhC9gxGIXsGBVtiY1f/2onkHed4sywIyiwLcyjCwgxGYWEGZUfyuh5/kGa6PkvwwetC7aHL hdRD1w8qOPYMLSi4oMxSPYcihM9gFNpnUGY1pZ+3OGZIrQHeMTmHrzPlBy8r2YevG21JByW8rT3s qOfnraLMjcYsivA0g1HYmkGZGw0uws/PW0WZZWEORViYwSgszKAcmg/YprQwAIwxS/wMhtB+GKGQ fhhjVviIr+Zns6LM0j+HIgzMYBQOZlB21N6nJXelKLNkz6EI2TMYhewZlFnJc/o4z4KgzLIwhyIs zGAUFmZQDqo9qs8N7WaHeCT9TY9mh/TDCEL4weuF7IMIs3I3sVEdw3tJtkkXlGKgJyiF+DkUIX8G ozAwg7Kj8VgvSQsiF5x5qc/iCOVzKIX0OZw58WPDDXaszqi9osyp/SwKMzGHoTzMoWyLP8Ml+1my FWWO7FkUJnsOQ8meQ5mTfEJmPcxrkOLMatA8DnMxi6JszOJsiz/CL8+LX1HmxD+LwoTPYSjdcyhz 4sdq5oLiK8ocC7MozMIchrIwh3LI3mO1Z2ECKMoc+bMoTP4chpI/h7KtOKgmLim94swq/TwOUz6L oqTP4syWqCb250B9Z2IYDhR4ZnEk8ZpDKZnXHI7pfufTgyizxOlBpvvT82ekTP/ZVYFjPT9wwbUU 1/h0lfvnz358/mwsV01QYti+Hjj7a1Bs2OwgGd479LZJJdhxTbGwcvJ2EnbtUEPBxqalJ4jzmCLh TSrrJ1SzqipW0aXKfq0btuzXUtwEZWS/logK+7UQ0LDfpNmxRZqyX9OP3KJM2B+DtU1Lz5T9Mrsr +5XqCfsyTUbutSI6YV6LjC1Cw7qWvirnWuJoGa/Fg9igbLGtOVVuEKZMlwB009CxxbJYq5FjpbVl uEz6ynEt8LYs16rpBGVkulbzCte1ctOw3VREYos0ZbzmirlFmbA+xtablp4p88UQV+4r1Q37hjr4 Hcg9W2itagM5h6airsgTVC4gN5jZN5wqDpdmG5wYdnGkANogScMWltQbGyxp2MKSkl6DJQ1bWDa2 KDZuXzdxSwjSMMXSAtCIpQ1bWFJvabCkYQtLShoNVpoMt2Jx9aBBYngLR/LzBkkatrAkHW6wpGEL SzLOBksatrBsblFkU157XfKnBkUatrAkVWmw+rj7LE0GRqxhqvGCpbH3iKUNUywNbUcsbZhiaSA5 YmnDFEtjtRFLG6ZYGhKNWNqwdyZqEDIia8NkJmr4NJqusiIyMXCZN+w2WNKwZeC0MU9QGgOnLaGd G3bLrpe20cBJw5aB08aYW5SpgdPGauAE3jJw0tgYuEL1hH2VZ5+naqgNW1N/W3Vsqzo765auOeaS z1k0fbJD1+85qPHLnyjc+sZ2GftSf3qFIcTJkLIWiz1SPb/g9RPCEoTGHJD929WP1y/81e21v7qj /9/dfKS/b65fhKv33fWLeGWu/6P76Z+fP/v6p/3rqv4M9CFKGFbSZxfoC+egL/P28DXkuQXy4hnI c3LS1Bry/AJ56XjyeKP9hDxsUYwsRMooQd/eBGen8Qem/9sNUUy0OnP1lw/Xpmc+Pl6/SFc39OPx Oly9eY/md9f56mGBm3wsN6absmJkW53F5sCjOfnm+kUmdX3h5Fd37fLV22vniKMX+ueRhsYMxAv9 fo0/SxwNp3KE1zr4gKQ1HAWQ+Ice6tTjZ79ArelPJjfpoT5ryGXZ/yE8nVxzKrlODsw6hdwjpGtP JldOG7oQuUd7tp3ZmHgzJs7sMccaFhxaTE73p9t/u/ru7vXN/RKxK9zcQUMox+UcbQi/JXu3IUvo 49WfyUwYNoBsCX9T887W8B2s4eslfla4xR1+cKRG8mv5CUQwqUskRfHLyrLCT+7SG/tymtEKei3o DU+l9yyOk8LpcBK5Txbv0Z5xH7kBb01dhNw1bk/me2s+cNIaDjri8ySPJfgLTLMfaMJ99v31QD/m KbZrPN8OxTiYB8ciraEYBo+eyRbP9P0fiIQlmte4v12aoxx6dyGa1/jAHZqd4/cqGprlysfX5Zfo wCI1a1zcLjV4u+cMxBztwnb8Ld4bk5PFj5/gX1ynqx9ortDfjoPc7trkK8AfkYhw+Pvw0H1EaMzA PWEl+XnDF/kn33X7nhsel6Jje7SXOxQer+P52PjYHu3lDsXHF6L3aC+3E3HqTBvpXancJ6d2OstO JuTkjCzj/IQBrxEdO3z/7+GOp0/3PbklnlXvayLJIM8jTjkfaA5ac/XvV2iWmca4tzfj1OME9X29 uXsPvXg3Xn/Df9/V5JWnJv/6G//lK48P/369IDJ3elZo+BX9lWIzourHqb47OTcsU3Uker/GHTsp 3elpoGatZ6fs5IyvJKhnp+yc6Z3hd+5XpXel2OWHq6/u/nZtJa275wLXh+s81r5QvItXL9/TRL+/ p0akgj9fY7rmQ8UxeN2+x5QP3A91b6UoSBeB+oAQnLCy4Z9IKt+g7/sHCsv1wgYEbpan9HnSS1OO uVwhT0OE4v+j0kx3rjQznUx3fxTdZ0k3YUXNWrqPk/NZ8s2Y5HzOC9B7slfnM+IiH3o6HE3rD3cI ftWni3PtXuFv453hfMlmMF7j0D9U9yxoX9NEn7jnpeWdsznnVZyzIY9HWnN/um+Wr8xckuYzeG0+ q/SSNJ/Bn/NpEZek+eQsOPFBvHg7N61YzXoHSm9lgn4Cwb/gTxNKv66h9CMH8zdjQN2E5Q+6UjRO 73e1swe++2ba2D3IDRz9y+Oku5upCXlqau1PTq35yJ0sLysfLce/fIIcH8dqAbNx+yv+/p0ZkdTm 4bc3Ta5y3/wlKYUs8ltIlRajHX962i42cp0sOH8Zjlzb8ien7jbz91NGmtclzP70zF0M3yWFd3I4 oIZvSXhMnTvSxIWjXbbbog7nVeI0q8wv5h8p0j/2vSPrGNLnLxz99l/qv1n+DeHzF/GP+F7o5yaj /eXnNB1xwShibUgKDGj1envbGIam38h9JvTZfynP8NQWrHabtrsvz/tC/u2ddFIIDy/p2jeKXJ5C T3BZe97mjNu+XnpC6d1O/61PYj6+kSeBhy++pN8vP18Y8tMjHrVAq4Zc1n6PLaGEk0OeYoJGotfZ oHB6IKM26JLiOzmSkZLn6dI7R7KvxRN8KeDotXwKq/56/cLy4rh9QuXED+srJ79e53Hd/RcCfr+h HJIhPGIxVghnqTCYwKcvrhPWUKoiT13MDueoLuALTWE1zaA3HpOxh7NUGIzjE3QuJeejw4q9VRE5 DH4dzZDxcIyc48n1AZxN6flbHfZ4ev/l7vdr2/OkNlf/dMP5AOc7v6O6OeY2ukCBNY9X72sphROF n2oO8fBIuVW8+q7mEz8vMX82t4tvkxzPfQKRx9a64+luFx+0aUdsn9/oxg1WLoXFhft4Nhd8SVGe 7oI1DxiJ3u+D4yryzpCj83e/+Hu9x+dWT5uPUhJ5eLwZK5dNZULrHO9rNYPT9pfvHx6XmD9bUr6O ebtqxE7PymVujjQvzE1jnzA3z5aiX1KUZ8vR52WpSbrUIS3IC08hL53sN/nTsvikDt7qOVakX919 qF6Q5+Ltm9k5Z3QnwCv6GZ84sbdqa7efpkhSlmw2vPNTxlSIxbr4fsJ59qjpTJeD+tfvUbP+D9GE JZLP4H95dWLdyFsRK7Q1QgWMTK4Fms+zkU2twGXEvMY375KsNuAyJJ8zkXZ8Yuex2vFXvC2EPNrY /5EdCNlJGi271F/JPiXBfVB8bvhE6LdMBZo+SZ9KzGKOnc6TYxv5gMMqOWIFH1uaPXKpeB11K8IC 3efMs9fRnY6m+Tx5do9C1CVFfZZUOwx8YsBqsvtSIchEdnwC2fn0qCHyQb6WD2Zet3r5alyXfJAV OPbst4+fpiEFR+o/Xus654f6Z9y08Ij3+q7+gVC6fxpDiIWw4oeb29+WXkrNZ0vM1wmqKeg+fVUp ny0wuCTRZ8vbL0n02fL2SxJ9cjaPr3tE+QjN8bk8Mu5DOxVe6sWHvbuS/sKpxrhJASZBsv3b3+T2 b7vv+JXkevOHJVmcLblfJQyOme2RGV8+Q24v0/uCNJ8t878gzWdL/C9H83C6Xx/4Q7T46sGl3LoU BB7nvfWS/zdxpyC/VQJIS7I7m69fJz03DvjTjflwNl9/SaLP5usvSfTZfP0liT7Z1/PXYyMZlk3y x78IhlmL/3kprHs57h/W0uAr+UfeFnrkPce8LfErtAeJDCRSeCmvJOlM59/va9zwr/QrtCEF2xa8 E/hX5ARf8SPl8t+aPcy49UGaX9eoYhKYLEj39OjBRky+VdJtiu/DsJTwDacHDYmPOrsAqafHCpY/ j3kBUk8PERJ/K+l/nlSyOudJ+XOPg/n+12b8S8c8mf5cYcA6QWmoAjOfIJQsZn+J6HNtgRuJ3r9G tXwyz7l8+0XFdy7fflGiT/bt+DybifgCIz6Hd9ZMvizy0d//xsaaMWvfWs37T3l7kK3AZjrHX48z VzbhNyt/49SW14/uOY74OwcP8upB4+ibZULQ9jN+/b17KYSLHZLfTOrisoDpz1U1WCn5JjU85sys c+3Ub6heayROd/Hyvv8ZSDndhfPu19MpOf1Qs8xfMTUrtr/tezEQc043tG1e4+JmN8t2OpvkrZnf Flk82bcafNrTr2XzxSKBR/vR7VceDD6snVcSiG375TUEN32bAC8HhOa1B35lobwg4GPzZoHs+TdP 3vNvTj9ATU83WTkqR1uy4w9RO3BmwsUIPtlV61EKFyP4ZA+nJyxcjOAzHjAa+jU7iCevDnx3na++ 0R3//upPd9eRNy5Mjhy9lyP4bvTkhF8E3RmcCBYYfAtU2eHwBmcnPLbbHB756L43/AA9gmFJRudY Yrc9Na0UETaE57IpHEvtSyVZc/wBbftIxjcuVpIcC8n2OvLOgMU8+/gT2vae2Cff/15Fc27fcXiS mI8/oW3vLoaAbx1fjOaTU16DD8B7fNTZheOD8D/9A81GHEbWfYPXesrhu0tUn+5rJXVYSXWz/5tT TSvLI0tUn+5wZZVhJdW8zTCOVLNPWNrSaU4/tU1LEadTPYDq9DRZn8H1ci3iFKplT4GpxYhlWa/w v7vnj+vBR8MmxFKE4iyq2VIoSwTD1U/X5PfeP+qGwXtppj9fA+u/qenD3Tv4zDveEbhE/QrPuHu4 e59Qyj1AfdBtWg5GTuQqFm/pYHdz/Elw+4gjH5gOEud0/1guxPVK3OK4H3/m2r5xp5gC5+keJi6W g4xkp7GcbLQouePPVttHHLm1MEtcvy25xBQvEXe0/8IrJNtO1/dEsCXqzCbuEPfj7R0O6qew9M37 TiS3RFRxT9yNJ40e8PENoo+/d+IpuXVDabinhsxnJu025GFjHTfoLWODdlobfpWPfO0h5miv42Yk lCxm55aIKEfOaSk/Pv4QMrOPDuMQ0u2n4+qLe31riWuU4erx1zvscibThermp1ewdiinpqvfkUd0 vDx6y/XST3zXLx2FIr+8XxzgFVuaD8sUY7vLy47aLZay67FjRTl8+cJOUR9fPspSFGxfQz/RuLFh 7LRf0Lij/cCcxtl6nPzRGreiKHlY4/bScfXD3S+fbuEsSZkoeyR/Shp1J/rGivbdzc+sgh9Yv27I m77AmYLp6ue/E66mtqH/P4sn3q84RuSwUHHC0zqhHn+a1146VKiH6HAGZ3FI3Y5MPJfyshw3EgKq dDiCZDz3w/IBIZ/nOFbuXrjEpbtFflbUKsFP9vsEixNk0krBrshp9hEikt1PiKjr3S/dp4e7j2xU Pny8JuP3Gt+huXm7GOEdf1zXjN0zMZbdurN2bzFAqYdfqYkyFLnb1u5pw2jm9jR4HOd939xSG0qn peGg3Tv+4KmZKYrvs4Ud6TxNk1YsUR2covvpuPoXGptgr77AGeJk15YO3DfHnys1JxtLY7RSNuf0 CfvpaH0CO4L3b+86yrFIo3/lWWfID3DQge1b7upvuvxb4LvFaXj8kVJ2zmb1fh8XPA/JOHzUabiY xNRTj8qM6e00/NCGZtbta5iEH03D2OlC+HH8QUYzqpZDrbwfq2prjjE6qGr76Th6Gh5/StGMbFAg WSubcyYD++m4+pGTAZ5Sr3/F1gZ/JSHXR3aCmI+/dH/59PgRJzDf8IT9tcRkLlGoRsnAEhsrqkwH xUmBddrDxv6Qkoe7hpS7ZP5/vGiQCw0KZW5kc3RyZWFtDQplbmRvYmoNCjU0IDAgb2JqDQo8PC9U eXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9UaWxpbmdUeXBlIDIvQkJveFsg MCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUgMCA0MDVdIC9YU3RlcCAx MjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcgNyAwIFI+Pj4+L0ZpbHRl ci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy0DMAAwUQROMm5+p75iam p5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoNCjU1IDAgb2JqDQo8PC9GdW5jdGlvblR5 cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMF0gL0JvdW5kc1sgMC41XSAvRnVuY3Rp b25zWyA1NiAwIFIgNTcgMCBSXSA+Pg0KZW5kb2JqDQo1NiAwIG9iag0KPDwvRnVuY3Rpb25UeXBl IDIvRG9tYWluWyAwIDFdIC9DMVsgMC41ODQzMSAwLjU4NDMxIDAuNTg0MzFdIC9DMFsgMC44Mzky MiAwLjgzOTIyIDAuODM5MjJdIC9OIDE+Pg0KZW5kb2JqDQo1NyAwIG9iag0KPDwvRnVuY3Rpb25U eXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC44MzkyMiAwLjgzOTIyIDAuODM5MjJdIC9DMFsgMSAx IDFdIC9OIDE+Pg0KZW5kb2JqDQo1OCAwIG9iag0KPDwvUGF0dGVyblR5cGUgMi9TaGFkaW5nPDwv Q29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNbIDE1Ni43MiAzMzUuMDUg MTU2LjcyIDM2My44NV0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rpb24gNTUgMCBSPj4+Pg0K ZW5kb2JqDQo1OSAwIG9iag0KPDwvVHlwZS9Gb250L1N1YnR5cGUvVHlwZTAvQmFzZUZvbnQvQXJp YWwvRW5jb2RpbmcvSWRlbnRpdHktSC9EZXNjZW5kYW50Rm9udHMgNjAgMCBSL1RvVW5pY29kZSAx MDY4IDAgUj4+DQplbmRvYmoNCjYwIDAgb2JqDQpbIDYxIDAgUl0gDQplbmRvYmoNCjYxIDAgb2Jq DQo8PC9CYXNlRm9udC9BcmlhbC9TdWJ0eXBlL0NJREZvbnRUeXBlMi9UeXBlL0ZvbnQvQ0lEVG9H SURNYXAvSWRlbnRpdHkvRFcgMTAwMC9DSURTeXN0ZW1JbmZvIDYyIDAgUi9Gb250RGVzY3JpcHRv ciA2MyAwIFIvVyAxMDcwIDAgUj4+DQplbmRvYmoNCjYyIDAgb2JqDQo8PC9PcmRlcmluZyhJZGVu dGl0eSkgL1JlZ2lzdHJ5KEFkb2JlKSAvU3VwcGxlbWVudCAwPj4NCmVuZG9iag0KNjMgMCBvYmoN Cjw8L1R5cGUvRm9udERlc2NyaXB0b3IvRm9udE5hbWUvQXJpYWwvRmxhZ3MgMzIvSXRhbGljQW5n bGUgMC9Bc2NlbnQgOTA1L0Rlc2NlbnQgLTIxMC9DYXBIZWlnaHQgNzI4L0F2Z1dpZHRoIDQ0MS9N YXhXaWR0aCAyNjY1L0ZvbnRXZWlnaHQgNDAwL1hIZWlnaHQgMjUwL0xlYWRpbmcgMzMvU3RlbVYg NDQvRm9udEJCb3hbIC02NjUgLTIxMCAyMDAwIDcyOF0gL0ZvbnRGaWxlMiAxMDY5IDAgUj4+DQpl bmRvYmoNCjY0IDAgb2JqDQo8PC9UeXBlL1BhZ2UvUGFyZW50IDIgMCBSL1Jlc291cmNlczw8L0V4 dEdTdGF0ZTw8L0dTNSA1IDAgUi9HUzExIDExIDAgUi9HUzI2IDI2IDAgUj4+L1hPYmplY3Q8PC9J bWFnZTcgNyAwIFIvSW1hZ2U4IDggMCBSL0ltYWdlOSA5IDAgUj4+L1BhdHRlcm48PC9QNjYgNjYg MCBSL1A3MCA3MCAwIFI+Pi9Gb250PDwvRjIgNDggMCBSL0YxIDI0IDAgUi9GMyA1OSAwIFI+Pi9Q cm9jU2V0Wy9QREYvVGV4dC9JbWFnZUIvSW1hZ2VDL0ltYWdlSV0gPj4vTWVkaWFCb3hbIDAgMCA3 MjAgNDA1XSAvQ29udGVudHMgNjUgMCBSL0dyb3VwPDwvVHlwZS9Hcm91cC9TL1RyYW5zcGFyZW5j eS9DUy9EZXZpY2VSR0I+Pi9UYWJzL1MvU3RydWN0UGFyZW50cyAzPj4NCmVuZG9iag0KNjUgMCBv YmoNCjw8L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggNzUxMj4+DQpzdHJlYW0NCnictV1bj1zH cX4nwP9wXgLsGuSw7xdAEGBJtiHDThSZRh7iPKxXK4oJLw65tuJ/n/rq0qdnz+4MZ7QMEHqrTnef 6urqry7dZ7S8+G754osXf/z6228W9+WXy1fffL3879MnbnE7R//Xfc5xqcEtyeXlw83TJ//xq+Xd 0ycvfvenvLz6SH98d3V7e/Ph3XL9cXnxXSnLx+t3a/fosm973X/81dMn//70yfKbP369vPj1h9vX P15d3y5f/XF+q2/R+3teWn3ftbZQK3qQ5M/nbhdz73m5fkvCfPv26tVNW755vxx7hyvexXzPS7zb FXtHXvYnsr6jf9I7DmiPJgj1kfSxUusS6B/vwvLh1V3tiUD36W+Z1s6va7e/JNXJkmTnd3WJqe1K Xt6CdrvkjZF638XAlC9EtV1KRNWdr8v10yep110uxCg73xdQPhKVdrWuVNj1YI2Z4XdOHqNr7PIe GTnSW3VkeXGsmKUJRRS9R0UW4hoi0yva+jRh/NEz7fo8cHZ517y9N7uyC1lkaitF4xVprAyaER5L V5mtjTyUYS8WXZlQosc9LVPbn54+iS3uWpk0H1vY5dEoNr9LzUaLjVZ7elesfVeDiQIqdFP8oEzx g8GKt66iAB14qMdeK9ozkUSzJvFQfGx559P6mJQV167E3Bu47npdX9vEyljvgzK9Dwbr3brqZGXg VRX6WlOUiGRKnHUsevc+TgvzFoywK90Y3vtdsdE8bTJWs73MO4KaZKKAMjHrSpneB4P1bl1FATby 0I++V5RnIoliTeKhd+/zLpT1cSGsW7vWXdgfuO1cX9/bdjma4gdlih8MVrx11dnqyKsy9MWmKxHK 1DhrWTSfcrOVInW9BaPu3GCkXHZOsCZ6orI0rrvYGBFy2qXIwiQCDKK4a2YwMSruQrLGTqZJ1sBd M6sgdxm5sYZyl8Y0P0EXfiwwRRRpCDIrDjkVgxa1jseFgEkeZ3pP8WyhNHJidYLR5cURjQPBOgnl dq2vFOlexDBGQh/uKpamA2dRRpa25CEEK+ICkWJf1ThrWbGG7KmJajtDDRlbzUpHMsUmRGZC31QF PGDEmeXoNCpRnrXeqhBi/lnakkFko98InQo3hxaIYmsizdHEyFyiULVJ52TbEBZI9tPikHASX2YU ML20zijQOKUqHUjYWnVGIBiWbUaBxInVZgSKrY6nxFScphRy4AUecwIjNpsTKOdtTiF7mO46p5AJ Xb3NKaS+an1vAro/CK3gbWjMwMiUCAbJ0yvjzcqIEZb6Zu0yGFjsEHlGY5gYKqtvDBOjF6/u0JAZ iZU+tSCTmmmyUoay0QPzn0WLWaxo6pKYMURDZ95mgxELNgKGMkYUUBwtQmOrm6cXemaDXKdHwUHc E0UZo5d12RuGsA0vH8OEkNgXjWECqa3w/qxR6IZ4jFEkG4PlR6y5hNB3LtvuBqXBjucdC4Y6YbJT UEARGjwwUbK9CW1J0Hm9AgFK2BMtOt6A6wxDERyaZuhJ/pimGfoY9ocxBsEmeY6Z4TEVUFFcNsVm oHJmcGs8IzBqZAbhvqdXO/FJtTOVxSclbSyADJe1gCggeAf6KPtRKG5bxIXp4yKBQ2UvAy8nIUcR JxvZXUAKOLTIqMfeD407704Yc5LGXXyUgzBeYBmzrX6lkjocY6zqwqNwD2NoHV1qvI9RMJQyYCWR 0Q/iImiBPnhq/Ig1xQJkiV0jlAilVbFqX1YFM6WrAfuyxx5Omrti6ZxR4mo8rLPyq8htebLjpDIF plhpBXq9FjvKsrLEMKuChtugSKEpKYxlMqcu4EEtkFLAhzVjZPgsVSuFyYSJ2FSEnIknnbOYNpBz ycTm+KvDQjJ18eoy+GWZ/soSEjTWLhhRggYMXdjtaDzOjpSROEvfLJEcIwwo3ry8azOtqwtGceNg cvBjzyuBrompIM4pN2k8/CmpE1SR0J10P1FrY2WEyI9bMNeUk3r9Ar1xY4lNOeyCmr1EQK3zBNjl ZVgBt208XzKaBToNEh51Uaruei8aD+K1AuYBqolvgLxKAQKCNW4S8NCe4RURW6G4C69B5E925GRk 0pd6J6RPSQOrKOuReKmGAbNWhwFnbByxdtgMMKazvVYZGa7D86vIFHKUtQRECBUlCuvedBw18q5i Js6gDJPAVCW87o2VXgSoUrO1DwpPTbQuVI3rJIoiN5ah+PVxkfSJEQzzD6K6NMy3CEjWwo+bQFeY iZqtbRMsZgusHEkIMvM20JS2W+MgjXtgKaqsKLQDexEIjMn03gQFsfwAPfFFLgy9w/zTrHfSAr0f lBOj8xPF204ba0KcCz+unvcQhIq8H7DvnRiWQjMsSkw/pBUyZkRRlAkSg64oQy6wl9GFgEmpBKrx pBGtiYYIAGvh19PCREYvEMjriSK7AQDpFkW0VEVwmKKXMLVjE4FqOkU1zCBAUsUww9jBcaWyFS6U MdwFpA7+Hgaszu8xMqspSC5cAJ5QQNP4WowxMHAwGgZ+HAXwUOoI2TJjWdiQRw6BodIacIPwFrZy 0yhGIQ8DAmPO82iNgzfo0xkG8UNQB4Z1OyE8/615RVRp3U7icBgLEWw6SaapVECUrW3dHP9knw1b 9hnDV2cvZY8NgxYyq2o9mz6ZAasr7lYD3DM2NUDnWburAbq0y6OHKxJze97bTkJHmJBMltKsJOkN GWSmdCwKlBOGDyoANbixt7wR28yPlJN2Io/MOKh7zknqgyBCalRpxAxchPIz5DpnFApwUTWKcpxI Hzm+4XKcVhxIq/RUIuXIhZfUo6TTVTEw9SAZcgeggEJciJAyrVREHqONmcEGZ11h0H6MDNcpWa++ mNRIs2KZokQKIjImh0BCcu/ORsgLXrmQ2abVmdfOqhOdwXqsJ5LuOkwglQg8wPiUl6aSOZeld0uE kErRslHCUwpDxFHT3AYVdV8aA/BMs6SeWWo9qcvAVRyblhA00OOokGUaawaJZxeK1D+vT6s4n4iF RY1DI9OqdQyOGzCul5oIB32JSxNZF5ibWDmFGMgyJO9EJJTuYaypamYXsWWM/YZBeb85KehkDoUR nHgW16u2RYCqGVHUmsxwB/vrpmvp8uQLsJauWnLHRfPGqJQ5v0muM6Rmr04OjRU3yS1AUmxmAfWO 3sOt0czwqliM4t7JKhH8WE22sSm4qGVcERW0l5IaIWpyQUoCBTEEqCTOtXhprOFvssdOHDXZgFHi vbWx28u+UX339zDWBZIa9V0aAbqQAWuteT5LLv6bFRqtwqBVMpcsSU98SCFrq9qfF2cqhqdpwVDV LaMR6sG9GZrG7iT+NjSNBBu5G5pGgo3UDU0HZWg6GFLoQtdmaMojz3DKL44GpyxUsg3GMtdp+6Fa ztlctJK97k7s3yozGIgaaxUYB6LGygG0ImqsWQ5DDFFj1XyZERUUJxyMqIMyRB0MceHaVRDVRh6I ai8WRIVMsRuiQmR2eoaomFHMhqiYrfPrCs0LuFYdc5gXFTW/0cNXsSdZUy+FxbGkGirIipJn1q0A fwCKp5+tQKmlXq3+dPEonONz+VIOOJqUOrU47rToOGJ/uDdytF3CecRGPgoUM8WNZY72OLH8yNor lzNdMBS/lrlqBQTRpJcSqNScUQkNWknS2Xo5SKHoS+peTiL6wtXPLkRmbfomTZOGpxjMMiUpq7ph lDyFMJsoqaOujwnoogQLMDs7GSuKIdEl2RuNocRx9sj7pq9UsPKtMbQ0nKwCi4GLmZXTgaXEwOiO JXB5tYrZZrTWW91kRERZ5ZEYoXpLDciwQw0S53s9zwg1DmxnFAPDzagXatuvtTUtOYyyXxNUXst+ TYbQsl+ThFDLflqPXct+xNAzIJT9WhSg4rIfEbXOZb9W9+tLAeHQnmyJk6a17AeMSTOjRsmbONJj hrcTLPFlUJ9mCR3qk5qsOKtQutZIxJWF0iRl06dNnBW7slCkEDd8GRi+mC8LRaxSfBmo7CdfBkaI 5stAuW6+zKjhywZjzFKPQzaMVVMlW+y2zzBvxhJF82aQnUNJ9magLFtspofUzZtBS2G1P3fHWJOc ZK/2mqU+pO2z2IMYZMjZCk0Ce4HinhIM90IWPBbcYyqswBfkoGgAH9PNgI9POZoBHw5BFGB0Somh RXAPhydcqmdgwwzYygz3+NyijMd5nMUT0IDqacI9TFfPxwj3QGkdI3c+LfFpwj1MyZUV9zD9pJVf Vg5yJMG9gBC0TLiHwarBHosxikdBKnMr7EEZZXocrZoUoCg/SrSqV7fLhnohdqmOMOoNylBvMPT0 yNkRFsaVstpAvWBVDKAeJOojat03GjEkX5zFZ2JInox82JEvQYkEAqW8tbrhi0IAPUmS6HBpw5cs 28RKG2AUb6UNUBBQShu+FIMGKW2AEa2ywUS3ysagrLJhjLUQTsLvHcEYY1Q2BoMTd1AxWWkDlI9T aQPK6cFKG6Bys9IGK26tbHjKD0q0ygYoV7R44ZFIWCWDm2o9WR4WtnqpbIByfapseFint8qGz+tl ECZKn0obYHDYxbUNUNFbbWNQVtswxqopqX5vGes5RI4WUe8zRq4FaXO32gbmWdJqSrOhXa+XJOYE ymuUoV0kWhMQ8xSs9AnDfAjmNUhjPkQxMY7GB2XR+GBwNM5dLRjHuK1NwTjeagckcu2hjmibBe7T lscVirAel3gJaSUY93KKPWJx76q4UcTiHtFKsVjcu2yHH+KkPSKbbLE4qJgsFh+UxeKDwbG4dZVY 3EYesbi9WGJxlslbLO5ds3Jp0uk5hlmJxTFZH9fViZsEC0nPmgDTgnba+W3ASUe1WzwcmXcnnxG9 5eIsmhwgyTmCd97u2AAJnLerSJI+o3aUxdob+1pi6HZocek4VpIiIM2epKh6j0FAsgOhtKCal077 xumbSCyaQ+1GoTFNXu9I4TFJq4k3DdmRfcmOlJP8RkjtRE5qRVSKEq7SlhlU1MhnMHhduWuTcnvj kbMkEZnXAi/ueneHZMY5nAT+nmXOadzkQWNU5MbdHZSwsrpP1kbLkkTIOR0pKyU5yiA+FFu9Vf05 fZfAU/SOhdAbVl02vfOS+1ToH2soPp6C1w4UlHS08T6k0YoCNtk5liWMyhLNIc5JBBQwthrf1IpW n6IEmc9wsh5b4DZWkR1N1tpQ8JHCF6nAKGABtzU6Y/boqYvZZFgtt3FTemnQ8lDAgpQ4AGzf0sX6 KSqOe7VayoNLGtaPVDwN66+wptn6G4p80ayf8gPXq1l/Q8QYJ+uvOCCZrZ8YJZv1I92uw/ohRZ+t nxjeD+un1D2WYf00hxRn66dcJ7hh/RVR5rB+CutTn62/IIQb1l9wYWhY/6DM+geDrZ+7DuuvyExn 68eL87B+CJWH9ZPM2c3WX+EIh/XTdIMf1l+Rfs7WT8pKblg/FBuH9VdEn7P100L00Cfrx0XGkM36 G4qMzcy/kvmH2fwrrn4N88e6tGH+NU6OBG3ddPJeoO5h/kh68mT+iLfCMP8Cxz7M3ygz/0Gz+Rc5 vhDz52En88dL2zB/yNOH+e+bupZDKQzgLRHhjbi0LfNPXA3G2QeltJyYGgO9ohz1UugQ5TpSlPNd YSTczUEwKeXIoCFFhGtABRDHTXIAQgZHKyFFUb5MNqiiScNgRJRyk51UefhDHlkWVu6dJFy0kVwG YpBQVZYZl/fiOJ7Wu320MH19WvSyKw2fYGdSVGsisV0O4dOWJIenJpJRRa1+MDjC4q5anwwysqhb r0lH8YBQFR4nCf1FjXta1hzSpX3NBxcmzQdC8lXznrB8T/O+t0nzvtdJ84MyzQ8GT5O7Ds3zyLPm g/OT5iHUqnmTeWg+uLJqPugxFQ8fXN/XfPB+0jyoVfODMs0PBmueuw7N88iz5vm9Q/MsUl3VmDaa T5XzjZj5ktPbiTGq4oQdzd/DkOseb9YuW4YDUE8MWA3ZVi1WosThRpXCBG4GyWlRHedDTR5Xvf8k XfVulORoqfI5SeRbOSA0FSftghqVTm7a7BIxP22s1chVacypyjv1SITwUw+mu03aSfCNg7pap1Ac QsX5mDGh6hzWx0muSES+5lvjTnBXDzlqtBuOOBsjd1Ik6Y9MRIFaudiaUPuTaAMnLdVb7R5HWNXb FbPRNsu1Dla5FinkuE4p5CDNGqc6r2CRI6INY7ICP+LxfQYfduiNPCxlnqxrMEbiVruVM/cZ483W Zcsw6zKGWBdTzazLazQyrAuM6s26QGlwCuiAk+2TdYERh3l5dppmQKDUgMS+fJV7XvZYQZvti2fl J/vyOFqIq32hgZoBUqVaJROUXM52z0j1yL5yWh8nO+nEdbWarAJedA5xF82+fA1SO4d9gUh5si8w vDf78tVbOkr2Barm1b5A610eVroX1bB9GTXsazDGGiLiivcwJjuQLlvGZF/jAnEHfM8XiJkxXSAm PKx7F4gHY75ha8OMG7Y2zGBYr9FlGgYRLx8R2jA4bg3TKCWMnEMvbQDN9hg0nAZ1ehKbJPBfGTSm 2zvWRJ1iZmgkg2CR3iynwVHuZTEN3114T8I362UokkRRElWawh4FeJTkAAsJhxFwpYKRSnPdgftJ MuZk2C5HK/p5k34GIyUIjg8UIDUiSEZZwOPH4yDHp9o1xJ2cURVt6+1DKoLGFNy42udXym52DgaX S5McuWX5ZCJ4u7OpX2+FwAdLtCQBj4OcDXIRDEKo1vTuReCoC+U0jub4xKUx8ur9JaL0HgKuZolV UF8OMdeVmZZN/HMsEpLYSkbaBV7JWIOI3BnwarRx9eiryplXRm7LllLlejN20IKB+B4qtdATkqzd tPRBD/ByGQHZQZGbcqisccMiCKf3GChGb7JDkNEbxSENN1bGuLNe5Rx6w5B87s3aZcOYTD/KIeNd xtSFS8h36fWl2mHLiJj5zJC7N5S0cOmQ79YWPfOvdhJd5MZy5gpXpJQm8cJjWjj/kXV0qhD5hizz KRumplDRlr01XwPkeUMjzBsbOsiXVLKhg4/7Gzr4Mm3o4Ou6oZUYG9po3tDcb2xoDLu3ofmlY0MH ve8lO5YDzXlDcxw9NjRC8HVDe9Repg3te5w2tO9h2tCDGle1jcEbGtTY0DzOvKF9T9OGBrVuaAix t6F9L2NDI0lYNzSShL0Njexk3dCcuYyVmZdNVvKh71aDfrdKAOXwDSzNiv4ho8SHsHwhE0evfKE3 FL7C5EkcEss+hoVHoj2rbToyZX+3DT4lJDdmbVBgCXfbIPJtwdqgLogvI/bb5MrXCg62oVHI7Ma/ YW8ilY8v14lk2lt3JyJt1onMbWwi2mZMZG5jE5E2q5BzG5vIoTa4HZuWSXhYVD6yCtLm8Cpom4Or IG0Or8KhNiZz5Er8YZmlzWGZtc1BmaXNYZkPtTGZPYf1h2WWNodl1jYHZZY2h2U+1OaQtXOR4chE tM3BiVibQxPRNgcncrDNXWtHouKPCS9tDguvbQ4KL20OC3+ozSHwxJEqfN4hzNE2BzHH2hzCHG1z EHMOtvHLz/zrCOTC8esIfvkduQy//PdikuJGUeRviifRPd/f+dPTJybr2moSfm2l0q6tJvHXVirv 2mqawGiFKxk/48X4mGl4KmpcCt8YVoY23msq2Ds1FYbNRFsJyE2thHGnlcDK1EoYd1rJRp5aCWO/ le6StZUy7p2vWuXUWBh78xU7nNZkNcxV20VP70crZdxZX3kt7rO1Wc3KuDMTsbRJOGFIq00kEtdf 0JDPZnHnA7dIULAv/FU85RPrj3h89ZJM9bdkDwnpwMsfMV/8bAjFSIEC47TgVhe97iXqP0AWtub/ vPj28nm8uL15e/lfy8vfP33ym5f3B0ZpFWc4Kpanc1n0BHFC58s2D4jzp+ubd5f54uoDxHqNf95f povlMoQLf0TEPGms8VV3E5FD0FM01uTm2ckihiMillVEbPI6VpX2ZT5Jiwn3Bc+QMB6RsK4SAmD8 +RLmylvldBHTERHbZmcEJ/fnzt0ZlZwRS+j4rBO3ehr9G1KUH8DZcL/nOXxNEssE+J9/HpG7T79n xD+o4x2qTO6eX+R5WGRcCQzni/z8iIzePYaQKHm484WEJfzjsl/csFqXy+fBXfz4wWzk7UJ2Q+FG PjYVv4UsMZSTIYtPVtvZ84kuPaNs+5i8YYtfKu+p+IXKHQVfn1neuAUzkfd0qPB82e0zy5u20Ham vMXJPdnPK29+8Yerd6+Wi9e3z799ebkBPSdXz88GPdQfVfoFl7rygjsNfvzk18r5fg0U3tEGvH5P G/DtzXLp0yftw7LdhyL72fvwVNGjd88Iyo4JWrcbUAU9dwN+JkHbdueJoGfvvM8kaN9uuTMFtS33 eQQN7u728k0qqmdvL5wxniDnd2+wva4QE2GP3fxAf3A09Jv/+xv9ycHSx5uPxIrYdOXYhPxj+HH8 YA+XiU6by7EgI4QNIqi6z0KEfrKA2cVnrRwLhUN8DB3iTIpz4kfWYdqAlenwHLBK8WQJY27PXDkW rIf8GErMPklN85GVuM3HVIlnAGnfnb7Ksbhn/jJ1ym370dQs1EdJIFzkr50eW5VtA/XnqhJQH/zp unRkj/UoMPYN0uMzr1+SPfLKS36LBx9e2V8i1zeA8x85xb3mf2+Xy+gk533HOW/6FESPj5KZGaIf kfnYasdtbqVqPBfBjwjk+6cgdgyPgti0sMDDX6qjuEVo1dHJCB35m/ljEqX2jHLli+OgHNOjgHII ctT9C/WUtyAsejodhPGzYEcFyo7V5C8z/XPUpMoW186UruCbo08w9WdAhh6OLmLdIBm+p/wlKaHD FyVnJLQao17frmHrNQpj4dMKY7E9hjl6+Qmksydx1E4fpX7n5Se6zpZyUxvz4Z7a2DFnktwWv8V4 zsDvInecz5yQbEPZkjEeM/rkt6Cqgp+bo58reMjlmY/H8COFLbqJwGfn6ucLnJ65dlTDcQt4Zwps Ofu5AkdHGg7Hjn1S2uBg4J/YOoyDngUu9wKhx48rqMD3HGVvmCLun5G7/3BD2/BvH24uKdqDSb++ ur2sSOe9F2C8+vjx8jlFhLeUy8d08RfartTW179cHpvnyZnU/VOM/JXxWTM8BpFpW+rTtTgIK/fL mfiHr84TNLhn+ahrTyfnU/cKquHiZ9Jo2+KdavQQ3j0gKEeRn1OjJ7vIewXFL+LVc5f+mEaz2wKy aPQgvj0gKF9U/IwazSfX8e4VtHj+qPQzaTRsPca5Gi1ePnP4jBrdXKzAfwLBf1qp9wF3QT1z3Rxx //qyZIrVvLu4ev3m8nm+uPoruQKu894sl+Xie8TMH+EvOFTmlqjw+nJxdbtQ04+3V5dRHt6y78DB y48a4lG3YydIeXtpQ+f6CVHeA3B8/1Rbf9aOOuq8vaBh4hyP3e5imQRvD4gTYib1cB5VwrHaf76n CChifULAcxcQJER7UKxoYuV6VFvbmxhni6WB2ENitVVbrh0T6+RcjVbJb5KGLgiPz6O2d0N4Y/xA pv/3a8RRPxwT6Ryv86BIgX8h9a5ILy+fN9qc2Ib54g/Yln9dLhtFb7yYiOD+5WgAV06u4B2S092r un8l1b1f3t38DBRZEGhCmVfX/3NMtpP9THxYtu74UuYd2b6gQb/68nn8Av9FLeco6S/051fly0z/ kwv+A1NfPk/0d/ots2gvOgoonnv0oN3Az9zXXx6ZyMklwANKrtDxZiIb+1z+/PGGgfqIaCefJ4lo d5FYZCv3KvniO5KNPcb7V1h9/vPq7cdjop1cEDygNfxnHVx7wDT/7fJ5vfj7LclVLm6wj65/OlYe KuckPhvhUuMPnB+AHBHu19+TW34BvX13iZ1zRK7yGHLlyj+V9ZhynZPXPCiX5x8Q2VzfIznekGyv 6f9fARt/un3zz0svFal0KoKXR3EqJvH9yHgQwWv+NAR/FE+jcjYodruBodn3bzlAfH/7k5X5jlza fBTPonI9AHpX17ev/4EVxpLfwhZfc/y6yFb+9MWu5mo41PrZrskjagrjjnxZUtJvAe+7HF0N5eWu fJK71GlcnsfPbCCPeKi7ITFHVvxLdsGu1ON3g++++v8BIxjccw0KZW5kc3RyZWFtDQplbmRvYmoN CjY2IDAgb2JqDQo8PC9UeXBlL1BhdHRlcm4vUGF0dGVyblR5cGUgMS9QYWludFR5cGUgMS9UaWxp bmdUeXBlIDIvQkJveFsgMCAwIDEyOCAxMjhdIC9NYXRyaXhbIDAuOTYwMjUgMCAwIDAuOTYwMjUg MCA0MDVdIC9YU3RlcCAxMjgvWVN0ZXAgMTI4L1Jlc291cmNlczw8L1hPYmplY3Q8PC9JbWFnZTcg NyAwIFI+Pj4+L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzU+Pg0Kc3RyZWFtDQp4nCtUMDSy 0DMAAwUQROMm5+p75iamp5oruOQrBAIA3B0KQQ0KZW5kc3RyZWFtDQplbmRvYmoNCjY3IDAgb2Jq DQo8PC9GdW5jdGlvblR5cGUgMy9Eb21haW5bIDAgMV0gL0VuY29kZVsgMSAwIDEgMF0gL0JvdW5k c1sgMC41XSAvRnVuY3Rpb25zWyA2OCAwIFIgNjkgMCBSXSA+Pg0KZW5kb2JqDQo2OCAwIG9iag0K PDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC41ODQzMSAwLjU4NDMxIDAuNTg0 MzFdIC9DMFsgMC44MzkyMiAwLjgzOTIyIDAuODM5MjJdIC9OIDE+Pg0KZW5kb2JqDQo2OSAwIG9i ag0KPDwvRnVuY3Rpb25UeXBlIDIvRG9tYWluWyAwIDFdIC9DMVsgMC44MzkyMiAwLjgzOTIyIDAu ODM5MjJdIC9DMFsgMSAxIDFdIC9OIDE+Pg0KZW5kb2JqDQo3MCAwIG9iag0KPDwvUGF0dGVyblR5 cGUgMi9TaGFkaW5nPDwvQ29sb3JTcGFjZS9EZXZpY2VSR0IvU2hhZGluZ1R5cGUgMi9Db29yZHNb IDI5NS43OCAzMjUuNDUgMjk1Ljc4IDM2OC42NV0gL0V4dGVuZFsgdHJ1ZSB0cnVlXSAvRnVuY3Rp b24gNjcgMCBSPj4+Pg0KZW5kb2JqDQo3MSAwIG9iag0KPDwvVHlwZS9QYWdlL1BhcmVudCAyIDAg Ui9SZXNvdXJjZXM8PC9FeHRHU3RhdGU8PC9HUzUgNSAwIFIvR1MxMSAxMSAwIFIvR1MyNiAyNiAw IFI+Pi9YT2JqZWN0PDwvSW1hZ2U3IDcgMCBSL0ltYWdlOCA4IDAgUi9JbWFnZTkgOSAwIFI+Pi9Q YXR0ZXJuPDwvUDczIDczIDAgUi9QNzcgNzcgMCBSPj4vRm9udDw8L0YxIDI0IDAgUi9GMyA1OSAw IFI+Pi9Qcm9jU2V0Wy9QREYvVGV4dC9JbWFnZUIvSW1hZ2VDL0ltYWdlSV0gPj4vTWVkaWFCb3hb IDAgMCA3MjAgNDA1XSAvQ29udGVudHMgNzIgMCBSL0dyb3VwPDwvVHlwZS9Hcm91cC9TL1RyYW5z cGFyZW5jeS9DUy9EZXZpY2VSR0I+Pi9UYWJzL1MvU3RydWN0UGFyZW50cyA0Pj4NCmVuZG9iag0K NzIgMCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzQ5MT4+DQpzdHJlYW0NCnic rVrbbhzHEX0nwH+YBwVYGtCo79NtCAIsyXYcxYESK3AAOw9LakltQu7Ke7GRv885VT2zs+LSa5EU IGKqpi/Vp05desjm2dvm+fNn37/67nVjXrxoXr5+1fxyemIa0xr8KzZG33TONMHEZjU7Pfnxi2Zx evLs2x9ic7XGw9vpZjNbLZqLdfPsbeeb9cViN92baPPe9MsvTk/+fnrSfP39q+bZV6vN/HJ6sWle fj/e1WZv7YFNO1vanBuMwougj09N62Mpsbm4gTHf3UyvZrl5vWyO7WGSNT4e2MSaNvV7xGb/ILs9 yh/a43fQwwEJH6z3HUYnhx/WuGZ19Sl6atAh/JqR7+zOd5+4pFOXWKzTucaH1OauueFBSxu7XmFN bpMVKQRIXZs5OLYxNRcc3LUmQBFojDWpTRGSb4PbSbbFZjK4KnAk3/RTfW5zGlb2XVuKDtaNoQAm vVEeK8CoarNKHGwtFxleuzb7Yar1bRovbEPr87AvpK5Tm8JOwnK2HywKnMg3/dR6Wl14h0XdtkJV Taow7qGMwR9AWwdvBtGVTOQ70xbfyxCM7JV48FRa74ps1gXOT5ncoCXFNhBcxR12DRLWT3Ws63Ev fJ3AcDm/lYW7Co/jYOxrrSoMOGpbgzkENjJgW5NdL3GwBznj8Nq3JaoEqDuA5NULimUXW29l34SF Y5sCFy5t6QaJuIc6VhVeFsZMOSuw47LGKhKu2lCMQgs/QDK+G0Dcg1hhL6F1MMhHACywFxhEH6vi eqfwcHonijplUGAZG3Lrg8wKSeIGT8n2ChsdbeaaBQImwgpgHYUpMbSRZxCKIxm0jiZ3VFJKRUxW 79lo2xjkwGDAtSrkiLEt4Bkks2MdNowqdVlnGw1QxAJCkiZ4kcBmbB9sFTgUDy4NLxMZL/MoxZ6a NS7IerUS/qEU9LUbSbFSaqTgcTlVzQd+lLJGka2Dk1oRGEy0Kanvg5pfNBqzxjJRtqIAsoS5KPER cVEqASlV9HgAtlOOWY7FNhoTJg0SuVlBr4pO0gJ9Qt5HsQkr0/MeqaGuDNIpX5I6RELGi+sBctcL 9XjEon8bOIUSAsfyGE4WDprWgm7qOdLSEslwhMVwb9rrBn/YmkyFw1R4HWGcoNxpMvVZfOs0qCs0 9Kumz1AUc5VAy/4AIsjYoslV35L0ulTIcnSnM3v/WMn4hFFf5yBSHEmZ4NXBVaEodiokHRv1NMO6 kktKa8UGyUqFvI3iUAo9hkljzdA0Ai7sMiSSAG6FEskNgIM+jEMo6WUM6dJOAqpKkF6Bo8rbovFs rKzKpAipVhxsarPEv2wahaU1T+ylEc1Q1jsh3y61gB/ODVPAD6uJhtHmg+5demd69TUURBm+IKcg kciQyBtsGtU0JbhYDgJCqkHPXEI/aYx3sR/cxT41Ucoa1fDfIHkGWR2c/Shn8hAhHFAQvLin8HQ9 Ja+tRRHBapoI9ZROU4GASSlpsfVJJKe+SdVwq21L0sFKHpySIehrZe76CHVFs4i+huRqNwQ0HUuD JltlFxRGNyZ+rtMGBxlOhKAluuZMKFRmJnayPMmW404yPWWqYgeWcxponyqGqmVdavfKWK9gOAdV ZKERmeHk4GbHwz3OVR6yaRnT0O7R0Ebyj6sx69mk6VZCQLqh3AZlD1MOWnTpXwKhHyRxiwxWBUOY rzOzCfMEtpOVk+TBWJu9KO4FFMVJFzZKt7YmxiHfonF0dniNLlO6Ha/dbNJOMPS1B7eHUkSR2XN6 FljJ+k4kpw2qVVIZ5AnNVux8ncaRYULqBddj0SvEeXVikPrULxuk3shY3ZVe41KwKGmnkMTgCrnP ffudxCHaIptu552R72q/SaD8yJ8da+6g6JJAg7XRZGX0dbqtFRg7pNOo1wCk44z9nIYmXDJItva2 vQLeBOacGrQo4FxYWXiNOJZ1mY/Ul/AxDDJlcBbtlarb+7JjWIfhtUX3oq8RoGhbUxpqMJteRLE4 PrDHReITt6J2ov/1VutqdLU9FoUTzyJOEjzAZHNLMYRWIsvjAcUQa1DE0AmCQdp3lxRcjGKL3Wk/ qNcXdtm1JXXaZOfBK3tOU0fS/ZY6uW/AkczXbPJUIR1VEglVhx1G0eXUO2ypJfgK+2VwtAQ1HLl+ kAJTIAf3CscGi1ODNk1eVu5CdbNALg2p1veuoU3iELlH9CarhLFsklhcVAFTU9fPRDeV5a5X+rGg RdASDjeyF5MeVkwapFhjbVCIJzhVmk1AzYWL0Vqr7Qm27aJTpErD5oWMqSjugazAZ7ZbRFaKzs1I MVwdbJ8h92Rtk693E24pfKmN26DI7HgoBW2gOpG80RwU5bBU6F0NHs2acJmg+JyKdmkl1ZG5aB8H pmV2A3pTA+yQgu96iYNhTPC9ooB6XiWYyBMZdZWVlaGIWQKvk2DB8FgVXnYaIjYzq4yb4Yx21O5e p1ZTMxDLQDjV7kGHovFyOhdZKiN3yseBwLMiC8nYUAM6B402LyyGZFIf7tkrn9m96lFJNqtHjXyd TYU77yS5NNXBJo69hyY1pwOKgQD9lNsKzxi63r+Soq3Yu5FSHl1Iedvx4wvpoNCsIKfGJHRgN8Lu xLOqIvK6VYS78GkE8rKiry1ShJ8IExvt2CSjrUtmDPVC0N67F8GDhrPqtcNzzWAUSteHos9DfaU5 pXo/S3i53Es1edhBgUzjTOqn8u5T2SwOZtuvX3C4RK7ZVC9IvRRqHzoo5CLLqGLJC1KasI6r4Zpy Xbgj8fUmgnwT+D2DKaDQCB8VMm1akIB4lcBtsJPU6Niz4MxIgWxzZOFYMw3vX7F6uDA3evYZ6pl9 x2mmuetznht9ipVvgQgohL458DHx5bvTk2ffoC/gDTA07y7RLsj3S5jBnVzjslz03rG1a67k8yMO xM+Ptvn29OSnyXeLi9XsLE2mZ36ynp2FSXP2tKN2CeXN7Ozfzbu/nJ58/e6wrf5zbcXtzTFdjU0F qTCrAUBMPjQVvopirj7Q0OfGvLQvft+acA/kblmDyh3tnjViiVjBT87GOOovKnTT9QyIuQ5Y3ZzP VusP84+QfTe5nPFFnpz/76wQVJsn1vxJVLNfoZqt6gufJv4IzPExDuatZRE/eLCfJk+PmJAexwS5 W99hQhBwiMpsuloT1TT5eTJrr1rClyZP0FO/+flMhS+b3zBwub1+z4FxMh85Q6TlDZ9tRwdYM9Hn J+j34hs+x8nH2ao5cujuMQnFFBNuHXq6WGxv9EjnML+eZrmQMLzYrlazxUZf7wh2xOr8mEGp2fkB QVkeE8OdNX8sKIHtOd3M5+Wl8KvCSF0Gi3p6dZPNdHU12+jzn7dT0ms216nTxXuZO5Wfl7PfhpBe bj5gsSMOseYxPWJ5r3qAQ6x9TI8M1oxJ/c1cAAOQU4Qpom/axyDAvFyuBMb1EKE7l/g42SyF+pdb WQKF6f37+Wa+XEyvOT1Mpheb+a9cDdrZUeQ/u5gq8jkcgt4WuRo/BPvPLpj2kD0V/JE9Y/Rf/vPd 2dMIbqOw+8n0er7eoK7PL6bX13CDn2hm3XyYr89EyBPxEXIp5JqANtP/QpiJBzbzo32A/ezSC5zz oYbF4lYd0qdnArYuGBO+euHxGCMeM/+/iM/5y9IXT/NzvsUrVYVX+N/pIwd+M2ijHbQx6VzruKYb 3vXrxQ7jXso2XtRQed09OlGF14MRIemEl2m3cB7ZSl0dKgsUEY+g+tl1n782YJE/RN4gN72HkPc+ PcAtc3ru7swZc/dvYCraI7BU0jboe7WasSp6x+wbJ9fL30Zvz5dIE182Z0447LUfWC7IczvREVs8 s6sNk+2aCj7Jw/KGe2Gum2woz0U+RvT7tASHiW7ls/KnALxe4pDN9Wx9NLXdp8zfRQ4kEv+wMm/v U+fvIsfInDE2r+jETe/Er/6BH88oveXTl6q3dDnGOH2W0cx0/csP0/Xw8nw2Q5/l+lHgAphCFixl fN0J/DifLWaX8wsmwznrkDf6cjnaQ2d/XC3/M7vgDnU2hs4XJK4z9lib7z67TziEYeQH4zsxPNbn u/t0B7dtsPzV+EETtF1LvK6iXbPxmD33qeB30bxLrY0Porm7TwG/i+Yjc/ZSABlIyvyLjRApCmK9 rcQa0/L1kCwl1f2wvcEk8ncuY3akfz+/5LP8mOFGwXLPnqDvB5g5V9wRDbBGB1aXQFgprS+GhLlb XtLlYsN0xeGyOFfBs+z8cblYL+W+sj5LGgnbY1cXd58r/G1vsy8qd8F7NALuc9u+ZUMy8hccd9gg YK2WQO+ILZ9dcn+H/fykXR7G/vtUv7vYPzJnDM0PtcILpa9WKmiKJUOXlwOrh/AA4w6FxzsSdJzJ Meev03O0C7ZMpqOIqPNCHzFg6i9b9M0SCzVEgl4CbR2kc7arOaftouj9aq7NyzG/Pmbxlj9ZeZhf H7N4j8wZ+/VHXPVc7bem1+td+VxIf2fjuKSej9LOdDW7pCO21zJ3RIDVdrGYL66khGuG2nl7LZ8y MZ5fkIRK7eBczDv2XfNRKrEvoc134XEsDflHKcS+FPk9+2EbVlPBCmB7O4ZfYNzuwJyyhcGQ+UIT 13T3anWWJ9uLs+q97VmZ4NZZFPrpLu6edObNsQPf58P37bzrgvzF2z1Bf5Tynpz+6uGwDU+sMSzA b34+O2DN/wENxxC/DQplbmRzdHJlYW0NCmVuZG9iag0KNzMgMCBvYmoNCjw8L1R5cGUvUGF0dGVy bi9QYXR0ZXJuVHlwZSAxL1BhaW50VHlwZSAxL1RpbGluZ1R5cGUgMi9CQm94WyAwIDAgMTI4IDEy OF0gL01hdHJpeFsgMC45NjAyNSAwIDAgMC45NjAyNSAwIDQwNV0gL1hTdGVwIDEyOC9ZU3RlcCAx MjgvUmVzb3VyY2VzPDwvWE9iamVjdDw8L0ltYWdlNyA3IDAgUj4+Pj4vRmlsdGVyL0ZsYXRlRGVj b2RlL0xlbmd0aCAzNT4+DQpzdHJlYW0NCnicK1QwNLLQMwADBRBE4ybn6nvmJqanmiu45CsEAgDc HQpBDQplbmRzdHJlYW0NCmVuZG9iag0KNzQgMCBvYmoNCjw8L0Z1bmN0aW9uVHlwZSAzL0RvbWFp blsgMCAxXSAvRW5jb2RlWyAxIDAgMSAwXSAvQm91bmRzWyAwLjVdIC9GdW5jdGlvbnNbIDc1IDAg UiA3NiAwIFJdID4+DQplbmRvYmoNCjc1IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21haW5b IDAgMV0gL0MxWyAwLjU4NDMxIDAuNTg0MzEgMC41ODQzMV0gL0MwWyAwLjgzOTIyIDAuODM5MjIg MC44MzkyMl0gL04gMT4+DQplbmRvYmoNCjc2IDAgb2JqDQo8PC9GdW5jdGlvblR5cGUgMi9Eb21h aW5bIDAgMV0gL0MxWyAwLjgzOTIyIDAuODM5MjIgMC44MzkyMl0gL0MwWyAxIDEgMV0gL04gMT4+ DQplbmRvYmoNCjc3IDAgb2JqDQo8PC9QYXR0ZXJuVHlwZSAyL1NoYWRpbmc8PC9Db2xvclNwYWNl L0RldmljZVJHQi9TaGFkaW5nVHlwZSAyL0Nvb3Jkc1sgOTcuMDk0IDMyNi4xNSA5Ny4wOTQgMzY0 LjU1XSAvRXh0ZW5kWyB0cnVlIHRydWVdIC9GdW5jdGlvbiA3NCAwIFI+Pj4+DQplbmRvYmoNCjc4 IDAgb2JqDQo8PC9UaXRsZShQb3dlclBvaW50IFByZXNlbnRhdGlvbikgL0F1dGhvcihLaXJrIE1v c3NpbmcpIC9DcmVhdGlvbkRhdGUoRDoyMDE1MTIwODE4NTM0NCswMScwMCcpIC9Nb2REYXRlKEQ6 MjAxNTEyMDgxODUzNDQrMDEnMDAnKSAvUHJvZHVjZXIo/v8ATQBpAGMAcgBvAHMAbwBmAHQArgAg AFAAbwB3AGUAcgBQAG8AaQBuAHQArgAgADIAMAAxADYpIC9DcmVhdG9yKP7/AE0AaQBjAHIAbwBz AG8AZgB0AK4AIABQAG8AdwBlAHIAUABvAGkAbgB0AK4AIAAyADAAMQA2KSA+Pg0KZW5kb2JqDQo4 NSAwIG9iag0KPDwvVHlwZS9PYmpTdG0vTiA1MDAvRmlyc3QgNDgyNi9GaWx0ZXIvRmxhdGVEZWNv ZGUvTGVuZ3RoIDcxNzc+Pg0Kc3RyZWFtDQp4nMVdbY8cuXHezwHyH/jBSM6AfOpmVZHswDBwJ/li weecoFWcGFkjmFu1dBPtzixmZmXfn09SD6d7XjzNamoVIB9Ww51usosP6+Up1rKVyDUuJSetS51r vXdd43wjLkXnk34ERyKuI8dtdJ133Olv4kQ7dMEF7lwXXRRyXXKJgutYb9af1rVNq/fooE1q9B/9 aUP+Vh/DXhv6Q4KGuJYb1ob+cEKDXCv5nuDagOtNdG1UCZJ+mQhXdOAO47Wk8rbaqfXO57H0sb4N +CY47z2mpd94dPU6OQr6Tds5FSJpI2lDp9d6cV4EDXY+6ExaryMHnStQ8TFgAgBFx2hJx0kKW6uj +y6iV3LUQDAftaGYtIoCtYIGOfL6W6uXyeNZ1Doi0e6kvbhFQ3sxQKMMOB4hjkKLp+s3IQIjHScq 7q0iQ0kAlo7TKQAKnzaijsPRcUNoBF0xwMKCpcM97Njjkg7BvkOjcUxRZdZVZCaMnLSh69qSfiOi Df3hgHmpFnDEPfpgjqolrYLFSb/WFVK1gKiivboON6tGNRBV5y9YB6yHtBENcuIxweCdEJZRV1Eo qqiqDMIASldIFQz36DgCxIKOE6AsITiBImBKEiMa2iuLEXWcDlOOjTYiRhYXGsJyayPrkF4OHiNH NFSWVofQ+enICl8gLJxKGQSKpHobBPik1oWgiLY6aIgqguqgC0kXtlV1DR1GVvWKDaO7uJiRb5I2 oD9qRNHDvBS1SNBr/SVmwFWHIgNMnWQUzEIXRnVNVwd2FaBjuh4xYmQdKyaouZpOTBGN1sVO0FAr hr21anCp0Rl4NZ0EbcrG7GEKal7Jq3RezSuRqgyASNzA4LUXJzTUikUR8zqlFGCQatBJJ683wymo gnidW0oEI9NxEvyFypQ6Fd7D4hu90auRKCr4Rh0EtMCrlndZjOxHEiwyuwo01Hvw3li1gV5qsJ1A QjWrLkBCNasuYF5qDmpwuEcdUcIl1c5OZdUG/A2mrObZdR3ugftp8rUA15PtH+4EoGabbDzkxkqq 9WIquI8ABcNZMVBm+C/B1KFLOpxOB4bUBFxV01XVItyHvrFDC89IEJfxjA7yqvm2KoyODO1vs1QM 3cyrxPBFWGGPlVajx33wYVkq+CW1Sb0PNqA2DWcF5yf5KvoKZIa7Ua3HfQHuqs1ODS1cDeibAGt2 nB0gz26tA+YCR9ngKjTUw2N7NTttYUZQesVeMQjwSaTr4eFjFRJ4x+zUoYhqe+pK4R/hZlU01aUA Rxl0NtA+dZAtWuibsdp7T52Nh6n5LBWMV/0qWnCODbCHrROM2MONEOzeJzhTKED27qQ3OqiWttS0 PeIOwctnQydWY/IwKMpYJYwXIlw6xotYBY146pPVqjy8GKWAFsbrdJU97JQ6rAKMmZt8NcANI8DA 0hlW6zu4XaxAdvZMepUQ/5ig9giJzLqi2QezwKDhdljdmaMcAwPCAYIgR7VMQqRk9QXayj6aMLcc K3X87EK5U8mpyT5dJSI4JIHLJkRQgTkS4oQAE2rhoUl1hdrszxVxgk9UFVdJ4VxFEFra7P9b3Afn DvMjODaJuOrRF1hBQ7UF6dXaNQgghiGoqeHiao4QAS249hzqPFw6bDB73gB9JHjckLEieH5uETaz E8d4iNVBFGNonkYB1VvKoSJibpRDhOJJCFUhYW5wr6HT8Qm2GrqEFvxzk/vCm4MGEOXQoXhmzxxh sfBKGmAwMmw/UsR9HaJGvoq+0qCFvtAmgp1HjR/aykEFVz3ui2olBFuNSRDbMR58JcH2E5gLwfbV aXeZammwwSiw/ey2Cbaf/XYmS9lxE2w1e+7MIhIDe9h+yljB9tUhKpLQe/XeaKFvBN+A7aeoGkew /ZT0CsHOU8YqBzd1ntpCMGoEPRAGQIcoRyEEv0wbuiwVbL8jtQiC7XfM6IFgJ1hB2H4nET3QN4AM wX7VhzPoDFrQYvgDVWLtm3IUa9HCePDjwF9DnKBHQtTDuiVEMkRk0rXTkKgYUwIZhC5TQlDE+JBM 3RroFOy/gb0R2G2jPEJbOVQCtQ59A3QSXqmJkFltX0MieFumxQmoRdzXQcM6BMNG1xG0QYOg6nf2 0S38EsGXw+koIQMz5QYtRE0lTS5HXTU49OgQddSK1aGgFdBCX1gZeLGGTr1baR1aAXQOfTuPUTqE Wh0fo2sroEdE/PTgf4xWQosQXBVdhrfxsHFuc+SFVXS4j1X7GbRYvbcyPPBidfCZPCL6NvgO4TdC PlBjdbloYbxOJedMsjvIl6Nso1bMiBLqoNBCvAWNYxBtQhhnMG2CfwUV0hgMYorIkX02g1orfOiB yCuq/VhFjeQtWugbdG0Z3pBATBhxQNUHuQruU3VXNovxslRgNdlnqxtGdPeZ/aKF9dCV0LiH+ar9 aqzWeQERn302g6XoLSozIhEL5svoKwn3IX4HrBbn+I2riIUMqsiIbJrVqCySIz5WiyFLBzRyrG48 WjmmA2dESgFRzlFCQIKYcuxXDWZEHYFt8J4jRPTtcvKCpyXEftUzDhgPts9gbwLbZ0RFge2zWr3q g/7LAX1h+4zoLl2H+xDd1UC0BY6ADIih9wE0N3OiAL7AakEaW1VXdNJoqd5DHlUczBfxO4ChZE6n VBo9kF0F5CIghSHrFWxVvbdKj/iodFrHy3wlIwTbj0itGLaqAREtAeeAJsL2Y0YIth8RccGnlVXk 9AR9oVM59kf8Do1Sv4UsBnofQ4sW+gZoYmYkUXJGA/ahmsSwc+XbaKEvCDdnFgDGjYTYZ8rN8E2Z cwtsNUEqaTJL0fkKbD/BigW2n4C2NDnLzvdhPA2TyJvQ0tWTzGaiSi+w1YSkC1mRagHSIdi++mz0 wHPVZepVAUsRtBjMRW0IXlhbOccH0wCXFNh5B0YgsPOOct/MXATPAHORPHPcJzpzga12Ac+F7XfI vAS23yHpl8x/lPk7zEVbSOlyIoxcVJDBNsiJNfEDh8mZnwev8Wgh9oMVgTWq20Du6MF64GVyPGuw tgIP3qhqO/gn5TUteoD/BNUBJAvKeoAzomejoVNbYEwpoUdOyhnzAP/RUKI9BC1IBS/cIisSpNgt eDJ2HxQfj6sdWgmtBP6DTJYzJ4J8DK4jQFfQNzBa6Bv9fpdEW5BP8NzESGwzT2rQQl9NXRwSP2Ub kA8xTtMolTkzppzLgq945AWaC4M7QUsQKT1ib2ZqHh5UjR1sC1IFjBcUJwmZh3T4DnwqAt2I8ZKu vASMl7CfA3apS40e4E4N0FVb1VZEi8CnBLk3WBRywRw9CXxSIngXeElmsISIIeCKBA8A7VHXrlJK ZmDwTQKeqaRDJQB30pCKHuBYSe1FQuZsWIWE8bJU2IhiZJQCpsvYXZHM2ZDxatoP9iZogYuBD/76 189fY7uocW+eXz+/flisnr/9+aF/fr3bPN7ufnvX3z9//cFRvv571/zmN3//d/su0eryze3ucXH3 tv/r7qt/71e/dM9//x+u/bM7DPX5w7zerP+rv925bx/ffeh3bj+k/6IhlRYF98PDbrlebffj0eR4 YRjv9cVg2kVVWq9iVxAfCqt+TI4yQoxH/7j+6+RYsdS7MxfoZE7fLzZb9/vHze6n/Yx4crTWmlFH RSm4UooX6/v7x9Vy97P7w2K1+NBvnjlVAzes4V4y+bIn/LRYbu4Xq7OB3TfvPi23683P7tv1YvNu /5zwRc95udzowGudwA8P+qD9kPGLhrxeP25ue1Xk7XLVb7fuh/fvl7f9M/diudss/7p/QnrCssle A8P+I+4/0pfo417rhpmZg3y3/PC46Z9/c7f76k86PXe7Xn3qN7v+nVve6/rrpC6H/38b8MU/3dz8 67bfbG9u7tRcPn794tXbN6/e/vbm5mW//bhbP9zcvHjxq2//9Kvrb75+WH2YfJbrzKfN+dH26EhB ZesUB8L+58ejbbeTHhVVAUNNsPX/BSoxSPt/CPV68bHRtKwNZazbaT//tOctVu8261dvXixVpYxH ToaC2I1Ldbd810+6cNqHg8EK2/3HPjhgq3D/2Q6ffvik4TMMn8U4gM1yW8O4vQjVKPl8VpBVK3u1 ul3f99g5CGfRez/8ydCmT0LV6TCTv+16mIqlbnvRC8+WWiz8sZNvPs9Nr9+77x5X75ZZUY4U4UKW zsTBt8Y0anDwjTHASHjevpzGsCv39bXO55v79eNq55Yr94t/3J5xi4shbf/jxZCmxgN5fjoU3tDH gzq9fTMN457pDUIWJtBVwvmH/v5HdVM/LR/cy8d+e0aJLgZNJqBkqIaPNYBa+hFmAE3lvkSVYGh2 9KxpmjO+djGYt0EwlILaChDI0Iw5EMjQCKrNRtqbX56xy4uBzDQEJfKyDFIDQPwCAMLTzWqvouMq jcJOj8W1gexl/6m/Wz/0G3f9eH+/3LnrB03y1tngbr7ajlCnwmPsoMaGqnBTATVb+tLZULMRSThU wuNP7K0rjCU2Boa2MNdgYKjMLAaGikhtfPejErRNYRp2SBdrIWpCuhh+exYBw2XPGRwPLHS/TKOw BTRNimUZ3Nvl7cd+d2JrbYFBCtswG3oiVAOzpSzehlmMqCK1ob49MbYxk7kYzA7xwVAVqQnxYujL LAiGfoTaEE8HNSgQ6GDH92CsRKiJ78Fw2nMIhJokpGBtMuR2MoS5YLiNYCZ3J2i+Xe8Wd0OONsBa IOMh2rAaehFCDayWcsgMrEYMibWRns7Mq8Cgox3Qo6EbsSagR0NB5lCIVmo4o1xh2DCIVnZ4iMbf rt/9PJ3ZDMO0g4764Xca9i1k2KcIhis9ZvOLH+8mt0aG2fzZTXQatnAm51hYl1quo7x62LZtC8y6 eqh/Xq8/3PVu12/ul6sFtknuj2nc+/XmdLukQC2jTavisALRMKtYG3iODKfA8apH+mHVu9d3i91y 9Xj/zLXuenn3SUP99kiq3c1Xiy12BxQCGZ/rC8xqBoQ0EJRkWIa90zoVeHyBf1SPpLxpl0nN1i12 7hf480Sd9O0t9kWWqw9ZAd5v+l5h6RcfFZ7F6t0IkXtYbLf9gQv5Ag2YA2aIJckIhlW7anH0G4OB p7L/mt/yxN+Y793HkMG1A7GM46fhNtLcHt4Qm8/2M1O1BaDCN1QMzwp9gy7sBz8Z2KZhp9W9i641 OXbqygPYJb5TJE52M7va3YXr23612CzXrj3bxrwQwt5kOC0nXXStAaCLxgCHQDUdKLtQ7Oub9nNx 8Gd7mBfjNRYOvvHGNLp5HAZ5n4TDIFtB7tp87YADnW09XoxnJme+sZakIjnzp8Woz8aBjYfXeogD Dny2+3gxnukYcECgLEpFfjbI+0QcLKM8ZDbTBHIoGg9KOy7aKPT0hNraksGrr1E03yxO/G4sDGmW DHxb1hJ/qG1Z8LaGqhwqWAV4T0tYnwmvb8t+wre1Kvqd/055Zg+OsT3btrwY0VZSbyhpW6OkbVlJ fWvvEA+yTff1tZsIcrFreTGUuYvgvaEHvmIXwfuyMsxC4A1l8NV/s/RMDsluUxjLjOHeWytREcMH WZ+IgREwqDaG+5OEf5rIebLjN1lLURO/qRy/ZzEgww6pNn77yz3Fi7Hs2E3WUtTEbrK88hwGZUOc d6r7HHkw2FFpx4UbhZ+Wi2urA9/3HxZ35zuWFyCZ9QHPhopQRZI2yFoYwK5zD7I9DV8yHATX6ucr Df5/WGw+5rB1vkV5Maatp2zoKdfoKRt6eigoFnBkI2BwbQCXyw3Ki7Hs0C2GKnBN6GYjdM9iYOiD VJf4T+JWgWMfduELGBhLITWxWyy/MIOBGAFD6mP3UQ8KRFjs2C3WUtTEbjFi9ywGhiGGp8TuAo0N duwO1lLUxO5gOOY5DIKxAzTnV3nIrXiIXzLELxnilxg2Gmq3qL958/z1m/Nd34uxzE1GHwwVCRWV /UHWwgA0g6/hq2Nt7G6bk5KQL7DkYEfvaChJqIne0XDZsygYmhBrs+9zFAo8OdqJd7SWoybxjobT nkMhGv461lZKm/MN94txzPKoj9ZCVJRHfTQc9uz8DUOsLlqM8y9w2GQWRn0yliBVFEZ9Mpz13PyT tUc642v3jmo01VFZx0UbhS9MrDaeZ1/r3OsNTnFs+rt+se3d7Xq7G7ZpfIHw2geKfDJ0pqbK4JOl ODObiclw3l1tkD8hvL5AeDs7yHeG3qSaIN8Z/nsOA6PM47vaBOgUgwLh7ezEx6p3dDWJT2d471kM DMfd1SY+4/wLZLczkx68CqQsQk3S0xnee3b+ZSOkpjbpGec/TXSpMRMeMuob1FQkPIOcT5o/mRWu GeebBkI7nIkclHVctFH4wsRqAztO+eDc34fN4n7rbr66W98u7tx649aru+Wqd/2nfrU7FtynuTA1 ZvwnoyxDTUX8J6M2Q439h0Fk1GCo+kTP6V9H0TQVJvsMDxkFEGorSAAZVZBZEFpDV9rapOjEF9M0 EabWTIqotdaiIikaZH0iBmU/TtXHmU4xmCbDZJ9hIm8tRUVKREYBah4DwxKrzzCdYjBNiMk+vETe WoqKhIiMCtQsBkbxac4nD95qNNhRaceFG4UvTKw23r/Cru/xL8FfrO/uFj+u9wVgddF7l/zMbT8u 7+708+uvvx79M01TZbKPPpFRSqGao0/kLbWyaxhkFNKo+uhT254q5TRZJvvsExnFFKo5+0RGxWQW BaOURvVnn87C1DRdJvsAFBllC6o5AEVk+PhZFAz3zk9Im2iaMhObaROxtRgVaRMZRatZDIx6FVXX jU4xKNBmu15ERr2IaupFZNSL5jF4el1zcFijyY5KOy7cKPy0XNWnnt70yps/9fmPVY+e+rfZMw+w F6iyfRyKxNCcmuNQZNS4iO1yJxnlLZJqdhCOuscFqiw2PRBDdQ7lLRMEw5XPgWDUt0hq06ozEApc WeykyahjkNQkTUaVax4Ew4kfjhh9FggFshzspCkYixFqkiajzDULglHhoupK0hkIBbZsl5LIKCVR TSmJjFLSPAjWn5bOuGIeWPG+36i248qNwk/LFWvD/avV7d0jXizhdpuFemK33S0f+tW77f7gwPJ+ ebfYnO4nc4EkR5sUREOTQg0pMGphdKyFTa+CUQabXQWjDEbVZ3Z+eNxt+sXtTz9rAqKJBzIP9zBs G43ZBxd4t30cg4wCDcUa9Y6Geke7OkJGaY5SdaW0O/5ZBhdod7TjvlGloVgT941SzDwIhoak2rg/ zr9AuZMd8pO1DjUhP1m+ZGb+Rn2OUm3IP1OCAudOdsg3zrVQqgn5Rs1rHgTDDKvfm9fSSbQrMGD7 /WvUGYvR1YR8o+g1C4JR75r1s8M5rcFcR7UdV24UvjCx2hT/v//n6oer3dVPV/3V5spdLa9W+rPT n0X+95N+v9Xvb766ur1aX73LN3zQL7Z6+eerO73s9Aq63159PFzd6b1rvbq9enbl3D9cjR5dCvzd Pt9EVtWn5nwTGeebaOYcBxn1Pq4+33T6Zg+Z5u94p7YBAhulH6o53MRWfWcGhEG2gty1mwjj/Kep O9uHmtg41MQ1h5rYONQ0P/9yNODqQ01nSjBN3dk+0cTGiSauOdHEVulsFoSyGXL7mcVXmSbNfKig FeZvrENbsafKVtVsbv5GwWzWmQ8nugZLHTV2XLRR+MLEainDqz9a+/w/LTbv/rLY9AdnPE2vuTVJ BRslH24rSAUbZ464tWstbBT8+FDomYOpkyOzkml6zd4kFWzUfNhXkAo2CjuzIBgVP/ZP2UeQaY7N 3ky02DhxxL4i0WLj2NE8CGVvzlSbaJ1pwjTHZm8mWmwcOWJfkWixUSybB8GwRapNtEJ3ognTHJvJ zLbYOHPEhyqZCYLl12dAMMpkc255cFijzY5qO67cKHxhYrVx/1/6v7jfDc437/C/7bc79/3ix+Fs 8zQpZrKpgFHXYaqhAsZhJCa7oMJGVY+5lgrEk6pSKJDiw1/+F0Aw9IZr+IBRvZkFwSjrMdcmYBQP HigUiDGb2REbB4GYK7IjZsOPz2JguHCpzY7OFKFAjMXOjsRai5rsyCiUzYJg1Mi4+lV94RSEAju2 X8rHxlEgrnkpHxuFsnkQnl5jHfzVaLKj2o4rNwo/LVeoDfYHF/xqtd0t7u72vPjFejv8zwehwIfF JgBGVYelhgAYh5dY7GoKG0U9DrUEwJ9qXoEPB5sAGFUdPtT3TBAMRz4HglHU4+p397X+6IcLdNh+ aR8bdRGueWkfB8ORz2Jg+PDql/adKUKBDtvv7GPjdBDXvLOPjbLYLAhGRYzrX0wXnqkqDCAU6LBd gWKjAsU1FSg2KlDzIDy9wDr4q9FkR7UdV24UflquVBvtX/YPm/52uXe/6/dHavywWd8+bvB/ieT3 1Q2v/okFepxsQmAcceJYQwiMChpHu7zKRvGM7VernVojPwutDCAU6HGyCYFxbIhTDSEwymjzIFjK Ur1negpCgR/br4djo07CqSZRMspo8yAYPr2rTZTOQCjw44NpF0AwFqOrSZSMMtosCEYFjasrVWcg FPixXUdio47ENXUkNupI8yCUbXHWLw8vhBxsdlTbceVG4SfHlsNxpjmAzc3j5er9ZrHN/R6PW8hx mjJLY5IEMU5A4X+XnF0HMWphfKyFTa6DGGUwaapJwpk2TnNmaUyWIMZBImkqWIJYFbFZFAyNaWsz qngKwjRplsbMnsSoe0jNO1PFqojNglB27FL9Or1zVZhmzWK/SU+Mo0RS8yY9sepicygYJTGpLj21 jTxLYURhmjaLXVkSo7IkNZUlsSpLsyhYr0C13fPgs0arHRV3XLpR+OmJVb9l79WZB3bXjw8P683O /cORP79Z3H4c3iObpkmz2C/iE+MYlNS8iE+Mupgc62LTK2CUxKT+RXzNsaKTpkmz2G/iE+MAkdS8 iU+Mutg8CIaq1L+J7xSEadIs9qv4xCh8SM2r+MSoi82CYJTEpP5VfKcgTJNmsd/FJ8bxIal5F58Y dbF5EAxbrC49nYEwTZrFrjOJUWeSmjqTGHWmeRCe/hLdwWGNNjuq7bhyo/DTcnFt9P/depvfMo9t 5G0u7uE/pL3eqSt2L16579frhwH9AlVmmxkYp57k+FYsA32jQibHCtk0+kZxTLh+Y/W4n5YKTJlt YmCcIxKuIQZGiWweBENNpDa3OgOhwJTFTpqMGohITdJklMhmQTCqYyL1SdMJCAWiLHbOZJwjEqnJ mYwS2TwIhi1WV6HOQCjwZLviJEbFSWoqTmJUnOZBePorTAeHNdrsqLbjyo3CFwCufsXp3/Dk9ftd ZscjYR7+Q5g4vLC6QJSDzQyME1ASapiBUTCTY8FsegmMWpmEWmZAJ6/+7ApEOdjMwDhEJKGGGRgV s3kQDF2JtTnVGQgFonyonhVAMBYj1qRMRsVsFgSjWCax+i9QTkEoEOVop0zG+/Qk1qRMRsVsHgTD FquLUmcgFIiyXXESo+IkNRUnMSpOsyAYFadZtxwGQry32VFtx5UbhS9gUhv8r6+/dy/6zW75fnm7 2PXu5fLDEr+795u1+7flyr3+o3u5Web/v2r5YXV4PXVX4M3JJgrG6SNJNUTBKJ3JsXRWWAzDuXfV f5vaDbtpXYE0J5slTB89+l85h3oBDQplbmRzdHJlYW0NCmVuZG9iag0KNTkyIDAgb2JqDQo8PC9U eXBlL09ialN0bS9OIDQ4Ny9GaXJzdCA0NzcxL0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggODUx MT4+DQpzdHJlYW0NCnicpV3fj1u3ldZzgT71ad8uFmmRArPxvfzNoijgJk0TJE0MO9ku0OyDPHNt qxlLs5LGjv/5dr+PIq81snguZ/xg64x0eUgenh8feUheG2LXdzaEztnORtcNip+2G2LEp+mUDfjU nVa6c33f6aDxd+yM9fjEb4PDJ+gw4HfTOcNP3fnB4lN13uO7fuiCBj+UDSjr+tjFyOdCNwx4yPUe hOM3bIFynRs0iEBCdYN2YDIM3WDYiqEHwRYPKGUNCZRyCsVR6eBCD8J0gzdoAr4dQk8CpUJg8YjO GVQ6hE71qNmhy6p3JNDfIZXSnVLsjVIgHJuMZ7QCoftOGdaFP5S1qEuBD7vklAfB/mrw8ZoE+AT0 wGnwCR6l9NCpqNEvjVIxkvCd7lkFvtXoMwgLAjJ3aKVWViehak2xGIyADmghxKkNazcoZQcSKEUJ O2M6zaLOYNh86iCe8eygBZ9gUZcF52jRQnA3veJPfWcGTT4YXEWJQbJGeXyDoTaaP1nXGUOG1oJw aA9YGIs+OQyesRxTBz7OUZ/AxyfO4OMj2gMVM8GSQKlIYTrUHjmUTnW2Z08hCDsMJKhbEZWi3VYZ PgxN0wNVDN9oyhn/bGqGh1JaiteDD4fI4Q/roMfOg4+3JKikGBDnwSewPT6pOloYqIIDCaogSyUd onw8xxUq46iLin8l6adSSdvxdRI6i7K5lgYQ2NxUin1DE1zwbC5r78kdRKqG/8HKXGR3MOS+ZwvR ON/DuByMBYZEInReUW1gal6lUq7zGsL2NDYMGAiUMnwQ5oYe40HYq6cKUwk8e+lhX96nUrbzAS30 0HIf0BUP+/LRkOi70KdSEQT65WGnYTCsHYasyAPdDop1weKCRuc8BiZAJ0DAyC2ZoU2Bg+JRTaB+ eVhcIFcPWQd6Bg+Lg1GSoGtAUY+KQ8QwethY7DW7G0CkfvsuDhg9D32OClbiYblRs5ewr5ikAV2M BsbhoQQxSQN6FqETqBTP0LIHiDey4QO6M/Q95QZmoKAmkCmogfWiWaA4FrA6uCkotDcsoVk16hh6 o1kWXqy3HAaUAsW6MNJDn0RvyCVJGSYJKnFhiYBeYLxAxTRydIGpLRAiKKi0h60MMAZS4Dcoig4m jK8oKUgUFIfOsoTh2FlysdQG9IUulc8ZUnzO8DufnkO9Qxp/Ry4xqQy9MUSF71BC9RCVh8myWj5H hzx4Uoo+muMJGx2UHkhFUoFl0QJlEpWiCfUQzmFQdNfeJ4pt8eTCZzwsAm4Pww3NJAWb8Z5couNz aIHu2WboCzo+UHF7Uj6pMCgFmfjAOKEtn0NbNPwUKLQPzhFthjRBsfVap3iCmgI5s70+kHOAjGEJ oCI1HDo9mD5ZhyPFUaW+GLpoz0hpBtoGY6VR1BzY8WDooDwMGZSn+TBWJX2EDBFa2BYoJShPLqyD bjr0LEtTpmsAxUgJXUCcg9aEnvVGGHFgxDTRkWLw6w0ptAURABYJowYFGTPmQA00KZSF2yTVk/K0 7sjASS2OfM6gDyEFU4teB1jpYOmRqR+DpcQCI6zlL4F2A/fJ79Bm+E98R6OCAyWlSEV6B9QLF2rp MBid6Q1gwKACKUZsncoyZBs6BPgCUBjHoFnWsueaZV0qG0lRppD/4KjFQR/CPSmWDaks2xINEQfa AheIthBMwPWBoiUnj0o8MsD99HRfpDA+gfbrCTaCSfiB3omWDFMDZ9ovTA2c6QU8o2qgJXvGhkD7 9T6VRd88ZRJob576zKgH2zGkEiBhWdovBhQSoheAYOkvqZeKHpj2i66yBNqCDkJC9AKonL3kcwiv cKzkZ1kvLTkwRjPCDyG5Ztp0oL0EWnJg/wPtEr6WZck5Rn5Ht9jDVgOtGz8qempSlCmtNirLOgie AEVABVKUGi0+GraAthotpUZLjsSTgVYbGakDbTDSgwbafqTeBlpyZIsCLTlGzQgRicsYYXxCaLQF +APVD0l+pBQjEqSuenr/EAjg6H0YyIDbIHdCPaAYShL9A0W9h/0ielGvAutIESqwDlp7COTMkWJU htOjhCLriOAaiIVhZGg9dF8N9AIEEaDwd0Qr1ECoRk+q6JIS0gWapObA4kFBdohsoCy0NRJQDkTY sSdn4gKEO1ApYPXkTI9CnVYDdSAOrAOCBjUQnjLUDcSniEiMkKQCYyVqA2jld6gNqBXfQZqg+Cu0 QimCpgj7hRtnCB0Idy3kFCERFIUmxoH8UuwlTlaUEIIvKEooEikr1h4TVI6pLNoCT43Ww/bhe8A/ EhvDU5PyBNCpLNqi6ZEigbeGC+7ocZU20OpIyKwt6yVm1i5R5EcIFYm+NeNi1ORHP0edYdcMEQCo iDGK8Ayw7VTWkOIYYdyVGThGsGlgePYc2qiMhrSjIa7XGCMoNSjDMYLNgeIYQfOUsZQa5K+Sz46G dRAtETWBgvZD+UHRL0XLOjgC0bIO6lCEXBE3LSEKJw+Iyl1M0wiiGnpSyAd2RUyqEsJlNIbdQSYR /gAUNAkYhhMPSwqcLacL0ZEzkSSMDhTje3QsSx8eHctS9xhRMdDgGqEfmLUQZEHzQMH+InqPMJ3K ck4DdeoYa0DBmghRoVXsuWdZk8oqUrBiACpQ1rDnfI4TJk/Lcwmy0t4cPXykJTvac6R1O/YroveY aGB84BRADZwfoj2gIutAWU9PGGnTgGooQTsHyOJ3aAFAEfjRHwDEoA76A8+JQ/SkEl5kCzyjF+cb oCgrWrznSEVacmAE47wUFGVFi0cBlKU/QOP5HCd0nAtFWjKCCJ8DP/hizmnRAvhickE/QhoZeoFA vEykSdInqMlaEvBlnwJ9Cr4EGTkkA6elIA+Pgmmk2hKgglRDwqU9yZCejWlKSexJ44aeE17S4iNR 6cCZDbAUIQF7CDIckC3IFNh7eoJI2yfyxWz00AbYs07edyAU1D3D5sCfYC+pvSig+0PFnGFiAIlm FeezllAEkJlT24SjMfS650QCzorFEuqjC9N9CphgCZKaP9BsdfoNzVEkU21wGJqYNQFwzpQTntZ8 QMfEl8UMY1/P2TFExjZwek0IQZIT7APAT1NsfyiGlg0pZPacZg8HOXCiPXDwQKIYwkb6Fszg3ckB HkErTggHujxNn0USfNGw9IDh5H1Ik4M0j2es4xwXE3mG+d7ygYTFOPEASQhL76BVTM2xnOzzC5Co TXNeDDKSDOkBNEczGnPWAdIQCmLaQZLxmaCVmJgDAMvX2iWpwx3A6x6mKC6tJySSzGJqOvwKeKUh RLe1IejmZIckkTlNVaOXST3RMqNTsZ7f0ih9WpzgtI+lE8AlR0Z2qJ42dMCY4nQ6OUMAFFCEYh6G qxF9klbjQXiCvvvjHx89SStUfff00bNHP4y/7J9vfnn0w7ub8dGz/fb2cv+X6/H1o2/+0TGC4aH/ 7R49edlB5qD/9Kdf/yoz0IXBF2fLpoWwSlnY/6Hss5vl+oPSjy/3t8trtutTeIrfd2QXfYWTyZye nO+AExqhWyRgHy6BQ9sqlcd7SyBUOAVJAlxirDfCt0hAGMdZCYRqWa5p3lcCscJJyRKoDwMXUmcl kFv6IAnktp0ty5WQXPbpeQtKDS+mWhS2DFtpfKVjoVG6X69fbJe79NPtduye3d7cbLb77nfdV8vt 1dslvnq6vPxZHUYA7qNSnZeHoK5DXKFuGAJJkezMEPh62UE1imnwF5iCFikMFW6DKIWhrkdcg5+X wlBXplkpDIKyDK5RCn0RgKowsrIApJEwLQKou/N5AdQ9OddDHqIGutKVKEpBSSPREJVzax8oBcES lXmQFEyFm5alIA2HapGC5NZnpKDqljjnlbO/KhZbFLcMXWl8pWOtUf+rzW6/Wr/sNi+6X8b1zXbz z/Fy/9lm+7L76dPL2+12XO+v33WXmzfjdrzqnr/rPl/tt6tffvp9GRRbaYAMFrSgWaoBLOQOVhi4 mUERfLxuBQuDusC0sEjBVbjJgEELmqVbAIMWHP2cFLSgPto3SmESwHnUzMyoKABpJGyLAARHPysA wceb4b4COA+amfaVBGCkQYgNAjCCj58TgBGM0LROnCYBVDCzEedNTOfU29Awb8oNfaAA6vY3651V xsYHOy3qWkatNP58u2wrCng67sbtmxG+ePzs5Wfdi822ew6QnEU+VDByM/v/KowqMLOZ0b/+vbhd 3Cy6xW4xLraLN4vV4hLUxaLrfreYYsVQAXNGhjE2S/hQLG18qKtMC6yxkt77GZUR4o5tRbfHoWOo YDsrI1wrOD7bgnCtZHgzQrCCzblWnbkjhAq0s7JmOMH52RZNcB+hCVbQBNcKcO8IoQKlnIxvnTQY LfjWCShkTghOsEXXujJwRwgVJOXkeb+TBqNl3u8EJDIrhLotzoYRk8G8zeDe5r9ddnZOMFPfilW/ /u/Pum+/7P46rsft8rpbrq+6x1evV+vVbr9d7ldvxiL8CorzMoz1ggL5FhjrBS3yvSx8LyAo3wpj Y7jolS9SqEA5L2NZL2iQb8GyXnDps1IQ1CS0YlkXLpSxRQoVPBdkQBuk4WgBtEHw6XNSCII7D62A NrgjXVAViBVkVBuk4WhBtUFw6rNSEMwxtK4L3JVCBR8GeZIvJHW4JaBBCoJXn5VC3RxnnbLPiNNn TO8zpj8MXWn8+XbF1tD/19897r4ci+tVFWwc5eAvZI3c+14KIhZSR9wzKoo4Cm47tgZ/Zy+8GooU KmA4ytFfyBy52BL9pfTRrBTqyuCnhNGcFIy78L0pUjiPhn0vrvp7IXvE/cSzUvBCCmlOCl5IEfm+ dV4EKUQ/6cJ5OOx7cWLkhSSM7xsmRrm1D5RC3Rz90DoxMv3FECZdOI+HfS/OjLyQhPF9w8wot/aB Uqib46zrjRn3Hsy2KG4ZutL4ioRbQzzg8A+bPZDwX365Gde7cVeEfR7/+kGM9l5IFvmhIdp7IWPk p8RhRdhD3YH7oTXa215fBKeLGM4DYD+I4d4L2SI/NIR7L6SM5sUg6IVqnSdpi3mAm0zvPAL2U9Ko IgZhQFTDbMgLOaNZMQg5Ia9aZ0PawQMNRRv0eQjslTgd8kKSxauG6VBu7gPFIFikbp0O6R7a4F0R w3kM7LU4H/JClsWrhvlQbu7DxCBk2eYccXZcxXKL6paxK42v8J7U/M+bq3fn2A95i8lwwJ/cjJ0/ D35fHRI73Ox7+DwsNHG7ZvrUh0jLHXmHz8MaTacP6zidPiwpdDrzNwcX25lD0icdgkyfh1l7Zw4Q srMHJ9bZQ16ls3kdxhbon+vNqYWyNlSmIyU2lqE5L55pKvrD8vn1eF48ufiRnrXOK55djuvldrXp CpDS56cWMxynAo++4fGco2LijMTnPIgXsmtet8alf/27+8/Siwoobub1+Pq6278au93+9sWL7u3Y XW5ur6+6q02poII3dYl639aU2ZsMUoRknJ9Sqt9+fV5uQvCbRP7t+aKCqzWtM5BJbcp2C11BnjLH u2rjm9XGZHcjpOS8aQ1gx2pTwTLNvJ6OV7eXY/fDuNt33y6fdzfXy/WOGyFs/9tSRwUoGDevOSF3 Wxj9KRVb0RwjBErbGuyORGYqAf8evBbfLTaLbvH94naxX2wX42K5uFy8Wrw7ZARLPZWIOmUd62LL qUAvpAJnxWYFY7WtM4ljsVXcbDOvg6Zddbe7cdvdbDcvt8vXZWZizi+M+CnVJ8gqz6SEjOG8rIQJ yoxzMqX67COtYOC2ddFoclYFpJpKdJA53nFWxjY7q0PqL53ArfbFtU46jlWo4nKbeX236R4/ffTk aeFXmc9OacG61rg83xayi94NstYIyUHvHuDLTcWXN/PKvny3eT12G2CBbbe83K/erParaQnAVHy5 m/flGXp6IRc5LzLBSGcMLSNVL2QMvW9dg5oMrEyGbSUoyBzvGJgdmg0sL8B7Ibnn/QN8tK346GZe JwZmK27Zz7tln/2ikPXzU4K3oi1eME7/AIxtK160mdez69XLV9wwus2x7Pvb/XZcXr56l5LOpZoK 0m6uZgJjTwjGCteK8/Tz+D3k2BSy2glJzPkxeTiO99nnCpnko7mjtGaQGeVJdIbsJcyXqFi8UTHi 0rfzbZ/G5np1dX7Oekh68qz64bNMhYVNqj6IkQ0F8k6ab7r+qFCrv398iTneet99/2bcvlmNb9MG uu9v9qvNpDWHZh1qOapBXts6zi1+ULRlwfc4gXjKIM551Ekk6qhQqwP7ej++PnRdV6qX17qPz7l9 ULSl68cZyw8YzKxnHScrPyjb7KNO1kdMhZ+42M3rQepNaVnsPs5Z3lsOdf0LzafdTif8tsJPXO0O fX1IQsuZt3CctbynHMJxwvKDyludxOlcwlX4iS4h9NKQNPjs0EsuYU4OdaMMQ+us/RTy+Qo/cb07 DNKQNKx3h+PM5X3lMEhGOWXAz6935wXpbLxFecvglcZXZNKa4P58ud2+O4g3fCSrvHc7fiQbHuzp Xmw3r3lLS9n71VeYipn3kDMFIZ9PCoMksYZMfBgktZaPw4ahHmbClMCbzwCZiyFO+wIr3MRdGUHV /VtQDbsyghIsak4Kqm5MQbWqyF0pqAo3WTdU3bsF1aIL6iN0QQm6oFtnxHelcB48BSXuyghaGo6G XRlB1x3cvBQEc2xOLt2VwnnoFOTJfdDScDTsWQvHx+buKwUtwQ05RGSnVcy2KG4ZutL4Ssda4enX 60suTx154wow0zJANYKq6AaAGrSkL/LBqqAFNGRaAaoe+qODARVYZmR4agRVMS3w1Ajue04KRtCH 5vzTXSlUQJmRwamRhqMFnBrBfc9KQfDczSmlu1KoYCcrQ1MrDUcLNLWC+56TghXMsTlDdFcKFeg3 pYQqUpCGo2ECH6zkvuekIE3gZ7xvXszKZlsUtwxdafz5djUfSuOC4nq8mjYG0g/nHUCqgorlM2rB CUrTckYtOElz5JNJwQo+vPmMWp5pqAr+beZzZ5OhquBI+bBbcHnQnaDFLYfeghMCw5xUnaRprXG+ SLWCJJv53NmzqCqIzMlYIa//Bi/oqmvBDE7Qt1mpCkHK31dXK5ipmc+dLZCqgj28rKv59Ejwgq76 Fl31H6GrXtDV5nxLkWoFfTTzubOjUlWiuJd1NedqQhB01bfoqv8IXfVCAmAujuXkS3ZTxbCKKpTG n29X8yG2L8YXq8vVvlutjyNYBTHIh9lCEPS3JdsRgoAYwsySXhB0v/kwW9ZfXYngzXyGeBTBdCUe yofiQsz6GwX9bTkcF4Kgv7NSFXxt8wG2ItVKJG/mY44CmK6EQ/kYXIjZ1QrZqdByHC4IGaZZoUbB 1TZnp4pQK4G8mY89il+6Eg3lFBdvxqZQYy9oakuqKwiprnmh1jU19q0aNlxEVRTsfCyPvahgsa+7 sNg3KFaU8mQzMohiimwm2uR969mlFCsoA1caX+lYq7JxtnS5x7Tp8n1+Q58HC+1MiyWchwntfO5k OHIk1OcjYexli8g3scV8WCEKya7YN1hGFJJKsZfn0lHIOMbmk3DD0F9onW3DnI+PUT7+FoU0TWw5 /haFXM2sFIa6XcXm42/KuotBZ29pzsf1KJ9+i6o+TY8tp9+ikC6bl4KgC82n35Q1F305eGrOR/Uo H36LShiOlsNvUUiXzUpByJTF9sNvPXShHEg35+FIlM++RSUNR8N6axTSZfNSkHboyNEiO61itkVx y9CVxp9vl27Nqv64vhpvtuPlasmQsdztxv2u++lTeGdfrgoz5+FP1GKuNQrJnagbcq1RyODE96f1 zstdSO5Ffc+svjmP2Nr5qP7CFvhnKpBHiynbmNdbo5DLiVPeUBSqEB9mhSooXPMdjUWoFUTSzOeO UCuwRL7vMeadmFFIK8WWex+jEbRtTqhCajCa+2pqBUk18zkWqq0AECNraj6DGYU0VzQtmiqkquaF Kmhqc5orC9VWIEgznztCrURyOVsW8xGrKKRVYkvWLApZs1mhClmz2VimM1jPm6GzWRVNKI2vyKZ5 h/Gb5eqap3i7fFXnrlvuu91+ud3zSmXGtDwKFSRhZSRhBZW2LUjCCkji/T2RFekL5uBaVTHEi1Dg lK2EdSerohOism1RQSEHNysEIf0WXes0S2l74VRO3NpKcJ8SaRUpSKPRMs1ykoeak4KA65tTVUrr C1vu97EVVCKnqqKXhqNlmiWkqOalIFhj82WMKkAX+pClUMEk8o2LUcgIxZYbF6OQFpqVgq+b46xT PvisYrZFccvQlcaf5z0t01dvlfDlyElZ5crzmLwvoeR1yopbmUuVOFS6Xql+srHarQ2+XHh3NBit MCgf/s1aUQGXzdymA1I/fWr735ZZla1gNS/DK1/GRtL+Vh/w3aZbj2/Tq17ydvsK5rvH+bXFT58u 7OLH7j8Wu0W3uF6MixeL/XTttKuAqZle5zxjFPKMMbROecvR7h+BEXKrKqismeWTOwfEXQVezHUy m5+QZYvNOUcM7XTcL7eqEu/nWiWsYLQkHLOdFB0qQi1dqXSz9ez53SOgrhLMpxRepYvC6Z+mLgoZ vBhbsdlJVyoROcroLAroLLYGxeng6B0/6CrRsZntkR/0dvKDruJe5zqaJw7CCbYYWz30s/dn0HOj Ks65meP7o+zl9G0+x1NxsHO9zV5fSMC1aWqOyXnQSodmGH65enm7PR9ka0c2G4qe97lNRWunJcvg 1E7F+nxhVT5SWlBM8YHFUZThSG8d5Wd652gm6hEovblRUA+UyHDw+ABtejNpm1KdOyx74HjMTXTn 6ZWoUwc+LNyQPS0NrrG4x956hKfd2B022eddMTWu4kQkvce13qQpZdZw+v43d87jPpzV1LvX4+vn 43b3anXTvRhH3lU09L/txjfj9l055Gg+trKyUvWxfEz3blxud+UNJ5+oz+w3P/2++0P3Nt3OtSp9 Wh2ORaAvnyiPZ7qb957zY9uwXK9vX3fPUc1Vt1l3+bVXR2K8cyDyw3qmU/3V2+76fP1cerlvJnwh QiGipFDTlS1nrx0ova2UVq2I4L06ho9lNakjhAs5cjksSxSjmwZ7v9y+HPfdV7fLt+MqXRCxhMK+ PYTF3Z3zjR82Y/aSqPQa5INkj5OK95fs8SG6D9txj1tIfnP3eOXDeX25SrJ6u3yXbjRI99kU2e43 3Ytb/nx1taLv5vseTi+5qTny6SSeJNSiwEry6vNCtZJQ73F3SRFqzY038/rzjz/8Achpeb3a7VeX y2uA0f2r1S47ov3y57Hbr0rQGGreejrGJ4hQl8iuJc2aF6HoL6aLhiruQpdhLI3Jp9lKF+aiYo2v Ego3p4gxp3+8eJlujhsxpX+5uF2sFlegr/G5xicn+htQHSb6r9IzN3h6s/gn6MvFPi8FbNOThzdS lYGrRb65cK8lH9L8vrwjha2FzmZe3zGid8uX25Fp9O568xZ/Pt/A+Ev03KyhxM9v33W3u4OTOFLg WtScUsySApeQpSUVnPLLNQXWkgeZUssVRdMiIpzRUi15nymFO7vJetNdj7viVGvwYE6xjOQEml/D d6RYtcjdzOvz2/1hXeAPUJ79wQu+Wu665+O4Tleovt5gWv18XKdN5ggwiDn8Or89NG86L1fz1SJ4 c3PK6YNa2GxmVE7Uqlr8Mw3xz5T4ZwqAM8UajGQN07HXmjUYSSfvc4/nb+6esHo4L+j3/2DEn+Rh /WJ80z27ff16td91V6sXL8b8clggEMK415st79Tl768JnxMyucHkcZMw9K67vbl75OnhDSsaUfPl zYxebDfr/d0jQx8ya0CatiBNW8KqLdHUiq5mTims5Byas9RHSlFz+828niHOdC+3m7f7V4T0xwpS Vtv+0C2hHZdQk/9DqdX+cPnbbsTEin9cbac3jqma07QNUcgWu7MfZXdWikLNae4jEdf8bzOvv4/d 8nrHRAkCO3zr85Ebq8cXt9eU+PZ2veYbmy/hhKd5M768e8bn4bWfHJZ5OKPtcj+y+bvb3X6JmLBa v9gud+nRW7iK5b77xPff3D1M8/HNrnm9ZkafIGR/U5aKdc1XuQav4IpXcMUruOIVXFkPcCWcOEkN Z5XYSX5iuiOhgobM5KvKXMBOrZIWueZQlpEgc+O6X1kNzVvuyxxiAogTXpv6eba+husL+76MUl8G p6/NhI7K/wD4/XSz2T96urke/7a86fIL8p4sGR75a5dfwMdFldL47LpCvpAxTFVPXZiKfwf5fDO+ 68r1xF+isvVmPz76jv/9ZX31/o8iymdwvo++GpdX4/ZAs0yhv15fr9bjs1dLdoFfPF6Dw5JrBfnv 7X71Ygki/fX3zfbn55vNz4++2FzeMrCnb3avxnHPRu4f/W15ud0c/f35K/x/9PcXQIibl0dfHIbg /bOHevAY85l5DT739bvb17t/QCJ5EX3gO48TpSC7/MYHSC+/24Hyy6tgLM87A9IP+ULKsvJe9oUd PvIyfMkYHj6mJbn8OYX3Yhb5M9ss6xqKqpaZdVnpy3unh/zijKHM/ov+lslUvgF/KLgyv/Z4KLbo crniQ1yuL7/pYsi3hw45XT/4omO5XL7cdCi6VnK+qfHl7s4snPev5zgwUVkCKvdclWHI65oqryKo vIig8pU4KluryhswVL68QWUUrbLHURkuqRzTlSuv/civAckXAqucNVE5s6tCeS1ILpc3fqg8nrrv 86fJn4dyOg+SzquwOg+SzoOk8yDpPEg6D5LO+3d1br/Og6Tzvhad97Xo7PF1br/Oh3t1HhydB0Nn 1dVZN3Usry3JryXJcjdZ7ibL3eSriMxhzbgzhxVOfObXmuS3kpv8Ng6TfaTJrt7kOYvJwNVkJTP5 RliT45PJSmaykpncfpMdmcl6Y7LemPK6ldx+m32qzQcLbHbjNuuNHcprV0z+zOWy3tisN9aU17Lk cvnSD5vxts0be2xuv81h1eabDWw2DpuNwub22+xEbE5S2qw3LuuNy3rjst64rDcu643LeuNUeft7 Lpf1xmW9cVlv8uvua+80L6/1Lm+2Li93Lu83Lq/aLS+bLa9bLS8cLa/cLO+FLG9GLO8GLG/HK++H K68uK+/uKi+vKm9vKq8vOn2ry+kbT05f33H6XovTFzacvpTg9Eb90+vnT+9WP70g/PQ27fqNznR2 71Oymem0ayzvEsuDn+82LXd7lrstaxcdlqv+ymV35bq3cuFZuZKrXEpVrmUqFxOVq3nKlTGnl52c XtNxesHE6dUI5eD+6ZHz09PSpwd9y2HX2nHHcuCvHHkrh77KsadyDOf0BMnp4YfTffunW87L5uey /7fsgC17QMsuyNMNaqdbt053OZX9RWUTTtnBcrrB43QLhJSaPwCA9wByyu2VB9vzfx/mrT5MunyY Q5gWqD9cnZ2WGFsWr1rWMj6cej90rvPrX/0/ReX+QQ0KZW5kc3RyZWFtDQplbmRvYmoNCjEwNjgg MCBvYmoNCjw8L0ZpbHRlci9GbGF0ZURlY29kZS9MZW5ndGggMzQ3Pj4NCnN0cmVhbQ0KeJx9Ustu gzAQvPMVPqaHCDCPEAkhBZpIHPpQaT+A2EuKVIxlyIG/r9lFSZNItQRodmd2VmbconwuVTsy9930 ooKRNa2SBob+bASwI5xa5fgxk60YF4Rv0dXaca24moYRulI1vZOmzP2wzWE0E1vtZH+EJ8d9MxJM q05s9VVUFldnrX+gAzUyz8kyJqGxg15q/Vp3wFyUrUtp++04ra3myvicNDCO2KdlRC9h0LUAU6sT OKlnT8bSgz2ZA0re9RfVsRHftUF2YNmexz1kL/UL6zo0R5pXEDtZ2NQPHoYeiFZkM/ITREGEiIeI Qv9/w8AnESf2/saQ3xsGZBGRRUgW8Y1F8GARxjSblo0D1EbkG9G1xHsqRlTc4mfDb5aJ7peJ6JI2 W9QmG4u4xzmiXU4oRpT7iHyyzmNC279rz79wTtolH+JsjI0GxhEzMaehVXBJrO71rJqfX2Qv1CwN CmVuZHN0cmVhbQ0KZW5kb2JqDQoxMDY5IDAgb2JqDQo8PC9GaWx0ZXIvRmxhdGVEZWNvZGUvTGVu Z3RoIDEwMDgyMS9MZW5ndGgxIDMwNzg2OD4+DQpzdHJlYW0NCnic7J0JYBvVnf9/M5JmRqNjRvdp aWRZcizH8pXYjrETH3HixIUk2AQ7pMS5IATSpIRy9MJsSwEDhXa7lNIWKMvy70JbFKdLHWCbtFCu QqHlaEsDhKsthZR2t7TQbdH/90YT4YBcrCSqsPQ+yvvOu+a9n2ZenvR+mhkDAwBeFD2MLR5ctvQb /cEloP/yPgD//qWL+5ase22DD3SmDwHo3EtXrhi87Ix7FdBZNwET5pYOntRz4dvPngf6urMAts5b Pji0ZFviDA73vxFbDX1oaLD/fPbx0wAWvQkgG1cM1jfJjZ8ZAmAFLB9d2fuhob9/YmEvtu/EdMvq xccPr/zi1jcAVuoBbF/auG39jtY7t7uAeWEU+xc3nnuOcuvn9n8EmLe8ANya03acvu3Bu582APMy 9s//4PT1O3eAF4zYHu4P8ulnXXDawTXf+iww6XMAHpK3bNp2fvqW+xIA668FZuyBLZvXb3qp9Rt/ BmCuIP1vwQx7swfjzL2Yrtqy7ZzzX57TOIj2bgHovPrMzWd/RH8XPA3sK1dj3taztm9c/+R3+J3A PvhZAMW8bf35O1y95odw/9/i/spH1m/bfPppVU5gX/0bHo6Xd2zfeU46AdfgW3mJlO84e/OOKyMH u4E52ABg+g2Qc8E9O3lF920nrpM63hAC5DAB3PRidYJsH/3oqlP/evvfT5dBWIVJo1qfgFt+4dsn QK8Mf739rx+XIVuiYb2H5MgGGAMZGkEHLG7rYQRP+17sl8VSne5S5mowgGC4ztCMDQQyW91P4TTW LhhYE6dnCfoDkEjvg/N7VQuQoeN7FegCJfaw4fG3VzHN/EJmogsPeTqNrccNd5F3Ci5OM4ldkA0p 9udwKsnT74RlfAWcZ1gNw2qdW+GTJByyHuveiulu3N5J9sX6J2F4DkMHhtUY/Fre8RjWYxgkaay7 B6bBsDr9d+zvGsP9cBqG6zF+k/5F+Ca3ALZh+mbcdy8OolZSB9u6hrsVrsX8r2H5Rsy7HrfDmP4G xtfifg1a3MhfCT6yxcDl6le/M/289p6XY/icngz2nbAEwwD26cBtD4ZLmPvhUub+9E1Yjlv4DPZ/ CcnHsFjb9uMxuRjLF+F+VZj+DMb9aAeHWwlDZLr3/kGDfQS2FduGqeD/utdz5eO5+9u78/DcnPWe vNVvLyiEXe8Gz/t978m7FV4+5v3cCmdi8GGYNWOKQqFQKBTK0cN8M31nsW2YKYbA7LGVQqFQigkD 6TsFDDLQeZNCoVAoFAqFQqFQKBQKhUKhUCgUCoVy7ND/AE7LlU+ug/1n20KhzBaY64ptAYVCoZQz bz/yrvSPMDyG4acYfo/hKQz7i2Kahn4nrNXZYZF+JfTrl0Anphsx3qn/FGzQV2M+uZfqAhgi907p fHDclPurmtT7qz6N9ephQL2/6hNwkuFHsNXwOGw0vAm3GJfDLbj9mo6F4wzdcDO3AEb1Z8MS5n64 TPcmXMKKcBnudwK7Eqz68+FiYotqD9YnZeR+J/1H0cbL4Fr9PVj2G9xuxyDAtYZ6TP8BrmV+B9fq dkINqaO7W70f61r9a7htxPJt2vZXmLcNlutlrPcMfEG/BQRuBELYlqA/C4RiHv9/JnisLim2DZR/ PuytUDn1fi0MHi0viWEZhgSGZi1NtpXFtrlU0d8IJ085/uqxL7ZNFEoG2cAzDHMbB5zBABwHwHM8 z2XhM7ViBjNiDy4MGriPBe1Bu91wXTB88YFr1FIO4vO5aPXmwdYFL394wUdbq+YPcrX21vtufvLe mRuS8z7pd8G8U9PwTjoX6WmLOW4mPVFKlukHzdFUpbwPOMsU2wQKhUKhUHLATNHZT6m8jw8s5AAz Ku9XMUNA2zJGVXX4IrAM47STyAKGcTP1TFBNJJkGpkFimDhTX38UZ7K4g4CZSgG7KEzTZYgOMmPS oNORcQlew2umffCmkAYBhPTbYARj+u8ggohqAhOqGcyoFrCgWlWVwIoqg4RqQ/0b2MGG6gA7qhMc qC7U/wM3OFE94EL1ov4VfODBuB98GA+AHzWoagUEUEMQTL8FYVUVqECNQBi1EhTUKOqbUAUR1BhU osZR/wLVEEWdA1WoNRBHTahaC9XpP8NcmINap2oSEqj1UIvaAHWojahvQBMkUZuhHnUeNKT/BPNV bYFG1FZoRm2Deen/hQWqtsN81ONU7YAW1E5oRV0IbaiLYEH6f6AL2lG74TjUHuhA7UX9IyyGTtQ+ WIi6BBal/wBLoQu1H7pRl0EP6nJVB6AX9UOwGPV4WJJ+HU5QdQUsRV0J/airYFn693CiqoOwHHUI BtIH4SQ4HnW1qifDCajDsCL9GozAStQ1qAfhFFiF8bUwiPphGEI9VdV1cFL6VRiF1ajr4WTUDai/ g40wgroJ1qBuhlNQT4O16VfgdFW3wIdRz4BT07+FrTCK8TNVPQvWo26DDZj/EdiIul3VHbAp/Rv4 KGxGPRtOR92p6jmwJf1r+BicgXoubEU9D/VlOB/ORL0AtqF+HD6C+glVPwnbUT8FO1A/DR9NvwQX qjoGO1EvgnNQ/wU+ln4RPgPnon5W1YvhvPQL8Dk4H/USuAD1Uvg46mXwifTzMA6fRL0cPoU5V6A+ D1fCp1E/DxeiXgUXoV6NegC+AP+C+kX4DOq/wmfTz8GXVP03uBj1GrgE9ctwKZZei/ocfAUuQ70O xtPPwlfhctSvwRWoX1f1evg86g1wFeqNcDXqN1CfgZvgC6j/Dl9EvRn+FfU/4Evp/XAL/Fv6V/D/ 4BrUb8KXUf9T1VvhWtTb4Cuo34Kvon5b1e/A11Bvh6+jpuB61F2oT8ME3IC6G25E/S7clP4l/Bf8 e/oXcIeq34ObUSfhP1D3wC2od6p6F3wT9W74z/TP4b/hVtTvq7oXbkPdB99C/QF8G/WH8B3Ue+D2 9FNwL6RQfwS70k/CfareDxOoD8Du9BPwIHwX9SH4L9Qfwx2oD8P3UB+BSdSfwB7UR1V9DO5E/Snc jfoz+O/04/A46s/gCfg+6pOwF/Up2Jf+Kfxc1V/AD1F/CfegPg33ov5K1f3wI9Rn4D7UZ+H+9GPw nKoH4MH0o/A8PIT6AvwY9UVVX4KHUV+GR1B/DT9B/Q08lv4J/FbVV+CnqL+Dn6UfgVfhcdTXVD0I T6D+Hp5KPwyvw89R/6DqH+EXqP8Dv0T9X3ga9U+qvgH70z+GP8MzqH+BZ1HfRH0I3oLnUP8KB1D/ D55H/Zuqf4cX0w/C2/ASahpeRqVzeuHn9D/O8jn91RnP6a9MM6e/8p45/bfTzOm/ec+c/usZzOkv Zef0sw+b01+cZk5/UZ3TX3zPnP6COqe/MGVOf0Gd019Q5/QXpszpz79nTj+gzukH1Dn9wCyc039Z pDn9CTqn0zl91s3ps/17+uyd06f7nk7ndDqn557THyiBOR1wxgVZMLkF0OlYPXAiD3o9gE6v071z lYYu474ReHLphsCzBh5VwMBzvCDymcsdOVDr6jmOZQ2skIljI2I+F0ToZ1DHpHWHsFnJCTttk3r9 THqilCzTD5r3wBfOirKDMbmLbQKFQqFQKDnIfNrn8fXgA02pvI/ZD1kYaWRjgiBYBD1v5FiDjiyV OL2O5dTr43leZ+AM6gKLpDjj0VxVrjt27+II0E+lMF1whWu6vDB7jaDT6fTAm4SsH4DPog0kXjAa Bd5o1HFEjZkUb+IzUycP6qjF3XQ4qE1kPz2mDEaDYeaGzORsmrXuQBvh0891ummbpOOmzMnjA7Js 7ur9J8CavcU2gUKhUCiUHGS+zBZ36XTsoH6ADwq8gaznyQqJN6iLKozhIspqNAhGHhdMZOHEG7RV Fy6wdAZc/fMCn/EFiPxR/BpV8n4AnvoBjg0Wv4jnS2cA3mxU/QDkwL7jB9COsZEgiEYdDlCTUcSX EYeyhTeqpcQPwGt+AP6QH0DPG4z5DOGZuAwsWndA/QCUIyWPuZH6AY4drMVfbBMoFAqFQslB5tO+ VPwApfI+Zj/a6p/P+gF44gcQJdFgFFU/gP6QH0AQSNCRqwAwqqaoH+AfIlA/wLFBCpnwfBkMIFhE IL/f6w16vZDlkB9ANJlEo0nU8aJgEs2i2UR8AZIx4wcQIFMXh7CO11lI3ICp7PUCM2ImfgBJ6w60 ET79MNdN26Qhn4sUKKVHHnOjWDgryg5WChXbBAqFQqFQcpD5Mlsq6+dSeR+zH4HLLqeyMZPJZDNx olnQ8XqycBI4vU4gv7UKolGf+bEVY4JgFMzCUfwaVdwlsmEqhenCWLimywtZMRM/AAdGqynrBzBm 0QaSyWTGpb/ZpBNMRovJjC+T0WSSTJmp0wjqrQJ6o4CDWWch4zl/P8BM7oKRte5AG+HUD0DJG+oH KAqsrBTbBAqFQqFQcpD5tC+VXxepH+CDgpHLXE6NIRszm80OM2cyG/WC3mggJWTVJeLSXxT1vJE3 Y1RNGS3aj61HBPUDUGaGrdJCzhcHRsmk/jVHA2cwvOMH0I7xIT+AwTjVD2AzZR7cZ8zcN4C7qX4A EudwePMmPo8hPBM/gE3rDt7XD2CYtkn61xzLnDzmRlPhrCg7WBv9e9EUCoVC+SBC/QCUQkBuoTaS W6nFd2Jms8Vp4UyWjB9AzPgBRFz547JKz4uCWcQFlrrLLPYDcFMpTBdi4ZouLxxxKxgMHA8mmyXr BzBl0fwAFovVajFLFk60mCQLvjBlsTgsmQf3mUA0iSYTZxJxMOtljJo40ZDnEJ7JpQMOrTt4Xz8A l5X3lNBxU97kMTeaC2dF2cE64sU2gUKhUCiUHGS8/qXiByiV9zH7MfEiWR+RZRGvLqowZrVa3Vbe LJn0RgMunLDEoEclP7aaDYLJaDWbMz+9ipLpKH6NKu5P5f8EP4CJ+gGODa6ETM4XD2aHFch1/BzP ceYs2jG2WCVc+stWzmQ126yyVZasZqvFZbWqpWYwkzGMw9mgF/UyuVqAJ4NbEvMYwjPxA7i07kAb 4dPPddy0TfJH89wNyuwnjw9IS+GsKDt0rkSxTaBQKBQKJQcZr3+pXGVM/QAfFMyCSb2EGpdTgrqo wpgkyV5ZsMpmg2gwk/WWYDCYzRaL2WS1GIy4+reQBZbZZDHbzEfxa1RxBzM/lcJ0YS5c0+WFt8GO 50swgsUlA3kkBflzFZYs2jGWZJtNlhw2zixbHDaH7LDJVpvkkWS11ALqqOWtVgNn5pxWi9UqmHmr yWbKYwjP5GkYXq07mJkfIGeTwtE8d4My+8ljbpQKZ0XZofM2FNsECoVCoVBykPlRq1T8AKXyPmY/ FqO6lMJVvhZDbDZ70G6UHRaDmbOQ9ZaRM+CySbKYZYkTcekkyRZZIpdgOyxH8WtUcX8qF6ZSmC6s hWu6vAi0OMn5EkHy2oFcxy8YBUHKoh1ju93ptNtcDsFilzwOl83ltMsOW9BmV0slkCSrJPGSxHFW zk32M1oFHMJm68wNmcktBAGtO9BG+PRzHTdtk8ajud+GMvvJY260Fc6KskMXaCm2CRQKhUKh5EBW tVSuMqZ+gA8KkkhWR2oQ1UUVxhxOZ9gp2l0SZ+Elst4SeU6SZJtktds4XP07bXbJLktWWXJJR/Fr VHEHs3EqhelCLlzT5UVFuxsEwSiC7HeAKAIIoiDIWTQ/gMPhcjnsHhcvOWSPy+PwuDDHEXJkbtiX QZYlrCvLPG/lfWQ/URJkiysfV9ZMns1eoXUH7+sHME7bpCjSp8CXNXnMjY7CWVF26Cvai20ChUKh UCg5yHj9S8UPUCrvY/Yjm8jqSA0mdVGFMZfLXek2OTwyZ+XJwkk28bws23Dp77DzFtnqsjtkB6bs skeWj7zr4l4yL06lMF3YCtd0eaF0eYE8pBLsQReQR1IYTUajPYvma3G5PB6X0+cxyi57wONz+Twu h8eluDI37NvBZpNtNtFmx8HMB+w2m80kG+2Sx5qHK2smjxJQtO5AG+Hv4wfI2aTpaJ67QZn95DE3 OgtnRdmhV7qKbQKFQqFQKDnIeP1L5W5j6gf4oGA322x28rLbzeqiCmMejzfmNbt8dl4W7GS9ZRZ4 u93htMsup2DFpZPTZXc57LLD7rPbj7zr4l4yb5pKYbpwFK7p8iLS4yN+ADPYK9zT+wHcbq/X7fR7 jTa3PeD1u/1et8vrrnzHD0DGuWg/5Aew20024gfI55KWmTxKIKJ1B9p0Pf1cR/0AlGnI44PeVTgr yg59pKfYJlAoFAqFkoOM179U/ACl8j5mP3YLWUk5iB8gG/N6fXGf2e1X/QCi5gdwqDdfOwWrQ/IS PwCmnHY/9QP8A6gf4BgRWx4EUTRZwBXxAXk0pWgWRVcW7ZoLny8Q8HkqAkaHzxUOVPgqMBXAkexR S13gdDlcTtyNNzr4MNnPbBddtoAtjxusZ3ILQUzrDrQR/j5+gJyuBfPRPH+TMvvJY270Fs6KssMQ W15sEygUCoVCyYFb1VJ56hj1A3xQcFmdThdZIblcVnVRhbFAIFgbtHorXILd6DKREiPvcrk9LoeX XHRtC3i8Tq/b6fA4K1xHcVVqcW+dN0+lMF24Ctd0eZEYUvB8WSXwxIJA/g6g2Wo2e7JoxzgYDIWC /kjI7Ap6oqFIMIKpUDARCKqlHvB4XB6PxeMRRZdYRfazOrGRCnceP6jO5NKBhNYdaCN8+rlOtTvn Uwqt1jweXkgpPfKYGwOFs6LsMCSGim0ChUKhUCg58KlaKk8dKxV/xuzHI3vcHo8XA8Y8aswbCocb w3Iw4jG6TB6y3pJNosfr83tcAb9o9zpD/oAn4PO4/J6Ix3PkXRf31nnrVArThbdwTZcXybVRsFis MvhrwkCu47dIFos/i/YrfTgciYSDVRGzJ+yPRarCVZiKhJPhkFrqB7/f4/db/X5R9Ihxsp/kseQ5 hOWZGKt1B9oIn36uU/0AOV0L0tE8f5My+8ljbqwonBVlB5dcW2wTKBQKhULJQcbrXypPHSsVf8bs x2/3+fw+vxeXRXZ1UYWxSKRyfqUtVOUXPWY/WW/ZzKLfHwj6PaGgyel3RYIhXyjo8wR9Mb/vyLsu 7iXz0lQK00WgcE2XF02b4mC1ynYIzo0AuY7farNag1k0X0skUoVL/+oqqy8SrKmqjlRjqirSFMnc sB+EYNCHdYNBs+gzzyH72XzWoC/qzWMIz+QumCatO9BG+PR+ANXunHcl2PK5WYFSeuTxQa8UzIjy g2vaVGwTKBQKhULJQeZHrVK527hU/Bmzn6AjEAjiEh+XRQ51UYWxqqpYe8wRqQ6afBaycAo6LOZg MBQO+pSw2R30VIWVoBIK+kJBXE4dedfFvWTeNpXCdFFRuKbLi5azakCSbA4INVQBeSSFZJekUBbN 11JVVY1L/0S1FKgK1VUnqhKYqq5qiUbV0hCEQgGsG6qwWAKWugrczx6QKgLV/jwurJ7J32hr0boD bYRP7/NU7c7pWrAfzXM3KLOfPD7oKwtnRdnBt5xVbBMoFAqFQsmBomqp3G1cKv6M2U/IVVERqggF cVnkUhdVGKuunrNojjOaCJkD1pCMeU6rJRRWIqFANGLxhH3VkWgoiqlIqDYUOvKu8/i77QXAPpXC dBEuXNPlRfs5c0GWHS5Q5lWDAxfjskOWlSxyplZ1dSJRHa1LSBXVSn2irrouUV2VqG6PxdVSBRSl AusqisUSsjSS/RwVslJRE8zDDzCTp2G0a92BNsKn93mqfoCcrgWHg/5V+LImjw/6WOGsKDv49nOK bQKFQqFQKDnIeP2Lu3Q6dpSKP2P2o7jDYSUcCeGyyE3WRiSWSNT21rrjdYqlQlJspESyKJFolVIR JxddBxJVcSUeVSqiSlJRjrzr4t4675hKYbqoLFzT5UXv55rwfLm9EOuoA7cbT57b4Yhl0Y5xXV1D Q13NvAZHZV2stWFe3TxMNdT11NappTGIxSqxbiwmSZXSArKfu9IRi9QrkZkbMpNHCfRq3YG20J/e 56n6iNy5StzunNmUciGPubG2cFaUHULv54ptAoVCoVAoOZijaqncbVwq/ozZT8xfVRWrikdxWeQn ayOMxRsam05o8s2dF5MiNrJwivlsUiw+pyZWWVsjV8TDDTW1sVpM1cTmx47i1yj5mL2JI8E9lcJ0 UV24psuLgWvawOXyBCDR2wQ+H4DL53IlsmgP/G9qamlpSra3uOJNic6W9qb2lqa6lqaBxka1NAGJ RBzrJhI2W9y2iOzni7sSsflVeQxh/0yM1boD7d7/6ec61e6cTyfw+Y7iuRuU2Y8886oNhbKhDDEO XFNsEygUCoVCyUHmR61Sudu4VPwZs59ExZw5iTmJalwWVaiLKoy1tLad3BZsbE/YYo6EG/OCDlui ti6ZiDcm7UpttCXZWNOYrIknazoSNUfedXEvmfdNpTBd1Bau6fJi8JaF4PH4KiC5vBXIIyk8QY8n mUX7lb61taOjtbm7w5NoTfZ1dLd2d7TO62gdbMvcsJ+EZDKRTHqTSbuj1r6U7BdMeJI1xyWqZ27I TJ7NPqh1B9oIn/6nXdXunA/YCB7Nczcos588PujnF86KskMcvKXYJlAoFAqFkoPMj1qlcrdxqfgz Zj9JpW5usq6+FpdFClkbkVhHx8LRheHW7qS9xkUWTsmwy56sb2xOJlqanVX11R3NLcmWpmSiKdmT TB551zO52bpwBKdSmC4aCtd0ebF2sg/8fn8Emk/shHAYwB/2+5uzaL/Sd3b29HS29ff4k53NAz39 nf09nQt6Ok9Z2KmWNkNzc7K5OTCv2emqdx6Pu80LJ/3Ndd11dTM3RJmJsVp3oI3w6X2eXiLhXCXh cM5sSrmQx+1ExxXOirLDvHay2CZQKBQKhZKDVlWLu3Q6dpSKP2P20xxtamxumteA66IqsqbC2Lye 3r4z+6Id/c3OpKc5gJlRj7N5Xmtbc7JjgXvOvNqeBR3NHW3N9W3Ny5qbj7zr4l4yH55KYbqYX7im y4tNDwwQv00VtI30Avk7gMFIMNiWRfO19Pb29/d2ntAfbOptG+w/ofeE/t6F/b0be3rU0jZoa2tq a6tobXO7m9xDuFtrpCnY1rhUu29gRkRnYqzWHWgjfHqfp/qAwpxPJ4hE8nhoAaX0cM28alfBjCg/ LJseKLYJFAqFQqHkIOP1L5W7jUvFnzH7aYu3zG9raZuH66JqdVGFsf5lA+cMxHtOaHM3+doqMC/u c7ct6Ohsbepe6K1dUN+/sLu1u7O1ubN1RWvrkXftPXbv4giITKUwXbQXrumyQ6eFIDAkyciYwhjr Bj38Cchf61Mw5oZKiEMNtMMIrIML4Eb4NuyGPUwj28r+kutSjIpD8SmVSlypVxYrO5QLKl2xh9Np IL/0V8EcmAvduN96db+Jf7DfOZn90i8e9tqY3ggLoSV9s/CLt5m/pV79yYHrD3z9wOYDF7/6zQPn HfwzwLO3vNyZsT8PhMzG+n3rXusm6z7rD6yb8f1zkG2IYVk8EO/aCwt1egPwghFMZgBJttkdTpfb 4/X5A0Ht9oaqWLx6Tk2idm5dsr6hsal53vyW1rYF7cd1qKU9sLhvydL+ZcsHPnT8CStWrjpxcOik 1ScPj6w5ZW0e1l8ygzq36dTNLiJ3ELlr+rpPEnk6Ey/LM9+1ZPjk1ScNdXctWtjZcVz7grbW+fOa mxob6pN1c2sTNXOq47GqaGVECYcqggG/z+txu5wOu02WrBazSTQKPGfQ61gG5vZFl4wqqfhoSh+P 9vfXkXR0PWasn5IxmlIwa8nhdVLKqFpNObxmF9Y87V01uzI1u7I1GVnpgI66uUpfVEk9sjiqTDJr Vg1j/MrF0REldVCNH6/Gr1bjFoxHIriD0ufdslhJMaNKX2rJuVvG+0YXY3O7TGJvtHezWDcXdokm jJowlvJEd+xiPAsZNcJ6+tp3sSBY0KiUP7q4L+WLLiYWpHSxvvWbUitXDfctDkQiI3VzU0zvxuiG FER7UlKtWgV61W5SXG+KV7tRziDvBi5Xds3dN37FpAwbRmvNm6Kb1q8dTunWj5A+bLXY7+KU5+Mv ed9JYuP23uFLppYGdON93jMUkhwfv0RJ3bhqeGpphOjICLaB+7KxJaPjS7DrK/AgDgwq2Bt78chw irkYu1TIOyHvKvP+Nkf7SM7oViVljPZEt4xvHcVT4x9PwYkXRCb8/q496QPg71PGh4ajkdSiQHRk /eLgLieMn3jBbl+X4ju8pG7uLtmWObC7rJIWMVumRjZny9SYWp3EBk7MHlmGWBRdhgMipWxU0JLh KL6nNiKb22B8Y1tA/RweYXCv1CY8I2ekjL2j43I7ySf7pwwxOaqMvwE4AqIHXzs8Z72Ww8XkN4BE yTjJDjUsPxRP1damEgkyRPhePKdo40I1Pb9u7rmTbDS6Q1Zwg4cPVuKxXT/SXo+HPxIhJ/jyyS7Y gInU2KrhTFqBDYEJ6KqvHUmxo6Rk36ES10mkZOxQSXb30SiO5O+q84ArJcSz/yTZ7ejb0p5i3P+g eHOmfGAwOrBqzbDSNz6qHduBocNSmfK2bJkWSzl6h3UBVouxAZ1aioNybbYySQybU/oY/uPUQb1p khdwVKo5jLIkJY/2Z3REjERmuNNk+g9kL3Xzzm6aman22sPTxx2WPsw887gODdbH2YGhNePj4mFl ONQyHS7TNjjiYWg4ovSm4CT8nxnDf5PpfW0kjARSXXjIekkFHH+ZLC15WMWAFh9ByOism7sEJ7rx 8SVRZcn46Pj6yfTYhqgiR8f3sD9kfzi+o2/00MCZTN95eSC15IoRPFZbmHb8T8FCz64oc+mqXV3M pYNrhvfI+MFz6dDwBMuwvaM9I7uqsGx4j4Lzu5rLklySSRIKScAAg29yghXU+oE9XQBjaqlezVDT GycZUPOEQ3kMbJxkM3lypqO42lEXfmHYOKnPlHQdqq3HPCGTN5apPUerLWCJTEruBJZ87SKFGcjk 1Ds0PHXYqf+XScHJtcNmdnxgEE8aKRTbAuKUYoXsmGKiqXXR8yO7sM3U6ugFEcyMphSc4LDSLlga HBkfV/AVxe43rh7OKCli5gaxpZHU2IZDdQPBkeiUpBl3VU/F7iD5b5ft7ROHejsbeyOR8UPdpTbm 7A2tTzGnEFX/qebvaoFopn/8YMt0Or52fE00gvNmBelYswOT1uCI2gJaci2xBP93d5thSDeXvNhK qICwrlaXgA7cJia4ivCkbs7uuDf82N26GjiAgdXVTNRWhPfoqnUVE8eFuyZ10d12V5PUXadT8ATX q6qgbsdwO4a9OvKNaJ0uhPky6oUYxjDcjmEvhscw4PdHVFKqYNiO4QYMB0iJrkIXnFDCcne1zof7 +nCoSDoPvI4hjUGHdnqwVw+swLAOw1UYbsDAqfVIznYMF2LYi+EPakmXzjPxxWa03TNxubrZvfWs JjW5PpNc+2E1ufvkkcz2+FWZ7eJlmWrtmWqN8zLZyZ7MtnpuZmuPNY2RrWhp2tft1rnxTbrR8B2o DHsvSAwDYbhR54IUBlbHaTldOvvuqnjTDXt1emB0rI6BTRBO79MxExZbU7fIptnXwQ5h9vfswUwJ e3C31dZ0Q/dy9gW4HcNeDDr2BXw9zz4PF7IHyDFHXYThBgx7MTyK4XUMHHsAX8/h61n2WZDYZ6Ae wyIM6zDcgGEvhtcx8OwzqDK7X13j7Ffb3I819wPL7keV2V/h2/oVqsQ+jbGn2afRtMcnWhc07VEj tfVaJBzTIp6AFrG7mybZn028VYMjKo5nGkfUXbpK/PrarKuciDXi8PNOdJwRnmRf3K3Uhm/sbmCf gBQGssh4Ant+AhQMKzGMYtiBgcPYUxh7CsYwXI3hRgwpDDjKUGUMCvsQhocxPAUNGLowrMQgsI9N YDeT7KMT8Z5wt5v9CXs/ePCIP8I+oG4fZu9Ttz9mf6RuH8RtCLcPsfdNhMLQbcJywH1k3Mq4rcdy A/uD3VX2cLrbxu7FYxdGrcewCMMKDOswXIWBY/eylRObwnZs5C54CL9uh9kJeEXd3gI3CdC1NdwV 78UBqBCJt3diDOUG5YY42xW/5iuYJBL//BcxRiT+2SswRiT+8YswRiR+1rkYIxLftBVjROJr1mGM SHzFEMZQJtnrv1dVHW5dcSajdEvseXiUzsOjdB4epfNAz55HXvCWntj21YlEAo/YdV21NYnw2J3M 2N3M2InM2E3M2GZm7NPM2EXMWAczdiozVsuMBZmxEDPWxYzdxbThoRhjur57WHJBl5cZe4gZ+zYz tpMZizNjMWasihlTmNauSTYysaxZ3fSpm93d5D8dbjsX4uwjsRE8ohEc8xGcE/aiPoohraa6sJJS mansC5Ft5e7Eokw62d60Hf/73IM73oOn4R54DoMeT9A9OIzuwUbuwQYk1EUY1mHYh+F1DGkMHNau RMOvUlVCrcewCMM6DBdieB0Dp5rzOgYWtmsm3q4aRoyu1wxfgUHP3oOvSnxF2EhXhRyUa+V+3VVB RgoxK0LpENuq/l0CsNsE2yRjueMvljf/YgFjt5H9PHsVmbrZq7XtVRNv4dTNXDsRvyvc7WK+DCE9 jjxmAcSZGG7bYKeang9BgWznQZC9DbdNE8HVuJs0EZ8bvpOxkr3uCL8VfCn8SnCSxehvg3eFf65M 6pmJ8JOYc9sd4SeCl4UfrJ8UMOfu+CSDmzsVteqeYFv42w+pVS/Cgusmwp8mmzvCnwouDZ8ZVAs2 ZwpO3YmpLil8YnxNuB/bWxzcEO7aiW3eEV4UPDXckak1n+xzR7gBTajNRBNobE1Q7TQaUhs8qXWS 2dI1l7+GH+ZX8C18Ez+Xj/BhvoIP8E7BLsiCVTALoiAInKAXWAEE52T6QFct8VA4OZlsOD1RvRqX WaLEmUEmPkZgYTmkHLoBdmCwhxlI7dsIAxuU1J8Ho5OMiF8PDdEeJmUfgIGhnlRb7cAknz4x1Vo7 kOJXnjK8i2E+P4K5KfZS/Fo0NDzJpEnWxQGyENsDDGO7+MoA2c65+MqRkf9P2pXAN1Wl+7PcJctN crOnaZomTZvSBuhKS6HSC7I8hQKyVIqERWQrOlBaVDbZV5HFBQUVcQe1WtoCpaCiIo44HRxxnFFH Qaci+qaIykNHaPK+c5OUdnR+v3m/l9t77sm53z3Lt/y/7zs3KHI57ixzlVkGmEuGDv6NYmq8DF37 uLrVU+p3DB87of6FlMr6fFaJplQOr3+AZWqH8Q/44pDBh/H37FI54TAdgH8YMoa10wGDKyuHN+MK lQ758PdABxrzvUqnAefM6JBP443R7YrRZcDzQJfOLkCn1aIMlS5Dq1XpOMzo9tekDxm8Pz1dpXH6 UI1KU+P0daU5mQE0GRkqjWMFOqnSnHSsYDT1A1QSjwdIvB6VBLuRRyXxYLdKUnGNJCdOsrGTZKM6 EsXXaDwxGsPZBI3hLNCE/tPPjEGhEG7sXzl9EstypwaGzIBzav29d852sYjLt396ZTz9DU69dfps dp02o74yMGNw/fTAYN/+/pN+4/Ykdrt/YPB+NGnIuAn7JykzBjf0V/oPCUwbXNk4bHRhcbexNnaO VTj6NzobzTorZGMNK/6N28Xs9jA2VjEbq5iNNUwZpo6FVB0fPWG/Bg2qhKRKvTYSvQ70dSqEmoMc 8vwBqvL297vuSW6BiGUv0kOOKQUG1RvgZLd6Dew1kN0Cm2K3jGwrI37LdU9/f3IL3hu/JUOzOTAI hWoX1ixEriFzBsf+auADTbULGcNjZajm333g3pB6ZdrgmlqEhtdnjx1eXwaB/n5RhNapbEn1/RJt ev0QSKZijb2hsR9rpLSTkLWVsjatNk74a/kvjF+vZ1awghxpxIoX16KaSlrvHT6OABSMi+eMLRBP MRdRUwkLrMEhXJPoIz7tUAjFviO25sRZuzBei/OiNn6NPQmP1CRY0vlhzAp1cqxW7VZlZwjxLSgJ Tjf/PEriguyFR/RrOM+za2RO9Dy7z67kWwC85viJ0F5Uh+egOvQ6ehNfhKdeQYdRE2Lh0GD0GFqK HkTrwcVNhJaNaAwcPLQ/iJOiTSgHPQlO7knUCrQ3o3tQC3JgV/QbtBytpafhqbXIgNLQQDQazUP3 4RHRhWgSOsOtRsVoBPodmo9XRCdEt0Tvjz6DnkWH6e+jHUiP3Gg6HK3RC/xfo39DveCJh9BOdAbf rz2AFBhlBVA+jhagXTTM4eis6C8wAz+6C+bAoXLUio+REPQ+A32NXXgpvR56eTpaHz0OVB4URrPR LtSC++BhxM9PipZHW5EDxrgbet2JGtBBOJrRq+gTLPEXo89EL6Ik1BPdAOtpQn/Ex2ikY2WkDDjG A5eyUAncmYdeQ++g93EAv0Hm8RKfzyv84uiHyIby0HiY7fPw5Dn8E7kHjuX0BDc0OggZgS/bGbfR 2+gL7MY5eBSuIFlkHtlNF0Dq2xOezYPwfw7w+xHo/XNQp4NEIqfo09yL3BUhJXI2agSJBNGj6HH0 BjbASn24Bq/CH+G/k+vJFPIo+ZI+yO3jPhCnwaonozvQfehF9BO24L74JnwLno2X4vV4O96JW/H7 +DwZSMaRueQ7OptW01e5QXCM5Wq41fw6/l7hfGRC5HjkT5GfovnRdegm0IeVMPuH0G5Y2WF0Cn0M xxn0JeaxHhvh8GE/Ho+XwHEPvg8/hffifbgJRnkff4m/Adf0P/gKAY9LBJIMQRALhQJkAUSbD5LH yCk43if/IP+kTpoGWWofWkor6TyY1Xq6DY4D9AvOzZ3iosDnfH4H/wS/l3+Rf5O/KEjiKvD1f7j6 dEd2x+cRFNkQ2RFpiDRFv0B2kCF4EUi+SmH20+CoAnnvAI17BZ3GEvDOjbPxADwCODMFV+FqfDdw cg3ehZ9V5/4yPgpc+gv+DuZsIB51zr1JHzKIjIJjMplBqiEou580kY/IL1SkemqidppNh9EwnUFr 6SK6g9bTP9DP6Jf0Mr0KR5TTcalcGhfkQtwwbgq3kNvNfc19zU/i3+O/EnTCHcI6oVn4HqKbAeJo 8SYxLG4VD4ofaqaCdr6FDqBDXTft8Vm6kg6hB9AWUsAlQTrzR9DnKeg2Wk5AU8levIEsw00knb9b 6E/645HoIhcEXp8gT5DLpD8tx8PxWFRF4j9OFWzcC3Ap5d5C7dxRWNsfoee7BQnfQ74TJNQAsVIJ jPk2zeVC9D30CT2DRe5J9Cmnw07cTp6no0ELXuUG8BOQnz6GXqbVeBk6QIYgpLui2Qx6PBK/ALgw Dufjn2kUMtmRoEXF9O9oNZpL/orawY43oIfxbdwstAUV4KXoa/QcWEUW/zshW7Djd8kcbhOx4iZE uH2wuhKcjilvQ2twmO4SviMfo4XoFKdDn9OXYPanyMu0nLvIj8GzwQKWoXWoOroSLeIncB/gWYji CpTBnQV0W0rzOT9clwOqTAJMOwjW3QI4MJCWQ4sLNGcE6MV4QIhdcDwCOMGBBs0BG78ZUOyPqEkY R5rRLN6IAXUQ4t6LjEETo8+hndFZ6HfR+1EvwIP10aXQ4170FdqK9uK1kSVoPqSVH4Ntj+CHklP8 0Ggvsol8TMaSHd3lC9zOwC70LRwvw5cB/BG0ifsLGovKopujfwbt7gEIuxPdCoFrG6zyAozwX/QY KoiMJPujQ+l8WO8ZdFP0+Wgq1qHZ0dvRKHQUPSvyaJoYAhnX4w9gvUvQDDImWktnROYAH7YCFxTg 1kLAn41cNbea+ydC6j4cAB/P3ouKaFATwW2C2Ex2KlbEc20U6USuDaMkjcC3EXoUFEoL8NIbuULy 5dKO0pHypdLyjlJUBnX5KhR5uX6z35wBBcTi6KqPHruq8OgK8nHH2NvFelj3VvBXPNKiZfsFtuXX QBDfTF5R9JpSQaftx5UK/TDOaetoQ2Ud58qS93vUu0G4S5Cg079Htf34vlwp6gt0tJQQH8b4PZ1O v9L/5CMQS8OMwqXlcrvcBl20yRdQWVm53HEOYulGHkIdLJfKpZWVeblWai4wU9qnwP518ZnCp0/h 26kWD4kcufpT5MHWVjbXybSR3KXOVY8WHgZn+3NjWkYh3xz9WUkLZhXqBR2wG7Ixnhf0F7QaDaUE iZpSnUm7Qku0EHsodoOpUPs5plwpwYrBXIiTpOrnXWyKIcY1uSMULlWZxybVUQoFNltKStiZl4tD ISubHi1Qy235rb0+y2vNpY3YefFi5JtYyaR2Q7QXZxUGomzwLn3xh0rGUi/mcnsWFeUM9Y/3j84J F1XR6TmL6V3+mpwlRev9K3K2FMl5zdHPD+lLvD5femFPlkr19AUKqzR9sx1Ssc+RnevXI7tUDNJE 9mJ/bu5JqdgmScW5kr+Yc+YLzeSZg6N5zLdjTwt5BiWTukZn6ulQM+6j6Gx2xwqn08aj7GZc3IB1 +dDalHUaGzwtkL4mk0ca+tQEGXd0lpLcoBJcEaTBZjJGMWU7nM7UVJ+vb9/8/KwsePoBxYHsNlso lJen1+t0uaC9K9D7oFbNRFK0fO+aefJymcgteAsScF/FVMaP4pfzW3mOTyp5516Vz+Hy9kvV7Uwl 5GtHR9cvpXAz1H6pHZVdgvZLpWWskDva1L9wm9niLFlv7B1ab1x23ASfvFzX9YuUG/3FkjU9I5CR lkEFS9BoMpiIUOzvMwoX9ICip7X3KJQrQVGU0XcU9vuK+xZm5o9CBfm9zCG4HbLackx5QJIn6RGb QyhexK6YxYPZoeyVKzELL8M4zPfpTTKLHU6H0xzMDAb7FBYXFYNSsAYxGMw0O5xeYrcJop0Kgt3m cFqLivoUBjNxZP2+JboD9j4jqubVVoQ33NJY9fikO10t8owJG3qOqyq58GrVnEWzllTN2Tht++km 881vbk7bPniqnlxnH5j7wu3H7hptqagwld/6oqeq2tLxzzRrRtX944/8oj0o9JA3hCctzehwGB6r ufWuHAYgd0VPCk/wp8FWnCgZZQLKi4puW9I2N5mtcScns30mkyvJ5nIluZLtpiR3XshylDwBaDID SeQJRU/dSUkUJ7tcGT1Yeyq09yZPNGToPUfJLhQClMojuxrTXuojsO92+G6CLrVs03ph4c0TGR6F QYzyZVWW7R3tjJWqZUG906zW9w4tk4/HhDgGF2R5Q6mowJeXinsFoZaTDjUDMaUiJ2dPxWYd1Kwa qGWn9EjF+X4oemb2TkW5ASiMWErFDh4KWW9JRTYRCpSI5nGishKHrYVFBfkOEE8gLYjTmHwK8pl4 KC7A+N/cu2v3jk0HDq1bux+XXF85cdBgOGna/Ve/wF/tfhhurIcb/VjjkMqJ3MTH//b26y3vnsBv 1z56X03tri01v9QI2n/+hLfs/pTdeAcfr310cy27AWgxIfo5nwlySoV4tAhfp/x+sX2BY4Fzce/F Oescz+V8hjQ7Up52kI05q4vIas8aP2ly4KnOaX7isCuOKkRf8H7iIDWemhSy0L0gmSxESxxkk3N1 Mtlnf9lBVns3+cgm3WoPec93IpO0Ot5MJi3uEzYyp6jFQeY4ZxSQGTm4omBSERlaMDGVlDsGJZNc d0kqCSan+wjq1cvbq7dOh5IdjhS7z+Hw+Vp0vWw6Xa9glowLs7z9qD55XUpg8lTrfOseK82xKlZi /VvKVhd2NZOJiidpgHeBLwWn9O2bNXmPARv25E32iVisKq5+JK4hYYYGbZfaw3CBOniZtvaydmbi RtAM0Vi63sgucqlaARgO//qD4tcMAeSWCeZYVMyMMiZKHhcVOwWRWSZWzTCgytWJsRCXL22t/GDx F2vmvvLy9EGnHt/xeuS/sdgr6UjumBkrFt0R8S4cMmXYDdMCAVweOXj/zC2rbqqrmz79kaU7N3w6 dsGWQWveal75pwcj+yfU9ji2dN0tW4fStUNmlw2fMnlw2vDsjj54580P3VB5bAaYxdLITWQqSFpG 1ym6TBNGskXUyHIzLmhETxg1cFXM4hPGyYjK1Ecpfcn8+GaVSR2XmRmBWyorZevHQWJmgFMgiHDY ZYzPPPTH8olHVy7KvC4Amh656Sj+GRsvfNJx5f3KTTuOvBpJjfi6jT9DkXqQHjLR6mSMLFo2A90T FMO1CT1BJxuboxebZJmMh8rPTSaTWmlrMhjUyj8Uk05HxpuMqUZifMkSnyOzrX+ZpzWAzIWZgI+Z BQCMdpl0MPxMuy5z8cqjE8tPRW7CZ/EXRw/v2DTxgysdn1yI/BDRwCxfiHyOV0OWqUMjD+ggBHpR aMajlaAaWmAdLkU6QuELEvqK/UZBBD4P4sk9gHd79CzcACW61Ca3A8wA5qhgI8fQJi+3AAAaIDmz qKj4YOvom/NLQO6t1fcGy5Om3QLjDsTNpIrcARbZU0maT+ZTUo7LYcgAIm5+PhAkcfPvYz6sLSyf Qznl7Xm5qBoW2cdvH0iycPOBA2xzswWK9TB7ijIUF2GTLY1N8RXE7YH7e7gnY4ofZqAYm1RLK4tv MNs9ICUgH4rGHkY0+nmDrYRAVKD4bCUPU0zoE/QVSuidCNvYj8Mw0OnoeUTOg9z2weBc42IX81eA uTEZrOd7h8LLYjYTCtkZuu3bFpmQxP/jFxuLp8ZHv+bM/DHQhxT82X7CYj9F5/ZyvM1rMDghYDqv yp5VlCQmfK0ZSawFOSQJSom1oRwQfCsUrbAetqLkWBTZvadL0JPAejoHWqRWLihJer3AupRZC5Il iZWsrbPLa30qIzlhPdmg32B618hrRb2LDLGOsN+YdH3yOOsk+6SkMclzxbn66dbb7XOTpiYvIncJ d+oXm9YLj4g75Hddn5CPhI/0n5rcnVMaKEcvIQlJWEEVyBn9AbykPl7/GRmQASuKucJZo1X8gcJc LUZaGSLIgTp4KEGojZ6PER6q0G5LNUuS1IyVpgqzUa+PVTQGA1QaK8w1iAVXEvTkQ+z9fIIUaeKk KEZ6sAJt87IwSb4MS4cYCEpWDVer1TgrcLgahevJ9fXK6AlNgi9J9oCxNhCf/rXoWeSA0wKnCU71 V78YzsrKSqtsYVjosIARqghplRnumWXAQlEYP/f0njsbagdVnX7yw0XbD+9bunTfvnuW3hgmpzGH r3tpSmMk+kkkEnmr7pFD+PHIw99dxLNx1YU565jOngFFugI6pEP/aNR1rixR0SW4gRIVXWytnYtW /BWUReJzueVkK9mp4V7isBYJPKFaHksEn9Sp3NMxOSDMUAxiYxWboPKtYlbV0aOqo1FVR+CGksSU LaFRqna5JV6B2J9nfRlZXzz28QpP+CR9Cy7Fa1HMsKtjHFc/8CWWSZU5S7CZxf/gZhJxhD9gFgSx D0BJAbnSNPD0uIe/zKnllgxYmvrysJNTYJalYI8i8MWLf4rbg9YsG1xWqzDewMzBbFYrFxStLEPN a+O9zMycjMDrZXe9HiPc8Ups/t5mckSRiM7p9KXKZkixUgHRcj5sZWUrymHqESpj5fF8ZoCkc0DJ YiHqgIrWZCaJcc4qeouVjPfaWBvruwG6Zuau15PxTobwKi9/azRmk2w8Npo6mDKsP99fOMK/LhwR 39G86xFvkCqlcca50m3GxZbF1o2Wo5av3F8lX3RLr+sPWYlXJ2sE4aTHbfN43BqPG3BN4/ZQg1eG FKZxlBmbm7HrAJsnYhNrxETSdTNWXRdj1XUaq6FCV+M8DQrJDBYfISuRD8mQgkjmA2VkCplHlhOO tJB0CGO37ldNLMxC0xBDS9W2INuDGDWWXuBEjsECkJjviBucok2WPXKK7JWF16IXkQhmpoGrFs6E tfWtRJAfLKiszLD7g8WgIImQgzmeWGgJTlsQOfFqMXFmPL3ru707l6x6DB+2/vyn05f/6/k3n5rk rasbWDr92D3Hv5o594HHNllPffxt3YQXjj6zYVoeaFZF9BznAM0K4Ya4oPVJLoXJy+VBmCl4SIIv OCugM5gkk1eny7J7PZw3y8NnGQIGyZUELt8nM5PxiUEmdUYezGGI25rDDmQpKSsDx9kO8m4/IZ+w lMjHQ/nsZPLO5Q0OwxDDOgM3xHyz+c5kOsZxu1xlu82x0LDIts6wybYx+VmDTi8ZjJyIYTzMBMt+ sXQEs81cAySfkmTnXCxPTSKzFS3MjofpGSzd5GzpImdLF1C21EzxzfMRn4vZhW+F2O0hsctDYpeH xJqgiuRBjIJykMCqLx1izwe39XI1474NSacxy4URME/fidPbejbj++PKElIzmQQUXwqFOxG5o42Z RXssNY2pTqe6NPA+CtYGalHJwANXV1qLHfGEAoC3uLOaUA6mHSIrEaQfFU2pD81d/spTywpG2Cz6 muZ1VXM225r8375898m5M29btS1y/qM3oni1a+f6+lVLn7TtJncvm75qzRrfgXdmNdw25bHe3le3 HIv8zznm6d2ARjLfAihtwD8eRVL0lxjLmioMQhyq+QRmC4mKthPFExU+geJCoqLtxPVERdTEiTWJ ipjwcxpNJ03cCWgSFT5RERIVbaIS9xhKcYVlgjRb2iXtk96V+BF0hOFBjloAPpAkUJHX6akIfsdg OEk5G6UcNSAiGTiRHiFHkAYRvEfRIY4DEnRSxzWTmYd4XqekpBbqEg5FF4tO1MoFNUzRNeNixSAq aYFCcYW/j7jNRJh96Q22QkRk4iOUsIfZM1BpO8ieIQeMzXizqjb/YF6c+ZNLDJ9L5XOy6k7kS6WX S80lJTie/3KAMupGBlZffxkg8LOUAGZ/qOgLSmharxLKpaSUsi4qQYmARrFJir5EWjG6RFKCJVKa B669SlS/VNmZ53b5oJDf7O+DC8wF9oCZmjHZ0bGGPP7AiRNNkT54yrP04NUbn408CQD5UMdc5tNZ XOjnnwPf9VajNSF7S6JileJStCQqVikuKgtUDjPjiwHTYYSBWwbGHuwx6rx2u8fCHJnexHFej8GI kegCJ64GmWpFBTHmYhgIMeMCy+o4DsDDcKfQorpCk1oOdy9K2ZSyw/q89S3pI+nTZI3W6jJmu6lV Z7dYrSeNJpvRajOaDIA9ipUNrRj3QLZiNCl2HJ/GIROHTzNcAoejmNmEzFNktoG1Vebk/xhXXCqu uDByyS7iSuCKa5vPchT3QSb8EFD2bTAe+C18Se2OL90QJszyF8AUlQdhM5xsB3W9pneIB3VBXZ1S kzaXz9W3gC+iKtYwtKmGgD/+nrUr5ADOWP12PwWsQXabyDY5xr9q33n7qqa6zTdv7rFvC/m449Co NduPYU3tfZd+34FXyJvuPf7UroZRZQ7y/UuROydFLv/pne0NZ2H65aAldvBDKSi70xOlmnAqnoIp Tu7hVSDbN0C4kcyneW0GnRejDJkFImomIXudMhO7U/VDTjWTcMbD/tYPW+W3E+IPt8vHw0z8veYm 4cGiYh+cNNg30TLON5feJt6mqbLc5qvVLPSs1azzfKT50GEWfYz/mTGzFMYHWLCTzGp+9Qab1mgD gYkl49MsTmtmHigxScx8ATqQ0U32GV1kn9FF9hk1sip7yKBlgA9Y28VDLOKUt/UE3Ojb6E0YjDcB jV5AsiNqP15cohjKnFOc85zLnZxTjhMAN1SoM1Y4Hawrp4PN2dlM0htDnYlBzPd01ZX2mCNSHRAw rFMxDrMApSnTF/D5mxOaoe6FAYxUYhEScxb9CyJzPRYWlwTSkFkuZo4I27ooDb3S6Op5w9yKgeNv JQOPzmrquOv9NV9E2h7feL7us47iUVtGLnjmqSWLX+DGGqtyy3MHXPjb9KmRnz7Y1H4PHo6X4n1v 7H3z6mfhFyqbdz/yyisMX6aBN3LwzwMn5yvG4wbMwR/RcFqAbAYPuQRzWslQQylhDB6lxm+UuE2a Gu1/o1GgX1MILYPLPLwcEpQkY9yM2O5ydWn5pfaR8mUWu7MsmMV1JeaSWBAHVsGydQFRQQwUWSzF 0+iBzZH24UWmw3TVjxu5X+o2PxSxRK40f1qHv8XvPMb28seClieBljtRAOWSB2J63iShZG9v5gog Xifje/e2+L0C38NrMXiZ01RT5ksH1Yw5ZGJ7KUzVTYkAm1XUmyYXTWy00AQV7TQRmm6XGLld7dGu moj9WmbcPe1mkXk7e0kRz74PqRMREhMRYhNpU7NwU8JVxcdnbVC5qqSxRjYse9Ku4qxdXem19SUG g7FwTnwCiZNZaXkfB85y3OC4IXhO+iaX1+biZWgZXsrVaqr1C6SFhsXOe9EmvJlbp1mpXyOtM9zn /IP5hNUiIa8LSTDSnt64CzO72aG3ix16E3Z4sMJb87oWawdayCwU6kId6kId6mK1oRqT4gOrNWFk kk3E1Iy3N+W7EqbqSpiqK5GSu2rqKabNZFZjeoIoPUGUnkjx02vsicTSZ1fsxL4t750Erqtgrqby lzqxvTN4tJSEVVbGXjB1mm1a9GyDx+cGo23w+XLYpZcPYtaz+7N8OPEfSYKIckE1qq6sxNd2Ojtj RwQtVlsXC+5qzrhq/u3nXj/27dw71t8Xufzxx5HL229dN3f22o0zZ23od8O2sSv31q1a/jxNznqk as8nZ/bMfDir5/ENR6MI42Nb38DjZq9ZPWX6+jVXo+XbRj23YtULe+M7ScxKvCibBOIaqE8Fr5hh Bp94WVUx5hxVTHaxFL0H0zGXWVUys5qpm13mniF9Dy/bVxxlpEajDY3GWE1oDDLkw5i56DSWGDLO HQ+F81W0y1eZB/rHDEJmvuOztztz4C6TuBZmKNlqnGFW7erfjNp9rH8ZKqfrQMqwfu4RDiVwi+Pm wEx6u+MO96zAYvcy72b3vd5djn3uo+5vHed8l33W6xy7HXUO2i/rNoH08I4yTmHxiIcNgk+Pjnmi JjZs6sDMLnqc2kWPUxN6zOq4BOm70Omjlzvp9F3o9JAEm7sHKdt6Mj93APxcQqMzEhqdkdDojBpz p0abFTMxbwt102hwP3FtjutyZ6hyzf0cQZkQkwSiZxv9PsGXyI2rcbgyngYNIH0KM5nXgSsCBbaY 1d2pIE5s0YPKzq9zLJ02dtnoIlx05I6DV7F4Ymv7ksXfP/XSJ+S9Z2vvbti3dNmTeKy8+Hcjlv91 vuSqmIs1fz2D5V2Rv0d+iHwdaXz5dVr46MHjj20G10PQYXA/67ig+ma9r+LjeCSIWiKUcrQUC5yO lELYiQjbZXpSE99NrmZeBHJhVfaqmVrZ2184D7e2ttLK1tarz7e2IhLtQIivhBxLREYyfWAKxL4/ d9m0uNpZ13Zp57vUuUS9S+okcJ05lCS9Fn/kl5iggUzQ61+LP3sp0UikRCO+1ijoEpmXI7Ehlwje 9YkEUKdLZHmJitaYmEaiRYy1HKrARpOsJj0/NMUrP6u2TZj7qlQ9j+pFeLXMkXPlWZrZ2qnyBrpN fpc/IRyTL8p6DV+JK8hoeba+Xv5R+tHwo1HLSZyBM1K9TstznGQwagRRlKCuESQRI8Re9ZvUzT6f KNngFqGUtdlZG/Vxkg2e0np5XuMVqNBM5itapJG+UQgmpAXrAcL0ikXyoRkiHTOaO8Wd4eg2DnPN GCv60dIx8YxEt0lYYt9lk3hKJMvFFSIRHzB99JeYMiTBCX8uUAh3ktzejlxlpe72srZS9sqhnW24 s9eZ63u71GvsLSckefLx48bjx9fzsStEIsPr9WOH13tvmhizlYkTmjgT1Ygt0YvsZw0xfF9QHf6N ZK7zE8AFOED91OqnwUxBpKTgT2TCZy92PPrkx/j7nUPTPAV8yy9D8dHIYDIR7zh81333snhmB8Re 34CWmtW4ve4wUx0li+26c9zQQEVgZqBGu0YrzHEv5Odra/Sr+dV6IdOhpa7MbK8jRQse+XwXTT7/ 6+1wxVWh1Vot3uzsrCzkSfEC61O9XjPSuODZSOezri645gLsktRndRWuoCCxgEiAZFzJYJAtWBhc CwITsaBhMxVUpRJsTOGEcRnd+u0erSf6lSsygpKH9SvpWG8SU1OJ9SW5e8IcfxWp6xKBuNenbjr7 4jvOl1Uvolbiu82/NKn6GKsIsf1nnbrnHA71n+Tq3E8Ol3awTYCR6vfy2C5S7HNtAxJOgFD2ewjm 0EJm9oYcqxtK6t5zgdnfZYvISALYnx/bXgwGIMPPL2aAyuo7SHDvezUzZ63devOKNzZHHsDXrex7 4/Chq3ZHPsV3TA5eP7HfuIc2R+r4lsrDMyY/V5B5dMWs/VPz6BizY2b5DfOyruwRpb5zh45ZlMei 9ZnRr/k7+dOgLx0HppOqFIJjgay61vPKFFbzoXzDdDQf1aasQGtStqFd/Iv0WcNh2mR4x/A+akv5 McVstKSYU1JottDDnO3xpQ4zVNhutlckzebnpiyx3GvZRXcad3n24mfIXvOfjVZkQ27ZJrs59gKs oUeJGgb4epTIJoS5ZKtXosleTisHTTeiIPu9kTvVmRCiMyFEZ1yIugpn0KfBgKDqV0OFRpW8Jsk7 fVLstz+hsCoQkA37eUosnTI7Yz/5CbP3LZAzLcBOgQukpQOLLekF+Rz7nQd4KWK3WZif4prevC7y 1lftkb88+gq+/s2/4Z79Xy9484F9f590x7l1T39JSN53V97Av/vgKzx+/9n3eu25/6nId9uPRL7Z dJTtz+0G3zERrNKEUnAvxeJLxddrYrZjlr0mpHF20/Hu76sSOp7KlqnFqepWsFZVWK1OfX/nUltU lVeR2Z2aIieYJOviezdyLBgAlZf/Y5X/KaHyPydU3vsbKh//Gu6m53m51y9SimiyqBE0vIbTcEKS y+0igl4HFqqjgt1hc1gdVEimTj+2GKFwaTx+7NCZ/Uj9NQf7f92uxGFmE06H0wH5KwGLyPDnx3fc Ibn178b/fHHiPZW1NSMXb29dG9mPS7Y/mzek/OHbR9ZF/sC32FNG3Bo5dfz5SGTftPy6orwh3zx3 7qds9q8rnwKUZL/i1qPXFLvAezUaUUSUYwLRab16pBGZPtpkS6E4jt7o0/kMROc2cFrS6TkT+6Od QKL9PwCJVvtvEEXqf0tcY+MMLk+ASrj8UtuvUCQvF9hj98fPp7j0q7tp6Oqf6Rq+pS5S9lLEUAcz 2gtrXQtr1aKXlDR1rVtF3LlcWOpjPuLTE+LW/z/Xp+hjb43j0BH51ep0/Sf929W1xXJ5FmH+68r2 0s+ufkXqO0azVfWr65jJUOsOQK3DgFoZeKbiTrYl28nUTDxZY8UWmp6O/BYnyUBeosKKnc0DY8Hp NVJIPbUYBzMz0rtZXHoXi0vvtDhDRbqPUuBO5lR1J7hNXbMaFMW3hD9RZaoGRUY2ClmwIhNnpiTY mJJgY0onVKUEfTqs64QqnZoa6ZKC02/pBlXlcvhynEeyyiS29dO5EwCMgu+x1xElbOcDbG0wF0j2 uD1JHipIQTnDHkwNajK4YCDDZUjxI4fJ6gdim9Unwrc0PsOPPXowOpsZCq/W/7+UfQlgVNW5/z3n 7vsy+2SSmUlmJssEAyQkDMTmogIiIEFlWGRqrOICLgQF9xpbBVSq1D6ttlqwWotWC5IQUvBpSvlb 7YZtFZW6UAtuFeVvKVUgk3fOufdOJtq+9kXn3m/uXCYz53zr71uSpFI0nnlE4KOsUxXn/WAxpApg QtocpSCDIf4kiDQkLlHxWwzSkW0mPQtefnfxpY2vFTf09YLOP20A4J7M5uTX+q+8bdc1yYlrAPz2 1w9/BXY8CYb2r7jqZ+Crr+0FV/VdPPBfY5f3zJ5765y1G3YXP+s5vw2YeI8fRVqzGkspqMKw+aAd 9AVaGLpKlDZKL0lQYiGUBaRdRm2lULaVgreV2/JCguc5jPsTlwNtoS0Tt4PgkxxGEQPE9QDE9Sj0 qECFsrePsrePsrOP2/Nyws1VD9oS+lD/gVgIrliU6dSgK/QJFSTUTrVLXa4ykxeGs4XuUpK6pGMd dsi2O9xAyj9yhSaiaAFyHJC0oEcNOj66Cx7btWuIY3cMPQYXHZsGe4dmo0/6HFrQW9Ba0qCjF3rf i/YIyLtfkEbEFNUNLz4vLSTl0ehWVnEMCo2I0q3HnXUmt7p0fx5rF4hT8r0TTyap+d7mFuc8Zqxz rqt3zjVp51xZ5ZzDUSeV36AaLQl2PbuZRXKI4oO7qY3UFoppomyqk3qbOkyxVgJdXE/RrJO4wWse dvfiI28vPvb24qhtOMEF2YsfMnsXlhmzUxcv2NqDIojCwu4V7UMl1xxndIij4P3gxX5uF/a9MY+2 Db9Hn0/87c9sYwm8mLsaruTWqmtNTiTap0/GymcARFHsr4viKFYVy1hVHGFVMSNJ/wFP9+aFjIxx D/x1ZS+9IjuKlxCOF4ev2ARulgsJH0j4bF+nr8vH+ECGItlhxyp96PHlG666nmn1e8tzyCh0Hy35 sigQcjCBQ1m0MlTBTUC0TkALQ0DmzOTN/PILZiyt27Xw59/4+W/BxvCmG0+96uv0pyciA79a+hZa NRSlsGdhyYYNdhVd3ZYTxEm10gSuVZouzadX06/S/Crpdfp15Chg3UocnDp2HXMH+wTzocBKDJjA 7GVwzfd+W7SSLXQCH5Ar2avkLHy1Fz0X3DODz5XkPNhrBfH1t+xTI+h3ptMnC2IkcjLTEA6fgkIQ XpREQWJphkmwkp9l0TOkNzgUiHKSRLGQAUhQBEqQaCgDihmAk2x9LAs2slvYQXY/y7BnCPiaPJYH CRRYbuFpfgCu7v2XegQZADnxfw0/Ph1xFjbhoDU74n0NFboPYUQDq+92rCTa2/EDmQwcueJqB3QO k4QkLxjtQjuKU8MoTq0YiVNxwPjaxIUOxoefHO5VTLy0h+0QIjhDM1sEQzNaRExJBhJQtwZ3YXZE THAS0xSr0Ro3RnIMflRX5JCIvtUfRGQwx+EtkK2cUO3PMbY/h7dkWxqRgVxZBLwQvzPoXlHIUjhU xoIHkgD9z5v37YKvAX7oAfiNYWro6GGk7Orhq0M/PXE/fPfDIuNwGNNAegnutBUAkdVgKSGBsQD4 4208LGk+2tsSuuTp0P+xJ3f0S/4x98/843cLjuOGnRrs1qAP/wekP/6GvbP7KYrT0ec06KZeoUF2 VCtExKg8KxJ6x4wImmoShwPpNESwuMKoDlOKhV9mdYUWKQAFUdYoQYSSzBHtYLiq4Vg/UQ0GhVPh 7vf7zPt+J/pG1fvhzEPH4KDx0kuDuOgh624v5dX/xXmiRjlypMmRIUeWHAXMqTWYgsQjRG4JdpC0 EexIIkfeg5YEvIxxUrXBAiUhWS06ObAKTQEN+eQCcs7xF8fvRgjyJjthnrIoA+Zt1XU9OW9TyNtS OI+RPdJ0hAQnSBycL1Mo0+kOA1fYN1NQF/ywQmBWKauVF9BSKjOUGTpdz6TVRm0BfS6zSr1WW6MK MmSFnNqqzYEz6dN4W5itnqJJ98MH6Pv4+4RN9I95zoK6po1lIVIiUFBUdSwrIFJQztLPAjaAUBBE SUbmStMMvE9dVo8FrR1wE1Ls47ayCWEAjNumiJIH67nYnS3mpYSt3CwDeQf62hqQ0b1wAJ10QE2R yiBiilgJBbsqVEJfbgBjAOa3J9gutodFthJu6jWxpxHB5bSF9vAQ0eoY8ULPomVPDxSoMHLMR/Vv RI1DBAlbcxMBwtAJWYES4LXgvykFuQDC8F4KDu8lQNfMLQp6ra5cyajDnz2tSfhFtybi5f5kTmtM krqI/racNr6NkNvGoKtu7UN24YruAtIEGGCmsDpA4WKotQ0kkd8DaoB5P0iBc8cGIxPAeYDdWcxv Li5gdxz/9Nund36fPnFsGvPr4xOY/ccT2Go/iOxPHMdE4J1eOuxBr4KHfW3NW7Ln2glhJUjSdshS Bt38XY1pnjJPUMgRIs+EF5CJECBP04LIQCjyAkMjA368ZMDpMgNOe9e3IU3DcaznqLAlp5R1ZBn5 inaUCFQhIYOE3Cl3ycvlHpmVhfL4zI3YEo43qqKP/J/FacyXHdJSnFbmF2UL2XbCD4XuI1/0QC2c 2srl1jCEGTybQQ/v345MhZBAB4qUKYwbi6MKtNN9gj0th5ZwsH9aTrDHO+T4HI8sBQaC+iOIHO+Q +GqNUx8t1+R4zY8ePvz8SL8PkZUOWYnIACY/e7pkOkCZVDuM0gywcwzMB39Jwx2/PFFEbHELczNi iZ7jPXigFool32RfpjSqAjTbM6M68Bt+f0WoooJhDMYvh+QK5vFQv/a8RodC4QqYqLTNOb45ITu6 gF0gzjfmmef5FoXOC+ej8yvuDD0AjUgVTVtVshgY5cUFypgg4Hlx/flABjdMPFtWeswjXsPbx3uu K4/TuHjTeOyn4X3jvWQbjzeUKFU+2lMJKnXPsOkei+il2FPPYM4oVSW7QagvT3FlejMSu2AkSvdw s0KJGWZ/sVS5UOj2GVRyPIMRGhIfthlU83jKbIGZmmrqArAWtP4aTPtJX7H/uT3FHZteAJWv/glU XPfBt39XfBX+ClwOHtpV/NEbbxc3bnsBLHq2+I/iHtACKnqB/J3iQRc7Y4aQrKpUGPB21RJzmR/O NGb6zzXO9TOyUoUULRUKO1iGNWrB/2mJYW/eygg70fI7aLaWFwhiLBiu0TpiW3gdhGgiCtD/0bDq rajqrahachXU/yso8mXIJ1LuMYygyN3OkrvL7WE+JNxDwThBxXAHGkwmTUSXADFYf8/sy+5Z+HHx xeJacMMzPyjMGndr8XZ2h2Yt6b98Z3Fo6EkarLt58TcDKlrZBcN3sR8jvg9QdWCnfe95mQ0ZGAm3 BaAcY+IYTvDH/TVcAzsmlM1MZttDkzKz2FmhGZkCO69mQeZK9gb6enYdvY69l/oe/Sj1E/oV6pXg Qepg6GA4GmOzVAM7mWUK7D3h+zKvZJh0sCHTEsxlZoRnxKbGp9bMzOSFBea8wKLYosp8fH5ifvWl 7EWBZZkbMnfF7sr8KfxGJiKHQQDZgK0VOQpXy42tyDFhf7iBncQykA7W0XxdJhxkKS5J+6IsxE8o NlVVpdNQSFXxYnQUM0TLmCFalpCIZnxhvGs+T9h8XlDkw1KH983nCZuvxB6+M2A00dDTABuSHnsk PfZIlgQumUGKWy7JmRwm8RiRMzlSPyJnI2I223XnPSkjOLWL84RylNlsvGi8WHCBa2oFNobdK9K4 9amWK8NmsCyiq62uEJpYItsytczf16zI/eChR/7fL4vPbN4Cpr6IBfOKoXc3Xf4TJI+vF98BFW9c svjcJQ8VsmtyN5w7CBbvex1cuOPnxR/t21Z8+1tNhQdBbiuQvlN8tYhuLv6udnIES+jDyJo+hSQ0 TFXDTjtpyRqwWmOL4hcJl8cZkRToC+TIk2MKh8V4gUmhPCYUj5A9whoYfqfXirag8+He6toWEz+v rG0x3LPuntHrr/VWZpzX0f2Ge8av2zMQkdbOiJ2ROFteHLs8tkK8VrtOv01aq39XfVwf0N/X3tMN pDsTpu43Td3UFdGqgMloUOIsXFvPhkUxGIpGqkLPDg+WIfKDDlYUClHJaqJ3woiDNKFqFL+NLmcp BfdVGe1Bzuu84TxNQQCoCIGiOJL1KiRSy1M9KTpVHYZfql0pqZ/wf6p+uH9p62twEPllTNbV+JED YRfVd5o7iRZCcSZ6kmsilfROIT1b6kIq+8EGmJSzSoKt53RjkmlNwiYZdBOfT0OWPRrJmcj2W+ih 2bGcgcJBozqOHiVjvrAsKRYKhnw19EkQaboaovVIwUvyYXjH7t9c/6s/zq6bN2v4yK55V8wfk5z5 Z/Dwbfed+d1HimPZHXNeuO7BvZXp1Jkri91g3K3rJsr80Eq6ue266ZeQHpfFw+8xf2X/SI2l/VNM qrasuiJTRpdqA9EOGO6eRDwiiogpcXKfWpY1VcpouYyOldEVHo1i0LC7xdAjgEPYdfkL6AuYq+ir GSZdO4HOxU6lZ/CzKqfGT0tNqz2bXsgvrpxfd7tPq8HgNGaHlEekPSLjEbUeUUM4xbnZIdIekfGI WoyaTcNUnZpJwRRdm27VW2pOS09tWpTI18xLXyYvVZdpF/mXhK+Tr1ev128yVqauSq+m75BvV+/Q v2Xclvpm+h71Pv2+QJUbOI5JZqyKTFTM1IMMRdVHLWb8uAy1BCkSdcx1FbdXwIp0UB1TVZsGaTbI ltJabNUYsaoqSBPnI4sUYsHBwPGpQOrymw45/1XYY9IpTZXZZKyyqkLgOYaGHEinqtE1jq2qGBO1 sVTcjaz7oSA1hiQJiMttgAToBF1gOVgPODAAttjKmKqEz3fKPPyLWSykKn6GPwr6BmeIowrYRsN5 pQI2MUPVg3rsuGkanFePvw8Ryvro+KTyJdvh1aWhNQIZC8cG+F9ZnkxbpQoJ6xws+pFxbuKgMPsA AercPKdnU0iyEzfzGEOFLO6vzx7BK4XEFpcu4NzzQgzhdY9ILSh/QmTY11YFm8e7SbcU6YZ3mhnc FGnAHwoyISKj2AZlFm9Xz3vhpiufOLtz8eTiZXMvvfjrn/7XI5+vZnfoTz2+5eHcRPD6gp7rVx9/ 6JfFvz0AXjWu+Nb8U646berFNaHzs22PLLny5xde+ptbtDvvuuXcOc3Ny+omb1u1cs9VV3+AvuxY 5AnuIBU4J3o5Ty3yHsF5GDb/bzFszsOw+X+DYSMdy8IqxD4Umb8uDsCrehNOQcl2LgFgE64dBGAb cLMB79sy0cWCq4g/9ZCidzyNfMLTwEUHncDvKPQ/UA4akeEJQwcK7xqky7XDBflLP7jYH+fFoK9Y ydxRrGDVp5469jdc04TiGJwv8YO4LWX0BcwC4UWBCQ64mZMWZrIwjTlDWKU/xr6v8woFTdwaxon+ UYbLX8bG/hGw2Z+BXqQKS5EqNNz8134nUoWFRBAkgp1B2BVcHuwJ0sF/6T3351WSCvPibCnh9mg4 VkzyOF4qWTGJcZEfx4pJJSsmFQI4Yh2xYg4aOtsouLB1KWgh7nOWKoBm0w1WCGhN8GuT6dp1YfH4 y78rHlu+a/pTN+3tZ3ecePrN4olH7gLqB/ScE1uf2/a1XaQ3lxKRxzMN99vAMb1so9c04yltBhGu MRBGofjHSjQ1KtwrR/c/LRkDb8GgVuJncfjDkj0SPLovL/lV9Vn3fd/1LoKUm/mHHiFFPaQD3+bW ooGUlwNCRBnoaFssihVJVCVRrCiwALJNb/7WePO3ZnMz4soOUnJdYaeaWNBA1dFpqUkZq3Qptwu3 i+uVQeWwIieUTgUyUBagWzIqAkWmBPSWHR2kdAr9a0kUEwLrFwSWQkIEWT+ErIh+1QcJiRLEJQJY AgWS2qnLdQqgR1gvoOcA2Cq063LnQXA33AAhxFfMBNvJwrFsF7ueHWQPsyw7ANf2yl2bHJirG3d/ 4kfYcPqno5FDYaeH2q3owgVdDozlH4GqtlI6YrT/v1W0AD4Jfoy9ehW6M7fUobtb52JEiyIDx0lQ TMrvs1/8wao0CZodzKoZwClDL/wB3HRSvHoMWPf80C52x/FXe5Zfey1Tf2waVuwUxa/CPjXc+wyl e1yEdgnJk8sMWhk/6cNDpTvoUXd4nKWPVAsyXAnzLmMxh3U9i0R7BPp9nmejobfwuE8v40S9zAgq wy+jX6O6pYwubTfn66mMWW9lwjmq1cxZreEZ1HRzhjU9vICaby6w5oeN+4X7dWiGcSLGIEfXW2g2 QDSSDbSwLcpp7GnKzMA57DnKuYEL2QuVZYGr2auVGwI6G8AYsSUgvQsJy3Z0EAYNEccA81kVzbAs 5HjEZxJSJqKq6bri91kW/tMqYRRltveyVDiBz4pl4rO9KCCICYrF846QRgVUmBWEqkDYHwiELUUU qwIWIi1T0fWEYfoNw7RERQgHWN00kGpFH4mlw4aui6IgQPSZwpZlmpQQDYWixhQRzKUSaMXmUgH0 sCkWzO1P4DqnSGQA3Pm045IXopHZQ9Hw0FA0MhQ+c+qS094t+eEeFItdcHfQileKOLscmB19QgyI R2zsRof23R5VfkAMrSOGNsvY35JwgbfD7Gn0WkM5ikt43oV+tZEXehWbtXFfOiBJgxUFqmw+S8mK gWafIwo+C518zaAG4DpHAH5QvOGXb6eiEyUQ+vAPc2piY979RfGKncVf1/Ihf/FFpJQ7vnvvX1P0 W0PR4kd/u7OP/umxaUxhXWLJ9OOPeLp5BpIcHz1likwZZaC47tF9ebNURauNyIVVuiiMFOGyXEk0 vFfVEY/dF/Yuil9y4+2GPHLiIiAow3qr3jcRtNEThYniRHWSNsFq80mWD2ctLXzQ3FSl6p7LU5j2 ZTiHmfCynNeAa2SYYer5OrlBy1itzCRhkozf8XThHKYgLJYXaedYF4MlzFJhmXyptsRayVwvYNf8 Gusa32rmDv4O6V5mQNhuPc+8KLzKvCa8ru213mPeF97X3rUaOdJ0r5jIFw7ioyzgI1J9n/ViwpVJ WaECfiMsmRyOXN+3NUwZHAVVZCwgJNgw5ke07Y74FZDkiSLAf8KGRh6ST9dUFRiGalo+n4y2DKoy rfgkGXAG9ImSz5egRGRoRRqqakKh/YpCI0NB0xD6VFVRKKEpAAJIkhKKrUCkp87bnpDWS4MSLQ2A gW3nuTZhwJa4PtvoNPYYtIFusqUEFfEHdiWxTcieeQTLVyF8MHKocKiACCJihVEytoYdJU64LQ/9 6DqWoHZhd/nJkaDdC4mid1C6Es+TeFfGSHYkB3CsG67IWbjwsSLnc04M7hmqyAnVFTk8yGxrDGc/ Bu14LOdDcTGNHqoWDLX7rGDoZEFEFM0gSsbo+EkWek8rJyuVyZMBVZlslyVMQUwpvhC65guha5iC iBotheViiQLzLzr/zWDEYHnyKcK2ovIekM6uGXcqqP3j0BDMHi7eHU+OCxTXwxPw2eLalR2d88Ft Q7NPfA7lMRM6q4qAjIt2fSYFTu6VWdclURBR5oCrZQ6468aU6tcVrmTXwChPqtTrzCAHcYrP9alO lPlUx8rishH/SveS8V7goPybwGF7XhAn0cxktEPv9VohLJ3v2RoimAg60PggYjwqTAT3NXsyIpg6 dLCQvAoNUpPGXAIu4S6R3+IYLAmcwIscJ3K0KCm4mjMhyX5JkjmaE2kcdgfxVToBAXKKAKfIHECB CJAHYMQWJQkJB/LNtAEYtkVFPMuWeiSI2H+brcqykqDos+bAu4kYbLNFZL78HkhkyyQ4UdyA5B03 RIHhflVzRYM4zTgOOYRHt+HTuzgOaceT2kzH5qw5KZsVkMfEklp4TK3BFfAGOszcEkL2IFZW+y4o osLsQIqWHj7i9IngoBMQcEgkZQLogUTgracjGPdZ+E/Z0wt+RjjShJOHfv0RSHZOPeWrIPbO0HZ4 OT27OO3GG69aDzaf6B36DtrGPxcvRTHSXymaQkE/6MCzfqgIc+oUMg/Em/NDo3gqzjxevPQb38B4 5hnD7zMx5itUHdUG37IbRVVsiKjRhnq1oSGntgbaKiY1zGgoqIWGpeqlDV1j71BX138v+P3o42qg ziu6qSUzdTD1WOSJuv7IzrrdkT11fwi8WSecFgRVGAQwcRBjWSNdFBOwsp+DqXgoHs42NrTkmFzj DOb0xrywMHuRcGl2lbJGeVH5XP08a7a1aIAxmlItofFJf/i8+ivrYX2sSevQ7tY2aMMau0HbrH2i 0dpOj/m35zXFnfT0oTf76Yjtx9NJNNKlpXG4i0vLuJKphYncbctrWowODcAnesNOoINxx0ZJOmVe +F5/LMZTpe9CTa2Vxsdouf5843xqijEqG/1ZmbyecFMvcp7iCBOmkykcWrqw1UdOaJliMF+mcNUl 7pJMYWQYr2cKVyjJ+GOnyAdOeTF1agCea2u1Np4AkciMzWzOsDmMNGP8JDMwvNchdno+bG8+My5H MqZVNS1jc4M5uDEHciHc4Y3fPCR4GfdQOlzd5A0raPLc4ibHY7bNfFPqOW4PB+NcBwc5vxcL+kvz Dpz3OSnPaQTyJXLHhQnWS/o/OZIb4jSC+5JyUG7cxJECQDyoxkFyslkDqWcyO+hQKdIl+aLswYM4 uj2Q7TiEnh5w5riU/nG3g5N5sysogtKSDnKqmwxUI4BOG/lvQkut00b+FUgQnmAAT1KrydAcr0Gn YwvdRLdf+LOlm5+ZftXpE5btuxg0T11783WVW8JXvHT72ic6DTFU/Uws9LXdVy4ef/mll/wwU/nN edN+ctuZt5zp19RoKi1dMebkhd3h7jtn2uefcdK1h4/fdvJE8GZdzKib3XR617lzTr4Gy+BqJIM4 Q49nV71n3wBYRU+xE9ipLNsR3xKH8Xh1rDl2Smx5fH2cm+RrD7ZHZwVnRQtCQV2gF4JfjS4VLlMv 0a8IXhEdjL+u7Avti7zj+yj0UeQvlfvjw/FIgm3Sm/xj2Q7dZmfpnexF7L7KvzPHDMUIaAwHqYoY snRSIKbJuK1lBAQOl4U6pRYXuzofTr0kA0O25S65R2acGn2ZyJscdmtvjnoZjsNeWZ4zNEvGvewk JUSgQcwG8tVIt7kMZDoM1J83mynLS90yqpe6ZZxcPsGSmktBG+3O1Ijk6TSEgwCsBxvBFnAYMHHQ AeYAGmAACgscwI3BlVg0AOFMQBAdYGHOBIQzsfPXh0WC3BrEHxmESUk1adABkarpbaPAF8x0K5y6 ZXLtAGLcodHM7KS2OkgDjGMKuldQ3ckas9lsbR5fBQMGVVNdS/tDZV2tY37ct+Lpr23utouf/vcz y2DLvG+vevJHK1c9ye4Y+vvdc+7+1VXFT4p7HwL3PTfvzt/++qXnycS1zuH36UNIk0dh0zNUaPiw 5ylIXgOe6BG6RxgegRe+HA9p0W7WgY4VWie1HNkTxorJfDjGyEAL8AJeQZ6sIE/6TnkDryBP5PC3 Lz9PQGtjd2E8fpCuUlEB8dipvlNDZ/vODnX5ukLfh9+nv6c+ajwaVQQ1Ii2Fl9JL2ZXKcrVHfUzZ JvZL2xQlqKxW/gJprfo8/Ur9Zp3WAVLMdmYsqYftQh9rPbWR2k8dRkGQrsvUyGeMoY9OxpuNAAYe 8+p5PaUJxAJUV1CkjuhImbb+uHQblZKzceRJoDDV1rJOesJ2uRTY7qqBVkcvJtAlwj02YZ3TCcNE CcPMiAU8dRrwGDbgqtNkPpDaw4M438FDXiOVDhJ+A57YSd4bRMIrrlDw4ypadpfAU4e5yoqnV7h/ 3oxMKpm4EL264gjOra7wSunNXJNROID+Jyg4YkMPuAEhZ1xCCxmsVkK6yTTJ9qcrP/npvuI/Vnxw +1NvxDdHbl609olHb116F7gttH0PqATSkwDesvnhimWX/eKPe3d9A2mzaYgP33a68sBB+0YJMmpa bVFPU9kJ/gmx+fAc6Sz/2bGL4YXsEvECf1dsMP4y+4rvzchB30H/J6G/Rg4SrRWMx7NRrOpmRrHe 40+CKfWk4CQ4QZ0Jp6rT/DNi86W8erF6kHsveAwc0QwQoDXZ0JE2k3mTQuqMRupMGqXOSj2p4WZA 7Rzxjqm0qY/SfPo/ZZ5UXk8bxksmMEzb7DJ7TKT7MOM7GtC0sIoxiYeAdaHJYTExiUY0CYiMd9jU 8A6bXkWf6VXumTu9T4eU39WWUBpC402scXimP2+leC8PhzPMmI8m55/j9/Bv88M8g3lpDk/zVUQg ieHlqxxBJfxFnB8+SvgrUtXSWabLcDREsOOS+iIXnQJopNPaD7iwMn6MKDNcpZacgA0rsqwO/+DS 1fJ+/YlLdt/8ysqlL3+z676m3qHEkytX/WjTDdc+vPoH644/sgHQd8ydArVj06D1m1/9/Pl9v9mN LeJMZBGrkC4LIB7aaYfiVCyAooMCWxDnyUvoZeyV4hJZCDhzPMkqHrDPwlRljExMsV5nj/mPRplx 1qTIuNgUa3Z0SmyutThyVux86/Lo+bFruWsDR+HRsEEFga6GQp1BDOHTwZi+3thoQMNgKmIST+2A T2BZ8mzHoE02z0A64V4f0jO4ke3w/z54sTcfslFw+wZB91VvFJPqVaCTuFesbWjZogI1Gsc12+lM Cz5vx45aHMSDOz0Xsj8fbC7p65GWN8GzjkaKt1MNLR4HeIzjqhE7m8clrCWmiBGmcJROjLADadDA TDHawBWyJEl+AF1DDHKUhMxeigE3Drid8u1D3e1uV7nb4EmqmT3N4lRJ+fkkyT6AJBnXwtFf3dH4 8c8+KH4C/G+8AjRw4n1p620XrBvaB+cqE/O33/g4yIce6QNxZMIVUFd8q/i5kdi84xJw7+pTL3kM aW8fYpUe9o9UCLTaVX4R6JGmyNiIHVke+b7yoPq4KkTVOnVLZDDCRAjAEI23VAoqregxCQRg1u9j aI6SNviBf9jnLOj2vM9mRpouPTEMuf2EMnKQGYqG9wBSgNg7bmILKUTMxuIt6ykQsbHgR2wVCb4b g9aR+LMaqwKq0Y1CP3ULFfxuocKHxOMgZcpk1uPA8DEyfId6JBx5BuygktRRIFFeqFralyyZJd5O xPNQ9lDBiVrx6L+c6bRJ+Q2TE3lOQL66IVoVlMnpFQDFmWT2NxLcFc1mzYRmPO8byS1S+1jrB/Bc ra0bNvii31w1a3HFxPFnnbZnD/29dd3LWqbNtx6SpnV9bd2Ji7CMnlKcS3+IZLSKakBea5css/5G Oe2fJU/1c2JlpLJRzvgba3Jyq/8MeZo/zy+QL5GPSX8PaCfVNNZ+peYrtbNq1zdubORbk631HY3T 5GnJqfXnJM+pv5S/IHlBfVdjT+O+2veTH9d8UmuGglxgAD7dVxfz8cQLMBLUWOID9FCD1EsUCszg TbbBxmK6NLU6pkjBQHO6Gc9aLJ+v+GnZCANviEoqL6XD4ZdCwAjZoa5QT4hpRLsD5zUSnR4iOj1U 0ukhotPxJCNy9UNHp+O78GQjV6eHnOpyRCDzc6xMPxxzf6eSD12tgzRVHfcYLe4xWtxltFA+nnpO 36O/rQ/rTFzv0Ocg/8cTad3V+yfldSLSehSzk15NxvDE8Cdy5orpRM/rkWzj1Ums6rNnjkh1t5sx N8q1PVH3RNqP4oldB9xJGAecVGI3chpCuD2VxEW1zqgLrPFDE7xemPIxLRdtlsefevVNa8MaWLXl T4ev+P23nrn+sSV/2vjshw88dtONm566/tpNC6Jz0+MvXNS25U7Q/ub9AKy7v+fE0s/2XPsTuuH3 g8/95hfP/wL7tWsoin6fZHo3/YwKIqkLhHCPxn6bRJFpZgI9ld6hMuRSIBRpCQmmYvppFlB6jOX9 sqSMsu1KGU8onp23a/NKWrSbW1uGRTAogiAx7EGbNB7XkaMfb72IQ3aTtCCTYESM4vtEgjSRCcAE YxBxtpYEN7hpmTw/2k96Ac4kCepQS2vLluDhIFwe3BjcEhwOMkHo91jA722z3+MOf9opdzbQxzuM RysnEMvvx3+pYPiY19hwzA4RHcN4/XdlRc/HnECGgkSpQBI+nRmY3hku9x67s17zXXf2yGie8Jr6 nSAGA2JEu2icxqc1TqkAqoD0CoUBrFuoLB4r2+zENsFgwKwxCTdwAXNN39cHV/10Zt/KZZ3fakeB zKf3FB59cOg8+PCaG86+66ahnVinrEUb3o479ygefNoLpS/m7kZmfyBiSsSFL0+UgS8jNFtGMx7d l4eyFzd6BOcRPCJKbzpUFheM0GwZzZTlIRl392iP4DyCR0TZJx1BfUdotoxmSpBRW15sxfs4R1wv bhS3iIPi2+JhkafEuLhc7BE3uJf2i8OiFBdRqMIzkBY5eufwoPsODXn664DiWI6ROD7NUswGZiOz hRlk9jPcIHOYgRSTYF5CzxjGiXvhPKbESgxhJUbCH4EhporxTBXjVXQwOEqWMFsxZwpfZKgV5K+P YLbJlv/hkcKKcth99A+ZRoN4Z21fXx/z1z17jgeYzPF9FBz+YXEumET4wgJLeksZ3FLZgFIquPAI rTynOzrLq3iEWrrHEz7aIxSPUF0HK51n2DQ7mWlmV7NsSGBZnmEgw/oooMqQ9iuMycp82drXkLWX OT5m6uuRhxEKIW2spiVpvQzicoc8R6Zxj5Ldhtfa7VkicIRMgDK5iuAmCl5uWSCICdHpcsTnfyo5 /YvaHCMQ7WcaOKnTTXXMxoBDlrRLl1bebG5eYwjOqAJNMPSMYEgVQNT4CsqR3C8UNOKtAM5QV1w1 gscrru4rXlLdGm9r7Wue8t0ZzAe///3nNzygzbiHWXx84+7ZF2JdjeSX/oz0On7SizfHzVCI/6zq gzB7KQYrOaylka3uEFc7luecsIXLc4tEWlf/xh7laNGbrOLU0EoeIXoE7mKxSQ3uPPoaCVpcwkdS FYd7rVqcujjch84WSy6QJORh+1Z0hWMYluHaxOlou7kx0gLpGnqltI/+C8c/xoEaLsOnhRw3UexQ 56gLmYXcAn6heBNzHfuA+Dz3B2Yvd4D7gP8H97kQsCSJpWkG4kZLUUBPREFIO+2VNMOknZZLCYkr g2tEGBan62WZkpgBoNsiyxCovFrAzwIJghAYTuPDehQqjPRWemwqK+4wIzlNlcSjxNawNA8DpgFA nmoHNQdpW9wsO46YDcJ/lNMwTCQew2/ITBAkgiKACRVR1D8np19UznmE8VwHFJfidR/FpXhHsodK iUUUKoZyuO6E8RoyyR/CQJwotNPk6KZZ1ZkiiIu30lAMq7iVptC90Bkia0tiY2VOFCor23En5dZK 3FD58tYEOT2ddEfFkl6pbspNP3LDg1uTpOFmaxCf3tpqkDZMdCLPFHJ6WvZ6rTAOgn+V9SYD/oex LwGPokgbrqru6e7p6Zk+5j4ymcwkmSQTMyEzIQRC0ihyRS6BKCERVEATQI4AEkABARFQRDxAP3c9 12tdBRIQUT/ZFU+M4O/164qyzyKrq1n99mHdz5VM/qrqmckE3OffSdL9dqavqnrrPet9X8Hhwk9z OOrohqxa3u8hF3+3z2+cDltnGmblgeWDIB2wSR2HPCZf8JlvUu3w1S9Sj6wzHT73MtybWtk3F+Wv Ts0is2Qj3tTQ+PQlg3lc1iH3CxztPM6VPfUX+NR5/CjnrhdwnxeaTJTJ0Ej0mmFGRHqy2thXDjH2 RmGqI3oRlrxkU77pIdOXJnYy3vxgYvJNS0zrTf0mFsslImIMUYXciYosTqxdPATgEfADqZc7ILf8 74DckpcjtxioZ+hFQlopyqwd7O/PrCZMsxwwiR3McgjPIU6CdBQ7PTr/Q4ZpYzcNaKeSJVeMNZgI M3LULmDPIUzKoGiaAVjNgfNy+jOQA/tzYF8OnJeTNy2QA/tzYF8OLOUsp7PmwLYcWM6B7TkKjpID azmwmgPbc4TiXAFZy4HVHNiaDgwRMhEixP+rT7RYk0Xsafa0+U/ur0Kmj0w/hpBbCEXMHn/IzDCR YIBzEp2Eh1zE51XEE0VwZ9HDRagIM0Rb0U4Vqiy1m9G4FJV6xKjdzEETGtIyAgQpVEStZ5QfqtQX pmYCjAZsaIdga5cnYyIZCCFIOxCsTZ6inX7op0/yZ5/kp0/yk+BilTzJT8VmP7XE+gmFpIK8XyLP 9Gf8b378qIMAJSKZh0QypDaSJrWOpkgRPAEgMVKjfEAILkMJbt4FBJcyfOBKS+vnMtaAs7qDiu0G stsMGlxYdAiu6jpfADCcEFRzy3FNtOYm5iLHfXTVx9JlRrB8Ay1kR2JucjKr2CSHvdghqX6oWZ0Z oT5jz/l3YhtJxk1XSbtp6k4q81NjQq70/0jVE+0rd+ff/M6vn+mKtNQvuaf7yrmXbRjOFt87afY1 Vx5+/mBfFP1q4ezh9z7etxvtX7VqygN39X2a0f/O4Fnqgkd1u4nh7Ogp5ZDyZ+Yv9h+YH+0cSzh3 GGNhpwL3KCc8pzz9HjYkOGwOl4b1P8i5rKLVJtkGKYG2nHlsyyqBgSZboYfqfB6q/1mo5mehmp8l q/lZKK2yhOkZ1I1FRTWq+eHjn9JuLTHt7/rRCKKyUOXSAvGvZZKH0EYf0QI9P3jQEs/Dnr2eIx7W w6CE05XBJFcGt1wZichFqeuP3aqaDs3/ReVPPE/5U3OUPzZNS4/o2vnK5CQ3TYOZ/Rjq4FmqEA76 IpbJjEHjYht6BzRCF6eaRUHkRYZTilXO5oeyqKWRiCTWWUrYOkWWtL81B1O2PLri5JxHpihid9mC cR1PssW7n790ycSqm/o60K03LBq1692+lzELGd3/NRvFuGAFXvjFQacnHaj2NZ3/JBexPo9AXvqF xoteaSw3TmjiZgrXcW2CkFSGa8Nd1Z5LlUat0XWpp8XUYr5cadVaXZd7FpkWmecqi7RFrrmeG6HT zJmss5jppuniLGkhM880T1woie4Ay6uYmjkGWZYcOd4CR9aypDQ5Cv3UiuSnyMRnS7zw1CeQdppl XKQUSAe5GmmM04GwFDii2wqLkpU8BLzCh3iGz7r2iVvoS0zV6LphYjTGsC2DQlklyJZ2OY3CGA4k G7FJ0kyEgPrvQICiDLUGpwkNJbSAZlIBOn40oWAIZFxSA2V/pLRbAgzxEcNxutpPLp4oS2OtWCxs HYw9maha4j6gK2OmmaaZrzFdY2aJeEXOstPk3SCdyjvXsjT68a2v/xG61ny7/ctU74v7t9y6v2vz lv3IDqM7Vqb+1Nfz7S0wCK3vHnv3/dePvUOsCltSbWwBxhoNBOEz+nJJuUgZqTQqbENobwjlh0ql SF6Vsyrv4rwloZ0hYbh7uH+Ce4J/pjBLanG3+NuFBVKbssi9wH8k9IHjpOek74Pgacfp4KlQf8gV YWNKzFnNDlfGsBOUZuUry7d5KcWi2hhXgLjVOVfAZgE27yCE8eYgjDeLMIEmb+EJESqiLs4R14ts iKJNSE8HBpwx1jKJnkygQEbvySaJMFzsIpkFMg0aWA7tCZQYcCZlCEraq6R7m7QiAH7ZY55xlCs5 jnJlkKP8x/Md5XRhD+Yb1FGeP7bGAwd5yrOO8tjZ0xf6yI34z9pcF7k9w1ZcTgfNpRtVmRw02PL4 8F3X33aifcWXa5rvrFCfWLnqt08u79iXajO9sm3q1Nv79zyW+nn7ZcP7fmYe7zl67KNj73xCcGFc qo05hXFBAQF4t77QgmKozDMCNaJOiWtwNngbvTuDDwdNSXvS3xAcbR/tn2af5r/Wfq1/TnB98EPu I+0M9430V49SisJSzFmLqqXxaIzUjNrQp9IfPX92feM94z+HZMhaHb6AhbdxjgCLEcBtS4BBOAAG OZ4HzNGAuBhlqMi6PEdeL7NBao4OUiyQqTlazpqjZWqOlqk5WqaiCjUEu8i4yEZkL2ecTkNH5OVq BhXOL/Glu5vUwgu8iOd5oPWSJr6QEi1qcOapwZl3GWqp4T3KC55vak5bmnPMzBkj89m6C0cdLIVq 2hc9NG1ZHuRKLC/bPeOV1PeLP7j59aWP9hU8u6rjiedXrngs1YaEEZNgBeQfTm18Yse/LmF+19Pz 2psffvwm5nCb8bC/gUdcBX/RR8TtUGFhhE2yl7DT2PnscpYzq4JZMFvtqtkKGAFa6LQForlkpwCF cMgO7Sh8fiW03B7899bZrJbzv7qaw6A5Sm0HSXqGgZbL0bYnaWOP/pKB9rTSenYZSSBI+q02U3kF KG+TGrKkF5eRPJLGxDFcOjzmrpsfrW9rmHVV/cUXj7jKEWSLH1k6bviT0bENc5b1fUhkrIb+r5l9 uI8qmTNdWfdXVoL2EktODUXVkhy0zU3tXTyoyMQAXJgDR3LgcA5ckAOHssLY2iY27AgPN08wjy5s Cs8LrzXvMG8qfML+2/I/MFaz2+dxVzaWf+w2+dEMhJQqKHpahBZzi9hiaZFarO1Cu7ldbLe0S+3W 7uLuqEyi+QpLhxY2izMtc4vnliyPLC9cX3i3+KC0q2R3+b2Vj4tPS49FHy/pKn692FWSUXHCGSCS AQozQIlhaEqfQ4BIBijMAHlkzbIWrG0WokWSyPpCxU7WUpHnIy6ssLecLh7wNngne2d7n/ce93Ky N9+72Pull8333ulF3lcwmjgx9lIvtO4gpysko44CT0AEoAJp1rUuhytJvdMkSRWEFS15C/NQXsDJ s8YyQmrUPZMx3J7R7QTX2ECFJd8HfYVe3e5JVpHLq6jz0mNsydT20sqI3hC50hsiV3mpDcpLXcXk 21Fmg4ehWQOBXV2YSJTh+x0I1J4og2Xk0eQ2ZZk48LIMYSoz0rhh4KXMoHc1lfnouxREy5Jzqo5U oYaq9VWoirjcC4HH0Jno9AgZw4D5IwHIGxLgBfKSoTRJczWFCmXKsmTaEDmUppP/IooVqflJyaPh KjMWXutqkxz+MmMe8w5J+8IxDcvNb4w5fqx32aTMAsVYbCnxiOcoWr1kyU2M1JVbSlcnEksEiUcl u2wuS7chM+vRi4IRk6O8WFU0xa4wXNga8gNzCe+HpovwJujAhwW2iB+EI1ZJKBX9sCRqFrkY6wf5 Sh6RrmMDRZ7TxZ03bNiQLRYcI0t9SDKh7D/ISdlCOtHiaAUiNWYvCHN1p+s+E87bsF/eumbtquqi u9+4f/KoYWV3TbvplWZ1r9TRtrbd5Yr7N726u6ntjZuOfwpHBhYsmzd6ZMRTVDV+w6SxnSX5sXFr rvNc3nJ5TSSQZxcLE6PWtjQ/dMWzmOoU9v8dlZnuB25YOyo0yN5hGRRKOADzOTCXA4skr2JxktZF L8TAei8EULKKkAEuxRyTRSyHMRZZCYMwtP6CQJROORXGApEE+3nhUvOlc/gl/Hp+J88CLHA/zO/l j/AneI6mqUnnqzlL8Zknka90RZxhh0gD6Qw2/6K4SUR5Ir4RI3ZaojdUFv4wagceOHTf/PMMWbTu q+GQO00YZS+JjCWMUk0klLdz0g8UuY21N8STr9bQqlg0xBMpvsvqrllYvmlT14ED9lhJ8JGHlPp5 j6Jrb4f8wtQdt/fdPbHcR2yRmPKfYovxS9z3IvCR5ShOdxKF7C6SVuIH3as5kjE7LBTsLgnaXRbM GFXckyDhGqRPu3IkG1eOPu0q8riJ4uujWrWb6tNujTrRs4uf3ZQrurOatNuRdqenfahuanpxE03a Sjqv3w2PuKF7ko/G+hIl2veDDy3xPezb6+v3sb6s6ybrFEo7fLqIjzfLqkkh1JD5hPmUmTVnWLU5 y6rT7l2ROnVpfAJ15FIt2kxdqOZJ3kHmx7Sf9EJ12WDbdBVoXW26eg+e+D5WsVllK4nTI1mjscrM Sn5gFVTDIVNWtsEIqkkvrooWUz+MeyD9JNOw9qOrHpusWLot6g1Tp+4Y0f1g97hFk6s70K6+rjuG jJ067c7bUO3PnxH+7iM+dDzKIpr4cm7cbU64LfjlcFvkyhqQc0VWYWB9KYmLzl076jYJQBQ4yGVD aQtpyq94LDeilgbUvlBtgiCs1oqET1rVWrNLCyQFskGYOXThPUzvRWJrNAcLkqAEb6iOYw4XJYEL b/DRZ/rNJRVJEMIbWSoFJeZisRZUi+PAWLEJNqGZwpXm+XA+ahPazKvAjfBG1CmsMt8oboFb0K3M Vv42YZv5V2CP+S7xWfCo+Ap4gd8nvg1eFz8DH4nfgT+LP4OzYjlujugBLrEEFIs14mSgi2aTrrmS JoymyUxdVBJHzBHxkaCzTAO2AeUwpC9oRh1qQsW9Qv+LTCbJQpawn4zhvsF/PbGeGIhnA45rRF4Q isyiw2wWAYNQkRGeaRJFIBqxlhwvmhkATXEJSmFB13XzejMyH4L+A7ppvQmZMKSbQ0iHYctf/w9B 116ft6+1r9Xn6T3dmi4DkvXWqLWDc92R0JX08vmBT27Abyaw0Z6A8LnUwv8+XZTviX33YuoGtrhv 03WLp69Et2EENOKhXsD4p5m+exnjURb/iF3iv3OWYljT3qp0GveMF8OU9aqjLDYyg9wZWXxVMiFU 3EAIlTlnGY5tIIRKHjhDyzlDGDiDUOvM6w2aM8brZaIlOTYnaP3cIMNi+hpZyp6h5UTDCwNn8ANn iDmhx2wGxopGOOeMr3N8qNlYTDWUUU7CuGW29Klf5CxYyMKZZJsa0SUp0zLCU7i0deFDWkiVpVke CKSGJOOLI902Y5nAET1OIFWnx6LKQCBhXQNyMsZNq0RLXEgqRKzIqmLamG/wR5UU2OpRPu5RPqR5 N9PhyxTXMvKJHxNcByxjS0U0QZ2l7lAZNWRUsUwXw2MzgErYlDm/IKkE8gzHrv5CfmGS5SSznfOb vZqJBSxnMVtsgqYAO+PgA4LfkmcrBEV8mRCzJUE1P1wYYRvNjOV0fqLQaLlEHqtO0GbJl2sL+LnC dVont5pfLrzIHZYPav/gfjaXWNQSUGKN2krkqBZ3DAM12o3CrcIeZrf0JHwKPWV5QjoADnKHbW+x H3Ofmr9mv5b/op3l/mUOWGjCI4luFc4IRDLET2qvTBMRv2iTWQ2oAi8U8XKRjRhpbDxjhVKR9VD/ x3oNYUpWTAvKqCXGCh12TrSoxWJMnc5eLraoC9W16jZVVEUWUwYyHMbAnB8pHo+djRspUpTT5McQ TfGvX3cwNIKcN5lFUbBIkqioKpYHGrtMQMOC9nh9vijbQq+pvBDiVU2LmXiHycTb8DgXWW0Oq9Um qLIcEwUHvpyElafpFkCQ11hBViWblb6ehjk6qUdACJkmk+x2ouNHxQpJevD1VgZj85O6GJoswsXi OhLxh2bo5skqXKyuU0lCjxm6RTHBOdQFyWBS9+QB+KP9x/lUaPdOPNva6sFCN/4lJK/V88sh5Wka qNLtfxBRztuUOvJHYPLXuDd/Wjb4zxqSQujl/lNYYTuF5/+JblAph7RMwUIaDdi4NzltIKpc6D+x j6+E9P8F0xr3JnJDzoX+U/v4kPGlNrjEDkkpdeIgVmnwAzFfObGfrySP2Q+GocPG47NPzF7uzr1c 7T/VJYbYEKBF1TP1Wm39Hx7UakG5RrPQ7bMPRCga3lQyQ2lS0sHaxL/7EPZAuYPdTYPemSgDG1Mv HX66gU08/eJD1SMPPp/qfunp0k8wu/iv0+o76Ia+Pcd60PyfP0NrD5w7TiQXGUsu/4M5h4IsLwPr ABVWbAPB6IPSiOSKIk4ZWjgWmTnEWfE0kKlyK8djdCbQoij+F2QNymGvkaV5ire2Wb6PvU+43/aA fMR0hDvCH5PNsu6q9TF2s9PqU6rhcMsGuMMixLUr2Jn8TMuVtt1wj7jH8gI6JL1lecf2rvIZ85H5 fesfla9ETRuIIddU2WNVMjHkBJJpDLkoIu7CGPL5HMcYUeScmcaRy7JCwshl2apkY8gVkZORLCpv gDfMSCnKRpG/YYXWotxAck6hgeTiZA1q4603S2FRvpoz36yLWDh4QeemcOtpgalLdFuIuRmFJ+Nu H6+uPZquLE7lBSwuKF8pZ3sviBmviLWmp0hrupYrCRmnceJHjS3e8TR2vC6NZt02T14tDee25NVK YXctg//I8f6CWoWmyHHWwnBBrVkPZDNkz6TOI7r4ghySWG03ETxqyJILJgpluCl1/58eqwiUF3V9 kroLbj/52fDUN6gEpn4aW3lx4ueU1PcenDAz1UpwqiA1lfkbxikfeqwLj0pm3WU2TifjgMsAMptJ OaMNsGNb5ltrBpCy52fdLhesNCOqSOZWWbSVzkPbPNEhMxYm4JU1zsLZdU0OWXQplEZfbzzmO+nz 9Pi8CtlRUyBln/4uOQBl0q8dgdoSR5P8vMjoVh3jSKikMqmQDS+ZNZfVo0UtUSlqHSoNtVbb7lct JVqJfZxrpjbTPtPZprXZ25yd3Eprp7rasdq52bpNvV273b7VsUd8yvKy8pJ62PFX8S+Of1j7lJ8c /YGgZvfYbNkUJi67JeBn5dHyJpmRvdlGGAZLLZujpEaWJQVzDizVeh12e5EmOvCBLGHWUGQRHRaL aCfhwhaO3AAElACKB14NoMAh1HBAxj2iOw6h6bqlQdM1NFt7VUPaIXjxQRmGwaV+kXxF+0wPSZXS ZImZIvXT1AkXd8Vl3EOoodsfWovZBO7CPlICDWM3SQDtUc6e9iqnW5f2+jxKL4WAh6jeGVQXchcx EVxPJ0Vo3GvD9NUzQF9fMrLh9X9NiDdNFk/Jq6P/i4M1tWK4ptaGycABZ62aTv43k2iMJPF7Gr9z pO2YPWqsuK6h+UPS0jZm6FgtXOcYUV43zq0WmyypRX84GQvnx/7cnVo4qrBybVMydd3TSkmhf4Gc x5b03b9iw9qVaMHPbz1/8cxptKYMPIGuZ45hFMx/ETBwmm4zc++SVfUIrJCueJLO/V4Q7x1Sac8U 5MRq6KJ7r2+799626+9F77Xdc08bhkkdtu8B4DXQQysRWkCdrnEmBFmxjnB2lmVEsQ4rJN79fB1m 0d4XmDpwTPr0H+QJfeQnTVCUXnfVkMpEdcJZkP77vgd+0QNPvtdDP2T9EnyHXYxm4ecEdRlWk/h2 mheO7VpNQ9xbc2PcWbYDvnPXXaStC5lv4EjT2/jdluvFH/B/5tE+/jUe/V2AdwuPCKhDuEVAM4R5 WJ0SoGBhgPBb/hCcogch8xMWTHCLIED4rflhQhQAmrlG+lWnYRmsm6gQb1YdaOijbVD6aHFF8DaW ZpctxR+4dClZSungOT46dGjN2t/nx2aVD61m2P99/ze3jphaOtY1m4xHqrb/TSZi+gC3rVaXsKTU wCAHJt2AOQRv0kUESWOhl33vRfgs8MS8RkC/p6FuYm9tOq3TkEoTTOAbsRN/9XNXLSf9dJa0/Q28 WU2rRLYfQEQxNZFgKVqv2vQYXa8FQnQp4OmMs+K7bquR0O2HgXIMGY+FTg3AII96ih9jDY0ybf+o 66s7Q9P3Gqn/3+ima3ch+Ip9Bh41bcNvENBtCDK4OwkKsAYKYBwjPWdUovzqS/aZU1h6AQvQSfi5 6V1gBlN0hWT8YPAfLwDIMmZwCOZ3CczX7CH0mC7zPB4zczXEN2RWiFe8COOA3LbuR7oOrE4hIQ51 6epBhjarcnw1HomEChvnr67fE1+ITqKyqaE1jvaRfSpBJ3x8G352ANyi+xlW8qAVHpLn9xzDiibo 83oY3urxar7D6GoQgPkHVWu0wQZth9EhIKKrdYcK/YHhfKnjVWAttUWBN+/p6ymuTCSv0kuMeX1n WzHO9KnpMHWDch7wqAFG9QFDBJ+Z9o3b8bQvrMkWPB9qTEWMTBxf4PRypQ0w5C8aM/riUc7deXfe uvuOERc9PC0Cb0Ena2ub3g+Wxirr45coi9tWzpjeOKxjZGEn4X7oGLoVty8GVupqRFDsEWWiLLtM MFqJv30ZN8OEW1YK83Upzxud7VvsQw0+6CPtc+H2efOg/LC9NBQVSou/BN5SXxSWAm95ppG9Riv7 ztJmLiPtPGsU8z5H1omQyCR7jWsg1pnnIjWu89tnFAUkBKdglyMUGzG2adwVktMmuKY21o0Y1uC+ s/SmVTs3jr1k5vRf77r9HuYRuc4VnFRTVYfgDbAuVpQsH+5un75gSk2T3TVvdOu2xZh2HIZF8ClI 5pfnFYDQ9wCib7E+8sM+E4wrxDqHO7ygugA+ldLg32DRc8C4xuT//19j8v/rIdPVA9dA8O+u+Wrg OSB1GI4ZuEb4D64RwD8PCznXKP/BNQr4/rBiXKOA+aCZncVOwlRaBm6QD6IgDmpAAxgLJoMrwGxw HVgMbgTrwFv6tdcvnDJ9esuVq9YOq1uyvKR8ztzCy8ZJwmidBQL+CYQK68oLC8vrmCsDyUqHongC kyasXLbsmvljLr559dCqG9o11+VNiBte34R/wlc1B33Nq9ubm9tXM/PDoq2soqI4PB/Ev+ipjfec 6KHpTONx5USP0oPnBIZ6CJj7R8+DcWOvvGecf97JF5yPe8ARCVcnE1XR9N6e3rvT+8z3/HnH5+/P //7846Lz7p95HvNhZTJZeQ/Z/DMxJDGkkECpmir8+V1iyJAEupxs+3zkH2hj9ty+5yqTVVX0ZPgW +S7VQrb/JCffQyDmPrypxEepTxKJIV/iA7gbA03kZmvwBr5SFa/uG4eheysrkyiUPinFY+Brctmn ycpkBQYIJtHYCswhZDDlRYCwdlIhSEkbZw6wMuCgleGsRUAHenJYEuhOT1LGiIMmg36yqhEzD1Uh c5tqhxBLTRP7js6+qpUYu0kaTxONG4iSMIIaYrOGwxMX3zd+dHho/kSX2D38tUlz7ffbJkXa2RZy q4HPEIzJqR7QDhPMAsy1/SD/ICiVuFKH8jImTSLw4C2LhZPPe2G89wuC6uRBITVZMzQRYmhaD576 sMhzYWL85P9K9eANTDzoCF99ddhhbOG3++YuhOvxJrV+ec3s2cOW0y159utgLazDzxaxtD9KD/Kc uXSzFc63rrQiKypmh7KIhRbJxF3BQMZyCF3dBc0mAOI9J4/2VbUexdwmfjTR2lPb2tp3FKNhTXVB NSRO+YiTUZnRqQ3w3tXXX7/zzNoH1sDPUu6FD0AO8qmfsBRwArd5CDMTBMFMPb/YOdSJFMVdyquS VorVP0yUeQCtEsQ/DJZyr+7WHA5GJX1iAwze+mmfqLXxRC+dGyopBxH/orcK/6OqSsH7IZWtMD0c lPpG7QXOAj7DVfBYFadO7PR1joknrqgfM+aOyfDj1Lbw5JlLHrqmed3iidPhSK2tqHR0/VTdCzs7 f129c/Hay8YkhuEeex+/eRz3mAujxyRddqulpgB+X2gpDQAYxO+q23gTv5N/mEeQhzzjfQm/r0ze ep9dBvHPyUpU8sqtagJD+K17E/Fe5fPeBB5csoyBrBl0Gy8ZUhVSJxM6KA+JhGHeQ9q1D1asW9V4 +RXT1qWOwfrFjfWpFbfVT73zNvQ8P/HjMfWjV60YNxougvfUJ1KLtowZtRH39d/wGNtxXwsgXzcj YAKlrMAh/Kb7WEBeCA/iu73vEoYV1ewkCy1idnt6U+tR0dnwWjgKRjqnpE6n7gRM6mPc9hhuuxNE MEUdpzuBKKBSl8tRWlgmlAYCUmkZxlmCJhUVoWLScAWEyHOUTMPjvVgWMJr8BdmqJFSKKa5OFhiN zo5OdbLGYYyegeRMztHtt0Bh6fiW25+cPXV15+Vz9nUOiZSURBLxcHHg3obSeGWZvguJ8Y5Xo1XX d1xUemdHw9DkyGX3/H6+2x8fEvB4/Klt6/IK6urDQTIDPsdtKsFt8mDxcIJuI0NpLc3z2ksxBubT 4TTz5ofMz5sRNGPk9xMkVKnk4Ewj4eDB/Jw0C4+lwfurM43B8xWPJoYhHkgnbkzq84e4vMLE7orO lWMap066GV6UenPxJB1uX79xwy2wmPe58vB4XtK5cuzo1N2phfVJuGvLlo1kZRfJbO5mRwI7xsBx evkCDTZrcIEEmyU4V4Az8C+ah5CpY6cbut0FeR0hrAo6gqLVFwSHGGNBIoy3Zuq+txofSBK0kPLE YeIlr0f2zFIkp8OFald1rRrR0NnVcWPXjXUNnfs77t61c/ddu+5iRzbueG/TxuM7Ght3HN+46b0d jefqT7z51onjb795gq62wa/bwtZg6lL0gviO2QQRlspJdmJOPMSU7YMSlqIpEsD4ewn8LgURlUsL rahl/+jujgc/qlnBjBvaWvx8xaax5I7jsBr2DW57CfiNPn98EVzt2uZC25yw0wnnqbBJhVttcJUN jhfgOBaGoyUleR3bODiCW8OhUg5TH4ul7FgUPhB9Jno4yiyNboiiKdE5UXRxFJZEh0VRFGoddvtk rPnYuXBU06JK0HMY91kUvbQPSEaJ4do4VuzxULcSJO4xek8j/8R7THjIPGrNfgoKcF/W1DPVSVJW k4/WM4l0R/M2hi9gvjk3O7/pgdWLb7nU4a9trv+H8xB/6YqHr533YHtNyYyNzU0rJhTzaP/QzjWr a6rG1ddHC0dV5p21N2+fXVkxfdX4ce1NE0qL66rK7KRvRqbmMincN3VYrlmzeQTcXAM3DYVbq+DW IfDa8o5y1FQOx5bDttLOUnRlIWx3wg4NztXgDA2O0eBWK9wqwfkMnAuWYyQL1XYUF4RCFcXFpg6P R66v6MASSMfNMpwskzQ1jBxvqIAVFTFQVxAM5clKpQLzlDzFHgsmMZJ12YOiLd1dxvRQE73E9ox7 DfdcK536uNPwHm/J3Kltze22zAcGmQxSRulCDlIsmxYo5Wty4Gy3cjz6Tp8/tqhx84G2qx/tvMxy wLdzlb5wykVljW26Ty9yjLqxeWhhw/QhHdvs3dqUFfddMev+xSPnzoX3WfWrVo2Z9+TqS4Yv3HOV 9+4dZVOWjB3ZdllMNP/aW9t66dAZI/Jvu6Vg9o7ZldVztlzece9FZCYOSa1hR7AJjN82MFb3W3kL C4H5nRW2zTY0H6tKHNsuwXGYiQkY3fdbODNG/m7ISgj3TQPmoEcbEriN8Z4qzD97jipHq6roHIio BhstUCOQHfFGd98StPeeN1K3mlJFqTVw8xPMHec60A19u+iYz2cFtgjrcLfpjau8t3lRiTJMQTU2 uFWE14urRDRehBPMzeZ2MzOGh5cysBlCv9/UoWmWoNfjsQSA2y11WAAKetwWyemWJLeTkQOH0UvA x5R1yUHBlqmsHTf4bG8VJnOY0WIwnqCDSLntwJgZq5lBJFwYzSy+yXJgGNuy8yBUUt+dOpg663zF dd8N2555btuzVz2zE33Sdwj+0JJKffpp6r3jx2zbtx7f/cD+Oxzo78/hnr4G07xS0++xNB8Be/Tr kpHRkU0RpjgCt4ThyjDcEoLjvbDQCU1OpxO12eEWBa5U4HIZ3m6Fw60TrOhSM5zOz+XRXAZOY+Aw CFXcBZhG+nFvFBUAdwcp6qJqwSDWMTyOoM3kCQrWzIRP9L5XRUhmVRUlmpTAX4istOWkSIuRCKSA ZhiKhJEKc2gp9Kw5033uX+9/kPoESzfg8TOe7iFvbn0Tjrnp/vs33vjsM+jsH1I/Hn8/9Uf8jnfC LfD2F7uVb1J/S33at+XtO+546fk776LegobUOuYsHncRNOh5d/BwIb+WR438LB6VYKED83WJ6WAF gQU8GUkRE1uG4BwZu0RcMYgYeWXMqDjARDRAGD9z9pPUH3wvctD/ZV+COcA88Le+cantMIaOQfQc sX814VHw41FwgTCoAE/py+ZWwBn4t2xeGVpQAptL4IJC2FwIrw3DeUG4IADbPXCzEy53wlvt8EY7 XKNsV9Bq6zYr6hS3imgLhCux4ARsjg6fD3UoxTuLUXGxUBnqsNnKO/JJ9XeXBbDuYGlpJC+omiJB U3ZIet21MJ6lI61ZWeIXhqUVsqqDxYNCVn9Vk7x4hhQYzRmWXHbHCNCe+p8PPkmd3bPu869ffvXb T47P27p93vwt2+eue2bvTRsff4rxXpn60yspCH6//bibveTMI5+deuj/Trxkw9Vzt2xuWbSuz//4 xo1PPbtm3bMYc6en5lJu7QGFYKfeOjQ0JoQmBGFtEG7NgzEX9Lmg2QWXO+B8B5ypwlmki26xwTE2 mLTBCSJsF+As/MsuYFFA6gA7PdDj4YrtGHvDHZxm9wYBw+Q7g7ItP2jOsPcsymb7J0Hky1/oGc7I bkGz1pD0bMVUh9FUU25/zKk+tKg7BdGxHlia+v7cb77wPFt67Df7Uu9ufPDhNWt/9xSMN7VD8aNP oSv1Wqoz1ZFadeCQ7S8wDoXIS3fe9drxu2/fC/r7wQyMParpCOJIPht8PAKT0CtMR7CW7uhvof+p A4Dl6RlOetzUf4Z10WMXPa7C35eYDuNjtydzxwLTE/jYQ78nVKIM35EDXic5bsTnA9OT+Nj3V3I8 DX/vpffzg8z1Xnp+ABB63t5/0rTI9AF+zliwRp+4/f+x9yXgTR3nojNzjnbJki15l+UjW7Jl5F3Y so3BMhi8YGxjvIINGEm2BcYyXjCG7CwOkIXsG21JbpuUvJSkCSHEuUmz+GuTNkmT5uWmbUKSNk3T l5ZuLy83N8Xi/TPnSBaQ9Mvte7339rv2wOg/M3P++bf5558520q8eyUO1GC/B3d4cH8F7szBAw7c 7sC1FlyThhuScY4Bo1whgcdCLa6tjakXsqzWpVkxVsFlSUhYnmrJ4pZbeJUKgm8IdSTTvVAzrtmz xRfpxpqZlZUdw4VjMTcERGymg6ghPNXFmkwWDkMMEQMzJP2UB8yGsu3v6pOUjp5dd/mnnr6mpnzf T7/x5FuLLGuvD266bssS/bOm7ltev+7rb15dKlPFpZ5HtsCVN9Z7r6gzZ629omvD/9i/NqO3LKup KnvJ9nv61h8JNienFhh6bxl0Z66eaE0KPjhaseqGt24O/XDw9mDz8qXkHW1ycrJGX964vrB8Y419 sf/mjdJX94IgQQvKRt/wbD+QhX12rLAn2snWDNyRjBXJuCMJ1ybhrNidsQdiuUM6vEeLA0q8VYFL OJzN4VKCb7TgK8B9WHCPBddbMITp8VlIMAhEEHLSE+gHJvTqdDVRI4sAQk7NtOi5VItMFXENzFmD t2aOAWaqXtHTXWL8VMJZWezlLuye0Lj4eKuFo9cgsJXeHRpDZEFhx9EXRu+de7h304nP7rrp18fa //K0omHP8cFj7zrOXc1NGP/lKd+9k/X49cknLvNsfQlnPvlNHPPc1sDzod8+VHvV96dXPfMEbvjt p0t2PU699v0IyXpAOmZU5rHuVB1Qkf1KXMHjVPa9YGTRawRdrNySwMUQpAWLmQWPTRcVxfOxujVW sgT6TJkr3hU2B/7ugk1H+q457s1+9pQyffPuI027XryphWuYfnKsuPOm7w2ce08285ars9ruufX/ nDz3oESN8gRQsxht9dTsL8KTRdiRW5ZL2jPxqkxcm4JXJXckk5XgwlV4UoUdfBlPUl0CyhIciFKK 8i1mq1Wi16GlJj7LKIa4AFYY75wtNtBF34XG/cX0J0b4yJyv5xucHdd0Tty5PhNYMnfv2F+35uBo d5oy2z91eM3w6X0Nz0J918Sd3ZlfwGb6ymDLiqFGh8hudAP6pVCwUvqlajMq9aQfVuHdKlzCY71O oEGAxoKEVMqVKkapBZOOaEGcZxg3ODY85ug3KEsypbEaizfmb7qRasHx3CmVsHn3jaCFIy2ymXNP XDszSvsf5ITPV71Z3OkBPfzvk1wX1QP1gz+g75JATk+iRgHLJE4QVEdURMWrLAqlmrPQjx/MzcI/ sOu5M7OGM7NFhRBNUQFaS4CAJeS6X/1qbvzXv5bNnPjLfSdO8Bsp3m+CtW2m3zNB+z0tf1HiX6vx E+q3YNyokVKhFOjNdmql8lMVVqiyVZOqadUTKplKFYczcDHm1AgWawQLSG0CBEirIAKvkhOFAssJ h7Coa5BIuQGImpuFWHDaaUDPTdOPhuEdriQYgC566JxWXj6L2fCzWjHVOf3cs2xz6JO5uOefJ+9h NBdLPpnTymbmGsnJuUYQ+Obzm+WJYJdJqAC95bl+bwHuyMfx+fhAHq7N68wjtTm4w4HjHVjuwN02 nGLDKhuuy8RT6XhrOi5Px4cteKsFD6biriS8MgEnxtfGk349DsBkyuMDCFsSEtMS07JSUZLZbHZa k7ISE41ZyGqwClbOai1y0m936hXpCqLIsmi5NLMlNRlMNCkBEfAxLte7s4a54uJ3Z9kyWlpHF4ve /PLp2VmcdNZAf+m9y1/6Z2cfVWKuxwaGz0PUqMCZuNjNuRLnvT317PyO256+NzR32js4g8k9/U/c c3lXwfgATvx47o+7/Z99fFd1HWk88PjWoSenG+v3nXa3jL6IY44+joUXtxX1Hjj+0ujJ0Blf6Fmc V4TTHln988M3nrmzqeHOj7525U9uX8feYfkR9x5EJ/EoBw15GtyOWgdxZ9RmkDJLnYWUJdUlEVhU d8UMxpAu5aCSpKbG27HJJD6TgZ12m/iKl00aXhMvF8xxBkWCmZNraFxKpzv4F95qoGGna36hYIVR Q4MPcYZzFSe6Slw4sqQTWefe+zZfdPOg/1uT1dUT3/I/7eNPhpZXDKzJzarfvqp2a21mQUtguqVl 7S0v77ny1SNNN02d6yjsu8W76WvBpZVDt6/vv8vvorP6wdAgXiq+awllekw8scvpRQKBPbzExShk 9MaUd1+hlM7O0ZEFNkrvMj948uTJ0KDs6c9XyA+8LD2f/RkbT12eInEQsTtW1SoFQWq1nb7SHauJ nb5siPD0jaoKgpUqOQTYCKtF5/gcfWVzQS8MYzY46GAxJM3C2KHDhC7+pCHiwtxnZ0LCyZP46bdC 5SR17kNwIhP405CWjuyD5/9M1PRrGGiRJ1mlNNo9sRjFCrHvx/4xlo81IqXMrNJqwFbPFlOudsy9 Wky3jtkXv9yJkthjXSAVU05mnCMhybHCvMlfoDiJ87LLMmNl3DGlsqhjspZn+01NoTb+JNiIDZUh r6fK7a51E3dRbREpy6vLI92agIb0E9xOcKrZZLctWhRns1UstqUrq5RECSPHnK43ygssBp3CbsEc o4r+q2ILSWYbs2Abcy9H5gl7ZpRdJFDDEL1thHL7xXbi4gPHtxy/rG7ZxAODA7e5ZP9E+bLlhtkK fVoVWL3I2TTkqR5scOQ3bw1e23zL61fDBLl2bcvBvwxmuTNj5ceU8kJg+QOX/3bvhnuCVe5tR/t9 t/uLqbxjQAxVsjzw0Bkeg0attMt4oiFOuUwpZ5Y++wp1za/MwiJeXMCX0AvDrvhMfPWjzz336DPP cHcfxsrQZ4fpU3qhVu5DWLk5UaMn70AG3qrfrSfdehwXh+w5OeY8jU2tTocFvWAm5kUWuUZtM5sS 1TqzTE/jGxrWV81GrXzCY8oe3rtLFHdJIqMr1hU1V3EfFm8/safj1mDVI8Y3qgMNDn7ZXVsD17Vl nNTlda5u3FaTfjJ5ywNTK+2t1/Smftu6ek/3bRs2rBg7up5MzL3RdXVbTlHvdDtJDu9CpoENWiBa HvM0thdhZhPd2Xi9FQfisS8WD2jxhGa/hvg0eFI+LSfy/N2WQxbSDSHdGEIxY0ds2GZbnD8mwJom xyKHKDndYoQFH6qSljCRbUpwr3STLTqIw3QDrbTUddG+pdvNXWwdOw71X9dbbsy/y7f56HBl9e7v bJ944orlpaPfvaynfllgTW5uU2DpiuFmZ37LdtnMjVvvnuwrzl++fPIBX/93r25Yff2PrvI///KZ qzZ//lxBx+7VzeNr7DmNI6vqLt+wmEoBVhhpMFcJEEXt8NSvd+FyV72LhlD9iXirEQ/G4D26wzoy pMPXwnoWpYwdKcSFhYbSAQG3CzhLwAKIImtMMGCD00JfjGS1xMuYUc2LwEW57xXXuRcIwepeJnNH e1Fpa1FhlHgPb5jh9OmawabyRem6wjt8fUeDlSv2PLJ94vHLPAVbH7qsp2RZoNHpqPcvWzG6riC/ JXh97fim5lXV1sIVK3Y94Pc/ck3D6oPP7/L/8H9+eOVGWVVBuygFR2Owru4ykMLfL4L5D/RzsBqU 3skHs0EjWw3CH7+D3wGzRjw64dmojzGqTfEcb+TL5HeCMQNgl8lNMnm9DJfJsEKGZTJjvxFnGzuN xEiUKrUCq7EdKUyAAe1W43J1vZpkq7FKnQxBGOHMynijWm2Mh2WcXAFL95MyXponZsGjiBtuMCHh 5AKqawippunduYaYWRkEGbCoiWVRVi8rxb0GCDliZmPjMN0FsWZyVi4Tu4xcPpcN0amC43e8cnnI MP4CfuHVppEYk0Er52UanTFmGK8KzfA75sZhMi9xLkoxO/NKskJv092eO4F/J/BvQlaUjzZ4ClG+ wZYqszmEVIwcBgdJdaQ6NIXx+XakETREg+KdI3n4SN6xPJKXl2F1ak9zix7LcGrU4YVZ7w56rakX osU4tivcy17LQt+VJ23zWulnYSlkj+z0ZkKRBFo599KepRbPzgcGQ8X4xZdeSixYNfe7s4t7VmZn L+92fYLj1vQvTU5dvn3teUQ2G8oaOvI7L2/J4ndMH8msW16eH2NbVlhYblGe+3FqgScruzo/RfxO 7O/5y8EAbGiXp3Z1BnanY3cybtDhOiXuVuAGBW7ncCfM7bb4eGQ7Yjtme8TGFdkwshlsgo2z2bLM tnQ1BtNAtnhI1kSznu6AW80yzfwOuHiBUvRmvRfvIOL5pT5bDCmyMiPjt9TNX57SdcW3/NOvHq5t v/3He3z3jDYlnap9f/3BHljZ7m3e+08CDnbd4C9tP/rO9KG3bllT2LVntfXNiu1f844/MLT48JVg yVSTB0GTSrDkCk9GmRbXyPEKgnmbQS/oiV6fGG9HSgHma7VTqY53ItDcF1wnMloFtrFpdc+r5058 AhYM1tBHod+EPDOfbL11o7PYd5v3LL8j9HHoV6EPQu9+3TX4jaHhOzfmUGlTSjKBEg1a48lWKjU8 79HgIg1GGgPYEKfRYJ1cZUdYgPBS4VSpsMxJqBmpnThiRmfDNkRF6QLRwgwI61D69Uz2n888N8EN w3Jiem6KvM7vOBb60bHQN6XeuRegdxWs+2ASox/95DVEZqdPPhIFcfK8HDvpXv135WEPLHXmogEs vdOEdQFGyb0wdyNJm/tghnNyr4d+cCykBLyiNZ0Ga7KCNdUfSMb2ZDydhLOMB4zkWgP26/A6HS5T 16lJPY+X8HgC4/T0hLQYm15vtaM0Ic2TdiyNT0uwwwpEEaO3OK3W1FgzDCTno6lmggqiNzjOzgcB F6yw7XJr2JgEoyLLGjElenXeyp/+Tejj6feOdbXe84sj+PaOb1eH/tV/V7+rbPD2TTN3h+4n2rsf WnfXW/uu+dnRztA/215dtuPrmwbvHS73z4QlyHcx/RV64jR2FSEynZKzy5ROQni1gl7mwDz1YVWz cUx4oqJmxYt7VhbcWmNdfNfpuUdnZkjTaaKe+xRspRz/QMSOWwE7/a6PigMzeA3MgGOXCqk+MDNE +kEJ3Dozw+Sdc/735AOA4pDDoy2T4zi7wWBS2ZRxcNLjSpWGDUKYFqrE9Tu1Y8yihawSd4IUFJEP Cnv2rjv+8IPc8YqaTNUM3jp40/qc7z1s/KXd015IPg/zvZ/xvdtTodBgjZoD0sDxmRAC16fmwJ8j pFaqVHY1Z1JzEMuoBbrUptJBMkFGZBxm8nks7OSrZmPL542LLQfouwMh9k8qiCuHJWTMLD87LUsy SGsDDGsmrAgvD/j9Z0P9J06fJnl/DiWQ1NtDe8CJv0wWhyySndPxLkM5nlixd5mCl4YVx4iQxhMV Ke2fjSBQDXdwTj9D3PyOcwUiHlkB4IlH93p67jThKRPuMuF6EzbFxdl5zsRzcfy05g4N2anBAxrc ocErQTQ6nTgv6mSHZHgKJkd9nZ5MgPgIb9DLeAUXbyckUa6w0+dSiYozyTVAEsx+WCnNfq5Z8XIL i2/pYzzwZ4gsmHojh0mRYzHshhU0u3qGE2DZUEpvI5YVnJCHHjocOsGfwGAdplQl0VgScfJZ7jA4 iaPnfCC1hMVbhPSBSvKupOc2pudhj7sdBqGCXjCrx1gJqzmqcaXCpISFn8ZuUGGVSkfC2r2O4G1k DyFEQS9te7R7ldinHAePKg6H4t5eloXZgqE7bRAn7jD5jHQXve7Htz0zd4p/5J9JA/8ot/7c/aCN +7n1LOb+Pf8meBcjykabPVUHsvABAR8y44MJuCKuIY6s1uIKLV6uxKVK7FbgGoJLCJbZULIhWUjm kpNhUZRObwYwqzUW81+5GUCclS65IwCi66i4mtx95U/uWLfu9jeu3PfmbS1td75xedd1fSXE7T3U 1n59f3mJ93p+b/s9P92396d3t3Xf89rkDe/f3XqOrwwe8/ffF1xSGjw+3nNncKk0O1lB5jEoGS33 ZO+Kvzae7I49FEvkNmQ0QCxljEnV6u0oRoghMXqnRqNTJ0emqAumA8aB0RomHNyNkV1+FCeq2cmH hhcXb7t/PPSbmZlzhw5l1w1Wf8bvyIN1zep9vopQB2no3Vbe4Ixlkv4m/xlIOhXi+g89dx9w4f3F +GA+PujAJSkrU4g7uTaZLIlfHU9Wm3C5Cddw2M3hVUzgViQIdK86q1Cr0fj1uBNEzkPwL7MNwIKn i25os69ZcVlZpYW29ESceMCGJ6HKbHXWWbosxCKYzXEap1Z7rR4H9FN60qvHq/W4Qo9zANUiJdYo wY6V0CSiRAgHxW1udlfC3LvlvfSSem9k8wXS2eJeMMBi8Zptr4u+QuVSddMbUumrEbLnVxXGYje9 KkTvx79E+53Nxf7ikvoDlVU3rA1bwbq61U3ZdXscfu4SU7j2Z81CQezexJpCwTpvEmn5+v1xZRnD P/4Cu3gJ7CIRVlddnjxTAn1rjc3Absaz0UclBDNnNqszkpR20dnGm0xJToVCJTg1bCJSsYmIzZhi +BU2k2Lq9crjpEg5n8tkXkMSQHxCIraKl7+s/Eu/etO+tKqh6L4ZYvYdG6n8zvE92+Y24iUHj+w5 GHoEu0trnbEhA79DqJ/suubeBL7obtzU4WtmTx40wGhNBhtagp7yjO8sxxNleHfBoQIytejgIrLL jg/a8F4B+wXcJuAD6XgqBe9Kxv0G3G7AhwnWKeNs2UtsCA3l4g25OBdlG7KPZHPZ2UVL02xms9KG ioQiUrSE3aaIkI7TlWaYUZohjaSl5WbkJnLmUhqGZpgTw2GoqHfxtmvxPozIRahy0W7Oxl56BRVn RaLRxOi7MeiFEjEIzM7nIqErV6U6eFXZplXZ5lW7N208NgHr6Pt9Vz23t4Z/lC9bv3O5Z7DBkdp8 41j/zT3OypFveH0P7FrFc+neoficJXZrscNmNBU2TXQ1XNZdXOa/oUNb1bvMklK4Iie7ojAnMb6y 2bu0ZgzWqF1XtVIJQ0jJfcRWaGkelQLbYY7lnXIaLxAaL9DV5qtzr7Cwjd5TYeU+Cu05HbqSe4Z7 /VwB9/oxiuMm0FIT4EhH6z2l3SmBFNIZPxBPDqsxLNnEawPTMjwhw/t5vJPH6XZJxlaD5JEsBjqh JpkVTM6uL/SmEHPwIDZe3I3hpcCDb1JZl209Gtxz/7ayZO5JmdFe1bN8YGpZ7FP4vZKxoHd1bnFr ILjVSW6eG3G2ra4uSClaf3kjOQJUK2FsbAaq9RBnLunEuANWIBqdnOeInPB2+kgF4Tii0yOsw+A6 sQnhFjpw8F6MRzH2YYyJnkccGydEDNhgVbmUXSxjC8v57XwWkUQflrM9CPoKYBes3MSZlt8cKvp+ aOlLuESpVStlRGnS4xp+x19uhMnr+/EZVqspsyaLq6AStyAkXwK023Gp52S2ARtidFqDNsau05p0 2lt0WKfTHtTiQS3O1mKtZiYROxJxSiLWJOLbVJheqSCJySpNokZlT040JSeqku9hoUedBi/S4CQI QJIbknFySiawnYntjHmEeTO+m8cOHptTeGIGGaWYTSlmPuUok8oAlccLBJ8m+FaCBwjuJthNsINg MpAymTKdwpWmdKSQFHtKjA4l02hFQ7A2vFafFUUXccEgQFGGYswSuSxCF+sQzkXJlbaMimaiW4po LlEGprds0K+2ZmVnyuX0moHLSKOdZRx9+lTShlG+JPSDB0OfGWI4CNFiQudOhV578tumRDkQrY+R ffCzH2kTYtWYlxsNJ6mOuMGS8lh9fcG5YxAOuVr3ZcUuqaowkE/mNju6W5fHFe6sJu8jyep8LB68 w9Mab1IibazKiLRxBpVRpaeQWmXUYIVJblJqsIxmRqVJaVcZTSqVMRHCRpMuBmkR4XiNFmsgfNaa 4BAlajQqk1HLokAlRqp5udK7VdilJXHjY3bWQD9IiplIWPhEHxelGS3W65k7z2IftM3EomDYN0V5 33tn8sr1qkWht9/Ab4a2/PS3JotGuQirfxDqwgWVbSZDVegy0kbSQqfN+XG6Ktw192E0vzGo0mOR 22W8mscxdgE9Ah4XS/v8IEaOi2FOh2N7wXHszpS5M73UtRrO0HtB6aa+RA4oh/eFsmdC7rc/SSuM 1TmzPgeZj4TS8S/IkdBNzsbMtNoyvJ3uR00DCf2yn5EsHX24S45+fl8zSvCoMeIVhKvGmH+SywUX 6MTOEmidcf6P5FryJ6zQleH28weQ6jFoCC6ppITi2gYY3iF/4BT0Gba5TKR4FNFNRlZHt3OvZXV/ DNeZw3VWwHqA/Anq/gR1dlqXo5HqEuG8G8gfoMdK3Hp+H+uRIWW1GbAy20vOQO1SVgtnpobPzIe6 69iZy3CvdKY+Qms94B1mZ1bhDeKZEVoXwZlXsjM9uA3qNCcJRgZ2Kqt3ReqrcaeEOT6COZ+8TK6T vSL2S7awWiMXrnVB7ZWsFs6VamMjtRlQey2rBflKtWqxFtarnefP8PfAXJ+HlqLV6FnP8MRSvF+N 89Os5TZDis3lXLQI2WsybNZllhqrpsplcFmtLgO3psamVIECyAE7brf77RN2Dtm5jP5lO5eRvRbc ZvFZxi3cwSpcZVnG1U9QP9evIeP5+/JJfz7O16RxVmt9qTkeZvon6s3cIqeTXWChd1SyuEdcOkkr KBcEPHQuKjgrPocifTCB3Y9eTE8xiLdQIbqHIIV/pe75yZ0GR9SAE8HvgKOBKBHTG1vFu4QsxIjD t6KUck1rHgusPbLdc9PNjuJUdU7LROPS7S0Fw5f/3GjRfC+hxm5cXFaeMlE4FLojryxdXV/qXq1K zvsw9Kfy+hyDtbw5r37f1U0rCzun6oe+vjy/rrIkdXHvSkdm9YaytTd7/pDpzRMajxTHORx2/XVp a8m+1Pzc3OTS8sUlMZbcpXOf4qL0Mrc7LaemMLWC2Slo7gbZU6KdkhZxZJBove5ltWCnoFewthgi WVs9eZcMszqwRLGOD9ctilgLWCLUMUvkOdES4a9USteh99H7JJP8K/c77nd8Ln8lS0/x7/LnZIvl HfJfKvWqHLVHs047ov1+TLf+O/q3o1Nsflxt3L8ZnzO5TffF35pQkfDrxKuTHk2WpzyX+qL5jrQa y2D6i9ajGbkZv7DF2R/O3uM4FZVec7y26Gbn47n/lp9akF9wtshanOjKdP1ryaHSpjJreXbF8iV1 ldWVb1TFVL3meWE5t1JY1VD78t8l/fn/T6rLikrLI+nWSHr235/qcSSlfuXUXf9SQ81CWkgL6b9p 2vh3SbsW0kL6L5hubnio4fsLaSEtpIW0kBbSQlpIC2khLaSFtJC+Slr9+nxqjF9I/6VS2kJaSP/Q aYOU7mj8ZM2aNaNr3mkq+X9Mh5oea65u/rxlScvDa91rR1u1rTe13tV6X+uDrY+2zrQ+3/rD1p+0 /rz1l+v2tsW1dbf9S3tae337tzo2dLzS8afO0s7tnb/vMnXt6vpL9xXdD3b/ovt/rQ+sf2dD04Zb Nvykh+sZ67mv56meP/Su6t3a+8HG4o1f2/jRpuObVZtnNr/T5+67bcvolo+9Of8pyfPfODV7e73b vFPea723e7/lfcz7gvcn3l94/+g9/4+UfK/43vF97PvMr1xIC+k/PyF6JxEi/ZD78FVIjn6KOGQ7 fyPk7vNvQ14JuQmZzg8iG+Kg3AblFC5necX5k5BXMrgbWtrQepb3sPwUlOcg/fk0yGNZTjEXAJ6T 9J2nUFvA8BQAHppXsryH1Z6Cli5o+Tbk+tBnkMey3AZtShhtJXAuzStYTul0s/Zu1qMbGQCDm/Xr Rmksp+e6UTFrU8NKVrG8juWN0K8btTK4ncEdDO5i8HqGrQfycsBfA7mBwbEMToM25Qx/OWCmeR2r bYS+ygEnhdtZmy6WUx4rAM+NkBugTQXgoXAag22stobldayEPvNXAXgo3M7yLpb3nP89qmRcVzIp VQK2GshjGZwGOCsZVZWMqkrARmspp5WAjcLrWHkbg7tY+27I61E94KxHp5AdtTM62xmF7VDSiLqh ZBDyWMjXs9r1rLaHlfew8lNMy6dAhm9Dfgpy+ldBnkH0jiT6CGMKK+GYBarZEceebIwhRyWYQzXk Cgnmo9rIUBJ5XoLl0P7nEqxAvkgbJSokn0qwCh2SySVYp8uSHQm/5xTr4k5JMEYy4wsSTJDCxEkw hzKMn0gwH9VGhrSmBAmWQ/sMCVagokgbJUqKe1qCVWilKUeCdfJbTMP0uXueo59zTsUMlgFsSI1l sJyVWxmsYOV5DFYyeCmDVUCohfxGgkUZirAoQxEWZSjCfFQbUYYiLMpQhBVoS+oaCRZlKMKiDEVY lCGF1VH0axhtDzNYG1Uew+DvMdhAaUv9MYONAMelnmGwKap9PMMjwglR5cns3D8wOJW1EXGmRbVJ j4JtrP0cgxdR2KxhcB6DkymsjKJfGdWXNqpcG+blOBJQMSpERWgxQG1oEPnhdw0KomH4P46m0Agr WQFHowDTvA/KA6xFPtRUoyFIAmqFsgE4fxyNsSM//Pqh9U7IfaylDlIdHG2BUj+ahJJmhn0Y+g33 0wjYpwD3BOARAG8QcAaQF2AvwCNQNxrpR4hQXwg+VEBZkSM3ymU09AGGEWgrQL990A/F4UXbpLYN cDQIpbR2Amgci/BE5RBgfAx9KT39TBYCWg7HW6CGlvYxSVzIo4gnKHEqsF4moNbL+KVH/YB7Es4d ZSUT0MrHJCdAeVgf9UATlU6AnTfMZLuEne9nLfxoO/RJJe1juSBRFG4rsPIxKKHyG4locJ4PWj8O VATgzDGQQjVrKXIU5qKP0UQtwMd6pDRvY9z1/03Wc3HLigt6pTY0APIYYv0IyAHtA4yDYERuOaiD yWoswk8p4C0DC5jHtAYo+4+1czX7v2Dr/yi2fqkdzGuphlnCJLQdBnlQPfZDCkg85THZB4GeAOuh idUMQgmV5hjTTQuzpFFWE2BjaB3k87xTmRVB/FQGGu1mEhPY2JpiEhI5Go9oqZ/ROs5GIz0eYTi2 Q+04JFEeW9i5YYmuhAinEex3nv9wzQgbSz7oxcswijxMsr68zJa+qF/xOMBsbIhZk9jrOLSgsqX1 I5I1CcwWfVJfAQmDV8LlZ3k+8zAXc05bDDHIAeflXKD3L6Nr+BLcX11K0VYV1vUos6Ow7sJ29MXc i71fSteSKBlQTkRexll/YT8zyixxikmPfidhmI2+vi/lVJR03wVSFUdRUMpFrkSYjucRaVRTandG rFfEQ1tS3/HXdRT2amHf2c9sfIjRG5bXheMwl8m4j8E+SaOXjvOLx66D+TtKcQWsmApYTT7rYxsb zX6mnz4oo7wOQItwXYGEc9NFviOHUdIH546w3vxMmiLvYWr+Pd75K3pDwXwRjsYwDiEtYpdboUyU eFj/fjaTDEledN5O/5qHD9vXl3v5sPZaIuNgLGrOFO1LtBi/1N8As8xhabTkMr5HJQ8szvfUQ/Qx HYi6DlvlMDt/RPJtYg/UQ4oedzhiLX1ofqYL4/w76iMipT7Ge1DyxmFv4GMlEyAb0eLnZ3+B+fsh yW4cYRq/XL/Mw18w1wlpkhWGfaRfojBwwZj4yviYlw6w88Ktv9hX5V7kq8Kyv/hsKjXRO0bzHaZr Pg6ZHzkTkTEe1mEu895B1kt/5NgfZSHUC4kaGgNsuZHZQqR6C6NFbDkWaXmhPxF1WCBpfIyNlKEI DeGxfaEtfXWpzvcQ5jJ63rjQpuclMcnkuP1v1GPYt9M4aViSzIXzaRCJsdO8XLZCC2/UTDD+V3yy 6Md9jIPw/FVxiTfvA6xB5nm+OPoUo6PwvDEvo/DcNC+naL9y4VljzF+I+toi8f7Fs2jfl2h1NCKB MWapwwy7OJLEuTR6jv5brSB6rquD6Im2aEar4KgToqhWVlIPZTSya4WaDjiqgdIaKMmGFuuk+mym sU42J9VBu3Y234k4WiFvguNu5utWIYEd06PV0L4JcNFzV6Iu1sdKwLaOtWxluNdAaSP8rpTa0TNW QEk7HFO4lnlDsb8mOEuMp+ul+VGktA3KhQiHF1JVz3oMU7YGjloBf51UWw246xk+Sj/tfxWDmyJ0 rpIorWYyopgpzhVSHNrKStvhtwXarWP9VzOeRWqbGA+roF7kZSWjgPacL/EqtqPy6ZBqqI4ofY2Q 5rmqZjKoY9TMy28F/LYA5RR/LdS2sZmiGc6sYZyuY9JbKcmMctvIjua5EjW1gnFDpUplUAPwGvhf G5FdK8tFWlqjsF0ou05WP99K5K9aylcwyTWzI1EbK9hRG9MVrc2VdNnK+Li4105miStZq2rG8bqI haxi1itSH7ZOsY/mKErE/qhuo2kJW7XwV8aIiCVc3y5p+lK5UKlXM5lQutZFev4yzPnHheLCosVC 26BfWBMcDo5PjfiFFcHRkeBo33ggOJwvVA8NCa2BgcHxMaHVP+Yf3en35Qs6XZ1/y6h/Umge8Q+3 0XMa+6aCE+PCUHAg4BW8wZGpUXqOQNEXuoQs+uPOFVr7hkYGhbq+YW/Quw1KG4KDw0LdhG+M9tQ2 GBgThqLx9AdHheWBLUMBb9+QIPUIbYLQqTAWnBj1+uGnf3yyb9QvTAz7/KPCOOWjvk1oDHj9w2P+ JcKY3y/4t2/x+3x+nzAklgo+/5h3NDBCGWR9+PzjfYGhsfzq0QB0BD30CeOjfT7/9r7RbUKw/8ul Ey6sEM9s9Q9MDPWNCo41Ae9okJKW0+EfHaPdlOaXuVmjNW0RTExwNaN9k4HhAaG5vx+oE/KE1uCW wLDQFPAOBof6xnKFlr7x0YA30Ces62M8jglF5WXF3cEJYXvflDAB7IxTwfUHh8eFvjFhxD+6PTA+ DtxumWLiWNneWM24pAcjo0HfhHdcgB4mB6GLqHPhNzDsHZqgghoPCr7A2AgoQ+gb9sFZAWjghVb+ 4fF8QQh3HhwemhIcgRxRwtG4hsOtv5AkUSGU61H/GOWOCjOqezg9gmsJo8ARgF7G/dup5EcD0Ksv ODk8FOyL7hSI7hNJBUMAfoPQFeQT4yNgUD7/TipeaDPoHxq5iCOdWqemOu4PDg0FmTYkS8kVtvSN AUHB4YhlhW3IMTg+PlJRUOAfzp8MbAuM+H2Bvvzg6EABPSr4v+x9e0BU17X3PmcejMCcQTCIhsBA FBGJIYrPEAI6EFBECmjUWoNGzYj4CKKgpdZaP2qsRD+vEiRToohcq4iK6DWUGKOooBYZZsZQsVaN V8Vaa6yxxKbO/e199gyjYmq+tF//uZn8zlr7nP1Ye+219uu4D4j5FrfB/uH66QsXZs2ZtYiWTrPp 2mm6MvYWHiOJxrBQXWYugOC0/rOWzMqCIzCdPupWVF+POBatXgptg0XMFKEvKGYW0r2TPR0KmBmu n50NN4Ghv22cnv0Oak1VOX8pbThkoF8wA+4xn6plOnNtGvO71YOKNH3RogUwY2oGMxe8vXgeFD9d 9sA5WdBNKM3xkfrq07hvW/oziWbOos4pt0SX8fS5c3KM9LaLVYVzq6LSOx5nzYE5ymXTvLLl3g0l LKYtTmsYrp+3YOac2ZTOYgpZuBgVWmQMp26BrGcszsHNRfQmtxPU8GVUfNEsdJfIgbY211KXorIE tEjZN7immRC5xgXzvqWO1NoXZ8+HMNxPF6APZLJkzno7x2FinZYMG585h/nXSIeZT5+xYMksl04a 3RH1DSYR9aaFnbbCHy0yTke9Zsx6xEWnu1Q1mwqwKAfmRPtBeKns0d+mAtnrEuL0aePj09+MTY3T J6bpU1LHT0w0xBn0/WLTEO4Xrn8zMT1h/IR0PWKkxianT9aPj9fHJk/Wj01MNoTr4yalpMalpenH p+oTx6UkJcbhXmLy6KQJhsTkN/SjkC55PEaDRPgjMk0fr6cF8qwS49JoZuPiUkcnIBg7KjEpMX1y uD4+MT2Z5hmPTGP1KbGp6Ymj0Yem6lMmpKaMT4tD8QZkm5yYHJ+KUuLGxSWnD0SpuKePm4iAPi0h NimJFRU7AdKnMvlGj0+ZnJr4RkK6PmF8kiEON0fFQbLYUUlxclGo1Oik2MRx4XpD7LjYN+JYqvHI JZVF49K9mRDHbqG8WPw/Oj1xfDKtxujxyempCIajlqnpzqRvJqbFhetjUxPTqELiU8cje6pOpBjP MkG65Dg5F6pq/SMtgig0PCEtrlMWQ1xsEvJKo4ldIw/ERGMBW7jQRcR8tkCYQZYKWiwDMhFuZ0sY x/M0vuiYyRYKMxUlin2KTxSfAh8rahWVj7y8+Ne8MOmUdjpbHDvCl5n0sx6pzaxH5GUSKwOUryjH Kt9QvobrCMSejiUflU0u3SjsFbYqCFs40rpks01qmofj/TYh9n6kiHT9n4LQN7ndiWC3E/ameZz4 abA4QhlCSMx5VS3CennK4fjPjv/I6/aHsalJqRERiCW/syb0CzWiQaR/mWAauLVEEAvFzUQhlogl 4D8UPwRvEk3gfyWWgv9IvAP+S7ED/NcKSKDwVngThcJHEQ/+DcVY8EmK5eB/qvgpERUrFPfAf6X4 BvzfFQ/B2xWQWUmUi4igzFHmgF+sXAp+mXIZ+B8r/y/4Dcr/AL9RuRH8JuUm8EWqQURQDVZFEoVq iGoY+OGqV8FHqQ1EUMepUa46ST0OfLI6DXy6egL4ieo3wU9STwI/Wf1D8FPVOeAXqxeDX6LOBZ+n /j9EVBeofwF+tfo98Gvcyongtt1tO1G4VbgdAH9QE0tEzShNPlFofqJB7TQ/1ZjA/0pzG/yfNffA f9UNpXSb3C2XKLrleXQjgoe7h5YoPCSPUPD9PQaDj/T4T/A7PPaA3+vxGfijHvXgj3ucBn/G47dE 9GjyaAd/0+NPuH/b4y/g73ncB/9Xj7+C7/CA5j2+9ngA/m9oPIWn4HmMCJ71nifBN3jeBf8Xz3tE 9PxK60UEbXdtL6LQ9tZOBP+mdhr4tySUKx2VjhJROqbzI4Kuly6IiLpgXQhR6PrponHndd3r4GN0 Z8E3626C/6PuFuL8Sfcl7tzV/QV37nlRy1NyOxJJEGtNuR3lFuRtB72lQkvpGrSFZpIGWtJM0UAS zXTN27jO1izEdYlmKa7LoGGq25/hulKzEnd+rvk5+FWaAvC/0LwHfo3ml+DXQ/9U83e5nkVoeAD4 cI+XoZ8Ijwimwz+Cv+Vxi+nnOK4nPE9ASyehK6oZX1x7antCJ35a6EHbi+qK18ed3FJUEdX07Okz iP7tpdlZJO+d7FlzyRojpizElDU9Zz7ZQfyJMh49PwkdlzRZTyLT0POTmAmpBroCJcw3VURHenNe Tbz432aif62hO/27TIzXEG/yAue7ER8SwLRKw0omSQ8S6HJHIB7kOXRcjjsC8UW+YhI6ZxKQnjpW j1WmHFOEd/ckQTykIFriR4J5SMm+SPki6fP2wkULyXl2vcqut9m1g14Fce6s7PmCJ7v2Ydcodk1n 1yx2XcWua9h1PbsWsauJLo+EMnatYtdadj3Brs3seoFdr7DrfXoVh7LrGHadNm/uvLliNrsuY9eV 7LqGXTewawm7lrHrTnatZtda1kv6QHfPfQfOHbrsCS31Qps9j/Z5AW0R+P/hvkDIt1xpm4uQUvkt PPXFJ++yr3wBbkA32I0nbECCtRCUq4dlBFMLIH1JCOlHQkl/EkYGwHpewvD3MnuDP4gMJpFkCBlK hpHhZAQZSV4lUeS1p+T5rPfon+lVPxPtDs/4R3SloBYkwVcIEEKFCGG4ECMkCCnCJCFDMAoLhTxh hbBaWC8UC1uEHRh0DwkNQqtwQ+gQNaKfGCJGiqPEFHGSmCEaxRwxX1wjHlG4Y0zrrRiuMCgyFPMV NxV3FQ/ot9CU3sreyhDlQOVIZZJyinKGMlOZp1yhXK1cryxWblHuUO5VHlIeUTYom5WtykvKG8o7 yg4VUWlUXio/lV4VqorAmBWjSlClqCapMlRG1UJVnmqFarVqvapYtUW1Q7VXdUh1RNWgala1qi6p bqjuqDrURK1Re6n91Hp1qDpCPVwdo05Qp2BEy1Ab1Qsxdq3AmLVeXQxdaDAmlrDWFyKjZBrTQO8S cVTlqFvQKe6MngbNgr7hLtPE+7KdjDXI9K1TMs0wyXT6A5nOaJXpwjMyfbdGptnFMl16n348igjL VhA1jFZYPZWo0ZUKa+qZDQtrl8v0fS+ZrotklqnapN4UumnMpqxN7/Pwlk31m24UeRZFyOEiQ5Gx aG3R3iIrD9/4QPog8oMpH6yQwx8UfVD3wZViTfFAOVxsKM4sXl98sPgCCyuL727uvXnU5kw5tHnV 5srN1s3fyKES35Loktkl7/PQjpLmko4P9bLmPhzJaSnToFC6g1FF6TcfeX3UR372UQ67p9ySvmX2 lmVb1rOQ35bzW25vFbf6bQ3fOmpr+tbMrSu3mrZWbz219crWb8p8ywaVJZRllOWVbSirLGsou1B2 l6UK3jZ025htGdvytr2/rWLbkW3WbTfLxXK/8ojyMeUZ5XnlG8p3lB8pP19+d7vn9tDt0dsnbl+4 fc32iu312y9sv1/hXRFWYajIkKX6T39Z4sqpjHpWVlfWV7ZW3t5NdvfYHbY7anfK7tm783avletT Rap6VIUx3qOquKqy6mjV+arbe5R7/PdE7InfM21PtlzHPff3eu7tszeahV7de2bvlb0P9nnvC9tn 2Ddt37J9G/dV7Tu171q1stq/emh1SnVmdUF1WfWR6gvVHft990fuT9+ftX/V/tL9h/a37L9Vo6np UzOqZmrNkpoNNVU1Z2puHFAe0B+IPjDpQM6B9QeqDpw5cOXAg4PeB8MOGg5OO7js4MaDVQdPHbwm 1++/tsj1+3g1p2Wc1ssW/fE1mdZekWv4m+rfnPjNeflenawTxSfhn8R8MpHx6k/uHFYe9jscfjjm cLpc18MHD586fPGw3DLCpzPktJ9ekp8eaThy4cjdz9xlaT4z0ivoak7lfxsqfFbEaRmnezk9zOkZ Ts9zepXT25x2yPSoyKknp36chnAayekoTlM4ncKpkdMlnK7idAOnJk53cnqI0xOcWjm9xCmX7+g3 Mj3mzimX61gwp+GcDuU0htMxnKZzOo1TLuexbE7zOS3glOv1WCmnlZzWyu1wrEGmJ7j/nlRzyq2m 4YRMG8NkeuqoTE/vkOkZb07vyvS3E2XaFC7Ts/z52Q6ZNl+UraLFj9N8Ti/Jzy0GmVqh3wE3aB8p eIrBYpI4UZwqHlV4KjIVh5RqjAEP1CvcTrg1u110uwHcdburiWTXUZqNmpuaDneRhtz9wE1h3Ez8 /Nwr8LvqftXjoWeS53LPcs+DnuXsWYXnJa2vpsPtrtaX/jQd2ixtifaSJEqrpBLpBub4WboKXauX 6OXpdbj7VGlV9yJvf+/Z3lneZd6tnuU+oo8XcsPPJ9onwafA54zPuR7pPVqeU/qceW7Qc9/4TvO9 2nN5zx09a/164NkZv9l+lX5HQe/4nOk1rbeh94nnZ/qH+Wf5l9Kn/of8W3zOvJAeoA7I8TkTcC2g I3BoYF5gWWBlYEvgVb23Pkofr0/XL9EX63fqrUG+QZFBU4KygpYFrQqqCKoPagq6FewdHBo8Jrg8 +NqLUe4VLy7vE9GnoM+FvkNxz/nrc4Fz14Kv9c3pO5TpBnHlH+LLvwv0Fzymb0HfI8DFvt/Qa4h7 SGjIlJDikGpNJAs3ayJDmn2i+wX0M/S7GKoPDQuNwK8p9F7/kP75/Y/2v9XPEBbtE43wrdB7YSlh Jf0uDojsHzJg/oAtYdFh0TQ27qYMOAjJu/qFdvXDrJCea6BnEqLsbcKX9nXC18Df7OtEAehmbxPd AR2ei9pt9uGSxj4ctkXPVPRiZyroSQh6DoKepqBnIOhJCnqOgp6iOGg3ak1AKfCRvUa7FfQY8Bfg HvAVcN++V/t3PHsI2O01EgEEu1ESAQXy82YnIuhJCMipfc/+I+0Gew6VRLsT/C6gEtgNVAF7gHrg OHACuGjPkdzsP2JS92T/qr9TXiOTl55mOIicO+U0PkVOI+Q0Qk4j5DRCTuMjcvqwkwz0HAM9v9AH sd4DNtgrIGsfyGqErEbIaoSsRshqhKxGyGqErEbIaoSsFZDVCFn7IDfaIvSMyEi5ZSBfG+Rrg3xt kK8N8rVBvjbI1wb52iBbG2Rrg2xtkK0NsrVBtjaJSjVJlg06pOc+qC7pmZIAplMjO1NCT5TQ8yT0 NAk9YUFPktAzH/QUCT31QU+QTIWWFtuvaJcA+SjpJ/YXtD8Dfo6Wo3X9Je6tAzbYa7UfgG4GtoEv B31a/ffiWS3wG6AO+AQ4DLjq5STCDUAjcApoASyAFbABF1HGDdB24CZqLOuwVnrHfkUyAnOATGAu kAXMA+YDC4CFwLtANrAIyAFQRwl1lHKBPGApsAz4MZAP7La/IH0MK60FfgPUsXNE9FyNrF0DO1ET QO9Cu/TsCj1PQ0/T0LM0VKtUo7A7aNAIDRqdGtxgb4XGNjyjtbTymm6ARMYnJApiZ1vo+Rx6uoWe zQmg55rwhJ7NSWDStLHzOJOYt96GNDWQpgbS3IY0NZCkCZLUQJIaSFIDSWogSQ0kqYEkNZCkBpLU QIoaSNEEKWogxW1IcRtS3IYUt8kPnF5Bz/ZQz6DnegLsP3bRjYFbnIGd56GneehZnsnM2mphbfWQ zADJDNzKTLAyE/OsD0A3A9vsmbAyk7YCeLqlmWBpJliaCZZmgqWZYGmmxyzNBEszwdJMsDQTLM0E SzPB0kywNBP1UFiaCZZmgqWZuP4zpW7g34HFGYE5QCYwF8gC5gHzgQXAQuBdINteD2urh7XVw9rq YW31sLZ6WFs9rK0e1lYPa6uHtdVDqwasrxLZSaS+WFnrmI2tY2eZRHZmiZ5YEp33vb53j6uQXrCb pX5AmN1MekDrmdD2cGhZDe1mQruZ0G4mtJsJ7WZCu5nQYia0mAktZkJLw6GZTGhGLbmDaoEeQDAw wl5IniMH4Kn/7FwVrHdnJ7aAUf9rO9x2VOJL9gxxKJAE/MBeJ6bb6x6xEjreZcBKMrqwksfHuwxY SQasJIPNBupRg/on8vruY6fue41u8f87Kj1lVPJBrxCIXiFQ6CDlmNcZMK8zYF5nEHvbd4j9yCR4 kgGeZJC6o//uAeoHGgQEg+9Lpkgh4EOB/mQK8UQObcihDTnQWeFhzAoPIwcbcrAhtQ39xmGktKHv OIy+4zDphhTHXWIeR8zjiHkcsY47YymFQfYvRH/778Q+9kZxrf0L4i4MtH8hvAy8AgzGUy+gJ6AH goEQYABiatHGFaw9d4LuAiqB3UAVsAeoB44DJ9jsqoK2AXnuXzLWebA+7Rn6MtqPke5CuN0mvAT9 qOw2zLON0JMRejKKvtAuxmpoow3tYkOb2CR/WM8LQAD0FsI0bITujERDtfutbaBHOYUopxA6jYc+ 46HPeNjDTrSNEa1pRGsaIUOhqLWXit7gfew1oh9ob9DnQVEu9B4Pe5kh9rfHozQjSjNCtkKUaIR8 hZCrEHZTipKNsJsUyFgIuymF3aSgB3K3m1Ez8yPjig9bPWCF8E/Rg0RzoznxXN5z5PIPU3oj1Wco fx30cx02dx06ug4dXUdOn8HursPurou9gEBAD4QA/YEB9uvI/TPk/hly/OwJGYzPLIPDs2zP7Fnu fF71AHOqB64t6Wwd2jLBdGYA7yqFV5WScL4KYD0C5mGBmIcFQt421L4NtQ8UIoBXgMGsx6h7zELa YCFt0EigiPRiD3syWigZlpLJLOUF0ACsGPV49qI9Ba22TuyLe/1InRiKeP1xP8ye7GI9bdx62mA5 bdxyaI/TBstpYz1OP2ctvezxtKZ89rjuKTb9uMSP2rQv+K7teun/k11LKL0aFlMNCaohQTV0Uw1L +R1yrYaVVCPXalhJNXJejZxXI9fVyGk15uao17/dL71Rci7kr0HpubCSnZAgF3XIRWlt0NZOlNaG +pSixDaUSL1xJ0rMRd1yUWIu6pYLy9pJBNp7E+0THtSV9wQ/6kEs1WWkuoxUl5GKWthlxL6M2JcR 2wxrOosUl5HiMizoLFJdZiNEI1I1IlUjUjUiVSPKakTKRqRsRMpGpGgkCufoQkcWj6emc6QJkdOh lEYiSjF2izTRbiE6+I0afqMmv7bnkp1ANZ4MhDahM8w/c6XXABrbAPoG7o8BkFKahNlWdyncfhWx LYhtkYaAH4YxYwT414AYeztSWZDKglQWaSyeJ+F5sv1TKQU0zX4LObVDmnGImQIuEP1mBvIczPKM 4PlGsrwHS8NBRwKvAlG8jGggFhjNJLRIcUA8LzMBSHSWPVgaD/oDIBVIByYAb7KalEuToQtaeu6/ rXRPKZz0RMnt0hDQYeQlpr83gDHAWNxLwr1xmGmlgVK9eSB2HWSs4+1Ux9upDqnqkKoOset4W1nI INSuUIwmBjHW3i7GkZdESCgmgh8LSufQ4+wVYjLm0T8AD8nEKaSnmAU6D3Hmg89FueFoH1k77dJg YoB2IC/uDcMMZDj4kcCrQBTwGp5Hg9J6oExoCfaAe3Gg8axuVEvt0FI711IG7KMCmmqHptqhqXZo qh2aaqf1hbbaoal24ieiHVgtEpj07ZC+HNKbIX27CD2jBuV0NYBatItIIc4C5qGEcOiaaRh0GMbr RzSMe0m4RzUbhBLqRLSuGMNKqhPjWGl1KK0OpeWitDqmq/HQmVxaIUqqE6ch3mwgCzzV2wLgXfBL UUK4fRMvfRNKr3MpeRNKrmNekIz6p7AWaychXfkmJMuFZLmQygKpCsV41DsBFPIzCaaAnwpMQ5y3 gBngZwGzgXcAI+5lgs4DXQy6BMgDlsKGntXv3cVxsIdkpulacTpsyojwPNjHMGanPVEXC+pRS5RM zrnMCuQex5e3nEVuOaQbB1tMB6i9vYXe08haq/07+0MP3koOm7CgldqZTcDvqB185xbo/oiVyXWu /c5yqZgMP2Qa6uns6zy4ZO1yvQGqw7lyLNhMO/ytM/bzzOYdFknrCQ3D+sp53Sxobwuz8wWsnr9n Eg6GTQ8BL/fI5dLrmNnJvXK5S91/jzqXszpTL6N9xQjMTX6CeclPMC+xYF5igfUVOi0PObhYn0tb Mi+0cC8sZ1JNYT6RgXatQLtWiLm4txSaDrefYxKyfgQWJvcj59Aqlif7ETyP5hbk7Edwr7MfaXfp R2iNzqE1LU/pRyzOfkTv1CnrESGpozawBebh41FDeWehlvUltKUyYKnvMh1//5Gvn/MdwK/tFdBx Bfdw2vfUiTEoTZbMAqnKWX8j67QcHl4BnRbCuyvEmcAs3JvNdJwhzgGlHj6XeXkhLKJCXAQsBpYA ecBSePNAtDodPeSRo52PHOWQuJxJ9wqs4A6s4I7TCmQpyyFlO7eGcm4Jdax3TGZ9rmyPPwRoP/Qj xJEtIFfMwPPpTOpy8W3wM0Fn4f5s0HcA2jfNAc0E5oJfALoQyAYWAXmA3E89+7jnxVu5jkmZhNLH Ob2mFqVTW7zOchsCOgx1pznS3MYiDJsmnqyOjt5frmMt76UsTJYY1tZy2bSPUzMrmtJFf6hmNtRV T6mnsw/ag//bZiDhdPbl0s/UceurhV9YuJdT3xjM+50MPr6W/9skfl72E4wZDg8eD2nl3rAOntqT ti8bj5f+E3pFf+6ZFbwPLncZawq5TmhvV8698fuXqIS3tDvnYO/S+Tq838zKeAt3MoDprN+n5bFx ltqkOJ+NA3Vs5pED5DINUF+YQkcigM5TOnOgMyQz0xO16rnOMuWc3kXuOfIcButzPidBThYuh4Xn YEFqKoOFxRSRxkLHMNKNl2hxkbfOZYZkoXKirj90GftyyEsYIR3p3nJK2Skhm5Xy2RVKwpwE/oY8 XmJj6XTa9i5jahbPm8ojsrtUmwpWAs0Zz4jGRUa5Pg7NL+DapzHM/Gnt409ZrZXM6oydIzjTGOvj me6pXTK9Y84ka4zXBjG9EHMwYg4mO5F+Cp8zdKboyVLIrXQdfaSckupAbt924ubUmKv0Dtm6OVvf oc/O1nboktrcY0+hpbd4aB7TXhY8/13MRmV9MW072p+vGBY45XFo1CG54yktSXTW18050+0caTIw 0mTQ8ZB0Y7um/2jHVEWi7E2kFmi3NwkW4AvwGjLMfgVP6vGkHk/qhUD7FSEIsID/Avd82X6dym4k 7oDWnklq6Jfy2Bv+gi7eNxVo7wFfAfeBb3vf5OUc3XfZX9C+Z1+n3WZfrd0JuguoBHYDVcAeoB44 Dpywr5PcAI19NXmOvftRQT53oIbtK37/N/pezrf5ux52QK58yLUccuVDrnzIlQ+58iFXPuTKh1z5 kCsfcuVDrnzItdy549b53h01JPvAV7N/y1Dg8nbC5PJ2YjV/O1GAkgpQUgFKKkBJBSip4FveThRA ggJIUPAMbydMj72dKOCadH2PvQvolJa+n77C3pc92/vpK453XCzXznfRaFXk2oZc29jeu5xr7bPs v/Nca9guvu8T75bRTsjZgJwN30teHWypFrZUC1uqhS3VwpaaYEtNsKMc2FEO7KgJdtQEO2qCHdXD bnJgNzmwmxz6pcVHLVHeGXb6DvebLneF9famR3aG3Zz7tbvsgc63NfRNTTDq6fate8SKR3an3Ry7 xdDSgyd2iT0fK+fpe7R8f5buiLnsyyJPaD4emu96H9KxB8n3H4n6qW+DaI1NkMQESUyI1YRY9N0U fSfV5PxXNk/sCP9DCQK6kKIb2qQebVKPNqlHm9RjJpKEGUgS5rdNmGkkYV7bxPcXvNDD0p53F7AP vLz/dwBzObM0yL4Bc5eTmM+ZMZczs/n2SNBXgSjgNTyLZvsodE5nxpzOjDnNSczpzJjTmTG3OYA5 nRlzOjPmOAcw163HnM6MOZ0Zczoz5nRmzOnMfFVmpnsLmNeZiRfkPe+yujrPVusj7F8+ZXV1nq3e k1FCGtbd8p4i+n3cvUIE6RVShJWWCiOWO1ADyPt8SV3MWamGatm8dcRT5q6vo6Rnm79SLdc+ModN s2c+No+tY/PYrtprFKQZBWlakdMo5NTq3CG08J2HnnzngZfnXE907jw8x1ZwXnQnw2UVtwv8PtzD Ko6tXl6GpgahzMFYN8srqnN8RXWuyxVVd0hbCGkLIW0h3VV07grSHUHHbiDd/YvhO36dLSXv8FHZ 3J95N64HYv6ar/loG/0asdsh6VXWJq8zi+jgFiFLOxZxkhDHdT8nje1fdbD9K+UTqy9vlLGVz9Vp GVvZTsQItjp2lOGwOoeEW9kuA52zp0GDjjl7yBN7J7se/gS533TZ7zjJ9ztuPmW/42QX+x0nv2W/ 4+Yz7XdIfMS2uIzYDn+nOwHXUbJjXXL9kZ0AT7R4K1q8FS3eihZvRX0K+Zq58LE1cyFbM6u6XBd7 PtLjOPXj0vOEkyj461pYeBQsOgpzxMX0X8AQwr6+KtCvXuNeH/rda9IfPyX7xpqKDMZPTYbg50aG 4adh52q6IYco4kG/nIyyJ+CnJZPJFGhiKn5eZAZ5G9b8EX4+pJLsRt778fMlB8hBzHRr8etF6vHr TU7g9zxpwM+f/nVu8gJpxy+A/BG/QEEURKIXlIKSBAlaQUuCBZ2gIy8K3YXupI/QS+hF+grPC8+T ECFQCCT9hCAhiIQKA4SXSH/hZeFlEi4MEgaTl4QioYi8LHwsfEwihGPCMfKKcFI4SQYJZsFMBgsW wUIihXPCOTJE+L3wezJU+IPwBzJMuCxcJsOFL4QvyAjhv4X/JiOFL4UvyavCV8JfSZTwtfA1eV34 m/A3EiMSUSCxokpUkdGim+iONYinqCUJok7UkTFiT7EnGSv2EnuRJPF50Z+MEwPFIDJe7CP2Iali iBhC0sT+Yn+SLg4Qw8kEcaD4MnlTfEV8hUwWI8UhZIo4DOuuqeJMcTb5hWjEamCNmCkuJL8UF4mL yAZxiZhH/kMsEAtIkbhaXE0+ENeKa0mxdrF2CdmsfU/7HvlQ+772fWLSbtRuJL/SFmuLSam2RFtC PtKatCayRVuq/Yhs1eJHtmm3a7eTcu1O7R6yXXtMe4Ls0l7SfkH2aP+o/RPZr/2L9j45qP27pCC1 kpvkRj6T3CV3clTylLTkmNRd6k6OSz5SD3JC8pP8SIPUW+pNGiV/KYCckvRSMPmtFCKFkmYpTHqZ WKRXYJO/kwaj1zgvjZBiyB+k0dJoAh+R3iA3pERpPIHXode9I02Q3iR3pcnSZPKV9I6UT+7TE6ie EfTUoJBJ3iTk8/PAJSK0loBeA26B3wJ6F+jglOJhJ9+qJOTsQlB3wAvwRZoKUH8gmCOU04EckcBI DsrHIE2lSziSCJW1Mm2tBo1HGb6gSUAqMAn3D4FOI2T3NRlNDxmE1sPyfRpGXag8j4PKJ8s4E8gE qPxLcK8eOEUILRsQOGX8rkky35qPOM2gK7uO91iYpxGLWxpspS1NtvKmLIsvg8mSynDVsrLppmXl 2R6WLQwFltsUzYeta5rrrWvMflZPiuYrCAPmMISBlom2iS1TbVOb/FqsTQEt55v6gIa1nDd/Y0uh aIpoudQ0tOVayxjES0G8IkskQwTiDUX8rJaHDCbLSApzma23eYdN35RtUTKUIS5FHniKHeApOuVd TeESfp+i6Q7CwNneCFMMt1QzRHMYUT+K+RylVjVDudUT8HaGdyK8E2EreIrz1j4MjvAl8BS3rEO/ FXetUWc7rKOaB0KHkcjzoTWqWYnwSIRjgJnWdIZMS2TzQuuU5i3W5QxLEM5H+JB1FYXZG3qnSLa2 MqRbpzDMtl5lyLbeZ1huEymaqqArwFxlCzHX2PTmWlu4+YhtUItoS2Hg7Qc6A9SINohhyIKuTSh7 JbAa5VdYlzdFoc1Goc0SQJNBI1puoQ3vOtqyRYP8KCSOGcjbiDZfjrwoaiALxSrwFLXgKbIs7gwm SzxDtsWLocySxOCIfwRxj7ikd4SzLP4MJsskhvtoe+CsHu0ONH2DMHA2BGGg01b+awxsZaOL7ZQw iODFruIfqGcwWA4xDLcc5qhnMFhOMYyBfY1h9tbMkAKeYqLlHMNUywWGHNgdxTIOo+UexwMZViKD h1cgDsVaDoeN7rX6MXTacACDI3wQPEWnDYcxOMLXYL/XOm242R226QXbjIddJrnYJsVKawbsIcMZ fh/8+y7hjbCXjbCXzvizET/LGS7B8xI8r4RtU1TLMI+ynmFIsLZQOPsdbu/Np2D/gDkAYaC5GWHA 3AdhAL6xngJxd1CwfupGZz/VfBvhewhHIBzB+rEiPC/CsyogD2ETwibwNUCtI35TlNWTwulvU+Br FI5wBviMLsMXGdKtsxmW2zQU8MWRFOZV8E+KNRzLbRIFniVRmNfjHuDSj1VQmFtsw82t8OOLtmjz VeCmLdrpyw704OjNoecI4QjnGMRB+4D5tvktOaDL4K8n4P9Ay3A8o1hhy0HfsAx0BaPFtg0tpbbi lnLQnbZiFzvzY+jsGyMomn2tUU13WF+XgL4uGf3UTfMdm8F83zam+Rz0fMG65uwM+AcF9wXzCfRT Z2yDHBT+HcxgskxjyMOYQbED+qToHM9mMmSDpygDT7HGEspQZclkyLIMZDBZFjKsR39CcQL9CXBW A51ThKMPCHftA9AOFAbLFYbhlhsMjvGkUxeegHezP3wpGHVPhc1NAkIf8y2Hr017zNdWWrPhN3ku 4SyEZzc/gA0TwOEHXH/moQgD8Jsy+E0ZfOAIcMKchTGBIg9jAsVs6x2GbOs3DMttPSgcejEXwe6A pjPQA2A2IQw0tSAMPD7unN2AOm/g/dIKl/rXof51Vm8XvVVSPNGXOuIfRXyKYuRBISEOxSDoH2hK xxgzpaWjKQN0dksHbHFiSwFstdWyhIKF1yJ8EeGLLFzQssG2Fm2bT9ESDTumMHDshe0ehA3XgR61 FbvIuZHBIVcDZKJwhJvAA2Y1+h5PgPYNUWwedBe+0YGykiic7cSfy+1ie4g51BHghO2WbaLtGvO1 JRS2SwifR7gMYcBmRbgJ4R0IUzjnSZ/nUXTa5+fLGR6bb3T2x+ibKbZ8voZhCfh8a8bj7fh5hPUq w1DrfYqWGZ8XYew2NhWhPMAZrkIYOGv8fBWFo8/5POzz9RT075uwr/QQ9n0eDfsyTzf2/RyJfTnH i30zpwf7Ws7z7Ds5QewLOS+yr9OEsG/LDGRfjIlkX4aJYt+EidU162xklO6C7iZJYGX8WbyDMgIV wURU9FMMJWrFzxT3iK8qVBVO1qii1K+Sdepo9WhhnXqq+h1hk3qOeo6wVT1XnSWUqbPVi4Ryj30e h4QKT9FzgVAl/UHnJ/rTb9CIE3UVurPifCIIq4VrbE2ykvyIkNOY+59OIsIZNSjm/qcx9z8DUU9j jn96JqcUmS485vO/mwi6BMgHVrLzvuT0auB9jo2clnBgnXO6goPylUjj5xLeQoQtITI9EwCKdclR rAFOYx1yGmuO01g7nOkDivXD1lQZRzMZhDNh8n0aRl2oPI+DyifLiLXF6XPABeAK7kUAQwmhZQMC p4wvrXfyjmcMvzPK907fQNoo0Ntdp38s7Ezz+TWs/ESi+xfZ001Cz64LHt3YN0xQbzKSf/kkGqWq 1ZHqIYRIX0n3iSh9LT0gSt1gXSRR64bphhON7lVdFKFn0AX6NSiefglP/zq1UMUQWCVRvKdYAwv9 s+IuUaoSVIlEox6EfN3VI2GhEiz0deLFyvBmZfSQ/i49JL6wxFDix8rrzcrzZ+UF6I7qjhG97oTu JAnmZQsKf8WKzrVzQylQToRG2F/DTmAveNhnw0GgjlOKoy58AyFHsN5taAKswHmkgY00YN3acI3j Fqd3OdAiDQ85wDcqkWZhZxgQfrVcpo3QSyPW5Z9iXd+ItXkj1r+N/rgPn2jEerx0p4xPjzIIjSvl +zSMulB5HgeVj8nYiDV9I9byjZC/cSTurQbgT7RsQOCU8SZ/mW/EOr8RftcY33W8x8KONMHsC7XT iJFkk3xSQNaTkv9h72uA4jqudPteoWH4x5hgTLAWY4wxJlpCWJYQrUJkBROCFUIkGROCFYIRYhlC eIT5uRMsDcNYYTGPRyEeUrGUdv6ZGe78UZQ03GgxQlqiZRUFEz2WKCxRCFERrYpHWJZVtOSd7rl3 GMbISrb2JVu1qa6v+0zf/jnn9OnTfZthGukRiy6hCTSNbqNFtILW0RYlpmKoRCqVyqQOUUepSqqW aqFOUx1ULzVImdEebvR7xRz3vVJu4ntliOZyuCXuALcCVC63zGVxYPFcMneLy+ZuA5XCzXDp3BxQ kRzHpXKzQEVzV7hE7haixx5yZi6GY4F6xFk4MecAapnr5YK4C0Dd4/o4xA0ANcOdHlvh9EDNcqqx Re4ieVo/dptrAmqJaxib5pqBWuTKxia4SqDucOVjl7gTQM1xh8dYrojULRjTc8VA3eIyxy5wOUBN c1lj3VwuUA1c8ZiGKwWqkTsypuRSUNDYAtcMJRSk/zmuAXJmIGcOchYgZ4nTQOmcsaWxI2Mg/1ju 2PLY4bH7aM/YJJc+dgP6uEj6aOCCxpq5UNKyaKxu7AZQ5WOrY6IxmJljVWObnkdjo4i+1ndNfW1g DGS71nlNc63n2unf01okJr84h8hvzXl/1S2E/KLaM+T30J4lv3j28ahnoxJhFuNfM0uCtcVD49/J CKf2QwtocgUAq9nkBuARQtdogJhPMSL96FiEuNOQJgCSAOArr2UAsnjk8ulBHocBRTwwXeJHC4A1 isPtVACqAOC3rzUgdGHDCy7SC5yHU8wr6TcQzQAFAPOnQej8jZ2YlG0Df77WCej5cDl/QJnPe457 KgBVnlpPg6fZo/Cc9mg8nZ4eT79n0KP3WDwOz6iH80x4ps7f9Nz0zHrmISx6lj33z+vP3zzf71nz rP113PkJoB2eTc/W+fmxIEyNhY5Fj8WNJUJIntiYeHSVviq+WnG1CkLt1YarzVcVV09f1cCnTj70 wGgngEWB/6PX6X9BNP2vYF1BxLpExLqCiXWFg3V9GmzsMz4bewps7MsoXvQVsLREYmnPicpF5ehP wNJsKCmMBXt7MezXYf+OXgr7DVhdOlhdBcoAq3sRZYG9/RDlRH0QNYtyo25HzaE8sL2foL+I+qeo n6LPRv0sagms8Rdgjfi/hZ/9A/OHOcsjnB0gnH2WcPY5sPazaA3bPKrCv3g2AevOBKxHE+DjJ2D9 6YO9xgSsPxOw/kzM8/kYsAZNLHufn2v2pgIm7u/4HHMZXRZppy6HX465HH953+WUy+mXM8eXx++/ 3/h+y/tKCC3vt+Df7qJ/Rf8KNLRBb8AKmrc3D9GiUlEp2gNz/00UJPoqeIC9YcNhw0gUthW2hYIj vgYeQByVCh4glHiAsKiZqBkUHvUj8AMRUf8Y9WMUGbUQtYCeirobdRfFRP08ahk9TbzPf25PuI9I 0kcU6SMaUTHrT5fB/iOcuoLqQUP9ANgBnINV85wF0fYTkDoAoO1zoO1zE/xn0Pg50Pa5Wf7zPI9F vgxo/Nx9H6i+IGirBtHnsiCtJyk6twY0rB/nSvwAFmiXAVq9wHl2NaDDW5+gm0cfXx5WKLsWYAaw vvLbPIH/Pge7CuAB9YWSNjDPpA7fL+qDXUVfHClH20f4vMT/AGDX0ZfmB9hZ9GUTfdDnYD2xe3xA fXnePADqyye8Ef7I54LHwvu8GKf0wntbxmQ2UmvR3WFju0LNCWyC1qFrZJO0o+YkNlXrMKfCUw5y MrQTEGdpp8wZbK72pnaePUhyUrWz5iz2sHbenMsWaSfMB6EMLl8CdZPY49pFoCtIa1XaUejluNYC dC2UPAwlR81FbENXogmxzdplKKkgOae1980lbKx2zXyc1Wg3oX2Ndkt3g9XogqCFzq48cwXbows1 lLD92i1zFTuoi4Yynbo4wxSr1yVCbNElk5w00xHWodtvrmVHddnmBsjJg1gDLTSzg1BXwXK6fPNp Vt9VZtawE7oCcyc7BfnNULLY3MPe1JVC3Vmgm4EuNvez813F5kF2UVdm1rMNEFuAf6y3ZV2l2cGm 6qrNo2yWrs7MsSVAT4CMm0PRWIrtWBc9FEdoiHUukg/S2UMhPxHk+nB8aSiZndJdGUoDeaeG9tuj Ic5mc7vqhvKAz8mhfGjncXHyUIE9DsekJI6DSBwNdXt0jeYp9r6WM98Ebm8MFdsTdbeG8uzJ2nlL vX1S12KeBRmV5nmI68yLUObOUJk9T3d3qNKer7sNJdPe2xyqZo+fTzAvQxkV0YC31lmg1/icLvN9 dlPXC/GW7oJ5DeKL5k17kM5I2vSPbeYt0J5tKAjHhL5nOsrm6qKNyfYCXaIu1F6sezBUxyp060ON MCIPzQ57MkiUaC8l9paE5bLv11UOhbKnvRxqHUOl7HGSn61HQy1sEehNaS/T9Q6p2Nz3tsxJ9squ YtB/tV40dNZe11Uw1MVq9OGY1sdguqsAyjRCm73QL4ydvUAfP3TB3qLfZ+63K/UpwHmSPh2sN5bM nVR95tBFu0q/b8gIT3OGbGwq9Fhgb9QfGHJB3UNDl1iHvnDoCkgU994Wps1ZQKfp1sFWbaDPLCif yGrOl2Baf2RoEvg5OnQD9BM9dAvGtHKo2l4HVnHbflbXgml9OVhFF2jeYe/tahy6Yy/VnzAn2C/o a4bu2i/q62EUYoG+Zzfqm0ibsqEHbI+XBttYB0vAdW361qGH9lKeVmO6K9SCQLoOi8ju0ndbwkGT YA/2Xn0fkWgAWkgAriaB1lpifLTZEg/jju28R2cj9CSm9Sym9SOE9oBERfpxaOeS/jq04x2XS1rO ss9+RT899ADyZwi3c5YUtlO/YNkH3EZb0oFeMrWym/oVSybYxgVLDpurXxnaT+gDhIbZoV/VrYMN xxmW7Tf0G5ZD9lv6R5ZC+20DDe3f0UV3pdnvGsTgSTqxB7MrScl7uBf7A1225Yj9EszrIrYK/EaP /ZKuDjgpAalhLHRGL205ymoMkbpG+x1DrGHevg6zAKwd9B9tf6idxfagr7GUs1OGBK+eoXynIYnX OcxBXv94nnYaUnG/XdnmZvslQ4blhD3fkGWpYbMMuVAmsqvRctSBdJeMLazDkGG9yTYbDlpn2Vmg 5wm9SOjt/FzLAozUbXOPA4E+m8By8iwy8DMT1kiQKA/GsceYbUx2HjbmmY87i84n4FXAmG9ddpYY Sqxi53HsY50VOpVVzKYaC6z3YRwJ3VWHfa+x2LrmrDKWWjdZh7HMsOysBe0tOhuw53c2Q90Gp0Jn BPo01N2y7zdWmg87sdftd3YaEsDzVxkLbEFsjyHSss/ZY6y2hdpDDbmg7UhjnS1IoIH/fnvo+QRb NVh1wVCco95YbKtzVhm2bI1g+UZbC8g1if2YvsmmBLmSMQ0W2wqzGPrC/tOitjcaDoLlZBgOw9qU pFu3dLCHDYct3WySocjSB5ovsQywa4bjFi2bYKiwmEFLDsuAvRf0xoJNJltGYDW0QMkevGo4RO9t WTwkZ9xug5LXHeGGKss0WwRtzjhiDLWWOUc89lSOfYYG4ySba2iGsVDoxy1LeIXSdwDn64ZaR4pB YVlxxGsnYNzrDKfNVY506HEV1s15ywZbYtBYHsFKF2qlYUW2WJbAKiKtYkemdhmvqrAGadibhk6g FYYefaH9rr5Gu+XIAUs+yMbqQrUTjgOYdhyC3lnQRpC5yFFo6LfGOo7oJq2RjqOgjQRHObTT7zgB njPBUQMeAzwhWCnwaVi0qVyXQN4q1xXjA9tZ16Rx3dblumF8aOt13TIh2wXXbZPIdtF1xxSunXdc N8XYjK67pnibzXXPtM/mcj3oyrOWsD2mFNsl17opfajY9RCkQ7BDgPUa5rXHdoUtAr8N893YCGOX asq0TTo3tZwx2n4F24+jFcb3hv0KHl9Hqz7FdsuNdMm22zAT02x33CJTju2ua9J0wNblDjcdsvW6 Y0yFNsG3X+pKtt2z1+EVwR0PdZXsGuTDagt9PQC7Wgcfvh/sCmhsV/b9UGYdVitiP4ZcQpP10Vhs XrNH61dsjeymQA8lgwUmYNvTj9seYm9A7DAa6B59yjBiq0xHhkXufToVpnWhwyJWr2eHwwX7NCRs 09pZ27o7RV9jqHCn64JgjbtrOmo97c40nrXEuHNM5cMxYAPJ4GFUphO6O/ZkYyjM0x48du4DeOzc h/Ds8ErhqDeUmBNc+/HMJdrzzo58GIWa4XiwmUaQNNRw2hLuqNduWRMcTYZBsLom2I9VQZt6sAQZ +J9+mC+wG4QWosFuweatSSROhTIOa4ZDbdBD3EHKdxhGIe7W3bNmOfqg/ACMTp41F8cw+zQGDtof 6Kq2HmRrsS2Bbyd94dih1cXpisGbTRgWffGU1uIwe2OYQesOVmuxHnakG25aixwjJPaQeBzPF/De gzj2Whr0WAU9zlqPw0yct1Zg/4wt07BorXJMG5a1DogXDRrHjC7fWuuYIzGLY1ZvuN+ltN8Cy+zH klrC7Q91xdYGxwJwMupYMqzBbFoxbMKMhjllbXasGrYMa44NXQHEq6DJXBgjpVUB+gRt2B8aRq2n oYVSqwb8sMVQCzli4PMhHi97NZlxj7RblnAnjf2wkzasQZlb+nEysstazn5Ll21tcIq9uzJordPL jzPSGGTtAe3B7tQZawztCnWsEj4RjEu/M6GrzrIAXmK5KxFamIRVsscYbR10JukarXpnqjHOanFm GGqtPY54Y6LVYb9rTLaOOrMg5py5Ws46AV4i1DoFlrkO3qbUmGZZch4ka0R/Vz6sEYPGRth714KX yIKWW3R3YO1QmrOceljp7jgteAfudJxPgFUvUj8OOQfxft45SmiO0BO6SUzjFdM51VUHtBjn21W6 ZKBp7NmcN3V43RnENOQTGvZX8A5iVOHdvs5oWXDOwt6+yknrm6CvKv0BzA+eI855YyjwsGg8i/ON Xb78ZZJ/n9BrhBbrV80Z9nX8vgCWoILyx429kL9pKIEyPUSWTkJvEboILBZa0MWZjjgbjBfMWa4g 48X3tlyhON8VhPNd0YSOw7Rjzmi0rLgSjTZbtD3RaLTFETrRjuNkV7LRZUuD+CzMryq8ntr3wyqz 4EqDnUaFU4Fp5zyhK0j+fkKLdS22/exx2Cs2ONL9aUMu6LDXeIlYMq1rdGUbr1hrXXmYBtkxnQ/l s2Edn9TdcBW8t2XLdk4YbwBdjPNdpcZbhlpXwYfoMlK+EnxmHlurgxXYVQ3+Ks9Vp53qync1+tEt hFZi2sECzwMuFVhpj0OLaecaprFPFmjXWbw/gT2kGqz3BOwBFmAPcNva4OoyZOA3QcNBWz4725Vm Qq5eXakt33UB9gMHcXndXRijnTTZJ+ju2kPBTpLwnkd3l6xoSa6LxmrdXZeR0HWEtnXVGWphV9Nr K3C5jHdsxeys8a6t1B5qzLeVwe7inq2S1Y9EjsSOJJgWhptYh2luuMm9ADNrCawRPBLYDLxF2iux x2anjPutPfYr3thUP7zPXWhqGk5xHzHJzLPuo6bW4XR3uUk9nOk+4X1HNnWYHe4a/Kbprsdvke4m U/dwDuw/yRuu993W+1br/8bqfVf1vqWa+oYP7HxX9b6NmgaGD7llJu1wobvVZB4+4lab2OGj7g7T yHC5u9vkGS6HWqQd0/jwCVZjuj5c4+7D/boHSL+DuF+3ln+bxu/Og/jd2W3GnLhZwsngNifuEa8U Xg+J35TdHvyO7PZ45cJv7u4B7/s19kukboU9G68g7nG8griv4xz3NJ6D7hHTtO6Ge8bbGnn7HjTN DNe750xLwzJngvd0wntiYFoxJruXtKOwz0k1rQ63ule8ZxHet37TxrDavWp6NNzh3vCeOXj15j1V 8L6/m2OHzSNi74h4zwf4EwzveQXUci6b6eFuZ4VZPNznyjdNDw+4H5kjh7Uj9JUWQ6wjB5+rkRs/ kN+NHzS58SNIfEhchvaSWz4SyS0fz5NbPlLELWIl+lPxO+K/QjnkBo9XyQ0eJWEvh2Wio2ErYfdR BbnJ5C1yb8k3oI9PoRRy38Bh9DWUgKrQGZSNvgvhKOpG/wsdQxfR36A3kBHCm8iGHKgcXUYe9Ba6 jn6Evo4W0c/Rt9Av0H0kRRvoN+g7FE2lo3epDqoTOag+6kfITf2EWkK/CqoLkqBfB+mDTOg3QVzQ +9SeoOmgD6iQoHtBv6SeCtrYu4f62N6UvS9SL4g6RBz1omhc9D5VJroqukqVi6ZEP6S+Kvo/wSLq 7eCQ4Geoc8HPBe+j9MHPB79DGUPeCdHQe0O+G9JDR4T875AL9DMhfx1ioz8eYg+5Qb8S8kHIPP1a yE9CNugvhfw6NJY+FRYSFkK3hUWGRdHqsJiwZ2hN2D+F3aM7wxvDB+m+8H+JoOlrER+P+Dj9QcRz ES/QsxHpEen0jyM+EfEJ+k7UN6O+Sf8EUaCdOnLGS24SUWwhxEDKhAKiUQITxIQy0Uwck8gkM2lA 7WeymTwmnylgiplSpgzSSqaaqWMamRZGyaiYs0wXvlGCjDASvyp+FdHiInER2gO5MXQGnYEQnUvn IorOo/MQTX+W/izaQx+iX0VBdCFdiET06/TrKJg+Rh9DYvoNuhyF0G/Rb6EIuor+Book37+OpiW0 BD1Ff5v+NrQppRXoafL962dA6ykoXvRD0Q/RsyDTHFogkuG/8yLFNKpSTCtmFHOKBcWSYkWxqthQ PGJoRsxEMrFMApPEpDIZTBaTyxxkDjNFTAmkx5kKpoqpZRqYZkbBnGY0TCfTw/Qzg4yesTAOyFMw owzHTDBTzE1mlplnFpll5j7U2Q4Kb1CWKStxED5DTrU3MGvMJrOlrFMGKeuYWmWoMhqexQGVqExW pilLlfuV2fApT5mvLFAW478hBxtAm3E7rB3f0JuNGsF285AcLP8QsfYvgpU70Otg55fREbDyH6Ev oRUIJURHXw5+IfhFVBr8UvBL6FjwK8GvoOPBnwjej94IzgzORG8G5wTnoPLgvOA89NXgA8EHUEXw a8GF6GvBXw2uQG8FVwZXwqyh0ADMJ6zlZLSX2Axi4gCJgGRAGjrAFDJHmKNMOXOCqWHqIW5iZEwr o2Y6IK+b6WMGGC1jZlhmBGIPYJy5zkwzM8wchAVmiVlhVpkN5hGzqqSVYmUks6CMZVaUCcokeHaI yVGmMjkQMoE+AHEOE8/sY1KYdNARJf6W+Nvk9o/QHdqSQ8hGP4DwZ+hnEHJg7v8c/Tm6ByE3uCS4 BH06+FjwMZQXXB1cjT6DqPDNiEhyR046CkbozCiAQ5R6ENIJwBTQeoBlz6fOONQ9BKPqfgJMc+rB MxNqPfk8pbacual2kPxZ9eiZeTVH8vFznCeUE+oJ9KJ6wtc2zsd1MXBbAo3bFuhl9RQBfo5T3I/w TMB99U3yXKiHadwfTgWsQX9rvDy4701It4BHnAa2txtP/rz543F1AwGyqoLUs1gvqmj1vE92gS/g hTzH+hH0uvZhqELVFn8QGQRgWQQIvGGd4brQpioO+hR0I/TtP4a4DV5GVaJ6cYceN/kUPxfKCyk8 UyWrl326FdqGVJXG84Dp/er7JM1Wr/n0LqRC3/gzHk8hFXjE+sJ8gQyqPPVmYH1BNl+ar95SFbQH qYrbQ/353CFLAK++VOBFSCe2eSPyCPoLsAUyHsJnf5t18DII+sN5fBuq0vboHX0I6eju8vvkHg3Q n/AZ2w+mhXrQV9uINy8w9dlFWXucqrI9UWVsr1TZ2qsfq5ddUqKP3+L5k8r9Lv0QPWMdCnqeCBiv j0hJO/znNo9X7selgl4Cdd027tXTk1LfuK/tkvrL4W/7OL+6PVnwG6q69jRVY/t+QvOpzyfz81PV 0p7tK6Nsz8P9Ervn/bVK1Z6vOtte4NOZY9s2yPh3tRf7ZMTle9tLVRegjYvtZb55ztdRudrrVJfa G0k7gk1i33alvYXwMtmu9NmrkPK+TnW7vUt1o11FdDinqWlb0NS3LWma2lY0MuzX21Y1rSRvQ6Nu e6TpwOXUtHqW+MvAMQYdtl2H9gPy8fxvO6JBWDa1eLsP4bk6UtONZfDNmyfYnjCnfXM70KYC/VWg X+N1hHlSx2r6BB+iTtAMqJM0WnWqxuzTldB3oD8W7Ga39SkgX3Wr/SzRM8ad9l7V3fYL/uuU6l77 RdWDdqNqvd22oy1hnQWoHra72lD7JeI7RO1XyJorgC/fFt4+SdKY9htt8e232va13ybyPwZtKe13 MHw+Kb39Lkkz2+/5r6VtOe0P2g60r/uvPW2H2h+StBDaAD2S8fVf22967aDtqEaE5cUytpVrwttO aGJIvRpNvL++2uo1+9qaNCltMk16W6sms02tyWnr0Bxo69YcauvTFLYNaI60aTVH28ya8g/5wl3W Pt+a4u+HH5cG2llge4Ld4XUu1M/edvH7O9Yi/zUJj6GwPxDmiTDnHX62hMtBG23T3vVZWKfJuMx4 x1tIfXiSnI/xtTts2T8V5s1owDwKXP/8fCmRxy/1rfsBPmlH+jh+NwP0GdCfb60MXFcDUt/eigtI hTER/PWsV9+DaFAkzDd1hobF80CdpRlR52o8bazmBIb6oGYcw7cPF9oT2gaoD2uu++Yw7sd/fyzM P2FvzNfH/huvE+oizbRv3mO+YN7h+effnrpEM7Pr3ptvV31cM7djHgb4KMEXqSs0Czv2RLg/7BOr NEtnHJqVM6OaVXWtZoPQs5pHZ26+S59Zflesbng3knyG52fuvxtLnsMzteLdVJIPZUjKt0HoqXcT SJnmd5NwX/hNXvye+H8iFPZJciftP4f9MxJB7ku/35OWvXvQb8iJylvkROXronHRVaqXnKX0k7MU LTlLmSFnKT8lZyk/C3knNJY+RE5I5sgJyT+SE5IfkxOSn5ITkl/iE5I9CfiEZE8aPiHZ8zI+IdmT iU9I9nwSn5DsyYJ3Wz2ybJ8jSE6gQsmARCsxS1jJiMQj6ZCMS65LpiUzEM8BfUKyIFmSrEhWJRuS Gkm35JFkpoFuEEvqcWiIBMRKWiFOgJDUkNqQ0ZAlqf/LxYbchoMNhxuKJE2SpoaShuMNFQ1VEhkJ rRI19IJDN2kRf5IR9EHpbgm+L5ESvwnjEhbwlquAcfkOegfeb1kInyZvvHnoh2gG3mlnIfwF9X3q BjoYdCvoA5SPz6+gJoXKUKWfvK0omeegG/rzSt7Nyy5IPucn84rkEZa3IbIhFmIxSDsuGW9IIDxW A4/PkN85QCgV4Xvp0iDQ8FadjvagDIRvUNtPfvkA3ycaDG/nuSgEeDqMIlABhEhUCCEKFUGIRsUQ nkJH0JeA0y+jUhQLlleG4lAzhATUAuHjqBVCIjoN4Tk0DWEfyP4B+hMqkopEz5Pv/rZuyypt2pMl bZLKpK1StbRD2i3tkw5I0qRa6YDULGWlI5DvAWpcer1+VHpdOi2dkc5JF6RLkLciXZWopBvSRzJa Jq7fkkXiWFItqZSuymJlCfVb0gVZkqRSlirtk2XIsmS50E+T7CD0glu9Di34guw4tEOCrEL6SJIm q8KtCEFSyYcC2WFpq6xWuiqPxm0BrZCdlmUBP03QKkaHrEhWAvx7oIdW0gsEmUZqBm6uY76BC7Ws ATjLknbLmoEzGnrrlPVA2VUMSQG0Y5b1ywalapBOLdPLLNDuBmlBwAhwh4HrjMPncZkDty4blXH1 o7Ik6XV4hoF782JCNoXbFXohLQoAHjBkNyEdgFoAmUZWhQPWhGxWNi/VgnYXQV4xlFuW3QcO12Sb vtbGZUS6HX0D5EHyUBivPiwtcIkpAVh+XBOXxHz9LuiQX9zB/w7IL0rS6rfkRrlN7pJf8nHoh93y cZ78yjbnO6SAfPkkHmUewAPuw8d/K/S7Io+TZUCcKF2BFD9RS1vlyZICeZp8vzxbniftk+fLC+TF YBsDxE4r5aXSEXkZlKqUV8vrZM3yRjKGa/IWuRJrUq6SnwXbEUOPMIbyLnmvdLV+VH5BFkvOQXec gdYPMgqwyz5mkYwm9EDORAHyLmZRFumtgZ/hk09iOz5tejUn0zBbeMS3xxRseLx+DSQsAJRi21IG KUNx28poZZw8Wyqrv0lstRNmD66BdbMhUdUPQhhVeBTjAk3CoOI62A4N6TRgBmxss34NB8Wc//mw RKV4BPoZ9J0SxzIJsmbZbP0Wk6QIl64KJ8YKGT4zJj3clKiYIpidiUyJLBf34T1DlrdgrnDP+DRZ 3gu6K2OShFNl2RrTKR1hevAoMf0yMdGFDEbwhvyW/Lb8juwgSAUzUH4XcE9+R/5AopJ1ytd9+uqU P1QghYhI3y19JOhdOgBcklQmVsQo4hX7FCl4Fgl5skVoe02RjqHIVOQoDigOSVlJtQ9kbsvPKgqh z/xtv+CDRxZLQOa94gjgqKJckYNtR3FCUUO8DE8TK7qjOKKoVzTJWxQyeb6iVaFWdCi6FX0+C5+W pULZAe/MVGilc2C/GAteu5MuKcIVZgWrGIG53Qd55vq1rlLsbZWJTBY+L8cn88o0WQL2h8CfGcb+ gDxfuV+6Av7rEchUKYut3/J6Yzw+ymxZJ1OERx6kmJaueE/ZIb9YWYpP7MG+N+VdymplnbJRdlDZ olQqVcqzyi5lb/2g8oLyotKobJGa5XUwWteJz93A3klpU7qIToBv5aTXU2ILBvtMUl5SXiFr4duw 7qX+d9hHgbS1qJGcnsdBjN6eRRQg9u1bEG5DuAPhCoS7EO7VpL/9AMI6hLMQHkK4B7kIgqhGhPNq wiHEQIiviX/b9barZh+ElJoU6IcWvyU+Qe4E/zx6DfT6BfRF2Fe8DrsDEfoKaC8M9Pw19DSiwu+H bxCOyF+9TpYi6tQ8pGWQLu751MnikxcISnlgugxQyX+uBtTx+Y2AFj6/ks+rDKgn0Eo+FfIbedT5 0dV+tIpHHZ+2+D0TcJZ/Xu3XVimfCvCXR0gFHgPb240nf9788bi6gcCydvF99vrJLvBVyT9XBvAb iMD+K/1Q6geBNxVfr47vU9BNo1++MIaVfjJeCNCjkDb6lRdS/Oyin279nwk84NTIpzY/HkoD+i7l x1NI/Xmv5lPXLvXLTu6U8RLgCmAygE9/WQJ5DdRDYBrYZ+BY+MPfZgUZBP2p/Nq48RF97SZ/IA+B qdJvHIT+hbzAVChzC3D75IXafYCUj9DLf5VU0K+QPm68npTycj8xDdCxoKcnpTvmV2DqL0egfd05 uT137gLu8fQ9v3L+tvzA79k63z62e8FfPwR+kJ/O/G0D0lrRyR3zsDYcEAOI99M7X6c2HZB5cnsu 8mltjreN2gMnd87DspM+X1d7BHDIS5/KAGQBcgEHTxK/fuown1cEKOH7xj6xd5exE2QIzMe8XPfK 5t+H8PzUca8MO3zgk2wt0N9+lL/azS9Ve3k6VbGdf6oKUAto8NPV4/yQIOtu61NAfm0hr2eMo4Dy kzvWqdoTgBpAfUBbqm3UNgFkPN3qHRsfhHbUfNoB6Ab08fI/BrUDXgh2V6vlU/PJHWtpLQsYObnD T9d6+HTcq0cyvnUBwHY77ZWXyDgDmOPrLezUV+0SYAWwCtgAPIJxoAFiQCQgFpAASPot7MN/Hn6U X/5t7U1Ihbn1uLXncam/b/Sf64GpMOaPS1segyf1/ySfu5v+AufPbuv/k1L//cFu6e8yPv7tPm7N 3K3/3dJGv/799K4pPOmbb6eavfPglAJwGpDKQ+OFb78q1BfaBpzqPLk9h6tP7twfC/NP2Bvz9Yn/ hnXiVM82DyR/xDv//Ns71X9y97033+6pwZM752GAjxJ80Sn9yZ17okbeJ1q25Tvl8LMLvtyp0QA7 4fV9amJbl75x858DuAznfY6/BRUWGhZBvgX13+rcnuqmEfnFhkiUj1BZJiAHcABwCFAIOAI4Cijn P58A1ADq+c9NPGR8mVaA2g8dfmW6AX2AAYCWr28GsHz+yH8AHsC4H64Dpnk+ZgBzfF8YCx+BJZT/ xr03Hryx/sbDMlQmKgsviyEB+YV4H7WvLKUsvSyTf54CyCk7UHYIQiGJceqljvCfYqBUCl/3KNQt h1BYdsIv1ODvf374O8DiQ+JSFCQuE5ehj4kVYiWKE78jPoOeFbeJ21Ci+F3xd9Fz5Nu/SeTbv58I eznsFfTJsMywTJQddj/sPvqz8Mnwaygn/O/C/w7lRjwVEYc+HREfEU9+z+f32x9FxVDeb9J60CsI HQO7OlYegBM8avgU7OwY2M4xmR9gbI+BbR3r4FHPo5tP+/zawmXB3o5peZTzbQvAz8xPxCvH0DFR QAj/UM5H5+8SYAQiyXe8kfio+A1Eke947yXf8Q4l3/GOELeI5SherBKrQPdqsQZ03yH+K5QUlhH2 pyg5bCXslyg1/Hr4dZQW8UzEM+jliGcjnkXp///apWRoL6oAH1n4R/weQaO9dAYN/pnOorOAzqbf RCLyW9oZka9Evok+ASMTDSNz6A/O6X8V0CiI/M46ov4v9a9oD/VvdBQKjQyNTEfPIzpIjPZS6A/O 4x/xR/wRfzjQ6HXk3e1XoVrY7eMd/vOwq7ejF8gdEC/Brn4WpZF7H/4c3YWQi5YgfBp2+L9AeeQm iM+QmyAOwG5/A1raRP+GDqJfQ8hH/w7hc+SGiEPkhohXKRElQocpMRWCPk+FUWHoNXJnRCG5M+IL 5M6IIupp6mn0Repj1MdQMfUM9Qx6ndwicYTcIvEl6jnqOVRC7pL4MrlLopR6gXoBfYV6kXoRHaVe ol5Cx6iXqZfRcXjj6EBvkHslyqh+qh+9SV2gLqByaoAaQF+lBqlBVEFdpC6ir1FaSosqKT2lR29R RsqITlBmyoy+TlkoC6qibJQNfYNiKRZVUw7Kgd6mXJQL1VAj1Ag6SY1So6iW3FtxihqjxlAd9T3q e+gvqb+l/hbVU+9T7yMJuc+igbpGXUPfJLdaNFLfp76PvkX9PfX3qIn6B+of0P+gfkD9ADWT2y6+ TW67aCG3XUipOWoOyah5ah7Jyc0XCnLzBUNuvlCSmy++E/FaxGuoNeK7kSHoHd9vVsbzv1mZj/+O KCrGb3iRU5G3ISewxOfIr2X+zUeU8P6epvYjSrxKSug/ogT+zhAVVRhQIhaQwAOhz+/K684yBbty u7PMa7vyu7NM4a4c7yzzhV14pqHMPlLSK1eR31Mv9x8u88WdZf4fc98DFsV17j1zZmZhAdHgRgkC EkONJZaShIIhKLAsW8Lyr5RQaqi1FBc0VFiiuHr9iLXEz8carzXWUEstJcZ6raFeLrV+Xmop8bFe aoiXayyXWmsMl2sNIcRyLTUGvvf9zcLuyiZNSL6vfeY5v3n3d97znvf8nTNnZoC8n6qTfYdOsw+d nDt0DvrQyfXWIe+5XHMohFNMOB2sleezpu/Uymet4N/+Fa0vQKv3r2gVQKvvr2h9ET6vu6PG5/Df VoTuHGgV+qzzO7Ue99aicvjSKrpDq9en1pfu0OrzqVV8R92vw//vmTOpp7fQl314P1VruQ/vp2o9 4cP7qVolPryfqvUVH97z+JWpfykUItHPJLz3N7VXTNX7qs9+MVVvpc+eMVXvaz77Rij+Ym4opFDo lfps96l6X/fZ8lP1yny2/VS9VT5bP3RSU3bp2X227FS9cp9tO1WvwmfrTtVb7cM/FXoTmno/WOPD P196T/rwz5depQ//fOl9Y4p/svQQrTcm37y0bJJmbqyko2ajc2P9xrqNLRt3bNy9cd/GxrwEwuaN hzmdaOC/3Sp+LH5M94oviZeI+an4qSREq2iVFPEz8TNJFWfEGUnj/UPJEPh/AjskP9I6K/rJryC8 QSpZgiXhEfi3fEdgXvEIzOXXGBxWZ9xTY/m3HNnOhNqG3DhHgTO59kDeFkex01x7sMDkWEHnIzVB jjJnZu2xmhBHtbOwtr0m1LHZubL27OR5Ij7SsdVpr+3OzXRsd1bW9n0h2bFrfWPtlQk7XzA79jpr agdqoh37nc7aQXOvo8lZV3ujJsZxyFlfO5pe6jjq3FFbivPyDSqnd+7bEFAT5zjhbNwwqybBccrZ vGFOdZHjtPOwIzvnkqPL2VJ71tzmOO9s2RD+hUzHxfWGDQvy8h2tzt21Y3eeJ/ybOE/4N3Ge0Juw 937nD1tvOVcda5y5tcdzDY5a5/Lazon6muBdfly4s74m6sln/XjWy4esj4n2mfTXIz/YyXXcqund YJ2sJ8mR6oyp3WNudFxytm1YVJPsuOo8uSE25yLZ79gQP9FONWbHtZq2DUkTfE2mY8h5ZkNqXphj ZMNITc/71cuEX3zXL54V36W+/7x4XjIGdgaelgICRwNHpRkU5yeaxC8orlN0SZHiFfHf0v2GDYYN EvbSpXSMBcvMoZnvSNn4z3P6Gm4RxudaftPfyzZbDcBo+574niQZv2z8siQbVxhXSML4dePXJcW4 xrhWUo0Oo4O0RwJHyJObgTelQJdt/h93FqwMJanKxfGb3nE053pyJqwQilycTGP5WfGdaeXL88Ne 4B7CNrrDmZxdUsOl/JSw6qOOM9Wbs6IdPY4QCv2Onuoux3XHMJ2b6PfNx66mhDlu14jqXY6OmmCO y+rNiuajuot+DTuGH7vquF5j4uBhrdcRSrZ6dVtkieywFbcNx2VHh0Oq8XcMZ0WnLHzsKlJd51/V XRQrVW92nMvqhef7ptWOhRSWowarXYyZ7ORiHezmYumcREe8FxtK82I0jkgXr/vB2ORuB+y3yob1 hvWS8Lf6W6kdvmyslVS0wAK0wH0zb8z8kxSt2xVx1JIJIhk2HS6OVoNiAf/tBw/On/pdsIgR0Z6s fEMS8qjI9OIuS4rcLyQR78WeJRveaY+TXq/cLnd6sU2SKnfScYju+Dz57ZLG94J07JL3esWsJTu7 5XV0p+nJFpOdTfIKCuu8+FTiS+mwyiVe/CKyn0VHLAWLV0wwxcThMMkxnjHSiGSQ5/Ah3SKc5RXH V+Jb0mU51ovtpFbsl85K/XKoF3+EeP7q4ZgsefF7JI1GSJvUQOGaVwzvgO/HUSd1e8WskAz4jmIL jeAtlM4zjvtbmXTAi+P+lk+HV/2hvyXhmKg/7/7G4/95ScL8o4/pN6bVCzllD/AVPWeFZiTFrGxF rjUubpGkKC1KrLLWiw2RVKWBjlCl2JMXt0hbUtqUk14srSyUNeK6ckA56MWfkzSlQCkQPco2ZadX TCuV8oS3J+IA2Y4WB709EdvJdrASLHbd4QmNXlGrxChWL3Y5XR+uiJWKSYnz4s2SRiugsyJT3FZC vWKo/CJWXFVUL5bKLxpEqDgnhjx5+RbZ2UKHJNrERa+YKzRWBoRdLPRiu8hOvnxe5ItZXnwr2Vki lsgnKIx6xTTQKDogIkWB8CqvvIVSGORtwiCSRKpXjJ3GyiAdlfKgiLoj/yzyivMP82LjKY+TcpJ8 UniVWg6n8dhMxwIKg14xgmL85e00p/TL1z1jaOwYaJ4YktdSmi75vFfcOclPLpALpB7CbXKL3OYV 20LjoE2Olyvkei9+H+UVLjXK4eR5pVfMZsqL99u2EibIBV5xK8maXRqQw+RkLz6TRnM3XQm6KU20 V0wsjWaeAeJ5BpADJuNkWV8ZSC5m4qoUgFEnGZ8wfoWux181Uo7GMmOZZDDajXbJz7jauFryN1YZ qySjscb4lBRgrKWRGYTRyKuTAPGjyataBF3VLkoLRa+4KsWJfrrCPWpYZ1gnpeA6l4rrXBquc2Zc 57KmPQP4nlFecc0r7jniRY9Z6PuSrPZpJrpvCKL7pbmSnHgZQXKd7wwG11l1nRUKwiPeM512R9ov JNRbRlaNWEaqdli6Vl0tP2K+bW4x305bUbHLnll+vCw4YWVZcJl/xf601lVzVl1M27/qYvritKv2 5eVnEzLN9QmZ9ptprfaV5RfsoYnB9tDVuWkjdnv5QJl/WnWZ/6qLq5LsNfZCXbM8zH7S7iy/kZCZ foB+RVWcttfdkW7Ucm3NYsu18oX0q7581B6TEWOPWb2bfu0oH1t1Om3O6tCEzIou+257YZnJXF9m ctkczehIP5DRkXYq7ZK98Q6b3ZY1GR2WNfYz9lx7s9lcZqrsLTOlBVRctNdVBNjj0sPscZZsyxpL V8UsshKW0VFeVHHJ3lJBpU00rbpYXlJx1d5WscByKG2/5VDV4bQFaSMViyyHEoYth6gmshNOVsRm GCh3Q8bhimv2jvJR8+01i823qQy77PUV8RkxVT0ZMZZ48uxMRWpa9eqOtOpV1+xme0/5hYSWquGE llVN5KfzA3/dUS+evyrUyXo5b9/n/ctstgylJVmGqpqptIfhS+/qyKoW+JLEnq2OtsRXDNnPIe6y 77hPqIf02SNXt9gjK65WtNorywdXqeWmVWqVueKUpfWOPuGt+aH7xB294IPa/YNa+pNp2yv26Kpz q0NWD1ecoD54zC5VnaGwu2KvPbe83W5IO2U3VO2raLIXVoTbE8z19oTV0fZQ+8nysTJRdX11aFUH SuTVCxJ2lwnq8yLRVBZsN6dlZxyuktLmVLXZY1ZdXTUnrfobwWnV6WF6zZvPmGvMZ1afQc2PUi0t WnV69Tm9ztKqq/pXhyaakMOEZi9pYhylhWd0VJ1E+VLtyWll9uTV/Vwi6kvXEjIt1yyHqAZ7vctQ 3mkPSptlD6pqrDi0Kqm82x6SVmsPsd+sOLoqgH+t7rCHrLpWcdTeQ7OhUXyfZjgJM6hsXE6zuaDZ /Gs0j5fRDG6kGbxamokZ/C7jeppZZ2M2vRsz8Ie4Lwn8c+CfpWzM2jmuHewwXIf068lT07rLoXtT 8nQ5XX2qyTuZ/FrPHGwOU9DXEOtcDM2+skka8OK6aCXARI8XS1dkOdKL4ecKvXKQF7eLzvzf0r1z ceLq78nw3l+jdNGLK6Dzdjo6vVi+Rrd6MfxOy0qpyYubQ2f+wnmni6V7Y6qF6o9cd9O7cjYyBv4W 2ItdW1538XozF/6sB7dY4n08IW2iOwI3O7HzX4a/LMjsxNV1ogQfbzXg+8rOvW2IDl7J6b2tlndL 6T6rjw5Z9vdgVWrNUbSqLN3w4IV0VLpCv/o8LdBKroGCLJ3xsnCcjq0UZOmYl4U1dCcmUwpPCzuk IolXh/VeFvg79VTsU6z1srBI4t3OIi/ORHdkfJ81wX20XkA1ZuS95ECqMeoLmANmoEcEo0fMRI+Y RT1ig3QXekQcesSDqNuHZr418y3pYfSOeJ+9Q0Fbr/Eo9waUMFcqpN7P+xNbPXhNSqAxUE0Hj4Q1 HjEG6jcLqOR88P5x/mTcdOaNT7LU1AaGJYZlNIJoVW7Q9xCcXHLDAsNFwyLiiijsm+SFIcBAdz2U QhjO4G8MTOi3aDc0mksMdK9isE/yqmGfYZ/Wp1HvMwRTyPVIsVnr0M5IsjZCtjYb4j3SlBpKtUMa eaP1UVypIcydStthWKbtpphTFGPVxjxSLdaqDdFaLcXRHavWPxmjGUIMIVqRIUArIZ7u27Uudyrt ppakDWk0C2hrJUG/WtzpyO8+LVLr0Wju0Aootk/b464JjQwTH0/SsHbT7aF6TWtUabxqNFdovdpl dwq1W71AvOBSaKe00x6lqlbbVBox6jVKc1A74uFfkVak7ldpDlW7KW4Hl30yVZJap9J9ltrKsrZW W+eRLlKLVEvVCordR7GRWoFW7OGjRR1VacZR6ReVI15LcqdU+9VF6iU1lmJLKMdQLdJdI+pZOoLU DjWEYlOpRLepNO6UR5QhtVkZobgFlMcR9bLq0QrqTnWncl6tV+haoqoUv5PsnHHXjnJMoVlH6Ser TepxD75BOUD8OeK3qwfdZVC2qPHKNoppo5hqdZtHjF0NU6g/K/sppkit8bCVrdAdprKFcvdXk9UC jzRDykPKEoqj6526QF3iLpVygY5QhWpByea30NRIj1QnxG2FakCJY1kZVD1qQ2lUGsUVQVdsxUSx jcp5ZcDtCY103uO7STF1SqvS7WGzTBwW1AvFJZS9zcNilpIldvFusOikuDplv0eqWFEj6OotDrGs lCp1HulClBBRJKj3ix0UG6JYlVJ3SrFEDAqaAUQlySPKImWZOyVdvcLFeUFzlsinHIOUBR5x7dgx oTEgaAyIYcXgEdck94sG3lUQoWS1SVwQ1z3KvlVsxb6LQtJxcc7ti3xUrJRb9Z0XUSEaRauHzWx5 t7DINBfJp8nGFuGelTQRJ+LkdWKRvIliD1NsmdjkkTJELhIBvIMpU/lFiLCKErc38hKZSsy7EiLL w5MF8kWZ5j+5COVzawfwziWlEPIZEe6h30JXXJr/ZJr/XDswyBtv8/Tx1Zeu2LJrB0ZPsVnqkLj/ 0/wnb5Z7PNKUyqXSIekortiCfp1wp5J2UN48B9D8J1vlRo9Ui6VqOZquofyXfWR5q7t25BA5RCqS AyQuNc1/coU7lXRTSqLVRSqu1kK6KWe702GFwX9ZJhprPiH1yXGu2Omtd/+2uy38FKaBrpWf7K6L 537LK/hfzTQ2J57JLtw0rZD/cNuDawuH45ILr8c545IfHCzofPx4YW9xcFxNsYXkvuLjj1/h34XN xVnE5X9qbXER8w8OxtUVt8fVxOc/3lDc+dmu+C3FJcVniys+tbYovLi7eG3xheJ1xX3xFYW3Hw6K Hi7eVHyl8HDhvsKVk4HscWB7rlDKep7Bl29fqv9Sc/Ex8oT8YtnTL/Zpwp9JX3z5weUhu3q6ovBP +RcfYZ8KOqlMA8VbCtse7Cu8XbyNbOwsHizeU3yjuKF4tPhAkVp80NMXtoU7wqlP2konn7RpeNIW YFxnXCcFor2D0N7Tf+Kor1E2opd9L/CmNPHM706NTZMa3Jv28LNJ9CZ1iuY/eGnuErtdTzH5XoSf b/CTfzN5LEWbJNkVFA9Zzl+Js4Bs1+Pzd0A/OD8yPyE/M3+567xSP39mj35+sMAjPpnOdtfviXOl x5nja/Kj6Zx7H5/N+bmfDZo8u/Te59nn+7UIt0XQBz4Z5p3jPdLk37q4bxaC7Apz80ryBj9UqMgb yGvIa887kNeZdzDvbN6RvG4KF+h3d94x4o/k9VH8FYTjxFEa11PlZ8mv7/BTWbGXrsmKa0U+6S1K G4DSBqK0QXjSOwOlDUZpZ6PnmVDau1GuOWjdZNwTyZjLJSonc3y146djpR7cdldfyXVxE7PyR3/K PN0n053AlwmrpYNojWUUpHu3vm+QfXBBuVk5wzm3c/NdoSjXknMzpyO3hEJpznBufq4lt4L4tQgt Odf/v5WRW3UZnhc4Xfds/wtX4Uq68+PaL/Ng+W62Ca0xwU23Vp/lkU9jY937vL/AOt/76HeNmI0E lYRXFq0uL+vAleGv3R/w4vLprpfXC55cMp571npxi9DzSr04k7TWoybqpl0TeyZrgn89J7nfhvgu 8HlGqhPd33oPf592+Vvn4e/TLn+rPfzVuVKsaXInuen6u8vL338E7v7AVnTP+vrKi/9XuPED1kmr aZ3Eu5mBWCHNwAppJlYpsz5GSp5N+Z4rSCrip2RZAxRo/ZI1SOGGSx7VzxGddB7TZZvqivOQbQEU ZkEvJKs361xWT1YMYSZhb9blrMisehzncFDc36S8PHvyariZwmHU+zfB8bsZ/J8+MqW9HuxDGP8K nR+S6jx4nnv5GWUYDrsr5pPbj/oO8CXktACtg780FR6NIM8rxArhB+IARoGRMID3rMb/m39rjxL6 S7xHNfErQNJurXzP871Vtul3q1cq88Fu98WOnvmQLOU89tb/E4ZK8e5TU314901fnr37fV/sX/7z Q7JTcye9m2t9pf6z6osd2fQhWZ85je716WeML/Zm04dkqf5ub/PR3id91l/+32kv+NsyXDOv+KqD 2xkfp7+JcPEQjeAguicPlKTQZEl4BP4t3xGE65y/ICCv6b7cBbOsavatucl5h3IO39tgjc1pua/Q Gpsd+1h23lHbllyT9VZOW05u3onMQR11Pqcy71R2kzU171D2mjkXM7qzN+uprF15p7Njc2oyLmS3 fio1ryu7a8GcvPM5HVkteRezrTl1eVez9947lneNVmT1GTeyL35qq3XWY6kLFuWcyzm3YFHuppye z/fkDeX03tuQN5JzOceZdynnjBciXx31fHXUY/W0U/GDS5obnDGQffrezrzWnJN6GXVmahn10nmW y7NEH1wWvd50H3SbeqrcqPyQXKH7n+uftz/zyn3Jjx3N6c/ZnXcr5/rc5nwpZ1ivvdywfEPOTZ3J aaSV7u0ce37Q569PLZGe4/usIT7qGvCE1OG+jtx9CSF//s67Y2whUbNsobZIW7Qtho5IW9z8vvkl xMTYEmzJ80vvttvMd5ttmZl1ttz5g5k7oi7OH+TDFkeaJXQQpx9ua5k1ZCEms8ZlK4btsBW3DVvk 3THz++42Z3TMH4w6Ov+srdC2/G57xnXbcttKm123EnVRcr8/+9FK6/W2rGlIys9c+fd9SNN7HuRd ToOUP1u17Ms4ZrFHBme0W25ntGd007kt40JGH5130O8rEedmqxkDGYMWZ8aRjFGOi+yMDObD0ka/ +jL6Is6R/hgHD2udGYJsdeq2yBLZYStuGxlnM45YrmfcyOiLDJ49K+IcUl3gX5a2yE7LdYs943hk 5zTLuRgrMVc5Z0dKQem3Lf4WEwV/SxTJwZYwClEWMWnfKJpFM9l/UdD9jfgn8U80in4qjkmqeFW8 KhlEj/gP8uE18Rpp9ok+KYDyGuK1vFwi1+B+NoxX6CGtCDKFfOsi2zJrrM1ijbdlWZNs+dZUW5HV aiuxFtvWWstsm6xrbFvwu9oVam3bwFfbdoLfbNtj3WprsG63HbDush207rUdse63HbM22Y5bD9na Sa/TepR0T9jOQn8iuOylL0of4QAbrNdqCZk8+/It21ZqXWFbB79Y9vSLfZrwZ8IXX34U2Cpgl9Ox DqdlnxZYIq2nbN2TeU3Y1eVOpPX0hX6/z3sPH2smuysEIT9yc3j90n0pK2aeT2launvmeT5HVqe0 pmQvbZyfmdIUcWNpY8oJklZExtKxK7w+sjVsdFYCH5HVpJmdkh1ZG9nqOtzWDi3byajbmp/JdlxW XDZSjqZsT9mVcmrpjlkJS3fMjwsbDc9NyWYkvdMUszdlf8p+aXpvO8hSnOurIpR2VjRCUOqV1IHU QQoDqaOpV+7pTr1BYXRZk0cu0+7/3nPKTOr3EVHzFiUnLRPB65ZZkuOD1/E5wrSsaOlwcmrE4DJL +L7k1GUlJInwnvCeiIfmLYoouqcxuI+PCFOEaenw0uGIsIgi1+G2lrU0jlG3FTHIdnQrEzaW5adF pS1MW5IcG9yXHBtx4Z7GsBtLhxlJr4JiFqc9lMYzg/5c/GPMKcFdNKeIdP+U3en+6f6PGEgOTjel Bz9iSF02aX/6dVrGT2YoryxpJuW1YtohyJxqts7INVvpKCY521xAoTj50CfwjGX6pfMakTO2IORb Ls8NSgq4Z9bcDku/5XrowdCDln7zwNyYeVFzO+a2pV969ORcKbQ9dda8qPSRuYVB3Y9ev2dv0MDc Oj7MA+aBeVGkWXfPXv1wWwvrn2sPPRg2YauN7bAVtw1L/9wgjrPcnltn6Z0RkNJnbg9ttwyb2y03 51bqVoIGJPce+8eYf4L2IOSbD5mPmlvNJ8ynzKfN580X6TidNmq+ZL5KzDXzkHnEfCtdSllgvppu SA9KD0kPTY9Mj05q5iNtlDSvmq8mNROHw8NaV/IKstXlsnWN7cDKpA3K7yjHpWcmNZub0mPS44iX 0hMIk9PNupX06E+mtIEHEfLNdnNl2nZzDR1Oc715Nx3OtADzPnMjMc1m6dFa82Fzy7J480lzqLnD XGg+Q8c5cxsfaQGk2UhHG1g+3NbqzDvIVp3LVjPbgRW3Dae5kuJOmm9S+pXmHnOv+bK5xdxPeN08 7LJybtqlvSKbUFrsZQcc/0gh3xT8SKoxOykzKdPUblpi6qajPd0wdzRliKSSpVLo6aVxprAkc8rp pSFLo9Oy5kTOiTReC43lg3qFIWUoZSg0llk+3NbSJVOpqZvaVLdVwnZgZdKGqf2RVIo7fXdraKz5 lvES9w5T2JxI7iPma7oV47Vp7p1/jOuVcR1C0NxN/qNTj9mNknu3ezq7rt55+SMEzan0a3EfJot+ nlP5Sebl34gQNLs35Lz78F+on2f3fsy8RuWH3Duy/nGfSMhPtITY4ytmL04sSay462LilsRtiRWJ OxP3JB5I3BISTfLBxCOJxxLbEzsTu0Psd1VT3IWE3MRNOHbScYCO44l9iVcQ3NbWUvw2QtgiS2yH rHjYWJeYldiQeHZJQOImih+cvSXxRuKoSU0cW6Ka9ifmJxYlliYOfKzd4I9x12Q4L+U/fOrv+3Dt CX/Eco7P5jfvxn7PKBnVX3Jp+f0q8ZKfhfAF4F4DzXjiV8AhYB/zyjyWlQ4w5yG/CowB84D6MqEF +JiOzMtjkM8zytch/wpYC0zSdWAnCHZSmB9/R7xDTJR2QpLVXSq//bcY78S9xbL6S/AbGLUn1CMk j7Esb2JUchH7fTA52r9KsiEEmjLwG7DQCZvFwBlgNsHOj6ATAJzN6JcFa28AdfvNSjOXHfhDZQfh a1or1wwzooDfKFT61fsIf86MvFhdSPhZRiUB8kLWN4S4LPyE8GXmxdNqBMlfUcgf+X/Uz5H8C6R6 jlF7CrId2Aj8Z0bDCti5zWi4ghzXMq8awF+HZgHkUOQVBbkemo+qi+AhofYOo9LDqIIRDshbFJq9 5G3QXAGdLuBRRmmejC+bgUagv9xHLTgkfob/gM5vCQ3gS9VLyjz2nJ9ey1f4OzZ5jFGZx9/giTiW xQHIzyiZ3B8gDwH/wIx4AXieGTkC/Ci+37ulRDGyrNiBMYg9r4ZxeXU7LIvDkMuBfdDsgvwCsBj4 gJxBmAt/HgAmwVsV8kJ8gTegHmOE/LrOsA8Kvg8UKcBi8MNIOwLmD4zjwyrN5Wq2tpbwmNZGqZ5E i6yHt3bIz0FuZiSdtejzbfzeJ6N4AaliwIRxrHINOutcTBt6Mr/7HwHNIDDfYtSegrwE+nuARbDQ AXkNx/rNhc4e4Kdh4TlYG2OUxuFbEKP0Omy+DJ836f0K9VyuPkyyH/rYbO2rpJOIVI/oZQRmMo5f xV73gfFuYuaM06gX7cwoUSzLEYh9gWNFMeTXILcCd0C/0sWz/giYOKAFGDLGz/YusQ7F8ruVPdBf CAsLkeo6cAN0xoAZQBW78y8Dl/NX/UoBPxumll5NuAt2hsb4TdVN0Lk0biC5mmUNuZA+a9aP8czw At9d0khgHm/Jq/MhrwduYs33bON4pji+HYg3+saPAfGdwTi+iR7/GZDLorl4vO07zn/LSBp7CzLe KNatsf33bKgH6T1848Hy2G/5jen3fmcIIvltQyA/12CkKwLeOVZ/g2sh3nB1XSnwZrP6NLXaz1w6 /GR/tUuGV8qfIOP7YQ1vOPJ8TvwfIePdVvVHQHzPr3/DrqIUPKbGB9m+ZEIu70CW1JVAlEilko5d 9aM55L1+vyT23K8SDL4kNaQi30uQ3wYGA38BxJcrBrwDbMDbw37PAPHGs58/0poQi3dbtVuQvwHc DEwHfpN7o9YE/BW1dZF/POGvGdU3GA2PMAqgKgGfAn+E0e9ZRhn6Aow/dPwi/PF2KfTfROzjwKOM CnjtdciwoL4G5t9g+RLkFMga8C4wqZA3QX8dcAx5BQGjEHsDml+CbATqlp+APmKVQDDvIjYWzH+B +SPkn0CeAf2ZQCdQAN9GKQ4A14J5DlgJa18EwnPVDtRLbQL+BsxO4ErgImAhsASIMqpPwhPdt0dR up8DEeuv+/8viK2C3IF8wyFnAeG5chXWloB5mjEAbWREe/mXAcErjbC/C3YeAG8FX4e0h2DnInAb GNS/hrYQw0gbitgXYeExxLbBAngtHnIT5GLgADAOPHrI+BPcDwl/xesH4Gb0zK/xGkP+sWEm908e HdqvGdU3GA2PMAqgKgGfAn+E0e9ZRhn6Agz18Ab08Ab07QbusboFlv0idMssS7q1N3WbzIjHoXmU UUGs9jpk5KK+BubfkPslyCmQNeBdYFIhb4L+OuAY/AwCRiH2BjS/BNkI1C0/AX3EKoFg3kVsLJj/ AvNHyD+BPAP6M4FOoABinhEHgGvBPAeshLUvAuG5agfqpTYBfwNmJ3AlcBGwEFgCRBnVJ+GJ7tuj KN3PgYj11/3/F8RWQe5AvuGQs4DwXMF8qC4B87Tepmi7S8DXGGleasAs1IB5qQH9vIH7OfIqAyKt 0ggLu5DXA+AlXR+yFTp1yOsQ8r0I3AYG7aWh7cQw7IQi9kVYewyxbbAAXouH3AS5GDgAjAOPfjX+ BK0a5PHHx6m3j2fjKvyTsRx+/xroYFTCGWWgkICPgH8ceIZRgr4MRoWOsgu8rr8esTHAIuAW8MOQ YUGsAfYj7VrIP4QsgP5gmiAvhZwEfBrMNuBu4EagCtRtvgQELz8D+T3EzgVzA8wI5Ncgw5rwAyYD ZeAG6OQBE8E8BkyAtU8D54N5GKiXNwC4CowVGAc0AWOBUcDPQfN54A9g7XdAlFrVoPOfiP055CuI DYb8IvB/I/YdyHp7/ZJR09sFbaQ+BEyBZjcs/Bp4N/j7wCOV+A/gk8B04EngL6DjRKqdYAogR0Pu Q6zO74d8ntdI1K9K0K8YjwIfAWIFJen8nxipF5WgvzHTAPl/oLNo/Cav3vU1LfA4euwoVoD6F5DD kA3ARsQmQfMoVpJHwG+H5gAYrOiUEmjuBYOvK9VDYPDWI62tWcb3nOIw8Dws3ILcPlbN63AwL47x e+g9YKoZ5RVY/V5xrWBZzkLsMjDxLPvhW1N5AXAGbBYjbSGYYHiF92SF/nZpD9eGH75b1VBeOVT3 ilMJC6OWzKgagMfAjzJKbfo9whjd/cmbGcUz7LPyqr6WRr4VwFTYMek+wE4vdK7p9Y92KWRUjqJE F5Cqhdfnynm9dKg9zCo0ijn2DX2dj1K0oX2HkMtyMIg1oCxUexSrnWVUs5HXQb1Nxy5wu+gM8oqH D81IFQRPgmC5VrfD9xp0keN99rOMVA8duJfpQNsxbgHWAuNc/AW0AuNeMIchb0FNLgRWAodwP1IJ T/A1q+q6Cxur59ZnnnJvRquxhTOM0i1XKbhFhl12LqBvXECtXkAN6zkyc86lfwEz5wVY1kdQNTSb ITejdMz7o36usKa6VL+ng4Uy4A+AZ/W+7Rprzeg5JegDzKSi3QvhW7veFuhvbWgvJ/rDLMjfhp3T yCUErXxOH3eQT8DObozfs6iNUGAN+Aq0Tg3sWPXepfci/b4SaHGNUCPvnKB0cegnI/BnJ+sb9Le8 StmyOgif8U22+iw838loRO/1x/fbfhjphhMuC5vQgoR+/eBXsKxJ4A+jhrt0m8hLf5t7AH4uRr7+ fK9Kd76Ear3eA+FzB0qayt/Ba2V6/QCr5EsUGwHNBtgJhVyC/nALtXEJTDOYfci9H0wBar4OuAYY BsxG7HFoHsbd8UVYVmEBtaS9gtG0RZ914SHmEOU+eOXAnuEO4AvYRYyC/Br2FRdAfhdYi9gCoB+Y w0CHIYLwXuxG3gtmIeQQWNgNxsIovQl8XdeBfAnW7PpOJjAO+5wHgbNhYQT8H4B7XbusvBZ6DXuq UYyaCTb3ulaYrNPuWjdauL2wGl/gQgvXNtZCUS47jI8ZCrlnIkcV1uLgWz3yrQT6M6Nmgz8ODxeD PwzLI3ptwPIyYAwQ60kxF7H7gYlItQN8qvY2XxnBn/Ir5fkHd+JYp4li8J9Djp9GLjVgKlF745C3 QLMPOINLIfR9YAVl+Xe9ffmOXjwAO1iNK5+Ffjvq6gzkXMRmQg6HjHU1tRTb/BPkf9BrFZbvhz+h uqzvP8PzHuTYDwxBSVuhsxnyECwMId8+fQ8czB+h3wr5D3q59N1sbZz9dPW6b7M/vMOgPMKyUg/L i6E5Cp3nIBcjrxf0ejZk8HhE7CbE5qLtziF2Bixc0WXwf8F+y5uQV+h9nmXlSaAf+E4d0QrDkH8H eR9wQO/z2lb2n2XtCPA7en+max3NeNAJR922I/cDYEyunf/NGDWbeQcPtTqgy65nCl/n3ujqk6xZ i3p7BrFfRC4tYM4DcVclLEAH+v+bGDu411NK9LZGKb6JtN+E/Dbkt3UZaRXk+Ed4MgLcjfsX9HY/ +G/IYvRD/9TOwp+XGP3/GbHfBZ8MxJ2dUq3XCezAEz/UhqECtY17GXmzPpMg94XwpFS3DAs74f9O fX4wOFE/TvSTb2N2YrnAsIQsfA86j/BfGpCf0YIw5wzx/SbrSG+wTO2OvXSgFYj9NxGL2EvoG6+j Tk6wHfFD1/wWyWPEsIHtu2bCSMxgzDdo/ryaRV5XMYccA9ahXBvgfxfqJxg85ltNAn4GzPPQaUad vMqohjFqt8BcBhMIXAJmHnC93ku1P5H8FphrwHegmc17fdQPU+GPE/mmYi5NRe6Efrg6aE7kfg06 2Yykw3IY6nYHsJ31aa5wIi1jGfAzjEozxuw14KsarjWaPrrRn4HtjGo0dC5DDmQ0HNTQWxj9fo4e Mhdlfxw+dMP+ek33E15p+ijj3K2IPQ6bf4H8F9QnZkVVoB5eAt+FUoTr+ijvbU0fs07s4bOH52Hn OcjFqNV5jOoSeFuE2AtI1aRf1/TrhcvbVLS+EzLzn0det/XZUrfvqknO8VuQk2DzNlrtLeg8wDn6 /SPsXEK+69BzLsLmt5DXKeR+GYhxpzYCP43WTIT+OciL9F6ky9D5vW4HuAeaqDFtK2T0dqpVE1qf mQQwGIOGFshPwWYZ5ADgy4j9MlIVoc4fBl5FuX6A8RIO5tPA3wM/j3kgFbIMORiWMQZFOfA9WOjQ 7egjC3IUUt2E3IBUVv1awOj3DKxhnver1P3RZ2lofgfMIGTMxlTbHIsrgh+uStopWG7W7kd/vh9X qy+ive5H770fvf1+jLs9vJ+GHHGVNBRCzoAciry64fkvgYOw3wRvz+iybgfYgbzKobkEI24HsNLV /1PROjyun2YLActZNu5h2T8e+H/Z+/L4Kors39NdXX0vSac7rCKyhMgSASFAEiEghFWEEGJEQMQM u4CICMgggwqIiIiIggzDKBMRkXHYRETEDVARRXFlUZHFBSQgO8iW3HfOt5oMzPvJc957n/lrPvdz v3VudXUtp059q6r73G4b5WIVUao+RhPuIGusxCLPI4dc2GolyC+F/CBohZbPGDcS6XEX2xkQ2rag q42NZWF0iNwJ8TeglEYiu2Bvty803A/WvlHuoajv9FeMI6CTkU4LluOdRWLhjjxnBqtN6wOReURM leuBwF6CVj56pLmc5YwULbHFNpHrkI7sDkZIjLVFSnHA546ZX8D2RTnh3aIJjAHkILxDlAHEvZvY h8CHgEOBubjSdQDyNLnbImfFTsW+QsxTQFl3zZM87XsEVQXIU4FvIqYp5C2CVjLwY8T0wNE8YBJi ZkH2IB8CjgYuQvynkJ8H/gWYCqwFbIucS5mYoq9lpkNLx0DegxwG4mhLieF9jaTPBxYjfhfk3XLU NnXYIrLTGPJnOFoPWBE5n0V8tEieq1UbcgpK6QV5KFKeQG6ZpobILRtpViEGbacdJiViEpB+KvLc Lagips6m7RJj5wHfFKS9yOFdHF1heqFokbQLOAMxdyD/b3FWLeSZhPz/CGwHXI98OiHNIWBL5L8M 8hakqQc5IWyXyKmIT4Y8HjlPQj7bjGZML+PoCuzayiL9OMSfRvw6aGO46QWTD44qYA5ibjSy6Z1Q k5LPt2Kr1ueCbAlit2cRfwZnVYZ8K87qirp1QFkdIBsd1kWajkgzA+09YNoIeTbwCNLkAxui9DKx GoJImRnWROLrIp/VgvpJQeecHGW5hnALYiqZupkxUizP0akFTDfjBXKqoFUFuVURmfYIqgo4Whdy UuxJ6RfsixXi5wEXGY0ZRMx4YKY5CqwMnAVcgZSboJMWxs5NfYCHgH2Bu5CyjLE0xAxF3bYBD5hr R8inuxkFSLMB+BnO/Qbt6gjMBx5GG39CmteQ8xOI3w0cZBgAcj/YTwZSjja5AZXpcejkU1NP4B04 qxhyFPIIlLUV9rlXzoqmiRzBuHa7ArPQd7fI0Qg4za0tsnMQ/VgV7RqLWt0M2+iPlGA51+TvGJsx NS8aDcsRXG/qbJgB16kUroZNQ57TMOrniZ0wf9aAPdcA+9UQpjKMBGwK7noY+WSCT8Bp9ANi2htW RJpShvcE1UDDh4gvBn4L/Bx5ti2uw0iQ6yPlGNT2b2asQYfHcU21KRC+B/YctPck5N7y5C5ntJMj Mux8HXYxvXHtfR3uYNY111dlb8h7vRnY24pcgLvqe3E/vSAi/jArBfloFlBS4n6ZyguvadTC9YfK Ml5Etr9BzPAw58lY37KspgvyallmqEO4s39WfYWVQLKsDdTPcrXZycbMPll6SuO6rvgY2N8IqknU SfqOrpQ84ZXUke4HV0u/dAUujTUBhzSRGhbPQRpJ/7PIXF4nGTUS47iSA5c6W3ZGNE3qL0hnBbmW 02SlgfhDghFcfdVj4DGSh2tx9cSXgzPqCpwB3ArMwrUm8VvYK9dY6EjkM4kX7wU+Wgh5EbC6lOiu hiyz/BH3VqTHjO/uxh5/NfoCMfp1xkah58M0pLkVMp66Dm8fQnpyvse93XmI6YqjGyFLv2xErTZG fhSMjgVOkr6O9sK1wfmYT+HjAT6h4jTgcKCHlUYlpJwEnhf/riscWIsLiwWujKSIDFzpQgaujLRE fEvIzSE3R5pHkeZRyI9Blj11JdhAJd0aeFLQLQA6iGkPbChn6c9xheQLyJuRj6yyjujpkHcAxwGz EH8X6tADmn8eZ6FWuhW3aJ74vTA+LahvBa4SlHMZkxFTAPltkquIfxbUTwMl5QKkXCA2z7KUvg1P 5NvmdoFt3A5ZarINfbrc/ZhxnaDVRZ/hdtURXxq7DvI8JDmw/BhwuqCrgbgPCG3UidiMs50bxD6d ZwX1/ZDPQZ4G3Cgoz3Pk+C3AAzhLZvBB4tvD+LqgzkVKKb2ScxbakJVtJfd2tF2e47ETNS+U0jm+ OvAWHBXvpp2w9nrOa+iXDij9aWge6A4COoh/FfE3oUSOtx+Upxzy0XjE/wA5Begh5hFgNeC76NOP YTMymgr1HwXFH4ll6c2l0nY7QbeRNY/ziqwNBO0E927hXly5HadfkHjgOJ0NORvy/ZDvhzwT8kyc u1pmdpRYT+8CPo8avgM8jLZMhY1VRw0PI17OynG2wTbKMi6TWnH84xj7vYCi4S5qk6zTxFPLmus0 FdTXMe7XAwXRy/vdaUCxtP2RepBvhw0z49E+91npHUfeZrZPS+8k697CruLvaiW76WBaGWuFGCP7 5JmhVhzKbS9PeGQ8KFqVMcX9WFFmbWc/6u8ANwjqAcDawMcF3Wtw9ABimgjruuaoib8LeDdaVJNx muybrLlKfGCmqbsgb4U8GTJinBcQ8x1iDkH+BPipoC29vF8t45z72I9AP3J9u48895DlZpCvhHw9 5KtYHix6oJXqFdE5PSVtxPs/jsQciQceiVWEXBFp+KhVJybMMJ/SIT8jcmwj5EeBGtgROAX4AvI5 AxwA7C0IXj0iuzmWqwPLI8aFfDPkJsBrgdmIl6cZFxaXIdm1PQE8AxQ998Bdth7FtwPnIF5mq8dQ 23zgY1Ii4zUSA/wA9/v64+i9wLlSN44Xn8xZsRSsUd8Bfo1V6z6eHzNjMostkNKtBXIWr1d/AVbH Cn8CVviLgEUk+wXRwM4imf0LBTmfX+RcnBVBPvVCLUmt6kkrrEEGY4k4KjiiWO5iJKDVQ5F+T7Hw WJZ4UTJuB76PnKujhomQcTcNa+PKyHOBoFNfcuB9rpS+LNaTxO9CtKdiY7EynApZVq1bkWYr6ra/ +ASXOwE9NaE4xtjO9FpsJx/9A1LWkqfMsM6l9LmxOInB0fax78Siiu9D65Kg7QPIuQHjxuIXZcRJ ehpTLGNwK2KOxDBnSQzLSZA7ACWHJcVik0uKmH+sPebed6wdWbFpmN32CA/zmsQw6lzkwLMqvS4W xaNvE0biQsgKY20nRtZRxLdD+gYo60XYzPvgpXexEhB+IILvpTVDED7kxCNJ8ARi8BYU1oQgViPm uZjWbqwocAUDbaHixbJ6xEovX1Z3LM/GelJy2wuM4YqrLzMancWM5sMLNAametfZjhlBYk4CvxDm oS/k/gjtgY9oVUfGYHM8KTYFWM48NTZEeO0iDaFE0p0Qcw5yAWQuK1aAlOecZNRkDNfEMf6odC1Q WrFbZiirrAutug+CQ64Gyhsr35XWxb4n5B++wUhijpLo9izS/BXPjyPxeeZeqIYR3RYjkXuQd2GH MbIegs3w0dgo6f0YnmEd2wzEXeli3JWOwWslBm+T4o+A8GqInYLNzDb3uHHffK65q44YPF2rGL4l xfBjKcbz84vhF12MO9HF8H4pgkdEEXIoggd4EbxZinBHuwi+LkW4214E/41ivA+0eC3wK8TDc6MI /jZs2YLw8eB9kcSb56CnoM7LgQcRY95Ii2d6x+AnEFsDhH9OMTxheORLDvBXL8L9fQv1se4A3ogc /gb5OPAJxNQEwtucJgO/xdGHIUM/BP8EC7sq63mU9Szib0XMPcCWwOqo1W04+hNidkHDKMXaD1wH 3II9Wg0chebVTZDvxNHxkOHJYxUiN+jZKmW8BSCXRVmooQVPBuoMeRByexEpTSnnIZt3C23FWwhm AE8I2j1gmUhjdUE+8KOwxuGsyiFyGmUjPgMInyjLvLfnA8jwAbDgh28FQGNptwAfAcIHyUK/W+g1 ahSirD+bIh69bz0AhFePBc8o63bgNGAuzjL9C1u1YBsKdbPXo119gYeIV+8KflCM0mp4aNimFT9K uTa8hhS0p+BDZZuRMipEaTtswIa3hkKJCv9HUInAeBzdBzyMcjFe1PvAx4G/hP0iue2GjJ6VbmE0 dTD5z44d49aZkR5DS+E5FoPnVfiOU/jSEPoofNbha0CMVpoANKMJPirmKYk8txH4QXgSnmwEHiD4 qlFHoPGkMhrG/yMIOo/1gVyANnaC9kx7wTn2H4AW0qwFwh7IjLu/Al/BWaaGwyHHQX4ZMpiHjBcc uMuqDzTlwk/PAiNZ4KvYWyFKn6LmViqwORDsZCXj6FZ5+iPbfAFsvgA2XwCrLoDly84Ls6r9ctiD UqJ5RwKYig4AzyBPeKMRWIXM2HwbNTGcAL8jgv8SgZnpdSBGaAw+cnAZtBQs1m4ChM7t1aH1ytFf IZcHojcdWJqDNzI445EG/a7AWs59kFGK8yVkaMmCv5+NsRMz/5FBj9hXoFZoiwVN2rAfG0xuL0EO 4GS7CHmiL+jPQPhJxmDhZDwhwcOxqkD0bGwmEJ5+vPIWubQgrzhFRm/GMCOYt1mcBzfGTO9j7BNK jIE3CFoqAqfFzPszzIyGGZDgL2fdDzR8cg4y+oUw+mJgWvpC+pq/OzC+dmBk7QD/78CY2oHRtAOj aQdG0w6Mph0YTTvAdTswpnZgTO3AmNqBkYjrD8CXgHOBC4E9gbnA9cBpOLcP5ALgXtghmMSCd5kF /1K7O+Q3IJs56BPISUAz76CnrAjaCE2SiW+AtoOFyPQ4POLoTzhq5j5YI5mc20DP3+EsY+3oNcIs Rpi5aBP60YxozJIWrMV6FIj/T9m9IaNc+1XIvvxDqng6/idViHeynhSM1YjJnjTZePfJUV7PS5rZ wJX4X1gU8R7h7jYsE5ZjG29z1EcZxsBMFMMcbWOM2K1QT3CIRtsdzLMOVlAOLNOBBVpXAWFjlpnp jObB2xZGt8qFbMbmAKDxjTRzN8a7/RzS7ET6ayGb+dfM/vAztLA2UA8iHrpVWM8ojC+FsWyDKxyw qILHso2Z1DYzO0aQgm5t2IbCqkNh7NOViEePKNRH3Y34bZDBKg7maAd5OkivMDYd2IPGjOmAo7Th H/S4gq4c42F7Eog8HfPfQDC8MvyGNZsajKNYqyhTiimxIWTMbgr2zHt7QbClGok0WJU5WJM4/VAT cJqDUhzMfRp97cBWHfg5K6wiFFaelrGTdBzF3KSxulAYFzbYxobNWxgRZPraMKGZd4wNo6cs5GNj nWAbawE3Ws0Qg9Fnm/TGWsCKCuXasE91A2TMdMp4XMMn2cZK0jY8bOo8HLXFmHWM/6qZFxrJ2kAh f9t4C2OF7JaW59a6GK0OuM6BBpSxjSykb4zawnIcrC4UrNQBi1ojMD/GAXsBE4D5QB/YBzPmKsh1 gZOAtwNzBHlGLsDMW4D1YQFmZ8EsYCqwOfI5AtyLGMzIvC4pwAqzAOtPwSr4B+s9GnfHcNVaZhnp GaI4a2l0Bek+I/r0paR+940YShvuGDHgTjo4aEDfEVa5oX1GDbNqUGVy2rfKS6KMztm3JlHezTlt k2jYLXmMvH7k9VUcM2A5xmt4xmlD3akxz+3VcCSeXCrPWIca0PXUlnpQGg2ipPBYhCrw/FCXUqkF teO9QDoNpurhsSizbQLVo4bMw+2Z/TNoCCWHx0rxCs7nPWQjyqIb6Da6ju7ktZKsJuW4T5WoBs93 HXg1n4dnId9OQ+keGs2cPb4kVUBX8c4loKa8vsqhm6kfyfty76IRPJON4/nqQjrFTJBIveQZDNld OyRRWte8TkmywkMelXk2KE2ZvO7rQl2ZjW3ekQ6jkTyv3S97LU6TSFWoNpWhZtSKd7G5dAsN4Dx7 0908e97H8/RDYaqqvGcrS82pNa8obuL1wUCuQR9e491LY+lBmkQP92s0sp9KAtYBpgFbADv06zN0 lMoD9gDmA/sDh/Trd9dwNRw4FjgJOB04BzgfuBi4A7gXeKT/0MF3qLOCjg2MA5YBVgIm9x92911O CrA+MA2YCcwaOHhYH6c9MBuYB+wBzB84ok8/pz9wGHAMcCJw2uBhg0c5s4HPAOcDFwGXDh5591Bn JXANcC1wA/Bjrlof5wvgTmAh8JSgtocOu/cu7QPLASsBk4C1ht7db6iuB2wEbAJsAWwL7HjXgP6D dS6wG7AXsC9wEGczQg8DjgKOBY4HTr5bSpkGnAV8BrgAuHi44ErgGuBa4AbgxyO4AfoL4HbgTuCP wELgkZHc7/oU8LygawOjQH/kXf2Gu+WAVYEpwEbA5iNHpjZ02wOzgXnAHsB8YH/gEOBw4GjgOMZG 7kTgFOB04CzgXMbGbgFwIXAxcAVwtajJfRu4AbgZuBW4895hg/u5e4EHgceAp4HyL3fF/FMHq7Df K1lU/jIob5DRVOrfkuRcWflUYCZswLzWkDmqMXNeOvPXdcxJTZkrmvEov54ZryWzVyse720uOfN/ kmxmhnK/I5QnvglWuizGXwYVs25FrH1+r2RRwmUx7jLoMO+VZm4s938hX7ju9Fto3h1o1vNY1RB2 2aFW8aSCcKf/W3jVZdDmOSz5d4QX9vC/hcFlEWtfqnwZVDz/1MbVvt8rybseL4eXK82sHH4bq1wG bZ7Za/yO8HJl9KAVtIZ3fx/xLvQby7cqWFWtWlaq1cTKsjpYuVYPq7c1yBpujbFmWwXWS9YKa421 3vrI+sL6xvreKrSOWWdt246zy9iV7GS7jt3IzrRb2x3tPLun3dceYo+xV9tr7Y32Z/Z2e7f9s33E Pq1IRVWiqqiSVDeVrwaqWeoZtUCtVRvVZ2q72q1+VkfUaYecqJPoVHSSnBQn1WniZDkdnFynB7ly EV8txWrCclqYsBSeL0FWfEeS+2dWfC7bZim6wuvo9fKGe5O9Od5ib733jXcwgRIqJNRPyEromjAk YWLCrIRFCW8nbE34OeG8L0924o8vz3ooxWHX8Hc+yV0W2x/jTw2PrA3DzSYsn2rCK2eZsIq8n4fD qi1MWG2eqVW19eHv88jRS6qT1CLpo6S91adXX5Sckzzm6pyrJ9YYVqPAlFezb83haIVdc2LNOSbn muYNeFbN02bs1Sw2v2slh2GLMOwZhuadMFZtsza1UsJ0dSuH4YXf4Xl1w/PqhufVfSoMl4bhRyas lxGGs0zYYFQY7jZhaoZpcWM/DKuiTU7j1MatG3drPAS/qqTZaRXTUtM6pPVNG502LW1+2pq0L9IO pjvpVdMbpXdI750+Jn16+sL0tenfpB/JiGYkZTTJyMsYmjElY74p5brhJvfrRofh1DBcFYY/oxyr aYH53fSUCTPDWt1YMQw3mrBT6zAcbnq+03icX7HT5E5zOy3vtLHT951OZydm18lun90ze3j2lOz5 2auzN2fvzS7uXLFzo845nYd0fqDzrM6LTKk5k0xuOS/hd7mc9Tnf5BzpEu1StUtGl+wu/buM7fJU l0Vd1nbZ2uVQrpNbObdRbsfc3rljzNk39Tdn33QKv+PzMvPy8obkjc+bnbc4b33e9rxDNzs3y70+ 1kPX+sY6uso74vmcruPMubdEw7ByGGaH4RgTdguPd5tlzuu2weTTbbvRb7cTRg/dE8OwQhiG+XVP DsMsc3733DD83oQ9Zlz0vpIU5NlWnufL63Her1qvWK+QHcmMZOKdKmWcUbL/c8Y6Y+UaiDOT7Gjr aB7TQI9oDyofHRsdRxWiD0Yn0JXRh6IPUeXoI9FHqUp0RvQZSooejh6ja+Ovia9LDeNT41MpLf5g /EFK997z3qcM7wPvA2qSUDqhAjVNqJhQkdcJlh7CK4xEK9lOU+2ZVSrzKqI17znyeB/Sl/dFI3iP IO/smUFzeMe3iJbz/vJt2kCbaSvtpB/pIJ2g87x99yKrSEUWR5ZEXkO4NLIa4bLI6wiXR9ZwuISl NxAuibyJcGnkLYTLIm8jXB55h3WxJLKWfy3l1OsQLomsR7g08i7CZZH3EC6PvM+pl0Y28K9lnPoD hEsiGxEujXyIcFnkI4TLI5s49bLIx/xrOaf+BOGSyGaESyOfIlwW+Qzh8sjnnHr5v2hkEO+bxvBe 7/do5Au0fHHky1AzX4Wa2RJqZmuomW1czuLI9lA/X4d6+SbUy7ehXnaEGvku1MjOUCO7Qo3sDjWy Bxr5PtTID6FGfgw18lOokb2hRvZBIz+HGtkfaqQw1MiBUCMHQ4388n/QyGyaRwtp6W9q5FCokcOh Ro6EGjkaauRYqJHj0MiJUCMnQ4s5FWrm11Azp0PNnIHFnA31cy7Uz/lQL0WhXopDjcSMRngRB41E LaORqG00ElWikahjNBLVRiNR12gkGjEaiUaNRqKl/g2NvEcf01e0gzVSSMforGVbcdE4o5FovNFI 1DMaiSYYjUR9o5FoIBqJJhqNREsbjUTLGI1EyxqNRMsZjUTLi0aiFYxGolcYjUQrGouJXmk0E61k NBO9SiwmWtnoJ1ol1E/VUD/VQr3UlJZGk0K9VA/1khzq5epQLzWMXv5tjRws0UitUCO1Q42khBq5 JtRInVAjdaGReqFGrg01Uj/USINQI6mhRhpCI41CjTQONZIWaiQ91EhGqJHroJEmoUaahhrJDDXS LLSY5qFmrofFtAg10zLUTFaomVZGMzITSL1lHrCewttKhvFEEOU5Qa70pLK+2lIO9fC+ZKZvE73J ecr7KpRmelsg5XHc1lCa6W1jqR3SbQ+lmd7XkCTdN6E0E8/ir8F7xia4/tONejOrj6IHaIr3bUlJ O0pK+q6kpJ0lJe0qKWl3SUl7Skr6/kJJ3gGWboi24biDoTTT+wVSO447FEqXq9EPJTX6saRGP5XU aG9JjfaV1OjnkhrtL6lRYUmNDpfU6EhJjY6W1OhYSY147Fv15Y4mr97liubV9tV4tn6UrIQ0zPWy rjvG+9jKXO8stuteNIwtej4tZo6TZwO75KkyZNu/JtxKtm4axtyAmNsQw6u+hHyWMsNjN+JYj4tS d0RMz5LUtyO1xrNWK/IepQbOOYFyjiZ056PNcM5JlHMM5/TC2RedIyXYJ6RWfE5PSS31sY9JSvu0 KVlKsk9J7ezjyKW71EQ0YB+Vp6/oproZ60L8aHZfuPPF33Z4s2+htfnCtfwwTllb+bOGY9deFGtZ vGa2Xrrk3KXii2TNueTcufxZcOFuchjrWJPwmc7xwy7JU/6b3O2SPHta4kXb9pI82/On24V70CV5 puKTxfGVLsmz/oV7TCV5upbsE45cnCdbwzFL/G93XJwn7l7uIOmLDRfnKW8yDu8+h3nyflN2Tc9c kuc8/sjzAKdckucUfFgnNOKSPGVP0vOSPPOZY+VtbBfn2ZE/4sGedkmeafjIM0irlsSznbvZeGPO GfEmUXHKozh3svsInnD/z3cwWfHPAedjV7gdstTOCjrg3R/KfcSdbMckJ4WFL+cUJ35+ysOoiiM7 OBGclL2dfdD+xZyTaCdaiQrnOOK9Eb8wfiFZiZRIWCnLvdEL16CI2qO1wpkXrjxJnNTj+d9Tf/9r U6ba71ZRMvott5or3kE2W96nqlBVUymqrqqvGqkMNVFNUg+rKWqqmq6e4D360+ovap6arxaqv6t/ qCVqmXpZvapeV2+pdep99ZHarD5XW9XX6ju1R/3EeR1Uv/A+/phOCWL6et1St9JtdFvdXt+oO+oc nae76Z46X/fVd+g79d16pP6j/pN+QI/XE/UkPVlP0VP1ND1dz9BP6Vl6tp6j5+pn9DxdoBfoRXqx Xq5X6tf0Gv2Gfke/qz/Qm/Rn+gv9ld6uv9W79A/6Z31QH9En9Gl9Tsdc5UbceDdwS7tl3SvcSm5V bneSW91Ndmu4tdwUt45bz63vprqN3XS3idvMbem2ctu4vdze7gB3ZPyK+JXxqzzbc704z/fKeBW8 Sl4172qvlpfi1fHqeQ29dK+p19zL8tp5N3qdvVyvq9fD6+X19vp7Q/3d/o/+z/5B/5B/zD/hn/LP +sWBHTiBG0SDuMAPygQVgpSgXpAapAVNgubBi8E/gmXBK8FrwRvBO8G7wQfBpuCT4FPurU0qqmT5 Vk1VY6uqrWqTzb1Vl/vzWnUtOaqhakhapat0ctUENYEi6iH1EEW5Fx+mUuoR9QjFqUfVoxSvHleP M+8+oZ6gBDWTLcHn3n2aAu7hv1CielY9S6XVc+o5KqNeUC9QWe7xv1M57vV/UHnu+SVUgXt/GV3B FvAyVWQreJWuZEt4nSqxNbxFV7FFrKPKbBXvUxX1ofqQqqpP1CdUjS3kc0pSW9QWqs6W8jUls7V8 R1ezxexhlv9J/UQ11X61n2qpA+oA1WYL+oVS1GF1mK5RR9VRqqNTdArV1fV0Paqnm+vmdK1uoVtQ fZ2ls6iBbq1bUypbWVtqyJbWnhrpDroDNWaL60hpbHU5lM6Wl0cZbH3d6Dq2wJ7UhK0wn5qyJfal TD1QD6RmegjvDpvrYXoYXa9H6BHUQo/Wo6mlHqvHUhZb6QPUii11PLVma51IbdhiJ1FbttrJ1I4t dwq1Z+udSjewBU+jDmzF0+lGtuQZ1JGt+SnqxBY9i7LZqmdTZ7bsOZTD1j2XurCFP0O5bOXz6Ca2 9ALKY2tfQDezxS+irmz1i+kWtvzl1I2tfyV116v0Kuoho4Bu5XHwDt3GY+Fd6sXj4QO6ncfEJsrX n+pP6Q/6c/059dZf6i+pj96mt1FfHiffUj8eK7uoP4+XH2iA3qf30UB9QB+gO/RhfZgG6eP6OA3W v+pfaQiPo3N0p47pGA3l8aToLh5TERrG4yqe7uaxFdBwHl+l6R4eY2VpBI+zK2ike6V7JY1yq7hV 6F4ec8k0mkdcDRrLo64W/YlHXgqN49FXh+7nEViPHuBRWJ8e5JGYSuPdRm4jmuCmuWk0kUdlE3rI zXQzaZLbwm1BD7tZbhZNdlu7rekRHqm9aAqP1t70qNvf7U9T3RHuCHos/uX4l2la/Cvxr9Dj8a/G v0rTeRTb9ASPZJdm8GiOoyd5RPv0FI/qMjSTR3YFmsWjuxI97VX1qtJsL9lLpj/zSK9Fc3i0p9Bf eMTXobk86uvRX71UL5We8dK8NHrWa+I1oXnMAs3pb8wEWVTgtfXa0nNeB68DzfeyvWx6npkhlxYw O3SlF5ghetBCZole9CIzRW9axGzRn/7uDfWG0kv+Ln8X/cP/wf+BFvv7/H20xD/gH6Cl/i/+L7TM P+ofpeX+cf84veyf9E/SCv+Mf4Ze8Yv8IloZWIFFrwYqULQq0IGm14JIEKHVQamgFL0eJAQJtCYo HZSmN4LyQXl6M6gd1Ka3grpBXXo7aBA0oHeCxkFjWhtcF1xH64JmQTNaHywMFtK7wUvBS/ResDRY Su8HK4IVtCFYFayiD4I1wRraGLwdvE0fBuuD9fRRsCHYQJuCj4KP6OOAP/RJsDnYzDO/bSXR46q6 ukalqjR1XD2mnlR/Vn9Vf1PPqxfVK+o19YZ6BzPKx+oz9ZXarr5Vu9UPah/PJwf1Neq4vkbXVY/p bJ2ru+oeupfurfvrQXqoHq5H6TF6nJ6vF+qX9FK9gsfI67qufluv1xv0R3qz+orDrfob/Z3eo3/S hfqQPqZP6bO62LVd141zE9Q+ne2WV8nuVe5QN0N3ZSnf7eveoffEr/YcL+p5XqJXzqvoVfaSvBpe fa+xd53XzGvptfFu8Dp5Xbw8r5vX08v3+noDvWH+9/5ev9A/4p/2zwcUeEFiUC6oGNQJ6geNgowg M2gR/D1YErwcvBq8HrwVrAveDz5klp8GfifwuwVmt8HsCszugME1uNsFa0fA2lGwdimwdhxYOx7s 7IGdE8DOPtg5ADsngp1Lg53LgJ3Lgp3LgZ3Lg50rgJ2vADtXBDtfCXauBHa+CrxcGbxcBbxcFbxc DZybBM6tDs5NBudeDc6tAc6tCc6tBc6tDc5NAedeA86tA86tC86tB869FmxYH2zYAGyYCjZsCDZs BDZsDDZMAxumgw2vAxs2ARs2BRtmgg2bgQ2bgw2vBxu2ABu2BBtmgQ1bgQ1bgw3bgA3bgg3bgQ3b gw1vABt2ABveCDbsCDbsBDbMBht2BhvmgA27gA1zmQer0U3gtTww2s1gtK5gsVvAYt3AYt3BYj3A XLeCuXqCuW4Dc/UCc90O5soHc/0BzNUbzNUHzNUXPNUPPNUfPDUAPDUQPHUHeGoQeGoweGoIeOpO 8NRQ8NRd4Klh4Km7wVPDwVP3gKdGgKdGgqdGgafuBUONBiv9Eaw0Bqx0H9hnLNjnT2CfcWCf+8E+ D4B9HgT7jAf7TAD7TAT7PAT2mQT2eRjsMxns8wjYZwrY51Gwz1Swz2Ngn2kXcU0D1fiyXLNJfaq+ VNuYa3aBa9i+Q66p87u5ZrWuo9/S6/T7+kP9ifqSwy3665Br9utf9FF9Up/RRa7lardUCddUZ665 E1xTHVwzkLnmtf+Raxp5GV6m18Jr7bX3Ono5/8I1e/yf/P3+Yf9X/5wfC+KDICgbXBFcE1wbNAzS g6bB9cGiYHGwPFgZrA7eDNYG7wUb/8s1/+Wa/3LN/y+u4f14nOzuzTWA4FTwq1tNFQbn8TYn2e3j ogSPL7kmoHBNwGFr/57HV6EqpAh6KuoOdgfjiaCZvHdPohH0Hq+ZttP3dJBO8QY+ziond+cpjipQ ZUqmFKpPaZRJ8izObHWSc5+ofmWcpM4wTlHnGKe7U8jW17tjGFu6YxlbueMY2wRXku0fC65iPPEb OZ5CjqeR41nkeB45Pooc70OOf0KO9yPHSsixMnK0yHEfkNSQHiyRxpdIE0qkiSXSQyXSpBLpYUi4 YucdF9k7ceFYcKBEOhimijCH7ybSRbqYbGZbm3PQrksus24cRZktB3JPvRm8hbdmydWVKPIuE/8x 98XjcrYq/Kfsyr+95d8yFmXiGk4NpE7kFE5JWidMKUd89SD3L8ebEOfbkhfJvwckB/lXrxP/CZ91 XE1n1sNZ/nqT2oSqEGct4bPkQpJDdSiVv3LXXf5JYuKkxyqEPjFEN6CePwCfB/6dc040VzJVGVWG efsG1YlK6cY6jXzdRDejRLed24nKuTnuzXSV283tTtXdW93b6Or4RfHLqFb8OY+ofkL3hHxKC5KD WtQ8aBm0pFbBZ8EWah3sCAqpA+oSDS0mk7Ipj7/y/8/eYT2jcjWW616VW5DB3+ZhfTugjn8Dfodr zQryLuB0tL8QOv3PtCHCtRNf0Qz+nUPi+9ErbEEkHBmVw7Fh6n/jb9T/fEkr/rP1D6gb11juXQ/n 72iWx9FElqbSDJZnh9dcTUp5i2kT9FgW91Yj7rMeLPWmgSwPDdvXEe14A7gbrclQR/7ZzviPcWQT 8HhJay38p0zwFeCe/1j7y6Hlo+kBmsTfqSzLPbcHaB4toJdCaTnHruJ6vRlqolzY5x0pl7/dWBYN dgxzMtI4jp0Y6qTT/6NOJlxk4f9p/ZTl3uVZlMawJsawjqZCP8/Q/It+LaIR4fV6c0bJTMBfsZF8 6g/d/PPXaD5udJON9jx5Sdv+VTOPX9T+JRcxlWGtn0K9/ac0IvcALHjImV+JYUs645p+deDw8Fh9 DtviIylywljxH6offky8TSr+ufj58sbT+AVkBx2CDrhmf+EqvM3nlJLVQXA+OB2cCc4G54KigGcq nm9kNUBYAdi8KrqJFK+KbiHNq413mINwV45ge1QGWhWvmgvs3wV3GN7gD/k9ffG8Fw+csvAxxNrE H0iH6Qgd9d/23/H7+2v9df6A/y1NT/82v5d/u5/v/8Hv7ffx+3JO/24+9alcwuSER/zH/Gn+4/5U /6/+k/6f/b/4c/3p/hP+DH+OP9N/yp/lP+3LG9cTmYvqof7yfJpNcoWI9vDHpdP8iVi+5VPUSrQS qZRVxipDcdZiazHFW8ut5eRZK6wVlGCt+V/EnQdcFMm2h6uqhzAMVeiimBBRMaHoAAbWtJgQE8Y1 YiSrBBFxdVkDhquuYlaMi5hQATEnDGsWA4oomDHnhHlN79QZGKb37d67775999k///Scr7ump7vO qdjddDcR9DV9TWzoV/oVco9gghRnrswNzhGDuObCJ/JJfDT/kcfwn/gYPpaP4+N5LJ8g1ojVYq1Y J5LEerFHLBPLxS9iqdgqdomVIlmkiDSxWWwR28QOsUEkiBUiUaSKVWKj2CR2it0iXWzHWZZlcN6u PbHHsZpaeBZkjpFjTRrMNWaQqzrCr+oGi5b0gAVq1bDoSAgJI9ZkFyzf4O+3xd9fijyCpTSehTJU oQopK19PSMrhGbHHM1Iez4gDdYR2bgVaiVYijnQhXUgq4jmqhOeoMp4jJ7qN7iBV8ExVp8fpcVKD ZtNs4kzv0DukpoWVhZU8aupNVvARPJr/wEfyUXwEqSLnuPLogtndtYiLnIMtqekcbD6qaA62GCKG iuHiJzFBBIsgEQKfB4uhxB9skSJKjIDfd4qcFj+RTHKOnCVBJFXEivFiAkSf2bD9YLKR7Ia9omDv EbAHMJIHtd875D55SB6Tt+QD+Ug+U0sRBku4CKfmYhQso8VoyqkNLS7GwDJOjKOlaBlajpanFWhF 8Q9YpogptBqtQaeJUBFK4+liEQ3LSFh+ED/QRLqKrqFJdD2cuVQ4b5vpVrqd7hJjxVi6l+6nv9JD 9Ag9JibCMgmWybBMFVPpOXpeRIgImksv02v0Br1Jb1tIT20DUUXGleo4603OWWdQ3npgXugLeWEQ 8SMVSABE5IokmAwnlckIMpbUIeNhaUgSyAo4m8kkhTSBEiuNfIe5w5McJRmkGcmCxYtkw9Iac4o3 uQ1LG3IXlrbkASztMO+0hzbDE8h172DxIb/B0pF8gqUT+UK+ks6UQW7qSi2oBelBtdSa9MSc5Ys5 qy/kLDvSj5ampYkfLUvLEn9qT+1JAHWgDiQQc1wQ5LiqJJhWp9VJKHWmziSM/kx/JuF0AeTBCLqI LiKRdAldQYbTlXQlGU1X09XkR7qWriUxdB1dR36iG+gGMoam0BQylm6kG8k4uoluIuNxZmAs5Nlt ZALdATl3IuTcdDKJ7qP7yBR6gB4gU+lBepBMo4fpYfIzPUqhDQb5+iyZQbNoFlmAuXshvUhzSDy9 RC+RxfQKvUKW0Ov0OllK82geWUZv0VtkOXrALxaWFpZw3g0zH6ZgjG1viHd8IB/E/bg/D+CBPIgH 8xA++PcxEe8VKAl1ccMM/rKkHDDYBvYdXLjNn6XDh/Ao4zZD+FAeysN4OI/gw3gkH86j/vJ3/YV0 jMfjT+qIb0VD0Ug0Fk1EU/Gd8BTNRHPRQrQUrYSXaC28RRvRVrQT7UUH4SM6ik6is+giuopu4nvR XfQQPUVNUUu4iNqijtALV+Em3EVdUU/UFw2Eh+iFcyh6s3/Al01lU7Hd05ZUElaCCyHKCXvhICqJ ysJJVBE6YS1sRDFRXHwjbEUJUVLYiVKitCgL25UXFYSjqChqCGdRVVQT1QW0WYmG1qbukHIxZkvM WUlWk1ix6Ww6+BKjViRW7OVT+TT+M5/OZ/A4PpPP4rP5HD6Xz+Pz+QK+kMfzRXwxX8KX8mV8Of+F J/AVPJFv4Ot5Mk/lKXwjT+Ob+Sa+hW/l2/k2voPv5Lv4Hr6bp/N9fC8/wPfzX/lBvo6v5Gv4KsEg /dX8pTDnSfwQX8uz+At+jB/np/gRfpSf5Gf5OZ7Hb/Hb/A6/xx/xx/wpf8Zf8Tf8N/5RaIQZv8YP 8xM8g5/mZ3gmP88v8Gx+kefwXH6JX+ZX+HV+g9/kd/l9/oA/5E/4c/6Wv+Pv+Qf+iX8Gt7UQlkLL v/CvApqfPJ9fhbPUEcoZeQeNjDgUSpnxkFOmwlIX40s9jCwNMLJ4kAuwfIvRpCFGk0YYTRpjNGmC 0aQpRpPvMJp4YjRphtGkOUaTFlhCtcISygtjSmtqBdfCm1pDZGmDkaUtRpZ2WGa1pyVoCdKB2kGU 8cEo0xGjTCeMMp0xynTBKNMVy7Vu1Ik6ke9pVYg43THi9MCI0xMjTi8s9XpjxOkDEWcJRLFldBlE sV/oLxDFVkAM6o8xaADGoIEYgwZhDPLDGOSPMSgAY1AgxqAgjEHBGINCMAYNxtJzCE2HSDQUI1Eo RqIwjEThGIkiMBINwxI2kmbQDIh9p+gpEkXP0DNkBD0LESoaI9RIjFA/0ByIUKMwQo3GCPUjRqgY jFA/YYQagxFqLEaocXwKRKfxBR78zzzwf+vdBg+uJe8BZlPYFPRgb1IRfLW4ie8afNIKfFj6tfRi tQ+XQS+2N/VjnHNWk7pAtfUlfQfrH5iNnBlDLcn4f9NzUws8dhd450H0yfXgxXvRM5PBizeAH28C T5Z+vA38OB08+QB48P7fee3VAr81eO2p/we/lT02PgV+6wSeR3EOaTlZO4KafjLUjpzIbliqQ10g G2plebB4QP3oFnjvHVgaQj3pPnjvQ1gaQ33pMaTxFpamUIv8AN77EZZm5DMszaH8Z+C3Ggp1EmpO zcF7LakWvFdHdeC3nHLwWxtqA35bnBYHv7WltuC3JWlJ8NtStBT4bRlaBvy2HC0Hfluelge/rUAr gN9WpBXBbyvTyuC3VWgV8NtqtBr4bQ1aA/x2Gp0GfruALgC/jafx4LeL6WLw26V0Kfjtcroc/DaB JoDfJtJE8NtVdBX47Rq6Bvw2iSaB366n68FvZR3XH2prqeC3sqYbiDXdIKi5bQW/3U63g9/uorvA b/fQPeC3e+le8Nv9dD/47a/0V/DbQ/QQ+O0RegT89hg9Bn57gp4Avz1JT4LfnqanwW8zaSb47Tl6 Dvz2PD0PfnuRXgS/zaW54LeX6WXw22v0GvjtDXoD/PYmvQl+e5veJmMs4B8Zy1vz1jg77RvsaaRE w+6DZyXLOgZLIPIpUkV2hT00EkML0wf+49PLoN5msDSGPDKFxKls1cEWRVJVthLY8kkosMk0N4NF x2aw+eDTC9lComWL2CJipe2l7UV02n7afsRa66f1I1w7WBtGhHaYdhix1b3WvSYldG91b0lJ3Xvd e4L3gLAF2K8t9ye4P8X9Ge6v4P4a3F+L+1vh/rK/lWqjUAfJVjFLV6BWosCvV/AdvKSz7CRna2B5 At+RT+Q78IrscYpg8snJ8tnEeUa7hkXD8pal41Nq5Pu/Col8Lod8axRlj4w2xrzZWfkkM/h/0WTL 3fBf9lYTaDMWbWvPVoE9GNYeMXuTreVzPeE8syyWy64XbU+fsCh8eo7CdrMD7KjJHr3hvwPYE+C3 9TbZYzdrjk8rUiDKxsl14x6QZ6g8C7VNbPJdMbmyZkWnm1jlDM+DkEJL1pZ+MbE3xXmnCkRxN+Zh 8p1e+L7xOTh7tciqZ8VwXimjX6jexF6awjWg/hCp79EnNKGIkC/0Oj5HQYEyLovmmuyTAeWcnHUq n5pgvH7gmUk4O7YsPm2ryD4LfD8R555SnFlaYIe6+UQq77iTV+9F0fUmk8lkOpTKnir51N1cEzKU dqFeVPY+y2f97TMSM9IF4pIHrUXlfW7yCcWrTPaqDzUTeyrvhJPP65tispds0b+lDI9KPjc2rIAZ /AjyPlvClhCuma+ZT4T5CPMRxMbSy9KLFAOfGEmKY97XY953Rd9xs3lq85S42+TbvCI4v9rg7dqB ctwC8sZeSPEgyyAO7DREg2rmI81HkuY6rU5LWuh26Q6QljbPbF5iTxtj8fDNhZ5oxVYY9y0P+14k VSFn3iJ6dgfSaWQeZR5FvsPUPDG1Zphac0ytrTESUbYaNR577N7g+nLUXYaWEfizJHJsx64wakGa Goha66RHwZbrQJ1xlr8dkddYozsIx7oI1w4Z1w7jmnxucBybhdFKj/uUhvLNsI+MhIV7Fa0fLlg3 2VPmKDiS+nBtoshoiLSTyXQyh8QX9PvKu5TSyUFynJyBEvMylJf38J6L95B7NVBHLQZ1ULj2UKes TevShtQT8k97yEU9aT/qTwfTCBpNY2gsnULj6DwoqRKgJEpmM+D4Z7A40Dg2E3QmHAtjs9hs0Nls DugcNhd0LpwVxuZBxGVsvrxSbAHEXQbRNx6v4CJ5HuA6MrYEchDTzIccxMxHQA5ill4QVRnko96g vbV9QPtofUF9tX1B+2K07aftD9pfOwB0gMxF2oEQWZl2EERhGYv9Qf21AaAB2kDQQG0QaJAWIpo2 WBsCGqKFVijE6yGgQ7RDQYdqQ0FDIYIzbZg2HDRcGwEaAVefQUyPBI3UDgcdDrGcaaO0cMzaEdpo 0GjI9Uw7EnIIg7z/FvQt5Hqmew+5nkHezweVeZ/ZvMKcpDW5P7A0+lYXYugz/rs8rCwpHN+z1r2D szpdKnuIeTWNUJEKseQbiAtedAAdDVc4Ferut+gnZsf0rC3zZ2PgKm1mp9g9CEhllbqKjxKsxCpL le3KWeWRRqNx0HhoumiGaiZrEjS7NdmaZ2aWZpXMGpt1N4swm2a2ymyfWa5Zvrm1eVVzT/Pe4Idx 5knmB82vmr+1KGbhbNHSop/FDxZzLJItjlrkWfxmWcKytqW35SDLGMsFlmmWGZZ3LL9oS2vdtO3h yo3TLtZu1Z7RPrBiVvZW9a06WQ22mmi13GqnVZbVE525zlHXUNdNF6abokvUpesu6l5YW1k7WTe1 7mkdaT3deo31AevL1q+54NV5c+7Lo6FuvR5qr9f5e6iz14JWwQAxWsyDM29JBCkhc7jldMznD1Ef GEkckjgkcSoyE8lMJDNVZBaSWUhmqchsJLORzFaROUjmIJmjInORzEUyV0XmIZmHZJ6KzEcyH8l8 FVmAZAGSBSqyEMlCJAtVJB5JPJJ4FVmEZBGSRSqyBMkSJEtUJAFJApIEFVmBZAWSFSqSiCQRSaKK rESyEslKFVmFZBWSVSqyGslqJKtVZA2SNUjWqMhaJGuRrFWRJCRJSJJUZB2SdUjWqch6JOuRrFeR DUg2INmgIslIkpEkq0gKkhQkKSqSiiQVSaqKbESyEclGFUlDkoYkTUU2IdmEZJOKbEayGclmFdmC ZAuSLSqyFclWJFtVZBuSbUi2qch2JNuRbFeRHUh2INmhIjuR7ESyU0V2IdmFZJeK7EayG8luFdmD ZA+SPSqSjiQdSbqK7EWyF8leFTmI5CCSgypyCMkhJIdU5DCSw0gOq8gRJEeQHFGRo0iOIjmqIseQ HENyTEWOIzmO5LiKnEByAskJFclAkoEkQ0VOIzmN5LSKnEFyBskZFclEkokkU0XOIjmL5KyKnENy Dsk5FclCkoUkS0XOIzmP5LyKZCPJRpKtIheQXEByQUUuIrmI5KKK5CDJQZKjIrlIcpHkqsglJJeQ XFKRy0guI7msIleQXEFyRUWuIrmK5KqKXENyDck1FbmO5DqS6ypyA8kNJDdUJA9JHpI8FbmJ5CaS mypyC8ktJLdU5DaS20huq8gdJHeQ3FGRu0juIrmrIveQ3ENyT0XuI7mP5L4p0WB5qsHyVKMqT2UN 1nK6VPYQtYiMRDISyUhTgvXd6VLZQ1QjkXVgy+lS2UPUItIbSW8kvVWkD5I+SPqoiC8SXyS+KtIX SV8kfVWkH5J+SPqpSH8k/ZH0V5EBSAYgGaAiA5EMRDJQRQYhGYRkkIr4IfFD4qci/kj8kfirSACS ACQBKhKIJBBJoIoEIQlCEqQiwUiCkQSrSAiSECQhKjIYyWAkg1VkCJIhSIaoyFAkQ5EMVZFQJKFI QlUkDEkYkjAVCUcSjiRcRSKQRCCJUJFhSIYhGaYikUgikUSqyHAkw5EMV5EoJFFIolQEvUSLXqJV eYlsRwGJRhKtIug/WvQfrcp/oB0lWzZaSVCLCJboOizRdaoSXYclug5LdJ2qRNdhia7DEl2nKtF1 WKLrsETXqUp0HZboOizRdaoSXbcPyT4k+1RkP5L9SParyAEkB5AcUJHXSF4jea0ib5G8RfJWRd4j eY/kvSmRrVLL6VLZQ9Qi8gzJMyTPVOQ5kudInqvICyQvkLxQkZdIXiJ5qSL5SPKR5KvIKySvkLxC IudFmbSJsb9IYJ9PLewvqoet5E7YSu6MvT1dsK3cFdvK3bDnZzj2/ERhuzkG280/Ybt5DLSbXxH5 rohEnHnsDK3npsQb2uO+JJBEkNFkIokj8dhPjb0fuIY9ILiGvSC4hj0huIa9IbiGPSK4hr0iuIY9 I7iGvSO4hj0kuIa9JNjn84Yw7IvSGHoS8D7nGcCI7g3YdXj01vhUfjviRhoTHzKARBYcrXxOwXZy HJ+wfY+8IL9Ra2pHHakz9cZvkfWueEPvANa04rHMXFJgkTWseLz6hZazaHluYjmHlhdokSlmYYpy 7bxxLdu4dsG4dtHkm3Pwm+8a08g1bnXJuHbZuHbFuHbVJI1rmMY9YxrXjVvdMK7l4Zohf9lhXSMe aqsKWwZ/M+DvcmNqt/BXvSz8nbLXGnJdErSyLFgqtJusWRq0dzjbAu0UG7YdWgTFSeHsZvuCNGTd eRnWk5cXWE6gJQMtsgdzF7upGhe5XXD1ZT8k9jcaPsFVlr1EjHkwT7Dhe+dI1wKbE6sFGlnQa19o FcwOfo8vLPamdvqWfoHvaYmLRkWuUnnl+zF/lfUoPQPplGDezEdlT6XbiYZ+op+YntVXkXl0KTGT 47b0FrP73bf/QMfB8RdT2fwplHN0M/2ksvrQ7kSRI2L0nspenzY1PhPijIrYUyfQ5dgbWmQ1pwJ0 Cl1vagU/eA+pN6WRNE5lzyV5YK9Ke8unS5jYD4AHaeQYPm1ueJ+Okcjn2WjIa/KaVqdtVWQ6mUfM yGW5wH7OKiafiWNG9uGST0uoWDcin7n+RWXzJN541I9UVmfw9sJxhEKbHXEAPUqtC6wylyWz3L+p n9w44oVxlmKcZRhhFYiw0RChZFSthFG1MvZAOhX0rcuxdEPMktEKx8Eg9kjFma8syzgK8DeNK0Cd QsHzIb2xUsFTKgmOJFKM3fJZ7YYeWLk+W91Tii3vGdjKno98vUyNnqIP4IzLeFiJ+WJ636N9K472 XDSMchmty3G0Ckpv+rpgDMtgn8zk2yvlqFwtE2sEa4ljUuBzjJjYe8qt6Gj4/8XE2lx6FoUaL42n WSZ2Z+nVVL5f6qyJtYR8IxStD2uD6aoiO/lE5VsSHYh8r1qR9R49heNQjDam0Sb2M1S+keYFsCgT 605MEaIz5HJvE3sCjtAdhK29TKzT0LOSYS1PjoIZ7ZFUxh0oDWlpE6svvrdqDJHPTHliYm9J5bsr Awkt8AiDtTa+/Uo+gW9iwciXwW6HHibH/9ILrEyW3HL0hM2B66vgWLAF5iNLvNqJ/9bYLiNalshW QqqrsadwHVsH37ONbSNmbAfbCaVIJpSfliwLSkYrdgHKQmt2A8okXlCiG0el8UissNxZDzmPsI1M vmFvC/aWHWRyPOgieK4ZuwolID4rEUrqotEr9CUch5JvGiro5zeMGoOuQT2PZ6YEjr0XPkmm+980 Oi6jzAzwMcLm4SizTIVhKgqmosFUzDAVc0xFh6lYYyocjkU+OxNKaFIVZ5VrwEoNfol1Qi+bfBwj 0RjGUOBvPnIFowWBONEarthIiBOGh9DIt5JoIKbPg+Uy/tIeBfbrYG9OY2A5rrIfhVLAmW4vKDUK rWlgLUET6GKVdTH8/UJn0TEq60T4+4COpmEqaxj8zQIf7KKy9oS/6bQbba6yNoe/a2jLglKl0FoL /s6itWlDlRXKejKali4oZXr8R+rJhtyeWJDbKeZ2BXJqGuT5TMiP5pjPLTCfa9llyH1WUIo8Qz/5 m+ZgGGdSyDh+GPUg6iHM44tQZ6LGoULNnMgnn17Q2diE6wT5sydxOhEbcVycEBnipDglToszIlOc FedEljgvssUFcZH88bOGZKyywXu99AX31RjupOqNdxYZ7j1h4pI4jnoCNQP1JOop1NOoZ1AzUc+i nkPNQj2Pmo16AfXPj8k4Um1TnmiUlcptBWMD3nPiZizzSts4EkvlGlGUX5QbShz8f/R7S8GdPPKO r9rG/exgK4uCrT4V7GXy2WSfObiPBiKbs7yvyMaB2Ch5ygui6E7B1idh/ZXyCNaeKltg/WYBr/8v uGp/+LZ/ur8pJ4V3MsXhcclWgRvxtalASvzJUY2Xv84kfcOWf3R8f2HLgiMZj2fovx9TXeM1q0hs gd0s2FfekZmC1/CuyadXBXvKWoxhNpWZTUWbCJthNpE2w4nhXh7M+SJH5IrLNnIu9B/fpfNX7oGR 7ZKjpHA+lZwVEW6svVkW1qiIvD/HAdtD8og0OC5haNkeKVgrrJkWtX8K28uGNAKhVevwJ97E2CJd rixVUPuh+qEORh2COhQ1FDUMdZhUiCa5ODKf+2/O4YqGc/m7O4VVd4dB3VEn27TzUBdJhSPNwSPN wSPNwSPNwSPNwSPNwSPNwSPNwSPNwSPNwSPN+d+Xqpr6ONJfmjpQJyjd9NCWagylnze0tbpB6TiA Bso5RdBGGyNnHUGJtkDOSqJJ0NbbSnfTA9AWxFlO9Dq9Qx/RF9CW/MQYs4S2ZglWljmyqoZ5Vqyp nIfFOrHu0PocxIJZGItio9k4NplNh/pWPLSyV0G9Jg1azelQJh1nZ1g2lA957B57wvLZe/ZF0UAE K6bYKfZKJaW6UlupqzRUPBUvpb3SRemp9FP8lcFKhBKtxCixyhSITPOUxUqCskZJVjYrO5V9ymEl QzmrXFSuKreUB8oz5bXym4ZozDXWmm80pTUOGieNs0ZvvEpxqDNRZ6HORp2DOtfkSs5HXYC6EDW+ 6AqzJagJqCtQE1FXoq5CXY26BnUtahLqOtT1qBtQk1FTUFNRN6KmoW5C3Yy6BXUr6jbU7ag7UHei 7kLdjboHNR11L+pB1EOoh1GPoB5FPYZ6HPUEagbqadQzqJmoZ1HPoWahnkfNRr2AehE1BzUX9RLq ZdQrqFdRr6FeR72Bmod6E/UW6m3UO6h3Ue+h3peqwetlPgJ1pFRLLxNf7I3aB9UXta+Jj/ZHHYA6 EHWQie/6owagBqIGoQajhvwF/w5HjSjydW0k6nDUKFQ8cm00Kh4/1Myk4tXU4dXU4dXU4dXU4dXU 7UPdj3rg91EEak85ciYS6jPU56gvUF+i5qO+kvof6XGFChi+Lcoan+lPoGXzQimnCdIEa0LwM8UF Wyll5bvkSqCVlN2vjy27x1zrPNl78jtOLVhCbNlkMCUxSl11eq25WU2hsLJmRD/Q3KqmOdXQ2AaM ahK66jvra5lY7BMdxtlDASOXjmQQGU7CobIWQKLgf1O56CuaJKYp8UGTRZTofWvrDZ3rtvVufIBT wpyhCbElY/WxmkP6WGVDgsIoY7byvV7ud6tNXinaOo/DA3bXc+PRUjM4rpF4mMr3GnNb9n1XV1t9 cfnB0taqx8DhwSFhQVHhYa7F9EIaLWwtugT4h4aH+bs66O2lxcq2ZIcQv8jw4eGBUY4twiMjwiMH RoXAHhX1FSRXbEsX8W4hoQEuXaMGhkY4dmrRTO9Qiru6693dGrjp9R5u7r3hY119feNH/fgt/ydH xvU6yXW2mg4dO3VxraavYvjoENYiJCI4INKxZddWjq26+jT0qufm4eLeoEEDF49mDeq7VtFXNvwi +z/8RV0DIqND/AL0sbSS6RmmZkSJpTYE7FYsllKScT2jjE2FBd1j++c2d8u2DN2+7MDBpzEeG3q6 pwwZ32nnlIpWfTcudJnV+9ih2pvbZ/tF9fx848jUbmd1pz4vnVh8VPLKipVC3fNSr1fxbDXHh/tZ 1vy5wbWOFoOvOmcW6z2zR99lTX4r5ceORjTdU+lpn03v3HbfGZY+6uv7kw97fBf14738n2J69KyT nCWSLk255FmhYaVmt7RVWcKpu1XOTA+acMPr/aQOhy4HOhwbPqbR1uhSa1YnJER9n3R3QOlmgzyO BXht0NgFdn/0Yc3J5pl9u/nXGf8+04PYFBtyc0LtGU29n7Tp3vbJ4pDXJ22KfbSo23bQUDoj7Jjj xAzfc36LHOL6PrFZbee9fsj1inWYAn60MpZq4YyY6cvDKS0vNHaaEqRnuaZPj7w0n7vPtUn9rcm6 vm4vxmMeKl9ZU1pvN65E5brvL3XxirB66vkx+uOWmmmH6m2x0XeTG1TQdNC307dJaJ3QanKL4Kio iIZ16vhFDq0dWnidavuFh9aJGBIirXUiIsP9R/hFDa9jvIzyKuJFhFxZGzbR9zS3BMc0M7OgVNNe 31bvXfhZzyY3LviCkSNH/tEXBET+k5Sj9LbyeKtorPVWhUkqlr9zSEXmEvb19nTl0fMxHrt2xfzS qMuEVb9V9shWdg7ute1RXvgU5XV458HzG46Y9MD+qsURn2Xlks44tS7h1LHeyE1L06v9OLNvx0/m Py9c+KHGknee5buMj4v2VsbkLym1I/VSn0qz/Rq59a/38ejsxqeei0XjmprP9rAdbd1+n/uV/U9T mh2NKecUY3vV6lO7aY5m5bVTZ39r4VPR5/rQmIg9G146xr2P/2HA1Z/nZQbsWzDLJmHpxKe+22Ka JQx02dsiKKCsc2z22mm93rndXnn/yIzNlfbMqZ6bNr3rzODWrVfk0rSXA0seLrXC5XbDoR3DNzZ5 dr1GWsuTh+YE7SZnbOKKPz/HYl3bzItf1tn7h5TyFz23Qxh7AmEs2ySMpRXfaPXz2Ua/XMMwnPb7 MDbq/yRYVNZXNDh9WVPuH+DYNSQoDFI1CWSubnXd3Nzd3b81BLK6xo/68RP+E4GsYHPlTzb/l4Hp wUbfREf+vnpMutmPY1OePY5Ort71u4ZXPH/aEud+r8d3qzuXrNttdebWn9d9l9Tgpkunp/XsfJ53 GH3FNnpKWq0XvXzXPb6ZU2PEnXKTqi159d5lebP6NXWeH/c12r3Ld8Rcuy7tMtyPNEh79XhM0ptm JX0tA8pXbPCi1u5KumKbii0bWWnSxJiOu8rNSnuz8svPr60X+yS8OWFV8db627R+6891YgePV96s q3d1Xo9lH9tli9grHjO/+XL74uioKf43Bx2uUts5dVnpCsJh+8GNTltFp/Tr9nN926wZtW37lTMf In6sTifudK6RuX+dmdnNPJthHT6n+FaeUOPxsSNtjz+oNvH8mKMtdPOJ2aaOAcOOFAamAXBGfP/I URWTaNVr2Jre7h0ux1uM+zrRYd8/PkS6NcvXd5a4uAbixSovfcvfXx/IIfKjma2zu2u9b+vVrBs4 MFA/qIGry0B/9wYudQcOdHcZWB8+Nqg/yE9fz829bt2B/qoAeLL4g4ysrXY96YkGtd3t7Ha1X2xV Qd/dEAA76iEEJkAInNzqfxQAIS9DToZM3F8PZZ2ri5veVY8hsLdJCPTRQxA0CYFN/1oI/JO0o/4o 3rnmhDl/08N9/IVlRx9/aJjdsoPl8mf9bgzus2NUJluaHh28fNaKpbpDYxOnv+ywe/63H3nezSWv +zrZlJsxpWTDmCspZ7acGLr721qtfnIq3q2qnvOvrR8pFnfvBPat9eOy8uuK/WafFpXfMWTI8nVO Ey8/XZBwY/iq54PLJrcbtPxlzIESY71Pd9jc8sOLxnNDm+c+iLlXKmFJcLC2+ge28HlxZXdQl5Rf H24ZvibL73TbW03vvPL5/HVF3h5m26iv4/Xvv1uZOsvT1WNE9X6adV6h996MHuW5t8LpB60upN7q 2/TNiGP3Av0GnLqweOI/Zjjp3z2ve9av/KbmQW1Fu/0NxfPt8xuu9bhTZY7lmimBUG0zS4d4t8oQ 76wGulcti7U119+Huf4YPay0c6pOnZtfy5+WsVPgxLuW0ZdSGbXG6+Lqoq9piAtORXGhS3g4BAe4 UCGBIX4DowIcm42ICg6PDIkahcEMKmDurm5urt+6u0Ewcyv46CY//n/G2X8VwTZH9vIto/ffX37x AEfH5ouiuw5tWu5i+KmTLx8N+bLQrljejYZRE8ruqJPg9uTr9YPNfSpfiCRX6vWwmpqR6tjm9Yvg 5A7tZqzeO6rdsCWtLS5/rnJj2YgpmeuHtxybM/7Kq7359Ved8G11dWNKk7zqwQvLrl0dObz7y1Lz 7nyuNy8y4WJ0f4eRrSZM8rA7O7yPGWSZGas3h9S5XEb3ZU5UjVvRdbpdK6Hv9T5rxqDPJ0/093Lt tKua7R1PfWZkjWLVKx1r4NMkwa3JrNMrPMwn+fp0j63ubOa2o11OR7/7WS6DXrZqcj/Zkrz1WrH8 XJ/pVbs+GL2+bb5XZoPGHsu3jvRdXWr5jJPFZ3Zv/Guytr9yvjCC9YMz0ltvIyODLaVfNWZ6Bf6Y RK8/jCQyWJW30WggB07Wf2OuLWialKQaM0wYqr9GG5OpfD7n6nO+6rT5N+MHNEpyDV/TOD3XRV/G uFEJprF2sCJdyQhozrQgzVSxTCTHDvDsXm3h3Sq2n5xvWnWd3+vOKn0nQyxro2+tb5XQIqHZ5O/+ eiwz4kjI2jIEYRTrZhLFvPUQlE2imMf/pCInHaaFIdX/Hr8YJb2+bTq2qtfGx+Gem9y2DX4s6oQl tXn3uP+Ip+0bueS0SNF9OfnQxXVl5VMxneLHVeyb3KRO+92JSd2X3o7Ys3Pr+1Hb2kS+a/qo2diM m9alQk6uXuro8puu0+Hup11ut81Kj7ifxBOV1d3zdk5r1yN/fvOlL189f3Z7coW6jXd2X/yia+VJ zqti7efemmdRPv+Wz/vpKzIe2K6e7XO8XNbMyPnOw0KXlH1v/6LrxaBTlb76lj+dOH1vtc2j/Lq3 TOx8+sPDlT27X1vCWrWs0//15dTsWLewT6vm2955HHJ/XWKtfcdrFhMBcYuuvEn87Zuq2gCPeS9H V2i759zN7g/O/rCgtO+Jenb9r80t3ybOZV9K3Zb2z4qVLEv6XqvXp+KZ+GPaZ5PE9I6hwtanSUwN 76WR514Nzfj1ScTKHnN6/DRvRkI5b6X3u8yVQVZRq+s/dalT6vi9yAbfvA7f1Dgo9kOXzTPc7QIc xLRrxa77vw4/45V9vtTDUYc1W89/rHWjwrTlyVYfbat5ptz5cHPdWK89FgNaBwzw9Elr/sTn6Zbo UblWdbWh9uNcK9wS3a7dXfHxbutiKf7xXzvZ1Y7Zb1Zx9K35zaqFHJo7c/6JGblLKqZy36UvElMn B0+wHuyyJ3oIKb8gJd/ux7d2E/5rKjs7zmetcDfUn3XncaHtdYa6JPeL5zpO7pD4xVfUe3Cx7Xom h6z/mbOnPRJYIbDFPIDj2mFbgyY2dmD5/R5WfotlmIDLb5mBKL8NzA1MDIAltqmxAagxamQI5gK7 2kDuwHX3CZXe8xfmbLx/22OSVk22nuTDvY8eH50ZqByw9txdCT8V/ncXl1/0WVtioCD4mv1qyFRR zynSTpPWzYgxULvFkP2ieu+bTnb+73wsMz50npE/bazSPvfTl3QZnT/VzztkXz33W7zwoHLwqd5f ruc5L8Stv7DBiWXRz2U5k9Ova9xxC97QduGphpue+po2/9AgnifMOr+zJkwwyGv/HGkw91fdtemb XyhOr/txSfgzx/bg3KAtrhPmezB4uacJqmumrZj+5DJbo9einy3LBd1FOJvmt7wNrfjHOEs2gKOV QcDA7e32e8puu4/ohsxfL1fhaFh+ZvZ96+bJCxOZtsrybvzzffYmxnNK3iH/f7IePqTADSu9VwND ZDm+0htrRxil9BZALr2BIgwGjTMghW/jBIPGXuzF78LkJYk0T55NApVrxRZ6LVi61qc44gu7sF7q kCn1ieq6A8NaYHrX4RhmF7O7L7esLb99rjLQl3GjXklhdC6P8Opz+6r7d+hdEVrUk5u0I5zptJ+C cMDMu1UOj8J3r4+YJfNQlrFtze6KT90X3lgzvnu0r5+L9USvx6MPwaJ3/VdPevK8N+tqw8FnUz6x 6bcyv5yopaJU8PvbnycVM/V4v7M/Ktgj4Te3L5uraOqOhZZz0nWPBvK9SoqxF5vRrWD/iF3K6OcZ Q68yQ1vtIu4Trwps/7dyCd8/xJXY9+H6DvHXft31R0214xbvf72nltup+kpwkeI7g1O7K1JjohnF uUT4Lt0SmfHVZmdaxGZd/ec/W9vOBIa9mFswJWeNpc+Vb5X7V0lUJWm+XzRb04StXCrppK1crnzT B+7jOrvPO29++vNN7dbHS1aUmO7wO1qoLKRWxm0T1FMY5eYssmfz5g2+6SfmO/1vqFRsmCdqkPbC SShO6sQ8JcULzi+1X+7+4nFG58oNowYfNS0PlfioV2Hvl92bOfeUVf7eRvUSNsF3ZYr7ZzcdVA/Z tjHLtnNhWeKWvIXCy/avcv8glP+3yyhn07/7gSd6lE+m7Z0r2y6UwmSruz6yf8cTxadbN5xK3lIR wnrFUS9gzZQNSytWb14wrVTq5qR24VIlfaMVHHkLontU9y9433JK8dprOf+Ts955PvjOmJrfyV17 IvPEs7xXy6efM9T8z3c0OuaGr/TCG7/059nrhYplnxRe/NewiQWYhVmWMzEyGgCz28C1l7EPmyAG kRc0HgE116Dpl5PZkAd5hBroAASP25DPAFlWFNQYhGlkMQQWSvfXszAHTGQo+3dR62pY85/j3ZFN 4QYpSFp4DMMMQhZoNWgw+DJkMiQzFDHkgwe50xhKGBQYQhgqGQqAvHSgeCKQlcFQuVCtQQVnZi2p LMhPL0osyKjUR6tUWJoYGbSsOb7nbJ373KlxR+/jNwtX5V1bpLB6Y9apTKa3C+avnp8g9HwOj5Gm ocOs3Us7bpVP3J8mYxe70HFf6WL/jW9eq+5Rc/4RuOLZqfNnDvmGPt/4WM5vq99naa95vA83cf9u 3yu56o5SniHjhGcPfO1fnrimpNnMxOZemLTXov/dnIioa07SvEVXow7LyV65ueihxXQj3XmXg5Km fzSIS5zAGZp/4a3KT/8VH+/rXPxi5KB7wibQVHD19usMRcurHPhSGdiS8qJnVhyY195+orktIplN J6b9KkPU6v+Trvs2zRblqUxzW/G3XqltbVLVk/360276Bp+QPN9iGrGoTnoFa/ahla8aahdODnwf cWxhE5OGQROTCiKO2AybmESBQoLgVNk3YK0A7DMSSGky1kACOUlyI2ZWGIGWw2VYDfkho2yGJobm RuYmxlEYKdJLh39XQ27CreYcpvfzz6ctfGcoZ4FWXoPSytQPxQxn13FcN1063Wuz4dTH7G1ej8K7 smOPbuxfzqycUzHxXdOMJV4a3EUax+zrhE75zpaJVp8e/+jTVtFVxpPlPENu6q7rX7wmOlPpXsLk JxpLdsR4fP6w4hrvD+UpugsjDrBtdO9IkvOxlTXs33rxWUDYM97tNzhSdkkrbj31XuS3yn6GrR+f VDDvl+s7b9KvUvNij//6wOAGr7/fqpn8PFIOH5un2vva52eToPvSz0Wa/864Xp9XEllnd9bufqvu 1/UP7y96qVbccuVO6Of/QkV6j2USTsz19udez3pTktHq3LoFOUY9OlGskv6neb5YB0x7neBp9Cnj 9cno21vKld89mpeh/fXKpytJHAwAE+xmdQ0KZW5kc3RyZWFtDQplbmRvYmoNCjEwNzAgMCBvYmoN ClsgMFsgNzUwXSAgM1sgMjc4XSAgN1sgNTU2IDg4OSA2NjddICAxMVsgMzMzIDMzM10gIDE1WyAy NzggMzMzIDI3OCAyNzggNTU2IDU1NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDI3 OF0gIDM2WyA2NjcgNjY3IDcyMiA3MjIgNjY3IDYxMSA3NzggNzIyIDI3OF0gIDQ2WyA2NjcgNTU2 IDgzMyA3MjIgNzc4IDY2N10gIDUzWyA3MjIgNjY3IDYxMSA3MjIgNjY3IDk0NCA2NjddICA2Nlsg NTU2XSAgNjhbIDU1NiA1NTYgNTAwIDU1NiA1NTYgMjc4IDU1NiA1NTYgMjIyIDIyMiA1MDAgMjIy IDgzMyA1NTYgNTU2IDU1NiA1NTYgMzMzIDUwMCAyNzggNTU2IDUwMCA3MjIgNTAwIDUwMF0gIDEz NVsgMzUwXSAgMTc3WyA1NTZdICAxODJbIDIyMl0gXSANCmVuZG9iag0KMTA3MSAwIG9iag0KWyAy NzggMCAwIDAgNTU2IDg4OSA2NjcgMCAzMzMgMzMzIDAgMCAyNzggMzMzIDI3OCAyNzggNTU2IDU1 NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDI3OCAwIDAgMCAwIDAgMCA2NjcgNjY3 IDcyMiA3MjIgNjY3IDYxMSA3NzggNzIyIDI3OCAwIDY2NyA1NTYgODMzIDcyMiA3NzggNjY3IDAg NzIyIDY2NyA2MTEgNzIyIDY2NyA5NDQgNjY3IDAgMCAwIDAgMCAwIDU1NiAwIDU1NiA1NTYgNTAw IDU1NiA1NTYgMjc4IDU1NiA1NTYgMjIyIDIyMiA1MDAgMjIyIDgzMyA1NTYgNTU2IDU1NiA1NTYg MzMzIDUwMCAyNzggNTU2IDUwMCA3MjIgNTAwIDUwMF0gDQplbmRvYmoNCjEwNzIgMCBvYmoNClsg Mjc4IDAgMCAwIDU1NiAwIDAgMjM4IDMzMyAzMzMgMCAwIDI3OCAzMzMgMjc4IDAgNTU2IDU1NiA1 NTYgNTU2IDU1NiA1NTYgNTU2IDU1NiA1NTYgNTU2IDAgMCAwIDAgMCAwIDAgNzIyIDAgNzIyIDcy MiA2NjcgNjExIDc3OCAwIDI3OCAwIDAgNjExIDgzMyAwIDc3OCA2NjcgMCA3MjIgNjY3IDYxMSAw IDY2NyAwIDAgMCAwIDAgMCAwIDAgMCAwIDU1NiA2MTEgNTU2IDYxMSA1NTYgMzMzIDYxMSA2MTEg Mjc4IDAgNTU2IDI3OCA4ODkgNjExIDYxMSA2MTEgMCAzODkgNTU2IDMzMyA2MTEgNTU2IDc3OCA1 NTYgNTU2XSANCmVuZG9iag0KMTA3MyAwIG9iag0KPDwvVHlwZS9YUmVmL1NpemUgMTA3My9XWyAx IDQgMl0gL1Jvb3QgMSAwIFIvSW5mbyA3OCAwIFIvSURbPDVENEZGNEQ3QTIxQkVDNDY5MjdGNEY3 NjNFREZGOTE3Pjw1RDRGRjREN0EyMUJFQzQ2OTI3RjRGNzYzRURGRjkxNz5dIC9GaWx0ZXIvRmxh dGVEZWNvZGUvTGVuZ3RoIDIxMjQ+Pg0Kc3RyZWFtDQp4nC3ZBZgV9R7H4f0uGIBcCxUFAwwsRMXE wha7wMAubAWxRVERsbgKGKAgWIjYLSrGFTsICbu9XkFBUizu4f/OPvvs+8yZOc/OmXN2PvObraur fS1alNrP5evqFtMLEwr1YwqtDkLfQuvBhW7XLiYzZhRm9ijM2gfWzVpQ+O1MfFSYfTa+LMw5BM8W 5nbGuMK8DhhamG9p/heFBWMxt7Bo+GLqlygP1ndpV+jas3D8ZYVu6xZOe6pwxjeFHrMLPZsVLvi9 cPH+havLvtT3WVjo27swbGDh7pGF4avgRswsjOhfuGerwr0tC/ffVBhpB0d1LIxvWJjQHP3wd2Hi cVhUmOQ1TBpS+Lg9yltVP7l7YcqcwtzbC/NGF+a3wM2wyYIBhYWNF9NgyfL6GizdFL1QjkuDRp1R O8j1te8D8xW+xjc16jrXrYJqk29rT2iyQlmqPbgEGiKoRwM0xVJYEstgaTRCYzTBv7AslsPyaIYV sQJWwso4Ec3t9XeWWmA1rIrD0AUtsS7WwppYA6tjHayN1miFzbEB1kcbrIe22BgbYUNshk3RDptg J2yFLbEF2qMDtsU22Bo7Ygdsj+2wL3bFLtgZHbEn9sDu2A37YG90wl7ojANxAPbHfjgUh+BgHITD cQK64ggciWNwFI7G8TgWx5UPQ91/LJ3ko/G9pW44BSfb8mb824On4mKciTNwOk7DuTgHZ+Ms9MR5 6IHuuAgX4gKcj8vRC5fhUlyCgbgKV6I3rkBfXIM+uBrX4zr0w7Xoj5twI27AANyCm1EdsztwO27D rRiER3AX7sQQDMZw3I1hGIr7cC/uwQg8iJF4APfjYYzGQxiF1/EEHsdjeBTP4Gk8hSfxAp7Hc3gW L+MlvIgxeA2v4hWMxVS8iXF4A9UH+l28g7fxFj7EB3gf72EiJmA8PsIUTMbHmIQZ+Ayf4hNMw1f4 El/gc1Tn5G9RxeZr/Bc/4gdUf6nT8TP+h58KqQo0CzPxK37BXMzBbPyG37EA8zEPf+FP/IGFfm1V w0X4B39bp0dRyihltDFKGf2LGkYpo5SRzwhmtDFKGTWMNkYpo5tRwyhllDJKGRmMDEYG0xxqH+mJ 8EX4InyRyAhfhC/CF8GM1EXqIqYRzEhdpC4SGYmM1EXqIpGRyIhNpC5SF6GNYEbqInWRyEhkpC5S F4mMREbcIq2RyEhkxC2iGFGMKEZ6InWRukhkJDLiFmmNREYiI24RxYhiRDGCGVGMKEYUI3wRxbh+ ieuXaE7UMDIYUYxuRkWjjTkOEhn9y8k4Ca6lonHRuKhhdDMaF42LNkYbozJRvCheFC9KGcWL4kXx opTRuGhc1DdKGVWLNkYbo41Rtahh1DBqGF2JxkXjoo3RxmhcNC7aGG2MxkXjoo3RxqhatDjaGG2M GkYNo4ZRw+hKVC1qGDWMGkbVooZRw6hhVC1qGDWMGkbVooZRw6hh1DdqGDWMGkZXompRw6hh1DCq FjWMGkYNo2pRw6hh1DCqFjWMGkYNo75Rw6hh1DC6ElWLGkYNo4ZRtahh1DBqGFWLGkYNo4ZRtahh 1DBqGPWNGkYNo4bRlaha1DBqGDWMqkUNo4ZRw+r6s5pQoobV6JWqamoYNYwaRn2jhlHDLK5h7YK1 aoCqRQ2jhvnVJoFyRQ0zuzbctelTjXpluKvREA1Qj0ZYGkthSTTFMmiCxlgbK2B5LIdlsTJWQjOs iNWwKgx3ZUCtsQZWR0u0QGu0wlpYE9ugDdbDulgHG2FDbID10Q6boC02Rntsjs2wKbbGVtgSW+AA 7IgdsD22RQdsh12wMzpiJ+yB3bEbdsXe6IS9sCf2x37YF/vA7FRmtRoH4yAciMPQBZ1xKLriSByB w3EsjsHROAon4gQcj2qquxinohtOQTXOnYkzcDpOw7k4B2fjLPTEeeiB7rgIF+ICnI/+6IXLcCku wZXojStwOa5BH1yNq3Ad+uFa9MVNuBE34Hq8joG4BQNwB27HbRiEW3EnBmMIHsTdGIa7MBT34h4M xwiMxAO4D/djNEbhITyNx/AoHsYjeApP4nE8gefwDJ7Fa3gRY/A8XsCreAUv4WWMLaR6tW9Y+sHS W3gT46zzvqd639/GF3gf7+FdvIPx+Agf4gN8jEmYiAmYhqmYgsn4HJ/hU3yCufgO3+IbfAk3Devc NCyTW40fUR2C7zEdP6Nq1U+YiapOv2AG5mA2fsMsR7AK0e9YgPmYh7/wJ/7AQk+vUrcI/+Bv64Qv whfhi25G+CJ8Eb4IZsQmMhgZjAxGBqN/0b/oX5ncashgVC1qGDWMDEYUo3HRuGhjqjueEhnFi+JF 8SKREcwoSYQvwhfhi1xH/6J/0b8IZmQwqhY1jBpGBiOK0bhoXLQxohiJjLhFkiORkcjIS8Qt4haJ jAxGIiOYkbpIXSQyEhmpi9RFIiORkbpIXSQyEhlxi0BHIiOREZRIXaQuEhmJjOJF8aJ4kcgIZvQv +hf9i2BGBlPduVTDqGFkMKIYVYsaRg0jgxHFiE2kLlIXiYxERuoidZHISGSkLlIXiYxERtwiyZHI SGTELaIYUYwoRrmieJG6CF80LqIYqYuqRQYjihG+CF/cwy2zWg1JjoBF+CKD0bhoY4Qvohg1jDZG +KKGkbo4HUb/4gQYjYviRSLjPB9RjChGbKJOkboIX0QxohiljG5GfSOD0b/oZkQxMhj9i25GFKN/ UcPoZhQ2Mhj9i/5F/1IVT/+imxHFuMiIpkZeIi+RuohimTBrVMGs2qiUEbeIW/QvahhtjFJG6iJ1 0cYoZeQschZtjFJG/6KG0cZMq81AndqWf4ztPXkxDSc3KkwZVJg6va7u/5gUi1YNCmVuZHN0cmVh bQ0KZW5kb2JqDQp4cmVmDQowIDEwNzQNCjAwMDAwMDAwNzkgNjU1MzUgZg0KMDAwMDAwMDAxNyAw MDAwMCBuDQowMDAwMDAwMTI1IDAwMDAwIG4NCjAwMDAwMDAyMDkgMDAwMDAgbg0KMDAwMDAwMDY5 OCAwMDAwMCBuDQowMDAwMDA4NTI5IDAwMDAwIG4NCjAwMDAwMDg1ODIgMDAwMDAgbg0KMDAwMDAw ODg1NyAwMDAwMCBuDQowMDAwMDI2NTAzIDAwMDAwIG4NCjAwMDAxMjYxODggMDAwMDAgbg0KMDAw MDEyNjgzNCAwMDAwMCBuDQowMDAwMTI3MDUxIDAwMDAwIG4NCjAwMDAxMjcxMTEgMDAwMDAgbg0K MDAwMDEyNzIyMyAwMDAwMCBuDQowMDAwMTI3MzQwIDAwMDAwIG4NCjAwMDAxMjc0MzkgMDAwMDAg bg0KMDAwMDEyNzU5OCAwMDAwMCBuDQowMDAwMTI3NzEwIDAwMDAwIG4NCjAwMDAxMjc4MjcgMDAw MDAgbg0KMDAwMDEyNzkyNiAwMDAwMCBuDQowMDAwMTI4MDg1IDAwMDAwIG4NCjAwMDAxMjgxOTcg MDAwMDAgbg0KMDAwMDEyODMxNCAwMDAwMCBuDQowMDAwMTI4NDEzIDAwMDAwIG4NCjAwMDAxMjg1 NzAgMDAwMDAgbg0KMDAwMDEyODczMyAwMDAwMCBuDQowMDAwMTI4OTU4IDAwMDAwIG4NCjAwMDAx MjkwMTIgMDAwMDAgbg0KMDAwMDEzMDk3NiAwMDAwMCBuDQowMDAwMTMyNTQyIDAwMDAwIG4NCjAw MDAxNTMxMzUgMDAwMDAgbg0KMDAwMDE1NDQ4NCAwMDAwMCBuDQowMDAwMTU2MDI4IDAwMDAwIG4N CjAwMDAxNTc0NzcgMDAwMDAgbg0KMDAwMDE1ODEzMSAwMDAwMCBuDQowMDAwMTU4Njg5IDAwMDAw IG4NCjAwMDAxNjA0OTggMDAwMDAgbg0KMDAwMDE2MDc4OCAwMDAwMCBuDQowMDAwMTYxNTI4IDAw MDAwIG4NCjAwMDAxNjIxMjYgMDAwMDAgbg0KMDAwMDE2NDY5MyAwMDAwMCBuDQowMDAwMTY1MTEz IDAwMDAwIG4NCjAwMDAxNjU1MDQgMDAwMDAgbg0KMDAwMDE3MTY2NyAwMDAwMCBuDQowMDAwMTcx OTQzIDAwMDAwIG4NCjAwMDAxNzIwNTUgMDAwMDAgbg0KMDAwMDE3MjE3MiAwMDAwMCBuDQowMDAw MTcyMjcxIDAwMDAwIG4NCjAwMDAxNzI0MzAgMDAwMDAgbg0KMDAwMDE3MjU5OCAwMDAwMCBuDQow MDAwMTcyODI4IDAwMDAwIG4NCjAwMDAxNzM0NTMgMDAwMDAgbg0KMDAwMDE3NDAxNCAwMDAwMCBu DQowMDAwMTc0NDAwIDAwMDAwIG4NCjAwMDAxODQzMjQgMDAwMDAgbg0KMDAwMDE4NDYwMCAwMDAw MCBuDQowMDAwMTg0NzEyIDAwMDAwIG4NCjAwMDAxODQ4MjkgMDAwMDAgbg0KMDAwMDE4NDkyOCAw MDAwMCBuDQowMDAwMTg1MDg3IDAwMDAwIG4NCjAwMDAxODUyMTIgMDAwMDAgbg0KMDAwMDE4NTI0 MiAwMDAwMCBuDQowMDAwMTg1Mzk1IDAwMDAwIG4NCjAwMDAxODU0NjkgMDAwMDAgbg0KMDAwMDE4 NTcxMyAwMDAwMCBuDQowMDAwMTg2MDk5IDAwMDAwIG4NCjAwMDAxOTM2ODcgMDAwMDAgbg0KMDAw MDE5Mzk2MyAwMDAwMCBuDQowMDAwMTk0MDc1IDAwMDAwIG4NCjAwMDAxOTQxOTIgMDAwMDAgbg0K MDAwMDE5NDI5MSAwMDAwMCBuDQowMDAwMTk0NDUwIDAwMDAwIG4NCjAwMDAxOTQ4MjYgMDAwMDAg bg0KMDAwMDE5ODM5MyAwMDAwMCBuDQowMDAwMTk4NjY5IDAwMDAwIG4NCjAwMDAxOTg3ODEgMDAw MDAgbg0KMDAwMDE5ODg5OCAwMDAwMCBuDQowMDAwMTk4OTk3IDAwMDAwIG4NCjAwMDAxOTkxNTYg MDAwMDAgbg0KMDAwMDAwMDA4MCA2NTUzNSBmDQowMDAwMDAwMDgxIDY1NTM1IGYNCjAwMDAwMDAw ODIgNjU1MzUgZg0KMDAwMDAwMDA4MyA2NTUzNSBmDQowMDAwMDAwMDg0IDY1NTM1IGYNCjAwMDAw MDAwODUgNjU1MzUgZg0KMDAwMDAwMDA4NiA2NTUzNSBmDQowMDAwMDAwMDg3IDY1NTM1IGYNCjAw MDAwMDAwODggNjU1MzUgZg0KMDAwMDAwMDA4OSA2NTUzNSBmDQowMDAwMDAwMDkwIDY1NTM1IGYN CjAwMDAwMDAwOTEgNjU1MzUgZg0KMDAwMDAwMDA5MiA2NTUzNSBmDQowMDAwMDAwMDkzIDY1NTM1 IGYNCjAwMDAwMDAwOTQgNjU1MzUgZg0KMDAwMDAwMDA5NSA2NTUzNSBmDQowMDAwMDAwMDk2IDY1 NTM1IGYNCjAwMDAwMDAwOTcgNjU1MzUgZg0KMDAwMDAwMDA5OCA2NTUzNSBmDQowMDAwMDAwMDk5 IDY1NTM1IGYNCjAwMDAwMDAxMDAgNjU1MzUgZg0KMDAwMDAwMDEwMSA2NTUzNSBmDQowMDAwMDAw MTAyIDY1NTM1IGYNCjAwMDAwMDAxMDMgNjU1MzUgZg0KMDAwMDAwMDEwNCA2NTUzNSBmDQowMDAw MDAwMTA1IDY1NTM1IGYNCjAwMDAwMDAxMDYgNjU1MzUgZg0KMDAwMDAwMDEwNyA2NTUzNSBmDQow MDAwMDAwMTA4IDY1NTM1IGYNCjAwMDAwMDAxMDkgNjU1MzUgZg0KMDAwMDAwMDExMCA2NTUzNSBm DQowMDAwMDAwMTExIDY1NTM1IGYNCjAwMDAwMDAxMTIgNjU1MzUgZg0KMDAwMDAwMDExMyA2NTUz NSBmDQowMDAwMDAwMTE0IDY1NTM1IGYNCjAwMDAwMDAxMTUgNjU1MzUgZg0KMDAwMDAwMDExNiA2 NTUzNSBmDQowMDAwMDAwMTE3IDY1NTM1IGYNCjAwMDAwMDAxMTggNjU1MzUgZg0KMDAwMDAwMDEx OSA2NTUzNSBmDQowMDAwMDAwMTIwIDY1NTM1IGYNCjAwMDAwMDAxMjEgNjU1MzUgZg0KMDAwMDAw MDEyMiA2NTUzNSBmDQowMDAwMDAwMTIzIDY1NTM1IGYNCjAwMDAwMDAxMjQgNjU1MzUgZg0KMDAw MDAwMDEyNSA2NTUzNSBmDQowMDAwMDAwMTI2IDY1NTM1IGYNCjAwMDAwMDAxMjcgNjU1MzUgZg0K MDAwMDAwMDEyOCA2NTUzNSBmDQowMDAwMDAwMTI5IDY1NTM1IGYNCjAwMDAwMDAxMzAgNjU1MzUg Zg0KMDAwMDAwMDEzMSA2NTUzNSBmDQowMDAwMDAwMTMyIDY1NTM1IGYNCjAwMDAwMDAxMzMgNjU1 MzUgZg0KMDAwMDAwMDEzNCA2NTUzNSBmDQowMDAwMDAwMTM1IDY1NTM1IGYNCjAwMDAwMDAxMzYg NjU1MzUgZg0KMDAwMDAwMDEzNyA2NTUzNSBmDQowMDAwMDAwMTM4IDY1NTM1IGYNCjAwMDAwMDAx MzkgNjU1MzUgZg0KMDAwMDAwMDE0MCA2NTUzNSBmDQowMDAwMDAwMTQxIDY1NTM1IGYNCjAwMDAw MDAxNDIgNjU1MzUgZg0KMDAwMDAwMDE0MyA2NTUzNSBmDQowMDAwMDAwMTQ0IDY1NTM1IGYNCjAw MDAwMDAxNDUgNjU1MzUgZg0KMDAwMDAwMDE0NiA2NTUzNSBmDQowMDAwMDAwMTQ3IDY1NTM1IGYN CjAwMDAwMDAxNDggNjU1MzUgZg0KMDAwMDAwMDE0OSA2NTUzNSBmDQowMDAwMDAwMTUwIDY1NTM1 IGYNCjAwMDAwMDAxNTEgNjU1MzUgZg0KMDAwMDAwMDE1MiA2NTUzNSBmDQowMDAwMDAwMTUzIDY1 NTM1IGYNCjAwMDAwMDAxNTQgNjU1MzUgZg0KMDAwMDAwMDE1NSA2NTUzNSBmDQowMDAwMDAwMTU2 IDY1NTM1IGYNCjAwMDAwMDAxNTcgNjU1MzUgZg0KMDAwMDAwMDE1OCA2NTUzNSBmDQowMDAwMDAw MTU5IDY1NTM1IGYNCjAwMDAwMDAxNjAgNjU1MzUgZg0KMDAwMDAwMDE2MSA2NTUzNSBmDQowMDAw MDAwMTYyIDY1NTM1IGYNCjAwMDAwMDAxNjMgNjU1MzUgZg0KMDAwMDAwMDE2NCA2NTUzNSBmDQow MDAwMDAwMTY1IDY1NTM1IGYNCjAwMDAwMDAxNjYgNjU1MzUgZg0KMDAwMDAwMDE2NyA2NTUzNSBm DQowMDAwMDAwMTY4IDY1NTM1IGYNCjAwMDAwMDAxNjkgNjU1MzUgZg0KMDAwMDAwMDE3MCA2NTUz NSBmDQowMDAwMDAwMTcxIDY1NTM1IGYNCjAwMDAwMDAxNzIgNjU1MzUgZg0KMDAwMDAwMDE3MyA2 NTUzNSBmDQowMDAwMDAwMTc0IDY1NTM1IGYNCjAwMDAwMDAxNzUgNjU1MzUgZg0KMDAwMDAwMDE3 NiA2NTUzNSBmDQowMDAwMDAwMTc3IDY1NTM1IGYNCjAwMDAwMDAxNzggNjU1MzUgZg0KMDAwMDAw MDE3OSA2NTUzNSBmDQowMDAwMDAwMTgwIDY1NTM1IGYNCjAwMDAwMDAxODEgNjU1MzUgZg0KMDAw MDAwMDE4MiA2NTUzNSBmDQowMDAwMDAwMTgzIDY1NTM1IGYNCjAwMDAwMDAxODQgNjU1MzUgZg0K MDAwMDAwMDE4NSA2NTUzNSBmDQowMDAwMDAwMTg2IDY1NTM1IGYNCjAwMDAwMDAxODcgNjU1MzUg Zg0KMDAwMDAwMDE4OCA2NTUzNSBmDQowMDAwMDAwMTg5IDY1NTM1IGYNCjAwMDAwMDAxOTAgNjU1 MzUgZg0KMDAwMDAwMDE5MSA2NTUzNSBmDQowMDAwMDAwMTkyIDY1NTM1IGYNCjAwMDAwMDAxOTMg NjU1MzUgZg0KMDAwMDAwMDE5NCA2NTUzNSBmDQowMDAwMDAwMTk1IDY1NTM1IGYNCjAwMDAwMDAx OTYgNjU1MzUgZg0KMDAwMDAwMDE5NyA2NTUzNSBmDQowMDAwMDAwMTk4IDY1NTM1IGYNCjAwMDAw MDAxOTkgNjU1MzUgZg0KMDAwMDAwMDIwMCA2NTUzNSBmDQowMDAwMDAwMjAxIDY1NTM1IGYNCjAw MDAwMDAyMDIgNjU1MzUgZg0KMDAwMDAwMDIwMyA2NTUzNSBmDQowMDAwMDAwMjA0IDY1NTM1IGYN CjAwMDAwMDAyMDUgNjU1MzUgZg0KMDAwMDAwMDIwNiA2NTUzNSBmDQowMDAwMDAwMjA3IDY1NTM1 IGYNCjAwMDAwMDAyMDggNjU1MzUgZg0KMDAwMDAwMDIwOSA2NTUzNSBmDQowMDAwMDAwMjEwIDY1 NTM1IGYNCjAwMDAwMDAyMTEgNjU1MzUgZg0KMDAwMDAwMDIxMiA2NTUzNSBmDQowMDAwMDAwMjEz IDY1NTM1IGYNCjAwMDAwMDAyMTQgNjU1MzUgZg0KMDAwMDAwMDIxNSA2NTUzNSBmDQowMDAwMDAw MjE2IDY1NTM1IGYNCjAwMDAwMDAyMTcgNjU1MzUgZg0KMDAwMDAwMDIxOCA2NTUzNSBmDQowMDAw MDAwMjE5IDY1NTM1IGYNCjAwMDAwMDAyMjAgNjU1MzUgZg0KMDAwMDAwMDIyMSA2NTUzNSBmDQow MDAwMDAwMjIyIDY1NTM1IGYNCjAwMDAwMDAyMjMgNjU1MzUgZg0KMDAwMDAwMDIyNCA2NTUzNSBm DQowMDAwMDAwMjI1IDY1NTM1IGYNCjAwMDAwMDAyMjYgNjU1MzUgZg0KMDAwMDAwMDIyNyA2NTUz NSBmDQowMDAwMDAwMjI4IDY1NTM1IGYNCjAwMDAwMDAyMjkgNjU1MzUgZg0KMDAwMDAwMDIzMCA2 NTUzNSBmDQowMDAwMDAwMjMxIDY1NTM1IGYNCjAwMDAwMDAyMzIgNjU1MzUgZg0KMDAwMDAwMDIz MyA2NTUzNSBmDQowMDAwMDAwMjM0IDY1NTM1IGYNCjAwMDAwMDAyMzUgNjU1MzUgZg0KMDAwMDAw MDIzNiA2NTUzNSBmDQowMDAwMDAwMjM3IDY1NTM1IGYNCjAwMDAwMDAyMzggNjU1MzUgZg0KMDAw MDAwMDIzOSA2NTUzNSBmDQowMDAwMDAwMjQwIDY1NTM1IGYNCjAwMDAwMDAyNDEgNjU1MzUgZg0K MDAwMDAwMDI0MiA2NTUzNSBmDQowMDAwMDAwMjQzIDY1NTM1IGYNCjAwMDAwMDAyNDQgNjU1MzUg Zg0KMDAwMDAwMDI0NSA2NTUzNSBmDQowMDAwMDAwMjQ2IDY1NTM1IGYNCjAwMDAwMDAyNDcgNjU1 MzUgZg0KMDAwMDAwMDI0OCA2NTUzNSBmDQowMDAwMDAwMjQ5IDY1NTM1IGYNCjAwMDAwMDAyNTAg NjU1MzUgZg0KMDAwMDAwMDI1MSA2NTUzNSBmDQowMDAwMDAwMjUyIDY1NTM1IGYNCjAwMDAwMDAy NTMgNjU1MzUgZg0KMDAwMDAwMDI1NCA2NTUzNSBmDQowMDAwMDAwMjU1IDY1NTM1IGYNCjAwMDAw MDAyNTYgNjU1MzUgZg0KMDAwMDAwMDI1NyA2NTUzNSBmDQowMDAwMDAwMjU4IDY1NTM1IGYNCjAw MDAwMDAyNTkgNjU1MzUgZg0KMDAwMDAwMDI2MCA2NTUzNSBmDQowMDAwMDAwMjYxIDY1NTM1IGYN CjAwMDAwMDAyNjIgNjU1MzUgZg0KMDAwMDAwMDI2MyA2NTUzNSBmDQowMDAwMDAwMjY0IDY1NTM1 IGYNCjAwMDAwMDAyNjUgNjU1MzUgZg0KMDAwMDAwMDI2NiA2NTUzNSBmDQowMDAwMDAwMjY3IDY1 NTM1IGYNCjAwMDAwMDAyNjggNjU1MzUgZg0KMDAwMDAwMDI2OSA2NTUzNSBmDQowMDAwMDAwMjcw IDY1NTM1IGYNCjAwMDAwMDAyNzEgNjU1MzUgZg0KMDAwMDAwMDI3MiA2NTUzNSBmDQowMDAwMDAw MjczIDY1NTM1IGYNCjAwMDAwMDAyNzQgNjU1MzUgZg0KMDAwMDAwMDI3NSA2NTUzNSBmDQowMDAw MDAwMjc2IDY1NTM1IGYNCjAwMDAwMDAyNzcgNjU1MzUgZg0KMDAwMDAwMDI3OCA2NTUzNSBmDQow MDAwMDAwMjc5IDY1NTM1IGYNCjAwMDAwMDAyODAgNjU1MzUgZg0KMDAwMDAwMDI4MSA2NTUzNSBm DQowMDAwMDAwMjgyIDY1NTM1IGYNCjAwMDAwMDAyODMgNjU1MzUgZg0KMDAwMDAwMDI4NCA2NTUz NSBmDQowMDAwMDAwMjg1IDY1NTM1IGYNCjAwMDAwMDAyODYgNjU1MzUgZg0KMDAwMDAwMDI4NyA2 NTUzNSBmDQowMDAwMDAwMjg4IDY1NTM1IGYNCjAwMDAwMDAyODkgNjU1MzUgZg0KMDAwMDAwMDI5 MCA2NTUzNSBmDQowMDAwMDAwMjkxIDY1NTM1IGYNCjAwMDAwMDAyOTIgNjU1MzUgZg0KMDAwMDAw MDI5MyA2NTUzNSBmDQowMDAwMDAwMjk0IDY1NTM1IGYNCjAwMDAwMDAyOTUgNjU1MzUgZg0KMDAw MDAwMDI5NiA2NTUzNSBmDQowMDAwMDAwMjk3IDY1NTM1IGYNCjAwMDAwMDAyOTggNjU1MzUgZg0K MDAwMDAwMDI5OSA2NTUzNSBmDQowMDAwMDAwMzAwIDY1NTM1IGYNCjAwMDAwMDAzMDEgNjU1MzUg Zg0KMDAwMDAwMDMwMiA2NTUzNSBmDQowMDAwMDAwMzAzIDY1NTM1IGYNCjAwMDAwMDAzMDQgNjU1 MzUgZg0KMDAwMDAwMDMwNSA2NTUzNSBmDQowMDAwMDAwMzA2IDY1NTM1IGYNCjAwMDAwMDAzMDcg NjU1MzUgZg0KMDAwMDAwMDMwOCA2NTUzNSBmDQowMDAwMDAwMzA5IDY1NTM1IGYNCjAwMDAwMDAz MTAgNjU1MzUgZg0KMDAwMDAwMDMxMSA2NTUzNSBmDQowMDAwMDAwMzEyIDY1NTM1IGYNCjAwMDAw MDAzMTMgNjU1MzUgZg0KMDAwMDAwMDMxNCA2NTUzNSBmDQowMDAwMDAwMzE1IDY1NTM1IGYNCjAw MDAwMDAzMTYgNjU1MzUgZg0KMDAwMDAwMDMxNyA2NTUzNSBmDQowMDAwMDAwMzE4IDY1NTM1IGYN CjAwMDAwMDAzMTkgNjU1MzUgZg0KMDAwMDAwMDMyMCA2NTUzNSBmDQowMDAwMDAwMzIxIDY1NTM1 IGYNCjAwMDAwMDAzMjIgNjU1MzUgZg0KMDAwMDAwMDMyMyA2NTUzNSBmDQowMDAwMDAwMzI0IDY1 NTM1IGYNCjAwMDAwMDAzMjUgNjU1MzUgZg0KMDAwMDAwMDMyNiA2NTUzNSBmDQowMDAwMDAwMzI3 IDY1NTM1IGYNCjAwMDAwMDAzMjggNjU1MzUgZg0KMDAwMDAwMDMyOSA2NTUzNSBmDQowMDAwMDAw MzMwIDY1NTM1IGYNCjAwMDAwMDAzMzEgNjU1MzUgZg0KMDAwMDAwMDMzMiA2NTUzNSBmDQowMDAw MDAwMzMzIDY1NTM1IGYNCjAwMDAwMDAzMzQgNjU1MzUgZg0KMDAwMDAwMDMzNSA2NTUzNSBmDQow MDAwMDAwMzM2IDY1NTM1IGYNCjAwMDAwMDAzMzcgNjU1MzUgZg0KMDAwMDAwMDMzOCA2NTUzNSBm DQowMDAwMDAwMzM5IDY1NTM1IGYNCjAwMDAwMDAzNDAgNjU1MzUgZg0KMDAwMDAwMDM0MSA2NTUz NSBmDQowMDAwMDAwMzQyIDY1NTM1IGYNCjAwMDAwMDAzNDMgNjU1MzUgZg0KMDAwMDAwMDM0NCA2 NTUzNSBmDQowMDAwMDAwMzQ1IDY1NTM1IGYNCjAwMDAwMDAzNDYgNjU1MzUgZg0KMDAwMDAwMDM0 NyA2NTUzNSBmDQowMDAwMDAwMzQ4IDY1NTM1IGYNCjAwMDAwMDAzNDkgNjU1MzUgZg0KMDAwMDAw MDM1MCA2NTUzNSBmDQowMDAwMDAwMzUxIDY1NTM1IGYNCjAwMDAwMDAzNTIgNjU1MzUgZg0KMDAw MDAwMDM1MyA2NTUzNSBmDQowMDAwMDAwMzU0IDY1NTM1IGYNCjAwMDAwMDAzNTUgNjU1MzUgZg0K MDAwMDAwMDM1NiA2NTUzNSBmDQowMDAwMDAwMzU3IDY1NTM1IGYNCjAwMDAwMDAzNTggNjU1MzUg Zg0KMDAwMDAwMDM1OSA2NTUzNSBmDQowMDAwMDAwMzYwIDY1NTM1IGYNCjAwMDAwMDAzNjEgNjU1 MzUgZg0KMDAwMDAwMDM2MiA2NTUzNSBmDQowMDAwMDAwMzYzIDY1NTM1IGYNCjAwMDAwMDAzNjQg NjU1MzUgZg0KMDAwMDAwMDM2NSA2NTUzNSBmDQowMDAwMDAwMzY2IDY1NTM1IGYNCjAwMDAwMDAz NjcgNjU1MzUgZg0KMDAwMDAwMDM2OCA2NTUzNSBmDQowMDAwMDAwMzY5IDY1NTM1IGYNCjAwMDAw MDAzNzAgNjU1MzUgZg0KMDAwMDAwMDM3MSA2NTUzNSBmDQowMDAwMDAwMzcyIDY1NTM1IGYNCjAw MDAwMDAzNzMgNjU1MzUgZg0KMDAwMDAwMDM3NCA2NTUzNSBmDQowMDAwMDAwMzc1IDY1NTM1IGYN CjAwMDAwMDAzNzYgNjU1MzUgZg0KMDAwMDAwMDM3NyA2NTUzNSBmDQowMDAwMDAwMzc4IDY1NTM1 IGYNCjAwMDAwMDAzNzkgNjU1MzUgZg0KMDAwMDAwMDM4MCA2NTUzNSBmDQowMDAwMDAwMzgxIDY1 NTM1IGYNCjAwMDAwMDAzODIgNjU1MzUgZg0KMDAwMDAwMDM4MyA2NTUzNSBmDQowMDAwMDAwMzg0 IDY1NTM1IGYNCjAwMDAwMDAzODUgNjU1MzUgZg0KMDAwMDAwMDM4NiA2NTUzNSBmDQowMDAwMDAw Mzg3IDY1NTM1IGYNCjAwMDAwMDAzODggNjU1MzUgZg0KMDAwMDAwMDM4OSA2NTUzNSBmDQowMDAw MDAwMzkwIDY1NTM1IGYNCjAwMDAwMDAzOTEgNjU1MzUgZg0KMDAwMDAwMDM5MiA2NTUzNSBmDQow MDAwMDAwMzkzIDY1NTM1IGYNCjAwMDAwMDAzOTQgNjU1MzUgZg0KMDAwMDAwMDM5NSA2NTUzNSBm DQowMDAwMDAwMzk2IDY1NTM1IGYNCjAwMDAwMDAzOTcgNjU1MzUgZg0KMDAwMDAwMDM5OCA2NTUz NSBmDQowMDAwMDAwMzk5IDY1NTM1IGYNCjAwMDAwMDA0MDAgNjU1MzUgZg0KMDAwMDAwMDQwMSA2 NTUzNSBmDQowMDAwMDAwNDAyIDY1NTM1IGYNCjAwMDAwMDA0MDMgNjU1MzUgZg0KMDAwMDAwMDQw NCA2NTUzNSBmDQowMDAwMDAwNDA1IDY1NTM1IGYNCjAwMDAwMDA0MDYgNjU1MzUgZg0KMDAwMDAw MDQwNyA2NTUzNSBmDQowMDAwMDAwNDA4IDY1NTM1IGYNCjAwMDAwMDA0MDkgNjU1MzUgZg0KMDAw MDAwMDQxMCA2NTUzNSBmDQowMDAwMDAwNDExIDY1NTM1IGYNCjAwMDAwMDA0MTIgNjU1MzUgZg0K MDAwMDAwMDQxMyA2NTUzNSBmDQowMDAwMDAwNDE0IDY1NTM1IGYNCjAwMDAwMDA0MTUgNjU1MzUg Zg0KMDAwMDAwMDQxNiA2NTUzNSBmDQowMDAwMDAwNDE3IDY1NTM1IGYNCjAwMDAwMDA0MTggNjU1 MzUgZg0KMDAwMDAwMDQxOSA2NTUzNSBmDQowMDAwMDAwNDIwIDY1NTM1IGYNCjAwMDAwMDA0MjEg NjU1MzUgZg0KMDAwMDAwMDQyMiA2NTUzNSBmDQowMDAwMDAwNDIzIDY1NTM1IGYNCjAwMDAwMDA0 MjQgNjU1MzUgZg0KMDAwMDAwMDQyNSA2NTUzNSBmDQowMDAwMDAwNDI2IDY1NTM1IGYNCjAwMDAw MDA0MjcgNjU1MzUgZg0KMDAwMDAwMDQyOCA2NTUzNSBmDQowMDAwMDAwNDI5IDY1NTM1IGYNCjAw MDAwMDA0MzAgNjU1MzUgZg0KMDAwMDAwMDQzMSA2NTUzNSBmDQowMDAwMDAwNDMyIDY1NTM1IGYN CjAwMDAwMDA0MzMgNjU1MzUgZg0KMDAwMDAwMDQzNCA2NTUzNSBmDQowMDAwMDAwNDM1IDY1NTM1 IGYNCjAwMDAwMDA0MzYgNjU1MzUgZg0KMDAwMDAwMDQzNyA2NTUzNSBmDQowMDAwMDAwNDM4IDY1 NTM1IGYNCjAwMDAwMDA0MzkgNjU1MzUgZg0KMDAwMDAwMDQ0MCA2NTUzNSBmDQowMDAwMDAwNDQx IDY1NTM1IGYNCjAwMDAwMDA0NDIgNjU1MzUgZg0KMDAwMDAwMDQ0MyA2NTUzNSBmDQowMDAwMDAw NDQ0IDY1NTM1IGYNCjAwMDAwMDA0NDUgNjU1MzUgZg0KMDAwMDAwMDQ0NiA2NTUzNSBmDQowMDAw MDAwNDQ3IDY1NTM1IGYNCjAwMDAwMDA0NDggNjU1MzUgZg0KMDAwMDAwMDQ0OSA2NTUzNSBmDQow MDAwMDAwNDUwIDY1NTM1IGYNCjAwMDAwMDA0NTEgNjU1MzUgZg0KMDAwMDAwMDQ1MiA2NTUzNSBm DQowMDAwMDAwNDUzIDY1NTM1IGYNCjAwMDAwMDA0NTQgNjU1MzUgZg0KMDAwMDAwMDQ1NSA2NTUz NSBmDQowMDAwMDAwNDU2IDY1NTM1IGYNCjAwMDAwMDA0NTcgNjU1MzUgZg0KMDAwMDAwMDQ1OCA2 NTUzNSBmDQowMDAwMDAwNDU5IDY1NTM1IGYNCjAwMDAwMDA0NjAgNjU1MzUgZg0KMDAwMDAwMDQ2 MSA2NTUzNSBmDQowMDAwMDAwNDYyIDY1NTM1IGYNCjAwMDAwMDA0NjMgNjU1MzUgZg0KMDAwMDAw MDQ2NCA2NTUzNSBmDQowMDAwMDAwNDY1IDY1NTM1IGYNCjAwMDAwMDA0NjYgNjU1MzUgZg0KMDAw MDAwMDQ2NyA2NTUzNSBmDQowMDAwMDAwNDY4IDY1NTM1IGYNCjAwMDAwMDA0NjkgNjU1MzUgZg0K MDAwMDAwMDQ3MCA2NTUzNSBmDQowMDAwMDAwNDcxIDY1NTM1IGYNCjAwMDAwMDA0NzIgNjU1MzUg Zg0KMDAwMDAwMDQ3MyA2NTUzNSBmDQowMDAwMDAwNDc0IDY1NTM1IGYNCjAwMDAwMDA0NzUgNjU1 MzUgZg0KMDAwMDAwMDQ3NiA2NTUzNSBmDQowMDAwMDAwNDc3IDY1NTM1IGYNCjAwMDAwMDA0Nzgg NjU1MzUgZg0KMDAwMDAwMDQ3OSA2NTUzNSBmDQowMDAwMDAwNDgwIDY1NTM1IGYNCjAwMDAwMDA0 ODEgNjU1MzUgZg0KMDAwMDAwMDQ4MiA2NTUzNSBmDQowMDAwMDAwNDgzIDY1NTM1IGYNCjAwMDAw MDA0ODQgNjU1MzUgZg0KMDAwMDAwMDQ4NSA2NTUzNSBmDQowMDAwMDAwNDg2IDY1NTM1IGYNCjAw MDAwMDA0ODcgNjU1MzUgZg0KMDAwMDAwMDQ4OCA2NTUzNSBmDQowMDAwMDAwNDg5IDY1NTM1IGYN CjAwMDAwMDA0OTAgNjU1MzUgZg0KMDAwMDAwMDQ5MSA2NTUzNSBmDQowMDAwMDAwNDkyIDY1NTM1 IGYNCjAwMDAwMDA0OTMgNjU1MzUgZg0KMDAwMDAwMDQ5NCA2NTUzNSBmDQowMDAwMDAwNDk1IDY1 NTM1IGYNCjAwMDAwMDA0OTYgNjU1MzUgZg0KMDAwMDAwMDQ5NyA2NTUzNSBmDQowMDAwMDAwNDk4 IDY1NTM1IGYNCjAwMDAwMDA0OTkgNjU1MzUgZg0KMDAwMDAwMDUwMCA2NTUzNSBmDQowMDAwMDAw NTAxIDY1NTM1IGYNCjAwMDAwMDA1MDIgNjU1MzUgZg0KMDAwMDAwMDUwMyA2NTUzNSBmDQowMDAw MDAwNTA0IDY1NTM1IGYNCjAwMDAwMDA1MDUgNjU1MzUgZg0KMDAwMDAwMDUwNiA2NTUzNSBmDQow MDAwMDAwNTA3IDY1NTM1IGYNCjAwMDAwMDA1MDggNjU1MzUgZg0KMDAwMDAwMDUwOSA2NTUzNSBm DQowMDAwMDAwNTEwIDY1NTM1IGYNCjAwMDAwMDA1MTEgNjU1MzUgZg0KMDAwMDAwMDUxMiA2NTUz NSBmDQowMDAwMDAwNTEzIDY1NTM1IGYNCjAwMDAwMDA1MTQgNjU1MzUgZg0KMDAwMDAwMDUxNSA2 NTUzNSBmDQowMDAwMDAwNTE2IDY1NTM1IGYNCjAwMDAwMDA1MTcgNjU1MzUgZg0KMDAwMDAwMDUx OCA2NTUzNSBmDQowMDAwMDAwNTE5IDY1NTM1IGYNCjAwMDAwMDA1MjAgNjU1MzUgZg0KMDAwMDAw MDUyMSA2NTUzNSBmDQowMDAwMDAwNTIyIDY1NTM1IGYNCjAwMDAwMDA1MjMgNjU1MzUgZg0KMDAw MDAwMDUyNCA2NTUzNSBmDQowMDAwMDAwNTI1IDY1NTM1IGYNCjAwMDAwMDA1MjYgNjU1MzUgZg0K MDAwMDAwMDUyNyA2NTUzNSBmDQowMDAwMDAwNTI4IDY1NTM1IGYNCjAwMDAwMDA1MjkgNjU1MzUg Zg0KMDAwMDAwMDUzMCA2NTUzNSBmDQowMDAwMDAwNTMxIDY1NTM1IGYNCjAwMDAwMDA1MzIgNjU1 MzUgZg0KMDAwMDAwMDUzMyA2NTUzNSBmDQowMDAwMDAwNTM0IDY1NTM1IGYNCjAwMDAwMDA1MzUg NjU1MzUgZg0KMDAwMDAwMDUzNiA2NTUzNSBmDQowMDAwMDAwNTM3IDY1NTM1IGYNCjAwMDAwMDA1 MzggNjU1MzUgZg0KMDAwMDAwMDUzOSA2NTUzNSBmDQowMDAwMDAwNTQwIDY1NTM1IGYNCjAwMDAw MDA1NDEgNjU1MzUgZg0KMDAwMDAwMDU0MiA2NTUzNSBmDQowMDAwMDAwNTQzIDY1NTM1IGYNCjAw MDAwMDA1NDQgNjU1MzUgZg0KMDAwMDAwMDU0NSA2NTUzNSBmDQowMDAwMDAwNTQ2IDY1NTM1IGYN CjAwMDAwMDA1NDcgNjU1MzUgZg0KMDAwMDAwMDU0OCA2NTUzNSBmDQowMDAwMDAwNTQ5IDY1NTM1 IGYNCjAwMDAwMDA1NTAgNjU1MzUgZg0KMDAwMDAwMDU1MSA2NTUzNSBmDQowMDAwMDAwNTUyIDY1 NTM1IGYNCjAwMDAwMDA1NTMgNjU1MzUgZg0KMDAwMDAwMDU1NCA2NTUzNSBmDQowMDAwMDAwNTU1 IDY1NTM1IGYNCjAwMDAwMDA1NTYgNjU1MzUgZg0KMDAwMDAwMDU1NyA2NTUzNSBmDQowMDAwMDAw NTU4IDY1NTM1IGYNCjAwMDAwMDA1NTkgNjU1MzUgZg0KMDAwMDAwMDU2MCA2NTUzNSBmDQowMDAw MDAwNTYxIDY1NTM1IGYNCjAwMDAwMDA1NjIgNjU1MzUgZg0KMDAwMDAwMDU2MyA2NTUzNSBmDQow MDAwMDAwNTY0IDY1NTM1IGYNCjAwMDAwMDA1NjUgNjU1MzUgZg0KMDAwMDAwMDU2NiA2NTUzNSBm DQowMDAwMDAwNTY3IDY1NTM1IGYNCjAwMDAwMDA1NjggNjU1MzUgZg0KMDAwMDAwMDU2OSA2NTUz NSBmDQowMDAwMDAwNTcwIDY1NTM1IGYNCjAwMDAwMDA1NzEgNjU1MzUgZg0KMDAwMDAwMDU3MiA2 NTUzNSBmDQowMDAwMDAwNTczIDY1NTM1IGYNCjAwMDAwMDA1NzQgNjU1MzUgZg0KMDAwMDAwMDU3 NSA2NTUzNSBmDQowMDAwMDAwNTc2IDY1NTM1IGYNCjAwMDAwMDA1NzcgNjU1MzUgZg0KMDAwMDAw MDU3OCA2NTUzNSBmDQowMDAwMDAwNTc5IDY1NTM1IGYNCjAwMDAwMDA1ODAgNjU1MzUgZg0KMDAw MDAwMDU4MSA2NTUzNSBmDQowMDAwMDAwNTgyIDY1NTM1IGYNCjAwMDAwMDA1ODMgNjU1MzUgZg0K MDAwMDAwMDU4NCA2NTUzNSBmDQowMDAwMDAwNTg1IDY1NTM1IGYNCjAwMDAwMDA1ODYgNjU1MzUg Zg0KMDAwMDAwMDU4NyA2NTUzNSBmDQowMDAwMDAwNTg4IDY1NTM1IGYNCjAwMDAwMDA1ODkgNjU1 MzUgZg0KMDAwMDAwMDU5MCA2NTUzNSBmDQowMDAwMDAwNTkxIDY1NTM1IGYNCjAwMDAwMDA1OTIg NjU1MzUgZg0KMDAwMDAwMDU5MyA2NTUzNSBmDQowMDAwMDAwNTk0IDY1NTM1IGYNCjAwMDAwMDA1 OTUgNjU1MzUgZg0KMDAwMDAwMDU5NiA2NTUzNSBmDQowMDAwMDAwNTk3IDY1NTM1IGYNCjAwMDAw MDA1OTggNjU1MzUgZg0KMDAwMDAwMDU5OSA2NTUzNSBmDQowMDAwMDAwNjAwIDY1NTM1IGYNCjAw MDAwMDA2MDEgNjU1MzUgZg0KMDAwMDAwMDYwMiA2NTUzNSBmDQowMDAwMDAwNjAzIDY1NTM1IGYN CjAwMDAwMDA2MDQgNjU1MzUgZg0KMDAwMDAwMDYwNSA2NTUzNSBmDQowMDAwMDAwNjA2IDY1NTM1 IGYNCjAwMDAwMDA2MDcgNjU1MzUgZg0KMDAwMDAwMDYwOCA2NTUzNSBmDQowMDAwMDAwNjA5IDY1 NTM1IGYNCjAwMDAwMDA2MTAgNjU1MzUgZg0KMDAwMDAwMDYxMSA2NTUzNSBmDQowMDAwMDAwNjEy IDY1NTM1IGYNCjAwMDAwMDA2MTMgNjU1MzUgZg0KMDAwMDAwMDYxNCA2NTUzNSBmDQowMDAwMDAw NjE1IDY1NTM1IGYNCjAwMDAwMDA2MTYgNjU1MzUgZg0KMDAwMDAwMDYxNyA2NTUzNSBmDQowMDAw MDAwNjE4IDY1NTM1IGYNCjAwMDAwMDA2MTkgNjU1MzUgZg0KMDAwMDAwMDYyMCA2NTUzNSBmDQow MDAwMDAwNjIxIDY1NTM1IGYNCjAwMDAwMDA2MjIgNjU1MzUgZg0KMDAwMDAwMDYyMyA2NTUzNSBm DQowMDAwMDAwNjI0IDY1NTM1IGYNCjAwMDAwMDA2MjUgNjU1MzUgZg0KMDAwMDAwMDYyNiA2NTUz NSBmDQowMDAwMDAwNjI3IDY1NTM1IGYNCjAwMDAwMDA2MjggNjU1MzUgZg0KMDAwMDAwMDYyOSA2 NTUzNSBmDQowMDAwMDAwNjMwIDY1NTM1IGYNCjAwMDAwMDA2MzEgNjU1MzUgZg0KMDAwMDAwMDYz MiA2NTUzNSBmDQowMDAwMDAwNjMzIDY1NTM1IGYNCjAwMDAwMDA2MzQgNjU1MzUgZg0KMDAwMDAw MDYzNSA2NTUzNSBmDQowMDAwMDAwNjM2IDY1NTM1IGYNCjAwMDAwMDA2MzcgNjU1MzUgZg0KMDAw MDAwMDYzOCA2NTUzNSBmDQowMDAwMDAwNjM5IDY1NTM1IGYNCjAwMDAwMDA2NDAgNjU1MzUgZg0K MDAwMDAwMDY0MSA2NTUzNSBmDQowMDAwMDAwNjQyIDY1NTM1IGYNCjAwMDAwMDA2NDMgNjU1MzUg Zg0KMDAwMDAwMDY0NCA2NTUzNSBmDQowMDAwMDAwNjQ1IDY1NTM1IGYNCjAwMDAwMDA2NDYgNjU1 MzUgZg0KMDAwMDAwMDY0NyA2NTUzNSBmDQowMDAwMDAwNjQ4IDY1NTM1IGYNCjAwMDAwMDA2NDkg NjU1MzUgZg0KMDAwMDAwMDY1MCA2NTUzNSBmDQowMDAwMDAwNjUxIDY1NTM1IGYNCjAwMDAwMDA2 NTIgNjU1MzUgZg0KMDAwMDAwMDY1MyA2NTUzNSBmDQowMDAwMDAwNjU0IDY1NTM1IGYNCjAwMDAw MDA2NTUgNjU1MzUgZg0KMDAwMDAwMDY1NiA2NTUzNSBmDQowMDAwMDAwNjU3IDY1NTM1IGYNCjAw MDAwMDA2NTggNjU1MzUgZg0KMDAwMDAwMDY1OSA2NTUzNSBmDQowMDAwMDAwNjYwIDY1NTM1IGYN CjAwMDAwMDA2NjEgNjU1MzUgZg0KMDAwMDAwMDY2MiA2NTUzNSBmDQowMDAwMDAwNjYzIDY1NTM1 IGYNCjAwMDAwMDA2NjQgNjU1MzUgZg0KMDAwMDAwMDY2NSA2NTUzNSBmDQowMDAwMDAwNjY2IDY1 NTM1IGYNCjAwMDAwMDA2NjcgNjU1MzUgZg0KMDAwMDAwMDY2OCA2NTUzNSBmDQowMDAwMDAwNjY5 IDY1NTM1IGYNCjAwMDAwMDA2NzAgNjU1MzUgZg0KMDAwMDAwMDY3MSA2NTUzNSBmDQowMDAwMDAw NjcyIDY1NTM1IGYNCjAwMDAwMDA2NzMgNjU1MzUgZg0KMDAwMDAwMDY3NCA2NTUzNSBmDQowMDAw MDAwNjc1IDY1NTM1IGYNCjAwMDAwMDA2NzYgNjU1MzUgZg0KMDAwMDAwMDY3NyA2NTUzNSBmDQow MDAwMDAwNjc4IDY1NTM1IGYNCjAwMDAwMDA2NzkgNjU1MzUgZg0KMDAwMDAwMDY4MCA2NTUzNSBm DQowMDAwMDAwNjgxIDY1NTM1IGYNCjAwMDAwMDA2ODIgNjU1MzUgZg0KMDAwMDAwMDY4MyA2NTUz NSBmDQowMDAwMDAwNjg0IDY1NTM1IGYNCjAwMDAwMDA2ODUgNjU1MzUgZg0KMDAwMDAwMDY4NiA2 NTUzNSBmDQowMDAwMDAwNjg3IDY1NTM1IGYNCjAwMDAwMDA2ODggNjU1MzUgZg0KMDAwMDAwMDY4 OSA2NTUzNSBmDQowMDAwMDAwNjkwIDY1NTM1IGYNCjAwMDAwMDA2OTEgNjU1MzUgZg0KMDAwMDAw MDY5MiA2NTUzNSBmDQowMDAwMDAwNjkzIDY1NTM1IGYNCjAwMDAwMDA2OTQgNjU1MzUgZg0KMDAw MDAwMDY5NSA2NTUzNSBmDQowMDAwMDAwNjk2IDY1NTM1IGYNCjAwMDAwMDA2OTcgNjU1MzUgZg0K MDAwMDAwMDY5OCA2NTUzNSBmDQowMDAwMDAwNjk5IDY1NTM1IGYNCjAwMDAwMDA3MDAgNjU1MzUg Zg0KMDAwMDAwMDcwMSA2NTUzNSBmDQowMDAwMDAwNzAyIDY1NTM1IGYNCjAwMDAwMDA3MDMgNjU1 MzUgZg0KMDAwMDAwMDcwNCA2NTUzNSBmDQowMDAwMDAwNzA1IDY1NTM1IGYNCjAwMDAwMDA3MDYg NjU1MzUgZg0KMDAwMDAwMDcwNyA2NTUzNSBmDQowMDAwMDAwNzA4IDY1NTM1IGYNCjAwMDAwMDA3 MDkgNjU1MzUgZg0KMDAwMDAwMDcxMCA2NTUzNSBmDQowMDAwMDAwNzExIDY1NTM1IGYNCjAwMDAw MDA3MTIgNjU1MzUgZg0KMDAwMDAwMDcxMyA2NTUzNSBmDQowMDAwMDAwNzE0IDY1NTM1IGYNCjAw MDAwMDA3MTUgNjU1MzUgZg0KMDAwMDAwMDcxNiA2NTUzNSBmDQowMDAwMDAwNzE3IDY1NTM1IGYN CjAwMDAwMDA3MTggNjU1MzUgZg0KMDAwMDAwMDcxOSA2NTUzNSBmDQowMDAwMDAwNzIwIDY1NTM1 IGYNCjAwMDAwMDA3MjEgNjU1MzUgZg0KMDAwMDAwMDcyMiA2NTUzNSBmDQowMDAwMDAwNzIzIDY1 NTM1IGYNCjAwMDAwMDA3MjQgNjU1MzUgZg0KMDAwMDAwMDcyNSA2NTUzNSBmDQowMDAwMDAwNzI2 IDY1NTM1IGYNCjAwMDAwMDA3MjcgNjU1MzUgZg0KMDAwMDAwMDcyOCA2NTUzNSBmDQowMDAwMDAw NzI5IDY1NTM1IGYNCjAwMDAwMDA3MzAgNjU1MzUgZg0KMDAwMDAwMDczMSA2NTUzNSBmDQowMDAw MDAwNzMyIDY1NTM1IGYNCjAwMDAwMDA3MzMgNjU1MzUgZg0KMDAwMDAwMDczNCA2NTUzNSBmDQow MDAwMDAwNzM1IDY1NTM1IGYNCjAwMDAwMDA3MzYgNjU1MzUgZg0KMDAwMDAwMDczNyA2NTUzNSBm DQowMDAwMDAwNzM4IDY1NTM1IGYNCjAwMDAwMDA3MzkgNjU1MzUgZg0KMDAwMDAwMDc0MCA2NTUz NSBmDQowMDAwMDAwNzQxIDY1NTM1IGYNCjAwMDAwMDA3NDIgNjU1MzUgZg0KMDAwMDAwMDc0MyA2 NTUzNSBmDQowMDAwMDAwNzQ0IDY1NTM1IGYNCjAwMDAwMDA3NDUgNjU1MzUgZg0KMDAwMDAwMDc0 NiA2NTUzNSBmDQowMDAwMDAwNzQ3IDY1NTM1IGYNCjAwMDAwMDA3NDggNjU1MzUgZg0KMDAwMDAw MDc0OSA2NTUzNSBmDQowMDAwMDAwNzUwIDY1NTM1IGYNCjAwMDAwMDA3NTEgNjU1MzUgZg0KMDAw MDAwMDc1MiA2NTUzNSBmDQowMDAwMDAwNzUzIDY1NTM1IGYNCjAwMDAwMDA3NTQgNjU1MzUgZg0K MDAwMDAwMDc1NSA2NTUzNSBmDQowMDAwMDAwNzU2IDY1NTM1IGYNCjAwMDAwMDA3NTcgNjU1MzUg Zg0KMDAwMDAwMDc1OCA2NTUzNSBmDQowMDAwMDAwNzU5IDY1NTM1IGYNCjAwMDAwMDA3NjAgNjU1 MzUgZg0KMDAwMDAwMDc2MSA2NTUzNSBmDQowMDAwMDAwNzYyIDY1NTM1IGYNCjAwMDAwMDA3NjMg NjU1MzUgZg0KMDAwMDAwMDc2NCA2NTUzNSBmDQowMDAwMDAwNzY1IDY1NTM1IGYNCjAwMDAwMDA3 NjYgNjU1MzUgZg0KMDAwMDAwMDc2NyA2NTUzNSBmDQowMDAwMDAwNzY4IDY1NTM1IGYNCjAwMDAw MDA3NjkgNjU1MzUgZg0KMDAwMDAwMDc3MCA2NTUzNSBmDQowMDAwMDAwNzcxIDY1NTM1IGYNCjAw MDAwMDA3NzIgNjU1MzUgZg0KMDAwMDAwMDc3MyA2NTUzNSBmDQowMDAwMDAwNzc0IDY1NTM1IGYN CjAwMDAwMDA3NzUgNjU1MzUgZg0KMDAwMDAwMDc3NiA2NTUzNSBmDQowMDAwMDAwNzc3IDY1NTM1 IGYNCjAwMDAwMDA3NzggNjU1MzUgZg0KMDAwMDAwMDc3OSA2NTUzNSBmDQowMDAwMDAwNzgwIDY1 NTM1IGYNCjAwMDAwMDA3ODEgNjU1MzUgZg0KMDAwMDAwMDc4MiA2NTUzNSBmDQowMDAwMDAwNzgz IDY1NTM1IGYNCjAwMDAwMDA3ODQgNjU1MzUgZg0KMDAwMDAwMDc4NSA2NTUzNSBmDQowMDAwMDAw Nzg2IDY1NTM1IGYNCjAwMDAwMDA3ODcgNjU1MzUgZg0KMDAwMDAwMDc4OCA2NTUzNSBmDQowMDAw MDAwNzg5IDY1NTM1IGYNCjAwMDAwMDA3OTAgNjU1MzUgZg0KMDAwMDAwMDc5MSA2NTUzNSBmDQow MDAwMDAwNzkyIDY1NTM1IGYNCjAwMDAwMDA3OTMgNjU1MzUgZg0KMDAwMDAwMDc5NCA2NTUzNSBm DQowMDAwMDAwNzk1IDY1NTM1IGYNCjAwMDAwMDA3OTYgNjU1MzUgZg0KMDAwMDAwMDc5NyA2NTUz NSBmDQowMDAwMDAwNzk4IDY1NTM1IGYNCjAwMDAwMDA3OTkgNjU1MzUgZg0KMDAwMDAwMDgwMCA2 NTUzNSBmDQowMDAwMDAwODAxIDY1NTM1IGYNCjAwMDAwMDA4MDIgNjU1MzUgZg0KMDAwMDAwMDgw MyA2NTUzNSBmDQowMDAwMDAwODA0IDY1NTM1IGYNCjAwMDAwMDA4MDUgNjU1MzUgZg0KMDAwMDAw MDgwNiA2NTUzNSBmDQowMDAwMDAwODA3IDY1NTM1IGYNCjAwMDAwMDA4MDggNjU1MzUgZg0KMDAw MDAwMDgwOSA2NTUzNSBmDQowMDAwMDAwODEwIDY1NTM1IGYNCjAwMDAwMDA4MTEgNjU1MzUgZg0K MDAwMDAwMDgxMiA2NTUzNSBmDQowMDAwMDAwODEzIDY1NTM1IGYNCjAwMDAwMDA4MTQgNjU1MzUg Zg0KMDAwMDAwMDgxNSA2NTUzNSBmDQowMDAwMDAwODE2IDY1NTM1IGYNCjAwMDAwMDA4MTcgNjU1 MzUgZg0KMDAwMDAwMDgxOCA2NTUzNSBmDQowMDAwMDAwODE5IDY1NTM1IGYNCjAwMDAwMDA4MjAg NjU1MzUgZg0KMDAwMDAwMDgyMSA2NTUzNSBmDQowMDAwMDAwODIyIDY1NTM1IGYNCjAwMDAwMDA4 MjMgNjU1MzUgZg0KMDAwMDAwMDgyNCA2NTUzNSBmDQowMDAwMDAwODI1IDY1NTM1IGYNCjAwMDAw MDA4MjYgNjU1MzUgZg0KMDAwMDAwMDgyNyA2NTUzNSBmDQowMDAwMDAwODI4IDY1NTM1IGYNCjAw MDAwMDA4MjkgNjU1MzUgZg0KMDAwMDAwMDgzMCA2NTUzNSBmDQowMDAwMDAwODMxIDY1NTM1IGYN CjAwMDAwMDA4MzIgNjU1MzUgZg0KMDAwMDAwMDgzMyA2NTUzNSBmDQowMDAwMDAwODM0IDY1NTM1 IGYNCjAwMDAwMDA4MzUgNjU1MzUgZg0KMDAwMDAwMDgzNiA2NTUzNSBmDQowMDAwMDAwODM3IDY1 NTM1IGYNCjAwMDAwMDA4MzggNjU1MzUgZg0KMDAwMDAwMDgzOSA2NTUzNSBmDQowMDAwMDAwODQw IDY1NTM1IGYNCjAwMDAwMDA4NDEgNjU1MzUgZg0KMDAwMDAwMDg0MiA2NTUzNSBmDQowMDAwMDAw ODQzIDY1NTM1IGYNCjAwMDAwMDA4NDQgNjU1MzUgZg0KMDAwMDAwMDg0NSA2NTUzNSBmDQowMDAw MDAwODQ2IDY1NTM1IGYNCjAwMDAwMDA4NDcgNjU1MzUgZg0KMDAwMDAwMDg0OCA2NTUzNSBmDQow MDAwMDAwODQ5IDY1NTM1IGYNCjAwMDAwMDA4NTAgNjU1MzUgZg0KMDAwMDAwMDg1MSA2NTUzNSBm DQowMDAwMDAwODUyIDY1NTM1IGYNCjAwMDAwMDA4NTMgNjU1MzUgZg0KMDAwMDAwMDg1NCA2NTUz NSBmDQowMDAwMDAwODU1IDY1NTM1IGYNCjAwMDAwMDA4NTYgNjU1MzUgZg0KMDAwMDAwMDg1NyA2 NTUzNSBmDQowMDAwMDAwODU4IDY1NTM1IGYNCjAwMDAwMDA4NTkgNjU1MzUgZg0KMDAwMDAwMDg2 MCA2NTUzNSBmDQowMDAwMDAwODYxIDY1NTM1IGYNCjAwMDAwMDA4NjIgNjU1MzUgZg0KMDAwMDAw MDg2MyA2NTUzNSBmDQowMDAwMDAwODY0IDY1NTM1IGYNCjAwMDAwMDA4NjUgNjU1MzUgZg0KMDAw MDAwMDg2NiA2NTUzNSBmDQowMDAwMDAwODY3IDY1NTM1IGYNCjAwMDAwMDA4NjggNjU1MzUgZg0K MDAwMDAwMDg2OSA2NTUzNSBmDQowMDAwMDAwODcwIDY1NTM1IGYNCjAwMDAwMDA4NzEgNjU1MzUg Zg0KMDAwMDAwMDg3MiA2NTUzNSBmDQowMDAwMDAwODczIDY1NTM1IGYNCjAwMDAwMDA4NzQgNjU1 MzUgZg0KMDAwMDAwMDg3NSA2NTUzNSBmDQowMDAwMDAwODc2IDY1NTM1IGYNCjAwMDAwMDA4Nzcg NjU1MzUgZg0KMDAwMDAwMDg3OCA2NTUzNSBmDQowMDAwMDAwODc5IDY1NTM1IGYNCjAwMDAwMDA4 ODAgNjU1MzUgZg0KMDAwMDAwMDg4MSA2NTUzNSBmDQowMDAwMDAwODgyIDY1NTM1IGYNCjAwMDAw MDA4ODMgNjU1MzUgZg0KMDAwMDAwMDg4NCA2NTUzNSBmDQowMDAwMDAwODg1IDY1NTM1IGYNCjAw MDAwMDA4ODYgNjU1MzUgZg0KMDAwMDAwMDg4NyA2NTUzNSBmDQowMDAwMDAwODg4IDY1NTM1IGYN CjAwMDAwMDA4ODkgNjU1MzUgZg0KMDAwMDAwMDg5MCA2NTUzNSBmDQowMDAwMDAwODkxIDY1NTM1 IGYNCjAwMDAwMDA4OTIgNjU1MzUgZg0KMDAwMDAwMDg5MyA2NTUzNSBmDQowMDAwMDAwODk0IDY1 NTM1IGYNCjAwMDAwMDA4OTUgNjU1MzUgZg0KMDAwMDAwMDg5NiA2NTUzNSBmDQowMDAwMDAwODk3 IDY1NTM1IGYNCjAwMDAwMDA4OTggNjU1MzUgZg0KMDAwMDAwMDg5OSA2NTUzNSBmDQowMDAwMDAw OTAwIDY1NTM1IGYNCjAwMDAwMDA5MDEgNjU1MzUgZg0KMDAwMDAwMDkwMiA2NTUzNSBmDQowMDAw MDAwOTAzIDY1NTM1IGYNCjAwMDAwMDA5MDQgNjU1MzUgZg0KMDAwMDAwMDkwNSA2NTUzNSBmDQow MDAwMDAwOTA2IDY1NTM1IGYNCjAwMDAwMDA5MDcgNjU1MzUgZg0KMDAwMDAwMDkwOCA2NTUzNSBm DQowMDAwMDAwOTA5IDY1NTM1IGYNCjAwMDAwMDA5MTAgNjU1MzUgZg0KMDAwMDAwMDkxMSA2NTUz NSBmDQowMDAwMDAwOTEyIDY1NTM1IGYNCjAwMDAwMDA5MTMgNjU1MzUgZg0KMDAwMDAwMDkxNCA2 NTUzNSBmDQowMDAwMDAwOTE1IDY1NTM1IGYNCjAwMDAwMDA5MTYgNjU1MzUgZg0KMDAwMDAwMDkx NyA2NTUzNSBmDQowMDAwMDAwOTE4IDY1NTM1IGYNCjAwMDAwMDA5MTkgNjU1MzUgZg0KMDAwMDAw MDkyMCA2NTUzNSBmDQowMDAwMDAwOTIxIDY1NTM1IGYNCjAwMDAwMDA5MjIgNjU1MzUgZg0KMDAw MDAwMDkyMyA2NTUzNSBmDQowMDAwMDAwOTI0IDY1NTM1IGYNCjAwMDAwMDA5MjUgNjU1MzUgZg0K MDAwMDAwMDkyNiA2NTUzNSBmDQowMDAwMDAwOTI3IDY1NTM1IGYNCjAwMDAwMDA5MjggNjU1MzUg Zg0KMDAwMDAwMDkyOSA2NTUzNSBmDQowMDAwMDAwOTMwIDY1NTM1IGYNCjAwMDAwMDA5MzEgNjU1 MzUgZg0KMDAwMDAwMDkzMiA2NTUzNSBmDQowMDAwMDAwOTMzIDY1NTM1IGYNCjAwMDAwMDA5MzQg NjU1MzUgZg0KMDAwMDAwMDkzNSA2NTUzNSBmDQowMDAwMDAwOTM2IDY1NTM1IGYNCjAwMDAwMDA5 MzcgNjU1MzUgZg0KMDAwMDAwMDkzOCA2NTUzNSBmDQowMDAwMDAwOTM5IDY1NTM1IGYNCjAwMDAw MDA5NDAgNjU1MzUgZg0KMDAwMDAwMDk0MSA2NTUzNSBmDQowMDAwMDAwOTQyIDY1NTM1IGYNCjAw MDAwMDA5NDMgNjU1MzUgZg0KMDAwMDAwMDk0NCA2NTUzNSBmDQowMDAwMDAwOTQ1IDY1NTM1IGYN CjAwMDAwMDA5NDYgNjU1MzUgZg0KMDAwMDAwMDk0NyA2NTUzNSBmDQowMDAwMDAwOTQ4IDY1NTM1 IGYNCjAwMDAwMDA5NDkgNjU1MzUgZg0KMDAwMDAwMDk1MCA2NTUzNSBmDQowMDAwMDAwOTUxIDY1 NTM1IGYNCjAwMDAwMDA5NTIgNjU1MzUgZg0KMDAwMDAwMDk1MyA2NTUzNSBmDQowMDAwMDAwOTU0 IDY1NTM1IGYNCjAwMDAwMDA5NTUgNjU1MzUgZg0KMDAwMDAwMDk1NiA2NTUzNSBmDQowMDAwMDAw OTU3IDY1NTM1IGYNCjAwMDAwMDA5NTggNjU1MzUgZg0KMDAwMDAwMDk1OSA2NTUzNSBmDQowMDAw MDAwOTYwIDY1NTM1IGYNCjAwMDAwMDA5NjEgNjU1MzUgZg0KMDAwMDAwMDk2MiA2NTUzNSBmDQow MDAwMDAwOTYzIDY1NTM1IGYNCjAwMDAwMDA5NjQgNjU1MzUgZg0KMDAwMDAwMDk2NSA2NTUzNSBm DQowMDAwMDAwOTY2IDY1NTM1IGYNCjAwMDAwMDA5NjcgNjU1MzUgZg0KMDAwMDAwMDk2OCA2NTUz NSBmDQowMDAwMDAwOTY5IDY1NTM1IGYNCjAwMDAwMDA5NzAgNjU1MzUgZg0KMDAwMDAwMDk3MSA2 NTUzNSBmDQowMDAwMDAwOTcyIDY1NTM1IGYNCjAwMDAwMDA5NzMgNjU1MzUgZg0KMDAwMDAwMDk3 NCA2NTUzNSBmDQowMDAwMDAwOTc1IDY1NTM1IGYNCjAwMDAwMDA5NzYgNjU1MzUgZg0KMDAwMDAw MDk3NyA2NTUzNSBmDQowMDAwMDAwOTc4IDY1NTM1IGYNCjAwMDAwMDA5NzkgNjU1MzUgZg0KMDAw MDAwMDk4MCA2NTUzNSBmDQowMDAwMDAwOTgxIDY1NTM1IGYNCjAwMDAwMDA5ODIgNjU1MzUgZg0K MDAwMDAwMDk4MyA2NTUzNSBmDQowMDAwMDAwOTg0IDY1NTM1IGYNCjAwMDAwMDA5ODUgNjU1MzUg Zg0KMDAwMDAwMDk4NiA2NTUzNSBmDQowMDAwMDAwOTg3IDY1NTM1IGYNCjAwMDAwMDA5ODggNjU1 MzUgZg0KMDAwMDAwMDk4OSA2NTUzNSBmDQowMDAwMDAwOTkwIDY1NTM1IGYNCjAwMDAwMDA5OTEg NjU1MzUgZg0KMDAwMDAwMDk5MiA2NTUzNSBmDQowMDAwMDAwOTkzIDY1NTM1IGYNCjAwMDAwMDA5 OTQgNjU1MzUgZg0KMDAwMDAwMDk5NSA2NTUzNSBmDQowMDAwMDAwOTk2IDY1NTM1IGYNCjAwMDAw MDA5OTcgNjU1MzUgZg0KMDAwMDAwMDk5OCA2NTUzNSBmDQowMDAwMDAwOTk5IDY1NTM1IGYNCjAw MDAwMDEwMDAgNjU1MzUgZg0KMDAwMDAwMTAwMSA2NTUzNSBmDQowMDAwMDAxMDAyIDY1NTM1IGYN CjAwMDAwMDEwMDMgNjU1MzUgZg0KMDAwMDAwMTAwNCA2NTUzNSBmDQowMDAwMDAxMDA1IDY1NTM1 IGYNCjAwMDAwMDEwMDYgNjU1MzUgZg0KMDAwMDAwMTAwNyA2NTUzNSBmDQowMDAwMDAxMDA4IDY1 NTM1IGYNCjAwMDAwMDEwMDkgNjU1MzUgZg0KMDAwMDAwMTAxMCA2NTUzNSBmDQowMDAwMDAxMDEx IDY1NTM1IGYNCjAwMDAwMDEwMTIgNjU1MzUgZg0KMDAwMDAwMTAxMyA2NTUzNSBmDQowMDAwMDAx MDE0IDY1NTM1IGYNCjAwMDAwMDEwMTUgNjU1MzUgZg0KMDAwMDAwMTAxNiA2NTUzNSBmDQowMDAw MDAxMDE3IDY1NTM1IGYNCjAwMDAwMDEwMTggNjU1MzUgZg0KMDAwMDAwMTAxOSA2NTUzNSBmDQow MDAwMDAxMDIwIDY1NTM1IGYNCjAwMDAwMDEwMjEgNjU1MzUgZg0KMDAwMDAwMTAyMiA2NTUzNSBm DQowMDAwMDAxMDIzIDY1NTM1IGYNCjAwMDAwMDEwMjQgNjU1MzUgZg0KMDAwMDAwMTAyNSA2NTUz NSBmDQowMDAwMDAxMDI2IDY1NTM1IGYNCjAwMDAwMDEwMjcgNjU1MzUgZg0KMDAwMDAwMTAyOCA2 NTUzNSBmDQowMDAwMDAxMDI5IDY1NTM1IGYNCjAwMDAwMDEwMzAgNjU1MzUgZg0KMDAwMDAwMTAz MSA2NTUzNSBmDQowMDAwMDAxMDMyIDY1NTM1IGYNCjAwMDAwMDEwMzMgNjU1MzUgZg0KMDAwMDAw MTAzNCA2NTUzNSBmDQowMDAwMDAxMDM1IDY1NTM1IGYNCjAwMDAwMDEwMzYgNjU1MzUgZg0KMDAw MDAwMTAzNyA2NTUzNSBmDQowMDAwMDAxMDM4IDY1NTM1IGYNCjAwMDAwMDEwMzkgNjU1MzUgZg0K MDAwMDAwMTA0MCA2NTUzNSBmDQowMDAwMDAxMDQxIDY1NTM1IGYNCjAwMDAwMDEwNDIgNjU1MzUg Zg0KMDAwMDAwMTA0MyA2NTUzNSBmDQowMDAwMDAxMDQ0IDY1NTM1IGYNCjAwMDAwMDEwNDUgNjU1 MzUgZg0KMDAwMDAwMTA0NiA2NTUzNSBmDQowMDAwMDAxMDQ3IDY1NTM1IGYNCjAwMDAwMDEwNDgg NjU1MzUgZg0KMDAwMDAwMTA0OSA2NTUzNSBmDQowMDAwMDAxMDUwIDY1NTM1IGYNCjAwMDAwMDEw NTEgNjU1MzUgZg0KMDAwMDAwMTA1MiA2NTUzNSBmDQowMDAwMDAxMDUzIDY1NTM1IGYNCjAwMDAw MDEwNTQgNjU1MzUgZg0KMDAwMDAwMTA1NSA2NTUzNSBmDQowMDAwMDAxMDU2IDY1NTM1IGYNCjAw MDAwMDEwNTcgNjU1MzUgZg0KMDAwMDAwMTA1OCA2NTUzNSBmDQowMDAwMDAxMDU5IDY1NTM1IGYN CjAwMDAwMDEwNjAgNjU1MzUgZg0KMDAwMDAwMTA2MSA2NTUzNSBmDQowMDAwMDAxMDYyIDY1NTM1 IGYNCjAwMDAwMDEwNjMgNjU1MzUgZg0KMDAwMDAwMTA2NCA2NTUzNSBmDQowMDAwMDAxMDY1IDY1 NTM1IGYNCjAwMDAwMDEwNjYgNjU1MzUgZg0KMDAwMDAwMTA2NyA2NTUzNSBmDQowMDAwMDAwMDAw IDY1NTM1IGYNCjAwMDAyMTUzNDEgMDAwMDAgbg0KMDAwMDIxNTc2NSAwMDAwMCBuDQowMDAwMzE2 NjgxIDAwMDAwIG4NCjAwMDAzMTcwNzYgMDAwMDAgbg0KMDAwMDMxNzQxOSAwMDAwMCBuDQowMDAw MzE3NzM2IDAwMDAwIG4NCnRyYWlsZXINCjw8L1NpemUgMTA3NC9Sb290IDEgMCBSL0luZm8gNzgg MCBSL0lEWzw1RDRGRjREN0EyMUJFQzQ2OTI3RjRGNzYzRURGRjkxNz48NUQ0RkY0RDdBMjFCRUM0 NjkyN0Y0Rjc2M0VERkY5MTc+XSA+Pg0Kc3RhcnR4cmVmDQozMjAwNjYNCiUlRU9GDQp4cmVmDQow IDANCnRyYWlsZXINCjw8L1NpemUgMTA3NC9Sb290IDEgMCBSL0luZm8gNzggMCBSL0lEWzw1RDRG RjREN0EyMUJFQzQ2OTI3RjRGNzYzRURGRjkxNz48NUQ0RkY0RDdBMjFCRUM0NjkyN0Y0Rjc2M0VE RkY5MTc+XSAvUHJldiAzMjAwNjYvWFJlZlN0bSAzMTc3MzY+Pg0Kc3RhcnR4cmVmDQozNDE3MDgN CiUlRU9G --_009_D28CCF5523E17larskurthcitrixcom_ Content-Type: application/x-msexcel; name="Xen Budget Draft for 2016.xls" Content-Description: Xen Budget Draft for 2016.xls Content-Disposition: attachment; filename="Xen Budget Draft for 2016.xls"; size=76800; creation-date="Tue, 08 Dec 2015 18:18:06 GMT"; modification-date="Tue, 08 Dec 2015 18:18:06 GMT" Content-ID: <8D8C2A32DCCC1E4890565AED43D3D97D@citrix.com> Content-Transfer-Encoding: base64 0M8R4KGxGuEAAAAAAAAAAAAAAAAAAAAAPgADAP7/CQAGAAAAAAAAAAAAAAACAAAAAQAAAAAAAAAA EAAAkQAAAAEAAAD+////AAAAAAAAAABCAAAA//////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////////9 ////lAAAAAMAAAAEAAAABQAAAAYAAAAHAAAACAAAAAkAAAAKAAAACwAAAAwAAAANAAAADgAAAA8A AAAQAAAAEQAAABIAAAATAAAAFAAAABUAAAAWAAAAFwAAABgAAAAZAAAAGgAAABsAAAAcAAAAHQAA AB4AAAAfAAAAIAAAACEAAAAiAAAAIwAAACQAAAAlAAAAJgAAACcAAAAoAAAAKQAAACoAAAArAAAA LAAAAC0AAAAuAAAALwAAADAAAAAxAAAAMgAAADMAAAA0AAAANQAAADYAAAA3AAAAOAAAADkAAAA6 AAAAOwAAADwAAAA9AAAAPgAAAD8AAABAAAAAQQAAAEMAAAD9////RAAAAEUAAABGAAAARwAAAEgA AABJAAAASgAAAEsAAABMAAAATQAAAE4AAABPAAAAUAAAAFEAAABSAAAAUwAAAFQAAABVAAAAVgAA AFcAAABYAAAAWQAAAFoAAABbAAAAXAAAAF0AAABeAAAAXwAAAGAAAABhAAAAYgAAAGMAAABkAAAA ZQAAAGYAAABnAAAAaAAAAGkAAABqAAAAawAAAGwAAABtAAAAbgAAAG8AAABwAAAAcQAAAHIAAABz AAAAdAAAAHUAAAB2AAAAdwAAAHgAAAB5AAAAegAAAHsAAAB8AAAAfQAAAH4AAAB/AAAAgAAAAFIA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAACAAUA//////////8CAAAAIAgCAAAAAADAAAAAAAAARgAAAAAAAAAAAAAAAF4OOCyyMdEB kgAAAMACAAAAAAAAVwBvAHIAawBiAG8AbwBrAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAABIAAgEEAAAA//////////8AAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAACAAAAvBoBAAAAAAAFAFMAdQBtAG0AYQByAHkASQBuAGYAbwByAG0AYQB0 AGkAbwBuAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAKAACAQEAAAADAAAA/////wAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAADcAAAAAAAAAAUARABvAGMAdQBtAGUAbgB0 AFMAdQBtAG0AYQByAHkASQBuAGYAbwByAG0AYQB0AGkAbwBuAAAAAAAAAAAAAAA4AAIB//////// ////////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABAAAABwBAAAAAAAACQgQ AAAGBQBzYswHWAADAAYGAADhAAIAsATBAAIAAADiAAAAXABwAAoAAExhcnMgS3VydGggICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBCAAIAsARhAQIAAAA9AQgABQAJAAcA CACcAAIAEQAZAAIAAAASAAIAAAATAAIAAACvAQIAAAC8AQIAAAA9ABIAyAqQAXRezC44AAMAAAAB AEADQAACAAAAjQACAAAAIgACAAAADgACAAEAtwECAAAA2gACAAAAMQAaAMgAAAD/f5ABAAAAAAAA BQFBAHIAaQBhAGwAMQAaAMgAAAD/f5ABAAAAAAAABQFBAHIAaQBhAGwAMQAaAMgAAAD/f5ABAAAA AAAABQFBAHIAaQBhAGwAMQAaAMgAAAD/f5ABAAAAAAAABQFBAHIAaQBhAGwAMQAaAKAAAAD/f5AB AAAAAAAABQFBAHIAaQBhAGwAMQAaAMgAAAD/f5ABAAAAAAAABQFBAHIAaQBhAGwAMQAaALQAAAD/ f5ABAAAAAAAABQFBAHIAaQBhAGwAMQAaALQAAABRAJABAAAAAgAABQFBAHIAaQBhAGwAMQAaALQA AQBRALwCAAAAAgAABQFBAHIAaQBhAGwAMQAaAGgBAAD/f5ABAAAAAAAABQFBAHIAaQBhAGwAMQAa AGgBAQAJALwCAQAAAAAABQFBAHIAaQBhAGwAMQAeAPAAAAAIAJABAAAAAgAABwFDAGEAbABpAGIA cgBpADEAHgDwAAAACQCQAQAAAAIAAAcBQwBhAGwAaQBiAHIAaQAxAB4A8AAAAA4AkAEAAAACAAAH AUMAYQBsAGkAYgByAGkAMQAeAPAAAQA0ALwCAAAAAgAABwFDAGEAbABpAGIAcgBpADEAHgDwAAEA CQC8AgAAAAIAAAcBQwBhAGwAaQBiAHIAaQAxAB4A8AACABcAkAEAAAACAAAHAUMAYQBsAGkAYgBy AGkAMQAeAPAAAAARAJABAAAAAgAABwFDAGEAbABpAGIAcgBpADEAHgAsAQEAPgC8AgAAAAIAAAcB QwBhAGwAaQBiAHIAaQAxAB4ABAEBAD4AvAIAAAACAAAHAUMAYQBsAGkAYgByAGkAMQAeANwAAQA+ ALwCAAAAAgAABwFDAGEAbABpAGIAcgBpADEAHgDwAAAAPgCQAQAAAAIAAAcBQwBhAGwAaQBiAHIA aQAxAB4A8AAAADQAkAEAAAACAAAHAUMAYQBsAGkAYgByAGkAMQAeAPAAAAA8AJABAAAAAgAABwFD AGEAbABpAGIAcgBpADEAHgDwAAEAPwC8AgAAAAIAAAcBQwBhAGwAaQBiAHIAaQAxAB4AaAEBAD4A vAIAAAACAAAHAUMAYQBtAGIAcgBpAGEAMQAeAPAAAQAIALwCAAAAAgAABwFDAGEAbABpAGIAcgBp ADEAHgDwAAAACgCQAQAAAAIAAAcBQwBhAGwAaQBiAHIAaQAxABoAyAADAAgAvAIAAAAAAAAFAUEA cgBpAGEAbAAxABoAyAAAAAgAkAEAAAAAAAAFAUEAcgBpAGEAbAAxABoAtAAAAAgAkAEAAAACAAAF AUEAcgBpAGEAbAAxABoAyAACAAgAkAEAAAAAAAAFAUEAcgBpAGEAbAAxABoAyAABAAsAvAIAAAAC AAAFAUEAcgBpAGEAbAAxABoAyAABAAgAvAIAAAAAAAAFAUEAcgBpAGEAbAAxABoAtAABAAgAvAIA AAAAAAAFAUEAcgBpAGEAbAAxABoAtAACAAgAkAEAAAAAAAAFAUEAcgBpAGEAbAAxABoA3AAAAAgA kAEAAAAAAAAFAUEAcgBpAGEAbAAxABoAyAABAAkAvAIAAAAAAAAFAUEAcgBpAGEAbAAxABoAtAAB AAkAvAIAAAAAAAAFAUEAcgBpAGEAbAAxABoAQAEBAAkAvAIAAAAAAAAFAUEAcgBpAGEAbAAxABoA yAAAAAoAkAEAAAAAAAAFAUEAcgBpAGEAbAAxABoAyAABAAoAvAIAAAAAAAAFAUEAcgBpAGEAbAAx ABoA3AAAAAoAkAEAAAAAAAAFAUEAcgBpAGEAbAAxABoAyAACAAoAkAEAAAAAAAAFAUEAcgBpAGEA bAAxABoAaAEBAAkAvAIAAAAAAAAFAUEAcgBpAGEAbAAxABoAaAEAAD8AkAEAAAAAAAAFAUEAcgBp AGEAbAAxABoAaAEAAAkAkAEAAAAAAAAFAUEAcgBpAGEAbAAxABoAaAEAAAkAkAEAAAAAAAAFAUEA cgBpAGEAbAAxABoAaAEAABMAkAEAAAAAAAAFAUEAcgBpAGEAbAAxABoAaAEAAB4AkAEAAAAAAAAF AUEAcgBpAGEAbAAxABoAkAEBAAkAvAIAAAAAAAAFAUEAcgBpAGEAbAAxABoAkAEAAD8AkAEAAAAA AAAFAUEAcgBpAGEAbAAxABoAyAAEACcAkAEAAAEAAAAFAUEAcgBpAGEAbAAxABoAyAAEACQAkAEA AAEAAAAFAUEAcgBpAGEAbAAeBBgABQATAAAioyIjLCMjMDtcLSKjIiMsIyMwHgQdAAYAGAAAIqMi IywjIzA7W1JlZF1cLSKjIiMsIyMwHgQeAAcAGQAAIqMiIywjIzAuMDA7XC0ioyIjLCMjMC4wMB4E IwAIAB4AACKjIiMsIyMwLjAwO1tSZWRdXC0ioyIjLCMjMC4wMB4ENQAqADAAAF8tIqMiKiAjLCMj MF8tO1wtIqMiKiAjLCMjMF8tO18tIqMiKiAiLSJfLTtfLUBfLR4ELAApACcAAF8tKiAjLCMjMF8t O1wtKiAjLCMjMF8tO18tKiAiLSJfLTtfLUBfLR4EPQAsADgAAF8tIqMiKiAjLCMjMC4wMF8tO1wt IqMiKiAjLCMjMC4wMF8tO18tIqMiKiAiLSI/P18tO18tQF8tHgQ0ACsALwAAXy0qICMsIyMwLjAw Xy07XC0qICMsIyMwLjAwXy07Xy0qICItIj8/Xy07Xy1AXy0eBBgApAATAAAiJCIjLCMjMDtcLSIk IiMsIyMwHgQdAKUAGAAAIiQiIywjIzA7W1JlZF1cLSIkIiMsIyMwHgQeAKYAGQAAIiQiIywjIzAu MDA7XC0iJCIjLCMjMC4wMB4EIwCnAB4AACIkIiMsIyMwLjAwO1tSZWRdXC0iJCIjLCMjMC4wMB4E NQCoADAAAF8tIiQiKiAjLCMjMF8tO1wtIiQiKiAjLCMjMF8tO18tIiQiKiAiLSJfLTtfLUBfLR4E PQCpADgAAF8tIiQiKiAjLCMjMC4wMF8tO1wtIiQiKiAjLCMjMC4wMF8tO18tIiQiKiAiLSI/P18t O18tQF8tHgQcAKoAFwAAIiQiIywjIzBfKTtcKCIkIiMsIyMwXCkeBCEAqwAcAAAiJCIjLCMjMF8p O1tSZWRdXCgiJCIjLCMjMFwpHgQiAKwAHQAAIiQiIywjIzAuMDBfKTtcKCIkIiMsIyMwLjAwXCke BCcArQAiAAAiJCIjLCMjMC4wMF8pO1tSZWRdXCgiJCIjLCMjMC4wMFwpHgQuAK4AKQAAXygqICMs IyMwXyk7XygqIFwoIywjIzBcKTtfKCogIi0iXyk7XyhAXykeBDcArwAyAABfKCIkIiogIywjIzBf KTtfKCIkIiogXCgjLCMjMFwpO18oIiQiKiAiLSJfKTtfKEBfKR4ENgCwADEAAF8oKiAjLCMjMC4w MF8pO18oKiBcKCMsIyMwLjAwXCk7XygqICItIj8/Xyk7XyhAXykeBD8AsQA6AABfKCIkIiogIywj IzAuMDBfKTtfKCIkIiogXCgjLCMjMC4wMFwpO18oIiQiKiAiLSI/P18pO18oQF8pHgQSALIADQAA IiQiKiAjLCMjMC4wMB4EDACzAAcAACMsIyMwLjAeBBoAtAAVAAAiJCIjLCMjMDtcKCIkIiMsIyMw XCkeBA0AtQAIAAAiJCIjLCMjMB4EEAC2AAsAACIkIiMsIyMwLjAwHgQPALcACgAAIiQiIywjIzAu MB4ECAC4AAMAADAuMB4EHgC5ABkAACIkIiMsIyMwLjA7XCgiJCIjLCMjMC4wXCkeBCAAugAbAAAi JCIjLCMjMC4wMDtcKCIkIiMsIyMwLjAwXCkeBB0AuwAMAAEjACwAIwAjADAALgAwADAAXAAgAF8A rCAeBCcAvAARAAEiACQAIgAqACAAIwAsACMAIwAwAC4AMAAwAFwAIABfAKwgHgQiAL0AHQAAIiQi IywjIzAuMDAwO1woIiQiIywjIzAuMDAwXCkeBBsAvgALAAEjACwAIwAjADAALgAwAFwAIABfAKwg HgQXAL8ACQABIwAsACMAIwAwAFwAIABfAKwgHgQXAMAAEgAAWyQkLTQ1Q11cICMsIyMwLjAwHgQU AMEADwAAWyQkLTQ1Q11cICMsIyMw4AAUAAAAAAD1/yAAAAAAAAAAAAAAAMAg4AAUAAEAAAD1/yAA APQAAAAAAAAAAMAg4AAUAAEAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAIAAAD1/yAAAPQAAAAAAAAA AMAg4AAUAAIAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAA AAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAAAAD1/yAAAPQA AAAAAAAAAMAg4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg 4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAAAAD1 /yAAAPQAAAAAAAAAAMAg4AAUAAAAAAD1/yAAAPQAAAAAAAAAAMAg4AAUAAAAAAABACAAAAAAAAAA AAAAAMAg4AAUAAwAAAD1/yAAALQAAAAAAAAABIkg4AAUAAwAAAD1/yAAALQAAAAAAAAABK8g4AAU AAwAAAD1/yAAALQAAAAAAAAABJog4AAUAAwAAAD1/yAAALQAAAAAAAAABIkg4AAUAAwAAAD1/yAA ALQAAAAAAAAABJsg4AAUAAwAAAD1/yAAALQAAAAAAAAABK8g4AAUAAwAAAD1/yAAALQAAAAAAAAA BJYg4AAUAAwAAAD1/yAAALQAAAAAAAAABJ0g4AAUAAwAAAD1/yAAALQAAAAAAAAABKsg4AAUAAwA AAD1/yAAALQAAAAAAAAABJYg4AAUAAwAAAD1/yAAALQAAAAAAAAABKwg4AAUAAwAAAD1/yAAALQA AAAAAAAABK8g4AAUAA0AAAD1/yAAALQAAAAAAAAABLEg4AAUAA0AAAD1/yAAALQAAAAAAAAABJ0g 4AAUAA0AAAD1/yAAALQAAAAAAAAABKsg4AAUAA0AAAD1/yAAALQAAAAAAAAABJYg4AAUAA0AAAD1 /yAAALQAAAAAAAAABLEg4AAUAA0AAAD1/yAAALQAAAAAAAAABK8g4AAUAA0AAAD1/yAAALQAAAAA AAAABLEg4AAUAA0AAAD1/yAAALQAAAAAAAAABJMg4AAUAA0AAAD1/yAAALQAAAAAAAAABJMg4AAU AA0AAAD1/yAAALQAAAAAAAAABLYg4AAUAA0AAAD1/yAAALQAAAAAAAAABLEg4AAUAA0AAAD1/yAA ALQAAAAAAAAABLUg4AAUAA4AAAD1/yAAALQAAAAAAAAABK0g4AAUAA8AAAD1/yAAAJQREZcLlwsA BIkg4AAUABAAAAD1/yAAAJRmZr8fvx8ABLcg4AAUAAEAsQD1/yAAAPgAAAAAAAAAAMAg4AAUAAEA rwD1/yAAAPgAAAAAAAAAAMAg4AAUAAYAKwD1/yAAAPgAAAAAAAAAAMAg4AAUAAEAsAD1/yAAAPgA AAAAAAAAAMAg4AAUAAEArgD1/yAAAPgAAAAAAAAAAMAg4AAUABEAAAD1/yAAAPQAAAAAAAAAAMAg 4AAUABIAAAD1/yAAALQAAAAAAAAABKog4AAUABMAAAD1/yAAANQAUAAAgBgAAMAg4AAUABQAAAD1 /yAAANQAUAAAAAsAAMAg4AAUABUAAAD1/yAAANQAIAAAgBgAAMAg4AAUABUAAAD1/yAAAPQAAAAA AAAAAMAg4AAUABYAAAD1/yAAAJQREZcLlwsABK8g4AAUABcAAAD1/yAAANQAYAAAABoAAMAg4AAU ABgAAAD1/yAAALQAAAAAAAAABKsg4AAUAAYAAAD1/yAAAAAAAAAAAAAAAMAg4AAUAAYAAAD1/yAA AJwRERYLFgsABJog4AAUABkAAAD1/yAAAJQREb8fvx8ABIkg4AAUAAEACQD1/yAAAPgAAAAAAAAA AMAg4AAUABoAAAD1/yAAAPQAAAAAAAAAAMAg4AAUABsAAAD1/yAAANQAYQAAsRgAAMAg4AAUABwA AAD1/yAAAPQAAAAAAAAAAMAg4AAUAAYAAAABACAAAAgAAAAAAAAAAMAg4AAUAAcAAAABACAAAAgA AAAAAAAAAMAg4AAUAB0AAAABACsAAHgAAAAAAAAAAsAg4AAUAB4AtAABACgAAHwREZcLlwsABokE 4AAUAB8AtQABACsAAHwREZcLlwsABokE4AAUAB4AtQABACsAAHwREZcLlwsABokE4AAUAB4AtQAB ACgAAHwREZcLlwsABokE4AAUAB8AAQABACsAAHwREZcLlwsABokE4AAUAB0AtQABACsAAHwREZcL lwsABokE4AAUACAAtQABACgAAHwQEYALlwsABokE4AAUACEAtAABACgAAHwREZcLlwsABokE4AAU ACEAtQABACgAAHwREZcLlwsABokE4AAUAB0AAAABACsAAHgREUAgQCAAAsAg4AAUACIAtQABACgA AHwREZcLlwsABokE4AAUACIAtQABACgAAHwRAZcLFwAABioV4AAUAB8AAAABACsAAHgRAZcLFwAA BioV4AAUACIAAAABACgAAHgRAZcLFwAABioV4AAUAB4AtAABACgAAHwREZcLlwsABp0O4AAUAB4A tQABACgAAHwREZcLlwsABp0O4AAUACMAAAABACgAAHgREZcLlwsABp0O4AAUACIAAAABACgAAHgR EZcLlwsABp0O4AAUACAAtQABACgAAHwREZcLlwsABokE4AAUACAAtAABACgAAHwREZcLlwsABp8P 4AAUACAAtQABACgAAHwREZcLlwsABp8P4AAUACQAAAABACsAAHgREZcLlwsABp8P4AAUACAAAAAB ACsAAHgREZcLlwsABp8P4AAUAB0ACQABACgAAHwREZcLlwsABokE4AAUAB0AtAABACgAAHwREZcL lwsABokE4AAUAB0ACQABACgAAHwREZcLlwsABokE4AAUAB0AtQABACgAAHwREZcLlwsABokE4AAU ACMAAAABACgAAHgREZcLlwsABokE4AAUACIAAAABACgAAHgREZcLlwsABokE4AAUAB8AAAABACsA AHgAAAAAAAAABokE4AAUAB4AAAABACsAAHgAAAAAAAAABokE4AAUAB8AAAABACsAAHgREZcLlwsA BokE4AAUAB4AAAABACsAAHgREZcLlwsABokE4AAUAB8AAAABACgAAHgREZcLlwsABokE4AAUAB4A rQABACsAAHwREZcLlwsABokE4AAUAB4AtQABACgAAHwREZcLlwsAAsAg4AAUAB8AAQABACsAAHwR EZcLlwsAAsAg4AAUACUArQABACsAAHwAAAAAAAAAAsAg4AAUACUArQABACsAAHwREZcLlwsAAsAg 4AAUACIACQABACgAAHwREZcLlwsABokE4AAUACIACQABACgAAHwREZcLlwsABokE4AAUACYAAAAB ACsAAHgREZcLlwsABj4f4AAUACYAAAABACoAAHgREZcLlwsABj4f4AAUACcAAAABACoAAHgREZcL lwsABj4f4AAUAB4AtgABACgAAHwREZcLlwsABp0O4AAUACgAAAABACgAAHgREZcLlwsABj4f4AAU AAcAAAABACMAABgAAAAAAAAAAMAg4AAUAB4AtQABACgAAHwREUAgQCAABpsE4AAUAAUAtgABACAA AAwAAAAAAAAAAMAg4AAUACkAtQABACgAAHwREZcLlwsABokE4AAUAAUAtgABACAAACwAAAAAAAAA AMAg4AAUAAUAtgABACAAACwAEAAAACAAAMAg4AAUACEAtAABACgAAHwREZcLFyAABokE4AAUACEA tQABACgAAHwQEYALlwsABokE4AAUACEAtQABACgAAHwRAZcLFwAABokE4AAUAAUAtgABACAAACwA YQAAQCAAAMAg4AAUACoAAAABACoAAHgREZcLlwsABj4f4AAUACIAwQABACsAAHwREZcLlwsABokE 4AAUAB4AwQABACsAAHwREZcLlwsABokE4AAUACAAwQABACsAAHwREZcLlwsABp8P4AAUAB0AwQAB ACsAAHwREZcLlwsABokE4AAUACIAwQABACsAAHwRAZcLFwAABioV4AAUACEAwQABACsAAHwREZcL lwsABokE4AAUACYAAAABACgAAHgREZcLlwsABj4f4AAUAB4AAAABACgAADgREZcLlwsAAsAg4AAU ACkAAAABACgAADgREZcLlwsAAsAg4AAUAB4AtQABACgAADwREZcLlwsAAsAg4AAUAB4AAAABACkA ADgREZcLlwsAAsAg4AAUAB4AAAABAAkAADgREZcLlwsAAsAg4AAUAB4AAAABACgAADgAAAAAAAAA AsAg4AAUAB4AAAABAAgAAHgREZcLlwsABokE4AAUAAAAAAABACAAAAgAAAAAAAAAAMAg4AAUACkA wQABACsAAHwREZcLlwsABokE4AAUACkAtQABACgAADwREZcLlwsAAsAg4AAUACkAwQABACMAABwA AAAAAAAAAsAg4AAUAB4AwAABACgAADwREZcLlwsAAsAg4AAUACkAtQABACsAAHwREZcLlwsAAsAg 4AAUACsArQABACsAAHwAAAAAAAAAAsAg4AAUACkAtQABACAAADwREZcLlwsAAsAg4AAUACkAAAAB AAEAADgAAAAAAAAAAsAg4AAUAAAAtQABACgAAHwREZcLlwsAAsAg4AAUAAAAtQABACgAAHwREZcL lwsABokE4AAUACkAtAABACgAAHwREZcLlwsABokE4AAUACkAAAABACsAAHgREZcLlwsABokE4AAU ACkAwQABACAAAAwAAAAAAAAAAsAg4AAUAAYAtQABACAAAAwAAAAAAAAAAMAg4AAUAB4AtQABACgA AHwREZcLlwsABpYE4AAUACkAAAABAAgAADgREZcLlwsAAsAg4AAUACwAtQABACgAAHwREZcLlwsA Bp8P4AAUAC0AAAABACkAAHgiUokEiQQABj8g4AAUAAoAAAABACgAAHgiUokEiQQABj8g4AAUAC4A AAABACkAAHgiJYkEiQQABhYg4AAUAC4AAwABACsAAHwiJYkEiQQABhYg4AAUAC4AAAABACkAAHgi IokEiQQABhYg4AAUAC4AAwABACsAAHwiIokEiQQABhYg4AAUAC0AAAABACkAAHgiJYkEiQQABj8g 4AAUAC0AAwABACsAAHwiJYkEiQQABj8g4AAUAC4AAAABACkAAHgiUokEiQQABgkg4AAUAC4AAwAB ACsAAHwiUokEiQQABgkg4AAUAC8AAAABACkAAHgiUokEiQQABj8g4AAUADAAAAABACsAAHgiUokE iQQABj8g4AAUADEAAAABACkAAHgiJYkEiQQABhYg4AAUADEAAwABACsAAHwiIokEiQQABhYg4AAU ADIAAAABACkAAHgiIokEiQQABgkg4AAUADIAAwABACsAAHwiIokEiQQABgkg4AAUADEAAAABACkA AHgiIokEiQQABhYg4AAUAC8AAAABACkAAHgiJYkEiQQABj8g4AAUAC8AAwABACsAAHwiJYkEiQQA Bj8g4AAUADMAAAABACkAAHgiUokEiQQABj8g4AAUADQAAAABACkAAHgiJYkEiQQABhYg4AAUADQA AAABACsAAHgiJYkEiQQABhYg4AAUADQAAAABACkAAHgiIokEiQQABgkg4AAUADQAAAABACsAAHgi IokEiQQABgkg4AAUADQAAAABACkAAHgiUokEiQQABhYg4AAUADQAAAABACsAAHgiUokEiQQABhYg 4AAUADMAAAABACkAAHgiJYkEiQQABj8g4AAUADMAAwABACsAAHwiJYkEiQQABj8gfAgUAHwIAAAA AAAAAAAAAAAAuABrvfL/fQhBAH0IAAAAAAAAAAAAAAAAEAAAAAMADQAUAAMAAAABAAAAXCkAXwCs IDAOAAUAAgQAFAADAGVmBAAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAEQAAAAMADQAUAAMA AAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAGVmBQAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAA EgAAAAMADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAGVmBgAAADtfKEBfKSAgfQhBAH0I AAAAAAAAAAAAAAAAEwAAAAMADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAGVmBwAAADtf KEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAFAAAAAMADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgQA FAADAGVmCAAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAFQAAAAMADQAUAAMAAAABAAAAXCkA XwCsIDAOAAUAAgQAFAADAGVmCQAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAFgAAAAMADQAU AAMAAAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAMxMBAAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAA AAAAFwAAAAMADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAMxMBQAAADtfKEBfKSAgfQhB AH0IAAAAAAAAAAAAAAAAGAAAAAMADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAMxMBgAA ADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAGQAAAAMADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUA AgQAFAADAMxMBwAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAGgAAAAMADQAUAAMAAAABAAAA XCkAXwCsIDAOAAUAAgQAFAADAMxMCAAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAGwAAAAMA DQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgQAFAADAMxMCQAAADtfKEBfKSAgfQhBAH0IAAAAAAAA AAAAAAAAHAAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQAFAADADIzBAAAADtfKEBfKSAg fQhBAH0IAAAAAAAAAAAAAAAAHQAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQAFAADADIz BQAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAHgAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAO AAUAAgQAFAADADIzBgAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAHwAAAAMADQAUAAMAAAAA AAAAXCkAXwCsIDAOAAUAAgQAFAADADIzBwAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAIAAA AAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQAFAADADIzCAAAADtfKEBfKSAgfQhBAH0IAAAA AAAAAAAAAAAAIQAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQAFAADADIzCQAAADtfKEBf KSAgfQhBAH0IAAAAAAAAAAAAAAAAIgAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQAFAAD AAAABAAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAIwAAAAMADQAUAAMAAAAAAAAAXCkAXwCs IDAOAAUAAgQAFAADAAAABQAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAJAAAAAMADQAUAAMA AAAAAAAAXCkAXwCsIDAOAAUAAgQAFAADAAAABgAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAA JQAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQAFAADAAAABwAAADtfKEBfKSAgfQhBAH0I AAAAAAAAAAAAAAAAJgAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQAFAADAAAACAAAADtf KEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAJwAAAAMADQAUAAMAAAAAAAAAXCkAXwCsIDAOAAUAAgQA FAADAAAACQAAADtfKEBfKSAgfQhBAH0IAAAAAAAAAAAAAAAAKAAAAAMADQAUAAIAAACcAAb/XCkA XwCsIDAOAAUAAgQAFAACAAAA/8fO/ztfKEBfKSAgfQiRAH0IAAAAAAAAAAAAAAAAKQAAAAcADQAU AAIAAAD6fQD/XCkAXwCsIDAOAAUAAgQAFAACAAAA8vLy/ztfKEBfKSAgBwAUAAIAAAB/f3//ICAg ICAgICAIABQAAgAAAH9/f/8gICAgICAgIAkAFAACAAAAf39//wP1fCLkOsIACgAUAAIAAAB/f3// LgAG1J6hgIx9CJEAfQgAAAAAAAAAAAAAAAAqAAAABwANABQAAwAAAAAAAABcKQBfAKwgMA4ABQAC BAAUAAIAAAClpaX/O18oQF8pICAHABQAAgAAAD8/P/8gICAgICAgIAgAFAACAAAAPz8//yAgICAg ICAgCQAUAAIAAAA/Pz//A/V8IuQ6wgAKABQAAgAAAD8/P/8uAAbUnqGAjH0ILQB9CAAAAAAAAAAA AAAAADAAAAACAA0AFAACAAAAf39//1wpAF8ArCAwDgAFAAJ9CEEAfQgAAAAAAAAAAAAAAAAxAAAA AwANABQAAgAAAABhAP9cKQBfAKwgMA4ABQACBAAUAAIAAADG787/O18oQF8pICB9CEEAfQgAAAAA AAAAAAAAAAAyAAAAAwANABQAAwAAAAMAAABcKQBfAKwgMA4ABQACCAAUAAMAAAAEAAAAO18oQF8p ICB9CEEAfQgAAAAAAAAAAAAAAAAzAAAAAwANABQAAwAAAAMAAABcKQBfAKwgMA4ABQACCAAUAAMA /z8EAAAAO18oQF8pICB9CEEAfQgAAAAAAAAAAAAAAAA0AAAAAwANABQAAwAAAAMAAABcKQBfAKwg MA4ABQACCAAUAAMAMjMEAAAAO18oQF8pICB9CC0AfQgAAAAAAAAAAAAAAAA1AAAAAgANABQAAwAA AAMAAABcKQBfAKwgMA4ABQACfQiRAH0IAAAAAAAAAAAAAAAANgAAAAcADQAUAAIAAAA/P3b/XCkA XwCsIDAOAAUAAgQAFAACAAAA/8yZ/ztfKEBfKSAgBwAUAAIAAAB/f3//ICAgICAgICAIABQAAgAA AH9/f/8gICAgICAgIAkAFAACAAAAf39//wP1fCLkOsIACgAUAAIAAAB/f3//LgAG1J6hgIx9CEEA fQgAAAAAAAAAAAAAAAA3AAAAAwANABQAAgAAAPp9AP9cKQBfAKwgMA4ABQACCAAUAAIAAAD/gAH/ O18oQF8pICB9CEEAfQgAAAAAAAAAAAAAAAA4AAAAAwANABQAAgAAAJxlAP9cKQBfAKwgMA4ABQAC BAAUAAIAAAD/65z/O18oQF8pICB9CHgAfQgAAAAAAAAAAAAAAAA6AAAABQAEABQAAgAAAP//zP9c KQBfAKwgMAcAFAACAAAAsrKy/wD/65z/O18oCAAUAAIAAACysrL/AH9/f/8gICAJABQAAgAAALKy sv8Af39//yAgIAoAFAACAAAAsrKy/wB/f3//A/V8fQiRAH0IAAAAAAAAAAAAAAAAOwAAAAcADQAU AAIAAAA/Pz//XCkAXwCsIDAOAAUAAgQAFAACAAAA8vLy/ztfKAgAFAACBwAUAAIAAAA/Pz//ICAg CQAUAAIIABQAAgAAAD8/P/8gICAKABQAAgkAFAACAAAAPz8//wP1fCLkOsIACgAUAAIAAAA/Pz// LgAG1J6hgIx9CC0AfQgAAAAAAAAAAAAAAAA9AAAAAgANABQAAwAAAAMAAABcKQBfAKwgMA4ABQAB fQhVAH0IAAAAAAAAAAAAAAAAPgAAAAQADQAUAAMAAAABAAAAXCkAXwCsIDAOAAUAAgcAFAADAAAA BAAAADtfKAgAFAACCAAUAAMAAAAEAAAAICAgCQAUAAJ9CC0AfQgAAAAAAAAAAAAAAAA/AAAAAgAN ABQAAgAAAP8AAP9cKQBfAKwgMA4ABQACfQgoAH0IAAAAAAAAAAAAAAAAQgAAAAEADQAUAAIAAAAA AAD/XCkAXwCsIDB9CKAAfQgAAAAAAAAAAAAAAABDAAAABwANABQAAgAAAAAAAP9cKQBfAKwgMAQA FAACAAAA/////wAEAAAAO18oBQAUAAIAAAD/////AAQAAAAgICAHABQAAgAAAH9/f/8APz8//yAg IAgAFAACAAAAf39//wA/Pz//A/V8CQAUAAIAAAB/f3//AD8/P/8uAAYKABQAAgAAAH9/f/8DFk5A ABVOQH0IoAB9CAAAAAAAAAAAAAAAAEQAAAAHAA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAIAAAD/ ////AAQAAAA7XygFABQAAgAAAP////8ABAAAACAgIAcAFAACAAAAf39//wA/Pz//ICAgCAAUAAIA AAB/f3//AD8/P/8D9XwJABQAAgAAAH9/f/8APz8//y4ABgoAFAACAAAAf39//wMWTkAAFU5AfQig AH0IAAAAAAAAAAAAAAAARQAAAAcADQAUAAIAAAAAAAD/XCkAXwCsIDAEABQAAgAAAP////8ABAAA ADtfKAUAFAACAAAA/////wAEAAAAICAgBwAUAAIAAAB/f3//AD8/P/8gICAIABQAAgAAAH9/f/8A Pz8//wP1fAkAFAACAAAAf39//wA/Pz//LgAGCgAUAAIAAAB/f3//AxZOQAAVTkB9CKAAfQgAAAAA AAAAAAAAAABGAAAABwANABQAAgAAAAAAAP9cKQBfAKwgMAQAFAACAAAA/////wAEAAAAO18oBQAU AAIAAAD/////AAQAAAAgICAHABQAAgAAAH9/f/8APz8//yAgIAgAFAACAAAAf39//wA/Pz//A/V8 CQAUAAIAAAB/f3//AD8/P/8uAAYKABQAAgAAAH9/f/8DFk5AABVOQH0IoAB9CAAAAAAAAAAAAAAA AEcAAAAHAA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAIAAAD/////AAQAAAA7XygFABQAAgAAAP// //8ABAAAACAgIAcAFAACAAAAf39//wA/Pz//ICAgCAAUAAIAAAB/f3//AD8/P/8D9XwJABQAAgAA AH9/f/8APz8//y4ABgoAFAACAAAAf39//wMWTkAAFU5AfQigAH0IAAAAAAAAAAAAAAAASAAAAAcA DQAUAAIAAAAAAAD/XCkAXwCsIDAEABQAAgAAAP////8ABAAAADtfKAUAFAACAAAA/////wAEAAAA ICAgBwAUAAIAAAB/f3//AD8/P/8gICAIABQAAgAAAH9/f/8APz8//wP1fAkAFAACAAAAf39//wA/ Pz//LgAGCgAUAAIAAAB/f3//AxZOQAAVTkB9CIwAfQgAAAAAAAAAAAAAAABJAAAABgANABQAAgAA AAAAAP9cKQBfAKwgMAQAFAACAAAA/////wAEAAAAO18oBQAUAAIAAAD/////AAQAAAAgICAHABQA AgAAAH9/f/8APz8//yAgIAgAFAACAAAAf39//wA/Pz//A/V8CgAUAAIAAAB/f3//AD8/P/8uAAZ9 CKAAfQgAAAAAAAAAAAAAAABKAAAABwANABQAAgAAADTSKP9cKQBfAKwgMAQAFAACAAAA/////wAE AAAAO18oBQAUAAIAAAD/////AAQAAAAgICAHABQAAgAAAH9/f/8APz8//yAgIAgAFAACAAAAf39/ /wA/Pz//A/V8CQAUAAIAAAB/f3//AD8/P/8uAAYKABQAAgAAAH9/f/8DFk5AABVOQH0IoAB9CAAA AAAAAAAAAAAAAEsAAAAHAA0AFAACAAAANNIo/1wpAF8ArCAwBAAUAAIAAAD/////AAQAAAA7XygF ABQAAgAAAP////8ABAAAACAgIAcAFAACAAAAf39//wA/Pz//ICAgCAAUAAIAAAB/f3//AD8/P/8D 9XwJABQAAgAAAH9/f/8APz8//y4ABgoAFAACAAAAf39//wMWTkAAFU5AfQgoAH0IAAAAAAAAAAAA AAAATAAAAAEADQAUAAIAAAAAAAD/XCkAXwCsIDB9CKAAfQgAAAAAAAAAAAAAAABNAAAABwANABQA AgAAAAAAAP9cKQBfAKwgMAQAFAACAAAA/////wAEAAAAO18oBQAUAAIAAAD/////AAQAAAAgICAH ABQAAgAAAH9/f/8APz8//yAgIAgAFAACAAAAf39//wA/Pz//A/V8CQAUAAIAAAB/f3//AD8/P/8u AAYKABQAAgAAAH9/f/8DFk5AABVOQH0IjAB9CAAAAAAAAAAAAAAAAE4AAAAGAA0AFAACAAAAAAAA /1wpAF8ArCAwBAAUAAIAAADM/8z/AAQAAAA7XygFABQAAgAAAMz/zP8ABAAAACAgIAcAFAACAAAA f39//wA/Pz//ICAgCQAUAAIAAAB/f3//AD8/P/8D9XwKABQAAgAAAH9/f/8APz8//y4ABn0IjAB9 CAAAAAAAAAAAAAAAAE8AAAAGAA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAIAAADM/8z/AAQAAAA7 XygFABQAAgAAAMz/zP8ABAAAACAgIAcAFAACAAAAf39//wA/Pz//ICAgCQAUAAIAAAB/f3//AD8/ P/8D9XwKABQAAgAAAH9/f/8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAAFAAAAAGAA0AFAACAAAA AAAA/1wpAF8ArCAwBAAUAAIAAADM/8z/AAQAAAA7XygFABQAAgAAAMz/zP8ABAAAACAgIAcAFAAC AAAAf39//wA/Pz//ICAgCQAUAAIAAAB/f3//AD8/P/8D9XwKABQAAgAAAH9/f/8APz8//y4ABn0I oAB9CAAAAAAAAAAAAAAAAFEAAAAHAA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAIAAAD/gID/AAQA AAA7XygFABQAAgAAAP+AgP8ABAAAACAgIAcAFAACAAAAf39//wA/Pz//ICAgCAAUAAIAAAB/f3// AD8/P/8D9XwJABQAAgAAAH9/f/8APz8//y4ABgoAFAACAAAAf39//wMWTkAAFU5AfQigAH0IAAAA AAAAAAAAAAAAUgAAAAcADQAUAAIAAAAAAAD/XCkAXwCsIDAEABQAAgAAAP+AgP8ABAAAADtfKAUA FAACAAAA/4CA/wAEAAAAICAgBwAUAAIAAAB/f3//AD8/P/8gICAIABQAAgAAAH9/f/8APz8//wP1 fAkAFAACAAAAf39//wA/Pz//LgAGCgAUAAIAAAB/f3//AxZOQAAVTkB9CKAAfQgAAAAAAAAAAAAA AABTAAAABwANABQAAgAAAAAAAP9cKQBfAKwgMAQAFAACAAAA/4CA/wAEAAAAO18oBQAUAAIAAAD/ gID/AAQAAAAgICAHABQAAgAAAH9/f/8APz8//yAgIAgAFAACAAAAf39//wA/Pz//A/V8CQAUAAIA AAB/f3//AD8/P/8uAAYKABQAAgAAAH9/f/8DFk5AABVOQH0IoAB9CAAAAAAAAAAAAAAAAFQAAAAH AA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAIAAAD/gID/AAQAAAA7XygFABQAAgAAAP+AgP8ABAAA ACAgIAcAFAACAAAAf39//wA/Pz//ICAgCAAUAAIAAAB/f3//AD8/P/8D9XwJABQAAgAAAH9/f/8A Pz8//y4ABgoAFAACAAAAf39//wMWTkAAFU5AfQigAH0IAAAAAAAAAAAAAAAAVQAAAAcADQAUAAIA AAAAAAD/XCkAXwCsIDAEABQAAgAAAP////8ABAAAADtfKAUAFAACAAAA/////wAEAAAAICAgBwAU AAIAAAB/f3//AD8/P/8gICAIABQAAgAAAH9/f/8APz8//wP1fAkAFAACAAAAf39//wA/Pz//LgAG CgAUAAIAAAB/f3//AxZOQAAVTkB9CKAAfQgAAAAAAAAAAAAAAABWAAAABwANABQAAgAAAAAAAP9c KQBfAKwgMAQAFAACAAAAzMz//wAEAAAAO18oBQAUAAIAAADMzP//AAQAAAAgICAHABQAAgAAAH9/ f/8APz8//yAgIAgAFAACAAAAf39//wA/Pz//A/V8CQAUAAIAAAB/f3//AD8/P/8uAAYKABQAAgAA AH9/f/8DFk5AABVOQH0IoAB9CAAAAAAAAAAAAAAAAFcAAAAHAA0AFAACAAAAAAAA/1wpAF8ArCAw BAAUAAIAAADMzP//AAQAAAA7XygFABQAAgAAAMzM//8ABAAAACAgIAcAFAACAAAAf39//wA/Pz// ICAgCAAUAAIAAAB/f3//AD8/P/8D9XwJABQAAgAAAH9/f/8APz8//y4ABgoAFAACAAAAf39//wMW TkAAFU5AfQigAH0IAAAAAAAAAAAAAAAAWAAAAAcADQAUAAIAAAAAAAD/XCkAXwCsIDAEABQAAgAA AMzM//8ABAAAADtfKAUAFAACAAAAzMz//wAEAAAAICAgBwAUAAIAAAB/f3//AD8/P/8gICAIABQA AgAAAH9/f/8APz8//wP1fAkAFAACAAAAf39//wA/Pz//LgAGCgAUAAIAAAB/f3//AxZOQAAVTkB9 CKAAfQgAAAAAAAAAAAAAAABZAAAABwANABQAAgAAAAAAAP9cKQBfAKwgMAQAFAACAAAAzMz//wAE AAAAO18oBQAUAAIAAADMzP//AAQAAAAgICAHABQAAgAAAH9/f/8APz8//yAgIAgAFAACAAAAf39/ /wA/Pz//A/V8CQAUAAIAAAB/f3//AD8/P/8uAAYKABQAAgAAAH9/f/8DFk5AABVOQH0IoAB9CAAA AAAAAAAAAAAAAFoAAAAHAA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAIAAAD/////AAQAAAA7XygF ABQAAgAAAP////8ABAAAACAgIAcAFAACAAAAf39//wA/Pz//ICAgCAAUAAIAAAB/f3//AD8/P/8D 9XwJABQAAgAAAH9/f/8APz8//y4ABgoAFAACAAAAf39//wMWTkAAFU5AfQigAH0IAAAAAAAAAAAA AAAAWwAAAAcADQAUAAIAAAAAAAD/XCkAXwCsIDAEABQAAgAAAPLy8v8ABAAAADtfKAUAFAACAAAA 8vLy/wAEAAAAICAgBwAUAAIAAAB/f3//AD8/P/8gICAIABQAAgAAAH9/f/8APz8//wP1fAkAFAAC AAAAf39//wA/Pz//LgAGCgAUAAIAAAB/f3//AxZOQAAVTkB9CKAAfQgAAAAAAAAAAAAAAABcAAAA BwANABQAAgAAAAAAAP9cKQBfAKwgMAQAFAACAAAA8vLy/wAEAAAAO18oBQAUAAIAAADy8vL/AAQA AAAgICAHABQAAgAAAH9/f/8APz8//yAgIAgAFAACAAAAf39//wA/Pz//A/V8CQAUAAIAAAB/f3// AD8/P/8uAAYKABQAAgAAAH9/f/8DFk5AABVOQH0IoAB9CAAAAAAAAAAAAAAAAF0AAAAHAA0AFAAC AAAAAAAA/1wpAF8ArCAwBAAUAAIAAADy8vL/AAQAAAA7XygFABQAAgAAAPLy8v8ABAAAACAgIAcA FAACAAAAf39//wA/Pz//ICAgCAAUAAIAAAB/f3//AD8/P/8D9XwJABQAAgAAAH9/f/8APz8//y4A BgoAFAACAAAAf39//wMWTkAAFU5AfQigAH0IAAAAAAAAAAAAAAAAXgAAAAcADQAUAAIAAAAAAAD/ XCkAXwCsIDAEABQAAgAAAPLy8v8ABAAAADtfKAUAFAACAAAA8vLy/wAEAAAAICAgBwAUAAIAAAB/ f3//AD8/P/8gICAIABQAAgAAAH9/f/8APz8//wP1fAkAFAACAAAAf39//wA/Pz//LgAGCgAUAAIA AAB/f3//AxZOQAAVTkB9CKAAfQgAAAAAAAAAAAAAAABfAAAABwANABQAAgAAAAAAAP9cKQBfAKwg MAQAFAACAAAA8vLy/wAEAAAAO18oBQAUAAIAAADy8vL/AAQAAAAgICAHABQAAgAAAH9/f/8APz8/ /yAgIAgAFAACAAAAf39//wA/Pz//A/V8CQAUAAIAAAB/f3//AD8/P/8uAAYKABQAAgAAAH9/f/8D Fk5AABVOQH0IUAB9CAAAAAAAAAAAAAAAAGAAAAADAA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAIA AAD/////AAQAAAA7XygFABQAAgAAAP////8ABAAAACAgIH0IUAB9CAAAAAAAAAAAAAAAAGEAAAAD AA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAIAAAD/////AAQAAAA7XygFABQAAgAAAP////8ABAAA ACAgIH0IoAB9CAAAAAAAAAAAAAAAAGIAAAAHAA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAIAAAD/ ////AAQAAAA7XygFABQAAgAAAP////8ABAAAACAgIAcAFAACAAAAf39//wA/Pz//ICAgCAAUAAIA AAB/f3//AD8/P/8D9XwJABQAAgAAAH9/f/8APz8//y4ABgoAFAACAAAAf39//wMWTkAAFU5AfQig AH0IAAAAAAAAAAAAAAAAYwAAAAcADQAUAAIAAAAAAAD/XCkAXwCsIDAEABQAAgAAAP////8ABAAA ADtfKAUAFAACAAAA/////wAEAAAAICAgBwAUAAIAAAB/f3//AD8/P/8gICAIABQAAgAAAH9/f/8A Pz8//wP1fAkAFAACAAAAf39//wA/Pz//LgAGCgAUAAIAAAB/f3//AxZOQAAVTkB9CKAAfQgAAAAA AAAAAAAAAABkAAAABwANABQAAgAAAAAAAP9cKQBfAKwgMAQAFAACAAAA8vLy/wAEAAAAO18oBQAU AAIAAADy8vL/AAQAAAAgICAHABQAAgAAAH9/f/8APz8//yAgIAgAFAACAAAAf39//wA/Pz//A/V8 CQAUAAIAAAB/f3//AD8/P/8uAAYKABQAAgAAAH9/f/8DFk5AABVOQH0IoAB9CAAAAAAAAAAAAAAA AGUAAAAHAA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAIAAAD/////AAQAAAA7XygFABQAAgAAAP// //8ABAAAACAgIAcAFAACAAAAf39//wA/Pz//ICAgCAAUAAIAAAB/f3//AD8/P/8D9XwJABQAAgAA AH9/f/8APz8//y4ABgoAFAACAAAAf39//wMWTkAAFU5AfQh4AH0IAAAAAAAAAAAAAAAAZgAAAAUA DQAUAAIAAAAAAAD/XCkAXwCsIDAHABQAAgAAAH9/f/8ABAAAADtfKAgAFAACAAAAf39//wAEAAAA ICAgCQAUAAIAAAB/f3//AD8/P/8gICAKABQAAgAAAH9/f/8APz8//wP1fH0IeAB9CAAAAAAAAAAA AAAAAGcAAAAFAA0AFAACAAAAAAAA/1wpAF8ArCAwBwAUAAIAAAB/f3//AAQAAAA7XygIABQAAgAA AH9/f/8ABAAAACAgIAkAFAACAAAAf39//wA/Pz//ICAgCgAUAAIAAAB/f3//AD8/P/8D9Xx9CCgA fQgAAAAAAAAAAAAAAABoAAAAAQANABQAAgAAAAAAAP9cKQBfAKwgMH0IeAB9CAAAAAAAAAAAAAAA AGkAAAAFAA0AFAACAAAAAAAA/1wpAF8ArCAwBwAUAAMAAcAAAAAAAAQAAAA7XygIABQAAwABwAAA AAAABAAAACAgIAkAFAADAAHAAAAAAAA/Pz//ICAgCgAUAAMAAcAAAAAAAD8/P/8D9Xx9CKAAfQgA AAAAAAAAAAAAAABqAAAABwANABQAAgAAAAAAAP9cKQBfAKwgMAQAFAACAAAA/////wAEAAAAO18o BQAUAAIAAAD/////AAQAAAAgICAHABQAAgAAAH9/f/8APz8//yAgIAgAFAACAAAAf39//wA/Pz// A/V8CQAUAAIAAAB/f3//AD8/P/8uAAYKABQAAgAAAH9/f/8DFk5AABVOQH0IoAB9CAAAAAAAAAAA AAAAAGsAAAAHAA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAIAAADy8vL/AAQAAAA7XygFABQAAgAA APLy8v8ABAAAACAgIAcAFAACAAAAf39//wA/Pz//ICAgCAAUAAIAAAB/f3//AD8/P/8D9XwJABQA AgAAAH9/f/8APz8//y4ABgoAFAACAAAAf39//wMWTkAAFU5AfQigAH0IAAAAAAAAAAAAAAAAbAAA AAcADQAUAAIAAAD/////XCkAXwCsIDAEABQAAgAAABc2Xf8ABAAAADtfKAUAFAACAAAAFzZd/wAE AAAAICAgBwAUAAIAAAB/f3//AD8/P/8gICAIABQAAgAAAH9/f/8APz8//wP1fAkAFAACAAAAf39/ /wA/Pz//LgAGCgAUAAIAAAB/f3//AxZOQAAVTkB9CKAAfQgAAAAAAAAAAAAAAABtAAAABwANABQA AgAAAP////9cKQBfAKwgMAQAFAACAAAAFzZd/wAEAAAAO18oBQAUAAIAAAAXNl3/AAQAAAAgICAH ABQAAgAAAH9/f/8APz8//yAgIAgAFAACAAAAf39//wA/Pz//A/V8CQAUAAIAAAB/f3//AD8/P/8u AAYKABQAAgAAAH9/f/8DFk5AABVOQH0IoAB9CAAAAAAAAAAAAAAAAG4AAAAHAA0AFAACAAAA//// /1wpAF8ArCAwBAAUAAIAAAAXNl3/AAQAAAA7XygFABQAAgAAABc2Xf8ABAAAACAgIAcAFAACAAAA f39//wA/Pz//ICAgCAAUAAIAAAB/f3//AD8/P/8D9XwJABQAAgAAAH9/f/8APz8//y4ABgoAFAAC AAAAf39//wMWTkAAFU5AfQigAH0IAAAAAAAAAAAAAAAAbwAAAAcADQAUAAIAAAAAAAD/XCkAXwCs IDAEABQAAgAAAP+AgP8ABAAAADtfKAUAFAACAAAA/4CA/wAEAAAAICAgBwAUAAIAAAB/f3//AD8/ P/8gICAIABQAAgAAAH9/f/8APz8//wP1fAkAFAACAAAAf39//wA/Pz//LgAGCgAUAAIAAAB/f3// AxZOQAAVTkB9CKAAfQgAAAAAAAAAAAAAAABwAAAABwANABQAAgAAAP////9cKQBfAKwgMAQAFAAC AAAAFzZd/wAEAAAAO18oBQAUAAIAAAAXNl3/AAQAAAAgICAHABQAAgAAAH9/f/8APz8//yAgIAgA FAACAAAAf39//wA/Pz//A/V8CQAUAAIAAAB/f3//AD8/P/8uAAYKABQAAgAAAH9/f/8DFk5AABVO QH0IUAB9CAAAAAAAAAAAAAAAAHIAAAADAA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAMAZWYIAAAA AAQAAAA7XygFABQAAgAAAP////8ABAAAACAgIH0IoAB9CAAAAAAAAAAAAAAAAHQAAAAHAA0AFAAC AAAA/wAA/1wpAF8ArCAwBAAUAAIAAAD/////AAQAAAA7XygFABQAAgAAAP////8ABAAAACAgIAcA FAACAAAAf39//wA/Pz//ICAgCAAUAAIAAAB/f3//AD8/P/8D9XwJABQAAgAAAH9/f/8APz8//y4A BgoAFAACAAAAf39//wMWTkAAFU5AfQiMAH0IAAAAAAAAAAAAAAAAdwAAAAYADQAUAAIAAAA00ij/ XCkAXwCsIDAEABQAAgAAAP////8ABAAAADtfKAUAFAACAAAA/////wAEAAAAICAgBwAUAAIAAAB/ f3//AD8/P/8gICAJABQAAgAAAH9/f/8APz8//wP1fAoAFAACAAAAf39//wA/Pz//LgAGfQiMAH0I AAAAAAAAAAAAAAAAeAAAAAYADQAUAAIAAAA00ij/XCkAXwCsIDAEABQAAgAAAP////8ABAAAADtf KAUAFAACAAAA/////wAEAAAAICAgBwAUAAIAAAB/f3//AD8/P/8gICAIABQAAgAAAH9/f/8APz8/ /wP1fAoAFAACAAAAf39//wA/Pz//LgAGfQiMAH0IAAAAAAAAAAAAAAAAeQAAAAYADQAUAAIAAAA0 0ij/XCkAXwCsIDAEABQAAwBlZgcAAAAABAAAADtfKAUAFAACAAAA/////wAEAAAAICAgBwAUAAIA AAB/f3//AD8/P/8gICAJABQAAgAAAH9/f/8APz8//wP1fAoAFAACAAAAf39//wA/Pz//LgAGfQig AH0IAAAAAAAAAAAAAAAAewAAAAcADQAUAAIAAAD/AAD/XCkAXwCsIDAEABQAAgAAABc2Xf8ABAAA ADtfKAUAFAACAAAAFzZd/wAEAAAAICAgBwAUAAIAAAB/f3//AD8/P/8gICAIABQAAgAAAH9/f/8A Pz8//wP1fAkAFAACAAAAf39//wA/Pz//LgAGCgAUAAIAAAB/f3//AxZOQAAVTkB9CKAAfQgAAAAA AAAAAAAAAAB8AAAABwANABQAAgAAAAAAAP9cKQBfAKwgMAQAFAACAAAA8vLy/wAEAAAAO18oBQAU AAIAAADy8vL/AAQAAAAgICAHABQAAgAAAH9/f/8APz8//yAgIAgAFAACAAAAf39//wA/Pz//A/V8 CQAUAAIAAAB/f3//AD8/P/8uAAYKABQAAgAAAH9/f/8DFk5AABVOQH0IoAB9CAAAAAAAAAAAAAAA AH0AAAAHAA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAIAAAD/////AAQAAAA7XygFABQAAgAAAP// //8ABAAAACAgIAcAFAACAAAAf39//wA/Pz//ICAgCAAUAAIAAAB/f3//AD8/P/8D9XwJABQAAgAA AH9/f/8APz8//y4ABgoAFAACAAAAf39//wMWTkAAFU5AfQigAH0IAAAAAAAAAAAAAAAAfgAAAAcA DQAUAAIAAAAAAAD/XCkAXwCsIDAEABQAAgAAAMzM//8ABAAAADtfKAUAFAACAAAAzMz//wAEAAAA ICAgBwAUAAIAAAB/f3//AD8/P/8gICAIABQAAgAAAH9/f/8APz8//wP1fAkAFAACAAAAf39//wA/ Pz//LgAGCgAUAAIAAAB/f3//AxZOQAAVTkB9CKAAfQgAAAAAAAAAAAAAAAB/AAAABwANABQAAgAA AAAAAP9cKQBfAKwgMAQAFAACAAAA8vLy/wAEAAAAO18oBQAUAAIAAADy8vL/AAQAAAAgICAHABQA AgAAAH9/f/8APz8//yAgIAgAFAACAAAAf39//wA/Pz//A/V8CQAUAAIAAAB/f3//AD8/P/8uAAYK ABQAAgAAAH9/f/8DFk5AABVOQH0IjAB9CAAAAAAAAAAAAAAAAIAAAAAGAA0AFAACAAAAAAAA/1wp AF8ArCAwBAAUAAIAAADM/8z/AAQAAAA7XygFABQAAgAAAMz/zP8ABAAAACAgIAcAFAACAAAAf39/ /wA/Pz//ICAgCQAUAAIAAAB/f3//AD8/P/8D9XwKABQAAgAAAH9/f/8APz8//y4ABn0IoAB9CAAA AAAAAAAAAAAAAIEAAAAHAA0AFAACAAAANNIo/1wpAF8ArCAwBAAUAAIAAAD/////AAQAAAA7XygF ABQAAgAAAP////8ABAAAACAgIAcAFAACAAAAf39//wA/Pz//ICAgCAAUAAIAAAB/f3//AD8/P/8D 9XwJABQAAgAAAH9/f/8APz8//y4ABgoAFAACAAAAf39//wMWTkAAFU5AfQigAH0IAAAAAAAAAAAA AAAAggAAAAcADQAUAAIAAAD/////XCkAXwCsIDAEABQAAgAAABc2Xf8ABAAAADtfKAUAFAACAAAA FzZd/wAEAAAAICAgBwAUAAIAAAB/f3//AD8/P/8gICAIABQAAgAAAH9/f/8APz8//wP1fAkAFAAC AAAAf39//wA/Pz//LgAGCgAUAAIAAAB/f3//AxZOQAAVTkB9CHgAfQgAAAAAAAAAAAAAAACDAAAA BQANABQAAgAAAAAAAP9cKQBfAKwgMAcAFAACAAAAf39//wAEAAAAO18oCAAUAAIAAAB/f3//AAQA AAAgICAJABQAAgAAAH9/f/8APz8//yAgIAoAFAACAAAAf39//wA/Pz//A/V8fQh4AH0IAAAAAAAA AAAAAAAAhAAAAAUADQAUAAIAAAD/AAD/XCkAXwCsIDAHABQAAgAAAH9/f/8ABAAAADtfKAgAFAAC AAAAf39//wAEAAAAICAgCQAUAAIAAAB/f3//AD8/P/8gICAKABQAAgAAAH9/f/8APz8//wP1fH0I eAB9CAAAAAAAAAAAAAAAAIUAAAAFAA0AFAACAAAAAAAA/1wpAF8ArCAwBwAUAAIAAAB/f3//AAQA AAA7XygIABQAAgAAAH9/f/8ABAAAACAgIAkAFAACAAAAf39//wA/Pz//ICAgCgAUAAIAAAB/f3// AD8/P/8D9Xx9CHgAfQgAAAAAAAAAAAAAAACGAAAABQANABQAAgAAAAAAAP9cKQBfAKwgMAcAFAAC AAAAf39//wAEAAAAO18oCAAUAAIAAAB/f3//AAQAAAAgICAJABQAAgAAAH9/f/8APz8//yAgIAoA FAACAAAAf39//wA/Pz//A/V8fQh4AH0IAAAAAAAAAAAAAAAAhwAAAAUADQAUAAIAAAAAAAD/XCkA XwCsIDAHABQAAgAAAH9/f/8ABAAAADtfKAgAFAACAAAAf39//wAEAAAAICAgCQAUAAIAAAB/f3// AD8/P/8gICAKABQAAgAAAH9/f/8APz8//wP1fH0IKAB9CAAAAAAAAAAAAAAAAIgAAAABAA0AFAAC AAAAAAAA/1wpAF8ArCAwfQigAH0IAAAAAAAAAAAAAAAAiQAAAAcADQAUAAIAAAAAAAD/XCkAXwCs IDAEABQAAgAAAP////8ABAAAADtfKAUAFAACAAAA/////wAEAAAAICAgBwAUAAIAAAB/f3//AD8/ P/8gICAIABQAAgAAAH9/f/8APz8//wP1fAkAFAACAAAAf39//wA/Pz//LgAGCgAUAAIAAAB/f3// AxZOQAAVTkB9CKAAfQgAAAAAAAAAAAAAAACLAAAABwANABQAAgAAAP8AAP9cKQBfAKwgMAQAFAAC AAAA/////wAEAAAAO18oBQAUAAIAAAD/////AAQAAAAgICAHABQAAgAAAH9/f/8APz8//yAgIAgA FAACAAAAf39//wA/Pz//A/V8CQAUAAIAAAB/f3//AD8/P/8uAAYKABQAAgAAAH9/f/8DFk5AABVO QH0IeAB9CAAAAAAAAAAAAAAAAIwAAAAFAA0AFAACAAAA/wAA/1wpAF8ArCAwBwAUAAIAAAB/f3// AAQAAAA7XygIABQAAgAAAH9/f/8ABAAAACAgIAkAFAACAAAAf39//wA/Pz//ICAgCgAUAAIAAAB/ f3//AD8/P/8D9Xx9CCgAfQgAAAAAAAAAAAAAAACNAAAAAQANABQAAgAAAP8AAP9cKQBfAKwgMH0I eAB9CAAAAAAAAAAAAAAAAI4AAAAFAA0AFAACAAAAAAAA/1wpAF8ArCAwBwAUAAIAAAB/f3//AAQA AAA7XygIABQAAgAAAH9/f/8ABAAAACAgIAkAFAACAAAAf39//wA/Pz//ICAgCgAUAAIAAAB/f3// AD8/P/8D9Xx9CHgAfQgAAAAAAAAAAAAAAACPAAAABQANABQAAgAAAP8AAP9cKQBfAKwgMAcAFAAC AAAAf39//wAEAAAAO18oCAAUAAIAAAB/f3//AAQAAAAgICAJABQAAgAAAH9/f/8APz8//yAgIAoA FAACAAAAf39//wA/Pz//A/V8fQgoAH0IAAAAAAAAAAAAAAAAkAAAAAEADQAUAAIAAAD/AAD/XCkA XwCsIDB9CHgAfQgAAAAAAAAAAAAAAACRAAAABQANABQAAgAAAP8AAP9cKQBfAKwgMAcAFAACAAAA f39//wAEAAAAO18oCAAUAAIAAAB/f3//AAQAAAAgICAJABQAAgAAAH9/f/8APz8//yAgIAoAFAAC AAAAf39//wA/Pz//A/V8fQgoAH0IAAAAAAAAAAAAAAAAkgAAAAEADQAUAAIAAAD/AAD/XCkAXwCs IDB9CGQAfQgAAAAAAAAAAAAAAACTAAAABAAHABQAAgAAAH9/f/9cKQBfAKwgMAgAFAACAAAAf39/ /wAEAAAAO18oCQAUAAIAAAB/f3//AAQAAAAgICAKABQAAgAAAH9/f/8APz8//yAgIH0IjAB9CAAA AAAAAAAAAAAAAJQAAAAGAAQAFAACAAAA/////1wpAF8ArCAwBQAUAAIAAAD/////AAQAAAA7XygH ABQAAgAAAH9/f/8ABAAAACAgIAgAFAACAAAAf39//wA/Pz//ICAgCQAUAAIAAAB/f3//AD8/P/8D 9XwKABQAAgAAAH9/f/8APz8//y4ABn0IoAB9CAAAAAAAAAAAAAAAAJUAAAAHAA0AFAACAAAA/wAA /1wpAF8ArCAwBAAUAAIAAAD/////AAQAAAA7XygFABQAAgAAAP////8ABAAAACAgIAcAFAACAAAA f39//wA/Pz//ICAgCAAUAAIAAAB/f3//AD8/P/8D9XwJABQAAgAAAH9/f/8APz8//y4ABgoAFAAC AAAAf39//wMWTkAAFU5AfQigAH0IAAAAAAAAAAAAAAAAlgAAAAcADQAUAAIAAAD/AAD/XCkAXwCs IDAEABQAAgAAAP////8ABAAAADtfKAUAFAACAAAA/////wAEAAAAICAgBwAUAAIAAAB/f3//AD8/ P/8gICAIABQAAgAAAH9/f/8APz8//wP1fAkAFAACAAAAf39//wA/Pz//LgAGCgAUAAIAAAB/f3// AxZOQAAVTkB9CCgAfQgAAAAAAAAAAAAAAACXAAAAAQANABQAAgAAAP8AAP9cKQBfAKwgMH0IoAB9 CAAAAAAAAAAAAAAAAJkAAAAHAA0AFAACAAAAAAAA/1wpAF8ArCAwBAAUAAMAzEwEAAAAAAQAAAA7 XygFABQAAgAAAP////8ABAAAACAgIAcAFAACAAAAf39//wA/Pz//ICAgCAAUAAIAAAB/f3//AD8/ P/8D9XwJABQAAgAAAH9/f/8APz8//y4ABgoAFAACAAAAf39//wMWTkAAFU5AfQh4AH0IAAAAAAAA AAAAAAAAmgAAAAUADQAUAAIAAAD/AAD/XCkAXwCsIDAHABQAAgAAAH9/f/8ABAAAADtfKAgAFAAC AAAAf39//wAEAAAAICAgCQAUAAIAAAB/f3//AD8/P/8gICAKABQAAgAAAH9/f/8APz8//wP1fH0I oAB9CAAAAAAAAAAAAAAAAJsAAAAHAA0AFAACAAAA/wAA/1wpAF8ArCAwBAAUAAIAAADMzP//AAQA AAA7XygFABQAAgAAAMzM//8ABAAAACAgIAcAFAACAAAAf39//wA/Pz//ICAgCAAUAAIAAAB/f3// AD8/P/8D9XwJABQAAgAAAH9/f/8APz8//y4ABgoAFAACAAAAf39//wMWTkAAFU5AfQiMAH0IAAAA AAAAAAAAAAAAnAAAAAYADQAUAAIAAAD/////XCkAXwCsIDAEABQAAgAAAE1PU/8ABAAAADtfKAcA FAACAAAA/////wAEAAAAICAgCAAUAAIAAAD/////AD8/P/8gICAJABQAAgAAAP////8APz8//wP1 fAoAFAACAAAA/////wA/Pz//LgAGfQh4AH0IAAAAAAAAAAAAAAAAnQAAAAUABAAUAAIAAABNT1P/ XCkAXwCsIDAHABQAAgAAAP////8ABAAAADtfKAgAFAACAAAA/////wAEAAAAICAgCQAUAAIAAAD/ ////AD8/P/8gICAKABQAAgAAAP////8APz8//wP1fH0IjAB9CAAAAAAAAAAAAAAAAJ4AAAAGAA0A FAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAg IAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8/ /y4ABn0IjAB9CAAAAAAAAAAAAAAAAJ8AAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADQ 0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIA AAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAAKAAAAAG AA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAA ACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8A Pz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAAKEAAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIA AADQ0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAU AAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAAKIA AAAGAA0AFAACAAAA/////1wpAF8ArCAwBAAUAAIAAABNT1P/AAQAAAA7XygHABQAAgAAAP////8A BAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP// //8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAAKMAAAAGAA0AFAACAAAA/////1wpAF8ArCAwBAAU AAIAAABNT1P/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAg CQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAA AKQAAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADp6en/AAQAAAA7XygHABQAAgAAAP// //8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAA AP////8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAAKUAAAAGAA0AFAACAAAATU9T/1wpAF8ArCAw BAAUAAIAAADp6en/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz// ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9CAAAAAAAAAAA AAAAAKYAAAAGAA0AFAACAAAA/////1wpAF8ArCAwBAAUAAIAAABNT1P/AAQAAAA7XygHABQAAgAA AP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQA AgAAAP////8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAAKcAAAAGAA0AFAADAAAAAAAAAFwpAF8A rCAwBAAUAAIAAABNT1P/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/ Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9CAAAAAAA AAAAAAAAAKgAAAAGAA0AFAACAAAAcJY+/1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygHABQA AgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwK ABQAAgAAAP////8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAAKkAAAAGAA0AFAACAAAAcJY+/1wp AF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA//// /wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9CAAA AAAAAAAAAAAAAKoAAAAGAA0AFAACAAAAAHm9/1wpAF8ArCAwBAAUAAIAAADp6en/AAQAAAA7XygH ABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D 9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAAKsAAAAGAA0AFAACAAAAAHm9 /1wpAF8ArCAwBAAUAAIAAADp6en/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA /////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9 CAAAAAAAAAAAAAAAAKwAAAAGAA0AFAACAAAAcJY+/1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7 XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/ P/8D9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAAK0AAAAGAA0AFAACAAAA /////1wpAF8ArCAwBAAUAAIAAABNT1P/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAAC AAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8//y4ABn0I jAB9CAAAAAAAAAAAAAAAAK4AAAAGAA0AFAACAAAA/////1wpAF8ArCAwBAAUAAIAAABNT1P/AAQA AAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD///// AD8/P/8D9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAAK8AAAAGAA0AFAAC AAAA/////1wpAF8ArCAwBAAUAAIAAABNT1P/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgA FAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8//y4A Bn0IjAB9CAAAAAAAAAAAAAAAALAAAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADQ0NH/ AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/ ////AD8/P/8D9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAALEAAAAGAA0A FAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAg IAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8/ /y4ABn0IjAB9CAAAAAAAAAAAAAAAALIAAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADp 6en/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIA AAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAALMAAAAG AA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADp6en/AAQAAAA7XygHABQAAgAAAP////8ABAAA ACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8A Pz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAALQAAAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIA AADQ0NH/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAU AAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAALUA AAAGAA0AFAACAAAATU9T/1wpAF8ArCAwBAAUAAIAAADQ0NH/AAQAAAA7XygHABQAAgAAAP////8A BAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP// //8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAAALYAAAAGAA0AFAACAAAA/////1wpAF8ArCAwBAAU AAIAAABNT1P/AAQAAAA7XygHABQAAgAAAP////8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAg CQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAAAP////8APz8//y4ABn0IjAB9CAAAAAAAAAAAAAAA ALcAAAAGAA0AFAACAAAA/////1wpAF8ArCAwBAAUAAIAAABNT1P/AAQAAAA7XygHABQAAgAAAP// //8ABAAAACAgIAgAFAACAAAA/////wA/Pz//ICAgCQAUAAIAAAD/////AD8/P/8D9XwKABQAAgAA AP////8APz8//y4ABo0IYACNCAAAAAAAAAAAAAADAAAABwAAAAUAAAUADAAF/wAA3QgG/yUABQAA BgAOAAEAAAAAAAAAAAAHAA4AAQAAAAAAAAAAAAgADgABAAAAAAAAAAAACQAOAAEAAAAAAAAAAACN CGAAjQgAAAAAAAAAAAAAAwAAAAcAAAAFAAAFAAwABf8AAB+3FP8lAAUAAAYADgABAAAAAAAAAAAA BwAOAAEAAAAAAAAAAAAIAA4AAQAAAAAAAAAAAAkADgABAAAAAAAAAAAAkwISABAADQAAMjAlIC0g QWNjZW50MZIITQCSCAAAAAAAAAAAAAABBB7/DQAyADAAJQAgAC0AIABBAGMAYwBlAG4AdAAxAAAA AwABAAwABwRlZtzm8f8FAAwABwEAAAAAAP8lAAUAApMCEgARAA0AADIwJSAtIEFjY2VudDKSCE0A kggAAAAAAAAAAAAAAQQi/w0AMgAwACUAIAAtACAAQQBjAGMAZQBuAHQAMgAAAAMAAQAMAAcFZWby 3Nv/BQAMAAcBAAAAAAD/JQAFAAKTAhIAEgANAAAyMCUgLSBBY2NlbnQzkghNAJIIAAAAAAAAAAAA AAEEJv8NADIAMAAlACAALQAgAEEAYwBjAGUAbgB0ADMAAAADAAEADAAHBmVm6/He/wUADAAHAQAA AAAA/yUABQACkwISABMADQAAMjAlIC0gQWNjZW50NJIITQCSCAAAAAAAAAAAAAABBCr/DQAyADAA JQAgAC0AIABBAGMAYwBlAG4AdAA0AAAAAwABAAwABwdlZuTf7P8FAAwABwEAAAAAAP8lAAUAApMC EgAUAA0AADIwJSAtIEFjY2VudDWSCE0AkggAAAAAAAAAAAAAAQQu/w0AMgAwACUAIAAtACAAQQBj AGMAZQBuAHQANQAAAAMAAQAMAAcIZWba7vP/BQAMAAcBAAAAAAD/JQAFAAKTAhIAFQANAAAyMCUg LSBBY2NlbnQ2kghNAJIIAAAAAAAAAAAAAAEEMv8NADIAMAAlACAALQAgAEEAYwBjAGUAbgB0ADYA AAADAAEADAAHCWVm/enZ/wUADAAHAQAAAAAA/yUABQACkwISABYADQAANDAlIC0gQWNjZW50MZII TQCSCAAAAAAAAAAAAAABBB//DQA0ADAAJQAgAC0AIABBAGMAYwBlAG4AdAAxAAAAAwABAAwABwTM TLjM5P8FAAwABwEAAAAAAP8lAAUAApMCEgAXAA0AADQwJSAtIEFjY2VudDKSCE0AkggAAAAAAAAA AAAAAQQj/w0ANAAwACUAIAAtACAAQQBjAGMAZQBuAHQAMgAAAAMAAQAMAAcFzEzmuLf/BQAMAAcB AAAAAAD/JQAFAAKTAhIAGAANAAA0MCUgLSBBY2NlbnQzkghNAJIIAAAAAAAAAAAAAAEEJ/8NADQA MAAlACAALQAgAEEAYwBjAGUAbgB0ADMAAAADAAEADAAHBsxM2OS8/wUADAAHAQAAAAAA/yUABQAC kwISABkADQAANDAlIC0gQWNjZW50NJIITQCSCAAAAAAAAAAAAAABBCv/DQA0ADAAJQAgAC0AIABB AGMAYwBlAG4AdAA0AAAAAwABAAwABwfMTMzA2v8FAAwABwEAAAAAAP8lAAUAApMCEgAaAA0AADQw JSAtIEFjY2VudDWSCE0AkggAAAAAAAAAAAAAAQQv/w0ANAAwACUAIAAtACAAQQBjAGMAZQBuAHQA NQAAAAMAAQAMAAcIzEy33uj/BQAMAAcBAAAAAAD/JQAFAAKTAhIAGwANAAA0MCUgLSBBY2NlbnQ2 kghNAJIIAAAAAAAAAAAAAAEEM/8NADQAMAAlACAALQAgAEEAYwBjAGUAbgB0ADYAAAADAAEADAAH CcxM/NW0/wUADAAHAQAAAAAA/yUABQACkwISABwADQAANjAlIC0gQWNjZW50MZIITQCSCAAAAAAA AAAAAAABBCD/DQA2ADAAJQAgAC0AIABBAGMAYwBlAG4AdAAxAAAAAwABAAwABwQyM5Wz1/8FAAwA BwAAAP////8lAAUAApMCEgAdAA0AADYwJSAtIEFjY2VudDKSCE0AkggAAAAAAAAAAAAAAQQk/w0A NgAwACUAIAAtACAAQQBjAGMAZQBuAHQAMgAAAAMAAQAMAAcFMjPalpT/BQAMAAcAAAD/////JQAF AAKTAhIAHgANAAA2MCUgLSBBY2NlbnQzkghNAJIIAAAAAAAAAAAAAAEEKP8NADYAMAAlACAALQAg AEEAYwBjAGUAbgB0ADMAAAADAAEADAAHBjIzxNeb/wUADAAHAAAA/////yUABQACkwISAB8ADQAA NjAlIC0gQWNjZW50NJIITQCSCAAAAAAAAAAAAAABBCz/DQA2ADAAJQAgAC0AIABBAGMAYwBlAG4A dAA0AAAAAwABAAwABwcyM7Ggx/8FAAwABwAAAP////8lAAUAApMCEgAgAA0AADYwJSAtIEFjY2Vu dDWSCE0AkggAAAAAAAAAAAAAAQQw/w0ANgAwACUAIAAtACAAQQBjAGMAZQBuAHQANQAAAAMAAQAM AAcIMjOSzdz/BQAMAAcAAAD/////JQAFAAKTAhIAIQANAAA2MCUgLSBBY2NlbnQ2kghNAJIIAAAA AAAAAAAAAAEENP8NADYAMAAlACAALQAgAEEAYwBjAGUAbgB0ADYAAAADAAEADAAHCTIz+r+P/wUA DAAHAAAA/////yUABQACkwIMACIABwAAQWNjZW50MZIIQQCSCAAAAAAAAAAAAAABBB3/BwBBAGMA YwBlAG4AdAAxAAAAAwABAAwABwQAAE+Bvf8FAAwABwAAAP////8lAAUAApMCDAAjAAcAAEFjY2Vu dDKSCEEAkggAAAAAAAAAAAAAAQQh/wcAQQBjAGMAZQBuAHQAMgAAAAMAAQAMAAcFAADAUE3/BQAM AAcAAAD/////JQAFAAKTAgwAJAAHAABBY2NlbnQzkghBAJIIAAAAAAAAAAAAAAEEJf8HAEEAYwBj AGUAbgB0ADMAAAADAAEADAAHBgAAm7tZ/wUADAAHAAAA/////yUABQACkwIMACUABwAAQWNjZW50 NJIIQQCSCAAAAAAAAAAAAAABBCn/BwBBAGMAYwBlAG4AdAA0AAAAAwABAAwABwcAAIBkov8FAAwA BwAAAP////8lAAUAApMCDAAmAAcAAEFjY2VudDWSCEEAkggAAAAAAAAAAAAAAQQt/wcAQQBjAGMA ZQBuAHQANQAAAAMAAQAMAAcIAABLrMb/BQAMAAcAAAD/////JQAFAAKTAgwAJwAHAABBY2NlbnQ2 kghBAJIIAAAAAAAAAAAAAAEEMf8HAEEAYwBjAGUAbgB0ADYAAAADAAEADAAHCQAA95ZG/wUADAAH AAAA/////yUABQACkwIIACgAAwAAQmFkkgg5AJIIAAAAAAAAAAAAAAEBG/8DAEIAYQBkAAAAAwAB AAwABf8AAP/Hzv8FAAwABf8AAJwABv8lAAUAApMCEAApAAsAAENhbGN1bGF0aW9ukgiBAJIIAAAA AAAAAAAAAAECFv8LAEMAYQBsAGMAdQBsAGEAdABpAG8AbgAAAAcAAQAMAAX/AADy8vL/BQAMAAX/ AAD6fQD/JQAFAAIGAA4ABf8AAH9/f/8BAAcADgAF/wAAf39//wEACAAOAAX/AAB/f3//AQAJAA4A Bf8AAH9/f/8BAJMCDwAqAAoAAENoZWNrIENlbGySCH8AkggAAAAAAAAAAAAAAQIX/woAQwBoAGUA YwBrACAAQwBlAGwAbAAAAAcAAQAMAAX/AAClpaX/BQAMAAcAAAD/////JQAFAAIGAA4ABf8AAD8/ P/8GAAcADgAF/wAAPz8//wYACAAOAAX/AAA/Pz//BgAJAA4ABf8AAD8/P/8GAJMCBAArgAP/kggg AJIIAAAAAAAAAAAAAAEFA/8FAEMAbwBtAG0AYQAAAAAAkwIEACyABv+SCCgAkggAAAAAAAAAAAAA AQUG/wkAQwBvAG0AbQBhACAAWwAwAF0AAAAAAJMCDAAtAAcAAENvbW1hIDKSCCQAkggAAAAAAAAA AAAAAAX//wcAQwBvAG0AbQBhACAAMgAAAAAAkwIEAC6ABP+SCCYAkggAAAAAAAAAAAAAAQUE/wgA QwB1AHIAcgBlAG4AYwB5AAAAAACTAgQAL4AH/5IILgCSCAAAAAAAAAAAAAABBQf/DABDAHUAcgBy AGUAbgBjAHkAIABbADAAXQAAAAAAkwIVADAAEAAARXhwbGFuYXRvcnkgVGV4dJIIRwCSCAAAAAAA AAAAAAABAjX/EABFAHgAcABsAGEAbgBhAHQAbwByAHkAIABUAGUAeAB0AAAAAgAFAAwABf8AAH9/ f/8lAAUAApMCCQAxAAQAAEdvb2SSCDsAkggAAAAAAAAAAAAAAQEa/wQARwBvAG8AZAAAAAMAAQAM AAX/AADG787/BQAMAAX/AAAAYQD/JQAFAAKTAg4AMgAJAABIZWFkaW5nIDGSCEcAkggAAAAAAAAA AAAAAQMQ/wkASABlAGEAZABpAG4AZwAgADEAAAADAAUADAAHAwAAH0l9/yUABQACBwAOAAcEAABP gb3/BQCTAg4AMwAJAABIZWFkaW5nIDKSCEcAkggAAAAAAAAAAAAAAQMR/wkASABlAGEAZABpAG4A ZwAgADIAAAADAAUADAAHAwAAH0l9/yUABQACBwAOAAcE/z+nv97/BQCTAg4ANAAJAABIZWFkaW5n IDOSCEcAkggAAAAAAAAAAAAAAQMS/wkASABlAGEAZABpAG4AZwAgADMAAAADAAUADAAHAwAAH0l9 /yUABQACBwAOAAcEMjOVs9f/AgCTAg4ANQAJAABIZWFkaW5nIDSSCDkAkggAAAAAAAAAAAAAAQMT /wkASABlAGEAZABpAG4AZwAgADQAAAACAAUADAAHAwAAH0l9/yUABQACkwIKADYABQAASW5wdXSS CHUAkggAAAAAAAAAAAAAAQIU/wUASQBuAHAAdQB0AAAABwABAAwABf8AAP/Mmf8FAAwABf8AAD8/ dv8lAAUAAgYADgAF/wAAf39//wEABwAOAAX/AAB/f3//AQAIAA4ABf8AAH9/f/8BAAkADgAF/wAA f39//wEAkwIQADcACwAATGlua2VkIENlbGySCEsAkggAAAAAAAAAAAAAAQIY/wsATABpAG4AawBl AGQAIABDAGUAbABsAAAAAwAFAAwABf8AAPp9AP8lAAUAAgcADgAF/wAA/4AB/wYAkwIMADgABwAA TmV1dHJhbJIIQQCSCAAAAAAAAAAAAAABARz/BwBOAGUAdQB0AHIAYQBsAAAAAwABAAwABf8AAP/r nP8FAAwABf8AAJxlAP8lAAUAApMCBAAAgAD/kggiAJIIAAAAAAAAAAAAAAEBAP8GAE4AbwByAG0A YQBsAAAAAACTAg0AOQAIAABOb3JtYWwgMpMCCQA6AAQAAE5vdGWSCGIAkggAAAAAAAAAAAAAAQIK /wQATgBvAHQAZQAAAAUAAQAMAAX/AAD//8z/BgAOAAX/AACysrL/AQAHAA4ABf8AALKysv8BAAgA DgAF/wAAsrKy/wEACQAOAAX/AACysrL/AQCTAgsAOwAGAABPdXRwdXSSCHcAkggAAAAAAAAAAAAA AQIV/wYATwB1AHQAcAB1AHQAAAAHAAEADAAF/wAA8vLy/wUADAAF/wAAPz8//yUABQACBgAOAAX/ AAA/Pz//AQAHAA4ABf8AAD8/P/8BAAgADgAF/wAAPz8//wEACQAOAAX/AAA/Pz//AQCTAgQAPIAF /5IIJACSCAAAAAAAAAAAAAABBQX/BwBQAGUAcgBjAGUAbgB0AAAAAACTAgoAPQAFAABUaXRsZZII MQCSCAAAAAAAAAAAAAABAw//BQBUAGkAdABsAGUAAAACAAUADAAHAwAAH0l9/yUABQABkwIKAD4A BQAAVG90YWySCE0AkggAAAAAAAAAAAAAAQMZ/wUAVABvAHQAYQBsAAAABAAFAAwABwEAAAAAAP8l AAUAAgYADgAHBAAAT4G9/wEABwAOAAcEAABPgb3/BgCTAhEAPwAMAABXYXJuaW5nIFRleHSSCD8A kggAAAAAAAAAAAAAAQIL/wwAVwBhAHIAbgBpAG4AZwAgAFQAZQB4AHQAAAACAAUADAAF/wAA/wAA /yUABQACjghYAI4IAAAAAAAAAAAAAJAAAAARABEAVABhAGIAbABlAFMAdAB5AGwAZQBNAGUAZABp AHUAbQA5AFAAaQB2AG8AdABTAHQAeQBsAGUATQBlAGQAaQB1AG0ANACSAOIAOAAAAAAA////AN0I BgAftxQAAADUAPzzBQDyCIQAAKvqAJAAAAAAZBEAAACQAJBxOgBGAKUAAICAAMDAwACAgIAAmZn/ AJkzZgD//8wAzP//AGYAZgD/gIAAAGbMAMzM/wAAAIAA/wD/AP//AAAA//8AgACAAIAAAAAAgIAA AAD/AADM/wDM//8AzP/MAP//mQCZzP8A/5nMAMyZ/wD/zJkAM2b/ADPMzACZzAAA/8wAAP+ZAAD/ ZgAAZmaZAJaWlgAAM2YAM5lmAAAzAAAzMwAAmTMAAJkzZgAzM5kAMzMzAFwQDgADAAAAAAD///8A AAAAAGABAgAAAIUAEQDfkgAAAAAJAEJVREdFVCAxNoUAEABC3AAAAAAIAEFDQ09VTlRThQAXABn6 AAAAAA8ASU5DT01FIEVTVElNQVRFhQAaAAz9AAAAABIARGVwcmVjaWF0ZWQgQXNzZXRzmggYAJoI AAAAAAAAAAAAAAAAAAAAAAAACAAAAKMIEACjCAAAAAAAAAAAAAAAAAAAjAAEAAEALACuAQQABAAB BBcAGgAEAAAA/////wAAAwADAAAAAgACAAAAAQABAMEBCADBAQAA4SICANYIEADWCAAAAAAAAAAA AAACAAAA6wCaAA8AAPCSAAAAAAAG8FgAAAABKAAACgAAAAUAAAAEAAAAAAAAAAIAAAAAAAAAAQAA AAEAAAAFAAAAAAAAAAEAAAAAAAAAAQAAAAAAAAABAAAAAgAAAAMAAAADAAAAAQAAAAQAAAABAAAA MwAL8BIAAAC/AAgACACBAUEAAAjAAUAAAAhAAB7xEAAAAA0AAAgMAAAIFwAACPcAABD8AMEIWQAA AFIAAAAOAABUb3RhbCBFeHBlbnNlcxwAAFJlc2VydmUgZm9yIERldmVsb3BlciBFdmVudHMFAABB Ui9QUgQAADQxeHgOAABUb3RhbCBSZXZlbnVlcxgAAEdlbmVyYWwgUmVzZXJ2ZSBTdWJ0b3RhbBQA AFZJSS4gR2VuZXJhbCBSZXNlcnZlEwAAT3BlcmF0aW9ucyBTdWJ0b3RhbA0AAEQmTyBJbnN1cmFu Y2UJAAA2NTIwJjY1MzAPAABFbnRpdHkgRXhwZW5zZXMMAABGMkYgbWVldGluZ3MOAABWSS4gT3Bl cmF0aW9ucw4AAFN0YWZmIFN1YnRvdGFsHAAAVi4gTGVhZGVyc2hpcCAmIENvb3JkaW5hdGlvbgcA AEcmQSBGZWUhAABJVi4gTEYgR2VuZXJhbCBhbmQgQWRtaW5pc3RyYXRpdmUOAABMZWdhbCBTdWJ0 b3RhbA0AAExlZ2FsIFN1cHBvcnQKAABJSUkuIExlZ2FsIAAARGV2ZWxvcGVyIENvbGxhYm9yYXRp b24gU3VidG90YWwZAABIb3N0aW5nIENvc3RzIGZvciBDSSBMb29wBwAAUmVzZXJ2ZSkAAEluZnJh c3RydWN0dXJlIFN1cHBvcnQgJiBIYXJkd2FyZS1TdXBwb3J0JwAASW5mcmFzdHJ1Y3R1cmUgU3Vw cG9ydCAmIEhhcmR3YXJlLVJhY2syJwAASW5mcmFzdHJ1Y3R1cmUgU3VwcG9ydCAmIEhhcmR3YXJl LVJhY2sxDAAATmV3IEhhcmR3YXJlIAAAT1BXIGFuZCBvdGhlciBlZHVjYXRpb24gcHJvZ3JhbXMa AABUcmF2ZWwgU3RpcGVuZCBhbmQgc2ltaWxhchsAAElJLiBEZXZlbG9wZXIgQ29sbGFib3JhdGlv bhIAAE1hcmtldGluZyBTdWJ0b3RhbCUAAFVzZXIgUHJvZ3JhbXMtKGxvY2FsIG+BAAAAggAAAIMA AACEAAAAhQAAAIYAAACHAAAAiAAAAIkAAACKAAAAiwAAAIwAAACNAAAAjgAAAI8AAACQAAAA/v// //7///+TAAAA/v////7///////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// /////////////////////////////////////////////////////////////3Igb25saW5lIGV2 ZW50cwwAAEkuIE1hcmtldGluZxYAAEFzc3VtcHRpb25zIC8gQ29tbWVudHMJAABSZW1haW5kZXIH AABBY2NydWVkFQAAVG90YWwgT3JpZ2luYWwgQnVkZ2V0DwAAR0wgQ29kZSBNYXBwaW5nGQAAQnVk Z2V0IEdhcCAvIFN1cnBsdXMgMjAxNS8AAEV4Y2VzcyBmbSBwcmlvciB5ZWFyIG5ldCBvZiB1bmRl cHJlY2lhdGVkIGFzc2V0BAAAWGVuIH0AAFRoZSBBc3NldCBwdXJjaGFzZWQgaW4gMjAxNCBoYXMg YmVlbiBkZWR1Y3RlZCBmcm9tIHRoZSAyMDE0IEV4Y2Vzcywgcm93IDM3L0MsICBkZXByZWNpYXRp b24gaXMgbm90IHJlcG9ydGVkIG9uIHRoaXMgd29ya3NoZWV0CQAANjQ0MC82NTI1AQAAIBsAAEFu YWx5c2lzIG9mIENvZGUgUmV2aWV3LVhFTh8AADIwMTUgQnVkZ2V0ZWQgQ2FzaCBDYXJyeWZvcndh cmQaAABBZGQgYmFjayBOb24tQ2FzaCBleHBlbnNlcxMAAEFjdHVhbCAgWVREIE9jdCAnMTURAABZ VEQgICAgICAgT2N0ICcxNRIAAFlURCAgICAgICAgU2VwICcxNRMAAEFjdHVhbHMgICAgIE9jdCAn MTUIAABCaXRlcmdpYRAAAFBlbmRpbmcgSW52b2ljZXMiAABTZWUgcXVlc3Rpb25zIGFib3V0IHBy aWNlIGluY3JlYXNlOAAAUmFja3NwYWNlIGNoYXJnZXMgaGF2ZSBieSBtaXN0YWtlIGdvbmUgYWdh aW5zdCB0aGlzIGl0ZW0fAABEZXByZWNpYXRpb24gRXhwZW5zZXMgZnJvbSAyMDE0EgAAT3V0cmVh Y2h5IGV4cGVuc2VzJwAAU2NhbGUgMTR4LCBubyBmdXJ0aGVyIGV4cGVuc2VzIGV4cGVjdGVkQwAA VGhlc2Ugc2VlbSB0byBoYXZlIGJlZW4gY292ZXJlZCBieSBsaW5lIGl0ZW0gNywgbm8gZnVydGhl ciBleHBlbnNlc0QAAENyZWRhdGl2OiBwcmUtcGF5bWVudCBmb3IgMTIgbW9udGhzIG9mIHdoaWNo ICQzMjI4NyBhcmUgdGhlIHJ1bi1yYXRlYAAAUmFja3NwYWNlIGNoYXJnZXMgZnJvbSBsaW5lIDEx IGFuZCB0aG9zZSBub3QgY292ZXJlZC4gUGx1cyBhbiBleHRyYSAkMksgZm9yIE5vdiAmIERlYyAo ZXN0aW1hdGUpEQAARXN0aW1hdGVkIFBlbmRpbmcbAABSZW1haW5kZXIgd2lsbCBub3QgYmUgc3Bl bnQcAABBZGRlZCBleHBlY3RlZCBHQSBmZWUgb2YgMTUlBAAASXRlbRcAAE9mZnNldCBieSAyNiwz NDUgaW5jb21lHQAARXhwZWN0ZWQgY2Fycnktb3ZlciBmcm9tIDIwMTUUAABDYXJyeS1vdmVyIGZy b20gMjAxNRQAAEluY29tZSBFc3RpbWF0ZSAyMDE2GwAAVW5kZXByZWNpYXRlZCBhc3NldHMgKDIw MTcpGQAAUGxhbm5lZCBFeHBlbnNlcyBmb3IgMjAxNiMAAEF2YWlsYWJsZSBSZXNlcnZlcyBhdCBz dGFydCBvZiAyMDE3BAAASW4gJBcAAEhhcmR3YXJlIHB1cmNoYXNlcyAyMDE0FwAIAQBVbmRlcHJl Y2lhdGVkIGFzc2V0cyAxKRUACwAeAABEZXByZWNpYXRpb24gdXAgdG8gZW5kIG9mIDIwMTYRAABT b3VyY2Ugb2YgRnVuZGluZw0AAEFtb3VudCBpbiAkJ3MPAABNZW1iZXJzaGlwIER1ZXMfAABEZXZl bG9wZXIgU3VtbWl0IFNwb25zb3JzaGlwKHMpGgAARGV2ZWxvcGVyIFN1bW1pdCBUaWNrZXQocykM AABUb3RhbCBJbmNvbWX/AFoACAAqfQAADAAAAMJ9AACkAAAASn4AACwBAAARfwAA8wEAAA+AAADx AgAAxYAAAKcDAADPgQAAsQQAAK6CAACQBQAALoQAABAHAAD9hAAA3wcAALeFAACZCAAAlgiWDJYI AAAAAAAAAAAAAAAAAABQSwMEFAAGAAgAAAAhAJvocE/8AAAAHAIAABMAAABbQ29udGVudF9UeXBl c10ueG1srJHLasMwEEX3hf6D0LbYcroopdjOoo9dH4v0AwZ5bIvYIyFNQvL3HTsulBIChW4E0sy9 98yoXB/GQe0xJuep0qu80ArJ+sZRV+nPzUt2r1VioAYGT1jpIya9rq+vys0xYFKiplTpnjk8GJNs jyOk3AckqbQ+jsByjZ0JYLfQobktijtjPTESZzx56Lp8whZ2A6vngzyfSESu1eOpb4qqNIQwOAss oGaqmrO6iEO6INxT84suW8hyUc7mqXch3SwJ77Ka6BpUHxD5DUbhMCxD4s/zFUhGi/ll5jPRvm2d xcbb3SjryGfjxexPAKv/if7ONPPf1l8AAAD//wMAUEsDBBQABgAIAAAAIQCl1qfnwAAAADYBAAAL AAAAX3JlbHMvLnJlbHOEj89qwzAMh++FvYPRfVHSwxgldi+lkEMvo30A4Sh/aCIb2xvr20/HBgq7 CISk7/epPf6ui/nhlOcgFpqqBsPiQz/LaOF2Pb9/gsmFpKclCFt4cIaje9u1X7xQ0aM8zTEbpUi2 MJUSD4jZT7xSrkJk0ckQ0kpF2zRiJH+nkXFf1x+YnhngNkzT9RZS1zdgro+oyf+zwzDMnk/Bf68s 5UUEbjeUTGnkYqGoL+NTvZCoZarUHtC1uPnW/QEAAP//AwBQSwMEFAAGAAgAAAAhAGt5lhaDAAAA igAAABwAAAB0aGVtZS90aGVtZS90aGVtZU1hbmFnZXIueG1sDMxNCsMgEEDhfaF3kNk3Y7soRWKy y6679gBDnBpBx6DSn9vX5eODN87fFNWbSw1ZLJwHDYplzS6It/B8LKcbqNpIHMUsbOHHFebpeBjJ tI0T30nIc1F9I9WQha213SDWtSvVIe8s3V65JGo9i0dX6NP3KeJF6ysmCgI4/QEAAP//AwBQSwME FAAGAAgAAAAhADAPiGsRBwAA3h0AABYAAAB0aGVtZS90aGVtZS90aGVtZTEueG1s7FlPbxtFFL8j 8R1Ge29jJ3YaR3Wq2LFbaNNGsVvU43g99k4zu7OaGSfxDbVHJCREQVyQuHFAQKVW4lI+TaAIitSv wJuZ3fVOPG6cEkBAc2i9s7/35r3f+zN/9uq145ihQyIk5UkzqF6uBIgkIR/SZNwM7va7lzYCJBVO hpjxhDSDKZHBta1337mKN1VEYoJAPpGbuBlESqWbKysyhGEsL/OUJPBuxEWMFTyK8cpQ4CPQG7OV 1UplfSXGNAlQgmNQe2c0oiFBfa0y2MqVdxg8JkrqgZCJnlZNHAmDHR5UNUJOZZsJdIhZM4B5hvyo T45VgBiWCl40g4r5C1a2rq7gzUyIqQWyJbmu+cvkMoHhwaqZU4wHxaTVbq1xZafQbwBMzeM6nU67 Uy30GQAOQ/DU2lLWWetuVFu5zhLI/pzX3a7UKzUXX9K/Nmdzo9Vq1RuZLVapAdmftTn8RmW9tr3q 4A3I4utz+Fpru91ed/AGZPHrc/julcZ6zcUbUMRocjCH1gHtdjPtBWTE2Q0vfAPgG5UMPkNBNhTZ pacY8UQtyrUYP+CiCwANZFjRBKlpSkY4hCxu43ggKNYT4E2CS2/sUCjnhvRcSIaCpqoZvJ9iqIiZ vlfPv331/Cl69fzJycNnJw9/OHn06OTh91aXI3gDJ+Oy4MuvP/n9yw/Rb0+/evn4Mz9elvE/f/fR Tz9+6gdCBc0sevH5k1+ePXnxxce/fvPYA98WeFCG92lMJLpNjtA+j8E3Q4xrORmI80n0I0wdCRyB bo/qjooc4O0pZj5ci7jk3RPQPHzA65MHjq29SEwU9cx8M4od4C7nrMWFl4Cbeq4Sw/1JMvZPLiZl 3D7Gh7652zhxQtuZpNA186R0uG9HxDFzj+FE4TFJiEL6HT8gxOPdfUodXndpKLjkI4XuU9TC1EtJ nw6cRJoJ3aAxxGXq8xlC7XCzew+1OPN5vUMOXSQUBGYe4/uEOTRexxOFY5/KPo5ZmfBbWEU+I3tT EZZxHakg0mPCOOoMiZQ+mTsC/C0F/SaGfuUN+y6bxi5SKHrg03kLc15G7vCDdoTj1Ift0SQqY9+T B5CiGO1x5YPvcrdC9DPEAScLw32PEifcZzeCu3TsmDRLEP1mIjyxvE64k7+9KRthYroMtHSnU8c0 eV3bZhT6tp3hbdtuBtuwiPmK58apZr0I9y9s0Tt4kuwRqIr5Jepth37boYP/fIdeVMsX35dnrRi6 tN6Q2L222XnHCzfeI8pYT00ZuSXN3lvCAjTswqCWM4dOUhzE0gh+6kqGCRzcWGAjgwRXH1AV9SKc wr69GmglY5mpHkuUcgnnRTPs1a3xsPdX9rRZ1+cQ2zkkVrt8aIfX9HB+3CjUGKvG5kybT7SmFSw7 2dqVTCn49iaTVbVRS89WNaaZpujMVrisKTbncqC8cA0GCzZhZ4NgPwQsr8OxX08N5x3MyFDzbmOU h8VE4a8JUea1dSTCQ2JD5AyX2Kya2OUpNOefds/myPnYLFgD0s42wqTF4vxZkuRcwYxkEDxdTSwp 1xZL0FEzaNRX6wEKcdoMRnDShZ9xCkGTei+I2Riui0IlbNaeWYumSGceN/xZVYXLiwUF45RxKqTa wTKyMTSvslCxRM9k7V+t13SyXYwDnmaynBVrG5Ai/5gVEGo3tGQ0IqEqB7s0ormzj1kn5BNFRC8a HqEBm4h9DOEHTrU/QyrhwsIUtH6A2zXNtnnl9tas05TvtAzOjmOWRjjrlvp2Jq84Czf9pLDBPJXM A9+8thvnzu+KrviLcqWcxv8zV/RyADcIa0MdgRAudwVGulKaARcq4tCF0oiGXQHrvukdkC1wQwuv gXy4Yjb/C3Ko/7c1Z3WYsoaDoNqnYyQoLCcqEoTsQVsy2XeGsmq29FiVLFNkMqpkrkyt2QNySFhf 98B13YMDFEGqm26StQGDO51/7nNWQYOx3qOU683pZMXSaWvg79642GIGp07tJXT+5vwXJhar+2z1 s/JGPF8jy47oF7NdUi2vCmfxazSyqd7QhGUW4NJaazvWnMer9dw4iOK8xzBY7GdSuAdC+h9Y/6gI mf1eoRfUPt+H3org84PlD0FWX9JdDTJIN0j7awD7Hjtok0mrstRmOx/NWr5YX/BGtZj3FNnasmXi fU6yi02UO51TixdJdsaww7UdW0g1RPZ0icLQKD+HmMCYD13lb1F88AACvQO3/hNmv07JFJ5MHaR7 wmTXgA+n2U8m7YJrs06fYTSSJftkhOjwOD9/FEzYErJfSPItskFrMZ1oheCa79DgCmZ4LWpXy0J4 9WzhQsLMDC27EDYXaj4F8H0sa9z6aAd422St17q4cqZY8mcoW8J4P2Xek8+ylNmD4msD9QaUqePX U5YxBeTNJx584RQYjl49039h0bGZblJ26w8AAAD//wMAUEsDBBQABgAIAAAAIQAN0ZCftgAAABsB AAAnAAAAdGhlbWUvdGhlbWUvX3JlbHMvdGhlbWVNYW5hZ2VyLnhtbC5yZWxzhI9NCsIwFIT3gncI b2/TuhCRJt2I0K3UA4TkNQ02PyRR7O0NriwILodhvplpu5edyRNjMt4xaKoaCDrplXGawW247I5A UhZOidk7ZLBggo5vN+0VZ5FLKE0mJFIoLjGYcg4nSpOc0IpU+YCuOKOPVuQio6ZByLvQSPd1faDx mwF8xSS9YhB71QAZllCa/7P9OBqJZy8fFl3+UUFz2YUFKKLGzOAjm6pMBMpburrE3wAAAP//AwBQ SwECLQAUAAYACAAAACEAm+hwT/wAAAAcAgAAEwAAAAAAAAAAAAAAAAAAAAAAW0NvbnRlbnRfVHlw ZXNdLnhtbFBLAQItABQABgAIAAAAIQCl1qfnwAAAADYBAAALAAAAAAAAAAAAAAAAAC0BAABfcmVs cy8ucmVsc1BLAQItABQABgAIAAAAIQBreZYWgwAAAIoAAAAcAAAAAAAAAAAAAAAAABYCAAB0aGVt ZS90aGVtZS90aGVtZU1hbmFnZXIueG1sUEsBAi0AFAAGAAgAAAAhADAPiGsRBwAA3h0AABYAAAAA AAAAAAAAAAAA0wIAAHRoZW1lL3RoZW1lL3RoZW1lMS54bWxQSwECLQAUAAYACAAAACEADdGQn7YA AAAbAQAAJwAAAAAAAAAAAAAAAAAYCgAAdGhlbWUvdGhlbWUvX3JlbHMvdGhlbWVNYW5hZ2VyLnht bC5yZWxzUEsFBgAAAAAFAAUAXQEAABMLAAAAAAoAAAAJCBAAAAYQAHNizAdYAAMABgYAAAsCGAAA AAAAAAAAACwAAACrsQAAbcwAAIPVAAANAAIAAQAMAAIAZAAPAAIAAQARAAIAAAAQAAgALUMc6+I2 Gj9fAAIAAQAqAAIAAAArAAIAAACCAAIAAQCAAAgAAAAAAAAAAAAlAgQAAQAsAYEAAgDBBRQAAAAV ABEADgAAJkNDT05GSURFTlRJQUyDAAIAAACEAAIAAAAmAAgAmpmZmZmZyT8nAAgAmpmZmZmZyT8o AAgAAAAAAAAA0D8pAAgAAAAAAAAA0D9NAEkdAxA8P3htbCB2ZXJzaW9uPSIxLjAiIGVuY29kaW5n PSJVVEYtOCI/Pgo8IURPQ1RZUEUgcGxpc3QgUFVCTElDICItLy9BcHBsZS8vRFREIFBMSVNUIDEu MC8vRU4iICJodHRwOi8vd3d3LmFwcGxlLmNvbS9EVERzL1Byb3BlcnR5TGlzdC0xLjAuZHRkIj4K PHBsaXN0IHZlcnNpb249IjEuMCI+CjxkaWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZv cm1hdC5Gb3JtYXR0aW5nUHJpbnRlcjwva2V5PgoJPGRpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJp bnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0 cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJPGFy cmF5PgoJCQk8ZGljdD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuRm9ybWF0 dGluZ1ByaW50ZXI8L2tleT4KCQkJCTxzdHJpbmc+IDwvc3RyaW5nPgoJCQkJPGtleT5jb20uYXBw bGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwva2V5PgoJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4K CQkJPC9kaWN0PgoJCTwvYXJyYXk+Cgk8L2RpY3Q+Cgk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdl Rm9ybWF0LlBNSG9yaXpvbnRhbFJlczwva2V5PgoJPGRpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJp bnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0 cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJPGFy cmF5PgoJCQk8ZGljdD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1Ib3Jp em9udGFsUmVzPC9rZXk+CgkJCQk8cmVhbD42MDA8L3JlYWw+CgkJCQk8a2V5PmNvbS5hcHBsZS5w cmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQk8 L2RpY3Q+CgkJPC9hcnJheT4KCTwvZGljdD4KCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3Jt YXQuUE1PcmllbnRhdGlvbjwva2V5PgoJPGRpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlj a2V0LmNyZWF0b3I8L2tleT4KCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4K CQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJPGFycmF5PgoJ CQk8ZGljdD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1PcmllbnRhdGlv bjwva2V5PgoJCQkJPGludGVnZXI+MjwvaW50ZWdlcj4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50 LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCTwvZGlj dD4KCQk8L2FycmF5PgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5Q TVNjYWxpbmc8L2tleT4KCTxkaWN0PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVh dG9yPC9rZXk+CgkJPHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0PC9zdHJpbmc+CgkJPGtleT5j b20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCTxhcnJheT4KCQkJPGRpY3Q+ CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNU2NhbGluZzwva2V5PgoJCQkJ PHJlYWw+MC41Nzk5OTk5OTk5OTk5OTk5NjwvcmVhbD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50 LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCTwvZGlj dD4KCQk8L2FycmF5PgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5Q TVZlcnRpY2FsUmVzPC9rZXk+Cgk8ZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQu Y3JlYXRvcjwva2V5PgoJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCTxr ZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQk8YXJyYXk+CgkJCTxk aWN0PgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTVZlcnRpY2FsUmVzPC9r ZXk+CgkJCQk8cmVhbD42MDA8L3JlYWw+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQu c3RhdGVGbGFnPC9rZXk+CgkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQk8L2RpY3Q+CgkJPC9h cnJheT4KCTwvZGljdD4KCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1WZXJ0aWNh bFNjYWxpbmc8L2tleT4KCTxkaWN0PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVh dG9yPC9rZXk+CgkJPHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0PC9zdHJpbmc+CgkJPGtleT5j b20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCTxhcnJheT4KCQkJPGRpY3Q+ CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNVmVydGljYWxTY2FsaW5nPC9r ZXk+CgkJCQk8cmVhbD4wLjU3OTk5OTk5OTk5OTk5OTk2PC9yZWFsPgoJCQkJPGtleT5jb20uYXBw bGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwva2V5PgoJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4K CQkJPC9kaWN0PgoJCTwvYXJyYXk+Cgk8L2RpY3Q+Cgk8a2V5PmNvbS5hcHBsZS5wcmludC5zdWJU aWNrZXQucGFwZXJfaW5mb190aWNrZXQ8L2tleT4KCTxkaWN0PgoJCTxrZXk+UE1QUERQYXBlckNv ZGVOYW1lPC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVh dG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCQk8a2V5 PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxk aWN0PgoJCQkJCTxrZXk+UE1QUERQYXBlckNvZGVOYW1lPC9rZXk+CgkJCQkJPHN0cmluZz5MZXR0 ZXI8L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9r ZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8 L2RpY3Q+CgkJPGtleT5QTVBQRFRyYW5zbGF0aW9uU3RyaW5nUGFwZXJOYW1lPC9rZXk+CgkJPGRp Y3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJp bmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50 aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+UE1Q UERUcmFuc2xhdGlvblN0cmluZ1BhcGVyTmFtZTwva2V5PgoJCQkJCTxzdHJpbmc+VVMgTGV0dGVy PC9zdHJpbmc+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwva2V5 PgoJCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCQk8L2RpY3Q+CgkJCTwvYXJyYXk+CgkJPC9k aWN0PgoJCTxrZXk+UE1UaW9nYVBhcGVyTmFtZTwva2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5h cHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0 aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwv a2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PlBNVGlvZ2FQYXBlck5hbWU8L2tl eT4KCQkJCQk8c3RyaW5nPm5hLWxldHRlcjwvc3RyaW5nPgoJCQkJCTxrZXk+Y29tLmFwcGxlLnBy aW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJ PC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdl Rm9ybWF0LlBNQWRqdXN0ZWRQYWdlUmVjdDwva2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBs ZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNr ZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5 PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9y bWF0LlBNQWRqdXN0ZWRQYWdlUmVjdDwva2V5PgoJCQkJCTxhcnJheT4KCQkJCQkJPGludGVnZXI+ MDwvaW50ZWdlcj4KCQkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCQkJPHJlYWw+ODI3NS44 NjIwNjg5NjU1MTgxPC9yZWFsPgoJCQkJCQk8cmVhbD4xMDU0NS45NzcwMTE0OTQyNTU8L3JlYWw+ CgkJCQkJPC9hcnJheT4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFn PC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4K CQk8L2RpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTUFkanVzdGVkUGFw ZXJSZWN0PC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVh dG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCQk8a2V5 PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxk aWN0PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1BZGp1c3RlZFBhcGVy UmVjdDwva2V5PgoJCQkJCTxhcnJheT4KCQkJCQkJPHJlYWw+LTI1OC42MjA2ODk2NTUxNzI0NDwv cmVhbD4KCQkJCQkJPHJlYWw+LTU3NC43MTI2NDM2NzgxNjE4NDwvcmVhbD4KCQkJCQkJPHJlYWw+ ODUzNC40ODI3NTg2MjA2OTI8L3JlYWw+CgkJCQkJCTxyZWFsPjEwODA0LjU5NzcwMTE0OTQyNzwv cmVhbD4KCQkJCQk8L2FycmF5PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0 ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJPC9kaWN0PgoJCQk8L2Fy cmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8uUE1DdXN0b21Q YXBlcjwva2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRv cjwva2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5j b20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGlj dD4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8uUE1DdXN0b21QYXBlcjwva2V5 PgoJCQkJCTxmYWxzZS8+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0YXRlRmxh Zzwva2V5PgoJCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCQk8L2RpY3Q+CgkJCTwvYXJyYXk+ CgkJPC9kaWN0PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhcGVySW5mby5QTVBhcGVyTmFtZTwv a2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5 PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBw bGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJ CQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8uUE1QYXBlck5hbWU8L2tleT4KCQkJCQk8 c3RyaW5nPm5hLWxldHRlcjwvc3RyaW5nPgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tl dC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJPC9kaWN0PgoJ CQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8uUE1V bmFkanVzdGVkUGFnZVJlY3Q8L2tleT4KCQk8ZGljdD4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQu dGlja2V0LmNyZWF0b3I8L2tleT4KCQkJPHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0PC9zdHJp bmc+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQkJPGFy cmF5PgoJCQkJPGRpY3Q+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLlBNVW5h ZGp1c3RlZFBhZ2VSZWN0PC9rZXk+CgkJCQkJPGFycmF5PgoJCQkJCQk8aW50ZWdlcj4wPC9pbnRl Z2VyPgoJCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJCQk8cmVhbD43MzQ8L3JlYWw+CgkJ CQkJCTxyZWFsPjU3NjwvcmVhbD4KCQkJCQk8L2FycmF5PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnBy aW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJ PC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBl ckluZm8uUE1VbmFkanVzdGVkUGFwZXJSZWN0PC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFw cGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRp Y2tldDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9r ZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhcGVy SW5mby5QTVVuYWRqdXN0ZWRQYXBlclJlY3Q8L2tleT4KCQkJCQk8YXJyYXk+CgkJCQkJCTxyZWFs Pi0xODwvcmVhbD4KCQkJCQkJPHJlYWw+LTE4PC9yZWFsPgoJCQkJCQk8cmVhbD43NzQ8L3JlYWw+ CgkJCQkJCTxyZWFsPjU5NDwvcmVhbD4KCQkJCQk8L2FycmF5PgoJCQkJCTxrZXk+Y29tLmFwcGxl LnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJ CQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5Q YXBlckluZm8ucHBkLlBNUGFwZXJOYW1lPC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxl LnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tl dDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+ CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhcGVySW5m by5wcGQuUE1QYXBlck5hbWU8L2tleT4KCQkJCQk8c3RyaW5nPkxldHRlcjwvc3RyaW5nPgoJCQkJ CTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdl cj4wPC9pbnRlZ2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNv bS5hcHBsZS5wcmludC50aWNrZXQuQVBJVmVyc2lvbjwva2V5PgoJCTxzdHJpbmc+MDAuMjA8L3N0 cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQudHlwZTwva2V5PgoJCTxzdHJpbmc+ Y29tLmFwcGxlLnByaW50LlBhcGVySW5mb1RpY2tldDwvc3RyaW5nPgoJPC9kaWN0PgoJPGtleT5j b20uYXBwbGUucHJpbnQudGlja2V0LkFQSVZlcnNpb248L2tleT4KCTxzdHJpbmc+MDAuMjA8L3N0 cmluZz4KCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC50eXBlPC9rZXk+Cgk8c3RyaW5nPmNv bS5hcHBsZS5wcmludC5QYWdlRm9ybWF0VGlja2V0PC9zdHJpbmc+CjwvZGljdD4KPC9wbGlzdD4K TQB6AAEAAAMAAAJYAlgAAAAAIFQpMv7+/cIhVyo1A2UFKAP8AAIAAABIAEgAAAAAAtgCKAABAAAA OQAAAAEAAwMDAAAAAX//AAEAAQAAAAAAAAAAAAAAAGgIABkBkAAAAAAAIAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAoQAiAAEAOgABAAEAAQAAAFgCWAIzMzMzMzPTP5qZmZmZmak/AQBVAAIACgB9 AAwAAAAAAKolQAACAAAAfQAMAAEAAQAACUEABgAAAH0ADAACAAIAAAxAAAYAAAB9AAwAAwADAIAA QAACAAAAfQAMAAQABgAqCkAAAgAAAH0ADAAHAAcAKghAAAIAAAB9AAwACAAIAAAJQAACAAAAfQAM AAkACQDVCUAAAgAAAH0ADAAKAAoAqgpAAAYAAAB9AAwACwALAAAOQAACAAAAfQAMAAwADACqAUAA AgAAAH0ADAANAA0Aqk+KAAIAAAB9AAwADgAAAVURQAAAAAAAAAIOAAAAAAAsAAAAAAAVAAAACAIQ AAAAAAAOAOQCAAAAAAABDwAIAhAAAQAAAA4A8AAAAAAAQAEPAAgCEAACAAAADgDwAAAAAAAAAQ8A CAIQAAMAAAAOAPAAAAAAAAABDwAIAhAABAAAAA4A8AAAAAAAQAEPAAgCEAAFAAAADgDwAAAAAAAA AQ8ACAIQAAYAAAAOAPAAAAAAAAABDwAIAhAABwAAAA4ABAEAAAAAAAEPAAgCEAAIAAAADgAEAQAA AAAAAQ8ACAIQAAkAAAAOAAQBAAAAAAABDwAIAhAACgAAAA4ABAEAAAAAAAEPAAgCEAALAAAADgAE AQAAAAAAAQ8ACAIQAAwAAAAOAAQBAAAAAAABDwAIAhAADQAAAA4ABAEAAAAAAAEPAAgCEAAOAAAA DgDwAAAAAAAAAQ8ACAIQAA8AAAAOAPAAAAAAAAABDwAIAhAAEAAAAA4A8AAAAAAAAAEPAAgCEAAR AAAADgDwAAAAAAAAAQ8ACAIQABIAAAAOAPAAAAAAAAABDwAIAhAAEwAAAA4A8AAAAAAAAAEPAAgC EAAUAAAADgDwAAAAAAAAAQ8ACAIQABUAAAAOAPAAAAAAAAABDwAIAhAAFgAAAA4A8AAAAAAAAAEP AAgCEAAXAAAADgDwAAAAAAAAAQ8ACAIQABgAAAAOAPAAAAAAACABDwAIAhAAGQAAAA4ASgEAAAAA YAEPAAgCEAAaAAAADgDwAAAAAAAgAQ8ACAIQABsAAAAOAPAAAAAAAAABDwAIAhAAHAAAAA4A8AAA AAAAAAEPAAgCEAAdAAAADgAOAQAAAABAAQ8ACAIQAB4AAAAOAPAAAAAAAAABDwAIAhAAHwAAAA4A 8AAAAAAAAAEPAP0ACgAAAAAAcAAoAAAA/QAKAAAAAQBuACUAAAD9AAoAAAACAG0AJAAAAAECBgAA AAMAbAD9AAoAAAAEAG0ALwAAAP0ACgAAAAUAewA0AAAA/QAKAAAABgB7AD0AAAD9AAoAAAAHAGwA IwAAAP0ACgAAAAgAbQAwAAAA/QAKAAAACQBtADEAAAD9AAoAAAAKAG0AMgAAAP0ACgAAAAsAbAAi AAAAAQIGAAAADABsAP0ACgAAAA0AggAhAAAA/QAKAAEAAABfACAAAAC+ACAAAQABAF4AawBrAGsA fAB8AGsAawBrAGsAawBqAIMADQD9AAoAAgAAAGMAAgAAAL0AEgACAAEAYgAAprhAlACAovlAAgAB AgYAAgADAEYABgAjAAIABAB0AM3MzMxUWPRAAAARAAb/DQAf16NwPapGwEAeCgAFBgAjAAIABQCL ANejcD2qRtBAAAAEAAX/DQAf16NwPapGwEAeAgAFvgAKAAIABgCLAEYABwAGACMAAgAIAEMAw/Uo XP9p+EAAAAIAC/8NACUCAAIABMAHwBkQKSl+AgoAAgAJAEMACBv0QAYAIQACAAoAQwAM16Nw3TvR QAAAAwAK/wsARAIACMBEAgAJwAQGACIAAgALAEYA0KNwPQqIs0AAAAMACP8MAEQCAALAEkQCAAjA BAECBgACAAwARgD9AAoAAgANAIQANQAAAP0ACgADAAAAYwAfAAAA/QAKAAMAAQBiACoAAAB+AgoA AwACAJQAAEzNQL4ACgADAAMARgBGAAQAfgIKAAMABQCLAACIs0C+AAoAAwAGAIsARgAHAAYAIwAD AAgAQwAAAAAAAIizQAAAEQAC/w0AJQMAAwAEwAfAGRApKX4CCgADAAkAQwAAAAAABgAhAAMACgBD AAAAAAAAiLNAAAAEAAr/CwBEAwAIwEQDAAnABH4CCgADAAsAlQAAAAAAAQIGAAMADABGAP0ACgAD AA0AhAA5AAAA/QAKAAQAAABZAB4AAAABAgYABAABAFgABgAjAAQAAgBXAAAAAAAATP1AAAAjAAL/ DQAlAgADAALAAsAZECkpAQIGAAQAAwBXAAYAGwAEAAQAVwDNzMzMVFj0QAgAFAAE/wUAAQQABAC8 BBcABAAEAAQLAAgNAC3+////AMAAwBkQKSkGABsABAAFAFcA16NwPaoo1UAIAAIABP8FAAEEAAQA BgAbAAQABgBXAAAAAAAAAAAACAACAAX/BQABBAAEAAYAGwAEAAcAVwAAAAAAAAAAAAgAJQAJ/wUA AQQABAAGABsABAAIAFcAw/UoXH+i+UAIAAsACP8FAAEEAAQABgAbAAQACQBXAAAAAAAIG/RACAAE AAf/BQABBAAEAAYAGwAEAAoAVwAM16Nw3R3WQAgABAAJ/wUAAQQABAAGABsABAALAFcA0KNwPQqI s0AIAAIACv8FAAEEAAQAvgAKAAQADABVAIMADQD9AAoABQAAAF8AHQAAAL4AIAAFAAEAXgBcAFwA XQB/AH8AXABbAFsAWwBbAFoAgwANAP0ACgAGAAAAZQABAAAA/QAKAAYAAQBiACoAAAB+AgoABgAC AJQAAEzdQAECBgAGAAMARgAGAC4ABgAEAEYAAgAXAEYA//8AAAYACP8YAFoAABMADsASWgAAFAAO wANaAAAXAA7AA74ADAAGAAUAfQB9AEYABwAGABsABgAIAEMAAgAXAAYA//8IAAgABP8FAAEGAAgA vAQXAAYAEAAICAALDQAtAAAAAPzA/8AZECkpfgIKAAYACQBDAMfLlQEGABsABgAKAEMAAssXAQYA //8IAAgACv8FAAEGAAoAvAQVAAYAEAAKCgAKCwBMAAD+wEwAAP/ABAYAIgAGAAsARgACChcATAD/ /wAACAAL/wwARAYAAsASRAYACMAEAQIGAAYADABGAP0ACgAGAA0AkgBBAAAA/QAKAAcAAABpABwA AAC9ABIABwABAGcAAEK4QJMAAIizQAIAvgAQAAcAAwBGAEYAfQB9AEYABwAGABsABwAIAEMAAAAA AAAAAAAIAAwACP8FAAEGAAgAfgIKAAcACQBDAAAAAAAGABsABwAKAEMAAAAAAAAAAAAIAAwACv8F AAEGAAoAfgIKAAcACwB0AAAAAAABAgYABwAMAEYA/QAKAAcADQCMADoAAAD9AAoACAAAAGgAGwAA AL0AEgAIAAEAZwAAtbhAkwAAZNlAAgABAgYACAADAEYABgAeAAgABABGAAIAFwBGAP//AAAIAAj/ CABaAAAhAA7AEgYAHQAIAAUAiwAAAAAAAAvTQAAAEAAF/wcAHgMAHmQZBb4ACgAIAAYAiwBGAAcA BgAbAAgACABDAAIAFwAIAP//CAAOAAT/BQABBgAIAH4CCgAIAAkAQwAAZLlABgAbAAgACgBDAAJk F0AIAP//CAAKAAr/BQABBgAKAAYAIgAIAAsARgACZBdACAD//wAACgAL/wwARAgAAsASRAgACMAE AQIGAAgADABGAP0ACgAIAA0AkQA4AAAA/QAKAAkAAABoABoAAAC9ABIACQABAGcAAPC5QGYAAIjz QAIAvgAQAAkAAwBGAEYAiwCLAEYABwAGABsACQAIAEMAAAAAAAAAAAAIAAkACv8FAAEGAAgAfgIK AAkACQBDAAAAAAAGABsACQAKAEMAAAAAAAAAAAAIAAoAAv8FAAEGAAoAfgIKAAkACwB0AAAAAAAB AgYACQAMAEYA/QAKAAkADQCaAD4AAAD9AAoACgAAAJAANwAAAH4CCgAKAAEAZwAA8LlABgAjAAoA AgCPAIXrUbjeCdhAAAACAAj/DQAfrkfhepQGoEAeDAAFAQIGAAoAAwBGAAYAJgAKAAQARgACABcA RgD//wAACgAI/xAAWgAAHAAOwBJaAAAbAA7AA34CCgAKAAUAiwAAAKpAvgAKAAoABgB9AEYABwAG ABsACgAIAEMAAgAXAAgA//8IAAYABP8FAAEGAAgAAwIOAAoACQBDAMT1KFzvyNJABgAbAAoACgBD AAL1F1zvyP//CAALAAr/BQABBgAKAAYAIgAKAAsARgAC9Rdc78j//wAACwAL/wwARAoAAsASRAoA CMAEAQIGAAoADABGAP0ACgALAAAAaAAZAAAAvQASAAsAAQBnAACvuUCTAABw10ACAAECBgALAAMA RgAGACIACwAEAEYAAgAXAEYA//8AAAQABv8MAFoAABgADsASHqoEBAECBgALAAUAiwB+AgoACwAG AIsAAECvQAECBgALAAcARgAGABsACwAIAEMAAgAXAEMA//8IAAoABP8FAAEGAAgAAwIOAAsACQBD AAvXo3D9aMxABgAbAAsACgBDAALXF3D9aP//CAAOAAr/BQABBgAKAAYAIgALAAsAmQAC1xdw/Wj/ /wAADgAL/wwARAsAAsASRAsACMAEAQIGAAsADABGAP0ACgALAA0AjAA2AAAA/QAKAAwAAABoABgA AAC9ABIADAABAGcAAPC5QGYAAGTZQAIAvgAQAAwAAwBGAEYAfQB9AEYABwAGABsADAAIAEMAAAAA AAAAAAAIAA0ACP8FAAEGAAgAfgIKAAwACQBDAAAAAAAGABsADAAKAEMAAAAAAAAAAAAIAA0ACv8F AAEGAAoAfgIKAAwACwB0AAAAAAABAgYADAAMAEYA/QAKAAwADQCaAD4AAAD9AAoADQAAAGgAFwAA AL0AEgANAAEAZwAAtbhAZgAATN1AAgC+AAoADQADAEYARgAEAH4CCgANAAUAiwAw+ONAvgAKAA0A BgCLAEYABwAGABsADQAIAEMAAAAAADD440AIAA8ACP8FAAEGAAgAfgIKAA0ACQBDAAAAAAAGABsA DQAKAEMAAAAAADD440AIAA8ACv8FAAEGAAoABgAiAA0ACwBGAAAAAADASMXAAAARAAv/DABEDQAC wBJEDQAIwAQBAgYADQAMAEYA/QAKAA0ADQCSADsAAAD9AAoADgAAAJYALAAAAAECBgAOAAEAYgB+ AgoADgACAHQAAAAAAAECBgAOAAMARgAGAB4ADgAEAHQAAgAXAHQA//8AAA4ACP8IAFoAAA8ADsAS fgIKAA4ABQCLAACIw0C+AAoADgAGAIsARgAHAAYAGwAOAAgAQwACABcACAD//wgAEAAI/wUAAQYA CAB+AgoADgAJAEMAAIjDQAYAIQAOAAoAQwACiBdADgD//wAABwAK/wsARA4ACMBEDgAJwAQGACIA DgALAEYAAogXQA4A//8AABAAC/8MAEQOAALAEkQOAAjABAECBgAOAAwARgD9AAoADgANAIQAMwAA AP0ACgAPAAAAZQAWAAAAvQASAA8AAQBHAAC1uEBGAABAr0ACAL4AEAAPAAMARgBGAH0AfQBGAAcA BgAbAA8ACABDAAAAAAAAAAAACAARAAj/BQABBgAIAH4CCgAPAAkAQwAAAAAABgAbAA8ACgBDAAAA AAAAAAAACAAQAAr/BQABBgAKAH4CCgAPAAsAdAAAAAAAAQIGAA8ADABGAP0ACgAPAA0AmgA+AAAA /QAKABAAAABlABUAAAC9ABIAEAABAEcAAK+5QJQAAEzNQAIAAQIGABAAAwBGAAYAGQAQAAQAlwAA AAAAAKiSQAAACwAE/gMAHqoEBgAzABAABQCNAOxRuB6FbKRAAAARAAX/HQAfAAAAAACbkEAfFK5H 4XpMh0ADH5qZmZmZL4lAA34CCgAQAAYAjQAAQJ9AAQIGABAABwBGAAYAGwAQAAgAQwD2KFyPQrC2 QAgABwAI/wUAAQYACAB+AgoAEAAJAEMAAAAAAAYAGwAQAAoAQwD2KFyPQrC2QAgAEQAK/wUAAQYA CgAGACIAEAALAJkAhetRuN7zwUAAAA0AC/8MAEQQAALAEkQQAAjABAECBgAQAAwARgD9AAoAEAAN AIwAPAAAAP0ACgARAAAAWQAUAAAAAQIGABEAAQBYAAYAIwARAAIAVwC4HoXrnSYQQQAAIAAC/w0A JQYAEAACwALAGRD/DwECBgARAAMAVwAGABsAEQAEAFcAAgAXAFcA//8IAAQAC/8FAAERAAQAvAQX ABEAEQAECwAIDQAt9f///wDAAMAZEP8PBgAbABEABQBXAI/C9Sg8o/JACAAWAAX/BQABEQAEAAYA GwARAAYAVwAAAAAAAHC3QAgAFgAG/wUAAREABAAGABsAEQAHAFcAAAAAAAAAAAAIABEABP8FAAER AAQABgAbABEACABXAAIAFwAAAP//CAAWAAT/BQABEQAEAAYAGwARAAkAVwB7FK5H9YH8QAgAEQAH /wUAAREABAAGABsAEQAKAFcAAhQXR/WB//8IABEACf8FAAERAAQABgAbABEACwBXAAIUF0f1gf// CAAGAAr/BQABEQAEAL4ACgARAAwAVQCFAA0A/QAKABIAAABfABMAAAC+ACAAEgABAF4AXABcAF0A fwB/AFwAWwBbAFsAWwBaAIUADQD9AAoAEwAAAGMAEgAAAL0AEgATAAEAYgAANrpARgAAAAAAAgAB AgYAEwADAEYABgAeABMABABGAAIAFwBGAP//AAATAAj/CABaAAAfAA7AEr4ADAATAAUAfQB9AEYA BwAGACMAEwAIAEMAAgAXABMA//8AABQACP8NACUTABMABMAHwBkQHh5+AgoAEwAJAEMAAKSEQAYA IQATAAoAQwACpBdAEwD//wAAFAAK/wsARBMACMBEEwAJwAQGACIAEwALAEYAAqQXQBMA//8AABYA C/8MAEQTAALAEkQTAAjABL4ACgATAAwARgCOAA0A/QAKABQAAABZABEAAAABAgYAFAABAFgABgAj ABQAAgBXAAAAAAAAAAAAAAAEAAL/DQAlEwATAALAAsAZEB4eAQIGABQAAwBXAAYAGwAUAAQAVwAC ABcAVwD//wgAFAAH/wUAARQABAC8BBcAFAAUAAQLAAcNAC3/////AMAAwBkQHh4GABsAFAAFAFcA AAAAAAAAAAAIACMABf8FAAEUAAQABgAbABQABgBXAAAAAAAAAAAACAAjAAb/BQABFAAEAAYAGwAU AAcAVwAAAAAAAAAAAAgAFAAL/wUAARQABAAGABsAFAAIAFYAAgAXAAAA//8IACIACP8FAAEUAAQA fgIKABQACQBWAAD4e0AGABsAFAAKAFYAAvgXQBQA//8IACQAC/8FAAEUAAQABgAbABQACwBWAAL4 F0AUAP//CAAgAAT/BQABFAAEAL4ACgAUAAwAVQCDAA0A/QAKABUAAABfABAAAAC+ACAAFQABAGQA XABcAF0AfwB/AFwAWwBbAFsAWwBVAIMADQD9AAoAFgAAAFkADwAAAL0AEgAWAAEAWAAACLtAVwDA u+pAAgABAgYAFgADAFcABgAeABYABABXAAIAFwBXAP//AAAWAAj/CABaAAAiAA7AEgYAIAAWAAUA mwCrHFpke13GQAAAIAAG/woARBEABcAeDwAUBQYAIAAWAAYAmwAAAAAAACCMQAAACAAF/woARBEA BsAeDwAUBQECBgAWAAcAVwAGACMAFgAIAFYAAgAXAFYA//8AAB0ABP8NACUWABYABMAHwBkQPwV+ AgoAFgAJAFYAHx+3AAYAIQAWAAoAVgACHxcAFgD//wAAIgAK/wsARBYACMBEFgAJwAQGACIAFgAL AFcAAh8XABYA//8AAAQABP8MAEQWAALAEkQWAAjABAECBgAWAAwAVQD9AAoAFgANAIQAPwAAAP0A CgAXAAAAXwAOAAAAvgAgABcAAQBeAFwAXABdAH8AfwBcAFsAWwBbAFsAWgCDAA0AvgAiABgAAABF AEQARgBGAEYAfQB9AEYAQwBDAEMAQwBGAIYADQC+ACIAGQAAAEUARwBGAEYARgB9AH0ARgBDAEMA QwBDAEYAhwANAL4AIgAaAAAAYwBiAEYARgBGAH0AfQBGAEMAQwBDAEMARgCDAA0A/QAKABsAAABZ AA0AAAABAgYAGwABAFgABgAjABsAAgBXAAAAAAAAAAAAAAAUAAL/DQAlGAAaAALAAsAZEAoKvgAc ABsAAwBXAFcAfgB+AFcAVgBWAFYAVgBGAIMADQD9AAoAHAAAAF8ADAAAAL4AIAAcAAEAXgBcAFwA XQB/AH8AXABbAFsAWwBbAFoAgwANAP0ACgAdAAAAYwALAAAAvQASAB0AAQBiAABCuECUAACIs0AC AAECBgAdAAMARgAGAB4AHQAEAEYAAgAXAEYA//8AAB0ACP8IAFoAAA0ADsASvgAMAB0ABQB9AH0A RgAHAAYAIwAdAAgAQwACABcAHQD//wAAHgAI/w0AJR0AHQAEwAfAGRAKCn4CCgAdAAkAQwAAqG1A BgAhAB0ACgBDAAKoF0AdAP//AAAeAAr/CwBEHQAIwEQdAAnABH4CCgAdAAsAdAAAAAAAAQIGAB0A DABGAP0ACgAdAA0AmgA+AAAA/QAKAB4AAABhAAoAAAD9AAoAHgABAGAACQAAAL4AEgAeAAIARgBG AEYAfQB9AEYABwAGACMAHgAIAEMAAAAAAAAAAAAAAB8ACP8NACUeAB4ABMAHwBkQAAp+AgoAHgAJ AEMAAAAAAAYAIQAeAAoAQwAAAAAAAAAAAAAAHwAK/wsARB4ACMBEHgAJwAQGACIAHgALAEYAAAAA AAAAAAAAABMAC/8MAEQeAALAEkQeAAjABL4ACgAeAAwARgCDAA0A/QAKAB8AAABhAAgAAAB+AgoA HwABAGAAAJa5QL4AEgAfAAIARgBGAEYAfQB9AEYABwAGACMAHwAIAEMAAAAAAAAAAAAAACAACP8N ACUfAB8ABMAHwBkQCgp+AgoAHwAJAEMAAAAAAAYAIQAfAAoAQwAAAAAAAAAAAAAAIAAK/wsARB8A CMBEHwAJwAQGACIAHwALAEYAAAAAAAAAAAAAAB4AC/8MAEQfAALAEkQfAAjABL4ACgAfAAwARgCI AA0A1wBEANoZAABsArwAMgAiAdQAagEyADQBqgAJAaoAEwEEAaoA2AD+AKoAJAFqATIA7gBZATIA OgEyACYAJgAmAF8AMgDgAMAACAIQACAAAAAVAPAAAAAAAAABDwAIAhAAIQAAABUA8AAAAAAAAAEP AAgCEAAiAAAAFQDwAAAAAAAAAQ8ACAIQACMAAAAVAPAAAAAAAAABDwAIAhAAJAAAABUA8AAAAAAA AAEPAAgCEAAlAAAAFQAdAQAAAABAAQ8ACAIQACYAAAAVAB0BAAAAAEABDwAIAhAAJwAAABUAHQEA AAAAQAEPAAgCEAAoAAAAFQAdAQAAAABAAQ8gCAIQACkAAAAVACwBAAAAAEABDxAIAhAAKwAAABUA LAEAAAAAQAEPAP0ACgAgAAAAWQAHAAAAAQIGACAAAQBYAAYAIwAgAAIAVwAAAAAAAIizQAAAGwAC /w0AJR0AHwACwALAGRAKCgECBgAgAAMAVwAGABsAIAAEAFcAAgAXAFcA//8IACAAB/8FAAEgAAQA vAQXACAAIAAECwAHDQAt/f///wDAAMAZEAoKBgAbACAABQBXAAAAAAAAAAAACAAUAAX/BQABIAAE AAYAGwAgAAYAVwAAAAAAAAAAAAgAFAAG/wUAASAABAAGABsAIAAHAFcAAAAAAAAAAAAIACAAC/8F AAEgAAQABgAbACAACABWAAIAFwAAAP//CAATAAT/BQABIAAEAH4CCgAgAAkAVgAAAAAABgAbACAA CgBWAAIAFwAgAP//CAATAAr/BQABIAAEAAYAGwAgAAsAVgAAAAAAAAAAAAgAIwAD/wUAASAABAC+ AAoAIAAMAFUAgwANAP0ACgAhAAAAXwAGAAAAvgAgACEAAQBeAFwAXABdAH8AfwBcAFsAWwBbAFsA WgCDAA0A/QAKACIAAABZAAUAAAABAgYAIgABAFgAfgIKACIAAgBXAAAAAAABAgYAIgADAFcAvQAY ACIABABXAAAAAABXAAAAAABXAAAAAAAGAAECBgAiAAcAVwAGACMAIgAIAFYAAAAAAAAAAAAAACMA CP8NACUiACIABMAHwBkQCgp+AgoAIgAJAFYAAAAAAAYAIQAiAAoAVgAAAAAAAAAAAAAAHQAK/wsA RCIACMBEIgAJwAQGACIAIgALAFYAAAAAAAAAAAAAAB8AC/8MAEQiAALAEkQiAAjABL4ACgAiAAwA VQCDAA0A/QAKACMAAABUAAAAAAABAgYAIwABAFMABgAbACMAAgBSALgehes1HxtBCAAlAAL/BQAB IwACALwEMwAjACMAAggABykATP//AMBM/f8AwANM+P8AwANM8/8AwANM8f8AwANM7v8AwANM4f8A wAMGABsAIwADAFIAAAAAAAAAAAAIACMABP8FAAEjAAIABgAbACMABABSAAIAFwAAAP//CAAjAAf/ BQABIwACAAYAGwAjAAUAUgAaL90kFrn6QAgACQAI/wUAASMAAgAGABsAIwAGAFIAAAAAAAD0ukAI ACAABf8FAAEjAAIABgAbACMABwBSAAAAAAAAAAAACAAkAAr/BQABIwACAAYAGwAjAAgAUQACABcA AAD//wgAJAAE/wUAASMAAgB+AgoAIwAJAFEA71NBBAYAPwAjAAoAUQACUxcEIwD//wAAJQAK/ykA RCIACsBEIAAKwANEGwAKwANEFgAKwANEFAAKwANEEQAKwANEBAAKwAMGACIAIwALAG8AAlMXBCMA //8AACUAC/8MAEQjAALAEkQjAAjABL4ACgAjAAwARgCDAA0A/QAKACQAAABQAAQAAAD9AAoAJAAB AE8AAwAAAH4CCgAkAAIATgDAXBVBAQIGACQAAwBOAAYAHgAkAAQATgACABcATgD//wAAJAAI/wgA WgAACAAOwBK+AAwAJAAFAIAAgABOAAcABgAjACQACABOAAIAFwAkAP//AAAlAAj/DQAlJAAkAATA B8AZEEQpfgIKACQACQBOAAtf5gcGACEAJAAKAE4AAl8XByQA//8AACUABP8LAEQkAAjARCQACcAE BgAiACQACwBOAAJfFwckAP//AAAiAAv/DABEJAACwBJEJAAEwAS+AAoAJAAMAE0AgwANAP0ACgAl AAAATAAmAAAAAQIGACUAAQBHAAYAIQAlAAIAeQDgehSu1wn3wAAAJgAC/wsARCQAAsBEIwACwAQB AgYAJQADAEsABgAhACUABABLAAIAFwBLAP//AAAjAAr/CwBEJAAEwEQjAATABL4ADAAlAAUAgQCB AEsABwAGACEAJQAIAHcAAgAXACUA//8AACcACP8LAEQkAAjARCMACMAEBgAhACUACQBKAD0K16Mu qQJBAAAWAAr/CwBEJAAJwEQjAAnABAYAIQAlAAoASgACChejLqn//wAAIwAL/wsARCQACsBEIwAK wAQGACEAJQALAEoAAgoXoy6p//8AAAYAIf0LAEQkAAvARCMAC8AEvgAKACUADABJAIkADQD9AAoA JgAAAHEAJwAAAAECBgAmAAEAYgAGADQAJgACAEYAuB6F622rEEEAACgAAv8eAB/Xo3A9Le0UQR/2 KFyPZgfyQB+uR+F6lAawQAQVBAECBgAmAAMAeAAGADQAJgAIAHUAuB6F622rEEEAACgACP8eAB/X o3A9Le0UQR/2KFyPZgfyQB+uR+F6lAawQAQVBP0ACgAmAAkAcwArAAAA/QAKACcAAABxAC4AAAC9 ABIAJwABAGIAAPC5QEYAsz2WAAIAAQIGACcAAwBLAAYAHgAnAAgAdgACABcAdgD//wAAJgAI/wgA WgAAGwAOwBIBAgYAJwAJAHMA/QAKACgAAABIAC0AAAABAgYAKAABAEQABgAoACgAAgByAHE9Ctcr 0whBAAAEAAj/EgBEJQACwBJEJgACwANEJwACwAMBAgYAKAADAEYAAQIGACgABQCYAAYAKAAoAAgA egACABcAegD//wAABgAL/xIARCUACMASRCYACMADRCcACMADvgAYACgADABCAEIAQgBCAEIAQgBC AEIAQgAUAL4ACgApAAQAmACYAAUAvgAKACkADABCAEIADQD9AAoAKwAAAEEAKQAAANcAGgDOCAAA yABZATIA5ACtAfQAHgGgAFoAoAAcAMIBGAALABAAAQAJBAQAKQAEACUAAgAJAQsAQgDsANQADwAC 8NQAAAAQAAjwCAAAAAIAAAAEDAAADwAD8LwAAAAPAATwKAAAAAEACfAQAAAAMjAxNi0wNC0xNi54 bHN4AAIACvAIAAAAAAwAAAUAAAAPAATwhAAAAKIMCvAIAAAAAQwAAAAKAACzAAvwQgAAAIAAWJuU gL8AAAAIAFgBAAAAAIABBAAAAIEB+/bWAIMB+/6CAIsBAABM/78BEAARAMAB7eqhAD8CAwADAL8D AgAKAAAAEPASAAAAAwACANUAAAC7AAUAMgAFAAAAAAAR8AAAAABdADQAFQASABkAAQARQAAAAAAA AAAAAAAAAA0AFgCbpRoVsItOK5dgEd54mm20AAAQAAAAAAAAAOwACAAAAA3wAAAAALYBEgASAgAA AAAAAAAAJgAYAAAAAAA8ACcAAFNoZXJpOgpjdXJyZW50bHkgZ29pbmcgdG8gYWNjdCA2MzY3IFBS PAAYAAAACQAhAAsABgAIAKIACwAmAAAAAAACABwAEQACAAEAAAABAAUAAFNoZXJpJj4CEgC2AAAA AABAAAAAAAB9AH0AAADICBEAyAgAAAAAQAAAAAAACAAAAACgAAQABQAEAB0ADwADMAAAAAAAAQAw ADAAAACZAAIAVRGwARYAAQACACUAJQAMAAwAAQAlACUADAAMALEBkQABBQMAAAD/wz60AoAAACUA JQAMAAwAAgB0byBhY2N0IDYzNjcgUFKabbQAABAAAAAAAAAALTA0LTE2Lnhsc3gAAgAK8AgAAAAA DAAA/////wAAAAD//////wAAAAsAAAAAAAAA/////wEAAAABAAAAAQAAAAEAAAAAAAAAAAAAAAEA AAAAAAAAAAAAAMAgHgAAsAEWAAEABAAlACUADAAMAAEAJQAlAAwADACxAZEAAQYDAAAA/8M+tAKA AAAlACUADAAMAAIAdG8gYWNjdCA2MzY3IFBSmm20AAAQAAAAAAAAAC0wNC0xNi54bHN4AAIACvAI AAAAAAwAAP////8AAAAA//////8AAAAKAAAAAAAAAP////8BAAAAAQAAAAEAAAABAAAAAAAAAAAA AAABAAAAAAAAAAAAAADAIB4AAHsI0wB7CAEAJQAlAAwADAAAAAAAAQAAAAUAAQABAaQAAAD/wz60 AoAAUFKabbQAABAAAAAAAAAALTA0LTE2Lnhsc3gAAgAK8AgAAAAADAAA/////wAAAAD//////wAA AAoAAAAAAAAA/////wAAAAD//////wAAAAsAAAAAAAAA/////wEAAAABAAAAAQAAAAEAAAAAAAAA AAAAAAEAAAAAAAAAAAAAAMAgAAD//wAAAQANABQAAgAAAB+3FP8AAAAAAAAAABAAAAAAAAAAAAAA AAAAAAAAewjTAHsIAQAlACUADAAMAAAAAAACAAAABgACAAEBpAAAAP/DPrQCgABQUppttAAAEAAA AAAAAAAtMDQtMTYueGxzeAACAArwCAAAAAAMAAD/////AAAAAP//////AAAACgAAAAAAAAD///// AAAAAP//////AAAACgAAAAAAAAD/////AQAAAAEAAAABAAAAAQAAAAAAAAAAAAAAAQAAAAAAAAAA AAAAwCAAAP//AAABAA0AFAACAAAA3QgG/wAAAAAAAAAAEAAAAAAAAAAAAAAAAAAAAABnCBcAZwgA AAAAAAAAAAAAAgAB/////wNEAABnCBMAZwgAAAAAAAAAAAAAAwABAAAAAGgILwBoCAAAAAAAAAAA AAADAAAAAAAAAgAEAAAAAAACAAIACAAIACQAJAAIAAgAAgAAAGgIRwBoCAAAAAAAAAAAAAADAAAA AAAABQAEAAAAAAAPABAACAAIAAMAAwAIAAgACgANAAgACAASACMACAAIAAUACAAIAAgAEgAAAGgI 5wBoCAAAAAAAAAAAAAADAAAAAAAAGQAEAAAAAAAPABAABwAHABMAEwACAAMACwALAAIAAwADAAMA AgADAAMAAwAHAAcABgAGAAIAAwAPABAACgAKAAMAAwAKAAoAHQAdAAIAAwASACMABwAHAAoADQAK AAoACgANAAcABwAQABEAAgADABIAIwAKAAoADAANAAIABAAeACMAAgAEAAcABwACAAQAFAAcAAIA BAAPAA8AAgAEABIAEgACAAQABAAFAAIABAAFAAgABwAHAAUACAAKAAoACAAIAAIAAwAKAAoAAwAD ABAAAAAKAAAACQgQAAAGEABzYswHWAADAAYGAAALAhQAAAAAAAAAAAAHAAAAWfcAADb5AAANAAIA AQAMAAIAZAAPAAIAAQARAAIAAAAQAAgALUMc6+I2Gj9fAAIAAQAqAAIAAAArAAIAAACCAAIAAQCA AAgAAAAAAAAAAAAlAgQAAADwAIEAAgDBBBQAAAAVAAAAgwACAAAAhAACAAAATQDZGQMQPD94bWwg dmVyc2lvbj0iMS4wIiBlbmNvZGluZz0iVVRGLTgiPz4KPCFET0NUWVBFIHBsaXN0IFBVQkxJQyAi LS8vQXBwbGUvL0RURCBQTElTVCAxLjAvL0VOIiAiaHR0cDovL3d3dy5hcHBsZS5jb20vRFREcy9Q cm9wZXJ0eUxpc3QtMS4wLmR0ZCI+CjxwbGlzdCB2ZXJzaW9uPSIxLjAiPgo8ZGljdD4KCTxrZXk+ Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1Ib3Jpem9udGFsUmVzPC9rZXk+Cgk8ZGljdD4K CQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCTxzdHJpbmc+Y29t LmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5p dGVtQXJyYXk8L2tleT4KCQk8YXJyYXk+CgkJCTxkaWN0PgoJCQkJPGtleT5jb20uYXBwbGUucHJp bnQuUGFnZUZvcm1hdC5QTUhvcml6b250YWxSZXM8L2tleT4KCQkJCTxyZWFsPjEyMDA8L3JlYWw+ CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQk8aW50 ZWdlcj4wPC9pbnRlZ2VyPgoJCQk8L2RpY3Q+CgkJPC9hcnJheT4KCTwvZGljdD4KCTxrZXk+Y29t LmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1PcmllbnRhdGlvbjwva2V5PgoJPGRpY3Q+CgkJPGtl eT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQk8c3RyaW5nPmNvbS5hcHBs ZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFy cmF5PC9rZXk+CgkJPGFycmF5PgoJCQk8ZGljdD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBh Z2VGb3JtYXQuUE1PcmllbnRhdGlvbjwva2V5PgoJCQkJPGludGVnZXI+MTwvaW50ZWdlcj4KCQkJ CTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCTxpbnRlZ2Vy PjA8L2ludGVnZXI+CgkJCTwvZGljdD4KCQk8L2FycmF5PgoJPC9kaWN0PgoJPGtleT5jb20uYXBw bGUucHJpbnQuUGFnZUZvcm1hdC5QTVNjYWxpbmc8L2tleT4KCTxkaWN0PgoJCTxrZXk+Y29tLmFw cGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJPHN0cmluZz5jb20uYXBwbGUuam9idGlj a2V0PC9zdHJpbmc+CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5 PgoJCTxhcnJheT4KCQkJPGRpY3Q+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0 LlBNU2NhbGluZzwva2V5PgoJCQkJPHJlYWw+MTwvcmVhbD4KCQkJCTxrZXk+Y29tLmFwcGxlLnBy aW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCTwv ZGljdD4KCQk8L2FycmF5PgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1h dC5QTVZlcnRpY2FsUmVzPC9rZXk+Cgk8ZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNr ZXQuY3JlYXRvcjwva2V5PgoJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJ CTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQk8YXJyYXk+CgkJ CTxkaWN0PgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTVZlcnRpY2FsUmVz PC9rZXk+CgkJCQk8cmVhbD4xMjAwPC9yZWFsPgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlj a2V0LnN0YXRlRmxhZzwva2V5PgoJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJPC9kaWN0PgoJ CTwvYXJyYXk+Cgk8L2RpY3Q+Cgk8a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNVmVy dGljYWxTY2FsaW5nPC9rZXk+Cgk8ZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQu Y3JlYXRvcjwva2V5PgoJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCTxr ZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQk8YXJyYXk+CgkJCTxk aWN0PgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTVZlcnRpY2FsU2NhbGlu Zzwva2V5PgoJCQkJPHJlYWw+MTwvcmVhbD4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tl dC5zdGF0ZUZsYWc8L2tleT4KCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCTwvZGljdD4KCQk8 L2FycmF5PgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQuc3ViVGlja2V0LnBhcGVyX2lu Zm9fdGlja2V0PC9rZXk+Cgk8ZGljdD4KCQk8a2V5PlBNUFBEUGFwZXJDb2RlTmFtZTwva2V5PgoJ CTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8 c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJp bnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5 PlBNUFBEUGFwZXJDb2RlTmFtZTwva2V5PgoJCQkJCTxzdHJpbmc+QTQ8L3N0cmluZz4KCQkJCQk8 a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+ MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5QTVBQ RFRyYW5zbGF0aW9uU3RyaW5nUGFwZXJOYW1lPC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFw cGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRp Y2tldDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9r ZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+UE1QUERUcmFuc2xhdGlvblN0cmlu Z1BhcGVyTmFtZTwva2V5PgoJCQkJCTxzdHJpbmc+QTQ8L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5h cHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdl cj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5QTVRpb2dhUGFwZXJO YW1lPC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9y PC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCQk8a2V5PmNv bS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0 PgoJCQkJCTxrZXk+UE1UaW9nYVBhcGVyTmFtZTwva2V5PgoJCQkJCTxzdHJpbmc+aXNvLWE0PC9z dHJpbmc+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwva2V5PgoJ CQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCQk8L2RpY3Q+CgkJCTwvYXJyYXk+CgkJPC9kaWN0 PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1BZGp1c3RlZFBhZ2VSZWN0PC9r ZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+ CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBs ZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJ CTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1BZGp1c3RlZFBhZ2VSZWN0PC9rZXk+ CgkJCQkJPGFycmF5PgoJCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJCQk8aW50ZWdlcj4w PC9pbnRlZ2VyPgoJCQkJCQk8cmVhbD4xMzA1MC4wMDAwMDAwMDAwMDI8L3JlYWw+CgkJCQkJCTxy ZWFsPjkzMTYuNjY2NjY2NjY2NjY3OTwvcmVhbD4KCQkJCQk8L2FycmF5PgoJCQkJCTxrZXk+Y29t LmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRl Z2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5w cmludC5QYWdlRm9ybWF0LlBNQWRqdXN0ZWRQYXBlclJlY3Q8L2tleT4KCQk8ZGljdD4KCQkJPGtl eT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQkJPHN0cmluZz5jb20uYXBw bGUuam9idGlja2V0PC9zdHJpbmc+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVt QXJyYXk8L2tleT4KCQkJPGFycmF5PgoJCQkJPGRpY3Q+CgkJCQkJPGtleT5jb20uYXBwbGUucHJp bnQuUGFnZUZvcm1hdC5QTUFkanVzdGVkUGFwZXJSZWN0PC9rZXk+CgkJCQkJPGFycmF5PgoJCQkJ CQk8cmVhbD4tMzAwPC9yZWFsPgoJCQkJCQk8cmVhbD4tMzAwPC9yZWFsPgoJCQkJCQk8cmVhbD4x MzczMy4zMzMzMzMzMzMzMzQ8L3JlYWw+CgkJCQkJCTxyZWFsPjk2MTYuNjY2NjY2NjY2NjY3OTwv cmVhbD4KCQkJCQk8L2FycmF5PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0 ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJPC9kaWN0PgoJCQk8L2Fy cmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBlckluZm8uUE1QYXBlck5h bWU8L2tleT4KCQk8ZGljdD4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8 L2tleT4KCQkJPHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0PC9zdHJpbmc+CgkJCTxrZXk+Y29t LmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQkJPGFycmF5PgoJCQkJPGRpY3Q+ CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLlBNUGFwZXJOYW1lPC9rZXk+CgkJ CQkJPHN0cmluZz5pc28tYTQ8L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNr ZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4K CQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLlBN VW5hZGp1c3RlZFBhZ2VSZWN0PC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50 LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3Ry aW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxh cnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhcGVySW5mby5QTVVu YWRqdXN0ZWRQYWdlUmVjdDwva2V5PgoJCQkJCTxhcnJheT4KCQkJCQkJPGludGVnZXI+MDwvaW50 ZWdlcj4KCQkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCQkJPHJlYWw+NzgzPC9yZWFsPgoJ CQkJCQk8cmVhbD41NTk8L3JlYWw+CgkJCQkJPC9hcnJheT4KCQkJCQk8a2V5PmNvbS5hcHBsZS5w cmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJ CTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFw ZXJJbmZvLlBNVW5hZGp1c3RlZFBhcGVyUmVjdDwva2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5h cHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0 aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwv a2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBl ckluZm8uUE1VbmFkanVzdGVkUGFwZXJSZWN0PC9rZXk+CgkJCQkJPGFycmF5PgoJCQkJCQk8cmVh bD4tMTg8L3JlYWw+CgkJCQkJCTxyZWFsPi0xODwvcmVhbD4KCQkJCQkJPHJlYWw+ODI0PC9yZWFs PgoJCQkJCQk8cmVhbD41Nzc8L3JlYWw+CgkJCQkJPC9hcnJheT4KCQkJCQk8a2V5PmNvbS5hcHBs ZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4K CQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQu UGFwZXJJbmZvLnBwZC5QTVBhcGVyTmFtZTwva2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBs ZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNr ZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5 PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBlcklu Zm8ucHBkLlBNUGFwZXJOYW1lPC9rZXk+CgkJCQkJPHN0cmluZz5BNDwvc3RyaW5nPgoJCQkJCTxr ZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4w PC9pbnRlZ2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5h cHBsZS5wcmludC50aWNrZXQuQVBJVmVyc2lvbjwva2V5PgoJCTxzdHJpbmc+MDAuMjA8L3N0cmlu Zz4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQudHlwZTwva2V5PgoJCTxzdHJpbmc+Y29t LmFwcGxlLnByaW50LlBhcGVySW5mb1RpY2tldDwvc3RyaW5nPgoJPC9kaWN0PgoJPGtleT5jb20u YXBwbGUucHJpbnQudGlja2V0LkFQSVZlcnNpb248L2tleT4KCTxzdHJpbmc+MDAuMjA8L3N0cmlu Zz4KCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC50eXBlPC9rZXk+Cgk8c3RyaW5nPmNvbS5h cHBsZS5wcmludC5QYWdlRm9ybWF0VGlja2V0PC9zdHJpbmc+CjwvZGljdD4KPC9wbGlzdD4KTQB6 AAEAAAMAAASwBLAAAAAAMvskZf7U/tQ1piWRA2cFewPgAAIAAABIAEgAAAAAAtgCKAABAAAAZAAA AAEAAwMDAAAAAX//AAEAAQAAAAAAAAAAAAAAAGgIABkBkAAAAAAAIAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAoQAiAAkAZAABAAEAAQACAPz//P8AAAAAAADgPwAAAAAAAOA/AQBVAAIACgB9AAwA AAAAAIA2DwACAAIAfQAMAAEAAQCAGQ8AAgACAAACDgAAAAAABwAAAAAAAgAAAAgCEAAAAAAAAgC4 AQAAAAAAAQ8gCAIQAAEAAAACAMwBAAAAAAABDzAIAhAAAgAAAAIAuAEAAAAAAAEPIAgCEAADAAAA AgC4AQAAAAAAAQ8gCAIQAAQAAAACALgBAAAAAAABDyAIAhAABQAAAAIAuAEAAAAAAAEPIAgCEAAG AAAAAgDMAQAAAAAAAQ8w/QAKAAAAAACmAEAAAAD9AAoAAAABAKcASAAAAP0ACgABAAAAqABDAAAA fgIKAAEAAQCpACifE0H9AAoAAgAAAKoARAAAAAYAHQACAAEAqwAAAAAAwOsSQQAABQAB/gcAWgIA BAABwP0ACgADAAAAoABGAAAAAQIGAAMAAQChAP0ACgAEAAAArABCAAAABgAjAAQAAQCpAAAAAAB0 RSNBAAAGAAH/DQAlAQADAAHAAcAZEP///QAKAAUAAACkAEUAAAAGAB4ABQABAKUAAAAAAJAI9UAA AAQAAf8IAFoBAAUAAcAT/QAKAAYAAACtAEcAAAAGACMABgABAK4AAAAAAIbmJUEAAAYAHv0NACUE AAUAAcABwBkQ///XABIApQEAAHgAHAAcAC8AGAA1ADAAwgEYAAQAAgADAAkBAQAAAAQABQAEAAkB AQAe/ewAUAAPAALwSAAAACAACPAIAAAAAQAAAAIcAAAPAAPwMAAAAA8ABPAoAAAAAQAJ8BAAAAAA AAAAAAAAAAAAAAAAAAAAAgAK8AgAAAAAHAAABQAAAD4CEgC2AAAAAABAAAAAAAAAAAAAAADICBEA yAgAAAAAQAAAAAAACAAAAAAdAA8AAxYAAAAAAAEAFgAWAAAAZwgXAGcIAAAAAAAAAAAAAAIAAf// //8DRAAACgAAAAkIEAAABhAAc2LMB1gAAwAGBgAACwIUAAAAAAAAAAAABQAAANX6AAAt/AAADQAC AAEADAACAGQADwACAAEAEQACAAAAEAAIAC1DHOviNho/XwACAAEAKgACAAAAKwACAAAAggACAAEA gAAIAAAAAAAAAAAAJQIEAAAA8ACBAAIAwQQUAAAAFQAAAIMAAgAAAIQAAgAAAKEAIgABAPAAAQAB AAEABAACAAH/AAAAAAAA4D8AAAAAAADgPw8AVQACAAoAfQAMAAAAAABVSQ8AAgAEAH0ADAABAAEA Kh4PAAIABAAAAg4AAAAAAAUAAAAAAAIAAAAIAhAAAAAAAAIA4AEAAAAAAAEPIAgCEAABAAAAAgD0 AQAAAAAAAQ8wCAIQAAIAAAACAOABAAAAAAABDyAIAhAAAwAAAAIA4AEAAAAAAAEPIAgCEAAEAAAA AgD0AQAAAAAAAQ8w/QAKAAAAAACvAEwAAAD9AAoAAAABAK8ATQAAAP0ACgABAAAAsABOAAAABgAh AAEAAQCxAAAAAAAAFxFBAAAGACP9CwAeCwAeqGEFHogTA/0ACgACAAAAsgBPAAAAfgIKAAIAAQCz AACI00D9AAoAAwAAALQAUAAAAH4CCgADAAEAtQAAiMNA/QAKAAQAAAC2AFEAAAAGACMABAABALcA AAAAAMDrEkEAAAEAAf4NACUBAAMAAcABwBkQAADXAA4AIAEAAFAAHAAzABwAHADCARgABQABAAQA CQEBAAAAAQAEAAMACQEBAAH+7ABQAA8AAvBIAAAAMAAI8AgAAAABAAAAACAAAA8AA/AwAAAADwAE 8CgAAAABAAnwEAAAAGUAbgAgAEIAdQBkAGcAZQACAArwCAAAAAAgAAAFAAAAPgISALYAAAAAAEAA AAAAAAAAAAAAAMgIEQDICAAAAABAAAAAAAAIAAAAAB0ADwADEAAAAAAAAQAQABAAAABnCBcAZwgA AAAAAAAAAAAAAgAB/////wNEAAAKAAAACQgQAAAGEABzYswHWAADAAYGAAALAhQAAAAAAAAAAAAG AAAAIxgBAM8ZAQANAAIAAQAMAAIAZAAPAAIAAQARAAIAAAAQAAgALUMc6+I2Gj9fAAIAAQAqAAIA AAArAAIAAACCAAIAAQCAAAgAAAAAAAAAAAAlAgQAAADwAIEAAgDBBBQAAAAVAAAAgwACAAAAhAAC AAAATQDZGQMQPD94bWwgdmVyc2lvbj0iMS4wIiBlbmNvZGluZz0iVVRGLTgiPz4KPCFET0NUWVBF IHBsaXN0IFBVQkxJQyAiLS8vQXBwbGUvL0RURCBQTElTVCAxLjAvL0VOIiAiaHR0cDovL3d3dy5h cHBsZS5jb20vRFREcy9Qcm9wZXJ0eUxpc3QtMS4wLmR0ZCI+CjxwbGlzdCB2ZXJzaW9uPSIxLjAi Pgo8ZGljdD4KCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1Ib3Jpem9udGFsUmVz PC9rZXk+Cgk8ZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5 PgoJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCTxrZXk+Y29tLmFwcGxl LnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQk8YXJyYXk+CgkJCTxkaWN0PgoJCQkJPGtl eT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTUhvcml6b250YWxSZXM8L2tleT4KCQkJCTxy ZWFsPjEyMDA8L3JlYWw+CgkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFn PC9rZXk+CgkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQk8L2RpY3Q+CgkJPC9hcnJheT4KCTwv ZGljdD4KCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1PcmllbnRhdGlvbjwva2V5 PgoJPGRpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQk8 c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5wcmlu dC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJPGFycmF5PgoJCQk8ZGljdD4KCQkJCTxrZXk+Y29t LmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1PcmllbnRhdGlvbjwva2V5PgoJCQkJPGludGVnZXI+ MTwvaW50ZWdlcj4KCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tl eT4KCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCTwvZGljdD4KCQk8L2FycmF5PgoJPC9kaWN0 PgoJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTVNjYWxpbmc8L2tleT4KCTxkaWN0 PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJPHN0cmluZz5j b20uYXBwbGUuam9idGlja2V0PC9zdHJpbmc+CgkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0 Lml0ZW1BcnJheTwva2V5PgoJCTxhcnJheT4KCQkJPGRpY3Q+CgkJCQk8a2V5PmNvbS5hcHBsZS5w cmludC5QYWdlRm9ybWF0LlBNU2NhbGluZzwva2V5PgoJCQkJPHJlYWw+MTwvcmVhbD4KCQkJCTxr ZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCTxpbnRlZ2VyPjA8 L2ludGVnZXI+CgkJCTwvZGljdD4KCQk8L2FycmF5PgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUu cHJpbnQuUGFnZUZvcm1hdC5QTVZlcnRpY2FsUmVzPC9rZXk+Cgk8ZGljdD4KCQk8a2V5PmNvbS5h cHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRp Y2tldDwvc3RyaW5nPgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tl eT4KCQk8YXJyYXk+CgkJCTxkaWN0PgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1h dC5QTVZlcnRpY2FsUmVzPC9rZXk+CgkJCQk8cmVhbD4xMjAwPC9yZWFsPgoJCQkJPGtleT5jb20u YXBwbGUucHJpbnQudGlja2V0LnN0YXRlRmxhZzwva2V5PgoJCQkJPGludGVnZXI+MDwvaW50ZWdl cj4KCQkJPC9kaWN0PgoJCTwvYXJyYXk+Cgk8L2RpY3Q+Cgk8a2V5PmNvbS5hcHBsZS5wcmludC5Q YWdlRm9ybWF0LlBNVmVydGljYWxTY2FsaW5nPC9rZXk+Cgk8ZGljdD4KCQk8a2V5PmNvbS5hcHBs ZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tl dDwvc3RyaW5nPgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4K CQk8YXJyYXk+CgkJCTxkaWN0PgoJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5Q TVZlcnRpY2FsU2NhbGluZzwva2V5PgoJCQkJPHJlYWw+MTwvcmVhbD4KCQkJCTxrZXk+Y29tLmFw cGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+ CgkJCTwvZGljdD4KCQk8L2FycmF5PgoJPC9kaWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQuc3Vi VGlja2V0LnBhcGVyX2luZm9fdGlja2V0PC9rZXk+Cgk8ZGljdD4KCQk8a2V5PlBNUFBEUGFwZXJD b2RlTmFtZTwva2V5PgoJCTxkaWN0PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3Jl YXRvcjwva2V5PgoJCQk8c3RyaW5nPmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQkJPGtl eT5jb20uYXBwbGUucHJpbnQudGlja2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8 ZGljdD4KCQkJCQk8a2V5PlBNUFBEUGFwZXJDb2RlTmFtZTwva2V5PgoJCQkJCTxzdHJpbmc+QTQ8 L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+ CgkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2Rp Y3Q+CgkJPGtleT5QTVBQRFRyYW5zbGF0aW9uU3RyaW5nUGFwZXJOYW1lPC9rZXk+CgkJPGRpY3Q+ CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+ Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNr ZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+UE1QUERU cmFuc2xhdGlvblN0cmluZ1BhcGVyTmFtZTwva2V5PgoJCQkJCTxzdHJpbmc+QTQ8L3N0cmluZz4K CQkJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGlu dGVnZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtl eT5QTVRpb2dhUGFwZXJOYW1lPC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50 LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3Ry aW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxh cnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+UE1UaW9nYVBhcGVyTmFtZTwva2V5PgoJCQkJCTxz dHJpbmc+aXNvLWE0PC9zdHJpbmc+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LnN0 YXRlRmxhZzwva2V5PgoJCQkJCTxpbnRlZ2VyPjA8L2ludGVnZXI+CgkJCQk8L2RpY3Q+CgkJCTwv YXJyYXk+CgkJPC9kaWN0PgoJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1BZGp1 c3RlZFBhZ2VSZWN0PC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tl dC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxlLmpvYnRpY2tldDwvc3RyaW5nPgoJ CQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFycmF5PC9rZXk+CgkJCTxhcnJheT4K CQkJCTxkaWN0PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LlBhZ2VGb3JtYXQuUE1BZGp1c3Rl ZFBhZ2VSZWN0PC9rZXk+CgkJCQkJPGFycmF5PgoJCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJ CQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJCQk8cmVhbD4xMzA1MC4wMDAwMDAwMDAwMDI8 L3JlYWw+CgkJCQkJCTxyZWFsPjkzMTYuNjY2NjY2NjY2NjY3OTwvcmVhbD4KCQkJCQk8L2FycmF5 PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8 aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8 a2V5PmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0LlBNQWRqdXN0ZWRQYXBlclJlY3Q8L2tleT4K CQk8ZGljdD4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LmNyZWF0b3I8L2tleT4KCQkJ PHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0PC9zdHJpbmc+CgkJCTxrZXk+Y29tLmFwcGxlLnBy aW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQkJPGFycmF5PgoJCQkJPGRpY3Q+CgkJCQkJPGtl eT5jb20uYXBwbGUucHJpbnQuUGFnZUZvcm1hdC5QTUFkanVzdGVkUGFwZXJSZWN0PC9rZXk+CgkJ CQkJPGFycmF5PgoJCQkJCQk8cmVhbD4tMzAwPC9yZWFsPgoJCQkJCQk8cmVhbD4tMzAwPC9yZWFs PgoJCQkJCQk8cmVhbD4xMzczMy4zMzMzMzMzMzMzMzQ8L3JlYWw+CgkJCQkJCTxyZWFsPjk2MTYu NjY2NjY2NjY2NjY3OTwvcmVhbD4KCQkJCQk8L2FycmF5PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnBy aW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4KCQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJ PC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGljdD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC5QYXBl ckluZm8uUE1QYXBlck5hbWU8L2tleT4KCQk8ZGljdD4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQu dGlja2V0LmNyZWF0b3I8L2tleT4KCQkJPHN0cmluZz5jb20uYXBwbGUuam9idGlja2V0PC9zdHJp bmc+CgkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5pdGVtQXJyYXk8L2tleT4KCQkJPGFy cmF5PgoJCQkJPGRpY3Q+CgkJCQkJPGtleT5jb20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLlBNUGFw ZXJOYW1lPC9rZXk+CgkJCQkJPHN0cmluZz5pc28tYTQ8L3N0cmluZz4KCQkJCQk8a2V5PmNvbS5h cHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+MDwvaW50ZWdl cj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20uYXBwbGUucHJp bnQuUGFwZXJJbmZvLlBNVW5hZGp1c3RlZFBhZ2VSZWN0PC9rZXk+CgkJPGRpY3Q+CgkJCTxrZXk+ Y29tLmFwcGxlLnByaW50LnRpY2tldC5jcmVhdG9yPC9rZXk+CgkJCTxzdHJpbmc+Y29tLmFwcGxl LmpvYnRpY2tldDwvc3RyaW5nPgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuaXRlbUFy cmF5PC9rZXk+CgkJCTxhcnJheT4KCQkJCTxkaWN0PgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50 LlBhcGVySW5mby5QTVVuYWRqdXN0ZWRQYWdlUmVjdDwva2V5PgoJCQkJCTxhcnJheT4KCQkJCQkJ PGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCQkJPGludGVnZXI+MDwvaW50ZWdlcj4KCQkJCQkJPHJl YWw+NzgzPC9yZWFsPgoJCQkJCQk8cmVhbD41NTk8L3JlYWw+CgkJCQkJPC9hcnJheT4KCQkJCQk8 a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVnZXI+ MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5jb20u YXBwbGUucHJpbnQuUGFwZXJJbmZvLlBNVW5hZGp1c3RlZFBhcGVyUmVjdDwva2V5PgoJCTxkaWN0 PgoJCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5n PmNvbS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlj a2V0Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PmNvbS5h cHBsZS5wcmludC5QYXBlckluZm8uUE1VbmFkanVzdGVkUGFwZXJSZWN0PC9rZXk+CgkJCQkJPGFy cmF5PgoJCQkJCQk8cmVhbD4tMTg8L3JlYWw+CgkJCQkJCTxyZWFsPi0xODwvcmVhbD4KCQkJCQkJ PHJlYWw+ODI0PC9yZWFsPgoJCQkJCQk8cmVhbD41Nzc8L3JlYWw+CgkJCQkJPC9hcnJheT4KCQkJ CQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuc3RhdGVGbGFnPC9rZXk+CgkJCQkJPGludGVn ZXI+MDwvaW50ZWdlcj4KCQkJCTwvZGljdD4KCQkJPC9hcnJheT4KCQk8L2RpY3Q+CgkJPGtleT5j b20uYXBwbGUucHJpbnQuUGFwZXJJbmZvLnBwZC5QTVBhcGVyTmFtZTwva2V5PgoJCTxkaWN0PgoJ CQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuY3JlYXRvcjwva2V5PgoJCQk8c3RyaW5nPmNv bS5hcHBsZS5qb2J0aWNrZXQ8L3N0cmluZz4KCQkJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0 Lml0ZW1BcnJheTwva2V5PgoJCQk8YXJyYXk+CgkJCQk8ZGljdD4KCQkJCQk8a2V5PmNvbS5hcHBs ZS5wcmludC5QYXBlckluZm8ucHBkLlBNUGFwZXJOYW1lPC9rZXk+CgkJCQkJPHN0cmluZz5BNDwv c3RyaW5nPgoJCQkJCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC5zdGF0ZUZsYWc8L2tleT4K CQkJCQk8aW50ZWdlcj4wPC9pbnRlZ2VyPgoJCQkJPC9kaWN0PgoJCQk8L2FycmF5PgoJCTwvZGlj dD4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQuQVBJVmVyc2lvbjwva2V5PgoJCTxzdHJp bmc+MDAuMjA8L3N0cmluZz4KCQk8a2V5PmNvbS5hcHBsZS5wcmludC50aWNrZXQudHlwZTwva2V5 PgoJCTxzdHJpbmc+Y29tLmFwcGxlLnByaW50LlBhcGVySW5mb1RpY2tldDwvc3RyaW5nPgoJPC9k aWN0PgoJPGtleT5jb20uYXBwbGUucHJpbnQudGlja2V0LkFQSVZlcnNpb248L2tleT4KCTxzdHJp bmc+MDAuMjA8L3N0cmluZz4KCTxrZXk+Y29tLmFwcGxlLnByaW50LnRpY2tldC50eXBlPC9rZXk+ Cgk8c3RyaW5nPmNvbS5hcHBsZS5wcmludC5QYWdlRm9ybWF0VGlja2V0PC9zdHJpbmc+CjwvZGlj dD4KPC9wbGlzdD4KTQB6AAEAAAMAAASwBLAAAAAAMvskZf7U/tQ1piWRA2cFewPgAAIAAABIAEgA AAAAAtgCKAABAAAAZAAAAAEAAwMDAAAAAX//AAEAAQAAAAAAAAAAAAAAAGgIABkBkAAAAAAAIAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAoQAiAAkAZAABAAEAAQACAPz//P8AAAAAAADgPwAAAAAA AOA/AQBVAAIACgB9AAwAAAAAAKpIDwACAAIAfQAMAAEAAQBVMg8AAgACAAACDgAAAAAABgAAAAAA AgAAAAgCEAAAAAAAAgC4AQAAAAAAAQ8gCAIQAAEAAAACAMwBAAAAAAABDzAIAhAAAgAAAAIAuAEA AAAAAAEPIAgCEAADAAAAAgDMAQAAAAAAAQ8wCAIQAAQAAAACAMwBAAAAAAABDzAIAhAABQAAAAIA 9AEAAAAAAAEPMP0ACgAAAAAAnABAAAAAAQIGAAAAAQCdAP0ACgABAAAAngBJAAAAfgIKAAEAAQCf AGAH8kD9AAoAAgAAAKQASwAAAAYAHwACAAEApQAAAAAAoArqwAAAAwAB/gkAHi5wHidgAxUT/QAK AAMAAACkAEsAAAAGAB8AAwABAKUAAAAAAKAK6sAAAAUAAf8JAB4ucB4nYAMVE/0ACgAEAAAApABL AAAABgAfAAQAAQClAAAAAACgCurAAAAGAB/9CQAeLnAeJ2ADFRP9AAoABQAAAKIASgAAAAYAIwAF AAEAowAAAAAAkAj1wAAABAAB/w0AJQEABAABwAHAGRBsANcAEAB0AQAAZAAYABwAMQAxADEAwgEk AAIAAwACAAkBAQAAABAABAABAAkEAQAB/wUABQACAAkBAQHAGewAUAAPAALwSAAAAEAACPAIAAAA AQAAAAAkAAAPAAPwMAAAAA8ABPAoAAAAAQAJ8BAAAABlAG4AIABCAHUAZABnAGUAAgAK8AgAAAAA JAAABQAAAD4CEgC2BgAAAABAAAAAAAAAAAAAAADICBEAyAgAAAAAQAAAAAAACAAAAAAdAA8AAwkA AAAAAAEACQAJAAAAZwgXAGcIAAAAAAAAAAAAAAIAAf////8DRAAACgAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAEAAAACAAAAAwAAAP7///8FAAAABgAAAAcAAAAIAAAA /v///woAAAD+//////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////// /////////////////////////////////v8AAAMKAQAAAAAAAAAAAAAAAAAAAAAAAQAAAOCFn/L5 T2gQq5EIACsns9kwAAAArAAAAAcAAAABAAAAQAAAAAgAAABIAAAAEgAAAFwAAAALAAAAgAAAAAwA AACMAAAADQAAAJgAAAATAAAApAAAAAIAAAAQJwAAHgAAAAwAAABMYXJzIEt1cnRoAAAeAAAAHAAA AE1pY3Jvc29mdCBNYWNpbnRvc2ggRXhjZWwAAABAAAAAAJaGra6R0AFAAAAA4DziNDRh0AFAAAAA kO/6rqkx0QEDAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAP7/AAAD CgEAAAAAAAAAAAAAAAAAAAAAAAEAAAAC1c3VnC4bEJOXCAArLPmuMAAAAOwAAAAIAAAAAQAAAEgA AAAXAAAAUAAAAAsAAABYAAAAEAAAAGAAAAATAAAAaAAAABYAAABwAAAADQAAAHgAAAAMAAAAxgAA AAIAAAAQJwAAAwAAAAAADgALAAAAAAAAAAsAAAAAAAAACwAAAAAAAAALAAAAAAAAAB4QAAAEAAAA CgAAAEJVREdFVCAxNgAJAAAAQUNDT1VOVFMAEAAAAElOQ09NRSBFU1RJTUFURQATAAAARGVwcmVj aWF0ZWQgQXNzZXRzAAwQAAACAAAAHgAAAAsAAABXb3Jrc2hlZXRzAAMAAAAEAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQD+/wIAAQD/////IAgCAAAAAADAAAAAAAAA RiQAAABNaWNyb3NvZnQgRXhjZWwgOTcgLSAyMDA0IFdvcmtzaGVldAD+////OEZJQg4AAABFeGNl bC5TaGVldC44AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAEAQwBvAG0AcABPAGIAagAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAASAAIA////////////////AAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACQAAAGIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAD///////////// //8AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAP///////////////wAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAA////////////////AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAAAAAAAA --_009_D28CCF5523E17larskurthcitrixcom_ Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Advisory-board mailing list Advisory-board@lists.xenproject.org http://lists.xenproject.org/cgi-bin/mailman/listinfo/advisory-board Archives: http://lists.xenproject.org/archives/html/advisory-board/ - login/pass "member"/"S3gurtasunG4be!" --_009_D28CCF5523E17larskurthcitrixcom_-- From xen-devel-bounces@lists.xen.org Thu Dec 10 10:32:36 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 10 Dec 2015 10:32:36 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a6yWW-0004nE-8z; Thu, 10 Dec 2015 10:32:32 +0000 Received: from mail6.bemta4.messagelabs.com ([85.158.143.247]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a6yWU-0004mp-GZ for xen-devel@lists.xensource.com; Thu, 10 Dec 2015 10:32:30 +0000 Received: from [85.158.143.35] by server-2.bemta-4.messagelabs.com id EB/A9-18316-DB459665; Thu, 10 Dec 2015 10:32:29 +0000 X-Env-Sender: prvs=77930e2d8=Ian.Campbell@citrix.com X-Msg-Ref: server-9.tower-21.messagelabs.com!1449743536!4623971!1 X-Originating-IP: [66.165.176.89] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogNjYuMTY1LjE3Ni44OSA9PiAyMDMwMDc=\n, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 46105 invoked from network); 10 Dec 2015 10:32:21 -0000 Received: from smtp.citrix.com (HELO SMTP.CITRIX.COM) (66.165.176.89) by server-9.tower-21.messagelabs.com with RC4-SHA encrypted SMTP; 10 Dec 2015 10:32:21 -0000 X-IronPort-AV: E=Sophos;i="5.20,407,1444694400"; d="scan'208";a="317810339" Message-ID: <1449743467.9759.58.camel@citrix.com> From: Ian Campbell To: , Ian Jackson , Wei Liu , Jim Fehlig Date: Thu, 10 Dec 2015 10:31:07 +0000 In-Reply-To: References: X-Mailer: Evolution 3.18.2-1 MIME-Version: 1.0 X-DLP: MIA1 Subject: Re: [Xen-devel] [Xen-staging] [xen staging] tools: Refactor "xentoollog" into its own library X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: base64 Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org T24gV2VkLCAyMDE1LTEyLTA5IGF0IDEyOjQ1ICswMDAwLCBwYXRjaGJvdEB4ZW4ub3JnIHdyb3Rl Ogo+IGNvbW1pdCBjN2QzYWZiYjQ0YjQ3YWY5MTAzYmUwYjkxNGFmZDU4OGE4NGQ5ZTYyCj4gQXV0 aG9yOsKgwqDCoMKgwqBJYW4gQ2FtcGJlbGwgPGlhbi5jYW1wYmVsbEBjaXRyaXguY29tPgo+IEF1 dGhvckRhdGU6IFRodSBEZWMgMyAxMToyMjowMiAyMDE1ICswMDAwCj4gQ29tbWl0OsKgwqDCoMKg wqBJYW4gQ2FtcGJlbGwgPGlhbi5jYW1wYmVsbEBjaXRyaXguY29tPgo+IENvbW1pdERhdGU6IFdl ZCBEZWMgOSAxMjozNzowMCAyMDE1ICswMDAwCj4gCj4gwqDCoMKgwqB0b29sczogUmVmYWN0b3Ig InhlbnRvb2xsb2ciIGludG8gaXRzIG93biBsaWJyYXJ5CgpUaGlzIGhhcyBicm9rZW4gdGhlIGxp YnZpcnQgYnVpbGQKaHR0cDovL2xvZ3MudGVzdC1sYWIueGVucHJvamVjdC5vcmcvb3NzdGVzdC9s b2dzLzY1NjQ4L2J1aWxkLWFtZDY0LWxpYnZpcnQvNS50cy1saWJ2aXJ0LWJ1aWxkLmxvZwoKICAg IC91c3IvYmluL2xkOiAuLi9zcmMvLmxpYnMvbGlidmlydF9kcml2ZXJfbGlieGxfaW1wbC5hKGxp YnZpcnRfZHJpdmVyX2xpYnhsX2ltcGxfbGEtbGlieGxfY29uZi5vKTogdW5kZWZpbmVkIHJlZmVy ZW5jZSB0byBzeW1ib2wgJ3h0bF9sb2dnZXJfZGVzdHJveUBAVkVSU18xLjAnCiAgICAvdXNyL2Jp bi9sZDogbm90ZTogJ3h0bF9sb2dnZXJfZGVzdHJveUBAVkVSU18xLjAnIGlzIGRlZmluZWQgaW4g RFNPIC9ob21lL29zc3Rlc3QvYnVpbGQuNjU2NDguYnVpbGQtYW1kNjQtbGlidmlydC94ZW5kaXN0 L3Vzci9sb2NhbC9saWIvL2xpYnhlbnRvb2xsb2cuc28uMSBzbyB0cnkgYWRkaW5nIGl0IHRvIHRo ZSBsaW5rZXIgY29tbWFuZCBsaW5lCiAgICAvaG9tZS9vc3N0ZXN0L2J1aWxkLjY1NjQ4LmJ1aWxk LWFtZDY0LWxpYnZpcnQveGVuZGlzdC91c3IvbG9jYWwvbGliLy9saWJ4ZW50b29sbG9nLnNvLjE6 IGNvdWxkIG5vdCByZWFkIHN5bWJvbHM6IEludmFsaWQgb3BlcmF0aW9uCiAgICBjb2xsZWN0Mjog ZXJyb3I6IGxkIHJldHVybmVkIDEgZXhpdCBzdGF0dXMKCkknbSBzdXJlIEkgaGFkIGNoZWNrZWQg bGlidmlydC5naXQgZm9yIHN1Y2ggdXNhZ2UsIGJ1dCBpdCBpcyBvYnZpb3VzbHkKdGhlcmUgYW5k IGhhcyBiZWVuIHNpbmNlIDIwMTMsIHNvIGNsZWFybHkgSSB3YXMgd3JvbmcuCgpJIGhhdmUgcmV2 ZXJ0ZWQgdGhpcyBjb21taXQgKHNlZSBiZWxvdykgd2hpbGUgSSBzb3J0IG91dCBhIGxpYnZpcnQg cGF0Y2guwqAKCk5vdGUgdGhhdCBJIGhhdmUgd291bmQgYmFjayBNSU5JT1NfVVBTVFJFQU1fUkVW SVNJT04KYW5kwqBRRU1VX1RSQURJVElPTkFMX1JFVklTSU9OIGhlcmUgYnV0IEkgaGF2ZSBub3Qg cmV3b3VuZCB0aGVpciByZXNwZWN0aXZlCm1hc3RlciBicmFuY2hlcy4gSW4gdGhlIGV2ZW50IHdl IG5lZWQgdG8gcHVzaCBzb21ldGhpbmcgdG8gb25lIG9mIHRoZXNlCmJlZm9yZSB0aGlzIHBhdGNo IGxhbmRzIGFnYWluIElhbiBhbmQgSSBoYXZlIGFncmVlZCB3ZSB3aWxsIGRvIHRoZQpuZWNlc3Nh cnkgcmV2ZXJ0IGF0IHRoYXQgcG9pbnQgYmVmb3JlIHN0YWNraW5nIGFueSBuZXcgc3R1ZmYgb24g dG9wLgoKSWFuLgoKY29tbWl0IGVjMDcxMjU3NjE5ODYzM2RkN2ZiZmUyNTI5MGIwMzBkNWEyM2Iy NTIKQXV0aG9yOiBJYW4gQ2FtcGJlbGwgPGlhbi5jYW1wYmVsbEBjaXRyaXguY29tPgpEYXRlOsKg wqDCoFRodSBEZWMgMTAgMTA6MjE6MzQgMjAxNSArMDAwMAoKwqDCoMKgwqBSZXZlcnQgInRvb2xz OiBSZWZhY3RvciAieGVudG9vbGxvZyIgaW50byBpdHMgb3duIGxpYnJhcnkiCsKgwqDCoMKgCsKg wqDCoMKgVGhpcyByZXZlcnRzIGNvbW1pdCBjN2QzYWZiYjQ0YjQ3YWY5MTAzYmUwYjkxNGFmZDU4 OGE4NGQ5ZTYyIHdoaWNoCsKgwqDCoMKgYnJva2UgdGhlIGxpYnZpcnQgYnVpbGQsIHNpbmNlIGxp YnZpcnQgdXNlcyB4dGxfKiBhbmQgaGVuY2UgbmVlZHMKwqDCoMKgwqB1cGRhdGluZyB0byBsaW5r IGFnYWluc3QgdGhlIG5ldyBsaWJyYXJ5IHdoZW4gbmVjZXNzYXJ5LgrCoMKgwqDCoArCoMKgwqDC oFNpZ25lZC1vZmYtYnk6IElhbiBDYW1wYmVsbCA8aWFuLmNhbXBiZWxsQGNpdHJpeC5jb20+Cgpk aWZmIC0tZ2l0IGEvLmdpdGlnbm9yZSBiLy5naXRpZ25vcmUKaW5kZXggYTJjODVlMS4uOTFlMTQz MCAxMDA2NDQKLS0tIGEvLmdpdGlnbm9yZQorKysgYi8uZ2l0aWdub3JlCkBAIC01OCw3ICs1OCw2 IEBAIHN0dWJkb20vZ2NjLSoKwqBzdHViZG9tL2luY2x1ZGUKwqBzdHViZG9tL2lvZW11CsKgc3R1 YmRvbS94ZW5zdG9yZQotc3R1YmRvbS9saWJ4ZW50b29sbG9nLSoKwqBzdHViZG9tL2xpYnhjLSoK wqBzdHViZG9tL2x3aXAtKgrCoHN0dWJkb20vbWluaS1vcy0qCmRpZmYgLS1naXQgYS9Db25maWcu bWsgYi9Db25maWcubWsKaW5kZXggOGZjNzc2Ny4uMjE2YTY0MiAxMDA2NDQKLS0tIGEvQ29uZmln Lm1rCisrKyBiL0NvbmZpZy5tawpAQCAtMjU1LDkgKzI1NSw5IEBAIE1JTklPU19VUFNUUkVBTV9V UkwgPz0gZ2l0Oi8veGVuYml0cy54ZW4ub3JnL21pbmktb3MuZ2l0CsKgZW5kaWYKwqBPVk1GX1VQ U1RSRUFNX1JFVklTSU9OID89IDUyYTk5NDkzY2NlODhhOWQ0ZWM4YTAyZDdmMWJkMWExMDAxY2U2 MGQKwqBRRU1VX1VQU1RSRUFNX1JFVklTSU9OID89IG1hc3RlcgotTUlOSU9TX1VQU1RSRUFNX1JF VklTSU9OID89IGQyNTc3M2M4YWZhMmY0ZGJiYjQ2NjExNmRhZWI2MDE1OWRkZDIyYmQKLSMgVGh1 IERlYyAzIDExOjIzOjI1IDIwMTUgKzAwMDAKLSMgbWluaS1vczogSW5jbHVkZSBsaWJ4ZW50b29s bG9nIHdpdGggbGlieGMKK01JTklPU19VUFNUUkVBTV9SRVZJU0lPTiA/PSBiY2NkOTAwNzFlODYz ZWMyMjIxNmEwMDBmMWEwNzAzNWUyZjIyNmZmCisjIE1vbiBOb3YgMjMgMTY6MzQ6MzEgMjAxNSAr MDAwMAorIyBBZGQgYSAuZ2l0aWdub3JlCsKgCsKgU0VBQklPU19VUFNUUkVBTV9SRVZJU0lPTiA/ PSByZWwtMS45LjAKwqAjIFR1ZSBOb3YgMTcgMDk6MTg6NDQgMjAxNSAtMDUwMApAQCAtMjY2LDkg KzI2Niw5IEBAIFNFQUJJT1NfVVBTVFJFQU1fUkVWSVNJT04gPz0gcmVsLTEuOS4wCsKgRVRIRVJC T09UX05JQ1MgPz0gcnRsODEzOSA4MDg2MTAwZQrCoArCoAotUUVNVV9UUkFESVRJT05BTF9SRVZJ U0lPTiA/PSA5ZmFkOWVkMjg1ODM1Y2FlZjY0YmI4ZGFiMzUyZTI4N2FkODUzOGMyCi0jIFRodSBE ZWMgMyAxMToyMzoxNiAyMDE1ICswMDAwCi0jIHFlbXUteGVuLXRyYWRpdGlvbmFsOiBVc2UgeGVu dG9vbGxvZyBhcyBhIHNlcGFyYXRlIGxpYnJhcnkKK1FFTVVfVFJBRElUSU9OQUxfUkVWSVNJT04g Pz0gOTFjMTViZmFlYzE3NjRjZTI4OTZhMzkzZWFiZWUxMTgzYWZlMTEzMAorIyBXZWQgRGVjIDkg MTE6NDc6MzUgMjAxNSArMDAwMAorIyBuZXQ6IHBjbmV0OiBhZGQgY2hlY2sgdG8gdmFsaWRhdGUg cmVjZWl2ZSBkYXRhIHNpemUoQ1ZFLTIwMTUtNzUwNCkKwqAKwqAjIFNwZWNpZnkgd2hpY2ggcWVt dS1kbSB0byB1c2UuIFRoaXMgbWF5IGJlIGBpb2VtdScgdG8gdXNlIHRoZSBvbGQKwqAjIE1lcmN1 cmlhbCBpbi10cmVlIHZlcnNpb24sIG9yIGEgbG9jYWwgZGlyZWN0b3J5LCBvciBhIGdpdCBVUkwu CmRpZmYgLS1naXQgYS9zdHViZG9tL01ha2VmaWxlIGIvc3R1YmRvbS9NYWtlZmlsZQppbmRleCA5 YzkyM2RkLi5lMTM1OWNmIDEwMDY0NAotLS0gYS9zdHViZG9tL01ha2VmaWxlCisrKyBiL3N0dWJk b20vTWFrZWZpbGUKQEAgLTMxMywxMSArMzEzLDYgQEAgbWstaGVhZGVycy0kKFhFTl9UQVJHRVRf QVJDSCk6ICQoSU9FTVVfTElOS0ZBUk1fVEFSR0VUKQrCoAnCoMKgbG4gLXNmICQod2lsZGNhcmQg JChYRU5fUk9PVCkvdG9vbHMvaW5jbHVkZS94ZW4tZm9yZWlnbi8qKSBpbmNsdWRlL3hlbi1mb3Jl aWduLyAmJiBcCsKgCcKgwqAkKE1BS0UpIERFU1RESVI9IC1DIGluY2x1ZGUveGVuLWZvcmVpZ24v ICYmIFwKwqAJwqDCoCggWyAtaCBpbmNsdWRlL3hlbi9mb3JlaWduIF0gfHwgbG4gLXNmIC4uL3hl bi1mb3JlaWduIGluY2x1ZGUveGVuL2ZvcmVpZ24gKQotCW1rZGlyIC1wIGxpYnMtJChYRU5fVEFS R0VUX0FSQ0gpL3Rvb2xsb2cKLQlbIC1oIGxpYnMtJChYRU5fVEFSR0VUX0FSQ0gpL3Rvb2xsb2cv TWFrZWZpbGUgXSB8fCAoIGNkIGxpYnMtJChYRU5fVEFSR0VUX0FSQ0gpL3Rvb2xsb2cgJiYgXAot CcKgwqBsbiAtc2YgJChYRU5fUk9PVCkvdG9vbHMvbGlicy90b29sbG9nL2luY2x1ZGUvKi5oIC4g JiYgXAotCcKgwqBsbiAtc2YgJChYRU5fUk9PVCkvdG9vbHMvbGlicy90b29sbG9nLyouYyAuICYm IFwKLQnCoMKgbG4gLXNmICQoWEVOX1JPT1QpL3Rvb2xzL2xpYnMvdG9vbGxvZy9NYWtlZmlsZSAu ICkKwqAJbWtkaXIgLXAgbGlieGMtJChYRU5fVEFSR0VUX0FSQ0gpCsKgCVsgLWggbGlieGMtJChY RU5fVEFSR0VUX0FSQ0gpL01ha2VmaWxlIF0gfHwgKCBjZCBsaWJ4Yy0kKFhFTl9UQVJHRVRfQVJD SCkgJiYgXArCoAnCoMKgbG4gLXNmICQoWEVOX1JPT1QpL3Rvb2xzL2xpYnhjLyouaCAuICYmIFwK QEAgLTM0MSwyMyArMzM2LDEyIEBAICQoVEFSR0VUU19NSU5JT1MpOiBtaW5pLW9zLSU6CsKgCWRv bmUKwqAKwqAjIyMjIyMjCi0jIGxpYnhlbnRvb2xsb2cKLSMjIyMjIyMKLQotLlBIT05ZOiBsaWJ4 ZW50b29sbG9nCi1saWJ4ZW50b29sbG9nOiBsaWJzLSQoWEVOX1RBUkdFVF9BUkNIKS90b29sbG9n L2xpYnhlbnRvb2xsb2cuYQotbGlicy0kKFhFTl9UQVJHRVRfQVJDSCkvdG9vbGxvZy9saWJ4ZW50 b29sbG9nLmE6ICQoTkVXTElCX1NUQU1QRklMRSkKLQkkKE1BS0UpIC1DICQoWEVOX1JPT1QpL3Rv b2xzL2luY2x1ZGUKLQkkKE1BS0UpIERFU1RESVI9IC1DICQoTUlOSV9PUykgbGlua3MKLQlDUFBG TEFHUz0iJChUQVJHRVRfQ1BQRkxBR1MpIiBDRkxBR1M9IiQoVEFSR0VUX0NGTEFHUykiICQoTUFL RSkgREVTVERJUj0gLUMgbGlicy0kKFhFTl9UQVJHRVRfQVJDSCkvdG9vbGxvZwotCi0jIyMjIyMj CsKgIyBsaWJ4YwrCoCMjIyMjIyMKwqAKwqAuUEhPTlk6IGxpYnhjCsKgbGlieGM6IGxpYnhjLSQo WEVOX1RBUkdFVF9BUkNIKS9saWJ4ZW5jdHJsLmEgbGlieGMtJChYRU5fVEFSR0VUX0FSQ0gpL2xp Ynhlbmd1ZXN0LmEKLWxpYnhjLSQoWEVOX1RBUkdFVF9BUkNIKS9saWJ4ZW5jdHJsLmE6IGxpYnhl bnRvb2xsb2cgY3Jvc3MtemxpYgorbGlieGMtJChYRU5fVEFSR0VUX0FSQ0gpL2xpYnhlbmN0cmwu YTogY3Jvc3MtemxpYgrCoAkkKE1BS0UpIC1DICQoWEVOX1JPT1QpL3Rvb2xzL2luY2x1ZGUKwqAJ JChNQUtFKSBERVNURElSPSAtQyAkKE1JTklfT1MpIGxpbmtzCsKgCUNQUEZMQUdTPSIkKFRBUkdF VF9DUFBGTEFHUykiIENGTEFHUz0iJChUQVJHRVRfQ0ZMQUdTKSIgJChNQUtFKSBERVNURElSPSBD T05GSUdfTElCWENfTUlOSU9TPXkgLUMgbGlieGMtJChYRU5fVEFSR0VUX0FSQ0gpCkBAIC01MzEs MTEgKzUxNSw2IEBAIGNsZWFuOgrCoAkkKE1BS0UpIC1DIHZ0cG1tZ3IgY2xlYW4KwqAJcm0gLWZy IGdydWItJChYRU5fVEFSR0VUX0FSQ0gpCsKgCXJtIC1mICQoU1RVQkRPTVBBVEgpCi0JWyAhIC1l IGxpYnMtJChYRU5fVEFSR0VUX0FSQ0gpL3Rvb2xsb2cvTWFrZWZpbGUgXSB8fCAkKE1BS0UpIERF U1RESVI9IC1DIGxpYnMtJChYRU5fVEFSR0VUX0FSQ0gpL3Rvb2xsb2cgY2xlYW4KLQlbICEgLWUg bGlicy0kKFhFTl9UQVJHRVRfQVJDSCkvZXZ0Y2huL01ha2VmaWxlIF0gfHwgJChNQUtFKSBERVNU RElSPSAtQyBsaWJzLSQoWEVOX1RBUkdFVF9BUkNIKS9ldnRjaG4gY2xlYW4KLQlbICEgLWUgbGli cy0kKFhFTl9UQVJHRVRfQVJDSCkvZ250dGFiL01ha2VmaWxlIF0gfHwgJChNQUtFKSBERVNURElS PSAtQyBsaWJzLSQoWEVOX1RBUkdFVF9BUkNIKS9nbnR0YWIgY2xlYW4KLQlbICEgLWUgbGlicy0k KFhFTl9UQVJHRVRfQVJDSCkvY2FsbC9NYWtlZmlsZSBdIHx8ICQoTUFLRSkgREVTVERJUj0gLUMg bGlicy0kKFhFTl9UQVJHRVRfQVJDSCkvY2FsbCBjbGVhbgotCVsgISAtZSBsaWJzLSQoWEVOX1RB UkdFVF9BUkNIKS9mb3JlaWdubWVtb3J5L01ha2VmaWxlIF0gfHwgJChNQUtFKSBERVNURElSPSAt QyBsaWJzLSQoWEVOX1RBUkdFVF9BUkNIKS9mb3JlaWdubWVtb3J5IGNsZWFuCsKgCVsgISAtZSBs aWJ4Yy0kKFhFTl9UQVJHRVRfQVJDSCkvTWFrZWZpbGUgXSB8fCAkKE1BS0UpIERFU1RESVI9IC1D IGxpYnhjLSQoWEVOX1RBUkdFVF9BUkNIKSBjbGVhbgrCoAktWyAhIC1kIGlvZW11IF0gfHwgJChN QUtFKSBERVNURElSPSAtQyBpb2VtdSBjbGVhbgrCoAktWyAhIC1kIHhlbnN0b3JlIF0gfHwgJChN QUtFKSBERVNURElSPSAtQyB4ZW5zdG9yZSBjbGVhbgpAQCAtNTQ2LDcgKzUyNSw2IEBAIGNyb3Nz Y2xlYW46IGNsZWFuCsKgCXJtIC1mciAkKENST1NTX1JPT1QpCsKgCXJtIC1mciBuZXdsaWItJChY RU5fVEFSR0VUX0FSQ0gpCsKgCXJtIC1mciB6bGliLSQoWEVOX1RBUkdFVF9BUkNIKSBwY2l1dGls cy0kKFhFTl9UQVJHRVRfQVJDSCkKLQlybSAtZnIgbGlicy0kKFhFTl9UQVJHRVRfQVJDSCkKwqAJ cm0gLWZyIGxpYnhjLSQoWEVOX1RBUkdFVF9BUkNIKSBpb2VtdSB4ZW5zdG9yZQrCoAlybSAtZnIg Z21wLSQoWEVOX1RBUkdFVF9BUkNIKQrCoAlybSAtZnIgcG9sYXJzc2wtJChYRU5fVEFSR0VUX0FS Q0gpCmRpZmYgLS1naXQgYS9zdHViZG9tL2dydWIvTWFrZWZpbGUgYi9zdHViZG9tL2dydWIvTWFr ZWZpbGUKaW5kZXggMjZkZmY0NS4uOTM0Y2M0YyAxMDA2NDQKLS0tIGEvc3R1YmRvbS9ncnViL01h a2VmaWxlCisrKyBiL3N0dWJkb20vZ3J1Yi9NYWtlZmlsZQpAQCAtNSw3ICs1LDYgQEAgdnBhdGgg JS5jIC4uL2dydWItdXBzdHJlYW0KwqAKwqBCT09UPSQoT0JKX0RJUikvYm9vdC0kKFhFTl9UQVJH RVRfQVJDSCkubwrCoAotREVGX0NQUEZMQUdTICs9IC1JJChYRU5fUk9PVCkvdG9vbHMvbGlicy90 b29sbG9nL2luY2x1ZGUKwqBERUZfQ1BQRkxBR1MgKz0gLUkkKFhFTl9ST09UKS90b29scy9saWJ4 Yy9pbmNsdWRlIC1JJChYRU5fUk9PVCkvdG9vbHMvaW5jbHVkZSAtSS4KwqBERUZfQ1BQRkxBR1Mg Kz0gLUkuLi9ncnViLXVwc3RyZWFtL3N0YWdlMQrCoERFRl9DUFBGTEFHUyArPSAtSS4uL2dydWIt dXBzdHJlYW0vc3RhZ2UyCmRpZmYgLS1naXQgYS90b29scy9NYWtlZmlsZSBiL3Rvb2xzL01ha2Vm aWxlCmluZGV4IDlmNzRhYzcuLjgyMGNhNDAgMTAwNjQ0Ci0tLSBhL3Rvb2xzL01ha2VmaWxlCisr KyBiL3Rvb2xzL01ha2VmaWxlCkBAIC0zLDcgKzMsNiBAQCBpbmNsdWRlICQoWEVOX1JPT1QpL3Rv b2xzL1J1bGVzLm1rCsKgCsKgU1VCRElSUy15IDo9CsKgU1VCRElSUy15ICs9IGluY2x1ZGUKLVNV QkRJUlMteSArPSBsaWJzCsKgU1VCRElSUy15ICs9IGxpYnhjCsKgU1VCRElSUy0kKEZMQVNLX0VO QUJMRSkgKz0gZmxhc2sKwqBTVUJESVJTLXkgKz0geGVuc3RvcmUKQEAgLTI0OSwxNCArMjQ4LDEy IEBAIHN1YmRpci1hbGwtcWVtdS14ZW4tZGlyOiBxZW11LXhlbi1kaXItZmluZArCoAkJLS1pbmNs dWRlZGlyPSQoTElCRVhFQ19JTkMpIFwKwqAJCS0tc291cmNlLXBhdGg9JCRzb3VyY2UgXArCoAkJ LS1leHRyYS1jZmxhZ3M9Ii1JJChYRU5fUk9PVCkvdG9vbHMvaW5jbHVkZSBcCi0JCS1JJChYRU5f Uk9PVCkvdG9vbHMvbGlicy90b29sbG9nL2luY2x1ZGUgXArCoAkJLUkkKFhFTl9ST09UKS90b29s cy9saWJ4Yy9pbmNsdWRlIFwKwqAJCS1JJChYRU5fUk9PVCkvdG9vbHMveGVuc3RvcmUvaW5jbHVk ZSBcCsKgCQktSSQoWEVOX1JPT1QpL3Rvb2xzL3hlbnN0b3JlL2NvbXBhdC9pbmNsdWRlIFwKwqAJ CSQoRVhUUkFfQ0ZMQUdTX1FFTVVfWEVOKSIgXArCoAkJLS1leHRyYS1sZGZsYWdzPSItTCQoWEVO X1JPT1QpL3Rvb2xzL2xpYnhjIFwKwqAJCS1MJChYRU5fUk9PVCkvdG9vbHMveGVuc3RvcmUgXAot CQktV2wsLXJwYXRoLWxpbms9JChYRU5fUk9PVCkvdG9vbHMvbGlicy90b29sbG9nIFwKwqAJCSQo UUVNVV9VUFNUUkVBTV9SUEFUSCkiIFwKwqAJCS0tYmluZGlyPSQoTElCRVhFQ19CSU4pIFwKwqAJ CS0tZGF0YWRpcj0kKFNIQVJFRElSKS9xZW11LXhlbiBcCmRpZmYgLS1naXQgYS90b29scy9SdWxl cy5tayBiL3Rvb2xzL1J1bGVzLm1rCmluZGV4IDA2NTJlNGIuLjM3YjBhYWYgMTAwNjQ0Ci0tLSBh L3Rvb2xzL1J1bGVzLm1rCisrKyBiL3Rvb2xzL1J1bGVzLm1rCkBAIC0xMCw3ICsxMCw2IEBAIGV4 cG9ydCBfSU5TVEFMTCA6PSAkKElOU1RBTEwpCsKgSU5TVEFMTCA9ICQoWEVOX1JPT1QpL3Rvb2xz L2Nyb3NzLWluc3RhbGwKwqAKwqBYRU5fSU5DTFVERcKgwqDCoMKgwqDCoMKgwqA9ICQoWEVOX1JP T1QpL3Rvb2xzL2luY2x1ZGUKLVhFTl9MSUJYRU5UT09MTE9HwqDCoD0gJChYRU5fUk9PVCkvdG9v bHMvbGlicy90b29sbG9nCsKgWEVOX0xJQlhDwqDCoMKgwqDCoMKgwqDCoMKgwqA9ICQoWEVOX1JP T1QpL3Rvb2xzL2xpYnhjCsKgWEVOX1hFTkxJR0hUwqDCoMKgwqDCoMKgwqA9ICQoWEVOX1JPT1Qp L3Rvb2xzL2xpYnhsCsKgWEVOX1hFTlNUT1JFwqDCoMKgwqDCoMKgwqA9ICQoWEVOX1JPT1QpL3Rv b2xzL3hlbnN0b3JlCkBAIC03NywxNSArNzYsMTAgQEAgZW5kaWYKwqAjIENvbnN1bWVycyBvZiBs aWJmb28gc2hvdWxkIG5vdCBkaXJlY3RseSB1c2UgJChTSERFUFNfbGliZm9vKSBvcgrCoCMgJChT SExJQl9saWJmb28pCsKgCi1DRkxBR1NfbGlieGVudG9vbGxvZyA9IC1JJChYRU5fTElCWEVOVE9P TExPRykvaW5jbHVkZSAkKENGTEFHU194ZW5pbmNsdWRlKQotU0hERVBTX2xpYnhlbnRvb2xsb2cg PQotTERMSUJTX2xpYnhlbnRvb2xsb2cgPSAkKFhFTl9MSUJYRU5UT09MTE9HKS9saWJ4ZW50b29s bG9nJChsaWJleHRlbnNpb24pCi1TSExJQl9saWJ4ZW50b29sbG9nwqDCoD0gLVdsLC1ycGF0aC1s aW5rPSQoWEVOX0xJQlhFTlRPT0xMT0cpCi0KLUNGTEFHU19saWJ4ZW5jdHJsID0gLUkkKFhFTl9M SUJYQykvaW5jbHVkZSAkKENGTEFHU19saWJ4ZW50b29sbG9nKSAkKENGTEFHU194ZW5pbmNsdWRl KQotU0hERVBTX2xpYnhlbmN0cmwgPSAkKFNITElCX2xpYnhlbnRvb2xsb2cpCi1MRExJQlNfbGli eGVuY3RybCA9ICQoU0hERVBTX2xpYnhlbmN0cmwpICQoWEVOX0xJQlhDKS9saWJ4ZW5jdHJsJChs aWJleHRlbnNpb24pCi1TSExJQl9saWJ4ZW5jdHJswqDCoD0gJChTSERFUFNfbGlieGVuY3RybCkg LVdsLC1ycGF0aC1saW5rPSQoWEVOX0xJQlhDKQorQ0ZMQUdTX2xpYnhlbmN0cmwgPSAtSSQoWEVO X0xJQlhDKS9pbmNsdWRlICQoQ0ZMQUdTX3hlbmluY2x1ZGUpCitTSERFUFNfbGlieGVuY3RybCA9 CitMRExJQlNfbGlieGVuY3RybCA9ICQoWEVOX0xJQlhDKS9saWJ4ZW5jdHJsJChsaWJleHRlbnNp b24pCitTSExJQl9saWJ4ZW5jdHJswqDCoD0gLVdsLC1ycGF0aC1saW5rPSQoWEVOX0xJQlhDKQrC oArCoENGTEFHU19saWJ4ZW5ndWVzdCA9IC1JJChYRU5fTElCWEMpL2luY2x1ZGUgJChDRkxBR1Nf eGVuaW5jbHVkZSkKwqBTSERFUFNfbGlieGVuZ3Vlc3QgPQpkaWZmIC0tZ2l0IGEvdG9vbHMvbGli cy9NYWtlZmlsZSBiL3Rvb2xzL2xpYnMvTWFrZWZpbGUKZGVsZXRlZCBmaWxlIG1vZGUgMTAwNjQ0 CmluZGV4IDczYmU1MDAuLjAwMDAwMDAKLS0tIGEvdG9vbHMvbGlicy9NYWtlZmlsZQorKysgL2Rl di9udWxsCkBAIC0xLDcgKzAsMCBAQAotWEVOX1JPT1QgPSAkKENVUkRJUikvLi4vLi4KLWluY2x1 ZGUgJChYRU5fUk9PVCkvdG9vbHMvUnVsZXMubWsKLQotU1VCRElSUy15IDo9Ci1TVUJESVJTLXkg Kz0gdG9vbGxvZwotCi1hbGwgY2xlYW4gaW5zdGFsbCBkaXN0Y2xlYW46ICU6IHN1YmRpcnMtJQpk aWZmIC0tZ2l0IGEvdG9vbHMvbGlicy90b29sbG9nL01ha2VmaWxlIGIvdG9vbHMvbGlicy90b29s bG9nL01ha2VmaWxlCmRlbGV0ZWQgZmlsZSBtb2RlIDEwMDY0NAppbmRleCBiZDEyNDAzLi4wMDAw MDAwCi0tLSBhL3Rvb2xzL2xpYnMvdG9vbGxvZy9NYWtlZmlsZQorKysgL2Rldi9udWxsCkBAIC0x LDU5ICswLDAgQEAKLVhFTl9ST09UID0gJChDVVJESVIpLy4uLy4uLy4uCi1pbmNsdWRlICQoWEVO X1JPT1QpL3Rvb2xzL1J1bGVzLm1rCi0KLU1BSk9SCT0gMQotTUlOT1IJPSAwCi1TSExJQl9MREZM QUdTICs9IC1XbCwtLXZlcnNpb24tc2NyaXB0PWxpYnhlbnRvb2xsb2cubWFwCi0KLUNGTEFHUwkr PSAtV2Vycm9yIC1XbWlzc2luZy1wcm90b3R5cGVzCi1DRkxBR1MJKz0gLUkuL2luY2x1ZGUKLQot U1JDUy15CSs9IHh0bF9jb3JlLmMKLVNSQ1MteQkrPSB4dGxfbG9nZ2VyX3N0ZGlvLmMKLQotTElC X09CSlMgOj0gJChwYXRzdWJzdCAlLmMsJS5vLCQoU1JDUy15KSkKLVBJQ19PQkpTIDo9ICQocGF0 c3Vic3QgJS5jLCUub3BpYywkKFNSQ1MteSkpCi0KLUxJQiA6PSBsaWJ4ZW50b29sbG9nLmEKLWlm bmVxICgkKG5vc2hhcmVkbGlicykseSkKLUxJQiArPSBsaWJ4ZW50b29sbG9nLnNvCi1lbmRpZgot Ci0uUEhPTlk6IGFsbAotYWxsOiBidWlsZAotCi0uUEhPTlk6IGJ1aWxkCi1idWlsZDoKLQkkKE1B S0UpIGxpYnMKLQotLlBIT05ZOiBsaWJzCi1saWJzOiAkKExJQikKLQotbGlieGVudG9vbGxvZy5h OiAkKExJQl9PQkpTKQotCSQoQVIpIHJjICRAICReCi0KLWxpYnhlbnRvb2xsb2cuc286IGxpYnhl bnRvb2xsb2cuc28uJChNQUpPUikKLQkkKFNZTUxJTktfU0hMSUIpICQ8ICRACi1saWJ4ZW50b29s bG9nLnNvLiQoTUFKT1IpOiBsaWJ4ZW50b29sbG9nLnNvLiQoTUFKT1IpLiQoTUlOT1IpCi0JJChT WU1MSU5LX1NITElCKSAkPCAkQAotCi1saWJ4ZW50b29sbG9nLnNvLiQoTUFKT1IpLiQoTUlOT1Ip OiAkKFBJQ19PQkpTKSBsaWJ4ZW50b29sbG9nLm1hcAotCSQoQ0MpICQoTERGTEFHUykgLVdsLCQo U09OQU1FX0xERkxBRykgLVdsLGxpYnhlbnRvb2xsb2cuc28uJChNQUpPUikgJChTSExJQl9MREZM QUdTKSAtbyAkQCAkKFBJQ19PQkpTKSAkKEFQUEVORF9MREZMQUdTKQotCi0uUEhPTlk6IGluc3Rh bGwKLWluc3RhbGw6IGJ1aWxkCi0JJChJTlNUQUxMX0RJUikgJChERVNURElSKSQobGliZGlyKQot CSQoSU5TVEFMTF9ESVIpICQoREVTVERJUikkKGluY2x1ZGVkaXIpCi0JJChJTlNUQUxMX1NITElC KSBsaWJ4ZW50b29sbG9nLnNvLiQoTUFKT1IpLiQoTUlOT1IpICQoREVTVERJUikkKGxpYmRpcikK LQkkKElOU1RBTExfREFUQSkgbGlieGVudG9vbGxvZy5hICQoREVTVERJUikkKGxpYmRpcikKLQkk KFNZTUxJTktfU0hMSUIpIGxpYnhlbnRvb2xsb2cuc28uJChNQUpPUikuJChNSU5PUikgJChERVNU RElSKSQobGliZGlyKS9saWJ4ZW50b29sbG9nLnNvLiQoTUFKT1IpCi0JJChTWU1MSU5LX1NITElC KSBsaWJ4ZW50b29sbG9nLnNvLiQoTUFKT1IpICQoREVTVERJUikkKGxpYmRpcikvbGlieGVudG9v bGxvZy5zbwotCSQoSU5TVEFMTF9EQVRBKSBpbmNsdWRlL3hlbnRvb2xsb2cuaCAkKERFU1RESVIp JChpbmNsdWRlZGlyKQotCi0uUEhPTlk6IFRBR1MKLVRBR1M6Ci0JZXRhZ3MgLXQgKi5jICouaAot Ci0uUEhPTlk6IGNsZWFuCi1jbGVhbjoKLQlybSAtcmYgKi5ycG0gJChMSUIpICp+ICQoREVQUykg JChMSUJfT0JKUykgJChQSUNfT0JKUykKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnMvdG9vbGxvZy9p bmNsdWRlL3hlbnRvb2xsb2cuaCBiL3Rvb2xzL2xpYnMvdG9vbGxvZy9pbmNsdWRlL3hlbnRvb2xs b2cuaApkZWxldGVkIGZpbGUgbW9kZSAxMDA2NDQKaW5kZXggODUzZTljNy4uMDAwMDAwMAotLS0g YS90b29scy9saWJzL3Rvb2xsb2cvaW5jbHVkZS94ZW50b29sbG9nLmgKKysrIC9kZXYvbnVsbApA QCAtMSwxMzYgKzAsMCBAQAotLyoKLSAqIHhlbnRvb2xsb2cuaAotICoKLSAqIENvcHlyaWdodCAo YykgMjAxMCBDaXRyaXgKLSAqIFBhcnQgb2YgYSBnZW5lcmljIGxvZ2dpbmcgaW50ZXJmYWNlIHVz ZWQgYnkgdmFyaW91cyBkb20wIHVzZXJsYW5kIGxpYnJhcmllcy4KLSAqCi0gKiBUaGlzIGxpYnJh cnkgaXMgZnJlZSBzb2Z0d2FyZTsgeW91IGNhbiByZWRpc3RyaWJ1dGUgaXQgYW5kL29yCi0gKiBt b2RpZnkgaXQgdW5kZXIgdGhlIHRlcm1zIG9mIHRoZSBHTlUgTGVzc2VyIEdlbmVyYWwgUHVibGlj Ci0gKiBMaWNlbnNlIGFzIHB1Ymxpc2hlZCBieSB0aGUgRnJlZSBTb2Z0d2FyZSBGb3VuZGF0aW9u OwotICogdmVyc2lvbiAyLjEgb2YgdGhlIExpY2Vuc2UuCi0gKgotICogVGhpcyBsaWJyYXJ5IGlz IGRpc3RyaWJ1dGVkIGluIHRoZSBob3BlIHRoYXQgaXQgd2lsbCBiZSB1c2VmdWwsCi0gKiBidXQg V0lUSE9VVCBBTlkgV0FSUkFOVFk7IHdpdGhvdXQgZXZlbiB0aGUgaW1wbGllZCB3YXJyYW50eSBv ZgotICogTUVSQ0hBTlRBQklMSVRZIG9yIEZJVE5FU1MgRk9SIEEgUEFSVElDVUxBUiBQVVJQT1NF LsKgwqBTZWUgdGhlIEdOVQotICogTGVzc2VyIEdlbmVyYWwgUHVibGljIExpY2Vuc2UgZm9yIG1v cmUgZGV0YWlscy4KLSAqCi0gKiBZb3Ugc2hvdWxkIGhhdmUgcmVjZWl2ZWQgYSBjb3B5IG9mIHRo ZSBHTlUgTGVzc2VyIEdlbmVyYWwgUHVibGljCi0gKiBMaWNlbnNlIGFsb25nIHdpdGggdGhpcyBs aWJyYXJ5OyBJZiBub3QsIHNlZSA8aHR0cDovL3d3dy5nbnUub3JnL2xpY2Vuc2VzLz4uCi0gKi8K LQotI2lmbmRlZiBYRU5UT09MTE9HX0gKLSNkZWZpbmUgWEVOVE9PTExPR19ICi0KLSNpbmNsdWRl IDxzdGRpby5oPgotI2luY2x1ZGUgPHN0ZGFyZy5oPgotCi0KLS8qLS0tLS0tLS0tLSBjb21tb24g ZGVjbGFyYXRpb25zIGFuZCB0eXBlcyAtLS0tLS0tLS0tKi8KLQotdHlwZWRlZiBlbnVtIHhlbnRv b2xsb2dfbGV2ZWwgewotwqDCoMKgwqBYVExfTk9ORSwgLyogc2VudGluZWwgZXRjLCBuZXZlciB1 c2VkIGZvciBsb2dnaW5nICovCi3CoMKgwqDCoFhUTF9ERUJVRywKLcKgwqDCoMKgWFRMX1ZFUkJP U0UsCi3CoMKgwqDCoFhUTF9ERVRBSUwsCi3CoMKgwqDCoFhUTF9QUk9HUkVTUywgLyogYWxzbyB1 c2VkIGZvciAicHJvZ3Jlc3MiIG1lc3NhZ2VzICovCi3CoMKgwqDCoFhUTF9JTkZPLAotwqDCoMKg wqBYVExfTk9USUNFLAotwqDCoMKgwqBYVExfV0FSTiwKLcKgwqDCoMKgWFRMX0VSUk9SLAotwqDC oMKgwqBYVExfQ1JJVElDQUwsCi3CoMKgwqDCoFhUTF9OVU1fTEVWRUxTCi19IHhlbnRvb2xsb2df bGV2ZWw7Ci0KLXR5cGVkZWYgc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2VyIHhlbnRvb2xsb2dfbG9n Z2VyOwotc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2VyIHsKLcKgwqDCoMKgdm9pZCAoKnZtZXNzYWdl KShzdHJ1Y3QgeGVudG9vbGxvZ19sb2dnZXIgKmxvZ2dlciwKLcKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoHhlbnRvb2xsb2dfbGV2ZWwgbGV2ZWwsCi3CoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBpbnQgZXJybm92YWwgLyogb3IgLTEgKi8s Ci3CoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBjaGFyICpj b250ZXh0IC8qIGVnICJ4YyIsICJ4bCIsIG1heSBiZSAwICovLAotwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgY29uc3QgY2hhciAqZm9ybWF0IC8qIHdpdGhvdXQgbGV2 ZWwsIGNvbnRleHQsIFxuICovLAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgdmFfbGlzdCBhbCkKLcKgwqDCoMKgwqDCoMKgwqDCoF9fYXR0cmlidXRlX18oKGZvcm1h dChwcmludGYsNSwwKSkpOwotwqDCoMKgwqB2b2lkICgqcHJvZ3Jlc3MpKHN0cnVjdCB4ZW50b29s bG9nX2xvZ2dlciAqbG9nZ2VyLAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgY29uc3QgY2hhciAqY29udGV4dCAvKiBzZWUgYWJvdmUgKi8sCi3CoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBjaGFyICpkb2luZ193aGF0IC8qIG5v IFxyLFxuICovLAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgaW50 IHBlcmNlbnQsIHVuc2lnbmVkIGxvbmcgZG9uZSwgdW5zaWduZWQgbG9uZyB0b3RhbCkKLcKgwqDC oMKgwqDCoMKgwqDCoC8qIG51bGwgZnVuY3Rpb24gcG9pbnRlciBpcyBvay4KLcKgwqDCoMKgwqDC oMKgwqDCoMKgKiB3aWxsIGFsd2F5cyBiZSBjYWxsZWQgd2l0aCBkb25lPT0wIGZvciBlYWNoIG5l dwotwqDCoMKgwqDCoMKgwqDCoMKgwqAqIGNvbnRleHQvZG9pbmdfd2hhdCAqLzsKLcKgwqDCoMKg dm9pZCAoKmRlc3Ryb3kpKHN0cnVjdCB4ZW50b29sbG9nX2xvZ2dlciAqbG9nZ2VyKTsKLcKgwqDC oMKgLyogZWFjaCBsb2dnZXIgY2FuIHB1dCBpdHMgbmVjZXNzYXJ5IGRhdGEgaGVyZSAqLwotfTsK LQotCi0vKi0tLS0tLS0tLS0gZmFjaWxpdGllcyBmb3IgY29uc3VtaW5nIGxvZyBtZXNzYWdlcyAt LS0tLS0tLS0tKi8KLQotI2RlZmluZSBYVExfU1RESU9TVFJFQU1fU0hPV19QSUTCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqAwMDF1Ci0jZGVmaW5lIFhUTF9TVERJT1NUUkVBTV9TSE9XX0RBVEXCoMKg wqDCoMKgwqDCoMKgwqDCoMKgMDAydQotI2RlZmluZSBYVExfU1RESU9TVFJFQU1fSElERV9QUk9H UkVTU8KgwqDCoMKgwqDCoMKgMDA0dQotI2RlZmluZSBYVExfU1RESU9TVFJFQU1fUFJPR1JFU1Nf VVNFX0NSwqDCoMKgwqDCoDAxMHUgLyogZGVmYXVsdCBpcyB0byAqLwotI2RlZmluZSBYVExfU1RE SU9TVFJFQU1fUFJPR1JFU1NfTk9fQ1LCoMKgwqDCoMKgwqAwMjB1IC8qIHVzZSBcciB0byB0dHlz ICovCi0KLXR5cGVkZWYgc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2VyX3N0ZGlvc3RyZWFtwqDCoHhl bnRvb2xsb2dfbG9nZ2VyX3N0ZGlvc3RyZWFtOwotCi14ZW50b29sbG9nX2xvZ2dlcl9zdGRpb3N0 cmVhbSAqeHRsX2NyZWF0ZWxvZ2dlcl9zdGRpb3N0cmVhbQotwqDCoMKgwqDCoMKgwqDCoChGSUxF ICpmLCB4ZW50b29sbG9nX2xldmVsIG1pbl9sZXZlbCwgdW5zaWduZWQgZmxhZ3MpOwotwqDCoMKg wqAvKiBtYXkgcmV0dXJuIDAgaWYgbWFsbG9jIGZhaWxzLCBpbiB3aGljaCBjYXNlIGVycm9yIHdh cyBsb2dnZWQgKi8KLcKgwqDCoMKgLyogZGVzdHJveSBvbiB0aGlzIGxvZ2dlciBkb2VzIG5vdCBj bG9zZSB0aGUgZmlsZSAqLwotCi12b2lkIHh0bF9zdGRpb3N0cmVhbV9zZXRfbWlubGV2ZWwoeGVu dG9vbGxvZ19sb2dnZXJfc3RkaW9zdHJlYW0qLAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB4ZW50b29sbG9nX2xldmVs IG1pbl9sZXZlbCk7Ci12b2lkIHh0bF9zdGRpb3N0cmVhbV9hZGp1c3RfZmxhZ3MoeGVudG9vbGxv Z19sb2dnZXJfc3RkaW9zdHJlYW0qLAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB1bnNpZ25lZCBzZXRfZmxhZ3MsIHVu c2lnbmVkIGNsZWFyX2ZsYWdzKTsKLcKgwqAvKiBpZiBzZXRfZmxhZ3MgYW5kIGNsZWFyX2ZsYWdz IG92ZXJsYXAsIHNldF9mbGFncyB0YWtlcyBwcmVjZWRlbmNlICovCi0KLXZvaWQgeHRsX2xvZ2dl cl9kZXN0cm95KHN0cnVjdCB4ZW50b29sbG9nX2xvZ2dlciAqbG9nZ2VyIC8qIDAgaXMgb2sgKi8p OwotCi0KLS8qLS0tLS0tLS0tLSBmYWNpbGl0aWVzIGZvciBnZW5lcmF0aW5nIGxvZyBtZXNzYWdl cyAtLS0tLS0tLS0tKi8KLQotdm9pZCB4dGxfbG9ndihzdHJ1Y3QgeGVudG9vbGxvZ19sb2dnZXIg KmxvZ2dlciwKLcKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB4ZW50b29sbG9nX2xldmVsIGxl dmVsLAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoGludCBlcnJub3ZhbCAvKiBvciAtMSAq LywKLcKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBjaGFyICpjb250ZXh0IC8qIGVn ICJ4YyIsICJ4ZW5zdG9yZSIsICJ4bCIsIG1heSBiZSAwICovLAotwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoGNvbnN0IGNoYXIgKmZvcm1hdCAvKiBkb2VzIG5vdCBjb250YWluIFxuICovLAot wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoHZhX2xpc3QpIF9fYXR0cmlidXRlX18oKGZvcm1h dChwcmludGYsNSwwKSkpOwotCi12b2lkIHh0bF9sb2coc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2Vy ICpsb2dnZXIsCi3CoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoHhlbnRvb2xsb2dfbGV2ZWwgbGV2 ZWwsCi3CoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoGludCBlcnJub3ZhbCAvKiBvciAtMSAqLywK LcKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgY29uc3QgY2hhciAqY29udGV4dCAvKiBlZyAieGMi LCAieGVuc3RvcmUiLCAieGwiICovLAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBj aGFyICpmb3JtYXQgLyogZG9lcyBub3QgY29udGFpbiBcbiAqLywKLcKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgLi4uKSBfX2F0dHJpYnV0ZV9fKChmb3JtYXQocHJpbnRmLDUsNikpKTsKLQotdm9p ZCB4dGxfcHJvZ3Jlc3Moc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2VyICpsb2dnZXIsCi3CoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBjaGFyICpjb250ZXh0IC8qIHNlZSBh Ym92ZSwgbWF5IGJlIDAgKi8sCi3CoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBj b25zdCBjaGFyICpkb2luZ193aGF0LAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgdW5zaWduZWQgbG9uZyBkb25lLCB1bnNpZ25lZCBsb25nIHRvdGFsKTsKLQotCi0vKi0tLS0t LS0tLS0gZmFjaWxpdGllcyBmb3IgZGVmaW5pbmcgbG9nIG1lc3NhZ2UgY29uc3VtZXJzIC0tLS0t LS0tLS0qLwotCi1jb25zdCBjaGFyICp4dGxfbGV2ZWxfdG9fc3RyaW5nKHhlbnRvb2xsb2dfbGV2 ZWwpOyAvKiBuZXZlciBmYWlscyAqLwotCi0KLSNkZWZpbmUgWFRMX05FV19MT0dHRVIoTE9HR0VS LGJ1ZmZlcikgKHvCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgXAotwqDCoMKgwqB4ZW50b29sbG9nX2xvZ2dlcl8jI0xPR0dFUiAq bmV3X2NvbnN1bWVyO8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoFwKLcKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoFwKLcKgwqDCoMKgKGJ1 ZmZlcikudnRhYmxlLnZtZXNzYWdlID0gTE9HR0VSIyNfdm1lc3NhZ2U7wqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoFwKLcKgwqDCoMKgKGJ1ZmZlcikudnRhYmxl LnByb2dyZXNzID0gTE9HR0VSIyNfcHJvZ3Jlc3M7wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoFwKLcKgwqDCoMKgKGJ1ZmZlcikudnRhYmxlLmRlc3Ryb3nCoMKg PSBMT0dHRVIjI19kZXN0cm95O8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoFwKLcKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoFwKLcKgwqDCoMKgbmV3 X2NvbnN1bWVyID0gbWFsbG9jKHNpemVvZigqbmV3X2NvbnN1bWVyKSk7wqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoFwKLcKgwqDCoMKgaWYgKCFuZXdfY29uc3Vt ZXIpIHvCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBcCi3CoMKgwqDCoMKg wqDCoMKgeHRsX2xvZygoeGVudG9vbGxvZ19sb2dnZXIqKSZidWZmZXIswqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBcCi3CoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoFhUTF9DUklUSUNBTCwgZXJybm8sICJ4dGwiLMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBcCi3CoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoCJmYWlsZWQgdG8gYWxsb2NhdGUgbWVtb3J5IGZvciBu ZXcgbWVzc2FnZSBsb2dnZXIiKTvCoMKgwqDCoFwKLcKgwqDCoMKgfSBlbHNlIHvCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBcCi3C oMKgwqDCoMKgwqDCoMKgKm5ld19jb25zdW1lciA9IGJ1ZmZlcjvCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgXAotwqDCoMKgwqB9wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBcCi3CoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqBcCi3CoMKgwqDCoG5ld19jb25zdW1lcjvCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoFwKLX0pOwotCi0KLSNlbmRpZiAvKiBY RU5UT09MTE9HX0ggKi8KZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnMvdG9vbGxvZy9saWJ4ZW50b29s bG9nLm1hcCBiL3Rvb2xzL2xpYnMvdG9vbGxvZy9saWJ4ZW50b29sbG9nLm1hcApkZWxldGVkIGZp bGUgbW9kZSAxMDA2NDQKaW5kZXggYzE4M2NmNS4uMDAwMDAwMAotLS0gYS90b29scy9saWJzL3Rv b2xsb2cvbGlieGVudG9vbGxvZy5tYXAKKysrIC9kZXYvbnVsbApAQCAtMSwxMiArMCwwIEBACi1W RVJTXzEuMCB7Ci0JZ2xvYmFsOgotCQl4dGxfY3JlYXRlbG9nZ2VyX3N0ZGlvc3RyZWFtOwotCQl4 dGxfbGV2ZWxfdG9fc3RyaW5nOwotCQl4dGxfbG9nOwotCQl4dGxfbG9nZ2VyX2Rlc3Ryb3k7Ci0J CXh0bF9sb2d2OwotCQl4dGxfcHJvZ3Jlc3M7Ci0JCXh0bF9zdGRpb3N0cmVhbV9hZGp1c3RfZmxh Z3M7Ci0JCXh0bF9zdGRpb3N0cmVhbV9zZXRfbWlubGV2ZWw7Ci0JbG9jYWw6ICo7IC8qIERvIG5v dCBleHBvc2UgYW55dGhpbmcgYnkgZGVmYXVsdCAqLwotfTsKZGlmZiAtLWdpdCBhL3Rvb2xzL2xp YnMvdG9vbGxvZy94dGxfY29yZS5jIGIvdG9vbHMvbGlicy90b29sbG9nL3h0bF9jb3JlLmMKZGVs ZXRlZCBmaWxlIG1vZGUgMTAwNjQ0CmluZGV4IGM0NzI0YTAuLjAwMDAwMDAKLS0tIGEvdG9vbHMv bGlicy90b29sbG9nL3h0bF9jb3JlLmMKKysrIC9kZXYvbnVsbApAQCAtMSw4MyArMCwwIEBACi0v KgotICogeHRsX2NvcmUuYwotICoKLSAqIGNvcmUgY29kZSBpbmNsdWRpbmcgZnVuY3Rpb25zIGZv ciBnZW5lcmF0aW5nIGxvZyBtZXNzYWdlcwotICoKLSAqIENvcHlyaWdodCAoYykgMjAxMCBDaXRy aXgKLSAqIFBhcnQgb2YgYSBnZW5lcmljIGxvZ2dpbmcgaW50ZXJmYWNlIHVzZWQgYnkgdmFyaW91 cyBkb20wIHVzZXJsYW5kIGxpYnJhcmllcy4KLSAqCi0gKiBUaGlzIGxpYnJhcnkgaXMgZnJlZSBz b2Z0d2FyZTsgeW91IGNhbiByZWRpc3RyaWJ1dGUgaXQgYW5kL29yCi0gKiBtb2RpZnkgaXQgdW5k ZXIgdGhlIHRlcm1zIG9mIHRoZSBHTlUgTGVzc2VyIEdlbmVyYWwgUHVibGljCi0gKiBMaWNlbnNl IGFzIHB1Ymxpc2hlZCBieSB0aGUgRnJlZSBTb2Z0d2FyZSBGb3VuZGF0aW9uOwotICogdmVyc2lv biAyLjEgb2YgdGhlIExpY2Vuc2UuCi0gKgotICogVGhpcyBsaWJyYXJ5IGlzIGRpc3RyaWJ1dGVk IGluIHRoZSBob3BlIHRoYXQgaXQgd2lsbCBiZSB1c2VmdWwsCi0gKiBidXQgV0lUSE9VVCBBTlkg V0FSUkFOVFk7IHdpdGhvdXQgZXZlbiB0aGUgaW1wbGllZCB3YXJyYW50eSBvZgotICogTUVSQ0hB TlRBQklMSVRZIG9yIEZJVE5FU1MgRk9SIEEgUEFSVElDVUxBUiBQVVJQT1NFLsKgwqBTZWUgdGhl IEdOVQotICogTGVzc2VyIEdlbmVyYWwgUHVibGljIExpY2Vuc2UgZm9yIG1vcmUgZGV0YWlscy4K LSAqCi0gKiBZb3Ugc2hvdWxkIGhhdmUgcmVjZWl2ZWQgYSBjb3B5IG9mIHRoZSBHTlUgTGVzc2Vy IEdlbmVyYWwgUHVibGljCi0gKiBMaWNlbnNlIGFsb25nIHdpdGggdGhpcyBsaWJyYXJ5OyBJZiBu b3QsIHNlZSA8aHR0cDovL3d3dy5nbnUub3JnL2xpY2Vuc2VzLz4uCi0gKi8KLQotI2luY2x1ZGUg InhlbnRvb2xsb2cuaCIKLQotI2luY2x1ZGUgPGFzc2VydC5oPgotI2luY2x1ZGUgPGVycm5vLmg+ Ci0jaW5jbHVkZSA8bGltaXRzLmg+Ci0KLXN0YXRpYyBjb25zdCBjaGFyICpsZXZlbF9zdHJpbmdz W1hUTF9OVU1fTEVWRUxTXT0gewotwqDCoMKgwqAiW0JVRzpYVExfTk9ORV0iLAotwqDCoMKgwqAi ZGVidWciLCAidmVyYm9zZSIsICJkZXRhaWwiLMKgwqAvKiBub3JtYWxseSBvZmYgYnkgZGVmYXVs dCAqLwotwqDCoMKgwqAicHJvZ3Jlc3MiLCAiaW5mbyIsICJub3RpY2UiLMKgwqAvKiBub3QgYSBw cm9ibGVtICovCi3CoMKgwqDCoCJ3YXJuaW5nIiwgImVycm9yIiwgImNyaXRpY2FsIiAvKiBwcm9i bGVtcyBhbmQgZXJyb3JzICovCi19OwotCi1jb25zdCBjaGFyICp4dGxfbGV2ZWxfdG9fc3RyaW5n KHhlbnRvb2xsb2dfbGV2ZWwgbGV2ZWwpIHsKLcKgwqDCoMKgYXNzZXJ0KGxldmVsID49IDAgJiYg bGV2ZWwgPCBYVExfTlVNX0xFVkVMUyk7Ci3CoMKgwqDCoHJldHVybiBsZXZlbF9zdHJpbmdzW2xl dmVsXTsKLX0KLQotdm9pZCB4dGxfbG9ndihzdHJ1Y3QgeGVudG9vbGxvZ19sb2dnZXIgKmxvZ2dl ciwKLcKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB4ZW50b29sbG9nX2xldmVsIGxldmVsLAot wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoGludCBlcnJub3ZhbCAvKiBvciAtMSAqLywKLcKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBjaGFyICpjb250ZXh0IC8qIGVnICJ4YyIs ICJ4ZW5zdG9yZSIsICJ4bCIgKi8sCi3CoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgY29uc3Qg Y2hhciAqZm9ybWF0IC8qIGRvZXMgbm90IGNvbnRhaW4gXG4gKi8sCi3CoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgdmFfbGlzdCBhbCkgewotwqDCoMKgwqBpbnQgZXJybm9fc2F2ZSA9IGVycm5v OwotwqDCoMKgwqBhc3NlcnQobGV2ZWwgPiBYVExfTk9ORSAmJiBsZXZlbCA8IFhUTF9OVU1fTEVW RUxTKTsKLcKgwqDCoMKgbG9nZ2VyLT52bWVzc2FnZShsb2dnZXIsbGV2ZWwsZXJybm92YWwsY29u dGV4dCxmb3JtYXQsYWwpOwotwqDCoMKgwqBlcnJubyA9IGVycm5vX3NhdmU7Ci19Ci0KLXZvaWQg eHRsX2xvZyhzdHJ1Y3QgeGVudG9vbGxvZ19sb2dnZXIgKmxvZ2dlciwKLcKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgeGVudG9vbGxvZ19sZXZlbCBsZXZlbCwKLcKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgaW50IGVycm5vdmFsIC8qIG9yIC0xICovLAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqBjb25zdCBjaGFyICpjb250ZXh0IC8qIGVnICJ4YyIsICJ4ZW5zdG9yZSIsICJ4bCIgKi8sCi3C oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoGNvbnN0IGNoYXIgKmZvcm1hdCAvKiBkb2VzIG5vdCBj b250YWluIFxuICovLAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqAuLi4pIHsKLcKgwqDCoMKg dmFfbGlzdCBhbDsKLcKgwqDCoMKgdmFfc3RhcnQoYWwsZm9ybWF0KTsKLcKgwqDCoMKgeHRsX2xv Z3YobG9nZ2VyLGxldmVsLGVycm5vdmFsLGNvbnRleHQsZm9ybWF0LGFsKTsKLcKgwqDCoMKgdmFf ZW5kKGFsKTsKLX0KLQotdm9pZCB4dGxfcHJvZ3Jlc3Moc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2Vy ICpsb2dnZXIsCi3CoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBjaGFy ICpjb250ZXh0LCBjb25zdCBjaGFyICpkb2luZ193aGF0LAotwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgdW5zaWduZWQgbG9uZyBkb25lLCB1bnNpZ25lZCBsb25nIHRvdGFsKSB7 Ci3CoMKgwqDCoGludCBwZXJjZW50ID0gMDsKLQotwqDCoMKgwqBpZiAoIWxvZ2dlci0+cHJvZ3Jl c3MpIHJldHVybjsKLQotwqDCoMKgwqBpZiAoIHRvdGFsICkKLcKgwqDCoMKgwqDCoMKgwqBwZXJj ZW50ID0gKHRvdGFsIDwgTE9OR19NQVgvMTAwKQotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgPyAo ZG9uZSAqIDEwMCkgLyB0b3RhbAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgOiBkb25lIC8gKCh0 b3RhbCArIDk5KSAvIDEwMCk7Ci0KLcKgwqDCoMKgbG9nZ2VyLT5wcm9ncmVzcyhsb2dnZXIsIGNv bnRleHQsIGRvaW5nX3doYXQsIHBlcmNlbnQsIGRvbmUsIHRvdGFsKTsKLX0KLQotdm9pZCB4dGxf bG9nZ2VyX2Rlc3Ryb3koc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2VyICpsb2dnZXIpIHsKLcKgwqDC oMKgaWYgKCFsb2dnZXIpIHJldHVybjsKLcKgwqDCoMKgbG9nZ2VyLT5kZXN0cm95KGxvZ2dlcik7 Ci19CmRpZmYgLS1naXQgYS90b29scy9saWJzL3Rvb2xsb2cveHRsX2xvZ2dlcl9zdGRpby5jIGIv dG9vbHMvbGlicy90b29sbG9nL3h0bF9sb2dnZXJfc3RkaW8uYwpkZWxldGVkIGZpbGUgbW9kZSAx MDA2NDQKaW5kZXggMGNkOTIwNi4uMDAwMDAwMAotLS0gYS90b29scy9saWJzL3Rvb2xsb2cveHRs X2xvZ2dlcl9zdGRpby5jCisrKyAvZGV2L251bGwKQEAgLTEsMTkyICswLDAgQEAKLS8qCi0gKiB4 dGxfbG9nZ2VyX3N0ZGlvLmMKLSAqCi0gKiBsb2cgbWVzc2FnZSBjb25zdW1lciB0aGF0IHdyaXRl cyB0byBzdGRpbwotICoKLSAqIENvcHlyaWdodCAoYykgMjAxMCBDaXRyaXgKLSAqIFBhcnQgb2Yg YSBnZW5lcmljIGxvZ2dpbmcgaW50ZXJmYWNlIHVzZWQgYnkgdmFyaW91cyBkb20wIHVzZXJsYW5k IGxpYnJhcmllcy4KLSAqCi0gKiBUaGlzIGxpYnJhcnkgaXMgZnJlZSBzb2Z0d2FyZTsgeW91IGNh biByZWRpc3RyaWJ1dGUgaXQgYW5kL29yCi0gKiBtb2RpZnkgaXQgdW5kZXIgdGhlIHRlcm1zIG9m IHRoZSBHTlUgTGVzc2VyIEdlbmVyYWwgUHVibGljCi0gKiBMaWNlbnNlIGFzIHB1Ymxpc2hlZCBi eSB0aGUgRnJlZSBTb2Z0d2FyZSBGb3VuZGF0aW9uOwotICogdmVyc2lvbiAyLjEgb2YgdGhlIExp Y2Vuc2UuCi0gKgotICogVGhpcyBsaWJyYXJ5IGlzIGRpc3RyaWJ1dGVkIGluIHRoZSBob3BlIHRo YXQgaXQgd2lsbCBiZSB1c2VmdWwsCi0gKiBidXQgV0lUSE9VVCBBTlkgV0FSUkFOVFk7IHdpdGhv dXQgZXZlbiB0aGUgaW1wbGllZCB3YXJyYW50eSBvZgotICogTUVSQ0hBTlRBQklMSVRZIG9yIEZJ VE5FU1MgRk9SIEEgUEFSVElDVUxBUiBQVVJQT1NFLsKgwqBTZWUgdGhlIEdOVQotICogTGVzc2Vy IEdlbmVyYWwgUHVibGljIExpY2Vuc2UgZm9yIG1vcmUgZGV0YWlscy4KLSAqCi0gKiBZb3Ugc2hv dWxkIGhhdmUgcmVjZWl2ZWQgYSBjb3B5IG9mIHRoZSBHTlUgTGVzc2VyIEdlbmVyYWwgUHVibGlj Ci0gKiBMaWNlbnNlIGFsb25nIHdpdGggdGhpcyBsaWJyYXJ5OyBJZiBub3QsIHNlZSA8aHR0cDov L3d3dy5nbnUub3JnL2xpY2Vuc2VzLz4uCi0gKi8KLQotI2luY2x1ZGUgInhlbnRvb2xsb2cuaCIK LQotI2luY2x1ZGUgPHRpbWUuaD4KLSNpbmNsdWRlIDx1bmlzdGQuaD4KLSNpbmNsdWRlIDxzdHJp bmcuaD4KLSNpbmNsdWRlIDxzdGRsaWIuaD4KLSNpbmNsdWRlIDxlcnJuby5oPgotI2luY2x1ZGUg PHN0ZGJvb2wuaD4KLQotc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2VyX3N0ZGlvc3RyZWFtIHsKLcKg wqDCoMKgeGVudG9vbGxvZ19sb2dnZXIgdnRhYmxlOwotwqDCoMKgwqBGSUxFICpmOwotwqDCoMKg wqB4ZW50b29sbG9nX2xldmVsIG1pbl9sZXZlbDsKLcKgwqDCoMKgdW5zaWduZWQgZmxhZ3M7Ci3C oMKgwqDCoGludCBwcm9ncmVzc19lcmFzZV9sZW4sIHByb2dyZXNzX2xhc3RfcGVyY2VudDsKLcKg wqDCoMKgYm9vbCBwcm9ncmVzc191c2VfY3I7Ci19OwotCi1zdGF0aWMgdm9pZCBwcm9ncmVzc19l cmFzZSh4ZW50b29sbG9nX2xvZ2dlcl9zdGRpb3N0cmVhbSAqbGcpIHsKLcKgwqDCoMKgaWYgKGxn LT5wcm9ncmVzc19lcmFzZV9sZW4pCi3CoMKgwqDCoMKgwqDCoMKgZnByaW50ZihsZy0+ZiwgIlxy JSpzXHIiLCBsZy0+cHJvZ3Jlc3NfZXJhc2VfbGVuLCAiIik7Ci19Ci0KLXN0YXRpYyB2b2lkIHN0 ZGlvc3RyZWFtX3ZtZXNzYWdlKHhlbnRvb2xsb2dfbG9nZ2VyICpsb2dnZXJfaW4sCi3CoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqB4ZW50b29sbG9nX2xldmVsIGxldmVsLAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgaW50IGVycm5vdmFsLAotwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgY29uc3QgY2hhciAqY29udGV4dCwKLcKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoGNvbnN0IGNoYXIgKmZvcm1hdCwKLcKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoHZhX2xpc3QgYWwpIHsKLcKgwqDCoMKgeGVudG9vbGxvZ19sb2dnZXJfc3RkaW9zdHJl YW0gKmxnID0gKHZvaWQqKWxvZ2dlcl9pbjsKLQotwqDCoMKgwqBpZiAobGV2ZWwgPCBsZy0+bWlu X2xldmVsKQotwqDCoMKgwqDCoMKgwqDCoHJldHVybjsKLQotwqDCoMKgwqBwcm9ncmVzc19lcmFz ZShsZyk7Ci0KLcKgwqDCoMKgaWYgKGxnLT5mbGFncyAmIFhUTF9TVERJT1NUUkVBTV9TSE9XX0RB VEUpIHsKLcKgwqDCoMKgwqDCoMKgwqBzdHJ1Y3QgdG0gbHRfYnVmOwotwqDCoMKgwqDCoMKgwqDC oHRpbWVfdCBub3cgPSB0aW1lKDApOwotwqDCoMKgwqDCoMKgwqDCoHN0cnVjdCB0bSAqbHQ9IGxv Y2FsdGltZV9yKCZub3csICZsdF9idWYpOwotwqDCoMKgwqDCoMKgwqDCoGlmIChsdCAhPSBOVUxM KQotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgZnByaW50ZihsZy0+ZiwgIiUwNGQtJTAyZC0lMDJk ICUwMmQ6JTAyZDolMDJkICVzICIsCi3CoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgbHQtPnRtX3llYXIrMTkwMCwgbHQtPnRtX21vbisxLCBsdC0+dG1fbWRheSwKLcKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBsdC0+dG1faG91ciwgbHQtPnRtX21p biwgbHQtPnRtX3NlYywKLcKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB0 em5hbWVbISFsdC0+dG1faXNkc3RdKTsKLcKgwqDCoMKgwqDCoMKgwqBlbHNlCi3CoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqBmcHJpbnRmKGxnLT5mLCAiW2xvY2FsdGltZV9yIGZhaWxlZDogJWRdICIs IGVycm5vKTsKLcKgwqDCoMKgfQotwqDCoMKgwqBpZiAobGctPmZsYWdzICYgWFRMX1NURElPU1RS RUFNX1NIT1dfUElEKQotwqDCoMKgwqDCoMKgwqDCoGZwcmludGYobGctPmYsICJbJWx1XSAiLCAo dW5zaWduZWQgbG9uZylnZXRwaWQoKSk7Ci0KLcKgwqDCoMKgaWYgKGNvbnRleHQpCi3CoMKgwqDC oMKgwqDCoMKgZnByaW50ZihsZy0+ZiwgIiVzOiAiLCBjb250ZXh0KTsKLQotwqDCoMKgwqBmcHJp bnRmKGxnLT5mLCAiJXM6ICIsIHh0bF9sZXZlbF90b19zdHJpbmcobGV2ZWwpKTsKLQotwqDCoMKg wqB2ZnByaW50ZihsZy0+ZiwgZm9ybWF0LCBhbCk7Ci0KLcKgwqDCoMKgaWYgKGVycm5vdmFsID49 IDApCi3CoMKgwqDCoMKgwqDCoMKgZnByaW50ZihsZy0+ZiwgIjogJXMiLCBzdHJlcnJvcihlcnJu b3ZhbCkpOwotCi3CoMKgwqDCoHB1dGMoJ1xuJywgbGctPmYpOwotwqDCoMKgwqBmZmx1c2gobGct PmYpOwotfQotCi1zdGF0aWMgdm9pZCBzdGRpb3N0cmVhbV9tZXNzYWdlKHN0cnVjdCB4ZW50b29s bG9nX2xvZ2dlciAqbG9nZ2VyX2luLAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoHhlbnRvb2xsb2dfbGV2ZWwgbGV2ZWwsCi3C oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgY29uc3QgY2hhciAqY29udGV4dCwKLcKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBjaGFyICpmb3JtYXQsIC4u LikKLXsKLcKgwqDCoMKgdmFfbGlzdCBhbDsKLcKgwqDCoMKgdmFfc3RhcnQoYWwsZm9ybWF0KTsK LcKgwqDCoMKgc3RkaW9zdHJlYW1fdm1lc3NhZ2UobG9nZ2VyX2luLCBsZXZlbCwgLTEsIGNvbnRl eHQsIGZvcm1hdCwgYWwpOwotwqDCoMKgwqB2YV9lbmQoYWwpOwotfQotCi1zdGF0aWMgdm9pZCBz dGRpb3N0cmVhbV9wcm9ncmVzcyhzdHJ1Y3QgeGVudG9vbGxvZ19sb2dnZXIgKmxvZ2dlcl9pbiwK LcKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoGNvbnN0IGNoYXIgKmNvbnRleHQsCi3CoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBjaGFyICpkb2lu Z193aGF0LCBpbnQgcGVyY2VudCwKLcKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoHVuc2lnbmVkIGxvbmcgZG9uZSwgdW5zaWdu ZWQgbG9uZyB0b3RhbCkgewotwqDCoMKgwqB4ZW50b29sbG9nX2xvZ2dlcl9zdGRpb3N0cmVhbSAq bGcgPSAodm9pZCopbG9nZ2VyX2luOwotwqDCoMKgwqBpbnQgbmV3cGVsLCBleHRyYV9lcmFzZTsK LcKgwqDCoMKgeGVudG9vbGxvZ19sZXZlbCB0aGlzX2xldmVsOwotCi3CoMKgwqDCoGlmIChsZy0+ ZmxhZ3MgJiBYVExfU1RESU9TVFJFQU1fSElERV9QUk9HUkVTUykKLcKgwqDCoMKgwqDCoMKgwqBy ZXR1cm47Ci0KLcKgwqDCoMKgaWYgKHBlcmNlbnQgPCBsZy0+cHJvZ3Jlc3NfbGFzdF9wZXJjZW50 KSB7Ci3CoMKgwqDCoMKgwqDCoMKgdGhpc19sZXZlbCA9IFhUTF9QUk9HUkVTUzsKLcKgwqDCoMKg fSBlbHNlIGlmIChwZXJjZW50ID09IGxnLT5wcm9ncmVzc19sYXN0X3BlcmNlbnQpIHsKLcKgwqDC oMKgwqDCoMKgwqByZXR1cm47Ci3CoMKgwqDCoH0gZWxzZSBpZiAocGVyY2VudCA8IGxnLT5wcm9n cmVzc19sYXN0X3BlcmNlbnQgKyA1KSB7Ci3CoMKgwqDCoMKgwqDCoMKgdGhpc19sZXZlbCA9IFhU TF9ERVRBSUw7Ci3CoMKgwqDCoH0gZWxzZSB7Ci3CoMKgwqDCoMKgwqDCoMKgdGhpc19sZXZlbCA9 IFhUTF9QUk9HUkVTUzsKLcKgwqDCoMKgfQotCi3CoMKgwqDCoGlmICh0aGlzX2xldmVsIDwgbGct Pm1pbl9sZXZlbCkKLcKgwqDCoMKgwqDCoMKgwqByZXR1cm47Ci0KLcKgwqDCoMKgbGctPnByb2dy ZXNzX2xhc3RfcGVyY2VudCA9IHBlcmNlbnQ7Ci0KLcKgwqDCoMKgaWYgKCFsZy0+cHJvZ3Jlc3Nf dXNlX2NyKSB7Ci3CoMKgwqDCoMKgwqDCoMKgc3RkaW9zdHJlYW1fbWVzc2FnZShsb2dnZXJfaW4s IHRoaXNfbGV2ZWwsIGNvbnRleHQsCi3CoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoCIlczogJWx1LyVsdcKgwqAlM2QlJSIsCi3CoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoGRvaW5nX3doYXQs IGRvbmUsIHRvdGFsLCBwZXJjZW50KTsKLcKgwqDCoMKgwqDCoMKgwqByZXR1cm47Ci3CoMKgwqDC oH0KLQotwqDCoMKgwqBpZiAobGctPnByb2dyZXNzX2VyYXNlX2xlbikKLcKgwqDCoMKgwqDCoMKg wqBwdXRjKCdccicsIGxnLT5mKTsKLQotwqDCoMKgwqBuZXdwZWwgPSBmcHJpbnRmKGxnLT5mLCAi JXMlcyIgIiVzOiAlbHUvJWx1wqDCoCUzZCUlJXMiLAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgY29udGV4dD9jb250ZXh0OiIiLCBjb250ZXh0PyI6ICI6IiIsCi3C oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBkb2luZ193aGF0LCBkb25l LCB0b3RhbCwgcGVyY2VudCwKLQkJwqDCoMKgwqDCoGRvbmUgPT0gdG90YWwgPyAiXG4iIDogIiIp OwotCi3CoMKgwqDCoGV4dHJhX2VyYXNlID0gbGctPnByb2dyZXNzX2VyYXNlX2xlbiAtIG5ld3Bl bDsKLcKgwqDCoMKgaWYgKGV4dHJhX2VyYXNlID4gMCkKLcKgwqDCoMKgwqDCoMKgwqBmcHJpbnRm KGxnLT5mLCAiJSpzXHIiLCBleHRyYV9lcmFzZSwgIiIpOwotCi3CoMKgwqDCoGxnLT5wcm9ncmVz c19lcmFzZV9sZW4gPSBuZXdwZWw7Ci19Ci0KLXN0YXRpYyB2b2lkIHN0ZGlvc3RyZWFtX2Rlc3Ry b3koc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2VyICpsb2dnZXJfaW4pIHsKLcKgwqDCoMKgeGVudG9v bGxvZ19sb2dnZXJfc3RkaW9zdHJlYW0gKmxnID0gKHZvaWQqKWxvZ2dlcl9pbjsKLcKgwqDCoMKg cHJvZ3Jlc3NfZXJhc2UobGcpOwotwqDCoMKgwqBmcmVlKGxnKTsKLX0KLQotdm9pZCB4dGxfc3Rk aW9zdHJlYW1fc2V0X21pbmxldmVsKHhlbnRvb2xsb2dfbG9nZ2VyX3N0ZGlvc3RyZWFtICpsZywK LcKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgeGVudG9vbGxvZ19sZXZlbCBtaW5fbGV2ZWwpIHsKLcKgwqDCoMKgbGctPm1p bl9sZXZlbCA9IG1pbl9sZXZlbDsKLX0KLQotdm9pZCB4dGxfc3RkaW9zdHJlYW1fYWRqdXN0X2Zs YWdzKHhlbnRvb2xsb2dfbG9nZ2VyX3N0ZGlvc3RyZWFtICpsZywKLcKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgdW5zaWdu ZWQgc2V0X2ZsYWdzLCB1bnNpZ25lZCBjbGVhcl9mbGFncykgewotwqDCoMKgwqB1bnNpZ25lZCBu ZXdfZmxhZ3MgPSAobGctPmZsYWdzICYgfmNsZWFyX2ZsYWdzKSB8IHNldF9mbGFnczsKLcKgwqDC oMKgaWYgKG5ld19mbGFncyAmIFhUTF9TVERJT1NUUkVBTV9ISURFX1BST0dSRVNTKQotwqDCoMKg wqDCoMKgwqDCoHByb2dyZXNzX2VyYXNlKGxnKTsKLcKgwqDCoMKgbGctPmZsYWdzID0gbmV3X2Zs YWdzOwotfQotCi14ZW50b29sbG9nX2xvZ2dlcl9zdGRpb3N0cmVhbSAqeHRsX2NyZWF0ZWxvZ2dl cl9zdGRpb3N0cmVhbQotwqDCoMKgwqDCoMKgwqDCoChGSUxFICpmLCB4ZW50b29sbG9nX2xldmVs IG1pbl9sZXZlbCwgdW5zaWduZWQgZmxhZ3MpIHsKLcKgwqDCoMKgeGVudG9vbGxvZ19sb2dnZXJf c3RkaW9zdHJlYW0gbmV3bG9nZ2VyOwotCi3CoMKgwqDCoG5ld2xvZ2dlci5mID0gZjsKLcKgwqDC oMKgbmV3bG9nZ2VyLm1pbl9sZXZlbCA9IG1pbl9sZXZlbDsKLcKgwqDCoMKgbmV3bG9nZ2VyLmZs YWdzID0gZmxhZ3M7Ci0KLcKgwqDCoMKgc3dpdGNoIChmbGFncyAmIChYVExfU1RESU9TVFJFQU1f UFJPR1JFU1NfVVNFX0NSIHwKLcKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoFhUTF9TVERJT1NUUkVBTV9QUk9HUkVTU19OT19DUikpIHsKLcKgwqDCoMKgY2FzZSBYVExf U1RESU9TVFJFQU1fUFJPR1JFU1NfVVNFX0NSOiBuZXdsb2dnZXIucHJvZ3Jlc3NfdXNlX2NyID0g MTsgYnJlYWs7Ci3CoMKgwqDCoGNhc2UgWFRMX1NURElPU1RSRUFNX1BST0dSRVNTX05PX0NSOsKg wqBuZXdsb2dnZXIucHJvZ3Jlc3NfdXNlX2NyID0gMDsgYnJlYWs7Ci3CoMKgwqDCoGNhc2UgMDoK LcKgwqDCoMKgwqDCoMKgwqBuZXdsb2dnZXIucHJvZ3Jlc3NfdXNlX2NyID0gaXNhdHR5KGZpbGVu byhuZXdsb2dnZXIuZikpID4gMDsKLcKgwqDCoMKgwqDCoMKgwqBicmVhazsKLcKgwqDCoMKgZGVm YXVsdDoKLcKgwqDCoMKgwqDCoMKgwqBlcnJubyA9IEVJTlZBTDsKLcKgwqDCoMKgwqDCoMKgwqBy ZXR1cm4gMDsKLcKgwqDCoMKgfQotCi3CoMKgwqDCoGlmIChuZXdsb2dnZXIuZmxhZ3MgJiBYVExf U1RESU9TVFJFQU1fU0hPV19EQVRFKSB0enNldCgpOwotCi3CoMKgwqDCoG5ld2xvZ2dlci5wcm9n cmVzc19lcmFzZV9sZW4gPSAwOwotwqDCoMKgwqBuZXdsb2dnZXIucHJvZ3Jlc3NfbGFzdF9wZXJj ZW50ID0gMDsKLQotwqDCoMKgwqByZXR1cm4gWFRMX05FV19MT0dHRVIoc3RkaW9zdHJlYW0sIG5l d2xvZ2dlcik7Ci19CmRpZmYgLS1naXQgYS90b29scy9saWJ4Yy9NYWtlZmlsZSBiL3Rvb2xzL2xp YnhjL01ha2VmaWxlCmluZGV4IDk0MDcwOGYuLjgxOGYyZTQgMTAwNjQ0Ci0tLSBhL3Rvb2xzL2xp YnhjL01ha2VmaWxlCisrKyBiL3Rvb2xzL2xpYnhjL01ha2VmaWxlCkBAIC0zOSw2ICszOSw4IEBA IENUUkxfU1JDUy15wqDCoMKgwqDCoMKgwqArPSB4Y19tZW1zaHIuYwrCoENUUkxfU1JDUy15wqDC oMKgwqDCoMKgwqArPSB4Y19oY2FsbF9idWYuYwrCoENUUkxfU1JDUy15wqDCoMKgwqDCoMKgwqAr PSB4Y19mb3JlaWduX21lbW9yeS5jCsKgQ1RSTF9TUkNTLXnCoMKgwqDCoMKgwqDCoCs9IHhjX2tl eGVjLmMKK0NUUkxfU1JDUy15wqDCoMKgwqDCoMKgwqArPSB4dGxfY29yZS5jCitDVFJMX1NSQ1Mt ecKgwqDCoMKgwqDCoMKgKz0geHRsX2xvZ2dlcl9zdGRpby5jCsKgQ1RSTF9TUkNTLXnCoMKgwqDC oMKgwqDCoCs9IHhjX3Jlc291cmNlLmMKwqBDVFJMX1NSQ1MtJChDT05GSUdfWDg2KSArPSB4Y19w c3IuYwrCoENUUkxfU1JDUy0kKENPTkZJR19YODYpICs9IHhjX3BhZ2V0YWIuYwpAQCAtMTEwLDcg KzExMiw2IEBAIENGTEFHU8KgwqDCoCs9IC1JLiAtSS4vaW5jbHVkZSAkKENGTEFHU194ZW5pbmNs dWRlKQrCoENGTEFHUy0kKENPTkZJR19MaW51eCkgKz0gLURfR05VX1NPVVJDRQrCoArCoENGTEFH UwkrPSAkKFBUSFJFQURfQ0ZMQUdTKQotQ0ZMQUdTCSs9ICQoQ0ZMQUdTX2xpYnhlbnRvb2xsb2cp CsKgCsKgQ1RSTF9MSUJfT0JKUyA6PSAkKHBhdHN1YnN0ICUuYywlLm8sJChDVFJMX1NSQ1MteSkp CsKgQ1RSTF9QSUNfT0JKUyA6PSAkKHBhdHN1YnN0ICUuYywlLm9waWMsJChDVFJMX1NSQ1MteSkp CkBAIC0xNjQsNyArMTY1LDcgQEAgaW5zdGFsbDogYnVpbGQKwqAJJChJTlNUQUxMX0RBVEEpIGxp YnhlbmN0cmwuYSAkKERFU1RESVIpJChsaWJkaXIpCsKgCSQoU1lNTElOS19TSExJQikgbGlieGVu Y3RybC5zby4kKE1BSk9SKS4kKE1JTk9SKSAkKERFU1RESVIpJChsaWJkaXIpL2xpYnhlbmN0cmwu c28uJChNQUpPUikKwqAJJChTWU1MSU5LX1NITElCKSBsaWJ4ZW5jdHJsLnNvLiQoTUFKT1IpICQo REVTVERJUikkKGxpYmRpcikvbGlieGVuY3RybC5zbwotCSQoSU5TVEFMTF9EQVRBKSBpbmNsdWRl L3hlbmN0cmwuaCBpbmNsdWRlL3hlbmN0cmxvc2RlcC5oICQoREVTVERJUikkKGluY2x1ZGVkaXIp CisJJChJTlNUQUxMX0RBVEEpIGluY2x1ZGUveGVuY3RybC5oIGluY2x1ZGUveGVuY3RybG9zZGVw LmggaW5jbHVkZS94ZW50b29sbG9nLmggJChERVNURElSKSQoaW5jbHVkZWRpcikKwqAJJChJTlNU QUxMX1NITElCKSBsaWJ4ZW5ndWVzdC5zby4kKE1BSk9SKS4kKE1JTk9SKSAkKERFU1RESVIpJChs aWJkaXIpCsKgCSQoSU5TVEFMTF9EQVRBKSBsaWJ4ZW5ndWVzdC5hICQoREVTVERJUikkKGxpYmRp cikKwqAJJChTWU1MSU5LX1NITElCKSBsaWJ4ZW5ndWVzdC5zby4kKE1BSk9SKS4kKE1JTk9SKSAk KERFU1RESVIpJChsaWJkaXIpL2xpYnhlbmd1ZXN0LnNvLiQoTUFKT1IpCkBAIC0yMDcsNyArMjA4 LDcgQEAgbGlieGVuY3RybC5zby4kKE1BSk9SKTogbGlieGVuY3RybC5zby4kKE1BSk9SKS4kKE1J Tk9SKQrCoAkkKFNZTUxJTktfU0hMSUIpICQ8ICRACsKgCsKgbGlieGVuY3RybC5zby4kKE1BSk9S KS4kKE1JTk9SKTogJChDVFJMX1BJQ19PQkpTKQotCSQoQ0MpICQoTERGTEFHUykgJChQVEhSRUFE X0xERkxBR1MpIC1XbCwkKFNPTkFNRV9MREZMQUcpIC1XbCxsaWJ4ZW5jdHJsLnNvLiQoTUFKT1Ip ICQoU0hMSUJfTERGTEFHUykgLW8gJEAgJF4gJChMRExJQlNfbGlieGVudG9vbGxvZykgJChETE9Q RU5fTElCUykgJChQVEhSRUFEX0xJQlMpICQoQVBQRU5EX0xERkxBR1MpCisJJChDQykgJChMREZM QUdTKSAkKFBUSFJFQURfTERGTEFHUykgLVdsLCQoU09OQU1FX0xERkxBRykgLVdsLGxpYnhlbmN0 cmwuc28uJChNQUpPUikgJChTSExJQl9MREZMQUdTKSAtbyAkQCAkXiAkKERMT1BFTl9MSUJTKSAk KFBUSFJFQURfTElCUykgJChBUFBFTkRfTERGTEFHUykKwqAKwqAjIGxpYnhlbmd1ZXN0CsKgCmRp ZmYgLS1naXQgYS90b29scy9saWJ4Yy9pbmNsdWRlL3hlbnRvb2xsb2cuaCBiL3Rvb2xzL2xpYnhj L2luY2x1ZGUveGVudG9vbGxvZy5oCm5ldyBmaWxlIG1vZGUgMTAwNjQ0CmluZGV4IDAwMDAwMDAu Ljg1M2U5YzcKLS0tIC9kZXYvbnVsbAorKysgYi90b29scy9saWJ4Yy9pbmNsdWRlL3hlbnRvb2xs b2cuaApAQCAtMCwwICsxLDEzNiBAQAorLyoKKyAqIHhlbnRvb2xsb2cuaAorICoKKyAqIENvcHly aWdodCAoYykgMjAxMCBDaXRyaXgKKyAqIFBhcnQgb2YgYSBnZW5lcmljIGxvZ2dpbmcgaW50ZXJm YWNlIHVzZWQgYnkgdmFyaW91cyBkb20wIHVzZXJsYW5kIGxpYnJhcmllcy4KKyAqCisgKiBUaGlz IGxpYnJhcnkgaXMgZnJlZSBzb2Z0d2FyZTsgeW91IGNhbiByZWRpc3RyaWJ1dGUgaXQgYW5kL29y CisgKiBtb2RpZnkgaXQgdW5kZXIgdGhlIHRlcm1zIG9mIHRoZSBHTlUgTGVzc2VyIEdlbmVyYWwg UHVibGljCisgKiBMaWNlbnNlIGFzIHB1Ymxpc2hlZCBieSB0aGUgRnJlZSBTb2Z0d2FyZSBGb3Vu ZGF0aW9uOworICogdmVyc2lvbiAyLjEgb2YgdGhlIExpY2Vuc2UuCisgKgorICogVGhpcyBsaWJy YXJ5IGlzIGRpc3RyaWJ1dGVkIGluIHRoZSBob3BlIHRoYXQgaXQgd2lsbCBiZSB1c2VmdWwsCisg KiBidXQgV0lUSE9VVCBBTlkgV0FSUkFOVFk7IHdpdGhvdXQgZXZlbiB0aGUgaW1wbGllZCB3YXJy YW50eSBvZgorICogTUVSQ0hBTlRBQklMSVRZIG9yIEZJVE5FU1MgRk9SIEEgUEFSVElDVUxBUiBQ VVJQT1NFLsKgwqBTZWUgdGhlIEdOVQorICogTGVzc2VyIEdlbmVyYWwgUHVibGljIExpY2Vuc2Ug Zm9yIG1vcmUgZGV0YWlscy4KKyAqCisgKiBZb3Ugc2hvdWxkIGhhdmUgcmVjZWl2ZWQgYSBjb3B5 IG9mIHRoZSBHTlUgTGVzc2VyIEdlbmVyYWwgUHVibGljCisgKiBMaWNlbnNlIGFsb25nIHdpdGgg dGhpcyBsaWJyYXJ5OyBJZiBub3QsIHNlZSA8aHR0cDovL3d3dy5nbnUub3JnL2xpY2Vuc2VzLz4u CisgKi8KKworI2lmbmRlZiBYRU5UT09MTE9HX0gKKyNkZWZpbmUgWEVOVE9PTExPR19ICisKKyNp bmNsdWRlIDxzdGRpby5oPgorI2luY2x1ZGUgPHN0ZGFyZy5oPgorCisKKy8qLS0tLS0tLS0tLSBj b21tb24gZGVjbGFyYXRpb25zIGFuZCB0eXBlcyAtLS0tLS0tLS0tKi8KKwordHlwZWRlZiBlbnVt IHhlbnRvb2xsb2dfbGV2ZWwgeworwqDCoMKgwqBYVExfTk9ORSwgLyogc2VudGluZWwgZXRjLCBu ZXZlciB1c2VkIGZvciBsb2dnaW5nICovCivCoMKgwqDCoFhUTF9ERUJVRywKK8KgwqDCoMKgWFRM X1ZFUkJPU0UsCivCoMKgwqDCoFhUTF9ERVRBSUwsCivCoMKgwqDCoFhUTF9QUk9HUkVTUywgLyog YWxzbyB1c2VkIGZvciAicHJvZ3Jlc3MiIG1lc3NhZ2VzICovCivCoMKgwqDCoFhUTF9JTkZPLAor wqDCoMKgwqBYVExfTk9USUNFLAorwqDCoMKgwqBYVExfV0FSTiwKK8KgwqDCoMKgWFRMX0VSUk9S LAorwqDCoMKgwqBYVExfQ1JJVElDQUwsCivCoMKgwqDCoFhUTF9OVU1fTEVWRUxTCit9IHhlbnRv b2xsb2dfbGV2ZWw7CisKK3R5cGVkZWYgc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2VyIHhlbnRvb2xs b2dfbG9nZ2VyOworc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2VyIHsKK8KgwqDCoMKgdm9pZCAoKnZt ZXNzYWdlKShzdHJ1Y3QgeGVudG9vbGxvZ19sb2dnZXIgKmxvZ2dlciwKK8KgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoHhlbnRvb2xsb2dfbGV2ZWwgbGV2ZWwsCivCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBpbnQgZXJybm92YWwgLyogb3Ig LTEgKi8sCivCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBj aGFyICpjb250ZXh0IC8qIGVnICJ4YyIsICJ4bCIsIG1heSBiZSAwICovLAorwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgY29uc3QgY2hhciAqZm9ybWF0IC8qIHdpdGhv dXQgbGV2ZWwsIGNvbnRleHQsIFxuICovLAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgdmFfbGlzdCBhbCkKK8KgwqDCoMKgwqDCoMKgwqDCoF9fYXR0cmlidXRlX18o KGZvcm1hdChwcmludGYsNSwwKSkpOworwqDCoMKgwqB2b2lkICgqcHJvZ3Jlc3MpKHN0cnVjdCB4 ZW50b29sbG9nX2xvZ2dlciAqbG9nZ2VyLAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgY29uc3QgY2hhciAqY29udGV4dCAvKiBzZWUgYWJvdmUgKi8sCivCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBjaGFyICpkb2luZ193aGF0 IC8qIG5vIFxyLFxuICovLAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgaW50IHBlcmNlbnQsIHVuc2lnbmVkIGxvbmcgZG9uZSwgdW5zaWduZWQgbG9uZyB0b3RhbCkK K8KgwqDCoMKgwqDCoMKgwqDCoC8qIG51bGwgZnVuY3Rpb24gcG9pbnRlciBpcyBvay4KK8KgwqDC oMKgwqDCoMKgwqDCoMKgKiB3aWxsIGFsd2F5cyBiZSBjYWxsZWQgd2l0aCBkb25lPT0wIGZvciBl YWNoIG5ldworwqDCoMKgwqDCoMKgwqDCoMKgwqAqIGNvbnRleHQvZG9pbmdfd2hhdCAqLzsKK8Kg wqDCoMKgdm9pZCAoKmRlc3Ryb3kpKHN0cnVjdCB4ZW50b29sbG9nX2xvZ2dlciAqbG9nZ2VyKTsK K8KgwqDCoMKgLyogZWFjaCBsb2dnZXIgY2FuIHB1dCBpdHMgbmVjZXNzYXJ5IGRhdGEgaGVyZSAq LworfTsKKworCisvKi0tLS0tLS0tLS0gZmFjaWxpdGllcyBmb3IgY29uc3VtaW5nIGxvZyBtZXNz YWdlcyAtLS0tLS0tLS0tKi8KKworI2RlZmluZSBYVExfU1RESU9TVFJFQU1fU0hPV19QSUTCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqAwMDF1CisjZGVmaW5lIFhUTF9TVERJT1NUUkVBTV9TSE9XX0RB VEXCoMKgwqDCoMKgwqDCoMKgwqDCoMKgMDAydQorI2RlZmluZSBYVExfU1RESU9TVFJFQU1fSElE RV9QUk9HUkVTU8KgwqDCoMKgwqDCoMKgMDA0dQorI2RlZmluZSBYVExfU1RESU9TVFJFQU1fUFJP R1JFU1NfVVNFX0NSwqDCoMKgwqDCoDAxMHUgLyogZGVmYXVsdCBpcyB0byAqLworI2RlZmluZSBY VExfU1RESU9TVFJFQU1fUFJPR1JFU1NfTk9fQ1LCoMKgwqDCoMKgwqAwMjB1IC8qIHVzZSBcciB0 byB0dHlzICovCisKK3R5cGVkZWYgc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2VyX3N0ZGlvc3RyZWFt wqDCoHhlbnRvb2xsb2dfbG9nZ2VyX3N0ZGlvc3RyZWFtOworCit4ZW50b29sbG9nX2xvZ2dlcl9z dGRpb3N0cmVhbSAqeHRsX2NyZWF0ZWxvZ2dlcl9zdGRpb3N0cmVhbQorwqDCoMKgwqDCoMKgwqDC oChGSUxFICpmLCB4ZW50b29sbG9nX2xldmVsIG1pbl9sZXZlbCwgdW5zaWduZWQgZmxhZ3MpOwor wqDCoMKgwqAvKiBtYXkgcmV0dXJuIDAgaWYgbWFsbG9jIGZhaWxzLCBpbiB3aGljaCBjYXNlIGVy cm9yIHdhcyBsb2dnZWQgKi8KK8KgwqDCoMKgLyogZGVzdHJveSBvbiB0aGlzIGxvZ2dlciBkb2Vz IG5vdCBjbG9zZSB0aGUgZmlsZSAqLworCit2b2lkIHh0bF9zdGRpb3N0cmVhbV9zZXRfbWlubGV2 ZWwoeGVudG9vbGxvZ19sb2dnZXJfc3RkaW9zdHJlYW0qLAorwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB4ZW50b29sbG9n X2xldmVsIG1pbl9sZXZlbCk7Cit2b2lkIHh0bF9zdGRpb3N0cmVhbV9hZGp1c3RfZmxhZ3MoeGVu dG9vbGxvZ19sb2dnZXJfc3RkaW9zdHJlYW0qLAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB1bnNpZ25lZCBzZXRfZmxh Z3MsIHVuc2lnbmVkIGNsZWFyX2ZsYWdzKTsKK8KgwqAvKiBpZiBzZXRfZmxhZ3MgYW5kIGNsZWFy X2ZsYWdzIG92ZXJsYXAsIHNldF9mbGFncyB0YWtlcyBwcmVjZWRlbmNlICovCisKK3ZvaWQgeHRs X2xvZ2dlcl9kZXN0cm95KHN0cnVjdCB4ZW50b29sbG9nX2xvZ2dlciAqbG9nZ2VyIC8qIDAgaXMg b2sgKi8pOworCisKKy8qLS0tLS0tLS0tLSBmYWNpbGl0aWVzIGZvciBnZW5lcmF0aW5nIGxvZyBt ZXNzYWdlcyAtLS0tLS0tLS0tKi8KKwordm9pZCB4dGxfbG9ndihzdHJ1Y3QgeGVudG9vbGxvZ19s b2dnZXIgKmxvZ2dlciwKK8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB4ZW50b29sbG9nX2xl dmVsIGxldmVsLAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoGludCBlcnJub3ZhbCAvKiBv ciAtMSAqLywKK8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBjaGFyICpjb250ZXh0 IC8qIGVnICJ4YyIsICJ4ZW5zdG9yZSIsICJ4bCIsIG1heSBiZSAwICovLAorwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoGNvbnN0IGNoYXIgKmZvcm1hdCAvKiBkb2VzIG5vdCBjb250YWluIFxu ICovLAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoHZhX2xpc3QpIF9fYXR0cmlidXRlX18o KGZvcm1hdChwcmludGYsNSwwKSkpOworCit2b2lkIHh0bF9sb2coc3RydWN0IHhlbnRvb2xsb2df bG9nZ2VyICpsb2dnZXIsCivCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoHhlbnRvb2xsb2dfbGV2 ZWwgbGV2ZWwsCivCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoGludCBlcnJub3ZhbCAvKiBvciAt MSAqLywKK8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgY29uc3QgY2hhciAqY29udGV4dCAvKiBl ZyAieGMiLCAieGVuc3RvcmUiLCAieGwiICovLAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBj b25zdCBjaGFyICpmb3JtYXQgLyogZG9lcyBub3QgY29udGFpbiBcbiAqLywKK8KgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgLi4uKSBfX2F0dHJpYnV0ZV9fKChmb3JtYXQocHJpbnRmLDUsNikpKTsK Kwordm9pZCB4dGxfcHJvZ3Jlc3Moc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2VyICpsb2dnZXIsCivC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBjaGFyICpjb250ZXh0IC8q IHNlZSBhYm92ZSwgbWF5IGJlIDAgKi8sCivCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqBjb25zdCBjaGFyICpkb2luZ193aGF0LAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgdW5zaWduZWQgbG9uZyBkb25lLCB1bnNpZ25lZCBsb25nIHRvdGFsKTsKKworCisv Ki0tLS0tLS0tLS0gZmFjaWxpdGllcyBmb3IgZGVmaW5pbmcgbG9nIG1lc3NhZ2UgY29uc3VtZXJz IC0tLS0tLS0tLS0qLworCitjb25zdCBjaGFyICp4dGxfbGV2ZWxfdG9fc3RyaW5nKHhlbnRvb2xs b2dfbGV2ZWwpOyAvKiBuZXZlciBmYWlscyAqLworCisKKyNkZWZpbmUgWFRMX05FV19MT0dHRVIo TE9HR0VSLGJ1ZmZlcikgKHvCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgXAorwqDCoMKgwqB4ZW50b29sbG9nX2xvZ2dlcl8jI0xP R0dFUiAqbmV3X2NvbnN1bWVyO8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoFwKK8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoFwKK8KgwqDC oMKgKGJ1ZmZlcikudnRhYmxlLnZtZXNzYWdlID0gTE9HR0VSIyNfdm1lc3NhZ2U7wqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoFwKK8KgwqDCoMKgKGJ1ZmZlciku dnRhYmxlLnByb2dyZXNzID0gTE9HR0VSIyNfcHJvZ3Jlc3M7wqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoFwKK8KgwqDCoMKgKGJ1ZmZlcikudnRhYmxlLmRlc3Ry b3nCoMKgPSBMT0dHRVIjI19kZXN0cm95O8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoFwKK8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoFwKK8KgwqDC oMKgbmV3X2NvbnN1bWVyID0gbWFsbG9jKHNpemVvZigqbmV3X2NvbnN1bWVyKSk7wqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoFwKK8KgwqDCoMKgaWYgKCFuZXdf Y29uc3VtZXIpIHvCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBcCivCoMKg wqDCoMKgwqDCoMKgeHRsX2xvZygoeGVudG9vbGxvZ19sb2dnZXIqKSZidWZmZXIswqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBcCivCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoFhUTF9DUklUSUNBTCwgZXJybm8sICJ4dGwiLMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBcCivC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoCJmYWlsZWQgdG8gYWxsb2NhdGUgbWVtb3J5 IGZvciBuZXcgbWVzc2FnZSBsb2dnZXIiKTvCoMKgwqDCoFwKK8KgwqDCoMKgfSBlbHNlIHvCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqBcCivCoMKgwqDCoMKgwqDCoMKgKm5ld19jb25zdW1lciA9IGJ1ZmZlcjvCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgXAorwqDCoMKgwqB9wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBcCivCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqBcCivCoMKgwqDCoG5ld19jb25zdW1lcjvCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoFwKK30pOworCisKKyNlbmRp ZiAvKiBYRU5UT09MTE9HX0ggKi8KZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnhjL3h0bF9jb3JlLmMg Yi90b29scy9saWJ4Yy94dGxfY29yZS5jCm5ldyBmaWxlIG1vZGUgMTAwNjQ0CmluZGV4IDAwMDAw MDAuLmM0NzI0YTAKLS0tIC9kZXYvbnVsbAorKysgYi90b29scy9saWJ4Yy94dGxfY29yZS5jCkBA IC0wLDAgKzEsODMgQEAKKy8qCisgKiB4dGxfY29yZS5jCisgKgorICogY29yZSBjb2RlIGluY2x1 ZGluZyBmdW5jdGlvbnMgZm9yIGdlbmVyYXRpbmcgbG9nIG1lc3NhZ2VzCisgKgorICogQ29weXJp Z2h0IChjKSAyMDEwIENpdHJpeAorICogUGFydCBvZiBhIGdlbmVyaWMgbG9nZ2luZyBpbnRlcmZh Y2UgdXNlZCBieSB2YXJpb3VzIGRvbTAgdXNlcmxhbmQgbGlicmFyaWVzLgorICoKKyAqIFRoaXMg bGlicmFyeSBpcyBmcmVlIHNvZnR3YXJlOyB5b3UgY2FuIHJlZGlzdHJpYnV0ZSBpdCBhbmQvb3IK KyAqIG1vZGlmeSBpdCB1bmRlciB0aGUgdGVybXMgb2YgdGhlIEdOVSBMZXNzZXIgR2VuZXJhbCBQ dWJsaWMKKyAqIExpY2Vuc2UgYXMgcHVibGlzaGVkIGJ5IHRoZSBGcmVlIFNvZnR3YXJlIEZvdW5k YXRpb247CisgKiB2ZXJzaW9uIDIuMSBvZiB0aGUgTGljZW5zZS4KKyAqCisgKiBUaGlzIGxpYnJh cnkgaXMgZGlzdHJpYnV0ZWQgaW4gdGhlIGhvcGUgdGhhdCBpdCB3aWxsIGJlIHVzZWZ1bCwKKyAq IGJ1dCBXSVRIT1VUIEFOWSBXQVJSQU5UWTsgd2l0aG91dCBldmVuIHRoZSBpbXBsaWVkIHdhcnJh bnR5IG9mCisgKiBNRVJDSEFOVEFCSUxJVFkgb3IgRklUTkVTUyBGT1IgQSBQQVJUSUNVTEFSIFBV UlBPU0UuwqDCoFNlZSB0aGUgR05VCisgKiBMZXNzZXIgR2VuZXJhbCBQdWJsaWMgTGljZW5zZSBm b3IgbW9yZSBkZXRhaWxzLgorICoKKyAqIFlvdSBzaG91bGQgaGF2ZSByZWNlaXZlZCBhIGNvcHkg b2YgdGhlIEdOVSBMZXNzZXIgR2VuZXJhbCBQdWJsaWMKKyAqIExpY2Vuc2UgYWxvbmcgd2l0aCB0 aGlzIGxpYnJhcnk7IElmIG5vdCwgc2VlIDxodHRwOi8vd3d3LmdudS5vcmcvbGljZW5zZXMvPi4K KyAqLworCisjaW5jbHVkZSAieGVudG9vbGxvZy5oIgorCisjaW5jbHVkZSA8YXNzZXJ0Lmg+Cisj aW5jbHVkZSA8ZXJybm8uaD4KKyNpbmNsdWRlIDxsaW1pdHMuaD4KKworc3RhdGljIGNvbnN0IGNo YXIgKmxldmVsX3N0cmluZ3NbWFRMX05VTV9MRVZFTFNdPSB7CivCoMKgwqDCoCJbQlVHOlhUTF9O T05FXSIsCivCoMKgwqDCoCJkZWJ1ZyIsICJ2ZXJib3NlIiwgImRldGFpbCIswqDCoC8qIG5vcm1h bGx5IG9mZiBieSBkZWZhdWx0ICovCivCoMKgwqDCoCJwcm9ncmVzcyIsICJpbmZvIiwgIm5vdGlj ZSIswqDCoC8qIG5vdCBhIHByb2JsZW0gKi8KK8KgwqDCoMKgIndhcm5pbmciLCAiZXJyb3IiLCAi Y3JpdGljYWwiIC8qIHByb2JsZW1zIGFuZCBlcnJvcnMgKi8KK307CisKK2NvbnN0IGNoYXIgKnh0 bF9sZXZlbF90b19zdHJpbmcoeGVudG9vbGxvZ19sZXZlbCBsZXZlbCkgeworwqDCoMKgwqBhc3Nl cnQobGV2ZWwgPj0gMCAmJiBsZXZlbCA8IFhUTF9OVU1fTEVWRUxTKTsKK8KgwqDCoMKgcmV0dXJu IGxldmVsX3N0cmluZ3NbbGV2ZWxdOworfQorCit2b2lkIHh0bF9sb2d2KHN0cnVjdCB4ZW50b29s bG9nX2xvZ2dlciAqbG9nZ2VyLAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoHhlbnRvb2xs b2dfbGV2ZWwgbGV2ZWwsCivCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgaW50IGVycm5vdmFs IC8qIG9yIC0xICovLAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoGNvbnN0IGNoYXIgKmNv bnRleHQgLyogZWcgInhjIiwgInhlbnN0b3JlIiwgInhsIiAqLywKK8KgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqBjb25zdCBjaGFyICpmb3JtYXQgLyogZG9lcyBub3QgY29udGFpbiBcbiAqLywK K8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB2YV9saXN0IGFsKSB7CivCoMKgwqDCoGludCBl cnJub19zYXZlID0gZXJybm87CivCoMKgwqDCoGFzc2VydChsZXZlbCA+IFhUTF9OT05FICYmIGxl dmVsIDwgWFRMX05VTV9MRVZFTFMpOworwqDCoMKgwqBsb2dnZXItPnZtZXNzYWdlKGxvZ2dlcixs ZXZlbCxlcnJub3ZhbCxjb250ZXh0LGZvcm1hdCxhbCk7CivCoMKgwqDCoGVycm5vID0gZXJybm9f c2F2ZTsKK30KKwordm9pZCB4dGxfbG9nKHN0cnVjdCB4ZW50b29sbG9nX2xvZ2dlciAqbG9nZ2Vy LAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB4ZW50b29sbG9nX2xldmVsIGxldmVsLAorwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBpbnQgZXJybm92YWwgLyogb3IgLTEgKi8sCivCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoGNvbnN0IGNoYXIgKmNvbnRleHQgLyogZWcgInhjIiwgInhlbnN0 b3JlIiwgInhsIiAqLywKK8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgY29uc3QgY2hhciAqZm9y bWF0IC8qIGRvZXMgbm90IGNvbnRhaW4gXG4gKi8sCivCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oC4uLikgeworwqDCoMKgwqB2YV9saXN0IGFsOworwqDCoMKgwqB2YV9zdGFydChhbCxmb3JtYXQp OworwqDCoMKgwqB4dGxfbG9ndihsb2dnZXIsbGV2ZWwsZXJybm92YWwsY29udGV4dCxmb3JtYXQs YWwpOworwqDCoMKgwqB2YV9lbmQoYWwpOworfQorCit2b2lkIHh0bF9wcm9ncmVzcyhzdHJ1Y3Qg eGVudG9vbGxvZ19sb2dnZXIgKmxvZ2dlciwKK8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoGNvbnN0IGNoYXIgKmNvbnRleHQsIGNvbnN0IGNoYXIgKmRvaW5nX3doYXQsCivCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB1bnNpZ25lZCBsb25nIGRvbmUsIHVuc2ln bmVkIGxvbmcgdG90YWwpIHsKK8KgwqDCoMKgaW50IHBlcmNlbnQgPSAwOworCivCoMKgwqDCoGlm ICghbG9nZ2VyLT5wcm9ncmVzcykgcmV0dXJuOworCivCoMKgwqDCoGlmICggdG90YWwgKQorwqDC oMKgwqDCoMKgwqDCoHBlcmNlbnQgPSAodG90YWwgPCBMT05HX01BWC8xMDApCivCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqA/IChkb25lICogMTAwKSAvIHRvdGFsCivCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqA6IGRvbmUgLyAoKHRvdGFsICsgOTkpIC8gMTAwKTsKKworwqDCoMKgwqBsb2dnZXItPnBy b2dyZXNzKGxvZ2dlciwgY29udGV4dCwgZG9pbmdfd2hhdCwgcGVyY2VudCwgZG9uZSwgdG90YWwp OworfQorCit2b2lkIHh0bF9sb2dnZXJfZGVzdHJveShzdHJ1Y3QgeGVudG9vbGxvZ19sb2dnZXIg KmxvZ2dlcikgeworwqDCoMKgwqBpZiAoIWxvZ2dlcikgcmV0dXJuOworwqDCoMKgwqBsb2dnZXIt PmRlc3Ryb3kobG9nZ2VyKTsKK30KZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnhjL3h0bF9sb2dnZXJf c3RkaW8uYyBiL3Rvb2xzL2xpYnhjL3h0bF9sb2dnZXJfc3RkaW8uYwpuZXcgZmlsZSBtb2RlIDEw MDY0NAppbmRleCAwMDAwMDAwLi4wY2Q5MjA2Ci0tLSAvZGV2L251bGwKKysrIGIvdG9vbHMvbGli eGMveHRsX2xvZ2dlcl9zdGRpby5jCkBAIC0wLDAgKzEsMTkyIEBACisvKgorICogeHRsX2xvZ2dl cl9zdGRpby5jCisgKgorICogbG9nIG1lc3NhZ2UgY29uc3VtZXIgdGhhdCB3cml0ZXMgdG8gc3Rk aW8KKyAqCisgKiBDb3B5cmlnaHQgKGMpIDIwMTAgQ2l0cml4CisgKiBQYXJ0IG9mIGEgZ2VuZXJp YyBsb2dnaW5nIGludGVyZmFjZSB1c2VkIGJ5IHZhcmlvdXMgZG9tMCB1c2VybGFuZCBsaWJyYXJp ZXMuCisgKgorICogVGhpcyBsaWJyYXJ5IGlzIGZyZWUgc29mdHdhcmU7IHlvdSBjYW4gcmVkaXN0 cmlidXRlIGl0IGFuZC9vcgorICogbW9kaWZ5IGl0IHVuZGVyIHRoZSB0ZXJtcyBvZiB0aGUgR05V IExlc3NlciBHZW5lcmFsIFB1YmxpYworICogTGljZW5zZSBhcyBwdWJsaXNoZWQgYnkgdGhlIEZy ZWUgU29mdHdhcmUgRm91bmRhdGlvbjsKKyAqIHZlcnNpb24gMi4xIG9mIHRoZSBMaWNlbnNlLgor ICoKKyAqIFRoaXMgbGlicmFyeSBpcyBkaXN0cmlidXRlZCBpbiB0aGUgaG9wZSB0aGF0IGl0IHdp bGwgYmUgdXNlZnVsLAorICogYnV0IFdJVEhPVVQgQU5ZIFdBUlJBTlRZOyB3aXRob3V0IGV2ZW4g dGhlIGltcGxpZWQgd2FycmFudHkgb2YKKyAqIE1FUkNIQU5UQUJJTElUWSBvciBGSVRORVNTIEZP UiBBIFBBUlRJQ1VMQVIgUFVSUE9TRS7CoMKgU2VlIHRoZSBHTlUKKyAqIExlc3NlciBHZW5lcmFs IFB1YmxpYyBMaWNlbnNlIGZvciBtb3JlIGRldGFpbHMuCisgKgorICogWW91IHNob3VsZCBoYXZl IHJlY2VpdmVkIGEgY29weSBvZiB0aGUgR05VIExlc3NlciBHZW5lcmFsIFB1YmxpYworICogTGlj ZW5zZSBhbG9uZyB3aXRoIHRoaXMgbGlicmFyeTsgSWYgbm90LCBzZWUgPGh0dHA6Ly93d3cuZ251 Lm9yZy9saWNlbnNlcy8+LgorICovCisKKyNpbmNsdWRlICJ4ZW50b29sbG9nLmgiCisKKyNpbmNs dWRlIDx0aW1lLmg+CisjaW5jbHVkZSA8dW5pc3RkLmg+CisjaW5jbHVkZSA8c3RyaW5nLmg+Cisj aW5jbHVkZSA8c3RkbGliLmg+CisjaW5jbHVkZSA8ZXJybm8uaD4KKyNpbmNsdWRlIDxzdGRib29s Lmg+CisKK3N0cnVjdCB4ZW50b29sbG9nX2xvZ2dlcl9zdGRpb3N0cmVhbSB7CivCoMKgwqDCoHhl bnRvb2xsb2dfbG9nZ2VyIHZ0YWJsZTsKK8KgwqDCoMKgRklMRSAqZjsKK8KgwqDCoMKgeGVudG9v bGxvZ19sZXZlbCBtaW5fbGV2ZWw7CivCoMKgwqDCoHVuc2lnbmVkIGZsYWdzOworwqDCoMKgwqBp bnQgcHJvZ3Jlc3NfZXJhc2VfbGVuLCBwcm9ncmVzc19sYXN0X3BlcmNlbnQ7CivCoMKgwqDCoGJv b2wgcHJvZ3Jlc3NfdXNlX2NyOworfTsKKworc3RhdGljIHZvaWQgcHJvZ3Jlc3NfZXJhc2UoeGVu dG9vbGxvZ19sb2dnZXJfc3RkaW9zdHJlYW0gKmxnKSB7CivCoMKgwqDCoGlmIChsZy0+cHJvZ3Jl c3NfZXJhc2VfbGVuKQorwqDCoMKgwqDCoMKgwqDCoGZwcmludGYobGctPmYsICJcciUqc1xyIiwg bGctPnByb2dyZXNzX2VyYXNlX2xlbiwgIiIpOworfQorCitzdGF0aWMgdm9pZCBzdGRpb3N0cmVh bV92bWVzc2FnZSh4ZW50b29sbG9nX2xvZ2dlciAqbG9nZ2VyX2luLAorwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgeGVudG9v bGxvZ19sZXZlbCBsZXZlbCwKK8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoGludCBlcnJub3ZhbCwKK8KgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoGNvbnN0 IGNoYXIgKmNvbnRleHQsCivCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBjb25zdCBjaGFyICpmb3JtYXQsCivCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB2 YV9saXN0IGFsKSB7CivCoMKgwqDCoHhlbnRvb2xsb2dfbG9nZ2VyX3N0ZGlvc3RyZWFtICpsZyA9 ICh2b2lkKilsb2dnZXJfaW47CisKK8KgwqDCoMKgaWYgKGxldmVsIDwgbGctPm1pbl9sZXZlbCkK K8KgwqDCoMKgwqDCoMKgwqByZXR1cm47CisKK8KgwqDCoMKgcHJvZ3Jlc3NfZXJhc2UobGcpOwor CivCoMKgwqDCoGlmIChsZy0+ZmxhZ3MgJiBYVExfU1RESU9TVFJFQU1fU0hPV19EQVRFKSB7CivC oMKgwqDCoMKgwqDCoMKgc3RydWN0IHRtIGx0X2J1ZjsKK8KgwqDCoMKgwqDCoMKgwqB0aW1lX3Qg bm93ID0gdGltZSgwKTsKK8KgwqDCoMKgwqDCoMKgwqBzdHJ1Y3QgdG0gKmx0PSBsb2NhbHRpbWVf cigmbm93LCAmbHRfYnVmKTsKK8KgwqDCoMKgwqDCoMKgwqBpZiAobHQgIT0gTlVMTCkKK8KgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoGZwcmludGYobGctPmYsICIlMDRkLSUwMmQtJTAyZCAlMDJkOiUw MmQ6JTAyZCAlcyAiLAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoGx0 LT50bV95ZWFyKzE5MDAsIGx0LT50bV9tb24rMSwgbHQtPnRtX21kYXksCivCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgbHQtPnRtX2hvdXIsIGx0LT50bV9taW4sIGx0LT50 bV9zZWMsCivCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgdHpuYW1lWyEh bHQtPnRtX2lzZHN0XSk7CivCoMKgwqDCoMKgwqDCoMKgZWxzZQorwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgZnByaW50ZihsZy0+ZiwgIltsb2NhbHRpbWVfciBmYWlsZWQ6ICVkXSAiLCBlcnJubyk7 CivCoMKgwqDCoH0KK8KgwqDCoMKgaWYgKGxnLT5mbGFncyAmIFhUTF9TVERJT1NUUkVBTV9TSE9X X1BJRCkKK8KgwqDCoMKgwqDCoMKgwqBmcHJpbnRmKGxnLT5mLCAiWyVsdV0gIiwgKHVuc2lnbmVk IGxvbmcpZ2V0cGlkKCkpOworCivCoMKgwqDCoGlmIChjb250ZXh0KQorwqDCoMKgwqDCoMKgwqDC oGZwcmludGYobGctPmYsICIlczogIiwgY29udGV4dCk7CisKK8KgwqDCoMKgZnByaW50ZihsZy0+ ZiwgIiVzOiAiLCB4dGxfbGV2ZWxfdG9fc3RyaW5nKGxldmVsKSk7CisKK8KgwqDCoMKgdmZwcmlu dGYobGctPmYsIGZvcm1hdCwgYWwpOworCivCoMKgwqDCoGlmIChlcnJub3ZhbCA+PSAwKQorwqDC oMKgwqDCoMKgwqDCoGZwcmludGYobGctPmYsICI6ICVzIiwgc3RyZXJyb3IoZXJybm92YWwpKTsK KworwqDCoMKgwqBwdXRjKCdcbicsIGxnLT5mKTsKK8KgwqDCoMKgZmZsdXNoKGxnLT5mKTsKK30K Kworc3RhdGljIHZvaWQgc3RkaW9zdHJlYW1fbWVzc2FnZShzdHJ1Y3QgeGVudG9vbGxvZ19sb2dn ZXIgKmxvZ2dlcl9pbiwKK8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB4ZW50b29sbG9nX2xldmVsIGxldmVsLAorwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoGNv bnN0IGNoYXIgKmNvbnRleHQsCivCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgY29uc3QgY2hhciAqZm9ybWF0LCAuLi4pCit7CivC oMKgwqDCoHZhX2xpc3QgYWw7CivCoMKgwqDCoHZhX3N0YXJ0KGFsLGZvcm1hdCk7CivCoMKgwqDC oHN0ZGlvc3RyZWFtX3ZtZXNzYWdlKGxvZ2dlcl9pbiwgbGV2ZWwsIC0xLCBjb250ZXh0LCBmb3Jt YXQsIGFsKTsKK8KgwqDCoMKgdmFfZW5kKGFsKTsKK30KKworc3RhdGljIHZvaWQgc3RkaW9zdHJl YW1fcHJvZ3Jlc3Moc3RydWN0IHhlbnRvb2xsb2dfbG9nZ2VyICpsb2dnZXJfaW4sCivCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqBjb25zdCBjaGFyICpjb250ZXh0LAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgY29uc3QgY2hhciAqZG9pbmdfd2hhdCwg aW50IHBlcmNlbnQsCivCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqB1bnNpZ25lZCBsb25nIGRvbmUsIHVuc2lnbmVkIGxvbmcg dG90YWwpIHsKK8KgwqDCoMKgeGVudG9vbGxvZ19sb2dnZXJfc3RkaW9zdHJlYW0gKmxnID0gKHZv aWQqKWxvZ2dlcl9pbjsKK8KgwqDCoMKgaW50IG5ld3BlbCwgZXh0cmFfZXJhc2U7CivCoMKgwqDC oHhlbnRvb2xsb2dfbGV2ZWwgdGhpc19sZXZlbDsKKworwqDCoMKgwqBpZiAobGctPmZsYWdzICYg WFRMX1NURElPU1RSRUFNX0hJREVfUFJPR1JFU1MpCivCoMKgwqDCoMKgwqDCoMKgcmV0dXJuOwor CivCoMKgwqDCoGlmIChwZXJjZW50IDwgbGctPnByb2dyZXNzX2xhc3RfcGVyY2VudCkgeworwqDC oMKgwqDCoMKgwqDCoHRoaXNfbGV2ZWwgPSBYVExfUFJPR1JFU1M7CivCoMKgwqDCoH0gZWxzZSBp ZiAocGVyY2VudCA9PSBsZy0+cHJvZ3Jlc3NfbGFzdF9wZXJjZW50KSB7CivCoMKgwqDCoMKgwqDC oMKgcmV0dXJuOworwqDCoMKgwqB9IGVsc2UgaWYgKHBlcmNlbnQgPCBsZy0+cHJvZ3Jlc3NfbGFz dF9wZXJjZW50ICsgNSkgeworwqDCoMKgwqDCoMKgwqDCoHRoaXNfbGV2ZWwgPSBYVExfREVUQUlM OworwqDCoMKgwqB9IGVsc2UgeworwqDCoMKgwqDCoMKgwqDCoHRoaXNfbGV2ZWwgPSBYVExfUFJP R1JFU1M7CivCoMKgwqDCoH0KKworwqDCoMKgwqBpZiAodGhpc19sZXZlbCA8IGxnLT5taW5fbGV2 ZWwpCivCoMKgwqDCoMKgwqDCoMKgcmV0dXJuOworCivCoMKgwqDCoGxnLT5wcm9ncmVzc19sYXN0 X3BlcmNlbnQgPSBwZXJjZW50OworCivCoMKgwqDCoGlmICghbGctPnByb2dyZXNzX3VzZV9jcikg eworwqDCoMKgwqDCoMKgwqDCoHN0ZGlvc3RyZWFtX21lc3NhZ2UobG9nZ2VyX2luLCB0aGlzX2xl dmVsLCBjb250ZXh0LAorwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqAiJXM6ICVsdS8lbHXCoMKgJTNkJSUiLAorwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBkb2luZ193aGF0LCBkb25lLCB0 b3RhbCwgcGVyY2VudCk7CivCoMKgwqDCoMKgwqDCoMKgcmV0dXJuOworwqDCoMKgwqB9CisKK8Kg wqDCoMKgaWYgKGxnLT5wcm9ncmVzc19lcmFzZV9sZW4pCivCoMKgwqDCoMKgwqDCoMKgcHV0Yygn XHInLCBsZy0+Zik7CisKK8KgwqDCoMKgbmV3cGVsID0gZnByaW50ZihsZy0+ZiwgIiVzJXMiICIl czogJWx1LyVsdcKgwqAlM2QlJSVzIiwKK8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoGNvbnRleHQ/Y29udGV4dDoiIiwgY29udGV4dD8iOiAiOiIiLAorwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgZG9pbmdfd2hhdCwgZG9uZSwgdG90YWws IHBlcmNlbnQsCisJCcKgwqDCoMKgwqBkb25lID09IHRvdGFsID8gIlxuIiA6ICIiKTsKKworwqDC oMKgwqBleHRyYV9lcmFzZSA9IGxnLT5wcm9ncmVzc19lcmFzZV9sZW4gLSBuZXdwZWw7CivCoMKg wqDCoGlmIChleHRyYV9lcmFzZSA+IDApCivCoMKgwqDCoMKgwqDCoMKgZnByaW50ZihsZy0+Ziwg IiUqc1xyIiwgZXh0cmFfZXJhc2UsICIiKTsKKworwqDCoMKgwqBsZy0+cHJvZ3Jlc3NfZXJhc2Vf bGVuID0gbmV3cGVsOworfQorCitzdGF0aWMgdm9pZCBzdGRpb3N0cmVhbV9kZXN0cm95KHN0cnVj dCB4ZW50b29sbG9nX2xvZ2dlciAqbG9nZ2VyX2luKSB7CivCoMKgwqDCoHhlbnRvb2xsb2dfbG9n Z2VyX3N0ZGlvc3RyZWFtICpsZyA9ICh2b2lkKilsb2dnZXJfaW47CivCoMKgwqDCoHByb2dyZXNz X2VyYXNlKGxnKTsKK8KgwqDCoMKgZnJlZShsZyk7Cit9CisKK3ZvaWQgeHRsX3N0ZGlvc3RyZWFt X3NldF9taW5sZXZlbCh4ZW50b29sbG9nX2xvZ2dlcl9zdGRpb3N0cmVhbSAqbGcsCivCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoHhlbnRvb2xsb2dfbGV2ZWwgbWluX2xldmVsKSB7CivCoMKgwqDCoGxnLT5taW5fbGV2ZWwg PSBtaW5fbGV2ZWw7Cit9CisKK3ZvaWQgeHRsX3N0ZGlvc3RyZWFtX2FkanVzdF9mbGFncyh4ZW50 b29sbG9nX2xvZ2dlcl9zdGRpb3N0cmVhbSAqbGcsCivCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoHVuc2lnbmVkIHNldF9m bGFncywgdW5zaWduZWQgY2xlYXJfZmxhZ3MpIHsKK8KgwqDCoMKgdW5zaWduZWQgbmV3X2ZsYWdz ID0gKGxnLT5mbGFncyAmIH5jbGVhcl9mbGFncykgfCBzZXRfZmxhZ3M7CivCoMKgwqDCoGlmIChu ZXdfZmxhZ3MgJiBYVExfU1RESU9TVFJFQU1fSElERV9QUk9HUkVTUykKK8KgwqDCoMKgwqDCoMKg wqBwcm9ncmVzc19lcmFzZShsZyk7CivCoMKgwqDCoGxnLT5mbGFncyA9IG5ld19mbGFnczsKK30K KworeGVudG9vbGxvZ19sb2dnZXJfc3RkaW9zdHJlYW0gKnh0bF9jcmVhdGVsb2dnZXJfc3RkaW9z dHJlYW0KK8KgwqDCoMKgwqDCoMKgwqAoRklMRSAqZiwgeGVudG9vbGxvZ19sZXZlbCBtaW5fbGV2 ZWwsIHVuc2lnbmVkIGZsYWdzKSB7CivCoMKgwqDCoHhlbnRvb2xsb2dfbG9nZ2VyX3N0ZGlvc3Ry ZWFtIG5ld2xvZ2dlcjsKKworwqDCoMKgwqBuZXdsb2dnZXIuZiA9IGY7CivCoMKgwqDCoG5ld2xv Z2dlci5taW5fbGV2ZWwgPSBtaW5fbGV2ZWw7CivCoMKgwqDCoG5ld2xvZ2dlci5mbGFncyA9IGZs YWdzOworCivCoMKgwqDCoHN3aXRjaCAoZmxhZ3MgJiAoWFRMX1NURElPU1RSRUFNX1BST0dSRVNT X1VTRV9DUiB8CivCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBYVExf U1RESU9TVFJFQU1fUFJPR1JFU1NfTk9fQ1IpKSB7CivCoMKgwqDCoGNhc2UgWFRMX1NURElPU1RS RUFNX1BST0dSRVNTX1VTRV9DUjogbmV3bG9nZ2VyLnByb2dyZXNzX3VzZV9jciA9IDE7IGJyZWFr OworwqDCoMKgwqBjYXNlIFhUTF9TVERJT1NUUkVBTV9QUk9HUkVTU19OT19DUjrCoMKgbmV3bG9n Z2VyLnByb2dyZXNzX3VzZV9jciA9IDA7IGJyZWFrOworwqDCoMKgwqBjYXNlIDA6CivCoMKgwqDC oMKgwqDCoMKgbmV3bG9nZ2VyLnByb2dyZXNzX3VzZV9jciA9IGlzYXR0eShmaWxlbm8obmV3bG9n Z2VyLmYpKSA+IDA7CivCoMKgwqDCoMKgwqDCoMKgYnJlYWs7CivCoMKgwqDCoGRlZmF1bHQ6CivC oMKgwqDCoMKgwqDCoMKgZXJybm8gPSBFSU5WQUw7CivCoMKgwqDCoMKgwqDCoMKgcmV0dXJuIDA7 CivCoMKgwqDCoH0KKworwqDCoMKgwqBpZiAobmV3bG9nZ2VyLmZsYWdzICYgWFRMX1NURElPU1RS RUFNX1NIT1dfREFURSkgdHpzZXQoKTsKKworwqDCoMKgwqBuZXdsb2dnZXIucHJvZ3Jlc3NfZXJh c2VfbGVuID0gMDsKK8KgwqDCoMKgbmV3bG9nZ2VyLnByb2dyZXNzX2xhc3RfcGVyY2VudCA9IDA7 CisKK8KgwqDCoMKgcmV0dXJuIFhUTF9ORVdfTE9HR0VSKHN0ZGlvc3RyZWFtLCBuZXdsb2dnZXIp OworfQpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlieGwvTWFrZWZpbGUgYi90b29scy9saWJ4bC9NYWtl ZmlsZQppbmRleCAyYWJhZTBjLi42ZmY1YmVlIDEwMDY0NAotLS0gYS90b29scy9saWJ4bC9NYWtl ZmlsZQorKysgYi90b29scy9saWJ4bC9NYWtlZmlsZQpAQCAtMjAsMTIgKzIwLDExIEBAIExJQlVV SURfTElCUyArPSAtbHV1aWQKwqBlbmRpZgrCoArCoExJQlhMX0xJQlMgPQotTElCWExfTElCUyA9 ICQoTERMSUJTX2xpYnhlbnRvb2xsb2cpICQoTERMSUJTX2xpYnhlbmN0cmwpICQoTERMSUJTX2xp Ynhlbmd1ZXN0KSAkKExETElCU19saWJ4ZW5zdG9yZSkgJChMRExJQlNfbGliYmxrdGFwY3RsKSAk KFBUWUZVTkNTX0xJQlMpICQoTElCVVVJRF9MSUJTKQorTElCWExfTElCUyA9ICQoTERMSUJTX2xp YnhlbmN0cmwpICQoTERMSUJTX2xpYnhlbmd1ZXN0KSAkKExETElCU19saWJ4ZW5zdG9yZSkgJChM RExJQlNfbGliYmxrdGFwY3RsKSAkKFBUWUZVTkNTX0xJQlMpICQoTElCVVVJRF9MSUJTKQrCoGlm ZXEgKCQoQ09ORklHX1JFTVVTX05FVEJVRikseSkKwqBMSUJYTF9MSUJTICs9ICQoTElCTkwzX0xJ QlMpCsKgZW5kaWYKwqAKLUNGTEFHU19MSUJYTCArPSAkKENGTEFHU19saWJ4ZW50b29sbG9nKQrC oENGTEFHU19MSUJYTCArPSAkKENGTEFHU19saWJ4ZW5jdHJsKQrCoENGTEFHU19MSUJYTCArPSAk KENGTEFHU19saWJ4ZW5ndWVzdCkKwqBDRkxBR1NfTElCWEwgKz0gJChDRkxBR1NfbGlieGVuc3Rv cmUpCkBAIC0xNTAsNyArMTQ5LDcgQEAgQ0ZMQUdTX1hMICs9IC1Xc2hhZG93CsKgCsKgWExfT0JK UyA9IHhsLm8geGxfY21kaW1wbC5vIHhsX2NtZHRhYmxlLm8geGxfc3hwLm8KwqAkKFhMX09CSlMp ICQoVEVTVF9QUk9HX09CSlMpIF9saWJ4bC5hcGktZm9yLWNoZWNrOiBcCi3CoMKgwqDCoMKgwqDC oMKgwqDCoMKgwqBDRkxBR1MgKz0gJChDRkxBR1NfbGlieGVudG9vbGxvZykKK8KgwqDCoMKgwqDC oMKgwqDCoMKgwqDCoENGTEFHUyArPSAkKENGTEFHU19saWJ4ZW5jdHJsKSAjIEZvciB4ZW50b29s bG9nLmgKwqAkKFhMX09CSlMpOiBDRkxBR1MgKz0gJChDRkxBR1NfWEwpCsKgJChYTF9PQkpTKTog Q0ZMQUdTICs9IC1pbmNsdWRlICQoWEVOX1JPT1QpL3Rvb2xzL2NvbmZpZy5oICMgbGlieGxfanNv bi5oIG5lZWRzIGl0LgrCoApAQCAtMjU0LDE5ICsyNTMsMTkgQEAgbGlieGx1dGlsLmE6ICQoTElC WExVX09CSlMpCsKgCSQoQVIpIHJjcyBsaWJ4bHV0aWwuYSAkXgrCoArCoHhsOiAkKFhMX09CSlMp IGxpYnhsdXRpbC5zbyBsaWJ4ZW5saWdodC5zbwotCSQoQ0MpICQoTERGTEFHUykgLW8gJEAgJChY TF9PQkpTKSBsaWJ4bHV0aWwuc28gJChMRExJQlNfbGlieGVubGlnaHQpICQoTERMSUJTX2xpYnhl bnRvb2xsb2cpIC1seWFqbCAkKEFQUEVORF9MREZMQUdTKQorCSQoQ0MpICQoTERGTEFHUykgLW8g JEAgJChYTF9PQkpTKSBsaWJ4bHV0aWwuc28gJChMRExJQlNfbGlieGVubGlnaHQpICQoTERMSUJT X2xpYnhlbmN0cmwpIC1seWFqbCAkKEFQUEVORF9MREZMQUdTKQrCoArCoHhlbi1pbml0LWRvbTA6 ICQoWEVOX0lOSVRfRE9NMF9PQkpTKSBsaWJ4ZW5saWdodC5zbwotCSQoQ0MpICQoTERGTEFHUykg LW8gJEAgJChYRU5fSU5JVF9ET00wX09CSlMpICQoTERMSUJTX2xpYnhlbnN0b3JlKSAkKExETElC U19saWJ4ZW5saWdodCkgJChMRExJQlNfbGlieGVudG9vbGxvZykgJChBUFBFTkRfTERGTEFHUykK KwkkKENDKSAkKExERkxBR1MpIC1vICRAICQoWEVOX0lOSVRfRE9NMF9PQkpTKSAkKExETElCU19s aWJ4ZW5zdG9yZSkgJChMRExJQlNfbGlieGVubGlnaHQpICQoTERMSUJTX2xpYnhlbmN0cmwpICQo QVBQRU5EX0xERkxBR1MpCsKgCsKgdGVzdF8lOiB0ZXN0XyUubyB0ZXN0X2NvbW1vbi5vIGxpYnhs dXRpbC5zbyBsaWJ4ZW5saWdodF90ZXN0LnNvCi0JJChDQykgJChMREZMQUdTKSAtbyAkQCAkXiAk KGZpbHRlci1vdXQgJWxpYnhlbmxpZ2h0LnNvLCAkKExETElCU19saWJ4ZW5saWdodCkpICQoTERM SUJTX2xpYnhlbnRvb2xsb2cpIC1seWFqbCAkKEFQUEVORF9MREZMQUdTKQorCSQoQ0MpICQoTERG TEFHUykgLW8gJEAgJF4gJChmaWx0ZXItb3V0ICVsaWJ4ZW5saWdodC5zbywgJChMRExJQlNfbGli eGVubGlnaHQpKSAkKExETElCU19saWJ4ZW5jdHJsKSAtbHlhamwgJChBUFBFTkRfTERGTEFHUykK wqAKwqBsaWJ4bC1zYXZlLWhlbHBlcjogJChTQVZFX0hFTFBFUl9PQkpTKSBsaWJ4ZW5saWdodC5z bwotCSQoQ0MpICQoTERGTEFHUykgLW8gJEAgJChTQVZFX0hFTFBFUl9PQkpTKSAkKExETElCU19s aWJ4ZW50b29sbG9nKSAkKExETElCU19saWJ4ZW5jdHJsKSAkKExETElCU19saWJ4ZW5ndWVzdCkg JChBUFBFTkRfTERGTEFHUykKKwkkKENDKSAkKExERkxBR1MpIC1vICRAICQoU0FWRV9IRUxQRVJf T0JKUykgJChMRExJQlNfbGlieGVuY3RybCkgJChMRExJQlNfbGlieGVuZ3Vlc3QpICQoQVBQRU5E X0xERkxBR1MpCsKgCsKgdGVzdGlkbDogdGVzdGlkbC5vIGxpYnhsdXRpbC5zbyBsaWJ4ZW5saWdo dC5zbwotCSQoQ0MpICQoTERGTEFHUykgLW8gJEAgdGVzdGlkbC5vIGxpYnhsdXRpbC5zbyAkKExE TElCU19saWJ4ZW5saWdodCkgJChMRExJQlNfbGlieGVudG9vbGxvZykgJChBUFBFTkRfTERGTEFH UykKKwkkKENDKSAkKExERkxBR1MpIC1vICRAIHRlc3RpZGwubyBsaWJ4bHV0aWwuc28gJChMRExJ QlNfbGlieGVubGlnaHQpICQoTERMSUJTX2xpYnhlbmN0cmwpICQoQVBQRU5EX0xERkxBR1MpCsKg CsKgJChQS0dfQ09ORklHKTogJSA6ICUuaW4gTWFrZWZpbGUKwqAJQHNlZCAtZSAncy9AQHZlcnNp b25AQC8kKE1BSk9SKS4kKE1JTk9SKS9nJyA8ICQ8ID4gJEAubmV3CmRpZmYgLS1naXQgYS90b29s cy9vY2FtbC9saWJzL3hlbnRvb2xsb2cvTWFrZWZpbGUgYi90b29scy9vY2FtbC9saWJzL3hlbnRv b2xsb2cvTWFrZWZpbGUKaW5kZXggOGFlMGE3OC4uNjY2ZWI2NiAxMDA2NDQKLS0tIGEvdG9vbHMv b2NhbWwvbGlicy94ZW50b29sbG9nL01ha2VmaWxlCisrKyBiL3Rvb2xzL29jYW1sL2xpYnMveGVu dG9vbGxvZy9NYWtlZmlsZQpAQCAtNSw3ICs1LDcgQEAgaW5jbHVkZSAkKFRPUExFVkVMKS9jb21t b24ubWFrZQrCoCMgYWxsb3cgbWl4ZWQgZGVjbGFyYXRpb25zIGFuZCBjb2RlCsKgQ0ZMQUdTICs9 IC1Xbm8tZGVjbGFyYXRpb24tYWZ0ZXItc3RhdGVtZW50CsKgCi1DRkxBR1MgKz0gJChDRkxBR1Nf bGlieGVudG9vbGxvZykKK0NGTEFHUyArPSAkKENGTEFHU19saWJ4ZW5jdHJsKSAkKENGTEFHU19s aWJ4ZW5ndWVzdCkKwqBDRkxBR1MgKz0gJChBUFBFTkRfQ0ZMQUdTKQrCoE9DQU1MSU5DTFVERSAr PQrCoApAQCAtMTMsNyArMTMsNyBAQCBPQkpTID0geGVudG9vbGxvZwrCoElOVEYgPSB4ZW50b29s bG9nLmNtaQrCoExJQlMgPSB4ZW50b29sbG9nLmNtYSB4ZW50b29sbG9nLmNteGEKwqAKLUxJQlNf eGVudG9vbGxvZyA9ICQoTERMSUJTX2xpYnhlbnRvb2xsb2cpCitMSUJTX3hlbnRvb2xsb2cgPSAk KExETElCU19saWJ4ZW5jdHJsKQrCoArCoHhlbnRvb2xsb2dfT0JKUyA9ICQoT0JKUykKwqB4ZW50 b29sbG9nX0NfT0JKUyA9IHhlbnRvb2xsb2dfc3R1YnMKQEAgLTQ5LDcgKzQ5LDcgQEAgeGVudG9v bGxvZy5tbGk6IHhlbnRvb2xsb2cubWxpLmluIF94dGxfbGV2ZWxzLm1saS5pbgrCoArCoGxpYnM6 ICQoTElCUykKwqAKLV94dGxfbGV2ZWxzLm1sLmluIF94dGxfbGV2ZWxzLm1saS5pbiBfeHRsX2xl dmVscy5pbmM6IGdlbmxldmVscy5weSAkKFhFTl9ST09UKS90b29scy9saWJzL3Rvb2xsb2cvaW5j bHVkZS94ZW50b29sbG9nLmgKK194dGxfbGV2ZWxzLm1sLmluIF94dGxfbGV2ZWxzLm1saS5pbiBf eHRsX2xldmVscy5pbmM6IGdlbmxldmVscy5weSAkKFhFTl9ST09UKS90b29scy9saWJ4Yy9pbmNs dWRlL3hlbnRvb2xsb2cuaArCoAkkKFBZVEhPTikgZ2VubGV2ZWxzLnB5IF94dGxfbGV2ZWxzLm1s aS5pbiBfeHRsX2xldmVscy5tbC5pbiBfeHRsX2xldmVscy5pbmMKwqAKwqAuUEhPTlk6IGluc3Rh bGwKZGlmZiAtLWdpdCBhL3Rvb2xzL29jYW1sL2xpYnMveGVudG9vbGxvZy9nZW5sZXZlbHMucHkg Yi90b29scy9vY2FtbC9saWJzL3hlbnRvb2xsb2cvZ2VubGV2ZWxzLnB5CmluZGV4IDhjMjMzYzUu LjY1ZDMzNGYgMTAwNzU1Ci0tLSBhL3Rvb2xzL29jYW1sL2xpYnMveGVudG9vbGxvZy9nZW5sZXZl bHMucHkKKysrIGIvdG9vbHMvb2NhbWwvbGlicy94ZW50b29sbG9nL2dlbmxldmVscy5weQpAQCAt Myw3ICszLDcgQEAKwqBpbXBvcnQgc3lzCsKgCsKgZGVmIHJlYWRfbGV2ZWxzKCk6Ci0JZiA9IG9w ZW4oJy4uLy4uLy4uL2xpYnMvdG9vbGxvZy9pbmNsdWRlL3hlbnRvb2xsb2cuaCcsICdyJykKKwlm ID0gb3BlbignLi4vLi4vLi4vbGlieGMvaW5jbHVkZS94ZW50b29sbG9nLmgnLCAncicpCsKgCsKg CWxldmVscyA9IFtdCsKgCXJlY29yZCA9IEZhbHNlCmRpZmYgLS1naXQgYS90b29scy9weXRob24v c2V0dXAucHkgYi90b29scy9weXRob24vc2V0dXAucHkKaW5kZXggOTc3MWNjNC4uZmRiYTg2NiAx MDA2NDQKLS0tIGEvdG9vbHMvcHl0aG9uL3NldHVwLnB5CisrKyBiL3Rvb2xzL3B5dGhvbi9zZXR1 cC5weQpAQCAtNywxNyArNywxNiBAQCBYRU5fUk9PVCA9ICIuLi8uLiIKwqBleHRyYV9jb21waWxl X2FyZ3PCoMKgPSBbICItZm5vLXN0cmljdC1hbGlhc2luZyIsICItV2Vycm9yIiBdCsKgCsKgUEFU SF9YRU7CoMKgwqDCoMKgwqA9IFhFTl9ST09UICsgIi90b29scy9pbmNsdWRlIgotUEFUSF9MSUJY RU5UT09MTE9HID0gWEVOX1JPT1QgKyAiL3Rvb2xzL2xpYnMvdG9vbGxvZyIKwqBQQVRIX0xJQlhD wqDCoMKgwqA9IFhFTl9ST09UICsgIi90b29scy9saWJ4YyIKwqBQQVRIX0xJQlhMwqDCoMKgwqA9 IFhFTl9ST09UICsgIi90b29scy9saWJ4bCIKwqBQQVRIX1hFTlNUT1JFID0gWEVOX1JPT1QgKyAi L3Rvb2xzL3hlbnN0b3JlIgrCoArCoHhjID0gRXh0ZW5zaW9uKCJ4YyIsCsKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoMKgZXh0cmFfY29tcGlsZV9hcmdzID0gZXh0cmFfY29tcGlsZV9hcmdz LAotwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgaW5jbHVkZV9kaXJzwqDCoMKgwqDCoMKg wqA9IFsgUEFUSF9YRU4sIFBBVEhfTElCWEVOVE9PTExPRyArICIvaW5jbHVkZSIsIFBBVEhfTElC WEMgKyAiL2luY2x1ZGUiLCAieGVuL2xvd2xldmVsL3hjIiBdLAorwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgaW5jbHVkZV9kaXJzwqDCoMKgwqDCoMKgwqA9IFsgUEFUSF9YRU4sIFBBVEhf TElCWEMgKyAiL2luY2x1ZGUiLCAieGVuL2xvd2xldmVsL3hjIiBdLArCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgwqDCoGxpYnJhcnlfZGlyc8KgwqDCoMKgwqDCoMKgPSBbIFBBVEhfTElCWEMg XSwKwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqBsaWJyYXJpZXPCoMKgwqDCoMKgwqDC oMKgwqDCoD0gWyAieGVuY3RybCIsICJ4ZW5ndWVzdCIgXSwKLcKgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoGRlcGVuZHPCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqA9IFsgUEFUSF9MSUJYQyAr ICIvbGlieGVuY3RybC5zbyIsIFBBVEhfTElCWEMgKyAiL2xpYnhlbmd1ZXN0LnNvIizCoMKgIi1X bCwtcnBhdGgtbGluaz0iK1BBVEhfTElCWEVOVE9PTExPRyBdLAorwqDCoMKgwqDCoMKgwqDCoMKg wqDCoMKgwqDCoMKgZGVwZW5kc8KgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoD0gWyBQQVRIX0xJQlhD ICsgIi9saWJ4ZW5jdHJsLnNvIiwgUEFUSF9MSUJYQyArICIvbGlieGVuZ3Vlc3Quc28iIF0sCsKg wqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgwqDCoMKgc291cmNlc8KgwqDCoMKgwqDCoMKgwqDCoMKg wqDCoD0gWyAieGVuL2xvd2xldmVsL3hjL3hjLmMiIF0pCsKgCsKgeHMgPSBFeHRlbnNpb24oInhz IiwKZGlmZiAtLWdpdCBhL3Rvb2xzL3hlbnBhZ2luZy9NYWtlZmlsZSBiL3Rvb2xzL3hlbnBhZ2lu Zy9NYWtlZmlsZQppbmRleCBlNjNkODk0Li4yNDA3YTMwIDEwMDY0NAotLS0gYS90b29scy94ZW5w YWdpbmcvTWFrZWZpbGUKKysrIGIvdG9vbHMveGVucGFnaW5nL01ha2VmaWxlCkBAIC0zLDcgKzMs NyBAQCBpbmNsdWRlICQoWEVOX1JPT1QpL3Rvb2xzL1J1bGVzLm1rCsKgCsKgIyB4ZW5wYWdpbmcu YyBhbmQgZmlsZV9vcHMuYyBpbmNvcnJlY3RseSB1c2UgbGlieGMgaW50ZXJuYWxzCsKgQ0ZMQUdT ICs9ICQoQ0ZMQUdTX2xpYnhlbmN0cmwpICQoQ0ZMQUdTX2xpYnhlbnN0b3JlKSAkKFBUSFJFQURf Q0ZMQUdTKSAtSSQoWEVOX1JPT1QpL3Rvb2xzL2xpYnhjCi1MRExJQlMgKz0gJChMRExJQlNfbGli eGVudG9vbGxvZykgJChMRExJQlNfbGlieGVuY3RybCkgJChMRExJQlNfbGlieGVuc3RvcmUpICQo UFRIUkVBRF9MSUJTKQorTERMSUJTICs9ICQoTERMSUJTX2xpYnhlbmN0cmwpICQoTERMSUJTX2xp YnhlbnN0b3JlKSAkKFBUSFJFQURfTElCUykKwqBMREZMQUdTICs9ICQoUFRIUkVBRF9MREZMQUdT KQrCoArCoFBPTElDWcKgwqDCoMKgPSBkZWZhdWx0Cl9fX19fX19fX19fX19fX19fX19fX19fX19f X19fX19fX19fX19fX19fX19fX19fClhlbi1kZXZlbCBtYWlsaW5nIGxpc3QKWGVuLWRldmVsQGxp c3RzLnhlbi5vcmcKaHR0cDovL2xpc3RzLnhlbi5vcmcveGVuLWRldmVsCg== From xen-devel-bounces@lists.xen.org Thu Dec 10 12:05:39 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 10 Dec 2015 12:05:39 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a6zyd-00034r-3x; Thu, 10 Dec 2015 12:05:39 +0000 Received: from mail6.bemta4.messagelabs.com ([85.158.143.247]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a6zyb-00033O-5r for xen-devel@lists.xen.org; Thu, 10 Dec 2015 12:05:37 +0000 Received: from [85.158.143.35] by server-3.bemta-4.messagelabs.com id 6E/C3-31122-09A69665; Thu, 10 Dec 2015 12:05:36 +0000 X-Env-Sender: prvs=779b019d7=George.Dunlap@citrix.com X-Msg-Ref: server-13.tower-21.messagelabs.com!1449749122!4778686!2 X-Originating-IP: [66.165.176.63] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogNjYuMTY1LjE3Ni42MyA9PiAzMDYwNDg=\n, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 60534 invoked from network); 10 Dec 2015 12:05:29 -0000 Received: from smtp02.citrix.com (HELO SMTP02.CITRIX.COM) (66.165.176.63) by server-13.tower-21.messagelabs.com with RC4-SHA encrypted SMTP; 10 Dec 2015 12:05:29 -0000 X-IronPort-AV: E=Sophos;i="5.20,407,1444694400"; d="scan'208";a="323964047" From: George Dunlap To: Date: Thu, 10 Dec 2015 12:05:11 +0000 Message-ID: <1449749113-1243-4-git-send-email-george.dunlap@eu.citrix.com> X-Mailer: git-send-email 2.1.4 In-Reply-To: <1449749113-1243-1-git-send-email-george.dunlap@eu.citrix.com> References: <1449749113-1243-1-git-send-email-george.dunlap@eu.citrix.com> MIME-Version: 1.0 X-DLP: MIA2 Cc: Wei Liu , Ian Campbell , Chunyan Liu , George Dunlap , Ian Jackson , Simon Cao Subject: [Xen-devel] [PATCH v10 3/5] libxl: add pvusb API X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org From: Chunyan Liu Add pvusb APIs, including: - attach/detach (create/destroy) virtual usb controller. - attach/detach usb device - list usb controller and usb devices - some other helper functions Signed-off-by: Chunyan Liu Signed-off-by: Simon Cao Signed-off-by: George Dunlap --- Changes since v9: - Rework DEFINE_DEVICE_REMOVE - Got rid of redundant local ctx variable - Got rid of return [void function] when returning from a void function - Added spaces between STRING_MACRO and "x", as requested by IanJ when reviewing v8 - Got rid of another unnecessary void* -> char* cast - Make vusb_be_from_xs_fe function to read a backend from a front end and check it for sanity - Refactor libxl__device_usbdev_setdefault() to avoid code duplication for {ctrl,port} and {ctrl,NULL} case CC: Ian Campbell CC: Ian Jackson CC: Wei Liu --- tools/libxl/Makefile | 2 +- tools/libxl/libxl.c | 34 +- tools/libxl/libxl.h | 77 ++ tools/libxl/libxl_device.c | 13 +- tools/libxl/libxl_internal.h | 22 +- tools/libxl/libxl_osdeps.h | 13 + tools/libxl/libxl_pvusb.c | 1542 ++++++++++++++++++++++++++++++++++ tools/libxl/libxl_types.idl | 46 + tools/libxl/libxl_types_internal.idl | 1 + tools/libxl/libxl_utils.c | 18 + tools/libxl/libxl_utils.h | 5 + 11 files changed, 1760 insertions(+), 13 deletions(-) diff --git a/tools/libxl/Makefile b/tools/libxl/Makefile index 6ff5bee..a36145a 100644 --- a/tools/libxl/Makefile +++ b/tools/libxl/Makefile @@ -103,7 +103,7 @@ LIBXL_OBJS = flexarray.o libxl.o libxl_create.o libxl_dm.o libxl_pci.o \ libxl_stream_read.o libxl_stream_write.o \ libxl_save_callout.o _libxl_save_msgs_callout.o \ libxl_qmp.o libxl_event.o libxl_fork.o \ - libxl_dom_suspend.o $(LIBXL_OBJS-y) + libxl_dom_suspend.o libxl_pvusb.o $(LIBXL_OBJS-y) LIBXL_OBJS += libxl_genid.o LIBXL_OBJS += _libxl_types.o libxl_flask.o _libxl_types_internal.o diff --git a/tools/libxl/libxl.c b/tools/libxl/libxl.c index 36dc37d..0485b04 100644 --- a/tools/libxl/libxl.c +++ b/tools/libxl/libxl.c @@ -3201,7 +3201,7 @@ void libxl__device_disk_local_initiate_detach(libxl__egc *egc, aodev->dev = device; aodev->callback = local_device_detach_cb; aodev->force = 0; - libxl__initiate_device_remove(egc, aodev); + libxl__initiate_device_generic_remove(egc, aodev); return; } @@ -4154,8 +4154,10 @@ out: * libxl_device_vkb_destroy * libxl_device_vfb_remove * libxl_device_vfb_destroy + * libxl_device_usbctrl_remove + * libxl_device_usbctrl_destroy */ -#define DEFINE_DEVICE_REMOVE(type, removedestroy, f) \ +#define DEFINE_DEVICE_REMOVE_EXT(type, remtype, removedestroy, f) \ int libxl_device_##type##_##removedestroy(libxl_ctx *ctx, \ uint32_t domid, libxl_device_##type *type, \ const libxl_asyncop_how *ao_how) \ @@ -4175,13 +4177,19 @@ out: aodev->dev = device; \ aodev->callback = device_addrm_aocomplete; \ aodev->force = f; \ - libxl__initiate_device_remove(egc, aodev); \ + libxl__initiate_device_##remtype##_remove(egc, aodev); \ \ out: \ - if (rc) return AO_CREATE_FAIL(rc); \ + if (rc) return AO_CREATE_FAIL(rc); \ return AO_INPROGRESS; \ } +#define DEFINE_DEVICE_REMOVE(type, removedestroy, f) \ + DEFINE_DEVICE_REMOVE_EXT(type, generic, removedestroy, f) + +#define DEFINE_DEVICE_REMOVE_CUSTOM(type, removedestroy, f) \ + DEFINE_DEVICE_REMOVE_EXT(type, type, removedestroy, f) + /* Define all remove/destroy functions and undef the macro */ /* disk */ @@ -4205,6 +4213,10 @@ DEFINE_DEVICE_REMOVE(vfb, destroy, 1) DEFINE_DEVICE_REMOVE(vtpm, remove, 0) DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) +/* usbctrl */ +DEFINE_DEVICE_REMOVE_CUSTOM(usbctrl, remove, 0) +DEFINE_DEVICE_REMOVE_CUSTOM(usbctrl, destroy, 1) + /* channel/console hotunplug is not implemented. There are 2 possibilities: * 1. add support for secondary consoles to xenconsoled * 2. dynamically add/remove qemu chardevs via qmp messages. */ @@ -4218,6 +4230,8 @@ DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) * libxl_device_disk_add * libxl_device_nic_add * libxl_device_vtpm_add + * libxl_device_usbctrl_add + * libxl_device_usbdev_add */ #define DEFINE_DEVICE_ADD(type) \ @@ -4249,6 +4263,12 @@ DEFINE_DEVICE_ADD(nic) /* vtpm */ DEFINE_DEVICE_ADD(vtpm) +/* usbctrl */ +DEFINE_DEVICE_ADD(usbctrl) + +/* usb */ +DEFINE_DEVICE_ADD(usbdev) + #undef DEFINE_DEVICE_ADD /******************************************************************************/ @@ -4414,7 +4434,7 @@ static int remove_device(libxl__egc *egc, libxl__ao *ao, aodev->dev = dev; aodev->action = LIBXL__DEVICE_ACTION_REMOVE; aodev->callback = device_complete; - libxl__initiate_device_remove(egc, aodev); + libxl__initiate_device_generic_remove(egc, aodev); break; case LIBXL__DEVICE_KIND_QDISK: if (--dguest->num_qdisks == 0) { @@ -6788,6 +6808,10 @@ int libxl_retrieve_domain_configuration(libxl_ctx *ctx, uint32_t domid, MERGE(pci, pcidevs, COMPARE_PCI, {}); + MERGE(usbctrl, usbctrls, COMPARE_USBCTRL, {}); + + MERGE(usbdev, usbdevs, COMPARE_USB, {}); + /* Take care of removable device. We maintain invariant in the * insert / remove operation so that: * 1. if xenstore is "empty" while JSON is not, the result diff --git a/tools/libxl/libxl.h b/tools/libxl/libxl.h index 981cb84..11d9f34 100644 --- a/tools/libxl/libxl.h +++ b/tools/libxl/libxl.h @@ -123,6 +123,12 @@ #define LIBXL_HAVE_DOMAIN_NODEAFFINITY 1 /* + * LIBXL_HAVE_PVUSB indicates functions for plugging in USB devices + * through pvusb -- both hotplug and at domain creation time.. + */ +#define LIBXL_HAVE_PVUSB 1 + +/* * LIBXL_HAVE_BUILDINFO_HVM_VENDOR_DEVICE indicates that the * libxl_vendor_device field is present in the hvm sections of * libxl_domain_build_info. This field tells libxl which @@ -1489,6 +1495,77 @@ int libxl_cdrom_insert(libxl_ctx *ctx, uint32_t domid, libxl_device_disk *disk, const libxl_asyncop_how *ao_how) LIBXL_EXTERNAL_CALLERS_ONLY; +/* + * USB + * + * For each device removed or added, one of these protocols is available: + * - PV (i.e., PVUSB) + * - DEVICEMODEL (i.e, qemu) + * + * PV is available for either PV or HVM domains. DEVICEMODEL is only + * available for HVM domains. The caller can additionally specify + * "AUTO", in which case the library will try to determine the best + * protocol automatically. + * + * At the moment, the only protocol implemented is PV. + * + * One can add/remove USB controllers to/from guest, and attach/detach USB + * devices to/from USB controllers. + * + * To add USB controllers and USB devices, one can adding USB controllers + * first and then attaching USB devices to some USB controller, or adding + * USB devices to guest directly, it will automatically create a USB + * controller for USB devices to attach. + * + * To remove USB controllers or USB devices, one can remove USB devices + * under USB controller one by one and then remove USB controller, or + * remove USB controller directly, it will remove all USB devices under + * it automatically. + * + */ +/* USB Controllers*/ +int libxl_device_usbctrl_add(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +int libxl_device_usbctrl_remove(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +int libxl_device_usbctrl_destroy(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +libxl_device_usbctrl *libxl_device_usbctrl_list(libxl_ctx *ctx, + uint32_t domid, int *num); + +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr); + + +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl_usbctrlinfo *usbctrlinfo); + +/* USB Devices */ + +int libxl_device_usbdev_add(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbdev *usbdev, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbdev *usbdev, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +libxl_device_usbdev * +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num); + +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr); + /* Network Interfaces */ int libxl_device_nic_add(libxl_ctx *ctx, uint32_t domid, libxl_device_nic *nic, const libxl_asyncop_how *ao_how) diff --git a/tools/libxl/libxl_device.c b/tools/libxl/libxl_device.c index 8bb5e93..b7a6a13 100644 --- a/tools/libxl/libxl_device.c +++ b/tools/libxl/libxl_device.c @@ -676,7 +676,10 @@ void libxl__devices_destroy(libxl__egc *egc, libxl__devices_remove_state *drs) aodev->action = LIBXL__DEVICE_ACTION_REMOVE; aodev->dev = dev; aodev->force = drs->force; - libxl__initiate_device_remove(egc, aodev); + if (dev->backend_kind == LIBXL__DEVICE_KIND_VUSB) + libxl__initiate_device_usbctrl_remove(egc, aodev); + else + libxl__initiate_device_generic_remove(egc, aodev); } } } @@ -775,8 +778,8 @@ out: return; } -void libxl__initiate_device_remove(libxl__egc *egc, - libxl__ao_device *aodev) +void libxl__initiate_device_generic_remove(libxl__egc *egc, + libxl__ao_device *aodev) { STATE_AO_GC(aodev->ao); xs_transaction_t t = 0; @@ -806,7 +809,7 @@ void libxl__initiate_device_remove(libxl__egc *egc, (info.paused || info.dying || info.shutdown)) { /* * TODO: 4.2 Bodge due to QEMU, see comment on top of - * libxl__initiate_device_remove in libxl_internal.h + * libxl__initiate_device_generic_remove in libxl_internal.h */ rc = libxl__ev_time_register_rel(ao, &aodev->timeout, device_qemu_timeout, @@ -942,7 +945,7 @@ static void device_backend_callback(libxl__egc *egc, libxl__ev_devstate *ds, !aodev->force) { LOG(DEBUG, "Timeout reached, initiating forced remove"); aodev->force = 1; - libxl__initiate_device_remove(egc, aodev); + libxl__initiate_device_generic_remove(egc, aodev); return; } diff --git a/tools/libxl/libxl_internal.h b/tools/libxl/libxl_internal.h index 37a6752..0149da4 100644 --- a/tools/libxl/libxl_internal.h +++ b/tools/libxl/libxl_internal.h @@ -2571,6 +2571,14 @@ _hidden void libxl__device_vtpm_add(libxl__egc *egc, uint32_t domid, libxl_device_vtpm *vtpm, libxl__ao_device *aodev); +_hidden void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__ao_device *aodev); + +_hidden void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbdev *usbdev, + libxl__ao_device *aodev); + /* Internal function to connect a vkb device */ _hidden int libxl__device_vkb_add(libxl__gc *gc, uint32_t domid, libxl_device_vkb *vkb); @@ -2600,8 +2608,15 @@ _hidden void libxl__wait_device_connection(libxl__egc*, * * Once finished, aodev->callback will be executed. */ -_hidden void libxl__initiate_device_remove(libxl__egc *egc, - libxl__ao_device *aodev); +_hidden void libxl__initiate_device_generic_remove(libxl__egc *egc, + libxl__ao_device *aodev); + +_hidden int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__device *device); + +_hidden void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, + libxl__ao_device *aodev); /* * libxl__get_hotplug_script_info returns the args and env that should @@ -3960,6 +3975,9 @@ static inline void libxl__update_config_vtpm(libxl__gc *gc, #define COMPARE_PCI(a, b) ((a)->func == (b)->func && \ (a)->bus == (b)->bus && \ (a)->dev == (b)->dev) +#define COMPARE_USB(a, b) ((a)->ctrl == (b)->ctrl && \ + (a)->port == (b)->port) +#define COMPARE_USBCTRL(a, b) ((a)->devid == (b)->devid) /* DEVICE_ADD * diff --git a/tools/libxl/libxl_osdeps.h b/tools/libxl/libxl_osdeps.h index d9661c9..802c762 100644 --- a/tools/libxl/libxl_osdeps.h +++ b/tools/libxl/libxl_osdeps.h @@ -24,6 +24,8 @@ #define _GNU_SOURCE #if defined(__NetBSD__) +#define SYSFS_USB_DEV "/sys/bus/usb/devices" +#define SYSFS_USBBACK_DRIVER "/kern/xen/usb" #define SYSFS_PCI_DEV "/sys/bus/pci/devices" #define SYSFS_PCIBACK_DRIVER "/kern/xen/pci" #define NETBACK_NIC_NAME "xvif%ui%d" @@ -31,6 +33,8 @@ #elif defined(__OpenBSD__) #include #elif defined(__linux__) +#define SYSFS_USB_DEV "/sys/bus/usb/devices" +#define SYSFS_USBBACK_DRIVER "/sys/bus/usb/drivers/usbback" #define SYSFS_PCI_DEV "/sys/bus/pci/devices" #define SYSFS_PCIBACK_DRIVER "/sys/bus/pci/drivers/pciback" #define NETBACK_NIC_NAME "vif%u.%d" @@ -38,6 +42,8 @@ #elif defined(__sun__) #include #elif defined(__FreeBSD__) +#define SYSFS_USB_DEV "/dev/null" +#define SYSFS_USBBACK_DRIVER "/dev/null" #define SYSFS_PCI_DEV "/dev/null" #define SYSFS_PCIBACK_DRIVER "/dev/null" #define NETBACK_NIC_NAME "xnb%u.%d" @@ -45,6 +51,13 @@ #include #endif +#ifndef SYSFS_USBBACK_DRIVER +#error define SYSFS_USBBACK_DRIVER for your platform +#endif +#ifndef SYSFS_USB_DEV +#error define SYSFS_USB_DEV for your platform +#endif + #ifndef SYSFS_PCIBACK_DRIVER #error define SYSFS_PCIBACK_DRIVER for your platform #endif diff --git a/tools/libxl/libxl_pvusb.c b/tools/libxl/libxl_pvusb.c new file mode 100644 index 0000000..cb25fa8 --- /dev/null +++ b/tools/libxl/libxl_pvusb.c @@ -0,0 +1,1542 @@ +/* + * Copyright (C) 2015 SUSE LINUX Products GmbH, Nuernberg, Germany. + * Author Chunyan Liu + * + * This program is free software; you can redistribute it and/or modify + * it under the terms of the GNU Lesser General Public License as published + * by the Free Software Foundation; version 2.1 only. with the special + * exception on linking described in file LICENSE. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU Lesser General Public License for more details. + */ + +#include "libxl_osdeps.h" /* must come before any other headers */ + +#include "libxl_internal.h" +#include + +#define USBBACK_INFO_PATH "/libxl/usbback" + +#define USBHUB_CLASS_CODE 9 + +static int libxl__device_usbctrl_setdefault(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl) +{ + int rc; + libxl_domain_type domtype = libxl__domain_type(gc, domid); + + if (!usbctrl->version) + usbctrl->version = 2; + + if (!usbctrl->ports) + usbctrl->ports = 8; + + if (usbctrl->type == LIBXL_USBCTRL_TYPE_AUTO) { + if (domtype == LIBXL_DOMAIN_TYPE_PV) { + usbctrl->type = LIBXL_USBCTRL_TYPE_PV; + } else if (domtype == LIBXL_DOMAIN_TYPE_HVM) { + /* FIXME: See if we can detect PV frontend */ + usbctrl->type = LIBXL_USBCTRL_TYPE_DEVICEMODEL; + } + } + + rc = libxl__resolve_domid(gc, usbctrl->backend_domname, + &usbctrl->backend_domid); + return rc; +} + +int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__device *device) +{ + device->backend_devid = usbctrl->devid; + device->backend_domid = usbctrl->backend_domid; + device->backend_kind = LIBXL__DEVICE_KIND_VUSB; + device->devid = usbctrl->devid; + device->domid = domid; + device->kind = LIBXL__DEVICE_KIND_VUSB; + + return 0; +} + +/* Add usbctrl information to xenstore. + * + * Adding a usb controller will add a new 'vusb' device in xenstore, and + * add corresponding frontend, backend information to it. According to + * "update_json", decide wether to update json config file. + */ +static int libxl__device_usbctrl_add_xenstore(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + bool update_json) +{ + libxl__device *device; + flexarray_t *front; + flexarray_t *back; + xs_transaction_t t = XBT_NULL; + int i, rc; + libxl_domain_config d_config; + libxl_device_usbctrl usbctrl_saved; + libxl__domain_userdata_lock *lock = NULL; + + libxl_domain_config_init(&d_config); + libxl_device_usbctrl_init(&usbctrl_saved); + libxl_device_usbctrl_copy(CTX, &usbctrl_saved, usbctrl); + + GCNEW(device); + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); + if (rc) goto out; + + front = flexarray_make(gc, 4, 1); + back = flexarray_make(gc, 12, 1); + + flexarray_append_pair(back, "frontend-id", GCSPRINTF("%d", domid)); + flexarray_append_pair(back, "online", "1"); + flexarray_append_pair(back, "state", + GCSPRINTF("%d", XenbusStateInitialising)); + flexarray_append_pair(back, "type", + (char *)libxl_usbctrl_type_to_string(usbctrl->type)); + flexarray_append_pair(back, "usb-ver", GCSPRINTF("%d", usbctrl->version)); + flexarray_append_pair(back, "num-ports", GCSPRINTF("%d", usbctrl->ports)); + flexarray_append_pair(back, "port", ""); + for (i = 0; i < usbctrl->ports; i++) + flexarray_append_pair(back, GCSPRINTF("port/%d", i + 1), ""); + + flexarray_append_pair(front, "backend-id", + GCSPRINTF("%d", usbctrl->backend_domid)); + flexarray_append_pair(front, "state", + GCSPRINTF("%d", XenbusStateInitialising)); + + if (update_json) { + lock = libxl__lock_domain_userdata(gc, domid); + if (!lock) { + rc = ERROR_LOCK_FAIL; + goto out; + } + + rc = libxl__get_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + + DEVICE_ADD(usbctrl, usbctrls, domid, &usbctrl_saved, + COMPARE_USBCTRL, &d_config); + } + + for (;;) { + rc = libxl__xs_transaction_start(gc, &t); + if (rc) goto out; + + rc = libxl__device_exists(gc, t, device); + if (rc < 0) goto out; + if (rc == 1) { + /* already exists in xenstore */ + LOG(ERROR, "device already exists in xenstore"); + rc = ERROR_DEVICE_EXISTS; + goto out; + } + + if (update_json) { + rc = libxl__set_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + } + + libxl__device_generic_add(gc, t, device, + libxl__xs_kvs_of_flexarray(gc, back, back->count), + libxl__xs_kvs_of_flexarray(gc, front, front->count), + NULL); + + rc = libxl__xs_transaction_commit(gc, &t); + if (!rc) break; + if (rc < 0) goto out; + } + +out: + libxl__xs_transaction_abort(gc, &t); + if (lock) libxl__unlock_domain_userdata(lock); + libxl_device_usbctrl_dispose(&usbctrl_saved); + libxl_domain_config_dispose(&d_config); + return rc; +} + +/* AO operation to add a usb controller. + * + * Generally, it does: + * 1) fill in necessary usb controler information with default value + * 2) write usb controller frontend/backend info to xenstore, update json + * config file if necessary. + * 3) wait for device connection. PVUSB frontend and backend driver will + * probe xenstore paths and build connection between frontend and backend. + * + * Before calling this function, aodev should be properly filled: + * aodev->ao, aodev->callback, aodev->update_json, ... + */ +void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__ao_device *aodev) +{ + STATE_AO_GC(aodev->ao); + libxl__device *device; + int rc; + + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); + if (rc < 0) goto out; + + if (usbctrl->devid == -1) { + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); + if (usbctrl->devid < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + if (usbctrl->type != LIBXL_USBCTRL_TYPE_PV) { + LOG(ERROR, "Unsupported USB controller type"); + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, + aodev->update_json); + if (rc) goto out; + + GCNEW(device); + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); + if (rc) goto out; + + aodev->dev = device; + aodev->action = LIBXL__DEVICE_ACTION_ADD; + libxl__wait_device_connection(egc, aodev); + return; + +out: + aodev->rc = rc; + aodev->callback(egc, aodev); + return; +} + +static int libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_devid usbctrl, + libxl_device_usbdev **usbdevs, + int *num); + +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev); + +/* AO function to remove a usb controller. + * + * Generally, it does: + * 1) check if the usb controller exists or not + * 2) remove all usb devices under controller + * 3) remove usb controller information from xenstore + * + * Before calling this function, aodev should be properly filled: + * aodev->ao, aodev->dev, aodev->callback, ... + */ +void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, + libxl__ao_device *aodev) +{ + STATE_AO_GC(aodev->ao); + libxl_device_usbdev *usbdevs = NULL; + int num_usbdev = 0; + int i, rc; + uint32_t domid = ao->domid; + int usbctrl_devid = aodev->dev->devid; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbctrl_devid; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + if (usbctrlinfo.type != LIBXL_USBCTRL_TYPE_PV) { + LOG(ERROR, "Unsupported USB controller type"); + rc = ERROR_FAIL; + goto out; + } + + /* Remove usb devices first */ + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, usbctrl_devid, + &usbdevs, &num_usbdev); + if (rc) goto out; + + for (i = 0; i < num_usbdev; i++) { + if (libxl__device_usbdev_remove(gc, domid, &usbdevs[i])) { + LOG(ERROR, "libxl__device_usbdev_remove failed: controller %d, " + "port %d", usbdevs[i].ctrl, usbdevs[i].port); + rc = ERROR_FAIL; + goto out; + } + } + + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + + /* Remove usbctrl */ + libxl__initiate_device_generic_remove(egc, aodev); + return; + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + aodev->rc = rc; + aodev->callback(egc, aodev); + return; +} + +static const char * vusb_be_from_xs_fe(libxl__gc *gc, const char *fe_path, + uint32_t tgt_domid) { + const char *be_path; + int r; + uint32_t be_domid, fe_domid; + + r = libxl__xs_read_checked(gc, XBT_NULL, GCSPRINTF("%s/backend", fe_path), + &be_path); + if (r || !be_path) return NULL; + + /* Check to see that it has the proper form, and that fe_domid == + * target domid */ + r = sscanf(be_path, "/local/domain/%d/backend/vusb/%d", + &be_domid, &fe_domid); + + if ( r != 2 || fe_domid != tgt_domid ) { + LOG(ERROR, "Malformed backend, refusing to use"); + return NULL; + } + + return be_path; +} + +libxl_device_usbctrl * +libxl_device_usbctrl_list(libxl_ctx *ctx, uint32_t domid, int *num) +{ + GC_INIT(ctx); + libxl_device_usbctrl *usbctrls = NULL; + char *path = NULL; + char **entry = NULL; + unsigned int nentries = 0; + + *num = 0; + + path = GCSPRINTF("%s/device/vusb", + libxl__xs_get_dompath(gc, domid)); + entry = libxl__xs_directory(gc, XBT_NULL, path, &nentries); + + if (entry && nentries) { + usbctrls = libxl__zalloc(NOGC, sizeof(*usbctrls) * nentries); + libxl_device_usbctrl *usbctrl; + libxl_device_usbctrl *end = usbctrls + nentries; + for (usbctrl = usbctrls; + usbctrl < end; + usbctrl++, entry++, (*num)++) { + const char *tmp, *be_path, *fe_path; + int ret; + + libxl_device_usbctrl_init(usbctrl); + usbctrl->devid = atoi(*entry); + +#define READ_SUBPATH(path, subpath) ({ \ + ret = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (ret) goto out; \ + (char *)tmp; \ + }) + +#define READ_SUBPATH_INT(path, subpath) ({ \ + ret = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (ret) goto out; \ + tmp ? atoi(tmp) : -1; \ + }) + + fe_path = GCSPRINTF("%s/%s", path, *entry); + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) goto out; + usbctrl->backend_domid = READ_SUBPATH_INT(fe_path, "backend-id"); + usbctrl->version = READ_SUBPATH_INT(be_path, "usb-ver"); + usbctrl->ports = READ_SUBPATH_INT(be_path, "num-ports"); + libxl_usbctrl_type_from_string(READ_SUBPATH(be_path, "type"), + &usbctrl->type); + +#undef READ_SUBPATH +#undef READ_SUBPATH_INT + } + } + + GC_FREE; + return usbctrls; + +out: + LOG(ERROR, "Unable to list USB Controllers"); + libxl_device_usbctrl_list_free(usbctrls, *num); + GC_FREE; + *num = 0; + return NULL; +} + +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl_usbctrlinfo *usbctrlinfo) +{ + GC_INIT(ctx); + const char *dompath, *fe_path, *be_path, *tmp; + int rc; + + usbctrlinfo->devid = usbctrl->devid; + +#define READ_SUBPATH(path, subpath) ({ \ + rc = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (rc) goto out; \ + (char *)tmp; \ + }) + +#define READ_SUBPATH_INT(path, subpath) ({ \ + rc = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (rc) goto out; \ + tmp ? atoi(tmp) : -1; \ + }) + + dompath = libxl__xs_get_dompath(gc, domid); + fe_path = GCSPRINTF("%s/device/vusb/%d", dompath, usbctrl->devid); + be_path = READ_SUBPATH(fe_path, "backend"); + usbctrlinfo->backend = libxl__strdup(NOGC, be_path); + usbctrlinfo->backend_id = READ_SUBPATH_INT(fe_path, "backend-id"); + usbctrlinfo->state = READ_SUBPATH_INT(fe_path, "state"); + usbctrlinfo->evtch = READ_SUBPATH_INT(fe_path, "event-channel"); + usbctrlinfo->ref_urb = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); + usbctrlinfo->ref_conn = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); + tmp = READ_SUBPATH(be_path, "frontend"); + usbctrlinfo->frontend = libxl__strdup(NOGC, tmp); + usbctrlinfo->frontend_id = READ_SUBPATH_INT(be_path, "frontend-id"); + usbctrlinfo->ports = READ_SUBPATH_INT(be_path, "num-ports"); + usbctrlinfo->version = READ_SUBPATH_INT(be_path, "usb-ver");; + tmp = READ_SUBPATH(be_path, "type"); + libxl_usbctrl_type_from_string(tmp, &usbctrlinfo->type); + +#undef READ_SUBPATH +#undef READ_SUBPATH_INT + + rc = 0; + +out: + GC_FREE; + return rc; +} + +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, + uint32_t domid, + int devid, + libxl_device_usbctrl *usbctrl) +{ + libxl_device_usbctrl *usbctrls; + int nb = 0; + int i, rc; + + usbctrls = libxl_device_usbctrl_list(ctx, domid, &nb); + if (!usbctrls) + return ERROR_FAIL; + + rc = ERROR_FAIL; + for (i = 0; i < nb; i++) { + if (devid == usbctrls[i].devid) { + libxl_device_usbctrl_copy(ctx, usbctrl, &usbctrls[i]); + rc = 0; + break; + } + } + + libxl_device_usbctrl_list_free(usbctrls, nb); + return rc; +} + +static char *usbdev_busaddr_to_busid(libxl__gc *gc, int bus, int addr) +{ + DIR *dir; + char *busid = NULL; + + /* invalid hostbus or hostaddr */ + if (bus < 1 || addr < 1) + return NULL; + + dir = opendir(SYSFS_USB_DEV); + if (!dir) { + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); + return NULL; + } + + size_t need = offsetof(struct dirent, d_name) + + pathconf(SYSFS_USB_DEV, _PC_NAME_MAX) + 1; + struct dirent *de_buf = libxl__zalloc(gc, need); + struct dirent *de; + + for (;;) { + char *filename; + void *buf; + int busnum = -1; + int devnum = -1; + + int r = readdir_r(dir, de_buf, &de); + if (r) { + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); + break; + } + if (!de) + break; + + if (!strcmp(de->d_name, ".") || + !strcmp(de->d_name, "..")) + continue; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/devnum", de->d_name); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + devnum = atoi(buf); + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/busnum", de->d_name); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + busnum = atoi(buf); + + if (bus == busnum && addr == devnum) { + busid = libxl__strdup(gc, de->d_name); + break; + } + } + + closedir(dir); + return busid; +} + +static int usbdev_busaddr_from_busid(libxl__gc *gc, const char *busid, + uint8_t *bus, uint8_t *addr) +{ + char *filename; + void *buf; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/busnum", busid); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + *bus = atoi(buf); + else + return ERROR_FAIL; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/devnum", busid); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + *addr = atoi(buf); + else + return ERROR_FAIL; + + return 0; +} + +static int get_assigned_devices(libxl__gc *gc, + libxl_device_usbdev **list, int *num) +{ + char **domlist; + unsigned int ndom = 0; + int i, j, k; + int rc; + + *list = NULL; + *num = 0; + + domlist = libxl__xs_directory(gc, XBT_NULL, "/local/domain", &ndom); + for (i = 0; i < ndom; i++) { + char *path; + char **usbctrls; + unsigned int nc = 0; + uint32_t domid = atoi(domlist[i]); + + path = GCSPRINTF("%s/device/vusb", libxl__xs_get_dompath(gc, domid)); + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); + + for (j = 0; j < nc; j++) { + libxl_device_usbdev *tmp = NULL; + int nd = 0; + + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, + atoi(usbctrls[j]), + &tmp, &nd); + if (rc) goto out; + + if (!nd) continue; + + GCREALLOC_ARRAY(*list, *num + nd); + for (k = 0; k < nd; k++) { + libxl_device_usbdev_copy(CTX, *list + *num, tmp + k); + (*num)++; + } + } + } + + return 0; + +out: + LOG(ERROR, "fail to get assigned devices"); + return rc; +} + +static bool is_usbdev_in_array(libxl_device_usbdev *usbdevs, int num, + libxl_device_usbdev *usbdev) +{ + int i; + + for (i = 0; i < num; i++) { + if (usbdevs[i].u.hostdev.hostbus == usbdev->u.hostdev.hostbus && + usbdevs[i].u.hostdev.hostaddr == usbdev->u.hostdev.hostaddr) + return true; + } + + return false; +} + +/* check if USB device type is assignable */ +static bool is_usbdev_assignable(libxl__gc *gc, libxl_device_usbdev *usbdev) +{ + int classcode; + char *filename; + void *buf = NULL; + char *busid = NULL; + + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, + usbdev->u.hostdev.hostaddr); + if (!busid) return false; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/bDeviceClass", busid); + if (libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + return false; + + classcode = atoi(buf); + return classcode != USBHUB_CLASS_CODE; +} + +/* get usb devices under certain usb controller */ +static int +libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, + uint32_t domid, + libxl_devid usbctrl, + libxl_device_usbdev **usbdevs, + int *num) +{ + const char *fe_path, *be_path, *num_devs; + int n, i, rc; + + *usbdevs = NULL; + *num = 0; + + fe_path = GCSPRINTF("%s/device/vusb/%d", + libxl__xs_get_dompath(gc, domid), usbctrl); + + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/num-ports", be_path), + &num_devs); + if (rc) goto out; + + n = num_devs ? atoi(num_devs) : 0; + + for (i = 0; i < n; i++) { + const char *busid; + libxl_device_usbdev *usbdev; + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", be_path, i + 1), + &busid); + if (rc) goto out; + + if (busid && strcmp(busid, "")) { + GCREALLOC_ARRAY(*usbdevs, *num + 1); + usbdev = *usbdevs + *num; + (*num)++; + libxl_device_usbdev_init(usbdev); + usbdev->ctrl = usbctrl; + usbdev->port = i + 1; + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; + rc = usbdev_busaddr_from_busid(gc, busid, + &usbdev->u.hostdev.hostbus, + &usbdev->u.hostdev.hostaddr); + if (rc) goto out; + } + } + + rc = 0; + +out: + return rc; +} + +/* get all usb devices of the domain */ +libxl_device_usbdev * +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num) +{ + GC_INIT(ctx); + libxl_device_usbdev *usbdevs = NULL; + const char *path; + char **usbctrls; + unsigned int nc = 0; + int i, j; + + *num = 0; + + path = GCSPRINTF("%s/device/vusb", + libxl__xs_get_dompath(gc, domid)); + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); + + for (i = 0; i < nc; i++) { + int r, nd = 0; + libxl_device_usbdev *tmp = NULL; + + r = libxl__device_usbdev_list_for_usbctrl(gc, domid, + atoi(usbctrls[i]), + &tmp, &nd); + if (!r || !nd) continue; + + usbdevs = libxl__realloc(NOGC, usbdevs, + sizeof(*usbdevs) * (*num + nd)); + for (j = 0; j < nd; j++) { + libxl_device_usbdev_copy(ctx, usbdevs + *num, tmp + j); + (*num)++; + } + } + + GC_FREE; + return usbdevs; +} + +/* find first unused controller:port and give that to usb device */ +static int +libxl__device_usbdev_set_default_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + libxl_device_usbctrl *usbctrls = NULL; + int numctrl = 0; + int i, j, rc; + + usbctrls = libxl_device_usbctrl_list(CTX, domid, &numctrl); + if (!numctrl || !usbctrls) { + rc = ERROR_FAIL; + goto out; + } + + rc = ERROR_FAIL; + for (i = 0; i < numctrl; i++) { + for (j = 0; j < usbctrls[i].ports; j++) { + const char *path, *tmp; + + path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbctrls[i].devid, j + 1); + tmp = libxl__xs_read(gc, XBT_NULL, path); + if (tmp && !strcmp(tmp, "")) { + usbdev->ctrl = usbctrls[i].devid; + usbdev->port = j + 1; + rc = 0; + goto out; + } + } + } + +out: + libxl_device_usbctrl_list_free(usbctrls, numctrl); + return rc; +} + +/* Fill in usb information with default value. + * + * Generally, it does: + * 1) if "controller" is not specified: + * - if "port" is not specified, try to find an available controller:port, + * if found, use that; otherwise, create a new controller, use this + * controller and its first port + * - if "port" is specified, report error. + * 2) if "controller" is specified, but port is not specified: + * try to find an available port under this controller, if found, use + * that, otherwise, report error. + * 3) if both "controller" and "port" are specified: + * check the controller:port is available, if not, report error. + */ +static int libxl__device_usbdev_setdefault(libxl__gc *gc, + uint32_t domid, + libxl_device_usbdev *usbdev, + bool update_json) +{ + int rc; + + if (!usbdev->type) + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; + + if (usbdev->ctrl == -1) { + if (usbdev->port) { + LOG(ERROR, "USB controller must be specified if you specify port"); + return ERROR_INVAL; + } + + rc = libxl__device_usbdev_set_default_usbctrl(gc, domid, usbdev); + /* If no existing controller to host this usb device, add a new one */ + if (rc) { + libxl_device_usbctrl *usbctrl; + + GCNEW(usbctrl); + libxl_device_usbctrl_init(usbctrl); + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); + if (rc < 0) goto out; + + if (usbctrl->devid == -1) { + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); + if (usbctrl->devid < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, + update_json); + if (rc) goto out; + + usbdev->ctrl = usbctrl->devid; + usbdev->port = 1; + } + } else { + /* A controller was specified; look it up */ + const char *fe_path, *be_path, *tmp; + + fe_path = GCSPRINTF("%s/device/vusb/%d", + libxl__xs_get_dompath(gc, domid), + usbdev->ctrl); + + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) { + rc = ERROR_FAIL; + goto out; + } + + if (usbdev->port) { + /* A specific port was requested; see if it's available */ + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", + be_path, usbdev->port), + &tmp); + if (rc) goto out; + + if (tmp && strcmp(tmp, "")) { + LOG(ERROR, "The controller port isn't available"); + rc = ERROR_FAIL; + goto out; + } + } else { + /* No port was requested. Choose free port. */ + int i, ports; + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/num-ports", be_path), &tmp); + if (rc) goto out; + + ports = tmp ? atoi(tmp) : 0; + + for (i = 0; i < ports; i++) { + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", be_path, i + 1), + &tmp); + if (rc) goto out; + + if (tmp && !strcmp(tmp, "")) { + usbdev->port = i + 1; + break; + } + } + + if (!usbdev->port) { + LOG(ERROR, "No available port under specified controller"); + rc = ERROR_FAIL; + goto out; + } + } + } + + rc = 0; + +out: + return rc; +} + +/* Add usb information to xenstore + * + * Adding a usb device won't create new 'vusb' device, but only write + * the device busid to the controller:port in xenstore. + */ +static int libxl__device_usbdev_add_xenstore(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev, + bool update_json) +{ + char *be_path, *busid; + int rc; + xs_transaction_t t = XBT_NULL; + libxl_domain_config d_config; + libxl_device_usbdev usbdev_saved; + libxl__domain_userdata_lock *lock = NULL; + + libxl_domain_config_init(&d_config); + libxl_device_usbdev_init(&usbdev_saved); + libxl_device_usbdev_copy(CTX, &usbdev_saved, usbdev); + + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, + usbdev->u.hostdev.hostaddr); + if (!busid) { + LOG(DEBUG, "Fail to get busid of usb device"); + goto out; + } + + if (update_json) { + lock = libxl__lock_domain_userdata(gc, domid); + if (!lock) { + rc = ERROR_LOCK_FAIL; + goto out; + } + + rc = libxl__get_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + + DEVICE_ADD(usbdev, usbdevs, domid, &usbdev_saved, + COMPARE_USB, &d_config); + } + + for (;;) { + rc = libxl__xs_transaction_start(gc, &t); + if (rc) goto out; + + if (update_json) { + rc = libxl__set_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + } + + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbdev->ctrl, usbdev->port); + + LOG(DEBUG, "Adding usb device %s to xenstore: controller %d, port %d", + busid, usbdev->ctrl, usbdev->port); + + if (libxl__xs_write_checked(gc, t, be_path, busid)) + goto out; + + rc = libxl__xs_transaction_commit(gc, &t); + if (!rc) break; + if (rc < 0) goto out; + } + + rc = 0; + +out: + if (lock) libxl__unlock_domain_userdata(lock); + libxl_device_usbdev_dispose(&usbdev_saved); + libxl_domain_config_dispose(&d_config); + return rc; +} + +static int libxl__device_usbdev_remove_xenstore(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + char *be_path; + + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbdev->ctrl, usbdev->port); + + LOG(DEBUG, "Removing usb device from xenstore: controller %d, port %d", + usbdev->ctrl, usbdev->port); + + return libxl__xs_write_checked(gc, XBT_NULL, be_path, ""); +} + +static char *usbdev_busid_from_ctrlport(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + return libxl__xs_read(gc, XBT_NULL, + GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbdev->ctrl, usbdev->port)); +} + +/* get original driver path of usb interface, stored in @drvpath */ +static int usbintf_get_drvpath(libxl__gc *gc, const char *intf, char **drvpath) +{ + char *spath, *dp = NULL; + struct stat st; + int rc; + + spath = GCSPRINTF(SYSFS_USB_DEV "/%s/driver", intf); + + rc = lstat(spath, &st); + if (rc == 0) { + /* Find the canonical path to the driver. */ + dp = libxl__zalloc(gc, PATH_MAX); + dp = realpath(spath, dp); + } else if (errno != ENOENT) { + LOGE(ERROR, "lstat failed: '%s'", spath); + return ERROR_FAIL; + } + + *drvpath = dp; + + return 0; +} + +static int sysfs_write_intf(libxl__gc *gc, const char *intf, const char *path) +{ + int rc, fd = -1; + + fd = open(path, O_WRONLY); + if (fd < 0) { + LOGE(ERROR, "open file failed: '%s'", path); + return ERROR_FAIL; + } + + rc = write(fd, intf, strlen(intf)); + close(fd); + if (rc < 0) { + LOGE(ERROR, "write '%s' to '%s' failed", intf, path); + return errno; + } + if (rc != strlen(intf)) { + LOG(ERROR, "write '%s' to '%s' failed: incorrect write count", + intf, path); + return ERROR_FAIL; + } + + return 0; +} + +static int unbind_usbintf(libxl__gc *gc, const char *intf) +{ + char *path; + + path = GCSPRINTF(SYSFS_USB_DEV "/%s/driver/unbind", intf); + return sysfs_write_intf(gc, intf, path); +} + +static int bind_usbintf(libxl__gc *gc, const char *intf, const char *drvpath) +{ + char *path; + struct stat st; + + path = GCSPRINTF("%s/%s", drvpath, intf); + /* if already bound, return */ + if (!lstat(path, &st)) + return 0; + + path = GCSPRINTF("%s/bind", drvpath); + return sysfs_write_intf(gc, intf, path); +} + +/* Is usb interface bound to usbback? */ +static int usbintf_is_assigned(libxl__gc *gc, char *intf) +{ + char *spath; + int rc; + struct stat st; + + spath = GCSPRINTF(SYSFS_USBBACK_DRIVER "/%s", intf); + rc = lstat(spath, &st); + + if (rc == 0) + return 1; + if (rc < 0 && errno == ENOENT) + return 0; + LOGE(ERROR, "Accessing %s", spath); + return -1; +} + +static int usbdev_get_all_interfaces(libxl__gc *gc, const char *busid, + char ***intfs, int *num) +{ + DIR *dir; + char *buf; + int rc; + + *intfs = NULL; + *num = 0; + + buf = GCSPRINTF("%s:", busid); + + dir = opendir(SYSFS_USB_DEV); + if (!dir) { + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); + return ERROR_FAIL; + } + + size_t need = offsetof(struct dirent, d_name) + + pathconf(SYSFS_USB_DEV, _PC_NAME_MAX) + 1; + struct dirent *de_buf = libxl__zalloc(gc, need); + struct dirent *de; + + for (;;) { + int r = readdir_r(dir, de_buf, &de); + + if (r) { + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); + rc = ERROR_FAIL; + goto out; + } + if (!de) + break; + + if (!strcmp(de->d_name, ".") || + !strcmp(de->d_name, "..")) + continue; + + if (!strncmp(de->d_name, buf, strlen(buf))) { + GCREALLOC_ARRAY(*intfs, *num + 1); + (*intfs)[*num] = libxl__strdup(gc, de->d_name); + (*num)++; + } + } + + rc = 0; + +out: + closedir(dir); + return rc; +} + +/* Encode usb interface so that it could be written to xenstore as a key. + * + * Since xenstore key cannot include '.' or ':', we'll change '.' to '_', + * change ':' to '@'. For example, 3-1:2.1 will be encoded to 3-1@2_1. + * This will be used to save original driver of USB device to xenstore. + */ +static char *usb_interface_xenstore_encode(libxl__gc *gc, const char *busid) +{ + char *str = libxl__strdup(gc, busid); + int i, len = strlen(str); + + for (i = 0; i < len; i++) { + if (str[i] == '.') + str[i] = '_'; + if (str[i] == ':') + str[i] = '@'; + } + return str; +} + +/* Unbind USB device from "usbback" driver. + * + * If there are many interfaces under USB device, check each interface, + * unbind from "usbback" driver and rebind to its original driver. + */ +static int usbback_dev_unassign(libxl__gc *gc, const char *busid) +{ + char **intfs = NULL; + char *usbdev_encode = NULL; + char *path = NULL; + int i, num = 0; + int rc; + + if (usbdev_get_all_interfaces(gc, busid, &intfs, &num) < 0) + return ERROR_FAIL; + + usbdev_encode = usb_interface_xenstore_encode(gc, busid); + + for (i = 0; i < num; i++) { + char *intf = intfs[i]; + char *usbintf_encode = NULL; + const char *drvpath; + + /* check if the USB interface is already bound to "usbback" */ + if (usbintf_is_assigned(gc, intf) > 0) { + /* unbind interface from usbback driver */ + if (unbind_usbintf(gc, intf) < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + /* try to rebind USB interface to its originial driver. + * If rebinding failed, export warning so that user can + * handle it later. + */ + usbintf_encode = usb_interface_xenstore_encode(gc, intf); + path = GCSPRINTF(USBBACK_INFO_PATH "/%s/%s/driver_path", + usbdev_encode, usbintf_encode); + rc = libxl__xs_read_checked(gc, XBT_NULL, path, &drvpath); + if (rc) continue; + + if (drvpath && bind_usbintf(gc, intf, drvpath)) + LOGE(WARN, "Couldn't rebind %s to %s", intf, drvpath); + } + + /* finally, remove xenstore driver path */ + path = GCSPRINTF(USBBACK_INFO_PATH "/%s", usbdev_encode); + libxl__xs_rm_checked(gc, XBT_NULL, path); + rc = 0; + +out: + return rc; +} + +/* Bind USB device to "usbback" driver. + * + * If there are many interfaces under USB device, check each interface, + * unbind from original driver and bind to "usbback" driver. + */ +static int usbback_dev_assign(libxl__gc *gc, const char *busid) +{ + char **intfs = NULL; + int num = 0, i; + int rc; + char *usbdev_encode = NULL; + + rc = usbdev_get_all_interfaces(gc, busid, &intfs, &num); + if (rc) + return rc; + + usbdev_encode = usb_interface_xenstore_encode(gc, busid); + + for (i = 0; i < num; i++) { + char *intf = intfs[i]; + char *drvpath = NULL; + + /* already assigned to usbback */ + if (usbintf_is_assigned(gc, intf) > 0) + continue; + + rc = usbintf_get_drvpath(gc, intf, &drvpath); + if (rc < 0) goto out; + + if (drvpath) { + /* write driver path to xenstore for later rebinding */ + char *usbintf_encode = NULL; + char *path; + + usbintf_encode = usb_interface_xenstore_encode(gc, intf); + path = GCSPRINTF(USBBACK_INFO_PATH "/%s/%s/driver_path", + usbdev_encode, usbintf_encode); + if (libxl__xs_write_checked(gc, XBT_NULL, path, drvpath) < 0) + goto out; + + /* unbind interface from original driver */ + if (unbind_usbintf(gc, intf) < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + /* bind interface to usbback */ + if (bind_usbintf(gc, intf, SYSFS_USBBACK_DRIVER) < 0) { + LOG(ERROR, "Couldn't bind %s to %s", intf, SYSFS_USBBACK_DRIVER); + rc = ERROR_FAIL; + goto out; + } + } + + return 0; + +out: + /* some interfaces might be bound to usbback, unbind it and + * rebind it to its original driver + */ + usbback_dev_unassign(gc, busid); + return rc; +} + +static int do_usbdev_add(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev, + bool update_json) +{ + int rc; + char *busid; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbdev->ctrl; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + switch (usbctrlinfo.type) { + case LIBXL_USBCTRL_TYPE_PV: + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, + usbdev->u.hostdev.hostaddr); + if (!busid) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__device_usbdev_add_xenstore(gc, domid, usbdev, update_json); + if (rc) goto out; + + rc = usbback_dev_assign(gc, busid); + if (rc) { + libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); + goto out; + } + break; + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: + default: + LOG(ERROR, "Unsupported usb controller type"); + rc = ERROR_FAIL; + goto out; + } + + rc = 0; + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + return rc; +} + +/* AO operation to add a usb device. + * + * Generally, it does: + * 1) check if the usb device type is assignable + * 2) check if the usb device is already assigned to a domain + * 3) add 'busid' of the usb device to xenstore contoller/port/. + * (PVUSB driver watches the xenstore changes and will detect that.) + * 4) unbind usb device from original driver and bind to usbback. + * If usb device has many interfaces, then: + * - unbind each interface from its original driver and bind to usbback. + * - store the original driver to xenstore for later rebinding when + * detaching the device. + * + * Before calling this function, aodev should be properly filled: + * aodev->ao, aodev->callback, aodev->update_json, ... + */ +void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbdev *usbdev, + libxl__ao_device *aodev) +{ + STATE_AO_GC(aodev->ao); + int rc; + libxl_device_usbdev *assigned; + int num_assigned; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + + /* Currently only support adding USB device from Dom0 backend. + * So, if USB controller is specified, check its backend domain, + * if it's not Dom0, report error. + */ + if (usbdev->ctrl != -1) { + usbctrl.devid = usbdev->ctrl; + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { + LOG(ERROR, "Don't support adding USB device from non-Dom0 backend"); + rc = ERROR_INVAL; + goto out; + } + } + + /* check usb device is assignable type */ + if (!is_usbdev_assignable(gc, usbdev)) { + LOG(ERROR, "USB device is not assignable."); + rc = ERROR_FAIL; + goto out; + } + + /* check usb device is already assigned */ + rc = get_assigned_devices(gc, &assigned, &num_assigned); + if (rc) { + LOG(ERROR, "cannot determine if device is assigned," + " refusing to continue"); + goto out; + } + + if (is_usbdev_in_array(assigned, num_assigned, usbdev)) { + LOG(ERROR, "USB device already attached to a domain"); + rc = ERROR_FAIL; + goto out; + } + + /* fill default values, e.g, if usbdev->ctrl and usbdev->port + * not specified, choose available controller:port and fill in. */ + rc = libxl__device_usbdev_setdefault(gc, domid, usbdev, + aodev->update_json); + if (rc) goto out; + + /* do actual adding usb device operation */ + rc = do_usbdev_add(gc, domid, usbdev, aodev->update_json); + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + aodev->rc = rc; + aodev->callback(egc, aodev); + return; +} + +static int do_usbdev_remove(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + int rc; + char *busid; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbdev->ctrl; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + switch (usbctrlinfo.type) { + case LIBXL_USBCTRL_TYPE_PV: + busid = usbdev_busid_from_ctrlport(gc, domid, usbdev); + if (!busid) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); + if (rc) goto out; + + rc = usbback_dev_unassign(gc, busid); + if (rc) { + /* Till here, usb device information is already removed + * from xenstore, usb list couldn't list it any more. + * If unassign usb device from usbback failed, export + * warning only so that user could handle driver status + * later. + */ + LOG(WARN, "unbind usb device from usbback and rebind to its " + "original driver failed"); + } + break; + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: + default: + LOG(ERROR, "Unsupported usb controller type"); + rc = ERROR_FAIL; + goto out; + } + + rc = 0; + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + return rc; +} + +/* Operation to remove usb device. + * + * Generally, it does: + * 1) check if the usb device is assigned to the domain + * 2) remove the usb device from xenstore controller/port. + * 3) unbind usb device from usbback and rebind to its original driver. + * If usb device has many interfaces, do it to each interface. + */ +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + libxl_usbctrlinfo usbctrlinfo; + libxl_device_usbctrl usbctrl; + int rc; + + if (usbdev->ctrl < 0 || usbdev->port < 1) { + LOG(ERROR, "Invalid USB device"); + return ERROR_FAIL; + } + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbdev->ctrl; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { + LOG(ERROR, "Don't support removing USB device from non-Dom0 backend"); + rc = ERROR_INVAL; + goto out; + } + + /* do actual removing usb device operation */ + rc = do_usbdev_remove(gc, domid, usbdev); + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + return rc; +} + +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbdev *usbdev, + const libxl_asyncop_how *ao_how) + +{ + AO_CREATE(ctx, domid, ao_how); + int rc; + + rc = libxl__device_usbdev_remove(gc, domid, usbdev); + + libxl__ao_complete(egc, ao, rc); + return AO_INPROGRESS; +} + +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, + uint32_t domid, + int ctrl, + int port, + libxl_device_usbdev *usbdev) +{ + GC_INIT(ctx); + const char *dompath, *be_path, *busid; + int rc; + + dompath = libxl__xs_get_dompath(gc, domid); + + be_path = vusb_be_from_xs_fe(gc, + GCSPRINTF("%s/device/vusb/%d/backend", + dompath, ctrl), + domid); + if (!be_path) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", be_path, port), + &busid); + if (rc) goto out; + + if (!busid || !strcmp(busid, "")) { + rc = ERROR_FAIL; + goto out; + } + + usbdev->ctrl = ctrl; + usbdev->port = port; + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; + rc = usbdev_busaddr_from_busid(gc, busid, + &usbdev->u.hostdev.hostbus, + &usbdev->u.hostdev.hostaddr); + +out: + GC_FREE; + return rc; +} +/* + * Local variables: + * mode: C + * c-basic-offset: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libxl/libxl_types.idl b/tools/libxl/libxl_types.idl index cf3730f..f986e35 100644 --- a/tools/libxl/libxl_types.idl +++ b/tools/libxl/libxl_types.idl @@ -605,6 +605,35 @@ libxl_device_rdm = Struct("device_rdm", [ ("policy", libxl_rdm_reserve_policy), ]) +libxl_usbctrl_type = Enumeration("usbctrl_type", [ + (0, "AUTO"), + (1, "PV"), + (2, "DEVICEMODEL"), + ]) + +libxl_usbdev_type = Enumeration("usbdev_type", [ + (1, "hostdev"), + ]) + +libxl_device_usbctrl = Struct("device_usbctrl", [ + ("type", libxl_usbctrl_type), + ("devid", libxl_devid), + ("version", integer), + ("ports", integer), + ("backend_domid", libxl_domid), + ("backend_domname", string), + ]) + +libxl_device_usbdev = Struct("device_usbdev", [ + ("ctrl", libxl_devid), + ("port", integer), + ("u", KeyedUnion(None, libxl_usbdev_type, "type", + [("hostdev", Struct(None, [ + ("hostbus", uint8), + ("hostaddr", uint8)])), + ])), + ]) + libxl_device_dtdev = Struct("device_dtdev", [ ("path", string), ]) @@ -643,6 +672,8 @@ libxl_domain_config = Struct("domain_config", [ # a channel manifests as a console with a name, # see docs/misc/channels.txt ("channels", Array(libxl_device_channel, "num_channels")), + ("usbctrls", Array(libxl_device_usbctrl, "num_usbctrls")), + ("usbdevs", Array(libxl_device_usbdev, "num_usbdevs")), ("on_poweroff", libxl_action_on_shutdown), ("on_reboot", libxl_action_on_shutdown), @@ -686,6 +717,21 @@ libxl_vtpminfo = Struct("vtpminfo", [ ("uuid", libxl_uuid), ], dir=DIR_OUT) +libxl_usbctrlinfo = Struct("usbctrlinfo", [ + ("type", libxl_usbctrl_type), + ("devid", libxl_devid), + ("version", integer), + ("ports", integer), + ("backend", string), + ("backend_id", uint32), + ("frontend", string), + ("frontend_id", uint32), + ("state", integer), + ("evtch", integer), + ("ref_urb", integer), + ("ref_conn", integer), + ], dir=DIR_OUT) + libxl_vcpuinfo = Struct("vcpuinfo", [ ("vcpuid", uint32), ("cpu", uint32), diff --git a/tools/libxl/libxl_types_internal.idl b/tools/libxl/libxl_types_internal.idl index 5e55685..696f5f8 100644 --- a/tools/libxl/libxl_types_internal.idl +++ b/tools/libxl/libxl_types_internal.idl @@ -22,6 +22,7 @@ libxl__device_kind = Enumeration("device_kind", [ (6, "VKBD"), (7, "CONSOLE"), (8, "VTPM"), + (9, "VUSB"), ]) libxl__console_backend = Enumeration("console_backend", [ diff --git a/tools/libxl/libxl_utils.c b/tools/libxl/libxl_utils.c index 7f612a6..f7ba880 100644 --- a/tools/libxl/libxl_utils.c +++ b/tools/libxl/libxl_utils.c @@ -1314,6 +1314,24 @@ int libxl__random_bytes(libxl__gc *gc, uint8_t *buf, size_t len) return ret; } +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr) +{ + int i; + + for (i = 0; i < nr; i++) + libxl_device_usbctrl_dispose(&list[i]); + free(list); +} + +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr) +{ + int i; + + for (i = 0; i < nr; i++) + libxl_device_usbdev_dispose(&list[i]); + free(list); +} + /* * Local variables: * mode: C diff --git a/tools/libxl/libxl_utils.h b/tools/libxl/libxl_utils.h index 339ebdf..4495417 100644 --- a/tools/libxl/libxl_utils.h +++ b/tools/libxl/libxl_utils.h @@ -76,6 +76,11 @@ int libxl_uuid_to_device_vtpm(libxl_ctx *ctx, uint32_t domid, libxl_uuid *uuid, libxl_device_vtpm *vtpm); int libxl_devid_to_device_vtpm(libxl_ctx *ctx, uint32_t domid, int devid, libxl_device_vtpm *vtpm); +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, uint32_t domid, + int devid, libxl_device_usbctrl *usbctrl); +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, uint32_t domid, + int ctrl, int port, + libxl_device_usbdev *usbdev); int libxl_bitmap_alloc(libxl_ctx *ctx, libxl_bitmap *bitmap, int n_bits); /* Allocated bimap is from malloc, libxl_bitmap_dispose() to be -- 2.1.4 _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From xen-devel-bounces@lists.xen.org Thu Dec 10 16:50:53 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 10 Dec 2015 16:50:53 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a74Qf-0000GD-14; Thu, 10 Dec 2015 16:50:53 +0000 Received: from mail6.bemta3.messagelabs.com ([195.245.230.39]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a74Ow-0006Bw-9Q for xen-devel@lists.xen.org; Thu, 10 Dec 2015 16:49:07 +0000 Received: from [85.158.137.68] by server-13.bemta-3.messagelabs.com id 57/D0-31443-10DA9665; Thu, 10 Dec 2015 16:49:05 +0000 X-Env-Sender: cardoe@cardoe.com X-Msg-Ref: server-16.tower-31.messagelabs.com!1449766142!2494545!1 X-Originating-IP: [209.85.213.47] X-SpamReason: No, hits=0.0 required=7.0 tests=Mail larger than max spam size X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 36189 invoked from network); 10 Dec 2015 16:49:02 -0000 Received: from mail-vk0-f47.google.com (HELO mail-vk0-f47.google.com) (209.85.213.47) by server-16.tower-31.messagelabs.com with AES128-GCM-SHA256 encrypted SMTP; 10 Dec 2015 16:49:02 -0000 Received: by vkbs1 with SMTP id s1so90828456vkb.1 for ; Thu, 10 Dec 2015 08:49:01 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=cardoe-com.20150623.gappssmtp.com; s=20150623; h=from:to:cc:subject:date:message-id:in-reply-to:references; bh=o4s8c7rksMnYHqnkoVUvwTS7XLZ2VsiMChRSpSsUMBQ=; b=isSF0Gemy03NLTECgSMd7wz7WSTDHt7It3aPg6HEQUcLokV1b7xWhTJmNqrR4ere4U El5s4vxn6eHz+cw9wiBll1c/DjnvJG3QuGNQM4hpBkp79DomiHJHWmrjoQKpYZf5KkWY vTwpE45GJcr8+0tPrVKyHzG+peyhfciK2MJjYjPjCsBzV7+rAImaB1NEdl+Xd4HwMoNm SpLZDFJlBXEJWQLjgqzT1wEaJppTp/HQS3D95eCFLqzrWfntYw0CEq/y00JrLcaodTZH UDWQDTtPACZaJsPXaGEVonGFPSpjy+Hmj7AxRzt3ucyL84opMw3Gqf33Cm1HtB9arpK+ bq4Q== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:from:to:cc:subject:date:message-id:in-reply-to :references; bh=o4s8c7rksMnYHqnkoVUvwTS7XLZ2VsiMChRSpSsUMBQ=; b=mrCYyi+ZvyfRD70C2RBux+HBdrXZ6cVZChDKx7JFfc8ETE021Zuliw9HJqGZ6HwkOh p95X/Xz4fxpvD6R1FP0vKMbSAbzFa/UiUF4LREDQj4QN7FU3ku5GkXRI/WuKBvcC3FbD mnIhdBSv04AZZU3+wvzml3uBAe1ENkjhblqJ/Qoh8OvQcBwlvGRko+m8AEH+MO0IBbwO bUIpCaPvaXkEbBM74me3+MtkwgI+tmXswjBn5Fhh8ulgfDSNkCKlrnq6N6rQSDIxYCNw Fv8WGQGBEhQXmE3ullSCdytwCZRQ6p8LTluvLLG8KwIl2Q68j9wS+nmwT/J4epEH8l2X kdlA== X-Gm-Message-State: ALoCoQlscMJqDmkOddQP08DP/dknFKuDx4dqlc5Z4cbBECBFSr1TyOjNK7RrW/PBRR899qP/6EUJ0C2wBPRmZ2vyJ4R+DP8iDg== X-Received: by 10.129.61.9 with SMTP id k9mr5337631ywa.128.1449766141587; Thu, 10 Dec 2015 08:49:01 -0800 (PST) Received: from swanson.lan (c-68-46-196-185.hsd1.al.comcast.net. [68.46.196.185]) by smtp.gmail.com with ESMTPSA id m130sm9769039ywb.48.2015.12.10.08.48.59 (version=TLS1_2 cipher=ECDHE-RSA-AES128-SHA bits=128/128); Thu, 10 Dec 2015 08:49:00 -0800 (PST) From: Doug Goldstein To: xen-devel@lists.xen.org Date: Thu, 10 Dec 2015 10:48:15 -0600 Message-Id: <1449766122-6359-2-git-send-email-cardoe@cardoe.com> X-Mailer: git-send-email 2.4.10 In-Reply-To: <1449766122-6359-1-git-send-email-cardoe@cardoe.com> References: <1449766122-6359-1-git-send-email-cardoe@cardoe.com> X-Mailman-Approved-At: Thu, 10 Dec 2015 16:50:51 +0000 Cc: Keir Fraser , Ian Campbell , Doug Goldstein , Ian Jackson , Tim Deegan , Jan Beulich Subject: [Xen-devel] [PATCH v7 01/28] build: import Kbuild/Kconfig from Linux 4.3 X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org Import the following files and directories from the Linux v4.3 tag / commit id 6a13feb9c82803e2b815eca72fa7a9f5561d7861. - scripts/kconfig -> xen/tools/kconfig - Documentation/kbuild/kconfig{,-language}.txt -> docs/misc/kconfig{-language}.txt - scripts/Makefile.host -> xen/tools/kconfig/Makefile.host These files are currently unused but will be used shortly. CC: Ian Campbell CC: Ian Jackson CC: Jan Beulich CC: Keir Fraser CC: Tim Deegan Signed-off-by: Doug Goldstein --- docs/misc/kconfig-language.txt | 395 ++++ docs/misc/kconfig.txt | 237 +++ xen/tools/kconfig/.gitignore | 22 + xen/tools/kconfig/Makefile | 317 ++++ xen/tools/kconfig/Makefile.host | 128 ++ xen/tools/kconfig/POTFILES.in | 12 + xen/tools/kconfig/check.sh | 13 + xen/tools/kconfig/conf.c | 722 +++++++ xen/tools/kconfig/confdata.c | 1245 +++++++++++++ xen/tools/kconfig/expr.c | 1206 ++++++++++++ xen/tools/kconfig/expr.h | 238 +++ xen/tools/kconfig/gconf.c | 1521 +++++++++++++++ xen/tools/kconfig/gconf.glade | 661 +++++++ xen/tools/kconfig/images.c | 326 ++++ xen/tools/kconfig/kxgettext.c | 235 +++ xen/tools/kconfig/list.h | 131 ++ xen/tools/kconfig/lkc.h | 186 ++ xen/tools/kconfig/lkc_proto.h | 52 + xen/tools/kconfig/lxdialog/.gitignore | 4 + xen/tools/kconfig/lxdialog/BIG.FAT.WARNING | 4 + xen/tools/kconfig/lxdialog/check-lxdialog.sh | 91 + xen/tools/kconfig/lxdialog/checklist.c | 332 ++++ xen/tools/kconfig/lxdialog/dialog.h | 257 +++ xen/tools/kconfig/lxdialog/inputbox.c | 301 +++ xen/tools/kconfig/lxdialog/menubox.c | 437 +++++ xen/tools/kconfig/lxdialog/textbox.c | 408 ++++ xen/tools/kconfig/lxdialog/util.c | 713 +++++++ xen/tools/kconfig/lxdialog/yesno.c | 114 ++ xen/tools/kconfig/mconf.c | 1047 +++++++++++ xen/tools/kconfig/menu.c | 697 +++++++ xen/tools/kconfig/merge_config.sh | 162 ++ xen/tools/kconfig/nconf.c | 1561 ++++++++++++++++ xen/tools/kconfig/nconf.gui.c | 656 +++++++ xen/tools/kconfig/nconf.h | 96 + xen/tools/kconfig/qconf.cc | 1798 ++++++++++++++++++ xen/tools/kconfig/qconf.h | 338 ++++ xen/tools/kconfig/streamline_config.pl | 647 +++++++ xen/tools/kconfig/symbol.c | 1376 ++++++++++++++ xen/tools/kconfig/util.c | 147 ++ xen/tools/kconfig/zconf.gperf | 49 + xen/tools/kconfig/zconf.hash.c_shipped | 293 +++ xen/tools/kconfig/zconf.l | 374 ++++ xen/tools/kconfig/zconf.lex.c_shipped | 2473 ++++++++++++++++++++++++ xen/tools/kconfig/zconf.tab.c_shipped | 2580 ++++++++++++++++++++++++++ xen/tools/kconfig/zconf.y | 742 ++++++++ 45 files changed, 25344 insertions(+) create mode 100644 docs/misc/kconfig-language.txt create mode 100644 docs/misc/kconfig.txt create mode 100644 xen/tools/kconfig/.gitignore create mode 100644 xen/tools/kconfig/Makefile create mode 100644 xen/tools/kconfig/Makefile.host create mode 100644 xen/tools/kconfig/POTFILES.in create mode 100755 xen/tools/kconfig/check.sh create mode 100644 xen/tools/kconfig/conf.c create mode 100644 xen/tools/kconfig/confdata.c create mode 100644 xen/tools/kconfig/expr.c create mode 100644 xen/tools/kconfig/expr.h create mode 100644 xen/tools/kconfig/gconf.c create mode 100644 xen/tools/kconfig/gconf.glade create mode 100644 xen/tools/kconfig/images.c create mode 100644 xen/tools/kconfig/kxgettext.c create mode 100644 xen/tools/kconfig/list.h create mode 100644 xen/tools/kconfig/lkc.h create mode 100644 xen/tools/kconfig/lkc_proto.h create mode 100644 xen/tools/kconfig/lxdialog/.gitignore create mode 100644 xen/tools/kconfig/lxdialog/BIG.FAT.WARNING create mode 100755 xen/tools/kconfig/lxdialog/check-lxdialog.sh create mode 100644 xen/tools/kconfig/lxdialog/checklist.c create mode 100644 xen/tools/kconfig/lxdialog/dialog.h create mode 100644 xen/tools/kconfig/lxdialog/inputbox.c create mode 100644 xen/tools/kconfig/lxdialog/menubox.c create mode 100644 xen/tools/kconfig/lxdialog/textbox.c create mode 100644 xen/tools/kconfig/lxdialog/util.c create mode 100644 xen/tools/kconfig/lxdialog/yesno.c create mode 100644 xen/tools/kconfig/mconf.c create mode 100644 xen/tools/kconfig/menu.c create mode 100755 xen/tools/kconfig/merge_config.sh create mode 100644 xen/tools/kconfig/nconf.c create mode 100644 xen/tools/kconfig/nconf.gui.c create mode 100644 xen/tools/kconfig/nconf.h create mode 100644 xen/tools/kconfig/qconf.cc create mode 100644 xen/tools/kconfig/qconf.h create mode 100755 xen/tools/kconfig/streamline_config.pl create mode 100644 xen/tools/kconfig/symbol.c create mode 100644 xen/tools/kconfig/util.c create mode 100644 xen/tools/kconfig/zconf.gperf create mode 100644 xen/tools/kconfig/zconf.hash.c_shipped create mode 100644 xen/tools/kconfig/zconf.l create mode 100644 xen/tools/kconfig/zconf.lex.c_shipped create mode 100644 xen/tools/kconfig/zconf.tab.c_shipped create mode 100644 xen/tools/kconfig/zconf.y diff --git a/docs/misc/kconfig-language.txt b/docs/misc/kconfig-language.txt new file mode 100644 index 0000000..350f733 --- /dev/null +++ b/docs/misc/kconfig-language.txt @@ -0,0 +1,395 @@ +Introduction +------------ + +The configuration database is a collection of configuration options +organized in a tree structure: + + +- Code maturity level options + | +- Prompt for development and/or incomplete code/drivers + +- General setup + | +- Networking support + | +- System V IPC + | +- BSD Process Accounting + | +- Sysctl support + +- Loadable module support + | +- Enable loadable module support + | +- Set version information on all module symbols + | +- Kernel module loader + +- ... + +Every entry has its own dependencies. These dependencies are used +to determine the visibility of an entry. Any child entry is only +visible if its parent entry is also visible. + +Menu entries +------------ + +Most entries define a config option; all other entries help to organize +them. A single configuration option is defined like this: + +config MODVERSIONS + bool "Set version information on all module symbols" + depends on MODULES + help + Usually, modules have to be recompiled whenever you switch to a new + kernel. ... + +Every line starts with a key word and can be followed by multiple +arguments. "config" starts a new config entry. The following lines +define attributes for this config option. Attributes can be the type of +the config option, input prompt, dependencies, help text and default +values. A config option can be defined multiple times with the same +name, but every definition can have only a single input prompt and the +type must not conflict. + +Menu attributes +--------------- + +A menu entry can have a number of attributes. Not all of them are +applicable everywhere (see syntax). + +- type definition: "bool"/"tristate"/"string"/"hex"/"int" + Every config option must have a type. There are only two basic types: + tristate and string; the other types are based on these two. The type + definition optionally accepts an input prompt, so these two examples + are equivalent: + + bool "Networking support" + and + bool + prompt "Networking support" + +- input prompt: "prompt" ["if" ] + Every menu entry can have at most one prompt, which is used to display + to the user. Optionally dependencies only for this prompt can be added + with "if". + +- default value: "default" ["if" ] + A config option can have any number of default values. If multiple + default values are visible, only the first defined one is active. + Default values are not limited to the menu entry where they are + defined. This means the default can be defined somewhere else or be + overridden by an earlier definition. + The default value is only assigned to the config symbol if no other + value was set by the user (via the input prompt above). If an input + prompt is visible the default value is presented to the user and can + be overridden by him. + Optionally, dependencies only for this default value can be added with + "if". + +- type definition + default value: + "def_bool"/"def_tristate" ["if" ] + This is a shorthand notation for a type definition plus a value. + Optionally dependencies for this default value can be added with "if". + +- dependencies: "depends on" + This defines a dependency for this menu entry. If multiple + dependencies are defined, they are connected with '&&'. Dependencies + are applied to all other options within this menu entry (which also + accept an "if" expression), so these two examples are equivalent: + + bool "foo" if BAR + default y if BAR + and + depends on BAR + bool "foo" + default y + +- reverse dependencies: "select" ["if" ] + While normal dependencies reduce the upper limit of a symbol (see + below), reverse dependencies can be used to force a lower limit of + another symbol. The value of the current menu symbol is used as the + minimal value can be set to. If is selected multiple + times, the limit is set to the largest selection. + Reverse dependencies can only be used with boolean or tristate + symbols. + Note: + select should be used with care. select will force + a symbol to a value without visiting the dependencies. + By abusing select you are able to select a symbol FOO even + if FOO depends on BAR that is not set. + In general use select only for non-visible symbols + (no prompts anywhere) and for symbols with no dependencies. + That will limit the usefulness but on the other hand avoid + the illegal configurations all over. + +- limiting menu display: "visible if" + This attribute is only applicable to menu blocks, if the condition is + false, the menu block is not displayed to the user (the symbols + contained there can still be selected by other symbols, though). It is + similar to a conditional "prompt" attribute for individual menu + entries. Default value of "visible" is true. + +- numerical ranges: "range" ["if" ] + This allows to limit the range of possible input values for int + and hex symbols. The user can only input a value which is larger than + or equal to the first symbol and smaller than or equal to the second + symbol. + +- help text: "help" or "---help---" + This defines a help text. The end of the help text is determined by + the indentation level, this means it ends at the first line which has + a smaller indentation than the first line of the help text. + "---help---" and "help" do not differ in behaviour, "---help---" is + used to help visually separate configuration logic from help within + the file as an aid to developers. + +- misc options: "option" [=] + Various less common options can be defined via this option syntax, + which can modify the behaviour of the menu entry and its config + symbol. These options are currently possible: + + - "defconfig_list" + This declares a list of default entries which can be used when + looking for the default configuration (which is used when the main + .config doesn't exists yet.) + + - "modules" + This declares the symbol to be used as the MODULES symbol, which + enables the third modular state for all config symbols. + At most one symbol may have the "modules" option set. + + - "env"= + This imports the environment variable into Kconfig. It behaves like + a default, except that the value comes from the environment, this + also means that the behaviour when mixing it with normal defaults is + undefined at this point. The symbol is currently not exported back + to the build environment (if this is desired, it can be done via + another symbol). + + - "allnoconfig_y" + This declares the symbol as one that should have the value y when + using "allnoconfig". Used for symbols that hide other symbols. + +Menu dependencies +----------------- + +Dependencies define the visibility of a menu entry and can also reduce +the input range of tristate symbols. The tristate logic used in the +expressions uses one more state than normal boolean logic to express the +module state. Dependency expressions have the following syntax: + + ::= (1) + '=' (2) + '!=' (3) + '(' ')' (4) + '!' (5) + '&&' (6) + '||' (7) + +Expressions are listed in decreasing order of precedence. + +(1) Convert the symbol into an expression. Boolean and tristate symbols + are simply converted into the respective expression values. All + other symbol types result in 'n'. +(2) If the values of both symbols are equal, it returns 'y', + otherwise 'n'. +(3) If the values of both symbols are equal, it returns 'n', + otherwise 'y'. +(4) Returns the value of the expression. Used to override precedence. +(5) Returns the result of (2-/expr/). +(6) Returns the result of min(/expr/, /expr/). +(7) Returns the result of max(/expr/, /expr/). + +An expression can have a value of 'n', 'm' or 'y' (or 0, 1, 2 +respectively for calculations). A menu entry becomes visible when its +expression evaluates to 'm' or 'y'. + +There are two types of symbols: constant and non-constant symbols. +Non-constant symbols are the most common ones and are defined with the +'config' statement. Non-constant symbols consist entirely of alphanumeric +characters or underscores. +Constant symbols are only part of expressions. Constant symbols are +always surrounded by single or double quotes. Within the quote, any +other character is allowed and the quotes can be escaped using '\'. + +Menu structure +-------------- + +The position of a menu entry in the tree is determined in two ways. First +it can be specified explicitly: + +menu "Network device support" + depends on NET + +config NETDEVICES + ... + +endmenu + +All entries within the "menu" ... "endmenu" block become a submenu of +"Network device support". All subentries inherit the dependencies from +the menu entry, e.g. this means the dependency "NET" is added to the +dependency list of the config option NETDEVICES. + +The other way to generate the menu structure is done by analyzing the +dependencies. If a menu entry somehow depends on the previous entry, it +can be made a submenu of it. First, the previous (parent) symbol must +be part of the dependency list and then one of these two conditions +must be true: +- the child entry must become invisible, if the parent is set to 'n' +- the child entry must only be visible, if the parent is visible + +config MODULES + bool "Enable loadable module support" + +config MODVERSIONS + bool "Set version information on all module symbols" + depends on MODULES + +comment "module support disabled" + depends on !MODULES + +MODVERSIONS directly depends on MODULES, this means it's only visible if +MODULES is different from 'n'. The comment on the other hand is always +visible when MODULES is visible (the (empty) dependency of MODULES is +also part of the comment dependencies). + + +Kconfig syntax +-------------- + +The configuration file describes a series of menu entries, where every +line starts with a keyword (except help texts). The following keywords +end a menu entry: +- config +- menuconfig +- choice/endchoice +- comment +- menu/endmenu +- if/endif +- source +The first five also start the definition of a menu entry. + +config: + + "config" + + +This defines a config symbol and accepts any of above +attributes as options. + +menuconfig: + "menuconfig" + + +This is similar to the simple config entry above, but it also gives a +hint to front ends, that all suboptions should be displayed as a +separate list of options. + +choices: + + "choice" [symbol] + + + "endchoice" + +This defines a choice group and accepts any of the above attributes as +options. A choice can only be of type bool or tristate, while a boolean +choice only allows a single config entry to be selected, a tristate +choice also allows any number of config entries to be set to 'm'. This +can be used if multiple drivers for a single hardware exists and only a +single driver can be compiled/loaded into the kernel, but all drivers +can be compiled as modules. +A choice accepts another option "optional", which allows to set the +choice to 'n' and no entry needs to be selected. +If no [symbol] is associated with a choice, then you can not have multiple +definitions of that choice. If a [symbol] is associated to the choice, +then you may define the same choice (ie. with the same entries) in another +place. + +comment: + + "comment" + + +This defines a comment which is displayed to the user during the +configuration process and is also echoed to the output files. The only +possible options are dependencies. + +menu: + + "menu" + + + "endmenu" + +This defines a menu block, see "Menu structure" above for more +information. The only possible options are dependencies and "visible" +attributes. + +if: + + "if" + + "endif" + +This defines an if block. The dependency expression is appended +to all enclosed menu entries. + +source: + + "source" + +This reads the specified configuration file. This file is always parsed. + +mainmenu: + + "mainmenu" + +This sets the config program's title bar if the config program chooses +to use it. It should be placed at the top of the configuration, before any +other statement. + + +Kconfig hints +------------- +This is a collection of Kconfig tips, most of which aren't obvious at +first glance and most of which have become idioms in several Kconfig +files. + +Adding common features and make the usage configurable +~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ +It is a common idiom to implement a feature/functionality that are +relevant for some architectures but not all. +The recommended way to do so is to use a config variable named HAVE_* +that is defined in a common Kconfig file and selected by the relevant +architectures. +An example is the generic IOMAP functionality. + +We would in lib/Kconfig see: + +# Generic IOMAP is used to ... +config HAVE_GENERIC_IOMAP + +config GENERIC_IOMAP + depends on HAVE_GENERIC_IOMAP && FOO + +And in lib/Makefile we would see: +obj-$(CONFIG_GENERIC_IOMAP) += iomap.o + +For each architecture using the generic IOMAP functionality we would see: + +config X86 + select ... + select HAVE_GENERIC_IOMAP + select ... + +Note: we use the existing config option and avoid creating a new +config variable to select HAVE_GENERIC_IOMAP. + +Note: the use of the internal config variable HAVE_GENERIC_IOMAP, it is +introduced to overcome the limitation of select which will force a +config option to 'y' no matter the dependencies. +The dependencies are moved to the symbol GENERIC_IOMAP and we avoid the +situation where select forces a symbol equals to 'y'. + +Build as module only +~~~~~~~~~~~~~~~~~~~~ +To restrict a component build to module-only, qualify its config symbol +with "depends on m". E.g.: + +config FOO + depends on BAR && m + +limits FOO to module (=m) or disabled (=n). diff --git a/docs/misc/kconfig.txt b/docs/misc/kconfig.txt new file mode 100644 index 0000000..bbc99c0 --- /dev/null +++ b/docs/misc/kconfig.txt @@ -0,0 +1,237 @@ +This file contains some assistance for using "make *config". + +Use "make help" to list all of the possible configuration targets. + +The xconfig ('qconf') and menuconfig ('mconf') programs also +have embedded help text. Be sure to check it for navigation, +search, and other general help text. + +====================================================================== +General +-------------------------------------------------- + +New kernel releases often introduce new config symbols. Often more +important, new kernel releases may rename config symbols. When +this happens, using a previously working .config file and running +"make oldconfig" won't necessarily produce a working new kernel +for you, so you may find that you need to see what NEW kernel +symbols have been introduced. + +To see a list of new config symbols when using "make oldconfig", use + + cp user/some/old.config .config + make listnewconfig + +and the config program will list any new symbols, one per line. + + scripts/diffconfig .config.old .config | less + +______________________________________________________________________ +Environment variables for '*config' + +KCONFIG_CONFIG +-------------------------------------------------- +This environment variable can be used to specify a default kernel config +file name to override the default name of ".config". + +KCONFIG_OVERWRITECONFIG +-------------------------------------------------- +If you set KCONFIG_OVERWRITECONFIG in the environment, Kconfig will not +break symlinks when .config is a symlink to somewhere else. + +CONFIG_ +-------------------------------------------------- +If you set CONFIG_ in the environment, Kconfig will prefix all symbols +with its value when saving the configuration, instead of using the default, +"CONFIG_". + +______________________________________________________________________ +Environment variables for '{allyes/allmod/allno/rand}config' + +KCONFIG_ALLCONFIG +-------------------------------------------------- +(partially based on lkml email from/by Rob Landley, re: miniconfig) +-------------------------------------------------- +The allyesconfig/allmodconfig/allnoconfig/randconfig variants can also +use the environment variable KCONFIG_ALLCONFIG as a flag or a filename +that contains config symbols that the user requires to be set to a +specific value. If KCONFIG_ALLCONFIG is used without a filename where +KCONFIG_ALLCONFIG == "" or KCONFIG_ALLCONFIG == "1", "make *config" +checks for a file named "all{yes/mod/no/def/random}.config" +(corresponding to the *config command that was used) for symbol values +that are to be forced. If this file is not found, it checks for a +file named "all.config" to contain forced values. + +This enables you to create "miniature" config (miniconfig) or custom +config files containing just the config symbols that you are interested +in. Then the kernel config system generates the full .config file, +including symbols of your miniconfig file. + +This 'KCONFIG_ALLCONFIG' file is a config file which contains +(usually a subset of all) preset config symbols. These variable +settings are still subject to normal dependency checks. + +Examples: + KCONFIG_ALLCONFIG=custom-notebook.config make allnoconfig +or + KCONFIG_ALLCONFIG=mini.config make allnoconfig +or + make KCONFIG_ALLCONFIG=mini.config allnoconfig + +These examples will disable most options (allnoconfig) but enable or +disable the options that are explicitly listed in the specified +mini-config files. + +______________________________________________________________________ +Environment variables for 'randconfig' + +KCONFIG_SEED +-------------------------------------------------- +You can set this to the integer value used to seed the RNG, if you want +to somehow debug the behaviour of the kconfig parser/frontends. +If not set, the current time will be used. + +KCONFIG_PROBABILITY +-------------------------------------------------- +This variable can be used to skew the probabilities. This variable can +be unset or empty, or set to three different formats: + KCONFIG_PROBABILITY y:n split y:m:n split + ----------------------------------------------------------------- + unset or empty 50 : 50 33 : 33 : 34 + N N : 100-N N/2 : N/2 : 100-N + [1] N:M N+M : 100-(N+M) N : M : 100-(N+M) + [2] N:M:L N : 100-N M : L : 100-(M+L) + +where N, M and L are integers (in base 10) in the range [0,100], and so +that: + [1] N+M is in the range [0,100] + [2] M+L is in the range [0,100] + +Examples: + KCONFIG_PROBABILITY=10 + 10% of booleans will be set to 'y', 90% to 'n' + 5% of tristates will be set to 'y', 5% to 'm', 90% to 'n' + KCONFIG_PROBABILITY=15:25 + 40% of booleans will be set to 'y', 60% to 'n' + 15% of tristates will be set to 'y', 25% to 'm', 60% to 'n' + KCONFIG_PROBABILITY=10:15:15 + 10% of booleans will be set to 'y', 90% to 'n' + 15% of tristates will be set to 'y', 15% to 'm', 70% to 'n' + +______________________________________________________________________ +Environment variables for 'silentoldconfig' + +KCONFIG_NOSILENTUPDATE +-------------------------------------------------- +If this variable has a non-blank value, it prevents silent kernel +config updates (requires explicit updates). + +KCONFIG_AUTOCONFIG +-------------------------------------------------- +This environment variable can be set to specify the path & name of the +"auto.conf" file. Its default value is "include/config/auto.conf". + +KCONFIG_TRISTATE +-------------------------------------------------- +This environment variable can be set to specify the path & name of the +"tristate.conf" file. Its default value is "include/config/tristate.conf". + +KCONFIG_AUTOHEADER +-------------------------------------------------- +This environment variable can be set to specify the path & name of the +"autoconf.h" (header) file. +Its default value is "include/generated/autoconf.h". + + +====================================================================== +menuconfig +-------------------------------------------------- + +SEARCHING for CONFIG symbols + +Searching in menuconfig: + + The Search function searches for kernel configuration symbol + names, so you have to know something close to what you are + looking for. + + Example: + /hotplug + This lists all config symbols that contain "hotplug", + e.g., HOTPLUG_CPU, MEMORY_HOTPLUG. + + For search help, enter / followed TAB-TAB-TAB (to highlight + ) and Enter. This will tell you that you can also use + regular expressions (regexes) in the search string, so if you + are not interested in MEMORY_HOTPLUG, you could try + + /^hotplug + + When searching, symbols are sorted thus: + - first, exact matches, sorted alphabetically (an exact match + is when the search matches the complete symbol name); + - then, other matches, sorted alphabetically. + For example: ^ATH.K matches: + ATH5K ATH9K ATH5K_AHB ATH5K_DEBUG [...] ATH6KL ATH6KL_DEBUG + [...] ATH9K_AHB ATH9K_BTCOEX_SUPPORT ATH9K_COMMON [...] + of which only ATH5K and ATH9K match exactly and so are sorted + first (and in alphabetical order), then come all other symbols, + sorted in alphabetical order. + +______________________________________________________________________ +User interface options for 'menuconfig' + +MENUCONFIG_COLOR +-------------------------------------------------- +It is possible to select different color themes using the variable +MENUCONFIG_COLOR. To select a theme use: + + make MENUCONFIG_COLOR= menuconfig + +Available themes are: + mono => selects colors suitable for monochrome displays + blackbg => selects a color scheme with black background + classic => theme with blue background. The classic look + bluetitle => a LCD friendly version of classic. (default) + +MENUCONFIG_MODE +-------------------------------------------------- +This mode shows all sub-menus in one large tree. + +Example: + make MENUCONFIG_MODE=single_menu menuconfig + + +====================================================================== +xconfig +-------------------------------------------------- + +Searching in xconfig: + + The Search function searches for kernel configuration symbol + names, so you have to know something close to what you are + looking for. + + Example: + Ctrl-F hotplug + or + Menu: File, Search, hotplug + + lists all config symbol entries that contain "hotplug" in + the symbol name. In this Search dialog, you may change the + config setting for any of the entries that are not grayed out. + You can also enter a different search string without having + to return to the main menu. + + +====================================================================== +gconfig +-------------------------------------------------- + +Searching in gconfig: + + None (gconfig isn't maintained as well as xconfig or menuconfig); + however, gconfig does have a few more viewing choices than + xconfig does. + +### diff --git a/xen/tools/kconfig/.gitignore b/xen/tools/kconfig/.gitignore new file mode 100644 index 0000000..be603c4 --- /dev/null +++ b/xen/tools/kconfig/.gitignore @@ -0,0 +1,22 @@ +# +# Generated files +# +config* +*.lex.c +*.tab.c +*.tab.h +zconf.hash.c +*.moc +gconf.glade.h +*.pot +*.mo + +# +# configuration programs +# +conf +mconf +nconf +qconf +gconf +kxgettext diff --git a/xen/tools/kconfig/Makefile b/xen/tools/kconfig/Makefile new file mode 100644 index 0000000..aceaaed --- /dev/null +++ b/xen/tools/kconfig/Makefile @@ -0,0 +1,317 @@ +# =========================================================================== +# Kernel configuration targets +# These targets are used from top-level makefile + +PHONY += xconfig gconfig menuconfig config silentoldconfig update-po-config \ + localmodconfig localyesconfig + +ifdef KBUILD_KCONFIG +Kconfig := $(KBUILD_KCONFIG) +else +Kconfig := Kconfig +endif + +ifeq ($(quiet),silent_) +silent := -s +endif + +# We need this, in case the user has it in its environment +unexport CONFIG_ + +xconfig: $(obj)/qconf + $< $(silent) $(Kconfig) + +gconfig: $(obj)/gconf + $< $(silent) $(Kconfig) + +menuconfig: $(obj)/mconf + $< $(silent) $(Kconfig) + +config: $(obj)/conf + $< $(silent) --oldaskconfig $(Kconfig) + +nconfig: $(obj)/nconf + $< $(silent) $(Kconfig) + +silentoldconfig: $(obj)/conf + $(Q)mkdir -p include/config include/generated + $< $(silent) --$@ $(Kconfig) + +localyesconfig localmodconfig: $(obj)/streamline_config.pl $(obj)/conf + $(Q)mkdir -p include/config include/generated + $(Q)perl $< --$@ $(srctree) $(Kconfig) > .tmp.config + $(Q)if [ -f .config ]; then \ + cmp -s .tmp.config .config || \ + (mv -f .config .config.old.1; \ + mv -f .tmp.config .config; \ + $(obj)/conf $(silent) --silentoldconfig $(Kconfig); \ + mv -f .config.old.1 .config.old) \ + else \ + mv -f .tmp.config .config; \ + $(obj)/conf $(silent) --silentoldconfig $(Kconfig); \ + fi + $(Q)rm -f .tmp.config + +# Create new linux.pot file +# Adjust charset to UTF-8 in .po file to accept UTF-8 in Kconfig files +update-po-config: $(obj)/kxgettext $(obj)/gconf.glade.h + $(Q)$(kecho) " GEN config.pot" + $(Q)xgettext --default-domain=linux \ + --add-comments --keyword=_ --keyword=N_ \ + --from-code=UTF-8 \ + --files-from=$(srctree)/scripts/kconfig/POTFILES.in \ + --directory=$(srctree) --directory=$(objtree) \ + --output $(obj)/config.pot + $(Q)sed -i s/CHARSET/UTF-8/ $(obj)/config.pot + $(Q)(for i in `ls $(srctree)/arch/*/Kconfig \ + $(srctree)/arch/*/um/Kconfig`; \ + do \ + $(kecho) " GEN $$i"; \ + $(obj)/kxgettext $$i \ + >> $(obj)/config.pot; \ + done ) + $(Q)$(kecho) " GEN linux.pot" + $(Q)msguniq --sort-by-file --to-code=UTF-8 $(obj)/config.pot \ + --output $(obj)/linux.pot + $(Q)rm -f $(obj)/config.pot + +# These targets map 1:1 to the commandline options of 'conf' +simple-targets := oldconfig allnoconfig allyesconfig allmodconfig \ + alldefconfig randconfig listnewconfig olddefconfig +PHONY += $(simple-targets) + +$(simple-targets): $(obj)/conf + $< $(silent) --$@ $(Kconfig) + +PHONY += oldnoconfig savedefconfig defconfig + +# oldnoconfig is an alias of olddefconfig, because people already are dependent +# on its behavior (sets new symbols to their default value but not 'n') with the +# counter-intuitive name. +oldnoconfig: olddefconfig + +savedefconfig: $(obj)/conf + $< $(silent) --$@=defconfig $(Kconfig) + +defconfig: $(obj)/conf +ifeq ($(KBUILD_DEFCONFIG),) + $< $(silent) --defconfig $(Kconfig) +else + @$(kecho) "*** Default configuration is based on '$(KBUILD_DEFCONFIG)'" + $(Q)$< $(silent) --defconfig=arch/$(SRCARCH)/configs/$(KBUILD_DEFCONFIG) $(Kconfig) +endif + +%_defconfig: $(obj)/conf + $(Q)$< $(silent) --defconfig=arch/$(SRCARCH)/configs/$@ $(Kconfig) + +configfiles=$(wildcard $(srctree)/kernel/configs/$@ $(srctree)/arch/$(SRCARCH)/configs/$@) + +%.config: $(obj)/conf + $(if $(call configfiles),, $(error No configuration exists for this target on this architecture)) + $(Q)$(CONFIG_SHELL) $(srctree)/scripts/kconfig/merge_config.sh -m .config $(configfiles) + +$(Q)yes "" | $(MAKE) -f $(srctree)/Makefile oldconfig + +PHONY += kvmconfig +kvmconfig: kvm_guest.config + @: + +PHONY += xenconfig +xenconfig: xen.config + @: + +PHONY += tinyconfig +tinyconfig: + $(Q)$(MAKE) -f $(srctree)/Makefile allnoconfig tiny.config + +# Help text used by make help +help: + @echo ' config - Update current config utilising a line-oriented program' + @echo ' nconfig - Update current config utilising a ncurses menu based' + @echo ' program' + @echo ' menuconfig - Update current config utilising a menu based program' + @echo ' xconfig - Update current config utilising a Qt based front-end' + @echo ' gconfig - Update current config utilising a GTK+ based front-end' + @echo ' oldconfig - Update current config utilising a provided .config as base' + @echo ' localmodconfig - Update current config disabling modules not loaded' + @echo ' localyesconfig - Update current config converting local mods to core' + @echo ' silentoldconfig - Same as oldconfig, but quietly, additionally update deps' + @echo ' defconfig - New config with default from ARCH supplied defconfig' + @echo ' savedefconfig - Save current config as ./defconfig (minimal config)' + @echo ' allnoconfig - New config where all options are answered with no' + @echo ' allyesconfig - New config where all options are accepted with yes' + @echo ' allmodconfig - New config selecting modules when possible' + @echo ' alldefconfig - New config with all symbols set to default' + @echo ' randconfig - New config with random answer to all options' + @echo ' listnewconfig - List new options' + @echo ' olddefconfig - Same as silentoldconfig but sets new symbols to their' + @echo ' default value' + @echo ' kvmconfig - Enable additional options for kvm guest kernel support' + @echo ' xenconfig - Enable additional options for xen dom0 and guest kernel support' + @echo ' tinyconfig - Configure the tiniest possible kernel' + +# lxdialog stuff +check-lxdialog := $(srctree)/$(src)/lxdialog/check-lxdialog.sh + +# Use recursively expanded variables so we do not call gcc unless +# we really need to do so. (Do not call gcc as part of make mrproper) +HOST_EXTRACFLAGS += $(shell $(CONFIG_SHELL) $(check-lxdialog) -ccflags) \ + -DLOCALE + +# =========================================================================== +# Shared Makefile for the various kconfig executables: +# conf: Used for defconfig, oldconfig and related targets +# nconf: Used for the nconfig target. +# Utilizes ncurses +# mconf: Used for the menuconfig target +# Utilizes the lxdialog package +# qconf: Used for the xconfig target +# Based on Qt which needs to be installed to compile it +# gconf: Used for the gconfig target +# Based on GTK+ which needs to be installed to compile it +# object files used by all kconfig flavours + +lxdialog := lxdialog/checklist.o lxdialog/util.o lxdialog/inputbox.o +lxdialog += lxdialog/textbox.o lxdialog/yesno.o lxdialog/menubox.o + +conf-objs := conf.o zconf.tab.o +mconf-objs := mconf.o zconf.tab.o $(lxdialog) +nconf-objs := nconf.o zconf.tab.o nconf.gui.o +kxgettext-objs := kxgettext.o zconf.tab.o +qconf-cxxobjs := qconf.o +qconf-objs := zconf.tab.o +gconf-objs := gconf.o zconf.tab.o + +hostprogs-y := conf nconf mconf kxgettext qconf gconf + +clean-files := qconf.moc .tmp_qtcheck .tmp_gtkcheck +clean-files += zconf.tab.c zconf.lex.c zconf.hash.c gconf.glade.h +clean-files += config.pot linux.pot + +# Check that we have the required ncurses stuff installed for lxdialog (menuconfig) +PHONY += $(obj)/dochecklxdialog +$(addprefix $(obj)/,$(lxdialog)): $(obj)/dochecklxdialog +$(obj)/dochecklxdialog: + $(Q)$(CONFIG_SHELL) $(check-lxdialog) -check $(HOSTCC) $(HOST_EXTRACFLAGS) $(HOSTLOADLIBES_mconf) + +always := dochecklxdialog + +# Add environment specific flags +HOST_EXTRACFLAGS += $(shell $(CONFIG_SHELL) $(srctree)/$(src)/check.sh $(HOSTCC) $(HOSTCFLAGS)) + +# generated files seem to need this to find local include files +HOSTCFLAGS_zconf.lex.o := -I$(src) +HOSTCFLAGS_zconf.tab.o := -I$(src) + +LEX_PREFIX_zconf := zconf +YACC_PREFIX_zconf := zconf + +HOSTLOADLIBES_qconf = $(KC_QT_LIBS) +HOSTCXXFLAGS_qconf.o = $(KC_QT_CFLAGS) + +HOSTLOADLIBES_gconf = `pkg-config --libs gtk+-2.0 gmodule-2.0 libglade-2.0` +HOSTCFLAGS_gconf.o = `pkg-config --cflags gtk+-2.0 gmodule-2.0 libglade-2.0` \ + -Wno-missing-prototypes + +HOSTLOADLIBES_mconf = $(shell $(CONFIG_SHELL) $(check-lxdialog) -ldflags $(HOSTCC)) + +HOSTLOADLIBES_nconf = $(shell \ + pkg-config --libs menuw panelw ncursesw 2>/dev/null \ + || pkg-config --libs menu panel ncurses 2>/dev/null \ + || echo "-lmenu -lpanel -lncurses" ) +$(obj)/qconf.o: $(obj)/.tmp_qtcheck + +ifeq ($(MAKECMDGOALS),xconfig) +$(obj)/.tmp_qtcheck: $(src)/Makefile +-include $(obj)/.tmp_qtcheck + +# Qt needs some extra effort... +$(obj)/.tmp_qtcheck: + @set -e; $(kecho) " CHECK qt"; dir=""; pkg=""; \ + if ! pkg-config --exists QtCore 2> /dev/null; then \ + echo "* Unable to find the Qt4 tool qmake. Trying to use Qt3"; \ + pkg-config --exists qt 2> /dev/null && pkg=qt; \ + pkg-config --exists qt-mt 2> /dev/null && pkg=qt-mt; \ + if [ -n "$$pkg" ]; then \ + cflags="\$$(shell pkg-config $$pkg --cflags)"; \ + libs="\$$(shell pkg-config $$pkg --libs)"; \ + moc="\$$(shell pkg-config $$pkg --variable=prefix)/bin/moc"; \ + dir="$$(pkg-config $$pkg --variable=prefix)"; \ + else \ + for d in $$QTDIR /usr/share/qt* /usr/lib/qt*; do \ + if [ -f $$d/include/qconfig.h ]; then dir=$$d; break; fi; \ + done; \ + if [ -z "$$dir" ]; then \ + echo >&2 "*"; \ + echo >&2 "* Unable to find any Qt installation. Please make sure that"; \ + echo >&2 "* the Qt4 or Qt3 development package is correctly installed and"; \ + echo >&2 "* either qmake can be found or install pkg-config or set"; \ + echo >&2 "* the QTDIR environment variable to the correct location."; \ + echo >&2 "*"; \ + false; \ + fi; \ + libpath=$$dir/lib; lib=qt; osdir=""; \ + $(HOSTCXX) -print-multi-os-directory > /dev/null 2>&1 && \ + osdir=x$$($(HOSTCXX) -print-multi-os-directory); \ + test -d $$libpath/$$osdir && libpath=$$libpath/$$osdir; \ + test -f $$libpath/libqt-mt.so && lib=qt-mt; \ + cflags="-I$$dir/include"; \ + libs="-L$$libpath -Wl,-rpath,$$libpath -l$$lib"; \ + moc="$$dir/bin/moc"; \ + fi; \ + if [ ! -x $$dir/bin/moc -a -x /usr/bin/moc ]; then \ + echo "*"; \ + echo "* Unable to find $$dir/bin/moc, using /usr/bin/moc instead."; \ + echo "*"; \ + moc="/usr/bin/moc"; \ + fi; \ + else \ + cflags="\$$(shell pkg-config QtCore QtGui Qt3Support --cflags)"; \ + libs="\$$(shell pkg-config QtCore QtGui Qt3Support --libs)"; \ + moc="\$$(shell pkg-config QtCore --variable=moc_location)"; \ + [ -n "$$moc" ] || moc="\$$(shell pkg-config QtCore --variable=prefix)/bin/moc"; \ + fi; \ + echo "KC_QT_CFLAGS=$$cflags" > $@; \ + echo "KC_QT_LIBS=$$libs" >> $@; \ + echo "KC_QT_MOC=$$moc" >> $@ +endif + +$(obj)/gconf.o: $(obj)/.tmp_gtkcheck + +ifeq ($(MAKECMDGOALS),gconfig) +-include $(obj)/.tmp_gtkcheck + +# GTK+ needs some extra effort, too... +$(obj)/.tmp_gtkcheck: + @if `pkg-config --exists gtk+-2.0 gmodule-2.0 libglade-2.0`; then \ + if `pkg-config --atleast-version=2.0.0 gtk+-2.0`; then \ + touch $@; \ + else \ + echo >&2 "*"; \ + echo >&2 "* GTK+ is present but version >= 2.0.0 is required."; \ + echo >&2 "*"; \ + false; \ + fi \ + else \ + echo >&2 "*"; \ + echo >&2 "* Unable to find the GTK+ installation. Please make sure that"; \ + echo >&2 "* the GTK+ 2.0 development package is correctly installed..."; \ + echo >&2 "* You need gtk+-2.0, glib-2.0 and libglade-2.0."; \ + echo >&2 "*"; \ + false; \ + fi +endif + +$(obj)/zconf.tab.o: $(obj)/zconf.lex.c $(obj)/zconf.hash.c + +$(obj)/qconf.o: $(obj)/qconf.moc + +quiet_cmd_moc = MOC $@ + cmd_moc = $(KC_QT_MOC) -i $< -o $@ + +$(obj)/%.moc: $(src)/%.h $(obj)/.tmp_qtcheck + $(call cmd,moc) + +# Extract gconf menu items for i18n support +$(obj)/gconf.glade.h: $(obj)/gconf.glade + $(Q)intltool-extract --type=gettext/glade --srcdir=$(srctree) \ + $(obj)/gconf.glade diff --git a/xen/tools/kconfig/Makefile.host b/xen/tools/kconfig/Makefile.host new file mode 100644 index 0000000..133edfa --- /dev/null +++ b/xen/tools/kconfig/Makefile.host @@ -0,0 +1,128 @@ +# ========================================================================== +# Building binaries on the host system +# Binaries are used during the compilation of the kernel, for example +# to preprocess a data file. +# +# Both C and C++ are supported, but preferred language is C for such utilities. +# +# Sample syntax (see Documentation/kbuild/makefiles.txt for reference) +# hostprogs-y := bin2hex +# Will compile bin2hex.c and create an executable named bin2hex +# +# hostprogs-y := lxdialog +# lxdialog-objs := checklist.o lxdialog.o +# Will compile lxdialog.c and checklist.c, and then link the executable +# lxdialog, based on checklist.o and lxdialog.o +# +# hostprogs-y := qconf +# qconf-cxxobjs := qconf.o +# qconf-objs := menu.o +# Will compile qconf as a C++ program, and menu as a C program. +# They are linked as C++ code to the executable qconf + +__hostprogs := $(sort $(hostprogs-y) $(hostprogs-m)) + +# C code +# Executables compiled from a single .c file +host-csingle := $(foreach m,$(__hostprogs), \ + $(if $($(m)-objs)$($(m)-cxxobjs),,$(m))) + +# C executables linked based on several .o files +host-cmulti := $(foreach m,$(__hostprogs),\ + $(if $($(m)-cxxobjs),,$(if $($(m)-objs),$(m)))) + +# Object (.o) files compiled from .c files +host-cobjs := $(sort $(foreach m,$(__hostprogs),$($(m)-objs))) + +# C++ code +# C++ executables compiled from at least one .cc file +# and zero or more .c files +host-cxxmulti := $(foreach m,$(__hostprogs),$(if $($(m)-cxxobjs),$(m))) + +# C++ Object (.o) files compiled from .cc files +host-cxxobjs := $(sort $(foreach m,$(host-cxxmulti),$($(m)-cxxobjs))) + +# output directory for programs/.o files +# hostprogs-y := tools/build may have been specified. +# Retrieve also directory of .o files from prog-objs or prog-cxxobjs notation +host-objdirs := $(dir $(__hostprogs) $(host-cobjs) $(host-cxxobjs)) + +host-objdirs := $(strip $(sort $(filter-out ./,$(host-objdirs)))) + + +__hostprogs := $(addprefix $(obj)/,$(__hostprogs)) +host-csingle := $(addprefix $(obj)/,$(host-csingle)) +host-cmulti := $(addprefix $(obj)/,$(host-cmulti)) +host-cobjs := $(addprefix $(obj)/,$(host-cobjs)) +host-cxxmulti := $(addprefix $(obj)/,$(host-cxxmulti)) +host-cxxobjs := $(addprefix $(obj)/,$(host-cxxobjs)) +host-objdirs := $(addprefix $(obj)/,$(host-objdirs)) + +obj-dirs += $(host-objdirs) + +##### +# Handle options to gcc. Support building with separate output directory + +_hostc_flags = $(HOSTCFLAGS) $(HOST_EXTRACFLAGS) \ + $(HOSTCFLAGS_$(basetarget).o) +_hostcxx_flags = $(HOSTCXXFLAGS) $(HOST_EXTRACXXFLAGS) \ + $(HOSTCXXFLAGS_$(basetarget).o) + +ifeq ($(KBUILD_SRC),) +__hostc_flags = $(_hostc_flags) +__hostcxx_flags = $(_hostcxx_flags) +else +__hostc_flags = -I$(obj) $(call flags,_hostc_flags) +__hostcxx_flags = -I$(obj) $(call flags,_hostcxx_flags) +endif + +hostc_flags = -Wp,-MD,$(depfile) $(__hostc_flags) +hostcxx_flags = -Wp,-MD,$(depfile) $(__hostcxx_flags) + +##### +# Compile programs on the host + +# Create executable from a single .c file +# host-csingle -> Executable +quiet_cmd_host-csingle = HOSTCC $@ + cmd_host-csingle = $(HOSTCC) $(hostc_flags) -o $@ $< \ + $(HOST_LOADLIBES) $(HOSTLOADLIBES_$(@F)) +$(host-csingle): $(obj)/%: $(src)/%.c FORCE + $(call if_changed_dep,host-csingle) + +# Link an executable based on list of .o files, all plain c +# host-cmulti -> executable +quiet_cmd_host-cmulti = HOSTLD $@ + cmd_host-cmulti = $(HOSTCC) $(HOSTLDFLAGS) -o $@ \ + $(addprefix $(obj)/,$($(@F)-objs)) \ + $(HOST_LOADLIBES) $(HOSTLOADLIBES_$(@F)) +$(host-cmulti): FORCE + $(call if_changed,host-cmulti) +$(call multi_depend, $(host-cmulti), , -objs) + +# Create .o file from a single .c file +# host-cobjs -> .o +quiet_cmd_host-cobjs = HOSTCC $@ + cmd_host-cobjs = $(HOSTCC) $(hostc_flags) -c -o $@ $< +$(host-cobjs): $(obj)/%.o: $(src)/%.c FORCE + $(call if_changed_dep,host-cobjs) + +# Link an executable based on list of .o files, a mixture of .c and .cc +# host-cxxmulti -> executable +quiet_cmd_host-cxxmulti = HOSTLD $@ + cmd_host-cxxmulti = $(HOSTCXX) $(HOSTLDFLAGS) -o $@ \ + $(foreach o,objs cxxobjs,\ + $(addprefix $(obj)/,$($(@F)-$(o)))) \ + $(HOST_LOADLIBES) $(HOSTLOADLIBES_$(@F)) +$(host-cxxmulti): FORCE + $(call if_changed,host-cxxmulti) +$(call multi_depend, $(host-cxxmulti), , -objs -cxxobjs) + +# Create .o file from a single .cc (C++) file +quiet_cmd_host-cxxobjs = HOSTCXX $@ + cmd_host-cxxobjs = $(HOSTCXX) $(hostcxx_flags) -c -o $@ $< +$(host-cxxobjs): $(obj)/%.o: $(src)/%.cc FORCE + $(call if_changed_dep,host-cxxobjs) + +targets += $(host-csingle) $(host-cmulti) $(host-cobjs)\ + $(host-cxxmulti) $(host-cxxobjs) diff --git a/xen/tools/kconfig/POTFILES.in b/xen/tools/kconfig/POTFILES.in new file mode 100644 index 0000000..9674573 --- /dev/null +++ b/xen/tools/kconfig/POTFILES.in @@ -0,0 +1,12 @@ +scripts/kconfig/lxdialog/checklist.c +scripts/kconfig/lxdialog/inputbox.c +scripts/kconfig/lxdialog/menubox.c +scripts/kconfig/lxdialog/textbox.c +scripts/kconfig/lxdialog/util.c +scripts/kconfig/lxdialog/yesno.c +scripts/kconfig/mconf.c +scripts/kconfig/conf.c +scripts/kconfig/confdata.c +scripts/kconfig/gconf.c +scripts/kconfig/gconf.glade.h +scripts/kconfig/qconf.cc diff --git a/xen/tools/kconfig/check.sh b/xen/tools/kconfig/check.sh new file mode 100755 index 0000000..55b79ba --- /dev/null +++ b/xen/tools/kconfig/check.sh @@ -0,0 +1,13 @@ +#!/bin/sh +# Needed for systems without gettext +$* -x c -o /dev/null - > /dev/null 2>&1 << EOF +#include +int main() +{ + gettext(""); + return 0; +} +EOF +if [ ! "$?" -eq "0" ]; then + echo -DKBUILD_NO_NLS; +fi diff --git a/xen/tools/kconfig/conf.c b/xen/tools/kconfig/conf.c new file mode 100644 index 0000000..6c20431 --- /dev/null +++ b/xen/tools/kconfig/conf.c @@ -0,0 +1,722 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#include "lkc.h" + +static void conf(struct menu *menu); +static void check_conf(struct menu *menu); +static void xfgets(char *str, int size, FILE *in); + +enum input_mode { + oldaskconfig, + silentoldconfig, + oldconfig, + allnoconfig, + allyesconfig, + allmodconfig, + alldefconfig, + randconfig, + defconfig, + savedefconfig, + listnewconfig, + olddefconfig, +} input_mode = oldaskconfig; + +static int indent = 1; +static int tty_stdio; +static int valid_stdin = 1; +static int sync_kconfig; +static int conf_cnt; +static char line[128]; +static struct menu *rootEntry; + +static void print_help(struct menu *menu) +{ + struct gstr help = str_new(); + + menu_get_ext_help(menu, &help); + + printf("\n%s\n", str_get(&help)); + str_free(&help); +} + +static void strip(char *str) +{ + char *p = str; + int l; + + while ((isspace(*p))) + p++; + l = strlen(p); + if (p != str) + memmove(str, p, l + 1); + if (!l) + return; + p = str + l - 1; + while ((isspace(*p))) + *p-- = 0; +} + +static void check_stdin(void) +{ + if (!valid_stdin) { + printf(_("aborted!\n\n")); + printf(_("Console input/output is redirected. ")); + printf(_("Run 'make oldconfig' to update configuration.\n\n")); + exit(1); + } +} + +static int conf_askvalue(struct symbol *sym, const char *def) +{ + enum symbol_type type = sym_get_type(sym); + + if (!sym_has_value(sym)) + printf(_("(NEW) ")); + + line[0] = '\n'; + line[1] = 0; + + if (!sym_is_changable(sym)) { + printf("%s\n", def); + line[0] = '\n'; + line[1] = 0; + return 0; + } + + switch (input_mode) { + case oldconfig: + case silentoldconfig: + if (sym_has_value(sym)) { + printf("%s\n", def); + return 0; + } + check_stdin(); + /* fall through */ + case oldaskconfig: + fflush(stdout); + xfgets(line, 128, stdin); + if (!tty_stdio) + printf("\n"); + return 1; + default: + break; + } + + switch (type) { + case S_INT: + case S_HEX: + case S_STRING: + printf("%s\n", def); + return 1; + default: + ; + } + printf("%s", line); + return 1; +} + +static int conf_string(struct menu *menu) +{ + struct symbol *sym = menu->sym; + const char *def; + + while (1) { + printf("%*s%s ", indent - 1, "", _(menu->prompt->text)); + printf("(%s) ", sym->name); + def = sym_get_string_value(sym); + if (sym_get_string_value(sym)) + printf("[%s] ", def); + if (!conf_askvalue(sym, def)) + return 0; + switch (line[0]) { + case '\n': + break; + case '?': + /* print help */ + if (line[1] == '\n') { + print_help(menu); + def = NULL; + break; + } + /* fall through */ + default: + line[strlen(line)-1] = 0; + def = line; + } + if (def && sym_set_string_value(sym, def)) + return 0; + } +} + +static int conf_sym(struct menu *menu) +{ + struct symbol *sym = menu->sym; + tristate oldval, newval; + + while (1) { + printf("%*s%s ", indent - 1, "", _(menu->prompt->text)); + if (sym->name) + printf("(%s) ", sym->name); + putchar('['); + oldval = sym_get_tristate_value(sym); + switch (oldval) { + case no: + putchar('N'); + break; + case mod: + putchar('M'); + break; + case yes: + putchar('Y'); + break; + } + if (oldval != no && sym_tristate_within_range(sym, no)) + printf("/n"); + if (oldval != mod && sym_tristate_within_range(sym, mod)) + printf("/m"); + if (oldval != yes && sym_tristate_within_range(sym, yes)) + printf("/y"); + if (menu_has_help(menu)) + printf("/?"); + printf("] "); + if (!conf_askvalue(sym, sym_get_string_value(sym))) + return 0; + strip(line); + + switch (line[0]) { + case 'n': + case 'N': + newval = no; + if (!line[1] || !strcmp(&line[1], "o")) + break; + continue; + case 'm': + case 'M': + newval = mod; + if (!line[1]) + break; + continue; + case 'y': + case 'Y': + newval = yes; + if (!line[1] || !strcmp(&line[1], "es")) + break; + continue; + case 0: + newval = oldval; + break; + case '?': + goto help; + default: + continue; + } + if (sym_set_tristate_value(sym, newval)) + return 0; +help: + print_help(menu); + } +} + +static int conf_choice(struct menu *menu) +{ + struct symbol *sym, *def_sym; + struct menu *child; + bool is_new; + + sym = menu->sym; + is_new = !sym_has_value(sym); + if (sym_is_changable(sym)) { + conf_sym(menu); + sym_calc_value(sym); + switch (sym_get_tristate_value(sym)) { + case no: + return 1; + case mod: + return 0; + case yes: + break; + } + } else { + switch (sym_get_tristate_value(sym)) { + case no: + return 1; + case mod: + printf("%*s%s\n", indent - 1, "", _(menu_get_prompt(menu))); + return 0; + case yes: + break; + } + } + + while (1) { + int cnt, def; + + printf("%*s%s\n", indent - 1, "", _(menu_get_prompt(menu))); + def_sym = sym_get_choice_value(sym); + cnt = def = 0; + line[0] = 0; + for (child = menu->list; child; child = child->next) { + if (!menu_is_visible(child)) + continue; + if (!child->sym) { + printf("%*c %s\n", indent, '*', _(menu_get_prompt(child))); + continue; + } + cnt++; + if (child->sym == def_sym) { + def = cnt; + printf("%*c", indent, '>'); + } else + printf("%*c", indent, ' '); + printf(" %d. %s", cnt, _(menu_get_prompt(child))); + if (child->sym->name) + printf(" (%s)", child->sym->name); + if (!sym_has_value(child->sym)) + printf(_(" (NEW)")); + printf("\n"); + } + printf(_("%*schoice"), indent - 1, ""); + if (cnt == 1) { + printf("[1]: 1\n"); + goto conf_childs; + } + printf("[1-%d", cnt); + if (menu_has_help(menu)) + printf("?"); + printf("]: "); + switch (input_mode) { + case oldconfig: + case silentoldconfig: + if (!is_new) { + cnt = def; + printf("%d\n", cnt); + break; + } + check_stdin(); + /* fall through */ + case oldaskconfig: + fflush(stdout); + xfgets(line, 128, stdin); + strip(line); + if (line[0] == '?') { + print_help(menu); + continue; + } + if (!line[0]) + cnt = def; + else if (isdigit(line[0])) + cnt = atoi(line); + else + continue; + break; + default: + break; + } + + conf_childs: + for (child = menu->list; child; child = child->next) { + if (!child->sym || !menu_is_visible(child)) + continue; + if (!--cnt) + break; + } + if (!child) + continue; + if (line[0] && line[strlen(line) - 1] == '?') { + print_help(child); + continue; + } + sym_set_choice_value(sym, child->sym); + for (child = child->list; child; child = child->next) { + indent += 2; + conf(child); + indent -= 2; + } + return 1; + } +} + +static void conf(struct menu *menu) +{ + struct symbol *sym; + struct property *prop; + struct menu *child; + + if (!menu_is_visible(menu)) + return; + + sym = menu->sym; + prop = menu->prompt; + if (prop) { + const char *prompt; + + switch (prop->type) { + case P_MENU: + if ((input_mode == silentoldconfig || + input_mode == listnewconfig || + input_mode == olddefconfig) && + rootEntry != menu) { + check_conf(menu); + return; + } + /* fall through */ + case P_COMMENT: + prompt = menu_get_prompt(menu); + if (prompt) + printf("%*c\n%*c %s\n%*c\n", + indent, '*', + indent, '*', _(prompt), + indent, '*'); + default: + ; + } + } + + if (!sym) + goto conf_childs; + + if (sym_is_choice(sym)) { + conf_choice(menu); + if (sym->curr.tri != mod) + return; + goto conf_childs; + } + + switch (sym->type) { + case S_INT: + case S_HEX: + case S_STRING: + conf_string(menu); + break; + default: + conf_sym(menu); + break; + } + +conf_childs: + if (sym) + indent += 2; + for (child = menu->list; child; child = child->next) + conf(child); + if (sym) + indent -= 2; +} + +static void check_conf(struct menu *menu) +{ + struct symbol *sym; + struct menu *child; + + if (!menu_is_visible(menu)) + return; + + sym = menu->sym; + if (sym && !sym_has_value(sym)) { + if (sym_is_changable(sym) || + (sym_is_choice(sym) && sym_get_tristate_value(sym) == yes)) { + if (input_mode == listnewconfig) { + if (sym->name && !sym_is_choice_value(sym)) { + printf("%s%s\n", CONFIG_, sym->name); + } + } else if (input_mode != olddefconfig) { + if (!conf_cnt++) + printf(_("*\n* Restart config...\n*\n")); + rootEntry = menu_get_parent_menu(menu); + conf(rootEntry); + } + } + } + + for (child = menu->list; child; child = child->next) + check_conf(child); +} + +static struct option long_opts[] = { + {"oldaskconfig", no_argument, NULL, oldaskconfig}, + {"oldconfig", no_argument, NULL, oldconfig}, + {"silentoldconfig", no_argument, NULL, silentoldconfig}, + {"defconfig", optional_argument, NULL, defconfig}, + {"savedefconfig", required_argument, NULL, savedefconfig}, + {"allnoconfig", no_argument, NULL, allnoconfig}, + {"allyesconfig", no_argument, NULL, allyesconfig}, + {"allmodconfig", no_argument, NULL, allmodconfig}, + {"alldefconfig", no_argument, NULL, alldefconfig}, + {"randconfig", no_argument, NULL, randconfig}, + {"listnewconfig", no_argument, NULL, listnewconfig}, + {"olddefconfig", no_argument, NULL, olddefconfig}, + /* + * oldnoconfig is an alias of olddefconfig, because people already + * are dependent on its behavior(sets new symbols to their default + * value but not 'n') with the counter-intuitive name. + */ + {"oldnoconfig", no_argument, NULL, olddefconfig}, + {NULL, 0, NULL, 0} +}; + +static void conf_usage(const char *progname) +{ + + printf("Usage: %s [-s] [option] \n", progname); + printf("[option] is _one_ of the following:\n"); + printf(" --listnewconfig List new options\n"); + printf(" --oldaskconfig Start a new configuration using a line-oriented program\n"); + printf(" --oldconfig Update a configuration using a provided .config as base\n"); + printf(" --silentoldconfig Same as oldconfig, but quietly, additionally update deps\n"); + printf(" --olddefconfig Same as silentoldconfig but sets new symbols to their default value\n"); + printf(" --oldnoconfig An alias of olddefconfig\n"); + printf(" --defconfig New config with default defined in \n"); + printf(" --savedefconfig Save the minimal current configuration to \n"); + printf(" --allnoconfig New config where all options are answered with no\n"); + printf(" --allyesconfig New config where all options are answered with yes\n"); + printf(" --allmodconfig New config where all options are answered with mod\n"); + printf(" --alldefconfig New config with all symbols set to default\n"); + printf(" --randconfig New config with random answer to all options\n"); +} + +int main(int ac, char **av) +{ + const char *progname = av[0]; + int opt; + const char *name, *defconfig_file = NULL /* gcc uninit */; + struct stat tmpstat; + + setlocale(LC_ALL, ""); + bindtextdomain(PACKAGE, LOCALEDIR); + textdomain(PACKAGE); + + tty_stdio = isatty(0) && isatty(1) && isatty(2); + + while ((opt = getopt_long(ac, av, "s", long_opts, NULL)) != -1) { + if (opt == 's') { + conf_set_message_callback(NULL); + continue; + } + input_mode = (enum input_mode)opt; + switch (opt) { + case silentoldconfig: + sync_kconfig = 1; + break; + case defconfig: + case savedefconfig: + defconfig_file = optarg; + break; + case randconfig: + { + struct timeval now; + unsigned int seed; + char *seed_env; + + /* + * Use microseconds derived seed, + * compensate for systems where it may be zero + */ + gettimeofday(&now, NULL); + seed = (unsigned int)((now.tv_sec + 1) * (now.tv_usec + 1)); + + seed_env = getenv("KCONFIG_SEED"); + if( seed_env && *seed_env ) { + char *endp; + int tmp = (int)strtol(seed_env, &endp, 0); + if (*endp == '\0') { + seed = tmp; + } + } + fprintf( stderr, "KCONFIG_SEED=0x%X\n", seed ); + srand(seed); + break; + } + case oldaskconfig: + case oldconfig: + case allnoconfig: + case allyesconfig: + case allmodconfig: + case alldefconfig: + case listnewconfig: + case olddefconfig: + break; + case '?': + conf_usage(progname); + exit(1); + break; + } + } + if (ac == optind) { + printf(_("%s: Kconfig file missing\n"), av[0]); + conf_usage(progname); + exit(1); + } + name = av[optind]; + conf_parse(name); + //zconfdump(stdout); + if (sync_kconfig) { + name = conf_get_configname(); + if (stat(name, &tmpstat)) { + fprintf(stderr, _("***\n" + "*** Configuration file \"%s\" not found!\n" + "***\n" + "*** Please run some configurator (e.g. \"make oldconfig\" or\n" + "*** \"make menuconfig\" or \"make xconfig\").\n" + "***\n"), name); + exit(1); + } + } + + switch (input_mode) { + case defconfig: + if (!defconfig_file) + defconfig_file = conf_get_default_confname(); + if (conf_read(defconfig_file)) { + printf(_("***\n" + "*** Can't find default configuration \"%s\"!\n" + "***\n"), defconfig_file); + exit(1); + } + break; + case savedefconfig: + case silentoldconfig: + case oldaskconfig: + case oldconfig: + case listnewconfig: + case olddefconfig: + conf_read(NULL); + break; + case allnoconfig: + case allyesconfig: + case allmodconfig: + case alldefconfig: + case randconfig: + name = getenv("KCONFIG_ALLCONFIG"); + if (!name) + break; + if ((strcmp(name, "") != 0) && (strcmp(name, "1") != 0)) { + if (conf_read_simple(name, S_DEF_USER)) { + fprintf(stderr, + _("*** Can't read seed configuration \"%s\"!\n"), + name); + exit(1); + } + break; + } + switch (input_mode) { + case allnoconfig: name = "allno.config"; break; + case allyesconfig: name = "allyes.config"; break; + case allmodconfig: name = "allmod.config"; break; + case alldefconfig: name = "alldef.config"; break; + case randconfig: name = "allrandom.config"; break; + default: break; + } + if (conf_read_simple(name, S_DEF_USER) && + conf_read_simple("all.config", S_DEF_USER)) { + fprintf(stderr, + _("*** KCONFIG_ALLCONFIG set, but no \"%s\" or \"all.config\" file found\n"), + name); + exit(1); + } + break; + default: + break; + } + + if (sync_kconfig) { + if (conf_get_changed()) { + name = getenv("KCONFIG_NOSILENTUPDATE"); + if (name && *name) { + fprintf(stderr, + _("\n*** The configuration requires explicit update.\n\n")); + return 1; + } + } + valid_stdin = tty_stdio; + } + + switch (input_mode) { + case allnoconfig: + conf_set_all_new_symbols(def_no); + break; + case allyesconfig: + conf_set_all_new_symbols(def_yes); + break; + case allmodconfig: + conf_set_all_new_symbols(def_mod); + break; + case alldefconfig: + conf_set_all_new_symbols(def_default); + break; + case randconfig: + /* Really nothing to do in this loop */ + while (conf_set_all_new_symbols(def_random)) ; + break; + case defconfig: + conf_set_all_new_symbols(def_default); + break; + case savedefconfig: + break; + case oldaskconfig: + rootEntry = &rootmenu; + conf(&rootmenu); + input_mode = silentoldconfig; + /* fall through */ + case oldconfig: + case listnewconfig: + case olddefconfig: + case silentoldconfig: + /* Update until a loop caused no more changes */ + do { + conf_cnt = 0; + check_conf(&rootmenu); + } while (conf_cnt && + (input_mode != listnewconfig && + input_mode != olddefconfig)); + break; + } + + if (sync_kconfig) { + /* silentoldconfig is used during the build so we shall update autoconf. + * All other commands are only used to generate a config. + */ + if (conf_get_changed() && conf_write(NULL)) { + fprintf(stderr, _("\n*** Error during writing of the configuration.\n\n")); + exit(1); + } + if (conf_write_autoconf()) { + fprintf(stderr, _("\n*** Error during update of the configuration.\n\n")); + return 1; + } + } else if (input_mode == savedefconfig) { + if (conf_write_defconfig(defconfig_file)) { + fprintf(stderr, _("n*** Error while saving defconfig to: %s\n\n"), + defconfig_file); + return 1; + } + } else if (input_mode != listnewconfig) { + if (conf_write(NULL)) { + fprintf(stderr, _("\n*** Error during writing of the configuration.\n\n")); + exit(1); + } + } + return 0; +} + +/* + * Helper function to facilitate fgets() by Jean Sacren. + */ +void xfgets(char *str, int size, FILE *in) +{ + if (fgets(str, size, in) == NULL) + fprintf(stderr, "\nError in reading or end of file.\n"); +} diff --git a/xen/tools/kconfig/confdata.c b/xen/tools/kconfig/confdata.c new file mode 100644 index 0000000..0b7dc2f --- /dev/null +++ b/xen/tools/kconfig/confdata.c @@ -0,0 +1,1245 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#include "lkc.h" + +struct conf_printer { + void (*print_symbol)(FILE *, struct symbol *, const char *, void *); + void (*print_comment)(FILE *, const char *, void *); +}; + +static void conf_warning(const char *fmt, ...) + __attribute__ ((format (printf, 1, 2))); + +static void conf_message(const char *fmt, ...) + __attribute__ ((format (printf, 1, 2))); + +static const char *conf_filename; +static int conf_lineno, conf_warnings, conf_unsaved; + +const char conf_defname[] = "arch/$ARCH/defconfig"; + +static void conf_warning(const char *fmt, ...) +{ + va_list ap; + va_start(ap, fmt); + fprintf(stderr, "%s:%d:warning: ", conf_filename, conf_lineno); + vfprintf(stderr, fmt, ap); + fprintf(stderr, "\n"); + va_end(ap); + conf_warnings++; +} + +static void conf_default_message_callback(const char *fmt, va_list ap) +{ + printf("#\n# "); + vprintf(fmt, ap); + printf("\n#\n"); +} + +static void (*conf_message_callback) (const char *fmt, va_list ap) = + conf_default_message_callback; +void conf_set_message_callback(void (*fn) (const char *fmt, va_list ap)) +{ + conf_message_callback = fn; +} + +static void conf_message(const char *fmt, ...) +{ + va_list ap; + + va_start(ap, fmt); + if (conf_message_callback) + conf_message_callback(fmt, ap); + va_end(ap); +} + +const char *conf_get_configname(void) +{ + char *name = getenv("KCONFIG_CONFIG"); + + return name ? name : ".config"; +} + +const char *conf_get_autoconfig_name(void) +{ + char *name = getenv("KCONFIG_AUTOCONFIG"); + + return name ? name : "include/config/auto.conf"; +} + +static char *conf_expand_value(const char *in) +{ + struct symbol *sym; + const char *src; + static char res_value[SYMBOL_MAXLENGTH]; + char *dst, name[SYMBOL_MAXLENGTH]; + + res_value[0] = 0; + dst = name; + while ((src = strchr(in, '$'))) { + strncat(res_value, in, src - in); + src++; + dst = name; + while (isalnum(*src) || *src == '_') + *dst++ = *src++; + *dst = 0; + sym = sym_lookup(name, 0); + sym_calc_value(sym); + strcat(res_value, sym_get_string_value(sym)); + in = src; + } + strcat(res_value, in); + + return res_value; +} + +char *conf_get_default_confname(void) +{ + struct stat buf; + static char fullname[PATH_MAX+1]; + char *env, *name; + + name = conf_expand_value(conf_defname); + env = getenv(SRCTREE); + if (env) { + sprintf(fullname, "%s/%s", env, name); + if (!stat(fullname, &buf)) + return fullname; + } + return name; +} + +static int conf_set_sym_val(struct symbol *sym, int def, int def_flags, char *p) +{ + char *p2; + + switch (sym->type) { + case S_TRISTATE: + if (p[0] == 'm') { + sym->def[def].tri = mod; + sym->flags |= def_flags; + break; + } + /* fall through */ + case S_BOOLEAN: + if (p[0] == 'y') { + sym->def[def].tri = yes; + sym->flags |= def_flags; + break; + } + if (p[0] == 'n') { + sym->def[def].tri = no; + sym->flags |= def_flags; + break; + } + if (def != S_DEF_AUTO) + conf_warning("symbol value '%s' invalid for %s", + p, sym->name); + return 1; + case S_OTHER: + if (*p != '"') { + for (p2 = p; *p2 && !isspace(*p2); p2++) + ; + sym->type = S_STRING; + goto done; + } + /* fall through */ + case S_STRING: + if (*p++ != '"') + break; + for (p2 = p; (p2 = strpbrk(p2, "\"\\")); p2++) { + if (*p2 == '"') { + *p2 = 0; + break; + } + memmove(p2, p2 + 1, strlen(p2)); + } + if (!p2) { + if (def != S_DEF_AUTO) + conf_warning("invalid string found"); + return 1; + } + /* fall through */ + case S_INT: + case S_HEX: + done: + if (sym_string_valid(sym, p)) { + sym->def[def].val = strdup(p); + sym->flags |= def_flags; + } else { + if (def != S_DEF_AUTO) + conf_warning("symbol value '%s' invalid for %s", + p, sym->name); + return 1; + } + break; + default: + ; + } + return 0; +} + +#define LINE_GROWTH 16 +static int add_byte(int c, char **lineptr, size_t slen, size_t *n) +{ + char *nline; + size_t new_size = slen + 1; + if (new_size > *n) { + new_size += LINE_GROWTH - 1; + new_size *= 2; + nline = realloc(*lineptr, new_size); + if (!nline) + return -1; + + *lineptr = nline; + *n = new_size; + } + + (*lineptr)[slen] = c; + + return 0; +} + +static ssize_t compat_getline(char **lineptr, size_t *n, FILE *stream) +{ + char *line = *lineptr; + size_t slen = 0; + + for (;;) { + int c = getc(stream); + + switch (c) { + case '\n': + if (add_byte(c, &line, slen, n) < 0) + goto e_out; + slen++; + /* fall through */ + case EOF: + if (add_byte('\0', &line, slen, n) < 0) + goto e_out; + *lineptr = line; + if (slen == 0) + return -1; + return slen; + default: + if (add_byte(c, &line, slen, n) < 0) + goto e_out; + slen++; + } + } + +e_out: + line[slen-1] = '\0'; + *lineptr = line; + return -1; +} + +int conf_read_simple(const char *name, int def) +{ + FILE *in = NULL; + char *line = NULL; + size_t line_asize = 0; + char *p, *p2; + struct symbol *sym; + int i, def_flags; + + if (name) { + in = zconf_fopen(name); + } else { + struct property *prop; + + name = conf_get_configname(); + in = zconf_fopen(name); + if (in) + goto load; + sym_add_change_count(1); + if (!sym_defconfig_list) { + sym_calc_value(modules_sym); + return 1; + } + + for_all_defaults(sym_defconfig_list, prop) { + if (expr_calc_value(prop->visible.expr) == no || + prop->expr->type != E_SYMBOL) + continue; + name = conf_expand_value(prop->expr->left.sym->name); + in = zconf_fopen(name); + if (in) { + conf_message(_("using defaults found in %s"), + name); + goto load; + } + } + } + if (!in) + return 1; + +load: + conf_filename = name; + conf_lineno = 0; + conf_warnings = 0; + conf_unsaved = 0; + + def_flags = SYMBOL_DEF << def; + for_all_symbols(i, sym) { + sym->flags |= SYMBOL_CHANGED; + sym->flags &= ~(def_flags|SYMBOL_VALID); + if (sym_is_choice(sym)) + sym->flags |= def_flags; + switch (sym->type) { + case S_INT: + case S_HEX: + case S_STRING: + if (sym->def[def].val) + free(sym->def[def].val); + /* fall through */ + default: + sym->def[def].val = NULL; + sym->def[def].tri = no; + } + } + + while (compat_getline(&line, &line_asize, in) != -1) { + conf_lineno++; + sym = NULL; + if (line[0] == '#') { + if (memcmp(line + 2, CONFIG_, strlen(CONFIG_))) + continue; + p = strchr(line + 2 + strlen(CONFIG_), ' '); + if (!p) + continue; + *p++ = 0; + if (strncmp(p, "is not set", 10)) + continue; + if (def == S_DEF_USER) { + sym = sym_find(line + 2 + strlen(CONFIG_)); + if (!sym) { + sym_add_change_count(1); + goto setsym; + } + } else { + sym = sym_lookup(line + 2 + strlen(CONFIG_), 0); + if (sym->type == S_UNKNOWN) + sym->type = S_BOOLEAN; + } + if (sym->flags & def_flags) { + conf_warning("override: reassigning to symbol %s", sym->name); + } + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + sym->def[def].tri = no; + sym->flags |= def_flags; + break; + default: + ; + } + } else if (memcmp(line, CONFIG_, strlen(CONFIG_)) == 0) { + p = strchr(line + strlen(CONFIG_), '='); + if (!p) + continue; + *p++ = 0; + p2 = strchr(p, '\n'); + if (p2) { + *p2-- = 0; + if (*p2 == '\r') + *p2 = 0; + } + if (def == S_DEF_USER) { + sym = sym_find(line + strlen(CONFIG_)); + if (!sym) { + sym_add_change_count(1); + goto setsym; + } + } else { + sym = sym_lookup(line + strlen(CONFIG_), 0); + if (sym->type == S_UNKNOWN) + sym->type = S_OTHER; + } + if (sym->flags & def_flags) { + conf_warning("override: reassigning to symbol %s", sym->name); + } + if (conf_set_sym_val(sym, def, def_flags, p)) + continue; + } else { + if (line[0] != '\r' && line[0] != '\n') + conf_warning("unexpected data"); + continue; + } +setsym: + if (sym && sym_is_choice_value(sym)) { + struct symbol *cs = prop_get_symbol(sym_get_choice_prop(sym)); + switch (sym->def[def].tri) { + case no: + break; + case mod: + if (cs->def[def].tri == yes) { + conf_warning("%s creates inconsistent choice state", sym->name); + cs->flags &= ~def_flags; + } + break; + case yes: + if (cs->def[def].tri != no) + conf_warning("override: %s changes choice state", sym->name); + cs->def[def].val = sym; + break; + } + cs->def[def].tri = EXPR_OR(cs->def[def].tri, sym->def[def].tri); + } + } + free(line); + fclose(in); + sym_calc_value(modules_sym); + return 0; +} + +int conf_read(const char *name) +{ + struct symbol *sym; + int i; + + sym_set_change_count(0); + + if (conf_read_simple(name, S_DEF_USER)) + return 1; + + for_all_symbols(i, sym) { + sym_calc_value(sym); + if (sym_is_choice(sym) || (sym->flags & SYMBOL_AUTO)) + continue; + if (sym_has_value(sym) && (sym->flags & SYMBOL_WRITE)) { + /* check that calculated value agrees with saved value */ + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + if (sym->def[S_DEF_USER].tri != sym_get_tristate_value(sym)) + break; + if (!sym_is_choice(sym)) + continue; + /* fall through */ + default: + if (!strcmp(sym->curr.val, sym->def[S_DEF_USER].val)) + continue; + break; + } + } else if (!sym_has_value(sym) && !(sym->flags & SYMBOL_WRITE)) + /* no previous value and not saved */ + continue; + conf_unsaved++; + /* maybe print value in verbose mode... */ + } + + for_all_symbols(i, sym) { + if (sym_has_value(sym) && !sym_is_choice_value(sym)) { + /* Reset values of generates values, so they'll appear + * as new, if they should become visible, but that + * doesn't quite work if the Kconfig and the saved + * configuration disagree. + */ + if (sym->visible == no && !conf_unsaved) + sym->flags &= ~SYMBOL_DEF_USER; + switch (sym->type) { + case S_STRING: + case S_INT: + case S_HEX: + /* Reset a string value if it's out of range */ + if (sym_string_within_range(sym, sym->def[S_DEF_USER].val)) + break; + sym->flags &= ~(SYMBOL_VALID|SYMBOL_DEF_USER); + conf_unsaved++; + break; + default: + break; + } + } + } + + sym_add_change_count(conf_warnings || conf_unsaved); + + return 0; +} + +/* + * Kconfig configuration printer + * + * This printer is used when generating the resulting configuration after + * kconfig invocation and `defconfig' files. Unset symbol might be omitted by + * passing a non-NULL argument to the printer. + * + */ +static void +kconfig_print_symbol(FILE *fp, struct symbol *sym, const char *value, void *arg) +{ + + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + if (*value == 'n') { + bool skip_unset = (arg != NULL); + + if (!skip_unset) + fprintf(fp, "# %s%s is not set\n", + CONFIG_, sym->name); + return; + } + break; + default: + break; + } + + fprintf(fp, "%s%s=%s\n", CONFIG_, sym->name, value); +} + +static void +kconfig_print_comment(FILE *fp, const char *value, void *arg) +{ + const char *p = value; + size_t l; + + for (;;) { + l = strcspn(p, "\n"); + fprintf(fp, "#"); + if (l) { + fprintf(fp, " "); + xfwrite(p, l, 1, fp); + p += l; + } + fprintf(fp, "\n"); + if (*p++ == '\0') + break; + } +} + +static struct conf_printer kconfig_printer_cb = +{ + .print_symbol = kconfig_print_symbol, + .print_comment = kconfig_print_comment, +}; + +/* + * Header printer + * + * This printer is used when generating the `include/generated/autoconf.h' file. + */ +static void +header_print_symbol(FILE *fp, struct symbol *sym, const char *value, void *arg) +{ + + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: { + const char *suffix = ""; + + switch (*value) { + case 'n': + break; + case 'm': + suffix = "_MODULE"; + /* fall through */ + default: + fprintf(fp, "#define %s%s%s 1\n", + CONFIG_, sym->name, suffix); + } + break; + } + case S_HEX: { + const char *prefix = ""; + + if (value[0] != '0' || (value[1] != 'x' && value[1] != 'X')) + prefix = "0x"; + fprintf(fp, "#define %s%s %s%s\n", + CONFIG_, sym->name, prefix, value); + break; + } + case S_STRING: + case S_INT: + fprintf(fp, "#define %s%s %s\n", + CONFIG_, sym->name, value); + break; + default: + break; + } + +} + +static void +header_print_comment(FILE *fp, const char *value, void *arg) +{ + const char *p = value; + size_t l; + + fprintf(fp, "/*\n"); + for (;;) { + l = strcspn(p, "\n"); + fprintf(fp, " *"); + if (l) { + fprintf(fp, " "); + xfwrite(p, l, 1, fp); + p += l; + } + fprintf(fp, "\n"); + if (*p++ == '\0') + break; + } + fprintf(fp, " */\n"); +} + +static struct conf_printer header_printer_cb = +{ + .print_symbol = header_print_symbol, + .print_comment = header_print_comment, +}; + +/* + * Tristate printer + * + * This printer is used when generating the `include/config/tristate.conf' file. + */ +static void +tristate_print_symbol(FILE *fp, struct symbol *sym, const char *value, void *arg) +{ + + if (sym->type == S_TRISTATE && *value != 'n') + fprintf(fp, "%s%s=%c\n", CONFIG_, sym->name, (char)toupper(*value)); +} + +static struct conf_printer tristate_printer_cb = +{ + .print_symbol = tristate_print_symbol, + .print_comment = kconfig_print_comment, +}; + +static void conf_write_symbol(FILE *fp, struct symbol *sym, + struct conf_printer *printer, void *printer_arg) +{ + const char *str; + + switch (sym->type) { + case S_OTHER: + case S_UNKNOWN: + break; + case S_STRING: + str = sym_get_string_value(sym); + str = sym_escape_string_value(str); + printer->print_symbol(fp, sym, str, printer_arg); + free((void *)str); + break; + default: + str = sym_get_string_value(sym); + printer->print_symbol(fp, sym, str, printer_arg); + } +} + +static void +conf_write_heading(FILE *fp, struct conf_printer *printer, void *printer_arg) +{ + char buf[256]; + + snprintf(buf, sizeof(buf), + "\n" + "Automatically generated file; DO NOT EDIT.\n" + "%s\n", + rootmenu.prompt->text); + + printer->print_comment(fp, buf, printer_arg); +} + +/* + * Write out a minimal config. + * All values that has default values are skipped as this is redundant. + */ +int conf_write_defconfig(const char *filename) +{ + struct symbol *sym; + struct menu *menu; + FILE *out; + + out = fopen(filename, "w"); + if (!out) + return 1; + + sym_clear_all_valid(); + + /* Traverse all menus to find all relevant symbols */ + menu = rootmenu.list; + + while (menu != NULL) + { + sym = menu->sym; + if (sym == NULL) { + if (!menu_is_visible(menu)) + goto next_menu; + } else if (!sym_is_choice(sym)) { + sym_calc_value(sym); + if (!(sym->flags & SYMBOL_WRITE)) + goto next_menu; + sym->flags &= ~SYMBOL_WRITE; + /* If we cannot change the symbol - skip */ + if (!sym_is_changable(sym)) + goto next_menu; + /* If symbol equals to default value - skip */ + if (strcmp(sym_get_string_value(sym), sym_get_string_default(sym)) == 0) + goto next_menu; + + /* + * If symbol is a choice value and equals to the + * default for a choice - skip. + * But only if value is bool and equal to "y" and + * choice is not "optional". + * (If choice is "optional" then all values can be "n") + */ + if (sym_is_choice_value(sym)) { + struct symbol *cs; + struct symbol *ds; + + cs = prop_get_symbol(sym_get_choice_prop(sym)); + ds = sym_choice_default(cs); + if (!sym_is_optional(cs) && sym == ds) { + if ((sym->type == S_BOOLEAN) && + sym_get_tristate_value(sym) == yes) + goto next_menu; + } + } + conf_write_symbol(out, sym, &kconfig_printer_cb, NULL); + } +next_menu: + if (menu->list != NULL) { + menu = menu->list; + } + else if (menu->next != NULL) { + menu = menu->next; + } else { + while ((menu = menu->parent)) { + if (menu->next != NULL) { + menu = menu->next; + break; + } + } + } + } + fclose(out); + return 0; +} + +int conf_write(const char *name) +{ + FILE *out; + struct symbol *sym; + struct menu *menu; + const char *basename; + const char *str; + char dirname[PATH_MAX+1], tmpname[PATH_MAX+1], newname[PATH_MAX+1]; + char *env; + + dirname[0] = 0; + if (name && name[0]) { + struct stat st; + char *slash; + + if (!stat(name, &st) && S_ISDIR(st.st_mode)) { + strcpy(dirname, name); + strcat(dirname, "/"); + basename = conf_get_configname(); + } else if ((slash = strrchr(name, '/'))) { + int size = slash - name + 1; + memcpy(dirname, name, size); + dirname[size] = 0; + if (slash[1]) + basename = slash + 1; + else + basename = conf_get_configname(); + } else + basename = name; + } else + basename = conf_get_configname(); + + sprintf(newname, "%s%s", dirname, basename); + env = getenv("KCONFIG_OVERWRITECONFIG"); + if (!env || !*env) { + sprintf(tmpname, "%s.tmpconfig.%d", dirname, (int)getpid()); + out = fopen(tmpname, "w"); + } else { + *tmpname = 0; + out = fopen(newname, "w"); + } + if (!out) + return 1; + + conf_write_heading(out, &kconfig_printer_cb, NULL); + + if (!conf_get_changed()) + sym_clear_all_valid(); + + menu = rootmenu.list; + while (menu) { + sym = menu->sym; + if (!sym) { + if (!menu_is_visible(menu)) + goto next; + str = menu_get_prompt(menu); + fprintf(out, "\n" + "#\n" + "# %s\n" + "#\n", str); + } else if (!(sym->flags & SYMBOL_CHOICE)) { + sym_calc_value(sym); + if (!(sym->flags & SYMBOL_WRITE)) + goto next; + sym->flags &= ~SYMBOL_WRITE; + + conf_write_symbol(out, sym, &kconfig_printer_cb, NULL); + } + +next: + if (menu->list) { + menu = menu->list; + continue; + } + if (menu->next) + menu = menu->next; + else while ((menu = menu->parent)) { + if (menu->next) { + menu = menu->next; + break; + } + } + } + fclose(out); + + if (*tmpname) { + strcat(dirname, basename); + strcat(dirname, ".old"); + rename(newname, dirname); + if (rename(tmpname, newname)) + return 1; + } + + conf_message(_("configuration written to %s"), newname); + + sym_set_change_count(0); + + return 0; +} + +static int conf_split_config(void) +{ + const char *name; + char path[PATH_MAX+1]; + char *s, *d, c; + struct symbol *sym; + struct stat sb; + int res, i, fd; + + name = conf_get_autoconfig_name(); + conf_read_simple(name, S_DEF_AUTO); + + if (chdir("include/config")) + return 1; + + res = 0; + for_all_symbols(i, sym) { + sym_calc_value(sym); + if ((sym->flags & SYMBOL_AUTO) || !sym->name) + continue; + if (sym->flags & SYMBOL_WRITE) { + if (sym->flags & SYMBOL_DEF_AUTO) { + /* + * symbol has old and new value, + * so compare them... + */ + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + if (sym_get_tristate_value(sym) == + sym->def[S_DEF_AUTO].tri) + continue; + break; + case S_STRING: + case S_HEX: + case S_INT: + if (!strcmp(sym_get_string_value(sym), + sym->def[S_DEF_AUTO].val)) + continue; + break; + default: + break; + } + } else { + /* + * If there is no old value, only 'no' (unset) + * is allowed as new value. + */ + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + if (sym_get_tristate_value(sym) == no) + continue; + break; + default: + break; + } + } + } else if (!(sym->flags & SYMBOL_DEF_AUTO)) + /* There is neither an old nor a new value. */ + continue; + /* else + * There is an old value, but no new value ('no' (unset) + * isn't saved in auto.conf, so the old value is always + * different from 'no'). + */ + + /* Replace all '_' and append ".h" */ + s = sym->name; + d = path; + while ((c = *s++)) { + c = tolower(c); + *d++ = (c == '_') ? '/' : c; + } + strcpy(d, ".h"); + + /* Assume directory path already exists. */ + fd = open(path, O_WRONLY | O_CREAT | O_TRUNC, 0644); + if (fd == -1) { + if (errno != ENOENT) { + res = 1; + break; + } + /* + * Create directory components, + * unless they exist already. + */ + d = path; + while ((d = strchr(d, '/'))) { + *d = 0; + if (stat(path, &sb) && mkdir(path, 0755)) { + res = 1; + goto out; + } + *d++ = '/'; + } + /* Try it again. */ + fd = open(path, O_WRONLY | O_CREAT | O_TRUNC, 0644); + if (fd == -1) { + res = 1; + break; + } + } + close(fd); + } +out: + if (chdir("../..")) + return 1; + + return res; +} + +int conf_write_autoconf(void) +{ + struct symbol *sym; + const char *name; + FILE *out, *tristate, *out_h; + int i; + + sym_clear_all_valid(); + + file_write_dep("include/config/auto.conf.cmd"); + + if (conf_split_config()) + return 1; + + out = fopen(".tmpconfig", "w"); + if (!out) + return 1; + + tristate = fopen(".tmpconfig_tristate", "w"); + if (!tristate) { + fclose(out); + return 1; + } + + out_h = fopen(".tmpconfig.h", "w"); + if (!out_h) { + fclose(out); + fclose(tristate); + return 1; + } + + conf_write_heading(out, &kconfig_printer_cb, NULL); + + conf_write_heading(tristate, &tristate_printer_cb, NULL); + + conf_write_heading(out_h, &header_printer_cb, NULL); + + for_all_symbols(i, sym) { + sym_calc_value(sym); + if (!(sym->flags & SYMBOL_WRITE) || !sym->name) + continue; + + /* write symbol to auto.conf, tristate and header files */ + conf_write_symbol(out, sym, &kconfig_printer_cb, (void *)1); + + conf_write_symbol(tristate, sym, &tristate_printer_cb, (void *)1); + + conf_write_symbol(out_h, sym, &header_printer_cb, NULL); + } + fclose(out); + fclose(tristate); + fclose(out_h); + + name = getenv("KCONFIG_AUTOHEADER"); + if (!name) + name = "include/generated/autoconf.h"; + if (rename(".tmpconfig.h", name)) + return 1; + name = getenv("KCONFIG_TRISTATE"); + if (!name) + name = "include/config/tristate.conf"; + if (rename(".tmpconfig_tristate", name)) + return 1; + name = conf_get_autoconfig_name(); + /* + * This must be the last step, kbuild has a dependency on auto.conf + * and this marks the successful completion of the previous steps. + */ + if (rename(".tmpconfig", name)) + return 1; + + return 0; +} + +static int sym_change_count; +static void (*conf_changed_callback)(void); + +void sym_set_change_count(int count) +{ + int _sym_change_count = sym_change_count; + sym_change_count = count; + if (conf_changed_callback && + (bool)_sym_change_count != (bool)count) + conf_changed_callback(); +} + +void sym_add_change_count(int count) +{ + sym_set_change_count(count + sym_change_count); +} + +bool conf_get_changed(void) +{ + return sym_change_count; +} + +void conf_set_changed_callback(void (*fn)(void)) +{ + conf_changed_callback = fn; +} + +static bool randomize_choice_values(struct symbol *csym) +{ + struct property *prop; + struct symbol *sym; + struct expr *e; + int cnt, def; + + /* + * If choice is mod then we may have more items selected + * and if no then no-one. + * In both cases stop. + */ + if (csym->curr.tri != yes) + return false; + + prop = sym_get_choice_prop(csym); + + /* count entries in choice block */ + cnt = 0; + expr_list_for_each_sym(prop->expr, e, sym) + cnt++; + + /* + * find a random value and set it to yes, + * set the rest to no so we have only one set + */ + def = (rand() % cnt); + + cnt = 0; + expr_list_for_each_sym(prop->expr, e, sym) { + if (def == cnt++) { + sym->def[S_DEF_USER].tri = yes; + csym->def[S_DEF_USER].val = sym; + } + else { + sym->def[S_DEF_USER].tri = no; + } + sym->flags |= SYMBOL_DEF_USER; + /* clear VALID to get value calculated */ + sym->flags &= ~SYMBOL_VALID; + } + csym->flags |= SYMBOL_DEF_USER; + /* clear VALID to get value calculated */ + csym->flags &= ~(SYMBOL_VALID); + + return true; +} + +void set_all_choice_values(struct symbol *csym) +{ + struct property *prop; + struct symbol *sym; + struct expr *e; + + prop = sym_get_choice_prop(csym); + + /* + * Set all non-assinged choice values to no + */ + expr_list_for_each_sym(prop->expr, e, sym) { + if (!sym_has_value(sym)) + sym->def[S_DEF_USER].tri = no; + } + csym->flags |= SYMBOL_DEF_USER; + /* clear VALID to get value calculated */ + csym->flags &= ~(SYMBOL_VALID | SYMBOL_NEED_SET_CHOICE_VALUES); +} + +bool conf_set_all_new_symbols(enum conf_def_mode mode) +{ + struct symbol *sym, *csym; + int i, cnt, pby, pty, ptm; /* pby: probability of boolean = y + * pty: probability of tristate = y + * ptm: probability of tristate = m + */ + + pby = 50; pty = ptm = 33; /* can't go as the default in switch-case + * below, otherwise gcc whines about + * -Wmaybe-uninitialized */ + if (mode == def_random) { + int n, p[3]; + char *env = getenv("KCONFIG_PROBABILITY"); + n = 0; + while( env && *env ) { + char *endp; + int tmp = strtol( env, &endp, 10 ); + if( tmp >= 0 && tmp <= 100 ) { + p[n++] = tmp; + } else { + errno = ERANGE; + perror( "KCONFIG_PROBABILITY" ); + exit( 1 ); + } + env = (*endp == ':') ? endp+1 : endp; + if( n >=3 ) { + break; + } + } + switch( n ) { + case 1: + pby = p[0]; ptm = pby/2; pty = pby-ptm; + break; + case 2: + pty = p[0]; ptm = p[1]; pby = pty + ptm; + break; + case 3: + pby = p[0]; pty = p[1]; ptm = p[2]; + break; + } + + if( pty+ptm > 100 ) { + errno = ERANGE; + perror( "KCONFIG_PROBABILITY" ); + exit( 1 ); + } + } + bool has_changed = false; + + for_all_symbols(i, sym) { + if (sym_has_value(sym) || (sym->flags & SYMBOL_VALID)) + continue; + switch (sym_get_type(sym)) { + case S_BOOLEAN: + case S_TRISTATE: + has_changed = true; + switch (mode) { + case def_yes: + sym->def[S_DEF_USER].tri = yes; + break; + case def_mod: + sym->def[S_DEF_USER].tri = mod; + break; + case def_no: + if (sym->flags & SYMBOL_ALLNOCONFIG_Y) + sym->def[S_DEF_USER].tri = yes; + else + sym->def[S_DEF_USER].tri = no; + break; + case def_random: + sym->def[S_DEF_USER].tri = no; + cnt = rand() % 100; + if (sym->type == S_TRISTATE) { + if (cnt < pty) + sym->def[S_DEF_USER].tri = yes; + else if (cnt < (pty+ptm)) + sym->def[S_DEF_USER].tri = mod; + } else if (cnt < pby) + sym->def[S_DEF_USER].tri = yes; + break; + default: + continue; + } + if (!(sym_is_choice(sym) && mode == def_random)) + sym->flags |= SYMBOL_DEF_USER; + break; + default: + break; + } + + } + + sym_clear_all_valid(); + + /* + * We have different type of choice blocks. + * If curr.tri equals to mod then we can select several + * choice symbols in one block. + * In this case we do nothing. + * If curr.tri equals yes then only one symbol can be + * selected in a choice block and we set it to yes, + * and the rest to no. + */ + if (mode != def_random) { + for_all_symbols(i, csym) { + if ((sym_is_choice(csym) && !sym_has_value(csym)) || + sym_is_choice_value(csym)) + csym->flags |= SYMBOL_NEED_SET_CHOICE_VALUES; + } + } + + for_all_symbols(i, csym) { + if (sym_has_value(csym) || !sym_is_choice(csym)) + continue; + + sym_calc_value(csym); + if (mode == def_random) + has_changed = randomize_choice_values(csym); + else { + set_all_choice_values(csym); + has_changed = true; + } + } + + return has_changed; +} diff --git a/xen/tools/kconfig/expr.c b/xen/tools/kconfig/expr.c new file mode 100644 index 0000000..667d1aa --- /dev/null +++ b/xen/tools/kconfig/expr.c @@ -0,0 +1,1206 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include + +#include "lkc.h" + +#define DEBUG_EXPR 0 + +static int expr_eq(struct expr *e1, struct expr *e2); +static struct expr *expr_eliminate_yn(struct expr *e); + +struct expr *expr_alloc_symbol(struct symbol *sym) +{ + struct expr *e = xcalloc(1, sizeof(*e)); + e->type = E_SYMBOL; + e->left.sym = sym; + return e; +} + +struct expr *expr_alloc_one(enum expr_type type, struct expr *ce) +{ + struct expr *e = xcalloc(1, sizeof(*e)); + e->type = type; + e->left.expr = ce; + return e; +} + +struct expr *expr_alloc_two(enum expr_type type, struct expr *e1, struct expr *e2) +{ + struct expr *e = xcalloc(1, sizeof(*e)); + e->type = type; + e->left.expr = e1; + e->right.expr = e2; + return e; +} + +struct expr *expr_alloc_comp(enum expr_type type, struct symbol *s1, struct symbol *s2) +{ + struct expr *e = xcalloc(1, sizeof(*e)); + e->type = type; + e->left.sym = s1; + e->right.sym = s2; + return e; +} + +struct expr *expr_alloc_and(struct expr *e1, struct expr *e2) +{ + if (!e1) + return e2; + return e2 ? expr_alloc_two(E_AND, e1, e2) : e1; +} + +struct expr *expr_alloc_or(struct expr *e1, struct expr *e2) +{ + if (!e1) + return e2; + return e2 ? expr_alloc_two(E_OR, e1, e2) : e1; +} + +struct expr *expr_copy(const struct expr *org) +{ + struct expr *e; + + if (!org) + return NULL; + + e = xmalloc(sizeof(*org)); + memcpy(e, org, sizeof(*org)); + switch (org->type) { + case E_SYMBOL: + e->left = org->left; + break; + case E_NOT: + e->left.expr = expr_copy(org->left.expr); + break; + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + e->left.sym = org->left.sym; + e->right.sym = org->right.sym; + break; + case E_AND: + case E_OR: + case E_LIST: + e->left.expr = expr_copy(org->left.expr); + e->right.expr = expr_copy(org->right.expr); + break; + default: + printf("can't copy type %d\n", e->type); + free(e); + e = NULL; + break; + } + + return e; +} + +void expr_free(struct expr *e) +{ + if (!e) + return; + + switch (e->type) { + case E_SYMBOL: + break; + case E_NOT: + expr_free(e->left.expr); + return; + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + break; + case E_OR: + case E_AND: + expr_free(e->left.expr); + expr_free(e->right.expr); + break; + default: + printf("how to free type %d?\n", e->type); + break; + } + free(e); +} + +static int trans_count; + +#define e1 (*ep1) +#define e2 (*ep2) + +static void __expr_eliminate_eq(enum expr_type type, struct expr **ep1, struct expr **ep2) +{ + if (e1->type == type) { + __expr_eliminate_eq(type, &e1->left.expr, &e2); + __expr_eliminate_eq(type, &e1->right.expr, &e2); + return; + } + if (e2->type == type) { + __expr_eliminate_eq(type, &e1, &e2->left.expr); + __expr_eliminate_eq(type, &e1, &e2->right.expr); + return; + } + if (e1->type == E_SYMBOL && e2->type == E_SYMBOL && + e1->left.sym == e2->left.sym && + (e1->left.sym == &symbol_yes || e1->left.sym == &symbol_no)) + return; + if (!expr_eq(e1, e2)) + return; + trans_count++; + expr_free(e1); expr_free(e2); + switch (type) { + case E_OR: + e1 = expr_alloc_symbol(&symbol_no); + e2 = expr_alloc_symbol(&symbol_no); + break; + case E_AND: + e1 = expr_alloc_symbol(&symbol_yes); + e2 = expr_alloc_symbol(&symbol_yes); + break; + default: + ; + } +} + +void expr_eliminate_eq(struct expr **ep1, struct expr **ep2) +{ + if (!e1 || !e2) + return; + switch (e1->type) { + case E_OR: + case E_AND: + __expr_eliminate_eq(e1->type, ep1, ep2); + default: + ; + } + if (e1->type != e2->type) switch (e2->type) { + case E_OR: + case E_AND: + __expr_eliminate_eq(e2->type, ep1, ep2); + default: + ; + } + e1 = expr_eliminate_yn(e1); + e2 = expr_eliminate_yn(e2); +} + +#undef e1 +#undef e2 + +static int expr_eq(struct expr *e1, struct expr *e2) +{ + int res, old_count; + + if (e1->type != e2->type) + return 0; + switch (e1->type) { + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + return e1->left.sym == e2->left.sym && e1->right.sym == e2->right.sym; + case E_SYMBOL: + return e1->left.sym == e2->left.sym; + case E_NOT: + return expr_eq(e1->left.expr, e2->left.expr); + case E_AND: + case E_OR: + e1 = expr_copy(e1); + e2 = expr_copy(e2); + old_count = trans_count; + expr_eliminate_eq(&e1, &e2); + res = (e1->type == E_SYMBOL && e2->type == E_SYMBOL && + e1->left.sym == e2->left.sym); + expr_free(e1); + expr_free(e2); + trans_count = old_count; + return res; + case E_LIST: + case E_RANGE: + case E_NONE: + /* panic */; + } + + if (DEBUG_EXPR) { + expr_fprint(e1, stdout); + printf(" = "); + expr_fprint(e2, stdout); + printf(" ?\n"); + } + + return 0; +} + +static struct expr *expr_eliminate_yn(struct expr *e) +{ + struct expr *tmp; + + if (e) switch (e->type) { + case E_AND: + e->left.expr = expr_eliminate_yn(e->left.expr); + e->right.expr = expr_eliminate_yn(e->right.expr); + if (e->left.expr->type == E_SYMBOL) { + if (e->left.expr->left.sym == &symbol_no) { + expr_free(e->left.expr); + expr_free(e->right.expr); + e->type = E_SYMBOL; + e->left.sym = &symbol_no; + e->right.expr = NULL; + return e; + } else if (e->left.expr->left.sym == &symbol_yes) { + free(e->left.expr); + tmp = e->right.expr; + *e = *(e->right.expr); + free(tmp); + return e; + } + } + if (e->right.expr->type == E_SYMBOL) { + if (e->right.expr->left.sym == &symbol_no) { + expr_free(e->left.expr); + expr_free(e->right.expr); + e->type = E_SYMBOL; + e->left.sym = &symbol_no; + e->right.expr = NULL; + return e; + } else if (e->right.expr->left.sym == &symbol_yes) { + free(e->right.expr); + tmp = e->left.expr; + *e = *(e->left.expr); + free(tmp); + return e; + } + } + break; + case E_OR: + e->left.expr = expr_eliminate_yn(e->left.expr); + e->right.expr = expr_eliminate_yn(e->right.expr); + if (e->left.expr->type == E_SYMBOL) { + if (e->left.expr->left.sym == &symbol_no) { + free(e->left.expr); + tmp = e->right.expr; + *e = *(e->right.expr); + free(tmp); + return e; + } else if (e->left.expr->left.sym == &symbol_yes) { + expr_free(e->left.expr); + expr_free(e->right.expr); + e->type = E_SYMBOL; + e->left.sym = &symbol_yes; + e->right.expr = NULL; + return e; + } + } + if (e->right.expr->type == E_SYMBOL) { + if (e->right.expr->left.sym == &symbol_no) { + free(e->right.expr); + tmp = e->left.expr; + *e = *(e->left.expr); + free(tmp); + return e; + } else if (e->right.expr->left.sym == &symbol_yes) { + expr_free(e->left.expr); + expr_free(e->right.expr); + e->type = E_SYMBOL; + e->left.sym = &symbol_yes; + e->right.expr = NULL; + return e; + } + } + break; + default: + ; + } + return e; +} + +/* + * bool FOO!=n => FOO + */ +struct expr *expr_trans_bool(struct expr *e) +{ + if (!e) + return NULL; + switch (e->type) { + case E_AND: + case E_OR: + case E_NOT: + e->left.expr = expr_trans_bool(e->left.expr); + e->right.expr = expr_trans_bool(e->right.expr); + break; + case E_UNEQUAL: + // FOO!=n -> FOO + if (e->left.sym->type == S_TRISTATE) { + if (e->right.sym == &symbol_no) { + e->type = E_SYMBOL; + e->right.sym = NULL; + } + } + break; + default: + ; + } + return e; +} + +/* + * e1 || e2 -> ? + */ +static struct expr *expr_join_or(struct expr *e1, struct expr *e2) +{ + struct expr *tmp; + struct symbol *sym1, *sym2; + + if (expr_eq(e1, e2)) + return expr_copy(e1); + if (e1->type != E_EQUAL && e1->type != E_UNEQUAL && e1->type != E_SYMBOL && e1->type != E_NOT) + return NULL; + if (e2->type != E_EQUAL && e2->type != E_UNEQUAL && e2->type != E_SYMBOL && e2->type != E_NOT) + return NULL; + if (e1->type == E_NOT) { + tmp = e1->left.expr; + if (tmp->type != E_EQUAL && tmp->type != E_UNEQUAL && tmp->type != E_SYMBOL) + return NULL; + sym1 = tmp->left.sym; + } else + sym1 = e1->left.sym; + if (e2->type == E_NOT) { + if (e2->left.expr->type != E_SYMBOL) + return NULL; + sym2 = e2->left.expr->left.sym; + } else + sym2 = e2->left.sym; + if (sym1 != sym2) + return NULL; + if (sym1->type != S_BOOLEAN && sym1->type != S_TRISTATE) + return NULL; + if (sym1->type == S_TRISTATE) { + if (e1->type == E_EQUAL && e2->type == E_EQUAL && + ((e1->right.sym == &symbol_yes && e2->right.sym == &symbol_mod) || + (e1->right.sym == &symbol_mod && e2->right.sym == &symbol_yes))) { + // (a='y') || (a='m') -> (a!='n') + return expr_alloc_comp(E_UNEQUAL, sym1, &symbol_no); + } + if (e1->type == E_EQUAL && e2->type == E_EQUAL && + ((e1->right.sym == &symbol_yes && e2->right.sym == &symbol_no) || + (e1->right.sym == &symbol_no && e2->right.sym == &symbol_yes))) { + // (a='y') || (a='n') -> (a!='m') + return expr_alloc_comp(E_UNEQUAL, sym1, &symbol_mod); + } + if (e1->type == E_EQUAL && e2->type == E_EQUAL && + ((e1->right.sym == &symbol_mod && e2->right.sym == &symbol_no) || + (e1->right.sym == &symbol_no && e2->right.sym == &symbol_mod))) { + // (a='m') || (a='n') -> (a!='y') + return expr_alloc_comp(E_UNEQUAL, sym1, &symbol_yes); + } + } + if (sym1->type == S_BOOLEAN && sym1 == sym2) { + if ((e1->type == E_NOT && e1->left.expr->type == E_SYMBOL && e2->type == E_SYMBOL) || + (e2->type == E_NOT && e2->left.expr->type == E_SYMBOL && e1->type == E_SYMBOL)) + return expr_alloc_symbol(&symbol_yes); + } + + if (DEBUG_EXPR) { + printf("optimize ("); + expr_fprint(e1, stdout); + printf(") || ("); + expr_fprint(e2, stdout); + printf(")?\n"); + } + return NULL; +} + +static struct expr *expr_join_and(struct expr *e1, struct expr *e2) +{ + struct expr *tmp; + struct symbol *sym1, *sym2; + + if (expr_eq(e1, e2)) + return expr_copy(e1); + if (e1->type != E_EQUAL && e1->type != E_UNEQUAL && e1->type != E_SYMBOL && e1->type != E_NOT) + return NULL; + if (e2->type != E_EQUAL && e2->type != E_UNEQUAL && e2->type != E_SYMBOL && e2->type != E_NOT) + return NULL; + if (e1->type == E_NOT) { + tmp = e1->left.expr; + if (tmp->type != E_EQUAL && tmp->type != E_UNEQUAL && tmp->type != E_SYMBOL) + return NULL; + sym1 = tmp->left.sym; + } else + sym1 = e1->left.sym; + if (e2->type == E_NOT) { + if (e2->left.expr->type != E_SYMBOL) + return NULL; + sym2 = e2->left.expr->left.sym; + } else + sym2 = e2->left.sym; + if (sym1 != sym2) + return NULL; + if (sym1->type != S_BOOLEAN && sym1->type != S_TRISTATE) + return NULL; + + if ((e1->type == E_SYMBOL && e2->type == E_EQUAL && e2->right.sym == &symbol_yes) || + (e2->type == E_SYMBOL && e1->type == E_EQUAL && e1->right.sym == &symbol_yes)) + // (a) && (a='y') -> (a='y') + return expr_alloc_comp(E_EQUAL, sym1, &symbol_yes); + + if ((e1->type == E_SYMBOL && e2->type == E_UNEQUAL && e2->right.sym == &symbol_no) || + (e2->type == E_SYMBOL && e1->type == E_UNEQUAL && e1->right.sym == &symbol_no)) + // (a) && (a!='n') -> (a) + return expr_alloc_symbol(sym1); + + if ((e1->type == E_SYMBOL && e2->type == E_UNEQUAL && e2->right.sym == &symbol_mod) || + (e2->type == E_SYMBOL && e1->type == E_UNEQUAL && e1->right.sym == &symbol_mod)) + // (a) && (a!='m') -> (a='y') + return expr_alloc_comp(E_EQUAL, sym1, &symbol_yes); + + if (sym1->type == S_TRISTATE) { + if (e1->type == E_EQUAL && e2->type == E_UNEQUAL) { + // (a='b') && (a!='c') -> 'b'='c' ? 'n' : a='b' + sym2 = e1->right.sym; + if ((e2->right.sym->flags & SYMBOL_CONST) && (sym2->flags & SYMBOL_CONST)) + return sym2 != e2->right.sym ? expr_alloc_comp(E_EQUAL, sym1, sym2) + : expr_alloc_symbol(&symbol_no); + } + if (e1->type == E_UNEQUAL && e2->type == E_EQUAL) { + // (a='b') && (a!='c') -> 'b'='c' ? 'n' : a='b' + sym2 = e2->right.sym; + if ((e1->right.sym->flags & SYMBOL_CONST) && (sym2->flags & SYMBOL_CONST)) + return sym2 != e1->right.sym ? expr_alloc_comp(E_EQUAL, sym1, sym2) + : expr_alloc_symbol(&symbol_no); + } + if (e1->type == E_UNEQUAL && e2->type == E_UNEQUAL && + ((e1->right.sym == &symbol_yes && e2->right.sym == &symbol_no) || + (e1->right.sym == &symbol_no && e2->right.sym == &symbol_yes))) + // (a!='y') && (a!='n') -> (a='m') + return expr_alloc_comp(E_EQUAL, sym1, &symbol_mod); + + if (e1->type == E_UNEQUAL && e2->type == E_UNEQUAL && + ((e1->right.sym == &symbol_yes && e2->right.sym == &symbol_mod) || + (e1->right.sym == &symbol_mod && e2->right.sym == &symbol_yes))) + // (a!='y') && (a!='m') -> (a='n') + return expr_alloc_comp(E_EQUAL, sym1, &symbol_no); + + if (e1->type == E_UNEQUAL && e2->type == E_UNEQUAL && + ((e1->right.sym == &symbol_mod && e2->right.sym == &symbol_no) || + (e1->right.sym == &symbol_no && e2->right.sym == &symbol_mod))) + // (a!='m') && (a!='n') -> (a='m') + return expr_alloc_comp(E_EQUAL, sym1, &symbol_yes); + + if ((e1->type == E_SYMBOL && e2->type == E_EQUAL && e2->right.sym == &symbol_mod) || + (e2->type == E_SYMBOL && e1->type == E_EQUAL && e1->right.sym == &symbol_mod) || + (e1->type == E_SYMBOL && e2->type == E_UNEQUAL && e2->right.sym == &symbol_yes) || + (e2->type == E_SYMBOL && e1->type == E_UNEQUAL && e1->right.sym == &symbol_yes)) + return NULL; + } + + if (DEBUG_EXPR) { + printf("optimize ("); + expr_fprint(e1, stdout); + printf(") && ("); + expr_fprint(e2, stdout); + printf(")?\n"); + } + return NULL; +} + +static void expr_eliminate_dups1(enum expr_type type, struct expr **ep1, struct expr **ep2) +{ +#define e1 (*ep1) +#define e2 (*ep2) + struct expr *tmp; + + if (e1->type == type) { + expr_eliminate_dups1(type, &e1->left.expr, &e2); + expr_eliminate_dups1(type, &e1->right.expr, &e2); + return; + } + if (e2->type == type) { + expr_eliminate_dups1(type, &e1, &e2->left.expr); + expr_eliminate_dups1(type, &e1, &e2->right.expr); + return; + } + if (e1 == e2) + return; + + switch (e1->type) { + case E_OR: case E_AND: + expr_eliminate_dups1(e1->type, &e1, &e1); + default: + ; + } + + switch (type) { + case E_OR: + tmp = expr_join_or(e1, e2); + if (tmp) { + expr_free(e1); expr_free(e2); + e1 = expr_alloc_symbol(&symbol_no); + e2 = tmp; + trans_count++; + } + break; + case E_AND: + tmp = expr_join_and(e1, e2); + if (tmp) { + expr_free(e1); expr_free(e2); + e1 = expr_alloc_symbol(&symbol_yes); + e2 = tmp; + trans_count++; + } + break; + default: + ; + } +#undef e1 +#undef e2 +} + +struct expr *expr_eliminate_dups(struct expr *e) +{ + int oldcount; + if (!e) + return e; + + oldcount = trans_count; + while (1) { + trans_count = 0; + switch (e->type) { + case E_OR: case E_AND: + expr_eliminate_dups1(e->type, &e, &e); + default: + ; + } + if (!trans_count) + break; + e = expr_eliminate_yn(e); + } + trans_count = oldcount; + return e; +} + +struct expr *expr_transform(struct expr *e) +{ + struct expr *tmp; + + if (!e) + return NULL; + switch (e->type) { + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + case E_SYMBOL: + case E_LIST: + break; + default: + e->left.expr = expr_transform(e->left.expr); + e->right.expr = expr_transform(e->right.expr); + } + + switch (e->type) { + case E_EQUAL: + if (e->left.sym->type != S_BOOLEAN) + break; + if (e->right.sym == &symbol_no) { + e->type = E_NOT; + e->left.expr = expr_alloc_symbol(e->left.sym); + e->right.sym = NULL; + break; + } + if (e->right.sym == &symbol_mod) { + printf("boolean symbol %s tested for 'm'? test forced to 'n'\n", e->left.sym->name); + e->type = E_SYMBOL; + e->left.sym = &symbol_no; + e->right.sym = NULL; + break; + } + if (e->right.sym == &symbol_yes) { + e->type = E_SYMBOL; + e->right.sym = NULL; + break; + } + break; + case E_UNEQUAL: + if (e->left.sym->type != S_BOOLEAN) + break; + if (e->right.sym == &symbol_no) { + e->type = E_SYMBOL; + e->right.sym = NULL; + break; + } + if (e->right.sym == &symbol_mod) { + printf("boolean symbol %s tested for 'm'? test forced to 'y'\n", e->left.sym->name); + e->type = E_SYMBOL; + e->left.sym = &symbol_yes; + e->right.sym = NULL; + break; + } + if (e->right.sym == &symbol_yes) { + e->type = E_NOT; + e->left.expr = expr_alloc_symbol(e->left.sym); + e->right.sym = NULL; + break; + } + break; + case E_NOT: + switch (e->left.expr->type) { + case E_NOT: + // !!a -> a + tmp = e->left.expr->left.expr; + free(e->left.expr); + free(e); + e = tmp; + e = expr_transform(e); + break; + case E_EQUAL: + case E_UNEQUAL: + // !a='x' -> a!='x' + tmp = e->left.expr; + free(e); + e = tmp; + e->type = e->type == E_EQUAL ? E_UNEQUAL : E_EQUAL; + break; + case E_LEQ: + case E_GEQ: + // !a<='x' -> a>'x' + tmp = e->left.expr; + free(e); + e = tmp; + e->type = e->type == E_LEQ ? E_GTH : E_LTH; + break; + case E_LTH: + case E_GTH: + // !a<'x' -> a>='x' + tmp = e->left.expr; + free(e); + e = tmp; + e->type = e->type == E_LTH ? E_GEQ : E_LEQ; + break; + case E_OR: + // !(a || b) -> !a && !b + tmp = e->left.expr; + e->type = E_AND; + e->right.expr = expr_alloc_one(E_NOT, tmp->right.expr); + tmp->type = E_NOT; + tmp->right.expr = NULL; + e = expr_transform(e); + break; + case E_AND: + // !(a && b) -> !a || !b + tmp = e->left.expr; + e->type = E_OR; + e->right.expr = expr_alloc_one(E_NOT, tmp->right.expr); + tmp->type = E_NOT; + tmp->right.expr = NULL; + e = expr_transform(e); + break; + case E_SYMBOL: + if (e->left.expr->left.sym == &symbol_yes) { + // !'y' -> 'n' + tmp = e->left.expr; + free(e); + e = tmp; + e->type = E_SYMBOL; + e->left.sym = &symbol_no; + break; + } + if (e->left.expr->left.sym == &symbol_mod) { + // !'m' -> 'm' + tmp = e->left.expr; + free(e); + e = tmp; + e->type = E_SYMBOL; + e->left.sym = &symbol_mod; + break; + } + if (e->left.expr->left.sym == &symbol_no) { + // !'n' -> 'y' + tmp = e->left.expr; + free(e); + e = tmp; + e->type = E_SYMBOL; + e->left.sym = &symbol_yes; + break; + } + break; + default: + ; + } + break; + default: + ; + } + return e; +} + +int expr_contains_symbol(struct expr *dep, struct symbol *sym) +{ + if (!dep) + return 0; + + switch (dep->type) { + case E_AND: + case E_OR: + return expr_contains_symbol(dep->left.expr, sym) || + expr_contains_symbol(dep->right.expr, sym); + case E_SYMBOL: + return dep->left.sym == sym; + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + return dep->left.sym == sym || + dep->right.sym == sym; + case E_NOT: + return expr_contains_symbol(dep->left.expr, sym); + default: + ; + } + return 0; +} + +bool expr_depends_symbol(struct expr *dep, struct symbol *sym) +{ + if (!dep) + return false; + + switch (dep->type) { + case E_AND: + return expr_depends_symbol(dep->left.expr, sym) || + expr_depends_symbol(dep->right.expr, sym); + case E_SYMBOL: + return dep->left.sym == sym; + case E_EQUAL: + if (dep->left.sym == sym) { + if (dep->right.sym == &symbol_yes || dep->right.sym == &symbol_mod) + return true; + } + break; + case E_UNEQUAL: + if (dep->left.sym == sym) { + if (dep->right.sym == &symbol_no) + return true; + } + break; + default: + ; + } + return false; +} + +struct expr *expr_trans_compare(struct expr *e, enum expr_type type, struct symbol *sym) +{ + struct expr *e1, *e2; + + if (!e) { + e = expr_alloc_symbol(sym); + if (type == E_UNEQUAL) + e = expr_alloc_one(E_NOT, e); + return e; + } + switch (e->type) { + case E_AND: + e1 = expr_trans_compare(e->left.expr, E_EQUAL, sym); + e2 = expr_trans_compare(e->right.expr, E_EQUAL, sym); + if (sym == &symbol_yes) + e = expr_alloc_two(E_AND, e1, e2); + if (sym == &symbol_no) + e = expr_alloc_two(E_OR, e1, e2); + if (type == E_UNEQUAL) + e = expr_alloc_one(E_NOT, e); + return e; + case E_OR: + e1 = expr_trans_compare(e->left.expr, E_EQUAL, sym); + e2 = expr_trans_compare(e->right.expr, E_EQUAL, sym); + if (sym == &symbol_yes) + e = expr_alloc_two(E_OR, e1, e2); + if (sym == &symbol_no) + e = expr_alloc_two(E_AND, e1, e2); + if (type == E_UNEQUAL) + e = expr_alloc_one(E_NOT, e); + return e; + case E_NOT: + return expr_trans_compare(e->left.expr, type == E_EQUAL ? E_UNEQUAL : E_EQUAL, sym); + case E_UNEQUAL: + case E_LTH: + case E_LEQ: + case E_GTH: + case E_GEQ: + case E_EQUAL: + if (type == E_EQUAL) { + if (sym == &symbol_yes) + return expr_copy(e); + if (sym == &symbol_mod) + return expr_alloc_symbol(&symbol_no); + if (sym == &symbol_no) + return expr_alloc_one(E_NOT, expr_copy(e)); + } else { + if (sym == &symbol_yes) + return expr_alloc_one(E_NOT, expr_copy(e)); + if (sym == &symbol_mod) + return expr_alloc_symbol(&symbol_yes); + if (sym == &symbol_no) + return expr_copy(e); + } + break; + case E_SYMBOL: + return expr_alloc_comp(type, e->left.sym, sym); + case E_LIST: + case E_RANGE: + case E_NONE: + /* panic */; + } + return NULL; +} + +enum string_value_kind { + k_string, + k_signed, + k_unsigned, + k_invalid +}; + +union string_value { + unsigned long long u; + signed long long s; +}; + +static enum string_value_kind expr_parse_string(const char *str, + enum symbol_type type, + union string_value *val) +{ + char *tail; + enum string_value_kind kind; + + errno = 0; + switch (type) { + case S_BOOLEAN: + case S_TRISTATE: + return k_string; + case S_INT: + val->s = strtoll(str, &tail, 10); + kind = k_signed; + break; + case S_HEX: + val->u = strtoull(str, &tail, 16); + kind = k_unsigned; + break; + case S_STRING: + case S_UNKNOWN: + val->s = strtoll(str, &tail, 0); + kind = k_signed; + break; + default: + return k_invalid; + } + return !errno && !*tail && tail > str && isxdigit(tail[-1]) + ? kind : k_string; +} + +tristate expr_calc_value(struct expr *e) +{ + tristate val1, val2; + const char *str1, *str2; + enum string_value_kind k1 = k_string, k2 = k_string; + union string_value lval = {}, rval = {}; + int res; + + if (!e) + return yes; + + switch (e->type) { + case E_SYMBOL: + sym_calc_value(e->left.sym); + return e->left.sym->curr.tri; + case E_AND: + val1 = expr_calc_value(e->left.expr); + val2 = expr_calc_value(e->right.expr); + return EXPR_AND(val1, val2); + case E_OR: + val1 = expr_calc_value(e->left.expr); + val2 = expr_calc_value(e->right.expr); + return EXPR_OR(val1, val2); + case E_NOT: + val1 = expr_calc_value(e->left.expr); + return EXPR_NOT(val1); + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + break; + default: + printf("expr_calc_value: %d?\n", e->type); + return no; + } + + sym_calc_value(e->left.sym); + sym_calc_value(e->right.sym); + str1 = sym_get_string_value(e->left.sym); + str2 = sym_get_string_value(e->right.sym); + + if (e->left.sym->type != S_STRING || e->right.sym->type != S_STRING) { + k1 = expr_parse_string(str1, e->left.sym->type, &lval); + k2 = expr_parse_string(str2, e->right.sym->type, &rval); + } + + if (k1 == k_string || k2 == k_string) + res = strcmp(str1, str2); + else if (k1 == k_invalid || k2 == k_invalid) { + if (e->type != E_EQUAL && e->type != E_UNEQUAL) { + printf("Cannot compare \"%s\" and \"%s\"\n", str1, str2); + return no; + } + res = strcmp(str1, str2); + } else if (k1 == k_unsigned || k2 == k_unsigned) + res = (lval.u > rval.u) - (lval.u < rval.u); + else /* if (k1 == k_signed && k2 == k_signed) */ + res = (lval.s > rval.s) - (lval.s < rval.s); + + switch(e->type) { + case E_EQUAL: + return res ? no : yes; + case E_GEQ: + return res >= 0 ? yes : no; + case E_GTH: + return res > 0 ? yes : no; + case E_LEQ: + return res <= 0 ? yes : no; + case E_LTH: + return res < 0 ? yes : no; + case E_UNEQUAL: + return res ? yes : no; + default: + printf("expr_calc_value: relation %d?\n", e->type); + return no; + } +} + +static int expr_compare_type(enum expr_type t1, enum expr_type t2) +{ + if (t1 == t2) + return 0; + switch (t1) { + case E_LEQ: + case E_LTH: + case E_GEQ: + case E_GTH: + if (t2 == E_EQUAL || t2 == E_UNEQUAL) + return 1; + case E_EQUAL: + case E_UNEQUAL: + if (t2 == E_NOT) + return 1; + case E_NOT: + if (t2 == E_AND) + return 1; + case E_AND: + if (t2 == E_OR) + return 1; + case E_OR: + if (t2 == E_LIST) + return 1; + case E_LIST: + if (t2 == 0) + return 1; + default: + return -1; + } + printf("[%dgt%d?]", t1, t2); + return 0; +} + +static inline struct expr * +expr_get_leftmost_symbol(const struct expr *e) +{ + + if (e == NULL) + return NULL; + + while (e->type != E_SYMBOL) + e = e->left.expr; + + return expr_copy(e); +} + +/* + * Given expression `e1' and `e2', returns the leaf of the longest + * sub-expression of `e1' not containing 'e2. + */ +struct expr *expr_simplify_unmet_dep(struct expr *e1, struct expr *e2) +{ + struct expr *ret; + + switch (e1->type) { + case E_OR: + return expr_alloc_and( + expr_simplify_unmet_dep(e1->left.expr, e2), + expr_simplify_unmet_dep(e1->right.expr, e2)); + case E_AND: { + struct expr *e; + e = expr_alloc_and(expr_copy(e1), expr_copy(e2)); + e = expr_eliminate_dups(e); + ret = (!expr_eq(e, e1)) ? e1 : NULL; + expr_free(e); + break; + } + default: + ret = e1; + break; + } + + return expr_get_leftmost_symbol(ret); +} + +void expr_print(struct expr *e, void (*fn)(void *, struct symbol *, const char *), void *data, int prevtoken) +{ + if (!e) { + fn(data, NULL, "y"); + return; + } + + if (expr_compare_type(prevtoken, e->type) > 0) + fn(data, NULL, "("); + switch (e->type) { + case E_SYMBOL: + if (e->left.sym->name) + fn(data, e->left.sym, e->left.sym->name); + else + fn(data, NULL, ""); + break; + case E_NOT: + fn(data, NULL, "!"); + expr_print(e->left.expr, fn, data, E_NOT); + break; + case E_EQUAL: + if (e->left.sym->name) + fn(data, e->left.sym, e->left.sym->name); + else + fn(data, NULL, ""); + fn(data, NULL, "="); + fn(data, e->right.sym, e->right.sym->name); + break; + case E_LEQ: + case E_LTH: + if (e->left.sym->name) + fn(data, e->left.sym, e->left.sym->name); + else + fn(data, NULL, ""); + fn(data, NULL, e->type == E_LEQ ? "<=" : "<"); + fn(data, e->right.sym, e->right.sym->name); + break; + case E_GEQ: + case E_GTH: + if (e->left.sym->name) + fn(data, e->left.sym, e->left.sym->name); + else + fn(data, NULL, ""); + fn(data, NULL, e->type == E_LEQ ? ">=" : ">"); + fn(data, e->right.sym, e->right.sym->name); + break; + case E_UNEQUAL: + if (e->left.sym->name) + fn(data, e->left.sym, e->left.sym->name); + else + fn(data, NULL, ""); + fn(data, NULL, "!="); + fn(data, e->right.sym, e->right.sym->name); + break; + case E_OR: + expr_print(e->left.expr, fn, data, E_OR); + fn(data, NULL, " || "); + expr_print(e->right.expr, fn, data, E_OR); + break; + case E_AND: + expr_print(e->left.expr, fn, data, E_AND); + fn(data, NULL, " && "); + expr_print(e->right.expr, fn, data, E_AND); + break; + case E_LIST: + fn(data, e->right.sym, e->right.sym->name); + if (e->left.expr) { + fn(data, NULL, " ^ "); + expr_print(e->left.expr, fn, data, E_LIST); + } + break; + case E_RANGE: + fn(data, NULL, "["); + fn(data, e->left.sym, e->left.sym->name); + fn(data, NULL, " "); + fn(data, e->right.sym, e->right.sym->name); + fn(data, NULL, "]"); + break; + default: + { + char buf[32]; + sprintf(buf, "", e->type); + fn(data, NULL, buf); + break; + } + } + if (expr_compare_type(prevtoken, e->type) > 0) + fn(data, NULL, ")"); +} + +static void expr_print_file_helper(void *data, struct symbol *sym, const char *str) +{ + xfwrite(str, strlen(str), 1, data); +} + +void expr_fprint(struct expr *e, FILE *out) +{ + expr_print(e, expr_print_file_helper, out, E_NONE); +} + +static void expr_print_gstr_helper(void *data, struct symbol *sym, const char *str) +{ + struct gstr *gs = (struct gstr*)data; + const char *sym_str = NULL; + + if (sym) + sym_str = sym_get_string_value(sym); + + if (gs->max_width) { + unsigned extra_length = strlen(str); + const char *last_cr = strrchr(gs->s, '\n'); + unsigned last_line_length; + + if (sym_str) + extra_length += 4 + strlen(sym_str); + + if (!last_cr) + last_cr = gs->s; + + last_line_length = strlen(gs->s) - (last_cr - gs->s); + + if ((last_line_length + extra_length) > gs->max_width) + str_append(gs, "\\\n"); + } + + str_append(gs, str); + if (sym && sym->type != S_UNKNOWN) + str_printf(gs, " [=%s]", sym_str); +} + +void expr_gstr_print(struct expr *e, struct gstr *gs) +{ + expr_print(e, expr_print_gstr_helper, gs, E_NONE); +} diff --git a/xen/tools/kconfig/expr.h b/xen/tools/kconfig/expr.h new file mode 100644 index 0000000..973b6f7 --- /dev/null +++ b/xen/tools/kconfig/expr.h @@ -0,0 +1,238 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#ifndef EXPR_H +#define EXPR_H + +#ifdef __cplusplus +extern "C" { +#endif + +#include +#include +#include "list.h" +#ifndef __cplusplus +#include +#endif + +struct file { + struct file *next; + struct file *parent; + const char *name; + int lineno; +}; + +typedef enum tristate { + no, mod, yes +} tristate; + +enum expr_type { + E_NONE, E_OR, E_AND, E_NOT, + E_EQUAL, E_UNEQUAL, E_LTH, E_LEQ, E_GTH, E_GEQ, + E_LIST, E_SYMBOL, E_RANGE +}; + +union expr_data { + struct expr *expr; + struct symbol *sym; +}; + +struct expr { + enum expr_type type; + union expr_data left, right; +}; + +#define EXPR_OR(dep1, dep2) (((dep1)>(dep2))?(dep1):(dep2)) +#define EXPR_AND(dep1, dep2) (((dep1)<(dep2))?(dep1):(dep2)) +#define EXPR_NOT(dep) (2-(dep)) + +#define expr_list_for_each_sym(l, e, s) \ + for (e = (l); e && (s = e->right.sym); e = e->left.expr) + +struct expr_value { + struct expr *expr; + tristate tri; +}; + +struct symbol_value { + void *val; + tristate tri; +}; + +enum symbol_type { + S_UNKNOWN, S_BOOLEAN, S_TRISTATE, S_INT, S_HEX, S_STRING, S_OTHER +}; + +/* enum values are used as index to symbol.def[] */ +enum { + S_DEF_USER, /* main user value */ + S_DEF_AUTO, /* values read from auto.conf */ + S_DEF_DEF3, /* Reserved for UI usage */ + S_DEF_DEF4, /* Reserved for UI usage */ + S_DEF_COUNT +}; + +struct symbol { + struct symbol *next; + char *name; + enum symbol_type type; + struct symbol_value curr; + struct symbol_value def[S_DEF_COUNT]; + tristate visible; + int flags; + struct property *prop; + struct expr_value dir_dep; + struct expr_value rev_dep; +}; + +#define for_all_symbols(i, sym) for (i = 0; i < SYMBOL_HASHSIZE; i++) for (sym = symbol_hash[i]; sym; sym = sym->next) if (sym->type != S_OTHER) + +#define SYMBOL_CONST 0x0001 /* symbol is const */ +#define SYMBOL_CHECK 0x0008 /* used during dependency checking */ +#define SYMBOL_CHOICE 0x0010 /* start of a choice block (null name) */ +#define SYMBOL_CHOICEVAL 0x0020 /* used as a value in a choice block */ +#define SYMBOL_VALID 0x0080 /* set when symbol.curr is calculated */ +#define SYMBOL_OPTIONAL 0x0100 /* choice is optional - values can be 'n' */ +#define SYMBOL_WRITE 0x0200 /* write symbol to file (KCONFIG_CONFIG) */ +#define SYMBOL_CHANGED 0x0400 /* ? */ +#define SYMBOL_AUTO 0x1000 /* value from environment variable */ +#define SYMBOL_CHECKED 0x2000 /* used during dependency checking */ +#define SYMBOL_WARNED 0x8000 /* warning has been issued */ + +/* Set when symbol.def[] is used */ +#define SYMBOL_DEF 0x10000 /* First bit of SYMBOL_DEF */ +#define SYMBOL_DEF_USER 0x10000 /* symbol.def[S_DEF_USER] is valid */ +#define SYMBOL_DEF_AUTO 0x20000 /* symbol.def[S_DEF_AUTO] is valid */ +#define SYMBOL_DEF3 0x40000 /* symbol.def[S_DEF_3] is valid */ +#define SYMBOL_DEF4 0x80000 /* symbol.def[S_DEF_4] is valid */ + +/* choice values need to be set before calculating this symbol value */ +#define SYMBOL_NEED_SET_CHOICE_VALUES 0x100000 + +/* Set symbol to y if allnoconfig; used for symbols that hide others */ +#define SYMBOL_ALLNOCONFIG_Y 0x200000 + +#define SYMBOL_MAXLENGTH 256 +#define SYMBOL_HASHSIZE 9973 + +/* A property represent the config options that can be associated + * with a config "symbol". + * Sample: + * config FOO + * default y + * prompt "foo prompt" + * select BAR + * config BAZ + * int "BAZ Value" + * range 1..255 + */ +enum prop_type { + P_UNKNOWN, + P_PROMPT, /* prompt "foo prompt" or "BAZ Value" */ + P_COMMENT, /* text associated with a comment */ + P_MENU, /* prompt associated with a menuconfig option */ + P_DEFAULT, /* default y */ + P_CHOICE, /* choice value */ + P_SELECT, /* select BAR */ + P_RANGE, /* range 7..100 (for a symbol) */ + P_ENV, /* value from environment variable */ + P_SYMBOL, /* where a symbol is defined */ +}; + +struct property { + struct property *next; /* next property - null if last */ + struct symbol *sym; /* the symbol for which the property is associated */ + enum prop_type type; /* type of property */ + const char *text; /* the prompt value - P_PROMPT, P_MENU, P_COMMENT */ + struct expr_value visible; + struct expr *expr; /* the optional conditional part of the property */ + struct menu *menu; /* the menu the property are associated with + * valid for: P_SELECT, P_RANGE, P_CHOICE, + * P_PROMPT, P_DEFAULT, P_MENU, P_COMMENT */ + struct file *file; /* what file was this property defined */ + int lineno; /* what lineno was this property defined */ +}; + +#define for_all_properties(sym, st, tok) \ + for (st = sym->prop; st; st = st->next) \ + if (st->type == (tok)) +#define for_all_defaults(sym, st) for_all_properties(sym, st, P_DEFAULT) +#define for_all_choices(sym, st) for_all_properties(sym, st, P_CHOICE) +#define for_all_prompts(sym, st) \ + for (st = sym->prop; st; st = st->next) \ + if (st->text) + +struct menu { + struct menu *next; + struct menu *parent; + struct menu *list; + struct symbol *sym; + struct property *prompt; + struct expr *visibility; + struct expr *dep; + unsigned int flags; + char *help; + struct file *file; + int lineno; + void *data; +}; + +#define MENU_CHANGED 0x0001 +#define MENU_ROOT 0x0002 + +struct jump_key { + struct list_head entries; + size_t offset; + struct menu *target; + int index; +}; + +#define JUMP_NB 9 + +extern struct file *file_list; +extern struct file *current_file; +struct file *lookup_file(const char *name); + +extern struct symbol symbol_yes, symbol_no, symbol_mod; +extern struct symbol *modules_sym; +extern struct symbol *sym_defconfig_list; +extern int cdebug; +struct expr *expr_alloc_symbol(struct symbol *sym); +struct expr *expr_alloc_one(enum expr_type type, struct expr *ce); +struct expr *expr_alloc_two(enum expr_type type, struct expr *e1, struct expr *e2); +struct expr *expr_alloc_comp(enum expr_type type, struct symbol *s1, struct symbol *s2); +struct expr *expr_alloc_and(struct expr *e1, struct expr *e2); +struct expr *expr_alloc_or(struct expr *e1, struct expr *e2); +struct expr *expr_copy(const struct expr *org); +void expr_free(struct expr *e); +void expr_eliminate_eq(struct expr **ep1, struct expr **ep2); +tristate expr_calc_value(struct expr *e); +struct expr *expr_trans_bool(struct expr *e); +struct expr *expr_eliminate_dups(struct expr *e); +struct expr *expr_transform(struct expr *e); +int expr_contains_symbol(struct expr *dep, struct symbol *sym); +bool expr_depends_symbol(struct expr *dep, struct symbol *sym); +struct expr *expr_trans_compare(struct expr *e, enum expr_type type, struct symbol *sym); +struct expr *expr_simplify_unmet_dep(struct expr *e1, struct expr *e2); + +void expr_fprint(struct expr *e, FILE *out); +struct gstr; /* forward */ +void expr_gstr_print(struct expr *e, struct gstr *gs); + +static inline int expr_is_yes(struct expr *e) +{ + return !e || (e->type == E_SYMBOL && e->left.sym == &symbol_yes); +} + +static inline int expr_is_no(struct expr *e) +{ + return e && (e->type == E_SYMBOL && e->left.sym == &symbol_no); +} + +#ifdef __cplusplus +} +#endif + +#endif /* EXPR_H */ diff --git a/xen/tools/kconfig/gconf.c b/xen/tools/kconfig/gconf.c new file mode 100644 index 0000000..26d208b --- /dev/null +++ b/xen/tools/kconfig/gconf.c @@ -0,0 +1,1521 @@ +/* Hey EMACS -*- linux-c -*- */ +/* + * + * Copyright (C) 2002-2003 Romain Lievin + * Released under the terms of the GNU GPL v2.0. + * + */ + +#ifdef HAVE_CONFIG_H +# include +#endif + +#include +#include "lkc.h" +#include "images.c" + +#include +#include +#include +#include + +#include +#include +#include +#include + +//#define DEBUG + +enum { + SINGLE_VIEW, SPLIT_VIEW, FULL_VIEW +}; + +enum { + OPT_NORMAL, OPT_ALL, OPT_PROMPT +}; + +static gint view_mode = FULL_VIEW; +static gboolean show_name = TRUE; +static gboolean show_range = TRUE; +static gboolean show_value = TRUE; +static gboolean resizeable = FALSE; +static int opt_mode = OPT_NORMAL; + +GtkWidget *main_wnd = NULL; +GtkWidget *tree1_w = NULL; // left frame +GtkWidget *tree2_w = NULL; // right frame +GtkWidget *text_w = NULL; +GtkWidget *hpaned = NULL; +GtkWidget *vpaned = NULL; +GtkWidget *back_btn = NULL; +GtkWidget *save_btn = NULL; +GtkWidget *save_menu_item = NULL; + +GtkTextTag *tag1, *tag2; +GdkColor color; + +GtkTreeStore *tree1, *tree2, *tree; +GtkTreeModel *model1, *model2; +static GtkTreeIter *parents[256]; +static gint indent; + +static struct menu *current; // current node for SINGLE view +static struct menu *browsed; // browsed node for SPLIT view + +enum { + COL_OPTION, COL_NAME, COL_NO, COL_MOD, COL_YES, COL_VALUE, + COL_MENU, COL_COLOR, COL_EDIT, COL_PIXBUF, + COL_PIXVIS, COL_BTNVIS, COL_BTNACT, COL_BTNINC, COL_BTNRAD, + COL_NUMBER +}; + +static void display_list(void); +static void display_tree(struct menu *menu); +static void display_tree_part(void); +static void update_tree(struct menu *src, GtkTreeIter * dst); +static void set_node(GtkTreeIter * node, struct menu *menu, gchar ** row); +static gchar **fill_row(struct menu *menu); +static void conf_changed(void); + +/* Helping/Debugging Functions */ + +const char *dbg_sym_flags(int val) +{ + static char buf[256]; + + bzero(buf, 256); + + if (val & SYMBOL_CONST) + strcat(buf, "const/"); + if (val & SYMBOL_CHECK) + strcat(buf, "check/"); + if (val & SYMBOL_CHOICE) + strcat(buf, "choice/"); + if (val & SYMBOL_CHOICEVAL) + strcat(buf, "choiceval/"); + if (val & SYMBOL_VALID) + strcat(buf, "valid/"); + if (val & SYMBOL_OPTIONAL) + strcat(buf, "optional/"); + if (val & SYMBOL_WRITE) + strcat(buf, "write/"); + if (val & SYMBOL_CHANGED) + strcat(buf, "changed/"); + if (val & SYMBOL_AUTO) + strcat(buf, "auto/"); + + buf[strlen(buf) - 1] = '\0'; + + return buf; +} + +void replace_button_icon(GladeXML * xml, GdkDrawable * window, + GtkStyle * style, gchar * btn_name, gchar ** xpm) +{ + GdkPixmap *pixmap; + GdkBitmap *mask; + GtkToolButton *button; + GtkWidget *image; + + pixmap = gdk_pixmap_create_from_xpm_d(window, &mask, + &style->bg[GTK_STATE_NORMAL], + xpm); + + button = GTK_TOOL_BUTTON(glade_xml_get_widget(xml, btn_name)); + image = gtk_image_new_from_pixmap(pixmap, mask); + gtk_widget_show(image); + gtk_tool_button_set_icon_widget(button, image); +} + +/* Main Window Initialization */ +void init_main_window(const gchar * glade_file) +{ + GladeXML *xml; + GtkWidget *widget; + GtkTextBuffer *txtbuf; + GtkStyle *style; + + xml = glade_xml_new(glade_file, "window1", NULL); + if (!xml) + g_error(_("GUI loading failed !\n")); + glade_xml_signal_autoconnect(xml); + + main_wnd = glade_xml_get_widget(xml, "window1"); + hpaned = glade_xml_get_widget(xml, "hpaned1"); + vpaned = glade_xml_get_widget(xml, "vpaned1"); + tree1_w = glade_xml_get_widget(xml, "treeview1"); + tree2_w = glade_xml_get_widget(xml, "treeview2"); + text_w = glade_xml_get_widget(xml, "textview3"); + + back_btn = glade_xml_get_widget(xml, "button1"); + gtk_widget_set_sensitive(back_btn, FALSE); + + widget = glade_xml_get_widget(xml, "show_name1"); + gtk_check_menu_item_set_active((GtkCheckMenuItem *) widget, + show_name); + + widget = glade_xml_get_widget(xml, "show_range1"); + gtk_check_menu_item_set_active((GtkCheckMenuItem *) widget, + show_range); + + widget = glade_xml_get_widget(xml, "show_data1"); + gtk_check_menu_item_set_active((GtkCheckMenuItem *) widget, + show_value); + + save_btn = glade_xml_get_widget(xml, "button3"); + save_menu_item = glade_xml_get_widget(xml, "save1"); + conf_set_changed_callback(conf_changed); + + style = gtk_widget_get_style(main_wnd); + widget = glade_xml_get_widget(xml, "toolbar1"); + + replace_button_icon(xml, main_wnd->window, style, + "button4", (gchar **) xpm_single_view); + replace_button_icon(xml, main_wnd->window, style, + "button5", (gchar **) xpm_split_view); + replace_button_icon(xml, main_wnd->window, style, + "button6", (gchar **) xpm_tree_view); + + txtbuf = gtk_text_view_get_buffer(GTK_TEXT_VIEW(text_w)); + tag1 = gtk_text_buffer_create_tag(txtbuf, "mytag1", + "foreground", "red", + "weight", PANGO_WEIGHT_BOLD, + NULL); + tag2 = gtk_text_buffer_create_tag(txtbuf, "mytag2", + /*"style", PANGO_STYLE_OBLIQUE, */ + NULL); + + gtk_window_set_title(GTK_WINDOW(main_wnd), rootmenu.prompt->text); + + gtk_widget_show(main_wnd); +} + +void init_tree_model(void) +{ + gint i; + + tree = tree2 = gtk_tree_store_new(COL_NUMBER, + G_TYPE_STRING, G_TYPE_STRING, + G_TYPE_STRING, G_TYPE_STRING, + G_TYPE_STRING, G_TYPE_STRING, + G_TYPE_POINTER, GDK_TYPE_COLOR, + G_TYPE_BOOLEAN, GDK_TYPE_PIXBUF, + G_TYPE_BOOLEAN, G_TYPE_BOOLEAN, + G_TYPE_BOOLEAN, G_TYPE_BOOLEAN, + G_TYPE_BOOLEAN); + model2 = GTK_TREE_MODEL(tree2); + + for (parents[0] = NULL, i = 1; i < 256; i++) + parents[i] = (GtkTreeIter *) g_malloc(sizeof(GtkTreeIter)); + + tree1 = gtk_tree_store_new(COL_NUMBER, + G_TYPE_STRING, G_TYPE_STRING, + G_TYPE_STRING, G_TYPE_STRING, + G_TYPE_STRING, G_TYPE_STRING, + G_TYPE_POINTER, GDK_TYPE_COLOR, + G_TYPE_BOOLEAN, GDK_TYPE_PIXBUF, + G_TYPE_BOOLEAN, G_TYPE_BOOLEAN, + G_TYPE_BOOLEAN, G_TYPE_BOOLEAN, + G_TYPE_BOOLEAN); + model1 = GTK_TREE_MODEL(tree1); +} + +void init_left_tree(void) +{ + GtkTreeView *view = GTK_TREE_VIEW(tree1_w); + GtkCellRenderer *renderer; + GtkTreeSelection *sel; + GtkTreeViewColumn *column; + + gtk_tree_view_set_model(view, model1); + gtk_tree_view_set_headers_visible(view, TRUE); + gtk_tree_view_set_rules_hint(view, TRUE); + + column = gtk_tree_view_column_new(); + gtk_tree_view_append_column(view, column); + gtk_tree_view_column_set_title(column, _("Options")); + + renderer = gtk_cell_renderer_toggle_new(); + gtk_tree_view_column_pack_start(GTK_TREE_VIEW_COLUMN(column), + renderer, FALSE); + gtk_tree_view_column_set_attributes(GTK_TREE_VIEW_COLUMN(column), + renderer, + "active", COL_BTNACT, + "inconsistent", COL_BTNINC, + "visible", COL_BTNVIS, + "radio", COL_BTNRAD, NULL); + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_column_pack_start(GTK_TREE_VIEW_COLUMN(column), + renderer, FALSE); + gtk_tree_view_column_set_attributes(GTK_TREE_VIEW_COLUMN(column), + renderer, + "text", COL_OPTION, + "foreground-gdk", + COL_COLOR, NULL); + + sel = gtk_tree_view_get_selection(view); + gtk_tree_selection_set_mode(sel, GTK_SELECTION_SINGLE); + gtk_widget_realize(tree1_w); +} + +static void renderer_edited(GtkCellRendererText * cell, + const gchar * path_string, + const gchar * new_text, gpointer user_data); + +void init_right_tree(void) +{ + GtkTreeView *view = GTK_TREE_VIEW(tree2_w); + GtkCellRenderer *renderer; + GtkTreeSelection *sel; + GtkTreeViewColumn *column; + gint i; + + gtk_tree_view_set_model(view, model2); + gtk_tree_view_set_headers_visible(view, TRUE); + gtk_tree_view_set_rules_hint(view, TRUE); + + column = gtk_tree_view_column_new(); + gtk_tree_view_append_column(view, column); + gtk_tree_view_column_set_title(column, _("Options")); + + renderer = gtk_cell_renderer_pixbuf_new(); + gtk_tree_view_column_pack_start(GTK_TREE_VIEW_COLUMN(column), + renderer, FALSE); + gtk_tree_view_column_set_attributes(GTK_TREE_VIEW_COLUMN(column), + renderer, + "pixbuf", COL_PIXBUF, + "visible", COL_PIXVIS, NULL); + renderer = gtk_cell_renderer_toggle_new(); + gtk_tree_view_column_pack_start(GTK_TREE_VIEW_COLUMN(column), + renderer, FALSE); + gtk_tree_view_column_set_attributes(GTK_TREE_VIEW_COLUMN(column), + renderer, + "active", COL_BTNACT, + "inconsistent", COL_BTNINC, + "visible", COL_BTNVIS, + "radio", COL_BTNRAD, NULL); + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_column_pack_start(GTK_TREE_VIEW_COLUMN(column), + renderer, FALSE); + gtk_tree_view_column_set_attributes(GTK_TREE_VIEW_COLUMN(column), + renderer, + "text", COL_OPTION, + "foreground-gdk", + COL_COLOR, NULL); + + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_insert_column_with_attributes(view, -1, + _("Name"), renderer, + "text", COL_NAME, + "foreground-gdk", + COL_COLOR, NULL); + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_insert_column_with_attributes(view, -1, + "N", renderer, + "text", COL_NO, + "foreground-gdk", + COL_COLOR, NULL); + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_insert_column_with_attributes(view, -1, + "M", renderer, + "text", COL_MOD, + "foreground-gdk", + COL_COLOR, NULL); + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_insert_column_with_attributes(view, -1, + "Y", renderer, + "text", COL_YES, + "foreground-gdk", + COL_COLOR, NULL); + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_insert_column_with_attributes(view, -1, + _("Value"), renderer, + "text", COL_VALUE, + "editable", + COL_EDIT, + "foreground-gdk", + COL_COLOR, NULL); + g_signal_connect(G_OBJECT(renderer), "edited", + G_CALLBACK(renderer_edited), NULL); + + column = gtk_tree_view_get_column(view, COL_NAME); + gtk_tree_view_column_set_visible(column, show_name); + column = gtk_tree_view_get_column(view, COL_NO); + gtk_tree_view_column_set_visible(column, show_range); + column = gtk_tree_view_get_column(view, COL_MOD); + gtk_tree_view_column_set_visible(column, show_range); + column = gtk_tree_view_get_column(view, COL_YES); + gtk_tree_view_column_set_visible(column, show_range); + column = gtk_tree_view_get_column(view, COL_VALUE); + gtk_tree_view_column_set_visible(column, show_value); + + if (resizeable) { + for (i = 0; i < COL_VALUE; i++) { + column = gtk_tree_view_get_column(view, i); + gtk_tree_view_column_set_resizable(column, TRUE); + } + } + + sel = gtk_tree_view_get_selection(view); + gtk_tree_selection_set_mode(sel, GTK_SELECTION_SINGLE); +} + + +/* Utility Functions */ + + +static void text_insert_help(struct menu *menu) +{ + GtkTextBuffer *buffer; + GtkTextIter start, end; + const char *prompt = _(menu_get_prompt(menu)); + struct gstr help = str_new(); + + menu_get_ext_help(menu, &help); + + buffer = gtk_text_view_get_buffer(GTK_TEXT_VIEW(text_w)); + gtk_text_buffer_get_bounds(buffer, &start, &end); + gtk_text_buffer_delete(buffer, &start, &end); + gtk_text_view_set_left_margin(GTK_TEXT_VIEW(text_w), 15); + + gtk_text_buffer_get_end_iter(buffer, &end); + gtk_text_buffer_insert_with_tags(buffer, &end, prompt, -1, tag1, + NULL); + gtk_text_buffer_insert_at_cursor(buffer, "\n\n", 2); + gtk_text_buffer_get_end_iter(buffer, &end); + gtk_text_buffer_insert_with_tags(buffer, &end, str_get(&help), -1, tag2, + NULL); + str_free(&help); +} + + +static void text_insert_msg(const char *title, const char *message) +{ + GtkTextBuffer *buffer; + GtkTextIter start, end; + const char *msg = message; + + buffer = gtk_text_view_get_buffer(GTK_TEXT_VIEW(text_w)); + gtk_text_buffer_get_bounds(buffer, &start, &end); + gtk_text_buffer_delete(buffer, &start, &end); + gtk_text_view_set_left_margin(GTK_TEXT_VIEW(text_w), 15); + + gtk_text_buffer_get_end_iter(buffer, &end); + gtk_text_buffer_insert_with_tags(buffer, &end, title, -1, tag1, + NULL); + gtk_text_buffer_insert_at_cursor(buffer, "\n\n", 2); + gtk_text_buffer_get_end_iter(buffer, &end); + gtk_text_buffer_insert_with_tags(buffer, &end, msg, -1, tag2, + NULL); +} + + +/* Main Windows Callbacks */ + +void on_save_activate(GtkMenuItem * menuitem, gpointer user_data); +gboolean on_window1_delete_event(GtkWidget * widget, GdkEvent * event, + gpointer user_data) +{ + GtkWidget *dialog, *label; + gint result; + + if (!conf_get_changed()) + return FALSE; + + dialog = gtk_dialog_new_with_buttons(_("Warning !"), + GTK_WINDOW(main_wnd), + (GtkDialogFlags) + (GTK_DIALOG_MODAL | + GTK_DIALOG_DESTROY_WITH_PARENT), + GTK_STOCK_OK, + GTK_RESPONSE_YES, + GTK_STOCK_NO, + GTK_RESPONSE_NO, + GTK_STOCK_CANCEL, + GTK_RESPONSE_CANCEL, NULL); + gtk_dialog_set_default_response(GTK_DIALOG(dialog), + GTK_RESPONSE_CANCEL); + + label = gtk_label_new(_("\nSave configuration ?\n")); + gtk_container_add(GTK_CONTAINER(GTK_DIALOG(dialog)->vbox), label); + gtk_widget_show(label); + + result = gtk_dialog_run(GTK_DIALOG(dialog)); + switch (result) { + case GTK_RESPONSE_YES: + on_save_activate(NULL, NULL); + return FALSE; + case GTK_RESPONSE_NO: + return FALSE; + case GTK_RESPONSE_CANCEL: + case GTK_RESPONSE_DELETE_EVENT: + default: + gtk_widget_destroy(dialog); + return TRUE; + } + + return FALSE; +} + + +void on_window1_destroy(GtkObject * object, gpointer user_data) +{ + gtk_main_quit(); +} + + +void +on_window1_size_request(GtkWidget * widget, + GtkRequisition * requisition, gpointer user_data) +{ + static gint old_h; + gint w, h; + + if (widget->window == NULL) + gtk_window_get_default_size(GTK_WINDOW(main_wnd), &w, &h); + else + gdk_window_get_size(widget->window, &w, &h); + + if (h == old_h) + return; + old_h = h; + + gtk_paned_set_position(GTK_PANED(vpaned), 2 * h / 3); +} + + +/* Menu & Toolbar Callbacks */ + + +static void +load_filename(GtkFileSelection * file_selector, gpointer user_data) +{ + const gchar *fn; + + fn = gtk_file_selection_get_filename(GTK_FILE_SELECTION + (user_data)); + + if (conf_read(fn)) + text_insert_msg(_("Error"), _("Unable to load configuration !")); + else + display_tree(&rootmenu); +} + +void on_load1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkWidget *fs; + + fs = gtk_file_selection_new(_("Load file...")); + g_signal_connect(GTK_OBJECT(GTK_FILE_SELECTION(fs)->ok_button), + "clicked", + G_CALLBACK(load_filename), (gpointer) fs); + g_signal_connect_swapped(GTK_OBJECT + (GTK_FILE_SELECTION(fs)->ok_button), + "clicked", G_CALLBACK(gtk_widget_destroy), + (gpointer) fs); + g_signal_connect_swapped(GTK_OBJECT + (GTK_FILE_SELECTION(fs)->cancel_button), + "clicked", G_CALLBACK(gtk_widget_destroy), + (gpointer) fs); + gtk_widget_show(fs); +} + + +void on_save_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + if (conf_write(NULL)) + text_insert_msg(_("Error"), _("Unable to save configuration !")); +} + + +static void +store_filename(GtkFileSelection * file_selector, gpointer user_data) +{ + const gchar *fn; + + fn = gtk_file_selection_get_filename(GTK_FILE_SELECTION + (user_data)); + + if (conf_write(fn)) + text_insert_msg(_("Error"), _("Unable to save configuration !")); + + gtk_widget_destroy(GTK_WIDGET(user_data)); +} + +void on_save_as1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkWidget *fs; + + fs = gtk_file_selection_new(_("Save file as...")); + g_signal_connect(GTK_OBJECT(GTK_FILE_SELECTION(fs)->ok_button), + "clicked", + G_CALLBACK(store_filename), (gpointer) fs); + g_signal_connect_swapped(GTK_OBJECT + (GTK_FILE_SELECTION(fs)->ok_button), + "clicked", G_CALLBACK(gtk_widget_destroy), + (gpointer) fs); + g_signal_connect_swapped(GTK_OBJECT + (GTK_FILE_SELECTION(fs)->cancel_button), + "clicked", G_CALLBACK(gtk_widget_destroy), + (gpointer) fs); + gtk_widget_show(fs); +} + + +void on_quit1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + if (!on_window1_delete_event(NULL, NULL, NULL)) + gtk_widget_destroy(GTK_WIDGET(main_wnd)); +} + + +void on_show_name1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkTreeViewColumn *col; + + show_name = GTK_CHECK_MENU_ITEM(menuitem)->active; + col = gtk_tree_view_get_column(GTK_TREE_VIEW(tree2_w), COL_NAME); + if (col) + gtk_tree_view_column_set_visible(col, show_name); +} + + +void on_show_range1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkTreeViewColumn *col; + + show_range = GTK_CHECK_MENU_ITEM(menuitem)->active; + col = gtk_tree_view_get_column(GTK_TREE_VIEW(tree2_w), COL_NO); + if (col) + gtk_tree_view_column_set_visible(col, show_range); + col = gtk_tree_view_get_column(GTK_TREE_VIEW(tree2_w), COL_MOD); + if (col) + gtk_tree_view_column_set_visible(col, show_range); + col = gtk_tree_view_get_column(GTK_TREE_VIEW(tree2_w), COL_YES); + if (col) + gtk_tree_view_column_set_visible(col, show_range); + +} + + +void on_show_data1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkTreeViewColumn *col; + + show_value = GTK_CHECK_MENU_ITEM(menuitem)->active; + col = gtk_tree_view_get_column(GTK_TREE_VIEW(tree2_w), COL_VALUE); + if (col) + gtk_tree_view_column_set_visible(col, show_value); +} + + +void +on_set_option_mode1_activate(GtkMenuItem *menuitem, gpointer user_data) +{ + opt_mode = OPT_NORMAL; + gtk_tree_store_clear(tree2); + display_tree(&rootmenu); /* instead of update_tree to speed-up */ +} + + +void +on_set_option_mode2_activate(GtkMenuItem *menuitem, gpointer user_data) +{ + opt_mode = OPT_ALL; + gtk_tree_store_clear(tree2); + display_tree(&rootmenu); /* instead of update_tree to speed-up */ +} + + +void +on_set_option_mode3_activate(GtkMenuItem *menuitem, gpointer user_data) +{ + opt_mode = OPT_PROMPT; + gtk_tree_store_clear(tree2); + display_tree(&rootmenu); /* instead of update_tree to speed-up */ +} + + +void on_introduction1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkWidget *dialog; + const gchar *intro_text = _( + "Welcome to gkc, the GTK+ graphical configuration tool\n" + "For each option, a blank box indicates the feature is disabled, a\n" + "check indicates it is enabled, and a dot indicates that it is to\n" + "be compiled as a module. Clicking on the box will cycle through the three states.\n" + "\n" + "If you do not see an option (e.g., a device driver) that you\n" + "believe should be present, try turning on Show All Options\n" + "under the Options menu.\n" + "Although there is no cross reference yet to help you figure out\n" + "what other options must be enabled to support the option you\n" + "are interested in, you can still view the help of a grayed-out\n" + "option.\n" + "\n" + "Toggling Show Debug Info under the Options menu will show \n" + "the dependencies, which you can then match by examining other options."); + + dialog = gtk_message_dialog_new(GTK_WINDOW(main_wnd), + GTK_DIALOG_DESTROY_WITH_PARENT, + GTK_MESSAGE_INFO, + GTK_BUTTONS_CLOSE, "%s", intro_text); + g_signal_connect_swapped(GTK_OBJECT(dialog), "response", + G_CALLBACK(gtk_widget_destroy), + GTK_OBJECT(dialog)); + gtk_widget_show_all(dialog); +} + + +void on_about1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkWidget *dialog; + const gchar *about_text = + _("gkc is copyright (c) 2002 Romain Lievin .\n" + "Based on the source code from Roman Zippel.\n"); + + dialog = gtk_message_dialog_new(GTK_WINDOW(main_wnd), + GTK_DIALOG_DESTROY_WITH_PARENT, + GTK_MESSAGE_INFO, + GTK_BUTTONS_CLOSE, "%s", about_text); + g_signal_connect_swapped(GTK_OBJECT(dialog), "response", + G_CALLBACK(gtk_widget_destroy), + GTK_OBJECT(dialog)); + gtk_widget_show_all(dialog); +} + + +void on_license1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkWidget *dialog; + const gchar *license_text = + _("gkc is released under the terms of the GNU GPL v2.\n" + "For more information, please see the source code or\n" + "visit http://www.fsf.org/licenses/licenses.html\n"); + + dialog = gtk_message_dialog_new(GTK_WINDOW(main_wnd), + GTK_DIALOG_DESTROY_WITH_PARENT, + GTK_MESSAGE_INFO, + GTK_BUTTONS_CLOSE, "%s", license_text); + g_signal_connect_swapped(GTK_OBJECT(dialog), "response", + G_CALLBACK(gtk_widget_destroy), + GTK_OBJECT(dialog)); + gtk_widget_show_all(dialog); +} + + +void on_back_clicked(GtkButton * button, gpointer user_data) +{ + enum prop_type ptype; + + current = current->parent; + ptype = current->prompt ? current->prompt->type : P_UNKNOWN; + if (ptype != P_MENU) + current = current->parent; + display_tree_part(); + + if (current == &rootmenu) + gtk_widget_set_sensitive(back_btn, FALSE); +} + + +void on_load_clicked(GtkButton * button, gpointer user_data) +{ + on_load1_activate(NULL, user_data); +} + + +void on_single_clicked(GtkButton * button, gpointer user_data) +{ + view_mode = SINGLE_VIEW; + gtk_widget_hide(tree1_w); + current = &rootmenu; + display_tree_part(); +} + + +void on_split_clicked(GtkButton * button, gpointer user_data) +{ + gint w, h; + view_mode = SPLIT_VIEW; + gtk_widget_show(tree1_w); + gtk_window_get_default_size(GTK_WINDOW(main_wnd), &w, &h); + gtk_paned_set_position(GTK_PANED(hpaned), w / 2); + if (tree2) + gtk_tree_store_clear(tree2); + display_list(); + + /* Disable back btn, like in full mode. */ + gtk_widget_set_sensitive(back_btn, FALSE); +} + + +void on_full_clicked(GtkButton * button, gpointer user_data) +{ + view_mode = FULL_VIEW; + gtk_widget_hide(tree1_w); + if (tree2) + gtk_tree_store_clear(tree2); + display_tree(&rootmenu); + gtk_widget_set_sensitive(back_btn, FALSE); +} + + +void on_collapse_clicked(GtkButton * button, gpointer user_data) +{ + gtk_tree_view_collapse_all(GTK_TREE_VIEW(tree2_w)); +} + + +void on_expand_clicked(GtkButton * button, gpointer user_data) +{ + gtk_tree_view_expand_all(GTK_TREE_VIEW(tree2_w)); +} + + +/* CTree Callbacks */ + +/* Change hex/int/string value in the cell */ +static void renderer_edited(GtkCellRendererText * cell, + const gchar * path_string, + const gchar * new_text, gpointer user_data) +{ + GtkTreePath *path = gtk_tree_path_new_from_string(path_string); + GtkTreeIter iter; + const char *old_def, *new_def; + struct menu *menu; + struct symbol *sym; + + if (!gtk_tree_model_get_iter(model2, &iter, path)) + return; + + gtk_tree_model_get(model2, &iter, COL_MENU, &menu, -1); + sym = menu->sym; + + gtk_tree_model_get(model2, &iter, COL_VALUE, &old_def, -1); + new_def = new_text; + + sym_set_string_value(sym, new_def); + + update_tree(&rootmenu, NULL); + + gtk_tree_path_free(path); +} + +/* Change the value of a symbol and update the tree */ +static void change_sym_value(struct menu *menu, gint col) +{ + struct symbol *sym = menu->sym; + tristate newval; + + if (!sym) + return; + + if (col == COL_NO) + newval = no; + else if (col == COL_MOD) + newval = mod; + else if (col == COL_YES) + newval = yes; + else + return; + + switch (sym_get_type(sym)) { + case S_BOOLEAN: + case S_TRISTATE: + if (!sym_tristate_within_range(sym, newval)) + newval = yes; + sym_set_tristate_value(sym, newval); + if (view_mode == FULL_VIEW) + update_tree(&rootmenu, NULL); + else if (view_mode == SPLIT_VIEW) { + update_tree(browsed, NULL); + display_list(); + } + else if (view_mode == SINGLE_VIEW) + display_tree_part(); //fixme: keep exp/coll + break; + case S_INT: + case S_HEX: + case S_STRING: + default: + break; + } +} + +static void toggle_sym_value(struct menu *menu) +{ + if (!menu->sym) + return; + + sym_toggle_tristate_value(menu->sym); + if (view_mode == FULL_VIEW) + update_tree(&rootmenu, NULL); + else if (view_mode == SPLIT_VIEW) { + update_tree(browsed, NULL); + display_list(); + } + else if (view_mode == SINGLE_VIEW) + display_tree_part(); //fixme: keep exp/coll +} + +static gint column2index(GtkTreeViewColumn * column) +{ + gint i; + + for (i = 0; i < COL_NUMBER; i++) { + GtkTreeViewColumn *col; + + col = gtk_tree_view_get_column(GTK_TREE_VIEW(tree2_w), i); + if (col == column) + return i; + } + + return -1; +} + + +/* User click: update choice (full) or goes down (single) */ +gboolean +on_treeview2_button_press_event(GtkWidget * widget, + GdkEventButton * event, gpointer user_data) +{ + GtkTreeView *view = GTK_TREE_VIEW(widget); + GtkTreePath *path; + GtkTreeViewColumn *column; + GtkTreeIter iter; + struct menu *menu; + gint col; + +#if GTK_CHECK_VERSION(2,1,4) // bug in ctree with earlier version of GTK + gint tx = (gint) event->x; + gint ty = (gint) event->y; + gint cx, cy; + + gtk_tree_view_get_path_at_pos(view, tx, ty, &path, &column, &cx, + &cy); +#else + gtk_tree_view_get_cursor(view, &path, &column); +#endif + if (path == NULL) + return FALSE; + + if (!gtk_tree_model_get_iter(model2, &iter, path)) + return FALSE; + gtk_tree_model_get(model2, &iter, COL_MENU, &menu, -1); + + col = column2index(column); + if (event->type == GDK_2BUTTON_PRESS) { + enum prop_type ptype; + ptype = menu->prompt ? menu->prompt->type : P_UNKNOWN; + + if (ptype == P_MENU && view_mode != FULL_VIEW && col == COL_OPTION) { + // goes down into menu + current = menu; + display_tree_part(); + gtk_widget_set_sensitive(back_btn, TRUE); + } else if ((col == COL_OPTION)) { + toggle_sym_value(menu); + gtk_tree_view_expand_row(view, path, TRUE); + } + } else { + if (col == COL_VALUE) { + toggle_sym_value(menu); + gtk_tree_view_expand_row(view, path, TRUE); + } else if (col == COL_NO || col == COL_MOD + || col == COL_YES) { + change_sym_value(menu, col); + gtk_tree_view_expand_row(view, path, TRUE); + } + } + + return FALSE; +} + +/* Key pressed: update choice */ +gboolean +on_treeview2_key_press_event(GtkWidget * widget, + GdkEventKey * event, gpointer user_data) +{ + GtkTreeView *view = GTK_TREE_VIEW(widget); + GtkTreePath *path; + GtkTreeViewColumn *column; + GtkTreeIter iter; + struct menu *menu; + gint col; + + gtk_tree_view_get_cursor(view, &path, &column); + if (path == NULL) + return FALSE; + + if (event->keyval == GDK_space) { + if (gtk_tree_view_row_expanded(view, path)) + gtk_tree_view_collapse_row(view, path); + else + gtk_tree_view_expand_row(view, path, FALSE); + return TRUE; + } + if (event->keyval == GDK_KP_Enter) { + } + if (widget == tree1_w) + return FALSE; + + gtk_tree_model_get_iter(model2, &iter, path); + gtk_tree_model_get(model2, &iter, COL_MENU, &menu, -1); + + if (!strcasecmp(event->string, "n")) + col = COL_NO; + else if (!strcasecmp(event->string, "m")) + col = COL_MOD; + else if (!strcasecmp(event->string, "y")) + col = COL_YES; + else + col = -1; + change_sym_value(menu, col); + + return FALSE; +} + + +/* Row selection changed: update help */ +void +on_treeview2_cursor_changed(GtkTreeView * treeview, gpointer user_data) +{ + GtkTreeSelection *selection; + GtkTreeIter iter; + struct menu *menu; + + selection = gtk_tree_view_get_selection(treeview); + if (gtk_tree_selection_get_selected(selection, &model2, &iter)) { + gtk_tree_model_get(model2, &iter, COL_MENU, &menu, -1); + text_insert_help(menu); + } +} + + +/* User click: display sub-tree in the right frame. */ +gboolean +on_treeview1_button_press_event(GtkWidget * widget, + GdkEventButton * event, gpointer user_data) +{ + GtkTreeView *view = GTK_TREE_VIEW(widget); + GtkTreePath *path; + GtkTreeViewColumn *column; + GtkTreeIter iter; + struct menu *menu; + + gint tx = (gint) event->x; + gint ty = (gint) event->y; + gint cx, cy; + + gtk_tree_view_get_path_at_pos(view, tx, ty, &path, &column, &cx, + &cy); + if (path == NULL) + return FALSE; + + gtk_tree_model_get_iter(model1, &iter, path); + gtk_tree_model_get(model1, &iter, COL_MENU, &menu, -1); + + if (event->type == GDK_2BUTTON_PRESS) { + toggle_sym_value(menu); + current = menu; + display_tree_part(); + } else { + browsed = menu; + display_tree_part(); + } + + gtk_widget_realize(tree2_w); + gtk_tree_view_set_cursor(view, path, NULL, FALSE); + gtk_widget_grab_focus(tree2_w); + + return FALSE; +} + + +/* Fill a row of strings */ +static gchar **fill_row(struct menu *menu) +{ + static gchar *row[COL_NUMBER]; + struct symbol *sym = menu->sym; + const char *def; + int stype; + tristate val; + enum prop_type ptype; + int i; + + for (i = COL_OPTION; i <= COL_COLOR; i++) + g_free(row[i]); + bzero(row, sizeof(row)); + + row[COL_OPTION] = + g_strdup_printf("%s %s", _(menu_get_prompt(menu)), + sym && !sym_has_value(sym) ? "(NEW)" : ""); + + if (opt_mode == OPT_ALL && !menu_is_visible(menu)) + row[COL_COLOR] = g_strdup("DarkGray"); + else if (opt_mode == OPT_PROMPT && + menu_has_prompt(menu) && !menu_is_visible(menu)) + row[COL_COLOR] = g_strdup("DarkGray"); + else + row[COL_COLOR] = g_strdup("Black"); + + ptype = menu->prompt ? menu->prompt->type : P_UNKNOWN; + switch (ptype) { + case P_MENU: + row[COL_PIXBUF] = (gchar *) xpm_menu; + if (view_mode == SINGLE_VIEW) + row[COL_PIXVIS] = GINT_TO_POINTER(TRUE); + row[COL_BTNVIS] = GINT_TO_POINTER(FALSE); + break; + case P_COMMENT: + row[COL_PIXBUF] = (gchar *) xpm_void; + row[COL_PIXVIS] = GINT_TO_POINTER(FALSE); + row[COL_BTNVIS] = GINT_TO_POINTER(FALSE); + break; + default: + row[COL_PIXBUF] = (gchar *) xpm_void; + row[COL_PIXVIS] = GINT_TO_POINTER(FALSE); + row[COL_BTNVIS] = GINT_TO_POINTER(TRUE); + break; + } + + if (!sym) + return row; + row[COL_NAME] = g_strdup(sym->name); + + sym_calc_value(sym); + sym->flags &= ~SYMBOL_CHANGED; + + if (sym_is_choice(sym)) { // parse childs for getting final value + struct menu *child; + struct symbol *def_sym = sym_get_choice_value(sym); + struct menu *def_menu = NULL; + + row[COL_BTNVIS] = GINT_TO_POINTER(FALSE); + + for (child = menu->list; child; child = child->next) { + if (menu_is_visible(child) + && child->sym == def_sym) + def_menu = child; + } + + if (def_menu) + row[COL_VALUE] = + g_strdup(_(menu_get_prompt(def_menu))); + } + if (sym->flags & SYMBOL_CHOICEVAL) + row[COL_BTNRAD] = GINT_TO_POINTER(TRUE); + + stype = sym_get_type(sym); + switch (stype) { + case S_BOOLEAN: + if (GPOINTER_TO_INT(row[COL_PIXVIS]) == FALSE) + row[COL_BTNVIS] = GINT_TO_POINTER(TRUE); + if (sym_is_choice(sym)) + break; + /* fall through */ + case S_TRISTATE: + val = sym_get_tristate_value(sym); + switch (val) { + case no: + row[COL_NO] = g_strdup("N"); + row[COL_VALUE] = g_strdup("N"); + row[COL_BTNACT] = GINT_TO_POINTER(FALSE); + row[COL_BTNINC] = GINT_TO_POINTER(FALSE); + break; + case mod: + row[COL_MOD] = g_strdup("M"); + row[COL_VALUE] = g_strdup("M"); + row[COL_BTNINC] = GINT_TO_POINTER(TRUE); + break; + case yes: + row[COL_YES] = g_strdup("Y"); + row[COL_VALUE] = g_strdup("Y"); + row[COL_BTNACT] = GINT_TO_POINTER(TRUE); + row[COL_BTNINC] = GINT_TO_POINTER(FALSE); + break; + } + + if (val != no && sym_tristate_within_range(sym, no)) + row[COL_NO] = g_strdup("_"); + if (val != mod && sym_tristate_within_range(sym, mod)) + row[COL_MOD] = g_strdup("_"); + if (val != yes && sym_tristate_within_range(sym, yes)) + row[COL_YES] = g_strdup("_"); + break; + case S_INT: + case S_HEX: + case S_STRING: + def = sym_get_string_value(sym); + row[COL_VALUE] = g_strdup(def); + row[COL_EDIT] = GINT_TO_POINTER(TRUE); + row[COL_BTNVIS] = GINT_TO_POINTER(FALSE); + break; + } + + return row; +} + + +/* Set the node content with a row of strings */ +static void set_node(GtkTreeIter * node, struct menu *menu, gchar ** row) +{ + GdkColor color; + gboolean success; + GdkPixbuf *pix; + + pix = gdk_pixbuf_new_from_xpm_data((const char **) + row[COL_PIXBUF]); + + gdk_color_parse(row[COL_COLOR], &color); + gdk_colormap_alloc_colors(gdk_colormap_get_system(), &color, 1, + FALSE, FALSE, &success); + + gtk_tree_store_set(tree, node, + COL_OPTION, row[COL_OPTION], + COL_NAME, row[COL_NAME], + COL_NO, row[COL_NO], + COL_MOD, row[COL_MOD], + COL_YES, row[COL_YES], + COL_VALUE, row[COL_VALUE], + COL_MENU, (gpointer) menu, + COL_COLOR, &color, + COL_EDIT, GPOINTER_TO_INT(row[COL_EDIT]), + COL_PIXBUF, pix, + COL_PIXVIS, GPOINTER_TO_INT(row[COL_PIXVIS]), + COL_BTNVIS, GPOINTER_TO_INT(row[COL_BTNVIS]), + COL_BTNACT, GPOINTER_TO_INT(row[COL_BTNACT]), + COL_BTNINC, GPOINTER_TO_INT(row[COL_BTNINC]), + COL_BTNRAD, GPOINTER_TO_INT(row[COL_BTNRAD]), + -1); + + g_object_unref(pix); +} + + +/* Add a node to the tree */ +static void place_node(struct menu *menu, char **row) +{ + GtkTreeIter *parent = parents[indent - 1]; + GtkTreeIter *node = parents[indent]; + + gtk_tree_store_append(tree, node, parent); + set_node(node, menu, row); +} + + +/* Find a node in the GTK+ tree */ +static GtkTreeIter found; + +/* + * Find a menu in the GtkTree starting at parent. + */ +GtkTreeIter *gtktree_iter_find_node(GtkTreeIter * parent, + struct menu *tofind) +{ + GtkTreeIter iter; + GtkTreeIter *child = &iter; + gboolean valid; + GtkTreeIter *ret; + + valid = gtk_tree_model_iter_children(model2, child, parent); + while (valid) { + struct menu *menu; + + gtk_tree_model_get(model2, child, 6, &menu, -1); + + if (menu == tofind) { + memcpy(&found, child, sizeof(GtkTreeIter)); + return &found; + } + + ret = gtktree_iter_find_node(child, tofind); + if (ret) + return ret; + + valid = gtk_tree_model_iter_next(model2, child); + } + + return NULL; +} + + +/* + * Update the tree by adding/removing entries + * Does not change other nodes + */ +static void update_tree(struct menu *src, GtkTreeIter * dst) +{ + struct menu *child1; + GtkTreeIter iter, tmp; + GtkTreeIter *child2 = &iter; + gboolean valid; + GtkTreeIter *sibling; + struct symbol *sym; + struct menu *menu1, *menu2; + + if (src == &rootmenu) + indent = 1; + + valid = gtk_tree_model_iter_children(model2, child2, dst); + for (child1 = src->list; child1; child1 = child1->next) { + + sym = child1->sym; + + reparse: + menu1 = child1; + if (valid) + gtk_tree_model_get(model2, child2, COL_MENU, + &menu2, -1); + else + menu2 = NULL; // force adding of a first child + +#ifdef DEBUG + printf("%*c%s | %s\n", indent, ' ', + menu1 ? menu_get_prompt(menu1) : "nil", + menu2 ? menu_get_prompt(menu2) : "nil"); +#endif + + if ((opt_mode == OPT_NORMAL && !menu_is_visible(child1)) || + (opt_mode == OPT_PROMPT && !menu_has_prompt(child1)) || + (opt_mode == OPT_ALL && !menu_get_prompt(child1))) { + + /* remove node */ + if (gtktree_iter_find_node(dst, menu1) != NULL) { + memcpy(&tmp, child2, sizeof(GtkTreeIter)); + valid = gtk_tree_model_iter_next(model2, + child2); + gtk_tree_store_remove(tree2, &tmp); + if (!valid) + return; /* next parent */ + else + goto reparse; /* next child */ + } else + continue; + } + + if (menu1 != menu2) { + if (gtktree_iter_find_node(dst, menu1) == NULL) { // add node + if (!valid && !menu2) + sibling = NULL; + else + sibling = child2; + gtk_tree_store_insert_before(tree2, + child2, + dst, sibling); + set_node(child2, menu1, fill_row(menu1)); + if (menu2 == NULL) + valid = TRUE; + } else { // remove node + memcpy(&tmp, child2, sizeof(GtkTreeIter)); + valid = gtk_tree_model_iter_next(model2, + child2); + gtk_tree_store_remove(tree2, &tmp); + if (!valid) + return; // next parent + else + goto reparse; // next child + } + } else if (sym && (sym->flags & SYMBOL_CHANGED)) { + set_node(child2, menu1, fill_row(menu1)); + } + + indent++; + update_tree(child1, child2); + indent--; + + valid = gtk_tree_model_iter_next(model2, child2); + } +} + + +/* Display the whole tree (single/split/full view) */ +static void display_tree(struct menu *menu) +{ + struct symbol *sym; + struct property *prop; + struct menu *child; + enum prop_type ptype; + + if (menu == &rootmenu) { + indent = 1; + current = &rootmenu; + } + + for (child = menu->list; child; child = child->next) { + prop = child->prompt; + sym = child->sym; + ptype = prop ? prop->type : P_UNKNOWN; + + if (sym) + sym->flags &= ~SYMBOL_CHANGED; + + if ((view_mode == SPLIT_VIEW) + && !(child->flags & MENU_ROOT) && (tree == tree1)) + continue; + + if ((view_mode == SPLIT_VIEW) && (child->flags & MENU_ROOT) + && (tree == tree2)) + continue; + + if ((opt_mode == OPT_NORMAL && menu_is_visible(child)) || + (opt_mode == OPT_PROMPT && menu_has_prompt(child)) || + (opt_mode == OPT_ALL && menu_get_prompt(child))) + place_node(child, fill_row(child)); +#ifdef DEBUG + printf("%*c%s: ", indent, ' ', menu_get_prompt(child)); + printf("%s", child->flags & MENU_ROOT ? "rootmenu | " : ""); + printf("%s", prop_get_type_name(ptype)); + printf(" | "); + if (sym) { + printf("%s", sym_type_name(sym->type)); + printf(" | "); + printf("%s", dbg_sym_flags(sym->flags)); + printf("\n"); + } else + printf("\n"); +#endif + if ((view_mode != FULL_VIEW) && (ptype == P_MENU) + && (tree == tree2)) + continue; +/* + if (((menu != &rootmenu) && !(menu->flags & MENU_ROOT)) + || (view_mode == FULL_VIEW) + || (view_mode == SPLIT_VIEW))*/ + + /* Change paned position if the view is not in 'split mode' */ + if (view_mode == SINGLE_VIEW || view_mode == FULL_VIEW) { + gtk_paned_set_position(GTK_PANED(hpaned), 0); + } + + if (((view_mode == SINGLE_VIEW) && (menu->flags & MENU_ROOT)) + || (view_mode == FULL_VIEW) + || (view_mode == SPLIT_VIEW)) { + indent++; + display_tree(child); + indent--; + } + } +} + +/* Display a part of the tree starting at current node (single/split view) */ +static void display_tree_part(void) +{ + if (tree2) + gtk_tree_store_clear(tree2); + if (view_mode == SINGLE_VIEW) + display_tree(current); + else if (view_mode == SPLIT_VIEW) + display_tree(browsed); + gtk_tree_view_expand_all(GTK_TREE_VIEW(tree2_w)); +} + +/* Display the list in the left frame (split view) */ +static void display_list(void) +{ + if (tree1) + gtk_tree_store_clear(tree1); + + tree = tree1; + display_tree(&rootmenu); + gtk_tree_view_expand_all(GTK_TREE_VIEW(tree1_w)); + tree = tree2; +} + +void fixup_rootmenu(struct menu *menu) +{ + struct menu *child; + static int menu_cnt = 0; + + menu->flags |= MENU_ROOT; + for (child = menu->list; child; child = child->next) { + if (child->prompt && child->prompt->type == P_MENU) { + menu_cnt++; + fixup_rootmenu(child); + menu_cnt--; + } else if (!menu_cnt) + fixup_rootmenu(child); + } +} + + +/* Main */ +int main(int ac, char *av[]) +{ + const char *name; + char *env; + gchar *glade_file; + + bindtextdomain(PACKAGE, LOCALEDIR); + bind_textdomain_codeset(PACKAGE, "UTF-8"); + textdomain(PACKAGE); + + /* GTK stuffs */ + gtk_set_locale(); + gtk_init(&ac, &av); + glade_init(); + + //add_pixmap_directory (PACKAGE_DATA_DIR "/" PACKAGE "/pixmaps"); + //add_pixmap_directory (PACKAGE_SOURCE_DIR "/pixmaps"); + + /* Determine GUI path */ + env = getenv(SRCTREE); + if (env) + glade_file = g_strconcat(env, "/scripts/kconfig/gconf.glade", NULL); + else if (av[0][0] == '/') + glade_file = g_strconcat(av[0], ".glade", NULL); + else + glade_file = g_strconcat(g_get_current_dir(), "/", av[0], ".glade", NULL); + + /* Conf stuffs */ + if (ac > 1 && av[1][0] == '-') { + switch (av[1][1]) { + case 'a': + //showAll = 1; + break; + case 's': + conf_set_message_callback(NULL); + break; + case 'h': + case '?': + printf("%s [-s] \n", av[0]); + exit(0); + } + name = av[2]; + } else + name = av[1]; + + conf_parse(name); + fixup_rootmenu(&rootmenu); + conf_read(NULL); + + /* Load the interface and connect signals */ + init_main_window(glade_file); + init_tree_model(); + init_left_tree(); + init_right_tree(); + + switch (view_mode) { + case SINGLE_VIEW: + display_tree_part(); + break; + case SPLIT_VIEW: + display_list(); + break; + case FULL_VIEW: + display_tree(&rootmenu); + break; + } + + gtk_main(); + + return 0; +} + +static void conf_changed(void) +{ + bool changed = conf_get_changed(); + gtk_widget_set_sensitive(save_btn, changed); + gtk_widget_set_sensitive(save_menu_item, changed); +} diff --git a/xen/tools/kconfig/gconf.glade b/xen/tools/kconfig/gconf.glade new file mode 100644 index 0000000..aa483cb --- /dev/null +++ b/xen/tools/kconfig/gconf.glade @@ -0,0 +1,661 @@ + + + + + + True + Gtk Kernel Configurator + GTK_WINDOW_TOPLEVEL + GTK_WIN_POS_NONE + False + 640 + 480 + True + False + True + False + False + GDK_WINDOW_TYPE_HINT_NORMAL + GDK_GRAVITY_NORTH_WEST + + + + + + + True + False + 0 + + + + True + + + + True + _File + True + + + + + + + True + Load a config file + _Load + True + + + + + + True + gtk-open + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + True + Save the config in .config + _Save + True + + + + + + True + gtk-save + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + True + Save the config in a file + Save _as + True + + + + + True + gtk-save-as + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + True + + + + + + True + _Quit + True + + + + + + True + gtk-quit + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + + + + + True + _Options + True + + + + + + + True + Show name + Show _name + True + False + + + + + + + True + Show range (Y/M/N) + Show _range + True + False + + + + + + + True + Show value of the option + Show _data + True + False + + + + + + + True + + + + + + True + Show normal options + Show normal options + True + True + + + + + + + True + Show all options + Show all _options + True + False + set_option_mode1 + + + + + + + True + Show all options with prompts + Show all prompt options + True + False + set_option_mode1 + + + + + + + + + + + + True + _Help + True + + + + + + + True + _Introduction + True + + + + + + True + gtk-dialog-question + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + True + _About + True + + + + + + True + gtk-properties + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + True + _License + True + + + + + True + gtk-justify-fill + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + + + + 0 + False + False + + + + + + True + GTK_SHADOW_OUT + GTK_POS_LEFT + GTK_POS_TOP + + + + True + GTK_ORIENTATION_HORIZONTAL + GTK_TOOLBAR_BOTH + True + True + + + + True + Goes up of one level (single view) + Back + True + gtk-undo + True + True + False + + + + False + True + + + + + + True + True + True + False + + + + True + + + + + False + False + + + + + + True + Load a config file + Load + True + gtk-open + True + True + False + + + + False + True + + + + + + True + Save a config file + Save + True + gtk-save + True + True + False + + + + False + True + + + + + + True + True + True + False + + + + True + + + + + False + False + + + + + + True + Single view + Single + True + gtk-missing-image + True + True + False + + + + False + True + + + + + + True + Split view + Split + True + gtk-missing-image + True + True + False + + + + False + True + + + + + + True + Full view + Full + True + gtk-missing-image + True + True + False + + + + False + True + + + + + + True + True + True + False + + + + True + + + + + False + False + + + + + + True + Collapse the whole tree in the right frame + Collapse + True + gtk-remove + True + True + False + + + + False + True + + + + + + True + Expand the whole tree in the right frame + Expand + True + gtk-add + True + True + False + + + + False + True + + + + + + + 0 + False + False + + + + + + 1 + True + True + 0 + + + + True + GTK_POLICY_AUTOMATIC + GTK_POLICY_AUTOMATIC + GTK_SHADOW_IN + GTK_CORNER_TOP_LEFT + + + + True + True + True + False + False + False + + + + + + + + True + False + + + + + + True + True + 0 + + + + True + GTK_POLICY_AUTOMATIC + GTK_POLICY_AUTOMATIC + GTK_SHADOW_IN + GTK_CORNER_TOP_LEFT + + + + True + True + True + True + False + False + False + + + + + + + + True + False + + + + + + True + GTK_POLICY_NEVER + GTK_POLICY_AUTOMATIC + GTK_SHADOW_IN + GTK_CORNER_TOP_LEFT + + + + True + True + False + False + True + GTK_JUSTIFY_LEFT + GTK_WRAP_WORD + True + 0 + 0 + 0 + 0 + 0 + 0 + Sorry, no help available for this option yet. + + + + + True + True + + + + + True + True + + + + + 0 + True + True + + + + + + + diff --git a/xen/tools/kconfig/images.c b/xen/tools/kconfig/images.c new file mode 100644 index 0000000..d4f84bd --- /dev/null +++ b/xen/tools/kconfig/images.c @@ -0,0 +1,326 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +static const char *xpm_load[] = { +"22 22 5 1", +". c None", +"# c #000000", +"c c #838100", +"a c #ffff00", +"b c #ffffff", +"......................", +"......................", +"......................", +"............####....#.", +"...........#....##.##.", +"..................###.", +".................####.", +".####...........#####.", +"#abab##########.......", +"#babababababab#.......", +"#ababababababa#.......", +"#babababababab#.......", +"#ababab###############", +"#babab##cccccccccccc##", +"#abab##cccccccccccc##.", +"#bab##cccccccccccc##..", +"#ab##cccccccccccc##...", +"#b##cccccccccccc##....", +"###cccccccccccc##.....", +"##cccccccccccc##......", +"###############.......", +"......................"}; + +static const char *xpm_save[] = { +"22 22 5 1", +". c None", +"# c #000000", +"a c #838100", +"b c #c5c2c5", +"c c #cdb6d5", +"......................", +".####################.", +".#aa#bbbbbbbbbbbb#bb#.", +".#aa#bbbbbbbbbbbb#bb#.", +".#aa#bbbbbbbbbcbb####.", +".#aa#bbbccbbbbbbb#aa#.", +".#aa#bbbccbbbbbbb#aa#.", +".#aa#bbbbbbbbbbbb#aa#.", +".#aa#bbbbbbbbbbbb#aa#.", +".#aa#bbbbbbbbbbbb#aa#.", +".#aa#bbbbbbbbbbbb#aa#.", +".#aaa############aaa#.", +".#aaaaaaaaaaaaaaaaaa#.", +".#aaaaaaaaaaaaaaaaaa#.", +".#aaa#############aa#.", +".#aaa#########bbb#aa#.", +".#aaa#########bbb#aa#.", +".#aaa#########bbb#aa#.", +".#aaa#########bbb#aa#.", +".#aaa#########bbb#aa#.", +"..##################..", +"......................"}; + +static const char *xpm_back[] = { +"22 22 3 1", +". c None", +"# c #000083", +"a c #838183", +"......................", +"......................", +"......................", +"......................", +"......................", +"...........######a....", +"..#......##########...", +"..##...####......##a..", +"..###.###.........##..", +"..######..........##..", +"..#####...........##..", +"..######..........##..", +"..#######.........##..", +"..########.......##a..", +"...............a###...", +"...............###....", +"......................", +"......................", +"......................", +"......................", +"......................", +"......................"}; + +static const char *xpm_tree_view[] = { +"22 22 2 1", +". c None", +"# c #000000", +"......................", +"......................", +"......#...............", +"......#...............", +"......#...............", +"......#...............", +"......#...............", +"......########........", +"......#...............", +"......#...............", +"......#...............", +"......#...............", +"......#...............", +"......########........", +"......#...............", +"......#...............", +"......#...............", +"......#...............", +"......#...............", +"......########........", +"......................", +"......................"}; + +static const char *xpm_single_view[] = { +"22 22 2 1", +". c None", +"# c #000000", +"......................", +"......................", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"......................", +"......................"}; + +static const char *xpm_split_view[] = { +"22 22 2 1", +". c None", +"# c #000000", +"......................", +"......................", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......................", +"......................"}; + +static const char *xpm_symbol_no[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .......... ", +" . . ", +" . . ", +" . . ", +" . . ", +" . . ", +" . . ", +" . . ", +" . . ", +" .......... ", +" "}; + +static const char *xpm_symbol_mod[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .......... ", +" . . ", +" . . ", +" . .. . ", +" . .... . ", +" . .... . ", +" . .. . ", +" . . ", +" . . ", +" .......... ", +" "}; + +static const char *xpm_symbol_yes[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .......... ", +" . . ", +" . . ", +" . . . ", +" . .. . ", +" . . .. . ", +" . .... . ", +" . .. . ", +" . . ", +" .......... ", +" "}; + +static const char *xpm_choice_no[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .... ", +" .. .. ", +" . . ", +" . . ", +" . . ", +" . . ", +" . . ", +" . . ", +" .. .. ", +" .... ", +" "}; + +static const char *xpm_choice_yes[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .... ", +" .. .. ", +" . . ", +" . .. . ", +" . .... . ", +" . .... . ", +" . .. . ", +" . . ", +" .. .. ", +" .... ", +" "}; + +static const char *xpm_menu[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .......... ", +" . . ", +" . .. . ", +" . .... . ", +" . ...... . ", +" . ...... . ", +" . .... . ", +" . .. . ", +" . . ", +" .......... ", +" "}; + +static const char *xpm_menu_inv[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .......... ", +" .......... ", +" .. ...... ", +" .. .... ", +" .. .. ", +" .. .. ", +" .. .... ", +" .. ...... ", +" .......... ", +" .......... ", +" "}; + +static const char *xpm_menuback[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .......... ", +" . . ", +" . .. . ", +" . .... . ", +" . ...... . ", +" . ...... . ", +" . .... . ", +" . .. . ", +" . . ", +" .......... ", +" "}; + +static const char *xpm_void[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" ", +" ", +" ", +" ", +" ", +" ", +" ", +" ", +" ", +" ", +" "}; diff --git a/xen/tools/kconfig/kxgettext.c b/xen/tools/kconfig/kxgettext.c new file mode 100644 index 0000000..2858738 --- /dev/null +++ b/xen/tools/kconfig/kxgettext.c @@ -0,0 +1,235 @@ +/* + * Arnaldo Carvalho de Melo , 2005 + * + * Released under the terms of the GNU GPL v2.0 + */ + +#include +#include + +#include "lkc.h" + +static char *escape(const char* text, char *bf, int len) +{ + char *bfp = bf; + int multiline = strchr(text, '\n') != NULL; + int eol = 0; + int textlen = strlen(text); + + if ((textlen > 0) && (text[textlen-1] == '\n')) + eol = 1; + + *bfp++ = '"'; + --len; + + if (multiline) { + *bfp++ = '"'; + *bfp++ = '\n'; + *bfp++ = '"'; + len -= 3; + } + + while (*text != '\0' && len > 1) { + if (*text == '"') + *bfp++ = '\\'; + else if (*text == '\n') { + *bfp++ = '\\'; + *bfp++ = 'n'; + *bfp++ = '"'; + *bfp++ = '\n'; + *bfp++ = '"'; + len -= 5; + ++text; + goto next; + } + else if (*text == '\\') { + *bfp++ = '\\'; + len--; + } + *bfp++ = *text++; +next: + --len; + } + + if (multiline && eol) + bfp -= 3; + + *bfp++ = '"'; + *bfp = '\0'; + + return bf; +} + +struct file_line { + struct file_line *next; + const char *file; + int lineno; +}; + +static struct file_line *file_line__new(const char *file, int lineno) +{ + struct file_line *self = malloc(sizeof(*self)); + + if (self == NULL) + goto out; + + self->file = file; + self->lineno = lineno; + self->next = NULL; +out: + return self; +} + +struct message { + const char *msg; + const char *option; + struct message *next; + struct file_line *files; +}; + +static struct message *message__list; + +static struct message *message__new(const char *msg, char *option, + const char *file, int lineno) +{ + struct message *self = malloc(sizeof(*self)); + + if (self == NULL) + goto out; + + self->files = file_line__new(file, lineno); + if (self->files == NULL) + goto out_fail; + + self->msg = strdup(msg); + if (self->msg == NULL) + goto out_fail_msg; + + self->option = option; + self->next = NULL; +out: + return self; +out_fail_msg: + free(self->files); +out_fail: + free(self); + self = NULL; + goto out; +} + +static struct message *mesage__find(const char *msg) +{ + struct message *m = message__list; + + while (m != NULL) { + if (strcmp(m->msg, msg) == 0) + break; + m = m->next; + } + + return m; +} + +static int message__add_file_line(struct message *self, const char *file, + int lineno) +{ + int rc = -1; + struct file_line *fl = file_line__new(file, lineno); + + if (fl == NULL) + goto out; + + fl->next = self->files; + self->files = fl; + rc = 0; +out: + return rc; +} + +static int message__add(const char *msg, char *option, const char *file, + int lineno) +{ + int rc = 0; + char bf[16384]; + char *escaped = escape(msg, bf, sizeof(bf)); + struct message *m = mesage__find(escaped); + + if (m != NULL) + rc = message__add_file_line(m, file, lineno); + else { + m = message__new(escaped, option, file, lineno); + + if (m != NULL) { + m->next = message__list; + message__list = m; + } else + rc = -1; + } + return rc; +} + +static void menu_build_message_list(struct menu *menu) +{ + struct menu *child; + + message__add(menu_get_prompt(menu), NULL, + menu->file == NULL ? "Root Menu" : menu->file->name, + menu->lineno); + + if (menu->sym != NULL && menu_has_help(menu)) + message__add(menu_get_help(menu), menu->sym->name, + menu->file == NULL ? "Root Menu" : menu->file->name, + menu->lineno); + + for (child = menu->list; child != NULL; child = child->next) + if (child->prompt != NULL) + menu_build_message_list(child); +} + +static void message__print_file_lineno(struct message *self) +{ + struct file_line *fl = self->files; + + putchar('\n'); + if (self->option != NULL) + printf("# %s:00000\n", self->option); + + printf("#: %s:%d", fl->file, fl->lineno); + fl = fl->next; + + while (fl != NULL) { + printf(", %s:%d", fl->file, fl->lineno); + fl = fl->next; + } + + putchar('\n'); +} + +static void message__print_gettext_msgid_msgstr(struct message *self) +{ + message__print_file_lineno(self); + + printf("msgid %s\n" + "msgstr \"\"\n", self->msg); +} + +static void menu__xgettext(void) +{ + struct message *m = message__list; + + while (m != NULL) { + /* skip empty lines ("") */ + if (strlen(m->msg) > sizeof("\"\"")) + message__print_gettext_msgid_msgstr(m); + m = m->next; + } +} + +int main(int ac, char **av) +{ + conf_parse(av[1]); + + menu_build_message_list(menu_get_root_menu(NULL)); + menu__xgettext(); + return 0; +} diff --git a/xen/tools/kconfig/list.h b/xen/tools/kconfig/list.h new file mode 100644 index 0000000..2cf23f0 --- /dev/null +++ b/xen/tools/kconfig/list.h @@ -0,0 +1,131 @@ +#ifndef LIST_H +#define LIST_H + +/* + * Copied from include/linux/... + */ + +#undef offsetof +#define offsetof(TYPE, MEMBER) ((size_t) &((TYPE *)0)->MEMBER) + +/** + * container_of - cast a member of a structure out to the containing structure + * @ptr: the pointer to the member. + * @type: the type of the container struct this is embedded in. + * @member: the name of the member within the struct. + * + */ +#define container_of(ptr, type, member) ({ \ + const typeof( ((type *)0)->member ) *__mptr = (ptr); \ + (type *)( (char *)__mptr - offsetof(type,member) );}) + + +struct list_head { + struct list_head *next, *prev; +}; + + +#define LIST_HEAD_INIT(name) { &(name), &(name) } + +#define LIST_HEAD(name) \ + struct list_head name = LIST_HEAD_INIT(name) + +/** + * list_entry - get the struct for this entry + * @ptr: the &struct list_head pointer. + * @type: the type of the struct this is embedded in. + * @member: the name of the list_head within the struct. + */ +#define list_entry(ptr, type, member) \ + container_of(ptr, type, member) + +/** + * list_for_each_entry - iterate over list of given type + * @pos: the type * to use as a loop cursor. + * @head: the head for your list. + * @member: the name of the list_head within the struct. + */ +#define list_for_each_entry(pos, head, member) \ + for (pos = list_entry((head)->next, typeof(*pos), member); \ + &pos->member != (head); \ + pos = list_entry(pos->member.next, typeof(*pos), member)) + +/** + * list_for_each_entry_safe - iterate over list of given type safe against removal of list entry + * @pos: the type * to use as a loop cursor. + * @n: another type * to use as temporary storage + * @head: the head for your list. + * @member: the name of the list_head within the struct. + */ +#define list_for_each_entry_safe(pos, n, head, member) \ + for (pos = list_entry((head)->next, typeof(*pos), member), \ + n = list_entry(pos->member.next, typeof(*pos), member); \ + &pos->member != (head); \ + pos = n, n = list_entry(n->member.next, typeof(*n), member)) + +/** + * list_empty - tests whether a list is empty + * @head: the list to test. + */ +static inline int list_empty(const struct list_head *head) +{ + return head->next == head; +} + +/* + * Insert a new entry between two known consecutive entries. + * + * This is only for internal list manipulation where we know + * the prev/next entries already! + */ +static inline void __list_add(struct list_head *_new, + struct list_head *prev, + struct list_head *next) +{ + next->prev = _new; + _new->next = next; + _new->prev = prev; + prev->next = _new; +} + +/** + * list_add_tail - add a new entry + * @new: new entry to be added + * @head: list head to add it before + * + * Insert a new entry before the specified head. + * This is useful for implementing queues. + */ +static inline void list_add_tail(struct list_head *_new, struct list_head *head) +{ + __list_add(_new, head->prev, head); +} + +/* + * Delete a list entry by making the prev/next entries + * point to each other. + * + * This is only for internal list manipulation where we know + * the prev/next entries already! + */ +static inline void __list_del(struct list_head *prev, struct list_head *next) +{ + next->prev = prev; + prev->next = next; +} + +#define LIST_POISON1 ((void *) 0x00100100) +#define LIST_POISON2 ((void *) 0x00200200) +/** + * list_del - deletes entry from list. + * @entry: the element to delete from the list. + * Note: list_empty() on entry does not return true after this, the entry is + * in an undefined state. + */ +static inline void list_del(struct list_head *entry) +{ + __list_del(entry->prev, entry->next); + entry->next = (struct list_head*)LIST_POISON1; + entry->prev = (struct list_head*)LIST_POISON2; +} +#endif diff --git a/xen/tools/kconfig/lkc.h b/xen/tools/kconfig/lkc.h new file mode 100644 index 0000000..91ca126 --- /dev/null +++ b/xen/tools/kconfig/lkc.h @@ -0,0 +1,186 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#ifndef LKC_H +#define LKC_H + +#include "expr.h" + +#ifndef KBUILD_NO_NLS +# include +#else +static inline const char *gettext(const char *txt) { return txt; } +static inline void textdomain(const char *domainname) {} +static inline void bindtextdomain(const char *name, const char *dir) {} +static inline char *bind_textdomain_codeset(const char *dn, char *c) { return c; } +#endif + +#ifdef __cplusplus +extern "C" { +#endif + +#include "lkc_proto.h" + +#define SRCTREE "srctree" + +#ifndef PACKAGE +#define PACKAGE "linux" +#endif + +#define LOCALEDIR "/usr/share/locale" + +#define _(text) gettext(text) +#define N_(text) (text) + +#ifndef CONFIG_ +#define CONFIG_ "CONFIG_" +#endif +static inline const char *CONFIG_prefix(void) +{ + return getenv( "CONFIG_" ) ?: CONFIG_; +} +#undef CONFIG_ +#define CONFIG_ CONFIG_prefix() + +#define TF_COMMAND 0x0001 +#define TF_PARAM 0x0002 +#define TF_OPTION 0x0004 + +enum conf_def_mode { + def_default, + def_yes, + def_mod, + def_no, + def_random +}; + +#define T_OPT_MODULES 1 +#define T_OPT_DEFCONFIG_LIST 2 +#define T_OPT_ENV 3 +#define T_OPT_ALLNOCONFIG_Y 4 + +struct kconf_id { + int name; + int token; + unsigned int flags; + enum symbol_type stype; +}; + +void zconfdump(FILE *out); +void zconf_starthelp(void); +FILE *zconf_fopen(const char *name); +void zconf_initscan(const char *name); +void zconf_nextfile(const char *name); +int zconf_lineno(void); +const char *zconf_curname(void); + +/* confdata.c */ +const char *conf_get_configname(void); +const char *conf_get_autoconfig_name(void); +char *conf_get_default_confname(void); +void sym_set_change_count(int count); +void sym_add_change_count(int count); +bool conf_set_all_new_symbols(enum conf_def_mode mode); +void set_all_choice_values(struct symbol *csym); + +/* confdata.c and expr.c */ +static inline void xfwrite(const void *str, size_t len, size_t count, FILE *out) +{ + assert(len != 0); + + if (fwrite(str, len, count, out) != count) + fprintf(stderr, "Error in writing or end of file.\n"); +} + +/* menu.c */ +void _menu_init(void); +void menu_warn(struct menu *menu, const char *fmt, ...); +struct menu *menu_add_menu(void); +void menu_end_menu(void); +void menu_add_entry(struct symbol *sym); +void menu_end_entry(void); +void menu_add_dep(struct expr *dep); +void menu_add_visibility(struct expr *dep); +struct property *menu_add_prompt(enum prop_type type, char *prompt, struct expr *dep); +void menu_add_expr(enum prop_type type, struct expr *expr, struct expr *dep); +void menu_add_symbol(enum prop_type type, struct symbol *sym, struct expr *dep); +void menu_add_option(int token, char *arg); +void menu_finalize(struct menu *parent); +void menu_set_type(int type); + +/* util.c */ +struct file *file_lookup(const char *name); +int file_write_dep(const char *name); +void *xmalloc(size_t size); +void *xcalloc(size_t nmemb, size_t size); + +struct gstr { + size_t len; + char *s; + /* + * when max_width is not zero long lines in string s (if any) get + * wrapped not to exceed the max_width value + */ + int max_width; +}; +struct gstr str_new(void); +void str_free(struct gstr *gs); +void str_append(struct gstr *gs, const char *s); +void str_printf(struct gstr *gs, const char *fmt, ...); +const char *str_get(struct gstr *gs); + +/* symbol.c */ +extern struct expr *sym_env_list; + +void sym_init(void); +void sym_clear_all_valid(void); +struct symbol *sym_choice_default(struct symbol *sym); +const char *sym_get_string_default(struct symbol *sym); +struct symbol *sym_check_deps(struct symbol *sym); +struct property *prop_alloc(enum prop_type type, struct symbol *sym); +struct symbol *prop_get_symbol(struct property *prop); +struct property *sym_get_env_prop(struct symbol *sym); + +static inline tristate sym_get_tristate_value(struct symbol *sym) +{ + return sym->curr.tri; +} + + +static inline struct symbol *sym_get_choice_value(struct symbol *sym) +{ + return (struct symbol *)sym->curr.val; +} + +static inline bool sym_set_choice_value(struct symbol *ch, struct symbol *chval) +{ + return sym_set_tristate_value(chval, yes); +} + +static inline bool sym_is_choice(struct symbol *sym) +{ + return sym->flags & SYMBOL_CHOICE ? true : false; +} + +static inline bool sym_is_choice_value(struct symbol *sym) +{ + return sym->flags & SYMBOL_CHOICEVAL ? true : false; +} + +static inline bool sym_is_optional(struct symbol *sym) +{ + return sym->flags & SYMBOL_OPTIONAL ? true : false; +} + +static inline bool sym_has_value(struct symbol *sym) +{ + return sym->flags & SYMBOL_DEF_USER ? true : false; +} + +#ifdef __cplusplus +} +#endif + +#endif /* LKC_H */ diff --git a/xen/tools/kconfig/lkc_proto.h b/xen/tools/kconfig/lkc_proto.h new file mode 100644 index 0000000..d539871 --- /dev/null +++ b/xen/tools/kconfig/lkc_proto.h @@ -0,0 +1,52 @@ +#include + +/* confdata.c */ +void conf_parse(const char *name); +int conf_read(const char *name); +int conf_read_simple(const char *name, int); +int conf_write_defconfig(const char *name); +int conf_write(const char *name); +int conf_write_autoconf(void); +bool conf_get_changed(void); +void conf_set_changed_callback(void (*fn)(void)); +void conf_set_message_callback(void (*fn)(const char *fmt, va_list ap)); + +/* menu.c */ +extern struct menu rootmenu; + +bool menu_is_empty(struct menu *menu); +bool menu_is_visible(struct menu *menu); +bool menu_has_prompt(struct menu *menu); +const char * menu_get_prompt(struct menu *menu); +struct menu * menu_get_root_menu(struct menu *menu); +struct menu * menu_get_parent_menu(struct menu *menu); +bool menu_has_help(struct menu *menu); +const char * menu_get_help(struct menu *menu); +struct gstr get_relations_str(struct symbol **sym_arr, struct list_head *head); +void menu_get_ext_help(struct menu *menu, struct gstr *help); + +/* symbol.c */ +extern struct symbol * symbol_hash[SYMBOL_HASHSIZE]; + +struct symbol * sym_lookup(const char *name, int flags); +struct symbol * sym_find(const char *name); +const char * sym_expand_string_value(const char *in); +const char * sym_escape_string_value(const char *in); +struct symbol ** sym_re_search(const char *pattern); +const char * sym_type_name(enum symbol_type type); +void sym_calc_value(struct symbol *sym); +enum symbol_type sym_get_type(struct symbol *sym); +bool sym_tristate_within_range(struct symbol *sym,tristate tri); +bool sym_set_tristate_value(struct symbol *sym,tristate tri); +tristate sym_toggle_tristate_value(struct symbol *sym); +bool sym_string_valid(struct symbol *sym, const char *newval); +bool sym_string_within_range(struct symbol *sym, const char *str); +bool sym_set_string_value(struct symbol *sym, const char *newval); +bool sym_is_changable(struct symbol *sym); +struct property * sym_get_choice_prop(struct symbol *sym); +const char * sym_get_string_value(struct symbol *sym); + +const char * prop_get_type_name(enum prop_type type); + +/* expr.c */ +void expr_print(struct expr *e, void (*fn)(void *, struct symbol *, const char *), void *data, int prevtoken); diff --git a/xen/tools/kconfig/lxdialog/.gitignore b/xen/tools/kconfig/lxdialog/.gitignore new file mode 100644 index 0000000..90b08ff --- /dev/null +++ b/xen/tools/kconfig/lxdialog/.gitignore @@ -0,0 +1,4 @@ +# +# Generated files +# +lxdialog diff --git a/xen/tools/kconfig/lxdialog/BIG.FAT.WARNING b/xen/tools/kconfig/lxdialog/BIG.FAT.WARNING new file mode 100644 index 0000000..a8999d8 --- /dev/null +++ b/xen/tools/kconfig/lxdialog/BIG.FAT.WARNING @@ -0,0 +1,4 @@ +This is NOT the official version of dialog. This version has been +significantly modified from the original. It is for use by the Linux +kernel configuration script. Please do not bother Savio Lam with +questions about this program. diff --git a/xen/tools/kconfig/lxdialog/check-lxdialog.sh b/xen/tools/kconfig/lxdialog/check-lxdialog.sh new file mode 100755 index 0000000..5075ebf --- /dev/null +++ b/xen/tools/kconfig/lxdialog/check-lxdialog.sh @@ -0,0 +1,91 @@ +#!/bin/sh +# Check ncurses compatibility + +# What library to link +ldflags() +{ + pkg-config --libs ncursesw 2>/dev/null && exit + pkg-config --libs ncurses 2>/dev/null && exit + for ext in so a dll.a dylib ; do + for lib in ncursesw ncurses curses ; do + $cc -print-file-name=lib${lib}.${ext} | grep -q / + if [ $? -eq 0 ]; then + echo "-l${lib}" + exit + fi + done + done + exit 1 +} + +# Where is ncurses.h? +ccflags() +{ + if pkg-config --cflags ncursesw 2>/dev/null; then + echo '-DCURSES_LOC="" -DNCURSES_WIDECHAR=1' + elif pkg-config --cflags ncurses 2>/dev/null; then + echo '-DCURSES_LOC=""' + elif [ -f /usr/include/ncursesw/curses.h ]; then + echo '-I/usr/include/ncursesw -DCURSES_LOC=""' + echo ' -DNCURSES_WIDECHAR=1' + elif [ -f /usr/include/ncurses/ncurses.h ]; then + echo '-I/usr/include/ncurses -DCURSES_LOC=""' + elif [ -f /usr/include/ncurses/curses.h ]; then + echo '-I/usr/include/ncurses -DCURSES_LOC=""' + elif [ -f /usr/include/ncurses.h ]; then + echo '-DCURSES_LOC=""' + else + echo '-DCURSES_LOC=""' + fi +} + +# Temp file, try to clean up after us +tmp=.lxdialog.tmp +trap "rm -f $tmp" 0 1 2 3 15 + +# Check if we can link to ncurses +check() { + $cc -x c - -o $tmp 2>/dev/null <<'EOF' +#include CURSES_LOC +main() {} +EOF + if [ $? != 0 ]; then + echo " *** Unable to find the ncurses libraries or the" 1>&2 + echo " *** required header files." 1>&2 + echo " *** 'make menuconfig' requires the ncurses libraries." 1>&2 + echo " *** " 1>&2 + echo " *** Install ncurses (ncurses-devel) and try again." 1>&2 + echo " *** " 1>&2 + exit 1 + fi +} + +usage() { + printf "Usage: $0 [-check compiler options|-ccflags|-ldflags compiler options]\n" +} + +if [ $# -eq 0 ]; then + usage + exit 1 +fi + +cc="" +case "$1" in + "-check") + shift + cc="$@" + check + ;; + "-ccflags") + ccflags + ;; + "-ldflags") + shift + cc="$@" + ldflags + ;; + "*") + usage + exit 1 + ;; +esac diff --git a/xen/tools/kconfig/lxdialog/checklist.c b/xen/tools/kconfig/lxdialog/checklist.c new file mode 100644 index 0000000..8d016fa --- /dev/null +++ b/xen/tools/kconfig/lxdialog/checklist.c @@ -0,0 +1,332 @@ +/* + * checklist.c -- implements the checklist box + * + * ORIGINAL AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * Stuart Herbert - S.Herbert@sheffield.ac.uk: radiolist extension + * Alessandro Rubini - rubini@ipvvis.unipv.it: merged the two + * MODIFIED FOR LINUX KERNEL CONFIG BY: William Roadcap (roadcap@cfw.com) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +#include "dialog.h" + +static int list_width, check_x, item_x; + +/* + * Print list item + */ +static void print_item(WINDOW * win, int choice, int selected) +{ + int i; + char *list_item = malloc(list_width + 1); + + strncpy(list_item, item_str(), list_width - item_x); + list_item[list_width - item_x] = '\0'; + + /* Clear 'residue' of last item */ + wattrset(win, dlg.menubox.atr); + wmove(win, choice, 0); + for (i = 0; i < list_width; i++) + waddch(win, ' '); + + wmove(win, choice, check_x); + wattrset(win, selected ? dlg.check_selected.atr + : dlg.check.atr); + if (!item_is_tag(':')) + wprintw(win, "(%c)", item_is_tag('X') ? 'X' : ' '); + + wattrset(win, selected ? dlg.tag_selected.atr : dlg.tag.atr); + mvwaddch(win, choice, item_x, list_item[0]); + wattrset(win, selected ? dlg.item_selected.atr : dlg.item.atr); + waddstr(win, list_item + 1); + if (selected) { + wmove(win, choice, check_x + 1); + wrefresh(win); + } + free(list_item); +} + +/* + * Print the scroll indicators. + */ +static void print_arrows(WINDOW * win, int choice, int item_no, int scroll, + int y, int x, int height) +{ + wmove(win, y, x); + + if (scroll > 0) { + wattrset(win, dlg.uarrow.atr); + waddch(win, ACS_UARROW); + waddstr(win, "(-)"); + } else { + wattrset(win, dlg.menubox.atr); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + } + + y = y + height + 1; + wmove(win, y, x); + + if ((height < item_no) && (scroll + choice < item_no - 1)) { + wattrset(win, dlg.darrow.atr); + waddch(win, ACS_DARROW); + waddstr(win, "(+)"); + } else { + wattrset(win, dlg.menubox_border.atr); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + } +} + +/* + * Display the termination buttons + */ +static void print_buttons(WINDOW * dialog, int height, int width, int selected) +{ + int x = width / 2 - 11; + int y = height - 2; + + print_button(dialog, gettext("Select"), y, x, selected == 0); + print_button(dialog, gettext(" Help "), y, x + 14, selected == 1); + + wmove(dialog, y, x + 1 + 14 * selected); + wrefresh(dialog); +} + +/* + * Display a dialog box with a list of options that can be turned on or off + * in the style of radiolist (only one option turned on at a time). + */ +int dialog_checklist(const char *title, const char *prompt, int height, + int width, int list_height) +{ + int i, x, y, box_x, box_y; + int key = 0, button = 0, choice = 0, scroll = 0, max_choice; + WINDOW *dialog, *list; + + /* which item to highlight */ + item_foreach() { + if (item_is_tag('X')) + choice = item_n(); + if (item_is_selected()) { + choice = item_n(); + break; + } + } + +do_resize: + if (getmaxy(stdscr) < (height + CHECKLIST_HEIGTH_MIN)) + return -ERRDISPLAYTOOSMALL; + if (getmaxx(stdscr) < (width + CHECKLIST_WIDTH_MIN)) + return -ERRDISPLAYTOOSMALL; + + max_choice = MIN(list_height, item_count()); + + /* center dialog box on screen */ + x = (getmaxx(stdscr) - width) / 2; + y = (getmaxy(stdscr) - height) / 2; + + draw_shadow(stdscr, y, x, height, width); + + dialog = newwin(height, width, y, x); + keypad(dialog, TRUE); + + draw_box(dialog, 0, 0, height, width, + dlg.dialog.atr, dlg.border.atr); + wattrset(dialog, dlg.border.atr); + mvwaddch(dialog, height - 3, 0, ACS_LTEE); + for (i = 0; i < width - 2; i++) + waddch(dialog, ACS_HLINE); + wattrset(dialog, dlg.dialog.atr); + waddch(dialog, ACS_RTEE); + + print_title(dialog, title, width); + + wattrset(dialog, dlg.dialog.atr); + print_autowrap(dialog, prompt, width - 2, 1, 3); + + list_width = width - 6; + box_y = height - list_height - 5; + box_x = (width - list_width) / 2 - 1; + + /* create new window for the list */ + list = subwin(dialog, list_height, list_width, y + box_y + 1, + x + box_x + 1); + + keypad(list, TRUE); + + /* draw a box around the list items */ + draw_box(dialog, box_y, box_x, list_height + 2, list_width + 2, + dlg.menubox_border.atr, dlg.menubox.atr); + + /* Find length of longest item in order to center checklist */ + check_x = 0; + item_foreach() + check_x = MAX(check_x, strlen(item_str()) + 4); + check_x = MIN(check_x, list_width); + + check_x = (list_width - check_x) / 2; + item_x = check_x + 4; + + if (choice >= list_height) { + scroll = choice - list_height + 1; + choice -= scroll; + } + + /* Print the list */ + for (i = 0; i < max_choice; i++) { + item_set(scroll + i); + print_item(list, i, i == choice); + } + + print_arrows(dialog, choice, item_count(), scroll, + box_y, box_x + check_x + 5, list_height); + + print_buttons(dialog, height, width, 0); + + wnoutrefresh(dialog); + wnoutrefresh(list); + doupdate(); + + while (key != KEY_ESC) { + key = wgetch(dialog); + + for (i = 0; i < max_choice; i++) { + item_set(i + scroll); + if (toupper(key) == toupper(item_str()[0])) + break; + } + + if (i < max_choice || key == KEY_UP || key == KEY_DOWN || + key == '+' || key == '-') { + if (key == KEY_UP || key == '-') { + if (!choice) { + if (!scroll) + continue; + /* Scroll list down */ + if (list_height > 1) { + /* De-highlight current first item */ + item_set(scroll); + print_item(list, 0, FALSE); + scrollok(list, TRUE); + wscrl(list, -1); + scrollok(list, FALSE); + } + scroll--; + item_set(scroll); + print_item(list, 0, TRUE); + print_arrows(dialog, choice, item_count(), + scroll, box_y, box_x + check_x + 5, list_height); + + wnoutrefresh(dialog); + wrefresh(list); + + continue; /* wait for another key press */ + } else + i = choice - 1; + } else if (key == KEY_DOWN || key == '+') { + if (choice == max_choice - 1) { + if (scroll + choice >= item_count() - 1) + continue; + /* Scroll list up */ + if (list_height > 1) { + /* De-highlight current last item before scrolling up */ + item_set(scroll + max_choice - 1); + print_item(list, + max_choice - 1, + FALSE); + scrollok(list, TRUE); + wscrl(list, 1); + scrollok(list, FALSE); + } + scroll++; + item_set(scroll + max_choice - 1); + print_item(list, max_choice - 1, TRUE); + + print_arrows(dialog, choice, item_count(), + scroll, box_y, box_x + check_x + 5, list_height); + + wnoutrefresh(dialog); + wrefresh(list); + + continue; /* wait for another key press */ + } else + i = choice + 1; + } + if (i != choice) { + /* De-highlight current item */ + item_set(scroll + choice); + print_item(list, choice, FALSE); + /* Highlight new item */ + choice = i; + item_set(scroll + choice); + print_item(list, choice, TRUE); + wnoutrefresh(dialog); + wrefresh(list); + } + continue; /* wait for another key press */ + } + switch (key) { + case 'H': + case 'h': + case '?': + button = 1; + /* fall-through */ + case 'S': + case 's': + case ' ': + case '\n': + item_foreach() + item_set_selected(0); + item_set(scroll + choice); + item_set_selected(1); + delwin(list); + delwin(dialog); + return button; + case TAB: + case KEY_LEFT: + case KEY_RIGHT: + button = ((key == KEY_LEFT ? --button : ++button) < 0) + ? 1 : (button > 1 ? 0 : button); + + print_buttons(dialog, height, width, button); + wrefresh(dialog); + break; + case 'X': + case 'x': + key = KEY_ESC; + break; + case KEY_ESC: + key = on_key_esc(dialog); + break; + case KEY_RESIZE: + delwin(list); + delwin(dialog); + on_key_resize(); + goto do_resize; + } + + /* Now, update everything... */ + doupdate(); + } + delwin(list); + delwin(dialog); + return key; /* ESC pressed */ +} diff --git a/xen/tools/kconfig/lxdialog/dialog.h b/xen/tools/kconfig/lxdialog/dialog.h new file mode 100644 index 0000000..fcffd5b --- /dev/null +++ b/xen/tools/kconfig/lxdialog/dialog.h @@ -0,0 +1,257 @@ +/* + * dialog.h -- common declarations for all dialog modules + * + * AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +#include +#include +#include +#include +#include +#include +#include + +#ifndef KBUILD_NO_NLS +# include +#else +# define gettext(Msgid) ((const char *) (Msgid)) +#endif + +#ifdef __sun__ +#define CURS_MACROS +#endif +#include CURSES_LOC + +/* + * Colors in ncurses 1.9.9e do not work properly since foreground and + * background colors are OR'd rather than separately masked. This version + * of dialog was hacked to work with ncurses 1.9.9e, making it incompatible + * with standard curses. The simplest fix (to make this work with standard + * curses) uses the wbkgdset() function, not used in the original hack. + * Turn it off if we're building with 1.9.9e, since it just confuses things. + */ +#if defined(NCURSES_VERSION) && defined(_NEED_WRAP) && !defined(GCC_PRINTFLIKE) +#define OLD_NCURSES 1 +#undef wbkgdset +#define wbkgdset(w,p) /*nothing */ +#else +#define OLD_NCURSES 0 +#endif + +#define TR(params) _tracef params + +#define KEY_ESC 27 +#define TAB 9 +#define MAX_LEN 2048 +#define BUF_SIZE (10*1024) +#define MIN(x,y) (x < y ? x : y) +#define MAX(x,y) (x > y ? x : y) + +#ifndef ACS_ULCORNER +#define ACS_ULCORNER '+' +#endif +#ifndef ACS_LLCORNER +#define ACS_LLCORNER '+' +#endif +#ifndef ACS_URCORNER +#define ACS_URCORNER '+' +#endif +#ifndef ACS_LRCORNER +#define ACS_LRCORNER '+' +#endif +#ifndef ACS_HLINE +#define ACS_HLINE '-' +#endif +#ifndef ACS_VLINE +#define ACS_VLINE '|' +#endif +#ifndef ACS_LTEE +#define ACS_LTEE '+' +#endif +#ifndef ACS_RTEE +#define ACS_RTEE '+' +#endif +#ifndef ACS_UARROW +#define ACS_UARROW '^' +#endif +#ifndef ACS_DARROW +#define ACS_DARROW 'v' +#endif + +/* error return codes */ +#define ERRDISPLAYTOOSMALL (KEY_MAX + 1) + +/* + * Color definitions + */ +struct dialog_color { + chtype atr; /* Color attribute */ + int fg; /* foreground */ + int bg; /* background */ + int hl; /* highlight this item */ +}; + +struct subtitle_list { + struct subtitle_list *next; + const char *text; +}; + +struct dialog_info { + const char *backtitle; + struct subtitle_list *subtitles; + struct dialog_color screen; + struct dialog_color shadow; + struct dialog_color dialog; + struct dialog_color title; + struct dialog_color border; + struct dialog_color button_active; + struct dialog_color button_inactive; + struct dialog_color button_key_active; + struct dialog_color button_key_inactive; + struct dialog_color button_label_active; + struct dialog_color button_label_inactive; + struct dialog_color inputbox; + struct dialog_color inputbox_border; + struct dialog_color searchbox; + struct dialog_color searchbox_title; + struct dialog_color searchbox_border; + struct dialog_color position_indicator; + struct dialog_color menubox; + struct dialog_color menubox_border; + struct dialog_color item; + struct dialog_color item_selected; + struct dialog_color tag; + struct dialog_color tag_selected; + struct dialog_color tag_key; + struct dialog_color tag_key_selected; + struct dialog_color check; + struct dialog_color check_selected; + struct dialog_color uarrow; + struct dialog_color darrow; +}; + +/* + * Global variables + */ +extern struct dialog_info dlg; +extern char dialog_input_result[]; +extern int saved_x, saved_y; /* Needed in signal handler in mconf.c */ + +/* + * Function prototypes + */ + +/* item list as used by checklist and menubox */ +void item_reset(void); +void item_make(const char *fmt, ...); +void item_add_str(const char *fmt, ...); +void item_set_tag(char tag); +void item_set_data(void *p); +void item_set_selected(int val); +int item_activate_selected(void); +void *item_data(void); +char item_tag(void); + +/* item list manipulation for lxdialog use */ +#define MAXITEMSTR 200 +struct dialog_item { + char str[MAXITEMSTR]; /* prompt displayed */ + char tag; + void *data; /* pointer to menu item - used by menubox+checklist */ + int selected; /* Set to 1 by dialog_*() function if selected. */ +}; + +/* list of lialog_items */ +struct dialog_list { + struct dialog_item node; + struct dialog_list *next; +}; + +extern struct dialog_list *item_cur; +extern struct dialog_list item_nil; +extern struct dialog_list *item_head; + +int item_count(void); +void item_set(int n); +int item_n(void); +const char *item_str(void); +int item_is_selected(void); +int item_is_tag(char tag); +#define item_foreach() \ + for (item_cur = item_head ? item_head: item_cur; \ + item_cur && (item_cur != &item_nil); item_cur = item_cur->next) + +/* generic key handlers */ +int on_key_esc(WINDOW *win); +int on_key_resize(void); + +/* minimum (re)size values */ +#define CHECKLIST_HEIGTH_MIN 6 /* For dialog_checklist() */ +#define CHECKLIST_WIDTH_MIN 6 +#define INPUTBOX_HEIGTH_MIN 2 /* For dialog_inputbox() */ +#define INPUTBOX_WIDTH_MIN 2 +#define MENUBOX_HEIGTH_MIN 15 /* For dialog_menu() */ +#define MENUBOX_WIDTH_MIN 65 +#define TEXTBOX_HEIGTH_MIN 8 /* For dialog_textbox() */ +#define TEXTBOX_WIDTH_MIN 8 +#define YESNO_HEIGTH_MIN 4 /* For dialog_yesno() */ +#define YESNO_WIDTH_MIN 4 +#define WINDOW_HEIGTH_MIN 19 /* For init_dialog() */ +#define WINDOW_WIDTH_MIN 80 + +int init_dialog(const char *backtitle); +void set_dialog_backtitle(const char *backtitle); +void set_dialog_subtitles(struct subtitle_list *subtitles); +void end_dialog(int x, int y); +void attr_clear(WINDOW * win, int height, int width, chtype attr); +void dialog_clear(void); +void print_autowrap(WINDOW * win, const char *prompt, int width, int y, int x); +void print_button(WINDOW * win, const char *label, int y, int x, int selected); +void print_title(WINDOW *dialog, const char *title, int width); +void draw_box(WINDOW * win, int y, int x, int height, int width, chtype box, + chtype border); +void draw_shadow(WINDOW * win, int y, int x, int height, int width); + +int first_alpha(const char *string, const char *exempt); +int dialog_yesno(const char *title, const char *prompt, int height, int width); +int dialog_msgbox(const char *title, const char *prompt, int height, + int width, int pause); + + +typedef void (*update_text_fn)(char *buf, size_t start, size_t end, void + *_data); +int dialog_textbox(const char *title, char *tbuf, int initial_height, + int initial_width, int *keys, int *_vscroll, int *_hscroll, + update_text_fn update_text, void *data); +int dialog_menu(const char *title, const char *prompt, + const void *selected, int *s_scroll); +int dialog_checklist(const char *title, const char *prompt, int height, + int width, int list_height); +int dialog_inputbox(const char *title, const char *prompt, int height, + int width, const char *init); + +/* + * This is the base for fictitious keys, which activate + * the buttons. + * + * Mouse-generated keys are the following: + * -- the first 32 are used as numbers, in addition to '0'-'9' + * -- the lowercase are used to signal mouse-enter events (M_EVENT + 'o') + * -- uppercase chars are used to invoke the button (M_EVENT + 'O') + */ +#define M_EVENT (KEY_MAX+1) diff --git a/xen/tools/kconfig/lxdialog/inputbox.c b/xen/tools/kconfig/lxdialog/inputbox.c new file mode 100644 index 0000000..d58de1d --- /dev/null +++ b/xen/tools/kconfig/lxdialog/inputbox.c @@ -0,0 +1,301 @@ +/* + * inputbox.c -- implements the input box + * + * ORIGINAL AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * MODIFIED FOR LINUX KERNEL CONFIG BY: William Roadcap (roadcap@cfw.com) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +#include "dialog.h" + +char dialog_input_result[MAX_LEN + 1]; + +/* + * Print the termination buttons + */ +static void print_buttons(WINDOW * dialog, int height, int width, int selected) +{ + int x = width / 2 - 11; + int y = height - 2; + + print_button(dialog, gettext(" Ok "), y, x, selected == 0); + print_button(dialog, gettext(" Help "), y, x + 14, selected == 1); + + wmove(dialog, y, x + 1 + 14 * selected); + wrefresh(dialog); +} + +/* + * Display a dialog box for inputing a string + */ +int dialog_inputbox(const char *title, const char *prompt, int height, int width, + const char *init) +{ + int i, x, y, box_y, box_x, box_width; + int input_x = 0, key = 0, button = -1; + int show_x, len, pos; + char *instr = dialog_input_result; + WINDOW *dialog; + + if (!init) + instr[0] = '\0'; + else + strcpy(instr, init); + +do_resize: + if (getmaxy(stdscr) <= (height - INPUTBOX_HEIGTH_MIN)) + return -ERRDISPLAYTOOSMALL; + if (getmaxx(stdscr) <= (width - INPUTBOX_WIDTH_MIN)) + return -ERRDISPLAYTOOSMALL; + + /* center dialog box on screen */ + x = (getmaxx(stdscr) - width) / 2; + y = (getmaxy(stdscr) - height) / 2; + + draw_shadow(stdscr, y, x, height, width); + + dialog = newwin(height, width, y, x); + keypad(dialog, TRUE); + + draw_box(dialog, 0, 0, height, width, + dlg.dialog.atr, dlg.border.atr); + wattrset(dialog, dlg.border.atr); + mvwaddch(dialog, height - 3, 0, ACS_LTEE); + for (i = 0; i < width - 2; i++) + waddch(dialog, ACS_HLINE); + wattrset(dialog, dlg.dialog.atr); + waddch(dialog, ACS_RTEE); + + print_title(dialog, title, width); + + wattrset(dialog, dlg.dialog.atr); + print_autowrap(dialog, prompt, width - 2, 1, 3); + + /* Draw the input field box */ + box_width = width - 6; + getyx(dialog, y, x); + box_y = y + 2; + box_x = (width - box_width) / 2; + draw_box(dialog, y + 1, box_x - 1, 3, box_width + 2, + dlg.dialog.atr, dlg.border.atr); + + print_buttons(dialog, height, width, 0); + + /* Set up the initial value */ + wmove(dialog, box_y, box_x); + wattrset(dialog, dlg.inputbox.atr); + + len = strlen(instr); + pos = len; + + if (len >= box_width) { + show_x = len - box_width + 1; + input_x = box_width - 1; + for (i = 0; i < box_width - 1; i++) + waddch(dialog, instr[show_x + i]); + } else { + show_x = 0; + input_x = len; + waddstr(dialog, instr); + } + + wmove(dialog, box_y, box_x + input_x); + + wrefresh(dialog); + + while (key != KEY_ESC) { + key = wgetch(dialog); + + if (button == -1) { /* Input box selected */ + switch (key) { + case TAB: + case KEY_UP: + case KEY_DOWN: + break; + case KEY_BACKSPACE: + case 127: + if (pos) { + wattrset(dialog, dlg.inputbox.atr); + if (input_x == 0) { + show_x--; + } else + input_x--; + + if (pos < len) { + for (i = pos - 1; i < len; i++) { + instr[i] = instr[i+1]; + } + } + + pos--; + len--; + instr[len] = '\0'; + wmove(dialog, box_y, box_x); + for (i = 0; i < box_width; i++) { + if (!instr[show_x + i]) { + waddch(dialog, ' '); + break; + } + waddch(dialog, instr[show_x + i]); + } + wmove(dialog, box_y, input_x + box_x); + wrefresh(dialog); + } + continue; + case KEY_LEFT: + if (pos > 0) { + if (input_x > 0) { + wmove(dialog, box_y, --input_x + box_x); + } else if (input_x == 0) { + show_x--; + wmove(dialog, box_y, box_x); + for (i = 0; i < box_width; i++) { + if (!instr[show_x + i]) { + waddch(dialog, ' '); + break; + } + waddch(dialog, instr[show_x + i]); + } + wmove(dialog, box_y, box_x); + } + pos--; + } + continue; + case KEY_RIGHT: + if (pos < len) { + if (input_x < box_width - 1) { + wmove(dialog, box_y, ++input_x + box_x); + } else if (input_x == box_width - 1) { + show_x++; + wmove(dialog, box_y, box_x); + for (i = 0; i < box_width; i++) { + if (!instr[show_x + i]) { + waddch(dialog, ' '); + break; + } + waddch(dialog, instr[show_x + i]); + } + wmove(dialog, box_y, input_x + box_x); + } + pos++; + } + continue; + default: + if (key < 0x100 && isprint(key)) { + if (len < MAX_LEN) { + wattrset(dialog, dlg.inputbox.atr); + if (pos < len) { + for (i = len; i > pos; i--) + instr[i] = instr[i-1]; + instr[pos] = key; + } else { + instr[len] = key; + } + pos++; + len++; + instr[len] = '\0'; + + if (input_x == box_width - 1) { + show_x++; + } else { + input_x++; + } + + wmove(dialog, box_y, box_x); + for (i = 0; i < box_width; i++) { + if (!instr[show_x + i]) { + waddch(dialog, ' '); + break; + } + waddch(dialog, instr[show_x + i]); + } + wmove(dialog, box_y, input_x + box_x); + wrefresh(dialog); + } else + flash(); /* Alarm user about overflow */ + continue; + } + } + } + switch (key) { + case 'O': + case 'o': + delwin(dialog); + return 0; + case 'H': + case 'h': + delwin(dialog); + return 1; + case KEY_UP: + case KEY_LEFT: + switch (button) { + case -1: + button = 1; /* Indicates "Help" button is selected */ + print_buttons(dialog, height, width, 1); + break; + case 0: + button = -1; /* Indicates input box is selected */ + print_buttons(dialog, height, width, 0); + wmove(dialog, box_y, box_x + input_x); + wrefresh(dialog); + break; + case 1: + button = 0; /* Indicates "OK" button is selected */ + print_buttons(dialog, height, width, 0); + break; + } + break; + case TAB: + case KEY_DOWN: + case KEY_RIGHT: + switch (button) { + case -1: + button = 0; /* Indicates "OK" button is selected */ + print_buttons(dialog, height, width, 0); + break; + case 0: + button = 1; /* Indicates "Help" button is selected */ + print_buttons(dialog, height, width, 1); + break; + case 1: + button = -1; /* Indicates input box is selected */ + print_buttons(dialog, height, width, 0); + wmove(dialog, box_y, box_x + input_x); + wrefresh(dialog); + break; + } + break; + case ' ': + case '\n': + delwin(dialog); + return (button == -1 ? 0 : button); + case 'X': + case 'x': + key = KEY_ESC; + break; + case KEY_ESC: + key = on_key_esc(dialog); + break; + case KEY_RESIZE: + delwin(dialog); + on_key_resize(); + goto do_resize; + } + } + + delwin(dialog); + return KEY_ESC; /* ESC pressed */ +} diff --git a/xen/tools/kconfig/lxdialog/menubox.c b/xen/tools/kconfig/lxdialog/menubox.c new file mode 100644 index 0000000..11ae9ad --- /dev/null +++ b/xen/tools/kconfig/lxdialog/menubox.c @@ -0,0 +1,437 @@ +/* + * menubox.c -- implements the menu box + * + * ORIGINAL AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * MODIFIED FOR LINUX KERNEL CONFIG BY: William Roadcap (roadcapw@cfw.com) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +/* + * Changes by Clifford Wolf (god@clifford.at) + * + * [ 1998-06-13 ] + * + * *) A bugfix for the Page-Down problem + * + * *) Formerly when I used Page Down and Page Up, the cursor would be set + * to the first position in the menu box. Now lxdialog is a bit + * smarter and works more like other menu systems (just have a look at + * it). + * + * *) Formerly if I selected something my scrolling would be broken because + * lxdialog is re-invoked by the Menuconfig shell script, can't + * remember the last scrolling position, and just sets it so that the + * cursor is at the bottom of the box. Now it writes the temporary file + * lxdialog.scrltmp which contains this information. The file is + * deleted by lxdialog if the user leaves a submenu or enters a new + * one, but it would be nice if Menuconfig could make another "rm -f" + * just to be sure. Just try it out - you will recognise a difference! + * + * [ 1998-06-14 ] + * + * *) Now lxdialog is crash-safe against broken "lxdialog.scrltmp" files + * and menus change their size on the fly. + * + * *) If for some reason the last scrolling position is not saved by + * lxdialog, it sets the scrolling so that the selected item is in the + * middle of the menu box, not at the bottom. + * + * 02 January 1999, Michael Elizabeth Chastain (mec@shout.net) + * Reset 'scroll' to 0 if the value from lxdialog.scrltmp is bogus. + * This fixes a bug in Menuconfig where using ' ' to descend into menus + * would leave mis-synchronized lxdialog.scrltmp files lying around, + * fscanf would read in 'scroll', and eventually that value would get used. + */ + +#include "dialog.h" + +static int menu_width, item_x; + +/* + * Print menu item + */ +static void do_print_item(WINDOW * win, const char *item, int line_y, + int selected, int hotkey) +{ + int j; + char *menu_item = malloc(menu_width + 1); + + strncpy(menu_item, item, menu_width - item_x); + menu_item[menu_width - item_x] = '\0'; + j = first_alpha(menu_item, "YyNnMmHh"); + + /* Clear 'residue' of last item */ + wattrset(win, dlg.menubox.atr); + wmove(win, line_y, 0); +#if OLD_NCURSES + { + int i; + for (i = 0; i < menu_width; i++) + waddch(win, ' '); + } +#else + wclrtoeol(win); +#endif + wattrset(win, selected ? dlg.item_selected.atr : dlg.item.atr); + mvwaddstr(win, line_y, item_x, menu_item); + if (hotkey) { + wattrset(win, selected ? dlg.tag_key_selected.atr + : dlg.tag_key.atr); + mvwaddch(win, line_y, item_x + j, menu_item[j]); + } + if (selected) { + wmove(win, line_y, item_x + 1); + } + free(menu_item); + wrefresh(win); +} + +#define print_item(index, choice, selected) \ +do { \ + item_set(index); \ + do_print_item(menu, item_str(), choice, selected, !item_is_tag(':')); \ +} while (0) + +/* + * Print the scroll indicators. + */ +static void print_arrows(WINDOW * win, int item_no, int scroll, int y, int x, + int height) +{ + int cur_y, cur_x; + + getyx(win, cur_y, cur_x); + + wmove(win, y, x); + + if (scroll > 0) { + wattrset(win, dlg.uarrow.atr); + waddch(win, ACS_UARROW); + waddstr(win, "(-)"); + } else { + wattrset(win, dlg.menubox.atr); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + } + + y = y + height + 1; + wmove(win, y, x); + wrefresh(win); + + if ((height < item_no) && (scroll + height < item_no)) { + wattrset(win, dlg.darrow.atr); + waddch(win, ACS_DARROW); + waddstr(win, "(+)"); + } else { + wattrset(win, dlg.menubox_border.atr); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + } + + wmove(win, cur_y, cur_x); + wrefresh(win); +} + +/* + * Display the termination buttons. + */ +static void print_buttons(WINDOW * win, int height, int width, int selected) +{ + int x = width / 2 - 28; + int y = height - 2; + + print_button(win, gettext("Select"), y, x, selected == 0); + print_button(win, gettext(" Exit "), y, x + 12, selected == 1); + print_button(win, gettext(" Help "), y, x + 24, selected == 2); + print_button(win, gettext(" Save "), y, x + 36, selected == 3); + print_button(win, gettext(" Load "), y, x + 48, selected == 4); + + wmove(win, y, x + 1 + 12 * selected); + wrefresh(win); +} + +/* scroll up n lines (n may be negative) */ +static void do_scroll(WINDOW *win, int *scroll, int n) +{ + /* Scroll menu up */ + scrollok(win, TRUE); + wscrl(win, n); + scrollok(win, FALSE); + *scroll = *scroll + n; + wrefresh(win); +} + +/* + * Display a menu for choosing among a number of options + */ +int dialog_menu(const char *title, const char *prompt, + const void *selected, int *s_scroll) +{ + int i, j, x, y, box_x, box_y; + int height, width, menu_height; + int key = 0, button = 0, scroll = 0, choice = 0; + int first_item = 0, max_choice; + WINDOW *dialog, *menu; + +do_resize: + height = getmaxy(stdscr); + width = getmaxx(stdscr); + if (height < MENUBOX_HEIGTH_MIN || width < MENUBOX_WIDTH_MIN) + return -ERRDISPLAYTOOSMALL; + + height -= 4; + width -= 5; + menu_height = height - 10; + + max_choice = MIN(menu_height, item_count()); + + /* center dialog box on screen */ + x = (getmaxx(stdscr) - width) / 2; + y = (getmaxy(stdscr) - height) / 2; + + draw_shadow(stdscr, y, x, height, width); + + dialog = newwin(height, width, y, x); + keypad(dialog, TRUE); + + draw_box(dialog, 0, 0, height, width, + dlg.dialog.atr, dlg.border.atr); + wattrset(dialog, dlg.border.atr); + mvwaddch(dialog, height - 3, 0, ACS_LTEE); + for (i = 0; i < width - 2; i++) + waddch(dialog, ACS_HLINE); + wattrset(dialog, dlg.dialog.atr); + wbkgdset(dialog, dlg.dialog.atr & A_COLOR); + waddch(dialog, ACS_RTEE); + + print_title(dialog, title, width); + + wattrset(dialog, dlg.dialog.atr); + print_autowrap(dialog, prompt, width - 2, 1, 3); + + menu_width = width - 6; + box_y = height - menu_height - 5; + box_x = (width - menu_width) / 2 - 1; + + /* create new window for the menu */ + menu = subwin(dialog, menu_height, menu_width, + y + box_y + 1, x + box_x + 1); + keypad(menu, TRUE); + + /* draw a box around the menu items */ + draw_box(dialog, box_y, box_x, menu_height + 2, menu_width + 2, + dlg.menubox_border.atr, dlg.menubox.atr); + + if (menu_width >= 80) + item_x = (menu_width - 70) / 2; + else + item_x = 4; + + /* Set choice to default item */ + item_foreach() + if (selected && (selected == item_data())) + choice = item_n(); + /* get the saved scroll info */ + scroll = *s_scroll; + if ((scroll <= choice) && (scroll + max_choice > choice) && + (scroll >= 0) && (scroll + max_choice <= item_count())) { + first_item = scroll; + choice = choice - scroll; + } else { + scroll = 0; + } + if ((choice >= max_choice)) { + if (choice >= item_count() - max_choice / 2) + scroll = first_item = item_count() - max_choice; + else + scroll = first_item = choice - max_choice / 2; + choice = choice - scroll; + } + + /* Print the menu */ + for (i = 0; i < max_choice; i++) { + print_item(first_item + i, i, i == choice); + } + + wnoutrefresh(menu); + + print_arrows(dialog, item_count(), scroll, + box_y, box_x + item_x + 1, menu_height); + + print_buttons(dialog, height, width, 0); + wmove(menu, choice, item_x + 1); + wrefresh(menu); + + while (key != KEY_ESC) { + key = wgetch(menu); + + if (key < 256 && isalpha(key)) + key = tolower(key); + + if (strchr("ynmh", key)) + i = max_choice; + else { + for (i = choice + 1; i < max_choice; i++) { + item_set(scroll + i); + j = first_alpha(item_str(), "YyNnMmHh"); + if (key == tolower(item_str()[j])) + break; + } + if (i == max_choice) + for (i = 0; i < max_choice; i++) { + item_set(scroll + i); + j = first_alpha(item_str(), "YyNnMmHh"); + if (key == tolower(item_str()[j])) + break; + } + } + + if (item_count() != 0 && + (i < max_choice || + key == KEY_UP || key == KEY_DOWN || + key == '-' || key == '+' || + key == KEY_PPAGE || key == KEY_NPAGE)) { + /* Remove highligt of current item */ + print_item(scroll + choice, choice, FALSE); + + if (key == KEY_UP || key == '-') { + if (choice < 2 && scroll) { + /* Scroll menu down */ + do_scroll(menu, &scroll, -1); + + print_item(scroll, 0, FALSE); + } else + choice = MAX(choice - 1, 0); + + } else if (key == KEY_DOWN || key == '+') { + print_item(scroll+choice, choice, FALSE); + + if ((choice > max_choice - 3) && + (scroll + max_choice < item_count())) { + /* Scroll menu up */ + do_scroll(menu, &scroll, 1); + + print_item(scroll+max_choice - 1, + max_choice - 1, FALSE); + } else + choice = MIN(choice + 1, max_choice - 1); + + } else if (key == KEY_PPAGE) { + scrollok(menu, TRUE); + for (i = 0; (i < max_choice); i++) { + if (scroll > 0) { + do_scroll(menu, &scroll, -1); + print_item(scroll, 0, FALSE); + } else { + if (choice > 0) + choice--; + } + } + + } else if (key == KEY_NPAGE) { + for (i = 0; (i < max_choice); i++) { + if (scroll + max_choice < item_count()) { + do_scroll(menu, &scroll, 1); + print_item(scroll+max_choice-1, + max_choice - 1, FALSE); + } else { + if (choice + 1 < max_choice) + choice++; + } + } + } else + choice = i; + + print_item(scroll + choice, choice, TRUE); + + print_arrows(dialog, item_count(), scroll, + box_y, box_x + item_x + 1, menu_height); + + wnoutrefresh(dialog); + wrefresh(menu); + + continue; /* wait for another key press */ + } + + switch (key) { + case KEY_LEFT: + case TAB: + case KEY_RIGHT: + button = ((key == KEY_LEFT ? --button : ++button) < 0) + ? 4 : (button > 4 ? 0 : button); + + print_buttons(dialog, height, width, button); + wrefresh(menu); + break; + case ' ': + case 's': + case 'y': + case 'n': + case 'm': + case '/': + case 'h': + case '?': + case 'z': + case '\n': + /* save scroll info */ + *s_scroll = scroll; + delwin(menu); + delwin(dialog); + item_set(scroll + choice); + item_set_selected(1); + switch (key) { + case 'h': + case '?': + return 2; + case 's': + case 'y': + return 5; + case 'n': + return 6; + case 'm': + return 7; + case ' ': + return 8; + case '/': + return 9; + case 'z': + return 10; + case '\n': + return button; + } + return 0; + case 'e': + case 'x': + key = KEY_ESC; + break; + case KEY_ESC: + key = on_key_esc(menu); + break; + case KEY_RESIZE: + on_key_resize(); + delwin(menu); + delwin(dialog); + goto do_resize; + } + } + delwin(menu); + delwin(dialog); + return key; /* ESC pressed */ +} diff --git a/xen/tools/kconfig/lxdialog/textbox.c b/xen/tools/kconfig/lxdialog/textbox.c new file mode 100644 index 0000000..1773319 --- /dev/null +++ b/xen/tools/kconfig/lxdialog/textbox.c @@ -0,0 +1,408 @@ +/* + * textbox.c -- implements the text box + * + * ORIGINAL AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * MODIFIED FOR LINUX KERNEL CONFIG BY: William Roadcap (roadcap@cfw.com) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +#include "dialog.h" + +static void back_lines(int n); +static void print_page(WINDOW *win, int height, int width, update_text_fn + update_text, void *data); +static void print_line(WINDOW *win, int row, int width); +static char *get_line(void); +static void print_position(WINDOW * win); + +static int hscroll; +static int begin_reached, end_reached, page_length; +static char *buf; +static char *page; + +/* + * refresh window content + */ +static void refresh_text_box(WINDOW *dialog, WINDOW *box, int boxh, int boxw, + int cur_y, int cur_x, update_text_fn update_text, + void *data) +{ + print_page(box, boxh, boxw, update_text, data); + print_position(dialog); + wmove(dialog, cur_y, cur_x); /* Restore cursor position */ + wrefresh(dialog); +} + + +/* + * Display text from a file in a dialog box. + * + * keys is a null-terminated array + * update_text() may not add or remove any '\n' or '\0' in tbuf + */ +int dialog_textbox(const char *title, char *tbuf, int initial_height, + int initial_width, int *keys, int *_vscroll, int *_hscroll, + update_text_fn update_text, void *data) +{ + int i, x, y, cur_x, cur_y, key = 0; + int height, width, boxh, boxw; + WINDOW *dialog, *box; + bool done = false; + + begin_reached = 1; + end_reached = 0; + page_length = 0; + hscroll = 0; + buf = tbuf; + page = buf; /* page is pointer to start of page to be displayed */ + + if (_vscroll && *_vscroll) { + begin_reached = 0; + + for (i = 0; i < *_vscroll; i++) + get_line(); + } + if (_hscroll) + hscroll = *_hscroll; + +do_resize: + getmaxyx(stdscr, height, width); + if (height < TEXTBOX_HEIGTH_MIN || width < TEXTBOX_WIDTH_MIN) + return -ERRDISPLAYTOOSMALL; + if (initial_height != 0) + height = initial_height; + else + if (height > 4) + height -= 4; + else + height = 0; + if (initial_width != 0) + width = initial_width; + else + if (width > 5) + width -= 5; + else + width = 0; + + /* center dialog box on screen */ + x = (getmaxx(stdscr) - width) / 2; + y = (getmaxy(stdscr) - height) / 2; + + draw_shadow(stdscr, y, x, height, width); + + dialog = newwin(height, width, y, x); + keypad(dialog, TRUE); + + /* Create window for box region, used for scrolling text */ + boxh = height - 4; + boxw = width - 2; + box = subwin(dialog, boxh, boxw, y + 1, x + 1); + wattrset(box, dlg.dialog.atr); + wbkgdset(box, dlg.dialog.atr & A_COLOR); + + keypad(box, TRUE); + + /* register the new window, along with its borders */ + draw_box(dialog, 0, 0, height, width, + dlg.dialog.atr, dlg.border.atr); + + wattrset(dialog, dlg.border.atr); + mvwaddch(dialog, height - 3, 0, ACS_LTEE); + for (i = 0; i < width - 2; i++) + waddch(dialog, ACS_HLINE); + wattrset(dialog, dlg.dialog.atr); + wbkgdset(dialog, dlg.dialog.atr & A_COLOR); + waddch(dialog, ACS_RTEE); + + print_title(dialog, title, width); + + print_button(dialog, gettext(" Exit "), height - 2, width / 2 - 4, TRUE); + wnoutrefresh(dialog); + getyx(dialog, cur_y, cur_x); /* Save cursor position */ + + /* Print first page of text */ + attr_clear(box, boxh, boxw, dlg.dialog.atr); + refresh_text_box(dialog, box, boxh, boxw, cur_y, cur_x, update_text, + data); + + while (!done) { + key = wgetch(dialog); + switch (key) { + case 'E': /* Exit */ + case 'e': + case 'X': + case 'x': + case 'q': + case '\n': + done = true; + break; + case 'g': /* First page */ + case KEY_HOME: + if (!begin_reached) { + begin_reached = 1; + page = buf; + refresh_text_box(dialog, box, boxh, boxw, + cur_y, cur_x, update_text, + data); + } + break; + case 'G': /* Last page */ + case KEY_END: + + end_reached = 1; + /* point to last char in buf */ + page = buf + strlen(buf); + back_lines(boxh); + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case 'K': /* Previous line */ + case 'k': + case KEY_UP: + if (begin_reached) + break; + + back_lines(page_length + 1); + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case 'B': /* Previous page */ + case 'b': + case 'u': + case KEY_PPAGE: + if (begin_reached) + break; + back_lines(page_length + boxh); + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case 'J': /* Next line */ + case 'j': + case KEY_DOWN: + if (end_reached) + break; + + back_lines(page_length - 1); + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case KEY_NPAGE: /* Next page */ + case ' ': + case 'd': + if (end_reached) + break; + + begin_reached = 0; + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case '0': /* Beginning of line */ + case 'H': /* Scroll left */ + case 'h': + case KEY_LEFT: + if (hscroll <= 0) + break; + + if (key == '0') + hscroll = 0; + else + hscroll--; + /* Reprint current page to scroll horizontally */ + back_lines(page_length); + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case 'L': /* Scroll right */ + case 'l': + case KEY_RIGHT: + if (hscroll >= MAX_LEN) + break; + hscroll++; + /* Reprint current page to scroll horizontally */ + back_lines(page_length); + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case KEY_ESC: + if (on_key_esc(dialog) == KEY_ESC) + done = true; + break; + case KEY_RESIZE: + back_lines(height); + delwin(box); + delwin(dialog); + on_key_resize(); + goto do_resize; + default: + for (i = 0; keys[i]; i++) { + if (key == keys[i]) { + done = true; + break; + } + } + } + } + delwin(box); + delwin(dialog); + if (_vscroll) { + const char *s; + + s = buf; + *_vscroll = 0; + back_lines(page_length); + while (s < page && (s = strchr(s, '\n'))) { + (*_vscroll)++; + s++; + } + } + if (_hscroll) + *_hscroll = hscroll; + return key; +} + +/* + * Go back 'n' lines in text. Called by dialog_textbox(). + * 'page' will be updated to point to the desired line in 'buf'. + */ +static void back_lines(int n) +{ + int i; + + begin_reached = 0; + /* Go back 'n' lines */ + for (i = 0; i < n; i++) { + if (*page == '\0') { + if (end_reached) { + end_reached = 0; + continue; + } + } + if (page == buf) { + begin_reached = 1; + return; + } + page--; + do { + if (page == buf) { + begin_reached = 1; + return; + } + page--; + } while (*page != '\n'); + page++; + } +} + +/* + * Print a new page of text. + */ +static void print_page(WINDOW *win, int height, int width, update_text_fn + update_text, void *data) +{ + int i, passed_end = 0; + + if (update_text) { + char *end; + + for (i = 0; i < height; i++) + get_line(); + end = page; + back_lines(height); + update_text(buf, page - buf, end - buf, data); + } + + page_length = 0; + for (i = 0; i < height; i++) { + print_line(win, i, width); + if (!passed_end) + page_length++; + if (end_reached && !passed_end) + passed_end = 1; + } + wnoutrefresh(win); +} + +/* + * Print a new line of text. + */ +static void print_line(WINDOW * win, int row, int width) +{ + char *line; + + line = get_line(); + line += MIN(strlen(line), hscroll); /* Scroll horizontally */ + wmove(win, row, 0); /* move cursor to correct line */ + waddch(win, ' '); + waddnstr(win, line, MIN(strlen(line), width - 2)); + + /* Clear 'residue' of previous line */ +#if OLD_NCURSES + { + int x = getcurx(win); + int i; + for (i = 0; i < width - x; i++) + waddch(win, ' '); + } +#else + wclrtoeol(win); +#endif +} + +/* + * Return current line of text. Called by dialog_textbox() and print_line(). + * 'page' should point to start of current line before calling, and will be + * updated to point to start of next line. + */ +static char *get_line(void) +{ + int i = 0; + static char line[MAX_LEN + 1]; + + end_reached = 0; + while (*page != '\n') { + if (*page == '\0') { + end_reached = 1; + break; + } else if (i < MAX_LEN) + line[i++] = *(page++); + else { + /* Truncate lines longer than MAX_LEN characters */ + if (i == MAX_LEN) + line[i++] = '\0'; + page++; + } + } + if (i <= MAX_LEN) + line[i] = '\0'; + if (!end_reached) + page++; /* move past '\n' */ + + return line; +} + +/* + * Print current position + */ +static void print_position(WINDOW * win) +{ + int percent; + + wattrset(win, dlg.position_indicator.atr); + wbkgdset(win, dlg.position_indicator.atr & A_COLOR); + percent = (page - buf) * 100 / strlen(buf); + wmove(win, getmaxy(win) - 3, getmaxx(win) - 9); + wprintw(win, "(%3d%%)", percent); +} diff --git a/xen/tools/kconfig/lxdialog/util.c b/xen/tools/kconfig/lxdialog/util.c new file mode 100644 index 0000000..f7abdeb --- /dev/null +++ b/xen/tools/kconfig/lxdialog/util.c @@ -0,0 +1,713 @@ +/* + * util.c + * + * ORIGINAL AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * MODIFIED FOR LINUX KERNEL CONFIG BY: William Roadcap (roadcap@cfw.com) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +#include + +#include "dialog.h" + +/* Needed in signal handler in mconf.c */ +int saved_x, saved_y; + +struct dialog_info dlg; + +static void set_mono_theme(void) +{ + dlg.screen.atr = A_NORMAL; + dlg.shadow.atr = A_NORMAL; + dlg.dialog.atr = A_NORMAL; + dlg.title.atr = A_BOLD; + dlg.border.atr = A_NORMAL; + dlg.button_active.atr = A_REVERSE; + dlg.button_inactive.atr = A_DIM; + dlg.button_key_active.atr = A_REVERSE; + dlg.button_key_inactive.atr = A_BOLD; + dlg.button_label_active.atr = A_REVERSE; + dlg.button_label_inactive.atr = A_NORMAL; + dlg.inputbox.atr = A_NORMAL; + dlg.inputbox_border.atr = A_NORMAL; + dlg.searchbox.atr = A_NORMAL; + dlg.searchbox_title.atr = A_BOLD; + dlg.searchbox_border.atr = A_NORMAL; + dlg.position_indicator.atr = A_BOLD; + dlg.menubox.atr = A_NORMAL; + dlg.menubox_border.atr = A_NORMAL; + dlg.item.atr = A_NORMAL; + dlg.item_selected.atr = A_REVERSE; + dlg.tag.atr = A_BOLD; + dlg.tag_selected.atr = A_REVERSE; + dlg.tag_key.atr = A_BOLD; + dlg.tag_key_selected.atr = A_REVERSE; + dlg.check.atr = A_BOLD; + dlg.check_selected.atr = A_REVERSE; + dlg.uarrow.atr = A_BOLD; + dlg.darrow.atr = A_BOLD; +} + +#define DLG_COLOR(dialog, f, b, h) \ +do { \ + dlg.dialog.fg = (f); \ + dlg.dialog.bg = (b); \ + dlg.dialog.hl = (h); \ +} while (0) + +static void set_classic_theme(void) +{ + DLG_COLOR(screen, COLOR_CYAN, COLOR_BLUE, true); + DLG_COLOR(shadow, COLOR_BLACK, COLOR_BLACK, true); + DLG_COLOR(dialog, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(title, COLOR_YELLOW, COLOR_WHITE, true); + DLG_COLOR(border, COLOR_WHITE, COLOR_WHITE, true); + DLG_COLOR(button_active, COLOR_WHITE, COLOR_BLUE, true); + DLG_COLOR(button_inactive, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(button_key_active, COLOR_WHITE, COLOR_BLUE, true); + DLG_COLOR(button_key_inactive, COLOR_RED, COLOR_WHITE, false); + DLG_COLOR(button_label_active, COLOR_YELLOW, COLOR_BLUE, true); + DLG_COLOR(button_label_inactive, COLOR_BLACK, COLOR_WHITE, true); + DLG_COLOR(inputbox, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(inputbox_border, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(searchbox, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(searchbox_title, COLOR_YELLOW, COLOR_WHITE, true); + DLG_COLOR(searchbox_border, COLOR_WHITE, COLOR_WHITE, true); + DLG_COLOR(position_indicator, COLOR_YELLOW, COLOR_WHITE, true); + DLG_COLOR(menubox, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(menubox_border, COLOR_WHITE, COLOR_WHITE, true); + DLG_COLOR(item, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(item_selected, COLOR_WHITE, COLOR_BLUE, true); + DLG_COLOR(tag, COLOR_YELLOW, COLOR_WHITE, true); + DLG_COLOR(tag_selected, COLOR_YELLOW, COLOR_BLUE, true); + DLG_COLOR(tag_key, COLOR_YELLOW, COLOR_WHITE, true); + DLG_COLOR(tag_key_selected, COLOR_YELLOW, COLOR_BLUE, true); + DLG_COLOR(check, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(check_selected, COLOR_WHITE, COLOR_BLUE, true); + DLG_COLOR(uarrow, COLOR_GREEN, COLOR_WHITE, true); + DLG_COLOR(darrow, COLOR_GREEN, COLOR_WHITE, true); +} + +static void set_blackbg_theme(void) +{ + DLG_COLOR(screen, COLOR_RED, COLOR_BLACK, true); + DLG_COLOR(shadow, COLOR_BLACK, COLOR_BLACK, false); + DLG_COLOR(dialog, COLOR_WHITE, COLOR_BLACK, false); + DLG_COLOR(title, COLOR_RED, COLOR_BLACK, false); + DLG_COLOR(border, COLOR_BLACK, COLOR_BLACK, true); + + DLG_COLOR(button_active, COLOR_YELLOW, COLOR_RED, false); + DLG_COLOR(button_inactive, COLOR_YELLOW, COLOR_BLACK, false); + DLG_COLOR(button_key_active, COLOR_YELLOW, COLOR_RED, true); + DLG_COLOR(button_key_inactive, COLOR_RED, COLOR_BLACK, false); + DLG_COLOR(button_label_active, COLOR_WHITE, COLOR_RED, false); + DLG_COLOR(button_label_inactive, COLOR_BLACK, COLOR_BLACK, true); + + DLG_COLOR(inputbox, COLOR_YELLOW, COLOR_BLACK, false); + DLG_COLOR(inputbox_border, COLOR_YELLOW, COLOR_BLACK, false); + + DLG_COLOR(searchbox, COLOR_YELLOW, COLOR_BLACK, false); + DLG_COLOR(searchbox_title, COLOR_YELLOW, COLOR_BLACK, true); + DLG_COLOR(searchbox_border, COLOR_BLACK, COLOR_BLACK, true); + + DLG_COLOR(position_indicator, COLOR_RED, COLOR_BLACK, false); + + DLG_COLOR(menubox, COLOR_YELLOW, COLOR_BLACK, false); + DLG_COLOR(menubox_border, COLOR_BLACK, COLOR_BLACK, true); + + DLG_COLOR(item, COLOR_WHITE, COLOR_BLACK, false); + DLG_COLOR(item_selected, COLOR_WHITE, COLOR_RED, false); + + DLG_COLOR(tag, COLOR_RED, COLOR_BLACK, false); + DLG_COLOR(tag_selected, COLOR_YELLOW, COLOR_RED, true); + DLG_COLOR(tag_key, COLOR_RED, COLOR_BLACK, false); + DLG_COLOR(tag_key_selected, COLOR_YELLOW, COLOR_RED, true); + + DLG_COLOR(check, COLOR_YELLOW, COLOR_BLACK, false); + DLG_COLOR(check_selected, COLOR_YELLOW, COLOR_RED, true); + + DLG_COLOR(uarrow, COLOR_RED, COLOR_BLACK, false); + DLG_COLOR(darrow, COLOR_RED, COLOR_BLACK, false); +} + +static void set_bluetitle_theme(void) +{ + set_classic_theme(); + DLG_COLOR(title, COLOR_BLUE, COLOR_WHITE, true); + DLG_COLOR(button_key_active, COLOR_YELLOW, COLOR_BLUE, true); + DLG_COLOR(button_label_active, COLOR_WHITE, COLOR_BLUE, true); + DLG_COLOR(searchbox_title, COLOR_BLUE, COLOR_WHITE, true); + DLG_COLOR(position_indicator, COLOR_BLUE, COLOR_WHITE, true); + DLG_COLOR(tag, COLOR_BLUE, COLOR_WHITE, true); + DLG_COLOR(tag_key, COLOR_BLUE, COLOR_WHITE, true); + +} + +/* + * Select color theme + */ +static int set_theme(const char *theme) +{ + int use_color = 1; + if (!theme) + set_bluetitle_theme(); + else if (strcmp(theme, "classic") == 0) + set_classic_theme(); + else if (strcmp(theme, "bluetitle") == 0) + set_bluetitle_theme(); + else if (strcmp(theme, "blackbg") == 0) + set_blackbg_theme(); + else if (strcmp(theme, "mono") == 0) + use_color = 0; + + return use_color; +} + +static void init_one_color(struct dialog_color *color) +{ + static int pair = 0; + + pair++; + init_pair(pair, color->fg, color->bg); + if (color->hl) + color->atr = A_BOLD | COLOR_PAIR(pair); + else + color->atr = COLOR_PAIR(pair); +} + +static void init_dialog_colors(void) +{ + init_one_color(&dlg.screen); + init_one_color(&dlg.shadow); + init_one_color(&dlg.dialog); + init_one_color(&dlg.title); + init_one_color(&dlg.border); + init_one_color(&dlg.button_active); + init_one_color(&dlg.button_inactive); + init_one_color(&dlg.button_key_active); + init_one_color(&dlg.button_key_inactive); + init_one_color(&dlg.button_label_active); + init_one_color(&dlg.button_label_inactive); + init_one_color(&dlg.inputbox); + init_one_color(&dlg.inputbox_border); + init_one_color(&dlg.searchbox); + init_one_color(&dlg.searchbox_title); + init_one_color(&dlg.searchbox_border); + init_one_color(&dlg.position_indicator); + init_one_color(&dlg.menubox); + init_one_color(&dlg.menubox_border); + init_one_color(&dlg.item); + init_one_color(&dlg.item_selected); + init_one_color(&dlg.tag); + init_one_color(&dlg.tag_selected); + init_one_color(&dlg.tag_key); + init_one_color(&dlg.tag_key_selected); + init_one_color(&dlg.check); + init_one_color(&dlg.check_selected); + init_one_color(&dlg.uarrow); + init_one_color(&dlg.darrow); +} + +/* + * Setup for color display + */ +static void color_setup(const char *theme) +{ + int use_color; + + use_color = set_theme(theme); + if (use_color && has_colors()) { + start_color(); + init_dialog_colors(); + } else + set_mono_theme(); +} + +/* + * Set window to attribute 'attr' + */ +void attr_clear(WINDOW * win, int height, int width, chtype attr) +{ + int i, j; + + wattrset(win, attr); + for (i = 0; i < height; i++) { + wmove(win, i, 0); + for (j = 0; j < width; j++) + waddch(win, ' '); + } + touchwin(win); +} + +void dialog_clear(void) +{ + int lines, columns; + + lines = getmaxy(stdscr); + columns = getmaxx(stdscr); + + attr_clear(stdscr, lines, columns, dlg.screen.atr); + /* Display background title if it exists ... - SLH */ + if (dlg.backtitle != NULL) { + int i, len = 0, skip = 0; + struct subtitle_list *pos; + + wattrset(stdscr, dlg.screen.atr); + mvwaddstr(stdscr, 0, 1, (char *)dlg.backtitle); + + for (pos = dlg.subtitles; pos != NULL; pos = pos->next) { + /* 3 is for the arrow and spaces */ + len += strlen(pos->text) + 3; + } + + wmove(stdscr, 1, 1); + if (len > columns - 2) { + const char *ellipsis = "[...] "; + waddstr(stdscr, ellipsis); + skip = len - (columns - 2 - strlen(ellipsis)); + } + + for (pos = dlg.subtitles; pos != NULL; pos = pos->next) { + if (skip == 0) + waddch(stdscr, ACS_RARROW); + else + skip--; + + if (skip == 0) + waddch(stdscr, ' '); + else + skip--; + + if (skip < strlen(pos->text)) { + waddstr(stdscr, pos->text + skip); + skip = 0; + } else + skip -= strlen(pos->text); + + if (skip == 0) + waddch(stdscr, ' '); + else + skip--; + } + + for (i = len + 1; i < columns - 1; i++) + waddch(stdscr, ACS_HLINE); + } + wnoutrefresh(stdscr); +} + +/* + * Do some initialization for dialog + */ +int init_dialog(const char *backtitle) +{ + int height, width; + + initscr(); /* Init curses */ + + /* Get current cursor position for signal handler in mconf.c */ + getyx(stdscr, saved_y, saved_x); + + getmaxyx(stdscr, height, width); + if (height < WINDOW_HEIGTH_MIN || width < WINDOW_WIDTH_MIN) { + endwin(); + return -ERRDISPLAYTOOSMALL; + } + + dlg.backtitle = backtitle; + color_setup(getenv("MENUCONFIG_COLOR")); + + keypad(stdscr, TRUE); + cbreak(); + noecho(); + dialog_clear(); + + return 0; +} + +void set_dialog_backtitle(const char *backtitle) +{ + dlg.backtitle = backtitle; +} + +void set_dialog_subtitles(struct subtitle_list *subtitles) +{ + dlg.subtitles = subtitles; +} + +/* + * End using dialog functions. + */ +void end_dialog(int x, int y) +{ + /* move cursor back to original position */ + move(y, x); + refresh(); + endwin(); +} + +/* Print the title of the dialog. Center the title and truncate + * tile if wider than dialog (- 2 chars). + **/ +void print_title(WINDOW *dialog, const char *title, int width) +{ + if (title) { + int tlen = MIN(width - 2, strlen(title)); + wattrset(dialog, dlg.title.atr); + mvwaddch(dialog, 0, (width - tlen) / 2 - 1, ' '); + mvwaddnstr(dialog, 0, (width - tlen)/2, title, tlen); + waddch(dialog, ' '); + } +} + +/* + * Print a string of text in a window, automatically wrap around to the + * next line if the string is too long to fit on one line. Newline + * characters '\n' are propperly processed. We start on a new line + * if there is no room for at least 4 nonblanks following a double-space. + */ +void print_autowrap(WINDOW * win, const char *prompt, int width, int y, int x) +{ + int newl, cur_x, cur_y; + int prompt_len, room, wlen; + char tempstr[MAX_LEN + 1], *word, *sp, *sp2, *newline_separator = 0; + + strcpy(tempstr, prompt); + + prompt_len = strlen(tempstr); + + if (prompt_len <= width - x * 2) { /* If prompt is short */ + wmove(win, y, (width - prompt_len) / 2); + waddstr(win, tempstr); + } else { + cur_x = x; + cur_y = y; + newl = 1; + word = tempstr; + while (word && *word) { + sp = strpbrk(word, "\n "); + if (sp && *sp == '\n') + newline_separator = sp; + + if (sp) + *sp++ = 0; + + /* Wrap to next line if either the word does not fit, + or it is the first word of a new sentence, and it is + short, and the next word does not fit. */ + room = width - cur_x; + wlen = strlen(word); + if (wlen > room || + (newl && wlen < 4 && sp + && wlen + 1 + strlen(sp) > room + && (!(sp2 = strpbrk(sp, "\n ")) + || wlen + 1 + (sp2 - sp) > room))) { + cur_y++; + cur_x = x; + } + wmove(win, cur_y, cur_x); + waddstr(win, word); + getyx(win, cur_y, cur_x); + + /* Move to the next line if the word separator was a newline */ + if (newline_separator) { + cur_y++; + cur_x = x; + newline_separator = 0; + } else + cur_x++; + + if (sp && *sp == ' ') { + cur_x++; /* double space */ + while (*++sp == ' ') ; + newl = 1; + } else + newl = 0; + word = sp; + } + } +} + +/* + * Print a button + */ +void print_button(WINDOW * win, const char *label, int y, int x, int selected) +{ + int i, temp; + + wmove(win, y, x); + wattrset(win, selected ? dlg.button_active.atr + : dlg.button_inactive.atr); + waddstr(win, "<"); + temp = strspn(label, " "); + label += temp; + wattrset(win, selected ? dlg.button_label_active.atr + : dlg.button_label_inactive.atr); + for (i = 0; i < temp; i++) + waddch(win, ' '); + wattrset(win, selected ? dlg.button_key_active.atr + : dlg.button_key_inactive.atr); + waddch(win, label[0]); + wattrset(win, selected ? dlg.button_label_active.atr + : dlg.button_label_inactive.atr); + waddstr(win, (char *)label + 1); + wattrset(win, selected ? dlg.button_active.atr + : dlg.button_inactive.atr); + waddstr(win, ">"); + wmove(win, y, x + temp + 1); +} + +/* + * Draw a rectangular box with line drawing characters + */ +void +draw_box(WINDOW * win, int y, int x, int height, int width, + chtype box, chtype border) +{ + int i, j; + + wattrset(win, 0); + for (i = 0; i < height; i++) { + wmove(win, y + i, x); + for (j = 0; j < width; j++) + if (!i && !j) + waddch(win, border | ACS_ULCORNER); + else if (i == height - 1 && !j) + waddch(win, border | ACS_LLCORNER); + else if (!i && j == width - 1) + waddch(win, box | ACS_URCORNER); + else if (i == height - 1 && j == width - 1) + waddch(win, box | ACS_LRCORNER); + else if (!i) + waddch(win, border | ACS_HLINE); + else if (i == height - 1) + waddch(win, box | ACS_HLINE); + else if (!j) + waddch(win, border | ACS_VLINE); + else if (j == width - 1) + waddch(win, box | ACS_VLINE); + else + waddch(win, box | ' '); + } +} + +/* + * Draw shadows along the right and bottom edge to give a more 3D look + * to the boxes + */ +void draw_shadow(WINDOW * win, int y, int x, int height, int width) +{ + int i; + + if (has_colors()) { /* Whether terminal supports color? */ + wattrset(win, dlg.shadow.atr); + wmove(win, y + height, x + 2); + for (i = 0; i < width; i++) + waddch(win, winch(win) & A_CHARTEXT); + for (i = y + 1; i < y + height + 1; i++) { + wmove(win, i, x + width); + waddch(win, winch(win) & A_CHARTEXT); + waddch(win, winch(win) & A_CHARTEXT); + } + wnoutrefresh(win); + } +} + +/* + * Return the position of the first alphabetic character in a string. + */ +int first_alpha(const char *string, const char *exempt) +{ + int i, in_paren = 0, c; + + for (i = 0; i < strlen(string); i++) { + c = tolower(string[i]); + + if (strchr("<[(", c)) + ++in_paren; + if (strchr(">])", c) && in_paren > 0) + --in_paren; + + if ((!in_paren) && isalpha(c) && strchr(exempt, c) == 0) + return i; + } + + return 0; +} + +/* + * ncurses uses ESC to detect escaped char sequences. This resutl in + * a small timeout before ESC is actually delivered to the application. + * lxdialog suggest which is correctly translated to two + * times esc. But then we need to ignore the second esc to avoid stepping + * out one menu too much. Filter away all escaped key sequences since + * keypad(FALSE) turn off ncurses support for escape sequences - and thats + * needed to make notimeout() do as expected. + */ +int on_key_esc(WINDOW *win) +{ + int key; + int key2; + int key3; + + nodelay(win, TRUE); + keypad(win, FALSE); + key = wgetch(win); + key2 = wgetch(win); + do { + key3 = wgetch(win); + } while (key3 != ERR); + nodelay(win, FALSE); + keypad(win, TRUE); + if (key == KEY_ESC && key2 == ERR) + return KEY_ESC; + else if (key != ERR && key != KEY_ESC && key2 == ERR) + ungetch(key); + + return -1; +} + +/* redraw screen in new size */ +int on_key_resize(void) +{ + dialog_clear(); + return KEY_RESIZE; +} + +struct dialog_list *item_cur; +struct dialog_list item_nil; +struct dialog_list *item_head; + +void item_reset(void) +{ + struct dialog_list *p, *next; + + for (p = item_head; p; p = next) { + next = p->next; + free(p); + } + item_head = NULL; + item_cur = &item_nil; +} + +void item_make(const char *fmt, ...) +{ + va_list ap; + struct dialog_list *p = malloc(sizeof(*p)); + + if (item_head) + item_cur->next = p; + else + item_head = p; + item_cur = p; + memset(p, 0, sizeof(*p)); + + va_start(ap, fmt); + vsnprintf(item_cur->node.str, sizeof(item_cur->node.str), fmt, ap); + va_end(ap); +} + +void item_add_str(const char *fmt, ...) +{ + va_list ap; + size_t avail; + + avail = sizeof(item_cur->node.str) - strlen(item_cur->node.str); + + va_start(ap, fmt); + vsnprintf(item_cur->node.str + strlen(item_cur->node.str), + avail, fmt, ap); + item_cur->node.str[sizeof(item_cur->node.str) - 1] = '\0'; + va_end(ap); +} + +void item_set_tag(char tag) +{ + item_cur->node.tag = tag; +} +void item_set_data(void *ptr) +{ + item_cur->node.data = ptr; +} + +void item_set_selected(int val) +{ + item_cur->node.selected = val; +} + +int item_activate_selected(void) +{ + item_foreach() + if (item_is_selected()) + return 1; + return 0; +} + +void *item_data(void) +{ + return item_cur->node.data; +} + +char item_tag(void) +{ + return item_cur->node.tag; +} + +int item_count(void) +{ + int n = 0; + struct dialog_list *p; + + for (p = item_head; p; p = p->next) + n++; + return n; +} + +void item_set(int n) +{ + int i = 0; + item_foreach() + if (i++ == n) + return; +} + +int item_n(void) +{ + int n = 0; + struct dialog_list *p; + + for (p = item_head; p; p = p->next) { + if (p == item_cur) + return n; + n++; + } + return 0; +} + +const char *item_str(void) +{ + return item_cur->node.str; +} + +int item_is_selected(void) +{ + return (item_cur->node.selected != 0); +} + +int item_is_tag(char tag) +{ + return (item_cur->node.tag == tag); +} diff --git a/xen/tools/kconfig/lxdialog/yesno.c b/xen/tools/kconfig/lxdialog/yesno.c new file mode 100644 index 0000000..676fb2f --- /dev/null +++ b/xen/tools/kconfig/lxdialog/yesno.c @@ -0,0 +1,114 @@ +/* + * yesno.c -- implements the yes/no box + * + * ORIGINAL AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * MODIFIED FOR LINUX KERNEL CONFIG BY: William Roadcap (roadcap@cfw.com) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +#include "dialog.h" + +/* + * Display termination buttons + */ +static void print_buttons(WINDOW * dialog, int height, int width, int selected) +{ + int x = width / 2 - 10; + int y = height - 2; + + print_button(dialog, gettext(" Yes "), y, x, selected == 0); + print_button(dialog, gettext(" No "), y, x + 13, selected == 1); + + wmove(dialog, y, x + 1 + 13 * selected); + wrefresh(dialog); +} + +/* + * Display a dialog box with two buttons - Yes and No + */ +int dialog_yesno(const char *title, const char *prompt, int height, int width) +{ + int i, x, y, key = 0, button = 0; + WINDOW *dialog; + +do_resize: + if (getmaxy(stdscr) < (height + YESNO_HEIGTH_MIN)) + return -ERRDISPLAYTOOSMALL; + if (getmaxx(stdscr) < (width + YESNO_WIDTH_MIN)) + return -ERRDISPLAYTOOSMALL; + + /* center dialog box on screen */ + x = (getmaxx(stdscr) - width) / 2; + y = (getmaxy(stdscr) - height) / 2; + + draw_shadow(stdscr, y, x, height, width); + + dialog = newwin(height, width, y, x); + keypad(dialog, TRUE); + + draw_box(dialog, 0, 0, height, width, + dlg.dialog.atr, dlg.border.atr); + wattrset(dialog, dlg.border.atr); + mvwaddch(dialog, height - 3, 0, ACS_LTEE); + for (i = 0; i < width - 2; i++) + waddch(dialog, ACS_HLINE); + wattrset(dialog, dlg.dialog.atr); + waddch(dialog, ACS_RTEE); + + print_title(dialog, title, width); + + wattrset(dialog, dlg.dialog.atr); + print_autowrap(dialog, prompt, width - 2, 1, 3); + + print_buttons(dialog, height, width, 0); + + while (key != KEY_ESC) { + key = wgetch(dialog); + switch (key) { + case 'Y': + case 'y': + delwin(dialog); + return 0; + case 'N': + case 'n': + delwin(dialog); + return 1; + + case TAB: + case KEY_LEFT: + case KEY_RIGHT: + button = ((key == KEY_LEFT ? --button : ++button) < 0) ? 1 : (button > 1 ? 0 : button); + + print_buttons(dialog, height, width, button); + wrefresh(dialog); + break; + case ' ': + case '\n': + delwin(dialog); + return button; + case KEY_ESC: + key = on_key_esc(dialog); + break; + case KEY_RESIZE: + delwin(dialog); + on_key_resize(); + goto do_resize; + } + } + + delwin(dialog); + return key; /* ESC pressed */ +} diff --git a/xen/tools/kconfig/mconf.c b/xen/tools/kconfig/mconf.c new file mode 100644 index 0000000..315ce2c --- /dev/null +++ b/xen/tools/kconfig/mconf.c @@ -0,0 +1,1047 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + * + * Introduced single menu mode (show all sub-menus in one large tree). + * 2002-11-06 Petr Baudis + * + * i18n, 2005, Arnaldo Carvalho de Melo + */ + +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#include "lkc.h" +#include "lxdialog/dialog.h" + +static const char mconf_readme[] = N_( +"Overview\n" +"--------\n" +"This interface lets you select features and parameters for the build.\n" +"Features can either be built-in, modularized, or ignored. Parameters\n" +"must be entered in as decimal or hexadecimal numbers or text.\n" +"\n" +"Menu items beginning with following braces represent features that\n" +" [ ] can be built in or removed\n" +" < > can be built in, modularized or removed\n" +" { } can be built in or modularized (selected by other feature)\n" +" - - are selected by other feature,\n" +"while *, M or whitespace inside braces means to build in, build as\n" +"a module or to exclude the feature respectively.\n" +"\n" +"To change any of these features, highlight it with the cursor\n" +"keys and press to build it in, to make it a module or\n" +" to remove it. You may also press the to cycle\n" +"through the available options (i.e. Y->N->M->Y).\n" +"\n" +"Some additional keyboard hints:\n" +"\n" +"Menus\n" +"----------\n" +"o Use the Up/Down arrow keys (cursor keys) to highlight the item you\n" +" wish to change or the submenu you wish to select and press .\n" +" Submenus are designated by \"--->\", empty ones by \"----\".\n" +"\n" +" Shortcut: Press the option's highlighted letter (hotkey).\n" +" Pressing a hotkey more than once will sequence\n" +" through all visible items which use that hotkey.\n" +"\n" +" You may also use the and keys to scroll\n" +" unseen options into view.\n" +"\n" +"o To exit a menu use the cursor keys to highlight the button\n" +" and press .\n" +"\n" +" Shortcut: Press or or if there is no hotkey\n" +" using those letters. You may press a single , but\n" +" there is a delayed response which you may find annoying.\n" +"\n" +" Also, the and cursor keys will cycle between and\n" +" \n" +"\n" +"\n" +"Data Entry\n" +"-----------\n" +"o Enter the requested information and press \n" +" If you are entering hexadecimal values, it is not necessary to\n" +" add the '0x' prefix to the entry.\n" +"\n" +"o For help, use the or cursor keys to highlight the help option\n" +" and press . You can try as well.\n" +"\n" +"\n" +"Text Box (Help Window)\n" +"--------\n" +"o Use the cursor keys to scroll up/down/left/right. The VI editor\n" +" keys h,j,k,l function here as do , , and for\n" +" those who are familiar with less and lynx.\n" +"\n" +"o Press , , , or to exit.\n" +"\n" +"\n" +"Alternate Configuration Files\n" +"-----------------------------\n" +"Menuconfig supports the use of alternate configuration files for\n" +"those who, for various reasons, find it necessary to switch\n" +"between different configurations.\n" +"\n" +"The button will let you save the current configuration to\n" +"a file of your choosing. Use the button to load a previously\n" +"saved alternate configuration.\n" +"\n" +"Even if you don't use alternate configuration files, but you find\n" +"during a Menuconfig session that you have completely messed up your\n" +"settings, you may use the button to restore your previously\n" +"saved settings from \".config\" without restarting Menuconfig.\n" +"\n" +"Other information\n" +"-----------------\n" +"If you use Menuconfig in an XTERM window, make sure you have your\n" +"$TERM variable set to point to an xterm definition which supports\n" +"color. Otherwise, Menuconfig will look rather bad. Menuconfig will\n" +"not display correctly in an RXVT window because rxvt displays only one\n" +"intensity of color, bright.\n" +"\n" +"Menuconfig will display larger menus on screens or xterms which are\n" +"set to display more than the standard 25 row by 80 column geometry.\n" +"In order for this to work, the \"stty size\" command must be able to\n" +"display the screen's current row and column geometry. I STRONGLY\n" +"RECOMMEND that you make sure you do NOT have the shell variables\n" +"LINES and COLUMNS exported into your environment. Some distributions\n" +"export those variables via /etc/profile. Some ncurses programs can\n" +"become confused when those variables (LINES & COLUMNS) don't reflect\n" +"the true screen size.\n" +"\n" +"Optional personality available\n" +"------------------------------\n" +"If you prefer to have all of the options listed in a single menu,\n" +"rather than the default multimenu hierarchy, run the menuconfig with\n" +"MENUCONFIG_MODE environment variable set to single_menu. Example:\n" +"\n" +"make MENUCONFIG_MODE=single_menu menuconfig\n" +"\n" +" will then unroll the appropriate category, or enfold it if it\n" +"is already unrolled.\n" +"\n" +"Note that this mode can eventually be a little more CPU expensive\n" +"(especially with a larger number of unrolled categories) than the\n" +"default mode.\n" +"\n" +"Different color themes available\n" +"--------------------------------\n" +"It is possible to select different color themes using the variable\n" +"MENUCONFIG_COLOR. To select a theme use:\n" +"\n" +"make MENUCONFIG_COLOR= menuconfig\n" +"\n" +"Available themes are\n" +" mono => selects colors suitable for monochrome displays\n" +" blackbg => selects a color scheme with black background\n" +" classic => theme with blue background. The classic look\n" +" bluetitle => an LCD friendly version of classic. (default)\n" +"\n"), +menu_instructions[] = N_( + "Arrow keys navigate the menu. " + " selects submenus ---> (or empty submenus ----). " + "Highlighted letters are hotkeys. " + "Pressing includes, excludes, modularizes features. " + "Press to exit, for Help, for Search. " + "Legend: [*] built-in [ ] excluded module < > module capable"), +radiolist_instructions[] = N_( + "Use the arrow keys to navigate this window or " + "press the hotkey of the item you wish to select " + "followed by the . " + "Press for additional information about this option."), +inputbox_instructions_int[] = N_( + "Please enter a decimal value. " + "Fractions will not be accepted. " + "Use the key to move from the input field to the buttons below it."), +inputbox_instructions_hex[] = N_( + "Please enter a hexadecimal value. " + "Use the key to move from the input field to the buttons below it."), +inputbox_instructions_string[] = N_( + "Please enter a string value. " + "Use the key to move from the input field to the buttons below it."), +setmod_text[] = N_( + "This feature depends on another which has been configured as a module.\n" + "As a result, this feature will be built as a module."), +load_config_text[] = N_( + "Enter the name of the configuration file you wish to load. " + "Accept the name shown to restore the configuration you " + "last retrieved. Leave blank to abort."), +load_config_help[] = N_( + "\n" + "For various reasons, one may wish to keep several different\n" + "configurations available on a single machine.\n" + "\n" + "If you have saved a previous configuration in a file other than the\n" + "default one, entering its name here will allow you to modify that\n" + "configuration.\n" + "\n" + "If you are uncertain, then you have probably never used alternate\n" + "configuration files. You should therefore leave this blank to abort.\n"), +save_config_text[] = N_( + "Enter a filename to which this configuration should be saved " + "as an alternate. Leave blank to abort."), +save_config_help[] = N_( + "\n" + "For various reasons, one may wish to keep different configurations\n" + "available on a single machine.\n" + "\n" + "Entering a file name here will allow you to later retrieve, modify\n" + "and use the current configuration as an alternate to whatever\n" + "configuration options you have selected at that time.\n" + "\n" + "If you are uncertain what all this means then you should probably\n" + "leave this blank.\n"), +search_help[] = N_( + "\n" + "Search for symbols and display their relations.\n" + "Regular expressions are allowed.\n" + "Example: search for \"^FOO\"\n" + "Result:\n" + "-----------------------------------------------------------------\n" + "Symbol: FOO [=m]\n" + "Type : tristate\n" + "Prompt: Foo bus is used to drive the bar HW\n" + " Location:\n" + " -> Bus options (PCI, PCMCIA, EISA, ISA)\n" + " -> PCI support (PCI [=y])\n" + "(1) -> PCI access mode ( [=y])\n" + " Defined at drivers/pci/Kconfig:47\n" + " Depends on: X86_LOCAL_APIC && X86_IO_APIC || IA64\n" + " Selects: LIBCRC32\n" + " Selected by: BAR [=n]\n" + "-----------------------------------------------------------------\n" + "o The line 'Type:' shows the type of the configuration option for\n" + " this symbol (boolean, tristate, string, ...)\n" + "o The line 'Prompt:' shows the text used in the menu structure for\n" + " this symbol\n" + "o The 'Defined at' line tells at what file / line number the symbol\n" + " is defined\n" + "o The 'Depends on:' line tells what symbols need to be defined for\n" + " this symbol to be visible in the menu (selectable)\n" + "o The 'Location:' lines tells where in the menu structure this symbol\n" + " is located\n" + " A location followed by a [=y] indicates that this is a\n" + " selectable menu item - and the current value is displayed inside\n" + " brackets.\n" + " Press the key in the (#) prefix to jump directly to that\n" + " location. You will be returned to the current search results\n" + " after exiting this new menu.\n" + "o The 'Selects:' line tells what symbols will be automatically\n" + " selected if this symbol is selected (y or m)\n" + "o The 'Selected by' line tells what symbol has selected this symbol\n" + "\n" + "Only relevant lines are shown.\n" + "\n\n" + "Search examples:\n" + "Examples: USB => find all symbols containing USB\n" + " ^USB => find all symbols starting with USB\n" + " USB$ => find all symbols ending with USB\n" + "\n"); + +static int indent; +static struct menu *current_menu; +static int child_count; +static int single_menu_mode; +static int show_all_options; +static int save_and_exit; +static int silent; + +static void conf(struct menu *menu, struct menu *active_menu); +static void conf_choice(struct menu *menu); +static void conf_string(struct menu *menu); +static void conf_load(void); +static void conf_save(void); +static int show_textbox_ext(const char *title, char *text, int r, int c, + int *keys, int *vscroll, int *hscroll, + update_text_fn update_text, void *data); +static void show_textbox(const char *title, const char *text, int r, int c); +static void show_helptext(const char *title, const char *text); +static void show_help(struct menu *menu); + +static char filename[PATH_MAX+1]; +static void set_config_filename(const char *config_filename) +{ + static char menu_backtitle[PATH_MAX+128]; + int size; + + size = snprintf(menu_backtitle, sizeof(menu_backtitle), + "%s - %s", config_filename, rootmenu.prompt->text); + if (size >= sizeof(menu_backtitle)) + menu_backtitle[sizeof(menu_backtitle)-1] = '\0'; + set_dialog_backtitle(menu_backtitle); + + size = snprintf(filename, sizeof(filename), "%s", config_filename); + if (size >= sizeof(filename)) + filename[sizeof(filename)-1] = '\0'; +} + +struct subtitle_part { + struct list_head entries; + const char *text; +}; +static LIST_HEAD(trail); + +static struct subtitle_list *subtitles; +static void set_subtitle(void) +{ + struct subtitle_part *sp; + struct subtitle_list *pos, *tmp; + + for (pos = subtitles; pos != NULL; pos = tmp) { + tmp = pos->next; + free(pos); + } + + subtitles = NULL; + list_for_each_entry(sp, &trail, entries) { + if (sp->text) { + if (pos) { + pos->next = xcalloc(1, sizeof(*pos)); + pos = pos->next; + } else { + subtitles = pos = xcalloc(1, sizeof(*pos)); + } + pos->text = sp->text; + } + } + + set_dialog_subtitles(subtitles); +} + +static void reset_subtitle(void) +{ + struct subtitle_list *pos, *tmp; + + for (pos = subtitles; pos != NULL; pos = tmp) { + tmp = pos->next; + free(pos); + } + subtitles = NULL; + set_dialog_subtitles(subtitles); +} + +struct search_data { + struct list_head *head; + struct menu **targets; + int *keys; +}; + +static void update_text(char *buf, size_t start, size_t end, void *_data) +{ + struct search_data *data = _data; + struct jump_key *pos; + int k = 0; + + list_for_each_entry(pos, data->head, entries) { + if (pos->offset >= start && pos->offset < end) { + char header[4]; + + if (k < JUMP_NB) { + int key = '0' + (pos->index % JUMP_NB) + 1; + + sprintf(header, "(%c)", key); + data->keys[k] = key; + data->targets[k] = pos->target; + k++; + } else { + sprintf(header, " "); + } + + memcpy(buf + pos->offset, header, sizeof(header) - 1); + } + } + data->keys[k] = 0; +} + +static void search_conf(void) +{ + struct symbol **sym_arr; + struct gstr res; + struct gstr title; + char *dialog_input; + int dres, vscroll = 0, hscroll = 0; + bool again; + struct gstr sttext; + struct subtitle_part stpart; + + title = str_new(); + str_printf( &title, _("Enter (sub)string or regexp to search for " + "(with or without \"%s\")"), CONFIG_); + +again: + dialog_clear(); + dres = dialog_inputbox(_("Search Configuration Parameter"), + str_get(&title), + 10, 75, ""); + switch (dres) { + case 0: + break; + case 1: + show_helptext(_("Search Configuration"), search_help); + goto again; + default: + str_free(&title); + return; + } + + /* strip the prefix if necessary */ + dialog_input = dialog_input_result; + if (strncasecmp(dialog_input_result, CONFIG_, strlen(CONFIG_)) == 0) + dialog_input += strlen(CONFIG_); + + sttext = str_new(); + str_printf(&sttext, "Search (%s)", dialog_input_result); + stpart.text = str_get(&sttext); + list_add_tail(&stpart.entries, &trail); + + sym_arr = sym_re_search(dialog_input); + do { + LIST_HEAD(head); + struct menu *targets[JUMP_NB]; + int keys[JUMP_NB + 1], i; + struct search_data data = { + .head = &head, + .targets = targets, + .keys = keys, + }; + struct jump_key *pos, *tmp; + + res = get_relations_str(sym_arr, &head); + set_subtitle(); + dres = show_textbox_ext(_("Search Results"), (char *) + str_get(&res), 0, 0, keys, &vscroll, + &hscroll, &update_text, (void *) + &data); + again = false; + for (i = 0; i < JUMP_NB && keys[i]; i++) + if (dres == keys[i]) { + conf(targets[i]->parent, targets[i]); + again = true; + } + str_free(&res); + list_for_each_entry_safe(pos, tmp, &head, entries) + free(pos); + } while (again); + free(sym_arr); + str_free(&title); + list_del(trail.prev); + str_free(&sttext); +} + +static void build_conf(struct menu *menu) +{ + struct symbol *sym; + struct property *prop; + struct menu *child; + int type, tmp, doint = 2; + tristate val; + char ch; + bool visible; + + /* + * note: menu_is_visible() has side effect that it will + * recalc the value of the symbol. + */ + visible = menu_is_visible(menu); + if (show_all_options && !menu_has_prompt(menu)) + return; + else if (!show_all_options && !visible) + return; + + sym = menu->sym; + prop = menu->prompt; + if (!sym) { + if (prop && menu != current_menu) { + const char *prompt = menu_get_prompt(menu); + switch (prop->type) { + case P_MENU: + child_count++; + prompt = _(prompt); + if (single_menu_mode) { + item_make("%s%*c%s", + menu->data ? "-->" : "++>", + indent + 1, ' ', prompt); + } else + item_make(" %*c%s %s", + indent + 1, ' ', prompt, + menu_is_empty(menu) ? "----" : "--->"); + item_set_tag('m'); + item_set_data(menu); + if (single_menu_mode && menu->data) + goto conf_childs; + return; + case P_COMMENT: + if (prompt) { + child_count++; + item_make(" %*c*** %s ***", indent + 1, ' ', _(prompt)); + item_set_tag(':'); + item_set_data(menu); + } + break; + default: + if (prompt) { + child_count++; + item_make("---%*c%s", indent + 1, ' ', _(prompt)); + item_set_tag(':'); + item_set_data(menu); + } + } + } else + doint = 0; + goto conf_childs; + } + + type = sym_get_type(sym); + if (sym_is_choice(sym)) { + struct symbol *def_sym = sym_get_choice_value(sym); + struct menu *def_menu = NULL; + + child_count++; + for (child = menu->list; child; child = child->next) { + if (menu_is_visible(child) && child->sym == def_sym) + def_menu = child; + } + + val = sym_get_tristate_value(sym); + if (sym_is_changable(sym)) { + switch (type) { + case S_BOOLEAN: + item_make("[%c]", val == no ? ' ' : '*'); + break; + case S_TRISTATE: + switch (val) { + case yes: ch = '*'; break; + case mod: ch = 'M'; break; + default: ch = ' '; break; + } + item_make("<%c>", ch); + break; + } + item_set_tag('t'); + item_set_data(menu); + } else { + item_make(" "); + item_set_tag(def_menu ? 't' : ':'); + item_set_data(menu); + } + + item_add_str("%*c%s", indent + 1, ' ', _(menu_get_prompt(menu))); + if (val == yes) { + if (def_menu) { + item_add_str(" (%s)", _(menu_get_prompt(def_menu))); + item_add_str(" --->"); + if (def_menu->list) { + indent += 2; + build_conf(def_menu); + indent -= 2; + } + } + return; + } + } else { + if (menu == current_menu) { + item_make("---%*c%s", indent + 1, ' ', _(menu_get_prompt(menu))); + item_set_tag(':'); + item_set_data(menu); + goto conf_childs; + } + child_count++; + val = sym_get_tristate_value(sym); + if (sym_is_choice_value(sym) && val == yes) { + item_make(" "); + item_set_tag(':'); + item_set_data(menu); + } else { + switch (type) { + case S_BOOLEAN: + if (sym_is_changable(sym)) + item_make("[%c]", val == no ? ' ' : '*'); + else + item_make("-%c-", val == no ? ' ' : '*'); + item_set_tag('t'); + item_set_data(menu); + break; + case S_TRISTATE: + switch (val) { + case yes: ch = '*'; break; + case mod: ch = 'M'; break; + default: ch = ' '; break; + } + if (sym_is_changable(sym)) { + if (sym->rev_dep.tri == mod) + item_make("{%c}", ch); + else + item_make("<%c>", ch); + } else + item_make("-%c-", ch); + item_set_tag('t'); + item_set_data(menu); + break; + default: + tmp = 2 + strlen(sym_get_string_value(sym)); /* () = 2 */ + item_make("(%s)", sym_get_string_value(sym)); + tmp = indent - tmp + 4; + if (tmp < 0) + tmp = 0; + item_add_str("%*c%s%s", tmp, ' ', _(menu_get_prompt(menu)), + (sym_has_value(sym) || !sym_is_changable(sym)) ? + "" : _(" (NEW)")); + item_set_tag('s'); + item_set_data(menu); + goto conf_childs; + } + } + item_add_str("%*c%s%s", indent + 1, ' ', _(menu_get_prompt(menu)), + (sym_has_value(sym) || !sym_is_changable(sym)) ? + "" : _(" (NEW)")); + if (menu->prompt->type == P_MENU) { + item_add_str(" %s", menu_is_empty(menu) ? "----" : "--->"); + return; + } + } + +conf_childs: + indent += doint; + for (child = menu->list; child; child = child->next) + build_conf(child); + indent -= doint; +} + +static void conf(struct menu *menu, struct menu *active_menu) +{ + struct menu *submenu; + const char *prompt = menu_get_prompt(menu); + struct subtitle_part stpart; + struct symbol *sym; + int res; + int s_scroll = 0; + + if (menu != &rootmenu) + stpart.text = menu_get_prompt(menu); + else + stpart.text = NULL; + list_add_tail(&stpart.entries, &trail); + + while (1) { + item_reset(); + current_menu = menu; + build_conf(menu); + if (!child_count) + break; + set_subtitle(); + dialog_clear(); + res = dialog_menu(prompt ? _(prompt) : _("Main Menu"), + _(menu_instructions), + active_menu, &s_scroll); + if (res == 1 || res == KEY_ESC || res == -ERRDISPLAYTOOSMALL) + break; + if (item_count() != 0) { + if (!item_activate_selected()) + continue; + if (!item_tag()) + continue; + } + submenu = item_data(); + active_menu = item_data(); + if (submenu) + sym = submenu->sym; + else + sym = NULL; + + switch (res) { + case 0: + switch (item_tag()) { + case 'm': + if (single_menu_mode) + submenu->data = (void *) (long) !submenu->data; + else + conf(submenu, NULL); + break; + case 't': + if (sym_is_choice(sym) && sym_get_tristate_value(sym) == yes) + conf_choice(submenu); + else if (submenu->prompt->type == P_MENU) + conf(submenu, NULL); + break; + case 's': + conf_string(submenu); + break; + } + break; + case 2: + if (sym) + show_help(submenu); + else { + reset_subtitle(); + show_helptext(_("README"), _(mconf_readme)); + } + break; + case 3: + reset_subtitle(); + conf_save(); + break; + case 4: + reset_subtitle(); + conf_load(); + break; + case 5: + if (item_is_tag('t')) { + if (sym_set_tristate_value(sym, yes)) + break; + if (sym_set_tristate_value(sym, mod)) + show_textbox(NULL, setmod_text, 6, 74); + } + break; + case 6: + if (item_is_tag('t')) + sym_set_tristate_value(sym, no); + break; + case 7: + if (item_is_tag('t')) + sym_set_tristate_value(sym, mod); + break; + case 8: + if (item_is_tag('t')) + sym_toggle_tristate_value(sym); + else if (item_is_tag('m')) + conf(submenu, NULL); + break; + case 9: + search_conf(); + break; + case 10: + show_all_options = !show_all_options; + break; + } + } + + list_del(trail.prev); +} + +static int show_textbox_ext(const char *title, char *text, int r, int c, int + *keys, int *vscroll, int *hscroll, update_text_fn + update_text, void *data) +{ + dialog_clear(); + return dialog_textbox(title, text, r, c, keys, vscroll, hscroll, + update_text, data); +} + +static void show_textbox(const char *title, const char *text, int r, int c) +{ + show_textbox_ext(title, (char *) text, r, c, (int []) {0}, NULL, NULL, + NULL, NULL); +} + +static void show_helptext(const char *title, const char *text) +{ + show_textbox(title, text, 0, 0); +} + +static void conf_message_callback(const char *fmt, va_list ap) +{ + char buf[PATH_MAX+1]; + + vsnprintf(buf, sizeof(buf), fmt, ap); + if (save_and_exit) { + if (!silent) + printf("%s", buf); + } else { + show_textbox(NULL, buf, 6, 60); + } +} + +static void show_help(struct menu *menu) +{ + struct gstr help = str_new(); + + help.max_width = getmaxx(stdscr) - 10; + menu_get_ext_help(menu, &help); + + show_helptext(_(menu_get_prompt(menu)), str_get(&help)); + str_free(&help); +} + +static void conf_choice(struct menu *menu) +{ + const char *prompt = _(menu_get_prompt(menu)); + struct menu *child; + struct symbol *active; + + active = sym_get_choice_value(menu->sym); + while (1) { + int res; + int selected; + item_reset(); + + current_menu = menu; + for (child = menu->list; child; child = child->next) { + if (!menu_is_visible(child)) + continue; + if (child->sym) + item_make("%s", _(menu_get_prompt(child))); + else { + item_make("*** %s ***", _(menu_get_prompt(child))); + item_set_tag(':'); + } + item_set_data(child); + if (child->sym == active) + item_set_selected(1); + if (child->sym == sym_get_choice_value(menu->sym)) + item_set_tag('X'); + } + dialog_clear(); + res = dialog_checklist(prompt ? _(prompt) : _("Main Menu"), + _(radiolist_instructions), + MENUBOX_HEIGTH_MIN, + MENUBOX_WIDTH_MIN, + CHECKLIST_HEIGTH_MIN); + selected = item_activate_selected(); + switch (res) { + case 0: + if (selected) { + child = item_data(); + if (!child->sym) + break; + + sym_set_tristate_value(child->sym, yes); + } + return; + case 1: + if (selected) { + child = item_data(); + show_help(child); + active = child->sym; + } else + show_help(menu); + break; + case KEY_ESC: + return; + case -ERRDISPLAYTOOSMALL: + return; + } + } +} + +static void conf_string(struct menu *menu) +{ + const char *prompt = menu_get_prompt(menu); + + while (1) { + int res; + const char *heading; + + switch (sym_get_type(menu->sym)) { + case S_INT: + heading = _(inputbox_instructions_int); + break; + case S_HEX: + heading = _(inputbox_instructions_hex); + break; + case S_STRING: + heading = _(inputbox_instructions_string); + break; + default: + heading = _("Internal mconf error!"); + } + dialog_clear(); + res = dialog_inputbox(prompt ? _(prompt) : _("Main Menu"), + heading, 10, 75, + sym_get_string_value(menu->sym)); + switch (res) { + case 0: + if (sym_set_string_value(menu->sym, dialog_input_result)) + return; + show_textbox(NULL, _("You have made an invalid entry."), 5, 43); + break; + case 1: + show_help(menu); + break; + case KEY_ESC: + return; + } + } +} + +static void conf_load(void) +{ + + while (1) { + int res; + dialog_clear(); + res = dialog_inputbox(NULL, load_config_text, + 11, 55, filename); + switch(res) { + case 0: + if (!dialog_input_result[0]) + return; + if (!conf_read(dialog_input_result)) { + set_config_filename(dialog_input_result); + sym_set_change_count(1); + return; + } + show_textbox(NULL, _("File does not exist!"), 5, 38); + break; + case 1: + show_helptext(_("Load Alternate Configuration"), load_config_help); + break; + case KEY_ESC: + return; + } + } +} + +static void conf_save(void) +{ + while (1) { + int res; + dialog_clear(); + res = dialog_inputbox(NULL, save_config_text, + 11, 55, filename); + switch(res) { + case 0: + if (!dialog_input_result[0]) + return; + if (!conf_write(dialog_input_result)) { + set_config_filename(dialog_input_result); + return; + } + show_textbox(NULL, _("Can't create file! Probably a nonexistent directory."), 5, 60); + break; + case 1: + show_helptext(_("Save Alternate Configuration"), save_config_help); + break; + case KEY_ESC: + return; + } + } +} + +static int handle_exit(void) +{ + int res; + + save_and_exit = 1; + reset_subtitle(); + dialog_clear(); + if (conf_get_changed()) + res = dialog_yesno(NULL, + _("Do you wish to save your new configuration?\n" + "(Press to continue kernel configuration.)"), + 6, 60); + else + res = -1; + + end_dialog(saved_x, saved_y); + + switch (res) { + case 0: + if (conf_write(filename)) { + fprintf(stderr, _("\n\n" + "Error while writing of the configuration.\n" + "Your configuration changes were NOT saved." + "\n\n")); + return 1; + } + /* fall through */ + case -1: + if (!silent) + printf(_("\n\n" + "*** End of the configuration.\n" + "*** Execute 'make' to start the build or try 'make help'." + "\n\n")); + res = 0; + break; + default: + if (!silent) + fprintf(stderr, _("\n\n" + "Your configuration changes were NOT saved." + "\n\n")); + if (res != KEY_ESC) + res = 0; + } + + return res; +} + +static void sig_handler(int signo) +{ + exit(handle_exit()); +} + +int main(int ac, char **av) +{ + char *mode; + int res; + + setlocale(LC_ALL, ""); + bindtextdomain(PACKAGE, LOCALEDIR); + textdomain(PACKAGE); + + signal(SIGINT, sig_handler); + + if (ac > 1 && strcmp(av[1], "-s") == 0) { + silent = 1; + /* Silence conf_read() until the real callback is set up */ + conf_set_message_callback(NULL); + av++; + } + conf_parse(av[1]); + conf_read(NULL); + + mode = getenv("MENUCONFIG_MODE"); + if (mode) { + if (!strcasecmp(mode, "single_menu")) + single_menu_mode = 1; + } + + if (init_dialog(NULL)) { + fprintf(stderr, N_("Your display is too small to run Menuconfig!\n")); + fprintf(stderr, N_("It must be at least 19 lines by 80 columns.\n")); + return 1; + } + + set_config_filename(conf_get_configname()); + conf_set_message_callback(conf_message_callback); + do { + conf(&rootmenu, NULL); + res = handle_exit(); + } while (res == KEY_ESC); + + return res; +} diff --git a/xen/tools/kconfig/menu.c b/xen/tools/kconfig/menu.c new file mode 100644 index 0000000..b05cc3d --- /dev/null +++ b/xen/tools/kconfig/menu.c @@ -0,0 +1,697 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include + +#include "lkc.h" + +static const char nohelp_text[] = "There is no help available for this option."; + +struct menu rootmenu; +static struct menu **last_entry_ptr; + +struct file *file_list; +struct file *current_file; + +void menu_warn(struct menu *menu, const char *fmt, ...) +{ + va_list ap; + va_start(ap, fmt); + fprintf(stderr, "%s:%d:warning: ", menu->file->name, menu->lineno); + vfprintf(stderr, fmt, ap); + fprintf(stderr, "\n"); + va_end(ap); +} + +static void prop_warn(struct property *prop, const char *fmt, ...) +{ + va_list ap; + va_start(ap, fmt); + fprintf(stderr, "%s:%d:warning: ", prop->file->name, prop->lineno); + vfprintf(stderr, fmt, ap); + fprintf(stderr, "\n"); + va_end(ap); +} + +void _menu_init(void) +{ + current_entry = current_menu = &rootmenu; + last_entry_ptr = &rootmenu.list; +} + +void menu_add_entry(struct symbol *sym) +{ + struct menu *menu; + + menu = xmalloc(sizeof(*menu)); + memset(menu, 0, sizeof(*menu)); + menu->sym = sym; + menu->parent = current_menu; + menu->file = current_file; + menu->lineno = zconf_lineno(); + + *last_entry_ptr = menu; + last_entry_ptr = &menu->next; + current_entry = menu; + if (sym) + menu_add_symbol(P_SYMBOL, sym, NULL); +} + +void menu_end_entry(void) +{ +} + +struct menu *menu_add_menu(void) +{ + menu_end_entry(); + last_entry_ptr = ¤t_entry->list; + return current_menu = current_entry; +} + +void menu_end_menu(void) +{ + last_entry_ptr = ¤t_menu->next; + current_menu = current_menu->parent; +} + +static struct expr *menu_check_dep(struct expr *e) +{ + if (!e) + return e; + + switch (e->type) { + case E_NOT: + e->left.expr = menu_check_dep(e->left.expr); + break; + case E_OR: + case E_AND: + e->left.expr = menu_check_dep(e->left.expr); + e->right.expr = menu_check_dep(e->right.expr); + break; + case E_SYMBOL: + /* change 'm' into 'm' && MODULES */ + if (e->left.sym == &symbol_mod) + return expr_alloc_and(e, expr_alloc_symbol(modules_sym)); + break; + default: + break; + } + return e; +} + +void menu_add_dep(struct expr *dep) +{ + current_entry->dep = expr_alloc_and(current_entry->dep, menu_check_dep(dep)); +} + +void menu_set_type(int type) +{ + struct symbol *sym = current_entry->sym; + + if (sym->type == type) + return; + if (sym->type == S_UNKNOWN) { + sym->type = type; + return; + } + menu_warn(current_entry, + "ignoring type redefinition of '%s' from '%s' to '%s'", + sym->name ? sym->name : "", + sym_type_name(sym->type), sym_type_name(type)); +} + +static struct property *menu_add_prop(enum prop_type type, char *prompt, struct expr *expr, struct expr *dep) +{ + struct property *prop = prop_alloc(type, current_entry->sym); + + prop->menu = current_entry; + prop->expr = expr; + prop->visible.expr = menu_check_dep(dep); + + if (prompt) { + if (isspace(*prompt)) { + prop_warn(prop, "leading whitespace ignored"); + while (isspace(*prompt)) + prompt++; + } + if (current_entry->prompt && current_entry != &rootmenu) + prop_warn(prop, "prompt redefined"); + + /* Apply all upper menus' visibilities to actual prompts. */ + if(type == P_PROMPT) { + struct menu *menu = current_entry; + + while ((menu = menu->parent) != NULL) { + struct expr *dup_expr; + + if (!menu->visibility) + continue; + /* + * Do not add a reference to the + * menu's visibility expression but + * use a copy of it. Otherwise the + * expression reduction functions + * will modify expressions that have + * multiple references which can + * cause unwanted side effects. + */ + dup_expr = expr_copy(menu->visibility); + + prop->visible.expr + = expr_alloc_and(prop->visible.expr, + dup_expr); + } + } + + current_entry->prompt = prop; + } + prop->text = prompt; + + return prop; +} + +struct property *menu_add_prompt(enum prop_type type, char *prompt, struct expr *dep) +{ + return menu_add_prop(type, prompt, NULL, dep); +} + +void menu_add_visibility(struct expr *expr) +{ + current_entry->visibility = expr_alloc_and(current_entry->visibility, + expr); +} + +void menu_add_expr(enum prop_type type, struct expr *expr, struct expr *dep) +{ + menu_add_prop(type, NULL, expr, dep); +} + +void menu_add_symbol(enum prop_type type, struct symbol *sym, struct expr *dep) +{ + menu_add_prop(type, NULL, expr_alloc_symbol(sym), dep); +} + +void menu_add_option(int token, char *arg) +{ + switch (token) { + case T_OPT_MODULES: + if (modules_sym) + zconf_error("symbol '%s' redefines option 'modules'" + " already defined by symbol '%s'", + current_entry->sym->name, + modules_sym->name + ); + modules_sym = current_entry->sym; + break; + case T_OPT_DEFCONFIG_LIST: + if (!sym_defconfig_list) + sym_defconfig_list = current_entry->sym; + else if (sym_defconfig_list != current_entry->sym) + zconf_error("trying to redefine defconfig symbol"); + break; + case T_OPT_ENV: + prop_add_env(arg); + break; + case T_OPT_ALLNOCONFIG_Y: + current_entry->sym->flags |= SYMBOL_ALLNOCONFIG_Y; + break; + } +} + +static int menu_validate_number(struct symbol *sym, struct symbol *sym2) +{ + return sym2->type == S_INT || sym2->type == S_HEX || + (sym2->type == S_UNKNOWN && sym_string_valid(sym, sym2->name)); +} + +static void sym_check_prop(struct symbol *sym) +{ + struct property *prop; + struct symbol *sym2; + for (prop = sym->prop; prop; prop = prop->next) { + switch (prop->type) { + case P_DEFAULT: + if ((sym->type == S_STRING || sym->type == S_INT || sym->type == S_HEX) && + prop->expr->type != E_SYMBOL) + prop_warn(prop, + "default for config symbol '%s'" + " must be a single symbol", sym->name); + if (prop->expr->type != E_SYMBOL) + break; + sym2 = prop_get_symbol(prop); + if (sym->type == S_HEX || sym->type == S_INT) { + if (!menu_validate_number(sym, sym2)) + prop_warn(prop, + "'%s': number is invalid", + sym->name); + } + break; + case P_SELECT: + sym2 = prop_get_symbol(prop); + if (sym->type != S_BOOLEAN && sym->type != S_TRISTATE) + prop_warn(prop, + "config symbol '%s' uses select, but is " + "not boolean or tristate", sym->name); + else if (sym2->type != S_UNKNOWN && + sym2->type != S_BOOLEAN && + sym2->type != S_TRISTATE) + prop_warn(prop, + "'%s' has wrong type. 'select' only " + "accept arguments of boolean and " + "tristate type", sym2->name); + break; + case P_RANGE: + if (sym->type != S_INT && sym->type != S_HEX) + prop_warn(prop, "range is only allowed " + "for int or hex symbols"); + if (!menu_validate_number(sym, prop->expr->left.sym) || + !menu_validate_number(sym, prop->expr->right.sym)) + prop_warn(prop, "range is invalid"); + break; + default: + ; + } + } +} + +void menu_finalize(struct menu *parent) +{ + struct menu *menu, *last_menu; + struct symbol *sym; + struct property *prop; + struct expr *parentdep, *basedep, *dep, *dep2, **ep; + + sym = parent->sym; + if (parent->list) { + if (sym && sym_is_choice(sym)) { + if (sym->type == S_UNKNOWN) { + /* find the first choice value to find out choice type */ + current_entry = parent; + for (menu = parent->list; menu; menu = menu->next) { + if (menu->sym && menu->sym->type != S_UNKNOWN) { + menu_set_type(menu->sym->type); + break; + } + } + } + /* set the type of the remaining choice values */ + for (menu = parent->list; menu; menu = menu->next) { + current_entry = menu; + if (menu->sym && menu->sym->type == S_UNKNOWN) + menu_set_type(sym->type); + } + parentdep = expr_alloc_symbol(sym); + } else if (parent->prompt) + parentdep = parent->prompt->visible.expr; + else + parentdep = parent->dep; + + for (menu = parent->list; menu; menu = menu->next) { + basedep = expr_transform(menu->dep); + basedep = expr_alloc_and(expr_copy(parentdep), basedep); + basedep = expr_eliminate_dups(basedep); + menu->dep = basedep; + if (menu->sym) + prop = menu->sym->prop; + else + prop = menu->prompt; + for (; prop; prop = prop->next) { + if (prop->menu != menu) + continue; + dep = expr_transform(prop->visible.expr); + dep = expr_alloc_and(expr_copy(basedep), dep); + dep = expr_eliminate_dups(dep); + if (menu->sym && menu->sym->type != S_TRISTATE) + dep = expr_trans_bool(dep); + prop->visible.expr = dep; + if (prop->type == P_SELECT) { + struct symbol *es = prop_get_symbol(prop); + es->rev_dep.expr = expr_alloc_or(es->rev_dep.expr, + expr_alloc_and(expr_alloc_symbol(menu->sym), expr_copy(dep))); + } + } + } + for (menu = parent->list; menu; menu = menu->next) + menu_finalize(menu); + } else if (sym) { + basedep = parent->prompt ? parent->prompt->visible.expr : NULL; + basedep = expr_trans_compare(basedep, E_UNEQUAL, &symbol_no); + basedep = expr_eliminate_dups(expr_transform(basedep)); + last_menu = NULL; + for (menu = parent->next; menu; menu = menu->next) { + dep = menu->prompt ? menu->prompt->visible.expr : menu->dep; + if (!expr_contains_symbol(dep, sym)) + break; + if (expr_depends_symbol(dep, sym)) + goto next; + dep = expr_trans_compare(dep, E_UNEQUAL, &symbol_no); + dep = expr_eliminate_dups(expr_transform(dep)); + dep2 = expr_copy(basedep); + expr_eliminate_eq(&dep, &dep2); + expr_free(dep); + if (!expr_is_yes(dep2)) { + expr_free(dep2); + break; + } + expr_free(dep2); + next: + menu_finalize(menu); + menu->parent = parent; + last_menu = menu; + } + if (last_menu) { + parent->list = parent->next; + parent->next = last_menu->next; + last_menu->next = NULL; + } + + sym->dir_dep.expr = expr_alloc_or(sym->dir_dep.expr, parent->dep); + } + for (menu = parent->list; menu; menu = menu->next) { + if (sym && sym_is_choice(sym) && + menu->sym && !sym_is_choice_value(menu->sym)) { + current_entry = menu; + menu->sym->flags |= SYMBOL_CHOICEVAL; + if (!menu->prompt) + menu_warn(menu, "choice value must have a prompt"); + for (prop = menu->sym->prop; prop; prop = prop->next) { + if (prop->type == P_DEFAULT) + prop_warn(prop, "defaults for choice " + "values not supported"); + if (prop->menu == menu) + continue; + if (prop->type == P_PROMPT && + prop->menu->parent->sym != sym) + prop_warn(prop, "choice value used outside its choice group"); + } + /* Non-tristate choice values of tristate choices must + * depend on the choice being set to Y. The choice + * values' dependencies were propagated to their + * properties above, so the change here must be re- + * propagated. + */ + if (sym->type == S_TRISTATE && menu->sym->type != S_TRISTATE) { + basedep = expr_alloc_comp(E_EQUAL, sym, &symbol_yes); + menu->dep = expr_alloc_and(basedep, menu->dep); + for (prop = menu->sym->prop; prop; prop = prop->next) { + if (prop->menu != menu) + continue; + prop->visible.expr = expr_alloc_and(expr_copy(basedep), + prop->visible.expr); + } + } + menu_add_symbol(P_CHOICE, sym, NULL); + prop = sym_get_choice_prop(sym); + for (ep = &prop->expr; *ep; ep = &(*ep)->left.expr) + ; + *ep = expr_alloc_one(E_LIST, NULL); + (*ep)->right.sym = menu->sym; + } + if (menu->list && (!menu->prompt || !menu->prompt->text)) { + for (last_menu = menu->list; ; last_menu = last_menu->next) { + last_menu->parent = parent; + if (!last_menu->next) + break; + } + last_menu->next = menu->next; + menu->next = menu->list; + menu->list = NULL; + } + } + + if (sym && !(sym->flags & SYMBOL_WARNED)) { + if (sym->type == S_UNKNOWN) + menu_warn(parent, "config symbol defined without type"); + + if (sym_is_choice(sym) && !parent->prompt) + menu_warn(parent, "choice must have a prompt"); + + /* Check properties connected to this symbol */ + sym_check_prop(sym); + sym->flags |= SYMBOL_WARNED; + } + + if (sym && !sym_is_optional(sym) && parent->prompt) { + sym->rev_dep.expr = expr_alloc_or(sym->rev_dep.expr, + expr_alloc_and(parent->prompt->visible.expr, + expr_alloc_symbol(&symbol_mod))); + } +} + +bool menu_has_prompt(struct menu *menu) +{ + if (!menu->prompt) + return false; + return true; +} + +/* + * Determine if a menu is empty. + * A menu is considered empty if it contains no or only + * invisible entries. + */ +bool menu_is_empty(struct menu *menu) +{ + struct menu *child; + + for (child = menu->list; child; child = child->next) { + if (menu_is_visible(child)) + return(false); + } + return(true); +} + +bool menu_is_visible(struct menu *menu) +{ + struct menu *child; + struct symbol *sym; + tristate visible; + + if (!menu->prompt) + return false; + + if (menu->visibility) { + if (expr_calc_value(menu->visibility) == no) + return no; + } + + sym = menu->sym; + if (sym) { + sym_calc_value(sym); + visible = menu->prompt->visible.tri; + } else + visible = menu->prompt->visible.tri = expr_calc_value(menu->prompt->visible.expr); + + if (visible != no) + return true; + + if (!sym || sym_get_tristate_value(menu->sym) == no) + return false; + + for (child = menu->list; child; child = child->next) { + if (menu_is_visible(child)) { + if (sym) + sym->flags |= SYMBOL_DEF_USER; + return true; + } + } + + return false; +} + +const char *menu_get_prompt(struct menu *menu) +{ + if (menu->prompt) + return menu->prompt->text; + else if (menu->sym) + return menu->sym->name; + return NULL; +} + +struct menu *menu_get_root_menu(struct menu *menu) +{ + return &rootmenu; +} + +struct menu *menu_get_parent_menu(struct menu *menu) +{ + enum prop_type type; + + for (; menu != &rootmenu; menu = menu->parent) { + type = menu->prompt ? menu->prompt->type : 0; + if (type == P_MENU) + break; + } + return menu; +} + +bool menu_has_help(struct menu *menu) +{ + return menu->help != NULL; +} + +const char *menu_get_help(struct menu *menu) +{ + if (menu->help) + return menu->help; + else + return ""; +} + +static void get_prompt_str(struct gstr *r, struct property *prop, + struct list_head *head) +{ + int i, j; + struct menu *submenu[8], *menu, *location = NULL; + struct jump_key *jump = NULL; + + str_printf(r, _("Prompt: %s\n"), _(prop->text)); + menu = prop->menu->parent; + for (i = 0; menu != &rootmenu && i < 8; menu = menu->parent) { + bool accessible = menu_is_visible(menu); + + submenu[i++] = menu; + if (location == NULL && accessible) + location = menu; + } + if (head && location) { + jump = xmalloc(sizeof(struct jump_key)); + + if (menu_is_visible(prop->menu)) { + /* + * There is not enough room to put the hint at the + * beginning of the "Prompt" line. Put the hint on the + * last "Location" line even when it would belong on + * the former. + */ + jump->target = prop->menu; + } else + jump->target = location; + + if (list_empty(head)) + jump->index = 0; + else + jump->index = list_entry(head->prev, struct jump_key, + entries)->index + 1; + + list_add_tail(&jump->entries, head); + } + + if (i > 0) { + str_printf(r, _(" Location:\n")); + for (j = 4; --i >= 0; j += 2) { + menu = submenu[i]; + if (jump && menu == location) + jump->offset = strlen(r->s); + str_printf(r, "%*c-> %s", j, ' ', + _(menu_get_prompt(menu))); + if (menu->sym) { + str_printf(r, " (%s [=%s])", menu->sym->name ? + menu->sym->name : _(""), + sym_get_string_value(menu->sym)); + } + str_append(r, "\n"); + } + } +} + +/* + * get property of type P_SYMBOL + */ +static struct property *get_symbol_prop(struct symbol *sym) +{ + struct property *prop = NULL; + + for_all_properties(sym, prop, P_SYMBOL) + break; + return prop; +} + +/* + * head is optional and may be NULL + */ +static void get_symbol_str(struct gstr *r, struct symbol *sym, + struct list_head *head) +{ + bool hit; + struct property *prop; + + if (sym && sym->name) { + str_printf(r, "Symbol: %s [=%s]\n", sym->name, + sym_get_string_value(sym)); + str_printf(r, "Type : %s\n", sym_type_name(sym->type)); + if (sym->type == S_INT || sym->type == S_HEX) { + prop = sym_get_range_prop(sym); + if (prop) { + str_printf(r, "Range : "); + expr_gstr_print(prop->expr, r); + str_append(r, "\n"); + } + } + } + for_all_prompts(sym, prop) + get_prompt_str(r, prop, head); + + prop = get_symbol_prop(sym); + if (prop) { + str_printf(r, _(" Defined at %s:%d\n"), prop->menu->file->name, + prop->menu->lineno); + if (!expr_is_yes(prop->visible.expr)) { + str_append(r, _(" Depends on: ")); + expr_gstr_print(prop->visible.expr, r); + str_append(r, "\n"); + } + } + + hit = false; + for_all_properties(sym, prop, P_SELECT) { + if (!hit) { + str_append(r, " Selects: "); + hit = true; + } else + str_printf(r, " && "); + expr_gstr_print(prop->expr, r); + } + if (hit) + str_append(r, "\n"); + if (sym->rev_dep.expr) { + str_append(r, _(" Selected by: ")); + expr_gstr_print(sym->rev_dep.expr, r); + str_append(r, "\n"); + } + str_append(r, "\n\n"); +} + +struct gstr get_relations_str(struct symbol **sym_arr, struct list_head *head) +{ + struct symbol *sym; + struct gstr res = str_new(); + int i; + + for (i = 0; sym_arr && (sym = sym_arr[i]); i++) + get_symbol_str(&res, sym, head); + if (!i) + str_append(&res, _("No matches found.\n")); + return res; +} + + +void menu_get_ext_help(struct menu *menu, struct gstr *help) +{ + struct symbol *sym = menu->sym; + const char *help_text = nohelp_text; + + if (menu_has_help(menu)) { + if (sym->name) + str_printf(help, "%s%s:\n\n", CONFIG_, sym->name); + help_text = menu_get_help(menu); + } + str_printf(help, "%s\n", _(help_text)); + if (sym) + get_symbol_str(help, sym, NULL); +} diff --git a/xen/tools/kconfig/merge_config.sh b/xen/tools/kconfig/merge_config.sh new file mode 100755 index 0000000..0d883b3 --- /dev/null +++ b/xen/tools/kconfig/merge_config.sh @@ -0,0 +1,162 @@ +#!/bin/sh +# merge_config.sh - Takes a list of config fragment values, and merges +# them one by one. Provides warnings on overridden values, and specified +# values that did not make it to the resulting .config file (due to missed +# dependencies or config symbol removal). +# +# Portions reused from kconf_check and generate_cfg: +# http://git.yoctoproject.org/cgit/cgit.cgi/yocto-kernel-tools/tree/tools/kconf_check +# http://git.yoctoproject.org/cgit/cgit.cgi/yocto-kernel-tools/tree/tools/generate_cfg +# +# Copyright (c) 2009-2010 Wind River Systems, Inc. +# Copyright 2011 Linaro +# +# This program is free software; you can redistribute it and/or modify +# it under the terms of the GNU General Public License version 2 as +# published by the Free Software Foundation. +# +# This program is distributed in the hope that it will be useful, +# but WITHOUT ANY WARRANTY; without even the implied warranty of +# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. +# See the GNU General Public License for more details. + +clean_up() { + rm -f $TMP_FILE + exit +} +trap clean_up HUP INT TERM + +usage() { + echo "Usage: $0 [OPTIONS] [CONFIG [...]]" + echo " -h display this help text" + echo " -m only merge the fragments, do not execute the make command" + echo " -n use allnoconfig instead of alldefconfig" + echo " -r list redundant entries when merging fragments" + echo " -O dir to put generated output files" +} + +RUNMAKE=true +ALLTARGET=alldefconfig +WARNREDUN=false +OUTPUT=. + +while true; do + case $1 in + "-n") + ALLTARGET=allnoconfig + shift + continue + ;; + "-m") + RUNMAKE=false + shift + continue + ;; + "-h") + usage + exit + ;; + "-r") + WARNREDUN=true + shift + continue + ;; + "-O") + if [ -d $2 ];then + OUTPUT=$(echo $2 | sed 's/\/*$//') + else + echo "output directory $2 does not exist" 1>&2 + exit 1 + fi + shift 2 + continue + ;; + *) + break + ;; + esac +done + +if [ "$#" -lt 2 ] ; then + usage + exit +fi + +INITFILE=$1 +shift; + +if [ ! -r "$INITFILE" ]; then + echo "The base file '$INITFILE' does not exist. Exit." >&2 + exit 1 +fi + +MERGE_LIST=$* +SED_CONFIG_EXP="s/^\(# \)\{0,1\}\(CONFIG_[a-zA-Z0-9_]*\)[= ].*/\2/p" +TMP_FILE=$(mktemp ./.tmp.config.XXXXXXXXXX) + +echo "Using $INITFILE as base" +cat $INITFILE > $TMP_FILE + +# Merge files, printing warnings on overridden values +for MERGE_FILE in $MERGE_LIST ; do + echo "Merging $MERGE_FILE" + if [ ! -r "$MERGE_FILE" ]; then + echo "The merge file '$MERGE_FILE' does not exist. Exit." >&2 + exit 1 + fi + CFG_LIST=$(sed -n "$SED_CONFIG_EXP" $MERGE_FILE) + + for CFG in $CFG_LIST ; do + grep -q -w $CFG $TMP_FILE || continue + PREV_VAL=$(grep -w $CFG $TMP_FILE) + NEW_VAL=$(grep -w $CFG $MERGE_FILE) + if [ "x$PREV_VAL" != "x$NEW_VAL" ] ; then + echo Value of $CFG is redefined by fragment $MERGE_FILE: + echo Previous value: $PREV_VAL + echo New value: $NEW_VAL + echo + elif [ "$WARNREDUN" = "true" ]; then + echo Value of $CFG is redundant by fragment $MERGE_FILE: + fi + sed -i "/$CFG[ =]/d" $TMP_FILE + done + cat $MERGE_FILE >> $TMP_FILE +done + +if [ "$RUNMAKE" = "false" ]; then + cp $TMP_FILE $OUTPUT/.config + echo "#" + echo "# merged configuration written to $OUTPUT/.config (needs make)" + echo "#" + clean_up + exit +fi + +# If we have an output dir, setup the O= argument, otherwise leave +# it blank, since O=. will create an unnecessary ./source softlink +OUTPUT_ARG="" +if [ "$OUTPUT" != "." ] ; then + OUTPUT_ARG="O=$OUTPUT" +fi + + +# Use the merged file as the starting point for: +# alldefconfig: Fills in any missing symbols with Kconfig default +# allnoconfig: Fills in any missing symbols with # CONFIG_* is not set +make KCONFIG_ALLCONFIG=$TMP_FILE $OUTPUT_ARG $ALLTARGET + + +# Check all specified config values took (might have missed-dependency issues) +for CFG in $(sed -n "$SED_CONFIG_EXP" $TMP_FILE); do + + REQUESTED_VAL=$(grep -w -e "$CFG" $TMP_FILE) + ACTUAL_VAL=$(grep -w -e "$CFG" $OUTPUT/.config) + if [ "x$REQUESTED_VAL" != "x$ACTUAL_VAL" ] ; then + echo "Value requested for $CFG not in final .config" + echo "Requested value: $REQUESTED_VAL" + echo "Actual value: $ACTUAL_VAL" + echo "" + fi +done + +clean_up diff --git a/xen/tools/kconfig/nconf.c b/xen/tools/kconfig/nconf.c new file mode 100644 index 0000000..d42d534 --- /dev/null +++ b/xen/tools/kconfig/nconf.c @@ -0,0 +1,1561 @@ +/* + * Copyright (C) 2008 Nir Tzachar +#include + +#include "lkc.h" +#include "nconf.h" +#include + +static const char nconf_global_help[] = N_( +"Help windows\n" +"------------\n" +"o Global help: Unless in a data entry window, pressing will give \n" +" you the global help window, which you are just reading.\n" +"\n" +"o A short version of the global help is available by pressing .\n" +"\n" +"o Local help: To get help related to the current menu entry, use any\n" +" of , or if in a data entry window then press .\n" +"\n" +"\n" +"Menu entries\n" +"------------\n" +"This interface lets you select features and parameters for the kernel\n" +"build. Kernel features can either be built-in, modularized, or removed.\n" +"Parameters must be entered as text or decimal or hexadecimal numbers.\n" +"\n" +"Menu entries beginning with following braces represent features that\n" +" [ ] can be built in or removed\n" +" < > can be built in, modularized or removed\n" +" { } can be built in or modularized, are selected by another feature\n" +" - - are selected by another feature\n" +" XXX cannot be selected. Symbol Info tells you why.\n" +"*, M or whitespace inside braces means to build in, build as a module\n" +"or to exclude the feature respectively.\n" +"\n" +"To change any of these features, highlight it with the movement keys\n" +"listed below and press to build it in, to make it a module or\n" +" to remove it. You may press the key to cycle through the\n" +"available options.\n" +"\n" +"A trailing \"--->\" designates a submenu, a trailing \"----\" an\n" +"empty submenu.\n" +"\n" +"Menu navigation keys\n" +"----------------------------------------------------------------------\n" +"Linewise up \n" +"Linewise down \n" +"Pagewise up \n" +"Pagewise down \n" +"First entry \n" +"Last entry \n" +"Enter a submenu \n" +"Go back to parent menu \n" +"Close a help window \n" +"Close entry window, apply \n" +"Close entry window, forget \n" +"Start incremental, case-insensitive search for STRING in menu entries,\n" +" no regex support, STRING is displayed in upper left corner\n" +" STRING\n" +" Remove last character \n" +" Jump to next hit \n" +" Jump to previous hit \n" +"Exit menu search mode \n" +"Search for configuration variables with or without leading CONFIG_\n" +" RegExpr\n" +"Verbose search help \n" +"----------------------------------------------------------------------\n" +"\n" +"Unless in a data entry window, key <1> may be used instead of ,\n" +"<2> instead of , etc.\n" +"\n" +"\n" +"Radiolist (Choice list)\n" +"-----------------------\n" +"Use the movement keys listed above to select the option you wish to set\n" +"and press .\n" +"\n" +"\n" +"Data entry\n" +"----------\n" +"Enter the requested information and press . Hexadecimal values\n" +"may be entered without the \"0x\" prefix.\n" +"\n" +"\n" +"Text Box (Help Window)\n" +"----------------------\n" +"Use movement keys as listed in table above.\n" +"\n" +"Press any of to exit.\n" +"\n" +"\n" +"Alternate configuration files\n" +"-----------------------------\n" +"nconfig supports switching between different configurations.\n" +"Press to save your current configuration. Press and enter\n" +"a file name to load a previously saved configuration.\n" +"\n" +"\n" +"Terminal configuration\n" +"----------------------\n" +"If you use nconfig in a xterm window, make sure your TERM environment\n" +"variable specifies a terminal configuration which supports at least\n" +"16 colors. Otherwise nconfig will look rather bad.\n" +"\n" +"If the \"stty size\" command reports the current terminalsize correctly,\n" +"nconfig will adapt to sizes larger than the traditional 80x25 \"standard\"\n" +"and display longer menus properly.\n" +"\n" +"\n" +"Single menu mode\n" +"----------------\n" +"If you prefer to have all of the menu entries listed in a single menu,\n" +"rather than the default multimenu hierarchy, run nconfig with\n" +"NCONFIG_MODE environment variable set to single_menu. Example:\n" +"\n" +"make NCONFIG_MODE=single_menu nconfig\n" +"\n" +" will then unfold the appropriate category, or fold it if it\n" +"is already unfolded. Folded menu entries will be designated by a\n" +"leading \"++>\" and unfolded entries by a leading \"-->\".\n" +"\n" +"Note that this mode can eventually be a little more CPU expensive than\n" +"the default mode, especially with a larger number of unfolded submenus.\n" +"\n"), +menu_no_f_instructions[] = N_( +"Legend: [*] built-in [ ] excluded module < > module capable.\n" +"Submenus are designated by a trailing \"--->\", empty ones by \"----\".\n" +"\n" +"Use the following keys to navigate the menus:\n" +"Move up or down with and .\n" +"Enter a submenu with or .\n" +"Exit a submenu to its parent menu with or .\n" +"Pressing includes, excludes, modularizes features.\n" +"Pressing cycles through the available options.\n" +"To search for menu entries press .\n" +" always leaves the current window.\n" +"\n" +"You do not have function keys support.\n" +"Press <1> instead of , <2> instead of , etc.\n" +"For verbose global help use key <1>.\n" +"For help related to the current menu entry press or .\n"), +menu_instructions[] = N_( +"Legend: [*] built-in [ ] excluded module < > module capable.\n" +"Submenus are designated by a trailing \"--->\", empty ones by \"----\".\n" +"\n" +"Use the following keys to navigate the menus:\n" +"Move up or down with or .\n" +"Enter a submenu with or .\n" +"Exit a submenu to its parent menu with or .\n" +"Pressing includes, excludes, modularizes features.\n" +"Pressing cycles through the available options.\n" +"To search for menu entries press .\n" +" always leaves the current window.\n" +"\n" +"Pressing <1> may be used instead of , <2> instead of , etc.\n" +"For verbose global help press .\n" +"For help related to the current menu entry press or .\n"), +radiolist_instructions[] = N_( +"Press , , or to navigate a radiolist, select\n" +"with .\n" +"For help related to the current entry press or .\n" +"For global help press .\n"), +inputbox_instructions_int[] = N_( +"Please enter a decimal value.\n" +"Fractions will not be accepted.\n" +"Press to apply, to cancel."), +inputbox_instructions_hex[] = N_( +"Please enter a hexadecimal value.\n" +"Press to apply, to cancel."), +inputbox_instructions_string[] = N_( +"Please enter a string value.\n" +"Press to apply, to cancel."), +setmod_text[] = N_( +"This feature depends on another feature which has been configured as a\n" +"module. As a result, the current feature will be built as a module too."), +load_config_text[] = N_( +"Enter the name of the configuration file you wish to load.\n" +"Accept the name shown to restore the configuration you last\n" +"retrieved. Leave empty to abort."), +load_config_help[] = N_( +"For various reasons, one may wish to keep several different\n" +"configurations available on a single machine.\n" +"\n" +"If you have saved a previous configuration in a file other than the\n" +"default one, entering its name here will allow you to load and modify\n" +"that configuration.\n" +"\n" +"Leave empty to abort.\n"), +save_config_text[] = N_( +"Enter a filename to which this configuration should be saved\n" +"as an alternate. Leave empty to abort."), +save_config_help[] = N_( +"For various reasons, one may wish to keep several different\n" +"configurations available on a single machine.\n" +"\n" +"Entering a file name here will allow you to later retrieve, modify\n" +"and use the current configuration as an alternate to whatever\n" +"configuration options you have selected at that time.\n" +"\n" +"Leave empty to abort.\n"), +search_help[] = N_( +"Search for symbols (configuration variable names CONFIG_*) and display\n" +"their relations. Regular expressions are supported.\n" +"Example: Search for \"^FOO\".\n" +"Result:\n" +"-----------------------------------------------------------------\n" +"Symbol: FOO [ = m]\n" +"Prompt: Foo bus is used to drive the bar HW\n" +"Defined at drivers/pci/Kconfig:47\n" +"Depends on: X86_LOCAL_APIC && X86_IO_APIC || IA64\n" +"Location:\n" +" -> Bus options (PCI, PCMCIA, EISA, ISA)\n" +" -> PCI support (PCI [ = y])\n" +" -> PCI access mode ( [ = y])\n" +"Selects: LIBCRC32\n" +"Selected by: BAR\n" +"-----------------------------------------------------------------\n" +"o The line 'Prompt:' shows the text displayed for this symbol in\n" +" the menu hierarchy.\n" +"o The 'Defined at' line tells at what file / line number the symbol is\n" +" defined.\n" +"o The 'Depends on:' line lists symbols that need to be defined for\n" +" this symbol to be visible and selectable in the menu.\n" +"o The 'Location:' lines tell, where in the menu structure this symbol\n" +" is located. A location followed by a [ = y] indicates that this is\n" +" a selectable menu item, and the current value is displayed inside\n" +" brackets.\n" +"o The 'Selects:' line tells, what symbol will be automatically selected\n" +" if this symbol is selected (y or m).\n" +"o The 'Selected by' line tells what symbol has selected this symbol.\n" +"\n" +"Only relevant lines are shown.\n" +"\n\n" +"Search examples:\n" +"USB => find all symbols containing USB\n" +"^USB => find all symbols starting with USB\n" +"USB$ => find all symbols ending with USB\n" +"\n"); + +struct mitem { + char str[256]; + char tag; + void *usrptr; + int is_visible; +}; + +#define MAX_MENU_ITEMS 4096 +static int show_all_items; +static int indent; +static struct menu *current_menu; +static int child_count; +static int single_menu_mode; +/* the window in which all information appears */ +static WINDOW *main_window; +/* the largest size of the menu window */ +static int mwin_max_lines; +static int mwin_max_cols; +/* the window in which we show option buttons */ +static MENU *curses_menu; +static ITEM *curses_menu_items[MAX_MENU_ITEMS]; +static struct mitem k_menu_items[MAX_MENU_ITEMS]; +static int items_num; +static int global_exit; +/* the currently selected button */ +const char *current_instructions = menu_instructions; + +static char *dialog_input_result; +static int dialog_input_result_len; + +static void conf(struct menu *menu); +static void conf_choice(struct menu *menu); +static void conf_string(struct menu *menu); +static void conf_load(void); +static void conf_save(void); +static void show_help(struct menu *menu); +static int do_exit(void); +static void setup_windows(void); +static void search_conf(void); + +typedef void (*function_key_handler_t)(int *key, struct menu *menu); +static void handle_f1(int *key, struct menu *current_item); +static void handle_f2(int *key, struct menu *current_item); +static void handle_f3(int *key, struct menu *current_item); +static void handle_f4(int *key, struct menu *current_item); +static void handle_f5(int *key, struct menu *current_item); +static void handle_f6(int *key, struct menu *current_item); +static void handle_f7(int *key, struct menu *current_item); +static void handle_f8(int *key, struct menu *current_item); +static void handle_f9(int *key, struct menu *current_item); + +struct function_keys { + const char *key_str; + const char *func; + function_key key; + function_key_handler_t handler; +}; + +static const int function_keys_num = 9; +struct function_keys function_keys[] = { + { + .key_str = "F1", + .func = "Help", + .key = F_HELP, + .handler = handle_f1, + }, + { + .key_str = "F2", + .func = "SymInfo", + .key = F_SYMBOL, + .handler = handle_f2, + }, + { + .key_str = "F3", + .func = "Help 2", + .key = F_INSTS, + .handler = handle_f3, + }, + { + .key_str = "F4", + .func = "ShowAll", + .key = F_CONF, + .handler = handle_f4, + }, + { + .key_str = "F5", + .func = "Back", + .key = F_BACK, + .handler = handle_f5, + }, + { + .key_str = "F6", + .func = "Save", + .key = F_SAVE, + .handler = handle_f6, + }, + { + .key_str = "F7", + .func = "Load", + .key = F_LOAD, + .handler = handle_f7, + }, + { + .key_str = "F8", + .func = "SymSearch", + .key = F_SEARCH, + .handler = handle_f8, + }, + { + .key_str = "F9", + .func = "Exit", + .key = F_EXIT, + .handler = handle_f9, + }, +}; + +static void print_function_line(void) +{ + int i; + int offset = 1; + const int skip = 1; + int lines = getmaxy(stdscr); + + for (i = 0; i < function_keys_num; i++) { + (void) wattrset(main_window, attributes[FUNCTION_HIGHLIGHT]); + mvwprintw(main_window, lines-3, offset, + "%s", + function_keys[i].key_str); + (void) wattrset(main_window, attributes[FUNCTION_TEXT]); + offset += strlen(function_keys[i].key_str); + mvwprintw(main_window, lines-3, + offset, "%s", + function_keys[i].func); + offset += strlen(function_keys[i].func) + skip; + } + (void) wattrset(main_window, attributes[NORMAL]); +} + +/* help */ +static void handle_f1(int *key, struct menu *current_item) +{ + show_scroll_win(main_window, + _("Global help"), _(nconf_global_help)); + return; +} + +/* symbole help */ +static void handle_f2(int *key, struct menu *current_item) +{ + show_help(current_item); + return; +} + +/* instructions */ +static void handle_f3(int *key, struct menu *current_item) +{ + show_scroll_win(main_window, + _("Short help"), + _(current_instructions)); + return; +} + +/* config */ +static void handle_f4(int *key, struct menu *current_item) +{ + int res = btn_dialog(main_window, + _("Show all symbols?"), + 2, + " ", + ""); + if (res == 0) + show_all_items = 1; + else if (res == 1) + show_all_items = 0; + + return; +} + +/* back */ +static void handle_f5(int *key, struct menu *current_item) +{ + *key = KEY_LEFT; + return; +} + +/* save */ +static void handle_f6(int *key, struct menu *current_item) +{ + conf_save(); + return; +} + +/* load */ +static void handle_f7(int *key, struct menu *current_item) +{ + conf_load(); + return; +} + +/* search */ +static void handle_f8(int *key, struct menu *current_item) +{ + search_conf(); + return; +} + +/* exit */ +static void handle_f9(int *key, struct menu *current_item) +{ + do_exit(); + return; +} + +/* return != 0 to indicate the key was handles */ +static int process_special_keys(int *key, struct menu *menu) +{ + int i; + + if (*key == KEY_RESIZE) { + setup_windows(); + return 1; + } + + for (i = 0; i < function_keys_num; i++) { + if (*key == KEY_F(function_keys[i].key) || + *key == '0' + function_keys[i].key){ + function_keys[i].handler(key, menu); + return 1; + } + } + + return 0; +} + +static void clean_items(void) +{ + int i; + for (i = 0; curses_menu_items[i]; i++) + free_item(curses_menu_items[i]); + bzero(curses_menu_items, sizeof(curses_menu_items)); + bzero(k_menu_items, sizeof(k_menu_items)); + items_num = 0; +} + +typedef enum {MATCH_TINKER_PATTERN_UP, MATCH_TINKER_PATTERN_DOWN, + FIND_NEXT_MATCH_DOWN, FIND_NEXT_MATCH_UP} match_f; + +/* return the index of the matched item, or -1 if no such item exists */ +static int get_mext_match(const char *match_str, match_f flag) +{ + int match_start = item_index(current_item(curses_menu)); + int index; + + if (flag == FIND_NEXT_MATCH_DOWN) + ++match_start; + else if (flag == FIND_NEXT_MATCH_UP) + --match_start; + + index = match_start; + index = (index + items_num) % items_num; + while (true) { + char *str = k_menu_items[index].str; + if (strcasestr(str, match_str) != 0) + return index; + if (flag == FIND_NEXT_MATCH_UP || + flag == MATCH_TINKER_PATTERN_UP) + --index; + else + ++index; + index = (index + items_num) % items_num; + if (index == match_start) + return -1; + } +} + +/* Make a new item. */ +static void item_make(struct menu *menu, char tag, const char *fmt, ...) +{ + va_list ap; + + if (items_num > MAX_MENU_ITEMS-1) + return; + + bzero(&k_menu_items[items_num], sizeof(k_menu_items[0])); + k_menu_items[items_num].tag = tag; + k_menu_items[items_num].usrptr = menu; + if (menu != NULL) + k_menu_items[items_num].is_visible = + menu_is_visible(menu); + else + k_menu_items[items_num].is_visible = 1; + + va_start(ap, fmt); + vsnprintf(k_menu_items[items_num].str, + sizeof(k_menu_items[items_num].str), + fmt, ap); + va_end(ap); + + if (!k_menu_items[items_num].is_visible) + memcpy(k_menu_items[items_num].str, "XXX", 3); + + curses_menu_items[items_num] = new_item( + k_menu_items[items_num].str, + k_menu_items[items_num].str); + set_item_userptr(curses_menu_items[items_num], + &k_menu_items[items_num]); + /* + if (!k_menu_items[items_num].is_visible) + item_opts_off(curses_menu_items[items_num], O_SELECTABLE); + */ + + items_num++; + curses_menu_items[items_num] = NULL; +} + +/* very hackish. adds a string to the last item added */ +static void item_add_str(const char *fmt, ...) +{ + va_list ap; + int index = items_num-1; + char new_str[256]; + char tmp_str[256]; + + if (index < 0) + return; + + va_start(ap, fmt); + vsnprintf(new_str, sizeof(new_str), fmt, ap); + va_end(ap); + snprintf(tmp_str, sizeof(tmp_str), "%s%s", + k_menu_items[index].str, new_str); + strncpy(k_menu_items[index].str, + tmp_str, + sizeof(k_menu_items[index].str)); + + free_item(curses_menu_items[index]); + curses_menu_items[index] = new_item( + k_menu_items[index].str, + k_menu_items[index].str); + set_item_userptr(curses_menu_items[index], + &k_menu_items[index]); +} + +/* get the tag of the currently selected item */ +static char item_tag(void) +{ + ITEM *cur; + struct mitem *mcur; + + cur = current_item(curses_menu); + if (cur == NULL) + return 0; + mcur = (struct mitem *) item_userptr(cur); + return mcur->tag; +} + +static int curses_item_index(void) +{ + return item_index(current_item(curses_menu)); +} + +static void *item_data(void) +{ + ITEM *cur; + struct mitem *mcur; + + cur = current_item(curses_menu); + if (!cur) + return NULL; + mcur = (struct mitem *) item_userptr(cur); + return mcur->usrptr; + +} + +static int item_is_tag(char tag) +{ + return item_tag() == tag; +} + +static char filename[PATH_MAX+1]; +static char menu_backtitle[PATH_MAX+128]; +static const char *set_config_filename(const char *config_filename) +{ + int size; + + size = snprintf(menu_backtitle, sizeof(menu_backtitle), + "%s - %s", config_filename, rootmenu.prompt->text); + if (size >= sizeof(menu_backtitle)) + menu_backtitle[sizeof(menu_backtitle)-1] = '\0'; + + size = snprintf(filename, sizeof(filename), "%s", config_filename); + if (size >= sizeof(filename)) + filename[sizeof(filename)-1] = '\0'; + return menu_backtitle; +} + +/* return = 0 means we are successful. + * -1 means go on doing what you were doing + */ +static int do_exit(void) +{ + int res; + if (!conf_get_changed()) { + global_exit = 1; + return 0; + } + res = btn_dialog(main_window, + _("Do you wish to save your new configuration?\n" + " to cancel and resume nconfig."), + 2, + " ", + ""); + if (res == KEY_EXIT) { + global_exit = 0; + return -1; + } + + /* if we got here, the user really wants to exit */ + switch (res) { + case 0: + res = conf_write(filename); + if (res) + btn_dialog( + main_window, + _("Error during writing of configuration.\n" + "Your configuration changes were NOT saved."), + 1, + ""); + break; + default: + btn_dialog( + main_window, + _("Your configuration changes were NOT saved."), + 1, + ""); + break; + } + global_exit = 1; + return 0; +} + + +static void search_conf(void) +{ + struct symbol **sym_arr; + struct gstr res; + struct gstr title; + char *dialog_input; + int dres; + + title = str_new(); + str_printf( &title, _("Enter (sub)string or regexp to search for " + "(with or without \"%s\")"), CONFIG_); + +again: + dres = dialog_inputbox(main_window, + _("Search Configuration Parameter"), + str_get(&title), + "", &dialog_input_result, &dialog_input_result_len); + switch (dres) { + case 0: + break; + case 1: + show_scroll_win(main_window, + _("Search Configuration"), search_help); + goto again; + default: + str_free(&title); + return; + } + + /* strip the prefix if necessary */ + dialog_input = dialog_input_result; + if (strncasecmp(dialog_input_result, CONFIG_, strlen(CONFIG_)) == 0) + dialog_input += strlen(CONFIG_); + + sym_arr = sym_re_search(dialog_input); + res = get_relations_str(sym_arr, NULL); + free(sym_arr); + show_scroll_win(main_window, + _("Search Results"), str_get(&res)); + str_free(&res); + str_free(&title); +} + + +static void build_conf(struct menu *menu) +{ + struct symbol *sym; + struct property *prop; + struct menu *child; + int type, tmp, doint = 2; + tristate val; + char ch; + + if (!menu || (!show_all_items && !menu_is_visible(menu))) + return; + + sym = menu->sym; + prop = menu->prompt; + if (!sym) { + if (prop && menu != current_menu) { + const char *prompt = menu_get_prompt(menu); + enum prop_type ptype; + ptype = menu->prompt ? menu->prompt->type : P_UNKNOWN; + switch (ptype) { + case P_MENU: + child_count++; + prompt = _(prompt); + if (single_menu_mode) { + item_make(menu, 'm', + "%s%*c%s", + menu->data ? "-->" : "++>", + indent + 1, ' ', prompt); + } else + item_make(menu, 'm', + " %*c%s %s", + indent + 1, ' ', prompt, + menu_is_empty(menu) ? "----" : "--->"); + + if (single_menu_mode && menu->data) + goto conf_childs; + return; + case P_COMMENT: + if (prompt) { + child_count++; + item_make(menu, ':', + " %*c*** %s ***", + indent + 1, ' ', + _(prompt)); + } + break; + default: + if (prompt) { + child_count++; + item_make(menu, ':', "---%*c%s", + indent + 1, ' ', + _(prompt)); + } + } + } else + doint = 0; + goto conf_childs; + } + + type = sym_get_type(sym); + if (sym_is_choice(sym)) { + struct symbol *def_sym = sym_get_choice_value(sym); + struct menu *def_menu = NULL; + + child_count++; + for (child = menu->list; child; child = child->next) { + if (menu_is_visible(child) && child->sym == def_sym) + def_menu = child; + } + + val = sym_get_tristate_value(sym); + if (sym_is_changable(sym)) { + switch (type) { + case S_BOOLEAN: + item_make(menu, 't', "[%c]", + val == no ? ' ' : '*'); + break; + case S_TRISTATE: + switch (val) { + case yes: + ch = '*'; + break; + case mod: + ch = 'M'; + break; + default: + ch = ' '; + break; + } + item_make(menu, 't', "<%c>", ch); + break; + } + } else { + item_make(menu, def_menu ? 't' : ':', " "); + } + + item_add_str("%*c%s", indent + 1, + ' ', _(menu_get_prompt(menu))); + if (val == yes) { + if (def_menu) { + item_add_str(" (%s)", + _(menu_get_prompt(def_menu))); + item_add_str(" --->"); + if (def_menu->list) { + indent += 2; + build_conf(def_menu); + indent -= 2; + } + } + return; + } + } else { + if (menu == current_menu) { + item_make(menu, ':', + "---%*c%s", indent + 1, + ' ', _(menu_get_prompt(menu))); + goto conf_childs; + } + child_count++; + val = sym_get_tristate_value(sym); + if (sym_is_choice_value(sym) && val == yes) { + item_make(menu, ':', " "); + } else { + switch (type) { + case S_BOOLEAN: + if (sym_is_changable(sym)) + item_make(menu, 't', "[%c]", + val == no ? ' ' : '*'); + else + item_make(menu, 't', "-%c-", + val == no ? ' ' : '*'); + break; + case S_TRISTATE: + switch (val) { + case yes: + ch = '*'; + break; + case mod: + ch = 'M'; + break; + default: + ch = ' '; + break; + } + if (sym_is_changable(sym)) { + if (sym->rev_dep.tri == mod) + item_make(menu, + 't', "{%c}", ch); + else + item_make(menu, + 't', "<%c>", ch); + } else + item_make(menu, 't', "-%c-", ch); + break; + default: + tmp = 2 + strlen(sym_get_string_value(sym)); + item_make(menu, 's', " (%s)", + sym_get_string_value(sym)); + tmp = indent - tmp + 4; + if (tmp < 0) + tmp = 0; + item_add_str("%*c%s%s", tmp, ' ', + _(menu_get_prompt(menu)), + (sym_has_value(sym) || + !sym_is_changable(sym)) ? "" : + _(" (NEW)")); + goto conf_childs; + } + } + item_add_str("%*c%s%s", indent + 1, ' ', + _(menu_get_prompt(menu)), + (sym_has_value(sym) || !sym_is_changable(sym)) ? + "" : _(" (NEW)")); + if (menu->prompt && menu->prompt->type == P_MENU) { + item_add_str(" %s", menu_is_empty(menu) ? "----" : "--->"); + return; + } + } + +conf_childs: + indent += doint; + for (child = menu->list; child; child = child->next) + build_conf(child); + indent -= doint; +} + +static void reset_menu(void) +{ + unpost_menu(curses_menu); + clean_items(); +} + +/* adjust the menu to show this item. + * prefer not to scroll the menu if possible*/ +static void center_item(int selected_index, int *last_top_row) +{ + int toprow; + + set_top_row(curses_menu, *last_top_row); + toprow = top_row(curses_menu); + if (selected_index < toprow || + selected_index >= toprow+mwin_max_lines) { + toprow = max(selected_index-mwin_max_lines/2, 0); + if (toprow >= item_count(curses_menu)-mwin_max_lines) + toprow = item_count(curses_menu)-mwin_max_lines; + set_top_row(curses_menu, toprow); + } + set_current_item(curses_menu, + curses_menu_items[selected_index]); + *last_top_row = toprow; + post_menu(curses_menu); + refresh_all_windows(main_window); +} + +/* this function assumes reset_menu has been called before */ +static void show_menu(const char *prompt, const char *instructions, + int selected_index, int *last_top_row) +{ + int maxx, maxy; + WINDOW *menu_window; + + current_instructions = instructions; + + clear(); + (void) wattrset(main_window, attributes[NORMAL]); + print_in_middle(stdscr, 1, 0, getmaxx(stdscr), + menu_backtitle, + attributes[MAIN_HEADING]); + + (void) wattrset(main_window, attributes[MAIN_MENU_BOX]); + box(main_window, 0, 0); + (void) wattrset(main_window, attributes[MAIN_MENU_HEADING]); + mvwprintw(main_window, 0, 3, " %s ", prompt); + (void) wattrset(main_window, attributes[NORMAL]); + + set_menu_items(curses_menu, curses_menu_items); + + /* position the menu at the middle of the screen */ + scale_menu(curses_menu, &maxy, &maxx); + maxx = min(maxx, mwin_max_cols-2); + maxy = mwin_max_lines; + menu_window = derwin(main_window, + maxy, + maxx, + 2, + (mwin_max_cols-maxx)/2); + keypad(menu_window, TRUE); + set_menu_win(curses_menu, menu_window); + set_menu_sub(curses_menu, menu_window); + + /* must reassert this after changing items, otherwise returns to a + * default of 16 + */ + set_menu_format(curses_menu, maxy, 1); + center_item(selected_index, last_top_row); + set_menu_format(curses_menu, maxy, 1); + + print_function_line(); + + /* Post the menu */ + post_menu(curses_menu); + refresh_all_windows(main_window); +} + +static void adj_match_dir(match_f *match_direction) +{ + if (*match_direction == FIND_NEXT_MATCH_DOWN) + *match_direction = + MATCH_TINKER_PATTERN_DOWN; + else if (*match_direction == FIND_NEXT_MATCH_UP) + *match_direction = + MATCH_TINKER_PATTERN_UP; + /* else, do no change.. */ +} + +struct match_state +{ + int in_search; + match_f match_direction; + char pattern[256]; +}; + +/* Return 0 means I have handled the key. In such a case, ans should hold the + * item to center, or -1 otherwise. + * Else return -1 . + */ +static int do_match(int key, struct match_state *state, int *ans) +{ + char c = (char) key; + int terminate_search = 0; + *ans = -1; + if (key == '/' || (state->in_search && key == 27)) { + move(0, 0); + refresh(); + clrtoeol(); + state->in_search = 1-state->in_search; + bzero(state->pattern, sizeof(state->pattern)); + state->match_direction = MATCH_TINKER_PATTERN_DOWN; + return 0; + } else if (!state->in_search) + return 1; + + if (isalnum(c) || isgraph(c) || c == ' ') { + state->pattern[strlen(state->pattern)] = c; + state->pattern[strlen(state->pattern)] = '\0'; + adj_match_dir(&state->match_direction); + *ans = get_mext_match(state->pattern, + state->match_direction); + } else if (key == KEY_DOWN) { + state->match_direction = FIND_NEXT_MATCH_DOWN; + *ans = get_mext_match(state->pattern, + state->match_direction); + } else if (key == KEY_UP) { + state->match_direction = FIND_NEXT_MATCH_UP; + *ans = get_mext_match(state->pattern, + state->match_direction); + } else if (key == KEY_BACKSPACE || key == 127) { + state->pattern[strlen(state->pattern)-1] = '\0'; + adj_match_dir(&state->match_direction); + } else + terminate_search = 1; + + if (terminate_search) { + state->in_search = 0; + bzero(state->pattern, sizeof(state->pattern)); + move(0, 0); + refresh(); + clrtoeol(); + return -1; + } + return 0; +} + +static void conf(struct menu *menu) +{ + struct menu *submenu = 0; + const char *prompt = menu_get_prompt(menu); + struct symbol *sym; + int res; + int current_index = 0; + int last_top_row = 0; + struct match_state match_state = { + .in_search = 0, + .match_direction = MATCH_TINKER_PATTERN_DOWN, + .pattern = "", + }; + + while (!global_exit) { + reset_menu(); + current_menu = menu; + build_conf(menu); + if (!child_count) + break; + + show_menu(prompt ? _(prompt) : _("Main Menu"), + _(menu_instructions), + current_index, &last_top_row); + keypad((menu_win(curses_menu)), TRUE); + while (!global_exit) { + if (match_state.in_search) { + mvprintw(0, 0, + "searching: %s", match_state.pattern); + clrtoeol(); + } + refresh_all_windows(main_window); + res = wgetch(menu_win(curses_menu)); + if (!res) + break; + if (do_match(res, &match_state, ¤t_index) == 0) { + if (current_index != -1) + center_item(current_index, + &last_top_row); + continue; + } + if (process_special_keys(&res, + (struct menu *) item_data())) + break; + switch (res) { + case KEY_DOWN: + menu_driver(curses_menu, REQ_DOWN_ITEM); + break; + case KEY_UP: + menu_driver(curses_menu, REQ_UP_ITEM); + break; + case KEY_NPAGE: + menu_driver(curses_menu, REQ_SCR_DPAGE); + break; + case KEY_PPAGE: + menu_driver(curses_menu, REQ_SCR_UPAGE); + break; + case KEY_HOME: + menu_driver(curses_menu, REQ_FIRST_ITEM); + break; + case KEY_END: + menu_driver(curses_menu, REQ_LAST_ITEM); + break; + case 'h': + case '?': + show_help((struct menu *) item_data()); + break; + } + if (res == 10 || res == 27 || + res == 32 || res == 'n' || res == 'y' || + res == KEY_LEFT || res == KEY_RIGHT || + res == 'm') + break; + refresh_all_windows(main_window); + } + + refresh_all_windows(main_window); + /* if ESC or left*/ + if (res == 27 || (menu != &rootmenu && res == KEY_LEFT)) + break; + + /* remember location in the menu */ + last_top_row = top_row(curses_menu); + current_index = curses_item_index(); + + if (!item_tag()) + continue; + + submenu = (struct menu *) item_data(); + if (!submenu || !menu_is_visible(submenu)) + continue; + sym = submenu->sym; + + switch (res) { + case ' ': + if (item_is_tag('t')) + sym_toggle_tristate_value(sym); + else if (item_is_tag('m')) + conf(submenu); + break; + case KEY_RIGHT: + case 10: /* ENTER WAS PRESSED */ + switch (item_tag()) { + case 'm': + if (single_menu_mode) + submenu->data = + (void *) (long) !submenu->data; + else + conf(submenu); + break; + case 't': + if (sym_is_choice(sym) && + sym_get_tristate_value(sym) == yes) + conf_choice(submenu); + else if (submenu->prompt && + submenu->prompt->type == P_MENU) + conf(submenu); + else if (res == 10) + sym_toggle_tristate_value(sym); + break; + case 's': + conf_string(submenu); + break; + } + break; + case 'y': + if (item_is_tag('t')) { + if (sym_set_tristate_value(sym, yes)) + break; + if (sym_set_tristate_value(sym, mod)) + btn_dialog(main_window, setmod_text, 0); + } + break; + case 'n': + if (item_is_tag('t')) + sym_set_tristate_value(sym, no); + break; + case 'm': + if (item_is_tag('t')) + sym_set_tristate_value(sym, mod); + break; + } + } +} + +static void conf_message_callback(const char *fmt, va_list ap) +{ + char buf[1024]; + + vsnprintf(buf, sizeof(buf), fmt, ap); + btn_dialog(main_window, buf, 1, ""); +} + +static void show_help(struct menu *menu) +{ + struct gstr help; + + if (!menu) + return; + + help = str_new(); + menu_get_ext_help(menu, &help); + show_scroll_win(main_window, _(menu_get_prompt(menu)), str_get(&help)); + str_free(&help); +} + +static void conf_choice(struct menu *menu) +{ + const char *prompt = _(menu_get_prompt(menu)); + struct menu *child = 0; + struct symbol *active; + int selected_index = 0; + int last_top_row = 0; + int res, i = 0; + struct match_state match_state = { + .in_search = 0, + .match_direction = MATCH_TINKER_PATTERN_DOWN, + .pattern = "", + }; + + active = sym_get_choice_value(menu->sym); + /* this is mostly duplicated from the conf() function. */ + while (!global_exit) { + reset_menu(); + + for (i = 0, child = menu->list; child; child = child->next) { + if (!show_all_items && !menu_is_visible(child)) + continue; + + if (child->sym == sym_get_choice_value(menu->sym)) + item_make(child, ':', " %s", + _(menu_get_prompt(child))); + else if (child->sym) + item_make(child, ':', " %s", + _(menu_get_prompt(child))); + else + item_make(child, ':', "*** %s ***", + _(menu_get_prompt(child))); + + if (child->sym == active){ + last_top_row = top_row(curses_menu); + selected_index = i; + } + i++; + } + show_menu(prompt ? _(prompt) : _("Choice Menu"), + _(radiolist_instructions), + selected_index, + &last_top_row); + while (!global_exit) { + if (match_state.in_search) { + mvprintw(0, 0, "searching: %s", + match_state.pattern); + clrtoeol(); + } + refresh_all_windows(main_window); + res = wgetch(menu_win(curses_menu)); + if (!res) + break; + if (do_match(res, &match_state, &selected_index) == 0) { + if (selected_index != -1) + center_item(selected_index, + &last_top_row); + continue; + } + if (process_special_keys( + &res, + (struct menu *) item_data())) + break; + switch (res) { + case KEY_DOWN: + menu_driver(curses_menu, REQ_DOWN_ITEM); + break; + case KEY_UP: + menu_driver(curses_menu, REQ_UP_ITEM); + break; + case KEY_NPAGE: + menu_driver(curses_menu, REQ_SCR_DPAGE); + break; + case KEY_PPAGE: + menu_driver(curses_menu, REQ_SCR_UPAGE); + break; + case KEY_HOME: + menu_driver(curses_menu, REQ_FIRST_ITEM); + break; + case KEY_END: + menu_driver(curses_menu, REQ_LAST_ITEM); + break; + case 'h': + case '?': + show_help((struct menu *) item_data()); + break; + } + if (res == 10 || res == 27 || res == ' ' || + res == KEY_LEFT){ + break; + } + refresh_all_windows(main_window); + } + /* if ESC or left */ + if (res == 27 || res == KEY_LEFT) + break; + + child = item_data(); + if (!child || !menu_is_visible(child) || !child->sym) + continue; + switch (res) { + case ' ': + case 10: + case KEY_RIGHT: + sym_set_tristate_value(child->sym, yes); + return; + case 'h': + case '?': + show_help(child); + active = child->sym; + break; + case KEY_EXIT: + return; + } + } +} + +static void conf_string(struct menu *menu) +{ + const char *prompt = menu_get_prompt(menu); + + while (1) { + int res; + const char *heading; + + switch (sym_get_type(menu->sym)) { + case S_INT: + heading = _(inputbox_instructions_int); + break; + case S_HEX: + heading = _(inputbox_instructions_hex); + break; + case S_STRING: + heading = _(inputbox_instructions_string); + break; + default: + heading = _("Internal nconf error!"); + } + res = dialog_inputbox(main_window, + prompt ? _(prompt) : _("Main Menu"), + heading, + sym_get_string_value(menu->sym), + &dialog_input_result, + &dialog_input_result_len); + switch (res) { + case 0: + if (sym_set_string_value(menu->sym, + dialog_input_result)) + return; + btn_dialog(main_window, + _("You have made an invalid entry."), 0); + break; + case 1: + show_help(menu); + break; + case KEY_EXIT: + return; + } + } +} + +static void conf_load(void) +{ + while (1) { + int res; + res = dialog_inputbox(main_window, + NULL, load_config_text, + filename, + &dialog_input_result, + &dialog_input_result_len); + switch (res) { + case 0: + if (!dialog_input_result[0]) + return; + if (!conf_read(dialog_input_result)) { + set_config_filename(dialog_input_result); + sym_set_change_count(1); + return; + } + btn_dialog(main_window, _("File does not exist!"), 0); + break; + case 1: + show_scroll_win(main_window, + _("Load Alternate Configuration"), + load_config_help); + break; + case KEY_EXIT: + return; + } + } +} + +static void conf_save(void) +{ + while (1) { + int res; + res = dialog_inputbox(main_window, + NULL, save_config_text, + filename, + &dialog_input_result, + &dialog_input_result_len); + switch (res) { + case 0: + if (!dialog_input_result[0]) + return; + res = conf_write(dialog_input_result); + if (!res) { + set_config_filename(dialog_input_result); + return; + } + btn_dialog(main_window, _("Can't create file! " + "Probably a nonexistent directory."), + 1, ""); + break; + case 1: + show_scroll_win(main_window, + _("Save Alternate Configuration"), + save_config_help); + break; + case KEY_EXIT: + return; + } + } +} + +void setup_windows(void) +{ + int lines, columns; + + getmaxyx(stdscr, lines, columns); + + if (main_window != NULL) + delwin(main_window); + + /* set up the menu and menu window */ + main_window = newwin(lines-2, columns-2, 2, 1); + keypad(main_window, TRUE); + mwin_max_lines = lines-7; + mwin_max_cols = columns-6; + + /* panels order is from bottom to top */ + new_panel(main_window); +} + +int main(int ac, char **av) +{ + int lines, columns; + char *mode; + + setlocale(LC_ALL, ""); + bindtextdomain(PACKAGE, LOCALEDIR); + textdomain(PACKAGE); + + if (ac > 1 && strcmp(av[1], "-s") == 0) { + /* Silence conf_read() until the real callback is set up */ + conf_set_message_callback(NULL); + av++; + } + conf_parse(av[1]); + conf_read(NULL); + + mode = getenv("NCONFIG_MODE"); + if (mode) { + if (!strcasecmp(mode, "single_menu")) + single_menu_mode = 1; + } + + /* Initialize curses */ + initscr(); + /* set color theme */ + set_colors(); + + cbreak(); + noecho(); + keypad(stdscr, TRUE); + curs_set(0); + + getmaxyx(stdscr, lines, columns); + if (columns < 75 || lines < 20) { + endwin(); + printf("Your terminal should have at " + "least 20 lines and 75 columns\n"); + return 1; + } + + notimeout(stdscr, FALSE); +#if NCURSES_REENTRANT + set_escdelay(1); +#else + ESCDELAY = 1; +#endif + + /* set btns menu */ + curses_menu = new_menu(curses_menu_items); + menu_opts_off(curses_menu, O_SHOWDESC); + menu_opts_on(curses_menu, O_SHOWMATCH); + menu_opts_on(curses_menu, O_ONEVALUE); + menu_opts_on(curses_menu, O_NONCYCLIC); + menu_opts_on(curses_menu, O_IGNORECASE); + set_menu_mark(curses_menu, " "); + set_menu_fore(curses_menu, attributes[MAIN_MENU_FORE]); + set_menu_back(curses_menu, attributes[MAIN_MENU_BACK]); + set_menu_grey(curses_menu, attributes[MAIN_MENU_GREY]); + + set_config_filename(conf_get_configname()); + setup_windows(); + + /* check for KEY_FUNC(1) */ + if (has_key(KEY_F(1)) == FALSE) { + show_scroll_win(main_window, + _("Instructions"), + _(menu_no_f_instructions)); + } + + conf_set_message_callback(conf_message_callback); + /* do the work */ + while (!global_exit) { + conf(&rootmenu); + if (!global_exit && do_exit() == 0) + break; + } + /* ok, we are done */ + unpost_menu(curses_menu); + free_menu(curses_menu); + delwin(main_window); + clear(); + refresh(); + endwin(); + return 0; +} diff --git a/xen/tools/kconfig/nconf.gui.c b/xen/tools/kconfig/nconf.gui.c new file mode 100644 index 0000000..8275f0e --- /dev/null +++ b/xen/tools/kconfig/nconf.gui.c @@ -0,0 +1,656 @@ +/* + * Copyright (C) 2008 Nir Tzachar 0) + win_rows = msg_lines+4; + else + win_rows = msg_lines+2; + + win = newwin(win_rows, total_width+4, y, x); + keypad(win, TRUE); + menu_win = derwin(win, 1, btns_width, win_rows-2, + 1+(total_width+2-btns_width)/2); + menu = new_menu(btns); + msg_win = derwin(win, win_rows-2, msg_width, 1, + 1+(total_width+2-msg_width)/2); + + set_menu_fore(menu, attributes[DIALOG_MENU_FORE]); + set_menu_back(menu, attributes[DIALOG_MENU_BACK]); + + (void) wattrset(win, attributes[DIALOG_BOX]); + box(win, 0, 0); + + /* print message */ + (void) wattrset(msg_win, attributes[DIALOG_TEXT]); + fill_window(msg_win, msg); + + set_menu_win(menu, win); + set_menu_sub(menu, menu_win); + set_menu_format(menu, 1, btn_num); + menu_opts_off(menu, O_SHOWDESC); + menu_opts_off(menu, O_SHOWMATCH); + menu_opts_on(menu, O_ONEVALUE); + menu_opts_on(menu, O_NONCYCLIC); + set_menu_mark(menu, ""); + post_menu(menu); + + + touchwin(win); + refresh_all_windows(main_window); + while ((res = wgetch(win))) { + switch (res) { + case KEY_LEFT: + menu_driver(menu, REQ_LEFT_ITEM); + break; + case KEY_RIGHT: + menu_driver(menu, REQ_RIGHT_ITEM); + break; + case 10: /* ENTER */ + case 27: /* ESCAPE */ + case ' ': + case KEY_F(F_BACK): + case KEY_F(F_EXIT): + break; + } + touchwin(win); + refresh_all_windows(main_window); + + if (res == 10 || res == ' ') { + res = item_index(current_item(menu)); + break; + } else if (res == 27 || res == KEY_F(F_BACK) || + res == KEY_F(F_EXIT)) { + res = KEY_EXIT; + break; + } + } + + unpost_menu(menu); + free_menu(menu); + for (i = 0; i < btn_num; i++) + free_item(btns[i]); + + delwin(win); + return res; +} + +int dialog_inputbox(WINDOW *main_window, + const char *title, const char *prompt, + const char *init, char **resultp, int *result_len) +{ + int prompt_lines = 0; + int prompt_width = 0; + WINDOW *win; + WINDOW *prompt_win; + WINDOW *form_win; + PANEL *panel; + int i, x, y; + int res = -1; + int cursor_position = strlen(init); + int cursor_form_win; + char *result = *resultp; + + if (strlen(init)+1 > *result_len) { + *result_len = strlen(init)+1; + *resultp = result = realloc(result, *result_len); + } + + /* find the widest line of msg: */ + prompt_lines = get_line_no(prompt); + for (i = 0; i < prompt_lines; i++) { + const char *line = get_line(prompt, i); + int len = get_line_length(line); + prompt_width = max(prompt_width, len); + } + + if (title) + prompt_width = max(prompt_width, strlen(title)); + + /* place dialog in middle of screen */ + y = (getmaxy(stdscr)-(prompt_lines+4))/2; + x = (getmaxx(stdscr)-(prompt_width+4))/2; + + strncpy(result, init, *result_len); + + /* create the windows */ + win = newwin(prompt_lines+6, prompt_width+7, y, x); + prompt_win = derwin(win, prompt_lines+1, prompt_width, 2, 2); + form_win = derwin(win, 1, prompt_width, prompt_lines+3, 2); + keypad(form_win, TRUE); + + (void) wattrset(form_win, attributes[INPUT_FIELD]); + + (void) wattrset(win, attributes[INPUT_BOX]); + box(win, 0, 0); + (void) wattrset(win, attributes[INPUT_HEADING]); + if (title) + mvwprintw(win, 0, 3, "%s", title); + + /* print message */ + (void) wattrset(prompt_win, attributes[INPUT_TEXT]); + fill_window(prompt_win, prompt); + + mvwprintw(form_win, 0, 0, "%*s", prompt_width, " "); + cursor_form_win = min(cursor_position, prompt_width-1); + mvwprintw(form_win, 0, 0, "%s", + result + cursor_position-cursor_form_win); + + /* create panels */ + panel = new_panel(win); + + /* show the cursor */ + curs_set(1); + + touchwin(win); + refresh_all_windows(main_window); + while ((res = wgetch(form_win))) { + int len = strlen(result); + switch (res) { + case 10: /* ENTER */ + case 27: /* ESCAPE */ + case KEY_F(F_HELP): + case KEY_F(F_EXIT): + case KEY_F(F_BACK): + break; + case 127: + case KEY_BACKSPACE: + if (cursor_position > 0) { + memmove(&result[cursor_position-1], + &result[cursor_position], + len-cursor_position+1); + cursor_position--; + cursor_form_win--; + len--; + } + break; + case KEY_DC: + if (cursor_position >= 0 && cursor_position < len) { + memmove(&result[cursor_position], + &result[cursor_position+1], + len-cursor_position+1); + len--; + } + break; + case KEY_UP: + case KEY_RIGHT: + if (cursor_position < len) { + cursor_position++; + cursor_form_win++; + } + break; + case KEY_DOWN: + case KEY_LEFT: + if (cursor_position > 0) { + cursor_position--; + cursor_form_win--; + } + break; + case KEY_HOME: + cursor_position = 0; + cursor_form_win = 0; + break; + case KEY_END: + cursor_position = len; + cursor_form_win = min(cursor_position, prompt_width-1); + break; + default: + if ((isgraph(res) || isspace(res))) { + /* one for new char, one for '\0' */ + if (len+2 > *result_len) { + *result_len = len+2; + *resultp = result = realloc(result, + *result_len); + } + /* insert the char at the proper position */ + memmove(&result[cursor_position+1], + &result[cursor_position], + len-cursor_position+1); + result[cursor_position] = res; + cursor_position++; + cursor_form_win++; + len++; + } else { + mvprintw(0, 0, "unknown key: %d\n", res); + } + break; + } + if (cursor_form_win < 0) + cursor_form_win = 0; + else if (cursor_form_win > prompt_width-1) + cursor_form_win = prompt_width-1; + + wmove(form_win, 0, 0); + wclrtoeol(form_win); + mvwprintw(form_win, 0, 0, "%*s", prompt_width, " "); + mvwprintw(form_win, 0, 0, "%s", + result + cursor_position-cursor_form_win); + wmove(form_win, 0, cursor_form_win); + touchwin(win); + refresh_all_windows(main_window); + + if (res == 10) { + res = 0; + break; + } else if (res == 27 || res == KEY_F(F_BACK) || + res == KEY_F(F_EXIT)) { + res = KEY_EXIT; + break; + } else if (res == KEY_F(F_HELP)) { + res = 1; + break; + } + } + + /* hide the cursor */ + curs_set(0); + del_panel(panel); + delwin(prompt_win); + delwin(form_win); + delwin(win); + return res; +} + +/* refresh all windows in the correct order */ +void refresh_all_windows(WINDOW *main_window) +{ + update_panels(); + touchwin(main_window); + refresh(); +} + +/* layman's scrollable window... */ +void show_scroll_win(WINDOW *main_window, + const char *title, + const char *text) +{ + int res; + int total_lines = get_line_no(text); + int x, y, lines, columns; + int start_x = 0, start_y = 0; + int text_lines = 0, text_cols = 0; + int total_cols = 0; + int win_cols = 0; + int win_lines = 0; + int i = 0; + WINDOW *win; + WINDOW *pad; + PANEL *panel; + + getmaxyx(stdscr, lines, columns); + + /* find the widest line of msg: */ + total_lines = get_line_no(text); + for (i = 0; i < total_lines; i++) { + const char *line = get_line(text, i); + int len = get_line_length(line); + total_cols = max(total_cols, len+2); + } + + /* create the pad */ + pad = newpad(total_lines+10, total_cols+10); + (void) wattrset(pad, attributes[SCROLLWIN_TEXT]); + fill_window(pad, text); + + win_lines = min(total_lines+4, lines-2); + win_cols = min(total_cols+2, columns-2); + text_lines = max(win_lines-4, 0); + text_cols = max(win_cols-2, 0); + + /* place window in middle of screen */ + y = (lines-win_lines)/2; + x = (columns-win_cols)/2; + + win = newwin(win_lines, win_cols, y, x); + keypad(win, TRUE); + /* show the help in the help window, and show the help panel */ + (void) wattrset(win, attributes[SCROLLWIN_BOX]); + box(win, 0, 0); + (void) wattrset(win, attributes[SCROLLWIN_HEADING]); + mvwprintw(win, 0, 3, " %s ", title); + panel = new_panel(win); + + /* handle scrolling */ + do { + + copywin(pad, win, start_y, start_x, 2, 2, text_lines, + text_cols, 0); + print_in_middle(win, + text_lines+2, + 0, + text_cols, + "", + attributes[DIALOG_MENU_FORE]); + wrefresh(win); + + res = wgetch(win); + switch (res) { + case KEY_NPAGE: + case ' ': + case 'd': + start_y += text_lines-2; + break; + case KEY_PPAGE: + case 'u': + start_y -= text_lines+2; + break; + case KEY_HOME: + start_y = 0; + break; + case KEY_END: + start_y = total_lines-text_lines; + break; + case KEY_DOWN: + case 'j': + start_y++; + break; + case KEY_UP: + case 'k': + start_y--; + break; + case KEY_LEFT: + case 'h': + start_x--; + break; + case KEY_RIGHT: + case 'l': + start_x++; + break; + } + if (res == 10 || res == 27 || res == 'q' || + res == KEY_F(F_HELP) || res == KEY_F(F_BACK) || + res == KEY_F(F_EXIT)) + break; + if (start_y < 0) + start_y = 0; + if (start_y >= total_lines-text_lines) + start_y = total_lines-text_lines; + if (start_x < 0) + start_x = 0; + if (start_x >= total_cols-text_cols) + start_x = total_cols-text_cols; + } while (res); + + del_panel(panel); + delwin(win); + refresh_all_windows(main_window); +} diff --git a/xen/tools/kconfig/nconf.h b/xen/tools/kconfig/nconf.h new file mode 100644 index 0000000..0d52617 --- /dev/null +++ b/xen/tools/kconfig/nconf.h @@ -0,0 +1,96 @@ +/* + * Copyright (C) 2008 Nir Tzachar +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#include +#include +#include + +#include "ncurses.h" + +#define max(a, b) ({\ + typeof(a) _a = a;\ + typeof(b) _b = b;\ + _a > _b ? _a : _b; }) + +#define min(a, b) ({\ + typeof(a) _a = a;\ + typeof(b) _b = b;\ + _a < _b ? _a : _b; }) + +typedef enum { + NORMAL = 1, + MAIN_HEADING, + MAIN_MENU_BOX, + MAIN_MENU_FORE, + MAIN_MENU_BACK, + MAIN_MENU_GREY, + MAIN_MENU_HEADING, + SCROLLWIN_TEXT, + SCROLLWIN_HEADING, + SCROLLWIN_BOX, + DIALOG_TEXT, + DIALOG_MENU_FORE, + DIALOG_MENU_BACK, + DIALOG_BOX, + INPUT_BOX, + INPUT_HEADING, + INPUT_TEXT, + INPUT_FIELD, + FUNCTION_TEXT, + FUNCTION_HIGHLIGHT, + ATTR_MAX +} attributes_t; +extern attributes_t attributes[]; + +typedef enum { + F_HELP = 1, + F_SYMBOL = 2, + F_INSTS = 3, + F_CONF = 4, + F_BACK = 5, + F_SAVE = 6, + F_LOAD = 7, + F_SEARCH = 8, + F_EXIT = 9, +} function_key; + +void set_colors(void); + +/* this changes the windows attributes !!! */ +void print_in_middle(WINDOW *win, + int starty, + int startx, + int width, + const char *string, + chtype color); +int get_line_length(const char *line); +int get_line_no(const char *text); +const char *get_line(const char *text, int line_no); +void fill_window(WINDOW *win, const char *text); +int btn_dialog(WINDOW *main_window, const char *msg, int btn_num, ...); +int dialog_inputbox(WINDOW *main_window, + const char *title, const char *prompt, + const char *init, char **resultp, int *result_len); +void refresh_all_windows(WINDOW *main_window); +void show_scroll_win(WINDOW *main_window, + const char *title, + const char *text); diff --git a/xen/tools/kconfig/qconf.cc b/xen/tools/kconfig/qconf.cc new file mode 100644 index 0000000..c3bb7fe --- /dev/null +++ b/xen/tools/kconfig/qconf.cc @@ -0,0 +1,1798 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include + +#if QT_VERSION < 0x040000 +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#else +#include +#include +#include +#include +#include +#include +#include +#include +#include +#endif + +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#include + +#include "lkc.h" +#include "qconf.h" + +#include "qconf.moc" +#include "images.c" + +#ifdef _ +# undef _ +# define _ qgettext +#endif + +static QApplication *configApp; +static ConfigSettings *configSettings; + +Q3Action *ConfigMainWindow::saveAction; + +static inline QString qgettext(const char* str) +{ + return QString::fromLocal8Bit(gettext(str)); +} + +static inline QString qgettext(const QString& str) +{ + return QString::fromLocal8Bit(gettext(str.latin1())); +} + +ConfigSettings::ConfigSettings() + : QSettings("kernel.org", "qconf") +{ +} + +/** + * Reads a list of integer values from the application settings. + */ +Q3ValueList ConfigSettings::readSizes(const QString& key, bool *ok) +{ + Q3ValueList result; + QStringList entryList = readListEntry(key, ok); + QStringList::Iterator it; + + for (it = entryList.begin(); it != entryList.end(); ++it) + result.push_back((*it).toInt()); + + return result; +} + +/** + * Writes a list of integer values to the application settings. + */ +bool ConfigSettings::writeSizes(const QString& key, const Q3ValueList& value) +{ + QStringList stringList; + Q3ValueList::ConstIterator it; + + for (it = value.begin(); it != value.end(); ++it) + stringList.push_back(QString::number(*it)); + return writeEntry(key, stringList); +} + + +/* + * set the new data + * TODO check the value + */ +void ConfigItem::okRename(int col) +{ + Parent::okRename(col); + sym_set_string_value(menu->sym, text(dataColIdx).latin1()); + listView()->updateList(this); +} + +/* + * update the displayed of a menu entry + */ +void ConfigItem::updateMenu(void) +{ + ConfigList* list; + struct symbol* sym; + struct property *prop; + QString prompt; + int type; + tristate expr; + + list = listView(); + if (goParent) { + setPixmap(promptColIdx, list->menuBackPix); + prompt = ".."; + goto set_prompt; + } + + sym = menu->sym; + prop = menu->prompt; + prompt = _(menu_get_prompt(menu)); + + if (prop) switch (prop->type) { + case P_MENU: + if (list->mode == singleMode || list->mode == symbolMode) { + /* a menuconfig entry is displayed differently + * depending whether it's at the view root or a child. + */ + if (sym && list->rootEntry == menu) + break; + setPixmap(promptColIdx, list->menuPix); + } else { + if (sym) + break; + setPixmap(promptColIdx, 0); + } + goto set_prompt; + case P_COMMENT: + setPixmap(promptColIdx, 0); + goto set_prompt; + default: + ; + } + if (!sym) + goto set_prompt; + + setText(nameColIdx, QString::fromLocal8Bit(sym->name)); + + type = sym_get_type(sym); + switch (type) { + case S_BOOLEAN: + case S_TRISTATE: + char ch; + + if (!sym_is_changable(sym) && list->optMode == normalOpt) { + setPixmap(promptColIdx, 0); + setText(noColIdx, QString::null); + setText(modColIdx, QString::null); + setText(yesColIdx, QString::null); + break; + } + expr = sym_get_tristate_value(sym); + switch (expr) { + case yes: + if (sym_is_choice_value(sym) && type == S_BOOLEAN) + setPixmap(promptColIdx, list->choiceYesPix); + else + setPixmap(promptColIdx, list->symbolYesPix); + setText(yesColIdx, "Y"); + ch = 'Y'; + break; + case mod: + setPixmap(promptColIdx, list->symbolModPix); + setText(modColIdx, "M"); + ch = 'M'; + break; + default: + if (sym_is_choice_value(sym) && type == S_BOOLEAN) + setPixmap(promptColIdx, list->choiceNoPix); + else + setPixmap(promptColIdx, list->symbolNoPix); + setText(noColIdx, "N"); + ch = 'N'; + break; + } + if (expr != no) + setText(noColIdx, sym_tristate_within_range(sym, no) ? "_" : 0); + if (expr != mod) + setText(modColIdx, sym_tristate_within_range(sym, mod) ? "_" : 0); + if (expr != yes) + setText(yesColIdx, sym_tristate_within_range(sym, yes) ? "_" : 0); + + setText(dataColIdx, QChar(ch)); + break; + case S_INT: + case S_HEX: + case S_STRING: + const char* data; + + data = sym_get_string_value(sym); + + int i = list->mapIdx(dataColIdx); + if (i >= 0) + setRenameEnabled(i, TRUE); + setText(dataColIdx, data); + if (type == S_STRING) + prompt = QString("%1: %2").arg(prompt).arg(data); + else + prompt = QString("(%2) %1").arg(prompt).arg(data); + break; + } + if (!sym_has_value(sym) && visible) + prompt += _(" (NEW)"); +set_prompt: + setText(promptColIdx, prompt); +} + +void ConfigItem::testUpdateMenu(bool v) +{ + ConfigItem* i; + + visible = v; + if (!menu) + return; + + sym_calc_value(menu->sym); + if (menu->flags & MENU_CHANGED) { + /* the menu entry changed, so update all list items */ + menu->flags &= ~MENU_CHANGED; + for (i = (ConfigItem*)menu->data; i; i = i->nextItem) + i->updateMenu(); + } else if (listView()->updateAll) + updateMenu(); +} + +void ConfigItem::paintCell(QPainter* p, const QColorGroup& cg, int column, int width, int align) +{ + ConfigList* list = listView(); + + if (visible) { + if (isSelected() && !list->hasFocus() && list->mode == menuMode) + Parent::paintCell(p, list->inactivedColorGroup, column, width, align); + else + Parent::paintCell(p, cg, column, width, align); + } else + Parent::paintCell(p, list->disabledColorGroup, column, width, align); +} + +/* + * construct a menu entry + */ +void ConfigItem::init(void) +{ + if (menu) { + ConfigList* list = listView(); + nextItem = (ConfigItem*)menu->data; + menu->data = this; + + if (list->mode != fullMode) + setOpen(TRUE); + sym_calc_value(menu->sym); + } + updateMenu(); +} + +/* + * destruct a menu entry + */ +ConfigItem::~ConfigItem(void) +{ + if (menu) { + ConfigItem** ip = (ConfigItem**)&menu->data; + for (; *ip; ip = &(*ip)->nextItem) { + if (*ip == this) { + *ip = nextItem; + break; + } + } + } +} + +ConfigLineEdit::ConfigLineEdit(ConfigView* parent) + : Parent(parent) +{ + connect(this, SIGNAL(lostFocus()), SLOT(hide())); +} + +void ConfigLineEdit::show(ConfigItem* i) +{ + item = i; + if (sym_get_string_value(item->menu->sym)) + setText(QString::fromLocal8Bit(sym_get_string_value(item->menu->sym))); + else + setText(QString::null); + Parent::show(); + setFocus(); +} + +void ConfigLineEdit::keyPressEvent(QKeyEvent* e) +{ + switch (e->key()) { + case Qt::Key_Escape: + break; + case Qt::Key_Return: + case Qt::Key_Enter: + sym_set_string_value(item->menu->sym, text().latin1()); + parent()->updateList(item); + break; + default: + Parent::keyPressEvent(e); + return; + } + e->accept(); + parent()->list->setFocus(); + hide(); +} + +ConfigList::ConfigList(ConfigView* p, const char *name) + : Parent(p, name), + updateAll(false), + symbolYesPix(xpm_symbol_yes), symbolModPix(xpm_symbol_mod), symbolNoPix(xpm_symbol_no), + choiceYesPix(xpm_choice_yes), choiceNoPix(xpm_choice_no), + menuPix(xpm_menu), menuInvPix(xpm_menu_inv), menuBackPix(xpm_menuback), voidPix(xpm_void), + showName(false), showRange(false), showData(false), optMode(normalOpt), + rootEntry(0), headerPopup(0) +{ + int i; + + setSorting(-1); + setRootIsDecorated(TRUE); + disabledColorGroup = palette().active(); + disabledColorGroup.setColor(QColorGroup::Text, palette().disabled().text()); + inactivedColorGroup = palette().active(); + inactivedColorGroup.setColor(QColorGroup::Highlight, palette().disabled().highlight()); + + connect(this, SIGNAL(selectionChanged(void)), + SLOT(updateSelection(void))); + + if (name) { + configSettings->beginGroup(name); + showName = configSettings->readBoolEntry("/showName", false); + showRange = configSettings->readBoolEntry("/showRange", false); + showData = configSettings->readBoolEntry("/showData", false); + optMode = (enum optionMode)configSettings->readNumEntry("/optionMode", false); + configSettings->endGroup(); + connect(configApp, SIGNAL(aboutToQuit()), SLOT(saveSettings())); + } + + for (i = 0; i < colNr; i++) + colMap[i] = colRevMap[i] = -1; + addColumn(promptColIdx, _("Option")); + + reinit(); +} + +bool ConfigList::menuSkip(struct menu *menu) +{ + if (optMode == normalOpt && menu_is_visible(menu)) + return false; + if (optMode == promptOpt && menu_has_prompt(menu)) + return false; + if (optMode == allOpt) + return false; + return true; +} + +void ConfigList::reinit(void) +{ + removeColumn(dataColIdx); + removeColumn(yesColIdx); + removeColumn(modColIdx); + removeColumn(noColIdx); + removeColumn(nameColIdx); + + if (showName) + addColumn(nameColIdx, _("Name")); + if (showRange) { + addColumn(noColIdx, "N"); + addColumn(modColIdx, "M"); + addColumn(yesColIdx, "Y"); + } + if (showData) + addColumn(dataColIdx, _("Value")); + + updateListAll(); +} + +void ConfigList::saveSettings(void) +{ + if (name()) { + configSettings->beginGroup(name()); + configSettings->writeEntry("/showName", showName); + configSettings->writeEntry("/showRange", showRange); + configSettings->writeEntry("/showData", showData); + configSettings->writeEntry("/optionMode", (int)optMode); + configSettings->endGroup(); + } +} + +ConfigItem* ConfigList::findConfigItem(struct menu *menu) +{ + ConfigItem* item = (ConfigItem*)menu->data; + + for (; item; item = item->nextItem) { + if (this == item->listView()) + break; + } + + return item; +} + +void ConfigList::updateSelection(void) +{ + struct menu *menu; + enum prop_type type; + + ConfigItem* item = (ConfigItem*)selectedItem(); + if (!item) + return; + + menu = item->menu; + emit menuChanged(menu); + if (!menu) + return; + type = menu->prompt ? menu->prompt->type : P_UNKNOWN; + if (mode == menuMode && type == P_MENU) + emit menuSelected(menu); +} + +void ConfigList::updateList(ConfigItem* item) +{ + ConfigItem* last = 0; + + if (!rootEntry) { + if (mode != listMode) + goto update; + Q3ListViewItemIterator it(this); + ConfigItem* item; + + for (; it.current(); ++it) { + item = (ConfigItem*)it.current(); + if (!item->menu) + continue; + item->testUpdateMenu(menu_is_visible(item->menu)); + } + return; + } + + if (rootEntry != &rootmenu && (mode == singleMode || + (mode == symbolMode && rootEntry->parent != &rootmenu))) { + item = firstChild(); + if (!item) + item = new ConfigItem(this, 0, true); + last = item; + } + if ((mode == singleMode || (mode == symbolMode && !(rootEntry->flags & MENU_ROOT))) && + rootEntry->sym && rootEntry->prompt) { + item = last ? last->nextSibling() : firstChild(); + if (!item) + item = new ConfigItem(this, last, rootEntry, true); + else + item->testUpdateMenu(true); + + updateMenuList(item, rootEntry); + triggerUpdate(); + return; + } +update: + updateMenuList(this, rootEntry); + triggerUpdate(); +} + +void ConfigList::setValue(ConfigItem* item, tristate val) +{ + struct symbol* sym; + int type; + tristate oldval; + + sym = item->menu ? item->menu->sym : 0; + if (!sym) + return; + + type = sym_get_type(sym); + switch (type) { + case S_BOOLEAN: + case S_TRISTATE: + oldval = sym_get_tristate_value(sym); + + if (!sym_set_tristate_value(sym, val)) + return; + if (oldval == no && item->menu->list) + item->setOpen(TRUE); + parent()->updateList(item); + break; + } +} + +void ConfigList::changeValue(ConfigItem* item) +{ + struct symbol* sym; + struct menu* menu; + int type, oldexpr, newexpr; + + menu = item->menu; + if (!menu) + return; + sym = menu->sym; + if (!sym) { + if (item->menu->list) + item->setOpen(!item->isOpen()); + return; + } + + type = sym_get_type(sym); + switch (type) { + case S_BOOLEAN: + case S_TRISTATE: + oldexpr = sym_get_tristate_value(sym); + newexpr = sym_toggle_tristate_value(sym); + if (item->menu->list) { + if (oldexpr == newexpr) + item->setOpen(!item->isOpen()); + else if (oldexpr == no) + item->setOpen(TRUE); + } + if (oldexpr != newexpr) + parent()->updateList(item); + break; + case S_INT: + case S_HEX: + case S_STRING: + if (colMap[dataColIdx] >= 0) + item->startRename(colMap[dataColIdx]); + else + parent()->lineEdit->show(item); + break; + } +} + +void ConfigList::setRootMenu(struct menu *menu) +{ + enum prop_type type; + + if (rootEntry == menu) + return; + type = menu && menu->prompt ? menu->prompt->type : P_UNKNOWN; + if (type != P_MENU) + return; + updateMenuList(this, 0); + rootEntry = menu; + updateListAll(); + setSelected(currentItem(), hasFocus()); + ensureItemVisible(currentItem()); +} + +void ConfigList::setParentMenu(void) +{ + ConfigItem* item; + struct menu *oldroot; + + oldroot = rootEntry; + if (rootEntry == &rootmenu) + return; + setRootMenu(menu_get_parent_menu(rootEntry->parent)); + + Q3ListViewItemIterator it(this); + for (; (item = (ConfigItem*)it.current()); it++) { + if (item->menu == oldroot) { + setCurrentItem(item); + ensureItemVisible(item); + break; + } + } +} + +/* + * update all the children of a menu entry + * removes/adds the entries from the parent widget as necessary + * + * parent: either the menu list widget or a menu entry widget + * menu: entry to be updated + */ +template +void ConfigList::updateMenuList(P* parent, struct menu* menu) +{ + struct menu* child; + ConfigItem* item; + ConfigItem* last; + bool visible; + enum prop_type type; + + if (!menu) { + while ((item = parent->firstChild())) + delete item; + return; + } + + last = parent->firstChild(); + if (last && !last->goParent) + last = 0; + for (child = menu->list; child; child = child->next) { + item = last ? last->nextSibling() : parent->firstChild(); + type = child->prompt ? child->prompt->type : P_UNKNOWN; + + switch (mode) { + case menuMode: + if (!(child->flags & MENU_ROOT)) + goto hide; + break; + case symbolMode: + if (child->flags & MENU_ROOT) + goto hide; + break; + default: + break; + } + + visible = menu_is_visible(child); + if (!menuSkip(child)) { + if (!child->sym && !child->list && !child->prompt) + continue; + if (!item || item->menu != child) + item = new ConfigItem(parent, last, child, visible); + else + item->testUpdateMenu(visible); + + if (mode == fullMode || mode == menuMode || type != P_MENU) + updateMenuList(item, child); + else + updateMenuList(item, 0); + last = item; + continue; + } + hide: + if (item && item->menu == child) { + last = parent->firstChild(); + if (last == item) + last = 0; + else while (last->nextSibling() != item) + last = last->nextSibling(); + delete item; + } + } +} + +void ConfigList::keyPressEvent(QKeyEvent* ev) +{ + Q3ListViewItem* i = currentItem(); + ConfigItem* item; + struct menu *menu; + enum prop_type type; + + if (ev->key() == Qt::Key_Escape && mode != fullMode && mode != listMode) { + emit parentSelected(); + ev->accept(); + return; + } + + if (!i) { + Parent::keyPressEvent(ev); + return; + } + item = (ConfigItem*)i; + + switch (ev->key()) { + case Qt::Key_Return: + case Qt::Key_Enter: + if (item->goParent) { + emit parentSelected(); + break; + } + menu = item->menu; + if (!menu) + break; + type = menu->prompt ? menu->prompt->type : P_UNKNOWN; + if (type == P_MENU && rootEntry != menu && + mode != fullMode && mode != menuMode) { + emit menuSelected(menu); + break; + } + case Qt::Key_Space: + changeValue(item); + break; + case Qt::Key_N: + setValue(item, no); + break; + case Qt::Key_M: + setValue(item, mod); + break; + case Qt::Key_Y: + setValue(item, yes); + break; + default: + Parent::keyPressEvent(ev); + return; + } + ev->accept(); +} + +void ConfigList::contentsMousePressEvent(QMouseEvent* e) +{ + //QPoint p(contentsToViewport(e->pos())); + //printf("contentsMousePressEvent: %d,%d\n", p.x(), p.y()); + Parent::contentsMousePressEvent(e); +} + +void ConfigList::contentsMouseReleaseEvent(QMouseEvent* e) +{ + QPoint p(contentsToViewport(e->pos())); + ConfigItem* item = (ConfigItem*)itemAt(p); + struct menu *menu; + enum prop_type ptype; + const QPixmap* pm; + int idx, x; + + if (!item) + goto skip; + + menu = item->menu; + x = header()->offset() + p.x(); + idx = colRevMap[header()->sectionAt(x)]; + switch (idx) { + case promptColIdx: + pm = item->pixmap(promptColIdx); + if (pm) { + int off = header()->sectionPos(0) + itemMargin() + + treeStepSize() * (item->depth() + (rootIsDecorated() ? 1 : 0)); + if (x >= off && x < off + pm->width()) { + if (item->goParent) { + emit parentSelected(); + break; + } else if (!menu) + break; + ptype = menu->prompt ? menu->prompt->type : P_UNKNOWN; + if (ptype == P_MENU && rootEntry != menu && + mode != fullMode && mode != menuMode) + emit menuSelected(menu); + else + changeValue(item); + } + } + break; + case noColIdx: + setValue(item, no); + break; + case modColIdx: + setValue(item, mod); + break; + case yesColIdx: + setValue(item, yes); + break; + case dataColIdx: + changeValue(item); + break; + } + +skip: + //printf("contentsMouseReleaseEvent: %d,%d\n", p.x(), p.y()); + Parent::contentsMouseReleaseEvent(e); +} + +void ConfigList::contentsMouseMoveEvent(QMouseEvent* e) +{ + //QPoint p(contentsToViewport(e->pos())); + //printf("contentsMouseMoveEvent: %d,%d\n", p.x(), p.y()); + Parent::contentsMouseMoveEvent(e); +} + +void ConfigList::contentsMouseDoubleClickEvent(QMouseEvent* e) +{ + QPoint p(contentsToViewport(e->pos())); + ConfigItem* item = (ConfigItem*)itemAt(p); + struct menu *menu; + enum prop_type ptype; + + if (!item) + goto skip; + if (item->goParent) { + emit parentSelected(); + goto skip; + } + menu = item->menu; + if (!menu) + goto skip; + ptype = menu->prompt ? menu->prompt->type : P_UNKNOWN; + if (ptype == P_MENU && (mode == singleMode || mode == symbolMode)) + emit menuSelected(menu); + else if (menu->sym) + changeValue(item); + +skip: + //printf("contentsMouseDoubleClickEvent: %d,%d\n", p.x(), p.y()); + Parent::contentsMouseDoubleClickEvent(e); +} + +void ConfigList::focusInEvent(QFocusEvent *e) +{ + struct menu *menu = NULL; + + Parent::focusInEvent(e); + + ConfigItem* item = (ConfigItem *)currentItem(); + if (item) { + setSelected(item, TRUE); + menu = item->menu; + } + emit gotFocus(menu); +} + +void ConfigList::contextMenuEvent(QContextMenuEvent *e) +{ + if (e->y() <= header()->geometry().bottom()) { + if (!headerPopup) { + Q3Action *action; + + headerPopup = new Q3PopupMenu(this); + action = new Q3Action(NULL, _("Show Name"), 0, this); + action->setToggleAction(TRUE); + connect(action, SIGNAL(toggled(bool)), + parent(), SLOT(setShowName(bool))); + connect(parent(), SIGNAL(showNameChanged(bool)), + action, SLOT(setOn(bool))); + action->setOn(showName); + action->addTo(headerPopup); + action = new Q3Action(NULL, _("Show Range"), 0, this); + action->setToggleAction(TRUE); + connect(action, SIGNAL(toggled(bool)), + parent(), SLOT(setShowRange(bool))); + connect(parent(), SIGNAL(showRangeChanged(bool)), + action, SLOT(setOn(bool))); + action->setOn(showRange); + action->addTo(headerPopup); + action = new Q3Action(NULL, _("Show Data"), 0, this); + action->setToggleAction(TRUE); + connect(action, SIGNAL(toggled(bool)), + parent(), SLOT(setShowData(bool))); + connect(parent(), SIGNAL(showDataChanged(bool)), + action, SLOT(setOn(bool))); + action->setOn(showData); + action->addTo(headerPopup); + } + headerPopup->exec(e->globalPos()); + e->accept(); + } else + e->ignore(); +} + +ConfigView*ConfigView::viewList; +QAction *ConfigView::showNormalAction; +QAction *ConfigView::showAllAction; +QAction *ConfigView::showPromptAction; + +ConfigView::ConfigView(QWidget* parent, const char *name) + : Parent(parent, name) +{ + list = new ConfigList(this, name); + lineEdit = new ConfigLineEdit(this); + lineEdit->hide(); + + this->nextView = viewList; + viewList = this; +} + +ConfigView::~ConfigView(void) +{ + ConfigView** vp; + + for (vp = &viewList; *vp; vp = &(*vp)->nextView) { + if (*vp == this) { + *vp = nextView; + break; + } + } +} + +void ConfigView::setOptionMode(QAction *act) +{ + if (act == showNormalAction) + list->optMode = normalOpt; + else if (act == showAllAction) + list->optMode = allOpt; + else + list->optMode = promptOpt; + + list->updateListAll(); +} + +void ConfigView::setShowName(bool b) +{ + if (list->showName != b) { + list->showName = b; + list->reinit(); + emit showNameChanged(b); + } +} + +void ConfigView::setShowRange(bool b) +{ + if (list->showRange != b) { + list->showRange = b; + list->reinit(); + emit showRangeChanged(b); + } +} + +void ConfigView::setShowData(bool b) +{ + if (list->showData != b) { + list->showData = b; + list->reinit(); + emit showDataChanged(b); + } +} + +void ConfigList::setAllOpen(bool open) +{ + Q3ListViewItemIterator it(this); + + for (; it.current(); it++) + it.current()->setOpen(open); +} + +void ConfigView::updateList(ConfigItem* item) +{ + ConfigView* v; + + for (v = viewList; v; v = v->nextView) + v->list->updateList(item); +} + +void ConfigView::updateListAll(void) +{ + ConfigView* v; + + for (v = viewList; v; v = v->nextView) + v->list->updateListAll(); +} + +ConfigInfoView::ConfigInfoView(QWidget* parent, const char *name) + : Parent(parent, name), sym(0), _menu(0) +{ + if (name) { + configSettings->beginGroup(name); + _showDebug = configSettings->readBoolEntry("/showDebug", false); + configSettings->endGroup(); + connect(configApp, SIGNAL(aboutToQuit()), SLOT(saveSettings())); + } +} + +void ConfigInfoView::saveSettings(void) +{ + if (name()) { + configSettings->beginGroup(name()); + configSettings->writeEntry("/showDebug", showDebug()); + configSettings->endGroup(); + } +} + +void ConfigInfoView::setShowDebug(bool b) +{ + if (_showDebug != b) { + _showDebug = b; + if (_menu) + menuInfo(); + else if (sym) + symbolInfo(); + emit showDebugChanged(b); + } +} + +void ConfigInfoView::setInfo(struct menu *m) +{ + if (_menu == m) + return; + _menu = m; + sym = NULL; + if (!_menu) + clear(); + else + menuInfo(); +} + +void ConfigInfoView::symbolInfo(void) +{ + QString str; + + str += "Symbol: "; + str += print_filter(sym->name); + str += "

value: "; + str += print_filter(sym_get_string_value(sym)); + str += "
visibility: "; + str += sym->visible == yes ? "y" : sym->visible == mod ? "m" : "n"; + str += "
"; + str += debug_info(sym); + + setText(str); +} + +void ConfigInfoView::menuInfo(void) +{ + struct symbol* sym; + QString head, debug, help; + + sym = _menu->sym; + if (sym) { + if (_menu->prompt) { + head += ""; + head += print_filter(_(_menu->prompt->text)); + head += ""; + if (sym->name) { + head += " ("; + if (showDebug()) + head += QString().sprintf("", sym); + head += print_filter(sym->name); + if (showDebug()) + head += ""; + head += ")"; + } + } else if (sym->name) { + head += ""; + if (showDebug()) + head += QString().sprintf("", sym); + head += print_filter(sym->name); + if (showDebug()) + head += ""; + head += ""; + } + head += "

"; + + if (showDebug()) + debug = debug_info(sym); + + struct gstr help_gstr = str_new(); + menu_get_ext_help(_menu, &help_gstr); + help = print_filter(str_get(&help_gstr)); + str_free(&help_gstr); + } else if (_menu->prompt) { + head += ""; + head += print_filter(_(_menu->prompt->text)); + head += "

"; + if (showDebug()) { + if (_menu->prompt->visible.expr) { + debug += "  dep: "; + expr_print(_menu->prompt->visible.expr, expr_print_help, &debug, E_NONE); + debug += "

"; + } + } + } + if (showDebug()) + debug += QString().sprintf("defined at %s:%d

", _menu->file->name, _menu->lineno); + + setText(head + debug + help); +} + +QString ConfigInfoView::debug_info(struct symbol *sym) +{ + QString debug; + + debug += "type: "; + debug += print_filter(sym_type_name(sym->type)); + if (sym_is_choice(sym)) + debug += " (choice)"; + debug += "
"; + if (sym->rev_dep.expr) { + debug += "reverse dep: "; + expr_print(sym->rev_dep.expr, expr_print_help, &debug, E_NONE); + debug += "
"; + } + for (struct property *prop = sym->prop; prop; prop = prop->next) { + switch (prop->type) { + case P_PROMPT: + case P_MENU: + debug += QString().sprintf("prompt: ", prop->menu); + debug += print_filter(_(prop->text)); + debug += "
"; + break; + case P_DEFAULT: + case P_SELECT: + case P_RANGE: + case P_ENV: + debug += prop_get_type_name(prop->type); + debug += ": "; + expr_print(prop->expr, expr_print_help, &debug, E_NONE); + debug += "
"; + break; + case P_CHOICE: + if (sym_is_choice(sym)) { + debug += "choice: "; + expr_print(prop->expr, expr_print_help, &debug, E_NONE); + debug += "
"; + } + break; + default: + debug += "unknown property: "; + debug += prop_get_type_name(prop->type); + debug += "
"; + } + if (prop->visible.expr) { + debug += "    dep: "; + expr_print(prop->visible.expr, expr_print_help, &debug, E_NONE); + debug += "
"; + } + } + debug += "
"; + + return debug; +} + +QString ConfigInfoView::print_filter(const QString &str) +{ + QRegExp re("[<>&\"\\n]"); + QString res = str; + for (int i = 0; (i = res.find(re, i)) >= 0;) { + switch (res[i].latin1()) { + case '<': + res.replace(i, 1, "<"); + i += 4; + break; + case '>': + res.replace(i, 1, ">"); + i += 4; + break; + case '&': + res.replace(i, 1, "&"); + i += 5; + break; + case '"': + res.replace(i, 1, """); + i += 6; + break; + case '\n': + res.replace(i, 1, "
"); + i += 4; + break; + } + } + return res; +} + +void ConfigInfoView::expr_print_help(void *data, struct symbol *sym, const char *str) +{ + QString* text = reinterpret_cast(data); + QString str2 = print_filter(str); + + if (sym && sym->name && !(sym->flags & SYMBOL_CONST)) { + *text += QString().sprintf("", sym); + *text += str2; + *text += ""; + } else + *text += str2; +} + +Q3PopupMenu* ConfigInfoView::createPopupMenu(const QPoint& pos) +{ + Q3PopupMenu* popup = Parent::createPopupMenu(pos); + Q3Action* action = new Q3Action(NULL, _("Show Debug Info"), 0, popup); + action->setToggleAction(TRUE); + connect(action, SIGNAL(toggled(bool)), SLOT(setShowDebug(bool))); + connect(this, SIGNAL(showDebugChanged(bool)), action, SLOT(setOn(bool))); + action->setOn(showDebug()); + popup->insertSeparator(); + action->addTo(popup); + return popup; +} + +void ConfigInfoView::contentsContextMenuEvent(QContextMenuEvent *e) +{ + Parent::contentsContextMenuEvent(e); +} + +ConfigSearchWindow::ConfigSearchWindow(ConfigMainWindow* parent, const char *name) + : Parent(parent, name), result(NULL) +{ + setCaption("Search Config"); + + QVBoxLayout* layout1 = new QVBoxLayout(this, 11, 6); + QHBoxLayout* layout2 = new QHBoxLayout(0, 0, 6); + layout2->addWidget(new QLabel(_("Find:"), this)); + editField = new QLineEdit(this); + connect(editField, SIGNAL(returnPressed()), SLOT(search())); + layout2->addWidget(editField); + searchButton = new QPushButton(_("Search"), this); + searchButton->setAutoDefault(FALSE); + connect(searchButton, SIGNAL(clicked()), SLOT(search())); + layout2->addWidget(searchButton); + layout1->addLayout(layout2); + + split = new QSplitter(this); + split->setOrientation(Qt::Vertical); + list = new ConfigView(split, name); + list->list->mode = listMode; + info = new ConfigInfoView(split, name); + connect(list->list, SIGNAL(menuChanged(struct menu *)), + info, SLOT(setInfo(struct menu *))); + connect(list->list, SIGNAL(menuChanged(struct menu *)), + parent, SLOT(setMenuLink(struct menu *))); + + layout1->addWidget(split); + + if (name) { + int x, y, width, height; + bool ok; + + configSettings->beginGroup(name); + width = configSettings->readNumEntry("/window width", parent->width() / 2); + height = configSettings->readNumEntry("/window height", parent->height() / 2); + resize(width, height); + x = configSettings->readNumEntry("/window x", 0, &ok); + if (ok) + y = configSettings->readNumEntry("/window y", 0, &ok); + if (ok) + move(x, y); + Q3ValueList sizes = configSettings->readSizes("/split", &ok); + if (ok) + split->setSizes(sizes); + configSettings->endGroup(); + connect(configApp, SIGNAL(aboutToQuit()), SLOT(saveSettings())); + } +} + +void ConfigSearchWindow::saveSettings(void) +{ + if (name()) { + configSettings->beginGroup(name()); + configSettings->writeEntry("/window x", pos().x()); + configSettings->writeEntry("/window y", pos().y()); + configSettings->writeEntry("/window width", size().width()); + configSettings->writeEntry("/window height", size().height()); + configSettings->writeSizes("/split", split->sizes()); + configSettings->endGroup(); + } +} + +void ConfigSearchWindow::search(void) +{ + struct symbol **p; + struct property *prop; + ConfigItem *lastItem = NULL; + + free(result); + list->list->clear(); + info->clear(); + + result = sym_re_search(editField->text().latin1()); + if (!result) + return; + for (p = result; *p; p++) { + for_all_prompts((*p), prop) + lastItem = new ConfigItem(list->list, lastItem, prop->menu, + menu_is_visible(prop->menu)); + } +} + +/* + * Construct the complete config widget + */ +ConfigMainWindow::ConfigMainWindow(void) + : searchWindow(0) +{ + QMenuBar* menu; + bool ok; + int x, y, width, height; + char title[256]; + + QDesktopWidget *d = configApp->desktop(); + snprintf(title, sizeof(title), "%s%s", + rootmenu.prompt->text, +#if QT_VERSION < 0x040000 + " (Qt3)" +#else + "" +#endif + ); + setCaption(title); + + width = configSettings->readNumEntry("/window width", d->width() - 64); + height = configSettings->readNumEntry("/window height", d->height() - 64); + resize(width, height); + x = configSettings->readNumEntry("/window x", 0, &ok); + if (ok) + y = configSettings->readNumEntry("/window y", 0, &ok); + if (ok) + move(x, y); + + split1 = new QSplitter(this); + split1->setOrientation(Qt::Horizontal); + setCentralWidget(split1); + + menuView = new ConfigView(split1, "menu"); + menuList = menuView->list; + + split2 = new QSplitter(split1); + split2->setOrientation(Qt::Vertical); + + // create config tree + configView = new ConfigView(split2, "config"); + configList = configView->list; + + helpText = new ConfigInfoView(split2, "help"); + helpText->setTextFormat(Qt::RichText); + + setTabOrder(configList, helpText); + configList->setFocus(); + + menu = menuBar(); + toolBar = new Q3ToolBar("Tools", this); + + backAction = new Q3Action("Back", QPixmap(xpm_back), _("Back"), 0, this); + connect(backAction, SIGNAL(activated()), SLOT(goBack())); + backAction->setEnabled(FALSE); + Q3Action *quitAction = new Q3Action("Quit", _("&Quit"), Qt::CTRL + Qt::Key_Q, this); + connect(quitAction, SIGNAL(activated()), SLOT(close())); + Q3Action *loadAction = new Q3Action("Load", QPixmap(xpm_load), _("&Load"), Qt::CTRL + Qt::Key_L, this); + connect(loadAction, SIGNAL(activated()), SLOT(loadConfig())); + saveAction = new Q3Action("Save", QPixmap(xpm_save), _("&Save"), Qt::CTRL + Qt::Key_S, this); + connect(saveAction, SIGNAL(activated()), SLOT(saveConfig())); + conf_set_changed_callback(conf_changed); + // Set saveAction's initial state + conf_changed(); + Q3Action *saveAsAction = new Q3Action("Save As...", _("Save &As..."), 0, this); + connect(saveAsAction, SIGNAL(activated()), SLOT(saveConfigAs())); + Q3Action *searchAction = new Q3Action("Find", _("&Find"), Qt::CTRL + Qt::Key_F, this); + connect(searchAction, SIGNAL(activated()), SLOT(searchConfig())); + Q3Action *singleViewAction = new Q3Action("Single View", QPixmap(xpm_single_view), _("Single View"), 0, this); + connect(singleViewAction, SIGNAL(activated()), SLOT(showSingleView())); + Q3Action *splitViewAction = new Q3Action("Split View", QPixmap(xpm_split_view), _("Split View"), 0, this); + connect(splitViewAction, SIGNAL(activated()), SLOT(showSplitView())); + Q3Action *fullViewAction = new Q3Action("Full View", QPixmap(xpm_tree_view), _("Full View"), 0, this); + connect(fullViewAction, SIGNAL(activated()), SLOT(showFullView())); + + Q3Action *showNameAction = new Q3Action(NULL, _("Show Name"), 0, this); + showNameAction->setToggleAction(TRUE); + connect(showNameAction, SIGNAL(toggled(bool)), configView, SLOT(setShowName(bool))); + connect(configView, SIGNAL(showNameChanged(bool)), showNameAction, SLOT(setOn(bool))); + showNameAction->setOn(configView->showName()); + Q3Action *showRangeAction = new Q3Action(NULL, _("Show Range"), 0, this); + showRangeAction->setToggleAction(TRUE); + connect(showRangeAction, SIGNAL(toggled(bool)), configView, SLOT(setShowRange(bool))); + connect(configView, SIGNAL(showRangeChanged(bool)), showRangeAction, SLOT(setOn(bool))); + showRangeAction->setOn(configList->showRange); + Q3Action *showDataAction = new Q3Action(NULL, _("Show Data"), 0, this); + showDataAction->setToggleAction(TRUE); + connect(showDataAction, SIGNAL(toggled(bool)), configView, SLOT(setShowData(bool))); + connect(configView, SIGNAL(showDataChanged(bool)), showDataAction, SLOT(setOn(bool))); + showDataAction->setOn(configList->showData); + + QActionGroup *optGroup = new QActionGroup(this); + optGroup->setExclusive(TRUE); + connect(optGroup, SIGNAL(selected(QAction *)), configView, + SLOT(setOptionMode(QAction *))); + connect(optGroup, SIGNAL(selected(QAction *)), menuView, + SLOT(setOptionMode(QAction *))); + +#if QT_VERSION >= 0x040000 + configView->showNormalAction = new QAction(_("Show Normal Options"), optGroup); + configView->showAllAction = new QAction(_("Show All Options"), optGroup); + configView->showPromptAction = new QAction(_("Show Prompt Options"), optGroup); +#else + configView->showNormalAction = new QAction(_("Show Normal Options"), 0, optGroup); + configView->showAllAction = new QAction(_("Show All Options"), 0, optGroup); + configView->showPromptAction = new QAction(_("Show Prompt Options"), 0, optGroup); +#endif + configView->showNormalAction->setToggleAction(TRUE); + configView->showNormalAction->setOn(configList->optMode == normalOpt); + configView->showAllAction->setToggleAction(TRUE); + configView->showAllAction->setOn(configList->optMode == allOpt); + configView->showPromptAction->setToggleAction(TRUE); + configView->showPromptAction->setOn(configList->optMode == promptOpt); + + Q3Action *showDebugAction = new Q3Action(NULL, _("Show Debug Info"), 0, this); + showDebugAction->setToggleAction(TRUE); + connect(showDebugAction, SIGNAL(toggled(bool)), helpText, SLOT(setShowDebug(bool))); + connect(helpText, SIGNAL(showDebugChanged(bool)), showDebugAction, SLOT(setOn(bool))); + showDebugAction->setOn(helpText->showDebug()); + + Q3Action *showIntroAction = new Q3Action(NULL, _("Introduction"), 0, this); + connect(showIntroAction, SIGNAL(activated()), SLOT(showIntro())); + Q3Action *showAboutAction = new Q3Action(NULL, _("About"), 0, this); + connect(showAboutAction, SIGNAL(activated()), SLOT(showAbout())); + + // init tool bar + backAction->addTo(toolBar); + toolBar->addSeparator(); + loadAction->addTo(toolBar); + saveAction->addTo(toolBar); + toolBar->addSeparator(); + singleViewAction->addTo(toolBar); + splitViewAction->addTo(toolBar); + fullViewAction->addTo(toolBar); + + // create config menu + Q3PopupMenu* config = new Q3PopupMenu(this); + menu->insertItem(_("&File"), config); + loadAction->addTo(config); + saveAction->addTo(config); + saveAsAction->addTo(config); + config->insertSeparator(); + quitAction->addTo(config); + + // create edit menu + Q3PopupMenu* editMenu = new Q3PopupMenu(this); + menu->insertItem(_("&Edit"), editMenu); + searchAction->addTo(editMenu); + + // create options menu + Q3PopupMenu* optionMenu = new Q3PopupMenu(this); + menu->insertItem(_("&Option"), optionMenu); + showNameAction->addTo(optionMenu); + showRangeAction->addTo(optionMenu); + showDataAction->addTo(optionMenu); + optionMenu->insertSeparator(); + optGroup->addTo(optionMenu); + optionMenu->insertSeparator(); + + // create help menu + Q3PopupMenu* helpMenu = new Q3PopupMenu(this); + menu->insertSeparator(); + menu->insertItem(_("&Help"), helpMenu); + showIntroAction->addTo(helpMenu); + showAboutAction->addTo(helpMenu); + + connect(configList, SIGNAL(menuChanged(struct menu *)), + helpText, SLOT(setInfo(struct menu *))); + connect(configList, SIGNAL(menuSelected(struct menu *)), + SLOT(changeMenu(struct menu *))); + connect(configList, SIGNAL(parentSelected()), + SLOT(goBack())); + connect(menuList, SIGNAL(menuChanged(struct menu *)), + helpText, SLOT(setInfo(struct menu *))); + connect(menuList, SIGNAL(menuSelected(struct menu *)), + SLOT(changeMenu(struct menu *))); + + connect(configList, SIGNAL(gotFocus(struct menu *)), + helpText, SLOT(setInfo(struct menu *))); + connect(menuList, SIGNAL(gotFocus(struct menu *)), + helpText, SLOT(setInfo(struct menu *))); + connect(menuList, SIGNAL(gotFocus(struct menu *)), + SLOT(listFocusChanged(void))); + connect(helpText, SIGNAL(menuSelected(struct menu *)), + SLOT(setMenuLink(struct menu *))); + + QString listMode = configSettings->readEntry("/listMode", "symbol"); + if (listMode == "single") + showSingleView(); + else if (listMode == "full") + showFullView(); + else /*if (listMode == "split")*/ + showSplitView(); + + // UI setup done, restore splitter positions + Q3ValueList sizes = configSettings->readSizes("/split1", &ok); + if (ok) + split1->setSizes(sizes); + + sizes = configSettings->readSizes("/split2", &ok); + if (ok) + split2->setSizes(sizes); +} + +void ConfigMainWindow::loadConfig(void) +{ + QString s = Q3FileDialog::getOpenFileName(conf_get_configname(), NULL, this); + if (s.isNull()) + return; + if (conf_read(QFile::encodeName(s))) + QMessageBox::information(this, "qconf", _("Unable to load configuration!")); + ConfigView::updateListAll(); +} + +bool ConfigMainWindow::saveConfig(void) +{ + if (conf_write(NULL)) { + QMessageBox::information(this, "qconf", _("Unable to save configuration!")); + return false; + } + return true; +} + +void ConfigMainWindow::saveConfigAs(void) +{ + QString s = Q3FileDialog::getSaveFileName(conf_get_configname(), NULL, this); + if (s.isNull()) + return; + saveConfig(); +} + +void ConfigMainWindow::searchConfig(void) +{ + if (!searchWindow) + searchWindow = new ConfigSearchWindow(this, "search"); + searchWindow->show(); +} + +void ConfigMainWindow::changeMenu(struct menu *menu) +{ + configList->setRootMenu(menu); + if (configList->rootEntry->parent == &rootmenu) + backAction->setEnabled(FALSE); + else + backAction->setEnabled(TRUE); +} + +void ConfigMainWindow::setMenuLink(struct menu *menu) +{ + struct menu *parent; + ConfigList* list = NULL; + ConfigItem* item; + + if (configList->menuSkip(menu)) + return; + + switch (configList->mode) { + case singleMode: + list = configList; + parent = menu_get_parent_menu(menu); + if (!parent) + return; + list->setRootMenu(parent); + break; + case symbolMode: + if (menu->flags & MENU_ROOT) { + configList->setRootMenu(menu); + configList->clearSelection(); + list = menuList; + } else { + list = configList; + parent = menu_get_parent_menu(menu->parent); + if (!parent) + return; + item = menuList->findConfigItem(parent); + if (item) { + menuList->setSelected(item, TRUE); + menuList->ensureItemVisible(item); + } + list->setRootMenu(parent); + } + break; + case fullMode: + list = configList; + break; + default: + break; + } + + if (list) { + item = list->findConfigItem(menu); + if (item) { + list->setSelected(item, TRUE); + list->ensureItemVisible(item); + list->setFocus(); + } + } +} + +void ConfigMainWindow::listFocusChanged(void) +{ + if (menuList->mode == menuMode) + configList->clearSelection(); +} + +void ConfigMainWindow::goBack(void) +{ + ConfigItem* item; + + configList->setParentMenu(); + if (configList->rootEntry == &rootmenu) + backAction->setEnabled(FALSE); + item = (ConfigItem*)menuList->selectedItem(); + while (item) { + if (item->menu == configList->rootEntry) { + menuList->setSelected(item, TRUE); + break; + } + item = (ConfigItem*)item->parent(); + } +} + +void ConfigMainWindow::showSingleView(void) +{ + menuView->hide(); + menuList->setRootMenu(0); + configList->mode = singleMode; + if (configList->rootEntry == &rootmenu) + configList->updateListAll(); + else + configList->setRootMenu(&rootmenu); + configList->setAllOpen(TRUE); + configList->setFocus(); +} + +void ConfigMainWindow::showSplitView(void) +{ + configList->mode = symbolMode; + if (configList->rootEntry == &rootmenu) + configList->updateListAll(); + else + configList->setRootMenu(&rootmenu); + configList->setAllOpen(TRUE); + configApp->processEvents(); + menuList->mode = menuMode; + menuList->setRootMenu(&rootmenu); + menuList->setAllOpen(TRUE); + menuView->show(); + menuList->setFocus(); +} + +void ConfigMainWindow::showFullView(void) +{ + menuView->hide(); + menuList->setRootMenu(0); + configList->mode = fullMode; + if (configList->rootEntry == &rootmenu) + configList->updateListAll(); + else + configList->setRootMenu(&rootmenu); + configList->setAllOpen(FALSE); + configList->setFocus(); +} + +/* + * ask for saving configuration before quitting + * TODO ask only when something changed + */ +void ConfigMainWindow::closeEvent(QCloseEvent* e) +{ + if (!conf_get_changed()) { + e->accept(); + return; + } + QMessageBox mb("qconf", _("Save configuration?"), QMessageBox::Warning, + QMessageBox::Yes | QMessageBox::Default, QMessageBox::No, QMessageBox::Cancel | QMessageBox::Escape); + mb.setButtonText(QMessageBox::Yes, _("&Save Changes")); + mb.setButtonText(QMessageBox::No, _("&Discard Changes")); + mb.setButtonText(QMessageBox::Cancel, _("Cancel Exit")); + switch (mb.exec()) { + case QMessageBox::Yes: + if (saveConfig()) + e->accept(); + else + e->ignore(); + break; + case QMessageBox::No: + e->accept(); + break; + case QMessageBox::Cancel: + e->ignore(); + break; + } +} + +void ConfigMainWindow::showIntro(void) +{ + static const QString str = _("Welcome to the qconf graphical configuration tool.\n\n" + "For each option, a blank box indicates the feature is disabled, a check\n" + "indicates it is enabled, and a dot indicates that it is to be compiled\n" + "as a module. Clicking on the box will cycle through the three states.\n\n" + "If you do not see an option (e.g., a device driver) that you believe\n" + "should be present, try turning on Show All Options under the Options menu.\n" + "Although there is no cross reference yet to help you figure out what other\n" + "options must be enabled to support the option you are interested in, you can\n" + "still view the help of a grayed-out option.\n\n" + "Toggling Show Debug Info under the Options menu will show the dependencies,\n" + "which you can then match by examining other options.\n\n"); + + QMessageBox::information(this, "qconf", str); +} + +void ConfigMainWindow::showAbout(void) +{ + static const QString str = _("qconf is Copyright (C) 2002 Roman Zippel .\n\n" + "Bug reports and feature request can also be entered at http://bugzilla.kernel.org/\n"); + + QMessageBox::information(this, "qconf", str); +} + +void ConfigMainWindow::saveSettings(void) +{ + configSettings->writeEntry("/window x", pos().x()); + configSettings->writeEntry("/window y", pos().y()); + configSettings->writeEntry("/window width", size().width()); + configSettings->writeEntry("/window height", size().height()); + + QString entry; + switch(configList->mode) { + case singleMode : + entry = "single"; + break; + + case symbolMode : + entry = "split"; + break; + + case fullMode : + entry = "full"; + break; + + default: + break; + } + configSettings->writeEntry("/listMode", entry); + + configSettings->writeSizes("/split1", split1->sizes()); + configSettings->writeSizes("/split2", split2->sizes()); +} + +void ConfigMainWindow::conf_changed(void) +{ + if (saveAction) + saveAction->setEnabled(conf_get_changed()); +} + +void fixup_rootmenu(struct menu *menu) +{ + struct menu *child; + static int menu_cnt = 0; + + menu->flags |= MENU_ROOT; + for (child = menu->list; child; child = child->next) { + if (child->prompt && child->prompt->type == P_MENU) { + menu_cnt++; + fixup_rootmenu(child); + menu_cnt--; + } else if (!menu_cnt) + fixup_rootmenu(child); + } +} + +static const char *progname; + +static void usage(void) +{ + printf(_("%s [-s] \n"), progname); + exit(0); +} + +int main(int ac, char** av) +{ + ConfigMainWindow* v; + const char *name; + + bindtextdomain(PACKAGE, LOCALEDIR); + textdomain(PACKAGE); + + progname = av[0]; + configApp = new QApplication(ac, av); + if (ac > 1 && av[1][0] == '-') { + switch (av[1][1]) { + case 's': + conf_set_message_callback(NULL); + break; + case 'h': + case '?': + usage(); + } + name = av[2]; + } else + name = av[1]; + if (!name) + usage(); + + conf_parse(name); + fixup_rootmenu(&rootmenu); + conf_read(NULL); + //zconfdump(stdout); + + configSettings = new ConfigSettings(); + configSettings->beginGroup("/kconfig/qconf"); + v = new ConfigMainWindow(); + + //zconfdump(stdout); + configApp->setMainWidget(v); + configApp->connect(configApp, SIGNAL(lastWindowClosed()), SLOT(quit())); + configApp->connect(configApp, SIGNAL(aboutToQuit()), v, SLOT(saveSettings())); + v->show(); + configApp->exec(); + + configSettings->endGroup(); + delete configSettings; + + return 0; +} diff --git a/xen/tools/kconfig/qconf.h b/xen/tools/kconfig/qconf.h new file mode 100644 index 0000000..bde0c6b --- /dev/null +++ b/xen/tools/kconfig/qconf.h @@ -0,0 +1,338 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#if QT_VERSION < 0x040000 +#include +#else +#include +#endif +#include + +#if QT_VERSION < 0x040000 +#define Q3ValueList QValueList +#define Q3PopupMenu QPopupMenu +#define Q3ListView QListView +#define Q3ListViewItem QListViewItem +#define Q3VBox QVBox +#define Q3TextBrowser QTextBrowser +#define Q3MainWindow QMainWindow +#define Q3Action QAction +#define Q3ToolBar QToolBar +#define Q3ListViewItemIterator QListViewItemIterator +#define Q3FileDialog QFileDialog +#endif + +class ConfigView; +class ConfigList; +class ConfigItem; +class ConfigLineEdit; +class ConfigMainWindow; + +class ConfigSettings : public QSettings { +public: + ConfigSettings(); + Q3ValueList readSizes(const QString& key, bool *ok); + bool writeSizes(const QString& key, const Q3ValueList& value); +}; + +enum colIdx { + promptColIdx, nameColIdx, noColIdx, modColIdx, yesColIdx, dataColIdx, colNr +}; +enum listMode { + singleMode, menuMode, symbolMode, fullMode, listMode +}; +enum optionMode { + normalOpt = 0, allOpt, promptOpt +}; + +class ConfigList : public Q3ListView { + Q_OBJECT + typedef class Q3ListView Parent; +public: + ConfigList(ConfigView* p, const char *name = 0); + void reinit(void); + ConfigView* parent(void) const + { + return (ConfigView*)Parent::parent(); + } + ConfigItem* findConfigItem(struct menu *); + +protected: + void keyPressEvent(QKeyEvent *e); + void contentsMousePressEvent(QMouseEvent *e); + void contentsMouseReleaseEvent(QMouseEvent *e); + void contentsMouseMoveEvent(QMouseEvent *e); + void contentsMouseDoubleClickEvent(QMouseEvent *e); + void focusInEvent(QFocusEvent *e); + void contextMenuEvent(QContextMenuEvent *e); + +public slots: + void setRootMenu(struct menu *menu); + + void updateList(ConfigItem *item); + void setValue(ConfigItem* item, tristate val); + void changeValue(ConfigItem* item); + void updateSelection(void); + void saveSettings(void); +signals: + void menuChanged(struct menu *menu); + void menuSelected(struct menu *menu); + void parentSelected(void); + void gotFocus(struct menu *); + +public: + void updateListAll(void) + { + updateAll = true; + updateList(NULL); + updateAll = false; + } + ConfigList* listView() + { + return this; + } + ConfigItem* firstChild() const + { + return (ConfigItem *)Parent::firstChild(); + } + int mapIdx(colIdx idx) + { + return colMap[idx]; + } + void addColumn(colIdx idx, const QString& label) + { + colMap[idx] = Parent::addColumn(label); + colRevMap[colMap[idx]] = idx; + } + void removeColumn(colIdx idx) + { + int col = colMap[idx]; + if (col >= 0) { + Parent::removeColumn(col); + colRevMap[col] = colMap[idx] = -1; + } + } + void setAllOpen(bool open); + void setParentMenu(void); + + bool menuSkip(struct menu *); + + template + void updateMenuList(P*, struct menu*); + + bool updateAll; + + QPixmap symbolYesPix, symbolModPix, symbolNoPix; + QPixmap choiceYesPix, choiceNoPix; + QPixmap menuPix, menuInvPix, menuBackPix, voidPix; + + bool showName, showRange, showData; + enum listMode mode; + enum optionMode optMode; + struct menu *rootEntry; + QColorGroup disabledColorGroup; + QColorGroup inactivedColorGroup; + Q3PopupMenu* headerPopup; + +private: + int colMap[colNr]; + int colRevMap[colNr]; +}; + +class ConfigItem : public Q3ListViewItem { + typedef class Q3ListViewItem Parent; +public: + ConfigItem(Q3ListView *parent, ConfigItem *after, struct menu *m, bool v) + : Parent(parent, after), menu(m), visible(v), goParent(false) + { + init(); + } + ConfigItem(ConfigItem *parent, ConfigItem *after, struct menu *m, bool v) + : Parent(parent, after), menu(m), visible(v), goParent(false) + { + init(); + } + ConfigItem(Q3ListView *parent, ConfigItem *after, bool v) + : Parent(parent, after), menu(0), visible(v), goParent(true) + { + init(); + } + ~ConfigItem(void); + void init(void); + void okRename(int col); + void updateMenu(void); + void testUpdateMenu(bool v); + ConfigList* listView() const + { + return (ConfigList*)Parent::listView(); + } + ConfigItem* firstChild() const + { + return (ConfigItem *)Parent::firstChild(); + } + ConfigItem* nextSibling() const + { + return (ConfigItem *)Parent::nextSibling(); + } + void setText(colIdx idx, const QString& text) + { + Parent::setText(listView()->mapIdx(idx), text); + } + QString text(colIdx idx) const + { + return Parent::text(listView()->mapIdx(idx)); + } + void setPixmap(colIdx idx, const QPixmap& pm) + { + Parent::setPixmap(listView()->mapIdx(idx), pm); + } + const QPixmap* pixmap(colIdx idx) const + { + return Parent::pixmap(listView()->mapIdx(idx)); + } + void paintCell(QPainter* p, const QColorGroup& cg, int column, int width, int align); + + ConfigItem* nextItem; + struct menu *menu; + bool visible; + bool goParent; +}; + +class ConfigLineEdit : public QLineEdit { + Q_OBJECT + typedef class QLineEdit Parent; +public: + ConfigLineEdit(ConfigView* parent); + ConfigView* parent(void) const + { + return (ConfigView*)Parent::parent(); + } + void show(ConfigItem *i); + void keyPressEvent(QKeyEvent *e); + +public: + ConfigItem *item; +}; + +class ConfigView : public Q3VBox { + Q_OBJECT + typedef class Q3VBox Parent; +public: + ConfigView(QWidget* parent, const char *name = 0); + ~ConfigView(void); + static void updateList(ConfigItem* item); + static void updateListAll(void); + + bool showName(void) const { return list->showName; } + bool showRange(void) const { return list->showRange; } + bool showData(void) const { return list->showData; } +public slots: + void setShowName(bool); + void setShowRange(bool); + void setShowData(bool); + void setOptionMode(QAction *); +signals: + void showNameChanged(bool); + void showRangeChanged(bool); + void showDataChanged(bool); +public: + ConfigList* list; + ConfigLineEdit* lineEdit; + + static ConfigView* viewList; + ConfigView* nextView; + + static QAction *showNormalAction; + static QAction *showAllAction; + static QAction *showPromptAction; +}; + +class ConfigInfoView : public Q3TextBrowser { + Q_OBJECT + typedef class Q3TextBrowser Parent; +public: + ConfigInfoView(QWidget* parent, const char *name = 0); + bool showDebug(void) const { return _showDebug; } + +public slots: + void setInfo(struct menu *menu); + void saveSettings(void); + void setShowDebug(bool); + +signals: + void showDebugChanged(bool); + void menuSelected(struct menu *); + +protected: + void symbolInfo(void); + void menuInfo(void); + QString debug_info(struct symbol *sym); + static QString print_filter(const QString &str); + static void expr_print_help(void *data, struct symbol *sym, const char *str); + Q3PopupMenu* createPopupMenu(const QPoint& pos); + void contentsContextMenuEvent(QContextMenuEvent *e); + + struct symbol *sym; + struct menu *_menu; + bool _showDebug; +}; + +class ConfigSearchWindow : public QDialog { + Q_OBJECT + typedef class QDialog Parent; +public: + ConfigSearchWindow(ConfigMainWindow* parent, const char *name = 0); + +public slots: + void saveSettings(void); + void search(void); + +protected: + QLineEdit* editField; + QPushButton* searchButton; + QSplitter* split; + ConfigView* list; + ConfigInfoView* info; + + struct symbol **result; +}; + +class ConfigMainWindow : public Q3MainWindow { + Q_OBJECT + + static Q3Action *saveAction; + static void conf_changed(void); +public: + ConfigMainWindow(void); +public slots: + void changeMenu(struct menu *); + void setMenuLink(struct menu *); + void listFocusChanged(void); + void goBack(void); + void loadConfig(void); + bool saveConfig(void); + void saveConfigAs(void); + void searchConfig(void); + void showSingleView(void); + void showSplitView(void); + void showFullView(void); + void showIntro(void); + void showAbout(void); + void saveSettings(void); + +protected: + void closeEvent(QCloseEvent *e); + + ConfigSearchWindow *searchWindow; + ConfigView *menuView; + ConfigList *menuList; + ConfigView *configView; + ConfigList *configList; + ConfigInfoView *helpText; + Q3ToolBar *toolBar; + Q3Action *backAction; + QSplitter* split1; + QSplitter* split2; +}; diff --git a/xen/tools/kconfig/streamline_config.pl b/xen/tools/kconfig/streamline_config.pl new file mode 100755 index 0000000..f3d3fb4 --- /dev/null +++ b/xen/tools/kconfig/streamline_config.pl @@ -0,0 +1,647 @@ +#!/usr/bin/perl -w +# +# Copyright 2005-2009 - Steven Rostedt +# Licensed under the terms of the GNU GPL License version 2 +# +# It's simple enough to figure out how this works. +# If not, then you can ask me at stripconfig@goodmis.org +# +# What it does? +# +# If you have installed a Linux kernel from a distribution +# that turns on way too many modules than you need, and +# you only want the modules you use, then this program +# is perfect for you. +# +# It gives you the ability to turn off all the modules that are +# not loaded on your system. +# +# Howto: +# +# 1. Boot up the kernel that you want to stream line the config on. +# 2. Change directory to the directory holding the source of the +# kernel that you just booted. +# 3. Copy the configuraton file to this directory as .config +# 4. Have all your devices that you need modules for connected and +# operational (make sure that their corresponding modules are loaded) +# 5. Run this script redirecting the output to some other file +# like config_strip. +# 6. Back up your old config (if you want too). +# 7. copy the config_strip file to .config +# 8. Run "make oldconfig" +# +# Now your kernel is ready to be built with only the modules that +# are loaded. +# +# Here's what I did with my Debian distribution. +# +# cd /usr/src/linux-2.6.10 +# cp /boot/config-2.6.10-1-686-smp .config +# ~/bin/streamline_config > config_strip +# mv .config config_sav +# mv config_strip .config +# make oldconfig +# +use strict; +use Getopt::Long; + +# set the environment variable LOCALMODCONFIG_DEBUG to get +# debug output. +my $debugprint = 0; +$debugprint = 1 if (defined($ENV{LOCALMODCONFIG_DEBUG})); + +sub dprint { + return if (!$debugprint); + print STDERR @_; +} + +my $config = ".config"; + +my $uname = `uname -r`; +chomp $uname; + +my @searchconfigs = ( + { + "file" => ".config", + "exec" => "cat", + }, + { + "file" => "/proc/config.gz", + "exec" => "zcat", + }, + { + "file" => "/boot/config-$uname", + "exec" => "cat", + }, + { + "file" => "/boot/vmlinuz-$uname", + "exec" => "scripts/extract-ikconfig", + "test" => "scripts/extract-ikconfig", + }, + { + "file" => "vmlinux", + "exec" => "scripts/extract-ikconfig", + "test" => "scripts/extract-ikconfig", + }, + { + "file" => "/lib/modules/$uname/kernel/kernel/configs.ko", + "exec" => "scripts/extract-ikconfig", + "test" => "scripts/extract-ikconfig", + }, + { + "file" => "kernel/configs.ko", + "exec" => "scripts/extract-ikconfig", + "test" => "scripts/extract-ikconfig", + }, + { + "file" => "kernel/configs.o", + "exec" => "scripts/extract-ikconfig", + "test" => "scripts/extract-ikconfig", + }, +); + +sub read_config { + foreach my $conf (@searchconfigs) { + my $file = $conf->{"file"}; + + next if ( ! -f "$file"); + + if (defined($conf->{"test"})) { + `$conf->{"test"} $conf->{"file"} 2>/dev/null`; + next if ($?); + } + + my $exec = $conf->{"exec"}; + + print STDERR "using config: '$file'\n"; + + open(my $infile, '-|', "$exec $file") || die "Failed to run $exec $file"; + my @x = <$infile>; + close $infile; + return @x; + } + die "No config file found"; +} + +my @config_file = read_config; + +# Parse options +my $localmodconfig = 0; +my $localyesconfig = 0; + +GetOptions("localmodconfig" => \$localmodconfig, + "localyesconfig" => \$localyesconfig); + +# Get the build source and top level Kconfig file (passed in) +my $ksource = ($ARGV[0] ? $ARGV[0] : '.'); +my $kconfig = $ARGV[1]; +my $lsmod_file = $ENV{'LSMOD'}; + +my @makefiles = `find $ksource -name Makefile -or -name Kbuild 2>/dev/null`; +chomp @makefiles; + +my %depends; +my %selects; +my %prompts; +my %objects; +my $var; +my $iflevel = 0; +my @ifdeps; + +# prevent recursion +my %read_kconfigs; + +sub read_kconfig { + my ($kconfig) = @_; + + my $state = "NONE"; + my $config; + + my $cont = 0; + my $line; + + my $source = "$ksource/$kconfig"; + my $last_source = ""; + + # Check for any environment variables used + while ($source =~ /\$(\w+)/ && $last_source ne $source) { + my $env = $1; + $last_source = $source; + $source =~ s/\$$env/$ENV{$env}/; + } + + open(my $kinfile, '<', $source) || die "Can't open $kconfig"; + while (<$kinfile>) { + chomp; + + # Make sure that lines ending with \ continue + if ($cont) { + $_ = $line . " " . $_; + } + + if (s/\\$//) { + $cont = 1; + $line = $_; + next; + } + + $cont = 0; + + # collect any Kconfig sources + if (/^source\s*"(.*)"/) { + my $kconfig = $1; + # prevent reading twice. + if (!defined($read_kconfigs{$kconfig})) { + $read_kconfigs{$kconfig} = 1; + read_kconfig($kconfig); + } + next; + } + + # configs found + if (/^\s*(menu)?config\s+(\S+)\s*$/) { + $state = "NEW"; + $config = $2; + + # Add depends for 'if' nesting + for (my $i = 0; $i < $iflevel; $i++) { + if ($i) { + $depends{$config} .= " " . $ifdeps[$i]; + } else { + $depends{$config} = $ifdeps[$i]; + } + $state = "DEP"; + } + + # collect the depends for the config + } elsif ($state eq "NEW" && /^\s*depends\s+on\s+(.*)$/) { + $state = "DEP"; + $depends{$config} = $1; + } elsif ($state eq "DEP" && /^\s*depends\s+on\s+(.*)$/) { + $depends{$config} .= " " . $1; + } elsif ($state eq "DEP" && /^\s*def(_(bool|tristate)|ault)\s+(\S.*)$/) { + my $dep = $3; + if ($dep !~ /^\s*(y|m|n)\s*$/) { + $dep =~ s/.*\sif\s+//; + $depends{$config} .= " " . $dep; + dprint "Added default depends $dep to $config\n"; + } + + # Get the configs that select this config + } elsif ($state ne "NONE" && /^\s*select\s+(\S+)/) { + my $conf = $1; + if (defined($selects{$conf})) { + $selects{$conf} .= " " . $config; + } else { + $selects{$conf} = $config; + } + + # configs without prompts must be selected + } elsif ($state ne "NONE" && /^\s*tristate\s\S/) { + # note if the config has a prompt + $prompts{$config} = 1; + + # Check for if statements + } elsif (/^if\s+(.*\S)\s*$/) { + my $deps = $1; + # remove beginning and ending non text + $deps =~ s/^[^a-zA-Z0-9_]*//; + $deps =~ s/[^a-zA-Z0-9_]*$//; + + my @deps = split /[^a-zA-Z0-9_]+/, $deps; + + $ifdeps[$iflevel++] = join ':', @deps; + + } elsif (/^endif/) { + + $iflevel-- if ($iflevel); + + # stop on "help" + } elsif (/^\s*help\s*$/) { + $state = "NONE"; + } + } + close($kinfile); +} + +if ($kconfig) { + read_kconfig($kconfig); +} + +# Makefiles can use variables to define their dependencies +sub convert_vars { + my ($line, %vars) = @_; + + my $process = ""; + + while ($line =~ s/^(.*?)(\$\((.*?)\))//) { + my $start = $1; + my $variable = $2; + my $var = $3; + + if (defined($vars{$var})) { + $process .= $start . $vars{$var}; + } else { + $process .= $start . $variable; + } + } + + $process .= $line; + + return $process; +} + +# Read all Makefiles to map the configs to the objects +foreach my $makefile (@makefiles) { + + my $line = ""; + my %make_vars; + + open(my $infile, '<', $makefile) || die "Can't open $makefile"; + while (<$infile>) { + # if this line ends with a backslash, continue + chomp; + if (/^(.*)\\$/) { + $line .= $1; + next; + } + + $line .= $_; + $_ = $line; + $line = ""; + + my $objs; + + # Convert variables in a line (could define configs) + $_ = convert_vars($_, %make_vars); + + # collect objects after obj-$(CONFIG_FOO_BAR) + if (/obj-\$\((CONFIG_[^\)]*)\)\s*[+:]?=\s*(.*)/) { + $var = $1; + $objs = $2; + + # check if variables are set + } elsif (/^\s*(\S+)\s*[:]?=\s*(.*\S)/) { + $make_vars{$1} = $2; + } + if (defined($objs)) { + foreach my $obj (split /\s+/,$objs) { + $obj =~ s/-/_/g; + if ($obj =~ /(.*)\.o$/) { + # Objects may be enabled by more than one config. + # Store configs in an array. + my @arr; + + if (defined($objects{$1})) { + @arr = @{$objects{$1}}; + } + + $arr[$#arr+1] = $var; + + # The objects have a hash mapping to a reference + # of an array of configs. + $objects{$1} = \@arr; + } + } + } + } + close($infile); +} + +my %modules; +my $linfile; + +if (defined($lsmod_file)) { + if ( ! -f $lsmod_file) { + if ( -f $ENV{'objtree'}."/".$lsmod_file) { + $lsmod_file = $ENV{'objtree'}."/".$lsmod_file; + } else { + die "$lsmod_file not found"; + } + } + + my $otype = ( -x $lsmod_file) ? '-|' : '<'; + open($linfile, $otype, $lsmod_file); + +} else { + + # see what modules are loaded on this system + my $lsmod; + + foreach my $dir ( ("/sbin", "/bin", "/usr/sbin", "/usr/bin") ) { + if ( -x "$dir/lsmod" ) { + $lsmod = "$dir/lsmod"; + last; + } +} + if (!defined($lsmod)) { + # try just the path + $lsmod = "lsmod"; + } + + open($linfile, '-|', $lsmod) || die "Can not call lsmod with $lsmod"; +} + +while (<$linfile>) { + next if (/^Module/); # Skip the first line. + if (/^(\S+)/) { + $modules{$1} = 1; + } +} +close ($linfile); + +# add to the configs hash all configs that are needed to enable +# a loaded module. This is a direct obj-${CONFIG_FOO} += bar.o +# where we know we need bar.o so we add FOO to the list. +my %configs; +foreach my $module (keys(%modules)) { + if (defined($objects{$module})) { + my @arr = @{$objects{$module}}; + foreach my $conf (@arr) { + $configs{$conf} = $module; + dprint "$conf added by direct ($module)\n"; + if ($debugprint) { + my $c=$conf; + $c =~ s/^CONFIG_//; + if (defined($depends{$c})) { + dprint " deps = $depends{$c}\n"; + } else { + dprint " no deps\n"; + } + } + } + } else { + # Most likely, someone has a custom (binary?) module loaded. + print STDERR "$module config not found!!\n"; + } +} + +# Read the current config, and see what is enabled. We want to +# ignore configs that we would not enable anyway. + +my %orig_configs; +my $valid = "A-Za-z_0-9"; + +foreach my $line (@config_file) { + $_ = $line; + + if (/(CONFIG_[$valid]*)=(m|y)/) { + $orig_configs{$1} = $2; + } +} + +my $repeat = 1; + +my $depconfig; + +# +# Note, we do not care about operands (like: &&, ||, !) we want to add any +# config that is in the depend list of another config. This script does +# not enable configs that are not already enabled. If we come across a +# config A that depends on !B, we can still add B to the list of depends +# to keep on. If A was on in the original config, B would not have been +# and B would not be turned on by this script. +# +sub parse_config_depends +{ + my ($p) = @_; + + while ($p =~ /[$valid]/) { + + if ($p =~ /^[^$valid]*([$valid]+)/) { + my $conf = "CONFIG_" . $1; + + $p =~ s/^[^$valid]*[$valid]+//; + + # We only need to process if the depend config is a module + if (!defined($orig_configs{$conf}) || !$orig_configs{conf} eq "m") { + next; + } + + if (!defined($configs{$conf})) { + # We must make sure that this config has its + # dependencies met. + $repeat = 1; # do again + dprint "$conf selected by depend $depconfig\n"; + $configs{$conf} = 1; + } + } else { + die "this should never happen"; + } + } +} + +# Select is treated a bit differently than depends. We call this +# when a config has no prompt and requires another config to be +# selected. We use to just select all configs that selected this +# config, but found that that can balloon into enabling hundreds +# of configs that we do not care about. +# +# The idea is we look at all the configs that select it. If one +# is already in our list of configs to enable, then there's nothing +# else to do. If there isn't, we pick the first config that was +# enabled in the orignal config and use that. +sub parse_config_selects +{ + my ($config, $p) = @_; + + my $next_config; + + while ($p =~ /[$valid]/) { + + if ($p =~ /^[^$valid]*([$valid]+)/) { + my $conf = "CONFIG_" . $1; + + $p =~ s/^[^$valid]*[$valid]+//; + + # Make sure that this config exists in the current .config file + if (!defined($orig_configs{$conf})) { + dprint "$conf not set for $config select\n"; + next; + } + + # Check if something other than a module selects this config + if (defined($orig_configs{$conf}) && $orig_configs{$conf} ne "m") { + dprint "$conf (non module) selects config, we are good\n"; + # we are good with this + return; + } + if (defined($configs{$conf})) { + dprint "$conf selects $config so we are good\n"; + # A set config selects this config, we are good + return; + } + # Set this config to be selected + if (!defined($next_config)) { + $next_config = $conf; + } + } else { + die "this should never happen"; + } + } + + # If no possible config selected this, then something happened. + if (!defined($next_config)) { + print STDERR "WARNING: $config is required, but nothing in the\n"; + print STDERR " current config selects it.\n"; + return; + } + + # If we are here, then we found no config that is set and + # selects this config. Repeat. + $repeat = 1; + # Make this config need to be selected + $configs{$next_config} = 1; + dprint "$next_config selected by select $config\n"; +} + +my %process_selects; + +# loop through all configs, select their dependencies. +sub loop_depend { + $repeat = 1; + + while ($repeat) { + $repeat = 0; + + forloop: + foreach my $config (keys %configs) { + + # If this config is not a module, we do not need to process it + if (defined($orig_configs{$config}) && $orig_configs{$config} ne "m") { + next forloop; + } + + $config =~ s/^CONFIG_//; + $depconfig = $config; + + if (defined($depends{$config})) { + # This config has dependencies. Make sure they are also included + parse_config_depends $depends{$config}; + } + + # If the config has no prompt, then we need to check if a config + # that is enabled selected it. Or if we need to enable one. + if (!defined($prompts{$config}) && defined($selects{$config})) { + $process_selects{$config} = 1; + } + } + } +} + +sub loop_select { + + foreach my $config (keys %process_selects) { + $config =~ s/^CONFIG_//; + + dprint "Process select $config\n"; + + # config has no prompt and must be selected. + parse_config_selects $config, $selects{$config}; + } +} + +while ($repeat) { + # Get the first set of configs and their dependencies. + loop_depend; + + $repeat = 0; + + # Now we need to see if we have to check selects; + loop_select; +} + +my %setconfigs; + +# Finally, read the .config file and turn off any module enabled that +# we could not find a reason to keep enabled. +foreach my $line (@config_file) { + $_ = $line; + + if (/CONFIG_IKCONFIG/) { + if (/# CONFIG_IKCONFIG is not set/) { + # enable IKCONFIG at least as a module + print "CONFIG_IKCONFIG=m\n"; + # don't ask about PROC + print "# CONFIG_IKCONFIG_PROC is not set\n"; + } else { + print; + } + next; + } + + if (/^(CONFIG.*)=(m|y)/) { + if (defined($configs{$1})) { + if ($localyesconfig) { + $setconfigs{$1} = 'y'; + print "$1=y\n"; + next; + } else { + $setconfigs{$1} = $2; + } + } elsif ($2 eq "m") { + print "# $1 is not set\n"; + next; + } + } + print; +} + +# Integrity check, make sure all modules that we want enabled do +# indeed have their configs set. +loop: +foreach my $module (keys(%modules)) { + if (defined($objects{$module})) { + my @arr = @{$objects{$module}}; + foreach my $conf (@arr) { + if (defined($setconfigs{$conf})) { + next loop; + } + } + print STDERR "module $module did not have configs"; + foreach my $conf (@arr) { + print STDERR " " , $conf; + } + print STDERR "\n"; + } +} diff --git a/xen/tools/kconfig/symbol.c b/xen/tools/kconfig/symbol.c new file mode 100644 index 0000000..50878dc --- /dev/null +++ b/xen/tools/kconfig/symbol.c @@ -0,0 +1,1376 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include + +#include "lkc.h" + +struct symbol symbol_yes = { + .name = "y", + .curr = { "y", yes }, + .flags = SYMBOL_CONST|SYMBOL_VALID, +}, symbol_mod = { + .name = "m", + .curr = { "m", mod }, + .flags = SYMBOL_CONST|SYMBOL_VALID, +}, symbol_no = { + .name = "n", + .curr = { "n", no }, + .flags = SYMBOL_CONST|SYMBOL_VALID, +}, symbol_empty = { + .name = "", + .curr = { "", no }, + .flags = SYMBOL_VALID, +}; + +struct symbol *sym_defconfig_list; +struct symbol *modules_sym; +tristate modules_val; + +struct expr *sym_env_list; + +static void sym_add_default(struct symbol *sym, const char *def) +{ + struct property *prop = prop_alloc(P_DEFAULT, sym); + + prop->expr = expr_alloc_symbol(sym_lookup(def, SYMBOL_CONST)); +} + +void sym_init(void) +{ + struct symbol *sym; + struct utsname uts; + static bool inited = false; + + if (inited) + return; + inited = true; + + uname(&uts); + + sym = sym_lookup("UNAME_RELEASE", 0); + sym->type = S_STRING; + sym->flags |= SYMBOL_AUTO; + sym_add_default(sym, uts.release); +} + +enum symbol_type sym_get_type(struct symbol *sym) +{ + enum symbol_type type = sym->type; + + if (type == S_TRISTATE) { + if (sym_is_choice_value(sym) && sym->visible == yes) + type = S_BOOLEAN; + else if (modules_val == no) + type = S_BOOLEAN; + } + return type; +} + +const char *sym_type_name(enum symbol_type type) +{ + switch (type) { + case S_BOOLEAN: + return "boolean"; + case S_TRISTATE: + return "tristate"; + case S_INT: + return "integer"; + case S_HEX: + return "hex"; + case S_STRING: + return "string"; + case S_UNKNOWN: + return "unknown"; + case S_OTHER: + break; + } + return "???"; +} + +struct property *sym_get_choice_prop(struct symbol *sym) +{ + struct property *prop; + + for_all_choices(sym, prop) + return prop; + return NULL; +} + +struct property *sym_get_env_prop(struct symbol *sym) +{ + struct property *prop; + + for_all_properties(sym, prop, P_ENV) + return prop; + return NULL; +} + +static struct property *sym_get_default_prop(struct symbol *sym) +{ + struct property *prop; + + for_all_defaults(sym, prop) { + prop->visible.tri = expr_calc_value(prop->visible.expr); + if (prop->visible.tri != no) + return prop; + } + return NULL; +} + +static struct property *sym_get_range_prop(struct symbol *sym) +{ + struct property *prop; + + for_all_properties(sym, prop, P_RANGE) { + prop->visible.tri = expr_calc_value(prop->visible.expr); + if (prop->visible.tri != no) + return prop; + } + return NULL; +} + +static long long sym_get_range_val(struct symbol *sym, int base) +{ + sym_calc_value(sym); + switch (sym->type) { + case S_INT: + base = 10; + break; + case S_HEX: + base = 16; + break; + default: + break; + } + return strtoll(sym->curr.val, NULL, base); +} + +static void sym_validate_range(struct symbol *sym) +{ + struct property *prop; + int base; + long long val, val2; + char str[64]; + + switch (sym->type) { + case S_INT: + base = 10; + break; + case S_HEX: + base = 16; + break; + default: + return; + } + prop = sym_get_range_prop(sym); + if (!prop) + return; + val = strtoll(sym->curr.val, NULL, base); + val2 = sym_get_range_val(prop->expr->left.sym, base); + if (val >= val2) { + val2 = sym_get_range_val(prop->expr->right.sym, base); + if (val <= val2) + return; + } + if (sym->type == S_INT) + sprintf(str, "%lld", val2); + else + sprintf(str, "0x%llx", val2); + sym->curr.val = strdup(str); +} + +static void sym_set_changed(struct symbol *sym) +{ + struct property *prop; + + sym->flags |= SYMBOL_CHANGED; + for (prop = sym->prop; prop; prop = prop->next) { + if (prop->menu) + prop->menu->flags |= MENU_CHANGED; + } +} + +static void sym_set_all_changed(void) +{ + struct symbol *sym; + int i; + + for_all_symbols(i, sym) + sym_set_changed(sym); +} + +static void sym_calc_visibility(struct symbol *sym) +{ + struct property *prop; + tristate tri; + + /* any prompt visible? */ + tri = no; + for_all_prompts(sym, prop) { + prop->visible.tri = expr_calc_value(prop->visible.expr); + tri = EXPR_OR(tri, prop->visible.tri); + } + if (tri == mod && (sym->type != S_TRISTATE || modules_val == no)) + tri = yes; + if (sym->visible != tri) { + sym->visible = tri; + sym_set_changed(sym); + } + if (sym_is_choice_value(sym)) + return; + /* defaulting to "yes" if no explicit "depends on" are given */ + tri = yes; + if (sym->dir_dep.expr) + tri = expr_calc_value(sym->dir_dep.expr); + if (tri == mod) + tri = yes; + if (sym->dir_dep.tri != tri) { + sym->dir_dep.tri = tri; + sym_set_changed(sym); + } + tri = no; + if (sym->rev_dep.expr) + tri = expr_calc_value(sym->rev_dep.expr); + if (tri == mod && sym_get_type(sym) == S_BOOLEAN) + tri = yes; + if (sym->rev_dep.tri != tri) { + sym->rev_dep.tri = tri; + sym_set_changed(sym); + } +} + +/* + * Find the default symbol for a choice. + * First try the default values for the choice symbol + * Next locate the first visible choice value + * Return NULL if none was found + */ +struct symbol *sym_choice_default(struct symbol *sym) +{ + struct symbol *def_sym; + struct property *prop; + struct expr *e; + + /* any of the defaults visible? */ + for_all_defaults(sym, prop) { + prop->visible.tri = expr_calc_value(prop->visible.expr); + if (prop->visible.tri == no) + continue; + def_sym = prop_get_symbol(prop); + if (def_sym->visible != no) + return def_sym; + } + + /* just get the first visible value */ + prop = sym_get_choice_prop(sym); + expr_list_for_each_sym(prop->expr, e, def_sym) + if (def_sym->visible != no) + return def_sym; + + /* failed to locate any defaults */ + return NULL; +} + +static struct symbol *sym_calc_choice(struct symbol *sym) +{ + struct symbol *def_sym; + struct property *prop; + struct expr *e; + int flags; + + /* first calculate all choice values' visibilities */ + flags = sym->flags; + prop = sym_get_choice_prop(sym); + expr_list_for_each_sym(prop->expr, e, def_sym) { + sym_calc_visibility(def_sym); + if (def_sym->visible != no) + flags &= def_sym->flags; + } + + sym->flags &= flags | ~SYMBOL_DEF_USER; + + /* is the user choice visible? */ + def_sym = sym->def[S_DEF_USER].val; + if (def_sym && def_sym->visible != no) + return def_sym; + + def_sym = sym_choice_default(sym); + + if (def_sym == NULL) + /* no choice? reset tristate value */ + sym->curr.tri = no; + + return def_sym; +} + +void sym_calc_value(struct symbol *sym) +{ + struct symbol_value newval, oldval; + struct property *prop; + struct expr *e; + + if (!sym) + return; + + if (sym->flags & SYMBOL_VALID) + return; + + if (sym_is_choice_value(sym) && + sym->flags & SYMBOL_NEED_SET_CHOICE_VALUES) { + sym->flags &= ~SYMBOL_NEED_SET_CHOICE_VALUES; + prop = sym_get_choice_prop(sym); + sym_calc_value(prop_get_symbol(prop)); + } + + sym->flags |= SYMBOL_VALID; + + oldval = sym->curr; + + switch (sym->type) { + case S_INT: + case S_HEX: + case S_STRING: + newval = symbol_empty.curr; + break; + case S_BOOLEAN: + case S_TRISTATE: + newval = symbol_no.curr; + break; + default: + sym->curr.val = sym->name; + sym->curr.tri = no; + return; + } + if (!sym_is_choice_value(sym)) + sym->flags &= ~SYMBOL_WRITE; + + sym_calc_visibility(sym); + + /* set default if recursively called */ + sym->curr = newval; + + switch (sym_get_type(sym)) { + case S_BOOLEAN: + case S_TRISTATE: + if (sym_is_choice_value(sym) && sym->visible == yes) { + prop = sym_get_choice_prop(sym); + newval.tri = (prop_get_symbol(prop)->curr.val == sym) ? yes : no; + } else { + if (sym->visible != no) { + /* if the symbol is visible use the user value + * if available, otherwise try the default value + */ + sym->flags |= SYMBOL_WRITE; + if (sym_has_value(sym)) { + newval.tri = EXPR_AND(sym->def[S_DEF_USER].tri, + sym->visible); + goto calc_newval; + } + } + if (sym->rev_dep.tri != no) + sym->flags |= SYMBOL_WRITE; + if (!sym_is_choice(sym)) { + prop = sym_get_default_prop(sym); + if (prop) { + sym->flags |= SYMBOL_WRITE; + newval.tri = EXPR_AND(expr_calc_value(prop->expr), + prop->visible.tri); + } + } + calc_newval: + if (sym->dir_dep.tri == no && sym->rev_dep.tri != no) { + struct expr *e; + e = expr_simplify_unmet_dep(sym->rev_dep.expr, + sym->dir_dep.expr); + fprintf(stderr, "warning: ("); + expr_fprint(e, stderr); + fprintf(stderr, ") selects %s which has unmet direct dependencies (", + sym->name); + expr_fprint(sym->dir_dep.expr, stderr); + fprintf(stderr, ")\n"); + expr_free(e); + } + newval.tri = EXPR_OR(newval.tri, sym->rev_dep.tri); + } + if (newval.tri == mod && sym_get_type(sym) == S_BOOLEAN) + newval.tri = yes; + break; + case S_STRING: + case S_HEX: + case S_INT: + if (sym->visible != no) { + sym->flags |= SYMBOL_WRITE; + if (sym_has_value(sym)) { + newval.val = sym->def[S_DEF_USER].val; + break; + } + } + prop = sym_get_default_prop(sym); + if (prop) { + struct symbol *ds = prop_get_symbol(prop); + if (ds) { + sym->flags |= SYMBOL_WRITE; + sym_calc_value(ds); + newval.val = ds->curr.val; + } + } + break; + default: + ; + } + + sym->curr = newval; + if (sym_is_choice(sym) && newval.tri == yes) + sym->curr.val = sym_calc_choice(sym); + sym_validate_range(sym); + + if (memcmp(&oldval, &sym->curr, sizeof(oldval))) { + sym_set_changed(sym); + if (modules_sym == sym) { + sym_set_all_changed(); + modules_val = modules_sym->curr.tri; + } + } + + if (sym_is_choice(sym)) { + struct symbol *choice_sym; + + prop = sym_get_choice_prop(sym); + expr_list_for_each_sym(prop->expr, e, choice_sym) { + if ((sym->flags & SYMBOL_WRITE) && + choice_sym->visible != no) + choice_sym->flags |= SYMBOL_WRITE; + if (sym->flags & SYMBOL_CHANGED) + sym_set_changed(choice_sym); + } + } + + if (sym->flags & SYMBOL_AUTO) + sym->flags &= ~SYMBOL_WRITE; + + if (sym->flags & SYMBOL_NEED_SET_CHOICE_VALUES) + set_all_choice_values(sym); +} + +void sym_clear_all_valid(void) +{ + struct symbol *sym; + int i; + + for_all_symbols(i, sym) + sym->flags &= ~SYMBOL_VALID; + sym_add_change_count(1); + sym_calc_value(modules_sym); +} + +bool sym_tristate_within_range(struct symbol *sym, tristate val) +{ + int type = sym_get_type(sym); + + if (sym->visible == no) + return false; + + if (type != S_BOOLEAN && type != S_TRISTATE) + return false; + + if (type == S_BOOLEAN && val == mod) + return false; + if (sym->visible <= sym->rev_dep.tri) + return false; + if (sym_is_choice_value(sym) && sym->visible == yes) + return val == yes; + return val >= sym->rev_dep.tri && val <= sym->visible; +} + +bool sym_set_tristate_value(struct symbol *sym, tristate val) +{ + tristate oldval = sym_get_tristate_value(sym); + + if (oldval != val && !sym_tristate_within_range(sym, val)) + return false; + + if (!(sym->flags & SYMBOL_DEF_USER)) { + sym->flags |= SYMBOL_DEF_USER; + sym_set_changed(sym); + } + /* + * setting a choice value also resets the new flag of the choice + * symbol and all other choice values. + */ + if (sym_is_choice_value(sym) && val == yes) { + struct symbol *cs = prop_get_symbol(sym_get_choice_prop(sym)); + struct property *prop; + struct expr *e; + + cs->def[S_DEF_USER].val = sym; + cs->flags |= SYMBOL_DEF_USER; + prop = sym_get_choice_prop(cs); + for (e = prop->expr; e; e = e->left.expr) { + if (e->right.sym->visible != no) + e->right.sym->flags |= SYMBOL_DEF_USER; + } + } + + sym->def[S_DEF_USER].tri = val; + if (oldval != val) + sym_clear_all_valid(); + + return true; +} + +tristate sym_toggle_tristate_value(struct symbol *sym) +{ + tristate oldval, newval; + + oldval = newval = sym_get_tristate_value(sym); + do { + switch (newval) { + case no: + newval = mod; + break; + case mod: + newval = yes; + break; + case yes: + newval = no; + break; + } + if (sym_set_tristate_value(sym, newval)) + break; + } while (oldval != newval); + return newval; +} + +bool sym_string_valid(struct symbol *sym, const char *str) +{ + signed char ch; + + switch (sym->type) { + case S_STRING: + return true; + case S_INT: + ch = *str++; + if (ch == '-') + ch = *str++; + if (!isdigit(ch)) + return false; + if (ch == '0' && *str != 0) + return false; + while ((ch = *str++)) { + if (!isdigit(ch)) + return false; + } + return true; + case S_HEX: + if (str[0] == '0' && (str[1] == 'x' || str[1] == 'X')) + str += 2; + ch = *str++; + do { + if (!isxdigit(ch)) + return false; + } while ((ch = *str++)); + return true; + case S_BOOLEAN: + case S_TRISTATE: + switch (str[0]) { + case 'y': case 'Y': + case 'm': case 'M': + case 'n': case 'N': + return true; + } + return false; + default: + return false; + } +} + +bool sym_string_within_range(struct symbol *sym, const char *str) +{ + struct property *prop; + long long val; + + switch (sym->type) { + case S_STRING: + return sym_string_valid(sym, str); + case S_INT: + if (!sym_string_valid(sym, str)) + return false; + prop = sym_get_range_prop(sym); + if (!prop) + return true; + val = strtoll(str, NULL, 10); + return val >= sym_get_range_val(prop->expr->left.sym, 10) && + val <= sym_get_range_val(prop->expr->right.sym, 10); + case S_HEX: + if (!sym_string_valid(sym, str)) + return false; + prop = sym_get_range_prop(sym); + if (!prop) + return true; + val = strtoll(str, NULL, 16); + return val >= sym_get_range_val(prop->expr->left.sym, 16) && + val <= sym_get_range_val(prop->expr->right.sym, 16); + case S_BOOLEAN: + case S_TRISTATE: + switch (str[0]) { + case 'y': case 'Y': + return sym_tristate_within_range(sym, yes); + case 'm': case 'M': + return sym_tristate_within_range(sym, mod); + case 'n': case 'N': + return sym_tristate_within_range(sym, no); + } + return false; + default: + return false; + } +} + +bool sym_set_string_value(struct symbol *sym, const char *newval) +{ + const char *oldval; + char *val; + int size; + + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + switch (newval[0]) { + case 'y': case 'Y': + return sym_set_tristate_value(sym, yes); + case 'm': case 'M': + return sym_set_tristate_value(sym, mod); + case 'n': case 'N': + return sym_set_tristate_value(sym, no); + } + return false; + default: + ; + } + + if (!sym_string_within_range(sym, newval)) + return false; + + if (!(sym->flags & SYMBOL_DEF_USER)) { + sym->flags |= SYMBOL_DEF_USER; + sym_set_changed(sym); + } + + oldval = sym->def[S_DEF_USER].val; + size = strlen(newval) + 1; + if (sym->type == S_HEX && (newval[0] != '0' || (newval[1] != 'x' && newval[1] != 'X'))) { + size += 2; + sym->def[S_DEF_USER].val = val = xmalloc(size); + *val++ = '0'; + *val++ = 'x'; + } else if (!oldval || strcmp(oldval, newval)) + sym->def[S_DEF_USER].val = val = xmalloc(size); + else + return true; + + strcpy(val, newval); + free((void *)oldval); + sym_clear_all_valid(); + + return true; +} + +/* + * Find the default value associated to a symbol. + * For tristate symbol handle the modules=n case + * in which case "m" becomes "y". + * If the symbol does not have any default then fallback + * to the fixed default values. + */ +const char *sym_get_string_default(struct symbol *sym) +{ + struct property *prop; + struct symbol *ds; + const char *str; + tristate val; + + sym_calc_visibility(sym); + sym_calc_value(modules_sym); + val = symbol_no.curr.tri; + str = symbol_empty.curr.val; + + /* If symbol has a default value look it up */ + prop = sym_get_default_prop(sym); + if (prop != NULL) { + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + /* The visibility may limit the value from yes => mod */ + val = EXPR_AND(expr_calc_value(prop->expr), prop->visible.tri); + break; + default: + /* + * The following fails to handle the situation + * where a default value is further limited by + * the valid range. + */ + ds = prop_get_symbol(prop); + if (ds != NULL) { + sym_calc_value(ds); + str = (const char *)ds->curr.val; + } + } + } + + /* Handle select statements */ + val = EXPR_OR(val, sym->rev_dep.tri); + + /* transpose mod to yes if modules are not enabled */ + if (val == mod) + if (!sym_is_choice_value(sym) && modules_sym->curr.tri == no) + val = yes; + + /* transpose mod to yes if type is bool */ + if (sym->type == S_BOOLEAN && val == mod) + val = yes; + + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + switch (val) { + case no: return "n"; + case mod: return "m"; + case yes: return "y"; + } + case S_INT: + case S_HEX: + return str; + case S_STRING: + return str; + case S_OTHER: + case S_UNKNOWN: + break; + } + return ""; +} + +const char *sym_get_string_value(struct symbol *sym) +{ + tristate val; + + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + val = sym_get_tristate_value(sym); + switch (val) { + case no: + return "n"; + case mod: + sym_calc_value(modules_sym); + return (modules_sym->curr.tri == no) ? "n" : "m"; + case yes: + return "y"; + } + break; + default: + ; + } + return (const char *)sym->curr.val; +} + +bool sym_is_changable(struct symbol *sym) +{ + return sym->visible > sym->rev_dep.tri; +} + +static unsigned strhash(const char *s) +{ + /* fnv32 hash */ + unsigned hash = 2166136261U; + for (; *s; s++) + hash = (hash ^ *s) * 0x01000193; + return hash; +} + +struct symbol *sym_lookup(const char *name, int flags) +{ + struct symbol *symbol; + char *new_name; + int hash; + + if (name) { + if (name[0] && !name[1]) { + switch (name[0]) { + case 'y': return &symbol_yes; + case 'm': return &symbol_mod; + case 'n': return &symbol_no; + } + } + hash = strhash(name) % SYMBOL_HASHSIZE; + + for (symbol = symbol_hash[hash]; symbol; symbol = symbol->next) { + if (symbol->name && + !strcmp(symbol->name, name) && + (flags ? symbol->flags & flags + : !(symbol->flags & (SYMBOL_CONST|SYMBOL_CHOICE)))) + return symbol; + } + new_name = strdup(name); + } else { + new_name = NULL; + hash = 0; + } + + symbol = xmalloc(sizeof(*symbol)); + memset(symbol, 0, sizeof(*symbol)); + symbol->name = new_name; + symbol->type = S_UNKNOWN; + symbol->flags |= flags; + + symbol->next = symbol_hash[hash]; + symbol_hash[hash] = symbol; + + return symbol; +} + +struct symbol *sym_find(const char *name) +{ + struct symbol *symbol = NULL; + int hash = 0; + + if (!name) + return NULL; + + if (name[0] && !name[1]) { + switch (name[0]) { + case 'y': return &symbol_yes; + case 'm': return &symbol_mod; + case 'n': return &symbol_no; + } + } + hash = strhash(name) % SYMBOL_HASHSIZE; + + for (symbol = symbol_hash[hash]; symbol; symbol = symbol->next) { + if (symbol->name && + !strcmp(symbol->name, name) && + !(symbol->flags & SYMBOL_CONST)) + break; + } + + return symbol; +} + +/* + * Expand symbol's names embedded in the string given in argument. Symbols' + * name to be expanded shall be prefixed by a '$'. Unknown symbol expands to + * the empty string. + */ +const char *sym_expand_string_value(const char *in) +{ + const char *src; + char *res; + size_t reslen; + + reslen = strlen(in) + 1; + res = xmalloc(reslen); + res[0] = '\0'; + + while ((src = strchr(in, '$'))) { + char *p, name[SYMBOL_MAXLENGTH]; + const char *symval = ""; + struct symbol *sym; + size_t newlen; + + strncat(res, in, src - in); + src++; + + p = name; + while (isalnum(*src) || *src == '_') + *p++ = *src++; + *p = '\0'; + + sym = sym_find(name); + if (sym != NULL) { + sym_calc_value(sym); + symval = sym_get_string_value(sym); + } + + newlen = strlen(res) + strlen(symval) + strlen(src) + 1; + if (newlen > reslen) { + reslen = newlen; + res = realloc(res, reslen); + } + + strcat(res, symval); + in = src; + } + strcat(res, in); + + return res; +} + +const char *sym_escape_string_value(const char *in) +{ + const char *p; + size_t reslen; + char *res; + size_t l; + + reslen = strlen(in) + strlen("\"\"") + 1; + + p = in; + for (;;) { + l = strcspn(p, "\"\\"); + p += l; + + if (p[0] == '\0') + break; + + reslen++; + p++; + } + + res = xmalloc(reslen); + res[0] = '\0'; + + strcat(res, "\""); + + p = in; + for (;;) { + l = strcspn(p, "\"\\"); + strncat(res, p, l); + p += l; + + if (p[0] == '\0') + break; + + strcat(res, "\\"); + strncat(res, p++, 1); + } + + strcat(res, "\""); + return res; +} + +struct sym_match { + struct symbol *sym; + off_t so, eo; +}; + +/* Compare matched symbols as thus: + * - first, symbols that match exactly + * - then, alphabetical sort + */ +static int sym_rel_comp(const void *sym1, const void *sym2) +{ + const struct sym_match *s1 = sym1; + const struct sym_match *s2 = sym2; + int exact1, exact2; + + /* Exact match: + * - if matched length on symbol s1 is the length of that symbol, + * then this symbol should come first; + * - if matched length on symbol s2 is the length of that symbol, + * then this symbol should come first. + * Note: since the search can be a regexp, both symbols may match + * exactly; if this is the case, we can't decide which comes first, + * and we fallback to sorting alphabetically. + */ + exact1 = (s1->eo - s1->so) == strlen(s1->sym->name); + exact2 = (s2->eo - s2->so) == strlen(s2->sym->name); + if (exact1 && !exact2) + return -1; + if (!exact1 && exact2) + return 1; + + /* As a fallback, sort symbols alphabetically */ + return strcmp(s1->sym->name, s2->sym->name); +} + +struct symbol **sym_re_search(const char *pattern) +{ + struct symbol *sym, **sym_arr = NULL; + struct sym_match *sym_match_arr = NULL; + int i, cnt, size; + regex_t re; + regmatch_t match[1]; + + cnt = size = 0; + /* Skip if empty */ + if (strlen(pattern) == 0) + return NULL; + if (regcomp(&re, pattern, REG_EXTENDED|REG_ICASE)) + return NULL; + + for_all_symbols(i, sym) { + if (sym->flags & SYMBOL_CONST || !sym->name) + continue; + if (regexec(&re, sym->name, 1, match, 0)) + continue; + if (cnt >= size) { + void *tmp; + size += 16; + tmp = realloc(sym_match_arr, size * sizeof(struct sym_match)); + if (!tmp) + goto sym_re_search_free; + sym_match_arr = tmp; + } + sym_calc_value(sym); + /* As regexec returned 0, we know we have a match, so + * we can use match[0].rm_[se]o without further checks + */ + sym_match_arr[cnt].so = match[0].rm_so; + sym_match_arr[cnt].eo = match[0].rm_eo; + sym_match_arr[cnt++].sym = sym; + } + if (sym_match_arr) { + qsort(sym_match_arr, cnt, sizeof(struct sym_match), sym_rel_comp); + sym_arr = malloc((cnt+1) * sizeof(struct symbol)); + if (!sym_arr) + goto sym_re_search_free; + for (i = 0; i < cnt; i++) + sym_arr[i] = sym_match_arr[i].sym; + sym_arr[cnt] = NULL; + } +sym_re_search_free: + /* sym_match_arr can be NULL if no match, but free(NULL) is OK */ + free(sym_match_arr); + regfree(&re); + + return sym_arr; +} + +/* + * When we check for recursive dependencies we use a stack to save + * current state so we can print out relevant info to user. + * The entries are located on the call stack so no need to free memory. + * Note insert() remove() must always match to properly clear the stack. + */ +static struct dep_stack { + struct dep_stack *prev, *next; + struct symbol *sym; + struct property *prop; + struct expr *expr; +} *check_top; + +static void dep_stack_insert(struct dep_stack *stack, struct symbol *sym) +{ + memset(stack, 0, sizeof(*stack)); + if (check_top) + check_top->next = stack; + stack->prev = check_top; + stack->sym = sym; + check_top = stack; +} + +static void dep_stack_remove(void) +{ + check_top = check_top->prev; + if (check_top) + check_top->next = NULL; +} + +/* + * Called when we have detected a recursive dependency. + * check_top point to the top of the stact so we use + * the ->prev pointer to locate the bottom of the stack. + */ +static void sym_check_print_recursive(struct symbol *last_sym) +{ + struct dep_stack *stack; + struct symbol *sym, *next_sym; + struct menu *menu = NULL; + struct property *prop; + struct dep_stack cv_stack; + + if (sym_is_choice_value(last_sym)) { + dep_stack_insert(&cv_stack, last_sym); + last_sym = prop_get_symbol(sym_get_choice_prop(last_sym)); + } + + for (stack = check_top; stack != NULL; stack = stack->prev) + if (stack->sym == last_sym) + break; + if (!stack) { + fprintf(stderr, "unexpected recursive dependency error\n"); + return; + } + + for (; stack; stack = stack->next) { + sym = stack->sym; + next_sym = stack->next ? stack->next->sym : last_sym; + prop = stack->prop; + if (prop == NULL) + prop = stack->sym->prop; + + /* for choice values find the menu entry (used below) */ + if (sym_is_choice(sym) || sym_is_choice_value(sym)) { + for (prop = sym->prop; prop; prop = prop->next) { + menu = prop->menu; + if (prop->menu) + break; + } + } + if (stack->sym == last_sym) + fprintf(stderr, "%s:%d:error: recursive dependency detected!\n", + prop->file->name, prop->lineno); + if (stack->expr) { + fprintf(stderr, "%s:%d:\tsymbol %s %s value contains %s\n", + prop->file->name, prop->lineno, + sym->name ? sym->name : "", + prop_get_type_name(prop->type), + next_sym->name ? next_sym->name : ""); + } else if (stack->prop) { + fprintf(stderr, "%s:%d:\tsymbol %s depends on %s\n", + prop->file->name, prop->lineno, + sym->name ? sym->name : "", + next_sym->name ? next_sym->name : ""); + } else if (sym_is_choice(sym)) { + fprintf(stderr, "%s:%d:\tchoice %s contains symbol %s\n", + menu->file->name, menu->lineno, + sym->name ? sym->name : "", + next_sym->name ? next_sym->name : ""); + } else if (sym_is_choice_value(sym)) { + fprintf(stderr, "%s:%d:\tsymbol %s is part of choice %s\n", + menu->file->name, menu->lineno, + sym->name ? sym->name : "", + next_sym->name ? next_sym->name : ""); + } else { + fprintf(stderr, "%s:%d:\tsymbol %s is selected by %s\n", + prop->file->name, prop->lineno, + sym->name ? sym->name : "", + next_sym->name ? next_sym->name : ""); + } + } + + if (check_top == &cv_stack) + dep_stack_remove(); +} + +static struct symbol *sym_check_expr_deps(struct expr *e) +{ + struct symbol *sym; + + if (!e) + return NULL; + switch (e->type) { + case E_OR: + case E_AND: + sym = sym_check_expr_deps(e->left.expr); + if (sym) + return sym; + return sym_check_expr_deps(e->right.expr); + case E_NOT: + return sym_check_expr_deps(e->left.expr); + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + sym = sym_check_deps(e->left.sym); + if (sym) + return sym; + return sym_check_deps(e->right.sym); + case E_SYMBOL: + return sym_check_deps(e->left.sym); + default: + break; + } + printf("Oops! How to check %d?\n", e->type); + return NULL; +} + +/* return NULL when dependencies are OK */ +static struct symbol *sym_check_sym_deps(struct symbol *sym) +{ + struct symbol *sym2; + struct property *prop; + struct dep_stack stack; + + dep_stack_insert(&stack, sym); + + sym2 = sym_check_expr_deps(sym->rev_dep.expr); + if (sym2) + goto out; + + for (prop = sym->prop; prop; prop = prop->next) { + if (prop->type == P_CHOICE || prop->type == P_SELECT) + continue; + stack.prop = prop; + sym2 = sym_check_expr_deps(prop->visible.expr); + if (sym2) + break; + if (prop->type != P_DEFAULT || sym_is_choice(sym)) + continue; + stack.expr = prop->expr; + sym2 = sym_check_expr_deps(prop->expr); + if (sym2) + break; + stack.expr = NULL; + } + +out: + dep_stack_remove(); + + return sym2; +} + +static struct symbol *sym_check_choice_deps(struct symbol *choice) +{ + struct symbol *sym, *sym2; + struct property *prop; + struct expr *e; + struct dep_stack stack; + + dep_stack_insert(&stack, choice); + + prop = sym_get_choice_prop(choice); + expr_list_for_each_sym(prop->expr, e, sym) + sym->flags |= (SYMBOL_CHECK | SYMBOL_CHECKED); + + choice->flags |= (SYMBOL_CHECK | SYMBOL_CHECKED); + sym2 = sym_check_sym_deps(choice); + choice->flags &= ~SYMBOL_CHECK; + if (sym2) + goto out; + + expr_list_for_each_sym(prop->expr, e, sym) { + sym2 = sym_check_sym_deps(sym); + if (sym2) + break; + } +out: + expr_list_for_each_sym(prop->expr, e, sym) + sym->flags &= ~SYMBOL_CHECK; + + if (sym2 && sym_is_choice_value(sym2) && + prop_get_symbol(sym_get_choice_prop(sym2)) == choice) + sym2 = choice; + + dep_stack_remove(); + + return sym2; +} + +struct symbol *sym_check_deps(struct symbol *sym) +{ + struct symbol *sym2; + struct property *prop; + + if (sym->flags & SYMBOL_CHECK) { + sym_check_print_recursive(sym); + return sym; + } + if (sym->flags & SYMBOL_CHECKED) + return NULL; + + if (sym_is_choice_value(sym)) { + struct dep_stack stack; + + /* for choice groups start the check with main choice symbol */ + dep_stack_insert(&stack, sym); + prop = sym_get_choice_prop(sym); + sym2 = sym_check_deps(prop_get_symbol(prop)); + dep_stack_remove(); + } else if (sym_is_choice(sym)) { + sym2 = sym_check_choice_deps(sym); + } else { + sym->flags |= (SYMBOL_CHECK | SYMBOL_CHECKED); + sym2 = sym_check_sym_deps(sym); + sym->flags &= ~SYMBOL_CHECK; + } + + if (sym2 && sym2 == sym) + sym2 = NULL; + + return sym2; +} + +struct property *prop_alloc(enum prop_type type, struct symbol *sym) +{ + struct property *prop; + struct property **propp; + + prop = xmalloc(sizeof(*prop)); + memset(prop, 0, sizeof(*prop)); + prop->type = type; + prop->sym = sym; + prop->file = current_file; + prop->lineno = zconf_lineno(); + + /* append property to the prop list of symbol */ + if (sym) { + for (propp = &sym->prop; *propp; propp = &(*propp)->next) + ; + *propp = prop; + } + + return prop; +} + +struct symbol *prop_get_symbol(struct property *prop) +{ + if (prop->expr && (prop->expr->type == E_SYMBOL || + prop->expr->type == E_LIST)) + return prop->expr->left.sym; + return NULL; +} + +const char *prop_get_type_name(enum prop_type type) +{ + switch (type) { + case P_PROMPT: + return "prompt"; + case P_ENV: + return "env"; + case P_COMMENT: + return "comment"; + case P_MENU: + return "menu"; + case P_DEFAULT: + return "default"; + case P_CHOICE: + return "choice"; + case P_SELECT: + return "select"; + case P_RANGE: + return "range"; + case P_SYMBOL: + return "symbol"; + case P_UNKNOWN: + break; + } + return "unknown"; +} + +static void prop_add_env(const char *env) +{ + struct symbol *sym, *sym2; + struct property *prop; + char *p; + + sym = current_entry->sym; + sym->flags |= SYMBOL_AUTO; + for_all_properties(sym, prop, P_ENV) { + sym2 = prop_get_symbol(prop); + if (strcmp(sym2->name, env)) + menu_warn(current_entry, "redefining environment symbol from %s", + sym2->name); + return; + } + + prop = prop_alloc(P_ENV, sym); + prop->expr = expr_alloc_symbol(sym_lookup(env, SYMBOL_CONST)); + + sym_env_list = expr_alloc_one(E_LIST, sym_env_list); + sym_env_list->right.sym = sym; + + p = getenv(env); + if (p) + sym_add_default(sym, p); + else + menu_warn(current_entry, "environment variable %s undefined", env); +} diff --git a/xen/tools/kconfig/util.c b/xen/tools/kconfig/util.c new file mode 100644 index 0000000..0e76042 --- /dev/null +++ b/xen/tools/kconfig/util.c @@ -0,0 +1,147 @@ +/* + * Copyright (C) 2002-2005 Roman Zippel + * Copyright (C) 2002-2005 Sam Ravnborg + * + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include "lkc.h" + +/* file already present in list? If not add it */ +struct file *file_lookup(const char *name) +{ + struct file *file; + const char *file_name = sym_expand_string_value(name); + + for (file = file_list; file; file = file->next) { + if (!strcmp(name, file->name)) { + free((void *)file_name); + return file; + } + } + + file = xmalloc(sizeof(*file)); + memset(file, 0, sizeof(*file)); + file->name = file_name; + file->next = file_list; + file_list = file; + return file; +} + +/* write a dependency file as used by kbuild to track dependencies */ +int file_write_dep(const char *name) +{ + struct symbol *sym, *env_sym; + struct expr *e; + struct file *file; + FILE *out; + + if (!name) + name = ".kconfig.d"; + out = fopen("..config.tmp", "w"); + if (!out) + return 1; + fprintf(out, "deps_config := \\\n"); + for (file = file_list; file; file = file->next) { + if (file->next) + fprintf(out, "\t%s \\\n", file->name); + else + fprintf(out, "\t%s\n", file->name); + } + fprintf(out, "\n%s: \\\n" + "\t$(deps_config)\n\n", conf_get_autoconfig_name()); + + expr_list_for_each_sym(sym_env_list, e, sym) { + struct property *prop; + const char *value; + + prop = sym_get_env_prop(sym); + env_sym = prop_get_symbol(prop); + if (!env_sym) + continue; + value = getenv(env_sym->name); + if (!value) + value = ""; + fprintf(out, "ifneq \"$(%s)\" \"%s\"\n", env_sym->name, value); + fprintf(out, "%s: FORCE\n", conf_get_autoconfig_name()); + fprintf(out, "endif\n"); + } + + fprintf(out, "\n$(deps_config): ;\n"); + fclose(out); + rename("..config.tmp", name); + return 0; +} + + +/* Allocate initial growable string */ +struct gstr str_new(void) +{ + struct gstr gs; + gs.s = xmalloc(sizeof(char) * 64); + gs.len = 64; + gs.max_width = 0; + strcpy(gs.s, "\0"); + return gs; +} + +/* Free storage for growable string */ +void str_free(struct gstr *gs) +{ + if (gs->s) + free(gs->s); + gs->s = NULL; + gs->len = 0; +} + +/* Append to growable string */ +void str_append(struct gstr *gs, const char *s) +{ + size_t l; + if (s) { + l = strlen(gs->s) + strlen(s) + 1; + if (l > gs->len) { + gs->s = realloc(gs->s, l); + gs->len = l; + } + strcat(gs->s, s); + } +} + +/* Append printf formatted string to growable string */ +void str_printf(struct gstr *gs, const char *fmt, ...) +{ + va_list ap; + char s[10000]; /* big enough... */ + va_start(ap, fmt); + vsnprintf(s, sizeof(s), fmt, ap); + str_append(gs, s); + va_end(ap); +} + +/* Retrieve value of growable string */ +const char *str_get(struct gstr *gs) +{ + return gs->s; +} + +void *xmalloc(size_t size) +{ + void *p = malloc(size); + if (p) + return p; + fprintf(stderr, "Out of memory.\n"); + exit(1); +} + +void *xcalloc(size_t nmemb, size_t size) +{ + void *p = calloc(nmemb, size); + if (p) + return p; + fprintf(stderr, "Out of memory.\n"); + exit(1); +} diff --git a/xen/tools/kconfig/zconf.gperf b/xen/tools/kconfig/zconf.gperf new file mode 100644 index 0000000..ac498f0 --- /dev/null +++ b/xen/tools/kconfig/zconf.gperf @@ -0,0 +1,49 @@ +%language=ANSI-C +%define hash-function-name kconf_id_hash +%define lookup-function-name kconf_id_lookup +%define string-pool-name kconf_id_strings +%compare-strncmp +%enum +%pic +%struct-type + +struct kconf_id; + +static const struct kconf_id *kconf_id_lookup(register const char *str, register unsigned int len); + +%% +mainmenu, T_MAINMENU, TF_COMMAND +menu, T_MENU, TF_COMMAND +endmenu, T_ENDMENU, TF_COMMAND +source, T_SOURCE, TF_COMMAND +choice, T_CHOICE, TF_COMMAND +endchoice, T_ENDCHOICE, TF_COMMAND +comment, T_COMMENT, TF_COMMAND +config, T_CONFIG, TF_COMMAND +menuconfig, T_MENUCONFIG, TF_COMMAND +help, T_HELP, TF_COMMAND +---help---, T_HELP, TF_COMMAND +if, T_IF, TF_COMMAND|TF_PARAM +endif, T_ENDIF, TF_COMMAND +depends, T_DEPENDS, TF_COMMAND +optional, T_OPTIONAL, TF_COMMAND +default, T_DEFAULT, TF_COMMAND, S_UNKNOWN +prompt, T_PROMPT, TF_COMMAND +tristate, T_TYPE, TF_COMMAND, S_TRISTATE +def_tristate, T_DEFAULT, TF_COMMAND, S_TRISTATE +bool, T_TYPE, TF_COMMAND, S_BOOLEAN +boolean, T_TYPE, TF_COMMAND, S_BOOLEAN +def_bool, T_DEFAULT, TF_COMMAND, S_BOOLEAN +int, T_TYPE, TF_COMMAND, S_INT +hex, T_TYPE, TF_COMMAND, S_HEX +string, T_TYPE, TF_COMMAND, S_STRING +select, T_SELECT, TF_COMMAND +range, T_RANGE, TF_COMMAND +visible, T_VISIBLE, TF_COMMAND +option, T_OPTION, TF_COMMAND +on, T_ON, TF_PARAM +modules, T_OPT_MODULES, TF_OPTION +defconfig_list, T_OPT_DEFCONFIG_LIST,TF_OPTION +env, T_OPT_ENV, TF_OPTION +allnoconfig_y, T_OPT_ALLNOCONFIG_Y,TF_OPTION +%% diff --git a/xen/tools/kconfig/zconf.hash.c_shipped b/xen/tools/kconfig/zconf.hash.c_shipped new file mode 100644 index 0000000..360a62d --- /dev/null +++ b/xen/tools/kconfig/zconf.hash.c_shipped @@ -0,0 +1,293 @@ +/* ANSI-C code produced by gperf version 3.0.4 */ +/* Command-line: gperf -t --output-file scripts/kconfig/zconf.hash.c_shipped -a -C -E -g -k '1,3,$' -p -t scripts/kconfig/zconf.gperf */ + +#if !((' ' == 32) && ('!' == 33) && ('"' == 34) && ('#' == 35) \ + && ('%' == 37) && ('&' == 38) && ('\'' == 39) && ('(' == 40) \ + && (')' == 41) && ('*' == 42) && ('+' == 43) && (',' == 44) \ + && ('-' == 45) && ('.' == 46) && ('/' == 47) && ('0' == 48) \ + && ('1' == 49) && ('2' == 50) && ('3' == 51) && ('4' == 52) \ + && ('5' == 53) && ('6' == 54) && ('7' == 55) && ('8' == 56) \ + && ('9' == 57) && (':' == 58) && (';' == 59) && ('<' == 60) \ + && ('=' == 61) && ('>' == 62) && ('?' == 63) && ('A' == 65) \ + && ('B' == 66) && ('C' == 67) && ('D' == 68) && ('E' == 69) \ + && ('F' == 70) && ('G' == 71) && ('H' == 72) && ('I' == 73) \ + && ('J' == 74) && ('K' == 75) && ('L' == 76) && ('M' == 77) \ + && ('N' == 78) && ('O' == 79) && ('P' == 80) && ('Q' == 81) \ + && ('R' == 82) && ('S' == 83) && ('T' == 84) && ('U' == 85) \ + && ('V' == 86) && ('W' == 87) && ('X' == 88) && ('Y' == 89) \ + && ('Z' == 90) && ('[' == 91) && ('\\' == 92) && (']' == 93) \ + && ('^' == 94) && ('_' == 95) && ('a' == 97) && ('b' == 98) \ + && ('c' == 99) && ('d' == 100) && ('e' == 101) && ('f' == 102) \ + && ('g' == 103) && ('h' == 104) && ('i' == 105) && ('j' == 106) \ + && ('k' == 107) && ('l' == 108) && ('m' == 109) && ('n' == 110) \ + && ('o' == 111) && ('p' == 112) && ('q' == 113) && ('r' == 114) \ + && ('s' == 115) && ('t' == 116) && ('u' == 117) && ('v' == 118) \ + && ('w' == 119) && ('x' == 120) && ('y' == 121) && ('z' == 122) \ + && ('{' == 123) && ('|' == 124) && ('}' == 125) && ('~' == 126)) +/* The character set is not based on ISO-646. */ +#error "gperf generated tables don't work with this execution character set. Please report a bug to ." +#endif + +#line 10 "scripts/kconfig/zconf.gperf" +struct kconf_id; + +static const struct kconf_id *kconf_id_lookup(register const char *str, register unsigned int len); +/* maximum key range = 71, duplicates = 0 */ + +#ifdef __GNUC__ +__inline +#else +#ifdef __cplusplus +inline +#endif +#endif +static unsigned int +kconf_id_hash (register const char *str, register unsigned int len) +{ + static const unsigned char asso_values[] = + { + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 0, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 5, 25, 25, + 0, 0, 0, 5, 0, 0, 73, 73, 5, 0, + 10, 5, 45, 73, 20, 20, 0, 15, 15, 73, + 20, 5, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73 + }; + register int hval = len; + + switch (hval) + { + default: + hval += asso_values[(unsigned char)str[2]]; + /*FALLTHROUGH*/ + case 2: + case 1: + hval += asso_values[(unsigned char)str[0]]; + break; + } + return hval + asso_values[(unsigned char)str[len - 1]]; +} + +struct kconf_id_strings_t + { + char kconf_id_strings_str2[sizeof("if")]; + char kconf_id_strings_str3[sizeof("int")]; + char kconf_id_strings_str5[sizeof("endif")]; + char kconf_id_strings_str7[sizeof("default")]; + char kconf_id_strings_str8[sizeof("tristate")]; + char kconf_id_strings_str9[sizeof("endchoice")]; + char kconf_id_strings_str10[sizeof("---help---")]; + char kconf_id_strings_str12[sizeof("def_tristate")]; + char kconf_id_strings_str13[sizeof("def_bool")]; + char kconf_id_strings_str14[sizeof("defconfig_list")]; + char kconf_id_strings_str17[sizeof("on")]; + char kconf_id_strings_str18[sizeof("optional")]; + char kconf_id_strings_str21[sizeof("option")]; + char kconf_id_strings_str22[sizeof("endmenu")]; + char kconf_id_strings_str23[sizeof("mainmenu")]; + char kconf_id_strings_str25[sizeof("menuconfig")]; + char kconf_id_strings_str27[sizeof("modules")]; + char kconf_id_strings_str28[sizeof("allnoconfig_y")]; + char kconf_id_strings_str29[sizeof("menu")]; + char kconf_id_strings_str31[sizeof("select")]; + char kconf_id_strings_str32[sizeof("comment")]; + char kconf_id_strings_str33[sizeof("env")]; + char kconf_id_strings_str35[sizeof("range")]; + char kconf_id_strings_str36[sizeof("choice")]; + char kconf_id_strings_str39[sizeof("bool")]; + char kconf_id_strings_str41[sizeof("source")]; + char kconf_id_strings_str42[sizeof("visible")]; + char kconf_id_strings_str43[sizeof("hex")]; + char kconf_id_strings_str46[sizeof("config")]; + char kconf_id_strings_str47[sizeof("boolean")]; + char kconf_id_strings_str51[sizeof("string")]; + char kconf_id_strings_str54[sizeof("help")]; + char kconf_id_strings_str56[sizeof("prompt")]; + char kconf_id_strings_str72[sizeof("depends")]; + }; +static const struct kconf_id_strings_t kconf_id_strings_contents = + { + "if", + "int", + "endif", + "default", + "tristate", + "endchoice", + "---help---", + "def_tristate", + "def_bool", + "defconfig_list", + "on", + "optional", + "option", + "endmenu", + "mainmenu", + "menuconfig", + "modules", + "allnoconfig_y", + "menu", + "select", + "comment", + "env", + "range", + "choice", + "bool", + "source", + "visible", + "hex", + "config", + "boolean", + "string", + "help", + "prompt", + "depends" + }; +#define kconf_id_strings ((const char *) &kconf_id_strings_contents) +#ifdef __GNUC__ +__inline +#if defined __GNUC_STDC_INLINE__ || defined __GNUC_GNU_INLINE__ +__attribute__ ((__gnu_inline__)) +#endif +#endif +const struct kconf_id * +kconf_id_lookup (register const char *str, register unsigned int len) +{ + enum + { + TOTAL_KEYWORDS = 34, + MIN_WORD_LENGTH = 2, + MAX_WORD_LENGTH = 14, + MIN_HASH_VALUE = 2, + MAX_HASH_VALUE = 72 + }; + + static const struct kconf_id wordlist[] = + { + {-1}, {-1}, +#line 26 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str2, T_IF, TF_COMMAND|TF_PARAM}, +#line 37 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str3, T_TYPE, TF_COMMAND, S_INT}, + {-1}, +#line 27 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str5, T_ENDIF, TF_COMMAND}, + {-1}, +#line 30 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str7, T_DEFAULT, TF_COMMAND, S_UNKNOWN}, +#line 32 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str8, T_TYPE, TF_COMMAND, S_TRISTATE}, +#line 20 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str9, T_ENDCHOICE, TF_COMMAND}, +#line 25 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str10, T_HELP, TF_COMMAND}, + {-1}, +#line 33 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str12, T_DEFAULT, TF_COMMAND, S_TRISTATE}, +#line 36 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str13, T_DEFAULT, TF_COMMAND, S_BOOLEAN}, +#line 46 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str14, T_OPT_DEFCONFIG_LIST,TF_OPTION}, + {-1}, {-1}, +#line 44 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str17, T_ON, TF_PARAM}, +#line 29 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str18, T_OPTIONAL, TF_COMMAND}, + {-1}, {-1}, +#line 43 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str21, T_OPTION, TF_COMMAND}, +#line 17 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str22, T_ENDMENU, TF_COMMAND}, +#line 15 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str23, T_MAINMENU, TF_COMMAND}, + {-1}, +#line 23 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str25, T_MENUCONFIG, TF_COMMAND}, + {-1}, +#line 45 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str27, T_OPT_MODULES, TF_OPTION}, +#line 48 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str28, T_OPT_ALLNOCONFIG_Y,TF_OPTION}, +#line 16 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str29, T_MENU, TF_COMMAND}, + {-1}, +#line 40 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str31, T_SELECT, TF_COMMAND}, +#line 21 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str32, T_COMMENT, TF_COMMAND}, +#line 47 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str33, T_OPT_ENV, TF_OPTION}, + {-1}, +#line 41 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str35, T_RANGE, TF_COMMAND}, +#line 19 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str36, T_CHOICE, TF_COMMAND}, + {-1}, {-1}, +#line 34 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str39, T_TYPE, TF_COMMAND, S_BOOLEAN}, + {-1}, +#line 18 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str41, T_SOURCE, TF_COMMAND}, +#line 42 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str42, T_VISIBLE, TF_COMMAND}, +#line 38 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str43, T_TYPE, TF_COMMAND, S_HEX}, + {-1}, {-1}, +#line 22 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str46, T_CONFIG, TF_COMMAND}, +#line 35 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str47, T_TYPE, TF_COMMAND, S_BOOLEAN}, + {-1}, {-1}, {-1}, +#line 39 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str51, T_TYPE, TF_COMMAND, S_STRING}, + {-1}, {-1}, +#line 24 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str54, T_HELP, TF_COMMAND}, + {-1}, +#line 31 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str56, T_PROMPT, TF_COMMAND}, + {-1}, {-1}, {-1}, {-1}, {-1}, {-1}, {-1}, {-1}, {-1}, + {-1}, {-1}, {-1}, {-1}, {-1}, {-1}, +#line 28 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str72, T_DEPENDS, TF_COMMAND} + }; + + if (len <= MAX_WORD_LENGTH && len >= MIN_WORD_LENGTH) + { + register int key = kconf_id_hash (str, len); + + if (key <= MAX_HASH_VALUE && key >= 0) + { + register int o = wordlist[key].name; + if (o >= 0) + { + register const char *s = o + kconf_id_strings; + + if (*str == *s && !strncmp (str + 1, s + 1, len - 1) && s[len] == '\0') + return &wordlist[key]; + } + } + } + return 0; +} +#line 49 "scripts/kconfig/zconf.gperf" + diff --git a/xen/tools/kconfig/zconf.l b/xen/tools/kconfig/zconf.l new file mode 100644 index 0000000..c410d25 --- /dev/null +++ b/xen/tools/kconfig/zconf.l @@ -0,0 +1,374 @@ +%option nostdinit noyywrap never-interactive full ecs +%option 8bit nodefault perf-report perf-report +%option noinput +%x COMMAND HELP STRING PARAM +%{ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include + +#include "lkc.h" + +#define START_STRSIZE 16 + +static struct { + struct file *file; + int lineno; +} current_pos; + +static char *text; +static int text_size, text_asize; + +struct buffer { + struct buffer *parent; + YY_BUFFER_STATE state; +}; + +struct buffer *current_buf; + +static int last_ts, first_ts; + +static void zconf_endhelp(void); +static void zconf_endfile(void); + +static void new_string(void) +{ + text = xmalloc(START_STRSIZE); + text_asize = START_STRSIZE; + text_size = 0; + *text = 0; +} + +static void append_string(const char *str, int size) +{ + int new_size = text_size + size + 1; + if (new_size > text_asize) { + new_size += START_STRSIZE - 1; + new_size &= -START_STRSIZE; + text = realloc(text, new_size); + text_asize = new_size; + } + memcpy(text + text_size, str, size); + text_size += size; + text[text_size] = 0; +} + +static void alloc_string(const char *str, int size) +{ + text = xmalloc(size + 1); + memcpy(text, str, size); + text[size] = 0; +} + +static void warn_ignored_character(char chr) +{ + fprintf(stderr, + "%s:%d:warning: ignoring unsupported character '%c'\n", + zconf_curname(), zconf_lineno(), chr); +} +%} + +n [A-Za-z0-9_-] + +%% + int str = 0; + int ts, i; + +[ \t]*#.*\n | +[ \t]*\n { + current_file->lineno++; + return T_EOL; +} +[ \t]*#.* + + +[ \t]+ { + BEGIN(COMMAND); +} + +. { + unput(yytext[0]); + BEGIN(COMMAND); +} + + +{ + {n}+ { + const struct kconf_id *id = kconf_id_lookup(yytext, yyleng); + BEGIN(PARAM); + current_pos.file = current_file; + current_pos.lineno = current_file->lineno; + if (id && id->flags & TF_COMMAND) { + zconflval.id = id; + return id->token; + } + alloc_string(yytext, yyleng); + zconflval.string = text; + return T_WORD; + } + . warn_ignored_character(*yytext); + \n { + BEGIN(INITIAL); + current_file->lineno++; + return T_EOL; + } +} + +{ + "&&" return T_AND; + "||" return T_OR; + "(" return T_OPEN_PAREN; + ")" return T_CLOSE_PAREN; + "!" return T_NOT; + "=" return T_EQUAL; + "!=" return T_UNEQUAL; + "<=" return T_LESS_EQUAL; + ">=" return T_GREATER_EQUAL; + "<" return T_LESS; + ">" return T_GREATER; + \"|\' { + str = yytext[0]; + new_string(); + BEGIN(STRING); + } + \n BEGIN(INITIAL); current_file->lineno++; return T_EOL; + ({n}|[/.])+ { + const struct kconf_id *id = kconf_id_lookup(yytext, yyleng); + if (id && id->flags & TF_PARAM) { + zconflval.id = id; + return id->token; + } + alloc_string(yytext, yyleng); + zconflval.string = text; + return T_WORD; + } + #.* /* comment */ + \\\n current_file->lineno++; + [[:blank:]]+ + . warn_ignored_character(*yytext); + <> { + BEGIN(INITIAL); + } +} + +{ + [^'"\\\n]+/\n { + append_string(yytext, yyleng); + zconflval.string = text; + return T_WORD_QUOTE; + } + [^'"\\\n]+ { + append_string(yytext, yyleng); + } + \\.?/\n { + append_string(yytext + 1, yyleng - 1); + zconflval.string = text; + return T_WORD_QUOTE; + } + \\.? { + append_string(yytext + 1, yyleng - 1); + } + \'|\" { + if (str == yytext[0]) { + BEGIN(PARAM); + zconflval.string = text; + return T_WORD_QUOTE; + } else + append_string(yytext, 1); + } + \n { + printf("%s:%d:warning: multi-line strings not supported\n", zconf_curname(), zconf_lineno()); + current_file->lineno++; + BEGIN(INITIAL); + return T_EOL; + } + <> { + BEGIN(INITIAL); + } +} + +{ + [ \t]+ { + ts = 0; + for (i = 0; i < yyleng; i++) { + if (yytext[i] == '\t') + ts = (ts & ~7) + 8; + else + ts++; + } + last_ts = ts; + if (first_ts) { + if (ts < first_ts) { + zconf_endhelp(); + return T_HELPTEXT; + } + ts -= first_ts; + while (ts > 8) { + append_string(" ", 8); + ts -= 8; + } + append_string(" ", ts); + } + } + [ \t]*\n/[^ \t\n] { + current_file->lineno++; + zconf_endhelp(); + return T_HELPTEXT; + } + [ \t]*\n { + current_file->lineno++; + append_string("\n", 1); + } + [^ \t\n].* { + while (yyleng) { + if ((yytext[yyleng-1] != ' ') && (yytext[yyleng-1] != '\t')) + break; + yyleng--; + } + append_string(yytext, yyleng); + if (!first_ts) + first_ts = last_ts; + } + <> { + zconf_endhelp(); + return T_HELPTEXT; + } +} + +<> { + if (current_file) { + zconf_endfile(); + return T_EOL; + } + fclose(yyin); + yyterminate(); +} + +%% +void zconf_starthelp(void) +{ + new_string(); + last_ts = first_ts = 0; + BEGIN(HELP); +} + +static void zconf_endhelp(void) +{ + zconflval.string = text; + BEGIN(INITIAL); +} + + +/* + * Try to open specified file with following names: + * ./name + * $(srctree)/name + * The latter is used when srctree is separate from objtree + * when compiling the kernel. + * Return NULL if file is not found. + */ +FILE *zconf_fopen(const char *name) +{ + char *env, fullname[PATH_MAX+1]; + FILE *f; + + f = fopen(name, "r"); + if (!f && name != NULL && name[0] != '/') { + env = getenv(SRCTREE); + if (env) { + sprintf(fullname, "%s/%s", env, name); + f = fopen(fullname, "r"); + } + } + return f; +} + +void zconf_initscan(const char *name) +{ + yyin = zconf_fopen(name); + if (!yyin) { + printf("can't find file %s\n", name); + exit(1); + } + + current_buf = xmalloc(sizeof(*current_buf)); + memset(current_buf, 0, sizeof(*current_buf)); + + current_file = file_lookup(name); + current_file->lineno = 1; +} + +void zconf_nextfile(const char *name) +{ + struct file *iter; + struct file *file = file_lookup(name); + struct buffer *buf = xmalloc(sizeof(*buf)); + memset(buf, 0, sizeof(*buf)); + + current_buf->state = YY_CURRENT_BUFFER; + yyin = zconf_fopen(file->name); + if (!yyin) { + printf("%s:%d: can't open file \"%s\"\n", + zconf_curname(), zconf_lineno(), file->name); + exit(1); + } + yy_switch_to_buffer(yy_create_buffer(yyin, YY_BUF_SIZE)); + buf->parent = current_buf; + current_buf = buf; + + for (iter = current_file->parent; iter; iter = iter->parent ) { + if (!strcmp(current_file->name,iter->name) ) { + printf("%s:%d: recursive inclusion detected. " + "Inclusion path:\n current file : '%s'\n", + zconf_curname(), zconf_lineno(), + zconf_curname()); + iter = current_file->parent; + while (iter && \ + strcmp(iter->name,current_file->name)) { + printf(" included from: '%s:%d'\n", + iter->name, iter->lineno-1); + iter = iter->parent; + } + if (iter) + printf(" included from: '%s:%d'\n", + iter->name, iter->lineno+1); + exit(1); + } + } + file->lineno = 1; + file->parent = current_file; + current_file = file; +} + +static void zconf_endfile(void) +{ + struct buffer *parent; + + current_file = current_file->parent; + + parent = current_buf->parent; + if (parent) { + fclose(yyin); + yy_delete_buffer(YY_CURRENT_BUFFER); + yy_switch_to_buffer(parent->state); + } + free(current_buf); + current_buf = parent; +} + +int zconf_lineno(void) +{ + return current_pos.lineno; +} + +const char *zconf_curname(void) +{ + return current_pos.file ? current_pos.file->name : ""; +} diff --git a/xen/tools/kconfig/zconf.lex.c_shipped b/xen/tools/kconfig/zconf.lex.c_shipped new file mode 100644 index 0000000..37fdf61 --- /dev/null +++ b/xen/tools/kconfig/zconf.lex.c_shipped @@ -0,0 +1,2473 @@ + +#line 3 "scripts/kconfig/zconf.lex.c_shipped" + +#define YY_INT_ALIGNED short int + +/* A lexical scanner generated by flex */ + +#define yy_create_buffer zconf_create_buffer +#define yy_delete_buffer zconf_delete_buffer +#define yy_flex_debug zconf_flex_debug +#define yy_init_buffer zconf_init_buffer +#define yy_flush_buffer zconf_flush_buffer +#define yy_load_buffer_state zconf_load_buffer_state +#define yy_switch_to_buffer zconf_switch_to_buffer +#define yyin zconfin +#define yyleng zconfleng +#define yylex zconflex +#define yylineno zconflineno +#define yyout zconfout +#define yyrestart zconfrestart +#define yytext zconftext +#define yywrap zconfwrap +#define yyalloc zconfalloc +#define yyrealloc zconfrealloc +#define yyfree zconffree + +#define FLEX_SCANNER +#define YY_FLEX_MAJOR_VERSION 2 +#define YY_FLEX_MINOR_VERSION 5 +#define YY_FLEX_SUBMINOR_VERSION 35 +#if YY_FLEX_SUBMINOR_VERSION > 0 +#define FLEX_BETA +#endif + +/* First, we deal with platform-specific or compiler-specific issues. */ + +/* begin standard C headers. */ +#include +#include +#include +#include + +/* end standard C headers. */ + +/* flex integer type definitions */ + +#ifndef FLEXINT_H +#define FLEXINT_H + +/* C99 systems have . Non-C99 systems may or may not. */ + +#if defined (__STDC_VERSION__) && __STDC_VERSION__ >= 199901L + +/* C99 says to define __STDC_LIMIT_MACROS before including stdint.h, + * if you want the limit (max/min) macros for int types. + */ +#ifndef __STDC_LIMIT_MACROS +#define __STDC_LIMIT_MACROS 1 +#endif + +#include +typedef int8_t flex_int8_t; +typedef uint8_t flex_uint8_t; +typedef int16_t flex_int16_t; +typedef uint16_t flex_uint16_t; +typedef int32_t flex_int32_t; +typedef uint32_t flex_uint32_t; +#else +typedef signed char flex_int8_t; +typedef short int flex_int16_t; +typedef int flex_int32_t; +typedef unsigned char flex_uint8_t; +typedef unsigned short int flex_uint16_t; +typedef unsigned int flex_uint32_t; + +/* Limits of integral types. */ +#ifndef INT8_MIN +#define INT8_MIN (-128) +#endif +#ifndef INT16_MIN +#define INT16_MIN (-32767-1) +#endif +#ifndef INT32_MIN +#define INT32_MIN (-2147483647-1) +#endif +#ifndef INT8_MAX +#define INT8_MAX (127) +#endif +#ifndef INT16_MAX +#define INT16_MAX (32767) +#endif +#ifndef INT32_MAX +#define INT32_MAX (2147483647) +#endif +#ifndef UINT8_MAX +#define UINT8_MAX (255U) +#endif +#ifndef UINT16_MAX +#define UINT16_MAX (65535U) +#endif +#ifndef UINT32_MAX +#define UINT32_MAX (4294967295U) +#endif + +#endif /* ! C99 */ + +#endif /* ! FLEXINT_H */ + +#ifdef __cplusplus + +/* The "const" storage-class-modifier is valid. */ +#define YY_USE_CONST + +#else /* ! __cplusplus */ + +/* C99 requires __STDC__ to be defined as 1. */ +#if defined (__STDC__) + +#define YY_USE_CONST + +#endif /* defined (__STDC__) */ +#endif /* ! __cplusplus */ + +#ifdef YY_USE_CONST +#define yyconst const +#else +#define yyconst +#endif + +/* Returned upon end-of-file. */ +#define YY_NULL 0 + +/* Promotes a possibly negative, possibly signed char to an unsigned + * integer for use as an array index. If the signed char is negative, + * we want to instead treat it as an 8-bit unsigned char, hence the + * double cast. + */ +#define YY_SC_TO_UI(c) ((unsigned int) (unsigned char) c) + +/* Enter a start condition. This macro really ought to take a parameter, + * but we do it the disgusting crufty way forced on us by the ()-less + * definition of BEGIN. + */ +#define BEGIN (yy_start) = 1 + 2 * + +/* Translate the current start state into a value that can be later handed + * to BEGIN to return to the state. The YYSTATE alias is for lex + * compatibility. + */ +#define YY_START (((yy_start) - 1) / 2) +#define YYSTATE YY_START + +/* Action number for EOF rule of a given start state. */ +#define YY_STATE_EOF(state) (YY_END_OF_BUFFER + state + 1) + +/* Special action meaning "start processing a new file". */ +#define YY_NEW_FILE zconfrestart(zconfin ) + +#define YY_END_OF_BUFFER_CHAR 0 + +/* Size of default input buffer. */ +#ifndef YY_BUF_SIZE +#ifdef __ia64__ +/* On IA-64, the buffer size is 16k, not 8k. + * Moreover, YY_BUF_SIZE is 2*YY_READ_BUF_SIZE in the general case. + * Ditto for the __ia64__ case accordingly. + */ +#define YY_BUF_SIZE 32768 +#else +#define YY_BUF_SIZE 16384 +#endif /* __ia64__ */ +#endif + +/* The state buf must be large enough to hold one state per character in the main buffer. + */ +#define YY_STATE_BUF_SIZE ((YY_BUF_SIZE + 2) * sizeof(yy_state_type)) + +#ifndef YY_TYPEDEF_YY_BUFFER_STATE +#define YY_TYPEDEF_YY_BUFFER_STATE +typedef struct yy_buffer_state *YY_BUFFER_STATE; +#endif + +extern int zconfleng; + +extern FILE *zconfin, *zconfout; + +#define EOB_ACT_CONTINUE_SCAN 0 +#define EOB_ACT_END_OF_FILE 1 +#define EOB_ACT_LAST_MATCH 2 + + #define YY_LESS_LINENO(n) + +/* Return all but the first "n" matched characters back to the input stream. */ +#define yyless(n) \ + do \ + { \ + /* Undo effects of setting up zconftext. */ \ + int yyless_macro_arg = (n); \ + YY_LESS_LINENO(yyless_macro_arg);\ + *yy_cp = (yy_hold_char); \ + YY_RESTORE_YY_MORE_OFFSET \ + (yy_c_buf_p) = yy_cp = yy_bp + yyless_macro_arg - YY_MORE_ADJ; \ + YY_DO_BEFORE_ACTION; /* set up zconftext again */ \ + } \ + while ( 0 ) + +#define unput(c) yyunput( c, (yytext_ptr) ) + +#ifndef YY_TYPEDEF_YY_SIZE_T +#define YY_TYPEDEF_YY_SIZE_T +typedef size_t yy_size_t; +#endif + +#ifndef YY_STRUCT_YY_BUFFER_STATE +#define YY_STRUCT_YY_BUFFER_STATE +struct yy_buffer_state + { + FILE *yy_input_file; + + char *yy_ch_buf; /* input buffer */ + char *yy_buf_pos; /* current position in input buffer */ + + /* Size of input buffer in bytes, not including room for EOB + * characters. + */ + yy_size_t yy_buf_size; + + /* Number of characters read into yy_ch_buf, not including EOB + * characters. + */ + int yy_n_chars; + + /* Whether we "own" the buffer - i.e., we know we created it, + * and can realloc() it to grow it, and should free() it to + * delete it. + */ + int yy_is_our_buffer; + + /* Whether this is an "interactive" input source; if so, and + * if we're using stdio for input, then we want to use getc() + * instead of fread(), to make sure we stop fetching input after + * each newline. + */ + int yy_is_interactive; + + /* Whether we're considered to be at the beginning of a line. + * If so, '^' rules will be active on the next match, otherwise + * not. + */ + int yy_at_bol; + + int yy_bs_lineno; /**< The line count. */ + int yy_bs_column; /**< The column count. */ + + /* Whether to try to fill the input buffer when we reach the + * end of it. + */ + int yy_fill_buffer; + + int yy_buffer_status; + +#define YY_BUFFER_NEW 0 +#define YY_BUFFER_NORMAL 1 + /* When an EOF's been seen but there's still some text to process + * then we mark the buffer as YY_EOF_PENDING, to indicate that we + * shouldn't try reading from the input source any more. We might + * still have a bunch of tokens to match, though, because of + * possible backing-up. + * + * When we actually see the EOF, we change the status to "new" + * (via zconfrestart()), so that the user can continue scanning by + * just pointing zconfin at a new input file. + */ +#define YY_BUFFER_EOF_PENDING 2 + + }; +#endif /* !YY_STRUCT_YY_BUFFER_STATE */ + +/* Stack of input buffers. */ +static size_t yy_buffer_stack_top = 0; /**< index of top of stack. */ +static size_t yy_buffer_stack_max = 0; /**< capacity of stack. */ +static YY_BUFFER_STATE * yy_buffer_stack = 0; /**< Stack as an array. */ + +/* We provide macros for accessing buffer states in case in the + * future we want to put the buffer states in a more general + * "scanner state". + * + * Returns the top of the stack, or NULL. + */ +#define YY_CURRENT_BUFFER ( (yy_buffer_stack) \ + ? (yy_buffer_stack)[(yy_buffer_stack_top)] \ + : NULL) + +/* Same as previous macro, but useful when we know that the buffer stack is not + * NULL or when we need an lvalue. For internal use only. + */ +#define YY_CURRENT_BUFFER_LVALUE (yy_buffer_stack)[(yy_buffer_stack_top)] + +/* yy_hold_char holds the character lost when zconftext is formed. */ +static char yy_hold_char; +static int yy_n_chars; /* number of characters read into yy_ch_buf */ +int zconfleng; + +/* Points to current character in buffer. */ +static char *yy_c_buf_p = (char *) 0; +static int yy_init = 0; /* whether we need to initialize */ +static int yy_start = 0; /* start state number */ + +/* Flag which is used to allow zconfwrap()'s to do buffer switches + * instead of setting up a fresh zconfin. A bit of a hack ... + */ +static int yy_did_buffer_switch_on_eof; + +void zconfrestart (FILE *input_file ); +void zconf_switch_to_buffer (YY_BUFFER_STATE new_buffer ); +YY_BUFFER_STATE zconf_create_buffer (FILE *file,int size ); +void zconf_delete_buffer (YY_BUFFER_STATE b ); +void zconf_flush_buffer (YY_BUFFER_STATE b ); +void zconfpush_buffer_state (YY_BUFFER_STATE new_buffer ); +void zconfpop_buffer_state (void ); + +static void zconfensure_buffer_stack (void ); +static void zconf_load_buffer_state (void ); +static void zconf_init_buffer (YY_BUFFER_STATE b,FILE *file ); + +#define YY_FLUSH_BUFFER zconf_flush_buffer(YY_CURRENT_BUFFER ) + +YY_BUFFER_STATE zconf_scan_buffer (char *base,yy_size_t size ); +YY_BUFFER_STATE zconf_scan_string (yyconst char *yy_str ); +YY_BUFFER_STATE zconf_scan_bytes (yyconst char *bytes,int len ); + +void *zconfalloc (yy_size_t ); +void *zconfrealloc (void *,yy_size_t ); +void zconffree (void * ); + +#define yy_new_buffer zconf_create_buffer + +#define yy_set_interactive(is_interactive) \ + { \ + if ( ! YY_CURRENT_BUFFER ){ \ + zconfensure_buffer_stack (); \ + YY_CURRENT_BUFFER_LVALUE = \ + zconf_create_buffer(zconfin,YY_BUF_SIZE ); \ + } \ + YY_CURRENT_BUFFER_LVALUE->yy_is_interactive = is_interactive; \ + } + +#define yy_set_bol(at_bol) \ + { \ + if ( ! YY_CURRENT_BUFFER ){\ + zconfensure_buffer_stack (); \ + YY_CURRENT_BUFFER_LVALUE = \ + zconf_create_buffer(zconfin,YY_BUF_SIZE ); \ + } \ + YY_CURRENT_BUFFER_LVALUE->yy_at_bol = at_bol; \ + } + +#define YY_AT_BOL() (YY_CURRENT_BUFFER_LVALUE->yy_at_bol) + +/* Begin user sect3 */ + +#define zconfwrap(n) 1 +#define YY_SKIP_YYWRAP + +typedef unsigned char YY_CHAR; + +FILE *zconfin = (FILE *) 0, *zconfout = (FILE *) 0; + +typedef int yy_state_type; + +extern int zconflineno; + +int zconflineno = 1; + +extern char *zconftext; +#define yytext_ptr zconftext +static yyconst flex_int16_t yy_nxt[][18] = + { + { + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0 + }, + + { + 11, 12, 13, 14, 12, 12, 15, 12, 12, 12, + 12, 12, 12, 12, 12, 12, 12, 12 + }, + + { + 11, 12, 13, 14, 12, 12, 15, 12, 12, 12, + 12, 12, 12, 12, 12, 12, 12, 12 + }, + + { + 11, 16, 16, 17, 16, 16, 16, 16, 16, 16, + 16, 18, 16, 16, 16, 16, 16, 16 + }, + + { + 11, 16, 16, 17, 16, 16, 16, 16, 16, 16, + 16, 18, 16, 16, 16, 16, 16, 16 + + }, + + { + 11, 19, 20, 21, 19, 19, 19, 19, 19, 19, + 19, 19, 19, 19, 19, 19, 19, 19 + }, + + { + 11, 19, 20, 21, 19, 19, 19, 19, 19, 19, + 19, 19, 19, 19, 19, 19, 19, 19 + }, + + { + 11, 22, 22, 23, 22, 24, 22, 22, 24, 22, + 22, 22, 22, 22, 22, 22, 25, 22 + }, + + { + 11, 22, 22, 23, 22, 24, 22, 22, 24, 22, + 22, 22, 22, 22, 22, 22, 25, 22 + }, + + { + 11, 26, 27, 28, 29, 30, 31, 32, 30, 33, + 34, 35, 35, 36, 37, 38, 39, 40 + + }, + + { + 11, 26, 27, 28, 29, 30, 31, 32, 30, 33, + 34, 35, 35, 36, 37, 38, 39, 40 + }, + + { + -11, -11, -11, -11, -11, -11, -11, -11, -11, -11, + -11, -11, -11, -11, -11, -11, -11, -11 + }, + + { + 11, -12, -12, -12, -12, -12, -12, -12, -12, -12, + -12, -12, -12, -12, -12, -12, -12, -12 + }, + + { + 11, -13, 41, 42, -13, -13, 43, -13, -13, -13, + -13, -13, -13, -13, -13, -13, -13, -13 + }, + + { + 11, -14, -14, -14, -14, -14, -14, -14, -14, -14, + -14, -14, -14, -14, -14, -14, -14, -14 + + }, + + { + 11, 44, 44, 45, 44, 44, 44, 44, 44, 44, + 44, 44, 44, 44, 44, 44, 44, 44 + }, + + { + 11, -16, -16, -16, -16, -16, -16, -16, -16, -16, + -16, -16, -16, -16, -16, -16, -16, -16 + }, + + { + 11, -17, -17, -17, -17, -17, -17, -17, -17, -17, + -17, -17, -17, -17, -17, -17, -17, -17 + }, + + { + 11, -18, -18, -18, -18, -18, -18, -18, -18, -18, + -18, 46, -18, -18, -18, -18, -18, -18 + }, + + { + 11, 47, 47, -19, 47, 47, 47, 47, 47, 47, + 47, 47, 47, 47, 47, 47, 47, 47 + + }, + + { + 11, -20, 48, 49, -20, -20, -20, -20, -20, -20, + -20, -20, -20, -20, -20, -20, -20, -20 + }, + + { + 11, 50, -21, -21, 50, 50, 50, 50, 50, 50, + 50, 50, 50, 50, 50, 50, 50, 50 + }, + + { + 11, 51, 51, 52, 51, -22, 51, 51, -22, 51, + 51, 51, 51, 51, 51, 51, -22, 51 + }, + + { + 11, -23, -23, -23, -23, -23, -23, -23, -23, -23, + -23, -23, -23, -23, -23, -23, -23, -23 + }, + + { + 11, -24, -24, -24, -24, -24, -24, -24, -24, -24, + -24, -24, -24, -24, -24, -24, -24, -24 + + }, + + { + 11, 53, 53, 54, 53, 53, 53, 53, 53, 53, + 53, 53, 53, 53, 53, 53, 53, 53 + }, + + { + 11, -26, -26, -26, -26, -26, -26, -26, -26, -26, + -26, -26, -26, -26, -26, -26, -26, -26 + }, + + { + 11, -27, 55, -27, -27, -27, -27, -27, -27, -27, + -27, -27, -27, -27, -27, -27, -27, -27 + }, + + { + 11, -28, -28, -28, -28, -28, -28, -28, -28, -28, + -28, -28, -28, -28, -28, -28, -28, -28 + }, + + { + 11, -29, -29, -29, -29, -29, -29, -29, -29, -29, + -29, -29, -29, -29, 56, -29, -29, -29 + + }, + + { + 11, -30, -30, -30, -30, -30, -30, -30, -30, -30, + -30, -30, -30, -30, -30, -30, -30, -30 + }, + + { + 11, 57, 57, -31, 57, 57, 57, 57, 57, 57, + 57, 57, 57, 57, 57, 57, 57, 57 + }, + + { + 11, -32, -32, -32, -32, -32, -32, 58, -32, -32, + -32, -32, -32, -32, -32, -32, -32, -32 + }, + + { + 11, -33, -33, -33, -33, -33, -33, -33, -33, -33, + -33, -33, -33, -33, -33, -33, -33, -33 + }, + + { + 11, -34, -34, -34, -34, -34, -34, -34, -34, -34, + -34, -34, -34, -34, -34, -34, -34, -34 + + }, + + { + 11, -35, -35, -35, -35, -35, -35, -35, -35, -35, + -35, 59, 59, -35, -35, -35, -35, -35 + }, + + { + 11, -36, -36, -36, -36, -36, -36, -36, -36, -36, + -36, -36, -36, -36, 60, -36, -36, -36 + }, + + { + 11, -37, -37, -37, -37, -37, -37, -37, -37, -37, + -37, -37, -37, -37, -37, -37, -37, -37 + }, + + { + 11, -38, -38, -38, -38, -38, -38, -38, -38, -38, + -38, -38, -38, -38, 61, -38, -38, -38 + }, + + { + 11, -39, -39, 62, -39, -39, -39, -39, -39, -39, + -39, -39, -39, -39, -39, -39, -39, -39 + + }, + + { + 11, -40, -40, -40, -40, -40, -40, -40, -40, -40, + -40, -40, -40, -40, -40, -40, -40, 63 + }, + + { + 11, -41, 41, 42, -41, -41, 43, -41, -41, -41, + -41, -41, -41, -41, -41, -41, -41, -41 + }, + + { + 11, -42, -42, -42, -42, -42, -42, -42, -42, -42, + -42, -42, -42, -42, -42, -42, -42, -42 + }, + + { + 11, 44, 44, 45, 44, 44, 44, 44, 44, 44, + 44, 44, 44, 44, 44, 44, 44, 44 + }, + + { + 11, 44, 44, 45, 44, 44, 44, 44, 44, 44, + 44, 44, 44, 44, 44, 44, 44, 44 + + }, + + { + 11, -45, -45, -45, -45, -45, -45, -45, -45, -45, + -45, -45, -45, -45, -45, -45, -45, -45 + }, + + { + 11, -46, -46, -46, -46, -46, -46, -46, -46, -46, + -46, 46, -46, -46, -46, -46, -46, -46 + }, + + { + 11, 47, 47, -47, 47, 47, 47, 47, 47, 47, + 47, 47, 47, 47, 47, 47, 47, 47 + }, + + { + 11, -48, 48, 49, -48, -48, -48, -48, -48, -48, + -48, -48, -48, -48, -48, -48, -48, -48 + }, + + { + 11, 50, -49, -49, 50, 50, 50, 50, 50, 50, + 50, 50, 50, 50, 50, 50, 50, 50 + + }, + + { + 11, -50, -50, -50, -50, -50, -50, -50, -50, -50, + -50, -50, -50, -50, -50, -50, -50, -50 + }, + + { + 11, 51, 51, 52, 51, -51, 51, 51, -51, 51, + 51, 51, 51, 51, 51, 51, -51, 51 + }, + + { + 11, -52, -52, -52, -52, -52, -52, -52, -52, -52, + -52, -52, -52, -52, -52, -52, -52, -52 + }, + + { + 11, -53, -53, 54, -53, -53, -53, -53, -53, -53, + -53, -53, -53, -53, -53, -53, -53, -53 + }, + + { + 11, -54, -54, -54, -54, -54, -54, -54, -54, -54, + -54, -54, -54, -54, -54, -54, -54, -54 + + }, + + { + 11, -55, 55, -55, -55, -55, -55, -55, -55, -55, + -55, -55, -55, -55, -55, -55, -55, -55 + }, + + { + 11, -56, -56, -56, -56, -56, -56, -56, -56, -56, + -56, -56, -56, -56, -56, -56, -56, -56 + }, + + { + 11, 57, 57, -57, 57, 57, 57, 57, 57, 57, + 57, 57, 57, 57, 57, 57, 57, 57 + }, + + { + 11, -58, -58, -58, -58, -58, -58, -58, -58, -58, + -58, -58, -58, -58, -58, -58, -58, -58 + }, + + { + 11, -59, -59, -59, -59, -59, -59, -59, -59, -59, + -59, 59, 59, -59, -59, -59, -59, -59 + + }, + + { + 11, -60, -60, -60, -60, -60, -60, -60, -60, -60, + -60, -60, -60, -60, -60, -60, -60, -60 + }, + + { + 11, -61, -61, -61, -61, -61, -61, -61, -61, -61, + -61, -61, -61, -61, -61, -61, -61, -61 + }, + + { + 11, -62, -62, -62, -62, -62, -62, -62, -62, -62, + -62, -62, -62, -62, -62, -62, -62, -62 + }, + + { + 11, -63, -63, -63, -63, -63, -63, -63, -63, -63, + -63, -63, -63, -63, -63, -63, -63, -63 + }, + + } ; + +static yy_state_type yy_get_previous_state (void ); +static yy_state_type yy_try_NUL_trans (yy_state_type current_state ); +static int yy_get_next_buffer (void ); +static void yy_fatal_error (yyconst char msg[] ); + +/* Done after the current pattern has been matched and before the + * corresponding action - sets up zconftext. + */ +#define YY_DO_BEFORE_ACTION \ + (yytext_ptr) = yy_bp; \ + zconfleng = (size_t) (yy_cp - yy_bp); \ + (yy_hold_char) = *yy_cp; \ + *yy_cp = '\0'; \ + (yy_c_buf_p) = yy_cp; + +#define YY_NUM_RULES 37 +#define YY_END_OF_BUFFER 38 +/* This struct is not used in this scanner, + but its presence is necessary. */ +struct yy_trans_info + { + flex_int32_t yy_verify; + flex_int32_t yy_nxt; + }; +static yyconst flex_int16_t yy_accept[64] = + { 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 38, 5, 4, 2, 3, 7, 8, 6, 36, 33, + 35, 28, 32, 31, 30, 26, 25, 21, 13, 20, + 23, 26, 11, 12, 22, 18, 14, 19, 26, 26, + 4, 2, 3, 3, 1, 6, 36, 33, 35, 34, + 28, 27, 30, 29, 25, 15, 23, 9, 22, 16, + 17, 24, 10 + } ; + +static yyconst flex_int32_t yy_ec[256] = + { 0, + 1, 1, 1, 1, 1, 1, 1, 1, 2, 3, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 2, 4, 5, 6, 1, 1, 7, 8, 9, + 10, 1, 1, 1, 11, 12, 12, 11, 11, 11, + 11, 11, 11, 11, 11, 11, 11, 1, 1, 13, + 14, 15, 1, 1, 11, 11, 11, 11, 11, 11, + 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, + 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, + 1, 16, 1, 1, 11, 1, 11, 11, 11, 11, + + 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, + 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, + 11, 11, 1, 17, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1 + } ; + +extern int zconf_flex_debug; +int zconf_flex_debug = 0; + +/* The intent behind this definition is that it'll catch + * any uses of REJECT which flex missed. + */ +#define REJECT reject_used_but_not_detected +#define yymore() yymore_used_but_not_detected +#define YY_MORE_ADJ 0 +#define YY_RESTORE_YY_MORE_OFFSET +char *zconftext; +#define YY_NO_INPUT 1 + +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include + +#include "lkc.h" + +#define START_STRSIZE 16 + +static struct { + struct file *file; + int lineno; +} current_pos; + +static char *text; +static int text_size, text_asize; + +struct buffer { + struct buffer *parent; + YY_BUFFER_STATE state; +}; + +struct buffer *current_buf; + +static int last_ts, first_ts; + +static void zconf_endhelp(void); +static void zconf_endfile(void); + +static void new_string(void) +{ + text = xmalloc(START_STRSIZE); + text_asize = START_STRSIZE; + text_size = 0; + *text = 0; +} + +static void append_string(const char *str, int size) +{ + int new_size = text_size + size + 1; + if (new_size > text_asize) { + new_size += START_STRSIZE - 1; + new_size &= -START_STRSIZE; + text = realloc(text, new_size); + text_asize = new_size; + } + memcpy(text + text_size, str, size); + text_size += size; + text[text_size] = 0; +} + +static void alloc_string(const char *str, int size) +{ + text = xmalloc(size + 1); + memcpy(text, str, size); + text[size] = 0; +} + +static void warn_ignored_character(char chr) +{ + fprintf(stderr, + "%s:%d:warning: ignoring unsupported character '%c'\n", + zconf_curname(), zconf_lineno(), chr); +} + +#define INITIAL 0 +#define COMMAND 1 +#define HELP 2 +#define STRING 3 +#define PARAM 4 + +#ifndef YY_NO_UNISTD_H +/* Special case for "unistd.h", since it is non-ANSI. We include it way + * down here because we want the user's section 1 to have been scanned first. + * The user has a chance to override it with an option. + */ +#include +#endif + +#ifndef YY_EXTRA_TYPE +#define YY_EXTRA_TYPE void * +#endif + +static int yy_init_globals (void ); + +/* Accessor methods to globals. + These are made visible to non-reentrant scanners for convenience. */ + +int zconflex_destroy (void ); + +int zconfget_debug (void ); + +void zconfset_debug (int debug_flag ); + +YY_EXTRA_TYPE zconfget_extra (void ); + +void zconfset_extra (YY_EXTRA_TYPE user_defined ); + +FILE *zconfget_in (void ); + +void zconfset_in (FILE * in_str ); + +FILE *zconfget_out (void ); + +void zconfset_out (FILE * out_str ); + +int zconfget_leng (void ); + +char *zconfget_text (void ); + +int zconfget_lineno (void ); + +void zconfset_lineno (int line_number ); + +/* Macros after this point can all be overridden by user definitions in + * section 1. + */ + +#ifndef YY_SKIP_YYWRAP +#ifdef __cplusplus +extern "C" int zconfwrap (void ); +#else +extern int zconfwrap (void ); +#endif +#endif + + static void yyunput (int c,char *buf_ptr ); + +#ifndef yytext_ptr +static void yy_flex_strncpy (char *,yyconst char *,int ); +#endif + +#ifdef YY_NEED_STRLEN +static int yy_flex_strlen (yyconst char * ); +#endif + +#ifndef YY_NO_INPUT + +#ifdef __cplusplus +static int yyinput (void ); +#else +static int input (void ); +#endif + +#endif + +/* Amount of stuff to slurp up with each read. */ +#ifndef YY_READ_BUF_SIZE +#ifdef __ia64__ +/* On IA-64, the buffer size is 16k, not 8k */ +#define YY_READ_BUF_SIZE 16384 +#else +#define YY_READ_BUF_SIZE 8192 +#endif /* __ia64__ */ +#endif + +/* Copy whatever the last rule matched to the standard output. */ +#ifndef ECHO +/* This used to be an fputs(), but since the string might contain NUL's, + * we now use fwrite(). + */ +#define ECHO do { if (fwrite( zconftext, zconfleng, 1, zconfout )) {} } while (0) +#endif + +/* Gets input and stuffs it into "buf". number of characters read, or YY_NULL, + * is returned in "result". + */ +#ifndef YY_INPUT +#define YY_INPUT(buf,result,max_size) \ + errno=0; \ + while ( (result = read( fileno(zconfin), (char *) buf, max_size )) < 0 ) \ + { \ + if( errno != EINTR) \ + { \ + YY_FATAL_ERROR( "input in flex scanner failed" ); \ + break; \ + } \ + errno=0; \ + clearerr(zconfin); \ + }\ +\ + +#endif + +/* No semi-colon after return; correct usage is to write "yyterminate();" - + * we don't want an extra ';' after the "return" because that will cause + * some compilers to complain about unreachable statements. + */ +#ifndef yyterminate +#define yyterminate() return YY_NULL +#endif + +/* Number of entries by which start-condition stack grows. */ +#ifndef YY_START_STACK_INCR +#define YY_START_STACK_INCR 25 +#endif + +/* Report a fatal error. */ +#ifndef YY_FATAL_ERROR +#define YY_FATAL_ERROR(msg) yy_fatal_error( msg ) +#endif + +/* end tables serialization structures and prototypes */ + +/* Default declaration of generated scanner - a define so the user can + * easily add parameters. + */ +#ifndef YY_DECL +#define YY_DECL_IS_OURS 1 + +extern int zconflex (void); + +#define YY_DECL int zconflex (void) +#endif /* !YY_DECL */ + +/* Code executed at the beginning of each rule, after zconftext and zconfleng + * have been set up. + */ +#ifndef YY_USER_ACTION +#define YY_USER_ACTION +#endif + +/* Code executed at the end of each rule. */ +#ifndef YY_BREAK +#define YY_BREAK break; +#endif + +#define YY_RULE_SETUP \ + YY_USER_ACTION + +/** The main scanner function which does all the work. + */ +YY_DECL +{ + register yy_state_type yy_current_state; + register char *yy_cp, *yy_bp; + register int yy_act; + + int str = 0; + int ts, i; + + if ( !(yy_init) ) + { + (yy_init) = 1; + +#ifdef YY_USER_INIT + YY_USER_INIT; +#endif + + if ( ! (yy_start) ) + (yy_start) = 1; /* first start state */ + + if ( ! zconfin ) + zconfin = stdin; + + if ( ! zconfout ) + zconfout = stdout; + + if ( ! YY_CURRENT_BUFFER ) { + zconfensure_buffer_stack (); + YY_CURRENT_BUFFER_LVALUE = + zconf_create_buffer(zconfin,YY_BUF_SIZE ); + } + + zconf_load_buffer_state( ); + } + + while ( 1 ) /* loops until end-of-file is reached */ + { + yy_cp = (yy_c_buf_p); + + /* Support of zconftext. */ + *yy_cp = (yy_hold_char); + + /* yy_bp points to the position in yy_ch_buf of the start of + * the current run. + */ + yy_bp = yy_cp; + + yy_current_state = (yy_start); +yy_match: + while ( (yy_current_state = yy_nxt[yy_current_state][ yy_ec[YY_SC_TO_UI(*yy_cp)] ]) > 0 ) + ++yy_cp; + + yy_current_state = -yy_current_state; + +yy_find_action: + yy_act = yy_accept[yy_current_state]; + + YY_DO_BEFORE_ACTION; + +do_action: /* This label is used only to access EOF actions. */ + + switch ( yy_act ) + { /* beginning of action switch */ +case 1: +/* rule 1 can match eol */ +case 2: +/* rule 2 can match eol */ +YY_RULE_SETUP +{ + current_file->lineno++; + return T_EOL; +} + YY_BREAK +case 3: +YY_RULE_SETUP + + YY_BREAK +case 4: +YY_RULE_SETUP +{ + BEGIN(COMMAND); +} + YY_BREAK +case 5: +YY_RULE_SETUP +{ + unput(zconftext[0]); + BEGIN(COMMAND); +} + YY_BREAK + +case 6: +YY_RULE_SETUP +{ + const struct kconf_id *id = kconf_id_lookup(zconftext, zconfleng); + BEGIN(PARAM); + current_pos.file = current_file; + current_pos.lineno = current_file->lineno; + if (id && id->flags & TF_COMMAND) { + zconflval.id = id; + return id->token; + } + alloc_string(zconftext, zconfleng); + zconflval.string = text; + return T_WORD; + } + YY_BREAK +case 7: +YY_RULE_SETUP +warn_ignored_character(*zconftext); + YY_BREAK +case 8: +/* rule 8 can match eol */ +YY_RULE_SETUP +{ + BEGIN(INITIAL); + current_file->lineno++; + return T_EOL; + } + YY_BREAK + +case 9: +YY_RULE_SETUP +return T_AND; + YY_BREAK +case 10: +YY_RULE_SETUP +return T_OR; + YY_BREAK +case 11: +YY_RULE_SETUP +return T_OPEN_PAREN; + YY_BREAK +case 12: +YY_RULE_SETUP +return T_CLOSE_PAREN; + YY_BREAK +case 13: +YY_RULE_SETUP +return T_NOT; + YY_BREAK +case 14: +YY_RULE_SETUP +return T_EQUAL; + YY_BREAK +case 15: +YY_RULE_SETUP +return T_UNEQUAL; + YY_BREAK +case 16: +YY_RULE_SETUP +return T_LESS_EQUAL; + YY_BREAK +case 17: +YY_RULE_SETUP +return T_GREATER_EQUAL; + YY_BREAK +case 18: +YY_RULE_SETUP +return T_LESS; + YY_BREAK +case 19: +YY_RULE_SETUP +return T_GREATER; + YY_BREAK +case 20: +YY_RULE_SETUP +{ + str = zconftext[0]; + new_string(); + BEGIN(STRING); + } + YY_BREAK +case 21: +/* rule 21 can match eol */ +YY_RULE_SETUP +BEGIN(INITIAL); current_file->lineno++; return T_EOL; + YY_BREAK +case 22: +YY_RULE_SETUP +{ + const struct kconf_id *id = kconf_id_lookup(zconftext, zconfleng); + if (id && id->flags & TF_PARAM) { + zconflval.id = id; + return id->token; + } + alloc_string(zconftext, zconfleng); + zconflval.string = text; + return T_WORD; + } + YY_BREAK +case 23: +YY_RULE_SETUP +/* comment */ + YY_BREAK +case 24: +/* rule 24 can match eol */ +YY_RULE_SETUP +current_file->lineno++; + YY_BREAK +case 25: +YY_RULE_SETUP + + YY_BREAK +case 26: +YY_RULE_SETUP +warn_ignored_character(*zconftext); + YY_BREAK +case YY_STATE_EOF(PARAM): +{ + BEGIN(INITIAL); + } + YY_BREAK + +case 27: +/* rule 27 can match eol */ +*yy_cp = (yy_hold_char); /* undo effects of setting up zconftext */ +(yy_c_buf_p) = yy_cp -= 1; +YY_DO_BEFORE_ACTION; /* set up zconftext again */ +YY_RULE_SETUP +{ + append_string(zconftext, zconfleng); + zconflval.string = text; + return T_WORD_QUOTE; + } + YY_BREAK +case 28: +YY_RULE_SETUP +{ + append_string(zconftext, zconfleng); + } + YY_BREAK +case 29: +/* rule 29 can match eol */ +*yy_cp = (yy_hold_char); /* undo effects of setting up zconftext */ +(yy_c_buf_p) = yy_cp -= 1; +YY_DO_BEFORE_ACTION; /* set up zconftext again */ +YY_RULE_SETUP +{ + append_string(zconftext + 1, zconfleng - 1); + zconflval.string = text; + return T_WORD_QUOTE; + } + YY_BREAK +case 30: +YY_RULE_SETUP +{ + append_string(zconftext + 1, zconfleng - 1); + } + YY_BREAK +case 31: +YY_RULE_SETUP +{ + if (str == zconftext[0]) { + BEGIN(PARAM); + zconflval.string = text; + return T_WORD_QUOTE; + } else + append_string(zconftext, 1); + } + YY_BREAK +case 32: +/* rule 32 can match eol */ +YY_RULE_SETUP +{ + printf("%s:%d:warning: multi-line strings not supported\n", zconf_curname(), zconf_lineno()); + current_file->lineno++; + BEGIN(INITIAL); + return T_EOL; + } + YY_BREAK +case YY_STATE_EOF(STRING): +{ + BEGIN(INITIAL); + } + YY_BREAK + +case 33: +YY_RULE_SETUP +{ + ts = 0; + for (i = 0; i < zconfleng; i++) { + if (zconftext[i] == '\t') + ts = (ts & ~7) + 8; + else + ts++; + } + last_ts = ts; + if (first_ts) { + if (ts < first_ts) { + zconf_endhelp(); + return T_HELPTEXT; + } + ts -= first_ts; + while (ts > 8) { + append_string(" ", 8); + ts -= 8; + } + append_string(" ", ts); + } + } + YY_BREAK +case 34: +/* rule 34 can match eol */ +*yy_cp = (yy_hold_char); /* undo effects of setting up zconftext */ +(yy_c_buf_p) = yy_cp -= 1; +YY_DO_BEFORE_ACTION; /* set up zconftext again */ +YY_RULE_SETUP +{ + current_file->lineno++; + zconf_endhelp(); + return T_HELPTEXT; + } + YY_BREAK +case 35: +/* rule 35 can match eol */ +YY_RULE_SETUP +{ + current_file->lineno++; + append_string("\n", 1); + } + YY_BREAK +case 36: +YY_RULE_SETUP +{ + while (zconfleng) { + if ((zconftext[zconfleng-1] != ' ') && (zconftext[zconfleng-1] != '\t')) + break; + zconfleng--; + } + append_string(zconftext, zconfleng); + if (!first_ts) + first_ts = last_ts; + } + YY_BREAK +case YY_STATE_EOF(HELP): +{ + zconf_endhelp(); + return T_HELPTEXT; + } + YY_BREAK + +case YY_STATE_EOF(INITIAL): +case YY_STATE_EOF(COMMAND): +{ + if (current_file) { + zconf_endfile(); + return T_EOL; + } + fclose(zconfin); + yyterminate(); +} + YY_BREAK +case 37: +YY_RULE_SETUP +YY_FATAL_ERROR( "flex scanner jammed" ); + YY_BREAK + + case YY_END_OF_BUFFER: + { + /* Amount of text matched not including the EOB char. */ + int yy_amount_of_matched_text = (int) (yy_cp - (yytext_ptr)) - 1; + + /* Undo the effects of YY_DO_BEFORE_ACTION. */ + *yy_cp = (yy_hold_char); + YY_RESTORE_YY_MORE_OFFSET + + if ( YY_CURRENT_BUFFER_LVALUE->yy_buffer_status == YY_BUFFER_NEW ) + { + /* We're scanning a new file or input source. It's + * possible that this happened because the user + * just pointed zconfin at a new source and called + * zconflex(). If so, then we have to assure + * consistency between YY_CURRENT_BUFFER and our + * globals. Here is the right place to do so, because + * this is the first action (other than possibly a + * back-up) that will match for the new input source. + */ + (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_n_chars; + YY_CURRENT_BUFFER_LVALUE->yy_input_file = zconfin; + YY_CURRENT_BUFFER_LVALUE->yy_buffer_status = YY_BUFFER_NORMAL; + } + + /* Note that here we test for yy_c_buf_p "<=" to the position + * of the first EOB in the buffer, since yy_c_buf_p will + * already have been incremented past the NUL character + * (since all states make transitions on EOB to the + * end-of-buffer state). Contrast this with the test + * in input(). + */ + if ( (yy_c_buf_p) <= &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] ) + { /* This was really a NUL. */ + yy_state_type yy_next_state; + + (yy_c_buf_p) = (yytext_ptr) + yy_amount_of_matched_text; + + yy_current_state = yy_get_previous_state( ); + + /* Okay, we're now positioned to make the NUL + * transition. We couldn't have + * yy_get_previous_state() go ahead and do it + * for us because it doesn't know how to deal + * with the possibility of jamming (and we don't + * want to build jamming into it because then it + * will run more slowly). + */ + + yy_next_state = yy_try_NUL_trans( yy_current_state ); + + yy_bp = (yytext_ptr) + YY_MORE_ADJ; + + if ( yy_next_state ) + { + /* Consume the NUL. */ + yy_cp = ++(yy_c_buf_p); + yy_current_state = yy_next_state; + goto yy_match; + } + + else + { + yy_cp = (yy_c_buf_p); + goto yy_find_action; + } + } + + else switch ( yy_get_next_buffer( ) ) + { + case EOB_ACT_END_OF_FILE: + { + (yy_did_buffer_switch_on_eof) = 0; + + if ( zconfwrap( ) ) + { + /* Note: because we've taken care in + * yy_get_next_buffer() to have set up + * zconftext, we can now set up + * yy_c_buf_p so that if some total + * hoser (like flex itself) wants to + * call the scanner after we return the + * YY_NULL, it'll still work - another + * YY_NULL will get returned. + */ + (yy_c_buf_p) = (yytext_ptr) + YY_MORE_ADJ; + + yy_act = YY_STATE_EOF(YY_START); + goto do_action; + } + + else + { + if ( ! (yy_did_buffer_switch_on_eof) ) + YY_NEW_FILE; + } + break; + } + + case EOB_ACT_CONTINUE_SCAN: + (yy_c_buf_p) = + (yytext_ptr) + yy_amount_of_matched_text; + + yy_current_state = yy_get_previous_state( ); + + yy_cp = (yy_c_buf_p); + yy_bp = (yytext_ptr) + YY_MORE_ADJ; + goto yy_match; + + case EOB_ACT_LAST_MATCH: + (yy_c_buf_p) = + &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)]; + + yy_current_state = yy_get_previous_state( ); + + yy_cp = (yy_c_buf_p); + yy_bp = (yytext_ptr) + YY_MORE_ADJ; + goto yy_find_action; + } + break; + } + + default: + YY_FATAL_ERROR( + "fatal flex scanner internal error--no action found" ); + } /* end of action switch */ + } /* end of scanning one token */ +} /* end of zconflex */ + +/* yy_get_next_buffer - try to read in a new buffer + * + * Returns a code representing an action: + * EOB_ACT_LAST_MATCH - + * EOB_ACT_CONTINUE_SCAN - continue scanning from current position + * EOB_ACT_END_OF_FILE - end of file + */ +static int yy_get_next_buffer (void) +{ + register char *dest = YY_CURRENT_BUFFER_LVALUE->yy_ch_buf; + register char *source = (yytext_ptr); + register int number_to_move, i; + int ret_val; + + if ( (yy_c_buf_p) > &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] ) + YY_FATAL_ERROR( + "fatal flex scanner internal error--end of buffer missed" ); + + if ( YY_CURRENT_BUFFER_LVALUE->yy_fill_buffer == 0 ) + { /* Don't try to fill the buffer, so this is an EOF. */ + if ( (yy_c_buf_p) - (yytext_ptr) - YY_MORE_ADJ == 1 ) + { + /* We matched a single character, the EOB, so + * treat this as a final EOF. + */ + return EOB_ACT_END_OF_FILE; + } + + else + { + /* We matched some text prior to the EOB, first + * process it. + */ + return EOB_ACT_LAST_MATCH; + } + } + + /* Try to read more data. */ + + /* First move last chars to start of buffer. */ + number_to_move = (int) ((yy_c_buf_p) - (yytext_ptr)) - 1; + + for ( i = 0; i < number_to_move; ++i ) + *(dest++) = *(source++); + + if ( YY_CURRENT_BUFFER_LVALUE->yy_buffer_status == YY_BUFFER_EOF_PENDING ) + /* don't do the read, it's not guaranteed to return an EOF, + * just force an EOF + */ + YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars) = 0; + + else + { + int num_to_read = + YY_CURRENT_BUFFER_LVALUE->yy_buf_size - number_to_move - 1; + + while ( num_to_read <= 0 ) + { /* Not enough room in the buffer - grow it. */ + + /* just a shorter name for the current buffer */ + YY_BUFFER_STATE b = YY_CURRENT_BUFFER; + + int yy_c_buf_p_offset = + (int) ((yy_c_buf_p) - b->yy_ch_buf); + + if ( b->yy_is_our_buffer ) + { + int new_size = b->yy_buf_size * 2; + + if ( new_size <= 0 ) + b->yy_buf_size += b->yy_buf_size / 8; + else + b->yy_buf_size *= 2; + + b->yy_ch_buf = (char *) + /* Include room in for 2 EOB chars. */ + zconfrealloc((void *) b->yy_ch_buf,b->yy_buf_size + 2 ); + } + else + /* Can't grow it, we don't own it. */ + b->yy_ch_buf = 0; + + if ( ! b->yy_ch_buf ) + YY_FATAL_ERROR( + "fatal error - scanner input buffer overflow" ); + + (yy_c_buf_p) = &b->yy_ch_buf[yy_c_buf_p_offset]; + + num_to_read = YY_CURRENT_BUFFER_LVALUE->yy_buf_size - + number_to_move - 1; + + } + + if ( num_to_read > YY_READ_BUF_SIZE ) + num_to_read = YY_READ_BUF_SIZE; + + /* Read in more data. */ + YY_INPUT( (&YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[number_to_move]), + (yy_n_chars), (size_t) num_to_read ); + + YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); + } + + if ( (yy_n_chars) == 0 ) + { + if ( number_to_move == YY_MORE_ADJ ) + { + ret_val = EOB_ACT_END_OF_FILE; + zconfrestart(zconfin ); + } + + else + { + ret_val = EOB_ACT_LAST_MATCH; + YY_CURRENT_BUFFER_LVALUE->yy_buffer_status = + YY_BUFFER_EOF_PENDING; + } + } + + else + ret_val = EOB_ACT_CONTINUE_SCAN; + + if ((yy_size_t) ((yy_n_chars) + number_to_move) > YY_CURRENT_BUFFER_LVALUE->yy_buf_size) { + /* Extend the array by 50%, plus the number we really need. */ + yy_size_t new_size = (yy_n_chars) + number_to_move + ((yy_n_chars) >> 1); + YY_CURRENT_BUFFER_LVALUE->yy_ch_buf = (char *) zconfrealloc((void *) YY_CURRENT_BUFFER_LVALUE->yy_ch_buf,new_size ); + if ( ! YY_CURRENT_BUFFER_LVALUE->yy_ch_buf ) + YY_FATAL_ERROR( "out of dynamic memory in yy_get_next_buffer()" ); + } + + (yy_n_chars) += number_to_move; + YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] = YY_END_OF_BUFFER_CHAR; + YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] = YY_END_OF_BUFFER_CHAR; + + (yytext_ptr) = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[0]; + + return ret_val; +} + +/* yy_get_previous_state - get the state just before the EOB char was reached */ + + static yy_state_type yy_get_previous_state (void) +{ + register yy_state_type yy_current_state; + register char *yy_cp; + + yy_current_state = (yy_start); + + for ( yy_cp = (yytext_ptr) + YY_MORE_ADJ; yy_cp < (yy_c_buf_p); ++yy_cp ) + { + yy_current_state = yy_nxt[yy_current_state][(*yy_cp ? yy_ec[YY_SC_TO_UI(*yy_cp)] : 1)]; + } + + return yy_current_state; +} + +/* yy_try_NUL_trans - try to make a transition on the NUL character + * + * synopsis + * next_state = yy_try_NUL_trans( current_state ); + */ + static yy_state_type yy_try_NUL_trans (yy_state_type yy_current_state ) +{ + register int yy_is_jam; + + yy_current_state = yy_nxt[yy_current_state][1]; + yy_is_jam = (yy_current_state <= 0); + + return yy_is_jam ? 0 : yy_current_state; +} + + static void yyunput (int c, register char * yy_bp ) +{ + register char *yy_cp; + + yy_cp = (yy_c_buf_p); + + /* undo effects of setting up zconftext */ + *yy_cp = (yy_hold_char); + + if ( yy_cp < YY_CURRENT_BUFFER_LVALUE->yy_ch_buf + 2 ) + { /* need to shift things up to make room */ + /* +2 for EOB chars. */ + register int number_to_move = (yy_n_chars) + 2; + register char *dest = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[ + YY_CURRENT_BUFFER_LVALUE->yy_buf_size + 2]; + register char *source = + &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[number_to_move]; + + while ( source > YY_CURRENT_BUFFER_LVALUE->yy_ch_buf ) + *--dest = *--source; + + yy_cp += (int) (dest - source); + yy_bp += (int) (dest - source); + YY_CURRENT_BUFFER_LVALUE->yy_n_chars = + (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_buf_size; + + if ( yy_cp < YY_CURRENT_BUFFER_LVALUE->yy_ch_buf + 2 ) + YY_FATAL_ERROR( "flex scanner push-back overflow" ); + } + + *--yy_cp = (char) c; + + (yytext_ptr) = yy_bp; + (yy_hold_char) = *yy_cp; + (yy_c_buf_p) = yy_cp; +} + +#ifndef YY_NO_INPUT +#ifdef __cplusplus + static int yyinput (void) +#else + static int input (void) +#endif + +{ + int c; + + *(yy_c_buf_p) = (yy_hold_char); + + if ( *(yy_c_buf_p) == YY_END_OF_BUFFER_CHAR ) + { + /* yy_c_buf_p now points to the character we want to return. + * If this occurs *before* the EOB characters, then it's a + * valid NUL; if not, then we've hit the end of the buffer. + */ + if ( (yy_c_buf_p) < &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] ) + /* This was really a NUL. */ + *(yy_c_buf_p) = '\0'; + + else + { /* need more input */ + int offset = (yy_c_buf_p) - (yytext_ptr); + ++(yy_c_buf_p); + + switch ( yy_get_next_buffer( ) ) + { + case EOB_ACT_LAST_MATCH: + /* This happens because yy_g_n_b() + * sees that we've accumulated a + * token and flags that we need to + * try matching the token before + * proceeding. But for input(), + * there's no matching to consider. + * So convert the EOB_ACT_LAST_MATCH + * to EOB_ACT_END_OF_FILE. + */ + + /* Reset buffer status. */ + zconfrestart(zconfin ); + + /*FALLTHROUGH*/ + + case EOB_ACT_END_OF_FILE: + { + if ( zconfwrap( ) ) + return EOF; + + if ( ! (yy_did_buffer_switch_on_eof) ) + YY_NEW_FILE; +#ifdef __cplusplus + return yyinput(); +#else + return input(); +#endif + } + + case EOB_ACT_CONTINUE_SCAN: + (yy_c_buf_p) = (yytext_ptr) + offset; + break; + } + } + } + + c = *(unsigned char *) (yy_c_buf_p); /* cast for 8-bit char's */ + *(yy_c_buf_p) = '\0'; /* preserve zconftext */ + (yy_hold_char) = *++(yy_c_buf_p); + + return c; +} +#endif /* ifndef YY_NO_INPUT */ + +/** Immediately switch to a different input stream. + * @param input_file A readable stream. + * + * @note This function does not reset the start condition to @c INITIAL . + */ + void zconfrestart (FILE * input_file ) +{ + + if ( ! YY_CURRENT_BUFFER ){ + zconfensure_buffer_stack (); + YY_CURRENT_BUFFER_LVALUE = + zconf_create_buffer(zconfin,YY_BUF_SIZE ); + } + + zconf_init_buffer(YY_CURRENT_BUFFER,input_file ); + zconf_load_buffer_state( ); +} + +/** Switch to a different input buffer. + * @param new_buffer The new input buffer. + * + */ + void zconf_switch_to_buffer (YY_BUFFER_STATE new_buffer ) +{ + + /* TODO. We should be able to replace this entire function body + * with + * zconfpop_buffer_state(); + * zconfpush_buffer_state(new_buffer); + */ + zconfensure_buffer_stack (); + if ( YY_CURRENT_BUFFER == new_buffer ) + return; + + if ( YY_CURRENT_BUFFER ) + { + /* Flush out information for old buffer. */ + *(yy_c_buf_p) = (yy_hold_char); + YY_CURRENT_BUFFER_LVALUE->yy_buf_pos = (yy_c_buf_p); + YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); + } + + YY_CURRENT_BUFFER_LVALUE = new_buffer; + zconf_load_buffer_state( ); + + /* We don't actually know whether we did this switch during + * EOF (zconfwrap()) processing, but the only time this flag + * is looked at is after zconfwrap() is called, so it's safe + * to go ahead and always set it. + */ + (yy_did_buffer_switch_on_eof) = 1; +} + +static void zconf_load_buffer_state (void) +{ + (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_n_chars; + (yytext_ptr) = (yy_c_buf_p) = YY_CURRENT_BUFFER_LVALUE->yy_buf_pos; + zconfin = YY_CURRENT_BUFFER_LVALUE->yy_input_file; + (yy_hold_char) = *(yy_c_buf_p); +} + +/** Allocate and initialize an input buffer state. + * @param file A readable stream. + * @param size The character buffer size in bytes. When in doubt, use @c YY_BUF_SIZE. + * + * @return the allocated buffer state. + */ + YY_BUFFER_STATE zconf_create_buffer (FILE * file, int size ) +{ + YY_BUFFER_STATE b; + + b = (YY_BUFFER_STATE) zconfalloc(sizeof( struct yy_buffer_state ) ); + if ( ! b ) + YY_FATAL_ERROR( "out of dynamic memory in zconf_create_buffer()" ); + + b->yy_buf_size = size; + + /* yy_ch_buf has to be 2 characters longer than the size given because + * we need to put in 2 end-of-buffer characters. + */ + b->yy_ch_buf = (char *) zconfalloc(b->yy_buf_size + 2 ); + if ( ! b->yy_ch_buf ) + YY_FATAL_ERROR( "out of dynamic memory in zconf_create_buffer()" ); + + b->yy_is_our_buffer = 1; + + zconf_init_buffer(b,file ); + + return b; +} + +/** Destroy the buffer. + * @param b a buffer created with zconf_create_buffer() + * + */ + void zconf_delete_buffer (YY_BUFFER_STATE b ) +{ + + if ( ! b ) + return; + + if ( b == YY_CURRENT_BUFFER ) /* Not sure if we should pop here. */ + YY_CURRENT_BUFFER_LVALUE = (YY_BUFFER_STATE) 0; + + if ( b->yy_is_our_buffer ) + zconffree((void *) b->yy_ch_buf ); + + zconffree((void *) b ); +} + +/* Initializes or reinitializes a buffer. + * This function is sometimes called more than once on the same buffer, + * such as during a zconfrestart() or at EOF. + */ + static void zconf_init_buffer (YY_BUFFER_STATE b, FILE * file ) + +{ + int oerrno = errno; + + zconf_flush_buffer(b ); + + b->yy_input_file = file; + b->yy_fill_buffer = 1; + + /* If b is the current buffer, then zconf_init_buffer was _probably_ + * called from zconfrestart() or through yy_get_next_buffer. + * In that case, we don't want to reset the lineno or column. + */ + if (b != YY_CURRENT_BUFFER){ + b->yy_bs_lineno = 1; + b->yy_bs_column = 0; + } + + b->yy_is_interactive = 0; + + errno = oerrno; +} + +/** Discard all buffered characters. On the next scan, YY_INPUT will be called. + * @param b the buffer state to be flushed, usually @c YY_CURRENT_BUFFER. + * + */ + void zconf_flush_buffer (YY_BUFFER_STATE b ) +{ + if ( ! b ) + return; + + b->yy_n_chars = 0; + + /* We always need two end-of-buffer characters. The first causes + * a transition to the end-of-buffer state. The second causes + * a jam in that state. + */ + b->yy_ch_buf[0] = YY_END_OF_BUFFER_CHAR; + b->yy_ch_buf[1] = YY_END_OF_BUFFER_CHAR; + + b->yy_buf_pos = &b->yy_ch_buf[0]; + + b->yy_at_bol = 1; + b->yy_buffer_status = YY_BUFFER_NEW; + + if ( b == YY_CURRENT_BUFFER ) + zconf_load_buffer_state( ); +} + +/** Pushes the new state onto the stack. The new state becomes + * the current state. This function will allocate the stack + * if necessary. + * @param new_buffer The new state. + * + */ +void zconfpush_buffer_state (YY_BUFFER_STATE new_buffer ) +{ + if (new_buffer == NULL) + return; + + zconfensure_buffer_stack(); + + /* This block is copied from zconf_switch_to_buffer. */ + if ( YY_CURRENT_BUFFER ) + { + /* Flush out information for old buffer. */ + *(yy_c_buf_p) = (yy_hold_char); + YY_CURRENT_BUFFER_LVALUE->yy_buf_pos = (yy_c_buf_p); + YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); + } + + /* Only push if top exists. Otherwise, replace top. */ + if (YY_CURRENT_BUFFER) + (yy_buffer_stack_top)++; + YY_CURRENT_BUFFER_LVALUE = new_buffer; + + /* copied from zconf_switch_to_buffer. */ + zconf_load_buffer_state( ); + (yy_did_buffer_switch_on_eof) = 1; +} + +/** Removes and deletes the top of the stack, if present. + * The next element becomes the new top. + * + */ +void zconfpop_buffer_state (void) +{ + if (!YY_CURRENT_BUFFER) + return; + + zconf_delete_buffer(YY_CURRENT_BUFFER ); + YY_CURRENT_BUFFER_LVALUE = NULL; + if ((yy_buffer_stack_top) > 0) + --(yy_buffer_stack_top); + + if (YY_CURRENT_BUFFER) { + zconf_load_buffer_state( ); + (yy_did_buffer_switch_on_eof) = 1; + } +} + +/* Allocates the stack if it does not exist. + * Guarantees space for at least one push. + */ +static void zconfensure_buffer_stack (void) +{ + int num_to_alloc; + + if (!(yy_buffer_stack)) { + + /* First allocation is just for 2 elements, since we don't know if this + * scanner will even need a stack. We use 2 instead of 1 to avoid an + * immediate realloc on the next call. + */ + num_to_alloc = 1; + (yy_buffer_stack) = (struct yy_buffer_state**)zconfalloc + (num_to_alloc * sizeof(struct yy_buffer_state*) + ); + if ( ! (yy_buffer_stack) ) + YY_FATAL_ERROR( "out of dynamic memory in zconfensure_buffer_stack()" ); + + memset((yy_buffer_stack), 0, num_to_alloc * sizeof(struct yy_buffer_state*)); + + (yy_buffer_stack_max) = num_to_alloc; + (yy_buffer_stack_top) = 0; + return; + } + + if ((yy_buffer_stack_top) >= ((yy_buffer_stack_max)) - 1){ + + /* Increase the buffer to prepare for a possible push. */ + int grow_size = 8 /* arbitrary grow size */; + + num_to_alloc = (yy_buffer_stack_max) + grow_size; + (yy_buffer_stack) = (struct yy_buffer_state**)zconfrealloc + ((yy_buffer_stack), + num_to_alloc * sizeof(struct yy_buffer_state*) + ); + if ( ! (yy_buffer_stack) ) + YY_FATAL_ERROR( "out of dynamic memory in zconfensure_buffer_stack()" ); + + /* zero only the new slots.*/ + memset((yy_buffer_stack) + (yy_buffer_stack_max), 0, grow_size * sizeof(struct yy_buffer_state*)); + (yy_buffer_stack_max) = num_to_alloc; + } +} + +/** Setup the input buffer state to scan directly from a user-specified character buffer. + * @param base the character buffer + * @param size the size in bytes of the character buffer + * + * @return the newly allocated buffer state object. + */ +YY_BUFFER_STATE zconf_scan_buffer (char * base, yy_size_t size ) +{ + YY_BUFFER_STATE b; + + if ( size < 2 || + base[size-2] != YY_END_OF_BUFFER_CHAR || + base[size-1] != YY_END_OF_BUFFER_CHAR ) + /* They forgot to leave room for the EOB's. */ + return 0; + + b = (YY_BUFFER_STATE) zconfalloc(sizeof( struct yy_buffer_state ) ); + if ( ! b ) + YY_FATAL_ERROR( "out of dynamic memory in zconf_scan_buffer()" ); + + b->yy_buf_size = size - 2; /* "- 2" to take care of EOB's */ + b->yy_buf_pos = b->yy_ch_buf = base; + b->yy_is_our_buffer = 0; + b->yy_input_file = 0; + b->yy_n_chars = b->yy_buf_size; + b->yy_is_interactive = 0; + b->yy_at_bol = 1; + b->yy_fill_buffer = 0; + b->yy_buffer_status = YY_BUFFER_NEW; + + zconf_switch_to_buffer(b ); + + return b; +} + +/** Setup the input buffer state to scan a string. The next call to zconflex() will + * scan from a @e copy of @a str. + * @param yystr a NUL-terminated string to scan + * + * @return the newly allocated buffer state object. + * @note If you want to scan bytes that may contain NUL values, then use + * zconf_scan_bytes() instead. + */ +YY_BUFFER_STATE zconf_scan_string (yyconst char * yystr ) +{ + + return zconf_scan_bytes(yystr,strlen(yystr) ); +} + +/** Setup the input buffer state to scan the given bytes. The next call to zconflex() will + * scan from a @e copy of @a bytes. + * @param yybytes the byte buffer to scan + * @param _yybytes_len the number of bytes in the buffer pointed to by @a bytes. + * + * @return the newly allocated buffer state object. + */ +YY_BUFFER_STATE zconf_scan_bytes (yyconst char * yybytes, int _yybytes_len ) +{ + YY_BUFFER_STATE b; + char *buf; + yy_size_t n; + int i; + + /* Get memory for full buffer, including space for trailing EOB's. */ + n = _yybytes_len + 2; + buf = (char *) zconfalloc(n ); + if ( ! buf ) + YY_FATAL_ERROR( "out of dynamic memory in zconf_scan_bytes()" ); + + for ( i = 0; i < _yybytes_len; ++i ) + buf[i] = yybytes[i]; + + buf[_yybytes_len] = buf[_yybytes_len+1] = YY_END_OF_BUFFER_CHAR; + + b = zconf_scan_buffer(buf,n ); + if ( ! b ) + YY_FATAL_ERROR( "bad buffer in zconf_scan_bytes()" ); + + /* It's okay to grow etc. this buffer, and we should throw it + * away when we're done. + */ + b->yy_is_our_buffer = 1; + + return b; +} + +#ifndef YY_EXIT_FAILURE +#define YY_EXIT_FAILURE 2 +#endif + +static void yy_fatal_error (yyconst char* msg ) +{ + (void) fprintf( stderr, "%s\n", msg ); + exit( YY_EXIT_FAILURE ); +} + +/* Redefine yyless() so it works in section 3 code. */ + +#undef yyless +#define yyless(n) \ + do \ + { \ + /* Undo effects of setting up zconftext. */ \ + int yyless_macro_arg = (n); \ + YY_LESS_LINENO(yyless_macro_arg);\ + zconftext[zconfleng] = (yy_hold_char); \ + (yy_c_buf_p) = zconftext + yyless_macro_arg; \ + (yy_hold_char) = *(yy_c_buf_p); \ + *(yy_c_buf_p) = '\0'; \ + zconfleng = yyless_macro_arg; \ + } \ + while ( 0 ) + +/* Accessor methods (get/set functions) to struct members. */ + +/** Get the current line number. + * + */ +int zconfget_lineno (void) +{ + + return zconflineno; +} + +/** Get the input stream. + * + */ +FILE *zconfget_in (void) +{ + return zconfin; +} + +/** Get the output stream. + * + */ +FILE *zconfget_out (void) +{ + return zconfout; +} + +/** Get the length of the current token. + * + */ +int zconfget_leng (void) +{ + return zconfleng; +} + +/** Get the current token. + * + */ + +char *zconfget_text (void) +{ + return zconftext; +} + +/** Set the current line number. + * @param line_number + * + */ +void zconfset_lineno (int line_number ) +{ + + zconflineno = line_number; +} + +/** Set the input stream. This does not discard the current + * input buffer. + * @param in_str A readable stream. + * + * @see zconf_switch_to_buffer + */ +void zconfset_in (FILE * in_str ) +{ + zconfin = in_str ; +} + +void zconfset_out (FILE * out_str ) +{ + zconfout = out_str ; +} + +int zconfget_debug (void) +{ + return zconf_flex_debug; +} + +void zconfset_debug (int bdebug ) +{ + zconf_flex_debug = bdebug ; +} + +static int yy_init_globals (void) +{ + /* Initialization is the same as for the non-reentrant scanner. + * This function is called from zconflex_destroy(), so don't allocate here. + */ + + (yy_buffer_stack) = 0; + (yy_buffer_stack_top) = 0; + (yy_buffer_stack_max) = 0; + (yy_c_buf_p) = (char *) 0; + (yy_init) = 0; + (yy_start) = 0; + +/* Defined in main.c */ +#ifdef YY_STDINIT + zconfin = stdin; + zconfout = stdout; +#else + zconfin = (FILE *) 0; + zconfout = (FILE *) 0; +#endif + + /* For future reference: Set errno on error, since we are called by + * zconflex_init() + */ + return 0; +} + +/* zconflex_destroy is for both reentrant and non-reentrant scanners. */ +int zconflex_destroy (void) +{ + + /* Pop the buffer stack, destroying each element. */ + while(YY_CURRENT_BUFFER){ + zconf_delete_buffer(YY_CURRENT_BUFFER ); + YY_CURRENT_BUFFER_LVALUE = NULL; + zconfpop_buffer_state(); + } + + /* Destroy the stack itself. */ + zconffree((yy_buffer_stack) ); + (yy_buffer_stack) = NULL; + + /* Reset the globals. This is important in a non-reentrant scanner so the next time + * zconflex() is called, initialization will occur. */ + yy_init_globals( ); + + return 0; +} + +/* + * Internal utility routines. + */ + +#ifndef yytext_ptr +static void yy_flex_strncpy (char* s1, yyconst char * s2, int n ) +{ + register int i; + for ( i = 0; i < n; ++i ) + s1[i] = s2[i]; +} +#endif + +#ifdef YY_NEED_STRLEN +static int yy_flex_strlen (yyconst char * s ) +{ + register int n; + for ( n = 0; s[n]; ++n ) + ; + + return n; +} +#endif + +void *zconfalloc (yy_size_t size ) +{ + return (void *) malloc( size ); +} + +void *zconfrealloc (void * ptr, yy_size_t size ) +{ + /* The cast to (char *) in the following accommodates both + * implementations that use char* generic pointers, and those + * that use void* generic pointers. It works with the latter + * because both ANSI C and C++ allow castless assignment from + * any pointer type to void*, and deal with argument conversions + * as though doing an assignment. + */ + return (void *) realloc( (char *) ptr, size ); +} + +void zconffree (void * ptr ) +{ + free( (char *) ptr ); /* see zconfrealloc() for (char *) cast */ +} + +#define YYTABLES_NAME "yytables" + +void zconf_starthelp(void) +{ + new_string(); + last_ts = first_ts = 0; + BEGIN(HELP); +} + +static void zconf_endhelp(void) +{ + zconflval.string = text; + BEGIN(INITIAL); +} + +/* + * Try to open specified file with following names: + * ./name + * $(srctree)/name + * The latter is used when srctree is separate from objtree + * when compiling the kernel. + * Return NULL if file is not found. + */ +FILE *zconf_fopen(const char *name) +{ + char *env, fullname[PATH_MAX+1]; + FILE *f; + + f = fopen(name, "r"); + if (!f && name != NULL && name[0] != '/') { + env = getenv(SRCTREE); + if (env) { + sprintf(fullname, "%s/%s", env, name); + f = fopen(fullname, "r"); + } + } + return f; +} + +void zconf_initscan(const char *name) +{ + zconfin = zconf_fopen(name); + if (!zconfin) { + printf("can't find file %s\n", name); + exit(1); + } + + current_buf = xmalloc(sizeof(*current_buf)); + memset(current_buf, 0, sizeof(*current_buf)); + + current_file = file_lookup(name); + current_file->lineno = 1; +} + +void zconf_nextfile(const char *name) +{ + struct file *iter; + struct file *file = file_lookup(name); + struct buffer *buf = xmalloc(sizeof(*buf)); + memset(buf, 0, sizeof(*buf)); + + current_buf->state = YY_CURRENT_BUFFER; + zconfin = zconf_fopen(file->name); + if (!zconfin) { + printf("%s:%d: can't open file \"%s\"\n", + zconf_curname(), zconf_lineno(), file->name); + exit(1); + } + zconf_switch_to_buffer(zconf_create_buffer(zconfin,YY_BUF_SIZE)); + buf->parent = current_buf; + current_buf = buf; + + for (iter = current_file->parent; iter; iter = iter->parent ) { + if (!strcmp(current_file->name,iter->name) ) { + printf("%s:%d: recursive inclusion detected. " + "Inclusion path:\n current file : '%s'\n", + zconf_curname(), zconf_lineno(), + zconf_curname()); + iter = current_file->parent; + while (iter && \ + strcmp(iter->name,current_file->name)) { + printf(" included from: '%s:%d'\n", + iter->name, iter->lineno-1); + iter = iter->parent; + } + if (iter) + printf(" included from: '%s:%d'\n", + iter->name, iter->lineno+1); + exit(1); + } + } + file->lineno = 1; + file->parent = current_file; + current_file = file; +} + +static void zconf_endfile(void) +{ + struct buffer *parent; + + current_file = current_file->parent; + + parent = current_buf->parent; + if (parent) { + fclose(zconfin); + zconf_delete_buffer(YY_CURRENT_BUFFER); + zconf_switch_to_buffer(parent->state); + } + free(current_buf); + current_buf = parent; +} + +int zconf_lineno(void) +{ + return current_pos.lineno; +} + +const char *zconf_curname(void) +{ + return current_pos.file ? current_pos.file->name : ""; +} + diff --git a/xen/tools/kconfig/zconf.tab.c_shipped b/xen/tools/kconfig/zconf.tab.c_shipped new file mode 100644 index 0000000..7a4d658 --- /dev/null +++ b/xen/tools/kconfig/zconf.tab.c_shipped @@ -0,0 +1,2580 @@ +/* A Bison parser, made by GNU Bison 2.5.1. */ + +/* Bison implementation for Yacc-like parsers in C + + Copyright (C) 1984, 1989-1990, 2000-2012 Free Software Foundation, Inc. + + This program is free software: you can redistribute it and/or modify + it under the terms of the GNU General Public License as published by + the Free Software Foundation, either version 3 of the License, or + (at your option) any later version. + + This program is distributed in the hope that it will be useful, + but WITHOUT ANY WARRANTY; without even the implied warranty of + MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + GNU General Public License for more details. + + You should have received a copy of the GNU General Public License + along with this program. If not, see . */ + +/* As a special exception, you may create a larger work that contains + part or all of the Bison parser skeleton and distribute that work + under terms of your choice, so long as that work isn't itself a + parser generator using the skeleton or a modified version thereof + as a parser skeleton. Alternatively, if you modify or redistribute + the parser skeleton itself, you may (at your option) remove this + special exception, which will cause the skeleton and the resulting + Bison output files to be licensed under the GNU General Public + License without this special exception. + + This special exception was added by the Free Software Foundation in + version 2.2 of Bison. */ + +/* C LALR(1) parser skeleton written by Richard Stallman, by + simplifying the original so-called "semantic" parser. */ + +/* All symbols defined below should begin with yy or YY, to avoid + infringing on user name space. This should be done even for local + variables, as they might otherwise be expanded by user macros. + There are some unavoidable exceptions within include files to + define necessary library symbols; they are noted "INFRINGES ON + USER NAME SPACE" below. */ + +/* Identify Bison output. */ +#define YYBISON 1 + +/* Bison version. */ +#define YYBISON_VERSION "2.5.1" + +/* Skeleton name. */ +#define YYSKELETON_NAME "yacc.c" + +/* Pure parsers. */ +#define YYPURE 0 + +/* Push parsers. */ +#define YYPUSH 0 + +/* Pull parsers. */ +#define YYPULL 1 + +/* Using locations. */ +#define YYLSP_NEEDED 0 + +/* Substitute the variable and function names. */ +#define yyparse zconfparse +#define yylex zconflex +#define yyerror zconferror +#define yylval zconflval +#define yychar zconfchar +#define yydebug zconfdebug +#define yynerrs zconfnerrs + + +/* Copy the first part of user declarations. */ + + +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include +#include + +#include "lkc.h" + +#define printd(mask, fmt...) if (cdebug & (mask)) printf(fmt) + +#define PRINTD 0x0001 +#define DEBUG_PARSE 0x0002 + +int cdebug = PRINTD; + +extern int zconflex(void); +static void zconfprint(const char *err, ...); +static void zconf_error(const char *err, ...); +static void zconferror(const char *err); +static bool zconf_endtoken(const struct kconf_id *id, int starttoken, int endtoken); + +struct symbol *symbol_hash[SYMBOL_HASHSIZE]; + +static struct menu *current_menu, *current_entry; + + + + +# ifndef YY_NULL +# if defined __cplusplus && 201103L <= __cplusplus +# define YY_NULL nullptr +# else +# define YY_NULL 0 +# endif +# endif + +/* Enabling traces. */ +#ifndef YYDEBUG +# define YYDEBUG 1 +#endif + +/* Enabling verbose error messages. */ +#ifdef YYERROR_VERBOSE +# undef YYERROR_VERBOSE +# define YYERROR_VERBOSE 1 +#else +# define YYERROR_VERBOSE 0 +#endif + +/* Enabling the token table. */ +#ifndef YYTOKEN_TABLE +# define YYTOKEN_TABLE 0 +#endif + + +/* Tokens. */ +#ifndef YYTOKENTYPE +# define YYTOKENTYPE + /* Put the tokens into the symbol table, so that GDB and other debuggers + know about them. */ + enum yytokentype { + T_MAINMENU = 258, + T_MENU = 259, + T_ENDMENU = 260, + T_SOURCE = 261, + T_CHOICE = 262, + T_ENDCHOICE = 263, + T_COMMENT = 264, + T_CONFIG = 265, + T_MENUCONFIG = 266, + T_HELP = 267, + T_HELPTEXT = 268, + T_IF = 269, + T_ENDIF = 270, + T_DEPENDS = 271, + T_OPTIONAL = 272, + T_PROMPT = 273, + T_TYPE = 274, + T_DEFAULT = 275, + T_SELECT = 276, + T_RANGE = 277, + T_VISIBLE = 278, + T_OPTION = 279, + T_ON = 280, + T_WORD = 281, + T_WORD_QUOTE = 282, + T_UNEQUAL = 283, + T_LESS = 284, + T_LESS_EQUAL = 285, + T_GREATER = 286, + T_GREATER_EQUAL = 287, + T_CLOSE_PAREN = 288, + T_OPEN_PAREN = 289, + T_EOL = 290, + T_OR = 291, + T_AND = 292, + T_EQUAL = 293, + T_NOT = 294 + }; +#endif + + + +#if ! defined YYSTYPE && ! defined YYSTYPE_IS_DECLARED +typedef union YYSTYPE +{ + + + char *string; + struct file *file; + struct symbol *symbol; + struct expr *expr; + struct menu *menu; + const struct kconf_id *id; + + + +} YYSTYPE; +# define YYSTYPE_IS_TRIVIAL 1 +# define yystype YYSTYPE /* obsolescent; will be withdrawn */ +# define YYSTYPE_IS_DECLARED 1 +#endif + + +/* Copy the second part of user declarations. */ + + +/* Include zconf.hash.c here so it can see the token constants. */ +#include "zconf.hash.c" + + + +#ifdef short +# undef short +#endif + +#ifdef YYTYPE_UINT8 +typedef YYTYPE_UINT8 yytype_uint8; +#else +typedef unsigned char yytype_uint8; +#endif + +#ifdef YYTYPE_INT8 +typedef YYTYPE_INT8 yytype_int8; +#elif (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +typedef signed char yytype_int8; +#else +typedef short int yytype_int8; +#endif + +#ifdef YYTYPE_UINT16 +typedef YYTYPE_UINT16 yytype_uint16; +#else +typedef unsigned short int yytype_uint16; +#endif + +#ifdef YYTYPE_INT16 +typedef YYTYPE_INT16 yytype_int16; +#else +typedef short int yytype_int16; +#endif + +#ifndef YYSIZE_T +# ifdef __SIZE_TYPE__ +# define YYSIZE_T __SIZE_TYPE__ +# elif defined size_t +# define YYSIZE_T size_t +# elif ! defined YYSIZE_T && (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +# include /* INFRINGES ON USER NAME SPACE */ +# define YYSIZE_T size_t +# else +# define YYSIZE_T unsigned int +# endif +#endif + +#define YYSIZE_MAXIMUM ((YYSIZE_T) -1) + +#ifndef YY_ +# if defined YYENABLE_NLS && YYENABLE_NLS +# if ENABLE_NLS +# include /* INFRINGES ON USER NAME SPACE */ +# define YY_(msgid) dgettext ("bison-runtime", msgid) +# endif +# endif +# ifndef YY_ +# define YY_(msgid) msgid +# endif +#endif + +/* Suppress unused-variable warnings by "using" E. */ +#if ! defined lint || defined __GNUC__ +# define YYUSE(e) ((void) (e)) +#else +# define YYUSE(e) /* empty */ +#endif + +/* Identity function, used to suppress warnings about constant conditions. */ +#ifndef lint +# define YYID(n) (n) +#else +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static int +YYID (int yyi) +#else +static int +YYID (yyi) + int yyi; +#endif +{ + return yyi; +} +#endif + +#if ! defined yyoverflow || YYERROR_VERBOSE + +/* The parser invokes alloca or malloc; define the necessary symbols. */ + +# ifdef YYSTACK_USE_ALLOCA +# if YYSTACK_USE_ALLOCA +# ifdef __GNUC__ +# define YYSTACK_ALLOC __builtin_alloca +# elif defined __BUILTIN_VA_ARG_INCR +# include /* INFRINGES ON USER NAME SPACE */ +# elif defined _AIX +# define YYSTACK_ALLOC __alloca +# elif defined _MSC_VER +# include /* INFRINGES ON USER NAME SPACE */ +# define alloca _alloca +# else +# define YYSTACK_ALLOC alloca +# if ! defined _ALLOCA_H && ! defined EXIT_SUCCESS && (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +# include /* INFRINGES ON USER NAME SPACE */ + /* Use EXIT_SUCCESS as a witness for stdlib.h. */ +# ifndef EXIT_SUCCESS +# define EXIT_SUCCESS 0 +# endif +# endif +# endif +# endif +# endif + +# ifdef YYSTACK_ALLOC + /* Pacify GCC's `empty if-body' warning. */ +# define YYSTACK_FREE(Ptr) do { /* empty */; } while (YYID (0)) +# ifndef YYSTACK_ALLOC_MAXIMUM + /* The OS might guarantee only one guard page at the bottom of the stack, + and a page size can be as small as 4096 bytes. So we cannot safely + invoke alloca (N) if N exceeds 4096. Use a slightly smaller number + to allow for a few compiler-allocated temporary stack slots. */ +# define YYSTACK_ALLOC_MAXIMUM 4032 /* reasonable circa 2006 */ +# endif +# else +# define YYSTACK_ALLOC YYMALLOC +# define YYSTACK_FREE YYFREE +# ifndef YYSTACK_ALLOC_MAXIMUM +# define YYSTACK_ALLOC_MAXIMUM YYSIZE_MAXIMUM +# endif +# if (defined __cplusplus && ! defined EXIT_SUCCESS \ + && ! ((defined YYMALLOC || defined malloc) \ + && (defined YYFREE || defined free))) +# include /* INFRINGES ON USER NAME SPACE */ +# ifndef EXIT_SUCCESS +# define EXIT_SUCCESS 0 +# endif +# endif +# ifndef YYMALLOC +# define YYMALLOC malloc +# if ! defined malloc && ! defined EXIT_SUCCESS && (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +void *malloc (YYSIZE_T); /* INFRINGES ON USER NAME SPACE */ +# endif +# endif +# ifndef YYFREE +# define YYFREE free +# if ! defined free && ! defined EXIT_SUCCESS && (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +void free (void *); /* INFRINGES ON USER NAME SPACE */ +# endif +# endif +# endif +#endif /* ! defined yyoverflow || YYERROR_VERBOSE */ + + +#if (! defined yyoverflow \ + && (! defined __cplusplus \ + || (defined YYSTYPE_IS_TRIVIAL && YYSTYPE_IS_TRIVIAL))) + +/* A type that is properly aligned for any stack member. */ +union yyalloc +{ + yytype_int16 yyss_alloc; + YYSTYPE yyvs_alloc; +}; + +/* The size of the maximum gap between one aligned stack and the next. */ +# define YYSTACK_GAP_MAXIMUM (sizeof (union yyalloc) - 1) + +/* The size of an array large to enough to hold all stacks, each with + N elements. */ +# define YYSTACK_BYTES(N) \ + ((N) * (sizeof (yytype_int16) + sizeof (YYSTYPE)) \ + + YYSTACK_GAP_MAXIMUM) + +# define YYCOPY_NEEDED 1 + +/* Relocate STACK from its old location to the new one. The + local variables YYSIZE and YYSTACKSIZE give the old and new number of + elements in the stack, and YYPTR gives the new location of the + stack. Advance YYPTR to a properly aligned location for the next + stack. */ +# define YYSTACK_RELOCATE(Stack_alloc, Stack) \ + do \ + { \ + YYSIZE_T yynewbytes; \ + YYCOPY (&yyptr->Stack_alloc, Stack, yysize); \ + Stack = &yyptr->Stack_alloc; \ + yynewbytes = yystacksize * sizeof (*Stack) + YYSTACK_GAP_MAXIMUM; \ + yyptr += yynewbytes / sizeof (*yyptr); \ + } \ + while (YYID (0)) + +#endif + +#if defined YYCOPY_NEEDED && YYCOPY_NEEDED +/* Copy COUNT objects from SRC to DST. The source and destination do + not overlap. */ +# ifndef YYCOPY +# if defined __GNUC__ && 1 < __GNUC__ +# define YYCOPY(Dst, Src, Count) \ + __builtin_memcpy (Dst, Src, (Count) * sizeof (*(Src))) +# else +# define YYCOPY(Dst, Src, Count) \ + do \ + { \ + YYSIZE_T yyi; \ + for (yyi = 0; yyi < (Count); yyi++) \ + (Dst)[yyi] = (Src)[yyi]; \ + } \ + while (YYID (0)) +# endif +# endif +#endif /* !YYCOPY_NEEDED */ + +/* YYFINAL -- State number of the termination state. */ +#define YYFINAL 11 +/* YYLAST -- Last index in YYTABLE. */ +#define YYLAST 298 + +/* YYNTOKENS -- Number of terminals. */ +#define YYNTOKENS 40 +/* YYNNTS -- Number of nonterminals. */ +#define YYNNTS 50 +/* YYNRULES -- Number of rules. */ +#define YYNRULES 122 +/* YYNRULES -- Number of states. */ +#define YYNSTATES 199 + +/* YYTRANSLATE(YYLEX) -- Bison symbol number corresponding to YYLEX. */ +#define YYUNDEFTOK 2 +#define YYMAXUTOK 294 + +#define YYTRANSLATE(YYX) \ + ((unsigned int) (YYX) <= YYMAXUTOK ? yytranslate[YYX] : YYUNDEFTOK) + +/* YYTRANSLATE[YYLEX] -- Bison symbol number corresponding to YYLEX. */ +static const yytype_uint8 yytranslate[] = +{ + 0, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 1, 2, 3, 4, + 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, + 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, + 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, + 35, 36, 37, 38, 39 +}; + +#if YYDEBUG +/* YYPRHS[YYN] -- Index of the first RHS symbol of rule number YYN in + YYRHS. */ +static const yytype_uint16 yyprhs[] = +{ + 0, 0, 3, 6, 8, 11, 13, 14, 17, 20, + 23, 26, 31, 36, 40, 42, 44, 46, 48, 50, + 52, 54, 56, 58, 60, 62, 64, 66, 68, 72, + 75, 79, 82, 86, 89, 90, 93, 96, 99, 102, + 105, 108, 112, 117, 122, 127, 133, 137, 138, 142, + 143, 146, 150, 153, 155, 159, 160, 163, 166, 169, + 172, 175, 180, 184, 187, 192, 193, 196, 200, 202, + 206, 207, 210, 213, 216, 220, 224, 228, 230, 234, + 235, 238, 241, 244, 248, 252, 255, 258, 261, 262, + 265, 268, 271, 276, 277, 280, 283, 286, 287, 290, + 292, 294, 297, 300, 303, 305, 308, 309, 312, 314, + 318, 322, 326, 330, 334, 338, 342, 345, 349, 353, + 355, 357, 358 +}; + +/* YYRHS -- A `-1'-separated list of the rules' RHS. */ +static const yytype_int8 yyrhs[] = +{ + 41, 0, -1, 85, 42, -1, 42, -1, 67, 43, + -1, 43, -1, -1, 43, 45, -1, 43, 59, -1, + 43, 71, -1, 43, 84, -1, 43, 26, 1, 35, + -1, 43, 44, 1, 35, -1, 43, 1, 35, -1, + 16, -1, 18, -1, 19, -1, 21, -1, 17, -1, + 22, -1, 20, -1, 23, -1, 35, -1, 65, -1, + 75, -1, 48, -1, 50, -1, 73, -1, 26, 1, + 35, -1, 1, 35, -1, 10, 26, 35, -1, 47, + 51, -1, 11, 26, 35, -1, 49, 51, -1, -1, + 51, 52, -1, 51, 53, -1, 51, 79, -1, 51, + 77, -1, 51, 46, -1, 51, 35, -1, 19, 82, + 35, -1, 18, 83, 86, 35, -1, 20, 87, 86, + 35, -1, 21, 26, 86, 35, -1, 22, 88, 88, + 86, 35, -1, 24, 54, 35, -1, -1, 54, 26, + 55, -1, -1, 38, 83, -1, 7, 89, 35, -1, + 56, 60, -1, 84, -1, 57, 62, 58, -1, -1, + 60, 61, -1, 60, 79, -1, 60, 77, -1, 60, + 35, -1, 60, 46, -1, 18, 83, 86, 35, -1, + 19, 82, 35, -1, 17, 35, -1, 20, 26, 86, + 35, -1, -1, 62, 45, -1, 14, 87, 85, -1, + 84, -1, 63, 66, 64, -1, -1, 66, 45, -1, + 66, 71, -1, 66, 59, -1, 3, 83, 85, -1, + 4, 83, 35, -1, 68, 80, 78, -1, 84, -1, + 69, 72, 70, -1, -1, 72, 45, -1, 72, 71, + -1, 72, 59, -1, 6, 83, 35, -1, 9, 83, + 35, -1, 74, 78, -1, 12, 35, -1, 76, 13, + -1, -1, 78, 79, -1, 78, 35, -1, 78, 46, + -1, 16, 25, 87, 35, -1, -1, 80, 81, -1, + 80, 35, -1, 23, 86, -1, -1, 83, 86, -1, + 26, -1, 27, -1, 5, 35, -1, 8, 35, -1, + 15, 35, -1, 35, -1, 85, 35, -1, -1, 14, + 87, -1, 88, -1, 88, 29, 88, -1, 88, 30, + 88, -1, 88, 31, 88, -1, 88, 32, 88, -1, + 88, 38, 88, -1, 88, 28, 88, -1, 34, 87, + 33, -1, 39, 87, -1, 87, 36, 87, -1, 87, + 37, 87, -1, 26, -1, 27, -1, -1, 26, -1 +}; + +/* YYRLINE[YYN] -- source line where rule number YYN was defined. */ +static const yytype_uint16 yyrline[] = +{ + 0, 108, 108, 108, 110, 110, 112, 114, 115, 116, + 117, 118, 119, 123, 127, 127, 127, 127, 127, 127, + 127, 127, 131, 132, 133, 134, 135, 136, 140, 141, + 147, 155, 161, 169, 179, 181, 182, 183, 184, 185, + 186, 189, 197, 203, 213, 219, 225, 228, 230, 241, + 242, 247, 256, 261, 269, 272, 274, 275, 276, 277, + 278, 281, 287, 298, 304, 314, 316, 321, 329, 337, + 340, 342, 343, 344, 349, 356, 363, 368, 376, 379, + 381, 382, 383, 386, 394, 401, 408, 414, 421, 423, + 424, 425, 428, 436, 438, 439, 442, 449, 451, 456, + 457, 460, 461, 462, 466, 467, 470, 471, 474, 475, + 476, 477, 478, 479, 480, 481, 482, 483, 484, 487, + 488, 491, 492 +}; +#endif + +#if YYDEBUG || YYERROR_VERBOSE || YYTOKEN_TABLE +/* YYTNAME[SYMBOL-NUM] -- String name of the symbol SYMBOL-NUM. + First, the terminals, then, starting at YYNTOKENS, nonterminals. */ +static const char *const yytname[] = +{ + "$end", "error", "$undefined", "T_MAINMENU", "T_MENU", "T_ENDMENU", + "T_SOURCE", "T_CHOICE", "T_ENDCHOICE", "T_COMMENT", "T_CONFIG", + "T_MENUCONFIG", "T_HELP", "T_HELPTEXT", "T_IF", "T_ENDIF", "T_DEPENDS", + "T_OPTIONAL", "T_PROMPT", "T_TYPE", "T_DEFAULT", "T_SELECT", "T_RANGE", + "T_VISIBLE", "T_OPTION", "T_ON", "T_WORD", "T_WORD_QUOTE", "T_UNEQUAL", + "T_LESS", "T_LESS_EQUAL", "T_GREATER", "T_GREATER_EQUAL", + "T_CLOSE_PAREN", "T_OPEN_PAREN", "T_EOL", "T_OR", "T_AND", "T_EQUAL", + "T_NOT", "$accept", "input", "start", "stmt_list", "option_name", + "common_stmt", "option_error", "config_entry_start", "config_stmt", + "menuconfig_entry_start", "menuconfig_stmt", "config_option_list", + "config_option", "symbol_option", "symbol_option_list", + "symbol_option_arg", "choice", "choice_entry", "choice_end", + "choice_stmt", "choice_option_list", "choice_option", "choice_block", + "if_entry", "if_end", "if_stmt", "if_block", "mainmenu_stmt", "menu", + "menu_entry", "menu_end", "menu_stmt", "menu_block", "source_stmt", + "comment", "comment_stmt", "help_start", "help", "depends_list", + "depends", "visibility_list", "visible", "prompt_stmt_opt", "prompt", + "end", "nl", "if_expr", "expr", "symbol", "word_opt", YY_NULL +}; +#endif + +# ifdef YYPRINT +/* YYTOKNUM[YYLEX-NUM] -- Internal token number corresponding to + token YYLEX-NUM. */ +static const yytype_uint16 yytoknum[] = +{ + 0, 256, 257, 258, 259, 260, 261, 262, 263, 264, + 265, 266, 267, 268, 269, 270, 271, 272, 273, 274, + 275, 276, 277, 278, 279, 280, 281, 282, 283, 284, + 285, 286, 287, 288, 289, 290, 291, 292, 293, 294 +}; +# endif + +/* YYR1[YYN] -- Symbol number of symbol that rule YYN derives. */ +static const yytype_uint8 yyr1[] = +{ + 0, 40, 41, 41, 42, 42, 43, 43, 43, 43, + 43, 43, 43, 43, 44, 44, 44, 44, 44, 44, + 44, 44, 45, 45, 45, 45, 45, 45, 46, 46, + 47, 48, 49, 50, 51, 51, 51, 51, 51, 51, + 51, 52, 52, 52, 52, 52, 53, 54, 54, 55, + 55, 56, 57, 58, 59, 60, 60, 60, 60, 60, + 60, 61, 61, 61, 61, 62, 62, 63, 64, 65, + 66, 66, 66, 66, 67, 68, 69, 70, 71, 72, + 72, 72, 72, 73, 74, 75, 76, 77, 78, 78, + 78, 78, 79, 80, 80, 80, 81, 82, 82, 83, + 83, 84, 84, 84, 85, 85, 86, 86, 87, 87, + 87, 87, 87, 87, 87, 87, 87, 87, 87, 88, + 88, 89, 89 +}; + +/* YYR2[YYN] -- Number of symbols composing right hand side of rule YYN. */ +static const yytype_uint8 yyr2[] = +{ + 0, 2, 2, 1, 2, 1, 0, 2, 2, 2, + 2, 4, 4, 3, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 3, 2, + 3, 2, 3, 2, 0, 2, 2, 2, 2, 2, + 2, 3, 4, 4, 4, 5, 3, 0, 3, 0, + 2, 3, 2, 1, 3, 0, 2, 2, 2, 2, + 2, 4, 3, 2, 4, 0, 2, 3, 1, 3, + 0, 2, 2, 2, 3, 3, 3, 1, 3, 0, + 2, 2, 2, 3, 3, 2, 2, 2, 0, 2, + 2, 2, 4, 0, 2, 2, 2, 0, 2, 1, + 1, 2, 2, 2, 1, 2, 0, 2, 1, 3, + 3, 3, 3, 3, 3, 3, 2, 3, 3, 1, + 1, 0, 1 +}; + +/* YYDEFACT[STATE-NAME] -- Default reduction number in state STATE-NUM. + Performed when YYTABLE doesn't specify something else to do. Zero + means the default is an error. */ +static const yytype_uint8 yydefact[] = +{ + 6, 0, 104, 0, 3, 0, 6, 6, 99, 100, + 0, 1, 0, 0, 0, 0, 121, 0, 0, 0, + 0, 0, 0, 14, 18, 15, 16, 20, 17, 19, + 21, 0, 22, 0, 7, 34, 25, 34, 26, 55, + 65, 8, 70, 23, 93, 79, 9, 27, 88, 24, + 10, 0, 105, 2, 74, 13, 0, 101, 0, 122, + 0, 102, 0, 0, 0, 119, 120, 0, 0, 0, + 108, 103, 0, 0, 0, 0, 0, 0, 0, 88, + 0, 0, 75, 83, 51, 84, 30, 32, 0, 116, + 0, 0, 67, 0, 0, 0, 0, 0, 0, 11, + 12, 0, 0, 0, 0, 97, 0, 0, 0, 47, + 0, 40, 39, 35, 36, 0, 38, 37, 0, 0, + 97, 0, 59, 60, 56, 58, 57, 66, 54, 53, + 71, 73, 69, 72, 68, 106, 95, 0, 94, 80, + 82, 78, 81, 77, 90, 91, 89, 115, 117, 118, + 114, 109, 110, 111, 112, 113, 29, 86, 0, 106, + 0, 106, 106, 106, 0, 0, 0, 87, 63, 106, + 0, 106, 0, 96, 0, 0, 41, 98, 0, 0, + 106, 49, 46, 28, 0, 62, 0, 107, 92, 42, + 43, 44, 0, 0, 48, 61, 64, 45, 50 +}; + +/* YYDEFGOTO[NTERM-NUM]. */ +static const yytype_int16 yydefgoto[] = +{ + -1, 3, 4, 5, 33, 34, 112, 35, 36, 37, + 38, 74, 113, 114, 165, 194, 39, 40, 128, 41, + 76, 124, 77, 42, 132, 43, 78, 6, 44, 45, + 141, 46, 80, 47, 48, 49, 115, 116, 81, 117, + 79, 138, 160, 161, 50, 7, 173, 69, 70, 60 +}; + +/* YYPACT[STATE-NUM] -- Index in YYTABLE of the portion describing + STATE-NUM. */ +#define YYPACT_NINF -91 +static const yytype_int16 yypact[] = +{ + 19, 37, -91, 13, -91, 79, -91, 20, -91, -91, + -16, -91, 21, 37, 25, 37, 41, 36, 37, 78, + 83, 31, 56, -91, -91, -91, -91, -91, -91, -91, + -91, 116, -91, 127, -91, -91, -91, -91, -91, -91, + -91, -91, -91, -91, -91, -91, -91, -91, -91, -91, + -91, 147, -91, -91, 105, -91, 109, -91, 111, -91, + 114, -91, 136, 137, 142, -91, -91, 31, 31, 76, + 254, -91, 143, 146, 27, 115, 207, 258, 243, -14, + 243, 179, -91, -91, -91, -91, -91, -91, -7, -91, + 31, 31, 105, 51, 51, 51, 51, 51, 51, -91, + -91, 156, 168, 181, 37, 37, 31, 178, 51, -91, + 206, -91, -91, -91, -91, 196, -91, -91, 175, 37, + 37, 185, -91, -91, -91, -91, -91, -91, -91, -91, + -91, -91, -91, -91, -91, 214, -91, 230, -91, -91, + -91, -91, -91, -91, -91, -91, -91, -91, 183, -91, + -91, -91, -91, -91, -91, -91, -91, -91, 31, 214, + 194, 214, 45, 214, 51, 26, 195, -91, -91, 214, + 197, 214, 31, -91, 139, 208, -91, -91, 220, 224, + 214, 222, -91, -91, 226, -91, 227, 123, -91, -91, + -91, -91, 235, 37, -91, -91, -91, -91, -91 +}; + +/* YYPGOTO[NTERM-NUM]. */ +static const yytype_int16 yypgoto[] = +{ + -91, -91, 264, 268, -91, 30, -65, -91, -91, -91, + -91, 238, -91, -91, -91, -91, -91, -91, -91, -12, + -91, -91, -91, -91, -91, -91, -91, -91, -91, -91, + -91, -5, -91, -91, -91, -91, -91, 200, 209, -61, + -91, -91, 170, -1, 65, 0, 118, -66, -90, -91 +}; + +/* YYTABLE[YYPACT[STATE-NUM]]. What to do in state STATE-NUM. If + positive, shift that token. If negative, reduce the rule which + number is the opposite. If YYTABLE_NINF, syntax error. */ +#define YYTABLE_NINF -86 +static const yytype_int16 yytable[] = +{ + 10, 88, 89, 150, 151, 152, 153, 154, 155, 135, + 54, 123, 56, 11, 58, 126, 145, 62, 164, 2, + 146, 136, 1, 1, 148, 149, 147, -31, 101, 90, + 91, -31, -31, -31, -31, -31, -31, -31, -31, 102, + 162, -31, -31, 103, -31, 104, 105, 106, 107, 108, + -31, 109, 181, 110, 2, 52, 55, 65, 66, 172, + 57, 182, 111, 8, 9, 67, 131, 59, 140, 92, + 68, 61, 145, 133, 180, 142, 146, 65, 66, -5, + 12, 90, 91, 13, 14, 15, 16, 17, 18, 19, + 20, 71, 174, 21, 22, 23, 24, 25, 26, 27, + 28, 29, 30, 159, 63, 31, 187, 127, 130, 64, + 139, 2, 90, 91, 32, -33, 101, 72, 169, -33, + -33, -33, -33, -33, -33, -33, -33, 102, 73, -33, + -33, 103, -33, 104, 105, 106, 107, 108, -33, 109, + 52, 110, 129, 134, 82, 143, 83, -4, 12, 84, + 111, 13, 14, 15, 16, 17, 18, 19, 20, 90, + 91, 21, 22, 23, 24, 25, 26, 27, 28, 29, + 30, 85, 86, 31, 188, 90, 91, 87, 99, -85, + 101, 100, 32, -85, -85, -85, -85, -85, -85, -85, + -85, 156, 198, -85, -85, 103, -85, -85, -85, -85, + -85, -85, -85, 157, 163, 110, 158, 166, 101, 167, + 168, 171, -52, -52, 144, -52, -52, -52, -52, 102, + 91, -52, -52, 103, 118, 119, 120, 121, 172, 176, + 183, 101, 185, 110, -76, -76, -76, -76, -76, -76, + -76, -76, 122, 189, -76, -76, 103, 13, 14, 15, + 16, 17, 18, 19, 20, 190, 110, 21, 22, 191, + 193, 195, 196, 14, 15, 144, 17, 18, 19, 20, + 197, 53, 21, 22, 51, 75, 125, 175, 32, 177, + 178, 179, 93, 94, 95, 96, 97, 184, 137, 186, + 170, 0, 98, 32, 0, 0, 0, 0, 192 +}; + +#define yypact_value_is_default(yystate) \ + ((yystate) == (-91)) + +#define yytable_value_is_error(yytable_value) \ + YYID (0) + +static const yytype_int16 yycheck[] = +{ + 1, 67, 68, 93, 94, 95, 96, 97, 98, 23, + 10, 76, 13, 0, 15, 76, 81, 18, 108, 35, + 81, 35, 3, 3, 90, 91, 33, 0, 1, 36, + 37, 4, 5, 6, 7, 8, 9, 10, 11, 12, + 106, 14, 15, 16, 17, 18, 19, 20, 21, 22, + 23, 24, 26, 26, 35, 35, 35, 26, 27, 14, + 35, 35, 35, 26, 27, 34, 78, 26, 80, 69, + 39, 35, 137, 78, 164, 80, 137, 26, 27, 0, + 1, 36, 37, 4, 5, 6, 7, 8, 9, 10, + 11, 35, 158, 14, 15, 16, 17, 18, 19, 20, + 21, 22, 23, 104, 26, 26, 172, 77, 78, 26, + 80, 35, 36, 37, 35, 0, 1, 1, 119, 4, + 5, 6, 7, 8, 9, 10, 11, 12, 1, 14, + 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, + 35, 26, 77, 78, 35, 80, 35, 0, 1, 35, + 35, 4, 5, 6, 7, 8, 9, 10, 11, 36, + 37, 14, 15, 16, 17, 18, 19, 20, 21, 22, + 23, 35, 35, 26, 35, 36, 37, 35, 35, 0, + 1, 35, 35, 4, 5, 6, 7, 8, 9, 10, + 11, 35, 193, 14, 15, 16, 17, 18, 19, 20, + 21, 22, 23, 35, 26, 26, 25, 1, 1, 13, + 35, 26, 5, 6, 35, 8, 9, 10, 11, 12, + 37, 14, 15, 16, 17, 18, 19, 20, 14, 35, + 35, 1, 35, 26, 4, 5, 6, 7, 8, 9, + 10, 11, 35, 35, 14, 15, 16, 4, 5, 6, + 7, 8, 9, 10, 11, 35, 26, 14, 15, 35, + 38, 35, 35, 5, 6, 35, 8, 9, 10, 11, + 35, 7, 14, 15, 6, 37, 76, 159, 35, 161, + 162, 163, 28, 29, 30, 31, 32, 169, 79, 171, + 120, -1, 38, 35, -1, -1, -1, -1, 180 +}; + +/* YYSTOS[STATE-NUM] -- The (internal number of the) accessing + symbol of state STATE-NUM. */ +static const yytype_uint8 yystos[] = +{ + 0, 3, 35, 41, 42, 43, 67, 85, 26, 27, + 83, 0, 1, 4, 5, 6, 7, 8, 9, 10, + 11, 14, 15, 16, 17, 18, 19, 20, 21, 22, + 23, 26, 35, 44, 45, 47, 48, 49, 50, 56, + 57, 59, 63, 65, 68, 69, 71, 73, 74, 75, + 84, 43, 35, 42, 85, 35, 83, 35, 83, 26, + 89, 35, 83, 26, 26, 26, 27, 34, 39, 87, + 88, 35, 1, 1, 51, 51, 60, 62, 66, 80, + 72, 78, 35, 35, 35, 35, 35, 35, 87, 87, + 36, 37, 85, 28, 29, 30, 31, 32, 38, 35, + 35, 1, 12, 16, 18, 19, 20, 21, 22, 24, + 26, 35, 46, 52, 53, 76, 77, 79, 17, 18, + 19, 20, 35, 46, 61, 77, 79, 45, 58, 84, + 45, 59, 64, 71, 84, 23, 35, 78, 81, 45, + 59, 70, 71, 84, 35, 46, 79, 33, 87, 87, + 88, 88, 88, 88, 88, 88, 35, 35, 25, 83, + 82, 83, 87, 26, 88, 54, 1, 13, 35, 83, + 82, 26, 14, 86, 87, 86, 35, 86, 86, 86, + 88, 26, 35, 35, 86, 35, 86, 87, 35, 35, + 35, 35, 86, 38, 55, 35, 35, 35, 83 +}; + +#define yyerrok (yyerrstatus = 0) +#define yyclearin (yychar = YYEMPTY) +#define YYEMPTY (-2) +#define YYEOF 0 + +#define YYACCEPT goto yyacceptlab +#define YYABORT goto yyabortlab +#define YYERROR goto yyerrorlab + + +/* Like YYERROR except do call yyerror. This remains here temporarily + to ease the transition to the new meaning of YYERROR, for GCC. + Once GCC version 2 has supplanted version 1, this can go. However, + YYFAIL appears to be in use. Nevertheless, it is formally deprecated + in Bison 2.4.2's NEWS entry, where a plan to phase it out is + discussed. */ + +#define YYFAIL goto yyerrlab +#if defined YYFAIL + /* This is here to suppress warnings from the GCC cpp's + -Wunused-macros. Normally we don't worry about that warning, but + some users do, and we want to make it easy for users to remove + YYFAIL uses, which will produce warnings from Bison 2.5. */ +#endif + +#define YYRECOVERING() (!!yyerrstatus) + +#define YYBACKUP(Token, Value) \ +do \ + if (yychar == YYEMPTY) \ + { \ + yychar = (Token); \ + yylval = (Value); \ + YYPOPSTACK (yylen); \ + yystate = *yyssp; \ + goto yybackup; \ + } \ + else \ + { \ + yyerror (YY_("syntax error: cannot back up")); \ + YYERROR; \ + } \ +while (YYID (0)) + + +#define YYTERROR 1 +#define YYERRCODE 256 + + +/* YYLLOC_DEFAULT -- Set CURRENT to span from RHS[1] to RHS[N]. + If N is 0, then set CURRENT to the empty location which ends + the previous symbol: RHS[0] (always defined). */ + +#define YYRHSLOC(Rhs, K) ((Rhs)[K]) +#ifndef YYLLOC_DEFAULT +# define YYLLOC_DEFAULT(Current, Rhs, N) \ + do \ + if (YYID (N)) \ + { \ + (Current).first_line = YYRHSLOC (Rhs, 1).first_line; \ + (Current).first_column = YYRHSLOC (Rhs, 1).first_column; \ + (Current).last_line = YYRHSLOC (Rhs, N).last_line; \ + (Current).last_column = YYRHSLOC (Rhs, N).last_column; \ + } \ + else \ + { \ + (Current).first_line = (Current).last_line = \ + YYRHSLOC (Rhs, 0).last_line; \ + (Current).first_column = (Current).last_column = \ + YYRHSLOC (Rhs, 0).last_column; \ + } \ + while (YYID (0)) +#endif + + +/* This macro is provided for backward compatibility. */ + +#ifndef YY_LOCATION_PRINT +# define YY_LOCATION_PRINT(File, Loc) ((void) 0) +#endif + + +/* YYLEX -- calling `yylex' with the right arguments. */ + +#ifdef YYLEX_PARAM +# define YYLEX yylex (YYLEX_PARAM) +#else +# define YYLEX yylex () +#endif + +/* Enable debugging if requested. */ +#if YYDEBUG + +# ifndef YYFPRINTF +# include /* INFRINGES ON USER NAME SPACE */ +# define YYFPRINTF fprintf +# endif + +# define YYDPRINTF(Args) \ +do { \ + if (yydebug) \ + YYFPRINTF Args; \ +} while (YYID (0)) + +# define YY_SYMBOL_PRINT(Title, Type, Value, Location) \ +do { \ + if (yydebug) \ + { \ + YYFPRINTF (stderr, "%s ", Title); \ + yy_symbol_print (stderr, \ + Type, Value); \ + YYFPRINTF (stderr, "\n"); \ + } \ +} while (YYID (0)) + + +/*--------------------------------. +| Print this symbol on YYOUTPUT. | +`--------------------------------*/ + +/*ARGSUSED*/ +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static void +yy_symbol_value_print (FILE *yyoutput, int yytype, YYSTYPE const * const yyvaluep) +#else +static void +yy_symbol_value_print (yyoutput, yytype, yyvaluep) + FILE *yyoutput; + int yytype; + YYSTYPE const * const yyvaluep; +#endif +{ + FILE *yyo = yyoutput; + YYUSE (yyo); + if (!yyvaluep) + return; +# ifdef YYPRINT + if (yytype < YYNTOKENS) + YYPRINT (yyoutput, yytoknum[yytype], *yyvaluep); +# else + YYUSE (yyoutput); +# endif + switch (yytype) + { + default: + break; + } +} + + +/*--------------------------------. +| Print this symbol on YYOUTPUT. | +`--------------------------------*/ + +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static void +yy_symbol_print (FILE *yyoutput, int yytype, YYSTYPE const * const yyvaluep) +#else +static void +yy_symbol_print (yyoutput, yytype, yyvaluep) + FILE *yyoutput; + int yytype; + YYSTYPE const * const yyvaluep; +#endif +{ + if (yytype < YYNTOKENS) + YYFPRINTF (yyoutput, "token %s (", yytname[yytype]); + else + YYFPRINTF (yyoutput, "nterm %s (", yytname[yytype]); + + yy_symbol_value_print (yyoutput, yytype, yyvaluep); + YYFPRINTF (yyoutput, ")"); +} + +/*------------------------------------------------------------------. +| yy_stack_print -- Print the state stack from its BOTTOM up to its | +| TOP (included). | +`------------------------------------------------------------------*/ + +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static void +yy_stack_print (yytype_int16 *yybottom, yytype_int16 *yytop) +#else +static void +yy_stack_print (yybottom, yytop) + yytype_int16 *yybottom; + yytype_int16 *yytop; +#endif +{ + YYFPRINTF (stderr, "Stack now"); + for (; yybottom <= yytop; yybottom++) + { + int yybot = *yybottom; + YYFPRINTF (stderr, " %d", yybot); + } + YYFPRINTF (stderr, "\n"); +} + +# define YY_STACK_PRINT(Bottom, Top) \ +do { \ + if (yydebug) \ + yy_stack_print ((Bottom), (Top)); \ +} while (YYID (0)) + + +/*------------------------------------------------. +| Report that the YYRULE is going to be reduced. | +`------------------------------------------------*/ + +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static void +yy_reduce_print (YYSTYPE *yyvsp, int yyrule) +#else +static void +yy_reduce_print (yyvsp, yyrule) + YYSTYPE *yyvsp; + int yyrule; +#endif +{ + int yynrhs = yyr2[yyrule]; + int yyi; + unsigned long int yylno = yyrline[yyrule]; + YYFPRINTF (stderr, "Reducing stack by rule %d (line %lu):\n", + yyrule - 1, yylno); + /* The symbols being reduced. */ + for (yyi = 0; yyi < yynrhs; yyi++) + { + YYFPRINTF (stderr, " $%d = ", yyi + 1); + yy_symbol_print (stderr, yyrhs[yyprhs[yyrule] + yyi], + &(yyvsp[(yyi + 1) - (yynrhs)]) + ); + YYFPRINTF (stderr, "\n"); + } +} + +# define YY_REDUCE_PRINT(Rule) \ +do { \ + if (yydebug) \ + yy_reduce_print (yyvsp, Rule); \ +} while (YYID (0)) + +/* Nonzero means print parse trace. It is left uninitialized so that + multiple parsers can coexist. */ +int yydebug; +#else /* !YYDEBUG */ +# define YYDPRINTF(Args) +# define YY_SYMBOL_PRINT(Title, Type, Value, Location) +# define YY_STACK_PRINT(Bottom, Top) +# define YY_REDUCE_PRINT(Rule) +#endif /* !YYDEBUG */ + + +/* YYINITDEPTH -- initial size of the parser's stacks. */ +#ifndef YYINITDEPTH +# define YYINITDEPTH 200 +#endif + +/* YYMAXDEPTH -- maximum size the stacks can grow to (effective only + if the built-in stack extension method is used). + + Do not make this value too large; the results are undefined if + YYSTACK_ALLOC_MAXIMUM < YYSTACK_BYTES (YYMAXDEPTH) + evaluated with infinite-precision integer arithmetic. */ + +#ifndef YYMAXDEPTH +# define YYMAXDEPTH 10000 +#endif + + +#if YYERROR_VERBOSE + +# ifndef yystrlen +# if defined __GLIBC__ && defined _STRING_H +# define yystrlen strlen +# else +/* Return the length of YYSTR. */ +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static YYSIZE_T +yystrlen (const char *yystr) +#else +static YYSIZE_T +yystrlen (yystr) + const char *yystr; +#endif +{ + YYSIZE_T yylen; + for (yylen = 0; yystr[yylen]; yylen++) + continue; + return yylen; +} +# endif +# endif + +# ifndef yystpcpy +# if defined __GLIBC__ && defined _STRING_H && defined _GNU_SOURCE +# define yystpcpy stpcpy +# else +/* Copy YYSRC to YYDEST, returning the address of the terminating '\0' in + YYDEST. */ +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static char * +yystpcpy (char *yydest, const char *yysrc) +#else +static char * +yystpcpy (yydest, yysrc) + char *yydest; + const char *yysrc; +#endif +{ + char *yyd = yydest; + const char *yys = yysrc; + + while ((*yyd++ = *yys++) != '\0') + continue; + + return yyd - 1; +} +# endif +# endif + +# ifndef yytnamerr +/* Copy to YYRES the contents of YYSTR after stripping away unnecessary + quotes and backslashes, so that it's suitable for yyerror. The + heuristic is that double-quoting is unnecessary unless the string + contains an apostrophe, a comma, or backslash (other than + backslash-backslash). YYSTR is taken from yytname. If YYRES is + null, do not copy; instead, return the length of what the result + would have been. */ +static YYSIZE_T +yytnamerr (char *yyres, const char *yystr) +{ + if (*yystr == '"') + { + YYSIZE_T yyn = 0; + char const *yyp = yystr; + + for (;;) + switch (*++yyp) + { + case '\'': + case ',': + goto do_not_strip_quotes; + + case '\\': + if (*++yyp != '\\') + goto do_not_strip_quotes; + /* Fall through. */ + default: + if (yyres) + yyres[yyn] = *yyp; + yyn++; + break; + + case '"': + if (yyres) + yyres[yyn] = '\0'; + return yyn; + } + do_not_strip_quotes: ; + } + + if (! yyres) + return yystrlen (yystr); + + return yystpcpy (yyres, yystr) - yyres; +} +# endif + +/* Copy into *YYMSG, which is of size *YYMSG_ALLOC, an error message + about the unexpected token YYTOKEN for the state stack whose top is + YYSSP. + + Return 0 if *YYMSG was successfully written. Return 1 if *YYMSG is + not large enough to hold the message. In that case, also set + *YYMSG_ALLOC to the required number of bytes. Return 2 if the + required number of bytes is too large to store. */ +static int +yysyntax_error (YYSIZE_T *yymsg_alloc, char **yymsg, + yytype_int16 *yyssp, int yytoken) +{ + YYSIZE_T yysize0 = yytnamerr (YY_NULL, yytname[yytoken]); + YYSIZE_T yysize = yysize0; + YYSIZE_T yysize1; + enum { YYERROR_VERBOSE_ARGS_MAXIMUM = 5 }; + /* Internationalized format string. */ + const char *yyformat = YY_NULL; + /* Arguments of yyformat. */ + char const *yyarg[YYERROR_VERBOSE_ARGS_MAXIMUM]; + /* Number of reported tokens (one for the "unexpected", one per + "expected"). */ + int yycount = 0; + + /* There are many possibilities here to consider: + - Assume YYFAIL is not used. It's too flawed to consider. See + + for details. YYERROR is fine as it does not invoke this + function. + - If this state is a consistent state with a default action, then + the only way this function was invoked is if the default action + is an error action. In that case, don't check for expected + tokens because there are none. + - The only way there can be no lookahead present (in yychar) is if + this state is a consistent state with a default action. Thus, + detecting the absence of a lookahead is sufficient to determine + that there is no unexpected or expected token to report. In that + case, just report a simple "syntax error". + - Don't assume there isn't a lookahead just because this state is a + consistent state with a default action. There might have been a + previous inconsistent state, consistent state with a non-default + action, or user semantic action that manipulated yychar. + - Of course, the expected token list depends on states to have + correct lookahead information, and it depends on the parser not + to perform extra reductions after fetching a lookahead from the + scanner and before detecting a syntax error. Thus, state merging + (from LALR or IELR) and default reductions corrupt the expected + token list. However, the list is correct for canonical LR with + one exception: it will still contain any token that will not be + accepted due to an error action in a later state. + */ + if (yytoken != YYEMPTY) + { + int yyn = yypact[*yyssp]; + yyarg[yycount++] = yytname[yytoken]; + if (!yypact_value_is_default (yyn)) + { + /* Start YYX at -YYN if negative to avoid negative indexes in + YYCHECK. In other words, skip the first -YYN actions for + this state because they are default actions. */ + int yyxbegin = yyn < 0 ? -yyn : 0; + /* Stay within bounds of both yycheck and yytname. */ + int yychecklim = YYLAST - yyn + 1; + int yyxend = yychecklim < YYNTOKENS ? yychecklim : YYNTOKENS; + int yyx; + + for (yyx = yyxbegin; yyx < yyxend; ++yyx) + if (yycheck[yyx + yyn] == yyx && yyx != YYTERROR + && !yytable_value_is_error (yytable[yyx + yyn])) + { + if (yycount == YYERROR_VERBOSE_ARGS_MAXIMUM) + { + yycount = 1; + yysize = yysize0; + break; + } + yyarg[yycount++] = yytname[yyx]; + yysize1 = yysize + yytnamerr (YY_NULL, yytname[yyx]); + if (! (yysize <= yysize1 + && yysize1 <= YYSTACK_ALLOC_MAXIMUM)) + return 2; + yysize = yysize1; + } + } + } + + switch (yycount) + { +# define YYCASE_(N, S) \ + case N: \ + yyformat = S; \ + break + YYCASE_(0, YY_("syntax error")); + YYCASE_(1, YY_("syntax error, unexpected %s")); + YYCASE_(2, YY_("syntax error, unexpected %s, expecting %s")); + YYCASE_(3, YY_("syntax error, unexpected %s, expecting %s or %s")); + YYCASE_(4, YY_("syntax error, unexpected %s, expecting %s or %s or %s")); + YYCASE_(5, YY_("syntax error, unexpected %s, expecting %s or %s or %s or %s")); +# undef YYCASE_ + } + + yysize1 = yysize + yystrlen (yyformat); + if (! (yysize <= yysize1 && yysize1 <= YYSTACK_ALLOC_MAXIMUM)) + return 2; + yysize = yysize1; + + if (*yymsg_alloc < yysize) + { + *yymsg_alloc = 2 * yysize; + if (! (yysize <= *yymsg_alloc + && *yymsg_alloc <= YYSTACK_ALLOC_MAXIMUM)) + *yymsg_alloc = YYSTACK_ALLOC_MAXIMUM; + return 1; + } + + /* Avoid sprintf, as that infringes on the user's name space. + Don't have undefined behavior even if the translation + produced a string with the wrong number of "%s"s. */ + { + char *yyp = *yymsg; + int yyi = 0; + while ((*yyp = *yyformat) != '\0') + if (*yyp == '%' && yyformat[1] == 's' && yyi < yycount) + { + yyp += yytnamerr (yyp, yyarg[yyi++]); + yyformat += 2; + } + else + { + yyp++; + yyformat++; + } + } + return 0; +} +#endif /* YYERROR_VERBOSE */ + +/*-----------------------------------------------. +| Release the memory associated to this symbol. | +`-----------------------------------------------*/ + +/*ARGSUSED*/ +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static void +yydestruct (const char *yymsg, int yytype, YYSTYPE *yyvaluep) +#else +static void +yydestruct (yymsg, yytype, yyvaluep) + const char *yymsg; + int yytype; + YYSTYPE *yyvaluep; +#endif +{ + YYUSE (yyvaluep); + + if (!yymsg) + yymsg = "Deleting"; + YY_SYMBOL_PRINT (yymsg, yytype, yyvaluep, yylocationp); + + switch (yytype) + { + case 57: /* "choice_entry" */ + + { + fprintf(stderr, "%s:%d: missing end statement for this entry\n", + (yyvaluep->menu)->file->name, (yyvaluep->menu)->lineno); + if (current_menu == (yyvaluep->menu)) + menu_end_menu(); +}; + + break; + case 63: /* "if_entry" */ + + { + fprintf(stderr, "%s:%d: missing end statement for this entry\n", + (yyvaluep->menu)->file->name, (yyvaluep->menu)->lineno); + if (current_menu == (yyvaluep->menu)) + menu_end_menu(); +}; + + break; + case 69: /* "menu_entry" */ + + { + fprintf(stderr, "%s:%d: missing end statement for this entry\n", + (yyvaluep->menu)->file->name, (yyvaluep->menu)->lineno); + if (current_menu == (yyvaluep->menu)) + menu_end_menu(); +}; + + break; + + default: + break; + } +} + + +/* Prevent warnings from -Wmissing-prototypes. */ +#ifdef YYPARSE_PARAM +#if defined __STDC__ || defined __cplusplus +int yyparse (void *YYPARSE_PARAM); +#else +int yyparse (); +#endif +#else /* ! YYPARSE_PARAM */ +#if defined __STDC__ || defined __cplusplus +int yyparse (void); +#else +int yyparse (); +#endif +#endif /* ! YYPARSE_PARAM */ + + +/* The lookahead symbol. */ +int yychar; + +/* The semantic value of the lookahead symbol. */ +YYSTYPE yylval; + +/* Number of syntax errors so far. */ +int yynerrs; + + +/*----------. +| yyparse. | +`----------*/ + +#ifdef YYPARSE_PARAM +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +int +yyparse (void *YYPARSE_PARAM) +#else +int +yyparse (YYPARSE_PARAM) + void *YYPARSE_PARAM; +#endif +#else /* ! YYPARSE_PARAM */ +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +int +yyparse (void) +#else +int +yyparse () + +#endif +#endif +{ + int yystate; + /* Number of tokens to shift before error messages enabled. */ + int yyerrstatus; + + /* The stacks and their tools: + `yyss': related to states. + `yyvs': related to semantic values. + + Refer to the stacks through separate pointers, to allow yyoverflow + to reallocate them elsewhere. */ + + /* The state stack. */ + yytype_int16 yyssa[YYINITDEPTH]; + yytype_int16 *yyss; + yytype_int16 *yyssp; + + /* The semantic value stack. */ + YYSTYPE yyvsa[YYINITDEPTH]; + YYSTYPE *yyvs; + YYSTYPE *yyvsp; + + YYSIZE_T yystacksize; + + int yyn; + int yyresult; + /* Lookahead token as an internal (translated) token number. */ + int yytoken; + /* The variables used to return semantic value and location from the + action routines. */ + YYSTYPE yyval; + +#if YYERROR_VERBOSE + /* Buffer for error messages, and its allocated size. */ + char yymsgbuf[128]; + char *yymsg = yymsgbuf; + YYSIZE_T yymsg_alloc = sizeof yymsgbuf; +#endif + +#define YYPOPSTACK(N) (yyvsp -= (N), yyssp -= (N)) + + /* The number of symbols on the RHS of the reduced rule. + Keep to zero when no symbol should be popped. */ + int yylen = 0; + + yytoken = 0; + yyss = yyssa; + yyvs = yyvsa; + yystacksize = YYINITDEPTH; + + YYDPRINTF ((stderr, "Starting parse\n")); + + yystate = 0; + yyerrstatus = 0; + yynerrs = 0; + yychar = YYEMPTY; /* Cause a token to be read. */ + + /* Initialize stack pointers. + Waste one element of value and location stack + so that they stay on the same level as the state stack. + The wasted elements are never initialized. */ + yyssp = yyss; + yyvsp = yyvs; + + goto yysetstate; + +/*------------------------------------------------------------. +| yynewstate -- Push a new state, which is found in yystate. | +`------------------------------------------------------------*/ + yynewstate: + /* In all cases, when you get here, the value and location stacks + have just been pushed. So pushing a state here evens the stacks. */ + yyssp++; + + yysetstate: + *yyssp = yystate; + + if (yyss + yystacksize - 1 <= yyssp) + { + /* Get the current used size of the three stacks, in elements. */ + YYSIZE_T yysize = yyssp - yyss + 1; + +#ifdef yyoverflow + { + /* Give user a chance to reallocate the stack. Use copies of + these so that the &'s don't force the real ones into + memory. */ + YYSTYPE *yyvs1 = yyvs; + yytype_int16 *yyss1 = yyss; + + /* Each stack pointer address is followed by the size of the + data in use in that stack, in bytes. This used to be a + conditional around just the two extra args, but that might + be undefined if yyoverflow is a macro. */ + yyoverflow (YY_("memory exhausted"), + &yyss1, yysize * sizeof (*yyssp), + &yyvs1, yysize * sizeof (*yyvsp), + &yystacksize); + + yyss = yyss1; + yyvs = yyvs1; + } +#else /* no yyoverflow */ +# ifndef YYSTACK_RELOCATE + goto yyexhaustedlab; +# else + /* Extend the stack our own way. */ + if (YYMAXDEPTH <= yystacksize) + goto yyexhaustedlab; + yystacksize *= 2; + if (YYMAXDEPTH < yystacksize) + yystacksize = YYMAXDEPTH; + + { + yytype_int16 *yyss1 = yyss; + union yyalloc *yyptr = + (union yyalloc *) YYSTACK_ALLOC (YYSTACK_BYTES (yystacksize)); + if (! yyptr) + goto yyexhaustedlab; + YYSTACK_RELOCATE (yyss_alloc, yyss); + YYSTACK_RELOCATE (yyvs_alloc, yyvs); +# undef YYSTACK_RELOCATE + if (yyss1 != yyssa) + YYSTACK_FREE (yyss1); + } +# endif +#endif /* no yyoverflow */ + + yyssp = yyss + yysize - 1; + yyvsp = yyvs + yysize - 1; + + YYDPRINTF ((stderr, "Stack size increased to %lu\n", + (unsigned long int) yystacksize)); + + if (yyss + yystacksize - 1 <= yyssp) + YYABORT; + } + + YYDPRINTF ((stderr, "Entering state %d\n", yystate)); + + if (yystate == YYFINAL) + YYACCEPT; + + goto yybackup; + +/*-----------. +| yybackup. | +`-----------*/ +yybackup: + + /* Do appropriate processing given the current state. Read a + lookahead token if we need one and don't already have one. */ + + /* First try to decide what to do without reference to lookahead token. */ + yyn = yypact[yystate]; + if (yypact_value_is_default (yyn)) + goto yydefault; + + /* Not known => get a lookahead token if don't already have one. */ + + /* YYCHAR is either YYEMPTY or YYEOF or a valid lookahead symbol. */ + if (yychar == YYEMPTY) + { + YYDPRINTF ((stderr, "Reading a token: ")); + yychar = YYLEX; + } + + if (yychar <= YYEOF) + { + yychar = yytoken = YYEOF; + YYDPRINTF ((stderr, "Now at end of input.\n")); + } + else + { + yytoken = YYTRANSLATE (yychar); + YY_SYMBOL_PRINT ("Next token is", yytoken, &yylval, &yylloc); + } + + /* If the proper action on seeing token YYTOKEN is to reduce or to + detect an error, take that action. */ + yyn += yytoken; + if (yyn < 0 || YYLAST < yyn || yycheck[yyn] != yytoken) + goto yydefault; + yyn = yytable[yyn]; + if (yyn <= 0) + { + if (yytable_value_is_error (yyn)) + goto yyerrlab; + yyn = -yyn; + goto yyreduce; + } + + /* Count tokens shifted since error; after three, turn off error + status. */ + if (yyerrstatus) + yyerrstatus--; + + /* Shift the lookahead token. */ + YY_SYMBOL_PRINT ("Shifting", yytoken, &yylval, &yylloc); + + /* Discard the shifted token. */ + yychar = YYEMPTY; + + yystate = yyn; + *++yyvsp = yylval; + + goto yynewstate; + + +/*-----------------------------------------------------------. +| yydefault -- do the default action for the current state. | +`-----------------------------------------------------------*/ +yydefault: + yyn = yydefact[yystate]; + if (yyn == 0) + goto yyerrlab; + goto yyreduce; + + +/*-----------------------------. +| yyreduce -- Do a reduction. | +`-----------------------------*/ +yyreduce: + /* yyn is the number of a rule to reduce with. */ + yylen = yyr2[yyn]; + + /* If YYLEN is nonzero, implement the default value of the action: + `$$ = $1'. + + Otherwise, the following line sets YYVAL to garbage. + This behavior is undocumented and Bison + users should not rely upon it. Assigning to YYVAL + unconditionally makes the parser a bit smaller, and it avoids a + GCC warning that YYVAL may be used uninitialized. */ + yyval = yyvsp[1-yylen]; + + + YY_REDUCE_PRINT (yyn); + switch (yyn) + { + case 10: + + { zconf_error("unexpected end statement"); } + break; + + case 11: + + { zconf_error("unknown statement \"%s\"", (yyvsp[(2) - (4)].string)); } + break; + + case 12: + + { + zconf_error("unexpected option \"%s\"", kconf_id_strings + (yyvsp[(2) - (4)].id)->name); +} + break; + + case 13: + + { zconf_error("invalid statement"); } + break; + + case 28: + + { zconf_error("unknown option \"%s\"", (yyvsp[(1) - (3)].string)); } + break; + + case 29: + + { zconf_error("invalid option"); } + break; + + case 30: + + { + struct symbol *sym = sym_lookup((yyvsp[(2) - (3)].string), 0); + sym->flags |= SYMBOL_OPTIONAL; + menu_add_entry(sym); + printd(DEBUG_PARSE, "%s:%d:config %s\n", zconf_curname(), zconf_lineno(), (yyvsp[(2) - (3)].string)); +} + break; + + case 31: + + { + menu_end_entry(); + printd(DEBUG_PARSE, "%s:%d:endconfig\n", zconf_curname(), zconf_lineno()); +} + break; + + case 32: + + { + struct symbol *sym = sym_lookup((yyvsp[(2) - (3)].string), 0); + sym->flags |= SYMBOL_OPTIONAL; + menu_add_entry(sym); + printd(DEBUG_PARSE, "%s:%d:menuconfig %s\n", zconf_curname(), zconf_lineno(), (yyvsp[(2) - (3)].string)); +} + break; + + case 33: + + { + if (current_entry->prompt) + current_entry->prompt->type = P_MENU; + else + zconfprint("warning: menuconfig statement without prompt"); + menu_end_entry(); + printd(DEBUG_PARSE, "%s:%d:endconfig\n", zconf_curname(), zconf_lineno()); +} + break; + + case 41: + + { + menu_set_type((yyvsp[(1) - (3)].id)->stype); + printd(DEBUG_PARSE, "%s:%d:type(%u)\n", + zconf_curname(), zconf_lineno(), + (yyvsp[(1) - (3)].id)->stype); +} + break; + + case 42: + + { + menu_add_prompt(P_PROMPT, (yyvsp[(2) - (4)].string), (yyvsp[(3) - (4)].expr)); + printd(DEBUG_PARSE, "%s:%d:prompt\n", zconf_curname(), zconf_lineno()); +} + break; + + case 43: + + { + menu_add_expr(P_DEFAULT, (yyvsp[(2) - (4)].expr), (yyvsp[(3) - (4)].expr)); + if ((yyvsp[(1) - (4)].id)->stype != S_UNKNOWN) + menu_set_type((yyvsp[(1) - (4)].id)->stype); + printd(DEBUG_PARSE, "%s:%d:default(%u)\n", + zconf_curname(), zconf_lineno(), + (yyvsp[(1) - (4)].id)->stype); +} + break; + + case 44: + + { + menu_add_symbol(P_SELECT, sym_lookup((yyvsp[(2) - (4)].string), 0), (yyvsp[(3) - (4)].expr)); + printd(DEBUG_PARSE, "%s:%d:select\n", zconf_curname(), zconf_lineno()); +} + break; + + case 45: + + { + menu_add_expr(P_RANGE, expr_alloc_comp(E_RANGE,(yyvsp[(2) - (5)].symbol), (yyvsp[(3) - (5)].symbol)), (yyvsp[(4) - (5)].expr)); + printd(DEBUG_PARSE, "%s:%d:range\n", zconf_curname(), zconf_lineno()); +} + break; + + case 48: + + { + const struct kconf_id *id = kconf_id_lookup((yyvsp[(2) - (3)].string), strlen((yyvsp[(2) - (3)].string))); + if (id && id->flags & TF_OPTION) + menu_add_option(id->token, (yyvsp[(3) - (3)].string)); + else + zconfprint("warning: ignoring unknown option %s", (yyvsp[(2) - (3)].string)); + free((yyvsp[(2) - (3)].string)); +} + break; + + case 49: + + { (yyval.string) = NULL; } + break; + + case 50: + + { (yyval.string) = (yyvsp[(2) - (2)].string); } + break; + + case 51: + + { + struct symbol *sym = sym_lookup((yyvsp[(2) - (3)].string), SYMBOL_CHOICE); + sym->flags |= SYMBOL_AUTO; + menu_add_entry(sym); + menu_add_expr(P_CHOICE, NULL, NULL); + printd(DEBUG_PARSE, "%s:%d:choice\n", zconf_curname(), zconf_lineno()); +} + break; + + case 52: + + { + (yyval.menu) = menu_add_menu(); +} + break; + + case 53: + + { + if (zconf_endtoken((yyvsp[(1) - (1)].id), T_CHOICE, T_ENDCHOICE)) { + menu_end_menu(); + printd(DEBUG_PARSE, "%s:%d:endchoice\n", zconf_curname(), zconf_lineno()); + } +} + break; + + case 61: + + { + menu_add_prompt(P_PROMPT, (yyvsp[(2) - (4)].string), (yyvsp[(3) - (4)].expr)); + printd(DEBUG_PARSE, "%s:%d:prompt\n", zconf_curname(), zconf_lineno()); +} + break; + + case 62: + + { + if ((yyvsp[(1) - (3)].id)->stype == S_BOOLEAN || (yyvsp[(1) - (3)].id)->stype == S_TRISTATE) { + menu_set_type((yyvsp[(1) - (3)].id)->stype); + printd(DEBUG_PARSE, "%s:%d:type(%u)\n", + zconf_curname(), zconf_lineno(), + (yyvsp[(1) - (3)].id)->stype); + } else + YYERROR; +} + break; + + case 63: + + { + current_entry->sym->flags |= SYMBOL_OPTIONAL; + printd(DEBUG_PARSE, "%s:%d:optional\n", zconf_curname(), zconf_lineno()); +} + break; + + case 64: + + { + if ((yyvsp[(1) - (4)].id)->stype == S_UNKNOWN) { + menu_add_symbol(P_DEFAULT, sym_lookup((yyvsp[(2) - (4)].string), 0), (yyvsp[(3) - (4)].expr)); + printd(DEBUG_PARSE, "%s:%d:default\n", + zconf_curname(), zconf_lineno()); + } else + YYERROR; +} + break; + + case 67: + + { + printd(DEBUG_PARSE, "%s:%d:if\n", zconf_curname(), zconf_lineno()); + menu_add_entry(NULL); + menu_add_dep((yyvsp[(2) - (3)].expr)); + (yyval.menu) = menu_add_menu(); +} + break; + + case 68: + + { + if (zconf_endtoken((yyvsp[(1) - (1)].id), T_IF, T_ENDIF)) { + menu_end_menu(); + printd(DEBUG_PARSE, "%s:%d:endif\n", zconf_curname(), zconf_lineno()); + } +} + break; + + case 74: + + { + menu_add_prompt(P_MENU, (yyvsp[(2) - (3)].string), NULL); +} + break; + + case 75: + + { + menu_add_entry(NULL); + menu_add_prompt(P_MENU, (yyvsp[(2) - (3)].string), NULL); + printd(DEBUG_PARSE, "%s:%d:menu\n", zconf_curname(), zconf_lineno()); +} + break; + + case 76: + + { + (yyval.menu) = menu_add_menu(); +} + break; + + case 77: + + { + if (zconf_endtoken((yyvsp[(1) - (1)].id), T_MENU, T_ENDMENU)) { + menu_end_menu(); + printd(DEBUG_PARSE, "%s:%d:endmenu\n", zconf_curname(), zconf_lineno()); + } +} + break; + + case 83: + + { + printd(DEBUG_PARSE, "%s:%d:source %s\n", zconf_curname(), zconf_lineno(), (yyvsp[(2) - (3)].string)); + zconf_nextfile((yyvsp[(2) - (3)].string)); +} + break; + + case 84: + + { + menu_add_entry(NULL); + menu_add_prompt(P_COMMENT, (yyvsp[(2) - (3)].string), NULL); + printd(DEBUG_PARSE, "%s:%d:comment\n", zconf_curname(), zconf_lineno()); +} + break; + + case 85: + + { + menu_end_entry(); +} + break; + + case 86: + + { + printd(DEBUG_PARSE, "%s:%d:help\n", zconf_curname(), zconf_lineno()); + zconf_starthelp(); +} + break; + + case 87: + + { + current_entry->help = (yyvsp[(2) - (2)].string); +} + break; + + case 92: + + { + menu_add_dep((yyvsp[(3) - (4)].expr)); + printd(DEBUG_PARSE, "%s:%d:depends on\n", zconf_curname(), zconf_lineno()); +} + break; + + case 96: + + { + menu_add_visibility((yyvsp[(2) - (2)].expr)); +} + break; + + case 98: + + { + menu_add_prompt(P_PROMPT, (yyvsp[(1) - (2)].string), (yyvsp[(2) - (2)].expr)); +} + break; + + case 101: + + { (yyval.id) = (yyvsp[(1) - (2)].id); } + break; + + case 102: + + { (yyval.id) = (yyvsp[(1) - (2)].id); } + break; + + case 103: + + { (yyval.id) = (yyvsp[(1) - (2)].id); } + break; + + case 106: + + { (yyval.expr) = NULL; } + break; + + case 107: + + { (yyval.expr) = (yyvsp[(2) - (2)].expr); } + break; + + case 108: + + { (yyval.expr) = expr_alloc_symbol((yyvsp[(1) - (1)].symbol)); } + break; + + case 109: + + { (yyval.expr) = expr_alloc_comp(E_LTH, (yyvsp[(1) - (3)].symbol), (yyvsp[(3) - (3)].symbol)); } + break; + + case 110: + + { (yyval.expr) = expr_alloc_comp(E_LEQ, (yyvsp[(1) - (3)].symbol), (yyvsp[(3) - (3)].symbol)); } + break; + + case 111: + + { (yyval.expr) = expr_alloc_comp(E_GTH, (yyvsp[(1) - (3)].symbol), (yyvsp[(3) - (3)].symbol)); } + break; + + case 112: + + { (yyval.expr) = expr_alloc_comp(E_GEQ, (yyvsp[(1) - (3)].symbol), (yyvsp[(3) - (3)].symbol)); } + break; + + case 113: + + { (yyval.expr) = expr_alloc_comp(E_EQUAL, (yyvsp[(1) - (3)].symbol), (yyvsp[(3) - (3)].symbol)); } + break; + + case 114: + + { (yyval.expr) = expr_alloc_comp(E_UNEQUAL, (yyvsp[(1) - (3)].symbol), (yyvsp[(3) - (3)].symbol)); } + break; + + case 115: + + { (yyval.expr) = (yyvsp[(2) - (3)].expr); } + break; + + case 116: + + { (yyval.expr) = expr_alloc_one(E_NOT, (yyvsp[(2) - (2)].expr)); } + break; + + case 117: + + { (yyval.expr) = expr_alloc_two(E_OR, (yyvsp[(1) - (3)].expr), (yyvsp[(3) - (3)].expr)); } + break; + + case 118: + + { (yyval.expr) = expr_alloc_two(E_AND, (yyvsp[(1) - (3)].expr), (yyvsp[(3) - (3)].expr)); } + break; + + case 119: + + { (yyval.symbol) = sym_lookup((yyvsp[(1) - (1)].string), 0); free((yyvsp[(1) - (1)].string)); } + break; + + case 120: + + { (yyval.symbol) = sym_lookup((yyvsp[(1) - (1)].string), SYMBOL_CONST); free((yyvsp[(1) - (1)].string)); } + break; + + case 121: + + { (yyval.string) = NULL; } + break; + + + + default: break; + } + /* User semantic actions sometimes alter yychar, and that requires + that yytoken be updated with the new translation. We take the + approach of translating immediately before every use of yytoken. + One alternative is translating here after every semantic action, + but that translation would be missed if the semantic action invokes + YYABORT, YYACCEPT, or YYERROR immediately after altering yychar or + if it invokes YYBACKUP. In the case of YYABORT or YYACCEPT, an + incorrect destructor might then be invoked immediately. In the + case of YYERROR or YYBACKUP, subsequent parser actions might lead + to an incorrect destructor call or verbose syntax error message + before the lookahead is translated. */ + YY_SYMBOL_PRINT ("-> $$ =", yyr1[yyn], &yyval, &yyloc); + + YYPOPSTACK (yylen); + yylen = 0; + YY_STACK_PRINT (yyss, yyssp); + + *++yyvsp = yyval; + + /* Now `shift' the result of the reduction. Determine what state + that goes to, based on the state we popped back to and the rule + number reduced by. */ + + yyn = yyr1[yyn]; + + yystate = yypgoto[yyn - YYNTOKENS] + *yyssp; + if (0 <= yystate && yystate <= YYLAST && yycheck[yystate] == *yyssp) + yystate = yytable[yystate]; + else + yystate = yydefgoto[yyn - YYNTOKENS]; + + goto yynewstate; + + +/*------------------------------------. +| yyerrlab -- here on detecting error | +`------------------------------------*/ +yyerrlab: + /* Make sure we have latest lookahead translation. See comments at + user semantic actions for why this is necessary. */ + yytoken = yychar == YYEMPTY ? YYEMPTY : YYTRANSLATE (yychar); + + /* If not already recovering from an error, report this error. */ + if (!yyerrstatus) + { + ++yynerrs; +#if ! YYERROR_VERBOSE + yyerror (YY_("syntax error")); +#else +# define YYSYNTAX_ERROR yysyntax_error (&yymsg_alloc, &yymsg, \ + yyssp, yytoken) + { + char const *yymsgp = YY_("syntax error"); + int yysyntax_error_status; + yysyntax_error_status = YYSYNTAX_ERROR; + if (yysyntax_error_status == 0) + yymsgp = yymsg; + else if (yysyntax_error_status == 1) + { + if (yymsg != yymsgbuf) + YYSTACK_FREE (yymsg); + yymsg = (char *) YYSTACK_ALLOC (yymsg_alloc); + if (!yymsg) + { + yymsg = yymsgbuf; + yymsg_alloc = sizeof yymsgbuf; + yysyntax_error_status = 2; + } + else + { + yysyntax_error_status = YYSYNTAX_ERROR; + yymsgp = yymsg; + } + } + yyerror (yymsgp); + if (yysyntax_error_status == 2) + goto yyexhaustedlab; + } +# undef YYSYNTAX_ERROR +#endif + } + + + + if (yyerrstatus == 3) + { + /* If just tried and failed to reuse lookahead token after an + error, discard it. */ + + if (yychar <= YYEOF) + { + /* Return failure if at end of input. */ + if (yychar == YYEOF) + YYABORT; + } + else + { + yydestruct ("Error: discarding", + yytoken, &yylval); + yychar = YYEMPTY; + } + } + + /* Else will try to reuse lookahead token after shifting the error + token. */ + goto yyerrlab1; + + +/*---------------------------------------------------. +| yyerrorlab -- error raised explicitly by YYERROR. | +`---------------------------------------------------*/ +yyerrorlab: + + /* Pacify compilers like GCC when the user code never invokes + YYERROR and the label yyerrorlab therefore never appears in user + code. */ + if (/*CONSTCOND*/ 0) + goto yyerrorlab; + + /* Do not reclaim the symbols of the rule which action triggered + this YYERROR. */ + YYPOPSTACK (yylen); + yylen = 0; + YY_STACK_PRINT (yyss, yyssp); + yystate = *yyssp; + goto yyerrlab1; + + +/*-------------------------------------------------------------. +| yyerrlab1 -- common code for both syntax error and YYERROR. | +`-------------------------------------------------------------*/ +yyerrlab1: + yyerrstatus = 3; /* Each real token shifted decrements this. */ + + for (;;) + { + yyn = yypact[yystate]; + if (!yypact_value_is_default (yyn)) + { + yyn += YYTERROR; + if (0 <= yyn && yyn <= YYLAST && yycheck[yyn] == YYTERROR) + { + yyn = yytable[yyn]; + if (0 < yyn) + break; + } + } + + /* Pop the current state because it cannot handle the error token. */ + if (yyssp == yyss) + YYABORT; + + + yydestruct ("Error: popping", + yystos[yystate], yyvsp); + YYPOPSTACK (1); + yystate = *yyssp; + YY_STACK_PRINT (yyss, yyssp); + } + + *++yyvsp = yylval; + + + /* Shift the error token. */ + YY_SYMBOL_PRINT ("Shifting", yystos[yyn], yyvsp, yylsp); + + yystate = yyn; + goto yynewstate; + + +/*-------------------------------------. +| yyacceptlab -- YYACCEPT comes here. | +`-------------------------------------*/ +yyacceptlab: + yyresult = 0; + goto yyreturn; + +/*-----------------------------------. +| yyabortlab -- YYABORT comes here. | +`-----------------------------------*/ +yyabortlab: + yyresult = 1; + goto yyreturn; + +#if !defined yyoverflow || YYERROR_VERBOSE +/*-------------------------------------------------. +| yyexhaustedlab -- memory exhaustion comes here. | +`-------------------------------------------------*/ +yyexhaustedlab: + yyerror (YY_("memory exhausted")); + yyresult = 2; + /* Fall through. */ +#endif + +yyreturn: + if (yychar != YYEMPTY) + { + /* Make sure we have latest lookahead translation. See comments at + user semantic actions for why this is necessary. */ + yytoken = YYTRANSLATE (yychar); + yydestruct ("Cleanup: discarding lookahead", + yytoken, &yylval); + } + /* Do not reclaim the symbols of the rule which action triggered + this YYABORT or YYACCEPT. */ + YYPOPSTACK (yylen); + YY_STACK_PRINT (yyss, yyssp); + while (yyssp != yyss) + { + yydestruct ("Cleanup: popping", + yystos[*yyssp], yyvsp); + YYPOPSTACK (1); + } +#ifndef yyoverflow + if (yyss != yyssa) + YYSTACK_FREE (yyss); +#endif +#if YYERROR_VERBOSE + if (yymsg != yymsgbuf) + YYSTACK_FREE (yymsg); +#endif + /* Make sure YYID is used. */ + return YYID (yyresult); +} + + + + + +void conf_parse(const char *name) +{ + struct symbol *sym; + int i; + + zconf_initscan(name); + + sym_init(); + _menu_init(); + rootmenu.prompt = menu_add_prompt(P_MENU, "Linux Kernel Configuration", NULL); + + if (getenv("ZCONF_DEBUG")) + zconfdebug = 1; + zconfparse(); + if (zconfnerrs) + exit(1); + if (!modules_sym) + modules_sym = sym_find( "n" ); + + rootmenu.prompt->text = _(rootmenu.prompt->text); + rootmenu.prompt->text = sym_expand_string_value(rootmenu.prompt->text); + + menu_finalize(&rootmenu); + for_all_symbols(i, sym) { + if (sym_check_deps(sym)) + zconfnerrs++; + } + if (zconfnerrs) + exit(1); + sym_set_change_count(1); +} + +static const char *zconf_tokenname(int token) +{ + switch (token) { + case T_MENU: return "menu"; + case T_ENDMENU: return "endmenu"; + case T_CHOICE: return "choice"; + case T_ENDCHOICE: return "endchoice"; + case T_IF: return "if"; + case T_ENDIF: return "endif"; + case T_DEPENDS: return "depends"; + case T_VISIBLE: return "visible"; + } + return ""; +} + +static bool zconf_endtoken(const struct kconf_id *id, int starttoken, int endtoken) +{ + if (id->token != endtoken) { + zconf_error("unexpected '%s' within %s block", + kconf_id_strings + id->name, zconf_tokenname(starttoken)); + zconfnerrs++; + return false; + } + if (current_menu->file != current_file) { + zconf_error("'%s' in different file than '%s'", + kconf_id_strings + id->name, zconf_tokenname(starttoken)); + fprintf(stderr, "%s:%d: location of the '%s'\n", + current_menu->file->name, current_menu->lineno, + zconf_tokenname(starttoken)); + zconfnerrs++; + return false; + } + return true; +} + +static void zconfprint(const char *err, ...) +{ + va_list ap; + + fprintf(stderr, "%s:%d: ", zconf_curname(), zconf_lineno()); + va_start(ap, err); + vfprintf(stderr, err, ap); + va_end(ap); + fprintf(stderr, "\n"); +} + +static void zconf_error(const char *err, ...) +{ + va_list ap; + + zconfnerrs++; + fprintf(stderr, "%s:%d: ", zconf_curname(), zconf_lineno()); + va_start(ap, err); + vfprintf(stderr, err, ap); + va_end(ap); + fprintf(stderr, "\n"); +} + +static void zconferror(const char *err) +{ + fprintf(stderr, "%s:%d: %s\n", zconf_curname(), zconf_lineno() + 1, err); +} + +static void print_quoted_string(FILE *out, const char *str) +{ + const char *p; + int len; + + putc('"', out); + while ((p = strchr(str, '"'))) { + len = p - str; + if (len) + fprintf(out, "%.*s", len, str); + fputs("\\\"", out); + str = p + 1; + } + fputs(str, out); + putc('"', out); +} + +static void print_symbol(FILE *out, struct menu *menu) +{ + struct symbol *sym = menu->sym; + struct property *prop; + + if (sym_is_choice(sym)) + fprintf(out, "\nchoice\n"); + else + fprintf(out, "\nconfig %s\n", sym->name); + switch (sym->type) { + case S_BOOLEAN: + fputs(" boolean\n", out); + break; + case S_TRISTATE: + fputs(" tristate\n", out); + break; + case S_STRING: + fputs(" string\n", out); + break; + case S_INT: + fputs(" integer\n", out); + break; + case S_HEX: + fputs(" hex\n", out); + break; + default: + fputs(" ???\n", out); + break; + } + for (prop = sym->prop; prop; prop = prop->next) { + if (prop->menu != menu) + continue; + switch (prop->type) { + case P_PROMPT: + fputs(" prompt ", out); + print_quoted_string(out, prop->text); + if (!expr_is_yes(prop->visible.expr)) { + fputs(" if ", out); + expr_fprint(prop->visible.expr, out); + } + fputc('\n', out); + break; + case P_DEFAULT: + fputs( " default ", out); + expr_fprint(prop->expr, out); + if (!expr_is_yes(prop->visible.expr)) { + fputs(" if ", out); + expr_fprint(prop->visible.expr, out); + } + fputc('\n', out); + break; + case P_CHOICE: + fputs(" #choice value\n", out); + break; + case P_SELECT: + fputs( " select ", out); + expr_fprint(prop->expr, out); + fputc('\n', out); + break; + case P_RANGE: + fputs( " range ", out); + expr_fprint(prop->expr, out); + fputc('\n', out); + break; + case P_MENU: + fputs( " menu ", out); + print_quoted_string(out, prop->text); + fputc('\n', out); + break; + default: + fprintf(out, " unknown prop %d!\n", prop->type); + break; + } + } + if (menu->help) { + int len = strlen(menu->help); + while (menu->help[--len] == '\n') + menu->help[len] = 0; + fprintf(out, " help\n%s\n", menu->help); + } +} + +void zconfdump(FILE *out) +{ + struct property *prop; + struct symbol *sym; + struct menu *menu; + + menu = rootmenu.list; + while (menu) { + if ((sym = menu->sym)) + print_symbol(out, menu); + else if ((prop = menu->prompt)) { + switch (prop->type) { + case P_COMMENT: + fputs("\ncomment ", out); + print_quoted_string(out, prop->text); + fputs("\n", out); + break; + case P_MENU: + fputs("\nmenu ", out); + print_quoted_string(out, prop->text); + fputs("\n", out); + break; + default: + ; + } + if (!expr_is_yes(prop->visible.expr)) { + fputs(" depends ", out); + expr_fprint(prop->visible.expr, out); + fputc('\n', out); + } + } + + if (menu->list) + menu = menu->list; + else if (menu->next) + menu = menu->next; + else while ((menu = menu->parent)) { + if (menu->prompt && menu->prompt->type == P_MENU) + fputs("\nendmenu\n", out); + if (menu->next) { + menu = menu->next; + break; + } + } + } +} + +#include "zconf.lex.c" +#include "util.c" +#include "confdata.c" +#include "expr.c" +#include "symbol.c" +#include "menu.c" + diff --git a/xen/tools/kconfig/zconf.y b/xen/tools/kconfig/zconf.y new file mode 100644 index 0000000..71bf8bf --- /dev/null +++ b/xen/tools/kconfig/zconf.y @@ -0,0 +1,742 @@ +%{ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include +#include + +#include "lkc.h" + +#define printd(mask, fmt...) if (cdebug & (mask)) printf(fmt) + +#define PRINTD 0x0001 +#define DEBUG_PARSE 0x0002 + +int cdebug = PRINTD; + +extern int zconflex(void); +static void zconfprint(const char *err, ...); +static void zconf_error(const char *err, ...); +static void zconferror(const char *err); +static bool zconf_endtoken(const struct kconf_id *id, int starttoken, int endtoken); + +struct symbol *symbol_hash[SYMBOL_HASHSIZE]; + +static struct menu *current_menu, *current_entry; + +%} +%expect 30 + +%union +{ + char *string; + struct file *file; + struct symbol *symbol; + struct expr *expr; + struct menu *menu; + const struct kconf_id *id; +} + +%token T_MAINMENU +%token T_MENU +%token T_ENDMENU +%token T_SOURCE +%token T_CHOICE +%token T_ENDCHOICE +%token T_COMMENT +%token T_CONFIG +%token T_MENUCONFIG +%token T_HELP +%token T_HELPTEXT +%token T_IF +%token T_ENDIF +%token T_DEPENDS +%token T_OPTIONAL +%token T_PROMPT +%token T_TYPE +%token T_DEFAULT +%token T_SELECT +%token T_RANGE +%token T_VISIBLE +%token T_OPTION +%token T_ON +%token T_WORD +%token T_WORD_QUOTE +%token T_UNEQUAL +%token T_LESS +%token T_LESS_EQUAL +%token T_GREATER +%token T_GREATER_EQUAL +%token T_CLOSE_PAREN +%token T_OPEN_PAREN +%token T_EOL + +%left T_OR +%left T_AND +%left T_EQUAL T_UNEQUAL +%left T_LESS T_LESS_EQUAL T_GREATER T_GREATER_EQUAL +%nonassoc T_NOT + +%type prompt +%type symbol +%type expr +%type if_expr +%type end +%type option_name +%type if_entry menu_entry choice_entry +%type symbol_option_arg word_opt + +%destructor { + fprintf(stderr, "%s:%d: missing end statement for this entry\n", + $$->file->name, $$->lineno); + if (current_menu == $$) + menu_end_menu(); +} if_entry menu_entry choice_entry + +%{ +/* Include zconf.hash.c here so it can see the token constants. */ +#include "zconf.hash.c" +%} + +%% +input: nl start | start; + +start: mainmenu_stmt stmt_list | stmt_list; + +stmt_list: + /* empty */ + | stmt_list common_stmt + | stmt_list choice_stmt + | stmt_list menu_stmt + | stmt_list end { zconf_error("unexpected end statement"); } + | stmt_list T_WORD error T_EOL { zconf_error("unknown statement \"%s\"", $2); } + | stmt_list option_name error T_EOL +{ + zconf_error("unexpected option \"%s\"", kconf_id_strings + $2->name); +} + | stmt_list error T_EOL { zconf_error("invalid statement"); } +; + +option_name: + T_DEPENDS | T_PROMPT | T_TYPE | T_SELECT | T_OPTIONAL | T_RANGE | T_DEFAULT | T_VISIBLE +; + +common_stmt: + T_EOL + | if_stmt + | comment_stmt + | config_stmt + | menuconfig_stmt + | source_stmt +; + +option_error: + T_WORD error T_EOL { zconf_error("unknown option \"%s\"", $1); } + | error T_EOL { zconf_error("invalid option"); } +; + + +/* config/menuconfig entry */ + +config_entry_start: T_CONFIG T_WORD T_EOL +{ + struct symbol *sym = sym_lookup($2, 0); + sym->flags |= SYMBOL_OPTIONAL; + menu_add_entry(sym); + printd(DEBUG_PARSE, "%s:%d:config %s\n", zconf_curname(), zconf_lineno(), $2); +}; + +config_stmt: config_entry_start config_option_list +{ + menu_end_entry(); + printd(DEBUG_PARSE, "%s:%d:endconfig\n", zconf_curname(), zconf_lineno()); +}; + +menuconfig_entry_start: T_MENUCONFIG T_WORD T_EOL +{ + struct symbol *sym = sym_lookup($2, 0); + sym->flags |= SYMBOL_OPTIONAL; + menu_add_entry(sym); + printd(DEBUG_PARSE, "%s:%d:menuconfig %s\n", zconf_curname(), zconf_lineno(), $2); +}; + +menuconfig_stmt: menuconfig_entry_start config_option_list +{ + if (current_entry->prompt) + current_entry->prompt->type = P_MENU; + else + zconfprint("warning: menuconfig statement without prompt"); + menu_end_entry(); + printd(DEBUG_PARSE, "%s:%d:endconfig\n", zconf_curname(), zconf_lineno()); +}; + +config_option_list: + /* empty */ + | config_option_list config_option + | config_option_list symbol_option + | config_option_list depends + | config_option_list help + | config_option_list option_error + | config_option_list T_EOL +; + +config_option: T_TYPE prompt_stmt_opt T_EOL +{ + menu_set_type($1->stype); + printd(DEBUG_PARSE, "%s:%d:type(%u)\n", + zconf_curname(), zconf_lineno(), + $1->stype); +}; + +config_option: T_PROMPT prompt if_expr T_EOL +{ + menu_add_prompt(P_PROMPT, $2, $3); + printd(DEBUG_PARSE, "%s:%d:prompt\n", zconf_curname(), zconf_lineno()); +}; + +config_option: T_DEFAULT expr if_expr T_EOL +{ + menu_add_expr(P_DEFAULT, $2, $3); + if ($1->stype != S_UNKNOWN) + menu_set_type($1->stype); + printd(DEBUG_PARSE, "%s:%d:default(%u)\n", + zconf_curname(), zconf_lineno(), + $1->stype); +}; + +config_option: T_SELECT T_WORD if_expr T_EOL +{ + menu_add_symbol(P_SELECT, sym_lookup($2, 0), $3); + printd(DEBUG_PARSE, "%s:%d:select\n", zconf_curname(), zconf_lineno()); +}; + +config_option: T_RANGE symbol symbol if_expr T_EOL +{ + menu_add_expr(P_RANGE, expr_alloc_comp(E_RANGE,$2, $3), $4); + printd(DEBUG_PARSE, "%s:%d:range\n", zconf_curname(), zconf_lineno()); +}; + +symbol_option: T_OPTION symbol_option_list T_EOL +; + +symbol_option_list: + /* empty */ + | symbol_option_list T_WORD symbol_option_arg +{ + const struct kconf_id *id = kconf_id_lookup($2, strlen($2)); + if (id && id->flags & TF_OPTION) + menu_add_option(id->token, $3); + else + zconfprint("warning: ignoring unknown option %s", $2); + free($2); +}; + +symbol_option_arg: + /* empty */ { $$ = NULL; } + | T_EQUAL prompt { $$ = $2; } +; + +/* choice entry */ + +choice: T_CHOICE word_opt T_EOL +{ + struct symbol *sym = sym_lookup($2, SYMBOL_CHOICE); + sym->flags |= SYMBOL_AUTO; + menu_add_entry(sym); + menu_add_expr(P_CHOICE, NULL, NULL); + printd(DEBUG_PARSE, "%s:%d:choice\n", zconf_curname(), zconf_lineno()); +}; + +choice_entry: choice choice_option_list +{ + $$ = menu_add_menu(); +}; + +choice_end: end +{ + if (zconf_endtoken($1, T_CHOICE, T_ENDCHOICE)) { + menu_end_menu(); + printd(DEBUG_PARSE, "%s:%d:endchoice\n", zconf_curname(), zconf_lineno()); + } +}; + +choice_stmt: choice_entry choice_block choice_end +; + +choice_option_list: + /* empty */ + | choice_option_list choice_option + | choice_option_list depends + | choice_option_list help + | choice_option_list T_EOL + | choice_option_list option_error +; + +choice_option: T_PROMPT prompt if_expr T_EOL +{ + menu_add_prompt(P_PROMPT, $2, $3); + printd(DEBUG_PARSE, "%s:%d:prompt\n", zconf_curname(), zconf_lineno()); +}; + +choice_option: T_TYPE prompt_stmt_opt T_EOL +{ + if ($1->stype == S_BOOLEAN || $1->stype == S_TRISTATE) { + menu_set_type($1->stype); + printd(DEBUG_PARSE, "%s:%d:type(%u)\n", + zconf_curname(), zconf_lineno(), + $1->stype); + } else + YYERROR; +}; + +choice_option: T_OPTIONAL T_EOL +{ + current_entry->sym->flags |= SYMBOL_OPTIONAL; + printd(DEBUG_PARSE, "%s:%d:optional\n", zconf_curname(), zconf_lineno()); +}; + +choice_option: T_DEFAULT T_WORD if_expr T_EOL +{ + if ($1->stype == S_UNKNOWN) { + menu_add_symbol(P_DEFAULT, sym_lookup($2, 0), $3); + printd(DEBUG_PARSE, "%s:%d:default\n", + zconf_curname(), zconf_lineno()); + } else + YYERROR; +}; + +choice_block: + /* empty */ + | choice_block common_stmt +; + +/* if entry */ + +if_entry: T_IF expr nl +{ + printd(DEBUG_PARSE, "%s:%d:if\n", zconf_curname(), zconf_lineno()); + menu_add_entry(NULL); + menu_add_dep($2); + $$ = menu_add_menu(); +}; + +if_end: end +{ + if (zconf_endtoken($1, T_IF, T_ENDIF)) { + menu_end_menu(); + printd(DEBUG_PARSE, "%s:%d:endif\n", zconf_curname(), zconf_lineno()); + } +}; + +if_stmt: if_entry if_block if_end +; + +if_block: + /* empty */ + | if_block common_stmt + | if_block menu_stmt + | if_block choice_stmt +; + +/* mainmenu entry */ + +mainmenu_stmt: T_MAINMENU prompt nl +{ + menu_add_prompt(P_MENU, $2, NULL); +}; + +/* menu entry */ + +menu: T_MENU prompt T_EOL +{ + menu_add_entry(NULL); + menu_add_prompt(P_MENU, $2, NULL); + printd(DEBUG_PARSE, "%s:%d:menu\n", zconf_curname(), zconf_lineno()); +}; + +menu_entry: menu visibility_list depends_list +{ + $$ = menu_add_menu(); +}; + +menu_end: end +{ + if (zconf_endtoken($1, T_MENU, T_ENDMENU)) { + menu_end_menu(); + printd(DEBUG_PARSE, "%s:%d:endmenu\n", zconf_curname(), zconf_lineno()); + } +}; + +menu_stmt: menu_entry menu_block menu_end +; + +menu_block: + /* empty */ + | menu_block common_stmt + | menu_block menu_stmt + | menu_block choice_stmt +; + +source_stmt: T_SOURCE prompt T_EOL +{ + printd(DEBUG_PARSE, "%s:%d:source %s\n", zconf_curname(), zconf_lineno(), $2); + zconf_nextfile($2); +}; + +/* comment entry */ + +comment: T_COMMENT prompt T_EOL +{ + menu_add_entry(NULL); + menu_add_prompt(P_COMMENT, $2, NULL); + printd(DEBUG_PARSE, "%s:%d:comment\n", zconf_curname(), zconf_lineno()); +}; + +comment_stmt: comment depends_list +{ + menu_end_entry(); +}; + +/* help option */ + +help_start: T_HELP T_EOL +{ + printd(DEBUG_PARSE, "%s:%d:help\n", zconf_curname(), zconf_lineno()); + zconf_starthelp(); +}; + +help: help_start T_HELPTEXT +{ + current_entry->help = $2; +}; + +/* depends option */ + +depends_list: + /* empty */ + | depends_list depends + | depends_list T_EOL + | depends_list option_error +; + +depends: T_DEPENDS T_ON expr T_EOL +{ + menu_add_dep($3); + printd(DEBUG_PARSE, "%s:%d:depends on\n", zconf_curname(), zconf_lineno()); +}; + +/* visibility option */ + +visibility_list: + /* empty */ + | visibility_list visible + | visibility_list T_EOL +; + +visible: T_VISIBLE if_expr +{ + menu_add_visibility($2); +}; + +/* prompt statement */ + +prompt_stmt_opt: + /* empty */ + | prompt if_expr +{ + menu_add_prompt(P_PROMPT, $1, $2); +}; + +prompt: T_WORD + | T_WORD_QUOTE +; + +end: T_ENDMENU T_EOL { $$ = $1; } + | T_ENDCHOICE T_EOL { $$ = $1; } + | T_ENDIF T_EOL { $$ = $1; } +; + +nl: + T_EOL + | nl T_EOL +; + +if_expr: /* empty */ { $$ = NULL; } + | T_IF expr { $$ = $2; } +; + +expr: symbol { $$ = expr_alloc_symbol($1); } + | symbol T_LESS symbol { $$ = expr_alloc_comp(E_LTH, $1, $3); } + | symbol T_LESS_EQUAL symbol { $$ = expr_alloc_comp(E_LEQ, $1, $3); } + | symbol T_GREATER symbol { $$ = expr_alloc_comp(E_GTH, $1, $3); } + | symbol T_GREATER_EQUAL symbol { $$ = expr_alloc_comp(E_GEQ, $1, $3); } + | symbol T_EQUAL symbol { $$ = expr_alloc_comp(E_EQUAL, $1, $3); } + | symbol T_UNEQUAL symbol { $$ = expr_alloc_comp(E_UNEQUAL, $1, $3); } + | T_OPEN_PAREN expr T_CLOSE_PAREN { $$ = $2; } + | T_NOT expr { $$ = expr_alloc_one(E_NOT, $2); } + | expr T_OR expr { $$ = expr_alloc_two(E_OR, $1, $3); } + | expr T_AND expr { $$ = expr_alloc_two(E_AND, $1, $3); } +; + +symbol: T_WORD { $$ = sym_lookup($1, 0); free($1); } + | T_WORD_QUOTE { $$ = sym_lookup($1, SYMBOL_CONST); free($1); } +; + +word_opt: /* empty */ { $$ = NULL; } + | T_WORD + +%% + +void conf_parse(const char *name) +{ + struct symbol *sym; + int i; + + zconf_initscan(name); + + sym_init(); + _menu_init(); + rootmenu.prompt = menu_add_prompt(P_MENU, "Linux Kernel Configuration", NULL); + + if (getenv("ZCONF_DEBUG")) + zconfdebug = 1; + zconfparse(); + if (zconfnerrs) + exit(1); + if (!modules_sym) + modules_sym = sym_find( "n" ); + + rootmenu.prompt->text = _(rootmenu.prompt->text); + rootmenu.prompt->text = sym_expand_string_value(rootmenu.prompt->text); + + menu_finalize(&rootmenu); + for_all_symbols(i, sym) { + if (sym_check_deps(sym)) + zconfnerrs++; + } + if (zconfnerrs) + exit(1); + sym_set_change_count(1); +} + +static const char *zconf_tokenname(int token) +{ + switch (token) { + case T_MENU: return "menu"; + case T_ENDMENU: return "endmenu"; + case T_CHOICE: return "choice"; + case T_ENDCHOICE: return "endchoice"; + case T_IF: return "if"; + case T_ENDIF: return "endif"; + case T_DEPENDS: return "depends"; + case T_VISIBLE: return "visible"; + } + return ""; +} + +static bool zconf_endtoken(const struct kconf_id *id, int starttoken, int endtoken) +{ + if (id->token != endtoken) { + zconf_error("unexpected '%s' within %s block", + kconf_id_strings + id->name, zconf_tokenname(starttoken)); + zconfnerrs++; + return false; + } + if (current_menu->file != current_file) { + zconf_error("'%s' in different file than '%s'", + kconf_id_strings + id->name, zconf_tokenname(starttoken)); + fprintf(stderr, "%s:%d: location of the '%s'\n", + current_menu->file->name, current_menu->lineno, + zconf_tokenname(starttoken)); + zconfnerrs++; + return false; + } + return true; +} + +static void zconfprint(const char *err, ...) +{ + va_list ap; + + fprintf(stderr, "%s:%d: ", zconf_curname(), zconf_lineno()); + va_start(ap, err); + vfprintf(stderr, err, ap); + va_end(ap); + fprintf(stderr, "\n"); +} + +static void zconf_error(const char *err, ...) +{ + va_list ap; + + zconfnerrs++; + fprintf(stderr, "%s:%d: ", zconf_curname(), zconf_lineno()); + va_start(ap, err); + vfprintf(stderr, err, ap); + va_end(ap); + fprintf(stderr, "\n"); +} + +static void zconferror(const char *err) +{ + fprintf(stderr, "%s:%d: %s\n", zconf_curname(), zconf_lineno() + 1, err); +} + +static void print_quoted_string(FILE *out, const char *str) +{ + const char *p; + int len; + + putc('"', out); + while ((p = strchr(str, '"'))) { + len = p - str; + if (len) + fprintf(out, "%.*s", len, str); + fputs("\\\"", out); + str = p + 1; + } + fputs(str, out); + putc('"', out); +} + +static void print_symbol(FILE *out, struct menu *menu) +{ + struct symbol *sym = menu->sym; + struct property *prop; + + if (sym_is_choice(sym)) + fprintf(out, "\nchoice\n"); + else + fprintf(out, "\nconfig %s\n", sym->name); + switch (sym->type) { + case S_BOOLEAN: + fputs(" boolean\n", out); + break; + case S_TRISTATE: + fputs(" tristate\n", out); + break; + case S_STRING: + fputs(" string\n", out); + break; + case S_INT: + fputs(" integer\n", out); + break; + case S_HEX: + fputs(" hex\n", out); + break; + default: + fputs(" ???\n", out); + break; + } + for (prop = sym->prop; prop; prop = prop->next) { + if (prop->menu != menu) + continue; + switch (prop->type) { + case P_PROMPT: + fputs(" prompt ", out); + print_quoted_string(out, prop->text); + if (!expr_is_yes(prop->visible.expr)) { + fputs(" if ", out); + expr_fprint(prop->visible.expr, out); + } + fputc('\n', out); + break; + case P_DEFAULT: + fputs( " default ", out); + expr_fprint(prop->expr, out); + if (!expr_is_yes(prop->visible.expr)) { + fputs(" if ", out); + expr_fprint(prop->visible.expr, out); + } + fputc('\n', out); + break; + case P_CHOICE: + fputs(" #choice value\n", out); + break; + case P_SELECT: + fputs( " select ", out); + expr_fprint(prop->expr, out); + fputc('\n', out); + break; + case P_RANGE: + fputs( " range ", out); + expr_fprint(prop->expr, out); + fputc('\n', out); + break; + case P_MENU: + fputs( " menu ", out); + print_quoted_string(out, prop->text); + fputc('\n', out); + break; + default: + fprintf(out, " unknown prop %d!\n", prop->type); + break; + } + } + if (menu->help) { + int len = strlen(menu->help); + while (menu->help[--len] == '\n') + menu->help[len] = 0; + fprintf(out, " help\n%s\n", menu->help); + } +} + +void zconfdump(FILE *out) +{ + struct property *prop; + struct symbol *sym; + struct menu *menu; + + menu = rootmenu.list; + while (menu) { + if ((sym = menu->sym)) + print_symbol(out, menu); + else if ((prop = menu->prompt)) { + switch (prop->type) { + case P_COMMENT: + fputs("\ncomment ", out); + print_quoted_string(out, prop->text); + fputs("\n", out); + break; + case P_MENU: + fputs("\nmenu ", out); + print_quoted_string(out, prop->text); + fputs("\n", out); + break; + default: + ; + } + if (!expr_is_yes(prop->visible.expr)) { + fputs(" depends ", out); + expr_fprint(prop->visible.expr, out); + fputc('\n', out); + } + } + + if (menu->list) + menu = menu->list; + else if (menu->next) + menu = menu->next; + else while ((menu = menu->parent)) { + if (menu->prompt && menu->prompt->type == P_MENU) + fputs("\nendmenu\n", out); + if (menu->next) { + menu = menu->next; + break; + } + } + } +} + +#include "zconf.lex.c" +#include "util.c" +#include "confdata.c" +#include "expr.c" +#include "symbol.c" +#include "menu.c" -- 2.4.10 _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From xen-users-bounces@lists.xen.org Fri Dec 11 16:06:10 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Fri, 11 Dec 2015 16:06:10 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a7QCE-00011m-72; Fri, 11 Dec 2015 16:05:26 +0000 Received: from mail6.bemta3.messagelabs.com ([195.245.230.39]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a7Q7N-0008R6-IX for xen-users@lists.xen.org; Fri, 11 Dec 2015 16:00:27 +0000 Received: from [85.158.137.68] by server-13.bemta-3.messagelabs.com id 88/D8-31443-813FA665; Fri, 11 Dec 2015 16:00:24 +0000 X-Env-Sender: et@etit.hu X-Msg-Ref: server-14.tower-31.messagelabs.com!1449849622!10115162!1 X-Originating-IP: [95.140.34.219] X-SpamReason: No, hits=0.0 required=7.0 tests= X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 40596 invoked from network); 11 Dec 2015 16:00:22 -0000 Received: from mail.etit.hu (HELO mail.etit.hu) (95.140.34.219) by server-14.tower-31.messagelabs.com with SMTP; 11 Dec 2015 16:00:22 -0000 Received: from localhost (localhost [127.0.0.1]) by mail.etit.hu (Postfix) with ESMTP id E5D6AB3C; Fri, 11 Dec 2015 17:00:21 +0100 (CET) Received: from [192.168.100.100] (87.229.89.127.z-net.hu [87.229.89.127]) by mail.etit.hu (Postfix) with ESMTPSA id AA31AB30; Fri, 11 Dec 2015 17:00:12 +0100 (CET) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=etit.hu; s=mail; t=1449849613; bh=3K3lsS65HeQ5cUkvHC90qUCeQT/hPARMNAijdsLMLvk=; h=Subject:To:From:Message-ID:Date:MIME-Version:Content-Type:From; b=Ta6A36R/OzXKTjPPTdAR5hQo9rARz/NAyBmBZVKIDHOk9BXWu/YoI4wH3fgve4Jtb yvAkenV3aHk0PlOgXhZrISh83DvpuFySPgnpY4FNwerWicu5+W+LTUIuJ+RaGeMZAP m7uZeGePR7EMpt+3RoUIR7R/Wn+ijKrH0xCMfYz8= To: =?UTF-8?Q?Roger_Pau_Monn=c3=a9?= , "xen-users@lists.xen.org" References: <566AE275.7050902@etit.hu> <566AEB5E.5000600@citrix.com> From: =?UTF-8?B?w4lsacOhcyBUYW3DoXM=?= X-Enigmail-Draft-Status: N1110 Organization: ETIT[nwpro] KFT Message-ID: <566AF306.3050008@etit.hu> Date: Fri, 11 Dec 2015 17:00:06 +0100 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:38.0) Gecko/20100101 Thunderbird/38.4.0 MIME-Version: 1.0 In-Reply-To: <566AEB5E.5000600@citrix.com> X-Mailman-Approved-At: Fri, 11 Dec 2015 16:05:24 +0000 Subject: Re: [Xen-users] xen 4.6 & dom0pvh X-BeenThere: xen-users@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen user discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: multipart/mixed; boundary="===============5984899466528090555==" Sender: xen-users-bounces@lists.xen.org Errors-To: xen-users-bounces@lists.xen.org This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --===============5984899466528090555== Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="INWHiJIF5Cgvwonws4av4N2jmgeWkm3pg" This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --INWHiJIF5Cgvwonws4av4N2jmgeWkm3pg Content-Type: multipart/mixed; boundary="------------050206070000080604020101" This is a multi-part message in MIME format. --------------050206070000080604020101 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: quoted-printable Hi. I made a screenshot. Attached. 2015-12-11 16:27 keltez=C3=A9ssel, Roger Pau Monn=C3=A9 =C3=ADrta: > El 11/12/15 a les 15.49, =C3=89li=C3=A1s Tam=C3=A1s ha escrit: >> Hi all. >> >> After several unsuccessfuly tries with dom0pvh I decided to ask for so= me >> help. >> >> I'm compiling xen 4.6-staging from source, and creating a dom0 on a >> debian 8 system. >> >> Without the kernel parameter dom0pvh=3D1, the system just boots fine a= nd >> XEN is working useable. However, when turning dom0pvh=3D1, after the x= en >> kernel loads, the kernel freezez with a stack dump. >=20 > Can you send the stack dump? Without it it's quite hard to know what's > going on. >=20 > Roger. >=20 >=20 --=20 =C3=89li=C3=A1s Tam=C3=A1s Thomas Elias ETIT[nwpro] KFT, =C3=9Cgyvezet=C5=91-H=C3=A1l=C3=B3zatbiztons=C3=A1gi spe= cialista ETIT[nwpro] Ltd, General Manager-Network security specialist Tel. HU: +36/30-497-1626 Tel. DE: +49/160-651-8723 OpenPGP pubkey: http://etit.hu/doc/et-pub.asc Okleveles m=C3=A9rn=C3=B6k-informatikus (MSC) Master of Science in Information Technology (MSC) Kapcsolat: http://etit.hu/index.php/hu/kapcsolat Jogi nyilatkozat: http://etit.hu/disclaimer-email-hu.txt Contact: http://etit.hu/index.php/en/contact Disclaimer: http://etit.hu/disclaimer-email-en.txt --------------050206070000080604020101 Content-Type: image/jpeg; name="pvhdom0.jpg" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="pvhdom0.jpg" /9j/4AAQSkZJRgABAQEAtAC0AAD//gATQ3JlYXRlZCB3aXRoIEdJTVD/2wBDAAMCAgMCAgMD AwMEAwMEBQgFBQQEBQoHBwYIDAoMDAsKCwsNDhIQDQ4RDgsLEBYQERMUFRUVDA8XGBYUGBIU FRT/2wBDAQMEBAUEBQkFBQkUDQsNFBQUFBQUFBQUFBQUFBQUFBQUFBQUFBQUFBQUFBQUFBQU FBQUFBQUFBQUFBQUFBQUFBT/wgARCAMWBAADAREAAhEBAxEB/8QAHAAAAAcBAQAAAAAAAAAA AAAAAAECBAUGBwMI/8QAGgEAAwEBAQEAAAAAAAAAAAAAAAECAwQFBv/aAAwDAQACEAMQAAAB zn4/v6iKLDE0hDKYNhuypHUqkJhzQSVog2cBjSI0ioS2GASc0Vs6RSwlztgSgMA0TAgIDAMk JpBoxgYkLRFAmwxEmaDEGEM5AJUMaIxECRhsWjzAI2EUAFBpEBgcsNGgqSmylAFISNSQbNho NI6BmztJQbahGUaRNADTUAaUqBJjUmYG0E1JHTCQYJYYEgM5aWlWABm1DAjbIA0YyzQCJdSJ Fb6JZ6CU0sUBAYGw0uoE2lChLYYBMCMRMVQlMAlBCRQGjkQNCYEpyq6EoCJAmhoBMkhSCZsC DQeiKUTZyCRQdGJGaoJLmQ2YBpSCANm2rNGBgaZgbCBTZ5o0jbJCmGBtgSpCTMlVMUzlHIdC YFWCUGJVG2pymQDO2aRNCaCkgNgpqQpCUKYEGAQYHQYxAeiAwpEs0FIdtYBspRgUjFaSV5UX 1cpT28KZnTaKDQA0ADauPSmamtYXN6KwdGfKK4MsF513Gu+o/CKCUaruOjnSavyaT+k9rzrm WqUw0qnZNZrOLCCkMCbCAIAdMhGMwJIASZgQdQsPVlW+bQpQp9g6iawwwgNBKlNEIxgAID62 kMTlRpAS6EQAoCCDADORSOrEIMDkWjoABQCGqX2S6MShatSXVBgebWhSamzk7AcosqXQaSpY S6J9GzbVMqqgkUoIJUEKprAgIAxOKVO0prlT/Ry0X6Plw/GuWdBo2xIbDDSdpvXZz+ffP6Jd HoL0ebPpu4uY/PTlplMaPPcNdV1ycJYOVqMLAOPp2ENJ9PhwmNuONXDSK+aanrhlOOyob/XK Kz17uZ21nGDjMNtC6s4dTP2o7LV3tlJSZ7lc1JU8dL3FXv2PPzfk6BlVg2nhhpYuzmq3PtDq pm5onPoqbuvTjFS21OaJiYfIertZ5pEdjZzXINZ6MMe5+g2u1Q0VBpY4yKcZ1vnfyYhjcdGi xzeVS3dy03l3Jhy0ovwT3bzZTx9Alql3hqr3DTLReZMuk7ZRXLrZNsyoreOiATUkNKcgyU1n jlXGkcyqL4lFKj4oB1SdC4TSWJa78Wlq8rqk7zqnfloP0XHhs3yyZug0YzEGtO1jv289A4uh Crb9Ij+nKr3OgY3k2Guj+hzjg3yvedyyrKN8tGl+fuPo1SDUvS4ofZNMaRlZ5X17sNB5duO2 TrXHL+DqyPZ+jdMsXkzrh69/2wnQuPZz5/y9Gn65VKni8U3yqg827kfoDt5yWPaNXnSs15dZ fXLQUPcrtu2Xkmbc+d1esfT4qXU1CbuPPsro5aNltZarLcb0/wBHmheTXOJvTNMufNo30mwd OTDLblrlMJeaufoTz6bz6PMkXHK7hvnneW/Lbm07PWKczWuflTz+vXY0t3pcPHHSAluLejYv N9oa5aTKnnG9T15aJ5/V6O7c4rbOr46cMrdaw3pUPl32y85zrw446kNFRHS6jlo9JyXDUKtB bvvRy17Hbgkwoznyei1+H0yGmdZ7smPuZRm8Q0sxm0BmgCvNzOdOVU5dWdrQds46b66xE46M MavXZz0zDevBplxTGWNxmXNvOw7V05k5PWXMVT8NdC7OWE59u9k5UwUKiq9GqaGiv82t9uHd O47Z1OThlVg2nPE0Y3BRb+Xs/o8zGHZbzhY1zPGtC3hGdLzUHNVGkrk3uvXjddMq1Y+5N+2+ LG13i6nhtoHfyReGtKRpGkRkaclPK57xcTpM2pw7l6Osv0P2Yx2uUvDcPTN8dLHvzXodfKks 15kw32nN0Hrx1sGOdzmiv1RQ6bvFw1TXuXoiurlz3i6/RHRFmqEbZFzdE3U51tlX+fblhr26 Oa+GhJU2S60VKaymF1jSEmtOdW3o5IfHo6pQsrNfH7LN427/AEyg+zOjfRYp0XBLu040Ajkk 6tcCliY5B03FnGDvRwgVSf6wxzsw5ZvrU99EQIGQEhTGuTIDAMCAIgDZJBhpgRjAzAEmMkwA QaFUOWutyynQSBBiDAghGMxhINGgIDZjCQaJpSYYpMmEkdBJhpMom+jVss7bZU/n1QUonowk zHxadJcmOFKilNSIuBQSfojS+hDKbnCHbb5pknJpoua/m5xuPTtrhuyAVWyoiZupF6EZ5nlr oFSLz7RoAq8zD+N2WXyd33Tmw0ymvqOSoblH59LFJuXbl22zz+NNHvOdSh9I8x8O/PLX073c +B4abB1YYBxdPorpzktca3NRcrIebr9E9XK/1hgq4ofZlJjS09GPnDz+tCZJGwhmImBAADAg AaMYA0ADQaYAAGjTNohkhQiYGCWpImAZyCgwCDbDQQaEiNM2BoAAAAYaJIwDYAAYwBiAzEQB hsCQQG1CCDGaapkMUMwWw4FAbakKA0GwSwAAMFAQEBBDDEoSNKlmE74vXY/K1eXDXpim/R4a H6XNj/JsqTftVcu7kgIu3srtqNF544d+WV+jt8MCu9+2zpuW1ivO8aZ0iQppsrzi513TGax1 c6ZVvC8XW+p9nJg/m9iZYAmEw5QAqDTCQAxgBQEjTDDQaYGTkwNMNAAMABBByg2AAGAbMCEY xQJRyABQAMCEYwAllYpIhADbMAgxqAgIRiABgAhho0GAQoZpGxSpRKmzzFNmhdBoCDQYzYEg 2TYSAAClpkJUikmk0gsfidU/5mzjSRrnUfpOW9+hjj+Fvc62nrzZ1Dq0MXN2d9o888+0dhe+ 75Z1qtWqKJN0Xm227qygLiXZTs6huTTYvS5qjjb7SHnPpE0SPTl5+87rKEAJgYAAEAYaDGQG ASAGBjAHIGARtgAmEioOQAaQbCDYAAjGBhogMYmQ2YAAw0BIDDQQdMJGMpFMCQpqACDYkDQG Gg2BKlk0Eg2oAI0LVGNdI4akjYYKTNM5QYbZiIAgNkBIDZJoQlpMtpKs/hdM95/QreOzzyb6 PmLeSYGGkYGwmLoDSUEmug2ARglpRRCNtKRCMEphAEGCgpCYGAZkhgQGBswCQAhlIaSmww0E ghKA2BBDSg0KGTApNsJhhsKUbAgAYzaJChikEGBIIDGAAjYQGmcI6ZgYgSBmMJlUmUAAgkCj pGmBGABQGhaZtGmcpTagCZiUgVQSNAGQjTIZCDaW0pJQlDNFs+e65rg3PbJ3UUv6Hnvns8uM cXQSQaAwI6UuV6N7+fAs3WebXcunOZpTm2VPKlhHF9JzPaGcaMnM/lfmrPfjhREvWeku/lzz l6G/XhoWVZMtNJ6OedxprDddWMNjtIyONIjBRqrEuffR8nfu7laY6V2a5bTm/P0bEY3CprlD bScE4+pxmeh+3mo/L0RvZhpeRmPP0TXdzWfl1zId86cC5N6JrOlaQ4wulWpVqcl1hu465xTW I8fRsLjHTWw5PU/Q48K5ulOV7deVBV2LpymMaoaqx75ymN0hVYN8ZLGqYtbLrjYkULPZ3UXS 4oeereot9xwzuJkkLnlGtUcxeF2miKqZYks7jKbmjvm2EpOjcycSg0GcJFt80yS5JxWZbfn+ uV8/Yaw/rOke7jofu8mI8WyQFIDNIMW3vO+WabRUOTa56Gt9WHeXliq57YVzj6t535uG2bHP ZN41Tz+nBOsjuPQ2WcPQ3dxxHH2Zn6HLvWJjGPRZOrmveOsjCPpxh8trHmROs0NVPXFlyvzp a1pTO5aUClveRmnREZFM87nrhW0eXuPrtEPde3k68XRjHdjusqrcXVRfS5NuxeWc3UXdx6pz a4strnty3TDfMdsJ7HVVubzJq46aZ1zLa774ZplvLUNNcPOfP0ucNfUXZyVTj6qX3cmxwU/m 66j3cmw5lP5uupdnPr051Xl64/o59WpY9lvCXhc8tI3PWx7Ytunnm8OjNZV5KtTeKXjnHD1e penGlZatOrHQc6rWetWvLQEm2OlNqpzTKdy0a1MaNxKWqiIuXqO6rB8k9+c75DztxtMlWWee 7jtvvcnnTn15ZgAqRjIHTPV3fhhUD+R8q0XbOfuMZ5duW+M/G15M3u+dUnRw8+3Jv512iH5d jbes9E9fNV+PppXbz7NBjXN0XXs5bhho6ZLb407O5oaqXCk2l2vnuqVEx24QPD1KpamlmVvt M2WlW5rjrHmjj65TO907OQcm2J9me+ZqqcnTSvQ5dkyeac3Urt49KyvGcei9dXHfsNqHrF7J oE7ahBw3ydE02dLkKNbqdZ3CL8vTTbDb0vvz1vn6M37ebbIK5y9ed9/NtWRXeXozbt5dpzIb m6IjqjYbwyzDpgd8bnkRnP1W7q5JTaMwx6dFWNb0L1jpiVYZ5y9fojrzr/JvT+3m0zILHXNd S9VnOZ1RstldWN0xOZcWLtKrk6abSayNlXnvOJf5rvd8Oxb5yhOY+5jE+hkLSaYEQEgwJrrS JonQGtgmUiAwBsAyACJCWkthINLoBRCOUQKbAADchBjMZAEhQbAghqEaROjAJEARzQY1sAiT VQJQYpspACqaZA56BzDtQEJp9nIS4zXVBhzH3qWMNUt9aIXEbukSG6b8AmzJkKFIZq5e805t raEVKDKhRDwfEp0R3l06WSu43PHNx2qmCe+dRLp7UyScbmcLU22pDEJmQlTeZ76CAy7mq3fP 9rzh2RpnKPOge1lefb54raZrSc159rRplnnNqSQYGAQGGAA5CCbMCA0EwCAwIqDGSQANhoSg 2GgATNyEGUGBIMEgYaA2YggAGwkbCQANBAbAmGgBjJpUsgMAIAGAZoMZVIAICYaMQQKZAaAg xBsDOUYjbAzSDYEpMMNAYpMwUmFK2G2aDkCSm1KgkYGBsAHIZRkigUGmaEyHQSEukg043d/C 63PFoi5ldc6L62Uv7WNw7ea0Y6RvXm6zXm7i6kyiAqk0CmQBB0iEGGqIRCAAA2SQYYiANgDQ GiGYjAhqJCYbCRCDZgBmASABoxhAEYyYJDbAACEAMoCMQGEG0ACZoKkBmgCAAAMmGIAGyYcI AYG2AUghADGANhyE0oZjNIxqQYAShKGE1DNSdNUUak6AqNI2ARjNAbMZVJywgAVNKaUN+Srv 8/1OuXbm5kujKoehi++h59S6cOcbWPq5YuL8w8PShAYTQEGwmBBohAAMqDlFQaZCAyEBGAbA BIAbAMMMo0kuVIDABABAZpmkGBBNmI0yYBGmAAgMEgZjJIUjKMQAxhASDA2aCEGAYSAgAGbC YcsSCkYBhAoDlgAwwMQGYzA0jBSRjNBsORTZgoDA4amG0cgQbZOTA0wmaZ0EIDMROkIKTjx6 XXxOh1xbJuXu+VX7s637eB7xIpxyqR0msQ0oAg2QEwxGINgQGTkAGEAAMJAACMBQaCEYwBpE 2psnJjNBgAJBtEAQANsCAwISyQKBIGzEACQYYwIwDowAGIDAhKJs2wIMCCQbQGAMCEUikyoN siVAEzaOQxhs0GBMNIApNQzJUUAUmpBylMJpaDGJFNGMwEoABm6OgxCUEwMqaCUZMuXS5eN0 uOHVOrc3jCdGcT9JzcuiavhYYBEwAQrtrLveM+5tLDReunBnnadFaxQojpOc6rjdg0yrWWrR qkc+hh1b23oxbikNJjJZBOtQgzcycU0Q41nhFIlyziIKCJlEUwMfw+Cats4fm2rAtJ3ywrLV tnpuV5Z7Gk9vhOY6UBu8XnYYqtUdtJkYo5S9E2z0oVRT89tlJbVMrtnDZaZWtNSM+jaRT2mW GZbpi9nvCmTr12ytkOnxpO6Zzt5x2W3Amf0zjZ2VMp0jI8Oi1y7Z0YSGWkdU52NnlpIy7rrn PkZJnojPTRtsoiLaUptzwnSITkahzmRBRUpKh3k6/SNPsHebiqiKikcGlw8Xp7cex6T02yY7 TcvpeTHe3OC4tQwATCQbWj7Tq3Zh5l4uiUT9P9XPkW9aFnDfN5nqaxUWOKo6Vxg8zvTY3n53 5ughSMv111c91y1oG+cxebzn2rmkXKpr2NNtDQ8KzvQcaRZObWmbZWOp55awVzchVvLXhpF9 xdDpU2raKbvS84bREcvT6o6OancvVS/Q5tu5nl2O6u3n2Lk0jbxhbuZxu6ZOkbLINpuEpdzS Ofo2pKjd/JKcPWxc23XHAJ6PRmcjfn8cx0TGO3pPp5GXN0ZX15bHENMNq/tN/wBeeOx6bdmo LVdLiuzfQmDy0om06jGlnMatGkXvk7xqMW+gvKT0jyNjpPc3RtvbxyGW1CjSQ6Oa4xpV8Nq/ 0YXlW1zqowrPtNhx0ouir5FpzuFiz0zpydP8rptfj9HXi1PRddcuW8zf0XLnPpctV4+omEwC CALULLb6XHknndZ6Tu9IuvGgBf8ACsZ5dtC7ee7RXFSWd4p0xq+Z5tw3KW7T9YdPLec9aNtl N3Iw1htJvcTTHXJvQcKz7onuZ2Hn3q/RlOuWWOjDSblBTSiav/PVB6VAZPhZaCfN+yrPHv6c 1yqXL1UL0eHbebbNsN19vNufNfDTGvXb8u94FI2zoDet4Uy6sYnm2ZNze/PG49Fnzrl1cmIZ 9O45jXfn8g59HfLb0PvyJx3w/dbksemO1ataV0YNs97bnFe1SWImY4vTcbynoyaj0jK4pz1p 1YianeWMhU+Sctp/HfTevksOWlAy3R08t9zuK5taB0Z6BUu4qh5bWffC753RGV2pt2A2q+ua y9uv+Z0Wby93Hn6lsl3mnSaJ9Hz2HvxofPoAKwgCQCzhaOjKmZacai6UopWvWIvK4KCX0mSm mGqn1EAqXU1jOyA27a45aKYShh9QeojGPKlOdsrUqZsJ050pMIlnRJ1Lj6p1UiBoDuxtFcAk XNazZJzWibRXKpeiaTR2SAmMtxZ0g4sdUuUpsm6s6S26XW5XNMW5Fy2l8W3QobKuo39R0lsm 3dLpCaVT9JVDUb4Ry+DRwdxKbIO6aJfBy+T50GLolBZaPmd2PJnkq5UnqAm1DuxwNuAcyTfM oiXM0qUxCMQ08veyeZu449FUC46aZ5J9Lzz3VEFNG1dNJparlIJA0ADRFAQYAJoATAIwIDbJ IATRtgQpAZiCYSNhMMBApsCDAMCCQYbYEBgRDCCGbRSjbAAZgAMCQbRpAYYYzYJRCNsMCDQG AZgBJAwOaAjGGAQQAUAEbZgcs2ghQwCkjA01FGJUhsUAQcipZujUqoMCQYzEbAw5FMFAGJRJ lUpV8Zb7ydLD5uzvj2MC2zdaxnX0XP6i9fjwfPV1RqCMm2xzfg6kgRIGTkKhSJoDDQAJhomj TDCQAACgNAQGAUCUjbDZqTAmKQGwIIAgBgAAyYaCQTDYaYSIDYBhIxgAwxEMwNAaMDAAQg6N IhqQKCSMAmEADGGgNUogMRtmmYgCgAGNSZoUmGKEaFoDFINBqlSG2oQA2iSMZsMYA0lNhomw BIJiUuMVJePvP+fo85NiTTpm+0hp72O8fS+bWs9IWo6xeBxpBcmgSKmQARNAQbDABCAwkGgA YEyYANsiTEQKYAIQbUmBBgSDDGAMYaCQADAwSEACYEwmAFIIMYQGlNkSaAMxho0jGQw0EjAN mMJBoxkMCCABqgkbABgYGAQYjTAKA0KGYzSMakGNSapk6akBChqEps0GBJADGbAhTZqTYlMq CAoEhwklvH6Jvh0ecexJp3zkLzzr3Mda9TCq7Lq5nIuiXNH59EiAAAMNE0TDGGiEGBAAmE0c shG2GjAMMQYYAQGANoDAGIAYyA2jTAARCCCbCACWHNE0bDAIDRoMZgEhQYjbACQmADQpsAGj QYwAGEiQkSkwM2gmYGChmkCVAKapomzmVgaakwg0KTUxbapQA0LR0bCQoVKAECigJTaiTGGE xMCRpbZ5qb8boluLRzw7KpcrmS2zy/2MePqZMG0iAEwmgM2rHrFdikJ2XSI+lNkx6rnaNPnJ Jaw+ioK3YHFAx0JNVO2OZrXN9Ci9HMkN40a2rHEwVUdTYsyAadUSudw7mR0lWejMmZuYyK5i nyoJjFrllWa2yi9fmaLrN0crx0p2sX5EpNwdQ70h3josHWkMo0oemdNjXaoG9TI65NMNUtSO mTbLZFD6s8InZcPc7zrGesVvnfZmBx2ktMetE1lcJrD5p9nbWlAUZVhrrLJWpk6iFzeQ5agp QaG3a9+fGOffTSbHpLppiS7nTiZ8zTs5alOpGOg5yba5MoSuUWHLRVTZln4XY/477cGp00aK QrKg+vl6J+i4vLuerLKiETSWGN216c6M823yyLi6Nn2jVNIAz1xiZqTwus07R14Z3zbv7xsu deVI35Q1M9SGVl1lGi0flvMumX9RaOXak752Rwnm2gOibzM1WNGmk6VzvN9RVTeubbP+rOTc TnHvUOjOwVMHlVxDwf1HXn09lrLKFqfZy6lxdGQauy646LydHSsa/vEhz63HK6ZvOR9WdxwZ aTScOnaJyoXby59h2+mOeMu7+ef5Ou5xNd6sPIOW1xjbZ9uOex3yTV3K+a3YdFYZYNM7Zz6M t8us6oJzmplk51TimPXuV5V7fCTw6FPOjarRefV1tm3R5X5+r0o8rnRGvNdkvndeqUupdS0i 2NIyZOLgkIseyhGkYLgjLRVL5/td8ld+HYgRun9ZUr1Mtq+j4fNmW/OaIkhk0QlUvRvRliep G82lgqdv1y72jii0lrxatt1aOnDBsddQcyWD8u6accqUl6gU2nolVTfObbPd85S4mObWp7Ra XMdjrE6xfoVKV8dJ0jlrOOlDWLrxb0rfJ5cy3LtXOiJiogM6ns9PHPdlF8m3qgjL8dl9/Jp3 HrjxrbOnm1vk3kbyqu0uMtLxjdQ6sqBT1XmbbpxiufdlRKbYZpO+xYqJ6cKJl06jKhdsPI8b 2XPbW9+Sw43jZtd9uS457V9VZdM7hlcLrnxi3qK5pnM5b2e8KXGnJOY2yXjv0cZxa0zOoC0z T8+cu+/7Z2UTSo5Dl4cBR3T61CM9eFxxRITcQHWUik4nSNI5J5Zk2nz3a6wrvybm0jSXuuVS 9DO5e/z5zpMBlZASQoJpYbnrFP0g4pzFPNIsiK00jRd8bjLmY0mNzuGtXCTFVXPMUFtp3bbF tno0pThMEXzqJ2ar1JdqSxqDtPaQzuOqZOkwhtWpgIYvm5lEoYsnKYqDE3h2O1HQ16J4EZLc UnQ2TThpSfIfep4xXBHZyofIFCSNAdWBHNAbbQLQoFJcxrYYBPog6YlmxSQQSapDYaapa0zQ to5o4ShpldKpQARiMaQDRKgwnIaTdGgpCGBEHNJjlVy8Dqcc9OeXUkDSXOuVa9DOj+7j11no HCg0cpCBIG0VAEGiGQAAgqQACDCQKAMKQ2bFIJo0AAwNBs2jAICDYYGwABBMCA0iMZAGEIkA YQEGw2EBpmBtAYEdAQaDAmGgxBtQG2aDSICTAGhIjA5oAbDYcgBSDA0GgVSoRgcC1SqahqhK TNCkHIdAlhyBhCaAklsJhyWoGygIQBIBolTTKrv890uMn35tTEEdemIzoy0L6zgsW6c0QQmo vOHD0JAmyANBgaJMhABSJgSAGMgFIDAiaUgCDYQYBgANGAYANMCUwxBsASDESYACIZMAEwIC YSFBiMoINgEaAw2BBoKg5DaMZsUgDNgSNAAMJBJmmaAkbZsNASMakCQ2zGYKkOUpUsZprSOG ptUAEAAzGSQaSgmCghlcpsNNKAAAmiAnTPB335rp6yOObY0Brptlw6Z0D6zgvfTIpUwSZfmf l6OaSWGhLDaJgSJoJiwASQYaYYSkUwIMCDAABgQEGzpADQANgYpIxhhIAgAGQGBAQEAEEwAE GGg1QpADYEBI2zAMNAaNM0zaUBgYBIMCoxAZICZoDDQBGBjCQTUmbZpKTUg5FKlKlSlAqWaR yGMNhAACSwmibJiWFQSQAmARNgRDSDflq/8AzvUqk449hIpIdGXPonl9Ry3PsxQqjHNgped+ ffjATQYBEAETAwCDYAAKQGEkiDFIJsMCDGTkAQKA2GwAEjGdI5CoMYEAAEAAkg2JCSDA2AIQ GaZtFSNM0BgQYGNQEkYCmqQyTbUIAYBsAaAmSAI0w2AAjQaaoAw0wmpChGmapY1IVIaFTRga RpkMSE0VMqRIIEiOhIipAZITSMAxIEnw470D57oNjnl2NScg7IS5yb6Xm7bJLCQKRJpEKOtr pctYfSk/0kS+TUm1xbVaeQRgPbXbNwVJjnVga46qHzp2m+0h9JV0+yetVNS2in5aGkbYaNMM AJAJAABINAoJMJEwDABglBsCFCkySNAYZQEYGI2wBoUkpgYoZsCA2EjQSRDNMhmkElNhNSYS Ns0HCN0qaVLUhSSijlHDMZsEgaCogKklBCJhAVBUkphomg2QgMmFK5cOmg/P9JtOObUDMaN8 u5MB9Lz3/wBzgwPzesqZABEgWtpc6V6HL5Q4+q1Q/S/RjSuibvz1ZFMZrOEVfoDmfa5xztxr /l9vLu5ci5Oj1HUZn0KYhUHDfROrmt3Jp5d6GrN+ssTO+7F60y5tY3RXS84zPWs65nlWTu0y GggIDTJgaAHITCA2xITQGbZyiaAzSNsAbBIoRjDDJUmpimAAgNnITAIJhMxEAkMZyKTFIxiW pByKmlSGmoapZgcBqjaAAQhpBNBDJoqEpFSDaaRMNoiicgChpkLhu/8Ag9ISc82wphiNMnmk 1H6LG+ezwYjw9SbDQRJUBk4G7+hzedePdQ/TamqdOXTSdj5qyTqi3Y1NZ1ZZK304ebseq6dO OHcu3qR55069X4z4l63qDid478xd08eXT0pzXXu/FtrnvvmdMZ055n15aVxbUDrwpuGuTXSI YaCAAEBgAAQGEAQYyYBAo0AkgNAYANsAqQNGBsUjoIAHRgBHKDoCCCbNIpZsEilRsAGmaAg5 apZy1IUNUMxBNUhKggNBtKAJLZNJGmpDSaCYHIVEAEQiVkJfnaXvxOg0OeXYNEkjol9pGce9 z7F6/NgnPtzQGgAoJmgM1Lfnx+dnemWnQQdhuZPK6xontx2y0iLU3U1XO4q5pWOlyRM9Gc9l Wc1M9Q2yur65sc7vBS9M2FTIZ221UsKIVMqiDiiSJNTCEGwg2wkAJgTNImEMAJCA2wIkGINh ASVTCAIAoOjakjaMa0FSKWp10ZzlBNQBCAUm4Utx9U+4IT5SJmgmrNqYpMQLGEFAYxLKwkEB NBiUJbJyVIqZNASaZwEINE65ideVtefI6CmXXHuNQpOW0yGmWWe5zsO2U2gBMFIJAaqT24ZT QpTGibIcXDpUxHJXPZNLUlKhgbtV/LQAsWj1FD0OcuzoYbRbJIPOy2i2ZlVWkhvnZMXTLdhv OZ59GuslpL7O+ENe2Vkw07t4v1Z2/j2qvXhEZ6egcHmu+ddp6Lz60roxp0a+h+d0HrxzWNdE wsujnosaKDtQlplm+iqTqNqh4vsLE/zei5XWevlq2W2wZ3a7ywpuay20C8JlPzLWvorKrvWG EaTovP0wO/NasOjzjrEdz6iaOBUhpmI1RpiUEyTAEMOUAGktlYSRUFSSAESBTDCSS1zhyXkb 3PzdxEuOToOpAcdZkNc899jD0P8AQcfl/n2bZUGFaISk7NT9TdHP5i2VY49vT9zJdOCW5nCp ZOgdnPS+Tq0J5u4vA+mNUheY8tUpuUeqLy8+vTXN8NB4tcv7Z2KIhOTfOPSw27ldJw3pvo8u 08emcrSF7ufYOHWpU+m2aee4HRx+ues8tS+GlK7+e3cPVROvneaS2x2yDrx07mvNY2V18uWZ 7btza0fv4qJj1ey+DRvrlFb42/j6+2kMtsfFmumscm+vdPE35+nPNDR6xTndbKs2vOWPTy0i xySeZSN0xcN50p2el1c3sno1mOkT0XExtgNZx3PoFQzFSKGoYmgkEwgIDCbISUExLkhk0VhM SIMIQbSBpk1wRNeL0W3z9jyTjl2KkGc9E+0yo3rZbV9Dx+b+TfmIWCkEw12pemenHziqTnWp p3To5+lzZOfW3Q2OuWZLTJevLbee/NmWvorbHzFloiX2b9UXjj2e1n7ebQfP287egt9zjjw7 4r6nPvnLVZ5+jO/U5Nx5NKFjvA+jxbFx6RcaSG2b/mvMO7PTuen8OzZXEdWFKw6LbWTHpyp2 G3LaGbOfPtVuznzHLTT8NaN28sXl0erOK2m2bnTGDz3sedsunmwE0tmdXy861Gs04euF46Re k8NYyQ0vs3bFHFGcVNumrDmUDZQeW2qrKtjfDbtds9c2IhM9Amctcs0GmECUToJiUSQbTQGJ kJpLCpEwUJpBBJCmTZASTeSw+FvZuDZaTjl2OgpOdDvbGm+nloP0HPlVRC4alQdIhmS+b9C7 Z5FpMtCs6rlSl7mvzTJqyJZ3Gld1i0TUXLnNcs0w1ISqenqaTvMxDfS67pNjBlFxN52BEcqZ 6zLJRypNQ/YyBzZ1a4tLYpAqUuuEAQQIHySQqA+SXJNSEtpkWxSCTDJ4fa4mstImorI3CQoJ MJ9yety0mno3TiKH2l9G5CCEQhUSYkAKQBjNhUchjNByKlgZgmGJCYSCoICAhFaICbJyTZUg kTZUBIkEm0StXz/TP8OnRjnl2MYEhLpvlV/SzpXu4qoJIMFIABCiX0mPpcYc5S4WpslgPo1O jYtKE7i4C5laVCx0SCg0oVa3iPhysuW2zsmLpd1Y9M5jC6XqrjUustKbtnfGuWGjvSO+s9Of SO2l7WM7hu/abaSzi0kyjnOVq60zgqLRy6wHVjnU6ej+SqZ05Y4aT8JtQ8Y6lxY9eiM/Na9p ErL9H5VGXnh2jsud6HCltc8Bnf1DnlGUYzczsbM9sdiwrFqdScUqNCGqaOWBLmhIEzGcs0CR UsgCZSGJIyaJNIChJJUJoDRVREkwgAARSiGzTuPzfTM8enZvtjotsQBwOiIbsz0f6TjyHpKp x6ikVICOTpa9L7zC7Y4DzdG03OsXn2zaunFlGjLGqZ05XNVB46wG+NzzrylGvNHSF6rcecNL 9Ba49+Porvpcuz8V5maR3dy67wdGVaNXVz6dwb5JuS2+Gg8PRV7mc3yrXN0RHVhLtaBybzsV Xernw7W7cZXLm2kM7x70OW7cm2SW5roxyA01/j6Kv28NEjo9UcOkwk43xgseir7YS8W4SyfQ 22CWipeaqPRkwT7yIuY2KdlWELJK877X00xv+JwTxiyj5WKYhqlmIS1DCo5DTNM8kJCdBsIC EplSS0QE0KECAFQTCQBGxIACBIM5d4+c6pLkrvR15dVtnCDC6c2PTF4+l48N61G8egArCaUI 2b7U573Y1vl2sDN10x6ydGuWjaZGH576J08sLhrad87FD8pxrxlrS9VqMI6XtZnC8vRSfS5d w5NM0w6GXpcWt8euSTrI9vLp3Hpiqu4dvPfeLapVV06OeN5Omr9/PfMHzjSfzcdvhSHrMEyU rlntS+nHgDLHWI6MMyNL1z61zp5obPX1rx6Zh0TcVnSFozcTsvpGme7ZVQ02nJu3nULLRFwG icCpmkyuelkM4p1wS5AEFNVhzAzYbOBSFywmao1RpGmJDhhATCABMQmTSQJhNJaICAUJAIDC aCACaBIyzq+/Odb3F9lK+fbuMSjDl1Z8NoZ/Sc6O7DP+PUAQxaDF0touInWGU12mn+mVimqz a40ojOqlNzl52OKrtqwOcuikpqRbmNNIOWdPhpMqiLVFUvGMBqqezG4utT3bJnapWI2uo+oH QlBJIAk1Bxk4FFL4JcppbaHKYdtRU6fNIJvZfNy1VKTniYFgTVSMUpNK0zlFdbYkA2UBSKEG 1Td5ULRRlT2b26c8i1ULlvrRnMxWdaRzy318yyipc473XXnfzpWqjHuXdCCoJtLRMJBUgwAQ EwnJzRNE2QMsK0L5zrc5Lugc+7pBpCjjvkWsZV9Lg81hmqJshAkUjonaXS5gZqbFK65Sc3D6 EypVFRdFjcR6qN0m5QsTnRMM2tIg49eMJhqVrTNM04a1Xoz0BqMx1r++eiwq/GkL04aVm6zG k/Smrzr+etF6sNIwt9ldd6c870m1820hthUKvW+TWOedZ1FY7FvzZAtfSvFpXernwatfVHDr g3dzyip7jc/nUxtz+c61uGO3o2ubMp2idIfuZ/HRbuG347BnvV1Uk1aJnzbvNsw6NNvm6Zb5 PvGxYoTWZFa+O6kwdZtc9rDpz5lj1U/THVp0txPG5qcXxStxWfmXnDj6uYyYkCQnQJoATQTD ZMJI0iYBgbLKtH+Y6ekPtInn0dpqkGi5dGfS4Y/QY3b2+Hz753YkBYTRqTs2rWb9vl5c59r+ j0B1YVbG9OU8NsojPWzQ6X14Kw1htBXLXlvqbTmpYelOd4r6+HoHkKXG1q7OTQeLox7om165 XDj2xzrV9MrNyb4z24afBLcm1S6FpURkumlO7OTVeTeo1V6ylrrFj5Og9Js2awrrUFrno3Ft i/Q7q+fDnpqXL0QXdx0fHb0vxa1Ppz2XOatGqmrZWXinpq482+sXzbBx9ObdOdnIh2Z8W835 7Pz7hj5PRcX4r9Hm0fj7bFtya9y9fnXs5r9kJjTENFomVa5MsdVRpLjFOk6pc5LjtvRmw3mO ztZBxpQXOU8+yEJbJhDJyTYETAhLR0ykAAE0jlteetI+W6ip95OWWkhFBhk8ds3G0QHuZ3j2 +LCuHpQwMDQpKc6dNXH0uTJuTocUei6xjyjHdDCB3qz8e3Os4jpzrmdu+TXyt6Ocbx6qD0Jh Va9Pk0fk2zrSrTvzX3j1wfe9M157Jy64X2PWlhLcm+Iehjr+L782tQ6s9Xxmi3pGb46Ly6MG 2zHjlhFm07Ii1df0mNBjGjHXLN3pcMNI3fCvZXfc9J9xPNQ03wcnUPothSgGn0WzpcqUlndK 2mXS7IZDFS5l3SGxtU0XCbbjTEh1ySOWsaFaEjzYBMskzTJATAE2SSZEsICYSlLYoIQbAACA JEwDIRpt+atI+X6kN95TedZLOwSqlw2l1eef+9jrXq82E4aoGTRIOkbL4yzdGNOx0aaTcXAm oq4kQhFTRzMOq/JyuZNXSUkS1MkknGyaprqVi6M5UdGlgTOrlbBa60LS6NdaO0ro32JWPi1y T7yudDWK6qkMj4qRQ0CMm7Hmo/SIidJkanMKCUAahLGErpmuzqhWu01u+ZmXRlVJpQWGdLVW V4zeCbGuYa254+fdDjFzcVuZDCm3U+f5vmrKWUglGqCCVCWUoUwgmCQqZEhBUAolJCDYYQgm GhTTIYEHPjrR/m+vi13Y1w1l4EsUm33l5eOae5jOenFTlckwwmEI6Uq3ft8swyp6PWtsoNNO jt+c1mzrSs+brti7iS5tcj6MoPDVTV4zq6d3Pn3Ps53jb85p06MOvLT+YpC0ZdmGocelGqm/ XhpvHtRGWW5u+LzfZOaWgctrucl68oWqvfFo6pZ9urJybsurmd46UFaXO8cDq/Q3Ho26MPP1 beh+TR7vi2qPOtu9YbanWUbNV3SbjBfsNfNvVGwZO/wdKzyvStGyUK9m2mElBjVab1kPbho7 rpBh1zuX0UTWflCNuM0UhSxAASMSwAiipHIQCWTAAYlyHQoEiRGBUAQlhohk2Gh5t6J891cm ujGee03iBgRw3hzeVI9jH0n7/P5N59W+YVBMFSYXxV6A6ubyppbjmv1Q5zvuw0zku2wRPVky y0fy2DWa9mUJ5nXVfS5M75Ok2arzU99Tl0nk1x7oW9zn35OjIvS5dgwttzdGYenya/yXG8/R n/p8Ws8esHntEdXPrXHtinZlcM3bsrloKnoW7Mw/rUks9d5NcpvTK+/j1TzenD+xafEee6vS eTZn28VDy6fY3DbnWel5eNe2Nn87r2nbljsOnHezlv2Oic9sZ6MLXF7RjT7TKnl6DC8871bj IBAiic+jTKyRLbUMGpHNwtTDUsTjZCEyCaKWBkmmQJCaDQTJgAICDbSBCFAGQgIDJopDQTYo JnXzNNB+c6OOldaUfjrOQHQIOWy765U/1Md5+h4/MGG/DNk0TQaFFhH6h6+fzQrkhblhUr05 17edH4taP04z8VJ413pQXRlnvL00nt58r5ugyb7jWwd3JUubog+zHUoljyb5b6WOx89QuOuf +jzaxyXBZ6U/0OfTeTWvq43fDTuXSh9KmlE3jqwuY2lP43A6JsTKZ3TtJqGif5UjPSPvOkrS Zh87ziZu8yxcdxWnOo3SaqOOT4NdUmapq0gp4kkQYoCGugSudLpNdWc0+wdRPZIlV1HNKa0W mBSrQ0s+BrlZMIRQFIYzYTYkDQGIBQVMgAgwkBAAMIRjQx55Ot68Xo42uuajZ2n8WAUzlaV1 51XuxtHt4UTRQeNEkVBsKlJMvmudHddSZ9ka0ugIig6NBDRtYE21S5pgXZnbRJDq46NdaDsW gxHouwl0u9NxIhp40/ZHtPUp7Om9JsyCHP50tqbyuEoZtVWHZcNOGmdGnTUc3GaZZ9OlsipP XGj1aIDBTQQAWhbYGYmkuVB1a6ouGenPbDRMzF6vXsb0DTPBqdvyeszUos/IvU/U3LquscZ0 cfFWPK9ZqPNuueZ8vSlMkCAMABUbRASAg2Ew2ySJIrAmECmSAkYcwlfH3uHlaIYvOoydLBmz SNiBJ7Ir/Tiv38Y/aavhSRCmTQc9qe8axkW0wfPe/wBTG6zIbS459G1TYGmTGLLRCp2pX2sn x0DUxFekd8fP61teuG08uubbKZ6Mb1xbZrsTu+N64d826lYNMLpw9GcdMXOVe+PbJPR55bN3 LDWehYr34c86iWahzaJmu951yqZxWAbTs8R5veu2c9vejnwRberOTR5vjJOPHu96vydG7ack dOrJDrWLxy7Zxvk50jyUa+rubSX0xskmG1URvGiwlc/TM7c8uqnc6819WWw8+k1JR980Y3dq mZi67afRXQXl/XLPebqKQkiTNsDNAAMCCGGjEkAmBkAANEmQjYQcpc74nRavNsqa8iJVz+T6 0BCWc9c4/qjVfqOLztq4/mtLCQKYcuqPRbjOO/HNuLfZ27308ruKlou+ZkB0RIOarlpN6Tiu kyYed89QE1Bv+ufTDTHPQw9R8emdKo3tw1rj0zctn2c2qcW+baPh1YaVxbZ9Y80y1Hk6Mj7+ e3Y3ZM6s+RT9S88mnm/2uPR+DeQl0LVTqI3Kse2WmEeaC9B5t3Pbw5vj0ewuPV1tjJOfGnaa px7+gDChsocdF415rFz7xuipm/PSs9r5IppYUunX7jRsXh11dc6u95xctDmPZKy6KxpOtxIi JaAaUn01S5ptLEtMhsDYlLbKWGBhAYjoRIlMmylGMNE2SQGGuEFl8HosfBopgzcU7nMn3TME 0uWufDpzv30XNkvo50/i1SAYSBS60vY2ueDdEucqtMvR6zca55qaaFi+9xw0bDKnRFE2bFzh OWgTfC9LqMH3d1rO4ZVRTTn043nndHrRXTjcua6ZdL1xteV1VjjSLrzXVOjOYQ8zqLuGljvO ohrk6ey661Guo7J8IfNzCzp2TNrhI6aOw4euZvnctnOXOkprYlFlkjqVgRBUMENVU2KGQhMm OUXKppcudKLSbDBQkw2vMMokraXsby8+25zDW1Xhm2e27Oa7ecDnvtemefGbXHptXRx5fl0a ii1b4+ReXobjAEMSAYpJSNMmm8lt8Dom+PVco5Ih7TWTdQLBNrjtnx1zo/0uLnoiAysmiANA lVKV0GLSBdgISraSQ2blSDdASBJo5ywzo5kaTW2EpKjjSkwWk02JxJWdR2sWERZ3Gbxa4JzJ 1ToiRkt2F9KOFTI43mXVlbMbtWGkDqo5zS5ostLPeeKzpveNNdcsKKmGdKJRLZsNMD6cYrK7 +nC2bEsqjOyLhkKbKictn2/Hk2W/rfC8p68peJwc017O9bvJnNZ8XDbYaPk4N3q2VVXWZuFm q00lxZRMGYyqvyjo1IzrXtMzV6HmPKnNhSY7RGkVtg0mvHeG/CWQE2JRUAYlBNLG8F1+d6ZP DTpIM1E1ctjb8BIoG++Z6Z1T6PG3epz5Rw7paDCoIlbW9axGdUYzya7TU2zfO3wV7WY2nNYj NXW+nPS8jDqrT3Hl/HYCcs9eRPmnsenTlpXJvnnVjodS6498+7cr5MvuTooXXjcSJbj6aB15 W1RaOTfLe/nnMbtmdQ+ksKLxyaxG2UPqoLK7/KqWqgMNcQ7ctq5n5i0rTOfWzdPJhue/rfnq +Ie3lnBfmntxgMNfZ+GuMdnPf+e9PxuA0htpN5xvyv0PlfPkue3pbHSeuHuuPkRbelOe7xed uheddbgLx1mK55dE3WEFrnEy8Qx6tDeemVDQ0pxMuk/cws6neeLY77UojNIZxp0uecaRpLSp zPPVKZCAEmTA0JANKG0F9+a632VqQcqJdyeTkJagMXDaO2kR30GUt7fDkXn9ZJJoDCpKJ0e3 eOvDAuTa0C9F9eEZjpH6RdLmH5dM16Fq1wz57zfqz0PG/LipKHLPT6nPVZ9/NsHnbYt1F9rK 18uuLdK0G87PyaY11O/GNn5dcf6VoTjRuLfPezC35W/ytk5oHXhrPn9WZ9vPdMbYTblxWNYi 89Mxbvzjzwa2fK5fo5qDl0er+cnLmsa55nGkxpn3Vv4M/wBIsRW34aZHvhVyp7Os8tWEd0mc uuuSTpGjS6PrFdzvkyJVLQqWkFAA5o5SBNTZJnIAIRFEkSDAJk2GBBEk2EyANAZIDQGEEkQ2 uRonzfW4ytaBKiK0kcySzFINjfeHGsVf3Mtt93g8ycPWiAqQGVI3Po6lHd+EByWRV51ztGdU 3XLndO+bWF6IePN9hpR9onGYZjqQdaW1zObdE2iXKw6bsp1w8zuq7TMEvMrr2kyNy4hwurfk OpGdDthIZ0uDXWW3BSpANU2xTXI5w0tt4tw0FLSatQFrnW8tEI7MdsmR12oTFOBIABf2s+Ks sVsxngepxi9mU3HN+ft4u+W2tGfnvWImNig9CpNLJB5eXcdeashGqCAgABkAlkIUBAlhoNgC ASEAaABUKkIICTJPhkaN8z1rh9ZaWoh6vZUzkCQwb7y41jN/c523auIksAJaMRUdLQoSkujr U90JpuKnuBtydTyhtLmZapOVpYoWghA7w0VT2b7dGVviq4301zu+F1d0NcL5ndSK5756Hz1z mq9vnJBP42yuGjVt59c968bnhpLZOG0lFTUIugqtgleX3forFy22Plxa7plpbdsYWjz7KuUb ahpg9w3q/Thbk7HjpTdYiKi65aUdaacpuKVfue8ttpEDneZ6mzZuzISyuuWlZwcdEu1IvLxz jryWhJGmQjAIAyGEBgEEyTDRyEwDDZSgwxBBDIAkRRM5c9aR8v1Ja7Jpkh7t2nO4gEVPhUuL iiexjv8A73L5pw14RQYmkBG3tTnSvR4/J/H1aBB6E7OeJz1ukpvthR1vp+JlvbzsubdzpE9B 5KNOECw9UyvP273RzYOPSlelza1hUFhtn/fy6xz6RvNvm3pc2q4Pny75b6HNqONP+bal9mEr ldwxurdGTSXGTdiFYhSXNrkHfj0JbcfRlHbz7Fy6+YLdxx0uPXx47j0ev8NJ2o7EeL+zPS+P r3rfko3P1r3wuDmU5ejtrjQdc+eeuIN6Enqyyi3eZaZ6FnczLzvoxyrDp3hRXrXWaZVkrLeE 0ngRj0bJmgkEGMJEgDDZJGM2yUmUACEsUqDkpHlCyVoi1SGCQDS0nnrSPmupCO0NAoir7SWH BimcjbVON86h6uW6fQcfmbj6OchWiYTRhN0vQPZzecufdzR6uMqXrUXpO0YGb6la1nUOW4Dp nMrWt8j8m63xxFs9U5rGuxbDObfk3yz0+fdeUheffKvV5tu5LiObbK/T5tl5aY8+2Uejza5j o959K/043LFxBTS1JknGucdOFuw17Z2xvNrc1OarM3Y3GRRpIqpnTKpRpoctxpm7HNS2VxVU RsVcZdk2zyKb5M5g3Q3QcvsCQIS6fGDmx8mqpjoroVP1FezoNmIhhMw6p6TeeaRZSzBYEloJ Wzbc/ng1t2Otg6ObQonzXG/qUhvosOz02RVcNcKmT5Hx6eUsJpESa+StG+d6eYukUSIXRrVW TBrTJrm5V151b0cte97mw6ahMNA0KCaAX1ms9fPkOOvXSdFecYrZ0pYmJnRjpMnMxCphopAe XTRQKFZblrrJxXUTWx6TydcKnuNLRB2phSTXZi2JScCeN82lg/ltKmJzu6S4+10l0+XKZ6TT zzqL0CLdbZZllZCXTWC2ARJJluKHdp6J/nradsKxNU+HPzUnrNmydWutdWMNGkPRPRdy25vK eW1gz22nflmcri9KcJc6i4YbRuuVcZeZlrO8kZ1TVbBhWMtXWiWF2Tw53H1jp+Olf0J+XZ5f DTGrTs/JYk+SMejnIQyAk3HDpoXzvRyo6yIohnZjsnOdQSmmpT0ZV30Mqt7WZM4SyYTQYGuz L1vnQoa5epazB0dtItebr1A0kc9y+sttotPPeEbyy57UzXM3H+hgXLrwZoO+Ni5taDuWHbG3 8e2fbzLbZ37i2zvVOejDUeLaP0Ie4ls3I4aY734ahz1KY6JtZ90Rp3JpjnXnq2JSc9cV6M9x wry1d65gXjfLzNOhJ3TPT0jvzNc9+7iYJ8jdGey8PTfOvmvvH04V05Og3fnrwv3Y67xdmldP HJc3XmW2Frkuc1C9GVAx31d8/h00tGPRum3N0JeY9UnrjlFz6A5tM/6colOczfOdOtZ43pWw ZrzoVa8dNB1yjioUBE9GUUtxlc/ecIDwqFbj1NcikgRQkSD/AM7W+eF0cqOkCG4d0BWPnrsM NJU8uqI7qz1/6HlwjpdW5NABEkwNWNv1B04+bdogOLf1bpNV7+a4c+9ohZB2ResS+8euZ9+G e1Uz522J+ly1rj3W36M5ryr1ebeMXWeTfr3cur82mZ1TXqx1jj0z0uK7cNX49KLOld7ubVOX WMmmG+Yzqpaq05zIzU3FW7DSJ6ubJruypO0VDPTNOjPYcb8pU7Bjpo/Ty4nju60LxFaJpz3f j6eW2dnk879ONky2n7z0jn0827KVauWbresuIpLzhI2rlQ+RNSq62gfOzQZdGqa3nXFqYz0m bwosaoKJtQ+inhLQBKiQkkDCCYSCQTZAaRDDDBKROhMpGTCAocv5O1z8nZIdE+dOHVEyfwbq WaCqePTnwrPR/qObAOyo3hohEIWEk8o9c9GXmi3JSbFJZ9s6pvFu5N6t04zsvryb1ru5ZeaY cu2EduFO5d1M2nFq9PlnuPas6nTXO+YPOFaunC/c90RaN+rG843UYqL6srvi42Kb7RbMnXNH E1FoyuBo5uQJjFxVNZMPNsYbq1A50sfSk3yeqFONssqmhIANu8pV+ohJ0m3LFX30iKzfcaaV xJpU1YTS4Vz5atEqtBm9Vrn87UwrJDtJhN+ppTjXHCVr3mr/AJvX9MPGY4XHckEMKQMhlKDa WEgCCZMAGNLRyiAhkgmIVT/ja2zzNSTWmgIarATeQ+hnIKXDpz53EV9Jj16sqFzakIMDRB2t aVtFHH2CUaY2ltcoUdVGzmgAkA01BMIw7aPrUpR0B7ourOFEpU9Mxlczo+mdRGqsYnmVr2no 4cw1xdlqZXNx1pKJZJtN0/ecpl6DBXprXHPnXPTd8nNdXP5sx12HLad7OWsRfGbbVM3SfRpl +mMPz7eh3NOVT2+Nwxfl3Z9sdfQt89uy3jKmN1zvWVZ09LnMT1JUOF3jOM9diMsgja8vOw05 jMrdqwZ3HXn41og+bpSkJCEBk2EE0AJMAQEIDCCYGEkEyTJnOSz+JtY/P3VAaCshaokS+dSW bCSqfDbEtppv0GNq7ss45tUtGkBExbN03ij7RQubTe9Zd6TK65t89KVpN4hu4OzVf68mvF0U /rwy7j2UGo53oHo8le5N4bojfSGXJvRO3LRVLvi6KF042zSLDxdGe9GcntlfOLorm8N9Mzxs p0mriAFn1pek6pxbZ70Qlmiqck5+iu9nLp/Pt5durHm9d3w8/Zb+lubRz0c+hZOqdURPL0Qv fybX5/V5v7eTM+fr9vxOB7Tb0adB4f7IRzb+ljCzY7wW2NDo1zM80aO3ZVoGuXPPSMcRqqcc 5k2xw2vmuMRnXJuLJkmZNOvHOiASCkABRDQoWUls5HNT2YsJJKrFpkAEkSYqeWVW3w953g2W mJSLcNQY5LNy2TOhSG+2fXbPp7MH7/FkvmdRAHJAGLo2zc4dHJjXJ06Roti6cjzED0bMea41 idYK5fowQ1sWuOIc2xhped2T0OTRebTGNTYzOZ5NcT7TRjOy8mmObO57Y3Tl0yLWpzXDROfW HVSGuEvzax+yO86xFwkXU+vLdOaqKyn1WxmecrTOGaop88TpITV42wzbLbTM6bdGN/ggwz5X dbjhN9XM/rFGzutJz8GsVnAuqvc0GdEpFTLMJLkMgMEhKKkXDDOiTAGhSezhU9s7FKyWNtua b1nlmW/om8YCzR4vM9ufJObr9Q3gwpYrnp6DazUWwltax8XrSJ59UtACVBrlnV2+e3leLTo2 BotQjoxvsibwZ2GJvtPfWIn2s9Z97g80eZ1oGHKaRtqa9WdGec9ObPKpdO8uZq8s7u2kqfyp vqcZJ1znBcSTnGOhpzrNa6cM0w0mds5IBndV1mZacQVy2/qXU3B0upDpNixdLojg2QcYYphr ul2GY3IVvIdRU7pFQz0sScnpnSctJd3YtsKXnfOUbagAlApndiUOUpCprk3LK5nTOezIynJh MIDG4uZORxprOOti6uV2EzhtX9ZhZzx/Db0Nb0u8ouoTlrIN2ZKmb5NebeBuK1U6IiHVzwWu XGaZS2W2MXGz5XC7ZeL50YY6lITDSIfLOr7890vua+shI56KGdpcvM7nudnTNHHWOu+We+1l 17oh4ZNkw2iaNz11RAlLrT6WnLlKfW1LCbD6snWo0Gimr52Ads2LXPH5cxa06HVaHesXjOqi mnpjRcSqZ6RvRlo0ERjrO6QWubnnvJdqtFY1OasPPtaurn0jj2jnUNUntjUMt8xud3yPKN3r 2VaVtz+Vo137PW+Vi4teSdFpXN07xvytMN3u2fVNpMQGquHL0zWvN4T0r0JybNO/HYeS37U5 nfAVS2zKXC9GGAZ72Tm2u3Rz3uorM6RnPq16uai567NFZPrjc5MZjbUB2gzpdkzndHFXVdyr OhTUhjpMaZ1zROoqFKbAbVdzvmMhEmYElyxrQvm+lznfTMSznSh7pLXaasfM1DDOVz16MaT6 8b37XN5sw0450TAwmjpb5pFg7cfM3Bvr9LXO7Gd5b5b48TV3MQDb+kjmvCO7PTed+Y8tSJm2 /Q+2cHz61Xty9GYKn5bU3u59UwuM5ts19Hn0/nTvl2yj0Iv8xYePeuaTYNsa7zbYT3TtfPOy cu+O9WUba2nkvEO7HQObVzBkuxCa56hhflMqQjXa+jkwLLb1LhpbbykmvIXZOicfTq3Rxx/P 0lcQ2kzeJl13NpTF51haPkRtZy2WlP2z646RNxJIrzGzUdFcYpWguU3TbzRtpHIKWiHCbJVb XMOznnej3mbpyKFqaHjtr+mdXaq+O21bc7OdbE4h9I8383TySJpIwAgRhWjfNdPR12iuQcLU QwM6S7JyV0bAcrR751j08N1+j5vMnFrzmiELRsCd30NP7uTEeXebp+hOnDhldc0m/wBzCc9a DpnSdXF4XgC09AXj5Zx0ASQ/XF548M+jPUc7qOGlC9Dn2DmqB5tM29DPVclw59Mu7o0PKXuG lV1VvvPlz61joysMt7jdT2mrWWTC03EfRIoqiqDmrFUUjO1KpC4jFT1na555mkxUXrFCTJMA TCJIowAOWkI4goDQYEB0BVzU8Zenzdd6udGOszIyRX1MfG3sVqC3yj84z1dG8CDzo06zWmFa x2tt55jZaMddH0iQkrg+l5Y7h0b7rjUqXjrm6OMsgIYiSbHPWkfOdQl95aAZ6qp90PufRzk7 Nw2qw2JaR0Z1/wBDLY/oObBlURzUVIwJih6bc2rt5qbzas9C07RLYVWdJ5seTpXNIW5jM6aD d3Fcy0CFsmNojE+qO1hSiqlVJJLaduuQd6l+zhDfNTdKPkhBWCXT5coVe7yGekxQ6FKkZtVV fK9trPztlpsEXb+vDzfjpdJvUNeekrTM0540v1ZNFUq55stMFPuLHhvJ7c/mxabHlpO7Z6Nm MG7Fm5ImNbj3nVtp8wZb7xz7TXXyz1Z9ufXuXmmmObZbel6Kqh3eUflV/V2Cs830JTMqdLP8 +nW7xyJrQ8tZjTKpLWQnGDnVnUxBOQ5dHNAGkkpYbXyVpHznQkvsBQ43ZZd9LyKQ8xvUPmex ymEitct84buiC9rHnoMMwmBQKYalKeh9OOWYXNKtP68m8PnSsDntFV7WVBJc15/1xqLnz5z6 lB2Z6kuPO+5oMmmc+lD6c7ZtldeDXNN1J75aXxbZ3VM+nn1fm0p8aPtYtLzz7LbIevDVMbfZ 6QFqX0y2Dh6Mo7eflNy4sldudsrrz6eZEpg03K8fOc6ensquInjXj/sx1fg7dl6+Nxy9TPTA m4Kohou752935vEWm2/ctr6ctPwdV0max0rV5yBdWqK9qonKyxvvrnJtRiGGW0XpHPN2MdKY 4FWM7nRNWmIwDfO+bRWFDEhMSMJJSJtKRVSUAEiTNATnh00Xwujmq7pplxO0Zj9LymkpvUfl +2S57EoWuXTk06J2P6bjwC6r/LaWBsOToubXojqw8nlyeGnrLbDKt61fnVguMP00qt56flUH yb5X6PFuuGvl6NOcndr0/UUuNInvw33h1yu66b8+kc2ucuovtx1Hlqo4bUbv5td56jufeE6c dcmM6W1J6sdd5nceXfIOrKua5aLx9FY7eeVy0mJM91M5ZsEz5wnTtF6Tpjl866tLmNMpBVE0 dHMOEROiSGVrrBWFShdqNZzdI2zpkamhCQAkypECJEyam6q1RH56bWRGaOjSuK22qcsX0iuY 7SE16U0zxIjM+fdLEwiplTKQiSbCaWhIAQ0HRASCTKUSH3n6X/xelBXfM5ohemc2+k4w2oek /M9c3y6iZNvhvknaNP8AqOTC+lQHDsTR0ycmywB6568PMiqSs3+JY7KnaLQc1nM1jGp6gznP 41hunG9ZrzJjqgrtK9Auck6Zuo5nJUJt/rNhgqCtN52CSvzbG5mAjlUeyUM2ivkHQG4+NCGk yGNaJm5gU+kVaLzp2Wk6VY9Ms/zcmXbNsaLGiEGCqa2W/OuO2FrzpGO/Xr5s/i63ndtSkqiz FNE3ZMbavGOiNJqzmbzvVZb1xkWhcYU0tKLcWiKtsB3MAq7NTOdeebwxnm60IJIm0gBk0QJk DCBIwBNEgSJGTSU5XzNr14u5J9M0iqgetZz9DxGM0798/wBFm4t1IA+HRCLzg/pOXr0qqYaE SKAI2u1EzuoiAIcaIgTSDCSWx3aNHenIqarmFLWO7tQu+bZVZM64dEXOWwzcRtndEzw0rOs2 q4msNKXoXVxb4VBehi0cmJl1PWbk4zGLgtHP4v0pzvD+zPO2bXg/LWt6ThWs78/l3O9vjXQb l+T5L3m+cnTvW/K9594C5zPowuWOznDZrvjaby8fLXe+Tfh3c27YFN0J/GoHebXzXJBinVz1 nLXVYudrPJNVwzdhy17bY4Qtt4zmvayjnprqnGV49cVrHZKAhIEMkiYFRAlhEk2TYQlMJJAm Jlznla3HyN1FdEc4K92Tnv0PGJZjuni9Fv8AK3CQdcujM9c4v3crL63PlPDqSYcm2LlwHq3a MK3il8evqPeFdWK5d2yuI1iMonOXTj1Z8JSMa8h7vhz0tL1MThPRewvO5cetE78L1Kfcm2cd Uztzc+XTNdEnbLTefShzoe2Otc+mFbzb83dgpjMw2z0tTpXLvB7Rwzqdl4h1wwM9Fx08sWdJ rdKzwVX6Kxu4XEi15q6s5rl6NTrnGW+a65ydx0z1hoabWz6Y5lOjcWWjvCmCVsaXVEYmbUZL apurOUoQ5O1D51MDdWTajPc7RLOaJCWIASEIiihkJNIykjJyQiGTCkDaGhIQ0p2Lxt7X5mq5 oS0irfZNB+g5ABstHk73jxOo0E1z3z66RIe1Cvf4cn83pSAYGE11a9E7TkXVNe5r3MUx15mp ueOlnrGj7thy66FthDtwHLv5g7sWHLqtHqOJybrjVHLrh3xrvx1yR1z3kPSXQzs2NZcqe74X fO6RlsW+Ol5ug6OQFNQq4zoM6TeKgLFuXUqsNwk3ZNJqGdrQ80lhnbqp6NIp3/MhnMI3FjkF fB5x+dGhbd80ijp8ZaEHS0rLSjdGDvHf0mTjW+UNhtu7i75V5a6cNww6boZYjsaTzuxVUNfP 48y2aZaGqJBCKQhk0TpMoDAkgEJYG0pE2SAwmiGlNMO0+NtY/N06ZWpiWVbtiie7yhoDsHn6 X/wOsxhHLbNxcR3uZ6t7/D5087rSIAVIM61PpHec60npLuCTNna4Gd1vQXUSGVVjQesVms6b 5RS2Tlw3oQhbXNNWlFMpZ2F0h8bmTbXnUdoTxNkgqjcoi6rOpq+dFzqavnrW9sGWOvoyTOdo oU1vynzXdahz3p/Vz+YMtriyStWaFdsNcO7ctXxXHPR2yn78+O4dHodOl7Z3vNXfHVntnGU7 Qs8q5uqmduG887nE+1ldmXNqdw1ovTzQGW+ok9lUDeTrPZzph4oz0Y46hMSkjNNLANNBSgBA SAMiSKSIqCK7Eqct4uQoYZln8Hpm+HRxFBiVNR9FUj3OQxhErzVo3znatUEuekONIpHsZJ9S GeaSI2yoCSqVv0G++dcwvRbF6qxuOOVc9SZvKnYbWbXOX2k+a8f6M69zaLHteagPRwm+XXlG kx3cuo8utFi4nsx1zmdZx2q3XjoEw55emkdOVolXvn0xbomVzUl0Z0zn6Ibow0uauvJ0ULq5 +NLrnpk22d7FKY35x1TiNN3eXn4veuXZn1c+641mNGUdM6xzVYMdq3pjAdWOFZ9HpnF1LfGx xWmc+tE6cIkuZWOS5dNM3xPLTaFNU2mBzqXK7QqXpMBhtctMYFVxqmqlDcbjSJoIASwuZXO4 jsrDEJrEGKDs31E5aegylw9Gt5Xv3Rz4PNaJneM7YQvyvoynLbiaKXzJqPpKle3ymgmnuVab 8v3LAIRa765V708/TP0XJ5F5d0Qww2g0tG2dOdr1z82cu2wazsm+bKV3oueVt9ceGe8VcSF5 4jjvWOnDO+TZQegcKzj1efcMnE8u8L2Yabi4Hn2zjv5dQy0c8uuNd2eizNi57ya6tN57Hz3k m0SNzaMLoupLETuuee4dFuebS1N5VneqzyzWZMDVqkvdLPod+Tg9s7hLpasnLtSxVsWSMvWS Ml0cJNu3Ojwqdo2UDlOwRXSodjsCTOh/NdXMpLxRzA4b7F0Y5/FFNMCdquatnoyJ4NvWtqkx KdLpvi4l2nKvLNrQ+Xa7d3LpOVQi2tTyW74GHmvPpzvTLYuPp2rp5zRTReVi7H8r2v8ADRxl RNcSaj6BTPc4zGEdprTvl+3oNQiuetZwvoxvX0vL5i49OMUbQYGKF6Maa+nzVPl1lKes1nPi zLomdyucJyk0t15yAqVlrQbzo3NoYaQ3Jd2Jc1NBx2027JV+dIW87A6ZQ4K5foA4ZtbnpDaA HPNUhvrJMaRDSSBdiuKlDeJz2s1YaMxTFJcIrTS7NrjjFVoXPqnbHQAY4a13VzN4XvDSrzcP tleFnMYdEfrEJR2zLLLtyqFoQ5cOJXHSv6nUXni86byderdXLfstHdFH0zmYu/5OK6cKxz9N h3whObahOrxebrfGU5OjynvldOHrZdXPsMqgVpeIR6557m8iy3ZUnEVatsobKmTIfK73851v MW4ypMrhqql2qme5ygAhaelfM9zuGEhc9XEL6Odp9znzuhllZsU0E1NTm0lrLGaNnVyrQRJ0 pOAMS25aVyCNcxWV2y5Toq0mElpqA25iVOa50nHTcE47pzvOZUo0r/VlXMqkIdsime+NWx1q Wi03j09I65Yl1Z6NxbWDaPHPQbRw7WDq55AcNNTs1Z5nx/0T6B5Nr/tn3l1krNN4uszYubTP 6uP6OfQcqZY65tsrLeFuy1YJo0iZluZqfcV+32SiRO5qB1hxjpg9xWOfo0283dTH56QmmbiL ehAEtKoJREU2KSSQcpOSZlJEaEgpAZzkJiGwJLaZRJlhegfO9PfJuZohN9VU+xUz3OUAELT0 H57rkuWxSFz2uI/pm2fRc1F3mvcep0HSOWqjWydE9Tm8z8HTpznV+3GV59X2mPZ1J5kDtMnh b1zmmqgRYfz7+1szK+zObqBnbKol7dv5dMT3hwRieW/p5RLtq0zHLvS+vHSKic5N8/2zpeub Dm3yHojSuHX0Xtn0Y0kXceOuh6nw9Hfq5rQDrHS1BDXHmnY1Tk1uPRnyh1sM+bszl5nVSdt6 znZcfGkDUOalacZFIcrBomkopZQJSS0HRSuaEjCQKQxIkISwkJbJCRB0SRIICANpQEiqQmTA mSCbSkTaEiKVzvQfnuntk3GdG2x1VY64pfu8wAApO8eF0zPFqNEpHR5Fqtb+u4fN5pw5rUmp oCVTn7N/7ebzry7S4vTfVjR89tlrCLq1tMsDMtnsEzmNDVLz/lt69U99IsV5Uc0yfHTa+jnl cdsB2ieFiGO29SuXRl2lx2Olb3i7mfONM8ZNsocVGsd5mjaRWqaEuuirOWncaieQ0JnQlHCK 6kroQCZpEJVCUiKNAQCkpEI0EBjDDkOAximUyECmYCRCQdFImkgXNiWJVIESCaSMAJE0EMhE mSQYSBTIClExIAEoSjpz6aF890dIpzLCIzQrvVFK97mMACpLh5PRYPO1KRTXXRdLm8fVcefd UUni2UhSYaWO96GudvNlOG6tItt5jO4KlJ1PPN1inCObe3CMZJw2Q+0RNdNDnm+Ej3RdG+SU iHTNtKU3UyCqGTeXFomnUOqXNzQjG69sp6s7XjdSdNOjPRomMw3oO+c9M4xjogZ0zlITWING CXac5NgGSDTDRJhI0BUANI6FSGBSjqjTUJLAJSfNSTpCECQNDOYidc0kiIZCJMATEoCZNkIk iEHRAAS2QkiJJMNxy66D8/0dFbiElkTqoLomk+/zADQYWjzN7N5WxgpnS5cVOefSc0p0Heaa inaTlEXRPbRKZuBatGitJMcXKOJWoalSUNeuZzUxLj9Zls6xfWYTj39Q74Yj0zC46eh1nWcN q31ZXmZkeXak75vNYvvLrRKqC6OfRc7ZZadaK1vjbeXbPtGz1w0XG4XHbP8Atxv2Sl8dfNGs 7YR5yy1SrFBqUy1MNyJYVkkdIkgqCQkJo21JkUCVylMVKMZNCjpLMaGJJJsJJTSPmJIcx80I oTL5kpbJhJkImikAyGQiYQiGFREh0SEkkNMj3i2vvha9IvvLSyG2mG3ik+9zBsAYrBwbW3yO kwNLq4eWNffx3f2uGX5OjP8AYtHRhdeHXNtH16OfS+e84Wr7ox0vB13pVm5rh9YdilsNK9vB ubNz3VugWFfFUW9PgkUZ3rPeTpyaZH2mgGViwvLb0eaYaLi6bltSu7n1TJxJbiZgtIncrz7P XnvjcsyCjWr6Z2ZvrDz0b2oq+WyZRjAiTUwNCQ1RIUAbLNG0BgFIAwg6SwVLOkctNSGdAOGV NEyigpQVIQlvnQmDkjnYhpAkjJCGE0BgCQASgMCCGQEgmiTAJAkSHnbXfyNu+enZInMDqovU o/0PIEwBimeTW5+P0GxUtZMi5Y+3jrnucc9jePm173wuGNZCt5vbj0CKzXDeQ7OfYc6qO0u8 24oh2jhquIcfSHwpcprNWqtjrtdZVnZRWVubTOKhGnoEnFyKaDXKaTQQEBQJA0ykAjADJBgQ yQGEmBAo5EiUBpGMJkNQABKDDASyEpglLbAlDMFJgROVuggqkpaU+YiTJiZEUc0+aXKklnNt MiGFSSMSEmSAxMgBICAxrBeJ1h9YfeK7QSfLcnzW5zroBBXuhR+hRvoOQAGGlIYXe/C6jVKB RMo86l7GUj6ua5cQqcUjoYyxUgnmmKakiYGgkGEgAGAZVJpkpOWpoMNUbS0BgEZQEoRuhMnT CQA00iUghgDQBAoNiUEBgQGyYqWcyKYQJZoFBgEFIpoDUghgRylMMDGGlApUSzXVE2Qil8pX OmgOaEwc6OaEpCKUg867ZHZDnMcwO87dSO0d4pxI5zbhNwhwHfNqaGgUUgXOjmitU2kihkit 9CZ2UX6HjDYQYOoq/fPdPQakzalHFI9bJn3o5Sm1AAO0KRiJgA2iA2GAUkw0xSIZtKlk0GwI 5DBQjA2wJSZ0CQ0joDAkEwBAIRsN0aCEYw2IQEKopDTIFMKUbCQGw2Uo00iSgASEoFBINC0K gMOiOyffN9804l9g75vum4huchzFOAd5jmG5zHCbmX1QtBsFnIXMONnB1yFwY3o5y+Qcm+TO SXIfEEjRCSwhnAlNAit1ndN6KL9JxCWEzZ0gv3gdXeGoDblJio+plGejKkGBsOgqgAYAYaFI 0w0AAhQEipmICUqSCgDDSEhoNpRQEbYYaQJDYGSkpspSAAwImylpYSRINImHNFLUkuWsfaDq jvku004G6g7xTnNOUOoHMDlU8zbqH3S7Nd0OIagUxSDqiBAuVpI00kSJb4s5i40+afFLkzkL jb4hzk5SJllYRRJJQLQhiWkCYEEgASYAAYEkJfMCsq/QuVFF+j5DQQjTVKvPi9bzJqQpOTSr 3flY/XzbbZ0nn0MBQVASAiYYgBNhhARJS0tAYaKRLQKJI0hNqA5FyjH0GqBaOqFydorrD7Qd UdpO8HeW5a65DiacTXepcZ13T6wnA+8Lon3o7KVM6NnLABhAgRNIsQmTXNvm3zS5iRb5sQ1z YiRAkAjQTIUgYlsMGYU0HKRiQpDBDCYSZUykSkTBANGVCYAkCkpBsxFIU0GwgpQtBBqkBzaq vXJBRfouQgMAhUu5+R0yHPSqlc1JZzE9sSfu4V9quc1nNLlqQqRcC8ztL6SOIfSa6guTun0z npNdoapfZrpB1H0hqldWLDrNdRdbRyl0+lJYLQY1sOkcpbaRClyDmMMTQBJYVMAmUmwgSkgS RphoaVQGBMCIAhQhIdUUgYYgBsFBICDA2BhIEshGMIJIqExQYQFKCaQTSMESEwhkATDBCGgJ pIJkOwJplmIhlKKwmGmITeyq9SCf/8QAORAAAQQCAQIEBQMEAQQCAwEBBQIDBAYAAQcREhAT FBUWICExMiIjMxcwQEEkJSY0YEJQJzZDNUb/2gAIAQEAAQUC7e5fldM7dZ5es7NZ2azs1nZr OzWdms7NZ2Z5edudududududududududududM6Z2508Pt8vT5fr4ff5Onh0z659c+ufXx+uf XPrnXedd513nXefqz6513n1z6513nXefXPrnXedd513nXedd513nXedd53bzrvO7O7ed2d2d c651zuzuzvzuzuzv1ndrOud2ddZ1zrnX5Oua/wAHXz6/Ppkmd6Zz3dGe8Iz3hGe8Iz3hHXRh Ge8Iz3hGaMN57w3nvDeaLt57s1nvDWe7tZ7u1nu7PXZZnPdmc92Zz3ZnPdms2Waz3drPd2s9 2Zz3ZrNlm892azRVrPdGunuzWe6tZ7q1nuzWe7N57q1nuzWe7NZ7q1nurWe6NZ7oznubOe5s 57k1nuTOe4tZog1nrms9e1nr2s9e1nrWt561rWetaz1rWesbz1rWesaz1beeqbz1SM9S3nqG 89QjPPRvPOTrPORnnI6adTnmazzE55qc8xOd+s7053azu1nXOvh1/tdPDpnTOmb1nTw6eGs6 7zrvOu87t53bzv3nmbzv3nfvPM3nfnmZ5uednndM87POzzc83WedrPN1nnaz/eGG/wBxFTcX FkR9x3e3O3O3O3OzOzBlZfJsGK/IDb7cFiXCsmdT5cKGNqkklGlVmVDn/wBPyHmx6zLfIE6p MFxmqTPdjEavMGynaMRabFhHSzxiuSgmuzWCAb5uQOrsonnl6zszy8039Z9bljoXl6zy88vP Lzszy87M8vOzPLzy88vPLzy88rPLzy8RH25t6tT47Xl55eeXjUZTq5MJyI75eeXnl55edmeX nl52bzs3nZvOzeIZcXm0LTvorP15+vN+brOq87nM73M73M813POdzz3c9Q7nqn89U9nrHs9Y 9mpz+s9wfz3B7NEntZ7i9miT2aKuZ7s5nurme6uZ7qvNFVZ7qrPdt57pmime6az3ROe5t57k 3nuTee4t57i3nuDWevaz1realN5qSjeeejPNTnmpzzU55qc81OeanNL1nXWd2s7tZ1z7+Gvr oxr9T/7lKcXtW/mGWTywpnt1Sd4MIyBsissPQ4nxDpQW0L8mt1mVNLk93BiIdA7/AO1Rk0gZ ycSZdskPuZ5IOI9EfuX71NzjBfSyVQTIgmxohifIN15wKR+BdJmjKpJmF7DESzx8VrKxoqRW FxwEun9owTW1Fx5qrKGxkUPetExzoqb065Eqa5Q04AdBypFNcQOr9Vk2DH6ZOYDx6HIdbIQH Rsv4de1X8pXlbshk7PB2JsBIfDvV2SyIaoc91FWDPOnuSxi2jcGnTp8RYCW2U+CyW5a0bQpp vbq/g0l62KAlzJc8S+Nk6qJLb0UJKmY6IksQqZFREAmltFzU8LLGphhZc5v2uQibeg3kD9D3 9xnRshh/YiX0YhPStvwXo6tjZPdtPTcdrznp8EQBIzWEbl+Srt0wvaQQ73EtbxjQw55W+mm/ r5edMqANk5PLVWM0M7M7c7crVdSdflR9MP8AZrNIwWLWVmkx3t83y9ZFr7skbIAOxh22tZ5e eVnl6zysiDHpzkquS4bcYFMlNNiJTr8gRKh6bDzHW2h0h7Hh8lhPYrOxWIQ5ve2JCda08rN+ dra1P61AdWt1X2Rv6GtfSB/yKW5rpv5qeH1LetLsohqENkElQoD06RxwpxUutgkIIWh6VOWK 1/8AjsCJcNE7S67Jb4xSl2dJ284UrdinPWG4N9lmsOu/jrONldLRWJLu7sFiNwwPJqf27n1+ EuNZK5hB5PXjMKwmYIkikOCGld++LvrMRLdb3aXB7BC+zdEbFrK5+vj49BQSZjab0/SXtx6k Te0+mz7gNT79NbIWNMQl8J4xpanK3M+KtjmP+wyzC4XHcl+HYi29SY115HStVoMMRlhGJsYl f4c9bmrQnSLBUE6VY5E5SMJiYyC/JGkbjuur1kZpLZg+npx3Wi+1U2rjl2GxHvTyqOVfWJpB GxvTyXIcx9I9KNf065AcVGuFsMarpmrRVKqNuRpkJZS6QMyS75z7Du2ndrh3hquC/QgmoaNc cy0KgSa1PSi232YqSfWL9umDa9DYscmswGxy9dFcZ/8A+8cdbF1t8cNhQwYODPlTA0WfXwYm MEnjAbE2IbrjMOBIAjBkimsxWzdvcY921lZYS7VbaxtsG7V2tjRNQcIjpVHea2/U2/LhwXJs sdHjwiclpLkdxnz3B/luHX4qJEE48/GlRDrmst0lDcbwqjKVTC7KFxQTTaIIqC15B2OnYsYn 9e/sj8Dev2w9lkimiU7U935gFqfAokXZUgeBPPV+Z7mpol8fOK0Luz45klcvcRQ60uwQ4CwP V+cjkLbWALG7XiD8rzJjPIDusaOrSWMXJRYTgQs4EIxbi7BsYm4PCpJe3uGYRW67LBQht8FO k37UgaKuksYIJ3mYSh75JkbcAXH2CURlJlT4t66RDhZZojgiz7HBSFudmwP6mK7oVqRCggLU oTHYvDLsY6WUaJtmZTYvIMxcCWi9wmZVR9VJasji4dHYug1xZIy7PNHbu0UGRLZBkCo90Zbt 4i0+isJuakiWBz9DSxK1+fZFXiBIK2u0Qz45y3xVIYuMVNmLHxsqt106KhVennUAjJGyCHQc YyMKV2zzYUkhKsoucGEHIL9YspSAdMciE4JWXWi8RytHVjd75EnQZzWNdPNGxA48uKsG5ayk hD3HsFmKzOjmo6rrb0D0SCTmy8wBPitxhtmSWgK313xkjoTN93vNyZ23V6Q6nYR7aRFYZ155 sGnoLO667tAZ86cpflxLDbBa4shO/qNd9LTSzbJCXO2vYkfJaHBI7iXG3SXlRoWkVkRSd7fL Gir00pJ1/wBSHpSky0XcJmFf8k5XojfuhV1T09kQ+9DynJ/5JnXnwBX6RELXQRZN9oYZ4M/V BhPcyzEde06wthWNMqdU5DeaS3Ede04wtlWh8jeJjOKcehvMJ8PIX5fTrjrK2d5pO1Z7fIxK Nq242pleJb2tTkR5pLcV13TkdxnPJX5bbK3VOx3Gfl651+fr4df7DElyMt+Y9K+TrnX5eudc 6+HXOudc6518Oudemdc6516Z1ze/HrgOwvBMN2eQaZ795rebXve/OV08zfb5iuzG5DjWtOb0 p6U7IxiW7Hx2W6+v3qXpLJKRHxZKQ9pZ2YtqPLXGcmT3yDmt4oxJVGcsEt51y1T3MlnZM1n4 ql73NtEqa3NIOz1hjywunSjkidq4ustwLSuA1HKKamO3DaWh1i2NY7tvPETTDIb77AlmBSS1 k1ObaPx4o6IbYQxYDfuOhfgx+JHX7FdTrQEgcSTh4EJJFza7O+InBkLQ2syzTRtNqnSAMiU0 NgExK/iaE+35TuvpsD6QrSxD7EQhyfHb3HQja1AajGhrcOS2LjNjQQF45TipasUdhUh0aIF1 cqFlbtUaMtQOhEv+4aHB3DIcf0efBHRpC/iWhb/9Y6/L1ze8d+wvX6cj/YhrrHEl5AiSSExj wjf0xP3oxVZSQH74QaVGbOVg8UjDd3CN62ulHkVYE8vbi845/cBK/TIv37lXowNEqRBPbK3g qWixzHIGvLuXLCf+oUgU0PjEZr9gLFnE1CvCpiI1Cky45WoU79ymBxbpcldSjY6Hv/1977C9 ft7yNk3+AORjw5CTo8eOXvqofL9FLgnAcScNubLMyTZB8MJ8TCzYv40HR1/EVeVPIJaTL1lP sQYLAm6FoNl7ABLBHLXpusjiKx06VYK8Wnl7GONWW3ngtghnbVogJqRaMHN6slb9zCWeAgXK soofXK3ZQQoNXLAIr5p83Xfa1ff/ANc6ZvHsGa/b3jH5SddWXddH/l651zrn18emfXPrr5Pr n1zpnTPrnXOudc6+O9Z0zpnTO3OmdududM7c6Z08OmdududM3rw6Z0zpnTx6Z0zp8nTOnydP Dp49M6Z0+Xp/Y6fL0+bp8mvm+3y9P7juDtftYz/I5+A5ht07a4QwUvevmFRkzZ74QMybsQbY Msn7wVV6GJn0eIi0IChypUQgGOHHAwuXUGF1tt2DQ4zVyQFF2UbCEjgtROhoM+rVuOGtERxP YrwjNea8bAAxo3j4CyaMXBkU5gcGHHVkYGYm2a5DQrbUgaJrcXVGiIvLIkVZGhgscHqDldG2 IQQ2DG2B4MFrRk+KHlKjqI6pHH4OOaMaFCbKHjCxQGqz2QqT3IgFgSYHtd0q816DDkuAwI8w HpkVk0TDCy1V3kdvzXTFUDjhlDrrBudbYI5iTFqIiODqIJB07cxYqK3XamM2CgA9TrJc6+Kg QqlWIEgRNCobsdnqQsaNaq4cUPsFU0Os1vqcYAKTWgY+vMgxp2wx6xXZ5LVNh/De0dFC6Rp6 sbT9a+L0WMEa7Wxkt3t8zWsB0NucIDAHC5u2VZkI0BoaSIkWBdKGbTVWwbQGibKCxoF4mYtF U0BQFojhMYMAvlC5uluDnt8ddNiKzLLkHau4mxJ412t0TV5Rgg9Xn0mpdAfjMwqHLlD3qq+g nPpMuBGH0ybPiEhzoyTgmuyzCVwHUyideliEQgEwhGYhPSZE8VIGrSFmKiRYD816TDchuOip MdiJAfm7agPPOyB78XNRnNttQX3tORHWlbgvp0mI65qQjadwv4sb/lVr9LCvKN8lI/5vzJ3v W6RDcVlmLbME8rsuBGkckbe9PWGvYRAyP8S2bkIr5UioEB0d9TUzXIQd2NIchajv0kixHapH FG+syantk+FfkxohLkl+F7VxVLieos8iDs/OnDFUagy4cc7yc9E93JyI0ITJak75BEPxZJAe mM5RoTcdgQejjdluSFtR7eQWwQ4+qI+RDgG4yhNmcVqkVVbsFuhWevxxU2Y/qTYQcNoGD5Sc 2/CpkNWU0i6aLLciyqFv71tyG2U5RXB01xg5BVGlOifiG6uC/hbixcH19tWO9/JbD/A3G+4X vfI24OjcHYZVFp/tyrDyh6LRMhqEodyb5vxPdf8A9Q0bBla8Druq9eQ4aPGOQXkRBZWrwptg mOvSRVfFRoFVJxYIQrMDCrkRkNbYeHtNvTLMxCZqPF0SN66zMxVWE/HhsU7i+GwqfaGI67Ce jRo1P4whtbn2aM29YLFHbi1PjCCn1WnvTXaNFTHsVMmPKttsnOwrWJeVVgHHU1504BTpfIBk NPSsjF92rcaU/RyA6T7fVJEX3HV/lJknmm9urjD3xtSpUR+ectvr3iJNuSKr1CgrUsimaUNW 16QOh1QeuGDHtvm7DdJT6HYsVYiuClf9NsqW24JVLaq5NddgAgDS5MmAlZFKm9aesum9FYqe jeI+jm/tKX5JG0wkWGItG21/Kx027PhRpYy4hoocqYCjmq2HBDDIiyzYDiDA+GYnwExQF55E caes0CviiMUjbYUW6DtwwJIOQhm6vJdigKXQYsIKsp09f4Q+m5HIe4s0DxhIjRTFtZQxYt7h yeOagpvVg5MUw8a3Kg2sEUt8GLcB6xwEmDJQjdU9dDq1WMw4NhLG5QSyWWW7ErtJhHBk2Jps bvkMgHHl5guRFsdMt02I65JehaNgDEQxCvqYr4csOhkYoGSNB2h1MasUzf3GI07O5TQ06nir ym9zo/pSd7jtbqHFum9HrYxqNYyUZH9NePkaXZ+Q2tNWYVE0rjWpM+osXKDfbYJUXVqF3l5u wXC4BVv1QZTmS4WWdiM3sRX3xlpGx9lK3ejexUytEiRSpVyTIlUy2NbeI1utqqZac9p+W3+V 2gus0vimOtZqwMLjnLfCdZo3FTC1m7E0uOeuEJ1qkcVNKWYPtOMHbtEdbp3FLStkAGvS3uBH XDsVDjrl2m5QnW7FyZvth8YRXFFgDK4lzHIUPij63NS4aEoP2w3CnG3STW3yvIDyXbCyraFk +9ND45UtZMy84mw3VS269QnVrijpDuzXITy0yRUl34Sp0l1ZW2zHNWEzJdRVxv8Awq3aUa1D OK2zXRU6c+5pCI8gdM9fHcVv1x3SdFY/8ef/ADwzrpI0tWtb3tXz6XvWbXndmlb1vv3vO/ed 3XO7NKzvzv3ndnfvO7N78eud+dc2rO7ed2d2d2d2d+d+d+8787t53Zped2d+d2d/XPM3ndnf nfvO7Nr8NZtXXNL6Z1za97zSumb3nmb6aV03tXXPM300rpvatq3p1Ws799dvL3pL60683fXc lzekynEaU4pxSZLiUNyXGsW6pa1zn1p65pXTHZz76WJr0bNuqUt4hIkojEJEPFPKW5IJypaI pOTCT6he3JRaXORDLyx6NSnNPSbCQlswjs0c3LKSZzs4nJIrg2KeOY2fnLlzLEQINxrSRiMx LHOhLl2wlOZbuRNhl15T60K7VTLaQmRBNjkhULKvPzSlqml2R1rlCYkMuuLOL2SSbUi4SWRw Y6oO7OMuEpxG3PzokG1LhMyLAufNm3FUppm3enaYtKtOOW7qh24dG3nFPyWPwzf31htvq8zT Yem0U55J5dHjyo8CI29Ot1V+HJH/ALd1+dP8zX4dMV9tfie1+qssMzHOQ31+5UphqNoQEhrg 8mJ04P3/AOn/AG/w9eOv7283jf1eb+icX+KPxPJ6ph1eUuHdI7ZFVOBy6+fGuNTIF4jOrqSv /a/t/Z3jP8yfxxX2a/A9/GPMTIDcknJmqTZSSW2CkmK8/ZCMhre+u/7fT+/0+Tp4dM6Z0zp4 dM6eHTOnz9Pl6Z08emdM6f2enzdPHp4dM6Z0zpnTOn+J0zp8nTw6Z0zpm83kb+bX2xWMfxmk dzACsSjyDNfkhFfNX6vJsGHabLBxcBhnjk+dx5LiwwtHkF4E2jS4RbXFr25A3jyTOUV4+egC YvHDrsVNJnfEM3jl1mFXaw0dRaqy7V5/ghG1qb46bbir43laNa43ZkYMoHqBpHj12Pm+NoqZ cDjx514hQdIG746jRkI42k++748jyo8Ogs+2SuOnkENccwnpIygeZDJcf+XGVx1AZlQ+OnNz JlCYUL3x9Bhtp41d2d+AIU6NVqC/YUAq26aMI49Gy3pUZcSQnXdsfxsqYIr9ecOF7bUNV9ID jz3YXCAPzDVmomgzDfHMNCxdDdllzNJYjh00KFEh/wBNXPe9UKBOZg0SJ7fZ685XSfbgyjR1 iZFAkNWOZQIvpG6Y29U+z6xqa3JqgWltTBJGhyIxqTxyz5TiexWtdds8cPrC1utu2EhZqyuv SmuOZCgtbrTthmzKLJYOSuO9IjCaLuYNkUOW0f8A6ctu5AoO3IEjjuSkkSoO4o7acrldfsMw rRlQB0XjpxxgXQ5BCdLjbiyOmQYap0kzTpImU5x3IQh1tTS9J3va6RNaGA65JOOEAr8AgTp8 wVDEVWWYZbESHZ5iuSQ2RqpNkwBoaSUkkBLw6TKrUyJEZqU51lI19yTNHOj3lB5CIkUFKmty 4LkNxWsifzf6z/Uff6SeurHFiu7Cm96mfMAtzgYb09t4539xpKSMkUwc8LY3Znpom8S/bQdL 89xyQfnECpyQ3VaoTgfEI/kkm7EsVLHKEsQ19CvLqf8Am78IX/kWiuuWVQ7fXK3XnRZ06KUZ BCIah4UlXlqtJpnz4QQEuvjLbXVnCTH65tLAKCTDALdgFCWtsQh9eVDsxkf7oEEj9iQpqvbk WQu15sYOC3Xh9tr2zZBH1l0yvbBSeM33NHeP/wBFzA13289bU9LGIjsyyFwiMt1viuHH3Lts Zhk2RGxW6ZxrEYkGryhMQ7PgRpdmFvOSLG/FZGUOy17R9cb6v1CveyzQUKOVnXJlRC82+pxG a+IeI21cUsySvxSq+dlRXHaoU+ixF2iaiE1TgEdBdc15bFugw2R86Rvq6DhtECPIDSY4rjMc y1BkwkTLHyE36cbxuMaZFVd1TN4ixWxjSorZaqpc2u5VsCoaYOg1Hh9yeejCY8JIOmVapwCo 5grJqczavY6raAyyRKiRpEU4fqUedHerAGBIrdWiIYNO6atjTGohQgvzJlaH+uJ37brTNcHb iVmuRHp9hvHqNkH4i4NWo0Rx2aYYlTDVq0/DF1EeuOJGxpJA9ZHHWiS2tuzx01S7DYnO08cf 2oJEJKJKIj9GSBMQ1GjxNfu/68I/2IfWPxW50M2JnbRb5dZRK/o0UtTJCzYGCSD02IDkyi/H A6UJO1QI1Gl2caUlsL/d4pq6+ywcpJ7LPYmlkavyAL2ZIceCJgQ2ke/KN8sp/a34R1dHbGud KDQXfTsh2SrNwNKemV4U6/ErJ+OU+LCCkyl1jRBkTbEEZeMyG2CNNilIpY16ohWYL3oBkeAW buhVSiQUYqSNrFiHlH7RPdRNerrM8eFtcQgV2iU02XpY0mKl8cQHlGq7FcB30KHKxbfbH0SL EzranL9Af1TeKGHHD1sjuRLIaHyP6YcbMOP2i7tKhXImMfKWkdOYmWX0rleoFmgTj0VqW0yY qYsgFlsUt+WhRGLvkI0PkJpgUNJGVEEFRU7iMgPAk14XIkcfyyEdm5yhUlutD6S8TDyp8ePb xsF4NPfV3OQm1PyeUoziInFsV1UP0rqi3KsdxLXGMV1QnjpSYtrgRXQsSbCdNVz18dV0rsSe PIWBqcTEWUTo4qJEVXqRFR++HrvqrSWCzX3JMRyTa66v1Z151A6BZ61JOngTenauQ6N3CI0q DOlr8yRWmlPGOSkr1OEsO/A1GbU4duelpsR9pxFM47QrzXEL9+v6VpariF/DNW0pZkx9bZvW 1HA2vUWE80vZo/HWoUzDcGj4EdcJkhAfaZha/c8WPvN/8cQZkgyBe3STcffzBbFNr7r3IZh5 kYYkh5j5N+ROc5CNOsjLgUDsk7kULxUWKc2MafWw6VOSzTwy2ExDE47MJS3L4beaGH5wdwtY p5vXh16YOtRQUxNsZAi98dHMgWIgMUQsxIq01dDLLbdgntT5VsKzmIlqKQWHjs6RMct5h1EK wEBqJp2cRVq4GdZFNzYLk0/PIttWgqy2gzMblybERmMx7CRiMrLy3Jb1kJPtRTM2CiSUlTHl WUorN7zW+mPmZsliJPkQVSJTst5ReYqNFmPQnJMx6Y40bnMNszXo70kpKmJZMzYzeyMhUh0z NfbYLTIqPWPeestLcxo1NYbcIyHnny8yS2yZmx21zHnH1nJ7iYxSVESua84++XmSW+uNuqaX KJypuoxWXDbTIWh2UTlTUxy8yI01KcZdkGJktuOamxW0kH0SHTk6Q2ycnR29FZWpEkrLm60b mpbaNzmVSDEyWn36f5cY1NhofJSZTrp6e+3FMzISHDMx52QcnS0dcizHobkkjImr2bnbYiE5 MHHJ7zz0k1NltxjUyG02QeafllpU7EHZrbEQnIgqcJyH3nLBOdainJUNOzMlT7timu6+JZuk pNykLnEn5uQPz34s/wAknXVhzX/IUEnJhYlPXeqaYU2pO0b/AM/r4dfn6/3+v/1Wv7XX+wvf 0H/ff28G/wCRzXVMca6QLDhDo2pBqg+aam1t6rSIFl9+t99ZYbsnT/1fp/jdPk34OfYdrN/b wT/LvX0qavKuUJH/AC6tpp6oGSsFdPFxtU+ulWZLEz/A6/8Ap32+TXydM6Z0zXydM6Z08enT HfsP1+nf28P/AOu8kTHB5Rjk/wArY66KGSSt33OHq5L28mz2RVml/wCN0+TpnTOnj0+TpnTO mdPDp49P7PTx6Z0zpnTOnj08emdM6Z0zpnT5umdM6Z0zpnTOmdM6fL08OmdPDWs6Z0zWs6Z2 50zpnbnbnbnbnZnbnbnbnbnbnbnTN6x7B2v0K8Vfl/o0npJQPkrTv6b+XpjNdJPtqRtCsh10 iRZeGSY0uRUi8VkaCml8JhZohcUHNmRBoeUXkFKsTDswKUXJxlBJbZMhRzAyJ4hK3NPrJ0Us IhxOOjMyP8GE/d5XG5mJGFUAoXhzqQTHzlcWmU6DUUkabL0MkG0niotvQ2hkiMwtx4SEwmeL yTzDXH5FwzO41IQ4Q/jabNgu8eEGjDvF0zTQnjyURgT+PJ0OX/Sx/axXHssgxYaNIBwQdIlG xytdM6ZXePJB0dGBSXzFooT1dh1ehO2GG6AksmrDx46EGxONm9x4XH8qRYCtBRHExeP46Bq+ NHfef6dQpSR9AjqG2mtuVsl24MocZYl3j19FlncfxfQi6PFcEPcevosk2gw/QjKNFUIe48dR ZZtAhqHr10201t1wlxv7eGqNQ0fw/WHA5ozx0gYGqFMSeZh8fKesBWkw0hmOPYDOD+P9ulHq OPmDF0URBd/p6xGl2eoxxY3syv1CNKEEeP8AtIyKMLUlmnRHKqpvpvszSN5Vav744uojZoxS em69VWpg9VJizoiagJVN1TokCLuiMvvt1QbNb+E4EFCqOyzIVUI02J8KDdS/hKNDj7pTbrya xCmN/C8KNiqe0wrdRako+F4TjvwxHjNWIPoYqFr9vfivNfY5r92aUfGUSXIVKf8AljKSh7dv QQNcmxGY1k1gy0FJg60TIYotWDqz1mEISiu2ptS6DSiii1Y4sU1pbLEpulCjJywN8rLS0Wrs p4pQV/fNZQP/ANOqkCbFHXAfPIPRtaXKpA+fCJ2MZKIV8ShSR0AVNj3GwwnJYAFCegADIeW5 bjLW1wa8HkBg90BySpVeu+TSAMgKuzAX7BEHfVFWr7ws9YQ7hwGIYVGGQq+7Hth0dsoDSBWm mxfIix3foqK3p194Npim8dRNTz/IzSopGIFZZpNMipJWnklv0s0hBZJvw5C13duGyIppivfE kQZlTr/tBMXEjFClzZVPu1wqMRqvhXSNvcgmGit8K1RuQzWosUk53LVdydVYktOD3LHVJKlp usdiNBEu/nUYkSWY5SRG0qowxzdSr0Ye/a+UUxUyQEQY1S+Pd69XIQzEpctqI8cjeY7sUGZC Qy4ZmYZuaYj1ttrPdXZtZivAQOyRxUYs1MtZetQTbta2mLTV1CAu0kyoifDYBxhmhw5oftiB GGBF6/cr8ZD9OFx2osKJCjJNFYkeXFYTpLIiJHi4Uhx35ZFCXIw6OzHhsxI+jJOMxJYaT2sC 4seM3NisOTyTSHo0RpDLEGMw3MIRmX1XvfR2J/H/AL6+Dn4p+x1PTbn/ACOL1ff5dZUIDdZC G1ynZ7kGQ3HFPFBDd7h+5gZTS6nX6U2uNWJbijPGvFe++PxY2nRavPOlwsFkqHb5VZSuPQNb XU3Pvms4z35gGmHJR7LUalho0BX0q5eZJsVjnyRoANJW+H9znJup951kMBnyJtfsk0hHs5Pq tNYnz54y4yyTEhtWvXUh4o7KsT5BAmAryW6/7rq0HnJb1fGOrjCWmSyboZU7MCermh6RTrG/ Y2iu17IJ+86BI/pXxwyt60cjx3GLWOHyFcX0dlx+z8nMuR7OVgvHH4xGM5eIcF6uUwvCmHgc aS1CnVcOQDE26Wsml0nE+PzY51FPChJEGnhBEepXGLAcrkAbRvchbpiKm9RoK60NF1FycMWY i/HbUNVZDOb/AFVmMuac5Za3ojTIC/gapxlSbPyo10M1+ErXHXGstrtm7brVRkMIInBpaKZX A8qpASIr3GyFB463zJheGJckriJarsJqLW4MYZWLF58YFHEpY+GGbPAfspEOMFxpc9ongYvD eS7Ji16s93VYiXGI1WKagiWo70IaSnS4h6AmxwNPw5cIBFlvwiE+Qbhl2I5mEKYZkwoJCZNi GYvxDCU5EIQgsN6XBfISisQzFaOwomo0yEKVJlw5y7YUbIz4v8f+/Bf4o/E/+IG6w4deMvw5 Mz5U76bTyLGeg221as8iVb9yqwAuqhA4nyA9Oe3ynpUqLyDIiljV+dKjAHITlfhbvD6Dc7kq VJhB7/LEwbBbpNhlf1Sm6iq33eICyS67Jk8mk5MUdyMTGw5l+KTJ6uVDG9CL4UDMlr0UL5/V I30gXcoNklb0VMxWeSTbDLNxJsFCF8ME4kK+mYEVdtJulJN/NSmBtxKiY0u0EZ8xd+OL0Os5 ES3PshAor45OZCsRAasjYiBZuBYCApt59ch3r0z4hJbhwyEge9MJSSLjZ4g3FjS3Yb0wlJIK jm50VtM15MiQWly0MFpcVtZCQ4+4YmPIZIyY6fVObdUQkKxBGS2lUt1xbk151Lcx1rXnr2tc pxxKJLiNecranJDjnglW07W6pzNPK1rS963tzas8zfTS955m955u805vWebvPN3nfnfvPM3n fvO/ed+88zed+d+8787953eHdnfvO/PMzvzzN55md+d+d+d+88zPMzvzv3nmZ5m82veOK6ri fxf/AD8N/Zn+I8nq00hStbRvWenc3nbvFtqb3/Z6+HXw6/3N51/+818+v7HXOvydc651zr4d c6+O/q7H/i1+XjH/AIyqe6PUkJHUmFpq3Vuzmn68Vt8AYKsfKkdvbG//AG7rnX5Pu8z/ABp/ PxY/GfrqxR3NfBggtGORLQZjCneSf1wL/rzqpv7/APo/T/P6/wBxv6vtfxo/PxY+87/x6faW gqY9uChYDtxEGIR+4wizxO7ASIlfTu/9X1/lsf8AkI/BH5eLP5zNd0fp+99deHX5W2lObcjO s6xDanFOjZTKI46TL09DejObAEdIiBpk9EoHPhNs1kpIbYGSZUmfXSIxmDWCZJibCfHyMFg5 hpwoHlhn8ixXJj5UPKCzINbnkoHTpjTfmLb4vNuIP1SfXN50zpnTOmdP87Xz9M6f/Rdf7G/t E+r+vs39/Fv+Z7XVqott7tvIJXUSVv5uOJw0bKhyVXCpK103WSrIYrVjMq1PQrFEr9ZLRmCD CpM7VxDs+hhEip97Cbk5klBhRmrqWNHYgmhG5jRflJvttifuJ/7f47PWlFjDucbeaMq37R7l tvpYuPP3Kmv7tr22vjk3KNSBTKrfNncdMMiqnTxh2FHorqrTIoIaToLSx3sF2qTVf3Wa4PLB N/3un/02v8rf2g/z/wDxb+RP8y/sFc9PZ+U2+2wb+YUOdKzbjK0CDpaW8tDK9vcfnZpKXXam iZZzRRw9ZJ5STEuRySUBWOLJXY6GeIPiWUMtx7oBkPGNVT9mxctI7bHr7ite68aB6cvbEXua Ijv+PYeX0dC/Fv7ol3XarWcRdfVVNtTd75F8xm2gG1sV9z9jkgrTSJezBn+2i8lSJbompV8c YHK/t9M6Z08On9/p8/T/AOpV9huv3/8ATfjrP/67+y5HpS1islfsOldOvy06wt1so1yIHiuA TSApohZPU2TXJkFuQF5B1AiFuQGZghvk9GQr/LimyfIXqRcDkhxiC/f5zp+Zye+9Grtw3X27 RZ3rPNyu2iVW5R29Tjuf1TLaZnGnp5Ww3SdZI1ets6tbnzHCEzAVuIV1tu4Emi5uxzbC8LuB QREmWcjP3KvhuZHFWYiFQVNTDb3XOmdM6Z250ztztzpnbnTOmdM6Z0ztzp4dM6eHTOmdM6eH T5NJzpnTw7c6Z0zSeubRvOmdvXOzedm+nTO3PTrztxDe173FcTpDKl5vXT/NX9hev3f9N/bx V+f+i6ekvp86ddc3CkJT4NiJrqGIb0lySKmQkxgJCW17fI9VLrhKEzFq5Say7WSbMj4HOYPr xAo6VBzgq/DX1yFx+aIRZUV2HJ3HWlsFWZthdJhpIidIoJWOIA1yVYZRyuy6/MZ47JvBwYCQ enWOpzK0+M44IExYkBILErNSpVaSC47kmhwOhyCi7DRnAsKBx3LlBqrSk2KMWqQ2HC1x1Bis M8ZNaLlhntpGoVBVklmxftZVtjqp+kARkCSBgzjxkG+Dn1EGBMN2wM0EOaR9YNRDQAV5rDdc KdMpY2IRNXEGyKsHp19uoy1J9A93KhPJa3rGmVPuPCpcZFUq7Myr+gfXLli5UDIteITWeO4j KjlhButkIYmVPRx4JjKjsah2qurrc9JCu1N4kZ5LgxouORha6DtP66xSYrTMMw7Ls9lqr8GR RK9JCHrDay+08duQ3Bc3X/I/u7/sb+df4iNfr39kfbxX4G29eeRmNBKnIc0698tc3FSYgWbR e12qC2OPMq0l0NcphYo5MEVi2j5i7JSpjsuGDfhRvjcsbNjXhdzIyB93sfskmonp5eT8QPtH eWP3Ru/Br87DKeY45CCnz5TkAlHHQqAFkw63LiGTlrvOysGDxgIdjDzUAtNPWiOQiBuLhq05 aok9RosPksVzjSFuQQu8d9so+L8qp0lxRIJZGEj6BRpLsut8fk4TA+bS2ocOxV9J2S9vqfsQ SAZHBYmgceEAYIXqaIiFAEifX7IPtQDdXMEGU3KoUP6WfkfX/dWcfOOGil0KPFDyNfUHpAQL EbSrkaZHRqlAhkLVeIqSknLQiZFcT+rjJcRFiseyzAKoHJb9Sp0aUes110xOqlpMP1iHUSnv V1uj2goGhe2+w1XcTQ6OVjEhLUdEpwAWjTRfKLKNMQ/08ZUevImSAJ9Z+8DjSJR6K0gpGPGz Uazxp71gpfHGukGb/wCR/mO/iH1ivsjp2+Lv46+x1P6iv/I4zV9/lbT3bFR/gisS/NVIeivR d1UyUBybpW/cblcn1IiTZzwikyEI1Yxc9+VbOPozTNvtDjjliN9WeMI3Xb3JOvMqu/Bvf6iL apnFtQPKrRjkCtpivcXLceGRlvJJcqod9t4l2tTpFDkY7yDHeVTOKNL2VtLDkWzWWG+vjni9 K1n73GcjWqTAkO8Z8eOJlAysZYjjvj8TIYCCaXuUR9Iut0c6MkWaKrouwF9JDBaNZCJQi0Q1 DvJn1cUIMqsGdDujsY7bLydYYYoYhnz+QpLUmzZx+5EQbLbb9xSrpsHYhc8O/ZRsC6zjIXYi ddWoQGAfjGcu9r9pdarhSU3XmvhkpJsgMQDpNphDIsK7QIVoO28PPCauIQpHF3AYxZJ91iTQ MYpJhpqNsaCoVdxUCA7yCyqzSC7Eg9brfEsSNX4UkbLtq3QIE06DJf1FiNOkbyufDc5GeWaK 3vc0cHv/ALPALENE5v8AmPfiH/Ff2R9vFz8E/ie+we2i/hcruGqb8sN708h/ksZJk2U8g8at NuTYmYPIjSIKOR3tWDXKDTKRHIKx44tfphEi5yq9gG0SARMiQWSnv3GU/Xq/YHK/Msl5mWWJ vw1gnkIoGglCr5iem0kEhw10Jgoyysh4gVuhU3EEWciDRLJyZ82bbyxCGLPTg+5pOSSlO2co /EglJQ1cwhInve+ENxosx+GuSTlTdNFpjSPWP+c7Mff0iW8nXnu9VurczStpzvVm1b6dd513 m867xXXw111493TO7O7OuCTUsJJMHJhx+LeTMOMWsZA3rEtq3radp34NtLd25FdZ8I8N6UqQ MlxUdMZYckOyIj0V1sLOch+HXx6+HX/Ne39BGv23Ptr7a8VfXTO/2z6erTSdqT0+dgVMkoda Ww5kINNIokDZMR92qF2Gh4OcW3KrxCC/8BHd5Fp5aY7PphcZFh0MzPjx6/OklC9KLA4e/DWA aIRsEM6CkV+eyNkyI4IDIPTbJUZlZdFcbkCwsUAklCdno8utN1/jmScHRK7KkGLRQHq9ErXH yj0DdalNnbNx5sGNqdFSdhDePHHzhaiREBqxx57xCp9TjnpJENWmIyKeIHDN8eRXCUqnCZgy BXgMYZKpMKHaFVUGXH1MZFmGLDXosW1WasO12bTUBJW70JjiTyU/UeIECKxyNXooaf0xkAQf 0sVKblzgE8ahirk5KZA6RBlXCM1HrQ6oFC0aaPfHS5lfmDWJ8/dQA3atOHFsVmbJGwOPSxCL x8L2OcOeaTowII6cJRYMMPGjpmn6x8Cy1naOrQiy3SE6Qt5l+VXwAqjLJwLPXHa3M/8Aonvs J10ZX4J8d4x/GYT3RuMkt+z2A04alfKj7/F7EMPyzDZbIYAtJDQqyvxYa6/Yln7OIQlIaxPO w6fVT5S0HCF+ejGTE5wNQ6+UPWeXyVL9Pa5zi53FqvvifvUVbXx7EivE5tmlNUytcUClN5cI s5RkoPkMVrjSHuQTvsd9sksYlmo8fRtSzvIrPkkIoyKinUuPHk2bkplhuWJgj003j9zqU21G iU3i9e9vU83FCFH6wKJjpo+KUhQ+7TTOovttacFof5K0vRSuLgSBIjtDhuQtdLNC18QUqpfS x8ma/wC5M452iQeuk1ybYdYAnvpoJ8J7larN5EuohJr6aDyo2lBS7rU9T7NPkCKnOP8Auh+6 SxyK8WONgIbjr7JCztaEVu/SJUWZUX5Typ77pqgtpRQq5T5Kk1CEWeOVxf5U/wA1V0ucl2Jb eQZkhoSZaW7QLNBKQH//AKJ7BmujC/BP28WPxJa7o3E6+/JyOyT83H4RqK3a5E4lP9rl7hBf dRrVsZUYpjsddVAU2O8PAS3VleNg36eMqv2+/wDLPd8QChJgJvlpjuLxmXNcXL++Jzj1O5VR a1OrBKyjGrqE4oS5szcozsW0nIT7/GvGKHHLHyJEdjWv26RK4y47bW9ZOTojkeyhhr8rjmjM rfsnKkNxo3VIDkii8akGYhBUZNZqvHEPUZlICAzZ4rMaqAnNxLPX9noAx/1A8DFGDQZEWdNi CFiiSg9Xihj42aIuEgaRPXOyR3o9P9nYVfSsYsbymzoMAyafjvlE/eoafgUdjkB/dlI30NKg QbfGi1K6WmNYplluYssBgXwe4Ktlj3YyipjriYvIEV0b/VHaZ0S5KjAI3JmkswL9KiFSfID0 1g8ffPzq7b5VdTK5JnSNJvc1BoVdpoh8vc5hl43dZx6KJvBMNELmJBqX8nTx6eHTw6ePT/C3 rwd/KBrowr741/H4s/ed/wCPSbO3Wp9kJiCCfl1vBPIKYAW03Xdjix7g5HrNbuj9fYLcgSia lcsy9uMcgz2Cx2+zjkGJbpkELFlriSLBY5VjliuQioeHNs82cXJ8iGCkLfhrBFnIg0Fjs046 POzhaBpyaJXOJySUlyzE3YsIlJHLmEJJB3Rqf6ePLeiOSJj8tSSElLTbqm1OPOPbS85pKd71 m3FKxK1azu3ndvNKVndvNq65rrm+ud2811xXXN59cVrw7N7xSema+8Y+Ubh78Y0R+Y4+w5Gc zWuuSQM+JE+QePfJyiA98ZJhV2bPG718utZ0xKeu7DUn66zX6k4ehKR0VBguT5X9OIiZJgU4 Inab3vfwIpitQKFCTCswHYAmFrco3rdKBwpllBeyFKiDaNlyo+sjXU1gOHE3isxg+b/wV/yQ 9dGN/ljH8fi1+cvXWOlpS33Yj7SfmHB5hZRIHOEeAsPLMPk6oTDMwaIYIxmq5PeKE6IXExBV EKmokipkIxebxmZhRQdEIn4pqpTgMx7ism3E3rp41OnuWlyz1dFd2JAzTjo4O/PI2XjlwEOq tB9+hTKrJh2Cw8a6FiqhR2zsQxU3RdgOcbxoAim06Oaj2Gr6EnTHHw6EJpVUjGENUiE9ZXag GJRaXVIJbJIllFgtFWHi69ACiRldu1cYGSHRMtlFSHeoKXgOzEOPVwhHaFtDgtVuwaCxJt1U aFopZluG/wAmRGox3X3BEYwescpxozcvWvrxsDeij5talRTZyiEQMQLx7PMwa2KmVe6WyqPn DStdu6sJeKlb9PlwYf8ATZz1o2j+uKmeP/bxjHGkVtNLr7I2zckxIqCgGFvVDrFQikhpWlj4 LquNxvfKY3HeqIBNgLka7XVx6hUh5UYXFe0mOUf4OPddtcrFfWfLyqu2JtjoZp2xHwMc6xuv CXrFZdvyKxVNTTDh2S5brFt6PX1TY0B06UhsHdGLBCrhX0Yu2Dynt6YHJ++2Or/A3m/5ov8A Dv8API34eKf5nddW6N0RdOSjs1ufv5dZVLVDBADLqpfG+/vVrHLCL8iXDo+rUo/N3MipvMCD KGQ0RXjtOmOJTZiYWwwiYdhZ6icl/wDGrvGC9vi3k9F5rOIVf8soxvZl9aePanxvFYkGeTGW 2pIeDBTTaqxCdtXJ7URLlZjDdVIA2J+KeT2oGUxsaquC/ZdWbkr0GmKIqAsLUHI67TBVFdXx 5vodsqeliOfroFREOmZMcq1YLcUtzsQmHV7fW5rCHbz0UmVVAWiRC3n9miFZ6oqADf8A13lT X/W95x7KRHsVymamWDWcWPKWzV6+5NsZxSF1OLNhy6vPiSI18tnm+yL+9TmPxDXJ8t7RJet7 KA0//kd/evh69B5pgtWIzwy+X+vyESKvFd/p9Wm9zaJZNemB/wD/AEpb9RDjN5tiwmqY4pYh Tb466MqZtPKLW9x+PtadrY8ioQVat6CNs9Gz8Ty7FDHD7mTaglZRZp+nbWGdFRiQOtSIRzaD rhQDINELtB0MK2MDNL/EQQIKes4M3Du9maPSd/4KfrIZ/i/+eRd/Tr4/Z3f2ri/T27lZntP7 +/y0at+/lLo7NseCAE066FBzic+oqly67VYHwzXqqJni7TXmn27A805KoMt3TL0KJIau/Z7j VrshTVC4xEzB7JBPZMzWcSO9C9wrJARPBTmL0BqI9+Lb+WITjRmnwHJVHq7ClWPleL/zKGyl VVCx+0/ymll/fHjsZkJCjttG+S3IkxjjqZDhj6yTjALEgsJBqo8kdCes6Rj5aXPAPgw5cOmu SrAHGT5JqutPgrXA9qL2+D7y9bATL4i2CmgNpsgwk3bLa2WaqxoSLy6WNqxEeuVc5qvlTpPR cr1yrWl2ty5l/lSDkvlF2S2G5Ekih/8AUGX74rkKapcGpg5UKc1DqE2w26XY8i3wpEHbuZH3 hduIOQo1+MxIvrnvVFLHONai2knDiDzU0YqaYlkXdnyG3xJqvsQTxkTKZeKS5CNTXm23H1u7 28tSUqVrN9d59s83ebc3nfnmbzzN53bzrndndndndndnXw6/Jv8AuM/+Qj8E/lkX5FfybxUv cIuZ5EiF2N7+atWyVWVT+TCM2CBs0quPjzskcSJciFSkOFyIWHxCN0JlJMvkQ1LjibYRCNk7 JPLyFX02pkZYZ4dRQ/PMqRcTDbK1bWrwizHoS5ZKVN0zIcYUiS4hx2Q7IVqQ7pKVbTtS1KxL iumuus+u81vefXr9c1rea69f1ZrrnbvNI3nl7xWt6z64lpa8WhTeb3vG21vKkxnoylZDEzCG po+QPdwbXSBdBIVKEv4LFyS8sqIlBZW86+Ot7z6q2dqcoBHg1KROAb19Wmturb4yQ23Y689X iPTOm8CB3jM+31duuTGuOGPZlo7V1ugvE8Zp4Erj0ZTS9MLUoSP9SVNwKvXpIUEJ9msAIbKq 6tdN+G9+PXx6/wCLF/8AIT9k/lkX8vFz74WR0ltVIu+04hTavlHD3icqdx0ZgRN66bgw3J8l 7iws0yAo80+yao08M9/SeZ0B0KYXdO8fyREZrine9CePZU4md4/9uE1+gDzkUyM2JJ9PCpg0 Hy9urQMEyDBPnZxAC4LMEeOhsUTRalHOuWmvQh5CVRQ0UPRKxGNTLYJGR5r1TBQA1ErsYsQt kETqQoACGA6IDjESkgaGLH0xRs8nURo33eQHjO3nZFpNiXCYr0C0EIppE2nER8UAWiBa1eoq ZwohRCI6HxwM7iV4K+qk2QFFOBaqcmCpfLGv+qf7rp/T1f5TmsLXr70epeW3bgSj91l8cj3Y y09qqdXfiMtNogiQOl0SOqDbQI8Gf5IhpjwQixHwfCC+/HLLS2RkywgkkyVgDQzbh+uRRtbk VOHJD0cboeAvLMZR+/8AoUBqZW/fCIQ6kvYwcYe080OYO4L7iVlvKmoTw4qLu08e1GFViyOR 90hz7/3ev9/f2g/WT9tJ++R/5PF77f6Mp/fsxSVCpby9uL+WnnkV0rTCTkxc1SVyBZF4XMo0 Oa9KmWt3bBeWgKMcGJVaYLmpq24D8Cj2gE2WI1CBJhTS9PU3XuMF9tjvrfl2zpms47X2WXkl vpba+ymrU6uPRXjfJCh3t3HDkFQ7cgMizX94foLxtJhriypwtNmu02G3X+N5sdbJQpD+J7aT YZrfHRBtem5aSN1ZI6csIJv01wk/pv7pRloyQlrgQTMBBuNpDSWqiC1NlT1vWQ8hLSEcdkX1 SbeRkTjdVT8MVuA555jlr/8A0OucfvLas15dW5Zkb/UGQp+pva8vkANFdhkZG/3eKXUNm5si cgcGfbqoK8B1x7TydEc0GoaWi1RMNorNgO3hJ0iWEumyckhCakFCcKRFXJgJcrpuVELX99ie Q5FlQ5g+bZYg2p0GwRxBaKUCV5uRdoESdBtoiOSs1sGEWGLRXIModdB8kbZ7XBkBt7650/ud f8DeDddZG/sjNY1+evF78E/Y3rCifW8YOJ2lXyhByixI8FlSY+gjyjReruhTVUqc+u2UKGYl WksBIOOEID82yzB/vVyc1KFUqfCcOvMlomrm1AVWqpxuAkbk8kdvxZ4U2SiJYOQQkae7RbUk a8aHQh1l5FkQJofjYhCHoIJjoP3kiLngeOysAVsuuJ79bjYchXaEagCHDUmI6csthDkK/Sjs EK9INx49k3dgzckBYIcYkYtsKTM3dBLkpi+IUsrdvUrVySnBt3ZgxCt6VLZXya71DXFQaUZM bLE7FbZNgRW7dJrWrJZ5FlkYILPhppQm8Xna3ge3kgjE+2kiUibdi0+MKlVFI86SBs6l2clO ZeLyn2pJKTMdlF5cxtiY9G2pza99cTKc1nnqzzd55ys7t53K3m1bzrmuudFdOu8QlTm1NOI2 obLS3vGY7sl12uEmGtp8EN7WpPH51SH2Fx3P8P7/ACK+wnXV5WI+3XG99Fp8OuOfVLf1bO/i G5CnCBhYo6YnfLBnOjpO+Qzu89xf9ZPKyiclFwMNtQj88dqXYyU9pqxEWWmp77D0knLmabJy 2kakOJcdlPP6TJdRpStq34J3nXe865refXeJ650316b6a6503nTfRKd55ak7THcXpKNq25De YVoPOUhtla1Own4zrdaJOJYBzZTxEPLF50wWCmGNkq7OFb+ATCmhNVnG1HatOA5LgyIeVuqS bNuzVaTWHsrlEkH4VpqEisKyuCEmilsrXw0S2nfh986Z2b69ubb3rNML3tMda8diuseEQbJn 44GmtPtAp70mij0yD08T7haOSa6hhoSCmGl8Zi2lS4MvdoFv0si2WrxByrKlQ0FdMzXJxx0e uSVr4CCFfDKIvyiFAWgw3S2EnY1Q3X7auLP3ar90+Jf8df4h9frX9k/jifunOnhvWM/xG0dz Fdp8+xRjtflV+T8rSNuLY4uVts0HeCT0667icbRvSReN3l2Ofx5DULgcfjmhS+NNoszNErk2 XGoYsYIfoENVibqVWfKiwYOAT5Dr0SvlfAWwl+bcIoCuRw4l0vPt1ehgCA0OFEVmnhoRGy3v YhxQiMNBVWojIRC036ZAk7D6jV6qVODFI2i+T2Jew/8A0CrVWG0Qs9lmplEVuzEHYT0UZcbO wh23k3SDZmTH2lFkkFPbW6GiXArhEghBt9QoEELOnT0V3UwLa23EUdvTV/rsRLsIjy9r93/d VMvF4nKBZPnp+u6YCgDwR4OyZvmxAc3t5vsc42ERyh1DQ0pChS40Kp1toSYtEl5FnqjrDerH U963abfrRWm9Prx3G2mqWSakezJitCnuO5S3LWbmOwbpye/K0njCTBVGqr8SVKFG9G4DDfmY tRyORNLmShVeMvkpIOCzXYnHxJwqcAEZcvIS9QW67DejNnP02JHuXxTdn0v2H/Hc/ENrF/ZO vpmsRv8AT18N4x+JNPdH4uV5lflqUt35Y7u2Xa6SIXSx38syXsWt9Mp2ohGTejhEFY4rnwnT UIbtNXlfosQ8XDhmzqIKgcKuxgthRDHMH7RryOQOXk/8/fgL32zOV9dzPGTbGojkh+OcKHG0 U7jUulMu8G97sc2xLbp3HJhaZ95OP7sUmxSdU3j0y8kjeTEjdhfPS/gmhFX0lbJNdk2yZOeY sxVtMe62v9FmNEn4hacpWmXU+rrDWloksV2dLeJRnX6dJDvxhgUKWH7uTr3wYNQ1Ra2FEz7K R5e++8onduz8haWi0o+m6i8yVqhiUwOuiNRgD7rS3nOOdzYh6LLZkDXpQ34B47sMUOQIHA4S vN3cO9lQ8qVbrlZX569cen94CMt1mJLu4lufH5Fjtn6raIYMtZDLBM1O5M9YFbmOMrq1sdrs qRyR/wAZ7kKQ4bhchzIMorepxOVM5MJTIxCxTCUQUYkhpczkArNYftxORMatZJiXKsc6a2q4 F1odXtxW/HpnTw6Z06Z0ztzpnTOzedP7Tv2D6/S59tfbOuNfx+G8ZycnrH4gc6ungc0W98rf 1VBBPxafd6wzWZpyrRBlZB0yITEmtji1xM1+IdIBK8JKhy9ogDzSIY5uzOHRdlgGrZAGPOug nrA9LEWO08mm4BVfhFc8p0rYa0dHiS7gYjczo044/bgzlSphyIDJW41CNF1XYZusVI6wCI2o 8wdKfHUT4dq55AGfZrCg+QTfNJB1yw7AyzllWaIM8ky22R9pkwiZS8zCsZnkEi0y1cp7U4ra ppdPxuTS0zap8abPtE8ird4L41Yp8eSTNzCm5paUQTCJyRyp5KSQVvG3FNKddW8rG5C2828p WeereCeSJwobN5JJS3yvIpMrC25vea3nXed28FWKeG1JJyJczdzMbx5+YamSIz0R3IAeaURv XbvwYa286cqZCvN4FDvHSJYS6GnkKjIHg+mdM6Z0zplZAqPlW6ADlSJsNUSTWwjZsjfK1Er8 v2+R2g6uKi1rkCsxAr1VqC7BuULEV7d7qPo5tNrL2jFmsEYTNi0sqUjceC0R4zqlHaq5r9X9 l37CNftufbWb8I+/286+CPo5N/8AGGFZQl8icnFdfLreaJSdJddW6pTql6Q+tOtOq1vbq95p atZ3bzv3mtqz659fDfXxTiIj7id66Z0yLAkzt7ZWhySHmwmYAeYT2uK60/NrpEfHFAJxnbsF 6PKIVUkLiB61OOY8NfjTCNNIiYkPj0lMj7BS0ETNZkglx+PpTjDPHkpcojQ1wx7PHPciaEfh EjlKWGiI46h62LoPnSrLSo0IQaqUsNAqsMRKfv8AVIVeRlQqwt2v3qqQBw3IgqXPS4ImNY/W CkRjjurtyYBMe+MlawZRi5aJ7LKZLcnaUpLHG5d+K3x4TddsFHnV1p7jWa2NoTfS18l6/wC6 NZxuMYjBYlLQVsxfjyK0J3r60mpsm2ryP9xi/AAFUqjQtwrtfN63abhAYbqdtrUEcJ+CRDck 8Dgexl2QIRVIBQ550cGZHXYXFgJLpGxzuysxkneLRGbnXSy3JYQzCebg1G+iXy5oxOYBMliE ZgnK/wCXKtZUgInBSL1oBgQ8cMgW55DMkrslT1/lnX+w7gvX7K/ki/h4p/mka7mgIT3w9Zql BAMfLrK7URfw3dqjEEQ8qw4AgIZpA2S38N1zZgFTxw2Pa6+Nk1kZWQj1SoA6CsBIsY0yq2l4 dXfg2luOf5DaZlVTfg19VyjLwGjR48iwl7tBGhIVJgvCauy0uw3XkGdIjwKeNlC6vHZlWC63 6ZPjQ6qLljqvDjTztzvr5CLErImUPrQyLNM3C7vTYiJERRB+zEnYNvvv1fPBlFnLc7L885Kb AjZUdl8lGH6es1681+vUz0T8iL3LmWRLKaJRJvvUCdCSLNcrfUd9spktySU5UIuuGU/evOqD 8fz2EPFFb0h3jgi9JhnJMqbMR+UKcwREXvUtq08m/eS1JdPDv/3l+KifWWkaZ3SE6+MuStb+ J84s33jaeEcr9hjxXRdWVr9XG+9P1yya9G8+ubqZS5Onrze2NotV2jeXT6wYgWQUHuUYmSss mP7fyXLiTIIU2+Cn1q5Jas8c0CCvyL6PjP6LglW2wW4W4Rk3UAt0bexyxT/JifcXSrzs7XJE KRufySubBf5IkrVO5HXIiReTSEeGxyDNizjN6mmYm9/2nPuO10jr+/jE39PHf0dV+NQc9Pcu S2vLs/y6yuIInnOSDTWtZX5USGRtT2p1GqjHsAmsXOO82Zbhq4745/eAVW4u1yPLdZsNOEX6 STJ8gDGRlls/73Gu/Brf6i373GHHxiOKL3wNIFmaoYlzKjWTkxJ/lOZIbnVGfKmVGtkpXxBy k683Op7smXUq1Ike/wDKGnUkakiRIptY81Vh5GacbMTYzpLLdH2Utt0GvyIZaLKNRT8tps/e XUt2Z9hJeUdtbsM/aX/NrAwKJjzINigTSdimQhFP2bhVepViHAJzuSjMGfDytSo8Q1d50Igd T96Oqemq2097C5KvwWPqnW9Ndkk5DnJB3+lE/WQuQ24UQrallT9lvKbJGHSIPaQvGx9neu0x 4VvlEp0YPSYxfZtuzGvb6UjGS7gImuxz1kp9pJFGkGqhpBg3FQRlGpk1Ci0xTaXVIU4+t7e5 C1JSres0pWKWrNr8Oud+87s7s651zrnXx651/vq/KFr9hX5eMX7+Kt9F7wc/qJZeQa/7tK38 us45IixouytVyPXq28DRX6ZODNtGbMHiV6baKxPUxagKT5u2iY9ZqVuCARYu2CA5wreBrIKL yALXFnWxgtZrLfIhMFvwTvpgbkRQsSUK7JE5d0lTQIPkCSCGjzTsApYrlLsiBN7IB4MIw/CI nLXPsCBtzJCoUQrIhzStinm9QrSSgRY096LJnmphPI9gnxWUkH0yHjEyQhslJbbXJdW4t1S1 aku61te+qnV715q9ZtSuq97zefXFdfBmO5I2/Gdj71gYgSYcNbI6k73nXG3VNK3NfVoLXp1h cWhTa9ZpaumdMjU96TWu3614I6dJ/wBNITrk2GuHJjxXJLx/j5sMGRx6EYkHhGwxSr0R45G+ G6uozYQDogh7HP1KnB5gtVSBBZVapAmGwEKR4R6lq19f8v8A/pF+jO/z8Yv56+niv74T/TM2 4pWvm+vjrW952K1iIz7mtMObcdHSmExxM2WhsTMdkqqpdCINcJEmnQ8xmdNpxgfG3rw1gSlE z8YyFkgprY6S7Hr9blWKWfq8uuyk8bElCa5VZFjl2KqSK7L1xjK2Kq9Tcscmy1NwBMVxl0FV CpasT1lqvshGVxzGjih9MFsCTlNRAPWuoxAgxqtBRIc3UB7cm5VmCKhMgQwuLYqrpix2arQx tbmMBawwBHg3TBmJAO052oQytVq51Vdn8odJILKKWhiq9ybtv2DOP6rLkOchCXTNll8VdrC0 dqqnXVWQqU46goG8WQ0rRVqmiwl59EENgmaIAVsLTYybDf6rGBPi9dOMaDWEmZ4yt6B3YcIj sGpleiWDQ6ENmWu9tyXKrWNPNQ4UF69WZBxly0NODln1xG7ExtvZ26X/AMqVU+P/ANFUpr+o NPMEWydJX9/8re8Rrq8z9Gvurxjb/d8Xft/ou3/yCQWvAQjqtbX8vGccesj/AMO4VZevrSy8 EKUiS1W+usWeKJDrEw9XeDMXYUM2tmADdbZRbbRJtTD0W3NoA8oSNRZAme+aoLn5Yj705W/g GJFkHCVums1cFxgM9NCMQn5tktyXI4jjWC0xAIRWpFmu2m2hHG8aK0PfYGrtF89IkTx4iEkY j2f4n5AVC0PbXG+F+Se/U+1/rqTvolibp2+wXn61unDtqRWjDZc/YYvmVqeS9I8crPq7jeSG 2YPGTEpL1hkRpZ/kP61LeVN7ybByjI27Y05WU7coZLXS8iI7rVln/wDlca+o1YCkFueE4njr 1ulSkjDcyPHhUqKvWo0N1uTN5PRp4aF7JXHFePrrxSvW1t+4RUjxBeVb4IyLbDLUSw2A+Ilg pVirctS7iOEDa+eUIN6uVcZIEuRmpA9zkmOk7Y7/AAzQsRyGPGixd9SNXYL37oN3v5Onz9ud M6Z0zp4dudM6YmG+vTUCRIXIFy4id+PXwY+shvXRCfy8Wd/ua8Xfx19dGtdN2n/k8eq+YTAd JzbY77CDYiPTHYkKS5MqReVZolHCtD2Uzz+rPWjfuk6nBGhmprNjkG6Y+WUSqAJsYu3iiri6 XCkMVJf3xOccJ3KrW4pKnFLCPYuwTidDm3zcN2BZeQoDq6rxSjfUvDXDs/IkXvrPFu0oQTjp j2bkTUd4FxrJjRY7zLLNi5BlwZg4aWFl65cDUEyXKkQEsNGPiC4I9Yhc3RuwASAlq1hHBFvP RSpORcBblaj34c7Fh8ittli17gPhpN0/7ZrZxsHPtl2+JIe8Gz1jJ1lsL1kn6yv3SfX2Sl5I FXJnIhabGDbqWxxwgChan24mSjjz84Wmq3FQUgcvcWSG2Tkdvrn/ADFynHNafWnW94lXTPOV vO/edd7xxK2t92865DhSCD8yDIHPdcbSp1ZcDPBu+PbnTO3NI64dpmwwXtztzszyVdEsqXum V1B0wxVa6UkSgMtmZTgsOSZsY8SHt0SIGskGAJcIkBFYhgWXYe7XWGKIRdkAzjG46YrLcwj6 h+mr+/yQ9dZCfxT9/FG+iteK9dUo/A5+A2yg5dRLek9d8tPPorpb+po6OutWL2Eym1PIssrl HuZE8juDRJfkSWSkyuVprzAjkacHHmOQCBdcnlEu+wJvpINCM3MidS/yKaej78Rh+cJ0QKSi jscnJitQykmDpyS486+SkyUMzHmNbdXtbkhx3SHVozrvrta1YlatZ13rf6lYnSs2lWt9HOxu HJd0/HfjbVEkNsRAs+cicNlDl9N7xmlmZLSqqT0RKU8qIirivIaBgZNgm2Glz65GysU2TZss 9Hk1uP4aztzWs6bzt3vOmNNLeU5CfZzQSerdbg6lm7iGY1Y1VMqhjf0wODlnJDtUIxxsfjYw /jAt2Ae5TjKklv6UTvKB8eyCsWBWJVTt9tqXxCSWntVXmGpBjkVn/rT3HIWO4C4/HujH6gEi WQ1WK/GhxaWHgoF0obDl2BkRAVdZ0dmuDYUIHX0CIcW3FiA4lK9MpuRURw5m2j40RN0EyYMi VHa1PSImKLX++tPyrVXyEgzWRERqnh60ScXW4018qFMqU4PDh3QQsI1LhhrBMeVTFfXfjvB+ usn7ab+TX3Tvrrxa/A2jqyww68lxlbW/lbRtavgU55Sk9uNI24tPGZ1TIWnkTqzNKJAto4qL KaB0aebdsVFm12PWKRKs2q/x84bjWCnRQsATxpDKxpTHppHhRKpGssi2DA41dap0ixIq4DRo 3dqqJFxK7TQ/sACsxiFovIULDZC1sLCrtVAwiNnvkcN0HDQ4WtUgRCn2K9PDZj6G4ACtAEti qtfY0dbFh9LIokB+VEpRozOklLc43Mp6NSotXPhnbEJl8dpYjEYxKWDaLmQR96PLH1GrS4tm CTIcqulrzvzKLvKjYnmYnI89AsXvwqW2UnzTNdFL4+EaaDiwkWDfAFUaElzDSWifE/ptTrgq aivMzFqU2nQ/km5uqj3fbm/ei7aWyPEuv+tHf/0kQrfw5bta3fLZ9bqhDnxqUack1AeELwbF aNLnB3NdFVaK5MPcjwX5ZvlVtxDFHNwp4aW1p7kXkH9mzpKtEWxhGDLJX4tEdGSj4I1Xh9iD kw7VzErshgwxHtT12AyV7LuxydduTwoz8fC4TcjkrWysG8MQjE/kDbhWdyO7Iim7NKOYAt02 vakcjlHnE3Mk24jkAy20m2E0TCJ+cV18m/sL11f3iNfT5Gd/t+G8a+xRPdH4xd21Vz5qScm/ KBmtDytesT1ktlqWw5YIMpUKXTlljhApbvbn50jQetyYUly5HZUr4uNj/Io4iK2EyuzocNFi ozEMLxM7v3Gwt+UbzWcSL/6gXZ1uw27aq5UOMZEJufyDKH6PSCI74N42IREkb2SiJsc4zHTT +NiqNSrob0mzl7Ctio8aGFbXabE/q02Q9IjVSvSVDaPfekuuufr40GEj8MNyIjzYBNhxygpl yIlVgurVE295bY4Mabj2wFuw2EfDlCqjSRjIge5627WC+x1RaSrK9vejPKelaPY1Fdeysjlo N8oux5Euq2MY5XnrONi2zd7EJ3Ipxsq9XW/guYatA1QQ4Uk1ivhLE0xZLXaIhctvk1j3WHSf iBhUJXHskhyQqbEj36VGGlrM+UMHrlLP7XyYWWwKuZIOhy5E3CS7cTWuMZqCGbAVHrnyzMya qSUlTE1s5sASs9o3YpTi1r3p1Ws795+pWdi9a7t6zuze86+PXOvj1zr/AG94I1+6r7J+2b8Y /wDF4tfTcxPVjiZXmQpre23/AJYzXnOqCygleMgXwxaw1F+tvVynEQhlgNHKX22VqeUZDBy0 OUVARLVb5bDlaoFHt06wzJgKKbuBNpqtUHjkQgdq2LQuxZrONCkcaYu0ES0uo2uI8OqUseMs 9/njyJlmxBN0yjlYgktdisAuZctwfdSpZyKCI201FNGJ13Hv1mn2VivSbEbaMmSt9ang65d3 QkWxXJ06r+qEjTQm+TBSC9tlmJi+TCakC7sQFMTLmRmyJ92JkY0C3EhsdVgm7IELQRJMuF5T kOLMdiOzSsqcneI3vW3XFu7yu3uVX4BzkCaagKXtWaXvWd2ac3rGruXYYKHJhhSXNp3KOTZj MKG6RlERkkTKxL606U4pzD1Tl1+PgMM6cI2yiu1uP0ztym1nVkKaoAMg05FcQ61CfkKegSI7 koLOgtMsqdcrvHsSCuLCFWcXullNkx1EKkt1GpOjLTAmSiJMqwmPP/udfHr8yvsH19V/in7Z vxifx+KP5Jf8FVtT1XkWS1u2JPytObbVvkU50nlJJKaSMyyy49sKxWIx2dEclHyE1ps3OZab mPNOyJr8rTUhxnPPc71urczTrmtb6+Keub0rNZrri4b7aI0GTNUtlxpyUGnQ2RwWaW2uK60+ RrRIUwIrBA4n25/1pmokQLISlET0YPSyBd89TZtfa1Rp6Q1cpTx2O9xo6jaeLWtuQePWHoBD jrUeY9xxBdbg0gP7ReKtHrrymlJxilPS61XtD0k7jXA7FX3rOPQY+TDuIMa9Vc42DtETd81A JypPG5mLGHcfEikVdGItnCvGs8XAGcYyJsE4FeAkI0dUp9viyLrKiI9LcbKFdNXxHGoZ1+Sz 5D0Ly/U8lREMw4lWALbq1egB7Sdgxilr9vFTyHHtei+410QwLtYViA2tmEyVkDpzXtvu/wAc zDrbUivUcAyPj1Ey4clDjCC4/wAv6w3m11Nt/TxoIVenTCyu6f8A3On9lf2D6+jn219NZvxh 7/T4/wD9pGu5sQFkGipyjzQEP5dawbx5FWKt1WXWJ+tfUXSg6A7nGrbdofoYWdEg08JAA3ao tgic2gRRtNjV8GDrguvV+ZaTpeuwd0KaLe3yIPZHWbw48bQuzck2Fen6HVGyjseFHMWy9TfR C6EOfGV1TDtiu9/myYw6ni5QmsD4ss7d+QpE9mCAEyxVXrkWWXuHIKp6EQxjo+t1V9woPtbW 4VLFzXiVFrEf1lLlw9hqsPd+GwFUYkWUndrLuWUqHt+4tIFe5FGiEi2XO7wmZtY44Iy2i96g xIFisH6uNN4DkdhDlMj5krOKjDisjlXCnIo2Q4u2h1KRTaIelnD8qOdU9I8jyuTnVO2EZ36n +WuTNrw/s5BLPbGcij0RPXkNf8qAx6iZyc11GQyUVMAfKiKvk0lHE35RYQPmj7O+HLU63ohH WrEBBR5PIMNsxCvIxLhK+RmZk7kuBKjHLk4UF1S1u1uQ/wAldrCuRJPvY3kKcOyVeJ8gtM5H KS4617WrpnTw6Z250zp4dudM6dc1De2lgbJl57VLS89VysdrfzL+wjX7bn21m834w9/X7+O/ o4r8aI7qPceSE7RZvlTvK/IJXB7kw40UL6ypvi/P5DlzYMtt34JqsAoLP1glGjvnyUCROD6n x4dKPvR6gUDT4N5YqP8AxrVyu322XNZQl9ll5Pb7LSFU3ZaXX5suvm+VZ8hhqhkpU+vADU34 h5VkSWpFRkS5lOqcqV8Scp+egpX0SpdDom3l2Tk1l1k7EhSJPH3Hj6JQixNe0Uath3GapXW0 IEkVNgaja5zD9J42IR4RBp6C5a4TwOtbo1ghwX6cdaCmy9oBSRldssCu14VLiPGbVaRUmtby BI1Fl3eys2WbrKdakVlybaFO2KTyo+6xA5GlDxQk0+HnleRCJWHA5BKDogWeJKSyDtOTC1cy zbEUpJhyYdomsl5PJcXTI29w4UK02ps+lcl13XnK6eYrrtW9779+PXO7Bw+QUlT4UgdK+TWB +PFEBhyqSQhSxUNQER25X6XAkArVS4kAXDhKddNgqxXNB9VVyP8ACQbZCxFQsFwMHcMz4Nch 16AUC6tVahUie7oiueDhBj8mRP2yiROgIm+vJ61qb8q8F6/ZX47+njE3+vxX99/YC76e38jV eZOnq10+XWU3cJio3YUGFwlRgmqTW2K6QBlrKHkFphesTSIYhWpI29W2MRysW4TCroi5CXAR nkCO8WXyEGhZVrEMFqu1lbsxPNYII7FzznJHu8AIbfBzJtqem2CyXiXY4oO9zgUGOZfjlT9v nWJoZdSQqHCKyIM0tYpxvItqJRIkQi/AfnlZRJzRubqPHluxlPzX5OaISNJTIcTtx5a8U5tW J3vPrmtLWluFIe17ZM06oCT0neQ4b8+SQq5QXG6YGAzDr5qoEwDGDICyU2y1WVWXenh987d5 03mk7zad6z0j206jOeVodJU1IAEYjODRcktJJ1QmHaZ48NvRxdQIlm3aGUZ1/TAr5o3jWXPi RePJLxOxUBwKN3rON4qX7DMrrlivZWlBNQWKZXm4IOoQ3D3IFVjAZGvpumuz7CxAejWCw8hI ddrYqujvg8Y1Dj1Fp5qDGOaaqoANYotwmVSvxWbW9aCnxNqT8WVGEwzRwQUm6zUGpL88aZX1 GvKf0YJ1ybKN6fb0UguTIjUtfmP/ACqwdrowv8vBf4+Ebf7mvF37YQ3tuc+TlyUfN376b3ve b3iO7ebbWnNRJCtMxX5CnR8plaa0WVkUJPmPSK8RiP6oZ5WQaoUIyTNbngN+EdlT7kni4lFi ttKcUQCzBLsHjKZNEVqqP2Ajaac5W3m+LVLEU+n/ABHKtFS0DITONYkYPSajGOosNYjwj1gp IYcIpFXgSxoinCZNgMARBOsVash5IKoQYEsnyWNYhlFUksmDx4IRNNX55gg6FrzQQACXIi0k QSJTbVaCFjh7pXt5kVJizakbNynCXG2/vRrM2CZusr2aqf7o1YhPC7sJSaOKq1fmypkf00jj oLHLnC1fiTw7QCEdbDxoMywnxCCguwWxFbJR9MzeP6xD01XZO06Q8no7xKjWsYPFpzEmS5q5 DnExWkupkYyQbekHWXX06VpV8sSv+yo9Rdl1vi6Kt2xJYcRyQfRtyvWiHtmh8cz4zwfk59iZ FljA/wAIiJYdFbOTooc9dD48jX41nmxRQW2DJNd1yILiubvjboZrkYf3Bby4LKCrO+HMkeRn JMU7Y5J94BcZ1fZe5FKuSE2sghlm7lmI0Q/PgKkGZkmS+cnSW9/Nv8oWv2Vfnm8c/DwZ3+5r xd/H/RVrrIK1quABTvTv+WgNjI4mzxYZulb+9JsEQHHOJaL1SLZmpVjFQ2BSlSPea1a3bE3O pTj8kPZJT46sVY7POSn7I98Rcsa8wfvNYL32zeWFq03x3X2t4QJ6tlosKWWK9xixFSwaaHLt N19E2B411BSOUsNq2civQUiqC5BdCiyIj4p5MkxGo9YIQ36vQ5KZpeXKQXqXGe+sATvaC3I0 X1RiEy3CVRiTjJovYNouo+fBK5BlG4oyxtTJLdX2V86j1/cspbCi7YfKQ3oPGivuOVvUzlbz tStfehrbn1SyPtQjWkRhxWVDkkJVDeVXTJsvBjil22AKaiWkRDPGrOMgwXrdXn5NduWhJmdy HtdhncgDtR4XHSyERna+OJpy/bIQUcpyNNbu0tQobfJw2ExbpsYtGv5SI2izT2ib1inPxGi0 pmHEnPwHHiMh+Q6TkPp3Me22h1SNqeUrO7e9Nx3166b3uTEkRN9OuQaqVJRyIyUKfHwHiUrf GZlKYXGxKZGb4xnrlG6QoPChQHZ78PjtGoNrp+67gYWomQmUkCw4Gr1fchx6BAiECdbEEq2r Xza+rkfX7X/9M3j30R4I30XrxX+Cd/pM6y5/8miq+arA3j5O/wA5x9iGLlkd16OR9a/Lcs3H 4eEqn1+tpsIUjMnuFaII+I4hyOjWiRH1CuOOvdxSHGSi0zk5lSaxvwhK7X7dXX7QKpdo3X51 1BRxJK1xUP0Xi91pmXZmm2LReXYMqq8akIQ9M/UVuy8hFBZITx+fGCB8Z2CxYb/YRhxipWoU JB1W0NACha7j0iK1dhwQaixjmrGfv0ctFTyk4lgfdfQmrGdUfIgLxIBQhl7nDVErjOJTZvIJ SZGj2KZEGxJzsGSRthInG3iN7TuXNfm+DEhxjHZTrublOb0J5BniB565TbBH2re87t513nXf yplupSpxTudM6bzpnbvOzeeWrPJUrHGVtbyhiYxQpKEblGplYJj9aoZveBqkQPaJDHxMtv8A IOdYeV8Kxplt5Ub04mVR3YgGTEmqr1qrbVhZFViIB1aAMky9SmphBgdc4EsnaqimFArAtmri ZSIxMLKZjSNNQ44xRcSOsEmkS2o5NxXptl5Md6mr+/ytfzNfx/8Ay8JO/wBtBBCsS+hWJ3id /Tw3jW/0Gd/tQrODm1QoqNud8mspts1V3iPIrL4mrW1ysZXLTIrs43yJKLQEcrT0N7vpH3s3 fCR2JD5FLwosS0kIREzbSJ1j36boWNKSRL5Q9PLp8E57jJ8v/anVrzbzikpWpOfXe/1KxPXe 1tLb2iDKeZjx3ZLsqDIgOaBEFwRwuUVfVX57ZKdSi42IHrRA5jcF9+SdrE2vowaOdJzLJRJN fh1ikP2FgBQ2ygxdHHKny6OAgrG06SYHi2YyyJqohfhjes49rkUzKsNcEy6r25VxEgiQ5LDR 2ZD/AB4aZj7T0wKGfOTyvHM8XAl0KVDkx+N5Dhcxx47BZ/pfE6u0jTNWEceRyQmfQRL8FSe3 dArUQvhELXyzPw6C9wr9KG6Fu1EU5M+HBS0I20DUIhsxrDfEJI1PaN6ziZxeidVmNRbbZtSP hm2G5IODUI7bg3lROtmp9anC0BgbtbDgDixL/J8j02p3ISJFdk+snDJS2WpVmahHowUYzUWK wWiprNWiiCmTTImBBuNp92nR7KHNA5PIAvSnOQY64UvkIahuByBC1Hj8kOImnbx7iN380fXV 9P0Qn8vCXv8AbzSt6xuStO2FdzPXP9dca+xhPcxCHSpqJUN6G58sCC8SlTeNzEGJvXTA4h83 Pm8Xz4kQPx2+TGu8dTWj0zjHTcOJxxCUMsFD2MMW6jIrIuncftnosCBBSestPERavvwb1120 MBB6ptj3IpbarCrcKoCxw2rhxI8ldORXoC2q9HQAqtKGsT7XyE/sg8whwDWuOBvmkbkmaZKl 3JYgPxsJdjRIE2Tu3+nkRYnGZR15tE94TZ+T/wB6DXaUMnhaUEZhWS7M+eRgxkj0hyI+MIdE QK1McgArjJqU+UGsHI4uJAMR/rxiv7jZTjDnJU9CYP8Aujb3Hph3Wl2SHIcVbzKO0nxVrWjM l1loYIX6McDQ8yQmyPTjrHWZpmw1l9ksMjE4QokXflRhqk9V8aTWER5gkVVk7lDmy3xhGjV4 dcxzkQRfGPXotoSZg69RGj562xiNYds0Z2m0u1MVpUG6aG2AtyB6uJZbvuxQa9d5gCLYLPIs OEbPMKQk8jGNNyDcqQSK2OcZR1yOYmRWXCclatyF7SqS5vXmb1ndm173nXOud3h1zr/Zh66y NfTTfjO+jfhrICu6LnXwb+m5+u5jjd9aKgZKSS8z5aqc1Xi1UJuPIkr048IKSREqnwkxosAi RsmpVjiIuYcM7Bn0kWs2Vt1lWcOXLe5NA4pf37rY0eTYN69RxWr741+RX97jDjRyEyZuzE6L ZIFkdep1EsL3vvIhuRo49YpfwNxuYke63cxMRaDxObqj8YTZC5VjnTWrVfVS01Ti1191upKX DukKM8Pf4xHvIUZrMtFrugZyaIiTIz8ePF0xyLyCvUWx0u0LINRIwUhKPmhbMSKQroR6sHBo 51ZFBU4WsoVisq+7Cuxy5WZixa+2VS47BMHL/sjj/J77jIcEDJQZ/tdXUVvxApEk2+fLVq3k tEClmnFsVbCimY8t2O8uY8t94pJfTD5KVEiWO0OWCTt5Ss81Wd+87t51zrvx6YL48Jk4R6vS 69LEj9lCGuKeqhvHOn4VprDlanAq1KPZuggoz9mrywJPQ6Sp/QiQzKfCAw8m9hGAhrf+GO1/ yP8ATfhvJ34+IhXdD8UfnI/i4o35kAmOfhOfKDge5lDVXfKNxwLT1nI16ELtldrjVTm1FuL7 SYr4QQ8NaGVh/jw3EjE1baeKT3q/IrnH0wSKctWwck6UsAKFU97+uJ+mw12Gs14kQZcLG7no 4AEX9kYCrh32InabTuyyWeQ5DIWu2R6uyj1ifPz5V8IShQSyywOyJiQUnkLcTJxBlhnCW1kX 3JcmxEJjUYvKiIcISHXXCEl3WpTuk+cvuWpSs0vac79512rfs5Dyum8ZZW+7LqhaDFwQHkm5 ZilEgkPIUTcyVZqlIrW+3ed29Z12rOzNMq3lUDIMGrWGQFMxQY9VJ4+r8cySsoGHOIsgJ0iP giszTccpSyQl17jAm1HC0CSVgM8cSVmJ1Jchg2uKVbyPxtHYXZ6SgYsnx7uLXyAlZMMcDQzm HK/EBVqNI3WwETbL9X5BhSStgW9HrDU1MB03OiIPIkM6L2m0ttShhEjHaMcnq62D/C3gvX73 +ka/T4T/AJAiusfx+zsj+EDY5lefOWWdYPmbcU0vZmarWnFJXtxS17kOr1p1etbUpWdVbzSV ddtqTno5KkxoUmTt8XLi4uuFEM714awPUCZyOWESQsxI+S5Hr1XmWR4vXZYYiQ45njxVXpL1 kbnVWVCOWLjpQUXVaCg2PaqTq7PbqRFCD6/Qh8gJW6o2SsZOlCnC26hX5cmk1kbMmC6zDkXi IwFKEKcCEofpkMewdKaj2KnQ+NycyONqMsgUTVVgrFrczZiuui0mDwWRVDEUg8WoKvvTLGiv v2SV7JU96+tHr0KTAug9BadsGEkzp8X0kygbb+ISYqFKEpdbA6hu6EXfkgo7KLRHlSOMuMyC HYlVJJKXOJBchiHNfq4n6+sEH5UuxdzTZUY5t8BFjpiWk1HcTWCJlmCRddVvXJE11hglflzg LyU2ETJLj0S7aRhnK7cDMSZWg9gFEq/IvI1sso6+syq5AH5hPkRuQMe5Jb93OchNE4SOTk7S dMOGp/X/AAt4J1+tX2R9vCfv9XiCV9PFX0cd+qK0A9/PWmsjQDW/lZb8x3VZr4ly5BGwJxjS VOjJFZdnjwIkFPJDR9jrjjseAcDB2Am7R5MquArBKOkBrCBIkl6qfTacblWEU5rpvNZS3Vao 0SLKspe6EGQIfj0WiMD8jRG4chL9PCq0KGzVgW4Um48k7ioVAQK1UaK8O2e5AdHaMzZYzVR4 1lw/PflMyL2zMZWfpmts3UX+nkeAVjvGKlvpb4oN01bLMp52NNXGRLixm1mrO1tcjul/E0AB 71cbwb99JQxckRRHPvH30c5G8z0P+6BLYeCWSbGiyNyxsMm8GnmZAIfKrRl+2DtpZtoaa1Jt yd26526EXgw7iNYqtPtsauM1mfDetxUoyPCtU0Etr3xujvSyzsgnJ5FKSYwu3kRLDllnLIyL QRlpllZc13Zyb5siW7LV0zTridbdXiO9zFCZyUfXWDhMss5MrpAe9KoxqJG39M6/4yvsITi/ tr7eE3+TxCK6O+Kt/X/VJc8i6cjteVZ/lTlGH9rNkJyDRVUd1tNGOyRLlhrSyt4uJF/aYFj9 SRjo8osSedO8f1JJsMUZ15aEzJROr8ZwZMZiansk4n78dJ9XXHoZCklrFCi3AHxanfo2YSot k5Sbbdj0Pcf4aryWmLNyW7ElSwE8UinUqZFhnb9OgkDLthDLplHNQgs8pYYyLVvkIQh2sWqI LlEbywoqrkqK24Ev+xTf9RHElSPJEqbDickEIkWHcp8MgQuZAnG+PC3kxDsyAhD60OybGRls b3iceecd1ja1IxbqlZ5isD2cxFilrNPMtSoEqK113g8e+Ulz4bw+VmsT11s9WpIWF1Vn13nZ 1zbe9ZRa9GsBCfE9JPjCnlEXQ1eHFLZVHRE5NTJanWOtwRdRaZQOeto1qHY61UooxiLInunC tB2knVQewWKbW2g7GMMSJG97c/wunyb+wjX6V/bWbzeS/wCXxD76SfFef6FTUwLPeUhCqt/K n7x70GUGu1mYsZCx21s0JHcjstwYnJDzJslyRqUMh8oSI8SHe58Uwevk05EjcmFI0YfbSA6c UvJQtEavpdmM4ra1ZrIJWUP1LmPzXUSnUNtyXWtd++5binMStes6KTvbLu248Z+UpxlxlyQH nRY44JPL5uG9qUUrJEOhvjw26wNAzCkz4Tm6Oq4unoTXadMPuj6pInWAlxzuKPqVTXZJJkb7 UTixFSZKaCGafHUhc8iqJuHOWEAlK6rX1oAyJPLFh44lV1fcPWJpqOVphAQpzjOclrjgP6SM aEpGF79HWxX4fHcJ9mpV+OHs3JEeGkvlaqo34dtgqAKM8gxWvbkghECQNFQNlj4Jo0zZ4Eed XuK09CkVEJ61WxqEsrMIRUnH2EkcmHEDLWf3Ffqr8h6Oajg47R8BYdm7uPene7Rn0DUjGHEp clNiGlI9rekq7nv8JLal4uOtvXTIo2ROVIYcjrFp6NqzXhvJP8viN30leLn46+xLXbJ9O+rW 9dPmD1ckdQYr80G7gGjkT8WTSCMUtM4xIRIgbjuQUgb49mpPEONdx4FVqjlknwKF6qylaDBS Hq9UAGo56AkaW8OOQUIxKt7opb9epzEkLx8HYJmr1oZIe3GGg63xqJbXOtvadM2R1sSC46Eu whcuK9YrpfZUmMLqomWJrAOFJMXW2zJcOWuI8o2NKvRL6TebhcjGqyzYpnHMqQwZnmpAC4bd 3XK2AgaFDYoZ/d85ChsJH1/bsSDEMTH7HyUxG0upfWlOfeOvaV3mbrdf/wB8Wb36scalPH9+ WgxRH/ML2IBICy7zFdRVRStfD0uS3G5J5EBMMbSyreU1zXw7yBJhzjV7fiPiY7r6pTZ6ILsq 7nDjQCN2DPRKXYmK/PMSWZBNRqW7L/qRGUslfHiAyx2l2w5JvkuUHY5FJsRX7HMeiRpbkV9+ 6lZDbxyY/mzUv1L89+Wp2a84nOnh0xQiXqEPGvFJM4e+Nk9M6eHbvOzebaVrEwnl4wOfk72F mayXVikOOMCSjC3464z3HQ9uaUY0qe87xy97nSq26Ny9kH5hEbr9nf3zeK+z35+MRXa+n7df Bf463hFPR23mnwgFW+u/k1gi2bZrXJkhLQbKzLlm2LcXcAKrs1yIMYj7slNnyW4R8YGcg5V4 HtYX1KA12ijWogLjZfbZL235do8OKF9CRRttuyXlp2bW+MjG0u2qxyG7XajsiPUuMirz6J9i notPI86WyI45myZYsSSn/EvKapDblX1LmUmjbfds13S5DtjsJyWehRtF+QLyHZdMBxEGtS6T 6VZl6GKauRhYOblLs20TGrWOiWOw2MOQFv3AE8sdZRsOxkiqyhF27DmRO94jfTZ6zrMj8rtp k19uWUdlkHr8UdYgFZA6UQLyCUqbYZ86OkrL0y7LdeejFn2J6uT5GtTyLxKeru73Y77KBlis DsOOOnm3p4uYMflgp0OCNo5QpFZoRR0kQ48JQGNcXyeo/jtx6InjNfuT/HsVyF8AB479jCqB FIkfcl+z1keDEaqpVWDKwQMJnh5QiXdBkdFZZ4zJSI4egSyaJ1IeFlT9DWEiRRsJulUWC07Z H697/dSdMErGN0kI7o2O0KK8cx2ZhQ2kYQdkBY7wOq/Ss+hYZKa0qTCmyY7CabCmSCxlx5wn xXtCiA6RJezu7k1Bp9EEm64uXA+jH+/Bf0S79V+LW+i29/ozW839dN/iU1+i1tLIUV1G21/J rOLwiHNXOsStQBNSZn1iqVSMeG2FqKqIYCxTDoUMLmQbSTFOT4bomsaqVoe9zOmAr1pUeBV8 ZSZoMUi5FGC5/NZTLC3XiVssIww1V7ooG1W7OgCSsZ7R0sU5AcIha3bn67ogceIFzd4nHIQa 3zwkZJaRoiXsc42iLZSUKNGnPQ35hKROXorKShElxCnJLjmeoX006pOJUpavap/T66yFEfIP yqsViRuuQojs6Sbrc4Dm/t27zSfqpPhUask6kpSoXs3kqUqj1xo7Os4ODFI2OsBBomlhB2gY sLAn3K9sDF7TGgg6tx0I8tZKNqyW2+ydsDgI2YBrNZcXOC353cOHcZSiFLnjZBANK11ZEjFC oihaF2ErCjkYURPlRQ0SFHYnNwXTfI2+tkr3T3rk3f8A1mwnXwgwJJakVbkl9txNz6IFym3V WWe2uaCr4qSNN3VLqqrXWGT1IoUNuPaYhFkdfC0yKErzVoGJXZZSZZvj41BETzJtqPbXuSBT zI2+tDwoqzRbATt9nSNhEuSX5sWNPehSHXVPOQpzw+RKuZSa04fnOvoKymlLXtxcT6M6/Lwe /BX134p+8bfcx4dca/Etvo0O5DJjx8yW5Ok/LDLS4KJROXNQmQ4ltp9bWbecWvzXFbTteKQ5 rNRZDmmYEp3Hh0qPrVaLL1Cr5EjoiMki3tJ649WSEaCZr0sA90zpnTOm87d4JG7JkLZX9Vwn rXXK1TIMkJcKgyG27QxMUPQ6xEK5Zw8T3mZXCI9iFTixCPR6684ev4FwaWB1mZYM3rpvj6K3 IsceYQcO2SlbjqrFYTXDYRuerHtdrnGYvzZ9xcV7lLqACG4Hr4ofXnKVA+I/g8OpMlryJHH3 TdfjJgwBft7EUjQ58WVjRyKm18mEUNtCbApVPoBpxRy4n5CbJbzElir8cz5MgSDKzpVs5NlS GyLi5v8AT2p986mXhnbsGwBH1U91tRsRILQ5ExqdFrIrboxJt42IsI3d0GxZnxKHBQF28E9M sZX3kqhflrK2/wB3HWO6pPja/dZIKNYrK+fkEbhMJi2L+VYiwbOQGrlWCbLmSbHPl6YnvRtJ fWha31rUp5Ss7951zrnXOudc0vacU5vedfnT/JG+jSfz8JH8avk1kBXWPnXwa3+kkjvYq1Ga NBzkSLAIfLx7XopwlMABTNcV+VJfERHSkMedqIc0NkzRYaIImxt/EwQgSmwTRuwbrswu827L XJKfEc8rICXXlhvoYb/IYPbL15xKb/a5lHDyoEGs1/2UbXgblmMVMW8FarQ6Fj45oHeuVEf9 bT+UD9zjc89HZFXubFaA8fkGJImrGIkq2k0vvBnVssNPzVNchchwJ78/j6POkuPp7XePF6TZ GXp/xAmUgXHjsqiW0SifEck/V7jZClnbRD3u6cm6SpsK/DM1BdhgJPi7nHcJEHNOTaNYIo5l NjCiIHx/GSdrVqgBX0EIzNguNoj2LQ+7ohAK5YVV+adOqNEjN3mGRwW2zgcZkxIjEi5+WaV8 ST9wYZWTAyQQflOrKSXUJluJT56+vmq3nmqzzN53Zved3z7/AMhr6utfxo+/hK+jfyjN9Y/i z95OurVD/wCRSnfz+UQ3KkS7I58N19iG/MeDxpmiTJJdoqNSnFga2I6UFQphw5HsBKVCmEUo +PicrbXJM9ZJJ6yC5RK7cuJ/5SPooaY9rpPkQhNmJPvxokeKh3jygTG49ikmIXoEHoJJkyWj vW3kciOKZr71Wzj2gtrtEIgxbLSLMBKdbYdfhjLGgRYCfILLsCDyOpiHOskiabsF4lHYMMjJ H7VvatxpC4rqr6XWl4/NkRnTs559+wEJLX3xl5bKlyFqWt5S9Jd2nXm73va951xKs7s65rfj 1zr46zfzdPl6eHTOmdPDfhv/ACY/8yPohrxmfh8onf7fi1+T/wDHx0bhQIdljDIj3y1A42AL O8lD29VSyfDhIVa3hR0vyK7PHDeSpkGCzeCDRohyOSnxI3IxaLGdtE9wxOJPkZzd5MNtR7EQ iSiRWWVX256x7yFS3nMVLedT5y9JSres8t7y2GX5KnGnGlyRE2KwNBzS2IiPKkla7PCpG08m VhCgskvOO1qXX3/6fEPaBHHzxEeXq8kWXPce7EiarRWjA+JU1PWm4VKGHjDaQM9ipVaYKk7M LGpIWIGDGCqOHhthpD4+Da+QAceNm/Hr4a/wdazp8nTOnh/rpnTx3m/Df9/rm/mifV/X4t+M 3f6flE7+Rvf63v4um9OuD5LKIQqUR3uKvTs6uzxjYqrETTTIuRImmqnPr6RNEJF4AuvSixMl Qp46c5xbIbaDcf8Arh7/ABmr1CeNxrzkWgj4Y3XGkVwk3SgJNpVVr4SEjjwYyUTXQNhEyRde Dzr4EZCm6uNbJG9yIrJ61052FIdpk6JuwqbEgeOxTsIVKiO2C6X2RJYF1kTLE1qtw3ytwvm5 i1biPDQPHkXzX7C1qbYLc5qKJYY0frhtqGq2cjuxW8hLFJqVCkQdmbjMHpsVjJQ2qtxtOaci fETaLVySU2xFrx51+pSZCyRHkL9qvb38uv8AC6f3d6z7eG83/iQddXv9N/bp4Td/MK3+54t/ nvX0rIvc+y8hvvtQqgMliqqChSTF45GdnIjBxcoXVqVFdI2nkHUjbyonoa1xsw25Omytw7lH jRmD7UFBKsjWm40KDBhRThWPDlRBykbjA/b2iBdY9mOzvzUBZ0KaydKRR8i3PhopWIWBvlZx fUU492rdu8yaPmchzZbYPjibJljBU+fqzco+oQ7XG5c2j0PznLLyKw6xYSMRbnHvGe9aI2OP piz370zwGvxw0wNYTcGfaeRZ8AjIEGw7NQphWKJL24lDJmjdsGT61TrTHrqXirCj9st6LGwG vSw4mCQVAIHDj5yX/kffw14714b+Tfy7/wAPeDfq9/pv8c3k3f6vlG7/AH/DWJ/L/Qmc/BP8 qeo07S3pZCpVhyS1ZeU47jZOtRn59CoulqtHJ0byTrEZMnjnjdaU2CwSo4q8ami9GBliGmha 7MKrY73auNGtXEMbHvX0aNU3cq6PlR70LnjXeTGmyb3IUCLGZ5IjqiWmyuWQhFlKivJ5Tl6R Kvc6XDm2yZOgl7qQNQhNsnhmElJCZ5OwTS6WLBOjR2JjkZyRNdlL3Nd22h9SM27vebcVvO/e s782rO7O7Oudc651zrnX+7v+1r5tfJvx3m/Heb8d/J1zrnXWd2d2s7s787s6LzTbm81Ff3mo Ejee1Sd4kLJ3nsMjIod+Nvf2Rr9PhM/P5YO+kj/Xh1+v+nZbkAmVsc80mHZCECNHmvRZE0rK JbQVlIabeUyt2Qt5Xnq7Er3rO/rnmbzv3nfvO/ed2d2d2dc7s6+HX5+vh1/t9c6/L/rrnX5+ vzdf7HX5+ud2s7s2rWd+s8xOebrNvazzs83O9WfubzyX1ZqHIXmhkreJCS1YmtzFZqqy94mo v7xNPXiafmqi3rNVWPrE1mNrEgIus0GjJxIyPrPRMaz0zWs8tGdEZ1Tm1ozzUa1NaTvE6+mf 6k7/AHPlj76Op+3jrCuukj/J1/ga+Tr8vXx651zrnXO7O7Wd+s8zWeanPORnqE6z1KM9Qnr6 rWeqz1HXPOVvO9zNbd3mkP7zUeSrNQJe80KmKxISYrNV+Xmq1JVias/mqk5vE0/NVBGJqTGs TVouarcTWaAxE5oPETmh8dOekZ1nktpzonOqdZtxGbktazcxnWbns6zZJrFE282TRnumbKbz ZJeKIubz1zmblubzb6955qs797zr8nXFb+j/ANXPlb+im99U+H+kfYxr93X2/sdf7XX5evh1 +Tr4dc651zu1nfrPM1nmpzzk556M9QnPUpz1ac9VrPV56nPUbzzl55judz28/f3nlyN56WVv ND5is0ImKzQCbvNVubvSatM3mqlJ3iae/mqYveapWJpaM1TWNYmoxtYmrxNZqtw9ZoFD1mhE TWaHR9ZqGzrPTt6zyk6zt1n0zu1nenPPRrPVtaz1rPT3FrWbKNazZVGbL5stvNll5so7myT2 89e9m5ju89SvebcVvNq3ndnXOv8Aa38v+s6Yr8Xfz+XX3jb6teLX1SYR11CoxWZGL1SaEjfL 1zrnXOus7s7tZ5ms8zWeanPNTnnpzz9Z5+s8/Weozz955ys8xzO53P3t5rT+87JGaZkbz0kn eehk7z2uTvNB5W80Dk7z4ekZqtv7zVYdzVWXmqrmqtrE1ZvNVdnNVljNVyPrE1+NrNAouaCx tZoTG1mhsbNQWNZ6RrEsozSE526zp4ddZ5iM2+3rNymtZuaxrPXs57k1nujWbKoz3bWbLbzZ Vee5uZ7k7myL2bnvZ6t3PUL3nmq3ndvO7Oudc6/5O/7K/wAV/lr5dZC31Y14s/iU/jRfSzTJ SxEDCP1Z2rzyl55C89MvPRqz0GJG9c9qzQbrmgmt5oJrNBEbz2NvPY280EazQdlOe0s5oUzm hjGaHsZqAznomdZqG1mozes8lGs8pOs7NZ01mtZ08Na+Trms7+mbd1m5SdZ61Oev1nuGtZ7j nuKs9wXnuLmevdz1rvT1ruerdz1LmecvPMVvO7fh1zrnXfh1/sf68df2+nzb8N/2fv8A23vw V98//8QAOREAAgIBAwMCBQMEAgEDBAMAAAECERIDITEQIkEyURMgIzNhMEJxBEBDgVBg8DRS 0RQkRMFikaH/2gAIAQMBAT8BF/399M6PiHxEfERmZmZmZozRmjNGaM0ZozRmjNGaM0ZmaM0Z IzRkjNGaM0ZozMkORkZGaMkZIzRmjJGaM0ZozRkjJGRkZIyMkZIyRkWZFotGRZZZZZZZZfWy y/1r/wCHa6SHKnQn0ssvq5UZ266N0fEQ5UKVnxBTTVi1E3Q54uhailsPVSL2sWom66SdKxzS jn4Ey+uavEvrf6/xIl/IpJ8f2N9LLLLLLLMmZMyZkzJmTMjJmTM2ZmZkZmZkZmZmZGRkZGSM kZGSMkWWWWZFll/pPpM1NsX+hOOSVGp6otdHuTrBxGslFkvuxcR1DuIRvTa9zV+3+RpNqRp9 2pkaKTi7/Job6aJKtdfx0fDIu9CvwJ/TTITy2HqO3GjNOGZqSuenIyqeI5VJL3Hq48olLDc+ J3Yj1N6RCeavpKeLpkNTJtD1MXuicsY2PVSr8j1KdURmpq0OWLSfnojTipwa8l4UmN1JRJai TohNPuNKVScSU8XRCWSs+IqchdPiLczTjkKalwOaMlWXgyV4ms8YL+TSVIU03Q5JciafBaWq y62LszQ3QpJmaRYi3KUkQbx7iyxbmnPK7L+SS2szap+/yPZWRnkr+SE81ZZKeFDlUsfnzQ3R ZkXRZkX1yLMjIi76zNb0oXzylirZH1X7l1v0dSgyM+xNkKT35NfiPT1PJ8Gp9uRo+hMSi3kj +n9Bqfdh10t9Bn+KAu3Wa/A/vJ/g1Ir4UqJ/42T+4v4Ib/Dsk8tKTNTu0pL8GmrUWO1rSo0e ZP8APT+o9EX+Svr/AOiTy0ps1PQn+Uai7Z/yXWs6NFVl/JNrKN9OCUFLuiSllpQn+Sb74Mrv bj5P6eqVGlScv5NTbW/0ae71GRVuK90aH20R5Iq6/Lo9MH/IttZ/wOK/+o/0f/jz/k1fuw/g 1vRf5EsIEv2SNTbVS/BCKUm/clH67Rqfc0zS+7P+TC3OCNVVCCEl8ZYkor4soEFiqEyUGnlE 1WpaKa9zV9WmSdzlkaMexJmgrk2SqWq0RdaLbJtxh/AmP0sXcoR9idrUxLcNLKR3RlH8k3ef 4FtpJn+XEytuvBC8bZo8dNZWh/cROThuSbS2Mt6M9svAhd0rP2n7tyPpYl6Rvdkd9j9/yMl6 RbRHs0QH0mNWqEq+eSyjiOFqjxRBYKj4dcGCxxHp3X4JxzVHij4fbiJduLILBJE4Ju0RikqP h7p+3REI4RxMOxRPh7p+RwuSkfglpWkrJxzSRgs8h6Sd+xhUMTTWMaZqQylkjThgq6akc44l fUzPhK2vDHpt6agakcoOKJQbllE0oYIksqvx1+G1ajwaiw08UtjZygl4JReWUTSj8ND0+60T jcskacXHK/JpRwisjTjjGmR2ZpRx9XuYNxafvYoyzUn/ALP82XiiMPpyi/JJSk4S9jWTlHFH MXH3JQm0vwaquakiClu2asZOTcfJO+2S8EE4asmRv4jlXJrLKK/BpLvvwerVcl1zcG7JRx0l Fmp6tMfbKTZ/TrCG5pbOh7TbkPbRo1Ytab92JEvSzR9JqfeTNZXp0htSnBLwPbP8m70Y0J3r WLtcmyLuNmlt29NTmJ/lHvAk90VRdwSJt+hCVI0u5Wxb6rI7QZBX3EeZMi60zSXaSePPVcE/ Qx+klyiA+ki/ksssyRaLXy31yXv0u+nBaZdFl9L/ALd77Cilx/fSWSojp1LJ/oc9MV0SS4MU yvBijFPoopdK3spXZiit7Kt2Yb2V5HbIxxQ0fgSpFMrahKifc+jYojtqjwebNPrI1Nooryur j2tkpvBSEu5NH+RxZ6JSih76Wfkg8lfTXVRyFuLt1mul9+JpJT5NHdOPsab75R6W5SkhxrTz 8mru4fkmlpuMomvsk/yat/D25Glp1Jf9h0+rPwP6X8dXFNOi/oJkrhUl5JpOckS+6v4JvN4I Srbpr76bE9if31/BKWCtmjH975NNXx4ZpbakiP3pGrLGJpxpE25yx8Go0nA1E4QV+5r/AGhC XxZ5Phf9efWHHVklaJJyVPrvC6FC9PBjUpJInC5ZopudswashePd0nG00acXVSJRlal7Elk0 R2FFwk8SEXbkzGeWaHFud+OnwpJNDi3BXyianOkzUjksRKTg0yWnLHFf8y/+IhwMf9rf9nf9 9Zf/ACyI8dWeTubdfobybSISyW/ScXZC1JwYspRcomWcFIm8JR/JTlKiDdSUvBvh8RM1OYpe TfTcb4ZqpqMpxZF2r+SeWTx8D9LZpt3+GanKjdWQuUd+SNt2veiafxMCF90X4O74fxUzUfp/ Ji4uO/JFPUk9zvUWvI8tNxb8mQ/S2d2HxUzUyyjFeTTTU3GRFtTlFsVEb+LgU5ylFeBSfwnN +B5RxlfXUbTdeCW0HIg5ZNM1W1tH+SO6tkJty/DNT2TNK5xTYnLJexPZL8mg3NbkpvLYlfxP ho05Ntxfgy+oompcZYo08ndizmriSk8I6i8iNVuEbXRKzOT4I3W/TVlhwR3VkJ3KjVeHBDvV kNTKVGo8OCLyjkLUuVE5OBHujkRnlLEc+a8EWpRyRpS+IfE2si8o5GnL4itDnW5KWOxFuR8R Lkk6IzUuj2Vi7t0Zb0N0Ii0+BtR56J2X4Louyy+t9Y8dH08i21JfoSeHcaapX0e5xquzUeKq Pk040lEg/iScj+DT2lNMp/BdcEqfwyd4Rv3Jb6ckae8F8k8vi7FbbGgnjfg/qF6RXsQTzbJ7 6q/ghanNMin8B1wSp/DsjxG/cWzbXuQ+5M1YtKNvySipvFmlbhTJ7/TRrK5RI3HUwkOC1JzT LvRjL3H263+htaacjHHRkmTyUI+19ZKXxtv9k/Q/Y0U67jVyzVciNC2vwf1CksfcimaN2/Y/ qPSv5NPKl7kb+I64Jff7TT9crNT7y/g1Iuc00aTknKMjQ2SX4Nn/AE8UyEcdVwNRuWk5P3NX ZR/JD6eo42Yzgm0Qdq+mteaH6dj+nNd9y9z9po8GveSOImia770y6g0f0u4njCRorsNBXFmq 6XwokY1Gj+n+2R2jXg1PUmhSck4k0lFaaJbalmlzJiNfwaaqJpbmq7khpRhSNF3uT3nRPaBp +6Erm7NZ1RKNR2G+9Gp6ok7tCVRYvTZ5NIXR9HySWM3ITv55p5bmnJttEm1NLwyVqmj16pv8 S2aTb5NJU5fyNuMvwaay1ZS9zeGm4MlB4R/BNuSUa8jdXE0vQvkl91MukaHor2P6h+n8CI+u SNRVNahp92pKRbhpuFE4/Tj+D4mWKo+3qP8AJi5ZTRJ5pRJvGeZpduUX4N4xb8mpbxl7C7tX IzxnKXuYNaKXsSd6yZPfU34RHv0pocsoqFdEN3rX7k/ttGhvBGq/qo4Ts0No0f1Eu6NEXXJo vlH9S+2JDbc0/uSJ9uvmaW8pS9zVms1McnGS9iDz1JyRpzWlGmNVoxixPPVcka6UdI1bxg1w QV6joWpWnLPk001FJiNV/VRdRZ/T+hGs/rROIM/p/QjW+9E/YzQfaa33kS+2z+m9BF46ckzS 7dPc/pn+1kv/AFDP2s0NtNo40aE6kkyHqnMg/wB78n+Vs0d8mI1/XE8Gh6Cf3Uan22aXCF9x mt6CCpGjvZrLeJPaiS7zU3lESP8A3HKI7yZp8CGPpLkf6rF/xK/UrrSKEPfrS+RpPkWxS5Hu LYpFJ8iSjwYq7Gk+RbcDijkSrdFeSrMUuDFXY4pmKqjFDViSXHRxvke4oqKpGKux77CWKpCj TslHLkd+CKxGst2SWRGNGNlFUUUyMaF0fSQ3vRGWV/gc2lkLcU+5wf8A2Gv7VC6PpMfuR+4y e0Whdumj/N/3ZdX0kOWLpn+bYU1i7KfwSX3U/wDuy6vpIe4opFJ8nGw0v72y/wDrEerGMe25 Galt87dKz4iuuvxK3aHKiMrlj5M2+EKdxzHqY1aHJp0Rlkj4lLKth2t0Qlk2vb5JSp0Ke7TM 5VaQ57J+4pO6aM23SM+3IzkuVsOTukKb3y8GcqyocmuBSk3i0KcpK0Z9ql7ilK6aMm3SFPty Y5TW7Ww3JOkKTp34M5VlQ3taIPOORlNq4kJZK101JOHBHuVoU7lRO1wacviK0KTyS9y3lihT uDl7DlJVfkk2pYicral4MpVkN7qKIyytPldJvFpEG5Np+B6lRz8Go3p0+mq3ppMl21+SDbk4 Meo6y8C336asnpn7ciE8m4s1JfDP25EJOTafgeo0svBJ40vchJztPwfElWSRKVUKW7TPiVT8 dHsrM6atckpVsKVxyRCWSvohSyliSnRF30nNQY9lZB5jmlKh7Ij3K0KSbolLE8WReRdOh7Cd 8Cdl10TvpHq+kuDU3gzS3in8845RxNbfGK56zqOm4GN4/gm71k4+BtafcQhUMGT75KC8EttX IhvqTZOoacopGnwhffl8krWq2vYe87/Bo7KK/AlagZZYMg3F/wCyauMv5G24NPwS7Zykam7n /BH04v2Fu4texeUov8Ggsa/JVxj/AD/8l2o/yR7ZN/kkrUv5/wDgm7g0/BK46kp/wanM/wCB elx/Bpb6X+j+n+1/o0G0kvwaPoEa3qToWyo0d9vY1m+1kNjS9dHp1m0Q30Z2Sk5KFk+3UlM1 OZ/wXUHD8GlsoyXJp76krHcXF+5WU834NJ5ucxNx0/dGrvCJBNTlB+DUk5aKf5OdyLvXlfsL t0JIh6UI1fufyT+20aLvejVt6vBP7bRod0W2Ps/p8SW2pBkXb1GafZpuP4JXkpeyJ92r/o/q JXBRRNPwQfxdPcl3TjBeCV/EbRFr4LaIqUXFLhjd3XgTpK+WQ+7IutORpqooRLfUNX0Gl6bI O5NGr4o4hRo8bkt9Tc1NoUjS9yPqZ+5mj6TS8k33RPyXu5FkPlZL0s/p32fO3irZCS+4+ilk riZRlBkZYaKZHspPya/7P5FyQ9cjU21Ys51pUKSlBmltpqz/ADv+Pk1LWp+KE1ml+DQl2rIu oxkvcePal7kdptP3J7xm0SlH4bZKviPLhj7pyr2NOSwuXscYP8Fpziomk62l+S+xSXuWqil7 itajv3Jd0Z0OcXpsntqP2H3ynXsKUVB37GjtppP2P6d9uPk0moruNH09NZ1qxZHhmh6KNfZw ZA0dm/5F26zbF3aM6JTWMEairWbfBJ5ynXsJqGi75NO9NxT4NPuc2ifoj+DW8Q9zSe8oGy/p 8Hyai7Yoi8tSTRLbQSPQ0J560mhPH+ncXyRWyIk3/wDcGp9lmlukSf12a32WjT3h/ov/AO3w 8j21oyI93xGiLjHR35JLvV8UTdzco+CclOMYkn3uzRb09GzT7XG/JHbUk2QX0H+RNZxXsReG TZJ3izTf1ZHp0miCqKQiP3Wa3pRHg0vJq+uJL0M0PSi/rM1/tkPc0fUzhyNHaJpk/WiXsV2t HBD5GMsWmk7XzvdUPTTVHBCOGyJQUhrajBXZKKlV9EknY9+SKUeBwTK8GKTv5Jb8kUou0OKK 2owXI0m7YqiqRhEe/IlXB8NPke+xGKTtDinyUqoxXI1fIkkqRSGr5Eq4MYvwVfIlW6HBdcVd 9KS4Gk+ei2Gk+eiiluPfkWxihoW3BSGr5KrgxQ0nyLt4MUPfkSrgpdcVyNXyLYxQ1YtjFDSf IklsjFFCSXBiuRqylVGKMUyhRS3MUNWJJGK560NdKopDFtwUuRq+iVFWWJFLpRRH5H1bS56u SRd/9sv510j8j6Pk1nlAcqFPupij3O+DQ4a/Vf8A16v0o/I+kuT/AAyNSnpJslu4mo2+xeSC SVL/ALrH5H0fI4cpChUMGfD3THG5ZEYYtv3/AO6x+R9JF/LfVyoTvo5JcikpcGaXJkKaew2l uyxTTdDlQpKXA5pfIzNDlQpJ8D1Et2OVClbozMtrFK3Q5b0KeStGXuSbToUrv8GdK6G6FLJu I5uski+BN5Ysy9jLtUjLdJ+SXbHIT6StLY038RWhzqVDtI05fEQ5VKh2niReSb9hyap+CXa6 FdtMybWSH4S8ie7T6T7WkQbk2n4HOo5+CWzSXkhbbi/BKdRz8Etml7kG22peCUmo5+OiRqTw /ge0bNJuezNTUxew9o2QlcXKXgykmvZkryxiRl9PJjyVM5ljEz7d+TJxkosRPtr8kbyxY5vH JGo8En8knjGyUpKOQibxR3JqxPLeJk9vdm65LeOSLvZGVcly2F3cGXBuuS3Vo5dIuuTcW+6L 8C9WLF8j6SNX7iIxUVS+dR+o74NLZyXSat2LbWdGNQamb/BizUrKLRrq9Jse+m6NSnpr3H6s iL+tLE19tO/k1ftslThJEtptv2JLuf8ABpejF+xv2V7GzlFmh27P8kk8Ype56lH+SDxm79ya 7ZL8jfY17D7dRy/g1V6/4F6HFjTyUvwcyv8ABo7RUX7FN4UXk4s0e3/dlWo/z/8AI+5Q/k1J ZQnXgXAjWeyl7GnstiPro1vSvwaPF0R+7RxrWQ7lqWS+zFGqvquXsiTuTf4NNYRw/BoemMiG +rKyVxcWKNzU34NJ5uczHCGXKIryuSG89Sz0wT5RP7sZeBfcmSv/AOnpcCI/gf3XRrfb3NG6 /J/ldGt6D/A8tiVpQRxrNoSvR39zxX5I9s3Je5p+uZNN6sbNXaOcSlJKUjTfxJPUN46eUeCe 6iR7c/wRTklJD31MTnSaZqfboRreLH4s09keUS3/AP6FtCheon/+z2NM8okeKI7SGk+kdkVv YvuMj8j6TNX1R/Q1ZuKpeSCUVSL8Dl4JLHVVeTUeTwXBqO9K4mqscGvc1ftyFvpkt9DIyXDO Nb/Rr/ZYuup9pj3jKRL1V7ofq/0aO8E37F4qBxgjS358WN1G/wAmySr3Iv6ji/cm9p0SawbJ /cafBPdyS9iLuFvmiWzj/BtmkvY0fTuN1GDNrgkaX5/I/Qmvcm1FRx9xqoSaNL0Lpr7Yshya fMl+TX2giHJD7kjjXt8EO5alDdaMYvk1lepfgbUtR17EGoafcad6ePsQ7pzaJ7acfwa1tKHg 0+ZQH2/0+HkTcJL2IPLUm0caGHk3hJXwQeTm0P7Hw/IiHIvus/qaejRp+5H7sj+ofYifdpND llhE9GpKTHFy0djL0xI/T1G2RTrNeWXnq2ia+m4mrbgoIg92lwP7Xw/JP9q9hK4yfuQdYxRL 1tvgpy06NTvSihGqrocspEXjGimmmPvs/biLtk2PdF2yPZGiqaZLusvaj0yvplYnSo82R5bI /I+kjUjnRFNc/POClLIUO5yJxykn7EkpKmKPdkY07RGGMMGYXVjVkI4WPTtV4GrIwp5PknDJ Ne5XXxRh4JKxKnZjtRW2JiryMfIlUcUY72Pd2KKiqQ4Jj3IrHgcE+R7iWLyQ4p8nihKnkirP FGKuz8CSWy6NKXPRJIklLnokkNJ8iVbIxXRKuCl044MUMWxS60v+QQvkYyXH/Wl/foRfyMlw a2yiSWNSQt5tMj26koeDjWf/AHRfMxmvtFMa7W/yS3nJD+9RP76/7PX6q+Z9JxzjRKMnHElC 5ZIUW55SJwlLfz/3SPzMf6V9bLLsySG6MkNpGV8GSGxSUuOliknx1TTG8Vb6t14FPev+rx+Z 9K3Idzf4+efodcklWmp+eljisHfJbcYUNJayoj3Skplv4GwnGUkX9anwQ4nRtKCUuRbshzJf npq7JL3HHvUkTk47kHbI/cma32WJ9K7JEFnFS80OVRy6abz2fgbeOSHsl+S5RnizUbjp5L/q EOfmfTyaa75foSlnKvC6uKnFmjL6SnI01cs5cshvqSTNN1Fp+GaqSjGQ/vUQVSmker+nvyQ3 oj65dNb0JnEkn5H3Zo0OInGrI1d9GRDdLp+1n9N6EQ5kvyS9UfY0vXMhtB2ajuMWSf1Vfsam 2m5LkX/T4c/M+j5HBpuUf0HDtcULZGlHBGNXiYpRxGm2vwNb5IjDGLT8jhdLwS3dkI42x6dr Hx0UabfTxQo1LIe7shHDgcblkeKIxUVS6xSgqRjvkPuVFd2Xkay5PFCik7/Wv/ocOfmfSXP6 N9b6WixOzJHBmnsZIvaxSTdfI9iMlJWi+illwSljz0Ur2JvBWxbmVvElcdxd3BfdRJNKxbwz G8Wr8k7hGyu3IydpIezxFbbXkjLJCjZGWSET7XRBSk6IyvYq+CLbu+kvUoeWJtTcH0jGyLbb vx89o1Pt2uRb7os4I1JEHUdx7bsk603InH6eS5I77EGmrH9419ooR+6jT+onkabaSi+RNVJC j8RKzV+2zT9K/vUQ+Z9JGr9xREqVfMmRjnlkaUm479KuXcR9Mkv9Goq00/JO1qL2IbakkiO+ nU+R9zRf1bj4NoRbZoxxgosltrf6+TW9UBIf1J34RNPBpcmnUm5I1ud+GV2Yo0+535NZ08vB BYxo0lvT5Rrt7SRprFEFvia3CfsNJ6Hsar9BqfZkx1LTxN4NexNfUcz/ADP+Bqo5xL7lE0Vt If2/iIlU5JibUnF+DWVfURp8keZfz0ireflGlb735ES2nGJpLeZL7MCSVpC9f8onvpN+wiPD J3ilI1XWlkiCUIsnzBk5VrV4NKOORNbR0yVYO+DjR3J2oORLscpoir00if3j+o9MS1pxyZop 05Pk0+5WQ3UW+TTk6lKRrJYKSNX7LIelf32n8z6TNXacX+hqt/bXLFXgs2bo013yiZZSy8I1 H9SIttZpGn3QlZou9OzR9CNX1QEav3l8mt+xkWL6UsH/AKJ76UjT4VGp94XpZoehGt92LIcM 0fTRr7SiyBpurR/UemL9iSy0mkavEYko3pOJFOUXXgnLtSJxfxMvBaeo2T208fyRdu2aT3mi f26b3McZJp7Ee/VbJPOX4RHt3I8yf56R4dml6VfSTWSkabqUkS+3ivBOTzVCX1FXsSeVwRwR kvSyduGA2nCmad1LLyTuVfglWWZp3BO/I1cIryjlUx7xxZb2Xgi6lJ+5pLDkpueRqXNUSjnV +CLoppVEXqUvYS3f5Mbq+CW+xGOKr++h8zGSNWGdNEcv3fPXdkaccbHH6mY93kRWNv3HHtxH vRFVLJjjdpC7VSIRwVDWTTfjpjclL5HuRiocEllV9IrDgaTdvoljwSWW76JKPBJZc9KSGsue mwzg2H/Z20VvY3ZSu+t/JfzJ3wPbn/hocfM+k+P0bE+j2E74Mkuie9FmSatGaXI3QnkrRkrr 5Ha3IyUhuuSrFLfElcVZHv3RlvTGnWxpv4itDdSp+SUXRp96JPF/gx2sh3Jt+CVxSl4GnjZB ZxyL2uJKKToUGpUx+jNGKtIiqk1LwP0fERBKRDeTiW06YkpbC9TXSVJxj7npm49VvwWroZFp 8GpvqpIaoW/Bw6ZqP6mJNYTdcHCyGmX9JyialVFoiiUng3ElG4L3I27/AAaXerNHmX8ms968 GOKSFLdr/hIfM+k+DW7dJyRBVv8AO7c17C21ZJdJK6No62xGO0sxZfBRqOpwcRdtzkQTlCvc 1P26aP3ZM0/VOjW2x/n5Nf7QjU+o/h+FyI0vVT8Gs6qSNFVHYgu7E1uE/Y0dlYvXRrelb8Gj xY/uGpWBp76bsn9lVwL0M0ZJae5hhFNcGolnbOZJ/gdfAePBBol912T305UcOKR++Rq7xy8m lyfvl0h5Zpu9+mo9osSrVdGq1gpI1OInGqzV+7E1m1qxogu5tmr60vJqvvcR/ccX7D/ZHwSv 42xeOk3E1PTBmpKvpon2aSol6V/JPiXwzQ9Oxpcv+TV+5Rr+uBtk15/4SHH6EuDV30mQfavn lLCNkO3byNpcjdck9tSLRqPP6ZJ/R7TV/bI1/QiJH7kxtZKLF92SNZ9if5+TVV6LRCa8Govh PNcETR9NGvti2RNPbKP5P6hdqfsQI7TkjXX0zT5ONSSNX7VEGnBku3RUPImq3NKKrD2JSrTx fJq1JqSFNOdHp0nApKmjaeo2xvGDjyWu1iX1H7ErnL8IjUdz9zfSNLk04tLfpqNx07IbNt+S fdDFEnaivY/yZGpc5JobTadCW7kz8knbseTT92O8VH2HLe0R7Y4m9p+wo72XtRvaI9t/kj2x xRFVLMkspZDbZGNb/Ov7xEePnYxq00KEk+dvnksjHuyJxzoe6pmPep+x5sjHFNGN8klkqOCt 2x7kY47olFS2fyqKTskslT6UkNZc9KSGsuelIe/9w/z8qfVuvlpsUrG8Vb/QW43UsSbxjmLc Ss5dIhLJCNSWFD9WKNOeVp+B7FuUmokJZciM5SVxJSqSgZNTwf8AZIXHzvrf6Cknt1y8HBF5 K0OSXI7RF5EpqKt9FK3iSeO7+StrFK5UeLI9/BKWL3K2s05Z7eScnF/grayDytM1HhuNJRyZ G3JxZq9nAkscmQjbaZzD4kSMU0aXctzV7XGiSUa/JJYzx6RSb3K72jgdLFe5KOOpRK4Spkae xxqSQiT9MYkklqtR6SWWm4kN+0ezpmLNKVycT0qUvz0hyaluWLKqWJFucW0S2r8mO9I0pWrI 0ptI1k/hoqlbFa1MJeR3TrlEZZKyMbG+3OJiaUsjU+8a32WafBptqbTNNYu/cS4cfcg7nJrh GreMWx1D6jNKL3k/In8SdLhENpOhK917kZZTbQ4/CjaJfc25H9/+wvohfO+sIqb38P55puNI 1lTjXRrJYo1axXuU3qZGnvKdD20KkTTbixfddexvGLTNRXGLXgm71V/BqfakR3S6/tZpbwRq v/GiG3A/XX/iNSsOTR93yS+5satfDd8Gjfk1Np7E8fhu+DS/Jq18TbkdfDfsaN72c6MsDRZA 1v2EV5Zpv4mpkW5xaZ6cEQX1ZG1SU2aSqOchSzeTNT7e5pcqx/ckIhsafv0/xM0V/wD4ajvT v/zknTlH3NP7srNX07ceemnyc6jH91/waHpkX9OP/nkafxTQld0JYPfya32jVWWmqJP60DzI 0/SiHkjelAa77NBVL/ZP7xrb6TNOVKzSVSbfki/h3ZHtxXuR7dRxXBrb0kTVy34MpY0jTioC 7JN+5uqFGpv2Hk4qI49+aIwebm/7JC+d9PJpbTkvn43YpX9SRwrFK1kjUalpNom3GNLlmnUe wh9qSZLeMGWvi/6NPbKzd6MaNV90R+ho0vQuq8mm8EoM1I5rKPKNKWW5xqS/Jq76Rpu6Y/uv 8mor0nE03dMl9215JU9Nxvk0t6ZqfdtG2DizQlXJahBxW5ptRQorKvBqYuP8DcZQUWKSU7Q6 SaRlGlfgjJfEyHjvXk2wUWPeaZLvnbE6KuTkIUqIquiltRG1JyZLdNGTdEe22VcXH3HS8ilU tiu7Ik3Ijtf5MdlEbsj28Fb2Pu2fRbO+mxve3Xj/AINfoPo+SWnfHzvdUS001R4oisVSHFMe 5jUsiUctn0xSdjSfJXgxV2NXycdeSlz8lX0r+3XRpifgootcfMh7SxZPsjl0qyt6L8dVGz9z ianYR3K9x90MokXavpHdlq2kPsgsuTUuDX9/Hn9B9HyN0c/O5pdFuSlSsvbITt0SdCdxyL3p j5oUso5DnjVn8EJZq+qVmTvYW5GWRq9vHg/bkJvLE1e3ZPcjvFtifdRqrFUuSCuNs/dtwaqi u00latkEpTtcCS1Ml7GjU0mzRVyaZHvk0S7Ibe495XEax5JSxgqNWNaioknHk0xO5ZM1Fi8l wQ5ol919N5YpEnlq9oj00RV6kiV45ITsirJenNDVaiXhkH9RrwTX1TVrDfg017i7dT8HGpkS jeTjySXfFI1IpJteBXiq8iX1XZrby/IkkrZG5JzZGlp7cCVSz/Bp7Qcn5PTqmF2xu4RyNW+x f38Of0H0kan3EhJJUvnlFaei0yFqKT6bQi0QjnpxRKS+KkvBHt1JC7tFpGpuo/yOP1G0R7tJ xZ6Un4Imjw/5fWPJDmX8mq8Y0vJBKOyNb17cm2DNJ3uayuSrkXpNL38Gt6kvJDdGnV5eD+o8 RNPdGh3SyI92SP6fwaW2pIi7lRJ4xf8AJKC+JFk94TIUo5Mhcp3In6Jmk7iQ37mTlhp15Zpb UiX3X0gaXn+RE/VE0/XM40ZJ/khwiHDJ5fDdl1KMDTjjNwNX7qZOOcKIT3EvqZs9OpbHPGLm vI2oasX7kqqSNJ5RVi+9ZqO9S0arc2orgT2aPTDAvv8AwQfY4se84yG8E1E/Yk/BK5yV+P7+ P6D6SNb1wYvnffL+CDzVoi8m0Re7s0+3StEVhTfkSrUbIW4ya9zUaxSGvq5eCHdmT+yoeRbM 0v3fz1jyPtk2vJSaxkabfDNVp6iaItYtM0lSpmq+9SRGSUdzS7VTNZ5STiRmoogq2NV5tNEZ Yo07gxyxtx8mm1BF9+SM0naQp9tSHNuSZ8SxSqCiZO0/YzbINwjSI9pu5ZMsruy6J0Rjj0sW zyGsuR0JvLYo2vIqnZXk5Eq/WXRdLrqhuhO91/cx/RZIksiEVBUvnxEq4Koe/JXgxGk+Sq2M UNCKX6D/AEmc9H1pi346pNj5ocWhK1aLp4svwJWi+7Ho1SsupYvolZfc4/PZfyUfg8WRpmlb W5Ptn+CtrNsHIcctLLyR3dGTlHtKrVVC7ozs0t4ovd0Lu0mpckLvBkHmmab7nFmn6nZo8P8A n+5h+lIeysUlLb526eKITyXR84kHld+BzaSl4JbNIhbbjLwJuSuI5bJ+5DeTixd/pIvNCvJr qjU9TjESsyubS4NTFUn5NHddx6ncTUxikmaK/wDccyTRqYpJNGivcfdK1yTeMUaKoTymrN3N p8GjzQvvMt/E3JJpSxJttpMlGlaFc44xJtJwIcykxr6O3/m5q8xNSOXeuTTdtUT+7/oRWdL2 G89Vv2EPtcSCvVkeuDkvBF2rIryPfRcydRxl7kE4xkyrhGZX1JGgvpk3tCfSd4bFr4saJ/Sj KvJoLGNGgT31NziLZH7TZK8HJEtrceTT7Y/yTVayo503Iy+HpJeTTjjpsW+lfk57VzRDbSVE fvf6NPzkaPF/3MP0pH9R9lkePnrFubNNcy9+nDvyK85pmptFaSJrvjL2F91/waW1JfkaVRsi sZ4s06T2/Jp+V+T/ADPqif3Rt/DePJpUkqNfhL3NL2I7yyNd9q/JpLwR3m5Gs2or8mlt2idz bNZtRX5NH/2kd9TcT+o0aW0/9i++W/iYmp6ZUTS7De2aaeFk/wBiJxcnguBOWFo1eYo1JYLF cs0o48E/u/66Q5NPmX89Jb4si0tV/k2hpyj7kVSSIvkl9l1wazTiq8CaxaG6jGCG1na8mjtB oX1a6OUZrFiffk0RvGV+SDwjRBOO5qXPY5PFDy2FabfuK4xxIp5Zsms9rJRylkxOhxFtLIUa VIS8jipciVf3MP0maivTaINUo/Pq22o+BSuTiSljNRJWmvYjT1JTP/dK9zwpClepZB4WV2pl 3qWRahJshssmc6jl8mrvLJEW63P32uDW+pwReJFU2avfGkRliRXc2an1FiJ4nls1H8RURlif uchzb3I9nA5N8j1JCk0Pd2zOXJF48F72WxbKkV5PN9FFXfXjrXRtiu8hxy5fysilHgoUK4FT 6PZX8i3G6lj0xsg8iTxaT+aKstyVxIyyViQp/UcSybql7ibWo4MeysvKeJFtSaZtwJudovFb kpfTyRqKoKQv04fpMYoJO189J9K6181foV1e23RbjdOmU+S8uCXa6Zi+Rd3BJOPJhIj3DVSx HChQHFrc+HvRHfYlHGSiYb4pkVccmSuNezJdksWJWSuOpj0lUY2yVxml79OOTktLkkr037kX a6NM02pcEnesNVsJ2rLp0ybwNMh6pfz0lvBpml3RHKo5eOnpWRPfWRzePg0ZZxyNHz/Jqr6s SW2tiuB9rY+2UfyT9TgaaeFyNF+qJDaG3BFJVP8AB/Tb2zT+/JkfqZIls4xZFfWZH6up+ELf UaObsu52ycezJFvgUq0LNb0oX6cP0WPotS3t883il+S3GeL6T4N4zS9z1tpGVaeTHcWvya20 G0TaWnkRi3JEn3uJFUqJrCca+TW2cUiEKWKJO9Tt8DdR2NGrvwalydMlah2mkldo1N3UiWSh SNFJtyNW8qZK8djSpvIn6qZJfUsi/qMn94mu9smstTH3JS7lprwbfEs01WczV5izTq9heiWR q8QGviQpmlK6Zrfe6RWT3PVqSbEarpRSP8n+iXolkyLfwbfJDZCJbzRo7ajvmyX/AKhH+R2a fE/5Kv4f/ngnvGR/T8EPVL+ek1lptI032uHsT20FHyImstPYf3kSbWTZ/T7adGjy0a33Isni vqexDKcG/Jt8SJPfVsTo04qCaF2QwQvXXg0U9NMjcdTL3GqvHySV0/KMZO/cgsFSGu7KI4Np Fd+Q9O9vBJWKNRxML5/TRHj9F9PJofuX5+fFN2y/iTy8ddS1ODJvBbcsxWGJqcRf5Nb7LE7i TWFTQu+RHZuPsa3qh8mt+wTIrF4s1L+G2aarZEvuOzUv4TZp87El9R2an2mafJL7rJr6TNLd kvuskvqqXgj3aro1dpqfgmrnfgtPW2L+ozbPMUncqNb9okoSsTzhL8mo8lGKNWV/TiQVIn3a ifSLpkFTYjUypUOVahPeLivJHaOJGLbcmXQ551JI01i8mbuSkxupW2Qbxf5Pb8G92QXw1SIx SbbLIOTjuKOPBirsbI5W7K8jSfIjFLgr9Ov7VEeP0X0/cX8OTfzz3jRVYqJqXh28klcaJXJx vwP1ZEY9rTJJypEt1Ql2uLJZSqI+ckRVW35GpSq/HySbZGNE1m0/YlbVEOxUhq5ZDbaoj2Ko lXK2O2iPYqRW9j3FtwebLYtuP1V0Yuj3FV/K1SsTvdfLLtSfRKzdp4kZZKxbktpqPuPeWKIP JFVQu+6NOV88nJkro1ttNtEpY6eRqdsYyEV/eLj9F9Hz89fo8dG0unPBklz8jW1idjKsT3on 2biVifdiyfZuJWrN8sWTWCsUbjkL1ODNVYjilS9xevBk1UkTUYUhxqdMmsZpIko5KBGPe4mq qcaJYqeBHtjJsmuyMzUWKzXAmTWOoq6SbxqPJqUtRV0W24lerIlaVoTsirJOo5o3em6NJfTy JdsVIcd8SHdF2emeJ/UfbRFbWaW2UWaeypEI+mS4NPdSlE1OYMk1opy8s0I4rc05fFm5eCHu iKvGXsabvLUNR90Gj+o+yTajpxs11UUL+8XzX8j6M1JNTwRFOt/mk6i2T201qLnp/BNY6eXl HM0vBDtlJI9ejkbzlGuCO2pJI5VTHbkkjb4ro1lWn8mt9oSJyzlj4R4NPd2zXdbi9NGlzua3 IksaNKr3Nb1L3F6KNKuTV9W3JOrjZL7pr+uJqY5LI1PVE1vWjaCzZpeZPkmu2JLfUxIQ7mvB N5y/CE1GLbNNbGt91f76Q5I7zk+k/wBpH7sv4Ibac7NL0Ij5J18O+Beg0q+DRqfaX+h/dX+y HdB17k39RM/qPtojKjSWKdkXHTiyLqUYGn6pLwTac4knHK2PJwUEadQVCeCaifuj7IjzK+Cc ZSr8E3lsJPBRZKDk1fgX9tfzR/SfSZq/ei/0JyU5V4XS/JOp6bZnjDLyadQdeSk4OhPDSTId va+TaUWReOkmJYvE1vtP5NRZabRGW5NYPPwR4Zo+mvY1vXFkfSzR4SNb1pidR3NHhI1WnNSQ mlE0vBN3NNE6dP2Lz1MjVle65RJqVWN5zTfg1JZbrklJbHMmzU7lSJS3sg6u/JPujiTudLwL Yablb6J0KNNv36W6oS7siUc9mOlwd17GN8j9iNRjiSTlS8H5K8FD/StPjpRkrx+dE5YzxF8q MnOGUWQlkrFUlsaUrlJMnag5kd0TnUW0SWyceRS7cmPdr2LqEsTV2jFr3+aPPyr5mSNSOTTX ghdd3zuLxcSKxjRpxwVDg2qGhR7shxvYasx3scb5GKO9jipc/I9xKtx77DViVcGI10oYv06L 6NMjuPbnolY3TSfStrG6dP8ASQ5IhT5INychySV9PyZLZ+55o0mpMSvWaHscxUjTfc4sfZnM uyHJFXrOxtq4+TwvyQ75yj7GVvYfrxFJ4NilU0ka9uaguSW04wRDdyiyH1KkNJ2pGheBpemV cEft2h9vevY/p1Ub9zR9Uma6ThaJyxWMeSS+HpokuDU424Juu1Df0+01q7Uvmj+pL9GUkues nR4sUt8SToTuOSM96HxYnccjPeh+aIyyV9a2Iybf4JdsciHcOXcqJUkaTzVsvuVE6So0bauR +64mpilRpcdxzK4mq0qRK1CJJKGojWXp/k1G0lQn32a37DUvtonHKUWhrFZGqpNrEh5SNRVp UNfEj+URlZrfcj0aepHA1HlqV7dYK2TrePlCXasjTW0osgqjizSfYhel0SbTgS+5R/TeV/Jp fekeZI0t4JkfSyXoganrX/ng0Puy/kh99kPVMlb04UQr4j9zWWUb9iJDkj/6gn96xrKmaLrU 1GaG05fyam0229jT+1ZeWqmjX9WUeSXqjM036pPyaCxW5ONXRpJwjRFKKxFGSWK4FFqTZCL0 40QTjJs+Hexj3ZD3VCjTMFhgPcSSWJik7+aP6bGazrTtEYpbr5kKNZSmaKagcEVjz5ILPTxJ +uKRHacrNNWqf5NTdwG7biRp6KixvChbpmj9tFdFwzR9CNXeSh4IiXfa4NWsUaXFEfW5Gt6U vc01Soj6sjX4Ufc0+K9jT9eZr+I+5OWMFRqLvRq+mJlVWai+qqNb9pqNrFo8pEn9N0iKakrK vUlRqfZHL4cLIRdbmtvOPSHIvuS6wkkz/I6JtbMg6lIy7bSIQcFTMo04Md6mMfBrSeW3k018 NENtTM37vyRj8NJC1aeI1kqG25JkI4NyK7siaczxRFY3+TBVQ+dkRytiSW5iuROhQ7nJnBz/ AHcP02M1t9JkfSvn1O94eCEs+DK5OAnU2maWylL8noWT8nE9yKdSkjUdqKPyQ3i65JvKKiWo mkqj1uiO1JcEqcdzTk0rkK8n7Gq7jSIuhXkzVeSpClQk7ZqXPZClXBFU2zUuZltRy8mOTYm4 xxF6shtstpUebGsuS2LYqyr56UvlbslC6v5XuYq7EYrkSstPjrQ3jLB9ErG+6ulFbF3DOJF5 K+t+BKxvGxpy081yRdl2rIyuyPfptyNJ3BX/AG8P02M5VC06d/PXkSUeCt7HGylVGKHFPnpS /Uvot+B7H5FvwN06PyLu4G6dMxdWLuWSHs6ZPsWTMdrKdpGLP2qXuV34sfFxHSrfk3U8SyXa rFRPscfz0lUYZM1Lg4/npFcsj3zuI5Y7sZHu2G8d2NNbEZWJWPlpGlLJWjSjcpWb02iErimL kmq19ySqWJo20zSjc37FZqT9jT7oWzTfZJCdabrg2i3qfg3ho2vJGNzUjWdwyRKfw42RTjpO T5HeGSJ9uThyOlCInc5EXelkzR9C/sa+aH6b6/EV188nToU7bT6Se9IjdtS8GTwzXBJ00vcj eTgzVeNUTeLSNO7kmJvUWxVsg95LrHkrOX8G0VkzT/8A5Gq7dDtQ2NHdtmrvLFkrUdjRX7id uWLJ2o7GhTWSJW5qLNS8dvAlejXBqv0Gtvo2NXBI1H2E/pRqPLNKHv4E85Zj2g1E0ksMzRtv NmqqSkiPsQ5aXBrcw/8APHRU2rG8tV/jolsf0/c3JkF2zH/6eJBcyIfb7if3LI+uTIcjWTdq j+m3jZpeuSOISo0/QiPJqP6qZN/VRoNVJn9O6tDeEZJeSFxjRBKEMTKo4Ii+93wL7eMkRb+J kyVyTRKLlLJjfbR3bEU1l+RJxgoke1t+445ci/WTstfoQ+dP5H09zR8/z89b5sh3Sc+jP8jT 8mp6fgxGrafscav+iab0yddpvCbQ49jZpvJJkfXLquSPqkavclXgg8uCay1KZO1pto00lsiX 3dya+m6NOvA/uOzV+0adH+SSNbaBLu02kaztRiTjengXnp7GpJYqKNbeUSLSTs0fSrLwi1yK oaWJpPGKsnvDFE5PCokEoqidyr8dFsV3uXS3WxprCySb2JK44ke1Uhxy5HbMYpDk0u0ksuRb KkRqLslbWKP4FF5WV+kmnx8z22I7uibxko+4ibUaJScZJMjuSl34lul7n7qE5TWwkaku20Ti 1TiKaqyXqp8EU8KRt8TYX2pZGk+xfMiP6b6fuIvCUr+fV3SiW89uCbdxxJeGJ3qZnu/c5ir5 Kcp5M1EnDFD3SvkVuWTKaWMRdqqJGNScn563RKLl0jHFtlXLJjbaoj2KkY72yVsj2qkVvY9+ TjYUUtxxUuSiiulfNaLXXJdcqdMQty+7H9O+lF70PY/bkfuxPDfRbp14HLGvz0X4NCOzHPbJ EljKjTeULZbU8RDW/wARvghvlqE/XBs1vSajTUbOWkyTcVGCMcrZpS+nkaPpyfk1FjBSRq6l LCPJP6cI0cOI/Hsf5HZovGO5zN17EnWjvyQ4XzIjx86+R9HyYpfqPrYvctN0WJpq0XvXyTeH PRO3RO4oj3KxerFk+xWLdWRfdiavYbY2yNubiarrgpKNshxK/BPaKmia+m2jTVj21GiXbyQ3 PVPtNVL4bRNtRVGm05Mle+ZhnDbkhKzW2x/npTlHFGru1BeBHpVmN63+j1KWPgg8o2RWxL0Z exXfn4IehuJVSixyuUos1FWlGx8xJ+iVkeB7abZBW4WR31JEXUEc0J2f5IM0/XqE/twNR/DS ZDhmhdSRPeK9zX9cSVYbl3rJr2JvGcUvJq4t0zTdtrwavdqKiazVMnTplylbZTxjXKHe+JGO OngQWEcTFuhQSk5D3VGH5MFioEo5CjtQopcGCK+ePH6b6M1JtSxiL5tR1HYmnpyj+ekssaiT ShKLQlnKWXBbjotoksZQY7ydlVpVAltKNFYJzkzThUaZLbW/11XJL7o3hHJmlt3S8mt7keKN P1GrztybUaPuay7lXJtgzSNTeexNrFs01UHZqb6KkP7TNJ8DV6w920f02+mjT5yY6cZFyUYt k19TtFT03ZpvGGTNO5Nz9zW3UekeR/efSW8UKX1v5Ra01IgsYpMjJcEt44cscvqV4I04uIvU vwTpNuKs0+2GLIXk5SJpuOCKx2FqcwKeSfsSt8DjcVH2HbILBUimlSIxxVIx4/A45cn4Eq4M VyYr5k+j2E76Z0WXyZro5Ck8sWJDk98fBd0vcyqLcvBKThFS+dfq0TNT7y/QvOWb48F0rLpW ai2i0al+iPJaUH+DU9MWKlOmU8JJE6qJrcR6an3V8mrtLITtEbUsGazVoTSRp8UajuSaMko7 mjslZN3NNDaxpmlslkS3nkiTuOJBuKpkt44eBz2oh22O5NMylZp3pxoiqbY5OqFcY4oimnkS jlyxq1RwY+/RHm+vBQ7Y427/AEL6V+lsots0m5Rtl70Wkcq0KVkTnU/Bo7Jsf3/9DeLSNT7h Ptk5RM6kl7npbkyWO2o/Ak5QbfkXY0mTnht5ZKKtIkspP3ojK5pD9MpI03kkcQd+5r+lfz86 +bMTXzMkTVtMhdd3zPih6bax8Ek3FxEqjiYDtuyMMb/JhvuNWJUqRhvbGr56KCTv5HFP9R7c 9F3cD2GqVi7t0cSx6JWSeLSY1UbP2qRF3Khy5LeGQtydxSkunEXI1O1KXRDX1aQ3juxOxIbo /dgLdNvweUvcfmiUqjGS8jjuiTqOaFuSqMMhbyj+Ss3JLwRVxRXdZKCxo51MfwafokvZmp6o P36ftZofZGn2WajfxqFBacYxRH7kjJZYmrfoiQqcaQ/vGtcmlHgmn8T8EpYtzHBLVX5JyrTa fJqKtCjiFocs5r8Gmm25yNT1KRK5W1yU1OLJRdOMT8xFF4VIcHJq+F86+V9LExcfLLg4LT+Z Kx6iXJYlY50rJbEHk2mOdKyTp0JvJxHKpYjWxB5RyJNxcfz8k9qNNOqZffiidKO5o3XcXctj UaSVmjaW5zI1XS/Bp7QI3KW/JrypfgSqFGlvJvyTVaLshvE0bxRqbaiHD2NKVqxJPVoe9oTU tJRYn8OSvyY5W4mi8lZHabij+o9C/wBCFuam+rXt0ntAX3/9EN8zR9CI8Ml9qkS9VeSG2m0f ughxalJsVaumiM/iTf4NX7bQtifdptEZ4zikZLTyZk1GCQ2kQbw35Lp5EbWm/dkk5OP4NTuc a8DlSpGl2wcWd1pvwNOU1IdyVCjUsjHvzHb3ILHgwV5dGr5MUyil8r/Vjz8r+SHp+R9NZ1pk EktvmuiS+HpU/JFUuk1jBxRFKVSIu5uQo1pOJp0o5kN+5+TU+5E8Gj9tGtxF/n5Nb9onRpbW nyajqNmmqWJzqOXsatqKILwR5bNZbJEODTNb1KxelmhWI+3Slkae0TS/9nsarWSmNrKzQdWh PvdGSS3IJKBKWc1+DLBOiHZp0uSEVFGo3NKIhDV6jmIctqLeWQ7Y6hSR8SWSSMcuT92Qu0re ySUuTjYSopEt2JU7ENfoNUJ70JWfwJ7J+4pW3E4VjdyxRCV7PnpGpOjnUwNOXc4vx/aQ5+V/ Jp8fI+mqstNohJPb5kPunb8Gk84ps05ZXZnUXZ6dNRE1morgyxi1yLt06ZprtVmo73Xgzpbm mqdeDUbkkl8k962IX5GrkmamUliK0JPJyZO5qi34Eqtklnz0jHEat7j3EsVSMUVYopGKKK+V 10obrnpQ3XPRKxupYi+WKsi7uzW7FGhLaxXb9i1WXjo15P3YkniM3af4LpxXuOLs8WzdTxZP sa9jUX1MvYmrk3HklOpxUTV+n2LyTSUoIh92RlnqYrhC9borLf2ZB3KUy++DEsps0/XP+0h+ jp8fIxjV7EYKLv58UcfLXV9LQ2lz8jE8uDgoi7dE3iVtZHudEnixrY0+8bqSJqkafdG2Rdzr wbyuvBCpRTNHuW4l8REO+G5py+lbJqoKfkpoi8laIPuxZy5ZcGlHPTojJrZ8mttp30vtpGtw tJCH2xyHHLW39jFTyrwQlkrIq9iW8b9mPfUxNH90fYj3TbZ/U+hf6P2WaHpb9yW39NQj9jP6 fvpsbpSoVOMEyPM0edMu54j4dDf1SffJexqfcyJaiSc4ktpxaNXu1VRNrJS9hN1KS5ZoxWmj 0Sbj5N+0Vqcn4ZUm0/Yd3cTT08P7SPWuj+TT+R9Yzcn8yG7nijTbdp+Om85P2Mq03fI1jKLK zm0zKXwh1GUZIxyvIV/CVE9oqSJ/bkLjozU+0QXgk85V4Q94UaT3cjV9VDrA0/ca7zUrHc0r x35L+p+DWeyNPijR3m2LfKj+n9CNHiRDfc0ftmgu1EpOU1LwSr4l+SPpk/yP7sSPrlZo+jIX fLI1vtdEan3hEt4UZr4qZkoZfkgsYpMhNJ7l3Br8kpJSyRpNxtvyNXNNGt3qkZduKNJYxxJ7 ww9x1HYU5O0aa+GiUXPZsdvYjHG6MEY72YJCjXSiii104E7dIcsef7mHyv5NPn5H0Zpef5+e UlpxsgqXRbujS5kvYu5Zv/R+84hOia2jQncqZb+E68M1Ptk12NEPSus1lptIjLeifZ3nMGjT 4RJr4m3knWGJpPZNl97o1XcKRGVbsV5P2NV5KoidI0rjdjlLfFEeyNIjalY7/aRuKpEbVkou Sodke1Uih2yrjj4FsOKfPysrpL8mN7nDrpRFqXHSuj2liV8mNxbNN5RTI7ui8puKIvwxbvE1 PVGhpPUcWaW+x+6kQWSeRp3tFlucHR+9ErSkR4/uI/K/khz8j6PkSlFtxXPzytysimpOQ1c8 xp3kRVWODaodt2JVGkY72xpsUajijD3GrEq61YkkPcq/lfROx80V5FvwXvQ9hd3BHuHsR7la NPvVjdLLwKNkJZIW41cmkRuUcokWnuanbDJdFVNsntBT89HxYucR7HMKNF2qNS/jKySadGk2 7IvuaXHSfbRBvNxJr66R+/Ej9pv2FtqR/Jq1jmhehn9P6EX9bb/ZHeboVcv3IO5Sy5JqsF+T nUdkJLSg5M0I8yfLIPtbkLxDzRV6OKLT1EkTeGnKL8kNkv7dOyP6MefkfRj+d7bikm66PYi1 J0OaJbEHlf4HOlfgSshLJNsc9svBzwacso31RBuTvwanbC/JHjci7lsazXBFdu5pVk2a78Dt Q2NNdzkatt0yVqOxo1WXuf5EmJVNn9PujTdTkYctGlTjaNO6dEqjFaSHadeDSVKVlKM015JV pK/LNLbYltqdpq/ZfRGpvqpdP2M0Hli2XWVGnvo0ae3Yav3Ysn64/wDng0X3TF2yx9+k/Dsg 71XXBJ5a0Wj/ACEX9KX8l98f4J90XFIuoGncY0LaWQ27tGLeN+Cu9yJpzJXIwVJe3SUE+SKp 5FbUKKW5SK+RtLnopJ8fooe3PRO+BLyVnB2RvgUu20ae7yI8forn5H0kaiyng+PnnFzpD31d ujSe7G/qf6JL4elj5ZJel+x/kf8ABVaTib7JEP3RJfZogaXD/nrHhmj6UanrTfBHc0925Gsr qDFwaXGXuam81EfoZpVtQ/u7mqvpmml4INLUaOJuTNB0smKs/wCTNQTs0uyCs02otok1u/Im uWQfqsbtp+w5LK6NPtiyKrknck4rrLull0bdUiKxGsuTgSrga3sq9xKuBbbjTIRpV1nvyRjS 2FucOh7C3E/B5pF7Jm+9l3ujmWKIysSsk254xLQ9iMkye2skh7F3HJEXbxZlT3P6h9qs07as 0VtJl0lLwSW9GnLONlbEW500auyckT8M9KlR5iTaxkRbUDSSUVRezI7w35Hw8eS/obGkliiP 6K+R9Gam2qmJ38zbjG0Lspe5qSwimS2VotS1V+B1KTkxO4qTPVPJDfa0JKPJF9zKbhgek07V 31uhJpj3VEbjGiKxv8k058lutiEcTG3bY9yKxVIx3say5PFCilwV0S+S10obSKKL3r5mko5M k2ll0rayO8qNV16SVKO5optWxbz7T+oa4N1p78mjy34NS5To1HjHYp/CVDf1VRrKpxNVd9+x qK1JHiiFKT/I1dEny37C9NLgXrdGnzL+SHJD7sjUf1aJxUIpCd6xL/1CF92VjV6aoi05NeTU /aaytJmlLKORou4yQ/THTQ39R/waO0dzwaHbyaiu0h21H8GLWTLvUVeCUMtjxQklsizASqyt qIqhfoojx1fSRJZEYqKpfM1fIopFFFFFfLaXRNPjpdPEy3x+ZKxPdp9J9qs3U8Warx4P25Mi 220WcEGpbke14j2WRdqyBHdvIimqiR/civptSI7pERK50yW23klso/kiqk0xxtGm8kman2xv tH9NSIKtM0OP5Jb6hquo2aUajRp3k5msu5R8E9tNs0UqOdR2a/CNRXBUPu1lRqyWSkalfEvw N5qVGa2SE8LOVFsvO7LaSij0ybiaaa5FsS3nmNOU1IlclRCGLtko5SUmSWRhSxRGKjwfDiUn syvAlRX9gv04cdX0ZPtVkG3z8z2i2TcoQU+knS2JdtSGsnuJtabMfPk5nuRu8Ec6u3gi+55G n7fkW2pLpJdyl7GmrubJS7c0S7d/c0+64l7KRJd1Gk96P8kumt6UT+4jVTbSXJLaLZpdsR7x /BNpTNLeUhds22T3gyO8VRHkhzuR2S/JBU5RF26fcQ2ihGj63/JKX1djUa2FK5SkQfblI001 FIlThiy3shP1WRuOniaXYtynnkaic1QuCMcRxydse6oisFSFHeyUVPkYopcGCKsor5a/v0L9 KHHV9Gf1H2hb/NV7GpJTlXhdFLyam0Mi96OIyR+1yP30R+4zR8kfW0yHqb/J/lfTUlTiR+nN wJvse5q+lfgWw39P/f8A+yUllZpbbnOpa6S3VMtymm/BJuUkyUtqSIXGNFNrEeT3ILEat2x7 9XG/JRXkxXTkqiv7qv8Agl+nD5tSpQcSF+fncJNYniiEcI4j072Y0JYmJT9xLHgisVQ1ZjtQ opdK8lFfKty96ONxd3Be9DVbiVmSyxJ9hLYi8nRJ4jWxpPNWZd1Gp28Ee6GRp9z/AAauz7eR 0o2zT/JWE8f7Ovnv/g4/p6fzUfgewtzJXRJ4q2J5cGayxJvBWJ5KyMspYjnRJ0kJ91Myb9I5 cfkV20y245Ik+6kXipZG7WQ950iF20/AhVOTTI9uzL7sTX32HahsaNZOSNS3KmStR2NDaNn7 +41pUskae0KRD1GtuyVZRYttR/6Jfc2NR9ppJqNEFc21wa3hC9Jo8X7k1lqV7Gq2oZEFSo1H 9VC6P5V+jX/GR6L9GHzcM5nuaz2VGlSjaFvOmarNKow2Ir6m5rPyRVRNH1EV6kjZxgL9rIP9 qNtjyv4NP00vYk1/uiXn+DmLl4HvJxRdSaRHJyRHeTRtTv3HfxNzU9aTJehmko1sP7m5qr6Z Cq2I+pms1sLZbml7Go7mqJbNMi71MjnUtGq7jSFKkQ2s1G5vYt1SNNYKim5ZM1E5KiPaKFO/ 7mv+Eh0XyV8sOfkfR7s/ys1k8CNM06+IzX9IntZD1SRrcKvAtkaO1i7XL8mPYkzJtpC7G6K7 VfJFtvcVxVRRjVfgqTdsqVUh23Yo7tsQ07sxtUxxuWQ427Y1YliqRiuRxUueiSRiuelFfNRX 6Vf8jRRRRiYigYCjX6cefkfRiiluSjlyJGKW5iulFf3NfrV/xVFFGLMTExMDAxMTEoor+zXz S5/uK6v9df39FFGJiYMxZiYGBijFFIpFIpfqX/eS+V/39fLX6Fda6UUzFmDMWYswMTEwRgYG JiikYopFFfq3+hX98uPlkOWJ8RXX61FdKKK+WiijExMWYsxZgzAwPhmBgYGBgYmBijEpFIor +wvrfS/+TRHj5GMcbFBJ30SKKKMTAwMTAwMD4ZgYIwRgjFGKMUUikUil/a2X0v5b/wCf/8QA PREAAgEDAgUCBAQEBAYDAQEAAQIAAxESITEEEBMiQSBRFCMyYTAzcYE0QELwQ1KxwSRQYGKh 0USR4QXx/9oACAECAQE/ARCOd/VeX53gMJl+V5f1Dlf8S/qt+IJfnb8I+gfg2/At6bfgiXtL +q8t+ABDytBySgaguJ8JUnwjz4N58G8+EefBvPhHnwjz4N58K8+Ecz4N58JUnwlSfCVJ8JUn wjz4N58K8+GefC1J8LUnwjwcI4nwzz4V58K8+EqT4WpPhak+FefCvPhnnwzz4WpPhXnwzz4V 58M8+GqT4d58NU9p8O/tOg8+GefDv7Tov7ToVPadB/afDvOg/tOi/tOhUPidF/adB/adFvad J/adJ/adJvadNvadNvadJ/adNvadNvadNvaYmYN7TEzEyxljLGa/hX5GW5HleD1nlf0H1b8r chLfg25CWnCSkocR0AMtLS0tLS0SmHjUbazG0VQZ8P7QUbxqOAyO0PDi286NmtOgfEWiHF7w 8PbWfDX2MFMXsZUoYjKWgQE2nS7+n5hSWmMxgo3XMTGYzGYzGYy0xmMxmMxmMxlpjLQCDh2O 0K2mMxmMamV3mMxlpjMZjMZjMZaYwJeNTtvMZhOmJ0x7TAQ0xOkvtOmPadIe06S+0NFfadBP afDr7T4dPafDp7Q8OntPh0nwyT4VPafC0/afCpPhEnwYnwgnwiz4MQ8IPefCfefCfefC/efC n3nwh958K0PDtPh3hoPPh6ntOhU9p0HnQqe0NCp7QU2HiYNMGmDe0xIhBljMTMTLS3MQwwcu FnB7NG9FudI4GURo5O0aCJdmVhFYU3YHzFHymygJeySo2NRSPEp3NfPxAcbgR/lUsTOIHajC cUPmaSnrRfkfErL84PGQGqwMqUwvcNoKdMqH8Q0gr4xQF6ij2i0xUQsviKgcH7QUVYabymiu 2JhpDG4i0lK5GVafTPKkgqA23EqU8RcbRaIYaGIoZrGdHce0FJcciZVp9M2iKHDW8cm0GkqF 1KuNoLVWa28VclLDxEo5C8qUtShlVL01eU6eYuJUp9M2M6JJA94y4mxgnT0De8NIhsDHomnv OiTY+86ff0zvMbi8oC9W32ld8rExqTAXMSmW2joyaGKjHhx9oBeFLamdNtrQJeGmRqYKZhE2 idtJSfMqgFzhMZhGGIlVAALS0xmMtANYaSklBuIUlpjFGoEqJixWYzHlVpYaS0pU+obQU7gk eJjMZhMZhAk6M6U6RENEzozozpQ050hDSE6P2nRHtOivtOgvtK1MKNIJecMe6cLvaOPWi5Gw j3C4LMbm0K2NjFVqTi8qJerYSqtx27CcOe8j7TcwqUTHyYps4nE61DGzppY7TiNSD9pR/LqD kZxLHNf2m/EMs+rhz+so60HEVj1FvF/Oqj7SiSKdQLCemzsB4gFnpW+0btrr+srkq7SiQ3DC 8rgBUXlwn537RWx4Zj95fFqQifxBH6xGPy/3lIBuHs0rjEKspC4a0MteLWaj2sNJTTHiXWUq fbUUwYpRVak4zQ6Rrmmn6f7zhO7h2B95X7EprKjWz+xE4j65UPbGa1x/23gbJ1v7QtlR/eB2 +FOvmHXiaZ+wlH8ur+s4ZvmhZUqZ1BfzNCzp9pw7EUnP3juXUA+Ijn4e/wB5S+irH/h0gqkU kqeZQOdZ2+016TB4jk0VeVGyYmbxGXDFtoidPiQJQ3qSmvyh7ziDiSbSsewCJ+QGG8qLlUQe 8TFqgP8AmjbzyISEd3lLWkT7Q2qVgona2QttFTtRveEZcRiZ/hE/eBbIGI3jYhtJxHty4bRo o7GiIH0igEmYaTpi+MbTSHsAB3M3aD6dI2lhL2vAO0WhOBvDoP15rvyAuYRk2s8mcTtFPLhf ri9pyEaplyt6VOJvBWscod7yoeqbmLWItfWdU55wVgL/AHlN+m+U83nW1DHxHbJ8pUfNi0Wq QuBlSrm14KoAP35EXlV+qQfaNVJq9Sda9/vEqYKV9594OIAbKU2wbKdTtK+8Fay2jVAzlrSt U6rZSlUCLh4lV8+VE9OpnFKikafvOr2geRMx1urEOLhz4iVcAVlWoKh0itje3nla86ysAKms R86xLQKy9Rm8xagNPpvKzCoftEqqqffaUXCIUPmV7VMAPErt1XJG0qsHa4jpkLSq2QsvtaAq CD9rQumDKP2n+CU8mFx1VYeJemuYXY/6zh7I+bTTO8Woocn3lIqqlT5lQriFWUGVEAPiUce4 N5j4miEG8YKtJV9pw9lcn3lQ2plb3MWyUMPMJ5FVqUwvmKcq91iEZVLS2aALvOJ72sI9imRl PtpBRvLjrj7Sk1qi+wjamAXYTiPrlLSgbylpVDS2GZgHan2h0r5Qj5REYZU0AjrZrCVRfv5U f6pe9A2iizi0QaPMsgbQ3zvEAuXMa7NeVSQLTZBG+oSv9VhPAj/XaVPqg105DfkPqg3nvOJg 5cMbPFW8xtyEwMxhQzpmYGGmw8c8ZaYkcgt50X9paMpHIKTDSYbiKhMNMiBCRcQIWNhGpsu4 /lry9pkTof528RsTeNVuLS8vLy55X9BJglzMjMjCTMzLxmvyDEQOQLTIzIwPYWE6hmXiXEZs oHImZyyMZixuZlA3dcwm5vAcRyBmftAbTKE6TijaDlR+sThrM+JhNrgwzWByGFoqfNKxnKKR F/IDeYpL0gT4MD41QBtKgxYiXnDNeoAYTi0WzcOT9+Qt0mMq9ihhKuy1PePrRQwQrZAwhe1Y KNjKKgVHX2iMXZqZlA3qhZS/NF9ojF6hp+If+nzOK1MHKj9QiXGoiHrdh3hHJXKWn+PaDvZk MpXFEEeDKWqPKa2HUj6m/Lh9KyyotnMo/kuIqZGwnFEBcB4jNiFJ2Kx9eHSDXh1/WU6eZtKz hzptKa4r1DKF2qOPtKLBq4/SUP4lYwtADRp38mH/AJOf+VX/ABmnEHWDlTazCU3KkESm6q2c Y35Aq4Gcer8zNZ1FBLSlUKqUMyshC+Z1sgBKxBclYIh1De0ruDqu8puFBHvEcU8o/dpFcMgV /Ed1wWmviIyqmBgqBUIG5hv4jVcgBe1pmqVy6bGK1NW6kQhXD+0qMC4ZZ1VNTMmH8G3/AEXb 12luRhnEfVBBANYmwlvw7S0tLS0tLcrS0t6bS0tLS0tLS0tMZaWludpaWloRAIZblbnaW5Wl pbnaW9FudpaW9Z5252/mjL/gHlaNK/1wQQSk3ZMUChj5hPqytrCQtMPKyBbEbHlSN1JMuppd QRn6WOWt5iVq4eIurMpgfGnkY5UBXHmMVFXpNKQ7mX2isKuSe0SrZlQyquLlfRR1QN4JtG7D Ko3B3EoEnK3iVsVN1g+mzeReI/yi8qOpVag8x3CVBTPmUjd3X2mYfIe0JxpB4O9lcaAxWFUs kwJhOJEyXrdEyicsvtKrfLzGhn5lJXmJ8QtehnbUQPjSDnzGt1UVf6opR2NK0MJtOHs6i/mX 71X3lVRiDaxnDnIZEaSqcGsJUQYHTUSgbk3G04j5bG0xGBuNd5TN2I9pXxTURFBTX2lPVDUa VccQ6eYFBQn2lDvBJ8SqVUaQ4U7ZzFeqaZhlHvqYnaERrqLzFbC4j2uceVFQ5N9pVHTJAjUw FvKVnJvtKo6ZIjUwEvKahzrtKq9I2hpdt5RAcm8q/LNo6BEyioDbLS8dembSouE6Y0vHsjYy qopRad9IBcn7SpZBFpX0gXKOmPJe42jrhvMCVygFzYQjHeFSNYFz2lrQraAX2n2hGtpjaWlp aYy0eVvq5CCUfy5vw6/gKDU7DtK7Amw8clNomLUDj7xF6rWbYSrW1yhPTp2H9Uy99pUKGihl RgtZc4uS1KnvaJbq6eVmzqZxP5rc72lAjpsfEY+84nSw8zhtXa3tKjC5ttP8BSf2lCwpORtK hU0EIHmVCFqJ1NYt1q1bbz+v9RAWNNR4sYP4dLSiymow82gaylhK31Bh5EoJcms3icNu8cir RLDxFc06KMvvP/kYSmcqR/WYtVYUxtHINZMfG0DL1yPMPKiR0L+PEH1i+84g6/ecMVxb/LGt /VOJOlvM4YjJvbzKhBveOfli+8ofmae0rFbn2mgoi8p26DX2jW6SYyh+U/6/+5R7FIPmVsSi us4g3v8AqJ/8j9v9pUqdShnbWU1wqoo9pRu1Rh7RvnUTpqDMk0DyouLFeXDgDL2jC51nEf8A mcOo7o2+s4ja/mcOB3CPrvKxtKFhlGFzrOK2tGAbAbTiD3GV/wCn9JTu7ZtsI763nFfUsPc8 TtDAxkAs0psTUNQ7CDWiQJV0VRDOHGplW7NYyq2mkoi4MJybWVtIgxp3EpAF7mVj4n0KLSkN bz+rWDY3lO0Qbw+0J1h94/0iVD3chAZw+qSiQ1HCMLeugwFP7xwLAxLOjX3EpFTdXgXo0W+8 V7UrKNZxS2HbKh7E/SUytRCrDWVEwoKkdRXZWEFQDiGbwZRQJU6hOkK56rOIN6h9FIWpMDGX I6Sub2acMCGJ99IwvpGuKCg+Jw+iNTPmVExoBfveOvXKHaI1uIZvBgogMz+LRe+iEPifkqiH WIgWo1S+koqWpmlK5LLTxmX0Io0lEYVHX3mHSoFfeLSZqS0/N4TbishtFQpScSjcUTpqZUGN Sm9oqWrGr4hjbRFK8PifEAJqgjxOJ+szhwVpMDGBdgBK+rX95w4+r7xxfSVfpU/acKpNUn3j 6i0f8lZSW9FklQ9OmqnxKCWVkMQB1IO8ZMaCrK6GqRjP8ct+0C4UcWlJs6wvtKfbVe8c2p3t rePTyK4Ss2Tkjlw4+U8bUicR9d5Q/LeMbkCV/qnD/lvG1InEfXeUPymh1cTi9WjrmyWlc5ub SsNA0T8j94dZxAuwMIvXBEYZBjHB6SJ5hT/CWa9CwlXQKIZw+zQ7ytvKJyosYmrgSvo5gv0R KX5lo0f6BKP9RianWf0mU/pl/ab2h0MO0rR/qloBy4b6ILzWWlpb0Xl5flfleX53/Av6b8ry /wCBfneXl5eEy/O/O/K8vLy5MueV7y5EvMjAxG0veZH3mRG0JJgJG0vaZXmR5WmTbQG0JvvC 7EWvAbQsTvMja0BIhN95kdpe20yJNzMzAxELk7y5taDSFid5mYGmWt5mZnaFixueWdtplC+W 8zsLCA21jMWNzMza0D47TLW5jVC0VrQG0L3meMyhJMB94ZVaPvyvLzg9pSAdco6BAG8GYLfE 6GFShsYUHTzHMf8AWdSMeQlpwUT2hFqKiLqwvH+ZVKxfyCPYw/8ARdv+RX9d5W2h5Ly4M91o iBhvE7aFmjJsRCceIuZSHy6i/wDSY/At+Pf8I8q20PIcuF+qKbQ1GYWMzI2hYtqYKrD+XtLS 0tLQDlaWlvRbnaW9VudvwbS34NuVvVb02lv5G/O/4FvUYZV2jQRYZwrWqRLE2jU8Rl60AY2h o6EjxyEFC5xvrFTW0KKFz8QqgGUKKGCe8FNWOI3gUHWMoWx8GdMXx2MtrYwp2CoNvQgDrlDi FzEKops2kx7ivtLJiSPExXHIgwoocKNbwKjHHzE7lytGxsCPMxUNi+kVQbi20bAJkIQq2LiY 95UaztsftNMMyIbZBV1vLKTj5iDNcrQ46FfMKqrYtpG7GsZWHRbGEBLZ6R0Kmx5Uyr77Sr8s 2hQY39ohUnXYSt8o2MIGBb2iH5fUYR7LUCLreAKbr5Ep94yAjFbAr5mIBxbSL/VcbRlFgy7H lT77n2lUhVDr5gQFsTpKdnYqYZS72xMW7EgDaPYU+oIqjQNpeEWNoZRAqHWN2m0dAFDCUQKk Y4tjKgCKGgpi9jF7iR7RwFUOJiAQG0mHcV9owxXIQJc288+le4EXUZR1xa0dMDbngAmcCXtf zGXE25U6fUltcYyYxKeQvMbm0cdM2MwNrxFya0YW0hTHWKpYXEGsZcd5jaLrtLi9uVpxH08h AeVHRxKX5iziT3keukcHDyh+YX8Q8lvVdTeFunVdh5lNbUXLbGBWrWpiVHAcFfEpra9Yyn+U 6THGioM/NdWvrOIN3aJ/CD9fRw7haFm95jgjr7GcXaoSfa0VgrOT/l/9QLiW+4jnqU1T7Sib NSP6xbGqrDzKbfKFP3MXSmB95xNncuPeB8Opf3lsVqLK9qg+4AiNgxP/AGy1nP3ENqlNaf2P +8pGzUjBZqquPMpMOiE9zE0Vf1lYh3zHvONNq1vvON/NvOIbqX+0r7j9B/py4UaMviVe46yu Tjc+fE4YdzCV+46yprQudNJ9XDiN21qdoijqsftKDWpqnuYmgUfeVGzYN95Xvky+I1korrFs 11hYIhUeZVXp00SEgtY6EymD1zaVHvTDD9JTXCvb7f7TI7CEBeH38wjKol9JU+o8uHHYZ/Wp lc66Sh+XaD8wGcTD3VlMp/1xltSQfeVrM1/vA1svuYgxVv1lIfMygsNTKihGuJTP1VZT/KF5 VBzEbuyvuIq9oLeYRd7DaN+QI3cVErfUZvpFFqekp/mSoNbCMbILSj5vD3NKptKQtTMGrgyr e9ptT0mN1AlUSpsJTNwYvZNhblxJ7eYglP6hF+pTOJHzL+se0dLWpJPOsdekbNKqFbWlUZ18 BKgzJVf6Zwh+Yw+0fYwn/h0/ecNrTqCL28N3e8q0iCpGs4gXqsJT04cj787ThrGk6neWYo5M 4juF1+0Swq2b/LFDZtf2n1UFx3idhpZTE9ZQNpSt0jbcGWIpXPvOKGT9nmaZ1FMs1nMr2amM PYRO2qA/t/tAGNQn7S4PDi28XsNItMWNdbbSmQKOPm8UFKSlvecQM6nZ7zjO6tp4M4wXtUG0 4g5gY/aV9Gt9h/pDOE/KcSsLkSvqQfecJqXErayv3U1t7Q68OF8//wCQjCrTv4ir85m8ShZa eJ3gUqik+8qjOoMZVYVc/eVEIp07xdazH3vaUrFi7eJVu6K/3h7+IVllNh1maMpFBf1gIavc e0W2oMwYcOB943fWQrHN2JjaC8o/kS/zVlftY3lIfIikdZZxAOUburqy7RCAtQHzCLUkBlXv cY+8U6N+sp3Wn3eTEGNXLxAPl2HvOIGTKvvD3nBdhP8ABCyp+Yo9o3+I0OqqBFGLtGHyBG7n W0qMGYkcjpRE4f8AMjSrayyhs03YStuYPypS1qyrG+gQ3KqBK3tH2Ep/SYvmbEExr3Mr7Q8h yT6hFnWONvX94KpBvDrvHc1DcxKhS1pe7ZGCqVvaI5pm6w6zLtC+0BsbxnLLj4iPhqIWucjM za3oGk6htj4ga3iFsjkZmQLCCyiwEZy28DkbQG0L3FjA9tRMtbzM2xmULknIw1Da0DWhYtqZ 1CIGx2jMW3gqMNplaM5YWMFRhCb8uowFhAbG8LFt4GI25Fy28DkbTIk3mZmZEyJnUaBiNoWJ NzOo3vAxELE7zMwMRC195mZkRMiZmeeRtaAkS995kdoGIhN95cwGXmRgYiZkwsTASJkZkTMj ASIWJmREyhMLHleFiZl7crky5EBtCxmRl+WV4DbaXhN+drwzidud+S7xNoqFtpaCBCdoVK6H /qK/pPO34FuRnEehYJSN1BnDpjVH3hALlYaPaSpjN8oKN5xGynzb/qUQ/h2l+TTiN+V+QglE /KEP5tOAFeKIEpgBmlFMmzOwlUljkf8AkFv+kbw8mnEHX0Lry4ezUotY2F/ENbKp1PM6wFzb eI+K4xql0CDx/wAlt6rfgW9NvTbnb8K34lv5C34zTifq52icuE+m0CE6iWI39YpsdoVKmx5B bwoRvBTJ2gWGmbZQIWNhMdZ0iQSIAD5jJhvBTy0B9GkCZfSYMfeMoUBr7xQGNgZ23sTCBjnf SDE+YwwbEwAEEjxLrGAVrGAA7GKysLiNZQD7xVDHG8Ug3jWC5QWvY6T+orbaG2Jf2mlrmGwf AawANe3iKwaoKcYW5K4JtKtqW8RcwTA4ytKvy9YncIjZrlbSVLJa2t4AL4+Yhz1AjMAoZZoC A+kFzlptLdoYS0U5XsNo5CoHHmBDli2kVi19No5AUOPMA1xaKc72G0YgIGHmBe7FtIRypd8v 3YiMAFy8SmOpL92Ij9uOPmAAkr5i6rmdowswVfMsL4mC+OZExuRj5igMDbxDEBY2EIGGQi09 QG8xAGcqZaW5AFiAIFXLGERFza0susxCgZTDUywK9swAOJgSwuZhlbGWXaY2FzMNdNpoRcSy g4mFdLywM0M+neGMBjlK+rQ8wJczhDpOEAZXv4jtkbn1rZaH/dKmtJGO/JNAR7yzNw5B95Wb 6OnvNBxWu0pZXqDxKTWroJV7a4/WLf4vt2migqPMQH4YZe84Y/8AFLG350T/AMSt4SeqrjaU 9KRHm8F+nY+DOLOTXXwYrhWq3lioqKZxJyQBTsBKbWq5H/L/ALT+tvuIWvQVF3tKJs9ImXvV VxsZSYdEJ7mU9FT9ZXOdUOPeI2KOPv8A+5YhGB95xbdRrjxA4R6hP97THHMTiG6igDwBFbps W/7YnZUZvtKa4NTJ8yr9R5cPozC17ziQWJUwa0stvH6yiLVTpvOKGuEH5N5SJ+HKyp29OAX4 i50lF8Ut7mWstvvK5zbL2Mrk3ZfE+mgLGUyGJWO3SQqPMqr00RJkS9joY2Q7RtGAFJLe8yu9 m0JiHEOplvkr+s1auC2hjQ7SkbUohPUB8yt7DaU/ydZTv1dN5U/NXGIB1GvB+RrtNqqW9pe7 KZvTCn7yx6SWlKyo5lI9wB8wthe0b5dPDzL3YK0UfMMbuRSJorEGL9GUP5ikRPzATG3lLRmM 95U1teX+qLbxD9cP02Mp6WnmNtL7wC0P5l4W7bRd78n1niN9ErHuh5rDODnBbuPWJRTqvbxK zFzl4mJOogB8Sixek9/EogD57ftEv8UoeUCes6GA2rKZxelb94xw4wAbRkObFfEonLhzfwZR /iVlT6jzT89ZVHTqCmNrxFDK/wBj/wC5e6MT7zihge3zEUO9QN7f+puan6f+pXFqQYDcSkoa oob2/wDcF+ra3iAfIDDfWUt6WUK41lVdpSA6V/IMW4QE+84kWqWTa8RVPUDe8GRpsW95xXjD zaIB1HD/AN7Sx+YZWINMY+wigdWz/wCX/aUkNSswO1o1g6rK/wBZ5cJ9b/ecQe20OtNDOF/P P9+JX+mHWiton8OU8xwQKd4vfxOQlBsUKneBSKdz7yueq4wlVwxaMpFNbymb1sveU2GZdvG0 qXqIry/UrhhC4OQMZCKK3hPUrqy+IWuCNjCpFJRL51g42jRvpMUfJEp/nCVdiID8pZR/OvDp UBiizF5a9Lpw9lRT7QAl8odaYWZBbIYBam33gPcp9ootUJMYXTI7z6qgb2g+pj7w6BR7TQsW MT6LeYSOoDFxVsyYTKRxJMsBc+8fvImQ1EFgJu+UJumMDBCJ7mMcrS+4mwnm83FoGCmW0jdx vPBEbRbSr9R9CwzhN5QfptlHZT9PrpN0wQDMh08BKbdPL7xSVbIQv2FB5mXbhHbJlb2i1cLk bwW8yo3UteLVs2W8BsS3vDU7cBFYKQfaM2RvzsDvA4U5Wg3vC11xl19ozZvm0uMSoG8AUC1o 1nbJoGCXxG8AUeI5ztfxFbA3UQBR4jHMBTsIGsbgTS97QtdcPEDW8QnJsjvMu3HxAQPELZHI wPYWE83jMW1PJWw25ZEi0DY7S8LE6QNbaZE6mZmBrTImZt7y8JvMjAxELE7y5mREvMjMiJeZ nncy/K8B5Xl5eXl+d+V5f8G8vzB9d/U0rfUfQvLgz3GKLzGYzEy385f/AJxeX9B9B5mX9d+V +Ql/W8qaseZgMvOH0qCcKMqhUxGORpmADohhvNalAN5i93DH7GGD/nN/50+i/wCBf1WgH4L7 Rjr6BypHuE4T860U/MRfMS/TVvYymb0G/WcNrQqD/p8/iX/BqbQ78jzAlLRxKTdNw4gqJnmY tWwK+IKirSKL5lN1T94xF9P+sjKuxh9FoNopswi/gAXmB54H2gUmFCu8CE7QKdp0zMb7QqVN jOmTtLRkK78zTIGXjkTbUwqQA3gxRm2A3m3JWQjeY3XIS0tztLf86PK/pHpvB+CZX+k8r+gH SDeL9F4xwQH3HrAuwiMBxGC/SYwsbS19I1TB1amIaaLWe+0puXoVAfEYBaCMm8ax4lC/m141 0DYymAeFJ/qlZiadItLBaxentKvaCRG1oUz+vLhgHrHLxFaysD5lPFyA2l5xC2UiDXhk/eUd OKT9pV+s8qjdyL4nFVOjUK20JigFwp87QtiTcbSsVpqHXYxdGUON5c9RkA2i41KeQ8Snc1hT 8GNof+fj0WloPwuJ+g+i3JdoNJT1SPrQpn0jle0oDp0+ofqO0MtaNlSIInFg9Sy+ZVXp0jTX xvGsOFVxveVAHCN5IlAnr4eJSA6DnzHJaihPvKh6fErjtOKH1AQa8Mn7wzhdK+vmeH91h0VD ONHc0o68KP1g04hTK4+Y3Kp9Yn/9EXYmf4SH+94uoe+8ra8PT+0eoOz9BEXGu6k2lG3Se0BJ qqltDGFiR/y2349/Xf8ADtOJ+mH0pyo/liU6i9NUbxDvp6iLw1MiCTtKzCqxI0vKjLUAEvcA P4jPlV6u0DKMj7xfpwO0qsHtbS0VwrF/MXS4j2ZAg8RWCsGOtoxya5mfZ0xyxB3mQClR5gAA tKjdTeIQiYCYKTcx2L8sQTcxrPa/iZduA2gVQcrS+hX3iWQ3AhAvciZHHHx6rcrS3O3K3O3O 0t/JW9FpaW/APqPI/gW/DM4k9vMc05cMfliD8AKeYUnaFTe0wbeAXhUrvAhO3K2l5aMpU2Mw NsvQpVvMdShsYBMgDYxlxAPvKVqpxWMwXeFe3IbSmRUbERzho0xumYiupNpVPS+qKA6lh4nU GVpUPTfAaxLVLjyIjK7hB5jPjU6doPOQtEcuuYXSGqAocbRlttKj4aQra0tKbNUFwI5wTJpj peOWTXxCO0N78kdnyYbCKQ9MOIY5Ki4m6g8rS0tLcgIrfOA8RhbeY6XlxK10tDY7TzaMLuqx e2oF94dBeVLqJTHypQv1LH2hl7q0cdMArG7iSI30hhDZG7YPzBKv1n+dacVtyMB5py4PVZww DIxPiVGya/qO0e1OmhXecQO4N7jkQFpWXeVAai0mP7xGHxOFPaUgpSpfeOxPDLl7ywzVqUJV GZyN4inoHLzGBqFaaCcSbubTh9eHb9R/v6OB/wAT9JUfyZSTpU823b/SAqKwY7SvitMKux2n CYlMP6t5UN6mUqlVQsmxnCBbGmROIOdTIxzamaijecNbJlIvecV3NY+Jl8vMD2/ecPo7aXvH OHFC2tpw35zt+sTTikAlRXHE5gQ1BVyB0MoVLUQh8mbULfeU3OYpt5E+pWqHeV6hC0wIpIrd K9wZTFTh1MBFSnnOHNnNDxOI+iD8tP0/35Vu1cR5jAIAo5DuV2P96yr+XTi/xB/vxAzC7Xm1 Nh7RD81PvG3lUEiU8epdJgOsFlZtAJTurOsoqGpkneV/pUSmMmLw5dQRtayiLcVFUwdwCeLy pcVAbbSh+WZT/OMa5OCysAqYrKvaP1tH0Yge0KDEDxEFquM/xFlX6jzPM/iGD029LTi+R9C8 uCO84M9tQcx6aCCo2bfSJUJJuZbS8KnEvGa/Do5/SUl6S/8Ac04cBupl4mRbhdfBErnp9MpO P/NnEHUAewnBnuqH7Q6zg/yan7Q8+C/McfYyqhiv8QmXkS9qyzirh2nCXNB/2/3lX6xOM1ck bTgtUcSvuJW1xb7CcF9bgeZxHiMboh+04Q/Ob73hOHEq52nD/wAQzjbWZfPV/aVagUhv6TKS 51yy7SgwSmVbeYlaFj5MpDqV1YeBKyBdFErJenTYSj+cCq6TqO6sjjWC9Hh7eZQTppkdzK12 7QINKag/3ryqX0sJUPdyCNZl946FqSjyIgPVDmUqYs2cYEI5bz/7lJLBahhYGMpYXWKD1Oo0 ZSWyEdbhQPEQYtc+YqsoKiVEyAUeIBZ8hyK3IYbwJ3ZEwp8sJH12iDBcYoKm95cAlh5jDITf 6oD9X3n9IWA2N/MtreO2Xot+EJbnb8MzizryI9A5cHuZw79Mk+8qFNMfWhsnTvKjhlVR4iHC l04hsCvvKmLIqDYTLUFvELXcvteHE0+mBFsLZa2lX5pu0qP1DeUvlXI8y14GxBA8+gKojNlb 7RD02yG8xW97R26m8Q4Dtlhe5EZi2hiHD6ZYE3hYkWidmqwgGXO0Xt2m/IaQy/O59JP4hAbe bDETFfaDQWHrtz39G5sPxT+Pb8Ezi/q5Xhghgl5wZ7ooh9QgF4VI35AQqRqYFLaCbGxhGmXi ae8ZcTrAmWggsfMdcPqgXP6fQGUm14yWUN7wKWNhDZd5gCuYMDKTaVflGzRVDqWHiB1vaVR0 t5TtUB951AGxlW1MZeJRtV02MNSzYiVXCY463iHJ+k2hhrYtacS/QqYCDINZ4jvUvgNp1/l3 G8V2FQU38zKociNhC5akHQawOVqCm/mVyyC4hNqIqRLOmQlQul2vpF7qatDFLuWO1pSOdPKG XE2FzB3bS4hlH6W1vMh7wi0HcLiUl6gZjKT3SzT+vDzOoscd6qdpS0qso2lRsReWuyB4vZU+ 0ZwqhveV1tLgIt5RAY/eO12Mt25D+YH4ZnFfmczzEtOGNnnD/nKs4g64e3rphQjFt/EUluGB b35LYXvEDtw7qZVIXAJvGx+KBf2lAFuoDtaMRiKSiVAEZb64zhrmo1Y7CE2QoIQegmU4Qk1m B9jDyM4XTillVrXvOGUqDXb9pV1Mdh08wLXnChQSrC95xXc1j4mfysgLaW/WcObOdL3nF74R Deje1rf+ZQJ6twL38Tiv8viUSelfa3/mUSwr3A1nFaVVMTXi7voZxGjicZTL1chBVLVManmU WamGxE0AcfeajiENSVw3jacPY0O2fTWXqRu41CfET8lf78ykcK2K7GcT9BlL8lYZXJAsJbEB eSgdVh/e0z+RYyjcVbf3tFHzGH97Sj3UdZw30vOGUFXvD9GKzh9ifEorkt/YwflE/eJ3OzHe UbdDWMLui+JT7arKJTXqNk2wn1VheAY1Av2i/wBOf03nEbGWuiyh9BaUjq5n9N/H4h5D125W /EM4n64B6hKGjgylpWUziR81uV4PQqmq3TEqar2fSIqljYRUzNhOGJIqKZRABNd/2mvxK5+Z QJHEMnjWcKb8VKv0mA/8MksWRmXxEP8Awov7zhBjxOv96Q86JC8SpMrU73PicPUyHRb9pxGl hKuqqR7CcCe9h73nEXsI3dRRh+k4Q/P/AFnECwtAcqCEeNJwzBeJyM4kEKVlLuoD7SkcOJyn FqwqD7Rb1eK6o2le7PoNpWdseqogHUrhgLCUiaZYW3got0yZZq1VWta0Zql2BG8VXo0LDeYN Vqqx0jI2T2G8XJaNraiUafSW53MqhnuoGkXtpqsvKoZh2xjfkozr2vKlIYBB4iJgwe8CWqFo gwTGUl6d4qEXAM0ChRAfEVMdjMBoJ/iGpBT0tfSMoa1vEC43+88ACFA2swXWFAVC+0fvNzAL LjAAmizEeYT4/Gt/JX5sZX1c8jDzEEp/UIu4MeoHvfflbkOQlPsJN5nipUeZSbpvnBYNlMhg VHmADHGPZrfaLUwvaU/lv1BvG1mXaEgAEZsgF8RW6ZyUay/OwveFzbHxF7TlD3HIzI2tFOBu s3lza0Xt2m8udoDbaW5D+VAAN4fQRzXu29JbHU8gbnH0H0r3LkJ/UF94RaGeMiIy25IMyRBc gt7Rl0BEtc2mHbkY1MAAiEQ01U90VFa5EKrhkIeQ/EtzeVfqPM+hdomjCLrMT7fgYG1+Yplt oLe8dcPqipnosuvvHXFQ/iIuZCgzQHEzDszG0TFyBfeMuJtzzANjOn2ZTSVB0tGlIdXTzM+6 0qYoocbSharodLwv34AR8RTFQSgeoQCN4zkOEWMR0xUnDuahGQ0MeoQ4prKtUpTBtrFcq6rU 8yu5ptiI/aLicO5qFgYrPUZgDtKNTqU7nxBrtKzYrpvKZypBjAQxsJZ3qNra0ou1SiT5Eov1 F+8rra7gymb0VJ5AZMxaUCTT7uTt8wEeJUYWz8SmRU2hqKDaV/y8hFYHBP73hEqGyzhgAMvI nVBTOORTIvsYpuSpnU0ytpOIGn2iaprKdutaFjlisVskJG4gqbN4jCxjtiLxQ2QDeYz4mNbc Sh+UZ/jLKpteGzUrxtUt9pcDRvaG60hluYlg9h7TX8tfMqEKMfaY4IXO8/wwDtAcLX9oRanY +YrZvi0piy/vP8I/r6h+I50jnul+Tby/K8XaCKfliO3TpqV8iH1UrdUM+04fuqP7Whg0ORlA luIuNoCKdNl8mPf4dL+8Y9TiFNOI6pUqTUcMb+8ySpgIhanXYv5lC4p1JtWWcRpVbm47hOJP fOHQOTWfYSuS+rSmb0drW/8AMokisGUa+04raw2lAno67RSwrAgazibkafvOFv09dv8AeXYV hbecTfG3nzODvh/2x79Ye84zZct411qIan2nHaf/AHG+lf0E4P8ANqSs+Gg8ysnQohR+8FED FlNo3c9QmFiOGFvef5TTE4lrHpp5i0xSTEQX+I+XOJ+hrSj+SOVcErpCLACGVPzBOJbTt95R 0rf37RVYF7RyDw+kofWMv2hlUdhlLSleL+T+4nEfQv7Qfnft/tKbBaWs4j6IjBxYeBEP/ET6 a9zKQ7XM/wAJf1j/AFSsO2Bw7ACf5l8w6qp+0oflGf4qmVBusb6MBCc1CiEAk5eBPqpjKUdG uYtxc+ZilxeVGzvMslCy6318CZfLsd4CobOB7ArGYYYj0CGD8SptDqZbkRLS3JNuVP8AKj91 BPWSRoIFwUUF3O8O9oy9NsXgyp8SogpirWIOwnEt1V6g2lcnJCvtFIXial4l+hU/aVjlTp2i sF4q7e3+04XTq/p/vG1cMJxf5zc6u4lQit3L7CUn+Hb/ALTOLXAWEp93DD7H/WUmw4kP7Tih jkso/wAPb2P+suVrh7bTihYMJw2lEqfEbLrBgNpxOuVpwgtTZGlVWNUECcYnU1WFXrsuWlpx Qaq2ggLGnqNRKK1KTlrbwq61i4nTd6ZD7+IoqNiDoI9Js2K+Z0SaWBgRziGOghR+oXERWRCs pJ01+8qKz6eIgwTHlUTMWhOwhjU8oyAphFp4kGNTBYsPMZAVCwKAVb2mbnxLZr3Re1SogRRr CAwCnxPOUFNfaN3bwaCwgAveMA28GgtLC1pZr7xdActZf+Yt+LWPaZ5l+R5iLyoa05Tq4ACE 3Pq0vcxamLZ21hsTcx26pyaK2BusFtyJl24iIcDcQ9xyMyNsfEXTxDqbmZG1oNIzEm552vMj a3Im+8uTBpt+Hb0W9V7TflkBvPvDMh7y2mXIkLqZuL+q0Q5jIRWyfCWhNoKmmQGk3UMObHHW KckyiVMm+0OkLaEiXKMA8ZbG3JrgXi5Fcoe+pikTuJU/iX/Cv+DxH0GaS3JvQvLhDdIqFhcR lKmx9apmbAzaXtFAa2sPa2B3gTJS48QYkXjjpvhFUMDbcQMLXlQBGAGt4iByU2MztuJVTC1v PNnwF4i3GTiwhYLGXFQ3vOHOZGQ0MqOUfAT/AA7kWMoOXORFxK79N8BAOw5jUf8AmUKjsc7X E4h8DZYtwhD7iUXqucx48TinwaySoz06LBt4XekEe97ziyyHTaVahXh1cbxgVpB7wMa1QBj4 lNWRTlEqLUOKmFC9Xu2nDOcWU+IlRahxE4lrWWImKGx0lByflPvK6jEtKH5A/X/1DLYFneUA Vpa+eVRswVE6mFFYH7gHFrxhKlTCKxzweK91a+4lyaWXmcOQaZiZdXTeVXA2isHpkHeI3y+n 7ym+AS+0pm+RO0pucgDrHsamJ2Ep/k6e84f/AMSo3gSovTUJKhJbu94z2yp/eVP6U8xO6mwl zTAhFqpx9pS+tv0/BPpP4t/RxX0S8vyPoXlwexnCAGm59ozXNz6rXjsatRVSVyrVGKwiVGNU Ae0qfJr5/b/aUlPTqP4MLZ0FX2j9lWkx2sJS/Pa3m8pPajYjSVe10dTpL51WU6MZXGglbVUP 251vpn+DT/vzKKdeti3iVyzazgyQh/yyrfPWcTmBY/V5nA31P9M4i4bWVgwXEnWcFfU30/1n EXylQMEwJ195wYJYsDtOKGt5xHZQx3jrhTRr7zjNUv8ApKuvCL/fmYkUw99LSkoqOqmUqhVK i+BFuGQziG1xXcxrUqRCxdHQzixZ7ywVABAOtV08SubqxlD8j9+Vf6YdFHJD+ZKn5C/rH7qi Y/aP9RnEf0xQvUXW8Iyyf2mWVINOG+hhMsKuUddBeAWpY+YrDp4+YFJxpmAEoyxSe1rbSuu5 lPSkZQ0QgxF1LmVQW2hvUcEwi6E+TGuSrDeJ2gi8sWsGjE9TIRO258n8E/yY58WbJBzaDmvL gzqRODP1j7Rh6r2F5TtTp5ncysnR3jLamKnvKgDUwymcQ12Sn9hGxq/JTYCBgeFw83jnFaQc SiPnkg6Smw6D0zvKgK0qd4D1OL6g2lbvuBH/AC6f6f786ouspHqItM6WjqQc03lU5pn5M4VS tNlaVFZmFhK/d3eTOEBQMG0BlZGci0qHMA+ZwqtTuG2MrU2ci0bVRfecMjUib+ZXptUtaVF6 iBTOi7AK2wlZDU0XaLS+WUczouUwLaQ0bEGmbWi0gqsDuYOH+8qUiz5gxKQUG/mfDgCVKfVN zD9IWU1FJcRHQObmL2riOTIHFmn25YLe5llxx8QKF1E74ouCKk+nabaTxabcr/jWluY12lue kZSN/QeVvSfxuM1WAcjDLc03hFpwn1RCFj1S9r+PVa8v9o7Gp9Uy0tAYSWbI7zJhtAxELFtT MjASIbtvLn0W9Q9I1luQ5feCxh03ni8zX3hIXeCzC45M6rvAysMhBWpnzHYUzi0WzjJZuLiM 4U2MXuXMcuoL2i2dchyd8BeKMlDfgWlpbnbS8taVLrp5lTS0oHJLHeEiVLhgsI6dQARiLZDa FO67bRScHEPZgVlWwYwnsv7x7K4KRmBBeMNrRx8vIR7GmAI+y/pDyP459RnGHT0HlaWi6GMZ wh74upxj08VDetbFcvEqU8LEbHlTOSl7aCVMUVXXYxVGfScWMW7ZabRyvSFRIx6dsxCCXYJs IzKKPU8xyaQDNbWVRh3LtBZqIqc2NhecNkyCqx0lRgusFukHOhlE1KjHHxOKbH6YmSpZ/wBp T6lVzidpxT22lIMid2xlPOrUIB2nGMQPvKKFEvfQxR1ahF/0nFsbfeKOnSLIdx/5ll6IYbzi cjTVvtFb/hP/ALihDQ/7ojAlOptKQUZMhi8QL2YWEqqivm0ormXt7SqAqLTG8/x1DewnC/W/ 6Sm3w74N9JlYWBnD/kfvDCRSJeUlwp/rDCxfIe0LlOHW3vM3R1Da3jizWlVytrS7LVVCYl3Z kvKrt2qYvZWNPxAfk/vOIuGVpS7arINoZcdTWICUdfEX5uKGcT3HKVRdR+k4cfLv5lQHKVPr UHeWxqKv3n/b/TeVFDNjKf0uDGUoVEqfMe3iVjciOLOB943l/F5UI6mu0/wDHtiMZU8D+YM4 wwH8DeUDZxKP8Qs4jSow9Za1LoiVexFpHcciSVw8QBTw6nfWUr1q3WbYSk+PUv5n/wAe33Er nNe7wBEz6nZ7RyKtEkbiVO5BltaVteHQ/aUdeE/f/bm2xnCfwx/Uf7xiOoA+0ri5tOFXKodd pxZ1ymNqAW/1ThkzrFSdpxWpziKFo2HmcOivWKmcZ3d8pgLRFv6pw6K1codv/wAnF698Iw4e 6+ZiPhs/N5UOdAfpE14Qymg6OfkSlbJL+8U41Xt95piD5lR0zxbzKRxqOZTdQeq0fplwGnC/ U8Udd7+BKzg6GcP+Qf1hlYgLrCRgtvbkNGYe8YFqAt4M/NdSPEbuN5WW4E1FVQ28paVSTKwL EERQTUNRoiMVxM4j+mBRTuZkvvMGDCossRTIG5jLcLbxK3zWvC3aBKQwN4YRlABe8I7AkYZG 8t24xQE1gNhaEX3gOO0/pxh7t5kdZttCb8j+OfWZxu4gh9YlLRhFNqimcQpd2cbevhioY1Dv 4jDKl1DveUQKiOT4iWNwwhunDYe5gNlVEX9YWC1GQi4mBThyvuZUyqoq22mtKqPOkFPGkw94 2VSmEtKn0LSGspdlAoffmZw+VNcdJVVXuBEJFLBv2nDqaVTM7SsnU2l7Uwp3EoKadTqEyrT6 m0XtphJSp9Op1Lyqgqxe1Akp08KnUvKtPqzEdPpwcOo0lRRU0iUlp6ifDpGpKwA9otNUBtOi g8QoGteBFAxnST2jIG3g7RYQWUWEIBl9LcrXl+d+XTEwXErEAQ3HpKg6mHUWgUQmW5faEehe 4XHK4WEWtF7r28c7S3Im2sPbbKOmJtDpMbplLRFyJE0anlANbTHsLTHNQRvCDa8K4WM+ozHv CmL+bhD+E04v6oBDzb0LtKf1CKbazqMRb1hiNoWJ3l5c8rmX/DAliOZBXeAZbTQbmMpTeL3/ AEwsF3jDHeUyKl8IairvGGIuYjLU+kzr041kAbwYjh1yE66+BDxCAAjzErB2xtPiBa9tISLZ DaUqgqBj7T4g2ytpKlUAgJ5lN87qdxEIqglfEcsu0pv1KZaGBmZ8FlM9RT7jkIRpeAZbRmKu LGONdOWS+THGIuZS/K3gZfeaC2u8WzXIiMrnGVtFM/w15Fu4Sq1u4+YurYEawy+oAlE4o5My IAYjSVxiLRvpX9JRNw15S7lJMVyVEXUspi5FMvaVSL9sq60wZVN9DGa2SGVdFx9ptQmOKqw3 g7mZl0ikdGDsGR3i36eUW6hSJYYfrEJVwIdbmMMqyiU9KtvaH1nleGcUfmQQ8239CbQGxiNo DOiAtzpD6qINRyoiqtSmxG6wynkz28RWWoj+6y5potQ+Y65V1RNAZRs5emfE4dvnKGmprine G9MNKKFqOd4/db7ThnLpUB/vX0cIgqs+XiVan9RlEkUyz+doLPWsx0nEkrTCebThAAM138y6 tWux0nEdlJUv+k4QLbMbiZKa122nEdtIJecLjbIfUJkprZHacTZKYpiUMSlxuIjWpMkxvwy3 nDG9BpQqBaWPvOHxWmS3iUlLXrNFJ6JXxHbsRBOGtd1lfK2PiN9VPD+9ZQ/Oa+8YmjU6iyrb xOE/JP7f7wxzgCREGNIfeGJ3ubwE9Jv2gvkpQSsoFe0qCxtyTtVri8NjRFtpR/JaCxo/eVfo py+NSoYP6TecV5n+GstCbVFvK5yAYS4biAwjQHGqCYmtNwIApA95xMb6VlD+qdynFfMeylQI hAyMpC1MgxtZUbMCH5jAmE5KxO5jtkBLg08DFfbLxMu4keZdRZfEdsjeKbLjeZgG8U9hUwP5 MvaFsrGB7bfhmcR+YYIZbk3oWWi/lSsb0qZ+3r6nT2ijo0td25WnDWYuo9oqtXfDwI+XVFRf E4X+II97/wCkQ48Qkq0vnGUWvVNE7GFemlxHbqUkc7zgt6g+x9HA/mOPsZWW4vLitTDr40Mp qPiFTxOK1B+0oacPkN7ymF+JUHacXpecN/D3HvBYcQvtOL0DAzhteH/eAgcSpO2k4q4DXlDX hrfeUmC0XQ7xThw4ynCEYNS8mUGWmpD7xQRw7E+ZT/IEU2otTI1nT+WuU4X6jpGqNVp4MusZ Wpsh3t//ALKKnqNUMprk3UfxKjGUF6dMgwxwSNIWOCg8hhmb6RUzptFBuMztKqmo2YhdUQLA 6zolCVvG+nARBgpEFypGOsdQQo9ppdj7xUUC0qfM3lyFsJdo6qTDqLGDt2gz8mG1h7y9vWZe H8C/oH47St9Z9J9CcqGtKJarSRDGFvUgvUBtpMsmZqko3FYFvpgJFTJdpTtSLP5MTIU8feOT 2FTqJSIVzVO8xJbK8rHMqwPdA2NTqnUxb4lb6GOboKa+JStTJb3hPNKYUk3jtlaUiKRJHmYK WyMq/O3i2RSq+Z0lJuZV+d9UWyKVXzMFve0f5n1Re0YidNb3tG7/AKoNBYSw9pa+8AttLc7c rS3M8jflaEEcrLuZ49OQ8xlxNj6VIZsORbETK1shGFuVM53+0yOOfiMPaXhyVQ0ZfIhGl5bS 8QnMAwjKrgIn1lD/ADr6CVD3HmOR9CQzhj8uXPrHMTEyxhQjeYN7QC8KlfqgS+ktraMhUXO0 Vc9FluYZb2JjLZQ3vEUubCMwTeWGGYMpulRsbx26Rs07SmYlKqlRrGVW6TYneCzU8x+8pVVd rHaVanSbDzAwNPP/AO5SrZtqNIKrEtiNoKoNLqAShU6ga/iJUqVblPESsXpsbaiUKhqKxPiC rUZWcHadXKkKhnD1Cxa/tKfUrIXBlVnui+ZRY9Y0ibiUamTmnU38Sos4ZsqbcgL1O/6ZQvg1 9uTkN2xCFo3PvFdCQG0vG0NoWCxCC+DDeVLK4uJXfF7RWu+BEWoSt7bSobWK+YhDpeUvz/79 pUfHQSqc0DSochr4tGcjJW/aOSqKplK2ThZbP5Y2jsBHXp09dzGvhrtCxpn9RHGFJV95TBBd TF/NWEXrWEpfmftD/OVNo/1QehvQvLhD22nDJnTLt4lS2Rx29WpIAim3EdLcGMLGY5G15TfG uoTYwIFDl/2juX4dSfeN8iumHmdNUapn+0JJ4YZe8AS69Lf/AHigLm9SUdeGOfv/AP7OHP8A xSiNvz4f+LUGVWtvOHXEdZt/Eqat+kqkCnkBvODAvgR/+Su2T3Mqn5e2/icF7W0/0lc3qXMr lsNtZwXn2la/UuZxBbG3nzODGh/yyjldwk4cjoae84Pep/fmUM+4U5w/+IJwmzyoSx6SeZxC lAtNdpSYGqbDeUh8otfaNUPRVzvKCYgt/UZVALADePrvvOE/LaGVRdDALUl5U/rb9/8ASH+H /eVdTTt7St+YZUx0ylNiKoW9xK31ziATUDLEOVe5i/Q/9+YxxZCR4lHRWBlI2rxxlpK3coA8 Rr1bC0PeGbz4mhRct5SON7xcwtobF8j4/wBZU7xNWADTTu/8S10A8iL2G8sb3vG7myEBxv8A ytuVpb01fpMtrD6G9C8uC8zhPy6qw+q9pQBReofqO0O+sZSujQX4eqlpWp9TiDST3lQK69v0 iVQUK3nEL1uJKLHxde36VlYFMWE4gdWv0xDZwcNllK44lD+kq6ORzQhOIVjKyZgsNpw1S/yH /aV9HAlc5WbwROBPa6yv9Ylc3s/uJwf0usrAlxacQchl9pweiMp8yspZxYTiNdROE7VYNED0 2awveU1NKjbzKAZG23io9Jmw2Mpo1NWI3MoK1NtdjBTqISViArTxaUqZR8jBRZQVB0MqUrhQ PEQFX6jG8prgxY7x1LbGLZFIHnky5C0v2heWCk3llxK+8WyaiZPN1OcBx2ml7xwXIN4naSx3 539dvRbnbty8eu0VcgT7QiWlpaWm0IwIvHTFiBDpGX5YI3i2zAj2UmKL2vFIFQqdoyEW+8+m +W8OuOUpn5lvEPprnsMvD6DtLc1OsM4I9xlBjTy+8qlL9nqteZA2yO0rHrMWlZhVt9orLcFt bS4LF/JlxgUHmLYWmhYsdzAwClQN4uK62hsxLNA1gVA3iYpYqIxvrzAELEi0BKm4nm8JJ3gJ AsJsbwkneXPqEsTLETEmAS03lwNzLXFxyzT3hxC5X0i2f6TMSdRCwXeCzglTtyzANoLOCV8e m0tLS0AmBmJj3UQjsUtMdbQiaDeY6lfMutr3jriJT/J/eZKY3a2JjhTTyEUgqi+8bQwmwi26 OkBuA1odHKjxG0p5wWyF9jLkqWjWyW2l5Y4mUPJi9+X2jE9NXhGF/wBID2gjeV9GlXVBfeP9 VjD5T7yuLaRvoUSldagWBcnN9hL9SraLbKxiaEZftFs7ZPtNTVGUpCzn1cTpTMEP4Al5wZ7o LnaFSN/WqZaXjKVNjLxbN5jL02wbeYXUuDtFxPmOvTfBoEDKSviZC9jG7KvSioGvfS0yA3Er p0qhTmamBEZcVOYsZcZBZX+QSJT7lOQ+8V3LkKNpxTdPVJTy6Z6n6iUnqO5w8Tinw+iU8hTI qfqJSNWo5w8Ti2se2IGWmQ+vtKHUqOSp1EPzeIKk2EoFmpuvtOFY9VgfYyiqvUYVDDTtTsnm cIe5/wBJSxZmNSUqnSzB2i1FZsWFrzhyi5CrKyKQrf0yic+JBWZGhUy8GVAN12nC7P8A35hm lNupKIAQv786hKrcRGqaVLyo3ecDKzkqj+ZVfLUeJV+syqdR7SkFu+J09outM/acRqgJh1oC f4amVfrMq+Iv5zfp/tF0zjfkiD+HjfkrAR1jf2/2jgdM4yjowB8xhG2im1CUfyTASGJjj5Cx voWU/p21lQ9wBFxFGKNfzKN10MFxkB5jjtVBKjBhEJxCkyrZ2JlS7S4Ju0OqYx2yMZrrjA9j eZnHGeby+lpkSQYNIxyteZEaeriz2QDnbn55jlQNnnDAGuAfMrnXD29RGQtKhApqizij3D3s LzeM10wHiMBTqJUPgCUbkVKh2hIPChb63jNitOoBracPpUcn2MC/L6n3lcMOKFVR7GBhVYrs ZV3E4rV7/pzq7icSe6/97ThBllV8iVvcxbikL+dpQyNaynWcU1zkNoMhQAJ3/wDE4a5qkA2n FG7Z+8tagFvvOGXKoftOJPdkfMKWohPfWcIoZyfaIoq8QVacITaos4b+IP7/AOkFOmWIG84Y npODOF/NYfrKSqzurT/NAAXTJo7o2dt5TcJQAb3i/wASMNRG+c/TWVGUADxOG0z/AL8wyp9J gt0VsOQUnaVabYHSU/ycT7xVYFh7yoCaK/adI3FzHZWN7wq2joYujF23lCmHvKt22n+HhAnY qxqoZjpGUVF9rRbKwaW+r7xtVCwaJhFULCLm5h1GMvqG9pdvJmmNjDtaXNrQ6zLtw5Xl5eWP ovL/AMkZxZ7YPUeY5Uz3CUjjWUziRaq3qvaULAGsf2lRbAP7wJel1RGs9K4OvtK/5dNTBg7C iuwhKGkbaGO2CU1aUFHXLD6Y4AsFEqmwpm2koLjXNQbRxntK5uV/Qc6ilrWhOa3qC1hFD06g enOKTI2SD8pVO4lBWSrmZWTPRZ/hBDuJw6mnUzMqJ1DL2pqvtKC9N8yZUp9Qy/YE9pQUUWyn Su2UUBFKjzBRWPTV2yMxATARaKCOiuxYzBbY2iqE1AmC3vaMAwsZttB23t5hmRtb04Am8W1P UCX5X5AD2l7C3IabS/vCthf0LZ1yEtNBvFswJluTNjL4sA4jIVNpjCJjLS910hBp1ApjKBr4 jLjoYwKrkI46ZGMrCzm38sZxntAIeQ5tzEEQdwi2vcxq2S48relSALWjOWmVlxmUzJNzMz4i nHaFiTeZky5EyJlzB6BzvApO3IqV3gXIXE0hXHeKMwSviZKNCY46f1RLVFJU7TNAbEyoRSNj EtUBK+IjK74CGoFbGdVSD7idcD+mPUC1Cii8FUFC9toKouA4teZsGYY7SmepSz+8IMplXfpn eOGH0yi/UzBhgLGoEEpktkjQx2I2lmWn3/tFxY2DS6agnaEKFD30iYOcRvM0G8dRYMuxm0Di 17aSuAsZgtJTM7WuN5UGLEcqLXpGCo5Un2lfUAgbwtjSud4WZArX3nEHBsRK3cFYyoSW7veM TY0vvCMqq0m8QnpqwO0oi1RR7yxZsBHtkqrtMcaiqYPCn6bzuNY4xhjT/eVBibDzK31n+WM4 s6y8PIc2HMGKbxTrFIsDBRuCb+umMwSBtCg6YqLtypXa+m0fHpCqn6QALUVKo3iqxZx/llle j1VnC/MqYN95RDVcreJUe1NW2MAamQWP/iOxW7R9aVNudU2WU/l0w/8AmEJNwq7ziLDQbzgx bvB/WGzVRc6SucKQS84RVtkDqLwFWq9204ntQUwfE4bHHJdwIhQ1LvtOL0Apyhh08xuBKZU1 NRe8q/L4gEeJw2tVz9pR04kCBsOIvKVmrA+8Udd7eBK1TG9vMVOkmPmOSWHUnFMQ5WVrUk6U 4cnPDwRKwH1RiWVWbecLu8MbRTaU1K0LnzDKmmsrjGkFH2lUWCWm/Fyt2hVEYDMe8pXKHWWA pqBGGmsBxQFGnEm8cF6C4x7nG4lUd5hFpQ/LYRfoeVblVUSqL0xLGoFFrWlW1RrytdyCJq7h mhHy/vGJzDKY1umV8mJ2kMTAQoNvMIuQZcbw6qE9o5ybKM2S4eIpxN7Rjf0W5W5iEc7TEwKT NvUZxX1+hebHnaILCCJcqJXPyqZ+3rD4IQvmEdKkKR335DLxKWLcOR7GUvnVOs2wlNmDubbw X+GZfuJSdUrIQJRQ9SoAbWij4mjdv6TOqaLrrecWuOQE/wDjIf151fom9Cn+8ouKNa7ziEw3 nDfklxvAAKwHicWLEg+Jw/5BYe8TEcQL7aTigVveUf4fT3lFgvEi+04sY3BlPWiLThyBxGsq dlcEyhrWZxtFa1YVIflcQKngymL1upbScKCMz/e8rqWItK5a3bvCrVmFxacQpercTih1WuJS DLUDmYXqXbaVCx2lIYZE+YYRcWg7aYSGYZHWPZ1CxVVbE6z+vMyoBUNzFATUTBfaM7ZaRGOQ z2gsuwjd28e7LjFGxY3tLsTe8v22l+V/QfQVtztzGsxGIYRAHBPtyXuNhAocG24logLJlDYt YS/YTCuFrwiILsAYLXZTMDljEUFD7x2BcZzXpmPYFcJW+s+ppxR75fmOb+heVDWjABXpogOs PpEo/XkwuBCckYvv4lCxLdTa0pEhjpcQg06TKNzBmECrpGa1RimxiWpUyvvFy6md9oeyqz0j oYLLTKA7y2ZXqnaVG6rFrwkCmKY5kZC0pWpbRgG3jnNBT8CKQgIXzAiXuRKh6n1RbKLLMVve 0f5hu0BsLCAAa2jd2pl9LQabTf1kGAE7QKTtMTMb6CEGbbwLfblcDeWDAlTyJA1gAZMx6rGW MwY+JiYFJmN9uYXIXBl194Ri2Jgsb67S6aaxrKbRsRY+DALkjzyc6SqwVVP2iqcgrDeKSwOm oj2FiJo1PLkpwuB5j9iinKdu8LEbv2igh2xn+YiL3uak7qQlbQgDzKw/wx4lMnqYtFW5v4EX 5tYiLrleJv3b2g/J+8qAMRrraDSlrGsagxlU3c+ppxGry3Neb7S0tDpElpw57IHPrEN5eDXa WIgVjsJY3tCjLqZiYVKnEwoQMvExHuIy9M2aYduQ9FLGqQB5jdptMTjn4iMjGxlX5LYmWVkz XxvKVRGazbSq3SfGdpp57e8oVBUIyGhjsVfARiBSztacOxc940P/AIhds8FleoRj4JlJj1jR qRarCqBOIJQnGU2LUAT7xCtQ2Ble6i0S6U+46GKxaqrfeKqGuwfbWV1wpjHYmUkpkrjvDUal Uy8SpTB1GoM4b8xv0MMx7sjtKWpar45ZEtiIr4USfvOoyBS2xlRcGKx3K7RHs4W9wYKhwZG/ aViy4I0V7Fwp0i0yUDjeIf8Aif79pqpeIDkuAlT6jaN9aiOops5WW/4cH7yoMm/aWtf9Iy2F 5/TUj6UEiaVj+n+0SztjH2lcjBSdpR0qdu0o6lrTIrVBiC1MqYndleUywJNo50BO8omwa/mL 2tkIpKuSIbWmY6hbxBtixlQ5sDKp6hvMvPmZHHGebwnS0zu2cGkY5Nkd4SWFjASNoT6mMqnv PoTfm23K/JOXC6rOHXJM28R7Fjb1UwWqAeJRYVC9I6jkgGV2Okp6s9MbWhUUqIP9Uf5lenn5 teJo9Sl4tKIpmkL7yoMeJXrbSgLmqP6bQ91qSDWViL29hacOb8O/7cztOFNqBtGvUcU13lUY L018ThPrK20/0nEaveVnfpg21M4Mm59vMrG7aziGYprv5nBkgE/0xiQ411nFBrWJ23nCkimS TpAG6wW+s4s94lPs4vA6yppVBnFaZiUzjw95qUDTjR8wtKtP5AVPOs7lKiOiGqw8yjbpP1JV GLrhOJ1qFVhtSTCcP+a37/6cm2lMjoC3vyHbUuYFJoMPafnBFA2lTvYkSrSa2Up/WDawmBNN mO8fI4HyJqcsvMXPEITK46jZLGUYYCLe4LHaZq3vGph1zEGl76kxaYAsZez5zEa/eP32vDYm 5jd+8y1Jg01EtCSd5ciX5Xl5iZYy3Mr5m0AhFjaW0vML8lXLSYXXIQ6QA2DNsZaxP2m+NvMQ BqnTMPpMeP8AUfQo15n0Ly4M62nC60qgjc788rSnTNNMV+o/6QC5tMO7A7zhiU4gpKaCq+R+ lY4Dursd5RFuJxP96RhekWSE60S396yn/FN7azhf4g/v/pCR5nDC1OoP735mcLUUUyjeZWpl WIHiM/Wp9Q7zgxZmB8iVQWtYSqbqp+04UMgbIbiOjOwsJX7h95wylEZWjU2Z7icQS98ZRBp0 ypnTbqZgziEFV8lir39Rzcw0iTcmVb1ABfWU1CXF9IlFQLGVV6lr+JftC+0KKTcxlDtkZYY4 DaKFQ3Ag0bPzG7tDAbbc76W9F5gu8U4ggS/4F5f1Yy0tyNx9MqqFMxvqJYe8YYGzRltyAHTJ bePchfeIPlH9YihriUcbNlKR7cW94VuH+0BBVV2guGKDcyoMCqjxL9W58xUza0VjdisTtW/i 8IGLP4gYrip2MqAqxE3KASnpV13EPqqbQ7+hI3DEbQ02EMO8HIDlwf1ThyaeX3lbEnt5W9AA vrBUCv1L3M0yDGO3UYsYrhDkN4AoFoSGUL4EVsL4wY+RGfM9wge18RFOJyE0melhDzBI2hl4 CeWsFztyIIigtoJtMTa8UZGwmg3jDABjsYlnOKmMQu8cYGxi2ZchyLYi5iFagNt51FU2MZsa hpgXjNihYiBmNjjDh1OneOGWUm6j4MORcqwAisS5pPyO28pktSN/eKFY2DQi0uBvExc2EBUo XHiEqAD7wFCD7iBxYMV0gt1DTgqDuuNoD3KrDeGFjkFEuRkG8TN1UPHco/bOo2JBnUcEfaNc qzyox7HiCzOngS0qeJxIYsLRLZHSxlFQaTQvmxgHyhLXGQlPFu5thKtxUzvKf5RlKykkyky2 bKKCwFM+YrWRwPEHzCpWDXibwt37aRVwDERiFTASkSuQ94AFsCZ4cGK18S/iXuTc7xzfHHxF bEk+use0wy0tyTflaNSU+JUFnI5jlwrWaKpbaFCu/rSn1DiDCLG0vbWU1V2C3teD6itto4Va YqKdIiBmCtpeAakY7Q4dHqj3lMCojH2hax2ldOm5VZRtUZkI8Q8+HL1CwvtKrAm4lMZUyxH6 RM2qYg2nFMd/PmUQwpksbg/6ymrPUIvacWTeIMKR1uP9DKK5udbHxOLfJ9JolI2OhnDhWbU6 +JXfN7ziABTGGxN4hDVqeH2nE6VCfecSuRnDa0X/AGgrFZxVtgNDrA2NDK3/AOzcZeZUDLxB qLDfiEK+ROq1LFW2nE0wCftA5ekGbecN/EH9/wDSETaUVIpFj55LrWAMH8O36iVB8tDK31mV vEVW6qZmH+pl2lXV0K6CW+s3vpEqKKaiNfh62W8ZcaeZ8yiENRbQgkxrpUUkRmzD6aTV6apa Y51GvtaFSbyoO7tlm7lGxjrkVA2EBAZ295T7SxPmMuRlX5hBgONz5lM4Aj3gUXuYWsuIinFS oihVFrRjloZlpbkNNpkYGtMjLwGXh53/AA657TzvLynv6K4tVbmIJS0cTh1HxCgyu3dj7eqw OhhY1nVU8SuQ1QsJp5hYuyltJXbovUsNTGGNDH31lWoHZGHicaxFUqPMdRSHSHjecNr1R9v9 5U8TiPqB+w/0nB/nkfr/AKQ8+E/McfYyqDHsUVk2lGmHrCnOI1OUUBaAt5nDor1sbf3acRY9 x3lgKKgeZwoBqNK+95U+hR4tOD1ytvK31CcdvptGPUenh9pxZVqhtKjqafU/acKbK1M+YgOJ S04juppaWvQUGMvhRHqOH7RpaIrU1ZveFXq45SperU+0qNf6ZRGFTqNDDKfbSw5YXN4FAUr7 xUVbX1nUJJ7ZiHBzEUBNRAAFwhCtb7QaCwm20IvvDA1oFHvAQFxl/WeVxLduQhNtTMhvGFmK gXhAKhhBa9jP6coyiwYeZiYQRrFv0+pHF1DfyJ5GcR9Hppb+jjB84y3IQRDYym3zVM4lDmze OQ9BNhKbLTp3H1GVx020lRcUVl3MYCrjgNZUIfiSSLia1FdmGviMrVsRa04m9Wtks4g5VGIl EPTYm28q07tZNo5und9UojCoKjeimCjFg1o7BrSlanl94qhXzvKnzTeXATASmio2cdQ5u0yA XASlamcgNYVUnWE3FvESyfSJpvG7t4DjtPvGJO8uYOWvoCk7cwMtFPLQbwANfE8srC5i2dcl hHO0xJj3QXjagMBvKV2cg7R3K2tCDj8zQzDuw8zaXF8bwDJSw8RWRiBeGwOMJUAN7ywyZfad RLS9yAnmaMpPtKdmJX/6lJsQQfJlNii2O14gvl7RfmH7CAszuVi2FERRZTUMBIp/aBunY+4j AJTAPmKPrEUWpBo35a/yZnE/TyPOl6OO0qD0LFGsQ21hqXXH1io0JhcnedRoCZczuljMSIFJ 2lje0KEC8VC20OnMMt7ExkxUN7xVL7QsAdYygKHB0MpFahxhcKbGVMVUODoZRxq9vmdSzWtK xFMZDYynZ1NxrvFqXY2F7SuemdIzlaRLDWdRkxZtQZxBNJyonEPYKR5jPUo4teVmZX7dJxWX UskpMVrmne4maeTHtTOsqa0i6GHEIpX6pxBenUzWMA65rsZw5/4gQxlyIvKZzdq3gcrktgJS bGi5/SdR0CufMqABiBKhKi4iVGzW5+qXvTZzK3dTVzvFXGmLeZQ0r/8A3/pKm84rTFD4mh4l CPtG3lQaicTamHt5liUW50jaVXKtaVDekh+8B+ZU+4iL8sPBYYltolhSY+8pfLuZSawYERUN lQ+ZSOjr4lHRHvKZZS33mK2VLyo2UFymBmgJ/Sf4QU7iAhYmi4kx3y/kzOK29NH0f/0B9J9C QGI3aGhogJkfWl+kakrhSq1FFr8lySllfWMC7oy6ZRGuz094Lih1b63lT5lZC2l5RuTUpeIw VE7TrHAfiF6nkShpXx/pMFkrJaVxaow50QPiVBlZ97+JQXBeq3naE94NpxFsQFXfxOE+nUbe YC3VBtrOJ2AA/wDyUGPS1/aUsxWGO84s5NptFy6Gv7Th8+r2mcQbsTK9xQAY3jDFEYzjt7zi PopyspRQT5tOK/oP6f6TiTY3lNMV1+oykGNM22jn8tL/AN3i/k1LRrdFbbyu23vYSwopgd/M ofxAIh5UbdE2HLVagaKp6LraYtVVUttHIZt5VQsnbAtnQ+0CtiU8Sqt1CDxKfapyMpjCpmTG TJr3ldstd4g+YGtYCByf6IyKbMY5ziBU1AhsTkRGOQsZeX0x8TIwsTLQAiE8sTDywJ1gF9AY f5czi+R50/Rx/wBAPoXlQ/KE4g3pUz9vUIMqhFMSr4UbCYG150+0vHqfIRv2lOkyriPqb/SF CtE2OkPd0Qf71lLs4lqfjWOoNPNIdalIt5EQYcSiDYSr9YYTiPzW5qQlZWMqKrjIG4MoN/gP +0qXznE2yJHnWcN+Uymd3WDAbTiBuFlMFaOLRA4qh7SutyQs/wAIKdxKAKVMzKiFzpKvfTVY EuArHQSr84+0sOngTeYXAyaVLVGuYwVlC+0RVQ5QU0jgPa/iCw2ECqviE3bLzD3bxTjtz8W5 35BATtPp0gFxflcDeMtvQrB1yHosY7YyouLWEbtGUu/T6l5jmAwltLyiSSR9oCTTL31lTWx9 5ftJEcBVDLHs+TjxCLMreJ4qHxFKtiDpKmrE/wAuZxZhl5flT29HGLel6F5cNrStB3IqP49d Lsv3bzMCmKcpsKaMvvFsAQDHwYKvgRXCvnuYAscq9hbaAql8YAntHbqHuEBC6qIMR4jMWNzz BtrCxMDEQE+OVzaaw3G8sxF4NYVK7wJcXE0jIU0MVc1yUwFDplHGBs0qWRQ3gwFD7ypamxUm VMacSzMEtYmM+EcWtbzGOIvBVIXMjSVCiOPYyopXaU3bqBDDHYiwWJkKvTOsMBW9iYMWBYHa CohlbRre0q93f7zh8em8WqGFwNpXtiCuxgv0hlyRizFRGB6dzvKTE0WvA79POO7AofcTLR1Y 7ShfqBTsZV3E4i4cynrQN9oLikG8QEpiU9ow+SMfeUyTUP6QAGjn5j3fFRvaV7KuC7SoBYY+ bR9cnG0dx1UbxP6HaD5hTHxKpu5P4tvXbm4InE/XyIgHJNvRxAvTPoXlwp7IEdthCLchzEXU 2hpELn45AqTa8dLJ1AdIiK5C33g3KnxGVRTFQGKoZgh0vGOGhlW1MKR5ii79NxYxiU3Eqqq2 t5HNnKkWjgouLamU+6oFteVTj9MsyUu/9pw4qOxxOonEHv7do46dPFjf2nBrdsr6iVLGr9pW slIID+hnChbZX1EujVLttOJICin9ouPRLLvaZDo4zihYKfsJVu1BP78xK2Kqji04lcDrKoDY ZewiHqVer4ELB8mMrMCqGU7sro3iW6xFJdhKwBlK5o937RP4lY3LhrimzHlV3E4nsy+8sTTW 7aTitKsdgwzE4f6XEp7VJV/JX+/MQ9RNtpg3tALMQywArR1lFSKbgiKB0vqlRCTT/SFb9T7y mCrK5O0qjJtJUfI3mWmPiBe3EmBgrFhAcVwiWTUQKqw1DctG7hYxWx2l9LTKFr6QMYedoFJ2 n6wrj6bS0tLGYmYmbbwgjeE2jdmNpUt9Q2jixtKtgthOI+v0CLt6Kgup9CiGcJ5E4UDos/kR jc39VGyMXMpX6Lk+eVN8D2iUkDUXB94fnVFUeIrhatQt5iKTw5A8GPUDVabDxaVQpq1MpUU1 KKMviZ58UjkW2nE6XEq6qh+3Op4lfVr/AGE4O1mT+qVV8x1C0lQedZwigux9pVte8roFsttJ wtsXbyJUtmJxdlP2EoH5Bt7xGArrecTdSbw93Di0Vh0On5vK/wBKqfaIb0bW1EZetjiNZxPz HsovKmTUxprtKfUXFQLDzKo/pQSohKp7iJdS1zuIiVAmN95VXPEXjG+iymtnDsdoeSAU0Kjz ywUm5jHLSKqpsIRkbmE3FoO3QQQm8a5FoEB3hYk6Q38zWBB7QnXuhGl5a952+TCAADeKFPmZ La8Is2I1nbjlNmxYWn9OVo4GhHnlTW6ljMYRbeFSNZR1R7zT3hWxxmIxyEC5XtKBPUvaVAFN t5WIAX9Jh3YGKe2/tKqYnSXKkETRD3bESl9QgHzWWfUFvNi9ooN1IlfHKxlW9+6NHADjGabn a8qfmicRo1pWPefQIu3oO0Oh5rLzhPrnB606ix1Kmxg9I7mCnaXWrdRso0lIB6mDRSA/dtEu lOo0QlKdlXU7wnp1CALiKGp0m+8YNWK3FpX72OI3netALsbwXeorvpaVA1UmOe1V9ueGekDY qQWvLXIMqgVWvCwwCe0pY0jkN4UUm5jNkAPETBB2iYre9o5z3gNhYQWHiHuNzC2lorFdpfzM zMjLy8CsZtLwLlop5XigMuQPI8jyy1xiHJsCNZido7FDaHRLsNZQLPqR2y7F8VlclRfzAGw7 pRzZtDtKv16bSp2IBfWUbY53/WDFn7jpHI6/ftKQvTecP/X+k4dgAb+ZT0K/rGOTZfrGa9IJ /e8RipJHsJbcfeP3VATBfpfbWN+WkbYxfyVlNQabS5eroIBamf1lD8p4P4f94pC1Rf2jG1O6 7XlK2Zt7SlUwqGV1xOMr/Shi91Tq+Iqnpn9ZxBuwtCCdpXOQFpTuLE+JoKrP4hZcVQxdFYnz FbHeHWMxbUy19DA2O0vpaFyTcyo2W8q/UeRl4IPTV0c8xy4X6pTIWVGLm59SOV2hqMRaZkRW I2hYneB295dpZoFYzFtoUYC8C3hGJxO8ZSBfkq5AkeIBdA4PptCcdZYFA48wymzF8VEDCpTL eRKLFz9OkqEpUwWN9AyFjML7GC3vKwKaXhPUph76jeArcAmOMCVMqGwlQKqApvCwcE+QI/cq sJVKhwacraOZU10hONHNBYxHZgHAlyajKviGrenl5nVe4J8SqoRiBB+ctp3NUW+8HzcKfmcS Sak4i9sb6iUO2mW95TXKriZxByOUZQtMIPOs4b+pvaEDMTiBr+kTSiLSgR1DEcCvk0TSm7GU N2HvKBxBDCAFMWPvLZsW8TuemEtFJR2tMcVv5vD3Nm0FymBMqMNAvjlTOCFZTZUUiaXvC/bi IjdMEDzExXxGbJsjC5ZcfEzMvY3hY3vMid5kZeX53539Zjyoe4y/K0WD0GcSLVDytBy4c2eU lyfGVUCWt6tbi0Vca3RfW8O8UFjvaUjep0jqDMTTS+Wsf5lSmT5lzTq2XYxaamjfzrFVairV qGDSlUYbGFU6Ix+qVO6krne0XXhh+vKm+GY95W/4ZRS/u8U2dVdd4ueRpjcSs+Kq4Fj5iN34 N/UP/qJUbAtlKxzQP7yn/Dj9T/tDOG/iP79pw/01BOEuMmvoI98hrOKDGyX2lPEVRdcTKQOL ALf/AGlUEUEvF7qSqJkiuMhKv1m8rfTHx6YI3MYZnt8CVCGpIwlXF2ApSqbuZUlU3pL+kodt IgyndXY23hpkU7e5lWnY2WVjdzaYnMMJixbMwp2Ko3lb5lTKVTntF7ExlMYvmY4DmMbqFlLG kLCaXuRGbM3My0xisE2l9bwsTvMzMiJmYWl5eXl+d5f+Ut+BU2jbwjmm/q4sfM5mCUzZhOFN uJSVtHI9SthrKIb847+IVN7Rqdji0pDpcQqw0wVZhC11pNKtPpVFQe8pIDTy8gw/wn7yv+Sg HtFw6N/6tYSOigP3lP8AhrfflRph3YGOTWpXO6ykELpgspfxN5VBOggRhVp39oiMoIxvK18Q vm0pgrQKtyUMtTNYi4K3uZRXpg3O86eRveVvmm5igBgxN7TBddd45DAKNhEK0wcYNDeE31M3 gxHiZXv954x8TLmSfMvLy8vLy8vyPK8vL8zyvL+gn/k1bRTyPNPVxY7hDByEXcSlfNWErYkZ efUFylxdSzbSoeo+RlQrVa8DBTluYMdbxmDALbQRSinICdnkQnIY+IWvLgeIXyNzC5IxloGI mR2mTTIiXgyOs1OgjKy/VApYacmUpvALrkIGUm14/wAs2aWBXNTKZR2xvMhciMFCh12lLGpp 5gfW1rytanqPMUBkNxYyk5Y/TeVj0nxWVAQl2Gs4cuwudoCzPgsr30vvFbq07ncS/rEvL+i8 vL+m/wDyiv8AQYIeaerixtCIJaCLvEOkwYjKBSTYRqbIe6CkxXMbRRkbR06Zs0FO6ZgxbM2N 5UXpNZpiAnUvFCG2Wl4F7ylr2nZiT5E0SxddJj3sqi9ozrhdRreH5TAVFihmytbSF8wuI1l+ nUwfWLn0+peMepTWpHJUXEs4oioGhtWsfNouLoXB2nCC7ZZaiOQ1XfSV7Iiplf7zhcQMgdRA UNS7bTijbslPEUiy7yiFLkML3nEm7RzancLvOE3Nx/8Akptjnl5g/hv3lBmWib7Sln1RbecS 2RJG0OXRAJnDXzJvtKp13nEXAwJ2lDtQvEQGqFMqtczhxak9/wCSv+EPwby/8vxH0cjByp+r ix2crchBvKRuglOy0rqdfMohC/dtOJP9BMp4dHJd7ShgH7hvOJ3xl16VwLH/AFnD2zIK3vOI 7mJ8Suw6OoteOWamhYaQsU4hyvtGGrfpKpJTuGlhEzu2G9h/tH/rtOIy3f7WiZd+PvLjce8r KyOA51vKSkpe+xlEMaIINtY57GDG8VPkip+sF/l9P6pTC9Ajz5nC/S7jcRrZCcURc/aUD8j9 4jAVwTtK5tcGZXorOGPzD95Vu2glX6VP2nDghWBEDPqtriFStHDzFUrRxb3lJWFTOOuRsIx7 FHtKPZckwpkdTKzZxCEQqIqqGyMqd5N4X0CiX53539d/5Iy/oPqv/IX5cSe3kYJaJ6uJ1p8z BLzhmskp68LfzKLDrrfaVtC0vfhh9pQcCuCZX7brGN6K/acKSKt/2lS/0iVu+mt97WlnekKV toxxrB01mFyzHSNm9MUzbSC6PemfFp0xixJ1MYM4AdhNmYo1gYVTDHzNCwZ2vBa51teMVVQi 8gEA1maA5KNorBQQPMUqgsonaNxGbM3Mz0sIr47QtreFyd5mRpMrTKZS8Jl5eXl+V+V5eXl/ wb/yN/Tf0X9d+d5lMplMplMplMxOoPeGqo8w8Sg8z4ul7w8XT958bTnxqyrxIqacr8rxPVW1 Qw8r8rTh/pgqaWge20yJNzC5Ohi1Cu0z1vC5O8zO15kRMid5lLy8vLy8vLy8vLy/K/O8v6r8 7y8v+Jf0X9V4TL8r878ry/qv6ry8vLzKFhOqvvOsg8w8VTHmfF0/eHjaaz49DDx6w8f9p8e3 +WfGv7Q8XUnxNUw16p3M6j+87j5loRAswEwExmMx525L6n1Uw8jBy4XVed/wb/yV+Z9V+V4D 6bwwei/4t5fleXmQnVX3nWT3nXQeZ8VT94eLpz4ynPjUh/8A6CT45faHjftDxz+BPjqntPiq hnxFT3nXqe86j+8ux3MtLS0wEwmECGYGYTCYzCYiYgcry8vMpeExWMMvyvBB6jG39BnCHS34 F/5C/wCBeHleX5X5X5Xl5eXl5eZTITMTqCdRfedVfeddPefEU/efE0x5h4ykPM+Opz42nPjl 9p8ePaHjz4E+Of2h4558ZUnxdWHiKp8zrVfedWodzMz7y7e81mMtMYEmMxMwMwM6ZM6LTpzC YCdMTBRLLLCaTSacjLmXl/xby/I8hB6jKg7jytz4beIoYXvOjoSDtzHpvLy8vLy8ymUymUyl 5lMhMxOoJmJ1V951k951l94a6e8+IT3nxVP3nxdP3h4umJ8dSh45J8es+OHtPj/tPjj7T49/ afGv7Q8ZUnxVWfE1TPiKvvOtU951KnvMn95dved3vMZaY+ZjLS0tLGWmJmBgSdOdOdMTCYiY rMFmKyyyw5Xgl4ZeXl5eE87zeWl+V5fkT6Byv+IRLcl3g9db6z6DOG+qKyoLAQ1tLCZTqTqW nWE6wh4gCfFQ8VafGfaHj/tPjj7T45p8cYeMafGPDxVSfFVJ8RUPmHiKnvOtUPmGq/vM395m 3vM295czWAekwLDLS0tztMZaBZjMZiJgIVExEsBLCWHpvyv6Ly/8heH8W8vLy/ot+GYvP//E AE8QAAIBAwIDBQQFCAYIBQQDAQECAwAEERIhBRMxFCIyQVEQI2FxFSAzQlIkYoGRobHB0QYw QEPh8DRQU2BygrLxNWNzksIldJOiZIOz4v/aAAgBAQAGPwLf+0dfq9a6+3zrrXWutda611Nd a6mutda6mutda611Nda611rrXWutda611rrXX29f7B09vT/V49mkj2dK6f2Dr7Ov9k6119nW utda8VeKvFXirxV4q8VeKvFXirxV4q8VeKvFXiFeKvFXiFda8QrxV4hXWuorrXUV1rr7Ov8A bOv9b0rp9cewVFNzEVZBtmmjbqPrmVCqKNsvUfOGUk8Lr0PsEMXiPrTXPcljTxcs5xXOTSiZ x3ziorWRe9LjQ3ka5Xu9fTGqpbMJiWLxZOwoXEihos6dSHOKimwgSQZXLVDBLH35hlNO+akb QraBkqrb00UOnWBnvHFQm4XAl3Ug+zkWy6pMZxVxyI9RgUu4+rDdTx6YZfCwOf7EAu5NNJJb SKi7k4+oFQFmPQCmimUxuvVW/quvs7uTW/Wutda614jXU14jXiNeI14jXirxGvFXWvFXirrX X2dfqdK6V0rpXSvDXhrw14a8NeGun1utda8VeKvFXUV4hXWutda611Fda6119m/sHsFQn8Nb 7/Xk4Y8WdRykg6g1Bb3P+kDvrn2a4H0sdvmK4i9/jkzxfMb0eFcrDxuTHItcMVm030G/xr6R uZMJbjLP+KuIS8jXFdLoOOqmuK9r+yn+zL+dW3DA5ZI27p81FcFtvE1sdBf1qWP+6JO3l0q8 WPuaZmxj51wOU7nf2R/FG/dXFmlj0xSh9Px3qdJroWxXpkdaW3lbMbgMkvky+tJC16ipOga3 kK/aVPZP7owZ5jH7tW8ay88Rz7OKsL3mB1us7Dyq14oZAUmk5ZX8NS3dpdJeLENTqnkPWrq4 ilXXBu0Xnp9aguYZlureU6eYnr6VbrPeR288w1CNhvUttOumSM4Pstr1biPkyPy3P+y+dJFK QySLqSQdGFSXcFzFdLGoZlj6getTGHCrEucnz+FG/dMANgx+Y+NQF7iKGSYZEb9akt5l0yIc GvpbUvJ5nL0+fssRNjQZPvdKvOYhls3ZlEcnQip+Jrjs8b6SPOoOInHIlfQuOuai3jV5F1BC d6VNke3cF1b51Ned3lSsAN9/DSXC6VRzhdRxmuwFPyjOMVc2/K79uupvTFEEYIoKoyTUVryf eyLrX0xUltGnvY/EDXInXS9NDyPeBdeM+VXHKiL8gapPgKju3jIt5DhX9a4pxPlh54dITV6U /YYmCyEYX4+dK1xC0YbpmjJDC0ijbIoWzRMJ/wAHnXCmhg0qluOaQOh+Ndo5TcnOnXjbNLFJ Eyyt0UjepPcP7vxbdKIijaQj8IoLJGyE9NQpl5L6l6jT09iJ+I4qDhs9urdwapmqfs2ZIVbZ seVasHT61kKcVa27DuPIFb5VcQQLphU7VnFdPaYJWK7bYqa6tGZhC+l9X1GjMnLwM9KeP8Jx 7Y7aPZnPX0qSA97QcZ9k14MCKM4386ivHwElPdHn9bRCpZqLyxkAVzI4yU9aMSIzOOuKzKhW taxOVPnTctWbHXFZdGUfGutda2yTW4bFbZrqc1vmtz9R166T/UNdSj8nh3JNPcrG3ZEbRq8q cW8ZlZF1ED0oQwIXlP3au7S4yV5RGh6ubyUfk9s50/E12xo2FsWKq+Ns1dSJ3ZEkzqFJCPD1 Y+gprKwhZoLVMvp9KvFIyeSabSS03M29c1bWV/bok4OlmK4ar8f+aa4U34Xx+/2W3xz+6uJ2 7uSg14XNcTv0iWa5W40aXGds1weVl0sYsEenSv6PyjZlBGRXETKxeR7c5J86Yfguf41/Rxnj EsaM2cjIGxq2spl0xfSeMfm5OK/pDaC3SKKGMorKMau7V+nrAa7MZW5HM1aM7Zrhc10JTPyV KcupZxG8WUXuyDB6ezjI9CDX9E4pPDIug/8A61x6xitUhihgK61Hi7tcXkVtDIytqrjUatri 7CrjHTzrhM91JIkqwIVCDrU08QKqUXZhg9KlmEv/ANM5ozHn73sXlg6/LFHhPFItcwDaZj4l 2rjdqnfeOfTj9NcOz41uA/76sbhbySyvCiqIsdGrFy35R2gayPnV11MYCfId0VwJp7s2mIts fe6VZPA3MUWuCcee9cMYkFp7mWKQ+oGr+VcQA6c9/wB9cPBGRzl2q9kGOZDeJCp/NOn+dcb4 lNqEUGhdMZwTkCuCyIMBofPr5V/RJ9R1S4Vz+LpX9LQowOT0/RXBv/VP8a4jLyY/yYKMY2b5 1nVysEzEr5fKppYi8uifAaXxVwWS1PKaQksR51b3YUQTRoF1L5n1rhUQc6ZrcM49asfjd/xq 1kTZlRCKCiISQTQ6nj/E1XtzbBVu5J9Oo+QrhM0xRr7X3mHwqxlaLWl1BrmX8RqSQKEDHOke VI46qc138Q3+wDebV/SRJkHNjGjegdI1Pc+KrSGwtlmsVjGSPOtEMHLWebThuq1JaaQEjbHT c1w6xt7RXtyo5khXO/nXFpWTXDaLqCn1NX0Sxe8MfaC3p6D2f/1tVxayuvOuZyyhTnauH3cl unLuF04boPjXErwAyWdsMop+9QvreEQHmaMDzoWqJmfs+ppa4xdzDU0WdFcL5K+/n8R9ajs5 95dGWkJwKYIeY+cIR0x61MsQOsE62PmfZIHxgnG/rXDoT3T0qS4hLkoMkt0p7knTnaNfWraN G1vIcN6Cp+RMZZIuoxSQRDLscVb2MGGMW8jepriLSebYGasUg/0dF72OlXJjxpFKZRqLS1ph hLRKnQdK7NBCA8jd5qgtOsw3f4e0EjNXTOAFXwipn0DOmp7uRdcnkD5UsxADE+Qo+wexoVw8 LdVYVzeWI289P15Y1RJYpfEr1NadmjWKTriufAA2RpKt5iu2W/un1awB5U7dljjmcYaSPY1P A8UdxFM2o6/WnsTaxxxk6hp8jVzw0xrJBN5+YNdohVX20lW8xUuiwhXmjDY86NxAiuGGCrel NMvdJbV8qjeW0hkuFXTzvM0b6SNLhid1lGQaFh2ZIY1bUujy9kN3EAzxnOG86l4rFCuZSdUb fGrphGs0Fw2pon6ZzRgnhUkS8yOTzX82l4fJaRoFA0sv3TSXMB3HVT0YelT2PYIkglB2HkfW p7Bd1beN87x1Zxn3ckBzzEPiPkaifssQOcyjyl2xvV1JFaIyzHIyd1HpU08acpXYsEHlVtHd 2UV3Lb7JK/XFS3Umxfy9B7OIcOMWtLoeLPhrhcIXlTWPSQHr6VG/Y1BY5uBnaXbBrjFmlv7m 9zo38FcQgePnLdQmPOfDVoL6xW6ntxpWX4eVTXbjGs7D4eVScP5n5LIwcp8fZFcR+ONtQqS9 h4fyr11+0z96uI3FndAXnUwHo4z1qGC6IW8a516c/OrS5urFnvYVAMiHripeIZ0yM+sfCpUj tuXd3Onnuem3pVpa8Ttnne1yEZfSo+ImEraIvKCr1C4qK7l1taLO8nLB8Oqru5UYSWVnAPzq 1uWGVjkDHHpU1zCz9iedZeX66cVxVZlc8PutDAgd7KgVCBGyXMMrKnpy/Kv6NjDZsj77b5Vx WVtXYLxShbz6VJw6Pmfk8ubbPmD1z+2ryyuXkEtxnUAP1UJpPsXBRvhnzq74ZCziJUDxtp3d 6s7LiErQtak40+dKthGEt4kCAgY1/GoZrhRJeQ23ISA9M+tCwvJuztBLzV/OrhtyJ9JkC84f 7MVbz2k/OITSQPKrnhdzP2UmTWJPWuH2drLziN5blj61Ym2uVmaJOXhf3+xdXhzvVvxKG7SK GNdZiJ36VxuQ2zPZTnXJp6io2VOTHz9Kr8M1Z3MfEQloiZeKR/hS34XRbifUMelG853Mu7ib UqqfCvxq1uLe/W1tgg1d7fFf0jmE+YyO60rbtXGbmfRAqwCJBn5+yediFRI8ZJqdC/MOvyOa 4aupcxAahmuJ2wPvpRhRVnZ3BCzPPq0/DNSXabwm30q3xri1r1uHc4SuDH7kJCufQ0Hg2tyg zMfDimBkBRARr9ae6lYLz3JWPzx6+yN8496K4TzN4vHv51xHV4WJES/CrCWZtCCraToram3r iC2tmfPXI1G9fHbbgYiH4R60ZG3PU12LwQCToPOrKBO7GEGVFXxA7o8hUcRASKM7KKkjb7JR 0q5mxupOn4VKzHJ1VJc6cRL5n2Z61cu52Vu6BVwfzakqEev1e4jN8qw6lT8R7NKLqY+QrU8T KPUiu5Gz/IVpdCh9GraF/wD21y9DF/w43rVJGyD1Ye0yaToH3vZh1Knrv7Nq+wk/9tYG5oq6 lWHUH2AKMn4VqeN1HqRWUjZh8BQ1oV+YovpOgfextWEBY+goa0ZM/iH9n1ROyN6qaHNkaTHT Uc4/t0ugB1kG6tUMLKsUMXRE9fWuvtxk4rTnb0ork6fT2YRyvyNZzvQ5kjPj8Ro8tyufSg0k jOfiawLiTHzpuXKy6uppA8rEJ0GaMfPbSeuK1xnS1cyeQyN8fYlvr9wm4QdKjd5S3LGFXyFH Mp3GnPoKihkf3MfRKi73u4x3U8qEbECLOSo86DStnGw+FOYkBdvM12l/H8KxHGuvHjPlUmlN ckniZqM52J9KZYYgsjDBk86cIuuV/WsnqTS2MB1ufEfL2Fm7zmuRCnLjJyx9aMAUuxG9aJvB 6ClSMaYV6D6hq5lh2nQ0IbqD36HuzL7FmaLmgeVXlrdJqt2jJUMKvJbYYnilIzjrVrHd22m7 jb7QfeHpVtHaYEBQbaelWnErjTC1xb+PG2v1ri1peaZUQZjYDz9aZfQ49nEUitxHpTvD1OOt I1xBz4+hXOK4XcRqF1R4/RWBua4S10AbmWTUUP4cV2BtJtedo3XqKlha11wyEFB+Amg6jHMi BNLGg1MTiuH9tlVZzEdRbyfyrjNpeaJI0QmMhfPyNRXlmAJ2mw5Izmnv7lR2q3l2ZRjb0rin IteRpQah1yw864k8sqRX3K9wW86vLu7Cm4t31RuBjH+8hovEdvNT0NPxSyj5EyH3kfkfb2G4 ClNGAwGDXFlB1vFJ97zpOIuipdQS4yo8qtZLqLmxXFtyzt0rhAiBYnCrS2cR/KXGZKJPX2cY j/Mo/OuCyfm/wpr65H5Lb7/M1aMD7pZMLV1w6WI9oa5jmjk/VUL+qqasn/FDUnGrwYii+yHq aLeN5Gwq0nD4T+Wzd6Y+lQXUqc1ILoOy+u9cfuLYFYHk1hSOnSuPJ+Z/CoraIZZzUXBbFvdR D3rDzP8AvGaapY7uHmwSbH1Hyqa3smYiTqrijUc2kPpOdJ867fbcy3mI+zx3QavUuVPZbrro 8qksbF2dXOTzKtoOJ8xJrfYFBsRXD4hqmtbf1G9SXMrST6wV0yLnFS8g5h1d35ex0kaZZpV0 yjG36KV43kk4eTk/iqKx50w5I92dPnUfDoF5cgJ5hH3qiuY/HG2oZqPiM5uI7rALKBtkUlxd CTsiDSGj6/CkaOWXtUKaYwV2PzqzsbdTFFGgDr6moLm7QvCvXAzipryUz3LSqV96mQBV5wi/ 19jdtcbxjernh/DTK/PPe5oqS2c3Ae4TTN3c/qq9IErWkqYik095a4lCgmlnuVOJJlydXz/3 jNNTf7+D2GjUMci6kZsEU9sLTS5GVkU9PrwQs2kOwXNRcJksBrkGBMD+2ri0J1BD3W9R7LTX Cl9cv498FTVgiHl2V4Nej8Pwq+4OvDxbSopxOpq8i4hFHLxCCQ4RttQ+FJxO2tBZycwdPSrC 0itI74yAK0ucb/Gp7WT3lsic5EPn8K4mlrZCyuLXvK4Oc4qHiV3Zi9eWTBz92ouM2VsLUxvp eIHZhmruMcKS2ljh8QbO9Ee1F9Tio7C4VYLiS35kV16v6Uy3A1RxLr0H71W9xw7EMhzHNbD7 hHnVpd8RiEgu30NKf7rrS2KTcy3M2kSj7y1PbW6rZ39pIo0f7VTXCIZuHrePdDJkO3p/Ouzd bQx9oEf/AMa4raQWAsp7bOmUHzBpeKXVoL15ZAMH7tWV9a23YfygROq75BNLwtuDpIRpXmZ9 RXFBeYlVIxJBA/3s+VDjFjbdjaKTSyddQzj+NaxGxX1xWi5wUjXXoP3q4mbOy7HPa94PnOcV a8QvbTtrXD49Mdf5Vw2ezCzWc+DLbZ8HwpRZw8uBog2B671GWiMqBhqX1rhHY4uzJdL3hn5f zq04NLZGWeRB77V61xZbr38FiNWn8W2auOJ8Ot2tHtm7wY51D2KvqcU1pI4h4gtt2gTMdn+F TNc7wwJrZPxVbS8MlDQzx6+VnJT51aLeuI7q9jZ45ycKu2cUlq7Dl7lviBUE/DnC5do3gJ7y kGoLziTf6W/LjbOAnXr+ql4ckqspl0cwdMUz2UgSeCXkyRM25+NS8S4mTyOYIhpPQ56/tpuH wSrKvNCK6nI3qcQTab210cwOfHn0rhv0nzXnvBkcvp5fzpOHpIFjmI0M3kD61w6WJtcsvjbO x+VWF9fmbVcD7nrVtZ8KeTkMuZGl/bUvDreW47WNSjV0yK4hcF3N7aMyMPu5BrFXfE7nUjKp aJfX5+y1tHOlZX0kipbee+lSVOo05ptHhzt7Irm4mMc1xkwp64pbBCPEct8B1qCa2n50UhK5 PXNJdXExiebPJQeeKWwjwW1EE+WB1qKWGfnxOSuT60t1NNyTLnkp+LFDh8fj1EE+QqKSObnx P3c/GhdSS8ky55KebULCP7TVg/CrVIJO0ic6FI9aeIXqNcquTCo3o2sS4Kth2P3aHCkcO+rT rqSJb+MyJ1XHSmt4RsraWk8hR4bH72bXoGmpXW4imeMZMa9aiumlihWTprNRWMMkdzNJ/sz4 fnTzcyOUJ1CdaS47kSP4eYcZp4Jhhl9jtAmVTqxOBXZtBMudOKVrhNOr0NPPDETEv3jQhiQv IdsCtFwmhq7TyW5P4q5UEZkf0FGOVdDjqKWaSFljboTR5MTSY64oxpGzOPICvextHn8VGTQd A+9ispE7D1AoB4yp8sismJgPlWVRiPlWDtQ9pqBvzqgf8SfX2o8WvXZorfaLW3U1LO3nt7G7 dbNOpHd0tjSa4XMhxbsnu8eJam43due0SLiLUdz8aRHITnyZNLwqFeVBbjGPWlW7tXlnMgKS K3Sl96uhoM9Oq+lcZg4dCba6CtqZ9wasO3bWy3I5mfTNcZitHEltHNmMqcjGxq/T8UNSD84+ 2N7qDtEX4AcVZ82BjLLF7mQHwdKaAQYu8E87V1HpTGC2MaIxEqE+I5qKd7NjY69odW6mo0mg Mru4EUmfAc0YkgKXoKl5s7MMVwH6ShN7Kw9267aelWbLMoQ2+R3fu75Fcat+HwdmvBrDSNuC c1Zi9/0YXK8zPpqq7S0ZWtY75OWVORjUtcRkmZRxBTC0OTg+XSraWeLnRcpCyZxkZNXTcMiN vbCUao33J3FWNveTQaJgxFu6d8iruCzZo9EpVNJwaKHfiF+MY9BXDG4hA08OvAVT571wu8tO 5bXWCIz907VFw2WJHt5rUscjeuOXkMavPBM0Y1jOwauBzdC0bHb5LUnHuJysYrVe6zt1x0Fc avZcCCWPMkfw+FcU+ikaGIH3gl9Ph7I+3I8kH5nXPlVvrR+2GIcpvLTnfNXCpG4u+WeafIjN IYo5fo4Ea1Pi+NWBkWXBiPZceRx51pKydv72k/d04o9nSTSHPP1ebat8VbkibsGr3f4s70nP D9p1Dk6ennnNPyBJ2rX77PT4YqcjnCw1Dmfi1bUvaOYBrHZ8eurbNd3X286df4dOK/o/9LFk l0jl8np5df2V73AHLXRp9K/o9/wf/EVwyxvZpUkgG4RfOrdI21QSQs8ZPXpVrxBZCbi4uJ1Z M9B3q/pJLJGJkW6YlG6GuClE5MV4mt418sDNcfh5WiGFeVCgHlijxKSy7fPLJp0HyFcC4to7 Gku8kYHh2q8ls71nu2GsJpwKaM+JTioUmflRMwDP6CrEdrZI409y6jeTajcGf8rwyiH4etLC l2ZIy/vGI2jyd6slF6Y4o191IvV6NyZ/ykagsPwx1oQLe60L98t4YsnerNVvTFHEvu5V6vTX RnXnYZRF549aW3W+5iM/ez4Yt6swl9yVhTuSL9+pLszqZSpXl/e+dWi9pN6Fk2Rfu58q4hei VZZjHjkL4hQjyUWSRmdKu5YHMcobxCpuJ3Tlr29GIkbrj1rlavdtqcj41dt5jVXEJ7a7UqxJ eOM97FcPtobmOORACdRqbVEs0zJhWPSrm4vO6943cHrXCHiISCIb6ts1JpUgKANxQVdyaWOH Qk4OvOdqe+n7+k+I+tdjODE75RV6/pq2Fqqq8Q72fKri+kTdgQGqK0nTwnZF9KjW3jUQ8vSx 9KuJxD76QbfGh2iHeI7qBRt1iHIfA1fyr3MHvjuR61czRqO1y/hG9Wi3HemJ7w86jCRrGpYd 1agFnH3yfIU9zeDmTINtXlUxuc8vfAqGCFdMIXfSKkEfQGh7B7Eb0araa2uoe7H0LUVbYjb6 y6thnerO1tL23SyAGr3m9aLOXm2zrqG+cVYX1pOHuDtMmrNKY7tbTiMbd/nNs4rgthNOjrEw 5jqcrirZJOIW44ZH/dpJuaQLOptY5u7IW2xU8kTrLGwU6kOR0qwu7K+jtJo9p4536n1q0k1a o0j5TuDtv51xTiBv7eaOYMwjjferrhDXMdrNzNatKdiM1eWBvYbuWY93lNnFdsk4pbETR45e rBU1cYORzGxj5+2MFgoz4j5VYNb3sE7W2FYI+SdutPNcXUdvhDgSHGqrvlzJNE78xXjORvvX Y1v4DOBzNOvfI8qs2mnS3RXzrfpUV5b3MVwkqYIjbOnFcL/L4bOayOHWU1YSCTmQwRcqSRem /nXFOKfScE8cwaTlo3e9auuDyXMdnLzNatKdiMintxexXsjTKV5LfEH+FW/FYuK20Ssi+7dt 9qntricLi35cU+ruB+tXVj2yK7knk7nJbP8AnpXDOKSXKIbKJlaDV39W3l+ijcTXUMlvMvPj fV3c46H9VX13xHiVvL3CIUjl8FR8Na7itLi3lDHmnGRXAuGrdRs0GNcwPcHSoOJdvtykEBRl Egya47w5p0tmupGliaU4GCa4T+Vwy9mIjcI+Tvj+VcPsoeI20XDI8M68wanrinDYp1FvPHpi kLZXOOma4laveQ3Mlz3UELZ9kCFxGCwGpugrh9xFcRS6F5JVGyfWr+WS4ijynL0u2DU0HMV9 EhXWp261wwJdQSG2wCFfOcjyppnmSIRRnZzjOdqvV5iyZkL6kORvvVvCLmEvHibGvfH+TVqx kSMR986zip3WRJBNiQaDmrmIzxBpMygFvIf9qsV1KvvA2WOOm9LOsiOssYxpOelcBntJ4gLc aXDtg5GP5VHbWrqxwsGonbVVjGssWbGPMnf+FWl3ZXK9o1ETLIcYrh8TSj3UPJdvIMelTcTn liFqDI/j6Zri7RMv5dO7xaj5ZrhMdrLi8s4u8RvjYVf3M0ytO+rlHYeVLBw2Ve2RSnVny3rh FlxLiWtz9rttFmr27mkHYUibEhPyqWQdGYmhXClYYMAGvf4VNMB7uOIgn51do/j5h2rhisuD CBr+G1SzAdyOIhj86u0bx8w7VwxSuOSF1/Dap5cdxIiCaukYYbmHauFqVxylXX8Nqu5cdxYs Z+NLz8R4lbOa4vfzjRbGM4kPSmukUtCrNl6lkkjIjmk7pPnXC0/8umuNB5SqQWq7knXlhwxU t51x24uRylcnSW86sboe9SRxlV+6PjUUZYci2jDS4/dT3Ri7Pw+1IWONtsiuDiMaolG+noKm 0EEDA2oFTg1D1JJztR3OhV6VcHLA8yrAZPxq7YscKm1DDHLSb1bJk6dHSrmUsS+NjSrqOCcn 402G8J2qIhzqcjJoyRnTKxHeqxJ7znzPWoMddVRLJqSE9DipzjpHk1ISoRQMYFJbqdMQXoKk C7DVQ9i+3Y/1HX/WePbjPs3rZiKz51gscfOsBjWc7142/XWA7AfOsk5Pqa0h2C+ma7jsvyNa ixLepogzOQfIt7QskruPRmzR5Urx566GxRYsS3qa0yzySL6M2aPJmeLPXQ2KLsxLHfJNaZri SVeuHbNEQTyQ566GxXMLEvnOo0FnuZZV9GbNMtvcSQhuug4rm6zzM51edGKW7leM9VLda0W1 w8Kk5IU0JJ5nlcdCxoPczNMRsNR6Vyre4aKPrpWhctcM0w6Ma5U9y8kf4aEUNwY0HTFSPHO3 Mk8THqa5Uty3L81HnXLjn0KNthRdzqY+ZrNdmaXEGMaVFP2XSpfqxG9dqmPNlznehFM45Q+6 BRgtgiA9Tiu16Q82c70puNOF6BRXY4kjSPGOlGVI1eQ+beVC5nCk+g2pbblpHEPStHKEv/FS z3KhwvSMbCuV2aMD4+VAC3WRh0L+VPJMNerqPKuXDCsCeemjyoBzSPtGO9a28ROaHsHsFW4u L/lSyjYYzX0fM2lfFr9Vq5+j7ztFzCMmIrUcNwxjjLYZgOlRBJedDIuoN/vsKH1M0nPvxA0b DSj+dQd1oiE2cedTzW92L2WSHvQ/eq94pcxGTTJjR0K1w2ZfCV2/V/v3mrW+tSLlGPeVOqVw yEyrE+ArFvu1J2hfycKffDwmuN2ULq8pcuqjzFcPYocxAB/h/vyaHsK29xJEp8lNa5pWkceZ rR2yXTjGCa5sMzxyfiU0Y5buR0PVSf8AfoeyU2+j3fi1HFJztJV+hRs/XlMTLHHH1kk6Ulyz R3FuxwXiOQp9iWsPibz8hU08U8F2Yd3jhOWxRuzPHaw50gzbaqtLMujLdfZzr4TXZ/pG2534 PP8AVV+HuYoOxvoYt5/GpOIRXkN1EhAIjq3luL6C0acZWOXrX0SwxJ15nlp/FVzLa30N7JBu 8UXXFSauIwWjqcCOQ7tS28kiy6k1h19oA61byXvE4bKSZdQjkqGzWUPBKnMW4A2xUsdrxeC4 uVBxEOpNdsvrxOHoX0jm1ZvZ3C30Fw/L1x+Rrsp4zCtx05ZG+avheTrZRWhwZW6Gnu7C+j4g sZGsR+QqAXvForW4kXVyn601k0uIAnMFxjYrU54fxSK9njXVyk86t7q/4gljzvCr+dWMdtOL m2uuk46fGntYeMxPdLkcvTvmp7niN0vD44pOXlvWoLjh12t/FJJyyy+RpbWXjMcd0ce6075N X8d5cC1t7TrNjY1Nd8O4gl/yfGqircX/ABVLS4lXVy2FNZmb8mEfN5+Pu1cHhvFUvbiJdXKU daMzvyLfcB+u9diU4wxDN6AVLbWvGEmu0z7rT5ipIZBh42KsPj7I52uRFdzIXhg/FS2a90/e PoPOreeCftNrKSvM/O9KS6muuztMcQLjOvb/AAr6NA99rKH4etRz21x2qPmcp9saW9Ktra64 mIL6Zc8jTV5a3D9nitN5Jevyr6Q4deduhVtLkDGKtpOJcTWymmXUIytJarPqtHj5vP8Ah8qu Po7iq3dzEurlgVaz8Q4itk9z9mhHWmtnOpeqN6j2QXvEb9bETn3YYdRUfDVbWkg1iX831q9e x4kt3Pa7vEB0puLpdhnTxRY6b+yTiy3QLR51RY6b0OIX16tjC7aY9f3qtrGFxMtxvHL8POro WnEUurm3GWhA3oj09najMFuTHzVt8b6aMCHlog1SSH7opE5nOjkXUkg867W0yrcGPmi3xvpp oVYRRoNUkh6KKt+HxNzhONSS+WPWrlra+jupYPHGnUUl5dXcdlHI2I+Z96ouHIdfM7wl8tPr UqW/EobidATy060lzeXkViHYhRJ51a28MqyxTDVz/ugVNdW14l2IvEI/L2cmI6EUankPRRRu 4bpLtFOG5flUBnu4reaYahC3iq6t2lSEwevU1JEdypx7EhTAZzjJ6VbW4YXEk/hCU35TE0yr kxL1oq2xHs7W2kHTr5X3sU/KAVE8Tv0FdkYapM4XHnQuJdJH3lXqvzppogqRLtl/P5V2RIy0 2cYpTNpIbzXejdaQqdQD4mrlQJkjqT0Fchxl/h50s8qaQfLzpZdAVWGRqO9chYy0nTArlTDD +ldoaPTF6mtaR9z1JxWiQYb62KNcRi9Y6mUnox+vd2PZ1mjuPMnBFSw3ndec6kHs5trM0EnT UtX15dSpcLPDrPKOo/qocDjgVkMuUceLrXCbTmaL+DD9zyqf+kXFLhmWJcKz9Wq67JI8XbHw 0aHZqi4USJLm470g/DXA7lJUteSOk+2enSreS1kktp0hxrXbNXl3JdR3nOh1ssJ1NUbDIHM/ jXD39Yf4+2P5iuFJFIsTJbs+W/5a4M3rbsv7BUd+XUx3MkqaR1Xr/Kks1YIWvmGo+Xeare2c 6mt70Jkf8VT8YEihIZ4lMfmdl/nXH4umtF/6a4tZSSCX3QkDD5H+VRTxyBDb2nMwfvb1bn8V n/EVFIZBILy3L4H3en864NaiQRbt3jv0FcFjbdo5HjP6mFfS3NBWa8kj5fp4v5Ve2gbRzL3T q9O8Kks2bWYLxBqHnup/jVzxYSAdnkh7mOvSv6QR9NcA/wCk1xizMnN9wJNWPg38qSYSiPs1 pzMY8W5qM+tjUb80Si7tdfTp0/nV5BrblaWOjO2c1dD/ANT99RcT52rtU8y8vHTxfyriX/rv ++oIp5hbxM2GlPRasJF4kLdraM8mRTgy93oKa57Uvae8vZ/PHrQt14lz4GlZnA6QEtvtVnEv FVhigbVHdjzO9dpluwtyjd2JusmRXub3ntJNzHtQdkbauF3k90ttdhBptW8R61/SSKSIwxug 1OT4O7iruKynHEI3l70q7BdxVmDLyuRaGTp16VZn/wDgH/40k3N5vbLQyYx4d1/nTdt4n2fs 8g5Mchznfyqziks2mjCqNAP2gzXboLQ2EsTd6NjnIrh/CiR2e2+8B0HxpY4e8ttbtGW9TXFr nhvE+bMCTNBHttnoavGu4zNb846kXz8NWUMPu7W4XmFPQDyrjUVlC0EcUjIwJ6kY3o215xLs dvENSCQ93PwrgcSwtJGkRUOPPbrXHbu3uFvJ3VtVunVaYnrmo4ZbhbWM9ZH6CraROIdneOHQ qKcGUbVdXAukeSaPDR+ab+dLZy8VWSBBgXDnur8Kgkjv+zusXLCKcGUVdzi5jZ54++g6x9et LF2l+JKqGNZAcgD+VceuIp1vZJM6o4+qdetcJSWZbIKdud975UF0FVjtDgn724p715A3a43Y L+HcVw22VxGFjMhJ+QrgyQTGBnQIXDY2wK4isEy3/M6vF0FRmazuOa4J57bJXELO2CMZDy9R GatrG5/0y8k1aPTerRob5bW4RO4PvGuJrdMzSqneZutW93Y5Qzy6O+eu9dhmdluBHqMrNham 4hcOZIFk0RaPPfrXDO6W7uwFcRvNayuyfZL4hUrYxljtUQLpGqnJLmo+VdCLK6OUDu9Tjmxq 8gyWB8PzrnXFws3KbAdj4vlXKS5HLlP2IP76jSK4jiZN+ZnapLyVwzn1PeNLatcrJHr1adXd XerfkTrFoTGx3b5VcuSokkU+fT51maVZREfFnakDSKLdiO551DOe7CqeFuv6qm5Y0hj6b05w Dg+dQmTfLVFbRxaY03pgjaY4lwz1zYptYz57fVNGrhPxRmrkYx3z9fVJ/o8Hff41cz20X5DZ DAXpt8KFragGQjPeOBX0cAEuNejDnAzV5b3UbJpQrk9K4jxeZdcdvIwjUDO9fTd0uIpX04+8 vpR/Mf8AjVkf/NFA+sSmuBS26GbQRnQM42rg1vG6RyyR6e+enSr2G6iZAqFdeO6f01cdlhaY RyknQM7ZrhDEb8sj93tX51wS64S0rSKmlmg9MDr+quBLOeVMQV0vsfDUiTLP9HieRk1eAZzv XEF4e5e6ivMryT3h3qEnEi0c/alZjNsT3hWu2WdrCTls+jwNiuOWsTB52thhFO+cN/hXFH4s ZQeVhXnPlg1wu54VzWR4NMjQHqNtjXDYJHCTNaEaCd/u1J24TLaxq4j5p7qj4VZPwlmkuIbg 7wNuPFXA1vW5NwZtxId8kNTsyTfRvaDIPwfOuNQWD826S5BAiO43WpX4qzRzm5Ulpju260k1 msrWEojMnLbutiuO2ULh7lrUAIDvnDf4VxZ+LmRDydKvO3lg7Vw254VzJImg0u0LYyPSrO0d 1W4NmRozv5VNJxLmJbRwkIZX7qD+FXV8qZtG1qJPLrRW8XkC4MhiLfeyalmnWT6PEsrplu6M 58q4hJGwdGmbDDzpQOprhRKH8nxzPhtimkAykcZ1H0q+SQaW5pb9B3FWi6O9HiRvgu+/7at2 QZ5eWb4Cp3lGlXcSD5Vwfidsols0RSZAfia/pJbxSK0kiKEGfFhcGr6G/HJkeTuLnr0rhdxw ol4+RpZo3xkbbVZ2LyKLnsRGjPn3f5Gru54nlLZICEZ3yFGasOI2EnalmbW4G2jeli5i8wWv LH/FnOKvLZ5OddD3zqW3VdWf4Ur8Mj5t9fKMy9NC1awy3Ic3EBwTt3q/pFdX3uYJclGJ+dXE Ucep7iTVGPUZH8q4VA0qiRYGUg+RPQVx2Mx9+aZ5EHqNqgv7KQTys5V4R9yuC27yqJEgZSM9 CRtX9IL67Xk20gJVyfiaYj1qONBqdzgD1rhr6e4iaCfjXFJQvdZOWD8a7OEPOMmjT8c1w98d wLoz8a4tIFOmRdC/E4P86eOYhH0sgz6+lf0iuL0cmOXOgt59a4GLJeeEK69J6UYhKvMFro0/ HPSr664iXS2WIiMyNsozXDG4UXb3eHaFsbYG1WHDBOsVxBb6yp6+W1XsN77p5JMKD59KspYp AlkkGkAHZielcRvLqPUts+pYvxMelfTPEJBDiYBYT5LmrG8RdVqkZzJ5Vxu5i70R7gbyJrg9 vcMI5edqKn508wYQ2gTJmbpUdtAeawm3x6aqspZO6nLIBPrXGLy4HLhcd1jUjDzNWqqMnWKt mwdGjGaue6dTg4qPYnG5qXIIDHarYaTtgmp3wcBaZSDq5vSrHbYLirxhkllwPjUajfBoa9ly Otc3HuVj8XlU8id5M9RTtpOGfb41bxqhzmlWCMvczeY8quY5PtdJ2Fc2XuqT0PX6r0/yrtFs wWQeorlXEcPXOVTB+u72cgQuMNkZzUkTSx6HGDiMULm0k5Uo88Ubt29+zaiw23oxtdZVhpPc FPFa3GhGOoggGjb3NxrhJzp0gU/DxOexv1ixQkRtLqcgillvJjNIBpDYow2t00cXXT1oXVxM ZJx0fpTRvfOVYaTsKd7S4aAvscedIL24afR4c+X1OTa3kkMXXSKiluLp5ZI/AxPhr/xKb9dS Na3ckJk8Wk9aWO6u5JkU6grHzpY04jOqKMAZprxLqRblusoO5poZ7+aWJuqs21CG3vpooh0V W2pLqS6le5TwyltxTI/EZ2VtiNfWmS1u5YEbchGxUZubqWcp4dbdK/8AErn/AN9O9vdSwu/i KN1oR3N5LOgOQrtmljTiFwqLsAJDtRuluZVuG6yhu8aMU97PLEeqO5IoRQ3s8UY6KrnFC6a5 lNwOkpY6v108b31w6MMFWkODRS3upoFJzpRyBSyzXEksi+FmbJFHPELk56+9Pt5Mt1NJF+Bn JFFreZ4SRgmNsUZZpGlkPVnOTXZzdTGDGOWXOMVzIJXifpqQ4Na5pHlfpqc5NKkd3MiL0VZD tXNjldJPxKcGgs1xJKBuA7E0I4rqaNB0VXIFc8zyGf8A2hbvfrpkku5nRuqtIcGtEVzLEnXC ORXO5jc3OrXnfNSarmU8waWy53HpSol1MiL0VXOBQmeeRpV6OzbitEtzLIn4WckUI47qZEHR Vc4rnNKzS5zrJ3oq15OQeo5horDcSRL1wjEVznlZpc51k70Y5bqaRD91nJHsDKSrKcgilE9x JMB01sTRSC4liQ76UbFCVWIkBzqB3zQE9xLMB0DsTiuXBcyxJ+FHIoSI7LIN9QO9aJrmWVOu lnJFcuG6miT0VyK54mcTZzzNW9GOS7mdD1VnOKEcV3NGg6KrnFdo7RJz/wDaat6UXFxJNjpr bNIgupgieFdZwKZkupVZtyQ53rTPcyyr6M2RWjtk2jGMaz0orBcyxL6K2KEkszyOOhZs0Y3u 5mQ+RatMFxJED5K1LLJcSPIvRmbpWiW6ldPwlvZrhcxv+JazPM8pH4zmuT2mXldNOraiYJWi J6la5skjSSfiY5rRLcyOn4Sdq0QTtEvotc4Oeb11+dDtE7ygeTGuStw6x9NINFoJDGx8xXNk lLyerVyzcNo6YFaYZdA+FCVpCzjzNd6YmsCUii4c6z96vfSF/n9U0/yphXazbP2b/aY29usW MhXTq/RWCMH/AH6NLbxDLua4hZzTLPpG2k501LMJEt4YzjXJ0qzvZdF3aagdcfT5VaNY89bX HvIjsKuuRp0Mc93p/vyKNWn5xxX9IYfVc1xGOfUIlc6tPUV2O0S5aNX7sjx7Z+dGdlzxG7GE XzFSC7R45ickP1/35X2JPGdLo2QaaT6Nj5rrh31eKrpo7dWtbjxWzHu0LSCzjs4s5xGetQ87 hlvK8QwrGluJIVhcLp7p/wB+V+ftBWCRgd8hTW/11kjsZ3RhkME60QRgjqD7ObbWkk0ecalF dmlheOfpyyN6eaSwmWNBlmx0p+yWzz6eumkW7t3gLjI1edT3MNu0kMIy7Dyrk2kRmkxnApZb u1eKMnGqlnt7Rnibo2RXYGhK3WrTyz61Jcz2hWJPEcjb6jLZxcwqMnfFNc3FviJepDA4pJo4 BocZGXAr6OMGLnGeu2PnUk7wKVQaiFfJoXEEa8s9NbYq3tZIcyT+DScg0TpiOPLXUrxIqCNt J5hxvUDSorrK2gGM53od6AEjoXq6twiwvbnDmQ7V2p+XLGDhuUc4qOQywR6xnS7YIqTh2FV0 GrmHw49aluFkguBGMlImycVFctPBbiXdVlODUNh3W5q6lmXwYqQx3dtO6Anlo2SaF088VohO BzjjNWkSslwlzsskW4po14haNMPuat6mlmljsVifQeftvSXYniu7cnSXh+6aubxGWKOEZ7/3 vb2rnpbKxxHr+/X0dyyLnXoK+lLcidbmLVocp9w09y062sWrQjMPEaPDCmbkPox612pLgXOh gsyqPBVp2ziUdncXI7sLDf8AfU3DnblrENTS4+75Gpb6xv0v0iPvAg6VbXPEeJJYNOMqjire 2iuBLazJzO0AeX+SKnSx4ul3dRqTygv+NW1zxHiK2DznCIR1o2znWpGpHx4h7Le94jxAWHaD 7tSM5pOGB8xsNfOx9z1q8l4fxEXk1r9pHpxioL7iPEBYi4OIxpzmo+GrJqica+dj7vriryTh /ERdzWv2kenGKgveJX/YuefdjTnIqPhqyZhca+d+ZV5Lw+/7XNa+NNOPYqDck4p5xc67yFBJ LDjYCriaebs9pAO8+M712BPeliNB9c1JcJdcy5hAMqY2FTXNzN2e1jOjUBnLVc2ck2m2txqe UdceVNf8MuzdIjaWyMVZwX180V9cLkRKuav4rqXlWtoMtIoyT6VPc8KvXumiO4K4q3tbziDx 3koHcC5GTV8b265Nlb4w46tmra+spjPay/eYeyTiXEZ2trbVpTSM5qwis5S8F1uHfqB51eR2 167XVsuWEgwKk4iLh2mTqMbZrHtmkmcxWsC5dl61c3HDp5ZGh66xgVipb++kaK2Tpo6moZuH yuVd9OZKayE8zXK9dtqafiMzqC+lRGKtTbyOLeQZLP1q4FnLM8sY+90q3S8nl7RKM4jG1TvL KyWka6tvFQlsJJD3wuZK7Hz5muB1GNqaa+mZRr0KIxUJhkYW7jJLdam7JLK7p+IYFRR3E8nP cZwo2qd55ikCegyaje2kYoxwS4poI5pHlX82kNzMys52CjNR6SWRxkZ+uDXDrq0YRyYC5xmn lfGtjk4H1kLdM71wqDhEsgt9lkiCYFSGFVXWoYhfX2W/DuHWxj5G7Pb9SPjXA+IXaBnCe9wO 90q/ZZJZOGFDhJPCtcah4dgXSzPo5J72M7VbNfj8uRxjm+PrV/btDFHyYdA5Yxq2PWr+PIE7 p3PX9FcVTi+rVvoNwf1VaW1rFpgs8ZNvlcj471ZSxMEuRF39J7w9K4vz5XmfQ27nPl9TjGja TQ246+E1xO14jqaRotYDtq2wa4YbDXhIS7hH07bVZS47z2h73/tppLssYbmNjHqfPnXDLWx7 svOxs2noGrgvNHvY5GQ58jhhUt+xPY5Ll4x3v4VfW1vtK92Avl1YULW6+2gukz5/eWjxJD+T QtEGGquOInieH/41xS0usF9GsYOdiD/KoriAjTbW+tsnruaf861qUTlWFzBrXBz/AJ61wWG3 ZVZIS/ePwWuEHz7OR+xaN67KYrrmaQOo3qys4mVHa6bdum2uuEQvjXDM0Zx8A4puLal5Ul08 enz86u7RSFaW8C5Pl3hU3CWZeYLpYtQ6eNavuFWyaUtINz6kg0aRC4QE41HoKtraHikUBgbU t4GwvU+dNezXy9oRs6JD35M53qRV4lrhuZdT2iv9mcDcimtU4pEqag/a1PdQ5Boz3PEVaaGU FWkOTPv5U8kfEPt2XmWSt6DqRXAbq4uVsZUwVgl6udq4jGYGVDbqus/vriqWlyOJBidTRfd2 rg0HO5Oi2MmcZ8k/nXCv/sj/APCkuudzO2W7Ppx4d1/nU633Feyi3m9zFIcg97yrh8L2bTxh QNGftBmjfQWfYJoj3o9WrUM1w/hbMBbWm+oL0HxqRId0t7Yx6/U53ril1w3ijTyoxM0K7D5G jHxHiZtVhxykbcH5UgMelFszpbPi3ril1w7iLTTRsTNCuw+VcHWx0vySA+TjGKtAqawbVg2/ hGetf0gfh83bpHzzF8OnrRqNby47Mg3U4zls7CkftTLdFQvIHQr61diO8LxyLmdtP2ZxvWJb 1uWkg5Lld5Dq2FK3aG7UQAYcbafWrhEvGa2beWXT4TgZrjCoTJaFd526+eNqmHDWN3C0veZt vMVwqS6kMN8FykK7j9df0i5gEbE6eufu1xC3hkMqllOT60L2SXTJA8QRPXeljvp2gtuWMsgy a4VbWSGe1YgIfvN6VciWwt7OWNMgwNqPSouDxzMLTVqZcbKPWrSxg70dpGy6/XauJzW88pu4 jl1bZa95EswMuNDdOtajH7pIuaYvuk5q4tjZrbXYfEfKT+NcPtIuHJcq495O67iuNRQ92Pb9 G1cUjtZudHp3bOd8UaSKR+XHI2GaoYoG1xCTut609wJtVy7HKZ6CoUuZeVFrLZzircDoIzVw YJRKzJl8HoaheabRJGg5aZ61dI7aFIVS3pQjgfmRc0YannEuq4Z909BUK3EnLj1lutRAdBGa m5EvNyuWOfOo3eXEqKulPWpkkfloSAWqOOJtSatjUkiS65GJ1D0qAzSaNOSB6mrVfRKH1RQq L8w/1EvHLpffMNMCVJJdo6TS9/DjFJO0LrC+yyEbGu2WvNghY6DKo2Pwrgt0F13T4TV5nIqL hdmhl4peePR4hXGTpMN5HnJxhhtUk9yedNG+Q7dRvXE4/VKvsjvBNv11x+C8drjTqA5hzjrU N4nOt7adscxDgNXCLnA5joQW8z0rjER/A3/SfqcXi9U/gavGuwoZINA0riuET2eDzIijZXO2 FrhPxtyP2LTWM49xbcxY+5ire5s/torph0z5uK4XNNtK8+W8tzqprA/6DzxIO5549a4s9sff xTq64Gd+4anub3aczqWyunzWlt4AxspxGZMJkdfX9FcYjTeTsowB16NXE5uJahIItILpp2wa smsA7RTwaJdCasj/ACagQ7MbU939IqVeIiXlww6IjImNs1we44VraQKVLRLq2wP5VwVJe5KY yNLdfDU0dys3YI5JeVqXujJqKXhRaS4ivGwYdyN3/nXCO2kx3DXB1c3YknVTKUn+jOfzBt3M 4riq8OYyXUd0CvJPeBytTXV9lb4XCyYn6sdS/wAqvbh7KKLGwZB4z6GrgyRiF+Y2qMDGk56e yNOW2tQJCPzdWc1bFBkJlm+Aq6Z1KrLpZD6jAH8KuEEZLvmRR6jI/lViIxq0yBj8hXOZcRyI NB9cda/o7eWIE1vFhmcHoO7/ACq+gWVTIbZVx+cOorjC8QAgMmrRk5zkbVwabhD6tEelmSTT 5DI/ZXCrGaRVueyFdGfPu/yNXd1xA6bNY30FpMhRnP6KteKcOmFyJpC0i9NG9RRGVeZ2Xl/8 2c4/VV/aGXnXI9+yk+Eas/wpPoxQ95fKC8xbGhaht2udZubc4Lfiz0/ZX9Ibm+KxxXGShznP X+dWV/YT892PvUbbTUEHNGvs5i/5s5xX9ILi9ZUjuM8vBznr/OrK84bdmQs2Zoy2kKaSDmjX 2Yxf8+c4rj0t66ILgnl4Oc5B9llEmNRkHU1azZGlo9I33q/7yg3GorlvhirNFI2lDbn03qKX UCrx7YNXKF4w02qRct5f5FcTtC6rNMncz59f50LO5mQzSS5AjOrzrhvFo7iHssced236GuO2 8Myh5vAX2BGMVMl5cxO0kwI5TZ9KtOJR3dv2dNDYL71fyxXgS6iKomtsLiuBWUk6u0BGsx7g bYriSC8h510pbxjAGMU/ZLu3jvrnIZ5HxpGastF4JTLGVdtQPe/hXF7iW7gl7Se4sT5PnVtb veWyOXEhzINt81cqJlC8nliQkac/OpJ5bxbm8eTKLC+QBVpNDxdLK2C+8QSAPXFbUXWkynuS 3D9aurXtkV1NOduU3s7B2mO3kB3MjYqxs+0xzMvV0O1XXEH4hBIHBxGrb1bgXkNvobJEjUtu twhCx6ebnu1cZvYrh5TssZq2vfpCCJY1GYyd6vIBcJAH6O561bWwuEnIbJZTtVxfNfxPr3CL 1q3/ACyK30NnDmuzrOmkR6OaTtUidrjuXf8AAajvWv4VVQO551NF2iODLZy5qC3WdZNPVx0q ebtsczOfClW87XkUIj6qTQ5W6INOfYPaaFCvou9tJJ0Jz3WppLKF7eE/3bnP17W3uuEpc9nA CkvUEnZhb8pdOxzmoeDtbriI5Eud6exntY762JyEk8jViYrZLaG1OpYVO2aFyeEW/aB0k1b1 d3gt0aO68duT3a7DDaRWMBOWEPnS28PD7diOsh2ZvnS8St7aG1cDSY4vC3zq4t4bSC052zSQ 5DV2QwQ3cIOVE4zpqGWZURYhhYk8NPCllaRh10kqp+pzrVhvsVboalhEdvCJF0lokwRSWy8m VE6c1ckVb3ZkWOSDwLGML+qmx2dc+YjpooZFdGOr3q6t6g50qryW1Ly1xvXjh/8AxVcTxTjX OcvqXIoW9zMpjzqwiBaSNblcIMDVGCal4glxi5k8R0jB/RT209yGhfxAIBmkt4bvEaeEFAaX iBuj2pRgPgdPlUkMl6dDjSwCjpXZ7W7aKLOdOAaiuprpmni8D9NNEHiEm+2wFNHaXbwoxyQK ja6unmMXgz5V/wCJTfrqRra7lhaTxlT1pY7u7lnRTkBzRjtLyW3QnJCNinkkYu7nLM3Un2dl 7dP2fTo5fMOnHpXNtpngl/EhwaElzPJO4GNUjZrsy3k6wY08sSHTihLDI0Ug6MhwaVrmeSdl 2BkYtihHDeTxRjoqSECucJXE2dWvO+fnWia5llXrh3JrRFcyxJ10o5AoTNM7Sjo5Y5/XTI91 MynqDId60xTyRr1wrEVzeY3MznXnemzNISw0t3juKCrPIqjyDmtbSsX9Sd60vM7r6M1YSR1H wNa9R1euaw0jMPQmsK7KPga1ajq9a7zFh8T7Miu8SfnWnJxW1bnNdfZ1rr7Otdfb1rr/AFvX +vFCh9QVmtgTW4IrwN+r2YYEfP8A30FD6opqur+GNHuRJvzFzUs97BGJYJRjlrira1tooeza V8SZxVreTWvMguEy8aHHe9a4ZcRoFDR4Hy/30FD6p+dGuIgjUI5NemuLy2kRhTQvdIxvig1z AZxd22hceRrg83qn8BXBpfzQP2f76Ch9VvnT1d2l2jPaXA72jqKuo+GRXAkmGPe7irZOK20z zwjSDF0qwhWCT6PtsZVvEaWxeyuTFGPd97pRx0/3zFCj9R6f1pvn/UYVSx9BWXjZB+cPZhRk +grXJbyog+8yECiYYJJQOuhSa5csTxP+Fxg0X7FPpxq1cs9KLW9tLMo6lFJrmT2c0UfTU6EC lkjsZ3RhkMqda7PFA7z9OWBvXNubOaGLpqZdq51tZSzR5xqUU8FxG0MqdUb2GOzgaZgMnFcm 8gaCQjVhvT2JFEuqRzgCjbXcXKlG+M5q4vLeHXBbjLnPsCjqaDCGPBGftBUXbIwolzpKtnp/ uy31D8qYVarKgdDJ0arjhqWVsI9iHCd4fXup72VIpBH7pn9a4ob5VkMWWiZVx5eyK6ng7Qse 4TON6v4r+AixlTKRsu2PnU9tZy8rinOxjTknf+Vf0dvbxFadpFVy22RXZu/9GmLpo7vT1r+k UNiNDRyOYhH5HG1RQ8WacWjuNpE0g1wYcP19gIxIsQ7uK4g8aJraBW7vkfOr634lYPc20p08 6ceD0q0tBcuLYyfZZ2qY/ijQ/s9lxfWgAuZNmf03xVjbTRflsL7znzXFSXFjxGK9mRNfIj61 Z58pRUR/FAP3muLx/mn/AKT7Aw6ir17qTW4iVR5bCl4Vf3rRx2+vk93Jz86ungvDJxC0XVNC Rt/nFBri5njuGfToSM4/Xim4S791TnX+ZV7b8Pv3biFuD7uTYZH6K+kuLTyQxs2F5VW1xayG SyuB3dfiBric9zOY7iBNSDUB5f7rD5ey0b/zVrV+KMfXitoRl3OKi4BYAsQuq4daCopZj0Ar lhG15xpxvTcLvTmGOHRyyuDV3rXTY2cras/A7CrSXlOOFpKIojjumrCxSTTZyR/Z4+dcTi4P zI4dpXWNNQG3Wrua+PaJozqViOlcAW0kMEMmzqvn0pyihTPa6mx5nNcetL1+0IjMiq/kN6sz 6SikP4oF/efZdWsHvbhN+WOvXNWF/c7W81wsejzI9antEhRLWOFcFRvn/IpPzZ/41ZP6w4/b XE4/UfwNEdMey79OXRXScrM4P66uvEqyKh/4u6K4OLABQ7jnYHUYOaQt3RLb90nz61xNol5M esvzJchTUOizXiTRnT2fr96uG9otobVCSVjV8sNvTFcRku7gxSwplBrA/wB1l9kcn4GBrmzr dC4EeldI2zW31u1SQmZdJXA61dTQ8Kl51wDrYv1qK+MPMWNs6Aabi1vFyG161U7014nCMXzL gza6vIbuz7Z2ly797T1oWFpw4WaBgwIbpvUEtxwuO4vIlwJy2/7quOIOglE+zRHpjyFSWNnY RWCSeIxnrUNvdWMV8YfA8p3FLxMYTSNIhztp9KuI7ewgtJZhhpo/FUiiyguS7atUo3FJcTRJ EVTQAns51vhgdjG3Q1bq4S3jhOpUh2GahTEWY8ZbBy/zqS/ZUSZ21HljAqGC6WLTGcgou9Sd kKe86h1zU1zLjmSsWbAx7JFs3VQ/i1LmpOJrKBdvsW0DHp0qOS9lEjRjC4UDFNb2tyY4m8sA 1bGa4ZjbfZfm08El6TG66WAVRkfqp0s7loVfqBSyXk7TuowM+X+rvCfZgDJrOhgPlXdXPy/1 Knz9h/qdRhk0+uk+0MlpMynoQh3rlxRtJJ+FRk0GntpYVOwLoRQkgs5pYz95EJFdm5L8/Onl 43zRlnsZ4oh1ZkOBSzQWM0kbdGVaihkspkll8ClfFX/hs/6qljtrV5Hi8Y/DSLe2zwFxldXn 9SO4htsxSDKkuBUkEy6JY20svoaDlG0H72NqaO0QEqMkscCntLlNEy+XrX0iYl5IXWVB72Pl XItQM4yS3QV2e6UBiMhl6Gu3qE06dYi++RS20A73mT0FRpcaXSQd2SPw/Ku2I8ceQSkb5y1L ZRqVlzg6h4fnUUjuk8Mm3Mj8j6ULrnpbhto1ceOrrtDiyS22d5B0NRXkVyl7bMcGSPotTX0r 9n0x8xFIzrFXEz3XZkh89OaaS241Ddz5AEK9W/bVv9IcVFpPKM8sqKezmvSEKcyFwvj9auLX OvlSFNWOuKYOzRW6DvOKurQHWInKhvWhVpPf388PPXOw+HyqGy4PdGaKQD3k3dw1Pa3A76+Y 6EeoqKC6nuBfuxGhOn7qubSEs0aY06uvTPssrripmaS6I08k9M9KCQEm3kXWmeo9kUF9E0kM ndGk43qe1tEblDBVeuNq1advWtWk6fXFaeU2rrjFcwxOI/xY29gRFLueijqa1zW0sS9MuhAr ic1xZl59J5LEHPh8q7OsLtPnHLA3pRc28kBbpzFxmhLBZTSxnoyISKltLyzjmJQ/arnQRXEJ be2YWcUxXUB3V36VK9vA8qRDLlR4a4jfzxLO8Cd2OQZXpn+FcSY8PgtXh8BhXfOKSyNq/aXG Vjo2symJITmcn7oqwEMKRrpI7g8quZLC3KJ6yjv6tvZw+a/GbqeTWsefugZqfhrwQ9kGoZ0b 09xHFi0klKxb/GpFvIgsht9Q3z5irm3eJUtXJTJi8qu0jtdFwkfvJic685qT5/6kX5+wVwy7 hsraRnQBuYmad9ATUc4XoPrWpvMdn1jXn0p7C3kjn4YY8bJ8KvbeIaY1kOkelKWGQOoqwisr N7XhykRuANQ/XjauJyTaYGkiDIQue951xKTiB52nJjZxjy2xXBPogME25ghXO2KtZeWnOaAl vXPka4qtxYSX/DyWA5g7qrVpwewj5UmrAlQ97FcIGVuL6377jy6VecVvZOz8PRfs89wVdTWU 8tvFPMW7pxkZrg0p3JDb/oHtFcPlgleJgy95Gx61HAmXd27zH99W/wDR6y06IsGZsedXWQqt crmMg/CorS+MTXcAHTAGOtC74fIkcSQlZw2Om3T9tTXTFOXcDu4O9WXCr66hkKD3J8gPicfC reawuo7aW1iOssfENPl+qpr9pY25uV0572at+GXHEIpLdpC0QztHlj1qzW1v4rWe2352e6e6 dql4jJdI8pLBkY99s+dLatxNJLWaZnEIf7HfzH6at4IuJxW5hIK3gPd61xeCeQ+81a7pzkbi uzwyC9j1gc6PGkd6uJxySM4RNKhjnGxriFtdXKWxlG2s/A1HxGwvRfQpIA+BjFW7mXlGGAuN uvSuDt6wSfuWuJ3EduLe6tZWzIPv461w2ztoyUmy8suPhXEmuo9SR98Iw2ar+U8KHDJbfLod OC2N64da3V3KkkahdCKeuMelCOKQmM+8ibO9dvmAgvbQfatsH/z++rP/AIv4Vd/8v/SPZBBe TPNBaIZIo2PdBq6Mx+zcxKo6AA+zgaW8a/lTrzC3Xdc1ekjJFuMfsrjChQPyl/8ArFWFm8Ae OdBIwP4utcIvIkCySuYG2+5g/wAq47YSoptrdBy1x07ur9/sXtGOYUIhz+L/ADmuI9vhgv4G 8BjODEPXGKv5Xl1PaoViOkbYXanvGuTHJHmSSVcZ9PSoZwxuMSd2ZxhvPNcH7DiOLHejA2bp T3fZ1ttcTd1amgRTIbyZnZ/Ib1d8kS69A7Vq+R6Vx5rMP2X7ofr4TXFbqzi5Uax4wVA3Aq24 08LC8W2J7P5/5/nXEhcXcVld3Mxzk4Pl/jVkeYNQyoT+NS/Fj/1U/Ebzu2Nr3jnozUsm/JVH CL6DFNw8Q6Xt2kcyZ6/5zTx8QQCGO7PIJPj3qbs0bK6JpCqmvuetcRmv8SujHT3cY2FcXPog /jT/AD/1Mpqxb8Bx9fA60btkzxS8GmJMbipOaGEpPe1DBzS82No9QyNQxmrS170FtcSBsMnj qCG2j0m4QO5Hz3NJwPhUbyQWq6rgxjP664VNZSGAsyhiPPOa4NdYHMmiZWb12ri9hcSc22Ve 7E3Tyq+TSPd6wo9N6v8AmuXYTsMn0zVtyfdgldenz3ofOuDS/If/AK/Ui0KXZSuwGT4qDund PckBG+KHF7I8yxujqJ/Cxq/VtRGMCkB183Vg561wmTDacEN8NhV310aP0dauI2DLIJmGD161 wxuW3u2XmbeHunrUxAJTRufSr5HUoTMzDPmCdqtfdNqi0yMPQb70GAJVUOo+lXmtSokbWnxF CMRkyBRJj83Vn91cTs1Yc91OlPXantbzEU5YBVznPeBq6MiYW5X3e/XrV1YXc3ZbyNMonXVV xBfFY5Gbu4Oc9K4bccOkXlhDqJbT6Vw6IMOZbQOZB6A4Arjb3DqBcs3LxvnI2pLeW5U28Sbq QASKuI7mdcTwgQ79Ph++uJPxHi2QwKxJBp3z5HarC9sbxY5VPvlnfz+FWtrHOgCgRvIT3Qc1 HwTh7Ds0OOYy/ePpUHE5OIW8PLk3hdsNVy8MiyLhe8hyPCPZ+V3PZk5Zw3N5e/zq65UnNi5r aXJzkZ9nCxPepZy2TjKP97AxS3iXSzwXEXLdl/u/84riVgvElbm6p1cL5k50/s/bXCOwXCm8 iGl0K9Bpwa/o9DBIZrmN9UyhT3e6c1fWMNpy551GbnPiGP8AIpZYrC4dG3DCM4NRPxrhzLbS gpmePp8RV/bcLmluJLnbTIPDnb0q8sb8FbeffUoz8MVPcRwCKwlTl+7XB288VNYQrKoTTyTj qfjVg/E4pe0233UXuZq84jNA6K40xCFR+2r6zeOQyyTM8WrGFGrNSJBO8SyDDhGxqq6t7uJp bSddwnizTW3DbGWNZHBkEh6jz86iv1jl7MkfLMed6a9eDNu0usw5xtnpUHLtXjeM9Wby9K7C OEEW3+z5m1RcLij5MasSxB8W+aiu49yvVfUVLPBwhIbqQEc7Xv8Auqxh5AVrdg5bV4zSX62w RRHy2i1eIU9nbWcdjHIcvy/vUttHw6A7YZ+hf51JcCFINf3I+g/1IaFCl4VxGOZgGz7upDYC Rbb7ol6/WjkxnSc4qC5l4SZJ4fA5fpT3ywckNju5z0qxjFtyezLjVqzqq2gveGpevb+CQnGK fib24ZdHLWHV4R86n7PwiGJ5s6mDdfntXYrizivoVOUEv3atrmNRai3HcjQ7CnePh1vHO64M w6016qiaRs55nnmp7qQBXlcuQvSl4OUj5AOdeO9612iKKKVsYxKMio7aeKGONG1Dlr9RLW3M fKXprTJqS8uCDNJ10jFScM535I/VcU0FpKEjJzgoDTXrvm4Z9Zb40ba6udcOc6dIFOtlcGEP 12BprueUyXDHJejaz3rvARgrtvTGzuGg1ddNG4uZWmmP3mrsz30xgxp5erbHpRe1neBiMZQ4 rm3EzzydNUjZNdn7bPyMaeXzDjFa4ZXhf8SHBoc+4lmA6a3JoIlzMqDoFc4rm81+b+PVvWJJ XcfnHNYEjAfA1q1tn1zXeJNbH+wc+0k5UuNOcZ2pZryXmso0jYCo4IrwrFGNKjSNh+qkW8uG mCeEEAezYVv7cKpY+grvxsmfxD2aYo3kPogzQaW3liX1dCPYscamR2OAqjJNGKaNopB1Vhg0 btbWVrYf3unu/wCrVoH+p1w20si+qoTTJIhR16qwwR7C1tayzqNsoua5E0EkUv4HXBppH4fc KijJOjoKbsls9xp66B0qKG4tJIpJfAGHWv8Aw6X9lTRRWUhkhOl1/Caa4uLN0hXq2QcUk8Nm WjcZBLAUeHLD+Vg6eWxxRubq3CQg4LBwfqG5tuUIgdPvGxRtbnRzMau42RipJ44JHhj8bquQ tLbW47x8z0FRLcaZEk8Mkfh+VdsR448+CN85ahYohWbVpbP3fXNRytItzA508yMeE+hrtXaE tlY9wOM6q+jdGi416GB8qW5ScXUOrTJpXGg0bqW57LGTpTK51Gvosr+Ua9H+NG7huu0iMgSr pxpqS6ubjs0OrSpAzk1dWVxLohg3Mi+Y8qkv+F3rXYiPf1DG1G6uZuVE6+75fXPxq4juJHRY hn3dTdnv7h7pQdCFep/VVrPxS4mSSfoIun7qtOTK5sJY9Z1eL/O9XsvDZZuda5zzem3Xyq0m v5mknuDssLdKjtpbgR2DpzBzGwflmr48LEiT2/33bKn/ADiooL2JpIpO7hTjeuwRP2a3Yr3m 305rlMeZEwzHLjxVHZ3tg091LJhZNW2P11LBapy4dKkLnPl7LK8ubEcRlunA677+X7Kge1Xl xzrnlfhx7Imjs5nEv2eEPe+VdlaCRbknHKK96le6tZbdW2BdcVC0dlKwmGUOnxCjbzxNHMPu N1rhUR4c1pcJszmMDO2+9C4trUyRE41ZAp7e4Qxyp1Wrae5h5cc41Ic9a4WlhbRPzFy3MBPl nNWdxaQqbloS8u+Nhj+dT38cYNtCdLnVvUVwiIqSDI1vg1xZpI/y2AaB8Ov8qkuOJR6bpGyu pdJHeqO1i8z3m/CPWuKScNQLLDGI9YGTqA/7VfQ8STN1zdCCRNOnYY/fR4ZzIlkCczXvpxTW EttFLIz6OaeqEZ6VLBBGZZWxhV+VWot7JZYFg0zRnouw/wAa7dcXcVhE7YTmDrXJkbmKRlXH n/qsUa4o/KR5YxqXUufKhJLHFGVGn3S4+vwmz4PNpnyBNGqfrq0nRAsssfvPU+yPhXCbMicH U00W7H9FcAv+IIOcp95qHf6enzq75MkknDOXsrjYbVxyLhZUXImk5fJIz8MVZXF7/wCIwyqy 83xE5o3chFtYwL30QnTXFBw1EaO5bSHb4DGRihDxGVp7y68Ks29WcsYCWVowVhC2nPz33oSW snLmWJdTJsQf+2Kd5GMjjG7HJ8Q+pxVRsRHIdv8AhpIkzJJIcetR8FtSO2XC++ceQ86lvuZH pcFNGe9UHDpuIxSWskrNGgb7Lf7366tEtuIxWk1tv2gnunYipuIy3aPKSQUJ7zZ86W2PFVe1 nmLdmz9l8/11FbxcUjt+VgreKe6N/nUt5Pfq9yjYwxy0vxoheKZS4kBkss+DYb0bdOJBYBhu 1r9zcGpJp+I8yWOT3TN1mrUt+3OlK67PyxjxVNCl6TalSzzgeD1riccchubf/bt1I8q4mnDJ DeINWovtj18qvFJ20Vfdrflo2QDjPnV1e8LnleSI6zzOnqfKuEx3b8uLl58WN9IrhWghl5eC fhprjacNDc3vczndM7/4030jHLI2RyuX5VaM+DFy+6B1671frwmF7eXl94zbgnHzrhAgRfym VRIT8RUp89C/uqUcS92tv9lcn4CrH/1RT/8Apr7IUmOoIpZFY7A1eF35gWQovyHsacP763bE T48PT+dcKeNuQ4QyPIniwCK4jhnuOSxGqbqGBrnCVubE+lH81GoVZSAAOY9yPnXCHkYs7aCW P/BXBXtJWgbCeA4z3atrrjFn7tBpaKMFCwqz5luzCWP8m3+z7tcNlkhMyyQGPA+S1wZIk5iv Cyy/BcLvTQ8OjBtpZm5zjfG/+R+iuE9iLCceBU8zt5Vxq9vU08QRQO8mkjb0/QKNxc+9uNfd OPzsUXbH0rdj9K1xK58TiUvv5nAq/ukj5c7SaUVD54XFShOT9OdlGcf59ag52ebrfVn1wanm hkaJwRhlOD0rh6iV1Eq+8wfFsOtcLSNSzHRsKiTibs76O5qfVgf6nH1D86NcTh/FFUg9G+vL xy/7ttbjuZ82o393DJHHP9lqG2n4UbwQP2UHBlxsDT8RsllSJe68yjYVwu5Yc27Z1XX5nOai 4VZJzOL3w309VrjUboYL2IHP4gdNTzXLc6ZDkO+58QriBi7jjVll6+VWesAjmDrUIydPIGB+ k1YXJ5iWlwwPu3/firFlXLPFjbz3q9jkRkZQdmGD5fU4rCneZlIAHxU1DLLDJazL3l5i4peM 2C/l0S++iXqwpyASgjOfhV8HUprlLrnzBqECNjJGFkI+Gf5UhUZVVOr4VcO6lUmwyH1GAKaF Y8yFQ4XPkGzVvoGdPePyozMO5OgKn1xtU8CgcyVWKb1ZhMbPqOfSobk45csYUb+Y6/vq6hDJ quFfTk9NvOri3lcI8owufWuKx3M8Tc7UE5Zz1GBUl488QSUaNOremtuIXSNHPl0aF+hJ2zXE lkvIpxJnQsbd70qxRb6K1eHAbmn4YrhlmblJdK4aRD3RtiuLTdvhuO0ksI4yM7526/GrZ+1p YXkbe8MjeL9Gas4p8XFrEpVnDd3Jq/kgv0ueb4IV6/AVYpc3QtZbSQNpb72Kt5o7wPFIAspU eCoOG8NYdiiG7D7xpLu9vmt7mGUFUxsR+qmmtZObFoC6sexJeIKDb4PiXUM1dPajTbtISgxj b2SSi35z5aRI2++Kjv7hRyccvlL91fhV1ZCGfkSIcEbHXnPrUvDCj9oL5B+7jINWskMbqkaY bXUdlb2syPFp5es7LirS14pYtdPbHuEdNulG5CcuNRpRT1ApFeRmVPCCc4q3t+JcNW+khGA7 EfuxTyiyHJ5XLjj1+H9lXnDTAH57FhJq6Z/7Vbdp4dHdXMIwJ2O/7qu7t0E6XPjhY7fCoIYb WKzijcPoj6Nvmjcz4HkFHRRUqRqk0UnWOXpmogkMMAjkEmEB72PWn4mEi5rpoKY7uKupYliZ rhtba186tpZViV7dtSaV86EFzytAOruLiuzQSJygcgOucU1xcvqkP+oxQoewfUb501TSzRtI jppIWlawspLactl3ds5+vFw6fh0d3Gn4zVvbi0S2jh3Gk5qbg4gUpIftD1FSwclLmCT+6k6V aBYY7aG3bWI4+hNczsNrrH3sHNXF8FjzP4ovuV2RkighzkiEYzVxwyPRyJ/ESN6SZPGhyKW4 utOtV0AIMbUttC6NGvTmLnFLxKVwbhcacDYYqW1llTlSDDaUH1HWyuDCH67ZpJL2dpmUYXPl Ui2tw8AkGG00zWlw8DP4ivnXPuZnnl/ExrszX03I06eXr2xWu2neB+mpDihJczvO+MapGya5 Ha5hDjGgOcYrXDI0T+qHFa5pXlb1ds1yxPII/wAOo4rUrFT6isu7OfzjWnUcelbVuf7H2eG6 nEAGNCscAfU0QRPM/wCGNcmmjlRo3XqrDBHtW5mtJYrdsYkZdvqx21unMmfZVzT29wnLmTqt T30MWq3h8R1f1Ns8siSc4Z7vlV5cLMsYtxnBHirFR28QzJI2lRS2r8YUXR/uuXv++pbaXxIc fP2HiU8hSbxCHHlVm/EbySGe68CIPXpTW2rWnVW+FStABoiHeZulW9jc3F0buUDwY05/VUls DqQbqfhUdvPqERBJ09antuXdmdNvFtmrW54jHLPJPv7tsYq3mtMpFKPATnH9iFCh7B9R6f5U VUFjnoK1PE6L6lfrlbS3edlGToFJ2y1kt9fh1jr7OTaQmaTGcClmu7VooycatjSXEFrqifwk sBR4eID2sHBQ01zPbjlL1KuDihc20SconALvppeGyQ4uW6YOQalnZYnWMaiqPk0biDlxxA4z KcZqGC5C++8EiHumpJxPavoXXgOf5fUlVJ1g5YySwzUOniEF4ZM5WLqtNHZw85wMkZxS2ari Ytox6GjdxXQuljOJV040ftp7qe47LDnSpxnJo8LPek1YVvxA9DUl1bXRnlhGZo2GMD4VNdXc 7W9um2U9a+jg3MDkct/UGpZYLpmvIIxJIjkacfCrm6vZGS1iH3OtCzglEsUmDGc5OD61KUuS l/FFzDzH7pq5uL0ns8I8KnelgguBLYlObgNlgPSuIR8PSWK6tjjVIdsijLdTLJ1HZgcH51LZ 8zlQicprb7ozVtPa+8l1gGcNs43q3vb22N48zeRxj/OKtns00x3A+y64P+TRd7aVUHVihxUL SWZurfVpfu5UUIrSERq8anQnrTSS2cyRr1YocCoryS1hvZ5XwRKBtXDrpY+zxXH2iRDAA26f rqG8scyWEo2YnODUdk9lDPz5R7yQZI8qXlRrGDEpIUY9fZaDh4gn4jPIA0TbnNWkihVu3T3q r+z+PsuLiVF5d0g0eeetJw1wguHIA7229C5n5ckWcExHOKW6V4oY2Pd5uQTVvay7a9iy+F1x XF7qJ0VbZFJDdW7nshWKEzKjBpB+bmpYBZpNYTRhOYfuNv8A4Vw+FrxcXSFiQnhwM1xCwN2q TW2dAx9pRu7e6F3obTKoXGk1bRXfEuReTL9jpHWpEubkJeWzYjix9oNJ3ppo7jmXDn3kWPBs KvJbe9bvBuZEUGAf+2KueIcQmeG1jOAY+vxrhtxHPK/DbkgM339/0VParPN2vQZIyTtj47U8 bdVOKjt3bTH439cVfxWsrQXlt/tn6/Kke5srgu5b3+vCfvqW1zr0NgGuHj4GuMH4f/GgmkNB GwaXLY7ua4dPaxLFatIAFB86TiXO96kmjl/8tXfIiRuILMAzHrirO1iiRTbxa5FQeI+WavS0 ZVtRwuPug1Fd39w3YOH7qT6+lBbZN2OhflXDuBWhBkeRee46neo5ZJPy9HTlpq8vlXELBQou lKtqI8qskWDmdmj0MUGPKr+9gtmt7hN+YzZ3qwj4h4eV3OviwKsE/N/sS0Pr/opqtc/jq44b rHZDhsafr8RhOtL2X7N0Hw9aWXiDZuS2Y2l8R38v0eyWKzijeW57gL9RXEF40TzdyDI2r5Vw e04dHNCYSOZhsBulaNQ5xttB2881xpuItqgfUyEtr7u9cPjsH0yRMud9PSuDRt9sIpM7fAVx K+4bcR6JN+WTqbHwFdkiblTq27Sd0Z1ZrhcDZaVWHfUd3ZfWuJoTkkefyNH23a+sdXUQ685h +2lRf/E7wdfw/wDahPNdCKZDlUbrIa1DiTB5Suuy8sfiqaBL7NtpJecfc23qR5uIPLy39zK3 WWlk7ZIl2yqOzDwsuTvVxHHcu0DRnnvjdNt6fXdzPbq3uJCO8x+NI8kkgvyoCIPCVz51MkDS MpT3+flvim3nNj/dE+LNRc4SdtK+5K+HGd81KkCvq0+/1efyp/o0NHaFPDLua4xFw9DDdZPM eTcFt/jWPzDV9/6zVZ/8S/xpRM7myg7xBO1QIAGtbcNyhjqfWr+zuYVurbdBGdqsHtwIzLKu sgdctVrrUN7jO/8AzVedsu4ZLRxhYWx3fnTzzbWUB1EnoaxHtbRd2Mfxq7PFN+HYOgN1/RVk R05y/vqH/wBAfvPsgMvTDDpnfFXrqxdNeAT7L5Cx0qBgZ6dag+kYpAujnLzB9piuKhLYW6Iz KAo2bB61w+Hi8c9sikCJ0Bw+OhzXC+bcNcREe719Vrif0djn5/KPxYx/L2WvJkaPXIqNpPUZ 6VBb8x+QYwxjztnJrgpG45T7/wDKKv8Ay8f8K4yT07W//UK4ctkjdD77fSnzNRwXcoeZSwL6 s5Ok1ccUZ0WF5NIT73zq+HLbMhdlGOowKvbaAcyfWRyx18q4FbSd2YNHlD16U3/2n/yqf/jN YdtJeIqufM7VxTiN3MLZA5aIdddcJuIpwttFFhsbAnGnH76m17amDD5VYygjRuOtcUiDqJGJ 2J/NqO4UajE+dOetWt9OnIgUju5zj40OK/SFryAPAJN/Dipb60lie5uJu9k74zUN7wu6AllT vmFq5bcUiluymWw/ePwq0s4+JwwWa4MqBu8/zric9myvLgLAM52xvUV/P7wrJrO9RcV+lMOo 2i0/Cp5LSbReyS5Ix5VZXMsYukKaZdSdP0VeQ8OmeZpz4XGNNWfbpJ4ZYB4I12qPkA8mMYBI wT/Ylpfrj5eyyb/zVpW/FEPrrr/0aLvSGppLGEnhFh3cj9pp47OLmui6iM42poLRPyiPJwTj GK4xBfmVpFBX32/kal4s0Rmu5hiFFGajn4kF5l4jOGB8642syycktlS+dP6KRLQM8kb9Iuvj r+jjSnlyZ04bY+Cr6Zo37NJEMSY7vQVxm2tPfS9ok0rH/wAWRVhFOOXOHXuN186uWuIGiimQ FCfOpl9HI/b7Zkz1jNXPEJYwttLcNocMPMkim4RfNpu4xmGU9ahtXwJoZcMM+lQXe3Kli0Df fI/71dw6lBuFcLk/DG9W0epQwk6k7VaXYdCpTlYB3z1q8R5415+pRlum1QwmVBiXTzM93r1q yuI7iJ8ZjKK2TVzzruGPmnTpdwMUsBuI9Cy6ecPD161Zzw3sMrx5QxowJ38/2VdG4vIojIca HOKOZedbgmPmr6etcSvI79LmSfv8lfX0p7u5vORKNhGR1FLPb3plE76pdvBS8NPEm5abhgp1 fuoWUt01q755mhe8f2Vw+Xh6q3LyshVMZH86u71Sbq5kXaORO7mktL7VHyX1Jy/PfNWd/aa5 GQaZNQwNP+SaubyKKSS7lXHvF2rsN3HKM51iHbO/zqwitoHWO366tu76VBaWSNDYxAd0+Zp3 vrNp5wwaORT0pJoY2jRY9Hf6+yO7aPmquQVzirm7CcoStq0+nsMirzYnGHjPnUF/GvKSEaVh ztjzqaLsMXJkjK6CfP1pbR7eO6VD3DJ5D0r6SMUbto0LE3RR8K4geXF+WDDbeHbG1QzS8eSO R1BZMDun0q0vOE8RW+mBOQV2FRdpEY5WcaFxUdmkq8uPGkle8N6+kxIoudOjw7Yq5tWmzDO/ McaR1qOCO57iDSuUB2rtHMPO1atfnmkF3OZQnTNC1iu5EgAwEzTtbXEkJfxaD1pZLmd5nXoW PSud2yfm6dOvWc4qNbzhTXF0PFJr8VRfRvDzYzI2dYatMlxI6+jNmtCyME9Aa1MxY+prBY4+ dbEj29fqdf7WPafqL7Ipx1jbVTiXg0UkrJoDu2cfs+vKbdUfmDB5lTWvKt445RpbSlSTWmnU 66TrGRXbYnxNq1H0NSW0jRrFJs2hMGoraF05cYwMpmoJpphqh8GlcYp4XuQEcaW0oBtTJaT8 tW6jGajnupzJJHsu2MVy+3OFxp2ApjaXDQ6uuPOkN5cvPo8OryoRJxCdEAwAGok7k+ft1wyN E/4kOKAnuJZQOgdya1RuUb1U4rWrsH/EDvWqR2c/nHNaQ7afTNbHBrc5rr/X7Amu8CPYFVSz HoBWmWN429GGPYxtraWcL15aE4rl3MLwP10yLj2M9pbPOqnBK1ybuFoJMZw3sW3tY+bM3QZA o293HypcZxnP17Wad43W4GRoPSrniiSII4Tgoep9gVRlmOAKhF3xaK1nkAPKKb59PFvTW0h1 jqsmPEPbFbQjdz19B61FDFK0wdNWWpJJbopxB4uaEyNFEelWk903KtZQWwNnwKu7exluO1Qj rIdgaK+Y2rGk6vTFWkEysFklVSOm2aEE3DZXYjVlZG/nV3xe5tTcQ6zyoSx7ozUfFbC27Hv4 M5zvj/UAo/WX5+1ZI+HzsjDIYLRVgVYbEH60dvAuqWQ4AqS4eJCkYywR8n2RwQrqkc4AqR9d u7IM8tX7x/ZUsqMlvHGcFptt6t0bROs+yPFuM+lY7bbCXTnlHOauVkYWa2+ztKOhqG4inS9h kbSWi+6ahWbikUFzIuRCU3/fV3aXD9lW28cmMj4UeIWV8nEIUOH0L0+PWoWHFwty65MCrkr+ 2rm0La+S5TV6+2G1ldo426letSxW99O/EEI9y42/dSW0A7zfePRabh7yJLIrAaoztRHajFxE RczMj4Q1NLd5MEQ3VepqD6PuFlgnXITVlk+dKk8wgvXiLrO74XPyqVroa4Yh4PxVbNwyVTHM vehByYzUMd4RDcSxFhcsTsf8mpTcjmwxLnR+Krd+GkIW2kgX7hq3S9jVTPH/AKSR3g2M1IZ1 5sUS5CsNmqyjtVERyVnhRcAYq+4WeG28YjT7VVGdx8vjUsNzmSeOQrEpHdOPWmt+WEgLA6F2 HhzX0b2G35fTXo36ZriFxbW6O4k6OM+n86tTFbtFegYk2wtG4lhAiXrhgcVK8Dx/SDN4G6ne uHXbIBdPhT5dRT3LiN0QZIRsmmuZISURDokI21VBDc2Bimhc+9fbmLmouL8KhWMouJYYxSQW 8uiOaRdYwN6tD/5P8fZa8H4bzIuJM+7qNuuSc/KrO0B5l1AvvH9lpxae6NtmUcpB9/8A71Ba qdIaJSzeg3zV4vD755ry36xtjHy9iwM2mFRrkI64+FXz8Mnme5tfEJDtt1HSuDTWfNlNyyib Bz16/wAat4IS5tyFMi6ssN/5VwwpNLJFuFWQ5wNqnMUUvYMHnK3iJwM1JBw6MmLJYBzghM1Z XfD7cR26Ool72d9VJdmXQ1oqMEx4u8f5VeQvEsl6LcGLPUdf41w+Ds6/S0hHgGWb/O1TpLw6 2s5hHkPAdRBx8hTX1vHzbudtHyGrH+NWDX4lFkYyC0fXO/8AhUAkaQShfyfT+jrRkm2soO9K 38KuY4cC1t4dCAfMVLJZMDK8Xv8ADZ72f2edcI4jHpRLXxrp9K4jxS2kW1to10M7Jqz/AJxX CuJBBJKrBs9NYG9PFLw0CXlE81zkj/Oa5dyNdrHOwfbORrotajTbtJ3ABjbUf9Qn+oQ/GuGX FpM0LFVBKfKizHJJySfrJdvHzlAI0iuMcWuAYbJ9+8c4qQp4SxxUdzbtomTwmjxi7vI5zdRn uA94foriHBobQ+/uGwX2YZb0rgdlOdd2kiPoXrgVBxDtEcbcrTyG8Z61/SO0CmOdycRv1Pdx mhDcpy5Y3U6T/wAYqym+k+wXAXTHjq3yri9pfSNNKcHmsc6x61PNwzi0l7bxnVLB0XFIPVTX ER/5mf2D22nxOKufzgh//WpuLQp2m6lXbTvo+dCXiZkdWJYlepaoGuEka5ZD2cr08utOkCOL jHvSehoMlrKLFdjGTvmrcz27ys6kW5BxoOKeKKApchcySfioOliVtozpeLV4mzVu0tpzuaum Lf7M6ae3S3CzqMtL+KuavD0WOFyrxeUhB61BI1nHKJxpRW/u8rT2vIUSKC3O8zUQSJbTlyGP MWxbBO9XVlyUUrGG5o8R6Vy9RbTOy6m6ml+On/pprEoec8yOG8ugq/njALo2Rq+S1wmeQaJp XVSy+hGavbZEYBEwSxznajdTjFpBuc+Zq0MkckVgz6ImxsRV/bxW4iSNdOofe7tPZl/ycIXC /HarhZn18mRo026DUauOJXrHTMO5D+L0qKQIEBlBwvQb1Z/+kf3+y15cZlbcac48qvjJGYm1 Duk58h7OC8pS+maMnTvga6gZu6r2uFJ8+tf0gmnjMUUjald9gRvTfOpVZgGeEhc+e4rirPbW 9jEoYKzf3nx2rhaSs0xvJB8l1UsaOZmusMgY9MnGK4e+O7EdLn9H+FXfDlkAkLnX6hTjf99O ljdPIsR8fQ/EVYuqSQQREF0LZzvXD+IWl1EtqoQtljlxnNcS4krpJcWkfJAJ/T/GuCcbmdRO ki8wIfLzq5btsWu8XAOsYwFqLh/0iILMS7sT3f8AJrh4W+iMJOk4OoR7+KrQwXkUzRHToQ5/ TVrYcNf30yZnI6g+dSG6OiOZNPM/DV/Pb8QN1LOPB/n51wuO0nxYoPe4XpXE4T3LG47wdV88 b1atCOZJbTZ5Lr3GWpb+1WSO5ePTyguFqey4oj6GkLjleeTmoeGcNR1gX/adf9Rj6h9in41Z sO8U09PnW4x9aC1TZpG05q2/o9wyMwWqpqlnde6x9M19GkgTczlZ8s0nD5pULPjEg6b1Hr/K LQxn36eHpXF+J7TiCTuKm+WxR/pBfyclklH5MfupmuFcRtlEtqqYaQMK4j2PifZJ0jAHL6ls birpeMS+/J2Zn1Z6Yrgd/ZFJIoTlzq+VXVvzRzGgVMfnZO1cYW+dAsgfToOeuwqHigkiEAYq VLd6rzSQc6en/CPbZySEKgkGSan4onE7YFIx7nVktj9NGyuzqsptmB6ChFZ3Ub2rMGDKc6Ph VqYb+GWW3ONCHJbNXUl1dxwE4AVz1qZYbgS2/N2lFW6QX6yT25GlVHi8quZLu55LMMAEdana 2mMls0moOR61DbwXbSTQ6TGoXr5b1cS3cpjYjC4GRU81qzNbu+vLdd+tR2kLytLFpMe3n03q aW616iuF0CmvrFW5XM5mJPXzp75IJu2MmnPl++p72+haWZm1qY/I1BeWlu6XaMCZHPUemKW6 awY3W3fzV2Ly350EzZCelWi2kXZorc6gvxpcWQ3+073i2qe2axSSF3LaM7YPlVtHb2y2vJkD qVNIRaxj8Yz4qup47WI88509NPwFPeGJImf7qdKgSQLFHENkj6Z9amEEcb83GdYqOWdUXQuk BPZHdW50yp0yM1LdXBzLJuSB7GhtZ9EZOcEA1BPNcEyQbxkDGKeCa7Zon8QwN6g7da3El3j3 hVmxn9dW8nAoZ7S6R8lyx6frNGK4vJZYz1Vm2qKOSeR0i8ClvD8qEs0zyyDoztk1omuZZV9H bNZikaM/mnFEk5J9mA5A+ddfZ19vX2be3ugn5Vgqw+YoubeUIPvFDj2LHEjSu2wVRkmmkksL iNF6s0RAHtwOprPYT/71/nTRyLpddiP7aPqGgaFR2cUcLRp01rmpbqYKJJOugYH1knhfRKhy rCv9Ob/2iu1GRjcates9c1z7qZppempqEa38yoBgAGnFtdSw6920t1rlz3s0sf4WfahHHezp GvRVcjFGVJXWU/fB3oCe4klA8nbNaEnkVfQNWsOQ/wCLO9YkkZx8TWFdgPQGsnf+v3GKyEZh 8BWwyTQEsTxk/jXFahaTlcZyIzitIBJPlXLmieJ/wuMGlZbKcg+einiitpGlTxLjcUvaYGh1 eHV5+xhaxGUqMncCoxdQGPmeHcHP6q5nZh0zjmDNSi3Qe78Rc4FR9qQaZOjIcil58MkOoZXW uMipuzywx8rGeaTUUdw8cnNXUpjJ9j3ZnS0gBwGlHiqIvIs8Mo7sqDbPp7IbSScWyybayM0L bnc8FA4bTj+oxpOfSjpQnHXA6UOZG6Z6alxn2EW9vLOR1EaFsUkD2kyTP4Y2QgtT2yWkrTx7 tHp3FL2iza6gjB1ry9WPmKuLfh9q2nWSIgunSPlUFxZ2SxQouJGiUAfDNSJaQ81kXU2+Nqvb iaPMtuoCg+Wc/wAq4nDeWqRKi93SMeu/7KisDGonlGpe9tir2wWwebihOA8fe2+VcClvoR2p mGtWGPu5xiuJWE2l7VIh3cetG2t01s0mlVFW1sESS+iiMkkuN8nFcQXiALWrJmIPjBWrK3E6 6bvJ1BfBVxw+5v8AkiNciTl51VwxNfPhd9SuRio7kSHsGdBTX56fSrvAx3v9RCs1JNahNCHB LtihBdaNZXV3Gz9YKOpq3FxxKK2uJlyIWXf99S2s4w6H9fx9lm99xLsk9yO7FpzUnDpZcQIv M5w81q5ueF37Xclv40YY6datbril7JbvceFY+nwqOy5xNm68wSfex51NZW97cm7TIwfIj9Fd q41LKG5vL9yduuKs7e0uuZZ3C693y6gdak4Yi3PalyPHsKueG8VSWe5WYJG0ZwMVFFZqUieL VhjnfPthR/CWGaEX0QryTxnQ6nGDUVtEMs5qK1t7h5n0ZlDfdNW01/BHItx45nTJXINFN5bV CWTWPEB0zQit4RBxCGQoyxIAun41b3NzbrKkp96xTJ3o6FZrMMWjV/2Zrsy25jv4ZNOVXC6a guGt+Yrn32Fy1M8cDC0DFkVvL0oWjWri6ik7kvQFf41DKto8jk5ljC940bhLQrahiwXGQnpV vZXVmcLONFw2wK1BDGh+j+VuQu2d/OriMW0cqNLpT8z5VY6xlSqbf8xqEW+rsaqnMAxgbmr8 2y6bmRNivUnG1Q2vELdQNWRMd2NGa2vhLPo18oL+zrUnCrNUV5j4jsw/TXDzee9uI5lY+ecf Gnu4w8dlHFpIY7ZrjTWZ1M0shXR1NWfODCVHTOvr51yHKrxS2Hdb1oRNqjdX0sprhx/Nf+Hs g/o5hEgkbeX72PF/CoOExJpitQDk/Lb9nss+Izw8+4mmXSx+53tIqzhn3iEAcr64J2rivD04 dFbPb93nIozn4Uw9K/KF1pCnMCnoTkda4yVsYo5Yg0LdweWcGrPirWcJeFeUcL93Vg/p2q84 hZxHCRggMMDUc5OKvpriCNWgkbRo+FWTBACLaQdPitcfsii9nkLMy4/Ox/GpLidQZopTob07 +n93suJLcpDcvIRzm/RiuE3TmK7v4JACU6ttvV/xtUd53gGYvT/P8KkIOlZVdmUdKuZIJTFJ zsZU1DFDzDAU1SBM46+dTRpBovEX3kurxjNccezh5EWFGM5371cQnSLlcuLl9fPBq1uLhI/p YW5wuaueLpHJHocpJJjYfCuB3NsvN4k2llxtnu5NX6XNilpcQga9PU/pq547eY5smeQtcRuZ Wy7R/wAavu1RGNLdNEZKFdQ3/lVlY3Euq+aNtDY6fD/PpXFmyr8S52jX8NsVwVnOE1N3j0zi mBV/ozxZPTOmrxkOoa+o/tY9o+p+mmri8I9P4GiXYsfj9ZXHVTmrS5lVIorIZJUVPJB4Fwmr 8WPP2LccT4lJFLAy8lCc5pJbXTHzLfQreLVv6VcT3h1XN9nTGfjXDUt7iJJLdl1cw46CuGfn RSL+6jdpL+WTXEiumry38v1VN9Iq7WyzEnl9c6v8a4beWWoW1ypXQxyQcU9xqA4k1xjGrcqV 9Klb/wAyM/sFWDesR/f7YT+cK4S/qr//ABq8kg0txLT3FfpTy30eudZdUqSeZpb/ALHFIpx7 lh3Rviux8lMyd7meY2rk9ni/JH2bG75AO9fSSwRFjj3ZHd3bFGz0JplJYtjeuQVTRaMCm3XI B3r6STRz9vLbxYrsnd5cxLNRgLDlWzAxjHqAaPEFcC5272PzsULfX7qUkuPU0LWZ9VvFIuhP TIFWVqr6bd4t0/XTBF0jnIdv0Vw5/LC/9VRW8ceqOdV1HHTc1e6M6+TkaevnVt2vJJkXVzOv joxKoW2WMafnV9PbdxoJD3ckP+ira3mytyzquJeudVQ8I4eujmj31yRsPWuI9iu0E0DaDFjO uoBeHTds65B65pr6YA8QuR3EPl6VLPAvOdW1yMWA61w35P8Aw9ljol5TavF+irwPJzT3d8Y8 ht7LOCOVVktpVMgY+j6q4ddyzJypYjFsfCfj+uuMcRlvInS4w2hTuMUWVGIJ8hQ5VsXVkOsH bu/DP6K4sILaS2RQ5bmjBLkHNdi+kIubytePPVnVjH7Knium5cc645h6DFXVpY3nbJJ3Jx6Z q1v3uClwF5bQ/hyRn91cVu7QtLaMv2hH3iQcfvo8Fgs+zHm6Sg++c7V/oB//ACp/OrrgnHbd 4wTqHL36/EGuFi1tSbS1OTle90xV5cusr2csYVU+X+TVzdTWzPrzoKnw1JeWsbQhiDgnzp7f s2m7kj5by52NFo3ZCfQ1I+nnRSjDxnzporTh8NpqIJKedQ8REEYaNNHL8qu5BFG6XDazG3RT VvOMQGA5QJ0zUkOmOPWMakG9W9tNJmOAaVApbi2fRIKaF5gEbrpXFQ3T3J58IwjgVLcx3LLL L4yPOkSa5d1Q6l36GtJvpSMY8VEnr/bh9RvnTVxGD1jBotcWzxRux0sw6/XhteFlObdqDLMz YwDUEMU7TCRNR1dRXD+Ix3Beac95DjH6KtL2xvdN0re+WZsLXDLaaVW5EZZ9+7nyFSz8Sv4e yommCOKXTo+JrMV/2a+jk7zSP3SPlXCI+es3JU8x4zkDIxT8X+l7fSxzytQ9MetcRsmu1tAZ e7I/mMjp+quDwRTC77O2p5Iz5YxS8Y+mER+6eV+iru7uLw2cMeOWw/vMedWIs5xOYlbUQPl7 VPpVql9JNrhTpGPPH+FLcW7EaW8/SrW5to2S70+/22r6MMczNy9h+f8AP512i6RmAXu6fWu1 WkTxhh3y/wB419GNaO55eOu2r1/XXaJoTNhcDB6ULqC35Hdw2T4jX0aeH6/d6d22z612h4ef tgfCluVt1t8Lg46t86+juwxFeXoyenzxRnWFZTjHepLnlJCyjHc86RTBFI6jGts5NS320s0m c66MDrGiEg90b0ie7bSMZI3qW6DjmSDBBG1Ik7jShyAoxvUaCfaPGNqlukmxNL4jjrUTTTlj EdSYGMGv9Lb9lS3Edy6yyeNs9aTtVw82jpqPSo1uJ3lEYwuo9KY207wFupQ4zQa5mkmYdC7Z 9gZSQfUVqdizHzPs2YiuteKoLSOCBkiGASDmraTTFG0DahoHWpLZ+XGj9dA3+q4tLhoQ/ixR upJWacnVr881/wCIT/8AvoFjJdXL7D7zGmimjaGReqOMEeyZrW3eZYhlyvlW/tSNfExwKie7 VMSdCjZ9kdnAVWR+hfpUlpNpMiHcr0q24m0qNHPjuDqPrRWurQp3ZvRauLO3vrpruIHZsYH/ AOtSQt4kbTtS28tylqp3y/n8BUKWmoK6ZIc5rVyJNPrpOKTifELc3jSnZQ5XG+Kgks15cUo+ zznFTSOxhtohvJ8fSuH2jcLhu3nwDJIN6aawtm7Npy4Re6lWb31lm2lBK81chtquLNOD2bKN tfKFdrt7YGBtx3xV9cyR/lEXdGryq+e+gVXTOkaNOKP9gH1Gp/lTvazNA52ytKLu5knC9A56 fXAE8gA8tRrU7Fm9TQBJOOlbMRWxNdTW2f6vKxSMPXSa+PsIt4JJyOojUtRRlKuNip60s09r NFE3R3QgUwtLd58ddA6UYXRkkU6ShG4NLPcWskULdHNMLSAzaOu4FNbyIUmU6Svxpbm5t+XC 3nqBp+yRa9HUk4prWSMrOradHxoXM8a8s9dJyR86jmBhjVxkCRjn91NZclmuFONKjNQrOUbm jI0GopJLiGAuM6HzkVNE88aCMAh98NUl2l5HOq+SCohNfpBPIM8opk/vprJ1zKGxt5+lWsvN 5kkraGjx4TUMM/ECl3IueWAKvlvpuTDa9XTz8/3VHxHh9y9xBnDa/wCFW145SWCcZ1R76fga lHFppIkx3OX5mrOSyMmmXVkOc+nsuOK8UVpowcBEYjTj5GrPiXDlMMM2AY2JPUZB39jNbW00 4TxGNC2Kh120q877PKHv/KmmmsJ4416sybCr2a+sVkWVRyWlT59KaC4iaGVfut7Eube21Qv0 YuBmhw94sXWsJoJ864YrWht2VCM7b9NtqhnCRgS4wpbcZ8zV7GvK5lqQGXV4s+lRyzNHLE5x riJOPntTXcdxBcYTXy4ySasc/iP7jU//AAr+72TzLdpK1wo5iD+661LZQXYltU77TqPL/vVx d8Pvmu2tz31YDy6+y6u7uRo7WAf3Z72a4NZwNtI4RWb5DepOHo1x2wRa8ltvnSQNu0XMGR8j V1n1FcPe25scTaSInkLAZFcLlt4eXLIBrOfFsKWQWSssUP2Xk5qHiScMWykikyYCMahnoaj7 Vw+FYbtTlhGDoOKkm5sMkELnTBLuzjyOKeSB4tEkbHlR/c6VPcW76rpw4mGrp3vSuG3iBU7L Idfc64qB4VwvNRfnvXCoZV1x7ZFSWkkK3FoY8cvpVo8kIuo5XyIpei5NcPtYWJ5g8Pko86tO BWPXUBKw86t7SaHXJOAI2x4d6vbSVfyRohmTPQ1Y2/D7diIlzHhNeRiuI/SMa9zbTpxjaraO KLLMmppa45MB0lY1e3bIIy64wKP9k/RTD4UllzOVrPixnFPjigmu0bBg0YP1zxbiplaMtgCF sY3xVpf8PZuyzjwyHJ9k19xZxLJq0rArYauFXnDwbW3uXWNkbfr50eD/AEd7/laubqP864vc XsIvhauyhG9BvVvxiwthZ77ovmCcVeSQAXc/JLGR13RtPlV/dT2cV1JH3veLnyq3tY+DW9sW lXMgAzjNQRpwi2mEias6AKn4h2CDTLsIMd1asL1II4nZx4F9QfaKsLq1Cau6veHzogDVPcSZ OPjVnwy3hRr5e/LP96p50tWF23fCkbv6Vzfo0wBHHOi9PiantzYiazkVQJj0japmS303b5dA fvbbVzZLFIXgYc6MeWPOpo1t0ksJlVeY33W+X6qlVECXTgvFv122oyXMMSSWxHMVemB++peX yjYTBY21eIH/ADiniVkW4k78Zzt02zTy3Lw821YasdDj0osk0YspdKtF9/NcJuklEKR94o+x bpXMg1RuEVckda4U5/O/+NWzLLyuTGW6delcPis5GR7gMh0nr0q34TD7yVsFzXDriabkTqO7 D+KuIXsqd+AKI065261azFCrBwzDHh2qGea7lbiOSBGemK44lyqpBtkqd8aP5URw867QMN36 41fzq54PdxGa20Z1fhqW2SQTLHJpDjzrhR/4v3D2WnD5ZW7FJLl4dXdahaavcQoCFHqfZDc2 ka89mydvH38VwTXEo06yEx4Toq+F5ewyW7juwNgaB55q+haTVFb4EQ/CN6M14XaVx1cYyKFc JXtk3C5AFCpjGvy/SKU3DKWwvLdBjK1wjPq3/wAa4fNC2LQRtzDnZvSuKenIX+FWcEuSkl0F P/5DVzDHAkUKIApXz2/7Vbf8TfuNT+Wy/u9nFUBzIQML+g1cwXEsTSSQal0N8a432pOSZJJG XV5ggUa4rbRkNctnCefhrgE03chhmAdj93pUpzDDZKmeawy2aLvIpLczvetThivvCCDmrRBL ExtwgbS3XbyqKDiZTnWJDDWR3lriELTrb5HuGc4GKtrSbjHaJpZRrkU9wDPpVo1vdxTFDp0o c0l1b41r+IbGnvr7ZZwVZh9yr6+gv2uZ5wTy8bfo2rhYtZGFqv2yhelSXrmVYBh4zGNtXxq0 4lZmSS5hbdWHd01cXiW7yXcqaferkVFacRtXfktlNBx8qnnjt8gxaIyeq12ov7zVqzVvPdcL El3EPtNX7qubc2+DKdnz0qxkjgSOS2267OMVNFBaRWjS+J4+pqOHRG7JsJD1x8auLiNI9M/i iI7ua7O6xxR535Yxn+rFCh9Q/UHstPi4qf8AOAb68PCI5n7KW1Mme6PjVvwW170VoBrb8709 kcl9b9qtx1j9atbuxzaQRuGEQ+eOtXH9IuJMzysMRBzua4lb8VflrdlmMg+O2KuFsZGlt0xp Z+viFcUi+H8DU0K2wnWTB3qTiXZo7ee2bWnKHpVpbT2UShyF1FTnFOIF0LKokx8T1qyf8LJ/ Ee0VAfw6f+qvyhRiQaA/4aa6ZzPBctrSU/uq+laUmWCNhGfTC7UsnOYvO45h/FVvAJGFs0Yb R5Fsmr5jI7SojCM+Y7u2KibmyGSWQa992q1Gp+QY+n3c5q+yZGfSwjP/AC+VQhS+tpO8PM71 av3uSY8Z8tWTV8uGLuriP492rdADr5m4q1mI9y0YXPlkE/zrgs9riSONgzkN5bVDBa4eblgE Z6dTVpOigi2BaTfy2/lVjLw6ZQukhzrxkbVwSEuOYjd4emcfypDn+7XP7a4XfwTR8mLJOTua uewzDSdKMcZGRQzdxlu6ZdJHfHwq04hZ3qRRBcmORsk/t2ri0HPEQl2WR+hwuK+jEu0u5HOA U/4s0kdhMst/dDvsvVf+1SfSN4bVQuoN+I1YQ2lwtwYs50+W3stJbreBZAX2qWaw+wIHQY39 mq0aG9Ova2k20fpz+muDTSYadD7xPhjBq8uLO2kN7OuCzjY/tqfnRmW3mHeVetJBZ8u2jii7 nOOP3V3r2zH/ADH+VQWt9YJeT2h0rLkeXTG1R8RkiDLGw0wtuMDyqKE2aw6H1a9WTVhPb8XE ViiD8klcHy9c7Ve3lkqyJIvL7/w86WxwqqsmsOPF1zUW0WU67eL519IxkLcay/TaoJONyFLc DSWhGCPT9tf6TdN+n/CppOFzukeSFY9Svxrt3aG7V/tBXKubl5Y850k0v/0Z9WN8sf50J+Cx vw5NGkhW61pnuJJV64Zs1oNxIU6YLVqBwfWtTsWPqa0liR6Vt/bxQofUP1F9lpITgCRf31Jx CK8tlSOLdWfc/XvDNdJaXjnSJG64plt7lb3iXMzzsd9t981xNeIqnaiPdErk9PKru24tCumU d2cjJWoeE8Pla6QuNRceFc5q0M08nLtt1gCdz9IriGq0X6PuFA1cvpt5Cn4VwkSMJTvzfuit DJN2iQe9xuDU7Wtow4dKmllfdql4fwi1eDmnva+gHnVn26wM11bDCOvlQ4he23NtF7qwH8Nf RtpYm3TIPi2G/wBSOxezjuFX8dS3YiS31nOiMYAocMlRJFBHvW8QrskMETjJOWFC+UKZdevG NqiSdY0SM6hoFC1t+XoH4lrtqN7/AFa8kedRpdSAohyAq43oW1vLojH5oNdrjfE+rXq+NILu cyKm6iuRBdPHEPIUJ4pGSYHOsHek7TcPNp6aj0rlxXUqJ6K1c8Svzs5153opJcyup8i5rSkz qvoDWtnJb1NamJJrAc/r9nXb+oIjjaTH4RmsSxtGTv3hj2cjh8sweT+7hzlqxxITifH9/nOP 0+3KsVPqK3lf9dSrZxiRo11NlsUVYYYbEfVl4us6BEP2RG5/T7IbSM6dZ3b8I8zUtvFxYSXS D7PR0+e9SQyDDoxU0kUal3Y4Cjzq1nEzteO4SRT4N/Srayubi4N7Mme6RpzjfG1T2hbXy28X rS3cknJg5oQDHjHnR4ULB+0ac55r46Z9amiCO0IcqkmnZqS2NpMLh91iKHUaUXdtJb6unMXG auZli7Tccv3pnUdxsfdriHEprZLmRCVVZlBGAM1Nf9his5Y2OnlKB54/topf6lfn7Nq3J/q9 wRWVjdh8FrQEbX0043rVJbyxp+JkIFa4LWeZPWOMkUbdbaVrgdYtB1fqou3DrkKNyeWaMlrZ yzINtSChZyW8iXJ6Rkb09xPYyRwpuzbbfUNxaonKB05d8UbW6CiUDPdOakuEgkeBPFIF2WuR b4GBku3QUkFxhtYysieFq7YGTVo1i331mmijYRKoy0jDpUcTsJklHclUYBrtIuB2nRrFtp/j mnQvyIo/G+M4qGNX7RDMPdydM1zRc/lvL18nbT8s1KZpDFbxDvFOtQxQy86GYZjY9f00zC5Y Xyx8zDEaP3VbXPEpZQ05Gnlnbfp5Vb2kU4SC48LyHw/OrSWBmaVm0O2djt1q1n4lG80k3mjH zFcPkgk7JaXOx1b6ds53qxe0TvOdLPq8W3WuGx3NqLma5wNefOks7Id2bDKn4f8AOKhEcS89 HUGbG5z1qwhuLCGZZNmmdAT8/wBtcSuo+XJboMxpIO6M9djUt+lnFaSRHK8pRUd7wwE3sI98 hbxetNMsKTFl04fyrhc+kB2bO3xX2XZiK/SrthExkv8AhFWPbNH0nnPc+Xe9kXFhOLWOKQaS w8frXDbWEd+SPHy361cdm4ktxcxDPJ0Y/jtWPMUtrq0Rga5G8wtXkvD7957i18aPjHxq+eO5 eK48OkAY0+u9XnanIggOX0bFic/yq5v7WWWQDvRnV0HmD+2rd9EzRXaDlDWdjgn91X9ndW0l 7FCO6UbT8s7ireW0HLhmGOXnOCKuP+b/AKq7TOkUtpCcPG53JxttQkiCJbTI5jRD4alv45S0 83MV0yMeL/CrSW3ihDw3R7QdO5wd8+v+NXVxbwpqtI1UaBhdRzvSOy4lRleTB8NH+kPGJnkK JpgD9cetSORoiJ1yMB4Vrh/CLLC2tvnIHwU1oVF+kkZtTad9On1/VUtvMGjW2u/EPvYOaLZe 2Xh6dRszZqOYZbvjSz+KuKt/xf8ATVzcEagkxcj1xir28jTlpMfCfnj+2il+X1R9ZTVlcz8P aczp1D+eKJVdK52H1p5b5o/dR5QSkaa4lIbOGFrfUY2hHoPZ2q9habSvu9H4q4mOIWghCDVG NOny2rhFpwp42mcgSxhcn41Fccpec1uXP/FnGa47Y3yrLHC5RRj51wyy4W+L0sBJGEz86s5A FFxLbvr9fLH8a4g0YkHDlLd8afBXDuH8N1x32sB9IrhUqMEvlBLY8Xlj+NcUe4kM0uh92+X1 OJhCQyrIQR/w0kQ1SzSnGTvUfAbMjnSr79h6f41Jc85G5wxyx1WrPh91xWKaJB3X8k+B+O1J NBxIWTRRED/zdug/VUkwuVkllHei81q2s5+MGe2jG0h/u/zaSb6Qe0dY2WPR/e9Nqd45+ZPJ 9pH+GooH4jNNZxjGtuqn0qN5LmWKXQwhCff6dabkOzTsMzA+VIObO9io2LHfVURm5naSp5Gk /LOa4c/ElLpldPL9fKrFiRyyp0jG9cLb85P+k1ww3+nkBR4+mdNcNZPCHXT8tJrhbfFf+ijx W/c9mtgeXrq8upiqHRpi1HotOHuFYqeZr8m73SuFxcpZO0tpy3l0rs1quiOZRLJjovrQ4XYR P2O3wJpFB059M1cXWvl2Krh89GNXMtmmiBn2+PxrhB/4f+j2WDaS/vl7q9TWCjx6YVGG/T7L UIpJ5o2X/wBWuFNjYwuM/rrjkskbpE+jS7DCnb1qXHTUaHZ5I0Og6lk++PSuJm6sU4c4BIkU jLH1zV/Np90cJq+NcWtLkcp3OST0XGev66vYbaTnIucyD7xyK/o1v5D/APyNcas0l0XBfO3U DSBmrSaORWSNyh33/wA7VPCssayYfxN8c0lyq8wDOUz1o3lz7qObKddkzV7xNuKwyCVT7kY2 3z6/CuG9knj0zS65x1IB8WaefhV0Y1lUc1oT1NW0I4gbjlshYY3kHnmoObdB4YR3YNHu/wBW K4jFw1NE80xKkLju1DfMOZpbvfI9ak4jGk5vGXGo/wAs1aCBHinSYSSDoDvmhdxQN2d4uXKp 6mp7MWrDODE2elLaDhaju4k0nZz6mr2LsKSWE7a1tz0ShZW9qlnBndY+h/suVhkYeoXNFI4J JGH3UQk1qntZoR6yRkfWFCj9QfUPsVvjXC5fw6frxWsIJeRsUn9H+Go8smjXctGMnFCOGNpZ D0VBk0IY4He4B+zC75riNjxNB3E0GPTpqfjl+MQwZ5WfM1DxHscnMufso/Jk9Kv4JOHrYzp9 pjxH51d8bvR7qAsIh61BxFY2hmvDiDv9B6fCr604u0jsidH3Wr/jE6FxE7rCiDJ60nFr9QBd t3UzunoK4nDPDJCWVsCRcfd+pxSBdywIA+YNW8txEbeXxLuDmhxaywt9CvvU9RV2/wDdhMdf OrmBxh+cWG/kTkVZvtm20l9/hiruTI0aQvWrmAspPOyCp233q1bmx5tyuRq67Y2q8leVFGy4 Y1PCJkcc7xqdqtmS7iZ4CBoByWztV1JNcxxE4GljimhW4V4BNjnDpirRob1JJYTgIu+oH/tV vaXd12VoSP04qxgWb8mi8cy/Gks2v2Kw7po8RIHyq3teISvC0OPB54rh1gjO9lEwMj+eBtQt tUr8oe6xtvjAq2tbhZNMarmNRgZFRS2YKIqaTtjNCwEMuvl4HoG9f11am+tGlubfwsPI+tXl 1NAWSQBUA6gCrqytbHk879WfWouFW0PIP97ID4qNxLbJdDSV0vUNuLYW6Rtq2Pw9kNzGAZIm 1DNdqmRUOkIFX2PFbspjbfSwzird5HVTA2tNAxvUkDzAI4wdKgVCb9JmvP7zvN1/Qat5uALN b3kb51lj0/SaMFxdu8R6rTLa3MkKt1Cmria5BuUuBiUeZprDh1oLSNz3qQc58J4d+lGQSNrP U5rDOxHxrAYge3r7cMCp9D7RDbQvPKfuoMmjFcxPDIPuuMH2BVGSTgUsd9ByWYZHeB/d/UWl /wBo5vPAJTRjTtn1+p4TWFUsfQClt59o1Gpx6/Cr2xgs5IZ4B9rzGOP212dbeVnJ7g0HvfKu y8UWSOUHuwldm+BqJJIOXY4BaOIVxBYOHQQxRjuSpEFahbQjUS2KuJIl508ce+rff5VJzraO O61dzu6cGrmPEQa33cFv3VY2fDQyyBvfpp6VxK4tkHO0+JfxVefSSlp1/H5f1B+oPqGloVbc N4lJKCnUItS9h19mz3OZ1x9ZbuSIyqFK4FXMsHCdM83jfX4vnS3xi5g3ymfWpOLxIIneTXo6 7elXHZuHxW1xMuOcp3+dRWTWcVyqecnnVlLHFHbdlbUuipVjtoIXddPMGciktEjilVTnMg3q 2LaIeQ2teWMb08YMaahjUF3oW0Drywc95c1ElzICkbawqrjemh7QArLp2QfUYWtw8OrrpNCS 6medwMAuelPHFM8aOMMFPWm5Ezxauug4oyu5dzvqJ3rRJM7r6E0QjsufQ1qJ39a7zM3zNbMR Wa3OfqbezVg6fWspBI4/NQmhzY3iJ6a1IpJmikWJvC5XY/prXb2s0ydNSITQW5gkgY7gOuM+ xZEsXKMMqdSj+NJYm1YXTjUEyOnzrtF1baIs4LBw2P1UshicRN0crsf012a10czGr3hwKjnu TE0btp922cH9XslaN1ghj6ySdM+lRXBlS5gfbXH90/X239mlFLH0AocyF489NSkZpgLOcld2 HLO1WkUkLTRcwcxFUnu+ddl4XbsNSr7lVPi/TUsxsZRHFnWcdPYYLOLmSBdWM42pr54NNurl Cc7g5x0qPCwgOmsMZNqitblNMiTKpH6asUjTXK8ekAdTvRParfm6dXK3zU09xOthGjaMyjqf PzrhfvubFM+0qDGfUVf3PP5PZolwNOdRxmsVZxzSNFG0gGtOorh0d3Oz25A1MqgMBnejBJdz JJKC0Bdhjp8q59/I8jSS8qPktgDfT++rHh7RzPzIzr7/AN7yNXNtGez8QtwDl3PvKsbaXhzX cko71x3sD51xZpIBeiE+7tz5DGf8KsLpeGdlnVveWciYDLUCvaI6zLhFP93t5Vwx+xQ3Elyy 6mlUE96nhS2i5NzblnQoMA/Cl4RNaYnjuAiOgxtmhAI4Rw/lacfezV3okZZ42blRjwkVdSW7 lpTEeauNlO1XbW0XLnQFZjjqc1ZcRkjZbiFG0x+tJOyaDrO3yqQW8byyKo2Rc1e9rADxqU7o 0npUnELkflcvgU+VX9+3ecsX3pbiJRFPK4IA8qv24fp7WNpcUOXHzeI3I7pPQVxNX718pOQv eOane893cSdVbu/1o+oKBruIz/8ACM1h1KH0YY+sFUZJoy/R8mjGrqOnsCqMk1zOzx4xqxzB mplto1XleIyHTioe0RqwlOFaI6hn0oNrtwdOdBc5/dVyg023I2dpsjB9KjuHeO5gc41w9FqV o5FgjjHjcZyfSriZ7yO1WFyhyuenWuenF4Lt9QXloN/30jxcYVpCgZo0TOn9tSRHqjFfbOtz JIixpkcvFRJwy5mnfJEok+7+yp5FlW2giXJlkG1R2bP7vPeYeYFCWwl5cqSct4WfJNQ3fExq ac7OXKhKay5vPtY2PfX74FKbDTBdJJy3gBJz8aguOIxI/P6yv9ynhz2izjLFcjxgdKRbONLe 9jkMbxRJgY9atZL23jkWfZ5XTURkVKdPNtotTRiTz9M1FFbQcq+ikMb6UwMVbCa1MkEq4k0r k7ipLyxt+ZK750kZJGrH7q4XfTQ4lYhZB02xnFF7WHkwZUqnp36tH4fFzZ8DCAZ896tPpa2x yDq5JXGRVvLFEIoy6lUHlXDk4Wvv3xsMb7EmuGxvhbnWNchHh7p1VPNbXoupYdzGFx/GuHjh coik0rqOrG2mpI7jTNeyKIsynIx5YNcSXiconlKvuhLdRtTcDvMKyj3TVJAxMUyHxKeo9a4Y x3Pu/wDoPsfg0aJi8fRzD93VtVpwSJTp0hyx9tl2iBbiNpApR9xvtU3D7qzigWaMyiVYxkEn oNtq5k9vbmOWUmNpVy7CrxY4l5ZtzIFI2BJGanu1Kstyj4j0Y0d4bVdKowokbA/TV3rx2vQO Vn08/wCFfl1vFNIJQVmgJ93+yuEttm6T3m3XuZrTbgRKZsYX0PWrWSM6XGjcfOmh/ujb6ivx zVwqjChzVz/9uf8AqFXf/rP/AP6muBbnPNT+NWvrqi/fXAx+cn/XTvpblC08WNs5FXqW6NNI 00mFjGT9oa4Kl7L2hB3lUMW5Y+PpXEorWTkzQ7v+cMZ9ljHGupuaDj4Dc1wxI0zze4uT55qx kHgXK5zVpw+WXk3MMoIX8feyKt2MiJyYdXeOM7eX66MmtWVgrd01Z3FvxOKC105dMjUf5VxR k4nJbXZPu55G2K/Loas7YTpeXSbmZaie6YNJFFjs+rDK1cPjubo2sloynR66elS3MszIqRcu NsZDetdvs258YlEo1Cu2Mskk/L08qRe6Ka7tHNu+okaD0p724zOJtpfWrlrCyeOefxF2zmrS 6jtiEjQq0Rerq9+j45GlbUpPiSob+1tUt5k8f/mD41LFBaRWpk3Zo/Oo+ecBBgBelSJAytG/ VHGRUbhkjKHPdWrplmwLnxriljF0cKMDuipLlLp1lk8RHnQW6uHlA6Bv61fqH501cTaPHNTv A/orn3RBcDT3Rj61rcSprjjcMy1LNbc0cNSLdXO2fXFX7W5BhMpwV6VFOnjjbUM1Hxm6uI+z sCnJU9P0Vxzh0Vq7SXMx0se6RkY6Vwa1vn/KmmRsenezvVleRoz2nJwzg93zq+4VHe9itrt1 5jHp4RUdlHKLxeYqGdOg73WrfhcMfd5RkaT1NccsL24FqXmcd/0Oa+kuHXrXkSHEmr0+FXKe sX8av19J3/6j7bkesX8avIidI7Q4z6d6ray4eubebaS4Xz/71okiJvGPu39BSxi1IuI3BnfP jGBXauxB7FcYt/8AmxUkPZRz5GJSX8I9KSLsSB7dw0r/AO1yAd67f2KN4cDFuw7vXFNachNT 5bmeY+FIvZovyN+uPH0O9LxFIUJkAGg9BnamsNC6DmTV50DpT8ikKx7VBdx6RJPhW29Qaluo ftVyd64dduBzSR3vmtH4Y/6xSTQZFgraQ2BXC5iPetsT59Kt1EbF1093Tv1rh9xaRG4lTHcA z6irFpholfcqRjfBriYgsORjUWkk7okPrXDriOdp7dyDy428A+NW8EdwkEiW5bJ3864pHxHu Nh8F2znu4FS8evdlUHlCnMQBmfcAnACirGGXAkjaNTv+afZZ4fl+9Xv+m9RZm53uB6bbnb2d yN3/AOEZqya61WkIkB5siYX1qzuILqOU6ChRDnHx/bVmlzOsUlpvoY9cVDeLciSK4g5b/wDl 1cBZRmEdz8/5U11Hw9tEx5i5dRsf008XHbLlxXSd2Q4bGPl86+iuF65Oa2PeeW9WsqQJIY1W OTJ8O1DiN+jTbltj5+tWt7axMrR41a/vb12kWraORy8at85zQ4geJ28AnJbQwyV3+dQX1vxC G+15R4l22/XVzbdkjWKVcAfh+NWVosafkrhg3rS8QIWOVSCoXyxVuZQiGE5BQYrll03XGrTv UiW82Fc6iGGd6F92gicDSCPSrhjdP+UDEnxqPXwlzLjvZJO/66hn4NbtYaB5Hz9aQz3EkjL0 LN0oCad5APJjmkuuUs+kY0vUc4hW3dVxlfOssSfnWxrOa9azg49f7ePqNTVxWD1WnX0J+sqD qTioOE8OiJvLzaa4x3U9d6awmZGlGN16b1axzyxvzxkFfKuHzLKLuzPeZ4zstX92xEi2oQ6B +LH+FXfGb2Xsxi+ztuuE+ea4bJDxJr7hunLgnGn+dcRRb7lTRoukDzbG9TwXrok+fd6TnJzt UizmIRRpvtg1xKHiN5pkZdUHKYYx5Zq6sbm5jmkfKpyjnJNJxKS+g0yoRys4IriLRsHQzMQV 6H2sbiVYkaMjU1SX1lxLtNzNMWMIGwzvUvCeLtm1Ze6zeVGSS4ItIy3LkI6+lLc2Mxm1r7z0 BHSvo6aaTWY91A31daFxeFgFU40+tC6stffUcwt5n/tX0aY5WblYx+d8/nTXF0jP3cLp8q7V axGNSBr1fePrX0aLM55WkZOwb1qWaWHmsy4G/SjeR24gUgZX1PrR4etkq9wKCT4fiKa3eJbi I9FbyqBTGIoYt+WOhNBRaw7CpVVUdXbXhvL5VDPLgcnwovSiMRL/AMtGGJwUJz3hmoZnlw0J yukYxUkEs3u36gDFcmC4Kxg9K7aZ27R+PNcqe6kePrpJ2oWjTP2dTkR52oSQuY3HmtATzvIB 5M3s2rLsWPx9nZIoo3TVq7wp7SRI0jfrpG9bmuvtSJbxwiDSKU3U7Taemo9KyDvXKnuZJU9G ao7eBOZNIcKvrTW93EYpl6qTn2YDEfprc5q1mnaNluBkcs9Pn7IrSHZnPX0HmajuEuBdwsdL ME06T+v28iRykKLrkK+LHwq7i4fd3DXcI/vCMA/HauXpJb0A60VihkkYdVVSTQSSCSN26K6k E1zLiznhTONUkZApVUamJwAKglvR2ibklngcAoDXEUThcFo0OytEg1Z/VXYOz4nK6wpYdPnU wjiVeU+huY2N6SLiEIJSMyoQcg1f2d3B+R6ToJTxjOKnRPCrkD+zk/1bU1TvEiScwaSHqJXt 4IFj/wBkuM/WDLsRX+mH/wBoprq4lMsx+8aja7naYxjSuryFLDFeypGvRQ3SpJIrmRHk8bBv FRimu5pIz1UtQjS6lRB0AauYsjLJ+IHegJZXkA/Ea7jFflWrUdXrXeJPzrGo/U2+oJHhkVD0 ZlOKKwQyTkeUalqMbqUcHBUjcUs89pNFE3R3QgU3ZLZ5yvXR5UYXQrKDpKHrmknu7VoYm2DE ina0g5ip1OQP312XlntGrRo+NJLdRARucalbOKaeAIsYOMyHGflVxEqiEwHDmbYA1HLKUljc 41RZODU3EJdMKxjVy28RHrUs5mW1gTbW4zmrcxXqTxyPoZ1TwfHrRj+lQZBuV5W//VXabniH ZwHKnubbHHrVhDBdc1bgnLMuMCrlLO/eW7hHgbGM/Gra7vryaNpfwkYz6dKtRatI6yqc8w56 VuCKPFYJhK651W6jcCk+k0Z7XfUqmouI8PtjCWdcHUTkH5n2X9/exrcckYEb9PXNRcTtrNeH ybEIBjUD6/v9mudNaRKXAPQmoILO2aPiSyGJkVMBhmpJmijIQaiqPk1bXMXJEU+cFm8PXr+q k4YVXmONQkGdGn1qS65sVwI/Esec4qCea8jtDNusbLv8KktJ/EvRh0YetRxIMu5Cio4ZuJ6b x01coKOtJazy8maFjgrvlhQs2lGZMd/GMLjNTpHcznlDDIWGQ3l5U6ehxURlBaPUNSjqRXDN DSGLcBHbO21WM30eCt4ihVLHunSTmrtBO3aIj7qL1QiraxF5LJFLITNDnZT8KveFfRkEYSIH mogB3/RVxO8scrRFoxbsuT5d6uIdnlSRHiLaUGOX3ulXMtkRzXiHP3z3t/8AGuG8ZA5YhiPc 079P+9cb4vbRBJTI2GI3wAK4XZyQiC7R9TXK+g32riUbs0/LBGZcbHFPx2/GIo/sQfP41xi6 boAqqPQb1fz28RjZE5ePzgDXajEh4sLfwaq5t+0kQeRjIY/FnWat15bppt2IMg67iryKWHlr bZVXx4t/8KnP55/s5+ufqfoph8K7Hb45rH7xwK7RcyQFdWnCPv8AXtrviXEOxmfwKF/VXJ18 2Fxqjf19lpecUvZI5LnwLER/KobMSk2Mic3c97A6iuILw2Sftdrseads1Z3nFBLI9wwxy26Z 6CoUtMmC4HcU7kVLcTRk8RVQ+vV4d+lWd5xG07W05GWz0zTLbCO6tWg18nchGq9sk4HHz01R hvj61Bw654ZDcXEj/bOoNTx28SwxaVYIgwOnttdahhnzq44OIIhF3W16e96097fL+QQbnV0a iLC0bsfNyI1Ge761PaNw8z2jRAJIB3Y2/wA4q6nW1IunGqPI3fbag/0byOUV58R/eanh7Es9 lIiqJT/dtn0/VUmmFVvH94gJ8W22aa4mtYojbMOagPp++pYhHE9jOVTU3iU0II+Ut341Oe7+ mri/uDCHt30uF/VtXI58PY7qVRo+8Nv3bVFbQ3UUcseCJ/u9c1xaOaT3ruwaf7vTFJCH7VpZ ffL069av2mbWyxOv6NNTQZ0cximfTpV/DFKzGHdX8/I1Lxe8czXlz4dR/UKMU87dlU86RM7G lt7cmOG1OkEbb+dTHh8jyXLRgyGb8VTS3Lao7U6uV5aqgeEDk25yofoqjzq5kfRJLbnKugxg 5wa7LEpkgk+0HkvxqRLQ9095kHRG9KtP+T9/sgRnxCzrrHkRmrW3ilDQiPVpXoD7JOHaV5YB l1eedqhSUL+TNJEuB5b1xaJnJjWNCq+mwrjGCRpkl0/DanN2/MMduVXb4iuOPa6lshI/MDnG ob9P0VwtntJbp+7yzGDhDtuawyaCsajrmrflsEk1jSx8jmo47vh0Uvu/9NGP2eYox27GeKGR m1k/dq2uJY2MbqNOkZ8sVxCaCYTTS4L4+6OgH76k/wCI1DFqC63C6mOwqxdZEIibSRnfp/hX 9G83EY6A97p7sir65a7iRUTAyfFtXa+aLiDmayyeWRV7xMcQWV5YwOUPhUl5bYy+Rpb0NXE9 6e5cjvP+E1evZTyTTT9Q/wDn41YGBnFiiFZEAxXE7aeFjY3D61CbdetcNPDrfTBaeTdcdMVN B2RzFIhB386tLJE5MUKBWwfFipGCc2GUYeM1otLGK17wY6POvpBYUHu+Xy/LFXAVUdJXMgVv un4VFfhwksfQDpiniLIoYY7q0Sf6zIicj10mvcQSS4/ApNCI28iynojJg00knD50RerFOn9e fqLRqAY3ZsZ/RVyMnTs37Pr2PDXf8jtMMSB0ApYIe8lqNHM/EfY30sJnCj3Wg9DXDLyzm5at GUTSO9UtzcNr4lf9AxzvVpZXd52OW3YfpxXBHkw4CyaCfXAIrisMkqZl1cs52VcbVYz3Fsl5 GuldLdPTNWXFbW2Gm5jKtCmwq/gl4fHB3d2A73zq0Hks2P20rfigU/v9tl/x0T+KNDT8Ms5B a3SLuo+/WgZgl1ct1NWcCORBMDqX1IxV3rkZmiGmM+m1JJzXM0zgSepq1QM/ZXTdfu6gavDq keXQyxHz8O2Khw0hkeX3nqfXNWzd7s5i29NWT/hVyAGaaRH5e/XbaoFXPiywzUUp2ikQaT8R 1/hTRf3zpqXJ+OavrQOOc/RT8qFlcyLzyQo0nOe9mpbZ5I9VzGSCD0yvnXEuDG5jFyhYa87b jrV1b3F4lzNLkAr1JNcORJkaTUvdzvsDVxz5ViDR7FzipZLoc6za4cn4jJq8ura8UpIu0APT 5VxFrmUQ83vLmubN9k4KE+lXll2g6ZELZUdWJzVw0eTxSTbcfqpZuK65bcsTJg7mhw3h4cYK 6Q3kM+yKUjIRg2KhmhiaIJHoOrz9k7tbCYyADOdxX0rbxi3fOdK1IsdrHE7jGsHcULNYYnwC NTfGlurc6XFPbNoRH66BUdvHIpROmpc1d3H9IOZNI+CmkkfPpUwtbaUXGk8ttbbH9dCFbyTQ BpG/lXPhmaOX8Smre/llaaSI/fOdvSrg2lgILmYby7ZPz9aiifhUEkqDBk0jvVBos47YxZ3T rWGdmHxNdaznes/WS2tY+bM/Rc09vcxmKZNip+tFeXN8lksp7gZM5/bS2ZPP1+B1GNX6Kgu2 uNUrbPFjofn7PpPiU0scZPd5J8vjtUHEOGySyQydRJuaTKNyywUtjaohc2MkhcdRK386uWNr zJRJ7qFydRHlVlpsI01oS8Tfyq6shwS3DLlBKowfnUdvEPEd/gKvJbeIXEqj741b1FILWOG9 LdzA04q4kwmLZsSKW3qxHC7PtEYGZIwPKr6Ph3DUSWU564ZPWuHdoUNdKhLZ61fdr71owPKU nIxU2kYGs7f1A/ql9lk3/mCpeIQqpt0i75LY+uwgvobO8nyHkc95ashYTrPdHaUq+dXxoTak +ltfTV3uvp8q5V4y2V8r55/ma4NbGVZ7W17zzHp02pry8vVuu5oWKRcovy2qa2vYxblZSyTI vfIztvVlbcPZmjt1+1Ox9Kltb2SYyy6tYG+1Hh3EopDAjdzT1IzneuGvaQ6raz/2o3Pl+6ru 4sbN1vJl6noTU01/ZdqumfWsg+7SXEURiRI9HePXf2w3KjJjbVip7fsESmVdPMO5FJcQHDDy 9aTipiRJV04VRttSW8scaRq2vuiuywCMpnVlhX0gp/KNZkzjzqOO5ZSkbagFXG9dlt5dMY+F dqicrPktq+NR9qnMoTwj0oW0N1IkQ6KDXNgkaKT8QNB7mZ5iOmo1yBcSCLGNIatUbsh+Boc2 Rnx6msCV8emaJDHJrvMTXWtvYcZwOtZjhkcH8Kk0kfZZuY/hXlnJok8PutI3J5Lfy9iQW8Zl lfoq1z7qzeGHONRx7DFZxc1gMnfGKSa7hCxsdOpW1Y9kNtGVV5W0gt0qFLh45OaMgxH+o1ct seuK5uhuXnGvG1JKIJDG7aVfQcE+lNLNZXEUa9XeMgD2CC1iM0p30ikku7UxIxwDkHf9FLKt qNLLqGZBmrh4IfsPFq239BVmTD/pJAAHVf8Ai9KuEzF7tdQbfD/AVHcS3MVpzDgJL1q8sXnS KeFNabfaj4UL2K5W7jBxJhcafZH79oJkUtHhc59R+qri2nl7o7zuox3auzY3j9qtuqzON/2V Z3k/OEFwqjvSYw1X0BgbiVlGO66SYx/OoZLQaIZh9nnOD7Le1nYLw+xIcvjB26Cri6VOZ2JQ kfz33qJnTBDAv+bTxG4ilSTvdpKeGrWK8Ia01FWbyPeNcNjiUvC50JjfAxtVwiKZTcSlhtsD S2l1w2MkRnLOM4+VcQXTqW1+zzU1xaxNPyspywuru1eTXduodc6QBjBpriXHbphsPSpL8+8l 169/PerSeECKWSQOR6Dzq4ksCgHNxcEftqwVNfZuWdWPDVzxLh5VkWbBWJu9VlE7jnck7HrV +/EMxwrq5RYjpTt6nP1xQ9p9o+oPn7NQ2OaKyXEjqeoZj/VbVuCKzyZCPXSa0xRPKfRFzSrJ byxs3hDoRmtuHXX/AOI1JDDazSSx+NAu61FFNZzRyy7IrL4q/wDDpf0kfzqe3gtS00G0ikga ajF7DyuZuveBz7VjXqxxTzyXFqAiayNZ/lQVBlj0FJHdwNBI41KG8xS3faESV01pAV3P6aa2 1cgR/aORnTUA5wuYJvBIBjelm7Xi9aPmLBju/LNSiaRoYIh3ivXNW8cE3PguBmNj1ontTDiA i5neYaPj5VcXF4zC3iHRDg1DaWc6yQz4K750/OpQkvJvYoxJqd/H+irm/wCIpzY06LkjHqav CjLdWUahljztk+WauL6xtRaPAScjzx1qWTSt3cNH39Y+zPwpU4g5CfdUebVbdnhSFWi3Ea43 zRuzbe50czxDOPlSyTRF44u9021eVQ2yWci36yFFbTgMvw9fKprcgNO8RMp/R0qBrGLmXA6L jr3qtouJQ8h443KLj1FXrwQ/kCdJO74f31ccIuY0WWQllkxvmiueXPEe648x61z5m1yNgk/8 /su4OUXluMBCD5/5NRcMnkNxdTDd2+eT7J+KX2p1jbuqpxjHnXBbVm0o+vJ+G1XnDYrLlXEa Z5gJ2z+mpIuuhitflK644k5mg9Cfj+uuIK3DI7JotRikQLlsee1cEvbSOJIoD7waBvgdD+kf trit7bQoXjVYlONs75/cKszxCCNLhbhBiM+RfH7qhs3tw9mYei9fSr/skXcLuwjG+nvfyrhE M8YDZ16W/SRXEFvLqGWBl2hOO4PjTY9a4k+O8FXf9dJBPCZ7F7pVNwy5x3htmrOEOeUbdiVz 86vXJCL2w5J+YqNlYMvMOCP01yVlBlVm1J5gf5xXBuVG8gFyrNoGcCj+bZ/xq+PrM/8A/oam 4us6BY2xysbmhIoysSMWPp5VLm47I7DVGSMh/hV59KiBGz7oxE/oq2i5kbNCqasN1+VXllJM IZi+rJOMrtVnLDPHIFJUqDvVtdwy/wD1HPvF1/wq1tor6O2QqDMPvMfvCs8HuGht3A5nKY/p qKK2vTJIuNvNvnUvD1k/JpOo9KXhvFRIOWdjH94VDFHHI1tFHpVvMGrm1lRmn5muOQ7+eaW6 PD9N/o0GQVeXUkQlFz18sU19DvqJ1IehFNDb2sdrqOSU86WSY4wMaR0p4YSrRNvocdDUcqui FPIDY1dQib3VwcuuKWBbttCjAqRoLmSPmeLB60LiSd2mHR870UluZXU9QW+uKFD6w+snxNW1 xcwXEjTJsVfzxR07L5fW4lf3QhlniXuxzYxUfFktY7WZD0iGPPHsuvyVrjiMndhwM1a3/Erc QTxyjIxpwNWDVtw3h5Sax5Xf0L0/ztX9IpbJESWMnSR5d3OP11w3iNwqtcJOh1Y6d/FJ9EJr g5e/h8X6a4uwP/1ZmYk/e1Y2/bVhdXoX6RhmVu9vvn+VXHFLl+y8NhTHLHhPxq8urOV4I7iX yOMiuEy+uf3D2wn0YVw1lYgOrA/sqXjF2B2e33X50klzN2e2LaFP4FqFxxFrTkr7uZPv93pU swuC95J44/QVBbSX80topPM1b8ts9BUcj3EsTCMrbtGfEcdD+qn5LMboj3wPT9FIPfvZIMYY 7hv5VHzlc3DqRbsp6dM5po7eIq4Hv8/eNc5bM9lOBFGT4W9aijkttd1IO5N+EA1M0Vqqxwxn mR/j7u9cTmhTkQHcQr0rihij7II9Y0x+eKv1+X8at/hIK4WmccwFc/ppbRA50RDvsc1dcOGB CZHbpUXa2/J7OXAwOg2q6ltnMgIAc08vDtR4akhVM7vjPpXBXtCI79jjW233d6v4uLaiFwAW 8B+VSXshMdnbNnOcZPpSRWkfM0+7iA6tRguIzHKgGVP/AB+yHHXUKseY6P7s40jHsurBZVWf J2b41wa9klURRu0bb77jrV/xWS8iMckYGgHpippoLaaSN3JBWMmtV/BLaxzpy1eVCozV/q4m bt5siNFfGjNcGt7KZBb7c4AdBXEFSTTb3Khuan4vOrWKydryWOYScyXrsc9aTiEis92sWkAj YVPKy4s7hiXiTy+VQXMQ/JIdgh8x51dmytClzcDDO3nUNz9JWyLKofHpSkXMV/DcLh0TbpS2 1rbrZpq1HRSg2sTShdPM86uLJgGWZyxc9ahto9BWJtQyP8+tS8QjYCaTOrbatCTd3UW3HrTX yzsLhurU9q87NCzayufOntUmdYHOWQHY1rgkaJumVNc6SVml/GTvWmSZ2X0JrRzGK+ma2OK3 NYrKxyMPgp9gE8UkOdxrXGfYJrazkliPRhiuTdQtBJ+Fqjt4RqlkOFBOKJKwbeXNqObm28av 01Of5VJA88CFFDatyMUbj6QtrjHVEO9LFCut26ChPxG87DvjGnNQyJP2m3mHdfGKht+ms43p 7RryWC+CahzGGn91QdpftNxI+jET4Iq75g59tGmoIx3/AF1Pf2NsbSSL84nP1xS/XH1D7Eb4 1wmb0C/u+vHbJsmcufQUOGcOiY8NscCV0G2qn7NA85QZbQM4FC44fA0stv3+6M4q7nuwJJ4y SNsYIoSiPmcXvu7FHjcVfRdlE76eZNFI43z51eTGAWsi9I1GMYIqwF/JJLby79w6lA+NcfSL AlIQjT18FT9vDrcD/beLxVLp2x1x/wAYoRWkRmk64FcK1jDowDD/AJPah+NcNNrJEvLXUTI3 qBRtpzqtnOlx6fGop7OVDbXXfVAfD/hUCdqi126rL4vFt0H66upZbhIgExhjjNXQjnWZHl5m tOg1b1Akd/FJLb6Sqqd32xV3Jc3aQsQAFapRFPzLXnZ5uPKrYW93zZ4T3VXzB65q47VPy5nb pjyoEM5sFl2P3tOatjas73EbYzjA0/5xUltciQvITrwOoqdtBNpISMeYHlVzacNtzE0/iLfH rSw9kbnffdfvV25eHILfTjk/H1rQlkFmBBSZtyu/lUQ7MDKMa2z1q7v1tY8z/d9K7UY1iOkL haNtFFG6ltWWq40aWEzlyCOhqG5d9LQ+DTtTwtIArjBKripbGOXTbyeIUk8LaJUOQ1GC4uGe M9V9mRQM0jSaRgaj7O4xX5Gu+7N86wXNRWkSRmOPw5FJDcaNCnV3RXX+owHbHzrc5+t0roaw 6lT8R7GF7bPcWwQ50hsA+WcVPa8OieYa25aDrio+0WckQkbSpPrUv5E2Y+o1L/Opuyop5Rw2 ttNPbXMeiVOo9nC7LhWGh0++XHgFXV4VUWUOGb0L+lWCquTvgCoeJiQsW8UOjda4dHw5+VIs as2+MjFDU7LPDFqXT96uE8RmmaGcyDWsh23q4u7DiKHQn2CHrWby4b6PtG1aSfOr9Z5hAunR Gx8xScQs7p7q3kbfXTcVvBiZx7tas1vpOUs3eznG9W9lPGsgkhIUsuQK4Zw8orXIfVr0+VX8 Utti5hX7fO/SuxzWkc5L92UjvLXFZXPMVR5+mOlXk9rHyYZOi4x9cUPqGt62b6w9lpw7iTzA x9RGKm7GGFtq7mvrj607GDnCVcYzirqytuGR2wnGCVNXOiJZuauMMelNPEAwfxxnoaNosEVt Exy3L86jUQQHSMZIpuJAqJGXRoA7uK7NMyrFnUQgxmo4ElUqgwCy5NS3scx7RKcsx86WG7n1 xg6tIGKbh4nYWjHJjrnWsrQyYxqWlW7uZJlXcBj0+po58mn01ewZYnFYJOK29nrWB16bV31Z T8RRlSCR4h1cKSBQjijaSQ9FQZJrRcQyQSddMi4NG8FpKbUDPNxtiuRaxNNL+EUvD2t2F23S OnuJ7XTEnUhwcfqpuyQ6gozqbYfrrs8cTSTZ06FGTmrdrrR74ZGk5x8D7IraEZkkOBS3PNW4 izpcoMaamnMvZ4l2ViudRp7y5vezKrlfDnpVnb2/E+0GV8PpAyBinjuOKzJIvVe7/Kru7tXV xAcCP7z1Ct4WW21e8K9cVPxHh3Nyu6sznffHsuZbwcyKBfs/XNPxGxtjZNGcjP3xnHsR4bXt awkO6HoRXDuyWscTyBl0xJjV0p5mt10oNRAcE+xLWAd9vM9B8TUl1zIpxH4liznFcNiaaNu2 nAK/cq5tHuFWGBQxn0+vTaraW0uVvklkEeQMYJOB51yPpP8ALNGrl6al4i0zC5icqY9tOzYr htzzpFknb3o2xp36fqq++j5pe1W3XmHb5dKxV5c3q8yG3X7Ppn/OKszw5uyzNOI2iySSCcU3 Cvo9eZyNfN/ZU0dxGJnlkeMSEbrgkbfqqwlS2ReSSuAuz4Hn61cKLSMdpGW7v7vSuDcPggQx zd0luvTNcZskjUWzqspX41a3kqDtAfZh6b1nG1XSA+7MOSPjkfzri2tDhtXvQuQm9SPFdrxG 3L7uw3XfyrhVxC3vCuG1fe2FfShhEt1dzZPw71Q+vKFW0lxFpjn8BDA0sFvHzOJXPif7q/pq 64Pf2zT3Mk33DnOasHRCsqtqWX0qJUkIvz3ZRiuFy8KcMukB21Y7uBUt3ry1pDgoDXCrye6M FvKdLhG8NcQeS8SaBx3DnvVxZTMiyksdJOCcirmC/kNtc9YptW1cN4fJdLcxK41SL/GuXA2L WPZRVnDfTSW0lvjuoOuKnVGbWkWIpMda4dLy2a+t272rzHzq6ltIJRdTjfV0q2N5YCS7g2WZ NqvGmt1uLWf+7PlXYra1W0hJ3C9PrihR9p9vWkPw+tmC3lmA/ApNaJ4mif8AC4wfrR28C65Z DgCpLh442WMZIR8n2R2tuMyOfPy+NTTLcwXLRDJiizmkvJruKyjc4XmjrUXDtYZZBqE4G2PO riS14gl3NB4olX/GrS7uuK8jnqCBoHn5VZWNtPzjcjZpO7irS4E7SyyNokX7oOM7V2u6n0wn IVIj3s/GuzcQkZLRJGRmTrtR4nw0zNuMF2zkZx9Sz4hdcNS5LABj55NMlpDoWWT3cQ3xk7Cr JFmd+IybyLnu4o8QurZZyzd8umrAzitNujPw/XqAYfs+Wa7L2Vo7yKQct1TCkVFJ2OSR3OZk Cd8+XSprqK0cWUbEx6hsh8qt7M2Drd80rFNjxr6D9lWqRWBmwvvoB16HNXPEezBLdsiI/h36 CrLh72AS4BbRJqHvF/hUXZrWOaKKEiWNjsBj/vU946qBc+A+dRQcQSIXEduQrRb5zXF3u5Of E+po1XJIXfapbE45US6lq4lhOl1ncZx+ca4U/mdX7hUDz2UglkTJlZ/4Zq4WS6HOtXKImPtO tQ2qX7flEy8y28k2G9JZQxabeOPZvU1ecL4hKYHMrqy+dcN4tbyP2NjhtRydxsauTEXN3ozz MnA8htXZYwZdT8p0HnvSyW7BXmGuSIeR9f01P8j/ANXs0rIyK2zYPlXD7W2kXklSxRP0Y/j7 OISRdyUFzqH/AAiv6P59XP7Kv4S5MYhUhc7DpV0B05rfvqf/ANA/vFcY7PbTdH5hfzOPLNcL i4g6tdv9l8Nv5VxtLo8+XUDgfeXBxVhm2Sxh7VH7tmwV73pSzRS9lt1h3nz5+mM1ef0euJRz FLaJV+9vnNWPBI3+zXqfxVxGSd4IIgpEWncn50TXEbOSVYpZVBXV8q4fcm57RercBmaNtiM+ lNxb6QiI7Po5Q/XQnglQ3InZhEfix/gas3nuVSU6jIMeE71cpdyhbdFYQkDrvVjc3MjpcW3R R0zXEbuZWEcyBU0/CoLGNXEyNvnpUfCjD79Gzr8utXDS2/NaTADg7j4VdXkMA7NceKEmkt7W 0jtow+oqOhpLdrVItJzqFPbRhXiO4DfdqHtAXVEMAqOtW1tOwKweEgb0q84HA66a7cZCLjOr UKVbqcyqvTPs5cU8iJ+ENTM0zktsd+tadR0+lYLkj511/sI9h+vH8vqN86auJ8o6ZYyWB/RT T3UnMl6Z+tFeGPmhQRprjHG733NjJ4VY07DYFiRQntZOVL01VdXC344lc3MfMePzBqz4EsSx pC+WfzAFWdoZB7mNo2k/OPl+yuLys6NFdNqUKdxRFzIz2tkdQjJ2rmoSkMPciH8a4ZKdyGQ5 /wCU1NHnYxHb9IriC/8A8h/+qnHXSP8A5fUgP4dP/VRNx9sRiInoDUsl739RzG33StT8REaC SFThcbbU8WExdyan2pbTYRW7LIm3nim4mpHaRjfT+dijaa8wy5dhjzpk5hAtXBi+GQDUN2ju J2C62HoaltyzGAJnHkDVxqkkEkcpEWT0XO2KtHHMB7vO/wDb5/pq6DEmFQAN9gamiuzpl7yd 8/qrjM913LaQ60Yt5VPeEDkMOWDnzrkZjzdytLGdW2C3nVqweMdjGt9R67eVWt2twqwLHpxn G+1SMbiIISZs59R0+dR3cM6OXUN3D4SKnk4hexqRgKjYH6a4tDe3KtcGUlLrPl8K4ZYaxewx OrP8hVze2twFMifYL4f0bVxLiM/+mMSYk+dLccQZmieTMmPw1Pw7h/M747oPz9ik9M1Z8mEx clSDn9H8vZNBJEJ4H+4fWrYxQCGSCTWr+dOEt40kZca6S5v+JyRXL5LoMbb/ACq3u+C38k1y G7yudiP1U1u5VUbrpFWjPLvbfZ4FNeCcidhpJ+FILicuE3Fco3kujGMZ8q5sTlJB94VzWkYy 5zqzvWmSZ3HxNQwixh92gXPyqOVokiaNdI0VuSa6/wBRHdKYYY33UTMQf3VyLkLkjIdN1NQW obQ0zhNR8qMf0pHzQM6eX/jXaL2+FopcqvdzmuSz82NhlJMYzUxgxpiGWLdKt7S5uLjtco6K Rgn9VSW4zJH9x/WlhEEnNbomg5NRRXMEkHMIHfTFWFjLw5LiWbu8xqaO2GmFhqCen9tX4fUY Ua4tB6j+dHmwvECdta4z9a2tS2jmuF1Va8KibsnCYV7zKe8x8tq+i3mwnO5fMFDh0lywtMrq l8wCKvLkXaNYtHtqbvDzq9vLSeKG7uZHCvKfAM7Vw15rszvJL+Uskmc/H4b1e3a8Tjkt2TaI vlh+3euIvPKtukoLLrPxpveYhaXx48s9aj4XJxYcqPpIOu1T3VzeGKYHQikbFahnt7iSRJ5N Vyfw/KrvhthO8mtSEDDz+pHw+/tTOF6r5HfNS3FjF2WEtlIx92obS4tw13GwPaKFgbBZdiDk 7N86W75KyYz3TUMpgSExjHd6mhw8W8WnlmPURTTQqrFl0nVS3M4UMq6QFFGwbRymj5Z7u+Kk Nq4UuMHIzXbJ31THG/yo209wXhPVfWmS1naJW64o3LSMZic6875oxy3UroeoLda0RTPGvopx QkaVmcdGJrDyuw+JrSHOn51qzvW5zW1dfYX7HcaMZ1cs4x7FjjUs7HAA8zT3E9lJHEniYkbe wW9smuQ779BXabhE5WcHltnHsihDBS7Bct0FQcyVJllBwU+H1elQW04bknOrT8qnt4tfJB7h f5VNeTIy32ruOSf+1Sm6XXFCmeX+KohwGPmO6Ze3T7uKuZo7Z2S2+1/N9k01qgdYfENW9QJL EH550pyjq39KeTmQOyrnlox1H9lC6e4jtIy2F5vnU1g86x6IuasunIeoOIc8OzvoMWnpvjrV qZLrGoe/AHh+XrV8/ELlktoWwjp1PxNWUnD3a4husBA3izUF1FHJ21RqnjJGAK4fFHP2do4N fz2G1dnuF1TiDMPexv8A5xVnIyCHiwOrWrHNfSd3KZ7+7UYY+nkK4ceIsQJHDLy/UnarK0iQ HWvdxVhwa2OZ5XXmt+neoeb/AKchUxfL/OavbGVSipIp5nr0qKJS0P0emot941YSbu3aE0u3 i61b2UsWqSbSY2x03oj0Qf20j0P1DTVO1o4QvscjNR9sl5nL8OBj6wZThh51vdTf+81rydXX NamOW9TWC7YrAJArc5rrWwrcEVnkyafXSaIhhklI8kUmgZreWHPTmIRmjIbC4EYGSxjOMfUM 1pCHjB06mcCja3SBJgM4BzTXAgkMCnBkCnSP006W2lVQZZ36CuxzLmQ+Er0b5UbwyJIVXU8K jvKKlk5wtoU21lc5NDhnilYgI3kw9aa7juu0cr7VdOMCjd3Vw1vGW0poxvX0QXXIbdx+Hrn9 VC4s7hpNL6JFlYZ/dUNzfytHLP4CrYAqSymkDwwk62T74HpVjDYz6EkkMcsWrUwxV3w+K0aK 5iTPM1McZ8+tTC9fmzROUFueh+NXdo0f5LCxYR+vwq84aOFQxmMMDIEHy2q8hMfaLuJ3jbmr kaQcVfvdGNeQWEYkO3Wrq6a1SFoyTGUGOlRze5iDjOmRjn91T2JZLeWHxc2uHxXuiS3kcHWP Cd+lPGUH0dydjt4q4pw6aGIw3EjKj46daAU7Z1wy+tcQmuXMkmlxk+ydmi5plXSN67NOxnuL 3O58vZecRvUMqQ9EzjoM5rgtsSVjkcjb02q54WOHokixauYBU0Oc8tiuahSWFJlkBTDjOK4n Zi1jjW1XuFRvnTmuDWNvCnLn7pz1qeyt0VYbvEjD44NG0YDl257u3qBU2vfQCo+WqpbUQIrR DJkHVsnzq6mEKQHkFcL8xXH3kXTznlYD4Yo1e+nL/jVpw+WTVbx3JKg/pq5aO2ma45fef7mP 3VEtzYNd27StoWLcjc9amAmLB7buxs2dO9WqFDqjnXmD8PepLWQkST6BH+urxIAktwCDy36d BXD0aSNZVOvRH92re1HMW5G0kmfFXDZLTiEdsEXvajv8RVzPzo2ntocLk/uqyveYnbgdLKp/ XXCo4Jld1Ual8xtVhb3lwbWS1Ze6PPT0q7uca2SEJA+OvXNLfsdUiyB96h4g8cvalXb4U8cK NFcmXVkdMZqC7ityE5XLmUnrT26WxTBDRPq8OKieXh8UlyoxzKkuZereXp/aR9Rx9QfKiKFk 0vJDZOrGa0xcRNxdh9JhK9PrKvqa4ZY3Fn2m4uR9rnzqa2iOY/GufLNKHOFzvVnwy04fDdBl w1wyedcbklWKU24zHHPjpjNWnEBaJaNzVGIhjYtirPhK2UHIlh8WnfauOyWkAeeNjy1O+2nI FWPEuIWoSeOVdUfhOM7igEsWi4QUIV2XrXGpOGoomWdwmN/kKvm4lEBeQd7oO7jBriAumEjK NI2+B+pxHlsVdQ5BHl3ajj1tLPKcam9Ki4BY4zj3zf59akYXCObgZIX7nWo47viyTrbqNE2O vninkW/aCR00dnH94M/41LHHdlo3jJlcf3Z071LJPfyz8th2eRur0o7TKt0+nVCD3Cm+9MI2 kbh6jLHPe9auGJkedpD2dmP3fjSJy5OeHU3G+zDApZ2ti9gMaYs7jfFSwiD8qbJ5v5vpVvHa w9leOVlldfvnPWrq0WBUnEQZpx1NTRklsNIMnz61xAeo/wDiKexRMTwtIWPzP+NcbX85/wDr q7t0yEE7mR/QaqFnw6H/AOm2eBM69M+lWDSiVpv7oR9P01xi9MGbhFVVVt/u1wNpE2FwNXoK xiTsXI6/d1Zq+IOm1hmLu6/PpUVnbDVFC2lMfeauIwXacuTS5xnPl7FrhJaUSdw9B8B7L6we ZYZZM4LdNxiuE3XaEcW8uGVTvg+dXPFe3xtrh08oVLdW1lNJDK7EMF261ZXfEbd7W3141uK4 0BNnnDEe3XuYqwnu2dbm23AXyNDiaL7tTpx+bS29pH1fWzON819GtbOWMZVvQt61cB7fmySH xg+XpRnkzaRSFimlsaTV/wA/iKXsk2VTTjI2xSSScaxqGcDFPBwqdb6CUBmaQbg0994JmfX3 fWmiLqAw0khd6MNvNiPOrFC957C4H3hUiSXLssniGetJLPM8jr0Ymmk7TJrbYtqrVK5c/nez xEV1NBRv8BRY2k4Qbk8s4HsKWsLTOBnC+lRx3FrJG8ngz50872h5aDJw4O39rH12Hw+ovstf zjj9lXP52D+z68nH+Juxgtl91rNTXc6lS/hU+S+VKzRsqt0JGM1aWMlmFjuJdppEIO/pRt4t XLlVZZWz0FJZ8Lhf6P4eRzJEHd1Dyrhq3/CWhvZBhJ32/VXHXT7bShB/5f8ACnnuVD3KtkHH nqqz4feqyWjKWAG4/XXHo4VGpJNaqo89ANcZmvYDauyNhGUj7lXZngeKOVQVZh4qkX0Yj28S t18TZH6xVu8ulJca10tnavpe1KpdwJ71fUelXjlhoJC4zQs2lTUs2kyZ7vWrO4WdCUJQoDuc /wDarqOa7ij5+VwW3XbFQrJcKsUc32vkcGrW5t7pJn08tkXfGN8/tp7K4vwjTK2sea5qOa7l 5UaZOfjSXNlMZda+89M+WK+jjLIX5Xhx9/r++pJ7vV4cJpocSsVOjIc6/NvOpLuO1ftjJpLf wq6uru2511K+sSD7vrVvfWdoIZVJ5jecg+NPLFwxFmb+8yM1NqtUlllkMjSHqc0bxLWJSY+W V9d81LbiCKNZV0kio4dMb6RjU3WprtX95N4gelNBLJ3C2rpXL7RtjHSplhmZBN48edCRT3hv mmilupHQ9VJ6+0a2LY6ZPs2OK3Oa60Lay1tFHvhE1YpYrmYyIDkCopZoJI4pd0dl2b2Jb26c yZ+i5qS3nXRKhwy/Us7mWZZUuBnA+7t9WaG61ctItXcON81NAveCOVBq3tZo3gaVlHfXGxPW rThr8OEs8oGJCetTvBE5sdeFfyX4VbW0lsUe43T5etCJIkaSIr77HeznfeuHWVtZq1qyENJp zp29auYLZcR6shR8ase2Rq3EJH5mD93bpU8M8Y+jyrcs461acqX3F4/RV+zri1lHJrlGCk2n HlXB4bsiW6EudfXyPnV5eWFzHIgTe1O5piev+pR7LOd20okg1H9NT36cUBuAgCQoM6vr2dnd WckghUZXouRUMtvCYo40097zrh1okHKa2HebPXbFWsV3YLdTW/gkPlV3fSQCRZVCLHnwgVcW kNhHbiYYyv76hjktYp5IxgSN1q4v8hjN4oj4fhQtmVIYtWo8vzqOIcttAxqZd6nuopvezHL6 twaa2mmHKbqFXGaSFLnSirpHdHSix3J9rC3neLV10nFcyeRpG6ZY5pkVyFbqAaIRyo+FavP1 rvMTWAa9K16G0fixtWiCJ5n/AAxrk0UdGRx1VhgilnmtZYoW6O64FP2S2efR4tPlXZ+W3O1a dHnmo2u7cxCQ4U5B3/RQk5CAFdWDIM12aCFjJnDZGyfP0ocJbli4Pnnu9M0dV5ajHxP8qbR7 qBSVaY9M1JwwMMxMQ8nkAPOri4tr9bt4PFGEx8/OmDMYrdPFIB+yri01a+U+nVUcI8TkLvUV lLPObx49Wx2/dXELPtSxzW3h2zrrk3KFdD4dfOr67srQxtEjaWLHOQM+vsY3mkxxJqCP0Y1e XAsorHlk8p0AGrH8/ZNNbBSsXXJ3qASIsvObSpiOd/SnYTwM4XPLBOanuWkTVKNBj+8mD50b YTpMuQdadK4XHzElhTChlXH3dqtpmv35U6DTpH36mhuJ/wArhPuQvR1IoyQys1w32yHoPT2R X97bSXrynZY85Xy8qh7H9g2GeA5yvw3rhRhDIjbBNWQBgVw/hzWUcjsuoSlRkketcZtOxw6E ZJV7vSuD3NvBHDcyuB3RhcYz/Cr5ZRHI8O4KLp0tirz/ANH+NSi/LrAZG3TrnyrhRct20TJy 8dMaqjs5I83Lsjxvj/Pp+2uIW96oFmJFKvnHptSper2e3WArE/XPT+VMyyu0TtqRj5nVXDrW EYtSjawF26bVxHi9zhba3c6V/OpZHbTHpcRqflV0lxDy7KPUYpD571ZW0zmSS4dih/D51xyy Moluy5YZ8wRtXBILuRVlDAHf80iuLXtxMghlUacHpgU5HQn+x4UZrLIyj4j2aYImlb0WjHKj RuOqsMfWP1E+sKzy3I9dP13eztzIqbFs4pY7yLlswyN8+w3MHLSHOnMrYzUPD2QNJL4XXw1L MJoZzGMmOPOaS7kuorRHOFEg60nDiw0sNXPA20+tXE9rfpePD4o1XH8a5WoxwIMvJjpV1w4z HkW+7S43I8qnvOG3j3BgzrD9NutQq91M16QS8anGP2Vd2qZKxSFRn09tz2yHnBEyFJqOLhlp 2Uxllk+NXPEuIyPBAqnl6fOvfpzI4lLaT0JqFLODk3iSGN0RNIwDVtFcWZkgljxIVjy2cZq5 u2hYqoxEzjarOOHh80V7p96pXdh/nNdn7AZ7LklSF6J0xmrm6MGJpR7p28xUWeHch4QpnTI3 +JqeMWqTWciKmsnwNn0/VRREjW8f3i5Ox6dauL6WOGM2z4kQHz6bVbrLynsZLhCFG7jGKiuR cYgEWkwep9au4Y/dxXE+HVhUEsriNDGO8f0irqe14p75lyIU3Gwp7FnITvak+NcRltgC7SEY NXEt4c3t+SeX6E1YQ20fu2XXK/xxV7Py4+WBr1SDOxFWXEIQonDhQ8ewI60/H+LStJJo0wq3 XH+Ndqgz2iWTwr51ay7LfsPeKvTFcUHwf/p9grhUcetVZfQgHYey7/Dy/wCNWljLITBHdbKf LepGS0kNxy95vuY9K4uD3Sxzpz8TUHNZZHmGrSp3X4Vw7KEcnSH+HdxX9H//AFl/jUbyNpXS Bn/lpr/tB7TNJ9l5YrZT+qkW34j2adXPMWXBA+Qq1WJ11AaZZVqyEF3HI8DABR51ZGa01TFM NcxnKAVxrtEmkOq6T8hXCNDa5LdhrUjyxj+NXNuNZSZDkgYOauJJwzRyJp7vzqea2BSJn1KD 5VBcSTO8kJGgsemKWZuHRtcgY5nnUlq0YBaTXr86t+YioYhjK+ddgaOPTpC6sUkOVOgadRG9 SWxlJid+YR8aSaNisinIIpka6fDdah1zu3J8G/hpp+e/Nbq2d6BlkZyPU1peRmHz+r2zs8ht s45oG1JbwLrlboKaC5iMUy9VP1cVuK7sTt8hREUTSEeSjNLqt5F1HAJXrRmlspViHV9PSmS0 j5rqM6c00UilJFOCp8q94urSM1fWd1ap2YDCEp4hRt+csYYao261OZQjFThXU+dcu7t1ini2 1r94ewfUP1EPx+ofZEfzqsGtFjVZo9Jyv5v114RaQyC+eTuyRn41wy0mbVfABm/V7F4S3EUs rSL3g1efwrhF3HGJ1jBBf7rZFcU47xD3cdydSRjzqyis3TmxONQY9MZrhrzME5sbxZ+O1cZ1 yI6XTs6heozmrDsseo3BDzP+irhrn3UV5GBG56Z2ri8cV0l0svMfufdyOlRj1Rv3VxD4vn9g 9tyvrF/GrpZc8oXDZx6aqtZOHEHhqDLonkPKjw7lrpbL6vOgdKA2T4TbrVvdR6Va4wr7eqmp bJiOTEupdvjTzl8TxOYV28s1aCMssUwIm2+X+NXCSMxSLCpnypCzy9qeQI4Pi+VWhBcWzDB3 7uqroDUZXVxFv8NqhAznVmTereeT7CTSy7+nWrHiMUiG1SIg79c1dXFvKnKhcOSfPGBtVrfX Fwq2rFYXVT38b71c3cd8htWj2Rm3H6avOJNdpCOY2mN9iQajvZL2KZZcvpzsjDpVzPd3iXDa MRLn7P5UBf3zpBGncUnarp+eZLe5Rcv+EiuyoWPJdTGAOuP8moHcSNyfAuNh+ir/AIhyDpf7 Hboaa5uO9qbp8KuLazsOz85CMA7bj22ls8SoLcdR57Y9kqQBSH66hT3jd2V21d3ajEZhgjHh rnwSFJPUVz55C8nrXJnuHkj/AAk0kYmflocqM9K5juWk/EaguHPNMLBgr7iu7aRCprjGhpTq ISt85pXkjdFPRmXGa5dpzpoohp7iasVI0EElw/VsChFdQPC53AbzqG8mgKW8uyvSXEMa8p+h d8VJZlER0TWXY9zHzpZfdT5YJpiJJGa0m/txJ+DfNNNe3SWOHKYZc5x+moou1CS0ePXz1X+F TSWF/wBpmi6qQMVBbXN7MLqQDuLjc/DaprUtrC+FvUUkS+JzgVaQ7nirdWU9f0VJ+QTdzdhp pmtYDIF674rkXcJik649a4S6QoJtKjWq7nu0sgaFCy6hG5OameR1tBE2g831q2tp5QYLg924 jGRSXkdwLq3zhiBjTTwC8/JpBnnaelCPnOrJkxyR/CrmK6k1rGMnAxkVPd2Cur2zYYO2zY6i owbTu3Kah3jlDiri1DahG2Aae3uIEnidOjjOKfhSWwi4jDIEilRQNXzqa1u0imaOLqI8MNqg kO8kT6UY9cZq9uI41WflA5HrvVj2hF1u4LfGr8SzGSPRgxaMhNqmk4bcpBPHvh9wwq4Nzjna zqx0zUoyNYXpV0l0nL06ljJGMiuwmXF8sWVc1xDW+t8sOvnUnMJLBsb0PqH6ooH6goH41wp4 1LsNOyj4UQwKn0P1p+KMOa8Pdjj/ADql41f3H5Sz45A3CjyANX3FGuSrwZxH5bVcSJd8q+Q9 1D4QK4Fwm6nUycxdWk+QGKhhuLqOPhsK92CN8HVV3FDxA21zFMRraTulc7bVwazuZe0Rxbyv G3wxV/cx8RWaJ1yINWSPgKt4bi+aCyTJ0np8qs7iaRb6ApodTusfxriHYLjnvNnTF5Zpby6n kS+Vjt5Yq5ubckwtjBI+Ht58qF0KlSFpeycPFvcGTW8u2TUsE0fabZx9manuuzK4kyAvTTv5 V2sQrFsBpHnTWHZY0UoE1elTCGNH5mPFTcQcKspIOw22rs02gR5BOlaaC2cKjHO65rtofFwX 16vjSrdTGRVOQK7PDdSJF+EGubC7RyfiHWg88rSsPNjmtAncKPLNZVyCfSu85b5msajWxoYy TRJs7jA6nlN7FhgjaWRuirTzzWciRIMsx9kcEK65HOAKj7VEFV+jKcj61xLPKYbeEbsvXNTX nDrx7jk7sGxjH6qwASfQVJ2jPIiXUVHnVsOGzBoZwO5nJQ00GrkXyxa0kJPvDU/Eb+FZxr04 cZCj1/bQityZeH6tQ2+GcVHBa23Iv0fTpijwHFW6XFk0kMsXvyEywJHn6VeX3Ibpi3dh161B y7CSKRNPakb0z1prV7LXbvpEUo+41IkVspvA2po8jvb+vyriUlnGttdSTscdAOlcIaXDXsTB tWOpHWrO4kwHkZWOPka4dHbXHZ2jgD/PAG1XJ6Hkdf11NbtMZ/fqwc/8tJfiY8xX5fK8saKS 3uZOVE0rbg433q1XOrTb4z69KuzZPrWVFL97Pe3qLm/6cjIYvl/nNTfJf3VZA/7Zf31b/wDp j99cLu4+9IyjWG+93fOnuZZOyLNIzFofLvVw9AG1DfU69RXBFOw1L+4VYMqtyVifU3lXFI7Y cyUzMNK/MVbQcSuVuBySYF1eE/KrnI1uDlseQzS2azcvBKyHzXfNTKLhHEIOG6aqvFuHVRcJ 7t87VexNcxzvNISBGfWuGntSaTERnPQ4HWryVG1I0hw1O94zR93usKbiNk/OTWH737qYFJff LiQeY2o2fJLSJLqRvIjPnU88V03DbnlgKJCCrD41ZiC5SS7R9eqPpU0aWscLSDBdetc6CRop PxLRdjqY+ZpJ4HMcq9GFFJLpip8qWZrmTmqMB8705Sd1LbnDdaydyaH1T9VPl9aG1iMeiMYG pc1JPKdUkh1MfrMkE7xK3UK2M1pnnklX0Zs00auwQ9Vzsa7jlfka1FiSPPNeI/rrbNZIatop CP8AhNHlwSvjrpQml5sEseemtCM1tw+5P/8AWabs1rLMFODpHSuVdQtBJjOlvZbXckGmG4OI znrUcd2gRnXUNJz9aC21aOY4XV6V2USmZTGHDEY9f5exuJcTmdIie7yz0FWk1m5e2n2Gs75p Vmm5V80RcTM+2fl+mrq5vV5sUI2Tpn40kXBz2iOZciOPfSfSudcWcsMWcamFLPDZs8TdDkDN ZnttUds2JQ/kamuViWO0nf3enH4Rnb9dT9l0e6XJ1nHstuYusLlgD64qaKWMfR+SqNtucf8A eu1wMNE9yYxCq+Hc4qZObzy1vqDacY3q4HEHEsUyaox17vx/ZTCje8xByu7yz4jkVa2l3crN YSTazEnjT/Oae3mLRPKpaKRn8Ndvv4u16pMDHkM4FWrImm1eMyGDyyMfzq4UW4/KBkfmf8Pp UiddLEVxUeX/APzV81nh7VDrIBz5b1Pxzcq1v9mF3+dXaxWyxy5LtIPME9K7QlhGIz7vleWf WorQwIxca+Yeo3qS+EUamEadI6HGKlgCKqXTGRsDpselL0Bs392cVaSA4a5UCTb1WruMkmOE Yi26daifW5mkcI+OpXz/AHVDFqYW5QMB5ZpZSX7Rp15zvpz/ACq6gtmzdFztnHpXB7Auvau6 pBPwxVvaho+ZbKGbvdcDyrhr2V9HBojw5ZvgMiruw7QiO0GNRO3n/Ogk18t47TBsqd/L+VfS n0onh+x8ulcq5umtdMpbu9T/AJzUFsJNdsIdHNq5XhzvLLIc4kqG/kil7Wi7fCprrGAx2FBh 1qySaANd25+2P3qS27IsZUgg+lPbqqyxE6gr+RpZJQFC9FXpUVlNpaOPGDjfakhE/dVdIJG9 StBcMnNOW+NJdSTsZk8L+lOJLmRg4ww1daYRStGG64NalbB9RWpmJb1rck/XyK3P9QKH1D9Z fqmpL+4vOzRo2PDTw2lx2qFf7z60va+9FCmvl/iq9uuHWvZZLcnf1x7Li44mOayJ7qJlyCak vxYrZNC2dKDFWlhYcOElrp0tO0XQ4rjk0EStJF4A24HdzVwOI2SwFCGCacbetW1rbWwNjhOY 4XwZOKlsLO1zcXJEkZHTJ2P7q4FZ3mmS7MokdR06H+NFRj6LDBSdupFS2ls3KtppY2dAPUDN Wzfih/iaFcI5u6RaZCPXANaHJSzgBwPMr/jV72ESx3FvnvOT1FWvEpoW5WgLJlj4sgZq5s1A u4ZI9UWDtGfMVcm1g7PNaNpLj72KtbYcLS4Urhp2UHHzqKCD7ISowHpmoG9bcf8AUfZL8Af3 1wKe6i58IZcp/wAlRGS2EpmXTEx/u9qkhjtljaEd8j7/AFqW47MLfmJpRUGy/GuI8u6iv1Oc qy+AVw4tdG1XA0xr/edNqjSJmRJVXWvTOxq6utLtYQlRnOwOkVeLZ3Yte53spqzTg9QcVb52 6/upoGtyLFWLrNj82p57qTXDJde7HXTvU5lm1i5gzGD5YI2q6fiJVbaNcRHI2XNPj1NBtQCo hJya0cxAJmVg2dh5b1ZzpKjacoVB3pOHyXaW0iHvF/nmraPtC6Y4GBkz3d8fyqeO4kSO3iDC OT8W9TMvhLnH66u7W7ysUw8Qo21nrlR5AXD77edPJmRrIxaQuPOr92hb3z5XT5L6V2tYM2wl 5giJ8vSoNFvynj++TuR6V9HdjRhpIJPnmnnjjWQsunvV2t41jfAGFrskyx6DjOBTwW7AIx1b rneu2xvpn1FtVIbqTmaOldk7S/Ixp0Z8qbkStFq66TQklkZ2HmTWlpnb/mrAc4+dZyc11rrX X/UQoUf6kfUNGuLQ+mf3UfrJBalhJL3O4etLwOwRpbiRdVw6DOB55rlwRPLJ+FBk1H2e3aee I6uXpz0riZuoljePV3F26DNWFrLByrO6lBDMu5zXGI1GObEjkf8AuFcQeS3NvpiC4Pn1qKO3 tmnjuUAd1UnRv/jXDScEmBv40OY+yzJ18hgVDFBBrsJGR5JAOh/yBTNZx87krGz4Phrh7eqM P3eyxuxuEIDL6jVirS+RxEl+hBXy1bb1xCW6uYorYIdHLHe/Tmmga4iRmjMgOem+cVC0rhFI Iyx+FceXtMfiJHe69wfxq1nHE+yqPHFnr8DTXURPJV17xOc486tJrS55s47rKPw+ybhvEAeU 34fOrOytA3ZoTkkjfbaktoI5ObGV0Fvu1MksLvK7dV9KkvbeHTAzH3X5vpVxBZ2Ytnm8Tj9t QxzWqTyRbBzR4jnRJkacfdFC2ZFjTOW0/epjbytEWGDpOKyaWSM6WXoax2j9Qpbd52aJTqC/ Go5nuJDLGMK2elFZLqVlPUFvZlGKn4VqZiT65rdia2P+uxQo/wBS31DRriVveTiASdM1GvDr prrI77EdPrJdSx81QCMCrl4eGkTTDvPqG/zp7kw84MpXGcVNxFEHvmJePyIJzip7WC0jtRNs zp1qKBoY5zHsHfrUvEdQ1ybGP7uPSpYMRxrINJKDeo4VdCEGAWXJocSMv5SOhxtUl3M2qZzk mlQXbYUYFT3Edy6yzeNs9aV7qZpmUYGo9PZyeY3K66M7Uup2Onpk9Kw0rMPia06jj09mvS2j 8WNq0QxvK3ogzRR1KuOoYb0s09tLFC3R3XANP2S3efR4tPlXZwh52rRo88+lRm8hMQfwnING 6ghBi+JwT8qFrAnvD11bBfnSR3AB1jIZNxXbcpnRzOR9/FRXUt2loJfArrnIpbA+8eTHLYba s091Hdc548GRMYwKa7u52gQtpTRim4UzjCt3nH4etRz2U5ca+W8cjZOaglvZdFxOuVk14C7b Vcdq97BB5D79W30ZKOVMO9GDnQaa2YCG6EWqOX7zmrniF3bi4YHwuucAegrn2kfNsw4bluu3 xGKt+JWo5cd11jA6HHX/AF6KH9U31WpgKDyQSRoejMuAaPZoHmx10LnFcrSeZnGmle7tnhVu mqnltLfmRrsWziltI4yZy2kL8aRrtAFfzU5FG8iCLF93Ud2rsMS6Zfvavu/Ora27sxuDhXTp mpdF7FPMgzylG9dsu7xbGMthdQqyFvdie3nOGlx0qWCDijSXSA9zA2+dRXHFrx4HdiMJ0q25 U7tYSR6yc97/ADvV1Fw+aXtUQ6udgasjxESyTTrnUpPX/JqaR1aSzEWpYc+fzq5k4dbm3ki+ +c1aWEvDVlllAAkP6t6MduMRSIJAv4fhVpBN9kz7/Ghw0cLi5e3vhHt0+VXt3boFsUkA6774 /nViXjEnat1WPc12fsBns+QQdPRPTNXN1yMTSj3TH7wqPNgITDpadCRv8anj7NHJaSBVEhPg b5UI41jW7Y8wZOx+dXfEJVhTkPpdV9cY2qGzaSHs1xMNOfEvzq2jguoongH2jeBuu1XXEXnV ppiwMXn1zmrSxueJq9sCzasfZ/m0sqXxtnWMqgH970rhYtp0BgZC2o+g6Vw5rt2QiP3WPNtV KvNlW7cLlAe6UyaZkWQ2CjvDPezU40Obh2PJdj0Woh2beKTM4ztJ0qGZrRZIZRpjQ/c7pwak tlgVZIxlpfN67WllEuPdaMbfOorPlqVnGrUeowaubjSge1QhfTZaeUr7yZ84X1rhUL7TLjKe fh/3IP1TUKcrmxhgzD4VND2NWte7on/BRMcAW8dtYB++KkuZLaKPs8mZUXotNAeV2SaQaD9/ 5VDBC8MVyh1avu9fOrriM00RaNypA+98qhtHvozbzTZEXmnzq2SHiMcHZx/pA3U9aub17sNc uWXlHqfPNcOiS7a9Akb3P+yz5VeSJPqvJYwWgPkKjtbluWvaCshU9O+atIoW1xxSsgP/ALqN wj/ls0siuury3PT9Aq2W/wAC2Wds6jgfexViY900FV+X+RTRWuntOl+0Y651DrVjJxFVaPlF V1LnvbfyqE/jt/5fzq7SxjEYSBVcBcd7ek50eqS5jCxHHmD/AI0rcVtTcFoRy8eW5zXDk4ZY 9ml7QuX6bUnD+US07xycz0/ziuKpeqv0cApJb1xvXDry1dRaLtEU9SP5VaaCyxTDE23wHWrl JGZkjwsefKly8vaml0OM7n4GrZst2Zlx121b1cqCxlkD8rJ+FRaW9S9cxj3JlDJg/DFIvMXW kYl3P6ankaRUVY8d49auE5ySK8uvUDtuc1a8u7jkkt8DSp8XlUGq77FdxtmRtXi/RXDvfgW8 HjmHSrae1uRNIBodR0x5U1jPcMJHVtagb5oXF2W0hTjT60bq01aHA16vM/5xS2EcD60VdGfu kVcc2AyPJjDA0b1IAIebzBD5VCgthEY2zqzk/KuxpbRuN92881HdRgao21AGjPOd/IDoP9zB 7IuS7KXIB0+Yz0q1bLdn07j7uquIAtI0m4jOfh5VbxKWLmUBxnrUFx/dMuBv51cRnxy6tBY1 bKp8LEmln1KRMowB12oQyXESMY+Zkt03zQkeZI0RG8ZxmortZlnjLrK3L8vhX0v9JRANBp5W a4jZXNx2MSSs6s3oTmrS2trntumbJx1A86binb27Qfu+XTHpVxbcR1xJzi6hfMZyK4bb2IaS 2iPfLdQMf41cXttFMbqUHJ9ahh4raGaSM5GnpVuYICLKOPQVPX/O1XC8P4d2eaUY17VAt3w5 LmeIY5jYrnsvLjUaUT0pJEOl1OQaXNtCzgYLetXls2jRctqY+Y+X6qtLVyui2OVwK7NcMvLJ BIC4pobaXQjHPSjeCQi4169fxpRdTtKFOQDQgjuZEi/CG2rXE5RvUGtU0jSH1Y1oMjFfTNbH FZJrc/7g9K6GvCa8Br7M14DXgrw+zXjP9Wv1knjOmRDkGlW7uGlVTkCuRb3LxRfhU0J43ZZg c6wd6U3M7zY6ajmuUtw6x/hDbVqRiD6isuxY/GtOdvT/AHP6V4TXgNfZmvszX2ZrwGvCa32r c1u9bvW5rf2eGvBX2Yr7Na8AroK8q8vZ1FFkP6P6pf8AcHrXWutda611+psK8NeE14DXgNeA 14D+qvAa8Brwmuns8WK3et5K3atzXrXhr7OvshX2S/qrZF/VXhHs8q6ivEK8YrrXnXQ14TXh rw15V5V1rxGvEa6muv1z9YUPqClP+petda611rr9XpXhrw14K8Brw14a8NeE14G/VXgb9VeE 1nSa6Yrf99bsP11u4reQV9p+yt2z+iuproa8H7a+yFfYrX2S/qr7Nf1Vsg/VXhHt611FeIV4 xXjrr+yvM14TXg/bXgH668IFeVeKvGa8Zrxt+uup/s5+uv1BQNRzLCAjjI1NQnuQgUnSMH+q 6/U6119vSuleGvCa8FeA14DXgrw14a6V0roa6Guh/VXn7ev7a8Q/XXirxCvF+yvFXX9leddD Xg/bX2dfZCvsl/VX2a/qr7NR+ivCP1V0+r4h+uvGP119ov668Yrxfsr/AAro1eE14P214P21 4RWwAryrxV468Zrxt+uvEa6/6uX6g9iRpMFVBpG1Kl1OZFU5A9nUV4hXiFeOvHXjrx14q8Ve Kutda6+zr7eleGvBXgFeAV4BXgH6q8IrwiuldP6zoa6GvCa8FeD9teAV0FeVeX6q8VeKvGa8 Z/XXiP666n+vz/qs+3//xAAoEAEAAgIBBAICAwEBAQEAAAABABEhMUEQUWFxgZGhsSDB8NHh 8TD/2gAIAQEAAT8hoRCIO3Hsx1VM8PVC64wsfMIVmG2VHc+crjLE+bm033K95R5jZ2/c9n7m HLOOXu5htfuYGF+GHmxErNfM9kQ7r9z5bnyzRVxplfcz3RGtvuU933MvL7mA/siecBp+yZ7p nulVf7pbhSnvlnCpgf3Su7cruza7/MLzlLb2IOUDltBEWXFEao8kbG4POEcXPYmPPxBOSK+m BjLE+eeM+OnkySwJqxPBDtTJ/wBTV2l71KIF2npO1JXtPWejASmmUgeWeSXysr3nFZK94BNy sU3dSzvLxAsRD8wJoxDcvpVzt0qk6c32hE5hPEw9zz0z6h0DvMFiE994SfSnvixH/wAkO1HI Cdlc8M8cSZjHJpi6uyVD3hTzPOzPuHMnCh3ke5MEE+/sgXeCBdneOy8do28+onlh5LncMed9 Ru5hnykfNCzmC83M+55WFHMw5WWmVLeU8kbIwT6fWJM0msBdJ4MLO+DtanaY9rLuM8YgnFqP IYZSrL8wv4Q7L7l0keP3OB9k5wnuPc4B+4nmZTxSf/ah2FzwfuW8n3MGn3DvEzFsom8QCRTE Ay65hVTcuWVxMHib5muLmKzqNqlEbQFRDAWHb07rmVlu7iZNzzJ5otzPNmUm4Dt6kw8Z6T0n r0FYr2nHM9zM0TqUsv74FmZchmIm7G6+JTzfWMkpKSkDAQEcYWRQ+okCK1X4rlYMpVd6B3Y+ xKske6dogbEtj1DeGMO/szZbsucFze1qPMyk5ZB5hvveMsnIGAoLqWEtMGnqZOzZrEOuNsw1 CS0d+5rBKHcoNIG5R4lblLgoJdhYA2auMKVESkrKRJKQMpNOmsrKSr0kUsoDmD9a3oRrfT7x Hh1sLMVGgUk957RvuWvcH3l+7Lep5pi2zzPueSO7XiMBIN3HufuV3YF95iKHaV/9pV/0lP6L lf8A0n/0JRygHc9wN2lFZ/ET5TypXOkcbN1Dv5yUq5n/AIoXYfieH7hfmLjJYP5zkWj6MF3N 7kQy55U5LwozcsOY1cw3XL+576CyReH3EcaiWku10scLSHYS01+54UJyXT7gzpOKFCVIsbTi 43ftChxKkqoqFbsCRDa3d68TbmGIbi7If1EKTv57T2Zi1DVeXssTYwgdA3V/xmJLbzd3TM+F Cuo5xDNYNIRq4wtvR5B3hljEjtgv4mWshY5Ge0sKEo9f+TLCUF+UuxrmNVFnDgW54lZgG7CH ck15Q/TfmYCiiKkQsARCrbD1C110sBzCEB/aj/wcW5Go1ot7Z/DFDhC5Uh4Surly+Mq+OaCR Wh4MFxFqUo/hhZBQlrvLj5w9LC/cJntISn+kAahY4XA8sy7Po1d3iA7w4meox6qmOUB953nm aZ4P4pQ033x/WILVVe2f/stI05fZFDVC6eomhmmnFMRftFzYC8fEEV9k0GliJ4Pn1DY+NeXg 8xXyKRNRAiqAiPF8vgvcuc2KqoGpdXja735hssNUbam/9+CjnVO0jcRVUAxbcYzQry/+0VgV LlF51YOYvqEMI4obHogTmKvoIW3Rzq9VBI0YZ/vDbhaWVNPvyiwXIy5ftEoSKbsb+2ZnFd8m 4UFpq+0MI2jTBL0fcEJSwpxbMT8FVzxBaGneojTaW7dG31ee4q6z9/iOeoeMr2lRrWqyw3ZF vXZngqB2lalBbQ7wG1n80s0SrZy5LxD/AKZEHiJuIlRKEAtXE2AWzdQU/NGlzSpVwhMHxcAF KyrSSqdtt1CWtrM5rQ7t+Zknwi5fCeRN5TME+BESgeZSrCYRYZgrMOLJqKolPmM103KhvxDJ +FF4IZRYHR4GLNhxo3NGXhuZbJ7seKlL8gOKdE04/axCSLLQeJyor3DtlgZybDy794dJKr2e oO3QI2tiCwRrAYv8RKGDd5YOJT+w/lKGkWwPia/IpYDB8xW1ZS32Ii+iG4x/5A7pLt0jObO/ GH/ZVRD6gC/MS6qOuWFG+SC9j7gvshpjsAuKd1D3nhiEOGlai8qm0At/zkmPG4m6gcCGt7Pu MuopwQtNZO7JmfAS3qAwBLOEuTbYhDndztGuhE2+vN+I+HgP/wCjEpUoKN4OfxKIiCL7xdU9 YSWoizmsCof+SvrudwCPGs2/z8wgGlLT/wASupQOxH4wlqH7sFQgKPMG1KzIlj6cJoG2sy8f EfMkjsNL+4zSVm5HB7wglvA84VLiNd2CcSR4XQtRuCYA9UbySmHhaXmUxBJnNa+4YsSueHMc dHJ9owI9vIy8aNYsKtlUZjRha/MIA9S4y/5BeGC3R/7BYQnR4TQ2B8MRWyU2VoO0poHsLTDH iGejNWSly1xVzmY8IGYLfzC5SJMhrKwzpMBW2WHvo2sdmJVgv0Lvo+oCF3UG9XUmdrogtthT tmWA5+Y5DpNWYYz0dy1OU2N3iZ0DKqb3D+w8rs//AGBa1fnp6jebuEEE5HIY8ErcHayHHslA 1lr0Q2Lwa+Euj352CftHl21DUIrqFbmDLr/sD8ePyhHol8RCdZDGEV06wchK8h5e16go1AHD HM4lWDN3ol+QuLu4n99ChPzMLcCKhGUpFLzBDal1FO3XMVMl5jyuVfRMN6RuIntmmAyupOOh C2wpSGuGNPeN70iYSL1nmo7TUWYZO8ayAjmH4UcfJM1weH96Waa9KkZra69GNthr1Rw62adr uUS3VKxVfuIwU1wSo6D245Edsr65X14RpFBTVbUxWJNEyCeSZzk81v6TIak5Rye4NTX7AXib PYFLtexM6XyQ15rwx8y+ostnmCMmrXJZFl2wbKcPGYMFtOL5oiFK3D4SHRhB2GjoF4ENyl7s vqtvxCjCoMD6krejgyzaPJT+IpYVeapD4zLYx801i7x9AMD6gna0Ozk/H10SGiK9yXyRwuWK cdoadsNLVn4MT6MnKrSnjMoNgcFo19RA6OdlV+iVaMaSsf6ETwC0ONX5lEg7bgHy2ywGYMyN od8xTW4JTYjfj/yDmUiXza4infDOOD4CNdmvxBRDNV/3amHe3sUjHfBcx/EhiYCHn+5ndA4/ 8hf4TYBdZg09wzLSzKP6JzgGKeR/EF4VVdXN/mpb6MYRtyuILL0n/cZogoWvLR/uZqdysE69 7geazMA19ygyHxmD6lxEFkC2vgnKKZsBHM9aPhAG7sH/AKzOwuMPEqsN1sH7QtDropA6KwHp cpQExM6jgU1RG2K4pu+P7jMJ53o/Jlqw3f6pZdEpEEwauXUdZnEbtNfuDh994gm6AI4WXESt Z2GeyNTgQHLKJo4q4cQY+0EBuduOEPSLlvLN+EqM7wpfzKGiqjUBzKxVSXZ5CG6tq+al97tn Aj9xjUV759TOYydxIqpk+ZpfJftR7K1cmVSr/oj8S8f3Gpbo9riLr3wqFFsssOvN80rMsuKD Ev6hpEpJdj3R+Zx7ZhyxL8RUepex4mm63PFPqpz4gdGgGWeXDkI+SDdzOWq0UwcUjpFEAB2F +EAJrWAX0qWguKQYGCgG9GBqzv0cAW9iVjgrzg8FOCY6iDpOjYH0C1mRE1ZCIyba7U3A9XFy zJSnQfc8CrLYWuMWFy5qDjqtF6XL6XXRc2l2wenHUWY9UmA1Bjptj4JcuX1LzNsGoOYvvLdF xnKFI9Jc9F8My/uLebg+m7XMxcqD7yp1+1HzLyjIqFQ17dpQ3zLMqvmX2cSrlKsu22wyvImc sTcdgneCEjQtjPCJZI73OtVwYBwN1ShIpWGS9I6Dl+Y5xrbAjXEqCrHaF2hkZ5y+9TNcRbE7 k7s8G4oephef6QO07Chte2B5GEGkH8qTv5lleKOB2gEGrtkSPk3hU4oQZWB8HXlWyq5VoK+p bRsIzCRa8EMGZDMWmV6S/BBR4HiE8hRuKgyFqXGbZ52WilyOYLFnfMd85dDlJ1O3qGw8qV2S VCvc6/kggFEWjwzIwQ2oauVZvK6y7EM1f2R9cKpxGSJQmOAiv80Y3JE0Ur806PqE6v8A2SC5 KCHZYQgSjQEtOLflhMlEcXJxcHQbjW5j5hDbsDbkuKxogS3VF7TZgfR2xQWhPiUi5R2pCJWv iVgaHuBhJjOgwfiWlA7lTg4vUwN6HuLPkuCpx1+Zz0YSoam5z1JfW6h0vrcOt563DEuEubl9 LxL6BLv+TnEGX056/rpWJz0JWe8Tobl9BqD0Jc/cOl9PcIS7lziczc8whl43BrmXFd+is5/S iS9jzH72Zm3BbHzGEf2WkFqhdJnhGlNGMkN0CRF0lL0ytdtMf+ZQFaGcxAg6G2bWgub7dyop dptvo/N2PpnxX94e8pJqM5K4OMmvAfWPUrqsYV4XxpnHH7KWk4f3NZoJ9sy9ohxnAQ4oYHfh 4qP4GngG/wBzGbVpwvj2M9Qb+cetQr2OWatC+b5/2v4NTcJxBly+hLnE3/I676V1JzHpX/5m f4X056bgdOYZmtdOP48yutS6JvoZhKtuECVDUOtPQifwqLGO46jOYpogPESV8zLuVK5GTAfN GZi2y+YTgmPheGyH9xl3g/UMk3Tau5HMaA0/EskFrywfMRyp4eJRq4QgzfEF/hFnMv8AIhf2 gNe6zHvuLTb+umLiZiAqo/uV/JgyGpWRyakMTIe+ZPcMJwgf7EEA4MA8xwqNLFjdS7siWR2g dl9iGTD8BFnNQqo7jKNwygvJa9MxRsQ63P5h1xgvIHsz1N9eeldOYzXQ6mOg/wANdOf4Evpe JqVNyuu5XS/4c/zqcyrgVGVCVVRlSpVdK61KuVAhiBT0MdKZ2h0Zx0qfqVz0aqUeY9HW+ik0 iljtBifm8yueI/sSnydOZqD5lugTGFbzNwXUIsp3xCyZRoSyS0fbqCOjPmZZkluhctvptLS5 xLdpeNZuZalt9F7lEDiY8S3Z6Fk5/gWlPaVXUKVKZXRTCkqUxjW66CVKlYhh0Msq4GYF5hnr qJfQMRpK5lSugUz8OlSsQc6hKuBiBfS4OuYOpqZhialXNcz1HMajGX6JuLB43DfolfJ09o/a UwA0ZOt9BgjnxcWxegdT44d5/Vh0JoluCUbPcPiEapfeC0zi5EAmRIXxayixlMosFrc6bgQF XYPDTvKNO3GefqEX5yQtj01KJPhU7AH1M+fdEAy95f6HaWFWTxI9bBaCtLsHaZLlBgOLQjiK 34LVYx8pUH5fKgn1DGee0ww7MEcAz8Xc4u9aMLD2yMVb9LINa8yVB9NTUjA6LTDDLW0AQv8A JESE2MaG6+YfeAOrxPccQSpx3IH7R48bdR2yZ9rxK9XUck181NIyg2kJKpFV3Sv38RR6OKhY P6ISQwPC9SkpCy1Zrdw8XdFBbF1fcmc5+FGD8Tw7VoMb8/iCmeAy0x+frpckvcABfJvwgmDI XOk8pYD6PABZ8ykQ2j2AmUmXbIVOCJSHbZqn2h4zDsC8n1Ni5IurodpThwaLgW8YRJx4ICs/ Mr9fsl4/7UaEUfUOA/SJuwbhlFo4O+ZmK4zK7XP6TBIrqSs0+IABTByefiFDLB7B+I+BHtKl 2cw+hiJJI2ATFFnx19psi3ZbqZIcty9Ac9pcIIFo2Jw0EGlpxMSBc4nL9SyMF2xsX6mJ4bA1 clTDG6nNT/yV+d4wNsG+p0mOyDfyAXTzAhtJeCbXxMfa0q+2bx3wtWv/AGdgCWHuxe1ApR7g UtUlcXR7z+9lGpWNHzMl0SvlMgVzU1AkxblBz4Rj7Z7BLQv8kO/qBwRVnMPqFP7ojtc7HBTN wDA0yV77S+IVtRjt3iHSpIvZi6uKyZ5GIayPjjWEUkKhli3AloXTdTZXS9Ur+cFKg81zonld ZSPg+mZneAiqeZEGEDgrswVqibKiqLCNszFoz5IRJUpPUrpcINr8QY0FPgRYDRayOQlVKItD uWb8yu+11LRi/VRH64MZ7bjXE6mu8WpiZx/8Sr6S71qJlNC+fn5vmWf0LdtsqBiAV2C27+48 QvYph8XLn5P3Ea2BXz0Io8Wmyvhn5otipOYpbf8ARWafExx5um7R4uYMoHsHN+2ELJdO4TmJ 3KaDiV9RAzBHF/4hxFfenzvPmOoOjyY17jMAc3gwZ+4nYDJxcPO2G70rwwac6mKgwwVxc10g uOJvHH1A9wEWzhvO+0vMcHAeL+YmJenzmVPUFohRk1v1cK1KwtyN/M513j8lDGykdTE1KCFO YUq4j3Z0pYwL27RxHgzOFH0JTOZy1wWN0XVNiOhTL7h0l0HH8hC+a/e3VNou1n4wjURdmjX1 jOSA13w+YAcXyLsQ2zeh69/NynFzvL/4IHoSfXIZiLXMdtfNTM92w8VPjBmXgKw1fMwm33Lv +EK9BchnfL5u5vPbcKGG1fDc7ML4O6K9dAoOJ8H3PChDJglaoQODls+s8hWkMZQy1KYjEujA P9MYsngijbMaqX8TmogWbLL6bWFmh4uJEABHaZMyWxNdhHqMpkjbacH3AvUco1X+cde/kWYR GEjbItOCu8cUPI9C4Aa5Z7FZB2VGA41RXeFDbr3TGUAzlJjtjF4Bt2lH/Jn54O3O5X7EbTE2 cpr5H+7Q2mAHgaSgtpWfCbOIsPHnA8QrzGbB5JsO1mw8+ohHyjx40ck4hENdQBFVAEy50MUf L3lQDe6vpNm3rnbcPsU2FYZ8LLPOCW+agk01jFuWFfFoY8AjhL63fZ6iuLwIA1cCSYGduIBu RKlPtLRpL4Gf1AubpHMgFWKKnYCC9j2k6nHqS6xTBrEBoRfY+4Khi4mB9Pk5W5UNfBc/cbV2 HFa1CktWOtdNQGK3J2JgWhwPuQpSBd7kuY0d80fXEx+txPFIP+0fgueISKQog1zmCOJSNvd+ YYG4FPYlDSAojmnaPE09k9h7Zhz/ABDVb+Zh1pMVbH1KqpaWStl+JmImyg6bZTVZRpVpuECg RvTluGfcWCgofEFRGByYxcuu1gJq+LiejWwWLx74/MHgVrXpcKsAAl313uFTgS64rHhqCyuD vxHkzGlS1nJ0zmELYMFmx5xA7BIGqReeyj8maYXg5xEJZ1YFduTMLlaAKNjnOoeONAYBjlt9 w5VwGj2Nf+pYbiUVDGL+fmU6BDGTJ9zGolKCAtPVy1y8DY4zBABga59xZKw+gAp/u4GKgy+W BgQX2Nvkxm1Vl2nMd2iQpjVk2wnOoO7ljjEqUQoUXI59QuWQx1S77QEBlyqEKvpQ+Av3BSMz ANV/MbYKSLJcB3wi4EWzANHnMO4yBoOM1ziV7bxsQUTvnKtq4iV/4QFwgXjTMHT+lBFIAucD Zmy/mLN6u4JiJAIOhnB+PuV/bg0bS/r7mm2KKLZqVflZC6jPbUGzQ4poV9XAACHaKygsBV5g p5iwRlQl3eNytZIa6ta+JrlL6WWQNuoAACKYWk9DQEor9MLsA1G9sx/tl5Rao7AXT9MOdLVM 7cTQ4IvKBsnjiKlfqZjzfJxFEog5VJZjleNnUr1hlut1/Uvo+9VEimcBY1GyIdQ3A14D9EIX Ya32iuMcyt8RLuj+maqONfL62Q3QEbSwr6BcI0/V10d5RaFi5qVkDkl6xZtrrvAFZT2EvpTp vO5wLb+kelQeGOINjqK8pcN1QuWLmkmbM/E+wNF5g6lFnkIYCUDlJ9iDMzJw851KVaX8RIew wfUC+PsGolCp7KmHKb5oRtNCEKI7h+TorY5mZAeJmFt6VErpxLpxMPhcR23BEtA1HmTFVxcK qrikt3nkl+8e5iC7yzo6hSKhWK7gUtd8xseYM0yzzLVuCuKG4Ktxu3FttxAcxfeD7wRedxQ2 zyQY3zFpMVS93cR5ixVmLyuNozNuCZj+EVbZbkx2i3DUd2ts55XaLYOfEvCt8wWvQMAqU2s3 L0HIihuXoZy7ld5i4UHZaV1jgpHDn2ls8M4KvqFpa7xXFjltrZsTcinoaryQmNyIEDHewt9R 8ybWtX3ChC2NE4i/It9RcjWuK97hs0ciLhKirat7qL73alq97hxm2PF+o9cLC2e8z47tu3e5 ukCNe0cYsBWwbaVZVA41sKdjtM60tQWzCW1GjxDds3dxfmYfcgGIS/kZfyS62+wPaoUeSm4i X02pllLS64mh6YQrtBnuaFHJNicL6l8QXSJm8Gt1ZYlsucX3qJbZ0MD79M1g/wBakEGOOkob AMLcQwwmuJ8TtijrAdD1S/h0tjRKDbw07RR22tmNUFDIEVLdowTuDKd4sQKXLEsHIgZ7Mfhq p+UTiBrFnPzCsbuDKVAaimc9Lro46svrUIs1Lz/Bl9Oemv48SpXT5lwh14l4l9H+D/GosuXf 8HpUOpBly5mNy+t5nEGpcelzmXmXOYP1LxNbl5l5h3l4ly8y5fS4eut6ly2obhh6fuXMuo5S 5eYsu5dRguGMuUwF97mY9SowqILcT07S3JJYwe4xOdKMDGdwGI4vuQsEPlxwhpYkr+Nfw1L6 b9w30c9aj3hA/hv+Hjpcz0Oupef48/wvPXU3OP51Kvqw101Li3/+L0VK6rjodDMIFHQ6j0yl 5l9p4SpfQzB+YE1/7/FlVuKYQUwU+pV+pumZlZHdoSEcMXq+bFcy9uj4CtxzAD57xNcSX+cw eox/g/x3Kmv5VcrqzZ0JxPEOr0Om+h0Ykr/8OJXSpVdKhr+HMIEDHRK/hWZxK6E1B6E10roQ hHPTiErP8SXcqEHM5m8dNPTSVcOnGuqRMzAhszET1qGw7x/XBizJhRbT8Qjpo+YWLnYcSxR8 kZy7LEZmP4VPUronSpT1cx/galSpWZUqVKgpUqBctA62MwlTs6Kh0qlSpUqV/BUBm0IqB46t mVK7SpUqV3lSoYQGJEz0Doq5XzMCV0EZfwGpUCBKqcnWrfECBmagQM6lZZ8SswzOO8fl0JxA 5ldNfnrOUEFQYMOPqYmjGw+LuYv1bYxBiuXTfX8jcEF22UXtc9X0FgZUw27XdPKwtoYKcmpx L9Z3VKN7bXe+phq9kiZa39bbcGJlY6DtDfzNZzgU49xDyfQ37XiEk/ZEb5/EpyrsVyQxyQlD w4+IkILFp1KFRCp/fqbH3jOeL4s+5aF/pjhziZmIMbSx/IzFLIWOPnPMvztcpcVcr+BW+Yd6 SmHvGPu53BYaAgL+cxQilnsK94inbks043iVKbxdIQbrLhWfwzH2cB0OEuKhAY2Uac+5W482 hsH5ZVHirDwb8w8UW1gqx3qsy82jB0d4DOu1PzAFhAfsq+8xAV1/tcw2OhEnirlJ3kGMsLy1 Rl2HM8CPEDTKUigi6GIXu/MbbM+O2gsDGlUFv8H6lRTTTYJ7+X1CgTG3CH9KlpOv0jCwOVdt 4G/DK8IaRQq8PJmUi/60nJMnMUse/kjTqhVPd+SfcM0Tjbl55XaV4/cxHLFrzwUrerse1zzM 7tGBfOniAAc0lBd3nw/ULUjRuwq++n5nBMC8juKUvfIy978Fnl+IPJyhQ0tV4IpcSj48OcRV ClV0ws+7cndd+SHtVBwfMreGMoMA/kFqi8hl3EWEABS5+hCd/YvZfbTONui07ysJGBXcjvJm VzjcxdhHScxRq6jD2/mIF3GunOZSxURH7VTDu+I7V9qvUTrNO/lDtGIs2nibxLqAWh5ZUxgK 7grzVGmoL1mklSC1ll+6Ne+DYfbq8Ez4wAu/aakFauyH2BRqv2i/AY5qediNL7XBLVqWDuEV bowvKsYj4Nz0gIKe9ge/aYucFKPUU3/hSt0AUNw85mjBce1h5T7jD1zMYIGnEHH9zvGPfDqH jcSldtaj9Glvz0elysw3CKLpanWICmvLLc1V/UOcH0y+AzvedA5bEtmIZOwVMzsgWcU3AkLN ZKr5jkNcbJiklC0m54PxojbMTJx/oh4Yu6q1w8ka87pO3EPcArmLqu//AD76CcjX90zWgBTW B+YpfCh/nxDSviyDX9pwF1rEfRa1OJf0yqWGNg3cUvlle63+I3hoGsI69wQG1HgmpXuf/n5g 96QcF0wwIEqwtx+IvokDuf1poh3GbOVxXKxCOWf8zC0sqyM/UDLRO7G7fG5mTkHyX9Qv9yim wjaVctgleJX/AGVn/YhWOpS4uvOsXlTK/MrvB8GirAPZl7kCf6tBCiB+Rl/F4mY2DyEbgEtG dBylzzlK0rlVy7ETaCxBNb/EDtZs3FtzP+7ECws1b3mC6u3Kqu/Z8QjfgyAQX2ZgkCYOw39H 3CanlHg8R4D/AOkhvI8GxXmdSdKALxnj/wBlBSnBtLTxuviY1gWtmjIwVF7MnuLmiM32Z781 61KyC89iXJnT9Q3MslIhnL3MsFtvMuXkStFHjUHQk/UnNLq4sNNyi1R4KjwAMFrWmIQpZS8d PZJcyoImnkFOsRgtR6RUxbJ9dALrb8QKAJKjWMcYlGlKMAmLVR5UXF6EN1Fn/gv8QfT7YXP7 ReEbS5RKoC6aXf3D1SfeDBXzFG8SzA29og1Tcu0BuXECkycVm/xHjcbkAuo+pjvlG/qf2otI SgI9FrMH+7NyUX+5zfaFVv8A8lJ7f60WS0oe22c/pu6DmM2mi3GZXaerHqJwgqkX/Jg7rSl5 TlFg3jAfVi9RORErN57x5l4zc3eWYkXNDwfMRsqXAdoVrJ3eUEaSrnTtDdqJbVdyVjlglJhx V9bpSVqkg2IhDQx8RNjLN8eYRPGDt2nDxGloXKHDpufmQD91A0YKNJDFcSV1J6Qnpe/TtU93 iBHI5jUKDQEJWaVAHmNd1AdXh1Nz2Nt3NHxFZ6+9HcVrEGrdD+P/AGX3iv3zsT+4P6jOsPtS 69RfhE0c2ZaqKViTJBJozty4i3QTr4xOTPcsi0Uj04ItiuKeYA7Q2yK4fISvX7twA+4gL24a tle2XE033HneosoMt1Kbr0TsiQsrX+ZmbQ8rrQW+/wAxFDxFWRg+ZjGU9fhXwxXebTK7tah0 Khh4OT2fcW9zKp2K/Z9xXFhq1U4fLNqJWYWyvT9S9kLHzTvB+IuZI2bkvPEz3qiEVfn7Rfoz HhRZe7rzDvR00tZZybxL8ITsvH8P1MxrvLI4zhiNZRz5ylnqgFWKqFAZu+aLYu4kOhtgvZMw SUQ/qnz/AO6p8i9I1LR8ce5Z9MAlqmvkX4CUg5X4K/uLmV/fHP4YdII9VZ+mHbemxQPTKtMu C7uv0/UW1nlM2Z8OIWhNqvLD3+iNpi+YGjOCiA8wr2Gm43H9E/OVLD0zBXcey+pc5YSWvfj8 sryMjY6+aYbwW4hP/sjSFLoYm/yjDlM0vsYt0u6bVf4ZUxQUaPL/ALZGHObgofLUpHb1Sf8A wh6cpI0cU/JdR6UyFqpj8RkNTuqrX5JlIoueio/aX1vpGwAP2bA+kQAzHu/5Ym2LW7a/slxg qCqhdwRwvJnG/hLvBpchQXjUMbvmEE33NeI7OGUSAP2hUD6PPD9MAxo9qoAc6mVkmmbj8Jzf Dp1fUaLRnvH/AMgFtZnoEri67os2zshH+CCZOp2tvqHAzo5/xnbQY7Kh5wK6iNnSglcTB8pU S1vI7ynQX8EcyQvuTe+D7FYiLtSvgYm2NO7cyML73K4IOSL8sh/7DcOQHSWq0Ff94wBBtWIz AztQkCbIGtQrG5LT3KA78xaxoeEF/SXS6leZUeLzDApvAbhGXTjDUH30cTXRhiVBGwgQWJ5g sdzPIdUJ6pmtbL+SAu5FU91GA78r3zFjkLYGtEu1C2Cfe4qojgmBkOgGPiPhTpBfySvTJsFe oxVoOQ+oJevDebgeS+MMt66LCyZLZl2D8zvB7T0qY8v8P+TMg786zWH6I7pR5FtQ0T++bc05 jh4pk2qoCDtAEMWsweFqlQdkdhluCzYmOj8YAGoreb/4aOd5lv70wPeHy+mAdiN7JUSzeZVs VRFaxMwYxw9EqlLYhWu6WQxZh2cy/CSsPehmNd6+TeGVwAoHKPzLmWLmhN8M6xL/AD4LTtiV CJtU+WYckuVWir1MJDbGp4smN95GrtbCq5RA9C5sAbdy7yRjX0FH5mpgbj4uDSDTP+kGplMP guZT5hC/iBe1H7r7x9V7aqtLOSEfiiXoLlXpLhq1TFL8irD6WaTbqHouKnTJ2/e9wzj0lKfc RHmw1ficqnK373H5NasfFzJlh8AUjMiaRW/cVC1khfiV8cWU7rmhcpvpbEye3QL+IkQKVg97 mTebIeoHGGwwPomaIKFn3ub6fiXsua+BgHxKMHyfzg4bMLT7jbxsrHxGE7lBee8rcrY+yWv1 TvCIEDasL3mwfzI9Tf3BtMUJa1RbNhXIX0nOe7VMz8zyL4phTU5WkwpUwop2mkN00sL+aEg2 Zsyd9rVx7bXI3bvcy9Sy2QJRuiJgS074CJtNcypRZqxEyHbabmqKWepSqnNcQpKHac7EKlmb ptWgvqYJhGiF5c+UQXcoKqIQFsBvtCBwvvEDiaR2R6cy5f8AC+i9Ll4lzcv+FxYTmHR1Lly4 PUxfS+t9F9L7S+hLYdLnuXLnHRcGXFly+ly5c3LOl9eOnMuXXXcMdL6czjpfQZfxBpg9Blw6 K+YS+nGJzXVzPGe5zBzNxcxYqyp9NQSmb/UqfcmN8xLKfa4dq4nGZwU9o3Lt1uMWBHwKBlrU QcQz7czDr+Ol9WX0Oel3Hv8AyublzUOtdTfU6bnPRnHTcel5hCGIdLz1uXL6Guh0Utx1f4vW +p0qpUJUIdDM3DXRfS4HQlXmVDoYhKszmXLpxDMqVA7ypxiYNxd9Gu806bYlQVGK6KvOS71Q 36F+wz1ir8MaNOWtXEwKsUpa68p4rhedHclf0mplH+HM4/8AwqUTXQ561nrUckpldKhiE5/h qVf8d9NQizMM/wA6rqHRJrrU314gRIEqulSuOu4GJUq4SuoQ30rPTbDU3AgQECBUEBxElR6z 2+pWYErowY5RIkdEwjMYNOJiBNUubqaRudNvcJJTGZrziXM4UcmAkN9w+FSm9SapWnxMcHRm z5j+I9Kro56VcrpU5ldKlfxqViaSoSujToqpWYWnMqVModRXTUSMVKnMqVKuBKhASrlug6Co nQipXRh0Y/wQlQIHQQR6S8s1Ly0IrPQMQMd+gEIdm4RUs8dJNkONdF3ifOD6e/oFDfoV0l45 xrx0RZKL94bPx0omDBF+EdXOWBVqiQniBYFOoy+u4WlvAikHeNncgKRlZhnm0JcYkKLbOopJ yMR3miTuvUwpmPSUArdg95mlrwiVNX3SX2mJqlBf2zFP2o21M7OzanfDEroEyfCUAPbDCKDP DuTYthivUOFQRF6b4VHoXFUG6OYC06UG/DB7bfzLMEyhdDbPtrkqPiaKe9+I+5gRh3zxqKEF VL8U+d+oio1kd+XGpUs8vtd8RLXvZvxDXxL5IsL4FQBLWVTvqd4XQ9xuuP7Jbuu6nwYiLtmz hF+ZIXz+52xQvLtVSwtSdE4S/csXLWzguO5CKOYKhLELwM6yxvXH1BQsNXY3MT7GrsjCBsWL xmfX3GMAk8nT6zc1IQItCufJ9kULgHL8HLZ9wB++Y8DzKsX9HrObfEpM0lre77VMVgeIGrxf /wBID1NNbWKeGY8AY98M3ODbheWoOwhqCgOlMc+5ild+5S9+IHNZ0zN8+H6l3pLwOHfMxuH8 XPJuK9dUV3m/D9Sv48bGOecxIGRgE5NdztOcePHu8/DLYh44YeYeGxgKvT8P1LJjKcnZ9S6l UxDdj1GUP+AU47xFgAsGrH5Pucpy4sOHdn1tbvxflIfhIBX2GclOmAuh6zBYGK/+ZtN08wUP uCLkQh3DEwhYwnxj4guSE3mxuCvzAAmoqoWq9ZjViBD+YebkEBDrzEfKX7VFcWTUECFvYm0y DUZqK2iTD9+i05fUPUxHWPUIlmFC3uPByafuOlZWVDsR8htasRPRSF+EBVcNVXAkqgQM+Jcg MUAv7lseYh+4i0JpiQCE1xQcHGy+UEveG4mIukn4hgrJABcXzoceiVcK3leJXjpJ+I6B8m/c Xwnz6BDLK8PmZLyagv8Ag9BfslHi4R6jds7erg/rV3vYKbnNO8+siXTBBeFKeG5XvQOBrZ9x wVQegK4j+bhPuXV+JaoBLXK7mLOnLNPcVjqu5trS/MeE60T6Jma2BUl7VKiBl7+/qb+qxkEh jtgzKvd7Xj38RIMCIR753KIEi2+X9xEnnwRxxub0ISpVjPxBLvZkHZ+IxZZN6afpNGlZ25fz KwErOmwT4YTDX45rR8kwqFRMZsH6jf5+qP8AYKCcGOhF1HdxAcf7X/s7CqfLMP0iBsSwUY8H mKyP8x+IvCivkOfqUHg9b/4y5gm6WhX1EpXg3XAv8Qt+TUlriZyDvEv6Yq+qObd84r7hbUJ1 tfesIJnOg0W81Gyd8aVhe4dC05g3us7lEaGrQmb3Z3l8mwMKZL4Ilq0VTsEc6NnaB5OnZmJn wfcWXAYoDXo3+INr2hVwN54MzULzGoKqBt4ZALJeHeq+Z3EgCwrCtGjUqbhpM5c8bTPabsFm QAZuvM4+nMnyucYJmt/tiu09XXxNaon5VcmdP1E0s7LFz2Eazm5WnPiCjQhqtVd9P1LdEjlR SZl+pRh/6VHzNtdcy13bwr8T7jGk0D659kpO6A5S2fc1CNvwQc1MuPXEYs7QJEbVyZM2GnUc aDxiVwRtUD+hctmly45AK7h9ykDcr2mzD3MJx4UBYH6zEbsq7sFmP9mJ9vmKVXP3LGPswVgr 3GeFxjFhXmYxQ8CWy0QZTwCg2pr/AFygDlhbGLzEBS5xrOoFVO9qyRkJqkrBGO04acec7f6S 9R68XvKdm24urmzhKfdZJZ3rhx70tUXLJPll0gtqzDF4hObkjZ4Mxkrp2WxqpHwwZmhC69oK l8OHMxIkuu4XlwFPqgOb8tLeICKqN8RWDDNqXEpbQugfboNVK7B7AQDToG4GTQ25smUdMqST 2jhCW/aIWlxme20fT/EZzmC2WgXq23zMhdFojpivjUNxsGXq/MjTUTNLCeEfkgkjuuxrx/tw KnilmLHjUYdvjavPpn+hP9cGTuiTJ4QiTTcVrfqUW2KcnTU0Sq/A8vPMIzOh89DuOU85SpVu ExBC8/mGM+P2yQV+f9Z6g6r25KGsvOJnSGa6UWfMzNDcd2x8zOJBHcL+SxJm94DgmZKtwAMf EPZB2iLsxpLMqNzWH9QlDGja9jux22MAsOaa2lnjLm/8sMKVi2jms6N9pyB1abLw8/hPBaOt tj4lOtl12FU19RAFoNQf87zFUs21cPuKJXNai3v5YfT4sE3Hp+o1EkYBMe8fQlXYCLQ5HfEU ScALlg4qOUWblLT9DMSziDsVf5JdQBNZofKlD4F2LX9KMxVK4a1lgSfhoCKwqPhZ/wBPqENk 22i+wKlATBHQgrzG8NbdCpG+6E8Tv/G6mv8ArUTmWBaOBeFEfhFUO2suYCqaI8Or2gBgm0qr 60vqHhYYuHF9j8sxrZWm4/K0wuMrkqFHpGK8nwsckatdhwOi3eosLUrVsTHOEw3BCBLDziLx h4Ntz0Tm7WMAH5ICmOHZ9Bht/BLQ9QNg9vmdqvoYNnbUMZXWop2/BFpGAWuO8ByphKx35zmb t5dAC2fhOHJ2Kq/gluNnjY8HzF11aOQr9w8IHw//AAwASqBGGdQzUQDg35zcb147jX5ZTALu oAZje3BiBFHP/wBl0DLILl7ItYYk977hQDHjNT5qOdNHmG3aUB9KsrzHrOaAO1cMs1BRYVW+ YoFWhNWBmNxglVwFyvBFbqk19sYhJdesbK7LPxNZWtynfAYBFhkIeEZnAYME09Uee4PbstGX GzuKSxCTgrwIuNaoQRK7eEpLBG0eoQH2VGK5aR8wnc7ZYsuoHdNcXf33Gu8xDezJEXeJYdjV LUkFM0Wysh9ys9f30r2IasIVnNVNaQzCX6haRT+bj5lot90fVAQ3tLDiPkBSKvzU3yKi2KiG 7NH41LSCFqx4bhOg2wMKBy7Ebmc5hPghI3W1fNLMH3dLxV7lpZzBzM+Abc/JEWKSGezc5rW1 ztdzEuH2Bds3BwME2T8y17sYnJIqsCfzTAxuqrRbHxsfmb7cQ0BOQE1dR/kjUQ1bKNjp6Cqr hwQXw1TTtYRDBqQg7WkrAcQAHGFVEwXgdrZYQAA0Vw/JMUzcWy8VKngqo/1McjR0vfMb/SpV d5K9EszpK0/5GGDex938zJRRUHVy+xI4XvUYLxi0bVnIMbgux+BXqECAS/U+SVs2VMO2ZlTO mWbKvWZtl+4fJAq5awdi4vgbEz6GcO6LPNyuARdw7felhA1diO9DK0fW41ruhAlpwDyXLXY2 OX3ojfk3Cy73FVeIfVOck1FoMD8w4DVTUVrM5eJYSJ7runJkC3u+V97nPhLaTx4hCOVlryzA K8sGXmWAp7kQtXyuJwXaMsyp8RK2XdgdLVBaUjvJm0tUawp6irlMx1aDGZF5gEHeTzMtdrPK wU8kF7h3IupcJ7yxrLVF+85rqWeZeXlzxMUVeGmW7/mX7ziue0atzupsE2pbROehm4viVMXP 0hD/ALQgSxr7KZkTOoASpdCsRMdPUvpfS2LDqX1XNw/hcuXLi6LYy5fS8y5fS5eJcu5cuLF4 lwZx0u4Yly4QZcv46XLz046X1vpcu4s3NdM9CV0Ot1BuDLnqK5cGod5dS7hFUuXiDGC3uXcv FdS8bly6Jl06do4S5pGL4lxHsTGntNccdGd1Dvdo3zAgNFUfmW8LmKWX/cJ0WpQ1uOCZrB4C YNeAzgIfmZXKzL9dL6rXX9dHpXSpzNTf/wCF9NTPQ6XiX09S5d/w5mI9P3/DmP8ADf8AAenH S4d+lS+mP48ypWIeOvM46EuupKhOZxCGIeui/UxOOl3FuW9LvjoS8Zl/cY4S5cuHgZhfgmiJ TA7x1NTsp8bjqUa7gB/qLtqJsCziFZKxF+b3BTZoPySrc1Y+P/IYY9bm/wCNR6BGa6vT9/8A 4Eu54moHVcQ6bmunEqV/A6c9b6Y/gdbub6HQ1K6VcwdQSsw6H8TUqulQlQhuHQzzL1NTiPia hPxPmL0XUWe9dLnuX3g3MS478T7KKsfE/TOeuAxfNrtK9QOa0V9zgWnv2TVO2aPucXyNUcDf aUnehAusZuXWXsuOZX8qlSulSpU2R/hz/MMSoHQjK6Vz0TpfSok4hN/wDPRh/wDmdDpqG49a nxKldb6Bf8jDDoLvqcTnpnEI66XmXdxuM1GbIziXHMOi9FJnIUfYjuiHeoRO8WD1KnuksBUJ sg9Cy4yp4GiWwyuaVB6EHvrIsX7oAHzU2g0Vv1DqhpLfcRFe7BKXeo8dKDR+Jna21Ha5czYh B4mazNnVNlQI9OXA9oJc6L4sUuVFpJUrsOOJApKgt91yo6cg/LGXHMKw6RI4nEcUVbQ7xGzz EzBKIRwIXqZUpFOLhevZKph1d+iunuajOf8A8eNQ3OYHU6BKh0qVDoqECBOIdGTKmZXSuu5U Iw3CrhublVCGei0wcTXiXNvaXmMddNMu+/S5fQ9OZbNxz02TBXVw15QfN0N1HMx8keqGUeIJ WMRo8C+pmzLj/Dso2A5V5moVqVEiV6mL1Mm3B4GG/EbwEXkfAuD7J5ITe0qoN8G1mFRO1hBj ESjtt2eO8qSDBeyA9wC9XGsb3RK1Q7XmN0Qp1g0u2vR1EEtDazpFfj4h7PWMtwSjP6F/UFiE FHE7sMPVx0mNQrAy7u6+oZJVAK7l3uKzg/swK/b/ABym2s69wwnGalkxcaBQwGI9MqQK3XJ1 zDJOGAxbT9iMJoFD22H2wLWVLvYfdRuMDSPA4fZBggtqi6yU8y8VlrQvODFJGyrEDZtHeSoK 6sqaj0qpUqah1VMSsR/gkrpX8DqHTcrpUqVUf4VOM9AnM1M9QQgSpVQ30qpVxm9xmya5j6l9 5fTXQx0zL6bob87n2gFWq6bm9THtM5ueBU/Mru5dD0vq+E4eIeOVyvzGKvQ7X1CiXMsu1S28 tKVcPOpnSRwon6I7bCCUOW6N1qNxJUClse+IFtgKAhchrLBsthrZTZXzGFCAFGt/thMcoKrZ b8VFcGyEsH/JgGKH5nndfhlax66Sy8Bp8MSkt3hN/wBKjwS12yyl5xAR6aPqe2T29P8A7FT9 mv8AHeXqWVJBMTT3PklBwIrWUeV5YAKPnJGmfoHKX+iY+pjCHQomJXul3gal8sI5H4Oty9UI fZmiiu0opB2bTlvfH3BmVK6V0qVKqaidTKVMelDE6BKlZlQOjPnpuoRUqmVAlSptKqUxJUrE qoQJU4lQK6V0JWIdLl0R156X0dQj0enE7x6LmLc4n6jN8u6Oj0CLvDHqZW5/mEqNKV4Zo1lA IyLWcfyP5SGGXa4OMAW597l9hMJj3FtgFFR8wzFTiW1XaHktrA8hKloCb4y2ConXKivPZM5C Gpd5XEdZPtbkquZ+BzyHENFQEk/9IgpSDtzZWYaHguKdmGmtZ1Vrz7l5j6hMrX5qYYdip3Oe IZCRaa4zlSZNQuNHxBIcararLcwCQFVnCgqlrwQlQV2jr7hMZ2gVhw1GiJqEO9EyrAcJ6sxB tpSoHTtvRuOashOQstKdBJBH7JfnF1KeiCI0z1To6dTTqL6DoYyoNIxUylw10MV0VKlRHjo0 hBOos9xyi6FwWymMHBEtkuSDRNoWgn/KNMQArwRK+8LqK5ueFywjhJX3CbhLz0G+n767jKjP e5x1aJfS767iY6LOXfOM/unzcrUSmYUQlxfu7LBmP8K6KqNschgtxgjAtqDky1wPGIBTNN+i MfujK+2aGmIHzC0hNzfqqaNg69jOYh2j8xFo03l4lkOGNwlOVU3FEK4AN9BzDaE7zEI9LFWo I4HMKIwFlvmY5bAHzMFd2Gy2keSI1NAPv/aXQjYqDywucWcPwxc5ahQHYqHGFy6e7M4mHKu+ QZmpkhqzjEfi2bGO6cVHQskGj5X/ALDLsNUSquIXqzjQbP7uVOnfk45cOoY8NhwL74hLqlrs NuytQ+dFDI1il7jF+v7DOeJRI2Oxwq8V/cTx1Zkq5eUIfPgJfu2hSOGIRKuNyhDeLRapd4ZU QGmSzRZriV76autas2Q+zAKrxTb8xGp3O6Iy+4SJx70BRYSUqVjvhRfcLw5GoJSuLe0qXFxX YLncqzKtYYj0OMJwuFHNlL7T1DzBzZ9pTuPaGg2ngmVg7QfMcHU7yjzz2l9eC5bnFRXISV+K 5vgYo+YPkaryM4Z66Hvy31MshXAeZUrUTkSaecCXN9oyi26hUNwGU3faaszuQcnt1OCoRLFV 7iVK5M5Aty2gczIpj4DRZzofmafB2SjVyySOArpX4ioM0ipVuYr4G37MwoKuRsquDEHDQXZU qm6hUqugzZPcs6XzF89LVLjLl3GO5WYnc4jOIsvHR5Sy02TWstqXmCMO3h0A/mUfwLtiCi2U q9HTMZrnoglLcPtGKNpudy+1ys27st1LkmvuE+/Ab+gsbJVRGgaWBmx6gS3+O8uhaa1yXjvM nmHjBsO9fqWuTPzMODUGCYc2tqoBGRpysDfJcsGJkxQNXLLhReW9NS+wCXl+jmYWd4Cp1U6x qz4mUMybo5TAT5KHmHvl+phKH29gvtmE+2L+zm5ahlwqaUSodAo6Gnk4gWn0IPxyL8ppg0YI ssIwYIBhyhtJSpf+mgY3YNSsjodRAQ+b/Eu6SFbJnDfWon+0/MAHUyWFpvm6lmLdkGhVX5g/ MK+Qtz8e2Pzypp1HaCtoOqxBr7jcVEwb2Zeax5jC6K2vf4T/AAVsjPwc5Yu3uH5X51z8pXqe RbLlBd7JRkWMBewwwSLgRxIWxxBMaMwl81yI/iHkhHCzZfN/5mfav2g+8mqWFNGCQMfMwDbq W4x+/mYZMYeALZkj8QCSKxrBhQ4coqpc5gKKCWJYAG1pK+wx1vp0uuBCOJQy6B1j+agBS8zw i21jmcHAyPjZ+ZTyxIdmAWM321F79RewaB27cQ4Qri1A6ft+5S1gL3mjL5ZWzEe+1e8B8Moe kuVy/h1cEO+B5I8jcANdHsPiBC6BLKbM+U+Ebf2yIT0s0gPo6DKYg3XS/wAIBm2HAyHo2yxY 4R2Ij3IwLr/nqYUNyYPFe7I8uXyw4a5uLLdmmFDXuf4sVNns3nMup7lyvEDo9Ll5l/ECPR1L l9Xpcc8yq6PSkXKzbGDe+lZgQ2/ZHdpV5pCG5r/JgpX/AAZUQwVahY+pYDr/ALM60o+QEMdt fR3O5CpjkylhYp+pWnpzXYT4CDlZ+nn2wAwajQWu4JiHZnGl/bE4aWIE/wCoa8yu41xFeym5 ogPqNJoYOqr3+JcwtIwVp+z/AMy0u5gX3gg0J9I/MrfaTDlvUUZWC3/kf3iJhXK3WnBGBFJ2 L3VMZQgvTSVL+mY7ZBfBiuXMU7P4qAlbvYVX2ZqFkDODSD5nxVir03DWzFWd76Mfm6GrFf8A Ium9nTBk+RlNQ1q6Bv7R3m2GmzP3Uu3FpT0K8DAeWyC0ofEF6QajYvY6mA+IyC0MemIbiK2H X8Mb/wB59H2Mkcv2XZViu9xJ1qKBRmreJeCjgoXv2bPsSnDEiCwbPYxxcBzFrClWCsQxj8rC d/MMYOxx5Bvu+fUbYCAkxvL5ieWOSPcIvEujYlVuxKcXzM+tjC5TfOOZS9pZ6tebeHhuFc7p 3gFeSMpyiI4p5sRXUG8ag35qUWl1AJOK2y28jzLsrOL2gKft8O41DsYQc8YkzX9y9q1hVGQ0 wHEAFWTV1ZeKgGcNwmR80NsKKtG/29xrWtoKFecmDEMBnGBym9oETx5hNozeEz9yzx4gHmVp VaqldzFL+IfpaCYKXbKFS4LqTaze63+ojDc6c2RB/M7f9UxNT3t9r3AlW2CVg8VcpRbm02z6 gw0ABs8vKPzNYKPHEupQ9jZlrvMyGP8AleDxOHiK9nPfuGYVdVerrvoTia6eoTjfTUWHqM1F qXL46HTHS89NRSQtPBMJq+iwuGLJP7suqQk7Lszcvw7IE9XqbtZ+aoTODkfjExuNvY0q2CoV vwHFYMTkPZY8UVHYL/nl3zOJ1l2eaZbhC2EMeFVKVzrjuP8AU2ZpDx3cFs9KfNbNIWRC9pW7 bI0cN1uJr58ySnR+Ybqjb56lTcuq28A/Me1Auhgox8Q+DlCu7oeNS5HrkPzNVzKF3u61LoWE b6ayEf4w1uV7GG6EkBswa9Q7GngoatC4ijNOmZWBAXto0R053LJ/VL3NF8kw7wtKu2Y4g6T0 VXqCdMW/uIUqNgk9WzV3VQ+Lg6znc/OCgLILSVfXQoQJ5HdlwwpDuzJoPiLN233i6LMVRDll m7hwSzcrMF1Ru8y4KLy0t8zdWcCy4pmeA7iG+AhbY2NDRbCuzUAF9BLl6R9SmBHzLZbLjjw2 ypSNLC5SNTFO7sqviMGLQRX2kYvV0YjsEZxNU58QHUNh6YcxKYs0lwei+Y9R4m58zRKehGJL xFlVHXVlhx1anE1PU1Ll+OlrvEnlNEUxcrWYbeMSxHtPkSBKFijf8gYTR8Vi/iLmyrAemEWN FlkfiB1uqQl6xL75u67kuCs8yG+fW/8AiCMfJ/6lnhao8GWVVV5ga4Zk/Ob/AAsdUNQKJvOo cclS11dPQsNzYolaXxiW5gbXSmSUq4PLxAOc+p7spou7annI3CAcrVVnGJbuADx/RHfQSK/y fUHOgGf2y2mH7E+swu+tWOK8v+9w4IKdidzmo+xh8G9eiZhTs25es78n3ESCDit/9PuOQLVF tuHmYDjACm68kuRQyDmrbiVOAsBW65hTaQNDw4/uB2ywXpYbcRWdTI1rBjkH5jIm555U+Ayk xoNy4Txy+ZgBYmgw+a/xLnA0mhestjbPqXYGCKcbSctCdBBe4TwalAc44qUqu1hVVdCbYMRS 8twWD3ENBlQ9ftCTMs6dDHu/3C7LjF2pVy+UHnAUCXRUdGWDF7RZfDYByMY24IYXqC0ov2OJ u3OY+Pgyib2xxr03EXjbsNKvjUKeUyt0WD3ZXrMCXB3zFngYBbF0c1ZKQ/fAcNSuGe3LyV7R HfF+ygUeoPjuoxzqZldFF19ttvM1gkZpt1XfbzDN0i6/BfMcE8DZuT8zBLtsuMpFa2uYa8/l AbHDq99n+INPRdQfU56ViHX3KhLqX0upzM3LzcuOJc/X8F6XOZ8zXTcvo6jsSn7TOdoMHSsz RmZdsT1AZfw6xaKUVWCmnnpfQ6ab1EaztD25G17RBHmmENKQwxDDMc7zpEnRVGxnnlX7Tt+E mJx5zuPFu0i/qlHuQJRy/H6mEOMz3u3f/IFhQNo7c+SVPzyRyOb4K/MoTw8jwexDewm6LzC0 7J1jmYM+mEITTD/jtDWOjkszqU2V7vOj5jFlwGazXaBLS5Vnjso/aUhoFQigPm5birG4Viml o78Nn5MFIskFO/6b5j7EjKAlFZhFXMalcvxepwVoGx3HCd5z+PLlq8t6jEOnrxYLjiVh2FKo aHiXrLToRRU94att7w1wujMXggoXrMu/qYsjXEZOzSZoqnFylmVoL4mX5+oBLofzVk+iUxDU WeVUb0TlhXzk8Syi8L5H4lI5BuZeXntNQ6Xa3Kn0SqNohxzqnJoxt7ebhKP+2Zjv+mXTNSvr jyHeXjyZoZAIckoCqYFNjHwj5ha5WypKe+alEwiwnxrEqEGsaBR4pSIDVSpawirESWqq1mU9 nzKmt5iGVHLAU5b238QA1oVtSlznFd4IxI4ZU54xKS7Dj9Aa+6l09xbMh+TKHeyEF5KHdG7M bQRtf4Ym9WUkbxUHjE7c08PBrj9+pbrLWdD5lPi7IhCnm5XI8jp8c1/xOA1ufblsKxgx5Jjf BqH5KFH+g50xURD8G3GYlMuE7Y6DKgXKxDzK6Geq9GJNxY56bldNS+lYi1HczQ7soJwCGo83 iVMDcYsHZfuVmVICNlKH5mmY6EIQCBVr+Q7/APZloI3KtCg3Ot34lznre1nDMgsKcQnyhGNY DrO3dlaPmHUh4WiZIrzXyJofTUu5TalV3erniQ4xub/33cDmo+CAEOLkecf7S9pfHmn/AKiG W7+BWnoXFmCM7XSgqPdgNEni4X/E0l+048YljizxHm5wwsSD3Cuw2X7XEDt0OlVcu+n+rp+R jjGVmSfqMeq6fDFSEnvAKNIH6S+2eMkqoJXKwyzKh52tcj4Q3onVTT0mQMGYQ6uOWQS8tRHW 1DoURzBHNVIhR8MDM4AVYgrvn9yk5oIccVxWxXV0lt4zLlet4uDuRzJEZ+QY8+52qavGmzgh j8ZeG6G2978Tet3GyvjP4jlbStBq/OH8RYgSHH/ln5ZXtB2mzmlzOWsaBS73LywdWNwiMKTg zpxfGOI8IEuoKzB/xhJRvtRats75l91wBUlfZdNxlenw8kvx2lPvRQVW0K/cyYMQwq7t4shA mWwoKVXusRGBNZQ717YEPKXB8XqYRe/E48lUfE8YQpe7vbRjwS3CK9leOYxE/f8AMypgUuqk /wDkY9RkR3dFAmMXLdFLd8AnMLePmM7jmaBglYZauDRZs8Hm+Cbx+1rLSe5bCRd8Obu9Qdu5 lczZgZzbqeAFSg9EqEL6ClTRNJUYPfQ4ZU2MTMpvPRajOOj0v+F2SuoXK6yaMc4iv0cQR6ah x9o7WNJ0zkzFwxqIvibZX8KEiRbu6xzeqYr3/Sqo1RLe/LOQXHxNzzOm94DWNuEcWeIDtBQ0 +1x8gqcdCjFy/L3/AOlzqFMySzNlNZjN0FvMp/hpItf9xikc34RKbJCcQCBDU4Sna44TCVKe qAP2S7q6IA8UTKzBdkPclJyJj3IZzRxEreTZ6fUfqhk1XxBgWhBHbMFRrGvFVwgKaYj6hsew IYfMoQHEvpCwjpaSGOAGyVkfaWpTqR8TZL4WaBahfd5mfcAYupR3iwq4titeY68wVxcXOWlK IOczmB7BqK6ZhFmv8kG/RG3FzLzMa/u5V6Ji7s8jyMyxlUDYNpFevuOJk6q2TgC+duIrBNMj XyQfi6rDoWjbhiGOgM1NxOnDQ4rjXzxjPuZp+2VUteNRkWyVS88hgdXmG6rkaOc7O8N4Yuzw 0o6q3vzFmeU6di6c5J3lDbfKBrAbJZcF1uVSuLWKPm5hVq4/bBOlR3iUuRa+CYCfMaxYcSr9 lynylxzGOu/TmPRel9abnHRemY+Z8Rhl+pn0NZjrxAhd6ZXIa6cAtZ5U5w++i1/AlR7BZRA6 Fa1eEqZG6wjHtlWJ1IX2wyiiLtT7YYdZkAfeq8wf5y6bc0S+AAJPxLZBK0J5E4iNd4XnYrMx iAt+LGY47hYPiutw1KqvEC4uTmBcPd22tnsQgTBwHvljh06ih7Yh+3PuU3CbJMXbnuyn3L5y NP8AleZWih430CAwUQFOVTHgNVby3xBR0DJnUX2dw5XhSyvTw1nicsbWrVa6cVLPD6QSqpzu CwFWG+6K8P4mZJLSTl/qH8y+GF0jMnXLnYq9NMKpDYXHIbqInlyU0tlBSNiwZVdcEE+ALcl0 bIes/QuhWvdJr1oQfNRsB8WsaX1uEUAlhSmD4IWXLPB5hbNtKrSixrBcLiIrALKDmvwiKn8g 8z2ePmVBPpRtUJRb8MLeVHroqfc+1rwIgAeMx4z/ABCrfp8SyKnlMhAo2fUojZ/p5mAiWN/n BiKWcBg9zGo317kWi2FO59kuJ41oOPgmEmH63KKbW5wkiTfoesImEJ1zBFXnfiVy1sbD7wa+ 4uI2pwk3w4+YAO2CnkGc1F+hDazY9N1OyzNYUZ8wPURWLsGrzsud1OjRyw4yRipbpGwmGK8Q +NRqt6O5nco4uOu8QqIqOnYeczid7WMvHdr9Q1/GKguqMvxua6qxySnjt+pwTl+0DRwfMA78 y0J3NCN4cxDLF41X53m4LsMlHCvin8MYiLCAqn2zBw3sLY+i47DoUx1as+Zf1EfhyxGCOwUu /wDagsgTEeb5c/UzHYrcCswT6Q08g/qWyTdaaXq6gzTWHTQ1/c8Sf8RZ6XFqOZd9GXLuXmXL i9DozLWYK9cp3XLqO/lN1LxmWjuYI7mEC+ITCIopzslFXRd6vcyYzUMz4m0qCt394HhTmVPK QLdfyQQQjgpsXFZ8y+xuRdY5eYMzQ0I0xxjmVLSaMjOF+oy22BTwcbMQTWYWatZfyTz5RVnk 5yMzaubxQwhVxQc0IgLM1Cj86Z1H53HJE7XwRi9mun0lflH5JmIpz5kopxAbwy/b7YGUeURs zMFR6upyp8cxc6F9Lo09TNhkipeLuOTI2ck+d88R13KbGvHHzMQBKeUUYf1DmtzXO9PLMB03 cVfguWTND4DvxcbqayNA/ZKoeC7Dp7u0RvGxaL57wOXO1zquF+oqdxz/ABTcKvafthVAX3Ps GswmLiYAf3D6I6ttEqVy1mUsFENEH/kqnSgF5MIDrYEKVktK/ElPQf8AfEqg6rrHPy/olgRO RfZ868wsxTd6yhe8HujTIwIsirUSuHaGDFZ9TaPLWZhAsRonwpW9mSBG54UZx5T8TGNiOFUD FjqOnCaqBsaC88xPRxh2919Pi5vuBT9wi82vEPZHTLv13hlI2kxBC0VTzBMBkTvidQtXdiYm AfNpqssuLB7livhiVRkxLqLPp+pulednD/eJg2fdhQH8y/inmT/LCou/cKr6GYbaHzLV044+ 5SUaLBrDw/YlZwZhy1GiCWnLDApQFOrwuBsP1CjqOYBI4NftEk3XAXlbtMWbIEmlIZCj8yyG sdPx3xM2YsMjbXfj4mFqCnKisS3cpN0CzaF81LNCQ5ZjmAeT3bxN4qlujRnWgiUq2lvh7qzF knt0WKxgwSk1F7QrlGzEKvzCoEUuMcdGHV8dLm49FnEx3khr1S+jOPMwYTvxL9tTN/3P8pZm K96/lOg5elVBhEoKU1sdvmFbbaAoabyf1Li8Vn5JjwahzM59xAyIajFz6g3C7KzrQ1f9Svgs D3I9nMCyWNYLyccwfjQzKste4UTJYS6O/JA87GWWQv4hYoCsFeJKTT76uBcSmONdGcNP1y6g 8A3yRUBSZ2A2YgSbYLsaf/O0F5hS13UxEYBTZt49CXET+IX4mZiy28A954+mWFtXbMq67Cs6 2/cFEzXZcnaInSA928cYlyylkCt5fMyK2NbClfHMRVrkijo8ftB6Mq1gc59yncSCh0JSqiN2 1B+YJZLfhDdxHzKcTjWM8/Uw2mnYNkVoANNve2zEqnpsagZaL2YuQ2SVOLMa3MvQGC4UfmJt DlccK8wYX2ljarV41ATJoFC22B8REUUQJwwRe0qUbViGOFwf9naS6V42cwcuqIs2t499LXSg 2UlTG9Ne428wJdjVHbmDBqHbsn3j6JdDQuS13p51LBFkt/8AJ/cFrori9vaxlH8Mra9127ys klZbeTeJVZ1xw1mu9sCIKR5lXz4nLCDALBcsUnIG9KqoWBPKFtueNEqA54RwLSKexLku/uX3 9qAD6ikyBwB2fmdlWp+UPDFPqJbqO34Td6l6+t4y9wAuBzEnkexEeN3Np+J5SiXDzJ0OEH8Z hlzNrM1iPKchinmAcw7iowsQddG2PzLxR6jnF/PQvS5lNypxOdxaOpPfR1MyeZxe029FHiH4 6Ye+osauZWA+1NxtRbe9Yub6nQZQvoQphlmMWS6d1meKjYPU2zZqyLbZ2gzc2Adrg0eLyqPH LdY23r1E2jsa281G20lD+0GiltAN6I+vOIGKrdRRMa/90ynLV4vuph8ntR2ihqLU2r0CFe7g X2RdbWEn3PYxoiRDbslvcADeLRfmVm+wqlkbuEyLe0DS1driS+Yu9VgShYUtmZbuaBcEKGG5 WYu4IyrmCkSY2xcO+oLjdIdnoELBQ7WYH3d9fTAzEixfMqJdnSiGnfMrMxY6NQ/Mv5lPMd8S oqcijgBblQiFRGNg6bGWjBbKgtQwO8qvX2V0NNnmKmlZ1gLXHMch9gHcPEe+UMhcFHhMC9DU ONriWzDtRXrmceZephNHIN2n9RzCCi761ekvPMXeqqM3hbWVUllZU+JXVf3MrOM6jGLTTvK5 bsZQ8ik5WA/iEeWFCRpLUBOmxy557SzQuNtdsrfEuSXnpgxLuLHKXcvovzLxLlzfErpx3n7m o7l/yWEdMs495So7R3RLpmw8Sqjlhggp2Exjceyts1fWZTvFZhQUj/G4m8iakfyBnqLQ2RYh 5i7YCGlqfAHKZYBID2GJe4udTvY3Ck3aU4dRlOuGdiVZeXhGi/DAL6ux8d8PnsfAtBekzCxK 1ivla/8A2N4EZgXPeE1hzXQGZfVHGwDi4fD+g0c5QceZl/WQwcrGMSbmcUVAyqNlJriIZk6p HzK1CZuf5+4m4o9GnlXJM5j0KfYmaXYcRtt3evDAiSNYR1denNQttARjOsw6N1zQc28+PEYt 1zaDCvx6gcGOYFFnzqP5X4T7VtJiDBDQ7o1wT9IYm6BZA/hHZSO8D8mVMFzAiLUFKgHT0WmD YiKHY75lP8FqD0SkJu14WO1XLzyQ4K1XuDUAqM71US6cBrY06ulnOhaZIKK07lAQnSg20Gz9 Sqii028kPEz/AN4NRiAeAAzP+MQbriZ3DD5xdeYL2l2r2IXVLfKyp4uelth5qAInijnLHhjs JSQ0JVCq6Kw3aRwYpu3gezGiQYAUtGMV+kHWVhzQQzqmhxTjtC1ws3YHPrVTGZ7/AHAvOSZz DJ0AaWIZDaxkNwnIxSBda/b4hV1Uim7H7Ex3BJS2V7Hm8xROVUWej9vUMYh/JgfcFFZFrr9E 7sBGh7fP9DLGx4Qdz+Jcd/cR3B2vTxHMhrMl4fZAzvkcIcYrlf8A2J02HiB6mAYAACGMQpEU moEZOZYhZqAuLibJdMWMvMZcuX8y6mZzP9mL0D02x/iz9S6lx6KDANM7TmPdxHQ8w1A54l3c wL5IRQuGns9Vj/5i/HkMr0dR6EWnZpTkrEvJECtndHeZDmMKxeJYUd0jT6Y1rJ5R2FcTmi/s krynLaXxsvnmon2CMfcb8/iE1HrBP1H+40NJQaBOJpshOa75HeXfQFJbCz4+pVtEHGytXlN5 jrun+J5CH2b++gZm3V+1O3D8IP6g28oFBo8A2/ES+0+dm35lREKaG7v6hxPdvJipk5FmxsUz rXMy9zjgNuc8d5kiGGBeOZeVObUIU7cYhJRmaXWG/iJ8TfyLMQ3eOIW1iBLfW0kRMcV4htfU GOzDLSN1GynlgJaA9ps/M7ydt0KWvefLoJdVhKH/AJ/mGsGAsgUjgHIR9kLWdqbvVza+HiFm vXLMiOzlrKNbagkK0cXt+LPuKRaAnLK9ypzD0K6DEpcGvfwef1celpvV1qPEFLzVLlFlFiDC 9tvbcpkOS0qrJ3KfmVCYUFYwFa+oopSKoY2B5YPzolFmjLlNWgmkpZVlH0xhIbWls2Ydb5ZQ U7Ty8HAWfmJznKS2D5J36NNKK/aCpeH+Ur6QDg8XLyJ9Si8ug6q1A61Qg8Ydu8qJBDhDT20+ GBkhGX0eEuUxyKoUD9rDkspjUbc9qV8y22Z74Kns/iNLggpEOD4/MBNQfyzF83j1MoNr0rvP jiYuzGVm3WP8JgFqHwSgR+2PxZumcArszHOBiDv4oJrazH01RrJB93E6WBb4fxFcDa6KcG87 lyW9ztEz1eu4znplucd4eo56cSujcH6jOK6u+mr2me8zCO7uwR1LA8eYL0vJY5lL2BGGINHZ EYCK9JHqdGmAwtEtSSIEzYGe8C5VrYWqW/c2iq23GzIB32kzd6VuQ8Yye4KpbVeKFN1zcw4g qBa987jDZ6rCptO2ZmYUsrWi88xvAm0w8PpglvF4U+VJLMDFL1Q1u0lbC1GnavMSUUNVeaIw nGpQRmH/AAipXAY0iqN2cypKyiV3eahXSEoQDpxq4Pg6Qp3mbWhsItv1f4mXojmtr7YzDGgP EHOopwiqOVuPCsRAaDkFtK0sPHclQ5uudRvPwdWy+FrKVFnEoWt6WO5z0G8wlhUbFZ+FrFEr bkxrh81NHK7DtuL8zB3SYJ3IJfGlhDjMxLcqYYKe+AjUGrkbGvgL+4VdBfhO3+qAhnvH2KNh DSdydUIAUUZgwIZsZ1XxLHCYaZ36M68ETcApcDfzKoZ7Q+4QxDszVXVU+Y0bqdCrvmXAyrbU MlOIcVxSDVf1KGZKVc18WRmbUK+xvHogJgoQp2wQnEVtDwon4nZPXveeab/tqr4mC6bSf1Sg nQoFeYOE2xo/MXJmFeG7KtWDIGAnBCl553LzcdCoMx3LnNTLsuYotknEyuM+FwWpeICmS0AH upYcrGw3b0eAhdqsKPKkYaqpWIEO8AHMpWirLNh6DLHDHrc10HoPVf5fue4dVRpNy8zAgN40 O0+RxdQpYyRclZNo1uLdZVc/cdtlj8JHfW+j3uagZ3A7n/CW70Dcm47Zws2gaJjPvvRLwIyZ buxG7trlfEDclGkNXRVI13mZSlCQSlv88JcJW6bPcAAjdMzyOsESqp2vTmKaifOYIiXdzuZn Y10GPwQcLgHiGVEvNxoWXmMzDbZUNDYgHMyQABL/AHOY7F073UA4ZALWcy3u/UwMTiWUk1LE /FzEi1fBw3LJnM0fxIPlSZ2KwxXszHqMa4V1V7lENhQT29xGps3Mce4ryCrzi9kGQSqq7vVD 2lkqEww0jYdycy+1/ld1esEvEMoP8MzcTyHdfBVm3HzEB8/FUqre0BslpC1L3LlBrjMGLNwa XegZhTDzsPyg6FytfBfRopbSB5qUuj+JITMBxVJ190nDcTrqh9kSjnEQby0StZaazoP3EZVU Cnycw7GuCslkHvulW2Iy9IhyY1xCtvwyt+cNXFONuI1+hY9mvYMTEAIz7WxDihmd4lN7UEUN 9steI7a18UvbxW4WVkDVC0q8wBIxllrFXjcQFIE2otshweIKsufC4RhlLrvRHpzOYsGEqV0I NsGeP4bl/wALiym1BGIjMAzSNcwczFXeLS1PSJ36XYzEJAxaYkZc1CCqqUBBQwul+3dMPZrN Dge5WnfExRogbXoG/JHsYglrga73iO/doBWj3FtwUByLGnNQ8Jy0w1Sq3cuXXVV3HOWwpBxq XZ3GH0VqGYWo54lyCJasC4roiCrS5O5BUSba2G31KhlhIY70uPd9t0MXd+RlGcC+3llApgD7 A57TBJIBlCsXxCK7/biEaXgRW3T4+5hx6Ysgr8QBOUcoZED3DpE8u/ESOFSwFTX1M5wn+8Mc uUp9J9IcjDVnU14xE5dtIqwvuBTLWMLYYzun1LEhfE9R2aICrWqmpnspuAQlVaYOWFC5Be9H ECsC0iyMo1fLIMPI4lGDwELrl9IyKnMQz+Ewc1Fb0r9J+jWp5q/+RPFXbYhVG8wOrIho1tcy WCbH/wAPPmoNYjDIjkZ/gW5uMlY6VBbFQiyWZFXEeCBEoPMM3A+cwmffFPwZSpWjXWjhjUyT dqjhFkoQAU5Myobi0IaWMb/BCDnAc0t+T3feHN08isHoflmDUp1SSn8sEBAQYMP7fuMA8yVf gpwf+oFYP8h0xWeh1Rk8ZfuMdjQyMrXeEChoLJ3Pg+0S1syOT8xYW05pQSLExGXaaeuYwq8a xarF4qZSxtyt2P4YoLWFx9zmGy9L4w/q2KvK5WaUPxGtIdRJ9Ct3DRZLYzh5ahUJAuwefb+j zMmqqvRXE+bTCAzvTUMVsj1v2o+4cV6V7cF6GV/+RVYRauEX3YajGyRXFvcB7eBLGo9Nyr61 iPXHR6EcnTnoy+0302TJceTGqifc2vUB9EbTAzRlre37lC8TTJyPmWqwVVsY/wAKF6ggnK4n Xm3a1DDs/wBIeIyHtAllNHwzdf8AsNoSbVFltaRY979Lq0ufyrFLr6y0T8zKWWtXNXme9JHd /RX5gyDxhZjDMWkVhbt7kJ29fQPrWbmQKuH13Afr/wBTaVPCn7IX+lClEHQ2qVjNd9xgjgHJ kTtAKbBev8EQG+cGrQhmgEh+cSFKxMwdh8zs8MBQ4JUvSTOGIiGLt2NPTK7tijN0zHCLOFZv mHwU8NZOmtMMeiQ0LM+SgAWbLXxIhSn/AMQCGEjGRM9OF8bQ4h62vbS6YPmlVqKIH+Tsc+IH E+h3OD4CVVW24ZWgG4MguwX8rzqN0uaSrl3depgrsbOdl68Ssa6cFZ4JQWE04YeuX4JVR7cx vL7mPerlSmgzyB5WZ76hw70EUMWHaKn3K3fNq/sEFU2Ncmewwz7lcMkmM43m7jW0JZKsts3m W4MjARrC8g9viXIqf6xZgQBFrLZz7ubGlDKpbg1iFVSaLS5ccZepaXnVLZ+H0ivAxW24KKtb +YrdfuMXdCokBY+AZPMuEHi5hVuau88kstqYsdMXXP2lETiqbtpXMy1jKe9+451MWENLVeX1 csgALVcHRtfo7H2Z+2GV4QgAdIB6jIg3Kod/uZx37e5M/wCoj1Hrund/URgrKAesxSNalY89 5mf8urEdiM4pYhfZMKwAFH9z/wB1viSvp2eddkXItlrJFjtbXoZTe5ZjFS9ajgmTLRpB9ogX Gm+l+etS+l1OYqcob0cRF4hTG5n6oRxhjxGlXjCZFUtp4j5r+5iGcwZR3HMrpdQADDYrjAGa +MTRLTbLriG6sM2C+WKgoRKQHdGL7RgHi62Cz8alkJxnk/x2hA9RtpisOOY+0HEEHduzUJO9 WDzRYxakosnt+0abkIoDr7bv4iXrdCsUyyv2POthsYhn+GqLw/TFuEuXSuNr4bBELzAkrBbL bTH7+iwfb27z2mizwKKZHLW0XKwcopQakZkcXXGAPicCM6nKbX3SlaQald4uhoW1Ll+KIDQB TfXVrvTFRUMFpXclKAL9ocr8SgM0Ll/ZzESZ14eZVk/v+SzDwiv2JQ3PIszEKwFtGzNwQ4DL r3KaoaDNFTEzSg8oeG2dtd3mJZ4O/DUx84h5GOY0/r/4mtl7lC5km8W3Kint0PYh5KptfSDh Wkqni4IYN6Skinex7ZdM/ASzOLfbKdKTszWmH485m1LO8KRt1UUAOnXTtdx/bGvDGmFW4j6R GrUIEXLo0z/p6KDUItPAHMZnVN+8MFlALW3XP/GMhtFqbleNO5otaITMybmcMzuWDDtUaFb3 wRdaUm15JhPUtzll/UcoNljZNGWf+QR6XbDdeYzQpzwxn2YXgqXkMATH+EzDt5tFcMzT/wDu VNNOJXAYS46y7srDyrGzJaN8RcolAo2xlx5iHgjMv+piNAjaagG7rQcnqZHcSvHgu4c1tAXg aqCzZ5CmmEAa6upqDKj04jkDpBi+0XmXmWSrPQzE+mZqOotVw3pTtMh27kXiZz09y4yp7QEh UCoivuA2wDbqXUox3hlmA+4Bn7JiEPUbbbuW8s75jnascdy29wrnqG4cSNBorRKGyCYZTboT 6j1YoKD2qVwGvTessZLm8uMAkigcJKG4ASm9RdcLqA+VJcpm9nZEyqDUXqwbJjIBZZPFstuQ 8ou8oNs9nEq4KIr5IulkmW8njzHcj2zVVY2HclaPxRKuMhELevVMqY7m5trDfmY28qB4MLjW Kr59j3iYzawIpeG8zuts+5ruEFVVVW8KOeNoqJ3a6WhwOcQbYRaGgmDm/wAQKkPsOcMpEEcW wTHmVmYS+0LZwXdn1LnFLDsCawUkrM1XWM96IiV6tZlrz2ahyPt0DuwuL4zZu31xklRwFPNO plWLgd7GrzWlnA1UbuM6rO5e0R1nYW4/uMqe5B8CsEdKoh3RY49u9TAWAQ+1hVyuJbcRLxj/ AFStjJskVtf/ABw2+Iuo8OaVpz58agBJp2PEvLaoiqgYDgxySmszQ/UCrd5HATGb2T0BfERw Z600cK26jeCF0YKUGsLg9ROakuLapWviYr15trLc+Yd6EtTy+cfmV4G4aukwhfzLMeFwBorW eOYO6GYQHsMYmGoM1fCk43CxinbR8IOYq3J8POT8zPapisAXCHuW+csAr5LRTvX4g7uUiCUG OJygFcrL1HUB7QSl37mNBkm36S1H6HXXj6niDqJH8TkJiLVl9yx/9tu/JqUeWSOmiP8AGX8G iODMJf8AByzUvMpglV5xnE4qZlLe4mYXExMF5jyso2DXPEXqUT45sz3jGPQvUOY3OgIDk+ZW E7UVLG/UqmZVmt49A5u46I5Hw2XxUcIX8Y/KAdl2sOXtIsHoZ5uHkhmbgd7VhiNAtACoaGdR y0NEbAoNxfetCprtAU4eBgwd8fmLJ7UisovtZBCH5MrdluUp/wCpYBirRazjiHZQBoZw97fq jvLQJYTgIPcr9GoW0c6dymLs9hTB3wV7lSFLgdxu+fPeLFgoMEZN5Yi/C4rLq32l2GyFWDdl wXvUEPfKHfIBNW6IEhzmwobKlEfmsl45+ZYRltrNpjVBN6OSA6B8Rtco1DtO5n8TlCz94Nz3 Gvw3jUUI2KKd/wBsWrLb3f5T8S+Umps1ZfiNjqA7MfbH5lGveW738oQmppt4Mcf3L4A25sHj /wCpkSQd9XG8PiIzNBcHj7yeYxs+jo/viPykLlEOzJQxnJzkIr+0WAysNk4lKZ6Lqcb8YiXe FAgYfX9SlRzQLDuuPbtByf8AkhwIJecFeITJK3GHeygZKTD8wkUbcRpfN3KO7uuPPHOKqHnT 8Rtdw8BR25pL9QQZ9Uu1nwflKCYDDJSojFfOMCmUtUEcvhlWhcjjczzLJrmTAhJc3ERKCtpD Qc+bmCT3sKqfph5r3cuyrMblrxFMDp1OxZIATmbjkBwr7S+mwJUY96pPBEAoglKznm25paAj yyXg/UdAZXFJv8S0LeVcCUjKMNc21ZrtiX0QClruoWJTwTY5HeW4v9abRq6dmARphllfzmaA PUPirxOMtLEG7Z4m6gM5Lz3llGu803cNFwON74YgCLk8x2T4mZQCk4BGZL64qc3GYLA2w4yz At8155AjxAsJFkWpxL63Fj0z9nQGdHeXiPSj2xbg2S6vg8RYXIwCpeFql9xl8fhoxmeu8wG/ uBtUYrKDLQot4N+5TM4BZ+zE2Ulk1YeFOYFhVg8Zvvr1E6BBuqWAHb9QifIXBuxHcZtFe5Wm MBtEs3NWlYY9JMoD5hYsuXwEToRw+pomUfn+ybwgED5W/wBf7hVygTLeYuCmWzu/r9SgwQS/ /KlB929F8yurFLUzfqBC0t4IClIDtsyPeFYLW9ivi6Zzshl8A+XaYDcAXuLmPA5yxJ90wkWz trAr5lpWvNThzf1FvBF8qT6Ep+OEAp/wxIj04WHI+ph5GMSlq7xnnEK5prxLQFN2BQftKwWl 8MxgYl1WVg+mExjSCdi/cqtU9xR8qfiVrzHRVbYUhWIBmL/cJH6mFGVS3tUtuT2hM32pg85m L/yrb3SNbK7KlAuMDumWWCVOb+m0y1FGYwTKZ+r0r5l0FLbau7+5vtmE1ReVHqEVBqlEuk+2 BAydoFXo58QKtKRZa+HBalZU4MxyWOMtY/fPuY9wMGchjH/yJV6Wm7AKtS9ZMYgledhwwr1L yJGoG/7MVVzi/GuXzibQ0OR3jtlisuigU9jG0/JRjaIzJwcIAqhsSkxX6gnjgBL+SiiM+9pl Vw4V/v1CxU0ULmGmZWq7QYvtmknmIJbPJDTM+k9S4vM5CvzGeZbcFcs5iqit3PeWhvHlLgzM mkuXFlsuLLj1rq7mU6+hH4l/LNkeDxLuAidLH5SasOg+VdQIUlKwduu49NpSGMFiuKPcaPRn XPoVUaSzattWOm5+OJYkxj3L3PSYLs0W3GeKt4+jMQEDaRRR7Fyjv1nyqN7wSr7qdjxnzAXz 3NylrjxBuVWxHku9R1uEQYVSfUNhV7Euh82rG7ERRSWwBFfSwRif4XhLvUZZGMZFf1cd/ABY DgO0CBtjXn0w28V21b1G7FDKqVtlfBlGxFgYVHSVZtxKRXuaNwM6lBRn3LSLHtNrHE60QB74 ga8lcdyvIBsPc8OvvgkZaaBHgC2efubBQKD+YeJNLCPu89bEyXyysieIyXMAioRbYq2ZuuYk gPUNS+YkWFC0en1DQYoO075mEsE2rbHo3DtBUCO16RYwU74tMQCL85hSQrHjcvGGxwzBgK21 FXoXYMu0CC/aOiWoFjcOfo4gxYXGWP8AoSmax8jmABMbanRGYIgZW7Lx7iqOgMglcJh3NXQA 4cSw5qLtmZnFQIfdpBCqGrsyaHSygGKCGrsK8RJeL/GJdpGIm5tWDyMK1+BiwEwq7h5dltxs a1Kn/IYx6XOJxUuX1en4/gkZvnozZ92aLtApb4lvfpeZg87OZTqxSHTcFzg3Kco8sf4mIKjf eZ8zUCx108k86eZlsi2BZepwPz8sJM6Ir8zBNP8AkqftCM+oxHeNt61kvtF8sFO719wTQ2VA 74ZRLmcZ3sgXYD5GvR1mb+c0+54mZfl0PzRApLIr4BQyTtq6UO3a5nDKwfGWz2eSJXf/ALLS K5y+O58Ss6r+EFQUNgQcNlX5PuKrdVg/w5lpXFK7wZhUJ7J70D8y2qEcq33VxuAfcGBSxtmZ UB5rv4f5gGlrvltDjUocS1ObAoTibyAW3YLLnUq8ZEJuMnHx3jAHsranV6zFUp+W2J6LMq6Z 222e0NTqH9VaszFEey5QWoaOPcRKZgaaRQyZZZSgwvapaHkqLvpm7Vr6lo56DWWo7jet+rCK DtdxBjHwaNHq6lQkXFk5UT9fMJI5Z0LqvRbA0joEvZ70VkUlIw9XkOlRjzaS3MioitGjDhlB WCe7GBzcXWAqtFKx5MYyA3sQFbv9JldAwbKqd6fXmXgX4DaNmyvMsLBalU5V3c91/ojlJc8C +C6mejDHEsTjct4yKABoqyqfcLgI4qRPkQ3GIXoLK9DkALlS8QXcfhSPIGo9j7ZD7nGmlnY9 uiEJS9FaR8Sti0VHZXkU4RmEU0cV91LoBjykb7b+ITzIn0zzD7b/AD9zLPefR/EfyomzXL6j zjcubj0qO9yul/w1/Dnt14munMZXQ+Zkxd6iyPGojmMXJ9dOI6ufhRl3GgbYAbueO7vLvUm2 6O38hrcEied4cTNpwMzYN+alEsgzUFp6MYmRzpkq3nG4ih0hWb9m4RvKdQCnqYrMr4un6Mz3 nriFrNrUDylWr1sihD1pd3fUV/EjBM3nlcRPU1qNj8xTDjdbzm2M0cxe8KAOUe8LZVH0LtO7 bvz+kG3/AIjPMugsx79F9iM9lvIcn9piDCjS7czHiU7t8q4IELHDmZK9H3ENgujGbUJ0m3Yb xxrBxKxkm4aYY6wdtyu22j2qpbihoer1qY9Cuo38TUSaFGxWRq9oXqKDAiXnnZPMjPI3Wqvg /wC5c+1S+B+CX/1FoiVQFZZyev3B6UCQk6PPPyxMsfdmVPPEN09ndjkfcrXMHRzb8a8yvtFM OD08t8xIWJfMfjd/9hTW0Dju8Lba8z5tPNmvvQFpfEp0MQ5yrKfP4m0L01otwHiI8gsjC1hC wE2aOVLDBe9hfcpWZYow4+dPxKjar6LKDS993LYqCtvJr8x/3eSGzRfKFLKFWKin3LoJZEz0 B2WTWem53Tm7MbvQFFJi+phSE1Aon9zHHQNigX4xEmq22sMG1/CKNQkyC/Za/Usp1qHJ/TFD VkqlbDtb7iPTRb6UWsqNQL9HcuYz4ziZzAq7QT5UxO5rDTjWjg4hRKE4NlJ3Y30GqKlRPVwC KkOPuff3Cd6DIpU4M35lsUUd2yqpHGPETJyVjk1XeXNwYwOipXTiVAWEbdF2L7SparhWWWqh tS0sTfC4C+CeCAj/ACTDrpLn3k+B9EjGYD+pV7ZkS/8A7KOXEOqbPQYTftN/Cf1BS9WEqBqc Q/cXIZNDndav9Hmba+KnxKY0bjVxUxG0y42I/UKNiHExYfg8zKUW8/xkr16xs34Z3O8OIWFL D8HmXGtIDHjfh38ypTjzhp04YqewqIjAfUqucJU1lOMEQUEzcVkuI9ZzMGD15xEU5gLyDnSw Vdwaq2PrY/E3oA3gn/xltC3Luz0kPuZZ48XfKRL6iByu/wDyXJ7wEKmfTKYessr/ACO/qUY1 gr3uCmtjUrf4v8Spz8dEYU/MYeInVd8ymWAXJv8A3aXVv3ahb4qMiX+c5Krc4Jx5wujwH5hD DG2AF6cxL6YbUUN094UEI4qUD4WPLMyVBdj8zfLhT3KSy8wQsXRda6IwAQClHOV+0oEBgUFY ecEajfYWlX9spay3SFm9MsowOrReeOcXGvupGL5IVH3Zb0DxuLiEOAelkNkeoQLf2sxYrQdE Xcl3sBhd0yQJ6V7lV/OADbijEvIlsmHk5qbtGjQxli22DLYJw5M02+2XIVEAK5wE8Amv9YVB 8qtjW0rpRCw8DURd3FWJyG/Mu2ssd2c98oSPei2XoAS+VvEKq1rwj5xRgwHLEUcnk9pjMz4l u0L8Qa6j7YJhV8wujNriyKNy11VTawd6nuwAZYS9miD8IgENoi7htEr8UWE5HMHjjszkWNzE 8Jfp4mTjqC1vWItnMOxe2BttK643VoMqEE8Zc8xRtN5VMo7Fo5/xDlaq24Q1s6gC+yqmyV5j mOYyl5gKHRJ3muelz8zI7TUdztDEyTxmYcnaIje3rwqZ+Yq9pz/lRmupH4ImpyQcQbgiuLVK sCxKYHDETMoaWKfpFt6HiV5Yyy8OOa9rye49VTIVsqvVRl7qeVyZ3GAmDHJvvOZPyXyuWPf1 a+fcOZcKVnzDp1EeyO67NRqq3UV+J6IQDT265l7yjTsTHPF0PZnkzxtEpVa0n3A/d/pARuxV cRMXlW4GDOCypbF12ZzzcBye0Boah/cSwy2ROLMoKI9oGEbxi0sLuvJDBE4sIvq5iTmoevSZ nVYQPaGrGxUd5gBuBa2ywOtxZnSu+zlVYeY/qIsUdWKOWTMeo0ZaIWppg+GU0oV1QubHBEZX dOE27FeMxbSXJDgH3/UYLAstEqLQ1DFhhhf7pZvpa+kLIT/6F4eXERtEQUPAzqYL0AD6HwjS 9C8e8bhtLOGOkA8vsmIOjaFn2KlqJmtHjA5zLtMH6/iKDoFyroldjGJsrV1FiXytGOCqcZhq EgrJcVW8P5i+C1Vyl2Vr8y/7GI0XFaXivmo9GywgC7XCsfB0Bh5N/iMXETgE+bgSiSzBpf4H HklL3FjS8C1nxqYATbIq7o0QyCAtqE+b/pM+YE/PcMLSHwlT6QC0bNPY1x2jM1IgH6XArA3B qG65qA8KxegPVQKpmQ8nPiWZaGtjRhKMPd1G+dMp9rCeFn+5m4PnbRMxu4NhlHaV3KOM5VzA 4VPNHERqkuLU0Fgwon/JQVIc06zTGbUA28rxAiXS9HHuApeAlvqOzo7lzSVUrbmURnnbF8xJ jHuUNxaY5i/VGE4uXqu3b+k5t7kOp1fhhAcxNlbN2V6u4iRKYuBVAcwYLFSxKvXeKsMasu2t wosVDyGNxcv+EOvKUN7xh8KXEQblOLxzN9hBHYVLnpj+ZsogLHMgr521Ae+RyGmHbWte9NS4 TOmZQrdcjMV5o1TVYZ3FSQsF+3/sLEWvsivdTI+J3ng6qCwSLCLDSfmJ8/5YN6lnW0AfZa/9 jv14/IaDtr8zK+a90EGCGYxXKudV7glYpqkcYs1WIJmoINb0eo0IC3ZU+W6qc0Qy6qv1XiWj 6usYGOylAS5tOZT3KYsPuwP9ynLhkQvSU1mhTsl34alFRWgOSsQ8JomxBvHEEdBk2f7Br1MT OW6bL0d/UI0XSl/96lS5BlhtdiPQcCIAbBVP1BHsxBZvJ5M/bK0crQdg9mMjbmrywwnL1B3i bXOI2YM/2Ch82L10yUFbos8XfxEeBuMMnBWOJTpcXAhX00e4d9eEwqOOfuO08wBsB8MJIWAo C0O/f3bGCTR54rwo/D5jZpmw6o/m/uV/DRUU4V5uPJFWBK27d04b+obgGBwW9FGgveBf8wLv i4rDb9SVS7kK0s5O1Xq5eOKZ3tEbHkZBMgTTHiY+44irS/X6jreWWhnLBks+hgKsTADxfkhF 5EOjj/k7vtzel84YCAsl7MV3O3xFgzgvwYp+o0IXWm1nhKLKxa1Fa0P4ZXRWnzRT6vtKAnN1 CHHqM2CVu3crTCMIBRXk8nH5iLVoVt2kbutQFvXfzH+DA1Hj1BYGqvMeSbZoVD8i+XUxJ3MN 8kc/2kwDMUmkN2cS6HaCnuvvMZA8V7VMkIcsd5TKkAp9k7QKSr8dpn9kNkwLfZR8NRTL2jBF vPTRLMTCPvJq1Pusdf8AY126DnczT26UfMDnj1NLVKDysMEUOsLzdI8JQAgCP8caaQuwZhIx WYO53ittyVtxKc6FKyxiWZN5gf2ZTgDcSCeT3IOoJNzSxt2GpdSMtR1/ZC9tCC4anIjXnbL6 +ZZRSo4vD7ywenXVwLJlUcUK0v0alzNmA9CeA/CpvKv9ykFhkryRjIb/ABYt/wB4xGmDpcVN 3maIwFo4V6l8ytn0H5blIW8FtbBgEBq6IfbmcbaJS6uPMOZOZMFfhHeFDzXPgSsBQbuRX/wA 2xK/73BzdsEPM6wF6vqVIiW5Gw/ULZXfgin2EaMy/pkDlUKpbWt1cMt0EyENfct+9SqVniHJ Kq7iJgzzGQMbUEiUxsAqLHODWfcQOee8vhGZyMrtK+biA2mbQ9xy8RfS9b8L7XBMgu9nktlL QCWyA10ONvd8WYSVMClvEffzNwizO6wfzXUCYFtbqo8BAigbLEJ0W1BYaTvv7JdmZnKxF+tR 8rRDWGsO8vAcnJBvylLOz29qU1e3xCgKeZcrbXvOe48XGzvmIsbmwevhNkDRwsS8tmTg2PU7 7ueBhwluXD863nLGP1Pd7ouR55mQXHOF0P2w9YsYVK/UzwnaX3/EXk5IPDfuYRLo9hcwS3LB yK1MLgBoqUfiIVX7JyjYcO8e0dorRbYX0mpty6QbuThF8nZl/wBFXPsz2oMHgoEL8lzhzH48 GI8iXivMv3l9PaNMy5eY9C5cGMXHRZvo5cQ0Rspa0GPeVm38SlzsdH5eJXRPP5nI8958Wlv8 DXwkVQ4X5jnxCMxXRdXwmNJDdLsg+CKATu5o5m6i+hkWN+5ofCK4di53xN8nEXjz6i+SacK6 Vhg5uLaoAkdgvCVeAHuug+KLmNYPAp/SXL7UsuhlCbFBgww2BqKEvhoVh7VcOjvk5fN+o/vY 7ycMvptTKSi5SQMhCyRO0MlWZfr/AM8zisbLLsnmLljvVVBT4jRpWqFpT7CD+YZ5QqEaFAwV 8Jw754OY5eDM8Gtuu9SizazIY9MUfEWo1HjWvi5jIbjKOcFUQLaV2vL/AFNzGKCDRW5l2EjC iaPrl7h/3eVzsGbr6uKP/Sw1tiwfokxbu6hQQlWXmMCCNHxNftEC7zGH6LsfEP3+FDEbL3Hm 7Rs5tsgxDLiDfU09aamae2KamDLtYTknEILVsCN7dFaxd8+I3GBXEbM/EeyMwYiL7zkGFjiN 6DUUdGsyCtAZIGBc3kjSgSIW+ZRkRApedikzKYbxFMLGUv1FxGrB34lMp8yT1/UERSW4exVr 0xUu5lmD0K0FWEu0iMB+Va04xxEGRUWH0mW4YY9hPwDklBgxjosL2kSOEBtdED1eYTVYTgX5 Jg33TgUpPCERfanTzlU082094OblnyRCEpHxBBgtoO4cwNq9QXHc3HxGcfwfcP5Pwi/wqbpf 2EvFwQZhcTmVcyp5hjv7l4mpqV2Z3+i4dtzFW9xIAKZCe7HrXRGLVj2iAA0Bj/hETWX49TLg ypAL2qojM/8ASHLlm1kbow5V0uBH7ha1Mt5jwgsFQibn93q5kfNsymKTuuUkJxmXLfQn/wAk OZGvMsT7po+OpemEDK1AHxLhNhCdklHI7w3rLAgtuqK/uxodlRmEiIXV1hxEr4jFPGUNb5Vc 51UxzAUV2e0pTePv+DMgLFdgwOZllc4cA2G4NWy/DukRPFKJc8msQyNcID9mcfMB5uji+Ici wGIt3R2jUwxFItTOccTt2ABwKEKMIEPbwLse77SQo1Qd5lLTuVG8asSdt3us1WowkyxCtY0j FRIK60UiQbh8+sxJVvbFfcvdMPbqw5xhKhWn6rKgX93CPDSuAe86e1x3z7Bh2OZfAAQumxrH CPtfMAWrRqbhbvjydcQdlXZq+20p+Ydmf6BHuUVvPdWiW++JEzWcgxnej8OoenMadDtRd80M XN58NSvCpVuR7Sgi2bVnIPqbVwjWlN8y1cwzyFtP0S4ftxixbeUuviaiUbIXh48zOSToVVcE uUn22o8vyalnk2uTN7JQj27XpvhH0JeddO2Q/pUqE8yimv5Vg1gmwotpjX3LnnQ2EJVB3lQi ry3+URB64JasNoXQqhj7lK0I04bQ+ZqzlAakObyAKI95VadtKvl6Tz1B/hzK5ldHcqPTSV0u eugY6amyVPXEW/QPE5R3NRkSPmVOIFe2t+Z5UiklxWIrLKdaMpd8VEqV04hLGo41uERvu7sL rITQjmyXUiUk0ynRVm49GAeDFlbtgeSq2kXZrww0XiYKLo+JmNdeWUJfO4/QCFWDS60zf/Qj Eob0VO7XpGDn5ZbRRKFGzy8xIIdYONkS7qwF5URxCCpJYFl1iDrzV7B+0PfQ6C9vRzMWxogF L8B38w9p7iKF+siKEFihzJ4WZnSWC4S+Pk14l2ohFKjy8HzMtQgODNxKfr8Ud3l5ljIBX2od sbjTqdzZRyrtiXqnNhQffrcpZCL3gc+1pjosl873ZiYhFA2ch9TCaJ7C/J9RVZkvZhDwNTTl S4k91+C4dRw3wzNn9VvqOIrtBb4PKxua824r4qpetYimD/cZ0o3Ilr4Kh+dHbQ2L2v8AU4uI QYDbwpKg0XgD8Jhd5tBsfv5hvLok8x2o1foLuHZ4jbGPxKzEKItTsIBV37A38xIvhcWsqOLl 0PAalyV7Qxn/AFG75Qi2zM+kuNKzyhkGA1ljSnJQsZz+ZdM63RUpYVsOaoGtWNnbvLIBRVwc rzlCGYcVxFtozhhc4j9RY+lLPP8Asj3LxQsate0NxwLNYyeP7ErgAxGWx2ziYf5/poGnxBzz ocCp+rlpbinpXmUfLILFL/5Kcywu5d12gz9vKFzrHlDrWB2KMeMfUTr0y2gGnF0P3NEChZIt bPErLPGreV/BVlhVwWFzND2f93ZcXqiUVdIV2lUqyq1YP7JWpUKibgoS0f3FeZescaGZAVbZ lGKnpLdpfgi+0qXqMjwni1qqINvsVvuiOwfQf4YWarRoQV0f4fRKL+JfCaBBX/k061dFz0zX hh0HEYemX0KxE/YqOLRHpqbiZlCSrcw+PcNfBK312Hbv4IEgqxlX2e44aypk0tvkqMlqW2WN vq7fcvI3tyu1V9whHrRQp+LjFr6Ggo9tQX+YNtbsGBjAeayko3n8S5/WGuvdW4eyC/0hch+S H9RM9G8VYJYev2h/U4Jwgcs+HTBr4jMmckQi6WkI/cMPmGGgjb+6L2mH6/EA7sBdkfF0x5CZ W20fOPPAILs/onDXC7dnzTAzK+bRT5Imjy7YbuEQ5NYcH7QXC0YmwO3ogyIKjhpMVXWguD4I JvhUYxFMmuw0UPTLFQPvQYviofA4Z0Tj5lweCgLZzKUCIcNU+tMuuwtynHLL3gxnAzvK1+Y8 +MGXf4gZS1e0Ka7yy1XgV5djcBwckubzYjuHEqwwVtqsqvEuXzLmm6mR2IF5X/cWfMNg9wU8 HuLKXnRqm/fMzdipZ3ICUottsrf3LVJuuE7PiajexFPcOOVVEHuHTYAi85WPEYxe0LhzJ6Fc 8FSw63dRzMaX2wsOXhZUHgWR3QeUvM9lnk4gQ+ILK+IYGOEZhF6NF6nNLc3LYte8s5YtwsbI uKxmJwtBgvF7cRVA4Zr5JklLCXDaSsWrC3Ddd9pcWUcSvs1HaIFGmOOUMo9wrgxatlzKdjYV DpKCLaCgtnVy33MgFLu29NUKcy05U08FWnYxh5FoPY1c71EH2Qdv8VWugmFHBzWRlAPtLO3D 9zeSVhhMFp8K/bcKqbmUx/2Z8UgHwIF6AHGelt9Lx56aVMb1HkSr1EzMTK3OJnncmp730xbz F+G4d/WP81Cu2RUVvEsJHpcubRIri+2sFnGooiXh9uXjM4rGBeX0hZfU3O9EwzUBo4WPgWVS XFp7jl5nbLNIZhjFFTIWapRop9EozaJkisPqXJp59AsJqIDygyqWreovnpZVwVLlMcaYVla7 Zh6dEscjf5j0BmOC5pmb89U9yWlTngOzGZSvSF94KrPKUK38xPbEW0X/AOR+G3FLtuPmUTyE 0Vf1C43KCWr9wCMd5ttjGVKmBMLCyYIuVSnsmApOk7UIbKJVS6p81TxIWaoSIOg6Jy1cjlgx gO8CyqOJrtz2m224khbhxC+vyJ+CNENnCu6KthVIqKwi3eKCqt5jYkDdFutMVbN/x4AeVlRU oIXmtdD6oToLyy0sLxMOTIdyL7S25THghdEOB+IMbqYk9by1UX7uOfa5Xl5E7c6XxPyxymFI 7hpiQgYN7mIJa3wyalIziLRL1f4mAzgXZ/IfEOU5mWuaFcP0wRo128u8tbxzLzCDN80fcEHK 5InOlH/ZRTJZu67t5xMkTmgZB1SXxZgDV840DBvOSA8vrlNlUv4jR29qObU4mr+rqXFtlq8x vTOSpVpYYCcKI8h/2IchXmkX+SN4FpnSItHVuePN4rvKHOBYGBxmrqYIPpZVb1VRkrdvGzXq K34K+8Ym4LIyrPMI9bSwaaNQFDLWg1+YaXvzw+IRljr4mJsPBU4E7QCA/KUnLTtlxbqMCBj3 vghae/5uInoGnGuMf3BGzbaXOJcucTYhTZxrfEa9eZQo6bnippMs15iyVwl4l+UsEm8tohj/ ACBwUCchcWaNl8SgveLJT1LdGK+o6pW17+iYRxqPrZmYX/D8TZzJ/mOIgxbQK8TUF6MKzzLV 2bZitzwlvS95UJocgi2cJswXWaRGLKDbD7RovwSyJmDvG2L/ALl6Ql0C1VXlvEPgH7WKt+5n wRAt8nkz5nEQb34BcqxKidt3Xvc0XuEaaVlXG5yj3Rd3faichtb3apH3K5TiXngTzTrWJniA pBC0pIRQwpFvJmqgAiG/iOdZm5Ai/C0YYjYqezFD43MnOxChZo8TDlZB8N3lcEKSFwjlLkgy 2X5GO8csyqvQzB6Gx2s5/iGboFnkv4h2wHaSmWr8uID+5yPDT4r9yxK5+PD2cRa63fLJpRTY lJQsL8QZn5Zegh84JRBN0RpYlwc7issRbpZ/UpAWmsWEvylnNrDvTUoYtEBEgAeIOnomqqCm B7QuOqgR8ho+0Pw4AY7a87JowgECRfmC5SUsN09YlcxnuCjXxF5QSZfOr6Y9ltANDZ3QCaCC IVqM5H+kaJCK39xUKJAuC8qjtbpAWDMZilWYBMWnM4ChZ8xYkaqCcrWiEwjaNOsf+wOBHPsJ YqBLb+ZkiqBsU/LMoSZDQzzyX9QDArllZ+7uBFCZRh9tyx5IK4Cx7lP2S4ezMea+IcNpsrdt jx4mdQJe4OS2yBi3p3PdM5P7ECvymcMWpnuphnWrBzWZvcQmFBjFH4Ny/q9aDVv/AGZyDV8a /UAimI2XFQiDunTqEWacr5EMFTGlH1LsDuEvCoG+dyZ3SqKt3XaYLGzuvcckq7YRseSYJvki 2Y7c5j046cY3M/ZKPX1SitO5cv4jkVUXENx5+MwdoT64oMpKtmt8VE1DdgtofxIiSxmmLwPK 4mEOYApuHGYIRquBTfD+Jlqw1JUp8QWOzWXBovtGzUFD/wBxMZQ3TSvxBh0DjhZv6VKRT6og FRgVBJVlkDaQsNgW/AzLasNXref3LLzhX239Tbo/1KuBwNR3vNwRBLsFrXiKKLVktx88vuCy KeeuHyr8QrQt/cM/fmZuFptbx61xGjoBF2ODTSGF1tFlqExu+ob1nwjbW+A9567w9Fy27rzu CZI2nq/z3DaBOpAs/P5hhyKCmbPcKoUp6/7+4GESUFs28c1EQzn9Y4kf3Z+FVWP/AGGGXKQl 1XvDATqntY//ACGwCNqgobX4ZDA0H5hqDQQPsdpVDMS5d7fUVXaGeW1JSRTo6aD16G34i0Av PmWWzGcWYvHQbGAqvV3BRw99rL5fHRa0XUqgFP4gCqQsHFTtj8ytaOFgHN51Da3823uEDOtm oDtPE+lAhgVs99oJFOWY835tWCeeiaqOnm/uXQy6p5GF9pkjQ9ZxWudytaqMX0jxET+Skwvc xeDki8/bHGVjtbF1vcTt/QHTl7v5gB4SxtGzVc5lnIp3Z7zUOk7aL+otiNbXN2P2lfV2xDxU TnHQFpVv5hLnQeR4qOZOnBTazZdNQ9R68miagACz/YTz8IpL07iVSxMvDAaVPMMgxBrwbYfq NJm4hEND1dyzMLPMYCqKA/aTD1L8HsxBb4CBfcCopeC/1KYrskYeb5shX48SreYLGfbvFqqo IvdOcD93N/SZO+1X2m1fOjaUbqxaFYHN8kfnGeUE7PUzzJFIThFlDUYx6XmD5srk3TWozYqU WOsz3PmE0xiDOJn65cHVxDwGLk6N/X+oM/wrpkXezjtl4HDXHpfH7hvXP96YfP8A7hTuRmlT uhVfC/cxl5nEdeg2/EttVwDNVry7jec0NqI81zWUHbrZC70tbP8A1FgSbolq1vxDKsYL5H4h qZnWUHOZZiznDa/yQXCE5wGLgHQAmlQ9phtLWxapOf4q3z+RU8hnTFnsgiUCfIxb8jmsYfFx 5RkTsSrxu/iYkRl2d7jFcQeTLjxdfEoxuG0gVjwS4ULOxQxVfMsT75x/4jTxWUEZ+bPylD6l YMVRmd3gRu/lqOexNDu+6ma0M4z7sZmNJCinjVxy4gCmHhjUVFcLpJh9Ncfj9R75QDV5fOZh 8AGbr/yJ2mEky0cQJGsxGdyi9nCrmLCTdO++Y1WgXDGQkKOGWgHYckeb7JGjt0eb58EpsBq0 uQnZYZCEV7S3/cryVxTmqmyizmeSLRXvM8TMtJUK7LTJMvMtPZBpDRUewyzNvqAFGO4TmhwM SpnGXN3ZmcytkQF0e+3mMhcJKVowzUILa6qvHL4jo8Rmhb4fUeQ6rLPjuSlLznUp9Nx4nPzL anGVjW/9TgVCesSmra7Bzm//ACASqVrN/OYtq2uL4Jzr8weThhurycRkSDmNDuMyaV2Hmu9E VVhoCu898yuaAgEVwkIBkXzqaocngqFy86kqAfUofEmiC+Zp0CVR0xBNQ1F5CKgBtexAiwlY pocE39eZcuC+7cNcOIXf1KmtyiqVlaZrRg2O5Z8Y7ltvERVM+jmD3vcD8ZeDhaz8zIpVfzut 9VT6arBGPWPiGdtBll5czwC4YW5k0eFyTllTiJ1DvLa+YIXl5g6E53cIULsJGrlPc0aPbCKk CYb41Fo04IXzUKKhLT/sTlAAU1FQLlou9dKYkcS8aCs1VBS0Q4QLZem7Fm4V6l2btnBnwhzt TQ5Su0qwYn5jE2TVTDu1T4BDjwZKrvmOGBVrOW4dWBcOu+Y1rQRM3pu6rzOcNo/gpzkQ1/g0 uZ/L0Q3ggsAcXSKvBvJMurlGPS7eYms9Da6vOoTD6ILsx5l0zICApaqnMtFkdBpsr1We8Lgv cGLlxNcuozg4xFEgmi5VKtYKgYVhmaFBFbqXtmztU2DzfkDLrO/EcszH525c0337QAZkK66Y OcsFWTQSdg3GaJTLpey6nlDiOTLnI8nIalAwAnLF33ww3MVw5DL39R8AkR7oMXiNhK1VVX93 Vw9SftSznvPQeUWel3G0G7JS38DMgM8wpYygtiLdjwflMLLsMU0uK3BQb5yrFvcM0kKoy/Dt CSzBiw1rkRAIxwxRX5LxDS2jWKsb82yvmCdPtECQAqyyPwQ4tG7rEU6dlUVP5fczv/KUW5Qw PfxKqhpOtV74Zf35iBzTjDu1Wxj1lmBKoL3ywepRvDW+2yU8BpdOnKgiU1PbQf1cwwSeqViG SEQarS/MNSvABoJn1+ItShqN5z9QVkyCJN51ThgnctFoDs+Zi/o8MCHMHoxlzyE1OKMIcc/K N8UafMW21twN84jkHcer8TjgT+F+WJT+W3dqrVwoJ2Aq7+5t7y9dn6h52B+XxHa9WV1D9RLw xGpRO5oGEAdeZdO0whzpP8ZhXspM6cTTUymn1MOmuz9ErpUbvo98k/eaJeH/AIKzGdJUxLCv QcrwTLSIh95WN05D3uzzEVwkz2rx2mtewjjYujh+o6LWAsXRWaevUsuuJckgAyHk4j2icARz Y1HXdYMId+04bpyS7FQVCU46j2yCW7M5gsbZrMDPQR2wZQ4zjzmGL9ROtgJxdx0CPFMF+n6J jvRf2C553Vd5l3AZsXZ2KlgTGngF7+IKWsMPzu/pMOtqpRZt+ai8HS0SHuaajMKiRtozwoum IxtcADNc+EEuxU3QW/RC1IS6Ta/DHPiZUvRXnicJOxm1L/cMtb62EJZXK2faRR1UBm2k/wCE LaxY8C/qEqQ3jg/Vi0i/Yfvn5lUvBpV7Yjlnf9FHjcd5tFw2ZU8TOuoPGl/3EWGC/wBMsePM 98fr9A6oTFXyggTAFUEW4Q6hNllEUs6zu9Ikm75HhKcUAD5Rz5h1Y8lgGVtmT1AxUSS12ov2 r5gxUHyOAfiETWQAL3Qrz8x9laIcL0B5h8V0b7Re85rtANA5f2YL7tv4jyQQN268HWpXHfiM UUXRVj+5lJFkG6ZYxzLZ3ShdWWu941Uc+httLzDK81WT/pi8xMKOL8BHRafFKXzFREBvwv3L thGDS/8AsboOGFsm/ealVm0QPPo4+pkHvWN8+7/cpcYeY26Q4vcrKWciYqiIYWl28S+hwCPt DlOFRhgv6ljYRYW+5hvMYkTUW5NjugyocK27QQNA2rw8wuqDi2IP7CMAkF8MtOUYzcinbLuM sX0vo9LzKrpAUnibKOY1UVhW+qzL/F8Qox86mAHlKdWaajrim+df1HKIFgFBx/C4S0ihalsr cvqvN3g4L+vbANpg8F4iGSEDswlaSoNFq77tSgpemUd+rfcHgvZxj/q+5nN77s2cbjkxJcra Ki1Q8JAfyWMosy9MCt4C2IJ2T9pnkJ/RZshFj7hyt/8AhmIn5vj5mgAnNnAeu0oieOWpAqLG OeXHbcshzB7HffNxnA0YarHpj80PHLmdkzh3Q+Yl7QtOYV7Go/H3nhmNV34CjfVVRTbZreBQ /ilrjRyHBKyuchfD6iHlCJMW8cQ7lm1QjrtAS4LEh4YZipQ01Kph4mcapqtTJ4p+5wQAHUAE aosapn6lrOVrCsjPTwpdYl+uSOE0p93KiZNPdhpdTHm/C8WUH3iCgZyctHaKcii+0tsqzK02 6AshUk6pm9Dx0MnR+M5M3/8ALYwleszGXYXY94nEk42VtcVDQFYjzdCdgV/XxNFjUBTjP4lZ xZCnsqFvdToGLfwDVVA6IsWkjpisezvEfaN2WwoNd0q5csQClLufm8Ziq1TysqNsvFNrFdxu XWiCjmws71bEFLWtQ+FCBfAMxaPw2lrUlyyRj3V3ZWbnip7DyXuVHNu69L7ypnNHciu2+8Vo rkNHJfmIxheIvBzH+YlzRasuB1k5S3VsSoHevPg8dDGM59ysdGcS5cZz0ucdLjqXDp0+ZRmi Oo8ZfQ3KX5EupeJf+Z8pmGwnPNLXwJZ3a6AXxHpXUq5qri2GivbYZh4c55hOjt81NXD3m5rI HXMzke8UVZxXeEFXG9B6zUoGasWKuMLhrjKuavZMLOozlV+oUZZjo+L1KGhHZ5Pao7YOSLlo 3GV0IYCnb7izJZFt57S6NZjoY23nQng/MqA4r2f9hyECcgbry6mS4bseyswLEkdmziMBXfKx Nvx+YrOLA0m61Gf4I3iFtxWihX+2OJlMFq1+pi6KH9o8wsqVRpBbyFAYauKhyw8Mv2vv5Fw7 z0vQjRcytDMCbsgRekcIymD2aS/N87jNsvLN8SA6Qw3isUwTb8suopC+OOymgh0ivAHwxEdS s+HJQd14loIFtny415iZl2bRVY1b4hE6gkppZn2RC53zDZlqhdjfRLvLyqcJ38S18ZyFENXz VwbySZEsADYczZby0nGf3HmMmufLMTASPAs3Yt4qZuLf4EBl2OYvptKT8W4OsvY8B3R0mqjd efuz4hazIwLDV4zONARbA5Z125mMFgG3WPmxmExpQgUNCPcPuXAzSWeuDDZHdbCVBWjx7lGU 71eJcvO4bk7mI5J3zyg8S5Jy/or6mepq3SL+jLGwGuKob/cVY0rgXm4WIuJlsWfcNaD5beef EDEjgxgqHv8A9mLxpKtwB4igKIU8n6mkhlNxfWpnz/zxqc9EnMLlSunHRzNTPRzHopdeOJqt 36Meu/QhvpsmCEIPkJPwYHM8YKuJUAEAgv10em+jr2WBpJlg8sKIK+zNxwxt5FljBYq58nIi OSvmItk9zGI+CP5jyQzPpetXupsbJTfqFFzp2LxZMM/dTulG4dN+84DfzDxIqzTrJMxZzR2d JvA0Z2jBuU3UM9N02+oe6DLuPrn5lkU/RQLI3QDPCNeECtitHnGc8SiWJCVdZvzRHOEL8YfZ 2Q8nioLqqETvLQ4rQ2ZcMU66nCKy8wkVxdN7cuNVCDJ4ZFC8tw1uNsJy7wwXKUGE9Mwu/mLh yVWbhSjiR0SCVepVeO4GY4d0Taapw5DzeSBZocAnkg2TLch8d73FZCV3fK5gBr2mTvqVlnko WAHjDEaVpuF4+SNQCOwBDSjZRaKU3cwZhK2Wpa9CQJuJIGqZGCZiihTsQDntGEGqp75mqHyq mpjwFAWLvPqX0DHgFLfzUuCq4WMCt/LDqpRaDY+YALcZlaHMvaDwoCpW6VW4x6TBED6tMnuV g6vhyF/M1WMx1c48cXFT425EaZmPQL1FhQK5ajelG0+KapuGF23SuYXxzD/EeQW39n3AjjQ1 dx/qGtkLSGi/p+pbJJBF4qm5UWRpxVfmFsSYiKDb4hooaHm1/AJ38UJWQJ7z8yluaukjcTGY 8nZpwwAboIV/Bx9Ss7jsYbr1Kf3WtrHVXTtmXBBZG3vtO96Bs7w+GKpdunygolp7vudovGbH AcEY1HrxPfR8xj0eidEjNIecVSMRmnEbS5Z0Dp6vmazUu4NRYXMDgrINShTZQXiN6WkHkz26 jU3KqQqLZj6nlpwyl+YySspaZV8RjCkRwQynSl4O7Mv/AGFzG8i2sfOJeMgBjWNGZZeBGNSV 50SnaMXULztmh0xUVaXuFzaSOmDvquI124Jaq/akTF9I5lBK8M1hwow9ibTfaahyRKQ16Vp+ pXkpPaDl8BG4sKVXXZ87eqgO37fVnMMFjqplctX8yhpfG3voUwUpKU0epVh3kqJQte+0FPdP hkK3jvM0WOUSlT7hMuPJO7LSS1UlD1YC914hbb0GizfdnGJLbYn9pgd4vz9wVK0lbVGuIqkf 2I2n+8b4w2rcpLMfT6nsAiht0cav/kWtakMH5VtrvMzElizi+z7jwTNirLAd6gPTDy3axfxP fng/+6pkIamKtQfP9MIK8xCjH6lB3rjhWsl9psiOO5MG9wVU7fn+odktqBTVIMferqCuXiIG qWC6KcZ3jUbflt2cwCFek09px0Udl+8Ks9M1ovzqCpaR80r7pjddWfggKs4OR/1TGDgoAYPp ijj6F7blGFCqBoKH8yzCBiaXjM0+uQeKsriCysxxrulc/YhRDDZhdPMTmkNTqo5iRt0iq/UJ AYXSVqIspZS33K8vyrliGgodmMct7YKCpccjD9yprPLUvFqWHf8A8yYkqgD9yZv4bR3UNzP5 6F6LP3089NSsTc46PTmaj156ZRY326OMnE48TIfwzFBxHMzKLu8TuhK1Z90TxsH8wzmb6Ebe JZvszLrtf4O9REq4ydpNp/PHp3hlbrgKGXMrIoFPE/rBHNPWQk+P3KqolG3Pt28zVPw9x/ME 6YgiAhXw1KNgJnYtI1me8dKQY9kqBHggYb8yjRLsGcn3OG36xZXQfOKEXlSB8kYK2pGJ8hg1 RlXndfUrTillzn8yvDXEuVw12tXEb+P2ltCq8Bsy+Yl0xfxD81G6i94Ei3yJQY5Nw4/EZeAK 7pi6lEBbVQGNHacFRBXRpntDr5tjdPN/EDPoPyFX6lTG8LNaWdXBKoYVteHa7lvPzqwBWHYg gHbyD5ath2zJU21wrlGrw2X3irQANg75gkwaao8wxalltfEGEnqERMnxMcUGcN17h7ioKEIj UHDDxTSNCXXA3jcLRDWRUdzIMu5Ke32joVXuUlK50drgwXMKA1AvvBaBaAPD0rr4SoXRe3EX XfRun3HUCzU3cryzm2qNPfcaKtib7ZZQvJRMkEHOwG/mWAeSxpqDBO3LAwYAYZJ5WufFwTbG yiDb7qEooWxHyXijvMxSobP2O+JpWOKFi/J7y2QHKU8D5mPVPOgb9P3KXTlFMQR+2UGWyzZ3 8lTYpoppdF5qmXmyBgojVJQjJZorLXfcBnNVCO45/gx6M10q+jH+GEqVHpVKJBDgmT2mBHaz qXL6U53GFS7JdTn3TC3jA8IV4Npk86SCbvS66VHRlV3l9lvPeWWV8Ld3xFX9qXYEGHAIDDSY w4mAiNt7Bde/uKHokqr3QNzNnOdu3qXRLstOHxB1YAEx1cSLC7S9st6KoWHxLjQEjA6xGzhV 2AKIrNhVeZvJ0DC+TtMKPohVMCTsYxyE2KpyjfMUfyLcAsZ7RyAryQ6vOv8AKYXJdj6iJ8ek UeRld+L1b1mMAkGnbW2IqA0/DUw9QSvZkzCqBwi6rvKNBnBk51F1O7bXZdXVeIg0a8zYX5MZ HAbYHoXy1Kaf15l6Pkqgd18nbxCsfvM8DzKWrQUpTiYpyns1NcvjFjKew4iHtIHN+yuPuWNd 2xg5Jgp4PZjaexLMO1OZWR3tZnzr0eA2GlZUFSz/AIDSr7EzGC0e1YMsWi43nGtRnh5xAhmW BqXx8S+ZExui28RZy4CKuOcb+orhwdkOXzTGVXo20YY7SrnYEO5bSlnVzdIeQnPJkhskUJCj bxGtgfs7xyOY7NRXOro7Fl15YwZkBknZzUCSVxVW7vf8zRNf0zIFbOX+0C97ja7uYElAaDee NovoLGZpPpf7ZhBKVLtn9JTVeWWtTfG4vXViU9uNEKi4rmgr+YGgGj8I11RUGfdfuNmMdbDQ +6+Y+lxVI95ZXc7ZyL7W7hU5DtQmz5h70Ul9CJma8RI9FldLlSoEerth9ghzgBQOhBQ112zG 5FJHw9JyQei47xHf8DD+WCoTxBCM+DxModBzCrVl0SR1Tsmv4sSYUQPzNCPKhPZKg0CqZdzW JXYPOWct1xzMsvxn6i2DKrPf9xyv7MVPxUtQMmUrebZO3iIMCPanAeWCR8aAwGhq8xbT2Bho wbIZi44q/wBK5jNJnuhwvxCFXK8jFADe8MXisVcxo5ezE/mKgo5yZ7BzMeqRrtYs7cylfH6o NBlvXhmFxEgrl7c54xESm5ae+lqBaKiJwKO2MpoXpMp+w/icRDxeb8XUqmY9qWZNOEJTJoS2 Rj8EdFveAQImq8qWGXdrcdAeTCJK7WMBYwhbyafMINo+2/7+5fQjWgsgQdCkYQyjz/cJVxW4 rEIyRsRr/wAltOPtOvgczfcxS7Xvzmj0RxcFLhFF7sfqCkm6wHT2TI+df8f0lG1fC5YqUvp2 aqbfN68QL+59srRrvKUyqJQ+Jl5yr2tL4uksQqNtaJkar2LHbV6mJihzSxhyZR3XLIj2vk+Y prNMjgaz0LQ/LGZoeLSVjm8H3E7R6iuytf2hVYr8yjm2YKXDjdFxDTE60F+NE221ABb9oRME AGbdEtmwiKteYThluh/78SrCk0sctRzUk7bRWbFpyEqvHbVXw1ZGygpdLuogt5x7MIZfdtFf 8hixlbRxce0fu1vMBup+kSNTFQGZM3L+KJwAq3b5mo717PFxFReY246F5ycZdL5TU1RnfVzH c3iy0XUqCcTNhmM0p7KnamvK4m7vy0fEwtrkAu1zvJeB7TPcSKKeLja1G0rszVZQe0I1R8gL mTf6iE7PaMNQslH9QoGnzLCzD6AKimL4mf8AC8SCLDtH7dp5nE7S8IaNVS4B+Zm1Y1ERW1zf 8d5RW9Sbvxm+IR0IjbRVV8v9y81DPioAaPLHeW0E7oSjnO5Ut24mar2tSyRWn7R+GVYBlrJh M8AFsdD9wAWyVWCm/jB8y/tlIEAN/U8YYJY4MyrgkVatP2boTyA/pDnod1OS4NJQGeQ+Dn7l VnAzetfiXzr+MbfxKQTvWAuV8kVAeJkKOfmIBQgSiyqlWu6xcIHtHaI42Dg/ETbcYizSphgn lgVL81+ozjzubrTtkiUZ93Au7jv1ZNNTDjicoBO0NIfMtCW2twfIZgyivWSJgMWx1PLOu0OX 3WWXNr6ifidCgM28/wDkJZ7ZjQePK8+I7Yost1XwQ53qxxko8f8AYVw7kBQb+ERKib7PrlUc yhYAYsvz/caxzG/dolc8iIvRcuuU8p2QP9jUu2NSscjJGsLWjB8QNC/QXVTdI5Bw6qTqtTVD cpIb9lXT8dovva1My0/LFKn7AsyrqNi43sfnN8G4HLDzAVM0vTxaEGQ226r7wxB0WkQRdpMu dmzXMP8A7Kq/moLlzXJqge/phuRcWCo2GLSOCMcFpKsIu0KW6cjKKRnQSqxk3sia6qap2xp3 MQ/S0Tfgl5YX3XJ8wLbCXlxEoVizXccK4+I9RUmxDhqO7Wmij8wvSQEiDuJuLTVAF1kXmV3W BerjEWn1BimyUX4I/RGU83tlveSAOv27F0nhxNCjPy9w8JKnzWs1FGPcWB1c2v8ADFW+ywYb 8y4R7eTiOy5YbNidpXJyMsbTMgqRujfeXHFcXYV6zMtApZ7kuUFRpU5lrHrj6yEChBqnCT8/ WZmpSesjcpBq+8iJxK5UIQocX3iEF4C83NQXPcELVZqVjoGR7l9bf5Jb3hPc2VAITNvE7GoN wVvbB4f1BjnYUnQ690Lzet9l3/yEirrM7XgMTB2fVal593HQ5dVgZcX3jpoLxZhv5JTl2M2g r2DUxY04AhFgbOZ2Q6EWBaPcuV2YY0NJeZfelhrslANyvA8tuPEOFLgtFYBjAX+IFqkFt5Wj 3KhQ6haBr46lKqozmObIaC8bGu638Sztpfgf+Q+FCHC2/wCIkzW9leXuxA0mM4VrtqGkjarh NfuUGDuI0D9ETukChU/9mFF2GURMwn53ctvO+h7/AFDOXqWVc5dRakYTEmGgkTUB0RpvYqoE VXsjxzVbjF0MHEnAG4vVPeAPxLVnltNGi5gy0DB3q7ihq4yAc/LLpcO5jhe8tJRqLwiBKmj8 7PJzxVwKx0EgZqhmD5zwZlmVdVFui+J3YrjFZfPb3KrBkpC8VdZT8kB/8FLqx/mpa0biUL4b K9TEV8ZH0Z4/Mvc4yBK+zHjEupDMVDau+gghePC0WvhhXDpgO3XojHKKKvfAVXwFnTNe4l28 MANvdQZAeFFuiWFpEv1b3MgXE8ZxaFGmnSWJLVvY95jil6V0WZYZlVbxGc7aVM0t64xFmhcC 3m3XEBn6KLHAHb6R6u1X2jfATQPD5RiAv6W8JXg6EFlc8y4eFV0QQKoEatYzKj3ORv8A4QNE TpcdltNX9QKooD4H4qXQwHlewy1haadWQN+CjljD21CAm4XK63EsfxQjs5gcmAclxdxgaz0k wwG0q+8FFWkKXDHeB/OA5L9IbwhgmwONsA++6LrePMyhP/bvKoxeWnMbWm3ZcWGttyTdPkYj zWVICPE3KFvMvuqtXMPg9OipzNn8adCWjwgZyyw/7HCKziVP3Ext5UtvrQq1hDpuDH55bQit UNihcTgtkvkjSpvNUJafKzFzOwDCF8SjC8pLJ3EJMC1Vhj8EahXWQPFy4gVcFG8Ttdme0arU uSkENSqdY4uYsxlCfEUst2lu0G4j2IT98i8ncyrI1ZRVRcqVCsmjJVuHmYME1hpfYwku/OAV UtWqsCBVyArYi6PjUwpFfPsHnVx/WJVgWD6G3/OJMrbUdVtWO8w6rMoL4DWYxB5Wrug84iIM Dj4EKJH7IQM6vgFrv/4jTijTSy+JVEYm/WnMTz/nglxhumKY4alkZgcgZJwKXUL0vyqOnclV QK3lHOe8zi2RIWas87ndxcEuHp/Sbqtg4FfkuZJ2nvTCswhv7SvVjE2BFvgPuOA4nyTT0H5g Qb3oynwhYhUdVtXGhgJnAtehEdmJagtgn4XYEgUNbs+HM+6NLCeIAqwaJsh+J27YkHB8V+EU vKAytvvUHsNZt24J+d7QuDfwwSlukVFr7XK+XXS1YqhqkKgpRh8kSJYRV9vhEAptRfk6IXpM qCdm/cr1DrcjTdPEJHsg2OK/X5lCvs1Lj5hLDjBxunbPxsoAojIELYwhfrbod/eLjOHxeysT f14HeqDyStRGj4g1SjMsDUgtPccmbHbvK+XZKadoRpSlQOJowEquW698pnlcRzPy6MDdxa4m EYtMIwIjNuMehetzUV+2DuZsm5VShwFRZnHXeenmOmnS5F8z0iNVWdWoDb9zHOlVq3nqQ3Az ORPLVbWXtNWUttrtNuIKw1Cc+wGsd9RE9gB0IN4OGeds/hha37lUMHDDh+4VgnIygmWe87AX SF2vxPnvbxh7/KVQ0neBL6sfUESqXWC477T7lOM1Kch85h1ukv1/2hxTHPz1ED7YRI0GCOfl fUE2kKhkszsa3DcKxyrHPDf3Lpky/IyDlouDj5kmC79jH2+Wwhu3eGQiS4Ua+JXW1b9f9YMJ iz/yFntJ1rf9xYN6S2hsfr6hYkm03ZxFObPlSrw1dQmvaIc6COw1faCfgaGGn/bghKqkvkOe JXCC3q3F+YY3Cr0/P5jUu6q1dy52QbfeK5aYK6X7WWVupKWqfkWZEqPTkP7xtmOXDdeAiFoR qT3BsHeq8Vj7hZo9YL9Gpe5Fp5Zv1j8wjC8DjWWXNUVKsrGay+qdsfwRfrXXctF50KyYSvzE p3I7Hl4I6HFrzuvuXz74+xf2gzaU21xaHY2ER4OPjuJzv8Rcoa8S+PqatIHDUVBIlna1LmfQ Wjf4JYJjENt3+4y2hqhicYXaPCMYMrCua9P2kjwQ4pUq19hCyznNxLlMcBepvpS/MXvLVVxv f46ZjiNz3HFl9LuXNy5mONy/icy49b/jcWLMH5nxemNTUdsSPUcyk9oYINu5dzR3mVXuOIm1 tDrtf/mDbu5z0voRGvUEG3EyFNSn2pq9epaarbNEzdhd+zZCaEMtEBfzNIVimmniB0HeRRH8 SsM3ZwuyozLIG+PEmPoYeExYnpTi8Jg/MfLpfJyXcGQugx8rdynnfTP/AFHQzHq7TY0fmPtO vgPlc2sRYSnwXqM1CB0pXnFTCo4QtQQuWJptRx3wSGcDZkdfIa47x+bNPWsXxiU6FScG2fNx 4QGW5G2LVmNSj7nDqgfFy7YAlFN85xiA7ErGez/d4B8p4t0ZYZGwZvZoysJMFrnxxCC7wrRo le7MvTvLgODMO0V2K5bjOVWGyKkjFYSXHKtwbX+ZYZEnZ8Q5h0hTKyZ5sMqnk5a0KnuWZYk5 xmVmKXvKO5F98sXe5yRW4sI2i2+JeOj7TMuajcDEKSuJXiViB3mWyJDoMJ1CpV3e+jOYyrjB l3Fly+84l1L6OIuYuZfR6bmXvh+DNvpPxMxZfxNy8vOpVm4PzPUTX3lDs1By3T57IfJuoh9p zKlSkgRMuHayzZEhXEsdYgrmNzC84jWkfAZ2yJkc/cBfuXw4gJbIr8dPEduDU05qZh16BxbM iTKMAFVXaND9veP0QK8mI0amkF3l7y5thupBcRzr3rbl3qCkU1c+kvIPF9x+0BiKtWQ1Zzs/ KYqJd916I7XqUA+pUcW7sFlXLcLS1NtcwSrwPLUXdRKKpxYw3SsNZ7OZvfVtBt7IV2udXxaG fHknMzwR/wDpWajvq2Dgdm5W4zTCqHxmBAOmbm0bzUADY8i6ts7oS2CdvgZe6luiRA9xR4/J Bon22zYVpxDWgXOgrQyOsXL1IhDhbe968Svu+jR/6/uUbN0SIVQ3l+oeLokH8AdSj+m0BkU7 WcdOmEbE+Zlm5dRzCbiw10WViHjrzK6V0PCeIkqGEbSpvvj5R7Y9BnorOp4RInqZOhiE5jHX iKM1Ob6LCF1XotQ/Kg9FQ79ziL6mAXKz/AmpzLUmma8yq3iGy7kAMuZsPAfoMOafdj5Jb3ar N9pseL5R/C7IF9pxEXWNNnK94WZONo5V2KhfLEWJXbAjRF95jPbcYMsyF48RneyqbrF2pzf1 LliBJWrsznAzuZEMMflDBOaquaNOcMtpe0XqqprmkQzTk5FZKLyTQToJoYo1pAIhubMr2zr8 yo5jvYLqrYb1M7u3LKOm4w7KU8YgRtIJw7QaZgSUu4QRmyakLB2ukqxK3RwKPwx7jp7IH7N+ JsfGjoaPV1A617VBGzzhJSG2O7H/AIzO4xoBTSPFkQOs13rd2txk/PThD6Wsz1/BYVb5X+IB XQq4v81AOOCM7cu7isytPGdWMPx+ZaG+wq4YvCh7KKHxNg2y5gne7l5kl7YLz3jyb6i1uH4l 7SZ1No/EISSqzaD1XEpyMnI8ytIjSLafeZiMC0DiEErwZVJcC4sZYU8EoyM2OFVfz0O3S5tm HQ+4YxKzmPuVD1NzbC7m5UyTCXKgXAzHCJNwOOOn6lZhHM5xE++j2lEUjm+ozcWLiMuXUs6O I9PE5hzF6MrpN/jDH2izjuX0M9ag8TMvv0wEuKXZFucUu4vUkI7dggKUshoq31cFcAgdr5bh +q7clovwLmWKTbd2/BiVc0qyJj2mK5FHDl9i42tGIoAr8xvKgMdkRrgqwJp+34je8QACqf8A d5US6AY4h/EsSu7dmG4YnmHxDw2fMUDmMmNmP9an3rj8QDkOtbD+wsECNOEfnlM4ZvhxdmCR +a7wGq2Q13PGr8Q11qtp3x3I0W18pk2yukYdZBX+8y6T4qX+g+4HgKi6yPvSIuEPg2gdmbl+ fxpgtH4gZSzlic/RKPAlTTVrvUIAQs7gGeMkoyNNt2A3NTMGigvWSL0WrtBx91+ZgVwUtnj6 hqRjjDE+Ll2WK+pQTvGrlsFiM/kxWvqG5kvIKP8AX5iHik4Bta7rLw0kUWqfglGIzF54/wCw rbnoRxZ2xGbNDryt9r+4t0coqC8SidyfIx/u8o68vgVw1/5AhDap+SYcC5Zdw+litJ7EW+mv cZ5hmc7n4g5nMen6iw4h00HXtDUJxGM33lqhiOehondFj/mO5sxjHoiXFjL610ejN/wuLUx0 GDv2nNLuCYGf5VjyQcTmD6j+yMNRPbzAI23/AIHMpRpdX2EGEqOSHN9+Y2LDv2bvH1Gy9mTH PxDOtjuhAbm+Lyw0biFEHSGD3HwJPKFUS/sNh35d8X8xPTBoXW73vxL4DgLxVeZQVgnJ2oAr cAfGqMQPlbupZqKE3R2QV32fiJTBrabnS4yEUF8B99+WIdu+XuteqQPTtCMvKV5Z/cuTBZjR C1QbN1258xP4x9iQ3OyRvy3LQSaDwY8KBKhaNkUwX6j5sgdk1M2MIhzEbxV7zu5bvs+BhY7d PMp69PmUiHBYScAAthFbZPaPqF73Mar8w1GWiruWrEse5lzLQyjliPTvMuWX5m4MXpxGJiVD GPPQTjpXM4neahnpYh26/ENzD10viJ6gH/kWpiUrMwm4zDoanxFiM30w5le880Scxkn/AOTw Ut/4QTX1TTfRMiQ/4NCjlXqcglwXf1Lmq5l7YzPmdFx0Cb/h8pg1h0uYF8wY9Aq2ktcGuAZn 9y9wysuhsO9xiv4t6gUWEHGXiDCPkplCjxauW2PttFN1FLLMNXiHA1LHLce5Bm4x2Q8ZaW7y 3vMmXcvpfEGDfQuf4LqXL2MvPS5cuoRwl4nqXUu5ekKYmDLm+m//AGfjq3DMNxx0LRanEupu yXjp2mTNO8T5gzzLgxMeSIHcNyRTmPcj34GUTWPUb8pp0epT4+qcb6IFiK+Pon/H+gWoRwRE 8BB1Cu2/M3i/FTg3E8rj1hi+IDcE+p2L8RLAUboc+cJUtSYiCwfdEqE5jiLn1qV0snmMrBnM Go8Sh8sNdBlwx02xzLmpv+ZjpdwqOOhuDW4sxzLly8Q7waJdfPS4I+5dxZbcWntCKaWXBmUu LiXLmHM3qXMK6MJUdyg8TxJ40x6EekjMwOYthKeMyvJB6J+Ia31TNj6JofoiuIO0BBF/in/M p+OrmZbxNlj5it/MzSM0VTv09TML9QVXcZuz8zDUe1yo3+odQHwhGljH1zxktcPcJsJiEvmc p/MrOPqcdXxA8sNyfUa2H2Z2L7i3UCYfpF7ubH8UQ7HmLr+6cpXLuJbLWOJtEhwOIfwVrzPi 3QcRzlH4pVwJmJrqtsGD0uZSy5eZctl4ly7xqLLzjquXB6CFpcuPUVle8SczzSu8I9tHnEph g88p7s9k8ERdRj3TPV/qX5t9Sz/hO8/Upt4c7DSlQVk8oBX5E5P+J/QDNivZIdlUIIRn7TCu wfco5Px/7geWCeX+Jtl+ZzB73B+73HqE9k1c2gkMQMFb8JMGiGfEaWxHMv3R8J8x/wC8jxD6 I67UjSDepaxR8QuF8xwyfP8A4i9Klrj8f+z9Eoi0NhX7n/qk5a9sVzLXuKeZrmOp7fqVNYlE ej9z4zB9zbibZ+JzHT99EXYTbxMkO8r+OAlu8QZl6ON6TiBLm4CjrEEk/Jty6ly5dS/iVlZX vU80p2Tzko5j3egzR5Iz7aX1PMmmFLZHdTNj6pf/AMIPIiOJE1HLYcpUHf0MP6YPRNw0DJdn 1Npj2zfR/vqI39iZsn7Zy/qZfb/18wm0/EPy+k/+Mme/NCC2jgj76dgmIv8AGgLj0BB6KBK0 +oUaIAeJQ1/cBasiGwYCi28CF3ep7PpRt2vyjZs9E7/+o0bxwjHAisfhI974Eb/4iOR6CLf9 484it/ZHnTBMtFNxV+Zb3lecRzP1LJcrllxZ4nqJRGd4kZc1GV0TJN9AfM+ZqcxhmG4sZgmK 3FUYSodFjmHmGoYjknTvCiVAOgxLaBLq+8XvIMXLDC9zLFaPqDmZtWVF1g7r/MGnJ8z/ANgx vGcBPiAbDA9pXglfl8TDOfiAt0yn/wBy5/1DPL5ioHaXqB/5wbAwG/rgL+iacJXwgVogHiUB qYCVmE176lNiGzTE6/BEJduFzb7mnbDwB8x7HRG3R+JdyfULZfgS03Jg6KrsfnTmfdM21+Zd lyxGSF94Wply4E7S6xOZeHpc107eei5i9TtHD0qpVMSMqpSpfEYbi1OJQl8QUyll4nEGzrz5 iQ8qlVOCOyVlI5m8y8+onSrl3pvuf//aAAwDAQACAAMAAAAQ1Ca/OkP7zEQ0KpTvTCU7OHyH seaSwrOBWjOSqx2rdf8Au9IKNfndfsLFrsKjblURk6SHVKpkmq6+ZN8fU3YA8Nfth7w5QbF+ bmgoui5Yhz67QHKZDoGQ77hPhC1zrn8XpNT+tCyBWmF0XCNa8TheVGzSTMYKMLyYY+G8qDy5 seTxTezk9R5UNmLp1RsxQ0lPHvWK2Ear/oD5P75E8zynPSV3snZOXlBpI+/ZM15MwnFP6omS wbz6Rmy+7QduZMqjlV4c50rfAnUunsJCQ6Ys7qFNAJXkvVnHDRdakC64TYHvyGHUveQ4w+FG o+R6grqSpWZsaJAo75DcOK04oIahfpvv9ZgwJAKM9SNvjsbOVONl0u5Kx/bji1ZEqGS7gzqf S8y1fLbDZeD5RH6mPszv7LGs2LpnSAjGGNSql4ahzs6RCuaKPin26x5hp1uYc6m2+86dHrBv kTF1OFLHGJjCMFwRROhKDebcrF1wQJlVCXmdph22X+Uc7+U/wx4iA1K14aseg5IlV1ptQfbO uVLXvqyhPahGlBRH9TQMyfdfQ8v7FG5WT6mVrAOLRpWWpCvMLkJt99m3GSUBIOiV5G/1ZmsF Sglw8p0h4yheHT+P6Q1k4mXJZTWHzYMwEFU4tJRZTVoX57L87n0QBmwgd7AVZhzAw9v69Ete 7vxIKmwhrQ7ZP/8AObfGlVIcvi9wAby1EqpN1IL42Oj2k+WiKqCyoegc0HQRZhg0C5eedZVD FdXwZzSHrhDKyeiC8c5RfuBh46Rz7XXEbs5pOXI0Ury6UDzZMRi5WEql2s5rFV6zUVhTZ0qt qu3TkWWsHch18/Ne/wBX+rkWq6kIMB7jLtNm3PUDMkznrXRPCvjNctOqaAHeyTsqAbIw2psJ kVWxjdb4i+YqaazAFMdsDTmUzw7Yy6SC6SJ1OFZfD2JMfyLwZumf6azV+XB5d4BK3SzFIvaF NDNZQTz01qoZjZG89Pa2Kwf/APKXVrvAP/Ts12kS+4TFyydCYEsy3Yf3wyF341VDQ3yxu7Rn UdnOkNOQovfDJV8C2Zv/AB38lMPyTSAQPC8IgB0fwCIaJq/bR3Pl9c7RUQWYBoqQdtxKwiIG lxUsfg75JRVBBbBKdDgFNXfEorhYTf5xJseqbGCFsqWyZstG0yiRiBYfpAAANTMho8ewsgu7 PqxJgmdkPaOLavtLCJ+qHWQi7bvCqZxzI2b5cuW9uiGnu4375oS6bi/M3ny280tAW+IlcFvC HA1tGKcE3Z56chygByK4s2lYKBIgTgGCbiDy6onn60gbPBYwsE0crpJXUOhoW21S8cOWiKy0 YuxzAIHEJkU2YyQYN/psvvTCw9I+m0GRh9SQEbgVhTMknup/57yu0WuF7pxvNFbuAURHfNv5 f6r1Pwqqj5oh2NhMTahPpjUW9jmlNw8xrZDEhYEfclb9W04ERVHzmeLDMXAI7B0WzUMwybY1 IfpjfaGqX27M/KCfVmXjKJxxpWvgplXFowdM53Ng6Y9TSPU2yfotCAYgjZZVlsXO+YBKOcuX koVTPYsDHEnFT64WDwzCJ82U8QmktRNfDYR6ygozb8ir5DEJQJZ1lmcNYNgObTK4gFAghhJ3 3ukmMYWMpxjulj/maNBvTH/J0BhDpRUlJnavhkaiLARCGasD7/OLwuDODin+7iKb1X/FXMJT OKKdN8VIF94vrF0PzK7qYhDHjK3kGpyPVfRJfgQnuDQa67FSj4vkpYq29r18n9NDp5dy7ITq s1TXKVM1o52GxsCfLI4KocDBpUc6VlZyVTCtfkqtI0cIEfy4UfOnA2cDb6CIlYW+EuNJXJKm 2Oc18ZM8uFZWb9eMehxF++mLa0YcfvAxm7vdkX01csoze4mbADPhsEPSC7oXSxpA1GDeHGfu EUnu3FheyjlwX/qWhUoSLsfMqXZYXu+GsiiXQgTdfSC/WOjKIwQkTxZZecopO4KwoHBDTA+a h8sBjYC/7YXnhvlOvWLRINpy+oqIrNR+zeVySyKKXVX9Iv2zqkqu4H8xHh3uAIDdUoAnIlw1 qJ+jVkeuz2xulPs17s5WnwQSYlxcZ9tYVd17UgY9M0cjUjgskqe8OXNm6L6lIcig6/8AKqA7 yaOFS2XOiFFWaCyjjPID5Ux5aTjp1jR3Yx0XvL6Et8F526Lt2Fy2pNzJSY3r7eiRM3k8USzV +fXB5W5N/XqQCjaTTu+I/K+gOlv5Yt7tFvxSS8ZYIu6PgTryc8SthUlgB4SqiDgOpaZU5Syd trUxc4mBt9dubKB/r5KdLLnovq3Z9x4HlTr2wBcJqqaFQXAIFtOEF1awJR56/iq9IqOlfx2M paI6zmlAcpzDREkCvNB5daBFGnud/wCqcmHJ29gUbLOXUBD90lYhPqlOn8ZTit6TCQaeKlDr NpgUmx6CRTX+cs5Hoo7/AI61qQ3JaZn7E8wKrg7z1j7fpqvULDW979xy1Ob5ex1SHe0uTSWN il0yy8QcSFi6JVQN50tVxSSJZXlyFARYoxZCx9kwdXWVHigNvb9an9Lz3qobOhzy5quBprlp kTcwgxIUS0UiKSxnTGvvd6plwFOF0YVgFxTrxg7RktyZrAL9vzZSd3/wxfy+qMyZJ5ujT9Zq Shfl3jRMGGB+88yf8YOWBzKwJC+O9ybdcvHpxJqaxTdxtFhIJo0qA/ibEvvwJdKXPPYcoxmy 05A2/UMSoMjt7eF25weDDqpgOcdUl5dTomoLd+Iuws8ejQnLplJ9IMSRLu8UGlDe6FAlsAsd rp84+/Qgo6tuk7/lyIJRz7XIccjAqq8JThNlgpdEDAMJQr4N3iB8gYXgwpPm3X7HDrBQKdPL 9FlxxqoVZRvzro4OncmpAqeE454DaRuot2fpeqvh2N0n2O5ZRe8Vj9qMW2yzwsgDY66BPoAi 9CD9IA7fice4x6Eei09PbV4LDDYHEj7++XRwF3AJ8OUjzITvBaN2jH0tVBnpGkEve5h+IJNL SvbuzHyzjZco418hv2cNQBCDAGnGEB1ej9kb/rlW3ViZJqfA85O168i0tIj7moEZGPT8WFIe 4Zeq8dNShlC7boS7Fo8GUn11rTveUKJ/CAl101pWRwZeVvg2l9FitfM/9dYRksh1kxu2REGP 7HZ2wDcM4lWxhoFmHyw9SUYqyCMgN0T1MF8DEh/1abPkJ/uMvadiSWmaly9fMYPjytIeFxUD iZK8gqNTsyKW0zPiw1O4fLrNhgBdrqkCCQJG4z3hofr/ANW1iCbI9LJFR4yjqHsgbnG2/YOf 2nHd2ZfXFHI4x93GZW5heMXUCZoPRf8AGrGIlOUteIci5UvDwlAAzc04XTfQXlP8+jL+NfTE CHNEMJ1z+k1repPHnVC2xxtgYDVpwPYdGQGgLqfOvZjsY1w1+jhLpqtRnidYgc/zpaOq0OF8 qihna5lhnCjhAlrPnzZUIxdmNeHhJ9lETmAvHwWFRcEv7LDMzfjAO3LgsQcMO2EFl/vhA1wO Nf8Aj3oI43Y+xXzC9SzTbqH8fN33V/4UimArQhoMhyAqSaThK0jBkPpHPzwLKviU+mCVAt5K iC6qQ2AdGNZwn0fwwxYeArx3xKlN6d9aXw4BiPJ1aAj2SYPuHfXBueokaZLyKImEyiHLQk5S mflYLJjn6S7JhJHLhWcc9LLVO1DEJfen78y4eZ5/evrHli40OgPGzHVC8jSccsF2+GpcdOUD zgS3ViZEKij2Q/MzW6kSGK8mSdDLmhmwO+JT3cpVueNh46Fz4pAuW9cVNOlSvEDScRnQKXMn hxLKGMjO5V+hxFiEwOXirXN8xzl/EdWGjRdG65+yWyxcDK0vkFm5cqZ99ztSeXjW/wBRO7xb XohPsUSuHVI3durynFJMKXE+H9tqXiTJ1B4LVHyQuQiMK4rVyrII5MPHAkVCnuS4Snb8v2+7 kxvixfMpArLE4pQ45ZX+m5eBP5N8MiQ9DPbvWOfEZ1XCh3yY/N7vgKq/tSRkntnAnZsLaRZd 1AwEBlp8xbx5p4qv3i5FRwgQ1NNuqgnzLIyEzBZ4W+Km89mWRVtG4azV4+b2agRT59kVAgEQ p+sNjLZGTRetSRBtUG7GoH6S7I8HHX9ZtHGHzvfZz8/w+vAnwQGWRE6Pb1IJbxA9qGDiegTc A7/eEWYrLWUxxQIPWFsDInxsPRyi14Wfi6ndRIcvWUz/AJVEeZYqyzoTWKH+jT+J0bSoz60H 6JgswGkkzrOSxEHOnZXAXqYnUvDORb5pPIhP6+mAGJNkiTFvEK2eYYAJUZBHQ6m/2bCL4Ctg ptxer867qr2hg5Qm0ERbuMUYCpkRq8n9Lp2Z8gePvqhvDgdyrqv08oVAU7u+V3T/AI0QEKX9 cQtsqk7iJFummJMT+qYuDx6hiG7EZXujk35uU1YWKqrgQE16BjPmfYcKzg2+IDr7xA+TjHau TCIxhIAo7eWSCv62X2blTltNKLq8UTvBKcm2HBFk3JALybvCc4J/+rgHFhwGswmUSOmuZimq nP4evS5REbsJJpozZpLPCMRlqXuckmAyzYq6A2Z/4+3hrxatgSRJh5UtqmPqLx7nz+jU9wlF uC7r2/fvF4CEQCLvPfMU0xja6KpuBud0C+CGWdMakCew1N2+JZSqu37WztnWYPmTeN2iWSVJ B02sVnoA3j7B9Gwu61mrDntqM6GaW+9nIMUXswiT0pp987pt1M/VFH0nWlJ1XOVPiJuwp5Rr ke7BWN1QvSp1GwEVQPUhfyhFNqdPrJ4y3RjLrxocBLndlQpNXeN+H7WSgKTaKz4Y8vdHL/qZ 8gvgaeplZtS7faKTbbhFXWEpwZcN6De4BQwpnUa70lX18JTDj8+ERJx1WvdBcULg+ppjouLS hm9ijttIUlFUQLzLSn4YNECDyEcW7Xxg0vvJe01r+yBcoJcG6ZiAHOS6Qy8TZt/7pKLn1gHa 3pDQF1WI2PnT1VhUYQDYrJHyQV71fkYnac1TXHrwOgJUbf8AQ7a6tyQueAAZXq9HleKQYC+R k+4321Igstp/vJDBlS7XjBdjSBuMqyJYDHeUmwUScerBgRW+8+PmmLjVn/ytQLqtdjH6j+HS iIXoPdAk77y7sn32KOy46I8FmHy8+xfwDfQs6ax8N+fS1IwEzu5ObgraA/GMHME85/ZH+gc+ oRSp0bgQ985TsSibpaZbXp1VMHQ/IwLlCYnIZo2VIYlYExRW57VrPhArh8Zl1YUCknyyPeVl xnnR8x2YbQs7jSJuojkGGq01mBoegvA30rXvAHAcZCI4vhjtNOXU9B7sQCe7Evje7DMNBt6e mTYEyrW2OzNnhr4lQXD8YaheKyXCk+Uxzd8TnqS76GC8808Zk7mLTyBS4oJkZFqf97GIC3rE 8H0mYEq0ZQGJ2I7DZtGqnsr8rL/BMObou4Tye1hLSulcIlIbmLZ6VqwGxdGxASMRfONKurck NJqoaZhHkYu4lbN2KLAFpALfGIF+CzllAW7fivKa9UEARK46NJX2in8JKWhJCL7Ip+QDs80Z ZYUpSePYEhAgrP2kGaN+d9OUeUcc4SABE2TvgJiC2XDzxB4VSpY53+m34dU4otcs87rvEzA9 c8D+tFUGo03alqpU0IXpFkV712uOPKjtGcRUfkQHL+HjEziyuWTxXxgN309+JVYmNJSASjI+ zvFW1bqja6dCk6rRHpaLDJ/HbP7JItK8seKYO9+LrCBJSPJ1RkFe1UaS+06QM3IZFHEVFoHE xl7wcmugq8+dPp7lVZikVHfjlQbpeLPfkaahuTrf+zEwBtxD0L4LYqrQL4UNomNW+GL3l7Ft KGdHRNBqm7Ybd63m3btwWDm+kzyuacY9jRp7wgXWOp+Z1akRJVaT6aRn6oV2k0XSb7ENMlvN WPbCsWMgnac++ony0KP8CL6AMu/Ejq0rfUpheR2kTrf8/XSsibeFYjbUMIUCjeC9oY5/z5A6 uARtRxkcRewPQM4bHdxMLVVR4Y46iWKr2o4VNaKYFoibm2FkO/rCs6CfAbV2J61JuR4PHw1K in09W/b6DhV3UtBUtN+6vde9MPgIfx42MipU0A/0zxD2cimJZyqoqawMfjCqJ4mx6J3trOib EIORKVy4ubxhG9cBNUGaHp7aV5lywQP5DgmfXbjgLqLrav5d+G3FgKfIkXBW/MyxG8yQn7fb osK7bqLRKcT/AKAD1XmmHjcOSYKWuPbMcmw6Csy3pvMe1b/mZtHzvoS9CtW0ErWsxJbaGwBs 6ulIzVPHfmb+3abXasGO0xRBtNd8X7rvlziIIgM3U6QgKjygG/RtExnelHygEKSrwB+af5IX xv6oKfZnpK8uoILXSoqYFzJ5xhVU8i90a3XoGZasoNBWJEs5wJlMouGcqfHSWfOB6Wdg8//E ACgRAQACAgIBAgcBAQEBAAAAAAEAESExEEFRYXEggZGhscHw0eHxMP/aAAgBAwEBPxBim5qb lRIcMuHAxeKgRxL5HhIcLLlwY5+C5dwJUI5iSpUrnXFSq5qV8DzXG+NzUOWE74CVGEeLqbjC XL+Cpcvm4vFRg8LLlxhL4KiwfhqLLl8XzUSDLl8LjZmUeoQYIZQlYjkAvhgCS3wEU4lOYeIO AYIh3QZSBIfEUE8gPRLuKkrPUgPM9SHmj5IiB8xHmetPWlPMrAxPmBYiAlJWU4sI8y7ly5fF 1FuDHm5ceBCXMcHDzXOfgzN87hzXNwly4MuXGXXFUOY2JLcy+DBwtnZgOiy5SthcD3PGuZ4G TqZ6GVvLBwzOBjCNk2Ua0ZlS7ly3eiXpFpwGXEy3MYuXCLl1Lgy4wY8EuDGXK2ljFy4NQW1c vkYMXgiy5fAy5cue+Cy0V5gvMt5lpaXOD1oeT4ALckQXBy8KRgm3iV8SviVZSVlYcVSVSyJg ZSV8xErEcBuWfAsIs3HiPDNA4qVK5uGwwLuDcGYKhZtx/Bb9Yq8VTBecX+Yujcj0hAF0E+sc HRUNp1VQDyyImx7Qkna40vRlqtw4HOCE1YTZAksn48wqGogmN/iLsmy7jUPuiLqurlQWu/SG yVevWMMrSFQhKst6fXxLZKT+uY3FdXLatxi2u0VTZIbl8uCFzamJVyv5ZwygzLxfrLANxVuk BBqWD2rDJbg1JeTRuKy4RsHjcDC4lxbUEp43Ev7ZiRW3MuXmj7RXHVte0ohzNggtqJLpCvfM QhbYFIOo03cA2xTDEVrC2oLaieNBiJDiyhiUhtUYWaXgMu5cS4dTKtQMuXGqepV+cG5cBdRx 4iyG2pSLaXLlxYMuX3BcXBwZVLgFoYnaVq4G6uZS4qS17lyK8y3mMqY8PEeX1mnFQeVhQHtx 0iBbUMlkuZnE8ksdHBZJh6jAQxGuufmZIeJkI2RT2xWb8v5jr2ngLE9GBA+H8xdndH2nyg+z LH9GoQxWGKz1v1CNulS4O2YCRSP4YX1ZBU2H5iUOcQe6/wAcJAdCNqnY/MZTdv2Ys7/0SA2a BX2in5auIk9phBPbXvUJe0znSC2d9y+MWGG++/EFTXt9tTAHt+vcyPdv1KkhbSYLp/yGl2L8 paCwgX9qvYgVDSw9IKndPzEUrDaGAOl+Z96/UNB9glpXRBb5n7VH4fL8QE/JAeoBU+/ZT5T8 SnyV6RtyXn5Sz6o3EdOrr1ZQpupQ3GhZXXmeHJ+YgkRBg1EUOofqNfeBXowR8wyh7Rsjmvzu XFzM/SCs3kxVOkv2itsJdg4hajQqGv20S0y4qKCqISWyXz66hKEN9RL7cpOl1ACLWFvFVxRU QbzGp1hrXmXd9Km+esEHN95gSWxHIrRCXBuJTG7jpswZgPMOeDBZDvRbW8XzfMFFOm5QpdlS pvdSljEYoPCWle1wA8G47eRFWDhljyWVDF6iDDcx3iOy7feDFUFE3d/eAE9fqNreF363DFcn 9UURRYzw61MkVT9vEqJ6MESttePeCC99RSa6mU6YV5tW2XKsNUj9IuhdFSzyLHqxiORM+0Tc Gpc6lM/KK4tq2wUuyyDBpuZZpfiANjA/7FyrlftqWa1cQi7bv5uZbqF363HPdVQtZNv+SsbB UQ90QCyqIyJ+sQRnBKBZT/gJmvpPnFOzL95TjNh9oHHTcS+6VKTxYo9O1ibsFS529HibAqHt 6wtzWFJppv18EDwhFF8ojeUCveNiMMMQywK5bqJ5D95Zs/sRGckWrZt9r6hTPlX56hNOYUHt THzjm5QxKgirP1MTioq6lVGcM3PfSQoLvT6RAhpPtAA6SP1Rcd6ZSJIzPcJp+soLPiXA7u/v KvbjaDumFl0y4b3ftApNEHuEGRrEVn3mAmG0esdU3UpD5lUe0LZouWQvmGoaamvDwZrGksZU 1uAcRBuZZJRhZiu5Zp5UGpcA6ZcXEH0IQGjEjAyriNmBdPBaywDpjK41HMuVySuLhHghGEYS otqZkVAicMI8HFTUZUDi48HBHm4vGpuY3BsLevSVBjXUq9yiPCGxKAxAGwzEspiliostJSvC AN1FVsutRCyaiG3ZH1GGS+9yvqR9QlMmYEfKUKGBQS2I1TUwRCzOo28MIgagTOjhqoI12ywZ iUYSlu+UUdRqaRLDV5hkfM9eCZxs1FUtsBwfTLET2leUlnvCsMDMUV3CPScjMGZbyJfGYGqb gVnyfeWRdqPaVeM/nhIXR9548KZQHW30neI0+twVvQqOx7idxLr5MuXM8VE4YcvA1F4OSPwE eRjCXLlzfGJcuPFSuWHFRJcvi5cOKnUuX8DCMHlXgi8VxUxLlTXIR5v4COJcNwYjEhxHIrTC 1Vv8IsGdzKlzsXH0VUksJSmIEd2xWtXmAAS6i9lLjBTeYBZMtNL8Sid1v2iQ+sNfJnXZdRM2 3cJHTf8AksExdfZg30+25nbwn5JpPkwe/mBKhxcuXBi1Ll8VHgOThgcJLqEWMJfwkeCVxfDD 4LgzcrkI4hxiVGEXg+K4sOEhzc38F8LD4DkigQMxwkTjZF08awohhmorGGnukcZgY5baqAw4 CpeW7hq7RLi9ay0xeGOAZH1jrvBv3itcQNFuaCLEKm6slz6a/cAcMATs/swX6T84LpXb8oin I18phRdYlSORK+s1L+DfFxgRhF5uDFly+Lly+L4YMriub+C5uBxfD8JGEZc3DEUGDHiuCXzc JUSHL8BcrhhwkuX8Nck7g5DEiSozcqMJUYMvlzKgxZfBYMWBcqVmXUv4VgxYMuXGL4eDi4wl y5cvm4/CsGXL4uL8JdS4MuXxcM8MOFiwOOp3Liy+L4qMuXzfN1LmpcvmuagSub4qXykjwq6R oHkZcYS4wYF6gr1JHv2MMGIIL8oEq0ye0vhVefSDHvMSo2Kpc3T8RO4v85ZCsZryRpAW0rwe zNNDRKDyixlSg7XRrzLekJh7sBvx6TM1lqfaMFahFuSyP3EVPU8re/nFwPCi68+kTE/tXLdk Yf8AYIFKalpshrHjz/sshYqr9xBhZX0BcKHwFPRitHb7RJrOn36+UvTAlfMljmUJNlD92W5r T7XKW5sfM7hPKFpPfgLxPQ6s83H6QS4dmEffqPqUh83pHjOrgTsL9oUCgop8iIQpSOqylPao XMq1E8j3X07hB1uqmAmaub1VFnUS4wpsuB+kjT4rg2MUs+cdwl5j78aMArnVn0iQ7QjHyq/l F8vcW72XHJu1cPh4uJZMJZHB2q69JVDVXNfxVjCKN7jC6VcbE3k9YoIWQK0MoqYq/tL2JglE MXMESljjzLx5RxKqo0OjLIdwhSb4x0gH14BtissiqdJjFFrMI2RI23Gi2BFjiUWogaYobZZK uLmoPEkFRzHF5gIcHNcEGuY9rbmVBShpiptkxFrsxTnUBQwNHyiKlqbnc7/VLE6rr0jVXh/x j8kV+7D7NHZ9DlLEhoFmhfUuNnbrMqE5VR4i2RyuHxiGlN4hDOLbPXzLUsP+ockO/lURd016 Q5ij/jEvjV/MKwz+OJQJ8n4iDYH3dSivXzi2jZ701GUbGL9DxKCbzX0jvV3k9p0EBFtbQP1q DCeH5hpMv3WUykbX3YknohAety4tTj5Mw16bM3DHXtKj6PtZcCinjMOR7PMwHyr6dyoVvv6Z mm7P1vMtk9n6h/gJcfZn3xqGw7UfmWxs3+sT79+oQeivxNg4fa46l219IAJdtfeK82Bf/JtI /ASYsh2lhLlb7DP1gke5udHbWvSWFTFN+ktXoafMRx6YPpCxV4zC7GDuJ0lta8kW0Oz6QgKm PPmWUuqqNA7PpDlWa78zE87hgN4iA8rAEMu/QgVuiGk+8xaXb5Qr1BCZh0zepZBkeJl5jMo0 xdQLjTDenZKTdGoz8EuW2bgvWmXUNwFeSExZHEoDruUZ5zQeJex8xqlgMNzYtzLVYLJrL5mE 6SALOa4YR1dCInpnR0+8v6HZNaFAQEh9D0md3yRweqAHf7RqCjCCDW6l5Nsv6QlZUX2I4Y2Q oaVjmrjSrsr57lEWJylWqbAXYfrj9ze2NKuHN++P1GK1VfiNraHH0g022RrTbP8AJk6Db8oi nYh+xDR6uPlj7xwim7+koTmwPv8A9gv2C/XMv3s93xMD8sfKNOtAV88MRV2A+0O10P3uU0YR PbuHavAS7u8h6kYvKz6FN8bktRofh/7PnOIl6V/VLay9j6f1Sx0JtGsQO1SX84BXwnypfvmA egjFa0dieR/vpEF0T9wNZhY+RDF1VfNqKm1+Z1gSj5Sq2Qib4I/e4On1UpB3+JdIdmAVf6ig 2Yx3NzARXCx+ElLfZM4FZ6VBLcVlGDPivnFq3vEuJ4xEOfqpQ9WUCvRC2xWFA8IAOy7mXgr9 xQbzM52EGt7XU6IeZj1b+tTKZVV7S8zVRCDzAzR9ZQKKw+8zPqocpuoBqiX5cwHqkOiUSfLA S6uKg9YFa8T7hMtLFoHiVa+YaDOqaQRS+IQI/A8OYFSr5pyuHLAlQIxhKlRhMS+FhK4eCVcO GJDh4IwYxZhFi3iBK5q9zEoNTfFHqBPSKdRjDBAbTDhgBojZdcGIhd1AKFwAojdhmAFMAKIo 3WYkoQSjUDw5mFghrCWbqJ2htDMrb2YjaF+m5TgzNjHA6ldQXmAUIMF3lAir4gLF7IU2cQ9D BS2ZRDSYKVTKqWDo4Vm7tjdliqq4VVuXe49DULAgwRzDwckcr3KVCnYlpGDcpVHDGdwSo8sJ cXgm+CXLhww4Xgi8EYcMIRZcqVHnfBH4NzXFTXBLl83CMOWVK5eCVK+A4eCXBi81wc3HgiXw YcXxUOdS+SMuXwRm80lPFmxA6mYFVhpjFRF19I2ZeIcuIw5qMJU1G+CXGaiw+CuTiocMOLhE jL4I/BUri+QjwcnJwsuXwR4xBjK4qHxVK4OKmmEvh4GEeCX8PUGLK4qMInAc7w1yYZUhh7i3 4EiAwdUy80aY6HpKgy+KiSuHiuBjzXFRInLxcGbhKvhl/AwZfJzUIwj8Ixlw4qVww5Tm5fBE +BZni5XFy5cYHF/AMeAlVyQlcLCVxfN8agxYS4M3l8GM1hDSRCwjqoFKaitnNy+WX/8AC5cu XyMYfAcm/juHwXLgxYR+C4Rh8Fy+LlwYvFyuSLxcvi5cvhYfBcXkzGGOKhFlx+C+bjK+BZVw JU6iwZm8DNOBwx0tqJI3xfwMzTUKDKvXrwtFsUCgeZWELuWyK/KDEhhxi6idEtSoS2XTpNni Kse5+4yAu4qJT+0SExFrlsRCpM/KXZbv5TAPZKetemCQ3WJ7bqnzLBsYvxAsrqUaqdvbpmks EcAXcY0GrPWJBupdAfNKHCdPr4iqHdRLhSYr1lDlGo5qx7yymnb/AGIbgb9ondxZEAYsuDZX i4J6mbgHZC09O4zqKuIDNlnrKZu5x7QB7otpi1PqRuZ0nVPb3IjXjtK3y1BCV+kb4LCMZtS4 yBWyBEB2wh6dvbzEoF9mCVWKH1hBCWLX1iaO+kFik/EtSWNx0BAuKOLDfpNLoRDFJ+PMzLzW /SWW6ENCmLDPdGQZYQBTtCxYDxMAbS4yXVF/KLCGXcGZnhLkgRILZZlrqCZ7l1Moy1yRLoWE E2QlQYs2V1Cqn5B6jySpaJ5ThG2GaJlV1K2I4q3ApDqNgPccFwdeN4cKO+AU4ojxXLwTym1w J0nmMkUGIUNf9ROpEfnDEGX7rA2ObngDJ95hjOP3H4hoqLBSokJ8EVD5D98HHiN+0pV7/wAR LpuEo9X+GOBxlPyTQsLPrKh6f1CHyj9MuXoC/vB7j/UaIvKB2Y/zD1GvwRKurfuKIeUNy9V/ MLQ4a/iVL0wobKP0ygtB+00P5uJFmKMQHsmr2RP6bfiLD5/lgtqJ2TVV6WTWdn0jPYAPpCIm S8ecQVKPl4l9Fgrfz1CsssPwwdHa/KEQwpn+8xvhg/LM0/m4ewj9mXFXhMqPl8txnGxUkqHQ +0AnSY+TuA1Kd/7GXu0/MTuwX9Yy9I/Mq1cpj5Rm4f8AUSaWN5+sFB6T0RK7LoWfNzAjNJuO VU/dSxcrqzxvMNdfz4jQlfv1is2PMxRyGvpEVKwEHsBhANQqN6YQdRe/nNN01Gqwvcr4EYBl sajxqP65qOIrLqEjF8XiYwLyyuekQNsyxLGo8Aai0lXAVzm/aNBdIBU8Q3gydx+gQmbBD6oR u8ywSDK/WDL9ZiH1lC36nsMzSoM8pEggs/SWk8cVH4CTUSs9+PaLQsI8xCr+NRKu2gIS6t7e WCrfzcNBgw+v6h8Yj+oCrPB+50njuK34EdnkfllwOGNdkP1iAPb9SgNgSHRlvvcX8r1iPU4+ hE5zk+1SonLDQ0D9xAMv+55hAWy0tqx9iHhI/iFiUjT5rFbWr/di+w6fmVPWj9iJXnk/BPMC nzYm0ZB+WMBn/wCo5YNIXGWkJ8YyTqRBIMb8v5YTxBk+eIt0wC2WRCnWPqVEFr4ioOxfduLV RD9w+tqntKF3Zj2czsAD55WVX+sw46v1EVaGSL2YHrRmLD5F/f8A2Bwa2f1KR9BVeP4gr3sf WVG6R+8HX6r53cCvsc/WK2jD3CyUqvndzTZXXzuME+IMkyHyY+TMh7YxZ6QBPJj5TI22O9O4 RR4wKl2tVv6R2zxr7EUHRUQoaJs5SdxlMfOUL2KIopkv6xLMlZYjFhilnZqUH0z9JY7TLnrS i/sxLt9txkOiHOZs+ajD3osmY/M8bD2JRSCW6qJVXpKlQrt8wbDAjc1fefkSzQjhIJQip4Zc 2iwwwR7gbBNcVcrglLE8UwaVCPTLKzcBHSWhGtT0FbOFAMu4Qh0iCirl3fcpXhCsGeLlzTHa KIVTcB6cBSmSdqIUYhmS6gM4G7hcRULgpbUoVTFVG5RSYgKAyQXe0pViLuoGQg30lSmEQNoU xOyBXCthmUJTDVVFLEqymA0KmdFwoK6iVDMJmLgBRPTgOyAFQEVWICsQHimW61EbFwArGW7I DGCPSelAl1MlDMAVFBRKWwzAwYQUTKNTE5QmiiKt1EOyAUKgDQzBVpMSmCUo1qOwRCUxahmK 5SFtMoEXbGYTcoN1BdkrFQOkUbSZQhoVMmGYO00UQMiVVsVVQjUd0QgYEbriRgQxiZqKgquX MzaQos5YvBGXMS4cLycMDhPhZUJdQeKlcbjiXL+A4uLDi/jSHwJcDg4qHKS+CMI/HXC8BEhG HCwicVKhKiSowlEri5lwc3M8GHMJU1HKuCkQr60kxbh0Kr+8YXJRORgce3wVxcW5mdcnAalw fhWXwR5qJKly+E4ZXGYcXL4rivgYZlRfh74r4a4YsOLhwvw44viuB4Ca5CPJwEv4Lm5UCMVz UqEYS+YyoZqC3HR4WWU8QrHYwQfP2EP6T4aj8Dwc1D4LiRKhwkuEuLL5uHDycLCMuDfwHGIM XkeHgfh1L5OK4IMf/iMq+SMOCJNcXDjcOHgYsGXxfBHmuNeKlxxjSCdEYWxhkHUGjhgmsVHi +GVNQ4TmuKjCXK43Hi5VzXJHi+L4Iy5fBKlQxw8vw3Ll8suXDi5cuXL4Yy4fDfDji4MJUWXB vi5cHio4gxhFlxl/HcuXfBGG5rxfAYkOYkaWCMYMWEbjAWYAscS+JAW7jvKiAtiSHMN0EaFw ZbLAdJCLzm2x1DMJ1FRcSQcXLFUw17HXcBoQmLZBY7I0zTEAORlLWl16xDBmYmxDMpuYEjFV Xa45jD8RcKjCGSEdgPEWCKb9YihTuWzS68TIOmXAK6P6jV6kwXDMIkWvUpOyUDMNg+p1CBNu odwU6Twm4xbC1fr4mJbjOYdvSCqZYv8AEuHdmO6QuWo2ExUZFx0KkhMB29Qh6dv1FwLhKLML CrtFqZtmWJ30hbU/wg7b+Zg2XLGpZsyEH5wbPpHEKRqJXkXUOxuLjkKmoJNrQlqxpj5xFTYt RbVtIUSsGqj3pMQWx6HMIs9FxizgxS9NfeEOBdwk9Q2Qje2CFqxSpghQWGZPG5aoZOyKK9Gp kXTE2ekxB2zI9NxwrEuzomJ9VQyLiS5YBrtEjgccnBhjoawzoBKlcVx3FU9iGh0OJUEG4JUm ifeBUDuVWbsv2g7bp9qhwg9lUWCqx7w2E41UDwKPrmUrGk/JBuXwVq8n5JYJk/iU04H5Zo+4 o1cojkheX6lg+x/EVAdtPqxWxF+4UrshEjDT7EvN4fqaplH6iVjB/qWVO/8AUxGyB+GMIWH+ Y0I7/wARIjdvxKC6D+Ijy4/iXwT/ANGKMeUYx6/C4HSYfaOxDaEQNv7sMIaKvr3hLPNKj4t1 7xWo0r67lMdF695QW5d+ziLcMqa+c8Et/Vf9jUOrM/T/ACIE7PzKk7i19BmBC2gmtePxuES4 WkgI46QGg+Xcsf8AXzMgV4fSNpKwQMJT/XMz9P8AI79kiAzeXpNSWvylzYur9MYlbio8/SVB SorzB36NTUOCyomr6paZiz/kAyVqXR2V+mSXfpj9Q9oafaBWPP6gUchHclI/KHQDPtE6KqIL swZUb3Ubmb6RBc9zORQEVdaaiWzV4msA1XcSsi0DjLEz3kGNssC/pRBTT0hEfZC6HrMRrtZW U6Gd18RK8WJkJ5lRfmLdQGHUAG2QgtvQmkZUrgzSYq+YS4vLLgDdgTxOlbs5lWXcqYwM/aMO ll/yZi7PzAWFp9YLL0mY+n6nvQDGw3OfeIKHdvvPpY8HFx5TqV7BIku1/H5g0P5ieUsINJ2J 9pQw9fwxXpbfkxiHX7xslv8AJluNKP2JZ4ifqVe7i8gD8s/nHcJX8n0l7WBy+0cg7fqMp3Co gOs/hn1R+GKmur+TLPln5YJ7f9XFBWvXnEpgeoR5WhL+ifuMEvhmDNi++pm3pF9rlS0FC+b+ VH+S6twg7i3H0r8zyaH6/wAihuj9w1k7NgIXKaEZoVB9NzHeZcAFy2xYXQVEWfRLHyoWgIH0 j18sBBTygtAaD5bjKdmK+kFAR0F6mC+amwev3/5K0dauE92n7QD0KfvDX7YCA0lwTUUi0wVv 6txsU5uLyV/UH8mekwSwCfNj+Xv6sshR3KuqYlgHaIEHpwWQ/MQJmocHpuNEcM2dRAxVS6Jm PiUqXA1ZULAS5lvdQJPrcuWNRKEtm6aIEIxZLVJDMs3EtF6bmXU0eBTv1M/NgxHi5pGawR6J YCuXK+CoSOyUtcsy3UAg1qCFtpqF1qWAmQb+8brMHXrG0l7sPUIC14fqEQetQnyL8eJZDiDC uKjt5SqW1ArfUui5YlVtxFehAj2NRstoOqJVC61NpuMOyUF9Quay2uzuFVp7y1R6h9pAUhbH QgdpEq2BVep0GZdltQmijjWLlYqKqG5pdy8VFLCZkXAGgmS6iDuBam4tsjTuFGsIeGC8sBau 49RwY1AM1HO4FalHFyjcc7lzUMxIFTcvhIPFXycVA4qBKlvDKlRIQjxUIwIyvgaxl/AGFJhi hLl3K5ZcZUrhIcPCfB38RGE38IxhHl5JfDwfBfBHmuWB8NSpUqahn4KgSpUCJBjCMHwDDg+E 5eXgjL4qMvhZdw4YHK4s2mdIlwbanlm6+TK9dZ9YD0uFieyXBmOHgjxfLwRJ3wx+BhGBL+BI RlzcqXy83Nyub/8AhfLL+CuCMuMIsPgZcIvwVDionBKhGEeHHBKjxfFSonA/AwITaGuL4cRT SL0RlRdUSAB3huJPWIKTyPwXHhly+LOGHCy5fBxXLCa+C+HipUZXBywjL+K6l/FmETioRh8I RgfDUublSuDMqMuXAgS+DmpVypU1GVjhUYEeCOIRhLlzNhGMuOeDqEjlUMGyzVRZ7RGatDTA xnipXw1DipXBGVCb+FeLm+CPLK4YkOL4vl4CJzUeX4rhy/ARhGEZcIRjLhGb5eAgSuThOL+C ub4uPAxlc1xtHhxxngMRxF+O5RxfDKeZhA6Md5g5LBmhm0YAWrJcheWAQC1c1Gm4iiyS4F6i qHWGF0XBGSWxAfPVy5fFy4cX8Vy+bi83L4viudS5WYcvJH4NcBK4WXOoPNy+CFS5fBqVB+Am +LjL+GpqXCMOGZpzdwJXBhajAXMWhw8stb1Yju4P8wbIUzHErBdxWdtwV0Rv5VUAGx+qlNtx /D/kCHZkih9I/cGLq49Mf7M7Vhnu5iXMfXPwcKm7ZlxdYp/UBaWG/wDYQJNL1PxM52EGNVu1 z9o4HRH8EafTz9GPQOWJfA7e8vnsN4+tRiVr+MfIeT27iLcf1fCHD8VzcrlIEeLjCPLFhxfN y5ngZcu+K4qam4Erg5ODioR+Dcrijm+LqLcDMrglRmiPATUuPjUkD68vwBbUD/3TKhTkjw9k 9AD8TIHoektqxX4lgMJASZE+7Uular9zqlh+sS16F36x2Xma/qfg4LS6S5cMwIen2iv2iGF5 D9wUTw/iK16SoZGK19P1ME+UCAe76Rlfr+iC4NLj5sAAv9YioZZfk3FesNf3rNI8XLl38dQ4 qXw/Gy+dcHwDzfwXfAxzDEv4D4L4GXwkJUZfNRjCJwReLgR5GEXgRjqdljPf4rAbnhpjqHOJ ZF9r9Ys21cQSYIyjVriLwrCyPtNgwbqCruREja7/AMjZVQmAOpdLl4tt0ZQJyFE/w4RqDFuT 9zNg7gPUQitUMddufrAD7MDYcQJ/LEOxkMc+CIO7GXBjLiQ+K64EuX8Ny+Ll/Bcebiy+Ai8V jhhwtQeLPMui2DcIR+Gqm5fwMCMJcZUIvxDUW+KosOcYsEXy8XwkQNLN8INxSrgjQyhuAbI2 1cU2gqjniC06ioOSBxUd8kAamIurltWQ7eEwUYmUshNpSRajEx4hZRT+faE8L79Y63lLgfev WBAXfUZUaPWKAY0YkM1+I0VsRoC7fX6wNZzChwPx5jWOIhu49j5T6NRXCZefaIfogpWE3NYp WOikIAFDdKZ+T/5wDRhitqlyw3FJZCUsy1cNdE/5MeyUuoptC92SoVtSKvVBJLj0PaNaNm5l XEaLOEMfOCyeSZxoI8KwFN5/M2CvvFdghWvr9ILf0mVnjgjDkI8HwXL4uMvPLwMIxjBDmOo/ DYabmfVSMFr+AIkAcxiTi2vaA1eT6cFlWHqNHsin0QehJ/2UXw/yA0Sj69wZ6l598Qob195V YYFPuw2+/wBqJOH5n7QeXROm/wAQqowSoD0fV/5EkeiIOz38oix1z7s39hCWtAH5Zlctik7y kGjqpcMwVfX9iAtaHHbjqazUbNmtPuuI0G0/dhxKVpv8MdAne/Y/cVo8P4limr/cBl2d/j6x wToPyz7n7QwxFtnnNf8AYoLql+cqVNL91lUYE2fqUbvX1m6Dw8dSgYnT6/8AfEX2RYvVBgOt GIhdn8IIqTVP4uE2+f8AICz1Pyx6DWT++cqkTDL8iyA7JtfKqiwS+DcdIzZn1j91/wCRiMH+ ylHv8JEq9P3Knqz7TENb/c+/ERq6v2sipnePtB3FDEotzdv1uaa7PpmDD6n7ix1RG1f1Q4OK E+8HXl1AYDOfSoDZWfmCv56mELhE5JcuHCwb4SVH/wCDB53wrjywhjDYVMmlzceCLCYS+T2h AGkAtXBEmVk0N/UzKOsYjxfmID0/5B1hL+8FTOl/LGJbqHM7d+8vR1f6imHqj+oEvi6h5/TD CumB6J2/UaY3T+JRSCUXw/mC4IfLRfvCWNZPnjgOi9lj9ZmWhp+ZX5i3LD7F+7ZBlaQv0f8A Ym1ZiE27/G4we0x8yIG+FMK/uz7NzzNH7gGuAr5rcRd24fW/xLJNTJHK3/n2lkWknsz6FEQB po+lzX+h7+YiidyqTvgjOrEDgUwaiLWv8qGtpzfr4gWllleubjOjWftAV1F+CIyUXn1/9iOD E2myURLO1lItRCptrxKtClFe0SxW1H2RX7Rf4T+xH0CIeDmdG2Ij/CVAhB9NPrNA1r0iUvH5 eeArYrgQ2hqMK5OkcbR1Lnwm4XA4OTk4SGJf/wASLD4e4ajB+MeRCEief2hHmoYbibncVpdt y936qoQ6ZCrm9WxajgZiFajq1r+PEcIq/EJ6fUAT1xgIUnmNwcmvnx3xYBeoYnZv6wiOuZmq uCA6QV0RcVCwgXtzc6q5eeUBXnLsqDFDcLyS3UoNhmC8sHpA2qLpgBqUbiwmJfAfAwjLhxcL AdwIuzEVrFMOeHELQiRxALUqVRcUuEBhG4YbwgwmOKl1Lhxvg4GMGXLl81GMFm+GEWVDhly5 3zVBjySCou4yuHliDbAcjNxG0Ddcdhi0XBadyuobgI0tLxLNMHckqCEvXwEcMSwDpqHuqC0l txTV/KOoL9O4wi2MsVt69YWwuUHZFLTo+viACbdRuqns8JuOF7NX6y1LblsJcGdwL96loPFz aKjYJd1CTcsU66uOumfiKhcpLD4y+ULe2jp8RCmBcdNSxOk/rlR2zGinTj6QZjC2Eztm5uPi MdQlY5mDXe/lxJACsPziDUYbi8NmVDrX7lq6LYoa0wHUu7iEPZv/ANgM8xnH2IVTNv3BSDMP D94L9xLGzIr53G0OWIpKTghK4JcIS+LgyoR+C5uPw9fARlcBDji4HwsoTuBBGe4x5eCEGn3h Naofnw110EoD3M/qJdq39ILY5s+l/wCQNw79q7+dTIjEZ6CX1zCLsCPsEBPPx7RHiX+swFp4 fuDwtRVc6T8kHQSpjyerwQAPrBYzI31GutXjzjqBYKH7SkturR6LXEsCaV9cJUQIKvr3gTvL W/D4+8AphbD5/wDZ41L17w0gyWvs0QIW0CZ+cFE1e/vNTKxn0szDY/3cqHYPxGy7H4jAlINf aWsd/wCI/APx3GB5xUuD4H0z/wBhBa/1/aenn/Lgvz/0QgvA16+nzml95dH6/ogwjYZDEYry q/n/ACEo7th8rr8TxNV/kiM9kr60xZzah96jhHYPzzD9z9S9GM/qAZa4LJ83pZf1mqZR/MHg NvrBb/OtRBej9sQkzb9YWhuz7zA2u/Qi9Ef2QohtD95u7Yv+8xAOlR176ES9GfvLNH9iD9Qc jLly4Q4ripqDCLD4Liy5cvi+GXyvBBDLhNRYxxMoNGfQCXykqMLyeoRqcsspRVeoIyq8QeWW PriWK6C2vx84al6hALDZ9+obLqz8wlkeJ8n4nYHZMCaofzCpdD8wgxbjFEsZZJYbu/R8/wCx 3bME9i39WZ9Yc/MT8x7mZNi+i2SjrIX2hzcd/u7+Sf8AGMn0R+Q3+JmUjandJ9A/Uzq2Z+jc BL2fqI2OkIxblgnI31O3ljH5gVDFwEOjfXX+SgnK4K9YIdXkg48Kr9/uGLk4ne5P8qAo7U39 o7OtH+ygd4C18P8AkCIH0Sh7Z4NUuv8Ad/TMd7t+w9IFCqqqeqAv5NzbZjEfRT9oyciOMZf4 mLtuANcxItdHpLNPDPtGaGYRVm8zaPoJUm2serLSeOpYVcxe4iWm2UidQQL1Ab2ZXDwb+AcX B4Jc3DEuXLuVElcMOXioR5GoeDio8NWetsNGiVK4eGBWzUuhOipUHhuUpI5hvpKtd4BubVz6 yqFXWoJPQ3BtcCd1lqW6gN2OYLZi7+kriouKuIDtgLqZ1XUGKdwvLOqg1QywhQuDWoEqGWA2 JdalBrhZcYcXL4upcuEuDLhmHFwjsrWdcEQqA5GXAuEgdwzKjwaELWeJpuVw8LwbVHdkR6WE VBmpMpS1OmpguM6ZtqXy81cRbW0QbYJLUcJsNMyu4bJiCGWDvgv4L+BhHhOB4q5XDRGVKlcP FjK6vgjw8LWeohRzwmLlLF3F7QJCp5TFxAaGyItEWgZd6JFKGCDfDFqHU1nq7jYuhGAXhiAa LV+viKpbcRtKDTCVZtT6eI0uajLaGpao2CD5zEC0R7CH8xFl6qz38essXwRHth4/txLUwdPp uXp7IkLZnohsfpcGKWwq2s2fipZK0cMsH0VX0nkzGDP+Ji+nPtB0Z0/qXRkWg1j8RXGsV3ua gKz7/wDSGJhLKfqWxbMP0iSDcQCXwZLv8ynqxfqEGC6jVqUpi18S/vUILJ1E2GTC40tZmiZy MCDYqvo3qbRiz8xFtUANAw+sFT9D+qUA7hBXqG3LrqZhSlkZF7GpsPT9zD50oi4hWMp9JYjN mLflLiscH3iW6sWK/ZVS7sK4o/6DMnuufaop8EFq2plHF6jFHRj6xNj0h8FcPx1wRfBY5PhM rLHDu1SuGMeO59wO3v513COuC5WRon5lENVVT0Bj69x3jmvvPCP/ACMWEYesVuvFywuEQEGM v1BfsP4jFehHgyEz/oTS1Xl9oAh7Kh15Lv3UQ7KAmfnCpVXhBSM7bfTH/IGTw7lhYpv6/wAR Wma1ftmFF1Z/cvfvxD8gvxWfvNreGfpmNeB17RoGmd/eWD7R0Pu/ljwvX9MJesl4/GPabrZQ +TMke3P0gLPp+I0IN33ALQERS3+JX1+vN9Sw+0P2vxBEWXxMh8l/MqP8+0PN7A1Kf1kUbJ0h QNq36Zn1B/npCZke4mU6qpvfzMdB6v5mS+pD1WMH7gUeqL6oy1K6/wBiiF6/MsA/tTFvt+GH 6UWB6ShszevnKg9Vj5xEH+XO3yfuCkQAHif0BiEm9rLetKz56ITpLLlDbDqWsMrXyhIEKVmK Qg5bYtHCPvDWb8rGBsqIwK44vgiy+HlhLqXwHLT4Kjjg8eMHuV/aXw8PAhdRLq28Hof9i2PR A2pVxKfX8Q1/kessp2EI+pn5lwvT8Roh2v1NE1liJi6T8wMfr9Kma91+orX0PxzmCaiPXyjh /penzhkOoFb0P2CHDed/RuAuncoIZofaBeFowzpuIblg+lf+wvaUZusSiMwle1f+xbxVyhWO Kjk6b+//ALA6udQmTLN+7GIFvT6VFArz/kOhRVP/AJK+2v7i2VcCQ0mZQE58pbGuv1EUOAzL dEa/2CRDMup3X2ggXjmnyv1eKF5S6Frj5S3mNekQaYlltWKRdlfnBh/CLR4bnYc1UpFdV9pa 4fVKZGCJswVNaiW3cxdEtqrgKO5QX67mAAfeLU4EQdwp3PRKLuX08DUMsJUquTgJcGXzUuMe BjAjywOM8bwMSow4c8mKrxkqpezgjxXGRFyuP8m15yj1kEzGvLDA71ADoZ1V4g73YKmVzAo4 h6hA80AFEvhKUzNhmOZRVSgcRGxHxAHUa7iyqiy5c3CLDXDK4t4GBKgjiVKauIWpiULqAr2I QN1BFDk3GHBFguPHZ3MBaWvvUMwSojStLhmopJcu5d3BfSTE05C52So14XAp1+ZVCMIBFt0R Lc1AjeHFQhwsIckcyvgYnBmVxUGPw1wsyjUvgxFhzcTFQNoILJfNy4CsyDrgKolsjUA+KD5f 5iWotIFdxLhLemWEcpCV4rz5mQGHF+sbWooaQONO4oDPNMNoVwO6izXminp6Qpa0RjWfX369 486ALrz6QHQpYw2NJ6X1BRKBfvCQ+tQRsrQPt6TCsNKPtLUetQtsF/OA1UqsTuRB0wWMVCi+ oq6XpnxcIZYTPvGqmuoADasAPY/yZUYgoWMYU1SefeU25v0/u47CcXMPZP3Lj0kN+0FEYCn3 vXyihl5M+nPwRBPYb/cAWQLPiJLuO/aZz/rzMhbFf+Rg34/cp2+H1/2MgfPMO9kr3gXF8Eua BP78wH5n9P8AZiOcoh6JPcgQglX9lXmOtRPMzXtLI6v9geKx1MLEWpNJkhTrYKe/5zABN3Al y4Z5JcuBHi4ReGalzHD8NwZUZojzuVE5sOSb3SMFBQfAwg0JEBu/3BsgCDWoUDvMboin/kZv NobG7+uoU5m3HzisnQjCGUP3AYq5H0lL+fx9ZtE1ePyMOHpEB+r9RRSnC/F/2PWCHRLB8Rfi rhYKxWY2TTr2jCxrv0suEUBjub320eMR2HY38y/rMnE1Bl14hz2N58aiso194noCaOqjvXVY xua+yYL1fwQFJkX8R0H8WAB3v6XKgrV/i54jJgnLr2JRqKq/xEzdEt5jAsZ0H994Fs3qfYH7 gTBa8QWJ3b5Z4FVND+mYm91+odUz+0X0uKsKF9R85blUN5v6xHrhP3ABav8Ady5JofqS46MV AtbGIff1H4hQdP1v9Q5XLb+pacKIh7MHylD6x7TRH36+kK73BsGYEz1KgIOBx7RKhjuUl35g Dn2LZgRcOA5ORl3zccy4RODhhwwlfBvNw41Liw4JMZj639RXqPwEC2pZV1oeWU3ZOrUalRCq jsK22vrC3ys+8v8A0h+4cz5UeSBMZsx87jA8H7gqjS4+lMVI8D54iqWUWnlwwYTKl20b6JZ5 Blh6HD5JlT2Pp3cExuMOCsfTuWZHZ8nv7RF5Qo6Br5QsgTHyjEe5R8DXtCI5H7dw2stY7HQt e0tFzAMq0jUlXn1lrnMyAtu54A6jYiYYSJdReQs9PHCo5L23G2vt6SwUQak5eFzIFg7b+vCk q4MJzBFOyU1QwYcCIXMpXb8wCDbKXbccKYGBLqMoZV8DUW4kJdS7lXEqIcRTzwqI2YS4L1A2 6hnoh8N8sJcuVwvKQJXwnMIszxXFximsCt9T5oIy+blpqIhEMKgL13BntcCANEQ1ZrhVBTUA zUB3ABQYgDqNQAl8Mo5VA4Zc3HHAxVC4suiOi2FuoZaiXUFbFkcNO+BLCCrNwFU1GqMR8klL e0yBGiRmrhmVialqjO/fi/RBWOpqbicspASyCLV5iRwuCLTcEUHBK6uSobXl9rntVX1lhIwQ QXPifaj3isOzc9b3m5Vvg3+plM6al2PZEvilQ+AO4PKBdy4OEaioOQ+0wQ7Wpoer883wSoHN c3wvFy5cGPBO4JcM8EvlIzWLM1HEbI54IyoE70YF2kwnhiR1VvxHFNO0rLfb/YwFyztR+HUR rAHYYt0jOP7cbYXn7Rh6bp+WIw91VfPi5kgxOiaG/f8A8i4w6Gd+viAcLyPNXA3DNS6dWR+T 1Kkb+urip5Eup1sfktR24H/JjvKpUAoWPqdQg1Y7+jHWf7xKMKRfmXiD7CvpKmLtr2uESfT8 QsWxZBLe/wDITtJ94qLdR9EcyxDJ/mY/B/iI49v2/wCIS31/Ur14ff0/yEzSYv8Am3hZs4y9 6zFZ1Y+bv9cKENv+QLPVRrDlP2hF5QKaShPefmRrR0GdY7x7b/MRV5U+7TAaNh+YC76Z60av 5wblRHX/ALEtixGKxnb6dS08SV16v5gKdAPa8xRTXcddbo8FRLuNSyNrmEKn/URp6fpLCvWX KMwqJZyv/Y1nsVFHqO0uDe8/XM3V3CS+NLUzfkvFy5fN83L4YMqVKlSpXwHCoHBXwOokGIFo 3CVTxCMI8DUCq3GbO1wI0RzHVV19IQ3l+xLARsef2iA3Dl9Y0trQ+8Z+wx+4RDzdvvMX1H5i V7J+4cKkmDPQ/PFLAGP67lSr4e2GaHj3Hb4KV7MoPyr63Kj0RLpkU+jDU7U/O5iBois7FPvK W7Z+dzDDRGo5018riLHFf7DYdC/MFL1r9xRdMS2Vn/kQW8n7mRusV+4I1usesNnZf6hAPJ9f SIXlqvZqI8q/1FH/ACPX+7lA6Eyf83CfiZbI3l+pqEd+v8qEd6H2jaG1OvWM50Qw7YhOtRqC OTTEQ3uCDUEz6DcFsUr2NwLBWce0TcmDr1hZ1KyXT+7juoCoARtX2jW94iLpmyaooauOFMGl TcSoaG44dWBgLlsUaCAG4xGCeYDVrBYNsB8QwROxglt5QBRzUOR5ripZMS4sOWEeNM04uXcO KlRjHjg7OGa4rlxBn1jSttFRx9JcSx7vMYzQB8z/ANiVbl1/kbb1eSE9cBX1zCYu8v3hmsI3 X1mJXAP3gAbtgHxK3Uuo1Qfni4OYrBbquqhg7dzIxpfmKgHIiMyXuKrQ5r8xIFkqnwyivcQf gev385fpGM9zPQzC7vcXDoiXqZLGWvtFPKND5RsVrMQ3cbUdxpJkiiJjFO0cHcl2VlrCiAHy lDZuVZUBRuVBTUA0OKvcpAI9KZQU5BPrGoXE18Fkq4DUZNwLU3FoeMhahnUCJBYCFY3AgtIJ a6xPNrXBxVRZkPiCPXAEdyyMr6qU7YT8yPheLIrYE5KouKni8P6g2VuZwrqNNtK1MhN4ms1N 8XLiy/g04qEIy5cYwwCJKIZlcseFFpKDRNrieYBqI8RgTXAWTCLmBKiSpjuVwSi4N6iFbcpS wjDZCLYwowxAiFVhWCFCMkyEJdTwH/IyPcVUpFbvFf1wwGRaijKXLuxTr5xtpd/aI7ioCpVf rcuthgdmmF7orXVX95coO7/al0uB9EgRQXpBFRuPioYD+VPejfvKguopAIBVn1zEYiWQNNMa fdr1lBUsN+kVr7M1YITChvPygsejF+fWVxyu4ZjVqBK+GOt58pghWJv735lFze5cNz/YbJkN EVjypIgybqzzKgMykuuu/nr5SrHVfziHT0iV0rZDfhB+JZv01C5c+flLVXoiQD/ZiC9lPyjV eFJBrhTHy8wLpb0xZvqo3uP3DXqJMJfwEx8IxcqVwQjAjmDhV2RiBf6jzUTg7G1HyuWfLgUa FV6lJXH2TZqqatm6+9S73jCvvCo6qs/S4ypqMDgiIDQP1l/tcoXYYcp7Bj7Qg0EOrTb1jWjN wJDt9INPyI/L/wBmiZiHqW/aF6ZSvkSg2kJPbn31+oqNalfIgFdiXR8599fqNC2Fs+XmYbcV qavFv+Q0Pb9y/wAE/bE8AfuE6Sl/r/YgzZrX1iNDNuPl+5cd6/iDPt3K+/bne1Z+6ht16YhS aH0fyQhAdLT3hbrWD6XBE7Ah9ZQGul+SURB3F+M/UJsy5ZlHaHPiWDsF/r7QB7X7gI2lfe5/ V6RAD6Q1aefxFfy/riiJtDc9VU/ECt4Y+cwiUeX+R0/kT5yzFBqD5CU9y/djED5JiPcJK0s+ x1BQWtZfEVJ0n04RB7l6C4d2h8pgHto9IUAxtFJO0SmXAE3C/EMuiMIMsBFzdsv6FVUoF68J bEagMNbiWOdSpUqVzmHDwx4MrgeXHBlZk28Ci83GVKDo+0GvVg/fCoYIFGTX1N/qYP0EtbZd V0P8h+ixgOmVd4Q+SxbajejWPapS71/UOdl6/plWPMdN+/c8/wCxgrmDXREpdKSMF3AANJY3 gV94G83HYrUIWeCv3HSNxgpqCrO6qIm6P5JkcqT7Edh6PqkQDmn7npYJQf1PwRw2xUYywv6q MXLFln94jK+KhGcZf5No0bfYlA+Y/wB5g3eI00wD90gQMkVaULZ9P94U0bv7QBDJTf2qBF1/ qLOLn8/EobfzOwld7iq1q3/n0idFQnvEYpi9+0Rxv+Yiux8zMPpFiyxBkGCTFdwreUsCzUW8 H3gVjDolbKZmUE8IaCpW7qJcCpg5qBNcVfwq4OF4OLqXCJ8HfLAS+a+BgjLqBUVi9TfFyoy5 dS1cssAN+1QteSbdT6QDDCuM1XHpdrXkgraM+uNTJrhjGRHXtCPQNvy6mFTMd5L/AAjL7LlS oyhMURDS3LQhUeoa+jEpE5CoYtRDRgDExGtMTFW1ABhqNrMssKVqGtYRK8ksKuH0og7iruDW oEcQZcWEsJd/AwyxDpmpY1EEG++agEsKYIQNDLiXxUuzp/8AIRbVGwopAAQWqNK1hAIuQubz Zh942YbmYpKxFFSHIOobDMzl7Rhpa1Lg9v5j4VCMJdS74qV/8UlQxLuMzDkJohL4JVTPwGG4 quMwI4m48ElTUU4q5ZqKbQRLGDWuIoFwTzRycJcvhCBtDqKtwYUlreEgRbJ36SnY4mRgT7kC MLrf96QHLiDaWf0x0tdbhMmiN7g/DAKjrKS/nMBF7t+ko5pGIJtlM2Ex6VA1BH7V/sBUy+sX s1+GHqba+0okYrcJlVa81/YglGnGPdqKS+r/AGXlYzDF4P6hDHIn++0oe9Z9vX56hmZxSmeh +4l5q3KYmpSfSLYWX/VEsFf+QkrAH6jbDCn0WVVuc0+0NjcaiqtsSyYfJ/Mvs1LpFp+LhGSx tfrAvosxOiXj6f7LDH/2oVT9ktXvl943QhD/AGEV9W/rCPan9y42tV7SrsvxUVP5/qKQvX5i D8pBUvgjycXLv464Xhh8BwMwMS+Rrk8kuGmXRyikAO3fAxhiXwcXEh19LGDiKg0tmevZNQaZ hF2KH67jSPZm/UiudGf1AaBR9ZRlc49N4lHMEselz7/7UDD5PycJCdv9sh3RApnk9/7LAtnm VVMgF9PtEWWyq85hLW2fSBbLVA+SPBMqVXkv9SxOqhsdOnz7w4DbrqrzAKWu47PTryw2TZ9K vMQ7nX0lx34IM/v+IUng/qFy7r/Jh7b+plnE1ir+qVouk+cYKNjLeufzBK/Q9X/k1Axsulwe Cf1e0Jpla6mw+xAmV/U/Mx9p+WYTDK/mCvZJcKHUAx2HBN55/wAl17X9UdiaEfRjv2P0goLt +YCdwjHmOq+zGMO6y5+9w0u1lK6DMFUavj9/eVYYH5RCBepq5e/bx9JWAxVRQG5TYep7yxUy 1Ollr+UQUMeGEq1ImLHSCPFROa4YETm+CVNTc1FgPPws2lzfDwY4rldTKmYK7E+3wPIW1Mr/ AL2GoDSEm33CqttQIbayw6Mbh1FtFQPlcvrAxcfcqEHOtc+803qGoyog24GBsmA7bP3/ALBJ CO2D7kxT6nza/wAlCzuLN6x9IgPnZ9f/ACElquMfAx9Jkc2fXP6jUXcNAcVj6dw872MT3/wq ZCwa/cEgPR64qDu1kPAAfmBUGmotVXUyKUNRVdFZgoJkih5q/vtAkCix+jcSdD7xUcQN1fuE RWSxWCOIYgE5IAVwwqBal0qozcpllMi0DKYZ0CP4lZ8pWsMQBogvcCEqMyyyJeeA8Qs21Agn BBn2IcXDi5lGJm4r5Wpcqi+IKVKgjGQVxHeBj1xI0lm0FR4wRaiWrdYpXniI2ikIfAOAZ5XN xjw0ne6F6z4HhsGoouLiAM0VPqb7xQWh8RkA6iFrmqilTQ7qUAMBMA3JKKLDAoA0EELympcC sZjhgpTASNsFLagCmAaFQF3LdwKxAGagHcFRKiTuMWpdy81Nblnmd0xQXUwa7gwGKmVDZuMr pcEGmIGuoO9N18oRR4IolvXIXHHDLm44IhaGAFvBNrSCRocfSWC4lkppBqYOjSIipkgtPMQb wfuNtRdTQaZWRmvtMPq/ohQJLICVNZo+kaBKZ+UW30/4nsV94MO40nmPQUVuIYWin0m9AmfR g9WF+0YIwwbcGo1mVlH2jOpLircx+QfsiBDivvFTc9I7Jvb6x0rzFKbijmUCpnMQa9txX57m UDfUqPi1CvIblwZfIzD4A4SHDqJNcT3lnXFcPBmW/hBvUMwb31F16gN22JfF14h9VHCzcsM9 QR6s0ku/tGnbUqfMlxmSfEs50+8yF1BUXGLlAKxs9qiHbSx6mLSzG79KhEml7+VwGHMtTobs 8V4lQ++yFfNUMeITJ6kKUwn9mLDW4uVFpM/KoVM/lMo//wCQG0yYYaV6/plKNe/pD8ZfxE7A bidpm/1HnEXD7zM92fkmkxo/vzGOSnSTH5v4hDRaFiF0z+f/AJCVMB5gQXoefP8AekwILdwn KBQe0feiRWyXexH5Kb3+oAp0j+ot2hHymp6n4IlqMUfuJQ8TCGHvn7mUyov5gir2/wBMxt9P xD6gP3FUrT7S5DQs+sFEYFl7D2EXtJ+4SLr/ACAh7fYlfmERoBEtLWb+8KRwGWGqV9PS4yzs iCCnpGqFUsRM3cALcSjTAOCGP2USs2OjT1+4oFsXqBEtzeRbFuAeCC9rKy1DzDgOLlzNly+K +AjGKaRu4Jf9m+FlxzLipjlW+vBCA+te14+0G1kFLk5RiDi36XqUdwZ+UKrRqoLah/K43ArP 99Z4AD8yyXVRbHTj59cBal8QiprTRmUer3rr9w+JYwwW/VhyjvHpcCBZay+YrIYLK8t7jbG1 XtYyg8O5e/vK9lzLVDw9sMNGStd8n0WGzo/xEV5B96hCnYkxb1IrYpwQgOw/ZJkPw/pivY/y UAnqNXQZlDrHv/Yp3UPrmMapS9etw7u3RCJyXLEJPX8S5phW1vX/AJ8oEUNwS3FFsrD7Q/bX +VMz00xSsrQQDmqDbvfrCglBu/aCB5swqP64FkUNY9pawPR9/wDZaqamjXZHtvY+3tL06/yo 1patx7eZYC4YCAuCCkb2mU8jmMFo94wzrqKUMzJhmKGo4huFaT1QrU1FhKhGOIRlxYEuXzUY So8XNwJtxXFyuSMSCaQUSO09CbiSuK4FPRv19IYQVTUp2hX3lQNG5jB2qXRlVn56+RAsBisM Zmctesrjdn2YBSmDLYL7P9iVFls+zcsIuyVPz/LBqbgCrLMd5W+IVHTT6wCGalT1ln59zDOS q95VV3AE0P8AMUxyVUK73CN06PzGRgqsxC03HY7brxMUMA3LaoiPRqXZioRLqBLcsDRdwJLg lu/MqU7JbReoc67iULEIekuoXXWeLqAGoMYgdSzZpuBzcFrWAeWYRtwzOhC54QZVzfExJncM cRwPvUCFoZl6i3zh94IRZVjiCOBlbtuaELLmiGcHSGE7NwAnTDp7IXbf7MZm065YSonNXKqE uHGpfNQIM24JXFy5cI8KCyJkQq71UqLK+De0AwgBd2ErYFSYlOamgQAKDECyEc7gEoNRCBGD wueUDVz1iBauMVO5WPCINwBLDKawjCPaUe5iGG4fCRIBuBrMf7BN7PSD3LLBMQBY1Awdxf0h VtdQUjLSKp+LgLjSrY79JYNwovL9XAjf/H/suB2pP7xC4VJMDAJk9ZVQaIETG8xqdE2THDDG NL94FyqTCS5ULZ2k9rv/AGMFZvP0IiX1+SIz2TMRAtdj+YNrvPtFZNoo/phO2Lp9bbJQTFqi pLZHybqs/X8QDaj9Q8JdJYsSr+rKlcBn1nQjeH51At7dRXbWX6Sphuq+0xdJmAt9JcKrH7ll 4Kgr2JXLLhGXwR4qEZvhUOB484fBc3AlcJxI9+kFHlLiRjLlRTO2VSpISkbmNb7+Ee5fpDC3 D7yZv0YhS7BheQmQLDT/AHiWXD/2NA6jWen/ACVKg7RyNWmTpJdB8vp6R72GxH8y6pmEB1f0 8/eWLDaU/KYk5P8AYTZ0r8oQ6Vs+QSn7n+5i6Ar94ckZs/7Kgqo9SM/XMoPd+mOzs/6Q3ns/ MbbpD7kRT1/FwxHKkRlrR7f9g/i6hAjQfiBe5PodEDahD5LTDYrUXZBo/wA+UNt6/tNQ0yy4 AvA/dwJcnxE7EifSXI+f1HSHg/MJG21GBdL/AHEUBnOYlR2/gmioA/eRWdCz9Exd7woKsy/W 59qQ4Qkj0wGrw/qE6av5h2tWn1g5mq5U36iY6jRJR8+O5kRpRCvQOPa7PpLLEVVeYa7RioD0 GiKqt3CyGqOpZLz9kMLruFNc7SpSxABRL+AhHgJYTcUNsWi4GkS2w4x8BmYFQ5GPJfCwzUKs MxC9KEeKlQifII3r3B7HfGuDMp8cIKGG9+h3PMUXauF/BjG20b+9/iNZm/8AIU1sS4lDCZx9 Z6skxH1PwcHFgfr+iBd6leYFFYZ40AT3zL2ZphhocwCvAK+9zNbMOBpKHYxUNWPf7wbGpgRt p+VVKC+KX65gmAC3f2JZWzEVqn/GE3Smve7iKH9jjQSqWoNuo7LKFfaVLxIhhcVXvdyq3O/S URoln1v1Uu47CwfjtfaEoRCtXtuBoaHxuLRaKqJgVQWsxNuFGXc3TcyVbg6omKG5Y4RiYAGJ kPiU3XB4ODi+QXUFtQJcqYhmGx2Y7mUnDgQG3c0NMoglKO4Bds1/2Xle8S+upgzFsN5qWF9/ aUvWYVNIYNi7v0lWeiB7Ln6RG/xL+JgQhw4lSoHLwqVAM1XEIyuKmo8xjuWEFUhCXv7S+B/7 GRFAV84hbCsFrWG/+zFOAr3vcUFv8y1fhL3x0RbChgpDUTwR9uCWVk2OM3j0l9yqHK3FgmpU DUIfXCwa0gGragqwhiBLNw1rSDSkQoZmQhsUwBojACVKXiATEZUUNwbAxLKy7gWYiCD3CUpZ EBguK4F0TcjJni4TUu4kCKEsNxSw7ZQ2wJpcqjswt7NQTHknRd/SNlDX9iJqncuwZVJL1jGj CXpdpZZ5b+soOYuv/IAN3qI20a94INvFkUIMQoAy6+UL7x+IatdJp8/+zQu/zUXv6P6gKZO/ aJfoxFvZf2jy3Q+42a94wbEqUYsiNDWb9oTXdmz0qKborMD6wC+CoaKBKlcBwGEOFiyyLyOD LjyhnB8TKlROaG2AVcsWiU8xCU1CgOYiXKsgV3zK4MtSko1AXUBBs3BaC/zAU3ESoPU9SXQZ qZd8RFPfp6xZI667r0gWNUaHp37/ALgPPJWPeMLNtnbDqzf/ACeHmse+IFpkPvABcwrwfuJN moRKzAIpyP6noMMY/TGR2EaBgKnyvESBgNMW3SYYQV8PwwYobWA8GP8Ae/Baey/uplX/AC2J mKVXzld5wVL1LC1VKhGw4/Ez0ytfT/ZXRN0wTd4/MeytKz85odh+ogJ25r9RKb3MS3/yMRev vNz0ELxVfywbL3/c67eGBfQB/Ed/Imfun7gqmH94itJWDdv5g0N8VGNnTX2lwFVMRkQw6DG0 QGwdeZcN54gwd19IIaCVaskXEzWJWGxn9yvDVx17MLCsqouC4HUcOVh3IVV7FRzTBOywAnRH V2Z6MKcXBjLhFhLlRIkvgwS74uOMFMSNmsRKF74vhlZmvWsQB8HxGWdpnYC0+0ag9HrBgaXL 6MAXa19Yz0uv3MFLjF7Z+lS1xXGJO7+rcH1X5ixYsIcx8fuC3VBls2/RMg70486lCvUeT0BT 5jUOzrqrLgJhqsztTHXn5ywh/wAXmILDH/IEtdrj0gBMEpfUziWIY8TsiZB6NfMh+i/iZPll geQ/LKUXUs5dEVvfk+QsCDdO/pBE78REdkf1Ar6zMMXwH6lkHo9pWj5P3COhL5fB+4EPsk/N wAp2H99YEVu28fSNgDUOLS2VMOSYg1H/AJHoxbXsn+ygoY7RW4JL2NxnscB6RcNC5inZPrFV Dq72RW1R0PMV7jc8ZfdFQjVRFbcAGwS7Te5Wg60hVM6lWW1ANRmwzFG0zCu5g6lXGjcM6gLQ yrltoWB1AXUQLSLEK3AovG4khW4SpKdy1PNXLGpQcBojOUvti6l4cLX1gx4CowguBRDh+AgV ylx4MF8jDl5AW3qNH0X+ohG4IlOkq3dn3Yqm9t8EpHWHt8pSo9n5nmKAedajFO7Jn7hAoXxE KnY/qVKhuL04MK9LGXeTsfTwwDGaa+uIiViXBpqHk+z6/wDkEvKJF0x8juP65v8AveHXdEu2 P4iSDqn9SxBdk2lZYqVGMC8Zlyk3r0j1VH+IpbqBpcr+5ljbcwCMmgiFOWIaSmCT0QekQo5V wohamWEclMA0gPEdGagm3JAqOeElQjwQYU1xdTcHiuLIROoCB5gaNsSK9QaM4wNep6o23ife Ic0LXAuzTLAegzA7MBiUO0JWyF/SYNDSYhWB5FqVQwI7ZbKoY0RCNhmeBo/WoDjDuKNygUZp ELlcsJtLuEuOY4IDuKlwJXDFDZHIMkBPaMuXzmx3A2lhhI7iVPEsorg6hzEsK87TIKupctYM 6lMyahVekVRPM80/BlEhiV3KlSoyrneIoblXqCOBjM8IGLjEmxEbdxEpqOhoYpY3uMd0RBG+ 4qHNdRAa0MxXVLcqoNp6SkM9/SMp4jWNofJalzDnUCG7rHv/AJCUKUxEOimvnKr0QMiWTEUw wG63VxuCWqF3DGjNw7SNqdPvEA67iK1hv5bjpcCF/VHSMmx+5TAoB7tzKVOkfaJZ9/aDUzGU Pp8X0uYA6Z+l/mB1CpIurUHRWXvu+oanSP5mRCZH7fiAF7idfMZUlgfxGhTx9YPdpKlvTMAJ xgmYsjH96xM6WMRjpnB+IjYUkJ9YgkKejwQ4uyMj5YiC6qmaFCxwgU1UvMytyyHofDXAtgQ4 DlhFisPCRY7mUKC2Gg8JK4YmkJsYmXEPAxcTX1lIKSY2WG5SBM6jmGi/z/kYeiL9P/Ylk8Qw XZcTLwq+zGEYyrt9fS5TLbFN2wM/qIXl+5QH1Vf2uYIKpR9oHCx39JQ7f3+S00Kc365xAGy6 ZgSFtrcFnABZLhTI+niNQ3UQl0BlFzc/8icnRFaPENL0fyS7CpqVb3kmVbyvsxuP1LZLo16S lPAx7ywwHcoxplG9h9vT9z7v8uAKCXEeKIEsNef2QfclQnz+p9vBJWhwtfeUD4nMFsWi36sF Uf2JgGP+QK6qn6QQGvuf+RNhytUdw0CUsa/7CyMrPpF+5Z3A79NxUDxLdOmpikbqojUyLKB1 t9Klle9FpLYE1dxE5jpGi6v7x1TUtbdVFN7khTKGaj3bUqFCtSRN2w3VzUJlAripXwBxXOiV DgY4vBFY4WJZMI5JcPiWrt8DwINQUW39owjup1UEbZUYZ0fqCVpwfKIvvP7mUGQ/UDfd+HRD S15/EAtGgeP9n0Zzcyv6/plSZOwz/vtEvdp92oBnRAWN4H2ZQh2l/OVANBLqdinyuEpcO/pM vZCFvd5gK9M/XFfuGD92q+ZuCr2v73UNN9kNZbgm6GPqkPa+n3gG7S/fP7lV7sft/wAgsrLA IqI78/8AsB9Y2+lSpbtxJ54oT3v1gENJ9m4IqmCKsr9xVEcEsPhAKXVwEjqUZEbv9RVF3WZk y5hbA73EoeyCu9wKU1ANELLqWRA+kdU7lCAwxGEZcuBcwRgq7Eu1G6XKvWKkhlCknYgomT0i p1oI4ioGBcIrGblVC+CVGXOvgOLhxcuDBhxfBuMIRSvJiYgLQADmpUuXwwi5mY1dCaJXFY6N RqftlNvSmZ4AvvMwy6hV2BGDwwRWbNPpUKNMu4j0/e7gFdn2YPCXFQZVKTPNxNDX3lkKqMcb guwhY2iVFKo6RtY+DxEaoahXra2wicqzBWmHAW2RG00BKOpR2QBqNQlECIbYEE4IPihLpiGy lXBiOiJaOrijmVBlwXmOhsKRCnlS/r/kAa6jTFtBuVG2Xc3EDwgunMQKmoKBvcLEM9Iug/pc wPX7hZqt1D1tkiXX6vSYHX/UTTAfuG73v6RlBp/qwU7NfSBWfBCv65/kZZvefaoCur9SI/jq FOwwKRkr6TNvX9Qi3DcYMuOZXDLgROK+Hbm5cXg4V05IJpKTaeSJcThODMp6lAo4oM1FIV0c EhEHcMZgjQzcOCWQ0XUNJ0aYpQcXBJcFhslnOvMzg7hhMMoh0tX+JTe6uMOet/KITY38klID S/8AsxiqIQbR9KiDrh+Un0lnei/ZqErr5yloymYQMzUamrD7tS5XBngj+YCL2v3Cv76e/SJd b+uYPqPyS4u21gT0RX2f94KagPJ+YkFi333CPzhXXiAU4aPpUJj4pfpBkdLH0jejKHtAX+v5 S8vGXXeD7Stjr/Y8E3/XTMG6DX0lpHv9JRTozL9lw/mHd0g+9RuHeIrqXT/kdObomf6bgKWx WvnNwmCIEZTMRtAGK7cLIyH0gA+sWnXFWVabYqBoqKB2hTxXKLba5Xg5qLBhKiRxBlwlcMON 4SuDyOMB4qEcWVv0mGGPgqM8Ij46IInKqa3KEMD7we0DX0inO2kmFsB+ZQnaKfR/yPszD9Ll ktXqP3mvvX4ldgH95htnwx2Hi0SJ/tkG6Qq//SVS9YgKPr5gsbXVn1zHaLQdzG0ZWG45zb6Y xUXorK+uJUAeqtQogMN+/pKG7cHphls2zcdBgyV7X+YceFY+dRL7EeD1fzDrKqz7wfl+WW3a J0ItfPz+oAKaRgcyr9TBvRPxE0aYjALRf5lnetEyp6n5IMwZkrev3BCZWYgHIie0ooyq6+VR /EJR10xQxlT+J2GqvrEB5UYhQX87jfZ/lFlS49ppqLJyrcSZfaEjinf/ALMAS4wGUC1BCuWX c1ejfzgBHbACBuBoSo23AdHCjuVPJg91Cy0hmVAlcVKncOKlZhxcYSpqEcQgcDghH4Fx5EOF j4wU9JjXwocVLjwgBl1Ns5d+8aupQX19YQTpfnMx9Gv5+IOQYe5b2ov4hW7WfeEu4IB2Ur5M INXN/sgez/Uzb0IRibFBGNn7lHTTv/Ygg7jFv7GIobU+lR2ppblodY1C7ZCfiD2W/nuVaOpY 4ZU/Pv8AUQAyVXiWyFsCoUK0e+4SlV9/uXLMkbHgeoiJQuI/VDaO5Ybj0ithlraXsV1LrbuU hGpUxMBEhV33CaQgImrVBKoWUllncqDTEEuE4BHnmauPCp3MAckd3aQkBSGCLffaHrEL2IgX zr8wAMVG32pQigGybgD3z9JkTmruJLBGpjDsH8Q22Rc+hDQCE1LlweKlcXzfFTUGOZqXcqGI ZmsJ1NS8RX8DqThIJUWLLEFocpHigJqKDuotrxUZUZim2V3CDcCP0mI7l93S6E1ELGpVaIlR V1L7awABohEiNpoCAFJEbQKxKCJeYFxA1KxcDRiCzcwIWLlcTl3FnY4gqOkOQbI0qmvWCvui wCpjRfZiCyJYmbT6NSqCCzyRJDJivaGnSXR/65c9CJQ3CrH6hCmDEsmmWNu1deI0/RP9lB44 vp9Zeng/qKb+0Etswyovtn1vMGIHqlgNh3+pSh2P5iCx0X79RerbXyhsGhae1Mq7A/ukm0/2 4fp4gwm79magqDI5fSpcG0VRVjw+U9WAgolgPvPMw19YlapKMAlkuqwEuwafrPFgf1A2hNfP UCJhyFyqg8XGHNRaYMYcLBLhHzDyJrLhKjGHLxhLjmCMOZhl+F4w2iIOTjAL3HR2QGUx3Fj6 zCJTGo+6UFjYRSn0lZ2/1EtS6i3N5+zLiwCK9TrVGvWO4eyG77TIa1n39P3BAjZv1xGL71LC YGrPWZKm6p8Msg5hoNXrxGHFaUxUNj+/EIQbEzLmsqSxPZFadKv3YF3z+iOT7tuLpGyXEqy/ lh2U/wAsoTpAANL92/xH+mNxvEAkH9e5paO/f+3P4fKGeHpgH9Qho/tMbcoP4gHV7+uJ71X6 Y7j2BHXQyf30jD50fOn9EONmy+0MRAFhAYKw+sL1FHfFY35lwmVVSl3RR+YR/JD3uZhVsIl1 PcYRmFwFZtfuy6l3iICum4Vy1F0a0hZqCUmDS3VShQYilDMW6hGpfCoLcLdTYoS+Hirlhtid xDpiIGC4JtYh5XUUzBhZbYZjL3dQrW3s9eYi8MTjcxDzfBnRlztECgCVwxlSgnAwlvUb/XFJ 0Sl1hcPr+odzNn3jL859IPzP2glNlxQkw7+kx9y/kyovD9TZ9oKL1fnhgwQVdFXsT0ZcUaIX SrZ9FmUMO/pC/JLoTnaG01l+Yy6hvMFBo5htegr73+ot69/vKA6VEE5sfl/6QpxhD7XATQr9 HUQZsy+hP4L7RBvbOsmW/d1AhtrX6PaCe+UgGFx5ldFW+0ZlPUSYMq16St5dzUoYGJdQZfio EyhOjKqLDDCiEl2ZbbuKYtwZEdCfwJl39crGIINdwN1tQDNIhURoE5Ye0YVOtwFEbi2siesS eZBwCqLgwZC5sTJKqOzDLlEA6DcCu3UVL6iKHUHREbjulSgaGWuJJimj3APESvWNejUHzbY3 ttMyy12SkUCqXX7R9SLtJFZXlxPkEQCjCu7jJq8ZnUWFC9Ja9aVL0PAyy2fhCVdkGIQI8J8I LJUrgk1h8DTAFjL5qMYbIx3X295VGVar5y4JFKdG5eHWvSaOPdy7SwH99JhOVhAu6JRaYe/W KBtvti41mAKKtWMIINQRWA6hF8pRBt8y+72v2ipbTf0jiYRTV2rcal6tQooagl0QB5eIAKNR GxEOyIVUocSokC4h3CGEyDwE4JjaZ4vHF1BiLRCdMXUIFa6l12MU/qW62Kx6MYnt/wCRD0+e 403TN/LUBh4w+uJ6lSAS7P0e4DLDdj+YwU1uVm//AC/8gDeH/krR6/iJXpsfOUB3UCj4MCh2 ftCtWqtlxAqWLFVGCb3n2qZt6o6Mxb2/Epr7GWO1Eu6rPvcdm+GCk8CJ6/8AtnWIfaat6cyx nBn6SxpUK3zbEb1E+zDROoKNKZYNZYIKBZSPh/My02L/AOQKLt+0O5Uz4zFCsDMLemCgYgjT EYzqDYd7gSnXiFgQUQ5WD8J2IvJms7kJauGDM8AaEWsIhbYh2SholeFhiXLII4vMdxilX1HU WpUQK26lF9iVwSolS1UTwDBlBTuHiKWfud1kz7zA4bmBp/vEpdR8oBTJBa92p7TPWiAAaZss KTRuvrLy7vMSW9V+4eUV+o7XoTDMq81ft/MyN8MwXkbp94uXAX+qhqDnYz1FlFjrP6gF9gn6 lb5YxDvohvLWnpA1GKz77xHpG0+7UH05GkbyfK5Y/wDhUSLumGPrlg09iq+ked8lxxjx+ZUn Uf8AkZfwb8+IEG/xh3XiWVu8/wCwW93caFUnUu6qEqAgxZ9JaC3BV2W4rDAiNd+sWHUYPCIj WsB1kl9VcwApQS4dmUFV6xLsImvCHgSsSBxUqLLuUS+GXDPATFg4hL4YSpfBHZjL4O5mVGh5 QZrXDylxjHUsD4x7zqKtLZbK7r6xFcTr1na1KfSIA6H+IK5pZ9yWLSP23UADwN/OM9C0PpDl PSgpeahmZj0fxDew/jqJm4N+3cZROKHtLFnWmaHV0nzqAqlEa7bpqAUe0AqOl8J+YwT0f1Pn MPSy5omA18ohF059pcVbCWwir5xFhav9SmwrR9CBpMYjSiOqRKzqtRB3Kmvq/qXZvf1/yK1e ahQPgjC1mh4/6gZZWfSoga6bh9bVfe4nmVVRkS67IqU4vMRsd6lQi3uFIySCpaqpQeCJKm46 VbVuMaabhcyoIYwgHlnlMFlOoxYnbUSskAFBKeJVRIFTcylVxUCJwwgQjB474zAiwYzcriq4 6+AZtNJfLHiuCOGGOCQYm58P7ipcI8XCBzFzqX+qjguAFXEAIbpuUS35QKbQ/q4t3d5jl9cP 99Jr+hE0nywLqRs+kNdP/ib9o/LLqUDy19mEAcOfbMZJycV76jAu6NRjVgY9qr7oqx+UF1aW 5auhM+5qXGVmohKiKCVX4/qi7yZvuOCUeksArEW6trlim2tEFKdQKKIYi2tSpT41MV7MEwkq JpAaQpKGJAlVGGJuVO+RjCbj8AcPBiOYwEqajCEYvDCVLjwPwLNyo55qXHlmON4EDi4x38BH h4WbiR1Ag7hzNOuc82g1EOFM1XAE+IpEx4O46iMpIO42wsWbgw9nuHUgq5X0IipGUUW5usqZ qIOyVcQNysXEZGYgscxwtqIA53AZdxjaULIMlh3FS0x36QNcmYyMpJbL1dRwI7mSYq7+WJpD Y38qmClTV/SMvlYgVLvCmIq0ddMqQl0rS8e0VlYcnpCBElcVGBwkqVKlcXUuEISHwkXxmXw4 ly+CMDiuK5q5XB8BLhMSokTggthKlSox+F5YkqajHU2lg5ZiBbEGyC0uYEAhauCeSZAQqEuN ItkLqAgdxUHVl3EK5JBBG4Q8TZDpn8wQXS15dZ+UxA1n7RWFFZrtCLKBVTXvi4qHlQ/7MLTN XFZWNU+sSKZ/Mq0l68MWg5KfzGA2IChkb+8BSLSp/fOJ4T74hq1VCKVuirmB69el5ljdH+TM m6/aGzT3+mITdurx9cQEt9z1hD53mFTte/GJs9IXB4Y8Qyfg/mMRt/8AIRCXGeG/tBCuRElQ RqVKiQi8PAOHMqJwkubgfBcu4R4Wb4GLLhMy5cvglxeQ5IvFQh+AsX4WOmDiMWM6lljqNFoj h8niJ6BzMyYjD3i1EQR1AFFD+5iGVX8riIFz+fSVIFXMkboq/wBSgzO5Vtg/4xLZ6yqkszf1 mBfwzLZt/wASj0T7oRPLCY1d/wDUGpKVVLiM4Y92YZlTRn5xPjW/tC3g4fb9ypuzr9w3ov2J AqG6lB1YBfoK/cAVe/3jyaVAU+t/WEvek++P3EMxrbpYKs9nt/VKkPy3EStGPtctQMJ9yUhN 9e+5ZNWwrSULf+wDSqftKKkc1moEpKP1Ck9JcWtYFS5TKhjklw4ThIRK5ZUEjAicNfAypTA4 CVKicMrPN8pD4blx5qblfAMfgErm1LlXBUuAoYCA/L9xGO7jATUoHtz8oMK6p+jAfBUxqet+ 8zXajFYviBYrv85iuGYV3xMP67hUC7uL8JnEAowEC96Wwlo3BHx1Hqx+oagIxsmYZJjj9pcE 0387uIDdalO11mMauGGAIE+U1CIBXU0BUvcMxnogIkCo/CVEmpuVAlSpV8ElSoECVK+AOAi8 1KmuGXAiTuVKiQIzcOGEqBcqVAlSpUqVKlSplLy8tBMtEYuNlwPCSpfLw6HFTUVxxHnEY7MC ABUsUMxRtIxpqIXUCURDhjKuVKhHiuCMCVHEMxhKiXCElcXxUSahHklJVcMMypqY5OLqXyHw MqVHlYRImYS7lQOKmpVyuQhF/EHwWl4K4W74VgJWFOpR6lCUQCIdQxNyuLlQ+IlSpgwZfCRg 4MGbjLj8dRxCMCMuVKlcE5Eri4cLDipXKcKiSpqDFhKgV8FcXNxOWDL/APhTLQcVLS3XAd0v PdDy4quL0uYoJfFcXK4Z3wUl3CVcSVKJXLK4rgJiVK5uDmHFzcSDiuD4TwPC/BfDCXCXUuJA iQ4qVK4YEYNyokDhXFROElPAJTLMB8S/j4oKFwz3wUgPMrCXoSzirCkZXBGXCWS5cseGBjC4 zcIkylVKhzUqHFzfF8V8VcXB4cS+COxL4uXEQlTuCnu8XwR5cwIwGUyuBFfAgiQIHBgfiWeo LxwDdRkeCClpfzL+Z74eUpK+ZWAOKlz0uKkr4lEo4SBXJxfFy+FgIsuWIMYuXLjfwXK4q5Vc blcsOLgx+C4Rg8b4SHFyuGECXHm5fF8HDiLDJMIbJeVWd6sd8ghkTFeYPzN574SwB7lTgOYv QnoQ8U9KehPQlHiFReHh4JXDwEWXfNy64ZS5aKy5cVloMc8MI/AwOLj8VRIEeVzCPBwRIRmu b4OKmo5hNyswjCMPhvmpU//EACcRAQACAgEDBAIDAQEAAAAAAAEAESExQRBRYXGBkaGxwSDR 8OHx/9oACAECAQE/EBcoOg5mJFuLT0GXKRyl2Rei7cAjAxEIHtLuYjUWEmowQSYlkogkKqNR SDGGUwwqUTFTmUSYJuARqYgjGogkEGLcvMVRt0sgGajVxDcGWQZZUYREKJiVFGqlTUu4kqAS ph0QCXmVicwIwiqhHJAjAVEgXEqXNyqjmCJFsL6jmEWpdy6jaFpRGJcCuqRJ2RM9CxFuXB6X mnYY97pARDmX8zuyjicapTDgizeI8UAlvE5pXxPHLOIFsl85LpvbhN6EXanhjOniL8QugEX1 PHA48RDtxCCbHqK8SnozdiDng7MZqcQ6kJ4YIKYO8iXKHfQPlFTaMHlR7iEVbknYUOUjRgj2 54olxKgGUwiMSmWwWA9HCoblqm0IpeOhMYwWXLlxQamUOohiNMrotQgCIlZgsjSVccRYNysd MyljF1KpKXEAkXpxK1cCSsrKSsCMEwyvRslIZpYvlc7mCCZcwoTbMVZlwuVblVeErZ2auUBR bKt6de8w5s1K3CCauXLGtJQ0zHoCxHWw3GE9JL19YS9SyUjJaNeiHY8x1XQRlH6NQvGnSxlL nQdaHtLFBFdCmJOIB2TwRqzB2oniHYRmV2JdwnZoQWxV0bgQNxLuOmZHtxbRAXDHlY96G24C M9QqFwp0KjmaYyqcMjbFEeHqg20Pal3EZDaJ2EOxFeI8hCWKYk26BnoCYLcWGbwjjplKiS9e HEU3DXqdGCPaJ4uplMPozH6rZAfbIyW+fmOo7r95f1FjFXK3E7gEAThYP1AgeEZVMzw7kw/V j+Jdjt1BTIvz2j0W2/D2ZQDd68jLgY/RJuGQJ6xrN8PE2BYsGXXR48+PWXTa2ckOLRMaZHI9 yEXl3Dx3IJPa/PaWLJV1+oMargFvz9vSOwhFtez3IjLOaeP8x3G2dxDBwBx6ZILRQzUBt5nr EG9DOA3Ma+0U/LLRsEYOXMCNOyOmwlDLF52P8zNBGEjq6gINaSxrZ49IXToafWZeYs++f6ho VNF+soNiWdbqOA0sBEym/SVlON+IxNCWQRplEVBmE0UTsZXhjQuVPC5fco5iDTBLuiMyGYgj YX6wu6jC01KkClzTYX0GsYC4bhkcRlpKo1csngMSQnOzM4YQwZRglEtxLyyoRqDFF1BOiNGq zLHEDkh2YjiUSR2EtiWlxdRUOLhSXsip9xEuBUYE1L6Ie5h4AEMZtnCTMhimO/O/BMR0EgwE CCevmHYh29npPZz8RezPzEjqvWGDil9RLTssFuGT9ZlRyfuZS0lQKjlfki4U2fTAwQh+anky 3zNVx+0AzlbgBSlfXUBjaD+WMWZ3X4Z4UP7mGFjT9y/oPwYxK5coP1Wn0RVth+2oNvSGTuYm 0NEp85WIovI/iI86fhJ2k/cKyrKKfFYgps/9IBDRy+YVpzb8cRzXiHi4rS8h+CVKKR0D3PMz /ku/f9TJmv6QHZYff9Rq+39EV+gj+AL9LMKbwQbdJ9xhA3Q/MIb1R1blR7VNk7H6jfbfzHlt t8HEtTF4eGOTWWV7zXJGvYqESVcTRlcOBQ9szMtlP4gr0o2LfLLVyD/MX0YxIDatgFYpbGhO R8QUgl165HDpK94jY3+bioUHftBE9F3CE7UN9GYVb2YekCyGDc0iLOUSC17QTzsQFyQ+TBuG dTJCitsN3sg8zHxNN6CDLlc30UnfEpkeyZ7xZVhLmoLgKqoAwjNIggR0CcEZujRSkmCJr+JC EcTsmdFtVFYDkblqVXMG4d4WdWWANKlxvZUrAOoNuFyJ2Lm4rGLhFbDvOwYIhpUWaDBSKoHx KVw/rtEghgGOycw840p/3iAWdksMzp8w1RY3iAKl/wCYiC7sqnkqJXB4PzAWtXX4iNZtcFlF AURIN3snzEcXa/z/AHAlXRT2qNs4xVe0GMBwi36XCFaAr/e8TxFPpEiBTKOYQsSXJ69o1rij 1sgXIGvSVIMCj0JQquiPA3/c0aK43XibAUkficQaD4KiOYVhwtDs6u97/uE0Vj+DKCzkv8/3 Erah8S7oA/52iuxWvZKYlB4bJ2Y0f1U5Dg/mGy1GX149pqzS+uNQNZjfxHpVZ7SwuV9SyuFe kMiw36EAU4N/JLJS6mmXJ83uUWVCjyBACKK/qVUVyiuS6AvvUSk4AOfPtFwJ8SxxsDbEE8kQ iRBnDcVpHG4auy3GKaBgrPJRMHe2Yhk4zE9dcsHaFfcoc1JCLbsHmUQZ9MsDk1BVpX3U+aha 9xHRS2orRmvLKhbWGjpIKohxywGxLQiZid9Q3puNQxWaOSYic0God5gziUylO8YYi9iOILxH fUG6gdkHLCVtVmH2xrcMyyWdKQUxKiadAMaZhElMZo3C7omlLm7KiwMEojbMvVGErosuV0Ot SpUzCJAqMuX0CVkT2YjGXCJ0uESXL6VKqCxuCy5cOgzMvpcW4NdFPKKSr35l+/QqHel8kF0t GyKu5Sq8RI2RbDKMDC27itsA0wo3E346AoczsTNWdSgQ5iVVEKXzLUWwSpFLi7zCVBNhnKCF dTuKXCl83llwBzFk7TuV2EyCpiEWYAkwaKsZqLsjjxMoNipwmfxLHaqyMM3rxK0y0sFjge9Q TVvD5IYmhhSCe3ZEQhIGvylZhsCk0+ZbkIMtl6Zj95PuG2EYzf1zNp2p9GIY0x8zX9V+5mGh yI/DFQjyYqth+QU6lh/CutS/4alxZcqVAiS5cZUCovRIS4kCMrpUSX1DoEYS5VypUqBGBKlT XSodLjmBGJL6V/CiIdCV0q5UTowgRxLjKlQajmVNIaWZy3UTdDRG6jiWP9ypgXEfV+YFeYld VCz1l5IU9fcZ0ekSi2yrmWlQ8w32yRB2PRW5EA94Lnr+Z7cvwRKXv6QAHDUZy8H9yknKp3Qu PrTDQQU3FNf0kErrUSHROtdXHVOiQjKuVH+DGHTXQlRgdQdAlSpqVKqcwiwlwlxl9WXB6EqD HpUSVKjDokqiHRJo6NxMQ30IlyqlRiy4dFiavRUDoCKkt1LCzPEZMU+4FQ1j2hy6lTIALcz9 Ss+kcgCpowYqYAyhWJS1W32j5St44hvtFRXMo8uxBg2ZfMati7O91POwekbKeYYw8EOSIezE owhipeUFR7Ctpxf9SqFWkjM1NyodKuJDqCVE6OermVU3K6VF6V15idCJ1voR6VKl1LjNyqgX KgSrmut9Kmum4Erq/wAbjKiQ6M3KrosuJAldDiDLjBjMpjAigxFbm8AkADDchHSq6X0CEqJK gpeXJbriiMs9Fo46h0sFJlDoEKhForqJEhboI36gIRWYzVS4dCoQwRVxOpUqVcUSoFxm0VAq OZqblQOi4Z6KmehgSpUqUxhK6UyokCJDokLjKWVElQihaJcqVGV0Dou5lMCbJaKLMxEhm+CZ MS7gSpqXGlXEV9I+IhplkuJgNRq6kaf7hBClOJc2POUJaLHzEwF5xRBfo+rzCJXeLqq8xBT/ AHi4GRY61sj5PbTjiGVoWHQ7xDBdh4xu46Q7wgoC16np4gqGl085Jd5DfpfHtEVpqg9k483L +CNauGZWieTn3mQ8oarfJ6RGO/zeajiORZxriK83YujukLRht+E38yvOQsarWz3m0FxDVtlF GxxYc94Ib+/MxMY/Nc151CiDLd17VGh5RE3HziAOHsqYQxRzxfEV2VWIdrfvpoLAmcXL7YG+ 1ZlwvKatCicNckPMw0983k+IVveauAuooetn6ltsKY9w/coTMsr3/qD4gAHhGseuYtPdLhV0 1fk8TAuWw+nDGDCh/v8AqADYGvOmMbaC/Df9Qg0yr+vxDrvf/kCUWYv3gQF4UfFWQVAVHL5q duNYIGlF07iHE4i3EzU17w86RqMzsaT1hqOCF+s72mJ3kMJGPBVssd6ahDOzCQOwBq/MN9bp r1iB8bh6UGVlpCImbB+ZTk3AjaowW3gfmWxYWGT0MIG7viK8qZcQdRa3zKqAo7luoKJqNzUd VhUEFGScYBUx94pvSAWcopYZixbCzROyL5loQUIrbCKbTVHI7RMwJcehKuMH/ggLXgSoqjoO sv7il/QeISq4/wAEo9gu/HaXLKYe8BxgU95RS2zJj3mBmz8kvNKsv1puL4Rn2OlQSIJnPVc1 uGlbcR5LfJruYlNIFnG9XLgOeIlM2p7KW4kjBLPOZhyWPfGfipX7g2Y4JWc6P5JZZOW/WmIc zye7LqKm39QKmzPtn6h2/e+LmAFUPumZ7G3l4/tlt+DL8kPutHzun6m7pR9EAuNVf1cvPh+4 f0SHeD2LQ9neVcYjrV0/q+hrnXPpDpbL5XR+ovXMemNx01VN9ruXk5F97zVe8fqXj1i0Vd/w VAtjDu7l15najj1vEDxhXpXMRfC9u2szAu/18QeQOvlu40nJ78wm1in5vMTk7IA1KV/n+4NI r9n/ALKhTVD7RtNNf9pUGgavwwQuMvVSBNw13lwYUP8A34jm1aI7HEp4hZvYt7bhXLSV5hrP Lj8QteLLezDafD5iw5Nn4m5YdvaZMuceZQvl4hyHF77Qr+75lSxq8pLGeG4g+s1PwJcf3rGf IzMvBABTSmITA7fxM/WR0/7OxK7ItweHI6lVnJFeLr9Sg3w7nnbKFyzFfGmLyBAcmHpQFszU FLzYbSLJO0Bs7gRFqUsIMMczdS5QZkWSjcsJCa2MBV0P4XUatZwhcLshYFaPMVF6J+4ynljv iHaLbuUlNg1+SWvz/aVrTpO0yBm7iHVVXfglC7FIgoAfsTEElljCWQOlYlZEuk/r7iADMu94 PasRiDQbSgwQOmx85mHeGvF/3Mt22p4wfOIhmgGfBMFXaY8wENWb7pUIARsQazTKnh17zhYO /JRUURzd8YGKgylJ6f3FLgOG/O24reS1Puf1LLbeO9F/3KUoLeMgQNkiselR3jez7+8y6CPF x/3mVBSqU9/+TO+jvzZR89FxUXK00q88iBj4gCLt9yhXzn5zBMS6ftx9wwF5mJ2h+qjpcoDx 2p/UQgNv/Zh6J8YiQELBjxXxCsOcQ13Sx/P7ly7v+/7lHM5NedROQN81yzFKNekRvY37Y/qI Du0x7QRJkD5VUrhtWw8H/Y1VQxrnj9QCuevXETlC1yGIJOSb+4GnLLmw5p9r/wCwtDvEDGkH 6nyafa5UHec/CDEW98npcxp3uMEOQl1e9PtNbCqHNfqMDOq/E9YL+47xqD3CY3gXA7kYLWPx E0QLjg+ZUG31fM0UUF33YAey4rXYRRqt8RKS9xhU7H4iJ95i3eX9VMB3Zh2IkV5mAvaJRO0z UauKrMKpO0sWRSLQ4ZdbzLAD2hyYWlREzHYqETKWhFjqMscyzvoGX7xXvCkbQU0y130XLlwb j0GEXLuKkFioR6DBis3Kgy5aXLe8t3giKeYPvEYLvGXLO2WmotuZaquWjZLO5YxcsMdxgRQy 6bi9mGgyy2sxbm0VFu1nnQNSqK2tzDpIPSK2l5VxzGCqziIrIjuLBwm2RC1Na4iNkdXlLjLE E7hsC2V6ZpIHSiw4EV7JSQ11e4hFNmWVag9SMtzEIPHCFG6iZRdMYwnTc5kQ8TBVjMb0LggV gglAlqyNQTEKKCUc1mYBljcU3EbWBtBqCrodslkGPWFjOiXnMa9YwDJGDWtROpnHS5fSpUxL j/A/kMet9VhFl9Ll9bm5cWHXcrrqD0IxhL/hcXoNRZcvpUSBKqL0vrXQj0IsIkDrfRIRlxlz cSVG4dHqEqVKjEzCowjqOhlqy47hCoSIeyVU35hHuqeZYQrGblUnQVA6kcQ6EZuV0IypUGLL hGH8lm/41DrUI/wqc9Kl/wAB6J0CVEmoFxOl9HodRjE/gIwJddAiSoEZUuNQiw6pKlSiovSi al3KgROg9Fk3EhKjjo2sGWJA3OJSoZpRISgcL/iUj7uvWCKUJUXuLv2j0OgdGH8CXCVKlVGB GVCPS+ly76VcqugSujA/gypX8HrXVh1rqyoM3KlQInSowldGcwZUqV0TqZXR6VK6EhHpcu4E SJAjiVcqa6NxiQIjCXNQilx2whzBm8qMZR2bhBMQ2mohbbNEzcSGOlwzKmoZlSmAypT0CJK6 1A/gbS3QqWioRVSpTC0plMJwlSpUZUFGV0NkYHRIDKgdSpUSutRJTLSnoSU9GBfRqVcplRhg KidKlRJcublSq6VGVB6FlxgZzKuJUGMGEPQlXCC+jBsyZRlBlwxGogHfMfKxqblVCXL6CFzB Ub5HNd4lQjtlGKLV4vxAUrxuVk2N9yAVdPiIy1FleYpuoX8Qhyoh6t6H9esGLyavmVEKVDGb SnudGCG5VAp3NQlSy6e4wgDbuECJFdqi19ew9u8oJg+ksBAsrf8Au8UCyll1muICoq74lGXM PN9pXWWxmojceVVEhsjSfiCoA125iALAuzt3zG7mHKvHtAIUD6QU3DZ/vWZnill1n4jKVR6S ozjDzfaADU4zW/aAp9NMJd80TDCGu0ZwJcOFquPMM3UtThVJ2vUdZcicQD5K+718zC1IFPDz ARQHyQ+BDyMc1ZKx76lNY9v3BZ61V2f/ACUuU+m4HJqVQiF/k5JUwEWcsfuZOTD35P3CF6TH r295qEl/RDKviw/RcNsCGbKarz2inKadtR2XHRVsBaHzMXdWqitWOHwnEVrQtDxcIKWrUGLY 48j2jA1KYv8AEBQPdEAsfz2gwsu8dF2MEcuarm4KX9HeJEpDlgLDJxCPwuV17HmXPb0cRsbi EEq8oyLZ0LRrt5mnlCyXESp2v2g6EZJbuYY154lvuigTucBohtQBaigLzKX7JZQysXGMFUbZ QmaXZKIjpnvEJDoTcuoZnKlcTJbq379BVlkW7r5xqDl2ROWSVfNRlmPwRi+IPpD9vPLz7RUg co+OZoxyv4+4W5s5lsCrWZ+B/glZ6OmPtSPwy6PD+WIW5/ME1mogzjZb8lw7fI34Vnp7+TBq eCVYtr4JZjj9ZlHZV7c/1AHeH5YZxevyQ49ivhwH7lq/5UCkcK/T/UabDd8Knh0fyyw3ZXv/ ANglcn4Ji+36wxiblfMSpypmPL9Qhhln9T/I7ItcXBQ8jOMVc9ob9ZTEj+AKffzMNLHesZMy qny75g7mBXcrfeGElA79axMzmgV5zf8AyWO02w+icQEv8BB4b9YQGERLPOMVH3Z9UxOFqFie NkNvK+f9ct1zdvizX1BY0Ma3UIKpr9Nwz9K/+oAcv7Jw2HcOPL/CXPJjfoRWj3jsxcII0Kjj 4/8AJatMjrvqYgN5Tsr8QAlgFb89pbDyOPOoiwvm67PaC/xXD7YjwQ2/EqxvaXXIB9Syeyfm Ly0/tLQnIXUTOQGE+CkitmkQ8srRpe4I9xg8xHBrgV1i4tXKxXWKmTRHBMTwh2SNdrPxCuM1 8x1bZPiXgwOL+ZTGC14+4cLUSgwlhu8Iq+Klvbioe0AEHLHAnMSrGZHQ3BmYRUkdA7kdRMNf iVCpRKqJAiyDbAG878sQKKpe/wCLl/VmHHmC7VeV8QtBGvHeWeY6az/bcVO5x9LHmuf8xsaO cR+cYVXg/hjGNoSgoiD7wFvJn3hp1pavAfuBJ4QZ71LEMC+KY0plBOL2/wBy6xRnfayAn4OK 9fETvGYQrXj+G5wlFeIKVLxvuJBnnbPuS4otB744lMIuufV/yb1A9cYZXWVE85f+zjwz+Y4B R24zGVgNvqDB/hKsYimjzBcruQCm7fqFcj/QmAtgPqC4qlGzlpPQX+4lPvcVC4AnxX5IO4I1 5pP0MsAO8szOye5hlDdFx/niMnGhfjN/iMhzRz7J+WJa0H9dJUh2JbqBIxZw8niAQ0r/AFMR 0R8IvSoeZYu1X7f+w7KFPxVwDHCJ70wYru9qq4RTDT3pJYYqa8wZjdvYh2Sqv2CERyxDLiHI 5G/kgBb05lPLMsfh/JiARdJ+YJnZgM4Gb7ajAZVn3G2K79oaWW0EOy8j7lCeo/cdU4Dn5l3I svpKoaAZ8EImAcRLJu9e8YidC5gJpweYnNYFtxVHmYHswK8gJqAiALPkJyuorsJZR2gv05dK PMQPzjob1MBDvMSN1Dtq5uHxPrTCzmG1PGoRFiRioC4EFQmMFgg6ZuL0GXNzUxZyIYIWRjse Z4w18TABZqd5MEBCyn0jPc4iDTLVdaTECCFpxFQJZrETePmLM0G8dCYlGoEt4tqgcHxHXKve CFAO8R0B8RAc614mVAPgIFmjPiOWo44isAE8E7DMWfBzUKFAfBGeVlkMDvBGwK+IgZKharF4 j/8ACChmEyKp9oNKcyyWO0pKdeCIrXMqFlUai0NzOK6h9KpdNwsHdQGlGwuYuJcMAY0FdRDT MCpai2KN7TDDKG11MdXMIRJBtjDQY7jGuhjPWO4xFLItXlFjLEQxEzirAxAqKW2LcwCiO0wa lxAKGZLWJqWUlDFMMAywZYwcVKWLNy4UglLiDCoFG47jAlDEVkQ25l2GC4i5uWwYsL3buKKZ mKylLho3FWEysMQguLCZBmJN1FECwAYYQpmowOt/wqB/HiX0uXLh1Zc3CMtm5XS4vQly+t9C PS+ldVl9HpUuPSodE6EvqRjLhllSowItS5cXpdxlRYRal9GXCL0WowZlVBmplCJcOhzAqETH QYWiJNY7Ki1El1FZAX08R14EytuX6pvuSs7CDK2yj0uoZjKgSpXVYZldCPUIkIsOlSql9eOg RJXQlSodFlwj01/KuldLlS+tQ6VHEOj0ejCXLj0qV/K7j0zcOjK6MuMqGIwdAdDpfQelyrjB SKMRUUJcylXNY+lOneSbiW4j3dmu0sv7JlSN6iQldMdCHQz0qalw6JDrcub/AIblSpXQjUYE r+FRlSoRmelTUZUOt9KlRP4nSrlV0q5UqJKi9KlfwqV0qPRf5JLz/BITEsly+l/yMs1CNoam kqqS+l0ysOIgDKK7dGVAxBQsuULPahgsW+5dypXRzAldDqRlQIR6ETpUOlSpVdAlSulLKgSu ipTKYyuiqlSsyoESVMpVSokqEVKiRIQkroqVElY6J1uWYEqZ610plSpVvQkq4ldGyLBuVKiM qozMLiN9CQIkC5VQGJKYFRzNQL6DEHSNzIlhiXFUj6Li2ugZuV03BbErhT0e9QURvUSAWssa gcWNQhueIaFqFIWt1LTAqPR1S/aXaS9olQgQLUtTPAUzRLtkicw0g4yuoIVBIeq1qgTz9YTP kiteUELvHowk2yyu0fTIF1W/SWKa9GZis0qEcC6sr2nLseIzlsWvNwUW25SiDdle1FykjtSc l6mIFB5rEsCUdi4JybDuu870OfWW07RjVaNvaZlrD7vVesATCF09u8tq3W64hDZsSx7kq64Q uu5z8S4KpzHfwa/v4iGygXXePdSEz1W0n+8Q5KSxRVisooWP55Iw1thszLAYe8YCs69YhXDl Htsw9+0xypTEdPB7PzM4Zh7walZ16yjEaC5hLKu681FVO1hc7F/3KhZVinmopIXzDYC+M0oG fjcdobQht8YY7TSmb1LsUZ5jyMF9qqJyztDEJaLjHuGn9QDA+E4Y711dTYUxVu5UxKMDO4Iq Nme0I2CzdRDWAusalGefeFzbIRZc0os1F+Zm7LqPJkoT1BAEQFNkopXcBl4mBek3oKhiDeJV kmSXMjFltE5qMOtzZiKu8vr/ANj7Qo+zj6nMZQW8nj0htUCv3UACMKut3EbXI51af3DY8Pa8 VEveR+5vNCv5llnnetV58Qw5fLn2mCs2r0rj3jBOv7xDSIS4HZWfmBZya+5QdrCSh7f7f6l6 mMkVHuvmyWwvT9n9zdQhPaHIKRlsRPSmXaqx+2DoQP5Zkq4ZlpT8EWZwv1LZ4EQW8WYN0Afu X7bFntxOUAPtixusw/Yz/AqH9z0UfiLL2KfknKp37CH5uCg8sWhQuEfVLxrI59KmsATPGH8R UUtR6GdPaXUTXXOpmDIc8YqNQiqKHuK35xECMd+NQgq3h/P61LvOpafeA6MB+5peP7QWpSp+ f6lemVwCi7c9tFf7vHHnFj6QQeX/AL8xFd3b4s19RBOzUZIcrhE7y/EWZUMZ/wBUBjlf7lKn hfgiehp+pa25ZQRMmDjy4xKOPRcVNt0z4xmveWQYVrznMBCNP7lAMqcRjLNMs4Nt/Ea2FQW0 pRv7g0zFK4p6z8ykH1lx1ndHXK49YQk5UvjxHQtlFfUcG6ojoVK1KyAfubOV6iKarLiveIrF lGiHEo1bxKPsVUsFOaIKVpczy3cQ8RWJTOzKq3NR2R4IIx7BAwO5MrN3NkYVioA4lbY1g8EW l6kYsO8pRFcq4DM5YcRNoz3siVK6kSCLd0ysuwrQ7UQIhg3HZF19QgeEPpmoajgx6u8uyF9/ MZqkcegp+J6hfuNr8prbYMdmrjA7s+xE5IK97v8AEuKnJ+YaPy9SZ+5+ZQTBMtDYpAu3L+Ya 0whfia+qMW2OPwYK7kBfepqKX+IFmIEHwwKfAEBdpdfZcqFho95f14nx/wAn+GMQKrY4mI1g Q92c1qX8sQ20sa9J4PG++UttMY9NlTEW0HviBGMRuORWycFf3K9Wjm9ZjGr/AHn33LqMCeDX riFTkp/cYBqq9x19k5PNh64fmbTviLxQj62v4Ywfixj2Y7DV/bj5gUzm7+YDSrH7hsP8v+yE XO38wTcNteTvC8cr7UAy2piwfFRO3tT/AHzClM238f8AZ2eMvgKg+AmvMHdrv2qoGpZPtUsb ZjyR3bG/agjwSyyirGlEZB4WbFYMT8BKC7WRWGY19f8AYfBsZbVV8yxgbv8AqZBkFNd4q1Ad xUo2DA2dRx3uPZdsezGX6of7xAJ3WuS43ef1GicGXxLYuBK3+Vn3istFe9xGI23BhbAiThVB WGjySijnhKMugggXLEIG24giaIwcrmarogBl3Lo1UQeSJRTeYVeXCuJiHaoCzcQKliXmMAx3 JcQxLIy4hjzlkGrKlHSnnrUIwiOmYkOJu5WG61/viXtqyoSfXJ/UMKWj0lMYSHnEtCt4t47y xu/iAOQvPOf6lEyxq8+/tMyN7VKCNF2+Xz6TMNci2Mj2wlQZYgHImrbiLLb7fiBRKLt8sARy rywELL7fiajG3t6wYre7KALrHaECqlO9e8Er9oNQxgEOiDVX6ywxzDEHAQiEJrE2MK95mgZX VcwWIceIKGK7xuqgtgVcFAGPBGfKveIlBe6KghgF8kQ5JUfSHsS7biQtEfPFndBLOIxqFFmY qVcTSOwyrMDGxiq1zOUYPQ4m1XLirhoMUtsW2w0GLcsVKvEW4qai22WNMGot2xQq4wXeXJcl 3mK79GWlxpM4rCyLceidLqNoRcWWRYZl1B6EaTcSoMdRmvVZYjCxElRMWLmagnRKMJFmal10 uDB6EYMWEIwjDPRgdLm/4DLroGL1uXLly+nEuXGDF6V0f4uOtw6MYS6izH8Kj0royokZfWql ypdRkhelxXKgxOi5cXRd9CPSwmUuowZgjSLcIsIsqYEVjoNSnEYYiorEDUKs9Y7UI/UpNlcV zq1fiMbv9n/kGehJXQ6MOgTX8DEu4QlRhLuPSugRhH+Ayum+ldL6nR6HW+tSoS/5A6XLlxiw 6MuosehLl9GMqB/FcuMrcuai56XFmkHMuWsqVDoBqLcrpUOrpR7QtldNoOJopbFyQROljKuK 9w3nFvzB4FH7YkCpfQh0ZUqEWEr+B0vpqDK/lXWokD+DCMCV0uXNypUNRYTH8q/gzMuVGEYH VlROtP8AF6XFlxSPSonTmKBcqBHHQIjAhLhCkZcGXLgRi1HlKbTEXQaYiXK+oi7WSjLJ27y5 Ks3N2SlyXjYqITpL/hcJUMdDoEuVHrzK6JAhGHQlfwvoMvpXSuly7idCHW+gSo/wqEehOI9W ESEqJK61KlRIEZnokZf8HEuMXpUWujiX0JiMOl9CMJUqBK6VUhbKqJc1MmEDLl5isGA9cy4Q iYERLSJUJbqMCECEVBxFxThmFKhqG2k0hYDXKoXxZ8wIRvXnoBpYV2XI3KYBsoik8Eq1y0RF Uy6lo/aAZbBqK6AldGEqaj0uMqBGVKjDokOly+jcGMIy+qdCMOhHokqV1WX0ZiVKiRIRix/g WEbi1MMamUcS5cGMZdMzMOlw6K4qkOYwMuEVi1GNqN1APL73SpcYTUYfF5gNbw+oy57GNOUx FB/vudttr14mq7I8N1j1JzBc+zBrAK3ncLBrCWQIBR96r+5sAzfpxEI2LwVSefHed6mX8F+U YAZAU9i4T7gh5v8AqZocC6uO3smW7I/DMt5/KCh8v5gd4gHAuAdyHtr8wM6N3ftfvh7RBWHl Mwun8I+jNBzVM701+phA889pdY1U++k+GJcXQemd+0FgcRlfwOiRgSv41KgRIFfwT+FTUJUY Zj0JjpXRJUeiQj0SMWJLjBiROhcqajmYdKgdDAlSoFRqBCo0RbixVBEmZzKMqZ0itKH6R+6E HPVgqVMNsVjw14HL+oO8XtiLCrdygLJPsub10tHf/moRLKi/ERJfzKU/UvXsIns/uIcWEp+Y 79oj2oYITWH3VwypgX8xeiR+GbRDioCfIn5i3VgP3X7my2t37QqyexL7CL278yr1n89N2UJz SfBG6/ZPtGMy4X6n6l3HJHxm40q7DGaoi2OL98fuEtfZd++oXO4feEZoegRjAldUh0SBK/hq XfVhElZgSoyuhGESVKjKlRgxYwOjUYxjE6VEl1FuVEuOIRv+JMINw/gjLqXHMCOE3wWyiVcq pbAVKJnDhnFbcOpLgwql1Ow847TEoV+krPor1gG1kYE4YK4rUdS1KZrmULDlrER1tf8AeZUi 2bfzAGxp2RkdH5d5dGtL1LR3MSEMCvnNf1FuCrgIHkuWP6Xf16TBBQFRmeGr9ogldRS3wfEC Y2uMAcYBNIVa/fU5iR1mFb6xAFZqJrFmIcbUdHMp6V0VCGKlRgOiokYCVHoVKiQZuc9SVKgX E6VKgTSJ0rpwjAZizcplLErqqEWJcGKXMoEGL0qVKmUCoQlkHomYHQio/hL3OOiuOJYEEbIM u4EYPRZYREcwZoUBYZhU0wThRisZiRcAbB1Fi495TufJNJ3ziJcx4z0yS2GXSf5BmIlmiUiV cVFxkMFsy3V81EajDa19PZ8wYlK1nV+sF6HVQFzdNJyevrxL/azV8QEm0YjOxznn0haejb2g CVnVdnT7zGMcH+7Tl4VcqhZ/7UKuEBc+OIg9QuELaw+H/sOjog/JctgLWVEcg/MbR5rwALPI Z9IWJbGCLCBRcL+0/UCAAPJCwrh9f8wdMBXLp+6iQvCc40jRFchEF7blusILBqOq4u2b/MuB tQ17ZmEcmNY0MeYs2uMB6eZVVt1GVexgTfNvTXRdHBgfNyx2cfcJwCr94b1CwpTrncsLfJD8 kYsuosc9WJHrUSoPQJqXCoJEiVBh0Qh0NoSph0BuJHTLtiuJ/g7cvmVcKhBjAlrVGk+efOPq HQ4F9UzKvEoFZzf9E5g7+Di/aIqZ4fTz+ZUEQ4+XUTdih6V/cSwyA4q7rP7uCCfLRPK8r259 OJQQ/L6w0K6Av0Kx8RpXuQlRroTbYvyR8tbGX0P8vfj0uajyX85i5Yn3Y/UNyYNO2BuMbdMM BHWub/zEWZUprBV7+Y1xkc+ZiSNjlQM+kr9iGsmXxL90bNYxibVjQe9Djxj8TBLpccmvxHdw ArmnFfqeoJhzkr63AahY/cJXg/TcQPgUN3/iAKs/RExOD+GEbsCvGMf1AHWwV6/1X3GR2GfS E+CX68kE0K2+1wMDDh9efzHYynHh/wBvxmHL1PzMv9Nuipwiz55gX4D5Uu5uW2I/4/EuMd39 xKbyQwXKvbMbV5let0xBD1+baYaRAFavM3iitd/EDo4f7lVK7x8S4eDXFlQ9cnfzH6TH5jJ4 oCvaoaJu8fM8259bg2MTKXDabNAqIRe+PMWXx+pVbGBNB9wZP+GI3VUX8SjzuPLKDgjcr5/6 i+TokHQghHpU5hBl3KqXBilmBEhHPQHTMJpMKg1HAgMWYtyyVUgLu0bYY6KjCGI97q+XtG/P mD0YhgGNXxHcZF9mE/Ma18Hg8ev4gjFoU8ZCWQrwPe4GsUH3mJrSj8lwqigoPYZZYyKvGte0 LGm8fsxTcqMO7D6uKpbEzMucdJ3DA+2k94+KPjcozoWvTioghyK9tvbUeGPmAE7VXEWTylns /wBRNMVA0/QA/CRFlaWvORx8R4B3gm6oe5uHVfAeVNfMDVSfTcC8Iy9RD7gTgov2Yxy1c+/a JkgHPsn7Jhytj7niArzV3+Y+hhfitwEyFiAcFj3vv6TKrjNuzz/UeYkFGJWo2WvUD9X6S2/p z/v4ldZxA7YH7R3Dz2ZYl/2JcGExy97lUMjjx/n6lAqvDnRVXMIc2fLNliK+34lgLoaOzf63 ENkCPpiBSVwQq+SO4t5ev9S1e6N/8+olWH5l1MfaAqYSvXFTkeY6qhMi81iDQckWvYH1uWtr /UpPLmAcp+hCoYmFrCJQf+ImLxzAbfujaxlg8FdXPQ4g3GVKlkSVAgiIkC+gKgwblTXQlSuj xMchmWSsw1GPNdHIGuFRGGsZ9ZuEvrVlRL2E4Elfdy22tu4Di1sRCdLfqyi0rpriUFyWGNx4 MFteXt8TlHk1Fns3crKVQHwVGLdCfMQhvUI/XL8xh0cWtxwHQoloeX7xCw7LNTWg9jEtg1ZT 6S/KMNNAUek2SGK/UoEWwktGiO4IJ4igpkiwcCK1mkiGSQUKNQFqJluDCrhhxMtXMG4ls4mX mWmojLejcro2zMuXcqDBKgQ9EzaSjBQ9ajKlzImpdblcJmNGWJi4VzEcdHoy4xIxldBcDox6 1C5cuVcKOgSkqpfQIEZfQ4ixIMYwZbobdzaZJEdQJuEP4k0mhVNy3UHAwxkyrqUWFMU+xARp 8ymGFlnkjK0Xe4uBErarr71HtYaLfSJAjiXhlMlWae0qBbGFqGRQNPc9fXiXk+/HvKN/69qj s52Oa7+ktUOOSG7VnD3HUKRgF08nc9JcAut+JV3tFj3P/cTJrgs7IXf4+oKlablnxZn4fuXo dnN57MKmXTn/AJGory/UNZAN5jrCu6IUWDXj1+oROdK7upiIO7LbSafHN/7mUc+ji/8AZinh cyoy1Gz0UlI+HfhniQoqFQ23+YJcKn6Nfe5TIzdesFSoVcEa4KVC5VMa3rEsF8S1zkceN/qZ 0REA95mZwwy2OR/v+pXpzR73KtSypczTlGcbv0YZbUuCJcL8x01sPvv+ogskGLvX7qKLs/cc I4NnndwBB8cQCNDHo9F6JAj1YsMxI46kZcCN9Fw/kx6LEdqD0GZiow5lIAhEtzDFvwT6wIEC JOYSj+0bEih6VqcxOhalF6JxLpXa7zXtBddtO9999po0EXfes377j3Pta4rx6QmdPyzfIKe1 3de0eEiflEAhmQXN8yh9zXpj93HA2H10X0brlP6l1LU2lGB57+35jCu7GXuoDiloM+SMcHYa yNvpM1rtvjGCNssovZw9sZhZ+hs/3abVkNPGNVEB2Cjwt16Sxsg37K+tzEysG+3j9RARgQfV r7gi4+PaoKLdf1j2lty8eeD3mLPM7GH8wORfb3dQusyH2xPBFfLDknGvav1cuK+VypO5/BX1 Gwq3x6/3Ls8/2qOx8P5RVzbD/dtwf68zP3PzBCKYXMQcVQfKW/cZepZS17n8wQQu2vq5m2LH BrkQGvin8n8ywW5/RPif3E4c/thQJrX7l0fPJ33URS1Q/mIR7pX3C8X69t/7vDZ5/qE7/wCF i0Up/Fyy8d5f99SkXI/uEpoX4ZqvA/3b/sDm3/2IE6qABbEz8ytn+zLsCNsSPRLlSoxejFKY pcSJAzAlXKEJlKroHSpcvrXTWUWdBMRWFscQZkQkxesyr1JddClyoEP+69iMI7E9e76xENpm LXWmamgkL9ET9RksDXk/82+0BbZR9bZqAjD2X9QKXt+molyTEHdv6igb5d4yuw/wRsLCP5dN dFWoE/M70S5gNvNvPb0fzApTNxGbFHuFP3M32Qev+IaB3i4IFvUX9JCuLWR7oh9xlW7nEiy9 bX8M40WnyVGBu6+4gZtI++SUbGhIrVhIyiBBS2doMs9neKOAtI7xX1Fbgpz4z/5Fk3w9bmC9 pRz3l70A34r81GW00e0ELk3XYMfLKZ0N59/8QoWF/tuIPIUd+Zcre7wf2zZINy7Gy/z0iLUj Lg+C/Ws/cWCipeL81/iIxLl6vn8RlLPPpVfiEm4R+ypudsYhbs+5gQGVpI/MUKaihKjtKQND b5lDyH/yCK63EcWHCoVm3lzBAqg/1xIWE7QIGbSrjI1AJIIdMIQq5e2JcAwECWRidHoyokYm ZUwjiDKuJUuDFhLqXDpqXAlTUIZUoIrUJpBLqOYKZgRyG5qHIZcxIRki6KIBQvaBGcbvxAYl tV8lSgCj4xKxs7vNdoQJa9YkaaUTMHKVblDxEVsYUeYMKYM+8SVLuK7polYAHMyiyoZAtiKs WuvMoIMk7lfMWC0cTjBiCtJcL4IrXjF5RYs4jdqNtwWquJNSr3CyXFlwK6LLjCPTc1ElQKiX ElQBcTz0qNG2KSqjKWvdRKlQKlwhwSkBecwhO2OIHQS+jElX4GoIthkkVFstDQGFWmxjDdxQ w0DEAaJhTvuXONNQTKMwB30wUdAxXNGnoNQRIRLgQ6bldLjmAgRIcTJiEWLPQlTIXPmoqFTD tHEGVAhCAXV5l6JglVCuWELnW6jd4RCOA683GagtXXpBFHSK5lcn49YYhbq7I2UpI7q+Xj1/ UGHtDHeMj2SpqUvJGqdlIUlLfb05lhBaiNwpBCMUsHkNwOEuXRtF+fJ7MsBWFnZriOC0x6TT 3E2f9j1NwTv5gAWsOUrdj3N14mwAoTh8+M5hc5f/ACYJkp8cnj93B7Erri9R4GncdJcDXqXO HUs8ZJTaL8doS7lXrdso6VxkvUc6c59JeEWAVQHz/wC3BL4vN3v4gtZQ2fv+4pUKNTmhn8xi p0DXHpPDzj0zf3Eg2mFn1xBvmz9ywNzPtGHZKIS9fmoY+0/aUYgMXlGoEHJZ4xuFHOQr1v8A qbLUN9rg4ghZ5P8AzMFblVcpNbU37yxJpKryZzEizPD7RxK2L5odphYyx5uXw9CUBxyOPWM4 IhBgGEufYhq/25oNt1AkbDP6mC9FvuDDRrO8h71C9bP6TJ95CAcQctjHpHQaPzBt1aTuUr9I RBdkZE1t9wq41D/DN9CSpX8GVB6XCtDtNMS1YOhbcIcNu5nIQ7cPzMoQ6XBgOUO41Pe9DGPv XQAQus1B+4N1qqbm13J2Mwkd7Ptj93BXYxjXa4Q97r5H8QOJIr7v9TLGsBnVkE1Wx5yQpumj zu/iD78/JBQ8v5lzcqeVO+x+CeJjO7wft8RxyXlYxrgNN92TvzL4K/4iHthedYyfMdQULp5X GIXxuUcbxK00r2PNRX+WnnAx6RU0zK+cXBWAp7ObqK/X5XX+3CU9nzL1aHNavMureEV2xUCs 7/6mSf4omt4fyRw74RFlT/j2jd4oX1gOICnjVS43I/EbbkTbW3xHfYqxCG7n1/5LwrPPbzft uM7amO/Vf1GCPInh8PxFUVif7UznRpLiLePzCJVOfzByaL+8fqA7yv2/f3DAU5CGgbbv6mbD /AzNf8xODwl6LnXtLVzhp9oB4C4QX2+mCakr9MY4z/cMB5fgmSmI+ZqTrL2ogNUWn6LYwT/D EeDsy6/03MqeSJamj5laHQfc4QVHlg39hr2jHwb9oyoy5xFFWAt9Y3qTsSoE7WUELFMH6l5Y rgjcItwI9dlSqm4JSKMIwh/AlESYtl1jQg1Ls9ACJHdIYmZZk+1zUCahmVAneBm/ObyeD2/M RRNXOKm6hRcJ6b/qMVlV9u34iUuCFduxGdma71CPGxgVhz+TAschT8sJvWF33aQNjq34VHwY gMfeVAgy+ZZtdWfAfmOol4E/3JsgqljVPcckRR2w/Y/DC4BFxbm9S6mVk9aBj0qAMkR+blQZ 9PMKLpQ55vEFjOH5ubmVl/OajGKqkfqvu5jjEbuN167PaUmoAvwH/IiMS3NAgAL2BCj2m3vD jutL9Rb12H7XLd0Vk3RMS6kQfI2V939TFB2Nx9XnXxFE2qJ43/cJhytv++45RyMkIeYrGUdq zcFA4A+CK4NUaScLZu/PeEC5G/8AkUCuwgxwH35YFDx/P5ihX7xLgrJzOyTl9oqg3f3DKxp/ veNYzNV7a/ELCiDUEFhzELygKGo1AYIunWYLI68QpqYu4uKl1qXHpcYxI9HpcuOeidKuV0yg VBlzcqYiwldLlyqS5RtKjqGYkpUFa6CkhMZDjFQkSEcwxLgwKAupXjBq1gGN1mOuVZjKnv2g u2FmCKhyykMs1HaFssrxtXmUqgx4j55hicHiU0D4iJbWbmpRCkNphhu4ivKJKWC14SlyxtxA rpmGJuDLhmGESBE6KlVNsSJKbS9iJHCVRLA6ZpK2mBpGRlZgllEMB09FrpcYwL6Rr/fEKruo 0lBWIpD3Qphh/PJLlwRaVPmn4gAJk1cNqh9oQ+YnEp7RG7JTLsQCSF+J2kV+o9mQsYkYnR6M Y9L6F6EvoMcwjCkG49Dow6KoInHQHQNRRhHZmXML2mIHyR0dJAl9SWG5SGt1vMpVMSLYgML7 2HzAqLSAoxt3PPpGBWDzWPzDB5XVZs4T1iWu4OMdz05iMbXfiPpTIrn/ALxBdhLB5rZ61KG/ ugrgA/JDpqlw8oBTO30mYYaOhcVmWqzZ2/7CFKrFEVBR81yfhhyytIbL/wBzGDLlz6SjENXo 7+33ZE2BQTw3zEt+cPiVjzYe5/z9xllEX4N/1GJsLuaACU80/wCxLHdlOsOoiHwzznM3UCvt PxDG1fPmpTgu2MZp/NQkdmz9zJgxZxmPj+5xUy+6htcsSg85lEuWvDWfeMvo3v49+POIqhkG Z+o/HQDkhx9VFHex7bff9TmV2wbe0y1XllfZg38e0QUYBMZdQRCr7edR24aP98QtJWUZwrJ+ 5bSh9dP6gdqv7qaiY/FS405Z9id4a39T21Hrf9XDOUcZO/7jetWe8TfdP6Qub/8AVNRAAy6h Bbu31/5DQMmHpGLbcJjyj/f8hXeHHi7iMuwdRNE/0lFv81FIxZcWErq5mIkIIYl9SURIkGoZ iS+i7ZREm2bdIrNZVwEnM0nMeKIozkfMbcLBvpcIxpqCpko+OZrIWA7IosWoxRFY8tDxwv0h EaEPXD+piRLOeOJVzhk43Cm0Cnwy4uhu/aHMyLPbj2YERmc3a8Y1co9SI8F+sSuh+5FtvD+U DjLNctdv9qWg/wCB2izjLPe6aqIB9kyEU24YEE4JZW91XaUtrHUz0c2q3TMh4Us9UAsuFx4g uxt7ga9u8wOMk75rMQLd8doGw8G3eQx6ERe2WHRS/wBRYnIvoYD0D+UXXIivdmkFH6uecget h+I07tx4pjHLIVq0y+r/AFxGptqj6ZgANrHFMofdC2UGpy/315h+EfxHR9X4IsJS+5KFGyiL AKLlH8kyU4URuqB74iGjuwbcX+o0LaZ7SmeD7StDRr45+5jzcPsX/cMuYr9JEdRS67f7ctua 8+2pnY7fYE1nNv8AvQgLMGT+ok0K/bcATLWOpWR+cfr9wuK6fWVbG6P7hg7DKI1zHS3fUOQg Zgu9ufMLpwc8yy1pUBf/AOEYxzElRxL6qqXFhGXKmpcuDHMqJBqLZGN9Axbl3LMCJWppESyc xcSuiCDvr9RZVQegy4i5Atrx42H/AH8S7bsob8JcEpst9S5W3rkhONNTfHrEzvFeaLX3lEuF q8Uf1CxpTfgVR+I5diOdYqoJKklfc54lvs1UAecL4DLALgN6nO3b8owY71GDuTLrvA6UJWso Mnnv7wL6GkfJePe5xtRV7S07PaGXQvfJkK+o7DUdHYLPOo7qn2ZJU3BE9uA+2D6q/Me60G+/ cr3+op2JypqmvGvqoJeFelAqvTUXJCsY1m9wExHFR8MFTPRtfH/soMqzXiYTGj6/uDNmlfY/ qFIrcIF1PRQqd4u/MI8EHYruMqxZuK0cDEqXUMy5VyjOlltaQlGrvX7gGmoAEGGPsQeEoW2K XPQlwZuEXEDqXHqy1KqL3mWsownTLmK1tKlRP4BGB00lQ6MIlyosqVCMXExSUMrEUFkaMvos DoGXlqhlniRRFIQYEJQUytVT4il5xSOJolGibB9zC5pMAYiFtstKuaCLJlOG4Kaisq+gKhfQ l9WWAjDUFphExMmOHMrHZG1CT003Tph2/wAw4WF6jUoh2lVNrqMVsNxAOXrL+0xLSw34icgQ dZbEcbdRYljV8RI4Wnx2+YwMK4AvN/UqPSriRGU9oKXZeJUK7zDsRwXi4So1bnEqVrB81MrW X3qoJBauPQbcwHii032mTtpgJpe+8NxDXzX4g4pcxcARlLkV6Q4ABrHeE3FNVKBZX9QVek+G cigt+Zn6CCXFKlSomerNypXRhB6Aj1JpMAgRxEtim+jSCh6KHrhLzTFuLG/qVAhiD0GBDHy4 ghFhY/7tGZMqbuoEC/y8kTcKYzeeLxzMwXN81XELlraR4fXtUs6zXOaYJQhdvbH9wwCrU9ns n7hW0A88x61XLL3AOKVR9gf3A6I4moAglDeL+4A8YUBY67nf5ju85VxhqeHuvbvA1LEFci1j 0/fvCHQ5HskrKaWrrvzXjtFNrATuP9b+oKUOntUIJhVfry+IhzAPo/rmK9RD6VF1Xhfnu15i 24BZ2/y6mSN++axxLNUcnzjmIXOH8CHGiy/AEYVYc+lzLsaTt5qUNoav/kVcePEUqwr8lTOz bPmKHEg36VMh4V+SEmb6PPqfZPb0Fp8PxBmAvK48F4le+v2FP7iigat9TmCo/EGhQD7P/stu xgA5QvoMfDW5lVRaeoSozObfTUaY2is+8Shf+EQFzR+Lg7Efq44tQ2HEVGFq/X+o3W1FkHMA b2fiBh5V7VKg4dQu8Dl75i1W8n7JaCnySgc1VB2NQC3i/wBxwNjqUXic/wBTxHiUDptNvau8 SRZlzh8xIlmgfmYWcBGMZUqXHpcSBK6PQiQj0vpceJRUSLFqOoNNRcQYNsvbpJgvk/Mv21fz Lh1GVZTFA8Lfm4eKLfq5r2jmKPyVBNgL2aP0RubSr6a+ZYAd/tGZH2fdcxA2R84jSwtN32DP 4htUpfZL/Uao4GnyMfqD6WYj2/MS5cz9KJR7fghmP7z7jJbFYrVcV4qV8RRcba4iPndQVyQD vWzHaAgFFw5wXuO98wymovqKYmtMH6LllfbDzgt9lIONgfpJAC27gFgpb6ikNBwX4oi2sr+N kKI4X8EbbsaPYhXB7vUicHXo1PXC36YqHKdw8etw9yU/qKM7wfv2/MfPhY+veCm4p/JUBX/d /wCwxSlMQ1dwPw9FxFln5iKVHD3fzuLMuNH7goM3eonHpGwlUB7YrMzRzDQtI4lZMwzxvECa wqfqDfdfuCnX7YlLWfX/ANistus/FQlW7N+Ipwjrin/IubJ8So48pRBghKcoV/vaAbzWvWZN y8N5Ia1V8wnsG4B60VKC4O4kAyS0BtuEaglYinhiweEo23uHwRFa9BG4dElYiQ676LNwxFUu Xco/hrFZRxdK5iUxbgQgslVTxyzOfbfrK/gQmttpxff23KPcQ/F3Mabr5zVesQvXwn7gGt2H etXFfqORt9vqJs4E2fpgxOQS94v+4rbEV65l0BwNemfiOs06HO7v9QJ9Td+bjwmAi6239XUA wyhD0GPQWVL7Upd3xfb1jGjxLS2j6g5PTx6y6mS35Hf1FQKi/qFnXZnx2+bfeH+Rk7nJ7mIp BUXMlbS8+O3zbGPZfydvjEwC0XCbSly+ePTn1YIWXd/89O8CgtFwIZoXvzx6QTJrtBRFBqow jlK+YDwxEmNIQHe4Da2h4OtR2DDuBaEok3WpSgogodERFNSx2IswZincSGI4y4Xqt3HBd19T kVFuczMuN0ZiyNagDUWgdEUZegWnJiDTAelhllHew/cRiC2Ul3LgDd5QIkVcvKqAbSyRw1rz LaH2wA8rqXY15VFwAEpuvWWDuhgXTUQPy49OZajiGN9lxpax4ljFQgqYmCkrpVypUItS7gTS ZEg9JKm3QZZHZZl60sFMkXW4ZcOtQhdKpsUtVXANMVW55JaXC4rM9MymuoR3RHESExqIUKil c63BSgIge/27+kIFQ1lzGi1RM3hL9pRlaFvpGadSiTCWPiOpYhdRKy9eJYjgsYn1DUHWxDkl zj+CcTLIc78Fy5Xo54gS2RcFpW3qSjuVXcAy9j3hM9ZP7jQZ2PHf0jIkTm4VRkT4b/rod8Hf 0uHbP2GowC1eZSuBiXqQvrFXAb+eZUnR16dA8QyVQl34hpjbPxj9/qIvsisHRZKKdbOYIFi6 vUKT/bh9b+WLTGWDT8waBnh57RaVTEFRdVawOEJ+5WNZ95eDxF8CILbxHzwT9w2Wld+Jnq6M MYhtV6+sIuDEVVOD18xAcNV6VGW8uJj8g3FRTz+pTyx9x8cGowtVTB35rwRgcM38RC+cyhpy zKTYmIMF1UMDsEHvUOVlzcxGEroOh2S30R4hg9E9DjXRVSVDMl5lo9KsvnoGb6HSlHBefmBl SZ7ItY9JhGjEBdseg2NnJpKhS1FquzzBxkic1fHmpRfIUarXHoxELC1XhalDKC191N0XCZ/M BN3dUelxlGSnu+WOstAl50D9x6hF8FPkh08YHxgmefUdvP6834lflcX2iKbGD3OPatQQmA07 nnxATI49O8b2nl3HMpFxtncwe+9QGS/9uVLsVj3zKRpV9v8AMBM/OJkwmPfOZcFRueM/vMsY baycblQZbYyfJ+GMmbB9Motufv8AqaHXYfj6gq92G5m7Cb98ntDT9seaT9ZjDRRSpg2TRV97 fuBdOj6az9QCuXZ/u/MNGmy67Wah+WG8fC1xcGj3L8odADvAP0XF2O233ClQn295QhhV+5gh QXXz0DiZ57T1zfPP/JY9r8MdXuH2qH4H8sGBwP6mzWV+MzD3/uH0/tjBM0/6QF2FYpmybMDR yvzBtjv2z/cIQVbIhWu5Hk8fiIQvOfuFjRIMrDflgFNFY7xMI0wBpjgDVfUpgZ/yc8KVzmqZ YJ6RKKx2QQtRFMsjPqx2Ua/hCuHFE8pN+kYTKhAJd3HWhJmuzFuJKqL0Do9Kjoihp0g6DMz0 uoFMQozMpxKw8PuOZUCuhAggqpcf8l6d0+DZ8/iOZZoGo9zKzrWUrzANuRewf75iRNFAOwai tXC3yli8n5IV9uF16x3Ki73dWPzLu2jziJsSx81r6mH+5YxIwZl/sVcXM1xE51QDtWD2fzEs Mkx6sAhMijxCUGSF5qjH5lBzIvtvMNDya8QZbhD3pCr8blfayL7bgdgJTBsV+4VfwxmKDb5h G3JVA5FfuFfhmEVVXtcEeGV9mqlwOivNXOe4Vi+85fBXmrv8wL78dEsn1K0jIP23LDNGmns/ 9Me8xAB2SlejXe8P1El0N49SozjRod+3tzFurvcTlyV7X/cyYxN4xC0Kfl/U3CTavp/2o97F pXtcSuHSoBSkiJvLd91/4RLWfj/sRrG9EA6pX33hAZuaNJ2RQs8LNqFzZ3xNO6/c8J9zEjBM LURNtbhQfgIKTkcywQ0wsjmNwajcCCpYiuVKj0f4HMCJ0XUW4Eqa61/BOjU0mSQQikvtNZhz GD01YxUjLeUl59cwEhDcuEGDFQsM1dQYQpGtYeKjoTuv7/5MHXsdQXOgQDOXHwQuuXs3mWsS 57Obz3oxFZCjQatx8VC4ARxFqYNqYIaP7NZ7sF3VLqrgLaOXd5f+RXq0Jqt89DcIFUL2lYdi vL6ziOJ4zNwR2XC+0IBil+0FStYSybuVQopftLL7MGW9xDiA78y1vJhuuVyrBQy9WlviINQD vCVW5WKdTRUpEhDCR6QgBkjC2oJaQmSovvExTXER6BLDiIoKrjJuOhcbZTHfKv1cSFYzeQHz LNdBDeF/c4zaoAjolxBZyFy1apnBYafS5RZqXwaijsX8kUGq43dCc+l4j0qOJd/xSB0elXAq LLjcuDFgwjiXHo7GWyq4kBK6XMqoEVRTAmKrg3KJXQh0Uy6mUdlQbAROjUKrtE0jZSr15iOl X6koJoJ3agKu2m8R1YL2HMadRYBlJtlq9sTaFlNaWC8ae4+f1DmC8W6h0WbqDb8GG9j/ANgz ALV8eINV6J3SGg8PHzBoomr88YmIF2gfRFA9zt4r7hEZ7Vnfj/sHiTe/DXecDmE8+PaYa7j5 rMQKV3fEzEPxyP8AU7Fqve5VCOFHn+pURTp9Ss+9zhnZrtVS82xMet/1EgwjNdx/rcHaC8vg sT/ag4gtvxfrq+GOoKlRHr2fyRmWVAjSej63/V3/AORagSssE9x+CEQjl/uIV1shlsBIEY9e L8RAXe/zLEFqyyIIN+oLF9V7ec1BdYBecy0Cka9b5hz9H8omRmAJ4H1jCCtHxL9N0fTj/cRg 8t33qX6JMezLI1MviEY0YIzdpfp2jNFoV8/+xABYH4IW5tf++J2mPa7IPn/cfnEf3OHdL8M2 6XL6sI9CJKgdL64f4MGOYy+jymSYqJdxhKVGBcwRDqcy9dkGqZ5x5lqCuBBl9Rlc0vEOq6Wf PMvDswQYDmUadTebFpm2YeXn+oluSntV17MoDAA+t1f5l1GlB7/gJ2/Y+5mo7CaD5wzE6iuv XGYUulK+HD6lXEx94hpHS5R0Cn5qBdWCM25gfl9vz6R0sI1g7Tn19M49412yxvwvLHcs3vvG GlVN/tBSuxRX3RKjJrzKlaNbODzG2KK0rybqo6NnEAUBnhr2jItUq+901UHjLd9rP3GPlt8Y /c0PD+ERNy/q5Sy/2Zren5hf1EywC/d7wBQAnpjn4i10Ya83HbtZ61GcyHwd/f8AEFK7QNBW Cl7v+x5q5gPp+ZtKBAKN7fuMoG9oafH6kyivTHe4L9VhBk3xDlex7fqoygcXDAs37NJE0yi1 2wze8kZsin7/AOQILOH/AHzMinj5KgizUToNPqICpVZvsVBZHZ7P/JamQH/kZMVY/MaBQu3m IOkHo8o1DmI4YKg53aV4EcnyXGLtY36wyORqVFkQhXG3ljmPR6P8bqb6561KjBMRJd10VFhG KmjZQUQizc0uXbFqFsOZUGRL3O1/fUdQnJPDIH5f0eZcRtF6KfPmMgVWZxEtfYJ6JY+e76sK mvbNleInc2fz/wBjR2Bnjy+rF6oORIK4Rq/HMNx0Fc+vzuDhl/lD6k/mEqaxhH4YDq2oPncq /O7Pb0fpzCobIFFsCfFP2QFO0s9m/wATITcMBoHzqvyS4gSy/GM5gYFxPVFq5MVUuVQAj5OP e5kooiyLKWnZeIUfVgnqce9zG4CfMdnKbrtV/mJ2lYt9lFmIr3O13KXO1xu5r7k9LvHntGMM 3vswi1or8xu5Td+RniGG5ZOgPy8w3YA/ioCa1rxEBQqDKDT6l3Ad8wAAwRjZTMSCY2hYHJBF we8qpR1VS+pCIrDMwhJKK7WD/ekclS13FS49bYWyxuPT1igvv0uWQNsTMz0qIyughugtFy3a Kj3kMRsZvAELuQA7K53He4QuBl7XcDnWMD2RMOjBFj90zRsM2izcqoyiBnF0c9DamEqaiAgq VBHFZQrPmIFOM+vQg9BicVqLGrxxBUxbcoToB8QFtwDr/wAliKbKxKbakL7ROkWuFxFI18kp fG3tG5lT1iCLWBWRtLGRNRGrb0uXLS4Q49oYxJL9SbVc1AILQ3MgoFi8QxmOdwKIESCOoR3C AFDUsltwKKcRdQHvNis8ZjhhzGIDForwlC+dSghg3CxcPHR9yqmUXfiFob2Hdd+g1BuUwTol niL1UsRGYbqasbiRW4xWCjbjviFwUt1mUbloWqZkcC30g8WZ8XKVXu/BChdl81iDFK+Izfmq 7MQ/d7ZguJYO5g15fwQjcdPr4gwNMn0iBIWuPSajgv0lQoA6xGgVBfpxLnXJpOYnO45O8WRU OyIs5uvX1hZNNvfcHM5+0qhVWD7yyccPc7y1N1lekCr4HaMHsKl/QQroLl5oEFEHoCBDvUWG h+Y2LwmPSJ2AMZmEWbj6AsQYNdHUXMWbhzLMoZBgE0iBNdCVDEdgFvmKjyTDLBVRz6zMtQZZ G3c8+kQi0vxDPc6rNnCesdTOwma7+3MBP0QjIVO3MEYaLz+JjXHvBAbDpUcVXcpQWlA3jm/q FwtV43HSto1DWqaA9zt69pci2rvW4CAqwx2vj2lgjgTHx5/VSiXdVXYMvCKuvZrPwxZwEE5z WPSo5rOVcUIR+Le64714vUSijSucmc9vHeYRsge9a5iN2GsZq/zHK7WeLw/MuxlB+L/UosGa zzxCdKOQ86+oqS22+kgXNXv1COvYPfH1BSOBXnjjmJ7HpfOYNcjOMHm/MLR+2tXf1LAl7Dx2 /wBzDolrI/7k0+Y1t7fp0Nhlpx6Rlbx/C/qPRItJmMqsLSOsBv1uCWtHbx3llqV37WS/nFF+ cb+SZtKTdo2yw25++NwW+4rxnMe9ND7zd9n8wwHdufYhgGvVD/p2QiPh/JNfw/lgq/l/BCLn diLteUWbS/uHlhx4yn+9YopBSuHY6HPuf8ioORIOixKnvV/mHL4r4lLDcPtABoHHeIjC2DtL ziLyxqDEBc3WWEC81TKxgPmIhpiMbyagW1pEWnN3cqs4qvWFj5NPaNZLa2yivUMTSum5cuzU BbzPRGpURzLvrU1Kq95REElZ/gTKJ0WYAlyqZoVw+4o6YTNS4PQZaBq4ImTb3hJrgHqrMqiM pSop7+83E+icd+0CpkJ6ro+oa8Fq5rEzYfJhSWRZcDtx/mG3uWlfct0FB2dMZZhsLseU+NTd 8xNvkX0Q6b/mJ3bB+kpbiwdvPt+cyxkx+4rrdPYCkKqtG2uxbj2l/gXEVlK2eApRAo0Dk20X FfgtcQViaj6bMQ8pM31qeQKGStAXqkWxrZ6iTMSNv0v5lqaC682H4YGrufkgrDunMdwCPo5I aVyQ4db8Zsjeaa/smYrWi68bgYdC8av0g6tK/BCWqhNfcL2RzNGBg/3mH4f06MrO0aSjL+s/ r2l2zWrgLHUaUKS3rZ+q+4FDHLwtzCWU47jzMJgcvj/sTk5jQOhpmdjCseSvxASus+pcq1Q/ qDRW8/D/ANliGqVfgMfEeLbjtpVNx7BXfmAI0A0FQjDTKOjUKutirRgzNIZ0gpY/EVDI+kS9 ntHxENKuXCNDcVdwRLyzHsQUi2S49C5cuL0OnMvpfR6XLj0XA6G4blyuhRuLfQ5hqKetPWcn vtj0IdCi4s1Vpeb7143HWbDf9wwbF1X3Fgq22GJcco/Fr+GXixKPdq1YKYLrv71DC4pvwKp9 Mt9dG3WKSCxBOtWk5vn5dQrUEd44SvXM41se2J5gE+oEGXFq7zLCwAM3dUa9MzcX27979eYF HhT2716RBU2Ou28+6zE6rz6JT9RHwXz2g0rdnxv5u5aMq2zdjj7I4A0SiLbbOsdvbPzH88s7 jxKhugjtr7v16HEyirn0b7xNFR8Tejs8+kO2rfrHe5gsGHcpcXUFvLKGMGJYTFksmAiwaIIW tX2mZYcorYAg4YwIrVR3BhZuFHISowsI3BcJejg3FvEaawiQtVKi1jkmTpcuE1iMKNwBmE48 PMwlXAJZuWBAe24gRqWMVFM1LJZx0iswzVxS7HGYBVy0wFZCCWLUJO+M+agkGJxF6PRg9XqR hHE3KidLuHEWCKJgxgl9NpUZe48T5qVDgjKdLec6lXMOh0AZShgIOjR2ggGoI4PiJOZie1Rb RaDmJqXEGWMUWsX2xMbdxIdFPaXXQUouoWtR6jUZKWt5lhpQ9YyqbADsy5hR1l/53hIzyOa7 xlAY932zZ3icM7Duu8ONl12vtMcK+IOaQLp5lQVU+f8AkUbTm/F9phsUFXu7/qGrblf3UTEO XeE1KSmPJBZqO8HDy9vf8ypKDfMUU2ixqqRD9xTDjf7xFsyi77J/fQWd7vtGidmFeEz/AOd4 DAt8MochsQmWX5OPWO0NtWVf3BCBx2hELDH9PkimTKVvKrv/AJDaSxrxhySuWK17scU7y51/ cEnhitNQGgFJrzcYlX4mc1GUwAfR7TBVUPc4WZdOx1LG0plwVK69t+8PgyYektLejODAp+5R i048cRWCgcdqdz7N8Ea1z/kbD5fi4lFeSFSCw57VMKt2IY6EP1HBYy5mEYEroypUIkOtx6GI 8TFhKlxDOOpqMAgDEqDLQ5gC6F+vpNSzpcJdRrINsx6eWHw/+RYBZc7mpjTmx58eKhVKPGy9 MNoVtd8NRGCkaT7uMQBEp7CjLCg312ajBGWnWTh8S24Yapmy6/UTNoeJnu0b80p+Iyoi14go lVDLjaRu5MqXFClNL4mHml05Sjjt3nLL9ZzEeyrD3HQeCI11Y7lHyQwvtjL5dHuOfbcFyZl+ ji/O9TIZXzr+4gVwBXpvPzKkCMHGG115qMFhbBvX6lRllAO9QcBlh3/jcodqz7l7W6/phRGA 49kgmtefQ7fiGkKcYYval/RKXc8bqG3auYa5runL/tS1d2MOdCjFUMJCIpGfPZ9X/vMOPw/k gI1mLUBBSn3AK+76AU5MLVsvdCWEbH8xBStsJrV39QKiCCueCDEwxY7d/iKMvb9wLcJm1zr9 1phHOFrHnaTaBPyN/hiA1Vj/ALL38soqwVU7P5/uXHTk/MAZbX/Y1TdVXp/cEPyL/UDV3uPg Lj6mkSs4lrObc3OAC+YFYtLv0hMuG/TtBEZTnx2gWFVC1arSZ4uPzy/WDfOKlBShCAZERKyn pWYRXQEWoFlEuBcvHsTCBcTlL61KmMdwkSIw561TcMxECgm8sRqP5H4MWXDoQLlHsw+2G3jG D43HcbQRXmVoZBb1zX4ZZv8Abo9/xAjar423+ogbR+4iAgAPNuH8zklFrmqxA5AM9xvfxLcL hTqu1QlrDLvyh+H99LlFQcLj9ow1Nl8l8npESZVk7I6YAE2q/CMa5sX7sqDXHwcQ0RnBeaQr 2wyj0o27bzGOcxM+4K/cKv7qJLwSJoEajtrSj+SHVYbPdE/MXFR/DA8Wv2UEMwUE+mGyFoa5 9IrBAznHsRVDFV9Ium8wvZB+C4ul3OK9agcsW5lplzcQU7PgqvxAto68zK1v9S2owTHmKIw5 jytor80fqK40FYIexCv96fqOWKcOoA5a3c8qbnemAqtriRUqueK1Aoh5UcfEtWEory5my0QB S7EVk8vDAiaqvMXVQY0i30t6BjmNGVjVvnMplRhKlzKgXUbisYBoSG0xTvCEQH2l20GtSjxF ZfMw8kBgJZ2XNzLbVcXCQ3KgtsZF3xEDYKb5YberxFYqqr9YGFdK6XMiVMhG4y9y+houDxBg 3MYNM4UIyC9+czBToSpVRQ12kEqPmnl5go3Y9ePuBCENar3m2lMdg/u5hMDO9+sdUPE69oyz l34A/eYSCNKvxK0hZvzBmora1jX3AItOwzXa42EDeNx9bpW/WsfUuZlo3cSClq8XjPiC1AJa K85hdaUxzvMs2LMHsYiUFDv2hkAsVmW4CFQxqgv0mTbF+GO94MoyZdYhHO4qFS2DCGSYwWzI iJFpiCVhb5P7gFxFMlUotxovDEg4FUAAa3v5zDcBtqXRxdZ+fMZUqUymZtSoyQ0FL7Q1LyjU HwPuTUs5al4BrcyVW/f+pnGmAEeSbnL69YnsVN1Ed3k7QybpmvEcTUSxneQKiKlSxP3KDHJ6 f3CCaHvmvEqjKRp8+ZWZQyXCUfduZ4lWPQY2WR2guro/qVZxajGMUa9pdEcX7TBFEaBop8wH CTMFlJrGq/UQgNFe8Dj4Upd7vedkhLK9xDvY1ASd4kz/AA0ivZSLUZmw6ZRtDCCFeIZSoko0 MRhKgzcCJ4g5QUuqhBaQS0YNhzCaKO8KL/c1FYhwpzuWF/dHFwUs8kU2hLr3ldNFxIz7O8Fi 4jQ2XMtIhdXwesQmVuoc2Kg8dvmAARNWce0yEtv8RaMUKB7+Pb7gllqs2PH/AHxB52rXjtDD sLE9OTx+4S5Yvu3ft/sxZ2sFqUsnpi/fdTfKxzVU1YnxUbWM/JcUBgX2IyNoj2ohA9uKzv8A H3FQd8wrbKE8OLz6YSGTBSvkjP1bl4xCB5gbtP6uWJGt1nZmZotbOPP+4h5yI/p8nMaj4PqU iKrhuGpwrA9T9ERJgovzKk7PxMcngo1rdQxOIKd0XTYPi/2QzDd/9fP6gjWwy87/AES4Rqpf c0xkMl+qirtqyvW1+WC0YxX4jHUcX5/5AAaWy7wP/IdGacdjvUTg5/oRRDLX8TCPD8ktkVgr 3mAFzioaD3Z7HJOvTS/Bcq0uNMugfGPzFtrXN9ozu4/UKgsrHrEwVEYTBqjDMrTo8eYDXOdy 1Kqf4jGLMTIpOZTg5W3tUaBsVFYsAygePxLvWbu1KtlROiAmeC4Obiz5agHYeehAznJlVXQv rVxxKuiNpOY6jiuhhhSOYgag1HcdoLgUs+8aBo46DKhBl/65MxIgovcIkcaA33jcuSS85Cxu MDCe+tf9gNhX3Lq/cg4KzHoWTBTPN3qiv3FoKqD2r/yZZuzWuKhBum+WVQpqt5CmpVHdr89X nH5YT7GDZT9wgOz7vL/uIATdVedL37RrLQ4e8sgmauEopgMZq+HZPOYovs7w6V+rP7qYHU2e UaqNT4PEoLja1b3xOfZK8puOFmSntbj4louUKv0595iL2W+Spi3+zCL1Je9q/ghknOvv9wwn NRADQXlis6s188ytZzTzWa/UT4Aj6N1LAhHOO/5uPblcQgTgbXy/6oaq5ILHnfaY95X8Ecx4 7H/KgoMofU/uIrV2L4y3C6XcKQYH84lxJAzpuUDyaP3+oRakKfnF+2IJpBSqNQ4wB95wwn67 yt27Xz/UIvxoRYtbOiDLBGszctgW9oSRSBUmar04hc4IRwqvaBZZYylda8RVXbh9IruB1KWP SRqMvUtGyW7xUFyEdDLblsM7YoHBi7MsdwETk8RILbgw8UXmcxUg1AqmmmJNwRnoRocf5xEp ywg21DTCEqaimkFp5nEAuJcrt1FkXMMxsjzGKLwnoen4Zgy4Oei4MaJRazt7m33z4imdsexp qmJUoRE9n9xl3x8/+/i5WBthPx4qcs4d55Q6xjHmE6vm+x/SBBEuaaqn91Hj8fkgtquew8J0 GGXKCisXq/7jMZW5SBWj5e/9yiLTF9sj+qigsqBX00E9MfdXBOg2dkbP6nCVE2BkZPPa4RtC CZzZ/wCsPBgl4paZ7XWa8XFFM0ne/wDyFOpVV7TQaVGoaxWePiJ+XjGicDW3lzAUShxxkrMQ LfbxArWlesxPq33OV0qz4+JQwpbgjOI7weqUOyZNQvxGUO5YHEhDDiNhuWlioy+YBur3LRuZ 6MIzMEalnmV0pgVKuW4IN4izKRjq5e37ikqtS4aEN5g1UM6go1JEA8OunsmRgcz/AD8RaIR0 p9xjl3R63AAeHbtK4GNI4RXfopGzkyfWAraZqbZg3DC2a9pZjpl5IIZlghebwQuOrga5L06D cq9VYrKxMUzNMWXLZZehN6QM4IMSpmm4MoIhKwzEWtFfcqHQSo4L1DNwd4DucQN7W4wBUVa3 VzFj8x4HYg3GlxfiV3lXywibA0dglMAXupaDS4uZIpcEIqHddFwm4QLllqp1FFXG7lbMGIXK Rg1pUbpti8sRAPTzAuhe15iplUsUcDuOsF7Z/qJZ1L9tSzXTT7/+TNwk0RibTNPJynpKUXPa G6o81+odColZ3CQxfPtGWqdnjxLUDJwwlJp1ewWO4AeWVCOHIBSF8HOujbBRik7QfY/1Ahlf X+qiKmULUyu3xZvxuWsZUnrf9Qf29nO6ivkyU9ufiBRXau/+S5RoUfa4mmTT5IwDK4S+dO4K UgNkwKcwsda495c6IuqI3pgpp81/cr8cni5eF7PX17zISU4hEnKZ/H4ghdw9cRglrzAI3qz2 lteJriuYKJpP3GMtAfqWP5YXUwYZcW/d7QE0JYx73br9zFOzURcpu/zMAlrlYLv8ymlbjDGu 8rBkmPh64CBtvL+ovSVBlwXbFFLDr1gJHsjwopato+8EHKxehEldKJNLQuFo4SpqlRLubGAG 4Walx5hqBX3jNQeU3Eg9CBDBbDANut/EdlsiDaKCzSzEArS7VL4CaTke3vEqVpf18xr6Vt57 e0CoolE3xdznnWvRag18J6Cavs5lC1ibL2Z79DDEDtSzocFRjo+ON15gVdoXfvL+0zXsX+pS K6nu8e33KSixeUDWO37IiLjWe2o/DDi+L7teWGvNB/xpq/8AEIz3jzZLO3OT/fMt65j0Gsnr n4joruK+eeOJlDy2QvzYL321KcVXoyVfzCCGUwlvsP0R2PP7Rm2kHVbIBWIFu15qX7ohQ9lt /EaFuT9SrDOTsiRBgEvxV183AARGK5q7c+8pR9UJzDF9z/mrn0PyzJFRZsgZ5QX9v6iQmQn/ ALE/7OZQYxn8sFsTAHmMUeKrxxj9wKc3n5jEVgV4pp+4d2C1r5m2qLj1jQsH9n+95bBl/XeU rWsr2r+o4QuFuUf3LM0Wr3b+oajp36+IDwxfoH9SwhWgg4aKX8S4oWc7hJ+G4jnxgEOmD4lB bQRFjkDPpByFRVvEA/NP8wVa4KFRdypWFuUhBGjFVMKMEcwLuF0t1EFEoKGL6hS4MbRsgsWC y4sGLLi9CvMVmkRM+giSuPeLcSPMqkzPmNDsYluCQPeXfQh0Q2UTsHD45fzNKiwLWLmA/fOg 9J4cDnz+4pvaPQH93LhMAbOSpyPmEyzs7v8ARojR5H0I1PVAvcJ9I674H2gldMe4/BceCa5n bzr0eb883zFldPzzKszJiOo52+iksGwDj0TGjuSuGDb5bSWkFgp6lSlAZXMJiZh8XRb63BUr SzvQ5r2+pUAiEbqk9GApWgK8lS4ul+GBg4x5WBAuV1prGL3Fks3fxcVgbAr0x91KE9WI85u/ uo9khGhYx2xq+Khqw4Bvm/1KUQrn+4Kd1jb6RhjVFBLRAw67okVwWVNo2rf1OYgy1XaX/U/T n1l2tT4+IvG2d3BEJ2piaOdRMDDvzBAnhEMFDCnYqB3pdwxBRBbXzKE73GFgxegxmkFWZaX6 laJhhB0EpCjTMmgih4fphYTctMJU4ViIQCxiK1NBjVwByr/XV3DokCOoRqVNyoEqYmUCaRUp dxaItyoP4Kqua6Km0CErGEeXKcLs5iVB/CwY7W9vg/7BQzKH5Lgj8F0+tQoIcu1xww1rnH9/ UcDLGR9fEoZ02uvXxME2XDyu5rBNOTmv6lvmGmKbSlBXYOZi0AN16JHL0uWlj4vwxqnBni3v KoHAquL7+3EzHEbKhFWBbhk+rvMNhbG4WHTcQRoLfn/yA+E5gBF1K6tDiMaA4iJsWxLv0xex C7puAVGKrgTUpuIjIzJLvpWHKImItNsN0F3vtEl5lULykLrOoxDaCJjNDWfMRlVMstWoZwMb wZJr4D2uAgxH8f3UZ7kFSgNdrJbeeETSDlUWAis28TABfKYiWhU3WahebMPSeYfeF7DZrz/U SUtF/wC+INMp37RON/bxKiaD03AOR5QXfJ1BgZ1hazctXllE+Gj9wKOw/M0ezRMh17I4Pwfc uBxnHtMT9fzKjCGJcuWRmutQvosXqMR5kNzWEOpYwWu5BsiwmRMKEhFxaBQ5iy4MuBCd3Fu+ YjauCFXAalu2NjmGio5STRLg2DMv8wRUKq6yQWrq3CPvKAbLV7S6DdQMOWYvorYyjGlur0+L 7vEEgszhBfk7jMnIpZ2a2eJRDaoEzhZe84phwOCjwkYFbbf1ULFw1V+c0+kpCikeEf63AJzg VwNOeIMOCsxsSQfNZm6A06xkuvMvWBpO+S69IiAwvHtLQlEbbvC37MP+dcJBKOkLs7yvgTye vrxEkbZ7+IQbNCnmi/ueP1XZ7f14mCCj/jDBYqCGJjAHrYfuVKnY95RnD+0v4Jwo4eZqYlr6 SAzAMnGVNfcEybEK4zcajtFfdfMxpii+uYbQ7fkl6C7+o0ouyW87lqF/+IG0a6Kg5pfpiV88 sd/eoqmRu+fS4tRQI+t/r2gKDsrzr+plGi7+CFGIhyerCQHIM8xCfbrxLwLvZ7/3ODat/Ezk wyevj2j4y3HzBcLBt8ws+Bav6llONHpK1yvSC+NmBAVPNd8S/buxGbAr6hUAoNTceuOhFqXf Qx0xGV/BYimsxqURMwYf4ZYGCMGosShuWbl1FwpizO4nQhuXBlSUw1VSgQLZ2RrHrAeJnvoF Q1KbVxmn0OZfDQFF3YSvL0VeOH9xjShFdZul8SyOCnNJVMFNxctylmAXjNZ+4KBpStiU/uIw 0CfSSnOF/MqMqBYp+ZTbWF5Cx6OX9fM3FY/MZqhZexmC02TsawfUIO1sHfP7hoJVZLwuxDsB RdubxZ6VLNS/xqs+0W6mB8+IwRmfgCjfvKlQNNtbOcTOOFwRW0UPoIUe0VRY3RwZYLr5T7I7 bwfuJTdafEGPB+CP5gV8EV7UeO9ePWBdNLuUcStnlfiLD4PsLn7guVyb71xGKO2D2J3kZ8Ox 7cwl9Y/1FcdSzCZPfD+P30oKWFfUu5ZpPZ19zWXuvu3qJEHukQWGk0neOg4JfysOKrPP+8wH em/uJNYoAcARg5nbjt8QLlCOwHC79N+sZHvYDf5Q8KOSr+GBgmKr4xETIIF2FgCWCXMnavaC /EiAHbUFBYJmiuLzLWX8QJD1gCmoLALLDUZfTMuOeixYMuVcqoRhLlwjKz00jSunZEYXcxGX 0qG+wYa6BBDcVyQDw+HokCVKZhCt4d9iEQPEft92GAMTT3VV4id3T8Nf9iPQW9//AFv0mWK+ jJcBwLYwALDBXoKfZHpDbl5iHegV7Wn4nIEozfMFMXTDXqdKml4R+GPbAf7/AHHey7dn+nnt vvMAC6jGiGHOc16wIQlUnbtXrmFU7Yfu495l/v8AqUgpGzzZn4r7hswHvEyMv6gpWWJjtvPv cvKA3fo4/wB5goWLhsW0Ks8aieOSv3N1adt61FnxFWa3qIAiHEDFQ4DRURaolz549IBFqazL SpH0dKPSZbVZXtHBBiZXkczd3TwMSBcVOxOYNSzLYsclnMFXuJQ10QWqiU856jUa24afv+pc pYjMVpEq1dsNdUthYhhsO1ETWRq07Zq/SV34j21bH4YxMSYuBL7AvrBcIFX5uPLkq+4sqG8j 15PeE0Z5+4ZJ/l9oWaxz3ZZDcZU5i4iw6VElSpqXBiy4Rh0xGOiAoTSOXQOYIqVGXXhJVSul gl5hakAJoDm/fUXMuXB6BBRgHwvEoxulb/UAubntUKgB2EYCz5W9whdDvKKKl8Gpb1DA7/Pm Xg5SrW8Qe/vBs0aO0dwnvO1rGTZepLAuGg8TQsA5VEVtgtOJaaGDtoJAUJkqYwVEZBreSYIK EZ0wUIhvuXFrA+f6ltsInbej5r8ytBy8f9mUKniGluxBPfMThaF8vHHPeaqZlqjAH5IrM1Ap W1c2/cvQahHsMWT2Pfsxj4jvHeCLgyx2SiZ8efFQSoqLPWQd/X0jAKl81iKmjalcBWTXJmPA G8XfqxDk7Z47wUCyu3Y3qWKASq8nmO4zYV3iCVZnr2Z2BJxXeGZcLVdrhMe954+YIeJqu91E ranlu/MeHzGgF636QJab13uvxUCx0SvMTzlVni2HTndnwxbQOXpXEQrNoW3wuMOh9veZvFyV vBCLGCD5l44Rjx3JTyh183EFD3QAu83HHWoHTiL1voqowlSoEV2mYGLgmY7hlrKNzTiHHo4m 5U/EqJCUcRKmCQy0Yqp6C5VRigLiEMlG1Y7wZeNH0uCVj8Hs/qYoHSyj5gxDe1FyxIOPI9oU CtL5ePmEnYcRm91Gn7h5fGM3ni/WWadXW5eTgH5Ot+dx05aOCqK1Em5N+nMe3G/qDI7ulc5M +37jdUmnSX25l60tMCQuXjkv14iUqpruU39REt3z4z/Udmd+hwHw+8LTtWdyiBKXJidCvTef mHQBR7Nrk9oIKNjd8VjmHjFM3tAGcX/nzBYQYu+6t1EU2uHLQ/BKLSn60EuXm8HvmCZdBjDj EYnjLOzIJfvLgKyekuzQFHgI0Gg5c+fb9wFfk/MWUjjJA3ZUPPMdy8ShhWF+mIBCy1yZ+Zil 4P8AkRalSMoOUH7mHoP5Jf2f2hrpUB7vaoppQlN7d4CN7UPEqADT/wA+4BhY7abgL2F+JUV7 Y+bhQLoV4glegWbJeM+ss1+yYia7cQiOKPEKl3uFqM5+5iKuI5iV7QiaGYSCyN09OY2q+NRR bUCYZvLqbjFjtUoC1Ual8xgxgS0vBRZqpVsgzjMUQcpjYYXGJO73EMO3xBFQhazY/qbYkuMN s1dK6ALwzmJKjXAxXAyLVKz5ZdLb0CpcYR1y41ENOivW7/EqJfldpuoinBrky/8AkTrZ+A7z CAFr3SZXqH6ZbkYG/FRAVJdet/5iqXmJ5t/TBoiXb2IfQP7j9G/VnUUrzG0OU+iUcrrych5f vUIG+ZpIAvWUJybPUSHSyuZROAE9wbhBQwV4Gx/UQxY2y0GuDtXE82270hXtcbHgS/EQjzdR InqxPOX8TKu59B+pXmgHvGyWVyYbT7iOyaPb18eYFEaZPGJTxgr1Fb8R0yD2N979paoKXcoa tHjf5hZLNfrdle4e0ZAnLv8AMvpgBb3qGNYFEW72jrtM25XE5gAvtf8AcvMaruVRGAr2JVOQ hbmIC0RgcPEACBvcSg8RJu5mQs+8JdgHxEWoqt8QuAe8e1qYrTrVwQpxuehfRixwf9qKoZGc lTYXXeoSWcsRcbY1UoCwfNy1Qx9YI0hcsNwNa0eWKaTnzFdYMGOLzE7yqr5hff0h2t+Jud8V zcwmCF09pWCzWSMmU1KZMUogWuWllcczOYZU43C7ZLPeLgiZXY9GJK9Lzkgdj/UQ7m17RoGg USoFPruJvQuJXXYD8TU9YWZDTFDVnFafSKzgSyC3HDDM2j/gNomQTHRVmLWKvZMH5P3Kc09R LlwWClthpax7P2wqFDzKsF7jdzHOHB5buXQLbGE7d5lzQ1sa/uPGllDvF/3UXsLbx6xDSVRp OC2OfX8QViMmndf3GPFOd5hZ1or7X99LjiTUTKwAxqv+RNpScm5bbRfEqJUtl8/qHOXL0zAx rUKhoFESihSruW2WZwNnb0loYDv2jWwX6R8y7jvZglYRa90dKs8k0i+8pKNxFUyvLUt0F7Dm ZNxJlii0G/EToIoRqQWsHDlrPPmKOGYapl7y+KBR8+YHStYtGPNw12wACqF+GGa7EEeb5PSW DQrXf25iGqpPxM1DlT449YQxlTT8MvzIMPZg6ZArvkNwLelK+/1MKdv2IP7oL+ZiXNf0gmSr P2iKGi7gFrwfiFEOz9xIOm2Igdz5Q/B+2YN4nG7v6hq8JXjMH2xow+kVymYrb6fljGpuksvV fqxqyllPHlV5xCwrax74i8xxC1TQQr0oHPpUY9U0/MACugIgAlHWap8SqguLuGQ16xxt078w cVwIdMmpV2kd5JQcEHI0z2M5ARbKzMpJMIQbYaD+DqGn5h1pmPeEuLXz0FGJuVKgdBWo4gCh 3ELU3yJ0oXUXcXyjArBqDNDMQIwRtE+SOtYO7UHvTp6E08odjC17xelLEYRUUaiN6LFeT/2W JSovn5hYKXNaR1X7mcWvT3L5uBsl4vfNQohWo+fPiXCg1nCMD2T1nBjsrk8QALAHddtPnExL XH2gj4JwiBc5L/xM8qC+cF/mMtRaifExlg+mYAZ3Y6bd/EHIChvmuT4g8Uuk/wBqWwotmr1E EaNX3vTKgDQfPrNJREjbY/MpDFj+6iTpCl+OP96RCrtxKRZkt7xto0krjhv1lIzX/Fj/AB5q IAvWVLTOnjNQRulzKGUbh4lFclH9RHpNetRkvH6f3HxpSvuMPSz5uC83fB2v+4eS8mueP6i9 AB37xoVa5vzBAiUH++I1Q8lQtyFdpUGr0i+EKOgLu3HiIFVT/MwmKAoPzCAQhoEwhbLw9kDq nUKA3F5Mx3FxbFxfRcVYKLBSKly+gxhBFQxFJaLcKQ5mHWoKOijMIwY5lMd4mLfaBBZTPiMJ fQigOTAxVGw0zFHaAAA5Zc4Bt3pbPiXVngOI9T5161fxM1rYZzcMHL0vtnU4ayPmtZ9GcQYD 5H6PzLeNFfQf6jCtpF84UI7fZfgjFo7x+xjpDI59X6DEUCo4redO4kcKLdcF4iBHA7+fFxwC JYd7ZP6jcSjrvCpqS36ln3UV+H8HQwp4fygUjWvzEoV2HfZME7PxEhS4Z2xCpRjO3WccxPqx 7piQ4fOLlEJdKnO39QU3Qoattgr3EATEAc6p7RacEb+D/wAgs0DT67v3gSLt1Tv3hLNWwtAc y5OsPiFFJSPrxFnkCfMH1zZXYBIQZlS/iEzSHLJLhQQarvCscFVgstj9x2qy7fPLKKW7b/3r AJGxv/kGLguCBoE+YqLalWsecTFM4wBuamH/AGUKNw2liA6ZxGWZWK4uNodDSLmL1Lly4dOe l9XpUCVNfwISB/AYw5MyXUFii/4OpteIY3Cp4xSweZanUHqzEmoPQiqvEHdy8f39vzEXb/cR sbqLUVeM+cQQrTm9e0ufYp8JAzktn1SNE5VF9z+yNQPC/BM//ZWzDKUBvh8e7Bp01+U3Lj9f +dOw+v1KG5gvuZ/EsAXF3rG30lr1aVPmy/uGOZGMA0L8b/UoXS4e0DfSOGN5rHaEHSInvh9s HQQoPmBlHh0c/mJXmmvPEctSvEJeds92txEq0v8A3ECtY7CEFQUfv5hIMpV+IqAZI7djEMGD QY5lF7QQNCnEKZMRLhY2RkXqlg76WGCGRvoumHULDovqXLg10Ll9GXBixZrpbL6DL6X1uXGE voys9CXLnPW4wYrEUWKMxBbDqxZQnRa4sM+9AeDllWk6u8RjCMLgilqFgErRUJsFty4dY9cF Sm1DV8QZrZ7YnjwP93hrLNZmStq+WGKMOIlTgKICqvxKgBrXiGwAbo79AKDuFWWIqbZpXBGZ wSwV5IrQqIHKtwC6UPWKUalgohvxLPJAvgRqVNguvIzQpcDxfr5lDRU3UYq19JsgtzKKPDXG oIzglI1ATvnvGSkBHNI/v/sQJQb71dTkAvDMORU7Wd647QkA5j483uBkpdMwjCua7/8Am4rc aX3HXxUaQZcWXcGOYqjDAxi/wGWMuLLXLjuYqLmEYZ6JcqVDETpcph0uXL/gRgy5fXiVK/gy 8xdA5uaizL/jeLoCPQwMtEEwYJyIlQFMd0Ig5IPmImCo6CQ33JnlPxFTcRVGBs5JRk9x1EGt dkSnE2D2lk2Ks338QbQfK6xE4w0Tj/YiB6nst/mXQ0dZ/wB4gvITT2ezLmZazBp73L0KAuKv WYNJS2PqVn3uIdkUkV4vVNRZ2nZO9Xb8FwbJKTW//Jxomu5mwhQaXyds/wBRFKKa8O0DmVNn caP3Cav67g0K4CvTf7iKkpT2duPiNVHyMmZbCad8dpU1FZO+MP3EAWhm+4uvmMyXFMeW40oF 5fgjFTYHm8WelQhmH10/qX6hDJksxo/cQwwLfOTEZN2vjtKhDnnllcpnHjJLvqUv3maCjXxi I7Ro+4k0y45l1DPS4szcGLFnHW+i+ldGXAuVHoSX0f4VMOi8dKlSj+CyoRh0ZdS+h1SOlKh6 HEFypUqVKmA+ZvocTw6QZm8Qj0CD9yxrIq+z/wCy/cxh78yhLWJ7b/MsFkHvqE9IPTEXvqAf R2jCIDXJrPtLCZDv6iLXae4G5Q4OB7+0CG1w84heZC+uIX0KH4P7iw9pPbaAEaWP++YqvIr0 VK22qC+mf7mzQf3ljy34xK5oNZ3s/wCQAIFsvglBOxjFU97lt3QK/wB6x05AntbFi0cH6qVA NVemR/UVpMcwmIrTtXFQ7BvbvSFe1jGsw+owXm6hg3Vj63f4YzuwS4kAWK6LaMemP1cf0CXf kde9w99zXFe8HnKbrtxGB0ljPcz+CAsKO7xzGuaL57S5LaE9uIR7YSu96+6faUTQThuaC/Nb iQLdekuE3xUQzlCSKD/XGLl9CwajNy5dS4sWoQsuLLl5g/wsgku4kIvS4ugZcvoGDL6LXQNx IRJfTfRgxldLinQpUohZnBGBX8bhsgVMQYgCYMC1NSgDRz3rj7hMGkNZe8BTcpv31FDwY+SW Tt8YgrvNhPuIUNN29T8S1pu3iCkK5HjTMlcru8RNYAPF0VcGHyKC7zAe05XndxuJ5IkawUGu 8paCtboinZYJcErWm7/57wVFXNVBcGFdE0kmfVljuVy3ziVdRFHj/sC7yjSgpULrB9ZjD+o0 QAPaWbBfpFbNyjFAVHEErGKcrLVVzWIMvHpMDGbv+DyiwYy5d9Ny6/gWpvoy4twMRlxWDFly 4Rdy5eIvRdznowMegwZcYGCETKREpKJHpIIlzDtptI2XQeDLwsR0QapL5inEuoJmBGL/AANK WgvRdzJzGVvJEKyiWbBHdDDeCAUpYoczZrgZTCCLGO4lu/RfqX6B9J0G0tOi5fUGXLm5dRi5 fUylxYRiwZfRam5qMDLizaWS45lMv+ADGFgRhYdC/wCF56DMWNSy4JERjKYSkFtlHCO50dU1 AG7jqE0AjGSLdRZCdR1HowPCrbC+7EcLDdzBqJaOghBDU5jaBUyP4X0FDxN4QXDUUjtjiXCF hA6EuX1X0vqdLjCVK6LBjBjFw1FNwOly+i49AsWDL6FcUWMuoQvS5cI1FlxzKlkXoIWIlYlt j2Uo2I70MZeZ5ZXoYFqmLaUTiBQth1sRmZrc3jjrLnKxXeElmpTtLcE7OHblpbawtKd496dx BCUeJQ4hTUvGU4iMPTbUWoXguGibJVdK6GyoaRKhmBBKXF30OhnpfRdwlyulwjCXLly+g9Cx YS5cWDDoDKdCxha6bIAj0sI9ME80S5j3Ynw6ZDcJS7HRjzx4rj3UeFy3JbUdjF4t2ikPgzkM 8qLcpltlGBiGUGpY0QTiXcQhwIwHWYV2zyS7bDejbgl8AupXZHsJcSagnMKxlzDcuLHMqcR3 0uXMShG0E6CiO5rLi9HqrKJ0WkWKkSpBG105SpUwiwYwQlZRlJWVlYmAiICJhKCVcx7xHvzz xPY6SvoBOKIYBLudpnCjrqPFC2U9S8E2ENcVPOR50xf0i7mFucUcuNe0VbXzCzlZWUXumHQ+ MydQLiLeINoniiS67h3s8kB3jzvSEgPE7RPBGjiIcURVCFBdBLFEvPRrFhgRLjjBXDoFRIjc cajaVLqLBsiRlXKqM3A6pxLQAI/wSJDUGViVDmLl06c8qGMoidotwzxTgJR0TsJjCED6h7Ev 4i9ETwRXMe7CRTxBmMrh7yeVLeXzFNrF7p5JUCBcCplCuAGumkRKIFwtiD5i5bMOZV5h3ody Ah2YGwSxySjRF8TRLVgpLRcTCXc3GFI5wcRLYFRalwej1JxElxYQsdUzDEYkqVDEtiQKmEbQ htC76JcYLINkcyqizfQjHorcNRn/xAAmEAEBAAICAgICAwEBAQEAAAABEQAhMUFRYXGBkaGx wfDR4fEQ/9oACAEBAAE/ELmpH6xGRTz1itGxzrFox9rrBvYuz/fGDLXd5ypHTnxv84ZKgcr9 85UKbu98fD+cFi+m3NGjR7yUmjesnvA838YCNkrz1/rgHvytwXRk97yRkp5H94Brw/WB3U3x 3kNjQ7vHfNyQintwwhPrBOnm1MAE0pwLipwXusSRWNNrxiqpOShMacQcbY5MDj8shV/JlVED xZjdavK4CE291ecNm16cUig7qyWJu5rglyX/AOMEYx9xnYiGiYQDZ7e/WPR+kXAlSa54FkP2 OSFu9FwcLO9Pa5y6Pe8XnL5uIOg3HEXo1aPJAh1vIulPDm9JTC1W8TnBd/Q7zRCnR4+8AQ/p hY788h/WCQLeAktPMxFFDlb594kdbwz/AHeRVG86xPa17iZNJsN3NjCU2i/7rGoB7nGIRT+A wGkN873nlFLmqIVzf6y46AYnTIHRe8NADpMgANd3CXazJDpHZu5vUga04pwGucRdNO7/ANxR Vp17xZF/KlyEXm77xkg2u3vGogZyO8EdoHWFj0ONYFBE7zno3jeKaHfgvfxkVj/vGXbNen5w iSPgwQN08y4gaRL1zlYGzzg3InbreAwBfkxWyB04gG/zkarTvWbHSv5Mng7ZvnAGSvWjBCEV enECfbCRby9mKI6vo1jOSMOvOJO2Prbk87XvjCKQZ5x0Rz4DNhwr1rKNBJE7v+/jE3ZqcTX5 yoqjyvMkwi7qHrTvOkqv4wLNL5XDjZ0PGCTy5wQ2Z8u5lHhnrAEk+G94Al3ff6xR4b51ggPb xiKoW8f75wkPwVPOPo507X9YoXkjq5OL4/0zvEMvliFrvUJc2QEdU1i2iJ+8CqOrwPrJNriz ISrA8GM4sl0tf1nO0z8ZrwPDwP4ycq1qHnGQpeqXI0EP3z8Ywize53r4wSVfDcUA1PG9Ysdh 76zdBs8bxLVU1w/8zZFfN1krF4He/mYA0R495eiHXEAlpwuSdeFPvEyAfGKdvQnGU2HzhaHd +WQgYXvWcIqUHvIaRCRa9evnEgU65XBksL0YFQvEs84pp4OJdZwXGy94BpDcWZxiepv/AG8R 1A54wV58b41jjuK83NDbfOHLSnGnC4KfGsNfR9YrEF4uj/bwQdnQfWQCxbqf93mnxeUmSiNl TONHG3GhqTgiuDshNv3854zXWD6IK74zYDOlmUCn07waHnF/rIITUH5/zh2nwDlnEv4e5vFA QvH1lTd8VMEgj4w2Rnzx/v8Ac4OzQBnLeD7MNaEzdHiKZDH2jJh7j4ZBt1qU8ZZv1guXUUGL wvjKGWN6H3/eI2UlxGCPXvDXT5GlbhN5mXjh5ResQOOLrvzk6Df7wrZJMEDB8YDkidtxZBD2 nvNDJHkxlAEusNI6+rPrNAiRhAD3G8u8gtA+MBKcHOuMoUviYpDfvkwBYfy57UfORGC+DpwU KIeHnOEX0Vv+4zbQHS2TIUN15v3g3Pm+cYG5vnK2+jf5yG1ngtwapS8OODVLWdYvAdu9+P8A TAx4i8853i5UEbDrvLOhfWCaT73rFCIejn/zFrpJinCJK3BXXHzgU6A4xJkTwdYDSKct/wDm VwrGOudc/wAZvG38YQhXunjJ6re8Z0BeRoZrv7mvFJ3hqU0unhE5MvNT3k3yZcdRfLnACea4 zoj1jXhuRgZU3wuF065zexiybo8jxipsxg1DpEbTo94FgC/BU1pz7zZVKifyNz/mc5PFmgvD pY+MnoZwNn1LjYSJ9hPAupfOIBpF3bGeB2XzhJrsD4POU+h3BcCdmsICvItyBKobmLBKQFAQ Xl3x6c3xq0UUvndxFgjgyEMdgq1+MZMH/wCLg5XTr1lEdn331hZq6x4Q5wsvfjAygOCTGOmH 6xTvg8ZpUlzg1veB7xRej1nrwKjMRBF8TFHrFp5Ml7XIvLljaiOAOm4SN7POSTEV25OqQ6rx nE1GLzOXhU+s4QUvOdu2FtMYqOADlxylVq0pR40jlpRaOMvpfOIZTOkyC2yqDTCP3YRNvtkU 29XHWNHvNsD9VipzfG84PR1VxxGQUJ84NAEOjCycvTc0J+VwCBJdpf8AObEarqskPBqYXhp8 HlXGvhYw0vXLImb+xxtfYcXgL5MBQQcRilR/TcO6r1nAvm/eTf5GCAsHrjKRWfvx84ky/M6x A8rvv5wyVWdnX8Y+mgmv2xTgn/PGUUDd3N/rAwgccX+JkCSNc/8AmHpy/M+v94wywHQHrkxA OvveD8vE05cEO+v91jfhhr/XAkRfBxgAg6kDOiL1pznjxE/+YlpO7Q0bwdaH6HxinocqgYCq K7qn+7zckVr+WCMUc74/28Ygne+/9/eTR3VHT+cTZDvnI09Tf9ccWx5E3igi9I1HFBjQo0n5 ywoVgXI4dTrpkVwWA1xYgX5wTGntMUqAZaecJZjsnMwaLwFXredhJ3hxppdRzXakSSPnzhI/ BS4hq6w34T1jcTga8Y6iZxJz6xinNGIETx7N4kweCqmnZuPH/mUkd8mOSZOgNDxrBwggEAUo WeTrEzwX1EpdfJzctkwYqwrvQXx3nIxYuFCO10KH1rLXkWZE8Qvs4vrKTt/woJeXCOimeAYv Dpv0rvCxEtwMVHhq/WJitkXwDjd/nFZIOJqQHo3iDxFanbl+v1iBa6xESIfNY+JO8BE17C/e P7DLIrEPEM4sJEF08RonOvZnFzRs/oKTT5Mqsb84NHY0ROnDeX2o3iXZLh/dCo7sXug4R34a khPd6jx5xnusbxeW54+c2nzm9W9Cuq6zx66+6I8pf+Yt3dWkdt0j9zGv6KlJQ9IifOBDh85r NfCrGuhQ+zzjU8PVy7OlmURCuRr8O334xtMNEIqvwXFepGR+rgrVwtExwKae9T5xahxp7E9I j941lRB1Ybeqn5xAnbCSsnRsvJfesOXnMP0b+yOvzhDtdZUBCbBGC26sZC6TRp76c4T5WVYK 4WOVfO3wUB5d4JV2hEnpywwcBYE4HrfOEHCVaugzfth2DA2IHxLZox+gIxQ8JgSFFVV9ZZUG w0kLwGDpwTwyOQTv2nzcHrYF0HBODzziOw9pGs3G+s6PHkHkKLhHNx2yA/H6wyJ1FJdZ359Y pVbw4KDq1+MWUgOiOS4PMtGC6uUwxPIlk+K5umjGIWrzb+fjBsu/Svb5/wCmKEBMCeDu+sBb RruBU8Ey5iyWLyw1gNTExXQgm94uJogwloTRN3E0Cecc0By4IF/eKHURRqVxAj/GbHFY5dI6 MUwh2FPF4ue3VFPzj1OwVTs61gIYGPRdvO3Ga5qFiQr0lxAaqeTEm4GWHr1aFVb0B+UyKUKQ QyQecRZUG8Yay8C3wnjFtIcASz0B35mSmPjyoXEtoXWuc5cMyZE53yFOjDGqhNRjJtj1gBSS bXh3NYr8juU7To+cQDU849k5+s8HXrOscOwl4zqGcQD5c0cAQEtahiE8K0XcvOOvKb03l9Yp 26R5cdMQxA5d4gp6h+TvHBZ2IL85FgvjnE0ftMJjSAIrjIiOUAx4O6SsMbG/Rv4zk6fSB6ym JO1/nAx4qPmYj6DNsZnZyTbhIhGCzX61P3i+i5AmA47y+FxPrA+RiELxjk69snuG4C7VOL5y aUbzZIPQF715wmecig2/nE4Ah4050zC3Jpg+FLjhMBSjWGKa9hGPMDvKPUBc0h0ofGRAT7Ug inJLrDfHQ1EFPELjxPBx2qg04DyeMFPKxsvK6ffrL3X5oTPvRgwjYxGluqbI7vvBDSsXdsf7 x1CtR6H/AIxiYVywpIL3hVL2SY0nTX95oVyjWhCjo31gKwZiKvpbr1iF9Iig3ThuNHdRygq8 s/jNq+4H+H9sNBQRoIInTnuZLa/h2NhwkD1gLwychCOWDN8kseHz/OEqJFolCnSbw9yzK6IP a1T7xKWZSNl7dPZiWni9YBw/WqL64xc3z9m395zHToYQglifrAsHEiTtvRBuDLptO3DVU69Z f7R7g/K1/jCK2pASUt3jfxltQW4l4LRUs5pjGxYZGoqGZNNN2mU4egzFEeqN65xe43lR6bez 9ORzbVCFBTDXKLgKGCLwzYmPU6qkXHSKwMEthK7Hot/fvKaBFJBNjyTFnjpsL974q4Kd6EXF p4/TgiCAGgMAzNAiSJ+LmzqIKP8A+Txl7EzJjSNe3LibZSsLpys5OAylo8m8jfeXP7IgqcfN zgAG3zz/AM5w5PXB2e1bhMFTdwJ4pQPjNmur4oD43+8cGXV2hzV22IgNLlI9QxWFizXb7XXv K+50EtLn8fjCRKIEETX1+sBn+IEqvo4942pg4Asb1t84z04hVEEF1r7OFWrUNKbvHDjgzg9P nqsejCQni+gn8ZFcc4E2fVIn0Yq4TBCun2x1gXbBhqjb4M0xDd4rFzbj05fZaM8e2BA6Mg+Q eeMBZ2cVUDzv7w86AghUrTA0YYiqAAVM0VUw1QSXzlHYLgbsMKw/aAUDjiT/ANwsyBMSu3aC 4c4U0hSzYEZ9YF9I6qDavTcRkaYt9gOOWcdYSCtsKlU51jNz+8ZNPE/tgB42LpWLoeLgTcbw Bqu99HrOVLKqTZ6MlK883GLjVbLS/M+8h6Hw4Sv47y1pzOTftXjOuivt4r4MEHzXBkFvQecE 49QA5TkklRNB2vRznB2Jasp8G/uZJ0vqET4fPzjzRwtkSi98OzHm+szRfnZgsrre7mLwcGNi F/qp/lgE0+ZpaDgzptFIv5NYSK+3x6xF0bXlw7JS/Y/9PvFsOkAN6e2YfV26PKz3hq0MbHgc RoCQAuoH1lpGeHHGUk3JvPcOWLNujr/f7WAwzawPkesBgP8AYE4H+cbm4eDAPvziK/eB74xQ 08feDCYWcBpKDEfvY36xoM0foD4za03YyJrY+E/fGLkCw0yPyL+a4grwgRBq8jaxXGSMMhPO tT1MGpVeLbBJ/GIfp54QUeBriZJI/HUU06dc7x1G3rZ2w3z3lzsv9mCNEHThDE2iky64XnEW RK4oN5Ieu/xl+8NAEPsHT5DnIXMQbFJxGvEx3Zp6wX0qQu1Edjz1jgPsiGoSN4W4yCT1dpXw Yr91xpmlbL86LcshlbJKKsARL24x8622dHtgC4WwTE4pE+MNIMgFD2jDZMHo8gX0HgbqO68Y g4Q2YxeUBGs9mTpgUQljTEcHBib/AAzfSeBWZM8W6CLG9k5+NYCVoTYJbuELlFFcD4c0H9cI 3L+zrPoHhOW8LLVBRE6q0JydR7OlcRK6GQIeaMZnRMuEt1rR6mCI1ZiCHfJJ9DzgRAgZrUTs AXAdA+IcacllHGmW/fjAFnYEpd+TrA6KEQhR7JvyYWRUMUi6GmzzO7gcuKNAoeDHqmCIjQjZ 0blR79GRsPBOAfowXolwUfIV+q7phuLHi9HoiPkDG5LCAGIU2CXj3jEylgFNIaDxZiYtB0dT 3Ezn0ikCx7mBSS8TDhCGD2GTHZRwBt/g7w5CAg7H2AzpPjB5R94VPuPoGB/TRkHLTRJ1hs3t wMVPogPNxb8CNAbeng3GDU/BjQOaBwusmQloJoLsw085Xtl95prXgzartoKCDVQ34xYhkuiN vweh+cqtMPSJOtOn4YvQkrSZTd8iHTnIrrD9l7UuvBgdb8bDGptrb4wya5oACFhyPHWB5s9S ap6qAHziPyw7l4Q52L+stcypdt3l485omJKlQrSCVZvWACoGDwF8q3HT10GSjdF8ezJigmPF GtvP3jDGHEqo7VJi1/ggCpHTPOEesGdRG9qkh2ZMYS5G1XlHo61nIC277wlkJOuF7Yv1g7Bx 5SE8XgxwF1QPAUV9OJiM1PQ5S1457xtq4XdFcTv2YIhVYFuBbk2GMvZ56v6w2SP0i2b5051R ySpfYyTVAJMgQ+f6cS1WrrUQml/ebWXZ3mmu6fB3cWNIpgk+F2/GJyaEFAdie/WWgP17IB5X FVIsxThb3vN+42wrSiYtOnjHDRwCjw8z+cLE67u43FNjjPKvzm+xCQGiMwuAZCFNjCicaK2F eVl+8nQuK02b/wAwiEDTYap7/wB4zYklay6+sGZLQC3oLvAkA9W4JSgz7x2Y+sXe07fnxiDU i35of9/WArWkOZQZ1IBrmS4Q2zke+nLku3O8Zqy/YuKpXVdHrHVJssWyz4wRO7Yp52YFr+GK pyIKeANuPxViYPiphTh3m/MHCjGATLzHrJt5Uo/GspjAVBOTS0yGElLcpXvGDL+MK5wRCBSs 4F4Fxych31hVIhqTYB6fOPBAPRjdWYAq/GN1FVvDPExA4QCq+DFOXQr8I77zhPePk2OI6AN3 NCCbNdFT1iTlAZrgYPjEas0QHGrzhUcBlRwMQXxh+cLXA9G82glzUeLzjTF+TLtxcFRye8FR 9411gGh1i0OT050O7eXL6aZvs394cznBJwGy7cqymK4YoQtyHblLvKq8ZJG9cXNzxgDlnrLK mkWclMMEBWYeSnW81RVnWNbSnvGzX4uEGucFpGOHm3MWk3iImseMQ8kzZz9YObdeLgqtmIAL zgglp3iR+m4ibdfPGW6OOd4kO/nL1u3XvA0PLrC5WOriNfyYJBT4wQ2tXnEPA8eMa4PxgumJ xMr5s97x4eB9Y4XnVN+cYb1edteWa41vNBpmg6mIQZ5ZQVdq4rpo5UniXAUKSITpTtyQktUp 8zB8t+XN8bg1e9OLU2B2J3g42RCgU3L8GJklFrPGsMItAh4Lx9YDJgdIdGnByejZontmyL4S +Z5t2+cDmbd/wddY+c4Zp5445w/GQLATgOvrJaO+8MX3RK7q5eefOG5QVonQMH88QMY74Gbn OVOTll/ZXCDCWiBy+X5/GSoCKAPeVPX/ANxOBXTPAPBlz9nN4DXfOD1LEgB0HGGz7Ehm1s5x nllNj143jKJ9CXodZG7CtTjnmzv28ZHQwptJfbvNVjm4FWuDi1T0hwPbvN+aLzjjdYRh1v24 vyhO336yg4xYX/hiMJgs0287cNVUUE8VyyalQ6uv6wRE7PvUxBR7aO98ZPS3W7v1+8ZkF5Kn YK5P+YfS5KG7etqYxfHnCTojIn6Ke8CYYCIIM5G/g8YAhlIzsBH9Ya4kAXNiJrGJTGJwOZxf OWOHrFguRBRSvq8YYg2QQok1df64q6tTzFMLSAI885rHqU0BOTAFG023oD5OfrBtjJjqRPH/ AHBOiA5bowcSOyCQ7iC+L3m2ZpuGdG+XJemvlFDhNieHIJ46AtidofrCkGG2rhboTQZU2aGC 68454RX3RCbGF4dw1CiddfORKea6KhpvnsHLmhRwIZs7Hi4VQKR0I2NjEeb84xidSGOjkSvk yxNaZhFXxxkTjnHZz+Mn0mVdPHONVpMEMOtx5xjqTjEqcPyzZtxOcjtNYPO2ecU6/OGnE95q u94cayFOXFrz85uhe+DEOrr85RTEu2zDliG3XWK4KfPjNAnPi84WN1nJf7y8ran3jjROjI0c 5sO84Bx4wQPHebf9YbFHAvC7wBenEAXrGqRuOnX5xQOzBT34c1vAqGe8gfWA3zfOCnHfvLYK YfGIM6uNNYCEvPvAcrm++TbNPjEaO8AokYYa7wZM0plwRrkwfN+86BlDmvjHUinnN2XfOeBs cHVuHRFjkIRX1h4cfGChH95qp06wPLvEqcJmzZXFP/cUB775wjGsHwieO8daPv8AeQnWJbS5 Pa9axTVLjfc+HeIbaLmiDTGyMSU7fz/f85JRrMK1GcPOa4HgfK//ADBuCHnCAfXeFfBVNgVe u/w497HjAB5G0xKwHPatDk3vDGg+GHY64/eQM4oRCkckdLwxx4ekmATFPINwsieLqA+9GJPI idN2Cge9Nx5ibclcHzu+8VzbGfZ/75wzppx9YqRUb88PyZNI7PPb+Od78ezNYk8VtL4ahrxh 0CRxea5IA8IvnObhotWR/v8AzJ43veZ/6wPxEEsuA6Z47uuMpgjdQOg5DfHWcI569LvyqDw7 wPZBCwCOl351hW7iHKWKFRrzjBm6oPf/AEYK2ZCnefBXCPxxCxojkXkeGMFXHTj5Ne3C1304 1b4O8qeZjvh7hgWPHjAk/nEJx+cNPG+Zi2PnHaGNNP3krx6yQ024NoHDnJdeMNZK/wAXF+8L RTfcwZyQ53nl37xVA0mU88+jIziuFTbPjNOnjDnbOMDrbrzlJXX1kCvnNXn84gJ38Y6FZTBu 5c1Ya+MSc8ZNy4Bes76cRePGdD+cWE/PecS+d40NvvCC5yfeBRmrO8BroywzhxA5I4TY4wdL LMTivSZplzjT6DDW1MQnHvJXX1c4QnvA2nHnGnl94D/7gRqfeVVC5TPH11gnhgSrM2Chmnu5 wGBJx8YT4wBzxdXBa/WCvesWWFV1l5Vnm4E7njXWTvVxKyPHOAbvOVeCe8ilZ+cQOeTAu/3c J1edXOBxMqCa94Jqs9Yjwo7pmmZkLmnenCDaa3/vxljS/JrKYzZk41hssFk7w3XhywRSI++s uk/StNQd8c+MkEFs8YkjKCXYnvAgfRcYwHteOvxgcCTmdgXjfvHHhVqwFHZMQi7ICCa8OR8X Fw0sb0WcJW+pmlRoj6MHeusIlaImzRvejW/GaOktx4Cyju4x6TmZMEM4ashox2espEMcQGe8 qDrBnnFKmNNUajsmshlBFCsS4A4QKY0bRGc3xZklwwTlVfC2F4wNLeRIU5ci37w8bxAaMGnd 3pjhQJTrgCnaMccLIqGkDsAgdhhqrmTsXaDsTTfOcitIWRJ2Q0+cadSUJgHhD/mIrJWNobCJ oJes+6McEE4GmBOWsO94QS4/5xJ1MRPtjXjZkG41zxg6CEO3Dqd40PWawb3+MdQ5wdPnHyzR 9+DOg0e8tN794bOM2f8Amctn4zTY/Tl8MPnG6rMjNOC937zlDeCPv3gkHXWDUe8bdcYG24Zp oecCNy8p9Z7G8rc5MKQ1POG2s5NeckW47Zw9uEi4S8fWJwhesNI9d5BdcY7TBFTHTRrFqev7 y6jPBxiVVcL1sxoN/WeB+c+A3FrW7kyGnzhJp417w4mpecCa6w0DrEPGsNL3fGbbXCR05S7d YSvfvAA7y0T85Nnv84KAZf1gnxrAOh3zldkt5/GRLVmCpOMXDY/jEXfg7eOcCanrjeVNvz6z vyMZ2svnG2U+HIR11kIj4HeGCbGZYlmzj3ksGhnkH2OAP6Cc4ZHZvnAKQRqZ7t4+MEGnsuP9 vLWDzIcAf+YP7qriCDyecu4uDy4HvBeyD1i+g8ZDQtxc555P995phrk/OsRyeKvOC6YXi3jN mbfJzgclE68Ztm7xPh8sRaGPGu8FNKzeCpoYMac2bI4howK+zrLauIc6ykQd4pDh4bkTyesQ hInWDFDrnBVtc0FJTFiD8uDJDfxgG0p4MGKjHKN8s12vxh4nnjG2SGSmfvBLTZ6wAo584JkH nWucGiP4xZET6xE031lE/I7wbb80yliazkBmIky5FZBMpBjMEsK3EGbMsEr3g4JfOInBrLPM xA+bg8OSOKWbvGEP9Zu4fes2efvLDiHWWNH4xAKYrZon5xS2amDYzeUb4zfXGN8JiCZvChE2 azsZsDr1gGkZnMa8YFutm8jEDfszy9ZcVVyg5D1gI8axWLvvIJo6wTEamd0uOnFvjADnnKGq 93CNv06zboJ49ZJvn3hqhb4wBwtjsxFaqc5WN/WWx29mFNOjPJvDoIPrEpzsw9mviZBO5tyC h/3ARN29+cFED78esAvXOeM/GO5PM11koWju5d0bx7UzQE45yzyMmSRFxKXQv7xiSSdcd4oo VZ3mxaIfJ3/6Zvd56wBWtoKZvOYQ1GlieK4mSHC5UpTXrC97esh2O/GXZCesoXi83H7vtAAX FWQEG5jyO/lxUr9CK7aeZzkFOnJkf05GhlPnA56Qlui8jqPJX1m7pbrEA/T73j28cRCITnc5 /OUfBsqk8hEb1je4FLCjuF/WNfGax2lOlS8wMSBjDljPZH6cGBhruMPGyzN9OGDBDop9L6xT c6gOzgjY3KjyxR5jlr49uDxr5wLIMiyof3jMAt791iAsN9ODD2CtANOvOXocLXAULyFL1j96 q1BgKwaWaY9YvEYl6fsik/OArtJDX7woockfONQYnS208QQ9OADA6JIVfJnp9YikGVGE8m3c cS6hbVA6OG+dYI+laqUkqMPvJkD62STzKd7bh2NAYCtciQeG53wCoinyAn3mgILU053M16Uy aHka3vN4uGSDMugRve8gXUzFEHh8vrNfQyYGeRbo+XkxjkWPMVvJ2d4gBAE0rRxTFxTUgqJJ 2DH4MqZEoq3Zaus0xgGpvfSIjuUyHElQ0OiCS32x8jd1xjiszdYInKL7OQAsacOUFMKdQU4w elQB3klE3T4fvYLMkfCLNPOzxhmDulLlB5OH4xBFvBmEVNS80fOSGdVaDdkU51x5xIB710LH IidecFiE8zxX0bZvLeS0aWvg08FesMrMxBcDTAi+RygeApJRXbW/FYnQQuVeBC089zFaRtqq B0jX1kn/AH3wB00bfnCPyKhoWEUIY9o+2tgZeIfL6x1RxAlVhEGvjDGXOIACmxVuufzth44x 0z3wBaCcOpgkIh5nOby/zbyp71iCtoe2iJCp/OEcvSYr1feMml+sFGnoKGtPC/Bc5KaOvIvZ DXmnnHEjMaIQdCO/WR2qIp2BdDT8F+YsFHSL5QBx1SgZKAHIRL6x1Kii0Cq8FX0LgHpFHZ7p 0B/GclxcK6DlBEvnDiYjQlvLQp+N5cGEh+rw3+sLX2Z3ILxe84cPpDXbjrAqTE+Yj+B0b1mq CsCJVHJDGyZbAc3eujKDgFdNH8CwzlIbFe9uAK7xfckYw6TU278OGqtebCCwTZue8stRTxig 4RcV0JTtcocZS1gZR01vlPjLwSE0fJ6ci727wPBCVdwFpfR4xIgZOVcgcuDJmoreI5b4c5oK qkV2/hkwu3VXx/7imYTZT5NZcsTqKMZduM3lbTDlzsq8K4JR0WF8fWbdqnB9vRlWyDSjmzHd abWj1j5rbIK9Xi5GbarD8maBMqH0OIwUoaHvX85M/wDLX8pgvi7CJ9YeiHz9WfGBIJN+81Fl H/GLCQZcmIBfPVP/ADIhmoN50ZJTrENvHzlBrTDX+83eMoNbxCAWjyPGIxmRYLQ1PeushUwH DUGdXK2b/wBwhlZIao6dZoeZJsYg7KhN0y2tBnBipfjmDktduZFUAedhjjFdwkpw7iO+3Ieo 09oqi7b9e8L3fGDsHyaen1gzhETS2NVZev1j/wD5Q56Gw7OC2rESSCtEj6wwHgcdTFGCVdRZ JoxN3u8Y97G0wlfSjPWLdka1g8IJB+8VLgaeQOsVvLi4rg5CwNYejCwQBt3EfvFSWBcU9Bg3 OtY8GtI8vTkYJSuYB2WCb3N5q4OZUPsk0dDA1t4mMW9C1+MaVLAkJRsNK4YBXlRArAhb1mv9 9dwIm9CFQcRYVPJEHDLiRVpOSQVVf2werFhZThDbwEyW7ejiAN4jE8eXq4UrpMfL85VBBONh uzRPeQV0eChyogeetYyL5pubokD95NHX7MB06b9fOJJaxQgHgC4a797aBN8A7UDnFIXLWd8O km+fmOWbYeNuBYoHPh9Ze7+c3JgEFfRpcMJo6fUL0WTub1iJih2UctGTk87zjNUXuKznjyH3 gGZAKe2iaXnvFtKIuB8ja/rDbSJQeR1LL5x816v4XeT2eMrGuXpkPjIe6+MY4jzbpduLcdgP YQ1Tr+/Exq0a/ElFTswreKxI7Hlqa+c5L3RNAI8Wr4bMfAdUYPI4XRrXrKOogX6MtQCxAMaI 6j94115FDZPfWP3TUgqG9bl8eO2C+tAtj63cQgiUKiDsYvr3hKHFMG091nHjK8ONrIwLyK68 YGipuAVYFU1decrYGzTChxxgWkIo7Uf3h51RNsEe4VxLNMs1GmQHd1M2Exzt78x1i5i7HmTs 2WGAXXyiwjZRX4cCzizvA+LH1mgwoCRsU1VYc5QWyICLh5PHW+MfSE4povRsxKlK13ErNbs9 fSf2062LrywNELo3PcF1s3mxQaLJRWUWr1vEi6tgAHevaHJgKDIkAQeUU/GKVxrBgY/GUvoB trva2j8A7yLoJ+yM56xZm1yp19c4lY7nJtDYAtLh3svW4SGxrlk75ruW0o3i5Jk7ru8Bk3XO CIvNCPqH/OPVtuyEU9WzLxwEVXwG8B4BEgWsxgNesTdIfShqe/kIZzI0SF0TaPe0MVPW8nVt 2MFC0ZSyx5NvPGBPnMlQqLdltcMho+310K+cBqE2H0How4wq0ES5tPP3zlzIK2xo4MaYk3g6 rlm+/GHovI5O4BwK5WwGFPs2FwhW4R45fLlrMi5NcoG/vOvknqM6Bt5y0QTXIefk/WK6e7g3 cC1sDwXW7/u8LjPf1/7lXShevHOdich9ZD5i+MXMAfxKf4x9uSCEHlvkj3jBU19Ixw3ptzzn 9sk9hvIq/esOOALxTb/OWVZSti24rU3swAcCLtGPO/78ZvlDucUUtZOOxyqQKoeFnSTk++ci wFeAay6Th3xhTqmqoERrezbXIIA2DEeGHbxvNPQJiBiJ1gB4TqwCtD8T7xV6drhAMRs70DjC ftOGBdvjBJNGEHMlTkHnFnDSx0NiH4ZptSwMPlCTjvJHYxVaCPZJvF2xS94QZdGqNpdHOR7/ AFBwmwTfn1lGZhHsEgpb8HGLYTAZtiPKQnr3i+p75Vsjeho4YmAxJI0XSuq6yd80CZzcAT4c I60dqA7Ggo/J1srCTluiUAp8b8YIIpDHgcm+O87FbAxElGiG92YoB+npjSHI8oZUJkFjR2Rs k6yqP3gE7yAjYomBbYx+JSgCb5xFj+ZsqUxADfwzV+FLAUIbUZwO8lde1SSJV8DlWuMf4IXQ yrXmPie8DVjTUJTOSNQmLvWmxIk2547x8TNRMKpoRhdXxho4xZMhWHKnTFmc1DTUM0bLuvow 6/8AqMPhzQN5AzjYCorSNABb694KjR85soziJKdBSvWFZEzCcKXovswH9OxGEim5TvIYL2wy Pbk3BDHpoFA1nPHGIoimn4BiL84Q+AZJMOUDfesFiDZSSy8aTkcHPeUrVHTFT04J2MaaRcNr PCechRfrWQU0Z8ecS7dnqUV7inl1gd/Ucn0dVs+HDNnulBvYv5EcchAo/XEEl8jiPdpMRnnt YzjrGfVfe0GnhV77c5RgAr7oXIXgm8OKUzMlv6B3gyFjVgIvl1lE97A9V0qFPCecdhWYDDei N36zTY4oPLsNJx4cRMEDwadzJvcMg1lG4Ch52+5lQV1dNCfHOSzVCMjgjwmg53u8ZWTboAw8 3fQdY2VUDsGy+frD2wsVoA7276xTb4dgD94XTloLmGudJhbnFYqAb5VeOc8JcBGH2inw4ssF iKVeHfGL+iWllE825VK0AwNK8oOvWE9gpFIxfvCd0DAit38H6wv5/PPHt1+cFtA0CBj+cN6a IcaPRit8u6s18v8Amcw4ORIh5vrw4+JkMobD5UwbKa0w30BI/GLgKUdFSPLrXi4egX3dC8PA fxh2r2kQ0jRI8+Mq48qAAf4xvjtNE9jjH29KLtOTA2YWt3ucb3gSBqLR6XjBlB5bXTn894XZ 0qm6fLDTmp94XxhMVgVFIz/zEK0wuDoXWbEuId/seMRDIO54ocZG6ExhsvjLCgnff0/eGhX9 Y8vPf6x34pH1+2PoVCQbv4fGFKIg+bflb94xY7PZGuJZ8ZtI2vxlQwgPG+MQoSHe84VnizBE o/h1iO72bE9ZxMMGqY4WKXJyuRtTNlwP84wi3NMLgqVl+tPOP9zjGne3n3hpiG05wIFp7cSo /WQleMUaQ6chxnjDQKuUQNDFF2++MXoQDgwb0PGO6uf3xiQSZRiSVx1f5xKK4TzrowFBRd93 Hou3LnfFyyqesvFINwui4YvfnAQ0eMiKtcYOiLzcPCLrT1kZtrzlCdvGXlTwykWfbvGM4ZON emSy66MIa67x1yHuazRNZRpiIGr7woqjgdzNygdxmU2xjESyTGWKnkyjKu1uNOuJ4Yec7pHK deRcBUDJtrAygd6YeaRBS9/+5KwGxTePTth0rzTKozVETxnKk1YX6yktmitvN85yKyJJ8XAm 8w4HwGMbmoJ9uaNU65XnlMF0sQ1jixOMWu9RR9rvOaME9l2LveLTe/eIgxKJ1iR3hYyDF8fz mpy3g6xaLK84zWT9TlVtfeQW6H2SxUvP5wWO0NP4tHF/ePA6uWapbW95HKUSRLFmLcEIrLEI sveUdYDVtKq3vI9DWsc0y+8BV6bLQp3nbbC9m0t2zeK2ouJcR33mjU6WQV9wMN4pBM4g6MBF dpB4DgeiYQM3IF5XVeO8MTccvUCQM4oE2PogC/fGEkh5Mc7TH7CU1q7W+XGCQqjxPJ/H4xR5 RCHceR3zikKKFHlXAbFRo04St0iYul6IaxKyjSwNHx38v4Zk7aQaEQhkr8gozivMnWMWnhWG 1fwdesejxRb/AEfjxljAIEXy8veBdbZkJt28vP5xP9Cro8wNb1jwVEOwSHzrlzQy+0EQF44z Y4MIW5OH795M8fGA6J/rMk9UMGnROfeED73C+wOPgxZAAqi4jsDzilImxn16684J1LZoSkc3 jZXlcgg6mzIpY96MShCTmd95byHlkuJCRGXvmbyqpcp4QonHOA2SDDRdvLNzfDlukrOHCvGI A0IJYs9ZFzRpL0h085NrrE3vH4HN9usmGbvODzuXzi653ipeD+c6UMsaZoZvADMUvjIcd9hg 7Dmw842+vGKszYu/ecbhHM/ONtWGDMUqXCafxg6/rFctj1xvBhxrLgW/GPhzO8sfPvG2/tiv GsgnnzjbEtxfWbh3gfQ6zZHjDy04snjF31ir7veDXinnFF8mPfL9Y+HJ0JOM0m9HnB3gjc3i pqYL46zRM3bxPGWh1MbSNc2OMrNfeRXOhdTHgNfWcsOZjRa7yNOcIdcOzHZ69uKGFz2IuGlf G8dJvjxkrZvBFHeV5XesRB24QcJiYPJ6w/rrvNkejBam+sDtwPnPXZcVhv7zXzgoE484aaTC Yd4Ll44yp0PD1g661rDg7vnB7QDjDkJ+cNO819+cHSwTGD2bswZx3uODGv8A8xEXjrxkckF9 Y8iNxKOp1lQtnNyzVj7xYJzH1mm7v1gtRr22ZDtv3i5oeMA8ZPrEnLzxhSX24gccfeVGtvvI V4XnrBGJYLOLmgt3rGKHA0+cvgfb9+sQC9I97pcZ6l4VruyOJ7xGrdrbwvzm6ow1IR5Jx/t1 25FGlfncnpxVYncGg/WJ/wDinyJiW9maAvJ1mnk5847k4w0TgnOa++sRf/cJpJznDj7x002+ M0nL5xBj+mCeWGu5gUenKj5zlv6whr+MEcC+c6Dn3iOoObLdZTnNA4x0/wBYCbWjhbPvAtrf Zk3nkcYun7mFqhdcGLxc4V6f3jt1x6x05W4JXjDfOsWH8Y61zik4wNF3MLeL8YQJJ3hs42YV w+sTnB09zBe+vWT/AIx4eM99YcL+sl9TnNDecfN+8lNZsf8AchTS+zLrCXfOK014zlFuAT37 xsOUF2HjEAXfjJgR2aN7w55+sdnu5ri/jI3nedvnjL2mKqLL3lOejrxhV61pwAv94adjMsQc iAS+Mmg2JiunB2azg1631nYn1nAc9YWGv+ZxOjqYRQ68mDN6N94iyRziQuQK0feBEJr3kJ4e cQuxfnNnKvOE4PzlcifrEft3kthp84qNTW6KYU4n4zhLx7wbN1d48y1+cCqHBzhQVDxnJrXX nEPv2ZZvA1Dv/bzuLK1z1/0w6OGiYNELKXzjt3s4NOVJsCeXfPj/AOYTtNrSGPeuc7my9R48 5w+aVToH/d4DB8qgnvLOPOEFHmy4B6cfvBcvbxiaMdoDL5ylDdxAnOAAN14x7/0wd2bcbzL6 M3LlK6ycYhPHeL0yuLvz5wNuXDtXBY+Mild/Gd2feG9mslb7ypp/ONwJI3Cu+bk0axJrrEwP 1kPtgHb3lHPNyLcmHeqZHc2HOFN5qb+cSj3iXX0OCL/OBSdXORvKhvNELgQL+cWacQB31zhZ cEsLh+DebvMw37ec2vnDREyNGGAL85qLszwYEfHvA2nnjI9OJXr6wbYdYswHR43iNc0DJP71 gVuIr68YI4FnOW8P1gpxk57xExYpu5od1cTq85qWXKpTdyWXvFed+8TZ/OBGJxkb1k+d/GRI c4GkNec4pcUdX5M8GnvJvnnGvGjvOPA/PJhoUldbygI+940CXzm/v7zU3z6wmJfkmCERt/OB Ro+8ZqfG8OCjfUxm2U8GDs4142ZQObgRagd5LsnrWdHTrfWGlhrHe0Z6wk2n24DB45cJVaTL hHT1+P4uULkDv8YAb/BnbwHbrr1lGUiYSzNedRo867/3nFbDEm8vDO9xDn7+jIACWkiBvoNT G7Wa53mo8YDn4+P2Y2pLmqGnHnxk1kPxkiCplGzeOzjFG4mrLm5umKbNnGDXnnJD/uRhdZ08 5AEX7yb9esEdG3BUbuHTBLo13itjrB0Uxrk3ghnWWjrOxv1nPjLsc+1g2s8NmV9YyF35coec 1W3zg0WDnXpnWaTGdQXNHvLHZxzhAhzlHUPOKaPHOEy5A9mCmuMoerzzkTkxELKYWWPnIOEu W8J7zo3MXKYs39sUwN5YHRhsPGI1Xj1hppRypA1hAj1lmpzhJfpj04LkhAj6wFawTx+MXvW8 QXjEsT+MTd+MIOLgO2KutMj2e8HyuzxjrtmLDh+MDS84Q2pdGKZx8u84cHGSOL6x20YoqmRP JnY8c4A0N8msTpD0OAqf+YMCWOcjrc84jCwM5Ku0uUaUnlxEJt5mCUOPjA0OkwNJxijbvJI/ hziG58M+Bex7yK6JeT+sQCNcYOce+cH2d6/324SJzgCy1OcF0XFRTU4DEs4HjJJyZ4YDMcC2 xJzggLtP1nCSkn6xDyITR/GACbRy8zWKWKIBO+MS5yMqO0nDw7/rKyrxlj6y3rFJUvWHFOfn NhdYcq6hTiXC2/WNNE66hZq/znTvBFFKFD3EOgyzsAQl4HUaPhwy0KyrdJhrXzcRBxYqWC9t D7usVo/baiW7Wd3DqxKiNh4FVxDGStCiUiiNc7w6LL6p2NmwjryYeQJVczosX7Ji1N2ViOCi RaKxMYp84ANClBh8v5c6fkioK4RWCOtPnBQ/a4wcgByrkGoQidRdiK47zjgsPZfk4F2B7wAT bTtYdxONY4FS3HAVSIKenxmqjr77DsBDbyTvBSOYsgJy90hk58c2QTAJp1d4P/q6o3Z05TxX rD7rUBQA28Kd3DWyukE5OuC++8CuGJq3RycHO4d4pPhDNFEV59eA84wYc/HsBdcD3vw5TaaC dvExN+MK3Td2kh9A83FCKBpRbdiA/J5w3Qh8QSOdicWnnGEAGICfgnXjZzjg522dtV2G5OB8 ZNspsFgDy8cc3xhRUI7ejyoTnw5a9JJAeFaXg53McWQpog6ycm3BL2RaYJ3ejjABhljJvUiR +8Y44u7Qfkcck2sxD4E08b6UHWqPGHn6eVsgu54wy+gE8iLxzeUdZxaPgMlifli+MDUygVQr ZKfjAkJEQKBFbWj4nvC9x8a00DsOuHCjx6FiFdHwMdaNtOJSu9g/JzmkSUEs4DvVPnHMwb1I AVuB56OcOPDwYiqTeu94N5YC9OjduniUzSsPMJQms2JPWKTSYv8A6GMqhiIrHowJ0JAHmPkT zg0RFPAFwT3bjD0AXww3d0eCQYo0buTX8pyNpqOBwmPQ4Vho8tbQeZh2CKN6NOqPx84AF4YK R9gP+cSc4hJE5xwAPGA1oJHI+CicaoYqeyj3DyrAPd6xj10Y5UK+T9YrmiE8MTSaR47nOS+v GCxdlVJPnCfYBg2YsC/MxtrOL69jp2eMQXcuCulQ2jPhwlAgEZN54I/cwOqQkyxRw3rfDjob Ns5CpyjDxvK5GlARfeyCTmmTI41KtIWSfzjIBs5wEU1qTvyVYGu8vIA0JQ2ii3Uw1XkXZsDR WSnWJIIJfQGyE351gwAuaVSn4waAMOz3Yo8ngwTSgJUyN+TeEJXSa7cPHn1jk1WmxGOTW4Qc 45bjWkdgENbysUgdpiQasxMtgJ4nyup852GCU6hpBxNEUw/fOFG15Rdr4DvAGGy8Qxcc6xyt k4MXlpt/GOUI6QHPS7zRqFtu4rlOsPWqJ8AQeHnyY/oo/qHtvr5wIEpVXv0HvG2iwJTR84O+ O/X2HM947tATD4Ygs5RA/PeK3XHH++8USMPD3vjAlC80FxFa68hi0d6OsZdVB+WEeyLXjX/3 8YYsQOy7/wDMPQRFJpYw3x85Xz8ZuHeVxPq52LPDmy3s8ZomDypDAjzwzF7rqtWj1b37MIho Xjxk9FKguhGiJ8mdlOrw1DqthzctQc6KlNxtePPrN2wJngnRrw+MG8viNKaIAmt8Yj0kctSb dOACKhgqTew6H2mKiwrmA+RbPNMUAbisZPnqPXI5O/6lIXPKcPdwcUkwgGp84TwQt+A4G+fz irC3FG2DM+GRcxRRSzy8usBiJHpsn5yhb4Ag28NPh+8g8IihWp3p4+M46+6IIXZRZ7xzIwcX QNERzzv71wUD4EB9P44tGSwVhXhD3rBqeEtDFOOHfVMZM38pK4Q+esVcnTobOxy9N8QOCOb/ AAzj4i2qp95M1HJNaXBrEnZvFvDpBuo7/wCsOzbyCMHWi+7iwfOkE4HgcI2YYwQXgGp+n4zn W+9HCK8L32Yv0E0EJXTTvqmd3213B8BbNuqKr02a4fWE9gFBEls0Dcus0XL+tOK8N9bIHZvL UJcNnmh7b+8sRekCz0F74x+SR4hsg6guneaKjwLQU7N754yD90ebaAbWR1+b0gitqSpUabtj PN7kpNtUKrt3ly45mJvMTCBhjKHwoaARa0PLCT61hD7HTFhz5xj2dIqILWQh4YTxWs2JOZHv C06/T04ESiHevqsQb1w6wMCx2AQYFAQxIZo5FKAKtk2rMbE2QMbIDm/nDmSmxy3eAGr7yK+9 SAPxJ+w4Krjlr7gg4GjWbNgD9ACpNp44xLp61BKueFurdze0uAfgKxHbxg95/VQKBDXzv3ms vnW8roQtbFl1ZCeNSuF80+n4wMKCQ4bv95cVPthtO1IfOQpqSsEBZCjTi5wVrH529WLPGP8A WId4qaGAGZrzecAYW9SjrzgEPWwgWvZv4MA/sK1dnBY/F1i31ChOqXUpflh2WSG1B245Dy5A r32z6Dr848QjGygvdD8Lj+soCAAcqnA2GPQoN9V+M2dIuChq8bfs1kBay7jpKBDfJuHr0EIC db3N3HYGNO7aXuDXlnWJuQXrdiN9WYzMi/zau9hgxs3nRzYA/hjQNg/JbL54xZNEYwQ70sPp ccmXy1A1/fWa2BhuqeGKyGjtqY/7rHAAWBHQO14hj6m2JMUDbH1gqcGpxRDVP6yHMQFIoC7Z OesHNGioCcacc4IDBACBUU2v5yRtJWUbLue8sVwYHcmEgLzzhG5hIgD2Dg4LKiya8HJzgLpp wi0TpfQYc1NqQbAWeDHWkbQ4na9Y7B/NRqLyD49ZG1EGwJd/GKdVoOjgHjxk0Zqtj8A1hceA o0LHDvLtlEO3ejl/GAdBsJiTR+MLoW3uf7rDRCOoYoIg1z0+MU0Q6OsZLo+8pvAb1EIbaz95 yD1uhjHHOCVBvmZp5V1mmuMTs0PLihOjhQ8eQWWYxHAjQooBAFjx1j/TaYCtYzjGVsYp0btr Wn4xCY+jR25QkSdOIuesQSiXQwnm4ye66VJpnkB549ZQFGGeN34wbjkb8f8A3Njx8PDHBbk8 7JMKk8/Jkzk9qgB5NqTzcnG55VCtImzLc1CJMOgHUxphRMUJH3z/APgOOFwZEIp0U3i1gLPU C6EezzMPem1SY7K/YceQNx3KnQI98bfLlEgHMJopDYeH3iq+rFcp8C48Z30zQwHRgl9GOynB XEANtfwesdUPIQK9L1cV940WSPY9PTw4eH0SC+S3+Fxf5lrSykCDjWjxgvYqA9xaCV8g6clm GzdgO62fTe8aQEFwPUHRZndzKXiIROc7WdZz2I2lQv0/GLILLukSghQphldXyIDyNPEeco8N 5oZI4iVzBzltg2StmKcl2JjWRRgaKPLUPbA4D7kMLZCmQ1hFNgmmAbuyOMLBiHDQ7VQD2esN Q07aZqF2B384MN+VTs7He8MGCFm1xaAXcWcXfbH4xg4K5Iz83WN/ToNfR7BxjVmFU3wp+8XB UgNprfYxcr5RJmPsvrFEMu8xN1IusNU8bfN4VI/Hpc0/STVAEXcedCeC4J61hDeopSV2ImJA 3PUB3tCB4ThpNIBtJXMQ1rDYcQCwpaUaPYj9uSWSjVber8e5zimdizICpoh6anGSRoSE6UbE yTQvGOr3+3CtVJ7Z24CeiiTIArVkctM93YkBBh7fGTNdZhjPGjRezyYxcobkWrrTTnWLwwhB jY8oDPGBEHWatbgTQ7vvBxUiiWwbsfyMTkZh2XDlp7UQB7VD7xdegpPYPC/GIM9cyUPr8+Gu gqDWH5sxlLXGaj+hlDqD0j9g2vv1goYaio08qiHMw2LUDAhAK1fzfgfLxSAteRusFxCG5JHu LMcxfKZpKYGBnLzhSgAFKD5YfFhUtQHaoueC4A7mdMEfSfTgZ6aW4DSBb8pMZ0KwVKR1AXfc 6wZqpcECtmn33lPT1I023fwx+BzXhanf/wAyKooxNSdcn+uEKqhrwg7t/WKUuJsBsdUXEINJ uB0e+H3gSQnWWcfoyOAf5Vtwl+SpQTvr/wAyJQPRb2GAcqDyXI9ZLJ1TQDlfvEuAy8AU88ZJ Kwjm2Pjk/OFpUUqgYfLgzqnDC9DzOPrAhO264qfowyklCkch51htOxgsBavBzvElCC7AS1/2 sIovU0hXw844QNqRdK8dc+8G3ajDYNPf1lqB4sab8c5BoamObvTvFi51Vta86/nKVanF5b3P 7wGSN7xRC8c5w0N6acYQ66ulxlhunn0c5XfsSOa3IfFxEx+GQftUpd5I0m/1kAJwGWMtPfvN CGUJ/Gdsdg3gidY/UT0aDR4yL7AYTpQIiYnkhlVWA0byhzNJ5GjlMgjoMZjpYsMMkxzKVUHW OH7srTiI4NDM5xwGE0T4cTk9LCsIA7W87y9beM4UomvDgkyhAeEAHObC3DeRF5a75ymprKWo AJpMogf0q0g5h+MXy7yEN/LjijxlIbIMSKAZ9eM6OklutURszgIOt8Mm8JyRWNWoIlqtl3kC bFJBOAbi/nCDCHpxilgQ+DEyMrBUiLhJ1xrCnSGsKIJ2UHEFWrxWsOvrIw4at2DvTX7cm9Co KIexw3owhBBh3t3lcs1WkrXCw36wRwIPCGjeXWbtspq73vNUCMnoAXmLv3gnwlg8BdB4x5qG IEotaaxXSoBK0maQceSDSLtgwricG9RMqJPOJm8pSRBhHx3mtuRSZQCyb9YMuQNAgM0irrAW 6IAERPIyov4McAJN0xNNPzwymoTxm0LznxpZSg/WcPkgOAVFYAfWP3rdFDpohCTWdOAHBGgY 4Zczpw4oWGOmoQ5VQINrx5wSYIXjRWHdbveULEOIigmMyx9lWnagguRvSoxCErgcb1kw2iZR ioSg78YLFHFaAUEF0fjPafqOrz3bdtxMmrS7x0PDrELmA5bAg5eM55DFxaVSPE84SXyWNioF MHBTudVYQbVwqcHHPFXbRu9Y/wDe7K0iOw71hXJhQ6qIFzTxGrWSraTAMgXwNKkM53lWwl5H wWxE4Rx2Vo8bygmOUChX4iogsMjELhRQho3d5xRaK2jyhIsMc6xuaAWI3Aw2q3A/QNvvJL8w x5Uy47h7dnKIFcbO/JG07bW83C5sHpVSH7wNAJXXwGG8v3BOrSd7JjAdh99oJj7wJqjQTRI6 Trxgf9jwrFXy7wNKy08ovOPYHzTE0sk6z3lX+kB594vPRjzspdb8YQt46I6R5/8AMlOrJ8ms /ltmqHX1jdW2SY8l3lX7Lh4UIRZ3HAHF+pVWYIRvR0mhNesXAjRp4pucYGro11NnPJhBOANY +OM+Hr53fn7+sAP3EFeTvjfrOYGgC/HHWC6cp48awecVDTd3HnGJYVUHRvg9cZA+WBoJITXr GeaAqvK95qbsz36vG8Dh0Jmz7/8AbkcShxQ9f+Yo0tCj7wFkGmgPAZRTYNTFarKy5U5PmYqG kE4sz7MHj68+sFolCLxq5IhoUJhvY03RZfWyYtN+8fsjId5vYYoeQG3HXOMYsGiDsRwDMiK3 XjFmzhC9nWAnWK6M6N5YbzT0ZW2/nA0euMKXesKZb4EyhPGDHm46c48jnCB3mwXAm3jOf9ZX njF6uXCWjscZ42dYk8DNgf294QvvBSGsqm8VwbMKIDiDxgt9Zfq6z0mCd8zG/WKLNp3joVuP I7zg5vznGbFwS8bxarMCAXrNGsaNTDTeRzlswdJphjfHXDDTDrkHZrPMbiQ8c40msp/8wTzc aSaMQlfvDTwGVDGfOKQdzFjxhDonxi68+cEPnAStuDxdYs6TxkeLfGFHUMvVzS6fvKgeLi4O 84ZhrH6mHMnxMHTBDy13guqfBhNdTKp494liawFC/LN5zPOdksdeMCgOsgR2eDDeBlLe/GDT pB484cNK8mdRNeM0gLOOeM7vJhTkD0dZ7CcUdYANt8Gc6H7MSA7xhBEveMeDMXgvXjEEpPeL U4b51nK8a+sTql6f5wyv4uVDt8uGpjpee9f+5UC6Or/OCads5mQ8s3xT/bxk0559c/8AuAJd t3juSTODW19AX4MqMGNUbs9rrDkwb+XrgQjvyYhCI96lLqs11kn6VKQIVR/vg/qIk1OAaG2n m4ii2cY2Mdu8Nuvw4nRgYM3jEyIb7xfLi0C6wi3GfFypTjCTnnDwawEBOcXUyPRi3nUx5pxh te/WK1Jrxmvav4wJrWWHvK1eMdaLcGqeMAF4F3kb8YU7ddGKe2FviY9pvK+bnzXfWb4frC7c YlPebcdZHY7xWi9Yn/WOOt5wq/gMdOjO1FydriRtAxQk10Zyy6yDQvnFvLMNK95pdbzQKZXM +MiF7/jEYRve8VB85Rk4HeSQguhykmAPLiS6p1gLvCxBxPOFvxm0wg658Y0nOWkNbyzveUeX K7bc2usaeMPbDuyesbB47xab+cE6hiuppz4DK6awrBxc2hgNSYErip7ms2Nh8cmWu/MtxWsj 4esvovnCovODyye+MN8c+jJrtPOaa1X1hI1txOTK08eVwipnvjBbec200Z/efpdGA6W553gS zZzrWB0cuFANpGd4WzZ4madHHU6xCD6eshHa+ckd7mskB1TEKOnWqZxBvp58/jFGjs38Yooj TrvIrRdH4T/uTlWwEtXFFaJ0wb/OaJ0PzO/xh1HVEIrXLrIyJu0VYnJhgzjuVCkERd08mbS9 GrYY9eM5y6e8dDqZzvhfOSonPjE6GItOpgC3lHnERe3rHUrL4yTpuKXfOBTm4JxJchdayDo3 3ii4yKPebVmGkHX3mrQpmq6MABex1gEvN6x2HEcDlENXrBVZMTZTKW4kJz1gypovv1gpUzvx kZXrbnChcHt+sCZxfD6w3xl2gcOaE4x5epjYcQup9ZsevWWNZ0P8YO9LMkZcGq6M0F56wTU0 Yml5zgfWaNO/ZjE13iDrveGr34cAL6847mQfDk/Lnpz7yaW64wIejzgVd89GPhuZ2BcTLO1x oqoeM1N9cawVPOMdr5ySPWA79e8mi7+c0hdXAjRk4MEFmFk594flgQSUyR6rrNtdGQhPw5Gw aeDNwsuRCcHrFhCnbgicgJAwUdelyBOfjGs+xTGjbxMggT3miJvOAOfODs2/GBKN57wAIfbm vH6zTc9YGBEMaeB4ydqL4xhB+veNGxv6zUUnrxiaJb1M2hC+MNkk9dYjeT3H/ud3d6kzWIoc 4sBDaHL8ZA9XxecDZyB2XApglo+sKGOkjrWALGFIlH9YhDmISKf4XF5MuhyRl1s+M2veYWmL jk5MB0vfUQvLRxhr5RkOFcMXX5YIMZjQ3cgM7yNJv1jUGvUxd3vxhTx8Zrpm8S8bmaVkzSj3 hHjO7x6xQtw3XSOTWiub9axK+veakDLC3b7xqjWCQ6yxtXBqvfWb7xtPeCrbg4efEwMLu5v4 es/8WS6GsN+HNt2GLE6y1esWN1MUad92YOJN+sKcZjnk2zKRcJNH3ku8HgcZveDNj3c2P6x3 SaMt0n1lDj84o8q+suoZxQOLcE6xO/1g5HjzgqT3nCzEUk3jrww88YlePjLQQ1xlrxhoprjB SbC5UQ1jZvnNHdCYm9lc2VheM1jz3ivzkdd/nNbPnA31jyd4Pnh5MEVinOGoIPnODX1gzsh7 yLGjixXjA3xdYo3TfWKiuxxiw2O3hxjTbi9vYwuOMGf8xAYW6A31nID94jknrziCLAvEnrHk xDb5wDCCeDEPF+cUAvPhMPAtcWVNXRiHW9XRiShf4cUFNTjEQifWDAhrErUa9Z0zZ5OMVJwf 4xUHZxNYp0apximBgshH7/3eaKTmJyZO+V5OvrIBxZzcmkmk0XSZpS6MJ1kgbbH+cNbPylSB uPgFUJEcXVzS61j+cfHLlB1PLiOGeksqNCYl7aYTER2NMoWt5YNhfH1XFykCNTh3acZQ3hEP KjZ7zf6KKhWCqneMiCcQNMeNYGTIvTWq1ALq63lmxo4wqqwMAGh+3woqfZiDjYqhB0D3z6wB NS5QAWyN0jHBieW/MoRSu04uM0desit/nKPlxfvDSJ2S74uNlfm0gg2WF9mR88yD2TTCJu4u FBPsF6R8ZBQsjyoWqbhvEm7cDmzo3z6wFqMNggEcJRR6bj2cBaJYa7zwEEb0ATlGzrA4Bhie ATlPYmJbVADJaBbLMV0E4gyIbEDqocMwWnEoFHJBbqmTFasGwDth80VSC7Eijw5EyJ7cuO0N oV54HEfn6EmNNm9dbxHLAn5m2dKR5OHAvlFV1uCut9pisLBIczU5E+nxj9xuh+RQ4LXgfDiB eoOslVsH61jPSvWEETUHPKTHm6aXJTiLqnes03z8vjDSBy+TAUmji4zgbXFFDTqCXV42/C7j lNkNspp9ALeJhCs1OoQq81PxZTNgoAMZwO0e0Bh6gt5BK9gfBwUeKBqVtdn1zd5VDjIqBQVN J4GKUg2VWFF1NXV3w499JYjSiyWicOJsy3WQJGqlOqZVAok2SFVGG9z7gMBJVexW0F8pkEQz 3ZwdviapjGSOUihsYiIl5MdCtZ84QdkeIuxFKniZx01gAa8cabbZ5ymkhBlyvcGNNrJP+mPe MIodTRPObUgAkWN0HUu2ectMFQo6Cou462wpUzSsFqUOyJxPOS0MgBrf5NeSnTcUvexEiCnm Nq2PrF8azGFiD7TA/LlpkgAaK7iQ91g81SU+wimiletecq6ZUGVgtV3lta32TdsPHmPxh2+3 LdBdAbvI94C6LpbJC9G/APeKonx5ogbKUfOCB5DrurTWhWbHrEixYUBfDU9cc4wVPW3aECsR y7ehaIAhJsVS852pz9oK1DmG2S7yBfQI1qiBkXvWOaku8I3FicMIFmga6bghxigi3ThoOesU /AQA3UFs6cBIy8yJ7gTftyJNFlN5DsDVTjGVEXYYc1oCIUJ9CrlospYQoEFZkXURnBjHEZJ0 oIwWe71MJPgMU7QA6l3gx8nDArpxXrEaUSIKVe5hxmE5FoIKceP1iJ7WR9DrfH/ctCkoKwpH zhEyIDFL0TXGA2wUhSgK4Go4XGb4cXK1aDdKVN51xMjl4ockDzkMR1wjE8vHWLT1R7U0uF00 l1cU47w7dQzB7BgixTDI+Xi9TA3nerwXzgnaxCfYYI7T2dmsIIc7N4/kco28urrBIeGPoywd wcPODeP/ANYmAYGKTgJrHQQyGW1hoxCvRlRfHjGozKX35w9r95oC/VoCk+MI/wCeUFKGhsmt fGTMHZsEYOFSvdb3kNVjUzX7u35RQ1y8+s3LyCstoqjL4cQos8ADbQqCP94T1KFgbVWBCa/O T3AYthZVr2eAwSOq4Jb14OQMs9hBCUJ/OvGETLzY3dMZIG7xlJy/PYHoHgLt3nB412FT2HbG 9YMA+lINlbjTsF4MGFyWPvxhXsXIbwGxEMWll0EQiqbWtJOMq7PzwJAtgOc0fIDcGS8937cb rTkopFLcCXkvOOi3WE3QSZfLsnN79v1wczAlMt3VCCfHjBk8sPtRx74HjxlyvHhFPnLk3JVj eFCjhJG8QXvvrvH1YMzEbQaAfi942fa5ECDQWmGjeCZdd8mU9QbaDQ0InVrePtRUyOQ1Qcec 13JK8juPz+mLCX1UIGTYuHrebxEEiErBeFoznVKqtvRdPnH7duCQPUlZzd4YQBXcJN99YX/U m45pQj7xcsWled/JWcx1ggI2TjOEM6IofAWvrIARWjQFot6PkmL+XWaJCsSrvC2ukowAqgCg uvFyZBTidJMAFhqcYjWnAmQ5aQ50kJlf1pIB14HUhzs9Pzny4ms1oavCnWc3RwFVL3gm7scx 1ViWt9+pIN+u8kPmnYuw5RvwOVPF/h+sph88rTUxoWGzLqfbSAhi6PI1DOdA7KIUBHYHOwcH JpwdJFjaD5RwBVmpSBRECGre3eaeS6gTHQvkV1j2anQbYGnAiNYUAxEDJXSgsN08Yz5oBBVA dHUfF7y3GvB73kinI15MkUrqXd2R/Ij3h0/ImjpvSGIVato7lEj22l3myKVKBMbDbGj1oM5b 9YjCidp5QZQDlUJCm50liy7s+sfMxtRIal8v6wE1jDFHBtZPeKSidF1rX0XnNzeUiphCqp+p 3jQpCs+Rp0fs4LK6ynIY08mWZqkfOZxQ7C8XGL0eiInDwzBkL6KkIdt0J47ytLTkDSh5is4x zUVqVcEmy/1gFqbhksw0nd5xzpyFKqr4FlHrN9r6kd4jIQ384SZnANRy5Y3ox7Dbbdn5DnIx Yz0AR9p5xyuALXBEAc2OMHHerkFb0WwutZeZSKCfWBbvDZa3vevg7NdXAWE5Ga5/9xtcw4Xd roUNYFoWjLd0098YN759NCjZxy+c0frGK7P4ZdHLzEg/jL+k4rL04+PWaPhvRt8k0cecd0Kg Cyq8ayGXg0SPJBxzJYUQjG+T94brAWaxX3gTvpSQcIUKIvbCcYFea6+TOXswhF8IE1XXMM1k fdsDHjCaB9E1CHGJcxZOM9pcOBDYyw40c8jMuHWxv3i8iPzgPHjjrNhqImnyOKDcCV25oKKj 9f8A0/WKaL/wrf5zm/OPluJHx6yEp3nZNbtymy3jCF61nhtcEQJKK8PEXyY9zhjtYCFE7wE0 QT3AxTxc2D6re2mPIzwoqhjQN/yLOcF3UEQ2BhECR5qx/QRG8IdoeGcS9n4NORsPZhNaCod6 S46LOeJGumYuUXwgA8EQk4h4zUqXuu99MHncypo9CMpyQqL5fOITFLRYf+Ydwh8ZF42ZBNsx F7UZ5H+UxO73lsqrVXsh6wfFw7lmCIiKP51cYLIRdu6fvkDAumaPSAH941Zq5kF4Nf1nvyPo 8SVesYLiQ0o42US83FfYhTvxbw6TE8T3i6pJNEwrl9Scyi5SJqYh8ZVqMBtaP1gMyK2M1B2y 81fWNSPzdQFAkgkduWFErNR457YKfSB2JIqbkuENN7SMAhIbTTjaZ3UclFbtwEQLASVyhHkp vXODqTsA1YJIBEiDzhcpnIOGG1vR34wYwRPIpiG+yVe8qTJpNpVE/a95UgrUNCaQoQ7OAza4 vEewnQmdD8YkNpdRFeC0HQYyIburzgbllUMfxH9MTHrloWl6ofKesOmUzsSHUvyOCdpIKTP2 PrBbsaOQXoN4LfLHoBzwz84vVrTCdKKkUOFHOGYY5oI+UpPT4cdkNFoWjV6fPRcK5UBCNC/I G2cDzaYOY86fN4m0JRnBWxWBxkYAft0XYOEnhCZa+6Oct4GlnucswahO4uVWiPyqY4Q51wVN qISbHox8hIRuie0Ly6x0NAJi1RFTmNmbwG5WKn7omnId1aw7+FH8oc4A7ESCWNhOr/jjV16A +i7GjeSdZ47eHQHVLb71zrOUUaqHBwrq630YCuFunCDiKRlpX2fcm8v4gG01UbmkfnGmiTxA 1fm+eo8YZ3zvF1WLWHeCkWqC4wcevvI7XEBPxXB7MnOyDSeHVJ4HxmkwdTdtR0v3lUbgGIJ6 TRk3iG2i54lanh43hglMG61TTo/V5xqC1xxJHM4qYSf5A0bdljTiHnCVF1RTU+T0bym20U+2 uW379YQQL8ymxApeWvGIQHfqNwgj5dXu4g9TdiABfVZZvDqiZih7tCCee8AfhwgSomyecC9s HYJJtu98ce8EYeCEMUmib494q1IA7dbVW/GJijMShFugckaDdbyFrgpF1SpMXI7fLHdNbcBo BWzwN7cVn48buw64xS06kmTm+Z+cP5spCvdXi4EKgEdtaecA5HM1Gg3uZNvwRM7PHeD91Hae AbgHutnGmh195oyUGwKl24KB5YAWqroMQLUaaOKau/3nVDl8d6b439mEM3n5Ju7xA1uXawV1 q865xxtRBVXk0cmEJ60ZAp65ydIGtxuU/QPXGU2j5PrnDR1vnEMNJx9YyRqOW9YERdU+n/3E yNlSDNxOPPeAuMSOKUDw8zKKOHnE8nHnFMQOPtgA78YHPx4yS+a0IA43R28Zvr5q9grEnjG2 3BqKDWDtW7vWErNP81Ta3X4xOh9DpXBIU15yp91xRIbAi4lDFeXFLysvPnxhCdFQfKAigvwY JTJDFYvJ7yAPNPXjpbY5VzcirYR5ait5cmLGwngjA+s4JPVVrQ2wH0BiqoWKXeAli4MWXczQ O3jIVoxackNcOAS+ec1nkMEM9XnfX7y/Ro650jrnU7woMVIi2haIPkAy7NQihyLz+cQ1W0o7 C0rzlEFyE6wdw4+XDS5FTAlW8uJeUbjTR6iwnWsWlHeXbBUFs8hjxmsgJQVYG3NvcsJAoaBA mphO0KUEaAzRTvFyuspWEsOrc37gKAkqqtE3W4zo2OWBSUUpHfONxIJANxdOOBwBVgKRwABv nz3kbQnQpGQxnjjnB5YdRdEBjOZz3xh2IFaSwG3k9GMul4InvszvnLpiTGy1bWqvO3L3zfmu jhYpXy+cMxIoUlcLO/jEjlVaKhtVVrg+EcUVOmVE6WmpxMFBBOQiUGJycYFrwnqsKUKujzkP vyjLTBVU95VWrccRiCaUyjQNQto2F3jHtMwNUAVd3Hl4i+lWTyK23eF16CUcUi+8enEWdzAK zmdYu+34w1MTres9NE9qJCaOcXvbYmA0BYG/RjXlRLfeW2924S9qcg0fgeHWcIlobmAQZ5D2 kBCaTHjsmzxwxXGqqh1fMHHkSVjuvJbe82bM2K8xXNjkocr8ObSHZW3m+co9Otz9vrKVzMJq PYkTIAjQqg57xSIEoBvOsMNPtRzWIJSufTGHC2g8ozBdj3d4GBRyXTlE481zlO89rvB9meLl cPPvL01c4EIt+/nHuqHDgGjwXLSs1uvOGhWeq/73gI2PvrDcrbzXI5XFUoPXWPhXZz5wR4l8 95NL8VMo6AcRxwHHeRG0mt5bfCTEGn0PrJuYu6d4BwtbpbjvVa6fPjBxtE1NYAorNc9YG04N MxqFk0XHH2DzltmE44wQ6Z8OI0aG+eM5GvvvEt2vNyBRtJlKGPbNfvKkck5yHJzzxhKNbFbi RG4BPjHOnDb845EHKjMObk1QwEAhFAjw8ZBolVTYnJgsiFCVwl6wBb77cqn/ADLK8s29YOi6 cmeHFbrf3jSWZB535xFMWg95Q87y5zvIvG+8rqPOUaTB/wCcWjFH7yw/jB8mQLMt3w5Rw7x3 AfWIhOTBwtyRvEBtneHHid4e2sK5tyw239ZQ0Jl77cQcGnBGC3xO3vIgesdnvBnxgNC5o8sq 6dZRvF84RQcdYrIm8EPebKu+LjIzNn4yrc0+PX/54Roc2POD7OMJrWKog6wejloLvtwSa4wr pbcHzxgtL+M7WY0EN+sUv+5DXGD2+sDkkub2jQ6w4XBVlyL7fGFKBSW+MLdydYCO/wDuCLyv dzZwCPWCXmZ8D5zdzgF31gnKwXsj7zY9eLzgLiGBHYhkEe7mmSa5mKa2ubF4OExYaS8p5y0A cb55xh8nOjEDR65veI4J4MrsBnzJ5x5gCecTET95W7Dzl8c/eIRmv4wQXn1cVrt8GK1wLBzj qL+M7mB5MJksy0rh8Yl9zzhiM04cE8dqe828QrvEqSr2c5WcQ9ZSMNJJcKmLWp95GliX56yL VwC0A8cu+XGAYHvUHm0hxpNzuKGazQ7cGVkD4odopes0fBGGhJ0H6ZuF4wPy4zlwsV3HFWOX yXWSekzmYrVmnEu+vjHQzeHbrjE3jWc7uAu8Z/7ngtxJo0mOtq/OaWsBeIt5wVd8+Mm6/rFg OcNHnF2XWHHrAKmHl3vHTTfjADt1i6rvE3Uy6Lzh0X4yPn4zRejDRtcja8Yw3rKdG8tsxO7l oj+c4V5xcad4sJI+Lm004651i3ipguzjcyWpr3incPGCMeT+MuwmsvXWLXOjzjvj84g8Ey6S Yjp4ct7ygvXnCjbzlU794LfwxeFzQdfnBMyavWQJb7yCsTnrIHDcRPrvA7NODpqHvCnVynbR mm1PFwDXn1ip1E84HKacoQfjA1xj5k/GbAkuAJzr5xUfJhqX8Z2CGDZRmAFeNYnKw84xUVmb q67xb1o5RUu/eQBkqbclaYcaziOs210ScYw04KIb7HrCqLT1/vjFNvR0uQJs/wC9ZbpYZo3U vNyxPI8OOuyJyHl9YaJN+MTMR8Gdpjj7DeAlOG8rdtBHGV0ATLi8CrrWCotSm3GcL+BcI6XY v1/5l2PFuxH2PE8OcpCRpNHvWbEEAYNXga8eMbUSm7WD+81GKXz3YK146yBdcZosM6RAfOdQ 1jB8YpyMXXvC+HLp/wCYU5wjf84ENbwIEl95svOaWnvLGeuF8504IWW5RPG80OLun4w28aMY mnGa3cESf3m4HXn3kqlvzlD8YQRwY1swFXWQ/wDck1Pzj6xI6uUQ6wKvEMdHpzYjvHi8PjF2 Ye8hN7eaZ8jE4xktw8cPrNBcdhNTAnDeOxJsw3AHDpLhDYPGbNmTgdawZPB3mjfbmrUVwb7c 99eMqfHcyFnjeai4rp4xE+8FHkzlObkonrWMt8vjPR64yp4u9ZPevOBaPGFK+ec3GOXW25Eb T1hHuTOz+cuk4esHW9ZyAesIXp6csm7g2ap2ZpzZ5zZGm+saoXWO7aDAUvN04FHSr4uCI1eF wAUfrnA6G3nFdtfxg8tXvENZq7H4wQ53lT/1ivXLQ4jZ+8IVN3UM5BVepnas94GkT5PDm7zl O+fjOk6YRducNJuBwZQt1jfYenHyNDrGlOQ88ZxcaP6MdTBicdaB7Mg9a9Gj1miaOO8RJ1v4 5Cn+94lYILR7M10c0SilISK/WGXY74Kb58PWLekgTQGb2BhLDUhEEK6TfjE/rO8Qney93jG4 lrt3OrO5mzl9zKNc4tYu+ZiOt4XUzriY8eMh6093OfH04seJgcXjvN9bzSOKXbDEQ1TC9EXJ 3znNLPnEhyPrH7OI8zDb184i16yJvOHiuHBpPWWW7n4fGAfOIXATjnrNk6M0eX6wa/Pebuln eBYzvrAasuICnOIH+sU6Oc+S/OQL4yXwfHnNjfnEhjfMwKa5MgnnAC+MSN8es1tPnFU3qYr5 3h65zTxzhu6lxCV+8s+MdzWvGPGtYFb/ABgTvEjrRg3o6wW89YA11xrISXAh8XvPB+8Cd24G zx848eb5w0t4ZibhiLbPnGNXA34DEiBNd4Cue9cY8Lh0cZebd+sjoP5mHtpkFY684MBDXL5w XbJ5uQ24cdTlwF9BiiFJzwbw1w595AS9YwhWZF9GI8AY/Ocz1xgNubrJCOXre8Srz94nV+6Y wPFymPH1vFocb4wc7h71le1u5gQQnrE3HkzhrbgavhuaJz8mIU1rrCDfHesep02XCYSgKbzf jwc51gPDcUduu2ZwA/DTApqionOm/wAZyiTm+822Wgm3nWb0Ie8XaP56xYzeLEr8Y4aVHjxm 03HD7vYtg50G8bdcRTwKF7/GF4bcVZ8Io4ADJGdsisKgGM4kARvFhn3gh6EEHhACnvDJVAbc EkSbvjAu9bi4FDPvNbKwCuEiC5739k6Qb4c39ypckRRI69YF1NNPCeBfeJ09JLyDesoxJl6C a9jb4cLQxjYJQB3VDBNwK3KACiUTTm2mzN/zLV9BjTi6AKoER+eROTGq5r5pEDIVCsM1CTlg exi8rxkv1nWFKXTvAZsER0WqJ3ecNQLiLx85Rt0+cEFefOCS5taaxYZs3deMhNJibN16wbZz muXjEda16w53x5xrX+cTju+MHcx2o5qlr8YGrHCaVg8Os5iEwH5yTZv3iB94Lu520yFM2I5x mvnJ0HPONOOk/ZgnJLgQ575wjumGI1vnKCzI5vTrzhu+jAmI+DCHnXlxFxxi6aX3lUkj843t 1gBJ9uMp3hu8k7yQy7XhztTXgwCaXdN9/wCca2185sofGBQxfWAHX/MQsPh84ol65wEZ3nA8 uzBTyLkeFwpAMHVvTAkD+HEvOxyDYnvGLQ1ae8R8BkBYvG+sGUAd9S4uPExsvL74xUdfjEgU Rl2dZabLm0b1OsWAOfXWIqrrj4zgdveDdB6piiOydZFxEQP95wxl03q3O4hFn+94OppetcYu Rg+MEcbzRmpMGSXNXBSVnjCrMIuTVHTvC6Wa6GoQN3fiYlQA+Mj5ctkfzjrmfWarwGAHGKmE FXYAIihxZEEutuG728xy4uDxjdWCCeyCFR4eMFWmsCgc7HnyZGMCwkEhwTbq4ZGomrwBocav vI7dAS7D7OGGBgONnuVkAT1k2FhAY5U5l6vWN8VAIRUgEU5O8PGVSWkhylPC295t1Oq6hpbF MKfDOX/xst09/wDMllQM5wEKXeF2gBQuoREWewozNsrvrKEtEnrlzllJshBi1AsEKk1cY1Yf DH/zJFct5n9D94IrZh6ObDIBjhgyezHbkslmg6u2va5ysBdMpEJW3B7w4YUHIknsWOhlwJiE SApkrvg494YfDasSnS69Nxbz0IiLoJdUZzxjH7DejMG3wnAbyLuYkIYDYQd6blpyDUCApR0n PlM5EB/jDZvjCLR+sDf7xC7/AFkROjvBx/WBzb8YON5E1zmm03k2HeAjTIJLlA50ZTvDFumW hSYEPR5wXvb7w2aEfjODCL/OKam2bxaLc6LrOd2ZujszTjrC8ecjJQ95o5zkReHrvCR65zVL u+M2/f1gBdOUIHxjK3NsQ6OM+vvPU4w8OHNkfhiE0LlDjXd1iQRoYcN784A2k8uCF3syO9Xt OM5g3cHq+80XX1k3e5ihu+tYEpLuzDepJ1iFWv3lBDeV2lN6xY6PlyGznzhUa5sPKvjESchx 2018YrUebWYyM44x8287c5bvff5xRtRMQVpriJiodC/iYAfbvAXeveNkmpnE+CvGScFBo4eM cXJz/vnLSJoyA0XxMIKqdT/uNcMQT2I/3hnS0edXCrJcfSTNDk1X4yBYX3kZbtY5ykxN61cG j24RZKDVPLrRhR4sALZIpXdGSHeWYYO/wDa5o3F2NzyW9ZKXENwFwKp95VZFU7iHnyvWQkyn 8SiGHLQGeYEO3AkaHD4xrYVYlCBTYawuYZ5JQEYj4XK2iZKwUPkvtwf6Vloy5YF9YIcuTDAT qfCGJug1ODjhxU2F1r+hiGjV3MYRmATsvkMeUyMVSu0r6K4+8e2fYl3TT0fe8R5dYibh/WWE QpGmr464ZZUYctDCvSCCRNTIJrGjWixodW/z+Mfb3bEm9Jrz8YD68BrY9Aod7MNwF5pjRip3 TwXeMRjII7EdKQ0f2YJQRwEGFDb8GISXEBObDaHadYQ8FBDjxCO0YM7QsE07aRYEEx2ufHjK OOMS2u/WbmzXswIaduSO3OZc3Zmrz4cA9nFSBrzjPgJhtxvy5sXj4xTq6mFDfX3iF0ZI79Zt /rAk3DJ6hmgH/wCDtzXxkHjWauplaZgXTtiHjAF4YD1Z05CBu88YwdGai5vAMlvOaaO8EX09 ZAgT/uKesovrN+d51X7wXCe7mxJFwlw23+sPas3cKoPPAO8TrnRrAbE+cnHWAJ4eDCuU3G4g KH55uAPidOHo6wUP/HFU84pPjmYjRT3lN3Y5B0Ybztr25XiYtgM+cBe2Yl9evP8AplOlfGGv TX1m+r25FdvHTgAfq5Zpvt7wNrMWLOWbUJ/zIknWKLDaGn3/AOYMMGzJF0b8YtLb8/OVbIeX BjCi94aXh/g1gEAvUn5YmYBc0pr8Y+VmNg0u2l/WcyV2SMwNH84sOPtyDd6w5puPLlBvHWVD CCSJUMohcF6ZRArwHGaBAKaqQRBB5nWGOZipAKpFeeO8oAkIUpS6a4/eF41QIEIdH6wN28dl RO1O/OSRUFcdPKt1e/OWHOYBIGyCfjeF+e2PhE0gt41im53kYACpAC88YOES5mqXbyXjbgk5 Bb5SJ2Yq49mgwh4OMpg83GhU1q4msJT9uOI7V0yQI4t+cMQh0LJKrtPFfOGC72BezVG7gWfN CUaV8BsXoqqrVcurWPmxFqXQAr8ZZZW0ThNkfvLA3INuYaDfGVyYwyQUngka5fzgOh1kMaII PesBYRuFdCtQ23jEoEpakipmvJMmcH/PFArurgxP2lQEhBTVEf3ilUScOGJH2byU4NFWwADf Ot94FBZz/vxiKu8tR3XB3So5sUHePgYPSfeLeTU5x10c9GFeUxlkjmo65xR3rLGJ9426Txgl 4+8bxN5A74zSi75x+4dTGyTrmYI8b4x2CHD0/OK3cy3Qax7bQwS++rmho48YUaKmBMU8mJ0I 3jNA86/eCO93GRCj1nSpiqnOMDR6wMV8CYoI/wDzGQBXFdoPCnOACtChxcFQ/WOW7woSfUbc RKETzq4nRmgVwwc2gA+ZMhUg0TQ71jmOAj1jtKIzsTeAnxgR1J4cOTh+M2mmPOAn/mRBZ94R 3sxV558neIlnGSklvvAIF/cuQEFudx58GLJ5O3OYdvrHQd49vB3M5Hft5yJYhO8EdwXIbyUy 6d/eRnjzj0/jICv6xZxrJ0prmZWeWG7/ANwOSbbPxgLii/pndV05x9i8k5xKyx3gorrrnY/r GU41KBvJTd7xO8iqQneIERt7MQS47PZzltO8OuhHHTXWA9iSGX0gheQs4wyN+cchN57lzp8Q h+socysZzoXWOgSEIVAAs6yuxRwBiAJcFAoCPlZb/wBx3yhWLRogXVct4elG7nDrG3aOkOTo pTvIdI+En94rjmvRQERupjosEmk0RSlKc7MgBXnvziVr85MCq5QJk7ZLAnDzjl/cFSBSjs5M b668E8ERfVx9K5f+FarctdkEQCFpOk+OcE8msu5xwG3rfGPE0fHHIDPH3irSnX+3Cxo60mQ1 1vdbeKnBd/ZjwRZgLmJQMohZtoykB0zwjgtlJo0NUFiFxPuyCkfJoackc9NpeWFpQU+DrIhm CAmodGnp4fGPdjJ3TsAC7JI95Bv6YlBqApaOEB5ML9n9I8yrDSnZrHu/zuKIoAFmpNFma2Ag 8iQcB0EsN0VSota5wCWls6DaE072B8mL6Z3BKIrKAy942YRlCnI0qz4Bw5jAE3YCxiZFEU2Y YQNDYYcB5Y2Vz6HJWAEJVULML05HRlQCmy+ROnAzfUclUTgbQ04nKijgtLkAMUWdYbPnnKpf jBa6dA18swljl5rohdFHwmXpN5a/iNaYR7Gk2nMmEoDlIwKoFeV+cUJaNIfF+sWGgwSuBZL6 zZXLPdCKmPeSCw1NInImNwcMwd+nbHAG1fBhRP8Ai6FAXDGHPaJ57T7aMsDyPNrptI6mEgRU YNMAs9Ywp0gCxgIxxRSoVOAaV4dUhvkWol3nADgSiezKPInmrV1oX6fDkMe9ZSAegehfObT6 k6joErqeH4yd1Uid2WCDa6jeMVxCDLgeCCPFvBk/sRLZuhtFj75zhgnQJarOiIS63iOqaX7z jYrQLLSlXgB5xqwinj7XO964c04IxJBA0FQLzM2tZcDQFB5GecpOjTedGqwt/wCYBl+6kARq ATuYhhBgPbjsrv4wGwjd/wDMC3G+ZgKE5wqEhPcuJaz8ZdnDdXWXTwnA5Q/WseSaZlJDHgO8 4NPUxVefozsHxMaibPOJZ385F3/GK8g6whyW9uC1fUXNgtBfGISJ/WOiYPJ9zB6c/PGNb250 TZ74xR3swtnHjKiKWcenEkuPnPnG9PGGomuZ1cARu85QNTjCLvEp8z+8UhsN7vHnOB9b6wIb lQD2um07zt5S8Ng6DrO5u5Ea185s1JvOQ8OVcCJWmA2OK1renXn7w7HISBFJWCeM2auxasC8 hZktC0zdsvswedFX2CgIj56XFpqHOkkad9HvG3iumoQBRnnp3MajV1YVypzrO3J1FZA/oNgO vwxFe2K4V2Qn1GnObto7gqYhy13rAz6h4AmNGWSyPjCEhykwU+dKr26lwRxYqmKud4L423ld l8xxl1HwGFmiHnEJWo05rvdDfYBl4ejxhyVQUjWt+WrjWRmCA200qMPCeRio7mxC4jkLDeV0 FORbovNR6N5uhXW8HknbTvu4PY5VRhJaff1lUvz0mkOKJTolpQqCgc8ZFoocGzLwGGisQkfO EzpktFwOUUCzCu6HvGQjo5O2shjIAJ5GxVr85zUJSMW2tNv4BzhkitmSRhs59unjNDyIGksL A8SHJhy0pwQ6j1Q1uizBt9gH1q6Xo9YOuWhQVQUnVuRQwYCFi0VcoHrJUTG3YHZNNp5M1eid MCRttiXoFvmIPbgiUlZSYwQUdJp81w17d4UsAm1daU+ck7+8VxdxCJsLbrDLKh60glERmBWh M3gEA5MEnyyRN3wYszg2HS8YIEOZf494Rk5NPhzR0U6zmfJHkjkOB9caw4i8kEQK7UV7WWYb Uw/sc1UXEaAtAOO8U7mE7OTwyn5woNwNAhPENfGsSiNTCerRqSdGD/Gsn31QhN8nCmCxW72A NsAnjjZhE0GYRmb8isR4EQL5htMQ8EQIs4h33Ym6VwvIWg3QhEobq94fH2Amp06EYK9GDdqy olMQWdDi+8ldyzw4qVojWnnCZaTpBrQqbWd4hRd0xsJxAhtwRm0BB25zo2cl7wFBLKIMGa2r HxLhHoXmnrpoxACNJAKFahL1SJMGWDo6AFQcA6r5xJjqiehvGpPeT5wjyIf1le4YoTs10aEd HeJROJ0iH5bVySRagCgSjra/8CqC2wg1GqrW7OsLMhASiR3M8HFw20AVlgE3Xv3hceDs9/8A WNXldPO8WRues2d+sGv4R5uCk3rxgF8jvjIUfoyNHhxXu469POzBtjDsP9/pjyAj57xUZoec TWxPm/eKz+cQm0nkxO2p7ws3z1MpZFebcA5Vp6yV9/eaKsDEqavrFcc5QhT847EcVusrUDec AvzrEVdUxRuB8ev/AHGEmesso02ZzdW784UR28+sQAN67wNDu83eAFafzmjN2U9jkQLRORCf 3i6A2zdxWlmbnOBT35wCJp95RdzcxYgQBtcfQUySNAjsohN6M2ZCdQ1oCOLbwij8VD5CmacN 4FRXInl3jHh4NDwVzH1j0zTSgIQdVpdOusXCgYkEHsN86wnPaCB6OZr+c1Z5FPEk2RH25tiY gmu9ECZsrp/9GwADwZMKSCQTyF7eDLtEIBezxnOzcv4P3/GAPMMpSE84Q+hhPvjkgNArrK83 7Vb4KrH6MGXtvblqq3qLxXhh1emIfUnPBhYG1kNKbpxHDSb2RaPgVkO9OWStmqaC8Cg5o/IG quO4pD2I4ullnthJpZr2mEl/RUWK+3WXsleDL5ChwOAtiAUegX4fGLbVgioXfaj7yDOcYdq6 h+TAL5UqMS9BjmHFyV+0RX99CC+8KbT04xJHb50DnNU7EHobsnM5ytdiOgSBBLG7dacEUTP3 gbbbTqZq2rpCZDezR8YSfrbwd5Ks6CvJiPzTCzY5BXoBXRmsfU5HBYKndhVxdRxTfCgVYW3k 2GAHW20AaFalaCuEGZVbQFbGqxEbTAeNdIECxgRdb1kPT9IylUJeDIkASUB5BLw104TjqQgG IjEjPGXSsAmomagDICtYqBvjIMnaNnb2mGubcJPA5xpSBVQHYgVdxEneKFkdbZB0FDYL4KT8 SACmDY2NU9MUm9MSQIDsI9DvARSals+ANhNR6yAy6BFFviVOG5swuF3IeAQnswKn9kbkSlBm wae04PPyVIHoJVZvOYe7lAh2nc1G85M5V9RjwqoksTs2KB5ZJtTrbT5XJWMHKbI7wyvZ4yP5 LDhkzmIoI4TTIqYqqwwH23nKqPpuiO+Xny4wQygdUXYA7to4aFpHr0AlAB1tyQHJd5YFrDLu HWscZMNFToKavvEMhmRvDyQb1itWTy1dlfY5yptw4RaI0d2GCIvIzTOxlrfXOcsgpTVJRdyn GFXEbDRFAbNvO6k4ypipX1XSRCQ1O8u7qR2IAWWUu2GUzy+QvANoja/RkgHfEM0/f3i3rk4w SlbN4FKT7yI64x6A2v5wPCHOJHF5hnJvTE1gkIs74wXutyoj7dYlOdY6Jcps5tzt0fxi8XLp vfW8ook/GEs5ExasawY6d+XIKw47y7TSzGq2TOED7mIOy4oLLvx1jFtfsxBjw44iqLxzwY0f IjN5QbYhK7yBsFnGWrstNLxlqwng8YoBuLs3cZRNAhlCKcFGu8ARuh7YCPXXrHCETim6lpeL vFDE7O8qXOK9HfWMayvnA9My8gzI46Dpbp0NrzkFWA0BQBVmIBc0UQsA4Oq84ogYeAAKYkN3 oxyZNCcsORdmu51ioM7Ku3A7p/vA4ItOVhISqnZcEBB+72ByBHgmSNaqlYoAs0gvRgDO2YqU DbW24XWi0ZVAqz5c5sP4YIrQcll5MfwhqAEWCI8bHrCNOYYMqpAWgMVr/GWITeTunOWgwO2d WNYZlRusgONAx0phf4CiKKNHjOjHeVnIXLE4P4oADc0HWPD57sFDWMZesF8JV/B1DnxiroFA DQAIAIdYNXktBAK2He5vAF0d0jY0e8I9ehQgeA8GF825k0I7gCeMv0lvxlOTNWVAIeApgV0a 3m9wU23a9VXjjI1g6gPJQZlNiCykUJLmhewu2sEGMFUramTvbCc8Ykv4eXkF5wdfiLF8AzHM hAlGpLfGU7yg7v7x5q03jglp7N5Vhnb5w1rr2ay12ZCqVwIU63j7FebimiXGIsfGEaneKvg8 mTgUnVxRqrrQvGLkq/eTStjlxxugnwVCjwPHWS/68t2AJyu3HfeMYSgUCBV0GGxQzJFlnBzg ni3s6yM/5K5CFdBHIbr53iiTd94ZqaITzAyn0I/pVC57k9Y7E6l+m4FmzfvPWDkEgAvrHOo/ OAHs6OwBtfjLICKT4Vs5OcZkI3AqazTpmLFDXOLKzX1gWL847c66xLTxgxrvBqVx5yycmQoz TvNFnGJXt1TOGufMwAkhw4JX+MYAp9Z5pZkEA4zblMBA/nEdmvlxGsW94cjY+MWhOu8IXc85 VRustb1Mkjy994u98cYsNqt8YKl3iacM0XNiPfesFrtvyYcnvHaRcYJtvnOo6sw0Trm8mMQU TpuV8UuucCFrd73/ALrHg5sOOMCC0LNveQhpRfrAMBr/ABihmgqb7H+sSgfi5qQjbiWn4wQS 8nbit5I46+cAK95Afxi6cQtjkoS7NY1Dr/wCAjgVGww8L10Cgo1rA7Uhi5BGx9YrGMxBVQ4D CUoB1awXD4oSCzJFrU17MjwvsD95FgSpoUSA03qmOrY8MAURlTc7y9gmA8cNPszaznxOFOmu bHpy5UMBZBEF1fZgin8ZSUuULdOUhymEAsC1s2znvFgCRqGNgjp0n6cDPvaLUhB7ct3/ADfI iLDeLopZMOxCHmdj85BgrI0FiIxB9YztqcU0Q60b8YAmQEDwJqxj5RjS9PyB2IIUnDw61nxd 3I7rs4HxHNoTVonnhWWEZeGFIy9dwmrYHlwGQA2AwkrKQb4d4iYrGTAR3ZpLA4pHyUgI1Iaf aPeXgGYDVFQRtF1E3McEdMJVsB2Cm6LNm1UCdLVQCAR1RfWWN0F2KQ656wJkTTjmlF0sTnCd rMEIkGtFVlc71VH1pIEGlOXWLIpSm04S2JO5hMuJwxB7NgTsGUvblbbICgom/ZHN2rWHWaAo CPLjGhRSQN0DLzH84+EXEoyVVBXl++8fuaUl9C0mJfDw4AIoLQAQRvA3AslKp22Syi7e8Fmh WYIyi2JYbEoOqqxIW77JGlQhryfDAgGupm5zJcTRJAKzxnE1jLETW9Yru7mHYXub+nEIPOkV Q8Rt1k2MDUAid0STzhBRXkgKqvZc2OStSdIgJrHuTADkfFaU2Uabo4cS2kWFEqiMQY4zJakq 6FqtuggQMjjCI7QLdMDlPjGubJAi2aBZ99xwSFjytaRSkT0mEFPJtRkHPIzYe8FWiEbDaeW/ JvAxzcyXbIydXlQ7ySPGULUiIoBESaMduAsRkAm10sWXnFTBB0clBJ5y/wB4YRUDoc8PG8mK DQUZ16BVcQJo9SEltqubS5MxsIV4KQLQOWuo4Bz9HbvZUjrL00XPnj3iA9+857h9YBZGYSMh /WMp2/nAKHB4MF0cHODRsAecgJ57x0WN9Z3DKed4qp0qaplgYpXh/v7xT1v3iA3b6w43jnXe LdpP4ZJw78Ys651i1Q4fPWEm4km8gkujwZChdY0F2vBjIpT73liD5YYtb/OVpH/3NjlX+MB1 77M5DsyQmqZQTcJ884tJyp1tzcp62+MprDQQ3i6Yb5I7yIpXowozO7UxWOFHjWv+YIUr2pGb /jFTYAlgN7l61kcd6kLPZxlveP0wYraes5bhlg88+M1ltn3ihuI7oKUFNq/iYGTplAHkopXx gQ5h1hFdoSaTpgMq8cGF5AZbM6EBZIPS5BnweuCvUR9nvIfEUc6g+wdYPQoOYwNr3Z1ioeql yEoKtvEHjFyHsEKQNxo+MNUVcZrTVEL8CZpvmYo3vE4mjet43E72+xM3Wx1DqY/+H1GhUVdu byd+cJdcuGF3XjxjoWhRG0ScODJ3e1tfL/5mrV6aJFpyqTsFeLoEidoVwa085wqPOGaBUBV1 BjUsK0mZr5bxhfCdDh7qWtnnEcXYx9JXSgWc0O8v2ksD1ALX/wCTFzpjYlUJCnOprHTHQBxj sR7htEszg6+gFZNUBwd4i+LWwwFhQMrz6w4FYYMIuRMvnWdHCRL8csHhcdOppqBKqLzJm/7l LSLoNB3Jc35AWNPH5w6Udq8aAvA9c5WpYU4QpLsHyA842FF4BJCcXMBJfRdCHar4i5paaiWG I2Qj3L3iTxQEO2v8w5xylYBENDu7YSc47IuBwxD9Q5DHjEYKtDkhdOo6DrOKSZPGn/cITfkc gQ6Bu8BCmSPTl8amTUaVb7YgEa+jNpP6AhFsBtIclw9cKGnk1o77rd5UuY/GMOHy7BRHsuoz Qir0qoPhLwPqYGGmuw5gAKghwuBAIbQ33wjwzjD1JmaYlNsusawDp9IWqu65YbIuQlAiFVHm 4tKT0Ju0MeQJAmGJQJqll0CCcondx+TUwBLwVq/PfGDDQjQ0WxkZ89FMNkJv1QkdR4oA2uDR huZ6YJuSI2zCrVMGLQBacbjFX6InmCFp4bwEoAKVngJLUdOuzCgNHIC/KKRwBzbFApjTP1jT J+AIreUezzesVU/AL2b3bgaHX1gog8M/OKfqQATh5Kx95f8AWcpX4PaZvMjBFTmYDSXNNCBN 4G1xRg3+8EAQ/wCYJ77vjN0AA/WFVbTGeodXALt36yo1EdesdByl4OMD6XzjwfHWOxe/GKgV +8XUQvGPO4/zgJvT24u/XFxAHdOXrAL554xUBvzTIG+XrjOTX1lTqfOKry8HozQtDdtxboUv 7yI383HRKOaXw+3NInWRavOKG6+cj0xvOVcg6ZiYQReHv84Bgs5MB9In4wiFG7wQeHsDPXSk 5x2KoT8sTRQvXrAdaIxbYo6+8du/j5Mb2HPrHTZ1jqscoBnM095t06wNg+83PLKl0Jw4I2gx 8sqQcxGwOe95cLuTUKjW0/OJbLLj5M2HHXZkDHI7GoHGh9Y2rloBSwIGnFF1jkURQCKj3ER3 pxEK/IuDhp8FMKcTZME0beD4XGUFXsWvWBvYRK4egLs+DJys6egq1qpwlyu5Aqizgq5eV6Oi 9C9PWRV5uFN3iy876w7qcKFAeVhlrhVxxYRNJrFgBGiBsgXlLsPIMKCYVqmr4qhjFxINVn7H 12ecisDKxhvAi7lwDsFAVUF8oa84hsHgiYI6hEZ8bFR5vWWZKzxneplqiFQkVd+sOeZS6ZTq Ic83BhveJTbhs8+sZ/8A9sMkNeWGahkAJ8gAkXh34xSUfKB1vkD3reWLhQ6wqcWecVg25OQI RqLyALdYQ/BtZA6BPdwJfMksoajfZs6sthh1nSS6FmieGMVtNrYCLGiPHXJiuoHvhiW3lwFe st2wGiAF01hoXCSfBMNYEdIJIEbcZf2szBFjWPfrbrGIDFNU61HCfWePZ9GUa5DHsfYwHeAw +LNlGdfLGW6qAmgoMpL2ngupdCrAUjdCCSd3QawEAtoCMKFnxnQT5xcQVSggt36fjCeFHFmg 6g4OsFAjvvEKwfChsuzfOWfGbw+0Q9oQ9pMBG52cuEpsPZEw4fa4oLsHcnkbzT8soWgdEnl4 MCaCMCDFG85zbpwfpp3AuGmzSMvNzeWAoS78lU7lnWXy4/TorT0ZJZCoQCpSCPe3bkDEYNGp 6GDB0JGo8VFHgmdhCNOW5BaRJZrmmAqO0veLGg6iEnTvuG0jjvjuo4QDTUOXEFAIBODXRy/b ghZGLDUgRGnyBeDDfshKBK4BQ3o3rLOoRdOgakWtwmMKiB5QQ200w6tJbQGyFOnTh6BQ6CJy qyLrLLGhD2CdxdzyvnA2DB0oIHAGCDbzgdgXxhB2/OShowEAeezFxuQC7eJgkvCb0YUb+eMp JVv1lK7Ux3PGBHXf1hHzzrL0La9YnJOprEqUHzix8D3NOQUF+MC0S3hmNfK9cYvPn3jIc4um n/c4F1XvOQjsy1qU94EK8zvEbEDrCNXfmYNIxb5yVnHxiQy9jgFqa8XDQox6JkglskOeMitm wMLwIOt4RZ1+XvCNrfHlyq708HeIhVq+dYgKBSPsw1vC78f/AHCSIjEhHf3+c5GEMUQpjfAY nVMUBHBp4xSc3JRNzGYc4shI2XJWSiu8fvEGXSUAHziTL34IANLrH3hlFbB7MbtAEc3Qz6mK 0m0JyuJo1Nk3xsDboe3D1IE0B3igG18/GDipYbBiqGoybQvGIbhGGS4CgGx9ZR6BbANxcZML l5KqpvvrK4CdLSGmvWadZ8BcySlfK4inz1aXRQeNYrd3F6xcD7ytUz8ljGjvkxYb0G2oANu7 zia4xS/WzXyb95BSGxQMVHxjdYpR2gvAV0ecWxRAOJYeGpiXHqtuS4PNowFWFMKrDy4Iv/e1 zGI+JhFSQVkiDDMIwPdoQUwrx7yf/IHI8kM3eM3/APEviJxgFhpGfVcEeFS/CzHSxwqTCgbO KMBguUunEb3tihq/xkAuwmNbylynvTyTLhB6NZyrbHmyfDmzou9ZJbvjvBb5eW4axp6+P9ca BrjOEBrDCnkb53MhWJz84Ww7x5477qQ8j+XAO3maxBVvzlk/jDLkijjlisO3HiV6GgAn3irp 6wwC/G8QPAYZu70Nl5wrm4eXDRFwXW+94PIlvjGZnBTBSoAAVV6zafDlQeRHSbF5xb4J0SgO gFh3jNdZskQ85BbfRkYuHI5enBFSv6xQk2ejGPjdbxkvSJkJSC8N4HJ11URGaPe9prvC8REc 6vlbUhXrH/8AxaloLsQdzjBSUxk5AbdIj94ACKyBjV8+KQVqIdITQ4PEPdcKrYKWBZl/gDkH s0NPnEu4UoAIQqrNaMK56B6RjuFHncx7USigDwG+nqjnNDLFKCGb1xlsy2pna0ZfJ5yPFaA9 BvA5fNzU3M5UG0t5wJO/fLhr/eSCWMHfLe7jeRflyhfHrN8uzxhKbfxnE8++cPw7uWnjOVju 40VfnGwbJlltfWW3unOMiD4usM10j33mg7vRtP8AGCugbopx/v7wfZpVf97yUDEXV/jDzonn Ar215zXppu6/3eIRA2POv/MEU5fGMPqPK9Bz9ZHnoRd6KJvHXJgIxLt2JlDbw4oFzVtb7zZd Q5xVxj3qAd0fJTXObdOnWBHWngOVQD7cM3c6GKKycPIcYhilLNlgJjNPlRdpXRvaTeH+sMJQ TWVCllxdtyQnKI2b5+c0aU5CzVPRet3H4kCXcsdBWesJoqHH3qoO8bvBIosaiDVJw3eNKOO1 AOlQeUPeNwdXeKvAxEFcGvfYUABDz5xZyIxp48DZVGnGAAkgg5VQ51z3kHufiUHhG34wagIk BLqAMlgfOS4CCWQREQoL5cgFe4NcYuwlHY0x1MtJNMapyDyDN4m6HXZKYQBy5QnuBUScCBPV NJibpVfK6WvOV0dpm+E1NwtjQDdZr+6wcRABIhsjkMLc+aUvcyPLXOJs3DaKUOAb71hYBBc0 C0rsXcd7NsGBLyVuWFYJR8mKrHWCiMEK8dnODgI9dENqwMWZZkVnaJYTxy4LU6fOpAkBKvbl v2Vbf0qsaOkZzM38nD3jag3MkC1qEosENtHxkDXEEn8nAd57a8ZIU0ZzHeFBigUE3b4w/wCR DxkAWXzGucYCvU8oAECfID1Rfy5ipQdTZ7XCiSUm9AFgL6Mk24u9YV5YBgbIANOTvENCuhqs HatuUPjIAHcDNrLawi9Q3R58ZJIiruBs6N+LrLnBtzWJZLi+UNUoKxDgmoYpsbuOFRGpJ2kU A8Ji/bFygkkQa8zaYK/fCPqsjjaBIycvjH4lY1BBbwWgCc9YrTniWKMsg3trCtrk0waolzdp 1YuP3BXmoDdVEIOjxhw2uTWredq+frBPleFYeJq7DdwO8JuIH5x1knP+aAj5RQ3oI4CJqIuC i60SFVfG5oq5EI8BI5SR06M6QML9rbDWJqIZTLzyIYxyS54ScpjFAPV9ZUC2gto11dKbF8sG VGFIDMaScxrc4KT4ktxGdMcK4qcfRzSGwCnj/vhiv+O4BykBrLPbTklZhnNfrBEQG3339jwh x3j3lopRXPGeJewcB7pq6UPO09nh50BsAFQQjw7HvJOwLNES6AFLZC7Mkd1/5LWqvgM7ndkM sS2JHiDE0RxcBDhVt3PDuYjN0VRFJEl/nFqO63EU62T3zl9cUMrOIITRg27RiRL5fHDKnqtP of1giWTrWVUWaxX66MQG75VuLyvrHiNTDxw+MjUNeMId36zayYlTJc79GDtd39YLNOXrbrxj evzxkbEG94DkkfznhbsnXuZQahX6w2at1lGcEbxZ0emFzqEGPOACRRMaOzoel/7nCtYP5yCQ SRVn84KDkumgGtlv4xKIReMHeAVirW+8OMFI6wgYFbZUomG3nCUXlAujuvR0PWBSI+8f2XNG XBu8P/M2Fi2xJIQZA4i/OFeiMQGi2bbHP5pTG1pTAcrPqYxQnAh1100DFd5OQD5lpP7JgltZ OgIkxcMacspbnZORZTihh753ggtAnbDlyQNLj9bHYRxOUEHaC9YfZCom8h+cdsrI+GYh877w bJNs9DP4f98hYPv0xjZl3AD5PA0nRyDm4ETwWCrXb24tImTiQUF1KPh1l2G4/SE7lPjB/pg3 EuFCa664uO+iDG4wgF2ekDJf2gI/txU9PrLlEyA7LctOGg4uAP2tpC6E1t5msRx8Kg0NeODn rGCP1Hojzi5YyL3jVRwQTisSLpd4HnbKkfQbcTnziCTojCxGkXiq/wBYIMOE6Ja0rQcuMbKz 8ED/AFjA4rfm/wC85zk38X94Xocd9LIe06rkutQqFhB6Y6jduG8YgGHAkNefpMs9lAISo9BX M4mP5Ailko9iD9YzuLacaAoi8rpwQoWxxWrqQvoeKY5Azrz3CwYOOg6zwHJam7IWZDzHCgt8 7zsneE6HJ95K+1xao2QCgC+qHeAdiFASAKArU6xQvDbvH8zuNG0OBwx9gnlJatPXi3ABeGSJ AGweu2sHBwNcMgobSymtY0oC9JbgLl2R2qYQ1YDTwb359IneBQrm+d4csN0owcqbHxitRwhg HwYAuCFtoBZ143H8ZB4SCUWH9mM6VUug2OBsRT9IZcSnbqDlpgya6JKqgCDdTBQEeBB0JFLk VkcC1mrgUeUp08sCy0SlHQuqDF1t4xk4TWliXqjxcA8VG/f/AJxFo1tXzww8M5MC+X8LI/vY RQFW2AS9uHBxeYRNpTa2cHm4+vFSiQr0+shy+BaAQ7IOzAk6SlBdgt3OsTjMa29SdMlxd0nT tssGbLrVxlxkIKDl2by6wd5l80HIDY+ac5SH5or3w0KHxcg2ZiVUt2Buk8Jhys4A4NRR2L8T IBGqgCrhJpVYBw4JbH1eRBjNesm3FTHRE0O38YMsqqkLRR1OK46lBGgB0bLhEjrgwlpAIaCp B0N+cYnsCVJ2BHjA7bmUbVOG/wBZW6XwTEzeusai8HH/AJhJ2J7xa71d61iATQY6gprm5QHb +MaED8byuIvjFtEJjB5fZisnPrAbn5ya5fFMfRr58ZrwvxcG4/8Atki0gZPP/wBwLuWFuGlS La6nedi1/TD4GuD95oLD5w4DoYtfjDeJP+4ZzSkPL1iaHRKE0k/v9ZwqJY5n9AwjUmcB4Pdy w3xmw175yHOHfrLWUl0LSraifnCqimZkD0gggwXvEULrOEOUFVhm79GRQhIU0+ccUvaKAb0I 2apc0ho+YTpCKqaOe8o4H0WTAOBo8zNwP35s2BOmV6hVYAlrqvjApxP0SEhNA+084H2i2mRx tWsDVVhXpDsQ0nM5zS9Q2qhbYNfWAKx6hsSKmm7xF91niD+sEm2o4a7xGGmKlicfWFlpi9ZX ZtxqTNuQmAmOypsUxU6wKKyQr4mnQyYMsyBoy9DTe9+MIsAZVVp/4ZE54WWb7DGeaYym6rLP embdPyWejgToheDXjw+MY75ivVHdSj7zYnpcNZTpQr2nnNHiQMZQFH+OGWB5MAPKfTAjCFch Ugpadd6jAS2KNCoo0Q4nvCPZFVmDxwy+Y4tudAbUBbWKmucQBfBKsBbXg/vLVHzFMrRscduJ sIxBQk1eZIay+QHwrroyK7CmucH8Ge9Vvgh3b4ythdWQAR3QKWFmccU0hSfE0nZ8YrNNpCwb fI44wccAEWBUjQU6vnKa+0EHiCRHYR1iGaavLalm6vve8KwkMOigkJO7V3miOWDz6S4Du3jD ZHmBPQkDjz1ikafjKqW4i6GJS+MoDHZhABZt1XXLhIK+2KpzM3d6MRbZ2neFP/uGS4Ck1DWj gxAVZVNOl8uzu4x1yZ0hNTaPWnGLATa5WzYJVu6nDgB4azKHy35b3jD/ADiCqbSpU3LxiT+A N1bJAfSSmJHIQrzFT0/GGvuByIz5BA2cazYG1pSrMTQ/IOa4orFKRQqQ8YacEANqgUDRegzU Lx7BqF88sSRicRlYDejbgQ9ZLihdg1r3kxaUutUjuVny+cDrQghoD1uuvOKaUS/y/oYDdW6Q tEEyCEk1lX5SEGgjbY3qYwe2utPSublAJHzVMPrxy1Oiube7uI+Cwx1RSmWvCmJSlO3nDyIf rK5AvC6zhX+XHN0oNuJnOuBG6GxxXKx984czBorHaWmLE414xaNk4mBX184p6cNxkNL7zbsV /DIbTCTt1+MuuMXPfWChCbx1nb4MInnGQIg+946goxNJcC8kcSe73gLXc3kk0+MJdE+sYrrO XcV+s2shPnesO8OTl624QOidf7/azcY7j8dYOoh4yl5DtDCHCnjeMSl20vY/8/WMuKuv7/nI cERJX41n7yKDAZbFbaVSTeG4JuwxFXV+82vgMEKdYiJP1jLi/wCn66CRG7e+8A43HmnRGasc 2scFyhNE4QecPCfpMToKXjChyj267mDqz4zXx0t2Srzzj2jk6xTAqxtejBcfzEICiUUpvFFq FanDox31kWeTWuAhzy869ZzI4uOIbLO7feUn4GKLdw7obziAoroaACsN86wdhnYMgJs14ccj REhtVdre8U1q+sSsbhkkQC6bCD3iJlJCkoJLO8LDmhI/ZvG64bAtrDa3m4UDIOO9KcrQyJS8 64w+TcLHHxfNLVn3h4mawsMBfbvHSUO8WyHw5FG3N4cm6zy3CjQTjzhey7syMDyuD8IXISNT RiW03jdHOGS/RlmU+d44pb4DKVw5/E4xqZ8CinWInbOy4IbzFrwAbX1lyxF7PMBnvJuf3i0y BSmwqljzgYOWNbAApzs8PjERhORQCigqOsbHKSVeApEtNLsmAX3MumAqIREQHlxqi5nSoKE5 4eRwDh64mIibvvGmq4rq3A9mGSU2uM3uABpTDcOynP221cgjqCIGDzHjVVG+dUwbhE5Rg+Vf 3kZPwpTgAuwbTWEgC2ooNPIRKxHDcjPMxCI05cjg/JSbZ0Dz6OUwtcAN6zWun5yfOk0JVbQa NGuMEaIOPjLMWqFCgBKd6L2YBeGEnQ0MXp1vEvo6NIYzzxiAs5Y/hM80bRFiU25yJ6IJVI0u p+8J8tDbRDZi1oeXICd0od0kbZOneeILN4zsZWSD4cTXbxN56k7yM3855CnPrGXHHeFJW3vI Yya55zYka7x5p63ih9HjFzYQ684hwj4wgZioPR1jDpXeO++HGbo5I7v/AOG5xyZEQT6uUdp8 ZZNY1RNzHUiXlynOQbMae4rMI3ZLmEE6nkk9YiVIhrjNzevfNwiTd5XKB2PU1cIEpNFe8oXd TzmoyB0e/GHqk224JGjye24ECaBXsCpabxVakwXInSOsUvOGqDq4jbYmPDhU1nATSJVlXoO3 FxXBh5Q8zlnVyS9kb1igPPJGGjfeQRJSwryHgXmZcdOb6KC2Td4pkc3tNHmRENOaDjZkUVba z5LJrETwUndvjoW8TBVZSwFVRRlvOnky7TyyTYIWNFDpwUBvbmgF5C8fDlCvEHWQCAoJKQ9Z F/h31o0PEeO8JuVDXUHTKdXDxyVJXG6EgxQyCCzlH4y2JLMYkEbiJy1Hos/IB8FmgMcnhhkj NxEux2NMUo5ZaMg8thpRfGVmyXPKQcBL9e81wuZKBEcDaWNB1m9b06oUEEoFSpvDFbTdWGwQ Of13hxwIyEVkNmzR82Rl2XGINpEQwvWP18yGQOiHc+MXutZQCqAqiPfvFj+npAEFErHHF5wP qmbyjdQNZbfAAJTpQjagOnl06lMDQVxDXBd6jlTDIuiDrGTpB8yACBSw7cOIA4UJiSdzN+gj fshspATUOsPuB2WaGrsYsQUrg/jXiMqiwUvi+MgiYkIAEow3qFvxjW0rqYpPAdXi45Mi4udE QtY6K8GVwsCnZ0uhyW+8jDxIDBkstqxs5wsrxhdyJdqvO/JihIAUadiaXhOcAvYi+T/f5yYz vnxh6be/pY7hiSyPGCtwrQmaqJ9IHnNAAvQXAHzgHr8SAxxvdw/iP8rwd8APaZXDoI31wopN Hk3rKzgiPWVnrdERFbC2TnBgx056topJGUNxwWWufOV0xu+Wzd2rnCYxNKBB7fGRmRRkyOVo FV4MhXmux1A8mlDwGJNh9sNoiAPPzhmCcYIWpbYzVjreDjxwhIaiUgna8yZtHNzUXZ4aPNdY FTtgKtKsZJya7cBKuqUpEbAiwdu80MMCVvjQCgqM+MDEIDQgiJppNxxOfhyovx0/eIY1NCNa daKvXoZLF8xURDU1CdBia2FvyrHYMBw12rSFJoYT5Bm700xiF2FpUtUJjeg3Wc+ddRJ3ttOy +sFPZK+CRN0N64zZBbMbdKgp86eMIZd0AgdF4OjKVUN+culEvHnKF2OLctecEbcy4t2dYvQL r8YVzr6mSvUfrGHH4y0bi5tXZ84Jbw4W9z5xr4uROUzS12daw6DFCAjdTNQPOKdDkeecNzme 82VWGVtV9MmpsneQ6RDI5pTLDTy4QjXGKPzKa5ZhUMZSu7j2MGNmG1CGJuyEnz674xPI63cV BMD4wqNq9XKC6/mM4JsDvv5wDWtUO6XNwSCISP3WJ74Aqaq4HgHxmld4Ghv6yUT+smYpOOPf UnQ77wj7N0SVCQWw5Zi3UfyNOnWprA9ptthLBHS85t+bHgwkEJhwTLCzScuhvIJslx/TvBgj C+lraPvJAwqpBB9PDyxGEbRkBeSI3gYyy2ARbScXvI6pBFxDTUQa85Gr07dsXfS8J1jLt1YO mmEgOhm8dCaNed8aFWC+omEjrXrE54Y4o+UJiNSGqwcTn40bXgR6A4VAYi0hBLXXfbgefQ/M JAk8XuYR4r/lEbCD0Hzm6Vn1oLZXCOHjpTTs4E0ohqlTHPKVbDAVEp1jNcoVSksLwePbiX0P WkOFoAhzMGG6RXJk1PmaxnZZhBRABdajwW8YdwikpncTBDpsw70OBh2ln31x3iZ0OoEVgMN6 ee8nQUJxKHWh8Gb2MT5fYLt7xjwS38gv6wxMU7CLzdwMLYxIqlsE8+cLR5SRaL8F4rlx/C60 qyCUPOHC6vIj3H6DzjcgPDVeBz/IAbjj/wBcCiw65AbV+2J4XjAyiOi6sxGejwsGC8G2rN4M rapDE2u22eKcZwtyNLF0LAwacX+T7yd15+cmXXeK6Q0vtMV6mIAS4NGj06w1TvKajBppJYCq vBzl6QKFCmgIobLkLVzWNTSAler7wO8wTh3kGGpBOpyxJ6cKMwI8TiIMbKBM3p0RQBGdCk5V d5UEqF8G3BoWQQ6yF6+Dr+lrXYYJl68AJE3qXVh5wPytugMzYqkI5AYzUIRBQEF3vNBGgCEJ ErQjdswK+Cm4ztQWeLziKCrOlu7xQ8WeMElTZa23T3kthxj/AIEIQApNBsOXlTXnMUALwIa0 p8c73/R3IQJ0/bWG9o0QW1uhw1HY4WtJVRxQCqT4KPFwkZHTioMPatXWGCtHCiCVR4LvZXFT Bm44dFNqaO/OmlExa3kcoT2iYvY0tD4Ekant7x/MYtrKEUdnKDqpg/ju0QVQ0q5ZQjesU3hH bk83eKKcBMVNxwvLddOQqGtc5P8A24O3q4qpMTbDfjGg2Sbyt1fzmwKfRiThHeRRi4ouq+ce 1YG5zltJrycYLVzjnUwIuwecTkXyzY2TOkTWiZEDtMAoOz1gI7OFXLsP1heYAXJIKgk+cdK2 aGc44NbS+bc5LrvbliW3ziItA4JsjeHnEOQJzc5HkGB63htoYd8Ym/FS8Yl8mIv/AKJg/ghQ JgjrRkG2y8udWz1gb6+ciN7xM7oyrtvxk6zm8RAJdk7Q6xUDvVya+Mv/AKpo4gpEb8ZMRoSF aIWjQ9OsMtb+mFG6UAPTnWP1La1GFhNgadtrjsDVAgQaEXA5rUdieh4CCLN+MQaaDACDyDrr eGX+wwrA8o6vRlSppQ1CyNT9c6zrZYguANA41zwY91idSFNEfJMHtQMAQM4SSZA7njeKPGAd RXBRtevnEZKipiLk0mnjCkkaaiaLImk8ZyIkLtVoufNiXdx2RHEkKaTt8c4RVyhoqV8QJ7x0 BTEtoN2kXvY05bpZKE8eATy5JlY3fgVULSGvbi7tqPoxAwAYaD5ysy0WTJABmnkOe60/MAug vCOufWbGZFK1ENCF3DeE5VRBGNpPzZh7gn0zQSm2G/TmlrC1fhFRSF0P1hNKqY4IzQUOybxI 0mqe+ojRuwJN4RO7Y7CCHabmp7x5mmsxDaIfGDGkMSAaaeFyXvNYgBNTqRAntbrAhKij4nXg 5ugZtAJ5YaKgA9ZEipozELZ85WGiG91O0e+A4xZoLQKwps4v6GMq54WBV2sVe1zgjwmUsXc0 eBZy5SloWG4ge13iD3nSqLSrcYivfXnEZQFIICuRFPvAQfIZAADgAH1iBveONg1CZapo3OYY 56Ze1gE3djeM5cMuJtIMyLGoVbUHEkAffLwoHGDSczTZO+cYx4pCNL6YWuIutaF8DjiYJ3QS uAJupkZyD9LGJ37wBx0AnMo+Qx2yF6q7W4wR2dmCuDSgD+MTSw6BdvlMI64e8QCJ0XRhhqr9 4JtV4cCKB84Ij+MQdl7eMUFs3y4zVV83rACWaEwKMrQX3szgOMyLaoD3g1Qmi4Z0iNHQFX4M 922P8AB94qSR51i6J7uMscbZXQYELZJwO+Gx9c4rGY8SUR/GUjKf1jS6+cGjo+s2Lzlo6vjN 0biJOudd5YWXFDnwYTc5yykjgROnG7Tf3gvBrvFpxPWcBrnnJOuW58unaYh4JkJvM/GHMsTx l20PObQ6xx4nWKBwQ07zR1uXf/MCYor1rNHr5Obo0le8ROeumYtfjw5RNrN+sehsmzW8qew/ T3lkTQoOIm/x/OLS0cItmgc3JVylKAE+B95pyhzjJo9YarcE1DK169YS6HALxcpMPAb9aZRS nSLdv5ueEuQADoC8Yb702MgE41heHexzcm2rv24ZUDTzZajPeT0MFVsAdY+IT4FTdr5uOkas 7ixXfvBVOQXvOhDH6INAly9q5OqQVHzFwuTUhL8DjJSqKvzicJHBumvjEa0fTvFo0PbvGaU+ 8GKXFcarjIwSDJq1fLjU2mg84ODGKcV75xiSgSv++8LgK+D9Za2cATAtDUTG1UMe8BsVPAHd w1C1EPQC9YaaYMk2BCTdHFncLkPAB2+MYFIKOPDAY+cJuJqwERkRHm5eSuki8LI3DU6kUEEI vFNe88hJfn3hmjQKrDSX1bp8Y+bQYTigwOzTOcAVETlGjo9I/GVaGOSYW+jqcGNh5txyNAkI x5OOHNEoksnEx8hrFfYDvGlzKtkp5w5NCJEA4ToO8lhLgAaNS8KEgtjyuuMWx9Yw2oVjEG4j rhyRDTiZJnUSp7jAbMWT8t4kuQL3eEw1UA4ziDHNQNfGch1WTjCM8yLw+M1ZQcjqYuqOxTnA wIqKjyHwYLhagCyxxvVcNWtQh2wKfGAq9T3hXiOAMEFhe3I/vWIYTHYeMZlWf+WChsPszlli iyi9guEdlmsv5etLN4SbpnIeDEHTYKgQC8pp3ty8PRawUlVeCr0YZ7L7MvgWQXiuTJ6vMqvK CadmzHgVbYgGyFjfGrj5uPpG2Codo3SyGPzmoG9G4bw1x24FyzviAHIiLrLsLRLcH4/7gig4 yFkiCAd/bDCTcYalPwQxNbyFeFwU6gCA0vrKpNOqhCGG1eeLm/twxYBWTX6wz5RQilcdnPnr J+0AAFWflbjDnng95vR49ZoXfc6xNm29vWQ1Mo7fjFqMPjOXPxcIt5+c1s4ma2v1hJxnfOt4 Omq9es3XvBDVOdVxWa0m95y69phXW7d4XvWc6lcU1/GaCY4V117wlrp+jXOQY/rgy27k4wrP GNEYjQ84lMiLNOUabs05Y3S7Sc/GIsKvTrNToEk64m817ct8z/Biw4ye0sNN1iKiZ70CsEdO pk6HOCUdTGkJlVxli8B7w6r+YVYGTawPkcdK3NGBt8gnvc4EcUkVQMGftO6HkbL60ucptaYR WxBQ+H5xtActimyyCh3EwRjzE5jzAvjCelSa5REoBkRPeCgWTXBpIBOnfWashQOAJa1V0SY9 6CQACCAS05o8YZqx7YaLzpJreCFADsMEmI8+uM2j7qg4lkGvnEkEMB4PWVqCfl7H4yU2oDAL YI6HjH06dMN2kYG25XkKEeQAaG6KHzjR4ojCogGpO24SgkAadgmyUmUzYZE3AryJvYdRwqaj guQlggntcGqLBKYGujXiGWg7tuOw1osJpvnaQ/gaUinHR1Fw6Y0aComtPVeJXnNzZgVBRdml JBKPWRswnAq6XSuJB85U04BmDggoLOizDF4Cmu+ODZCHngSOQaIGh002cecefIilt1IkEJON TDDaLRKj6yANgBQW8ELtA6w9uDCVKhaG1yztxIGlZo70UMvy0gOrejaFAvIY+LNegWUBDsM6 24R2kDDCxOu394T7yOmKMdivxXcxXW2S5g5IZ24i1AxK6bXfeOq34PWC6XWAOA/WV5FYYgvS frO5SH4wDClBytD9YJdBVgffxiu9FAwRVoNvKvjBA3FzfEPIF5fBte7Os0iBYQkKjsg+sjmj JQZFQml2KZTRSZ3NYAtczxIIFs8hm6RD4dIKaWRHwDh3WtNTNcg29uiw+5p0wQpxG+0OoOYp rVVq7ZJxHjvDc3gIkDWgA+3nGAiggpC+Wjxxln3cw6rwL0u8CAJLg/8AyKCY0aHTIVjyC8Yn MIJpqCjM1qWmTWD8u9aFuk+xJNoCelTH+SD7QE5HscIbCVBw5A2jh1bHSLSo2Aw6G7x47O2O Y68pxctZJppSA1rMMHi57s8Jogw4ZTeVO/dWm0psMIaxGgIQaqoGEFCXCTJhWz4A4becjc91 SYd8voRHEVMlcqAPAB8ZJjs+cqiDm3T85cO9Bk5HgSvs5xcB7Qko2rwOnngaUx5kyrVNBy4c QJp6IuCvHFvvGI0mAg0nscdcaCA/OVHHpTBaa84hkCd5GnvKLOjpwq2h5uAIrsODEq8GDCYD tbznvSe8FXeLQc5bouPXxhBd31ieXUxonydZwNT5w53rH6mYKz1RPo/7jBhYcX+MKw6Krxjc W+2QHgOW5rDk7kusBt18Ym3Fdf8AMewvDvjNPQhncMEpNop8OVCipciK/owTFVto6q4GG76w Ekb5yQ1nhuvOWrGmGQhNOxpiS3nCDdkoNLq2d5DJq2iKOg2sPi4JqOw8cYXnnw2oiIgQmCu5 RDYBoIG/PcJamARoQBCQtbDVw/HOpZJN1ida9Y1NVhahQ9f9x5ix1GBOZD/wGKOuZFCyJ2Lv vBtnH8LQ6QJ0njAQjUhDNpsdFpzwYxCAR+ZPedzD07i/57wltwHIcYwOqtfD/wByJhSL5H+1 j5Rk/wBQJLBFZjArj99g5eAkkMJXWyiCHhboOeTGcm/GJu6PvvE9v0MguwGoTt84H1LIQd3R WG3jTUUIJDjSPGACJAsipWx4CHzk1vQ2oLT1T5wlQDnW1ENFyISwBdCLsvOsAM6XivudjrN0 ZoyBmym14mK8DghuYC2vK+sjOzNKHVJNDxhlomQLSHlV+blOiJk6J2feKwJ8QDRqo95ufkVG 6jdpqZoaVhuFXY2T4zRo+OS07D4lPOQftdPyGaGrLdXLeZKsQjkq/G8KbKbsUIBVIOSCluah 8OlA8Gx2Tmmucj24ZKs0MIs4uCXC4JaiNjTnnoxNjNSquxVU0PGAoSmH3vk/z3k9AjReE0Yv 2xs8t8bB2EL3L3mgb5TKL84Jo99Lxae8WJnQEYLtS+FcYnMtJAxvcQAOMVV4qpXxjLBepnUg 8Bd8d6SMCW4U0LyFDg1MpKkJBO2+je33hK/E0YADqhemXXAuLUKaGRIDLtXnFhRAlOOdkI7r VdaT3lSEUO4as2xoQVtiQA+0obm1KeJlVhlJJA5EE8GdNEuHB3BFIWq7EY4qiSooUvQ7JeX3 BOKYXoaoQ9TXOKjYmcB5ZRZxmkMiEkRMtJwlMJqiMw8inTlIXnpN33yDY0Luiag2FC0ShTeG Y79wC15URtD1O8gYQHdIiUg3n0ZrUQMzyFbSo8MxqkRbPNKn/uAAKUMkIOQAV3rECFFkggBE cOmQa8t0An05YRTjYRECUKNN3eRmLcBHGia3GarjZpvtqo6asnGbAsDaI15dYu9qoquJuBVv GKcm5kEDWKOjnjWBUnW+cNzZdkxOB/nLuH4wsmvBnYFxc8uK5URnNSaxBdO8ZX+8fDh+cdJq mUgzrEHxvHbXGVV8d5sNUwboR95QXCpARDpd/wDmN3XrXvHDpoB9YAEJ/usZIPa5oTd4ecT5 hmiDvxvKLc6PZjClNC6kP7uFK8vMfOamCw8i4YBslNYnT5kZgRfxg2Tl84Qxclo8YeBH3mhw WPWC9sfZ+NrSfFXKqhkQ2+DtKddzHDY/CsgIoDV56yM6LDNCSdbbHfjB8GnaFWLUumk86DfU AE25Yr3NQHWKMgDBPbQiRju9YD5ietqLavgYLGAaoleKy8d4Ks7SgBKWlrmHN86EJwC6NF0e xiSBybWjkFCJ1vDyscJJYVDKAWBvC+s+Co1AVtDC5HePl5uDPQqenJ0PFvJijsTc84oViQ6Y TVSXrBByYJgkbRUadB4IeHzIKb64Bw4JHHCT56SpQSU35zaQerSDSA1UvTCreHoLk8ADXxk7 CRIki68/nOLPnjhIAg9gejFRGOC5psU7FppyuFO8dkY/XeMRdpaMkKhBqw50QTVluiJcSGVe S4Hh5fmmicP9XFuFiEYaK2poPAYWajW6Kod/zkcZCTC4NiSAb0a4wLc31GAlNhx4+cZARXwk FXbiawmHgBxJ19+XDMEaEkHCqCzerjWhErwwJUzpd94wptjnCbngTRJlZYDYhIAcOXjeEOTy FdesVknW3t3+D8ZxwE8QaHG4fjOLw16yC60HHg8ZCu26cxUUx3qGEzUowvjIN1jWntoeROMe +1Td9rtwkQ2OGIa82L+MfJvgRnxiZNORkzZHrMtTQlq7w2tL7RbaK0iEt9CC1E/YNRwDN5sX Zq5DtXxgtlhzvNB0xQJBFajEdld+8RUgfKDQ4SEnjEwbeg/vAyQAGIBVeAMINZAMsEJqOzvF LXWGHSDD6LXa8RXTlaAMRxk+MFT76ynQXOWougry4eXjRAF0EdnkzmI0+9Y3mWmV0gWk4HeH XM10xEQZE5BwPiIRrbRGis494wNQ849wpOMs7ONmUal9YEh35ZZ2lwNi6E00DqpjmCsKgGBS HD3ioEdUUDPxnPeAxlDmljq+H1m19QMsUU7nGOYWxZA8ugPeDQ5vPQAyUtS71jkSrW9UURHt 6wAMUPFwEe7viZT6CxaEFDvgTjBLs5EshODzOr4xEUe3iDVON7M0Fve3lpAl1MCWjyULReDo mDZcBKVaHNnvBH6JLNId1Q/OcOBYHjEZNY6489dYvtiwBzkDf/MoVD93ExA1eyZzLoMUuTjx lgaq4qdggx+cNnaOtc5Ep126yBQLw5IgZNA5t7JTj3gktYa4/vON6PDm5or8bx8HtD1qf1li BVHkwZp7JHk+Mfqitc5R51zlSJvEjvnJOn1gLP65wUt34x5CI7wq5DQOgLxj9aAtYDW3CiFE kLLPGDSTip/GIUnlEL95KOHzjbc6pM30vPLt2dp25TCD1coKBsxPZTl3xhW0J3c1jTzzdYia yITiZw1PnvAW1Qh+EN4/ZEQ2PebcvzlZdJh4qFTECFZhaUtj6TENqISqApUKb3kuntJXl8Ym 4qJxFmxvWPRK6ILUVLOwwT4XAVhpLzq41Mxeozhz6mGbt2maHK+znXOVh0TMsBoXlnrLAzKK qATSOkTkTOY+O6NIBF1bpg84bwJxLhBSkeeEwF6FSBdRVmyOJj/uKmQNsHRTfOCVyTBkEksm h1cf/wBnmyGpQN79I4lrr0EeaKI1/GNCRUVK8lNWGAscYGUekBR4u8c2rQYQVRRODJXQFtCi nYEvcxTUGmsBhlh0pQ84JFU+8HtfMPkTvGeXkwioBoCKKj5RcNx6YiG440d1xXEQppSISm56 ON1XIJxiuXONQcgoosPlho+b+e0lSiWPnNk2v6ydouMhSmjBcGkkO6tiS/I5PObo8na5E0b5 6wHREGIaKr0HiOaIQEAKrsRJswsBJesQnxa6Eg2UdzrFYCLIRA32Q7SNwTIHg5smmUoeIby3 3AytcOCKFQeNOM8qIcLm47XyEo4jrXcVE0CzzHFploqgWqhfmpiICvBwmRhRae3OKXlhF1Mi gH2dJ2ckpvF9jPlA06IF1OXBTnxYUEDJGNHHbjOjGTjFIBwKVXhqTvNyqhdSBLarrGyQLRaI KaH0uUJ45S5PVcXPJgIHV+DEuU+pDDIXwNushflehgKBq2TnFlYU3BhK02Hv0wDlmZG40QBo ZiWugTEOIqbwp7Zr5tmZiKNjp2cGrNxORlYGqphMY28loiK1KQkpvfOQC9Q8zUISbv7Dm1Xw bjEzl/3GO8krhsjOtZDaPLL3sp16YVY/k232tUtduJjGAiAHwgrz/WTtDmbyTl253J4y7PbG LOXfRp4y1TIuFHybDrie83jf1JwgWFW7ObxkRUQMEl7hxKTYFQHk5WHxlNvJmCx9X+cT7QUw g133l25/v/TCLbkKGMvFnvLrofeCRiOKUb1lcBM6Cvw4QdH1nBeeMEkziB/vjCiQWpqe94gL y9HGWUS9Q5yUcG/6yxOw4jxxktmHxjShIectyjxMsMKar6e8fQKST1hpLgtQSdiupz3g87Np imikI/eCLDXnKsH6zQckPHvFDH3lJ5PPeCYW02aibVHepkNWxsti6Vs6TDwJecJNgZAchX8Q BxI4VWJaGJSLumTpgNQF77cV4msRI5kuk70gO/8AgcEPexSUKIcKN1gn5EWF6NG7FvbikSR4 wodo795LgARi0rhGsi/QKMyYyRp6iNxlcZEGiHkVhtayV2TOUIKwcvRiK7fWCBd5EJRAZq5r S5FlNwb+c81rgkQCAq+jDzQDEgHDlKDwaaY1oJXWmNmwfObCWOAJ02TuG9O6uX/UOhIdxVaB 5PGMI1glkKAVNieGLmDPAFUNTZaBzhpF8nabmwhEFpxi7vBaxMsF5HgXGINEAQRtHa3iHWDQ vuhWrQJFKjUkuCwvq6OIiFAdXnEcD3QMkUt2+W5xieQn2kp0YWN05DYTAaziKVz5MgNzUCIB uiL5XjAXmwAN7chkCFbjNRDyd/GSUiVsyK8H7HN+Wu2E1Lp1vAsaLb6oV9pNeceK/toAhgbj 6Y7AxoizTU2E2nbj/sXrcFXdV4/HmdAyIIp5SL4UKbxlMro7l1XS2Bt3MhhxVHBstNqBTb4Q TYFD+By9jzkCNrYfOr/eMjab8Zo7I1QBsqgeZMLkaZKD2IB8YKm0luRKrSF+BtZHjrHZN4hA NQWEhpD1hW3ksLGLTQ7NfeRqf4iHB5nQ8TH+ZmBI6CxwmtZbWimsWaZOVCLtCUguU1aTDKVQ xd8lNQC9B2HLulcJmF3gOmopi+FvpjSpkuqEa+3OPJQrtHrkD1g6Tj2VQ2mo+/hwQtKY3ti8 IGNP3lDTM0RIa6gTlKhZ4wr7VQxoAYgsOI4Ph5n1BF5RAd64yWlSyZKVSZPxhEi2HcphIC3C 0qm5dxQnOX7ziQFQkNq+DzjAmKLm4XV2z6wMkh9LBXU78ZoNB4oLfS73Nbx6ArLuqLrNFum6 4Sau0rbRxY7LHWBVCmcoW0GOGtPeH7HaoOYsD+WJIVskgFOR5H+MJwsB2WECoke5veJfCbQf EJvyvGEpVTBGcgIo+y4N/kSRJRaV1N4Lz+XwAFvsv1hoo8agAJdCobmAMTZlLQDaTsdYdDP4 LsRHZfJxjCDKFDB37DHZMoE9pdjuZQfKhozuQi3v7wYRt0QI5BA1XcesfCEm0RTyvFa6/CPT M4n0Al119s0UYxE3NL357zg7KKTh8neK2bygm75wItXGvR6znY795QI68zIKb9OIGtGbFxVJ kbHHDzjoivn6/wDmLbVQTFbID5zi3jzi63nENAdfj/mMDoTxmo2ofGFFRCaTOENeOWGlGPZi JG+vgT91zhWGPNm/pwIx2YCw37yDvfOs51/OVB3uZQE/nJGcWhmGSyLPJ5mHlAIpDFvY/KOs eYH5xbsF0UoXPS3JhWIEJXKhE5sxZ4w5vdsr06Kc3XcWL+QAjPYyIAxTVKezxmvg+sT/AJim MDExFYcIvOBCaYW0plUInoes21pSAJ1Nv1lzsa0DDoWp1cNClU3Mh1617cbXrEJmnJeAiXrb BPvlODi/UfS4lczilsgBRJNMe85YVLEQa3Ec3K0rhrGkdaD6xNDw4AUGlD+GLxHZIsLmiEDv BCjFae5+GF09JG/5yI+5MqS752JHmkTyTGLNpWAku+m3FWc6ITA8aHuY+LxTWgb8D5+MjzBN Uv8AVVvhxjvbFSVeaeO+dOB70x0x2liEK6wJqZK5CaEY/Zlwh5QlB6Vx4wiZmScOqu2InWBH GaFmrwV/B7yFBPI0avmA/Zhr9EwcICU2VOsHUlCNFQeKKeHJh3aLRIdqDQemXL4TdJQK20iU 1MbEccAMqDxGynjFpOQgBeQeTa/OCyIyG+TakT7ryypDN4j0oOFeN+cbfE12WUCsdHvE1Xbf jG0vBG1qdgxTvK9687yTkHXRu44G5qPQlXNobMoPVZp314TAmuWHyHVzb6U3iigHYCwuCqOI Nkj8SLw4CA0rVFUKUgIA5T4Dyl+zMfeRiriIAAYsHnJyrtooTYrXtk2fA0CLiEd+Z4YjfSki gKQ2KHQmJJelogbBGl70z4u9RcAS2aVE3owKkZquUj5dG/xkxbCLWzpFAJ76w/gOxvBwUVix yaJDl3fgY8UDqVoJWo8cg4xeSELQTQOk49YZLh2CccHhfzjdsQSRuru7/jJliqcVdOhISxh5 ybSB55RUyg83CvVeOpgNI0UjyPWLo9FP5HCoyQSh9YuqIm0zZqeRjCg9Wp+cDinUi3NnSzuY KjHuAzvuffeaGxNZbHFtXXjEeUyhDX4y+9buLWIYUbfvNaXWf+fjNZ2Yr8S5J3N85puP/co+ cK4Z8YI8ScZfW/jWa1vKd1L1khveXesUjmZYulPzkuaOX8T+sbIN7tMSAqAO8QkH0d4ug/OE I8OP97xhBe9GWQT0u8rdjOLiPHNC+ln6xRpSZEvK4Abv4w05gU6oD1JvzgOPriY754wSx86y DRbiRhi882C9ArdJGBY9zOyWbKEoCjz3HFxZ3xRoOiLxrnWs7IczQ8pStB2b043YkYlMwIAA OFyy1z9ABR6GgvC+XNyTaCrwBXem7y8jIYyeUABJtesKS1cOshM1GjFaQ9xFDAlCnYPHVlBt k1ZVQfCrgH4CmQ2BrF1Ne8Ay0QvMAApC3mcExG56GneUX324jvDcuynrLo2DilXNDQBlGOxw SoB4yg8ux7VxSdSS5SsWpeYpw4OXrdvlAcDuvOVEA4K6nBkqkj+SEWS6IfMMRop6Y3y+rm89 kCQjw2rrESLO9IqFdKc9uBDyyHlEPjCB3ZBViOmq35cZK1G8jABZqvG5y4q5E4K5RlPOJFS0 Aqr2qq+8oKNUBXKHFYb9Y0y1V55gOseqR7xd2275wWvwQPCO33m1C4u+AZilaGzo1y5t4ivV +8FdCiT8XGX223tc0IbR/nEm8OI8ZswptjMSqqDlbM56t14mbCzfXeKpUFFbfjAKLrLwyIxx UDDN2jb4SAClHeOt7e/WTquITGTegvBjsagZvQbbDx2esDqu9G8SjfrJwGgndzswUryu795C cYOEwCtq8Hpx2DHIExH7MCkNecADTkHGUSpg6CfeO6MohADBFam5yY4gVOpgtJiE4QZZSVth 3ksbtpAgGhQfFOcl8pUY4hOdnOI3+UqAArVQxZkeYNahNAVV2+Mqq8mKIkFASwMKe2Mdu0+G JcInap2Fw8AM2rvTmuxnU24XnPTvJZDjVGjBwgrnM5NCFEKRN40+MQLIEkaduZhZxQXvNxnY h0WOs3jFCKYKEfADzj/oMQkgCqFo8IPWTthZ84psN/OVvLxgF1sxO+PWJvjb3jDPDiXfTi5D fneBNaxod/O8Kclx3DWEERcVLxgpwuGm8UzkQg4NJj5mDtDWe3CM8c5qxMl+sHg1i9d+sLvr 4wNZwT84Cmlrx8ZIDXEwg0Jw4hp5ZudY9DPeMIg7l1rBAFh24asLvWLwqX+csfUG/nUwTiD+ ecS2tiO9P/uME4iJvj/zKSt94srwZE3nfH3MvJ6xVzvCNWb1jbFL4u80DfwMejHg3kpWBFC/ GbGlJO/IOd+Pq9GlvrGhmiFnwgLlK1G1eKC5QNHUMWx0R44cCzY+EVWuArlyDYj7vP8A0xQt tkdY87aeM3QUvlKFZ7mKkNzvNtbxUBx4ykldgQWCNCmTx5xF1A+HTOMbkIWa4mT7YxJoqD7S O3RDlwCS/G0oHBSap5zcppDFLGthsPZ5xoq03XBCKqSaecHFF0rRQsFLvgPeGES0Baeto/ZD GAJx2twSVU86j4yvw0hGwVEdnCD3jZbTUTbRppCtX1vNkqZF2UJNKs6y/wCcgygAgKiAiPpx +OlfbE4Acu0XnDbsCKCdmgq2cHWQkObQECgqPHmBc2nDqP5aSR4fOUb/AIE0K0Bz5ccVC7uQ C6SFgl7xELKxkQIU14H4YPFCZRRdMSEvG8CnuRQqxt5g8DOtz5uIOh2GnQ8QxFJwyq1X1XQB jm1yHBI3AaaO2sQrNrZlmpq8g9ZqFjhxokXUKCbXJEDroSq6dD4uMrzUEIw8yh+Mkl8847Gq F0CDddTzvrNTpXJdDx5vZrvC0Za85EVcUljQBLbaoOHG7EJ6PpQfZMXmPr/0elDhScYm5jkB HY4rJw5QRKIoATvwYE3hIrVCxg2UnsCe3H0Km0L0JDzdEhxuKrUBVa8BzhJW0MWaLs1BKJpr 7GNMB4NBR0KOIwH6ItZEonILY6TY5BQFtSMIBq6R8kKd7cF1PCVJANijU47jjJ5iIFxCKoCk 11MD6wWI0gkDV301gQ+gYk+9AK0Hzgej+sILQgEa36cbNv1FEiOwKi+febQ5YyKBY70HC+Dj +a7IkAMkiDzt6uKUjrv768u2u8b1ndUqnhJWk47Tls4FyE9xucJfWOp+CrmDgbq7uk3SfnKy Fvelh+DNTRksmwuHVk7EVQ9WjJkZJ4rY5VvK6A28Yquj4xSXfPOTRuKyc4LLtOKYaTe+b3i4 cvBxlW7rizqhgHXedp3gpQBcSxrTcMFUm83vzh5j85tdmCm2Gcr3kI8YihujNg4rk7e+nBDT X1i/HnGqlf1mp6/jIGeZ+8LIEODrzgiJYcZVAQWYCF384IGhJhNItGqZCHrz3igiL8maqXbX GgYnOd7/AN+c478yYK6B6z1/vxhP82rTTSFXrx3nPqINnSe4auc7rfGLRukypyW+sFvM+MHe 294DzZ8FiR0OB94ii0u1gBUoJwjhPyt4yLHJmtDQHV+LesezCaBp5QjSG3zkNrbXK8h63s41 gKagdlPlaX15MZhlSZrZyi55GFqusEaVBTE38ZFlAQDSJvwF8J1ig0Spd4R1FzKBfeQf5GM7 +5el1zox3l9AbYHQY3zZlYe2mED0UdYAHiPNxosef/xF2tLNCR80xevXqgqtYH6MrjEUS0gv QDsPsc2V5PdXd+/E8Y+D4ECobHQq2TjD+FgNYUlFhEreXouDAUEpbfGDUaAAroKrTfZeMAuM MbbuR6uNsI/dZBAllaPN+iZQXECzl8Tw9nNGlSmR3LHZyc52DIBiOE1HyuCUQcAR0YMvy5zc IQVaRsYeY8uVyuh5IYXldy9ZFbOJabWiRkkfONcbSW+vBvIwF2hs3wT7mQYMG02r9GAQ7kvy n9Y4+52NsHUjQbYOs5103BI9hqb9GD2+mgkUvKx7hhlqF0eAm1/hnaTSURLgGE0rBh6BnBSe Q1gto7MQyYDRIC6pq6CGG0ieU4MTTUuNMmoO2visNLhq1QCBgFC/OEgBzA7rAiA+VkyqTxlo jTwS0LoK+DI6mOBdDwsTRvZ5wMtB4XWEO4s7wHIRUcIvGyEzIjUBaYIapjJlY7tOJYsYm4XD gCoBACrHOgNneMulDuvSoCxIaDvNdO5bhlAoIMI4F7rDKyn5Q+cXDwlAqHYadKecs1tisg0B uLH5POQVkG1Au6gmt0wut6zS76TYc23sV2In0C+7kqKKOEi3hIt6zeTUr+o5P0SaDEumLtV4 S6E9/eOgdFbGsK0b4GNNHdNu9aFhBmBobGJhnTjOtZzi/S3bnEvkzfMxSrIEklKfBdjAHm+r wRsa7Nd3GcUq0ji7SPYvqTQQm1HBykHMnpgCAieJy6JvbC6dkU4KUKomkyvWpgWCABs6NrcR q5bgXyTeQiWHrNJMX5yjQTvNNPGIKPfe8R9sq8/kyBOMR7U84xFAzR0VfBjEA3xMHumesEbn 1cEofnGSaoWHVwgPyznqkU+wcdHX5IAU+8OMqAxPgSMTGqzvrK1b3ow7OjWPJpPWKmaFMADQ eH++vrIW461mhDT4MkePyZKLu3/rCnODz4yoS/EyOONujvBmCcuZfWOkixg/71igOwVYr94k KoRfJJjMUyqCNn7xuXFlxQ337xBYaTNvE/nFZcIbOcCgDetu14A2r4yFgVsC6TtK7hLyy6// AKZALkd2gytVNEmxxBHUFkM6bpgC3kFU1uWhB2jxg2FAaA0FYAxVjW5MvUprCoHQjXlxGBJN OnAW6P6YtRxK2YKjnOW2EeeFGtEtT03WI3cAsG9WwahbqZam36wuh6Ra2xcU+nK1YBTjjHJC opv1l3X95ss1jta7hBDflwkA3gNkJPSO9+HIr8CFdsJECjkPTE3w+mChL4b/AO4Ng6hCxYdb UePGIBJoGzdfS+N9YfnABcJrxFv3m4TGsOsaQROkcCfNQiDD7JtNF6yeG8rteR41PvGQJtJe 750vtYGg0EVEIknI4HeIAI8hVKimusIXnY7KkF0VNMcIGuUAF49F91Mv8kEWSVGiMe/ziLm4 C6LYHs7rw1sGJxLQU2tXR9ZuELyIvEAip5MBYjKKUmbULOiYrfuXMUSk2tO8st40GPLXA8sU 1iZYvAE2PAhfUy4QWAIe+dEm5xjjAXFANml+j6xPE2x0FN2z79GLhDsopUNmc26MQlCKcy6b Cti3U41hkHLA4dgg6nHC+cmKNUoRAAALW+uMssQ6zfGXW6lPGAy+lvhyqtW8Xbw0wFaYYNod Xvzj53i1rKTbxjIwMhZGAEpi21bVjYBpJrLUULtpw6DgGrbcUwojQolhvjDZEfqEFPMechF4 JOrtNgjyPoxhxE1TQABUFfWBGCUpK2m6b4wlzUfd17x+pTaivec1aVB+Y7xDae8DKad460b2 xMCPAuTzkO8SR4pIPGnpwRtwNbdY01ph3jTDCqNwN4AXg1EoxDSd4y7RrvJOmCVGAb8wyBDG itLCNki3KNz85K4a5sBVXfnPBHbkSCFMhLG4+ApqvWRvRPYmHxLo31jMk728GeRXj3iO4rI6 x0cPNZ85b7sFN8AVwbHED2WhGrLhRCLcYIZtuJ04BFaipkGiFpgXAJYahKD8Yc1BLddttIU8 OPFvtUWZUene8fSeM5R0AZGlkh8BSLDXvWXNOemxUUHf05OYhMa3QQsOFOcNig41I60a9rBP 4AF3p4qz7ubPzB+1rSySecFKlvOac4Qh56zYPCfvNTXHvCCUX84AxAIGFuTnrAeG+cJX8nOL te+c4c0X4yxt7UcEomv4xppr2ZOVHh3rEOO5g7x3w2sE4TEGc5EJJTjG8pCG4Nx7vOJreciP 51mlO8da4MUY97w3BBpsCKOCnu5FuRUPGamnUKgRBiXn1mo6W5QFN3kw2uH5uKSJQCFpXmYm /wBD7LtNKJ38ZtB0oASVhCQO8bOY00i06dL2DOsdjiw0QoB2rUu3eHQldBEql1SHl51FFEXh iIV17ZMPFxdnb3vDx2L5EEhWC69uJ3KtLp2Cl37zQQcEOR851d+cJ/QDgeL8ZV6BzrdmgtdZ ZwYzPMHY3jBgwTVNu57yiG6uqVbeDBtaTTZrS9YSu4x9kxnXqSp8rzg9btIR4rkMgbEByQez VvLmqB7XKleQOsOot8HjLVuAVzSnVnmS6o/jFbnKLxB4x33MYHcQTEiWJCMUEUveKUdT1ujF OnQ9OKypwDLsEscoE8JpEXk61lNz0yAswhqoCUbsMpQDQPNJkcjyJnUQJAFCgurJZ5x10gS5 ygoR0N1mzDdeR7Eu9AOaz694ANFTZdkxTrvBjV3jJ5FKXQfONDvysNFptEex4pjeDFbvGdGv jE+tHOR9Q8ZpUTDVACsOvOLQ6c4rTO86BtwmaZRV4gr8ecJVNHEUAsEFPMy/ABIIvGhs94mU M7kKkyCV45cKHIosjdUAjQSbuKAlvWUETSwBVQNhz3le5A7pkNg1b3gsXaClEwSGRPeN8FOo 6KM2jY8JggCWgEflV184qsgM3s4gb1ZLhpcOzrDgAeRocZAJThVPiHaIEwY1Ym8ZcAA1eGvL JcsK+sHupl4WGnuR8zHK35nlQpFTUvWsHmIVVdMBrNVQ2Ocw1dwo1wLeJMHy6aJ6iIc4Z0am G9QOwwuqGINg5MWyQYB10qrDjjNHlIEQKpVC+XdxU3Os0KpUQiXnZqZDJWAJaA5CBJx9YIIc MktKAQP+sV1tJE0zXsHbc3Bd5fhCbB6UHXGWSWvgNBN+RblVb6vEWq2uKdbch4pKREgt2t/L cl6Ge0UD5g87xWX1YUIuxCgv5mL6QY7kDbkmDqkHalgdHvWcJ3x3FMctJDjNszS3FRvdSLbw Yes8DYCEHhklwaghK9VHbpU7xh3cC/Abi8r33gS0FEQXkgLzTLkjnipAVrrW8Qpe1UThzrxh o4b11gsi95ToaMdtTjhcUjvzi073uHs/rCojlZzZgRtF77v/ANx1Qdka3NiKJvZb1lFn2OKS Qj2Zvw6b1rEAnb4xTOV4/nBDsDhJcrQ46BNa4ziyA+tOcMpNIvFhnGaCJsYeYg4z5/vKxeet 4kDezHZe8N9794mLweqeAwnRdSXkdqdS4vIFEeR94O/x9U6mFghCmoHjtI42Mbqqm9ch185z a67HSRF153MKZ48wqzU6eL3l6DhBHei3K/GIfR4SJogqDeSYFbm8bgFzNr174xViwaw1ZhOa 5Ntgd6oj8K047MUC1OYXm6WVDAtnWIJ0g75MhoZSh/OB+pZMdkk29XjIkc3QwobzsbIY7AR6 Epqk1t4APPGUtxWlTX00feA4qf5BEFg16ROHmJIBrobFVOaKmOt0bBvQbrSkfZiSeWG0EEIj oSOcic8waRg0efnDR1NYVo006ut785Q0gQwiDhQ3GPGFeGBr1KA1dFuIgeKDLYi0KefWAFjs J3AWCQaFHrCGj3r31h2U4eMfkKbiLJVo13VywMCp6qdSiuy5wUQStUu9t28ObJzkQS+BW4Vg E8hPZCcpp94aCkU0gADnoMSE5gSpOblV6DHGHGE6U1HRBT0zc1xgC3VgCib0zjm2XhKDfBhp RXhCic0dQo3Y4VtakgbAW6IN3WRvHEYoVJZXlAyeYdCtmkpb/WPKLfVAVe3ebvlw9Q4qYBB4 bB5MbIUNxwqtMfQY+d4Bzr4MJg6/s0QRowiKMDPdkhRJSreOJ5CQ7GhURgvuK7MPgEzYpEG4 DgRxMDK1Ckg1pqdHHhyAZDwQA6PWMaLy639pt9wfePgRaGE8l3YxgQ1m2exB5KlI0Ty84RMp oQ+IFNHnOA97ksP6Z8ZXCAgz7HnY9k8YDMNoaIwhoEj/AJ+Mh0B/5yrTK7V4N8Qk8YbAhMxT TISs8v6xvAwu1vw8A6t5wM8FUAgK2F47xq38SRQOw3dauJ+BplCKF3r548ODZaRTLHoloHYQ 076wUgeTWUrrzOt4h8DUKiDzswKZGhQJtE2kOSXvEiePCYx7AjwsNi8mQBQ4VWvDkY6oNKc9 LTr484VOoCdRwC6YwibxqTEAbKxdm9kNYsokSFoxY0LSPF1g63BeQWwkDqNvi5S/YtmgCnQ+ 3WMd0wEqQmrTp4ylDLEA7SkOo6s5x1WWlh5+jJxMdSlAFBo6EQZ3JmylrUi7CfAzbkOQmKhK QimKmW/HSQXTdybxVxL0GBlKTjxpzeWagvKNJ8pXJY4mdBORi9/4yfptO8hHhmtZP6ua5E7C ZsUhDZWpm23Z+8idRggNVSs94HpPg5v80x6CLFPIGAkH1jU1oMVDwauU0UMakfRiMoMA9OKN 17vGSqSi0vev1M6C72RhBsJ1rjEFY673zlI/xytBEOMH+riRQnLE7QB2MKAAac43/wDMI4Mp JrWsKJevRYOwR585rQ1YcCH3vFTW/eFjR+PGV3u5dvBgsNfMzUI+CuMHS46uvz9QggVBNurl hqaQ5RrVu81q5wjEp2UxZv5EKEJLsVb34xBjB9AAch02nnK2GTEXKAAnyhlz5mEmze6bt84J nS2A5Vog2MS8Lg3YhWBFsikCtHWb9upQP35KToCZXKr76WTcEffxjSRJkqaUtAm9NOHCI1FH /H/d5Jx7fBihiIpd4FHkh8Y3CujoTr8YBIwCIhRorV4h7Yd5w6QZEDb4ecR4XGGipDYFhxlZ ikiCyHchVkSJYBUlSzrq4BWoBEqAoEbOF+c4Y+rTTejCi/ECJnV4cXzm9bqK+/8AYsntx/vZ w2qdyms2UpOJAi9kO8TYIOmaWq6P3OcYACb+IL5Exi5F6JxnXLIxiUBBNOlU9ZqE4nO1JlqC sIKiu5yEq4g2yNGPXMhZ5feFW9ikotaAVfW8tbFX5wOh04xkNvudciN1jAPdWxSOXgb53iiV SVDwRBsdOsMYAlUoQjduXAuJbFKxIIoQBRrxgpoCKhQlmwTxF8YJebY5ToATW1cCIG8C8Oym ILvV04JHWiI/N1rnesV4qnOXUh42L8ZiUb+MXXCIy+NDjsSjY0yVS33eBxpfR23EdNEnXd1u xXMJP05z0OC2yWzikrdHkfgyfn3LNLmkAN+esQdsQFWhprgg46PQC8sfMgHTxFxi1Dd1WQrA w8bJQgMEiQ15yAjFqzVUtdLPwYJELwYigoQJ7uHWbpjsiTbXHvK1+GVD5jVwJNUcw4L0PERb wPXqKi1BwpSukHnEABiaWgWJA1NYsboCyufOxzjSCLgcdlexmuoGj4NTS84yaHBODIxSWcw8 YwkMgNOlowZOQXeUnAdAIEOJpqauBOF2vSqyi3o54MgMAbAPAWgZR3N5fapiUdl1sMQ89JHO QXAHwh4EucPT1XLehx51vIyw+MHKAglQ+c2MOAZM2b3lwXA9QcwxU03NI++DAFHXIHK+vGcp TgUCDveLfm84KNvzinhSYopR6xbBN+Mbp4zQa+8aFtDOaWYqQ/N5xEi0xT5MpHnscLvzit11 go98YvylzqF9eco3WtGKYX3+LiDfmPOMDNjrlcsUGHOEI8fvBVpIbxQwVBRv9sF2bl36w5+O HGQHTrwxAgQb+BkttWL1x/5h7GGI0iv+cEk3s0xYuYPyxeDA7f8A5kUzX4wD4HP3WJrDF7AQ x50QPmlfGTbnuxBJA98J05yWjqQJhxOzzgls4oY+gN19YI2AoYo6bbD2/OS8fMAFcKpAbbxr IqgwE7h2M7pswlwY5rleuI3zOHAmlsgc8hzUvRK5r/uppAb374N/GdIhaELYiXk83ZSUXFiF wEpJ2HvJrd5PUpG9FJhdKWkU0GPPJjD2/GJUfPWPPcwNCC9bP4xEC3IxAILW1txIcAkjngKI groaw+M6lcChQEuu+uiMN2gBWDst54MYwsqQPCBblZdBIUKa1yfZdYY7I0OOawAH2Y+dz0Cn PQDwdSJyMwFKJ8iCJTfFxkncrzQCmmR8sl+nAAGgWj98jRXKwKijzJ94V79SSmAIIfS4FXZc uDgBGNpjiTvhCV+Hx/zL+eq+CHTDR6fLCZ2FFkJQYOw2bfABIK8ejKfZDB7CWrCvgxUPxeGc 7cRnUXFzsaH1hnGFYPMHL1u6ytEPntFFnkuIcw1KeYow41isDwQoQE4A1OMOOnTRxQlza5RX sbTW/wA5RtF0x52eTHwepCnVBWMwMK4AVKmhPeACk6I8b+MZh37zXi3xJFBTTEt55NOSWbDr eucAaPy0w0AenGi0zu49xPzhQcHuKC+iHxja/XIPM+ZivliDER1iKQDYg0x8YsCzKroqA81Q AcPc8EgAigRNi50Y3rAZy6EP4xMfHQtyP3Gu2EKw7SafVC20DvE/7LxlQpdjLWTvBUvADsWm YUkSODeG9ZUxOq47HzdAhsBsI6HvHx4VlgAGUoaveEDaJUcRK08Yc1IJeNBTet4N7jZgwgFr o1zrCxETZXURdOsotOosgHauUW0UAKtYG/IcYZGHd9QRCgnYuNKOoLbkvrbUxhEyARYETNp6 ybOQIgSVTw9zWEN6kvKPRB68mTrZbYEBlHiYTd0/zgRFXfWJb1m/T5zdpeMUdSTrBl6wXpON d4Cc/WLBmJDGyZVePe8Xd5xVwF4TUZi83A8NXtxH0vrDwztOp3zkQY0+OpiGg2cnn3iDCKGv GJE/Q34wior3lCmB5cUDd+81FpIWXX+XLBRDuuMQgu7kjbXozQ+yJ75L+s5pCoE4/wBvOGaG gLBJ/nEro2pHZs1xi2nPtyAyz3kAC35w3phrquLpAObQ0cEaEIXX7cYqI2YdAAGgA4MK/Frm jQfXPOV5VmCrA+8UWqpJpbVV3k5oK9jSl3sv1n1PxLkHXOIPtJV5GrXvF4IWK8oL+8YkDEvJ Yz4MFLYtv+/OTh9gWPzgroUMMKnfvIffGdMaYmvBjlMcI1cZQonDlHS13eclwravxUB+nrOp La5qhUK84rqx5OlAI+nIGMIqKAA2bPjJdtAoFhVQ24hK6kZi13dZT78yYIdSDpDhxabC0HgI Cw4MrInlR6Au73nHc6Q6R5JZ1pxJdNRLZFp262mPW4odYlU8niQtz6zVhMVyjvhxoiTEcqAh p0M4eMLqFtyYOADSvZkMYS9Acs6QJse0lIypFkXYGzrvBLcpBg8wvCdmDJ2sFykUmeQb3jFu Lx/dpLEo6fxhMNE1ENhEjvm8YfYYGJK1k79mNARaWD8ayiNIL75cDV6FcvReDEbyBR0nGVRG 5gAE6deMo+VcVHasFQPK1PV5XRWLI+MAFaJyD70lfrNLpywIUiHE+DBQomInoNxYcq4MEZYE VWZtLq7xrQ7MDoHCoStSy4dLja1bd9NtWw7Mh7NvxJTTk+hesmmKNNy1HQDZHeBxmQRX446d jR4zozC8YPymIFeCJF76MS8wyKL3wnlEhXwTWPodeiJC0QvbMV7mZkqhtUki96cFwlUcxc1c HoA8RFoHrGp+B0TQpSGc9HjIBAT7PyginmA3kh7QQuiC0tE4O7Br3EF4FwUVva3rLKNEiAmV sBvWMMjaPBsk2EXezjIP2EJKwU1Dx8GPiInFFCeJSDRrB2xqVhDlQhDe2ji6BwMX0GqR5XmY wZQEToORLCobGBCEFIsyQhstuEFP+E6JF5pFOW6mbM6HQjB8wfnOL34CQg3Ehi+/VzSdgccb PBe83IMW0Ua1sB1joZ4AkiKutmkpi1W4Gpu6KFJ5yyIjKcO8C+z44y7eIYnc17/3zjeNawnt hyDcdbXzkjz3gGu85a494FP49YibuNV/jBDd+N6xhxs84xnXIfeLtnOA7O/OLePx3ljxi3Bo 8Ye1HBOthmw4IacMXvQP/mWqZ84NLh7xEvfZyYvTiazyADPrBsaEeMq7o94CqGny3KbVbR4b fyYPLCE+TBZruoAoseh4MetBu3CbDgK46fGdnrxiJua85Aq5sZLHfjDq6AM2FPAWTGlwu4OA 4R1ixtOnNtmboNmgTfQoYFSEgUgAaEZw+stVbCNKTRCpxRxS9mfZATpq+WZtWTiEithQnzPG CYERBDXUEurfjAylx46QIhy27xv6asIAVumh4frJOQaWCGRGafnBxtrhQiKsR0JzgejdrHQ0 VFhhUqU9ZNl2+eMWxEC2PB94didxDONg0lDj5cSQC6FLSckLHgO8ZNkFCJqwMPGmQL1o3vAx iSeO8iEfIiiXXkTn4y7E9aWRioPKhy3nRlXuTrYjhB5dYdRWmWhB0dkeBcDwmh1gqtqPkTxi ydVAqqdCnyFfnLwyhKDAp0VB8VxXEG8ORGDsnW7jdRP7pNGuWHVPMwu7abMUFIR284P1BXsj NNAUNam8fYZfBSmzbNV29Ztbg/Kx71kkWTcLb3Qb9Yo4CSAx4CL+jFzrqNEUfZ8IBl/CchLB 1djWi/GUEQ+hZJE2A4he8tafnQV9b2dTLkSJW1pZRPG9XVxMnXZopdpNU3F1c3bpQZIeQBXe +QwtT0XyV2RZ7UO8HXFzZK3s4jpR1mgB2b3Rkq7u8fBcHxQTkltyea71KFDzP14wG/HVxjgy S0xXhJ/GCr1sGHU7dPjTj7IBrUBwf+4UtZglJ6A115wB4YpFvQKsVd5eVs0SR1K3QSBbMXGn X1ThyW004LsZcrCjjkRLp8mTAh8ggt6GP1hv2N/ikFqQSG1xS2jbAGgRpObiWYoHOiqipLBc E5anaYVS2jTuJorNI+Vy1gOOHQ/4IWr0YLwKjohdihwH7SEwcbdpt24JF0QQ15w3zbjs7sBQ WlFu+51dafTyICFLSd+eMNRgyOITyItTjI+8/wCDHkaIeTxltCq2M0CB7ODD9lDC4lxGOfTK ca86AhIgI6fbCfnQ2q9qjZVt273k5thHd3ORt62YTbgJi+GiBpu1ygnzEln1SpxwHeKDawYJ QKui8zHrI1GijbRgjf5xdPKotMOh5nmvbWOE5oEVWg5xzZjRjzHkysTSPauNANHnEeOvObf+ 4I9uss2riek34wI1GKsh/GWJOeFxj68YtAq9BvByYWpHmhxgRo59+Jp95+kvGSIuI0qag5XW j3itJHjPX7MA6d516xK7N83E3scsHa9cZS07cbwAIqNn9ZTI+qc5C0r5xoovvWOpZJ51ht0G uO8QB3F34/8AuA08ec3z6Pxk1EnY8Yot2Dw+P/cRAFr8zBhr2Mg2OGs/GbfhNeSJ1/nAVVUx DUPsxYtEx2tPnOQ9d/77xVBu/OSVMeognsxhxUwvamKgSJpgFOW4hU1+ct0WdOfYOpkRSpCO 4IiEJpHFQ6QVUNdwm8gw5jmIIoexNzkc431cJPymjFmCvCCmFFr825Algxsggp8d5ZrThDn0 LV1uMIlbH7dN4GN5txritVyxU4TIIPLLvwMgt/GF3u7ymYfn0H+cAMMb2wwgnyLEjVxVdhvR uawKhQp0RxE5OfsyMbL9rLOtp6xIgZqzQBtGeestxkEaCXPhOo8ZcUsC8C9iDvestJnUBiOa RJwuARYak2e2qt8ZQgKp3XJ6M+Ew1JKw/MrrgLOMdFmlABXTuR+8XtdspwC6TwdnjDtAoEIX o15yUd7Cru+BlnGUAMaDLpBg1Z/OMbNSlKUNmrL3m7IsRARpew5Jia2lpQpNTYt4MYROuHby 0iPyZEmwpjytWGC9dSGyxHlDVPnBhLMSaO1PkavrFz8WNCrB31wPmYXZCTuyNZwDyaIF5auy RlwqaIuNCKhRjtN8YaZW4SFoCFiODCYZbZWilN+cQ+w6VywyxaJr7SZesIcl8zoqfeMomzmm 5wWSqR0kp6M5Li7op4VNqbr5xZvVdBOTadXiYAHo07ACC18m+7hynxNdyV2rxkNWFflJtxrG IH3dLKFTbPGKwkX9aHmycAOsCVhQbtSkGMRwzj7dBA/EMbbmAc5Cj3nOLE4TVUEHq5qEPBCg BUWK6uX+ocYXctV7V5w27TQUbIcas/7nADQQflwFb77J8Ms2PIIcQN5Jr+cdttJHGW9uOpfr NZH4wkKuMQ9K5S2ggLtDWUI1VHp5ETekUc7Kt85BtX3gfCZVd45Dle8gFo5v6qwxFwwh0qgh KFRErxgHkcnDCbEmz78qbEvN1jhxzqV4dUdPGKpkLgFv0g23rrjj1/BgYkH7udnwVZzdY76z n8ILUfZtWvm4EHTgkaoiEswz3AdkBQi+eu8QCJR07lZr7ynMSQhuCm043vGtWjlCFyxB0944 XeMaq6jo9OcXDPEkFBoi74vxi4GjpoNAaLOm5e9TrU7NcOR6yndeZNE8PhMHxd4grWIvWuMd B49YkWb+c2W8bZ3jg8nAE7Qj+f8AuUoRvOEryxmEXe7/AMw6TQOm4vAHL/5kQDUrPvC7eJvF RO3mYbLz+pmyEjHc5HLMdODSEPXXP/bIqsRVdFtmvzgiPDNYNxfxi0db84BZq/jPJ/WRKj8Z qS6WHIISlWVu5j8I2OCtAt6Cc+nCICCCwAIZ3VOe+DCQiZUUg7JCIndxpSkMpKB3Cpsw5EzF +XZW3Z79Eh9I61uwYCcEfO8C37cOQ2cArNqTjaKhfXC7tXTDDtBgLqAVLHfDh/KSEoG0AEdK 3NIlmSjgkGLAsfOPUBaCYDCldc/WG4bI8WoE6h6wlXrJEMa12OkDMs6a7M4TycnjnI0r2Pl+ YfGI0gFbzBantXNiB5WgKXW3ziCbIGAfrTzgN6RjZtpJVrEFsmiwSFdk+3E8g++6Ie94tYAI 0r7KrfnCZviYgUAlgb+cghWiNUPHOFUgo6rzs84ga081qFdYdKqYtySyNztbBzT6y0GdL/Rc O/MgDji6w3RKrT3veBxSoN17mBBxQTxm9Q5C59ZRdObvZ84eXBEoOr4xxOSqPFQu83yaYi2T wHLB4wEmQQqqrE1blkHn1ecmh5u+XvRAtcGsAAcBESuqnLMiDf3lczT2PKgNoByuaVSjRULu 0ZdMxFRdbuJ4Du8lAWHcFzhQf5YS4dnE36wja3jQLI+MHcrvk6xg7Psxghb3m0AHpce0pxR3 lgFoGEW2SQ5xcWIeofCmD6uEToyAoBNnUNwiM0BlggBzMDRsT84lmdwhUqAD25KkvKRRbBBl ljhBiDLIrsYm28WOutD7STXH7Hkw9GxGPG0RS8wpsmEHAm+FqWWGAKecKk6CfRBDYYcyaw09 SriCXYAVqI1zmy5EbpbqFXCPWCIFnrGiiRLgQgk3WzkZiBSFFNjAau9d4n9oYRMaExB7AYBZ ktKddHE5hB+ATDTjhM+hGdFkcIyArJSoVGnLp+cQpXekxUFCBs6iKXvo+sTpoWanY0JB1Lce QFpRQ8cxZrxggLWkpJvYwcOes467ksvwILGWtJkKt2gUvSuO8EVgw0hAQexx9NUyAEFqVnZg KT1sNQRww4fjEmkDfaWjsDch4jssou7+2J2AHkmeF5VHVNOawl0o/E8mtYnuZG6aGqTT84JG joQoM0Hnd94/Mk9ZAly8XEuZRHoLiiV57w7HgA5Ebu64734yuy+AgApTrXlPh6glB5quKXRr ACpvKutOVJMYLc+8AjzvNxcyeP8Aaf3ih4brdvPWEVI7FwraVydvzga00yfxjqWpMUSC7yAX alde5itgXvrETp9+MBENvOavCUnhZ895U2OjDaxLokaROMGDk+dUWP3gaqb85G8bmDU7y8zI vWFg7wh5SsxRXRy24gBVOhwJFOw8MQSTZYvxcBOEFjypEwmfgGPKCzeLTWhqzUOSGrzmybVd P84unYRoMRgdmRzdmCcwTqtT84aR5/8ASxddgNRKELR4WzHLvTEGGxBI0+cQUXvACzAZEhWF WG/vAQyksoCNQlWX84CTGwV4A8+sphABRlFJzpOsMKBImKdItOTUXBUSdrYaXgLmiwcLErdo RKiOImJDwBEq4B4COsNqW12UgJyKs4HCbpK6oBgmiAiL4cvcpQqoLsbdkXnIsqb9jSGBHXLM JuSY27yG6O5Lm4JI0IYTcgGzgez1SfYYseOIOE7VW5TFGyb7B4cOeAClJtqj5CGB5JDki6Ku GiuuTjA/FNTmDHbRPi5q7WCioAtBZ0Y1VtKaMgkzcl1xjMF4sCFJbsHmeMVdkaCA01oGabOX AVGAFB/gB5i4noydUFmjk76mLPOjYgkLaTz04htEB4fSl24S5HeowiK7FBCxI72z3aai05ZO xxUcOA5DYA69EyQHh6yUfzpRHKVWsegMaVhTgkHrb7pBAXHnXf8AG6VKAONOQ/HFQER5SfVu W23tSN5UQxI785tbAJNivuYwG+czgbyTuZfYwEF1IoraL6xdNRhzQacNrpfJuOIEoA1UFbg+ cRjjamPHIop5+MKFQEGkLqAE8ZN1E9PUG9A3wYOKs0mk+QJdmsGqIWvni3TaamFsBAvBdZWR BuhUg9VGvRkWAVYh1kHTud4n12geBVvrK2BcCbK6OduGRu6Qeic7EuEz6n2Y5A4Hu4DmGabS GG6sOcU/gaKvH/OckTBPsL+seM9jEwsPEnTswFk4qHSLWgaHI+ncEEECFEUbBuZC/CASFV2L cbJzcS//ABgIqnYPxceIlyJqv6LwcCmfG6mw4OG/JMeVgVCBhgCxJzy3L3V0kAopyAcEmA1s BBtF1ZGLziJQYY92g6X5uVZJLtJHIDCnGGTJ2gs7AKj50+cKTB1IBFqaNu8Q1nQCKg0iPGvT eD4Ow08pDaZp3NXWPc/Upqka7iTfnvNjmytcuTfY9YHBpKtFAI15e84AROhpQ6uemi+st0oA mE4AxkN20/8AmJl2rqNvZ3M4sgQjfVb0ceMn/JoHlLL7xlLl0jxE4zWINEfIxbYAdlMRN24c EpvvHX4842uUfnFG2ILjl4Ude8hKKRbx6yIeseqpX5xUiosPjIk3xxO8VyDXjGbqyJ6xo2xp vx/j95opG+8CVfz3gXgqOXhuWKbo0YRAGwPo5xLM2naSgK+JrEQhtQFgvaEya048SmXhgh7x O7x1hvPWVRgfAnDsBRvcwz6dD7BHgl4b5whEOcBxE1V1WmxaFQmrjhNQCjkkd4+KY6q1QbmT QAfrHIvBJBI3rkPJOsls2IrDJwMCejGWtOrszH04dkQb7FXQATehwyia0kGkEVj15mURzIQo XbsT8GJo6WQIMTmadXOby825YbbmCpnGhQLhJlNAMC+eeMBQBz1YjesQm19ZpgvCeyLKlDtc Zr31qmrnW6GDT08M2LlVW3y4w9Hyqi8aBBpScuLV1QBsOwUs7w7eGXQTHARL3iYD70QRIQPC 83HW1ncqhAiOqcGTH3oyiDGwCXgOfvHHjgfh1aUdXWKpMCJ6/Lb17PWXC4YrlruSNvOasukF QOvl1DbApBiISQBNTrZ3jKQofYv9YzhsE6huPqzQrsN+s0y4igKFgramjFpQtBcG/g/DJ0KM ohZtdD9HGagg2QYXhjU84s6dEJNBctJ3cVA2SKm5ZVSc9XC3XOgSbFCcfeM2VISqD4JsGe2J ZkEAUoslixdGGyMYaZtJsR57w1ojvTiOi3xRl9YasU0Yb0dS6feKjvfGTHQgH07lQw8ec0xa ApgOSwvUc5WgY2zPaXQDvCvgrJWUC7kHWGPJA1w0J3my3gxlEEF7AF6LeVAd5fHMaQl3utKq XB+95EtEUdtnDjdx5smDsiEFgOAPvEOsbyFbNNRpw53OoNyosFLrwpjbao4B0FgxY9Q5yaiI wCCa2GjjeBA6EYq6ALE6RxJ37WzmdOh7ohzmkoxkDUAaHshhESKQgO/btOLlZEULEBvnlLvK +CVJvV2VPO+cKVQULRdE0gnwZW9BWgIpQpZ7cirFycxRE0a6h4xmV3lJ9ha9XAFFSkoV4dH4 xQv0xltGdaH6xguASlDT2zdqL+mHJPwC1HWr1lZYbZXCJs0E/nChfpeMvyJog5aRMhojdQ66 /nAXZrs4hQzk1j67TjewBkMTxsfDZ1KrhEUPkXJLAEQ2VcGBL0Ttm4cL4qZ53NHMiCLTpy/k h7QRlEq0/OBLeapShXTvjWE+mTz8vRigjGxcBojp1kLrHAxapdhEmFRCgSH/AHfF3zmkZYU1 Cux6tzuJNWI7yBDZze8H9Y4gYoKnZw7TLhGKA3vfOA9WUvnJEP3iimUPLrLw7TvWfRkGMfbj PN6W/r+sS5gIk3df+5vxAI7w8C1gq5ydBGrqYgSP+4KTpdauByeGnXfnDD9Bxm4ErNXHfLNF yCybIAMcgxH8jf8A0wNk3gaFpx7xBJZ85etPzjOeXrBnOIieTB8TGeQGleFPfQduAZCJlAcg FbuKfGOfwwg58BjGtDARynJ651hG+qKKgGmC+MImedASX2LLOLvH5edgkJ2upbs85GV1piwP Cu7xkrvsgGRCLyflmSvPQrik3YH5cdkKCILpvtMnVmRtyAlBgvYqfGAZ1Y1pUoJ995q+XhZI Z4wqR/KYIcYh0FF0AJnLty0kKG98CPp1aq6GN+THWUhGgYDh0XWzox9KyIo3BtcdPE7xkUTx CqKhqH5xSMIFK2iiudO59HQMFgoK1dvGveOmQ+bKjskNe/WO5HbijnakHvbvKyVZiAAkGIm+ nII5LE3EOa1fWbFJzLAXRuJ1je2yqtY86Z6+WJZc02JgTVNbwxzUc7YV2D7R+pgt2CaxV2o6 lpkszAgkqIi6GB1gfsxmwg0fTq87xYGgBRpKmBjPI4YKHLzNBpa/Csx0bZNBoqjtafNcVM4d gsI2+TwHjHKoDJQHYl4YKRVy2oWqXNjRBVwqO1hi1fOiyQhSmtTnF/xOBTNORYDvYYZWPMl2 ZuMeQRpfMcFXr3lZRqch7w77FafArowESnecJHK1etZPOcjs+M6KHS/rFiemFMKO9r84Nkzt pQbzwv5wxUmAHePZm9qrgMV57xZVN3r953VjoTom8LasTW8LHWgyPgusch3ar+cdC0PGM7p7 yzmIVL7MIGj65wKhzhTQwizQUJX4+TBSYUankoXBGuOrl9UBUxWioS0KGWxqlXWLDp8tZdKx o3KkX3kWERskh8U8t65zQBibIOTt1l8ywEHhRpDYmHTgBej6w5aHYjap4bai7dXBswhSjBsg 7Em5q5Rgzs0ZAH1oy+lBRooK6haOc46U3dSIOyHfveWV7rz2CijhN4P/ABGoAgCA81Te8rTJ IGzjixlN4+SCK12IwlezrA5i26KooVoMv1l3QAAtEKXU5+biKyqSgLFLXWxkeMcA+R2hETzp NzAFj/DFaRI6dbJkvslPk8KjxzgqiXlgSGa8OtZvP9UR5JZw9dZoUZ40tXjnnzk5DZCVHAbG /eKw8uNab+cdY7DKYR0XGut+c08aOsl7U940z9n5yE1al43krs+cci4L9YYE806yqfgx/GAJ uNLgDF3tlKhUeP8AfWE1Hy1/feIsNlnWM71QUwCs0sen/wBzYpAMMk9TGirjKur43esu+MdB eOgxBMWPF1zkjEMfEq7JA2OsIDG0CYoNHa4joRMFujab4/eMlqpEKghxF14zY3Tugb3IoXXW F0lLwBfCwcWLwiQ7Cwql5+DGX4xtKEdDGeQ5mGYT4Vwg2Gt4QYHDyF6jg1rWaKihZQYFgvPn DS9a3CMssUUs0ZW0p7B5PvEFvTKERws7yb4bgUIX3h50TxhcQxpESS8RkyMu91xXTG3YeC9Z B3gUIBxjrZtGpctOrajv5yClYLtYH9TDAGtkp4AOX1hJgCZTyCcc4ybUjkVihDy4+fbVnUAV 58Yd/IblxBFNO/WMAgN3B6QnPGFQEoICqUAe1yyFlUCwcAeUI+MVLInwsG1lTc1fGbwKaGEK NtjVxmIia6oAGyPHhzmRQ8BgQdVOd6yGwE6mddAzK5XgAVfBkYeICQdKpZ6Z5ylB385UGoHO 3OSWsCcIo2euveXGPCUtiDeA9ut3JMRFgNVdI/eLB5AjNiIngPKJmo+Qlummn6x7SRMQC9UX c6H5cYfGHmYEdYkGBavKfdQYFWAQKKpB37YWuyYQtchE72CR5UusiccTEaJaAZd4vWL8Copq HGSrTETeAOewx+AMHxhSZ2PXCKcndCvWCQU0iXFCAWnMeO7I/UONmUYW1DtvCDGHUIMFWnp5 wNjjjEczZuLzN+sCMki2kDe26M1JjwIWqFg4TACqV4ygk9MDRALQqdzGeIsB04LQRevUyUQ7 +OXn+DLA8homnZhOSq1IYFdW2n/corfX55qwk9vU1gyC84EkBF681tHE83AgSKZGI4N7ytaM ODySkb+scXHSht+hWzpCTKgrKhAB4bT1jpiA1X3iPbidSS8hiEzh7QJYkUqFJ3izX2wAQ7Ah spWM1g7oJblp7a29O8LsG4AVJmgCnrE4HDDTXhj5uFiADsiRzkbg1NgYAXfa9zFw8GZoF5Tg eY8Exn3VUVI4y0HeboqnyI3iUce8GUHHXyI1a5HBVURDy5u9EB1feJNJviQcENJw+sOGUiZA WleEfxhMmh4Ig0O+OMeVEGGGw2ajF2XxnQ2lstAFlRYvnDSpw6U8TT6ytVq2MAUpaZzggxi5 ao3yDDkf6STRK6C9QwjOS6aF0EPHOK3QiQkTBoNln5w+QgAkaFkR0TvHEn/gkQAQ34y6zmn8 Z5Hr3g6TWEJOT9ZsZyZJd01hQmyeM3ZOt3EW2s5HrCg4vWjHmUErMEeZiIoPzmzycK4y2oO/ WFNvV8fWSk7UPOMbSGEKA6jqP+/OLB7cQ94/UIvF6UMzrAjkdNF3nc7MDUmITTvEqqprDRvp ztB0Qnleg7XjEqV1h8o8B949Ujm9OFNgLecQdFXHbQcKOgnICx5mNBOv8ARRkHOsR6RuMjn0 bBrdI7wnaKJmtxgJH0wkqHySthZ685VuyeDYWtSOt+nA8tI12MCKzdXnWPHE9EA2AehvjjNb yHoXUIqLrziagN8ZsxObfXvK3UMKCd+cGiE7XLM8S23VJSfjGwt4pTZ3BC4HkEAQUAE0Crp4 Zq59bS2IBqcz4x4dDIVtrwAd6GSMsyE+EDXUsHW853WXfECyiOpfOAKTRDXbAdonUxUd7RjP kqt4dOcAVj4GkRZCboyZK/TOSAPDcnF3gsoyXabTYE0vXGU5Qs0xQTKHNcbfkeBYh2SF6+MN DVhojCni0G+m4Pu75XM6MGq4zahxGGEXs2fvCH5hCg0+RwPNQB3x31myQQRQajUl3DduD6C4 Q7V1CoeXFiawoQXtkG25oNPekQi/BX8cjpCPOchR1z8YjXJvs1YcCj4mEs+g1AGMHhN7wbXs soY8SNPBt1iiTkS0C3XgGmsJ56gHsTPJDe4YLLxa5AM6mTegaQEhwRj7x16VXOHiKy07668Y NBIQOjn739Y4JoqndOAt5wBUCCAHVmojLe/8GJybF2l+sKwzwVmVNZSwQeQLddfeK6l3mQXg jp009rZeCQazoFKjxWAT4UaaENNnRO8OMw0JewKD7MKJvoVTHXk5eUGCbKKYALBKOXK9Y0A1 K6Bg7jKqVtU4SzsuQj77y9KiQqrenHK1rD8jeA93OXEpBoaDruHlxqbwUqIkdMCXkxiAHaAk O4CzjeJJPGyqnghQurlDaUF1IUkPPkwdA6IHKN7h2fnOEXNRGeyLeh84Vc0Y1uy7BTyMHmQu 9raaFPHCJhoRsEWSBQ+WWnC9hXoE5PjGaLYNyKxIOmeTBGs7tnb7MuC5WokFBygN+s61eM5K pt8vnNsfjObCcf74xj2eLERc8ArwYh/REV5hdecIxtSQsNt483Qjh8z+8ArCCk/GETjyKYBU YnjADd7XF5XDtYbyneDCmz4xbtp7xGlpi93Hat+MYNh8GB3sM2nzxkqbjjGnDiisPLnazfWQ BqeWRwrT+s5d24lw313rDIE09nrFeOcHjeAGs3zjVDiM6TX9YBeHnjWbixwViuJ0Yebljgy3 IfWCyCcKTVGjPIyIpKDUAAB+M7a/jO9ceMRuprITkwRN31hEtVePRDHfjvNnQaTRdIdSCWAb x/Ygto0P0mBLoEYERGiesTTXbQOvK0hMrqO7Y92aBrpgYacB0VqU2N0x04nuD8rvYCvBb9Y+ ap7TCxApvjRjnL+ZC5uC/AHWIsESrUq+1MUFaVQiUPPP4w1wUB4EX8mF0iC9Bv6w8EmC31qY wspFySbLqeH/ABcgw7yl1XhCg+83x2RkUqs0Rqjt53TvGQSdl1pcY7dYIktXSvXExqu3A3NT wFpxs8YM6RkYXuvN/OJhIaFat5SvMhxjpmbDeWjfs+PWOwY3xlDsV44xghvdSB4CyfWRHKhd FcJRNI6wyobYdMHVHfaZut2EkqF0wv4xJQ3BSiDU2hN7uNraFRvhUb4TImD4Xs/BNuDyqNRl WwCEB3AuJdGYQ2wVXSy6O8QSGAsYb0J8uMOrWjTHeht143ghisc4Qu3Y+ONbbaUIW1vVuj6c Si5/eHIJWm0Q6MLpDFxQdbcPXvLd6gQQAcohazbm0FpQJFNKhPg+cYlqOGF9YITjG0BKEhKz COsVkHNpxhAbQOwS4pwp1fUcDh8+s2yDc5uESQTgaIAj4MXE4S6IL0jY7h4xuqraxI311lYo 695CbRbyuKTu+yO3lwmxOsVKRAEG7b1oycVWQAFa26bcAeSLKTRIQ1MfnGmh3DvRidXFIP8A gYsuShXkTK5hSezbm4zKyjPWrMT+FjJAIJtDF2oZMcjVd46fezhfv+l1iAgx86wMkfA9+cDW LvOUQd55pO5ibFXWl3MB6KutXEgy1DclJFRuyecOMlyPlYUdIhg3IFVKVDbPHeV1WxnopCCo Wd4RXhZBGliNI6MGmFJbuKIESX33k4TKtnBA7FQ8Dgjwq5SJ0myVxgmRsaKCAJHYeNaw5Aj0 RRjRN6w6VCUFQF7wNbsHRI1m+deMcarEHVZ3DwPBM14TntxMpE/rNpz+cq894b0fgOVw5wWb 8Yrx+sWaQxS+8inGs/H0eMGpP4y7BxsR58Yl2y1vJiKGvnHEdZd3VOfnEUJ41MlToNtYgoPn ziBkK8+MmE5fxhDvB3zMc4YPMKheC7MJAgfeRsE+HEDtvlWJ3oQC7NB/X6zRROd4cV35w2T9 4bN2Yhck31ZgHhL5xPp94ABnGITX5wtZ+8GiLCyAoU3LgDzHZ4vgWnkr0ZE33ihYCwWHfeE1 mJGAYSLLPrrGy5mqSQCNcNusDfAPto3ukbooeMU/YpeRFRpu8PnNQ5LAEGlEYQdmSBqURr6q J/GsTgPCG5p8lkxQQuRZBS+yfHfeabMIidSPA0JPdzmUpWqhDZc3wecoFwo82oIEucQ8+8BT W/eObNNzhrXAKUXk+ms6NkpgCicULDiw4w4pAfDEoALceZZhAoDu67VcGNeAMMgwagIVdJSZ a1GG0FuQ4HVecuDWwrCqpjjajjhoTsTYPOTMPge4Vd8zkvMkkRl6ul/+4EoEQYiarj+3J+hH yNAIEq8duTQUqFjQK7B34wJ0ttA0pMKtRzYJ5LAy7iFHsFjx2YhP6EPgd5S+bFK1B63hFVic /eAadxRXx+MQ04dtVwh2DscJiiBp6xncj5wmKHS5uh9pgFvRJu8ZoN0r9YuPpywHkKpgKjIo iAorKm585KaBq3DnLmmRVWh18ocuBX4Na4DEXHtDssea76zcQO1lRuC19ZQ3KilB6MPz9gKM nOcIl6cKiVdW4rqVn5yPsHa4nLUoQKHSsfnBWUSqhoCiL8XeDcKRnjUgLFvZrDVXKI1IxGF4 dhkH0Kkg29WxLKE5yJ+i0BACQlgzEEbH+MsfZwqSngK/GWy89oItIrTzHmONphqZLJJ8Lt1h 8jGIUTEJEGcs3WuI0oQYSNdTumFqFpKhFCm+GDgV3lDhtOxprfrGBkuzSBENTv4YhnokESIE IUo24ai4PiOjqcK+8b8DX0cgCC7bTw5LcflKkDIFgSPGF63AbqO4KcQjpjuprZgSl0gHlJwZ TH2YStWXlNYZRtZUddQEW+DJPKoDzBrZA6H3mpcrtEkmxCh9PjDogBaJQMIJx094xtTgVopO jYiUwOWMQWaQOTgSww3Zt2HKruNhMl3BxeKv/c2VpXvGi0J5x5Wc4HMJimhz5MES/nOGpe3B zar3ir3rHW384xY7nedXP8YnKY6N+shzy+8T/TATn6yjpuaOw+ccgm02lm8lJunXGFQRVvkv +/Gc70uN4l1fOQgUXX++cd75zlj73EFdJ9Uv4wQTry4Lr32msMbvZcOlInZy1/6YHgbab41i 1B2wKGPeKdQD62wFdHOPsB+cEf8AmLq3AiZ0c3DAcdIGiPnHDR0vP855SxZ3W83Gk7UPyF5y U2U3E8ZCUPAjf5w6oeVT16zavaY3ynpuvrCIr2CF94iO8Ax8nRMFslYa4WGY19ZX8CCuLfoY iKtSSbuMmI4hYHvEsJFcuRyDEFChYJYdmO7DMBqhJ0/jLU8ca2gQ7OXE+qApcijW4TpxVW+s WIAu9taRMuAvZhUrpk4HUcZPUAcX3BxG1vjzgNshpYZWHdF0j84guSpsFa9F0hRvrDKYnxEs sKAOW5yyzn0TWlDXDrCkxVShR3Cij0iYQ8Yg3ZARbbGhziC3jmgg4pN9FxNpgvCazs5YVE7z SawYlEUQlRIxMPjaMejLcIoXU3cBgZ6iDdrv9gneI85gUUCzkN1lMWJIKwIKfbNY6kFghaEW kOrZ2AlFhSgENNg4fk0AUDxHEFFI/eOA/taQCRdgGSbxfS8xgsBs1R1EeLiKqRCVxG6exMeA pk8GddKJsPox4ocRpemInw8Jm+uizTAnznlQ+cJLlEyh068nowRcXvX1OwJDtFxCdl4wm7VO BaxiAWcvxyekPo2XuHOQLQaNLmAhvrIazZm76fmXAjkrw0IEpp8LhOFDmMwumm9lvOHgWETG 1tVm/qYb3pbur4ilTjesM5HaNI/Ses0oIYeivG8Qo8uGoSb6G8LhGGJejtA34x5w9VZCEIQp 5G45NCuc3qU7XRjPPOHXJEoh7suhXnWApOCbENcHDen3iyTppNx6Q0UiWdp9THM1pa1Ht6MZ igYoo+B/EyUzYC1bbqVXJdRehl6uKedj2lHQg0GDq6xieHNaV7dhT04MRb2lwAm2b06cD7qN KfeLUnFTvJ9hD/xBgA/TnNB9lJaHTRM+6ADYHRSnPOHqbbY4C7u9N6YaYM7sx+CYTMYNGhgY Qqby2CeaIVEqAT1gLgDEGOro0vS4cZ8Q0Jp2Iz05JIAWo5EtrdPbjTZgrDwfBkjem40XS9fj BBCp5y0jw4ldKe3G8LPnBQ/bB7N5BobS4APPrE7n7ygb31MDSMwJrOx0Ys0yOTb46w0/ecvG sA3N6j8P/cTVu8GGOIz/AGsajveP4zVgfN3hhJ2vnx/zHdzlTJm4REQ+9YrC9OcYjJqD/wAw /tr3mhGIKPOz3mzNs1i2JhBoApbMNcJ6iVE4mvzmq4YQsmM4WnWUO8GNwMp49CFZXG/FF96c SLpDgziChBFF3fIvrDtMFVEqfWQYbRbI7qlW86cYFjNVnAOYCgvHbnJnNqBA4NPeHESLmy65 Fl21wqdDiRxWFzW2GFWgpCd7NDbiKZeOhInyNKsb495anjM33WgkHtwQBLibhzk2dKOE72Rq 8iA5hiyHDdXeJRB+c76VxMCeRQoeRuG+01lNo1AL9Z6tBmDU7ouwDhwSzkbwi9ru7DjHrzEZ gEIJdtV96ywYdDaj5psE6+cm6E+ZcemVFuy4lgR6GeiijipdZRQtCIeI3QPhx3jGBjFqUiIT j6x1lrKIK8CEreMcNzZvYQNJQcNubpBGQpOXVue8omavTV5cRL7+sG0xFokElezV5cYM4Euc R2diVTRrOS+GwCvbFfeC0BWfedmlnJhutbRvf4HaizX/ADvF44Sk+r5eB5TFPg46BgtJa1un jHrFJNAYCRsjobyI4jYnYI2C8wmq4Ds8yBs4BUF5mIqxldiasmFUDayiboqH4MHncaGxVeKA 3O+8LaLW7BVHK94GRx5XJuqS3w0zot9UtKFpw/8Abj5fDBgwKgWipUdzWSvoc8oBoE6fPOMa L/6IrZUGneNwo8qiaRRZ8mOLwQlS3SjFY8xnGLRlV96J4I7mspgSTKLTQQMeLhOdaVJ33En3 hvenrRqqvkfQGQLkGVHe06GuMF9uJkSlHV3rtc2Gci/eI1iOml1gNyDhiaEKqJt4MZTHtYLy JFm94Aq5LZQEJo8dplf9yTexON7yLJqISLYIvrHziY6eQvnV+M5kq2Bwa1IzHs0/QBJ9MQ55 IOwH1kYG6AnAruYVDEGoPvLjVnWdUMEcXKCR3Ux0GwZVNEPvC7bPg5dANcuWgXawxe2DylTl Dln3i2lgx0IIg1NL3go0qLc1VDbBcStE8MlbV+8qbY+DFVoo+MS39Y87wMOaYuvDIPX1l5a1 j1HvOQ/px6cffvNx3tzh51kE25CoFcgv+YUZOPDl1Ll4nOL3pjzy3Itdesqlezc21qXrpxxB UAb0z/3NalO/Os7b2aNxAEIHXz/OD3zhz395xozjRQh9/wDuFaTXxxhiG2c/WWhtLluNqA+r /WIO8i6cd2wL50UxlVKV6LPWsM9GLeGv5wHprxkovFeDGh79d4Uw3yOS7AGbPJW4w0VYDzkA AIYnAd9tcHJ9Lvy0g9mJrHi8qugUj7POLgZyaqiujjwWTLRWTdbzJ33tejIeDPADRihRdPph CRoAeU0ddnuYwdBKwGEeYcjgwZW1zC0dVM37BUiOA5Xi7XBI1gJCObQ78sxUvuNZo86r4mJC oYaNJ/jHZdPzlgXzyaxrwMc0/njg36xwlEfDED2I8jismOnl2Egp93bxD6BAUFR0J+VyKq1q Q5tyO/G/GDnm0AAgukrfDLPt1YdALdoeOcmf0CC0K6JS8DesdOMeHYHayPgw/g4liIY3Qjyu UE6OlYAFD68YtsFeNNwLTvng3uYCmcgO5cdJ9a5w9DSIRNFLyM5uD3SvIQThenznqRMoqNIB ucGLZWI28UPkyY9Vh+2OBYALUOOMhPaQYdJ4DS7mWQEdsIQbKU+8+VngwBzX+3iHofSYjhZd 4txMWbiruEMZ+gWJbrhrQeJjyZrgABlAlmI6ZnQROls7xi6OEYm/pfzhGFrIg0b87yyP23sH eckbN6Jggpjeskf4Mh6vGaQXejHGDciOAKU6pY5HTJoqYpCnSmqFGha625YaGdB4G2LPnFYL k22sR1H4TFSCrwHWLgGbZCqAAFVTjInzh0h4KIiImt4lQpMJTZN3JwyeIy4aDIq6kdaciccd 5WEpqPWMFi8XIh0hMELpsfJ/rnavXKHYdFMnjDT4gUXCztnXeTnZaxEAU2p5mC5+hKAbqtqE 3ir+MbDbbpgvMN3G2SRf2oRyEQmvOCYAYgB9A0bQIdZVJqRQSCbuVu5YPQ4ML6qYdWYmSkoN UHgC2kHjFykW+3+9KbDuOa74kGPWoS5pw/OSOIsbEtCgpexmRYphZ4g6TxZ6wivwtKhwNUHZ gbAYIFXU6wTb9ZKoRx06euZxmzumKjPGs2CInvFXWp3l3PPfjAl1pyujkY6peXFBRTveXjZ4 zTZuYGUNeMXfAGLb37xF0/zlbphKxwrnfvjA9h95Ch54+sr0GVvlxQhvfGDYa/GDiNunjOKE +M/MYv8AeH4YemSpnb6b9YkJYDbk6Hq85S3z046iaLY6uv8AfeHQ5E3zgVKIUPZ9FyeRYRUC zuu6GshaiXWAb8Yez5x3x5yAt3l5x2XjFgKwIUJBy7Erm2pAbzw0AIG8LyAgVCAgllfeSPkR wAi4AKeDNb941ghtVS9vSZDej94ADAbf3M47CoBy9oHHjKuOGwxALSZN9Y7QhothS6Hc8h4M jdme5oabZC+scgFxSW3qjx4mKioNgCJAzXHeD8O0RBZdHfOsUbtWKVVfdcBJwZQ+N85xpOmT 5mGBshwOqvG/3hAKEAZ0l395zpNMPtmFtzUHa+3zhwh8Ww5NNInb4mN3j0QT6cvWwSh6OM/e I6U0OOWKzeK3meJyCEcQBYVkWETZs848zRQNmyBuONmi0wh4fN1jX6QAFrQZwPMfGEEuGWMF Wo6e8jm5WLRQUG+TrjFhSNaCH9wLSZXF6PCu1EwMmxZS7grrjRees1p1uvlIoslGwYY5l1ri IALRujnFGTSlZzdK5fAXFXFPktpBYomQ/fOgJBfW79ZzwKExTaBoJuKRhI2qTgzZ3OjiwYtU ay82aTTRMX3HpqQEk4N+8mgIH4wCXGNaBqAIPIdY0KSprABSeRKdOC1WnEPeXID/AHtxbgK8 et4QxrApBzDoO471l9HVCVNBXjbK85EUkczweryHxh27B1bqBZtsuDQ8MM5EkfhuYcvUXOpo NAF3VvjGVQTBjbjATBI3kM0hiiIfCd8qvXnI0pcHcAMhki8klNU8Y0JRIFBTgC7aXHjOrdAA wQzUv4wZRAExC7Ch1oJ4sw+rse0eHNaJGY368IUONAk8im6S8Tf0Ia5JtuJgUgCVnF0/pzTj IwKtUddtYIrQTXH/ADMB/wAnkqL3BpOa952zgqevQBbuXWHcr3U+gXhRNJ7uEKbaJxAc0fAZ un2AchjSgFOsKJFuByfgTDtfWTtDbA4Hsl+c3WAjBqeALNGspbJoMpU4CHy61gZSHkJPEaM0 PyZq/mJHY9EflidDEhC6NKjheMi9RBdl1i0bqdGFXjX84+Tvxm4NwIqineboYVA7wvnR3iT3 4ylXxiMUPpx09XzkBj+T4wIs3giLxiRAMBtt+M00/nLPQGJSHLj1UmLKTnxhwx0X9BtxcIUb ewpmxCujm+d3DTVv94CSx6nxjsVMgarOjnFa7jLhrD1rLMVS6X4ecdh55fWWKKrigKwaP3iK tA0vd/rFomziOdnTmXxlFfwCS2hxjahyYRPWLer84Q3I+s0wm8CwMRAQLmwFFYPGPUFjbzjR Sby36xSE40uRFQ4vnHySvJ39RrpoxVtWgjkCG4LHmOI1aSJwNhtIOWY8KhZBhajReTahd3DO 2hgqYkAtG6MNSR4EgMFON8b6yLXCzEJaJPBHGu/FWVKKFvw5UsH0jRX/ACN5LSPTuAIVQsne WBKDnBvzgas68EdJda5xL9QxJAeB2ezxjxupCGsSLAcu8FJURDALadtHxktiYDFQUAoP0ZyA Vu/eCbFJph52uE1FEcGPiuS8YEBqPkCcaTwYXuhQG17go02N404nZDEBvSNCFhhBAT6qkTRE qgZqSCFtKbZzHC5yogjMLWSjzKzCtIsosLFdpU34dYw//C2VEp5K7ncwzPRj1myaB1desSBA CINPkrUTr2zjvA0kV4NgVwSJC4g7gEAs1HjN2032aLrS0d+s2OP7lSU3a/GADcdASGA1S9Kh hkkVw7dw0wlgGB7VwvTiODtILAtAmHZBeBRtK7xck0xXQlOUw6pe7hsjZy1E8JAG9GPUBRAd OyNF2HwZTQUKTk7/AFiSgCv6ylBUAUE7x2Tn4EbQ2b093vFqbPbvED7SOyX3zkYlraCNy6ry zeGiwjviG8xoF09XI6AUUKyHmU2eTFGsrbBRje4IzThzA6I6nZ8KXECQiV71n9YgOquxk+OC 4wdNBJQoAbDWNBxnOhwo/wAGAt8KpXsg8gylFwjmSMSo8jL7mBrtOq8Sulo+edYwZWr9C6jo 52RmBfUWZiZ3v9Y22g4C+eSUfGRkGsPA58BvqDI+1QCAPyk05BeeAKy3HWgwViN8IODvDAYB G8FXV7w6XhXR+Olg+A+3Wj1y2UvFTrENRz50kLB8pkGciCCU7ZN5Hcc9ii7dGuNcZaVsg1Ex pxZQR5PjBnMBO6cK6mvxidGBgPEaqZz95wfge984shO3h+S4SNewyCiveAA09GsrAq3rIgGm F+Sjkm3AprXm8sqh13jT9glooiURHSazihbxcdElM3EOebhpF+cOQ+k2YJQutm3+cAaJp+ec bPeXQQxCto309Yy/W75SJedesGv4vC8xUPfGOlVAfWA/FyJtJTsQ8maW1MpR2OC+KGEOHBjO OzISgtbCcao+/wDnKaXAI7gqzSY9DSpbrBRZOMksKAHTxlSYx4/3ziEYVK4EYbX8OJXaPf6w a1o7v4yK4UmJ3eMQbVWvnDsaRoclEgjQMEHYa8P+7xJWrTo2Y1YlNddYFKK1u+8mVGA9joJX GPOUu3vFhoL7y0vVzaZFvA85w94FhXAIWPgMcRyO+ClZjf8ALMChN3iSg3JUgpKnbiDWaSCI LQEJqecqFctIAN7dB9uL6MwLQWjuE1sy5F17Os9ol94CmSmCuoR048OHwYsFl0ogTqnIMjxl grrbN+TzcE7NZo8VK8b1Zj6RLXTun8YQKHZkv/Qw0oYxQm/nHVeZPjMXU58Aj8XLHshEAEO9 oOR20UHG18oHl2f267sJalwu1d6/lOca9MgT+zhhHA6hEKBeTy5xhq4QS1Ro3jdyox3qLvOT E1dmG+RNO1Ue9qday0ggxCX6kjxMR0QQIgBpqpel4zbN/BETXTUWYmyBoUVu5dZRbtlrZ1sX pu4wZlHaCiJ7Jh9Sp4AoG3sahzkf1eolIkiF5NZrY3ryr0Nobb7wlwJgFkCS6A5ADmx3CgKK Wbwo9Qg8Ec2Cq2Os4F+3NkbhSE5nExnKAwIDQVkfSsH6pXywOvcWOS/AyHd00Q0UZNY2PS9Q CFhy4srEw+2AODdomjx9YNwDOWXCqH5mW/bZnM9jrCYvfVgbVnAdYeg4N3Xuigj9v5yWHHBp 3HHBjAQntkLQtneKbBtRjyPkw9Rhajo8T1h+K0spxpesBAEcK0RYq2mPlgSrTiuXGeEDEEXj Uy9bQTWh1q5sSUwtyw+Pzj7UO7cI/o2dEUAojpcNLShjdgSA89GXMa2mna6rTDGD25FBJbvU 86zR8hfwgHZSQDNYXXUokZsLLdzrLFWQiRI1UATySYG5saRWLQO9UyoYJUO0l/7hbUL7JqoE AJsL3k4YbahCKlxsRfGLv5Ce1TtARzZPgi6YkhKLdhleDB6HmJDVOo0nFuD7d5lQB+XF4Dv4 DVLs0QFp7wRaxocLRtoPF4wwFzu3Wx4fxjxIyg8IILrXfOTm8goAC0ti87wE+trZZc3Xj3jm 0G00KOonfkw2XDKHleYlGV0jcsLK6mAbeD0/OFQtppTC7QrdxWMTQHXVdRpO5gR578gHRJ36 +sNxfBwt2UdCf3gDdjMQXgaQbE8OICLzE1p9yXB87xy2by1yefjOdDEkVMGx2b2DquVVACym LyOSWcbxP7AGEU3tCI+vBkZgMjQNPc/XziMFyiRvXZP/ADFylnOIjER1zrGXztOaDcNbjMI6 vF0EfBTLmIjOwh33ZiRNsewSrF4OsJIhtkmzhTnnN2Z4CB070vO+sKmbGxET1xgoNLp/B/3G BQGusOjy8Tc/1zRheO8vWOH+8Fa7q/OHpnITBADvvImgjXxvPDQtxRGPy4Pg8aMQqlIvDkbq xfnDjBRH4/rBhqjmjWg6fDEyLFkex2YtkNYC6w0y5Xr85TBb/eMoIQDymuh2CeHfWJbH6LdR uOAeeXDzMg6LDd2ATvA42icQfZWKOphSCotupwKBTz4c107h8U0AQHvzgcQnFUYlsI1OsNM3 g+rrCki2Gaf2lMWgWqhfO3WT9+oY1GuFZcb6W1dQxOVn5PGMtqVQEc+1eBkpRwEIhRovd+MQ ElCr74CrnEo4ez4+MCV5IOiJeSnH/MD1Kw7JsoEr28499IKKJqiUaThH1nGAyaKKOg4Q1g5d eLb24UsvgDrGIgqwOxWLp46ynFSxp0m+2BljxAaD65sI1NhrSvRA4twjgpil8gfjE2wZxqmn vEWnEBomgG6T4XCTPRDukSX1klSovDzvnAwtUIcoXNAiDx4CwxpURFPzk4Y0t9t4kNDAvjxi 5Kcoy/ONc3lE9AecI4U4hBVXUAFuKLZMreMHbinWgcoKVbbcgv0zfR0m87++GD+g2r4L1gzh gJIUGiNx5+nCEN20mK19LjNNutafeKl6O8WKyZYTXeI0AJAS+veKulEpg0ACO2ZaalQiG/fv LXKWuQgiBr9YDjLfLQivK1sTpM1qCqINVsBA1TrA1d1YkG6uz605x6eKUbkKb7SKHvBCr8de 0V8iFNMUeqTOeQQaFTTwwZM4ctG+CrE435xgYDdwYlCSKbSYeQiLLCNjwcEUuVQtZBWKl1m9 QMRixBshs0TWaV1vFMvFcNjARKTs6yCEFRwDrNA0VQiFRBeTZ4c0EpxjRsvq3Js24FNhWRGb 4TDK4GWm6c7BvE67x70lwCAJyL9ZMdHgBn2l+8BfMSp2l2kfROsRhVRqgg2IUPrCA5AX1/7m 7AnpkE1KKNeUzebb9YWG+VHpxcmXHkkilSfeXUDIkAjNtVDznhY8AC29c5cZkZCA8K9XGWy4 9MnwH4cB63oDumjQltbyaacLtpPWAJyggzphRI+JfDhm/wBC3sq7lFOrhhRanME7Ijnk95c3 DOFQ20HOM55PTVdiYNnOcWZfbon1Me4Xvm6SbPI+sQmQE60seLQf7MkX0FCA7oNLrz6wdglG Ak7DIprvWHQ8YcyAoCbE1MRo83EQh0BRPFywhiRJ27preFp+CS7GunGdFeqTtXNTGdE+fGcV ZqB76PjJkv7iGU6mson2+4tt/ebiUCpfKvOP5b3gCx4946CRnJnRq/LnPNsdd4jnFWZfhzp8 Z7ynNNyZMHc+ZluAcXrJQGol8sMQPXeUeyU/eJGWNPwmaGddEq7V95xN/EVuBoOgPGCgGvjD whfnIC3A6fGSJ1fxhq7NoCCg7ZgKM1oCWLzF/OD1EBISIu+P1nJexF+mZzqEIPu3BBI070+c bEjkLX8c5znEs58V79eMsOtlZ7IfvKOvIKVipHK5aYYbkCs6MK6tFMkt2ZuSq2L5JHCbiQQU dOlIx4enEAKrqecQEZIpWw2Apes5odNRHfYdJ/OcFZm7VezAE4XDDYOeMZqieTLR/FFAY7l4 1hYcCkGEFNK/Jkg9vNmBigCkrtmsCcS94XeQNq1pT7Ajj422eYFCGlKjcaeGrICQYGtbXfGL j6urEWK1wPFTrDQDoqod6r26/Va7qNwooOmue8fxS9qMq6LoeLxgzcdQ4OSyuJy9469K1PmI HauYc7wZIjE8YfehdCyO4CewzcMp84LdFNkmxia6IDV0LTjIShjJG/Fa4vKG7scR6nXgCSA2 Rs3zgCoPA3vDH/vZEl0GBhiQAG23Z0OzCMs+HCKCgI2I6yjxiOJUF0EvkOtvCI+RSbV1VPpp 1ILcBpBLS7D5eiY6o3CTYL+scRKI5BFfximJNya0Vulva+MMQDpgyoFqX1y1kZSMVJa0FALI GByWRREDkPX73gyi+TbbOGb324tdRJogO2v6yGmhE5PArxj/ALFClS1c7Dnx7wnhvTE512aY HNjak8m2rns1vBelkQmjnCidfHHE6pQjDqL+mT5Zvg0atlmujqYPiEwpSLimz05pVLCc36Lv 1lnzMgh8wW6oYnRTF6hsbbfBzh0KyEYQoFBJfOH2bNG+RaI3cnjaG8k26evWMRqGiuUUdndH H9eOUQaIXUqHONy02RxowhOsG5ElUoCYcyeMR4gBEiU53DAkLB0jziyF1T0hNkcm0uXhMfoo HoR49esk1mqG8Lwwp5Kd4FpbSD2gvLgK0kCqCO54wagkgJAUVQ/jIz/RRtkPe3ZnNdMeg045 xetEy2kXec/mFIOLOee8fMtqPyDiHhge+m+c1Xzg4ILhx5M3FRwqtfZijaV77yQ1mbigYFBd mnIBJ4VuUgtzhe3GuvPOLql/OdreMUM5MVWrMI/pyZBtAaTAulgc3Z/v+5qOuduNB5xUHkMM BSNLkguLeOPODnAnOeT+Rx/v7xjbzOsISyXpx5vSd6yw0i/auK0NhXdpH/zCP8pSisujE6JI EMaAeHPOr6zfnE3dfebq8eMY4ZO/OiUYgiC3WOwK7BqKFDzzrD8luZyG+j16EeIpCuLGYnRl FhRDyGR+wOJJsRUKo2sw/wCouFsnQ2eQJh+2iOBvJDfGD19VSYwAJrrWTNfgbTQ7avi5jHsE VwHhSea8bXqLKBA1Zy+PLrBImpnhta2r3lDrpH5uC8RcSTbwp8SsF9DmrkfFVFNIHZpCaxjp AzUJpRI41iwhACjYiHShKmsATdvvgakAVZZjjXGV33rQLen1ixRFQHlK14x5n8X9dpQ9BkZi h5P8H+WHs1v6xKISaH+feG1pORlFHTIY+JhoQKAKkUYcEumAy5Y2rtPCbXnrJublACA4EKBz vly3viLakB2oW+WQnKuMyQFQ1Awsz+GcFA4aP/Mr6kRNIdRTUJXzg8XjVVDESVYaX3gaCq7B DPOxxgODSCoz7UzRqK42uyJ4/OsB5I6CoPnv9am8CooCjBHYREOHdd4Qd+JNPMeb4xSBWxSp mlGHhYg7aXrVy9Z+s1Vqhah0jkjn2DAZHho+x9cyAdNoUgeLdOKx9+IgCLuL8hhEDJog1z1S BkYOboVBnsblWLlSg2DyLfrL6+w3But2c43jhNJRhOVJw57zfNNgMCVAB6HWVSFojSS3X54x hYCh3DgGqX5cM22uqle08vTH3aLxg1Gx0/eAANXcsW7Xqvg8ZH8JtHYemg6/8x25ZQQIvDPI aMTUM+UySbo+8jZwQLdyB4yNUUvXHH16yl4FCRsGZOrV+TiXjDM1TgnsXDlPUQGSOcod/Obl u2u8XaKd+DAECnQuK7bi5tfWdsjzHELQvGEXnjJ5SeNmJhbb1lN8L5xUm3znCyHWJLcXHUDK w5mMFuzeP+3K6XkuK7NOKPGLspfxnKmKirDGm9YmpiqfvOCd5RIUfGMRnOWL5zkd5QKLTxjX FHvLL5e8h3g1eouKcKAOP3/GMbbCGsRoE8f3lher95t82JJ6zYmkubLkZhS3PiYky2hPn/3G BNgT1m12wpbvzkkNBRnrKrs0lOtGXQMA78DCNC0XeBg0WawESP5zWkl8Y0656yZ2yE0pE15H WDrYPEKB0ovA94cBwvQ5YHWRDqdomjxkjja3YBPBdoHT4MixVV2CDokS72YPMkH5clnF8QLh jioUrCcTlyslUgQ0JtufFwpXEK2IdO9PpxKja9JAvAC/LgkIKrD0EI7p1jO2stEgw4AhzHC8 bbvawqCOznIFPYdQL5lHsMUUiEKAyOuJ6u+8lKImgBWzYAG15xVoqBoxTyp294iUUQqArrbP vKjSkKEz9E7Mt63H+ScAqPIwXKAZBhFIuB48Y6pnK4SpCBQPC+M2bSPLiIkJt5JVWht84uyz wBsdaDSvc8OKDnKKQtp0u3aN1gRiLgBBC6jWnywMJIJzTJqajMJEQIu+AYKV84TR+nZpeCAF JxgyOwonX65/LmlxUixopdXcnIeMdyZWu9Tk+cR5NRbVwapW4g6b9YADaKXEtDnOydYgeT2n 7wITYlOK6y11+Z+95QlvuvGJoxz1Pkwoa8KfJw2+MHODrZMeAG+HWLDskb2cTHHkwLUrPNEP OXtf7MevA3f4xTluvOTdvnHZvnu4gIujs5ymODLrWOnHrTKe56M2fLxlVXbrRgeGL8YCqMPZ g4bW/GXh37mEE35x4RTWAXQHwYbXn6xaxPGbFCHVzbeCaesjsr5vGKOe8Pjhckc7NlwNb88Y +NIlyohHzMZ9jg95uXpwTqHfxcRZJ4tx65bgN+dSZEfJiBdYoHnzmx4fO8eLjy4GEYpJ+82P WcpAes0LvLWsh0XApkfA5yFbi3nrKPfjGFU+MWq9Z6iVkQvQn1ira5jX+94Mha5iriJtOODv PTFT3n0Rzm5YecGZxecWvIfkTAXr4MlPbvFgVevE+s3o0Drxsc34pa+IYGeYK7DSG2P4MdT0 jUgGFeX/AO5VHjDZV+cN7NYQasPHOsXRJiNcUTMCOh/pc2KHpAKRULx4wTpJ7wBUTk8cZMIM aTILUikedYRVKsXx0GxpW6XzkrzrUYBicGh8YbpZ6QEKuNEbzvtxXkkgvgqyml9uAJQFE7Fs 0fWca+MIgeJF17cPOmcNAICAABPGEukaIABZVhj1drptv4esblJtS1C8WfrA8FT9ZHIOJPzZ fcuRAU1R4rgxgPYoEPhY5p8JC6N3jjG5fB4yqENJZtOs5veOCGnv1B17z0qp1QqI4xcA58BD alT4xSObSKoVBWP4zg3aeQR5usSu0QBtKBm4y4hTpeVuh8PbrN8I2IKoigni3XOs5DS/XE6B N9PZgs4Co+U2T2HrnWWAXrNN0rCh43kLAy8MBXShF1PHI9rtBOzU4EKXvOdxQ5UrAIAc7xMc qocS1L69LHBFjphSYgKEfIYhCRStdRAVHmJ7xOrOpLUCR8mjOVygyFKLexwrzg18LVki7NAI wmvGKLxfWKG/6h3hzOhBRoRqiE1rxkSbvugga0L5C7umC6ddGKw2JOsSImJs58mUFOSYzsLv Uy6qbZiEpwOBrbp17xFbnnnGEE3MgfVecm7/ABhHHjeCdzCDoOLugnFusQSRHEvC3DkSTzlT QamDWJQcFrvnvnNDSh3MDZ0DQeMjAL9bwtJ/9yC0B6xYQuuesAAOu3NExju5Z2j7wA0DtP8A mBd/xiovHHGI7HeDflPOKvhHvWcQq97yBrk684s1p4xYkDGVRo9Z2D+XFvnP81i3dTCLHa03 xjASOOzcr8HGEt4PnKWZFv8AjKPWQRZz7wJ3rOY3jBL8YCa9es4iM7cTzk2eBg/GFLAdimAx v984xyjzvnOqF531MVEz9/8A5qnXzj0bmX71Hf4wF5DKmWLu5Ta6TWGo7twWna7XdmSoXALc Gs5xkdgDi4PUwOqDX3n7vSuQcrdY+1kCFy/X3vHSjibLNavwZUt4lbSK8HtmGHhLQOQEH1kW ifaDTV2IeXJqcgRV5gEdcvWF04ntKQJBXocZnZpOU2bXVweEVMqkEUAOWvWGGtCCTARcXsms SyToV0AqGg/OJlqGE7NmG/WPA4ocK1Aps0D9rmsFBoGgUHxbhQWRd6lCCB5mK6MwpRoCAsPO J6MVV8kJEE9P2ZNQee62eVKw71nkQtA70Gz5mOncuwba9yYb3KFmQ6Wki3GzkvfYQ4mPrnbk vJaKlMIltXh3j0AGQprvFTFb74xAOeEFDekasusOjVv1BQoEOQMioRg4tcniRwrgJMhYkQ14 pLLrLYTGEj0tDapz5zUtire7dFinSGFbewyJBTSDebWCBoyNUokFZCP4wu8gapaVNClQ5DsM QZodjrWhE4vGEMF1BAWtOdJj5lBxd6jwXx1moAAo/hbCHnR1lhQNpHBKOLpMEithV3Xaxttm IjY5RDSvkLOHCfMoDio0hBo75MVOWVLSaXVm3rB9jcIV1DleZ1jr5HJnDur/AN85PCs8XJvP neQiFL4F9nGEZcSo0k9aY91xzzpxS8POcI9ePGNuuO8AB8cazk7u8NQdpgSro60Y9zA25tHT HQeXi8Y3d6n4zSGnz3jBZx04IDw/GdRm+MeQ0cE7vOKJVZ96yAAN3t05QlOdGB0kec3ItPBj OnPhyJU9GTfSfOHBM5JiGgNGvMzTLaNIZQpXoM1NRupgA7BkjgKAbdTLjp8k4yMjw8mE0D85 wJXud5YWz4x1oQv6xRJvnWVvhphUj94AJtvOBIcGf5OfiTBBzv3hSBrFOIs04p86w8DvOvjE n3i3gbzlP6mNNJjUecWrqe80ZyuPNt/rJqckOPZgg23a4bQwrioDV4neCs8czNBoHez9Zwdf jCJO8pPnBbByE6yuoDVxQN1xotyJVxudcZBLRnlzY1kRTGh6RKd0xS3iw2ToGD0+eLAJi3Uv V9YgPMgtjqGHk33l4hBgEBfcXezAEcL4GOolsWLnOpfKoGS2D8G80CTdvXx4fgywjctOnOs0 s/WRUHGlCVRunezzkxmkFI58fXnEfZkT4PDBy7DGq/saSLO9HfpjhCdbKU6NoFO7j7RTWcaN KWX1i6++ofAKUP23lcF9p4BRNzvmYj1z7op78jjX9eOFb1dGdfWKodkM1PECP7MZqr751kCW pOqRCUCPbFRVfTHa2RqP6YvVHIEiEPvwWBem2qOy658Y5HmGoQic8RuPF14VRPQeUInORoJ+ ZlWiBwJB7x/lRQRqTlGavGH4mnVVN6ul1rJDKrKJ8A4OtYXrZRp28Nun16yK16oEFcKBcYMb ZCic7a45BvUu1zt+S5IkuWqg93Sd6Y0soIgez1y+sO8JpXVTug/GAMJAewBaHJ4mPOrQ4rNl M6FMP4MQVBQ06IFw+8KFZYhvDvH7MVN5MSJJyru4FXR/A2Qmoj7MsWIGCoKxI+RcNZIUBgb7 Ox91iVFAVvNzhUfo5xgpYbAi5pFFZ5Yuc16i1URUZ2nhlEmyClWRjz+IY22XXlQJ4yShqoAg FYYVXg7BybfHnCCJ9HBSnzhBVbl1SzZlUcssbpGQ0fnHa0195sz613m1gQmHK0EYTwhwPXjN otcFRAi94nE544xVFHTdYkgG+dd5O0Jw3ArHETODZ8D245qfcwXlt89GDgseYZYPLvCi9YDt MqEE4txJJYc4kJFMjUPG40wJ471lc7OlYB4W9YCF1g0q8XJdrX2ZzozrnFvPznuZyo67fGVu 57xI1/GS08ecGnHuY+/jIE3vE8Wn7xCk1desRW3NA3ocWg41zipfT3i3Z9zBb785dF5wdE25 U8wDODvVzeaQQp6S4nZP0wqdjxDjebedeM3BUnGRCld8/wA4GowuIvGWTxk3kfxk15D1lQn0 50VhXXH5xJrfCf74x6E6K8ZPZGcjrJ2oKKCqdKZEX8VimU40fxiLFtokq1IhxxcTmE3Y+fQl XxlfTFovo6adveLZbIKECrgrxKU5EGL3pZ51lIdRbEIPbI+vwZlhBysW1EnlMgbQ6HIGWo/B mlPxD0YKOz6MKPgFHVK6Gl1kYM8J+yOs34vrF3IM2GyAdoeb6wDWq85v5ELzzjDpoLewApRl vzl4NuEBJdux4HnGFQQFyGEPANZtJpaKMOiMCb0YGmFiqVbkCX3edRlycbtbaU+cIc0qjSEF UlJ2ZIh6zqo6VTthweMavMMWonh1jyEjWDw0vMPOAC6WWxaw8i0YBcemTV9wsmPPYhNtJuWO uzOB/wC3mUp4DvoxVDhJale3Hmsso4oBzLka2PJZoeM5uLGBdOxw4TrEngXrB5KbVB4njEYE laP6xmF5aX85BAcR9MJBfm8ZVtB5uUzQHFw5ZHxcCM0ic7xXBD5xnCh/GXA+eH+cnsLTrjIx ST1xm16Lg2lvj1joNveciaG2Yps8JnkTW81LK9BlsXj4wZ0C731m3HjAgON4iaZMlMa2meEs LTrEgbH1i8hC8mdb5TgxhKHeNY4waBavUwXTSBrGBXl97yqWtW5yNjzxc6LXpuKpKh484NOL fXX+M0NflcHhq84dIQah4xYbsdcYleifxiKNg6ecSuzXTN7a/OEEhrrIVonCYjsRcSn+sZJO pxlLjjrA+O/OBDeXvGLvlm0cj7wVo7xfL94onJrHkeXeKKouHTHjKVHxm0VJ2YAqK+mAVUe8 OptYVqh9t4NH32wQRLKGrlaAfK5rHQX/ADWVdXuP/DB0AvJevxzg6N2g4I7MgDo5MSRIjlxN DEDxm54OK84hRxNl84ETdm+MFH9ZxenFpDB9ZaOjTDBJE4MVraw56w0G6P3gO0jj/wBx6DTe X+MQ1oMKijvWPMJGVJYcs4vvAi0mI4F48fxi00MAvnsu3fzhFDS4F5h0XD7UGRygYW5x4WTw eT5woXAOQeK4nNkCiGJ0Qdc5aIrilFjxA+smCey5tVpmmW/nvGd3blEp3+sW/wBsQKrznSr7 xKO33lpWGcF3MGJ0+XFa83yZp5D4ySr1xmg99YLjSXBeU3+cahSnvBXkyrzpMkc5v4CeM47B zHJ3uveLvorPrID4MUqB8YeaPziBbc4KcdhMejl4yo9us7I1fGfFrluP0HjNiKm7jAiVpvC3 X3hIzt3rDRmyIuCiqA7hrLNjp6yqO1s9YqibmAAROsXI5vjHoBPfGEipyUwurHnxlMs+cdge JLghFtMXod3DZdeMPXzbMpQc/rAwXgxGzFceMN86b7jxgmpiURVNpc1V1OMgG/mOBl4l+cS7 G9c4lEF0uLqhXlcOoQOVxVnHDP8AC4JRqv4x1j2wyOZeAcU7TtQP3ggPJen3gHdF1IH85zDU HXGSNV6SYeKA8b4yaa+JMdFaK3/mRJ0Xbg1IINrf1gyLcRLgm38F/eKm31/jeQTVpByCUjsZ v6yicfL/AMxbb6TCEBvjz9mAALuEH/PeLaRrQY1IanGtnGAY7CPJgtjTavWNSgU0jPn84EQr w3uh/WRWyEA0YqVD7MlNoA1d7twUkpqnX+/vFV4Y74uTxvKj58zDZcCm81IMOvvFHReLlg68 Xv8A1wX0n+mVV0ecZPXybsxWRCsk5xU/1gun9d41eQ+coJd94tOcdG+sGATZswGl1zlECOU6 78GDTf3mjfH7woeTACTYeMZKbOrhvejWKLpNYocVS3OJvOaOd9zODceb3iozz4cd7Dm1wuV0 b7xqnAYU0V35yGXk6wEbb6xWcjswAfPEzVpXhijI3ziDXgxCX4Zr0cOHJIm/jOJYHM7xG6eM VVtuVXr4wUHjs3iV1tNzBGc+sZ6/+ZKPWuTOYMvGaBd985V8vWVZtl9HSLm3NMBShrnGeE26 3xhS6DZvvBu6ePrOIRvkyBED5xEu3zlxuHVwAkQ3reeKq/jEhh184BLt5mLBKcUc3imP84Lp DOAw4heljo7HQ67wahXStZD0Qqmh95qkB5mJV3O0H8ZODbNs/cwQQTwswHhF4CP7/wBMSo3Z U4mLaWeRknkbi/rGbD3t1kQcj2buIVUOY9YMJs8M1IO+YHzisS+YcI2fROvPGagvpwfzhwUn bTx/GSYkbQafMweREuiDkbNfOsVrXZoGaRb0w/GIKgeXT84J+EC4iG66T36ze4DYvERIeNAP 7ypOLug/neCwguoXEbBfFP8AWIdXqKP+/vNUDweP7xdR1uBP4wYPwKT6wZUFoIMsDUrW/wC7 xMrF3XeFSZ9TCzOHvN4qnb3iNrH4mOqvrGWpA5xaub04KLoq/wC/X/45PWTZ1n1PedbQusJ3 b5ZUOaOuNZDvxWYdiHXIamIsuwH6yIE0n8ZKD/5iUa1gR83B3ePnKPiYdTR8GaueMdR4POac pgGry7w2NYoojrbnwzQ3ddYpG5Os2bnJwTE45bzj0tHeRrnXWXar+sdwN5o00eMl17w5M2ZF et/nBgaL5wBd3JfWLi1uaB0YvuCyYA515xZnDxgwuINk65znLBTeBL+/OApk+8BSH4wWjZ86 xrp47x4OMRHX0ecRkaLQecBuXg/OL7F4/jLsXOlYhBt1yyen5rjrQV3wzjB4N6zbgnxzjMbf AuCj0Br/AFken61/rB9EDnV+duU4immP7/0wPTPE2vy4eiA4jf6wcge61PHWANnwJ/eco7jS /vAgZ5Ev8s3jB4j194EQDhRr9YPYvnrmz1w2j+JlifIrmxg9vxbnAwONNGL6r5h1hfIuAGJA D4D+sR4Jaaud81mnrJQOuVwMeHaf+4s2fROphkUfVYcrR0j/AFgWzNROQTsE0/f1iRfV3t/O CYaeAnjgcebpxVH8YA7htV6xej6hM946UfZ/dydTvMD/AJjUQvIE/WJ1prT1YRtg3ZP5wG6H sx29F8fOKpv29fWCZpe8Vem9l5wrqBz+3Oedp/tfxi8loHWJulA8uCmieTCXkLt6wD39vOd9 h47wdLrywNq1/OA6A1gW87Xxmo7TnAvIeIcTsbOcq0M5cgoxvyTHQNVx/wDfR+MAjwa6bMSm +PGBTONXeS46OhuME2/L+8a269dYV3pnTkERYm4OB5EkswVbA2F71heS4pVaMpveH66HZF8E zZLp5wCBYmJBbZ05C3K4EDAAi36yh0Y1aB5WTEtz9OHLDvbj+q1nClPbktl8Rxhwo84FpR6y NNnzMKdz0YERo4SLX61ioo9zJ9ebjFuletP/ADFVR9qYK0V3LxY0p61m2T11DFYnOpP+4qEB dTdxtQo8N/jChB8Nv4yX+9ZAdZzV+cH3s6Q1+8bAHZyP38YjV9EfvGGy6FN9cs3Gt1/4Zbh6 6E/rL9bxP+mdMOCVvCp4ayfpuQyj52fxnN1OKD+sXLZwdv8Ae8QFvlDCjgEqd/vL0+wY/WRe O+GsUAicW/nC0w0RH8Yj9+Azvh8RhQJHHEMhQZ0msDKDHUZp3F5UxAeCKjj1lRPwo/7kBSjE Br3nKUN8pgQ3snAw6k+qYaYV6PybwDBVd0f3h6NL2cXw6av/AIyLW1sVf4mc5JvJ/vEkZPQk +/zmwjg4JDziYOt+R1g8dHiMOb6ln94z1VtrVfziA9FXnnOUn4xtRQ546wbZOzeATWuecb9r 4wVdttestXn47wXTt9yZBIB9c47KSSYAEPrATVnD43/nKIBTqcZYVwfrnJ1DueL+cYR8mg/3 jNtTfGyayaEblK8+vGJhSeJlTcbr9YsIbU6zg3rvrBQtdd9YFCkpiOxZzHIPyhqd5oNunf3i IpauvedJyIS5yTfN184hcfQT57xbbpe5kW8QubemCmzj8XKU3wd4acBJpxUkSvObRs+PHrI5 MVU5yNE6wC7uLZrWAhSkU5J4xb2o7vf+uBP2xEO4vPeJyXk2YEqB22+I4dAlSEOngMRSSMFk 0A3M7pz2uBtR63/u8VKBEbu84dEDq5V91oWa9fRkQcIde5ioJXpYfxm2UXtf8xPTwDXz4wiT 53/wyOW3C37/ALzfHA5T184LJDvT/wByyirSi/vAFaXbJ4wzZXgGDgivEJvNkW15j+MmFa5a xLonyofvIwkJ0OLwi0GImzRFP+7/AG5YEHUYRjHlNyO8nAMGoPjrvAhOTs/3nKaEW6M30cTC EBXjKWiTxkaAD5wEULBd5SudFpk1W1MBdmhmCIjvowun3rRvAP6b/uPhe74D+8Bgmno/vDnJ S3W/OLqV7T+pglQJ5v8AWRic4Af+5KON0nX5xq0Ois/K3IxJeAO/jLrxowO9eOcuB1HAgY2r w7iMjqLt7v3gRVR7T/LmxWHFU3nAd83nBHMrdf73jqm2N8Yo59/1jrU31mh3jvBCq3e9c5bx 15yhwBCZy7fGPWOcgzZxx7yik0XzhwDp/OJBVQGuEAdhLrCiB/Dx/nEt3JzMVC7OcVLtebiK bT/zA0Wu24m9uPM7mJby7vOGmzjxh1Dl7y11nQOhzUEu9XDw3Tgvgq5Eqb2axTR35uMdjLGd v+cfRrAQNIb/AN9Y0Ixf1lVXjxitPX+cgHdW4hoSzf8AOAbJ077yTypN5pY8BzgQooP/ADKH T85Im2d3Ey8jvI5FubB6n5wjY98ZApao/nEokCdTX6wVFOsLsXfluaohq/j/AOYwWresBAeX rP/Z --------------050206070000080604020101-- --INWHiJIF5Cgvwonws4av4N2jmgeWkm3pg Content-Type: application/pgp-signature; name="signature.asc" Content-Description: OpenPGP digital signature Content-Disposition: attachment; filename="signature.asc" -----BEGIN PGP SIGNATURE----- Version: GnuPG v2.0.22 (GNU/Linux) iQIcBAEBAgAGBQJWavMMAAoJENWYes1C3s/Cuu8P/3Xqh7AdCFij98OgzQC/xheK /rkY/0SxFCJenQSy5N3e6c+YbaJ8wdqLfVyOzag9VroZiKC4D0zy7i5Y31YOnAru wSLK/V0cvyijxS5KAOQ5OA+n3MIlGNmSIPmkLeWgDazfSqqFP/nvWKY9iaaQCAVh 2j/IEAAoUvWA6T1Tnck9PBY6PLO0xyC2ZGDwl5VKdvfy+GEcak6WM4RZevtoCH/x 00JigMM9lD5Re4E+U0jbuI2BWuGT56Hg3WkWjunpr0J2+upjx0cIsyIabp1GmgiL TIZKH6Siq4yhEQGxM5jY3lgSegk/Bq4f+tcx7RyEKIEALSvTZ9DjTY57L0OxcU1y qdurQxubWv5cig84aBxS95tuS7hvo0Wz2PFz16SfAzhVLQIucyqLrHtIZaUjXtCk 1G+N6UAhoGZDZSr6Z5H5V9fgtJb+lCsVyrVyeQjocLWFblzXQQ/3qs3uYxgyLDwc diNAGnic2RAZ+VUU49j/4YuJAF1GIKQogojkc4TjjODY9kvbJsL39tTz+nmArScF XcEWMNxaZtHaz6eoU00WxVx+Vra04F1wtTJESSWgI/xa+nJirFYI9jxiaif8n+NW nopQ8u8Ibic7U5kxkEQLz0SF406jWzCKeruLJFUxTQSca/V6NrFgVOkwAbsgz6K1 Z65Okdl0pX3wC9KDS2qd =ntPx -----END PGP SIGNATURE----- --INWHiJIF5Cgvwonws4av4N2jmgeWkm3pg-- --===============5984899466528090555== Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Xen-users mailing list Xen-users@lists.xen.org http://lists.xen.org/xen-users --===============5984899466528090555==-- From xen-users-bounces@lists.xen.org Mon Dec 14 16:24:02 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Mon, 14 Dec 2015 16:24:02 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a8VuY-00036j-0G; Mon, 14 Dec 2015 16:23:42 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a8VuV-00035m-Df for xen-users@lists.xen.org; Mon, 14 Dec 2015 16:23:40 +0000 Received: from [85.158.139.211] by server-2.bemta-5.messagelabs.com id C0/D2-31450-A0DEE665; Mon, 14 Dec 2015 16:23:38 +0000 X-Env-Sender: et@etit.hu X-Msg-Ref: server-11.tower-206.messagelabs.com!1450110217!10606147!1 X-Originating-IP: [95.140.34.219] X-SpamReason: No, hits=0.0 required=7.0 tests= X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 29751 invoked from network); 14 Dec 2015 16:23:37 -0000 Received: from mail.etit.hu (HELO mail.etit.hu) (95.140.34.219) by server-11.tower-206.messagelabs.com with SMTP; 14 Dec 2015 16:23:37 -0000 Received: from localhost (localhost [127.0.0.1]) by mail.etit.hu (Postfix) with ESMTP id 72F33BD1 for ; Mon, 14 Dec 2015 17:23:36 +0100 (CET) Received: from [192.168.100.100] (87.229.89.127.z-net.hu [87.229.89.127]) by mail.etit.hu (Postfix) with ESMTPSA id C8F2DB99 for ; Mon, 14 Dec 2015 17:08:52 +0100 (CET) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=etit.hu; s=mail; t=1450109333; bh=i1liVaJaFTBu9dxVL9qOieJpo45Dtqifo7hJelNvJ50=; h=Subject:To:From:Message-ID:Date:MIME-Version:Content-Type:From; b=Cel9zL/Az4vcqp6QfJPMfQ91BZp3cW+RyTvoxO035MLzdOzBAKGyrYUBtW8Q5Gpvo C1YL2DxL/5+8CduOX0nrISTXFibgF6E6TDvJMV92Zi4oM+rssQyP0jjkzYJR1aaJdO pTr1H4TT3VtybE3Gu5Z0ZSlIaR6fjXd26l9h/qMo= To: xen-users@lists.xen.org References: <566AE275.7050902@etit.hu> <566AEB5E.5000600@citrix.com> <566AF306.3050008@etit.hu> <566AFE9F.90408@citrix.com> From: =?UTF-8?B?w4lsacOhcyBUYW3DoXM=?= X-Enigmail-Draft-Status: N1110 Organization: ETIT[nwpro] KFT Message-ID: <566EE98F.5050006@etit.hu> Date: Mon, 14 Dec 2015 17:08:47 +0100 User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:38.0) Gecko/20100101 Thunderbird/38.4.0 MIME-Version: 1.0 In-Reply-To: <566AFE9F.90408@citrix.com> Subject: Re: [Xen-users] xen 4.6 & dom0pvh X-BeenThere: xen-users@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen user discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: multipart/mixed; boundary="===============4157472719110898169==" Sender: xen-users-bounces@lists.xen.org Errors-To: xen-users-bounces@lists.xen.org This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --===============4157472719110898169== Content-Type: multipart/signed; micalg=pgp-sha1; protocol="application/pgp-signature"; boundary="QkW2dGGm27PKrL05NpVW5WeDkXVaskx1Q" This is an OpenPGP/MIME signed message (RFC 4880 and 3156) --QkW2dGGm27PKrL05NpVW5WeDkXVaskx1Q Content-Type: multipart/mixed; boundary="------------050306020806050507070200" This is a multi-part message in MIME format. --------------050306020806050507070200 Content-Type: text/plain; charset=utf-8 Content-Transfer-Encoding: quoted-printable Hi. Ok, I recompiled with xen-staging (4.7-unstable), and made several outputs for you. I attach them all - standard text files in a tar.xz archive: The server is an ASUS P8P67 motherboard with an I5-3550 CPU. I also attach the cpuinfo and the lspci -v output, hwinfo and acpidump in a tar.xz file to ease bug hunting. Xen debug files: minicom-normalboot.cap: this is how the system normally boots to prompt without the dom0pvh=3D1 parameter. This is more-or-less a fresh debian 8.= 2 system. minicom-debugenabled.cap: as above, but with the pvh kernel parameter. minicom-wotmem.cap: as above, but the boot parameters of transactional memory had been removed (I read somewhere that it can cause problems). Interestingly, in this case I receive no crash dump, but a silent complete reboot without a notice. minicom-woextrabootparams.cap: as above, but I removed ALL extra boot parameters that can influence startup (of course except the dom0pvh=3D1).= This startup has gone further then the =C5=91previous one, but seemes to = me rebooting due to the same issue (ACPI MEMORY RESET REG). Thank you. 2015-12-11 17:49 keltez=C3=A9ssel, Roger Pau Monn=C3=A9 =C3=ADrta: > El 11/12/15 a les 17.00, =C3=89li=C3=A1s Tam=C3=A1s ha escrit: >> Hi. I made a screenshot. Attached. >=20 > Hello, >=20 > Please don't top-post. Do you think you can get a serial console setup > [0] in order to obtain the full boot trace? >=20 > Roger. >=20 > [0] http://wiki.xenproject.org/wiki/Xen_Serial_Console >=20 > _______________________________________________ > Xen-users mailing list > Xen-users@lists.xen.org > http://lists.xen.org/xen-users >=20 --=20 =C3=89li=C3=A1s Tam=C3=A1s Thomas Elias ETIT[nwpro] KFT, =C3=9Cgyvezet=C5=91-H=C3=A1l=C3=B3zatbiztons=C3=A1gi spe= cialista ETIT[nwpro] Ltd, General Manager-Network security specialist Tel. HU: +36/30-497-1626 Tel. DE: +49/160-651-8723 OpenPGP pubkey: http://etit.hu/doc/et-pub.asc Okleveles m=C3=A9rn=C3=B6k-informatikus (MSC) Master of Science in Information Technology (MSC) Kapcsolat: http://etit.hu/index.php/hu/kapcsolat Jogi nyilatkozat: http://etit.hu/disclaimer-email-hu.txt Contact: http://etit.hu/index.php/en/contact Disclaimer: http://etit.hu/disclaimer-email-en.txt --------------050306020806050507070200 Content-Type: application/x-xz; name="xen-dom0pvh-debuglogs.tar.xz" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="xen-dom0pvh-debuglogs.tar.xz" /Td6WFoAAATm1rRGAgAhARYAAAB0L+Wj6FMw7/9dADwZShz9nbWXwd9c0lv6dBvvpXh+wUk6 RCZ+gnMajEccEjp3anPVDMAs/vltNxnp+XjTT6u6Nv5iSIrPZsfzdmZsZTPWkmZIiXPcTqKs ZAqT7irLuE72iCLrxgRYNG6LgWbo7KPJjqKywVcrl/WKy7Evy0rHFZZx1Qt1Qt99ROcPZkQl E9dSwiXE2ZF4VfEGlklqV+ckJ11cnE1oyVUagKcR4J1Rn3HXFuqgu9PBGfSM/2N7WZUOSpyG SumAvfPivMl1etLJxPl1OVHrgJ+DZEXrMyyRF6v6yFj1Ttgtb5FJToTAzOE34Rdlu067RcU5 0xu5Wvl6l5uz6XXTwcnbDV//8BmvYK0HyqgRPb03Q9wkVdvtMTl2PFmOHt/HRt/ZF/ahc0C1 YQY4D8X66TmR5e5vUdEhPtXsgVK8FJArZQNw66P2YfCe7DnphYL9Ieoe/ld5k/5oR6iK+Nh9 0hr0oG12/olgj0bYSLw23DJIGwCYPdREj5q7oNs7ewKRGJagUou01IudWwHQcOCXDyYJdkg/ IirMLydEqkjiAtKqYu8qRyaKIr9JWPV2mCBwdLlOp9eP8aQdsbujVOKB+X7IwFSpqz2SqaV3 c/Hi4XrwUs2r6dWv1dPvN5Q1a4U+9MXlI98kS0YoUql8Ww1wZnnz6eXMtXSmASMPN8gBjB9s dG9CALgTfakYYbE2d9B8elyp47MOmdmC5Re8xPWlYteppp9mmdLxgb1dpS8sDtrVqdC8cFc+ 9Gcn+Xc8EHzLuGWauJOdlHYp2y1F1s26hVH7q6feG02xaDKMNrtPrXm/zqfyP9ySWrToZ6W7 OoyxXlVzzkz0yN65NdLxlojQ/nXmQzN932XLwct7wm8xk9lM966JQ1YIihi3Z0Oh8FOTGAYn FCabV0wGXCSRmLu3xlDW3VbOnN+0z+juTGLymJX/a4WftOXsSOXrTU0lFfwlTPOrExmKVYG+ Luf5tiW2Y5T2w8sklpthDScq6Cp90W1JjsstjIuJq+nkR9EEFjkpHfZF6Omg6y5W4Zfbzs15 uDxlYRrur+VT/iA5nYe5VpIPht5vsvSYvsGy6GuYI3UBnqZh6pIL7YANYmLut8PGMNg/DTHH 89oK/xSbFC6L1onkpONAaFF3plmMKGQPedbC6Jz7/p/uvhbqbnsZyvu07yawsdsmG1S9bm0V j+572pwa+eRySeLtPNyMfl+apZQEvJXYz0MUcrKX/CjnJMbIz6wxnSAF2aqx1pdrmi7ajT3d s9z90xjIAqyFd8VsYS3LLbbe3VgjEICOISJoPhYtw3M35p54Jk0OyOmUPY/O48gOI4nB6jp2 gDuUgF64o3XQvTYAB9sHklK+H4mN9tXCd/iNZ5bqCY9iHXnsRUiAbXRG9tLa4LUT2+cahzAk kUJ2bcalrYSAJtQssn+EBUCmKSyxnHU3j6k9HuQE4wjWk4Sf51lvAyAIqFMjHUmCm+d35vWI kR3/hIk7dVGm3+ZtA5vm6+IJIH0zB394fjFRF5L5t67IEAOw5NDY9iOf5dIfyEvUzqDOy1VM OncbIf4stfKnJBh4F2n4P9CWbkiC1uBohYyF75k3CjxvmeBRNVMMHVcXiQxqqYhfm7b3rs+4 QfUGPoGhXBYz3YdeACIDTthiXHbnGIxCzMDmBalNfrJyvIHCZQ2Xp5WfDFTXgTb0TShhAi34 t9CMXRAyMZ2omQUR/9jd10goO6o8wAyNQVJf7EvRJDh6eeYtJRW9GQBiZDWbCb5APFssqZEp 18qO8B6I+vtvsJtrqZTsMVVH59KLFTsy/IJKzdu7WL0eThoElTkMyzaK8ml8UvFzo5H1vwln rAJQFtyhUbl/6twQHBtzjo+l68cvNihL+cZRyn63qUAYe9W75fg7lSu0r+AhiRoy1YesMlsz IeWNBFjo/sptBXQMbrMaLBJRVX8BhFJeb2vUJg5VLK7qdmseJvxGvk8MU/1quCGdqkDpBywa bAWQDXY7h5/uLPobsFz5Mx7ukVySWDga+KXzMWPPpLCgZpXHNRaPpj8zES5iLOGBLrvu5azD rqMey9MZ6PgPLeRjg4s+U7POcWAACJ7lNOR1GH44dKxjsAIs1mzBIKC+yBJj2Wxu+DJQmAxS CaaDhl9RLomLWvwTReWBPKF2HrdO+YudkzCdaED9KHiDT/M9czxXIgymTpdBTvEWq4PqBi4K Uxu+sEnrkfffjRyei7n/jmHC4ob37M39I9m2IiA6qDTK52OLFojcp0/DhYaHSK/ffTUYHonH WKgjv0Fb48zyxr88iYHUNkz24w1lRPamBJ/2urwZcBrusnBS5OUILip9wZV3k2x0Y2FGdKNS dK4Aq1gU32iEpdLrxPUt9SF80hHhElSxSEol/Ld9qkh4hzoOyDuOeM/qpUuir+Tng7d0/bTl vTJkiN5Db024RWV6ddLGqJQnJnsvsQu/HVAAGV5wxWYgIjN1CRbP6JDrpz1r9ivwaJ1WxJnU a7Ukd6crZwiqjKlRWbg46X6SoD8i8NiNxD9NdLwQ9Bofd+aWHIeKX/CNMJPmg9Y+97NSzmb5 4lxyomxM6kqIiu6FylEOgiMdJtLDlYjmPOrPPuqTZSh1c9tuGbBXoEc2m+jMTGyK9mlSJBoC WZ58zc86B5cpIVkQxesWFCmnM9V0fxzWg2MLtjfbmnIt5KIfRKGShDwPAQ1Ca+ScpKmPnFZa aBiCpd2Y+bbRtt2dAIYE/ZaWZjp71MCWq6rLVsLssCW+mZGcUnLQWN1l+wYq6ytgf/e+34mf xrslvj/o+frBH+csj96yWZBztHscoqGx6ZJEDdn3NXBqD48hK3VHdjNhH8WI1mJrDQXnIDrq oMnYbQXJda5QZ6NPMHSBDSZHM8ektUhK7uwGjUMEGLpZL3ohr2wQmP70cxx1SynTv0oMIWc1 6L9iiJp3cu6+51ODkqbfl0oTt8THyVx8Vt9MDwYYyy76PkEqlt100sTVQhxDr9pUHODx3bXx iPwyz7g8S8G643S5YddhMLXtLzUB4nagbUOR6RQxuboVjomdz4HcQH/qDj57coP6PPLW7ARw TWNgAFokVQ7DBMqP0s3+Q6Lv0IjxPfrFKO4h6oaa+bJJudrpY1rl+eE9538z28fcBhcoRt0M 0TMAvdwe8KjpuV/xETVUGO7mUPQkOARjrVmuiZ0xwRPSvM6Dfxc8HYR1AMpzv9Xwt7nTQ1fr 86S6aerMldntF2m8GR/M0iDEBIDMcLdLcQJ2cNK4jT3RmjDVopgVzQJ2JD5P84qN348Hz1Sd n+Zaa3XdBmcuCzbFXDXVvWTT/fwtH1hOqgiqCJQzs4yxb9ukEOk8rvIcrGkvEdeNzfpQN+gV qRn/WDnYn/xahyjLGPGx7fgAQsDaJzQoNy95RRgqxlvVpwDCylfwENN3Bc2QbCioEMI8yJwS q5JU0ebOATHGUTCx9anbLgktfrj7PRIEQosSpMf9cjHmpYOc/xq2x0OtNVloNlBXuFzfbnqg eEn7zAXzDgyFy5JwJehO8FfyFRNON7OKpL9MJGNFss4F/iimeUFW3gv37Zn45aEJ9cnyLGsG Y4xdI0edVxO7Gww+xkq1bdNqHrr6k9kB0TPhGEOtiMmYsQR5InFt//c7tpYd8GU3ZxciQbfQ QnNm9c6ESJEYOFJ5eHmgFxapMQOh/7UoQ3VRaBqPrD45Pdu3lhaBNJryGB14rO99f62UfIfb AJ50oPPMWW8mzt35G2UmORqa6mRU2IubkfyhOQEcbAoMS2/rpF1etXgtrUb8Ga4Pp5PfkgP/ VSozdkBhAkOg+OeOjmQrBYob20eavabG3hF4NdRJjzYCRxOVowjvLgSVo1xitXx+pdCRHlV1 hzflPqVkqnvMu29IDTxUtVh3fOxh4RJ64HTbnIIWfk8Wu1T638Fq6YYYIJymwNogJ7AQcOp/ Q4oh0AgZ5C9ZuaIJFFm9PeNfekMcgr5jJ7+30KBbmYyE625dyH8oGqAxVBM9Zr6QFmi5NLlW KKfoisv5ayD95P8In6uGeytEJdJdVlOIMktLfO49AbCP9EwQWZknwQ9LiErdhx76cjYAgTEG WkR5y4XziRRv4zg4iwsIzX6k8d8+QYdm9EFZ35O34PxiulzLXj0YLpTb2Nvqj8XT281D6+DC t9poRnFZCW+5RfowczbHIrsCMMyYxG2GjF1HI1pcxkXWbjY0Ea6VyWVmFCigbSMUi4HzGFTt sQgvvAtfKz6YJB62S65Dv6IRj/ht7ZDs1G64ZkUWjTOtsupf72fil/DOGKKGLdt6TkSOepi5 Dt2/vFFadgAd5uV+OCC371aZQqdW0wRoawFFaZKZ6moi3MYO4w+zTp/u74ZyPzM5HLLRqsXG OY0W2VHN8edHHKw+6dwIOKDmW8zV4WckS+fTiR/9t99N8fOBUo9a7ihxCi8Lt+/9JQ6QXQ0R XthP/ohFroZdr8HX0Do/zvrPEIsL7NiSrT4hGHidaPAE39ReYAi+7ekBwCT4ScF2HdHwIlHB bDK7TsDS+y9fPTz9Y0K+4s0cKlL1Ltd7CepO8TaSvdxN6TLDU9N5iwXvkDUBoVqmuG4gVH7l 2NM0wqvA1AMcLrzUWaJl+IUplI+TOPINYwbTnrlWteywJrQKqurmI4aiFElSX3laLzmDUqJq 1DUpgAxPvGsj4zynKZYHOaxPlfOkGdbKIkzFas0eNsjVCcsg4Liobcxlb6RqLcRhq11LPCmr pO/3L8jOFaQ5PUH+ly6uN8yXu4Mc5d3l6cohili5cRgG3/4jAkKSY/lYDXT30n8p5Tw1feQr L388UhOY0/hzKP+cHZByrKm9J7TJUEjwMjvX4KU6C2QSmFLCU4+T8TxWcRyv751hheX7rRZf VN4EMzIf3Cq8Nc+MPNZN4bkL3uHJJopoRqazH97Ra9A5+rHRo/pfazpq3sVC8wQ6pmS9spok 6uZ6vh3ToY6R15yiLxr26iENguuDx0oPnX8s7GDtlvem+d7ChY7LdR3bWiBjYBF1C7ydRBYv CWdFlVrxBiZpeunkw/9b8DbSF/5D7tS54CoWn76BmHmOe2vPypRI1NEZbDxnmKHsM81CVUDZ Q/kDRp8bw8yEnJLhJd4Er8gdn+TOGaB6mUWfJdOskQ0+Wn/clJI83n2vlvLODn4IaPF3Oz8o rcDbF3kc0oF0szzUjEiSwKE2qkOZp0clxnS7pDDhfszqLGBOMQrtHgn3Lh7Zyn4JiuBlO+fp NJCMGNuwUIMsLHnTDkUU82vX+Ia91JsaXttSajJIw/4xTYQ274rFW3SZh+SSb9DnN7tjuMbh BUrpy882wOfTn8O23p2T5MLPBsVsHjNlTzGQhv1PSZOLVQ2ewC1+ian3sSwQSzJjOZCphGNp ls3yeqFTl11EtN8rhD+erzI7Q1z8iVG7cE7s6wp6fVpjp8kv6JKzhs29EATvJ9SMoFbLc1T4 mOnSz6Asom80a3lkRoZonbnCdiU9q3KHGujLFBdHcZT1k5uEAtbu75GcTbGr6AmlHtRWvepj CN3ZXXzCtt3W7Pq0V/tGxyeBM6Ef/FbdNaVFU53oAfR4iLBlVYQZaTWHu5cRBa86JGrrcTkI XIsWc0QUtiVQ0lmAaMvLj77WxaPBoLdOHrxn8p+QRTo8KA1+M9mnErMUDUsm8tuYWkOT31J0 5Q8MdeGnrzVDYekPGzoTxrqqu05fDT929DalMnkFt9ZtotYz2y/McyUAzj8Qf4AjxB0XmrBD AgFH43c+tQbd5fTGdJUyT8ZOeS/DNmywl9uMUn80zmBaoBIFEDCdAYbEh5T6t0lMnja04NoB /QPCJuXfiDmj4Qq8/jVYZBfr56j7pPAMXacAlTUbcW7vqpGMawM2/CJVr8sBPx/qdX2JQV+G OWl/MCEHtRK2qV5KlkSJDp+k/69WUMjwKSBrgpM+Yn0yQOsaIVLZAOZFXHTbzlSd/AOOBQx5 tWBncRPGZ7JAYbxj5roAlx6BJvTA636BgokTilqTJWHMR7FDEy94pnshkVPQtFSbbiYxpxtS /IhqJXLXLJFm7P6JQ90l/ga3ljNJNXsa9Bm5TFj4RrO0GxkhojPlTCOcr6Re1wPel5stRbbE dVqQ/fST/ANhhR/Zn+EyKiPQT0k7kMGNN6yklK0iXV+vNUurDzurQiXGLrzE+T2buMW2bYnU o+hJwm9S1SUNRo/kmsTsEtXf4WBiOfSCRH4yfttN95q7h3d0YbzPpXFGHdIJ1T1AHpDviegw 2mID8TJ/stJzoUmnvoIvpjHkcw1se5De2sK06hY8QFYO2aeQhT9Hw3Km+IEYj/wosbU7V2qn eqpHbv4GIlOIbyUkMOlAzbKnLKwWOpsNOzC9nDSR2ekTeVakSAu7MMe5273nJqNJG1bdrQpq DSvYROSeGgtfrYHrObu/MSrNLVg8UD7U5tRoM/ghqeOC4CT2XeF8P0AHMqovqVsK4KeARaL6 KnlLBsPJazs+OfBAqZN0G0usVJtv6PB5OODZFUQgh4s3WHlyO1ISBiKNittyY6G03P932MNq fuq8Og5wgY1GQvob/VqX7F1pRiBWfwt2UZ4bTKqV5FeuU4BCxY+IKhou27lD0y1b03PpkbBR R8TS8kOBHrhjOKA52nsuVAm7BzdpXqE/AvOuytEGC7NfAtaBUoKUovz09DpnjETLeyMrwTuK os9YPzhRZBrK8+R0+/FG9AKBOoiVC3FOUoKF8JbjtA4hMDI908eQpc73NliHxisRD0WqQMQv wt0v8+uqqK5MWrJUqswhS4o8RVrvwvGOIKaKjoDc8v2xf0r/MY9HmStCbh+W+cYFrUceRKb5 buo1nLYavR2ZqgGON7/oit9fnfHjw6LRZt1ChtVbJdgbg8yCUVA64NM+OTmGVK3mEEoHk1Tu pPu04tWgG1CCnDQ5rU6Vu0BdUBQc86KA6JHbebeQVQh2+kFGww73xdikqTVrPrsWvmzFWlAd GGupeBA2VpUqNAcevVLb4/INXJ7RW7ObQB3K/4OPEK2lQCZpIwUgpP4o82m9KZXtOu73JDpn DewssRM3BSx+6sr3pg37b8WXanFLuVVKkaXfKoXl46RNBqcfR6iF/dKc+UeRmRJUA36iswtK X3RqA2aAsPL3igpU7jWHJaqIL2EOWaFtaYqAG7SRPNom8U3eeKNs8irAd25m+g/V/nXIBHER 1tGnLmPdquieScR/GdEnIVZTapcqvTSLE7nepmri2+jc91xg+ySkvOGWGQ66c5gWAlsDqnlG uvhx3vXqguvCuJIV7qFGrrGTv+uWcmHr8EF6EoQZ/C3w415Sb82qLndAyqItGPf7ktkdc4M2 cgc9xBSmQcgMuVXDeLq+HsIJoJbudBkJJyJ4/fIhb965qo2Q8m72i0qstWi8If9MgL5Plkh4 ja5KtU9Is7hY6HtEZa6IjOeOEfATiFT05pVTHCiJwJ8tJgNgtBnQ46YQj9VBv/78pjWt4C0D IDeecG+DIEH02QjozHHMWCfKhdmSngFpenVakpiMibLbV7tt7A1uGlm8dtpchSk4hBA5BgXe R/5NpDIUIaZE7FYPJwflBY3HMyZfqHUgbCqWVaqQsdXG6g00DFJkRcMKsQO26SQEsLnYXVAC tk50L1bkWrNAyrWfjUYpolSJnRDXHEwgY/0QMm0lr2Q63rlLji8FlbwXu/gnFMOWvWxI0YMp K5SDVaxqGFTVfXwKYhiTYZDQ2omihlHwttU05iFlg1M8/1V5Sin2HreVH8WKbHp4a9preJFp 9TXTOu8COzEFpZ1DGgmu2QCBO4BXgu1SIsGjTqai+iAquP+m6rAN4PonGmV3UwxLcmnZH9Ug U5Id3fftwjk/LWCm6KMmUdvTpvaqAcZ8hPX1MiP5B0Z3WlxuIhSUlst5ioVZhTXSJTrh5Kw7 qQNQD+VKulYmzpxXPDQ5CQJHong1h08ogdjmKH0XehoKzH65WiZ1BscAxuR+0jbmm7O7IMNo 8VxqMZD0TW2NFji+dC0abDC0OMo9xwqaAaWzv/O9dgzbOrcFSZS9FYIYPuQ+CwmA9AHqp97p +AqABZh5YBWpDknNij5iYSNwdZuof8rRVHxnZ0fvhHxKLM3t3EcmKG/8nP4fmgC7eoaMfVPF HJcL2CxlI0tpCiVxaJ8XXyC3gwV44xGlmmkWs1r0tNPRb/HidRQiT67xKafH1yCpNso50EeY ck7BhG3LFrlNQq7hV8rLXpH1KcYmF7FbuhsutV2SMkA72KxxJWVWKgzZpmjBkWZHvcXxQqvU /Tl0fWH5eCUl30HUEPBZL1h9G6+cZT5/T9Xx6xFPMwLf1trBqkFgZAbUouPsqb0ivjaQD4iM BzaIQ2ekZKUcjNtpiIFJbGgHrh3G6isx0p/tRVMiJcM+s1nHkfkUmHucKG/MAd9bL6DyE6rp rfZgSNjpyUge/b+fZJoDN9jJquZQQOodGsSW9IgvqaQJS0CZF6eMBFLt7zo0Af52GJW9M4JF F/E9f4QJWWrtfkzKS2A4LBsVZ5X2VMmJkLebRRPmNkAozvOFWa11vBLwbOfScnaQJ/+t2PYu FiITggybWrv9zJI3vEuz3f88Y5fgxPqh/02muJnBMZ76Wcs72X+xUev3D8e6BFf+HS2qog7C sT04h1Rn0UURkdax4lms/rY/zcyALbSiU/+dlfW3tcPvF/yTf0lWmDdFqc92LpwEavjEOZU8 A6oSfSoiGq7k1k7PD8Kea3wmsCxzcR7acHGkmVvFK6FIrUS1tl0VIcFEAS5zipEMhlfq82PF nMNDdWHH9HBnHkmfu4S5kytwxkMGEqRxoZ6I/Mq0CibgDBLMLhBESfueU03LfKAguF+V3iTW u6IU5kawJe+0RyPbW76niAkUg6IGjh8mpYTjEJRHHwVVCIPtoxgI339q9HrUvZ7Q7Eovexz6 zJL2zV4tWZ1qMEr6RYZJWzoveZqRuJT4BUmFXAmeyOo6jW5KoenFXJJbE9S5H5hwFg4oDUyC eT+xebimAzmiLogtoWtdwlaNlTMZSxI0m2B9BnCqBYMzEkhuEkZ63malO88ovgrfMckukw+E YKJ1trcCzw3SdXMoSRxTvQd8JEBXasQHqkqDFOOmfCUBBFt2wF1dLB0NghMIk0i/FeCU8gLU M8pD9EW898dKfnfcX1eHd6fwiV1LjSyYcvFek0SP/QJZdvrVaCubUyXs4DqqaQpJRI5i08hs Bule6jVvf/30nAaQeqgyXHLVUcApcMhqdjNQqMvKxaED1zhGgr1Q+HuIpinshG7io+NCpmF/ mAd4lZRAK3lX6WFtpdrElQcL9aNmf3R1YpEbYyaIjakVE8jVLspH/xOa3745ycdHKd0LuQOl R+WpHI91Q75OQktiXWgOMyTCPyVS9ODMVqUbTmkmQ0bjSbTMxuwC0wPI6Q0OOZ6MOP4Nbumi Gs4S7mYqKtgaOT3qZwTIM904S7ZsS4/Ig/5nib87eNH1qJqMj2lVcKQWNAc9vW3a3eFYj6NX FJ20ykIi2Lb9MdShY2uD/0W8qV/e1AEv4CoPtFRv2XLyg3MkYKYjrMmT1cS9eafB2etTduHa Ax+VFk1mbfCQQftpmHYk0M83vmNCNlKYI0ySddiiApjCbUbZ/TrGemAiGkX4gO89tOdzDoYi yvyPKL4N+gs2PkC2Vl5WNcgzA74v464vd2O3enBvTsFl9nWBfVk3yOTuS8WTmhEKqgQt9rCc h+XV8X+uQXuD/hESVyqDEviSo5+bXI7rRNBIiw2HAKdIG697oi1mXy4eCXMac+yM1G9vAMXT z5Q8itAM0AOU0fNPouTs4SEOkLzPgNBWOLb6x6g0ZdQmDl0ZnEBC+XYKuR94u3K1v1wE7rW6 TVrbGJPj8t0pEgISPGQXnak0h3YtgQ3WL/ScplzodbDdmQBIyaoHG7i+5+UV4yVIrweDEq3Q bwlNa7QeZ8ahN4MhUy2jhmsrQFS+tlKYspLM+63v0rlx3MS3+SFNvs0jlwi+X8Zr7L4QzTj+ hcEGF9fIUKQ5q191rGSqgzi5MPJsfauapcIU9TrNgbaYTcDTFLQEKte+fhUhs6LBDjyfx3ut vTGmlimNVQxnfhP2FcvTV93L32e5AmX1nzOy2XRyXsZ3fdJKg1/Tlbq9blbVD6R4bH+AThoX 1FChpdqqng/CHFIhDvQrbv6MxMb12Ua9vt4yDtD2C638AqSKCZLsD8GhYZQoEnreWCglsiZY 8WkNGkTWKfJ/NrHr9BkcuRzq8gYIzrdSZ1J/RB+Nu2n7mkajF/VvBATt0dk9VN/aTKNTZgBm O9SDYoqypRyqKixiypLHnoqSL3xBHafY7Mq0/ViBEDE1ofdf52YZzjOMGuOh/VeeABF3V9Up +NO3PMeRIxqSfpYBu0KNcS3/22etPtYqZn4PGPnhUQZo6Z+KTFKETrIUOgHFsgUI4KzCh+7l WuSbKOBgZTqvwm8qj9IcuR/d5+M3pOQmwxP3DI+Kp7NRwSNGrEt4BFBTAzwsKdIhgkmgytBD kEfCkGOjShcq9Gehq/U5PKX3OVU4X+ujYnJAfA1Hq19CHGaJGupoVcXn3K+rfCa9oEOxeQTi 8q0uWx/EC5nlSwYMADoqrM+lnl218JOd4Ian5hJfLn8z46nMxTZGGv0sPEK7Wn54gu+Ip6lG EQLW/V0ySXAU2LE42mtL4QjI6QN4KcN4jVEYVEHlMBe3zqx1lNlhUL0usiD/viTeHxoXAJcA wriUUoPPE+TUCL05ibixs14oiqwMBY0lhACgIfgj/3VJsZldlYxeL6NpEu6Q3nE3ZUmTAzd3 /V9zBq1L2+SKkiZocdyHvPjkHDe3vy4SrTr6Hsl02PAXYFpgNuVOTrC72gCdx1xjQCyVX3jE 1M1WSL3JXdxGHZBTiILGrtoN47aeBhyxqaXlDrJvYRdDaHxSI3vhBf5oC466HWsPvRALV0Kt 42A02SfT1jo51X5jZLp0dalKXjoPKBxSEN3/ZIl6RGljDTy7WjBisC2m1rwTAkJb5y/OSfFC jpzmH5GRm5BXcglBriR38KyY3wJ2njbD/3+yy0VIN6i383DkrNAN2MFSFGfL61WDDP5V7VsV vijV95D1amjPXJ5ExrDUsOyNRC6RrHUZJS9oA4jWu+nFri/A8xjozesLvf1fN1QvL0zOWP7v C29DOBbU4uFNHtyWEbCOCgjUeVH9MhKWdcZ4dnCXzctscQnlPgQTCGPgXyvIwQvWa1VEgsM8 ZRjh1toixHJ4/cA3dmkPrdHeUavCtw5lKfJJ8tVVJYHobf4qGeC4nzIEzMPlJkQrAu0FGXqB HjKeS3n82MvOFVxbg3iKOWLp6dW466XriBrXteKnHr2SWLlnxHFMKw6ri0fXvPlOq5JS+jM0 5K+LXHQbK7H39Qw8iLQFO0Bz5UcKGjocls/jTbbXJIxuHel3+A1spvy2S4tUsH206eYbtBki h29w4mHCxYjDoDKIa6xsYL0uTPLIosvdxCnMHfk5K87Bzf7IVI0usbvDRVow1ZzLr95M90F1 M9lhx2o7L5mYagwarI2URWQhg3Ytadyyf8MakU4pFXHn7dRsYEWjSHsId9EY8eKxaJYrcsUp dH98kLiZMsB7pJ1I3maUxmXU4iFN46ruE0yxEkEBeac1vQd3QJObqig0V47EVx+E8oAxnDQu /JSgMLX9tiSmPcgz+VZWg9QBuWhrobP1Zy0RzzGjeS/MGGDSxpzLRPikd4L2OJW+89S8IIgU r9qqF+fzaaZRqMWFWjJXOFQCUaPeCja0XK2GWSSyqe20l+aDcSyERs5/7yZ+Tk+OxCyhWA1N RcfOXne/rQrllftRB2QLXrXjjsQDc27L/eM7cYS8M2x7M4WAlgK00OM7tWqD5Rkyf5skdoUu 3Dy3gV76LZKflMlsTz5Ksd86m3uwb5ON2TqCJ9jZ6a7/ces0+AAVezZML9rFTJ7APjbQL1cj FY2IS7yCEFuebq2UNV4zwlV6BfhCgpgWCh6XzVjyV8XGSIcjYpWUDfZs7r1YJux5+YB9JmEt sj97FWXM7JjwJMKf1bK/F2bIHgInhy+eQPjW/2Xy0lXeagTops3IIyTsVuvOn31St6Yitf0F NB8a9eX5NWe/EI8DZwNg+sbb0qCZj2je2J3GXdlY4TSScC5rbqCNjaRqJ4LRBI+mKjg5f/By Ox5iaZ+5z0WWy/XekTo3uGE1lyGpSD4qUr86kUYnFPTmPvzz8kS7HdUR4/rnWHGQcvYIIPD6 cHxHGYXJjgt/cxipxcF9ctqRvmVNqvExismsosBHIn7YJcmbTDy/Nm+ACk1dEa16Cr0LwUW8 YNObIzU4Ekrykrj+fPC9mnAfnFDf17+2mKWu6X790CtsShp4ZBrmfT9qMCJDFnmPHOFTzgKe eK9A2I7MdffFACb1/9lvL6P4edQOcHosWTMCAjmbg01PxKOg9ckzJtHXXH3E/NgLpWJHulgx +842k+sanZZWD7zEp3XlDeUydaKFgUm6IxK8BRhJ1lAJ49/MwGmtvVP3bRveM2rCqVefeSpr rOAg5cGBgjxpB2D3bDYCBxgci+B2Sgq167XvORrRqc2WOSxZrAgZGVto6NrxCXsE7E34eaPS +adbALs/PuycijDkEVuKQ6DhJdvuGOt54hsT1zANhGALIy1/nuTDhywMUqkiKOWqDBKMga70 49/oHBQVfCiW52fLY/U+1Y133MGRS1O4yUYi6AfwmwYlDfHBgNp4A5kIX1mcY+CUQ419bgtf 9VNcz59RMkxnJPiLtwuuYDcqlB0wk+JlGBv64bhM2VgU658jXs4F7kA3SVLAyBgkUaq8ws4K SLpT8pVzjWROyF6kwAqPi/MTaLuJmyN5Kgt9nud7KkjUd5EaSEdW71gSOtXpqdi+JMsA94F4 xpAOzDmRrEGQhbOPHF4ed43lI5JZC1CfbWRQ1p5K5DaAv/nR39OtIIgO9INUZZzhbmhmnHh0 n3VJPuGQ0h87PAvbptgNccv1hjCp0GWw+4EwhY0RxvR9P6i/WP50Yku9iazkKCmJzE6Q3F5q ZoZbb744aTByUzHbvw0GZGiRz4dh7LF4zJfbAq998tsybZtFvfZpDwtb0WMl9FU/40t5Wjff P6Q5sqVkihjQIVMWEfcZfy/TFhoyp5WR2wNGaM9VaNL6m0Y6AlqGOn8IWqYa5ovx+iW+8lP+ GoBKjJ2Zxf7aRl7PqiKcRCCNS6QnlVm5TOk3FhpeNqGVV/CR6qxsNMjK9XghuMnlqkY5mm54 kCIAE1g5+paOO6vFSMu2Wp1mc0xfGzLhUw4yFqTEdDHxmSzySq6QuZj0GjWMaC4rGWnNhSH1 eMzYFUvk8mmtK5aB9SWhetzP22E939UJWDPOBBDEeotlhcbYL30NEIps4+zBvBOnza+ub4ZG LxOb7xw4krwLn9PaUBkhrjODRpkUbIUO3G5q/6TrAwn5v+FuTKPA7buNyyBJL/PlGpaFnj0m Yp75Npw8Dsbkg1r0MoUV0R9KU9JzcVURtr3v10lVyb0TlF3nkLmO9E840wZFpP4Qc1m1H0Zn SIPB5gfSpnCZPeGxMK6oWSmMou6ql4kYKB4uHm8Q3xVbk4wSlR+/Isu74L5HsUsIT3Lzduv4 KxpI0Jp/5uG0Qkz2eVl7LdZCWD3L6NKZY3XkbjKwEyj8qHX+eXXX8wboDmrEB4S9P2b61z/Z zZeT33yyv03GN10gbmhx/LKXTwcQJ4GVyG3JDCiEqDYQIxGqvKjCJjBFhtqnvfe+lOYMKTOz LqUuNKVYH821oPk7j90bDwoe61njgGMEEkS7HGX3BJatA1lkQbjm9Ozr1cr/YuuHkmZ84kz/ 2L+K1IiNyNqeBXk628qEvfE57YtHZt5n7RhbuFkPTPqJYqBH8/RZImdLO1VkubftvUuYejjH Ats2tjtBlHHO03SQLvj4S8xZDLk832XIHGUhT0nexjRvFXmphraYG37N6JCHR/0A7Jkqvt2J HJNluNmjT0a4Y/E8Qaukn79SgAtit0JmFyixDSx8f2PAGBTsl4TTlXt+bWpEfXWyV3aH+gZi yBbD6d4pqeU3xIu6+QAJz4uXs3xehuj5PkP3u+yDfo4hQSx1AG+H4YvFasPqZzigvqrPciN1 2ivzleDMe2wpJTb9D4/SAegLeHSE0kQsd7qAdiYtOwl/OUuXowei2AwdlE783vo7moYUY3m0 sdTUrvLiM10NY/tuzEK5Q51w366Mkfyj8TWwmMrYm1kj+5sbQR0ueCLUAP92x+C09nDhtIJF LJ8vkbdCtcxwWA+X+egZQqgbyb9BW6/C553hMY1iYP/ZcmJJrwrJw80ZzqlLo9y1upbFAS0o GKyRKO7D/VyBbQhdUKuwJc0bjtBhKOVHctZ695f6FduaDs9wcvEz08fh9woKYBg/RWRqwAY7 pNtGCrAI9rFTieJTiBeU9r7j+8tmhq0Y4M8BCwrfQ+jsB2mduV0OwyZWlJtcNk6glTymVf/x vUuv/zGXbTHZRjw/Tlp+YwTTPWx/oiAeJ//S1biTPHFhYv3ayaZaAaMvuDP4LPQhzCfzW7OT HRkyX7qWBJ6Mx5ljL35mbUMfaYRnLdAJvXQh4sOjW8QgC/+L7FV8FuYptrbGuyolJD6JoXjK 3XWLM4GOlR9BHWsK03ElJZKiP/xofxN3+z1v8/JBBRAqQwUTwFRINsbUloFgzY9IaWy23bS1 X3smmXrVw65moQ5kka9Rzk3IZICO1QS1+ym/HFtPK/IOAQ6CHsfowVv/tC/lbige5A6QYgc5 ZoimabmhjAwh+mifylymXWw9rcnHpD6HSs4rzFt5goOl1sPPH/CophdLZfFr/gZr6je8+UjE Q+VBlZhPTfnMRycht+gRyAiGJyo1bqeDlxFARdGcskbLbylkL7RDWanoOqcSuBs0p5+kX6zY GAd+i5AxHAvN83szN1bKMI40bjQKz7mz5FCsz/7SH4+nAZhVy1joW14aCRX6UnWX6A789+/7 AwU8t1vnJ/nj6eQE3AAlecxXWucVpfdBWpjH54e6V6EQH29e7Tiob4m3W1WY6OnkJ3dqcbpS 0n9u57Mblc17WVufEo4952fSVQW+KPb35yCFevaeWIM2STRIfaPrGNoGw6VOQ8eWiWlMjTX8 if0GiLD1NgRLYtzW8lKMIM2v5wi9FFWDNauKciwDA/gKXWS5zZF6B7LCc2y3x7qXCeYxs0XJ mr2LLVODRhFeZ4UsUR/Oh7GJn1YpPZdqn9v/zjS+pwTt0eb43ZfBVrQhY1EfrYwr3F+IUFoS aTYSV9otesU7tO8m1lglqVDmTI1G5vX2d6VuQwjCVgAsj2vPQIeU6NlTOYlJTBaZywziZjuO FOfIoiBF+P9MvM3WJReikXJqGFNLJXChDOBYLNmQ4+p4mbl/1OGsFu9LqW6CvnnJW+XAT6iE M0OCDQ8LFhcqm09VhPBfvIdUvgzeQQup11t/8Gc6OLEect/JcGQTAQKyXzilsxnauMg0zAEA sTO2RPTPVBXAEvj98V/vj0HlWwyd9JPjBSJQHtgbqEObNCTbt7T4El3dSZUhc4lwzyzIXirI ZxYzude9Dq4bSTQjLoV9g1u6QpchTzoUtOVsQXDZsRwRxsB/UZ+LNwVI53JOoNH3HdGX5CWF KlWDUmTetegB8vGqY1SYQjcLWPZh/tgcLf+jk+4/j4WxWrlOMUFvWB0pCGvL7hg4oEvR3pjw KAcynUXcGdRcFn1+HIs794SOLczAesN+yRvrzDtt9mzA8TUv3fph3yCEgexGWdRXE3xKPpFq brrJZeSHySOSHg1UO28UBhmXp/yogLjr87Hut+gD8GgQxhEtmg1Nrz1X31JMc2qwKZo65THM gc9l7qQNLag4HsEJE054yJmgttKd8wWsNtMUY+eEW+inpuj6sGRkw1eAG0PzhWw0qM1k8G3g BxUQBDtK9NZBfCIfInpSXwPQASBRKfd88xv9wa7hGa2qMRa/2aXRyEt4+bZ8RCnpMIGWTDpE aF+Xi3buXwUxgm/L28AyM+oEnV/ulVHWnPNzmoF3GtwmQZPLjsUiaJy3SOpC++L6vVsNcTGk nFXKHJy4mQWjbbPqEbiKOhgSITm687Six1nD/hzSgh2xOa3bflZjfKLPeiH6v5mRi3iAy/eC OYxqM1/n7TqgDRr04egMm1mc3YuYrmLi8BqJNi4p9cZxac4QCza2/ZVs3HRMekeRyE3SI1x5 q+Q0CHBvdWwGMdH6ZUDY0SX/79MiY+9PUACvjUDNo+xpCyaBMYveQhAxLfcEwXHd/FtMsn9m Vumrm7ywdVOiKtk1rRcBrUTAF89jr/D7mfFwDOFq3mZulGZJA8bPl0sAxNAeC74wOWzF+Nbn S9PXyoZjX/W8WWjKCMhkR8sKdyJQsjYKhboiqJyk+ke8DtNM1Yiqm6Zfb/dRE6A9JX27CQv6 5hiRmLvmTAAFMntGMdUv2grgluB4ZMRsoJUMTC5IeSljYhFUF2obLdAp8ICP3ZOZS6RXxySr MjgdouaRVdfp1vA/4Tlz/g/GtH6O5M/uF9vsgDHAx0Q/i+LsQoKs5I0L5tsJ8cwUoZFnSzsf eR/DEalw181m/y2oKqo0Qd5AHOZBeodBV5Rkq5wHu+EYAlhYGvH2N9J/rOptLe6giHiUNsOV 7Ph8Qq0WBaAiWAejC3/4Lgzb/NVbmUfdbK5R0LO7hK0o96fU27Pb426ye3TVmTrlXk5qNo9G xKktqcg18w4QOZTAGbfn4+PgZxC7fOia1hcYpokPw2wUBDC5yUq0qDmKQ5604vDWAukRf6v4 tpuBTf8SEusF34VAksQ0fiC5cDNb1G+tCopRyGughKy7/a4BPXgSlMfWOsISdvtedrwxFsv2 cck7EOnRnZp/BJO+tEZK6PyNG6DiCw5dBXYV1VD2bgpw80WYLN/vPAXasJvaEdEm/E9wLMu5 zlQir1CmBNprqInSmMFpv0yewDrlraGoKZhTa40+U+g6O14MxmPInomLiwfAvy3jrbQ6jb4z 7CVEXsI3ls6OUbhXCX9jvMTZ1blvjDckO4PCabL+yRYLEdKcG3uC7g4cnk8CRtsXMm7SyisK UfqMGNKMmPfj7IW9PPxoxH9wik28IlaAsr4Ji5lCI+UllyejWl8nPBAJk/N0ih+Cz5XVV+jG /ClcbFx79IcT6usAEGq7WjnSu8aL/LgQWTun7kZaJFczS6klMKhFmNbVDd1EOKpJUnFSDU0D GFS5xYQTyMAbbQE4ClVZpXKyK8eKO+GssI1XUQRF4I97muVcqu99Q0FFxjiPSolxMT0kVrd7 B4t5lXXI5HHbh1BFeiLB+jrKJ4xzZKOabKZPHNuyeea+xD1oeMiEn7mZcVI6BOoCGqSnXNXO Ro20rLGWpnELbCgT6wA5OsuEAnDfg9aZyY2ZNVf/8kZOrBnkG2wvcUARPErmkRHReoJW980e 9DBHR8tH94z/xstEtkp62OteZHFx00+tMZq1S2kBSolG/roW6t0Mop3hflbaabHokytiTG21 XiM5xfVGgh5f8oZdWASzCCPnIeVJ9dlqCbcegPvATNuLafCBA8UCiKBI3WKe42woNzGvwdY9 ALftcm7eIUga94qn3pVMhz6OL/WonSvA5kqEvUwimGZEagYL0X8isBnaTckcIQPjMjfpDnBv KJXt5FtFWbB+ICcDZOsH4iDSjsE+4nonaZHhCIx349lvsToJtjL9TYpKWetXpDw5OOMGlKKk 7hQMdiU5p2r5AUN049BHMhvZARtFImB36BXPO0+0Kgh8lZb3pSdY3HkvYhs/p+6+ggiVdiL4 DPT9aTy1qb+1/3uIIWkodkHbYJwsSTItvX8dsLgL+xKr6qpPiRb/LbHzo4tHrKqWnxiDxKjP og11pC/Z0HSdhIbXefc9NtwzTlXiqjjlpJ/tjfTAr7gXPT+zaz0pi3YpOb+KXhASBmGuOd4t Zu6keUXO6fH7OKSuqgdUsLM04G7v9iMEayAJdmGZilUuJTjZQx8bHsfcP1JR+ijyhEg08n0S BRvr0x7MPM/Sh/8DsgBLBNXpFOwx2QE4sbd6zq8GTqd89hBLY8UsgvxN74nHk9jIFbUKA4tS sANDbHYtMNtoqnl3yncl54kL9ZflFmeT0bXaqpXRLuM21NCCwpzJbTh83eey8fThEPdz3/0U t4lY1l4115C5dLUQDJU/pIyyoPD9bNemNTpsDUtscyslIkSvQQYEUOtv/9LnemK4WNSRdQNY j41/8Nbcp01yA/LdjH2yQThJvMcRYcfq29EwPH6WIMxbHOLLk7Fbyo3pM9sMWf1hq5fGi59+ lMtrFBaiz9XdiSJeeVVfMNnvo/BalItLopFDxlD67zkfEB6I8amdsnAi70jbnd8sJXgtokY1 dAny4vrgFJmcCU64fw+0Yd81VGv1I34bRs0N4Uzja+a7pcPmBCU3OG9lMa/Ew5aJpCLatsPj /uqVroG9PeRvvB9nFLA5fJLIKbJY7YFwk3U186wOqVmpfWAWNlYEO1yzANY55gk/QZzUdbJR lGZNNaMEXYz3IM+0GRHzrQnf9yYTuaWUiIsvXKRy37JkTzk4aa1qAWYFu53/o8Oyl+02ksQh zpY9bt0zSu/6IyUIloyXgNuIJCdqRj5UU879ro43T+6m21nWObPdz2dllePgto1n+S3rN6Fz ewpjOJ2XEhr9lVFcRFRq9O2Dzlw20KIXtD5bCXHjzkwmacPV1jGWHBEtVNq3ggVIth20TnE1 ESDygdNQAbW/hP/NdBFB4yzHSep0/1s6Q+3Rb8BNVbnwlcBcIO36ynxeKtkes+JI5pGXYkjm aunOTK/F1CwfK6ZgfmUHJPTkTfJh42ILtzxZ5IAlQ5189KSClZX2f19cs/bNTpJ+R+zsKy4v V6e368PBE65U1GWyv9utGcP4LSn7X/5e8Zjg3jfjSD6jH0RX2MoyTrgEHGNp2ed71Zt66rkd uNnd8HIZG3Vu2ds9hqdHGOxPBI7s/Ksf8tiwA8Gr3JF5USC/hF/rKoYrzfBgadQ1+cKVnfjD 5rQoOqhLupuXVLZbMvrRi0qNMOrelaS2DnK/jCgyg3ibtP13+4PqeK9CRmzCeVsYZxZE4oLe cjm1Idm9umbrLM7Pz+K8lo1MSXNhY22BfwcZ1Ow/zU072O3aVOSzJHzKWwE/V2xfWEYvZvY3 WJ2iGit3rRc6pYXFKenkyehBkJvrLzfUvei8xn6ksQIoLzLarevyOt46BdKxNqsWqMTzy8Fi 05FRZDCsb2BVTABh3gDQPpEkrD7uy8DnfjQ4ErLdfPkFJDjTkHF6VnW9REWIyPfPZxHjOf9+ EeFhAGL11kHV51BCD8G1gDLZgVo08gAserTmgzKUHPybfdTb5QF8aflZKmzB42rRYGNN5vJR nv5WmPSupcejm68QbwH/y8/3J6yJAKYsfdyR9/x3BVlGs12Gq2QR9EIuPZuLJaylvT/fqDM8 OhwQVVJSfcfqc0BjvMaIyVDo356oqN8uQiYy35fMN2fbqTpgk7No9s5SE6TsOsNTi/bZ7x9+ Ua0dQ0jkilD+Lw+22YDDDwCxv1vVXH08d/0/o63U+4WEUysCMXSdv6IyWHnPY21EPf0690vL FHMfdHESXUmQ8Z9JB1d7k+Ug+7m2CEZkJrrxEdtpbIPu2XzdleikYQQf1jbPD1amLRYMBJB5 WIsAzDjix9rxr6TqjLZxLphTzsiDWtP/1eU38w7zmXc1wfRnwr9tvAS3/CLhIcxK+T52Qz4Z zNA4SEnpSAAn5ujRFTuD28G2ksnXSyBNLWsF88qjP+8qGiNH0PqPE5L4uWEcxW2dXJQ3/bRU y02W1EbL/Slx223CAx0mA52vaAOh/HbfeiSBTmoOVdk3MX1MNpbJElwRAEK3WrVL9VsKhfC+ DS8rn3CS0wtbhqWYCEsK6x19jXy1pgKS6az/AMpX3a1W/zViXJWiAVGiN58ISySaAi71g9b4 11WWFFrGExvT0PzjHdKRzP7NSgjyBZwashXRyg5mpLpgR3NdTnl7Db7pqmblUQxw4rqMWN3V RVlKF6Ybwp47jXdb53qKaxcodrUjsZ3UrqO0HswVpgE8STu0LwY1BhOrj/rbXqNmYQq5OHVm xaefpztWCDZW+UZ7HWV0NOL33TdZXk2MnLShuC5AFFo3UYADH8yngZgN1krV7cV/wIw7CfBB WiojARCKKJOhBQaWGw5lK9O4UouOc2zhmU0nSAfSPV7atG7eiuIPPn63/ri1Xil5Xkhqu/T3 wRM6MHW2CgtsJA6TECs552ltoN0Gr3yjhySeWzMyw9TYQnB2qbsUeUBQVyZLk/hePZqStOo6 v8qX2DC/EFDnHSOW3fdUaacpG2yNmMNPuBkHcOw0NE2u2vyVohW8NdB6wAM4l7EuOm66pcfn Xg7Lp/741/7kzijQB8KUrTJMCJaB2AWszaxQR0PpHnw1QdnFOjozooPmqxJ5zJVnSAoTqzNV kzH+LMB2AWk6Uc+0PSR1zTnCFFD46deZfIfiHqMZ2kDchr3Dsi4T8VbNcqgGXPyN/A3PEWEz C5VXyi/Q+ClYsj/in7o64zMDDP0UxqA6JBFnhee2Nyk+xbZ/DcIjCamJFf7kRemYJqJ+BMuZ Y9yHHYRODvOglJEWVGKIr5n9Yl9dNRdd7glqufUOTWFDxKfefIaAP3m4t9moVd5SpVni75aV YsfetoocmbyG1N1x/hFiuSmcHK3qwrxMWHB/qrsBafwEOmE8RJ6Nw6XqufRnZABiCdsE4QeC kPcXC6OTN+Vs0pOODtxdG4QqbCjKEywFijZgRMDln3Gd5cdB01xhOq8gVwOM+sA8gEPM0oyU 2KcvUuK1XyRZWd6VM26089hOHZlv2QopF43AkKRvEVrQmsP1j2d+Ugz7pURWfRruW2AXLhHf W4ytMjcnPBSLu7hNdVFf/bWs1RQjlSNi/gKpNJLaGsw/OKD2qvK4OZuFss4GCysutgOutcm4 GhcDHLN0R/NLJGic2LStcCB0T691udFjMTwRdn4C5gry6cw207AP3Q6ziRTsZskT6xkD7ejd 5D/qCmyEd7lrNwOIpCAIZKkwpQj4A7EBlDcJdrZqnjimms49ZXVJnVz93JvKEwuQLJvGBBDT bupgP4F9mKFYu3FwmCyyskJe/6OJwidUBzoDgauNay+7xwh1+OjDBCdrQzG48R8CTP4ord/N WTpcXoII6EFtUsWBDpuOJD64c5aAmrAZiTTTbZs7d9QuT9sPoB1FO3VdJbJfMuIW6JdM5Tta GvmmkHvy9e5y1F9ZlWkhsqVIDpXtdA5lJWJUIvjeLQLOhzKmlQKQzqMZMRhosUJrHzt73zYn 84vOflTl7nkYJ9kI1LDh9uQb2/cholFhoQUzm0eEzR2h18YYYpD6yEZcMxBEDyl29H+1AkQU eEp4AG0+52+2VaOLQO/vEmsgk4pK+HYYO9DbPzWzX/dGmoRrWkq0pYwWWnswVUM6ebs4PWRE zXShvRccoSMiH1bwN1zyyhkq0hVtw1ay/7rEgWe6WtbXOtM9attiLkJQMvsY1gE5dhuj1ZIO qEczBuiGJRaANj9FfTBCfeB80h5ESPv8/COJBGTfaAYjsAgAzCAoA83lUks840vhGeERkb0Z FMlld4PNS9i8+PGCmOUQwNrmogF4HO+ZNiuPYx3ZxLwMVmPtsvvu/yJTChbuSj6TQHizroJ3 Q598jYQphx4iZaKJc8NOEm4il0OtclnlbicmCJ2Io5B8iTH2eG3WUCtPIxDAH6pSZ4zN6um4 1nYn5jOgoyvZ+hvxJ0si/Bwv4A19FlOWUG1qlcjoCevnjQ+vls/bv/t+iBq1LCkgAAGN2m4Y vtbQZb7u/8Sw0woCXqbKnpmZjfXQk/1jArQ7ldMH06e17Rfb9lY11qdFdOTbsu6kM0ti1OX+ F2zoK9BAOWCN0yK5mZquh7ad2QgXzTjMqnWjTLnSJLfDQiL/ZWWYU1u9g7yPzGskWj5zQy3g nxxbR7+oueCcgD/240pDRIJLb/+mNC9m7PjorMJU0nLd3MYpUhCqfzJRWqniQvwsNgcAEzfA EOKBagPz7V1Q3T1UEH2n5rZhtfBgr9h8gYDpaBk6U+k6M8HQciz42xNuKPHpfdeVWgLubIzB EcQ0oGICl5qxuE/SSo/w7cm/9c/oX+1aTXhi1IYVKcCL2h9QVutwURL6u40IK0sS95Zie8y9 YVo5dU5sNcZRlBaqCA20+d9AaGqQ2DOZ9w2Uxw5S0tvH1pdexItnnfQABq1lHaBoiW/UdxR7 MpbPTC09aDpBF1ATGjSPc4JuE1iUu2rvdoqpalKaETnN2CESWLArCEZ8av7OvACeXhOwgZDJ ZGmZFv42rrPLgpKeDpi5E6rLAckjOwDOKjsfkoA0FZDDaUpPKaxs6GpUeoLo0sxY8SggBkQs NqvBXUuWQLsIsBiiRuww5zOcNBcYYT7y5Wt7OXWiGRmQVvUFEEZ8cxS6Lj5mZLgdhicuam0Y 1SBzZg3wJa+3s9tUQJmtfXxhhJcVfhKa2VdMXklry5PwzsXu4j5UNff1BNS+RZStCzz9S4dV RrRsJUTDwVPcn35zwi+HO0lvhkN0MSM6TL8Y6NohHCGu0k2/7/NNdfNF2QKYSX6bQZs/zx6y 7GbM/x1haH7/klFbty3VJ53HBxzIYfQpMHZzeNNSypaeJZTA4Fudmz/o5kFyI77Tnf2IWDeK dOS5hs/rO/T2FX3x3dCkcCzcN+LBO5mFXfDsfK4DqJY6Nk3CCgmSHrpsSzXE8taA4I4CW9k4 BIhb4q6de4FFrOSOP8oGq0X2GqH+YfVCPCYH3PAh8aln6UUKSVA9pljdUxUnJvKGW86P5wdX Kdpti9hqOkWQvIwyuYbws6mkMyKje/6qBIaMc3MznJlpvzRMSa+Nq5CjNlPkh2AjYgPCxeIl 2GT7gjBfmXAWt/oOzsAq7sQlcFkXt4YWFLggrFxUBc8Az0sL3bBWDJvsTaH9vcgGN7CiFHJ7 wAmCwkTIucdZFPCV8yGNv2g2qK0QLMHPN6OmLsb3Y1c9hJMIvyW+Wz5wc8g0VnpfgnkiLZsC ulU+YIF0qvxdDspVIzXqPd2SuxtAVq7CuOFsJFuRW10rsioW1C1mIiV4aaFxVSSx7++y82+L 86zxn+l/rRTmpeL0wi6oowSPRnJxyTdSYCFaO/iWtJ/cvwL4qifD1XArJA3CWUIE3o2qff2e NS7lRDAhh1Y+tt1av4Ee0M6/VK96GpQD2rqUiqbmQvOMtZrJ1UFeV3cEMG12LDYEoTwg0BF4 NjRC852gSCWvmXaJfv8yK5sCUb6xOraS5X5mpnk+VDKpWlLqgxLe8wMcrc/CJTg4mKxzoAVL PpKx+l553cS3bUvqRsy2YUgSZlK8O3ObmI7vcMo3WSEUQkfUR1AXV7F06ne0max1NqYJ/fnM TZgx7yYgK5lrm59qqnUU8bKH1DJnGhRRmcyU7HM1ARwws7JdctVywhdZsD037EFx7yjKQG3T NBE8ZnmGaNKsGpzgDRZdq7pbx+9+BdtOc7JxBO8WaBrtgy+LjKrulAszbe/mcxRH5TelqHGY zwoZH5Xxc3yFpe5oa4TsY+TqMjrEU3dGf0uQVj5ag5eCPqYIm1O9rXlVMlO9iqtvXgA2z8Rr 8O8A917tm4TGIZtxS/z8yckEW1LiufK9hwGnvif6Q72TOM8F3YJ9NNGlr7QwlfVHjh0fndkt +GoD7Gpm2raklsiUFWevHnB7bfd0Ky1Bn/gqBjibhAkn1EwGIh0N1MJ3r4N0J/17ajWpwa8V 6pAZtux9+x76uKGP5w3omPIfIZrbqx+OoK9eO/XLm+kMy+yBTFdFV5GknpDl62kftQ0IQH0E K/wj9MjnwYEsOzPuTvQ2lUgFV1eJWl6gFijwIjN9PBJELUbXhQkcHE6sP10XXMiFXlgecOVK /eKXe+n/D2AXCO81zvxzcGcNVSiN4ijeSvry6KxvAKouzDFokQJ3f10nA8S7GHAPweSFrLp1 0jDXBlM3BsBxFs+O7SrfOzwKrnsApcsTpAjy/3fO2TaIS9+KBT2tjXJQ1zjFqws8Jgu2377T Z7zODrtL99TLNN9s2W85D9gEXhbBcmcPszDQdbEmbSSHkVuqbY5+7tKVFrJ8309kh48OyVLx vcYFYsTqUepbad4WOaaKvWDyBfJD0Xu4JKcYUeA4ONlyMO21K3cm0rm8jtU9KmglzGI3Iq03 oNoD4lnNIWdjEdJcAj8KUdz/2TOH/9NQoj0E8kek0pEIZpxLE5Ro+xlat6SCgEJMX0+TGf4W Aw2K0C2DqofFFPovI4fowHwyI9BgYEvjV6ir7NLhw5pVsLOnSxnwJh1o/4K3jcIKIE8M4YKD BrnCDkyUT+fCBtw9cgQqYCz42PE8Zqn1hk6l3kjSt9VkvK6+UIWTqvL+gtidt+p9QzNWVl+F G4DGsJWA9pLutsZYL0dfSWe50Tk4O5es0DC19tkRgU5Ac5/FJLmBTK+M8/CUsviQoyiC1zAH 9gWR3pHOiYfsMZOqOFnVW0A7InWXka2biRu5viDMqSd6PJDIiwzaYz9hVKu2rZh8vG8PPLYR MIMcdmLrUK//XytWqdzk9EVddQuhUe2RfyMvsy3Gzv/kyHoc1p8uqifLERKPElVaqqYFmM17 f0Kf9MujhvwFdaLRHiYs0LJR7Dz+5jj1Ptom6HDNOaCnaDCz+wklGQthM6ApvwuvVX5URW5r 6NsV0HNJlAmySLfCp+gtVZKu+Te7jDXZeM6FR3zJZ16YHPIpO5lrtN6c7N4IR50qT/4ZeYfn 2O0GkHUQY1JOzHlsZ2ufz+NMoivd3uG69IVH+ClRLKnIlLlHN3zyXe3ZeWD1J8tOKhC9MiqD WqJVX1jGw0BWf68AkybmidzqZ5TLTbjPFJW81KGBWZzeKdL1JYjcuz1BgH1Wnu1rE+qyykNN VesbvmVNOVISNEj9YALddnHDVORTelqVBaFnamlgDRthprIBtbDkziKJxgRMHyqakB4sbvnl Mi3OLOeU9pR3/ThDonXRUvj/W+6gAoRERp3ZgFxF/wZohg9gWfMHqtBcT/CTm9hrifXoHYkA KL+s9lYD9uhKYg38J+NYYUS+ALSfCwmmoMu1kuwwEtdOTm51KFimwrvqWZ49FhElURj1RZB0 K4p3IUYJGc2KbJa6EWchnTtBIYRs7/LT+g7dkPShGwaIx5s7LO+WPDm8DpbVbMHFMY/bwzF+ n3gwpOHyEgglY+vuV2BfjgHy4Uogx1BO8VuC62oXdE7WJYp9r0Zn69KrtCaIcNoNmZF45E0Z /kuXTjma0a17OZTuSQSVitT285COwOvnJ/4El/reODyRExGKvXdHWAXWU8eE2UZj6ogAPLiR +ZjtXcQAyzcXv4i5KL9GxkFU/uliPu1tRxmA5DPExHExsiUa12t1hF5LhvfswSbHtvFN3Yow lI3zHjlnhlDAp8x9HR7FfEsq5U8PgiH8bw4jGnKgBW4lWJsdYTT2u4Ezxw5ipUc4LdOciAWw /Fcv7g0V6cSaGn3GicH5btYLx8tpwJ1dAdpvvk/5HA0x2bOHJ5M7n9E7B4jeZOZVMKeGdgPw 5ZQVnISfIUZHq40iUYqMtsiuCLi4omPTSmDZrk3CQY0x4FQorxY0U93NvGbTcfls10dHoDmo 5g8QmO93ca+y9Ic6oUcerVg8Ck8R0dbtYHZIaJYihacMOcYbus9SGJ31HUJGrdcDJg24TRRx rPJ/4BMGQQDsnIZ0+4zUsy6YsulmlA8q9PSINPqtmpXT7w/nemAx9OlwFJnkI3BAyCO8pIom Tcd/0iuwTwuZgzdmzDEqFrHzqN5Uboaa85vJvG4Jw1eoXQTCWz6ZS5/oFZk499Tuh5iQjzDT qBEQe9LNV1cjmvmiln1QAh1oBc2QrFf/O8BrYsxpNtHpnYhHZPD2mqhQUcTEWC1pqV/B2Nb7 47Yefb+UdluB0O/ef2qhXOv42P3kLEnBQT3WZwswH1pwfSOTolRaxPkBezkmm5BuMKxZ1Tst krgtXN/TzxCjaosUS0CjnBB58MkYscqkwc9Vo1KXj76zL1YPscK+TMYOQ/e+ctBV5YMEiqoo Mqq2bbzODA4ayWuypX1FrZ+jBTD5NGshCNSLPvFsBvbENpwsFU66r7XEkDykkIb4+aQcfPXo XKzCktuBhZ0I4gMPus8RI9P9+hs5x7oR1UPigA/HocnSHGl1JPkB6CRMRPw8ZfWzP3oWmSRh fGWmGyLKhCXik+9uHTcX1gCcVyLEI66fwC6rLMi0dbfe/f9IxAgG10NMRBvQIfOLBvBWEkwx Lo2anxzqVR8SeYmjmfirHrsHaoo6C3k4zTaj4mpkMZQxgIaDxorY0hE6Jg3D6NRnLeT2LcNU 6zFX9/Vltuk91YJPyEfk+mMUVnu0BBD6xvXjuLKjAmpveqYCho6ovAwiOtU1R9RE7DxuKpba IKEP9CMcrwHPXf29tptM8cBuqAu1hyKSf4M+20aMO0uzZ4ZAgI8ezvbC0G6MxIKl6HthbRfQ C4BpYF6ngdmUYOLSlwUViC46FUxFO2gEWaww9OYdJDU36RbpPDyj/dcYGtu6XkKoViS/VWOV DsWGcYVQmvQWPCR1jGdhqsmOZWO9U8BJkQdPaKccgu+ZTe1ahsn9ShKSwaCWHyI2nYZvt2Wy eZl7IdONWKFeVoc8pRQUozOcdRF1hqnHhZFgz9sK/6YKqXO3D2O4IcAMub72UK2xaUaArtbV 3gAua5UpiPzhnbjZBOcdlpdT6sj+zGcddEwLKidhvHiol8GK02OUYke0LXdMDTPj61qQR2m/ 1/wKtD9MI6KfD5qCFhyU9xbEHGpzNmh/Z4D8gp0KbWUPzPHHwAtAJYO8Hmg59d1GVfrBTzcw hkglGsq8WXHZXFWVdAnZ4sA4Gl46YLQvv5sFvYICPEu0dV1Ebd3W7Oc2ItJbuV9pRrI4LxWo ixkEoL59FpAsMT6PUV3eaw61qDlgcvys2rCps0zabOShZRb6EKuS2WpLvxivT6t73SfIHl1T Tgo/FmT8/QvYVlkwvQbjV/y0DGg0hRPBz8OOKcVbxvFLI5tDv7KE2+krpdRowuibu3XDEvyn KzxbaDHkQnSKFoQW94GqHAimSNgngzkffOAAR00vQYpZNIJZc8+IoUZwv6tjOmdpr2VmmU5P 8W4UXWB6oCS07Q3O0NYLL3n6kH4NidoKRX6mhFBtBKM0z43eXr4vhLZGYAQ7cGjfbP2Wvva4 nf+dQFItILull/Xf97jsGpdBuXz5sqmt4hhrex73Q93R0Quq/lKdMRU0NGF5DKLAawpGHfj+ RjqvpJG5A/cKQhZkFoJd8MwRcR249px65EmVq+6C1R0izNLlZ49LZakAOB2Z8tJV+B3JW692 PB5Y91g2uTHvPpfxrny+otdovR4wA+CbfSeRimpnmPs0H5wYJXyd5d4zI/NC6hknvd8rpz12 e2/S7GxyQskhAhTywF/O+GZG1GCmN9Ql1eIfEwDEWyb4JSgvVmT5bGI4U2wEl7+rG9+s1mGc P/NEBxGvZdcUdYhpARQST24oOMRJ4H4RzSQL06qpuCorOlr4rUPpqaZDGuEKBA13rbFxLc8w RYqm81CMmGreG+Q36TouHaz5AHKfB+09LAg/FDypt2KguSWngYWaW4Fo1Q2H5qCPb/a3fdW6 yZMyR2ALWz78/7k30V1AEqMLYjJPQhPqMkFG0yaiMUGFAO7PdjRFSF6/21mAZHKhvnLIgqkr dZxKbcWuLPAN4TvC3OZbE6bPoQSt5rucSkcC+F0zkJPnc6KI70hSLcZwbPvpPMvdNKFXK43N QPryzcVZXMQyJ5tG2QYETeLwZBCy4j0ECoiiB3BhthHq+kU2JycJIAxBVLbMDoUPASVWKZo7 VTc4xVsXyR2gieHw3LyrbMFrTUQFGpmz4x8umVRCpUXkSgJgBfyAmCNfSyzwe/ids0LcJ/wH Koy3UStShHq+I+2BMG6KTgkthnHuGEPXElRsYbMzQG9L4hgJMjaNTMomDthpRW/pp8ZZIZa3 shDuxyILrI+cek4SD2uX8ijqDgZfoscg38BknMfZpZXqdX8pm0iMwxVpTDuH/UlSZyDHUUzj 1cayDciF4sLtm+TXXe/1kkkFEUDtRRNHSnNcicDccDYQyH+D84+x8BG6sMtFo4+vZAhV3Is5 d7kPrTuS8Y6DzmDwp2UwvLg6aZaqjb3ABQLPTJlbvqYz7YT19E1YYsw0y8p+z8vmY2pQ3tqb VPNOHX4IA6GsFFN8p76VGRVg1myNUGMTtcsEMEexo2v1Bg1HhGnbl/1sRH9H4hEF+fH/gsID W8TxzMY0qsjVtEM05yBWp5dCCB65wkil3yCK2bA87oXAzCj86pKvdn58kJlC+LeGytU/12As J2G3+qy7jZFqn0KbF4w/6MMESeYOjxVaPBFZunrvHrLIWgcq9CsPw6l1zZXF/EId9+0k8BZh aWDQOqRzbmnMTj69aB+PKe5JyLc4f8AwA/pfgNj7mIQ6rDydLCmh936fGLOo9783xx/OcsHI LMQz1hQVx7HaCm7dD0DFq3KcdEbg8hNhk05o5T1FTVuX6C/QdOpGGlUTIC6mqUXRElVJ92h6 XWfLXNKVBkxinZLeqlyRfu+Em+/XwyqwTjddzvhXzwwy+P7CsKdgGi/N7HmZIu81dXXxEG2s ExKo9Ear/pbv/Kh8NRMKY48OqWVpLLfJjHk4fKXmjKNLqDMQTM3NYpBvQ4vQkEyYE4BOhAUW 0PRVAxmnS6yaoIfj2doniBpt5ERdZDst24dXOAqbzAPQZ4FLM/1pKFFE1tmRL3o1GLUVoRAN LEKHvvydFfviM+6l6TFw3IcFF0/irLOdlLJ6royc3EGNqnf9SNS45DyNAtDhusRUR+pjoQ3M UqilIE8Hb+sw7LusthnbbkTW5fYikd2B6eEoEkW/jXLbXbH+sFMBXib+do1TfVvS2eZB+wf4 pZMVBxTp1lmc0ZgIebzp+9TLpiaLU5AuDpYq+RvtU0/3CsWk3uan6sbbyxXg+zlFAUfLH90A l05dDnpOS0APtbZyhLGUA8p7mM4gYNKAyiq2963B0L4SH/ihrExWw3WxzFd0Zfk3Fj6MCEMn U5StnyhUQVezMTnCgPvbTl22vd5ijoAr/1W5yApmjwHiNpD7ayFUbCLe7CbgnEri2ef4qYo/ 1w+wgBSsEVuN8f81Hv/m5anKjGAm/YhKBHNSP22wL28t+H5LL94gxZ9qrSDV8LliekZK3HsG Z5NlobZEtivXgrAffAFx15KykHfrxYIe8J5qWgmJLOtrWbGOxuMa69TVwapoYGjAws6AHvVs XfTFjCrqSq4bsKGbxBocX0L62QgU6DJSbtQSORUz0Qi2VT0fefy8RP6+kmTDZotksjd3ggsa eIlg/bjBdp5seSZSRFM9x7NxaIRYQVGj1gsZ6CkqUbsRkxDjmIWpKArYiCaAqZxwWKr37EAJ FloBiMO14nOj+jvc4bu/9lRD+K2/l90M+r63qjwTnsnYsVYTyb6o3iEwS2MKRQO34/ggtbq5 1My2IBXOIjkBmvCV69kNgVSFNtEGF7MzmiTucEFpHToc9HbV6u0QWlpM7YVIXg1LYJh1FuQn fV+z4SHmTXwoZS+oCthYnNWuNdt4tHhA9reMO84W2rZygxev8RA/atDGNCdEF4KK4VGckaaS 4gMWsmpqZXuMI+xJQOFQCs80DFTD1NK1d2wfEM/Dc1zWVxM3hNpQF6GrJcmo+BCs9SJ/5E6Y 82N/tuE/7BkkPiSZ9g54KTSvbnn956mXac6tbMHZuQDyl+2NJSl6XYjc2jUfJSZrmrT7QtTA W7cVsMT+AdY0c3teYoMdLohDdQdMEopwXeJhrWa2k+DiK3T48lDUMbMUg5B2gR6qC7MJdUOP +RzTb85r/ZicnGZSlaYP8n9kwVTkQ1Q/1ozQxWrlirDNauyhXte44pkA/m8NUoGRzdsNRYgt MX94yRmasNmj+Jv7s8SowZtWQ/UqM2G5KLJX8s0KSQSeJ3B93S2U6OHc6TAmT0fvjDJnQXlJ o9XAFP1ltQQF542xx8XEzSBXr646tFHXBFQUuYuIlNUy3yes+yaM0osx8Yix7+U1q1I2MeNS K1g8mkqsDmqUCBFg5CbLKbUfX2k4TcYlj8Nyrk4kbp0KNCuM57SpNykdPhWUEptZhMLNttK5 6H3W9r3P1C4TgREvqXAyAkJC0qUYdp8lKiCM/HJt2AR7b7AfPmyYHAVkgoTkc7SJXsEMj1pA EnGO0JACEHHLf2laVwgWjiKyvh/fFz+8c4c5hPr8oxm98w9e8O8hVWCr/cIOodH41b6sSR2o J2U6wGH52NhcL2zkOIvCaX/90nB+RvO2uT2Z6J4eSvMJ1IUusXwDtum7GhQAGNZtgVSZ07Vm uzVg41xPYEAvd+J6eSY3oz/grldvPsh9MVwRhIOEksUpP2p383kyvQCCtG1XEBGh1OpwZmpu 08/PZq0eqR94i6bZPazQcnKVYcj/7u93oWYtFPykwRfbbXCw/9xE84ehDS0t6vtrCiXJdUTN uuJQOiu/mfye6D3tSarm5dAE0wwVvesN6FIC93goOqCtt877tS4d2PgGLp5H0iJfTKem8KK7 vklPgVL93EylCdxZAdHZQPvvVFlcYWiSNAvJEs3sCYfCEY4yzaytz4hOISy2LY1CCUP3QK68 fBZf7QhjsP8FXmQfd+BDpk5j0Tq1gI3s6s6UW8i+MW1Xq5kjc9pkj79duXHab6Lqf4AE1qZn MMhmrjvGfYBRDuwZOOhFae/ByzSFC+U4nYCj4Bkhci9pU3Cy9iLWffwCuebqHApfclTW4DB8 1B9dcmQfs6vcQaKx5pDGQwMR2S6YcNnG8zLAoN+EFiCzImXyPqr5AjWkkugyMnS8cUk/80eP WRkmAsTLf7y2T2wNahlLJ2nFXc/DyF1rjzs18Ou03JkJarJFN6kLYbY91HLA/9fFl89o746J J5EqSmV9ebANwEpmOxt3B619q/w1uuyuWnrC8cFyfBPNHt8uwaVXqInCQEaw6EeFf/lIIeY/ eMOfbqrQpsd22EEewUEZ4E2d+uVousESybr950pO1LfZ4tPXawV8O24kpLlzYmPBhmIUpiIB Gh4IDYwPgVvHZmv9JxJuarqo7kda4PABK/8uIgfoEOJNiM3jreKXlZQUY9KuWv2R7eG0c3Uj JapgZa0GcJAajLEwnXqjhe7ksHXkk05beEKF9+KCbcGirCX2aFgroXWPfzF79M8Rno0mUq+L JS6zR1+rvpvOtZvpez1n5QRKqcUqqV7S69WoIDBsAcAvt0QIZ7yIofhOmRTr5q1kHiTg8bI6 1f+v5vb4FgjAjwZcU7aN1dzgA12vpGm+DQBKPLHtIfXEYWLvzWAhHk+X6ExMnZ5T+a3cIBOV yHkGbY1oCkNuexn482Ku3kOHQxwKzBK6M8fvw3ZwstGePSw+/Z4Ljjzt15OnzM9BO0uK1rJT Q/uE5/gJsG0w4SzTFGCETwc0d84kT7MYz1aSZF6IcQR3IufZJJxCwR1D7pDsU/OgozIRWZfb Rx+yF3uHMtYLuHSW6bTiA1kps/NvQignma2Tu3hKyEio2oY3TdYKueic0OlrZ4Gham3yW789 Y+1iFlavL0QQBuT4fefSiwVJAFboMU6EyUHhfumWd1Z8vAVF4pgIykn2dsDTRiRzj/QtqpJb T8ZKK07S5+sD6e+9ouYPZKf4DitDScG8AJIemT5GW1KG3+//xO65Q4RdywbgD6K0s9rFe5va aLHT41Fe7iq4HuVUcr/tO6EqZ2LbNSBxRUHOPWM58AADwWPqFmkwe8oUTLXA+ydqGIgxbpkO lVAK9x8J2ZyZA0kGbSoKmSzbUwUqbwbWAC17nBqC6Yo6Cw0GjkxGCwxD/VpssKyakiT5KaE/ aJZRm4oUyUU52uf5kVWXYK7VBEncX2uc1BH8+rXnvJfPZrYxiiN+6tYpujhazcJIBWhKRmMA GHGVj95h491Bk6NEx6Z2H39SVz8e0847ANkkI3UTJMWch5udapZKXKNJgG4+PNMvnoUrudw3 HF0/bbcl7sac/QZDniBKhA0IG08le0xITtYwHvRAgQehyATSs2TxRFJgln92O1bQENY2LdqY QFD2/RREzTExbozbx8sJ9RqoFwkOVBjBXkeyRt4q+P4y8KTN+wfXNRy4kyq3ZbsX409luuKn hSQrP+CA8zQaA7cx5upVOf5aV+Z4+tKqN7cu+WybU3dUSj7jLmjyim88oWqVqKC6yWF1EjMJ RAVpMY95nMiQwP7NmdTQ0SeRgiOWSOPqAAyfiUxZkDBbLbPCh/AFvnWdJFrM/EBTUOM2jeVC P1BQwF9sQgyDxna6pTeGD8FiaSiljP8uqkR+DxAev9IlLnSFK+LqT03Tj0Xz/GdLB0GPt4GP meHsF8Iae1kL+487WXSpZfrtdXMc2M3HbRjfhECJ4S+crPCuEhldL/V6tmoZ7k68A9+MuVS2 mu3fYcTyJXFMR40tTkka304RssWS5sHEafIsDDC3+Scet6g55Mc5GNiU6RAppxZHQXBLNDIo WjwIhH4QdOfNSqb4Jxz+TZEvuf3zAv/1+rzv/mWB35/7OLJCf/4aMv/U2pgpeaAVfwMFSI8X g5r46DgEiPsb/r08ivRT3z/0fp5FpYN1XKGomWGAxrA+rHEt21//JD3tVvDQyuGTVr9eoXWs SsXPEbdzcrpaTOP52+l/zHKCITFQwjNCKCGUwwr2LwbPdpIdLYxf8xhrXoNphCM46B6dJ1XD AfV0sb1cWvs4lcNNQ6U/ECy87CTHAAyHnK7q+EtRILqodpXWJKBW91FspAkPq8hpxpBIj23O KLn9J+2vpNUd4zMhBQ7BW5mIf5lkf+Lni7RdwqI1j1PXpoepi/s6juMPLFhFWr+yxRzZ5ear AMGQpH8jgZAxaGAjrhS5DMpnmUuIznJ8PtklnvZWLW78xRPY00pZTVfqYI6OGR0PFo45CV62 NOurwn1AQsWKQuBiH1SVLoEHqSeB3gWrPP7MA+R9Pnke+XSfiV//6f9sE5UeAqNSzju3mR6B NEvjfUxWuvBc+hNqzZFvVHvotHDGGrlwSBBRU88sV5s2HC3c/MYRA4F8+oA3oSuBByIcxcn/ hb0yPVoL5J6fNYrUKrmX8waJhItOzTjKN1aOLSz1crDEFjXTUn1+lIEQg0R5YCazMGTlKZMD 5gBDQKDx+NIzfBToUFdcJAZ6ecSD0uINu7ugbDf/9CuDG6jVz+qMA8ttGoLvzN0NRZix0ls5 Z0y7JppscNEl/Wf0BkoriO8MDsEvLX10/8btuJ4JwXKGL3lR3tKGwXzEx8RftUPCSX/TABmJ F559A8jS1o7ZcpEOcq2yv169qtaOeiZPEZjvmDvkZtFYq7NdTPlwYHCjJ/sfjR/OnvKPXu+g WBUfFl5o9eqSwUjKRXqfhlyj4hUALpzypK0U67BAlhR8TE/S2grG/b4TveQ6orTydSv6NDKn qA4T6mcpeX03DtUwz+CuGoN1luoG9ESoSSLb8MXyaBcFzYZWECJCwEmnn/b4EereEmgxAR4d C8pgGLmfn3/w3PxSiLLNRIJ9P2DLgUj6HWaO0OHAom4DfYnRqtBUike0jLghchA0uVJXv/FL qur39ARZrxlFEvVYBwnyqsgVnYBrNqs99HY06lpdS6i0lmmXp4VnaK6Wvb9g4GKfNsNnN2pm s+psMqhTzVPSOh5MCp8HJvf3XSDKTqXB7I8GrotjMjxv+4aYYpUoodVBrlNNcHn8szvPmAzZ qP+ZV4oUIohLyD/W01tL7LohQJ6NKgea9Om8Hxue12KkMP9nt3HbdVBtMRO5Rb3iB+BR9b4B WiF00W/9oTYZgCjTiU2rNStz6aAxUCMIU4FBacu4NahJqCumau4cRRMggRCnN5EmLfbMm7DQ Y11qnbs6JSeKozup1MxSOTmt4UeSNOFM32ULuqzU0lmBsVh8br5g1A8Gdz9zEZ5jOQFQmUdg C4S0CSahBhyBFELJbOKOFBAVZ7TpT/sg9tL0s82m5vRLr7TyTAqus+mUsVqdNTrK8ED67F2y YLPkcwvXRoFUYd9jQGl7o40y12C079x947gBaLKjCge9CZgy8miEqu9UrtKJfPwUP4PZCrro yPKEE7wxXj0Xn0koAdcBtJ4/plmIgg+y5NY3HVnO774OeNQ60qbFQESBm+4XNVdHIFvVo3bk iz3hQOPFb1yl/0suYxV5EVZov4g3pzNlTf44QSYQnXqODxQO1JyFuff3uccoO9p2e8igI2vG VmXTqhgoesRmMQao3+7putQa3emIy8JwmZKwonKsZasShUZ7IBEDpqTcIqX87ZkuXmjAP4r2 LCKjcVcVlD2vgiiq6Nn0Uqpw9IIkj32PcLLZhklb9OBkFIaZSGXQfhd7gK2N/Y0tdEADe0Fi pZ4LNGtK1dt5frwMCAJg2xjD9ct/rf2tz9anY1VzHY4t2C67ZdbJ/uuYrBnTo1VUQlfS7cA/ Q6z4Dp2GjNU19SOkCSob2aaSCe2d3L0LfJsYUMsXM+J1ON1mCPaoJgXKpH469BnhfgPyRC4Q ToKsnALjJksYrfQHae6iRbDAAr8Mhb0hGR7nJxKjDVvCz+M8IgVPS+yUVPjYWS43Seg3sCEb SrYx8YlA7l0bs4KX9dlaVtCbqUfTKt6cdinM7tS4Y8BcACJdYfw9fhjLo73o5gYWUftamZLn 7gEJaFUC7VXhu30WTECyubC9wZo0thbUV0GlZkGA4RHzX8pDSvkxnUY6HTQ7sIBLdZxq7xO7 +pWrSO3J3qtEv2YtYll7gt3gQZ6Ys5NpQcUByQI5aU98goFZEB1s7xcyNV7YPmw+eEyEhEte 3UtVc8WFLIVXja6D+EU7HwYHPEqWdyQGpEZ2xGweldLoFFk43Hl93YCa49XEhtF05nCkdJ8j PsGj12i7oX4kBFMrd52MhcpH6+n+Ad7y5iuojerN1p8UfylQ6FE0fQp3j1+FaBtaIVVJYD2F tRoSVRLjv814o+Pv8SzJkqGr5kFHLCQJZLhFzi1es4ccr+b7q/wwyFn3BzsEp0nzGBMDuVVg R5cljSPEy3CkEU2g8BDR8w+ESLafQ33VxhN/1Oet0XnuXcZUsnucXoY4//VNjCRySxWtM6Or nptK8ToIwBMLNa7S7uNNKq40svNml3Qt/cRPih0lJvGO4xUpHYnZw4s4D2qVdh51No1oiOYt quo4tpnopNTFifAcMGawO6rvVsHnGwrvX9xos9Ku+sbp1IVbHtkICYIq5jJZ/d1CX0LVE8Me GUUgXIKULGKj5RBfE6n6pUUgOVBXT631Rg1i9iG+JouINiLGnsIE8u83zPgYBPuv/DGtz0Og dNH82O+Id9OvOSmO+qnUb8R1qod0vIpIrSzg7LgDnSfly+LbAWaomQICRCGB2MpPnpEiz9qq lZ8o0AlmFyOzHxRyYnHTAJbG516z9b7wmnaWZAl80yT8gOVVBzkYAaWpay6UJn7Yb3sGQoKc omvtG2iqkGX/wqC9g1GjBRF/gNwtBlrm2TlCanXbnxuR2C7bm9KFxYRVuCx+rKwG8L0b9YUw 840wXt7Xgj32lbjPGDoSUV1/YFkoHSpM50JKVgYQAE2+HIvUQIKUiD/JHVCrtyXNuPhh05Dt W4AMI3EhXipcmorP8GdDjUz6rrj735hDKbOXBfW7VLyXYbeTkgkXBtigSkSl58x5z/KFnLv3 pajNWiQwE7d0uAAcTeTbzmEZ6gGlZDrpqOBLMzCADTxmO3mn18THSJiaTGS/worugys+k8Gs IyZfKhIL7e6BJ9MZPwTfeyZ8WrRkGFj4+O2nlINHw1lNxM3QSIbegU3/K/Qefs5oK2lDh4Ce GC2m7PGn4S060BKB0KC4rvuVb3EXLpnUnrUJTPP8NaeUgSHilAaTV4D+rQeX+fs2z/Nexh1H yeuaKF3Z4H23NhxG0tdb85/7qYI/6Zs0xB0hL6YCOG8M2LycK3/FXQ+a1chD0nMgt+q5z/0z u5JDLXz9uYIKs9vMqVrFMUgdzQ9iYKZA2XDPnHfo9bkv3ReiScM4qHKA/dtsPz417chCMdlf K98j0UcNMVfJ4ES2wP0U/rWj5TvnJaUOxD/g7bLo/Wx+gOPX7ZXTheqdeStw8OtT6zZ7+8q0 8YKsJrjVSN+4CC+OUxLchnBudMKXhSmnwpEQrqBOL9lsHaMxIZlN8ngWJx+QrUkapZCtly4t P6PjZmMn52os2gUy90QP18v+TRq7Ry+vaW4BobAwe0BB2TFFmzQXKe1P+lWBtUygzFGCeZNs n8W/0VRW3vfqeLHaPaoKkTpTl4Ss7MGgZu0mEk5RfgPS73zotF7DCYDrMqtTL2VWfjHk6y0N va6qHWdbSIpB1L/00eJV9I5c6nCSA9Uxe9AdoJnYQJqbqLwLGgbZUHt0eG2KpK1AWLdiO6CZ Xb1ThC0HWQktQhcU26OBmj0mqon+dsyUWDp4MxwwVPUxW4psGvgg++2FA9REz56718jy2hic Z0HEL069n++QHU2r5dNQ1G/3kAcL9aIuthxtLJENVxU6M2VpH7SyFEl4X0HpkohyG29Glqqw 0la3u9cTK+pMQ2B7ozZLV2/i0qkCDYQCEgosUHkPULrau4dg3OFc2ahMVOKS4xh+p2esXDb8 We6kx+abklHmCA5EtH2j/h/9eDsH0rk/3DTavCsTv0s+MrewFbNlWHmkfT3tnUOypBGUTqR5 oYlKjG9VuoDfwWAd53dldLoeb5O3OFP9U7BoCIAL/nTpjAbLDaxOBFeHma6lnZvAmE9Mp1k6 ez7IiFd6kLPRLudUv06q3vcTiPJ3mYWsB+UnqlV620bdEYSnJz+amtWPdikgJ62/mfZeO2pq nO4EbH2gWPIuUxKvifMKs7QRbC83C3EzqyC49gQM1H2TMUiTeNdBFXZujuaYuUbF8nCIMr01 Pe21yvEb1vOJPBR8ZDcGw4FeXCM/mPrJKDvhrf36kls+1igtXZSs9ZOBM8I9cgYYYAVizhj1 CUEWHjAMEhtERmB73qqUsYHtiv0BIu7cqhrD/ssBtXXSaHfrbpq6PaS4O3BYL44nbL3OB5v+ Hz8vUPFp/VONBd0t9azl5wfpeDL6IVTb1vDXR7relulYi1HLL6DIkeqIFo9Wa3HAesifj39g a831QjE1wM59G7Ri8qEs62jToZ2IjAiwEThzU76MV7CjbK0bNsdSNOH9FUwoIeOgjUWeTE5p a5PeYKzrPig1UYYvewz1qwEyUr6by/ILJKs30uYm1xsDPqYayNE7x8xtnFMW6yI007nJVDq6 bzLajb49LfJd6H0vY0QUjzDDCR9NJOPgNwIcTNuNcXZaF++jF7Bj6D9fdS/CLXJZUPupUHJg hlnQ1nYQIjykIeJF2/vtn0fZLHweVI+8pcL2Bj7E0ISq0UFyfbxv+pou5llIwrt5fibk5ipU DpXsBfECNEOgoSuBMOP+TnoYt/ac1gmyBBKBOnWG+f+lyFt+sMsOgWwmWBSNeyXqfUuatP2e hnM6bCo40xap93xuIo3yw/OHN5L4MrfJzZoHJhvjvBS0e4FCJQ4zt9wv+6QFA4zqS/L1aixZ +lwL67if8UQwvbRUkUN1ReO73YF1TVn8MZ3kabG698xBVWUh4GJAkug1Cm0YJc97qDDXOSam nxlvRrE7y2je4vLr7yTyf/IG6E34OgGbfFUtL/y7oU6NTad65dNjkVDf6NwLXb/dZ3VqlNyV X/bZhb+ceMelaUMvxierJ6JnOMQit2dy69Wu8lrsAMvQ9W5zlFYcy3RB7qfnsKDuZPUErlZr 5aLE+F2Jr7rIDhW6i1Z0gvK13FUuJUN1b6TzYorABssFIchndMXZXUPOqIuxixIm7H7HFhUf 82v2vQd1NTSX//rnV2POOjK8r+PtMd8YUJ8insKvIpuPBvpNYq0QtN71JdLDvCQj9uLZvD1f Aujl6QPiFwRE8bS2o/PFL79I8h3EOXhzxzkcwzzq55R3aqmB2DhOv2xs/DNOEft7lCm7+qrN Kh9Wdzc9QHszAj5Qcyc1cKQIfO/wkev0zqZ1oUDSKqR2D6RrLLBgz7D0eV7S3kk0rIkvNpDp C8E3syYAOsHGxpKphPnOqvs9ZdMT5HmYPKdpFo3zWBrZe69UxDhMebMdXANOmH2FJDbOy1BF WoVR7Cf5sDRrKDTPAje0TUXojv8alv6wclzXlAeSJ1GS9+0uOo017VHFzNSvSdJ11RuOfanc fbZQrXSMEOJJnuiMRZHlO1qA2h4QnshkzcWJpV1/0Gncd/Iq6T5gIkoKe7pnQhd7zoTg8h1O um5lqVtVK4q6D5PPUMzAEngz5wzbwELr1O0GfKBEAFD9cDKcIgpHnvmSPIm8F66qizw1IVBU PLVVu8NNx6qcTQ/QaAQAUgIn2rFrgt6iUWPq5HY/R3rokQT4Lr/5zNSZaahmEhaAJ2zRhcub ANBzbzXULqzYXxHNcW8Ji6ew+w1fUic+CpAGXbPjWeSTn7fu1yB8M5KjxHaygeh6BkHJ7mjn act7l3GEhSkKQPh5Ras8aOy/rPSZd8Qs2YK5a4NVRe52ur8Ze6jb6CaWvbLf3J9GYQWQ3Ccj PWF667Ns2O0Xh+40RsJAg4l9ZIeiLrFLrUaHFb1f4xOfNXNXSNmmzl4OZvcvi/4xHRDRP/sD W4SGQmndEiouVpG9GP74RxRHE0REmJ4lGpRZMxFKIad8RmSdHiKqkLlxfMSA/SuFj/hBLEC7 vDX0u3uD2a233YlJ3gg6wGYHDIRdF+pYLLC5OHXWnijUPS1VaeUAU6zMWHqDWUySH22OK9em 117jlW1/9FZ0DtOktrRExPsWZHKOgfxHw3fvrxkaM3E+PsrlVHeirSwHK1q0ilzSxmfIghpF OEyAw+lTgdXz82hrO5nfuEEgXoKfUnxY3ZZnqS0ubZc/v8wKQy8mLaiwegYtYbVjoJR31EXf 7fVk7BOW/RgQmsmIexv5fdeDAVpQ97xGOtT9O4TTZz/C5dM7Wb7uFfAf67iBXVF4jBgGFz/f 1W6nNWsNA7/gGPtbGuhCfxOukQnurHdujrD2I2G4uaYCJ9EdSOAkF7S1srqIOeAIxodgy+94 WbeUze7GV0l6k8ZcmQH9iPMkt+gWGotjoC/I11ZGgjcgwdD8VCGBNzi3CJWcIhUIqgmzU7vx Y9FPM54P5HNqPWzxcQPTpQKqID5vm8kgG3RTNJNlZqbnJ7eDdQr9o33xs8fCWbuE7m2SEDmk 3XyWmQXQX4gxDpKpeJ3vucUoi/pGTgcB3sfUJdVr9zBUj0wS0vkTSy9/zZHIbkAbVwBFSCLV qUpkCXEExzJZ4eqjct10UfzVCnHVW/t6fzwDR7KB/SF8JwsaDpGWAbdxpv1k7sKHxXxoPb4C yAQgnuqnSjBLYRR5wZWoJdEdS1WgTBPT9QXsZQpjkQnsUVGh0jJs3LZg+wCg5xELW+P0CnhI xmYoFGgz0YstxJ1Yr1dR+d4S5Fkc3XVojY5DqTez4OlihW+qfgyeEkZmfIhy4Lotzf6Fm9VX 9vhLGEmhiKSp4zIfSmZERWwyYbTKKxzGZ9dvcoUM3nPsAQjWXIPvPE0lP4PiUVcoGysvjuJY jbOuDHJ8lntYMhFPRsj59h0JGP6MiswukH1wXiWtlJE5FBzWA9SYHZDQHL5rW4TtAqQK/trc Cvqp2Fhb+HHfM2ts6aa4jNyQRuP6vDPcyrEOwi0TY/jKKH0fqXEIqKPFsAHzncgQv31QB/Qr eHIYN1KhSzLHXAF1wBeHnFRAoVXqKCU2DPDtmdUrIqr+GPmPmX6uqgoO+e45gvSb4Bi1C+kR g1PkXl07Kw8z3DcgjeMV2LxMX+EM1tkiNaQzICnF/Pj7vsS64Kt2fepWskPWblQ//PxHXkPl M1B8zVMpYtTIfaxwm1nfTkvU67x5Jy1j3rY3+PIAzZ/Jv85CfDVMZIcehPnb7HH/PCYXYTC1 wjNjGZ0VWEvkUm90gRYCvPW5LUT6BsWaQCn27wdnLLNaqSprmumwXKrYS+HhzesFUHYNjtoZ 48fdZCMHu6sZNufveN11iKZvPuqmBpkPfmJft87LQGe0S2m1uJbepltq9I9zm8BeMTixmlB5 aUAyNHR/M1IhyXbF0m5x52RyF1UFQDaNmr3VF4hkPzMlZOsFoNFlHuWKb4C83i91UYWtEc4C 4qYqe6j716+cFkPYEIsGDmq44ayEf/ONQb48lnDX3JdTVdH/Ch35V/E+LxUS35zk4YIPXVz9 1aKyW9vZfa3ksuXyRkZX6FLCLau9zNENip50ss5s/mIvV427LdfFwXEjC04SfXCsuc4F8rQc 0oCxKD+VTQVn27SVZ/YyugIHTF7SIQpbByFJA4R+aQp2SsQ5ZAQ+8Zfu9pRwzCIF6+JF7aVi np8MKZSdIHk9YpbJzIuNg2BzYzlV6A31w5BAL54r8EjPpdk0bdItT3hhnITqUP4yfuXaYuWj lnMyz6e8J2SO6zWv/Pej8OlNurncTA+9VBzy+ZvPv09qe/AR+gO70jcqYKlNszyj4koNTP49 /vgi2eX9HkZp8ETzZkfMh6Keg+PEMHbAkkdClQwSiILHclhgyelQc09MOx8eFEOpXUpHqjbP q92MhewKijOosvg/M5aZItRpK7isDidZi+w5RGUrFBo1cKDqHCbYzWjyXdCORusHRDlQlxRI autN7b997aBy+/rNlWYah8+Eix6s0hOfhbkoOw3jHmAb8fAeGAI85XVvwoQFKDMbIy2VLJZL iR+c+rAXzmE030IfqDHSyGoFmuFKZcDfIjIjPa2PWAmvT+zhgcldyWTuM9A60+LMZ02iFCa1 fY/MiDTRygay6PNk5iyLFdG/mRXOjr3iLo7+aMqZ3QyhHCTfSMuontMTaPUWExUj9BmGLhrm abvFKY+CpyHWJFmXjyOH+fmP71+EkycLqYO0DymefFFTlBoh4/NBFbdh22keN5LjEhEVFsEv cYPtBxrcKOo25/PVc2ZEFGGCH+K6Layl8UqqGcFKyS5uFsFLYfYq2gK1gSNFr/5AUmICiB7L Sj7zpfgCMEbp8ScP982Qce4mam60KJJGwAkazHBhJx6w0fPHoAlA6Fc4/uJdilpIlKXYbmdE tG5L29I90v0Ml6jEVNerbzydcCNIIbY54uvoM/SU2CgUC/Bt18DJbBxLeT0FNS7gJcvKNTQS ioU8D96Xw9tnYIDwHdKWcJsLOiCHfsoI6f1gF/RaVfGHcPSji2JYu9Qd8IdH722GwCMTZqAn o5eXBltk1ouQyZc3cnHJnhR9EchLmACQy6Ih0RNogNAd2aV7+6Qw8Y8+PnWTRVE/EQv5Xevd 96OxgzoL57d8zTSl8tcf/5KuZDZbx/H+3ufk7PdiXhnNqdn+SKDZFNNAuAQcmMpDjii0+2ZQ MSJ8wxxkewjowCiJesr/i9TRuMeLYAYqcQvlMh0W61w5qUzxJXH7LJUK28yFjjzU3nR2Suq6 CQNVjrFKvb6KDmWtHwHoG4OW3wl66aX4DwNsmIR63vxnaevDdNmPo9B49B28zGwqWQwjuDFY 0T7F+rJEnqJRG9hvDT8wFB6ISuE9N1Hx98eBJtE7jzFDWjHn0KUCj4c/CGnQuI02C6kLleCL /BDdL6NqFKwMEK0kSZPmkdo/rIiZ+zjqcFLHLCNciVAvJlrg8I4mIytXLs5Rm8vXTwWBYGrk kL4MRYzbN+XmXdwSlFComDxrQIdzHId8W5U/nBSnWUf+V6P2AdNDTjxuO3jKhJf3V+juTkaZ tckcVgG6FLteswwfORy+cJ2n70g1i5v2V8/xzM+1DAQhE8DW1ZyzkRnc2XQuDOJ4zzX7D4+y X76so6a1xZ0tnrFTHra995DS7EIzDP/SQ5nB/UgETzxJQdpW9k1l0m3okVdWNtR8XFPGfIQT DRQiJjTdg60i+wfdDMQqMkv2n/z5aUJsbbu8cL4kxhQJHfj2/mLw/P9++uhhlFbaK/mI43UQ koUNrXBYSNwunnHgU0hX0nVqjLRmgWoIsjRnmHwEFN0K25DPaP4NovdVJwgl1a5zbfvLmrjO MTxl1DfKz6YXhUWvHriDBluoJ1Damk30IqHJPPHwN48ENAU9UpZPpeMlbAlBVu24upCbQNfu HtmGKD4RQUuG+mLFvTlvvL6VW7wRdLNcsE68QfB7GsvH964+SBJQvla8TZN0K4nn8x2JkPZt f0QNvmDboywtdLPdord7sptdzSc4j0vcxpuP5exX5pLRJ5F2fD4ouNDRG7CqCAQXI7yEgyuL T+vTO7udrXbzt9Laf98Hku6odC2NCAjByGz78tSKy6cOhcddOpIwIRzdpbc5avXk6SDBF05Z JWpfQ1HnouqeJ0AAvEYT8AmgplzbZWp7QUdlKHK7VUk61f0XhSwvtIiPf0S74wjlo43RP0vY nMMgG5FJ2elcIq+xmVIaGym1jduyNxj5HWdrDXDbA8fBlfXjTM2ikQNFfCd6lv0fYCmNqK3S mgu23EAgWODZwndaUiT1BRFdAGf1Sp4Y4L1AW3pdQrtGjny4Z8TqLTqbwiRTg9ibO6ZeSeXk bPoz7q5uTDiIMTP6xJyIbop5p6q+2XTdEN9tV3VCKsa6bvi6oRxKhpf14xwCJH9wL5n1VXPD QlKf/S9zkZASLJd7wUb8fYIIrdQPHZ4ZnrOul+2I08SYtYx6XdaP/JEytNQy0m089WHJb773 2ts2avJaKJnzMaJM8U/e3MsHLj3k9aYOpVNvSWc8drlCz7AjQtWcEshpZJDn4Cdim/JKfSc7 8gd+7g22UzAozSzp+hF27d5PvUZnHj90oiJrcHgxzNFnPy5S199M0diKTICnnQPuBX95X/QD Rr6pTkMHXVQuR0IZefVf0Wb90UBQ3Dxc0cYJ6otSESszsTE6crtd/sQgQcRIh3W4HdUbPseI H4k1qb+P10qJjOtIB+05SSc1KcZrG7mkSWdSaqxk0Xu4ppyZeVz3lEu4jxPOJVjO4asHzwz8 DWZp5uN7bHsza4T9U9JR8pMpOAvaNzVccSQSvoWUHZT+eRniGGqBwOXbfLgVZUgYU9mv8Pdf +mYJK2df6x+NL2bDKnRMui65u5mmnyjUetKuqEe4xyJy0wGFYy/pQYiQotmZ3N9eM48+YDgi fi4MCtOojb3c3UJdqfQQElTCKhOvf1/nYDenqCeXWnh13CQq6aHv16bnjzE5DA+tiBtw1kSQ jkl8VUa274E80+0BsGfZIhgg5j8ddem3A/FQMspQ8n+XgK/W8zTB3xraJ/stsptF5fNKXjeY Xtzh9ZBjtmX6JCNUB8yvamUu9ZkEiz2GE28p9HAsaOTNduMRqjNe5UzNpLwOj1Wm4ZUzTUTE u3z5VNEuowMaiRnfTyb6oeFTMe8x1Wegs8TYX5jmUbWrc1vU6vUfpu2orQv5VS1bCmihAlXI YYZV0o8ZtrcnQ8XYO1PSpHV/Ma9w1zuulp6R4nvXbRvL9muMRSb790ZhG5nJ6a6aOQ2Y+vcy BkzPAKa40FTN/Bjh9Eu9Nmy3GWlPYPxN1F/sy2pP64SnF17k85R2ywsAg8A2/3VyjTPoi0Ix tlrpatjcq/rwKMsRrFrUQKLDrb/7CKal67S/9Q1SE9q5guDhxI+2T41Id1Va48qJXV6tA8K/ GnbF/eZs1IwdKuwLH/KB6Xo2MV0AInlVQpX7YRw62AScFHyFF02AQE2NZd6Perne3k5b/2vD QOYosMVQfixmOK5e0jXPMJ3d08S+vNP+gDivFVqKCMs3FPWpdNgOif+q1zU8dyCW1n8p7UZe NOBcLwIQSWHL/14cqFjmXGLTYgspHxFE/0AbLPhxAHO4OwlEu8u/sKX6l0UQefQhLA0BUVWa GyX+wZvht99jluPAXGs80lAJEnGFvimEeW3lID+BUQpYTq7D2pT+9w7BtltqFUrSQ1K/r4RU MFIEUW/1wAJPT0MpHUKalvX4ZnzjvdWEy01zSeAln5R67UzTAFUyvcbxmdTdKB1Pt+ONIhfv yDJOVUA8Y6MRD+s412YBUP26KNMrskZ2Jww2Fniwx+OAsl7XMokjGanW72SQyvBGggRGk95Q XlUdYI54wNBv8F9q0eNu04ER2q3MGfQE9hYN1AAUYxmF0CPssuNL27+d+xsuO6HAei57nm8S Y6pKvjV98Sfjgs/KnzWbG4X3Zbm/eYik/AvlR9sKlq7bCNXD+IebzWuYIizSfP2z0jNvf9f5 55dk09dCb9Yxh0SmDu4V4v/bxv5imkdwAnTmKM/vU+Df93TFvpNeJxfVw382gDDbqokZDPEG BoqoT96/n5j0V0n1+GESzK948B+eVSERI/EquH1azJJS4GGPji08VqM6zX16uJRfI5XgO3uH WXN7z2HTdf0CDVgUzvkaWWu9twuWKBMW2i/dBzfGLVS6zwVKExjgX4bQvA6Dd+eIc0XtlHhW pWq1zOPfbyxDjXtJxbbrS/uwEn7gUD0uexcijWrHHPB4SC4+dJKjnIQrhSkJsUIaPGM+WVvH rN6/XOzP1rEnkbHf0IiSrN8lDoqd6X8VNbjgI51meJxRJTX6bsfzHBZ1OrrfMxY5hGWf/6Lf /Se7OMBXaGTr/FJCmt/VZ2dWX3V9bwipdW+IAJclf/LPNjQJXSM40NE+W2PFjX5YtDg1+2xX LZ6SDkM/xrubYIaqAPmuXts1Xu75QyySrkH+mCYXylQrtRmvAWvFA0ZyIGJW5C2NpZfwroUj rrbFfM2gjVETf9+5849RQVbE0UI7odgFrTrApys743abeckv3bYJGlr7B0w9z2qj5wwBvj0q kNeD1i0T/06cl51nGEQAn3lC3trS/RGQDaOUXpVRex3cFN6DJeNoIIwvNt8/IY9wuQyy3B4D Or0A7EBNCZAyTyBzcQukFEHCTVZOqm9yUmWgC20QW8SMEBqnieI9AOK/IQ/+Y5oS7NnV+NS7 qaWh/eybK/pFikapnVA9lyaCoUMt6XWvjNJ1dxEL7PY1D652VzmeW3HGDpNGiQpcvYXRFe35 23k9O6h/quXPh8LrtK2AdzoqVKIK82+cHL/4Rxdscge+iWCPLvDWL6IjkRv1v9Hga5AHemHu rNOQ0pRWhS3j+Ov2V2LHoZysu4VGaFQ8L1e2vGW2EsUryxoHpr3EVX12DZy3MEzdxEEou6bn hDg9zlGMaIy1XGUkG6tE+YxA+qK7/wPUEmII5pks7JvxXpcoJF9KwYVE8PmVwyvu6290OdgX rqtpQ91X1Ptpv9PRK4LxfEAROUFde4g386jOuqLoj+esMfnH7quXvCBfBfVgiJyCBLi8htBj sHxl6zoGgMx87UTBShmZIlx11QvD743ikS09F6lvI8AY9CLqsRETjoyExFcyqbug208c8t/l IzD6YQT+w91vSP/eNGWEc4XcL5bp+MZ6Fv24a5NnE8X2XL0rflwQ3hKcQgLbOVId/P3VZynw yfn80NuZAY5wtDp6YA3B2UqNynY9hY13lT4xYAfGZI61/GV2jIkpMuxN7vYavYzma2x48pHF Mpksu1EPCQrLTLav0lHjE4U5kah7/zJANzvhZLPDVgYH6mMXcGu1ykW2tyI+zEVtUtFnNRyO NAIQFKlWk51RZ0b0qBN61xx0XWlSEBA8WgRWNXaMYVGU4njLC9xoY79mtoZ4gMsA9nWWCI9I cgq/dOhY38+puoWj2brXC/CL7jUxqcbM+72G18dSrjjzLecNO13xXAP36ttcmgflBJv081j4 o7M1N1b0gnG4AYDJLLVZKpCFHEefHybYGR1mj/lhFTF6IPqEl/CV+Erpu3v+wm1hMm1q0ViN 7wyIZPeXRtnqs0qCJA9tyetp/Rv5WDli4rsnvOO9NlZoz7+U5xGJlzbq2ikJU3x4YzSygSso 2zAtsp6XvQNRGx04ZaJ+b7MbOpTizUGKi436D6yPcud9Uv4dgbJjIIScyzAytAcqqK9qqZIS WTLFgGbvJAmG+vJKfVyBZtFOOqvEddrxKuZ9T7lOwNkQbMhVd1cfmEXKid1728imcHZZuvRg Yi3tCu8V3Ymm0ts2xrq5f+3q6CtVXsAqWZJb9R+aSzd/KCSCKi0adQSOx68PtGK+uFWunGvE 5PMlCfLCu2svGBVOLIxGH8l7HE63WFMKvA4QJ0iv0tuiRgPW/Ckc5V6nF4IX0PoSCiSc9tVY 4hQ/CiY+fZ0wW960iWRxMS1tLy7iizzBPMQN4+c9/uKHcCl6GnRz9fGwl+xbjuPW3W77d84A zzKZQCQyIv48uL4y8JIfbZZH7RqWu2O8PA0jN9Mfet2HQC1P6N3TiJrkkchh+wPm0qjCU5SS umHGWGWcYIwqJGWknzunbWuVW36PO3JvcMhSeLFv14sJwjXQpxzrlKGpgpYOeZ/1PYlhaCn7 kCPqJzAu8LAIQakY1BMjqbpn+PPaRRr37XMQZsrqXwL5neV0kZeS6yBPTXzaXkJICzo4JKpK 5/8gG0Gzvg8rnX2aubszrRzWymvNuUV4TEfsDkhg3aTI3Qj2Ler5e6LZV0a4iAcmScKeN/c2 PvHS92glKRDgf6uJ414vDnHqRlqG3FyxOTpRRT4ciz4qfecXTYMPOj3eCgvXA1/8TOeuY1pL xsQ0JOWlH2J4T/1uIP2oqvK8+UfbpW81GnQ83AEjc6q8qdBMMHYKyXi2KwHYO/f98XTHwPn3 dpeumAMTblV+Kadox02GIimvAnR7ZHAaPfP5wEfAQwnb+DKlb+KADdDz8Tckkj0OmfcAiB/p JPjqWR+4OExjjahtLQXZN/KwbMKn8hdPGs9/tWHZ3vlZ7t7wvuwGLt8yxgXHhYMxHZmwJ6Mj t02R0U5UUczfYfMHgsrXcVRUDBkeQEVBGIGc9F7rddwIRq4dZRZ5dIYlmw8sI1iV7Jknv/WL 9F54PYReXXd4vP4BAL/jqlTVgAM5PODynmVII/kkb4+T006aRNzZCP1t+6rm6BBxgY1fGqcx qLGAvpx3wu1pE3vduqsnVdQqn1hssFnqucQcDD0AUgddpn5uLqWTEAMgQF8DuFPS0lWsIeCN PLuFOBNHDiHHCngvu4ILMNlazUPecvLGVlOo0aGW5fUNuGHvzR60Hqdn0Jxx92a9kPrs+FMt SrwJ5XjzGeBYeLnjnGqAPT+qe1MZd3qxz6/sHH+nI4deRGkmXch5kxOkp9ll054Zbpf/GQKA tchcOPectAT0Q0GYTtOJN9UStWCqMTNE8n6Jb1XoifBp3IxcKtdMrkpzHRchaxestiKPqx/P 1hbl15xWdL2Uv/C1/JUnVCYWolmOf/Oc7x20WMfjXeVtwcp2e7aTVpCQDwlSEUVQ60fU4dOn Y1pwnv99VFzg8lqo4ioqhmKb6ZcWXOUPmMqyNofA14/vRtK2Y94qygveBZyT3E16MJNYrTTi NO8xejLsVRBS447mOSv8IHYZHNXeiZuWaNKvU6patfwv6A+eRmXUYKI2+YIKqgjO5Yea/S0q nbsLOstRO7hAr6LYZ8I15SQcUBPyFhwaN0RD6PtvnS/qA0rJ3T+vPEMrsazuM2SVgI4v0/at 9xEEdZlhUGK9hoB5khSw6T46quE2moE4SSd/scQLON+tWbeCizUhT1Jjq2xe/M3cel6TWhTF upLLERzjo3b8YITxSWjLHxf6cLmji2jORG1Zp8+sH9vDXii+hXQbP2AZOU+2SMdTotH5PUwM 35ywpU+z/40JnYHVv+STAGoMSjBqwN4niDv9GJ1rZf0dXPhtG/XrSqKDG8oEyp4awyHOSveO sP3qm94ECSZCVlpYWZbl3r9/KW0TWqPieyyB8lD+XhgN9elbQp2i2D04pUPQCx4uog9eb6gw e69y+yTlezDjKQ9g+3fXjWT9d5BwGk3whz2zx5gYZEekcJEHUmA12o88dfBID9ylKIZC0R/U cp7Ib5cuU5IHpmZ8oAczU4D8kMUZqVqCJOCee+gyLF4vXHrg4Lfq9jimUmBIuRYOrdUTVqI+ YcBclg/aT+vvHND7/obPHUpHTgIA9nfVS+QrAJ3hXBfnKbUg5AUG4MZZSbK8u0sosLpLcCIy c3/Xq9af8wuLZrwlTp35qGcS8iVWdQp8kHtZUrLJs/hyZhFJWN7HZILc4lZV2qtLYA6jqcUC F47X7VsA1iwYcA7GNMH7R2LeBBlz/dRuSpaJghdSDTrnMAQNUz0eTsAzM/NQJMiwewq2rPwn q+Mry36fyjcOhpEQMbncjMnpt8AWrLL6THuvIsf9Bx4eryYrJStRotPXMbCjw+LphXsDrfgf pBAWwTQdosZuZtHzT6eXMNY/Bl5m7xgdfqh9K+JuoY2xg1rh0a+Z49+2FBfYqNwrCP4+o43J Ki+jKS74qaBPdP2qsxT14pX2bBKWNzMYIoDb6GSf2w3yw/zcZ/E0JvN5cBOFJQk/gKe9qLVz ObidAVYTZ0044CgeUyNjc7pfKVmNFCoM4F+A3bVT72wQzstU0d23dbe6nVUH/WDGUKGV5pzm yR/Z3lFceJ37vscnM+Vsj5OIKvyq3ueHn+mMXE4ajzTlRWZpMOUa9Rr38BHWyYZ+zXjCw5YO +pYrW4nMhSqRDgXVIacrsoQ0FvfSsy+wUTYamrZ7dZLTExJdJBXX8ip0CFLRQZUmyBD6c2Ib AG9OXzVWTGCw+RYViFQiQfENPtQL/P6NvTThF7uRrSKuJ4gm0KKWAplso3OdG/a0KEp6iW3A BagWPNYxHHDsOGx8gedtx/2HuHFJ7f1BamC/StVYoOu/X30u6Ca8OmVqxIPtJ/dCWncTazPq A2jcMU7Hxw8MmnscMLcxPfktrdVv4t5lxQzLgb2PHi2lsiyWNyzeT6CAodn6hYzylZdUa6PC 2TJM0P9o28nAPccxVaEdhjzKhTDO2yQYT+qpvD9TaVCR4jKy5GjCBUc0xj1SwYdgecVZZXe8 evGYLe+oL5ZmQ39au0QyngZ7uJ8B/lbRs9FbHBZ2vqHPIWIH5eDEuNcqOwn8O/iHC7X1V+eR XVdoJlZGV82o2+EeYussShcYwo3dnYQSSghAY20HI0YMCe68IgnWWrBz1qjSr2qNBLKBJUvp P0FIdvLZw1zbuABqBp4j6DfzZnrsvWop89ex4aPMPE9JIDFOzAagAWpDW5xy7JbXzOt5B+Eo 6I9IsdrMtKmVUzAzxKkBSsNrwdu4ht9/nZCc5VDWM1ZV9XKMvYouqaWtHXB12A3UzSU5NJdq oqHVR+4ntPeCj7/7goy3BbGTgf4lVyN8P90nhD1omTEqJyi7TwdtLZdAuZpBF6LwFWbyC6S+ 4cP2KBZP5sb88dZ7vF++i0GWrX/eNpTNnXkAJXGZQYCzRFlNkXNUYG7ekkNS5WMKo11D1Lnx 3xgw5ezIjBA/iydiWRqjPe16PRaAiwSLNW5npH5rHaszzMo9xpt+bCq+NwKJjHYfKXtHcMux fq/FZ/p6Mq845E1XU+wR9pFpG6sJzgtPMZUUCPwS7OHmIDkDqHblKmBtFGTrINvD830nO5hv DmQWzrJHzDl/BCDOFN1zRBs5O3ISqlIJS7KYHnE5jvepFFKKf6qLgN6up+/LO8a1QHprKQdf awMLeMb9cMwmjStCdr3elD8+FwfDb8DbtRlM2zgk9e6UH8ZqSZuoyyZAVHPkT4b2dMjNzhKf XG1DLAnhD0l/Yy7FsxG8Z7pWKJPUKNLOsAkkCq66Ll2iYjQnhem5parH7ZNCg3agw0QkIjZw rxafozb3LaHgHqnfLK5iDJyq1gPlnGedxWQ+7KG+P+F9bZX6L6rty2zn8ZYIMkrIeeIueGit /J1a7ebPOoGgfVOg5FDHudOcTfJz+iqU4Ef51ZLP2i4aIrPdmRVJnYXKBX6NSMVhVP2C0YJK tvxEm8yrxp55Xt0Ou2NB+qDvZhFKbhfe9LlC/zNG2CkA2exNZEjKnAFbELGNWvy/Vl6aNXpb VjROItqdaoynXSAZASiOqRT+D1lEWynfZbP/2TlcSxOlDe0sniKDdGCZxsYmi1lBCp0RSWuy m5VYcjxpCVOdQwK4LRqOB4AgEq2+s3zUQzpaBq8brCs6cg0183ZjIPub6lpNyQ0ShGQJzKVI kCu0yQeHB/6sgnOKY4y9J6WCk9+gNYt4qnXd0SKpYZaCJXnYZQ3ceJYKunrD1NuBYIzocHq7 6Gc0ofMhP47O5U3pgKnMZtP7vIZwpy0MZOp8XfIXQakKCQ/9GE2aNaCpu8mOB9pSwuqA6C5w +zPkMvOnpCI3DRnoC50l4Pf+sRGW1l80BcvN8YUBhJ17qwf0pFKvKzG9nA+YsZH/xX1aEB67 xpBG752H+gkf2mRwcGYotlV+ILTJ4IdwLTtE88RI55o1MIPZ0BWAVwoQ/oI+o235uKq/Jv0d khvSZOjaOeGKDedu7Lf8CONcUWG+zFMkCCMbKuNSJ4MCmkfO1CBfoplFXkyqCnUUOS0Ic0ig 29KM/2Q28JWTc+7u4LAH18mxwL6mOz+YTwpAsA3s3wddLr8mcNenjtgkGSf0H1+MIIwXupEa ll5zqbCE4D8JUrwFpOxF0AxrhW93dDyCYiWudQOw6DxUR75MaJofcpp/NXTqtDa0ZUCDV7lJ FJwaBY7yJbR4gTz7+2ASjsIkYUJGLkI8Y/YIW9lRixV6bIS62ukecQgDEBUmirLglQXLKkjA 0GB09jUrxnOpHR3Lo4T2wVLhIeGekBMRlfh8EE6m0NSP2lRzGJGc2+ReO9phhj7LzXI7i5kq 2YLMRzh0/+lfKY+cIvl3jF5I5K3RgYT88JlGpfLxDWFK7dZw4zaeGa3vVuVh0Qh81Gv7YjeP A8ajzH/CbkjXzNSm1bSf7jgWf4IyIqqM+VOwz9AfUfREV/97SA7Dz3LrNfrhyTt4AFpxJ5o2 LVdelgOza7L/4wNnGcBK0Lj5nCmxITmI6M0KKkhh0qVYjf1iPYbaP510Q4wvJTy4UZD2Mixj arTZ2hxi39RrCXsc9br21iE1flRFzcDNivuDRV3juhSqLOlPFCl4T4UF4e2V+IvBzixnW+MJ Nn9ALzCY6shzYHDoKVpL/aCykNFQ3nkvLyuDb/E4HEJvQ8dYwHLWK1pslghLbeGK8T+iDhSy fuH/8i6OHEWIUvQl2AuoJ4KvSiKF7cPuPS4lGGsh9lX98zZe54vspc2dMu6CaDRB/9M9mWLE DMek5TZx/pxasONBCxvfWZ3JbrvFVLI266xxDvZc0V26BeSzW69kRsp2Ha2R57hG1TkQ23tR xrkqr/nz5miFoAhrlIJrNfBAoriB8qy+4FYV2Q8vodE34FyP74m1J3+pad3+1MYaz6yADyDQ zq57VPKPqWTt8yH37jgyZ9kh5TW2Y0++0siTNgEckKNN21s5j3Hhd4r/Vq7Qd5lxsvcsDQBQ 2+szqfAB61yd3X6BGIYnTGmxxMzsAvVI6yUTR8nkxM/KhMGimPo8jMgn1MaDhwd4BGAC7gfM t42F1pwj89BWNmaRpEO7jC1O2f6qpLdQslB52Q+BFe3cKUO9NDQ9IZ+kUnoJK1bHrZ/4YZni hCBdmumyEPx7G3P8MtxZCiQUT9ywRNkcXSZ3DkHXkm++bEzpkW3bZCkRHVxrnu73gSHKoOli 8em90klbdPd5L07NQWkjAcyLZAm7HNUq2yKR7C1Nj4eRk9RFCSsjSnHpmCUhDeNy0Yd90bH0 ItLbCIee2XYWu9YD+Asl4nsGNE3EMEZ+ceDlReCR/4jangzsbFahnJXWnNQ8c85aVfqfZiN6 GzruYpHqqGCdj5OosRedB9G1b8G+RgLa1ywj4LWwUN1Dg4H7R2dd0BjNgH/HgMLqM8kWDblF 6ng0oD+UYMZMmONY8TpLFr9wtVaNnZMhK5blPcV5UHDDREMNs89BHejuH6RuQ0EGKQvP2DWU sSW9VuUebrbsc+L/yTWMYHn/MxrgxKaIUOkQzzO/a+VNSdP1AVpoMqQNNPtiAaWmnHvG7n8p w26JueBk6whvquVWr1d/JXz1lYZHg8JU5WQ9OIgQsOGesDYGl6vOEti5liqf18NR+GjkWLqz LJKLK1P9Tj0prRMyRUzPjZAzj3WiRw1TaO1oNGmBPxeumU0PGs+dn7cH6I98SIxNMNIqRqKm aKoW/J2e+y/PuG4SKowpaQC8zLh910bRczu/OmV4mjrXdhy9YwL9M+BRMjCasb1hcZb+M7Sq nUsH6rFy7inG3J+UeXLV3aSIMOrztPVbvaCcZAXtZYDPys/4YIBsaR9y/2OMMCgI1TpgjOLJ rx5Ul215t0F4Wv1y4ybdbRyg3cqYw25JMs/p4OXx+/UMN3Det+3Cit5wecisCwY6j19yUVF6 GJ6CfUChwKRtaYO8SKwPxm/QC8rwSXd15Ilthu6v2r4p8xs8CHq/ANIs8Ohu/0+ZrtDtvp3y cqcfOTpJ6EB8zX3qDMrQt9xmrTS5rJCAw3mfYM+7vF3F108oUSSVtJdn78aDCoxQTKYjrDu2 xuL2pn+NMNvBBS3O1+fxEz1Oalj/Kr5APizPKqoKdAK0gpK8SWitvLCUGEqYob3Dc2xqZHji y9eVjRnMvJ5iF2/hqncZr6rR52Tbik3zxwickrWP3WxMn4K7vHALTsO3Vqnbh/DwCvQ+R25s INicu9yFOSJN9cQjPCnM55OALM1Tz1IC4yYvoELfKus0U/ulvF99CIM8YSks+DuGkVQQmVru eD5qO+IOwfZKH8kZwbH6a7W54OtZiKoVJ4cENBNMnFGMe4/fnuPk3Wwd6nMJ7hwm7hcri/XZ HORM7ZR+NE2Eru6qOTQeFql6ohyslcMW0bJTMdSb/rg9s2kFrLK+6+i3Gcd/4Z6ARFSEX7Se Pe5NxscOcnHE1/BLQ6YOQDXHRmk4XVYjYk/yAWBvrr4TZpsWLIFsMiDaBRDICufIRJnMvKcU +rjjkSM0KTBDe36JOvmIRQr5+lLGh/nSTSSdSTTVps9Vwjt+f0J6HTCJUwGr1BNC22OrSdWn EChmCsPR55/mlTlHVLyBC7+tO2s1xxkQZjSYKzhJqD6v6+lRyZO5x1h1UTf74CF55AVTQR0L U8d7pdpVeLytb+41+pkrd4BX47iqYPOcWwegYfm/52YcJ7XRAJoeMfQzLirtf2NkbyCU7x1/ SmAeLEC0rxhHVN7Lz2vYn8zkkqvg4iMEa+cc1B7aanFMGs8lQ6TQDx1qVDX6KN5dHsa9CqdI b+WbGNBhBWKYH7rVPQD2Exa/YS3cCDh64sWKmCLI864B0MZwm95RcE6hyJgf26OkLIpkOyE0 5l3AgR5vmqwOjzCpGRODhRgkexgY+pSWVK2GAr8md2omakbltL0hjc7YQCVLP7KHpp07qxZf muakWqtaO2WLmi6/AQT3X0UwEjgrR1F3ayO/gkM8JQtpXypZKsTzH/Mig0LUbHGF5YBOmxOo IbFoJj+H2rR5bX2Ir0aaD5tpqIGqKW97Bzv88NoKN7N/e3Npkc2KirIQLClwQ5Vydm9WKZrd VeilOL/OupHei0vv4JlA1U3iXBNReTsF0PXhoq+yjoLA9ZSYRfNNA17F2wp/jOgktJ2qnN4G NomF0t2YEIB+AHFndis+hpau59Pc2XQTQjINybQ6+C9GdncyWuNVTZ+cF+tFcM1IJ+IBA4Fk ImWr1n5q9MYGxpVlDHh/AtyZ7/AfxT2HI/pKnBbpyYlERwsxmUbq7MUTjQA8YKTaq2h43pJh 0Es898404Mie9OIw8JLAchsYu4ond3ZM6AeV4MeEDoNJG3kYqbyq0UY/1IFx7VMqetvBZ2NH PKYrISoszqFQPBYCfwJycbD6taoCdcQgn9AQK6IupjCGTM3s/2g3RkTp77CdwovJnAggEsEm vfkk+OtBTfIo6/SyDWG5yxpyiF/cHp/gkYmhIaJFORBFbqRQVCY825qCvghxPDqeln25AHFU 6Ih3h9XALbC7IHb7U9PnejvmKQCTrvun81i1FdrvRnMBiOqO7ysmbKgX3CuPxpuXd2qpky3j 4MImL1ryzd6Hn5Xjd4bFg3uTzhIHyIpvMPZ4nmDe4fzWKflMDyg+Mb6hlwim8fXTSnLkl3KQ YgD+e9gUIztl4pvzMrY75wXSuy1b+LxrWgasv/lYjNF3AYMKD4i3zFbidBBWIbV9M8Ua9e0t Kk+y/YrowOHHV4dOTRBVlrK3T6KFttVxmyl9sHQkjpJB7iFE6xWZxCo4+9HKJpTOqryCM665 d1LjTeHxCdCztqnCRDe4/z5YWheHfgLtjHcHnypskev+CGQKmjxnr2tDQ8CUU3y3mo+mic3y dyY5Lx3k6m1TGBXX07yeOlh/3fV5oIXDgp9b+UQJ55UxKKqMLLcnT61v9y3QYDpqQv4GwUsT aMbHEJ7IlSNwgbCeXkxFjhGn+k3xbgWMRu9D+U4vPNOAZc0vtW1bywpRtHDd87ZeriqdUnKN PrjGLn59DTV+fmgM9uQTFhLHeYH7EhKJXJgbAoN7F5IX8iKKt2T4GVke8hXxrpZIDMnvOtMB lxiD7ASoVHgFXLp7uAvBxkVeBILFczmbi/HmhJYDFAjeZpL+gDU7zNhXaW35vwmDsXYCgFTa BQL1rTkvxYe1GGIflouTZ1jyXGBPf1CjB9n5c9i8D/MHaEh3VHIdS/ApoDWB4ogGxGbYPwdZ kzuqChg3rJjgrTe5GbPhMwdR78doZKRF0IJmwJpdWWKwmckZa3MYWmaARgXGgfQvY7L6G08e fYDYV1CO88GB91a9RqY12Ebw7L3K+GE2sRKDEdiCP+uhAe69Dhqh+GXX5oc4HiCvyjiXmDe6 tdWSbB124Nc57rDfq6lTRcgu5KcM8xlfxwLthox7lSgenxnX1qJrCWu01mvqN+tKg6NxGdO5 rJXC5ztI5vafCi9s6RgL8FIdeZXPRvlcu4o+Kt/MpukIUqKmPruXLG3ZG1b8avze+PAJ9HnY Kxuh8uUochrOkJCGw1CsECY8UnyiCx0Gb18+7NWXTfdZFSYibDXp7n8kNMhvnM1Cu0Ap6gF9 Td5YJl8bUPVxryiLxHIQub8oalWm1H/cKfcaajnNhIEJYnk1pQtIsZ0lP6Q9ZCs1U9/kLFNn ESuByAA0AMySTrSIjp5NnelOf7DChptlMzIg/dCCiKDfnWHYlzEDF4iYOPowkyP9om1+qHdp A2G66yeJPR4bSi2PzfLJRBg9Op2gSpX8DD0gKgvWtPj9XYABDPMQn5jl+ni7xL021WvA5Z8U wEItAOuMg0tNg2iMYfxp+6vOviLIQPyy4qR6y2cO7SpkZtw1owQI23HtmFlqG9MGgIerpZ2X D2nG2p1ZSihv/NeFmSy2M5hy6m11xPlKwjVhBecuvGaIrcMl6nWZo311wvCKjmCMKRmoO3ma ZYd61TCr677vppjgD+iBCXMHuHUyIaiHO0eXpiMR49vFQSgAm07g+di3C3Llt87pAfwHMoPR 2t+WQ/LIj/5Z3+86BDxrFCSVdpZEtj0BL7d7WMAz7G6S77uBgrN6HyTcucee3dJn4XKhYcGL dxFfc0xoR2t7W7LcSXrRa2EDaXi7zoT/ZdQqxNqgxdaIZFNNtY3oEcxm0qfNX/cvA4nlipni ao82Lzl8Yy+scL01RW6nuiKBfKeFaGnbjl+nrAovNvAcXffUT0TK7AqthO1yUkHY67ftFr75 FDus/Yfy9rFPLv6hjpnrqpJ8jZFEatVYVAIIbVTt178C0tN5J2mxWM/6tDx15mbHXIUk3Tyr lgcyQUyeeau3amXlHvoXXytW3TGMtc7Jc45m80szruXxoblzLLwRLN+8OnC9zP6XydvIwSR+ mUJ3RDUkcqQJdGUO3wOGFtOnFdf2hLI3/chzPXJG9lOS3vy0o+3HBDQddFUWkH+bpTkIQjxP BqEZLVfL988tBIw3VDhjb+H9rlC0XkDh++Nubp3twIOjpq9zbk9YViPs+gNiw9Z5zW9x0SNi VElzHnZni4/O6MBKQJDPlOUwTEgRN+pI5axJOxpA40FoN5Xe07RzM6Kc7xzMF8QqYTDkU+HP SWzGygiLn/dPXzLjNErAkLJCZbAqYH284IVhpt8R1BPO0ftBV2bOU3eRmxBDIGKf67XAlG4T NaubLD7Gv+OIv0H2mUK75i71rmR3dR/1GqmSGid/mKGLwr8vOsXl32JGc8FzpHde0/u+iNAj 2a0KY4Qi6fh1D6m4YijD92dvSpsKWMoxv6mSVfhi0VuqBPUEWqVArHOZAQ6BkTwG6i2xcFu2 fBpT/QNWdd4eGemSbBoMDMMML76/o8t5YBKQ5t7Q0a7kIkibyq5NZCnFOAIzKlGbJ2eNhkSZ YJW09wg1AgyQlXH3l4iUadaks/cEwfsYStCWuXQVzsgN3OssNvBb8h9P2XCaumjgjmDZxn45 +epB/oYdnRKWsVTY49Qu2r8YGCBuO8qIpa+AayZkweounewmP270Dh59TrA9ebheKiODfkO5 wnpP19KZlWQFZV6wi5lP5o9QbO1pnCiUh6mLOsJLZo0sXTZw2FbC1If0+dvEE49JtByIQuWf 9c8qwnoBHnzOYBhxFk0fxtR81eJTvb0GWP/GHaATwZXkxd8b+0MHy+AfkzT6W74QPLgB9Ajf 9+5eB7e/6aW/BkOlQIN+0cMb+a89LjA+06+v49HObc1gF4iro54dFl/ES02TzwWC+qpAWpqQ OEvjovX5fPCHmYocETDeEkCEJo0G1QNrCaP3F9lfS8HkolHjuEFVGm/bnfSGRm7Db1B/JLTj ls8S1OCvrORBbG9Wv7Bosl6hJDE54M+WKTILFbffwUI3Pfn6z/1W1XKMC2tcYd+amMdV6B9I 7Io8EOzgWMLhBdAOtRCk4ExOuFvVdy2XBL1wLlctCl7jkD5fHysMUCDgQmDFqxcwoQnI0cqq BNVfTEfl62GOi5JHQsakU27waxMkuyd6sthNWp69fmIvOnxs8LQO/qmK5MqEAWs2g6n+ONhp YUZtvzk7F88CwrmSDirXSXhVVcmy5Lc8Is1SYhsRRX57tOAg3IWwhE35ePw+354JB2fvcpe4 0Edzqopv4TSbOBihBnAN4r1u1dWjanI4mDGyg9zWuQbfW5/Z2BqcdukHH0B5AFODC1qr/K0w YPBhX3KKgbKzWGAdPXplxoqK7AEa/IXIgW6CLZdHsp7XuXykyUO2cWjY/kH10BPcEllCWCqt WNeBGOKQMzem51KupdB+nrlbPZC4gx0tcOGW1Fes3w7ooGlCI95N8GE9+bLx0Kipj4TIebOH tb5n1Zs6InwXYpxLdmwCGZT1I+quvoNY94IsIMyTK7WNBS/lSmOl4u0/zh5eg3vFPft7HAux WLTdaxXd95AOpLZkkCCM3kmdf+5MlPPwVQfLaWGG1QXuPx1hO39J3X2mZ5mHlEPwxfW76R44 Zgs8TX3CvkB4jqPNlpwsnKKCI6w24hsiYb1lq8t4Tj98na+q16IWFObyJo29/6iDCXl1+Ht+ royRFhKDQ7szYrUheu8RPQSut8v1Onb0gmYlsYLBME4eYm5QTyM7pozjpYbozrBRextqZGyC OOHw1KIqDMniGezK7Iez5kQOSuws6sKF32nuoPzou790HV4W5+hxNW20LdZSYM+M01pvbyqA 6WRHDoEcszdBwmz9QXv5jplmRZtdg991KGuwh+BsuY1UB6aCd7tXtYEvrb8HG+ROgExh52Jd fNR5OG48KFf3P4XnXadvkGdDbiDsZEkXObb3yQSheiySohpXnb2s14MNF+T3ySPiBoNMCiwM 08Z/dG64e/NBJJWozgAsm0HnoJRrRQLZd/KGvqS+K92iVdP+aAkupd3swn8UMYsOuh/GP4CB J1CzMn6DEscNDxPP8uT+T2lLIWgvxilomodogy70NC1+kcEGmGffy8BCK4gM+eMcIRiZzp7u zNy+91lQv1LoI4oDmfSAO8ulx1yVgsspH8GxNFTZaX/QZbR1ka8u8KShWIul88n8NbuxgM7S OlvPxnCXNNyD5/4bfJ9ioS9k92yzeONrauAM8Bp8bUtSVsWkkLbpSGDeYE9AZN/L74UWdx31 65lWwnZuZoIWxI6L4qOCbuuc43DE+/h5j5Xa2ECggB6c6FZjYUQhZDG1k6rkG/prOM48PssS itfUhtvjtIR8dGTdfEw+iB/hc1dWwYkKDTzUW8FHOk2NHFIsyjLh8Mb9RAGbXo6q31l89vr2 U4inEGIG1+ySBE/BIPl/3zsw6m+9qfttQDGlGJAn3LQUCkZ1ky1Tu9t/Uu8vPZ3ChfWO0Lzw bkSd5eJ0FteOztLoyh+8dRNAyP4Jz7JorfD6He2I0HY2LHG+4KXtmr89Qqt4FggtsPR0TY6i tXpYPVjYHllg0At/88QwVQpWNDx1qhYkPB34Tvd/b25dh4e50HDn/E6KTPRAoiUMfb01wvP+ g5Uc+i260FcD1Kby0Msj4a2UDmsPD9Hqh4TxS+dT4xAHzDG8LsbewinJFAaU4EZLc43kU4Wb +l+G9uVw5VFG0eYN5VsFFeuDFT3pEA97jtY8Y8HeVT+778lttgdJM7iwo06dVwvcKdLBjf+V AAoKKZ3J2cQM9Uz61/6b8ABJE3TDjCHK+JrLJVPRN7+njbG86hULkebF0iyH/a2MlU5t6NVX Ht3GdiO/Xvq1wSJGTIIzYXbJb26qzBR9EHw/PeJMDWt4pjPNLrwKslUxeyZOL07X8/Vj6zXh nrxHrrlgZDe7FwsRQ8UKAZV1IkfPdQJVUuakfSsFBsUzQFHqDhPpJgULRlbhc4dal/5w3pMp ReuT1isF8dN6X2QtOwcRcnQhJOzmOOyyp0ZxWaCrYlyMGGNGsGAAeyrOZRbVKJsgO5uNlWtI xbMiPup9jK7bJZ4tHvIdO2mtHpTWloQkJHVJ/4Z1EWDbkEzQ3yXX1GIbWtYLrCkWmqctrKHB Jz0ZDeOGRmIHXFkNsC1j9z20O8ypyUKSXJ+1uzg7E2KNJ+nIie5rCw8sS/Uwi1uwjg4T65pW UoYoB85WBeMJ+T10kPwSmWSGEdv2f/Rz2eywNMCrKOUlFefChtbfebtNnc2j+tK9pA47amIn EWpuUKUGdd/5uynhuDBU2rSwqYRbNVGXZ02n7SzJNt6nlMiq7wjgyhoVzLATQtqlPZRR9qQL X8Rj9qchlZBpjgZZoPP9aT9LmGq8rc1kFvx236eTHW7CUW1OajXPi7NaenEUc9Rjc5G79UHU NVeOCYpDivQkBMf8YkXl5wCyisMCfT3oEaD1DRyO35NunI117LpYsi5n3FXxCImMmnS8G5+7 4Z/dObH3iwoqm5UIbYPlIP/lCPkvTEmh4nYnkF5PRorx8ENymsifQyQ6j+QaZOmOS9nuolzz k5/kXPCriVfT4Y/W9S3ldccLDc6Z7aD3kXGajZCj2HmcomJm68Chn/PzG1y/dZ8VUInp73ns nMKGvYNl2fDvQgFqjvpUnlW/AncIh/gZg8fA9dc0FCbF+RhLqjPtW9Crgz3+qg4bz/JhPvPE kOJmkMS90lH7ishlZnjWoFnHFQSQXWd5OfxRiB1fryCSvAB+4gBzl1Jg3Hf1+LbwKHaDZoTz rY2mkCWpWljqn2bFlBtj1YGvXh1O9/IvOcP2uUtq8NzZC/f5jqABxADJAeMO4RL0u+KZ6VH7 s4lWXc+ClOYehQe56slqkfiZJQBQgJuVZh/GTx/hjqWlGojHSrhxBbYAhR70kCDuPMIwQaTc 4gViFMVx9j8HvzcyujK97Uq3RjJq9MaWIvPq9q3pwG+Z1khj5QLvFlR4y1zlXp3p4Hr7X4RG eWMGURuGJ1D3tyFx6r5l1hcRFFuSb2FqwoaFBdpANH9ey+XF+GK7KsdQ8qKcHr7yRdQ2m4fm ybGVfkE1V50+OEn3ZZUiWyIdk+37MogHvHWHUoaeWM5TcMArVWfcbPApupllalJ6VttEn63K b0zBCdrqBvycquDWDIM/Z3Q0GXRWY6tr/ecn49bV3CB54jA97yZq3094j8u+jKDNHrm9DndL CI4PBYKuoTFkACKzsX3lYyvPY3RmbQEA/PVxIUM/JhqUYYxHSJY8djiINxqtPsrXp8I0oO2w EK5oibK6qkx/CxTok4sdIbusWdw95dCB9ktF/TylVrpn02aJpU9egxRFLI5p8zvcjebtvEfT +5NIWerIVfASHvfgpKW4mnWF8IMDO9ybcL833rsWr0vUrmY+wieDLkv39DGlicPwdtoaMum6 GxYssWU76cXdCCmfVJfZAIlm+w2+u7SSM7UnrtcKchV99B8dGaYxyZh4H1RzZz5s97MKIh+1 4IQqLoRa3eXO43iYhLO1p64KzTFA6Ml0aJG3o/eZj6tLkryCRRcRXTPYcu66YaJx+ifdqcJp +xkmCn1GowvE4SHm/2B0LV8+D2pwFwJsSSL4brS9fz3lw+wEyj12krCsHM98jA9yLnj6NTH1 49XLMICauaI0LWziONPQEVh/fyfTKABwEWK+i5phTe49Ac/GV25vdB9PLbQgLF9kWAOUmkc2 HKW4pwZoH7/djkgscU2ZTj5KqGGcdWohgRXQf/VmZN5oiGZJhSxgpynDbZvhAO7wjTGvAZV8 xuV99jmr5dDfzXc4vTqDCq8DKOlzohPN1JMDLNOA6/rPzXjuJVCJL5FSQtrU9HG5tPPmcxpj gK0WM2+ntVkgnR1Ecz25kKHglInc9GPholAR4lmDqv2CWgOC7vxF6YZ4H2GSQC5urlARzMXn uWAwmIAjsNuPxSDY6umDjGNiY/VAQPbhU61yY4EZcP9oEr5McF68Sq3YbCEVslXAq3hpjSzV auqIU/5s7Bj3RhdAvgaQodjhjcItuLAmpsvMXt9qIrDyHBnwnWfXKVjM+6b+4X4usTYqLrWY UyCWjQ5MurxLEE3rg9nqGL47M8lYnML0+9hfQRTSGS5sAyVd7dUxSo9OfKAk5Sul57KHHBK7 nSEsmSM34kdjSHEjKbGNx60mWyFsEGljFS0ocg8CJoi2uAdscAX0dgyNASdodMbLkW68tGe6 h2uth+QYJnOuFwJlefTOwO38TEbrahzRPkXNRj0tdMKL4pxMLtRghZw3C2Jnbq2DUmy8AlF5 et/s9JF/6JeuC7kbnCGzPcBoWuvCl3uSzM0ORURrHhla6OGRp67Eb78avaCICYCqTMLN3ZZ2 fQpYD9a1aMl0C+eA//tWKSa6Do7opFZ05u+X/mtNVcAJNbH+JdK6IKFHSeMqMdwgp6TKRz5V DdEsrJaVZ27EktrNH6oiF3jAbAjs5i8/fc+K9wqoGEpctQlvcQ6yOAS5lQiR2+kPAqJ8gsNR z890XTlh+sEUlU3AuxccNWomQGWxtklvkma2pwz7edtadcGrj4IHvykzRhwKaXEzb+wNximN TIBDwSsTzC2nIdz04VqLQV1uPLf7ts+JAXRf8tiX3IkWbj7EyDZhILUh40naiyz9hnXqMokP aY2vdIahwEDJmkenBnKirbJZKyBrB/D6a8pO8NHsdguLN6wda+6GyWs4o+I26Qcf6g5n88Ut k1ibknpnnrsH/zp/AmXOofmAVUawbUCkPzAmv4ETN5Tj+wrEbwMNuDAO0+sUJSsho88WWOBB vz7/KHWvQp9zO5VcsbumH3AUpQdYQrXkGkWc3PPKDmAt3yIU32RzB7elOejSoN+IlM/d40dp CEcPFjQsbneLPyb+9aO65HLc3oCnkQNtdPpbOVFrpTnJyKrAdIDhQIbFqV7Vgc+Jg7D9HXpL ADgvuEHpbZt71/PT3WQyzEzUy+Vh0W+XzVZkW3gPsCZcEiz6A+M6HAO8V/68S1oiSD9aBtSH CAgYFj6PKCzA3n3rS77zYu8UiPVBmslmNYYxum1wLcz8D7RlrJrJ4nba0D/0exHlq8wag2Ax bDU0y2bW/3cqhSvYAXjdfXBkFSDfuJBTZvSDJymztBcXVt8clFHeg2vvVfEv7RtFg5Eza8DD +YKIKExqmDtFTWcMjrbpajvVRIXZZw1lv20GYZTUjgw0OHOi2jBk9rQqImniNcSgPFcMKWmY q54NjKgJckpJw+iNN6ZQR0R5xBclu9WFZnypi2oeIz849DjA4bT+V4WcK1dX8WkVSzB27vcD dgX7ujP2OkWAy1UhcNT8hj47EuZoC//q8mU1Uv7vCr5lOFepOSwEzBpb46WH5nLnzb1+wCKJ 1ouEyQY7LSFlPQ9Le1sCjM5ma5lbrfbbanmvareVkU0Ln4x/zqHVsuu1U05kxkNaOYvBRufC GyVGMiSElJwoKaxsdu743G9wjiG7TDOdwSG8kFNP71pmrQYC8ajc8pUEqJYEjEvzgeciXf0z Sox7ZRPcOZWIKlbI9E5dlDv9WjIvu1Roxauihl3JccVY71T6RIPQHYoAUc9DTMAl4x3NIpSe rR9TxoC3ApLsFKFzKd0am/W4R5l3ZHJYb4UQ1JjdkIwyzWaq3xyHMkBXnwOVTdHJ0nBAz+sK zGD/ZSO/YmA6lrS4mOCLkxp5Xss8iWR26fR77YvZMAWCBJKTsWrBOQNwRAqn/Z2OW9mVjNMv ek8u/1NSFx3jBKJN2beVRmBwxfKzfY185Y4b4kQt9rFeymP4u2ZXfcihqlIDdCiPfcmYCTaa 59+wwGEz9K+g36ynylaAIr8EeAiN2w3Xymq5DG4X4XMlfQ/1AoXetfCm/hB7AGnMU37BhWBB nUf/sbNUn3Vfmw1nq564EECzkkkRyDGzriMZTnNM2nadpI50/asokfD+nAyBVrcFj6Io7jNl HUsjVj+sGLBtjlERCDtiQJtvGyee1OnIpi3Xs+OZz1i7gEyzjA0ypksX1UxnuTJ3xSXv9pOr 39/9aaVmuUy8z0WZO8eKVB76b2Gok8DRwa8unn5siz5Yt3J3NqDPz30g1Zj6YztSo9eiWqTg tngAKjA1vTDC3yyJzOOueftF3IkckOJ27/9Gj8vqIj8sb/kH2dVCwMnlkgPhzteJaCRQufYD VSd+CrIveGKtLi1HNRra515yfmBNazxQBa4d1cBm1dsJOUoQlZfreE2zYyrFBWTR2eT5BgES HlK0LLdJVT1EPXkFTol5KWwDrAZfijF9ik+VT4NP5u2OuRmjbhLisRLfgPvIeoTGtKRjDNUn UDZtjw7mBAcnU4PPhaT+nD8Lt7sFqTgtQIbswojdGmo4RKIuwUihrhMKx4QYErDe+sYeqEFN 2hobMwDRcI5dhkCqE3U/C1P+4vD9hoWpcg1kzUdulKP+3a77vwurOw1H5xlB0CQfAAPz3y7g 1SrVaYE+Jw3OyYFQ09IIUeIMBxHPH4TvL+8D6W2pkCVDuh+DpFHenT4ZDXEntmqbWWipyve7 uOTr7W89nE5KVqGK+L+QRRi0pXmPi0ntkKMVoAcBDLQdSaZG3Wb2SKPSoahG7SonPUQUK28C w8vWoFp2aLu5u1pcEWoegf4QZ53ABMhySfM+BolEDhCZIPGk0Quv100vlQMnDYzzmyJdc6lw zLU/7n1XJcOBTVW2glhXrii0cZzEmErAraxiSSFuDdwLDezMKPF28/m3wTMt5GnHRfjEhG4d vGY9xKdhOrh7IL39hEIzH9H4Syz/m270W6tD2cgXNE3dEqgy1hxgDG7Ez94DnJycPApqMuuL 6LNNCk2reSNlZO28KQM2VZpiGffbpEtlHWEzNLHJ6d6skhqoP50V1EEw/9lDZDLqsnjGPe2Y SMtW24N4x+lSd7qO+dcSNJI+jPH0eb7j/AUM8JXculz5cNu7O7neufrZY0RmsQ9ZJYjaC2eV mLMN1amQWqZeBCAes69b9GBiRrnawWOyLkAjm1NO8BMFVxMhMjCfzkiBSCajqTcCZcYX3Ua6 lG4u1DC/ZGra6oZTBuU/styzAZbcCkzZvfu+d6EpFrKNxpUZECciJoWgeWjURHdCO2VVC+dH qg67+pMS1sGdQheEVfkpujy4v3orr7sne0IoNFz+TE1pm2IhW9lqxM0G8w0y0GkcycqZNzJt U35ZSYn0G95ijYMIxdrlEpHg0+o58SXxTKCLqgEq9DGILfjOPBB793qLYZFNJDh+Ed9y9Map 8SsCg/v/YzLD2aRxG+T8dttgEvlqvMULZMOmPZo3P6epJ80eUqfz/Zcd7rvBsvAd+qnRoNiy +2E8Q/SVfyIXmNLZLpjUhTQJmomRzY1WbSkMxwM3jeu4ylQvmEq2LkS25gcQSFVpag/YZQIw eL9fdLMQigF24fYmxyGpJE3/EgGoIj+7elqlc7NblHZGyzC+h+UlJLVV2o2DkTCBkQV/vta+ nKnKdb7lEv7YF4dpRt5+rUA8qAtJaMFi8XXUzXt/Wm5HlpAUVayoMEBgDlt5X5GQ+6NT9yKQ tSDQ2Dx4hbIeiZlTmTEvOB88EUyuwvg7ryr0/ktoZaCDuhPjhhhZ/3z4d1E0ZFkisoHgzsPy NSmTGHVBRD263Y6Vdu1R/v3u/rpU8srIbXvEPC5hGBc8ozbnBi3fOjs995og62nD9cWoc7yJ qNIjQRk0aXhUlbD2zHxKqs0m4slvHodbDCDB/DlD5+t0yZFTBrqwvo0Kn45PURDlaShKAT7L LxvPIb4MwjSDdCqvw5k1HCoN5H2x1mZEJscAY7kBplCubhbs65bz282iHEXyXHciNVzNypcN EBma+EaJzMdsE8vTN1W7FGIsMPib+K9+8z75WaZnGfLkRNwtaPa+mpB/FG3d2rbmZ+yEGxwK jYMQ4VeZgEmWrOSy7qzic4u5Vh/mMbKHlARmFW8ryPxLQs1QKTq3n1AOs5KGQpH3KIM1zQQl zKA2Zsd+HfWTcCv5gAWJlTm8VmbnHmBKUcfHhAvXlpJNBCx1bCeqTJzpSP/L85REOC1nMl7i JYpeom2Yl+9OVgw/gNVT012FRP0c63W7QyBVP52ei1gDm1lWDRo/fhqcx4uxnRTdcAI/awo1 9i4w+EoQ6UW2MF3fzwfYwIgStv9w7L5Fq2tkyoV7/UURRFrIrKVOKgSrcHCI3mgVsp8n1H1Y CYFvAS1ZkWU+N94g+qGdisQ994HjlROBb/zYAGslxZ1lKSD43yLOqN93j0MBhTUHiANcJUW/ FpDAJPSWzwsSkQC0NroB/xntOW57q+mjfBaXQdWmWpWhP+sodemokoD9f+50jNw/HCnMprIe pzTlEL9chz9L195D4ZjIumJpYeh9FAhKbuGOLKvSGSg4Ud4PxQNw3MYhVNqKYZfqCrswa22e //9JlwmbCngt9Le+ar/H6TgK/H4OfUD5tuU3g6/QTgDSc4CQRCWsNvTOXI5jP3PmY5cjBABD xxfAOFg6OZsllb9d1gCT0xiT8hypWgdR8s/bnTMWeqif6Fo3sJP6PP3sb+x7fYmArxTVtpen 0Rvh0Jo4zvZHZ3wpuHuXs4F5MlWjNwwTtrS+mnF5TYtJjsVW0ySPPVfsMUSJwbyGv7pwrvkI LzjZkzbgXa7CCVvKk7aj3dNW4C966fhQGGMCYP3YMiCdNMuYLyEMYKAM3jeI6w2wEKtQhY7Z Ut3KcCHPqVlA6wtrogdC41JCombhRpQG9/ahYyxCV4p8ZB81rzMrFCmIU9nuWcoWaqzr1Wke lFDX6G67eJ7aYt1FueZDQ+lSPxUQyYi+1KQJr9xNCdaNP5lKh+5z+Ve132a36akhRWi1JGWc YdB6qNG9tDSMkuoVT1XFxkSnIDx5MUnht44nfS3Jzn6r+l9EwqRj2nKE/rTGVK4xYUpBRKX6 eZbvDk4m9sAG5u9OFzJZLwb/LsdAg+Y8F68CU9QykpMexuCCOvo5TX0g5WpWyOS837xz4hKt cEPGF38D6T/koToM4vMJFZsJiF09WgJ2coax6xXEU+kUMKeQRIWrv/sRrAoCPqHfBS5mNztU 6QCLqqcTYa36DNaibD6fVjzZKtSITKq8L5s0+lpE8RlfxeQiyxe9zrdmRZAzX1PKGSMVdp22 GytraMBHrFeZ+EYmXLMODnyKAXqAgswZWI628HvEPQjQOJRbcMV/xjZ47ric/6T0msaLpsQk bHx9UDwqlNHcJwvNwMJCaWO3bcPzLhMjV5+1n7MfddN2B6v7lv+E8SxuCmGFMh+NwKdFxCRB K4MxGMmT7/mjvgk2SFuDaP/d7JbeVxNkwqzrWJ3itZFthiic9c2mUzTwuOFCxaAD6AinKq3Y CncCoy0QpYr4eviSi5j83OfmdKBL7G8IHEoIlr1LHJo9ZbfJ/ej93Kjbmjlvc5VHrM+3qgo8 Jb2JGmoodbb9DFRaVc/HLO1UDxlBqRqISLFbOk+ZX81w/t3Yjp7wAvskXnq2QQyi4Qt0FDg9 SNMSMccYhNI/T0ZBvz8L5aFQDJzLb5kw+A+XwHgwo2xEbaMqyf80op/c4kF/B209mSEzyiLo dF2bszMtLc+rseMNCAvUyxqfAcEN2Sxwxf2HJr7u5e+ThVZPdLSME9KbIi7H2CjKSplnca8U FXAE37nxf5s8qwulgPVzAU7ik99SpwXfGwOX8/rO3Nk2H2svMor5dYqB6D0YpBrMFsbv+ROR +SOz8/WMYdbsg/8tPd/ciTpWm0teLVA+If7tdKqf3orud9Ca90oUH1Kv8iVeTInSAIGxr5zx r23jmvvqmlSt0ymFApx5axkHFiiV5kkFhXqiURpmOQk/oJdsz6tjOBtyEtPwQsKu/NV416U3 Gl1X/Fh/4WRYVbRjn58Uk+9HUquoZOv8ksHDatB+p725ukGWEZMlxnhK70DKTiWpqIjPoNvK 0CVdBiyTjkarIrSagPV4fgEQvG/aOaCs1TxE32PYDSto7a+20zt/0omtQwTCmtc2r7DOgLF5 KPuihBFcqYkdz1uRHoXM0ZNK/3ZF4O2V7bW/8rk4wIfv4gPyD8YJO/9zFzc3vl4uHkYK+NQl H08tjaH75Gb3lS5A64r5F56c4f1nVWLN0O0Vmoi9ngXGuczfclj8EDHJQIBWn7pu0aPTgUFP ZYKoDRP8cHtJwdmX69zJ8hf7ipohmrKfn0JPamdn8X6cqgxJMllZDInjyAleAx28Zkeo2FQy p2VRpQATDBNOZEqtlXm7Q6JgpjVaDoDuZ2aNOP/2n7KEj+i+nQFcveb6/3ol8M1PRmdzXDxg 6Yd03CLeKXuHx5GkY7sNFJegF+Q8KKXFQ6tKwlGrevxxhi+8JykdpuHI4vjTdI2+Egp7/mic NBFX0hlFs3LCJRmQVSfHrO110+6bi1N3ZIPc+S94BrRtj9IApldTswA/+xQ/zWz/X4RZviPf PWV3TSBSPSf8K6Xix65MNMPlqDDXwXFKmgBTiNB5rk1yM91fkYqPxOkeRloMZ5ALSp6U4vLv 2NrUxpb/Rv7dJ0IWZyA9s6bnTyirIbpTcoh1qbFL3dl3gbvGSBkIrc/mKR7s6eNG0sQOrJm3 M11OEUoiRZkc+VQgYtc7HTAsi64gTlLVIMdZQGjhWhUFuOlEEDgS7oOaEt/C6sjSusnAyAEC vwHr1xNiQhwfo7UQJWg6+JDJmAWOT+Nu6+F+/RFBP2ZKW9+3etNMmB6CZyDO7zMVIMF8qmuo T1RQ1212+n7jfbK3qLF+1rv/WfSTGFIfm4f1G/pib3VMagA5juoFsTSzmNoL/x6xTG8y2FD0 gElw+t1JDfR8j+xegGsTZWoxZ/zElbAkAGU9vzjSVt4gO2REn3a86ITznTZ/RQL/JbQb8QIV wUAr6rKyam/1ScL5C36yWjOgVc3qyYDYmMV3dA6/+uJiaaq+/kODdkWK9OyrWGg1cqzoBimE SzA1cmbY5f8pnC5jsfRXlYBvlvLq6lh6A1oYG38bGJ4u82xhi0d15mta9FXuhh2H+3q2fNjT NgFT6x0aIdgRxJ+OQfOsHq3QU/t4+Pmi32b5AB5dEvy0ev2LYfF9zOEln2TJv0IH+0VyPDz4 ZaWqkvqjzxD6cDJt+LiXV6fCVIogYMedcisiCP6hkwd4M6O6shrJXyWf21WwXW2eJOaQKG9P EqB+BPY1OjezJA5k4Sdp2w/v5DZdgh5qf73O82Y1cMet1+k8JexsSEQm0E6A3nETbKtCEVS5 eHH5rdsTWCfrp0d9fDybRypNSdMgE2xVWB2qJoIykl0J+PEFZZ2X3Ls9YGKhuF+Vnlh71897 z0ssozlUjyQtXz7+CUr/543ve2H4BouC2/9TzK6BczZN2Mx60i2RFrPIxEHgLX8fly6UvKs6 5S1OyX882ovNNL+EqN3TxeDEDEeL81ByV86RwAAKKB56Pap/S9Lv8cNcOnGXiQCqmRG7aYLX jrd1s50ekrWC5atrji7B1+qbJNvWTHxYRXaqZAkDFxhrtAzKu5HPGR+96g0QXdMYgQsBa1a5 nOfTsF0LxEPxoY68yOv2P9yuzbdXtLr3SavjDFHzjYOUnpSM206R16JYwmBEHMImsxr67EmQ KoV5cqZEPnGkjH36TSnnpXPiOPHnw2A1qGgopZnTFSpN6ZdUW2JFNHzJ9P5XJfpt29qfUHRq o2POvLXVTS6mCbIr0tUXcROUx60dlFal1oKN1X5AsI3IB/bdF9zBBc1lmu4DALbx3ppF/4bm MjvcTFd1sqXlrbj8zg4fZaca+A+xqCTd6PJKcqIBUSDykKLiy0Bf0AmVD+SvefyDwd7e3oRR rkxqBFit3rcTz19wxhn5VJxjZsRleSS7ULcCSfh+wlwsqnIxMEELGBSf7xEnFcIMS0Nt259l 111kVLb9AmH7vxKmDd1s9UA81xQ29s29fcMaKmvDaRzORFjnxmWtbjZmm3lY2a4N45VVk/pq jpMFds0cuOAj8tB02rAK7mbt0hPID9emyPMUvpw1JUUzAkTw7ak9ubOZs2uEC7DV6kgygIV8 bBqZToZouYFAXzdcXLLRd/LmpIaxtHXAZETqvJ+CbxCAJ7o61Y739po2+MWJLApba+6+Ts8q BmGHaINDvnypM9ibWG08nnbKVBdgknPqbejrFeI3tqLklJTow4t8ix3QHlnIW9CVJsy6gHhR HaW9TFiuQP+4tj+IUjMXUaiUj+TmxRtLGiKS/DYjuBpNSqVz3g7o5HPUr5C/MJ5zbkvoymQY ZBIE+Zwmf+8GT1aFL1n6XWMmRbi7TJLyLNXTeFvUS5HleIObMM1ZiweTiHTKiztfGLqYtYhE 1x0mL879M+OHljhp/XB8km8oa2VoDe0J4wFsNyD5i7BH6F6q7ZD+O7lSKIoZ1Jvo1jkHb32E FqYuQEpJTL/ILVtiCBMzRIZH/UdOCrvXKzXsc/mozRDHcXj4Psdpws4h/gJEmWOUl87JS+uh /tFDLFYsEcFpfa8kV62UvNnHMyqCbeNCTDJEieh8JuaiLMMBQrtzvjHFJpzJ6S5MW0DywKyO xlAE9SlDL5vCRXZW+2LJFHZV+HVpCAC/aT7FfRCigWLFm/ptng5Puc3HtL0AqqLpsvhcT0nA IXD/aMI6ivB0PVqW/IbHAudOVuSCXuvsmJVuuokULYZi8/er7irQO133oQ8znlKFH/R2BmJl +18hS8mTWdxvFA1vZoPHRdj2VCWp5qs+Wx9GvHkrdXmFHnrlYEnPRdfP7UZdqcFt1WIiFWeL 5fOXCErXcSUCr8JDGLFFTeZl0k/wbOTxlR66snxbM76NbFeGRyCSx3o5pP3Yhm30YN6DPg2F DHTpsrefbLCGjka3FEfsr2fzCaRoieds07YoKcqYV5XO8uzDbQ1+7+u+m2tduZ++UmurA4Jn ymu4Ng1H8Mr6j9yf6TnOR0j/XeHLb0GlapnqgYKZoSZwpy9I/NTbKabbbiDd+DmJfYV58bnF +kuIBcC5FcELmrkeumkxRqW6vhLkoODB7JgAwCVu11NvfnVXhZLXDtm5kidFZ3lb7zUnad0Z nkfGpTB4AH7EUP3rTxgwaonyqJH2kytiNYOD+c2252xx2njCgCd6D6uEkxV7+02/WY8DL7Iy 5azbUUX9CjHxOoksnLLZx5eKIVBk+l+v2esVQyFOlvGOCj8eCwZsCY6YYuco7uhywMSt0mox Dwj8NrIgTET3iXaB8SyYa1zfWnv6jk/J3cmebY/njo0tTIlBzwjnUsoklZuFxZbVPgzYFKZm TskQvoytDTprqYHpzgfKnm2Yx6peubPzAY96NVtdccJFAGIgmTijuhFC5YWrXlCr1Pd9Uims 2YPSe2XVx1e78UUPhVr+GyUu95u/yOIA9gzkRaaLEE+Tok/GA85fTkE1niatDn6nBjspnxtq 8moCUo8XW9UhWgmO71YgoDSvhLO0/1e5UjaVpduRvA0a2nsEsASqqEloVzk1eChyt4aotBGD J9Eoo9Sw6g++6KoSxYJoFquokc8eskAdMNqC5no95cfTba3KVUVBxYm/eLjljPlNHxfoTfmN DI3Plj/S2s5Q8otWpAu27Hk2pvg1LB89ixRGXlpXaErfstlNEsDZquI6pqNOit/fLQFlBM7W A6iRWzCV0prh6XmIsoi+MoCqlTMEEgQVNDDCHLjLj1RncgXdcQPtJdWD9r5w8LJeSagBD5dn 4dV0GxSZ9llkhBncVPySLC4nwe72Qwc/cqqTJWVTFNH+FFMf8uS2YBlHNfCPOUkKsN9Wi5pS krUwAiBkCG+7GyvNHMp7FFDpDefxodWxZdKWDpz7RqQI1PnaAFqQPeJQJFPs3beevk/v1G6j NawFat6O/2Q4GFhzxqKZlbRZJZKlyxSSjGyNGvCmUh0E/sOkh+FTxbuJsvxlwySh6sX2kOhU D8ce1U9Xg80k7OBreuSAhvBWwtjHffoA1bTHKzWfd0rGvspnuHbI5ZNwy/sehJ9aIBQPPlSz QjWE/zSmWpMnORj1ckyxlWtjCGOPVYYRQRfqIUG+Tx+/nFNzZRFXUM2vyujrmGcv4zpqbUzo TuyTOBQqTfURDANuGm+RU15jR1EqzVKz9oGQhvdxshqdP3bSIodek2DeZF3+8L/ApnND+c5z tIsNPI3biv9p5RICS0fyjUjqpEVYxZ6bW/RtQX0mWBqwqIqt0FiUl1gAz8UpuP11Z+T+BaW+ LBpfK36Z3uKKijkcOEpJcCCoDosTOQ9hO3Fhtjpsq+I3gZ5eHPjw48flQnrbstxmFCBVMLF5 cquWc3RK5a30ttoz0qS0RC5WTkcXQ+z0pa/83b0E8m1XlF2ugFH9bl2jv8gJZoBqiQITzZrv oN8hs+MUBRPeHItiK8um/7gyBVxR4S3rx3IlVkMJWderbt651PTuM05ZtlH2lB++GZPSI1lP 93oismgnUjEW2ze2vm1CaVeq00L9MoFMe5aoP3WhKgtrsIbnZHBL/KxmaoyP2sRa4yrsVj2+ hPbG4J0dtQTlg/oig6LENtno3foaBlpZYWCRYpJPqy4ODrVXxoSPraJWY3jKZg5znPMnM9L3 +M+AUapv8a8k02DGixQuqAPF+NrfviMXQiV6YF4cltFgIWzukzqS5JahdMGyEaUI37EBTVhS dfR8KA7f+q2cYBwhWHlHU9LEqMMCtj+uCzbCiZPgEeoGnb7mE/A1Q4R1LJ1RJsw4Hd3Co2BZ Iz2ddhk0mK6xvtamfxgNCbxEGPg2ayFAXI9YbCKEqVRGqucP2GDNvjpu/cK6U1aN8VAHE+LF 2lSiH8odhXBcNtYFGrHFfYCNkDnpWxYETZ47XZGfsThQGl75rUQwapzkH4Bg2Af+GasNImZy 9xJV/aj90LKM5SZtdYtJMBOsmPTR0MBOA2H0S9AAdlL9KTlYqpVvC38Veoaaz7HMxST2U09p f+BIsjXXEPr3y4sXkjOlyt6fQbe5IuVwDTT3oVb21T6k3YF6l99itB/jNss85yEDVMl+Ej7I si7QraqWqovS48ABRzvwCjayVs5yA8uYhelOsfR6jPX1rlSxIKL9piXeZiYhGD8KHYSNP7Fs Ue3C3kO7IpuDNeRiN+ovy4SeE068uLMkl6sB5l2Vg0SLjGkVt9tbZ7ZiTKFV7h3UEhFr1XAi JToifLy4m4mP7rk75RKUcI/g3ktimbl++hren3wu2F+K1NZ04D7FWgjReP6dTMcQ/aVXmRi0 sCoFydCjoHlKa+HOfLqCGQRHjlnyLNr9AowzwXVjV9DsUqL3Fdm301gIkaJ26hrQ/Q1ZF4Im MZqB4ErIQQJjiEXUgOvVWkPb5uboVjKmcMbCzR3iNy+xEQfQAMFeFykLL1gnaQYsaFLqzgEk qYfsT5yi0ngzg0mKVYkcBscESwd6PNQWNSD7b/ec0WOBxI0B86Tnb+L/uY1j3P/o0Kpj5MUg O0cqQaxoMh06bYwHc85jdH20JITO4NOUozL+5VQySzGjY8+OZInf0ChySjFWh9LEK512XlEO Jsh4j0yFinsMgbdzpS0SLET9zgnEKb0uRwkt+8gqUglDLKCbfxBjFGRz9YxJHDvOwmWq7pzH Qg3dHbTTMtBKr4psnzhk0vX0+Isa5NIIxmEUimjC1VjuSZRvcEL5nNoZogiYmxAS66Ep+kvA 7gxizSLO4PgO8nLVCDdeAfwsYx3gG5QXRhog9W42JOvLQDF4PWrWxY55R8gVIKdlV0SYASzg Tq2Ii2j1Q1NFvv7yB2IeHmIkKKDiiAIF7CN6jFi4EtW9s5N5iQiP/WGW3NHronbmE2PMBpAb z5FQHttNsURX7Zbz6t3dfGk9iOPQdD/ffAEVp02bzNIyFQffVu32DXrkI5ljskYyy6TvU4nj cxdpXl2z2N09ZD1y3eQAaoJbmbPZR08LaDvNwdK6b2QJizP5kmP5fbVze7smYwvA8FOUrX7H BTW/buUUZg3Q9+IAd1ME4xZ81zQJu29Gulnd/gLb+VzYTaS9sG1q2A4R4CqQAdD0bgrJNRFN y10CNJ+XD6ahZ81EetTW92LWETJOrXFgBAb/yP8/vNA0impFvn+oKK+nfw9EAmYSsetjepf4 M6mfNhSEiZdq0QNW29YifULt1SWgMdwY6qAnUe+qEgs4Yovk7z8gx9CfYExmzlfBoL0sOopg pmNHredFnB6TRblIxNo4NCThmrMX1KXu9MiR7/kfxMjfca/dmHMh+y8jKe8r0d4UxYI2WPw7 pZd3qS3f/rg6laLw5cSTl0zMM6JGLn/ca7VM/A88id/yfOPs9Im4yqxkcKGtXhRMr7xPPYtb W8u/bkbozi8eUCiP7XMLjGEpzQBkh328cLrfKP3lkjbMXJod/Dj1hNCng0hwVVOzKjVWxTAu zIEzYjPrzMzdultXHTPIQXLcSeFVjUbhmXqsbstWoMQK4J+mzStQzmahtsrKHvZfQ4yyAxSL Gvz6d/TRZmvYTea4VAPGqBIsv4W8L3iuK5l16nrIImIsA05/rKA6lGdEo9Ki+cShy0ybT6Yi FwEzdiONT4Tng/5aJ1J7A9xWBUcpzVAtnEGMnyOvbtU/s57HVAL8F1Z78VbDYuOE7r/PMmw7 6XPr19BlITKEP6NGlVE4E1Bf/bckdlTQqDOsVXik8/Wa2adIZ/yllDvbk3poEkP9Wt8yRq3C 4crTOGZAuq2Nz74ljNtOQ3I4kh7H+pHgGZyDo9PVj2PX35FilPuNAMQb8HAwnA0MN7ZNIHZJ kZ5Xr+ugO1fO5WSySSeqYTDMH3tn/TTOi5zuG+K219MFbtwIUPFeEDUH7GphsSy3Mx5y5vRJ ljbrGHD/kgfGHp9wPDPmAXtRatUlbn2Lfb4KPnPayr+IQfhIIYisUCkLs9HfWpZuq5oi5g3x G9jCDBdkof4DCa3NWs61tL47nckNS5awOJKfhOYmg88waAq+KyNvKyW/+IgZspMwsVD7/0oe OUFRob51zTx0ZSNt8JFH7VhNIGdT1qEbPBBrH85p3L0yqHq4Bx/IVDaN2uu637reZ5cHijKM q/5t9fvqtSy+pwtkUp8BD33ckTQpveF+neAnkyxsH0niJ5p+3hPBxKF+/XfNdJDS7Ig2bfHn wAJ/4+T33cct8kvvmZmJGaxfJ+SoCdohgUmk+vC6BR/GoYRIafFe56g2mWW5TqyNjQ4I9Gla u8F7oLgZHB8NM9hv47xl9zBp5qD4WUJWDFSeOpP8aR8ZOT0vcXFmPjJ72qJFAfjJhW0GCLzU 9GyMFfDlkxA7nvMCHOOo+oMCiiW/axIsU5h8Rsx9q/1VHbY+2dzZq8DzHdkjTMZDPfCDHyJk mw0ZG2Mw70W0igpQX6MvrHUJbmy5Uvm2+aulxVq3wJzdI5dipQlN1NzVY2DgkV0czoW2Q3Gs 7g/MyyYJWXqDjrV7iK/OROcEpkmnLIPMC6vfCYwe1lSPG/f4ET5IdkvLttrMGY7yC9smrTIJ syj/pExe7CNZm2vUXN2LODPVXAtPbKLTsKmmldsqEUiXV86GeBSQXgKUBqnR9dtd3bjAQ+j2 TBXedVKRsey5nAXj0VQEDsv4oHFBfl2YJR9EH73OcRhDsSZOK/3ImMUL5TSa8K7PGcOpdZbc Jr8yumCWIJOiDyElb0oovaFDEqce6TTniCESZuIMTl4WfXLf0fE6n2I2zU0dq9Z0IuHiUB6G udJVbnb8rde4G2K5TbtPdtEFMdm/Lwl1qUrHvMYyZlq642H2P0REdLaPde3g+eTo4gzHKRZh PrYjmBzr9OztSy7CzGhsx10+qM+RVTjDkyW2lMr7M0jCez0EKhElsqPQ8t7dumO772tsFP9o V0hQ4YyFxYIk/MwzgpN8ZmFEdqYRaEG+AGObEq3vuBeRhBVr99hCikjxtRrjr3pnZfJ1Xv2u 5xPNr6a41EBlDGaLw3A3nSiwXx5uhXpgYt1OKNI8kVqKTuP2dhgHlmwFeZgz7jU10lbGtTxs 6O38+URPZDLdGm55QrSM32xkqcr5fQhNo/7J3uCNNyPzoO8CF6GHAshqPZ2ynvbThGl/fi7z RlyykS51bwvaNv0CTcjKpV5LVfIu708CGx4tH2q8qwdyI1YBMPmB4ZReBGZnTY3LELWFygbu HppQ3nOn2uJPi1l4mHE6cg8Xl+IJBUcpYyyOOZC5a+nPtQrMO6D5Y69UNNzPi672pbau5C+E +G452yASqCMUqIZbOm+FC/Yt8mRb8wKmi7tvnNzc9XhOXTwh4WnFT8b9j3ipVl3heMeIJiUE i0Wq7lUNFPqfq43MJjpNEMxCPmfWffj4yRZAx6DraajHuxw/AvKLien1kDsUEUcnucUrTdk5 n9c1QjVvY2vLUlmmsk6yaKPnrzs4Pz3dZCNhNP1mpbfi4bWa9iuOiy9vZltXkjEadi4OBfX5 BFwvIWVQTvcrVt3fvtjCkBx45y+n23FDcqbcCFLVv5kWjfhasPzqyD64fWVhI+XeNfZ25/Bg cHPsKgU66z6Fdw6ByxrT5Gf7g30YaYrfXv/pR5L7c4CVWE8FaQ8omqAsKJTqYgAf8tHse61M I0KlB77lKk7/mOm9OW8XfP3lZ66qkan57Yv4HFQDN+ioZ7M0hTl+5phLe80rt0/KaTv43RZI QnGHA/6uTnsPTVVs8HrRA5YWzp4ihHDJUhawvMFDTcNG2jx4puY7mIE9x65L5zdFwK18zBnM 7TiFUcJ3HqfoLbD1ADAqIIqg1Ya6q/eFQZM/dfBw+m2R5H58ZszcQbtQip+ADadtkATnhuVX GbWASqsGWOWglbgHn/MMjZfuPPoujdGEqc0vMmYXk9YdEiNUT/OULJF5pxqA0Yz8EdVuZ4dQ i6+Xc6rOkmxQggnVZsmZN022DRMtSelBz+weSWeNWMabAh+3a5zDE7Zi52gT5GYVL4Qurdwg ivTlIpEIvwfu7pfFUhwz+QF7MOZWdd2oyzjP3XxNkXlKCdwsdzxE/AIXVba67TUNzlr6Noz2 tKuOhu7vNvOvh3OJGmpmUxf0cRcuJXg3+d656FkfX6iuI/Xa3pQM0eG1pfMhcuIh15ZQ2g1V 8Zt+ICVWA55boDub+675UvZRwUnnHxmqk2HiFkMF10ieA76EYP1PkcX14jDTWqniyFfr0ey6 IgTy9//EWYjaqpLxl53iyL9XXIxNPZ8EAn5maRky0L2gWudU9egPQXXiKfzlIMGhAcmC0G2f nrwksKA0evps6s9q1u8rEnhqQTMbA2RxGarQpx/20yfjimzHos+j2Gt8qraJfGrElcc+j9aP 01i+4ouEkvOSGh9YGw1GP0FiCOXcN1t8X+u3StaajQ+6x4f95SkMylyNWKccS3+Qb+E6VdTl FuIRMTe+Vd6Mo3RJHD7thoiAfyWk5Ad5j5cSJCIUa6ki5xRXm/BiqRkYEsW3i3nCtMq1wMlW GaRHqtIspuEqzmk5xPFt6yGKxa2Jku8iv+Dztbbq1E3xToelc8ec5639Mnswyc0OlSOGnvkJ alC7jQUTjMDzttjXEcXmqR3GBqYb9YvPBnXfoCHMgS1NfFhZpDO0Td/4gcNJwGjUcg1H5FRY Fvh/5+wdXsJwwY+E9tPCqHAu+oJd8qUNycJU0aYuhrEHBqxoeWvbIntEECVQUn8zovxIG8pJ MoRhnyL+498CgrcejPi2W0BnCU7edcoovJZ/oB4ttVmptBORapxeqPMIDJFWmjC+jvirINdr 9dgMgrCBuOA4w4+cmPPksf7TzJ79C2hvKiGRjtMkIBytwDWNoabZkYOgKrHWffPCsWTY19Zy GYrt13uzpkhIWL1QcI/fDoor2QucJeOxTKRsHy3SZ54LR6efIm0FZ5ssszO7AYt0hcHvDHZf GxP9MMythCA1yFNgKbmCUsODhMrpYDCHbrjss7XulhmJfRTjl07DHxN09v0G7FCyTtptrru4 9Lglcsw0Ku7Mwol24L0JtpPjL2uy4hcD0Ll7kYKPkgloGfQ2UbQrRIxccZEYpT2kYySyzy5z RHxTcFzp/50XwD9kYraPN7YMq1UtMJsJi+2waiOmAz1YiQiuLx8c7o4D2UT8Q7KACw1OAkT4 dffS0IYWvYBQq7Y42RgMJWC6uQ9opuxXOTUjNTrieLQYg+Z1QjdHPOPzNVOjdTpgmN+EUF0K fcvOnJhTnQYymgeqoJA7mPGhHt8OZ4P5iezZpkGxhBtpir2cKAaM7IKJUaGCQyNog4xL9ZRl lbgot8sGlWzKanScpCzEEFjb4PS+soxfLS+y34EyGaKdEzzeeCjuLf3a4L3x7qAwy2kHQxU0 ytMH2yGpikbdIJ6z6bDvgZ6KHz4g13Xpl7slHwJjikdifGIfXa2bfYY4fkyTsvy7qwNJlqh4 6TXlK64Ad1dxt2pdq6+YSgLIfxRcRgXU+ZmjKopq1PHhcANWkJKVCpvwaBWfWnwzafzqjcGC z34/9Vht04IGgbLSiYemhI6vBRD+I6omY65xYwRPsBDc7xsWRmVyzNRqZvSg8jU+plTLX1QI P9uqLkX8lJFwDyM6VaoaFS7owpgbYMGo1cCdHKl3+RCUg8H4AgLV43WQoK96RbUqhUmcGkgQ Y4p3+O6K2unVTzwyWcaWmOwsxYQnGV7dmC7gsYxaAHI8Z7CQ6clEyF5iXHqNqNmz4VoRqOyM Kb7DcByHlsZw+/qfzwdVehPOstr2VhX0fNbi4ZKejhkLTi402NDjVhRZ3cB3UVfnZZY87RYP hIY7IQB69wOpRUV0S7Le74wjNez+ntFm84v6ACfhrWDZtvdDVtjeIgSQgcu+Fusd0G825jmv TtxwBm+vXRTrQZtzh2wrlhpMXQSo+q+LzK2/swFG5SRIF3I4wqlPk8nGSPkVVR15UF/ugIzN ZIu8yayLQAYh4tmcbcp2Nn2qU6orK8Lz5QUrt9NEIlXfL55us5rbNzwtUz9L1Jyt0/vTSY++ Wpcb3FbrBNOCIn46zhZp/lkgWgHmbDoQtHbzz8fm0+6S420+WU23k17yXj3T22GoMs2HrKes 4yusCLT+WlHHpgmnyvZa2tpYCI5Bm25DS9+O4J2Ly8c26if7ce2F2nbL7ue92MANfpFcacOO SRExYkb+x4j+/tIhaIt1lH4Mg19naQ3Zd9ppoz55ET2Zuwhd3aOHI4441sJszuiVS+1jiQWJ 9fDfYzxhRrbSciKfJL3JH+xQPWyYolywN0QsORjlA+yjVsz5kh3FzezRw8Yz8wDsxIQZJHq6 C5A4uPLL3z3Q9nPO/C1pK3OD6DXZTc3N2lHDJPPvFRU4feNPDrQI6ym5Z8j/T9sxC8hYvL+4 RMyAfgDV4benbgwEe5JxsbD3fuYUlWKncsd2sJv2IXjNVCzr5v8k20/fcraQVYSlru4IBVlb CxycLtAID4IGdfr3//x6UnD66Is6vIwGbTQUz1dZ4+MVMpwYtLXAGHBgOh/04rAp63/hKsAf OC9xKFsHqkFPb0oxP8dfLgFiWAuWSLKfAIwozeVDztdfZd0LRCcLn3Q3w5vpgmEeh5XRRiUv HasX2fQD5DYSRr5l/kBLtnJMx/PgNL3XKcdyI1Qz4A2ZBD9IgdKOQ4zIynGKQEYMds3QlM+x 9ScvAAT9okJM0rrh2OrjckICZR1JhOZj2JqnxEShMNyRZHMTrY+Z/ST1Im4VMcjJyRc/x23c KqkOtKES1C9Ts3pkXeNWwVwXQD0DUMfohFXgsc9DHb3gGLCsmZxhi1Vt02QtuarHxUZ+SGUp q28ILWIODBFo2ox4z5ItpqeS6iB5XWSxYv+bO7Xeb9GPALP1Mg6qwmYf0uV5/WSl1sdO7BUs 52eUW+eoVR1yppgARxYTgNCwzBw67m7OjOjR4WbOrx+Qvovtl4N7BDKT8N5jDM2i3Ux6IXxJ JLzkgPRUlr5R+KmCnIQGI4+peFr/YHkRnXk8NLZb9bePxBHxkFgb+waHuO5SFxyr9oKQfflk NIQobPWKdtTxKUCjSCoEaDFz9kTUg0UFvraIiSEgF42g2ZUMLZoSXA1uURQKgu65MZw6nIjv Z06XzMk18vSfXvngkYzzakqCF6nENQCl06EJph/EFr3OgOQi72QOYsq8vw2bFUyxljOFXLeO ztxXE/rBhD32xNVoHWXrYduSQwfKAFPk1W77c6vrnz5tTUwbTa0j7Nv4t4nJW0KP3c5pw7TL vqM3yzE6gop8fV5uod7buazJD57ldi9c/ZGzWvS8deeOXlV5qYiNt3Zkuz9ei9v4rOw8AeOC 4bbZqqeL1vaixgiz6ACbNTmTM0QfgN1wNcHQryLq23H/GwlDJCxJ+1p7lNlvqK06cG7Xzbtx Y9gjmGUMfZllOgTF6EdgmDc+r/RaW1qLtCrJKFDBcIco2ny1/Wml3Q6kgwxI8Hhj7di8bd50 jE4as7fOy4D9FBp4jGEEyh6O8hVopyGy8vQs5IotyugZ1j/qBgBGPby6GVanT+A8gkvWk3eI vcg5pYHz10QUpv74wuXo65Sf+41K+3mZJUR3qjnS/rBXueu0QdFItNWVORD6EJoWQ3QVFrpS hOSWpFRx3Iv7c4ZNqGPcjV4tp0ngvQ7PObQsRKV23PDGKqYIV+7mRKSASPF2qD+66t+gH8Ud ubcK7yts4rR656WGbwEmg+N8IxCOu57QOEqDEwI7iU4L3p5O3G96vT4W9xGMDMtdBiFZNC2B MLgw1ksHHNpSn87Gk8Jh/jPHm61qupma1HiEi45qVsOtKHo9AECpVspJ6/qlhXX5kuedTiAj /I2P86I7jZDK+TmaLzmaisEpagPCyY0hONswzUeZd2NeFI1zsDK337BcpH62S4yMVrKPlylR dqwlpAKpuZyqgFSKGBIp6EHhColwFMyUdlDSenu4SE2zUiruPnh+dR1XOa7Lk9v2lhxRMLEi 8aAnxyeFJCvGZuc8zJdovcDUDbm8O7CF0NapmS+vQk3865EQ4xJkyD/ZDlsgvfTRredE5izM sx0uyrNgr7TuwxJuxGMkus47qU6VazBO8m1+XHpcITuxizgehFLNlUoJLQSSp2r+NFA3TFAB z54Bbb55C9MHZRZI1tI8UFH6mfQSnWtzgDKYcPOdVSWtulQLQqjm2c0B+xGRt4LxzfGsYe/Q O4CrVHXrV4WrmG5bOOKiHRXGITXcIF4Re/ofkALJR4atp0rg/9nt7A11orYMhZrxywInG4te 6HjQKmHewly8uUa62p175V+APvGI9LED+T2inzqx6+g6DzzWfh/H3bcSdPZLRSlEAIgYcer6 L2sBpcKe/7gHHcSTdTOUrGSgBZ9AsQseblspdB43Aeh0jXfHoR5K0eFoM5Q7MbDHQKbWf5cD LdrGlp4W6U5OxYfJgD2wv0HUJh1Yiv5XHA79Usi2Kk1wh180OEOG+JjIv5UKTv4gqM75OQ0E Xa8TyEPSY9U3BB3pXyUYtWNky/PvmudSkqHLnEDcSBb3XUlaMzTZk5Ps9RaMX4iT3p9OEcUf V5lNYC11nYOdHE0JooBZV6dN3JS69Z1E5JTL+nw55/CJyUVEaIe3xAL550q0EqgCrgukt7H0 N80KPIq5wNRW3NstyXxIumHE3mvPcjhKE0q8Ob6Lq5SU/6fZjPNAHkuHbo8hPyR5icqFrm/U LA7kFoV5x7Lz487BBwm7AaQEc/nUyeTsVHuXfzLZbMwn+0b+ctDsTJcGtF1ztY+by9ScQY2/ 4+ggVvORtTHNhac21pxZmFBknea8IIz9sHT+WIQWaHCXVG0+FgsFIEd0+4WsDh2/HnA6ciRI Mx/dlUVSf6P38QBR9o6Xhjsk/U1crZYbWZv24EyU51l0SbO5BW8OwGjBbLTyDWNBzTiKs3fA eMngoagZM7wAbhexKXAG7tJhy3IHe0HQT1l/jhgHnR8WsfYBS4Qw9gxiH292oqgDwjGV3Qtu zfmhX61fWNevGdtwku05Wu9TV0aiVhvFvoyPbi2P86oiGiAhH4irvqSpA6kaiCyJpkfh3mnh ir763Uzn+5IFPT93DFpgomp4D8tZHO8eo5ULF3wW0vThP/9Ze+EcIuG27v44Tu87SK9IFGvQ s7S6MYxKlFkW7JTm9RSe8qQwsaHDpPl3BNpDn1pCQCsOQGI/L7RD4MRumvnOcmKixzjJd565 RvZRzxsRFPAl4lPSRH8UZRfAUOGQvvYT+CRLBB+1a4nqwUGducJ2Ny0HuW1HQcn6bmFJIOq5 SZ9WpSUxoy0kPO4o7q1LccpJenhcuZsEIZebSxBSZEAC9mTB/XB+17bLT1vpwdTB6SZip93q hzpFIe7PdZKR3UTLz/XQLBU503t3wScGUot433YIf7UbqokDYZxcrApTBNf4ZwjMol/0NsQk LtK/shAprVaRtbhKOVtElZZTwM4EyCKGq6nALb1mNErez0n4dIzEYFQEcB/iabU6rYSxS/Lq USZK9OvMyf2jUA6R9LVALNt4PsCvgDfp/mVSjLS3gNciAl4D+ke4uYPMt6M6Vj5KzrhaSGyA Ol2md3B0cOyQNEB2p8i3tSo+Xk5wWU4ftKvr8pQ7lqiXNJkKlJM6G1KXiT6vjkDJsETU4UQw 65gqcE1CwdTl4wmmICxtpon4j4H8OL7vIDn0qF9Axdfg63GcNjYL2N7WNUR8y1NBaBHlF1wK nAwfTYKeuKe7okREDcQK51vbIbvfJBD6wk0uiXSoLF2X4DY5L3r6+CgPA/MDemRueCt0VDFn 8iJtz34cUvNtlmXiDciggkxE2rkSngB2aGMBU7PBRs9A0/tuiOy0PazVKpFmJZAKxfOkKCZK og4A2bWvNVY+I6LqWwHIIpocMNmeH9OJE+6WX9/pCmHo3SkTkmpVmrQzpPiLU4t4FKD22Klo T2vm4sWKiKjP8DRXG+ljCtytLQEnHvi9eY+4u++/dIWT36LwCFwJ2QzxxS7Lmx+tnHLTy/OT IzMEaWON8DYkW313BgfXHX5hELZen60kjjx+YmkIMOtnmrAb8gTSlIugaEEBKLic+NE5V7Bt QJEXNq3DmU1LVoNScmRScI/tSseGP7YmEG0GjXZNVvGNAUP2yQ5rB5pTK/W+9VGKRfXvYaEd zzHu4FcSs+eFB4/LEnQwyp536FwGNFBbmoD6LVXutNmW5l4AF9O2V1GJbzM4ApffR378ioBj eqRy8kAjllrOcuZNYXaD6+p4MSnTnhdXVfrzf0NxVBMYvW3uXQ9DFKfObyWY1Io07OJwThPA lH2V+vkSoF/b0YE0ReLZLRsO0Dw1iGmNxUy95CMmfQy1YrZr542lXtHO1eP/s7Fmq2YEb1mU I7kP0XZZEu2i+4X8BA+F/BeBo8PGaMzr8ReHebik8enU4jnbRkka3KrmK0MKgzE2VmHFc1FO 4Vepzwc5CXPRyPSSvFr4SxAAhCzOtmYA0iU4i+9egEI8j6UULpiTWdLyilYkB0c4G2CnrLlr rI+9/c/V3lwrdazzQrULR7R3TBqFuJZAe27LcEvbUvVPUzszV0GqwfyhX1I23j4qj+zCTerx vw8DIaINBSUNpkqNrvZMvTw+Yc0UYEWveaMXyVFEATdoLuaasCW/ZydozCFPziTpHPunwCR+ sti2SYZeDLSQWEWl4ecRjRzciWUftV89AL7q+oTq2AIyp9MbiphcR/aaI1iWU92lKzj2+AI7 13wEehah003VcG52NYZqQelyuRSIdiR8kTi8HbXgNhlgFwX9Ll1MtLMuEZwQyT4GuIgiuGjj JnkB5JHzow4O00ZgV1Zi+k15j8bvneA2lvnmy9/Vmt/G6mLQmmZhsvGrz89o0X/tqHPeJ0fE g35hVzawLXHF+j4QLTiTRhMOj/NasHqI8yVn+nXSnsKKDTAfp+DRr9AHQ94VwKWMZ7yW13D/ VsXGX1rSoiJCI0AJVFYf9dKLgCSxbOFu2BnXPZkw8H7iniF51aFhy+yioHzm60vHRl3jWUFV ClBP1GEPWxFVpxq52lZFEYYyNSLGAZqRnpAp49hNJ3PFHvxvW1ROfJstSipmO4M0X+oeQ8bW poZTJJ1NZAynMcBpLoKRPPzYgA03dPObAcxmN9Fo9i81UjKKt5C0Vm+ABYwV6gxjl0uegWhK 9XpFsvdfDT8835C8ryb7zEhlLfkHwlQSd6qBthPNS85sj7DYb3/ivI1jIzJMVacng0Oy/qAY q9uRyEqNPlmifTa6ttAXTCADUyaD371Wm/IIvFwCyS1QEzoi6SZEEV/EyCPlYSHynUHXRjSr lGSFGQ152azd0vdj/gBMqF7+po/Cgkanrr+BF0nZqiFnkBlK7QzrsoUtP/eUboZ/B8F8K0J/ tTJSZoS9i/KKx3kOIFsCY8oOZYIzFSGE8MC75ozJ2GGW0aOYsBfrTne+Yb3h23u4rq7gj7TY 7JLz5ZlSSbzVEAHYLp48ck3Hs5U40V3tYSkLebcIFDiW33Vrv4rSQXzYUZ9qoE49vgX2x766 8kR3Qh614QeRLJfXiU9ddJzkHQ7d0b1c5IqR52H+Q1YxETqFQ/EEZp5IXuPjb6aDsXby1cB6 0rrsl8edTBmatSDRMSa3dRuMmwqY+WwlrM9TN+u73w5nAhotMFwRoSiWDL051HIsaQojCLJr rMXNyX7eoy/NbOCzAaEpwz4tCXN8VYVPKQRtNx27oSN0+ScVjdFPojGUE7CydhnddrS6sS9o hQcdok3FcXCvkvEzJkd9D8xoJqLSCttGk6OOoEKXbEWUPFSADZDmqAohmjONuelErzWpXUzL tlZ1BJUWovKla2QPwBy/F8JjGzWEJTjmyuihklCoSj9SFqPGFMlHGYueJnqYNsT5zDmenj0D 2z5bA42suc3sh4kl1DZUBe6WoG8qltJDOBfkvrrklcMSfRLfFPYklZpUjHOnEOUCj4B6gb6s GNto7TAgu3Tw5xq2QifAHjiQ6Avjev3Ls10Ewe77ojM1frLT89ji0cdeIaOOA4Wp/m5WGkWW /hZmxKA+gbylwQlfY/7pDeIJN7mnK6EanVzW1ThM3gRLz2kxqtVdw2uvpxiO8O2fGGjLgMfz ciO/IUuLyDJvZbBobz1X/Sx4/Fx6NQZp5XCP/Wxesc5S1fb5c44aAjf0VAjQMWE7H1y86SGA /EiPB4yvrosTwN1tpBeaUnvVKPttkDX3M30BncZDiuHStUUNdVbjQmrn9uUCTwwkMSOFiUT/ XnvdTRRtMW9yR7Tnqy2W1avQtDfuOBIfzLrc/wwtCpZXjfwArAPBerLMvNiNrVgx+HBuToZ9 1kuMJNu0wNwYW3TuZiDzEu9pH1vbB7Bf04B4i0v1I0Olf53wmkzzBk2WSWuSzNZLUylQxipn hUbXWHi1BrZwNaRoZPTRlg6a+q2k0yrmUiCbQ0gbEVhR5JZF4lnXiQeJBBDVdZMMAMEFW/Mf 5C7ZMYoMG2K7ERRQaqzZfS1Zab8OUFZaXUMpjNsYs8dAokWPueIgeCw1jVuHwg9XgOyhKmZ4 9ILoBuWL1GYXYo3qcmglpT5kgrZSP9fjO6EtaZzu7eQ5wvNT3GGTAe8fVojdbpqF8GobjPv8 Lux4kenCluKgsJQWu4FbcgulIEWYIJxfTZFEWR4cG8clD559P8EgX9f0unePnmFNtmUBIRDo ROOtq8Cw1hxnh5ueZam7edXkkujlxAM7ct08azd7g/froTfFy+a2YWJuzgKsv2hk9B4zA8N3 MagCc7u1DYnJWseBtTfkvWQj6cCcf4vIXIaeuNby6dZp7PyGZnr1pTHYicwj1AtJkZuQxFM5 NQxDRh6Z9CqWqEHifbr/6gLwpyysSFIuwQXxu19n2KGMV46FqkhxZSSwryD9K2yzgGt5sb2h ASSfmCjaJvN0ddIc1cATzrQTPpMdwdMiMb1bwkzLs4GqOA/VVL7rv71kPHVW6aVZySt5eOAW puoTEgdF63BV0FhVWCxezqYn6nEREgpoR7k91UxRzhr6ULvvJvjtQaFosuCwTYZZM86959ed KGJmUdKvUm8SyueMbYl/7+mb5xSLlXk0IFz+cOpXjOJjOB6hQROstDRB9vdHQNXJVyUZ7zSy njdiTMGr5j4X++50c179Uz7kZr30znPxNpbfM5zxEDK1oLJoDsDVfXEc/hifiiUWv/TlFvMW gptXvd4IH84vrqipX0/om3X5mInLeCCwjT6UhCjemqoJ3DJ5N41iyQIkAP1jPxE3aSM8szGy CK20V8qc8oJQT2wcSSQ7huZ/TUgT2SMVAnKMqL40i3YKvX2Mz9HaPrVEuD97YyuvM7HNphQA km1qk8iPieJABgagN/Di41jxjOzLKUBQGRSv3GcbJvXCip782vLDjez0KZ2qq1Prk8BzOTCX C3/OVgthi8TtcDmI0wCMLO9IFP7GoSInzmgZcHe7dqsDqTFUiOaz+zzIEQVzhDi+0TcTqCuK RCRKQ2Yvsq/wjTHim74ISEph1DFpF7E80X7V0pMlJYbqiiSEPfCVC6l/7TWktceM9joTU5ys EVMrnATJoV7rKSLGLXTV8Y3Dgy7ghjDXdjFDgEfmBZZ1SBFXYA7SZdshrGdHVUKN+TSACOHm df689cLxkU1IIawly32ZdllDpdIxlS2Bx9Opjw8lCBTgKrv2fP4w8pL8uNspdXg8l50+BruR oqKg0I21MYpyK/eiv0YNMAkLlXkJMSJvffmIA6EDxJZG/GIepOnepfVN3fBpA6OqnQo2V6Cs yQ4X/RZF961c+Bqo0h88hEjhA8NjRi0EBfeEb8r5LOdQW6rzuEw8YjWEcP0WDhD7xGKouYT9 PpAwKNRwmadt4EQhl61KQE0JiYZKDvWRuflmYir5IWaN6RMbTCxSh7ql7ySTMsFgKDc5Z/Zr SoMH3EGuLRNvKAAD4VJchw0SjdSyKwCFUacVYbP4qRIwfbe2qW5XuirSvoFYTDvO6kMlKcsS jPpK5vXBTEayKNtt4jrkmj+vym7e2KYmUReDXB6d/FFE4ZVUXN0c8z2LfilYO7P8tcYI671X FFqqQCpb7O9WV5giqt6AAvg+EZcuQqwd7MiO4AD4+Vczwxx3NYX6J8TzDB5WQz5LSTXZ/ACX UkXh4Srvlbl+v/5I2cMGe5QVT/fH2dkTPPo7ZWTnT2JGbXr0OBqhvBbZxpNJH121/aMWzP7g xoT7ZWFQzWuaBqopcF34fv6b5NYorMxl/wAS4flG2rD47BIjWj14sNo5G0Imst8EdC32vwsg FqQHTZlZdFqk2WirMapvPyj6Rx5NVyRazeYxxPzZedgmPKRC5IUNf4u67pxrrWMqgGzZfJe4 eOZEbnrIznkM/TO0y4yNiE3QSsm5s3yLa/eToxl2vhW3qEEmNuNAISZUuGcZIy1cwcmvZwrZ 0GpXxbRTsZkokaFEacfDy49RwzUHn1w2nevGp5OLs51ziGLEYe2PrY5ygg6R1UVPbYE0fSFb g6If2twtT3csLU+5AheIKVoWthFzVFCUcEAlQRuVVLlqBNiwTb+6JuqBAcTTTNLz3RMdWNpf npqiey2dEPQqW9s1yG0nHgNeEPbBKfZiFDNlurfke8QiEybl0U8Tp5Q+HrZ63gXy2rzTSEen PA4HOEHJT45fggmOMGBrA+aMNuyYxFRwY7VoxQtUPAPoopAJ+ZvC5/D2nGxCshadydrKaOKD Os4C9MI35dJVJvSHgaY1AfPGSPJFSof3G29Ot4Gq3+rrDjy17kPVeYSMcPO3JihNTX0ouMnX ZweCcVy07tjfRjzUjTBFibDyaHtMwQC2xDQIx5R3tCH1m4R17l8Vji9+YfdkrZs8Bv/pUw8b x+hV+iY0XpQiB6twSUCvx1VCiH4cw1UG4n7BQBz33rpwucpkV1d/Eid2QdwLTDmlAgdijTWN X1JvkLAXD1X5LpaucD1Auxr12xukt6GFOJtuPBRNju3ZM1OPksaWB2YeUVJmPaNf+a6ajUqC /+NTEgKGnRAav9wxnzcjAWfNZ+JlWkI0L3whN8vrxxxZ/FnMBxnpzQdgYE8aeIMgBGl9Ilg8 x17eNdevDXGZwAV3HvacfKFoKJPcM7gzX3FCqHR0GlFBvTAvALGdwX1lUN1gImIPxdrrtN1n mljdhHfy74+3yH4qd9bdHwx0YrWumFufPg+J3OTp6GMsEKPAxJmVlyRHYUy72CnkVPbwWbip l9XwqY3XX0pvTfWEQ3fu7sA0yv4+g9gTKe44U0QH3kkGvbek2n6XusOEFl/rrT6CqD0IGA7R wzSO9sy+eM7e8lYwHyjBhef+MuK8h0AhUX8PaD/5U5AkT4x4dvfsPymVa0CQJNejvUkBz4ng cG0ZvbXsqFI/1aN7EjoJumBDIgBWD39aftFTZRLFa6SgAGfmHXHjSHtN1XijujPyXfCl9SCP 1UEHzo+64ut2LZR+QkV6JIpjhvYsP2MEreb3BKpMEQdrczOiyTo2xtfOjY35nJOqsCtXczFG ByXHNEw0KmJSWCodH9+tb5r30oIzSD+gcA73Fl+W6EZBd2us3Q2i8i99GngYBftyTCs3lB+p ACR4PhwbJDu3b+8gmAIT/SexOgZf4hR3m2ghReJLvxEftTfW81oHPVCzU53oykFX1IeSQnE6 x8E9ZEXUgtM21q24RCR7nSrwz9ieL7sSyWCo4L+ryCfaH4lPFRNqZpfY15rp4iPOU/Nq6m5z gX3bxgDhJqeEoDo+ouOf1oy6hhssAI6k3RJZ2BMEgyaq4JzZ13F0brcUIzuz1i/IHzrfsN12 V3N+1I5s8AJWuBxe0VesXpr5HTWX2iIetpvXfv+n2EFQYTlVoxgAl4xjsCASNgrczxr8yatP LdOm1p/tQe1rSch3PHf0H4wPQ71bUykvAlWxcmVrGqwETqrnjmRJmXxAa2yqm036Id1AtEwZ YfPnjgkAxPVV7pSY8C+Yx8zuTSC7pBmeOEw91f65hANo3BLxqFeeVHbFA+++RW/ZRw9fB1Fa aEioBe3uR6KFU5DJ2upqOsv9u3CmUv3iKSBgwSRmWrbn5wD8yJyC/PSv3zBCBjGCK9i/h++8 YfPD0Q+Bo+sNjk7kSTUhPF0sXh6WtzYJaV/04En/LdZ1KAaYfv7hTtfJYRlolHibYyR7yF9L Ij+S/opLBMhveuwsEhhHCo18XJSzLFs2V31El9HnZWrrJDsip16MO1K1z9CGi+tMXxszD/8J UTfTIhT61nvW+E4htO1cRSPO4kIKRYHKduCx7P35oQ+90qV2GRHCN++TtINRElWYgtclWQ3S SZ/Ig96J8ix3xugk7BiVlqSUETmdhv5n59zHDN04T8q/KMbs+ismYCQcwOs4M6N7MPsBD3Lt 5lGRsCFP7rk9t09JlA54fi4PxYqC/+kxvT/UlzJ6jqUEdeKKDlJO3V5XccWl8yHYfms5doj6 IgIBk7wcLk/vhsitIocRNoF4u8HLlbZxzSFjnGLB6vVAZlh22r4PdqpsCJFEtrc0QK7uXph/ FL14GHIV/efUoHM1ojzayV+6EKb5/BUbIumEvpO4Tl9jRSt6Je2mHmd7sCvJoXKjjP9OnNjK yH9TuUaQwUUmKPY1AvI50spkhxG0/C9H+xAv2HGMksDniO/0BkzaFNB3ZQWP2c5OzCjzLd7+ 4ewcNrZeNnytHztfraSMp5bhSZqgfLGt7VGU9XqYgCD7YYf7dj4E9eL5HyFfB1vNCotN6a8m pxjTcAklBEsSEh9zWitFptkxTOZB6QQFzldHcWlENirFVgxF7WKc7VV4N7lsRJYCA82IgYd0 CRRcDJR3zv78mZoDbEKApxlaxE7Si7Esb05XxrN7lZEp/qiXoZ25uhwdJx9YJcKLQ8aGibQD Nq6J7p3W3K0EOTyV/3pGWGy0hDmroqeHgxLmhKwSPsjcBN5F2QYtNJ6A5rD6RBIUxwMj59ro ATMa34i5gUIr+n/QamrhCrfonUDEdrya+ZaS6tBCBpMiBWRQ3EZrVpV8z6Zt1ZhGNhojMvjn b+jKBOOSf9JyPCuEz/JzWN5BSUE/qQHg2UqEYaLc7ltJTekSoXB48zg9u8h+i7bdPAu0s3Ln QS+QjI4VbholXgBiv+LoxfARcWMBw0Ek8VoXAj/072+hJeTEk4Tkr4WEpbkZoajImaenLaq6 DZ4lftgvHX2neiY9jkArSwtgp7iP03SvMxvHkTwQbHZL+/zDm+cQvk5RQQV4Rie3WyKLgmWE +n4AV2PJafdvE0vu6Ajy0Xk14FrF5tTYo09SBdLvfWbIwPl4ivB95WatTCljKh03hBM6vR79 1rACKdiSBT9EyW/vW23MJArKcCHCmM2QcTcydR9aCsQeyWM8rdxwR9jMcUgDfh6YGvGUJtfH HLP4/ILZT/Ec4Ny7dk14zdgsnS2T3mn5T0RvNdodGtT1uw31bfNRYC9zEQp1I2iH9bneKT4G i25lqn7kN7wgfnUl75ulmluv5uBrC78MUnSrwgIjUKVlSnImQ008JTCTnKTuo/e7STV/wOm+ i3tFxprzUw7+1az9J5rO/qajOXQppGoZC1t7yvv45l6vTcwbgwgaTNUWXqVUFcmWYnHRX7Ak qEDA9o1SIK0YinwWiL/2YY5GWfuEWYegEC57v3K2wR4+FCM5lrIJyLPR/UlJjW0B5wc8yals 3Kkb+Hxus42G/MF/3TKfNvZ6EQRp7py7JNB5NXHRft57ztaUaqTWO17dYGquaelIEknuoZ1D tL//lU4Wz6vAm22K5mYwP03Xy+C1wQl+GwFMAN1oVrpY6nERSrnljwoipPbA/dd5QCn1BNE3 GxPgCcdsq76GKx+PT6mpG2A3h7cWhxfM8WFJNNbMscWPtfR8ubqOQbYanVz1H45/x9CxZq0K N+OsBja/OpCqiXQgnqdZnZOdPkqiK3/OQ97GcXG73Ojif2AndwO7vkuIonfqO2h92jeib4H5 sjfZXYeBWJmHv6esnSvfUagaZ8Sz7+76BeScFBmX899VLLt6TnHfQVSjW/4TF8PGvNKKHtX3 nzFtDLCfoY33o/RWQhDJHnwES2bSSp1H6eZk0FLI1dmOEx2o0K/sW03sRqCErWY1McNyfwwC BqvdFcUIPgd02mV5f5UHqo3WnBbouLiRj9krQ6/2qvcfNG/iFcA7aDit1zFUFMq1lSf7y2RE 37Sp7sl2UwWXTNOhFgyzfQdaAt73K1vK2ghqCZ+j6mPNr6q7rplm05NfLMTfEYU/6RY7WCwO ayMQlYUHyEMFCgI3NsTognML0n/uhURCC09q2f4+Us84AFOhVw5gZpzasRkcUuY71kesaHFr 8l3iKVCao118pgwQkdFRzkXEAvdu9TVaVSAcnlB8i/lIq6Zd4ADEV9K65Zbu5adu9JV4fUcs s6H08SNpr+v5OQFb9S1mKlfUX5aBaUO/m3RaxcRFzSLWqvTowSHZygAZajT8DdLGOw496N+3 3MHefmzu/cyLxOAOw+TUdS8mjwOBO30Gj75u/zxuiUcti/6Ly8RVoAkxdpQaeZpx7a9k5Un/ mgnbdEmhdy5v6NpQPjQj23ddSVWamzqNrC+yJ1/sfuy7a2KX9BCk+u5ggDsoBFsP0q/AznkD Wf8icQQP2p4Vh3JuzkCd785ird2zQzQ/bJLBNnYt0yMYfHhS/kUM3k69nay2l/PVExQ/l4Sk 2R6sYe03P7IaRrF85ODpkfXrZqNdIsGAkZ5TGQHg/pMlsy4W4uroTAbv/NcQUBW12w1iRSEG OiXU3ITW7Rz+ekySvRQxpAq4iyKWKi2UU6V2n2AmW6IbQSYxVI3Yhgz7VTvkKEaxzXIr25SF m0hHJJ/mLFR6wbTYPGnn96QQXr5GU8WHlFNz4lastUY9yDDFCAEVzDFmfQzwUjlGvBWAlRui Df8JhPsVp0LJeBAsda6s2bJfPTZdSfe/qGfFpdftFSpxiIwM1sltjNPsfKxMPx1yuJQLyQVL rjamAAPuS9ieVSrfse1qsgWWOnxKIc5FhTXJSwhrFvW3cH53gS5Iv/Defdkr6K7+ZEqnczUB MduxH3Yt9nTF3Ikovah01B5EOn8wuh8nc5tOhWL2JhBtYTBLlVLZ8eIBQhKiE9sBBaUgNuI3 GNbi6AF1sZ9+VK4z1ur1QpZaWS877lcsbJioZ/f84Pw9MADFW7kHmI1zJXZKBHQ/S0rwNpIu nFSQmLMuDckKjrTJJAx9x9WO9ezyD09TeH4oTDhUJveUv1c9xWuKcIzfqbMTpWRSVfer3abu iJEkkyczGMSBzPWthV/T/JFVVB8TwJ78Z58to0FCWwYEnQmW46OWOy1YgEoD5ciMG1YGpgOH hPeMROyjAtXIrGyRyH0bOOAmUOTzYEiOprqaHvTkEHHsKZO0eQosCYdbvA1++8MOi4Tdd7Qw nELTpPDkfRHvFnz+wsFsIra7fFGt/3X3QcaJNkvm5BQvsbZirRDcmqRAmxcbCkKMRpOKEPFO I4/QRbWjI+hX6e3nbiJDXo1OSUw0CkJyWIy1t4FexT+J6DiLJw8bGNGhkbq1mNGBS7t/BPCN fZC1wwBAWnDaOLUKwP/5gYCcZlNzR/AsYfCJFaaq+r6caMOpKuGQWQqgq2EwgeZZYqxtrqCy fEqRqVXg+gG5QIfpa1kEgIt2qg420kcZN5tbu9SH4t4GzLyPfZGGAx3P/uCW6HzqJ6Se7apK w1ieJ2zIoWSrwCgOc6dlrAQuYlUSsUflB2Ov86gROoucjAAglwaJBIm/DMmM2vJKsZlTSKH3 Oz4I/x7bYGI7DifjUIundKC2DcXFybvpLjWO6iDCX2J9a2ut/0K/izS7Ligq/NQkJ1woVqAx NZX4kEGlQ2fPwEX2FYf1G555eVyY0J0tTbQUufS2ctIJqPkhqi0vdvcb2utV60qnILUTC/Cq 37q8OhfTManYQ3shlXnPvpSse13QDedjpnpzi6tH/N0Supp6ikTGSsR+zT2iHdzw2cJV5N9o yITEIp+IcYdhPSwvh0etwvzL9RurkVdzlw/iPBnhUjSKuJ4P3LTmBLD4l3Xgr/wN9hahSBxi CciNSB/7pq/Ho/ISk8egiHQ13TV6UAY3PBtJJijDQANKnLmFu4UGpUrMDv9AHN4NWS4uvmc7 8r+48WWMgTkHdQ9Io86iMB9iH79j2x+edgZlRCmtqi3ANiIR+LMxIeUy6zGo/pX9t+INVC8e zhQfP+ONat22m/8M6Z8cmDqOYvUFI10gl6Oc1z9WJXsJQxLA3ni1Vyg7tkSrNoqYgiiNiRzT lNdcrDngNgnZm28FCAYkTZZR/eSzsx+6mSNKAJy0DOI/wNOoExFQQrvcq/Gu8OBQxjq6NFSN d7JFbiAkL/ee9fgVmuQjH3duEC2LKvXZkdVeZorUnjoyZlgz9v+H7irM/D5Cy+jsn6SnWmpT pVnLvlek+h7TmyXjgzKposUQhh5w07yFKR3Pt+FpzCu1zo+nC3Ac7hKv6FoV92q7sCtcGdtM 9WWsltryoAq+a1CpXunJMZht2jH8vPHDLjf9lXbAeCxh7MD/QEq05VbLDG1EodpE6KFZLlXt By5gA7bKvVxMEHtpmGcvvYmwpzVnB8fJ8huD87hF5liy0J5sUJBtCDw032ubLr5bcw+LPjKB dWqdKnJcBHr7oGOkPVpOAASYP/TpZ+bnOc+6VoNXV6rs0mZb/v5gbLX8Sj66jb/OP8kRrYO3 3CpvJoZeuDbmZdaSbltTYCcn9zQMLkW8slWvm7sHzuKM5KOgdXQqC/8DK5LWmO8qolev/8fq 2ZfH5Jioh92QUIiiyuOhaS4FiqV1fh6BUOzGzgWsKdwjDEhOB1JA7+ErmJFJluwP/NJ3jf08 FIhSqg1f9KonkLeA777eziAa0xqjZqYZZndJpNXV4RDWavj22jglQlG3Uz7KxXHizWGGCMZy CA3TvkYilE9AIQI+D6cRL2NsPQTEiMhAGMurrVvm//XlthoxucWTRqZpe73lYyUX/clEq21O xhXVsC8uOmtb4D4VFGrbcXAjZnHkApbFr4hOoHaFVFqFbpkBkvLMBTkMYqvJqR6HvNFMJLPs ZVNXjcs6DN1XxHcXMGa03wUKur5uhHExt3dqXUAOI9hfNfsO8Qs/TJ0LQmaolDXB/8e7GDr6 AG9xb7uFeHS2y//alvgMIbZOSb19tAfDjzU66/x8ZbpdwG+CbvwsW9vFvA5CeYOJW9riXG62 +V3ob+hZQ3/IZn2fjNUtiaktY35Yc/qoSGjVFBnKp1QsDREjZ1BQ7AM3KxPmN1JKTDYMeyC4 y+cZBtroqA26JKbtUn0iaf74yH7plnjPziz2CTRGhevBloIo1EHZXgvba6brdQzC8iZOeQLL YfUws1bYgTbR+49Wxe6859QroxWO6h5343Ai1Zbyf4EZZP1Tu5c7iGMF4F27nRTar/EgyUS5 z3rOjhc55IwgMK+kq6BYBLFtCzm/H5k0zjrJipAAzxDgDZeWnbCgEV8RJOrMsS5HGt4v4PQm vd6zklrNI6i3ySHl/A4k8Oe1VFd/gRT2cPW0054dduVzaeTtbDM457HLrCbyRUQs4xMlSdVV 1PvLIZ8oytmKeusQl4vJ57GdwCQGLG2353SNGf7Pl8mOABAJtDqxrLvlXUnkFyK7MRSGsYu3 f3lgTTh36iHU1zMy+yRuBT8NlBzi6Z3LUHUG3G+GCYyLZJ/GU5sboz+RjFZs3H+6X1ceAEr+ 44NzO0mtvhEvKK2En0kYcZlWQAXvW0J0Y6MMiR3YMeVnGLnksD3T33acMMjSjzfcAKSGoHp8 lESwBSe8bI3MO6rT/4Kr9nXZ7LzvZWotCNiecraGnwA42XookeSXE8nN8TrL327FQmZJu/me SOhj2O9E6NxLRA4qID6YuTMuPLFMbQiz4t6o33Uf36OiextCvUDsf/9JGGfT7CEZv6scyKpP rH6oYZ9MjVcz9r0h3xAqFqJ9bK9S6Bg0Qc2rhBuKKdnZQ4DTM6OKPY3ueZ0z8WUQkfGePZju TjRzbGUqUX1GqxT0KiNNBRFmvX/hrAaRo0KbQOqTI79lWDDOPg55EGBaa9XBn0b2o0ERkjQC T5YSkiaFcs2/NaLfgiNwixwLE6FZHNlJWq7RdyW8vUKoV+/zJ4wFw9Q5lZ+5OUXLLPB6bS3W 577Th8j9EDz8YzslP9UHeMCKqd2CX5QJ9jOv6quHEH+R7sPHnba0agUiKrZAyKTb16PYbJwT HEuGOWvMEu+oIXevFOnMQVQ2ZWc/ILQjJy6v8sJ0A+ILcjOLOSEVZHGoMcql8PU1BFImRTva GK5e7sabDzr2K8LhV4NP+W4YY3XC83nlpPzFG0pZPqeTCq7YruHHNRXHNN9xWdAGe89N/NJv QgVhvdefRtjd7liyVpksM42wCoFSBr3DPC2wbQ58gvE8ex4WL+a6gd3vjSP4BV8SlrOm5R3x 1LsWH7chi9GlymWdQZChoneV1QIWg9gfP/Vbt3UhfVFUajwunnmFXIgEW6vPwwt8lABikdr0 aFF8e1QxjyMGsm9H0c20vsWiZ5hAQ5Qb3L34jk0Vlypre6BHD4I2CMaG05diek13PmbVn6Nk 9fE6kzO9tK8O3ghrFdRR088MRgP+6KFOob2kkksQim745EM/x4cBtkAvup2PVSv/Oqexgjot aHoRvuEPp9IyQiOGFkn7U9k8iFCHhuF1pr2FWyHtZxF5VaEGP+qOAD8igTv+OJwb7nNZOAci cK7oIIFX6/2AuE7Rbs6OrKXhp4/Kpovtk7HGzCp7w/ieqGv3U0xOJ4Y89AMwqv57eScB4eTO Fm56lKG8hVdvNLCGlXaOjpz4p2qC/4F3t0+/ItHxv7Obg7T/wpR5PPC7gU2ZpKinafyuHXen DIc++z84S4NBSJ38trP4HvJopb+85tkJJ8J+I6HXgTYsok+7faaB5wgF8xpWqEbXYm7c3LrR hyAOdnQpTa9q92t48voQsEoQ6Ljqh9vWgkXYmEDHpbo9O56VaSb43L88EBR555H+zkoerKEI T3C2SOhqxSr9/GeQttPZ2SHJA4KhYwnCEpjVK6B+jWySUjCf1irLGtUrnKhyE/EUrS8JmFdy lJCz015t8SiUiQBNs5JoFC3YRY2fwT1hJhSFtBJSrVfqBKO5E6taIu6JPPQi9senApc/TNyt 7xSO3WtTEItd1zO4UJui4bqNnH1yQZ5SZJ8zkNs4zOtUC/i/2nWmtvoT8xbDUYcpO8aGdX6g QyGXKwy7khFTJuwWY3yBFZ+BfB71Qrfq+Tms3VKGLXJKT405QLe8uQtY07UcWdIH+/Iqm3zl DLcPDNKZ+/LywhSdDhhI532h/GB0SQUvFs9Ne3ziW/UhWUWJSEdxtJKiQnFxHxLexE+DEOyr kmaCpJg3jt4pS39cPnVP+NaerdtJjFlbsPng/PhajkUDDPi8jOoC+XXyBRY2PgO8t7P2gjDf AtvOTGRgDKdUEVWIiIRloT7OJ8T244ORHUwMno7rPhOqQXaYPGbwn8m36m5xynq1ScewZeNe 6mJeQNmSH75EtP2iyebtyRWU/hdkH3U5XU0WUz4Ip796lZkf/fJomJa+DxeE0W7TXPibrCXa u6K7C+tFibnkutg8ZYCsiZCzOTZ429UU8zqB0AXGfxQ9aTW4WTH7UrEZhvWlNnS7wfadD5GW xeN6AWAquBSokkaOF3zvUyb/vn/loWGvEPgcOmR/XG3kFjpZ/7CZzXuURIJ6b3yLVfBClgA/ sWN1rjHYSqBSl0uHviDKJNs3zhvs9bt2ffeA9lDEUk8V9q1XNKpvZeUOpfhEJKGMoEVjDl60 qyyCVkHB/y8DgUr09mtiA411cxASLVx6Yg7eP7rn2O1DfAXjuYCxGczctR1Ai6efQ4SEyQle zV+U4JeqakAP0gaI0hNC9AEjBk3QJwWoxW8x9mG+z7+mHycmMBXHiQaOBN1KSu3mZtEnDI22 DBrkWM9wfK9BoBmB+zzmi7t40ucVGj/FQgr3LCeLFuKZf/qBFbvl9tOM6mAck27kssaGzgrv ZkI7cjU7g5LzTztPSrs2nSFSwSqB9qMQtPQt+cff1pU+6z1PyV24YLSREI9pPSq9KH+HdQpN okrgjAktdL5+VCAaYEEG+l6o7CXUVh93caHmzOD43ByuadRRMYDpZgJGtwhA0GtybMf9X5Gm MDZ1g3fj697npne4XAiu/ORqZdIBv117qCbLAP0vNcAETA5tqXIt9RbyUVhuDTHPEsDu6IN5 AsaFT+AAAzKw1m7hHAOKV6Zt66VAwf+JppJ/bCpJXohBOFAx3jdA1mVjuolurV4MzXlGBchG 4A5ZyLOrfIAQLRmH7Y54ydJqz7+h1ngfNSvZ44lqEWPAEacLfFDUz70qeOWMe4LHZIq85dYt Zr5WIxVvpEkeW7KGcLlTFvpkvWF6PmFIEmNlwlSXMIWv8qzfn5V+odtOt7XuuDvMyri35LmV 5opruM5LCnPr1Jaq2eUTTbE9Zy38+0rS//kKqtE9UMenZKIBjbqmyjlD3GRGR1+npLnTL+0v 0uxZmzAvofM/vExfAdPuis0VdYSNyyjDaGCWJeCjqOWd4IT2CY9d7gYWowz6+b28VXbixJcC rvqbJTCD2zp9jWSvHoSSRmIKQaTwUn/NKX1F8ul3LnC38f+JxkDeH1n2mwcodXSf8DwLddzF 7MLA56Nf4HpWxnAMFYcvRrobWQLEDJ6s86jd3qJOap6PLjZ00dWY8Ndf15BYvKW0qY3TfcAl ZtfL5GVySDgd+UkiLd+NDtc+ROVZTLwyz1oSiH4Ro/n47hLlSqe+51YV3i5QctVICb/1qmuh npvBT1d1i6RFHxEgKKUgsxXnkORNdbLKW4i6XUiBoLvPPtFL3bI2AZ/EezGtV4xVR220czCc tidgK+i07jUHBsFYwxQc0b8pSX4w4pNqhNPq7fVD6i22PJjXUzpMWHnXgOZARZgL+/JPbViZ N+DYdnKUgGpf3brEdodUkFojcLD9KfFYvUWHTyylMBaTbEF6dZQog9RSPwo1UUH14gYDQN29 ac5cy759ZJOtkVi0WdyJXXPKvJclPGd/HRZc1ypnOAzYGU7/L7koKCeSjjKh+FhV1U2kvvFr xQ32Vk814iJyB0Gp5cf93vX6afeNjt4L82F/bqk1nPRVJ5SV73SxtIiQ/DH+NFgj6H21en8+ 8PNSS2DV4c3rHwFz48cWQpzdlWQN+cC9CfCGTks4EvzUd4ghPmX9Jy64joR11O8D3Mzuwpyu bJ78S5wTp7WciZMNF2PDzJRrLkyfAZ9NGXq8Akru6eYL0HRyIDaceRmcJ/ClQhsF+/WqIWra V5XenXnxBecf3X/Ju0M9mNESv+ZOemOmLGC1T3187NAYOAfuTcOkIIvX2aSZqqZRXlEHIYnh EOZpG5DFlzzl3PMbjm+/utB5UQqZseruxWZYEULZ9lOaqsO9C8EjAKd8cBcD8fbm7UdgWdo+ ydo8YNcKRwWa9HZ5G8V7dAJpzMJVr4B3MLyXvUu2d+m1HQWKROe21z0whSZ1yhKUSScSCUie cwZNUOd0GczPoBUYvpFb+FZVjfOLFJbJ0RqzK/QbVwYhHoG+deXBuFOBFS+JoMS/lE/X1kLd bSATFV9Jm5LaWI45GPHTsJloLrLf1DYeUSese8x1w+5iOh+hDqQOcLA57VowS9OvrhQ/yGAf RVltBxnWaxgXuSR+PwBCE1oQ5JELNOUJHM90gjVr56jeQL50tGQj4EBrmwYOZVUIov8FJ034 G9ef84QYcXTJbIGVizW8AaX0qAJIM5acq0vfwzWrzOYn68e+ywnub2xP7NTXDLV3kqu9gTav TXJ/axo7NncJyOU9vT/KHpk8zr6mQaKya0RL35r+LZxGFNVThat+fBvrBtTYHHWcrvTf4zCt 92cp9f75xBRm19AJEsGd+Ffi8ZZIKIDHE0ITdeGAbSkADPuhBWlLv7VNEQ+iD0n/Z68BmHSo 2vJW4Qg9dcGbv4tG/VmEatIWi8RO4gZSAuXYXDZyBqHcUJY5PUWbIku1YO7w0q6q6LbkHaJr UCv9D9/MpoboNDzNbJoyy8RfenX5AWkAolfPKB0SBIJqNGBZtNlZiWTIc8N1aQXGdZCK/YCj CH04aZxTdVraEUQkBsz84XG30adpCfdHu7PT9DNfcYlrM9duGMqs19/DE0NAw/qU7NA+xIe2 6aOVs49YC6kpcOldKRLW0/HCxpfg5wP3pANHwhddFSb8BzrLXbFgcKeaeem3aGwgiCka1+wS spgixXlLskbkszhR4oz/n88Qckn0Ebuy/2HhTSG6qFE7eZALgDIB9N7orDZ6/F+J/NtPPoFi JpO+kCwkHvSHpjT25TDHcHYJ1XW5eM+SEY7fiiV10ahqvTuZEF/a6JtqOCe7hNsVL7+ZUdD9 pK89F18xEEi2cvOkdkgVlgZIrc1U/8TtWX/v7TO6Dm1S7r1T5DVjIo9Y27Zcv2nNgSYJSU96 4/aGwyCGbTxWqn13/9JU/suyzC3BXSIHRbh6qblbylbzeom48jy4Qz6o7v7NqZSdTTa8BTNn u8r9CUyQ6r6HHDIMdtQAJzEN5yeZNBktqeRm8Gv6YGJfRpC2NQ7VM1QH62fB/vjPjogMiFZL ZQNy/BE8JNd9XHv2f/VIaxlN7xBxOarM1XfM9cj+dS+LycXAamTWzCjU+a6KiUjhaCqf1cTt W3tZ5w8mT7VG7+WCaouuSuXP2/sH1uMXKDc2NL5mwSvem0hdWPEALL9uTCae2LbcGWOHVVxI yRkUceuKwyz10DIgAEP03dVrU2mTMSHXTNlhO3OiParAfLhry9tT2ze+KF+YuNKzvQC0wpm1 r6xydnXYa6ynPPD3RlvtmGBrxlm2jIyh3KUsdJQIyS3kU55WDitFTBJAgjdV0ylJDXAHvZ0W GwSQz1XE7NfAeyVhZ9CrP/FqK7jbw89qn0R6gAY0kj237A6CvhBLVW6JOlAWfF2BM3wQ2VS3 DvisbUJBzZoA0kDSC8EVvrW686BJNXo1wLvzlFGD9FTU/h2qCEKmsNJ2KFKhAYHflDVw94Gz whTNmH42wOmU47wvXeAPSKl6/IMw2SwApfSPvdc+0rEBw0pTeXlf1LULsjWX0clM3MsG5xgA 9sQlToiFGi2DvgUtKp6eaXayvv9YLMZMi+X1oSKIo8Bi7bsA87hr4osn5Nroy7cF3AM6fd2N OglyLD8jj30fa3T47uMKr56Aylb4gdFPZEdpHz9S6g9ScvAD10+8wqYI5QL6t09ePkUK3pNv XP0Lz9QIhxW1jvI8Zb/riwWkiYH7+tCw3IGR+C1iFzZWS+I91spOL30Eiqs1eVIXslCz3n0J 9RWRQn57Xl+5Q4VssW8NCEbLR2pgbuCtDWSx6CRS66aJQdnVfjV+Zty6eEBgJfjuAymnXhzJ tIRnHrxDWZPvE/7DUZ1uiHNUD3emLVkkV3Qjrf2miDXEB09SWKO4TNuNBGptiBcTefMt0LjW DMrOfUP144B+r/a72FrqgIeziZFxDCCiP1QgPqckrKnQE9kACZpWk+NLm2brdH8D2Sa3AJ7Q nKI8Aex+lZ00RHycKXgjzD3Qs4DOjtxR4Q4t88CjKUFy4d7FJuVCYx+dbO2R48WjmbW8JMMY WRT76TUVErCli5gu+IGrwB3MGKJNeENCHWpq65Ih9Ddrk/jdyRJ8rUhKmqCAwoZkJdSl31hV gbH4PX3TKjBMp6/epGSALuHBeuyhgoNF+df2K824XfVLgeIxrTVkQZvdaByPaAKHE9MWY6Zg AdXzQKbtMJKkK5/ndXqUEpajdtjbK4dCnd/cgOGqo3fx8E/I8mO0eS20I2QsT3WtBnXhPlgp 6W2/ageXmKcGlszPmeLQNipQlspUa4Hb2CkinMq+QHLo4bhamVFii41eMw7+LaNB9ZgO+6nD mEhqa5PeciNrQxKxlH5xYAlTzBpKmtL31YCBLaBRsHnMcaTGsOqSoxY/bfz+1gVfQsp1AQBA LNsKkHNFdyqPTd7XCKThOVxjR6MaWA9NdzHkQg9llqKKijwMc0uQ4OYSxpoj+NYczzrsFKvr Vikk93iD//uArKd1zFbs/v84Pjtm7RAAb0hqQauPfuWvu4o/aS7L0KybYZ0NrzMXnewc5tjJ UmNzbi6e4oS43buJiGqM6mdyIXkwhB3ObKqZ4Ax37atUyf9uE/AjCdqD1/V9opHjEFXJnojT JPBAFOeaqIj3+0mM9X2u/c1jk57qVXEWnN0U2nQX3BZ0mtjQJq5Bgv5cmzOIKaftBgtop/K1 rhayuOS8OBQsnr8f2Bv1SmlHGNeh4hQqL73ThKbqF9qEChxL2yreZmqX5PmUYLFcczjjrAZ+ 7FrM8yNpmK2VEc7ssSXLXleVgEZjJVKbEEA75eBM1ZB1GAcEKZi+l6EP2bgDAcA6k71nT2He OUn6VkG/1cQo1a69rKHeoDFQEUBpFnmOwVcI99uJJKXpqBbo8xzf1KoaJcjTK5rVxTRIF4Vh Qa6WrZN1G+mYLRkMquHV5Y4fCR18QTyQmySVWlbo1xPiFj0FLUWknXHp4zLCwIlGUjcsUp+V O9Sq0l3DiHXqvcw8scPA1NiebLwSfAwY2vmnke8pWvw/98SJMqT6kB+lOKNt7Ht9B5C0q7Qz ilRav5dQkoNXQMttMxDUUSvqmZgwaQNAG1xtk3bGp3XNCTumfTN/OOlnhKM3AuJCsJdmoiP2 /OjdjtI1bAwduu+X5KAWfIauvJ/J4FfUDWZJI9brPIxATRtWpcEe0mIQSIepnvueQMqFsaMD LeLuaGNHxvcSGrNtwsm1p3tl454E5h1kRdxTPWd1j6T4dK6ZxCnx8IvUI6ibx2T7t2TMdo29 zp86AdSaqDer0bOe7dJoEa2Pl+i42jkOloYcbNB4NsDTtER7ngfxD0VyAEudh5Px505Fu/3I NdAi2QnIfmzQoGz4iGcwU4JEy/LKIVpc4IpftEIB/BuFKXpzNYaQdpaDupgGexXP4XOF+Ggh RyMTpWSwRCdY5Ip94peDD8QAZJ63lwgGg9XBbXLXXJ1Tu5Kpof+L1SxGM+FW4mD8NKizvZPi 6pVDfloOYfMbW0bHNYKlD+4fTjmVKaA7Mpu5GhD9mkrl/3LJSEm+v+j93RYkwiLvUEtameRP dZg+RLJXi3SPOhJYnxm7c+mv+zCzHDtElp15S+mExjksZmUQAxWpzV8s/QdwRpsn84PDp7Ar 7uA/myz/3fbRL6GMPawDvhxewN9Mgt7fY8GmKZ3ZZdsJzxJzWlKbF61R4LsGoriC33vEQP2/ wY9u0SxqovPSDuJIbc8hqxqnfpcztx5OnZg+OMbD69wN9qBpQIC3mKR/lKmJgCgcMcJQ2Utm KS5vUGltPVU2m6PssboFSk5qi+Ynyo6WK9MgWvM8s5ELsKwsYObhEMvb/Gby2vjtsPP0BzCP ECjibOtndoZA4FRDkQRpYzo4gepqrIfZzszIQ3K60h/ls4ZiR0nzCckCxXLd5F4tMF76RmRA 5JRgxSsPmH1oqJ95bkxrpWq9eLEe2M+CK7Kvnvy7N+/UzB5Ec8zJzEgtg9mzohxDgFZARroi Y4MjjETrbhv6FXzIpP02GLKGoE+nMu3pKYuNcEMwfq52QMOcI8D3G6KS6g4NykzhUcDCDV5H fjIZglBdAi/GJATF40LWA2gplyyzx9AS4i4FIzwmAwexie6pISnvBJqaFTYSg071ODBez88L ndo6AknQu4Gap2nTGm1RuV1mE5c64OZXN44PQqbkyTICzDRXszQ5Rou78IPTF7nKUNzQUPnO sDuH55VIrWJYvMRIsjOiDboiclRUjoEQ2RxIhwnkPQndw1qRew0gmmxMMyXBjCbbCmu8DYo7 lEl3EiHy5mB7bmxhZyBxv+vy1dp6dJYUxudHV6YezXLDjy50LlC0FdM5SjC9q8FvETKI/ZOY 1uqvl/broxp7/svVRIbOwkObW+QLUvp/nFwKegAFOWADRRakAvSewNjuvu5ykhOQ0iaiswyf Fq5icJO5yRmq3o6gY+CoDc54ItTFWudLqQs5aQaLlJarmQhiZRfmjAFJXdS+PWeVnALG72tL ooD/KQTH0UjPWkX3AQ81Bnpbvw21Y12nT0HcktB7Sae28f8Nps9TJDOv12Sw3FQrb+vW5ngF uNYQwjjcpvWeLGdIDBLOyifUoutIg4yLJ9UlBlvsf+a388FlgzMqAsWHSHrLx2WIQjB0T/EU unP9hDBmvfnWguFSFKgIqzcN/UDm3BR1WPGVcLit1R8xWbzVTmjYEw8/Py+nO5VI7glR4HN6 u8pH41o14KzqhEFp1khdNH6tShjUTNpdliDLZ3fPFtVzMDO6QqazvjvljS1bStczCD9XAt2C aFtfZjEYZ1tH9sb+Ex0iLhUTOd9IQrmc6M9YPmnUe7y/6r5ogvN8HXiS2K+xf1KhPm7bZKjD eRSyubjUlWLHQfz/vClND+6VZTq6xJXm+7K5ibnYWZ1JAtb49IMxOVpIgFj5bATjnFimJpXI U8F4xzYj1rrINUQ/NKki/gl9fEsNvJS/oFG1Lc5ujc8Z/2WisIxSjukAIlcEF2zUTxv0pDcv EfI6bcpGnM+1SpYdcigtZn2pwMfQ58cY6K/Wx21qvKwMwOLNgrJ+xGolazPyoJDfuqAXlLQV LP6KMi5aLRq95hVlM3weha8VphtJHaLXvZAZIepEIYzMrMCaZHKtaee0wLP/Sg0OcJBGDlyo Npq8nESacE95WYwVhSrsrS13UN1doIVHRW5ZQ2GzvCLR/ufxw93lFeLJT5e1OHR0XZJSw+/E Vztk2fTx97FweFGiRTnSxLM5hgHGe0ck8hQXXzeAke4K3vuZXq7r6bz53YIJaI4udYCnLk6t dbrkdNhUa2ET/Uu3wKFImbhrvqIeBL7Svz1CvpdybkuPAIbH/iF4ZunaEicBgl6y1TNz0rQU dv7JwYUM60aBX5B6NkOryGyaoVEvJ42LvGANqr6+qyl8s3yTVe5Eh/RUJQ8VRK2WiEHOXUSC HigLZafHMHHfAB0CccoSg+kNf+KjtyesWvm0DApXAeEwVzA5+z2d9dm7hHjj0ziMgqdHWORb ahak3mBPNvcKSkcPIvhjJI5c6OMI1G2Vxlokj02onKcinLJM4+NMGKZgk4xAA3S1YJwNEViJ W+dQCD8wT2hwcrvjRL0xLGxYbSVJ4tKMf6AbDy+pUNyYxB2Xueim9rxEeFGKGWAFBiNuPnBg TLMVS872TAHtrMx2b4/GQFN9Qjv5uyn9JmUIOQzNdUiQBwGVdepbGxR8uIPrhAVEiuLRVvUm fV+CCcam3zJ+T+cN1RWs7kMQRRd5tlHosvCaWrDD6AgFV2TCYBSTizk9JyOuVblIIeWWFcqU +VnAA7n5+HhpSo3r0yNZXC40VPPXNtdb0ZuFOhoJvaVc5s7U5dmOuLZola3dzFLONlBcAQFR 7RySYhdI0QN1RxzxWd81vzwXfPVgZynFHn0phkFJn6cUHNAe6qUoILRQEIXVaLOJA9wwyzkJ o9xs94Fd5cgIpo3NGLLu8uyadoDDs96C5n8SjF1juVWdKo2+A6iZUPW4SQeixR6IOnzxAz7F NlYDBn/eHLTKcXUEP5N1N1v6ceHcc5XM+nMuKYZDw3hpYOgIWP/k6exG+yiwuSfbQB3jBrSE z9FxtfIiocDge2qTTD6nhO3XaF5dGatccbkkrzNqSQcldgKYWX069d1Fcv/IJlW1+7b7+/qJ B39bsxxEPej3bu7ZL57Z4tnLAKkQVJ0iHFHPXSDqo0JCAHXMwuli8LVATVKwKjQngpi/LLvo euVAKqHCZ08/4uCESmG0eiU0hY6KdEbGzKyrvFKeGZiT8jKJ44vkwXrdhdbiCkFF5u4HAmlS NvUMluWQaUBaJROcSkeaRk+gAYJi1pXIQVbaA31wSv7uoZ0WZJZ9EUs+8paAl+8w0Go459Rm DjShEb4xcTGQsmTkL+6hq+0Sy/eFxMRoJKx3ISBFxh7p9q1v/YNynfFikpFZTfavrVDQK/bQ u56FOYLiG7gV5bwDRTH/v8nws0X8p1hV4P7awWAtLJIWSGlNwD9KazxkqKKVYG6rxBfMGTIH swACK3blG0XPMREPxrT4dJfmQqLip0JWSOJO9QOJZarZ3dz5sfi6v5wXgfSxPvEEP6SnAgPL 1AtDSj3B9Iz+Is4fhXeIgbYT+uUdeILP/fx+UvN1V2mivYSXQz9Z5E9pD6FnkR5V1YU4wl0D BI786vP6nxC3Gtvb1kzoCa07cvsOPOXyWxQZ2Zmh8d5DfrcNX6d0KH2LPJYh4SZV+CywVJvI Wgwr1N8KhfzTs6FOdSGMAY2vrTnbKFe4h+QOILEIbuAUTffftQKeK+M6tUBpn3mb9ImEmd0+ 67o9PZkDm6Y1AR6mbYOIscjX9CS3IGibyS5ZTtQY4A75bcT+hCYLoTh/kBlllkyfwkspx+Vw qzYCAg6KTCqlOFh4sGAVQj7T/ZXp08Hyip5VFnvBOeMxC4yGz1i93T7TQY+Cl5cVbRmQUNkQ Qnviu1v1NuusVKhX6WVyQoLPeb3F81H1kq9JKOv9vEbqK46V/Iw6q5BpeMc9AU8iGte4UpUC /VcgAEHZT6RTmqXYSK84ej0pGqkD8vFrbOPKVentUjYD8pDwLrFYc2sRYE5VejzIhiXQ9NYN 95wpqxq4c/GP3UnO1GxXpGhLpp4Xx7zK7dY1bEKAL5gWnky770byMyWkQXQ2AVPimf9yfL+h avxw0r+7xGlTUxJN1dh01PYcEzDrZBGMR9zgby47MY2mTgPKty0YTNh2pm0jhjAE6QfuKxLG tPY2cV9wmms6/i3zD4tpNddayHp2j5b4lv9eljU3eCgYiklSqZtKv/wLm8zpZwXXBVOXCp+A EJ73Ff3/1jLFGdbXArqEbP4sezVP36HybVWAA8B5nL8bT+8FbeS+TXMKlR2NhSDVX9EPdkLD J1bgPthWF11kjBO4twK8YdqFFwp11bSdjcFiu4d2LLhgB98VkLQfcHzslugXrOQ07jrPLSyB ED1PqORkHu81hBk8MKz5qjfS7KwNTUE68BebOvdEluMq/ltNXKbpjZ6qA/B1fqCbCaruRRBZ Vqd6iGdYdLNTDVFzxu+zNPkbwWiSh1Dt91dMdngesjN5TZpehDYYRYPHYj00I88oeLCmStyH SjCFW4zzOH/tEbYvbBlkmSvB9u49Dx7SurJ/MDUN9wZiOkPrSFTbdYTbC1cySrWnrrSj4zuy cdtelCYZsUl1kRBbBJxfhL4Bf1MZCIqqWqnLjgYbcHvIkKfh9C4DLNCPcCsUEfMRX0kD363a Csm2uXC/hA6KW7muCOigoNdnSGgzAtVcD8d8Beh/DmfeDhWr0dMl/cseSsWfMABDcMzRWfkb wtFVL4uEe6/ABW7YCQv0xryTuWfkEVyxWoKtgQ+3CyTHPgV68bDlXWpRHYvz+xRl9xkY8i+P 1AQovuYVC4Y5qUIMhz3b5arAiXvFeVACLLoL2xVoD0o19RzHh33lexKfDu4tBLK317tA0ey7 0jVC+9m7/+b+vB3IXQGxABy8SYetZbDbnRfJAUo5RFvDiTIvFcP1kL88c+E0oCpPt3mZneqZ YNrIk635G1Etfe/HVu+4OO2P7S2R4bKDqnhrE02K73slC8y49gbtWu9Bqw8PPsyKLn967Zry C6RhOTWbZLJkVzXrzWdWG/AuLZ7vNTOFPI2rbPcTY2MwN4cW5ym/sqQebIeMYEkiRlnsLeRq dB+z/WuhoZvN0vAmY1wTIM6sxxVdC6Sk1RJ7DHJcPjtD8Eykdf2Vae9jHrTMIlp6hELDwrKT 13/IYSqiC/b0j0Ureuoyc9+A9KH5hiw9eJJLIANJWS4lI8oGE5KApZWk6oaNWJDXggUEAgg3 gkrgEKUjQZhGw8B0ANiQqElomARxsNIiUJFYx1zeAy5vlIoITmMFeawzsK8MlWnc8oRqBXzO tERHYSCVtUBrjOB+Rg5geuLbGIqV+P1rnRDXVsF+JPngpwagOPB80tEIjtG9841EQ5l4dBQK agIRiAlcn5G9Z81J0tJodupNpMpJgkN36DtaBAiG1dh5BbYvWg0DSqRgN509v0/c2d/4wFg4 wctmaolOCZHEyWzWZZwx5Q+Ig9D0ksU2YW5yjDnJSnIwEVn2q+nR2JGBAwYn9il8dSLiNyHH 3rt2V2VfngEZlAS3V3ooXhADE/CDRaN/1UpvRkBIIqTsns9mIZizVpAh8v9dyeEzGhCluoaB +PYPMR0/vPyUdZ0v9uEUuhCzHS93BGVLzqaXTOJaQD0CxPQedXdAn2MmDNBmQ23AUmzGW2i1 7tbfG13vVRYv/H1pZvzi+UwiOs1CQgWU4pSx9OStBxJPD0gUASaBWVWz6Khk/PgmnLe+VAmz ey4l2yaTlgLhdYC5UFNYomyw4zLQNtLOgyTx8PAl3cPen4PtCQPJ1VOlOLtGRqpuMhPI55oi rcz+DIVn4l9HgbC4c7dUw45mpOd/+ynbmoXM3b/6KXRiiJx3zKZWCVUkHIK3RwiKRaJFPKio BeT2q17DiEXE+8oz+xSy8/FZ5WeIKCPpe0DGPERWQLWg8qQVCiMne8Wql/HCqdUy0qOoSaqK 2nSzgyPbhvNaV08mseSRouYNnEk+GF1hT0lbo+ENiO7prTVbYXSnLFUuPuDv1FXza4cOEPlg 96rQgzO4Khm3VFvfRPBN9PoO2ra+ATgIlXAC42i5koOr8p4HgOkzCcJGZ/+QI6wmT6MlcsJK ibCm1skZD6b5n08QDfI+nPvI3Wmzs4IJw8G037UMvxpsYmqo8TSP6kIgOxEVQ9EcjmM9IEET qn94RH7AKL1wXhfkEgT1qYQBDl/fb0eEGF9K7J32t24mwHMuToypNSsVgRwGhaQ5tqQmiNLt PKoZ6VohZSF/yXg/JftQM0Q6y6raUanLnO4xwd7ZM4Y37Roqp3yIhpUkovUWb6xR/K15q80p wqIeNtAn5ebx5X57552ysTGJrEutoQJnPhemwKuWqCVkeC46hbuemPpWLB22AxhOEvgTiFIV 7hnvmz2MkyJcSfIMPV+E+JZ6WyAJPDMfLWUc9Vlig+Lz4fBck9KupmdbxKUQPm6RH+swwjEj 2oMcJT/5LK1hqJdAL8HFwqah9pNllfBZqDTOqvsADCvVhfDFAa+lamf9RHT/ftNkVmp/YqyT 3ZDi0m1sy3boYBo1Ent4fHo3xbb5lKibe4CuJSFPu8wtvjuklJ0dxd1scYOq/kjcV4kEXfCV RLCktHLnMk6clgYb8J3EYsvZ0PtFoSv9bWf37LE59O2BynldhcVuKlTcRCLDosu3uPiLdrCF n4I9SpvIha6OM4KLGwdBunM1S41ysPfcRAgcUnEK035SuPNpaJIwTwAFYXVZugjLJo+qePOY 46luaijeF7POVDx20t8YSRA15IagAG4u24TQx7Y4C/iusSSNS2bcWQJhw2HG61FX0qZhLT2X EI/Qcm3H8LriFBEXIkzGrQJ/9nLlKuMey0Xu0g6vomvSu90/L2rZ+49K4+T8ZxKJqnyaADPv UaX+5zBtuDmo6I6565eegBOhpD2JUcpdfCKor5GR9lM0JBOzztbDicyP5Wg2CD7M9mr9Iwex F2XdYuERmVmawF9PeGgFv3Ia42pF1tK3elWFNooTcPhemVOVWfI/VZG6JsPZfIB9yCqn+uKK FlrxQ8+FQpLOrWkS3unnj4PgPGdE+U/D/roCcNW8HYAxopmFGfbwIDZ+lA+QtOeLWr2DqntJ Qjm6cYGdcOYfF8RVc5E3vNgfutwXMZUhl+CU5Zt46BwenoOS0FgX9vauop2gbIRl/J4yL2eN FHocr2IWuZlbHRHRiE9I8D82McL6RytGZlLxybTly2/daYaBdFyaalHmLhQvy9Rg6j+gSUQP GaZQUY9wWKnkqH/LqCuG2UK66b2LHgZEdWr8quu5qNbnA7Y7UbCN0IzKkYk9OEDI42Otsu+u xgf/gHhXHVej9wJ9ZQ1UkvIGcfowIOOdkSU8nJwuGDdSBHeS0IMZaTn1EhS1izY31ftS3M5A eJOXmWCeaWEWu9pslYpvPNy97iq7wWHYbEQ5ttLTzNfbnY7IluLyNKpUNx7eOgLC2NVKX65b 4XFn3iJcmI1SHNF7B6oBMF1tULtBLQiYsXhw6r/k1z8P9zfekZcqv26gAXkQSwdo1NMrXtYL E7LEJdLyyLYpqpkAy6gkHGWRS8cBjXgsylRQiFdVf/ofKRdMDKhoBZhQO/Ql5MwRwkzqOQly EzGSAdElOlprbm5ZuemJiYZNKjZT25zcSc1IjvZ59uj/GibAfsAETTVs8gzNIz5fwxGvmkUz SnKTXRX7S6vVcK98kp+RwEMi3owFwa+i1ctOmAGJbKA/bZmTRfyktHmznnRNdCOjY4gwwdyo U/bQ/FnNCL9dMNIklMWmZrHzLWEt17hxcJ0ACuCq2SFfHqYQRvMgkOKHzqsslpjYrpgC6BJd XUGTnONyfpmZpNxav0wxi6hO5e5REDYlPgWSG+wGRCwPvFRjWxJo8AZxUZdTC/tCj80y91Pm HLfbIob2OxUFvN8z4s1AF016SRZK1xLEnXhisvlw3mg2Gmb4kltszGo3jXL5Xu+azuNnpx28 JGubgsvinumM75iymiwPuKzMFW1/Fp1MThSFFCL7EN+9alSoVlVcMLMBkb5+Dg7fc59SJKY/ BiaT98jhqXOVcdG3yT6bCf9pZrlbyF7mwZPBb0Y8MfUVTfwb8V8j4l5G8twY+qZLS3u31/wm 6XKMIXxBgIwGR1qISFZkjvP92HroziZf7oxZXbscswAHpfchf7zlKVhRTyL0P7M80QP4Se5+ Um5zaS/1ZABnRU5wPvUxF39qPN7vek65Dsv0aCxpa2hvNqeFN8aYGBWkHHRdImm3cMYeRXOs 9hmzH1N5mwZjOBr35+K6h+ZaHIFnxbj6nUUqGjBYv+Yx5FEaYn02XCV9EjZmzc12jhkr4dyr tcenTHxSDu+Zyr0NYV9tLE3Xh1Yvd9lM3UpMDb+NS7J8+LhS9e9dd5ooyIikMCMtCjS96a91 Vorx5+8iN6fL3DGNYu4OauFKdnuaASajXC7Mo/U4HJe2vixkXJxpS9fwuLk4isRdBq5zirdK hb3gUdljVKsYI49DVstAgXuXbrMP3aRzUcrxJJqswAWCh0zity+4N2ftzyeYr3PGuwrXpIHd mwtxVVUxmM8ViDKno2PJQw3Jj9w97Sxs8Sr2mZ6/xvyynXzMTgCtcOiJ3P3/s33S8r3G2HGm 1HuaNZAs0F7/w+upL39OqZJAaE/nNmONpfEdlb86FdqytAusrSxkziApWNRYK+O4/i6cIYyj 7oeF3YkST+NKz95Z4umRVmpNqWrUWDmeg/wYWUaVJ5DeHXEZdvg2F+Yx9nLow5f49QDTh3Ee q0ahCbHbHuFTSfGRdl17566ne1EsfAVPx4OWbw5SzyZQMqEkPMbipQCwwddU4JjCgT9AUDOw Iy0UzcdaHctpo6cK32tK7o/C+7t3ANegZDhIfnnqm+ITgThPFJIEpO4bIbzUqCpXGhGT9wDo XM3nnQpdslvq8b0LFx3g/os8JjYNTGY1S+laUfmTuz2Mmnw7ggpZbEVL3JoJsmKO7Wtgx8NT Gnn5LJrO7pjkmOi2q1/U309i/k03jcqrNkbsxcvrWMPzavqPEL9/KP/RdwvgGEgTxBjv3efx USNYcPgkN+wVNDSOGiwuUI3si/+UtFkXTo0BkseCekzs0PisP4AGtygyTmEVFvPIYM5Xhg0O HoSUnIf+1hiuxEXP8jy2+dsux7IzY1cmm8tDWciTWllRWlLX8RcMUa7ithGZcczAUuMTxs6d 78ZawXEm7TjzEMt5QwSpbZjC0kuesVx+39nIehT5NqvyUTLOAQVsqZeMY4AcGl4A9F+OY1n6 KdpPbaWIPQdONBI6Jri4vY/uc8EH9zI7X0klxozF0h9PCnVmZ+7U8vwrardWbrKr96Ly2t/5 NfjPTcqgfY0ho7lBlw1BuiT+JO+D4M6BWWjZ/KeJSGR5bXY0LkU+jBO/5EUQOjgTcpMckj0c NtLrodDa1+LlrgY3kw0tvDQp31+P4OpdP/0NQ7g0QlUTMhXVKLUxuGpR1raTFJ1BTWqCi6RT uCLuMZ1Uoc16H3EfOuJgxrFnbJ7a7V8DVfUKSRUtT3z9FWiZZ0b7mYaac3SYh5qcU5MGcofJ 3JaOzN+XBMwN1hWsCXZaSlujuKLNRHvss98yHQpi6hVXysPZj5XFfsj4f8kwDoGMLacx7+f5 6Mx/WmEvTSt8gJFn/Y1eQja7r4FyLgql/FgjU/cQPh82329PlVOM9hvmmM2hnggR7Ycn1QRD SuZGLvepGfyoZoN47SI0rDk58YJQmTlSxvjeHq1Tey9jNYDR7QXXU7fmqo4cESNiVADQaLk0 VUp4KWzQemR+bWxeAIwfsTdlugoCwF8j3PIY+0XY6l2s+KLKA0xlPxQ2sY4IxudesEIOVWAX 0PpFZAEUGIjxzgSdkWwObj6K5EQtuCbpI2R/gY5PNWgSo5tW4QYo3TW9GDpUPGodj5PCZy8m igh2K5mopnh2WF3oN3L09SetZSnWIKvE5c1vasSJ17rwtpG0oqpcEPDRFc4wNNOY0DrmK5Lx e/l84idYxUykVUn7kgM8k+YHkg6//m+u20QsHQ1XnhNrLSiRxseIDrT2w79/YpfLxnxdIExA a79ZQVngHaysJemS5ToCIcZs4b2+KbKUqx6w/6QTevuhfmfZI2t9Ijwzx0TImZ3IHlFkk5Yp Hfw4H+296kKBT/OXvXowGLdbzzD//TF/Xi8HRPrsxOpIedZVczEMJ/0lbq6WYJSCqOnskbKG mXAPhUXZvfYA265P23QD1mhIRQGURCJTWY+A4Ki5O1zB6WuMUc7FIXFyEo/bPyBEF7pKZZuU W76OD7i2Mgh+02tVTM37hch6QnxKirSMmxJkduek8dMhR41qk8fCy4a9kM1dJ6VE9WcFZd4V M73Jk3LnZMCqd8RhRBGkR36EibIiZK1rqCbDRhu1ztibRIUojBampvW3xybRB4oVcKewsmbb yk5uQcRMjb7AEvRhVFwiAM4oBm8muEd3qyEcB6WHtntc8Vfx6cPR0AVfI9lEi+jo17YIkqQ4 h65Rqp2Za6Ly/kQWdlMXConKmr5riwqV1u/cOPWvIQqdW9VcK+jxKoc/U6jvYb9b/qru1ad/ QSPXCplfLWYtkSF8vbKJB/qVZhLJnTqlsCw8PhDZxZY8sKsFchmRBq3f9bTNyOmSnQPhwwav Yl7KQTDgXNJ1LzLhH+vY792pUJ1oipwiNEK6r0RGrFhKdFoYFIBf9wzAEmN6vHpQpngVCreE o381uZjka1avteU/m1eWAdtmMfWq+d81Dg02PxNvHL/bYG3mOEYGYu1JBhr/yvC3/fWgS730 120lOuRhMcaApfMtURtyyAqA8b6wNQGl0nTh2Z/ZXyjtWwHhSxd+sMnZtuPYEEeO9t1C5biA qW+gN7/eyYcOe83UIkdmhEvn5SOmnNK2IrcAiYiAVLefAgS35y5+0NAtbyZpJrtq8CFqCeCg AzN0LP16P2DWWUUf3Jf5GaqDU2h4xVrMp5phcmYGVMX2MsfsZUj6F4q0d3T++9Hmn1BFUhWd 8uy+THLEZ/GqJShFitECqVBwH0JvO229aVCBtfgRyR4IAhBSLX0jpgGIs0aaXmqR4wAEF08h hiEpeRcRaSeSsOTlBkda+hacA/3Gmmk1phjq9ICootHUHeLNtVJiJJcPjxwgEPPBfMHp6hOV L9MSBzFMW36zQ/oseWXPt4/yfPuls2fmCpjMFqgkxQPHrEDAGbnZM8RQYW3uMq16Q+0IU8zG XZ9HGyDZUmiWNtEqry6UpR24Ek/+RfG5jd3Z7V5DX854nua//w+veeJwnY/7Z4FgRcEvRh3B mnJpKKpWy4+F7UI2x8yicEmpcynAC75BLZZ3KUR7cIzWskCuEpofR1PM+zHJG2Qu1LKB4a0O OeAeykceoV6nrmNAZdmQAlZrM9yPhi2cNYROnURj30u56iEn19WBvyOpskFXmMmYMHTNvToz NcioU7sesVf59nkF/cbQb7ECWFBCHulyjarfBNte+ZphYTAi8F2QnPyb+p7RJdrYTBE/Ikfc ZW7ZAlQRA8JkcZrEeHc7rC9tdrP8NCRFId4aHfFQGIPqaF77ZxH83E/qFlKJTY3Y/BdyrI7l uNKQz3LJ9tOniFPctII2hTZ7nyZa7fzvzFtgyPwHAuA61DPMFv4KwKiKDY9R3FfuLJ9Vk234 1C7ttdmTnSiI3BCm77kfOgqT89Dh1gAoG4hBA0+hfRtcJQjRfXSq6VVfwMO1J2cDnohYUyKM yGa8a9CnpGU04+7x533p8As3ttN4zvMC5w/JGx32F7pSFRSWDEl9ofUO1768fvNlqJ3wk2YD nP0owYhioy4A/1U66v28C27V3qU0Ao4Amdu3x4MUD+mbj8zVpNh3NPNyb02zMRF1x7eFj8NL 02cJb/fe++4O6jpzE+4iLFsls6EpnRj9jGs3l+gVJvnCW66qgWh5/UhFKXiwHhlzImFnpzpD VCvRNU85mU6mRW7ruTia9rDxuIgtMSmmSeEoQvql5jeD8F7juCaU7yNCfDlp4JKGNZX+vU+R DsudPrf0xtOm2nG+bOb4m5Ycqc1rOFp0sYn+SNNNNNADkqwlsHCpkUzFCpkT8JFbzoQUT+Pj mtE+4GzhwW3TTu0UptME4wFNPt9QPcRL0p0AasF3GSIwwiiQtKDlX+w02LIr8kaHNilORwQH mAWaOf2YbgjeyNdG3MGhOKNQoMrMi6vH6CtDzkALHw2IghlAR9S0suXJEoWOu3oBjFDSnj0A 1Y1L/JRkUu+Xt2+FudGlnW7YjlLc68qiGhDbC4jsq40dlEh3C2zBjzxdJ/JZ5RnfBpD7qs75 21WaRVTHWdrQcarV4JRwOK7sJobcO+q2x20nLSABZ0c6Sde6939wD9zrvm3jCfOD+1Zv8mex JTV+Wu4kyekFxvDi6NnyYY3DK850rlVIis1Z8JD8AYBDynharxfB3qaqwusYpWWeQ0TReBE1 TBTAvrJk0IjsnPaJwec4ow+oqkLyCGHvM2K15ptnSquEQ4WU1j3ZOQbjoLWsm1JCvHJTPLDO iZqpBHDpIweKQHAPBUJRxc9oeItjmFaSrm+jG909/0ZJrTkYqWnWZmpDK7fqxVUxIBSYNupI LslWEcfBNMVYJAPLXJcNCOtQqJe+cMiREp/uhE1zR7GlV0kKo8gHG2UYRvLDoq6Bn69n6zR9 Y6ywKcdcsayaCKWsOiPI15WNDeBfIvMCnNjvLJOLKI37uQVqHUbdaAtnqlYzs50Busgkgpj2 PeAI1JyuU0wq2+dTjpgQ4P3isym2h9SD7zILls6EYdbYS1ZlQJAnJ69ErxHIfaJ+J+OeBBlw FBipq3KGxP5dKsQEovPcW0fQ9e+dKB22Dk4WfSQMWWAO+nehfyQDcehaIK2CZjU/yg9y9hcG cuMgYk1icyRaGaqPqd9UiUArRvOYoW3cOHzipBgsUl0KE8rC0YFiEX2IrpxSySk13LrFVh9s IoH30bD0Ad3bE+hjH0e8ow1VcEZFEu7OL3N1A3nq0yM/9+07TgA1PU1OuvIZAc2E3WPFUnvB OmlSHgb7GzS+Rexrqhh1JdvYUph7mozofyrAokUeV2lwQPem1/HoJvgpBtPDJYPwINmwnovw IJqJwUc42+mbqEIi0wUGWh14Q1Ntin4A8jmk2WxkBHCJoL4Dg8Grc7c2GJPT9CRGlwWYOOJv RpSE/SHlixiJvVqSofhJFP04V54ZjPmuAhKVyS7RoZ4Sngn01UUMfdWgbA6efosSt22O3Pml FDw4QTDNdCQLsBqlsJceDl3Rf8XajsBG7Q6Aa3xe39aCFDRcfzcJeXtTPZkEGc2kqCyK6iIJ V7F/0BlDg02FukGsGp+zXyMfuA8CianFPaAm97FTy8jbbw/OGoFGgBmktsVCeOnOe8IPhb32 km/PpFSPnzQB7bWL++rG+aSriG4h5Gk/KL8n6VipWWMsf4fKdDUo6dD5YBdcaJE0iltdASUD MJe3iMWEA8MtHuLupGK4y4TEDlAuPAn6/+u/iOUTdtsSRB2q/CNl9DexSK/cpAOwnVqV/fmQ DoF8egv/+jSgCFF0gIdWgc8JIxIT0X9XraHnWqXn+yw3yOIMmWmqlSmfR0mLLi2ET2RQxqbI sLimRrl950UqcdbYfOIhqXyqy/w1HC9j5JKvgx0CD1Zak5EA2lmjBbe0a7Vor6IMe6Fl3y3O hAfMceABTQMMeezEnRXNCrfPCEar5GoT0tj3sH1SL5EoAGyaZkCV3DtHhUE+Gxollgof1+9Y rBYn7yO54XWvjBbT9+EM7QQahj6L5Bj/Hs6e/eNMQMhfZ1GFggFOkz89TQA9dZov7PcmulYB XJrryX2r87ondxYHK5+qgwtjKhjdUW7IVBPqP39dBJZVCkXmqoczNRWM66m+42G+BGtUS7Pn 9qdQVnNW+BC3A33K7d3dn1yzwR7PAFzECfsygSi0WTw9p1hfHgy2S6asUh+tbjkxeOlpEMWJ XYU9rknIEdrU9HaiFFcCyaYS+WeEOLgO6BAVn2BljjZwf3xfGygC6kxhYGzmFBfFexQaIL81 qkaXU+vCscFvrnPGM/dcmb3c91/a++m/jPdXfSIv4/VMlIDBrQ7NddcW0aCJVbuHSpz8o0IA Pi1SFCPRtRPOuFTnsympa2ijoMQPwhVpdCWDlmTYEEozDobravab34OrD1F1AqOKA7KK/e5w dMQyZyy2T3Nng/MEl0pq3EbT1bbP0aqYgM/sddUFp3BoVlzNcCgsd+Nu0n0hZhASEXIh9rzr AAdpN6QbQ46yqEKl/mAUvlxD66tVIa7oR0fwXilYlMmIGl4SBpPJk3YVMa1RHykVP7cjHubp KEA/QS1EuruUimn1Y/HdC5whrvdurVmIc+Ix0vr/n2gFKArQpL4bUE00NBfbDA0QrpUOurQo MHSBBASXZtRAGBk0t0xmnXDAzRcA4exFXvW05YA9rMTICddOu8SWXPpwUo8QG69FUaCJgBOX kSzlw4plaZj5CbovB0r5qc9mh3ZY/fcFnoETylzorUXodXEGr+UYCYiGuZVfkr/7X2tE61c/ GOh20D6QsNBYkUcq+Hko7mKIDBg3YOBtzcwzdEimT85iuC2Ma/fzxFnM+BNAU3zXXmdYg1Wu dK/lsmqxjnUAkd+hJxf3oIdp2WadRzkrdJpvH7ynRnxwrrSDrBjhrEhJM0ihQW0CVV0QpOdA KugC3AEreCzvd9WWPdef9KUvipiJ8LKqhREJ9CkFiLMvhJZebFZQcZuIB9BUTkSCNhdPNzCR bNmAP8OGY2GqZAJNXXkbxJdUDvKiX1N0AQXYRKl3hSItQ/ZxmCBfYMEqUV4syW7mvGOPPvCR aGpSR0cMP1EkIMjmwcK1Cgeu/ZSgq1kK17HqtgbmvWn+GjCSpwYhS0heditClwyO3X/Nudge yHGVNKb0lj34PCNdlkMauka80zaU6/4p1shf6jTeY7OppbApDWdgNDV/7R4QXMAguvIP0Hmq uJnHJs5TF+vpz9YjUY8UkrOrZ5dQC+fpWdp3BpxjvIE9949rgXj26fc/CWTzK3DVRg8ro5S0 dxjicKasFF6vHHupUj0rOBUB62uJwRHAHNg2rbvCL3i/OzC5kBc3eJNUJe+2nbg6tQzfAJuF BjUjcftaVjVk9hOlZ2MW/JZBxi4+DZEpAgRdKxgS+J8DOPy/X4kDksz7rE95e7lsjEFGCfMm zBKOBCNmwlaD2uEruu4VQ+V0AqUtc+mI+QKJWTEEjhRLgpqcnwZTpoLmikvoHbnm3VXQPmnW wOlmwdEY7zosp3tdKaTGSySbT+HBwkt5Bw8zpQyGUBOyc68GH+pB2b49jeOlclXsfxHX8+Ld da0aFaMctqmyWeYYKh0gwR9KCo37MKrL3EfCXSfJpxOBeakJerrfc6Jf05ZSJVLsJdJtJyE8 R23RhdRpykxG+DZGvyZFz7becUwN7c/w6Lf2sUVHuDmpMPfdYqeUtw8n/vrCdj6mNyZucLmj VjNUqocrYY6sbG6+v1YnpTzIPIBbf6sW2pOVKia0N2lIco+0x9lwQGzDxw4ZOl7VX9rap043 J2A6KgGfgDuPutkusNCqRHuHs8rCtx1JBPEOpn0ULdXZi/E9EDOGUtlPGDAjcsMyNTHzFFYz PIIvF/WEdnmQ01UFE6ezKGVhfADBGh7KYqcwztjVF0vibzlUjRb90pm7cCWwzHMDmoXZDQZ1 FhKBLe9oIWqffL4vXJllorBBEiVYqWsiMTrki5RX6zruM67D8dRJs/HcHACT4EFiTR2G6VvF mYg+9jgZaWCdvjGfBcSFca7/Qh10NXI4ikD9j9a6od2xWXMsTb3M4pAn4fr/NjCYDd3antCQ DyZOHCqlkJWmyWHTNBEaxvSSi0QCN7U2trNgD0SMxtpCr0dsf1ikLkgm2tyT+CNHr4KP5mdb CteRtzh8XHezdtw6TEHs/xvG+rRrWiVg9THHzCReR+OriOqBWre1EE5LYGx6AXns3FrxLbP3 D2XbI//jWzSeh0EY1p+nIrHBFyFg+0USXG+UsBQFyfpKzmNZC4RhJCvb+KoUBrG2sFpLXo2I RaGUh83Rk15cOZmYINzzEHRi3kgOidKNQdzXHhALKLT2S7sb5ENpF1JjSCvrBGmjPWZQLR3y pC/mk9nO8K7KfaGVpsjRCgyxz3aCkqxsIFTd8c2JU5SVrun33oJTIa/NgppoamQADpnDGD+6 pkIO9Bzd9JEA1BBW0YOslnmhkTv66RrhIq48OSVtpOqxC29iumbN0K71krJRfKN3BpuYBgw9 w88qQxopeV8YzxlfUR83sVChte1LF/qR7Wgx3m7jrn861pH0dxZmF/NA8LQKjHVviATy3krv kwSRHPdsTrhd22+DGgK7dV0zdf1u9Yw+QWNcLMJHtvC1mvGv0o0rPgS68bhv5diXgjwbw2in VEO2ccndILzx9/aXtPKse/NMxRJ+bby+a4D76+5mEU8P+Bum340MJJWCVoqiXBPV2shTaUvS b594zrUlBNwvARhX0bJayiTfSqQcASvW+aZ/zjjpVCbnFkVC1JDhnZ4QYyhP866esBEZwN+a QN0d81mYt7j1fvUuTJkjGbEucOAC0aTzanjlC276kveWsgRyOsEp65Q116teO/Zkd09ewpmd 0Js4NDOHT8Hxsz5N1q1QdRhM/16YO2+UuCAgtVHc6Re7yoEfxVw6kF36Jj0zPn8A+KDjvMhD YHmkptdAkOcCB3h1e8T67Kah+sHPPv2mufL1kq5Kz4Mq2Z94GzxqFlNsB8/gw3/BWywntpQM uWub6tjswpvBjI69WU+NkX3XlyIoDDtz3BHJkaA4YxZ6n1Z/o5it2cIL3pdWtUMoyhedIeDJ Z2KLK0Ju7uS1/XIcumrF5suOcQU0u2Ujq+GKhcQVLx60pROvW9bDPUsFkECket4m7Zc6F/62 J/cYz347ZjPYdJEv9mwIGbkytKov8wgQf+4URoJX04dSc9THvFVUZ9y4Xt3xyc8cjWhkW5wI gcIvEpwG8Mypafb5TX+nFXtbhHGyzKrHavTIOSv/66cWYjy27txNO1g6phP/itf0c70F5d/J OOljR5I6iKA7PnL7QLJ7gPx5AFwdH5pzgOhO31MJDdsNnYBTZoY9C/7AxMOh/fS/r6AmX8NC tn3v/+KyeRcmSvWix1IF8xD7ADl5XKv1BWpqb/JVFdXKcUVbMXOJxlA8x6hJ4/CQZDCOSrtx vWvdBsjkiP+ZOAUohlWQTB0KM/JR/XhKAuYD8U0K76+nlLzSainnNVAaAKc1G/M0bwIVtClE ZSw0Yu4jfsYs1TDFj/eGQjFn52+k4k315erPGBCBI4myOxj373GVV2NubBIe1lJAEzjWGCdT tkxhP9NaT1+aBZ8cz7gZwGtBPQEgkGkXrAA5K18HbBgBdjiLUHVAbGTMWqa5uK9ger8z8sSE zOawXy6iYIJsbx50GO97E//8YNTzR4h5iBljoFT4PrS/As6ygOAHB/+5IVP+nJwCZlckXK0d wGN681n2wsXy8GNMOHEpHG1SMmOPzYrg9gTrTOdFHNdgcual0Adz7RUgfAprkPO/1ULqp+Z9 Q4a7zYZrYHVL5JULNn7XFQo4MugnvyixLFeVrW+ZMCIJ59aDQpKumdGqkn4fKI+BYbFK1P79 RvOg5VC1MpXilNDOQ4b6qBtJU870jjuhbEp9xD01GzMIYW6Y1wzWotn+nWItiWe728FKh6gi pjI2wDon/KIVd2Di6c+IaDaHN24+z/9cjWbB+PAAoOSL8e7EJWuJ0BjEQTvgOlytst2k/oAE FIt6NQuF5NFQwxAHcR+MA2W5y7wEVUJaH5kb++wTfHVjv7Vek/eTnPMHhLYwHJ6aTZsNs6LR OyNAZGbdgDqecTKc7spnQOJXy1vfqFECMHOyOTbMXQsxidqI/hz0U8ze01MbgkT1iWIrk2e4 LPVzSbLxUIAA/Ohr7XRDEkkrAqnoMzohbNAESQJDEkrMS8tshQ1scHSitQetoU9a43vmn7qn 0PTByAZY7S+ghXR5lTYF//L7/C1dmC9HVP9LlS7TP5lMwxlheM5gLHrMJ4lLit25niZYzsbh JgMwCsfJGKjrAYfBs4jDVX1Ew2c2noZtV6LboOsggn+H9SXOc6Dlc5lWE64Y+OnMU+ysfxi3 5flrvyb6ILUFOesIy1ZqDKo7v3QS+h4fdtVSKgGYyuNBVCKPJxSDIAkzLgvId6Qk4g40qY65 EIH7i+N3vMSyoRvFeTzaXhaQUwO8s/s8U2cnRdCxY9xyjcCS0KVxzPdvJNBpmaKIPEg3jsto +qNrtFbhFXlFewrfehEfPL3MmRjMJI/EiKZWQ8L7OT0SMxuBa415ngGjoXSCGVT4lz++qtlB rbMGaCv6CJsBFJKyNxA9gwb3pIB6ZyxnjdVrdBe0IBvjSxHUApT0NKJlM5ZJu23pwbyVqzwV YPOe+FTV57b5oqYWosbTrFb8f1/vQDjKu1BIXWOPvpheHanNPKighzV2CgzkJIcKSfiWbgC3 A99sL/otwPlPvlKEloAOHHVmOPpW7zs7dfGimAz4qfKKVCJayW7INlGOVTCbL3tTrf/QtXDU bgnz6wuiaSi6qlH1yw7+jiJDfoYGzmzg+svC0D3x5ccm4IMNkL6aXuWLhGTJfnQJE5CJIvwt nc0UahkX08q5sZQfbw7XVNehfFGXUzjuqxZwcxRCxMPEyOlpEUBYbLSbTIHu9li9aX9TIVe4 nz/CL23EhCTFVIx27X8VpVrDXFO82YwB/nwLrOOcPYFhSSIF26gfUwhp7AwffHMloIqLvJwI 0qESPTRpmbWFA+vF7lEJlRFv2QIjP81waiD1YD7v4WNcWXhHUDzYsjqcG9G6KHvcdB54qpK0 FWbSGfqtvdv2m5Sx9hjvKf+9DDYzbuo0HOpB3j1nzRK+W0o8TND9wQyQdCMa4IKTj6G8WBaI 60+W8DhFIVCEEryrtmY4XQARLh5w0coQPDvClxvFW4Cvr8vTAvKR55HcZwYroCZQWXJ1/Kfo 0xxgsE8DaEy63fxXlex1RWleZTxC9qKoMThHUrsyVpfwUt6W9gtBOKbTw7PUEw7JWg8FCMXJ 2iqA/y3hZYPG3bUCd32AAu2/i4G1BDT6utbdNiSuToPpt19bbyVucg9hP5kUAzPrKoDJZJor 4Q2R6XfchLLfquLbBIIK0feoTqsyHDcIbMesmI0fUoHF5ks98s4LpUfQucR0vefmd+dHmusF QLJ9IvbM1eDFEMJKITlStp+54PlX+Dm8i3PWoGoRR9qXK91t+6b2/17OnYa9G6qYgrhPGPuV PzAhEyG35Tnjr10NGX7usGvUhxjPiHtj/X9VTTaSuml2YfrJ1SfvjfBUG//NqdRx1d2mQkCN 2oZQoyGofDklTKqVMA4H3Cf4yZvRxwmpxubP6uPPc6QBusQG+3VjFZKryFz2NXqZo/g7Tv55 Y73hVivc1WSsiUWtnXcZjD+q9hog6XXaIEHIjduMiHfkxSujc9oDRIYCTbx3KylHcnwVEuIl bz/CdyoPGyxpdV9KY8BwPOaXli84J7w71358GH4x+DI6QKMag+eu7lns1mwC3r3WE/zk3cgr nPUCdtsSfMGvpSpG6RCZDoQzZZ9zwRnHRw9zJkW8DDH+++2pM55sexbGRwnfuU9yqxsm8FSJ +VOWhEfk+QBRh9TcA31LWaGLRIW+ClxH6Xz21xyRWh/pWK+Uj6MZhq4FN++nGk1HhblHEcov UKptJz1klEIEfjos9wyjQZz7fVQ6D4S1vm4ShQ+h5FAUc7yo8ErnT2E9sKPv/s+iuPTnl7kr s31NxmgGnA63tE4/AIzxLlvWlgNvOc6bKu7JmwJlQFh1lr14mrNgUIlb4USPUSh/ohSaHAbq IjHsTzUXiqUnNv1w+H7wmWv22hk4K5Iq+JahJH4QnrY8kbK6145tiLe0n+BnEcyklSXY0IMT PB2dUvQjPu8qGcAgTdlLMVfdMtLyY/1UVuTxyzqeiD/IsM8AMXuIE1eyNEociPVgb6wCy+h7 MHGj9F0INgaNI3UT14gQoWmv234/TaMlKdEYOyH7Qkw4Nr8DDhbVz/OgEMRq5P1uunDU2fRj oHgDqbLCQrknt7tAo4er+zsZRWnWem1RRbK3VoT3dbz2kIf6Dl4z0Jc0MaRvXV4Ckq6Wa4Es OyCg7QX6cXwbYs5DXclD5ADKAas3qbd4P2U3r3DfiHMr0fU8tL3e3liRqcF94r9Zls9jJQhs /Ed3y72w11sqDzPPk73Ay0hTBH4/bcrzjg2p4mkjJuSGPFOj5X5wHNBaCUHfNvQVZbVsdETF s/y3IlM5XqJ/ea5/s8ektkkh6EqzcbporwIC8Do+54R/ocjwnAWUZr2kugB5mlZF2/Fiq7Dp cjfAQ8/KbvDIOAsKJ7hlj0JX5QNZy/4qRyz+D/DJMIZ+SzlNz1XWWGJNepapZjFJeg+nn7SJ GOPaMUgou4m9GFhuFtjz9+xU/t/9KF3Be3K0iWAVKK8SKyRVUmk6Qb3lBKiIrsxGE+ElwwRX Yq7iKSs1bb9creI2R3B7WkPcAUDk2mbRmypXFN/L5mEVCzRkSSeJfaX7ULLjG0BPkoCSxWsl Ol7AmUyzUyrxDqERAUTRH3nIvGq3rJhhg/RlCWCnbM3oDMCUXi0TU+GvUCzJIRFffu78pqKn RfytyMOHT0V+CvB4clg5T+qQAgOKjoyokEm9n9Y/pOaqFitAnR89gXJwkXRwq9QtVYrQ5kWd GJ1DR0X7Db0vpH1aamHKKj+La7ycK+cdK9p18cck5UUw2jcB3XHDgXIxBQ6PKMe3uTMYcvkd 6ZIxxoqK9hB6DWRApnBmVO7W98znv4lLGwyqFW9EPspyyUbt4u3Ygw2CAV5UX6FNbr7B3vja E76YcnSP/H1IEj9MJ2eU8nesPa4+3zU/6vtduJ5XfzR/hOWABWzE2UasUmGHC7VFhOledNWH 2P4Ckhi0wG2Jwvm/XNc7uhc1qQuYn7AxnfCzgC+/0qgymrvETPT7tc4sFie5zrVweikzaEO5 bPndSlIamPxquEN3D6yuer3IlB2ssqGc4ie1eC21v+RHG2c47sC/owGvEAOXdf7XEinjRo8N LllG/t332icAWADDPVvXjknykHEUHUTHHVmlYvA8tefYYEJC6z+G3ZDJEyd1dm3lYwfiPFts 2tDUVPvwoHq1hfyLEhCoRzwlXol64gy0T25mEI3bdt7V8ufpp9LLGrT3KTO9CWgSAm8F8phR 4Pk5GIMpltMZ14tYlO0IIz9vNo+3ciTxuFeifWiOcy4zcEL8PXEoVQL82EZJFkbpuWdN/pB3 VDh+FgZgrms+Jl+E6P2He1g/p7u2A8xKXfJFOWDtwztqq7l7CFjd0dblK0l2PPlmcEkB2jxl oQAe1IDT5u5fF3bG+hqDx/1ILfNJPWg2mZh8QvV5nFWFe0Hk5L9fSrxNX4kHbBGVcRVlTotA IlaxpwQkkW5m3PhgmOohYULh6k41Zyrg4DodM5ep7Pf+QOz0xsz7XH6sV4eQWoGMDiNLCmzf Rb9W2dv6O+pmPOzHY87mwmY1yQXBmUgVBjioMrrIP3vO5Ghsa+f3fL0Sfi/hq9KMCMpQKje2 gL7KBHPFOz2mgjvdm2GYxKYDWSUozhdcgfE6it3H9rClk6JfGT91VaKqFr1nBDcJcy0o29D+ 3Mqmag03+Iz05CX0eeTigp/6sgRVKPqNWdQPdY88pZLF96veGkCid697pNZYDjSpNLTKFGzF 16G6FsUenzH+1jdoVdYWoW3FpFNO5YqkW6f3ZxKAdzg/ECPlBBuI2Jt36/n2woMA3tyAnyFI Iv0M0bnhCGgm1JStmk3qo/tyGPhkAVJYQoBQ+iGUeXi99NL+OLRJYWfO6iqAHJB91J1Q0GcN ucKvsZVuS0qyHHdJi+t34b9Ftl7G2O3CDSImDlQ9Ao5JN8D6dshF+7xwFiLF+c8EpTI8bxm0 1lAbvAOPYc1sc4oeUBeDeAis/vs7aA0dsYxBb9rU9QEsx8d9qJWyEuuOhDG9G4Zrv9g5IGM7 3gtYxboX4bzuTVR/foorY1vyua5Xu+IBO10fPINkbhmPTIwQFCyVXMef2pniQzv5rrvdkFe6 IPHjF4mK3vogkDGQr3hS4E5MRsO+jGSUcDbBpLEaLvY0p5aQS+F9Ytr+5Csp1z1lQprDT8sj LxjuJuC6PNSLaw8UD65IOXTnIGvKd6kOJlpxxAsZPgqviYYn8G+8MZuuFLRpb8h1chje7JrL KibuuSJ1P80YXs+mxscOoV9CcpNxreAql8YmnSf+erA21BGIvQ1EPt4HnGPWE2l5W65TgZ7J U2gAz440pzqV63zr6JpIVISBHLYFdFcrPzVMSz4vN8M5/MOkNP92q32oiW0+MtbfNzElT7ze 84b6OHT3Saa9NjghL4OFkP7mh3BH/2i+INpnOyJMN87oIBW25AwlKmIvvr8hTkeR5EHlDfxb AOY2edlzTEinuwCqNj0OQVouGMFucT2Xk858N1yhJYts0rZe2l7cbpDBu670R666YPZ0+d32 Jsu/uLNh8uNBdnkMf9n5i81ID3PSMobc2JXKT//29w0Hr+7V2ucWA6giT6utCbemVBqkWT07 anvom5dgUj5ShwZbh/Nl7I7xpwu+BIVHWyjTrtJD4MvXXcuyalxvnbp2D6tny2nraUAbwQjn 6QMSe/KUnMt0MAq7zXyvRQt6MkaduWCt6QRt2yavTLMEokyDDWjVH0qtiPOlvTkuI+Cx1DMz /9V7dFs5lG2zOOLNxx92FhU2jeVSThHOqhCNkOgfCfwal5VndmR8GCVdwggxsafYvitK6VS7 3XQQynN/UB6lJILuKvC38LgPa2oixSyhxUn0+eQ3i24sOBFMhw1V8e6Z9WoBwIN7b4RtQ1md kX6UBHT8dMawlOmjNicG0aT/a5NVwq9Oy86ZlBEbCVhOGzL/XLfd6Xslv2Ljg8Cy197+d6dp wOuk3eS//VdTZzGg5rvMjyCAZ/lLCTycN0dv6oRTGTbH4qoqE0JFye+YkcN3r3ipjDR11Wo+ KgZP+GJiCddQOOhl9J6k9pH1Zyoz1kuPr4FlnFXWtYF90/o47nfONWgyuVNa0mYCbDXAc7aG 6c2xlPWwSOMYZMFAFcet6zl5+8KYKRlsKlgPyF7Z+MoSv5eHKpfGUDWs0E8Ji85Z4SOztHuM 2o0RtXRdZtm+QikQu6FGpA3IxtLNmOCnXSia82+OL6UdJDbeBjlvsmh0PYfQjbGXM1b/0OGi v27ql7OWK9O8drBdnewWfADJbAj0HkOS93TjgSvtEcG/Kw+RYAAmXj4+zIzraJH7J82/NH5a 6gseDqZJXy5iIShzIaxWuMw12O7aPfKNWF5kehqhulLjBMXBG9KpW0EFIIRdiNNHaRTvh9tc NEABAii5cTf33cS9a2JbRM9bTM+kCUPGjEowetv7Yxm3DjwV/0Md4Douak9XT+XOuZ2HSETN rRZsXBGdLHhZ7ATwUC2zntPEEHGmjHi0423G+1R+TSOfTOQdpUWacBLDS/TlztpPNqc28A/y 6GKuZfNSDHnmhKMevKMQr2N+aTHxHPShC4SfVewegh+E4jyFs0CQ115flbPOhIscivVtqfkN G4JXIAmKqUt/lozFQsDh4U2K+8AAn2LFamA94WTcJwfc2tnBg98kineTRCVWncu6lp707YBY CFWtHlP09qRHvmhHYJy3RwoGJaMLS3HH7H/y3nwmTU6zQtDedbmoaJ447Xyd1ohNAvRVnP5m acocSmDmYdntapCxbfkFtILGy0igGpBqScP3aQsfy/PXi96qeioALOErEY6e2zT4pbi94blA Z939arfwkZONU5ZodvjzOTOmkNBBcO1Xg+yCLoLE8GMuby4x+lKLYVLLEATfv4YBuGyKp3qO yhmVr8vsBzHEWrKlRXM9TCkBkTrBS4l6mY/4NTK8uCibIO75UY84jh2bArPRayLZmWKBSdiA vpcr8XYjLX+SLXiehdba3CCF1x6/5cViHq7c2t8+QvLTkLFhwKeOH0OZAE3lwDWoVb2Jb83z FX5lOX1SvQdl6E1iUiEEYxqKSjuNxE/paMBVqXbEgBjX6m+u/0/zOcYEbJDiGlX12fK7P14x S3/chu1skTnhTXRLlgrcso02uhN2ST9g6SG8c+Mmssr52VBvSAWe3LNHlB5XgR8aMM9XrG1V hibWgTvCd9PlAmsLJIzCbu8/rpuSw2pYuk+pQIXIRA2iU2hX7HYI+5kP+mPbtaS4XfSdDdQI 7130S08ZLtN7eCS011RKdE0gDTsMVSBaMFRStRf6TBYTtAJ4exgxUg3mjR32bVPaQI/sMr1Q ZG/vCFNn9WPRya5nwvnigD28AGGfhFVGhCJOba7XsO8rTBwMqf04AhiW47xuiwGIM5FJKv9B 5ufKOiOw5PSBkbsP+xF+lKXFA6v8+F/EIbA2k0k/TFhg5d9OMuy9vxurnTSc12GYBp4UwiqR g80Pe+gMPht0GCXT2+C0HeCQ0Qk2+nAAOZD7CGr3eJYGklolEeenFXInkgZpoA/uASQBQqyZ MsKCMv8WY9+mczNRjFWmClVMh+qgPlOUVRvt0WTMBG/lF0anHBvkYBcvv13tqHbF/Z6fotJ+ sCsXPPaB0DXP0i3JViuEix5Ia6IscSmvN/SK7srzbTkCv2mT4nErdbk9GNmlADWzDIZT9iab whAGtDGiBqpjebOIIdJM46OmRzcia0LqM0e4qRhvER9Joiz9T36uzSRS/VkIX2KQhyQwZ3kp o8PJJ14yGX3Cfr8zEAA8lhhV2c60Nr3yBs+E2qoiyBkZyYNTZudLYRcX+sJ3DNlL8n/PLG3f 9uPbM8WYhVA7R+eFAljnzyPYtr28XFr2/aCSuZrjWP9d2FJAS0XKoigHIuCXLYAhQEjSWr55 kzlU1Mtfjml4/3+/3nqLr4knPNJAaFYX65w4Cwz18iPDBc3y4ioLyVIj8sVCtRph4ptdKvsB wzbH18q3FGITVjLfnLR+GTtEdIFNU7hnZnYg8sZv+WEJKz/eIA5JJEQOiK/MtRkOPGpv/Z6S vK7NZ6mSQgHbDp3w4xBF4JcoyfbAUgmkkdZzueyJT2ymx3pSZhmxf3HD4cG7Q0desCyOM1hr t248Ns/0R8brWCaV/oTiS6NpoUXJzXgjpDn/uD0pUSsjhye8bThWNNwUvr9dF6oPKjdgiDzh FW64yUiRTkZK/JVjPDp1eHFtb2u9tIOL7L+PZJEhhftR1NHR7hy/GtEvd9fLnwseIbmpztyz f6JavtqEOwTJIRirn5e7S64W+0ePXJoecp//lqwnlEKttwMdUEnGfp86wjXhLx1X/67/uUrP vUOf/YYidPIac6/ancuf2Gq575Dzr0Xox7b27FLY5Xv0wbnFKawcXPEBrQrmOb/0ZZ+3FBkY VvM4PqTe0iU6+aMCiiI6DHBwUH2sU4m98abGHej95GeMCI5OynnJNSA7oEDPRO35DpfMCgv4 X+aKSAH/FIee+k6wkslIZ3fHQNveElSNj6GHqgmVcp04QPUfx/duhZ9GuUE8l6Z3Eyy2BO/T rMLNL+jF7jlx4Zmw5E3L5J8rp3wx436obrEJAc/7lt01UKlw1SiAW9Sek6NxeJ9NlnJU6j6w 4lsUW6Ibk3558yHt43f5bHDZ9YEcoNQpHbrgg1UEbG4pyS2E2DzAuudSfYDNq8V9VFsEsL/j yh2eDCNBJaoKvcCaOtWt012V9rO9obu2MLu4JHZH2PW4zJn2D15JOpktuHshfpZw34QKs+O4 mqH0iFrxOdo1trmHz46B5PmMXGrGrw67vGi2rVybY7TN/piTnoFkDnhryysRI7cL9YfTklN6 G0mKpZ5xkO14mmunf5PM8ceJ0Q9q/3PdDwYLmXgdvkBpISPiTISCOVYarlft5Z1jqQjis3Lp K6Q70bkq8nryQMAEM9n0kOj92lUkxNL8ZgxEKPO6w45ldTEaff/FdVlOnMVVzYuDGbvO1oVA nxkgEpV39CFg1DN2kKUmJA2HNzJYahekER5ngGppMrkrK9SW73TDJCP6p4hswgtbr0XpiF+d MwTS7D96C+52szFQfPB9GtSx1qRq/IF5ybjBnRbdqv4Lx7wy2Eds1Hpf1X6n8olwACNivmrs QjpNzHGQjE5zVtwaIlq9jj/geiCegI67WyVZ4xFdfgibVOlXvpROcAFC3/H/TKnZwCYrYY0l clhzuMtt+duKB6DQijRRakMvmA7HSaWLrmTdYtItG6yYBdT2gnJnb1zgDpuS9cheNz2yiiML Vfkh3t32R3eBwNwEcXxa2RHDj918Vh0GZC0h14XmSdBMEYlDdiD08VOieKmn23Jy1zPEO8uL BFAJ80X56QwStODOjxk1YjEq3k35h/YgR6rXD3wpB+nJtf5dogUg/c3uIbufwnfyvSLyoyT/ DG2FvPXJRYndp5enwmrvbiMMF43+3+OZiJJCeMUVGcSCnlMEvxjC9RkGvpWmVRdciGXfwQ+w tU5R4VQ07hXPvyI8M4LBobqlLF5N8z2r89wWozKcxrRA/Um+iDImcQOvkjtrjN4nrPMZ223o pR905UH+6jlwzN6ogbTO+w2TZIxeks4DKlVXTKGZWVfMN1NloGYFvZoKNVwt2ByIIWsePytC 5uUv/G6vfmBzMJiLM+FnI1YuDStI07WK7OYIKrLE6KoCsMX5SFDR50lyCiXJfXCqOHX7m3Zl fjRAsAJBZCVxpoH5GdvPR2wYu/6pdbxZa76GsKAX9Q2IubqYfxHbQACt6gmVP2LPeHBcr1AT LWyFtvNQqCqSbbXZFCRxI4GubPBf0XF+dL2rE7DvITkUvUVa+4VGzsNIARa7tyzRIA4WZ7kK Ze0PaRNLdy0wdfsdi5KkASJkvKMDfNP4Zdh2lgRKbEoK0Ki5dhN+w1kSD8r1cVzZTtJKVZ4Q iKqj+kYlEyR5Erj/9ZJABagzFPxpr2O+O/OY6amDEbFsH0mv44ALFtN10blgQGgXk+aQZCbA BZFmd/Txjz34X6LelUiY6rQ7U7Awpq/X0kkZQdSydOS962PpZWbypcGc9NuIFI8vgrgfdvZf M8MbJVekt/ZCr+xhT/fpRMbDsRqsL8rW5panIn/+jlbY+xeVjZ0GOO6OsamoYs7bEOMAAyXv lYZSYSZZx405PAmOxSkhyvKP+S4fDLyE8ICSpM0n89mYFcBdLFduaAwaaq6LhIt+0Z4P3Zeq g++V6PUJ469i21zsWw5wkErauuYvCo64G/5eeB/GEKL7HY9kONvmAbJwgKW8f06xD5/Fg2J6 StSODVLccmatBPV9RlSQGnz5Q8XqOw5CIc4sPYgl7n0+Izw2EEJUICt+h6ha+AOEV+yq1rh8 KvnqjgEGBFSvUBDMAZSsiEksB5IVkeH22IaEVqjJuz7LhaedYHsSUQAisz8L9sOPdtZQC4Wk ImyMOpg0HJ69kGiaWfEYzbM6xj2zoctALU2E4rBauixD+6/3HNbxVACZGcz4Xf5SrVGmlS33 wq9ZaBnSf/NLNT+OAh2eikQKOhIvQMcHgNRRKQAZ0FC+pxKApUhuTbKUXCSoj5aTFPQcqLga 4tq/HsLPFt+p9EtpfFsEHKKxVRWd5gAHJgKYvmj87CmtMpkj331nmE/lZf1vgv9Qc5jm0Jbq CNQmvwimK3M4Vdt38C7Ra5kjVSYko1wvEY3aZIJ62V/SANPT27Ba960XYK5w1qNv2VxoNVZG CVoTL5GKE1bJSFCEglaaV2CHqdzYm0NQl63JA2TbCcDx2iTmexDRNG/Gnoa22MVwO15YzY8A JNbxNnfdcES1djAZwEPGTmXR9GqPTXY0heBzYBaT5kRFHg40uSVGB/MXhlydcV9msLF7A4Vh t8Uy9i2KNWlDcTum7YQgXXD9jbE6HcAnNYuikbuVIVSahvb23VhO7vs5J722MHZNW7OM278D leEnW5r2k7NVTganwLt9CzPxALl0JeNh/TvfsoWFPWpMOHUjI7w5wysV9vW73XvE/SCDhKH0 n5q19bMRqyQ8lXT2JyB949Nua8CJjGUTzvqWgwNZD+QCTxojLTZD278yGBq9c5sUbPPut6Yl m0IdQELud5yrthkfgUB2ygl6xAYNZGznwUfLFYUm5WMrcVY2rpShgpR2/usZW2PLpXPsoPQo mpSu+gq4AV+rJsxX4AkXaSUwkMn09P0IgGooWaPqgrcMlL2d8COjX7vLNeTF2W/ZyJQkkMZ0 WtDZRRHqw+3FjcuC0xqT2IhdTN370HIvKSoiQDAzaCgd2BTkyhcvGLnlq7xYejGld0IcajPY jP3fgeUcLEDZj3WbyolHKgpGQHOVLroof+b7taT+MUtjkAQul9D7q2Zb3ejVmFBzATMh7Vg0 otBqNbB2l190j5xhVTvLs/F9uuQvsAA2I5DPDJt5xp9x3nMmxF7TXUsAinJwd36FQ/0DjgPb JVOe7iI7ltKuZD4ao/tASC4aalWnaoZvD4i2pfT8TE9FebCuaNlEcSa3FFv+VFJ/cHRqGVcg D5LPqMPBw1ftzg2SiVqB6yiYjb+ujj8DeahE8si6u+rkFnmSEOd728/QV1eHHWZEFSQPbmFo yPxwfBFGCC34SPgY7CXa5dbndqqZQt5YEN3+cW+RbrLVMYQiz2u9n+y8LFB5LIDGDe57MUbi fjglIrKj2dkgdZkfNWNaML6OxunxJacU770rBKaOQ8Pfy1wG5c64UXK91QfyaWQICb2QnJQh DR4+OZ234g5AmQCpNkLhV4gvWpO8ZdjNORRi9GRx0LTuW/lOZZbicz3xHt6VZj/UqPM3vEYY IbrCKkuDaFlQhwNtrKYMBW2euQm78ZHnjm4aNoOh1/kwIa/OaqfV/5mCmAx8kukGuy5CT6ch 5ems9VYRUQ819uMxMeZftAK89ewdIQahuWDsUQ6pXlsNe9uxkIbHxMAJelhJePo5OpwNBg5m A2RnE5hgo2ZYKjT/WR13H5TfiKvX1MR1N1aZ4Am6ruqjnpe0FZQkBQH2j2jMY67AN3rtz8Vg G/5KBZGzIP2XUe2UzslwMBgEqpCC6v/YFpKDrnQWZrtB2wHHX8UEIi1HZ1XcwH+4VWpUjhaw eCR/zTi7lhNipAui7ujMRDjLLtITZ2DNGirBoLOnawAgVtY/UNofic75GVxOyTupNA78ADwx nbCn8mrNFz+gSKydfzYr5P4OoBQYZq0vwpgpxtlIuwXC4PoB/t10DRlFqus86Kj156VVRZda aB838pkiCwlc9m+5flP7qRotnu0UlbaJ94y+Fali8See0HyySB7CcEv+tiY02BQ1NPNdmcLh UwrPu3mZ+7bhMDoJkrGwi1NxqObtDJ94IqkgXGBwUgr/50BjG4rMxovQzgg6xPWWJa5i8MEd JPV4pVTc8WlY54KwYdecjOAbzjgwK6QpiJFvaJZLyo2WPNfz54yjQrn6EeRAwHbTjlxFJsRd KmOwW+dFnXPEJhOMFGBw+ldkiwBW49C7NIxNBvyyhMMTgoyiXWf054noVAmH0SJemUl5XOyC RAvvWxWZc2r745IGXVRdBhvAtBikCmR3exN4Ndjc7wuJl9k7teIKTKnxpK6K1AasN8dHlzQ3 0x/08cE7V4NilEcxVT3gMEbpo2AlHflb1W6E+KuHCF2ZXnix7OEA9+sbFeJAaMBDBNUOm2TN x+Pn0v8C9Zj+vcaPiVLCPjaUbp3Q7jibjfP1k0/dy5S3QE8LH3DZx3/BvMICeNiHBryQfJ42 ib6naDsnDW1hra6IEmVVhn/VGZFYh4YKSwuE4fwDCONkHxpRyBZUwTHOxGpidrPBjFKx30QV EEu46ilvhvCheZrI47OBasj6SRdEH1tDELZ4Jx0c5uzK9p7pN8GtBmGmrBegyxvrR/AqKZRU gENp/LY3hvXCOUy2pE30bcer64f0gGP2Ps3/pYQ5bOS65MPMBB89x7Mc1efYYiFJpq7Qs2Kz up23BPdtktMBZlNtbY2MxZkL2lSDZ8SFoj0uLHvSydwozK40DrgG1KUhHVQBmkIRumSxDww4 EPD76yVjUQWnHcc7Ib+tS1PStwh3ioDwjthiXW+Z8jvg6fD2J5unA/U2pAyozTQqcGhr/NVl Xxlrp0hK1f6g9bIxQZVIPbla+PW2WryEuS9p30sKT9ynC8grS/VdL1C/Flchd92Sd5JemPTd ib6DU6LH6xtGeu1AM00tufLxde16/PkSlS/niAZbnDB1fzpyOr0LiXR9XnRt8VLPxVIq2jj0 th2wbArkjWWdwNC4MvzeiPUKPDQjnkZfa8Zl0H+j3vy7jfp0K5p85dqXKqr5WdnwogfhtMCz 6uhdfHQRepeVsT12hULUph3ptShlEf6I19pKItKCxgf+7F+tw+WmLedkdhGN/5ZVTjyclyDa xFg7LGt0WAU6d76Ly9lVpzfprStp0+SdYYpe3qI23hKUtiHM1q/Ut34VECaEELAacfH02x8S DrFlf7/U5AhSHUQZn8j8AJk8peSCtRbBQs36prXBRUNXb+qBgPy1JWEHSAyRiBNpGwzRMUHJ 4LukurV8A4vV5SFIbA4QtvKBx3A5OqmcA6rnai5i2rmqr+w++NsPYvmnKQUvnuypdfnvB3VM c2YaHvrR8+yrQXVl82WPccEfntxGRU0TXSAV7rHxTBVMNgMGfP4i0ILKxYoYhhSPJBJWWevr ZYNrgGSf/mEC0psFs3LQrbO7yRBKyZpB5mNkbv4yqaKxtu3tX9qqPL/xJ0Aj8cZkj3c9LgVV qxeBnNVb/HIYr31qlXKM39mVUIHfvWyKpYzDIQaM/9uRMyn+1CJ0QK9s+wCWFGSpPL5pDMDX f8pT00eXL6t/LljdLAxZyQ2io2ykQhNEiOJXuwGzwoBdhpCI3vBHQYED8Ix3WZzqiExupdev 4oZmM18f51OZOXOU9g8ncRpWunQPWFRtvfTsXDLNC5fPf7m3VLtzlRj3vY5b2lrdw+toziVM 1xJozC8wYg4xrzbL6AaPoAC1GVLGXrbjVrjxB3Yr2Pbsvp+wLsNuneiXfN+O6Oe+owr7avGr N59NZo5KKzx5pTsjB+aFIg0eoRHLwD2s03iAr+bm1IybPUNeE71P2QX+6CYZzdrnzK1tnzWT jWDhnvPReLP2bdgmVxcH0FcfJ9fkQtaCaLNgkWUeKVZQqPTXbpJDJrK2MmixFZA1osEzZ1K6 9iFcuN6AsBoSY8BVGdKU/xvkYIj/q8S/X8GYf7keafHywFEm2HtC28OHMk+b3z90MBwxE6MX 20X0gvO00EjDrMP/EyPxohK5q90KvUl9weaINT4HCFoCehHNld+fKV+WKwKKLXlbD1FDBWUZ z/LxDF8/mj8xzniaOoe8Doe4JYw6pHLZ5mB/OU4iG31V/GiQHwLTfpDLAqxNhnA/nsUZHdWy Oi48nq5YP7oYDx9gBY2BAJfk0Ca+dbKtLOjIkGm1/Ikd1IzsY5249HKjYQlpOQaovdd4PszC 2/7FGmgeNUM4qidOrFmqEClklE6mi1S/I3ea5FysnHoF9ICMC3wnpy81gWcZAJUJdIlhCCYl catcH/HJ+fcS1qswNnK1x3vskiM3WkCPRcyFEAs2pQtJ3j4FdrZbWdz82thjzVygzIGFhHPn UUQDIAslcD8ez4oiTo7i3FNvjTFCetpAaOn1C7Lkm19zz8buSYvZ7CVMPO2/GzgHFszX+Kg6 7NWQcLKt7MCsZ78zIFcSZC1qjflpPyR+3Z7SpoULbxXCpgFfFjn/67AuSwHqLqaxFkPgOHme ZWrv1isw3Yhds0pwTu0MAqu7+Bfkzj5h9EkVmxI3/yoceezm5j/Vy55s9nsB1hc7sYrkrohV 6ZhdDsEcAf5TZjR7I285yuYdxhNRXxLQhb667B22dDVu8Pobccy9NXLof4lGtz68ovG+Riij 1MdmwgVLFrt0jvq/J+KZHsfgcuQy/R/vXAU22xerBUUY0ZKH4QiUTJdAhSBywtUHdCwRT6RV CsFtRelKsQO6GIsWIKcd8K4unmXd4te530cJoAl2hYGa8Ty4bXkoldoVlQkG4MR2LXvEe4DK 3FOYkKJm9lxagp1pmg0fDzS7lrqAv9CGIXMNt9ZhW1vFqF1cyt6abFsELgmVNaibfhdP4hxT /MAOHfSybDQY3u0ZofrQAI404lT5AhVcvx80IAvHc9tOXPA1i9ejBy1p2ZwFRJpjF2u/fzdc Cg12Y2xm2aokx0JrYMG/bmaRkCImMLiyzDkRv7hKcJUGUtJbusv2JXxNB5oKKdEYCWiVMkJI 1NBUSpyM8yis6Kyb2PY0D01rOhvmsPiR+2/XuQr6teRth6sw52GThHzqKz+wcC3UWdKkcVqJ M1/91tonUwF39nyEIz47nnzYJrYOqAn26jmpBegpc9yMLuoB5j4belLpm23M5bQdfef51i01 qJ9im2z9neFDzOreBbOxHH2REwHaNPttlFhiBmYt444MV2iVpIWi+x4E9wKV3u1Sn0x5zQue 4yB/6gRtYtx129n63IgOjicuaHtEmZamkevsdMhMmDUOr158AVjE02DIhnfZ7VBryKIo3uMz kcIG0wYVtyniGOHWsHF5nYty7OEpVGbrL/8khqDqiGrRFa8ikU7mBd7lLfSSboFaSW8gdp0C Glra165pkmvDqqt/l69qPDhlWuXkW8fSESEDxGqMpAar/vA/gIIyjL9aLyQpi6h0pwbnavIB MVpgJ5TsZgJCS3AwrlC26aYiyzpwXvgEti8TvKVP9QECw6VvZ2Zgyfa9OOCZYwwLkvmFp+0d ZyGgYAFpjRl7I+Vox03F4y4fYAdlCmDXgxwgMPnzgSloOtLu83F5tmxGTUwvZGQxSb/ujhS7 XLntYKkUH3whV9MYDqPUHXO9ok9Tz3Kn5Te1ohw5rYhxxnjQCcdm7mRPxrqZI9dU+XdHGoum pr6cYmUecjJGsEseConTjWAelCUNpgV0hxaIgTsL5Ai5ApXLIV/Va/lZMH9fkixMnrp6b8s/ TTK0rGrwIgt9vJPk2x5ow3G8Up/lYo2X71wFi3azJ76OT7ZNAdp3KIXTTc311PMHmmAuah4V a+RJbdKC9MmoNt2a6Pmj7NqhlkJrDo6icBfxDh20Szbco3xxqQd25bcQ9Inv1L98yfote5ug ZJAdSRfjC0VQ0kWnjWxIQUhHKuUkSmqXW6OSlnsuc0vO35z3G4ELIrrBt+Vv+Pshcy9ujnJ6 ASdO2ExpB6RFnDOHFb54Ae2KHMsgf4PDFCRCSubjaQlRTz+kh+sn6ENPNJZgNj9/Ll0e1pOM TmfxCJAFkC0uyWeDdNZoHzfMvWKMJqqrgLeaT7lNwkqKmygA6Wg+BzkieALPU0mVRrsLV0l9 GA+pXeBCHm+OLocOqlGDh3koSS7p1T+BiVduL3iYKkSdKQ2R50/G5u9bs+EegaxJEXGStTqI BZdqXy2LSjm2h+E3YdBaJwtAqW/WLXaat1nVTsK6ELbIjMLYLDMtfE4x2iisaXAZN1je7bVS xhyNUgVx9rCkLfDVsVbbmyTXcWVtKEICg+xuDNAv38P69/Pp16broj2hddEjW6zmR0D2oYIT fLgRqv05tNyR468/YG2G5Xaen/JD1v3chzPJ2O5EivoOG0PiTHGTWXsm2cXUBWA7yHX+uV8s boEWTiBBaF0SsXLrzUly/7Qqj0rPf/cOPuMfJ6zj4cdwiVg9RFi3uSC9nWFQ7jhrRO0lYOfX VktJkKvXt6eyyHMRNlv83JPJJ/t6KF8x4UnEllBYtmtCBdOW13Nsn95LQwXUqmkOTG66L/4F ssagi/pxS/3gNRYZQ19tELGaxzlV95a1glRsOdJv2c/cpYgI3olu25YyMG/Ov2PB4aW0Yur1 xxW+nlPL7RS73s4pqfdlVvsKgQDZBrFd1nLMUolZvtC29MtBmc83jiT+/gRUwd8gp4EQGXl0 9VbZqsM5RtH6oMPaIYbIpyprAXwlk+VajI3wUd8V0N8QKqm/T0IGd8l1QKjCV/Oig1Hvic8r jVZSWmc30CeEZi7+q5s++GxxSOr2wg8tUs7RwyzTFAOQmR+UXyAWYIwH25dq+pbVbZMDdm7b XX11Qi33i/uhR0hlLQXGE3mmWhBvEeN8mRIorCei08s6ZIzKaGyn+mV+kMxJocSd9fT6n3Es JMceok4jLM71KsR/Tls4gwG3ENQHUixlvJ/m2qpsW40GgOLSh0T+gP6vpHn1CRzhnFwsXS8k ILIy25yxytIy9zZeLkSggeaW4S042oGoDFEJ+rqUfENFNXYojJR6Wkzq90gPmgStNfOfa+iZ Ch7asft+K3x5rZNwTbpYDvavKzO0Bw/Il5ETpjbtC1vuw79KFCElAgcwsFPMY9k15hKhOzYH VjL+woqCakXohlsOzwf5E6aXV2t5Pwhic4hWunoBS2fJIBRp46GplmxBpQP/3cgUqs6fptQA 5BgiCiOMJJq6Sy9o2GJlh9jMByyid7wnLn04Wt4JY5733ggwH03bw3WmmYWZL1KYjM96wWZ5 h8uWMXriffJ1SjPwe1VpgmX2ATlPjy0FYS8LNQVq6cKkbEMmy8iWfNZcuV54y3tDIA0bDHFI P/Db88lqHAnIiTfgLl/kVyr0Xr+s5hb8G15ju5qoCDnh+NvUDKY5VtjpIcZXyT1AVBlvnJ3B EVvD4yerANG9fcwVvqiTMpl9WoQDHotEc0Hjlk5Yo0NEPcmhPHLHOnQsK/mU8waXwr8IK5G5 LphWuoqiCLhabkZpaNoX7jmRHqNSx5eQ+Nlt2unE7Mfjp4uNkA20RF6obcYQPwmFutrrL9+R lhqF0yUJ2w0mggVUkz0JdjwOwAmP23s6oWbhwrA66jQ4nX/S4LTy+hTTXevxOZ/R623qHr5S LBiNKjBYOAZfl0lIFSz9H+03gJl+dHqoIGxSOzrhRw2immSvuva3lg7hCPFuQIwVqhj55yII EqsPIaJ1IY9GfeI4sMXVfP2miAZLshqCRPelxjZNYjZ+rGcJxasNlGAIyscb2nq9VHADkJ/C S2aKBUA3FULEhgHwfIL5YlirmLSeyZq2tAx34z44NKOl4xZQGsXxf/E9rSt0ghiXiD6neBeH krodjsICTh+yis4SVZYbjxPft6Jm5vvVIIqghmr/rWDtOmq+7xROstUpBXI8PXVEzRpVlJuq A2juirgk97ukT09ERcZl0hBB7KoK6IG6SR1U10BAlUQAR1D7gs8ofl9Bcz6RKjV/C9CKGbEb 4Yvttifk/niphJrJJL3D52zI8gKMOw9gpdludodR334S5OCUzLDelB1Qh11M1ceQmDhOXgHl Tbe6XkQgjvfojyexrNkiJfmbYBiZD2r6CjYcEQ4nha7d4OooJrphyFU/WiKzRqKl8Xyeoj1k zV+mRp6uwjqWxjX1eCqCPyJ57lb5wwqzxvjaKfatG7MXz1rUeREWan/awdLV3Qt5BoPVJu87 cCOVrG0IhyfCWGBD0IiQu8J9C2BuYD/VOe4TKXGhVr5D9VS67GNWv+chhfsGqn7ZEd8vOtQg xUVXhwRm5HFV6CjBdSPO3vfHJ81/bFztf5Ttya/2oKpHjItqGebhxs4TV6NEZuJFKlHBHDVP wcWar5f9Xs1BPzbRFMGM5xTl36q+x8YQOlRYpIRA80WrCBnRuylH1/5ae0tTZCwfzAbrM/Mp IL75CWEfdkog2/Ru/wWYAP14903DpXL6ksyBYffzNXAK0Y/hT+BOy6t9zfZ+iKj6ka1v9xAr kTNw8lE9PrFGu6Nt7PWpAqVo55vbzu8FAN3DhOnrG+SWRrWxZ5eD/oO47Zq1BISw6kIBos6u CGYHsQjEe2MqHJlhUkMytA0upYCYGOr4W4JooZg8ZZKOjsXUepP2zIGmyc2L2YEYJgptLxyx cysM/9KPDtezBPgi7r2vw1DS5KgcBjdnZxk6NqaRCDAyP4ZAaofl/l9JkPBbFgJYQqZrGgsC pMIba+tuIUBWmRG0MFhRxQ7nK30yAf3gBHSVx1CQy7EelcM8mWNTGBlm5nS/ItxrkBhoeWd+ UnJGlVECIWzRrjkL15KsUeaVQ4Eo28Gn/Z34UH6Cf9RLGend00YOEdQPsqMKJIUXuqhkOufQ 1SLIbVCJkKwO4+TvhMWy6PXfKpO9vgFHCn7Q+A1kv47+BSmh8LeynXV2SElLw8MctF2Hw/Zf onjvvjOIkr8Wb/sB9NvE3vjKA2PZYkQsRHHE/nXTt7VvYMYXCXwBv/RxIedQOZ8/G+zeFSjV sodG5bDOOv1SLtREG6+3g8ZEYhok1BJXEYPBAYAAbysmHXZvFAI0EHQpagNp5q/76Rxg3V1J XMzEQrWxuRNqHhwM5gp4t9M/CF7cnOA7LNHdX6YrLjihF5nQfBVp3BAidMW1mj4nQ/izewaR VTip3JZ0CGqCvS9C7AOCO0MEDqtfoyGIOyB9/9f03YHX7pnwM92RqaAaB3qiiqKTUSS4fZLS eRNNgDj6ox6VaSzzELLtH7+JMkLUP0XTNhHaPC019yeMumQFnnjyHe3T/kJ7rBeJhPp/9DWq ngZ/9pD4CKn7Z5lMC6/dGSGAk2PwXdm99Je6AVKIG47bxhEHiLdtObSBMCAm6yZR89pTiBJU z4U/STaO9tvHkr6Pv+a565YIiFZ0/ZizoRtRfdeYDpbN77dvCNDhU0BO4V4wax2Qtmg0RVvg Ge7PqeDNCDwvNpQy0Zxf7tdbbkgvK1L10+0kKDXE7pDlNR5EH7J1j9ICeW7RQxxaDXxUkIWV rBJ1WaV35sTbFayZ6GlkGioLtDTsN6MJgik7fJOrvMKgH3oiESn0aBX4BVXXKACLjcSW1nJD 537UyCx1A8mwTI//bQ200cifjpynimy+iD0PrFb2t5se5YbQE0fZWsA6TrRPnqOXuN6JWnLM SszWh8sGueFdshxXSxxDm1/yTAm60SOioOsSubEMMUr/TAfkBZTYwk1qaY/Kp0rGEAsaYae/ thwI0fH6rO/1XbgjviP+8LK8AEBnHJ9rC/5BvF6AAb3UuG+MlFJNPaF1SeSm5UXl13a7jpi3 iVG125uoTC5oqRbmCZGbBQNF2G8M/JkfvnH6CgdiUQ6ClkTQh+9QzS74PbDizthImqdvWv4h FAVsRWXEgzpGrh3bbeUVGapKNTh30yLJjjSuYUtOfbmx7mH4TwVx6CNPK+zif0IM0bQFSQvY f9Ekv0Hmdk4HUZukXu9DXP1k7TMOgsR2aTXyqKGdUcL7d8XNInjIaoQN9AYqxkwb00tKBlwN v+VNTgNbZJVM8xVRpr2g0/WqmQEFOqeMogdLxjZkn4EClbzzlFWKE3o54ulI6Ow1a6yFBImc OmgA8Trg0TZP7rQNoKHFlbFsnsINESMvPm2cB/jjXcWDzcz64cKUslbbnUnRavTdB55KM7KC 8sggKjJsm9Q36IdJajVTnx6Xwfa8Pqhmrb0Igq4qI/4TECcrYwgjQ3h9MQUB5q0FP7ovHuG7 ZBH+ofZY8dZ5DjbvqB6/5lN6aFTgDPkt21faGIN7a3WbyzjP1rQ1t13aDJ9HPttvYD6ax+YI zWY7PHVLJpKxhIWVqiMqF1b2JBsK2ipIZgiFKJX1P6ZQMvBsr3MXe+pVAOj4jOzxSm3F3xZ+ a6YVtDZKSfp07O8wokReYBAad4siyE3ekyaUjIwE0Qb+fZS5K3nkT1xA2NjPe1CYgftboTcY FsL2+RQogGXRpKUjPIsTjel700CyT3uV340jk+Y4yrmJAZPWT6DHFi9bGFPjRSV1ISf7t6DZ ynKG4irIekc7W6t1VK0VcikMdIsag7aCzwG/NkKtnC0S9KFLMXKYLXKoLcughiOIwcCMYM8V UddoXucAz0PWt7K40TA2r9e7mswsjWB9D+3MYGIqi2OLhW3VRXQqKq1X5QJBj92xA8USDh5c vVdrXZvMEph9H0/og29Lvi7zB3fOifiSuoUWI/+9Z9L+KjNK3Xo0fyomUBPc4EMj0tvYhGaj SC+pRkGC9KMjaOaIteJWZyD4k4thibTxAmatC78l1EG4QHDQFFUTVdsKNAVcxMtgwYV3Sovm J2EQ6N6h4v+RAlA7RYn1eIQ8KpwgcpuY6SPVEKl0tWIcISadvFow1TknrXPxXiQ0EqO1hU82 d1Eo72irmVnkQGm+Kge9KoNRBS0OxTx8azHkFVwY21+q98fbiFlarQXwLdKdDx4pN5OZC6Ff gVgmpo6aD9loUzmFzAFC4gwEX7TOlVTBSvMjleU9Y44dlPrRPzHK45AJm0+qPA/DuhSzug9Q AialQ/U/rrJ0aJgz0IFa9jpKOVhlG7i7MmU13L2Lp9cGA1pitqkbt9l42+Qcf94yJAwmTdQl EOPwh6QYKK6nNlU4Zq3ITD4jy9EW1et0gI06at88dlQYnHeyoA+b00Wh1fTBZCmm0SgIU8eP IPSFSQgKAjK/p82n8ndPlCEXv/YP3jr/K+B1d9FoGooK0InCGaQou9UkEJF8owx1M52JBi/Z 9p1Gcq6PpaIgCEeyw3BXQGimFqtZYwtQPmyczSYjElmYPHIGwMB9KaAbpgD983zuyWGYWud1 GruqA2xIL2z6e1757Cde7j9CGhfn96clqB9HfVYWNmb4iviHdQ50ysXkODW7bxFCPdjpRH6y Z/tXo+yfXskhzB2ZwRSxHmsOtJjqsg4kJsVXRxTCS1hCkM70pis2mue4UN8uyrG2LRq9x79+ +uqiHXUYqx5P9tgSnAdCCnm6mtndSVA5gjThwnueiHXPNNVHHcVQZbnmkRam6ZUj1VrSuJwp eyeEuEl+sDMOgEq2T9xoknHDobBRSGWdmmAAcsZL7oBFsx3KvaSZflAC7R4L9UTLbB3DHHIH WKYKCFX3rkhunZvz5rxv25vh1mrJmmajPaEvX/GfnmxWHoG8PnfZBxyNJp4FmYu4HyMef9ji AP/vmP9PqeAy38/8xFWayMs6HxyqqdGhWAsTWffV4RHyd6D76YemPuW34hkgohzEqab6lD3X aMoKCvvsZAxcDd5qH9cAwq6CgySa9UH9oaQCawz9yJI/fJUDHwaOMXstCp9SUdUc7hGcdJHv nTxDkfZcdCSIKltJI8MegOLcm8DiEKjyyi3nP5UpCTuwm5QYpnPbmMT8puHObM/fK4TPnG9I BG4NEgsB5tpnxCkqw7fiLTdJH/UtXevmnp9cbpGvpJRusMMVvhKTn5TdM8gBjLcz/419OfVc /FofkdxRceppRm5J5OLKIviaJQGqVhy+BbGg80fJ94AzlukGlOz3vb8WS3mxPfNnrup06BZv EpqS6ccrwutODMGyyVBy/XZLkEkWdDJ/o03UD5BapEtIjLhvTuNyYbKMjGTW2qiYD05PFGtp U1zI9LBC+y4Lz8aUvcoLz1f9Q4ZPw8Bj1kUElE8/vk+0mCRh+yZtBAzxOaQe7VlZfUNxIwyA jBWtA4qXs8tuUebB4tWSv0f+Wj4J6JMipVfx58brLX/yal1Rf5BAfbfeGgQhs0cYcMUkLHX9 2aBF4lKFFwByVwJbjyRsQzBrEvODfbanA//8RWnb5DvuFpHE4yGrfm6sUyazGg6T05Bh9aRb Ae9nkZB/9CBGAC67ig/K1wADcLLhqCJkEdnC73/KzeOwlIYgF7Kvh0F2WJqKRiB+YFrIRSqU GVybibjOS+UL5WEmNvStmpPP2JGScrqR4iPBKNhp/zwT55bZLNwv2uaJM/DxFioml18ya486 k6zFWUykR7CaKxEKY4edQm8CPTDqJH20BAnGGLhWUzldb9qkYjEOl1Xae1ng1cmsZK0jt778 dKU429NqHmNoPGrSUe6/c6JXaf1eGTAxFpHf41KkFCTOE19dAnJO5GvvHZFn6gTj3eg4xM3f g4mpkGkC5Pj77KJK3/WA6pSZJ1bahiqqtkobDNNz+v6oZ9LFhkNlpETS6AuEka/QMj1EwSUy cJOgEESwjH51Vbmu24ZLA42KXj/v44mYdzFqmD+VxPJIy4XW7RyVkpwMJtUgNO1yf1dG5jpE Nxu6J4VhbiRXISATi578p8iue9lWBlaGkzQSgmMJ2UoeCocpRIEb/RTSqaGEbtOXk3qaWugS fLfATqr8UeaIlzENjIL45ocCLz508I7ACrp8/o0/18++xKtnij6eDogo1gb+NeexWhqZuAp6 1o/Y5KT4BMBr2RXDvhtfofBzrD9B4BBvkjiUGdgwV3C16Cy2jGwtkJl1mP6H0euYHAWv5bF/ 2D7CeDeq/IJE+yAfBLXdOl177JAQiJ4NK0r83ZZbzEoiTh02jvarXjPdh7tjIpgm5uF+5n3L 0KD74gk19AkokfO3BEGz1h/4A4CgtIepQhg1suOpv6K+GJOEEdEdHfsS8uEz5Z1h/qWVWONM iEUnejtniTXOiz04F3ruvf/AAm+Kre99xEW958udK+dHw7IQMe4VDHoQ9utypnCE2Bja8+PU z1joJmQCBWA4YG+qxP0vsjT491J03K10glpoxcCZzCV5ARMVi2mskSEOjX0GsVN8WKIruFSS lVCpisolU+hWo586Ed77Djj3CK0VzY7988LauSRtJ59blHRI859zg45vIE0vEPS0b5Q4WVQM 2rt2sLmJXjBxKuonmmVYK+7h3F/1TyVUwZqFnXc2oJBRD0clQQlok0x7kui0rN0T3TbuBEPl syRku8W35m9ExEFN+O9t8yZkFk+vvXktUF5qkftcSGavKmqZNMb0mg62QprtYIBO7F5aXMOs 1ZLWvOnrSS2CAdlYB/3cuTUXyS0iKmJBvlFEwOiHwhsKBfdo9O4TF0YXwkr/rVait1hP1tmt T524aP6m3NblsF5mwdE8yl+bV7ZFCuG/2o+TCNYvVBxlIZXTuMtC4fVJUqExXZORYG3/PqPZ OiqQ3iLtJn6fOCWNtKbeITohFwdUjeUbwTmi2szZMkMpXzjmamZz9g2cfJDDMR9YHmoX7I2O KLeYZTcnGQG2HdhKrUY258bDqweArQHFJEfMhj66eHzvS2GoutynpGeT0Mfl+CFAe5I0Z72c 9ysBREz9I3tb8cAh9vEYd1BWVPVM7ImT38iXdcVYwR4hf9pBsccSEjkWAg8p7M+qdCWPcBGy raQI0IFjRSKz/HURTEmiMo63WF7GQN5rIQjQCjAXXvUHpB8j6Lo35KpUhlbSmTOD6+cQJogP zOBV10+UNoIbg8aaMuot72gLeGjp86tpucOB57qY+HGXLMFjmnLm6vudyDktAnpBJoNPObqf MkNb4VJldHLZHz5iFK7NpvJmXCX/lN500TWNcRefK/LTXTchJAGSjCkqZhEk9PqwNmpCG4ny zfQr686n+s6Kqs6zZBGe2yg0SAjUg64wh+6eRiM7TFfyrXyoPRQfzTDMyx5eghqJv597hmb3 /zX0nNafdYlsetfFp61mreZxeVy7tomOaCPoTJITeNDL++C4ROgshw9iUnZiQgV8rpkAnI7B 5TBfRWUAtuzVOFsh93hCaMqJXfhe53O3NzyuuCtrKpkr7AgX7C4RmIQ/CizSsWqc//gxImce 39148hq2p+5kpSCXYx7MILlaRjT7e6eIXGWLx5OfEwhsQvosDWg8gUd1HJC1b2wy0APVq4pV 3GuBVMR6C6u3ITzt0h1hZCFtvGBAVax8IIEfujGwCd19meBVLotVJSieB40xNRWRZXEhrpWq Y+YeKzcpOtd9ytzf1ZKnGYVK6/jBY3XmRVu/cpCfhPDPe4cFQiZV65Y6M6+euMHKdjVNZlmw zhRaFRi28cSteu74lRmBP2KuL4y4FVukNwIkRwvH7OKCQh6DZGzhL8TWDEwLy7G6o+4rHCah LrJrBoU91nrqs9l4cPDNY5PUhOURE5KULkTK278V7hurmFDuijlxofXB5lKiROKyQOnGEnhw TjIWywCD7q/uoMZG1V7rPNc4vaN67quAMHOuccIvaV5thgYRvJz2Ofl7OjQ/lwjKFDcTNlrQ dORFntVJVegxBjcSgPh6xCclwy+zK0V4uLIwmBukxoB/mvHMBPfZ60K5a9yVVmslB/apo5w4 ECFjbHNmzNL3tx5spS3jbn/IjCAQq3hL3URdAri8zXzWllaP/GOynebu0ecyztWvRtKN0fWe kpQ/CZrXtHVo01AlpMBq5VBPZ6o/Hk56qcTFFnRVLbAMuXeDBQJjJJwH5vIqfscigLjU3/UN RrZqxnrB095tcBDQDWhEaVTE+wOKLZbBopYYf090gAq2OMRm0WnCW0TG1tGHEPfoNI9HkuWe TER4fAoeEDuAhxZadVaoB5eKP/dds84UytVCy+cQsqpSycdaxvY+puB9xio8/UaWUZ9L8lQm Cr0v24RWJHPhCp+rAEOwFJ5YTRzOemPLNF9UN4umEVwnE3zjA7eeTwW+fV/IE0MXq63KsQcG GxkApvHgyIL/2WHUWGkSde+yBisI1ugM85pjTGlwAjbN8FSJCxrUFwOcuSQTtjXhikvAbuD9 aC8EoK+DYnmQkLOucpJEc15816QZExiilv+YMARPZKNtnB1vALCMVJ9srGv6U4P2VQC/W41d c2HMc6G/T16AuauMeuRr6t+upCpIOKYAITqXskouBgOkv311rEt1Uepe4Q6MEXzV4m+nwYfn HxAGUl6KU/T9K5+FzK0GqKLmjlRQjSSFLaf4WSHrSVRc32KDY9CI/4A1Xu/VuTiS7Krgmjwu ghXMjpOsWj/CQRwynevU1AObOhdxhbU39YVGOgqnZTMUdcr70xaFarJkQN3Mnp5vcjgu/KZO lNywQcB2IurW8N5/Z2LgPkHRsJCxWEYqCqJbuZ4zO5eeebEwR4j6xFEnH9/wVUurZ6bvQz0F 6cUnRGScT0X6WNYscF3nmYhBE5U7Lw52ZbWGZyyhUl2uj1lBtnmNJQ9iy9JQHwo+pptuLst0 gUCMG9CkBJoCE4v6qM7Lk3mNpHsPA5k7JLmxqmC+s4xZVuvUGjkqCR7/Q0YVbYlJQXdwePwF DViQGseyHPLfSmadEjcjlQsLEwXN5ulmqyj6pbgJm6dCXGQhtbZV7Rz4YPdmvRrtxQFmHsz/ 3gN08e1c2B/WL0gc3bPM2jQ18cC93Jzb6ygnMsrfScrr0DE6dQJnBGmSHWnbD322fr2NQXAE aRV3+givScGr4Ec+9vwgw1+K6l2PN7n5zDlrchY13jPbKZgcwmLbtYpA0LsolYeL7O0HNrD8 vr+HWZmmKpOGQzb4RLRHf74cPyjwjESCD3nBDNlPQjVedcYeeNrj6UG3+yAhCW3c0iBHVBN1 LuenvCWS5gOcblMnvFM7jWqee0Il0aj28rmYFeOsg5MZXHyW0n5ZiG/b1jkiLByWmXfatRsn qACXvQQzqJuYMDjCEsYptzs3VJmuLap1IPDVRaRJgyWt8LAEFlOZMMUXj0jVG45sQ3oeVsrs ca+QdH9nE3EQEVAIllAHLISgsSspEYVpnaaAMB/fSaCmc1+uLshda3AAoGsdkegK1Odyyf+P ro3vnXjzWF8yhdXygjPw2nz8kVheeTAM8oGESPBLyJYFwfbiLv7niGJrnymhk7iucS2a3wSo lGxznpC7KTXLZs/kjndzGTxM6NFllzFIInXUHUnujg3C9WJl+wba4+6Jzz2NJn0gP/OY8i41 q2VmK9xYAGTUoLQMsuda1CRz8PE2n7WSDVn3C/YoTjZcUblmETx/TO194ak2W5THuL3lgfW7 0COvBvoi3iKzBV8v8Pnly3WWyzfPpFHM5LEc7Ah0MRhVuQ3u3Gh9F4lqUSTqw5EXxiuc5dBT +psm3Q6M2QuEJzn/mqZOOXk1s0WqaSUQyI68t/OJJjaF0yR1zodDBflwINCS3Hb8/oYtHK1r GwKbZAnoO0BGm7jaErR7UJoZkl2ahBA4NOkXIewFqOzOy/AdvWtR1aKcC2hokuxmx9gPl2GJ Ux8BOA4QvJaASwxY8Iwaj4wVSowvkDpp2kd0ZJy1wA1C2VW6FCJ4TjiSTiAHDTmIa27Y0WD1 uEojnaSSb5D3Nm3id1jeCf2Q3NSGp9wGYKJOfplsnB7gz2pcQl3kach5QtxhWMKlcjCSdiuw 1oqESfI6ub9wh5vJxADTQ3hvrEYiM5IzbnPVWxQMfVnob4UOukFNfwVUPVyEpJ1C9BGTJefh 3ziPh4pqwDZXoalDEdoCD1AYthlfjROrC5q1pwYdfWfuHDOn/HBdpwtqR/DpeUfUB7jx1Qcr jhVbFcxZUPoAAInYelTZOdy0AAGHzQaAgDJAUW/mscRn+wIAAAAABFla --------------050306020806050507070200-- --QkW2dGGm27PKrL05NpVW5WeDkXVaskx1Q Content-Type: application/pgp-signature; name="signature.asc" Content-Description: OpenPGP digital signature Content-Disposition: attachment; filename="signature.asc" -----BEGIN PGP SIGNATURE----- Version: GnuPG v2.0.22 (GNU/Linux) iQIcBAEBAgAGBQJWbumUAAoJENWYes1C3s/C+6IP/0vuDscr6u3/JNczewDc8ePq odH5XnHYjQ5AJZ5x5aSCEjA/Nr4eE+lKXOb9N96HkUtDFpw+ARlpfv2DxfzAmD0y i5DiKpioIu0lDob2hTdRgBbpAGCbJAgJpplOKXNh7UnNr0qUpHmVwGx0PBYnviMt A4/Y4L3B0Wq5cVk4eODfFdPYqlOaS+qj/px/H38n+OyEiAQAkA4x3EE06VO9bp21 JLz52pkmnHpwj+fj0yovTLBDHl5Uc2hTjh6FWEnUGHfjjOeUC5QAIItG4jdcguNf KuTRblrkVuK0RlNtN7eTyCSYOpa6pS5xk4B5vBowr2HL3z1zjYoP7g1DV8hvIScS mzwjIOOmAFyXK1D3FR2uvvlBedERhuqldUmtZTB551rFrZ79PH4BaEZIzUhjUlrI vmE5++kZJJm9V0EiKj0j9/29cXgc1xE5l96FZpHmUY5d4mlyjkjDoBqwFijns6En iNKeip0XbKJbwjL91Rm+YW3gFRQUjBWSA03IGySzy3Kco/I/Dl+B4I3gd2mgk7aS JVPl06cfwJJKHc4C3jc5lvQhLvx+Ufde6SAA9mJ+zlSl1yPDQsJ/jDdgO8IRlLll 5y5fCRmXB6i+zzGpJ+oZlftn81k+7/nETkE1yS9lNxaovj5F+LqUibvSeaIqjqXW yMF+3wrBzA62uue3IeDY =kGm7 -----END PGP SIGNATURE----- --QkW2dGGm27PKrL05NpVW5WeDkXVaskx1Q-- --===============4157472719110898169== Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Xen-users mailing list Xen-users@lists.xen.org http://lists.xen.org/xen-users --===============4157472719110898169==-- From xen-devel-bounces@lists.xen.org Tue Dec 15 05:56:04 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Tue, 15 Dec 2015 05:56:04 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a8iaR-0007Tl-Gs; Tue, 15 Dec 2015 05:55:47 +0000 Received: from mail6.bemta4.messagelabs.com ([85.158.143.247]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a8iaP-0007TH-IN for xen-devel@lists.xen.org; Tue, 15 Dec 2015 05:55:45 +0000 Received: from [85.158.143.35] by server-2.bemta-4.messagelabs.com id 94/84-18316-06BAF665; Tue, 15 Dec 2015 05:55:44 +0000 X-Env-Sender: cyliu@suse.com X-Msg-Ref: server-14.tower-21.messagelabs.com!1450158941!5403517!1 X-Originating-IP: [137.65.250.26] X-SpamReason: No, hits=0.0 required=7.0 tests= X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 30384 invoked from network); 15 Dec 2015 05:55:42 -0000 Received: from prv3-mh.provo.novell.com (HELO prv3-mh.provo.novell.com) (137.65.250.26) by server-14.tower-21.messagelabs.com with DHE-RSA-AES256-SHA encrypted SMTP; 15 Dec 2015 05:55:42 -0000 Received: from linux-3hvf.site (prv-ext-foundry1int.gns.novell.com [137.65.251.240]) by prv3-mh.provo.novell.com with ESMTP (TLS encrypted); Mon, 14 Dec 2015 22:55:30 -0700 From: Chunyan Liu To: xen-devel@lists.xen.org Date: Tue, 15 Dec 2015 13:54:59 +0800 Message-Id: <1450158901-5798-4-git-send-email-cyliu@suse.com> X-Mailer: git-send-email 2.1.4 In-Reply-To: <1450158901-5798-1-git-send-email-cyliu@suse.com> References: <1450158901-5798-1-git-send-email-cyliu@suse.com> Cc: jgross@suse.com, wei.liu2@citrix.com, ian.campbell@citrix.com, george.dunlap@eu.citrix.com, Ian.Jackson@eu.citrix.com, Chunyan Liu , George Dunlap , jfehlig@suse.com, Simon Cao Subject: [Xen-devel] [PATCH V11 3/5] libxl: add pvusb API X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org Add pvusb APIs, including: - attach/detach (create/destroy) virtual usb controller. - attach/detach usb device - list usb controller and usb devices - some other helper functions Signed-off-by: Chunyan Liu Signed-off-by: Simon Cao Signed-off-by: George Dunlap --- changes: * format fix: extra white space, line > 80, etc. * return ERROR_FAILED instead of errno (>0) in sysfs_write_intf * fix an error in libxl_ctrlport_to_device_usbdev * extract a helper function for alloc_dirent tools/libxl/Makefile | 2 +- tools/libxl/libxl.c | 34 +- tools/libxl/libxl.h | 77 ++ tools/libxl/libxl_device.c | 13 +- tools/libxl/libxl_internal.h | 22 +- tools/libxl/libxl_osdeps.h | 13 + tools/libxl/libxl_pvusb.c | 1548 ++++++++++++++++++++++++++++++++++ tools/libxl/libxl_types.idl | 46 + tools/libxl/libxl_types_internal.idl | 1 + tools/libxl/libxl_utils.c | 18 + tools/libxl/libxl_utils.h | 5 + 11 files changed, 1766 insertions(+), 13 deletions(-) create mode 100644 tools/libxl/libxl_pvusb.c diff --git a/tools/libxl/Makefile b/tools/libxl/Makefile index 6ff5bee..a36145a 100644 --- a/tools/libxl/Makefile +++ b/tools/libxl/Makefile @@ -103,7 +103,7 @@ LIBXL_OBJS = flexarray.o libxl.o libxl_create.o libxl_dm.o libxl_pci.o \ libxl_stream_read.o libxl_stream_write.o \ libxl_save_callout.o _libxl_save_msgs_callout.o \ libxl_qmp.o libxl_event.o libxl_fork.o \ - libxl_dom_suspend.o $(LIBXL_OBJS-y) + libxl_dom_suspend.o libxl_pvusb.o $(LIBXL_OBJS-y) LIBXL_OBJS += libxl_genid.o LIBXL_OBJS += _libxl_types.o libxl_flask.o _libxl_types_internal.o diff --git a/tools/libxl/libxl.c b/tools/libxl/libxl.c index e10242d..2e4e1c3 100644 --- a/tools/libxl/libxl.c +++ b/tools/libxl/libxl.c @@ -3201,7 +3201,7 @@ void libxl__device_disk_local_initiate_detach(libxl__egc *egc, aodev->dev = device; aodev->callback = local_device_detach_cb; aodev->force = 0; - libxl__initiate_device_remove(egc, aodev); + libxl__initiate_device_generic_remove(egc, aodev); return; } @@ -4154,8 +4154,10 @@ out: * libxl_device_vkb_destroy * libxl_device_vfb_remove * libxl_device_vfb_destroy + * libxl_device_usbctrl_remove + * libxl_device_usbctrl_destroy */ -#define DEFINE_DEVICE_REMOVE(type, removedestroy, f) \ +#define DEFINE_DEVICE_REMOVE_EXT(type, remtype, removedestroy, f) \ int libxl_device_##type##_##removedestroy(libxl_ctx *ctx, \ uint32_t domid, libxl_device_##type *type, \ const libxl_asyncop_how *ao_how) \ @@ -4175,13 +4177,19 @@ out: aodev->dev = device; \ aodev->callback = device_addrm_aocomplete; \ aodev->force = f; \ - libxl__initiate_device_remove(egc, aodev); \ + libxl__initiate_device_##remtype##_remove(egc, aodev); \ \ out: \ - if (rc) return AO_CREATE_FAIL(rc); \ + if (rc) return AO_CREATE_FAIL(rc); \ return AO_INPROGRESS; \ } +#define DEFINE_DEVICE_REMOVE(type, removedestroy, f) \ + DEFINE_DEVICE_REMOVE_EXT(type, generic, removedestroy, f) + +#define DEFINE_DEVICE_REMOVE_CUSTOM(type, removedestroy, f) \ + DEFINE_DEVICE_REMOVE_EXT(type, type, removedestroy, f) + /* Define all remove/destroy functions and undef the macro */ /* disk */ @@ -4205,6 +4213,10 @@ DEFINE_DEVICE_REMOVE(vfb, destroy, 1) DEFINE_DEVICE_REMOVE(vtpm, remove, 0) DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) +/* usbctrl */ +DEFINE_DEVICE_REMOVE_CUSTOM(usbctrl, remove, 0) +DEFINE_DEVICE_REMOVE_CUSTOM(usbctrl, destroy, 1) + /* channel/console hotunplug is not implemented. There are 2 possibilities: * 1. add support for secondary consoles to xenconsoled * 2. dynamically add/remove qemu chardevs via qmp messages. */ @@ -4218,6 +4230,8 @@ DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) * libxl_device_disk_add * libxl_device_nic_add * libxl_device_vtpm_add + * libxl_device_usbctrl_add + * libxl_device_usbdev_add */ #define DEFINE_DEVICE_ADD(type) \ @@ -4249,6 +4263,12 @@ DEFINE_DEVICE_ADD(nic) /* vtpm */ DEFINE_DEVICE_ADD(vtpm) +/* usbctrl */ +DEFINE_DEVICE_ADD(usbctrl) + +/* usb */ +DEFINE_DEVICE_ADD(usbdev) + #undef DEFINE_DEVICE_ADD /******************************************************************************/ @@ -4414,7 +4434,7 @@ static int remove_device(libxl__egc *egc, libxl__ao *ao, aodev->dev = dev; aodev->action = LIBXL__DEVICE_ACTION_REMOVE; aodev->callback = device_complete; - libxl__initiate_device_remove(egc, aodev); + libxl__initiate_device_generic_remove(egc, aodev); break; case LIBXL__DEVICE_KIND_QDISK: if (--dguest->num_qdisks == 0) { @@ -6788,6 +6808,10 @@ int libxl_retrieve_domain_configuration(libxl_ctx *ctx, uint32_t domid, MERGE(pci, pcidevs, COMPARE_PCI, {}); + MERGE(usbctrl, usbctrls, COMPARE_USBCTRL, {}); + + MERGE(usbdev, usbdevs, COMPARE_USB, {}); + /* Take care of removable device. We maintain invariant in the * insert / remove operation so that: * 1. if xenstore is "empty" while JSON is not, the result diff --git a/tools/libxl/libxl.h b/tools/libxl/libxl.h index edf300c..759a857 100644 --- a/tools/libxl/libxl.h +++ b/tools/libxl/libxl.h @@ -123,6 +123,12 @@ #define LIBXL_HAVE_DOMAIN_NODEAFFINITY 1 /* + * LIBXL_HAVE_PVUSB indicates functions for plugging in USB devices + * through pvusb -- both hotplug and at domain creation time.. + */ +#define LIBXL_HAVE_PVUSB 1 + +/* * LIBXL_HAVE_BUILDINFO_HVM_VENDOR_DEVICE indicates that the * libxl_vendor_device field is present in the hvm sections of * libxl_domain_build_info. This field tells libxl which @@ -1495,6 +1501,77 @@ int libxl_cdrom_insert(libxl_ctx *ctx, uint32_t domid, libxl_device_disk *disk, const libxl_asyncop_how *ao_how) LIBXL_EXTERNAL_CALLERS_ONLY; +/* + * USB + * + * For each device removed or added, one of these protocols is available: + * - PV (i.e., PVUSB) + * - DEVICEMODEL (i.e, qemu) + * + * PV is available for either PV or HVM domains. DEVICEMODEL is only + * available for HVM domains. The caller can additionally specify + * "AUTO", in which case the library will try to determine the best + * protocol automatically. + * + * At the moment, the only protocol implemented is PV. + * + * One can add/remove USB controllers to/from guest, and attach/detach USB + * devices to/from USB controllers. + * + * To add USB controllers and USB devices, one can adding USB controllers + * first and then attaching USB devices to some USB controller, or adding + * USB devices to guest directly, it will automatically create a USB + * controller for USB devices to attach. + * + * To remove USB controllers or USB devices, one can remove USB devices + * under USB controller one by one and then remove USB controller, or + * remove USB controller directly, it will remove all USB devices under + * it automatically. + * + */ +/* USB Controllers*/ +int libxl_device_usbctrl_add(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +int libxl_device_usbctrl_remove(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +int libxl_device_usbctrl_destroy(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +libxl_device_usbctrl *libxl_device_usbctrl_list(libxl_ctx *ctx, + uint32_t domid, int *num); + +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr); + + +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl_usbctrlinfo *usbctrlinfo); + +/* USB Devices */ + +int libxl_device_usbdev_add(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbdev *usbdev, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbdev *usbdev, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +libxl_device_usbdev * +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num); + +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr); + /* Network Interfaces */ int libxl_device_nic_add(libxl_ctx *ctx, uint32_t domid, libxl_device_nic *nic, const libxl_asyncop_how *ao_how) diff --git a/tools/libxl/libxl_device.c b/tools/libxl/libxl_device.c index 8bb5e93..b7a6a13 100644 --- a/tools/libxl/libxl_device.c +++ b/tools/libxl/libxl_device.c @@ -676,7 +676,10 @@ void libxl__devices_destroy(libxl__egc *egc, libxl__devices_remove_state *drs) aodev->action = LIBXL__DEVICE_ACTION_REMOVE; aodev->dev = dev; aodev->force = drs->force; - libxl__initiate_device_remove(egc, aodev); + if (dev->backend_kind == LIBXL__DEVICE_KIND_VUSB) + libxl__initiate_device_usbctrl_remove(egc, aodev); + else + libxl__initiate_device_generic_remove(egc, aodev); } } } @@ -775,8 +778,8 @@ out: return; } -void libxl__initiate_device_remove(libxl__egc *egc, - libxl__ao_device *aodev) +void libxl__initiate_device_generic_remove(libxl__egc *egc, + libxl__ao_device *aodev) { STATE_AO_GC(aodev->ao); xs_transaction_t t = 0; @@ -806,7 +809,7 @@ void libxl__initiate_device_remove(libxl__egc *egc, (info.paused || info.dying || info.shutdown)) { /* * TODO: 4.2 Bodge due to QEMU, see comment on top of - * libxl__initiate_device_remove in libxl_internal.h + * libxl__initiate_device_generic_remove in libxl_internal.h */ rc = libxl__ev_time_register_rel(ao, &aodev->timeout, device_qemu_timeout, @@ -942,7 +945,7 @@ static void device_backend_callback(libxl__egc *egc, libxl__ev_devstate *ds, !aodev->force) { LOG(DEBUG, "Timeout reached, initiating forced remove"); aodev->force = 1; - libxl__initiate_device_remove(egc, aodev); + libxl__initiate_device_generic_remove(egc, aodev); return; } diff --git a/tools/libxl/libxl_internal.h b/tools/libxl/libxl_internal.h index 6b873c7..686ed4a 100644 --- a/tools/libxl/libxl_internal.h +++ b/tools/libxl/libxl_internal.h @@ -2573,6 +2573,14 @@ _hidden void libxl__device_vtpm_add(libxl__egc *egc, uint32_t domid, libxl_device_vtpm *vtpm, libxl__ao_device *aodev); +_hidden void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__ao_device *aodev); + +_hidden void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbdev *usbdev, + libxl__ao_device *aodev); + /* Internal function to connect a vkb device */ _hidden int libxl__device_vkb_add(libxl__gc *gc, uint32_t domid, libxl_device_vkb *vkb); @@ -2602,8 +2610,15 @@ _hidden void libxl__wait_device_connection(libxl__egc*, * * Once finished, aodev->callback will be executed. */ -_hidden void libxl__initiate_device_remove(libxl__egc *egc, - libxl__ao_device *aodev); +_hidden void libxl__initiate_device_generic_remove(libxl__egc *egc, + libxl__ao_device *aodev); + +_hidden int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__device *device); + +_hidden void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, + libxl__ao_device *aodev); /* * libxl__get_hotplug_script_info returns the args and env that should @@ -3962,6 +3977,9 @@ static inline void libxl__update_config_vtpm(libxl__gc *gc, #define COMPARE_PCI(a, b) ((a)->func == (b)->func && \ (a)->bus == (b)->bus && \ (a)->dev == (b)->dev) +#define COMPARE_USB(a, b) ((a)->ctrl == (b)->ctrl && \ + (a)->port == (b)->port) +#define COMPARE_USBCTRL(a, b) ((a)->devid == (b)->devid) /* DEVICE_ADD * diff --git a/tools/libxl/libxl_osdeps.h b/tools/libxl/libxl_osdeps.h index d9661c9..802c762 100644 --- a/tools/libxl/libxl_osdeps.h +++ b/tools/libxl/libxl_osdeps.h @@ -24,6 +24,8 @@ #define _GNU_SOURCE #if defined(__NetBSD__) +#define SYSFS_USB_DEV "/sys/bus/usb/devices" +#define SYSFS_USBBACK_DRIVER "/kern/xen/usb" #define SYSFS_PCI_DEV "/sys/bus/pci/devices" #define SYSFS_PCIBACK_DRIVER "/kern/xen/pci" #define NETBACK_NIC_NAME "xvif%ui%d" @@ -31,6 +33,8 @@ #elif defined(__OpenBSD__) #include #elif defined(__linux__) +#define SYSFS_USB_DEV "/sys/bus/usb/devices" +#define SYSFS_USBBACK_DRIVER "/sys/bus/usb/drivers/usbback" #define SYSFS_PCI_DEV "/sys/bus/pci/devices" #define SYSFS_PCIBACK_DRIVER "/sys/bus/pci/drivers/pciback" #define NETBACK_NIC_NAME "vif%u.%d" @@ -38,6 +42,8 @@ #elif defined(__sun__) #include #elif defined(__FreeBSD__) +#define SYSFS_USB_DEV "/dev/null" +#define SYSFS_USBBACK_DRIVER "/dev/null" #define SYSFS_PCI_DEV "/dev/null" #define SYSFS_PCIBACK_DRIVER "/dev/null" #define NETBACK_NIC_NAME "xnb%u.%d" @@ -45,6 +51,13 @@ #include #endif +#ifndef SYSFS_USBBACK_DRIVER +#error define SYSFS_USBBACK_DRIVER for your platform +#endif +#ifndef SYSFS_USB_DEV +#error define SYSFS_USB_DEV for your platform +#endif + #ifndef SYSFS_PCIBACK_DRIVER #error define SYSFS_PCIBACK_DRIVER for your platform #endif diff --git a/tools/libxl/libxl_pvusb.c b/tools/libxl/libxl_pvusb.c new file mode 100644 index 0000000..44ba6f0 --- /dev/null +++ b/tools/libxl/libxl_pvusb.c @@ -0,0 +1,1548 @@ +/* + * Copyright (C) 2015 SUSE LINUX Products GmbH, Nuernberg, Germany. + * Author Chunyan Liu + * + * This program is free software; you can redistribute it and/or modify + * it under the terms of the GNU Lesser General Public License as published + * by the Free Software Foundation; version 2.1 only. with the special + * exception on linking described in file LICENSE. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU Lesser General Public License for more details. + */ + +#include "libxl_osdeps.h" /* must come before any other headers */ + +#include "libxl_internal.h" +#include + +#define USBBACK_INFO_PATH "/libxl/usbback" + +#define USBHUB_CLASS_CODE 9 + +static int libxl__device_usbctrl_setdefault(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl) +{ + int rc; + libxl_domain_type domtype = libxl__domain_type(gc, domid); + + if (!usbctrl->version) + usbctrl->version = 2; + + if (!usbctrl->ports) + usbctrl->ports = 8; + + if (usbctrl->type == LIBXL_USBCTRL_TYPE_AUTO) { + if (domtype == LIBXL_DOMAIN_TYPE_PV) { + usbctrl->type = LIBXL_USBCTRL_TYPE_PV; + } else if (domtype == LIBXL_DOMAIN_TYPE_HVM) { + /* FIXME: See if we can detect PV frontend */ + usbctrl->type = LIBXL_USBCTRL_TYPE_DEVICEMODEL; + } + } + + rc = libxl__resolve_domid(gc, usbctrl->backend_domname, + &usbctrl->backend_domid); + return rc; +} + +int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__device *device) +{ + device->backend_devid = usbctrl->devid; + device->backend_domid = usbctrl->backend_domid; + device->backend_kind = LIBXL__DEVICE_KIND_VUSB; + device->devid = usbctrl->devid; + device->domid = domid; + device->kind = LIBXL__DEVICE_KIND_VUSB; + + return 0; +} + +/* Add usbctrl information to xenstore. + * + * Adding a usb controller will add a new 'vusb' device in xenstore, and + * add corresponding frontend, backend information to it. According to + * "update_json", decide wether to update json config file. + */ +static int libxl__device_usbctrl_add_xenstore(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + bool update_json) +{ + libxl__device *device; + flexarray_t *front; + flexarray_t *back; + xs_transaction_t t = XBT_NULL; + int i, rc; + libxl_domain_config d_config; + libxl_device_usbctrl usbctrl_saved; + libxl__domain_userdata_lock *lock = NULL; + + libxl_domain_config_init(&d_config); + libxl_device_usbctrl_init(&usbctrl_saved); + libxl_device_usbctrl_copy(CTX, &usbctrl_saved, usbctrl); + + GCNEW(device); + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); + if (rc) goto out; + + front = flexarray_make(gc, 4, 1); + back = flexarray_make(gc, 12, 1); + + flexarray_append_pair(back, "frontend-id", GCSPRINTF("%d", domid)); + flexarray_append_pair(back, "online", "1"); + flexarray_append_pair(back, "state", + GCSPRINTF("%d", XenbusStateInitialising)); + flexarray_append_pair(back, "type", + (char *)libxl_usbctrl_type_to_string(usbctrl->type)); + flexarray_append_pair(back, "usb-ver", GCSPRINTF("%d", usbctrl->version)); + flexarray_append_pair(back, "num-ports", GCSPRINTF("%d", usbctrl->ports)); + flexarray_append_pair(back, "port", ""); + for (i = 0; i < usbctrl->ports; i++) + flexarray_append_pair(back, GCSPRINTF("port/%d", i + 1), ""); + + flexarray_append_pair(front, "backend-id", + GCSPRINTF("%d", usbctrl->backend_domid)); + flexarray_append_pair(front, "state", + GCSPRINTF("%d", XenbusStateInitialising)); + + if (update_json) { + lock = libxl__lock_domain_userdata(gc, domid); + if (!lock) { + rc = ERROR_LOCK_FAIL; + goto out; + } + + rc = libxl__get_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + + DEVICE_ADD(usbctrl, usbctrls, domid, &usbctrl_saved, + COMPARE_USBCTRL, &d_config); + } + + for (;;) { + rc = libxl__xs_transaction_start(gc, &t); + if (rc) goto out; + + rc = libxl__device_exists(gc, t, device); + if (rc < 0) goto out; + if (rc == 1) { + /* already exists in xenstore */ + LOG(ERROR, "device already exists in xenstore"); + rc = ERROR_DEVICE_EXISTS; + goto out; + } + + if (update_json) { + rc = libxl__set_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + } + + libxl__device_generic_add(gc, t, device, + libxl__xs_kvs_of_flexarray(gc, back, back->count), + libxl__xs_kvs_of_flexarray(gc, front, front->count), + NULL); + + rc = libxl__xs_transaction_commit(gc, &t); + if (!rc) break; + if (rc < 0) goto out; + } + +out: + libxl__xs_transaction_abort(gc, &t); + if (lock) libxl__unlock_domain_userdata(lock); + libxl_device_usbctrl_dispose(&usbctrl_saved); + libxl_domain_config_dispose(&d_config); + return rc; +} + +/* AO operation to add a usb controller. + * + * Generally, it does: + * 1) fill in necessary usb controler information with default value + * 2) write usb controller frontend/backend info to xenstore, update json + * config file if necessary. + * 3) wait for device connection. PVUSB frontend and backend driver will + * probe xenstore paths and build connection between frontend and backend. + * + * Before calling this function, aodev should be properly filled: + * aodev->ao, aodev->callback, aodev->update_json, ... + */ +void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__ao_device *aodev) +{ + STATE_AO_GC(aodev->ao); + libxl__device *device; + int rc; + + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); + if (rc < 0) goto out; + + if (usbctrl->devid == -1) { + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); + if (usbctrl->devid < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + if (usbctrl->type != LIBXL_USBCTRL_TYPE_PV) { + LOG(ERROR, "Unsupported USB controller type"); + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, + aodev->update_json); + if (rc) goto out; + + GCNEW(device); + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); + if (rc) goto out; + + aodev->dev = device; + aodev->action = LIBXL__DEVICE_ACTION_ADD; + libxl__wait_device_connection(egc, aodev); + return; + +out: + aodev->rc = rc; + aodev->callback(egc, aodev); + return; +} + +static int libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_devid usbctrl, + libxl_device_usbdev **usbdevs, + int *num); + +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev); + +/* AO function to remove a usb controller. + * + * Generally, it does: + * 1) check if the usb controller exists or not + * 2) remove all usb devices under controller + * 3) remove usb controller information from xenstore + * + * Before calling this function, aodev should be properly filled: + * aodev->ao, aodev->dev, aodev->callback, ... + */ +void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, + libxl__ao_device *aodev) +{ + STATE_AO_GC(aodev->ao); + libxl_device_usbdev *usbdevs = NULL; + int num_usbdev = 0; + int i, rc; + uint32_t domid = ao->domid; + int usbctrl_devid = aodev->dev->devid; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbctrl_devid; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + if (usbctrlinfo.type != LIBXL_USBCTRL_TYPE_PV) { + LOG(ERROR, "Unsupported USB controller type"); + rc = ERROR_FAIL; + goto out; + } + + /* Remove usb devices first */ + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, usbctrl_devid, + &usbdevs, &num_usbdev); + if (rc) goto out; + + for (i = 0; i < num_usbdev; i++) { + if (libxl__device_usbdev_remove(gc, domid, &usbdevs[i])) { + LOG(ERROR, "libxl__device_usbdev_remove failed: controller %d, " + "port %d", usbdevs[i].ctrl, usbdevs[i].port); + rc = ERROR_FAIL; + goto out; + } + } + + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + + /* Remove usbctrl */ + libxl__initiate_device_generic_remove(egc, aodev); + return; + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + aodev->rc = rc; + aodev->callback(egc, aodev); + return; +} + +static const char *vusb_be_from_xs_fe(libxl__gc *gc, const char *fe_path, + uint32_t tgt_domid) +{ + const char *be_path; + int r; + uint32_t be_domid, fe_domid; + + r = libxl__xs_read_checked(gc, XBT_NULL, GCSPRINTF("%s/backend", fe_path), + &be_path); + if (r || !be_path) return NULL; + + /* Check to see that it has the proper form, and that fe_domid == + * target domid */ + r = sscanf(be_path, "/local/domain/%d/backend/vusb/%d", + &be_domid, &fe_domid); + + if (r != 2 || fe_domid != tgt_domid) { + LOG(ERROR, "Malformed backend, refusing to use"); + return NULL; + } + + return be_path; +} + +libxl_device_usbctrl * +libxl_device_usbctrl_list(libxl_ctx *ctx, uint32_t domid, int *num) +{ + GC_INIT(ctx); + libxl_device_usbctrl *usbctrls = NULL; + char *path = NULL; + char **entry = NULL; + unsigned int nentries = 0; + + *num = 0; + + path = GCSPRINTF("%s/device/vusb", + libxl__xs_get_dompath(gc, domid)); + entry = libxl__xs_directory(gc, XBT_NULL, path, &nentries); + + if (entry && nentries) { + usbctrls = libxl__zalloc(NOGC, sizeof(*usbctrls) * nentries); + libxl_device_usbctrl *usbctrl; + libxl_device_usbctrl *end = usbctrls + nentries; + for (usbctrl = usbctrls; + usbctrl < end; + usbctrl++, entry++, (*num)++) { + const char *tmp, *be_path, *fe_path; + int ret; + + libxl_device_usbctrl_init(usbctrl); + usbctrl->devid = atoi(*entry); + +#define READ_SUBPATH(path, subpath) ({ \ + ret = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (ret) goto out; \ + (char *)tmp; \ + }) + +#define READ_SUBPATH_INT(path, subpath) ({ \ + ret = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (ret) goto out; \ + tmp ? atoi(tmp) : -1; \ + }) + + fe_path = GCSPRINTF("%s/%s", path, *entry); + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) goto out; + usbctrl->backend_domid = READ_SUBPATH_INT(fe_path, "backend-id"); + usbctrl->version = READ_SUBPATH_INT(be_path, "usb-ver"); + usbctrl->ports = READ_SUBPATH_INT(be_path, "num-ports"); + libxl_usbctrl_type_from_string(READ_SUBPATH(be_path, "type"), + &usbctrl->type); + +#undef READ_SUBPATH +#undef READ_SUBPATH_INT + } + } + + GC_FREE; + return usbctrls; + +out: + LOG(ERROR, "Unable to list USB Controllers"); + libxl_device_usbctrl_list_free(usbctrls, *num); + GC_FREE; + *num = 0; + return NULL; +} + +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl_usbctrlinfo *usbctrlinfo) +{ + GC_INIT(ctx); + const char *dompath, *fe_path, *be_path, *tmp; + int rc; + + usbctrlinfo->devid = usbctrl->devid; + +#define READ_SUBPATH(path, subpath) ({ \ + rc = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (rc) goto out; \ + (char *)tmp; \ + }) + +#define READ_SUBPATH_INT(path, subpath) ({ \ + rc = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (rc) goto out; \ + tmp ? atoi(tmp) : -1; \ + }) + + dompath = libxl__xs_get_dompath(gc, domid); + fe_path = GCSPRINTF("%s/device/vusb/%d", dompath, usbctrl->devid); + be_path = READ_SUBPATH(fe_path, "backend"); + usbctrlinfo->backend = libxl__strdup(NOGC, be_path); + usbctrlinfo->backend_id = READ_SUBPATH_INT(fe_path, "backend-id"); + usbctrlinfo->state = READ_SUBPATH_INT(fe_path, "state"); + usbctrlinfo->evtch = READ_SUBPATH_INT(fe_path, "event-channel"); + usbctrlinfo->ref_urb = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); + usbctrlinfo->ref_conn = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); + tmp = READ_SUBPATH(be_path, "frontend"); + usbctrlinfo->frontend = libxl__strdup(NOGC, tmp); + usbctrlinfo->frontend_id = READ_SUBPATH_INT(be_path, "frontend-id"); + usbctrlinfo->ports = READ_SUBPATH_INT(be_path, "num-ports"); + usbctrlinfo->version = READ_SUBPATH_INT(be_path, "usb-ver");; + tmp = READ_SUBPATH(be_path, "type"); + libxl_usbctrl_type_from_string(tmp, &usbctrlinfo->type); + +#undef READ_SUBPATH +#undef READ_SUBPATH_INT + + rc = 0; + +out: + GC_FREE; + return rc; +} + +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, + uint32_t domid, + int devid, + libxl_device_usbctrl *usbctrl) +{ + libxl_device_usbctrl *usbctrls; + int nb = 0; + int i, rc; + + usbctrls = libxl_device_usbctrl_list(ctx, domid, &nb); + if (!usbctrls) + return ERROR_FAIL; + + rc = ERROR_FAIL; + for (i = 0; i < nb; i++) { + if (devid == usbctrls[i].devid) { + libxl_device_usbctrl_copy(ctx, usbctrl, &usbctrls[i]); + rc = 0; + break; + } + } + + libxl_device_usbctrl_list_free(usbctrls, nb); + return rc; +} + +static void *zalloc_dirent(libxl__gc *gc, const char *dirpath) +{ + size_t need = offsetof(struct dirent, d_name) + + pathconf(dirpath, _PC_NAME_MAX) + 1; + + return libxl__zalloc(gc, need); +} + +static char *usbdev_busaddr_to_busid(libxl__gc *gc, int bus, int addr) +{ + DIR *dir; + char *busid = NULL; + struct dirent *de_buf; + struct dirent *de; + + /* invalid hostbus or hostaddr */ + if (bus < 1 || addr < 1) + return NULL; + + dir = opendir(SYSFS_USB_DEV); + if (!dir) { + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); + return NULL; + } + + de_buf = zalloc_dirent(gc, SYSFS_USB_DEV); + + for (;;) { + char *filename; + void *buf; + int busnum = -1; + int devnum = -1; + + int r = readdir_r(dir, de_buf, &de); + if (r) { + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); + break; + } + if (!de) + break; + + if (!strcmp(de->d_name, ".") || + !strcmp(de->d_name, "..")) + continue; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/devnum", de->d_name); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + devnum = atoi(buf); + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/busnum", de->d_name); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + busnum = atoi(buf); + + if (bus == busnum && addr == devnum) { + busid = libxl__strdup(gc, de->d_name); + break; + } + } + + closedir(dir); + return busid; +} + +static int usbdev_busaddr_from_busid(libxl__gc *gc, const char *busid, + uint8_t *bus, uint8_t *addr) +{ + char *filename; + void *buf; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/busnum", busid); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + *bus = atoi(buf); + else + return ERROR_FAIL; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/devnum", busid); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + *addr = atoi(buf); + else + return ERROR_FAIL; + + return 0; +} + +static int get_assigned_devices(libxl__gc *gc, + libxl_device_usbdev **list, int *num) +{ + char **domlist; + unsigned int ndom = 0; + int i, j, k; + int rc; + + *list = NULL; + *num = 0; + + domlist = libxl__xs_directory(gc, XBT_NULL, "/local/domain", &ndom); + for (i = 0; i < ndom; i++) { + char *path; + char **usbctrls; + unsigned int nc = 0; + uint32_t domid = atoi(domlist[i]); + + path = GCSPRINTF("%s/device/vusb", libxl__xs_get_dompath(gc, domid)); + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); + + for (j = 0; j < nc; j++) { + libxl_device_usbdev *tmp = NULL; + int nd = 0; + + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, + atoi(usbctrls[j]), + &tmp, &nd); + if (rc) goto out; + + if (!nd) continue; + + GCREALLOC_ARRAY(*list, *num + nd); + for (k = 0; k < nd; k++) { + libxl_device_usbdev_copy(CTX, *list + *num, tmp + k); + (*num)++; + } + } + } + + return 0; + +out: + LOG(ERROR, "fail to get assigned devices"); + return rc; +} + +static bool is_usbdev_in_array(libxl_device_usbdev *usbdevs, int num, + libxl_device_usbdev *usbdev) +{ + int i; + + for (i = 0; i < num; i++) { + if (usbdevs[i].u.hostdev.hostbus == usbdev->u.hostdev.hostbus && + usbdevs[i].u.hostdev.hostaddr == usbdev->u.hostdev.hostaddr) + return true; + } + + return false; +} + +/* check if USB device type is assignable */ +static bool is_usbdev_assignable(libxl__gc *gc, libxl_device_usbdev *usbdev) +{ + int classcode; + char *filename; + void *buf = NULL; + char *busid = NULL; + + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, + usbdev->u.hostdev.hostaddr); + if (!busid) return false; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/bDeviceClass", busid); + if (libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + return false; + + classcode = atoi(buf); + return classcode != USBHUB_CLASS_CODE; +} + +/* get usb devices under certain usb controller */ +static int +libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, + uint32_t domid, + libxl_devid usbctrl, + libxl_device_usbdev **usbdevs, + int *num) +{ + const char *fe_path, *be_path, *num_devs; + int n, i, rc; + + *usbdevs = NULL; + *num = 0; + + fe_path = GCSPRINTF("%s/device/vusb/%d", + libxl__xs_get_dompath(gc, domid), usbctrl); + + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/num-ports", be_path), + &num_devs); + if (rc) goto out; + + n = num_devs ? atoi(num_devs) : 0; + + for (i = 0; i < n; i++) { + const char *busid; + libxl_device_usbdev *usbdev; + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", be_path, i + 1), + &busid); + if (rc) goto out; + + if (busid && strcmp(busid, "")) { + GCREALLOC_ARRAY(*usbdevs, *num + 1); + usbdev = *usbdevs + *num; + (*num)++; + libxl_device_usbdev_init(usbdev); + usbdev->ctrl = usbctrl; + usbdev->port = i + 1; + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; + rc = usbdev_busaddr_from_busid(gc, busid, + &usbdev->u.hostdev.hostbus, + &usbdev->u.hostdev.hostaddr); + if (rc) goto out; + } + } + + rc = 0; + +out: + return rc; +} + +/* get all usb devices of the domain */ +libxl_device_usbdev * +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num) +{ + GC_INIT(ctx); + libxl_device_usbdev *usbdevs = NULL; + const char *path; + char **usbctrls; + unsigned int nc = 0; + int i, j; + + *num = 0; + + path = GCSPRINTF("%s/device/vusb", + libxl__xs_get_dompath(gc, domid)); + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); + + for (i = 0; i < nc; i++) { + int r, nd = 0; + libxl_device_usbdev *tmp = NULL; + + r = libxl__device_usbdev_list_for_usbctrl(gc, domid, + atoi(usbctrls[i]), + &tmp, &nd); + if (!r || !nd) continue; + + usbdevs = libxl__realloc(NOGC, usbdevs, + sizeof(*usbdevs) * (*num + nd)); + for (j = 0; j < nd; j++) { + libxl_device_usbdev_copy(ctx, usbdevs + *num, tmp + j); + (*num)++; + } + } + + GC_FREE; + return usbdevs; +} + +/* find first unused controller:port and give that to usb device */ +static int +libxl__device_usbdev_set_default_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + libxl_device_usbctrl *usbctrls = NULL; + int numctrl = 0; + int i, j, rc; + + usbctrls = libxl_device_usbctrl_list(CTX, domid, &numctrl); + if (!numctrl || !usbctrls) { + rc = ERROR_FAIL; + goto out; + } + + rc = ERROR_FAIL; + for (i = 0; i < numctrl; i++) { + for (j = 0; j < usbctrls[i].ports; j++) { + const char *path, *tmp; + + path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbctrls[i].devid, j + 1); + tmp = libxl__xs_read(gc, XBT_NULL, path); + if (tmp && !strcmp(tmp, "")) { + usbdev->ctrl = usbctrls[i].devid; + usbdev->port = j + 1; + rc = 0; + goto out; + } + } + } + +out: + libxl_device_usbctrl_list_free(usbctrls, numctrl); + return rc; +} + +/* Fill in usb information with default value. + * + * Generally, it does: + * 1) if "controller" is not specified: + * - if "port" is not specified, try to find an available controller:port, + * if found, use that; otherwise, create a new controller, use this + * controller and its first port + * - if "port" is specified, report error. + * 2) if "controller" is specified, but port is not specified: + * try to find an available port under this controller, if found, use + * that, otherwise, report error. + * 3) if both "controller" and "port" are specified: + * check the controller:port is available, if not, report error. + */ +static int libxl__device_usbdev_setdefault(libxl__gc *gc, + uint32_t domid, + libxl_device_usbdev *usbdev, + bool update_json) +{ + int rc; + + if (!usbdev->type) + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; + + if (usbdev->ctrl == -1) { + if (usbdev->port) { + LOG(ERROR, "USB controller must be specified if you specify port"); + return ERROR_INVAL; + } + + rc = libxl__device_usbdev_set_default_usbctrl(gc, domid, usbdev); + /* If no existing controller to host this usb device, add a new one */ + if (rc) { + libxl_device_usbctrl *usbctrl; + + GCNEW(usbctrl); + libxl_device_usbctrl_init(usbctrl); + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); + if (rc < 0) goto out; + + if (usbctrl->devid == -1) { + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); + if (usbctrl->devid < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, + update_json); + if (rc) goto out; + + usbdev->ctrl = usbctrl->devid; + usbdev->port = 1; + } + } else { + /* A controller was specified; look it up */ + const char *fe_path, *be_path, *tmp; + + fe_path = GCSPRINTF("%s/device/vusb/%d", + libxl__xs_get_dompath(gc, domid), + usbdev->ctrl); + + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) { + rc = ERROR_FAIL; + goto out; + } + + if (usbdev->port) { + /* A specific port was requested; see if it's available */ + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", + be_path, usbdev->port), + &tmp); + if (rc) goto out; + + if (tmp && strcmp(tmp, "")) { + LOG(ERROR, "The controller port isn't available"); + rc = ERROR_FAIL; + goto out; + } + } else { + /* No port was requested. Choose free port. */ + int i, ports; + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/num-ports", be_path), &tmp); + if (rc) goto out; + + ports = tmp ? atoi(tmp) : 0; + + for (i = 0; i < ports; i++) { + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", be_path, i + 1), + &tmp); + if (rc) goto out; + + if (tmp && !strcmp(tmp, "")) { + usbdev->port = i + 1; + break; + } + } + + if (!usbdev->port) { + LOG(ERROR, "No available port under specified controller"); + rc = ERROR_FAIL; + goto out; + } + } + } + + rc = 0; + +out: + return rc; +} + +/* Add usb information to xenstore + * + * Adding a usb device won't create new 'vusb' device, but only write + * the device busid to the controller:port in xenstore. + */ +static int libxl__device_usbdev_add_xenstore(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev, + bool update_json) +{ + char *be_path, *busid; + int rc; + xs_transaction_t t = XBT_NULL; + libxl_domain_config d_config; + libxl_device_usbdev usbdev_saved; + libxl__domain_userdata_lock *lock = NULL; + + libxl_domain_config_init(&d_config); + libxl_device_usbdev_init(&usbdev_saved); + libxl_device_usbdev_copy(CTX, &usbdev_saved, usbdev); + + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, + usbdev->u.hostdev.hostaddr); + if (!busid) { + LOG(DEBUG, "Fail to get busid of usb device"); + goto out; + } + + if (update_json) { + lock = libxl__lock_domain_userdata(gc, domid); + if (!lock) { + rc = ERROR_LOCK_FAIL; + goto out; + } + + rc = libxl__get_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + + DEVICE_ADD(usbdev, usbdevs, domid, &usbdev_saved, + COMPARE_USB, &d_config); + } + + for (;;) { + rc = libxl__xs_transaction_start(gc, &t); + if (rc) goto out; + + if (update_json) { + rc = libxl__set_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + } + + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbdev->ctrl, usbdev->port); + + LOG(DEBUG, "Adding usb device %s to xenstore: controller %d, port %d", + busid, usbdev->ctrl, usbdev->port); + + if (libxl__xs_write_checked(gc, t, be_path, busid)) + goto out; + + rc = libxl__xs_transaction_commit(gc, &t); + if (!rc) break; + if (rc < 0) goto out; + } + + rc = 0; + +out: + if (lock) libxl__unlock_domain_userdata(lock); + libxl_device_usbdev_dispose(&usbdev_saved); + libxl_domain_config_dispose(&d_config); + return rc; +} + +static int libxl__device_usbdev_remove_xenstore(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + char *be_path; + + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbdev->ctrl, usbdev->port); + + LOG(DEBUG, "Removing usb device from xenstore: controller %d, port %d", + usbdev->ctrl, usbdev->port); + + return libxl__xs_write_checked(gc, XBT_NULL, be_path, ""); +} + +static char *usbdev_busid_from_ctrlport(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + return libxl__xs_read(gc, XBT_NULL, + GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbdev->ctrl, usbdev->port)); +} + +/* get original driver path of usb interface, stored in @drvpath */ +static int usbintf_get_drvpath(libxl__gc *gc, const char *intf, char **drvpath) +{ + char *spath, *dp = NULL; + struct stat st; + int rc; + + spath = GCSPRINTF(SYSFS_USB_DEV "/%s/driver", intf); + + rc = lstat(spath, &st); + if (rc == 0) { + /* Find the canonical path to the driver. */ + dp = libxl__zalloc(gc, PATH_MAX); + dp = realpath(spath, dp); + } else if (errno != ENOENT) { + LOGE(ERROR, "lstat failed: '%s'", spath); + return ERROR_FAIL; + } + + *drvpath = dp; + + return 0; +} + +static int sysfs_write_intf(libxl__gc *gc, const char *intf, const char *path) +{ + int rc, fd = -1; + + fd = open(path, O_WRONLY); + if (fd < 0) { + LOGE(ERROR, "open file failed: '%s'", path); + return ERROR_FAIL; + } + + rc = write(fd, intf, strlen(intf)); + close(fd); + if (rc < 0) { + LOGE(ERROR, "write '%s' to '%s' failed", intf, path); + return ERROR_FAIL; + } + if (rc != strlen(intf)) { + LOG(ERROR, "write '%s' to '%s' failed: incorrect write count", + intf, path); + return ERROR_FAIL; + } + + return 0; +} + +static int unbind_usbintf(libxl__gc *gc, const char *intf) +{ + char *path; + + path = GCSPRINTF(SYSFS_USB_DEV "/%s/driver/unbind", intf); + return sysfs_write_intf(gc, intf, path); +} + +static int bind_usbintf(libxl__gc *gc, const char *intf, const char *drvpath) +{ + char *path; + struct stat st; + + path = GCSPRINTF("%s/%s", drvpath, intf); + /* if already bound, return */ + if (!lstat(path, &st)) + return 0; + + path = GCSPRINTF("%s/bind", drvpath); + return sysfs_write_intf(gc, intf, path); +} + +/* Is usb interface bound to usbback? */ +static int usbintf_is_assigned(libxl__gc *gc, char *intf) +{ + char *spath; + int rc; + struct stat st; + + spath = GCSPRINTF(SYSFS_USBBACK_DRIVER "/%s", intf); + rc = lstat(spath, &st); + + if (rc == 0) + return 1; + if (rc < 0 && errno == ENOENT) + return 0; + LOGE(ERROR, "Accessing %s", spath); + return -1; +} + +static int usbdev_get_all_interfaces(libxl__gc *gc, const char *busid, + char ***intfs, int *num) +{ + DIR *dir; + char *buf; + struct dirent *de_buf; + struct dirent *de; + int rc; + + *intfs = NULL; + *num = 0; + + buf = GCSPRINTF("%s:", busid); + + dir = opendir(SYSFS_USB_DEV); + if (!dir) { + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); + return ERROR_FAIL; + } + + de_buf = zalloc_dirent(gc, SYSFS_USB_DEV); + + for (;;) { + int r = readdir_r(dir, de_buf, &de); + + if (r) { + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); + rc = ERROR_FAIL; + goto out; + } + if (!de) + break; + + if (!strcmp(de->d_name, ".") || + !strcmp(de->d_name, "..")) + continue; + + if (!strncmp(de->d_name, buf, strlen(buf))) { + GCREALLOC_ARRAY(*intfs, *num + 1); + (*intfs)[*num] = libxl__strdup(gc, de->d_name); + (*num)++; + } + } + + rc = 0; + +out: + closedir(dir); + return rc; +} + +/* Encode usb interface so that it could be written to xenstore as a key. + * + * Since xenstore key cannot include '.' or ':', we'll change '.' to '_', + * change ':' to '@'. For example, 3-1:2.1 will be encoded to 3-1@2_1. + * This will be used to save original driver of USB device to xenstore. + */ +static char *usb_interface_xenstore_encode(libxl__gc *gc, const char *busid) +{ + char *str = libxl__strdup(gc, busid); + int i, len = strlen(str); + + for (i = 0; i < len; i++) { + if (str[i] == '.') + str[i] = '_'; + if (str[i] == ':') + str[i] = '@'; + } + return str; +} + +/* Unbind USB device from "usbback" driver. + * + * If there are many interfaces under USB device, check each interface, + * unbind from "usbback" driver and rebind to its original driver. + */ +static int usbback_dev_unassign(libxl__gc *gc, const char *busid) +{ + char **intfs = NULL; + char *usbdev_encode = NULL; + char *path = NULL; + int i, num = 0; + int rc; + + if (usbdev_get_all_interfaces(gc, busid, &intfs, &num) < 0) + return ERROR_FAIL; + + usbdev_encode = usb_interface_xenstore_encode(gc, busid); + + for (i = 0; i < num; i++) { + char *intf = intfs[i]; + char *usbintf_encode = NULL; + const char *drvpath; + + /* check if the USB interface is already bound to "usbback" */ + if (usbintf_is_assigned(gc, intf) > 0) { + /* unbind interface from usbback driver */ + if (unbind_usbintf(gc, intf) < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + /* try to rebind USB interface to its originial driver. + * If rebinding failed, export warning so that user can + * handle it later. + */ + usbintf_encode = usb_interface_xenstore_encode(gc, intf); + path = GCSPRINTF(USBBACK_INFO_PATH "/%s/%s/driver_path", + usbdev_encode, usbintf_encode); + rc = libxl__xs_read_checked(gc, XBT_NULL, path, &drvpath); + if (rc) continue; + + if (drvpath && bind_usbintf(gc, intf, drvpath)) + LOGE(WARN, "Couldn't rebind %s to %s", intf, drvpath); + } + + /* finally, remove xenstore driver path */ + path = GCSPRINTF(USBBACK_INFO_PATH "/%s", usbdev_encode); + libxl__xs_rm_checked(gc, XBT_NULL, path); + rc = 0; + +out: + return rc; +} + +/* Bind USB device to "usbback" driver. + * + * If there are many interfaces under USB device, check each interface, + * unbind from original driver and bind to "usbback" driver. + */ +static int usbback_dev_assign(libxl__gc *gc, const char *busid) +{ + char **intfs = NULL; + int num = 0, i; + int rc; + char *usbdev_encode = NULL; + + rc = usbdev_get_all_interfaces(gc, busid, &intfs, &num); + if (rc) + return rc; + + usbdev_encode = usb_interface_xenstore_encode(gc, busid); + + for (i = 0; i < num; i++) { + char *intf = intfs[i]; + char *drvpath = NULL; + + /* already assigned to usbback */ + if (usbintf_is_assigned(gc, intf) > 0) + continue; + + rc = usbintf_get_drvpath(gc, intf, &drvpath); + if (rc < 0) goto out; + + if (drvpath) { + /* write driver path to xenstore for later rebinding */ + char *usbintf_encode = NULL; + char *path; + + usbintf_encode = usb_interface_xenstore_encode(gc, intf); + path = GCSPRINTF(USBBACK_INFO_PATH "/%s/%s/driver_path", + usbdev_encode, usbintf_encode); + if (libxl__xs_write_checked(gc, XBT_NULL, path, drvpath) < 0) + goto out; + + /* unbind interface from original driver */ + if (unbind_usbintf(gc, intf) < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + /* bind interface to usbback */ + if (bind_usbintf(gc, intf, SYSFS_USBBACK_DRIVER) < 0) { + LOG(ERROR, "Couldn't bind %s to %s", intf, SYSFS_USBBACK_DRIVER); + rc = ERROR_FAIL; + goto out; + } + } + + return 0; + +out: + /* some interfaces might be bound to usbback, unbind it and + * rebind it to its original driver + */ + usbback_dev_unassign(gc, busid); + return rc; +} + +static int do_usbdev_add(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev, + bool update_json) +{ + int rc; + char *busid; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbdev->ctrl; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + switch (usbctrlinfo.type) { + case LIBXL_USBCTRL_TYPE_PV: + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, + usbdev->u.hostdev.hostaddr); + if (!busid) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__device_usbdev_add_xenstore(gc, domid, usbdev, update_json); + if (rc) goto out; + + rc = usbback_dev_assign(gc, busid); + if (rc) { + libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); + goto out; + } + break; + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: + default: + LOG(ERROR, "Unsupported usb controller type"); + rc = ERROR_FAIL; + goto out; + } + + rc = 0; + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + return rc; +} + +/* AO operation to add a usb device. + * + * Generally, it does: + * 1) check if the usb device type is assignable + * 2) check if the usb device is already assigned to a domain + * 3) add 'busid' of the usb device to xenstore contoller/port/. + * (PVUSB driver watches the xenstore changes and will detect that.) + * 4) unbind usb device from original driver and bind to usbback. + * If usb device has many interfaces, then: + * - unbind each interface from its original driver and bind to usbback. + * - store the original driver to xenstore for later rebinding when + * detaching the device. + * + * Before calling this function, aodev should be properly filled: + * aodev->ao, aodev->callback, aodev->update_json, ... + */ +void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbdev *usbdev, + libxl__ao_device *aodev) +{ + STATE_AO_GC(aodev->ao); + int rc; + libxl_device_usbdev *assigned; + int num_assigned; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + + /* Currently only support adding USB device from Dom0 backend. + * So, if USB controller is specified, check its backend domain, + * if it's not Dom0, report error. + */ + if (usbdev->ctrl != -1) { + usbctrl.devid = usbdev->ctrl; + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { + LOG(ERROR, "Don't support adding USB device from non-Dom0 backend"); + rc = ERROR_INVAL; + goto out; + } + } + + /* check usb device is assignable type */ + if (!is_usbdev_assignable(gc, usbdev)) { + LOG(ERROR, "USB device is not assignable."); + rc = ERROR_FAIL; + goto out; + } + + /* check usb device is already assigned */ + rc = get_assigned_devices(gc, &assigned, &num_assigned); + if (rc) { + LOG(ERROR, "cannot determine if device is assigned," + " refusing to continue"); + goto out; + } + + if (is_usbdev_in_array(assigned, num_assigned, usbdev)) { + LOG(ERROR, "USB device already attached to a domain"); + rc = ERROR_FAIL; + goto out; + } + + /* fill default values, e.g, if usbdev->ctrl and usbdev->port + * not specified, choose available controller:port and fill in. */ + rc = libxl__device_usbdev_setdefault(gc, domid, usbdev, + aodev->update_json); + if (rc) goto out; + + /* do actual adding usb device operation */ + rc = do_usbdev_add(gc, domid, usbdev, aodev->update_json); + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + aodev->rc = rc; + aodev->callback(egc, aodev); + return; +} + +static int do_usbdev_remove(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + int rc; + char *busid; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbdev->ctrl; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + switch (usbctrlinfo.type) { + case LIBXL_USBCTRL_TYPE_PV: + busid = usbdev_busid_from_ctrlport(gc, domid, usbdev); + if (!busid) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); + if (rc) goto out; + + rc = usbback_dev_unassign(gc, busid); + if (rc) { + /* Till here, usb device information is already removed + * from xenstore, usb list couldn't list it any more. + * If unassign usb device from usbback failed, export + * warning only so that user could handle driver status + * later. + */ + LOG(WARN, "unbind usb device from usbback and rebind to its " + "original driver failed"); + } + break; + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: + default: + LOG(ERROR, "Unsupported usb controller type"); + rc = ERROR_FAIL; + goto out; + } + + rc = 0; + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + return rc; +} + +/* Operation to remove usb device. + * + * Generally, it does: + * 1) check if the usb device is assigned to the domain + * 2) remove the usb device from xenstore controller/port. + * 3) unbind usb device from usbback and rebind to its original driver. + * If usb device has many interfaces, do it to each interface. + */ +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + libxl_usbctrlinfo usbctrlinfo; + libxl_device_usbctrl usbctrl; + int rc; + + if (usbdev->ctrl < 0 || usbdev->port < 1) { + LOG(ERROR, "Invalid USB device"); + return ERROR_FAIL; + } + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbdev->ctrl; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { + LOG(ERROR, "Don't support removing USB device from non-Dom0 backend"); + rc = ERROR_INVAL; + goto out; + } + + /* do actual removing usb device operation */ + rc = do_usbdev_remove(gc, domid, usbdev); + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + return rc; +} + +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbdev *usbdev, + const libxl_asyncop_how *ao_how) + +{ + AO_CREATE(ctx, domid, ao_how); + int rc; + + rc = libxl__device_usbdev_remove(gc, domid, usbdev); + + libxl__ao_complete(egc, ao, rc); + return AO_INPROGRESS; +} + +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, + uint32_t domid, + int ctrl, + int port, + libxl_device_usbdev *usbdev) +{ + GC_INIT(ctx); + const char *dompath, *fe_path, *be_path, *busid; + int rc; + + dompath = libxl__xs_get_dompath(gc, domid); + + fe_path = GCSPRINTF("%s/device/vusb/%d", dompath, ctrl); + + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", be_path, port), + &busid); + if (rc) goto out; + + if (!busid || !strcmp(busid, "")) { + rc = ERROR_FAIL; + goto out; + } + + usbdev->ctrl = ctrl; + usbdev->port = port; + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; + rc = usbdev_busaddr_from_busid(gc, busid, + &usbdev->u.hostdev.hostbus, + &usbdev->u.hostdev.hostaddr); + +out: + GC_FREE; + return rc; +} +/* + * Local variables: + * mode: C + * c-basic-offset: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libxl/libxl_types.idl b/tools/libxl/libxl_types.idl index cf3730f..f986e35 100644 --- a/tools/libxl/libxl_types.idl +++ b/tools/libxl/libxl_types.idl @@ -605,6 +605,35 @@ libxl_device_rdm = Struct("device_rdm", [ ("policy", libxl_rdm_reserve_policy), ]) +libxl_usbctrl_type = Enumeration("usbctrl_type", [ + (0, "AUTO"), + (1, "PV"), + (2, "DEVICEMODEL"), + ]) + +libxl_usbdev_type = Enumeration("usbdev_type", [ + (1, "hostdev"), + ]) + +libxl_device_usbctrl = Struct("device_usbctrl", [ + ("type", libxl_usbctrl_type), + ("devid", libxl_devid), + ("version", integer), + ("ports", integer), + ("backend_domid", libxl_domid), + ("backend_domname", string), + ]) + +libxl_device_usbdev = Struct("device_usbdev", [ + ("ctrl", libxl_devid), + ("port", integer), + ("u", KeyedUnion(None, libxl_usbdev_type, "type", + [("hostdev", Struct(None, [ + ("hostbus", uint8), + ("hostaddr", uint8)])), + ])), + ]) + libxl_device_dtdev = Struct("device_dtdev", [ ("path", string), ]) @@ -643,6 +672,8 @@ libxl_domain_config = Struct("domain_config", [ # a channel manifests as a console with a name, # see docs/misc/channels.txt ("channels", Array(libxl_device_channel, "num_channels")), + ("usbctrls", Array(libxl_device_usbctrl, "num_usbctrls")), + ("usbdevs", Array(libxl_device_usbdev, "num_usbdevs")), ("on_poweroff", libxl_action_on_shutdown), ("on_reboot", libxl_action_on_shutdown), @@ -686,6 +717,21 @@ libxl_vtpminfo = Struct("vtpminfo", [ ("uuid", libxl_uuid), ], dir=DIR_OUT) +libxl_usbctrlinfo = Struct("usbctrlinfo", [ + ("type", libxl_usbctrl_type), + ("devid", libxl_devid), + ("version", integer), + ("ports", integer), + ("backend", string), + ("backend_id", uint32), + ("frontend", string), + ("frontend_id", uint32), + ("state", integer), + ("evtch", integer), + ("ref_urb", integer), + ("ref_conn", integer), + ], dir=DIR_OUT) + libxl_vcpuinfo = Struct("vcpuinfo", [ ("vcpuid", uint32), ("cpu", uint32), diff --git a/tools/libxl/libxl_types_internal.idl b/tools/libxl/libxl_types_internal.idl index 5e55685..696f5f8 100644 --- a/tools/libxl/libxl_types_internal.idl +++ b/tools/libxl/libxl_types_internal.idl @@ -22,6 +22,7 @@ libxl__device_kind = Enumeration("device_kind", [ (6, "VKBD"), (7, "CONSOLE"), (8, "VTPM"), + (9, "VUSB"), ]) libxl__console_backend = Enumeration("console_backend", [ diff --git a/tools/libxl/libxl_utils.c b/tools/libxl/libxl_utils.c index 7f612a6..f7ba880 100644 --- a/tools/libxl/libxl_utils.c +++ b/tools/libxl/libxl_utils.c @@ -1314,6 +1314,24 @@ int libxl__random_bytes(libxl__gc *gc, uint8_t *buf, size_t len) return ret; } +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr) +{ + int i; + + for (i = 0; i < nr; i++) + libxl_device_usbctrl_dispose(&list[i]); + free(list); +} + +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr) +{ + int i; + + for (i = 0; i < nr; i++) + libxl_device_usbdev_dispose(&list[i]); + free(list); +} + /* * Local variables: * mode: C diff --git a/tools/libxl/libxl_utils.h b/tools/libxl/libxl_utils.h index 339ebdf..4495417 100644 --- a/tools/libxl/libxl_utils.h +++ b/tools/libxl/libxl_utils.h @@ -76,6 +76,11 @@ int libxl_uuid_to_device_vtpm(libxl_ctx *ctx, uint32_t domid, libxl_uuid *uuid, libxl_device_vtpm *vtpm); int libxl_devid_to_device_vtpm(libxl_ctx *ctx, uint32_t domid, int devid, libxl_device_vtpm *vtpm); +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, uint32_t domid, + int devid, libxl_device_usbctrl *usbctrl); +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, uint32_t domid, + int ctrl, int port, + libxl_device_usbdev *usbdev); int libxl_bitmap_alloc(libxl_ctx *ctx, libxl_bitmap *bitmap, int n_bits); /* Allocated bimap is from malloc, libxl_bitmap_dispose() to be -- 2.1.4 _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From xen-devel-bounces@lists.xen.org Tue Dec 15 11:38:44 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Tue, 15 Dec 2015 11:38:44 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a8nwG-0008AA-Ua; Tue, 15 Dec 2015 11:38:40 +0000 Received: from mail6.bemta3.messagelabs.com ([195.245.230.39]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a8nwE-0008A3-Pz for xen-devel@lists.xen.org; Tue, 15 Dec 2015 11:38:39 +0000 Received: from [85.158.137.68] by server-13.bemta-3.messagelabs.com id B0/25-31443-DBBFF665; Tue, 15 Dec 2015 11:38:37 +0000 X-Env-Sender: prvs=784bd15e8=George.Dunlap@citrix.com X-Msg-Ref: server-8.tower-31.messagelabs.com!1450179467!10884533!1 X-Originating-IP: [66.165.176.89] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogNjYuMTY1LjE3Ni44OSA9PiAyMDMwMDc=\n, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 11287 invoked from network); 15 Dec 2015 11:37:49 -0000 Received: from smtp.citrix.com (HELO SMTP.CITRIX.COM) (66.165.176.89) by server-8.tower-31.messagelabs.com with RC4-SHA encrypted SMTP; 15 Dec 2015 11:37:49 -0000 X-IronPort-AV: E=Sophos;i="5.20,431,1444694400"; d="scan'208";a="318947571" Message-ID: <566FF7C0.7080801@citrix.com> Date: Tue, 15 Dec 2015 11:21:36 +0000 From: George Dunlap User-Agent: Mozilla/5.0 (X11; Linux i686 on x86_64; rv:31.0) Gecko/20100101 Icedove/31.8.0 MIME-Version: 1.0 To: Chunyan Liu , References: <1450158901-5798-1-git-send-email-cyliu@suse.com> <1450158901-5798-4-git-send-email-cyliu@suse.com> In-Reply-To: <1450158901-5798-4-git-send-email-cyliu@suse.com> X-DLP: MIA1 Cc: jgross@suse.com, wei.liu2@citrix.com, ian.campbell@citrix.com, george.dunlap@eu.citrix.com, Ian.Jackson@eu.citrix.com, jfehlig@suse.com, Simon Cao Subject: Re: [Xen-devel] [PATCH V11 3/5] libxl: add pvusb API X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org On 15/12/15 05:54, Chunyan Liu wrote: > Add pvusb APIs, including: > - attach/detach (create/destroy) virtual usb controller. > - attach/detach usb device > - list usb controller and usb devices > - some other helper functions > > Signed-off-by: Chunyan Liu > Signed-off-by: Simon Cao > Signed-off-by: George Dunlap Reviewed-by: George Dunlap > > --- > changes: > * format fix: extra white space, line > 80, etc. > * return ERROR_FAILED instead of errno (>0) in sysfs_write_intf > * fix an error in libxl_ctrlport_to_device_usbdev > * extract a helper function for alloc_dirent > > tools/libxl/Makefile | 2 +- > tools/libxl/libxl.c | 34 +- > tools/libxl/libxl.h | 77 ++ > tools/libxl/libxl_device.c | 13 +- > tools/libxl/libxl_internal.h | 22 +- > tools/libxl/libxl_osdeps.h | 13 + > tools/libxl/libxl_pvusb.c | 1548 ++++++++++++++++++++++++++++++++++ > tools/libxl/libxl_types.idl | 46 + > tools/libxl/libxl_types_internal.idl | 1 + > tools/libxl/libxl_utils.c | 18 + > tools/libxl/libxl_utils.h | 5 + > 11 files changed, 1766 insertions(+), 13 deletions(-) > create mode 100644 tools/libxl/libxl_pvusb.c > > diff --git a/tools/libxl/Makefile b/tools/libxl/Makefile > index 6ff5bee..a36145a 100644 > --- a/tools/libxl/Makefile > +++ b/tools/libxl/Makefile > @@ -103,7 +103,7 @@ LIBXL_OBJS = flexarray.o libxl.o libxl_create.o libxl_dm.o libxl_pci.o \ > libxl_stream_read.o libxl_stream_write.o \ > libxl_save_callout.o _libxl_save_msgs_callout.o \ > libxl_qmp.o libxl_event.o libxl_fork.o \ > - libxl_dom_suspend.o $(LIBXL_OBJS-y) > + libxl_dom_suspend.o libxl_pvusb.o $(LIBXL_OBJS-y) > LIBXL_OBJS += libxl_genid.o > LIBXL_OBJS += _libxl_types.o libxl_flask.o _libxl_types_internal.o > > diff --git a/tools/libxl/libxl.c b/tools/libxl/libxl.c > index e10242d..2e4e1c3 100644 > --- a/tools/libxl/libxl.c > +++ b/tools/libxl/libxl.c > @@ -3201,7 +3201,7 @@ void libxl__device_disk_local_initiate_detach(libxl__egc *egc, > aodev->dev = device; > aodev->callback = local_device_detach_cb; > aodev->force = 0; > - libxl__initiate_device_remove(egc, aodev); > + libxl__initiate_device_generic_remove(egc, aodev); > return; > } > > @@ -4154,8 +4154,10 @@ out: > * libxl_device_vkb_destroy > * libxl_device_vfb_remove > * libxl_device_vfb_destroy > + * libxl_device_usbctrl_remove > + * libxl_device_usbctrl_destroy > */ > -#define DEFINE_DEVICE_REMOVE(type, removedestroy, f) \ > +#define DEFINE_DEVICE_REMOVE_EXT(type, remtype, removedestroy, f) \ > int libxl_device_##type##_##removedestroy(libxl_ctx *ctx, \ > uint32_t domid, libxl_device_##type *type, \ > const libxl_asyncop_how *ao_how) \ > @@ -4175,13 +4177,19 @@ out: > aodev->dev = device; \ > aodev->callback = device_addrm_aocomplete; \ > aodev->force = f; \ > - libxl__initiate_device_remove(egc, aodev); \ > + libxl__initiate_device_##remtype##_remove(egc, aodev); \ > \ > out: \ > - if (rc) return AO_CREATE_FAIL(rc); \ > + if (rc) return AO_CREATE_FAIL(rc); \ > return AO_INPROGRESS; \ > } > > +#define DEFINE_DEVICE_REMOVE(type, removedestroy, f) \ > + DEFINE_DEVICE_REMOVE_EXT(type, generic, removedestroy, f) > + > +#define DEFINE_DEVICE_REMOVE_CUSTOM(type, removedestroy, f) \ > + DEFINE_DEVICE_REMOVE_EXT(type, type, removedestroy, f) > + > /* Define all remove/destroy functions and undef the macro */ > > /* disk */ > @@ -4205,6 +4213,10 @@ DEFINE_DEVICE_REMOVE(vfb, destroy, 1) > DEFINE_DEVICE_REMOVE(vtpm, remove, 0) > DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) > > +/* usbctrl */ > +DEFINE_DEVICE_REMOVE_CUSTOM(usbctrl, remove, 0) > +DEFINE_DEVICE_REMOVE_CUSTOM(usbctrl, destroy, 1) > + > /* channel/console hotunplug is not implemented. There are 2 possibilities: > * 1. add support for secondary consoles to xenconsoled > * 2. dynamically add/remove qemu chardevs via qmp messages. */ > @@ -4218,6 +4230,8 @@ DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) > * libxl_device_disk_add > * libxl_device_nic_add > * libxl_device_vtpm_add > + * libxl_device_usbctrl_add > + * libxl_device_usbdev_add > */ > > #define DEFINE_DEVICE_ADD(type) \ > @@ -4249,6 +4263,12 @@ DEFINE_DEVICE_ADD(nic) > /* vtpm */ > DEFINE_DEVICE_ADD(vtpm) > > +/* usbctrl */ > +DEFINE_DEVICE_ADD(usbctrl) > + > +/* usb */ > +DEFINE_DEVICE_ADD(usbdev) > + > #undef DEFINE_DEVICE_ADD > > /******************************************************************************/ > @@ -4414,7 +4434,7 @@ static int remove_device(libxl__egc *egc, libxl__ao *ao, > aodev->dev = dev; > aodev->action = LIBXL__DEVICE_ACTION_REMOVE; > aodev->callback = device_complete; > - libxl__initiate_device_remove(egc, aodev); > + libxl__initiate_device_generic_remove(egc, aodev); > break; > case LIBXL__DEVICE_KIND_QDISK: > if (--dguest->num_qdisks == 0) { > @@ -6788,6 +6808,10 @@ int libxl_retrieve_domain_configuration(libxl_ctx *ctx, uint32_t domid, > > MERGE(pci, pcidevs, COMPARE_PCI, {}); > > + MERGE(usbctrl, usbctrls, COMPARE_USBCTRL, {}); > + > + MERGE(usbdev, usbdevs, COMPARE_USB, {}); > + > /* Take care of removable device. We maintain invariant in the > * insert / remove operation so that: > * 1. if xenstore is "empty" while JSON is not, the result > diff --git a/tools/libxl/libxl.h b/tools/libxl/libxl.h > index edf300c..759a857 100644 > --- a/tools/libxl/libxl.h > +++ b/tools/libxl/libxl.h > @@ -123,6 +123,12 @@ > #define LIBXL_HAVE_DOMAIN_NODEAFFINITY 1 > > /* > + * LIBXL_HAVE_PVUSB indicates functions for plugging in USB devices > + * through pvusb -- both hotplug and at domain creation time.. > + */ > +#define LIBXL_HAVE_PVUSB 1 > + > +/* > * LIBXL_HAVE_BUILDINFO_HVM_VENDOR_DEVICE indicates that the > * libxl_vendor_device field is present in the hvm sections of > * libxl_domain_build_info. This field tells libxl which > @@ -1495,6 +1501,77 @@ int libxl_cdrom_insert(libxl_ctx *ctx, uint32_t domid, libxl_device_disk *disk, > const libxl_asyncop_how *ao_how) > LIBXL_EXTERNAL_CALLERS_ONLY; > > +/* > + * USB > + * > + * For each device removed or added, one of these protocols is available: > + * - PV (i.e., PVUSB) > + * - DEVICEMODEL (i.e, qemu) > + * > + * PV is available for either PV or HVM domains. DEVICEMODEL is only > + * available for HVM domains. The caller can additionally specify > + * "AUTO", in which case the library will try to determine the best > + * protocol automatically. > + * > + * At the moment, the only protocol implemented is PV. > + * > + * One can add/remove USB controllers to/from guest, and attach/detach USB > + * devices to/from USB controllers. > + * > + * To add USB controllers and USB devices, one can adding USB controllers > + * first and then attaching USB devices to some USB controller, or adding > + * USB devices to guest directly, it will automatically create a USB > + * controller for USB devices to attach. > + * > + * To remove USB controllers or USB devices, one can remove USB devices > + * under USB controller one by one and then remove USB controller, or > + * remove USB controller directly, it will remove all USB devices under > + * it automatically. > + * > + */ > +/* USB Controllers*/ > +int libxl_device_usbctrl_add(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + const libxl_asyncop_how *ao_how) > + LIBXL_EXTERNAL_CALLERS_ONLY; > + > +int libxl_device_usbctrl_remove(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + const libxl_asyncop_how *ao_how) > + LIBXL_EXTERNAL_CALLERS_ONLY; > + > +int libxl_device_usbctrl_destroy(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + const libxl_asyncop_how *ao_how) > + LIBXL_EXTERNAL_CALLERS_ONLY; > + > +libxl_device_usbctrl *libxl_device_usbctrl_list(libxl_ctx *ctx, > + uint32_t domid, int *num); > + > +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr); > + > + > +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + libxl_usbctrlinfo *usbctrlinfo); > + > +/* USB Devices */ > + > +int libxl_device_usbdev_add(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbdev *usbdev, > + const libxl_asyncop_how *ao_how) > + LIBXL_EXTERNAL_CALLERS_ONLY; > + > +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbdev *usbdev, > + const libxl_asyncop_how *ao_how) > + LIBXL_EXTERNAL_CALLERS_ONLY; > + > +libxl_device_usbdev * > +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num); > + > +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr); > + > /* Network Interfaces */ > int libxl_device_nic_add(libxl_ctx *ctx, uint32_t domid, libxl_device_nic *nic, > const libxl_asyncop_how *ao_how) > diff --git a/tools/libxl/libxl_device.c b/tools/libxl/libxl_device.c > index 8bb5e93..b7a6a13 100644 > --- a/tools/libxl/libxl_device.c > +++ b/tools/libxl/libxl_device.c > @@ -676,7 +676,10 @@ void libxl__devices_destroy(libxl__egc *egc, libxl__devices_remove_state *drs) > aodev->action = LIBXL__DEVICE_ACTION_REMOVE; > aodev->dev = dev; > aodev->force = drs->force; > - libxl__initiate_device_remove(egc, aodev); > + if (dev->backend_kind == LIBXL__DEVICE_KIND_VUSB) > + libxl__initiate_device_usbctrl_remove(egc, aodev); > + else > + libxl__initiate_device_generic_remove(egc, aodev); > } > } > } > @@ -775,8 +778,8 @@ out: > return; > } > > -void libxl__initiate_device_remove(libxl__egc *egc, > - libxl__ao_device *aodev) > +void libxl__initiate_device_generic_remove(libxl__egc *egc, > + libxl__ao_device *aodev) > { > STATE_AO_GC(aodev->ao); > xs_transaction_t t = 0; > @@ -806,7 +809,7 @@ void libxl__initiate_device_remove(libxl__egc *egc, > (info.paused || info.dying || info.shutdown)) { > /* > * TODO: 4.2 Bodge due to QEMU, see comment on top of > - * libxl__initiate_device_remove in libxl_internal.h > + * libxl__initiate_device_generic_remove in libxl_internal.h > */ > rc = libxl__ev_time_register_rel(ao, &aodev->timeout, > device_qemu_timeout, > @@ -942,7 +945,7 @@ static void device_backend_callback(libxl__egc *egc, libxl__ev_devstate *ds, > !aodev->force) { > LOG(DEBUG, "Timeout reached, initiating forced remove"); > aodev->force = 1; > - libxl__initiate_device_remove(egc, aodev); > + libxl__initiate_device_generic_remove(egc, aodev); > return; > } > > diff --git a/tools/libxl/libxl_internal.h b/tools/libxl/libxl_internal.h > index 6b873c7..686ed4a 100644 > --- a/tools/libxl/libxl_internal.h > +++ b/tools/libxl/libxl_internal.h > @@ -2573,6 +2573,14 @@ _hidden void libxl__device_vtpm_add(libxl__egc *egc, uint32_t domid, > libxl_device_vtpm *vtpm, > libxl__ao_device *aodev); > > +_hidden void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + libxl__ao_device *aodev); > + > +_hidden void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, > + libxl_device_usbdev *usbdev, > + libxl__ao_device *aodev); > + > /* Internal function to connect a vkb device */ > _hidden int libxl__device_vkb_add(libxl__gc *gc, uint32_t domid, > libxl_device_vkb *vkb); > @@ -2602,8 +2610,15 @@ _hidden void libxl__wait_device_connection(libxl__egc*, > * > * Once finished, aodev->callback will be executed. > */ > -_hidden void libxl__initiate_device_remove(libxl__egc *egc, > - libxl__ao_device *aodev); > +_hidden void libxl__initiate_device_generic_remove(libxl__egc *egc, > + libxl__ao_device *aodev); > + > +_hidden int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + libxl__device *device); > + > +_hidden void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, > + libxl__ao_device *aodev); > > /* > * libxl__get_hotplug_script_info returns the args and env that should > @@ -3962,6 +3977,9 @@ static inline void libxl__update_config_vtpm(libxl__gc *gc, > #define COMPARE_PCI(a, b) ((a)->func == (b)->func && \ > (a)->bus == (b)->bus && \ > (a)->dev == (b)->dev) > +#define COMPARE_USB(a, b) ((a)->ctrl == (b)->ctrl && \ > + (a)->port == (b)->port) > +#define COMPARE_USBCTRL(a, b) ((a)->devid == (b)->devid) > > /* DEVICE_ADD > * > diff --git a/tools/libxl/libxl_osdeps.h b/tools/libxl/libxl_osdeps.h > index d9661c9..802c762 100644 > --- a/tools/libxl/libxl_osdeps.h > +++ b/tools/libxl/libxl_osdeps.h > @@ -24,6 +24,8 @@ > #define _GNU_SOURCE > > #if defined(__NetBSD__) > +#define SYSFS_USB_DEV "/sys/bus/usb/devices" > +#define SYSFS_USBBACK_DRIVER "/kern/xen/usb" > #define SYSFS_PCI_DEV "/sys/bus/pci/devices" > #define SYSFS_PCIBACK_DRIVER "/kern/xen/pci" > #define NETBACK_NIC_NAME "xvif%ui%d" > @@ -31,6 +33,8 @@ > #elif defined(__OpenBSD__) > #include > #elif defined(__linux__) > +#define SYSFS_USB_DEV "/sys/bus/usb/devices" > +#define SYSFS_USBBACK_DRIVER "/sys/bus/usb/drivers/usbback" > #define SYSFS_PCI_DEV "/sys/bus/pci/devices" > #define SYSFS_PCIBACK_DRIVER "/sys/bus/pci/drivers/pciback" > #define NETBACK_NIC_NAME "vif%u.%d" > @@ -38,6 +42,8 @@ > #elif defined(__sun__) > #include > #elif defined(__FreeBSD__) > +#define SYSFS_USB_DEV "/dev/null" > +#define SYSFS_USBBACK_DRIVER "/dev/null" > #define SYSFS_PCI_DEV "/dev/null" > #define SYSFS_PCIBACK_DRIVER "/dev/null" > #define NETBACK_NIC_NAME "xnb%u.%d" > @@ -45,6 +51,13 @@ > #include > #endif > > +#ifndef SYSFS_USBBACK_DRIVER > +#error define SYSFS_USBBACK_DRIVER for your platform > +#endif > +#ifndef SYSFS_USB_DEV > +#error define SYSFS_USB_DEV for your platform > +#endif > + > #ifndef SYSFS_PCIBACK_DRIVER > #error define SYSFS_PCIBACK_DRIVER for your platform > #endif > diff --git a/tools/libxl/libxl_pvusb.c b/tools/libxl/libxl_pvusb.c > new file mode 100644 > index 0000000..44ba6f0 > --- /dev/null > +++ b/tools/libxl/libxl_pvusb.c > @@ -0,0 +1,1548 @@ > +/* > + * Copyright (C) 2015 SUSE LINUX Products GmbH, Nuernberg, Germany. > + * Author Chunyan Liu > + * > + * This program is free software; you can redistribute it and/or modify > + * it under the terms of the GNU Lesser General Public License as published > + * by the Free Software Foundation; version 2.1 only. with the special > + * exception on linking described in file LICENSE. > + * > + * This program is distributed in the hope that it will be useful, > + * but WITHOUT ANY WARRANTY; without even the implied warranty of > + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the > + * GNU Lesser General Public License for more details. > + */ > + > +#include "libxl_osdeps.h" /* must come before any other headers */ > + > +#include "libxl_internal.h" > +#include > + > +#define USBBACK_INFO_PATH "/libxl/usbback" > + > +#define USBHUB_CLASS_CODE 9 > + > +static int libxl__device_usbctrl_setdefault(libxl__gc *gc, uint32_t domid, > + libxl_device_usbctrl *usbctrl) > +{ > + int rc; > + libxl_domain_type domtype = libxl__domain_type(gc, domid); > + > + if (!usbctrl->version) > + usbctrl->version = 2; > + > + if (!usbctrl->ports) > + usbctrl->ports = 8; > + > + if (usbctrl->type == LIBXL_USBCTRL_TYPE_AUTO) { > + if (domtype == LIBXL_DOMAIN_TYPE_PV) { > + usbctrl->type = LIBXL_USBCTRL_TYPE_PV; > + } else if (domtype == LIBXL_DOMAIN_TYPE_HVM) { > + /* FIXME: See if we can detect PV frontend */ > + usbctrl->type = LIBXL_USBCTRL_TYPE_DEVICEMODEL; > + } > + } > + > + rc = libxl__resolve_domid(gc, usbctrl->backend_domname, > + &usbctrl->backend_domid); > + return rc; > +} > + > +int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + libxl__device *device) > +{ > + device->backend_devid = usbctrl->devid; > + device->backend_domid = usbctrl->backend_domid; > + device->backend_kind = LIBXL__DEVICE_KIND_VUSB; > + device->devid = usbctrl->devid; > + device->domid = domid; > + device->kind = LIBXL__DEVICE_KIND_VUSB; > + > + return 0; > +} > + > +/* Add usbctrl information to xenstore. > + * > + * Adding a usb controller will add a new 'vusb' device in xenstore, and > + * add corresponding frontend, backend information to it. According to > + * "update_json", decide wether to update json config file. > + */ > +static int libxl__device_usbctrl_add_xenstore(libxl__gc *gc, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + bool update_json) > +{ > + libxl__device *device; > + flexarray_t *front; > + flexarray_t *back; > + xs_transaction_t t = XBT_NULL; > + int i, rc; > + libxl_domain_config d_config; > + libxl_device_usbctrl usbctrl_saved; > + libxl__domain_userdata_lock *lock = NULL; > + > + libxl_domain_config_init(&d_config); > + libxl_device_usbctrl_init(&usbctrl_saved); > + libxl_device_usbctrl_copy(CTX, &usbctrl_saved, usbctrl); > + > + GCNEW(device); > + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); > + if (rc) goto out; > + > + front = flexarray_make(gc, 4, 1); > + back = flexarray_make(gc, 12, 1); > + > + flexarray_append_pair(back, "frontend-id", GCSPRINTF("%d", domid)); > + flexarray_append_pair(back, "online", "1"); > + flexarray_append_pair(back, "state", > + GCSPRINTF("%d", XenbusStateInitialising)); > + flexarray_append_pair(back, "type", > + (char *)libxl_usbctrl_type_to_string(usbctrl->type)); > + flexarray_append_pair(back, "usb-ver", GCSPRINTF("%d", usbctrl->version)); > + flexarray_append_pair(back, "num-ports", GCSPRINTF("%d", usbctrl->ports)); > + flexarray_append_pair(back, "port", ""); > + for (i = 0; i < usbctrl->ports; i++) > + flexarray_append_pair(back, GCSPRINTF("port/%d", i + 1), ""); > + > + flexarray_append_pair(front, "backend-id", > + GCSPRINTF("%d", usbctrl->backend_domid)); > + flexarray_append_pair(front, "state", > + GCSPRINTF("%d", XenbusStateInitialising)); > + > + if (update_json) { > + lock = libxl__lock_domain_userdata(gc, domid); > + if (!lock) { > + rc = ERROR_LOCK_FAIL; > + goto out; > + } > + > + rc = libxl__get_domain_configuration(gc, domid, &d_config); > + if (rc) goto out; > + > + DEVICE_ADD(usbctrl, usbctrls, domid, &usbctrl_saved, > + COMPARE_USBCTRL, &d_config); > + } > + > + for (;;) { > + rc = libxl__xs_transaction_start(gc, &t); > + if (rc) goto out; > + > + rc = libxl__device_exists(gc, t, device); > + if (rc < 0) goto out; > + if (rc == 1) { > + /* already exists in xenstore */ > + LOG(ERROR, "device already exists in xenstore"); > + rc = ERROR_DEVICE_EXISTS; > + goto out; > + } > + > + if (update_json) { > + rc = libxl__set_domain_configuration(gc, domid, &d_config); > + if (rc) goto out; > + } > + > + libxl__device_generic_add(gc, t, device, > + libxl__xs_kvs_of_flexarray(gc, back, back->count), > + libxl__xs_kvs_of_flexarray(gc, front, front->count), > + NULL); > + > + rc = libxl__xs_transaction_commit(gc, &t); > + if (!rc) break; > + if (rc < 0) goto out; > + } > + > +out: > + libxl__xs_transaction_abort(gc, &t); > + if (lock) libxl__unlock_domain_userdata(lock); > + libxl_device_usbctrl_dispose(&usbctrl_saved); > + libxl_domain_config_dispose(&d_config); > + return rc; > +} > + > +/* AO operation to add a usb controller. > + * > + * Generally, it does: > + * 1) fill in necessary usb controler information with default value > + * 2) write usb controller frontend/backend info to xenstore, update json > + * config file if necessary. > + * 3) wait for device connection. PVUSB frontend and backend driver will > + * probe xenstore paths and build connection between frontend and backend. > + * > + * Before calling this function, aodev should be properly filled: > + * aodev->ao, aodev->callback, aodev->update_json, ... > + */ > +void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + libxl__ao_device *aodev) > +{ > + STATE_AO_GC(aodev->ao); > + libxl__device *device; > + int rc; > + > + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); > + if (rc < 0) goto out; > + > + if (usbctrl->devid == -1) { > + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); > + if (usbctrl->devid < 0) { > + rc = ERROR_FAIL; > + goto out; > + } > + } > + > + if (usbctrl->type != LIBXL_USBCTRL_TYPE_PV) { > + LOG(ERROR, "Unsupported USB controller type"); > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, > + aodev->update_json); > + if (rc) goto out; > + > + GCNEW(device); > + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); > + if (rc) goto out; > + > + aodev->dev = device; > + aodev->action = LIBXL__DEVICE_ACTION_ADD; > + libxl__wait_device_connection(egc, aodev); > + return; > + > +out: > + aodev->rc = rc; > + aodev->callback(egc, aodev); > + return; > +} > + > +static int libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, uint32_t domid, > + libxl_devid usbctrl, > + libxl_device_usbdev **usbdevs, > + int *num); > + > +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev); > + > +/* AO function to remove a usb controller. > + * > + * Generally, it does: > + * 1) check if the usb controller exists or not > + * 2) remove all usb devices under controller > + * 3) remove usb controller information from xenstore > + * > + * Before calling this function, aodev should be properly filled: > + * aodev->ao, aodev->dev, aodev->callback, ... > + */ > +void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, > + libxl__ao_device *aodev) > +{ > + STATE_AO_GC(aodev->ao); > + libxl_device_usbdev *usbdevs = NULL; > + int num_usbdev = 0; > + int i, rc; > + uint32_t domid = ao->domid; > + int usbctrl_devid = aodev->dev->devid; > + libxl_device_usbctrl usbctrl; > + libxl_usbctrlinfo usbctrlinfo; > + > + libxl_device_usbctrl_init(&usbctrl); > + libxl_usbctrlinfo_init(&usbctrlinfo); > + usbctrl.devid = usbctrl_devid; > + > + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); > + if (rc) goto out; > + > + if (usbctrlinfo.type != LIBXL_USBCTRL_TYPE_PV) { > + LOG(ERROR, "Unsupported USB controller type"); > + rc = ERROR_FAIL; > + goto out; > + } > + > + /* Remove usb devices first */ > + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, usbctrl_devid, > + &usbdevs, &num_usbdev); > + if (rc) goto out; > + > + for (i = 0; i < num_usbdev; i++) { > + if (libxl__device_usbdev_remove(gc, domid, &usbdevs[i])) { > + LOG(ERROR, "libxl__device_usbdev_remove failed: controller %d, " > + "port %d", usbdevs[i].ctrl, usbdevs[i].port); > + rc = ERROR_FAIL; > + goto out; > + } > + } > + > + libxl_device_usbctrl_dispose(&usbctrl); > + libxl_usbctrlinfo_dispose(&usbctrlinfo); > + > + /* Remove usbctrl */ > + libxl__initiate_device_generic_remove(egc, aodev); > + return; > + > +out: > + libxl_device_usbctrl_dispose(&usbctrl); > + libxl_usbctrlinfo_dispose(&usbctrlinfo); > + aodev->rc = rc; > + aodev->callback(egc, aodev); > + return; > +} > + > +static const char *vusb_be_from_xs_fe(libxl__gc *gc, const char *fe_path, > + uint32_t tgt_domid) > +{ > + const char *be_path; > + int r; > + uint32_t be_domid, fe_domid; > + > + r = libxl__xs_read_checked(gc, XBT_NULL, GCSPRINTF("%s/backend", fe_path), > + &be_path); > + if (r || !be_path) return NULL; > + > + /* Check to see that it has the proper form, and that fe_domid == > + * target domid */ > + r = sscanf(be_path, "/local/domain/%d/backend/vusb/%d", > + &be_domid, &fe_domid); > + > + if (r != 2 || fe_domid != tgt_domid) { > + LOG(ERROR, "Malformed backend, refusing to use"); > + return NULL; > + } > + > + return be_path; > +} > + > +libxl_device_usbctrl * > +libxl_device_usbctrl_list(libxl_ctx *ctx, uint32_t domid, int *num) > +{ > + GC_INIT(ctx); > + libxl_device_usbctrl *usbctrls = NULL; > + char *path = NULL; > + char **entry = NULL; > + unsigned int nentries = 0; > + > + *num = 0; > + > + path = GCSPRINTF("%s/device/vusb", > + libxl__xs_get_dompath(gc, domid)); > + entry = libxl__xs_directory(gc, XBT_NULL, path, &nentries); > + > + if (entry && nentries) { > + usbctrls = libxl__zalloc(NOGC, sizeof(*usbctrls) * nentries); > + libxl_device_usbctrl *usbctrl; > + libxl_device_usbctrl *end = usbctrls + nentries; > + for (usbctrl = usbctrls; > + usbctrl < end; > + usbctrl++, entry++, (*num)++) { > + const char *tmp, *be_path, *fe_path; > + int ret; > + > + libxl_device_usbctrl_init(usbctrl); > + usbctrl->devid = atoi(*entry); > + > +#define READ_SUBPATH(path, subpath) ({ \ > + ret = libxl__xs_read_checked(gc, XBT_NULL, \ > + GCSPRINTF("%s/" subpath, path), \ > + &tmp); \ > + if (ret) goto out; \ > + (char *)tmp; \ > + }) > + > +#define READ_SUBPATH_INT(path, subpath) ({ \ > + ret = libxl__xs_read_checked(gc, XBT_NULL, \ > + GCSPRINTF("%s/" subpath, path), \ > + &tmp); \ > + if (ret) goto out; \ > + tmp ? atoi(tmp) : -1; \ > + }) > + > + fe_path = GCSPRINTF("%s/%s", path, *entry); > + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); > + if (!be_path) goto out; > + usbctrl->backend_domid = READ_SUBPATH_INT(fe_path, "backend-id"); > + usbctrl->version = READ_SUBPATH_INT(be_path, "usb-ver"); > + usbctrl->ports = READ_SUBPATH_INT(be_path, "num-ports"); > + libxl_usbctrl_type_from_string(READ_SUBPATH(be_path, "type"), > + &usbctrl->type); > + > +#undef READ_SUBPATH > +#undef READ_SUBPATH_INT > + } > + } > + > + GC_FREE; > + return usbctrls; > + > +out: > + LOG(ERROR, "Unable to list USB Controllers"); > + libxl_device_usbctrl_list_free(usbctrls, *num); > + GC_FREE; > + *num = 0; > + return NULL; > +} > + > +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbctrl *usbctrl, > + libxl_usbctrlinfo *usbctrlinfo) > +{ > + GC_INIT(ctx); > + const char *dompath, *fe_path, *be_path, *tmp; > + int rc; > + > + usbctrlinfo->devid = usbctrl->devid; > + > +#define READ_SUBPATH(path, subpath) ({ \ > + rc = libxl__xs_read_checked(gc, XBT_NULL, \ > + GCSPRINTF("%s/" subpath, path), \ > + &tmp); \ > + if (rc) goto out; \ > + (char *)tmp; \ > + }) > + > +#define READ_SUBPATH_INT(path, subpath) ({ \ > + rc = libxl__xs_read_checked(gc, XBT_NULL, \ > + GCSPRINTF("%s/" subpath, path), \ > + &tmp); \ > + if (rc) goto out; \ > + tmp ? atoi(tmp) : -1; \ > + }) > + > + dompath = libxl__xs_get_dompath(gc, domid); > + fe_path = GCSPRINTF("%s/device/vusb/%d", dompath, usbctrl->devid); > + be_path = READ_SUBPATH(fe_path, "backend"); > + usbctrlinfo->backend = libxl__strdup(NOGC, be_path); > + usbctrlinfo->backend_id = READ_SUBPATH_INT(fe_path, "backend-id"); > + usbctrlinfo->state = READ_SUBPATH_INT(fe_path, "state"); > + usbctrlinfo->evtch = READ_SUBPATH_INT(fe_path, "event-channel"); > + usbctrlinfo->ref_urb = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); > + usbctrlinfo->ref_conn = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); > + tmp = READ_SUBPATH(be_path, "frontend"); > + usbctrlinfo->frontend = libxl__strdup(NOGC, tmp); > + usbctrlinfo->frontend_id = READ_SUBPATH_INT(be_path, "frontend-id"); > + usbctrlinfo->ports = READ_SUBPATH_INT(be_path, "num-ports"); > + usbctrlinfo->version = READ_SUBPATH_INT(be_path, "usb-ver");; > + tmp = READ_SUBPATH(be_path, "type"); > + libxl_usbctrl_type_from_string(tmp, &usbctrlinfo->type); > + > +#undef READ_SUBPATH > +#undef READ_SUBPATH_INT > + > + rc = 0; > + > +out: > + GC_FREE; > + return rc; > +} > + > +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, > + uint32_t domid, > + int devid, > + libxl_device_usbctrl *usbctrl) > +{ > + libxl_device_usbctrl *usbctrls; > + int nb = 0; > + int i, rc; > + > + usbctrls = libxl_device_usbctrl_list(ctx, domid, &nb); > + if (!usbctrls) > + return ERROR_FAIL; > + > + rc = ERROR_FAIL; > + for (i = 0; i < nb; i++) { > + if (devid == usbctrls[i].devid) { > + libxl_device_usbctrl_copy(ctx, usbctrl, &usbctrls[i]); > + rc = 0; > + break; > + } > + } > + > + libxl_device_usbctrl_list_free(usbctrls, nb); > + return rc; > +} > + > +static void *zalloc_dirent(libxl__gc *gc, const char *dirpath) > +{ > + size_t need = offsetof(struct dirent, d_name) + > + pathconf(dirpath, _PC_NAME_MAX) + 1; > + > + return libxl__zalloc(gc, need); > +} > + > +static char *usbdev_busaddr_to_busid(libxl__gc *gc, int bus, int addr) > +{ > + DIR *dir; > + char *busid = NULL; > + struct dirent *de_buf; > + struct dirent *de; > + > + /* invalid hostbus or hostaddr */ > + if (bus < 1 || addr < 1) > + return NULL; > + > + dir = opendir(SYSFS_USB_DEV); > + if (!dir) { > + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); > + return NULL; > + } > + > + de_buf = zalloc_dirent(gc, SYSFS_USB_DEV); > + > + for (;;) { > + char *filename; > + void *buf; > + int busnum = -1; > + int devnum = -1; > + > + int r = readdir_r(dir, de_buf, &de); > + if (r) { > + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); > + break; > + } > + if (!de) > + break; > + > + if (!strcmp(de->d_name, ".") || > + !strcmp(de->d_name, "..")) > + continue; > + > + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/devnum", de->d_name); > + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) > + devnum = atoi(buf); > + > + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/busnum", de->d_name); > + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) > + busnum = atoi(buf); > + > + if (bus == busnum && addr == devnum) { > + busid = libxl__strdup(gc, de->d_name); > + break; > + } > + } > + > + closedir(dir); > + return busid; > +} > + > +static int usbdev_busaddr_from_busid(libxl__gc *gc, const char *busid, > + uint8_t *bus, uint8_t *addr) > +{ > + char *filename; > + void *buf; > + > + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/busnum", busid); > + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) > + *bus = atoi(buf); > + else > + return ERROR_FAIL; > + > + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/devnum", busid); > + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) > + *addr = atoi(buf); > + else > + return ERROR_FAIL; > + > + return 0; > +} > + > +static int get_assigned_devices(libxl__gc *gc, > + libxl_device_usbdev **list, int *num) > +{ > + char **domlist; > + unsigned int ndom = 0; > + int i, j, k; > + int rc; > + > + *list = NULL; > + *num = 0; > + > + domlist = libxl__xs_directory(gc, XBT_NULL, "/local/domain", &ndom); > + for (i = 0; i < ndom; i++) { > + char *path; > + char **usbctrls; > + unsigned int nc = 0; > + uint32_t domid = atoi(domlist[i]); > + > + path = GCSPRINTF("%s/device/vusb", libxl__xs_get_dompath(gc, domid)); > + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); > + > + for (j = 0; j < nc; j++) { > + libxl_device_usbdev *tmp = NULL; > + int nd = 0; > + > + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, > + atoi(usbctrls[j]), > + &tmp, &nd); > + if (rc) goto out; > + > + if (!nd) continue; > + > + GCREALLOC_ARRAY(*list, *num + nd); > + for (k = 0; k < nd; k++) { > + libxl_device_usbdev_copy(CTX, *list + *num, tmp + k); > + (*num)++; > + } > + } > + } > + > + return 0; > + > +out: > + LOG(ERROR, "fail to get assigned devices"); > + return rc; > +} > + > +static bool is_usbdev_in_array(libxl_device_usbdev *usbdevs, int num, > + libxl_device_usbdev *usbdev) > +{ > + int i; > + > + for (i = 0; i < num; i++) { > + if (usbdevs[i].u.hostdev.hostbus == usbdev->u.hostdev.hostbus && > + usbdevs[i].u.hostdev.hostaddr == usbdev->u.hostdev.hostaddr) > + return true; > + } > + > + return false; > +} > + > +/* check if USB device type is assignable */ > +static bool is_usbdev_assignable(libxl__gc *gc, libxl_device_usbdev *usbdev) > +{ > + int classcode; > + char *filename; > + void *buf = NULL; > + char *busid = NULL; > + > + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, > + usbdev->u.hostdev.hostaddr); > + if (!busid) return false; > + > + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/bDeviceClass", busid); > + if (libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) > + return false; > + > + classcode = atoi(buf); > + return classcode != USBHUB_CLASS_CODE; > +} > + > +/* get usb devices under certain usb controller */ > +static int > +libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, > + uint32_t domid, > + libxl_devid usbctrl, > + libxl_device_usbdev **usbdevs, > + int *num) > +{ > + const char *fe_path, *be_path, *num_devs; > + int n, i, rc; > + > + *usbdevs = NULL; > + *num = 0; > + > + fe_path = GCSPRINTF("%s/device/vusb/%d", > + libxl__xs_get_dompath(gc, domid), usbctrl); > + > + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); > + if (!be_path) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/num-ports", be_path), > + &num_devs); > + if (rc) goto out; > + > + n = num_devs ? atoi(num_devs) : 0; > + > + for (i = 0; i < n; i++) { > + const char *busid; > + libxl_device_usbdev *usbdev; > + > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/port/%d", be_path, i + 1), > + &busid); > + if (rc) goto out; > + > + if (busid && strcmp(busid, "")) { > + GCREALLOC_ARRAY(*usbdevs, *num + 1); > + usbdev = *usbdevs + *num; > + (*num)++; > + libxl_device_usbdev_init(usbdev); > + usbdev->ctrl = usbctrl; > + usbdev->port = i + 1; > + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; > + rc = usbdev_busaddr_from_busid(gc, busid, > + &usbdev->u.hostdev.hostbus, > + &usbdev->u.hostdev.hostaddr); > + if (rc) goto out; > + } > + } > + > + rc = 0; > + > +out: > + return rc; > +} > + > +/* get all usb devices of the domain */ > +libxl_device_usbdev * > +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num) > +{ > + GC_INIT(ctx); > + libxl_device_usbdev *usbdevs = NULL; > + const char *path; > + char **usbctrls; > + unsigned int nc = 0; > + int i, j; > + > + *num = 0; > + > + path = GCSPRINTF("%s/device/vusb", > + libxl__xs_get_dompath(gc, domid)); > + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); > + > + for (i = 0; i < nc; i++) { > + int r, nd = 0; > + libxl_device_usbdev *tmp = NULL; > + > + r = libxl__device_usbdev_list_for_usbctrl(gc, domid, > + atoi(usbctrls[i]), > + &tmp, &nd); > + if (!r || !nd) continue; > + > + usbdevs = libxl__realloc(NOGC, usbdevs, > + sizeof(*usbdevs) * (*num + nd)); > + for (j = 0; j < nd; j++) { > + libxl_device_usbdev_copy(ctx, usbdevs + *num, tmp + j); > + (*num)++; > + } > + } > + > + GC_FREE; > + return usbdevs; > +} > + > +/* find first unused controller:port and give that to usb device */ > +static int > +libxl__device_usbdev_set_default_usbctrl(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev) > +{ > + libxl_device_usbctrl *usbctrls = NULL; > + int numctrl = 0; > + int i, j, rc; > + > + usbctrls = libxl_device_usbctrl_list(CTX, domid, &numctrl); > + if (!numctrl || !usbctrls) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = ERROR_FAIL; > + for (i = 0; i < numctrl; i++) { > + for (j = 0; j < usbctrls[i].ports; j++) { > + const char *path, *tmp; > + > + path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", > + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), > + domid, usbctrls[i].devid, j + 1); > + tmp = libxl__xs_read(gc, XBT_NULL, path); > + if (tmp && !strcmp(tmp, "")) { > + usbdev->ctrl = usbctrls[i].devid; > + usbdev->port = j + 1; > + rc = 0; > + goto out; > + } > + } > + } > + > +out: > + libxl_device_usbctrl_list_free(usbctrls, numctrl); > + return rc; > +} > + > +/* Fill in usb information with default value. > + * > + * Generally, it does: > + * 1) if "controller" is not specified: > + * - if "port" is not specified, try to find an available controller:port, > + * if found, use that; otherwise, create a new controller, use this > + * controller and its first port > + * - if "port" is specified, report error. > + * 2) if "controller" is specified, but port is not specified: > + * try to find an available port under this controller, if found, use > + * that, otherwise, report error. > + * 3) if both "controller" and "port" are specified: > + * check the controller:port is available, if not, report error. > + */ > +static int libxl__device_usbdev_setdefault(libxl__gc *gc, > + uint32_t domid, > + libxl_device_usbdev *usbdev, > + bool update_json) > +{ > + int rc; > + > + if (!usbdev->type) > + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; > + > + if (usbdev->ctrl == -1) { > + if (usbdev->port) { > + LOG(ERROR, "USB controller must be specified if you specify port"); > + return ERROR_INVAL; > + } > + > + rc = libxl__device_usbdev_set_default_usbctrl(gc, domid, usbdev); > + /* If no existing controller to host this usb device, add a new one */ > + if (rc) { > + libxl_device_usbctrl *usbctrl; > + > + GCNEW(usbctrl); > + libxl_device_usbctrl_init(usbctrl); > + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); > + if (rc < 0) goto out; > + > + if (usbctrl->devid == -1) { > + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); > + if (usbctrl->devid < 0) { > + rc = ERROR_FAIL; > + goto out; > + } > + } > + > + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, > + update_json); > + if (rc) goto out; > + > + usbdev->ctrl = usbctrl->devid; > + usbdev->port = 1; > + } > + } else { > + /* A controller was specified; look it up */ > + const char *fe_path, *be_path, *tmp; > + > + fe_path = GCSPRINTF("%s/device/vusb/%d", > + libxl__xs_get_dompath(gc, domid), > + usbdev->ctrl); > + > + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); > + if (!be_path) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + if (usbdev->port) { > + /* A specific port was requested; see if it's available */ > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/port/%d", > + be_path, usbdev->port), > + &tmp); > + if (rc) goto out; > + > + if (tmp && strcmp(tmp, "")) { > + LOG(ERROR, "The controller port isn't available"); > + rc = ERROR_FAIL; > + goto out; > + } > + } else { > + /* No port was requested. Choose free port. */ > + int i, ports; > + > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/num-ports", be_path), &tmp); > + if (rc) goto out; > + > + ports = tmp ? atoi(tmp) : 0; > + > + for (i = 0; i < ports; i++) { > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/port/%d", be_path, i + 1), > + &tmp); > + if (rc) goto out; > + > + if (tmp && !strcmp(tmp, "")) { > + usbdev->port = i + 1; > + break; > + } > + } > + > + if (!usbdev->port) { > + LOG(ERROR, "No available port under specified controller"); > + rc = ERROR_FAIL; > + goto out; > + } > + } > + } > + > + rc = 0; > + > +out: > + return rc; > +} > + > +/* Add usb information to xenstore > + * > + * Adding a usb device won't create new 'vusb' device, but only write > + * the device busid to the controller:port in xenstore. > + */ > +static int libxl__device_usbdev_add_xenstore(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev, > + bool update_json) > +{ > + char *be_path, *busid; > + int rc; > + xs_transaction_t t = XBT_NULL; > + libxl_domain_config d_config; > + libxl_device_usbdev usbdev_saved; > + libxl__domain_userdata_lock *lock = NULL; > + > + libxl_domain_config_init(&d_config); > + libxl_device_usbdev_init(&usbdev_saved); > + libxl_device_usbdev_copy(CTX, &usbdev_saved, usbdev); > + > + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, > + usbdev->u.hostdev.hostaddr); > + if (!busid) { > + LOG(DEBUG, "Fail to get busid of usb device"); > + goto out; > + } > + > + if (update_json) { > + lock = libxl__lock_domain_userdata(gc, domid); > + if (!lock) { > + rc = ERROR_LOCK_FAIL; > + goto out; > + } > + > + rc = libxl__get_domain_configuration(gc, domid, &d_config); > + if (rc) goto out; > + > + DEVICE_ADD(usbdev, usbdevs, domid, &usbdev_saved, > + COMPARE_USB, &d_config); > + } > + > + for (;;) { > + rc = libxl__xs_transaction_start(gc, &t); > + if (rc) goto out; > + > + if (update_json) { > + rc = libxl__set_domain_configuration(gc, domid, &d_config); > + if (rc) goto out; > + } > + > + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", > + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), > + domid, usbdev->ctrl, usbdev->port); > + > + LOG(DEBUG, "Adding usb device %s to xenstore: controller %d, port %d", > + busid, usbdev->ctrl, usbdev->port); > + > + if (libxl__xs_write_checked(gc, t, be_path, busid)) > + goto out; > + > + rc = libxl__xs_transaction_commit(gc, &t); > + if (!rc) break; > + if (rc < 0) goto out; > + } > + > + rc = 0; > + > +out: > + if (lock) libxl__unlock_domain_userdata(lock); > + libxl_device_usbdev_dispose(&usbdev_saved); > + libxl_domain_config_dispose(&d_config); > + return rc; > +} > + > +static int libxl__device_usbdev_remove_xenstore(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev) > +{ > + char *be_path; > + > + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", > + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), > + domid, usbdev->ctrl, usbdev->port); > + > + LOG(DEBUG, "Removing usb device from xenstore: controller %d, port %d", > + usbdev->ctrl, usbdev->port); > + > + return libxl__xs_write_checked(gc, XBT_NULL, be_path, ""); > +} > + > +static char *usbdev_busid_from_ctrlport(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev) > +{ > + return libxl__xs_read(gc, XBT_NULL, > + GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", > + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), > + domid, usbdev->ctrl, usbdev->port)); > +} > + > +/* get original driver path of usb interface, stored in @drvpath */ > +static int usbintf_get_drvpath(libxl__gc *gc, const char *intf, char **drvpath) > +{ > + char *spath, *dp = NULL; > + struct stat st; > + int rc; > + > + spath = GCSPRINTF(SYSFS_USB_DEV "/%s/driver", intf); > + > + rc = lstat(spath, &st); > + if (rc == 0) { > + /* Find the canonical path to the driver. */ > + dp = libxl__zalloc(gc, PATH_MAX); > + dp = realpath(spath, dp); > + } else if (errno != ENOENT) { > + LOGE(ERROR, "lstat failed: '%s'", spath); > + return ERROR_FAIL; > + } > + > + *drvpath = dp; > + > + return 0; > +} > + > +static int sysfs_write_intf(libxl__gc *gc, const char *intf, const char *path) > +{ > + int rc, fd = -1; > + > + fd = open(path, O_WRONLY); > + if (fd < 0) { > + LOGE(ERROR, "open file failed: '%s'", path); > + return ERROR_FAIL; > + } > + > + rc = write(fd, intf, strlen(intf)); > + close(fd); > + if (rc < 0) { > + LOGE(ERROR, "write '%s' to '%s' failed", intf, path); > + return ERROR_FAIL; > + } > + if (rc != strlen(intf)) { > + LOG(ERROR, "write '%s' to '%s' failed: incorrect write count", > + intf, path); > + return ERROR_FAIL; > + } > + > + return 0; > +} > + > +static int unbind_usbintf(libxl__gc *gc, const char *intf) > +{ > + char *path; > + > + path = GCSPRINTF(SYSFS_USB_DEV "/%s/driver/unbind", intf); > + return sysfs_write_intf(gc, intf, path); > +} > + > +static int bind_usbintf(libxl__gc *gc, const char *intf, const char *drvpath) > +{ > + char *path; > + struct stat st; > + > + path = GCSPRINTF("%s/%s", drvpath, intf); > + /* if already bound, return */ > + if (!lstat(path, &st)) > + return 0; > + > + path = GCSPRINTF("%s/bind", drvpath); > + return sysfs_write_intf(gc, intf, path); > +} > + > +/* Is usb interface bound to usbback? */ > +static int usbintf_is_assigned(libxl__gc *gc, char *intf) > +{ > + char *spath; > + int rc; > + struct stat st; > + > + spath = GCSPRINTF(SYSFS_USBBACK_DRIVER "/%s", intf); > + rc = lstat(spath, &st); > + > + if (rc == 0) > + return 1; > + if (rc < 0 && errno == ENOENT) > + return 0; > + LOGE(ERROR, "Accessing %s", spath); > + return -1; > +} > + > +static int usbdev_get_all_interfaces(libxl__gc *gc, const char *busid, > + char ***intfs, int *num) > +{ > + DIR *dir; > + char *buf; > + struct dirent *de_buf; > + struct dirent *de; > + int rc; > + > + *intfs = NULL; > + *num = 0; > + > + buf = GCSPRINTF("%s:", busid); > + > + dir = opendir(SYSFS_USB_DEV); > + if (!dir) { > + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); > + return ERROR_FAIL; > + } > + > + de_buf = zalloc_dirent(gc, SYSFS_USB_DEV); > + > + for (;;) { > + int r = readdir_r(dir, de_buf, &de); > + > + if (r) { > + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); > + rc = ERROR_FAIL; > + goto out; > + } > + if (!de) > + break; > + > + if (!strcmp(de->d_name, ".") || > + !strcmp(de->d_name, "..")) > + continue; > + > + if (!strncmp(de->d_name, buf, strlen(buf))) { > + GCREALLOC_ARRAY(*intfs, *num + 1); > + (*intfs)[*num] = libxl__strdup(gc, de->d_name); > + (*num)++; > + } > + } > + > + rc = 0; > + > +out: > + closedir(dir); > + return rc; > +} > + > +/* Encode usb interface so that it could be written to xenstore as a key. > + * > + * Since xenstore key cannot include '.' or ':', we'll change '.' to '_', > + * change ':' to '@'. For example, 3-1:2.1 will be encoded to 3-1@2_1. > + * This will be used to save original driver of USB device to xenstore. > + */ > +static char *usb_interface_xenstore_encode(libxl__gc *gc, const char *busid) > +{ > + char *str = libxl__strdup(gc, busid); > + int i, len = strlen(str); > + > + for (i = 0; i < len; i++) { > + if (str[i] == '.') > + str[i] = '_'; > + if (str[i] == ':') > + str[i] = '@'; > + } > + return str; > +} > + > +/* Unbind USB device from "usbback" driver. > + * > + * If there are many interfaces under USB device, check each interface, > + * unbind from "usbback" driver and rebind to its original driver. > + */ > +static int usbback_dev_unassign(libxl__gc *gc, const char *busid) > +{ > + char **intfs = NULL; > + char *usbdev_encode = NULL; > + char *path = NULL; > + int i, num = 0; > + int rc; > + > + if (usbdev_get_all_interfaces(gc, busid, &intfs, &num) < 0) > + return ERROR_FAIL; > + > + usbdev_encode = usb_interface_xenstore_encode(gc, busid); > + > + for (i = 0; i < num; i++) { > + char *intf = intfs[i]; > + char *usbintf_encode = NULL; > + const char *drvpath; > + > + /* check if the USB interface is already bound to "usbback" */ > + if (usbintf_is_assigned(gc, intf) > 0) { > + /* unbind interface from usbback driver */ > + if (unbind_usbintf(gc, intf) < 0) { > + rc = ERROR_FAIL; > + goto out; > + } > + } > + > + /* try to rebind USB interface to its originial driver. > + * If rebinding failed, export warning so that user can > + * handle it later. > + */ > + usbintf_encode = usb_interface_xenstore_encode(gc, intf); > + path = GCSPRINTF(USBBACK_INFO_PATH "/%s/%s/driver_path", > + usbdev_encode, usbintf_encode); > + rc = libxl__xs_read_checked(gc, XBT_NULL, path, &drvpath); > + if (rc) continue; > + > + if (drvpath && bind_usbintf(gc, intf, drvpath)) > + LOGE(WARN, "Couldn't rebind %s to %s", intf, drvpath); > + } > + > + /* finally, remove xenstore driver path */ > + path = GCSPRINTF(USBBACK_INFO_PATH "/%s", usbdev_encode); > + libxl__xs_rm_checked(gc, XBT_NULL, path); > + rc = 0; > + > +out: > + return rc; > +} > + > +/* Bind USB device to "usbback" driver. > + * > + * If there are many interfaces under USB device, check each interface, > + * unbind from original driver and bind to "usbback" driver. > + */ > +static int usbback_dev_assign(libxl__gc *gc, const char *busid) > +{ > + char **intfs = NULL; > + int num = 0, i; > + int rc; > + char *usbdev_encode = NULL; > + > + rc = usbdev_get_all_interfaces(gc, busid, &intfs, &num); > + if (rc) > + return rc; > + > + usbdev_encode = usb_interface_xenstore_encode(gc, busid); > + > + for (i = 0; i < num; i++) { > + char *intf = intfs[i]; > + char *drvpath = NULL; > + > + /* already assigned to usbback */ > + if (usbintf_is_assigned(gc, intf) > 0) > + continue; > + > + rc = usbintf_get_drvpath(gc, intf, &drvpath); > + if (rc < 0) goto out; > + > + if (drvpath) { > + /* write driver path to xenstore for later rebinding */ > + char *usbintf_encode = NULL; > + char *path; > + > + usbintf_encode = usb_interface_xenstore_encode(gc, intf); > + path = GCSPRINTF(USBBACK_INFO_PATH "/%s/%s/driver_path", > + usbdev_encode, usbintf_encode); > + if (libxl__xs_write_checked(gc, XBT_NULL, path, drvpath) < 0) > + goto out; > + > + /* unbind interface from original driver */ > + if (unbind_usbintf(gc, intf) < 0) { > + rc = ERROR_FAIL; > + goto out; > + } > + } > + > + /* bind interface to usbback */ > + if (bind_usbintf(gc, intf, SYSFS_USBBACK_DRIVER) < 0) { > + LOG(ERROR, "Couldn't bind %s to %s", intf, SYSFS_USBBACK_DRIVER); > + rc = ERROR_FAIL; > + goto out; > + } > + } > + > + return 0; > + > +out: > + /* some interfaces might be bound to usbback, unbind it and > + * rebind it to its original driver > + */ > + usbback_dev_unassign(gc, busid); > + return rc; > +} > + > +static int do_usbdev_add(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev, > + bool update_json) > +{ > + int rc; > + char *busid; > + libxl_device_usbctrl usbctrl; > + libxl_usbctrlinfo usbctrlinfo; > + > + libxl_device_usbctrl_init(&usbctrl); > + libxl_usbctrlinfo_init(&usbctrlinfo); > + usbctrl.devid = usbdev->ctrl; > + > + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); > + if (rc) goto out; > + > + switch (usbctrlinfo.type) { > + case LIBXL_USBCTRL_TYPE_PV: > + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, > + usbdev->u.hostdev.hostaddr); > + if (!busid) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = libxl__device_usbdev_add_xenstore(gc, domid, usbdev, update_json); > + if (rc) goto out; > + > + rc = usbback_dev_assign(gc, busid); > + if (rc) { > + libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); > + goto out; > + } > + break; > + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: > + default: > + LOG(ERROR, "Unsupported usb controller type"); > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = 0; > + > +out: > + libxl_device_usbctrl_dispose(&usbctrl); > + libxl_usbctrlinfo_dispose(&usbctrlinfo); > + return rc; > +} > + > +/* AO operation to add a usb device. > + * > + * Generally, it does: > + * 1) check if the usb device type is assignable > + * 2) check if the usb device is already assigned to a domain > + * 3) add 'busid' of the usb device to xenstore contoller/port/. > + * (PVUSB driver watches the xenstore changes and will detect that.) > + * 4) unbind usb device from original driver and bind to usbback. > + * If usb device has many interfaces, then: > + * - unbind each interface from its original driver and bind to usbback. > + * - store the original driver to xenstore for later rebinding when > + * detaching the device. > + * > + * Before calling this function, aodev should be properly filled: > + * aodev->ao, aodev->callback, aodev->update_json, ... > + */ > +void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, > + libxl_device_usbdev *usbdev, > + libxl__ao_device *aodev) > +{ > + STATE_AO_GC(aodev->ao); > + int rc; > + libxl_device_usbdev *assigned; > + int num_assigned; > + libxl_device_usbctrl usbctrl; > + libxl_usbctrlinfo usbctrlinfo; > + > + libxl_device_usbctrl_init(&usbctrl); > + libxl_usbctrlinfo_init(&usbctrlinfo); > + > + /* Currently only support adding USB device from Dom0 backend. > + * So, if USB controller is specified, check its backend domain, > + * if it's not Dom0, report error. > + */ > + if (usbdev->ctrl != -1) { > + usbctrl.devid = usbdev->ctrl; > + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); > + if (rc) goto out; > + > + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { > + LOG(ERROR, "Don't support adding USB device from non-Dom0 backend"); > + rc = ERROR_INVAL; > + goto out; > + } > + } > + > + /* check usb device is assignable type */ > + if (!is_usbdev_assignable(gc, usbdev)) { > + LOG(ERROR, "USB device is not assignable."); > + rc = ERROR_FAIL; > + goto out; > + } > + > + /* check usb device is already assigned */ > + rc = get_assigned_devices(gc, &assigned, &num_assigned); > + if (rc) { > + LOG(ERROR, "cannot determine if device is assigned," > + " refusing to continue"); > + goto out; > + } > + > + if (is_usbdev_in_array(assigned, num_assigned, usbdev)) { > + LOG(ERROR, "USB device already attached to a domain"); > + rc = ERROR_FAIL; > + goto out; > + } > + > + /* fill default values, e.g, if usbdev->ctrl and usbdev->port > + * not specified, choose available controller:port and fill in. */ > + rc = libxl__device_usbdev_setdefault(gc, domid, usbdev, > + aodev->update_json); > + if (rc) goto out; > + > + /* do actual adding usb device operation */ > + rc = do_usbdev_add(gc, domid, usbdev, aodev->update_json); > + > +out: > + libxl_device_usbctrl_dispose(&usbctrl); > + libxl_usbctrlinfo_dispose(&usbctrlinfo); > + aodev->rc = rc; > + aodev->callback(egc, aodev); > + return; > +} > + > +static int do_usbdev_remove(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev) > +{ > + int rc; > + char *busid; > + libxl_device_usbctrl usbctrl; > + libxl_usbctrlinfo usbctrlinfo; > + > + libxl_device_usbctrl_init(&usbctrl); > + libxl_usbctrlinfo_init(&usbctrlinfo); > + usbctrl.devid = usbdev->ctrl; > + > + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); > + if (rc) goto out; > + > + switch (usbctrlinfo.type) { > + case LIBXL_USBCTRL_TYPE_PV: > + busid = usbdev_busid_from_ctrlport(gc, domid, usbdev); > + if (!busid) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); > + if (rc) goto out; > + > + rc = usbback_dev_unassign(gc, busid); > + if (rc) { > + /* Till here, usb device information is already removed > + * from xenstore, usb list couldn't list it any more. > + * If unassign usb device from usbback failed, export > + * warning only so that user could handle driver status > + * later. > + */ > + LOG(WARN, "unbind usb device from usbback and rebind to its " > + "original driver failed"); > + } > + break; > + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: > + default: > + LOG(ERROR, "Unsupported usb controller type"); > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = 0; > + > +out: > + libxl_device_usbctrl_dispose(&usbctrl); > + libxl_usbctrlinfo_dispose(&usbctrlinfo); > + return rc; > +} > + > +/* Operation to remove usb device. > + * > + * Generally, it does: > + * 1) check if the usb device is assigned to the domain > + * 2) remove the usb device from xenstore controller/port. > + * 3) unbind usb device from usbback and rebind to its original driver. > + * If usb device has many interfaces, do it to each interface. > + */ > +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, > + libxl_device_usbdev *usbdev) > +{ > + libxl_usbctrlinfo usbctrlinfo; > + libxl_device_usbctrl usbctrl; > + int rc; > + > + if (usbdev->ctrl < 0 || usbdev->port < 1) { > + LOG(ERROR, "Invalid USB device"); > + return ERROR_FAIL; > + } > + > + libxl_device_usbctrl_init(&usbctrl); > + libxl_usbctrlinfo_init(&usbctrlinfo); > + usbctrl.devid = usbdev->ctrl; > + > + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); > + if (rc) goto out; > + > + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { > + LOG(ERROR, "Don't support removing USB device from non-Dom0 backend"); > + rc = ERROR_INVAL; > + goto out; > + } > + > + /* do actual removing usb device operation */ > + rc = do_usbdev_remove(gc, domid, usbdev); > + > +out: > + libxl_device_usbctrl_dispose(&usbctrl); > + libxl_usbctrlinfo_dispose(&usbctrlinfo); > + return rc; > +} > + > +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, > + libxl_device_usbdev *usbdev, > + const libxl_asyncop_how *ao_how) > + > +{ > + AO_CREATE(ctx, domid, ao_how); > + int rc; > + > + rc = libxl__device_usbdev_remove(gc, domid, usbdev); > + > + libxl__ao_complete(egc, ao, rc); > + return AO_INPROGRESS; > +} > + > +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, > + uint32_t domid, > + int ctrl, > + int port, > + libxl_device_usbdev *usbdev) > +{ > + GC_INIT(ctx); > + const char *dompath, *fe_path, *be_path, *busid; > + int rc; > + > + dompath = libxl__xs_get_dompath(gc, domid); > + > + fe_path = GCSPRINTF("%s/device/vusb/%d", dompath, ctrl); > + > + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); > + if (!be_path) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + rc = libxl__xs_read_checked(gc, XBT_NULL, > + GCSPRINTF("%s/port/%d", be_path, port), > + &busid); > + if (rc) goto out; > + > + if (!busid || !strcmp(busid, "")) { > + rc = ERROR_FAIL; > + goto out; > + } > + > + usbdev->ctrl = ctrl; > + usbdev->port = port; > + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; > + rc = usbdev_busaddr_from_busid(gc, busid, > + &usbdev->u.hostdev.hostbus, > + &usbdev->u.hostdev.hostaddr); > + > +out: > + GC_FREE; > + return rc; > +} > +/* > + * Local variables: > + * mode: C > + * c-basic-offset: 4 > + * indent-tabs-mode: nil > + * End: > + */ > diff --git a/tools/libxl/libxl_types.idl b/tools/libxl/libxl_types.idl > index cf3730f..f986e35 100644 > --- a/tools/libxl/libxl_types.idl > +++ b/tools/libxl/libxl_types.idl > @@ -605,6 +605,35 @@ libxl_device_rdm = Struct("device_rdm", [ > ("policy", libxl_rdm_reserve_policy), > ]) > > +libxl_usbctrl_type = Enumeration("usbctrl_type", [ > + (0, "AUTO"), > + (1, "PV"), > + (2, "DEVICEMODEL"), > + ]) > + > +libxl_usbdev_type = Enumeration("usbdev_type", [ > + (1, "hostdev"), > + ]) > + > +libxl_device_usbctrl = Struct("device_usbctrl", [ > + ("type", libxl_usbctrl_type), > + ("devid", libxl_devid), > + ("version", integer), > + ("ports", integer), > + ("backend_domid", libxl_domid), > + ("backend_domname", string), > + ]) > + > +libxl_device_usbdev = Struct("device_usbdev", [ > + ("ctrl", libxl_devid), > + ("port", integer), > + ("u", KeyedUnion(None, libxl_usbdev_type, "type", > + [("hostdev", Struct(None, [ > + ("hostbus", uint8), > + ("hostaddr", uint8)])), > + ])), > + ]) > + > libxl_device_dtdev = Struct("device_dtdev", [ > ("path", string), > ]) > @@ -643,6 +672,8 @@ libxl_domain_config = Struct("domain_config", [ > # a channel manifests as a console with a name, > # see docs/misc/channels.txt > ("channels", Array(libxl_device_channel, "num_channels")), > + ("usbctrls", Array(libxl_device_usbctrl, "num_usbctrls")), > + ("usbdevs", Array(libxl_device_usbdev, "num_usbdevs")), > > ("on_poweroff", libxl_action_on_shutdown), > ("on_reboot", libxl_action_on_shutdown), > @@ -686,6 +717,21 @@ libxl_vtpminfo = Struct("vtpminfo", [ > ("uuid", libxl_uuid), > ], dir=DIR_OUT) > > +libxl_usbctrlinfo = Struct("usbctrlinfo", [ > + ("type", libxl_usbctrl_type), > + ("devid", libxl_devid), > + ("version", integer), > + ("ports", integer), > + ("backend", string), > + ("backend_id", uint32), > + ("frontend", string), > + ("frontend_id", uint32), > + ("state", integer), > + ("evtch", integer), > + ("ref_urb", integer), > + ("ref_conn", integer), > + ], dir=DIR_OUT) > + > libxl_vcpuinfo = Struct("vcpuinfo", [ > ("vcpuid", uint32), > ("cpu", uint32), > diff --git a/tools/libxl/libxl_types_internal.idl b/tools/libxl/libxl_types_internal.idl > index 5e55685..696f5f8 100644 > --- a/tools/libxl/libxl_types_internal.idl > +++ b/tools/libxl/libxl_types_internal.idl > @@ -22,6 +22,7 @@ libxl__device_kind = Enumeration("device_kind", [ > (6, "VKBD"), > (7, "CONSOLE"), > (8, "VTPM"), > + (9, "VUSB"), > ]) > > libxl__console_backend = Enumeration("console_backend", [ > diff --git a/tools/libxl/libxl_utils.c b/tools/libxl/libxl_utils.c > index 7f612a6..f7ba880 100644 > --- a/tools/libxl/libxl_utils.c > +++ b/tools/libxl/libxl_utils.c > @@ -1314,6 +1314,24 @@ int libxl__random_bytes(libxl__gc *gc, uint8_t *buf, size_t len) > return ret; > } > > +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr) > +{ > + int i; > + > + for (i = 0; i < nr; i++) > + libxl_device_usbctrl_dispose(&list[i]); > + free(list); > +} > + > +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr) > +{ > + int i; > + > + for (i = 0; i < nr; i++) > + libxl_device_usbdev_dispose(&list[i]); > + free(list); > +} > + > /* > * Local variables: > * mode: C > diff --git a/tools/libxl/libxl_utils.h b/tools/libxl/libxl_utils.h > index 339ebdf..4495417 100644 > --- a/tools/libxl/libxl_utils.h > +++ b/tools/libxl/libxl_utils.h > @@ -76,6 +76,11 @@ int libxl_uuid_to_device_vtpm(libxl_ctx *ctx, uint32_t domid, > libxl_uuid *uuid, libxl_device_vtpm *vtpm); > int libxl_devid_to_device_vtpm(libxl_ctx *ctx, uint32_t domid, > int devid, libxl_device_vtpm *vtpm); > +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, uint32_t domid, > + int devid, libxl_device_usbctrl *usbctrl); > +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, uint32_t domid, > + int ctrl, int port, > + libxl_device_usbdev *usbdev); > > int libxl_bitmap_alloc(libxl_ctx *ctx, libxl_bitmap *bitmap, int n_bits); > /* Allocated bimap is from malloc, libxl_bitmap_dispose() to be > _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From xen-devel-bounces@lists.xen.org Tue Dec 15 20:41:52 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Tue, 15 Dec 2015 20:41:52 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a8wPu-00026x-QA; Tue, 15 Dec 2015 20:41:50 +0000 Received: from mail6.bemta3.messagelabs.com ([195.245.230.39]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a8wKA-0001Z4-UJ for xen-devel@lists.xen.org; Tue, 15 Dec 2015 20:35:56 +0000 Received: from [85.158.137.68] by server-1.bemta-3.messagelabs.com id 90/52-14715-9A970765; Tue, 15 Dec 2015 20:35:53 +0000 X-Env-Sender: cardoe@cardoe.com X-Msg-Ref: server-5.tower-31.messagelabs.com!1450211660!10957827!1 X-Originating-IP: [209.85.220.172] X-SpamReason: No, hits=0.0 required=7.0 tests=Mail larger than max spam size X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 47978 invoked from network); 15 Dec 2015 20:34:20 -0000 Received: from mail-qk0-f172.google.com (HELO mail-qk0-f172.google.com) (209.85.220.172) by server-5.tower-31.messagelabs.com with AES128-GCM-SHA256 encrypted SMTP; 15 Dec 2015 20:34:20 -0000 Received: by mail-qk0-f172.google.com with SMTP id t125so32546125qkh.3 for ; Tue, 15 Dec 2015 12:34:20 -0800 (PST) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=cardoe-com.20150623.gappssmtp.com; s=20150623; h=from:to:cc:subject:date:message-id:in-reply-to:references; bh=o4s8c7rksMnYHqnkoVUvwTS7XLZ2VsiMChRSpSsUMBQ=; b=M/ISLjopNCMnv4Phw+BZ35zyIZuDkGAD4TyH1wn9G7VI3lQP4Mz5tUZeBPiJPtudDn Z2hzCo13ym3uKz+seatKR0p4u6vzxzJFVinna4fEz/ixF43dwRxsVcTEC5X9b6VO3rrs QiyJZF9XrbemMrSJ4cRFc9vhhWepfWbpiM2SMmt0RV4y1QDkjF96yJQxLT5NFs3HojNU aZGQUu7lAMmHt7lxlGr/wJqyWW5UFZAjiCrhrg1OWjo58ZXPIc24uOr+gsT+gFnx1xD/ s4NzX9m8CjNrFYfutSclzUkqto6wB3Z6ckeeCNEwTqwGNEittWPa84wcU/B3hxmkeUf1 oVGA== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20130820; h=x-gm-message-state:from:to:cc:subject:date:message-id:in-reply-to :references; bh=o4s8c7rksMnYHqnkoVUvwTS7XLZ2VsiMChRSpSsUMBQ=; b=goCmNz//APKpG3j1m+hadb8PVuj1pv31OZpo/vRxlGk1VpHMvk33bg8vRTlHqNcbqI aZkCLF0N3af5g7mChnM8qgQHIDFHdf5JBULX4t+ypC9TBUKkZL+xbOdTEYocaQsqYbpg aI3M8f0sIg+LMoWrRixmLLMcL4Ak/D7N9kJ12j6oJ2DEqtgtyjWUxDhCjrHGjTKCqA5O bCMM97ujgr7Y2Hz1T5YbsSzp8MoGpE2NC+FVNnzf52NeCorBsem+Bq0xHvJW7cVAUA2m e7xTNpfHzlz8KkS4ndeAplTYop3eesXBvTIMY6snJkW6573iIm4iK56obMe+DjgB1249 GzNg== X-Gm-Message-State: ALoCoQmECmwJPUyKhR+OEXp4C1NP1cumf01KDeRobmGKDvBh0WQ4jkqZbnbxwamKokFJAwgWaLwaO/axP1y3ofioOiMpCiwh3A== X-Received: by 10.13.232.83 with SMTP id r80mr9322387ywe.237.1450185227190; Tue, 15 Dec 2015 05:13:47 -0800 (PST) Received: from swanson.lan (c-68-46-196-185.hsd1.al.comcast.net. [68.46.196.185]) by smtp.gmail.com with ESMTPSA id q63sm748514ywf.16.2015.12.15.05.13.45 (version=TLS1_2 cipher=ECDHE-RSA-AES128-SHA bits=128/128); Tue, 15 Dec 2015 05:13:46 -0800 (PST) From: Doug Goldstein To: xen-devel@lists.xen.org Date: Tue, 15 Dec 2015 07:12:59 -0600 Message-Id: <1450185206-14259-2-git-send-email-cardoe@cardoe.com> X-Mailer: git-send-email 2.4.10 In-Reply-To: <1450185206-14259-1-git-send-email-cardoe@cardoe.com> References: <1450185206-14259-1-git-send-email-cardoe@cardoe.com> X-Mailman-Approved-At: Tue, 15 Dec 2015 20:41:48 +0000 Cc: Keir Fraser , Ian Campbell , Doug Goldstein , Ian Jackson , Tim Deegan , Jan Beulich Subject: [Xen-devel] [PATCH v8 01/28] build: import Kbuild/Kconfig from Linux 4.3 X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org Import the following files and directories from the Linux v4.3 tag / commit id 6a13feb9c82803e2b815eca72fa7a9f5561d7861. - scripts/kconfig -> xen/tools/kconfig - Documentation/kbuild/kconfig{,-language}.txt -> docs/misc/kconfig{-language}.txt - scripts/Makefile.host -> xen/tools/kconfig/Makefile.host These files are currently unused but will be used shortly. CC: Ian Campbell CC: Ian Jackson CC: Jan Beulich CC: Keir Fraser CC: Tim Deegan Signed-off-by: Doug Goldstein --- docs/misc/kconfig-language.txt | 395 ++++ docs/misc/kconfig.txt | 237 +++ xen/tools/kconfig/.gitignore | 22 + xen/tools/kconfig/Makefile | 317 ++++ xen/tools/kconfig/Makefile.host | 128 ++ xen/tools/kconfig/POTFILES.in | 12 + xen/tools/kconfig/check.sh | 13 + xen/tools/kconfig/conf.c | 722 +++++++ xen/tools/kconfig/confdata.c | 1245 +++++++++++++ xen/tools/kconfig/expr.c | 1206 ++++++++++++ xen/tools/kconfig/expr.h | 238 +++ xen/tools/kconfig/gconf.c | 1521 +++++++++++++++ xen/tools/kconfig/gconf.glade | 661 +++++++ xen/tools/kconfig/images.c | 326 ++++ xen/tools/kconfig/kxgettext.c | 235 +++ xen/tools/kconfig/list.h | 131 ++ xen/tools/kconfig/lkc.h | 186 ++ xen/tools/kconfig/lkc_proto.h | 52 + xen/tools/kconfig/lxdialog/.gitignore | 4 + xen/tools/kconfig/lxdialog/BIG.FAT.WARNING | 4 + xen/tools/kconfig/lxdialog/check-lxdialog.sh | 91 + xen/tools/kconfig/lxdialog/checklist.c | 332 ++++ xen/tools/kconfig/lxdialog/dialog.h | 257 +++ xen/tools/kconfig/lxdialog/inputbox.c | 301 +++ xen/tools/kconfig/lxdialog/menubox.c | 437 +++++ xen/tools/kconfig/lxdialog/textbox.c | 408 ++++ xen/tools/kconfig/lxdialog/util.c | 713 +++++++ xen/tools/kconfig/lxdialog/yesno.c | 114 ++ xen/tools/kconfig/mconf.c | 1047 +++++++++++ xen/tools/kconfig/menu.c | 697 +++++++ xen/tools/kconfig/merge_config.sh | 162 ++ xen/tools/kconfig/nconf.c | 1561 ++++++++++++++++ xen/tools/kconfig/nconf.gui.c | 656 +++++++ xen/tools/kconfig/nconf.h | 96 + xen/tools/kconfig/qconf.cc | 1798 ++++++++++++++++++ xen/tools/kconfig/qconf.h | 338 ++++ xen/tools/kconfig/streamline_config.pl | 647 +++++++ xen/tools/kconfig/symbol.c | 1376 ++++++++++++++ xen/tools/kconfig/util.c | 147 ++ xen/tools/kconfig/zconf.gperf | 49 + xen/tools/kconfig/zconf.hash.c_shipped | 293 +++ xen/tools/kconfig/zconf.l | 374 ++++ xen/tools/kconfig/zconf.lex.c_shipped | 2473 ++++++++++++++++++++++++ xen/tools/kconfig/zconf.tab.c_shipped | 2580 ++++++++++++++++++++++++++ xen/tools/kconfig/zconf.y | 742 ++++++++ 45 files changed, 25344 insertions(+) create mode 100644 docs/misc/kconfig-language.txt create mode 100644 docs/misc/kconfig.txt create mode 100644 xen/tools/kconfig/.gitignore create mode 100644 xen/tools/kconfig/Makefile create mode 100644 xen/tools/kconfig/Makefile.host create mode 100644 xen/tools/kconfig/POTFILES.in create mode 100755 xen/tools/kconfig/check.sh create mode 100644 xen/tools/kconfig/conf.c create mode 100644 xen/tools/kconfig/confdata.c create mode 100644 xen/tools/kconfig/expr.c create mode 100644 xen/tools/kconfig/expr.h create mode 100644 xen/tools/kconfig/gconf.c create mode 100644 xen/tools/kconfig/gconf.glade create mode 100644 xen/tools/kconfig/images.c create mode 100644 xen/tools/kconfig/kxgettext.c create mode 100644 xen/tools/kconfig/list.h create mode 100644 xen/tools/kconfig/lkc.h create mode 100644 xen/tools/kconfig/lkc_proto.h create mode 100644 xen/tools/kconfig/lxdialog/.gitignore create mode 100644 xen/tools/kconfig/lxdialog/BIG.FAT.WARNING create mode 100755 xen/tools/kconfig/lxdialog/check-lxdialog.sh create mode 100644 xen/tools/kconfig/lxdialog/checklist.c create mode 100644 xen/tools/kconfig/lxdialog/dialog.h create mode 100644 xen/tools/kconfig/lxdialog/inputbox.c create mode 100644 xen/tools/kconfig/lxdialog/menubox.c create mode 100644 xen/tools/kconfig/lxdialog/textbox.c create mode 100644 xen/tools/kconfig/lxdialog/util.c create mode 100644 xen/tools/kconfig/lxdialog/yesno.c create mode 100644 xen/tools/kconfig/mconf.c create mode 100644 xen/tools/kconfig/menu.c create mode 100755 xen/tools/kconfig/merge_config.sh create mode 100644 xen/tools/kconfig/nconf.c create mode 100644 xen/tools/kconfig/nconf.gui.c create mode 100644 xen/tools/kconfig/nconf.h create mode 100644 xen/tools/kconfig/qconf.cc create mode 100644 xen/tools/kconfig/qconf.h create mode 100755 xen/tools/kconfig/streamline_config.pl create mode 100644 xen/tools/kconfig/symbol.c create mode 100644 xen/tools/kconfig/util.c create mode 100644 xen/tools/kconfig/zconf.gperf create mode 100644 xen/tools/kconfig/zconf.hash.c_shipped create mode 100644 xen/tools/kconfig/zconf.l create mode 100644 xen/tools/kconfig/zconf.lex.c_shipped create mode 100644 xen/tools/kconfig/zconf.tab.c_shipped create mode 100644 xen/tools/kconfig/zconf.y diff --git a/docs/misc/kconfig-language.txt b/docs/misc/kconfig-language.txt new file mode 100644 index 0000000..350f733 --- /dev/null +++ b/docs/misc/kconfig-language.txt @@ -0,0 +1,395 @@ +Introduction +------------ + +The configuration database is a collection of configuration options +organized in a tree structure: + + +- Code maturity level options + | +- Prompt for development and/or incomplete code/drivers + +- General setup + | +- Networking support + | +- System V IPC + | +- BSD Process Accounting + | +- Sysctl support + +- Loadable module support + | +- Enable loadable module support + | +- Set version information on all module symbols + | +- Kernel module loader + +- ... + +Every entry has its own dependencies. These dependencies are used +to determine the visibility of an entry. Any child entry is only +visible if its parent entry is also visible. + +Menu entries +------------ + +Most entries define a config option; all other entries help to organize +them. A single configuration option is defined like this: + +config MODVERSIONS + bool "Set version information on all module symbols" + depends on MODULES + help + Usually, modules have to be recompiled whenever you switch to a new + kernel. ... + +Every line starts with a key word and can be followed by multiple +arguments. "config" starts a new config entry. The following lines +define attributes for this config option. Attributes can be the type of +the config option, input prompt, dependencies, help text and default +values. A config option can be defined multiple times with the same +name, but every definition can have only a single input prompt and the +type must not conflict. + +Menu attributes +--------------- + +A menu entry can have a number of attributes. Not all of them are +applicable everywhere (see syntax). + +- type definition: "bool"/"tristate"/"string"/"hex"/"int" + Every config option must have a type. There are only two basic types: + tristate and string; the other types are based on these two. The type + definition optionally accepts an input prompt, so these two examples + are equivalent: + + bool "Networking support" + and + bool + prompt "Networking support" + +- input prompt: "prompt" ["if" ] + Every menu entry can have at most one prompt, which is used to display + to the user. Optionally dependencies only for this prompt can be added + with "if". + +- default value: "default" ["if" ] + A config option can have any number of default values. If multiple + default values are visible, only the first defined one is active. + Default values are not limited to the menu entry where they are + defined. This means the default can be defined somewhere else or be + overridden by an earlier definition. + The default value is only assigned to the config symbol if no other + value was set by the user (via the input prompt above). If an input + prompt is visible the default value is presented to the user and can + be overridden by him. + Optionally, dependencies only for this default value can be added with + "if". + +- type definition + default value: + "def_bool"/"def_tristate" ["if" ] + This is a shorthand notation for a type definition plus a value. + Optionally dependencies for this default value can be added with "if". + +- dependencies: "depends on" + This defines a dependency for this menu entry. If multiple + dependencies are defined, they are connected with '&&'. Dependencies + are applied to all other options within this menu entry (which also + accept an "if" expression), so these two examples are equivalent: + + bool "foo" if BAR + default y if BAR + and + depends on BAR + bool "foo" + default y + +- reverse dependencies: "select" ["if" ] + While normal dependencies reduce the upper limit of a symbol (see + below), reverse dependencies can be used to force a lower limit of + another symbol. The value of the current menu symbol is used as the + minimal value can be set to. If is selected multiple + times, the limit is set to the largest selection. + Reverse dependencies can only be used with boolean or tristate + symbols. + Note: + select should be used with care. select will force + a symbol to a value without visiting the dependencies. + By abusing select you are able to select a symbol FOO even + if FOO depends on BAR that is not set. + In general use select only for non-visible symbols + (no prompts anywhere) and for symbols with no dependencies. + That will limit the usefulness but on the other hand avoid + the illegal configurations all over. + +- limiting menu display: "visible if" + This attribute is only applicable to menu blocks, if the condition is + false, the menu block is not displayed to the user (the symbols + contained there can still be selected by other symbols, though). It is + similar to a conditional "prompt" attribute for individual menu + entries. Default value of "visible" is true. + +- numerical ranges: "range" ["if" ] + This allows to limit the range of possible input values for int + and hex symbols. The user can only input a value which is larger than + or equal to the first symbol and smaller than or equal to the second + symbol. + +- help text: "help" or "---help---" + This defines a help text. The end of the help text is determined by + the indentation level, this means it ends at the first line which has + a smaller indentation than the first line of the help text. + "---help---" and "help" do not differ in behaviour, "---help---" is + used to help visually separate configuration logic from help within + the file as an aid to developers. + +- misc options: "option" [=] + Various less common options can be defined via this option syntax, + which can modify the behaviour of the menu entry and its config + symbol. These options are currently possible: + + - "defconfig_list" + This declares a list of default entries which can be used when + looking for the default configuration (which is used when the main + .config doesn't exists yet.) + + - "modules" + This declares the symbol to be used as the MODULES symbol, which + enables the third modular state for all config symbols. + At most one symbol may have the "modules" option set. + + - "env"= + This imports the environment variable into Kconfig. It behaves like + a default, except that the value comes from the environment, this + also means that the behaviour when mixing it with normal defaults is + undefined at this point. The symbol is currently not exported back + to the build environment (if this is desired, it can be done via + another symbol). + + - "allnoconfig_y" + This declares the symbol as one that should have the value y when + using "allnoconfig". Used for symbols that hide other symbols. + +Menu dependencies +----------------- + +Dependencies define the visibility of a menu entry and can also reduce +the input range of tristate symbols. The tristate logic used in the +expressions uses one more state than normal boolean logic to express the +module state. Dependency expressions have the following syntax: + + ::= (1) + '=' (2) + '!=' (3) + '(' ')' (4) + '!' (5) + '&&' (6) + '||' (7) + +Expressions are listed in decreasing order of precedence. + +(1) Convert the symbol into an expression. Boolean and tristate symbols + are simply converted into the respective expression values. All + other symbol types result in 'n'. +(2) If the values of both symbols are equal, it returns 'y', + otherwise 'n'. +(3) If the values of both symbols are equal, it returns 'n', + otherwise 'y'. +(4) Returns the value of the expression. Used to override precedence. +(5) Returns the result of (2-/expr/). +(6) Returns the result of min(/expr/, /expr/). +(7) Returns the result of max(/expr/, /expr/). + +An expression can have a value of 'n', 'm' or 'y' (or 0, 1, 2 +respectively for calculations). A menu entry becomes visible when its +expression evaluates to 'm' or 'y'. + +There are two types of symbols: constant and non-constant symbols. +Non-constant symbols are the most common ones and are defined with the +'config' statement. Non-constant symbols consist entirely of alphanumeric +characters or underscores. +Constant symbols are only part of expressions. Constant symbols are +always surrounded by single or double quotes. Within the quote, any +other character is allowed and the quotes can be escaped using '\'. + +Menu structure +-------------- + +The position of a menu entry in the tree is determined in two ways. First +it can be specified explicitly: + +menu "Network device support" + depends on NET + +config NETDEVICES + ... + +endmenu + +All entries within the "menu" ... "endmenu" block become a submenu of +"Network device support". All subentries inherit the dependencies from +the menu entry, e.g. this means the dependency "NET" is added to the +dependency list of the config option NETDEVICES. + +The other way to generate the menu structure is done by analyzing the +dependencies. If a menu entry somehow depends on the previous entry, it +can be made a submenu of it. First, the previous (parent) symbol must +be part of the dependency list and then one of these two conditions +must be true: +- the child entry must become invisible, if the parent is set to 'n' +- the child entry must only be visible, if the parent is visible + +config MODULES + bool "Enable loadable module support" + +config MODVERSIONS + bool "Set version information on all module symbols" + depends on MODULES + +comment "module support disabled" + depends on !MODULES + +MODVERSIONS directly depends on MODULES, this means it's only visible if +MODULES is different from 'n'. The comment on the other hand is always +visible when MODULES is visible (the (empty) dependency of MODULES is +also part of the comment dependencies). + + +Kconfig syntax +-------------- + +The configuration file describes a series of menu entries, where every +line starts with a keyword (except help texts). The following keywords +end a menu entry: +- config +- menuconfig +- choice/endchoice +- comment +- menu/endmenu +- if/endif +- source +The first five also start the definition of a menu entry. + +config: + + "config" + + +This defines a config symbol and accepts any of above +attributes as options. + +menuconfig: + "menuconfig" + + +This is similar to the simple config entry above, but it also gives a +hint to front ends, that all suboptions should be displayed as a +separate list of options. + +choices: + + "choice" [symbol] + + + "endchoice" + +This defines a choice group and accepts any of the above attributes as +options. A choice can only be of type bool or tristate, while a boolean +choice only allows a single config entry to be selected, a tristate +choice also allows any number of config entries to be set to 'm'. This +can be used if multiple drivers for a single hardware exists and only a +single driver can be compiled/loaded into the kernel, but all drivers +can be compiled as modules. +A choice accepts another option "optional", which allows to set the +choice to 'n' and no entry needs to be selected. +If no [symbol] is associated with a choice, then you can not have multiple +definitions of that choice. If a [symbol] is associated to the choice, +then you may define the same choice (ie. with the same entries) in another +place. + +comment: + + "comment" + + +This defines a comment which is displayed to the user during the +configuration process and is also echoed to the output files. The only +possible options are dependencies. + +menu: + + "menu" + + + "endmenu" + +This defines a menu block, see "Menu structure" above for more +information. The only possible options are dependencies and "visible" +attributes. + +if: + + "if" + + "endif" + +This defines an if block. The dependency expression is appended +to all enclosed menu entries. + +source: + + "source" + +This reads the specified configuration file. This file is always parsed. + +mainmenu: + + "mainmenu" + +This sets the config program's title bar if the config program chooses +to use it. It should be placed at the top of the configuration, before any +other statement. + + +Kconfig hints +------------- +This is a collection of Kconfig tips, most of which aren't obvious at +first glance and most of which have become idioms in several Kconfig +files. + +Adding common features and make the usage configurable +~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ +It is a common idiom to implement a feature/functionality that are +relevant for some architectures but not all. +The recommended way to do so is to use a config variable named HAVE_* +that is defined in a common Kconfig file and selected by the relevant +architectures. +An example is the generic IOMAP functionality. + +We would in lib/Kconfig see: + +# Generic IOMAP is used to ... +config HAVE_GENERIC_IOMAP + +config GENERIC_IOMAP + depends on HAVE_GENERIC_IOMAP && FOO + +And in lib/Makefile we would see: +obj-$(CONFIG_GENERIC_IOMAP) += iomap.o + +For each architecture using the generic IOMAP functionality we would see: + +config X86 + select ... + select HAVE_GENERIC_IOMAP + select ... + +Note: we use the existing config option and avoid creating a new +config variable to select HAVE_GENERIC_IOMAP. + +Note: the use of the internal config variable HAVE_GENERIC_IOMAP, it is +introduced to overcome the limitation of select which will force a +config option to 'y' no matter the dependencies. +The dependencies are moved to the symbol GENERIC_IOMAP and we avoid the +situation where select forces a symbol equals to 'y'. + +Build as module only +~~~~~~~~~~~~~~~~~~~~ +To restrict a component build to module-only, qualify its config symbol +with "depends on m". E.g.: + +config FOO + depends on BAR && m + +limits FOO to module (=m) or disabled (=n). diff --git a/docs/misc/kconfig.txt b/docs/misc/kconfig.txt new file mode 100644 index 0000000..bbc99c0 --- /dev/null +++ b/docs/misc/kconfig.txt @@ -0,0 +1,237 @@ +This file contains some assistance for using "make *config". + +Use "make help" to list all of the possible configuration targets. + +The xconfig ('qconf') and menuconfig ('mconf') programs also +have embedded help text. Be sure to check it for navigation, +search, and other general help text. + +====================================================================== +General +-------------------------------------------------- + +New kernel releases often introduce new config symbols. Often more +important, new kernel releases may rename config symbols. When +this happens, using a previously working .config file and running +"make oldconfig" won't necessarily produce a working new kernel +for you, so you may find that you need to see what NEW kernel +symbols have been introduced. + +To see a list of new config symbols when using "make oldconfig", use + + cp user/some/old.config .config + make listnewconfig + +and the config program will list any new symbols, one per line. + + scripts/diffconfig .config.old .config | less + +______________________________________________________________________ +Environment variables for '*config' + +KCONFIG_CONFIG +-------------------------------------------------- +This environment variable can be used to specify a default kernel config +file name to override the default name of ".config". + +KCONFIG_OVERWRITECONFIG +-------------------------------------------------- +If you set KCONFIG_OVERWRITECONFIG in the environment, Kconfig will not +break symlinks when .config is a symlink to somewhere else. + +CONFIG_ +-------------------------------------------------- +If you set CONFIG_ in the environment, Kconfig will prefix all symbols +with its value when saving the configuration, instead of using the default, +"CONFIG_". + +______________________________________________________________________ +Environment variables for '{allyes/allmod/allno/rand}config' + +KCONFIG_ALLCONFIG +-------------------------------------------------- +(partially based on lkml email from/by Rob Landley, re: miniconfig) +-------------------------------------------------- +The allyesconfig/allmodconfig/allnoconfig/randconfig variants can also +use the environment variable KCONFIG_ALLCONFIG as a flag or a filename +that contains config symbols that the user requires to be set to a +specific value. If KCONFIG_ALLCONFIG is used without a filename where +KCONFIG_ALLCONFIG == "" or KCONFIG_ALLCONFIG == "1", "make *config" +checks for a file named "all{yes/mod/no/def/random}.config" +(corresponding to the *config command that was used) for symbol values +that are to be forced. If this file is not found, it checks for a +file named "all.config" to contain forced values. + +This enables you to create "miniature" config (miniconfig) or custom +config files containing just the config symbols that you are interested +in. Then the kernel config system generates the full .config file, +including symbols of your miniconfig file. + +This 'KCONFIG_ALLCONFIG' file is a config file which contains +(usually a subset of all) preset config symbols. These variable +settings are still subject to normal dependency checks. + +Examples: + KCONFIG_ALLCONFIG=custom-notebook.config make allnoconfig +or + KCONFIG_ALLCONFIG=mini.config make allnoconfig +or + make KCONFIG_ALLCONFIG=mini.config allnoconfig + +These examples will disable most options (allnoconfig) but enable or +disable the options that are explicitly listed in the specified +mini-config files. + +______________________________________________________________________ +Environment variables for 'randconfig' + +KCONFIG_SEED +-------------------------------------------------- +You can set this to the integer value used to seed the RNG, if you want +to somehow debug the behaviour of the kconfig parser/frontends. +If not set, the current time will be used. + +KCONFIG_PROBABILITY +-------------------------------------------------- +This variable can be used to skew the probabilities. This variable can +be unset or empty, or set to three different formats: + KCONFIG_PROBABILITY y:n split y:m:n split + ----------------------------------------------------------------- + unset or empty 50 : 50 33 : 33 : 34 + N N : 100-N N/2 : N/2 : 100-N + [1] N:M N+M : 100-(N+M) N : M : 100-(N+M) + [2] N:M:L N : 100-N M : L : 100-(M+L) + +where N, M and L are integers (in base 10) in the range [0,100], and so +that: + [1] N+M is in the range [0,100] + [2] M+L is in the range [0,100] + +Examples: + KCONFIG_PROBABILITY=10 + 10% of booleans will be set to 'y', 90% to 'n' + 5% of tristates will be set to 'y', 5% to 'm', 90% to 'n' + KCONFIG_PROBABILITY=15:25 + 40% of booleans will be set to 'y', 60% to 'n' + 15% of tristates will be set to 'y', 25% to 'm', 60% to 'n' + KCONFIG_PROBABILITY=10:15:15 + 10% of booleans will be set to 'y', 90% to 'n' + 15% of tristates will be set to 'y', 15% to 'm', 70% to 'n' + +______________________________________________________________________ +Environment variables for 'silentoldconfig' + +KCONFIG_NOSILENTUPDATE +-------------------------------------------------- +If this variable has a non-blank value, it prevents silent kernel +config updates (requires explicit updates). + +KCONFIG_AUTOCONFIG +-------------------------------------------------- +This environment variable can be set to specify the path & name of the +"auto.conf" file. Its default value is "include/config/auto.conf". + +KCONFIG_TRISTATE +-------------------------------------------------- +This environment variable can be set to specify the path & name of the +"tristate.conf" file. Its default value is "include/config/tristate.conf". + +KCONFIG_AUTOHEADER +-------------------------------------------------- +This environment variable can be set to specify the path & name of the +"autoconf.h" (header) file. +Its default value is "include/generated/autoconf.h". + + +====================================================================== +menuconfig +-------------------------------------------------- + +SEARCHING for CONFIG symbols + +Searching in menuconfig: + + The Search function searches for kernel configuration symbol + names, so you have to know something close to what you are + looking for. + + Example: + /hotplug + This lists all config symbols that contain "hotplug", + e.g., HOTPLUG_CPU, MEMORY_HOTPLUG. + + For search help, enter / followed TAB-TAB-TAB (to highlight + ) and Enter. This will tell you that you can also use + regular expressions (regexes) in the search string, so if you + are not interested in MEMORY_HOTPLUG, you could try + + /^hotplug + + When searching, symbols are sorted thus: + - first, exact matches, sorted alphabetically (an exact match + is when the search matches the complete symbol name); + - then, other matches, sorted alphabetically. + For example: ^ATH.K matches: + ATH5K ATH9K ATH5K_AHB ATH5K_DEBUG [...] ATH6KL ATH6KL_DEBUG + [...] ATH9K_AHB ATH9K_BTCOEX_SUPPORT ATH9K_COMMON [...] + of which only ATH5K and ATH9K match exactly and so are sorted + first (and in alphabetical order), then come all other symbols, + sorted in alphabetical order. + +______________________________________________________________________ +User interface options for 'menuconfig' + +MENUCONFIG_COLOR +-------------------------------------------------- +It is possible to select different color themes using the variable +MENUCONFIG_COLOR. To select a theme use: + + make MENUCONFIG_COLOR= menuconfig + +Available themes are: + mono => selects colors suitable for monochrome displays + blackbg => selects a color scheme with black background + classic => theme with blue background. The classic look + bluetitle => a LCD friendly version of classic. (default) + +MENUCONFIG_MODE +-------------------------------------------------- +This mode shows all sub-menus in one large tree. + +Example: + make MENUCONFIG_MODE=single_menu menuconfig + + +====================================================================== +xconfig +-------------------------------------------------- + +Searching in xconfig: + + The Search function searches for kernel configuration symbol + names, so you have to know something close to what you are + looking for. + + Example: + Ctrl-F hotplug + or + Menu: File, Search, hotplug + + lists all config symbol entries that contain "hotplug" in + the symbol name. In this Search dialog, you may change the + config setting for any of the entries that are not grayed out. + You can also enter a different search string without having + to return to the main menu. + + +====================================================================== +gconfig +-------------------------------------------------- + +Searching in gconfig: + + None (gconfig isn't maintained as well as xconfig or menuconfig); + however, gconfig does have a few more viewing choices than + xconfig does. + +### diff --git a/xen/tools/kconfig/.gitignore b/xen/tools/kconfig/.gitignore new file mode 100644 index 0000000..be603c4 --- /dev/null +++ b/xen/tools/kconfig/.gitignore @@ -0,0 +1,22 @@ +# +# Generated files +# +config* +*.lex.c +*.tab.c +*.tab.h +zconf.hash.c +*.moc +gconf.glade.h +*.pot +*.mo + +# +# configuration programs +# +conf +mconf +nconf +qconf +gconf +kxgettext diff --git a/xen/tools/kconfig/Makefile b/xen/tools/kconfig/Makefile new file mode 100644 index 0000000..aceaaed --- /dev/null +++ b/xen/tools/kconfig/Makefile @@ -0,0 +1,317 @@ +# =========================================================================== +# Kernel configuration targets +# These targets are used from top-level makefile + +PHONY += xconfig gconfig menuconfig config silentoldconfig update-po-config \ + localmodconfig localyesconfig + +ifdef KBUILD_KCONFIG +Kconfig := $(KBUILD_KCONFIG) +else +Kconfig := Kconfig +endif + +ifeq ($(quiet),silent_) +silent := -s +endif + +# We need this, in case the user has it in its environment +unexport CONFIG_ + +xconfig: $(obj)/qconf + $< $(silent) $(Kconfig) + +gconfig: $(obj)/gconf + $< $(silent) $(Kconfig) + +menuconfig: $(obj)/mconf + $< $(silent) $(Kconfig) + +config: $(obj)/conf + $< $(silent) --oldaskconfig $(Kconfig) + +nconfig: $(obj)/nconf + $< $(silent) $(Kconfig) + +silentoldconfig: $(obj)/conf + $(Q)mkdir -p include/config include/generated + $< $(silent) --$@ $(Kconfig) + +localyesconfig localmodconfig: $(obj)/streamline_config.pl $(obj)/conf + $(Q)mkdir -p include/config include/generated + $(Q)perl $< --$@ $(srctree) $(Kconfig) > .tmp.config + $(Q)if [ -f .config ]; then \ + cmp -s .tmp.config .config || \ + (mv -f .config .config.old.1; \ + mv -f .tmp.config .config; \ + $(obj)/conf $(silent) --silentoldconfig $(Kconfig); \ + mv -f .config.old.1 .config.old) \ + else \ + mv -f .tmp.config .config; \ + $(obj)/conf $(silent) --silentoldconfig $(Kconfig); \ + fi + $(Q)rm -f .tmp.config + +# Create new linux.pot file +# Adjust charset to UTF-8 in .po file to accept UTF-8 in Kconfig files +update-po-config: $(obj)/kxgettext $(obj)/gconf.glade.h + $(Q)$(kecho) " GEN config.pot" + $(Q)xgettext --default-domain=linux \ + --add-comments --keyword=_ --keyword=N_ \ + --from-code=UTF-8 \ + --files-from=$(srctree)/scripts/kconfig/POTFILES.in \ + --directory=$(srctree) --directory=$(objtree) \ + --output $(obj)/config.pot + $(Q)sed -i s/CHARSET/UTF-8/ $(obj)/config.pot + $(Q)(for i in `ls $(srctree)/arch/*/Kconfig \ + $(srctree)/arch/*/um/Kconfig`; \ + do \ + $(kecho) " GEN $$i"; \ + $(obj)/kxgettext $$i \ + >> $(obj)/config.pot; \ + done ) + $(Q)$(kecho) " GEN linux.pot" + $(Q)msguniq --sort-by-file --to-code=UTF-8 $(obj)/config.pot \ + --output $(obj)/linux.pot + $(Q)rm -f $(obj)/config.pot + +# These targets map 1:1 to the commandline options of 'conf' +simple-targets := oldconfig allnoconfig allyesconfig allmodconfig \ + alldefconfig randconfig listnewconfig olddefconfig +PHONY += $(simple-targets) + +$(simple-targets): $(obj)/conf + $< $(silent) --$@ $(Kconfig) + +PHONY += oldnoconfig savedefconfig defconfig + +# oldnoconfig is an alias of olddefconfig, because people already are dependent +# on its behavior (sets new symbols to their default value but not 'n') with the +# counter-intuitive name. +oldnoconfig: olddefconfig + +savedefconfig: $(obj)/conf + $< $(silent) --$@=defconfig $(Kconfig) + +defconfig: $(obj)/conf +ifeq ($(KBUILD_DEFCONFIG),) + $< $(silent) --defconfig $(Kconfig) +else + @$(kecho) "*** Default configuration is based on '$(KBUILD_DEFCONFIG)'" + $(Q)$< $(silent) --defconfig=arch/$(SRCARCH)/configs/$(KBUILD_DEFCONFIG) $(Kconfig) +endif + +%_defconfig: $(obj)/conf + $(Q)$< $(silent) --defconfig=arch/$(SRCARCH)/configs/$@ $(Kconfig) + +configfiles=$(wildcard $(srctree)/kernel/configs/$@ $(srctree)/arch/$(SRCARCH)/configs/$@) + +%.config: $(obj)/conf + $(if $(call configfiles),, $(error No configuration exists for this target on this architecture)) + $(Q)$(CONFIG_SHELL) $(srctree)/scripts/kconfig/merge_config.sh -m .config $(configfiles) + +$(Q)yes "" | $(MAKE) -f $(srctree)/Makefile oldconfig + +PHONY += kvmconfig +kvmconfig: kvm_guest.config + @: + +PHONY += xenconfig +xenconfig: xen.config + @: + +PHONY += tinyconfig +tinyconfig: + $(Q)$(MAKE) -f $(srctree)/Makefile allnoconfig tiny.config + +# Help text used by make help +help: + @echo ' config - Update current config utilising a line-oriented program' + @echo ' nconfig - Update current config utilising a ncurses menu based' + @echo ' program' + @echo ' menuconfig - Update current config utilising a menu based program' + @echo ' xconfig - Update current config utilising a Qt based front-end' + @echo ' gconfig - Update current config utilising a GTK+ based front-end' + @echo ' oldconfig - Update current config utilising a provided .config as base' + @echo ' localmodconfig - Update current config disabling modules not loaded' + @echo ' localyesconfig - Update current config converting local mods to core' + @echo ' silentoldconfig - Same as oldconfig, but quietly, additionally update deps' + @echo ' defconfig - New config with default from ARCH supplied defconfig' + @echo ' savedefconfig - Save current config as ./defconfig (minimal config)' + @echo ' allnoconfig - New config where all options are answered with no' + @echo ' allyesconfig - New config where all options are accepted with yes' + @echo ' allmodconfig - New config selecting modules when possible' + @echo ' alldefconfig - New config with all symbols set to default' + @echo ' randconfig - New config with random answer to all options' + @echo ' listnewconfig - List new options' + @echo ' olddefconfig - Same as silentoldconfig but sets new symbols to their' + @echo ' default value' + @echo ' kvmconfig - Enable additional options for kvm guest kernel support' + @echo ' xenconfig - Enable additional options for xen dom0 and guest kernel support' + @echo ' tinyconfig - Configure the tiniest possible kernel' + +# lxdialog stuff +check-lxdialog := $(srctree)/$(src)/lxdialog/check-lxdialog.sh + +# Use recursively expanded variables so we do not call gcc unless +# we really need to do so. (Do not call gcc as part of make mrproper) +HOST_EXTRACFLAGS += $(shell $(CONFIG_SHELL) $(check-lxdialog) -ccflags) \ + -DLOCALE + +# =========================================================================== +# Shared Makefile for the various kconfig executables: +# conf: Used for defconfig, oldconfig and related targets +# nconf: Used for the nconfig target. +# Utilizes ncurses +# mconf: Used for the menuconfig target +# Utilizes the lxdialog package +# qconf: Used for the xconfig target +# Based on Qt which needs to be installed to compile it +# gconf: Used for the gconfig target +# Based on GTK+ which needs to be installed to compile it +# object files used by all kconfig flavours + +lxdialog := lxdialog/checklist.o lxdialog/util.o lxdialog/inputbox.o +lxdialog += lxdialog/textbox.o lxdialog/yesno.o lxdialog/menubox.o + +conf-objs := conf.o zconf.tab.o +mconf-objs := mconf.o zconf.tab.o $(lxdialog) +nconf-objs := nconf.o zconf.tab.o nconf.gui.o +kxgettext-objs := kxgettext.o zconf.tab.o +qconf-cxxobjs := qconf.o +qconf-objs := zconf.tab.o +gconf-objs := gconf.o zconf.tab.o + +hostprogs-y := conf nconf mconf kxgettext qconf gconf + +clean-files := qconf.moc .tmp_qtcheck .tmp_gtkcheck +clean-files += zconf.tab.c zconf.lex.c zconf.hash.c gconf.glade.h +clean-files += config.pot linux.pot + +# Check that we have the required ncurses stuff installed for lxdialog (menuconfig) +PHONY += $(obj)/dochecklxdialog +$(addprefix $(obj)/,$(lxdialog)): $(obj)/dochecklxdialog +$(obj)/dochecklxdialog: + $(Q)$(CONFIG_SHELL) $(check-lxdialog) -check $(HOSTCC) $(HOST_EXTRACFLAGS) $(HOSTLOADLIBES_mconf) + +always := dochecklxdialog + +# Add environment specific flags +HOST_EXTRACFLAGS += $(shell $(CONFIG_SHELL) $(srctree)/$(src)/check.sh $(HOSTCC) $(HOSTCFLAGS)) + +# generated files seem to need this to find local include files +HOSTCFLAGS_zconf.lex.o := -I$(src) +HOSTCFLAGS_zconf.tab.o := -I$(src) + +LEX_PREFIX_zconf := zconf +YACC_PREFIX_zconf := zconf + +HOSTLOADLIBES_qconf = $(KC_QT_LIBS) +HOSTCXXFLAGS_qconf.o = $(KC_QT_CFLAGS) + +HOSTLOADLIBES_gconf = `pkg-config --libs gtk+-2.0 gmodule-2.0 libglade-2.0` +HOSTCFLAGS_gconf.o = `pkg-config --cflags gtk+-2.0 gmodule-2.0 libglade-2.0` \ + -Wno-missing-prototypes + +HOSTLOADLIBES_mconf = $(shell $(CONFIG_SHELL) $(check-lxdialog) -ldflags $(HOSTCC)) + +HOSTLOADLIBES_nconf = $(shell \ + pkg-config --libs menuw panelw ncursesw 2>/dev/null \ + || pkg-config --libs menu panel ncurses 2>/dev/null \ + || echo "-lmenu -lpanel -lncurses" ) +$(obj)/qconf.o: $(obj)/.tmp_qtcheck + +ifeq ($(MAKECMDGOALS),xconfig) +$(obj)/.tmp_qtcheck: $(src)/Makefile +-include $(obj)/.tmp_qtcheck + +# Qt needs some extra effort... +$(obj)/.tmp_qtcheck: + @set -e; $(kecho) " CHECK qt"; dir=""; pkg=""; \ + if ! pkg-config --exists QtCore 2> /dev/null; then \ + echo "* Unable to find the Qt4 tool qmake. Trying to use Qt3"; \ + pkg-config --exists qt 2> /dev/null && pkg=qt; \ + pkg-config --exists qt-mt 2> /dev/null && pkg=qt-mt; \ + if [ -n "$$pkg" ]; then \ + cflags="\$$(shell pkg-config $$pkg --cflags)"; \ + libs="\$$(shell pkg-config $$pkg --libs)"; \ + moc="\$$(shell pkg-config $$pkg --variable=prefix)/bin/moc"; \ + dir="$$(pkg-config $$pkg --variable=prefix)"; \ + else \ + for d in $$QTDIR /usr/share/qt* /usr/lib/qt*; do \ + if [ -f $$d/include/qconfig.h ]; then dir=$$d; break; fi; \ + done; \ + if [ -z "$$dir" ]; then \ + echo >&2 "*"; \ + echo >&2 "* Unable to find any Qt installation. Please make sure that"; \ + echo >&2 "* the Qt4 or Qt3 development package is correctly installed and"; \ + echo >&2 "* either qmake can be found or install pkg-config or set"; \ + echo >&2 "* the QTDIR environment variable to the correct location."; \ + echo >&2 "*"; \ + false; \ + fi; \ + libpath=$$dir/lib; lib=qt; osdir=""; \ + $(HOSTCXX) -print-multi-os-directory > /dev/null 2>&1 && \ + osdir=x$$($(HOSTCXX) -print-multi-os-directory); \ + test -d $$libpath/$$osdir && libpath=$$libpath/$$osdir; \ + test -f $$libpath/libqt-mt.so && lib=qt-mt; \ + cflags="-I$$dir/include"; \ + libs="-L$$libpath -Wl,-rpath,$$libpath -l$$lib"; \ + moc="$$dir/bin/moc"; \ + fi; \ + if [ ! -x $$dir/bin/moc -a -x /usr/bin/moc ]; then \ + echo "*"; \ + echo "* Unable to find $$dir/bin/moc, using /usr/bin/moc instead."; \ + echo "*"; \ + moc="/usr/bin/moc"; \ + fi; \ + else \ + cflags="\$$(shell pkg-config QtCore QtGui Qt3Support --cflags)"; \ + libs="\$$(shell pkg-config QtCore QtGui Qt3Support --libs)"; \ + moc="\$$(shell pkg-config QtCore --variable=moc_location)"; \ + [ -n "$$moc" ] || moc="\$$(shell pkg-config QtCore --variable=prefix)/bin/moc"; \ + fi; \ + echo "KC_QT_CFLAGS=$$cflags" > $@; \ + echo "KC_QT_LIBS=$$libs" >> $@; \ + echo "KC_QT_MOC=$$moc" >> $@ +endif + +$(obj)/gconf.o: $(obj)/.tmp_gtkcheck + +ifeq ($(MAKECMDGOALS),gconfig) +-include $(obj)/.tmp_gtkcheck + +# GTK+ needs some extra effort, too... +$(obj)/.tmp_gtkcheck: + @if `pkg-config --exists gtk+-2.0 gmodule-2.0 libglade-2.0`; then \ + if `pkg-config --atleast-version=2.0.0 gtk+-2.0`; then \ + touch $@; \ + else \ + echo >&2 "*"; \ + echo >&2 "* GTK+ is present but version >= 2.0.0 is required."; \ + echo >&2 "*"; \ + false; \ + fi \ + else \ + echo >&2 "*"; \ + echo >&2 "* Unable to find the GTK+ installation. Please make sure that"; \ + echo >&2 "* the GTK+ 2.0 development package is correctly installed..."; \ + echo >&2 "* You need gtk+-2.0, glib-2.0 and libglade-2.0."; \ + echo >&2 "*"; \ + false; \ + fi +endif + +$(obj)/zconf.tab.o: $(obj)/zconf.lex.c $(obj)/zconf.hash.c + +$(obj)/qconf.o: $(obj)/qconf.moc + +quiet_cmd_moc = MOC $@ + cmd_moc = $(KC_QT_MOC) -i $< -o $@ + +$(obj)/%.moc: $(src)/%.h $(obj)/.tmp_qtcheck + $(call cmd,moc) + +# Extract gconf menu items for i18n support +$(obj)/gconf.glade.h: $(obj)/gconf.glade + $(Q)intltool-extract --type=gettext/glade --srcdir=$(srctree) \ + $(obj)/gconf.glade diff --git a/xen/tools/kconfig/Makefile.host b/xen/tools/kconfig/Makefile.host new file mode 100644 index 0000000..133edfa --- /dev/null +++ b/xen/tools/kconfig/Makefile.host @@ -0,0 +1,128 @@ +# ========================================================================== +# Building binaries on the host system +# Binaries are used during the compilation of the kernel, for example +# to preprocess a data file. +# +# Both C and C++ are supported, but preferred language is C for such utilities. +# +# Sample syntax (see Documentation/kbuild/makefiles.txt for reference) +# hostprogs-y := bin2hex +# Will compile bin2hex.c and create an executable named bin2hex +# +# hostprogs-y := lxdialog +# lxdialog-objs := checklist.o lxdialog.o +# Will compile lxdialog.c and checklist.c, and then link the executable +# lxdialog, based on checklist.o and lxdialog.o +# +# hostprogs-y := qconf +# qconf-cxxobjs := qconf.o +# qconf-objs := menu.o +# Will compile qconf as a C++ program, and menu as a C program. +# They are linked as C++ code to the executable qconf + +__hostprogs := $(sort $(hostprogs-y) $(hostprogs-m)) + +# C code +# Executables compiled from a single .c file +host-csingle := $(foreach m,$(__hostprogs), \ + $(if $($(m)-objs)$($(m)-cxxobjs),,$(m))) + +# C executables linked based on several .o files +host-cmulti := $(foreach m,$(__hostprogs),\ + $(if $($(m)-cxxobjs),,$(if $($(m)-objs),$(m)))) + +# Object (.o) files compiled from .c files +host-cobjs := $(sort $(foreach m,$(__hostprogs),$($(m)-objs))) + +# C++ code +# C++ executables compiled from at least one .cc file +# and zero or more .c files +host-cxxmulti := $(foreach m,$(__hostprogs),$(if $($(m)-cxxobjs),$(m))) + +# C++ Object (.o) files compiled from .cc files +host-cxxobjs := $(sort $(foreach m,$(host-cxxmulti),$($(m)-cxxobjs))) + +# output directory for programs/.o files +# hostprogs-y := tools/build may have been specified. +# Retrieve also directory of .o files from prog-objs or prog-cxxobjs notation +host-objdirs := $(dir $(__hostprogs) $(host-cobjs) $(host-cxxobjs)) + +host-objdirs := $(strip $(sort $(filter-out ./,$(host-objdirs)))) + + +__hostprogs := $(addprefix $(obj)/,$(__hostprogs)) +host-csingle := $(addprefix $(obj)/,$(host-csingle)) +host-cmulti := $(addprefix $(obj)/,$(host-cmulti)) +host-cobjs := $(addprefix $(obj)/,$(host-cobjs)) +host-cxxmulti := $(addprefix $(obj)/,$(host-cxxmulti)) +host-cxxobjs := $(addprefix $(obj)/,$(host-cxxobjs)) +host-objdirs := $(addprefix $(obj)/,$(host-objdirs)) + +obj-dirs += $(host-objdirs) + +##### +# Handle options to gcc. Support building with separate output directory + +_hostc_flags = $(HOSTCFLAGS) $(HOST_EXTRACFLAGS) \ + $(HOSTCFLAGS_$(basetarget).o) +_hostcxx_flags = $(HOSTCXXFLAGS) $(HOST_EXTRACXXFLAGS) \ + $(HOSTCXXFLAGS_$(basetarget).o) + +ifeq ($(KBUILD_SRC),) +__hostc_flags = $(_hostc_flags) +__hostcxx_flags = $(_hostcxx_flags) +else +__hostc_flags = -I$(obj) $(call flags,_hostc_flags) +__hostcxx_flags = -I$(obj) $(call flags,_hostcxx_flags) +endif + +hostc_flags = -Wp,-MD,$(depfile) $(__hostc_flags) +hostcxx_flags = -Wp,-MD,$(depfile) $(__hostcxx_flags) + +##### +# Compile programs on the host + +# Create executable from a single .c file +# host-csingle -> Executable +quiet_cmd_host-csingle = HOSTCC $@ + cmd_host-csingle = $(HOSTCC) $(hostc_flags) -o $@ $< \ + $(HOST_LOADLIBES) $(HOSTLOADLIBES_$(@F)) +$(host-csingle): $(obj)/%: $(src)/%.c FORCE + $(call if_changed_dep,host-csingle) + +# Link an executable based on list of .o files, all plain c +# host-cmulti -> executable +quiet_cmd_host-cmulti = HOSTLD $@ + cmd_host-cmulti = $(HOSTCC) $(HOSTLDFLAGS) -o $@ \ + $(addprefix $(obj)/,$($(@F)-objs)) \ + $(HOST_LOADLIBES) $(HOSTLOADLIBES_$(@F)) +$(host-cmulti): FORCE + $(call if_changed,host-cmulti) +$(call multi_depend, $(host-cmulti), , -objs) + +# Create .o file from a single .c file +# host-cobjs -> .o +quiet_cmd_host-cobjs = HOSTCC $@ + cmd_host-cobjs = $(HOSTCC) $(hostc_flags) -c -o $@ $< +$(host-cobjs): $(obj)/%.o: $(src)/%.c FORCE + $(call if_changed_dep,host-cobjs) + +# Link an executable based on list of .o files, a mixture of .c and .cc +# host-cxxmulti -> executable +quiet_cmd_host-cxxmulti = HOSTLD $@ + cmd_host-cxxmulti = $(HOSTCXX) $(HOSTLDFLAGS) -o $@ \ + $(foreach o,objs cxxobjs,\ + $(addprefix $(obj)/,$($(@F)-$(o)))) \ + $(HOST_LOADLIBES) $(HOSTLOADLIBES_$(@F)) +$(host-cxxmulti): FORCE + $(call if_changed,host-cxxmulti) +$(call multi_depend, $(host-cxxmulti), , -objs -cxxobjs) + +# Create .o file from a single .cc (C++) file +quiet_cmd_host-cxxobjs = HOSTCXX $@ + cmd_host-cxxobjs = $(HOSTCXX) $(hostcxx_flags) -c -o $@ $< +$(host-cxxobjs): $(obj)/%.o: $(src)/%.cc FORCE + $(call if_changed_dep,host-cxxobjs) + +targets += $(host-csingle) $(host-cmulti) $(host-cobjs)\ + $(host-cxxmulti) $(host-cxxobjs) diff --git a/xen/tools/kconfig/POTFILES.in b/xen/tools/kconfig/POTFILES.in new file mode 100644 index 0000000..9674573 --- /dev/null +++ b/xen/tools/kconfig/POTFILES.in @@ -0,0 +1,12 @@ +scripts/kconfig/lxdialog/checklist.c +scripts/kconfig/lxdialog/inputbox.c +scripts/kconfig/lxdialog/menubox.c +scripts/kconfig/lxdialog/textbox.c +scripts/kconfig/lxdialog/util.c +scripts/kconfig/lxdialog/yesno.c +scripts/kconfig/mconf.c +scripts/kconfig/conf.c +scripts/kconfig/confdata.c +scripts/kconfig/gconf.c +scripts/kconfig/gconf.glade.h +scripts/kconfig/qconf.cc diff --git a/xen/tools/kconfig/check.sh b/xen/tools/kconfig/check.sh new file mode 100755 index 0000000..55b79ba --- /dev/null +++ b/xen/tools/kconfig/check.sh @@ -0,0 +1,13 @@ +#!/bin/sh +# Needed for systems without gettext +$* -x c -o /dev/null - > /dev/null 2>&1 << EOF +#include +int main() +{ + gettext(""); + return 0; +} +EOF +if [ ! "$?" -eq "0" ]; then + echo -DKBUILD_NO_NLS; +fi diff --git a/xen/tools/kconfig/conf.c b/xen/tools/kconfig/conf.c new file mode 100644 index 0000000..6c20431 --- /dev/null +++ b/xen/tools/kconfig/conf.c @@ -0,0 +1,722 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#include "lkc.h" + +static void conf(struct menu *menu); +static void check_conf(struct menu *menu); +static void xfgets(char *str, int size, FILE *in); + +enum input_mode { + oldaskconfig, + silentoldconfig, + oldconfig, + allnoconfig, + allyesconfig, + allmodconfig, + alldefconfig, + randconfig, + defconfig, + savedefconfig, + listnewconfig, + olddefconfig, +} input_mode = oldaskconfig; + +static int indent = 1; +static int tty_stdio; +static int valid_stdin = 1; +static int sync_kconfig; +static int conf_cnt; +static char line[128]; +static struct menu *rootEntry; + +static void print_help(struct menu *menu) +{ + struct gstr help = str_new(); + + menu_get_ext_help(menu, &help); + + printf("\n%s\n", str_get(&help)); + str_free(&help); +} + +static void strip(char *str) +{ + char *p = str; + int l; + + while ((isspace(*p))) + p++; + l = strlen(p); + if (p != str) + memmove(str, p, l + 1); + if (!l) + return; + p = str + l - 1; + while ((isspace(*p))) + *p-- = 0; +} + +static void check_stdin(void) +{ + if (!valid_stdin) { + printf(_("aborted!\n\n")); + printf(_("Console input/output is redirected. ")); + printf(_("Run 'make oldconfig' to update configuration.\n\n")); + exit(1); + } +} + +static int conf_askvalue(struct symbol *sym, const char *def) +{ + enum symbol_type type = sym_get_type(sym); + + if (!sym_has_value(sym)) + printf(_("(NEW) ")); + + line[0] = '\n'; + line[1] = 0; + + if (!sym_is_changable(sym)) { + printf("%s\n", def); + line[0] = '\n'; + line[1] = 0; + return 0; + } + + switch (input_mode) { + case oldconfig: + case silentoldconfig: + if (sym_has_value(sym)) { + printf("%s\n", def); + return 0; + } + check_stdin(); + /* fall through */ + case oldaskconfig: + fflush(stdout); + xfgets(line, 128, stdin); + if (!tty_stdio) + printf("\n"); + return 1; + default: + break; + } + + switch (type) { + case S_INT: + case S_HEX: + case S_STRING: + printf("%s\n", def); + return 1; + default: + ; + } + printf("%s", line); + return 1; +} + +static int conf_string(struct menu *menu) +{ + struct symbol *sym = menu->sym; + const char *def; + + while (1) { + printf("%*s%s ", indent - 1, "", _(menu->prompt->text)); + printf("(%s) ", sym->name); + def = sym_get_string_value(sym); + if (sym_get_string_value(sym)) + printf("[%s] ", def); + if (!conf_askvalue(sym, def)) + return 0; + switch (line[0]) { + case '\n': + break; + case '?': + /* print help */ + if (line[1] == '\n') { + print_help(menu); + def = NULL; + break; + } + /* fall through */ + default: + line[strlen(line)-1] = 0; + def = line; + } + if (def && sym_set_string_value(sym, def)) + return 0; + } +} + +static int conf_sym(struct menu *menu) +{ + struct symbol *sym = menu->sym; + tristate oldval, newval; + + while (1) { + printf("%*s%s ", indent - 1, "", _(menu->prompt->text)); + if (sym->name) + printf("(%s) ", sym->name); + putchar('['); + oldval = sym_get_tristate_value(sym); + switch (oldval) { + case no: + putchar('N'); + break; + case mod: + putchar('M'); + break; + case yes: + putchar('Y'); + break; + } + if (oldval != no && sym_tristate_within_range(sym, no)) + printf("/n"); + if (oldval != mod && sym_tristate_within_range(sym, mod)) + printf("/m"); + if (oldval != yes && sym_tristate_within_range(sym, yes)) + printf("/y"); + if (menu_has_help(menu)) + printf("/?"); + printf("] "); + if (!conf_askvalue(sym, sym_get_string_value(sym))) + return 0; + strip(line); + + switch (line[0]) { + case 'n': + case 'N': + newval = no; + if (!line[1] || !strcmp(&line[1], "o")) + break; + continue; + case 'm': + case 'M': + newval = mod; + if (!line[1]) + break; + continue; + case 'y': + case 'Y': + newval = yes; + if (!line[1] || !strcmp(&line[1], "es")) + break; + continue; + case 0: + newval = oldval; + break; + case '?': + goto help; + default: + continue; + } + if (sym_set_tristate_value(sym, newval)) + return 0; +help: + print_help(menu); + } +} + +static int conf_choice(struct menu *menu) +{ + struct symbol *sym, *def_sym; + struct menu *child; + bool is_new; + + sym = menu->sym; + is_new = !sym_has_value(sym); + if (sym_is_changable(sym)) { + conf_sym(menu); + sym_calc_value(sym); + switch (sym_get_tristate_value(sym)) { + case no: + return 1; + case mod: + return 0; + case yes: + break; + } + } else { + switch (sym_get_tristate_value(sym)) { + case no: + return 1; + case mod: + printf("%*s%s\n", indent - 1, "", _(menu_get_prompt(menu))); + return 0; + case yes: + break; + } + } + + while (1) { + int cnt, def; + + printf("%*s%s\n", indent - 1, "", _(menu_get_prompt(menu))); + def_sym = sym_get_choice_value(sym); + cnt = def = 0; + line[0] = 0; + for (child = menu->list; child; child = child->next) { + if (!menu_is_visible(child)) + continue; + if (!child->sym) { + printf("%*c %s\n", indent, '*', _(menu_get_prompt(child))); + continue; + } + cnt++; + if (child->sym == def_sym) { + def = cnt; + printf("%*c", indent, '>'); + } else + printf("%*c", indent, ' '); + printf(" %d. %s", cnt, _(menu_get_prompt(child))); + if (child->sym->name) + printf(" (%s)", child->sym->name); + if (!sym_has_value(child->sym)) + printf(_(" (NEW)")); + printf("\n"); + } + printf(_("%*schoice"), indent - 1, ""); + if (cnt == 1) { + printf("[1]: 1\n"); + goto conf_childs; + } + printf("[1-%d", cnt); + if (menu_has_help(menu)) + printf("?"); + printf("]: "); + switch (input_mode) { + case oldconfig: + case silentoldconfig: + if (!is_new) { + cnt = def; + printf("%d\n", cnt); + break; + } + check_stdin(); + /* fall through */ + case oldaskconfig: + fflush(stdout); + xfgets(line, 128, stdin); + strip(line); + if (line[0] == '?') { + print_help(menu); + continue; + } + if (!line[0]) + cnt = def; + else if (isdigit(line[0])) + cnt = atoi(line); + else + continue; + break; + default: + break; + } + + conf_childs: + for (child = menu->list; child; child = child->next) { + if (!child->sym || !menu_is_visible(child)) + continue; + if (!--cnt) + break; + } + if (!child) + continue; + if (line[0] && line[strlen(line) - 1] == '?') { + print_help(child); + continue; + } + sym_set_choice_value(sym, child->sym); + for (child = child->list; child; child = child->next) { + indent += 2; + conf(child); + indent -= 2; + } + return 1; + } +} + +static void conf(struct menu *menu) +{ + struct symbol *sym; + struct property *prop; + struct menu *child; + + if (!menu_is_visible(menu)) + return; + + sym = menu->sym; + prop = menu->prompt; + if (prop) { + const char *prompt; + + switch (prop->type) { + case P_MENU: + if ((input_mode == silentoldconfig || + input_mode == listnewconfig || + input_mode == olddefconfig) && + rootEntry != menu) { + check_conf(menu); + return; + } + /* fall through */ + case P_COMMENT: + prompt = menu_get_prompt(menu); + if (prompt) + printf("%*c\n%*c %s\n%*c\n", + indent, '*', + indent, '*', _(prompt), + indent, '*'); + default: + ; + } + } + + if (!sym) + goto conf_childs; + + if (sym_is_choice(sym)) { + conf_choice(menu); + if (sym->curr.tri != mod) + return; + goto conf_childs; + } + + switch (sym->type) { + case S_INT: + case S_HEX: + case S_STRING: + conf_string(menu); + break; + default: + conf_sym(menu); + break; + } + +conf_childs: + if (sym) + indent += 2; + for (child = menu->list; child; child = child->next) + conf(child); + if (sym) + indent -= 2; +} + +static void check_conf(struct menu *menu) +{ + struct symbol *sym; + struct menu *child; + + if (!menu_is_visible(menu)) + return; + + sym = menu->sym; + if (sym && !sym_has_value(sym)) { + if (sym_is_changable(sym) || + (sym_is_choice(sym) && sym_get_tristate_value(sym) == yes)) { + if (input_mode == listnewconfig) { + if (sym->name && !sym_is_choice_value(sym)) { + printf("%s%s\n", CONFIG_, sym->name); + } + } else if (input_mode != olddefconfig) { + if (!conf_cnt++) + printf(_("*\n* Restart config...\n*\n")); + rootEntry = menu_get_parent_menu(menu); + conf(rootEntry); + } + } + } + + for (child = menu->list; child; child = child->next) + check_conf(child); +} + +static struct option long_opts[] = { + {"oldaskconfig", no_argument, NULL, oldaskconfig}, + {"oldconfig", no_argument, NULL, oldconfig}, + {"silentoldconfig", no_argument, NULL, silentoldconfig}, + {"defconfig", optional_argument, NULL, defconfig}, + {"savedefconfig", required_argument, NULL, savedefconfig}, + {"allnoconfig", no_argument, NULL, allnoconfig}, + {"allyesconfig", no_argument, NULL, allyesconfig}, + {"allmodconfig", no_argument, NULL, allmodconfig}, + {"alldefconfig", no_argument, NULL, alldefconfig}, + {"randconfig", no_argument, NULL, randconfig}, + {"listnewconfig", no_argument, NULL, listnewconfig}, + {"olddefconfig", no_argument, NULL, olddefconfig}, + /* + * oldnoconfig is an alias of olddefconfig, because people already + * are dependent on its behavior(sets new symbols to their default + * value but not 'n') with the counter-intuitive name. + */ + {"oldnoconfig", no_argument, NULL, olddefconfig}, + {NULL, 0, NULL, 0} +}; + +static void conf_usage(const char *progname) +{ + + printf("Usage: %s [-s] [option] \n", progname); + printf("[option] is _one_ of the following:\n"); + printf(" --listnewconfig List new options\n"); + printf(" --oldaskconfig Start a new configuration using a line-oriented program\n"); + printf(" --oldconfig Update a configuration using a provided .config as base\n"); + printf(" --silentoldconfig Same as oldconfig, but quietly, additionally update deps\n"); + printf(" --olddefconfig Same as silentoldconfig but sets new symbols to their default value\n"); + printf(" --oldnoconfig An alias of olddefconfig\n"); + printf(" --defconfig New config with default defined in \n"); + printf(" --savedefconfig Save the minimal current configuration to \n"); + printf(" --allnoconfig New config where all options are answered with no\n"); + printf(" --allyesconfig New config where all options are answered with yes\n"); + printf(" --allmodconfig New config where all options are answered with mod\n"); + printf(" --alldefconfig New config with all symbols set to default\n"); + printf(" --randconfig New config with random answer to all options\n"); +} + +int main(int ac, char **av) +{ + const char *progname = av[0]; + int opt; + const char *name, *defconfig_file = NULL /* gcc uninit */; + struct stat tmpstat; + + setlocale(LC_ALL, ""); + bindtextdomain(PACKAGE, LOCALEDIR); + textdomain(PACKAGE); + + tty_stdio = isatty(0) && isatty(1) && isatty(2); + + while ((opt = getopt_long(ac, av, "s", long_opts, NULL)) != -1) { + if (opt == 's') { + conf_set_message_callback(NULL); + continue; + } + input_mode = (enum input_mode)opt; + switch (opt) { + case silentoldconfig: + sync_kconfig = 1; + break; + case defconfig: + case savedefconfig: + defconfig_file = optarg; + break; + case randconfig: + { + struct timeval now; + unsigned int seed; + char *seed_env; + + /* + * Use microseconds derived seed, + * compensate for systems where it may be zero + */ + gettimeofday(&now, NULL); + seed = (unsigned int)((now.tv_sec + 1) * (now.tv_usec + 1)); + + seed_env = getenv("KCONFIG_SEED"); + if( seed_env && *seed_env ) { + char *endp; + int tmp = (int)strtol(seed_env, &endp, 0); + if (*endp == '\0') { + seed = tmp; + } + } + fprintf( stderr, "KCONFIG_SEED=0x%X\n", seed ); + srand(seed); + break; + } + case oldaskconfig: + case oldconfig: + case allnoconfig: + case allyesconfig: + case allmodconfig: + case alldefconfig: + case listnewconfig: + case olddefconfig: + break; + case '?': + conf_usage(progname); + exit(1); + break; + } + } + if (ac == optind) { + printf(_("%s: Kconfig file missing\n"), av[0]); + conf_usage(progname); + exit(1); + } + name = av[optind]; + conf_parse(name); + //zconfdump(stdout); + if (sync_kconfig) { + name = conf_get_configname(); + if (stat(name, &tmpstat)) { + fprintf(stderr, _("***\n" + "*** Configuration file \"%s\" not found!\n" + "***\n" + "*** Please run some configurator (e.g. \"make oldconfig\" or\n" + "*** \"make menuconfig\" or \"make xconfig\").\n" + "***\n"), name); + exit(1); + } + } + + switch (input_mode) { + case defconfig: + if (!defconfig_file) + defconfig_file = conf_get_default_confname(); + if (conf_read(defconfig_file)) { + printf(_("***\n" + "*** Can't find default configuration \"%s\"!\n" + "***\n"), defconfig_file); + exit(1); + } + break; + case savedefconfig: + case silentoldconfig: + case oldaskconfig: + case oldconfig: + case listnewconfig: + case olddefconfig: + conf_read(NULL); + break; + case allnoconfig: + case allyesconfig: + case allmodconfig: + case alldefconfig: + case randconfig: + name = getenv("KCONFIG_ALLCONFIG"); + if (!name) + break; + if ((strcmp(name, "") != 0) && (strcmp(name, "1") != 0)) { + if (conf_read_simple(name, S_DEF_USER)) { + fprintf(stderr, + _("*** Can't read seed configuration \"%s\"!\n"), + name); + exit(1); + } + break; + } + switch (input_mode) { + case allnoconfig: name = "allno.config"; break; + case allyesconfig: name = "allyes.config"; break; + case allmodconfig: name = "allmod.config"; break; + case alldefconfig: name = "alldef.config"; break; + case randconfig: name = "allrandom.config"; break; + default: break; + } + if (conf_read_simple(name, S_DEF_USER) && + conf_read_simple("all.config", S_DEF_USER)) { + fprintf(stderr, + _("*** KCONFIG_ALLCONFIG set, but no \"%s\" or \"all.config\" file found\n"), + name); + exit(1); + } + break; + default: + break; + } + + if (sync_kconfig) { + if (conf_get_changed()) { + name = getenv("KCONFIG_NOSILENTUPDATE"); + if (name && *name) { + fprintf(stderr, + _("\n*** The configuration requires explicit update.\n\n")); + return 1; + } + } + valid_stdin = tty_stdio; + } + + switch (input_mode) { + case allnoconfig: + conf_set_all_new_symbols(def_no); + break; + case allyesconfig: + conf_set_all_new_symbols(def_yes); + break; + case allmodconfig: + conf_set_all_new_symbols(def_mod); + break; + case alldefconfig: + conf_set_all_new_symbols(def_default); + break; + case randconfig: + /* Really nothing to do in this loop */ + while (conf_set_all_new_symbols(def_random)) ; + break; + case defconfig: + conf_set_all_new_symbols(def_default); + break; + case savedefconfig: + break; + case oldaskconfig: + rootEntry = &rootmenu; + conf(&rootmenu); + input_mode = silentoldconfig; + /* fall through */ + case oldconfig: + case listnewconfig: + case olddefconfig: + case silentoldconfig: + /* Update until a loop caused no more changes */ + do { + conf_cnt = 0; + check_conf(&rootmenu); + } while (conf_cnt && + (input_mode != listnewconfig && + input_mode != olddefconfig)); + break; + } + + if (sync_kconfig) { + /* silentoldconfig is used during the build so we shall update autoconf. + * All other commands are only used to generate a config. + */ + if (conf_get_changed() && conf_write(NULL)) { + fprintf(stderr, _("\n*** Error during writing of the configuration.\n\n")); + exit(1); + } + if (conf_write_autoconf()) { + fprintf(stderr, _("\n*** Error during update of the configuration.\n\n")); + return 1; + } + } else if (input_mode == savedefconfig) { + if (conf_write_defconfig(defconfig_file)) { + fprintf(stderr, _("n*** Error while saving defconfig to: %s\n\n"), + defconfig_file); + return 1; + } + } else if (input_mode != listnewconfig) { + if (conf_write(NULL)) { + fprintf(stderr, _("\n*** Error during writing of the configuration.\n\n")); + exit(1); + } + } + return 0; +} + +/* + * Helper function to facilitate fgets() by Jean Sacren. + */ +void xfgets(char *str, int size, FILE *in) +{ + if (fgets(str, size, in) == NULL) + fprintf(stderr, "\nError in reading or end of file.\n"); +} diff --git a/xen/tools/kconfig/confdata.c b/xen/tools/kconfig/confdata.c new file mode 100644 index 0000000..0b7dc2f --- /dev/null +++ b/xen/tools/kconfig/confdata.c @@ -0,0 +1,1245 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#include "lkc.h" + +struct conf_printer { + void (*print_symbol)(FILE *, struct symbol *, const char *, void *); + void (*print_comment)(FILE *, const char *, void *); +}; + +static void conf_warning(const char *fmt, ...) + __attribute__ ((format (printf, 1, 2))); + +static void conf_message(const char *fmt, ...) + __attribute__ ((format (printf, 1, 2))); + +static const char *conf_filename; +static int conf_lineno, conf_warnings, conf_unsaved; + +const char conf_defname[] = "arch/$ARCH/defconfig"; + +static void conf_warning(const char *fmt, ...) +{ + va_list ap; + va_start(ap, fmt); + fprintf(stderr, "%s:%d:warning: ", conf_filename, conf_lineno); + vfprintf(stderr, fmt, ap); + fprintf(stderr, "\n"); + va_end(ap); + conf_warnings++; +} + +static void conf_default_message_callback(const char *fmt, va_list ap) +{ + printf("#\n# "); + vprintf(fmt, ap); + printf("\n#\n"); +} + +static void (*conf_message_callback) (const char *fmt, va_list ap) = + conf_default_message_callback; +void conf_set_message_callback(void (*fn) (const char *fmt, va_list ap)) +{ + conf_message_callback = fn; +} + +static void conf_message(const char *fmt, ...) +{ + va_list ap; + + va_start(ap, fmt); + if (conf_message_callback) + conf_message_callback(fmt, ap); + va_end(ap); +} + +const char *conf_get_configname(void) +{ + char *name = getenv("KCONFIG_CONFIG"); + + return name ? name : ".config"; +} + +const char *conf_get_autoconfig_name(void) +{ + char *name = getenv("KCONFIG_AUTOCONFIG"); + + return name ? name : "include/config/auto.conf"; +} + +static char *conf_expand_value(const char *in) +{ + struct symbol *sym; + const char *src; + static char res_value[SYMBOL_MAXLENGTH]; + char *dst, name[SYMBOL_MAXLENGTH]; + + res_value[0] = 0; + dst = name; + while ((src = strchr(in, '$'))) { + strncat(res_value, in, src - in); + src++; + dst = name; + while (isalnum(*src) || *src == '_') + *dst++ = *src++; + *dst = 0; + sym = sym_lookup(name, 0); + sym_calc_value(sym); + strcat(res_value, sym_get_string_value(sym)); + in = src; + } + strcat(res_value, in); + + return res_value; +} + +char *conf_get_default_confname(void) +{ + struct stat buf; + static char fullname[PATH_MAX+1]; + char *env, *name; + + name = conf_expand_value(conf_defname); + env = getenv(SRCTREE); + if (env) { + sprintf(fullname, "%s/%s", env, name); + if (!stat(fullname, &buf)) + return fullname; + } + return name; +} + +static int conf_set_sym_val(struct symbol *sym, int def, int def_flags, char *p) +{ + char *p2; + + switch (sym->type) { + case S_TRISTATE: + if (p[0] == 'm') { + sym->def[def].tri = mod; + sym->flags |= def_flags; + break; + } + /* fall through */ + case S_BOOLEAN: + if (p[0] == 'y') { + sym->def[def].tri = yes; + sym->flags |= def_flags; + break; + } + if (p[0] == 'n') { + sym->def[def].tri = no; + sym->flags |= def_flags; + break; + } + if (def != S_DEF_AUTO) + conf_warning("symbol value '%s' invalid for %s", + p, sym->name); + return 1; + case S_OTHER: + if (*p != '"') { + for (p2 = p; *p2 && !isspace(*p2); p2++) + ; + sym->type = S_STRING; + goto done; + } + /* fall through */ + case S_STRING: + if (*p++ != '"') + break; + for (p2 = p; (p2 = strpbrk(p2, "\"\\")); p2++) { + if (*p2 == '"') { + *p2 = 0; + break; + } + memmove(p2, p2 + 1, strlen(p2)); + } + if (!p2) { + if (def != S_DEF_AUTO) + conf_warning("invalid string found"); + return 1; + } + /* fall through */ + case S_INT: + case S_HEX: + done: + if (sym_string_valid(sym, p)) { + sym->def[def].val = strdup(p); + sym->flags |= def_flags; + } else { + if (def != S_DEF_AUTO) + conf_warning("symbol value '%s' invalid for %s", + p, sym->name); + return 1; + } + break; + default: + ; + } + return 0; +} + +#define LINE_GROWTH 16 +static int add_byte(int c, char **lineptr, size_t slen, size_t *n) +{ + char *nline; + size_t new_size = slen + 1; + if (new_size > *n) { + new_size += LINE_GROWTH - 1; + new_size *= 2; + nline = realloc(*lineptr, new_size); + if (!nline) + return -1; + + *lineptr = nline; + *n = new_size; + } + + (*lineptr)[slen] = c; + + return 0; +} + +static ssize_t compat_getline(char **lineptr, size_t *n, FILE *stream) +{ + char *line = *lineptr; + size_t slen = 0; + + for (;;) { + int c = getc(stream); + + switch (c) { + case '\n': + if (add_byte(c, &line, slen, n) < 0) + goto e_out; + slen++; + /* fall through */ + case EOF: + if (add_byte('\0', &line, slen, n) < 0) + goto e_out; + *lineptr = line; + if (slen == 0) + return -1; + return slen; + default: + if (add_byte(c, &line, slen, n) < 0) + goto e_out; + slen++; + } + } + +e_out: + line[slen-1] = '\0'; + *lineptr = line; + return -1; +} + +int conf_read_simple(const char *name, int def) +{ + FILE *in = NULL; + char *line = NULL; + size_t line_asize = 0; + char *p, *p2; + struct symbol *sym; + int i, def_flags; + + if (name) { + in = zconf_fopen(name); + } else { + struct property *prop; + + name = conf_get_configname(); + in = zconf_fopen(name); + if (in) + goto load; + sym_add_change_count(1); + if (!sym_defconfig_list) { + sym_calc_value(modules_sym); + return 1; + } + + for_all_defaults(sym_defconfig_list, prop) { + if (expr_calc_value(prop->visible.expr) == no || + prop->expr->type != E_SYMBOL) + continue; + name = conf_expand_value(prop->expr->left.sym->name); + in = zconf_fopen(name); + if (in) { + conf_message(_("using defaults found in %s"), + name); + goto load; + } + } + } + if (!in) + return 1; + +load: + conf_filename = name; + conf_lineno = 0; + conf_warnings = 0; + conf_unsaved = 0; + + def_flags = SYMBOL_DEF << def; + for_all_symbols(i, sym) { + sym->flags |= SYMBOL_CHANGED; + sym->flags &= ~(def_flags|SYMBOL_VALID); + if (sym_is_choice(sym)) + sym->flags |= def_flags; + switch (sym->type) { + case S_INT: + case S_HEX: + case S_STRING: + if (sym->def[def].val) + free(sym->def[def].val); + /* fall through */ + default: + sym->def[def].val = NULL; + sym->def[def].tri = no; + } + } + + while (compat_getline(&line, &line_asize, in) != -1) { + conf_lineno++; + sym = NULL; + if (line[0] == '#') { + if (memcmp(line + 2, CONFIG_, strlen(CONFIG_))) + continue; + p = strchr(line + 2 + strlen(CONFIG_), ' '); + if (!p) + continue; + *p++ = 0; + if (strncmp(p, "is not set", 10)) + continue; + if (def == S_DEF_USER) { + sym = sym_find(line + 2 + strlen(CONFIG_)); + if (!sym) { + sym_add_change_count(1); + goto setsym; + } + } else { + sym = sym_lookup(line + 2 + strlen(CONFIG_), 0); + if (sym->type == S_UNKNOWN) + sym->type = S_BOOLEAN; + } + if (sym->flags & def_flags) { + conf_warning("override: reassigning to symbol %s", sym->name); + } + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + sym->def[def].tri = no; + sym->flags |= def_flags; + break; + default: + ; + } + } else if (memcmp(line, CONFIG_, strlen(CONFIG_)) == 0) { + p = strchr(line + strlen(CONFIG_), '='); + if (!p) + continue; + *p++ = 0; + p2 = strchr(p, '\n'); + if (p2) { + *p2-- = 0; + if (*p2 == '\r') + *p2 = 0; + } + if (def == S_DEF_USER) { + sym = sym_find(line + strlen(CONFIG_)); + if (!sym) { + sym_add_change_count(1); + goto setsym; + } + } else { + sym = sym_lookup(line + strlen(CONFIG_), 0); + if (sym->type == S_UNKNOWN) + sym->type = S_OTHER; + } + if (sym->flags & def_flags) { + conf_warning("override: reassigning to symbol %s", sym->name); + } + if (conf_set_sym_val(sym, def, def_flags, p)) + continue; + } else { + if (line[0] != '\r' && line[0] != '\n') + conf_warning("unexpected data"); + continue; + } +setsym: + if (sym && sym_is_choice_value(sym)) { + struct symbol *cs = prop_get_symbol(sym_get_choice_prop(sym)); + switch (sym->def[def].tri) { + case no: + break; + case mod: + if (cs->def[def].tri == yes) { + conf_warning("%s creates inconsistent choice state", sym->name); + cs->flags &= ~def_flags; + } + break; + case yes: + if (cs->def[def].tri != no) + conf_warning("override: %s changes choice state", sym->name); + cs->def[def].val = sym; + break; + } + cs->def[def].tri = EXPR_OR(cs->def[def].tri, sym->def[def].tri); + } + } + free(line); + fclose(in); + sym_calc_value(modules_sym); + return 0; +} + +int conf_read(const char *name) +{ + struct symbol *sym; + int i; + + sym_set_change_count(0); + + if (conf_read_simple(name, S_DEF_USER)) + return 1; + + for_all_symbols(i, sym) { + sym_calc_value(sym); + if (sym_is_choice(sym) || (sym->flags & SYMBOL_AUTO)) + continue; + if (sym_has_value(sym) && (sym->flags & SYMBOL_WRITE)) { + /* check that calculated value agrees with saved value */ + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + if (sym->def[S_DEF_USER].tri != sym_get_tristate_value(sym)) + break; + if (!sym_is_choice(sym)) + continue; + /* fall through */ + default: + if (!strcmp(sym->curr.val, sym->def[S_DEF_USER].val)) + continue; + break; + } + } else if (!sym_has_value(sym) && !(sym->flags & SYMBOL_WRITE)) + /* no previous value and not saved */ + continue; + conf_unsaved++; + /* maybe print value in verbose mode... */ + } + + for_all_symbols(i, sym) { + if (sym_has_value(sym) && !sym_is_choice_value(sym)) { + /* Reset values of generates values, so they'll appear + * as new, if they should become visible, but that + * doesn't quite work if the Kconfig and the saved + * configuration disagree. + */ + if (sym->visible == no && !conf_unsaved) + sym->flags &= ~SYMBOL_DEF_USER; + switch (sym->type) { + case S_STRING: + case S_INT: + case S_HEX: + /* Reset a string value if it's out of range */ + if (sym_string_within_range(sym, sym->def[S_DEF_USER].val)) + break; + sym->flags &= ~(SYMBOL_VALID|SYMBOL_DEF_USER); + conf_unsaved++; + break; + default: + break; + } + } + } + + sym_add_change_count(conf_warnings || conf_unsaved); + + return 0; +} + +/* + * Kconfig configuration printer + * + * This printer is used when generating the resulting configuration after + * kconfig invocation and `defconfig' files. Unset symbol might be omitted by + * passing a non-NULL argument to the printer. + * + */ +static void +kconfig_print_symbol(FILE *fp, struct symbol *sym, const char *value, void *arg) +{ + + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + if (*value == 'n') { + bool skip_unset = (arg != NULL); + + if (!skip_unset) + fprintf(fp, "# %s%s is not set\n", + CONFIG_, sym->name); + return; + } + break; + default: + break; + } + + fprintf(fp, "%s%s=%s\n", CONFIG_, sym->name, value); +} + +static void +kconfig_print_comment(FILE *fp, const char *value, void *arg) +{ + const char *p = value; + size_t l; + + for (;;) { + l = strcspn(p, "\n"); + fprintf(fp, "#"); + if (l) { + fprintf(fp, " "); + xfwrite(p, l, 1, fp); + p += l; + } + fprintf(fp, "\n"); + if (*p++ == '\0') + break; + } +} + +static struct conf_printer kconfig_printer_cb = +{ + .print_symbol = kconfig_print_symbol, + .print_comment = kconfig_print_comment, +}; + +/* + * Header printer + * + * This printer is used when generating the `include/generated/autoconf.h' file. + */ +static void +header_print_symbol(FILE *fp, struct symbol *sym, const char *value, void *arg) +{ + + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: { + const char *suffix = ""; + + switch (*value) { + case 'n': + break; + case 'm': + suffix = "_MODULE"; + /* fall through */ + default: + fprintf(fp, "#define %s%s%s 1\n", + CONFIG_, sym->name, suffix); + } + break; + } + case S_HEX: { + const char *prefix = ""; + + if (value[0] != '0' || (value[1] != 'x' && value[1] != 'X')) + prefix = "0x"; + fprintf(fp, "#define %s%s %s%s\n", + CONFIG_, sym->name, prefix, value); + break; + } + case S_STRING: + case S_INT: + fprintf(fp, "#define %s%s %s\n", + CONFIG_, sym->name, value); + break; + default: + break; + } + +} + +static void +header_print_comment(FILE *fp, const char *value, void *arg) +{ + const char *p = value; + size_t l; + + fprintf(fp, "/*\n"); + for (;;) { + l = strcspn(p, "\n"); + fprintf(fp, " *"); + if (l) { + fprintf(fp, " "); + xfwrite(p, l, 1, fp); + p += l; + } + fprintf(fp, "\n"); + if (*p++ == '\0') + break; + } + fprintf(fp, " */\n"); +} + +static struct conf_printer header_printer_cb = +{ + .print_symbol = header_print_symbol, + .print_comment = header_print_comment, +}; + +/* + * Tristate printer + * + * This printer is used when generating the `include/config/tristate.conf' file. + */ +static void +tristate_print_symbol(FILE *fp, struct symbol *sym, const char *value, void *arg) +{ + + if (sym->type == S_TRISTATE && *value != 'n') + fprintf(fp, "%s%s=%c\n", CONFIG_, sym->name, (char)toupper(*value)); +} + +static struct conf_printer tristate_printer_cb = +{ + .print_symbol = tristate_print_symbol, + .print_comment = kconfig_print_comment, +}; + +static void conf_write_symbol(FILE *fp, struct symbol *sym, + struct conf_printer *printer, void *printer_arg) +{ + const char *str; + + switch (sym->type) { + case S_OTHER: + case S_UNKNOWN: + break; + case S_STRING: + str = sym_get_string_value(sym); + str = sym_escape_string_value(str); + printer->print_symbol(fp, sym, str, printer_arg); + free((void *)str); + break; + default: + str = sym_get_string_value(sym); + printer->print_symbol(fp, sym, str, printer_arg); + } +} + +static void +conf_write_heading(FILE *fp, struct conf_printer *printer, void *printer_arg) +{ + char buf[256]; + + snprintf(buf, sizeof(buf), + "\n" + "Automatically generated file; DO NOT EDIT.\n" + "%s\n", + rootmenu.prompt->text); + + printer->print_comment(fp, buf, printer_arg); +} + +/* + * Write out a minimal config. + * All values that has default values are skipped as this is redundant. + */ +int conf_write_defconfig(const char *filename) +{ + struct symbol *sym; + struct menu *menu; + FILE *out; + + out = fopen(filename, "w"); + if (!out) + return 1; + + sym_clear_all_valid(); + + /* Traverse all menus to find all relevant symbols */ + menu = rootmenu.list; + + while (menu != NULL) + { + sym = menu->sym; + if (sym == NULL) { + if (!menu_is_visible(menu)) + goto next_menu; + } else if (!sym_is_choice(sym)) { + sym_calc_value(sym); + if (!(sym->flags & SYMBOL_WRITE)) + goto next_menu; + sym->flags &= ~SYMBOL_WRITE; + /* If we cannot change the symbol - skip */ + if (!sym_is_changable(sym)) + goto next_menu; + /* If symbol equals to default value - skip */ + if (strcmp(sym_get_string_value(sym), sym_get_string_default(sym)) == 0) + goto next_menu; + + /* + * If symbol is a choice value and equals to the + * default for a choice - skip. + * But only if value is bool and equal to "y" and + * choice is not "optional". + * (If choice is "optional" then all values can be "n") + */ + if (sym_is_choice_value(sym)) { + struct symbol *cs; + struct symbol *ds; + + cs = prop_get_symbol(sym_get_choice_prop(sym)); + ds = sym_choice_default(cs); + if (!sym_is_optional(cs) && sym == ds) { + if ((sym->type == S_BOOLEAN) && + sym_get_tristate_value(sym) == yes) + goto next_menu; + } + } + conf_write_symbol(out, sym, &kconfig_printer_cb, NULL); + } +next_menu: + if (menu->list != NULL) { + menu = menu->list; + } + else if (menu->next != NULL) { + menu = menu->next; + } else { + while ((menu = menu->parent)) { + if (menu->next != NULL) { + menu = menu->next; + break; + } + } + } + } + fclose(out); + return 0; +} + +int conf_write(const char *name) +{ + FILE *out; + struct symbol *sym; + struct menu *menu; + const char *basename; + const char *str; + char dirname[PATH_MAX+1], tmpname[PATH_MAX+1], newname[PATH_MAX+1]; + char *env; + + dirname[0] = 0; + if (name && name[0]) { + struct stat st; + char *slash; + + if (!stat(name, &st) && S_ISDIR(st.st_mode)) { + strcpy(dirname, name); + strcat(dirname, "/"); + basename = conf_get_configname(); + } else if ((slash = strrchr(name, '/'))) { + int size = slash - name + 1; + memcpy(dirname, name, size); + dirname[size] = 0; + if (slash[1]) + basename = slash + 1; + else + basename = conf_get_configname(); + } else + basename = name; + } else + basename = conf_get_configname(); + + sprintf(newname, "%s%s", dirname, basename); + env = getenv("KCONFIG_OVERWRITECONFIG"); + if (!env || !*env) { + sprintf(tmpname, "%s.tmpconfig.%d", dirname, (int)getpid()); + out = fopen(tmpname, "w"); + } else { + *tmpname = 0; + out = fopen(newname, "w"); + } + if (!out) + return 1; + + conf_write_heading(out, &kconfig_printer_cb, NULL); + + if (!conf_get_changed()) + sym_clear_all_valid(); + + menu = rootmenu.list; + while (menu) { + sym = menu->sym; + if (!sym) { + if (!menu_is_visible(menu)) + goto next; + str = menu_get_prompt(menu); + fprintf(out, "\n" + "#\n" + "# %s\n" + "#\n", str); + } else if (!(sym->flags & SYMBOL_CHOICE)) { + sym_calc_value(sym); + if (!(sym->flags & SYMBOL_WRITE)) + goto next; + sym->flags &= ~SYMBOL_WRITE; + + conf_write_symbol(out, sym, &kconfig_printer_cb, NULL); + } + +next: + if (menu->list) { + menu = menu->list; + continue; + } + if (menu->next) + menu = menu->next; + else while ((menu = menu->parent)) { + if (menu->next) { + menu = menu->next; + break; + } + } + } + fclose(out); + + if (*tmpname) { + strcat(dirname, basename); + strcat(dirname, ".old"); + rename(newname, dirname); + if (rename(tmpname, newname)) + return 1; + } + + conf_message(_("configuration written to %s"), newname); + + sym_set_change_count(0); + + return 0; +} + +static int conf_split_config(void) +{ + const char *name; + char path[PATH_MAX+1]; + char *s, *d, c; + struct symbol *sym; + struct stat sb; + int res, i, fd; + + name = conf_get_autoconfig_name(); + conf_read_simple(name, S_DEF_AUTO); + + if (chdir("include/config")) + return 1; + + res = 0; + for_all_symbols(i, sym) { + sym_calc_value(sym); + if ((sym->flags & SYMBOL_AUTO) || !sym->name) + continue; + if (sym->flags & SYMBOL_WRITE) { + if (sym->flags & SYMBOL_DEF_AUTO) { + /* + * symbol has old and new value, + * so compare them... + */ + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + if (sym_get_tristate_value(sym) == + sym->def[S_DEF_AUTO].tri) + continue; + break; + case S_STRING: + case S_HEX: + case S_INT: + if (!strcmp(sym_get_string_value(sym), + sym->def[S_DEF_AUTO].val)) + continue; + break; + default: + break; + } + } else { + /* + * If there is no old value, only 'no' (unset) + * is allowed as new value. + */ + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + if (sym_get_tristate_value(sym) == no) + continue; + break; + default: + break; + } + } + } else if (!(sym->flags & SYMBOL_DEF_AUTO)) + /* There is neither an old nor a new value. */ + continue; + /* else + * There is an old value, but no new value ('no' (unset) + * isn't saved in auto.conf, so the old value is always + * different from 'no'). + */ + + /* Replace all '_' and append ".h" */ + s = sym->name; + d = path; + while ((c = *s++)) { + c = tolower(c); + *d++ = (c == '_') ? '/' : c; + } + strcpy(d, ".h"); + + /* Assume directory path already exists. */ + fd = open(path, O_WRONLY | O_CREAT | O_TRUNC, 0644); + if (fd == -1) { + if (errno != ENOENT) { + res = 1; + break; + } + /* + * Create directory components, + * unless they exist already. + */ + d = path; + while ((d = strchr(d, '/'))) { + *d = 0; + if (stat(path, &sb) && mkdir(path, 0755)) { + res = 1; + goto out; + } + *d++ = '/'; + } + /* Try it again. */ + fd = open(path, O_WRONLY | O_CREAT | O_TRUNC, 0644); + if (fd == -1) { + res = 1; + break; + } + } + close(fd); + } +out: + if (chdir("../..")) + return 1; + + return res; +} + +int conf_write_autoconf(void) +{ + struct symbol *sym; + const char *name; + FILE *out, *tristate, *out_h; + int i; + + sym_clear_all_valid(); + + file_write_dep("include/config/auto.conf.cmd"); + + if (conf_split_config()) + return 1; + + out = fopen(".tmpconfig", "w"); + if (!out) + return 1; + + tristate = fopen(".tmpconfig_tristate", "w"); + if (!tristate) { + fclose(out); + return 1; + } + + out_h = fopen(".tmpconfig.h", "w"); + if (!out_h) { + fclose(out); + fclose(tristate); + return 1; + } + + conf_write_heading(out, &kconfig_printer_cb, NULL); + + conf_write_heading(tristate, &tristate_printer_cb, NULL); + + conf_write_heading(out_h, &header_printer_cb, NULL); + + for_all_symbols(i, sym) { + sym_calc_value(sym); + if (!(sym->flags & SYMBOL_WRITE) || !sym->name) + continue; + + /* write symbol to auto.conf, tristate and header files */ + conf_write_symbol(out, sym, &kconfig_printer_cb, (void *)1); + + conf_write_symbol(tristate, sym, &tristate_printer_cb, (void *)1); + + conf_write_symbol(out_h, sym, &header_printer_cb, NULL); + } + fclose(out); + fclose(tristate); + fclose(out_h); + + name = getenv("KCONFIG_AUTOHEADER"); + if (!name) + name = "include/generated/autoconf.h"; + if (rename(".tmpconfig.h", name)) + return 1; + name = getenv("KCONFIG_TRISTATE"); + if (!name) + name = "include/config/tristate.conf"; + if (rename(".tmpconfig_tristate", name)) + return 1; + name = conf_get_autoconfig_name(); + /* + * This must be the last step, kbuild has a dependency on auto.conf + * and this marks the successful completion of the previous steps. + */ + if (rename(".tmpconfig", name)) + return 1; + + return 0; +} + +static int sym_change_count; +static void (*conf_changed_callback)(void); + +void sym_set_change_count(int count) +{ + int _sym_change_count = sym_change_count; + sym_change_count = count; + if (conf_changed_callback && + (bool)_sym_change_count != (bool)count) + conf_changed_callback(); +} + +void sym_add_change_count(int count) +{ + sym_set_change_count(count + sym_change_count); +} + +bool conf_get_changed(void) +{ + return sym_change_count; +} + +void conf_set_changed_callback(void (*fn)(void)) +{ + conf_changed_callback = fn; +} + +static bool randomize_choice_values(struct symbol *csym) +{ + struct property *prop; + struct symbol *sym; + struct expr *e; + int cnt, def; + + /* + * If choice is mod then we may have more items selected + * and if no then no-one. + * In both cases stop. + */ + if (csym->curr.tri != yes) + return false; + + prop = sym_get_choice_prop(csym); + + /* count entries in choice block */ + cnt = 0; + expr_list_for_each_sym(prop->expr, e, sym) + cnt++; + + /* + * find a random value and set it to yes, + * set the rest to no so we have only one set + */ + def = (rand() % cnt); + + cnt = 0; + expr_list_for_each_sym(prop->expr, e, sym) { + if (def == cnt++) { + sym->def[S_DEF_USER].tri = yes; + csym->def[S_DEF_USER].val = sym; + } + else { + sym->def[S_DEF_USER].tri = no; + } + sym->flags |= SYMBOL_DEF_USER; + /* clear VALID to get value calculated */ + sym->flags &= ~SYMBOL_VALID; + } + csym->flags |= SYMBOL_DEF_USER; + /* clear VALID to get value calculated */ + csym->flags &= ~(SYMBOL_VALID); + + return true; +} + +void set_all_choice_values(struct symbol *csym) +{ + struct property *prop; + struct symbol *sym; + struct expr *e; + + prop = sym_get_choice_prop(csym); + + /* + * Set all non-assinged choice values to no + */ + expr_list_for_each_sym(prop->expr, e, sym) { + if (!sym_has_value(sym)) + sym->def[S_DEF_USER].tri = no; + } + csym->flags |= SYMBOL_DEF_USER; + /* clear VALID to get value calculated */ + csym->flags &= ~(SYMBOL_VALID | SYMBOL_NEED_SET_CHOICE_VALUES); +} + +bool conf_set_all_new_symbols(enum conf_def_mode mode) +{ + struct symbol *sym, *csym; + int i, cnt, pby, pty, ptm; /* pby: probability of boolean = y + * pty: probability of tristate = y + * ptm: probability of tristate = m + */ + + pby = 50; pty = ptm = 33; /* can't go as the default in switch-case + * below, otherwise gcc whines about + * -Wmaybe-uninitialized */ + if (mode == def_random) { + int n, p[3]; + char *env = getenv("KCONFIG_PROBABILITY"); + n = 0; + while( env && *env ) { + char *endp; + int tmp = strtol( env, &endp, 10 ); + if( tmp >= 0 && tmp <= 100 ) { + p[n++] = tmp; + } else { + errno = ERANGE; + perror( "KCONFIG_PROBABILITY" ); + exit( 1 ); + } + env = (*endp == ':') ? endp+1 : endp; + if( n >=3 ) { + break; + } + } + switch( n ) { + case 1: + pby = p[0]; ptm = pby/2; pty = pby-ptm; + break; + case 2: + pty = p[0]; ptm = p[1]; pby = pty + ptm; + break; + case 3: + pby = p[0]; pty = p[1]; ptm = p[2]; + break; + } + + if( pty+ptm > 100 ) { + errno = ERANGE; + perror( "KCONFIG_PROBABILITY" ); + exit( 1 ); + } + } + bool has_changed = false; + + for_all_symbols(i, sym) { + if (sym_has_value(sym) || (sym->flags & SYMBOL_VALID)) + continue; + switch (sym_get_type(sym)) { + case S_BOOLEAN: + case S_TRISTATE: + has_changed = true; + switch (mode) { + case def_yes: + sym->def[S_DEF_USER].tri = yes; + break; + case def_mod: + sym->def[S_DEF_USER].tri = mod; + break; + case def_no: + if (sym->flags & SYMBOL_ALLNOCONFIG_Y) + sym->def[S_DEF_USER].tri = yes; + else + sym->def[S_DEF_USER].tri = no; + break; + case def_random: + sym->def[S_DEF_USER].tri = no; + cnt = rand() % 100; + if (sym->type == S_TRISTATE) { + if (cnt < pty) + sym->def[S_DEF_USER].tri = yes; + else if (cnt < (pty+ptm)) + sym->def[S_DEF_USER].tri = mod; + } else if (cnt < pby) + sym->def[S_DEF_USER].tri = yes; + break; + default: + continue; + } + if (!(sym_is_choice(sym) && mode == def_random)) + sym->flags |= SYMBOL_DEF_USER; + break; + default: + break; + } + + } + + sym_clear_all_valid(); + + /* + * We have different type of choice blocks. + * If curr.tri equals to mod then we can select several + * choice symbols in one block. + * In this case we do nothing. + * If curr.tri equals yes then only one symbol can be + * selected in a choice block and we set it to yes, + * and the rest to no. + */ + if (mode != def_random) { + for_all_symbols(i, csym) { + if ((sym_is_choice(csym) && !sym_has_value(csym)) || + sym_is_choice_value(csym)) + csym->flags |= SYMBOL_NEED_SET_CHOICE_VALUES; + } + } + + for_all_symbols(i, csym) { + if (sym_has_value(csym) || !sym_is_choice(csym)) + continue; + + sym_calc_value(csym); + if (mode == def_random) + has_changed = randomize_choice_values(csym); + else { + set_all_choice_values(csym); + has_changed = true; + } + } + + return has_changed; +} diff --git a/xen/tools/kconfig/expr.c b/xen/tools/kconfig/expr.c new file mode 100644 index 0000000..667d1aa --- /dev/null +++ b/xen/tools/kconfig/expr.c @@ -0,0 +1,1206 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include + +#include "lkc.h" + +#define DEBUG_EXPR 0 + +static int expr_eq(struct expr *e1, struct expr *e2); +static struct expr *expr_eliminate_yn(struct expr *e); + +struct expr *expr_alloc_symbol(struct symbol *sym) +{ + struct expr *e = xcalloc(1, sizeof(*e)); + e->type = E_SYMBOL; + e->left.sym = sym; + return e; +} + +struct expr *expr_alloc_one(enum expr_type type, struct expr *ce) +{ + struct expr *e = xcalloc(1, sizeof(*e)); + e->type = type; + e->left.expr = ce; + return e; +} + +struct expr *expr_alloc_two(enum expr_type type, struct expr *e1, struct expr *e2) +{ + struct expr *e = xcalloc(1, sizeof(*e)); + e->type = type; + e->left.expr = e1; + e->right.expr = e2; + return e; +} + +struct expr *expr_alloc_comp(enum expr_type type, struct symbol *s1, struct symbol *s2) +{ + struct expr *e = xcalloc(1, sizeof(*e)); + e->type = type; + e->left.sym = s1; + e->right.sym = s2; + return e; +} + +struct expr *expr_alloc_and(struct expr *e1, struct expr *e2) +{ + if (!e1) + return e2; + return e2 ? expr_alloc_two(E_AND, e1, e2) : e1; +} + +struct expr *expr_alloc_or(struct expr *e1, struct expr *e2) +{ + if (!e1) + return e2; + return e2 ? expr_alloc_two(E_OR, e1, e2) : e1; +} + +struct expr *expr_copy(const struct expr *org) +{ + struct expr *e; + + if (!org) + return NULL; + + e = xmalloc(sizeof(*org)); + memcpy(e, org, sizeof(*org)); + switch (org->type) { + case E_SYMBOL: + e->left = org->left; + break; + case E_NOT: + e->left.expr = expr_copy(org->left.expr); + break; + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + e->left.sym = org->left.sym; + e->right.sym = org->right.sym; + break; + case E_AND: + case E_OR: + case E_LIST: + e->left.expr = expr_copy(org->left.expr); + e->right.expr = expr_copy(org->right.expr); + break; + default: + printf("can't copy type %d\n", e->type); + free(e); + e = NULL; + break; + } + + return e; +} + +void expr_free(struct expr *e) +{ + if (!e) + return; + + switch (e->type) { + case E_SYMBOL: + break; + case E_NOT: + expr_free(e->left.expr); + return; + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + break; + case E_OR: + case E_AND: + expr_free(e->left.expr); + expr_free(e->right.expr); + break; + default: + printf("how to free type %d?\n", e->type); + break; + } + free(e); +} + +static int trans_count; + +#define e1 (*ep1) +#define e2 (*ep2) + +static void __expr_eliminate_eq(enum expr_type type, struct expr **ep1, struct expr **ep2) +{ + if (e1->type == type) { + __expr_eliminate_eq(type, &e1->left.expr, &e2); + __expr_eliminate_eq(type, &e1->right.expr, &e2); + return; + } + if (e2->type == type) { + __expr_eliminate_eq(type, &e1, &e2->left.expr); + __expr_eliminate_eq(type, &e1, &e2->right.expr); + return; + } + if (e1->type == E_SYMBOL && e2->type == E_SYMBOL && + e1->left.sym == e2->left.sym && + (e1->left.sym == &symbol_yes || e1->left.sym == &symbol_no)) + return; + if (!expr_eq(e1, e2)) + return; + trans_count++; + expr_free(e1); expr_free(e2); + switch (type) { + case E_OR: + e1 = expr_alloc_symbol(&symbol_no); + e2 = expr_alloc_symbol(&symbol_no); + break; + case E_AND: + e1 = expr_alloc_symbol(&symbol_yes); + e2 = expr_alloc_symbol(&symbol_yes); + break; + default: + ; + } +} + +void expr_eliminate_eq(struct expr **ep1, struct expr **ep2) +{ + if (!e1 || !e2) + return; + switch (e1->type) { + case E_OR: + case E_AND: + __expr_eliminate_eq(e1->type, ep1, ep2); + default: + ; + } + if (e1->type != e2->type) switch (e2->type) { + case E_OR: + case E_AND: + __expr_eliminate_eq(e2->type, ep1, ep2); + default: + ; + } + e1 = expr_eliminate_yn(e1); + e2 = expr_eliminate_yn(e2); +} + +#undef e1 +#undef e2 + +static int expr_eq(struct expr *e1, struct expr *e2) +{ + int res, old_count; + + if (e1->type != e2->type) + return 0; + switch (e1->type) { + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + return e1->left.sym == e2->left.sym && e1->right.sym == e2->right.sym; + case E_SYMBOL: + return e1->left.sym == e2->left.sym; + case E_NOT: + return expr_eq(e1->left.expr, e2->left.expr); + case E_AND: + case E_OR: + e1 = expr_copy(e1); + e2 = expr_copy(e2); + old_count = trans_count; + expr_eliminate_eq(&e1, &e2); + res = (e1->type == E_SYMBOL && e2->type == E_SYMBOL && + e1->left.sym == e2->left.sym); + expr_free(e1); + expr_free(e2); + trans_count = old_count; + return res; + case E_LIST: + case E_RANGE: + case E_NONE: + /* panic */; + } + + if (DEBUG_EXPR) { + expr_fprint(e1, stdout); + printf(" = "); + expr_fprint(e2, stdout); + printf(" ?\n"); + } + + return 0; +} + +static struct expr *expr_eliminate_yn(struct expr *e) +{ + struct expr *tmp; + + if (e) switch (e->type) { + case E_AND: + e->left.expr = expr_eliminate_yn(e->left.expr); + e->right.expr = expr_eliminate_yn(e->right.expr); + if (e->left.expr->type == E_SYMBOL) { + if (e->left.expr->left.sym == &symbol_no) { + expr_free(e->left.expr); + expr_free(e->right.expr); + e->type = E_SYMBOL; + e->left.sym = &symbol_no; + e->right.expr = NULL; + return e; + } else if (e->left.expr->left.sym == &symbol_yes) { + free(e->left.expr); + tmp = e->right.expr; + *e = *(e->right.expr); + free(tmp); + return e; + } + } + if (e->right.expr->type == E_SYMBOL) { + if (e->right.expr->left.sym == &symbol_no) { + expr_free(e->left.expr); + expr_free(e->right.expr); + e->type = E_SYMBOL; + e->left.sym = &symbol_no; + e->right.expr = NULL; + return e; + } else if (e->right.expr->left.sym == &symbol_yes) { + free(e->right.expr); + tmp = e->left.expr; + *e = *(e->left.expr); + free(tmp); + return e; + } + } + break; + case E_OR: + e->left.expr = expr_eliminate_yn(e->left.expr); + e->right.expr = expr_eliminate_yn(e->right.expr); + if (e->left.expr->type == E_SYMBOL) { + if (e->left.expr->left.sym == &symbol_no) { + free(e->left.expr); + tmp = e->right.expr; + *e = *(e->right.expr); + free(tmp); + return e; + } else if (e->left.expr->left.sym == &symbol_yes) { + expr_free(e->left.expr); + expr_free(e->right.expr); + e->type = E_SYMBOL; + e->left.sym = &symbol_yes; + e->right.expr = NULL; + return e; + } + } + if (e->right.expr->type == E_SYMBOL) { + if (e->right.expr->left.sym == &symbol_no) { + free(e->right.expr); + tmp = e->left.expr; + *e = *(e->left.expr); + free(tmp); + return e; + } else if (e->right.expr->left.sym == &symbol_yes) { + expr_free(e->left.expr); + expr_free(e->right.expr); + e->type = E_SYMBOL; + e->left.sym = &symbol_yes; + e->right.expr = NULL; + return e; + } + } + break; + default: + ; + } + return e; +} + +/* + * bool FOO!=n => FOO + */ +struct expr *expr_trans_bool(struct expr *e) +{ + if (!e) + return NULL; + switch (e->type) { + case E_AND: + case E_OR: + case E_NOT: + e->left.expr = expr_trans_bool(e->left.expr); + e->right.expr = expr_trans_bool(e->right.expr); + break; + case E_UNEQUAL: + // FOO!=n -> FOO + if (e->left.sym->type == S_TRISTATE) { + if (e->right.sym == &symbol_no) { + e->type = E_SYMBOL; + e->right.sym = NULL; + } + } + break; + default: + ; + } + return e; +} + +/* + * e1 || e2 -> ? + */ +static struct expr *expr_join_or(struct expr *e1, struct expr *e2) +{ + struct expr *tmp; + struct symbol *sym1, *sym2; + + if (expr_eq(e1, e2)) + return expr_copy(e1); + if (e1->type != E_EQUAL && e1->type != E_UNEQUAL && e1->type != E_SYMBOL && e1->type != E_NOT) + return NULL; + if (e2->type != E_EQUAL && e2->type != E_UNEQUAL && e2->type != E_SYMBOL && e2->type != E_NOT) + return NULL; + if (e1->type == E_NOT) { + tmp = e1->left.expr; + if (tmp->type != E_EQUAL && tmp->type != E_UNEQUAL && tmp->type != E_SYMBOL) + return NULL; + sym1 = tmp->left.sym; + } else + sym1 = e1->left.sym; + if (e2->type == E_NOT) { + if (e2->left.expr->type != E_SYMBOL) + return NULL; + sym2 = e2->left.expr->left.sym; + } else + sym2 = e2->left.sym; + if (sym1 != sym2) + return NULL; + if (sym1->type != S_BOOLEAN && sym1->type != S_TRISTATE) + return NULL; + if (sym1->type == S_TRISTATE) { + if (e1->type == E_EQUAL && e2->type == E_EQUAL && + ((e1->right.sym == &symbol_yes && e2->right.sym == &symbol_mod) || + (e1->right.sym == &symbol_mod && e2->right.sym == &symbol_yes))) { + // (a='y') || (a='m') -> (a!='n') + return expr_alloc_comp(E_UNEQUAL, sym1, &symbol_no); + } + if (e1->type == E_EQUAL && e2->type == E_EQUAL && + ((e1->right.sym == &symbol_yes && e2->right.sym == &symbol_no) || + (e1->right.sym == &symbol_no && e2->right.sym == &symbol_yes))) { + // (a='y') || (a='n') -> (a!='m') + return expr_alloc_comp(E_UNEQUAL, sym1, &symbol_mod); + } + if (e1->type == E_EQUAL && e2->type == E_EQUAL && + ((e1->right.sym == &symbol_mod && e2->right.sym == &symbol_no) || + (e1->right.sym == &symbol_no && e2->right.sym == &symbol_mod))) { + // (a='m') || (a='n') -> (a!='y') + return expr_alloc_comp(E_UNEQUAL, sym1, &symbol_yes); + } + } + if (sym1->type == S_BOOLEAN && sym1 == sym2) { + if ((e1->type == E_NOT && e1->left.expr->type == E_SYMBOL && e2->type == E_SYMBOL) || + (e2->type == E_NOT && e2->left.expr->type == E_SYMBOL && e1->type == E_SYMBOL)) + return expr_alloc_symbol(&symbol_yes); + } + + if (DEBUG_EXPR) { + printf("optimize ("); + expr_fprint(e1, stdout); + printf(") || ("); + expr_fprint(e2, stdout); + printf(")?\n"); + } + return NULL; +} + +static struct expr *expr_join_and(struct expr *e1, struct expr *e2) +{ + struct expr *tmp; + struct symbol *sym1, *sym2; + + if (expr_eq(e1, e2)) + return expr_copy(e1); + if (e1->type != E_EQUAL && e1->type != E_UNEQUAL && e1->type != E_SYMBOL && e1->type != E_NOT) + return NULL; + if (e2->type != E_EQUAL && e2->type != E_UNEQUAL && e2->type != E_SYMBOL && e2->type != E_NOT) + return NULL; + if (e1->type == E_NOT) { + tmp = e1->left.expr; + if (tmp->type != E_EQUAL && tmp->type != E_UNEQUAL && tmp->type != E_SYMBOL) + return NULL; + sym1 = tmp->left.sym; + } else + sym1 = e1->left.sym; + if (e2->type == E_NOT) { + if (e2->left.expr->type != E_SYMBOL) + return NULL; + sym2 = e2->left.expr->left.sym; + } else + sym2 = e2->left.sym; + if (sym1 != sym2) + return NULL; + if (sym1->type != S_BOOLEAN && sym1->type != S_TRISTATE) + return NULL; + + if ((e1->type == E_SYMBOL && e2->type == E_EQUAL && e2->right.sym == &symbol_yes) || + (e2->type == E_SYMBOL && e1->type == E_EQUAL && e1->right.sym == &symbol_yes)) + // (a) && (a='y') -> (a='y') + return expr_alloc_comp(E_EQUAL, sym1, &symbol_yes); + + if ((e1->type == E_SYMBOL && e2->type == E_UNEQUAL && e2->right.sym == &symbol_no) || + (e2->type == E_SYMBOL && e1->type == E_UNEQUAL && e1->right.sym == &symbol_no)) + // (a) && (a!='n') -> (a) + return expr_alloc_symbol(sym1); + + if ((e1->type == E_SYMBOL && e2->type == E_UNEQUAL && e2->right.sym == &symbol_mod) || + (e2->type == E_SYMBOL && e1->type == E_UNEQUAL && e1->right.sym == &symbol_mod)) + // (a) && (a!='m') -> (a='y') + return expr_alloc_comp(E_EQUAL, sym1, &symbol_yes); + + if (sym1->type == S_TRISTATE) { + if (e1->type == E_EQUAL && e2->type == E_UNEQUAL) { + // (a='b') && (a!='c') -> 'b'='c' ? 'n' : a='b' + sym2 = e1->right.sym; + if ((e2->right.sym->flags & SYMBOL_CONST) && (sym2->flags & SYMBOL_CONST)) + return sym2 != e2->right.sym ? expr_alloc_comp(E_EQUAL, sym1, sym2) + : expr_alloc_symbol(&symbol_no); + } + if (e1->type == E_UNEQUAL && e2->type == E_EQUAL) { + // (a='b') && (a!='c') -> 'b'='c' ? 'n' : a='b' + sym2 = e2->right.sym; + if ((e1->right.sym->flags & SYMBOL_CONST) && (sym2->flags & SYMBOL_CONST)) + return sym2 != e1->right.sym ? expr_alloc_comp(E_EQUAL, sym1, sym2) + : expr_alloc_symbol(&symbol_no); + } + if (e1->type == E_UNEQUAL && e2->type == E_UNEQUAL && + ((e1->right.sym == &symbol_yes && e2->right.sym == &symbol_no) || + (e1->right.sym == &symbol_no && e2->right.sym == &symbol_yes))) + // (a!='y') && (a!='n') -> (a='m') + return expr_alloc_comp(E_EQUAL, sym1, &symbol_mod); + + if (e1->type == E_UNEQUAL && e2->type == E_UNEQUAL && + ((e1->right.sym == &symbol_yes && e2->right.sym == &symbol_mod) || + (e1->right.sym == &symbol_mod && e2->right.sym == &symbol_yes))) + // (a!='y') && (a!='m') -> (a='n') + return expr_alloc_comp(E_EQUAL, sym1, &symbol_no); + + if (e1->type == E_UNEQUAL && e2->type == E_UNEQUAL && + ((e1->right.sym == &symbol_mod && e2->right.sym == &symbol_no) || + (e1->right.sym == &symbol_no && e2->right.sym == &symbol_mod))) + // (a!='m') && (a!='n') -> (a='m') + return expr_alloc_comp(E_EQUAL, sym1, &symbol_yes); + + if ((e1->type == E_SYMBOL && e2->type == E_EQUAL && e2->right.sym == &symbol_mod) || + (e2->type == E_SYMBOL && e1->type == E_EQUAL && e1->right.sym == &symbol_mod) || + (e1->type == E_SYMBOL && e2->type == E_UNEQUAL && e2->right.sym == &symbol_yes) || + (e2->type == E_SYMBOL && e1->type == E_UNEQUAL && e1->right.sym == &symbol_yes)) + return NULL; + } + + if (DEBUG_EXPR) { + printf("optimize ("); + expr_fprint(e1, stdout); + printf(") && ("); + expr_fprint(e2, stdout); + printf(")?\n"); + } + return NULL; +} + +static void expr_eliminate_dups1(enum expr_type type, struct expr **ep1, struct expr **ep2) +{ +#define e1 (*ep1) +#define e2 (*ep2) + struct expr *tmp; + + if (e1->type == type) { + expr_eliminate_dups1(type, &e1->left.expr, &e2); + expr_eliminate_dups1(type, &e1->right.expr, &e2); + return; + } + if (e2->type == type) { + expr_eliminate_dups1(type, &e1, &e2->left.expr); + expr_eliminate_dups1(type, &e1, &e2->right.expr); + return; + } + if (e1 == e2) + return; + + switch (e1->type) { + case E_OR: case E_AND: + expr_eliminate_dups1(e1->type, &e1, &e1); + default: + ; + } + + switch (type) { + case E_OR: + tmp = expr_join_or(e1, e2); + if (tmp) { + expr_free(e1); expr_free(e2); + e1 = expr_alloc_symbol(&symbol_no); + e2 = tmp; + trans_count++; + } + break; + case E_AND: + tmp = expr_join_and(e1, e2); + if (tmp) { + expr_free(e1); expr_free(e2); + e1 = expr_alloc_symbol(&symbol_yes); + e2 = tmp; + trans_count++; + } + break; + default: + ; + } +#undef e1 +#undef e2 +} + +struct expr *expr_eliminate_dups(struct expr *e) +{ + int oldcount; + if (!e) + return e; + + oldcount = trans_count; + while (1) { + trans_count = 0; + switch (e->type) { + case E_OR: case E_AND: + expr_eliminate_dups1(e->type, &e, &e); + default: + ; + } + if (!trans_count) + break; + e = expr_eliminate_yn(e); + } + trans_count = oldcount; + return e; +} + +struct expr *expr_transform(struct expr *e) +{ + struct expr *tmp; + + if (!e) + return NULL; + switch (e->type) { + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + case E_SYMBOL: + case E_LIST: + break; + default: + e->left.expr = expr_transform(e->left.expr); + e->right.expr = expr_transform(e->right.expr); + } + + switch (e->type) { + case E_EQUAL: + if (e->left.sym->type != S_BOOLEAN) + break; + if (e->right.sym == &symbol_no) { + e->type = E_NOT; + e->left.expr = expr_alloc_symbol(e->left.sym); + e->right.sym = NULL; + break; + } + if (e->right.sym == &symbol_mod) { + printf("boolean symbol %s tested for 'm'? test forced to 'n'\n", e->left.sym->name); + e->type = E_SYMBOL; + e->left.sym = &symbol_no; + e->right.sym = NULL; + break; + } + if (e->right.sym == &symbol_yes) { + e->type = E_SYMBOL; + e->right.sym = NULL; + break; + } + break; + case E_UNEQUAL: + if (e->left.sym->type != S_BOOLEAN) + break; + if (e->right.sym == &symbol_no) { + e->type = E_SYMBOL; + e->right.sym = NULL; + break; + } + if (e->right.sym == &symbol_mod) { + printf("boolean symbol %s tested for 'm'? test forced to 'y'\n", e->left.sym->name); + e->type = E_SYMBOL; + e->left.sym = &symbol_yes; + e->right.sym = NULL; + break; + } + if (e->right.sym == &symbol_yes) { + e->type = E_NOT; + e->left.expr = expr_alloc_symbol(e->left.sym); + e->right.sym = NULL; + break; + } + break; + case E_NOT: + switch (e->left.expr->type) { + case E_NOT: + // !!a -> a + tmp = e->left.expr->left.expr; + free(e->left.expr); + free(e); + e = tmp; + e = expr_transform(e); + break; + case E_EQUAL: + case E_UNEQUAL: + // !a='x' -> a!='x' + tmp = e->left.expr; + free(e); + e = tmp; + e->type = e->type == E_EQUAL ? E_UNEQUAL : E_EQUAL; + break; + case E_LEQ: + case E_GEQ: + // !a<='x' -> a>'x' + tmp = e->left.expr; + free(e); + e = tmp; + e->type = e->type == E_LEQ ? E_GTH : E_LTH; + break; + case E_LTH: + case E_GTH: + // !a<'x' -> a>='x' + tmp = e->left.expr; + free(e); + e = tmp; + e->type = e->type == E_LTH ? E_GEQ : E_LEQ; + break; + case E_OR: + // !(a || b) -> !a && !b + tmp = e->left.expr; + e->type = E_AND; + e->right.expr = expr_alloc_one(E_NOT, tmp->right.expr); + tmp->type = E_NOT; + tmp->right.expr = NULL; + e = expr_transform(e); + break; + case E_AND: + // !(a && b) -> !a || !b + tmp = e->left.expr; + e->type = E_OR; + e->right.expr = expr_alloc_one(E_NOT, tmp->right.expr); + tmp->type = E_NOT; + tmp->right.expr = NULL; + e = expr_transform(e); + break; + case E_SYMBOL: + if (e->left.expr->left.sym == &symbol_yes) { + // !'y' -> 'n' + tmp = e->left.expr; + free(e); + e = tmp; + e->type = E_SYMBOL; + e->left.sym = &symbol_no; + break; + } + if (e->left.expr->left.sym == &symbol_mod) { + // !'m' -> 'm' + tmp = e->left.expr; + free(e); + e = tmp; + e->type = E_SYMBOL; + e->left.sym = &symbol_mod; + break; + } + if (e->left.expr->left.sym == &symbol_no) { + // !'n' -> 'y' + tmp = e->left.expr; + free(e); + e = tmp; + e->type = E_SYMBOL; + e->left.sym = &symbol_yes; + break; + } + break; + default: + ; + } + break; + default: + ; + } + return e; +} + +int expr_contains_symbol(struct expr *dep, struct symbol *sym) +{ + if (!dep) + return 0; + + switch (dep->type) { + case E_AND: + case E_OR: + return expr_contains_symbol(dep->left.expr, sym) || + expr_contains_symbol(dep->right.expr, sym); + case E_SYMBOL: + return dep->left.sym == sym; + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + return dep->left.sym == sym || + dep->right.sym == sym; + case E_NOT: + return expr_contains_symbol(dep->left.expr, sym); + default: + ; + } + return 0; +} + +bool expr_depends_symbol(struct expr *dep, struct symbol *sym) +{ + if (!dep) + return false; + + switch (dep->type) { + case E_AND: + return expr_depends_symbol(dep->left.expr, sym) || + expr_depends_symbol(dep->right.expr, sym); + case E_SYMBOL: + return dep->left.sym == sym; + case E_EQUAL: + if (dep->left.sym == sym) { + if (dep->right.sym == &symbol_yes || dep->right.sym == &symbol_mod) + return true; + } + break; + case E_UNEQUAL: + if (dep->left.sym == sym) { + if (dep->right.sym == &symbol_no) + return true; + } + break; + default: + ; + } + return false; +} + +struct expr *expr_trans_compare(struct expr *e, enum expr_type type, struct symbol *sym) +{ + struct expr *e1, *e2; + + if (!e) { + e = expr_alloc_symbol(sym); + if (type == E_UNEQUAL) + e = expr_alloc_one(E_NOT, e); + return e; + } + switch (e->type) { + case E_AND: + e1 = expr_trans_compare(e->left.expr, E_EQUAL, sym); + e2 = expr_trans_compare(e->right.expr, E_EQUAL, sym); + if (sym == &symbol_yes) + e = expr_alloc_two(E_AND, e1, e2); + if (sym == &symbol_no) + e = expr_alloc_two(E_OR, e1, e2); + if (type == E_UNEQUAL) + e = expr_alloc_one(E_NOT, e); + return e; + case E_OR: + e1 = expr_trans_compare(e->left.expr, E_EQUAL, sym); + e2 = expr_trans_compare(e->right.expr, E_EQUAL, sym); + if (sym == &symbol_yes) + e = expr_alloc_two(E_OR, e1, e2); + if (sym == &symbol_no) + e = expr_alloc_two(E_AND, e1, e2); + if (type == E_UNEQUAL) + e = expr_alloc_one(E_NOT, e); + return e; + case E_NOT: + return expr_trans_compare(e->left.expr, type == E_EQUAL ? E_UNEQUAL : E_EQUAL, sym); + case E_UNEQUAL: + case E_LTH: + case E_LEQ: + case E_GTH: + case E_GEQ: + case E_EQUAL: + if (type == E_EQUAL) { + if (sym == &symbol_yes) + return expr_copy(e); + if (sym == &symbol_mod) + return expr_alloc_symbol(&symbol_no); + if (sym == &symbol_no) + return expr_alloc_one(E_NOT, expr_copy(e)); + } else { + if (sym == &symbol_yes) + return expr_alloc_one(E_NOT, expr_copy(e)); + if (sym == &symbol_mod) + return expr_alloc_symbol(&symbol_yes); + if (sym == &symbol_no) + return expr_copy(e); + } + break; + case E_SYMBOL: + return expr_alloc_comp(type, e->left.sym, sym); + case E_LIST: + case E_RANGE: + case E_NONE: + /* panic */; + } + return NULL; +} + +enum string_value_kind { + k_string, + k_signed, + k_unsigned, + k_invalid +}; + +union string_value { + unsigned long long u; + signed long long s; +}; + +static enum string_value_kind expr_parse_string(const char *str, + enum symbol_type type, + union string_value *val) +{ + char *tail; + enum string_value_kind kind; + + errno = 0; + switch (type) { + case S_BOOLEAN: + case S_TRISTATE: + return k_string; + case S_INT: + val->s = strtoll(str, &tail, 10); + kind = k_signed; + break; + case S_HEX: + val->u = strtoull(str, &tail, 16); + kind = k_unsigned; + break; + case S_STRING: + case S_UNKNOWN: + val->s = strtoll(str, &tail, 0); + kind = k_signed; + break; + default: + return k_invalid; + } + return !errno && !*tail && tail > str && isxdigit(tail[-1]) + ? kind : k_string; +} + +tristate expr_calc_value(struct expr *e) +{ + tristate val1, val2; + const char *str1, *str2; + enum string_value_kind k1 = k_string, k2 = k_string; + union string_value lval = {}, rval = {}; + int res; + + if (!e) + return yes; + + switch (e->type) { + case E_SYMBOL: + sym_calc_value(e->left.sym); + return e->left.sym->curr.tri; + case E_AND: + val1 = expr_calc_value(e->left.expr); + val2 = expr_calc_value(e->right.expr); + return EXPR_AND(val1, val2); + case E_OR: + val1 = expr_calc_value(e->left.expr); + val2 = expr_calc_value(e->right.expr); + return EXPR_OR(val1, val2); + case E_NOT: + val1 = expr_calc_value(e->left.expr); + return EXPR_NOT(val1); + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + break; + default: + printf("expr_calc_value: %d?\n", e->type); + return no; + } + + sym_calc_value(e->left.sym); + sym_calc_value(e->right.sym); + str1 = sym_get_string_value(e->left.sym); + str2 = sym_get_string_value(e->right.sym); + + if (e->left.sym->type != S_STRING || e->right.sym->type != S_STRING) { + k1 = expr_parse_string(str1, e->left.sym->type, &lval); + k2 = expr_parse_string(str2, e->right.sym->type, &rval); + } + + if (k1 == k_string || k2 == k_string) + res = strcmp(str1, str2); + else if (k1 == k_invalid || k2 == k_invalid) { + if (e->type != E_EQUAL && e->type != E_UNEQUAL) { + printf("Cannot compare \"%s\" and \"%s\"\n", str1, str2); + return no; + } + res = strcmp(str1, str2); + } else if (k1 == k_unsigned || k2 == k_unsigned) + res = (lval.u > rval.u) - (lval.u < rval.u); + else /* if (k1 == k_signed && k2 == k_signed) */ + res = (lval.s > rval.s) - (lval.s < rval.s); + + switch(e->type) { + case E_EQUAL: + return res ? no : yes; + case E_GEQ: + return res >= 0 ? yes : no; + case E_GTH: + return res > 0 ? yes : no; + case E_LEQ: + return res <= 0 ? yes : no; + case E_LTH: + return res < 0 ? yes : no; + case E_UNEQUAL: + return res ? yes : no; + default: + printf("expr_calc_value: relation %d?\n", e->type); + return no; + } +} + +static int expr_compare_type(enum expr_type t1, enum expr_type t2) +{ + if (t1 == t2) + return 0; + switch (t1) { + case E_LEQ: + case E_LTH: + case E_GEQ: + case E_GTH: + if (t2 == E_EQUAL || t2 == E_UNEQUAL) + return 1; + case E_EQUAL: + case E_UNEQUAL: + if (t2 == E_NOT) + return 1; + case E_NOT: + if (t2 == E_AND) + return 1; + case E_AND: + if (t2 == E_OR) + return 1; + case E_OR: + if (t2 == E_LIST) + return 1; + case E_LIST: + if (t2 == 0) + return 1; + default: + return -1; + } + printf("[%dgt%d?]", t1, t2); + return 0; +} + +static inline struct expr * +expr_get_leftmost_symbol(const struct expr *e) +{ + + if (e == NULL) + return NULL; + + while (e->type != E_SYMBOL) + e = e->left.expr; + + return expr_copy(e); +} + +/* + * Given expression `e1' and `e2', returns the leaf of the longest + * sub-expression of `e1' not containing 'e2. + */ +struct expr *expr_simplify_unmet_dep(struct expr *e1, struct expr *e2) +{ + struct expr *ret; + + switch (e1->type) { + case E_OR: + return expr_alloc_and( + expr_simplify_unmet_dep(e1->left.expr, e2), + expr_simplify_unmet_dep(e1->right.expr, e2)); + case E_AND: { + struct expr *e; + e = expr_alloc_and(expr_copy(e1), expr_copy(e2)); + e = expr_eliminate_dups(e); + ret = (!expr_eq(e, e1)) ? e1 : NULL; + expr_free(e); + break; + } + default: + ret = e1; + break; + } + + return expr_get_leftmost_symbol(ret); +} + +void expr_print(struct expr *e, void (*fn)(void *, struct symbol *, const char *), void *data, int prevtoken) +{ + if (!e) { + fn(data, NULL, "y"); + return; + } + + if (expr_compare_type(prevtoken, e->type) > 0) + fn(data, NULL, "("); + switch (e->type) { + case E_SYMBOL: + if (e->left.sym->name) + fn(data, e->left.sym, e->left.sym->name); + else + fn(data, NULL, ""); + break; + case E_NOT: + fn(data, NULL, "!"); + expr_print(e->left.expr, fn, data, E_NOT); + break; + case E_EQUAL: + if (e->left.sym->name) + fn(data, e->left.sym, e->left.sym->name); + else + fn(data, NULL, ""); + fn(data, NULL, "="); + fn(data, e->right.sym, e->right.sym->name); + break; + case E_LEQ: + case E_LTH: + if (e->left.sym->name) + fn(data, e->left.sym, e->left.sym->name); + else + fn(data, NULL, ""); + fn(data, NULL, e->type == E_LEQ ? "<=" : "<"); + fn(data, e->right.sym, e->right.sym->name); + break; + case E_GEQ: + case E_GTH: + if (e->left.sym->name) + fn(data, e->left.sym, e->left.sym->name); + else + fn(data, NULL, ""); + fn(data, NULL, e->type == E_LEQ ? ">=" : ">"); + fn(data, e->right.sym, e->right.sym->name); + break; + case E_UNEQUAL: + if (e->left.sym->name) + fn(data, e->left.sym, e->left.sym->name); + else + fn(data, NULL, ""); + fn(data, NULL, "!="); + fn(data, e->right.sym, e->right.sym->name); + break; + case E_OR: + expr_print(e->left.expr, fn, data, E_OR); + fn(data, NULL, " || "); + expr_print(e->right.expr, fn, data, E_OR); + break; + case E_AND: + expr_print(e->left.expr, fn, data, E_AND); + fn(data, NULL, " && "); + expr_print(e->right.expr, fn, data, E_AND); + break; + case E_LIST: + fn(data, e->right.sym, e->right.sym->name); + if (e->left.expr) { + fn(data, NULL, " ^ "); + expr_print(e->left.expr, fn, data, E_LIST); + } + break; + case E_RANGE: + fn(data, NULL, "["); + fn(data, e->left.sym, e->left.sym->name); + fn(data, NULL, " "); + fn(data, e->right.sym, e->right.sym->name); + fn(data, NULL, "]"); + break; + default: + { + char buf[32]; + sprintf(buf, "", e->type); + fn(data, NULL, buf); + break; + } + } + if (expr_compare_type(prevtoken, e->type) > 0) + fn(data, NULL, ")"); +} + +static void expr_print_file_helper(void *data, struct symbol *sym, const char *str) +{ + xfwrite(str, strlen(str), 1, data); +} + +void expr_fprint(struct expr *e, FILE *out) +{ + expr_print(e, expr_print_file_helper, out, E_NONE); +} + +static void expr_print_gstr_helper(void *data, struct symbol *sym, const char *str) +{ + struct gstr *gs = (struct gstr*)data; + const char *sym_str = NULL; + + if (sym) + sym_str = sym_get_string_value(sym); + + if (gs->max_width) { + unsigned extra_length = strlen(str); + const char *last_cr = strrchr(gs->s, '\n'); + unsigned last_line_length; + + if (sym_str) + extra_length += 4 + strlen(sym_str); + + if (!last_cr) + last_cr = gs->s; + + last_line_length = strlen(gs->s) - (last_cr - gs->s); + + if ((last_line_length + extra_length) > gs->max_width) + str_append(gs, "\\\n"); + } + + str_append(gs, str); + if (sym && sym->type != S_UNKNOWN) + str_printf(gs, " [=%s]", sym_str); +} + +void expr_gstr_print(struct expr *e, struct gstr *gs) +{ + expr_print(e, expr_print_gstr_helper, gs, E_NONE); +} diff --git a/xen/tools/kconfig/expr.h b/xen/tools/kconfig/expr.h new file mode 100644 index 0000000..973b6f7 --- /dev/null +++ b/xen/tools/kconfig/expr.h @@ -0,0 +1,238 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#ifndef EXPR_H +#define EXPR_H + +#ifdef __cplusplus +extern "C" { +#endif + +#include +#include +#include "list.h" +#ifndef __cplusplus +#include +#endif + +struct file { + struct file *next; + struct file *parent; + const char *name; + int lineno; +}; + +typedef enum tristate { + no, mod, yes +} tristate; + +enum expr_type { + E_NONE, E_OR, E_AND, E_NOT, + E_EQUAL, E_UNEQUAL, E_LTH, E_LEQ, E_GTH, E_GEQ, + E_LIST, E_SYMBOL, E_RANGE +}; + +union expr_data { + struct expr *expr; + struct symbol *sym; +}; + +struct expr { + enum expr_type type; + union expr_data left, right; +}; + +#define EXPR_OR(dep1, dep2) (((dep1)>(dep2))?(dep1):(dep2)) +#define EXPR_AND(dep1, dep2) (((dep1)<(dep2))?(dep1):(dep2)) +#define EXPR_NOT(dep) (2-(dep)) + +#define expr_list_for_each_sym(l, e, s) \ + for (e = (l); e && (s = e->right.sym); e = e->left.expr) + +struct expr_value { + struct expr *expr; + tristate tri; +}; + +struct symbol_value { + void *val; + tristate tri; +}; + +enum symbol_type { + S_UNKNOWN, S_BOOLEAN, S_TRISTATE, S_INT, S_HEX, S_STRING, S_OTHER +}; + +/* enum values are used as index to symbol.def[] */ +enum { + S_DEF_USER, /* main user value */ + S_DEF_AUTO, /* values read from auto.conf */ + S_DEF_DEF3, /* Reserved for UI usage */ + S_DEF_DEF4, /* Reserved for UI usage */ + S_DEF_COUNT +}; + +struct symbol { + struct symbol *next; + char *name; + enum symbol_type type; + struct symbol_value curr; + struct symbol_value def[S_DEF_COUNT]; + tristate visible; + int flags; + struct property *prop; + struct expr_value dir_dep; + struct expr_value rev_dep; +}; + +#define for_all_symbols(i, sym) for (i = 0; i < SYMBOL_HASHSIZE; i++) for (sym = symbol_hash[i]; sym; sym = sym->next) if (sym->type != S_OTHER) + +#define SYMBOL_CONST 0x0001 /* symbol is const */ +#define SYMBOL_CHECK 0x0008 /* used during dependency checking */ +#define SYMBOL_CHOICE 0x0010 /* start of a choice block (null name) */ +#define SYMBOL_CHOICEVAL 0x0020 /* used as a value in a choice block */ +#define SYMBOL_VALID 0x0080 /* set when symbol.curr is calculated */ +#define SYMBOL_OPTIONAL 0x0100 /* choice is optional - values can be 'n' */ +#define SYMBOL_WRITE 0x0200 /* write symbol to file (KCONFIG_CONFIG) */ +#define SYMBOL_CHANGED 0x0400 /* ? */ +#define SYMBOL_AUTO 0x1000 /* value from environment variable */ +#define SYMBOL_CHECKED 0x2000 /* used during dependency checking */ +#define SYMBOL_WARNED 0x8000 /* warning has been issued */ + +/* Set when symbol.def[] is used */ +#define SYMBOL_DEF 0x10000 /* First bit of SYMBOL_DEF */ +#define SYMBOL_DEF_USER 0x10000 /* symbol.def[S_DEF_USER] is valid */ +#define SYMBOL_DEF_AUTO 0x20000 /* symbol.def[S_DEF_AUTO] is valid */ +#define SYMBOL_DEF3 0x40000 /* symbol.def[S_DEF_3] is valid */ +#define SYMBOL_DEF4 0x80000 /* symbol.def[S_DEF_4] is valid */ + +/* choice values need to be set before calculating this symbol value */ +#define SYMBOL_NEED_SET_CHOICE_VALUES 0x100000 + +/* Set symbol to y if allnoconfig; used for symbols that hide others */ +#define SYMBOL_ALLNOCONFIG_Y 0x200000 + +#define SYMBOL_MAXLENGTH 256 +#define SYMBOL_HASHSIZE 9973 + +/* A property represent the config options that can be associated + * with a config "symbol". + * Sample: + * config FOO + * default y + * prompt "foo prompt" + * select BAR + * config BAZ + * int "BAZ Value" + * range 1..255 + */ +enum prop_type { + P_UNKNOWN, + P_PROMPT, /* prompt "foo prompt" or "BAZ Value" */ + P_COMMENT, /* text associated with a comment */ + P_MENU, /* prompt associated with a menuconfig option */ + P_DEFAULT, /* default y */ + P_CHOICE, /* choice value */ + P_SELECT, /* select BAR */ + P_RANGE, /* range 7..100 (for a symbol) */ + P_ENV, /* value from environment variable */ + P_SYMBOL, /* where a symbol is defined */ +}; + +struct property { + struct property *next; /* next property - null if last */ + struct symbol *sym; /* the symbol for which the property is associated */ + enum prop_type type; /* type of property */ + const char *text; /* the prompt value - P_PROMPT, P_MENU, P_COMMENT */ + struct expr_value visible; + struct expr *expr; /* the optional conditional part of the property */ + struct menu *menu; /* the menu the property are associated with + * valid for: P_SELECT, P_RANGE, P_CHOICE, + * P_PROMPT, P_DEFAULT, P_MENU, P_COMMENT */ + struct file *file; /* what file was this property defined */ + int lineno; /* what lineno was this property defined */ +}; + +#define for_all_properties(sym, st, tok) \ + for (st = sym->prop; st; st = st->next) \ + if (st->type == (tok)) +#define for_all_defaults(sym, st) for_all_properties(sym, st, P_DEFAULT) +#define for_all_choices(sym, st) for_all_properties(sym, st, P_CHOICE) +#define for_all_prompts(sym, st) \ + for (st = sym->prop; st; st = st->next) \ + if (st->text) + +struct menu { + struct menu *next; + struct menu *parent; + struct menu *list; + struct symbol *sym; + struct property *prompt; + struct expr *visibility; + struct expr *dep; + unsigned int flags; + char *help; + struct file *file; + int lineno; + void *data; +}; + +#define MENU_CHANGED 0x0001 +#define MENU_ROOT 0x0002 + +struct jump_key { + struct list_head entries; + size_t offset; + struct menu *target; + int index; +}; + +#define JUMP_NB 9 + +extern struct file *file_list; +extern struct file *current_file; +struct file *lookup_file(const char *name); + +extern struct symbol symbol_yes, symbol_no, symbol_mod; +extern struct symbol *modules_sym; +extern struct symbol *sym_defconfig_list; +extern int cdebug; +struct expr *expr_alloc_symbol(struct symbol *sym); +struct expr *expr_alloc_one(enum expr_type type, struct expr *ce); +struct expr *expr_alloc_two(enum expr_type type, struct expr *e1, struct expr *e2); +struct expr *expr_alloc_comp(enum expr_type type, struct symbol *s1, struct symbol *s2); +struct expr *expr_alloc_and(struct expr *e1, struct expr *e2); +struct expr *expr_alloc_or(struct expr *e1, struct expr *e2); +struct expr *expr_copy(const struct expr *org); +void expr_free(struct expr *e); +void expr_eliminate_eq(struct expr **ep1, struct expr **ep2); +tristate expr_calc_value(struct expr *e); +struct expr *expr_trans_bool(struct expr *e); +struct expr *expr_eliminate_dups(struct expr *e); +struct expr *expr_transform(struct expr *e); +int expr_contains_symbol(struct expr *dep, struct symbol *sym); +bool expr_depends_symbol(struct expr *dep, struct symbol *sym); +struct expr *expr_trans_compare(struct expr *e, enum expr_type type, struct symbol *sym); +struct expr *expr_simplify_unmet_dep(struct expr *e1, struct expr *e2); + +void expr_fprint(struct expr *e, FILE *out); +struct gstr; /* forward */ +void expr_gstr_print(struct expr *e, struct gstr *gs); + +static inline int expr_is_yes(struct expr *e) +{ + return !e || (e->type == E_SYMBOL && e->left.sym == &symbol_yes); +} + +static inline int expr_is_no(struct expr *e) +{ + return e && (e->type == E_SYMBOL && e->left.sym == &symbol_no); +} + +#ifdef __cplusplus +} +#endif + +#endif /* EXPR_H */ diff --git a/xen/tools/kconfig/gconf.c b/xen/tools/kconfig/gconf.c new file mode 100644 index 0000000..26d208b --- /dev/null +++ b/xen/tools/kconfig/gconf.c @@ -0,0 +1,1521 @@ +/* Hey EMACS -*- linux-c -*- */ +/* + * + * Copyright (C) 2002-2003 Romain Lievin + * Released under the terms of the GNU GPL v2.0. + * + */ + +#ifdef HAVE_CONFIG_H +# include +#endif + +#include +#include "lkc.h" +#include "images.c" + +#include +#include +#include +#include + +#include +#include +#include +#include + +//#define DEBUG + +enum { + SINGLE_VIEW, SPLIT_VIEW, FULL_VIEW +}; + +enum { + OPT_NORMAL, OPT_ALL, OPT_PROMPT +}; + +static gint view_mode = FULL_VIEW; +static gboolean show_name = TRUE; +static gboolean show_range = TRUE; +static gboolean show_value = TRUE; +static gboolean resizeable = FALSE; +static int opt_mode = OPT_NORMAL; + +GtkWidget *main_wnd = NULL; +GtkWidget *tree1_w = NULL; // left frame +GtkWidget *tree2_w = NULL; // right frame +GtkWidget *text_w = NULL; +GtkWidget *hpaned = NULL; +GtkWidget *vpaned = NULL; +GtkWidget *back_btn = NULL; +GtkWidget *save_btn = NULL; +GtkWidget *save_menu_item = NULL; + +GtkTextTag *tag1, *tag2; +GdkColor color; + +GtkTreeStore *tree1, *tree2, *tree; +GtkTreeModel *model1, *model2; +static GtkTreeIter *parents[256]; +static gint indent; + +static struct menu *current; // current node for SINGLE view +static struct menu *browsed; // browsed node for SPLIT view + +enum { + COL_OPTION, COL_NAME, COL_NO, COL_MOD, COL_YES, COL_VALUE, + COL_MENU, COL_COLOR, COL_EDIT, COL_PIXBUF, + COL_PIXVIS, COL_BTNVIS, COL_BTNACT, COL_BTNINC, COL_BTNRAD, + COL_NUMBER +}; + +static void display_list(void); +static void display_tree(struct menu *menu); +static void display_tree_part(void); +static void update_tree(struct menu *src, GtkTreeIter * dst); +static void set_node(GtkTreeIter * node, struct menu *menu, gchar ** row); +static gchar **fill_row(struct menu *menu); +static void conf_changed(void); + +/* Helping/Debugging Functions */ + +const char *dbg_sym_flags(int val) +{ + static char buf[256]; + + bzero(buf, 256); + + if (val & SYMBOL_CONST) + strcat(buf, "const/"); + if (val & SYMBOL_CHECK) + strcat(buf, "check/"); + if (val & SYMBOL_CHOICE) + strcat(buf, "choice/"); + if (val & SYMBOL_CHOICEVAL) + strcat(buf, "choiceval/"); + if (val & SYMBOL_VALID) + strcat(buf, "valid/"); + if (val & SYMBOL_OPTIONAL) + strcat(buf, "optional/"); + if (val & SYMBOL_WRITE) + strcat(buf, "write/"); + if (val & SYMBOL_CHANGED) + strcat(buf, "changed/"); + if (val & SYMBOL_AUTO) + strcat(buf, "auto/"); + + buf[strlen(buf) - 1] = '\0'; + + return buf; +} + +void replace_button_icon(GladeXML * xml, GdkDrawable * window, + GtkStyle * style, gchar * btn_name, gchar ** xpm) +{ + GdkPixmap *pixmap; + GdkBitmap *mask; + GtkToolButton *button; + GtkWidget *image; + + pixmap = gdk_pixmap_create_from_xpm_d(window, &mask, + &style->bg[GTK_STATE_NORMAL], + xpm); + + button = GTK_TOOL_BUTTON(glade_xml_get_widget(xml, btn_name)); + image = gtk_image_new_from_pixmap(pixmap, mask); + gtk_widget_show(image); + gtk_tool_button_set_icon_widget(button, image); +} + +/* Main Window Initialization */ +void init_main_window(const gchar * glade_file) +{ + GladeXML *xml; + GtkWidget *widget; + GtkTextBuffer *txtbuf; + GtkStyle *style; + + xml = glade_xml_new(glade_file, "window1", NULL); + if (!xml) + g_error(_("GUI loading failed !\n")); + glade_xml_signal_autoconnect(xml); + + main_wnd = glade_xml_get_widget(xml, "window1"); + hpaned = glade_xml_get_widget(xml, "hpaned1"); + vpaned = glade_xml_get_widget(xml, "vpaned1"); + tree1_w = glade_xml_get_widget(xml, "treeview1"); + tree2_w = glade_xml_get_widget(xml, "treeview2"); + text_w = glade_xml_get_widget(xml, "textview3"); + + back_btn = glade_xml_get_widget(xml, "button1"); + gtk_widget_set_sensitive(back_btn, FALSE); + + widget = glade_xml_get_widget(xml, "show_name1"); + gtk_check_menu_item_set_active((GtkCheckMenuItem *) widget, + show_name); + + widget = glade_xml_get_widget(xml, "show_range1"); + gtk_check_menu_item_set_active((GtkCheckMenuItem *) widget, + show_range); + + widget = glade_xml_get_widget(xml, "show_data1"); + gtk_check_menu_item_set_active((GtkCheckMenuItem *) widget, + show_value); + + save_btn = glade_xml_get_widget(xml, "button3"); + save_menu_item = glade_xml_get_widget(xml, "save1"); + conf_set_changed_callback(conf_changed); + + style = gtk_widget_get_style(main_wnd); + widget = glade_xml_get_widget(xml, "toolbar1"); + + replace_button_icon(xml, main_wnd->window, style, + "button4", (gchar **) xpm_single_view); + replace_button_icon(xml, main_wnd->window, style, + "button5", (gchar **) xpm_split_view); + replace_button_icon(xml, main_wnd->window, style, + "button6", (gchar **) xpm_tree_view); + + txtbuf = gtk_text_view_get_buffer(GTK_TEXT_VIEW(text_w)); + tag1 = gtk_text_buffer_create_tag(txtbuf, "mytag1", + "foreground", "red", + "weight", PANGO_WEIGHT_BOLD, + NULL); + tag2 = gtk_text_buffer_create_tag(txtbuf, "mytag2", + /*"style", PANGO_STYLE_OBLIQUE, */ + NULL); + + gtk_window_set_title(GTK_WINDOW(main_wnd), rootmenu.prompt->text); + + gtk_widget_show(main_wnd); +} + +void init_tree_model(void) +{ + gint i; + + tree = tree2 = gtk_tree_store_new(COL_NUMBER, + G_TYPE_STRING, G_TYPE_STRING, + G_TYPE_STRING, G_TYPE_STRING, + G_TYPE_STRING, G_TYPE_STRING, + G_TYPE_POINTER, GDK_TYPE_COLOR, + G_TYPE_BOOLEAN, GDK_TYPE_PIXBUF, + G_TYPE_BOOLEAN, G_TYPE_BOOLEAN, + G_TYPE_BOOLEAN, G_TYPE_BOOLEAN, + G_TYPE_BOOLEAN); + model2 = GTK_TREE_MODEL(tree2); + + for (parents[0] = NULL, i = 1; i < 256; i++) + parents[i] = (GtkTreeIter *) g_malloc(sizeof(GtkTreeIter)); + + tree1 = gtk_tree_store_new(COL_NUMBER, + G_TYPE_STRING, G_TYPE_STRING, + G_TYPE_STRING, G_TYPE_STRING, + G_TYPE_STRING, G_TYPE_STRING, + G_TYPE_POINTER, GDK_TYPE_COLOR, + G_TYPE_BOOLEAN, GDK_TYPE_PIXBUF, + G_TYPE_BOOLEAN, G_TYPE_BOOLEAN, + G_TYPE_BOOLEAN, G_TYPE_BOOLEAN, + G_TYPE_BOOLEAN); + model1 = GTK_TREE_MODEL(tree1); +} + +void init_left_tree(void) +{ + GtkTreeView *view = GTK_TREE_VIEW(tree1_w); + GtkCellRenderer *renderer; + GtkTreeSelection *sel; + GtkTreeViewColumn *column; + + gtk_tree_view_set_model(view, model1); + gtk_tree_view_set_headers_visible(view, TRUE); + gtk_tree_view_set_rules_hint(view, TRUE); + + column = gtk_tree_view_column_new(); + gtk_tree_view_append_column(view, column); + gtk_tree_view_column_set_title(column, _("Options")); + + renderer = gtk_cell_renderer_toggle_new(); + gtk_tree_view_column_pack_start(GTK_TREE_VIEW_COLUMN(column), + renderer, FALSE); + gtk_tree_view_column_set_attributes(GTK_TREE_VIEW_COLUMN(column), + renderer, + "active", COL_BTNACT, + "inconsistent", COL_BTNINC, + "visible", COL_BTNVIS, + "radio", COL_BTNRAD, NULL); + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_column_pack_start(GTK_TREE_VIEW_COLUMN(column), + renderer, FALSE); + gtk_tree_view_column_set_attributes(GTK_TREE_VIEW_COLUMN(column), + renderer, + "text", COL_OPTION, + "foreground-gdk", + COL_COLOR, NULL); + + sel = gtk_tree_view_get_selection(view); + gtk_tree_selection_set_mode(sel, GTK_SELECTION_SINGLE); + gtk_widget_realize(tree1_w); +} + +static void renderer_edited(GtkCellRendererText * cell, + const gchar * path_string, + const gchar * new_text, gpointer user_data); + +void init_right_tree(void) +{ + GtkTreeView *view = GTK_TREE_VIEW(tree2_w); + GtkCellRenderer *renderer; + GtkTreeSelection *sel; + GtkTreeViewColumn *column; + gint i; + + gtk_tree_view_set_model(view, model2); + gtk_tree_view_set_headers_visible(view, TRUE); + gtk_tree_view_set_rules_hint(view, TRUE); + + column = gtk_tree_view_column_new(); + gtk_tree_view_append_column(view, column); + gtk_tree_view_column_set_title(column, _("Options")); + + renderer = gtk_cell_renderer_pixbuf_new(); + gtk_tree_view_column_pack_start(GTK_TREE_VIEW_COLUMN(column), + renderer, FALSE); + gtk_tree_view_column_set_attributes(GTK_TREE_VIEW_COLUMN(column), + renderer, + "pixbuf", COL_PIXBUF, + "visible", COL_PIXVIS, NULL); + renderer = gtk_cell_renderer_toggle_new(); + gtk_tree_view_column_pack_start(GTK_TREE_VIEW_COLUMN(column), + renderer, FALSE); + gtk_tree_view_column_set_attributes(GTK_TREE_VIEW_COLUMN(column), + renderer, + "active", COL_BTNACT, + "inconsistent", COL_BTNINC, + "visible", COL_BTNVIS, + "radio", COL_BTNRAD, NULL); + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_column_pack_start(GTK_TREE_VIEW_COLUMN(column), + renderer, FALSE); + gtk_tree_view_column_set_attributes(GTK_TREE_VIEW_COLUMN(column), + renderer, + "text", COL_OPTION, + "foreground-gdk", + COL_COLOR, NULL); + + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_insert_column_with_attributes(view, -1, + _("Name"), renderer, + "text", COL_NAME, + "foreground-gdk", + COL_COLOR, NULL); + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_insert_column_with_attributes(view, -1, + "N", renderer, + "text", COL_NO, + "foreground-gdk", + COL_COLOR, NULL); + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_insert_column_with_attributes(view, -1, + "M", renderer, + "text", COL_MOD, + "foreground-gdk", + COL_COLOR, NULL); + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_insert_column_with_attributes(view, -1, + "Y", renderer, + "text", COL_YES, + "foreground-gdk", + COL_COLOR, NULL); + renderer = gtk_cell_renderer_text_new(); + gtk_tree_view_insert_column_with_attributes(view, -1, + _("Value"), renderer, + "text", COL_VALUE, + "editable", + COL_EDIT, + "foreground-gdk", + COL_COLOR, NULL); + g_signal_connect(G_OBJECT(renderer), "edited", + G_CALLBACK(renderer_edited), NULL); + + column = gtk_tree_view_get_column(view, COL_NAME); + gtk_tree_view_column_set_visible(column, show_name); + column = gtk_tree_view_get_column(view, COL_NO); + gtk_tree_view_column_set_visible(column, show_range); + column = gtk_tree_view_get_column(view, COL_MOD); + gtk_tree_view_column_set_visible(column, show_range); + column = gtk_tree_view_get_column(view, COL_YES); + gtk_tree_view_column_set_visible(column, show_range); + column = gtk_tree_view_get_column(view, COL_VALUE); + gtk_tree_view_column_set_visible(column, show_value); + + if (resizeable) { + for (i = 0; i < COL_VALUE; i++) { + column = gtk_tree_view_get_column(view, i); + gtk_tree_view_column_set_resizable(column, TRUE); + } + } + + sel = gtk_tree_view_get_selection(view); + gtk_tree_selection_set_mode(sel, GTK_SELECTION_SINGLE); +} + + +/* Utility Functions */ + + +static void text_insert_help(struct menu *menu) +{ + GtkTextBuffer *buffer; + GtkTextIter start, end; + const char *prompt = _(menu_get_prompt(menu)); + struct gstr help = str_new(); + + menu_get_ext_help(menu, &help); + + buffer = gtk_text_view_get_buffer(GTK_TEXT_VIEW(text_w)); + gtk_text_buffer_get_bounds(buffer, &start, &end); + gtk_text_buffer_delete(buffer, &start, &end); + gtk_text_view_set_left_margin(GTK_TEXT_VIEW(text_w), 15); + + gtk_text_buffer_get_end_iter(buffer, &end); + gtk_text_buffer_insert_with_tags(buffer, &end, prompt, -1, tag1, + NULL); + gtk_text_buffer_insert_at_cursor(buffer, "\n\n", 2); + gtk_text_buffer_get_end_iter(buffer, &end); + gtk_text_buffer_insert_with_tags(buffer, &end, str_get(&help), -1, tag2, + NULL); + str_free(&help); +} + + +static void text_insert_msg(const char *title, const char *message) +{ + GtkTextBuffer *buffer; + GtkTextIter start, end; + const char *msg = message; + + buffer = gtk_text_view_get_buffer(GTK_TEXT_VIEW(text_w)); + gtk_text_buffer_get_bounds(buffer, &start, &end); + gtk_text_buffer_delete(buffer, &start, &end); + gtk_text_view_set_left_margin(GTK_TEXT_VIEW(text_w), 15); + + gtk_text_buffer_get_end_iter(buffer, &end); + gtk_text_buffer_insert_with_tags(buffer, &end, title, -1, tag1, + NULL); + gtk_text_buffer_insert_at_cursor(buffer, "\n\n", 2); + gtk_text_buffer_get_end_iter(buffer, &end); + gtk_text_buffer_insert_with_tags(buffer, &end, msg, -1, tag2, + NULL); +} + + +/* Main Windows Callbacks */ + +void on_save_activate(GtkMenuItem * menuitem, gpointer user_data); +gboolean on_window1_delete_event(GtkWidget * widget, GdkEvent * event, + gpointer user_data) +{ + GtkWidget *dialog, *label; + gint result; + + if (!conf_get_changed()) + return FALSE; + + dialog = gtk_dialog_new_with_buttons(_("Warning !"), + GTK_WINDOW(main_wnd), + (GtkDialogFlags) + (GTK_DIALOG_MODAL | + GTK_DIALOG_DESTROY_WITH_PARENT), + GTK_STOCK_OK, + GTK_RESPONSE_YES, + GTK_STOCK_NO, + GTK_RESPONSE_NO, + GTK_STOCK_CANCEL, + GTK_RESPONSE_CANCEL, NULL); + gtk_dialog_set_default_response(GTK_DIALOG(dialog), + GTK_RESPONSE_CANCEL); + + label = gtk_label_new(_("\nSave configuration ?\n")); + gtk_container_add(GTK_CONTAINER(GTK_DIALOG(dialog)->vbox), label); + gtk_widget_show(label); + + result = gtk_dialog_run(GTK_DIALOG(dialog)); + switch (result) { + case GTK_RESPONSE_YES: + on_save_activate(NULL, NULL); + return FALSE; + case GTK_RESPONSE_NO: + return FALSE; + case GTK_RESPONSE_CANCEL: + case GTK_RESPONSE_DELETE_EVENT: + default: + gtk_widget_destroy(dialog); + return TRUE; + } + + return FALSE; +} + + +void on_window1_destroy(GtkObject * object, gpointer user_data) +{ + gtk_main_quit(); +} + + +void +on_window1_size_request(GtkWidget * widget, + GtkRequisition * requisition, gpointer user_data) +{ + static gint old_h; + gint w, h; + + if (widget->window == NULL) + gtk_window_get_default_size(GTK_WINDOW(main_wnd), &w, &h); + else + gdk_window_get_size(widget->window, &w, &h); + + if (h == old_h) + return; + old_h = h; + + gtk_paned_set_position(GTK_PANED(vpaned), 2 * h / 3); +} + + +/* Menu & Toolbar Callbacks */ + + +static void +load_filename(GtkFileSelection * file_selector, gpointer user_data) +{ + const gchar *fn; + + fn = gtk_file_selection_get_filename(GTK_FILE_SELECTION + (user_data)); + + if (conf_read(fn)) + text_insert_msg(_("Error"), _("Unable to load configuration !")); + else + display_tree(&rootmenu); +} + +void on_load1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkWidget *fs; + + fs = gtk_file_selection_new(_("Load file...")); + g_signal_connect(GTK_OBJECT(GTK_FILE_SELECTION(fs)->ok_button), + "clicked", + G_CALLBACK(load_filename), (gpointer) fs); + g_signal_connect_swapped(GTK_OBJECT + (GTK_FILE_SELECTION(fs)->ok_button), + "clicked", G_CALLBACK(gtk_widget_destroy), + (gpointer) fs); + g_signal_connect_swapped(GTK_OBJECT + (GTK_FILE_SELECTION(fs)->cancel_button), + "clicked", G_CALLBACK(gtk_widget_destroy), + (gpointer) fs); + gtk_widget_show(fs); +} + + +void on_save_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + if (conf_write(NULL)) + text_insert_msg(_("Error"), _("Unable to save configuration !")); +} + + +static void +store_filename(GtkFileSelection * file_selector, gpointer user_data) +{ + const gchar *fn; + + fn = gtk_file_selection_get_filename(GTK_FILE_SELECTION + (user_data)); + + if (conf_write(fn)) + text_insert_msg(_("Error"), _("Unable to save configuration !")); + + gtk_widget_destroy(GTK_WIDGET(user_data)); +} + +void on_save_as1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkWidget *fs; + + fs = gtk_file_selection_new(_("Save file as...")); + g_signal_connect(GTK_OBJECT(GTK_FILE_SELECTION(fs)->ok_button), + "clicked", + G_CALLBACK(store_filename), (gpointer) fs); + g_signal_connect_swapped(GTK_OBJECT + (GTK_FILE_SELECTION(fs)->ok_button), + "clicked", G_CALLBACK(gtk_widget_destroy), + (gpointer) fs); + g_signal_connect_swapped(GTK_OBJECT + (GTK_FILE_SELECTION(fs)->cancel_button), + "clicked", G_CALLBACK(gtk_widget_destroy), + (gpointer) fs); + gtk_widget_show(fs); +} + + +void on_quit1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + if (!on_window1_delete_event(NULL, NULL, NULL)) + gtk_widget_destroy(GTK_WIDGET(main_wnd)); +} + + +void on_show_name1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkTreeViewColumn *col; + + show_name = GTK_CHECK_MENU_ITEM(menuitem)->active; + col = gtk_tree_view_get_column(GTK_TREE_VIEW(tree2_w), COL_NAME); + if (col) + gtk_tree_view_column_set_visible(col, show_name); +} + + +void on_show_range1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkTreeViewColumn *col; + + show_range = GTK_CHECK_MENU_ITEM(menuitem)->active; + col = gtk_tree_view_get_column(GTK_TREE_VIEW(tree2_w), COL_NO); + if (col) + gtk_tree_view_column_set_visible(col, show_range); + col = gtk_tree_view_get_column(GTK_TREE_VIEW(tree2_w), COL_MOD); + if (col) + gtk_tree_view_column_set_visible(col, show_range); + col = gtk_tree_view_get_column(GTK_TREE_VIEW(tree2_w), COL_YES); + if (col) + gtk_tree_view_column_set_visible(col, show_range); + +} + + +void on_show_data1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkTreeViewColumn *col; + + show_value = GTK_CHECK_MENU_ITEM(menuitem)->active; + col = gtk_tree_view_get_column(GTK_TREE_VIEW(tree2_w), COL_VALUE); + if (col) + gtk_tree_view_column_set_visible(col, show_value); +} + + +void +on_set_option_mode1_activate(GtkMenuItem *menuitem, gpointer user_data) +{ + opt_mode = OPT_NORMAL; + gtk_tree_store_clear(tree2); + display_tree(&rootmenu); /* instead of update_tree to speed-up */ +} + + +void +on_set_option_mode2_activate(GtkMenuItem *menuitem, gpointer user_data) +{ + opt_mode = OPT_ALL; + gtk_tree_store_clear(tree2); + display_tree(&rootmenu); /* instead of update_tree to speed-up */ +} + + +void +on_set_option_mode3_activate(GtkMenuItem *menuitem, gpointer user_data) +{ + opt_mode = OPT_PROMPT; + gtk_tree_store_clear(tree2); + display_tree(&rootmenu); /* instead of update_tree to speed-up */ +} + + +void on_introduction1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkWidget *dialog; + const gchar *intro_text = _( + "Welcome to gkc, the GTK+ graphical configuration tool\n" + "For each option, a blank box indicates the feature is disabled, a\n" + "check indicates it is enabled, and a dot indicates that it is to\n" + "be compiled as a module. Clicking on the box will cycle through the three states.\n" + "\n" + "If you do not see an option (e.g., a device driver) that you\n" + "believe should be present, try turning on Show All Options\n" + "under the Options menu.\n" + "Although there is no cross reference yet to help you figure out\n" + "what other options must be enabled to support the option you\n" + "are interested in, you can still view the help of a grayed-out\n" + "option.\n" + "\n" + "Toggling Show Debug Info under the Options menu will show \n" + "the dependencies, which you can then match by examining other options."); + + dialog = gtk_message_dialog_new(GTK_WINDOW(main_wnd), + GTK_DIALOG_DESTROY_WITH_PARENT, + GTK_MESSAGE_INFO, + GTK_BUTTONS_CLOSE, "%s", intro_text); + g_signal_connect_swapped(GTK_OBJECT(dialog), "response", + G_CALLBACK(gtk_widget_destroy), + GTK_OBJECT(dialog)); + gtk_widget_show_all(dialog); +} + + +void on_about1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkWidget *dialog; + const gchar *about_text = + _("gkc is copyright (c) 2002 Romain Lievin .\n" + "Based on the source code from Roman Zippel.\n"); + + dialog = gtk_message_dialog_new(GTK_WINDOW(main_wnd), + GTK_DIALOG_DESTROY_WITH_PARENT, + GTK_MESSAGE_INFO, + GTK_BUTTONS_CLOSE, "%s", about_text); + g_signal_connect_swapped(GTK_OBJECT(dialog), "response", + G_CALLBACK(gtk_widget_destroy), + GTK_OBJECT(dialog)); + gtk_widget_show_all(dialog); +} + + +void on_license1_activate(GtkMenuItem * menuitem, gpointer user_data) +{ + GtkWidget *dialog; + const gchar *license_text = + _("gkc is released under the terms of the GNU GPL v2.\n" + "For more information, please see the source code or\n" + "visit http://www.fsf.org/licenses/licenses.html\n"); + + dialog = gtk_message_dialog_new(GTK_WINDOW(main_wnd), + GTK_DIALOG_DESTROY_WITH_PARENT, + GTK_MESSAGE_INFO, + GTK_BUTTONS_CLOSE, "%s", license_text); + g_signal_connect_swapped(GTK_OBJECT(dialog), "response", + G_CALLBACK(gtk_widget_destroy), + GTK_OBJECT(dialog)); + gtk_widget_show_all(dialog); +} + + +void on_back_clicked(GtkButton * button, gpointer user_data) +{ + enum prop_type ptype; + + current = current->parent; + ptype = current->prompt ? current->prompt->type : P_UNKNOWN; + if (ptype != P_MENU) + current = current->parent; + display_tree_part(); + + if (current == &rootmenu) + gtk_widget_set_sensitive(back_btn, FALSE); +} + + +void on_load_clicked(GtkButton * button, gpointer user_data) +{ + on_load1_activate(NULL, user_data); +} + + +void on_single_clicked(GtkButton * button, gpointer user_data) +{ + view_mode = SINGLE_VIEW; + gtk_widget_hide(tree1_w); + current = &rootmenu; + display_tree_part(); +} + + +void on_split_clicked(GtkButton * button, gpointer user_data) +{ + gint w, h; + view_mode = SPLIT_VIEW; + gtk_widget_show(tree1_w); + gtk_window_get_default_size(GTK_WINDOW(main_wnd), &w, &h); + gtk_paned_set_position(GTK_PANED(hpaned), w / 2); + if (tree2) + gtk_tree_store_clear(tree2); + display_list(); + + /* Disable back btn, like in full mode. */ + gtk_widget_set_sensitive(back_btn, FALSE); +} + + +void on_full_clicked(GtkButton * button, gpointer user_data) +{ + view_mode = FULL_VIEW; + gtk_widget_hide(tree1_w); + if (tree2) + gtk_tree_store_clear(tree2); + display_tree(&rootmenu); + gtk_widget_set_sensitive(back_btn, FALSE); +} + + +void on_collapse_clicked(GtkButton * button, gpointer user_data) +{ + gtk_tree_view_collapse_all(GTK_TREE_VIEW(tree2_w)); +} + + +void on_expand_clicked(GtkButton * button, gpointer user_data) +{ + gtk_tree_view_expand_all(GTK_TREE_VIEW(tree2_w)); +} + + +/* CTree Callbacks */ + +/* Change hex/int/string value in the cell */ +static void renderer_edited(GtkCellRendererText * cell, + const gchar * path_string, + const gchar * new_text, gpointer user_data) +{ + GtkTreePath *path = gtk_tree_path_new_from_string(path_string); + GtkTreeIter iter; + const char *old_def, *new_def; + struct menu *menu; + struct symbol *sym; + + if (!gtk_tree_model_get_iter(model2, &iter, path)) + return; + + gtk_tree_model_get(model2, &iter, COL_MENU, &menu, -1); + sym = menu->sym; + + gtk_tree_model_get(model2, &iter, COL_VALUE, &old_def, -1); + new_def = new_text; + + sym_set_string_value(sym, new_def); + + update_tree(&rootmenu, NULL); + + gtk_tree_path_free(path); +} + +/* Change the value of a symbol and update the tree */ +static void change_sym_value(struct menu *menu, gint col) +{ + struct symbol *sym = menu->sym; + tristate newval; + + if (!sym) + return; + + if (col == COL_NO) + newval = no; + else if (col == COL_MOD) + newval = mod; + else if (col == COL_YES) + newval = yes; + else + return; + + switch (sym_get_type(sym)) { + case S_BOOLEAN: + case S_TRISTATE: + if (!sym_tristate_within_range(sym, newval)) + newval = yes; + sym_set_tristate_value(sym, newval); + if (view_mode == FULL_VIEW) + update_tree(&rootmenu, NULL); + else if (view_mode == SPLIT_VIEW) { + update_tree(browsed, NULL); + display_list(); + } + else if (view_mode == SINGLE_VIEW) + display_tree_part(); //fixme: keep exp/coll + break; + case S_INT: + case S_HEX: + case S_STRING: + default: + break; + } +} + +static void toggle_sym_value(struct menu *menu) +{ + if (!menu->sym) + return; + + sym_toggle_tristate_value(menu->sym); + if (view_mode == FULL_VIEW) + update_tree(&rootmenu, NULL); + else if (view_mode == SPLIT_VIEW) { + update_tree(browsed, NULL); + display_list(); + } + else if (view_mode == SINGLE_VIEW) + display_tree_part(); //fixme: keep exp/coll +} + +static gint column2index(GtkTreeViewColumn * column) +{ + gint i; + + for (i = 0; i < COL_NUMBER; i++) { + GtkTreeViewColumn *col; + + col = gtk_tree_view_get_column(GTK_TREE_VIEW(tree2_w), i); + if (col == column) + return i; + } + + return -1; +} + + +/* User click: update choice (full) or goes down (single) */ +gboolean +on_treeview2_button_press_event(GtkWidget * widget, + GdkEventButton * event, gpointer user_data) +{ + GtkTreeView *view = GTK_TREE_VIEW(widget); + GtkTreePath *path; + GtkTreeViewColumn *column; + GtkTreeIter iter; + struct menu *menu; + gint col; + +#if GTK_CHECK_VERSION(2,1,4) // bug in ctree with earlier version of GTK + gint tx = (gint) event->x; + gint ty = (gint) event->y; + gint cx, cy; + + gtk_tree_view_get_path_at_pos(view, tx, ty, &path, &column, &cx, + &cy); +#else + gtk_tree_view_get_cursor(view, &path, &column); +#endif + if (path == NULL) + return FALSE; + + if (!gtk_tree_model_get_iter(model2, &iter, path)) + return FALSE; + gtk_tree_model_get(model2, &iter, COL_MENU, &menu, -1); + + col = column2index(column); + if (event->type == GDK_2BUTTON_PRESS) { + enum prop_type ptype; + ptype = menu->prompt ? menu->prompt->type : P_UNKNOWN; + + if (ptype == P_MENU && view_mode != FULL_VIEW && col == COL_OPTION) { + // goes down into menu + current = menu; + display_tree_part(); + gtk_widget_set_sensitive(back_btn, TRUE); + } else if ((col == COL_OPTION)) { + toggle_sym_value(menu); + gtk_tree_view_expand_row(view, path, TRUE); + } + } else { + if (col == COL_VALUE) { + toggle_sym_value(menu); + gtk_tree_view_expand_row(view, path, TRUE); + } else if (col == COL_NO || col == COL_MOD + || col == COL_YES) { + change_sym_value(menu, col); + gtk_tree_view_expand_row(view, path, TRUE); + } + } + + return FALSE; +} + +/* Key pressed: update choice */ +gboolean +on_treeview2_key_press_event(GtkWidget * widget, + GdkEventKey * event, gpointer user_data) +{ + GtkTreeView *view = GTK_TREE_VIEW(widget); + GtkTreePath *path; + GtkTreeViewColumn *column; + GtkTreeIter iter; + struct menu *menu; + gint col; + + gtk_tree_view_get_cursor(view, &path, &column); + if (path == NULL) + return FALSE; + + if (event->keyval == GDK_space) { + if (gtk_tree_view_row_expanded(view, path)) + gtk_tree_view_collapse_row(view, path); + else + gtk_tree_view_expand_row(view, path, FALSE); + return TRUE; + } + if (event->keyval == GDK_KP_Enter) { + } + if (widget == tree1_w) + return FALSE; + + gtk_tree_model_get_iter(model2, &iter, path); + gtk_tree_model_get(model2, &iter, COL_MENU, &menu, -1); + + if (!strcasecmp(event->string, "n")) + col = COL_NO; + else if (!strcasecmp(event->string, "m")) + col = COL_MOD; + else if (!strcasecmp(event->string, "y")) + col = COL_YES; + else + col = -1; + change_sym_value(menu, col); + + return FALSE; +} + + +/* Row selection changed: update help */ +void +on_treeview2_cursor_changed(GtkTreeView * treeview, gpointer user_data) +{ + GtkTreeSelection *selection; + GtkTreeIter iter; + struct menu *menu; + + selection = gtk_tree_view_get_selection(treeview); + if (gtk_tree_selection_get_selected(selection, &model2, &iter)) { + gtk_tree_model_get(model2, &iter, COL_MENU, &menu, -1); + text_insert_help(menu); + } +} + + +/* User click: display sub-tree in the right frame. */ +gboolean +on_treeview1_button_press_event(GtkWidget * widget, + GdkEventButton * event, gpointer user_data) +{ + GtkTreeView *view = GTK_TREE_VIEW(widget); + GtkTreePath *path; + GtkTreeViewColumn *column; + GtkTreeIter iter; + struct menu *menu; + + gint tx = (gint) event->x; + gint ty = (gint) event->y; + gint cx, cy; + + gtk_tree_view_get_path_at_pos(view, tx, ty, &path, &column, &cx, + &cy); + if (path == NULL) + return FALSE; + + gtk_tree_model_get_iter(model1, &iter, path); + gtk_tree_model_get(model1, &iter, COL_MENU, &menu, -1); + + if (event->type == GDK_2BUTTON_PRESS) { + toggle_sym_value(menu); + current = menu; + display_tree_part(); + } else { + browsed = menu; + display_tree_part(); + } + + gtk_widget_realize(tree2_w); + gtk_tree_view_set_cursor(view, path, NULL, FALSE); + gtk_widget_grab_focus(tree2_w); + + return FALSE; +} + + +/* Fill a row of strings */ +static gchar **fill_row(struct menu *menu) +{ + static gchar *row[COL_NUMBER]; + struct symbol *sym = menu->sym; + const char *def; + int stype; + tristate val; + enum prop_type ptype; + int i; + + for (i = COL_OPTION; i <= COL_COLOR; i++) + g_free(row[i]); + bzero(row, sizeof(row)); + + row[COL_OPTION] = + g_strdup_printf("%s %s", _(menu_get_prompt(menu)), + sym && !sym_has_value(sym) ? "(NEW)" : ""); + + if (opt_mode == OPT_ALL && !menu_is_visible(menu)) + row[COL_COLOR] = g_strdup("DarkGray"); + else if (opt_mode == OPT_PROMPT && + menu_has_prompt(menu) && !menu_is_visible(menu)) + row[COL_COLOR] = g_strdup("DarkGray"); + else + row[COL_COLOR] = g_strdup("Black"); + + ptype = menu->prompt ? menu->prompt->type : P_UNKNOWN; + switch (ptype) { + case P_MENU: + row[COL_PIXBUF] = (gchar *) xpm_menu; + if (view_mode == SINGLE_VIEW) + row[COL_PIXVIS] = GINT_TO_POINTER(TRUE); + row[COL_BTNVIS] = GINT_TO_POINTER(FALSE); + break; + case P_COMMENT: + row[COL_PIXBUF] = (gchar *) xpm_void; + row[COL_PIXVIS] = GINT_TO_POINTER(FALSE); + row[COL_BTNVIS] = GINT_TO_POINTER(FALSE); + break; + default: + row[COL_PIXBUF] = (gchar *) xpm_void; + row[COL_PIXVIS] = GINT_TO_POINTER(FALSE); + row[COL_BTNVIS] = GINT_TO_POINTER(TRUE); + break; + } + + if (!sym) + return row; + row[COL_NAME] = g_strdup(sym->name); + + sym_calc_value(sym); + sym->flags &= ~SYMBOL_CHANGED; + + if (sym_is_choice(sym)) { // parse childs for getting final value + struct menu *child; + struct symbol *def_sym = sym_get_choice_value(sym); + struct menu *def_menu = NULL; + + row[COL_BTNVIS] = GINT_TO_POINTER(FALSE); + + for (child = menu->list; child; child = child->next) { + if (menu_is_visible(child) + && child->sym == def_sym) + def_menu = child; + } + + if (def_menu) + row[COL_VALUE] = + g_strdup(_(menu_get_prompt(def_menu))); + } + if (sym->flags & SYMBOL_CHOICEVAL) + row[COL_BTNRAD] = GINT_TO_POINTER(TRUE); + + stype = sym_get_type(sym); + switch (stype) { + case S_BOOLEAN: + if (GPOINTER_TO_INT(row[COL_PIXVIS]) == FALSE) + row[COL_BTNVIS] = GINT_TO_POINTER(TRUE); + if (sym_is_choice(sym)) + break; + /* fall through */ + case S_TRISTATE: + val = sym_get_tristate_value(sym); + switch (val) { + case no: + row[COL_NO] = g_strdup("N"); + row[COL_VALUE] = g_strdup("N"); + row[COL_BTNACT] = GINT_TO_POINTER(FALSE); + row[COL_BTNINC] = GINT_TO_POINTER(FALSE); + break; + case mod: + row[COL_MOD] = g_strdup("M"); + row[COL_VALUE] = g_strdup("M"); + row[COL_BTNINC] = GINT_TO_POINTER(TRUE); + break; + case yes: + row[COL_YES] = g_strdup("Y"); + row[COL_VALUE] = g_strdup("Y"); + row[COL_BTNACT] = GINT_TO_POINTER(TRUE); + row[COL_BTNINC] = GINT_TO_POINTER(FALSE); + break; + } + + if (val != no && sym_tristate_within_range(sym, no)) + row[COL_NO] = g_strdup("_"); + if (val != mod && sym_tristate_within_range(sym, mod)) + row[COL_MOD] = g_strdup("_"); + if (val != yes && sym_tristate_within_range(sym, yes)) + row[COL_YES] = g_strdup("_"); + break; + case S_INT: + case S_HEX: + case S_STRING: + def = sym_get_string_value(sym); + row[COL_VALUE] = g_strdup(def); + row[COL_EDIT] = GINT_TO_POINTER(TRUE); + row[COL_BTNVIS] = GINT_TO_POINTER(FALSE); + break; + } + + return row; +} + + +/* Set the node content with a row of strings */ +static void set_node(GtkTreeIter * node, struct menu *menu, gchar ** row) +{ + GdkColor color; + gboolean success; + GdkPixbuf *pix; + + pix = gdk_pixbuf_new_from_xpm_data((const char **) + row[COL_PIXBUF]); + + gdk_color_parse(row[COL_COLOR], &color); + gdk_colormap_alloc_colors(gdk_colormap_get_system(), &color, 1, + FALSE, FALSE, &success); + + gtk_tree_store_set(tree, node, + COL_OPTION, row[COL_OPTION], + COL_NAME, row[COL_NAME], + COL_NO, row[COL_NO], + COL_MOD, row[COL_MOD], + COL_YES, row[COL_YES], + COL_VALUE, row[COL_VALUE], + COL_MENU, (gpointer) menu, + COL_COLOR, &color, + COL_EDIT, GPOINTER_TO_INT(row[COL_EDIT]), + COL_PIXBUF, pix, + COL_PIXVIS, GPOINTER_TO_INT(row[COL_PIXVIS]), + COL_BTNVIS, GPOINTER_TO_INT(row[COL_BTNVIS]), + COL_BTNACT, GPOINTER_TO_INT(row[COL_BTNACT]), + COL_BTNINC, GPOINTER_TO_INT(row[COL_BTNINC]), + COL_BTNRAD, GPOINTER_TO_INT(row[COL_BTNRAD]), + -1); + + g_object_unref(pix); +} + + +/* Add a node to the tree */ +static void place_node(struct menu *menu, char **row) +{ + GtkTreeIter *parent = parents[indent - 1]; + GtkTreeIter *node = parents[indent]; + + gtk_tree_store_append(tree, node, parent); + set_node(node, menu, row); +} + + +/* Find a node in the GTK+ tree */ +static GtkTreeIter found; + +/* + * Find a menu in the GtkTree starting at parent. + */ +GtkTreeIter *gtktree_iter_find_node(GtkTreeIter * parent, + struct menu *tofind) +{ + GtkTreeIter iter; + GtkTreeIter *child = &iter; + gboolean valid; + GtkTreeIter *ret; + + valid = gtk_tree_model_iter_children(model2, child, parent); + while (valid) { + struct menu *menu; + + gtk_tree_model_get(model2, child, 6, &menu, -1); + + if (menu == tofind) { + memcpy(&found, child, sizeof(GtkTreeIter)); + return &found; + } + + ret = gtktree_iter_find_node(child, tofind); + if (ret) + return ret; + + valid = gtk_tree_model_iter_next(model2, child); + } + + return NULL; +} + + +/* + * Update the tree by adding/removing entries + * Does not change other nodes + */ +static void update_tree(struct menu *src, GtkTreeIter * dst) +{ + struct menu *child1; + GtkTreeIter iter, tmp; + GtkTreeIter *child2 = &iter; + gboolean valid; + GtkTreeIter *sibling; + struct symbol *sym; + struct menu *menu1, *menu2; + + if (src == &rootmenu) + indent = 1; + + valid = gtk_tree_model_iter_children(model2, child2, dst); + for (child1 = src->list; child1; child1 = child1->next) { + + sym = child1->sym; + + reparse: + menu1 = child1; + if (valid) + gtk_tree_model_get(model2, child2, COL_MENU, + &menu2, -1); + else + menu2 = NULL; // force adding of a first child + +#ifdef DEBUG + printf("%*c%s | %s\n", indent, ' ', + menu1 ? menu_get_prompt(menu1) : "nil", + menu2 ? menu_get_prompt(menu2) : "nil"); +#endif + + if ((opt_mode == OPT_NORMAL && !menu_is_visible(child1)) || + (opt_mode == OPT_PROMPT && !menu_has_prompt(child1)) || + (opt_mode == OPT_ALL && !menu_get_prompt(child1))) { + + /* remove node */ + if (gtktree_iter_find_node(dst, menu1) != NULL) { + memcpy(&tmp, child2, sizeof(GtkTreeIter)); + valid = gtk_tree_model_iter_next(model2, + child2); + gtk_tree_store_remove(tree2, &tmp); + if (!valid) + return; /* next parent */ + else + goto reparse; /* next child */ + } else + continue; + } + + if (menu1 != menu2) { + if (gtktree_iter_find_node(dst, menu1) == NULL) { // add node + if (!valid && !menu2) + sibling = NULL; + else + sibling = child2; + gtk_tree_store_insert_before(tree2, + child2, + dst, sibling); + set_node(child2, menu1, fill_row(menu1)); + if (menu2 == NULL) + valid = TRUE; + } else { // remove node + memcpy(&tmp, child2, sizeof(GtkTreeIter)); + valid = gtk_tree_model_iter_next(model2, + child2); + gtk_tree_store_remove(tree2, &tmp); + if (!valid) + return; // next parent + else + goto reparse; // next child + } + } else if (sym && (sym->flags & SYMBOL_CHANGED)) { + set_node(child2, menu1, fill_row(menu1)); + } + + indent++; + update_tree(child1, child2); + indent--; + + valid = gtk_tree_model_iter_next(model2, child2); + } +} + + +/* Display the whole tree (single/split/full view) */ +static void display_tree(struct menu *menu) +{ + struct symbol *sym; + struct property *prop; + struct menu *child; + enum prop_type ptype; + + if (menu == &rootmenu) { + indent = 1; + current = &rootmenu; + } + + for (child = menu->list; child; child = child->next) { + prop = child->prompt; + sym = child->sym; + ptype = prop ? prop->type : P_UNKNOWN; + + if (sym) + sym->flags &= ~SYMBOL_CHANGED; + + if ((view_mode == SPLIT_VIEW) + && !(child->flags & MENU_ROOT) && (tree == tree1)) + continue; + + if ((view_mode == SPLIT_VIEW) && (child->flags & MENU_ROOT) + && (tree == tree2)) + continue; + + if ((opt_mode == OPT_NORMAL && menu_is_visible(child)) || + (opt_mode == OPT_PROMPT && menu_has_prompt(child)) || + (opt_mode == OPT_ALL && menu_get_prompt(child))) + place_node(child, fill_row(child)); +#ifdef DEBUG + printf("%*c%s: ", indent, ' ', menu_get_prompt(child)); + printf("%s", child->flags & MENU_ROOT ? "rootmenu | " : ""); + printf("%s", prop_get_type_name(ptype)); + printf(" | "); + if (sym) { + printf("%s", sym_type_name(sym->type)); + printf(" | "); + printf("%s", dbg_sym_flags(sym->flags)); + printf("\n"); + } else + printf("\n"); +#endif + if ((view_mode != FULL_VIEW) && (ptype == P_MENU) + && (tree == tree2)) + continue; +/* + if (((menu != &rootmenu) && !(menu->flags & MENU_ROOT)) + || (view_mode == FULL_VIEW) + || (view_mode == SPLIT_VIEW))*/ + + /* Change paned position if the view is not in 'split mode' */ + if (view_mode == SINGLE_VIEW || view_mode == FULL_VIEW) { + gtk_paned_set_position(GTK_PANED(hpaned), 0); + } + + if (((view_mode == SINGLE_VIEW) && (menu->flags & MENU_ROOT)) + || (view_mode == FULL_VIEW) + || (view_mode == SPLIT_VIEW)) { + indent++; + display_tree(child); + indent--; + } + } +} + +/* Display a part of the tree starting at current node (single/split view) */ +static void display_tree_part(void) +{ + if (tree2) + gtk_tree_store_clear(tree2); + if (view_mode == SINGLE_VIEW) + display_tree(current); + else if (view_mode == SPLIT_VIEW) + display_tree(browsed); + gtk_tree_view_expand_all(GTK_TREE_VIEW(tree2_w)); +} + +/* Display the list in the left frame (split view) */ +static void display_list(void) +{ + if (tree1) + gtk_tree_store_clear(tree1); + + tree = tree1; + display_tree(&rootmenu); + gtk_tree_view_expand_all(GTK_TREE_VIEW(tree1_w)); + tree = tree2; +} + +void fixup_rootmenu(struct menu *menu) +{ + struct menu *child; + static int menu_cnt = 0; + + menu->flags |= MENU_ROOT; + for (child = menu->list; child; child = child->next) { + if (child->prompt && child->prompt->type == P_MENU) { + menu_cnt++; + fixup_rootmenu(child); + menu_cnt--; + } else if (!menu_cnt) + fixup_rootmenu(child); + } +} + + +/* Main */ +int main(int ac, char *av[]) +{ + const char *name; + char *env; + gchar *glade_file; + + bindtextdomain(PACKAGE, LOCALEDIR); + bind_textdomain_codeset(PACKAGE, "UTF-8"); + textdomain(PACKAGE); + + /* GTK stuffs */ + gtk_set_locale(); + gtk_init(&ac, &av); + glade_init(); + + //add_pixmap_directory (PACKAGE_DATA_DIR "/" PACKAGE "/pixmaps"); + //add_pixmap_directory (PACKAGE_SOURCE_DIR "/pixmaps"); + + /* Determine GUI path */ + env = getenv(SRCTREE); + if (env) + glade_file = g_strconcat(env, "/scripts/kconfig/gconf.glade", NULL); + else if (av[0][0] == '/') + glade_file = g_strconcat(av[0], ".glade", NULL); + else + glade_file = g_strconcat(g_get_current_dir(), "/", av[0], ".glade", NULL); + + /* Conf stuffs */ + if (ac > 1 && av[1][0] == '-') { + switch (av[1][1]) { + case 'a': + //showAll = 1; + break; + case 's': + conf_set_message_callback(NULL); + break; + case 'h': + case '?': + printf("%s [-s] \n", av[0]); + exit(0); + } + name = av[2]; + } else + name = av[1]; + + conf_parse(name); + fixup_rootmenu(&rootmenu); + conf_read(NULL); + + /* Load the interface and connect signals */ + init_main_window(glade_file); + init_tree_model(); + init_left_tree(); + init_right_tree(); + + switch (view_mode) { + case SINGLE_VIEW: + display_tree_part(); + break; + case SPLIT_VIEW: + display_list(); + break; + case FULL_VIEW: + display_tree(&rootmenu); + break; + } + + gtk_main(); + + return 0; +} + +static void conf_changed(void) +{ + bool changed = conf_get_changed(); + gtk_widget_set_sensitive(save_btn, changed); + gtk_widget_set_sensitive(save_menu_item, changed); +} diff --git a/xen/tools/kconfig/gconf.glade b/xen/tools/kconfig/gconf.glade new file mode 100644 index 0000000..aa483cb --- /dev/null +++ b/xen/tools/kconfig/gconf.glade @@ -0,0 +1,661 @@ + + + + + + True + Gtk Kernel Configurator + GTK_WINDOW_TOPLEVEL + GTK_WIN_POS_NONE + False + 640 + 480 + True + False + True + False + False + GDK_WINDOW_TYPE_HINT_NORMAL + GDK_GRAVITY_NORTH_WEST + + + + + + + True + False + 0 + + + + True + + + + True + _File + True + + + + + + + True + Load a config file + _Load + True + + + + + + True + gtk-open + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + True + Save the config in .config + _Save + True + + + + + + True + gtk-save + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + True + Save the config in a file + Save _as + True + + + + + True + gtk-save-as + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + True + + + + + + True + _Quit + True + + + + + + True + gtk-quit + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + + + + + True + _Options + True + + + + + + + True + Show name + Show _name + True + False + + + + + + + True + Show range (Y/M/N) + Show _range + True + False + + + + + + + True + Show value of the option + Show _data + True + False + + + + + + + True + + + + + + True + Show normal options + Show normal options + True + True + + + + + + + True + Show all options + Show all _options + True + False + set_option_mode1 + + + + + + + True + Show all options with prompts + Show all prompt options + True + False + set_option_mode1 + + + + + + + + + + + + True + _Help + True + + + + + + + True + _Introduction + True + + + + + + True + gtk-dialog-question + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + True + _About + True + + + + + + True + gtk-properties + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + True + _License + True + + + + + True + gtk-justify-fill + 1 + 0.5 + 0.5 + 0 + 0 + + + + + + + + + + + 0 + False + False + + + + + + True + GTK_SHADOW_OUT + GTK_POS_LEFT + GTK_POS_TOP + + + + True + GTK_ORIENTATION_HORIZONTAL + GTK_TOOLBAR_BOTH + True + True + + + + True + Goes up of one level (single view) + Back + True + gtk-undo + True + True + False + + + + False + True + + + + + + True + True + True + False + + + + True + + + + + False + False + + + + + + True + Load a config file + Load + True + gtk-open + True + True + False + + + + False + True + + + + + + True + Save a config file + Save + True + gtk-save + True + True + False + + + + False + True + + + + + + True + True + True + False + + + + True + + + + + False + False + + + + + + True + Single view + Single + True + gtk-missing-image + True + True + False + + + + False + True + + + + + + True + Split view + Split + True + gtk-missing-image + True + True + False + + + + False + True + + + + + + True + Full view + Full + True + gtk-missing-image + True + True + False + + + + False + True + + + + + + True + True + True + False + + + + True + + + + + False + False + + + + + + True + Collapse the whole tree in the right frame + Collapse + True + gtk-remove + True + True + False + + + + False + True + + + + + + True + Expand the whole tree in the right frame + Expand + True + gtk-add + True + True + False + + + + False + True + + + + + + + 0 + False + False + + + + + + 1 + True + True + 0 + + + + True + GTK_POLICY_AUTOMATIC + GTK_POLICY_AUTOMATIC + GTK_SHADOW_IN + GTK_CORNER_TOP_LEFT + + + + True + True + True + False + False + False + + + + + + + + True + False + + + + + + True + True + 0 + + + + True + GTK_POLICY_AUTOMATIC + GTK_POLICY_AUTOMATIC + GTK_SHADOW_IN + GTK_CORNER_TOP_LEFT + + + + True + True + True + True + False + False + False + + + + + + + + True + False + + + + + + True + GTK_POLICY_NEVER + GTK_POLICY_AUTOMATIC + GTK_SHADOW_IN + GTK_CORNER_TOP_LEFT + + + + True + True + False + False + True + GTK_JUSTIFY_LEFT + GTK_WRAP_WORD + True + 0 + 0 + 0 + 0 + 0 + 0 + Sorry, no help available for this option yet. + + + + + True + True + + + + + True + True + + + + + 0 + True + True + + + + + + + diff --git a/xen/tools/kconfig/images.c b/xen/tools/kconfig/images.c new file mode 100644 index 0000000..d4f84bd --- /dev/null +++ b/xen/tools/kconfig/images.c @@ -0,0 +1,326 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +static const char *xpm_load[] = { +"22 22 5 1", +". c None", +"# c #000000", +"c c #838100", +"a c #ffff00", +"b c #ffffff", +"......................", +"......................", +"......................", +"............####....#.", +"...........#....##.##.", +"..................###.", +".................####.", +".####...........#####.", +"#abab##########.......", +"#babababababab#.......", +"#ababababababa#.......", +"#babababababab#.......", +"#ababab###############", +"#babab##cccccccccccc##", +"#abab##cccccccccccc##.", +"#bab##cccccccccccc##..", +"#ab##cccccccccccc##...", +"#b##cccccccccccc##....", +"###cccccccccccc##.....", +"##cccccccccccc##......", +"###############.......", +"......................"}; + +static const char *xpm_save[] = { +"22 22 5 1", +". c None", +"# c #000000", +"a c #838100", +"b c #c5c2c5", +"c c #cdb6d5", +"......................", +".####################.", +".#aa#bbbbbbbbbbbb#bb#.", +".#aa#bbbbbbbbbbbb#bb#.", +".#aa#bbbbbbbbbcbb####.", +".#aa#bbbccbbbbbbb#aa#.", +".#aa#bbbccbbbbbbb#aa#.", +".#aa#bbbbbbbbbbbb#aa#.", +".#aa#bbbbbbbbbbbb#aa#.", +".#aa#bbbbbbbbbbbb#aa#.", +".#aa#bbbbbbbbbbbb#aa#.", +".#aaa############aaa#.", +".#aaaaaaaaaaaaaaaaaa#.", +".#aaaaaaaaaaaaaaaaaa#.", +".#aaa#############aa#.", +".#aaa#########bbb#aa#.", +".#aaa#########bbb#aa#.", +".#aaa#########bbb#aa#.", +".#aaa#########bbb#aa#.", +".#aaa#########bbb#aa#.", +"..##################..", +"......................"}; + +static const char *xpm_back[] = { +"22 22 3 1", +". c None", +"# c #000083", +"a c #838183", +"......................", +"......................", +"......................", +"......................", +"......................", +"...........######a....", +"..#......##########...", +"..##...####......##a..", +"..###.###.........##..", +"..######..........##..", +"..#####...........##..", +"..######..........##..", +"..#######.........##..", +"..########.......##a..", +"...............a###...", +"...............###....", +"......................", +"......................", +"......................", +"......................", +"......................", +"......................"}; + +static const char *xpm_tree_view[] = { +"22 22 2 1", +". c None", +"# c #000000", +"......................", +"......................", +"......#...............", +"......#...............", +"......#...............", +"......#...............", +"......#...............", +"......########........", +"......#...............", +"......#...............", +"......#...............", +"......#...............", +"......#...............", +"......########........", +"......#...............", +"......#...............", +"......#...............", +"......#...............", +"......#...............", +"......########........", +"......................", +"......................"}; + +static const char *xpm_single_view[] = { +"22 22 2 1", +". c None", +"# c #000000", +"......................", +"......................", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"..........#...........", +"......................", +"......................"}; + +static const char *xpm_split_view[] = { +"22 22 2 1", +". c None", +"# c #000000", +"......................", +"......................", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......#......#........", +"......................", +"......................"}; + +static const char *xpm_symbol_no[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .......... ", +" . . ", +" . . ", +" . . ", +" . . ", +" . . ", +" . . ", +" . . ", +" . . ", +" .......... ", +" "}; + +static const char *xpm_symbol_mod[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .......... ", +" . . ", +" . . ", +" . .. . ", +" . .... . ", +" . .... . ", +" . .. . ", +" . . ", +" . . ", +" .......... ", +" "}; + +static const char *xpm_symbol_yes[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .......... ", +" . . ", +" . . ", +" . . . ", +" . .. . ", +" . . .. . ", +" . .... . ", +" . .. . ", +" . . ", +" .......... ", +" "}; + +static const char *xpm_choice_no[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .... ", +" .. .. ", +" . . ", +" . . ", +" . . ", +" . . ", +" . . ", +" . . ", +" .. .. ", +" .... ", +" "}; + +static const char *xpm_choice_yes[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .... ", +" .. .. ", +" . . ", +" . .. . ", +" . .... . ", +" . .... . ", +" . .. . ", +" . . ", +" .. .. ", +" .... ", +" "}; + +static const char *xpm_menu[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .......... ", +" . . ", +" . .. . ", +" . .... . ", +" . ...... . ", +" . ...... . ", +" . .... . ", +" . .. . ", +" . . ", +" .......... ", +" "}; + +static const char *xpm_menu_inv[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .......... ", +" .......... ", +" .. ...... ", +" .. .... ", +" .. .. ", +" .. .. ", +" .. .... ", +" .. ...... ", +" .......... ", +" .......... ", +" "}; + +static const char *xpm_menuback[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" .......... ", +" . . ", +" . .. . ", +" . .... . ", +" . ...... . ", +" . ...... . ", +" . .... . ", +" . .. . ", +" . . ", +" .......... ", +" "}; + +static const char *xpm_void[] = { +"12 12 2 1", +" c white", +". c black", +" ", +" ", +" ", +" ", +" ", +" ", +" ", +" ", +" ", +" ", +" ", +" "}; diff --git a/xen/tools/kconfig/kxgettext.c b/xen/tools/kconfig/kxgettext.c new file mode 100644 index 0000000..2858738 --- /dev/null +++ b/xen/tools/kconfig/kxgettext.c @@ -0,0 +1,235 @@ +/* + * Arnaldo Carvalho de Melo , 2005 + * + * Released under the terms of the GNU GPL v2.0 + */ + +#include +#include + +#include "lkc.h" + +static char *escape(const char* text, char *bf, int len) +{ + char *bfp = bf; + int multiline = strchr(text, '\n') != NULL; + int eol = 0; + int textlen = strlen(text); + + if ((textlen > 0) && (text[textlen-1] == '\n')) + eol = 1; + + *bfp++ = '"'; + --len; + + if (multiline) { + *bfp++ = '"'; + *bfp++ = '\n'; + *bfp++ = '"'; + len -= 3; + } + + while (*text != '\0' && len > 1) { + if (*text == '"') + *bfp++ = '\\'; + else if (*text == '\n') { + *bfp++ = '\\'; + *bfp++ = 'n'; + *bfp++ = '"'; + *bfp++ = '\n'; + *bfp++ = '"'; + len -= 5; + ++text; + goto next; + } + else if (*text == '\\') { + *bfp++ = '\\'; + len--; + } + *bfp++ = *text++; +next: + --len; + } + + if (multiline && eol) + bfp -= 3; + + *bfp++ = '"'; + *bfp = '\0'; + + return bf; +} + +struct file_line { + struct file_line *next; + const char *file; + int lineno; +}; + +static struct file_line *file_line__new(const char *file, int lineno) +{ + struct file_line *self = malloc(sizeof(*self)); + + if (self == NULL) + goto out; + + self->file = file; + self->lineno = lineno; + self->next = NULL; +out: + return self; +} + +struct message { + const char *msg; + const char *option; + struct message *next; + struct file_line *files; +}; + +static struct message *message__list; + +static struct message *message__new(const char *msg, char *option, + const char *file, int lineno) +{ + struct message *self = malloc(sizeof(*self)); + + if (self == NULL) + goto out; + + self->files = file_line__new(file, lineno); + if (self->files == NULL) + goto out_fail; + + self->msg = strdup(msg); + if (self->msg == NULL) + goto out_fail_msg; + + self->option = option; + self->next = NULL; +out: + return self; +out_fail_msg: + free(self->files); +out_fail: + free(self); + self = NULL; + goto out; +} + +static struct message *mesage__find(const char *msg) +{ + struct message *m = message__list; + + while (m != NULL) { + if (strcmp(m->msg, msg) == 0) + break; + m = m->next; + } + + return m; +} + +static int message__add_file_line(struct message *self, const char *file, + int lineno) +{ + int rc = -1; + struct file_line *fl = file_line__new(file, lineno); + + if (fl == NULL) + goto out; + + fl->next = self->files; + self->files = fl; + rc = 0; +out: + return rc; +} + +static int message__add(const char *msg, char *option, const char *file, + int lineno) +{ + int rc = 0; + char bf[16384]; + char *escaped = escape(msg, bf, sizeof(bf)); + struct message *m = mesage__find(escaped); + + if (m != NULL) + rc = message__add_file_line(m, file, lineno); + else { + m = message__new(escaped, option, file, lineno); + + if (m != NULL) { + m->next = message__list; + message__list = m; + } else + rc = -1; + } + return rc; +} + +static void menu_build_message_list(struct menu *menu) +{ + struct menu *child; + + message__add(menu_get_prompt(menu), NULL, + menu->file == NULL ? "Root Menu" : menu->file->name, + menu->lineno); + + if (menu->sym != NULL && menu_has_help(menu)) + message__add(menu_get_help(menu), menu->sym->name, + menu->file == NULL ? "Root Menu" : menu->file->name, + menu->lineno); + + for (child = menu->list; child != NULL; child = child->next) + if (child->prompt != NULL) + menu_build_message_list(child); +} + +static void message__print_file_lineno(struct message *self) +{ + struct file_line *fl = self->files; + + putchar('\n'); + if (self->option != NULL) + printf("# %s:00000\n", self->option); + + printf("#: %s:%d", fl->file, fl->lineno); + fl = fl->next; + + while (fl != NULL) { + printf(", %s:%d", fl->file, fl->lineno); + fl = fl->next; + } + + putchar('\n'); +} + +static void message__print_gettext_msgid_msgstr(struct message *self) +{ + message__print_file_lineno(self); + + printf("msgid %s\n" + "msgstr \"\"\n", self->msg); +} + +static void menu__xgettext(void) +{ + struct message *m = message__list; + + while (m != NULL) { + /* skip empty lines ("") */ + if (strlen(m->msg) > sizeof("\"\"")) + message__print_gettext_msgid_msgstr(m); + m = m->next; + } +} + +int main(int ac, char **av) +{ + conf_parse(av[1]); + + menu_build_message_list(menu_get_root_menu(NULL)); + menu__xgettext(); + return 0; +} diff --git a/xen/tools/kconfig/list.h b/xen/tools/kconfig/list.h new file mode 100644 index 0000000..2cf23f0 --- /dev/null +++ b/xen/tools/kconfig/list.h @@ -0,0 +1,131 @@ +#ifndef LIST_H +#define LIST_H + +/* + * Copied from include/linux/... + */ + +#undef offsetof +#define offsetof(TYPE, MEMBER) ((size_t) &((TYPE *)0)->MEMBER) + +/** + * container_of - cast a member of a structure out to the containing structure + * @ptr: the pointer to the member. + * @type: the type of the container struct this is embedded in. + * @member: the name of the member within the struct. + * + */ +#define container_of(ptr, type, member) ({ \ + const typeof( ((type *)0)->member ) *__mptr = (ptr); \ + (type *)( (char *)__mptr - offsetof(type,member) );}) + + +struct list_head { + struct list_head *next, *prev; +}; + + +#define LIST_HEAD_INIT(name) { &(name), &(name) } + +#define LIST_HEAD(name) \ + struct list_head name = LIST_HEAD_INIT(name) + +/** + * list_entry - get the struct for this entry + * @ptr: the &struct list_head pointer. + * @type: the type of the struct this is embedded in. + * @member: the name of the list_head within the struct. + */ +#define list_entry(ptr, type, member) \ + container_of(ptr, type, member) + +/** + * list_for_each_entry - iterate over list of given type + * @pos: the type * to use as a loop cursor. + * @head: the head for your list. + * @member: the name of the list_head within the struct. + */ +#define list_for_each_entry(pos, head, member) \ + for (pos = list_entry((head)->next, typeof(*pos), member); \ + &pos->member != (head); \ + pos = list_entry(pos->member.next, typeof(*pos), member)) + +/** + * list_for_each_entry_safe - iterate over list of given type safe against removal of list entry + * @pos: the type * to use as a loop cursor. + * @n: another type * to use as temporary storage + * @head: the head for your list. + * @member: the name of the list_head within the struct. + */ +#define list_for_each_entry_safe(pos, n, head, member) \ + for (pos = list_entry((head)->next, typeof(*pos), member), \ + n = list_entry(pos->member.next, typeof(*pos), member); \ + &pos->member != (head); \ + pos = n, n = list_entry(n->member.next, typeof(*n), member)) + +/** + * list_empty - tests whether a list is empty + * @head: the list to test. + */ +static inline int list_empty(const struct list_head *head) +{ + return head->next == head; +} + +/* + * Insert a new entry between two known consecutive entries. + * + * This is only for internal list manipulation where we know + * the prev/next entries already! + */ +static inline void __list_add(struct list_head *_new, + struct list_head *prev, + struct list_head *next) +{ + next->prev = _new; + _new->next = next; + _new->prev = prev; + prev->next = _new; +} + +/** + * list_add_tail - add a new entry + * @new: new entry to be added + * @head: list head to add it before + * + * Insert a new entry before the specified head. + * This is useful for implementing queues. + */ +static inline void list_add_tail(struct list_head *_new, struct list_head *head) +{ + __list_add(_new, head->prev, head); +} + +/* + * Delete a list entry by making the prev/next entries + * point to each other. + * + * This is only for internal list manipulation where we know + * the prev/next entries already! + */ +static inline void __list_del(struct list_head *prev, struct list_head *next) +{ + next->prev = prev; + prev->next = next; +} + +#define LIST_POISON1 ((void *) 0x00100100) +#define LIST_POISON2 ((void *) 0x00200200) +/** + * list_del - deletes entry from list. + * @entry: the element to delete from the list. + * Note: list_empty() on entry does not return true after this, the entry is + * in an undefined state. + */ +static inline void list_del(struct list_head *entry) +{ + __list_del(entry->prev, entry->next); + entry->next = (struct list_head*)LIST_POISON1; + entry->prev = (struct list_head*)LIST_POISON2; +} +#endif diff --git a/xen/tools/kconfig/lkc.h b/xen/tools/kconfig/lkc.h new file mode 100644 index 0000000..91ca126 --- /dev/null +++ b/xen/tools/kconfig/lkc.h @@ -0,0 +1,186 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#ifndef LKC_H +#define LKC_H + +#include "expr.h" + +#ifndef KBUILD_NO_NLS +# include +#else +static inline const char *gettext(const char *txt) { return txt; } +static inline void textdomain(const char *domainname) {} +static inline void bindtextdomain(const char *name, const char *dir) {} +static inline char *bind_textdomain_codeset(const char *dn, char *c) { return c; } +#endif + +#ifdef __cplusplus +extern "C" { +#endif + +#include "lkc_proto.h" + +#define SRCTREE "srctree" + +#ifndef PACKAGE +#define PACKAGE "linux" +#endif + +#define LOCALEDIR "/usr/share/locale" + +#define _(text) gettext(text) +#define N_(text) (text) + +#ifndef CONFIG_ +#define CONFIG_ "CONFIG_" +#endif +static inline const char *CONFIG_prefix(void) +{ + return getenv( "CONFIG_" ) ?: CONFIG_; +} +#undef CONFIG_ +#define CONFIG_ CONFIG_prefix() + +#define TF_COMMAND 0x0001 +#define TF_PARAM 0x0002 +#define TF_OPTION 0x0004 + +enum conf_def_mode { + def_default, + def_yes, + def_mod, + def_no, + def_random +}; + +#define T_OPT_MODULES 1 +#define T_OPT_DEFCONFIG_LIST 2 +#define T_OPT_ENV 3 +#define T_OPT_ALLNOCONFIG_Y 4 + +struct kconf_id { + int name; + int token; + unsigned int flags; + enum symbol_type stype; +}; + +void zconfdump(FILE *out); +void zconf_starthelp(void); +FILE *zconf_fopen(const char *name); +void zconf_initscan(const char *name); +void zconf_nextfile(const char *name); +int zconf_lineno(void); +const char *zconf_curname(void); + +/* confdata.c */ +const char *conf_get_configname(void); +const char *conf_get_autoconfig_name(void); +char *conf_get_default_confname(void); +void sym_set_change_count(int count); +void sym_add_change_count(int count); +bool conf_set_all_new_symbols(enum conf_def_mode mode); +void set_all_choice_values(struct symbol *csym); + +/* confdata.c and expr.c */ +static inline void xfwrite(const void *str, size_t len, size_t count, FILE *out) +{ + assert(len != 0); + + if (fwrite(str, len, count, out) != count) + fprintf(stderr, "Error in writing or end of file.\n"); +} + +/* menu.c */ +void _menu_init(void); +void menu_warn(struct menu *menu, const char *fmt, ...); +struct menu *menu_add_menu(void); +void menu_end_menu(void); +void menu_add_entry(struct symbol *sym); +void menu_end_entry(void); +void menu_add_dep(struct expr *dep); +void menu_add_visibility(struct expr *dep); +struct property *menu_add_prompt(enum prop_type type, char *prompt, struct expr *dep); +void menu_add_expr(enum prop_type type, struct expr *expr, struct expr *dep); +void menu_add_symbol(enum prop_type type, struct symbol *sym, struct expr *dep); +void menu_add_option(int token, char *arg); +void menu_finalize(struct menu *parent); +void menu_set_type(int type); + +/* util.c */ +struct file *file_lookup(const char *name); +int file_write_dep(const char *name); +void *xmalloc(size_t size); +void *xcalloc(size_t nmemb, size_t size); + +struct gstr { + size_t len; + char *s; + /* + * when max_width is not zero long lines in string s (if any) get + * wrapped not to exceed the max_width value + */ + int max_width; +}; +struct gstr str_new(void); +void str_free(struct gstr *gs); +void str_append(struct gstr *gs, const char *s); +void str_printf(struct gstr *gs, const char *fmt, ...); +const char *str_get(struct gstr *gs); + +/* symbol.c */ +extern struct expr *sym_env_list; + +void sym_init(void); +void sym_clear_all_valid(void); +struct symbol *sym_choice_default(struct symbol *sym); +const char *sym_get_string_default(struct symbol *sym); +struct symbol *sym_check_deps(struct symbol *sym); +struct property *prop_alloc(enum prop_type type, struct symbol *sym); +struct symbol *prop_get_symbol(struct property *prop); +struct property *sym_get_env_prop(struct symbol *sym); + +static inline tristate sym_get_tristate_value(struct symbol *sym) +{ + return sym->curr.tri; +} + + +static inline struct symbol *sym_get_choice_value(struct symbol *sym) +{ + return (struct symbol *)sym->curr.val; +} + +static inline bool sym_set_choice_value(struct symbol *ch, struct symbol *chval) +{ + return sym_set_tristate_value(chval, yes); +} + +static inline bool sym_is_choice(struct symbol *sym) +{ + return sym->flags & SYMBOL_CHOICE ? true : false; +} + +static inline bool sym_is_choice_value(struct symbol *sym) +{ + return sym->flags & SYMBOL_CHOICEVAL ? true : false; +} + +static inline bool sym_is_optional(struct symbol *sym) +{ + return sym->flags & SYMBOL_OPTIONAL ? true : false; +} + +static inline bool sym_has_value(struct symbol *sym) +{ + return sym->flags & SYMBOL_DEF_USER ? true : false; +} + +#ifdef __cplusplus +} +#endif + +#endif /* LKC_H */ diff --git a/xen/tools/kconfig/lkc_proto.h b/xen/tools/kconfig/lkc_proto.h new file mode 100644 index 0000000..d539871 --- /dev/null +++ b/xen/tools/kconfig/lkc_proto.h @@ -0,0 +1,52 @@ +#include + +/* confdata.c */ +void conf_parse(const char *name); +int conf_read(const char *name); +int conf_read_simple(const char *name, int); +int conf_write_defconfig(const char *name); +int conf_write(const char *name); +int conf_write_autoconf(void); +bool conf_get_changed(void); +void conf_set_changed_callback(void (*fn)(void)); +void conf_set_message_callback(void (*fn)(const char *fmt, va_list ap)); + +/* menu.c */ +extern struct menu rootmenu; + +bool menu_is_empty(struct menu *menu); +bool menu_is_visible(struct menu *menu); +bool menu_has_prompt(struct menu *menu); +const char * menu_get_prompt(struct menu *menu); +struct menu * menu_get_root_menu(struct menu *menu); +struct menu * menu_get_parent_menu(struct menu *menu); +bool menu_has_help(struct menu *menu); +const char * menu_get_help(struct menu *menu); +struct gstr get_relations_str(struct symbol **sym_arr, struct list_head *head); +void menu_get_ext_help(struct menu *menu, struct gstr *help); + +/* symbol.c */ +extern struct symbol * symbol_hash[SYMBOL_HASHSIZE]; + +struct symbol * sym_lookup(const char *name, int flags); +struct symbol * sym_find(const char *name); +const char * sym_expand_string_value(const char *in); +const char * sym_escape_string_value(const char *in); +struct symbol ** sym_re_search(const char *pattern); +const char * sym_type_name(enum symbol_type type); +void sym_calc_value(struct symbol *sym); +enum symbol_type sym_get_type(struct symbol *sym); +bool sym_tristate_within_range(struct symbol *sym,tristate tri); +bool sym_set_tristate_value(struct symbol *sym,tristate tri); +tristate sym_toggle_tristate_value(struct symbol *sym); +bool sym_string_valid(struct symbol *sym, const char *newval); +bool sym_string_within_range(struct symbol *sym, const char *str); +bool sym_set_string_value(struct symbol *sym, const char *newval); +bool sym_is_changable(struct symbol *sym); +struct property * sym_get_choice_prop(struct symbol *sym); +const char * sym_get_string_value(struct symbol *sym); + +const char * prop_get_type_name(enum prop_type type); + +/* expr.c */ +void expr_print(struct expr *e, void (*fn)(void *, struct symbol *, const char *), void *data, int prevtoken); diff --git a/xen/tools/kconfig/lxdialog/.gitignore b/xen/tools/kconfig/lxdialog/.gitignore new file mode 100644 index 0000000..90b08ff --- /dev/null +++ b/xen/tools/kconfig/lxdialog/.gitignore @@ -0,0 +1,4 @@ +# +# Generated files +# +lxdialog diff --git a/xen/tools/kconfig/lxdialog/BIG.FAT.WARNING b/xen/tools/kconfig/lxdialog/BIG.FAT.WARNING new file mode 100644 index 0000000..a8999d8 --- /dev/null +++ b/xen/tools/kconfig/lxdialog/BIG.FAT.WARNING @@ -0,0 +1,4 @@ +This is NOT the official version of dialog. This version has been +significantly modified from the original. It is for use by the Linux +kernel configuration script. Please do not bother Savio Lam with +questions about this program. diff --git a/xen/tools/kconfig/lxdialog/check-lxdialog.sh b/xen/tools/kconfig/lxdialog/check-lxdialog.sh new file mode 100755 index 0000000..5075ebf --- /dev/null +++ b/xen/tools/kconfig/lxdialog/check-lxdialog.sh @@ -0,0 +1,91 @@ +#!/bin/sh +# Check ncurses compatibility + +# What library to link +ldflags() +{ + pkg-config --libs ncursesw 2>/dev/null && exit + pkg-config --libs ncurses 2>/dev/null && exit + for ext in so a dll.a dylib ; do + for lib in ncursesw ncurses curses ; do + $cc -print-file-name=lib${lib}.${ext} | grep -q / + if [ $? -eq 0 ]; then + echo "-l${lib}" + exit + fi + done + done + exit 1 +} + +# Where is ncurses.h? +ccflags() +{ + if pkg-config --cflags ncursesw 2>/dev/null; then + echo '-DCURSES_LOC="" -DNCURSES_WIDECHAR=1' + elif pkg-config --cflags ncurses 2>/dev/null; then + echo '-DCURSES_LOC=""' + elif [ -f /usr/include/ncursesw/curses.h ]; then + echo '-I/usr/include/ncursesw -DCURSES_LOC=""' + echo ' -DNCURSES_WIDECHAR=1' + elif [ -f /usr/include/ncurses/ncurses.h ]; then + echo '-I/usr/include/ncurses -DCURSES_LOC=""' + elif [ -f /usr/include/ncurses/curses.h ]; then + echo '-I/usr/include/ncurses -DCURSES_LOC=""' + elif [ -f /usr/include/ncurses.h ]; then + echo '-DCURSES_LOC=""' + else + echo '-DCURSES_LOC=""' + fi +} + +# Temp file, try to clean up after us +tmp=.lxdialog.tmp +trap "rm -f $tmp" 0 1 2 3 15 + +# Check if we can link to ncurses +check() { + $cc -x c - -o $tmp 2>/dev/null <<'EOF' +#include CURSES_LOC +main() {} +EOF + if [ $? != 0 ]; then + echo " *** Unable to find the ncurses libraries or the" 1>&2 + echo " *** required header files." 1>&2 + echo " *** 'make menuconfig' requires the ncurses libraries." 1>&2 + echo " *** " 1>&2 + echo " *** Install ncurses (ncurses-devel) and try again." 1>&2 + echo " *** " 1>&2 + exit 1 + fi +} + +usage() { + printf "Usage: $0 [-check compiler options|-ccflags|-ldflags compiler options]\n" +} + +if [ $# -eq 0 ]; then + usage + exit 1 +fi + +cc="" +case "$1" in + "-check") + shift + cc="$@" + check + ;; + "-ccflags") + ccflags + ;; + "-ldflags") + shift + cc="$@" + ldflags + ;; + "*") + usage + exit 1 + ;; +esac diff --git a/xen/tools/kconfig/lxdialog/checklist.c b/xen/tools/kconfig/lxdialog/checklist.c new file mode 100644 index 0000000..8d016fa --- /dev/null +++ b/xen/tools/kconfig/lxdialog/checklist.c @@ -0,0 +1,332 @@ +/* + * checklist.c -- implements the checklist box + * + * ORIGINAL AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * Stuart Herbert - S.Herbert@sheffield.ac.uk: radiolist extension + * Alessandro Rubini - rubini@ipvvis.unipv.it: merged the two + * MODIFIED FOR LINUX KERNEL CONFIG BY: William Roadcap (roadcap@cfw.com) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +#include "dialog.h" + +static int list_width, check_x, item_x; + +/* + * Print list item + */ +static void print_item(WINDOW * win, int choice, int selected) +{ + int i; + char *list_item = malloc(list_width + 1); + + strncpy(list_item, item_str(), list_width - item_x); + list_item[list_width - item_x] = '\0'; + + /* Clear 'residue' of last item */ + wattrset(win, dlg.menubox.atr); + wmove(win, choice, 0); + for (i = 0; i < list_width; i++) + waddch(win, ' '); + + wmove(win, choice, check_x); + wattrset(win, selected ? dlg.check_selected.atr + : dlg.check.atr); + if (!item_is_tag(':')) + wprintw(win, "(%c)", item_is_tag('X') ? 'X' : ' '); + + wattrset(win, selected ? dlg.tag_selected.atr : dlg.tag.atr); + mvwaddch(win, choice, item_x, list_item[0]); + wattrset(win, selected ? dlg.item_selected.atr : dlg.item.atr); + waddstr(win, list_item + 1); + if (selected) { + wmove(win, choice, check_x + 1); + wrefresh(win); + } + free(list_item); +} + +/* + * Print the scroll indicators. + */ +static void print_arrows(WINDOW * win, int choice, int item_no, int scroll, + int y, int x, int height) +{ + wmove(win, y, x); + + if (scroll > 0) { + wattrset(win, dlg.uarrow.atr); + waddch(win, ACS_UARROW); + waddstr(win, "(-)"); + } else { + wattrset(win, dlg.menubox.atr); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + } + + y = y + height + 1; + wmove(win, y, x); + + if ((height < item_no) && (scroll + choice < item_no - 1)) { + wattrset(win, dlg.darrow.atr); + waddch(win, ACS_DARROW); + waddstr(win, "(+)"); + } else { + wattrset(win, dlg.menubox_border.atr); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + } +} + +/* + * Display the termination buttons + */ +static void print_buttons(WINDOW * dialog, int height, int width, int selected) +{ + int x = width / 2 - 11; + int y = height - 2; + + print_button(dialog, gettext("Select"), y, x, selected == 0); + print_button(dialog, gettext(" Help "), y, x + 14, selected == 1); + + wmove(dialog, y, x + 1 + 14 * selected); + wrefresh(dialog); +} + +/* + * Display a dialog box with a list of options that can be turned on or off + * in the style of radiolist (only one option turned on at a time). + */ +int dialog_checklist(const char *title, const char *prompt, int height, + int width, int list_height) +{ + int i, x, y, box_x, box_y; + int key = 0, button = 0, choice = 0, scroll = 0, max_choice; + WINDOW *dialog, *list; + + /* which item to highlight */ + item_foreach() { + if (item_is_tag('X')) + choice = item_n(); + if (item_is_selected()) { + choice = item_n(); + break; + } + } + +do_resize: + if (getmaxy(stdscr) < (height + CHECKLIST_HEIGTH_MIN)) + return -ERRDISPLAYTOOSMALL; + if (getmaxx(stdscr) < (width + CHECKLIST_WIDTH_MIN)) + return -ERRDISPLAYTOOSMALL; + + max_choice = MIN(list_height, item_count()); + + /* center dialog box on screen */ + x = (getmaxx(stdscr) - width) / 2; + y = (getmaxy(stdscr) - height) / 2; + + draw_shadow(stdscr, y, x, height, width); + + dialog = newwin(height, width, y, x); + keypad(dialog, TRUE); + + draw_box(dialog, 0, 0, height, width, + dlg.dialog.atr, dlg.border.atr); + wattrset(dialog, dlg.border.atr); + mvwaddch(dialog, height - 3, 0, ACS_LTEE); + for (i = 0; i < width - 2; i++) + waddch(dialog, ACS_HLINE); + wattrset(dialog, dlg.dialog.atr); + waddch(dialog, ACS_RTEE); + + print_title(dialog, title, width); + + wattrset(dialog, dlg.dialog.atr); + print_autowrap(dialog, prompt, width - 2, 1, 3); + + list_width = width - 6; + box_y = height - list_height - 5; + box_x = (width - list_width) / 2 - 1; + + /* create new window for the list */ + list = subwin(dialog, list_height, list_width, y + box_y + 1, + x + box_x + 1); + + keypad(list, TRUE); + + /* draw a box around the list items */ + draw_box(dialog, box_y, box_x, list_height + 2, list_width + 2, + dlg.menubox_border.atr, dlg.menubox.atr); + + /* Find length of longest item in order to center checklist */ + check_x = 0; + item_foreach() + check_x = MAX(check_x, strlen(item_str()) + 4); + check_x = MIN(check_x, list_width); + + check_x = (list_width - check_x) / 2; + item_x = check_x + 4; + + if (choice >= list_height) { + scroll = choice - list_height + 1; + choice -= scroll; + } + + /* Print the list */ + for (i = 0; i < max_choice; i++) { + item_set(scroll + i); + print_item(list, i, i == choice); + } + + print_arrows(dialog, choice, item_count(), scroll, + box_y, box_x + check_x + 5, list_height); + + print_buttons(dialog, height, width, 0); + + wnoutrefresh(dialog); + wnoutrefresh(list); + doupdate(); + + while (key != KEY_ESC) { + key = wgetch(dialog); + + for (i = 0; i < max_choice; i++) { + item_set(i + scroll); + if (toupper(key) == toupper(item_str()[0])) + break; + } + + if (i < max_choice || key == KEY_UP || key == KEY_DOWN || + key == '+' || key == '-') { + if (key == KEY_UP || key == '-') { + if (!choice) { + if (!scroll) + continue; + /* Scroll list down */ + if (list_height > 1) { + /* De-highlight current first item */ + item_set(scroll); + print_item(list, 0, FALSE); + scrollok(list, TRUE); + wscrl(list, -1); + scrollok(list, FALSE); + } + scroll--; + item_set(scroll); + print_item(list, 0, TRUE); + print_arrows(dialog, choice, item_count(), + scroll, box_y, box_x + check_x + 5, list_height); + + wnoutrefresh(dialog); + wrefresh(list); + + continue; /* wait for another key press */ + } else + i = choice - 1; + } else if (key == KEY_DOWN || key == '+') { + if (choice == max_choice - 1) { + if (scroll + choice >= item_count() - 1) + continue; + /* Scroll list up */ + if (list_height > 1) { + /* De-highlight current last item before scrolling up */ + item_set(scroll + max_choice - 1); + print_item(list, + max_choice - 1, + FALSE); + scrollok(list, TRUE); + wscrl(list, 1); + scrollok(list, FALSE); + } + scroll++; + item_set(scroll + max_choice - 1); + print_item(list, max_choice - 1, TRUE); + + print_arrows(dialog, choice, item_count(), + scroll, box_y, box_x + check_x + 5, list_height); + + wnoutrefresh(dialog); + wrefresh(list); + + continue; /* wait for another key press */ + } else + i = choice + 1; + } + if (i != choice) { + /* De-highlight current item */ + item_set(scroll + choice); + print_item(list, choice, FALSE); + /* Highlight new item */ + choice = i; + item_set(scroll + choice); + print_item(list, choice, TRUE); + wnoutrefresh(dialog); + wrefresh(list); + } + continue; /* wait for another key press */ + } + switch (key) { + case 'H': + case 'h': + case '?': + button = 1; + /* fall-through */ + case 'S': + case 's': + case ' ': + case '\n': + item_foreach() + item_set_selected(0); + item_set(scroll + choice); + item_set_selected(1); + delwin(list); + delwin(dialog); + return button; + case TAB: + case KEY_LEFT: + case KEY_RIGHT: + button = ((key == KEY_LEFT ? --button : ++button) < 0) + ? 1 : (button > 1 ? 0 : button); + + print_buttons(dialog, height, width, button); + wrefresh(dialog); + break; + case 'X': + case 'x': + key = KEY_ESC; + break; + case KEY_ESC: + key = on_key_esc(dialog); + break; + case KEY_RESIZE: + delwin(list); + delwin(dialog); + on_key_resize(); + goto do_resize; + } + + /* Now, update everything... */ + doupdate(); + } + delwin(list); + delwin(dialog); + return key; /* ESC pressed */ +} diff --git a/xen/tools/kconfig/lxdialog/dialog.h b/xen/tools/kconfig/lxdialog/dialog.h new file mode 100644 index 0000000..fcffd5b --- /dev/null +++ b/xen/tools/kconfig/lxdialog/dialog.h @@ -0,0 +1,257 @@ +/* + * dialog.h -- common declarations for all dialog modules + * + * AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +#include +#include +#include +#include +#include +#include +#include + +#ifndef KBUILD_NO_NLS +# include +#else +# define gettext(Msgid) ((const char *) (Msgid)) +#endif + +#ifdef __sun__ +#define CURS_MACROS +#endif +#include CURSES_LOC + +/* + * Colors in ncurses 1.9.9e do not work properly since foreground and + * background colors are OR'd rather than separately masked. This version + * of dialog was hacked to work with ncurses 1.9.9e, making it incompatible + * with standard curses. The simplest fix (to make this work with standard + * curses) uses the wbkgdset() function, not used in the original hack. + * Turn it off if we're building with 1.9.9e, since it just confuses things. + */ +#if defined(NCURSES_VERSION) && defined(_NEED_WRAP) && !defined(GCC_PRINTFLIKE) +#define OLD_NCURSES 1 +#undef wbkgdset +#define wbkgdset(w,p) /*nothing */ +#else +#define OLD_NCURSES 0 +#endif + +#define TR(params) _tracef params + +#define KEY_ESC 27 +#define TAB 9 +#define MAX_LEN 2048 +#define BUF_SIZE (10*1024) +#define MIN(x,y) (x < y ? x : y) +#define MAX(x,y) (x > y ? x : y) + +#ifndef ACS_ULCORNER +#define ACS_ULCORNER '+' +#endif +#ifndef ACS_LLCORNER +#define ACS_LLCORNER '+' +#endif +#ifndef ACS_URCORNER +#define ACS_URCORNER '+' +#endif +#ifndef ACS_LRCORNER +#define ACS_LRCORNER '+' +#endif +#ifndef ACS_HLINE +#define ACS_HLINE '-' +#endif +#ifndef ACS_VLINE +#define ACS_VLINE '|' +#endif +#ifndef ACS_LTEE +#define ACS_LTEE '+' +#endif +#ifndef ACS_RTEE +#define ACS_RTEE '+' +#endif +#ifndef ACS_UARROW +#define ACS_UARROW '^' +#endif +#ifndef ACS_DARROW +#define ACS_DARROW 'v' +#endif + +/* error return codes */ +#define ERRDISPLAYTOOSMALL (KEY_MAX + 1) + +/* + * Color definitions + */ +struct dialog_color { + chtype atr; /* Color attribute */ + int fg; /* foreground */ + int bg; /* background */ + int hl; /* highlight this item */ +}; + +struct subtitle_list { + struct subtitle_list *next; + const char *text; +}; + +struct dialog_info { + const char *backtitle; + struct subtitle_list *subtitles; + struct dialog_color screen; + struct dialog_color shadow; + struct dialog_color dialog; + struct dialog_color title; + struct dialog_color border; + struct dialog_color button_active; + struct dialog_color button_inactive; + struct dialog_color button_key_active; + struct dialog_color button_key_inactive; + struct dialog_color button_label_active; + struct dialog_color button_label_inactive; + struct dialog_color inputbox; + struct dialog_color inputbox_border; + struct dialog_color searchbox; + struct dialog_color searchbox_title; + struct dialog_color searchbox_border; + struct dialog_color position_indicator; + struct dialog_color menubox; + struct dialog_color menubox_border; + struct dialog_color item; + struct dialog_color item_selected; + struct dialog_color tag; + struct dialog_color tag_selected; + struct dialog_color tag_key; + struct dialog_color tag_key_selected; + struct dialog_color check; + struct dialog_color check_selected; + struct dialog_color uarrow; + struct dialog_color darrow; +}; + +/* + * Global variables + */ +extern struct dialog_info dlg; +extern char dialog_input_result[]; +extern int saved_x, saved_y; /* Needed in signal handler in mconf.c */ + +/* + * Function prototypes + */ + +/* item list as used by checklist and menubox */ +void item_reset(void); +void item_make(const char *fmt, ...); +void item_add_str(const char *fmt, ...); +void item_set_tag(char tag); +void item_set_data(void *p); +void item_set_selected(int val); +int item_activate_selected(void); +void *item_data(void); +char item_tag(void); + +/* item list manipulation for lxdialog use */ +#define MAXITEMSTR 200 +struct dialog_item { + char str[MAXITEMSTR]; /* prompt displayed */ + char tag; + void *data; /* pointer to menu item - used by menubox+checklist */ + int selected; /* Set to 1 by dialog_*() function if selected. */ +}; + +/* list of lialog_items */ +struct dialog_list { + struct dialog_item node; + struct dialog_list *next; +}; + +extern struct dialog_list *item_cur; +extern struct dialog_list item_nil; +extern struct dialog_list *item_head; + +int item_count(void); +void item_set(int n); +int item_n(void); +const char *item_str(void); +int item_is_selected(void); +int item_is_tag(char tag); +#define item_foreach() \ + for (item_cur = item_head ? item_head: item_cur; \ + item_cur && (item_cur != &item_nil); item_cur = item_cur->next) + +/* generic key handlers */ +int on_key_esc(WINDOW *win); +int on_key_resize(void); + +/* minimum (re)size values */ +#define CHECKLIST_HEIGTH_MIN 6 /* For dialog_checklist() */ +#define CHECKLIST_WIDTH_MIN 6 +#define INPUTBOX_HEIGTH_MIN 2 /* For dialog_inputbox() */ +#define INPUTBOX_WIDTH_MIN 2 +#define MENUBOX_HEIGTH_MIN 15 /* For dialog_menu() */ +#define MENUBOX_WIDTH_MIN 65 +#define TEXTBOX_HEIGTH_MIN 8 /* For dialog_textbox() */ +#define TEXTBOX_WIDTH_MIN 8 +#define YESNO_HEIGTH_MIN 4 /* For dialog_yesno() */ +#define YESNO_WIDTH_MIN 4 +#define WINDOW_HEIGTH_MIN 19 /* For init_dialog() */ +#define WINDOW_WIDTH_MIN 80 + +int init_dialog(const char *backtitle); +void set_dialog_backtitle(const char *backtitle); +void set_dialog_subtitles(struct subtitle_list *subtitles); +void end_dialog(int x, int y); +void attr_clear(WINDOW * win, int height, int width, chtype attr); +void dialog_clear(void); +void print_autowrap(WINDOW * win, const char *prompt, int width, int y, int x); +void print_button(WINDOW * win, const char *label, int y, int x, int selected); +void print_title(WINDOW *dialog, const char *title, int width); +void draw_box(WINDOW * win, int y, int x, int height, int width, chtype box, + chtype border); +void draw_shadow(WINDOW * win, int y, int x, int height, int width); + +int first_alpha(const char *string, const char *exempt); +int dialog_yesno(const char *title, const char *prompt, int height, int width); +int dialog_msgbox(const char *title, const char *prompt, int height, + int width, int pause); + + +typedef void (*update_text_fn)(char *buf, size_t start, size_t end, void + *_data); +int dialog_textbox(const char *title, char *tbuf, int initial_height, + int initial_width, int *keys, int *_vscroll, int *_hscroll, + update_text_fn update_text, void *data); +int dialog_menu(const char *title, const char *prompt, + const void *selected, int *s_scroll); +int dialog_checklist(const char *title, const char *prompt, int height, + int width, int list_height); +int dialog_inputbox(const char *title, const char *prompt, int height, + int width, const char *init); + +/* + * This is the base for fictitious keys, which activate + * the buttons. + * + * Mouse-generated keys are the following: + * -- the first 32 are used as numbers, in addition to '0'-'9' + * -- the lowercase are used to signal mouse-enter events (M_EVENT + 'o') + * -- uppercase chars are used to invoke the button (M_EVENT + 'O') + */ +#define M_EVENT (KEY_MAX+1) diff --git a/xen/tools/kconfig/lxdialog/inputbox.c b/xen/tools/kconfig/lxdialog/inputbox.c new file mode 100644 index 0000000..d58de1d --- /dev/null +++ b/xen/tools/kconfig/lxdialog/inputbox.c @@ -0,0 +1,301 @@ +/* + * inputbox.c -- implements the input box + * + * ORIGINAL AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * MODIFIED FOR LINUX KERNEL CONFIG BY: William Roadcap (roadcap@cfw.com) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +#include "dialog.h" + +char dialog_input_result[MAX_LEN + 1]; + +/* + * Print the termination buttons + */ +static void print_buttons(WINDOW * dialog, int height, int width, int selected) +{ + int x = width / 2 - 11; + int y = height - 2; + + print_button(dialog, gettext(" Ok "), y, x, selected == 0); + print_button(dialog, gettext(" Help "), y, x + 14, selected == 1); + + wmove(dialog, y, x + 1 + 14 * selected); + wrefresh(dialog); +} + +/* + * Display a dialog box for inputing a string + */ +int dialog_inputbox(const char *title, const char *prompt, int height, int width, + const char *init) +{ + int i, x, y, box_y, box_x, box_width; + int input_x = 0, key = 0, button = -1; + int show_x, len, pos; + char *instr = dialog_input_result; + WINDOW *dialog; + + if (!init) + instr[0] = '\0'; + else + strcpy(instr, init); + +do_resize: + if (getmaxy(stdscr) <= (height - INPUTBOX_HEIGTH_MIN)) + return -ERRDISPLAYTOOSMALL; + if (getmaxx(stdscr) <= (width - INPUTBOX_WIDTH_MIN)) + return -ERRDISPLAYTOOSMALL; + + /* center dialog box on screen */ + x = (getmaxx(stdscr) - width) / 2; + y = (getmaxy(stdscr) - height) / 2; + + draw_shadow(stdscr, y, x, height, width); + + dialog = newwin(height, width, y, x); + keypad(dialog, TRUE); + + draw_box(dialog, 0, 0, height, width, + dlg.dialog.atr, dlg.border.atr); + wattrset(dialog, dlg.border.atr); + mvwaddch(dialog, height - 3, 0, ACS_LTEE); + for (i = 0; i < width - 2; i++) + waddch(dialog, ACS_HLINE); + wattrset(dialog, dlg.dialog.atr); + waddch(dialog, ACS_RTEE); + + print_title(dialog, title, width); + + wattrset(dialog, dlg.dialog.atr); + print_autowrap(dialog, prompt, width - 2, 1, 3); + + /* Draw the input field box */ + box_width = width - 6; + getyx(dialog, y, x); + box_y = y + 2; + box_x = (width - box_width) / 2; + draw_box(dialog, y + 1, box_x - 1, 3, box_width + 2, + dlg.dialog.atr, dlg.border.atr); + + print_buttons(dialog, height, width, 0); + + /* Set up the initial value */ + wmove(dialog, box_y, box_x); + wattrset(dialog, dlg.inputbox.atr); + + len = strlen(instr); + pos = len; + + if (len >= box_width) { + show_x = len - box_width + 1; + input_x = box_width - 1; + for (i = 0; i < box_width - 1; i++) + waddch(dialog, instr[show_x + i]); + } else { + show_x = 0; + input_x = len; + waddstr(dialog, instr); + } + + wmove(dialog, box_y, box_x + input_x); + + wrefresh(dialog); + + while (key != KEY_ESC) { + key = wgetch(dialog); + + if (button == -1) { /* Input box selected */ + switch (key) { + case TAB: + case KEY_UP: + case KEY_DOWN: + break; + case KEY_BACKSPACE: + case 127: + if (pos) { + wattrset(dialog, dlg.inputbox.atr); + if (input_x == 0) { + show_x--; + } else + input_x--; + + if (pos < len) { + for (i = pos - 1; i < len; i++) { + instr[i] = instr[i+1]; + } + } + + pos--; + len--; + instr[len] = '\0'; + wmove(dialog, box_y, box_x); + for (i = 0; i < box_width; i++) { + if (!instr[show_x + i]) { + waddch(dialog, ' '); + break; + } + waddch(dialog, instr[show_x + i]); + } + wmove(dialog, box_y, input_x + box_x); + wrefresh(dialog); + } + continue; + case KEY_LEFT: + if (pos > 0) { + if (input_x > 0) { + wmove(dialog, box_y, --input_x + box_x); + } else if (input_x == 0) { + show_x--; + wmove(dialog, box_y, box_x); + for (i = 0; i < box_width; i++) { + if (!instr[show_x + i]) { + waddch(dialog, ' '); + break; + } + waddch(dialog, instr[show_x + i]); + } + wmove(dialog, box_y, box_x); + } + pos--; + } + continue; + case KEY_RIGHT: + if (pos < len) { + if (input_x < box_width - 1) { + wmove(dialog, box_y, ++input_x + box_x); + } else if (input_x == box_width - 1) { + show_x++; + wmove(dialog, box_y, box_x); + for (i = 0; i < box_width; i++) { + if (!instr[show_x + i]) { + waddch(dialog, ' '); + break; + } + waddch(dialog, instr[show_x + i]); + } + wmove(dialog, box_y, input_x + box_x); + } + pos++; + } + continue; + default: + if (key < 0x100 && isprint(key)) { + if (len < MAX_LEN) { + wattrset(dialog, dlg.inputbox.atr); + if (pos < len) { + for (i = len; i > pos; i--) + instr[i] = instr[i-1]; + instr[pos] = key; + } else { + instr[len] = key; + } + pos++; + len++; + instr[len] = '\0'; + + if (input_x == box_width - 1) { + show_x++; + } else { + input_x++; + } + + wmove(dialog, box_y, box_x); + for (i = 0; i < box_width; i++) { + if (!instr[show_x + i]) { + waddch(dialog, ' '); + break; + } + waddch(dialog, instr[show_x + i]); + } + wmove(dialog, box_y, input_x + box_x); + wrefresh(dialog); + } else + flash(); /* Alarm user about overflow */ + continue; + } + } + } + switch (key) { + case 'O': + case 'o': + delwin(dialog); + return 0; + case 'H': + case 'h': + delwin(dialog); + return 1; + case KEY_UP: + case KEY_LEFT: + switch (button) { + case -1: + button = 1; /* Indicates "Help" button is selected */ + print_buttons(dialog, height, width, 1); + break; + case 0: + button = -1; /* Indicates input box is selected */ + print_buttons(dialog, height, width, 0); + wmove(dialog, box_y, box_x + input_x); + wrefresh(dialog); + break; + case 1: + button = 0; /* Indicates "OK" button is selected */ + print_buttons(dialog, height, width, 0); + break; + } + break; + case TAB: + case KEY_DOWN: + case KEY_RIGHT: + switch (button) { + case -1: + button = 0; /* Indicates "OK" button is selected */ + print_buttons(dialog, height, width, 0); + break; + case 0: + button = 1; /* Indicates "Help" button is selected */ + print_buttons(dialog, height, width, 1); + break; + case 1: + button = -1; /* Indicates input box is selected */ + print_buttons(dialog, height, width, 0); + wmove(dialog, box_y, box_x + input_x); + wrefresh(dialog); + break; + } + break; + case ' ': + case '\n': + delwin(dialog); + return (button == -1 ? 0 : button); + case 'X': + case 'x': + key = KEY_ESC; + break; + case KEY_ESC: + key = on_key_esc(dialog); + break; + case KEY_RESIZE: + delwin(dialog); + on_key_resize(); + goto do_resize; + } + } + + delwin(dialog); + return KEY_ESC; /* ESC pressed */ +} diff --git a/xen/tools/kconfig/lxdialog/menubox.c b/xen/tools/kconfig/lxdialog/menubox.c new file mode 100644 index 0000000..11ae9ad --- /dev/null +++ b/xen/tools/kconfig/lxdialog/menubox.c @@ -0,0 +1,437 @@ +/* + * menubox.c -- implements the menu box + * + * ORIGINAL AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * MODIFIED FOR LINUX KERNEL CONFIG BY: William Roadcap (roadcapw@cfw.com) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +/* + * Changes by Clifford Wolf (god@clifford.at) + * + * [ 1998-06-13 ] + * + * *) A bugfix for the Page-Down problem + * + * *) Formerly when I used Page Down and Page Up, the cursor would be set + * to the first position in the menu box. Now lxdialog is a bit + * smarter and works more like other menu systems (just have a look at + * it). + * + * *) Formerly if I selected something my scrolling would be broken because + * lxdialog is re-invoked by the Menuconfig shell script, can't + * remember the last scrolling position, and just sets it so that the + * cursor is at the bottom of the box. Now it writes the temporary file + * lxdialog.scrltmp which contains this information. The file is + * deleted by lxdialog if the user leaves a submenu or enters a new + * one, but it would be nice if Menuconfig could make another "rm -f" + * just to be sure. Just try it out - you will recognise a difference! + * + * [ 1998-06-14 ] + * + * *) Now lxdialog is crash-safe against broken "lxdialog.scrltmp" files + * and menus change their size on the fly. + * + * *) If for some reason the last scrolling position is not saved by + * lxdialog, it sets the scrolling so that the selected item is in the + * middle of the menu box, not at the bottom. + * + * 02 January 1999, Michael Elizabeth Chastain (mec@shout.net) + * Reset 'scroll' to 0 if the value from lxdialog.scrltmp is bogus. + * This fixes a bug in Menuconfig where using ' ' to descend into menus + * would leave mis-synchronized lxdialog.scrltmp files lying around, + * fscanf would read in 'scroll', and eventually that value would get used. + */ + +#include "dialog.h" + +static int menu_width, item_x; + +/* + * Print menu item + */ +static void do_print_item(WINDOW * win, const char *item, int line_y, + int selected, int hotkey) +{ + int j; + char *menu_item = malloc(menu_width + 1); + + strncpy(menu_item, item, menu_width - item_x); + menu_item[menu_width - item_x] = '\0'; + j = first_alpha(menu_item, "YyNnMmHh"); + + /* Clear 'residue' of last item */ + wattrset(win, dlg.menubox.atr); + wmove(win, line_y, 0); +#if OLD_NCURSES + { + int i; + for (i = 0; i < menu_width; i++) + waddch(win, ' '); + } +#else + wclrtoeol(win); +#endif + wattrset(win, selected ? dlg.item_selected.atr : dlg.item.atr); + mvwaddstr(win, line_y, item_x, menu_item); + if (hotkey) { + wattrset(win, selected ? dlg.tag_key_selected.atr + : dlg.tag_key.atr); + mvwaddch(win, line_y, item_x + j, menu_item[j]); + } + if (selected) { + wmove(win, line_y, item_x + 1); + } + free(menu_item); + wrefresh(win); +} + +#define print_item(index, choice, selected) \ +do { \ + item_set(index); \ + do_print_item(menu, item_str(), choice, selected, !item_is_tag(':')); \ +} while (0) + +/* + * Print the scroll indicators. + */ +static void print_arrows(WINDOW * win, int item_no, int scroll, int y, int x, + int height) +{ + int cur_y, cur_x; + + getyx(win, cur_y, cur_x); + + wmove(win, y, x); + + if (scroll > 0) { + wattrset(win, dlg.uarrow.atr); + waddch(win, ACS_UARROW); + waddstr(win, "(-)"); + } else { + wattrset(win, dlg.menubox.atr); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + } + + y = y + height + 1; + wmove(win, y, x); + wrefresh(win); + + if ((height < item_no) && (scroll + height < item_no)) { + wattrset(win, dlg.darrow.atr); + waddch(win, ACS_DARROW); + waddstr(win, "(+)"); + } else { + wattrset(win, dlg.menubox_border.atr); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + waddch(win, ACS_HLINE); + } + + wmove(win, cur_y, cur_x); + wrefresh(win); +} + +/* + * Display the termination buttons. + */ +static void print_buttons(WINDOW * win, int height, int width, int selected) +{ + int x = width / 2 - 28; + int y = height - 2; + + print_button(win, gettext("Select"), y, x, selected == 0); + print_button(win, gettext(" Exit "), y, x + 12, selected == 1); + print_button(win, gettext(" Help "), y, x + 24, selected == 2); + print_button(win, gettext(" Save "), y, x + 36, selected == 3); + print_button(win, gettext(" Load "), y, x + 48, selected == 4); + + wmove(win, y, x + 1 + 12 * selected); + wrefresh(win); +} + +/* scroll up n lines (n may be negative) */ +static void do_scroll(WINDOW *win, int *scroll, int n) +{ + /* Scroll menu up */ + scrollok(win, TRUE); + wscrl(win, n); + scrollok(win, FALSE); + *scroll = *scroll + n; + wrefresh(win); +} + +/* + * Display a menu for choosing among a number of options + */ +int dialog_menu(const char *title, const char *prompt, + const void *selected, int *s_scroll) +{ + int i, j, x, y, box_x, box_y; + int height, width, menu_height; + int key = 0, button = 0, scroll = 0, choice = 0; + int first_item = 0, max_choice; + WINDOW *dialog, *menu; + +do_resize: + height = getmaxy(stdscr); + width = getmaxx(stdscr); + if (height < MENUBOX_HEIGTH_MIN || width < MENUBOX_WIDTH_MIN) + return -ERRDISPLAYTOOSMALL; + + height -= 4; + width -= 5; + menu_height = height - 10; + + max_choice = MIN(menu_height, item_count()); + + /* center dialog box on screen */ + x = (getmaxx(stdscr) - width) / 2; + y = (getmaxy(stdscr) - height) / 2; + + draw_shadow(stdscr, y, x, height, width); + + dialog = newwin(height, width, y, x); + keypad(dialog, TRUE); + + draw_box(dialog, 0, 0, height, width, + dlg.dialog.atr, dlg.border.atr); + wattrset(dialog, dlg.border.atr); + mvwaddch(dialog, height - 3, 0, ACS_LTEE); + for (i = 0; i < width - 2; i++) + waddch(dialog, ACS_HLINE); + wattrset(dialog, dlg.dialog.atr); + wbkgdset(dialog, dlg.dialog.atr & A_COLOR); + waddch(dialog, ACS_RTEE); + + print_title(dialog, title, width); + + wattrset(dialog, dlg.dialog.atr); + print_autowrap(dialog, prompt, width - 2, 1, 3); + + menu_width = width - 6; + box_y = height - menu_height - 5; + box_x = (width - menu_width) / 2 - 1; + + /* create new window for the menu */ + menu = subwin(dialog, menu_height, menu_width, + y + box_y + 1, x + box_x + 1); + keypad(menu, TRUE); + + /* draw a box around the menu items */ + draw_box(dialog, box_y, box_x, menu_height + 2, menu_width + 2, + dlg.menubox_border.atr, dlg.menubox.atr); + + if (menu_width >= 80) + item_x = (menu_width - 70) / 2; + else + item_x = 4; + + /* Set choice to default item */ + item_foreach() + if (selected && (selected == item_data())) + choice = item_n(); + /* get the saved scroll info */ + scroll = *s_scroll; + if ((scroll <= choice) && (scroll + max_choice > choice) && + (scroll >= 0) && (scroll + max_choice <= item_count())) { + first_item = scroll; + choice = choice - scroll; + } else { + scroll = 0; + } + if ((choice >= max_choice)) { + if (choice >= item_count() - max_choice / 2) + scroll = first_item = item_count() - max_choice; + else + scroll = first_item = choice - max_choice / 2; + choice = choice - scroll; + } + + /* Print the menu */ + for (i = 0; i < max_choice; i++) { + print_item(first_item + i, i, i == choice); + } + + wnoutrefresh(menu); + + print_arrows(dialog, item_count(), scroll, + box_y, box_x + item_x + 1, menu_height); + + print_buttons(dialog, height, width, 0); + wmove(menu, choice, item_x + 1); + wrefresh(menu); + + while (key != KEY_ESC) { + key = wgetch(menu); + + if (key < 256 && isalpha(key)) + key = tolower(key); + + if (strchr("ynmh", key)) + i = max_choice; + else { + for (i = choice + 1; i < max_choice; i++) { + item_set(scroll + i); + j = first_alpha(item_str(), "YyNnMmHh"); + if (key == tolower(item_str()[j])) + break; + } + if (i == max_choice) + for (i = 0; i < max_choice; i++) { + item_set(scroll + i); + j = first_alpha(item_str(), "YyNnMmHh"); + if (key == tolower(item_str()[j])) + break; + } + } + + if (item_count() != 0 && + (i < max_choice || + key == KEY_UP || key == KEY_DOWN || + key == '-' || key == '+' || + key == KEY_PPAGE || key == KEY_NPAGE)) { + /* Remove highligt of current item */ + print_item(scroll + choice, choice, FALSE); + + if (key == KEY_UP || key == '-') { + if (choice < 2 && scroll) { + /* Scroll menu down */ + do_scroll(menu, &scroll, -1); + + print_item(scroll, 0, FALSE); + } else + choice = MAX(choice - 1, 0); + + } else if (key == KEY_DOWN || key == '+') { + print_item(scroll+choice, choice, FALSE); + + if ((choice > max_choice - 3) && + (scroll + max_choice < item_count())) { + /* Scroll menu up */ + do_scroll(menu, &scroll, 1); + + print_item(scroll+max_choice - 1, + max_choice - 1, FALSE); + } else + choice = MIN(choice + 1, max_choice - 1); + + } else if (key == KEY_PPAGE) { + scrollok(menu, TRUE); + for (i = 0; (i < max_choice); i++) { + if (scroll > 0) { + do_scroll(menu, &scroll, -1); + print_item(scroll, 0, FALSE); + } else { + if (choice > 0) + choice--; + } + } + + } else if (key == KEY_NPAGE) { + for (i = 0; (i < max_choice); i++) { + if (scroll + max_choice < item_count()) { + do_scroll(menu, &scroll, 1); + print_item(scroll+max_choice-1, + max_choice - 1, FALSE); + } else { + if (choice + 1 < max_choice) + choice++; + } + } + } else + choice = i; + + print_item(scroll + choice, choice, TRUE); + + print_arrows(dialog, item_count(), scroll, + box_y, box_x + item_x + 1, menu_height); + + wnoutrefresh(dialog); + wrefresh(menu); + + continue; /* wait for another key press */ + } + + switch (key) { + case KEY_LEFT: + case TAB: + case KEY_RIGHT: + button = ((key == KEY_LEFT ? --button : ++button) < 0) + ? 4 : (button > 4 ? 0 : button); + + print_buttons(dialog, height, width, button); + wrefresh(menu); + break; + case ' ': + case 's': + case 'y': + case 'n': + case 'm': + case '/': + case 'h': + case '?': + case 'z': + case '\n': + /* save scroll info */ + *s_scroll = scroll; + delwin(menu); + delwin(dialog); + item_set(scroll + choice); + item_set_selected(1); + switch (key) { + case 'h': + case '?': + return 2; + case 's': + case 'y': + return 5; + case 'n': + return 6; + case 'm': + return 7; + case ' ': + return 8; + case '/': + return 9; + case 'z': + return 10; + case '\n': + return button; + } + return 0; + case 'e': + case 'x': + key = KEY_ESC; + break; + case KEY_ESC: + key = on_key_esc(menu); + break; + case KEY_RESIZE: + on_key_resize(); + delwin(menu); + delwin(dialog); + goto do_resize; + } + } + delwin(menu); + delwin(dialog); + return key; /* ESC pressed */ +} diff --git a/xen/tools/kconfig/lxdialog/textbox.c b/xen/tools/kconfig/lxdialog/textbox.c new file mode 100644 index 0000000..1773319 --- /dev/null +++ b/xen/tools/kconfig/lxdialog/textbox.c @@ -0,0 +1,408 @@ +/* + * textbox.c -- implements the text box + * + * ORIGINAL AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * MODIFIED FOR LINUX KERNEL CONFIG BY: William Roadcap (roadcap@cfw.com) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +#include "dialog.h" + +static void back_lines(int n); +static void print_page(WINDOW *win, int height, int width, update_text_fn + update_text, void *data); +static void print_line(WINDOW *win, int row, int width); +static char *get_line(void); +static void print_position(WINDOW * win); + +static int hscroll; +static int begin_reached, end_reached, page_length; +static char *buf; +static char *page; + +/* + * refresh window content + */ +static void refresh_text_box(WINDOW *dialog, WINDOW *box, int boxh, int boxw, + int cur_y, int cur_x, update_text_fn update_text, + void *data) +{ + print_page(box, boxh, boxw, update_text, data); + print_position(dialog); + wmove(dialog, cur_y, cur_x); /* Restore cursor position */ + wrefresh(dialog); +} + + +/* + * Display text from a file in a dialog box. + * + * keys is a null-terminated array + * update_text() may not add or remove any '\n' or '\0' in tbuf + */ +int dialog_textbox(const char *title, char *tbuf, int initial_height, + int initial_width, int *keys, int *_vscroll, int *_hscroll, + update_text_fn update_text, void *data) +{ + int i, x, y, cur_x, cur_y, key = 0; + int height, width, boxh, boxw; + WINDOW *dialog, *box; + bool done = false; + + begin_reached = 1; + end_reached = 0; + page_length = 0; + hscroll = 0; + buf = tbuf; + page = buf; /* page is pointer to start of page to be displayed */ + + if (_vscroll && *_vscroll) { + begin_reached = 0; + + for (i = 0; i < *_vscroll; i++) + get_line(); + } + if (_hscroll) + hscroll = *_hscroll; + +do_resize: + getmaxyx(stdscr, height, width); + if (height < TEXTBOX_HEIGTH_MIN || width < TEXTBOX_WIDTH_MIN) + return -ERRDISPLAYTOOSMALL; + if (initial_height != 0) + height = initial_height; + else + if (height > 4) + height -= 4; + else + height = 0; + if (initial_width != 0) + width = initial_width; + else + if (width > 5) + width -= 5; + else + width = 0; + + /* center dialog box on screen */ + x = (getmaxx(stdscr) - width) / 2; + y = (getmaxy(stdscr) - height) / 2; + + draw_shadow(stdscr, y, x, height, width); + + dialog = newwin(height, width, y, x); + keypad(dialog, TRUE); + + /* Create window for box region, used for scrolling text */ + boxh = height - 4; + boxw = width - 2; + box = subwin(dialog, boxh, boxw, y + 1, x + 1); + wattrset(box, dlg.dialog.atr); + wbkgdset(box, dlg.dialog.atr & A_COLOR); + + keypad(box, TRUE); + + /* register the new window, along with its borders */ + draw_box(dialog, 0, 0, height, width, + dlg.dialog.atr, dlg.border.atr); + + wattrset(dialog, dlg.border.atr); + mvwaddch(dialog, height - 3, 0, ACS_LTEE); + for (i = 0; i < width - 2; i++) + waddch(dialog, ACS_HLINE); + wattrset(dialog, dlg.dialog.atr); + wbkgdset(dialog, dlg.dialog.atr & A_COLOR); + waddch(dialog, ACS_RTEE); + + print_title(dialog, title, width); + + print_button(dialog, gettext(" Exit "), height - 2, width / 2 - 4, TRUE); + wnoutrefresh(dialog); + getyx(dialog, cur_y, cur_x); /* Save cursor position */ + + /* Print first page of text */ + attr_clear(box, boxh, boxw, dlg.dialog.atr); + refresh_text_box(dialog, box, boxh, boxw, cur_y, cur_x, update_text, + data); + + while (!done) { + key = wgetch(dialog); + switch (key) { + case 'E': /* Exit */ + case 'e': + case 'X': + case 'x': + case 'q': + case '\n': + done = true; + break; + case 'g': /* First page */ + case KEY_HOME: + if (!begin_reached) { + begin_reached = 1; + page = buf; + refresh_text_box(dialog, box, boxh, boxw, + cur_y, cur_x, update_text, + data); + } + break; + case 'G': /* Last page */ + case KEY_END: + + end_reached = 1; + /* point to last char in buf */ + page = buf + strlen(buf); + back_lines(boxh); + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case 'K': /* Previous line */ + case 'k': + case KEY_UP: + if (begin_reached) + break; + + back_lines(page_length + 1); + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case 'B': /* Previous page */ + case 'b': + case 'u': + case KEY_PPAGE: + if (begin_reached) + break; + back_lines(page_length + boxh); + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case 'J': /* Next line */ + case 'j': + case KEY_DOWN: + if (end_reached) + break; + + back_lines(page_length - 1); + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case KEY_NPAGE: /* Next page */ + case ' ': + case 'd': + if (end_reached) + break; + + begin_reached = 0; + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case '0': /* Beginning of line */ + case 'H': /* Scroll left */ + case 'h': + case KEY_LEFT: + if (hscroll <= 0) + break; + + if (key == '0') + hscroll = 0; + else + hscroll--; + /* Reprint current page to scroll horizontally */ + back_lines(page_length); + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case 'L': /* Scroll right */ + case 'l': + case KEY_RIGHT: + if (hscroll >= MAX_LEN) + break; + hscroll++; + /* Reprint current page to scroll horizontally */ + back_lines(page_length); + refresh_text_box(dialog, box, boxh, boxw, cur_y, + cur_x, update_text, data); + break; + case KEY_ESC: + if (on_key_esc(dialog) == KEY_ESC) + done = true; + break; + case KEY_RESIZE: + back_lines(height); + delwin(box); + delwin(dialog); + on_key_resize(); + goto do_resize; + default: + for (i = 0; keys[i]; i++) { + if (key == keys[i]) { + done = true; + break; + } + } + } + } + delwin(box); + delwin(dialog); + if (_vscroll) { + const char *s; + + s = buf; + *_vscroll = 0; + back_lines(page_length); + while (s < page && (s = strchr(s, '\n'))) { + (*_vscroll)++; + s++; + } + } + if (_hscroll) + *_hscroll = hscroll; + return key; +} + +/* + * Go back 'n' lines in text. Called by dialog_textbox(). + * 'page' will be updated to point to the desired line in 'buf'. + */ +static void back_lines(int n) +{ + int i; + + begin_reached = 0; + /* Go back 'n' lines */ + for (i = 0; i < n; i++) { + if (*page == '\0') { + if (end_reached) { + end_reached = 0; + continue; + } + } + if (page == buf) { + begin_reached = 1; + return; + } + page--; + do { + if (page == buf) { + begin_reached = 1; + return; + } + page--; + } while (*page != '\n'); + page++; + } +} + +/* + * Print a new page of text. + */ +static void print_page(WINDOW *win, int height, int width, update_text_fn + update_text, void *data) +{ + int i, passed_end = 0; + + if (update_text) { + char *end; + + for (i = 0; i < height; i++) + get_line(); + end = page; + back_lines(height); + update_text(buf, page - buf, end - buf, data); + } + + page_length = 0; + for (i = 0; i < height; i++) { + print_line(win, i, width); + if (!passed_end) + page_length++; + if (end_reached && !passed_end) + passed_end = 1; + } + wnoutrefresh(win); +} + +/* + * Print a new line of text. + */ +static void print_line(WINDOW * win, int row, int width) +{ + char *line; + + line = get_line(); + line += MIN(strlen(line), hscroll); /* Scroll horizontally */ + wmove(win, row, 0); /* move cursor to correct line */ + waddch(win, ' '); + waddnstr(win, line, MIN(strlen(line), width - 2)); + + /* Clear 'residue' of previous line */ +#if OLD_NCURSES + { + int x = getcurx(win); + int i; + for (i = 0; i < width - x; i++) + waddch(win, ' '); + } +#else + wclrtoeol(win); +#endif +} + +/* + * Return current line of text. Called by dialog_textbox() and print_line(). + * 'page' should point to start of current line before calling, and will be + * updated to point to start of next line. + */ +static char *get_line(void) +{ + int i = 0; + static char line[MAX_LEN + 1]; + + end_reached = 0; + while (*page != '\n') { + if (*page == '\0') { + end_reached = 1; + break; + } else if (i < MAX_LEN) + line[i++] = *(page++); + else { + /* Truncate lines longer than MAX_LEN characters */ + if (i == MAX_LEN) + line[i++] = '\0'; + page++; + } + } + if (i <= MAX_LEN) + line[i] = '\0'; + if (!end_reached) + page++; /* move past '\n' */ + + return line; +} + +/* + * Print current position + */ +static void print_position(WINDOW * win) +{ + int percent; + + wattrset(win, dlg.position_indicator.atr); + wbkgdset(win, dlg.position_indicator.atr & A_COLOR); + percent = (page - buf) * 100 / strlen(buf); + wmove(win, getmaxy(win) - 3, getmaxx(win) - 9); + wprintw(win, "(%3d%%)", percent); +} diff --git a/xen/tools/kconfig/lxdialog/util.c b/xen/tools/kconfig/lxdialog/util.c new file mode 100644 index 0000000..f7abdeb --- /dev/null +++ b/xen/tools/kconfig/lxdialog/util.c @@ -0,0 +1,713 @@ +/* + * util.c + * + * ORIGINAL AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * MODIFIED FOR LINUX KERNEL CONFIG BY: William Roadcap (roadcap@cfw.com) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +#include + +#include "dialog.h" + +/* Needed in signal handler in mconf.c */ +int saved_x, saved_y; + +struct dialog_info dlg; + +static void set_mono_theme(void) +{ + dlg.screen.atr = A_NORMAL; + dlg.shadow.atr = A_NORMAL; + dlg.dialog.atr = A_NORMAL; + dlg.title.atr = A_BOLD; + dlg.border.atr = A_NORMAL; + dlg.button_active.atr = A_REVERSE; + dlg.button_inactive.atr = A_DIM; + dlg.button_key_active.atr = A_REVERSE; + dlg.button_key_inactive.atr = A_BOLD; + dlg.button_label_active.atr = A_REVERSE; + dlg.button_label_inactive.atr = A_NORMAL; + dlg.inputbox.atr = A_NORMAL; + dlg.inputbox_border.atr = A_NORMAL; + dlg.searchbox.atr = A_NORMAL; + dlg.searchbox_title.atr = A_BOLD; + dlg.searchbox_border.atr = A_NORMAL; + dlg.position_indicator.atr = A_BOLD; + dlg.menubox.atr = A_NORMAL; + dlg.menubox_border.atr = A_NORMAL; + dlg.item.atr = A_NORMAL; + dlg.item_selected.atr = A_REVERSE; + dlg.tag.atr = A_BOLD; + dlg.tag_selected.atr = A_REVERSE; + dlg.tag_key.atr = A_BOLD; + dlg.tag_key_selected.atr = A_REVERSE; + dlg.check.atr = A_BOLD; + dlg.check_selected.atr = A_REVERSE; + dlg.uarrow.atr = A_BOLD; + dlg.darrow.atr = A_BOLD; +} + +#define DLG_COLOR(dialog, f, b, h) \ +do { \ + dlg.dialog.fg = (f); \ + dlg.dialog.bg = (b); \ + dlg.dialog.hl = (h); \ +} while (0) + +static void set_classic_theme(void) +{ + DLG_COLOR(screen, COLOR_CYAN, COLOR_BLUE, true); + DLG_COLOR(shadow, COLOR_BLACK, COLOR_BLACK, true); + DLG_COLOR(dialog, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(title, COLOR_YELLOW, COLOR_WHITE, true); + DLG_COLOR(border, COLOR_WHITE, COLOR_WHITE, true); + DLG_COLOR(button_active, COLOR_WHITE, COLOR_BLUE, true); + DLG_COLOR(button_inactive, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(button_key_active, COLOR_WHITE, COLOR_BLUE, true); + DLG_COLOR(button_key_inactive, COLOR_RED, COLOR_WHITE, false); + DLG_COLOR(button_label_active, COLOR_YELLOW, COLOR_BLUE, true); + DLG_COLOR(button_label_inactive, COLOR_BLACK, COLOR_WHITE, true); + DLG_COLOR(inputbox, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(inputbox_border, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(searchbox, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(searchbox_title, COLOR_YELLOW, COLOR_WHITE, true); + DLG_COLOR(searchbox_border, COLOR_WHITE, COLOR_WHITE, true); + DLG_COLOR(position_indicator, COLOR_YELLOW, COLOR_WHITE, true); + DLG_COLOR(menubox, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(menubox_border, COLOR_WHITE, COLOR_WHITE, true); + DLG_COLOR(item, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(item_selected, COLOR_WHITE, COLOR_BLUE, true); + DLG_COLOR(tag, COLOR_YELLOW, COLOR_WHITE, true); + DLG_COLOR(tag_selected, COLOR_YELLOW, COLOR_BLUE, true); + DLG_COLOR(tag_key, COLOR_YELLOW, COLOR_WHITE, true); + DLG_COLOR(tag_key_selected, COLOR_YELLOW, COLOR_BLUE, true); + DLG_COLOR(check, COLOR_BLACK, COLOR_WHITE, false); + DLG_COLOR(check_selected, COLOR_WHITE, COLOR_BLUE, true); + DLG_COLOR(uarrow, COLOR_GREEN, COLOR_WHITE, true); + DLG_COLOR(darrow, COLOR_GREEN, COLOR_WHITE, true); +} + +static void set_blackbg_theme(void) +{ + DLG_COLOR(screen, COLOR_RED, COLOR_BLACK, true); + DLG_COLOR(shadow, COLOR_BLACK, COLOR_BLACK, false); + DLG_COLOR(dialog, COLOR_WHITE, COLOR_BLACK, false); + DLG_COLOR(title, COLOR_RED, COLOR_BLACK, false); + DLG_COLOR(border, COLOR_BLACK, COLOR_BLACK, true); + + DLG_COLOR(button_active, COLOR_YELLOW, COLOR_RED, false); + DLG_COLOR(button_inactive, COLOR_YELLOW, COLOR_BLACK, false); + DLG_COLOR(button_key_active, COLOR_YELLOW, COLOR_RED, true); + DLG_COLOR(button_key_inactive, COLOR_RED, COLOR_BLACK, false); + DLG_COLOR(button_label_active, COLOR_WHITE, COLOR_RED, false); + DLG_COLOR(button_label_inactive, COLOR_BLACK, COLOR_BLACK, true); + + DLG_COLOR(inputbox, COLOR_YELLOW, COLOR_BLACK, false); + DLG_COLOR(inputbox_border, COLOR_YELLOW, COLOR_BLACK, false); + + DLG_COLOR(searchbox, COLOR_YELLOW, COLOR_BLACK, false); + DLG_COLOR(searchbox_title, COLOR_YELLOW, COLOR_BLACK, true); + DLG_COLOR(searchbox_border, COLOR_BLACK, COLOR_BLACK, true); + + DLG_COLOR(position_indicator, COLOR_RED, COLOR_BLACK, false); + + DLG_COLOR(menubox, COLOR_YELLOW, COLOR_BLACK, false); + DLG_COLOR(menubox_border, COLOR_BLACK, COLOR_BLACK, true); + + DLG_COLOR(item, COLOR_WHITE, COLOR_BLACK, false); + DLG_COLOR(item_selected, COLOR_WHITE, COLOR_RED, false); + + DLG_COLOR(tag, COLOR_RED, COLOR_BLACK, false); + DLG_COLOR(tag_selected, COLOR_YELLOW, COLOR_RED, true); + DLG_COLOR(tag_key, COLOR_RED, COLOR_BLACK, false); + DLG_COLOR(tag_key_selected, COLOR_YELLOW, COLOR_RED, true); + + DLG_COLOR(check, COLOR_YELLOW, COLOR_BLACK, false); + DLG_COLOR(check_selected, COLOR_YELLOW, COLOR_RED, true); + + DLG_COLOR(uarrow, COLOR_RED, COLOR_BLACK, false); + DLG_COLOR(darrow, COLOR_RED, COLOR_BLACK, false); +} + +static void set_bluetitle_theme(void) +{ + set_classic_theme(); + DLG_COLOR(title, COLOR_BLUE, COLOR_WHITE, true); + DLG_COLOR(button_key_active, COLOR_YELLOW, COLOR_BLUE, true); + DLG_COLOR(button_label_active, COLOR_WHITE, COLOR_BLUE, true); + DLG_COLOR(searchbox_title, COLOR_BLUE, COLOR_WHITE, true); + DLG_COLOR(position_indicator, COLOR_BLUE, COLOR_WHITE, true); + DLG_COLOR(tag, COLOR_BLUE, COLOR_WHITE, true); + DLG_COLOR(tag_key, COLOR_BLUE, COLOR_WHITE, true); + +} + +/* + * Select color theme + */ +static int set_theme(const char *theme) +{ + int use_color = 1; + if (!theme) + set_bluetitle_theme(); + else if (strcmp(theme, "classic") == 0) + set_classic_theme(); + else if (strcmp(theme, "bluetitle") == 0) + set_bluetitle_theme(); + else if (strcmp(theme, "blackbg") == 0) + set_blackbg_theme(); + else if (strcmp(theme, "mono") == 0) + use_color = 0; + + return use_color; +} + +static void init_one_color(struct dialog_color *color) +{ + static int pair = 0; + + pair++; + init_pair(pair, color->fg, color->bg); + if (color->hl) + color->atr = A_BOLD | COLOR_PAIR(pair); + else + color->atr = COLOR_PAIR(pair); +} + +static void init_dialog_colors(void) +{ + init_one_color(&dlg.screen); + init_one_color(&dlg.shadow); + init_one_color(&dlg.dialog); + init_one_color(&dlg.title); + init_one_color(&dlg.border); + init_one_color(&dlg.button_active); + init_one_color(&dlg.button_inactive); + init_one_color(&dlg.button_key_active); + init_one_color(&dlg.button_key_inactive); + init_one_color(&dlg.button_label_active); + init_one_color(&dlg.button_label_inactive); + init_one_color(&dlg.inputbox); + init_one_color(&dlg.inputbox_border); + init_one_color(&dlg.searchbox); + init_one_color(&dlg.searchbox_title); + init_one_color(&dlg.searchbox_border); + init_one_color(&dlg.position_indicator); + init_one_color(&dlg.menubox); + init_one_color(&dlg.menubox_border); + init_one_color(&dlg.item); + init_one_color(&dlg.item_selected); + init_one_color(&dlg.tag); + init_one_color(&dlg.tag_selected); + init_one_color(&dlg.tag_key); + init_one_color(&dlg.tag_key_selected); + init_one_color(&dlg.check); + init_one_color(&dlg.check_selected); + init_one_color(&dlg.uarrow); + init_one_color(&dlg.darrow); +} + +/* + * Setup for color display + */ +static void color_setup(const char *theme) +{ + int use_color; + + use_color = set_theme(theme); + if (use_color && has_colors()) { + start_color(); + init_dialog_colors(); + } else + set_mono_theme(); +} + +/* + * Set window to attribute 'attr' + */ +void attr_clear(WINDOW * win, int height, int width, chtype attr) +{ + int i, j; + + wattrset(win, attr); + for (i = 0; i < height; i++) { + wmove(win, i, 0); + for (j = 0; j < width; j++) + waddch(win, ' '); + } + touchwin(win); +} + +void dialog_clear(void) +{ + int lines, columns; + + lines = getmaxy(stdscr); + columns = getmaxx(stdscr); + + attr_clear(stdscr, lines, columns, dlg.screen.atr); + /* Display background title if it exists ... - SLH */ + if (dlg.backtitle != NULL) { + int i, len = 0, skip = 0; + struct subtitle_list *pos; + + wattrset(stdscr, dlg.screen.atr); + mvwaddstr(stdscr, 0, 1, (char *)dlg.backtitle); + + for (pos = dlg.subtitles; pos != NULL; pos = pos->next) { + /* 3 is for the arrow and spaces */ + len += strlen(pos->text) + 3; + } + + wmove(stdscr, 1, 1); + if (len > columns - 2) { + const char *ellipsis = "[...] "; + waddstr(stdscr, ellipsis); + skip = len - (columns - 2 - strlen(ellipsis)); + } + + for (pos = dlg.subtitles; pos != NULL; pos = pos->next) { + if (skip == 0) + waddch(stdscr, ACS_RARROW); + else + skip--; + + if (skip == 0) + waddch(stdscr, ' '); + else + skip--; + + if (skip < strlen(pos->text)) { + waddstr(stdscr, pos->text + skip); + skip = 0; + } else + skip -= strlen(pos->text); + + if (skip == 0) + waddch(stdscr, ' '); + else + skip--; + } + + for (i = len + 1; i < columns - 1; i++) + waddch(stdscr, ACS_HLINE); + } + wnoutrefresh(stdscr); +} + +/* + * Do some initialization for dialog + */ +int init_dialog(const char *backtitle) +{ + int height, width; + + initscr(); /* Init curses */ + + /* Get current cursor position for signal handler in mconf.c */ + getyx(stdscr, saved_y, saved_x); + + getmaxyx(stdscr, height, width); + if (height < WINDOW_HEIGTH_MIN || width < WINDOW_WIDTH_MIN) { + endwin(); + return -ERRDISPLAYTOOSMALL; + } + + dlg.backtitle = backtitle; + color_setup(getenv("MENUCONFIG_COLOR")); + + keypad(stdscr, TRUE); + cbreak(); + noecho(); + dialog_clear(); + + return 0; +} + +void set_dialog_backtitle(const char *backtitle) +{ + dlg.backtitle = backtitle; +} + +void set_dialog_subtitles(struct subtitle_list *subtitles) +{ + dlg.subtitles = subtitles; +} + +/* + * End using dialog functions. + */ +void end_dialog(int x, int y) +{ + /* move cursor back to original position */ + move(y, x); + refresh(); + endwin(); +} + +/* Print the title of the dialog. Center the title and truncate + * tile if wider than dialog (- 2 chars). + **/ +void print_title(WINDOW *dialog, const char *title, int width) +{ + if (title) { + int tlen = MIN(width - 2, strlen(title)); + wattrset(dialog, dlg.title.atr); + mvwaddch(dialog, 0, (width - tlen) / 2 - 1, ' '); + mvwaddnstr(dialog, 0, (width - tlen)/2, title, tlen); + waddch(dialog, ' '); + } +} + +/* + * Print a string of text in a window, automatically wrap around to the + * next line if the string is too long to fit on one line. Newline + * characters '\n' are propperly processed. We start on a new line + * if there is no room for at least 4 nonblanks following a double-space. + */ +void print_autowrap(WINDOW * win, const char *prompt, int width, int y, int x) +{ + int newl, cur_x, cur_y; + int prompt_len, room, wlen; + char tempstr[MAX_LEN + 1], *word, *sp, *sp2, *newline_separator = 0; + + strcpy(tempstr, prompt); + + prompt_len = strlen(tempstr); + + if (prompt_len <= width - x * 2) { /* If prompt is short */ + wmove(win, y, (width - prompt_len) / 2); + waddstr(win, tempstr); + } else { + cur_x = x; + cur_y = y; + newl = 1; + word = tempstr; + while (word && *word) { + sp = strpbrk(word, "\n "); + if (sp && *sp == '\n') + newline_separator = sp; + + if (sp) + *sp++ = 0; + + /* Wrap to next line if either the word does not fit, + or it is the first word of a new sentence, and it is + short, and the next word does not fit. */ + room = width - cur_x; + wlen = strlen(word); + if (wlen > room || + (newl && wlen < 4 && sp + && wlen + 1 + strlen(sp) > room + && (!(sp2 = strpbrk(sp, "\n ")) + || wlen + 1 + (sp2 - sp) > room))) { + cur_y++; + cur_x = x; + } + wmove(win, cur_y, cur_x); + waddstr(win, word); + getyx(win, cur_y, cur_x); + + /* Move to the next line if the word separator was a newline */ + if (newline_separator) { + cur_y++; + cur_x = x; + newline_separator = 0; + } else + cur_x++; + + if (sp && *sp == ' ') { + cur_x++; /* double space */ + while (*++sp == ' ') ; + newl = 1; + } else + newl = 0; + word = sp; + } + } +} + +/* + * Print a button + */ +void print_button(WINDOW * win, const char *label, int y, int x, int selected) +{ + int i, temp; + + wmove(win, y, x); + wattrset(win, selected ? dlg.button_active.atr + : dlg.button_inactive.atr); + waddstr(win, "<"); + temp = strspn(label, " "); + label += temp; + wattrset(win, selected ? dlg.button_label_active.atr + : dlg.button_label_inactive.atr); + for (i = 0; i < temp; i++) + waddch(win, ' '); + wattrset(win, selected ? dlg.button_key_active.atr + : dlg.button_key_inactive.atr); + waddch(win, label[0]); + wattrset(win, selected ? dlg.button_label_active.atr + : dlg.button_label_inactive.atr); + waddstr(win, (char *)label + 1); + wattrset(win, selected ? dlg.button_active.atr + : dlg.button_inactive.atr); + waddstr(win, ">"); + wmove(win, y, x + temp + 1); +} + +/* + * Draw a rectangular box with line drawing characters + */ +void +draw_box(WINDOW * win, int y, int x, int height, int width, + chtype box, chtype border) +{ + int i, j; + + wattrset(win, 0); + for (i = 0; i < height; i++) { + wmove(win, y + i, x); + for (j = 0; j < width; j++) + if (!i && !j) + waddch(win, border | ACS_ULCORNER); + else if (i == height - 1 && !j) + waddch(win, border | ACS_LLCORNER); + else if (!i && j == width - 1) + waddch(win, box | ACS_URCORNER); + else if (i == height - 1 && j == width - 1) + waddch(win, box | ACS_LRCORNER); + else if (!i) + waddch(win, border | ACS_HLINE); + else if (i == height - 1) + waddch(win, box | ACS_HLINE); + else if (!j) + waddch(win, border | ACS_VLINE); + else if (j == width - 1) + waddch(win, box | ACS_VLINE); + else + waddch(win, box | ' '); + } +} + +/* + * Draw shadows along the right and bottom edge to give a more 3D look + * to the boxes + */ +void draw_shadow(WINDOW * win, int y, int x, int height, int width) +{ + int i; + + if (has_colors()) { /* Whether terminal supports color? */ + wattrset(win, dlg.shadow.atr); + wmove(win, y + height, x + 2); + for (i = 0; i < width; i++) + waddch(win, winch(win) & A_CHARTEXT); + for (i = y + 1; i < y + height + 1; i++) { + wmove(win, i, x + width); + waddch(win, winch(win) & A_CHARTEXT); + waddch(win, winch(win) & A_CHARTEXT); + } + wnoutrefresh(win); + } +} + +/* + * Return the position of the first alphabetic character in a string. + */ +int first_alpha(const char *string, const char *exempt) +{ + int i, in_paren = 0, c; + + for (i = 0; i < strlen(string); i++) { + c = tolower(string[i]); + + if (strchr("<[(", c)) + ++in_paren; + if (strchr(">])", c) && in_paren > 0) + --in_paren; + + if ((!in_paren) && isalpha(c) && strchr(exempt, c) == 0) + return i; + } + + return 0; +} + +/* + * ncurses uses ESC to detect escaped char sequences. This resutl in + * a small timeout before ESC is actually delivered to the application. + * lxdialog suggest which is correctly translated to two + * times esc. But then we need to ignore the second esc to avoid stepping + * out one menu too much. Filter away all escaped key sequences since + * keypad(FALSE) turn off ncurses support for escape sequences - and thats + * needed to make notimeout() do as expected. + */ +int on_key_esc(WINDOW *win) +{ + int key; + int key2; + int key3; + + nodelay(win, TRUE); + keypad(win, FALSE); + key = wgetch(win); + key2 = wgetch(win); + do { + key3 = wgetch(win); + } while (key3 != ERR); + nodelay(win, FALSE); + keypad(win, TRUE); + if (key == KEY_ESC && key2 == ERR) + return KEY_ESC; + else if (key != ERR && key != KEY_ESC && key2 == ERR) + ungetch(key); + + return -1; +} + +/* redraw screen in new size */ +int on_key_resize(void) +{ + dialog_clear(); + return KEY_RESIZE; +} + +struct dialog_list *item_cur; +struct dialog_list item_nil; +struct dialog_list *item_head; + +void item_reset(void) +{ + struct dialog_list *p, *next; + + for (p = item_head; p; p = next) { + next = p->next; + free(p); + } + item_head = NULL; + item_cur = &item_nil; +} + +void item_make(const char *fmt, ...) +{ + va_list ap; + struct dialog_list *p = malloc(sizeof(*p)); + + if (item_head) + item_cur->next = p; + else + item_head = p; + item_cur = p; + memset(p, 0, sizeof(*p)); + + va_start(ap, fmt); + vsnprintf(item_cur->node.str, sizeof(item_cur->node.str), fmt, ap); + va_end(ap); +} + +void item_add_str(const char *fmt, ...) +{ + va_list ap; + size_t avail; + + avail = sizeof(item_cur->node.str) - strlen(item_cur->node.str); + + va_start(ap, fmt); + vsnprintf(item_cur->node.str + strlen(item_cur->node.str), + avail, fmt, ap); + item_cur->node.str[sizeof(item_cur->node.str) - 1] = '\0'; + va_end(ap); +} + +void item_set_tag(char tag) +{ + item_cur->node.tag = tag; +} +void item_set_data(void *ptr) +{ + item_cur->node.data = ptr; +} + +void item_set_selected(int val) +{ + item_cur->node.selected = val; +} + +int item_activate_selected(void) +{ + item_foreach() + if (item_is_selected()) + return 1; + return 0; +} + +void *item_data(void) +{ + return item_cur->node.data; +} + +char item_tag(void) +{ + return item_cur->node.tag; +} + +int item_count(void) +{ + int n = 0; + struct dialog_list *p; + + for (p = item_head; p; p = p->next) + n++; + return n; +} + +void item_set(int n) +{ + int i = 0; + item_foreach() + if (i++ == n) + return; +} + +int item_n(void) +{ + int n = 0; + struct dialog_list *p; + + for (p = item_head; p; p = p->next) { + if (p == item_cur) + return n; + n++; + } + return 0; +} + +const char *item_str(void) +{ + return item_cur->node.str; +} + +int item_is_selected(void) +{ + return (item_cur->node.selected != 0); +} + +int item_is_tag(char tag) +{ + return (item_cur->node.tag == tag); +} diff --git a/xen/tools/kconfig/lxdialog/yesno.c b/xen/tools/kconfig/lxdialog/yesno.c new file mode 100644 index 0000000..676fb2f --- /dev/null +++ b/xen/tools/kconfig/lxdialog/yesno.c @@ -0,0 +1,114 @@ +/* + * yesno.c -- implements the yes/no box + * + * ORIGINAL AUTHOR: Savio Lam (lam836@cs.cuhk.hk) + * MODIFIED FOR LINUX KERNEL CONFIG BY: William Roadcap (roadcap@cfw.com) + * + * This program is free software; you can redistribute it and/or + * modify it under the terms of the GNU General Public License + * as published by the Free Software Foundation; either version 2 + * of the License, or (at your option) any later version. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU General Public License for more details. + * + * You should have received a copy of the GNU General Public License + * along with this program; if not, write to the Free Software + * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. + */ + +#include "dialog.h" + +/* + * Display termination buttons + */ +static void print_buttons(WINDOW * dialog, int height, int width, int selected) +{ + int x = width / 2 - 10; + int y = height - 2; + + print_button(dialog, gettext(" Yes "), y, x, selected == 0); + print_button(dialog, gettext(" No "), y, x + 13, selected == 1); + + wmove(dialog, y, x + 1 + 13 * selected); + wrefresh(dialog); +} + +/* + * Display a dialog box with two buttons - Yes and No + */ +int dialog_yesno(const char *title, const char *prompt, int height, int width) +{ + int i, x, y, key = 0, button = 0; + WINDOW *dialog; + +do_resize: + if (getmaxy(stdscr) < (height + YESNO_HEIGTH_MIN)) + return -ERRDISPLAYTOOSMALL; + if (getmaxx(stdscr) < (width + YESNO_WIDTH_MIN)) + return -ERRDISPLAYTOOSMALL; + + /* center dialog box on screen */ + x = (getmaxx(stdscr) - width) / 2; + y = (getmaxy(stdscr) - height) / 2; + + draw_shadow(stdscr, y, x, height, width); + + dialog = newwin(height, width, y, x); + keypad(dialog, TRUE); + + draw_box(dialog, 0, 0, height, width, + dlg.dialog.atr, dlg.border.atr); + wattrset(dialog, dlg.border.atr); + mvwaddch(dialog, height - 3, 0, ACS_LTEE); + for (i = 0; i < width - 2; i++) + waddch(dialog, ACS_HLINE); + wattrset(dialog, dlg.dialog.atr); + waddch(dialog, ACS_RTEE); + + print_title(dialog, title, width); + + wattrset(dialog, dlg.dialog.atr); + print_autowrap(dialog, prompt, width - 2, 1, 3); + + print_buttons(dialog, height, width, 0); + + while (key != KEY_ESC) { + key = wgetch(dialog); + switch (key) { + case 'Y': + case 'y': + delwin(dialog); + return 0; + case 'N': + case 'n': + delwin(dialog); + return 1; + + case TAB: + case KEY_LEFT: + case KEY_RIGHT: + button = ((key == KEY_LEFT ? --button : ++button) < 0) ? 1 : (button > 1 ? 0 : button); + + print_buttons(dialog, height, width, button); + wrefresh(dialog); + break; + case ' ': + case '\n': + delwin(dialog); + return button; + case KEY_ESC: + key = on_key_esc(dialog); + break; + case KEY_RESIZE: + delwin(dialog); + on_key_resize(); + goto do_resize; + } + } + + delwin(dialog); + return key; /* ESC pressed */ +} diff --git a/xen/tools/kconfig/mconf.c b/xen/tools/kconfig/mconf.c new file mode 100644 index 0000000..315ce2c --- /dev/null +++ b/xen/tools/kconfig/mconf.c @@ -0,0 +1,1047 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + * + * Introduced single menu mode (show all sub-menus in one large tree). + * 2002-11-06 Petr Baudis + * + * i18n, 2005, Arnaldo Carvalho de Melo + */ + +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#include "lkc.h" +#include "lxdialog/dialog.h" + +static const char mconf_readme[] = N_( +"Overview\n" +"--------\n" +"This interface lets you select features and parameters for the build.\n" +"Features can either be built-in, modularized, or ignored. Parameters\n" +"must be entered in as decimal or hexadecimal numbers or text.\n" +"\n" +"Menu items beginning with following braces represent features that\n" +" [ ] can be built in or removed\n" +" < > can be built in, modularized or removed\n" +" { } can be built in or modularized (selected by other feature)\n" +" - - are selected by other feature,\n" +"while *, M or whitespace inside braces means to build in, build as\n" +"a module or to exclude the feature respectively.\n" +"\n" +"To change any of these features, highlight it with the cursor\n" +"keys and press to build it in, to make it a module or\n" +" to remove it. You may also press the to cycle\n" +"through the available options (i.e. Y->N->M->Y).\n" +"\n" +"Some additional keyboard hints:\n" +"\n" +"Menus\n" +"----------\n" +"o Use the Up/Down arrow keys (cursor keys) to highlight the item you\n" +" wish to change or the submenu you wish to select and press .\n" +" Submenus are designated by \"--->\", empty ones by \"----\".\n" +"\n" +" Shortcut: Press the option's highlighted letter (hotkey).\n" +" Pressing a hotkey more than once will sequence\n" +" through all visible items which use that hotkey.\n" +"\n" +" You may also use the and keys to scroll\n" +" unseen options into view.\n" +"\n" +"o To exit a menu use the cursor keys to highlight the button\n" +" and press .\n" +"\n" +" Shortcut: Press or or if there is no hotkey\n" +" using those letters. You may press a single , but\n" +" there is a delayed response which you may find annoying.\n" +"\n" +" Also, the and cursor keys will cycle between and\n" +" \n" +"\n" +"\n" +"Data Entry\n" +"-----------\n" +"o Enter the requested information and press \n" +" If you are entering hexadecimal values, it is not necessary to\n" +" add the '0x' prefix to the entry.\n" +"\n" +"o For help, use the or cursor keys to highlight the help option\n" +" and press . You can try as well.\n" +"\n" +"\n" +"Text Box (Help Window)\n" +"--------\n" +"o Use the cursor keys to scroll up/down/left/right. The VI editor\n" +" keys h,j,k,l function here as do , , and for\n" +" those who are familiar with less and lynx.\n" +"\n" +"o Press , , , or to exit.\n" +"\n" +"\n" +"Alternate Configuration Files\n" +"-----------------------------\n" +"Menuconfig supports the use of alternate configuration files for\n" +"those who, for various reasons, find it necessary to switch\n" +"between different configurations.\n" +"\n" +"The button will let you save the current configuration to\n" +"a file of your choosing. Use the button to load a previously\n" +"saved alternate configuration.\n" +"\n" +"Even if you don't use alternate configuration files, but you find\n" +"during a Menuconfig session that you have completely messed up your\n" +"settings, you may use the button to restore your previously\n" +"saved settings from \".config\" without restarting Menuconfig.\n" +"\n" +"Other information\n" +"-----------------\n" +"If you use Menuconfig in an XTERM window, make sure you have your\n" +"$TERM variable set to point to an xterm definition which supports\n" +"color. Otherwise, Menuconfig will look rather bad. Menuconfig will\n" +"not display correctly in an RXVT window because rxvt displays only one\n" +"intensity of color, bright.\n" +"\n" +"Menuconfig will display larger menus on screens or xterms which are\n" +"set to display more than the standard 25 row by 80 column geometry.\n" +"In order for this to work, the \"stty size\" command must be able to\n" +"display the screen's current row and column geometry. I STRONGLY\n" +"RECOMMEND that you make sure you do NOT have the shell variables\n" +"LINES and COLUMNS exported into your environment. Some distributions\n" +"export those variables via /etc/profile. Some ncurses programs can\n" +"become confused when those variables (LINES & COLUMNS) don't reflect\n" +"the true screen size.\n" +"\n" +"Optional personality available\n" +"------------------------------\n" +"If you prefer to have all of the options listed in a single menu,\n" +"rather than the default multimenu hierarchy, run the menuconfig with\n" +"MENUCONFIG_MODE environment variable set to single_menu. Example:\n" +"\n" +"make MENUCONFIG_MODE=single_menu menuconfig\n" +"\n" +" will then unroll the appropriate category, or enfold it if it\n" +"is already unrolled.\n" +"\n" +"Note that this mode can eventually be a little more CPU expensive\n" +"(especially with a larger number of unrolled categories) than the\n" +"default mode.\n" +"\n" +"Different color themes available\n" +"--------------------------------\n" +"It is possible to select different color themes using the variable\n" +"MENUCONFIG_COLOR. To select a theme use:\n" +"\n" +"make MENUCONFIG_COLOR= menuconfig\n" +"\n" +"Available themes are\n" +" mono => selects colors suitable for monochrome displays\n" +" blackbg => selects a color scheme with black background\n" +" classic => theme with blue background. The classic look\n" +" bluetitle => an LCD friendly version of classic. (default)\n" +"\n"), +menu_instructions[] = N_( + "Arrow keys navigate the menu. " + " selects submenus ---> (or empty submenus ----). " + "Highlighted letters are hotkeys. " + "Pressing includes, excludes, modularizes features. " + "Press to exit, for Help, for Search. " + "Legend: [*] built-in [ ] excluded module < > module capable"), +radiolist_instructions[] = N_( + "Use the arrow keys to navigate this window or " + "press the hotkey of the item you wish to select " + "followed by the . " + "Press for additional information about this option."), +inputbox_instructions_int[] = N_( + "Please enter a decimal value. " + "Fractions will not be accepted. " + "Use the key to move from the input field to the buttons below it."), +inputbox_instructions_hex[] = N_( + "Please enter a hexadecimal value. " + "Use the key to move from the input field to the buttons below it."), +inputbox_instructions_string[] = N_( + "Please enter a string value. " + "Use the key to move from the input field to the buttons below it."), +setmod_text[] = N_( + "This feature depends on another which has been configured as a module.\n" + "As a result, this feature will be built as a module."), +load_config_text[] = N_( + "Enter the name of the configuration file you wish to load. " + "Accept the name shown to restore the configuration you " + "last retrieved. Leave blank to abort."), +load_config_help[] = N_( + "\n" + "For various reasons, one may wish to keep several different\n" + "configurations available on a single machine.\n" + "\n" + "If you have saved a previous configuration in a file other than the\n" + "default one, entering its name here will allow you to modify that\n" + "configuration.\n" + "\n" + "If you are uncertain, then you have probably never used alternate\n" + "configuration files. You should therefore leave this blank to abort.\n"), +save_config_text[] = N_( + "Enter a filename to which this configuration should be saved " + "as an alternate. Leave blank to abort."), +save_config_help[] = N_( + "\n" + "For various reasons, one may wish to keep different configurations\n" + "available on a single machine.\n" + "\n" + "Entering a file name here will allow you to later retrieve, modify\n" + "and use the current configuration as an alternate to whatever\n" + "configuration options you have selected at that time.\n" + "\n" + "If you are uncertain what all this means then you should probably\n" + "leave this blank.\n"), +search_help[] = N_( + "\n" + "Search for symbols and display their relations.\n" + "Regular expressions are allowed.\n" + "Example: search for \"^FOO\"\n" + "Result:\n" + "-----------------------------------------------------------------\n" + "Symbol: FOO [=m]\n" + "Type : tristate\n" + "Prompt: Foo bus is used to drive the bar HW\n" + " Location:\n" + " -> Bus options (PCI, PCMCIA, EISA, ISA)\n" + " -> PCI support (PCI [=y])\n" + "(1) -> PCI access mode ( [=y])\n" + " Defined at drivers/pci/Kconfig:47\n" + " Depends on: X86_LOCAL_APIC && X86_IO_APIC || IA64\n" + " Selects: LIBCRC32\n" + " Selected by: BAR [=n]\n" + "-----------------------------------------------------------------\n" + "o The line 'Type:' shows the type of the configuration option for\n" + " this symbol (boolean, tristate, string, ...)\n" + "o The line 'Prompt:' shows the text used in the menu structure for\n" + " this symbol\n" + "o The 'Defined at' line tells at what file / line number the symbol\n" + " is defined\n" + "o The 'Depends on:' line tells what symbols need to be defined for\n" + " this symbol to be visible in the menu (selectable)\n" + "o The 'Location:' lines tells where in the menu structure this symbol\n" + " is located\n" + " A location followed by a [=y] indicates that this is a\n" + " selectable menu item - and the current value is displayed inside\n" + " brackets.\n" + " Press the key in the (#) prefix to jump directly to that\n" + " location. You will be returned to the current search results\n" + " after exiting this new menu.\n" + "o The 'Selects:' line tells what symbols will be automatically\n" + " selected if this symbol is selected (y or m)\n" + "o The 'Selected by' line tells what symbol has selected this symbol\n" + "\n" + "Only relevant lines are shown.\n" + "\n\n" + "Search examples:\n" + "Examples: USB => find all symbols containing USB\n" + " ^USB => find all symbols starting with USB\n" + " USB$ => find all symbols ending with USB\n" + "\n"); + +static int indent; +static struct menu *current_menu; +static int child_count; +static int single_menu_mode; +static int show_all_options; +static int save_and_exit; +static int silent; + +static void conf(struct menu *menu, struct menu *active_menu); +static void conf_choice(struct menu *menu); +static void conf_string(struct menu *menu); +static void conf_load(void); +static void conf_save(void); +static int show_textbox_ext(const char *title, char *text, int r, int c, + int *keys, int *vscroll, int *hscroll, + update_text_fn update_text, void *data); +static void show_textbox(const char *title, const char *text, int r, int c); +static void show_helptext(const char *title, const char *text); +static void show_help(struct menu *menu); + +static char filename[PATH_MAX+1]; +static void set_config_filename(const char *config_filename) +{ + static char menu_backtitle[PATH_MAX+128]; + int size; + + size = snprintf(menu_backtitle, sizeof(menu_backtitle), + "%s - %s", config_filename, rootmenu.prompt->text); + if (size >= sizeof(menu_backtitle)) + menu_backtitle[sizeof(menu_backtitle)-1] = '\0'; + set_dialog_backtitle(menu_backtitle); + + size = snprintf(filename, sizeof(filename), "%s", config_filename); + if (size >= sizeof(filename)) + filename[sizeof(filename)-1] = '\0'; +} + +struct subtitle_part { + struct list_head entries; + const char *text; +}; +static LIST_HEAD(trail); + +static struct subtitle_list *subtitles; +static void set_subtitle(void) +{ + struct subtitle_part *sp; + struct subtitle_list *pos, *tmp; + + for (pos = subtitles; pos != NULL; pos = tmp) { + tmp = pos->next; + free(pos); + } + + subtitles = NULL; + list_for_each_entry(sp, &trail, entries) { + if (sp->text) { + if (pos) { + pos->next = xcalloc(1, sizeof(*pos)); + pos = pos->next; + } else { + subtitles = pos = xcalloc(1, sizeof(*pos)); + } + pos->text = sp->text; + } + } + + set_dialog_subtitles(subtitles); +} + +static void reset_subtitle(void) +{ + struct subtitle_list *pos, *tmp; + + for (pos = subtitles; pos != NULL; pos = tmp) { + tmp = pos->next; + free(pos); + } + subtitles = NULL; + set_dialog_subtitles(subtitles); +} + +struct search_data { + struct list_head *head; + struct menu **targets; + int *keys; +}; + +static void update_text(char *buf, size_t start, size_t end, void *_data) +{ + struct search_data *data = _data; + struct jump_key *pos; + int k = 0; + + list_for_each_entry(pos, data->head, entries) { + if (pos->offset >= start && pos->offset < end) { + char header[4]; + + if (k < JUMP_NB) { + int key = '0' + (pos->index % JUMP_NB) + 1; + + sprintf(header, "(%c)", key); + data->keys[k] = key; + data->targets[k] = pos->target; + k++; + } else { + sprintf(header, " "); + } + + memcpy(buf + pos->offset, header, sizeof(header) - 1); + } + } + data->keys[k] = 0; +} + +static void search_conf(void) +{ + struct symbol **sym_arr; + struct gstr res; + struct gstr title; + char *dialog_input; + int dres, vscroll = 0, hscroll = 0; + bool again; + struct gstr sttext; + struct subtitle_part stpart; + + title = str_new(); + str_printf( &title, _("Enter (sub)string or regexp to search for " + "(with or without \"%s\")"), CONFIG_); + +again: + dialog_clear(); + dres = dialog_inputbox(_("Search Configuration Parameter"), + str_get(&title), + 10, 75, ""); + switch (dres) { + case 0: + break; + case 1: + show_helptext(_("Search Configuration"), search_help); + goto again; + default: + str_free(&title); + return; + } + + /* strip the prefix if necessary */ + dialog_input = dialog_input_result; + if (strncasecmp(dialog_input_result, CONFIG_, strlen(CONFIG_)) == 0) + dialog_input += strlen(CONFIG_); + + sttext = str_new(); + str_printf(&sttext, "Search (%s)", dialog_input_result); + stpart.text = str_get(&sttext); + list_add_tail(&stpart.entries, &trail); + + sym_arr = sym_re_search(dialog_input); + do { + LIST_HEAD(head); + struct menu *targets[JUMP_NB]; + int keys[JUMP_NB + 1], i; + struct search_data data = { + .head = &head, + .targets = targets, + .keys = keys, + }; + struct jump_key *pos, *tmp; + + res = get_relations_str(sym_arr, &head); + set_subtitle(); + dres = show_textbox_ext(_("Search Results"), (char *) + str_get(&res), 0, 0, keys, &vscroll, + &hscroll, &update_text, (void *) + &data); + again = false; + for (i = 0; i < JUMP_NB && keys[i]; i++) + if (dres == keys[i]) { + conf(targets[i]->parent, targets[i]); + again = true; + } + str_free(&res); + list_for_each_entry_safe(pos, tmp, &head, entries) + free(pos); + } while (again); + free(sym_arr); + str_free(&title); + list_del(trail.prev); + str_free(&sttext); +} + +static void build_conf(struct menu *menu) +{ + struct symbol *sym; + struct property *prop; + struct menu *child; + int type, tmp, doint = 2; + tristate val; + char ch; + bool visible; + + /* + * note: menu_is_visible() has side effect that it will + * recalc the value of the symbol. + */ + visible = menu_is_visible(menu); + if (show_all_options && !menu_has_prompt(menu)) + return; + else if (!show_all_options && !visible) + return; + + sym = menu->sym; + prop = menu->prompt; + if (!sym) { + if (prop && menu != current_menu) { + const char *prompt = menu_get_prompt(menu); + switch (prop->type) { + case P_MENU: + child_count++; + prompt = _(prompt); + if (single_menu_mode) { + item_make("%s%*c%s", + menu->data ? "-->" : "++>", + indent + 1, ' ', prompt); + } else + item_make(" %*c%s %s", + indent + 1, ' ', prompt, + menu_is_empty(menu) ? "----" : "--->"); + item_set_tag('m'); + item_set_data(menu); + if (single_menu_mode && menu->data) + goto conf_childs; + return; + case P_COMMENT: + if (prompt) { + child_count++; + item_make(" %*c*** %s ***", indent + 1, ' ', _(prompt)); + item_set_tag(':'); + item_set_data(menu); + } + break; + default: + if (prompt) { + child_count++; + item_make("---%*c%s", indent + 1, ' ', _(prompt)); + item_set_tag(':'); + item_set_data(menu); + } + } + } else + doint = 0; + goto conf_childs; + } + + type = sym_get_type(sym); + if (sym_is_choice(sym)) { + struct symbol *def_sym = sym_get_choice_value(sym); + struct menu *def_menu = NULL; + + child_count++; + for (child = menu->list; child; child = child->next) { + if (menu_is_visible(child) && child->sym == def_sym) + def_menu = child; + } + + val = sym_get_tristate_value(sym); + if (sym_is_changable(sym)) { + switch (type) { + case S_BOOLEAN: + item_make("[%c]", val == no ? ' ' : '*'); + break; + case S_TRISTATE: + switch (val) { + case yes: ch = '*'; break; + case mod: ch = 'M'; break; + default: ch = ' '; break; + } + item_make("<%c>", ch); + break; + } + item_set_tag('t'); + item_set_data(menu); + } else { + item_make(" "); + item_set_tag(def_menu ? 't' : ':'); + item_set_data(menu); + } + + item_add_str("%*c%s", indent + 1, ' ', _(menu_get_prompt(menu))); + if (val == yes) { + if (def_menu) { + item_add_str(" (%s)", _(menu_get_prompt(def_menu))); + item_add_str(" --->"); + if (def_menu->list) { + indent += 2; + build_conf(def_menu); + indent -= 2; + } + } + return; + } + } else { + if (menu == current_menu) { + item_make("---%*c%s", indent + 1, ' ', _(menu_get_prompt(menu))); + item_set_tag(':'); + item_set_data(menu); + goto conf_childs; + } + child_count++; + val = sym_get_tristate_value(sym); + if (sym_is_choice_value(sym) && val == yes) { + item_make(" "); + item_set_tag(':'); + item_set_data(menu); + } else { + switch (type) { + case S_BOOLEAN: + if (sym_is_changable(sym)) + item_make("[%c]", val == no ? ' ' : '*'); + else + item_make("-%c-", val == no ? ' ' : '*'); + item_set_tag('t'); + item_set_data(menu); + break; + case S_TRISTATE: + switch (val) { + case yes: ch = '*'; break; + case mod: ch = 'M'; break; + default: ch = ' '; break; + } + if (sym_is_changable(sym)) { + if (sym->rev_dep.tri == mod) + item_make("{%c}", ch); + else + item_make("<%c>", ch); + } else + item_make("-%c-", ch); + item_set_tag('t'); + item_set_data(menu); + break; + default: + tmp = 2 + strlen(sym_get_string_value(sym)); /* () = 2 */ + item_make("(%s)", sym_get_string_value(sym)); + tmp = indent - tmp + 4; + if (tmp < 0) + tmp = 0; + item_add_str("%*c%s%s", tmp, ' ', _(menu_get_prompt(menu)), + (sym_has_value(sym) || !sym_is_changable(sym)) ? + "" : _(" (NEW)")); + item_set_tag('s'); + item_set_data(menu); + goto conf_childs; + } + } + item_add_str("%*c%s%s", indent + 1, ' ', _(menu_get_prompt(menu)), + (sym_has_value(sym) || !sym_is_changable(sym)) ? + "" : _(" (NEW)")); + if (menu->prompt->type == P_MENU) { + item_add_str(" %s", menu_is_empty(menu) ? "----" : "--->"); + return; + } + } + +conf_childs: + indent += doint; + for (child = menu->list; child; child = child->next) + build_conf(child); + indent -= doint; +} + +static void conf(struct menu *menu, struct menu *active_menu) +{ + struct menu *submenu; + const char *prompt = menu_get_prompt(menu); + struct subtitle_part stpart; + struct symbol *sym; + int res; + int s_scroll = 0; + + if (menu != &rootmenu) + stpart.text = menu_get_prompt(menu); + else + stpart.text = NULL; + list_add_tail(&stpart.entries, &trail); + + while (1) { + item_reset(); + current_menu = menu; + build_conf(menu); + if (!child_count) + break; + set_subtitle(); + dialog_clear(); + res = dialog_menu(prompt ? _(prompt) : _("Main Menu"), + _(menu_instructions), + active_menu, &s_scroll); + if (res == 1 || res == KEY_ESC || res == -ERRDISPLAYTOOSMALL) + break; + if (item_count() != 0) { + if (!item_activate_selected()) + continue; + if (!item_tag()) + continue; + } + submenu = item_data(); + active_menu = item_data(); + if (submenu) + sym = submenu->sym; + else + sym = NULL; + + switch (res) { + case 0: + switch (item_tag()) { + case 'm': + if (single_menu_mode) + submenu->data = (void *) (long) !submenu->data; + else + conf(submenu, NULL); + break; + case 't': + if (sym_is_choice(sym) && sym_get_tristate_value(sym) == yes) + conf_choice(submenu); + else if (submenu->prompt->type == P_MENU) + conf(submenu, NULL); + break; + case 's': + conf_string(submenu); + break; + } + break; + case 2: + if (sym) + show_help(submenu); + else { + reset_subtitle(); + show_helptext(_("README"), _(mconf_readme)); + } + break; + case 3: + reset_subtitle(); + conf_save(); + break; + case 4: + reset_subtitle(); + conf_load(); + break; + case 5: + if (item_is_tag('t')) { + if (sym_set_tristate_value(sym, yes)) + break; + if (sym_set_tristate_value(sym, mod)) + show_textbox(NULL, setmod_text, 6, 74); + } + break; + case 6: + if (item_is_tag('t')) + sym_set_tristate_value(sym, no); + break; + case 7: + if (item_is_tag('t')) + sym_set_tristate_value(sym, mod); + break; + case 8: + if (item_is_tag('t')) + sym_toggle_tristate_value(sym); + else if (item_is_tag('m')) + conf(submenu, NULL); + break; + case 9: + search_conf(); + break; + case 10: + show_all_options = !show_all_options; + break; + } + } + + list_del(trail.prev); +} + +static int show_textbox_ext(const char *title, char *text, int r, int c, int + *keys, int *vscroll, int *hscroll, update_text_fn + update_text, void *data) +{ + dialog_clear(); + return dialog_textbox(title, text, r, c, keys, vscroll, hscroll, + update_text, data); +} + +static void show_textbox(const char *title, const char *text, int r, int c) +{ + show_textbox_ext(title, (char *) text, r, c, (int []) {0}, NULL, NULL, + NULL, NULL); +} + +static void show_helptext(const char *title, const char *text) +{ + show_textbox(title, text, 0, 0); +} + +static void conf_message_callback(const char *fmt, va_list ap) +{ + char buf[PATH_MAX+1]; + + vsnprintf(buf, sizeof(buf), fmt, ap); + if (save_and_exit) { + if (!silent) + printf("%s", buf); + } else { + show_textbox(NULL, buf, 6, 60); + } +} + +static void show_help(struct menu *menu) +{ + struct gstr help = str_new(); + + help.max_width = getmaxx(stdscr) - 10; + menu_get_ext_help(menu, &help); + + show_helptext(_(menu_get_prompt(menu)), str_get(&help)); + str_free(&help); +} + +static void conf_choice(struct menu *menu) +{ + const char *prompt = _(menu_get_prompt(menu)); + struct menu *child; + struct symbol *active; + + active = sym_get_choice_value(menu->sym); + while (1) { + int res; + int selected; + item_reset(); + + current_menu = menu; + for (child = menu->list; child; child = child->next) { + if (!menu_is_visible(child)) + continue; + if (child->sym) + item_make("%s", _(menu_get_prompt(child))); + else { + item_make("*** %s ***", _(menu_get_prompt(child))); + item_set_tag(':'); + } + item_set_data(child); + if (child->sym == active) + item_set_selected(1); + if (child->sym == sym_get_choice_value(menu->sym)) + item_set_tag('X'); + } + dialog_clear(); + res = dialog_checklist(prompt ? _(prompt) : _("Main Menu"), + _(radiolist_instructions), + MENUBOX_HEIGTH_MIN, + MENUBOX_WIDTH_MIN, + CHECKLIST_HEIGTH_MIN); + selected = item_activate_selected(); + switch (res) { + case 0: + if (selected) { + child = item_data(); + if (!child->sym) + break; + + sym_set_tristate_value(child->sym, yes); + } + return; + case 1: + if (selected) { + child = item_data(); + show_help(child); + active = child->sym; + } else + show_help(menu); + break; + case KEY_ESC: + return; + case -ERRDISPLAYTOOSMALL: + return; + } + } +} + +static void conf_string(struct menu *menu) +{ + const char *prompt = menu_get_prompt(menu); + + while (1) { + int res; + const char *heading; + + switch (sym_get_type(menu->sym)) { + case S_INT: + heading = _(inputbox_instructions_int); + break; + case S_HEX: + heading = _(inputbox_instructions_hex); + break; + case S_STRING: + heading = _(inputbox_instructions_string); + break; + default: + heading = _("Internal mconf error!"); + } + dialog_clear(); + res = dialog_inputbox(prompt ? _(prompt) : _("Main Menu"), + heading, 10, 75, + sym_get_string_value(menu->sym)); + switch (res) { + case 0: + if (sym_set_string_value(menu->sym, dialog_input_result)) + return; + show_textbox(NULL, _("You have made an invalid entry."), 5, 43); + break; + case 1: + show_help(menu); + break; + case KEY_ESC: + return; + } + } +} + +static void conf_load(void) +{ + + while (1) { + int res; + dialog_clear(); + res = dialog_inputbox(NULL, load_config_text, + 11, 55, filename); + switch(res) { + case 0: + if (!dialog_input_result[0]) + return; + if (!conf_read(dialog_input_result)) { + set_config_filename(dialog_input_result); + sym_set_change_count(1); + return; + } + show_textbox(NULL, _("File does not exist!"), 5, 38); + break; + case 1: + show_helptext(_("Load Alternate Configuration"), load_config_help); + break; + case KEY_ESC: + return; + } + } +} + +static void conf_save(void) +{ + while (1) { + int res; + dialog_clear(); + res = dialog_inputbox(NULL, save_config_text, + 11, 55, filename); + switch(res) { + case 0: + if (!dialog_input_result[0]) + return; + if (!conf_write(dialog_input_result)) { + set_config_filename(dialog_input_result); + return; + } + show_textbox(NULL, _("Can't create file! Probably a nonexistent directory."), 5, 60); + break; + case 1: + show_helptext(_("Save Alternate Configuration"), save_config_help); + break; + case KEY_ESC: + return; + } + } +} + +static int handle_exit(void) +{ + int res; + + save_and_exit = 1; + reset_subtitle(); + dialog_clear(); + if (conf_get_changed()) + res = dialog_yesno(NULL, + _("Do you wish to save your new configuration?\n" + "(Press to continue kernel configuration.)"), + 6, 60); + else + res = -1; + + end_dialog(saved_x, saved_y); + + switch (res) { + case 0: + if (conf_write(filename)) { + fprintf(stderr, _("\n\n" + "Error while writing of the configuration.\n" + "Your configuration changes were NOT saved." + "\n\n")); + return 1; + } + /* fall through */ + case -1: + if (!silent) + printf(_("\n\n" + "*** End of the configuration.\n" + "*** Execute 'make' to start the build or try 'make help'." + "\n\n")); + res = 0; + break; + default: + if (!silent) + fprintf(stderr, _("\n\n" + "Your configuration changes were NOT saved." + "\n\n")); + if (res != KEY_ESC) + res = 0; + } + + return res; +} + +static void sig_handler(int signo) +{ + exit(handle_exit()); +} + +int main(int ac, char **av) +{ + char *mode; + int res; + + setlocale(LC_ALL, ""); + bindtextdomain(PACKAGE, LOCALEDIR); + textdomain(PACKAGE); + + signal(SIGINT, sig_handler); + + if (ac > 1 && strcmp(av[1], "-s") == 0) { + silent = 1; + /* Silence conf_read() until the real callback is set up */ + conf_set_message_callback(NULL); + av++; + } + conf_parse(av[1]); + conf_read(NULL); + + mode = getenv("MENUCONFIG_MODE"); + if (mode) { + if (!strcasecmp(mode, "single_menu")) + single_menu_mode = 1; + } + + if (init_dialog(NULL)) { + fprintf(stderr, N_("Your display is too small to run Menuconfig!\n")); + fprintf(stderr, N_("It must be at least 19 lines by 80 columns.\n")); + return 1; + } + + set_config_filename(conf_get_configname()); + conf_set_message_callback(conf_message_callback); + do { + conf(&rootmenu, NULL); + res = handle_exit(); + } while (res == KEY_ESC); + + return res; +} diff --git a/xen/tools/kconfig/menu.c b/xen/tools/kconfig/menu.c new file mode 100644 index 0000000..b05cc3d --- /dev/null +++ b/xen/tools/kconfig/menu.c @@ -0,0 +1,697 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include + +#include "lkc.h" + +static const char nohelp_text[] = "There is no help available for this option."; + +struct menu rootmenu; +static struct menu **last_entry_ptr; + +struct file *file_list; +struct file *current_file; + +void menu_warn(struct menu *menu, const char *fmt, ...) +{ + va_list ap; + va_start(ap, fmt); + fprintf(stderr, "%s:%d:warning: ", menu->file->name, menu->lineno); + vfprintf(stderr, fmt, ap); + fprintf(stderr, "\n"); + va_end(ap); +} + +static void prop_warn(struct property *prop, const char *fmt, ...) +{ + va_list ap; + va_start(ap, fmt); + fprintf(stderr, "%s:%d:warning: ", prop->file->name, prop->lineno); + vfprintf(stderr, fmt, ap); + fprintf(stderr, "\n"); + va_end(ap); +} + +void _menu_init(void) +{ + current_entry = current_menu = &rootmenu; + last_entry_ptr = &rootmenu.list; +} + +void menu_add_entry(struct symbol *sym) +{ + struct menu *menu; + + menu = xmalloc(sizeof(*menu)); + memset(menu, 0, sizeof(*menu)); + menu->sym = sym; + menu->parent = current_menu; + menu->file = current_file; + menu->lineno = zconf_lineno(); + + *last_entry_ptr = menu; + last_entry_ptr = &menu->next; + current_entry = menu; + if (sym) + menu_add_symbol(P_SYMBOL, sym, NULL); +} + +void menu_end_entry(void) +{ +} + +struct menu *menu_add_menu(void) +{ + menu_end_entry(); + last_entry_ptr = ¤t_entry->list; + return current_menu = current_entry; +} + +void menu_end_menu(void) +{ + last_entry_ptr = ¤t_menu->next; + current_menu = current_menu->parent; +} + +static struct expr *menu_check_dep(struct expr *e) +{ + if (!e) + return e; + + switch (e->type) { + case E_NOT: + e->left.expr = menu_check_dep(e->left.expr); + break; + case E_OR: + case E_AND: + e->left.expr = menu_check_dep(e->left.expr); + e->right.expr = menu_check_dep(e->right.expr); + break; + case E_SYMBOL: + /* change 'm' into 'm' && MODULES */ + if (e->left.sym == &symbol_mod) + return expr_alloc_and(e, expr_alloc_symbol(modules_sym)); + break; + default: + break; + } + return e; +} + +void menu_add_dep(struct expr *dep) +{ + current_entry->dep = expr_alloc_and(current_entry->dep, menu_check_dep(dep)); +} + +void menu_set_type(int type) +{ + struct symbol *sym = current_entry->sym; + + if (sym->type == type) + return; + if (sym->type == S_UNKNOWN) { + sym->type = type; + return; + } + menu_warn(current_entry, + "ignoring type redefinition of '%s' from '%s' to '%s'", + sym->name ? sym->name : "", + sym_type_name(sym->type), sym_type_name(type)); +} + +static struct property *menu_add_prop(enum prop_type type, char *prompt, struct expr *expr, struct expr *dep) +{ + struct property *prop = prop_alloc(type, current_entry->sym); + + prop->menu = current_entry; + prop->expr = expr; + prop->visible.expr = menu_check_dep(dep); + + if (prompt) { + if (isspace(*prompt)) { + prop_warn(prop, "leading whitespace ignored"); + while (isspace(*prompt)) + prompt++; + } + if (current_entry->prompt && current_entry != &rootmenu) + prop_warn(prop, "prompt redefined"); + + /* Apply all upper menus' visibilities to actual prompts. */ + if(type == P_PROMPT) { + struct menu *menu = current_entry; + + while ((menu = menu->parent) != NULL) { + struct expr *dup_expr; + + if (!menu->visibility) + continue; + /* + * Do not add a reference to the + * menu's visibility expression but + * use a copy of it. Otherwise the + * expression reduction functions + * will modify expressions that have + * multiple references which can + * cause unwanted side effects. + */ + dup_expr = expr_copy(menu->visibility); + + prop->visible.expr + = expr_alloc_and(prop->visible.expr, + dup_expr); + } + } + + current_entry->prompt = prop; + } + prop->text = prompt; + + return prop; +} + +struct property *menu_add_prompt(enum prop_type type, char *prompt, struct expr *dep) +{ + return menu_add_prop(type, prompt, NULL, dep); +} + +void menu_add_visibility(struct expr *expr) +{ + current_entry->visibility = expr_alloc_and(current_entry->visibility, + expr); +} + +void menu_add_expr(enum prop_type type, struct expr *expr, struct expr *dep) +{ + menu_add_prop(type, NULL, expr, dep); +} + +void menu_add_symbol(enum prop_type type, struct symbol *sym, struct expr *dep) +{ + menu_add_prop(type, NULL, expr_alloc_symbol(sym), dep); +} + +void menu_add_option(int token, char *arg) +{ + switch (token) { + case T_OPT_MODULES: + if (modules_sym) + zconf_error("symbol '%s' redefines option 'modules'" + " already defined by symbol '%s'", + current_entry->sym->name, + modules_sym->name + ); + modules_sym = current_entry->sym; + break; + case T_OPT_DEFCONFIG_LIST: + if (!sym_defconfig_list) + sym_defconfig_list = current_entry->sym; + else if (sym_defconfig_list != current_entry->sym) + zconf_error("trying to redefine defconfig symbol"); + break; + case T_OPT_ENV: + prop_add_env(arg); + break; + case T_OPT_ALLNOCONFIG_Y: + current_entry->sym->flags |= SYMBOL_ALLNOCONFIG_Y; + break; + } +} + +static int menu_validate_number(struct symbol *sym, struct symbol *sym2) +{ + return sym2->type == S_INT || sym2->type == S_HEX || + (sym2->type == S_UNKNOWN && sym_string_valid(sym, sym2->name)); +} + +static void sym_check_prop(struct symbol *sym) +{ + struct property *prop; + struct symbol *sym2; + for (prop = sym->prop; prop; prop = prop->next) { + switch (prop->type) { + case P_DEFAULT: + if ((sym->type == S_STRING || sym->type == S_INT || sym->type == S_HEX) && + prop->expr->type != E_SYMBOL) + prop_warn(prop, + "default for config symbol '%s'" + " must be a single symbol", sym->name); + if (prop->expr->type != E_SYMBOL) + break; + sym2 = prop_get_symbol(prop); + if (sym->type == S_HEX || sym->type == S_INT) { + if (!menu_validate_number(sym, sym2)) + prop_warn(prop, + "'%s': number is invalid", + sym->name); + } + break; + case P_SELECT: + sym2 = prop_get_symbol(prop); + if (sym->type != S_BOOLEAN && sym->type != S_TRISTATE) + prop_warn(prop, + "config symbol '%s' uses select, but is " + "not boolean or tristate", sym->name); + else if (sym2->type != S_UNKNOWN && + sym2->type != S_BOOLEAN && + sym2->type != S_TRISTATE) + prop_warn(prop, + "'%s' has wrong type. 'select' only " + "accept arguments of boolean and " + "tristate type", sym2->name); + break; + case P_RANGE: + if (sym->type != S_INT && sym->type != S_HEX) + prop_warn(prop, "range is only allowed " + "for int or hex symbols"); + if (!menu_validate_number(sym, prop->expr->left.sym) || + !menu_validate_number(sym, prop->expr->right.sym)) + prop_warn(prop, "range is invalid"); + break; + default: + ; + } + } +} + +void menu_finalize(struct menu *parent) +{ + struct menu *menu, *last_menu; + struct symbol *sym; + struct property *prop; + struct expr *parentdep, *basedep, *dep, *dep2, **ep; + + sym = parent->sym; + if (parent->list) { + if (sym && sym_is_choice(sym)) { + if (sym->type == S_UNKNOWN) { + /* find the first choice value to find out choice type */ + current_entry = parent; + for (menu = parent->list; menu; menu = menu->next) { + if (menu->sym && menu->sym->type != S_UNKNOWN) { + menu_set_type(menu->sym->type); + break; + } + } + } + /* set the type of the remaining choice values */ + for (menu = parent->list; menu; menu = menu->next) { + current_entry = menu; + if (menu->sym && menu->sym->type == S_UNKNOWN) + menu_set_type(sym->type); + } + parentdep = expr_alloc_symbol(sym); + } else if (parent->prompt) + parentdep = parent->prompt->visible.expr; + else + parentdep = parent->dep; + + for (menu = parent->list; menu; menu = menu->next) { + basedep = expr_transform(menu->dep); + basedep = expr_alloc_and(expr_copy(parentdep), basedep); + basedep = expr_eliminate_dups(basedep); + menu->dep = basedep; + if (menu->sym) + prop = menu->sym->prop; + else + prop = menu->prompt; + for (; prop; prop = prop->next) { + if (prop->menu != menu) + continue; + dep = expr_transform(prop->visible.expr); + dep = expr_alloc_and(expr_copy(basedep), dep); + dep = expr_eliminate_dups(dep); + if (menu->sym && menu->sym->type != S_TRISTATE) + dep = expr_trans_bool(dep); + prop->visible.expr = dep; + if (prop->type == P_SELECT) { + struct symbol *es = prop_get_symbol(prop); + es->rev_dep.expr = expr_alloc_or(es->rev_dep.expr, + expr_alloc_and(expr_alloc_symbol(menu->sym), expr_copy(dep))); + } + } + } + for (menu = parent->list; menu; menu = menu->next) + menu_finalize(menu); + } else if (sym) { + basedep = parent->prompt ? parent->prompt->visible.expr : NULL; + basedep = expr_trans_compare(basedep, E_UNEQUAL, &symbol_no); + basedep = expr_eliminate_dups(expr_transform(basedep)); + last_menu = NULL; + for (menu = parent->next; menu; menu = menu->next) { + dep = menu->prompt ? menu->prompt->visible.expr : menu->dep; + if (!expr_contains_symbol(dep, sym)) + break; + if (expr_depends_symbol(dep, sym)) + goto next; + dep = expr_trans_compare(dep, E_UNEQUAL, &symbol_no); + dep = expr_eliminate_dups(expr_transform(dep)); + dep2 = expr_copy(basedep); + expr_eliminate_eq(&dep, &dep2); + expr_free(dep); + if (!expr_is_yes(dep2)) { + expr_free(dep2); + break; + } + expr_free(dep2); + next: + menu_finalize(menu); + menu->parent = parent; + last_menu = menu; + } + if (last_menu) { + parent->list = parent->next; + parent->next = last_menu->next; + last_menu->next = NULL; + } + + sym->dir_dep.expr = expr_alloc_or(sym->dir_dep.expr, parent->dep); + } + for (menu = parent->list; menu; menu = menu->next) { + if (sym && sym_is_choice(sym) && + menu->sym && !sym_is_choice_value(menu->sym)) { + current_entry = menu; + menu->sym->flags |= SYMBOL_CHOICEVAL; + if (!menu->prompt) + menu_warn(menu, "choice value must have a prompt"); + for (prop = menu->sym->prop; prop; prop = prop->next) { + if (prop->type == P_DEFAULT) + prop_warn(prop, "defaults for choice " + "values not supported"); + if (prop->menu == menu) + continue; + if (prop->type == P_PROMPT && + prop->menu->parent->sym != sym) + prop_warn(prop, "choice value used outside its choice group"); + } + /* Non-tristate choice values of tristate choices must + * depend on the choice being set to Y. The choice + * values' dependencies were propagated to their + * properties above, so the change here must be re- + * propagated. + */ + if (sym->type == S_TRISTATE && menu->sym->type != S_TRISTATE) { + basedep = expr_alloc_comp(E_EQUAL, sym, &symbol_yes); + menu->dep = expr_alloc_and(basedep, menu->dep); + for (prop = menu->sym->prop; prop; prop = prop->next) { + if (prop->menu != menu) + continue; + prop->visible.expr = expr_alloc_and(expr_copy(basedep), + prop->visible.expr); + } + } + menu_add_symbol(P_CHOICE, sym, NULL); + prop = sym_get_choice_prop(sym); + for (ep = &prop->expr; *ep; ep = &(*ep)->left.expr) + ; + *ep = expr_alloc_one(E_LIST, NULL); + (*ep)->right.sym = menu->sym; + } + if (menu->list && (!menu->prompt || !menu->prompt->text)) { + for (last_menu = menu->list; ; last_menu = last_menu->next) { + last_menu->parent = parent; + if (!last_menu->next) + break; + } + last_menu->next = menu->next; + menu->next = menu->list; + menu->list = NULL; + } + } + + if (sym && !(sym->flags & SYMBOL_WARNED)) { + if (sym->type == S_UNKNOWN) + menu_warn(parent, "config symbol defined without type"); + + if (sym_is_choice(sym) && !parent->prompt) + menu_warn(parent, "choice must have a prompt"); + + /* Check properties connected to this symbol */ + sym_check_prop(sym); + sym->flags |= SYMBOL_WARNED; + } + + if (sym && !sym_is_optional(sym) && parent->prompt) { + sym->rev_dep.expr = expr_alloc_or(sym->rev_dep.expr, + expr_alloc_and(parent->prompt->visible.expr, + expr_alloc_symbol(&symbol_mod))); + } +} + +bool menu_has_prompt(struct menu *menu) +{ + if (!menu->prompt) + return false; + return true; +} + +/* + * Determine if a menu is empty. + * A menu is considered empty if it contains no or only + * invisible entries. + */ +bool menu_is_empty(struct menu *menu) +{ + struct menu *child; + + for (child = menu->list; child; child = child->next) { + if (menu_is_visible(child)) + return(false); + } + return(true); +} + +bool menu_is_visible(struct menu *menu) +{ + struct menu *child; + struct symbol *sym; + tristate visible; + + if (!menu->prompt) + return false; + + if (menu->visibility) { + if (expr_calc_value(menu->visibility) == no) + return no; + } + + sym = menu->sym; + if (sym) { + sym_calc_value(sym); + visible = menu->prompt->visible.tri; + } else + visible = menu->prompt->visible.tri = expr_calc_value(menu->prompt->visible.expr); + + if (visible != no) + return true; + + if (!sym || sym_get_tristate_value(menu->sym) == no) + return false; + + for (child = menu->list; child; child = child->next) { + if (menu_is_visible(child)) { + if (sym) + sym->flags |= SYMBOL_DEF_USER; + return true; + } + } + + return false; +} + +const char *menu_get_prompt(struct menu *menu) +{ + if (menu->prompt) + return menu->prompt->text; + else if (menu->sym) + return menu->sym->name; + return NULL; +} + +struct menu *menu_get_root_menu(struct menu *menu) +{ + return &rootmenu; +} + +struct menu *menu_get_parent_menu(struct menu *menu) +{ + enum prop_type type; + + for (; menu != &rootmenu; menu = menu->parent) { + type = menu->prompt ? menu->prompt->type : 0; + if (type == P_MENU) + break; + } + return menu; +} + +bool menu_has_help(struct menu *menu) +{ + return menu->help != NULL; +} + +const char *menu_get_help(struct menu *menu) +{ + if (menu->help) + return menu->help; + else + return ""; +} + +static void get_prompt_str(struct gstr *r, struct property *prop, + struct list_head *head) +{ + int i, j; + struct menu *submenu[8], *menu, *location = NULL; + struct jump_key *jump = NULL; + + str_printf(r, _("Prompt: %s\n"), _(prop->text)); + menu = prop->menu->parent; + for (i = 0; menu != &rootmenu && i < 8; menu = menu->parent) { + bool accessible = menu_is_visible(menu); + + submenu[i++] = menu; + if (location == NULL && accessible) + location = menu; + } + if (head && location) { + jump = xmalloc(sizeof(struct jump_key)); + + if (menu_is_visible(prop->menu)) { + /* + * There is not enough room to put the hint at the + * beginning of the "Prompt" line. Put the hint on the + * last "Location" line even when it would belong on + * the former. + */ + jump->target = prop->menu; + } else + jump->target = location; + + if (list_empty(head)) + jump->index = 0; + else + jump->index = list_entry(head->prev, struct jump_key, + entries)->index + 1; + + list_add_tail(&jump->entries, head); + } + + if (i > 0) { + str_printf(r, _(" Location:\n")); + for (j = 4; --i >= 0; j += 2) { + menu = submenu[i]; + if (jump && menu == location) + jump->offset = strlen(r->s); + str_printf(r, "%*c-> %s", j, ' ', + _(menu_get_prompt(menu))); + if (menu->sym) { + str_printf(r, " (%s [=%s])", menu->sym->name ? + menu->sym->name : _(""), + sym_get_string_value(menu->sym)); + } + str_append(r, "\n"); + } + } +} + +/* + * get property of type P_SYMBOL + */ +static struct property *get_symbol_prop(struct symbol *sym) +{ + struct property *prop = NULL; + + for_all_properties(sym, prop, P_SYMBOL) + break; + return prop; +} + +/* + * head is optional and may be NULL + */ +static void get_symbol_str(struct gstr *r, struct symbol *sym, + struct list_head *head) +{ + bool hit; + struct property *prop; + + if (sym && sym->name) { + str_printf(r, "Symbol: %s [=%s]\n", sym->name, + sym_get_string_value(sym)); + str_printf(r, "Type : %s\n", sym_type_name(sym->type)); + if (sym->type == S_INT || sym->type == S_HEX) { + prop = sym_get_range_prop(sym); + if (prop) { + str_printf(r, "Range : "); + expr_gstr_print(prop->expr, r); + str_append(r, "\n"); + } + } + } + for_all_prompts(sym, prop) + get_prompt_str(r, prop, head); + + prop = get_symbol_prop(sym); + if (prop) { + str_printf(r, _(" Defined at %s:%d\n"), prop->menu->file->name, + prop->menu->lineno); + if (!expr_is_yes(prop->visible.expr)) { + str_append(r, _(" Depends on: ")); + expr_gstr_print(prop->visible.expr, r); + str_append(r, "\n"); + } + } + + hit = false; + for_all_properties(sym, prop, P_SELECT) { + if (!hit) { + str_append(r, " Selects: "); + hit = true; + } else + str_printf(r, " && "); + expr_gstr_print(prop->expr, r); + } + if (hit) + str_append(r, "\n"); + if (sym->rev_dep.expr) { + str_append(r, _(" Selected by: ")); + expr_gstr_print(sym->rev_dep.expr, r); + str_append(r, "\n"); + } + str_append(r, "\n\n"); +} + +struct gstr get_relations_str(struct symbol **sym_arr, struct list_head *head) +{ + struct symbol *sym; + struct gstr res = str_new(); + int i; + + for (i = 0; sym_arr && (sym = sym_arr[i]); i++) + get_symbol_str(&res, sym, head); + if (!i) + str_append(&res, _("No matches found.\n")); + return res; +} + + +void menu_get_ext_help(struct menu *menu, struct gstr *help) +{ + struct symbol *sym = menu->sym; + const char *help_text = nohelp_text; + + if (menu_has_help(menu)) { + if (sym->name) + str_printf(help, "%s%s:\n\n", CONFIG_, sym->name); + help_text = menu_get_help(menu); + } + str_printf(help, "%s\n", _(help_text)); + if (sym) + get_symbol_str(help, sym, NULL); +} diff --git a/xen/tools/kconfig/merge_config.sh b/xen/tools/kconfig/merge_config.sh new file mode 100755 index 0000000..0d883b3 --- /dev/null +++ b/xen/tools/kconfig/merge_config.sh @@ -0,0 +1,162 @@ +#!/bin/sh +# merge_config.sh - Takes a list of config fragment values, and merges +# them one by one. Provides warnings on overridden values, and specified +# values that did not make it to the resulting .config file (due to missed +# dependencies or config symbol removal). +# +# Portions reused from kconf_check and generate_cfg: +# http://git.yoctoproject.org/cgit/cgit.cgi/yocto-kernel-tools/tree/tools/kconf_check +# http://git.yoctoproject.org/cgit/cgit.cgi/yocto-kernel-tools/tree/tools/generate_cfg +# +# Copyright (c) 2009-2010 Wind River Systems, Inc. +# Copyright 2011 Linaro +# +# This program is free software; you can redistribute it and/or modify +# it under the terms of the GNU General Public License version 2 as +# published by the Free Software Foundation. +# +# This program is distributed in the hope that it will be useful, +# but WITHOUT ANY WARRANTY; without even the implied warranty of +# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. +# See the GNU General Public License for more details. + +clean_up() { + rm -f $TMP_FILE + exit +} +trap clean_up HUP INT TERM + +usage() { + echo "Usage: $0 [OPTIONS] [CONFIG [...]]" + echo " -h display this help text" + echo " -m only merge the fragments, do not execute the make command" + echo " -n use allnoconfig instead of alldefconfig" + echo " -r list redundant entries when merging fragments" + echo " -O dir to put generated output files" +} + +RUNMAKE=true +ALLTARGET=alldefconfig +WARNREDUN=false +OUTPUT=. + +while true; do + case $1 in + "-n") + ALLTARGET=allnoconfig + shift + continue + ;; + "-m") + RUNMAKE=false + shift + continue + ;; + "-h") + usage + exit + ;; + "-r") + WARNREDUN=true + shift + continue + ;; + "-O") + if [ -d $2 ];then + OUTPUT=$(echo $2 | sed 's/\/*$//') + else + echo "output directory $2 does not exist" 1>&2 + exit 1 + fi + shift 2 + continue + ;; + *) + break + ;; + esac +done + +if [ "$#" -lt 2 ] ; then + usage + exit +fi + +INITFILE=$1 +shift; + +if [ ! -r "$INITFILE" ]; then + echo "The base file '$INITFILE' does not exist. Exit." >&2 + exit 1 +fi + +MERGE_LIST=$* +SED_CONFIG_EXP="s/^\(# \)\{0,1\}\(CONFIG_[a-zA-Z0-9_]*\)[= ].*/\2/p" +TMP_FILE=$(mktemp ./.tmp.config.XXXXXXXXXX) + +echo "Using $INITFILE as base" +cat $INITFILE > $TMP_FILE + +# Merge files, printing warnings on overridden values +for MERGE_FILE in $MERGE_LIST ; do + echo "Merging $MERGE_FILE" + if [ ! -r "$MERGE_FILE" ]; then + echo "The merge file '$MERGE_FILE' does not exist. Exit." >&2 + exit 1 + fi + CFG_LIST=$(sed -n "$SED_CONFIG_EXP" $MERGE_FILE) + + for CFG in $CFG_LIST ; do + grep -q -w $CFG $TMP_FILE || continue + PREV_VAL=$(grep -w $CFG $TMP_FILE) + NEW_VAL=$(grep -w $CFG $MERGE_FILE) + if [ "x$PREV_VAL" != "x$NEW_VAL" ] ; then + echo Value of $CFG is redefined by fragment $MERGE_FILE: + echo Previous value: $PREV_VAL + echo New value: $NEW_VAL + echo + elif [ "$WARNREDUN" = "true" ]; then + echo Value of $CFG is redundant by fragment $MERGE_FILE: + fi + sed -i "/$CFG[ =]/d" $TMP_FILE + done + cat $MERGE_FILE >> $TMP_FILE +done + +if [ "$RUNMAKE" = "false" ]; then + cp $TMP_FILE $OUTPUT/.config + echo "#" + echo "# merged configuration written to $OUTPUT/.config (needs make)" + echo "#" + clean_up + exit +fi + +# If we have an output dir, setup the O= argument, otherwise leave +# it blank, since O=. will create an unnecessary ./source softlink +OUTPUT_ARG="" +if [ "$OUTPUT" != "." ] ; then + OUTPUT_ARG="O=$OUTPUT" +fi + + +# Use the merged file as the starting point for: +# alldefconfig: Fills in any missing symbols with Kconfig default +# allnoconfig: Fills in any missing symbols with # CONFIG_* is not set +make KCONFIG_ALLCONFIG=$TMP_FILE $OUTPUT_ARG $ALLTARGET + + +# Check all specified config values took (might have missed-dependency issues) +for CFG in $(sed -n "$SED_CONFIG_EXP" $TMP_FILE); do + + REQUESTED_VAL=$(grep -w -e "$CFG" $TMP_FILE) + ACTUAL_VAL=$(grep -w -e "$CFG" $OUTPUT/.config) + if [ "x$REQUESTED_VAL" != "x$ACTUAL_VAL" ] ; then + echo "Value requested for $CFG not in final .config" + echo "Requested value: $REQUESTED_VAL" + echo "Actual value: $ACTUAL_VAL" + echo "" + fi +done + +clean_up diff --git a/xen/tools/kconfig/nconf.c b/xen/tools/kconfig/nconf.c new file mode 100644 index 0000000..d42d534 --- /dev/null +++ b/xen/tools/kconfig/nconf.c @@ -0,0 +1,1561 @@ +/* + * Copyright (C) 2008 Nir Tzachar +#include + +#include "lkc.h" +#include "nconf.h" +#include + +static const char nconf_global_help[] = N_( +"Help windows\n" +"------------\n" +"o Global help: Unless in a data entry window, pressing will give \n" +" you the global help window, which you are just reading.\n" +"\n" +"o A short version of the global help is available by pressing .\n" +"\n" +"o Local help: To get help related to the current menu entry, use any\n" +" of , or if in a data entry window then press .\n" +"\n" +"\n" +"Menu entries\n" +"------------\n" +"This interface lets you select features and parameters for the kernel\n" +"build. Kernel features can either be built-in, modularized, or removed.\n" +"Parameters must be entered as text or decimal or hexadecimal numbers.\n" +"\n" +"Menu entries beginning with following braces represent features that\n" +" [ ] can be built in or removed\n" +" < > can be built in, modularized or removed\n" +" { } can be built in or modularized, are selected by another feature\n" +" - - are selected by another feature\n" +" XXX cannot be selected. Symbol Info tells you why.\n" +"*, M or whitespace inside braces means to build in, build as a module\n" +"or to exclude the feature respectively.\n" +"\n" +"To change any of these features, highlight it with the movement keys\n" +"listed below and press to build it in, to make it a module or\n" +" to remove it. You may press the key to cycle through the\n" +"available options.\n" +"\n" +"A trailing \"--->\" designates a submenu, a trailing \"----\" an\n" +"empty submenu.\n" +"\n" +"Menu navigation keys\n" +"----------------------------------------------------------------------\n" +"Linewise up \n" +"Linewise down \n" +"Pagewise up \n" +"Pagewise down \n" +"First entry \n" +"Last entry \n" +"Enter a submenu \n" +"Go back to parent menu \n" +"Close a help window \n" +"Close entry window, apply \n" +"Close entry window, forget \n" +"Start incremental, case-insensitive search for STRING in menu entries,\n" +" no regex support, STRING is displayed in upper left corner\n" +" STRING\n" +" Remove last character \n" +" Jump to next hit \n" +" Jump to previous hit \n" +"Exit menu search mode \n" +"Search for configuration variables with or without leading CONFIG_\n" +" RegExpr\n" +"Verbose search help \n" +"----------------------------------------------------------------------\n" +"\n" +"Unless in a data entry window, key <1> may be used instead of ,\n" +"<2> instead of , etc.\n" +"\n" +"\n" +"Radiolist (Choice list)\n" +"-----------------------\n" +"Use the movement keys listed above to select the option you wish to set\n" +"and press .\n" +"\n" +"\n" +"Data entry\n" +"----------\n" +"Enter the requested information and press . Hexadecimal values\n" +"may be entered without the \"0x\" prefix.\n" +"\n" +"\n" +"Text Box (Help Window)\n" +"----------------------\n" +"Use movement keys as listed in table above.\n" +"\n" +"Press any of to exit.\n" +"\n" +"\n" +"Alternate configuration files\n" +"-----------------------------\n" +"nconfig supports switching between different configurations.\n" +"Press to save your current configuration. Press and enter\n" +"a file name to load a previously saved configuration.\n" +"\n" +"\n" +"Terminal configuration\n" +"----------------------\n" +"If you use nconfig in a xterm window, make sure your TERM environment\n" +"variable specifies a terminal configuration which supports at least\n" +"16 colors. Otherwise nconfig will look rather bad.\n" +"\n" +"If the \"stty size\" command reports the current terminalsize correctly,\n" +"nconfig will adapt to sizes larger than the traditional 80x25 \"standard\"\n" +"and display longer menus properly.\n" +"\n" +"\n" +"Single menu mode\n" +"----------------\n" +"If you prefer to have all of the menu entries listed in a single menu,\n" +"rather than the default multimenu hierarchy, run nconfig with\n" +"NCONFIG_MODE environment variable set to single_menu. Example:\n" +"\n" +"make NCONFIG_MODE=single_menu nconfig\n" +"\n" +" will then unfold the appropriate category, or fold it if it\n" +"is already unfolded. Folded menu entries will be designated by a\n" +"leading \"++>\" and unfolded entries by a leading \"-->\".\n" +"\n" +"Note that this mode can eventually be a little more CPU expensive than\n" +"the default mode, especially with a larger number of unfolded submenus.\n" +"\n"), +menu_no_f_instructions[] = N_( +"Legend: [*] built-in [ ] excluded module < > module capable.\n" +"Submenus are designated by a trailing \"--->\", empty ones by \"----\".\n" +"\n" +"Use the following keys to navigate the menus:\n" +"Move up or down with and .\n" +"Enter a submenu with or .\n" +"Exit a submenu to its parent menu with or .\n" +"Pressing includes, excludes, modularizes features.\n" +"Pressing cycles through the available options.\n" +"To search for menu entries press .\n" +" always leaves the current window.\n" +"\n" +"You do not have function keys support.\n" +"Press <1> instead of , <2> instead of , etc.\n" +"For verbose global help use key <1>.\n" +"For help related to the current menu entry press or .\n"), +menu_instructions[] = N_( +"Legend: [*] built-in [ ] excluded module < > module capable.\n" +"Submenus are designated by a trailing \"--->\", empty ones by \"----\".\n" +"\n" +"Use the following keys to navigate the menus:\n" +"Move up or down with or .\n" +"Enter a submenu with or .\n" +"Exit a submenu to its parent menu with or .\n" +"Pressing includes, excludes, modularizes features.\n" +"Pressing cycles through the available options.\n" +"To search for menu entries press .\n" +" always leaves the current window.\n" +"\n" +"Pressing <1> may be used instead of , <2> instead of , etc.\n" +"For verbose global help press .\n" +"For help related to the current menu entry press or .\n"), +radiolist_instructions[] = N_( +"Press , , or to navigate a radiolist, select\n" +"with .\n" +"For help related to the current entry press or .\n" +"For global help press .\n"), +inputbox_instructions_int[] = N_( +"Please enter a decimal value.\n" +"Fractions will not be accepted.\n" +"Press to apply, to cancel."), +inputbox_instructions_hex[] = N_( +"Please enter a hexadecimal value.\n" +"Press to apply, to cancel."), +inputbox_instructions_string[] = N_( +"Please enter a string value.\n" +"Press to apply, to cancel."), +setmod_text[] = N_( +"This feature depends on another feature which has been configured as a\n" +"module. As a result, the current feature will be built as a module too."), +load_config_text[] = N_( +"Enter the name of the configuration file you wish to load.\n" +"Accept the name shown to restore the configuration you last\n" +"retrieved. Leave empty to abort."), +load_config_help[] = N_( +"For various reasons, one may wish to keep several different\n" +"configurations available on a single machine.\n" +"\n" +"If you have saved a previous configuration in a file other than the\n" +"default one, entering its name here will allow you to load and modify\n" +"that configuration.\n" +"\n" +"Leave empty to abort.\n"), +save_config_text[] = N_( +"Enter a filename to which this configuration should be saved\n" +"as an alternate. Leave empty to abort."), +save_config_help[] = N_( +"For various reasons, one may wish to keep several different\n" +"configurations available on a single machine.\n" +"\n" +"Entering a file name here will allow you to later retrieve, modify\n" +"and use the current configuration as an alternate to whatever\n" +"configuration options you have selected at that time.\n" +"\n" +"Leave empty to abort.\n"), +search_help[] = N_( +"Search for symbols (configuration variable names CONFIG_*) and display\n" +"their relations. Regular expressions are supported.\n" +"Example: Search for \"^FOO\".\n" +"Result:\n" +"-----------------------------------------------------------------\n" +"Symbol: FOO [ = m]\n" +"Prompt: Foo bus is used to drive the bar HW\n" +"Defined at drivers/pci/Kconfig:47\n" +"Depends on: X86_LOCAL_APIC && X86_IO_APIC || IA64\n" +"Location:\n" +" -> Bus options (PCI, PCMCIA, EISA, ISA)\n" +" -> PCI support (PCI [ = y])\n" +" -> PCI access mode ( [ = y])\n" +"Selects: LIBCRC32\n" +"Selected by: BAR\n" +"-----------------------------------------------------------------\n" +"o The line 'Prompt:' shows the text displayed for this symbol in\n" +" the menu hierarchy.\n" +"o The 'Defined at' line tells at what file / line number the symbol is\n" +" defined.\n" +"o The 'Depends on:' line lists symbols that need to be defined for\n" +" this symbol to be visible and selectable in the menu.\n" +"o The 'Location:' lines tell, where in the menu structure this symbol\n" +" is located. A location followed by a [ = y] indicates that this is\n" +" a selectable menu item, and the current value is displayed inside\n" +" brackets.\n" +"o The 'Selects:' line tells, what symbol will be automatically selected\n" +" if this symbol is selected (y or m).\n" +"o The 'Selected by' line tells what symbol has selected this symbol.\n" +"\n" +"Only relevant lines are shown.\n" +"\n\n" +"Search examples:\n" +"USB => find all symbols containing USB\n" +"^USB => find all symbols starting with USB\n" +"USB$ => find all symbols ending with USB\n" +"\n"); + +struct mitem { + char str[256]; + char tag; + void *usrptr; + int is_visible; +}; + +#define MAX_MENU_ITEMS 4096 +static int show_all_items; +static int indent; +static struct menu *current_menu; +static int child_count; +static int single_menu_mode; +/* the window in which all information appears */ +static WINDOW *main_window; +/* the largest size of the menu window */ +static int mwin_max_lines; +static int mwin_max_cols; +/* the window in which we show option buttons */ +static MENU *curses_menu; +static ITEM *curses_menu_items[MAX_MENU_ITEMS]; +static struct mitem k_menu_items[MAX_MENU_ITEMS]; +static int items_num; +static int global_exit; +/* the currently selected button */ +const char *current_instructions = menu_instructions; + +static char *dialog_input_result; +static int dialog_input_result_len; + +static void conf(struct menu *menu); +static void conf_choice(struct menu *menu); +static void conf_string(struct menu *menu); +static void conf_load(void); +static void conf_save(void); +static void show_help(struct menu *menu); +static int do_exit(void); +static void setup_windows(void); +static void search_conf(void); + +typedef void (*function_key_handler_t)(int *key, struct menu *menu); +static void handle_f1(int *key, struct menu *current_item); +static void handle_f2(int *key, struct menu *current_item); +static void handle_f3(int *key, struct menu *current_item); +static void handle_f4(int *key, struct menu *current_item); +static void handle_f5(int *key, struct menu *current_item); +static void handle_f6(int *key, struct menu *current_item); +static void handle_f7(int *key, struct menu *current_item); +static void handle_f8(int *key, struct menu *current_item); +static void handle_f9(int *key, struct menu *current_item); + +struct function_keys { + const char *key_str; + const char *func; + function_key key; + function_key_handler_t handler; +}; + +static const int function_keys_num = 9; +struct function_keys function_keys[] = { + { + .key_str = "F1", + .func = "Help", + .key = F_HELP, + .handler = handle_f1, + }, + { + .key_str = "F2", + .func = "SymInfo", + .key = F_SYMBOL, + .handler = handle_f2, + }, + { + .key_str = "F3", + .func = "Help 2", + .key = F_INSTS, + .handler = handle_f3, + }, + { + .key_str = "F4", + .func = "ShowAll", + .key = F_CONF, + .handler = handle_f4, + }, + { + .key_str = "F5", + .func = "Back", + .key = F_BACK, + .handler = handle_f5, + }, + { + .key_str = "F6", + .func = "Save", + .key = F_SAVE, + .handler = handle_f6, + }, + { + .key_str = "F7", + .func = "Load", + .key = F_LOAD, + .handler = handle_f7, + }, + { + .key_str = "F8", + .func = "SymSearch", + .key = F_SEARCH, + .handler = handle_f8, + }, + { + .key_str = "F9", + .func = "Exit", + .key = F_EXIT, + .handler = handle_f9, + }, +}; + +static void print_function_line(void) +{ + int i; + int offset = 1; + const int skip = 1; + int lines = getmaxy(stdscr); + + for (i = 0; i < function_keys_num; i++) { + (void) wattrset(main_window, attributes[FUNCTION_HIGHLIGHT]); + mvwprintw(main_window, lines-3, offset, + "%s", + function_keys[i].key_str); + (void) wattrset(main_window, attributes[FUNCTION_TEXT]); + offset += strlen(function_keys[i].key_str); + mvwprintw(main_window, lines-3, + offset, "%s", + function_keys[i].func); + offset += strlen(function_keys[i].func) + skip; + } + (void) wattrset(main_window, attributes[NORMAL]); +} + +/* help */ +static void handle_f1(int *key, struct menu *current_item) +{ + show_scroll_win(main_window, + _("Global help"), _(nconf_global_help)); + return; +} + +/* symbole help */ +static void handle_f2(int *key, struct menu *current_item) +{ + show_help(current_item); + return; +} + +/* instructions */ +static void handle_f3(int *key, struct menu *current_item) +{ + show_scroll_win(main_window, + _("Short help"), + _(current_instructions)); + return; +} + +/* config */ +static void handle_f4(int *key, struct menu *current_item) +{ + int res = btn_dialog(main_window, + _("Show all symbols?"), + 2, + " ", + ""); + if (res == 0) + show_all_items = 1; + else if (res == 1) + show_all_items = 0; + + return; +} + +/* back */ +static void handle_f5(int *key, struct menu *current_item) +{ + *key = KEY_LEFT; + return; +} + +/* save */ +static void handle_f6(int *key, struct menu *current_item) +{ + conf_save(); + return; +} + +/* load */ +static void handle_f7(int *key, struct menu *current_item) +{ + conf_load(); + return; +} + +/* search */ +static void handle_f8(int *key, struct menu *current_item) +{ + search_conf(); + return; +} + +/* exit */ +static void handle_f9(int *key, struct menu *current_item) +{ + do_exit(); + return; +} + +/* return != 0 to indicate the key was handles */ +static int process_special_keys(int *key, struct menu *menu) +{ + int i; + + if (*key == KEY_RESIZE) { + setup_windows(); + return 1; + } + + for (i = 0; i < function_keys_num; i++) { + if (*key == KEY_F(function_keys[i].key) || + *key == '0' + function_keys[i].key){ + function_keys[i].handler(key, menu); + return 1; + } + } + + return 0; +} + +static void clean_items(void) +{ + int i; + for (i = 0; curses_menu_items[i]; i++) + free_item(curses_menu_items[i]); + bzero(curses_menu_items, sizeof(curses_menu_items)); + bzero(k_menu_items, sizeof(k_menu_items)); + items_num = 0; +} + +typedef enum {MATCH_TINKER_PATTERN_UP, MATCH_TINKER_PATTERN_DOWN, + FIND_NEXT_MATCH_DOWN, FIND_NEXT_MATCH_UP} match_f; + +/* return the index of the matched item, or -1 if no such item exists */ +static int get_mext_match(const char *match_str, match_f flag) +{ + int match_start = item_index(current_item(curses_menu)); + int index; + + if (flag == FIND_NEXT_MATCH_DOWN) + ++match_start; + else if (flag == FIND_NEXT_MATCH_UP) + --match_start; + + index = match_start; + index = (index + items_num) % items_num; + while (true) { + char *str = k_menu_items[index].str; + if (strcasestr(str, match_str) != 0) + return index; + if (flag == FIND_NEXT_MATCH_UP || + flag == MATCH_TINKER_PATTERN_UP) + --index; + else + ++index; + index = (index + items_num) % items_num; + if (index == match_start) + return -1; + } +} + +/* Make a new item. */ +static void item_make(struct menu *menu, char tag, const char *fmt, ...) +{ + va_list ap; + + if (items_num > MAX_MENU_ITEMS-1) + return; + + bzero(&k_menu_items[items_num], sizeof(k_menu_items[0])); + k_menu_items[items_num].tag = tag; + k_menu_items[items_num].usrptr = menu; + if (menu != NULL) + k_menu_items[items_num].is_visible = + menu_is_visible(menu); + else + k_menu_items[items_num].is_visible = 1; + + va_start(ap, fmt); + vsnprintf(k_menu_items[items_num].str, + sizeof(k_menu_items[items_num].str), + fmt, ap); + va_end(ap); + + if (!k_menu_items[items_num].is_visible) + memcpy(k_menu_items[items_num].str, "XXX", 3); + + curses_menu_items[items_num] = new_item( + k_menu_items[items_num].str, + k_menu_items[items_num].str); + set_item_userptr(curses_menu_items[items_num], + &k_menu_items[items_num]); + /* + if (!k_menu_items[items_num].is_visible) + item_opts_off(curses_menu_items[items_num], O_SELECTABLE); + */ + + items_num++; + curses_menu_items[items_num] = NULL; +} + +/* very hackish. adds a string to the last item added */ +static void item_add_str(const char *fmt, ...) +{ + va_list ap; + int index = items_num-1; + char new_str[256]; + char tmp_str[256]; + + if (index < 0) + return; + + va_start(ap, fmt); + vsnprintf(new_str, sizeof(new_str), fmt, ap); + va_end(ap); + snprintf(tmp_str, sizeof(tmp_str), "%s%s", + k_menu_items[index].str, new_str); + strncpy(k_menu_items[index].str, + tmp_str, + sizeof(k_menu_items[index].str)); + + free_item(curses_menu_items[index]); + curses_menu_items[index] = new_item( + k_menu_items[index].str, + k_menu_items[index].str); + set_item_userptr(curses_menu_items[index], + &k_menu_items[index]); +} + +/* get the tag of the currently selected item */ +static char item_tag(void) +{ + ITEM *cur; + struct mitem *mcur; + + cur = current_item(curses_menu); + if (cur == NULL) + return 0; + mcur = (struct mitem *) item_userptr(cur); + return mcur->tag; +} + +static int curses_item_index(void) +{ + return item_index(current_item(curses_menu)); +} + +static void *item_data(void) +{ + ITEM *cur; + struct mitem *mcur; + + cur = current_item(curses_menu); + if (!cur) + return NULL; + mcur = (struct mitem *) item_userptr(cur); + return mcur->usrptr; + +} + +static int item_is_tag(char tag) +{ + return item_tag() == tag; +} + +static char filename[PATH_MAX+1]; +static char menu_backtitle[PATH_MAX+128]; +static const char *set_config_filename(const char *config_filename) +{ + int size; + + size = snprintf(menu_backtitle, sizeof(menu_backtitle), + "%s - %s", config_filename, rootmenu.prompt->text); + if (size >= sizeof(menu_backtitle)) + menu_backtitle[sizeof(menu_backtitle)-1] = '\0'; + + size = snprintf(filename, sizeof(filename), "%s", config_filename); + if (size >= sizeof(filename)) + filename[sizeof(filename)-1] = '\0'; + return menu_backtitle; +} + +/* return = 0 means we are successful. + * -1 means go on doing what you were doing + */ +static int do_exit(void) +{ + int res; + if (!conf_get_changed()) { + global_exit = 1; + return 0; + } + res = btn_dialog(main_window, + _("Do you wish to save your new configuration?\n" + " to cancel and resume nconfig."), + 2, + " ", + ""); + if (res == KEY_EXIT) { + global_exit = 0; + return -1; + } + + /* if we got here, the user really wants to exit */ + switch (res) { + case 0: + res = conf_write(filename); + if (res) + btn_dialog( + main_window, + _("Error during writing of configuration.\n" + "Your configuration changes were NOT saved."), + 1, + ""); + break; + default: + btn_dialog( + main_window, + _("Your configuration changes were NOT saved."), + 1, + ""); + break; + } + global_exit = 1; + return 0; +} + + +static void search_conf(void) +{ + struct symbol **sym_arr; + struct gstr res; + struct gstr title; + char *dialog_input; + int dres; + + title = str_new(); + str_printf( &title, _("Enter (sub)string or regexp to search for " + "(with or without \"%s\")"), CONFIG_); + +again: + dres = dialog_inputbox(main_window, + _("Search Configuration Parameter"), + str_get(&title), + "", &dialog_input_result, &dialog_input_result_len); + switch (dres) { + case 0: + break; + case 1: + show_scroll_win(main_window, + _("Search Configuration"), search_help); + goto again; + default: + str_free(&title); + return; + } + + /* strip the prefix if necessary */ + dialog_input = dialog_input_result; + if (strncasecmp(dialog_input_result, CONFIG_, strlen(CONFIG_)) == 0) + dialog_input += strlen(CONFIG_); + + sym_arr = sym_re_search(dialog_input); + res = get_relations_str(sym_arr, NULL); + free(sym_arr); + show_scroll_win(main_window, + _("Search Results"), str_get(&res)); + str_free(&res); + str_free(&title); +} + + +static void build_conf(struct menu *menu) +{ + struct symbol *sym; + struct property *prop; + struct menu *child; + int type, tmp, doint = 2; + tristate val; + char ch; + + if (!menu || (!show_all_items && !menu_is_visible(menu))) + return; + + sym = menu->sym; + prop = menu->prompt; + if (!sym) { + if (prop && menu != current_menu) { + const char *prompt = menu_get_prompt(menu); + enum prop_type ptype; + ptype = menu->prompt ? menu->prompt->type : P_UNKNOWN; + switch (ptype) { + case P_MENU: + child_count++; + prompt = _(prompt); + if (single_menu_mode) { + item_make(menu, 'm', + "%s%*c%s", + menu->data ? "-->" : "++>", + indent + 1, ' ', prompt); + } else + item_make(menu, 'm', + " %*c%s %s", + indent + 1, ' ', prompt, + menu_is_empty(menu) ? "----" : "--->"); + + if (single_menu_mode && menu->data) + goto conf_childs; + return; + case P_COMMENT: + if (prompt) { + child_count++; + item_make(menu, ':', + " %*c*** %s ***", + indent + 1, ' ', + _(prompt)); + } + break; + default: + if (prompt) { + child_count++; + item_make(menu, ':', "---%*c%s", + indent + 1, ' ', + _(prompt)); + } + } + } else + doint = 0; + goto conf_childs; + } + + type = sym_get_type(sym); + if (sym_is_choice(sym)) { + struct symbol *def_sym = sym_get_choice_value(sym); + struct menu *def_menu = NULL; + + child_count++; + for (child = menu->list; child; child = child->next) { + if (menu_is_visible(child) && child->sym == def_sym) + def_menu = child; + } + + val = sym_get_tristate_value(sym); + if (sym_is_changable(sym)) { + switch (type) { + case S_BOOLEAN: + item_make(menu, 't', "[%c]", + val == no ? ' ' : '*'); + break; + case S_TRISTATE: + switch (val) { + case yes: + ch = '*'; + break; + case mod: + ch = 'M'; + break; + default: + ch = ' '; + break; + } + item_make(menu, 't', "<%c>", ch); + break; + } + } else { + item_make(menu, def_menu ? 't' : ':', " "); + } + + item_add_str("%*c%s", indent + 1, + ' ', _(menu_get_prompt(menu))); + if (val == yes) { + if (def_menu) { + item_add_str(" (%s)", + _(menu_get_prompt(def_menu))); + item_add_str(" --->"); + if (def_menu->list) { + indent += 2; + build_conf(def_menu); + indent -= 2; + } + } + return; + } + } else { + if (menu == current_menu) { + item_make(menu, ':', + "---%*c%s", indent + 1, + ' ', _(menu_get_prompt(menu))); + goto conf_childs; + } + child_count++; + val = sym_get_tristate_value(sym); + if (sym_is_choice_value(sym) && val == yes) { + item_make(menu, ':', " "); + } else { + switch (type) { + case S_BOOLEAN: + if (sym_is_changable(sym)) + item_make(menu, 't', "[%c]", + val == no ? ' ' : '*'); + else + item_make(menu, 't', "-%c-", + val == no ? ' ' : '*'); + break; + case S_TRISTATE: + switch (val) { + case yes: + ch = '*'; + break; + case mod: + ch = 'M'; + break; + default: + ch = ' '; + break; + } + if (sym_is_changable(sym)) { + if (sym->rev_dep.tri == mod) + item_make(menu, + 't', "{%c}", ch); + else + item_make(menu, + 't', "<%c>", ch); + } else + item_make(menu, 't', "-%c-", ch); + break; + default: + tmp = 2 + strlen(sym_get_string_value(sym)); + item_make(menu, 's', " (%s)", + sym_get_string_value(sym)); + tmp = indent - tmp + 4; + if (tmp < 0) + tmp = 0; + item_add_str("%*c%s%s", tmp, ' ', + _(menu_get_prompt(menu)), + (sym_has_value(sym) || + !sym_is_changable(sym)) ? "" : + _(" (NEW)")); + goto conf_childs; + } + } + item_add_str("%*c%s%s", indent + 1, ' ', + _(menu_get_prompt(menu)), + (sym_has_value(sym) || !sym_is_changable(sym)) ? + "" : _(" (NEW)")); + if (menu->prompt && menu->prompt->type == P_MENU) { + item_add_str(" %s", menu_is_empty(menu) ? "----" : "--->"); + return; + } + } + +conf_childs: + indent += doint; + for (child = menu->list; child; child = child->next) + build_conf(child); + indent -= doint; +} + +static void reset_menu(void) +{ + unpost_menu(curses_menu); + clean_items(); +} + +/* adjust the menu to show this item. + * prefer not to scroll the menu if possible*/ +static void center_item(int selected_index, int *last_top_row) +{ + int toprow; + + set_top_row(curses_menu, *last_top_row); + toprow = top_row(curses_menu); + if (selected_index < toprow || + selected_index >= toprow+mwin_max_lines) { + toprow = max(selected_index-mwin_max_lines/2, 0); + if (toprow >= item_count(curses_menu)-mwin_max_lines) + toprow = item_count(curses_menu)-mwin_max_lines; + set_top_row(curses_menu, toprow); + } + set_current_item(curses_menu, + curses_menu_items[selected_index]); + *last_top_row = toprow; + post_menu(curses_menu); + refresh_all_windows(main_window); +} + +/* this function assumes reset_menu has been called before */ +static void show_menu(const char *prompt, const char *instructions, + int selected_index, int *last_top_row) +{ + int maxx, maxy; + WINDOW *menu_window; + + current_instructions = instructions; + + clear(); + (void) wattrset(main_window, attributes[NORMAL]); + print_in_middle(stdscr, 1, 0, getmaxx(stdscr), + menu_backtitle, + attributes[MAIN_HEADING]); + + (void) wattrset(main_window, attributes[MAIN_MENU_BOX]); + box(main_window, 0, 0); + (void) wattrset(main_window, attributes[MAIN_MENU_HEADING]); + mvwprintw(main_window, 0, 3, " %s ", prompt); + (void) wattrset(main_window, attributes[NORMAL]); + + set_menu_items(curses_menu, curses_menu_items); + + /* position the menu at the middle of the screen */ + scale_menu(curses_menu, &maxy, &maxx); + maxx = min(maxx, mwin_max_cols-2); + maxy = mwin_max_lines; + menu_window = derwin(main_window, + maxy, + maxx, + 2, + (mwin_max_cols-maxx)/2); + keypad(menu_window, TRUE); + set_menu_win(curses_menu, menu_window); + set_menu_sub(curses_menu, menu_window); + + /* must reassert this after changing items, otherwise returns to a + * default of 16 + */ + set_menu_format(curses_menu, maxy, 1); + center_item(selected_index, last_top_row); + set_menu_format(curses_menu, maxy, 1); + + print_function_line(); + + /* Post the menu */ + post_menu(curses_menu); + refresh_all_windows(main_window); +} + +static void adj_match_dir(match_f *match_direction) +{ + if (*match_direction == FIND_NEXT_MATCH_DOWN) + *match_direction = + MATCH_TINKER_PATTERN_DOWN; + else if (*match_direction == FIND_NEXT_MATCH_UP) + *match_direction = + MATCH_TINKER_PATTERN_UP; + /* else, do no change.. */ +} + +struct match_state +{ + int in_search; + match_f match_direction; + char pattern[256]; +}; + +/* Return 0 means I have handled the key. In such a case, ans should hold the + * item to center, or -1 otherwise. + * Else return -1 . + */ +static int do_match(int key, struct match_state *state, int *ans) +{ + char c = (char) key; + int terminate_search = 0; + *ans = -1; + if (key == '/' || (state->in_search && key == 27)) { + move(0, 0); + refresh(); + clrtoeol(); + state->in_search = 1-state->in_search; + bzero(state->pattern, sizeof(state->pattern)); + state->match_direction = MATCH_TINKER_PATTERN_DOWN; + return 0; + } else if (!state->in_search) + return 1; + + if (isalnum(c) || isgraph(c) || c == ' ') { + state->pattern[strlen(state->pattern)] = c; + state->pattern[strlen(state->pattern)] = '\0'; + adj_match_dir(&state->match_direction); + *ans = get_mext_match(state->pattern, + state->match_direction); + } else if (key == KEY_DOWN) { + state->match_direction = FIND_NEXT_MATCH_DOWN; + *ans = get_mext_match(state->pattern, + state->match_direction); + } else if (key == KEY_UP) { + state->match_direction = FIND_NEXT_MATCH_UP; + *ans = get_mext_match(state->pattern, + state->match_direction); + } else if (key == KEY_BACKSPACE || key == 127) { + state->pattern[strlen(state->pattern)-1] = '\0'; + adj_match_dir(&state->match_direction); + } else + terminate_search = 1; + + if (terminate_search) { + state->in_search = 0; + bzero(state->pattern, sizeof(state->pattern)); + move(0, 0); + refresh(); + clrtoeol(); + return -1; + } + return 0; +} + +static void conf(struct menu *menu) +{ + struct menu *submenu = 0; + const char *prompt = menu_get_prompt(menu); + struct symbol *sym; + int res; + int current_index = 0; + int last_top_row = 0; + struct match_state match_state = { + .in_search = 0, + .match_direction = MATCH_TINKER_PATTERN_DOWN, + .pattern = "", + }; + + while (!global_exit) { + reset_menu(); + current_menu = menu; + build_conf(menu); + if (!child_count) + break; + + show_menu(prompt ? _(prompt) : _("Main Menu"), + _(menu_instructions), + current_index, &last_top_row); + keypad((menu_win(curses_menu)), TRUE); + while (!global_exit) { + if (match_state.in_search) { + mvprintw(0, 0, + "searching: %s", match_state.pattern); + clrtoeol(); + } + refresh_all_windows(main_window); + res = wgetch(menu_win(curses_menu)); + if (!res) + break; + if (do_match(res, &match_state, ¤t_index) == 0) { + if (current_index != -1) + center_item(current_index, + &last_top_row); + continue; + } + if (process_special_keys(&res, + (struct menu *) item_data())) + break; + switch (res) { + case KEY_DOWN: + menu_driver(curses_menu, REQ_DOWN_ITEM); + break; + case KEY_UP: + menu_driver(curses_menu, REQ_UP_ITEM); + break; + case KEY_NPAGE: + menu_driver(curses_menu, REQ_SCR_DPAGE); + break; + case KEY_PPAGE: + menu_driver(curses_menu, REQ_SCR_UPAGE); + break; + case KEY_HOME: + menu_driver(curses_menu, REQ_FIRST_ITEM); + break; + case KEY_END: + menu_driver(curses_menu, REQ_LAST_ITEM); + break; + case 'h': + case '?': + show_help((struct menu *) item_data()); + break; + } + if (res == 10 || res == 27 || + res == 32 || res == 'n' || res == 'y' || + res == KEY_LEFT || res == KEY_RIGHT || + res == 'm') + break; + refresh_all_windows(main_window); + } + + refresh_all_windows(main_window); + /* if ESC or left*/ + if (res == 27 || (menu != &rootmenu && res == KEY_LEFT)) + break; + + /* remember location in the menu */ + last_top_row = top_row(curses_menu); + current_index = curses_item_index(); + + if (!item_tag()) + continue; + + submenu = (struct menu *) item_data(); + if (!submenu || !menu_is_visible(submenu)) + continue; + sym = submenu->sym; + + switch (res) { + case ' ': + if (item_is_tag('t')) + sym_toggle_tristate_value(sym); + else if (item_is_tag('m')) + conf(submenu); + break; + case KEY_RIGHT: + case 10: /* ENTER WAS PRESSED */ + switch (item_tag()) { + case 'm': + if (single_menu_mode) + submenu->data = + (void *) (long) !submenu->data; + else + conf(submenu); + break; + case 't': + if (sym_is_choice(sym) && + sym_get_tristate_value(sym) == yes) + conf_choice(submenu); + else if (submenu->prompt && + submenu->prompt->type == P_MENU) + conf(submenu); + else if (res == 10) + sym_toggle_tristate_value(sym); + break; + case 's': + conf_string(submenu); + break; + } + break; + case 'y': + if (item_is_tag('t')) { + if (sym_set_tristate_value(sym, yes)) + break; + if (sym_set_tristate_value(sym, mod)) + btn_dialog(main_window, setmod_text, 0); + } + break; + case 'n': + if (item_is_tag('t')) + sym_set_tristate_value(sym, no); + break; + case 'm': + if (item_is_tag('t')) + sym_set_tristate_value(sym, mod); + break; + } + } +} + +static void conf_message_callback(const char *fmt, va_list ap) +{ + char buf[1024]; + + vsnprintf(buf, sizeof(buf), fmt, ap); + btn_dialog(main_window, buf, 1, ""); +} + +static void show_help(struct menu *menu) +{ + struct gstr help; + + if (!menu) + return; + + help = str_new(); + menu_get_ext_help(menu, &help); + show_scroll_win(main_window, _(menu_get_prompt(menu)), str_get(&help)); + str_free(&help); +} + +static void conf_choice(struct menu *menu) +{ + const char *prompt = _(menu_get_prompt(menu)); + struct menu *child = 0; + struct symbol *active; + int selected_index = 0; + int last_top_row = 0; + int res, i = 0; + struct match_state match_state = { + .in_search = 0, + .match_direction = MATCH_TINKER_PATTERN_DOWN, + .pattern = "", + }; + + active = sym_get_choice_value(menu->sym); + /* this is mostly duplicated from the conf() function. */ + while (!global_exit) { + reset_menu(); + + for (i = 0, child = menu->list; child; child = child->next) { + if (!show_all_items && !menu_is_visible(child)) + continue; + + if (child->sym == sym_get_choice_value(menu->sym)) + item_make(child, ':', " %s", + _(menu_get_prompt(child))); + else if (child->sym) + item_make(child, ':', " %s", + _(menu_get_prompt(child))); + else + item_make(child, ':', "*** %s ***", + _(menu_get_prompt(child))); + + if (child->sym == active){ + last_top_row = top_row(curses_menu); + selected_index = i; + } + i++; + } + show_menu(prompt ? _(prompt) : _("Choice Menu"), + _(radiolist_instructions), + selected_index, + &last_top_row); + while (!global_exit) { + if (match_state.in_search) { + mvprintw(0, 0, "searching: %s", + match_state.pattern); + clrtoeol(); + } + refresh_all_windows(main_window); + res = wgetch(menu_win(curses_menu)); + if (!res) + break; + if (do_match(res, &match_state, &selected_index) == 0) { + if (selected_index != -1) + center_item(selected_index, + &last_top_row); + continue; + } + if (process_special_keys( + &res, + (struct menu *) item_data())) + break; + switch (res) { + case KEY_DOWN: + menu_driver(curses_menu, REQ_DOWN_ITEM); + break; + case KEY_UP: + menu_driver(curses_menu, REQ_UP_ITEM); + break; + case KEY_NPAGE: + menu_driver(curses_menu, REQ_SCR_DPAGE); + break; + case KEY_PPAGE: + menu_driver(curses_menu, REQ_SCR_UPAGE); + break; + case KEY_HOME: + menu_driver(curses_menu, REQ_FIRST_ITEM); + break; + case KEY_END: + menu_driver(curses_menu, REQ_LAST_ITEM); + break; + case 'h': + case '?': + show_help((struct menu *) item_data()); + break; + } + if (res == 10 || res == 27 || res == ' ' || + res == KEY_LEFT){ + break; + } + refresh_all_windows(main_window); + } + /* if ESC or left */ + if (res == 27 || res == KEY_LEFT) + break; + + child = item_data(); + if (!child || !menu_is_visible(child) || !child->sym) + continue; + switch (res) { + case ' ': + case 10: + case KEY_RIGHT: + sym_set_tristate_value(child->sym, yes); + return; + case 'h': + case '?': + show_help(child); + active = child->sym; + break; + case KEY_EXIT: + return; + } + } +} + +static void conf_string(struct menu *menu) +{ + const char *prompt = menu_get_prompt(menu); + + while (1) { + int res; + const char *heading; + + switch (sym_get_type(menu->sym)) { + case S_INT: + heading = _(inputbox_instructions_int); + break; + case S_HEX: + heading = _(inputbox_instructions_hex); + break; + case S_STRING: + heading = _(inputbox_instructions_string); + break; + default: + heading = _("Internal nconf error!"); + } + res = dialog_inputbox(main_window, + prompt ? _(prompt) : _("Main Menu"), + heading, + sym_get_string_value(menu->sym), + &dialog_input_result, + &dialog_input_result_len); + switch (res) { + case 0: + if (sym_set_string_value(menu->sym, + dialog_input_result)) + return; + btn_dialog(main_window, + _("You have made an invalid entry."), 0); + break; + case 1: + show_help(menu); + break; + case KEY_EXIT: + return; + } + } +} + +static void conf_load(void) +{ + while (1) { + int res; + res = dialog_inputbox(main_window, + NULL, load_config_text, + filename, + &dialog_input_result, + &dialog_input_result_len); + switch (res) { + case 0: + if (!dialog_input_result[0]) + return; + if (!conf_read(dialog_input_result)) { + set_config_filename(dialog_input_result); + sym_set_change_count(1); + return; + } + btn_dialog(main_window, _("File does not exist!"), 0); + break; + case 1: + show_scroll_win(main_window, + _("Load Alternate Configuration"), + load_config_help); + break; + case KEY_EXIT: + return; + } + } +} + +static void conf_save(void) +{ + while (1) { + int res; + res = dialog_inputbox(main_window, + NULL, save_config_text, + filename, + &dialog_input_result, + &dialog_input_result_len); + switch (res) { + case 0: + if (!dialog_input_result[0]) + return; + res = conf_write(dialog_input_result); + if (!res) { + set_config_filename(dialog_input_result); + return; + } + btn_dialog(main_window, _("Can't create file! " + "Probably a nonexistent directory."), + 1, ""); + break; + case 1: + show_scroll_win(main_window, + _("Save Alternate Configuration"), + save_config_help); + break; + case KEY_EXIT: + return; + } + } +} + +void setup_windows(void) +{ + int lines, columns; + + getmaxyx(stdscr, lines, columns); + + if (main_window != NULL) + delwin(main_window); + + /* set up the menu and menu window */ + main_window = newwin(lines-2, columns-2, 2, 1); + keypad(main_window, TRUE); + mwin_max_lines = lines-7; + mwin_max_cols = columns-6; + + /* panels order is from bottom to top */ + new_panel(main_window); +} + +int main(int ac, char **av) +{ + int lines, columns; + char *mode; + + setlocale(LC_ALL, ""); + bindtextdomain(PACKAGE, LOCALEDIR); + textdomain(PACKAGE); + + if (ac > 1 && strcmp(av[1], "-s") == 0) { + /* Silence conf_read() until the real callback is set up */ + conf_set_message_callback(NULL); + av++; + } + conf_parse(av[1]); + conf_read(NULL); + + mode = getenv("NCONFIG_MODE"); + if (mode) { + if (!strcasecmp(mode, "single_menu")) + single_menu_mode = 1; + } + + /* Initialize curses */ + initscr(); + /* set color theme */ + set_colors(); + + cbreak(); + noecho(); + keypad(stdscr, TRUE); + curs_set(0); + + getmaxyx(stdscr, lines, columns); + if (columns < 75 || lines < 20) { + endwin(); + printf("Your terminal should have at " + "least 20 lines and 75 columns\n"); + return 1; + } + + notimeout(stdscr, FALSE); +#if NCURSES_REENTRANT + set_escdelay(1); +#else + ESCDELAY = 1; +#endif + + /* set btns menu */ + curses_menu = new_menu(curses_menu_items); + menu_opts_off(curses_menu, O_SHOWDESC); + menu_opts_on(curses_menu, O_SHOWMATCH); + menu_opts_on(curses_menu, O_ONEVALUE); + menu_opts_on(curses_menu, O_NONCYCLIC); + menu_opts_on(curses_menu, O_IGNORECASE); + set_menu_mark(curses_menu, " "); + set_menu_fore(curses_menu, attributes[MAIN_MENU_FORE]); + set_menu_back(curses_menu, attributes[MAIN_MENU_BACK]); + set_menu_grey(curses_menu, attributes[MAIN_MENU_GREY]); + + set_config_filename(conf_get_configname()); + setup_windows(); + + /* check for KEY_FUNC(1) */ + if (has_key(KEY_F(1)) == FALSE) { + show_scroll_win(main_window, + _("Instructions"), + _(menu_no_f_instructions)); + } + + conf_set_message_callback(conf_message_callback); + /* do the work */ + while (!global_exit) { + conf(&rootmenu); + if (!global_exit && do_exit() == 0) + break; + } + /* ok, we are done */ + unpost_menu(curses_menu); + free_menu(curses_menu); + delwin(main_window); + clear(); + refresh(); + endwin(); + return 0; +} diff --git a/xen/tools/kconfig/nconf.gui.c b/xen/tools/kconfig/nconf.gui.c new file mode 100644 index 0000000..8275f0e --- /dev/null +++ b/xen/tools/kconfig/nconf.gui.c @@ -0,0 +1,656 @@ +/* + * Copyright (C) 2008 Nir Tzachar 0) + win_rows = msg_lines+4; + else + win_rows = msg_lines+2; + + win = newwin(win_rows, total_width+4, y, x); + keypad(win, TRUE); + menu_win = derwin(win, 1, btns_width, win_rows-2, + 1+(total_width+2-btns_width)/2); + menu = new_menu(btns); + msg_win = derwin(win, win_rows-2, msg_width, 1, + 1+(total_width+2-msg_width)/2); + + set_menu_fore(menu, attributes[DIALOG_MENU_FORE]); + set_menu_back(menu, attributes[DIALOG_MENU_BACK]); + + (void) wattrset(win, attributes[DIALOG_BOX]); + box(win, 0, 0); + + /* print message */ + (void) wattrset(msg_win, attributes[DIALOG_TEXT]); + fill_window(msg_win, msg); + + set_menu_win(menu, win); + set_menu_sub(menu, menu_win); + set_menu_format(menu, 1, btn_num); + menu_opts_off(menu, O_SHOWDESC); + menu_opts_off(menu, O_SHOWMATCH); + menu_opts_on(menu, O_ONEVALUE); + menu_opts_on(menu, O_NONCYCLIC); + set_menu_mark(menu, ""); + post_menu(menu); + + + touchwin(win); + refresh_all_windows(main_window); + while ((res = wgetch(win))) { + switch (res) { + case KEY_LEFT: + menu_driver(menu, REQ_LEFT_ITEM); + break; + case KEY_RIGHT: + menu_driver(menu, REQ_RIGHT_ITEM); + break; + case 10: /* ENTER */ + case 27: /* ESCAPE */ + case ' ': + case KEY_F(F_BACK): + case KEY_F(F_EXIT): + break; + } + touchwin(win); + refresh_all_windows(main_window); + + if (res == 10 || res == ' ') { + res = item_index(current_item(menu)); + break; + } else if (res == 27 || res == KEY_F(F_BACK) || + res == KEY_F(F_EXIT)) { + res = KEY_EXIT; + break; + } + } + + unpost_menu(menu); + free_menu(menu); + for (i = 0; i < btn_num; i++) + free_item(btns[i]); + + delwin(win); + return res; +} + +int dialog_inputbox(WINDOW *main_window, + const char *title, const char *prompt, + const char *init, char **resultp, int *result_len) +{ + int prompt_lines = 0; + int prompt_width = 0; + WINDOW *win; + WINDOW *prompt_win; + WINDOW *form_win; + PANEL *panel; + int i, x, y; + int res = -1; + int cursor_position = strlen(init); + int cursor_form_win; + char *result = *resultp; + + if (strlen(init)+1 > *result_len) { + *result_len = strlen(init)+1; + *resultp = result = realloc(result, *result_len); + } + + /* find the widest line of msg: */ + prompt_lines = get_line_no(prompt); + for (i = 0; i < prompt_lines; i++) { + const char *line = get_line(prompt, i); + int len = get_line_length(line); + prompt_width = max(prompt_width, len); + } + + if (title) + prompt_width = max(prompt_width, strlen(title)); + + /* place dialog in middle of screen */ + y = (getmaxy(stdscr)-(prompt_lines+4))/2; + x = (getmaxx(stdscr)-(prompt_width+4))/2; + + strncpy(result, init, *result_len); + + /* create the windows */ + win = newwin(prompt_lines+6, prompt_width+7, y, x); + prompt_win = derwin(win, prompt_lines+1, prompt_width, 2, 2); + form_win = derwin(win, 1, prompt_width, prompt_lines+3, 2); + keypad(form_win, TRUE); + + (void) wattrset(form_win, attributes[INPUT_FIELD]); + + (void) wattrset(win, attributes[INPUT_BOX]); + box(win, 0, 0); + (void) wattrset(win, attributes[INPUT_HEADING]); + if (title) + mvwprintw(win, 0, 3, "%s", title); + + /* print message */ + (void) wattrset(prompt_win, attributes[INPUT_TEXT]); + fill_window(prompt_win, prompt); + + mvwprintw(form_win, 0, 0, "%*s", prompt_width, " "); + cursor_form_win = min(cursor_position, prompt_width-1); + mvwprintw(form_win, 0, 0, "%s", + result + cursor_position-cursor_form_win); + + /* create panels */ + panel = new_panel(win); + + /* show the cursor */ + curs_set(1); + + touchwin(win); + refresh_all_windows(main_window); + while ((res = wgetch(form_win))) { + int len = strlen(result); + switch (res) { + case 10: /* ENTER */ + case 27: /* ESCAPE */ + case KEY_F(F_HELP): + case KEY_F(F_EXIT): + case KEY_F(F_BACK): + break; + case 127: + case KEY_BACKSPACE: + if (cursor_position > 0) { + memmove(&result[cursor_position-1], + &result[cursor_position], + len-cursor_position+1); + cursor_position--; + cursor_form_win--; + len--; + } + break; + case KEY_DC: + if (cursor_position >= 0 && cursor_position < len) { + memmove(&result[cursor_position], + &result[cursor_position+1], + len-cursor_position+1); + len--; + } + break; + case KEY_UP: + case KEY_RIGHT: + if (cursor_position < len) { + cursor_position++; + cursor_form_win++; + } + break; + case KEY_DOWN: + case KEY_LEFT: + if (cursor_position > 0) { + cursor_position--; + cursor_form_win--; + } + break; + case KEY_HOME: + cursor_position = 0; + cursor_form_win = 0; + break; + case KEY_END: + cursor_position = len; + cursor_form_win = min(cursor_position, prompt_width-1); + break; + default: + if ((isgraph(res) || isspace(res))) { + /* one for new char, one for '\0' */ + if (len+2 > *result_len) { + *result_len = len+2; + *resultp = result = realloc(result, + *result_len); + } + /* insert the char at the proper position */ + memmove(&result[cursor_position+1], + &result[cursor_position], + len-cursor_position+1); + result[cursor_position] = res; + cursor_position++; + cursor_form_win++; + len++; + } else { + mvprintw(0, 0, "unknown key: %d\n", res); + } + break; + } + if (cursor_form_win < 0) + cursor_form_win = 0; + else if (cursor_form_win > prompt_width-1) + cursor_form_win = prompt_width-1; + + wmove(form_win, 0, 0); + wclrtoeol(form_win); + mvwprintw(form_win, 0, 0, "%*s", prompt_width, " "); + mvwprintw(form_win, 0, 0, "%s", + result + cursor_position-cursor_form_win); + wmove(form_win, 0, cursor_form_win); + touchwin(win); + refresh_all_windows(main_window); + + if (res == 10) { + res = 0; + break; + } else if (res == 27 || res == KEY_F(F_BACK) || + res == KEY_F(F_EXIT)) { + res = KEY_EXIT; + break; + } else if (res == KEY_F(F_HELP)) { + res = 1; + break; + } + } + + /* hide the cursor */ + curs_set(0); + del_panel(panel); + delwin(prompt_win); + delwin(form_win); + delwin(win); + return res; +} + +/* refresh all windows in the correct order */ +void refresh_all_windows(WINDOW *main_window) +{ + update_panels(); + touchwin(main_window); + refresh(); +} + +/* layman's scrollable window... */ +void show_scroll_win(WINDOW *main_window, + const char *title, + const char *text) +{ + int res; + int total_lines = get_line_no(text); + int x, y, lines, columns; + int start_x = 0, start_y = 0; + int text_lines = 0, text_cols = 0; + int total_cols = 0; + int win_cols = 0; + int win_lines = 0; + int i = 0; + WINDOW *win; + WINDOW *pad; + PANEL *panel; + + getmaxyx(stdscr, lines, columns); + + /* find the widest line of msg: */ + total_lines = get_line_no(text); + for (i = 0; i < total_lines; i++) { + const char *line = get_line(text, i); + int len = get_line_length(line); + total_cols = max(total_cols, len+2); + } + + /* create the pad */ + pad = newpad(total_lines+10, total_cols+10); + (void) wattrset(pad, attributes[SCROLLWIN_TEXT]); + fill_window(pad, text); + + win_lines = min(total_lines+4, lines-2); + win_cols = min(total_cols+2, columns-2); + text_lines = max(win_lines-4, 0); + text_cols = max(win_cols-2, 0); + + /* place window in middle of screen */ + y = (lines-win_lines)/2; + x = (columns-win_cols)/2; + + win = newwin(win_lines, win_cols, y, x); + keypad(win, TRUE); + /* show the help in the help window, and show the help panel */ + (void) wattrset(win, attributes[SCROLLWIN_BOX]); + box(win, 0, 0); + (void) wattrset(win, attributes[SCROLLWIN_HEADING]); + mvwprintw(win, 0, 3, " %s ", title); + panel = new_panel(win); + + /* handle scrolling */ + do { + + copywin(pad, win, start_y, start_x, 2, 2, text_lines, + text_cols, 0); + print_in_middle(win, + text_lines+2, + 0, + text_cols, + "", + attributes[DIALOG_MENU_FORE]); + wrefresh(win); + + res = wgetch(win); + switch (res) { + case KEY_NPAGE: + case ' ': + case 'd': + start_y += text_lines-2; + break; + case KEY_PPAGE: + case 'u': + start_y -= text_lines+2; + break; + case KEY_HOME: + start_y = 0; + break; + case KEY_END: + start_y = total_lines-text_lines; + break; + case KEY_DOWN: + case 'j': + start_y++; + break; + case KEY_UP: + case 'k': + start_y--; + break; + case KEY_LEFT: + case 'h': + start_x--; + break; + case KEY_RIGHT: + case 'l': + start_x++; + break; + } + if (res == 10 || res == 27 || res == 'q' || + res == KEY_F(F_HELP) || res == KEY_F(F_BACK) || + res == KEY_F(F_EXIT)) + break; + if (start_y < 0) + start_y = 0; + if (start_y >= total_lines-text_lines) + start_y = total_lines-text_lines; + if (start_x < 0) + start_x = 0; + if (start_x >= total_cols-text_cols) + start_x = total_cols-text_cols; + } while (res); + + del_panel(panel); + delwin(win); + refresh_all_windows(main_window); +} diff --git a/xen/tools/kconfig/nconf.h b/xen/tools/kconfig/nconf.h new file mode 100644 index 0000000..0d52617 --- /dev/null +++ b/xen/tools/kconfig/nconf.h @@ -0,0 +1,96 @@ +/* + * Copyright (C) 2008 Nir Tzachar +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#include +#include +#include + +#include "ncurses.h" + +#define max(a, b) ({\ + typeof(a) _a = a;\ + typeof(b) _b = b;\ + _a > _b ? _a : _b; }) + +#define min(a, b) ({\ + typeof(a) _a = a;\ + typeof(b) _b = b;\ + _a < _b ? _a : _b; }) + +typedef enum { + NORMAL = 1, + MAIN_HEADING, + MAIN_MENU_BOX, + MAIN_MENU_FORE, + MAIN_MENU_BACK, + MAIN_MENU_GREY, + MAIN_MENU_HEADING, + SCROLLWIN_TEXT, + SCROLLWIN_HEADING, + SCROLLWIN_BOX, + DIALOG_TEXT, + DIALOG_MENU_FORE, + DIALOG_MENU_BACK, + DIALOG_BOX, + INPUT_BOX, + INPUT_HEADING, + INPUT_TEXT, + INPUT_FIELD, + FUNCTION_TEXT, + FUNCTION_HIGHLIGHT, + ATTR_MAX +} attributes_t; +extern attributes_t attributes[]; + +typedef enum { + F_HELP = 1, + F_SYMBOL = 2, + F_INSTS = 3, + F_CONF = 4, + F_BACK = 5, + F_SAVE = 6, + F_LOAD = 7, + F_SEARCH = 8, + F_EXIT = 9, +} function_key; + +void set_colors(void); + +/* this changes the windows attributes !!! */ +void print_in_middle(WINDOW *win, + int starty, + int startx, + int width, + const char *string, + chtype color); +int get_line_length(const char *line); +int get_line_no(const char *text); +const char *get_line(const char *text, int line_no); +void fill_window(WINDOW *win, const char *text); +int btn_dialog(WINDOW *main_window, const char *msg, int btn_num, ...); +int dialog_inputbox(WINDOW *main_window, + const char *title, const char *prompt, + const char *init, char **resultp, int *result_len); +void refresh_all_windows(WINDOW *main_window); +void show_scroll_win(WINDOW *main_window, + const char *title, + const char *text); diff --git a/xen/tools/kconfig/qconf.cc b/xen/tools/kconfig/qconf.cc new file mode 100644 index 0000000..c3bb7fe --- /dev/null +++ b/xen/tools/kconfig/qconf.cc @@ -0,0 +1,1798 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include + +#if QT_VERSION < 0x040000 +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#else +#include +#include +#include +#include +#include +#include +#include +#include +#include +#endif + +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#include + +#include "lkc.h" +#include "qconf.h" + +#include "qconf.moc" +#include "images.c" + +#ifdef _ +# undef _ +# define _ qgettext +#endif + +static QApplication *configApp; +static ConfigSettings *configSettings; + +Q3Action *ConfigMainWindow::saveAction; + +static inline QString qgettext(const char* str) +{ + return QString::fromLocal8Bit(gettext(str)); +} + +static inline QString qgettext(const QString& str) +{ + return QString::fromLocal8Bit(gettext(str.latin1())); +} + +ConfigSettings::ConfigSettings() + : QSettings("kernel.org", "qconf") +{ +} + +/** + * Reads a list of integer values from the application settings. + */ +Q3ValueList ConfigSettings::readSizes(const QString& key, bool *ok) +{ + Q3ValueList result; + QStringList entryList = readListEntry(key, ok); + QStringList::Iterator it; + + for (it = entryList.begin(); it != entryList.end(); ++it) + result.push_back((*it).toInt()); + + return result; +} + +/** + * Writes a list of integer values to the application settings. + */ +bool ConfigSettings::writeSizes(const QString& key, const Q3ValueList& value) +{ + QStringList stringList; + Q3ValueList::ConstIterator it; + + for (it = value.begin(); it != value.end(); ++it) + stringList.push_back(QString::number(*it)); + return writeEntry(key, stringList); +} + + +/* + * set the new data + * TODO check the value + */ +void ConfigItem::okRename(int col) +{ + Parent::okRename(col); + sym_set_string_value(menu->sym, text(dataColIdx).latin1()); + listView()->updateList(this); +} + +/* + * update the displayed of a menu entry + */ +void ConfigItem::updateMenu(void) +{ + ConfigList* list; + struct symbol* sym; + struct property *prop; + QString prompt; + int type; + tristate expr; + + list = listView(); + if (goParent) { + setPixmap(promptColIdx, list->menuBackPix); + prompt = ".."; + goto set_prompt; + } + + sym = menu->sym; + prop = menu->prompt; + prompt = _(menu_get_prompt(menu)); + + if (prop) switch (prop->type) { + case P_MENU: + if (list->mode == singleMode || list->mode == symbolMode) { + /* a menuconfig entry is displayed differently + * depending whether it's at the view root or a child. + */ + if (sym && list->rootEntry == menu) + break; + setPixmap(promptColIdx, list->menuPix); + } else { + if (sym) + break; + setPixmap(promptColIdx, 0); + } + goto set_prompt; + case P_COMMENT: + setPixmap(promptColIdx, 0); + goto set_prompt; + default: + ; + } + if (!sym) + goto set_prompt; + + setText(nameColIdx, QString::fromLocal8Bit(sym->name)); + + type = sym_get_type(sym); + switch (type) { + case S_BOOLEAN: + case S_TRISTATE: + char ch; + + if (!sym_is_changable(sym) && list->optMode == normalOpt) { + setPixmap(promptColIdx, 0); + setText(noColIdx, QString::null); + setText(modColIdx, QString::null); + setText(yesColIdx, QString::null); + break; + } + expr = sym_get_tristate_value(sym); + switch (expr) { + case yes: + if (sym_is_choice_value(sym) && type == S_BOOLEAN) + setPixmap(promptColIdx, list->choiceYesPix); + else + setPixmap(promptColIdx, list->symbolYesPix); + setText(yesColIdx, "Y"); + ch = 'Y'; + break; + case mod: + setPixmap(promptColIdx, list->symbolModPix); + setText(modColIdx, "M"); + ch = 'M'; + break; + default: + if (sym_is_choice_value(sym) && type == S_BOOLEAN) + setPixmap(promptColIdx, list->choiceNoPix); + else + setPixmap(promptColIdx, list->symbolNoPix); + setText(noColIdx, "N"); + ch = 'N'; + break; + } + if (expr != no) + setText(noColIdx, sym_tristate_within_range(sym, no) ? "_" : 0); + if (expr != mod) + setText(modColIdx, sym_tristate_within_range(sym, mod) ? "_" : 0); + if (expr != yes) + setText(yesColIdx, sym_tristate_within_range(sym, yes) ? "_" : 0); + + setText(dataColIdx, QChar(ch)); + break; + case S_INT: + case S_HEX: + case S_STRING: + const char* data; + + data = sym_get_string_value(sym); + + int i = list->mapIdx(dataColIdx); + if (i >= 0) + setRenameEnabled(i, TRUE); + setText(dataColIdx, data); + if (type == S_STRING) + prompt = QString("%1: %2").arg(prompt).arg(data); + else + prompt = QString("(%2) %1").arg(prompt).arg(data); + break; + } + if (!sym_has_value(sym) && visible) + prompt += _(" (NEW)"); +set_prompt: + setText(promptColIdx, prompt); +} + +void ConfigItem::testUpdateMenu(bool v) +{ + ConfigItem* i; + + visible = v; + if (!menu) + return; + + sym_calc_value(menu->sym); + if (menu->flags & MENU_CHANGED) { + /* the menu entry changed, so update all list items */ + menu->flags &= ~MENU_CHANGED; + for (i = (ConfigItem*)menu->data; i; i = i->nextItem) + i->updateMenu(); + } else if (listView()->updateAll) + updateMenu(); +} + +void ConfigItem::paintCell(QPainter* p, const QColorGroup& cg, int column, int width, int align) +{ + ConfigList* list = listView(); + + if (visible) { + if (isSelected() && !list->hasFocus() && list->mode == menuMode) + Parent::paintCell(p, list->inactivedColorGroup, column, width, align); + else + Parent::paintCell(p, cg, column, width, align); + } else + Parent::paintCell(p, list->disabledColorGroup, column, width, align); +} + +/* + * construct a menu entry + */ +void ConfigItem::init(void) +{ + if (menu) { + ConfigList* list = listView(); + nextItem = (ConfigItem*)menu->data; + menu->data = this; + + if (list->mode != fullMode) + setOpen(TRUE); + sym_calc_value(menu->sym); + } + updateMenu(); +} + +/* + * destruct a menu entry + */ +ConfigItem::~ConfigItem(void) +{ + if (menu) { + ConfigItem** ip = (ConfigItem**)&menu->data; + for (; *ip; ip = &(*ip)->nextItem) { + if (*ip == this) { + *ip = nextItem; + break; + } + } + } +} + +ConfigLineEdit::ConfigLineEdit(ConfigView* parent) + : Parent(parent) +{ + connect(this, SIGNAL(lostFocus()), SLOT(hide())); +} + +void ConfigLineEdit::show(ConfigItem* i) +{ + item = i; + if (sym_get_string_value(item->menu->sym)) + setText(QString::fromLocal8Bit(sym_get_string_value(item->menu->sym))); + else + setText(QString::null); + Parent::show(); + setFocus(); +} + +void ConfigLineEdit::keyPressEvent(QKeyEvent* e) +{ + switch (e->key()) { + case Qt::Key_Escape: + break; + case Qt::Key_Return: + case Qt::Key_Enter: + sym_set_string_value(item->menu->sym, text().latin1()); + parent()->updateList(item); + break; + default: + Parent::keyPressEvent(e); + return; + } + e->accept(); + parent()->list->setFocus(); + hide(); +} + +ConfigList::ConfigList(ConfigView* p, const char *name) + : Parent(p, name), + updateAll(false), + symbolYesPix(xpm_symbol_yes), symbolModPix(xpm_symbol_mod), symbolNoPix(xpm_symbol_no), + choiceYesPix(xpm_choice_yes), choiceNoPix(xpm_choice_no), + menuPix(xpm_menu), menuInvPix(xpm_menu_inv), menuBackPix(xpm_menuback), voidPix(xpm_void), + showName(false), showRange(false), showData(false), optMode(normalOpt), + rootEntry(0), headerPopup(0) +{ + int i; + + setSorting(-1); + setRootIsDecorated(TRUE); + disabledColorGroup = palette().active(); + disabledColorGroup.setColor(QColorGroup::Text, palette().disabled().text()); + inactivedColorGroup = palette().active(); + inactivedColorGroup.setColor(QColorGroup::Highlight, palette().disabled().highlight()); + + connect(this, SIGNAL(selectionChanged(void)), + SLOT(updateSelection(void))); + + if (name) { + configSettings->beginGroup(name); + showName = configSettings->readBoolEntry("/showName", false); + showRange = configSettings->readBoolEntry("/showRange", false); + showData = configSettings->readBoolEntry("/showData", false); + optMode = (enum optionMode)configSettings->readNumEntry("/optionMode", false); + configSettings->endGroup(); + connect(configApp, SIGNAL(aboutToQuit()), SLOT(saveSettings())); + } + + for (i = 0; i < colNr; i++) + colMap[i] = colRevMap[i] = -1; + addColumn(promptColIdx, _("Option")); + + reinit(); +} + +bool ConfigList::menuSkip(struct menu *menu) +{ + if (optMode == normalOpt && menu_is_visible(menu)) + return false; + if (optMode == promptOpt && menu_has_prompt(menu)) + return false; + if (optMode == allOpt) + return false; + return true; +} + +void ConfigList::reinit(void) +{ + removeColumn(dataColIdx); + removeColumn(yesColIdx); + removeColumn(modColIdx); + removeColumn(noColIdx); + removeColumn(nameColIdx); + + if (showName) + addColumn(nameColIdx, _("Name")); + if (showRange) { + addColumn(noColIdx, "N"); + addColumn(modColIdx, "M"); + addColumn(yesColIdx, "Y"); + } + if (showData) + addColumn(dataColIdx, _("Value")); + + updateListAll(); +} + +void ConfigList::saveSettings(void) +{ + if (name()) { + configSettings->beginGroup(name()); + configSettings->writeEntry("/showName", showName); + configSettings->writeEntry("/showRange", showRange); + configSettings->writeEntry("/showData", showData); + configSettings->writeEntry("/optionMode", (int)optMode); + configSettings->endGroup(); + } +} + +ConfigItem* ConfigList::findConfigItem(struct menu *menu) +{ + ConfigItem* item = (ConfigItem*)menu->data; + + for (; item; item = item->nextItem) { + if (this == item->listView()) + break; + } + + return item; +} + +void ConfigList::updateSelection(void) +{ + struct menu *menu; + enum prop_type type; + + ConfigItem* item = (ConfigItem*)selectedItem(); + if (!item) + return; + + menu = item->menu; + emit menuChanged(menu); + if (!menu) + return; + type = menu->prompt ? menu->prompt->type : P_UNKNOWN; + if (mode == menuMode && type == P_MENU) + emit menuSelected(menu); +} + +void ConfigList::updateList(ConfigItem* item) +{ + ConfigItem* last = 0; + + if (!rootEntry) { + if (mode != listMode) + goto update; + Q3ListViewItemIterator it(this); + ConfigItem* item; + + for (; it.current(); ++it) { + item = (ConfigItem*)it.current(); + if (!item->menu) + continue; + item->testUpdateMenu(menu_is_visible(item->menu)); + } + return; + } + + if (rootEntry != &rootmenu && (mode == singleMode || + (mode == symbolMode && rootEntry->parent != &rootmenu))) { + item = firstChild(); + if (!item) + item = new ConfigItem(this, 0, true); + last = item; + } + if ((mode == singleMode || (mode == symbolMode && !(rootEntry->flags & MENU_ROOT))) && + rootEntry->sym && rootEntry->prompt) { + item = last ? last->nextSibling() : firstChild(); + if (!item) + item = new ConfigItem(this, last, rootEntry, true); + else + item->testUpdateMenu(true); + + updateMenuList(item, rootEntry); + triggerUpdate(); + return; + } +update: + updateMenuList(this, rootEntry); + triggerUpdate(); +} + +void ConfigList::setValue(ConfigItem* item, tristate val) +{ + struct symbol* sym; + int type; + tristate oldval; + + sym = item->menu ? item->menu->sym : 0; + if (!sym) + return; + + type = sym_get_type(sym); + switch (type) { + case S_BOOLEAN: + case S_TRISTATE: + oldval = sym_get_tristate_value(sym); + + if (!sym_set_tristate_value(sym, val)) + return; + if (oldval == no && item->menu->list) + item->setOpen(TRUE); + parent()->updateList(item); + break; + } +} + +void ConfigList::changeValue(ConfigItem* item) +{ + struct symbol* sym; + struct menu* menu; + int type, oldexpr, newexpr; + + menu = item->menu; + if (!menu) + return; + sym = menu->sym; + if (!sym) { + if (item->menu->list) + item->setOpen(!item->isOpen()); + return; + } + + type = sym_get_type(sym); + switch (type) { + case S_BOOLEAN: + case S_TRISTATE: + oldexpr = sym_get_tristate_value(sym); + newexpr = sym_toggle_tristate_value(sym); + if (item->menu->list) { + if (oldexpr == newexpr) + item->setOpen(!item->isOpen()); + else if (oldexpr == no) + item->setOpen(TRUE); + } + if (oldexpr != newexpr) + parent()->updateList(item); + break; + case S_INT: + case S_HEX: + case S_STRING: + if (colMap[dataColIdx] >= 0) + item->startRename(colMap[dataColIdx]); + else + parent()->lineEdit->show(item); + break; + } +} + +void ConfigList::setRootMenu(struct menu *menu) +{ + enum prop_type type; + + if (rootEntry == menu) + return; + type = menu && menu->prompt ? menu->prompt->type : P_UNKNOWN; + if (type != P_MENU) + return; + updateMenuList(this, 0); + rootEntry = menu; + updateListAll(); + setSelected(currentItem(), hasFocus()); + ensureItemVisible(currentItem()); +} + +void ConfigList::setParentMenu(void) +{ + ConfigItem* item; + struct menu *oldroot; + + oldroot = rootEntry; + if (rootEntry == &rootmenu) + return; + setRootMenu(menu_get_parent_menu(rootEntry->parent)); + + Q3ListViewItemIterator it(this); + for (; (item = (ConfigItem*)it.current()); it++) { + if (item->menu == oldroot) { + setCurrentItem(item); + ensureItemVisible(item); + break; + } + } +} + +/* + * update all the children of a menu entry + * removes/adds the entries from the parent widget as necessary + * + * parent: either the menu list widget or a menu entry widget + * menu: entry to be updated + */ +template +void ConfigList::updateMenuList(P* parent, struct menu* menu) +{ + struct menu* child; + ConfigItem* item; + ConfigItem* last; + bool visible; + enum prop_type type; + + if (!menu) { + while ((item = parent->firstChild())) + delete item; + return; + } + + last = parent->firstChild(); + if (last && !last->goParent) + last = 0; + for (child = menu->list; child; child = child->next) { + item = last ? last->nextSibling() : parent->firstChild(); + type = child->prompt ? child->prompt->type : P_UNKNOWN; + + switch (mode) { + case menuMode: + if (!(child->flags & MENU_ROOT)) + goto hide; + break; + case symbolMode: + if (child->flags & MENU_ROOT) + goto hide; + break; + default: + break; + } + + visible = menu_is_visible(child); + if (!menuSkip(child)) { + if (!child->sym && !child->list && !child->prompt) + continue; + if (!item || item->menu != child) + item = new ConfigItem(parent, last, child, visible); + else + item->testUpdateMenu(visible); + + if (mode == fullMode || mode == menuMode || type != P_MENU) + updateMenuList(item, child); + else + updateMenuList(item, 0); + last = item; + continue; + } + hide: + if (item && item->menu == child) { + last = parent->firstChild(); + if (last == item) + last = 0; + else while (last->nextSibling() != item) + last = last->nextSibling(); + delete item; + } + } +} + +void ConfigList::keyPressEvent(QKeyEvent* ev) +{ + Q3ListViewItem* i = currentItem(); + ConfigItem* item; + struct menu *menu; + enum prop_type type; + + if (ev->key() == Qt::Key_Escape && mode != fullMode && mode != listMode) { + emit parentSelected(); + ev->accept(); + return; + } + + if (!i) { + Parent::keyPressEvent(ev); + return; + } + item = (ConfigItem*)i; + + switch (ev->key()) { + case Qt::Key_Return: + case Qt::Key_Enter: + if (item->goParent) { + emit parentSelected(); + break; + } + menu = item->menu; + if (!menu) + break; + type = menu->prompt ? menu->prompt->type : P_UNKNOWN; + if (type == P_MENU && rootEntry != menu && + mode != fullMode && mode != menuMode) { + emit menuSelected(menu); + break; + } + case Qt::Key_Space: + changeValue(item); + break; + case Qt::Key_N: + setValue(item, no); + break; + case Qt::Key_M: + setValue(item, mod); + break; + case Qt::Key_Y: + setValue(item, yes); + break; + default: + Parent::keyPressEvent(ev); + return; + } + ev->accept(); +} + +void ConfigList::contentsMousePressEvent(QMouseEvent* e) +{ + //QPoint p(contentsToViewport(e->pos())); + //printf("contentsMousePressEvent: %d,%d\n", p.x(), p.y()); + Parent::contentsMousePressEvent(e); +} + +void ConfigList::contentsMouseReleaseEvent(QMouseEvent* e) +{ + QPoint p(contentsToViewport(e->pos())); + ConfigItem* item = (ConfigItem*)itemAt(p); + struct menu *menu; + enum prop_type ptype; + const QPixmap* pm; + int idx, x; + + if (!item) + goto skip; + + menu = item->menu; + x = header()->offset() + p.x(); + idx = colRevMap[header()->sectionAt(x)]; + switch (idx) { + case promptColIdx: + pm = item->pixmap(promptColIdx); + if (pm) { + int off = header()->sectionPos(0) + itemMargin() + + treeStepSize() * (item->depth() + (rootIsDecorated() ? 1 : 0)); + if (x >= off && x < off + pm->width()) { + if (item->goParent) { + emit parentSelected(); + break; + } else if (!menu) + break; + ptype = menu->prompt ? menu->prompt->type : P_UNKNOWN; + if (ptype == P_MENU && rootEntry != menu && + mode != fullMode && mode != menuMode) + emit menuSelected(menu); + else + changeValue(item); + } + } + break; + case noColIdx: + setValue(item, no); + break; + case modColIdx: + setValue(item, mod); + break; + case yesColIdx: + setValue(item, yes); + break; + case dataColIdx: + changeValue(item); + break; + } + +skip: + //printf("contentsMouseReleaseEvent: %d,%d\n", p.x(), p.y()); + Parent::contentsMouseReleaseEvent(e); +} + +void ConfigList::contentsMouseMoveEvent(QMouseEvent* e) +{ + //QPoint p(contentsToViewport(e->pos())); + //printf("contentsMouseMoveEvent: %d,%d\n", p.x(), p.y()); + Parent::contentsMouseMoveEvent(e); +} + +void ConfigList::contentsMouseDoubleClickEvent(QMouseEvent* e) +{ + QPoint p(contentsToViewport(e->pos())); + ConfigItem* item = (ConfigItem*)itemAt(p); + struct menu *menu; + enum prop_type ptype; + + if (!item) + goto skip; + if (item->goParent) { + emit parentSelected(); + goto skip; + } + menu = item->menu; + if (!menu) + goto skip; + ptype = menu->prompt ? menu->prompt->type : P_UNKNOWN; + if (ptype == P_MENU && (mode == singleMode || mode == symbolMode)) + emit menuSelected(menu); + else if (menu->sym) + changeValue(item); + +skip: + //printf("contentsMouseDoubleClickEvent: %d,%d\n", p.x(), p.y()); + Parent::contentsMouseDoubleClickEvent(e); +} + +void ConfigList::focusInEvent(QFocusEvent *e) +{ + struct menu *menu = NULL; + + Parent::focusInEvent(e); + + ConfigItem* item = (ConfigItem *)currentItem(); + if (item) { + setSelected(item, TRUE); + menu = item->menu; + } + emit gotFocus(menu); +} + +void ConfigList::contextMenuEvent(QContextMenuEvent *e) +{ + if (e->y() <= header()->geometry().bottom()) { + if (!headerPopup) { + Q3Action *action; + + headerPopup = new Q3PopupMenu(this); + action = new Q3Action(NULL, _("Show Name"), 0, this); + action->setToggleAction(TRUE); + connect(action, SIGNAL(toggled(bool)), + parent(), SLOT(setShowName(bool))); + connect(parent(), SIGNAL(showNameChanged(bool)), + action, SLOT(setOn(bool))); + action->setOn(showName); + action->addTo(headerPopup); + action = new Q3Action(NULL, _("Show Range"), 0, this); + action->setToggleAction(TRUE); + connect(action, SIGNAL(toggled(bool)), + parent(), SLOT(setShowRange(bool))); + connect(parent(), SIGNAL(showRangeChanged(bool)), + action, SLOT(setOn(bool))); + action->setOn(showRange); + action->addTo(headerPopup); + action = new Q3Action(NULL, _("Show Data"), 0, this); + action->setToggleAction(TRUE); + connect(action, SIGNAL(toggled(bool)), + parent(), SLOT(setShowData(bool))); + connect(parent(), SIGNAL(showDataChanged(bool)), + action, SLOT(setOn(bool))); + action->setOn(showData); + action->addTo(headerPopup); + } + headerPopup->exec(e->globalPos()); + e->accept(); + } else + e->ignore(); +} + +ConfigView*ConfigView::viewList; +QAction *ConfigView::showNormalAction; +QAction *ConfigView::showAllAction; +QAction *ConfigView::showPromptAction; + +ConfigView::ConfigView(QWidget* parent, const char *name) + : Parent(parent, name) +{ + list = new ConfigList(this, name); + lineEdit = new ConfigLineEdit(this); + lineEdit->hide(); + + this->nextView = viewList; + viewList = this; +} + +ConfigView::~ConfigView(void) +{ + ConfigView** vp; + + for (vp = &viewList; *vp; vp = &(*vp)->nextView) { + if (*vp == this) { + *vp = nextView; + break; + } + } +} + +void ConfigView::setOptionMode(QAction *act) +{ + if (act == showNormalAction) + list->optMode = normalOpt; + else if (act == showAllAction) + list->optMode = allOpt; + else + list->optMode = promptOpt; + + list->updateListAll(); +} + +void ConfigView::setShowName(bool b) +{ + if (list->showName != b) { + list->showName = b; + list->reinit(); + emit showNameChanged(b); + } +} + +void ConfigView::setShowRange(bool b) +{ + if (list->showRange != b) { + list->showRange = b; + list->reinit(); + emit showRangeChanged(b); + } +} + +void ConfigView::setShowData(bool b) +{ + if (list->showData != b) { + list->showData = b; + list->reinit(); + emit showDataChanged(b); + } +} + +void ConfigList::setAllOpen(bool open) +{ + Q3ListViewItemIterator it(this); + + for (; it.current(); it++) + it.current()->setOpen(open); +} + +void ConfigView::updateList(ConfigItem* item) +{ + ConfigView* v; + + for (v = viewList; v; v = v->nextView) + v->list->updateList(item); +} + +void ConfigView::updateListAll(void) +{ + ConfigView* v; + + for (v = viewList; v; v = v->nextView) + v->list->updateListAll(); +} + +ConfigInfoView::ConfigInfoView(QWidget* parent, const char *name) + : Parent(parent, name), sym(0), _menu(0) +{ + if (name) { + configSettings->beginGroup(name); + _showDebug = configSettings->readBoolEntry("/showDebug", false); + configSettings->endGroup(); + connect(configApp, SIGNAL(aboutToQuit()), SLOT(saveSettings())); + } +} + +void ConfigInfoView::saveSettings(void) +{ + if (name()) { + configSettings->beginGroup(name()); + configSettings->writeEntry("/showDebug", showDebug()); + configSettings->endGroup(); + } +} + +void ConfigInfoView::setShowDebug(bool b) +{ + if (_showDebug != b) { + _showDebug = b; + if (_menu) + menuInfo(); + else if (sym) + symbolInfo(); + emit showDebugChanged(b); + } +} + +void ConfigInfoView::setInfo(struct menu *m) +{ + if (_menu == m) + return; + _menu = m; + sym = NULL; + if (!_menu) + clear(); + else + menuInfo(); +} + +void ConfigInfoView::symbolInfo(void) +{ + QString str; + + str += "Symbol: "; + str += print_filter(sym->name); + str += "

value: "; + str += print_filter(sym_get_string_value(sym)); + str += "
visibility: "; + str += sym->visible == yes ? "y" : sym->visible == mod ? "m" : "n"; + str += "
"; + str += debug_info(sym); + + setText(str); +} + +void ConfigInfoView::menuInfo(void) +{ + struct symbol* sym; + QString head, debug, help; + + sym = _menu->sym; + if (sym) { + if (_menu->prompt) { + head += ""; + head += print_filter(_(_menu->prompt->text)); + head += ""; + if (sym->name) { + head += " ("; + if (showDebug()) + head += QString().sprintf("", sym); + head += print_filter(sym->name); + if (showDebug()) + head += ""; + head += ")"; + } + } else if (sym->name) { + head += ""; + if (showDebug()) + head += QString().sprintf("", sym); + head += print_filter(sym->name); + if (showDebug()) + head += ""; + head += ""; + } + head += "

"; + + if (showDebug()) + debug = debug_info(sym); + + struct gstr help_gstr = str_new(); + menu_get_ext_help(_menu, &help_gstr); + help = print_filter(str_get(&help_gstr)); + str_free(&help_gstr); + } else if (_menu->prompt) { + head += ""; + head += print_filter(_(_menu->prompt->text)); + head += "

"; + if (showDebug()) { + if (_menu->prompt->visible.expr) { + debug += "  dep: "; + expr_print(_menu->prompt->visible.expr, expr_print_help, &debug, E_NONE); + debug += "

"; + } + } + } + if (showDebug()) + debug += QString().sprintf("defined at %s:%d

", _menu->file->name, _menu->lineno); + + setText(head + debug + help); +} + +QString ConfigInfoView::debug_info(struct symbol *sym) +{ + QString debug; + + debug += "type: "; + debug += print_filter(sym_type_name(sym->type)); + if (sym_is_choice(sym)) + debug += " (choice)"; + debug += "
"; + if (sym->rev_dep.expr) { + debug += "reverse dep: "; + expr_print(sym->rev_dep.expr, expr_print_help, &debug, E_NONE); + debug += "
"; + } + for (struct property *prop = sym->prop; prop; prop = prop->next) { + switch (prop->type) { + case P_PROMPT: + case P_MENU: + debug += QString().sprintf("prompt: ", prop->menu); + debug += print_filter(_(prop->text)); + debug += "
"; + break; + case P_DEFAULT: + case P_SELECT: + case P_RANGE: + case P_ENV: + debug += prop_get_type_name(prop->type); + debug += ": "; + expr_print(prop->expr, expr_print_help, &debug, E_NONE); + debug += "
"; + break; + case P_CHOICE: + if (sym_is_choice(sym)) { + debug += "choice: "; + expr_print(prop->expr, expr_print_help, &debug, E_NONE); + debug += "
"; + } + break; + default: + debug += "unknown property: "; + debug += prop_get_type_name(prop->type); + debug += "
"; + } + if (prop->visible.expr) { + debug += "    dep: "; + expr_print(prop->visible.expr, expr_print_help, &debug, E_NONE); + debug += "
"; + } + } + debug += "
"; + + return debug; +} + +QString ConfigInfoView::print_filter(const QString &str) +{ + QRegExp re("[<>&\"\\n]"); + QString res = str; + for (int i = 0; (i = res.find(re, i)) >= 0;) { + switch (res[i].latin1()) { + case '<': + res.replace(i, 1, "<"); + i += 4; + break; + case '>': + res.replace(i, 1, ">"); + i += 4; + break; + case '&': + res.replace(i, 1, "&"); + i += 5; + break; + case '"': + res.replace(i, 1, """); + i += 6; + break; + case '\n': + res.replace(i, 1, "
"); + i += 4; + break; + } + } + return res; +} + +void ConfigInfoView::expr_print_help(void *data, struct symbol *sym, const char *str) +{ + QString* text = reinterpret_cast(data); + QString str2 = print_filter(str); + + if (sym && sym->name && !(sym->flags & SYMBOL_CONST)) { + *text += QString().sprintf("", sym); + *text += str2; + *text += ""; + } else + *text += str2; +} + +Q3PopupMenu* ConfigInfoView::createPopupMenu(const QPoint& pos) +{ + Q3PopupMenu* popup = Parent::createPopupMenu(pos); + Q3Action* action = new Q3Action(NULL, _("Show Debug Info"), 0, popup); + action->setToggleAction(TRUE); + connect(action, SIGNAL(toggled(bool)), SLOT(setShowDebug(bool))); + connect(this, SIGNAL(showDebugChanged(bool)), action, SLOT(setOn(bool))); + action->setOn(showDebug()); + popup->insertSeparator(); + action->addTo(popup); + return popup; +} + +void ConfigInfoView::contentsContextMenuEvent(QContextMenuEvent *e) +{ + Parent::contentsContextMenuEvent(e); +} + +ConfigSearchWindow::ConfigSearchWindow(ConfigMainWindow* parent, const char *name) + : Parent(parent, name), result(NULL) +{ + setCaption("Search Config"); + + QVBoxLayout* layout1 = new QVBoxLayout(this, 11, 6); + QHBoxLayout* layout2 = new QHBoxLayout(0, 0, 6); + layout2->addWidget(new QLabel(_("Find:"), this)); + editField = new QLineEdit(this); + connect(editField, SIGNAL(returnPressed()), SLOT(search())); + layout2->addWidget(editField); + searchButton = new QPushButton(_("Search"), this); + searchButton->setAutoDefault(FALSE); + connect(searchButton, SIGNAL(clicked()), SLOT(search())); + layout2->addWidget(searchButton); + layout1->addLayout(layout2); + + split = new QSplitter(this); + split->setOrientation(Qt::Vertical); + list = new ConfigView(split, name); + list->list->mode = listMode; + info = new ConfigInfoView(split, name); + connect(list->list, SIGNAL(menuChanged(struct menu *)), + info, SLOT(setInfo(struct menu *))); + connect(list->list, SIGNAL(menuChanged(struct menu *)), + parent, SLOT(setMenuLink(struct menu *))); + + layout1->addWidget(split); + + if (name) { + int x, y, width, height; + bool ok; + + configSettings->beginGroup(name); + width = configSettings->readNumEntry("/window width", parent->width() / 2); + height = configSettings->readNumEntry("/window height", parent->height() / 2); + resize(width, height); + x = configSettings->readNumEntry("/window x", 0, &ok); + if (ok) + y = configSettings->readNumEntry("/window y", 0, &ok); + if (ok) + move(x, y); + Q3ValueList sizes = configSettings->readSizes("/split", &ok); + if (ok) + split->setSizes(sizes); + configSettings->endGroup(); + connect(configApp, SIGNAL(aboutToQuit()), SLOT(saveSettings())); + } +} + +void ConfigSearchWindow::saveSettings(void) +{ + if (name()) { + configSettings->beginGroup(name()); + configSettings->writeEntry("/window x", pos().x()); + configSettings->writeEntry("/window y", pos().y()); + configSettings->writeEntry("/window width", size().width()); + configSettings->writeEntry("/window height", size().height()); + configSettings->writeSizes("/split", split->sizes()); + configSettings->endGroup(); + } +} + +void ConfigSearchWindow::search(void) +{ + struct symbol **p; + struct property *prop; + ConfigItem *lastItem = NULL; + + free(result); + list->list->clear(); + info->clear(); + + result = sym_re_search(editField->text().latin1()); + if (!result) + return; + for (p = result; *p; p++) { + for_all_prompts((*p), prop) + lastItem = new ConfigItem(list->list, lastItem, prop->menu, + menu_is_visible(prop->menu)); + } +} + +/* + * Construct the complete config widget + */ +ConfigMainWindow::ConfigMainWindow(void) + : searchWindow(0) +{ + QMenuBar* menu; + bool ok; + int x, y, width, height; + char title[256]; + + QDesktopWidget *d = configApp->desktop(); + snprintf(title, sizeof(title), "%s%s", + rootmenu.prompt->text, +#if QT_VERSION < 0x040000 + " (Qt3)" +#else + "" +#endif + ); + setCaption(title); + + width = configSettings->readNumEntry("/window width", d->width() - 64); + height = configSettings->readNumEntry("/window height", d->height() - 64); + resize(width, height); + x = configSettings->readNumEntry("/window x", 0, &ok); + if (ok) + y = configSettings->readNumEntry("/window y", 0, &ok); + if (ok) + move(x, y); + + split1 = new QSplitter(this); + split1->setOrientation(Qt::Horizontal); + setCentralWidget(split1); + + menuView = new ConfigView(split1, "menu"); + menuList = menuView->list; + + split2 = new QSplitter(split1); + split2->setOrientation(Qt::Vertical); + + // create config tree + configView = new ConfigView(split2, "config"); + configList = configView->list; + + helpText = new ConfigInfoView(split2, "help"); + helpText->setTextFormat(Qt::RichText); + + setTabOrder(configList, helpText); + configList->setFocus(); + + menu = menuBar(); + toolBar = new Q3ToolBar("Tools", this); + + backAction = new Q3Action("Back", QPixmap(xpm_back), _("Back"), 0, this); + connect(backAction, SIGNAL(activated()), SLOT(goBack())); + backAction->setEnabled(FALSE); + Q3Action *quitAction = new Q3Action("Quit", _("&Quit"), Qt::CTRL + Qt::Key_Q, this); + connect(quitAction, SIGNAL(activated()), SLOT(close())); + Q3Action *loadAction = new Q3Action("Load", QPixmap(xpm_load), _("&Load"), Qt::CTRL + Qt::Key_L, this); + connect(loadAction, SIGNAL(activated()), SLOT(loadConfig())); + saveAction = new Q3Action("Save", QPixmap(xpm_save), _("&Save"), Qt::CTRL + Qt::Key_S, this); + connect(saveAction, SIGNAL(activated()), SLOT(saveConfig())); + conf_set_changed_callback(conf_changed); + // Set saveAction's initial state + conf_changed(); + Q3Action *saveAsAction = new Q3Action("Save As...", _("Save &As..."), 0, this); + connect(saveAsAction, SIGNAL(activated()), SLOT(saveConfigAs())); + Q3Action *searchAction = new Q3Action("Find", _("&Find"), Qt::CTRL + Qt::Key_F, this); + connect(searchAction, SIGNAL(activated()), SLOT(searchConfig())); + Q3Action *singleViewAction = new Q3Action("Single View", QPixmap(xpm_single_view), _("Single View"), 0, this); + connect(singleViewAction, SIGNAL(activated()), SLOT(showSingleView())); + Q3Action *splitViewAction = new Q3Action("Split View", QPixmap(xpm_split_view), _("Split View"), 0, this); + connect(splitViewAction, SIGNAL(activated()), SLOT(showSplitView())); + Q3Action *fullViewAction = new Q3Action("Full View", QPixmap(xpm_tree_view), _("Full View"), 0, this); + connect(fullViewAction, SIGNAL(activated()), SLOT(showFullView())); + + Q3Action *showNameAction = new Q3Action(NULL, _("Show Name"), 0, this); + showNameAction->setToggleAction(TRUE); + connect(showNameAction, SIGNAL(toggled(bool)), configView, SLOT(setShowName(bool))); + connect(configView, SIGNAL(showNameChanged(bool)), showNameAction, SLOT(setOn(bool))); + showNameAction->setOn(configView->showName()); + Q3Action *showRangeAction = new Q3Action(NULL, _("Show Range"), 0, this); + showRangeAction->setToggleAction(TRUE); + connect(showRangeAction, SIGNAL(toggled(bool)), configView, SLOT(setShowRange(bool))); + connect(configView, SIGNAL(showRangeChanged(bool)), showRangeAction, SLOT(setOn(bool))); + showRangeAction->setOn(configList->showRange); + Q3Action *showDataAction = new Q3Action(NULL, _("Show Data"), 0, this); + showDataAction->setToggleAction(TRUE); + connect(showDataAction, SIGNAL(toggled(bool)), configView, SLOT(setShowData(bool))); + connect(configView, SIGNAL(showDataChanged(bool)), showDataAction, SLOT(setOn(bool))); + showDataAction->setOn(configList->showData); + + QActionGroup *optGroup = new QActionGroup(this); + optGroup->setExclusive(TRUE); + connect(optGroup, SIGNAL(selected(QAction *)), configView, + SLOT(setOptionMode(QAction *))); + connect(optGroup, SIGNAL(selected(QAction *)), menuView, + SLOT(setOptionMode(QAction *))); + +#if QT_VERSION >= 0x040000 + configView->showNormalAction = new QAction(_("Show Normal Options"), optGroup); + configView->showAllAction = new QAction(_("Show All Options"), optGroup); + configView->showPromptAction = new QAction(_("Show Prompt Options"), optGroup); +#else + configView->showNormalAction = new QAction(_("Show Normal Options"), 0, optGroup); + configView->showAllAction = new QAction(_("Show All Options"), 0, optGroup); + configView->showPromptAction = new QAction(_("Show Prompt Options"), 0, optGroup); +#endif + configView->showNormalAction->setToggleAction(TRUE); + configView->showNormalAction->setOn(configList->optMode == normalOpt); + configView->showAllAction->setToggleAction(TRUE); + configView->showAllAction->setOn(configList->optMode == allOpt); + configView->showPromptAction->setToggleAction(TRUE); + configView->showPromptAction->setOn(configList->optMode == promptOpt); + + Q3Action *showDebugAction = new Q3Action(NULL, _("Show Debug Info"), 0, this); + showDebugAction->setToggleAction(TRUE); + connect(showDebugAction, SIGNAL(toggled(bool)), helpText, SLOT(setShowDebug(bool))); + connect(helpText, SIGNAL(showDebugChanged(bool)), showDebugAction, SLOT(setOn(bool))); + showDebugAction->setOn(helpText->showDebug()); + + Q3Action *showIntroAction = new Q3Action(NULL, _("Introduction"), 0, this); + connect(showIntroAction, SIGNAL(activated()), SLOT(showIntro())); + Q3Action *showAboutAction = new Q3Action(NULL, _("About"), 0, this); + connect(showAboutAction, SIGNAL(activated()), SLOT(showAbout())); + + // init tool bar + backAction->addTo(toolBar); + toolBar->addSeparator(); + loadAction->addTo(toolBar); + saveAction->addTo(toolBar); + toolBar->addSeparator(); + singleViewAction->addTo(toolBar); + splitViewAction->addTo(toolBar); + fullViewAction->addTo(toolBar); + + // create config menu + Q3PopupMenu* config = new Q3PopupMenu(this); + menu->insertItem(_("&File"), config); + loadAction->addTo(config); + saveAction->addTo(config); + saveAsAction->addTo(config); + config->insertSeparator(); + quitAction->addTo(config); + + // create edit menu + Q3PopupMenu* editMenu = new Q3PopupMenu(this); + menu->insertItem(_("&Edit"), editMenu); + searchAction->addTo(editMenu); + + // create options menu + Q3PopupMenu* optionMenu = new Q3PopupMenu(this); + menu->insertItem(_("&Option"), optionMenu); + showNameAction->addTo(optionMenu); + showRangeAction->addTo(optionMenu); + showDataAction->addTo(optionMenu); + optionMenu->insertSeparator(); + optGroup->addTo(optionMenu); + optionMenu->insertSeparator(); + + // create help menu + Q3PopupMenu* helpMenu = new Q3PopupMenu(this); + menu->insertSeparator(); + menu->insertItem(_("&Help"), helpMenu); + showIntroAction->addTo(helpMenu); + showAboutAction->addTo(helpMenu); + + connect(configList, SIGNAL(menuChanged(struct menu *)), + helpText, SLOT(setInfo(struct menu *))); + connect(configList, SIGNAL(menuSelected(struct menu *)), + SLOT(changeMenu(struct menu *))); + connect(configList, SIGNAL(parentSelected()), + SLOT(goBack())); + connect(menuList, SIGNAL(menuChanged(struct menu *)), + helpText, SLOT(setInfo(struct menu *))); + connect(menuList, SIGNAL(menuSelected(struct menu *)), + SLOT(changeMenu(struct menu *))); + + connect(configList, SIGNAL(gotFocus(struct menu *)), + helpText, SLOT(setInfo(struct menu *))); + connect(menuList, SIGNAL(gotFocus(struct menu *)), + helpText, SLOT(setInfo(struct menu *))); + connect(menuList, SIGNAL(gotFocus(struct menu *)), + SLOT(listFocusChanged(void))); + connect(helpText, SIGNAL(menuSelected(struct menu *)), + SLOT(setMenuLink(struct menu *))); + + QString listMode = configSettings->readEntry("/listMode", "symbol"); + if (listMode == "single") + showSingleView(); + else if (listMode == "full") + showFullView(); + else /*if (listMode == "split")*/ + showSplitView(); + + // UI setup done, restore splitter positions + Q3ValueList sizes = configSettings->readSizes("/split1", &ok); + if (ok) + split1->setSizes(sizes); + + sizes = configSettings->readSizes("/split2", &ok); + if (ok) + split2->setSizes(sizes); +} + +void ConfigMainWindow::loadConfig(void) +{ + QString s = Q3FileDialog::getOpenFileName(conf_get_configname(), NULL, this); + if (s.isNull()) + return; + if (conf_read(QFile::encodeName(s))) + QMessageBox::information(this, "qconf", _("Unable to load configuration!")); + ConfigView::updateListAll(); +} + +bool ConfigMainWindow::saveConfig(void) +{ + if (conf_write(NULL)) { + QMessageBox::information(this, "qconf", _("Unable to save configuration!")); + return false; + } + return true; +} + +void ConfigMainWindow::saveConfigAs(void) +{ + QString s = Q3FileDialog::getSaveFileName(conf_get_configname(), NULL, this); + if (s.isNull()) + return; + saveConfig(); +} + +void ConfigMainWindow::searchConfig(void) +{ + if (!searchWindow) + searchWindow = new ConfigSearchWindow(this, "search"); + searchWindow->show(); +} + +void ConfigMainWindow::changeMenu(struct menu *menu) +{ + configList->setRootMenu(menu); + if (configList->rootEntry->parent == &rootmenu) + backAction->setEnabled(FALSE); + else + backAction->setEnabled(TRUE); +} + +void ConfigMainWindow::setMenuLink(struct menu *menu) +{ + struct menu *parent; + ConfigList* list = NULL; + ConfigItem* item; + + if (configList->menuSkip(menu)) + return; + + switch (configList->mode) { + case singleMode: + list = configList; + parent = menu_get_parent_menu(menu); + if (!parent) + return; + list->setRootMenu(parent); + break; + case symbolMode: + if (menu->flags & MENU_ROOT) { + configList->setRootMenu(menu); + configList->clearSelection(); + list = menuList; + } else { + list = configList; + parent = menu_get_parent_menu(menu->parent); + if (!parent) + return; + item = menuList->findConfigItem(parent); + if (item) { + menuList->setSelected(item, TRUE); + menuList->ensureItemVisible(item); + } + list->setRootMenu(parent); + } + break; + case fullMode: + list = configList; + break; + default: + break; + } + + if (list) { + item = list->findConfigItem(menu); + if (item) { + list->setSelected(item, TRUE); + list->ensureItemVisible(item); + list->setFocus(); + } + } +} + +void ConfigMainWindow::listFocusChanged(void) +{ + if (menuList->mode == menuMode) + configList->clearSelection(); +} + +void ConfigMainWindow::goBack(void) +{ + ConfigItem* item; + + configList->setParentMenu(); + if (configList->rootEntry == &rootmenu) + backAction->setEnabled(FALSE); + item = (ConfigItem*)menuList->selectedItem(); + while (item) { + if (item->menu == configList->rootEntry) { + menuList->setSelected(item, TRUE); + break; + } + item = (ConfigItem*)item->parent(); + } +} + +void ConfigMainWindow::showSingleView(void) +{ + menuView->hide(); + menuList->setRootMenu(0); + configList->mode = singleMode; + if (configList->rootEntry == &rootmenu) + configList->updateListAll(); + else + configList->setRootMenu(&rootmenu); + configList->setAllOpen(TRUE); + configList->setFocus(); +} + +void ConfigMainWindow::showSplitView(void) +{ + configList->mode = symbolMode; + if (configList->rootEntry == &rootmenu) + configList->updateListAll(); + else + configList->setRootMenu(&rootmenu); + configList->setAllOpen(TRUE); + configApp->processEvents(); + menuList->mode = menuMode; + menuList->setRootMenu(&rootmenu); + menuList->setAllOpen(TRUE); + menuView->show(); + menuList->setFocus(); +} + +void ConfigMainWindow::showFullView(void) +{ + menuView->hide(); + menuList->setRootMenu(0); + configList->mode = fullMode; + if (configList->rootEntry == &rootmenu) + configList->updateListAll(); + else + configList->setRootMenu(&rootmenu); + configList->setAllOpen(FALSE); + configList->setFocus(); +} + +/* + * ask for saving configuration before quitting + * TODO ask only when something changed + */ +void ConfigMainWindow::closeEvent(QCloseEvent* e) +{ + if (!conf_get_changed()) { + e->accept(); + return; + } + QMessageBox mb("qconf", _("Save configuration?"), QMessageBox::Warning, + QMessageBox::Yes | QMessageBox::Default, QMessageBox::No, QMessageBox::Cancel | QMessageBox::Escape); + mb.setButtonText(QMessageBox::Yes, _("&Save Changes")); + mb.setButtonText(QMessageBox::No, _("&Discard Changes")); + mb.setButtonText(QMessageBox::Cancel, _("Cancel Exit")); + switch (mb.exec()) { + case QMessageBox::Yes: + if (saveConfig()) + e->accept(); + else + e->ignore(); + break; + case QMessageBox::No: + e->accept(); + break; + case QMessageBox::Cancel: + e->ignore(); + break; + } +} + +void ConfigMainWindow::showIntro(void) +{ + static const QString str = _("Welcome to the qconf graphical configuration tool.\n\n" + "For each option, a blank box indicates the feature is disabled, a check\n" + "indicates it is enabled, and a dot indicates that it is to be compiled\n" + "as a module. Clicking on the box will cycle through the three states.\n\n" + "If you do not see an option (e.g., a device driver) that you believe\n" + "should be present, try turning on Show All Options under the Options menu.\n" + "Although there is no cross reference yet to help you figure out what other\n" + "options must be enabled to support the option you are interested in, you can\n" + "still view the help of a grayed-out option.\n\n" + "Toggling Show Debug Info under the Options menu will show the dependencies,\n" + "which you can then match by examining other options.\n\n"); + + QMessageBox::information(this, "qconf", str); +} + +void ConfigMainWindow::showAbout(void) +{ + static const QString str = _("qconf is Copyright (C) 2002 Roman Zippel .\n\n" + "Bug reports and feature request can also be entered at http://bugzilla.kernel.org/\n"); + + QMessageBox::information(this, "qconf", str); +} + +void ConfigMainWindow::saveSettings(void) +{ + configSettings->writeEntry("/window x", pos().x()); + configSettings->writeEntry("/window y", pos().y()); + configSettings->writeEntry("/window width", size().width()); + configSettings->writeEntry("/window height", size().height()); + + QString entry; + switch(configList->mode) { + case singleMode : + entry = "single"; + break; + + case symbolMode : + entry = "split"; + break; + + case fullMode : + entry = "full"; + break; + + default: + break; + } + configSettings->writeEntry("/listMode", entry); + + configSettings->writeSizes("/split1", split1->sizes()); + configSettings->writeSizes("/split2", split2->sizes()); +} + +void ConfigMainWindow::conf_changed(void) +{ + if (saveAction) + saveAction->setEnabled(conf_get_changed()); +} + +void fixup_rootmenu(struct menu *menu) +{ + struct menu *child; + static int menu_cnt = 0; + + menu->flags |= MENU_ROOT; + for (child = menu->list; child; child = child->next) { + if (child->prompt && child->prompt->type == P_MENU) { + menu_cnt++; + fixup_rootmenu(child); + menu_cnt--; + } else if (!menu_cnt) + fixup_rootmenu(child); + } +} + +static const char *progname; + +static void usage(void) +{ + printf(_("%s [-s] \n"), progname); + exit(0); +} + +int main(int ac, char** av) +{ + ConfigMainWindow* v; + const char *name; + + bindtextdomain(PACKAGE, LOCALEDIR); + textdomain(PACKAGE); + + progname = av[0]; + configApp = new QApplication(ac, av); + if (ac > 1 && av[1][0] == '-') { + switch (av[1][1]) { + case 's': + conf_set_message_callback(NULL); + break; + case 'h': + case '?': + usage(); + } + name = av[2]; + } else + name = av[1]; + if (!name) + usage(); + + conf_parse(name); + fixup_rootmenu(&rootmenu); + conf_read(NULL); + //zconfdump(stdout); + + configSettings = new ConfigSettings(); + configSettings->beginGroup("/kconfig/qconf"); + v = new ConfigMainWindow(); + + //zconfdump(stdout); + configApp->setMainWidget(v); + configApp->connect(configApp, SIGNAL(lastWindowClosed()), SLOT(quit())); + configApp->connect(configApp, SIGNAL(aboutToQuit()), v, SLOT(saveSettings())); + v->show(); + configApp->exec(); + + configSettings->endGroup(); + delete configSettings; + + return 0; +} diff --git a/xen/tools/kconfig/qconf.h b/xen/tools/kconfig/qconf.h new file mode 100644 index 0000000..bde0c6b --- /dev/null +++ b/xen/tools/kconfig/qconf.h @@ -0,0 +1,338 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#if QT_VERSION < 0x040000 +#include +#else +#include +#endif +#include + +#if QT_VERSION < 0x040000 +#define Q3ValueList QValueList +#define Q3PopupMenu QPopupMenu +#define Q3ListView QListView +#define Q3ListViewItem QListViewItem +#define Q3VBox QVBox +#define Q3TextBrowser QTextBrowser +#define Q3MainWindow QMainWindow +#define Q3Action QAction +#define Q3ToolBar QToolBar +#define Q3ListViewItemIterator QListViewItemIterator +#define Q3FileDialog QFileDialog +#endif + +class ConfigView; +class ConfigList; +class ConfigItem; +class ConfigLineEdit; +class ConfigMainWindow; + +class ConfigSettings : public QSettings { +public: + ConfigSettings(); + Q3ValueList readSizes(const QString& key, bool *ok); + bool writeSizes(const QString& key, const Q3ValueList& value); +}; + +enum colIdx { + promptColIdx, nameColIdx, noColIdx, modColIdx, yesColIdx, dataColIdx, colNr +}; +enum listMode { + singleMode, menuMode, symbolMode, fullMode, listMode +}; +enum optionMode { + normalOpt = 0, allOpt, promptOpt +}; + +class ConfigList : public Q3ListView { + Q_OBJECT + typedef class Q3ListView Parent; +public: + ConfigList(ConfigView* p, const char *name = 0); + void reinit(void); + ConfigView* parent(void) const + { + return (ConfigView*)Parent::parent(); + } + ConfigItem* findConfigItem(struct menu *); + +protected: + void keyPressEvent(QKeyEvent *e); + void contentsMousePressEvent(QMouseEvent *e); + void contentsMouseReleaseEvent(QMouseEvent *e); + void contentsMouseMoveEvent(QMouseEvent *e); + void contentsMouseDoubleClickEvent(QMouseEvent *e); + void focusInEvent(QFocusEvent *e); + void contextMenuEvent(QContextMenuEvent *e); + +public slots: + void setRootMenu(struct menu *menu); + + void updateList(ConfigItem *item); + void setValue(ConfigItem* item, tristate val); + void changeValue(ConfigItem* item); + void updateSelection(void); + void saveSettings(void); +signals: + void menuChanged(struct menu *menu); + void menuSelected(struct menu *menu); + void parentSelected(void); + void gotFocus(struct menu *); + +public: + void updateListAll(void) + { + updateAll = true; + updateList(NULL); + updateAll = false; + } + ConfigList* listView() + { + return this; + } + ConfigItem* firstChild() const + { + return (ConfigItem *)Parent::firstChild(); + } + int mapIdx(colIdx idx) + { + return colMap[idx]; + } + void addColumn(colIdx idx, const QString& label) + { + colMap[idx] = Parent::addColumn(label); + colRevMap[colMap[idx]] = idx; + } + void removeColumn(colIdx idx) + { + int col = colMap[idx]; + if (col >= 0) { + Parent::removeColumn(col); + colRevMap[col] = colMap[idx] = -1; + } + } + void setAllOpen(bool open); + void setParentMenu(void); + + bool menuSkip(struct menu *); + + template + void updateMenuList(P*, struct menu*); + + bool updateAll; + + QPixmap symbolYesPix, symbolModPix, symbolNoPix; + QPixmap choiceYesPix, choiceNoPix; + QPixmap menuPix, menuInvPix, menuBackPix, voidPix; + + bool showName, showRange, showData; + enum listMode mode; + enum optionMode optMode; + struct menu *rootEntry; + QColorGroup disabledColorGroup; + QColorGroup inactivedColorGroup; + Q3PopupMenu* headerPopup; + +private: + int colMap[colNr]; + int colRevMap[colNr]; +}; + +class ConfigItem : public Q3ListViewItem { + typedef class Q3ListViewItem Parent; +public: + ConfigItem(Q3ListView *parent, ConfigItem *after, struct menu *m, bool v) + : Parent(parent, after), menu(m), visible(v), goParent(false) + { + init(); + } + ConfigItem(ConfigItem *parent, ConfigItem *after, struct menu *m, bool v) + : Parent(parent, after), menu(m), visible(v), goParent(false) + { + init(); + } + ConfigItem(Q3ListView *parent, ConfigItem *after, bool v) + : Parent(parent, after), menu(0), visible(v), goParent(true) + { + init(); + } + ~ConfigItem(void); + void init(void); + void okRename(int col); + void updateMenu(void); + void testUpdateMenu(bool v); + ConfigList* listView() const + { + return (ConfigList*)Parent::listView(); + } + ConfigItem* firstChild() const + { + return (ConfigItem *)Parent::firstChild(); + } + ConfigItem* nextSibling() const + { + return (ConfigItem *)Parent::nextSibling(); + } + void setText(colIdx idx, const QString& text) + { + Parent::setText(listView()->mapIdx(idx), text); + } + QString text(colIdx idx) const + { + return Parent::text(listView()->mapIdx(idx)); + } + void setPixmap(colIdx idx, const QPixmap& pm) + { + Parent::setPixmap(listView()->mapIdx(idx), pm); + } + const QPixmap* pixmap(colIdx idx) const + { + return Parent::pixmap(listView()->mapIdx(idx)); + } + void paintCell(QPainter* p, const QColorGroup& cg, int column, int width, int align); + + ConfigItem* nextItem; + struct menu *menu; + bool visible; + bool goParent; +}; + +class ConfigLineEdit : public QLineEdit { + Q_OBJECT + typedef class QLineEdit Parent; +public: + ConfigLineEdit(ConfigView* parent); + ConfigView* parent(void) const + { + return (ConfigView*)Parent::parent(); + } + void show(ConfigItem *i); + void keyPressEvent(QKeyEvent *e); + +public: + ConfigItem *item; +}; + +class ConfigView : public Q3VBox { + Q_OBJECT + typedef class Q3VBox Parent; +public: + ConfigView(QWidget* parent, const char *name = 0); + ~ConfigView(void); + static void updateList(ConfigItem* item); + static void updateListAll(void); + + bool showName(void) const { return list->showName; } + bool showRange(void) const { return list->showRange; } + bool showData(void) const { return list->showData; } +public slots: + void setShowName(bool); + void setShowRange(bool); + void setShowData(bool); + void setOptionMode(QAction *); +signals: + void showNameChanged(bool); + void showRangeChanged(bool); + void showDataChanged(bool); +public: + ConfigList* list; + ConfigLineEdit* lineEdit; + + static ConfigView* viewList; + ConfigView* nextView; + + static QAction *showNormalAction; + static QAction *showAllAction; + static QAction *showPromptAction; +}; + +class ConfigInfoView : public Q3TextBrowser { + Q_OBJECT + typedef class Q3TextBrowser Parent; +public: + ConfigInfoView(QWidget* parent, const char *name = 0); + bool showDebug(void) const { return _showDebug; } + +public slots: + void setInfo(struct menu *menu); + void saveSettings(void); + void setShowDebug(bool); + +signals: + void showDebugChanged(bool); + void menuSelected(struct menu *); + +protected: + void symbolInfo(void); + void menuInfo(void); + QString debug_info(struct symbol *sym); + static QString print_filter(const QString &str); + static void expr_print_help(void *data, struct symbol *sym, const char *str); + Q3PopupMenu* createPopupMenu(const QPoint& pos); + void contentsContextMenuEvent(QContextMenuEvent *e); + + struct symbol *sym; + struct menu *_menu; + bool _showDebug; +}; + +class ConfigSearchWindow : public QDialog { + Q_OBJECT + typedef class QDialog Parent; +public: + ConfigSearchWindow(ConfigMainWindow* parent, const char *name = 0); + +public slots: + void saveSettings(void); + void search(void); + +protected: + QLineEdit* editField; + QPushButton* searchButton; + QSplitter* split; + ConfigView* list; + ConfigInfoView* info; + + struct symbol **result; +}; + +class ConfigMainWindow : public Q3MainWindow { + Q_OBJECT + + static Q3Action *saveAction; + static void conf_changed(void); +public: + ConfigMainWindow(void); +public slots: + void changeMenu(struct menu *); + void setMenuLink(struct menu *); + void listFocusChanged(void); + void goBack(void); + void loadConfig(void); + bool saveConfig(void); + void saveConfigAs(void); + void searchConfig(void); + void showSingleView(void); + void showSplitView(void); + void showFullView(void); + void showIntro(void); + void showAbout(void); + void saveSettings(void); + +protected: + void closeEvent(QCloseEvent *e); + + ConfigSearchWindow *searchWindow; + ConfigView *menuView; + ConfigList *menuList; + ConfigView *configView; + ConfigList *configList; + ConfigInfoView *helpText; + Q3ToolBar *toolBar; + Q3Action *backAction; + QSplitter* split1; + QSplitter* split2; +}; diff --git a/xen/tools/kconfig/streamline_config.pl b/xen/tools/kconfig/streamline_config.pl new file mode 100755 index 0000000..f3d3fb4 --- /dev/null +++ b/xen/tools/kconfig/streamline_config.pl @@ -0,0 +1,647 @@ +#!/usr/bin/perl -w +# +# Copyright 2005-2009 - Steven Rostedt +# Licensed under the terms of the GNU GPL License version 2 +# +# It's simple enough to figure out how this works. +# If not, then you can ask me at stripconfig@goodmis.org +# +# What it does? +# +# If you have installed a Linux kernel from a distribution +# that turns on way too many modules than you need, and +# you only want the modules you use, then this program +# is perfect for you. +# +# It gives you the ability to turn off all the modules that are +# not loaded on your system. +# +# Howto: +# +# 1. Boot up the kernel that you want to stream line the config on. +# 2. Change directory to the directory holding the source of the +# kernel that you just booted. +# 3. Copy the configuraton file to this directory as .config +# 4. Have all your devices that you need modules for connected and +# operational (make sure that their corresponding modules are loaded) +# 5. Run this script redirecting the output to some other file +# like config_strip. +# 6. Back up your old config (if you want too). +# 7. copy the config_strip file to .config +# 8. Run "make oldconfig" +# +# Now your kernel is ready to be built with only the modules that +# are loaded. +# +# Here's what I did with my Debian distribution. +# +# cd /usr/src/linux-2.6.10 +# cp /boot/config-2.6.10-1-686-smp .config +# ~/bin/streamline_config > config_strip +# mv .config config_sav +# mv config_strip .config +# make oldconfig +# +use strict; +use Getopt::Long; + +# set the environment variable LOCALMODCONFIG_DEBUG to get +# debug output. +my $debugprint = 0; +$debugprint = 1 if (defined($ENV{LOCALMODCONFIG_DEBUG})); + +sub dprint { + return if (!$debugprint); + print STDERR @_; +} + +my $config = ".config"; + +my $uname = `uname -r`; +chomp $uname; + +my @searchconfigs = ( + { + "file" => ".config", + "exec" => "cat", + }, + { + "file" => "/proc/config.gz", + "exec" => "zcat", + }, + { + "file" => "/boot/config-$uname", + "exec" => "cat", + }, + { + "file" => "/boot/vmlinuz-$uname", + "exec" => "scripts/extract-ikconfig", + "test" => "scripts/extract-ikconfig", + }, + { + "file" => "vmlinux", + "exec" => "scripts/extract-ikconfig", + "test" => "scripts/extract-ikconfig", + }, + { + "file" => "/lib/modules/$uname/kernel/kernel/configs.ko", + "exec" => "scripts/extract-ikconfig", + "test" => "scripts/extract-ikconfig", + }, + { + "file" => "kernel/configs.ko", + "exec" => "scripts/extract-ikconfig", + "test" => "scripts/extract-ikconfig", + }, + { + "file" => "kernel/configs.o", + "exec" => "scripts/extract-ikconfig", + "test" => "scripts/extract-ikconfig", + }, +); + +sub read_config { + foreach my $conf (@searchconfigs) { + my $file = $conf->{"file"}; + + next if ( ! -f "$file"); + + if (defined($conf->{"test"})) { + `$conf->{"test"} $conf->{"file"} 2>/dev/null`; + next if ($?); + } + + my $exec = $conf->{"exec"}; + + print STDERR "using config: '$file'\n"; + + open(my $infile, '-|', "$exec $file") || die "Failed to run $exec $file"; + my @x = <$infile>; + close $infile; + return @x; + } + die "No config file found"; +} + +my @config_file = read_config; + +# Parse options +my $localmodconfig = 0; +my $localyesconfig = 0; + +GetOptions("localmodconfig" => \$localmodconfig, + "localyesconfig" => \$localyesconfig); + +# Get the build source and top level Kconfig file (passed in) +my $ksource = ($ARGV[0] ? $ARGV[0] : '.'); +my $kconfig = $ARGV[1]; +my $lsmod_file = $ENV{'LSMOD'}; + +my @makefiles = `find $ksource -name Makefile -or -name Kbuild 2>/dev/null`; +chomp @makefiles; + +my %depends; +my %selects; +my %prompts; +my %objects; +my $var; +my $iflevel = 0; +my @ifdeps; + +# prevent recursion +my %read_kconfigs; + +sub read_kconfig { + my ($kconfig) = @_; + + my $state = "NONE"; + my $config; + + my $cont = 0; + my $line; + + my $source = "$ksource/$kconfig"; + my $last_source = ""; + + # Check for any environment variables used + while ($source =~ /\$(\w+)/ && $last_source ne $source) { + my $env = $1; + $last_source = $source; + $source =~ s/\$$env/$ENV{$env}/; + } + + open(my $kinfile, '<', $source) || die "Can't open $kconfig"; + while (<$kinfile>) { + chomp; + + # Make sure that lines ending with \ continue + if ($cont) { + $_ = $line . " " . $_; + } + + if (s/\\$//) { + $cont = 1; + $line = $_; + next; + } + + $cont = 0; + + # collect any Kconfig sources + if (/^source\s*"(.*)"/) { + my $kconfig = $1; + # prevent reading twice. + if (!defined($read_kconfigs{$kconfig})) { + $read_kconfigs{$kconfig} = 1; + read_kconfig($kconfig); + } + next; + } + + # configs found + if (/^\s*(menu)?config\s+(\S+)\s*$/) { + $state = "NEW"; + $config = $2; + + # Add depends for 'if' nesting + for (my $i = 0; $i < $iflevel; $i++) { + if ($i) { + $depends{$config} .= " " . $ifdeps[$i]; + } else { + $depends{$config} = $ifdeps[$i]; + } + $state = "DEP"; + } + + # collect the depends for the config + } elsif ($state eq "NEW" && /^\s*depends\s+on\s+(.*)$/) { + $state = "DEP"; + $depends{$config} = $1; + } elsif ($state eq "DEP" && /^\s*depends\s+on\s+(.*)$/) { + $depends{$config} .= " " . $1; + } elsif ($state eq "DEP" && /^\s*def(_(bool|tristate)|ault)\s+(\S.*)$/) { + my $dep = $3; + if ($dep !~ /^\s*(y|m|n)\s*$/) { + $dep =~ s/.*\sif\s+//; + $depends{$config} .= " " . $dep; + dprint "Added default depends $dep to $config\n"; + } + + # Get the configs that select this config + } elsif ($state ne "NONE" && /^\s*select\s+(\S+)/) { + my $conf = $1; + if (defined($selects{$conf})) { + $selects{$conf} .= " " . $config; + } else { + $selects{$conf} = $config; + } + + # configs without prompts must be selected + } elsif ($state ne "NONE" && /^\s*tristate\s\S/) { + # note if the config has a prompt + $prompts{$config} = 1; + + # Check for if statements + } elsif (/^if\s+(.*\S)\s*$/) { + my $deps = $1; + # remove beginning and ending non text + $deps =~ s/^[^a-zA-Z0-9_]*//; + $deps =~ s/[^a-zA-Z0-9_]*$//; + + my @deps = split /[^a-zA-Z0-9_]+/, $deps; + + $ifdeps[$iflevel++] = join ':', @deps; + + } elsif (/^endif/) { + + $iflevel-- if ($iflevel); + + # stop on "help" + } elsif (/^\s*help\s*$/) { + $state = "NONE"; + } + } + close($kinfile); +} + +if ($kconfig) { + read_kconfig($kconfig); +} + +# Makefiles can use variables to define their dependencies +sub convert_vars { + my ($line, %vars) = @_; + + my $process = ""; + + while ($line =~ s/^(.*?)(\$\((.*?)\))//) { + my $start = $1; + my $variable = $2; + my $var = $3; + + if (defined($vars{$var})) { + $process .= $start . $vars{$var}; + } else { + $process .= $start . $variable; + } + } + + $process .= $line; + + return $process; +} + +# Read all Makefiles to map the configs to the objects +foreach my $makefile (@makefiles) { + + my $line = ""; + my %make_vars; + + open(my $infile, '<', $makefile) || die "Can't open $makefile"; + while (<$infile>) { + # if this line ends with a backslash, continue + chomp; + if (/^(.*)\\$/) { + $line .= $1; + next; + } + + $line .= $_; + $_ = $line; + $line = ""; + + my $objs; + + # Convert variables in a line (could define configs) + $_ = convert_vars($_, %make_vars); + + # collect objects after obj-$(CONFIG_FOO_BAR) + if (/obj-\$\((CONFIG_[^\)]*)\)\s*[+:]?=\s*(.*)/) { + $var = $1; + $objs = $2; + + # check if variables are set + } elsif (/^\s*(\S+)\s*[:]?=\s*(.*\S)/) { + $make_vars{$1} = $2; + } + if (defined($objs)) { + foreach my $obj (split /\s+/,$objs) { + $obj =~ s/-/_/g; + if ($obj =~ /(.*)\.o$/) { + # Objects may be enabled by more than one config. + # Store configs in an array. + my @arr; + + if (defined($objects{$1})) { + @arr = @{$objects{$1}}; + } + + $arr[$#arr+1] = $var; + + # The objects have a hash mapping to a reference + # of an array of configs. + $objects{$1} = \@arr; + } + } + } + } + close($infile); +} + +my %modules; +my $linfile; + +if (defined($lsmod_file)) { + if ( ! -f $lsmod_file) { + if ( -f $ENV{'objtree'}."/".$lsmod_file) { + $lsmod_file = $ENV{'objtree'}."/".$lsmod_file; + } else { + die "$lsmod_file not found"; + } + } + + my $otype = ( -x $lsmod_file) ? '-|' : '<'; + open($linfile, $otype, $lsmod_file); + +} else { + + # see what modules are loaded on this system + my $lsmod; + + foreach my $dir ( ("/sbin", "/bin", "/usr/sbin", "/usr/bin") ) { + if ( -x "$dir/lsmod" ) { + $lsmod = "$dir/lsmod"; + last; + } +} + if (!defined($lsmod)) { + # try just the path + $lsmod = "lsmod"; + } + + open($linfile, '-|', $lsmod) || die "Can not call lsmod with $lsmod"; +} + +while (<$linfile>) { + next if (/^Module/); # Skip the first line. + if (/^(\S+)/) { + $modules{$1} = 1; + } +} +close ($linfile); + +# add to the configs hash all configs that are needed to enable +# a loaded module. This is a direct obj-${CONFIG_FOO} += bar.o +# where we know we need bar.o so we add FOO to the list. +my %configs; +foreach my $module (keys(%modules)) { + if (defined($objects{$module})) { + my @arr = @{$objects{$module}}; + foreach my $conf (@arr) { + $configs{$conf} = $module; + dprint "$conf added by direct ($module)\n"; + if ($debugprint) { + my $c=$conf; + $c =~ s/^CONFIG_//; + if (defined($depends{$c})) { + dprint " deps = $depends{$c}\n"; + } else { + dprint " no deps\n"; + } + } + } + } else { + # Most likely, someone has a custom (binary?) module loaded. + print STDERR "$module config not found!!\n"; + } +} + +# Read the current config, and see what is enabled. We want to +# ignore configs that we would not enable anyway. + +my %orig_configs; +my $valid = "A-Za-z_0-9"; + +foreach my $line (@config_file) { + $_ = $line; + + if (/(CONFIG_[$valid]*)=(m|y)/) { + $orig_configs{$1} = $2; + } +} + +my $repeat = 1; + +my $depconfig; + +# +# Note, we do not care about operands (like: &&, ||, !) we want to add any +# config that is in the depend list of another config. This script does +# not enable configs that are not already enabled. If we come across a +# config A that depends on !B, we can still add B to the list of depends +# to keep on. If A was on in the original config, B would not have been +# and B would not be turned on by this script. +# +sub parse_config_depends +{ + my ($p) = @_; + + while ($p =~ /[$valid]/) { + + if ($p =~ /^[^$valid]*([$valid]+)/) { + my $conf = "CONFIG_" . $1; + + $p =~ s/^[^$valid]*[$valid]+//; + + # We only need to process if the depend config is a module + if (!defined($orig_configs{$conf}) || !$orig_configs{conf} eq "m") { + next; + } + + if (!defined($configs{$conf})) { + # We must make sure that this config has its + # dependencies met. + $repeat = 1; # do again + dprint "$conf selected by depend $depconfig\n"; + $configs{$conf} = 1; + } + } else { + die "this should never happen"; + } + } +} + +# Select is treated a bit differently than depends. We call this +# when a config has no prompt and requires another config to be +# selected. We use to just select all configs that selected this +# config, but found that that can balloon into enabling hundreds +# of configs that we do not care about. +# +# The idea is we look at all the configs that select it. If one +# is already in our list of configs to enable, then there's nothing +# else to do. If there isn't, we pick the first config that was +# enabled in the orignal config and use that. +sub parse_config_selects +{ + my ($config, $p) = @_; + + my $next_config; + + while ($p =~ /[$valid]/) { + + if ($p =~ /^[^$valid]*([$valid]+)/) { + my $conf = "CONFIG_" . $1; + + $p =~ s/^[^$valid]*[$valid]+//; + + # Make sure that this config exists in the current .config file + if (!defined($orig_configs{$conf})) { + dprint "$conf not set for $config select\n"; + next; + } + + # Check if something other than a module selects this config + if (defined($orig_configs{$conf}) && $orig_configs{$conf} ne "m") { + dprint "$conf (non module) selects config, we are good\n"; + # we are good with this + return; + } + if (defined($configs{$conf})) { + dprint "$conf selects $config so we are good\n"; + # A set config selects this config, we are good + return; + } + # Set this config to be selected + if (!defined($next_config)) { + $next_config = $conf; + } + } else { + die "this should never happen"; + } + } + + # If no possible config selected this, then something happened. + if (!defined($next_config)) { + print STDERR "WARNING: $config is required, but nothing in the\n"; + print STDERR " current config selects it.\n"; + return; + } + + # If we are here, then we found no config that is set and + # selects this config. Repeat. + $repeat = 1; + # Make this config need to be selected + $configs{$next_config} = 1; + dprint "$next_config selected by select $config\n"; +} + +my %process_selects; + +# loop through all configs, select their dependencies. +sub loop_depend { + $repeat = 1; + + while ($repeat) { + $repeat = 0; + + forloop: + foreach my $config (keys %configs) { + + # If this config is not a module, we do not need to process it + if (defined($orig_configs{$config}) && $orig_configs{$config} ne "m") { + next forloop; + } + + $config =~ s/^CONFIG_//; + $depconfig = $config; + + if (defined($depends{$config})) { + # This config has dependencies. Make sure they are also included + parse_config_depends $depends{$config}; + } + + # If the config has no prompt, then we need to check if a config + # that is enabled selected it. Or if we need to enable one. + if (!defined($prompts{$config}) && defined($selects{$config})) { + $process_selects{$config} = 1; + } + } + } +} + +sub loop_select { + + foreach my $config (keys %process_selects) { + $config =~ s/^CONFIG_//; + + dprint "Process select $config\n"; + + # config has no prompt and must be selected. + parse_config_selects $config, $selects{$config}; + } +} + +while ($repeat) { + # Get the first set of configs and their dependencies. + loop_depend; + + $repeat = 0; + + # Now we need to see if we have to check selects; + loop_select; +} + +my %setconfigs; + +# Finally, read the .config file and turn off any module enabled that +# we could not find a reason to keep enabled. +foreach my $line (@config_file) { + $_ = $line; + + if (/CONFIG_IKCONFIG/) { + if (/# CONFIG_IKCONFIG is not set/) { + # enable IKCONFIG at least as a module + print "CONFIG_IKCONFIG=m\n"; + # don't ask about PROC + print "# CONFIG_IKCONFIG_PROC is not set\n"; + } else { + print; + } + next; + } + + if (/^(CONFIG.*)=(m|y)/) { + if (defined($configs{$1})) { + if ($localyesconfig) { + $setconfigs{$1} = 'y'; + print "$1=y\n"; + next; + } else { + $setconfigs{$1} = $2; + } + } elsif ($2 eq "m") { + print "# $1 is not set\n"; + next; + } + } + print; +} + +# Integrity check, make sure all modules that we want enabled do +# indeed have their configs set. +loop: +foreach my $module (keys(%modules)) { + if (defined($objects{$module})) { + my @arr = @{$objects{$module}}; + foreach my $conf (@arr) { + if (defined($setconfigs{$conf})) { + next loop; + } + } + print STDERR "module $module did not have configs"; + foreach my $conf (@arr) { + print STDERR " " , $conf; + } + print STDERR "\n"; + } +} diff --git a/xen/tools/kconfig/symbol.c b/xen/tools/kconfig/symbol.c new file mode 100644 index 0000000..50878dc --- /dev/null +++ b/xen/tools/kconfig/symbol.c @@ -0,0 +1,1376 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include + +#include "lkc.h" + +struct symbol symbol_yes = { + .name = "y", + .curr = { "y", yes }, + .flags = SYMBOL_CONST|SYMBOL_VALID, +}, symbol_mod = { + .name = "m", + .curr = { "m", mod }, + .flags = SYMBOL_CONST|SYMBOL_VALID, +}, symbol_no = { + .name = "n", + .curr = { "n", no }, + .flags = SYMBOL_CONST|SYMBOL_VALID, +}, symbol_empty = { + .name = "", + .curr = { "", no }, + .flags = SYMBOL_VALID, +}; + +struct symbol *sym_defconfig_list; +struct symbol *modules_sym; +tristate modules_val; + +struct expr *sym_env_list; + +static void sym_add_default(struct symbol *sym, const char *def) +{ + struct property *prop = prop_alloc(P_DEFAULT, sym); + + prop->expr = expr_alloc_symbol(sym_lookup(def, SYMBOL_CONST)); +} + +void sym_init(void) +{ + struct symbol *sym; + struct utsname uts; + static bool inited = false; + + if (inited) + return; + inited = true; + + uname(&uts); + + sym = sym_lookup("UNAME_RELEASE", 0); + sym->type = S_STRING; + sym->flags |= SYMBOL_AUTO; + sym_add_default(sym, uts.release); +} + +enum symbol_type sym_get_type(struct symbol *sym) +{ + enum symbol_type type = sym->type; + + if (type == S_TRISTATE) { + if (sym_is_choice_value(sym) && sym->visible == yes) + type = S_BOOLEAN; + else if (modules_val == no) + type = S_BOOLEAN; + } + return type; +} + +const char *sym_type_name(enum symbol_type type) +{ + switch (type) { + case S_BOOLEAN: + return "boolean"; + case S_TRISTATE: + return "tristate"; + case S_INT: + return "integer"; + case S_HEX: + return "hex"; + case S_STRING: + return "string"; + case S_UNKNOWN: + return "unknown"; + case S_OTHER: + break; + } + return "???"; +} + +struct property *sym_get_choice_prop(struct symbol *sym) +{ + struct property *prop; + + for_all_choices(sym, prop) + return prop; + return NULL; +} + +struct property *sym_get_env_prop(struct symbol *sym) +{ + struct property *prop; + + for_all_properties(sym, prop, P_ENV) + return prop; + return NULL; +} + +static struct property *sym_get_default_prop(struct symbol *sym) +{ + struct property *prop; + + for_all_defaults(sym, prop) { + prop->visible.tri = expr_calc_value(prop->visible.expr); + if (prop->visible.tri != no) + return prop; + } + return NULL; +} + +static struct property *sym_get_range_prop(struct symbol *sym) +{ + struct property *prop; + + for_all_properties(sym, prop, P_RANGE) { + prop->visible.tri = expr_calc_value(prop->visible.expr); + if (prop->visible.tri != no) + return prop; + } + return NULL; +} + +static long long sym_get_range_val(struct symbol *sym, int base) +{ + sym_calc_value(sym); + switch (sym->type) { + case S_INT: + base = 10; + break; + case S_HEX: + base = 16; + break; + default: + break; + } + return strtoll(sym->curr.val, NULL, base); +} + +static void sym_validate_range(struct symbol *sym) +{ + struct property *prop; + int base; + long long val, val2; + char str[64]; + + switch (sym->type) { + case S_INT: + base = 10; + break; + case S_HEX: + base = 16; + break; + default: + return; + } + prop = sym_get_range_prop(sym); + if (!prop) + return; + val = strtoll(sym->curr.val, NULL, base); + val2 = sym_get_range_val(prop->expr->left.sym, base); + if (val >= val2) { + val2 = sym_get_range_val(prop->expr->right.sym, base); + if (val <= val2) + return; + } + if (sym->type == S_INT) + sprintf(str, "%lld", val2); + else + sprintf(str, "0x%llx", val2); + sym->curr.val = strdup(str); +} + +static void sym_set_changed(struct symbol *sym) +{ + struct property *prop; + + sym->flags |= SYMBOL_CHANGED; + for (prop = sym->prop; prop; prop = prop->next) { + if (prop->menu) + prop->menu->flags |= MENU_CHANGED; + } +} + +static void sym_set_all_changed(void) +{ + struct symbol *sym; + int i; + + for_all_symbols(i, sym) + sym_set_changed(sym); +} + +static void sym_calc_visibility(struct symbol *sym) +{ + struct property *prop; + tristate tri; + + /* any prompt visible? */ + tri = no; + for_all_prompts(sym, prop) { + prop->visible.tri = expr_calc_value(prop->visible.expr); + tri = EXPR_OR(tri, prop->visible.tri); + } + if (tri == mod && (sym->type != S_TRISTATE || modules_val == no)) + tri = yes; + if (sym->visible != tri) { + sym->visible = tri; + sym_set_changed(sym); + } + if (sym_is_choice_value(sym)) + return; + /* defaulting to "yes" if no explicit "depends on" are given */ + tri = yes; + if (sym->dir_dep.expr) + tri = expr_calc_value(sym->dir_dep.expr); + if (tri == mod) + tri = yes; + if (sym->dir_dep.tri != tri) { + sym->dir_dep.tri = tri; + sym_set_changed(sym); + } + tri = no; + if (sym->rev_dep.expr) + tri = expr_calc_value(sym->rev_dep.expr); + if (tri == mod && sym_get_type(sym) == S_BOOLEAN) + tri = yes; + if (sym->rev_dep.tri != tri) { + sym->rev_dep.tri = tri; + sym_set_changed(sym); + } +} + +/* + * Find the default symbol for a choice. + * First try the default values for the choice symbol + * Next locate the first visible choice value + * Return NULL if none was found + */ +struct symbol *sym_choice_default(struct symbol *sym) +{ + struct symbol *def_sym; + struct property *prop; + struct expr *e; + + /* any of the defaults visible? */ + for_all_defaults(sym, prop) { + prop->visible.tri = expr_calc_value(prop->visible.expr); + if (prop->visible.tri == no) + continue; + def_sym = prop_get_symbol(prop); + if (def_sym->visible != no) + return def_sym; + } + + /* just get the first visible value */ + prop = sym_get_choice_prop(sym); + expr_list_for_each_sym(prop->expr, e, def_sym) + if (def_sym->visible != no) + return def_sym; + + /* failed to locate any defaults */ + return NULL; +} + +static struct symbol *sym_calc_choice(struct symbol *sym) +{ + struct symbol *def_sym; + struct property *prop; + struct expr *e; + int flags; + + /* first calculate all choice values' visibilities */ + flags = sym->flags; + prop = sym_get_choice_prop(sym); + expr_list_for_each_sym(prop->expr, e, def_sym) { + sym_calc_visibility(def_sym); + if (def_sym->visible != no) + flags &= def_sym->flags; + } + + sym->flags &= flags | ~SYMBOL_DEF_USER; + + /* is the user choice visible? */ + def_sym = sym->def[S_DEF_USER].val; + if (def_sym && def_sym->visible != no) + return def_sym; + + def_sym = sym_choice_default(sym); + + if (def_sym == NULL) + /* no choice? reset tristate value */ + sym->curr.tri = no; + + return def_sym; +} + +void sym_calc_value(struct symbol *sym) +{ + struct symbol_value newval, oldval; + struct property *prop; + struct expr *e; + + if (!sym) + return; + + if (sym->flags & SYMBOL_VALID) + return; + + if (sym_is_choice_value(sym) && + sym->flags & SYMBOL_NEED_SET_CHOICE_VALUES) { + sym->flags &= ~SYMBOL_NEED_SET_CHOICE_VALUES; + prop = sym_get_choice_prop(sym); + sym_calc_value(prop_get_symbol(prop)); + } + + sym->flags |= SYMBOL_VALID; + + oldval = sym->curr; + + switch (sym->type) { + case S_INT: + case S_HEX: + case S_STRING: + newval = symbol_empty.curr; + break; + case S_BOOLEAN: + case S_TRISTATE: + newval = symbol_no.curr; + break; + default: + sym->curr.val = sym->name; + sym->curr.tri = no; + return; + } + if (!sym_is_choice_value(sym)) + sym->flags &= ~SYMBOL_WRITE; + + sym_calc_visibility(sym); + + /* set default if recursively called */ + sym->curr = newval; + + switch (sym_get_type(sym)) { + case S_BOOLEAN: + case S_TRISTATE: + if (sym_is_choice_value(sym) && sym->visible == yes) { + prop = sym_get_choice_prop(sym); + newval.tri = (prop_get_symbol(prop)->curr.val == sym) ? yes : no; + } else { + if (sym->visible != no) { + /* if the symbol is visible use the user value + * if available, otherwise try the default value + */ + sym->flags |= SYMBOL_WRITE; + if (sym_has_value(sym)) { + newval.tri = EXPR_AND(sym->def[S_DEF_USER].tri, + sym->visible); + goto calc_newval; + } + } + if (sym->rev_dep.tri != no) + sym->flags |= SYMBOL_WRITE; + if (!sym_is_choice(sym)) { + prop = sym_get_default_prop(sym); + if (prop) { + sym->flags |= SYMBOL_WRITE; + newval.tri = EXPR_AND(expr_calc_value(prop->expr), + prop->visible.tri); + } + } + calc_newval: + if (sym->dir_dep.tri == no && sym->rev_dep.tri != no) { + struct expr *e; + e = expr_simplify_unmet_dep(sym->rev_dep.expr, + sym->dir_dep.expr); + fprintf(stderr, "warning: ("); + expr_fprint(e, stderr); + fprintf(stderr, ") selects %s which has unmet direct dependencies (", + sym->name); + expr_fprint(sym->dir_dep.expr, stderr); + fprintf(stderr, ")\n"); + expr_free(e); + } + newval.tri = EXPR_OR(newval.tri, sym->rev_dep.tri); + } + if (newval.tri == mod && sym_get_type(sym) == S_BOOLEAN) + newval.tri = yes; + break; + case S_STRING: + case S_HEX: + case S_INT: + if (sym->visible != no) { + sym->flags |= SYMBOL_WRITE; + if (sym_has_value(sym)) { + newval.val = sym->def[S_DEF_USER].val; + break; + } + } + prop = sym_get_default_prop(sym); + if (prop) { + struct symbol *ds = prop_get_symbol(prop); + if (ds) { + sym->flags |= SYMBOL_WRITE; + sym_calc_value(ds); + newval.val = ds->curr.val; + } + } + break; + default: + ; + } + + sym->curr = newval; + if (sym_is_choice(sym) && newval.tri == yes) + sym->curr.val = sym_calc_choice(sym); + sym_validate_range(sym); + + if (memcmp(&oldval, &sym->curr, sizeof(oldval))) { + sym_set_changed(sym); + if (modules_sym == sym) { + sym_set_all_changed(); + modules_val = modules_sym->curr.tri; + } + } + + if (sym_is_choice(sym)) { + struct symbol *choice_sym; + + prop = sym_get_choice_prop(sym); + expr_list_for_each_sym(prop->expr, e, choice_sym) { + if ((sym->flags & SYMBOL_WRITE) && + choice_sym->visible != no) + choice_sym->flags |= SYMBOL_WRITE; + if (sym->flags & SYMBOL_CHANGED) + sym_set_changed(choice_sym); + } + } + + if (sym->flags & SYMBOL_AUTO) + sym->flags &= ~SYMBOL_WRITE; + + if (sym->flags & SYMBOL_NEED_SET_CHOICE_VALUES) + set_all_choice_values(sym); +} + +void sym_clear_all_valid(void) +{ + struct symbol *sym; + int i; + + for_all_symbols(i, sym) + sym->flags &= ~SYMBOL_VALID; + sym_add_change_count(1); + sym_calc_value(modules_sym); +} + +bool sym_tristate_within_range(struct symbol *sym, tristate val) +{ + int type = sym_get_type(sym); + + if (sym->visible == no) + return false; + + if (type != S_BOOLEAN && type != S_TRISTATE) + return false; + + if (type == S_BOOLEAN && val == mod) + return false; + if (sym->visible <= sym->rev_dep.tri) + return false; + if (sym_is_choice_value(sym) && sym->visible == yes) + return val == yes; + return val >= sym->rev_dep.tri && val <= sym->visible; +} + +bool sym_set_tristate_value(struct symbol *sym, tristate val) +{ + tristate oldval = sym_get_tristate_value(sym); + + if (oldval != val && !sym_tristate_within_range(sym, val)) + return false; + + if (!(sym->flags & SYMBOL_DEF_USER)) { + sym->flags |= SYMBOL_DEF_USER; + sym_set_changed(sym); + } + /* + * setting a choice value also resets the new flag of the choice + * symbol and all other choice values. + */ + if (sym_is_choice_value(sym) && val == yes) { + struct symbol *cs = prop_get_symbol(sym_get_choice_prop(sym)); + struct property *prop; + struct expr *e; + + cs->def[S_DEF_USER].val = sym; + cs->flags |= SYMBOL_DEF_USER; + prop = sym_get_choice_prop(cs); + for (e = prop->expr; e; e = e->left.expr) { + if (e->right.sym->visible != no) + e->right.sym->flags |= SYMBOL_DEF_USER; + } + } + + sym->def[S_DEF_USER].tri = val; + if (oldval != val) + sym_clear_all_valid(); + + return true; +} + +tristate sym_toggle_tristate_value(struct symbol *sym) +{ + tristate oldval, newval; + + oldval = newval = sym_get_tristate_value(sym); + do { + switch (newval) { + case no: + newval = mod; + break; + case mod: + newval = yes; + break; + case yes: + newval = no; + break; + } + if (sym_set_tristate_value(sym, newval)) + break; + } while (oldval != newval); + return newval; +} + +bool sym_string_valid(struct symbol *sym, const char *str) +{ + signed char ch; + + switch (sym->type) { + case S_STRING: + return true; + case S_INT: + ch = *str++; + if (ch == '-') + ch = *str++; + if (!isdigit(ch)) + return false; + if (ch == '0' && *str != 0) + return false; + while ((ch = *str++)) { + if (!isdigit(ch)) + return false; + } + return true; + case S_HEX: + if (str[0] == '0' && (str[1] == 'x' || str[1] == 'X')) + str += 2; + ch = *str++; + do { + if (!isxdigit(ch)) + return false; + } while ((ch = *str++)); + return true; + case S_BOOLEAN: + case S_TRISTATE: + switch (str[0]) { + case 'y': case 'Y': + case 'm': case 'M': + case 'n': case 'N': + return true; + } + return false; + default: + return false; + } +} + +bool sym_string_within_range(struct symbol *sym, const char *str) +{ + struct property *prop; + long long val; + + switch (sym->type) { + case S_STRING: + return sym_string_valid(sym, str); + case S_INT: + if (!sym_string_valid(sym, str)) + return false; + prop = sym_get_range_prop(sym); + if (!prop) + return true; + val = strtoll(str, NULL, 10); + return val >= sym_get_range_val(prop->expr->left.sym, 10) && + val <= sym_get_range_val(prop->expr->right.sym, 10); + case S_HEX: + if (!sym_string_valid(sym, str)) + return false; + prop = sym_get_range_prop(sym); + if (!prop) + return true; + val = strtoll(str, NULL, 16); + return val >= sym_get_range_val(prop->expr->left.sym, 16) && + val <= sym_get_range_val(prop->expr->right.sym, 16); + case S_BOOLEAN: + case S_TRISTATE: + switch (str[0]) { + case 'y': case 'Y': + return sym_tristate_within_range(sym, yes); + case 'm': case 'M': + return sym_tristate_within_range(sym, mod); + case 'n': case 'N': + return sym_tristate_within_range(sym, no); + } + return false; + default: + return false; + } +} + +bool sym_set_string_value(struct symbol *sym, const char *newval) +{ + const char *oldval; + char *val; + int size; + + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + switch (newval[0]) { + case 'y': case 'Y': + return sym_set_tristate_value(sym, yes); + case 'm': case 'M': + return sym_set_tristate_value(sym, mod); + case 'n': case 'N': + return sym_set_tristate_value(sym, no); + } + return false; + default: + ; + } + + if (!sym_string_within_range(sym, newval)) + return false; + + if (!(sym->flags & SYMBOL_DEF_USER)) { + sym->flags |= SYMBOL_DEF_USER; + sym_set_changed(sym); + } + + oldval = sym->def[S_DEF_USER].val; + size = strlen(newval) + 1; + if (sym->type == S_HEX && (newval[0] != '0' || (newval[1] != 'x' && newval[1] != 'X'))) { + size += 2; + sym->def[S_DEF_USER].val = val = xmalloc(size); + *val++ = '0'; + *val++ = 'x'; + } else if (!oldval || strcmp(oldval, newval)) + sym->def[S_DEF_USER].val = val = xmalloc(size); + else + return true; + + strcpy(val, newval); + free((void *)oldval); + sym_clear_all_valid(); + + return true; +} + +/* + * Find the default value associated to a symbol. + * For tristate symbol handle the modules=n case + * in which case "m" becomes "y". + * If the symbol does not have any default then fallback + * to the fixed default values. + */ +const char *sym_get_string_default(struct symbol *sym) +{ + struct property *prop; + struct symbol *ds; + const char *str; + tristate val; + + sym_calc_visibility(sym); + sym_calc_value(modules_sym); + val = symbol_no.curr.tri; + str = symbol_empty.curr.val; + + /* If symbol has a default value look it up */ + prop = sym_get_default_prop(sym); + if (prop != NULL) { + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + /* The visibility may limit the value from yes => mod */ + val = EXPR_AND(expr_calc_value(prop->expr), prop->visible.tri); + break; + default: + /* + * The following fails to handle the situation + * where a default value is further limited by + * the valid range. + */ + ds = prop_get_symbol(prop); + if (ds != NULL) { + sym_calc_value(ds); + str = (const char *)ds->curr.val; + } + } + } + + /* Handle select statements */ + val = EXPR_OR(val, sym->rev_dep.tri); + + /* transpose mod to yes if modules are not enabled */ + if (val == mod) + if (!sym_is_choice_value(sym) && modules_sym->curr.tri == no) + val = yes; + + /* transpose mod to yes if type is bool */ + if (sym->type == S_BOOLEAN && val == mod) + val = yes; + + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + switch (val) { + case no: return "n"; + case mod: return "m"; + case yes: return "y"; + } + case S_INT: + case S_HEX: + return str; + case S_STRING: + return str; + case S_OTHER: + case S_UNKNOWN: + break; + } + return ""; +} + +const char *sym_get_string_value(struct symbol *sym) +{ + tristate val; + + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + val = sym_get_tristate_value(sym); + switch (val) { + case no: + return "n"; + case mod: + sym_calc_value(modules_sym); + return (modules_sym->curr.tri == no) ? "n" : "m"; + case yes: + return "y"; + } + break; + default: + ; + } + return (const char *)sym->curr.val; +} + +bool sym_is_changable(struct symbol *sym) +{ + return sym->visible > sym->rev_dep.tri; +} + +static unsigned strhash(const char *s) +{ + /* fnv32 hash */ + unsigned hash = 2166136261U; + for (; *s; s++) + hash = (hash ^ *s) * 0x01000193; + return hash; +} + +struct symbol *sym_lookup(const char *name, int flags) +{ + struct symbol *symbol; + char *new_name; + int hash; + + if (name) { + if (name[0] && !name[1]) { + switch (name[0]) { + case 'y': return &symbol_yes; + case 'm': return &symbol_mod; + case 'n': return &symbol_no; + } + } + hash = strhash(name) % SYMBOL_HASHSIZE; + + for (symbol = symbol_hash[hash]; symbol; symbol = symbol->next) { + if (symbol->name && + !strcmp(symbol->name, name) && + (flags ? symbol->flags & flags + : !(symbol->flags & (SYMBOL_CONST|SYMBOL_CHOICE)))) + return symbol; + } + new_name = strdup(name); + } else { + new_name = NULL; + hash = 0; + } + + symbol = xmalloc(sizeof(*symbol)); + memset(symbol, 0, sizeof(*symbol)); + symbol->name = new_name; + symbol->type = S_UNKNOWN; + symbol->flags |= flags; + + symbol->next = symbol_hash[hash]; + symbol_hash[hash] = symbol; + + return symbol; +} + +struct symbol *sym_find(const char *name) +{ + struct symbol *symbol = NULL; + int hash = 0; + + if (!name) + return NULL; + + if (name[0] && !name[1]) { + switch (name[0]) { + case 'y': return &symbol_yes; + case 'm': return &symbol_mod; + case 'n': return &symbol_no; + } + } + hash = strhash(name) % SYMBOL_HASHSIZE; + + for (symbol = symbol_hash[hash]; symbol; symbol = symbol->next) { + if (symbol->name && + !strcmp(symbol->name, name) && + !(symbol->flags & SYMBOL_CONST)) + break; + } + + return symbol; +} + +/* + * Expand symbol's names embedded in the string given in argument. Symbols' + * name to be expanded shall be prefixed by a '$'. Unknown symbol expands to + * the empty string. + */ +const char *sym_expand_string_value(const char *in) +{ + const char *src; + char *res; + size_t reslen; + + reslen = strlen(in) + 1; + res = xmalloc(reslen); + res[0] = '\0'; + + while ((src = strchr(in, '$'))) { + char *p, name[SYMBOL_MAXLENGTH]; + const char *symval = ""; + struct symbol *sym; + size_t newlen; + + strncat(res, in, src - in); + src++; + + p = name; + while (isalnum(*src) || *src == '_') + *p++ = *src++; + *p = '\0'; + + sym = sym_find(name); + if (sym != NULL) { + sym_calc_value(sym); + symval = sym_get_string_value(sym); + } + + newlen = strlen(res) + strlen(symval) + strlen(src) + 1; + if (newlen > reslen) { + reslen = newlen; + res = realloc(res, reslen); + } + + strcat(res, symval); + in = src; + } + strcat(res, in); + + return res; +} + +const char *sym_escape_string_value(const char *in) +{ + const char *p; + size_t reslen; + char *res; + size_t l; + + reslen = strlen(in) + strlen("\"\"") + 1; + + p = in; + for (;;) { + l = strcspn(p, "\"\\"); + p += l; + + if (p[0] == '\0') + break; + + reslen++; + p++; + } + + res = xmalloc(reslen); + res[0] = '\0'; + + strcat(res, "\""); + + p = in; + for (;;) { + l = strcspn(p, "\"\\"); + strncat(res, p, l); + p += l; + + if (p[0] == '\0') + break; + + strcat(res, "\\"); + strncat(res, p++, 1); + } + + strcat(res, "\""); + return res; +} + +struct sym_match { + struct symbol *sym; + off_t so, eo; +}; + +/* Compare matched symbols as thus: + * - first, symbols that match exactly + * - then, alphabetical sort + */ +static int sym_rel_comp(const void *sym1, const void *sym2) +{ + const struct sym_match *s1 = sym1; + const struct sym_match *s2 = sym2; + int exact1, exact2; + + /* Exact match: + * - if matched length on symbol s1 is the length of that symbol, + * then this symbol should come first; + * - if matched length on symbol s2 is the length of that symbol, + * then this symbol should come first. + * Note: since the search can be a regexp, both symbols may match + * exactly; if this is the case, we can't decide which comes first, + * and we fallback to sorting alphabetically. + */ + exact1 = (s1->eo - s1->so) == strlen(s1->sym->name); + exact2 = (s2->eo - s2->so) == strlen(s2->sym->name); + if (exact1 && !exact2) + return -1; + if (!exact1 && exact2) + return 1; + + /* As a fallback, sort symbols alphabetically */ + return strcmp(s1->sym->name, s2->sym->name); +} + +struct symbol **sym_re_search(const char *pattern) +{ + struct symbol *sym, **sym_arr = NULL; + struct sym_match *sym_match_arr = NULL; + int i, cnt, size; + regex_t re; + regmatch_t match[1]; + + cnt = size = 0; + /* Skip if empty */ + if (strlen(pattern) == 0) + return NULL; + if (regcomp(&re, pattern, REG_EXTENDED|REG_ICASE)) + return NULL; + + for_all_symbols(i, sym) { + if (sym->flags & SYMBOL_CONST || !sym->name) + continue; + if (regexec(&re, sym->name, 1, match, 0)) + continue; + if (cnt >= size) { + void *tmp; + size += 16; + tmp = realloc(sym_match_arr, size * sizeof(struct sym_match)); + if (!tmp) + goto sym_re_search_free; + sym_match_arr = tmp; + } + sym_calc_value(sym); + /* As regexec returned 0, we know we have a match, so + * we can use match[0].rm_[se]o without further checks + */ + sym_match_arr[cnt].so = match[0].rm_so; + sym_match_arr[cnt].eo = match[0].rm_eo; + sym_match_arr[cnt++].sym = sym; + } + if (sym_match_arr) { + qsort(sym_match_arr, cnt, sizeof(struct sym_match), sym_rel_comp); + sym_arr = malloc((cnt+1) * sizeof(struct symbol)); + if (!sym_arr) + goto sym_re_search_free; + for (i = 0; i < cnt; i++) + sym_arr[i] = sym_match_arr[i].sym; + sym_arr[cnt] = NULL; + } +sym_re_search_free: + /* sym_match_arr can be NULL if no match, but free(NULL) is OK */ + free(sym_match_arr); + regfree(&re); + + return sym_arr; +} + +/* + * When we check for recursive dependencies we use a stack to save + * current state so we can print out relevant info to user. + * The entries are located on the call stack so no need to free memory. + * Note insert() remove() must always match to properly clear the stack. + */ +static struct dep_stack { + struct dep_stack *prev, *next; + struct symbol *sym; + struct property *prop; + struct expr *expr; +} *check_top; + +static void dep_stack_insert(struct dep_stack *stack, struct symbol *sym) +{ + memset(stack, 0, sizeof(*stack)); + if (check_top) + check_top->next = stack; + stack->prev = check_top; + stack->sym = sym; + check_top = stack; +} + +static void dep_stack_remove(void) +{ + check_top = check_top->prev; + if (check_top) + check_top->next = NULL; +} + +/* + * Called when we have detected a recursive dependency. + * check_top point to the top of the stact so we use + * the ->prev pointer to locate the bottom of the stack. + */ +static void sym_check_print_recursive(struct symbol *last_sym) +{ + struct dep_stack *stack; + struct symbol *sym, *next_sym; + struct menu *menu = NULL; + struct property *prop; + struct dep_stack cv_stack; + + if (sym_is_choice_value(last_sym)) { + dep_stack_insert(&cv_stack, last_sym); + last_sym = prop_get_symbol(sym_get_choice_prop(last_sym)); + } + + for (stack = check_top; stack != NULL; stack = stack->prev) + if (stack->sym == last_sym) + break; + if (!stack) { + fprintf(stderr, "unexpected recursive dependency error\n"); + return; + } + + for (; stack; stack = stack->next) { + sym = stack->sym; + next_sym = stack->next ? stack->next->sym : last_sym; + prop = stack->prop; + if (prop == NULL) + prop = stack->sym->prop; + + /* for choice values find the menu entry (used below) */ + if (sym_is_choice(sym) || sym_is_choice_value(sym)) { + for (prop = sym->prop; prop; prop = prop->next) { + menu = prop->menu; + if (prop->menu) + break; + } + } + if (stack->sym == last_sym) + fprintf(stderr, "%s:%d:error: recursive dependency detected!\n", + prop->file->name, prop->lineno); + if (stack->expr) { + fprintf(stderr, "%s:%d:\tsymbol %s %s value contains %s\n", + prop->file->name, prop->lineno, + sym->name ? sym->name : "", + prop_get_type_name(prop->type), + next_sym->name ? next_sym->name : ""); + } else if (stack->prop) { + fprintf(stderr, "%s:%d:\tsymbol %s depends on %s\n", + prop->file->name, prop->lineno, + sym->name ? sym->name : "", + next_sym->name ? next_sym->name : ""); + } else if (sym_is_choice(sym)) { + fprintf(stderr, "%s:%d:\tchoice %s contains symbol %s\n", + menu->file->name, menu->lineno, + sym->name ? sym->name : "", + next_sym->name ? next_sym->name : ""); + } else if (sym_is_choice_value(sym)) { + fprintf(stderr, "%s:%d:\tsymbol %s is part of choice %s\n", + menu->file->name, menu->lineno, + sym->name ? sym->name : "", + next_sym->name ? next_sym->name : ""); + } else { + fprintf(stderr, "%s:%d:\tsymbol %s is selected by %s\n", + prop->file->name, prop->lineno, + sym->name ? sym->name : "", + next_sym->name ? next_sym->name : ""); + } + } + + if (check_top == &cv_stack) + dep_stack_remove(); +} + +static struct symbol *sym_check_expr_deps(struct expr *e) +{ + struct symbol *sym; + + if (!e) + return NULL; + switch (e->type) { + case E_OR: + case E_AND: + sym = sym_check_expr_deps(e->left.expr); + if (sym) + return sym; + return sym_check_expr_deps(e->right.expr); + case E_NOT: + return sym_check_expr_deps(e->left.expr); + case E_EQUAL: + case E_GEQ: + case E_GTH: + case E_LEQ: + case E_LTH: + case E_UNEQUAL: + sym = sym_check_deps(e->left.sym); + if (sym) + return sym; + return sym_check_deps(e->right.sym); + case E_SYMBOL: + return sym_check_deps(e->left.sym); + default: + break; + } + printf("Oops! How to check %d?\n", e->type); + return NULL; +} + +/* return NULL when dependencies are OK */ +static struct symbol *sym_check_sym_deps(struct symbol *sym) +{ + struct symbol *sym2; + struct property *prop; + struct dep_stack stack; + + dep_stack_insert(&stack, sym); + + sym2 = sym_check_expr_deps(sym->rev_dep.expr); + if (sym2) + goto out; + + for (prop = sym->prop; prop; prop = prop->next) { + if (prop->type == P_CHOICE || prop->type == P_SELECT) + continue; + stack.prop = prop; + sym2 = sym_check_expr_deps(prop->visible.expr); + if (sym2) + break; + if (prop->type != P_DEFAULT || sym_is_choice(sym)) + continue; + stack.expr = prop->expr; + sym2 = sym_check_expr_deps(prop->expr); + if (sym2) + break; + stack.expr = NULL; + } + +out: + dep_stack_remove(); + + return sym2; +} + +static struct symbol *sym_check_choice_deps(struct symbol *choice) +{ + struct symbol *sym, *sym2; + struct property *prop; + struct expr *e; + struct dep_stack stack; + + dep_stack_insert(&stack, choice); + + prop = sym_get_choice_prop(choice); + expr_list_for_each_sym(prop->expr, e, sym) + sym->flags |= (SYMBOL_CHECK | SYMBOL_CHECKED); + + choice->flags |= (SYMBOL_CHECK | SYMBOL_CHECKED); + sym2 = sym_check_sym_deps(choice); + choice->flags &= ~SYMBOL_CHECK; + if (sym2) + goto out; + + expr_list_for_each_sym(prop->expr, e, sym) { + sym2 = sym_check_sym_deps(sym); + if (sym2) + break; + } +out: + expr_list_for_each_sym(prop->expr, e, sym) + sym->flags &= ~SYMBOL_CHECK; + + if (sym2 && sym_is_choice_value(sym2) && + prop_get_symbol(sym_get_choice_prop(sym2)) == choice) + sym2 = choice; + + dep_stack_remove(); + + return sym2; +} + +struct symbol *sym_check_deps(struct symbol *sym) +{ + struct symbol *sym2; + struct property *prop; + + if (sym->flags & SYMBOL_CHECK) { + sym_check_print_recursive(sym); + return sym; + } + if (sym->flags & SYMBOL_CHECKED) + return NULL; + + if (sym_is_choice_value(sym)) { + struct dep_stack stack; + + /* for choice groups start the check with main choice symbol */ + dep_stack_insert(&stack, sym); + prop = sym_get_choice_prop(sym); + sym2 = sym_check_deps(prop_get_symbol(prop)); + dep_stack_remove(); + } else if (sym_is_choice(sym)) { + sym2 = sym_check_choice_deps(sym); + } else { + sym->flags |= (SYMBOL_CHECK | SYMBOL_CHECKED); + sym2 = sym_check_sym_deps(sym); + sym->flags &= ~SYMBOL_CHECK; + } + + if (sym2 && sym2 == sym) + sym2 = NULL; + + return sym2; +} + +struct property *prop_alloc(enum prop_type type, struct symbol *sym) +{ + struct property *prop; + struct property **propp; + + prop = xmalloc(sizeof(*prop)); + memset(prop, 0, sizeof(*prop)); + prop->type = type; + prop->sym = sym; + prop->file = current_file; + prop->lineno = zconf_lineno(); + + /* append property to the prop list of symbol */ + if (sym) { + for (propp = &sym->prop; *propp; propp = &(*propp)->next) + ; + *propp = prop; + } + + return prop; +} + +struct symbol *prop_get_symbol(struct property *prop) +{ + if (prop->expr && (prop->expr->type == E_SYMBOL || + prop->expr->type == E_LIST)) + return prop->expr->left.sym; + return NULL; +} + +const char *prop_get_type_name(enum prop_type type) +{ + switch (type) { + case P_PROMPT: + return "prompt"; + case P_ENV: + return "env"; + case P_COMMENT: + return "comment"; + case P_MENU: + return "menu"; + case P_DEFAULT: + return "default"; + case P_CHOICE: + return "choice"; + case P_SELECT: + return "select"; + case P_RANGE: + return "range"; + case P_SYMBOL: + return "symbol"; + case P_UNKNOWN: + break; + } + return "unknown"; +} + +static void prop_add_env(const char *env) +{ + struct symbol *sym, *sym2; + struct property *prop; + char *p; + + sym = current_entry->sym; + sym->flags |= SYMBOL_AUTO; + for_all_properties(sym, prop, P_ENV) { + sym2 = prop_get_symbol(prop); + if (strcmp(sym2->name, env)) + menu_warn(current_entry, "redefining environment symbol from %s", + sym2->name); + return; + } + + prop = prop_alloc(P_ENV, sym); + prop->expr = expr_alloc_symbol(sym_lookup(env, SYMBOL_CONST)); + + sym_env_list = expr_alloc_one(E_LIST, sym_env_list); + sym_env_list->right.sym = sym; + + p = getenv(env); + if (p) + sym_add_default(sym, p); + else + menu_warn(current_entry, "environment variable %s undefined", env); +} diff --git a/xen/tools/kconfig/util.c b/xen/tools/kconfig/util.c new file mode 100644 index 0000000..0e76042 --- /dev/null +++ b/xen/tools/kconfig/util.c @@ -0,0 +1,147 @@ +/* + * Copyright (C) 2002-2005 Roman Zippel + * Copyright (C) 2002-2005 Sam Ravnborg + * + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include "lkc.h" + +/* file already present in list? If not add it */ +struct file *file_lookup(const char *name) +{ + struct file *file; + const char *file_name = sym_expand_string_value(name); + + for (file = file_list; file; file = file->next) { + if (!strcmp(name, file->name)) { + free((void *)file_name); + return file; + } + } + + file = xmalloc(sizeof(*file)); + memset(file, 0, sizeof(*file)); + file->name = file_name; + file->next = file_list; + file_list = file; + return file; +} + +/* write a dependency file as used by kbuild to track dependencies */ +int file_write_dep(const char *name) +{ + struct symbol *sym, *env_sym; + struct expr *e; + struct file *file; + FILE *out; + + if (!name) + name = ".kconfig.d"; + out = fopen("..config.tmp", "w"); + if (!out) + return 1; + fprintf(out, "deps_config := \\\n"); + for (file = file_list; file; file = file->next) { + if (file->next) + fprintf(out, "\t%s \\\n", file->name); + else + fprintf(out, "\t%s\n", file->name); + } + fprintf(out, "\n%s: \\\n" + "\t$(deps_config)\n\n", conf_get_autoconfig_name()); + + expr_list_for_each_sym(sym_env_list, e, sym) { + struct property *prop; + const char *value; + + prop = sym_get_env_prop(sym); + env_sym = prop_get_symbol(prop); + if (!env_sym) + continue; + value = getenv(env_sym->name); + if (!value) + value = ""; + fprintf(out, "ifneq \"$(%s)\" \"%s\"\n", env_sym->name, value); + fprintf(out, "%s: FORCE\n", conf_get_autoconfig_name()); + fprintf(out, "endif\n"); + } + + fprintf(out, "\n$(deps_config): ;\n"); + fclose(out); + rename("..config.tmp", name); + return 0; +} + + +/* Allocate initial growable string */ +struct gstr str_new(void) +{ + struct gstr gs; + gs.s = xmalloc(sizeof(char) * 64); + gs.len = 64; + gs.max_width = 0; + strcpy(gs.s, "\0"); + return gs; +} + +/* Free storage for growable string */ +void str_free(struct gstr *gs) +{ + if (gs->s) + free(gs->s); + gs->s = NULL; + gs->len = 0; +} + +/* Append to growable string */ +void str_append(struct gstr *gs, const char *s) +{ + size_t l; + if (s) { + l = strlen(gs->s) + strlen(s) + 1; + if (l > gs->len) { + gs->s = realloc(gs->s, l); + gs->len = l; + } + strcat(gs->s, s); + } +} + +/* Append printf formatted string to growable string */ +void str_printf(struct gstr *gs, const char *fmt, ...) +{ + va_list ap; + char s[10000]; /* big enough... */ + va_start(ap, fmt); + vsnprintf(s, sizeof(s), fmt, ap); + str_append(gs, s); + va_end(ap); +} + +/* Retrieve value of growable string */ +const char *str_get(struct gstr *gs) +{ + return gs->s; +} + +void *xmalloc(size_t size) +{ + void *p = malloc(size); + if (p) + return p; + fprintf(stderr, "Out of memory.\n"); + exit(1); +} + +void *xcalloc(size_t nmemb, size_t size) +{ + void *p = calloc(nmemb, size); + if (p) + return p; + fprintf(stderr, "Out of memory.\n"); + exit(1); +} diff --git a/xen/tools/kconfig/zconf.gperf b/xen/tools/kconfig/zconf.gperf new file mode 100644 index 0000000..ac498f0 --- /dev/null +++ b/xen/tools/kconfig/zconf.gperf @@ -0,0 +1,49 @@ +%language=ANSI-C +%define hash-function-name kconf_id_hash +%define lookup-function-name kconf_id_lookup +%define string-pool-name kconf_id_strings +%compare-strncmp +%enum +%pic +%struct-type + +struct kconf_id; + +static const struct kconf_id *kconf_id_lookup(register const char *str, register unsigned int len); + +%% +mainmenu, T_MAINMENU, TF_COMMAND +menu, T_MENU, TF_COMMAND +endmenu, T_ENDMENU, TF_COMMAND +source, T_SOURCE, TF_COMMAND +choice, T_CHOICE, TF_COMMAND +endchoice, T_ENDCHOICE, TF_COMMAND +comment, T_COMMENT, TF_COMMAND +config, T_CONFIG, TF_COMMAND +menuconfig, T_MENUCONFIG, TF_COMMAND +help, T_HELP, TF_COMMAND +---help---, T_HELP, TF_COMMAND +if, T_IF, TF_COMMAND|TF_PARAM +endif, T_ENDIF, TF_COMMAND +depends, T_DEPENDS, TF_COMMAND +optional, T_OPTIONAL, TF_COMMAND +default, T_DEFAULT, TF_COMMAND, S_UNKNOWN +prompt, T_PROMPT, TF_COMMAND +tristate, T_TYPE, TF_COMMAND, S_TRISTATE +def_tristate, T_DEFAULT, TF_COMMAND, S_TRISTATE +bool, T_TYPE, TF_COMMAND, S_BOOLEAN +boolean, T_TYPE, TF_COMMAND, S_BOOLEAN +def_bool, T_DEFAULT, TF_COMMAND, S_BOOLEAN +int, T_TYPE, TF_COMMAND, S_INT +hex, T_TYPE, TF_COMMAND, S_HEX +string, T_TYPE, TF_COMMAND, S_STRING +select, T_SELECT, TF_COMMAND +range, T_RANGE, TF_COMMAND +visible, T_VISIBLE, TF_COMMAND +option, T_OPTION, TF_COMMAND +on, T_ON, TF_PARAM +modules, T_OPT_MODULES, TF_OPTION +defconfig_list, T_OPT_DEFCONFIG_LIST,TF_OPTION +env, T_OPT_ENV, TF_OPTION +allnoconfig_y, T_OPT_ALLNOCONFIG_Y,TF_OPTION +%% diff --git a/xen/tools/kconfig/zconf.hash.c_shipped b/xen/tools/kconfig/zconf.hash.c_shipped new file mode 100644 index 0000000..360a62d --- /dev/null +++ b/xen/tools/kconfig/zconf.hash.c_shipped @@ -0,0 +1,293 @@ +/* ANSI-C code produced by gperf version 3.0.4 */ +/* Command-line: gperf -t --output-file scripts/kconfig/zconf.hash.c_shipped -a -C -E -g -k '1,3,$' -p -t scripts/kconfig/zconf.gperf */ + +#if !((' ' == 32) && ('!' == 33) && ('"' == 34) && ('#' == 35) \ + && ('%' == 37) && ('&' == 38) && ('\'' == 39) && ('(' == 40) \ + && (')' == 41) && ('*' == 42) && ('+' == 43) && (',' == 44) \ + && ('-' == 45) && ('.' == 46) && ('/' == 47) && ('0' == 48) \ + && ('1' == 49) && ('2' == 50) && ('3' == 51) && ('4' == 52) \ + && ('5' == 53) && ('6' == 54) && ('7' == 55) && ('8' == 56) \ + && ('9' == 57) && (':' == 58) && (';' == 59) && ('<' == 60) \ + && ('=' == 61) && ('>' == 62) && ('?' == 63) && ('A' == 65) \ + && ('B' == 66) && ('C' == 67) && ('D' == 68) && ('E' == 69) \ + && ('F' == 70) && ('G' == 71) && ('H' == 72) && ('I' == 73) \ + && ('J' == 74) && ('K' == 75) && ('L' == 76) && ('M' == 77) \ + && ('N' == 78) && ('O' == 79) && ('P' == 80) && ('Q' == 81) \ + && ('R' == 82) && ('S' == 83) && ('T' == 84) && ('U' == 85) \ + && ('V' == 86) && ('W' == 87) && ('X' == 88) && ('Y' == 89) \ + && ('Z' == 90) && ('[' == 91) && ('\\' == 92) && (']' == 93) \ + && ('^' == 94) && ('_' == 95) && ('a' == 97) && ('b' == 98) \ + && ('c' == 99) && ('d' == 100) && ('e' == 101) && ('f' == 102) \ + && ('g' == 103) && ('h' == 104) && ('i' == 105) && ('j' == 106) \ + && ('k' == 107) && ('l' == 108) && ('m' == 109) && ('n' == 110) \ + && ('o' == 111) && ('p' == 112) && ('q' == 113) && ('r' == 114) \ + && ('s' == 115) && ('t' == 116) && ('u' == 117) && ('v' == 118) \ + && ('w' == 119) && ('x' == 120) && ('y' == 121) && ('z' == 122) \ + && ('{' == 123) && ('|' == 124) && ('}' == 125) && ('~' == 126)) +/* The character set is not based on ISO-646. */ +#error "gperf generated tables don't work with this execution character set. Please report a bug to ." +#endif + +#line 10 "scripts/kconfig/zconf.gperf" +struct kconf_id; + +static const struct kconf_id *kconf_id_lookup(register const char *str, register unsigned int len); +/* maximum key range = 71, duplicates = 0 */ + +#ifdef __GNUC__ +__inline +#else +#ifdef __cplusplus +inline +#endif +#endif +static unsigned int +kconf_id_hash (register const char *str, register unsigned int len) +{ + static const unsigned char asso_values[] = + { + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 0, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 5, 25, 25, + 0, 0, 0, 5, 0, 0, 73, 73, 5, 0, + 10, 5, 45, 73, 20, 20, 0, 15, 15, 73, + 20, 5, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73, 73, 73, 73, 73, + 73, 73, 73, 73, 73, 73 + }; + register int hval = len; + + switch (hval) + { + default: + hval += asso_values[(unsigned char)str[2]]; + /*FALLTHROUGH*/ + case 2: + case 1: + hval += asso_values[(unsigned char)str[0]]; + break; + } + return hval + asso_values[(unsigned char)str[len - 1]]; +} + +struct kconf_id_strings_t + { + char kconf_id_strings_str2[sizeof("if")]; + char kconf_id_strings_str3[sizeof("int")]; + char kconf_id_strings_str5[sizeof("endif")]; + char kconf_id_strings_str7[sizeof("default")]; + char kconf_id_strings_str8[sizeof("tristate")]; + char kconf_id_strings_str9[sizeof("endchoice")]; + char kconf_id_strings_str10[sizeof("---help---")]; + char kconf_id_strings_str12[sizeof("def_tristate")]; + char kconf_id_strings_str13[sizeof("def_bool")]; + char kconf_id_strings_str14[sizeof("defconfig_list")]; + char kconf_id_strings_str17[sizeof("on")]; + char kconf_id_strings_str18[sizeof("optional")]; + char kconf_id_strings_str21[sizeof("option")]; + char kconf_id_strings_str22[sizeof("endmenu")]; + char kconf_id_strings_str23[sizeof("mainmenu")]; + char kconf_id_strings_str25[sizeof("menuconfig")]; + char kconf_id_strings_str27[sizeof("modules")]; + char kconf_id_strings_str28[sizeof("allnoconfig_y")]; + char kconf_id_strings_str29[sizeof("menu")]; + char kconf_id_strings_str31[sizeof("select")]; + char kconf_id_strings_str32[sizeof("comment")]; + char kconf_id_strings_str33[sizeof("env")]; + char kconf_id_strings_str35[sizeof("range")]; + char kconf_id_strings_str36[sizeof("choice")]; + char kconf_id_strings_str39[sizeof("bool")]; + char kconf_id_strings_str41[sizeof("source")]; + char kconf_id_strings_str42[sizeof("visible")]; + char kconf_id_strings_str43[sizeof("hex")]; + char kconf_id_strings_str46[sizeof("config")]; + char kconf_id_strings_str47[sizeof("boolean")]; + char kconf_id_strings_str51[sizeof("string")]; + char kconf_id_strings_str54[sizeof("help")]; + char kconf_id_strings_str56[sizeof("prompt")]; + char kconf_id_strings_str72[sizeof("depends")]; + }; +static const struct kconf_id_strings_t kconf_id_strings_contents = + { + "if", + "int", + "endif", + "default", + "tristate", + "endchoice", + "---help---", + "def_tristate", + "def_bool", + "defconfig_list", + "on", + "optional", + "option", + "endmenu", + "mainmenu", + "menuconfig", + "modules", + "allnoconfig_y", + "menu", + "select", + "comment", + "env", + "range", + "choice", + "bool", + "source", + "visible", + "hex", + "config", + "boolean", + "string", + "help", + "prompt", + "depends" + }; +#define kconf_id_strings ((const char *) &kconf_id_strings_contents) +#ifdef __GNUC__ +__inline +#if defined __GNUC_STDC_INLINE__ || defined __GNUC_GNU_INLINE__ +__attribute__ ((__gnu_inline__)) +#endif +#endif +const struct kconf_id * +kconf_id_lookup (register const char *str, register unsigned int len) +{ + enum + { + TOTAL_KEYWORDS = 34, + MIN_WORD_LENGTH = 2, + MAX_WORD_LENGTH = 14, + MIN_HASH_VALUE = 2, + MAX_HASH_VALUE = 72 + }; + + static const struct kconf_id wordlist[] = + { + {-1}, {-1}, +#line 26 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str2, T_IF, TF_COMMAND|TF_PARAM}, +#line 37 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str3, T_TYPE, TF_COMMAND, S_INT}, + {-1}, +#line 27 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str5, T_ENDIF, TF_COMMAND}, + {-1}, +#line 30 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str7, T_DEFAULT, TF_COMMAND, S_UNKNOWN}, +#line 32 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str8, T_TYPE, TF_COMMAND, S_TRISTATE}, +#line 20 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str9, T_ENDCHOICE, TF_COMMAND}, +#line 25 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str10, T_HELP, TF_COMMAND}, + {-1}, +#line 33 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str12, T_DEFAULT, TF_COMMAND, S_TRISTATE}, +#line 36 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str13, T_DEFAULT, TF_COMMAND, S_BOOLEAN}, +#line 46 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str14, T_OPT_DEFCONFIG_LIST,TF_OPTION}, + {-1}, {-1}, +#line 44 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str17, T_ON, TF_PARAM}, +#line 29 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str18, T_OPTIONAL, TF_COMMAND}, + {-1}, {-1}, +#line 43 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str21, T_OPTION, TF_COMMAND}, +#line 17 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str22, T_ENDMENU, TF_COMMAND}, +#line 15 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str23, T_MAINMENU, TF_COMMAND}, + {-1}, +#line 23 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str25, T_MENUCONFIG, TF_COMMAND}, + {-1}, +#line 45 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str27, T_OPT_MODULES, TF_OPTION}, +#line 48 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str28, T_OPT_ALLNOCONFIG_Y,TF_OPTION}, +#line 16 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str29, T_MENU, TF_COMMAND}, + {-1}, +#line 40 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str31, T_SELECT, TF_COMMAND}, +#line 21 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str32, T_COMMENT, TF_COMMAND}, +#line 47 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str33, T_OPT_ENV, TF_OPTION}, + {-1}, +#line 41 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str35, T_RANGE, TF_COMMAND}, +#line 19 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str36, T_CHOICE, TF_COMMAND}, + {-1}, {-1}, +#line 34 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str39, T_TYPE, TF_COMMAND, S_BOOLEAN}, + {-1}, +#line 18 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str41, T_SOURCE, TF_COMMAND}, +#line 42 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str42, T_VISIBLE, TF_COMMAND}, +#line 38 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str43, T_TYPE, TF_COMMAND, S_HEX}, + {-1}, {-1}, +#line 22 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str46, T_CONFIG, TF_COMMAND}, +#line 35 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str47, T_TYPE, TF_COMMAND, S_BOOLEAN}, + {-1}, {-1}, {-1}, +#line 39 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str51, T_TYPE, TF_COMMAND, S_STRING}, + {-1}, {-1}, +#line 24 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str54, T_HELP, TF_COMMAND}, + {-1}, +#line 31 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str56, T_PROMPT, TF_COMMAND}, + {-1}, {-1}, {-1}, {-1}, {-1}, {-1}, {-1}, {-1}, {-1}, + {-1}, {-1}, {-1}, {-1}, {-1}, {-1}, +#line 28 "scripts/kconfig/zconf.gperf" + {(int)(long)&((struct kconf_id_strings_t *)0)->kconf_id_strings_str72, T_DEPENDS, TF_COMMAND} + }; + + if (len <= MAX_WORD_LENGTH && len >= MIN_WORD_LENGTH) + { + register int key = kconf_id_hash (str, len); + + if (key <= MAX_HASH_VALUE && key >= 0) + { + register int o = wordlist[key].name; + if (o >= 0) + { + register const char *s = o + kconf_id_strings; + + if (*str == *s && !strncmp (str + 1, s + 1, len - 1) && s[len] == '\0') + return &wordlist[key]; + } + } + } + return 0; +} +#line 49 "scripts/kconfig/zconf.gperf" + diff --git a/xen/tools/kconfig/zconf.l b/xen/tools/kconfig/zconf.l new file mode 100644 index 0000000..c410d25 --- /dev/null +++ b/xen/tools/kconfig/zconf.l @@ -0,0 +1,374 @@ +%option nostdinit noyywrap never-interactive full ecs +%option 8bit nodefault perf-report perf-report +%option noinput +%x COMMAND HELP STRING PARAM +%{ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include + +#include "lkc.h" + +#define START_STRSIZE 16 + +static struct { + struct file *file; + int lineno; +} current_pos; + +static char *text; +static int text_size, text_asize; + +struct buffer { + struct buffer *parent; + YY_BUFFER_STATE state; +}; + +struct buffer *current_buf; + +static int last_ts, first_ts; + +static void zconf_endhelp(void); +static void zconf_endfile(void); + +static void new_string(void) +{ + text = xmalloc(START_STRSIZE); + text_asize = START_STRSIZE; + text_size = 0; + *text = 0; +} + +static void append_string(const char *str, int size) +{ + int new_size = text_size + size + 1; + if (new_size > text_asize) { + new_size += START_STRSIZE - 1; + new_size &= -START_STRSIZE; + text = realloc(text, new_size); + text_asize = new_size; + } + memcpy(text + text_size, str, size); + text_size += size; + text[text_size] = 0; +} + +static void alloc_string(const char *str, int size) +{ + text = xmalloc(size + 1); + memcpy(text, str, size); + text[size] = 0; +} + +static void warn_ignored_character(char chr) +{ + fprintf(stderr, + "%s:%d:warning: ignoring unsupported character '%c'\n", + zconf_curname(), zconf_lineno(), chr); +} +%} + +n [A-Za-z0-9_-] + +%% + int str = 0; + int ts, i; + +[ \t]*#.*\n | +[ \t]*\n { + current_file->lineno++; + return T_EOL; +} +[ \t]*#.* + + +[ \t]+ { + BEGIN(COMMAND); +} + +. { + unput(yytext[0]); + BEGIN(COMMAND); +} + + +{ + {n}+ { + const struct kconf_id *id = kconf_id_lookup(yytext, yyleng); + BEGIN(PARAM); + current_pos.file = current_file; + current_pos.lineno = current_file->lineno; + if (id && id->flags & TF_COMMAND) { + zconflval.id = id; + return id->token; + } + alloc_string(yytext, yyleng); + zconflval.string = text; + return T_WORD; + } + . warn_ignored_character(*yytext); + \n { + BEGIN(INITIAL); + current_file->lineno++; + return T_EOL; + } +} + +{ + "&&" return T_AND; + "||" return T_OR; + "(" return T_OPEN_PAREN; + ")" return T_CLOSE_PAREN; + "!" return T_NOT; + "=" return T_EQUAL; + "!=" return T_UNEQUAL; + "<=" return T_LESS_EQUAL; + ">=" return T_GREATER_EQUAL; + "<" return T_LESS; + ">" return T_GREATER; + \"|\' { + str = yytext[0]; + new_string(); + BEGIN(STRING); + } + \n BEGIN(INITIAL); current_file->lineno++; return T_EOL; + ({n}|[/.])+ { + const struct kconf_id *id = kconf_id_lookup(yytext, yyleng); + if (id && id->flags & TF_PARAM) { + zconflval.id = id; + return id->token; + } + alloc_string(yytext, yyleng); + zconflval.string = text; + return T_WORD; + } + #.* /* comment */ + \\\n current_file->lineno++; + [[:blank:]]+ + . warn_ignored_character(*yytext); + <> { + BEGIN(INITIAL); + } +} + +{ + [^'"\\\n]+/\n { + append_string(yytext, yyleng); + zconflval.string = text; + return T_WORD_QUOTE; + } + [^'"\\\n]+ { + append_string(yytext, yyleng); + } + \\.?/\n { + append_string(yytext + 1, yyleng - 1); + zconflval.string = text; + return T_WORD_QUOTE; + } + \\.? { + append_string(yytext + 1, yyleng - 1); + } + \'|\" { + if (str == yytext[0]) { + BEGIN(PARAM); + zconflval.string = text; + return T_WORD_QUOTE; + } else + append_string(yytext, 1); + } + \n { + printf("%s:%d:warning: multi-line strings not supported\n", zconf_curname(), zconf_lineno()); + current_file->lineno++; + BEGIN(INITIAL); + return T_EOL; + } + <> { + BEGIN(INITIAL); + } +} + +{ + [ \t]+ { + ts = 0; + for (i = 0; i < yyleng; i++) { + if (yytext[i] == '\t') + ts = (ts & ~7) + 8; + else + ts++; + } + last_ts = ts; + if (first_ts) { + if (ts < first_ts) { + zconf_endhelp(); + return T_HELPTEXT; + } + ts -= first_ts; + while (ts > 8) { + append_string(" ", 8); + ts -= 8; + } + append_string(" ", ts); + } + } + [ \t]*\n/[^ \t\n] { + current_file->lineno++; + zconf_endhelp(); + return T_HELPTEXT; + } + [ \t]*\n { + current_file->lineno++; + append_string("\n", 1); + } + [^ \t\n].* { + while (yyleng) { + if ((yytext[yyleng-1] != ' ') && (yytext[yyleng-1] != '\t')) + break; + yyleng--; + } + append_string(yytext, yyleng); + if (!first_ts) + first_ts = last_ts; + } + <> { + zconf_endhelp(); + return T_HELPTEXT; + } +} + +<> { + if (current_file) { + zconf_endfile(); + return T_EOL; + } + fclose(yyin); + yyterminate(); +} + +%% +void zconf_starthelp(void) +{ + new_string(); + last_ts = first_ts = 0; + BEGIN(HELP); +} + +static void zconf_endhelp(void) +{ + zconflval.string = text; + BEGIN(INITIAL); +} + + +/* + * Try to open specified file with following names: + * ./name + * $(srctree)/name + * The latter is used when srctree is separate from objtree + * when compiling the kernel. + * Return NULL if file is not found. + */ +FILE *zconf_fopen(const char *name) +{ + char *env, fullname[PATH_MAX+1]; + FILE *f; + + f = fopen(name, "r"); + if (!f && name != NULL && name[0] != '/') { + env = getenv(SRCTREE); + if (env) { + sprintf(fullname, "%s/%s", env, name); + f = fopen(fullname, "r"); + } + } + return f; +} + +void zconf_initscan(const char *name) +{ + yyin = zconf_fopen(name); + if (!yyin) { + printf("can't find file %s\n", name); + exit(1); + } + + current_buf = xmalloc(sizeof(*current_buf)); + memset(current_buf, 0, sizeof(*current_buf)); + + current_file = file_lookup(name); + current_file->lineno = 1; +} + +void zconf_nextfile(const char *name) +{ + struct file *iter; + struct file *file = file_lookup(name); + struct buffer *buf = xmalloc(sizeof(*buf)); + memset(buf, 0, sizeof(*buf)); + + current_buf->state = YY_CURRENT_BUFFER; + yyin = zconf_fopen(file->name); + if (!yyin) { + printf("%s:%d: can't open file \"%s\"\n", + zconf_curname(), zconf_lineno(), file->name); + exit(1); + } + yy_switch_to_buffer(yy_create_buffer(yyin, YY_BUF_SIZE)); + buf->parent = current_buf; + current_buf = buf; + + for (iter = current_file->parent; iter; iter = iter->parent ) { + if (!strcmp(current_file->name,iter->name) ) { + printf("%s:%d: recursive inclusion detected. " + "Inclusion path:\n current file : '%s'\n", + zconf_curname(), zconf_lineno(), + zconf_curname()); + iter = current_file->parent; + while (iter && \ + strcmp(iter->name,current_file->name)) { + printf(" included from: '%s:%d'\n", + iter->name, iter->lineno-1); + iter = iter->parent; + } + if (iter) + printf(" included from: '%s:%d'\n", + iter->name, iter->lineno+1); + exit(1); + } + } + file->lineno = 1; + file->parent = current_file; + current_file = file; +} + +static void zconf_endfile(void) +{ + struct buffer *parent; + + current_file = current_file->parent; + + parent = current_buf->parent; + if (parent) { + fclose(yyin); + yy_delete_buffer(YY_CURRENT_BUFFER); + yy_switch_to_buffer(parent->state); + } + free(current_buf); + current_buf = parent; +} + +int zconf_lineno(void) +{ + return current_pos.lineno; +} + +const char *zconf_curname(void) +{ + return current_pos.file ? current_pos.file->name : ""; +} diff --git a/xen/tools/kconfig/zconf.lex.c_shipped b/xen/tools/kconfig/zconf.lex.c_shipped new file mode 100644 index 0000000..37fdf61 --- /dev/null +++ b/xen/tools/kconfig/zconf.lex.c_shipped @@ -0,0 +1,2473 @@ + +#line 3 "scripts/kconfig/zconf.lex.c_shipped" + +#define YY_INT_ALIGNED short int + +/* A lexical scanner generated by flex */ + +#define yy_create_buffer zconf_create_buffer +#define yy_delete_buffer zconf_delete_buffer +#define yy_flex_debug zconf_flex_debug +#define yy_init_buffer zconf_init_buffer +#define yy_flush_buffer zconf_flush_buffer +#define yy_load_buffer_state zconf_load_buffer_state +#define yy_switch_to_buffer zconf_switch_to_buffer +#define yyin zconfin +#define yyleng zconfleng +#define yylex zconflex +#define yylineno zconflineno +#define yyout zconfout +#define yyrestart zconfrestart +#define yytext zconftext +#define yywrap zconfwrap +#define yyalloc zconfalloc +#define yyrealloc zconfrealloc +#define yyfree zconffree + +#define FLEX_SCANNER +#define YY_FLEX_MAJOR_VERSION 2 +#define YY_FLEX_MINOR_VERSION 5 +#define YY_FLEX_SUBMINOR_VERSION 35 +#if YY_FLEX_SUBMINOR_VERSION > 0 +#define FLEX_BETA +#endif + +/* First, we deal with platform-specific or compiler-specific issues. */ + +/* begin standard C headers. */ +#include +#include +#include +#include + +/* end standard C headers. */ + +/* flex integer type definitions */ + +#ifndef FLEXINT_H +#define FLEXINT_H + +/* C99 systems have . Non-C99 systems may or may not. */ + +#if defined (__STDC_VERSION__) && __STDC_VERSION__ >= 199901L + +/* C99 says to define __STDC_LIMIT_MACROS before including stdint.h, + * if you want the limit (max/min) macros for int types. + */ +#ifndef __STDC_LIMIT_MACROS +#define __STDC_LIMIT_MACROS 1 +#endif + +#include +typedef int8_t flex_int8_t; +typedef uint8_t flex_uint8_t; +typedef int16_t flex_int16_t; +typedef uint16_t flex_uint16_t; +typedef int32_t flex_int32_t; +typedef uint32_t flex_uint32_t; +#else +typedef signed char flex_int8_t; +typedef short int flex_int16_t; +typedef int flex_int32_t; +typedef unsigned char flex_uint8_t; +typedef unsigned short int flex_uint16_t; +typedef unsigned int flex_uint32_t; + +/* Limits of integral types. */ +#ifndef INT8_MIN +#define INT8_MIN (-128) +#endif +#ifndef INT16_MIN +#define INT16_MIN (-32767-1) +#endif +#ifndef INT32_MIN +#define INT32_MIN (-2147483647-1) +#endif +#ifndef INT8_MAX +#define INT8_MAX (127) +#endif +#ifndef INT16_MAX +#define INT16_MAX (32767) +#endif +#ifndef INT32_MAX +#define INT32_MAX (2147483647) +#endif +#ifndef UINT8_MAX +#define UINT8_MAX (255U) +#endif +#ifndef UINT16_MAX +#define UINT16_MAX (65535U) +#endif +#ifndef UINT32_MAX +#define UINT32_MAX (4294967295U) +#endif + +#endif /* ! C99 */ + +#endif /* ! FLEXINT_H */ + +#ifdef __cplusplus + +/* The "const" storage-class-modifier is valid. */ +#define YY_USE_CONST + +#else /* ! __cplusplus */ + +/* C99 requires __STDC__ to be defined as 1. */ +#if defined (__STDC__) + +#define YY_USE_CONST + +#endif /* defined (__STDC__) */ +#endif /* ! __cplusplus */ + +#ifdef YY_USE_CONST +#define yyconst const +#else +#define yyconst +#endif + +/* Returned upon end-of-file. */ +#define YY_NULL 0 + +/* Promotes a possibly negative, possibly signed char to an unsigned + * integer for use as an array index. If the signed char is negative, + * we want to instead treat it as an 8-bit unsigned char, hence the + * double cast. + */ +#define YY_SC_TO_UI(c) ((unsigned int) (unsigned char) c) + +/* Enter a start condition. This macro really ought to take a parameter, + * but we do it the disgusting crufty way forced on us by the ()-less + * definition of BEGIN. + */ +#define BEGIN (yy_start) = 1 + 2 * + +/* Translate the current start state into a value that can be later handed + * to BEGIN to return to the state. The YYSTATE alias is for lex + * compatibility. + */ +#define YY_START (((yy_start) - 1) / 2) +#define YYSTATE YY_START + +/* Action number for EOF rule of a given start state. */ +#define YY_STATE_EOF(state) (YY_END_OF_BUFFER + state + 1) + +/* Special action meaning "start processing a new file". */ +#define YY_NEW_FILE zconfrestart(zconfin ) + +#define YY_END_OF_BUFFER_CHAR 0 + +/* Size of default input buffer. */ +#ifndef YY_BUF_SIZE +#ifdef __ia64__ +/* On IA-64, the buffer size is 16k, not 8k. + * Moreover, YY_BUF_SIZE is 2*YY_READ_BUF_SIZE in the general case. + * Ditto for the __ia64__ case accordingly. + */ +#define YY_BUF_SIZE 32768 +#else +#define YY_BUF_SIZE 16384 +#endif /* __ia64__ */ +#endif + +/* The state buf must be large enough to hold one state per character in the main buffer. + */ +#define YY_STATE_BUF_SIZE ((YY_BUF_SIZE + 2) * sizeof(yy_state_type)) + +#ifndef YY_TYPEDEF_YY_BUFFER_STATE +#define YY_TYPEDEF_YY_BUFFER_STATE +typedef struct yy_buffer_state *YY_BUFFER_STATE; +#endif + +extern int zconfleng; + +extern FILE *zconfin, *zconfout; + +#define EOB_ACT_CONTINUE_SCAN 0 +#define EOB_ACT_END_OF_FILE 1 +#define EOB_ACT_LAST_MATCH 2 + + #define YY_LESS_LINENO(n) + +/* Return all but the first "n" matched characters back to the input stream. */ +#define yyless(n) \ + do \ + { \ + /* Undo effects of setting up zconftext. */ \ + int yyless_macro_arg = (n); \ + YY_LESS_LINENO(yyless_macro_arg);\ + *yy_cp = (yy_hold_char); \ + YY_RESTORE_YY_MORE_OFFSET \ + (yy_c_buf_p) = yy_cp = yy_bp + yyless_macro_arg - YY_MORE_ADJ; \ + YY_DO_BEFORE_ACTION; /* set up zconftext again */ \ + } \ + while ( 0 ) + +#define unput(c) yyunput( c, (yytext_ptr) ) + +#ifndef YY_TYPEDEF_YY_SIZE_T +#define YY_TYPEDEF_YY_SIZE_T +typedef size_t yy_size_t; +#endif + +#ifndef YY_STRUCT_YY_BUFFER_STATE +#define YY_STRUCT_YY_BUFFER_STATE +struct yy_buffer_state + { + FILE *yy_input_file; + + char *yy_ch_buf; /* input buffer */ + char *yy_buf_pos; /* current position in input buffer */ + + /* Size of input buffer in bytes, not including room for EOB + * characters. + */ + yy_size_t yy_buf_size; + + /* Number of characters read into yy_ch_buf, not including EOB + * characters. + */ + int yy_n_chars; + + /* Whether we "own" the buffer - i.e., we know we created it, + * and can realloc() it to grow it, and should free() it to + * delete it. + */ + int yy_is_our_buffer; + + /* Whether this is an "interactive" input source; if so, and + * if we're using stdio for input, then we want to use getc() + * instead of fread(), to make sure we stop fetching input after + * each newline. + */ + int yy_is_interactive; + + /* Whether we're considered to be at the beginning of a line. + * If so, '^' rules will be active on the next match, otherwise + * not. + */ + int yy_at_bol; + + int yy_bs_lineno; /**< The line count. */ + int yy_bs_column; /**< The column count. */ + + /* Whether to try to fill the input buffer when we reach the + * end of it. + */ + int yy_fill_buffer; + + int yy_buffer_status; + +#define YY_BUFFER_NEW 0 +#define YY_BUFFER_NORMAL 1 + /* When an EOF's been seen but there's still some text to process + * then we mark the buffer as YY_EOF_PENDING, to indicate that we + * shouldn't try reading from the input source any more. We might + * still have a bunch of tokens to match, though, because of + * possible backing-up. + * + * When we actually see the EOF, we change the status to "new" + * (via zconfrestart()), so that the user can continue scanning by + * just pointing zconfin at a new input file. + */ +#define YY_BUFFER_EOF_PENDING 2 + + }; +#endif /* !YY_STRUCT_YY_BUFFER_STATE */ + +/* Stack of input buffers. */ +static size_t yy_buffer_stack_top = 0; /**< index of top of stack. */ +static size_t yy_buffer_stack_max = 0; /**< capacity of stack. */ +static YY_BUFFER_STATE * yy_buffer_stack = 0; /**< Stack as an array. */ + +/* We provide macros for accessing buffer states in case in the + * future we want to put the buffer states in a more general + * "scanner state". + * + * Returns the top of the stack, or NULL. + */ +#define YY_CURRENT_BUFFER ( (yy_buffer_stack) \ + ? (yy_buffer_stack)[(yy_buffer_stack_top)] \ + : NULL) + +/* Same as previous macro, but useful when we know that the buffer stack is not + * NULL or when we need an lvalue. For internal use only. + */ +#define YY_CURRENT_BUFFER_LVALUE (yy_buffer_stack)[(yy_buffer_stack_top)] + +/* yy_hold_char holds the character lost when zconftext is formed. */ +static char yy_hold_char; +static int yy_n_chars; /* number of characters read into yy_ch_buf */ +int zconfleng; + +/* Points to current character in buffer. */ +static char *yy_c_buf_p = (char *) 0; +static int yy_init = 0; /* whether we need to initialize */ +static int yy_start = 0; /* start state number */ + +/* Flag which is used to allow zconfwrap()'s to do buffer switches + * instead of setting up a fresh zconfin. A bit of a hack ... + */ +static int yy_did_buffer_switch_on_eof; + +void zconfrestart (FILE *input_file ); +void zconf_switch_to_buffer (YY_BUFFER_STATE new_buffer ); +YY_BUFFER_STATE zconf_create_buffer (FILE *file,int size ); +void zconf_delete_buffer (YY_BUFFER_STATE b ); +void zconf_flush_buffer (YY_BUFFER_STATE b ); +void zconfpush_buffer_state (YY_BUFFER_STATE new_buffer ); +void zconfpop_buffer_state (void ); + +static void zconfensure_buffer_stack (void ); +static void zconf_load_buffer_state (void ); +static void zconf_init_buffer (YY_BUFFER_STATE b,FILE *file ); + +#define YY_FLUSH_BUFFER zconf_flush_buffer(YY_CURRENT_BUFFER ) + +YY_BUFFER_STATE zconf_scan_buffer (char *base,yy_size_t size ); +YY_BUFFER_STATE zconf_scan_string (yyconst char *yy_str ); +YY_BUFFER_STATE zconf_scan_bytes (yyconst char *bytes,int len ); + +void *zconfalloc (yy_size_t ); +void *zconfrealloc (void *,yy_size_t ); +void zconffree (void * ); + +#define yy_new_buffer zconf_create_buffer + +#define yy_set_interactive(is_interactive) \ + { \ + if ( ! YY_CURRENT_BUFFER ){ \ + zconfensure_buffer_stack (); \ + YY_CURRENT_BUFFER_LVALUE = \ + zconf_create_buffer(zconfin,YY_BUF_SIZE ); \ + } \ + YY_CURRENT_BUFFER_LVALUE->yy_is_interactive = is_interactive; \ + } + +#define yy_set_bol(at_bol) \ + { \ + if ( ! YY_CURRENT_BUFFER ){\ + zconfensure_buffer_stack (); \ + YY_CURRENT_BUFFER_LVALUE = \ + zconf_create_buffer(zconfin,YY_BUF_SIZE ); \ + } \ + YY_CURRENT_BUFFER_LVALUE->yy_at_bol = at_bol; \ + } + +#define YY_AT_BOL() (YY_CURRENT_BUFFER_LVALUE->yy_at_bol) + +/* Begin user sect3 */ + +#define zconfwrap(n) 1 +#define YY_SKIP_YYWRAP + +typedef unsigned char YY_CHAR; + +FILE *zconfin = (FILE *) 0, *zconfout = (FILE *) 0; + +typedef int yy_state_type; + +extern int zconflineno; + +int zconflineno = 1; + +extern char *zconftext; +#define yytext_ptr zconftext +static yyconst flex_int16_t yy_nxt[][18] = + { + { + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 0, 0, 0, 0, 0, 0, 0, 0 + }, + + { + 11, 12, 13, 14, 12, 12, 15, 12, 12, 12, + 12, 12, 12, 12, 12, 12, 12, 12 + }, + + { + 11, 12, 13, 14, 12, 12, 15, 12, 12, 12, + 12, 12, 12, 12, 12, 12, 12, 12 + }, + + { + 11, 16, 16, 17, 16, 16, 16, 16, 16, 16, + 16, 18, 16, 16, 16, 16, 16, 16 + }, + + { + 11, 16, 16, 17, 16, 16, 16, 16, 16, 16, + 16, 18, 16, 16, 16, 16, 16, 16 + + }, + + { + 11, 19, 20, 21, 19, 19, 19, 19, 19, 19, + 19, 19, 19, 19, 19, 19, 19, 19 + }, + + { + 11, 19, 20, 21, 19, 19, 19, 19, 19, 19, + 19, 19, 19, 19, 19, 19, 19, 19 + }, + + { + 11, 22, 22, 23, 22, 24, 22, 22, 24, 22, + 22, 22, 22, 22, 22, 22, 25, 22 + }, + + { + 11, 22, 22, 23, 22, 24, 22, 22, 24, 22, + 22, 22, 22, 22, 22, 22, 25, 22 + }, + + { + 11, 26, 27, 28, 29, 30, 31, 32, 30, 33, + 34, 35, 35, 36, 37, 38, 39, 40 + + }, + + { + 11, 26, 27, 28, 29, 30, 31, 32, 30, 33, + 34, 35, 35, 36, 37, 38, 39, 40 + }, + + { + -11, -11, -11, -11, -11, -11, -11, -11, -11, -11, + -11, -11, -11, -11, -11, -11, -11, -11 + }, + + { + 11, -12, -12, -12, -12, -12, -12, -12, -12, -12, + -12, -12, -12, -12, -12, -12, -12, -12 + }, + + { + 11, -13, 41, 42, -13, -13, 43, -13, -13, -13, + -13, -13, -13, -13, -13, -13, -13, -13 + }, + + { + 11, -14, -14, -14, -14, -14, -14, -14, -14, -14, + -14, -14, -14, -14, -14, -14, -14, -14 + + }, + + { + 11, 44, 44, 45, 44, 44, 44, 44, 44, 44, + 44, 44, 44, 44, 44, 44, 44, 44 + }, + + { + 11, -16, -16, -16, -16, -16, -16, -16, -16, -16, + -16, -16, -16, -16, -16, -16, -16, -16 + }, + + { + 11, -17, -17, -17, -17, -17, -17, -17, -17, -17, + -17, -17, -17, -17, -17, -17, -17, -17 + }, + + { + 11, -18, -18, -18, -18, -18, -18, -18, -18, -18, + -18, 46, -18, -18, -18, -18, -18, -18 + }, + + { + 11, 47, 47, -19, 47, 47, 47, 47, 47, 47, + 47, 47, 47, 47, 47, 47, 47, 47 + + }, + + { + 11, -20, 48, 49, -20, -20, -20, -20, -20, -20, + -20, -20, -20, -20, -20, -20, -20, -20 + }, + + { + 11, 50, -21, -21, 50, 50, 50, 50, 50, 50, + 50, 50, 50, 50, 50, 50, 50, 50 + }, + + { + 11, 51, 51, 52, 51, -22, 51, 51, -22, 51, + 51, 51, 51, 51, 51, 51, -22, 51 + }, + + { + 11, -23, -23, -23, -23, -23, -23, -23, -23, -23, + -23, -23, -23, -23, -23, -23, -23, -23 + }, + + { + 11, -24, -24, -24, -24, -24, -24, -24, -24, -24, + -24, -24, -24, -24, -24, -24, -24, -24 + + }, + + { + 11, 53, 53, 54, 53, 53, 53, 53, 53, 53, + 53, 53, 53, 53, 53, 53, 53, 53 + }, + + { + 11, -26, -26, -26, -26, -26, -26, -26, -26, -26, + -26, -26, -26, -26, -26, -26, -26, -26 + }, + + { + 11, -27, 55, -27, -27, -27, -27, -27, -27, -27, + -27, -27, -27, -27, -27, -27, -27, -27 + }, + + { + 11, -28, -28, -28, -28, -28, -28, -28, -28, -28, + -28, -28, -28, -28, -28, -28, -28, -28 + }, + + { + 11, -29, -29, -29, -29, -29, -29, -29, -29, -29, + -29, -29, -29, -29, 56, -29, -29, -29 + + }, + + { + 11, -30, -30, -30, -30, -30, -30, -30, -30, -30, + -30, -30, -30, -30, -30, -30, -30, -30 + }, + + { + 11, 57, 57, -31, 57, 57, 57, 57, 57, 57, + 57, 57, 57, 57, 57, 57, 57, 57 + }, + + { + 11, -32, -32, -32, -32, -32, -32, 58, -32, -32, + -32, -32, -32, -32, -32, -32, -32, -32 + }, + + { + 11, -33, -33, -33, -33, -33, -33, -33, -33, -33, + -33, -33, -33, -33, -33, -33, -33, -33 + }, + + { + 11, -34, -34, -34, -34, -34, -34, -34, -34, -34, + -34, -34, -34, -34, -34, -34, -34, -34 + + }, + + { + 11, -35, -35, -35, -35, -35, -35, -35, -35, -35, + -35, 59, 59, -35, -35, -35, -35, -35 + }, + + { + 11, -36, -36, -36, -36, -36, -36, -36, -36, -36, + -36, -36, -36, -36, 60, -36, -36, -36 + }, + + { + 11, -37, -37, -37, -37, -37, -37, -37, -37, -37, + -37, -37, -37, -37, -37, -37, -37, -37 + }, + + { + 11, -38, -38, -38, -38, -38, -38, -38, -38, -38, + -38, -38, -38, -38, 61, -38, -38, -38 + }, + + { + 11, -39, -39, 62, -39, -39, -39, -39, -39, -39, + -39, -39, -39, -39, -39, -39, -39, -39 + + }, + + { + 11, -40, -40, -40, -40, -40, -40, -40, -40, -40, + -40, -40, -40, -40, -40, -40, -40, 63 + }, + + { + 11, -41, 41, 42, -41, -41, 43, -41, -41, -41, + -41, -41, -41, -41, -41, -41, -41, -41 + }, + + { + 11, -42, -42, -42, -42, -42, -42, -42, -42, -42, + -42, -42, -42, -42, -42, -42, -42, -42 + }, + + { + 11, 44, 44, 45, 44, 44, 44, 44, 44, 44, + 44, 44, 44, 44, 44, 44, 44, 44 + }, + + { + 11, 44, 44, 45, 44, 44, 44, 44, 44, 44, + 44, 44, 44, 44, 44, 44, 44, 44 + + }, + + { + 11, -45, -45, -45, -45, -45, -45, -45, -45, -45, + -45, -45, -45, -45, -45, -45, -45, -45 + }, + + { + 11, -46, -46, -46, -46, -46, -46, -46, -46, -46, + -46, 46, -46, -46, -46, -46, -46, -46 + }, + + { + 11, 47, 47, -47, 47, 47, 47, 47, 47, 47, + 47, 47, 47, 47, 47, 47, 47, 47 + }, + + { + 11, -48, 48, 49, -48, -48, -48, -48, -48, -48, + -48, -48, -48, -48, -48, -48, -48, -48 + }, + + { + 11, 50, -49, -49, 50, 50, 50, 50, 50, 50, + 50, 50, 50, 50, 50, 50, 50, 50 + + }, + + { + 11, -50, -50, -50, -50, -50, -50, -50, -50, -50, + -50, -50, -50, -50, -50, -50, -50, -50 + }, + + { + 11, 51, 51, 52, 51, -51, 51, 51, -51, 51, + 51, 51, 51, 51, 51, 51, -51, 51 + }, + + { + 11, -52, -52, -52, -52, -52, -52, -52, -52, -52, + -52, -52, -52, -52, -52, -52, -52, -52 + }, + + { + 11, -53, -53, 54, -53, -53, -53, -53, -53, -53, + -53, -53, -53, -53, -53, -53, -53, -53 + }, + + { + 11, -54, -54, -54, -54, -54, -54, -54, -54, -54, + -54, -54, -54, -54, -54, -54, -54, -54 + + }, + + { + 11, -55, 55, -55, -55, -55, -55, -55, -55, -55, + -55, -55, -55, -55, -55, -55, -55, -55 + }, + + { + 11, -56, -56, -56, -56, -56, -56, -56, -56, -56, + -56, -56, -56, -56, -56, -56, -56, -56 + }, + + { + 11, 57, 57, -57, 57, 57, 57, 57, 57, 57, + 57, 57, 57, 57, 57, 57, 57, 57 + }, + + { + 11, -58, -58, -58, -58, -58, -58, -58, -58, -58, + -58, -58, -58, -58, -58, -58, -58, -58 + }, + + { + 11, -59, -59, -59, -59, -59, -59, -59, -59, -59, + -59, 59, 59, -59, -59, -59, -59, -59 + + }, + + { + 11, -60, -60, -60, -60, -60, -60, -60, -60, -60, + -60, -60, -60, -60, -60, -60, -60, -60 + }, + + { + 11, -61, -61, -61, -61, -61, -61, -61, -61, -61, + -61, -61, -61, -61, -61, -61, -61, -61 + }, + + { + 11, -62, -62, -62, -62, -62, -62, -62, -62, -62, + -62, -62, -62, -62, -62, -62, -62, -62 + }, + + { + 11, -63, -63, -63, -63, -63, -63, -63, -63, -63, + -63, -63, -63, -63, -63, -63, -63, -63 + }, + + } ; + +static yy_state_type yy_get_previous_state (void ); +static yy_state_type yy_try_NUL_trans (yy_state_type current_state ); +static int yy_get_next_buffer (void ); +static void yy_fatal_error (yyconst char msg[] ); + +/* Done after the current pattern has been matched and before the + * corresponding action - sets up zconftext. + */ +#define YY_DO_BEFORE_ACTION \ + (yytext_ptr) = yy_bp; \ + zconfleng = (size_t) (yy_cp - yy_bp); \ + (yy_hold_char) = *yy_cp; \ + *yy_cp = '\0'; \ + (yy_c_buf_p) = yy_cp; + +#define YY_NUM_RULES 37 +#define YY_END_OF_BUFFER 38 +/* This struct is not used in this scanner, + but its presence is necessary. */ +struct yy_trans_info + { + flex_int32_t yy_verify; + flex_int32_t yy_nxt; + }; +static yyconst flex_int16_t yy_accept[64] = + { 0, + 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, + 38, 5, 4, 2, 3, 7, 8, 6, 36, 33, + 35, 28, 32, 31, 30, 26, 25, 21, 13, 20, + 23, 26, 11, 12, 22, 18, 14, 19, 26, 26, + 4, 2, 3, 3, 1, 6, 36, 33, 35, 34, + 28, 27, 30, 29, 25, 15, 23, 9, 22, 16, + 17, 24, 10 + } ; + +static yyconst flex_int32_t yy_ec[256] = + { 0, + 1, 1, 1, 1, 1, 1, 1, 1, 2, 3, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 2, 4, 5, 6, 1, 1, 7, 8, 9, + 10, 1, 1, 1, 11, 12, 12, 11, 11, 11, + 11, 11, 11, 11, 11, 11, 11, 1, 1, 13, + 14, 15, 1, 1, 11, 11, 11, 11, 11, 11, + 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, + 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, + 1, 16, 1, 1, 11, 1, 11, 11, 11, 11, + + 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, + 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, + 11, 11, 1, 17, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1 + } ; + +extern int zconf_flex_debug; +int zconf_flex_debug = 0; + +/* The intent behind this definition is that it'll catch + * any uses of REJECT which flex missed. + */ +#define REJECT reject_used_but_not_detected +#define yymore() yymore_used_but_not_detected +#define YY_MORE_ADJ 0 +#define YY_RESTORE_YY_MORE_OFFSET +char *zconftext; +#define YY_NO_INPUT 1 + +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include + +#include "lkc.h" + +#define START_STRSIZE 16 + +static struct { + struct file *file; + int lineno; +} current_pos; + +static char *text; +static int text_size, text_asize; + +struct buffer { + struct buffer *parent; + YY_BUFFER_STATE state; +}; + +struct buffer *current_buf; + +static int last_ts, first_ts; + +static void zconf_endhelp(void); +static void zconf_endfile(void); + +static void new_string(void) +{ + text = xmalloc(START_STRSIZE); + text_asize = START_STRSIZE; + text_size = 0; + *text = 0; +} + +static void append_string(const char *str, int size) +{ + int new_size = text_size + size + 1; + if (new_size > text_asize) { + new_size += START_STRSIZE - 1; + new_size &= -START_STRSIZE; + text = realloc(text, new_size); + text_asize = new_size; + } + memcpy(text + text_size, str, size); + text_size += size; + text[text_size] = 0; +} + +static void alloc_string(const char *str, int size) +{ + text = xmalloc(size + 1); + memcpy(text, str, size); + text[size] = 0; +} + +static void warn_ignored_character(char chr) +{ + fprintf(stderr, + "%s:%d:warning: ignoring unsupported character '%c'\n", + zconf_curname(), zconf_lineno(), chr); +} + +#define INITIAL 0 +#define COMMAND 1 +#define HELP 2 +#define STRING 3 +#define PARAM 4 + +#ifndef YY_NO_UNISTD_H +/* Special case for "unistd.h", since it is non-ANSI. We include it way + * down here because we want the user's section 1 to have been scanned first. + * The user has a chance to override it with an option. + */ +#include +#endif + +#ifndef YY_EXTRA_TYPE +#define YY_EXTRA_TYPE void * +#endif + +static int yy_init_globals (void ); + +/* Accessor methods to globals. + These are made visible to non-reentrant scanners for convenience. */ + +int zconflex_destroy (void ); + +int zconfget_debug (void ); + +void zconfset_debug (int debug_flag ); + +YY_EXTRA_TYPE zconfget_extra (void ); + +void zconfset_extra (YY_EXTRA_TYPE user_defined ); + +FILE *zconfget_in (void ); + +void zconfset_in (FILE * in_str ); + +FILE *zconfget_out (void ); + +void zconfset_out (FILE * out_str ); + +int zconfget_leng (void ); + +char *zconfget_text (void ); + +int zconfget_lineno (void ); + +void zconfset_lineno (int line_number ); + +/* Macros after this point can all be overridden by user definitions in + * section 1. + */ + +#ifndef YY_SKIP_YYWRAP +#ifdef __cplusplus +extern "C" int zconfwrap (void ); +#else +extern int zconfwrap (void ); +#endif +#endif + + static void yyunput (int c,char *buf_ptr ); + +#ifndef yytext_ptr +static void yy_flex_strncpy (char *,yyconst char *,int ); +#endif + +#ifdef YY_NEED_STRLEN +static int yy_flex_strlen (yyconst char * ); +#endif + +#ifndef YY_NO_INPUT + +#ifdef __cplusplus +static int yyinput (void ); +#else +static int input (void ); +#endif + +#endif + +/* Amount of stuff to slurp up with each read. */ +#ifndef YY_READ_BUF_SIZE +#ifdef __ia64__ +/* On IA-64, the buffer size is 16k, not 8k */ +#define YY_READ_BUF_SIZE 16384 +#else +#define YY_READ_BUF_SIZE 8192 +#endif /* __ia64__ */ +#endif + +/* Copy whatever the last rule matched to the standard output. */ +#ifndef ECHO +/* This used to be an fputs(), but since the string might contain NUL's, + * we now use fwrite(). + */ +#define ECHO do { if (fwrite( zconftext, zconfleng, 1, zconfout )) {} } while (0) +#endif + +/* Gets input and stuffs it into "buf". number of characters read, or YY_NULL, + * is returned in "result". + */ +#ifndef YY_INPUT +#define YY_INPUT(buf,result,max_size) \ + errno=0; \ + while ( (result = read( fileno(zconfin), (char *) buf, max_size )) < 0 ) \ + { \ + if( errno != EINTR) \ + { \ + YY_FATAL_ERROR( "input in flex scanner failed" ); \ + break; \ + } \ + errno=0; \ + clearerr(zconfin); \ + }\ +\ + +#endif + +/* No semi-colon after return; correct usage is to write "yyterminate();" - + * we don't want an extra ';' after the "return" because that will cause + * some compilers to complain about unreachable statements. + */ +#ifndef yyterminate +#define yyterminate() return YY_NULL +#endif + +/* Number of entries by which start-condition stack grows. */ +#ifndef YY_START_STACK_INCR +#define YY_START_STACK_INCR 25 +#endif + +/* Report a fatal error. */ +#ifndef YY_FATAL_ERROR +#define YY_FATAL_ERROR(msg) yy_fatal_error( msg ) +#endif + +/* end tables serialization structures and prototypes */ + +/* Default declaration of generated scanner - a define so the user can + * easily add parameters. + */ +#ifndef YY_DECL +#define YY_DECL_IS_OURS 1 + +extern int zconflex (void); + +#define YY_DECL int zconflex (void) +#endif /* !YY_DECL */ + +/* Code executed at the beginning of each rule, after zconftext and zconfleng + * have been set up. + */ +#ifndef YY_USER_ACTION +#define YY_USER_ACTION +#endif + +/* Code executed at the end of each rule. */ +#ifndef YY_BREAK +#define YY_BREAK break; +#endif + +#define YY_RULE_SETUP \ + YY_USER_ACTION + +/** The main scanner function which does all the work. + */ +YY_DECL +{ + register yy_state_type yy_current_state; + register char *yy_cp, *yy_bp; + register int yy_act; + + int str = 0; + int ts, i; + + if ( !(yy_init) ) + { + (yy_init) = 1; + +#ifdef YY_USER_INIT + YY_USER_INIT; +#endif + + if ( ! (yy_start) ) + (yy_start) = 1; /* first start state */ + + if ( ! zconfin ) + zconfin = stdin; + + if ( ! zconfout ) + zconfout = stdout; + + if ( ! YY_CURRENT_BUFFER ) { + zconfensure_buffer_stack (); + YY_CURRENT_BUFFER_LVALUE = + zconf_create_buffer(zconfin,YY_BUF_SIZE ); + } + + zconf_load_buffer_state( ); + } + + while ( 1 ) /* loops until end-of-file is reached */ + { + yy_cp = (yy_c_buf_p); + + /* Support of zconftext. */ + *yy_cp = (yy_hold_char); + + /* yy_bp points to the position in yy_ch_buf of the start of + * the current run. + */ + yy_bp = yy_cp; + + yy_current_state = (yy_start); +yy_match: + while ( (yy_current_state = yy_nxt[yy_current_state][ yy_ec[YY_SC_TO_UI(*yy_cp)] ]) > 0 ) + ++yy_cp; + + yy_current_state = -yy_current_state; + +yy_find_action: + yy_act = yy_accept[yy_current_state]; + + YY_DO_BEFORE_ACTION; + +do_action: /* This label is used only to access EOF actions. */ + + switch ( yy_act ) + { /* beginning of action switch */ +case 1: +/* rule 1 can match eol */ +case 2: +/* rule 2 can match eol */ +YY_RULE_SETUP +{ + current_file->lineno++; + return T_EOL; +} + YY_BREAK +case 3: +YY_RULE_SETUP + + YY_BREAK +case 4: +YY_RULE_SETUP +{ + BEGIN(COMMAND); +} + YY_BREAK +case 5: +YY_RULE_SETUP +{ + unput(zconftext[0]); + BEGIN(COMMAND); +} + YY_BREAK + +case 6: +YY_RULE_SETUP +{ + const struct kconf_id *id = kconf_id_lookup(zconftext, zconfleng); + BEGIN(PARAM); + current_pos.file = current_file; + current_pos.lineno = current_file->lineno; + if (id && id->flags & TF_COMMAND) { + zconflval.id = id; + return id->token; + } + alloc_string(zconftext, zconfleng); + zconflval.string = text; + return T_WORD; + } + YY_BREAK +case 7: +YY_RULE_SETUP +warn_ignored_character(*zconftext); + YY_BREAK +case 8: +/* rule 8 can match eol */ +YY_RULE_SETUP +{ + BEGIN(INITIAL); + current_file->lineno++; + return T_EOL; + } + YY_BREAK + +case 9: +YY_RULE_SETUP +return T_AND; + YY_BREAK +case 10: +YY_RULE_SETUP +return T_OR; + YY_BREAK +case 11: +YY_RULE_SETUP +return T_OPEN_PAREN; + YY_BREAK +case 12: +YY_RULE_SETUP +return T_CLOSE_PAREN; + YY_BREAK +case 13: +YY_RULE_SETUP +return T_NOT; + YY_BREAK +case 14: +YY_RULE_SETUP +return T_EQUAL; + YY_BREAK +case 15: +YY_RULE_SETUP +return T_UNEQUAL; + YY_BREAK +case 16: +YY_RULE_SETUP +return T_LESS_EQUAL; + YY_BREAK +case 17: +YY_RULE_SETUP +return T_GREATER_EQUAL; + YY_BREAK +case 18: +YY_RULE_SETUP +return T_LESS; + YY_BREAK +case 19: +YY_RULE_SETUP +return T_GREATER; + YY_BREAK +case 20: +YY_RULE_SETUP +{ + str = zconftext[0]; + new_string(); + BEGIN(STRING); + } + YY_BREAK +case 21: +/* rule 21 can match eol */ +YY_RULE_SETUP +BEGIN(INITIAL); current_file->lineno++; return T_EOL; + YY_BREAK +case 22: +YY_RULE_SETUP +{ + const struct kconf_id *id = kconf_id_lookup(zconftext, zconfleng); + if (id && id->flags & TF_PARAM) { + zconflval.id = id; + return id->token; + } + alloc_string(zconftext, zconfleng); + zconflval.string = text; + return T_WORD; + } + YY_BREAK +case 23: +YY_RULE_SETUP +/* comment */ + YY_BREAK +case 24: +/* rule 24 can match eol */ +YY_RULE_SETUP +current_file->lineno++; + YY_BREAK +case 25: +YY_RULE_SETUP + + YY_BREAK +case 26: +YY_RULE_SETUP +warn_ignored_character(*zconftext); + YY_BREAK +case YY_STATE_EOF(PARAM): +{ + BEGIN(INITIAL); + } + YY_BREAK + +case 27: +/* rule 27 can match eol */ +*yy_cp = (yy_hold_char); /* undo effects of setting up zconftext */ +(yy_c_buf_p) = yy_cp -= 1; +YY_DO_BEFORE_ACTION; /* set up zconftext again */ +YY_RULE_SETUP +{ + append_string(zconftext, zconfleng); + zconflval.string = text; + return T_WORD_QUOTE; + } + YY_BREAK +case 28: +YY_RULE_SETUP +{ + append_string(zconftext, zconfleng); + } + YY_BREAK +case 29: +/* rule 29 can match eol */ +*yy_cp = (yy_hold_char); /* undo effects of setting up zconftext */ +(yy_c_buf_p) = yy_cp -= 1; +YY_DO_BEFORE_ACTION; /* set up zconftext again */ +YY_RULE_SETUP +{ + append_string(zconftext + 1, zconfleng - 1); + zconflval.string = text; + return T_WORD_QUOTE; + } + YY_BREAK +case 30: +YY_RULE_SETUP +{ + append_string(zconftext + 1, zconfleng - 1); + } + YY_BREAK +case 31: +YY_RULE_SETUP +{ + if (str == zconftext[0]) { + BEGIN(PARAM); + zconflval.string = text; + return T_WORD_QUOTE; + } else + append_string(zconftext, 1); + } + YY_BREAK +case 32: +/* rule 32 can match eol */ +YY_RULE_SETUP +{ + printf("%s:%d:warning: multi-line strings not supported\n", zconf_curname(), zconf_lineno()); + current_file->lineno++; + BEGIN(INITIAL); + return T_EOL; + } + YY_BREAK +case YY_STATE_EOF(STRING): +{ + BEGIN(INITIAL); + } + YY_BREAK + +case 33: +YY_RULE_SETUP +{ + ts = 0; + for (i = 0; i < zconfleng; i++) { + if (zconftext[i] == '\t') + ts = (ts & ~7) + 8; + else + ts++; + } + last_ts = ts; + if (first_ts) { + if (ts < first_ts) { + zconf_endhelp(); + return T_HELPTEXT; + } + ts -= first_ts; + while (ts > 8) { + append_string(" ", 8); + ts -= 8; + } + append_string(" ", ts); + } + } + YY_BREAK +case 34: +/* rule 34 can match eol */ +*yy_cp = (yy_hold_char); /* undo effects of setting up zconftext */ +(yy_c_buf_p) = yy_cp -= 1; +YY_DO_BEFORE_ACTION; /* set up zconftext again */ +YY_RULE_SETUP +{ + current_file->lineno++; + zconf_endhelp(); + return T_HELPTEXT; + } + YY_BREAK +case 35: +/* rule 35 can match eol */ +YY_RULE_SETUP +{ + current_file->lineno++; + append_string("\n", 1); + } + YY_BREAK +case 36: +YY_RULE_SETUP +{ + while (zconfleng) { + if ((zconftext[zconfleng-1] != ' ') && (zconftext[zconfleng-1] != '\t')) + break; + zconfleng--; + } + append_string(zconftext, zconfleng); + if (!first_ts) + first_ts = last_ts; + } + YY_BREAK +case YY_STATE_EOF(HELP): +{ + zconf_endhelp(); + return T_HELPTEXT; + } + YY_BREAK + +case YY_STATE_EOF(INITIAL): +case YY_STATE_EOF(COMMAND): +{ + if (current_file) { + zconf_endfile(); + return T_EOL; + } + fclose(zconfin); + yyterminate(); +} + YY_BREAK +case 37: +YY_RULE_SETUP +YY_FATAL_ERROR( "flex scanner jammed" ); + YY_BREAK + + case YY_END_OF_BUFFER: + { + /* Amount of text matched not including the EOB char. */ + int yy_amount_of_matched_text = (int) (yy_cp - (yytext_ptr)) - 1; + + /* Undo the effects of YY_DO_BEFORE_ACTION. */ + *yy_cp = (yy_hold_char); + YY_RESTORE_YY_MORE_OFFSET + + if ( YY_CURRENT_BUFFER_LVALUE->yy_buffer_status == YY_BUFFER_NEW ) + { + /* We're scanning a new file or input source. It's + * possible that this happened because the user + * just pointed zconfin at a new source and called + * zconflex(). If so, then we have to assure + * consistency between YY_CURRENT_BUFFER and our + * globals. Here is the right place to do so, because + * this is the first action (other than possibly a + * back-up) that will match for the new input source. + */ + (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_n_chars; + YY_CURRENT_BUFFER_LVALUE->yy_input_file = zconfin; + YY_CURRENT_BUFFER_LVALUE->yy_buffer_status = YY_BUFFER_NORMAL; + } + + /* Note that here we test for yy_c_buf_p "<=" to the position + * of the first EOB in the buffer, since yy_c_buf_p will + * already have been incremented past the NUL character + * (since all states make transitions on EOB to the + * end-of-buffer state). Contrast this with the test + * in input(). + */ + if ( (yy_c_buf_p) <= &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] ) + { /* This was really a NUL. */ + yy_state_type yy_next_state; + + (yy_c_buf_p) = (yytext_ptr) + yy_amount_of_matched_text; + + yy_current_state = yy_get_previous_state( ); + + /* Okay, we're now positioned to make the NUL + * transition. We couldn't have + * yy_get_previous_state() go ahead and do it + * for us because it doesn't know how to deal + * with the possibility of jamming (and we don't + * want to build jamming into it because then it + * will run more slowly). + */ + + yy_next_state = yy_try_NUL_trans( yy_current_state ); + + yy_bp = (yytext_ptr) + YY_MORE_ADJ; + + if ( yy_next_state ) + { + /* Consume the NUL. */ + yy_cp = ++(yy_c_buf_p); + yy_current_state = yy_next_state; + goto yy_match; + } + + else + { + yy_cp = (yy_c_buf_p); + goto yy_find_action; + } + } + + else switch ( yy_get_next_buffer( ) ) + { + case EOB_ACT_END_OF_FILE: + { + (yy_did_buffer_switch_on_eof) = 0; + + if ( zconfwrap( ) ) + { + /* Note: because we've taken care in + * yy_get_next_buffer() to have set up + * zconftext, we can now set up + * yy_c_buf_p so that if some total + * hoser (like flex itself) wants to + * call the scanner after we return the + * YY_NULL, it'll still work - another + * YY_NULL will get returned. + */ + (yy_c_buf_p) = (yytext_ptr) + YY_MORE_ADJ; + + yy_act = YY_STATE_EOF(YY_START); + goto do_action; + } + + else + { + if ( ! (yy_did_buffer_switch_on_eof) ) + YY_NEW_FILE; + } + break; + } + + case EOB_ACT_CONTINUE_SCAN: + (yy_c_buf_p) = + (yytext_ptr) + yy_amount_of_matched_text; + + yy_current_state = yy_get_previous_state( ); + + yy_cp = (yy_c_buf_p); + yy_bp = (yytext_ptr) + YY_MORE_ADJ; + goto yy_match; + + case EOB_ACT_LAST_MATCH: + (yy_c_buf_p) = + &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)]; + + yy_current_state = yy_get_previous_state( ); + + yy_cp = (yy_c_buf_p); + yy_bp = (yytext_ptr) + YY_MORE_ADJ; + goto yy_find_action; + } + break; + } + + default: + YY_FATAL_ERROR( + "fatal flex scanner internal error--no action found" ); + } /* end of action switch */ + } /* end of scanning one token */ +} /* end of zconflex */ + +/* yy_get_next_buffer - try to read in a new buffer + * + * Returns a code representing an action: + * EOB_ACT_LAST_MATCH - + * EOB_ACT_CONTINUE_SCAN - continue scanning from current position + * EOB_ACT_END_OF_FILE - end of file + */ +static int yy_get_next_buffer (void) +{ + register char *dest = YY_CURRENT_BUFFER_LVALUE->yy_ch_buf; + register char *source = (yytext_ptr); + register int number_to_move, i; + int ret_val; + + if ( (yy_c_buf_p) > &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] ) + YY_FATAL_ERROR( + "fatal flex scanner internal error--end of buffer missed" ); + + if ( YY_CURRENT_BUFFER_LVALUE->yy_fill_buffer == 0 ) + { /* Don't try to fill the buffer, so this is an EOF. */ + if ( (yy_c_buf_p) - (yytext_ptr) - YY_MORE_ADJ == 1 ) + { + /* We matched a single character, the EOB, so + * treat this as a final EOF. + */ + return EOB_ACT_END_OF_FILE; + } + + else + { + /* We matched some text prior to the EOB, first + * process it. + */ + return EOB_ACT_LAST_MATCH; + } + } + + /* Try to read more data. */ + + /* First move last chars to start of buffer. */ + number_to_move = (int) ((yy_c_buf_p) - (yytext_ptr)) - 1; + + for ( i = 0; i < number_to_move; ++i ) + *(dest++) = *(source++); + + if ( YY_CURRENT_BUFFER_LVALUE->yy_buffer_status == YY_BUFFER_EOF_PENDING ) + /* don't do the read, it's not guaranteed to return an EOF, + * just force an EOF + */ + YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars) = 0; + + else + { + int num_to_read = + YY_CURRENT_BUFFER_LVALUE->yy_buf_size - number_to_move - 1; + + while ( num_to_read <= 0 ) + { /* Not enough room in the buffer - grow it. */ + + /* just a shorter name for the current buffer */ + YY_BUFFER_STATE b = YY_CURRENT_BUFFER; + + int yy_c_buf_p_offset = + (int) ((yy_c_buf_p) - b->yy_ch_buf); + + if ( b->yy_is_our_buffer ) + { + int new_size = b->yy_buf_size * 2; + + if ( new_size <= 0 ) + b->yy_buf_size += b->yy_buf_size / 8; + else + b->yy_buf_size *= 2; + + b->yy_ch_buf = (char *) + /* Include room in for 2 EOB chars. */ + zconfrealloc((void *) b->yy_ch_buf,b->yy_buf_size + 2 ); + } + else + /* Can't grow it, we don't own it. */ + b->yy_ch_buf = 0; + + if ( ! b->yy_ch_buf ) + YY_FATAL_ERROR( + "fatal error - scanner input buffer overflow" ); + + (yy_c_buf_p) = &b->yy_ch_buf[yy_c_buf_p_offset]; + + num_to_read = YY_CURRENT_BUFFER_LVALUE->yy_buf_size - + number_to_move - 1; + + } + + if ( num_to_read > YY_READ_BUF_SIZE ) + num_to_read = YY_READ_BUF_SIZE; + + /* Read in more data. */ + YY_INPUT( (&YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[number_to_move]), + (yy_n_chars), (size_t) num_to_read ); + + YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); + } + + if ( (yy_n_chars) == 0 ) + { + if ( number_to_move == YY_MORE_ADJ ) + { + ret_val = EOB_ACT_END_OF_FILE; + zconfrestart(zconfin ); + } + + else + { + ret_val = EOB_ACT_LAST_MATCH; + YY_CURRENT_BUFFER_LVALUE->yy_buffer_status = + YY_BUFFER_EOF_PENDING; + } + } + + else + ret_val = EOB_ACT_CONTINUE_SCAN; + + if ((yy_size_t) ((yy_n_chars) + number_to_move) > YY_CURRENT_BUFFER_LVALUE->yy_buf_size) { + /* Extend the array by 50%, plus the number we really need. */ + yy_size_t new_size = (yy_n_chars) + number_to_move + ((yy_n_chars) >> 1); + YY_CURRENT_BUFFER_LVALUE->yy_ch_buf = (char *) zconfrealloc((void *) YY_CURRENT_BUFFER_LVALUE->yy_ch_buf,new_size ); + if ( ! YY_CURRENT_BUFFER_LVALUE->yy_ch_buf ) + YY_FATAL_ERROR( "out of dynamic memory in yy_get_next_buffer()" ); + } + + (yy_n_chars) += number_to_move; + YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] = YY_END_OF_BUFFER_CHAR; + YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars) + 1] = YY_END_OF_BUFFER_CHAR; + + (yytext_ptr) = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[0]; + + return ret_val; +} + +/* yy_get_previous_state - get the state just before the EOB char was reached */ + + static yy_state_type yy_get_previous_state (void) +{ + register yy_state_type yy_current_state; + register char *yy_cp; + + yy_current_state = (yy_start); + + for ( yy_cp = (yytext_ptr) + YY_MORE_ADJ; yy_cp < (yy_c_buf_p); ++yy_cp ) + { + yy_current_state = yy_nxt[yy_current_state][(*yy_cp ? yy_ec[YY_SC_TO_UI(*yy_cp)] : 1)]; + } + + return yy_current_state; +} + +/* yy_try_NUL_trans - try to make a transition on the NUL character + * + * synopsis + * next_state = yy_try_NUL_trans( current_state ); + */ + static yy_state_type yy_try_NUL_trans (yy_state_type yy_current_state ) +{ + register int yy_is_jam; + + yy_current_state = yy_nxt[yy_current_state][1]; + yy_is_jam = (yy_current_state <= 0); + + return yy_is_jam ? 0 : yy_current_state; +} + + static void yyunput (int c, register char * yy_bp ) +{ + register char *yy_cp; + + yy_cp = (yy_c_buf_p); + + /* undo effects of setting up zconftext */ + *yy_cp = (yy_hold_char); + + if ( yy_cp < YY_CURRENT_BUFFER_LVALUE->yy_ch_buf + 2 ) + { /* need to shift things up to make room */ + /* +2 for EOB chars. */ + register int number_to_move = (yy_n_chars) + 2; + register char *dest = &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[ + YY_CURRENT_BUFFER_LVALUE->yy_buf_size + 2]; + register char *source = + &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[number_to_move]; + + while ( source > YY_CURRENT_BUFFER_LVALUE->yy_ch_buf ) + *--dest = *--source; + + yy_cp += (int) (dest - source); + yy_bp += (int) (dest - source); + YY_CURRENT_BUFFER_LVALUE->yy_n_chars = + (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_buf_size; + + if ( yy_cp < YY_CURRENT_BUFFER_LVALUE->yy_ch_buf + 2 ) + YY_FATAL_ERROR( "flex scanner push-back overflow" ); + } + + *--yy_cp = (char) c; + + (yytext_ptr) = yy_bp; + (yy_hold_char) = *yy_cp; + (yy_c_buf_p) = yy_cp; +} + +#ifndef YY_NO_INPUT +#ifdef __cplusplus + static int yyinput (void) +#else + static int input (void) +#endif + +{ + int c; + + *(yy_c_buf_p) = (yy_hold_char); + + if ( *(yy_c_buf_p) == YY_END_OF_BUFFER_CHAR ) + { + /* yy_c_buf_p now points to the character we want to return. + * If this occurs *before* the EOB characters, then it's a + * valid NUL; if not, then we've hit the end of the buffer. + */ + if ( (yy_c_buf_p) < &YY_CURRENT_BUFFER_LVALUE->yy_ch_buf[(yy_n_chars)] ) + /* This was really a NUL. */ + *(yy_c_buf_p) = '\0'; + + else + { /* need more input */ + int offset = (yy_c_buf_p) - (yytext_ptr); + ++(yy_c_buf_p); + + switch ( yy_get_next_buffer( ) ) + { + case EOB_ACT_LAST_MATCH: + /* This happens because yy_g_n_b() + * sees that we've accumulated a + * token and flags that we need to + * try matching the token before + * proceeding. But for input(), + * there's no matching to consider. + * So convert the EOB_ACT_LAST_MATCH + * to EOB_ACT_END_OF_FILE. + */ + + /* Reset buffer status. */ + zconfrestart(zconfin ); + + /*FALLTHROUGH*/ + + case EOB_ACT_END_OF_FILE: + { + if ( zconfwrap( ) ) + return EOF; + + if ( ! (yy_did_buffer_switch_on_eof) ) + YY_NEW_FILE; +#ifdef __cplusplus + return yyinput(); +#else + return input(); +#endif + } + + case EOB_ACT_CONTINUE_SCAN: + (yy_c_buf_p) = (yytext_ptr) + offset; + break; + } + } + } + + c = *(unsigned char *) (yy_c_buf_p); /* cast for 8-bit char's */ + *(yy_c_buf_p) = '\0'; /* preserve zconftext */ + (yy_hold_char) = *++(yy_c_buf_p); + + return c; +} +#endif /* ifndef YY_NO_INPUT */ + +/** Immediately switch to a different input stream. + * @param input_file A readable stream. + * + * @note This function does not reset the start condition to @c INITIAL . + */ + void zconfrestart (FILE * input_file ) +{ + + if ( ! YY_CURRENT_BUFFER ){ + zconfensure_buffer_stack (); + YY_CURRENT_BUFFER_LVALUE = + zconf_create_buffer(zconfin,YY_BUF_SIZE ); + } + + zconf_init_buffer(YY_CURRENT_BUFFER,input_file ); + zconf_load_buffer_state( ); +} + +/** Switch to a different input buffer. + * @param new_buffer The new input buffer. + * + */ + void zconf_switch_to_buffer (YY_BUFFER_STATE new_buffer ) +{ + + /* TODO. We should be able to replace this entire function body + * with + * zconfpop_buffer_state(); + * zconfpush_buffer_state(new_buffer); + */ + zconfensure_buffer_stack (); + if ( YY_CURRENT_BUFFER == new_buffer ) + return; + + if ( YY_CURRENT_BUFFER ) + { + /* Flush out information for old buffer. */ + *(yy_c_buf_p) = (yy_hold_char); + YY_CURRENT_BUFFER_LVALUE->yy_buf_pos = (yy_c_buf_p); + YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); + } + + YY_CURRENT_BUFFER_LVALUE = new_buffer; + zconf_load_buffer_state( ); + + /* We don't actually know whether we did this switch during + * EOF (zconfwrap()) processing, but the only time this flag + * is looked at is after zconfwrap() is called, so it's safe + * to go ahead and always set it. + */ + (yy_did_buffer_switch_on_eof) = 1; +} + +static void zconf_load_buffer_state (void) +{ + (yy_n_chars) = YY_CURRENT_BUFFER_LVALUE->yy_n_chars; + (yytext_ptr) = (yy_c_buf_p) = YY_CURRENT_BUFFER_LVALUE->yy_buf_pos; + zconfin = YY_CURRENT_BUFFER_LVALUE->yy_input_file; + (yy_hold_char) = *(yy_c_buf_p); +} + +/** Allocate and initialize an input buffer state. + * @param file A readable stream. + * @param size The character buffer size in bytes. When in doubt, use @c YY_BUF_SIZE. + * + * @return the allocated buffer state. + */ + YY_BUFFER_STATE zconf_create_buffer (FILE * file, int size ) +{ + YY_BUFFER_STATE b; + + b = (YY_BUFFER_STATE) zconfalloc(sizeof( struct yy_buffer_state ) ); + if ( ! b ) + YY_FATAL_ERROR( "out of dynamic memory in zconf_create_buffer()" ); + + b->yy_buf_size = size; + + /* yy_ch_buf has to be 2 characters longer than the size given because + * we need to put in 2 end-of-buffer characters. + */ + b->yy_ch_buf = (char *) zconfalloc(b->yy_buf_size + 2 ); + if ( ! b->yy_ch_buf ) + YY_FATAL_ERROR( "out of dynamic memory in zconf_create_buffer()" ); + + b->yy_is_our_buffer = 1; + + zconf_init_buffer(b,file ); + + return b; +} + +/** Destroy the buffer. + * @param b a buffer created with zconf_create_buffer() + * + */ + void zconf_delete_buffer (YY_BUFFER_STATE b ) +{ + + if ( ! b ) + return; + + if ( b == YY_CURRENT_BUFFER ) /* Not sure if we should pop here. */ + YY_CURRENT_BUFFER_LVALUE = (YY_BUFFER_STATE) 0; + + if ( b->yy_is_our_buffer ) + zconffree((void *) b->yy_ch_buf ); + + zconffree((void *) b ); +} + +/* Initializes or reinitializes a buffer. + * This function is sometimes called more than once on the same buffer, + * such as during a zconfrestart() or at EOF. + */ + static void zconf_init_buffer (YY_BUFFER_STATE b, FILE * file ) + +{ + int oerrno = errno; + + zconf_flush_buffer(b ); + + b->yy_input_file = file; + b->yy_fill_buffer = 1; + + /* If b is the current buffer, then zconf_init_buffer was _probably_ + * called from zconfrestart() or through yy_get_next_buffer. + * In that case, we don't want to reset the lineno or column. + */ + if (b != YY_CURRENT_BUFFER){ + b->yy_bs_lineno = 1; + b->yy_bs_column = 0; + } + + b->yy_is_interactive = 0; + + errno = oerrno; +} + +/** Discard all buffered characters. On the next scan, YY_INPUT will be called. + * @param b the buffer state to be flushed, usually @c YY_CURRENT_BUFFER. + * + */ + void zconf_flush_buffer (YY_BUFFER_STATE b ) +{ + if ( ! b ) + return; + + b->yy_n_chars = 0; + + /* We always need two end-of-buffer characters. The first causes + * a transition to the end-of-buffer state. The second causes + * a jam in that state. + */ + b->yy_ch_buf[0] = YY_END_OF_BUFFER_CHAR; + b->yy_ch_buf[1] = YY_END_OF_BUFFER_CHAR; + + b->yy_buf_pos = &b->yy_ch_buf[0]; + + b->yy_at_bol = 1; + b->yy_buffer_status = YY_BUFFER_NEW; + + if ( b == YY_CURRENT_BUFFER ) + zconf_load_buffer_state( ); +} + +/** Pushes the new state onto the stack. The new state becomes + * the current state. This function will allocate the stack + * if necessary. + * @param new_buffer The new state. + * + */ +void zconfpush_buffer_state (YY_BUFFER_STATE new_buffer ) +{ + if (new_buffer == NULL) + return; + + zconfensure_buffer_stack(); + + /* This block is copied from zconf_switch_to_buffer. */ + if ( YY_CURRENT_BUFFER ) + { + /* Flush out information for old buffer. */ + *(yy_c_buf_p) = (yy_hold_char); + YY_CURRENT_BUFFER_LVALUE->yy_buf_pos = (yy_c_buf_p); + YY_CURRENT_BUFFER_LVALUE->yy_n_chars = (yy_n_chars); + } + + /* Only push if top exists. Otherwise, replace top. */ + if (YY_CURRENT_BUFFER) + (yy_buffer_stack_top)++; + YY_CURRENT_BUFFER_LVALUE = new_buffer; + + /* copied from zconf_switch_to_buffer. */ + zconf_load_buffer_state( ); + (yy_did_buffer_switch_on_eof) = 1; +} + +/** Removes and deletes the top of the stack, if present. + * The next element becomes the new top. + * + */ +void zconfpop_buffer_state (void) +{ + if (!YY_CURRENT_BUFFER) + return; + + zconf_delete_buffer(YY_CURRENT_BUFFER ); + YY_CURRENT_BUFFER_LVALUE = NULL; + if ((yy_buffer_stack_top) > 0) + --(yy_buffer_stack_top); + + if (YY_CURRENT_BUFFER) { + zconf_load_buffer_state( ); + (yy_did_buffer_switch_on_eof) = 1; + } +} + +/* Allocates the stack if it does not exist. + * Guarantees space for at least one push. + */ +static void zconfensure_buffer_stack (void) +{ + int num_to_alloc; + + if (!(yy_buffer_stack)) { + + /* First allocation is just for 2 elements, since we don't know if this + * scanner will even need a stack. We use 2 instead of 1 to avoid an + * immediate realloc on the next call. + */ + num_to_alloc = 1; + (yy_buffer_stack) = (struct yy_buffer_state**)zconfalloc + (num_to_alloc * sizeof(struct yy_buffer_state*) + ); + if ( ! (yy_buffer_stack) ) + YY_FATAL_ERROR( "out of dynamic memory in zconfensure_buffer_stack()" ); + + memset((yy_buffer_stack), 0, num_to_alloc * sizeof(struct yy_buffer_state*)); + + (yy_buffer_stack_max) = num_to_alloc; + (yy_buffer_stack_top) = 0; + return; + } + + if ((yy_buffer_stack_top) >= ((yy_buffer_stack_max)) - 1){ + + /* Increase the buffer to prepare for a possible push. */ + int grow_size = 8 /* arbitrary grow size */; + + num_to_alloc = (yy_buffer_stack_max) + grow_size; + (yy_buffer_stack) = (struct yy_buffer_state**)zconfrealloc + ((yy_buffer_stack), + num_to_alloc * sizeof(struct yy_buffer_state*) + ); + if ( ! (yy_buffer_stack) ) + YY_FATAL_ERROR( "out of dynamic memory in zconfensure_buffer_stack()" ); + + /* zero only the new slots.*/ + memset((yy_buffer_stack) + (yy_buffer_stack_max), 0, grow_size * sizeof(struct yy_buffer_state*)); + (yy_buffer_stack_max) = num_to_alloc; + } +} + +/** Setup the input buffer state to scan directly from a user-specified character buffer. + * @param base the character buffer + * @param size the size in bytes of the character buffer + * + * @return the newly allocated buffer state object. + */ +YY_BUFFER_STATE zconf_scan_buffer (char * base, yy_size_t size ) +{ + YY_BUFFER_STATE b; + + if ( size < 2 || + base[size-2] != YY_END_OF_BUFFER_CHAR || + base[size-1] != YY_END_OF_BUFFER_CHAR ) + /* They forgot to leave room for the EOB's. */ + return 0; + + b = (YY_BUFFER_STATE) zconfalloc(sizeof( struct yy_buffer_state ) ); + if ( ! b ) + YY_FATAL_ERROR( "out of dynamic memory in zconf_scan_buffer()" ); + + b->yy_buf_size = size - 2; /* "- 2" to take care of EOB's */ + b->yy_buf_pos = b->yy_ch_buf = base; + b->yy_is_our_buffer = 0; + b->yy_input_file = 0; + b->yy_n_chars = b->yy_buf_size; + b->yy_is_interactive = 0; + b->yy_at_bol = 1; + b->yy_fill_buffer = 0; + b->yy_buffer_status = YY_BUFFER_NEW; + + zconf_switch_to_buffer(b ); + + return b; +} + +/** Setup the input buffer state to scan a string. The next call to zconflex() will + * scan from a @e copy of @a str. + * @param yystr a NUL-terminated string to scan + * + * @return the newly allocated buffer state object. + * @note If you want to scan bytes that may contain NUL values, then use + * zconf_scan_bytes() instead. + */ +YY_BUFFER_STATE zconf_scan_string (yyconst char * yystr ) +{ + + return zconf_scan_bytes(yystr,strlen(yystr) ); +} + +/** Setup the input buffer state to scan the given bytes. The next call to zconflex() will + * scan from a @e copy of @a bytes. + * @param yybytes the byte buffer to scan + * @param _yybytes_len the number of bytes in the buffer pointed to by @a bytes. + * + * @return the newly allocated buffer state object. + */ +YY_BUFFER_STATE zconf_scan_bytes (yyconst char * yybytes, int _yybytes_len ) +{ + YY_BUFFER_STATE b; + char *buf; + yy_size_t n; + int i; + + /* Get memory for full buffer, including space for trailing EOB's. */ + n = _yybytes_len + 2; + buf = (char *) zconfalloc(n ); + if ( ! buf ) + YY_FATAL_ERROR( "out of dynamic memory in zconf_scan_bytes()" ); + + for ( i = 0; i < _yybytes_len; ++i ) + buf[i] = yybytes[i]; + + buf[_yybytes_len] = buf[_yybytes_len+1] = YY_END_OF_BUFFER_CHAR; + + b = zconf_scan_buffer(buf,n ); + if ( ! b ) + YY_FATAL_ERROR( "bad buffer in zconf_scan_bytes()" ); + + /* It's okay to grow etc. this buffer, and we should throw it + * away when we're done. + */ + b->yy_is_our_buffer = 1; + + return b; +} + +#ifndef YY_EXIT_FAILURE +#define YY_EXIT_FAILURE 2 +#endif + +static void yy_fatal_error (yyconst char* msg ) +{ + (void) fprintf( stderr, "%s\n", msg ); + exit( YY_EXIT_FAILURE ); +} + +/* Redefine yyless() so it works in section 3 code. */ + +#undef yyless +#define yyless(n) \ + do \ + { \ + /* Undo effects of setting up zconftext. */ \ + int yyless_macro_arg = (n); \ + YY_LESS_LINENO(yyless_macro_arg);\ + zconftext[zconfleng] = (yy_hold_char); \ + (yy_c_buf_p) = zconftext + yyless_macro_arg; \ + (yy_hold_char) = *(yy_c_buf_p); \ + *(yy_c_buf_p) = '\0'; \ + zconfleng = yyless_macro_arg; \ + } \ + while ( 0 ) + +/* Accessor methods (get/set functions) to struct members. */ + +/** Get the current line number. + * + */ +int zconfget_lineno (void) +{ + + return zconflineno; +} + +/** Get the input stream. + * + */ +FILE *zconfget_in (void) +{ + return zconfin; +} + +/** Get the output stream. + * + */ +FILE *zconfget_out (void) +{ + return zconfout; +} + +/** Get the length of the current token. + * + */ +int zconfget_leng (void) +{ + return zconfleng; +} + +/** Get the current token. + * + */ + +char *zconfget_text (void) +{ + return zconftext; +} + +/** Set the current line number. + * @param line_number + * + */ +void zconfset_lineno (int line_number ) +{ + + zconflineno = line_number; +} + +/** Set the input stream. This does not discard the current + * input buffer. + * @param in_str A readable stream. + * + * @see zconf_switch_to_buffer + */ +void zconfset_in (FILE * in_str ) +{ + zconfin = in_str ; +} + +void zconfset_out (FILE * out_str ) +{ + zconfout = out_str ; +} + +int zconfget_debug (void) +{ + return zconf_flex_debug; +} + +void zconfset_debug (int bdebug ) +{ + zconf_flex_debug = bdebug ; +} + +static int yy_init_globals (void) +{ + /* Initialization is the same as for the non-reentrant scanner. + * This function is called from zconflex_destroy(), so don't allocate here. + */ + + (yy_buffer_stack) = 0; + (yy_buffer_stack_top) = 0; + (yy_buffer_stack_max) = 0; + (yy_c_buf_p) = (char *) 0; + (yy_init) = 0; + (yy_start) = 0; + +/* Defined in main.c */ +#ifdef YY_STDINIT + zconfin = stdin; + zconfout = stdout; +#else + zconfin = (FILE *) 0; + zconfout = (FILE *) 0; +#endif + + /* For future reference: Set errno on error, since we are called by + * zconflex_init() + */ + return 0; +} + +/* zconflex_destroy is for both reentrant and non-reentrant scanners. */ +int zconflex_destroy (void) +{ + + /* Pop the buffer stack, destroying each element. */ + while(YY_CURRENT_BUFFER){ + zconf_delete_buffer(YY_CURRENT_BUFFER ); + YY_CURRENT_BUFFER_LVALUE = NULL; + zconfpop_buffer_state(); + } + + /* Destroy the stack itself. */ + zconffree((yy_buffer_stack) ); + (yy_buffer_stack) = NULL; + + /* Reset the globals. This is important in a non-reentrant scanner so the next time + * zconflex() is called, initialization will occur. */ + yy_init_globals( ); + + return 0; +} + +/* + * Internal utility routines. + */ + +#ifndef yytext_ptr +static void yy_flex_strncpy (char* s1, yyconst char * s2, int n ) +{ + register int i; + for ( i = 0; i < n; ++i ) + s1[i] = s2[i]; +} +#endif + +#ifdef YY_NEED_STRLEN +static int yy_flex_strlen (yyconst char * s ) +{ + register int n; + for ( n = 0; s[n]; ++n ) + ; + + return n; +} +#endif + +void *zconfalloc (yy_size_t size ) +{ + return (void *) malloc( size ); +} + +void *zconfrealloc (void * ptr, yy_size_t size ) +{ + /* The cast to (char *) in the following accommodates both + * implementations that use char* generic pointers, and those + * that use void* generic pointers. It works with the latter + * because both ANSI C and C++ allow castless assignment from + * any pointer type to void*, and deal with argument conversions + * as though doing an assignment. + */ + return (void *) realloc( (char *) ptr, size ); +} + +void zconffree (void * ptr ) +{ + free( (char *) ptr ); /* see zconfrealloc() for (char *) cast */ +} + +#define YYTABLES_NAME "yytables" + +void zconf_starthelp(void) +{ + new_string(); + last_ts = first_ts = 0; + BEGIN(HELP); +} + +static void zconf_endhelp(void) +{ + zconflval.string = text; + BEGIN(INITIAL); +} + +/* + * Try to open specified file with following names: + * ./name + * $(srctree)/name + * The latter is used when srctree is separate from objtree + * when compiling the kernel. + * Return NULL if file is not found. + */ +FILE *zconf_fopen(const char *name) +{ + char *env, fullname[PATH_MAX+1]; + FILE *f; + + f = fopen(name, "r"); + if (!f && name != NULL && name[0] != '/') { + env = getenv(SRCTREE); + if (env) { + sprintf(fullname, "%s/%s", env, name); + f = fopen(fullname, "r"); + } + } + return f; +} + +void zconf_initscan(const char *name) +{ + zconfin = zconf_fopen(name); + if (!zconfin) { + printf("can't find file %s\n", name); + exit(1); + } + + current_buf = xmalloc(sizeof(*current_buf)); + memset(current_buf, 0, sizeof(*current_buf)); + + current_file = file_lookup(name); + current_file->lineno = 1; +} + +void zconf_nextfile(const char *name) +{ + struct file *iter; + struct file *file = file_lookup(name); + struct buffer *buf = xmalloc(sizeof(*buf)); + memset(buf, 0, sizeof(*buf)); + + current_buf->state = YY_CURRENT_BUFFER; + zconfin = zconf_fopen(file->name); + if (!zconfin) { + printf("%s:%d: can't open file \"%s\"\n", + zconf_curname(), zconf_lineno(), file->name); + exit(1); + } + zconf_switch_to_buffer(zconf_create_buffer(zconfin,YY_BUF_SIZE)); + buf->parent = current_buf; + current_buf = buf; + + for (iter = current_file->parent; iter; iter = iter->parent ) { + if (!strcmp(current_file->name,iter->name) ) { + printf("%s:%d: recursive inclusion detected. " + "Inclusion path:\n current file : '%s'\n", + zconf_curname(), zconf_lineno(), + zconf_curname()); + iter = current_file->parent; + while (iter && \ + strcmp(iter->name,current_file->name)) { + printf(" included from: '%s:%d'\n", + iter->name, iter->lineno-1); + iter = iter->parent; + } + if (iter) + printf(" included from: '%s:%d'\n", + iter->name, iter->lineno+1); + exit(1); + } + } + file->lineno = 1; + file->parent = current_file; + current_file = file; +} + +static void zconf_endfile(void) +{ + struct buffer *parent; + + current_file = current_file->parent; + + parent = current_buf->parent; + if (parent) { + fclose(zconfin); + zconf_delete_buffer(YY_CURRENT_BUFFER); + zconf_switch_to_buffer(parent->state); + } + free(current_buf); + current_buf = parent; +} + +int zconf_lineno(void) +{ + return current_pos.lineno; +} + +const char *zconf_curname(void) +{ + return current_pos.file ? current_pos.file->name : ""; +} + diff --git a/xen/tools/kconfig/zconf.tab.c_shipped b/xen/tools/kconfig/zconf.tab.c_shipped new file mode 100644 index 0000000..7a4d658 --- /dev/null +++ b/xen/tools/kconfig/zconf.tab.c_shipped @@ -0,0 +1,2580 @@ +/* A Bison parser, made by GNU Bison 2.5.1. */ + +/* Bison implementation for Yacc-like parsers in C + + Copyright (C) 1984, 1989-1990, 2000-2012 Free Software Foundation, Inc. + + This program is free software: you can redistribute it and/or modify + it under the terms of the GNU General Public License as published by + the Free Software Foundation, either version 3 of the License, or + (at your option) any later version. + + This program is distributed in the hope that it will be useful, + but WITHOUT ANY WARRANTY; without even the implied warranty of + MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + GNU General Public License for more details. + + You should have received a copy of the GNU General Public License + along with this program. If not, see . */ + +/* As a special exception, you may create a larger work that contains + part or all of the Bison parser skeleton and distribute that work + under terms of your choice, so long as that work isn't itself a + parser generator using the skeleton or a modified version thereof + as a parser skeleton. Alternatively, if you modify or redistribute + the parser skeleton itself, you may (at your option) remove this + special exception, which will cause the skeleton and the resulting + Bison output files to be licensed under the GNU General Public + License without this special exception. + + This special exception was added by the Free Software Foundation in + version 2.2 of Bison. */ + +/* C LALR(1) parser skeleton written by Richard Stallman, by + simplifying the original so-called "semantic" parser. */ + +/* All symbols defined below should begin with yy or YY, to avoid + infringing on user name space. This should be done even for local + variables, as they might otherwise be expanded by user macros. + There are some unavoidable exceptions within include files to + define necessary library symbols; they are noted "INFRINGES ON + USER NAME SPACE" below. */ + +/* Identify Bison output. */ +#define YYBISON 1 + +/* Bison version. */ +#define YYBISON_VERSION "2.5.1" + +/* Skeleton name. */ +#define YYSKELETON_NAME "yacc.c" + +/* Pure parsers. */ +#define YYPURE 0 + +/* Push parsers. */ +#define YYPUSH 0 + +/* Pull parsers. */ +#define YYPULL 1 + +/* Using locations. */ +#define YYLSP_NEEDED 0 + +/* Substitute the variable and function names. */ +#define yyparse zconfparse +#define yylex zconflex +#define yyerror zconferror +#define yylval zconflval +#define yychar zconfchar +#define yydebug zconfdebug +#define yynerrs zconfnerrs + + +/* Copy the first part of user declarations. */ + + +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include +#include + +#include "lkc.h" + +#define printd(mask, fmt...) if (cdebug & (mask)) printf(fmt) + +#define PRINTD 0x0001 +#define DEBUG_PARSE 0x0002 + +int cdebug = PRINTD; + +extern int zconflex(void); +static void zconfprint(const char *err, ...); +static void zconf_error(const char *err, ...); +static void zconferror(const char *err); +static bool zconf_endtoken(const struct kconf_id *id, int starttoken, int endtoken); + +struct symbol *symbol_hash[SYMBOL_HASHSIZE]; + +static struct menu *current_menu, *current_entry; + + + + +# ifndef YY_NULL +# if defined __cplusplus && 201103L <= __cplusplus +# define YY_NULL nullptr +# else +# define YY_NULL 0 +# endif +# endif + +/* Enabling traces. */ +#ifndef YYDEBUG +# define YYDEBUG 1 +#endif + +/* Enabling verbose error messages. */ +#ifdef YYERROR_VERBOSE +# undef YYERROR_VERBOSE +# define YYERROR_VERBOSE 1 +#else +# define YYERROR_VERBOSE 0 +#endif + +/* Enabling the token table. */ +#ifndef YYTOKEN_TABLE +# define YYTOKEN_TABLE 0 +#endif + + +/* Tokens. */ +#ifndef YYTOKENTYPE +# define YYTOKENTYPE + /* Put the tokens into the symbol table, so that GDB and other debuggers + know about them. */ + enum yytokentype { + T_MAINMENU = 258, + T_MENU = 259, + T_ENDMENU = 260, + T_SOURCE = 261, + T_CHOICE = 262, + T_ENDCHOICE = 263, + T_COMMENT = 264, + T_CONFIG = 265, + T_MENUCONFIG = 266, + T_HELP = 267, + T_HELPTEXT = 268, + T_IF = 269, + T_ENDIF = 270, + T_DEPENDS = 271, + T_OPTIONAL = 272, + T_PROMPT = 273, + T_TYPE = 274, + T_DEFAULT = 275, + T_SELECT = 276, + T_RANGE = 277, + T_VISIBLE = 278, + T_OPTION = 279, + T_ON = 280, + T_WORD = 281, + T_WORD_QUOTE = 282, + T_UNEQUAL = 283, + T_LESS = 284, + T_LESS_EQUAL = 285, + T_GREATER = 286, + T_GREATER_EQUAL = 287, + T_CLOSE_PAREN = 288, + T_OPEN_PAREN = 289, + T_EOL = 290, + T_OR = 291, + T_AND = 292, + T_EQUAL = 293, + T_NOT = 294 + }; +#endif + + + +#if ! defined YYSTYPE && ! defined YYSTYPE_IS_DECLARED +typedef union YYSTYPE +{ + + + char *string; + struct file *file; + struct symbol *symbol; + struct expr *expr; + struct menu *menu; + const struct kconf_id *id; + + + +} YYSTYPE; +# define YYSTYPE_IS_TRIVIAL 1 +# define yystype YYSTYPE /* obsolescent; will be withdrawn */ +# define YYSTYPE_IS_DECLARED 1 +#endif + + +/* Copy the second part of user declarations. */ + + +/* Include zconf.hash.c here so it can see the token constants. */ +#include "zconf.hash.c" + + + +#ifdef short +# undef short +#endif + +#ifdef YYTYPE_UINT8 +typedef YYTYPE_UINT8 yytype_uint8; +#else +typedef unsigned char yytype_uint8; +#endif + +#ifdef YYTYPE_INT8 +typedef YYTYPE_INT8 yytype_int8; +#elif (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +typedef signed char yytype_int8; +#else +typedef short int yytype_int8; +#endif + +#ifdef YYTYPE_UINT16 +typedef YYTYPE_UINT16 yytype_uint16; +#else +typedef unsigned short int yytype_uint16; +#endif + +#ifdef YYTYPE_INT16 +typedef YYTYPE_INT16 yytype_int16; +#else +typedef short int yytype_int16; +#endif + +#ifndef YYSIZE_T +# ifdef __SIZE_TYPE__ +# define YYSIZE_T __SIZE_TYPE__ +# elif defined size_t +# define YYSIZE_T size_t +# elif ! defined YYSIZE_T && (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +# include /* INFRINGES ON USER NAME SPACE */ +# define YYSIZE_T size_t +# else +# define YYSIZE_T unsigned int +# endif +#endif + +#define YYSIZE_MAXIMUM ((YYSIZE_T) -1) + +#ifndef YY_ +# if defined YYENABLE_NLS && YYENABLE_NLS +# if ENABLE_NLS +# include /* INFRINGES ON USER NAME SPACE */ +# define YY_(msgid) dgettext ("bison-runtime", msgid) +# endif +# endif +# ifndef YY_ +# define YY_(msgid) msgid +# endif +#endif + +/* Suppress unused-variable warnings by "using" E. */ +#if ! defined lint || defined __GNUC__ +# define YYUSE(e) ((void) (e)) +#else +# define YYUSE(e) /* empty */ +#endif + +/* Identity function, used to suppress warnings about constant conditions. */ +#ifndef lint +# define YYID(n) (n) +#else +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static int +YYID (int yyi) +#else +static int +YYID (yyi) + int yyi; +#endif +{ + return yyi; +} +#endif + +#if ! defined yyoverflow || YYERROR_VERBOSE + +/* The parser invokes alloca or malloc; define the necessary symbols. */ + +# ifdef YYSTACK_USE_ALLOCA +# if YYSTACK_USE_ALLOCA +# ifdef __GNUC__ +# define YYSTACK_ALLOC __builtin_alloca +# elif defined __BUILTIN_VA_ARG_INCR +# include /* INFRINGES ON USER NAME SPACE */ +# elif defined _AIX +# define YYSTACK_ALLOC __alloca +# elif defined _MSC_VER +# include /* INFRINGES ON USER NAME SPACE */ +# define alloca _alloca +# else +# define YYSTACK_ALLOC alloca +# if ! defined _ALLOCA_H && ! defined EXIT_SUCCESS && (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +# include /* INFRINGES ON USER NAME SPACE */ + /* Use EXIT_SUCCESS as a witness for stdlib.h. */ +# ifndef EXIT_SUCCESS +# define EXIT_SUCCESS 0 +# endif +# endif +# endif +# endif +# endif + +# ifdef YYSTACK_ALLOC + /* Pacify GCC's `empty if-body' warning. */ +# define YYSTACK_FREE(Ptr) do { /* empty */; } while (YYID (0)) +# ifndef YYSTACK_ALLOC_MAXIMUM + /* The OS might guarantee only one guard page at the bottom of the stack, + and a page size can be as small as 4096 bytes. So we cannot safely + invoke alloca (N) if N exceeds 4096. Use a slightly smaller number + to allow for a few compiler-allocated temporary stack slots. */ +# define YYSTACK_ALLOC_MAXIMUM 4032 /* reasonable circa 2006 */ +# endif +# else +# define YYSTACK_ALLOC YYMALLOC +# define YYSTACK_FREE YYFREE +# ifndef YYSTACK_ALLOC_MAXIMUM +# define YYSTACK_ALLOC_MAXIMUM YYSIZE_MAXIMUM +# endif +# if (defined __cplusplus && ! defined EXIT_SUCCESS \ + && ! ((defined YYMALLOC || defined malloc) \ + && (defined YYFREE || defined free))) +# include /* INFRINGES ON USER NAME SPACE */ +# ifndef EXIT_SUCCESS +# define EXIT_SUCCESS 0 +# endif +# endif +# ifndef YYMALLOC +# define YYMALLOC malloc +# if ! defined malloc && ! defined EXIT_SUCCESS && (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +void *malloc (YYSIZE_T); /* INFRINGES ON USER NAME SPACE */ +# endif +# endif +# ifndef YYFREE +# define YYFREE free +# if ! defined free && ! defined EXIT_SUCCESS && (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +void free (void *); /* INFRINGES ON USER NAME SPACE */ +# endif +# endif +# endif +#endif /* ! defined yyoverflow || YYERROR_VERBOSE */ + + +#if (! defined yyoverflow \ + && (! defined __cplusplus \ + || (defined YYSTYPE_IS_TRIVIAL && YYSTYPE_IS_TRIVIAL))) + +/* A type that is properly aligned for any stack member. */ +union yyalloc +{ + yytype_int16 yyss_alloc; + YYSTYPE yyvs_alloc; +}; + +/* The size of the maximum gap between one aligned stack and the next. */ +# define YYSTACK_GAP_MAXIMUM (sizeof (union yyalloc) - 1) + +/* The size of an array large to enough to hold all stacks, each with + N elements. */ +# define YYSTACK_BYTES(N) \ + ((N) * (sizeof (yytype_int16) + sizeof (YYSTYPE)) \ + + YYSTACK_GAP_MAXIMUM) + +# define YYCOPY_NEEDED 1 + +/* Relocate STACK from its old location to the new one. The + local variables YYSIZE and YYSTACKSIZE give the old and new number of + elements in the stack, and YYPTR gives the new location of the + stack. Advance YYPTR to a properly aligned location for the next + stack. */ +# define YYSTACK_RELOCATE(Stack_alloc, Stack) \ + do \ + { \ + YYSIZE_T yynewbytes; \ + YYCOPY (&yyptr->Stack_alloc, Stack, yysize); \ + Stack = &yyptr->Stack_alloc; \ + yynewbytes = yystacksize * sizeof (*Stack) + YYSTACK_GAP_MAXIMUM; \ + yyptr += yynewbytes / sizeof (*yyptr); \ + } \ + while (YYID (0)) + +#endif + +#if defined YYCOPY_NEEDED && YYCOPY_NEEDED +/* Copy COUNT objects from SRC to DST. The source and destination do + not overlap. */ +# ifndef YYCOPY +# if defined __GNUC__ && 1 < __GNUC__ +# define YYCOPY(Dst, Src, Count) \ + __builtin_memcpy (Dst, Src, (Count) * sizeof (*(Src))) +# else +# define YYCOPY(Dst, Src, Count) \ + do \ + { \ + YYSIZE_T yyi; \ + for (yyi = 0; yyi < (Count); yyi++) \ + (Dst)[yyi] = (Src)[yyi]; \ + } \ + while (YYID (0)) +# endif +# endif +#endif /* !YYCOPY_NEEDED */ + +/* YYFINAL -- State number of the termination state. */ +#define YYFINAL 11 +/* YYLAST -- Last index in YYTABLE. */ +#define YYLAST 298 + +/* YYNTOKENS -- Number of terminals. */ +#define YYNTOKENS 40 +/* YYNNTS -- Number of nonterminals. */ +#define YYNNTS 50 +/* YYNRULES -- Number of rules. */ +#define YYNRULES 122 +/* YYNRULES -- Number of states. */ +#define YYNSTATES 199 + +/* YYTRANSLATE(YYLEX) -- Bison symbol number corresponding to YYLEX. */ +#define YYUNDEFTOK 2 +#define YYMAXUTOK 294 + +#define YYTRANSLATE(YYX) \ + ((unsigned int) (YYX) <= YYMAXUTOK ? yytranslate[YYX] : YYUNDEFTOK) + +/* YYTRANSLATE[YYLEX] -- Bison symbol number corresponding to YYLEX. */ +static const yytype_uint8 yytranslate[] = +{ + 0, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, + 2, 2, 2, 2, 2, 2, 1, 2, 3, 4, + 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, + 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, + 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, + 35, 36, 37, 38, 39 +}; + +#if YYDEBUG +/* YYPRHS[YYN] -- Index of the first RHS symbol of rule number YYN in + YYRHS. */ +static const yytype_uint16 yyprhs[] = +{ + 0, 0, 3, 6, 8, 11, 13, 14, 17, 20, + 23, 26, 31, 36, 40, 42, 44, 46, 48, 50, + 52, 54, 56, 58, 60, 62, 64, 66, 68, 72, + 75, 79, 82, 86, 89, 90, 93, 96, 99, 102, + 105, 108, 112, 117, 122, 127, 133, 137, 138, 142, + 143, 146, 150, 153, 155, 159, 160, 163, 166, 169, + 172, 175, 180, 184, 187, 192, 193, 196, 200, 202, + 206, 207, 210, 213, 216, 220, 224, 228, 230, 234, + 235, 238, 241, 244, 248, 252, 255, 258, 261, 262, + 265, 268, 271, 276, 277, 280, 283, 286, 287, 290, + 292, 294, 297, 300, 303, 305, 308, 309, 312, 314, + 318, 322, 326, 330, 334, 338, 342, 345, 349, 353, + 355, 357, 358 +}; + +/* YYRHS -- A `-1'-separated list of the rules' RHS. */ +static const yytype_int8 yyrhs[] = +{ + 41, 0, -1, 85, 42, -1, 42, -1, 67, 43, + -1, 43, -1, -1, 43, 45, -1, 43, 59, -1, + 43, 71, -1, 43, 84, -1, 43, 26, 1, 35, + -1, 43, 44, 1, 35, -1, 43, 1, 35, -1, + 16, -1, 18, -1, 19, -1, 21, -1, 17, -1, + 22, -1, 20, -1, 23, -1, 35, -1, 65, -1, + 75, -1, 48, -1, 50, -1, 73, -1, 26, 1, + 35, -1, 1, 35, -1, 10, 26, 35, -1, 47, + 51, -1, 11, 26, 35, -1, 49, 51, -1, -1, + 51, 52, -1, 51, 53, -1, 51, 79, -1, 51, + 77, -1, 51, 46, -1, 51, 35, -1, 19, 82, + 35, -1, 18, 83, 86, 35, -1, 20, 87, 86, + 35, -1, 21, 26, 86, 35, -1, 22, 88, 88, + 86, 35, -1, 24, 54, 35, -1, -1, 54, 26, + 55, -1, -1, 38, 83, -1, 7, 89, 35, -1, + 56, 60, -1, 84, -1, 57, 62, 58, -1, -1, + 60, 61, -1, 60, 79, -1, 60, 77, -1, 60, + 35, -1, 60, 46, -1, 18, 83, 86, 35, -1, + 19, 82, 35, -1, 17, 35, -1, 20, 26, 86, + 35, -1, -1, 62, 45, -1, 14, 87, 85, -1, + 84, -1, 63, 66, 64, -1, -1, 66, 45, -1, + 66, 71, -1, 66, 59, -1, 3, 83, 85, -1, + 4, 83, 35, -1, 68, 80, 78, -1, 84, -1, + 69, 72, 70, -1, -1, 72, 45, -1, 72, 71, + -1, 72, 59, -1, 6, 83, 35, -1, 9, 83, + 35, -1, 74, 78, -1, 12, 35, -1, 76, 13, + -1, -1, 78, 79, -1, 78, 35, -1, 78, 46, + -1, 16, 25, 87, 35, -1, -1, 80, 81, -1, + 80, 35, -1, 23, 86, -1, -1, 83, 86, -1, + 26, -1, 27, -1, 5, 35, -1, 8, 35, -1, + 15, 35, -1, 35, -1, 85, 35, -1, -1, 14, + 87, -1, 88, -1, 88, 29, 88, -1, 88, 30, + 88, -1, 88, 31, 88, -1, 88, 32, 88, -1, + 88, 38, 88, -1, 88, 28, 88, -1, 34, 87, + 33, -1, 39, 87, -1, 87, 36, 87, -1, 87, + 37, 87, -1, 26, -1, 27, -1, -1, 26, -1 +}; + +/* YYRLINE[YYN] -- source line where rule number YYN was defined. */ +static const yytype_uint16 yyrline[] = +{ + 0, 108, 108, 108, 110, 110, 112, 114, 115, 116, + 117, 118, 119, 123, 127, 127, 127, 127, 127, 127, + 127, 127, 131, 132, 133, 134, 135, 136, 140, 141, + 147, 155, 161, 169, 179, 181, 182, 183, 184, 185, + 186, 189, 197, 203, 213, 219, 225, 228, 230, 241, + 242, 247, 256, 261, 269, 272, 274, 275, 276, 277, + 278, 281, 287, 298, 304, 314, 316, 321, 329, 337, + 340, 342, 343, 344, 349, 356, 363, 368, 376, 379, + 381, 382, 383, 386, 394, 401, 408, 414, 421, 423, + 424, 425, 428, 436, 438, 439, 442, 449, 451, 456, + 457, 460, 461, 462, 466, 467, 470, 471, 474, 475, + 476, 477, 478, 479, 480, 481, 482, 483, 484, 487, + 488, 491, 492 +}; +#endif + +#if YYDEBUG || YYERROR_VERBOSE || YYTOKEN_TABLE +/* YYTNAME[SYMBOL-NUM] -- String name of the symbol SYMBOL-NUM. + First, the terminals, then, starting at YYNTOKENS, nonterminals. */ +static const char *const yytname[] = +{ + "$end", "error", "$undefined", "T_MAINMENU", "T_MENU", "T_ENDMENU", + "T_SOURCE", "T_CHOICE", "T_ENDCHOICE", "T_COMMENT", "T_CONFIG", + "T_MENUCONFIG", "T_HELP", "T_HELPTEXT", "T_IF", "T_ENDIF", "T_DEPENDS", + "T_OPTIONAL", "T_PROMPT", "T_TYPE", "T_DEFAULT", "T_SELECT", "T_RANGE", + "T_VISIBLE", "T_OPTION", "T_ON", "T_WORD", "T_WORD_QUOTE", "T_UNEQUAL", + "T_LESS", "T_LESS_EQUAL", "T_GREATER", "T_GREATER_EQUAL", + "T_CLOSE_PAREN", "T_OPEN_PAREN", "T_EOL", "T_OR", "T_AND", "T_EQUAL", + "T_NOT", "$accept", "input", "start", "stmt_list", "option_name", + "common_stmt", "option_error", "config_entry_start", "config_stmt", + "menuconfig_entry_start", "menuconfig_stmt", "config_option_list", + "config_option", "symbol_option", "symbol_option_list", + "symbol_option_arg", "choice", "choice_entry", "choice_end", + "choice_stmt", "choice_option_list", "choice_option", "choice_block", + "if_entry", "if_end", "if_stmt", "if_block", "mainmenu_stmt", "menu", + "menu_entry", "menu_end", "menu_stmt", "menu_block", "source_stmt", + "comment", "comment_stmt", "help_start", "help", "depends_list", + "depends", "visibility_list", "visible", "prompt_stmt_opt", "prompt", + "end", "nl", "if_expr", "expr", "symbol", "word_opt", YY_NULL +}; +#endif + +# ifdef YYPRINT +/* YYTOKNUM[YYLEX-NUM] -- Internal token number corresponding to + token YYLEX-NUM. */ +static const yytype_uint16 yytoknum[] = +{ + 0, 256, 257, 258, 259, 260, 261, 262, 263, 264, + 265, 266, 267, 268, 269, 270, 271, 272, 273, 274, + 275, 276, 277, 278, 279, 280, 281, 282, 283, 284, + 285, 286, 287, 288, 289, 290, 291, 292, 293, 294 +}; +# endif + +/* YYR1[YYN] -- Symbol number of symbol that rule YYN derives. */ +static const yytype_uint8 yyr1[] = +{ + 0, 40, 41, 41, 42, 42, 43, 43, 43, 43, + 43, 43, 43, 43, 44, 44, 44, 44, 44, 44, + 44, 44, 45, 45, 45, 45, 45, 45, 46, 46, + 47, 48, 49, 50, 51, 51, 51, 51, 51, 51, + 51, 52, 52, 52, 52, 52, 53, 54, 54, 55, + 55, 56, 57, 58, 59, 60, 60, 60, 60, 60, + 60, 61, 61, 61, 61, 62, 62, 63, 64, 65, + 66, 66, 66, 66, 67, 68, 69, 70, 71, 72, + 72, 72, 72, 73, 74, 75, 76, 77, 78, 78, + 78, 78, 79, 80, 80, 80, 81, 82, 82, 83, + 83, 84, 84, 84, 85, 85, 86, 86, 87, 87, + 87, 87, 87, 87, 87, 87, 87, 87, 87, 88, + 88, 89, 89 +}; + +/* YYR2[YYN] -- Number of symbols composing right hand side of rule YYN. */ +static const yytype_uint8 yyr2[] = +{ + 0, 2, 2, 1, 2, 1, 0, 2, 2, 2, + 2, 4, 4, 3, 1, 1, 1, 1, 1, 1, + 1, 1, 1, 1, 1, 1, 1, 1, 3, 2, + 3, 2, 3, 2, 0, 2, 2, 2, 2, 2, + 2, 3, 4, 4, 4, 5, 3, 0, 3, 0, + 2, 3, 2, 1, 3, 0, 2, 2, 2, 2, + 2, 4, 3, 2, 4, 0, 2, 3, 1, 3, + 0, 2, 2, 2, 3, 3, 3, 1, 3, 0, + 2, 2, 2, 3, 3, 2, 2, 2, 0, 2, + 2, 2, 4, 0, 2, 2, 2, 0, 2, 1, + 1, 2, 2, 2, 1, 2, 0, 2, 1, 3, + 3, 3, 3, 3, 3, 3, 2, 3, 3, 1, + 1, 0, 1 +}; + +/* YYDEFACT[STATE-NAME] -- Default reduction number in state STATE-NUM. + Performed when YYTABLE doesn't specify something else to do. Zero + means the default is an error. */ +static const yytype_uint8 yydefact[] = +{ + 6, 0, 104, 0, 3, 0, 6, 6, 99, 100, + 0, 1, 0, 0, 0, 0, 121, 0, 0, 0, + 0, 0, 0, 14, 18, 15, 16, 20, 17, 19, + 21, 0, 22, 0, 7, 34, 25, 34, 26, 55, + 65, 8, 70, 23, 93, 79, 9, 27, 88, 24, + 10, 0, 105, 2, 74, 13, 0, 101, 0, 122, + 0, 102, 0, 0, 0, 119, 120, 0, 0, 0, + 108, 103, 0, 0, 0, 0, 0, 0, 0, 88, + 0, 0, 75, 83, 51, 84, 30, 32, 0, 116, + 0, 0, 67, 0, 0, 0, 0, 0, 0, 11, + 12, 0, 0, 0, 0, 97, 0, 0, 0, 47, + 0, 40, 39, 35, 36, 0, 38, 37, 0, 0, + 97, 0, 59, 60, 56, 58, 57, 66, 54, 53, + 71, 73, 69, 72, 68, 106, 95, 0, 94, 80, + 82, 78, 81, 77, 90, 91, 89, 115, 117, 118, + 114, 109, 110, 111, 112, 113, 29, 86, 0, 106, + 0, 106, 106, 106, 0, 0, 0, 87, 63, 106, + 0, 106, 0, 96, 0, 0, 41, 98, 0, 0, + 106, 49, 46, 28, 0, 62, 0, 107, 92, 42, + 43, 44, 0, 0, 48, 61, 64, 45, 50 +}; + +/* YYDEFGOTO[NTERM-NUM]. */ +static const yytype_int16 yydefgoto[] = +{ + -1, 3, 4, 5, 33, 34, 112, 35, 36, 37, + 38, 74, 113, 114, 165, 194, 39, 40, 128, 41, + 76, 124, 77, 42, 132, 43, 78, 6, 44, 45, + 141, 46, 80, 47, 48, 49, 115, 116, 81, 117, + 79, 138, 160, 161, 50, 7, 173, 69, 70, 60 +}; + +/* YYPACT[STATE-NUM] -- Index in YYTABLE of the portion describing + STATE-NUM. */ +#define YYPACT_NINF -91 +static const yytype_int16 yypact[] = +{ + 19, 37, -91, 13, -91, 79, -91, 20, -91, -91, + -16, -91, 21, 37, 25, 37, 41, 36, 37, 78, + 83, 31, 56, -91, -91, -91, -91, -91, -91, -91, + -91, 116, -91, 127, -91, -91, -91, -91, -91, -91, + -91, -91, -91, -91, -91, -91, -91, -91, -91, -91, + -91, 147, -91, -91, 105, -91, 109, -91, 111, -91, + 114, -91, 136, 137, 142, -91, -91, 31, 31, 76, + 254, -91, 143, 146, 27, 115, 207, 258, 243, -14, + 243, 179, -91, -91, -91, -91, -91, -91, -7, -91, + 31, 31, 105, 51, 51, 51, 51, 51, 51, -91, + -91, 156, 168, 181, 37, 37, 31, 178, 51, -91, + 206, -91, -91, -91, -91, 196, -91, -91, 175, 37, + 37, 185, -91, -91, -91, -91, -91, -91, -91, -91, + -91, -91, -91, -91, -91, 214, -91, 230, -91, -91, + -91, -91, -91, -91, -91, -91, -91, -91, 183, -91, + -91, -91, -91, -91, -91, -91, -91, -91, 31, 214, + 194, 214, 45, 214, 51, 26, 195, -91, -91, 214, + 197, 214, 31, -91, 139, 208, -91, -91, 220, 224, + 214, 222, -91, -91, 226, -91, 227, 123, -91, -91, + -91, -91, 235, 37, -91, -91, -91, -91, -91 +}; + +/* YYPGOTO[NTERM-NUM]. */ +static const yytype_int16 yypgoto[] = +{ + -91, -91, 264, 268, -91, 30, -65, -91, -91, -91, + -91, 238, -91, -91, -91, -91, -91, -91, -91, -12, + -91, -91, -91, -91, -91, -91, -91, -91, -91, -91, + -91, -5, -91, -91, -91, -91, -91, 200, 209, -61, + -91, -91, 170, -1, 65, 0, 118, -66, -90, -91 +}; + +/* YYTABLE[YYPACT[STATE-NUM]]. What to do in state STATE-NUM. If + positive, shift that token. If negative, reduce the rule which + number is the opposite. If YYTABLE_NINF, syntax error. */ +#define YYTABLE_NINF -86 +static const yytype_int16 yytable[] = +{ + 10, 88, 89, 150, 151, 152, 153, 154, 155, 135, + 54, 123, 56, 11, 58, 126, 145, 62, 164, 2, + 146, 136, 1, 1, 148, 149, 147, -31, 101, 90, + 91, -31, -31, -31, -31, -31, -31, -31, -31, 102, + 162, -31, -31, 103, -31, 104, 105, 106, 107, 108, + -31, 109, 181, 110, 2, 52, 55, 65, 66, 172, + 57, 182, 111, 8, 9, 67, 131, 59, 140, 92, + 68, 61, 145, 133, 180, 142, 146, 65, 66, -5, + 12, 90, 91, 13, 14, 15, 16, 17, 18, 19, + 20, 71, 174, 21, 22, 23, 24, 25, 26, 27, + 28, 29, 30, 159, 63, 31, 187, 127, 130, 64, + 139, 2, 90, 91, 32, -33, 101, 72, 169, -33, + -33, -33, -33, -33, -33, -33, -33, 102, 73, -33, + -33, 103, -33, 104, 105, 106, 107, 108, -33, 109, + 52, 110, 129, 134, 82, 143, 83, -4, 12, 84, + 111, 13, 14, 15, 16, 17, 18, 19, 20, 90, + 91, 21, 22, 23, 24, 25, 26, 27, 28, 29, + 30, 85, 86, 31, 188, 90, 91, 87, 99, -85, + 101, 100, 32, -85, -85, -85, -85, -85, -85, -85, + -85, 156, 198, -85, -85, 103, -85, -85, -85, -85, + -85, -85, -85, 157, 163, 110, 158, 166, 101, 167, + 168, 171, -52, -52, 144, -52, -52, -52, -52, 102, + 91, -52, -52, 103, 118, 119, 120, 121, 172, 176, + 183, 101, 185, 110, -76, -76, -76, -76, -76, -76, + -76, -76, 122, 189, -76, -76, 103, 13, 14, 15, + 16, 17, 18, 19, 20, 190, 110, 21, 22, 191, + 193, 195, 196, 14, 15, 144, 17, 18, 19, 20, + 197, 53, 21, 22, 51, 75, 125, 175, 32, 177, + 178, 179, 93, 94, 95, 96, 97, 184, 137, 186, + 170, 0, 98, 32, 0, 0, 0, 0, 192 +}; + +#define yypact_value_is_default(yystate) \ + ((yystate) == (-91)) + +#define yytable_value_is_error(yytable_value) \ + YYID (0) + +static const yytype_int16 yycheck[] = +{ + 1, 67, 68, 93, 94, 95, 96, 97, 98, 23, + 10, 76, 13, 0, 15, 76, 81, 18, 108, 35, + 81, 35, 3, 3, 90, 91, 33, 0, 1, 36, + 37, 4, 5, 6, 7, 8, 9, 10, 11, 12, + 106, 14, 15, 16, 17, 18, 19, 20, 21, 22, + 23, 24, 26, 26, 35, 35, 35, 26, 27, 14, + 35, 35, 35, 26, 27, 34, 78, 26, 80, 69, + 39, 35, 137, 78, 164, 80, 137, 26, 27, 0, + 1, 36, 37, 4, 5, 6, 7, 8, 9, 10, + 11, 35, 158, 14, 15, 16, 17, 18, 19, 20, + 21, 22, 23, 104, 26, 26, 172, 77, 78, 26, + 80, 35, 36, 37, 35, 0, 1, 1, 119, 4, + 5, 6, 7, 8, 9, 10, 11, 12, 1, 14, + 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, + 35, 26, 77, 78, 35, 80, 35, 0, 1, 35, + 35, 4, 5, 6, 7, 8, 9, 10, 11, 36, + 37, 14, 15, 16, 17, 18, 19, 20, 21, 22, + 23, 35, 35, 26, 35, 36, 37, 35, 35, 0, + 1, 35, 35, 4, 5, 6, 7, 8, 9, 10, + 11, 35, 193, 14, 15, 16, 17, 18, 19, 20, + 21, 22, 23, 35, 26, 26, 25, 1, 1, 13, + 35, 26, 5, 6, 35, 8, 9, 10, 11, 12, + 37, 14, 15, 16, 17, 18, 19, 20, 14, 35, + 35, 1, 35, 26, 4, 5, 6, 7, 8, 9, + 10, 11, 35, 35, 14, 15, 16, 4, 5, 6, + 7, 8, 9, 10, 11, 35, 26, 14, 15, 35, + 38, 35, 35, 5, 6, 35, 8, 9, 10, 11, + 35, 7, 14, 15, 6, 37, 76, 159, 35, 161, + 162, 163, 28, 29, 30, 31, 32, 169, 79, 171, + 120, -1, 38, 35, -1, -1, -1, -1, 180 +}; + +/* YYSTOS[STATE-NUM] -- The (internal number of the) accessing + symbol of state STATE-NUM. */ +static const yytype_uint8 yystos[] = +{ + 0, 3, 35, 41, 42, 43, 67, 85, 26, 27, + 83, 0, 1, 4, 5, 6, 7, 8, 9, 10, + 11, 14, 15, 16, 17, 18, 19, 20, 21, 22, + 23, 26, 35, 44, 45, 47, 48, 49, 50, 56, + 57, 59, 63, 65, 68, 69, 71, 73, 74, 75, + 84, 43, 35, 42, 85, 35, 83, 35, 83, 26, + 89, 35, 83, 26, 26, 26, 27, 34, 39, 87, + 88, 35, 1, 1, 51, 51, 60, 62, 66, 80, + 72, 78, 35, 35, 35, 35, 35, 35, 87, 87, + 36, 37, 85, 28, 29, 30, 31, 32, 38, 35, + 35, 1, 12, 16, 18, 19, 20, 21, 22, 24, + 26, 35, 46, 52, 53, 76, 77, 79, 17, 18, + 19, 20, 35, 46, 61, 77, 79, 45, 58, 84, + 45, 59, 64, 71, 84, 23, 35, 78, 81, 45, + 59, 70, 71, 84, 35, 46, 79, 33, 87, 87, + 88, 88, 88, 88, 88, 88, 35, 35, 25, 83, + 82, 83, 87, 26, 88, 54, 1, 13, 35, 83, + 82, 26, 14, 86, 87, 86, 35, 86, 86, 86, + 88, 26, 35, 35, 86, 35, 86, 87, 35, 35, + 35, 35, 86, 38, 55, 35, 35, 35, 83 +}; + +#define yyerrok (yyerrstatus = 0) +#define yyclearin (yychar = YYEMPTY) +#define YYEMPTY (-2) +#define YYEOF 0 + +#define YYACCEPT goto yyacceptlab +#define YYABORT goto yyabortlab +#define YYERROR goto yyerrorlab + + +/* Like YYERROR except do call yyerror. This remains here temporarily + to ease the transition to the new meaning of YYERROR, for GCC. + Once GCC version 2 has supplanted version 1, this can go. However, + YYFAIL appears to be in use. Nevertheless, it is formally deprecated + in Bison 2.4.2's NEWS entry, where a plan to phase it out is + discussed. */ + +#define YYFAIL goto yyerrlab +#if defined YYFAIL + /* This is here to suppress warnings from the GCC cpp's + -Wunused-macros. Normally we don't worry about that warning, but + some users do, and we want to make it easy for users to remove + YYFAIL uses, which will produce warnings from Bison 2.5. */ +#endif + +#define YYRECOVERING() (!!yyerrstatus) + +#define YYBACKUP(Token, Value) \ +do \ + if (yychar == YYEMPTY) \ + { \ + yychar = (Token); \ + yylval = (Value); \ + YYPOPSTACK (yylen); \ + yystate = *yyssp; \ + goto yybackup; \ + } \ + else \ + { \ + yyerror (YY_("syntax error: cannot back up")); \ + YYERROR; \ + } \ +while (YYID (0)) + + +#define YYTERROR 1 +#define YYERRCODE 256 + + +/* YYLLOC_DEFAULT -- Set CURRENT to span from RHS[1] to RHS[N]. + If N is 0, then set CURRENT to the empty location which ends + the previous symbol: RHS[0] (always defined). */ + +#define YYRHSLOC(Rhs, K) ((Rhs)[K]) +#ifndef YYLLOC_DEFAULT +# define YYLLOC_DEFAULT(Current, Rhs, N) \ + do \ + if (YYID (N)) \ + { \ + (Current).first_line = YYRHSLOC (Rhs, 1).first_line; \ + (Current).first_column = YYRHSLOC (Rhs, 1).first_column; \ + (Current).last_line = YYRHSLOC (Rhs, N).last_line; \ + (Current).last_column = YYRHSLOC (Rhs, N).last_column; \ + } \ + else \ + { \ + (Current).first_line = (Current).last_line = \ + YYRHSLOC (Rhs, 0).last_line; \ + (Current).first_column = (Current).last_column = \ + YYRHSLOC (Rhs, 0).last_column; \ + } \ + while (YYID (0)) +#endif + + +/* This macro is provided for backward compatibility. */ + +#ifndef YY_LOCATION_PRINT +# define YY_LOCATION_PRINT(File, Loc) ((void) 0) +#endif + + +/* YYLEX -- calling `yylex' with the right arguments. */ + +#ifdef YYLEX_PARAM +# define YYLEX yylex (YYLEX_PARAM) +#else +# define YYLEX yylex () +#endif + +/* Enable debugging if requested. */ +#if YYDEBUG + +# ifndef YYFPRINTF +# include /* INFRINGES ON USER NAME SPACE */ +# define YYFPRINTF fprintf +# endif + +# define YYDPRINTF(Args) \ +do { \ + if (yydebug) \ + YYFPRINTF Args; \ +} while (YYID (0)) + +# define YY_SYMBOL_PRINT(Title, Type, Value, Location) \ +do { \ + if (yydebug) \ + { \ + YYFPRINTF (stderr, "%s ", Title); \ + yy_symbol_print (stderr, \ + Type, Value); \ + YYFPRINTF (stderr, "\n"); \ + } \ +} while (YYID (0)) + + +/*--------------------------------. +| Print this symbol on YYOUTPUT. | +`--------------------------------*/ + +/*ARGSUSED*/ +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static void +yy_symbol_value_print (FILE *yyoutput, int yytype, YYSTYPE const * const yyvaluep) +#else +static void +yy_symbol_value_print (yyoutput, yytype, yyvaluep) + FILE *yyoutput; + int yytype; + YYSTYPE const * const yyvaluep; +#endif +{ + FILE *yyo = yyoutput; + YYUSE (yyo); + if (!yyvaluep) + return; +# ifdef YYPRINT + if (yytype < YYNTOKENS) + YYPRINT (yyoutput, yytoknum[yytype], *yyvaluep); +# else + YYUSE (yyoutput); +# endif + switch (yytype) + { + default: + break; + } +} + + +/*--------------------------------. +| Print this symbol on YYOUTPUT. | +`--------------------------------*/ + +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static void +yy_symbol_print (FILE *yyoutput, int yytype, YYSTYPE const * const yyvaluep) +#else +static void +yy_symbol_print (yyoutput, yytype, yyvaluep) + FILE *yyoutput; + int yytype; + YYSTYPE const * const yyvaluep; +#endif +{ + if (yytype < YYNTOKENS) + YYFPRINTF (yyoutput, "token %s (", yytname[yytype]); + else + YYFPRINTF (yyoutput, "nterm %s (", yytname[yytype]); + + yy_symbol_value_print (yyoutput, yytype, yyvaluep); + YYFPRINTF (yyoutput, ")"); +} + +/*------------------------------------------------------------------. +| yy_stack_print -- Print the state stack from its BOTTOM up to its | +| TOP (included). | +`------------------------------------------------------------------*/ + +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static void +yy_stack_print (yytype_int16 *yybottom, yytype_int16 *yytop) +#else +static void +yy_stack_print (yybottom, yytop) + yytype_int16 *yybottom; + yytype_int16 *yytop; +#endif +{ + YYFPRINTF (stderr, "Stack now"); + for (; yybottom <= yytop; yybottom++) + { + int yybot = *yybottom; + YYFPRINTF (stderr, " %d", yybot); + } + YYFPRINTF (stderr, "\n"); +} + +# define YY_STACK_PRINT(Bottom, Top) \ +do { \ + if (yydebug) \ + yy_stack_print ((Bottom), (Top)); \ +} while (YYID (0)) + + +/*------------------------------------------------. +| Report that the YYRULE is going to be reduced. | +`------------------------------------------------*/ + +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static void +yy_reduce_print (YYSTYPE *yyvsp, int yyrule) +#else +static void +yy_reduce_print (yyvsp, yyrule) + YYSTYPE *yyvsp; + int yyrule; +#endif +{ + int yynrhs = yyr2[yyrule]; + int yyi; + unsigned long int yylno = yyrline[yyrule]; + YYFPRINTF (stderr, "Reducing stack by rule %d (line %lu):\n", + yyrule - 1, yylno); + /* The symbols being reduced. */ + for (yyi = 0; yyi < yynrhs; yyi++) + { + YYFPRINTF (stderr, " $%d = ", yyi + 1); + yy_symbol_print (stderr, yyrhs[yyprhs[yyrule] + yyi], + &(yyvsp[(yyi + 1) - (yynrhs)]) + ); + YYFPRINTF (stderr, "\n"); + } +} + +# define YY_REDUCE_PRINT(Rule) \ +do { \ + if (yydebug) \ + yy_reduce_print (yyvsp, Rule); \ +} while (YYID (0)) + +/* Nonzero means print parse trace. It is left uninitialized so that + multiple parsers can coexist. */ +int yydebug; +#else /* !YYDEBUG */ +# define YYDPRINTF(Args) +# define YY_SYMBOL_PRINT(Title, Type, Value, Location) +# define YY_STACK_PRINT(Bottom, Top) +# define YY_REDUCE_PRINT(Rule) +#endif /* !YYDEBUG */ + + +/* YYINITDEPTH -- initial size of the parser's stacks. */ +#ifndef YYINITDEPTH +# define YYINITDEPTH 200 +#endif + +/* YYMAXDEPTH -- maximum size the stacks can grow to (effective only + if the built-in stack extension method is used). + + Do not make this value too large; the results are undefined if + YYSTACK_ALLOC_MAXIMUM < YYSTACK_BYTES (YYMAXDEPTH) + evaluated with infinite-precision integer arithmetic. */ + +#ifndef YYMAXDEPTH +# define YYMAXDEPTH 10000 +#endif + + +#if YYERROR_VERBOSE + +# ifndef yystrlen +# if defined __GLIBC__ && defined _STRING_H +# define yystrlen strlen +# else +/* Return the length of YYSTR. */ +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static YYSIZE_T +yystrlen (const char *yystr) +#else +static YYSIZE_T +yystrlen (yystr) + const char *yystr; +#endif +{ + YYSIZE_T yylen; + for (yylen = 0; yystr[yylen]; yylen++) + continue; + return yylen; +} +# endif +# endif + +# ifndef yystpcpy +# if defined __GLIBC__ && defined _STRING_H && defined _GNU_SOURCE +# define yystpcpy stpcpy +# else +/* Copy YYSRC to YYDEST, returning the address of the terminating '\0' in + YYDEST. */ +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static char * +yystpcpy (char *yydest, const char *yysrc) +#else +static char * +yystpcpy (yydest, yysrc) + char *yydest; + const char *yysrc; +#endif +{ + char *yyd = yydest; + const char *yys = yysrc; + + while ((*yyd++ = *yys++) != '\0') + continue; + + return yyd - 1; +} +# endif +# endif + +# ifndef yytnamerr +/* Copy to YYRES the contents of YYSTR after stripping away unnecessary + quotes and backslashes, so that it's suitable for yyerror. The + heuristic is that double-quoting is unnecessary unless the string + contains an apostrophe, a comma, or backslash (other than + backslash-backslash). YYSTR is taken from yytname. If YYRES is + null, do not copy; instead, return the length of what the result + would have been. */ +static YYSIZE_T +yytnamerr (char *yyres, const char *yystr) +{ + if (*yystr == '"') + { + YYSIZE_T yyn = 0; + char const *yyp = yystr; + + for (;;) + switch (*++yyp) + { + case '\'': + case ',': + goto do_not_strip_quotes; + + case '\\': + if (*++yyp != '\\') + goto do_not_strip_quotes; + /* Fall through. */ + default: + if (yyres) + yyres[yyn] = *yyp; + yyn++; + break; + + case '"': + if (yyres) + yyres[yyn] = '\0'; + return yyn; + } + do_not_strip_quotes: ; + } + + if (! yyres) + return yystrlen (yystr); + + return yystpcpy (yyres, yystr) - yyres; +} +# endif + +/* Copy into *YYMSG, which is of size *YYMSG_ALLOC, an error message + about the unexpected token YYTOKEN for the state stack whose top is + YYSSP. + + Return 0 if *YYMSG was successfully written. Return 1 if *YYMSG is + not large enough to hold the message. In that case, also set + *YYMSG_ALLOC to the required number of bytes. Return 2 if the + required number of bytes is too large to store. */ +static int +yysyntax_error (YYSIZE_T *yymsg_alloc, char **yymsg, + yytype_int16 *yyssp, int yytoken) +{ + YYSIZE_T yysize0 = yytnamerr (YY_NULL, yytname[yytoken]); + YYSIZE_T yysize = yysize0; + YYSIZE_T yysize1; + enum { YYERROR_VERBOSE_ARGS_MAXIMUM = 5 }; + /* Internationalized format string. */ + const char *yyformat = YY_NULL; + /* Arguments of yyformat. */ + char const *yyarg[YYERROR_VERBOSE_ARGS_MAXIMUM]; + /* Number of reported tokens (one for the "unexpected", one per + "expected"). */ + int yycount = 0; + + /* There are many possibilities here to consider: + - Assume YYFAIL is not used. It's too flawed to consider. See + + for details. YYERROR is fine as it does not invoke this + function. + - If this state is a consistent state with a default action, then + the only way this function was invoked is if the default action + is an error action. In that case, don't check for expected + tokens because there are none. + - The only way there can be no lookahead present (in yychar) is if + this state is a consistent state with a default action. Thus, + detecting the absence of a lookahead is sufficient to determine + that there is no unexpected or expected token to report. In that + case, just report a simple "syntax error". + - Don't assume there isn't a lookahead just because this state is a + consistent state with a default action. There might have been a + previous inconsistent state, consistent state with a non-default + action, or user semantic action that manipulated yychar. + - Of course, the expected token list depends on states to have + correct lookahead information, and it depends on the parser not + to perform extra reductions after fetching a lookahead from the + scanner and before detecting a syntax error. Thus, state merging + (from LALR or IELR) and default reductions corrupt the expected + token list. However, the list is correct for canonical LR with + one exception: it will still contain any token that will not be + accepted due to an error action in a later state. + */ + if (yytoken != YYEMPTY) + { + int yyn = yypact[*yyssp]; + yyarg[yycount++] = yytname[yytoken]; + if (!yypact_value_is_default (yyn)) + { + /* Start YYX at -YYN if negative to avoid negative indexes in + YYCHECK. In other words, skip the first -YYN actions for + this state because they are default actions. */ + int yyxbegin = yyn < 0 ? -yyn : 0; + /* Stay within bounds of both yycheck and yytname. */ + int yychecklim = YYLAST - yyn + 1; + int yyxend = yychecklim < YYNTOKENS ? yychecklim : YYNTOKENS; + int yyx; + + for (yyx = yyxbegin; yyx < yyxend; ++yyx) + if (yycheck[yyx + yyn] == yyx && yyx != YYTERROR + && !yytable_value_is_error (yytable[yyx + yyn])) + { + if (yycount == YYERROR_VERBOSE_ARGS_MAXIMUM) + { + yycount = 1; + yysize = yysize0; + break; + } + yyarg[yycount++] = yytname[yyx]; + yysize1 = yysize + yytnamerr (YY_NULL, yytname[yyx]); + if (! (yysize <= yysize1 + && yysize1 <= YYSTACK_ALLOC_MAXIMUM)) + return 2; + yysize = yysize1; + } + } + } + + switch (yycount) + { +# define YYCASE_(N, S) \ + case N: \ + yyformat = S; \ + break + YYCASE_(0, YY_("syntax error")); + YYCASE_(1, YY_("syntax error, unexpected %s")); + YYCASE_(2, YY_("syntax error, unexpected %s, expecting %s")); + YYCASE_(3, YY_("syntax error, unexpected %s, expecting %s or %s")); + YYCASE_(4, YY_("syntax error, unexpected %s, expecting %s or %s or %s")); + YYCASE_(5, YY_("syntax error, unexpected %s, expecting %s or %s or %s or %s")); +# undef YYCASE_ + } + + yysize1 = yysize + yystrlen (yyformat); + if (! (yysize <= yysize1 && yysize1 <= YYSTACK_ALLOC_MAXIMUM)) + return 2; + yysize = yysize1; + + if (*yymsg_alloc < yysize) + { + *yymsg_alloc = 2 * yysize; + if (! (yysize <= *yymsg_alloc + && *yymsg_alloc <= YYSTACK_ALLOC_MAXIMUM)) + *yymsg_alloc = YYSTACK_ALLOC_MAXIMUM; + return 1; + } + + /* Avoid sprintf, as that infringes on the user's name space. + Don't have undefined behavior even if the translation + produced a string with the wrong number of "%s"s. */ + { + char *yyp = *yymsg; + int yyi = 0; + while ((*yyp = *yyformat) != '\0') + if (*yyp == '%' && yyformat[1] == 's' && yyi < yycount) + { + yyp += yytnamerr (yyp, yyarg[yyi++]); + yyformat += 2; + } + else + { + yyp++; + yyformat++; + } + } + return 0; +} +#endif /* YYERROR_VERBOSE */ + +/*-----------------------------------------------. +| Release the memory associated to this symbol. | +`-----------------------------------------------*/ + +/*ARGSUSED*/ +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +static void +yydestruct (const char *yymsg, int yytype, YYSTYPE *yyvaluep) +#else +static void +yydestruct (yymsg, yytype, yyvaluep) + const char *yymsg; + int yytype; + YYSTYPE *yyvaluep; +#endif +{ + YYUSE (yyvaluep); + + if (!yymsg) + yymsg = "Deleting"; + YY_SYMBOL_PRINT (yymsg, yytype, yyvaluep, yylocationp); + + switch (yytype) + { + case 57: /* "choice_entry" */ + + { + fprintf(stderr, "%s:%d: missing end statement for this entry\n", + (yyvaluep->menu)->file->name, (yyvaluep->menu)->lineno); + if (current_menu == (yyvaluep->menu)) + menu_end_menu(); +}; + + break; + case 63: /* "if_entry" */ + + { + fprintf(stderr, "%s:%d: missing end statement for this entry\n", + (yyvaluep->menu)->file->name, (yyvaluep->menu)->lineno); + if (current_menu == (yyvaluep->menu)) + menu_end_menu(); +}; + + break; + case 69: /* "menu_entry" */ + + { + fprintf(stderr, "%s:%d: missing end statement for this entry\n", + (yyvaluep->menu)->file->name, (yyvaluep->menu)->lineno); + if (current_menu == (yyvaluep->menu)) + menu_end_menu(); +}; + + break; + + default: + break; + } +} + + +/* Prevent warnings from -Wmissing-prototypes. */ +#ifdef YYPARSE_PARAM +#if defined __STDC__ || defined __cplusplus +int yyparse (void *YYPARSE_PARAM); +#else +int yyparse (); +#endif +#else /* ! YYPARSE_PARAM */ +#if defined __STDC__ || defined __cplusplus +int yyparse (void); +#else +int yyparse (); +#endif +#endif /* ! YYPARSE_PARAM */ + + +/* The lookahead symbol. */ +int yychar; + +/* The semantic value of the lookahead symbol. */ +YYSTYPE yylval; + +/* Number of syntax errors so far. */ +int yynerrs; + + +/*----------. +| yyparse. | +`----------*/ + +#ifdef YYPARSE_PARAM +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +int +yyparse (void *YYPARSE_PARAM) +#else +int +yyparse (YYPARSE_PARAM) + void *YYPARSE_PARAM; +#endif +#else /* ! YYPARSE_PARAM */ +#if (defined __STDC__ || defined __C99__FUNC__ \ + || defined __cplusplus || defined _MSC_VER) +int +yyparse (void) +#else +int +yyparse () + +#endif +#endif +{ + int yystate; + /* Number of tokens to shift before error messages enabled. */ + int yyerrstatus; + + /* The stacks and their tools: + `yyss': related to states. + `yyvs': related to semantic values. + + Refer to the stacks through separate pointers, to allow yyoverflow + to reallocate them elsewhere. */ + + /* The state stack. */ + yytype_int16 yyssa[YYINITDEPTH]; + yytype_int16 *yyss; + yytype_int16 *yyssp; + + /* The semantic value stack. */ + YYSTYPE yyvsa[YYINITDEPTH]; + YYSTYPE *yyvs; + YYSTYPE *yyvsp; + + YYSIZE_T yystacksize; + + int yyn; + int yyresult; + /* Lookahead token as an internal (translated) token number. */ + int yytoken; + /* The variables used to return semantic value and location from the + action routines. */ + YYSTYPE yyval; + +#if YYERROR_VERBOSE + /* Buffer for error messages, and its allocated size. */ + char yymsgbuf[128]; + char *yymsg = yymsgbuf; + YYSIZE_T yymsg_alloc = sizeof yymsgbuf; +#endif + +#define YYPOPSTACK(N) (yyvsp -= (N), yyssp -= (N)) + + /* The number of symbols on the RHS of the reduced rule. + Keep to zero when no symbol should be popped. */ + int yylen = 0; + + yytoken = 0; + yyss = yyssa; + yyvs = yyvsa; + yystacksize = YYINITDEPTH; + + YYDPRINTF ((stderr, "Starting parse\n")); + + yystate = 0; + yyerrstatus = 0; + yynerrs = 0; + yychar = YYEMPTY; /* Cause a token to be read. */ + + /* Initialize stack pointers. + Waste one element of value and location stack + so that they stay on the same level as the state stack. + The wasted elements are never initialized. */ + yyssp = yyss; + yyvsp = yyvs; + + goto yysetstate; + +/*------------------------------------------------------------. +| yynewstate -- Push a new state, which is found in yystate. | +`------------------------------------------------------------*/ + yynewstate: + /* In all cases, when you get here, the value and location stacks + have just been pushed. So pushing a state here evens the stacks. */ + yyssp++; + + yysetstate: + *yyssp = yystate; + + if (yyss + yystacksize - 1 <= yyssp) + { + /* Get the current used size of the three stacks, in elements. */ + YYSIZE_T yysize = yyssp - yyss + 1; + +#ifdef yyoverflow + { + /* Give user a chance to reallocate the stack. Use copies of + these so that the &'s don't force the real ones into + memory. */ + YYSTYPE *yyvs1 = yyvs; + yytype_int16 *yyss1 = yyss; + + /* Each stack pointer address is followed by the size of the + data in use in that stack, in bytes. This used to be a + conditional around just the two extra args, but that might + be undefined if yyoverflow is a macro. */ + yyoverflow (YY_("memory exhausted"), + &yyss1, yysize * sizeof (*yyssp), + &yyvs1, yysize * sizeof (*yyvsp), + &yystacksize); + + yyss = yyss1; + yyvs = yyvs1; + } +#else /* no yyoverflow */ +# ifndef YYSTACK_RELOCATE + goto yyexhaustedlab; +# else + /* Extend the stack our own way. */ + if (YYMAXDEPTH <= yystacksize) + goto yyexhaustedlab; + yystacksize *= 2; + if (YYMAXDEPTH < yystacksize) + yystacksize = YYMAXDEPTH; + + { + yytype_int16 *yyss1 = yyss; + union yyalloc *yyptr = + (union yyalloc *) YYSTACK_ALLOC (YYSTACK_BYTES (yystacksize)); + if (! yyptr) + goto yyexhaustedlab; + YYSTACK_RELOCATE (yyss_alloc, yyss); + YYSTACK_RELOCATE (yyvs_alloc, yyvs); +# undef YYSTACK_RELOCATE + if (yyss1 != yyssa) + YYSTACK_FREE (yyss1); + } +# endif +#endif /* no yyoverflow */ + + yyssp = yyss + yysize - 1; + yyvsp = yyvs + yysize - 1; + + YYDPRINTF ((stderr, "Stack size increased to %lu\n", + (unsigned long int) yystacksize)); + + if (yyss + yystacksize - 1 <= yyssp) + YYABORT; + } + + YYDPRINTF ((stderr, "Entering state %d\n", yystate)); + + if (yystate == YYFINAL) + YYACCEPT; + + goto yybackup; + +/*-----------. +| yybackup. | +`-----------*/ +yybackup: + + /* Do appropriate processing given the current state. Read a + lookahead token if we need one and don't already have one. */ + + /* First try to decide what to do without reference to lookahead token. */ + yyn = yypact[yystate]; + if (yypact_value_is_default (yyn)) + goto yydefault; + + /* Not known => get a lookahead token if don't already have one. */ + + /* YYCHAR is either YYEMPTY or YYEOF or a valid lookahead symbol. */ + if (yychar == YYEMPTY) + { + YYDPRINTF ((stderr, "Reading a token: ")); + yychar = YYLEX; + } + + if (yychar <= YYEOF) + { + yychar = yytoken = YYEOF; + YYDPRINTF ((stderr, "Now at end of input.\n")); + } + else + { + yytoken = YYTRANSLATE (yychar); + YY_SYMBOL_PRINT ("Next token is", yytoken, &yylval, &yylloc); + } + + /* If the proper action on seeing token YYTOKEN is to reduce or to + detect an error, take that action. */ + yyn += yytoken; + if (yyn < 0 || YYLAST < yyn || yycheck[yyn] != yytoken) + goto yydefault; + yyn = yytable[yyn]; + if (yyn <= 0) + { + if (yytable_value_is_error (yyn)) + goto yyerrlab; + yyn = -yyn; + goto yyreduce; + } + + /* Count tokens shifted since error; after three, turn off error + status. */ + if (yyerrstatus) + yyerrstatus--; + + /* Shift the lookahead token. */ + YY_SYMBOL_PRINT ("Shifting", yytoken, &yylval, &yylloc); + + /* Discard the shifted token. */ + yychar = YYEMPTY; + + yystate = yyn; + *++yyvsp = yylval; + + goto yynewstate; + + +/*-----------------------------------------------------------. +| yydefault -- do the default action for the current state. | +`-----------------------------------------------------------*/ +yydefault: + yyn = yydefact[yystate]; + if (yyn == 0) + goto yyerrlab; + goto yyreduce; + + +/*-----------------------------. +| yyreduce -- Do a reduction. | +`-----------------------------*/ +yyreduce: + /* yyn is the number of a rule to reduce with. */ + yylen = yyr2[yyn]; + + /* If YYLEN is nonzero, implement the default value of the action: + `$$ = $1'. + + Otherwise, the following line sets YYVAL to garbage. + This behavior is undocumented and Bison + users should not rely upon it. Assigning to YYVAL + unconditionally makes the parser a bit smaller, and it avoids a + GCC warning that YYVAL may be used uninitialized. */ + yyval = yyvsp[1-yylen]; + + + YY_REDUCE_PRINT (yyn); + switch (yyn) + { + case 10: + + { zconf_error("unexpected end statement"); } + break; + + case 11: + + { zconf_error("unknown statement \"%s\"", (yyvsp[(2) - (4)].string)); } + break; + + case 12: + + { + zconf_error("unexpected option \"%s\"", kconf_id_strings + (yyvsp[(2) - (4)].id)->name); +} + break; + + case 13: + + { zconf_error("invalid statement"); } + break; + + case 28: + + { zconf_error("unknown option \"%s\"", (yyvsp[(1) - (3)].string)); } + break; + + case 29: + + { zconf_error("invalid option"); } + break; + + case 30: + + { + struct symbol *sym = sym_lookup((yyvsp[(2) - (3)].string), 0); + sym->flags |= SYMBOL_OPTIONAL; + menu_add_entry(sym); + printd(DEBUG_PARSE, "%s:%d:config %s\n", zconf_curname(), zconf_lineno(), (yyvsp[(2) - (3)].string)); +} + break; + + case 31: + + { + menu_end_entry(); + printd(DEBUG_PARSE, "%s:%d:endconfig\n", zconf_curname(), zconf_lineno()); +} + break; + + case 32: + + { + struct symbol *sym = sym_lookup((yyvsp[(2) - (3)].string), 0); + sym->flags |= SYMBOL_OPTIONAL; + menu_add_entry(sym); + printd(DEBUG_PARSE, "%s:%d:menuconfig %s\n", zconf_curname(), zconf_lineno(), (yyvsp[(2) - (3)].string)); +} + break; + + case 33: + + { + if (current_entry->prompt) + current_entry->prompt->type = P_MENU; + else + zconfprint("warning: menuconfig statement without prompt"); + menu_end_entry(); + printd(DEBUG_PARSE, "%s:%d:endconfig\n", zconf_curname(), zconf_lineno()); +} + break; + + case 41: + + { + menu_set_type((yyvsp[(1) - (3)].id)->stype); + printd(DEBUG_PARSE, "%s:%d:type(%u)\n", + zconf_curname(), zconf_lineno(), + (yyvsp[(1) - (3)].id)->stype); +} + break; + + case 42: + + { + menu_add_prompt(P_PROMPT, (yyvsp[(2) - (4)].string), (yyvsp[(3) - (4)].expr)); + printd(DEBUG_PARSE, "%s:%d:prompt\n", zconf_curname(), zconf_lineno()); +} + break; + + case 43: + + { + menu_add_expr(P_DEFAULT, (yyvsp[(2) - (4)].expr), (yyvsp[(3) - (4)].expr)); + if ((yyvsp[(1) - (4)].id)->stype != S_UNKNOWN) + menu_set_type((yyvsp[(1) - (4)].id)->stype); + printd(DEBUG_PARSE, "%s:%d:default(%u)\n", + zconf_curname(), zconf_lineno(), + (yyvsp[(1) - (4)].id)->stype); +} + break; + + case 44: + + { + menu_add_symbol(P_SELECT, sym_lookup((yyvsp[(2) - (4)].string), 0), (yyvsp[(3) - (4)].expr)); + printd(DEBUG_PARSE, "%s:%d:select\n", zconf_curname(), zconf_lineno()); +} + break; + + case 45: + + { + menu_add_expr(P_RANGE, expr_alloc_comp(E_RANGE,(yyvsp[(2) - (5)].symbol), (yyvsp[(3) - (5)].symbol)), (yyvsp[(4) - (5)].expr)); + printd(DEBUG_PARSE, "%s:%d:range\n", zconf_curname(), zconf_lineno()); +} + break; + + case 48: + + { + const struct kconf_id *id = kconf_id_lookup((yyvsp[(2) - (3)].string), strlen((yyvsp[(2) - (3)].string))); + if (id && id->flags & TF_OPTION) + menu_add_option(id->token, (yyvsp[(3) - (3)].string)); + else + zconfprint("warning: ignoring unknown option %s", (yyvsp[(2) - (3)].string)); + free((yyvsp[(2) - (3)].string)); +} + break; + + case 49: + + { (yyval.string) = NULL; } + break; + + case 50: + + { (yyval.string) = (yyvsp[(2) - (2)].string); } + break; + + case 51: + + { + struct symbol *sym = sym_lookup((yyvsp[(2) - (3)].string), SYMBOL_CHOICE); + sym->flags |= SYMBOL_AUTO; + menu_add_entry(sym); + menu_add_expr(P_CHOICE, NULL, NULL); + printd(DEBUG_PARSE, "%s:%d:choice\n", zconf_curname(), zconf_lineno()); +} + break; + + case 52: + + { + (yyval.menu) = menu_add_menu(); +} + break; + + case 53: + + { + if (zconf_endtoken((yyvsp[(1) - (1)].id), T_CHOICE, T_ENDCHOICE)) { + menu_end_menu(); + printd(DEBUG_PARSE, "%s:%d:endchoice\n", zconf_curname(), zconf_lineno()); + } +} + break; + + case 61: + + { + menu_add_prompt(P_PROMPT, (yyvsp[(2) - (4)].string), (yyvsp[(3) - (4)].expr)); + printd(DEBUG_PARSE, "%s:%d:prompt\n", zconf_curname(), zconf_lineno()); +} + break; + + case 62: + + { + if ((yyvsp[(1) - (3)].id)->stype == S_BOOLEAN || (yyvsp[(1) - (3)].id)->stype == S_TRISTATE) { + menu_set_type((yyvsp[(1) - (3)].id)->stype); + printd(DEBUG_PARSE, "%s:%d:type(%u)\n", + zconf_curname(), zconf_lineno(), + (yyvsp[(1) - (3)].id)->stype); + } else + YYERROR; +} + break; + + case 63: + + { + current_entry->sym->flags |= SYMBOL_OPTIONAL; + printd(DEBUG_PARSE, "%s:%d:optional\n", zconf_curname(), zconf_lineno()); +} + break; + + case 64: + + { + if ((yyvsp[(1) - (4)].id)->stype == S_UNKNOWN) { + menu_add_symbol(P_DEFAULT, sym_lookup((yyvsp[(2) - (4)].string), 0), (yyvsp[(3) - (4)].expr)); + printd(DEBUG_PARSE, "%s:%d:default\n", + zconf_curname(), zconf_lineno()); + } else + YYERROR; +} + break; + + case 67: + + { + printd(DEBUG_PARSE, "%s:%d:if\n", zconf_curname(), zconf_lineno()); + menu_add_entry(NULL); + menu_add_dep((yyvsp[(2) - (3)].expr)); + (yyval.menu) = menu_add_menu(); +} + break; + + case 68: + + { + if (zconf_endtoken((yyvsp[(1) - (1)].id), T_IF, T_ENDIF)) { + menu_end_menu(); + printd(DEBUG_PARSE, "%s:%d:endif\n", zconf_curname(), zconf_lineno()); + } +} + break; + + case 74: + + { + menu_add_prompt(P_MENU, (yyvsp[(2) - (3)].string), NULL); +} + break; + + case 75: + + { + menu_add_entry(NULL); + menu_add_prompt(P_MENU, (yyvsp[(2) - (3)].string), NULL); + printd(DEBUG_PARSE, "%s:%d:menu\n", zconf_curname(), zconf_lineno()); +} + break; + + case 76: + + { + (yyval.menu) = menu_add_menu(); +} + break; + + case 77: + + { + if (zconf_endtoken((yyvsp[(1) - (1)].id), T_MENU, T_ENDMENU)) { + menu_end_menu(); + printd(DEBUG_PARSE, "%s:%d:endmenu\n", zconf_curname(), zconf_lineno()); + } +} + break; + + case 83: + + { + printd(DEBUG_PARSE, "%s:%d:source %s\n", zconf_curname(), zconf_lineno(), (yyvsp[(2) - (3)].string)); + zconf_nextfile((yyvsp[(2) - (3)].string)); +} + break; + + case 84: + + { + menu_add_entry(NULL); + menu_add_prompt(P_COMMENT, (yyvsp[(2) - (3)].string), NULL); + printd(DEBUG_PARSE, "%s:%d:comment\n", zconf_curname(), zconf_lineno()); +} + break; + + case 85: + + { + menu_end_entry(); +} + break; + + case 86: + + { + printd(DEBUG_PARSE, "%s:%d:help\n", zconf_curname(), zconf_lineno()); + zconf_starthelp(); +} + break; + + case 87: + + { + current_entry->help = (yyvsp[(2) - (2)].string); +} + break; + + case 92: + + { + menu_add_dep((yyvsp[(3) - (4)].expr)); + printd(DEBUG_PARSE, "%s:%d:depends on\n", zconf_curname(), zconf_lineno()); +} + break; + + case 96: + + { + menu_add_visibility((yyvsp[(2) - (2)].expr)); +} + break; + + case 98: + + { + menu_add_prompt(P_PROMPT, (yyvsp[(1) - (2)].string), (yyvsp[(2) - (2)].expr)); +} + break; + + case 101: + + { (yyval.id) = (yyvsp[(1) - (2)].id); } + break; + + case 102: + + { (yyval.id) = (yyvsp[(1) - (2)].id); } + break; + + case 103: + + { (yyval.id) = (yyvsp[(1) - (2)].id); } + break; + + case 106: + + { (yyval.expr) = NULL; } + break; + + case 107: + + { (yyval.expr) = (yyvsp[(2) - (2)].expr); } + break; + + case 108: + + { (yyval.expr) = expr_alloc_symbol((yyvsp[(1) - (1)].symbol)); } + break; + + case 109: + + { (yyval.expr) = expr_alloc_comp(E_LTH, (yyvsp[(1) - (3)].symbol), (yyvsp[(3) - (3)].symbol)); } + break; + + case 110: + + { (yyval.expr) = expr_alloc_comp(E_LEQ, (yyvsp[(1) - (3)].symbol), (yyvsp[(3) - (3)].symbol)); } + break; + + case 111: + + { (yyval.expr) = expr_alloc_comp(E_GTH, (yyvsp[(1) - (3)].symbol), (yyvsp[(3) - (3)].symbol)); } + break; + + case 112: + + { (yyval.expr) = expr_alloc_comp(E_GEQ, (yyvsp[(1) - (3)].symbol), (yyvsp[(3) - (3)].symbol)); } + break; + + case 113: + + { (yyval.expr) = expr_alloc_comp(E_EQUAL, (yyvsp[(1) - (3)].symbol), (yyvsp[(3) - (3)].symbol)); } + break; + + case 114: + + { (yyval.expr) = expr_alloc_comp(E_UNEQUAL, (yyvsp[(1) - (3)].symbol), (yyvsp[(3) - (3)].symbol)); } + break; + + case 115: + + { (yyval.expr) = (yyvsp[(2) - (3)].expr); } + break; + + case 116: + + { (yyval.expr) = expr_alloc_one(E_NOT, (yyvsp[(2) - (2)].expr)); } + break; + + case 117: + + { (yyval.expr) = expr_alloc_two(E_OR, (yyvsp[(1) - (3)].expr), (yyvsp[(3) - (3)].expr)); } + break; + + case 118: + + { (yyval.expr) = expr_alloc_two(E_AND, (yyvsp[(1) - (3)].expr), (yyvsp[(3) - (3)].expr)); } + break; + + case 119: + + { (yyval.symbol) = sym_lookup((yyvsp[(1) - (1)].string), 0); free((yyvsp[(1) - (1)].string)); } + break; + + case 120: + + { (yyval.symbol) = sym_lookup((yyvsp[(1) - (1)].string), SYMBOL_CONST); free((yyvsp[(1) - (1)].string)); } + break; + + case 121: + + { (yyval.string) = NULL; } + break; + + + + default: break; + } + /* User semantic actions sometimes alter yychar, and that requires + that yytoken be updated with the new translation. We take the + approach of translating immediately before every use of yytoken. + One alternative is translating here after every semantic action, + but that translation would be missed if the semantic action invokes + YYABORT, YYACCEPT, or YYERROR immediately after altering yychar or + if it invokes YYBACKUP. In the case of YYABORT or YYACCEPT, an + incorrect destructor might then be invoked immediately. In the + case of YYERROR or YYBACKUP, subsequent parser actions might lead + to an incorrect destructor call or verbose syntax error message + before the lookahead is translated. */ + YY_SYMBOL_PRINT ("-> $$ =", yyr1[yyn], &yyval, &yyloc); + + YYPOPSTACK (yylen); + yylen = 0; + YY_STACK_PRINT (yyss, yyssp); + + *++yyvsp = yyval; + + /* Now `shift' the result of the reduction. Determine what state + that goes to, based on the state we popped back to and the rule + number reduced by. */ + + yyn = yyr1[yyn]; + + yystate = yypgoto[yyn - YYNTOKENS] + *yyssp; + if (0 <= yystate && yystate <= YYLAST && yycheck[yystate] == *yyssp) + yystate = yytable[yystate]; + else + yystate = yydefgoto[yyn - YYNTOKENS]; + + goto yynewstate; + + +/*------------------------------------. +| yyerrlab -- here on detecting error | +`------------------------------------*/ +yyerrlab: + /* Make sure we have latest lookahead translation. See comments at + user semantic actions for why this is necessary. */ + yytoken = yychar == YYEMPTY ? YYEMPTY : YYTRANSLATE (yychar); + + /* If not already recovering from an error, report this error. */ + if (!yyerrstatus) + { + ++yynerrs; +#if ! YYERROR_VERBOSE + yyerror (YY_("syntax error")); +#else +# define YYSYNTAX_ERROR yysyntax_error (&yymsg_alloc, &yymsg, \ + yyssp, yytoken) + { + char const *yymsgp = YY_("syntax error"); + int yysyntax_error_status; + yysyntax_error_status = YYSYNTAX_ERROR; + if (yysyntax_error_status == 0) + yymsgp = yymsg; + else if (yysyntax_error_status == 1) + { + if (yymsg != yymsgbuf) + YYSTACK_FREE (yymsg); + yymsg = (char *) YYSTACK_ALLOC (yymsg_alloc); + if (!yymsg) + { + yymsg = yymsgbuf; + yymsg_alloc = sizeof yymsgbuf; + yysyntax_error_status = 2; + } + else + { + yysyntax_error_status = YYSYNTAX_ERROR; + yymsgp = yymsg; + } + } + yyerror (yymsgp); + if (yysyntax_error_status == 2) + goto yyexhaustedlab; + } +# undef YYSYNTAX_ERROR +#endif + } + + + + if (yyerrstatus == 3) + { + /* If just tried and failed to reuse lookahead token after an + error, discard it. */ + + if (yychar <= YYEOF) + { + /* Return failure if at end of input. */ + if (yychar == YYEOF) + YYABORT; + } + else + { + yydestruct ("Error: discarding", + yytoken, &yylval); + yychar = YYEMPTY; + } + } + + /* Else will try to reuse lookahead token after shifting the error + token. */ + goto yyerrlab1; + + +/*---------------------------------------------------. +| yyerrorlab -- error raised explicitly by YYERROR. | +`---------------------------------------------------*/ +yyerrorlab: + + /* Pacify compilers like GCC when the user code never invokes + YYERROR and the label yyerrorlab therefore never appears in user + code. */ + if (/*CONSTCOND*/ 0) + goto yyerrorlab; + + /* Do not reclaim the symbols of the rule which action triggered + this YYERROR. */ + YYPOPSTACK (yylen); + yylen = 0; + YY_STACK_PRINT (yyss, yyssp); + yystate = *yyssp; + goto yyerrlab1; + + +/*-------------------------------------------------------------. +| yyerrlab1 -- common code for both syntax error and YYERROR. | +`-------------------------------------------------------------*/ +yyerrlab1: + yyerrstatus = 3; /* Each real token shifted decrements this. */ + + for (;;) + { + yyn = yypact[yystate]; + if (!yypact_value_is_default (yyn)) + { + yyn += YYTERROR; + if (0 <= yyn && yyn <= YYLAST && yycheck[yyn] == YYTERROR) + { + yyn = yytable[yyn]; + if (0 < yyn) + break; + } + } + + /* Pop the current state because it cannot handle the error token. */ + if (yyssp == yyss) + YYABORT; + + + yydestruct ("Error: popping", + yystos[yystate], yyvsp); + YYPOPSTACK (1); + yystate = *yyssp; + YY_STACK_PRINT (yyss, yyssp); + } + + *++yyvsp = yylval; + + + /* Shift the error token. */ + YY_SYMBOL_PRINT ("Shifting", yystos[yyn], yyvsp, yylsp); + + yystate = yyn; + goto yynewstate; + + +/*-------------------------------------. +| yyacceptlab -- YYACCEPT comes here. | +`-------------------------------------*/ +yyacceptlab: + yyresult = 0; + goto yyreturn; + +/*-----------------------------------. +| yyabortlab -- YYABORT comes here. | +`-----------------------------------*/ +yyabortlab: + yyresult = 1; + goto yyreturn; + +#if !defined yyoverflow || YYERROR_VERBOSE +/*-------------------------------------------------. +| yyexhaustedlab -- memory exhaustion comes here. | +`-------------------------------------------------*/ +yyexhaustedlab: + yyerror (YY_("memory exhausted")); + yyresult = 2; + /* Fall through. */ +#endif + +yyreturn: + if (yychar != YYEMPTY) + { + /* Make sure we have latest lookahead translation. See comments at + user semantic actions for why this is necessary. */ + yytoken = YYTRANSLATE (yychar); + yydestruct ("Cleanup: discarding lookahead", + yytoken, &yylval); + } + /* Do not reclaim the symbols of the rule which action triggered + this YYABORT or YYACCEPT. */ + YYPOPSTACK (yylen); + YY_STACK_PRINT (yyss, yyssp); + while (yyssp != yyss) + { + yydestruct ("Cleanup: popping", + yystos[*yyssp], yyvsp); + YYPOPSTACK (1); + } +#ifndef yyoverflow + if (yyss != yyssa) + YYSTACK_FREE (yyss); +#endif +#if YYERROR_VERBOSE + if (yymsg != yymsgbuf) + YYSTACK_FREE (yymsg); +#endif + /* Make sure YYID is used. */ + return YYID (yyresult); +} + + + + + +void conf_parse(const char *name) +{ + struct symbol *sym; + int i; + + zconf_initscan(name); + + sym_init(); + _menu_init(); + rootmenu.prompt = menu_add_prompt(P_MENU, "Linux Kernel Configuration", NULL); + + if (getenv("ZCONF_DEBUG")) + zconfdebug = 1; + zconfparse(); + if (zconfnerrs) + exit(1); + if (!modules_sym) + modules_sym = sym_find( "n" ); + + rootmenu.prompt->text = _(rootmenu.prompt->text); + rootmenu.prompt->text = sym_expand_string_value(rootmenu.prompt->text); + + menu_finalize(&rootmenu); + for_all_symbols(i, sym) { + if (sym_check_deps(sym)) + zconfnerrs++; + } + if (zconfnerrs) + exit(1); + sym_set_change_count(1); +} + +static const char *zconf_tokenname(int token) +{ + switch (token) { + case T_MENU: return "menu"; + case T_ENDMENU: return "endmenu"; + case T_CHOICE: return "choice"; + case T_ENDCHOICE: return "endchoice"; + case T_IF: return "if"; + case T_ENDIF: return "endif"; + case T_DEPENDS: return "depends"; + case T_VISIBLE: return "visible"; + } + return ""; +} + +static bool zconf_endtoken(const struct kconf_id *id, int starttoken, int endtoken) +{ + if (id->token != endtoken) { + zconf_error("unexpected '%s' within %s block", + kconf_id_strings + id->name, zconf_tokenname(starttoken)); + zconfnerrs++; + return false; + } + if (current_menu->file != current_file) { + zconf_error("'%s' in different file than '%s'", + kconf_id_strings + id->name, zconf_tokenname(starttoken)); + fprintf(stderr, "%s:%d: location of the '%s'\n", + current_menu->file->name, current_menu->lineno, + zconf_tokenname(starttoken)); + zconfnerrs++; + return false; + } + return true; +} + +static void zconfprint(const char *err, ...) +{ + va_list ap; + + fprintf(stderr, "%s:%d: ", zconf_curname(), zconf_lineno()); + va_start(ap, err); + vfprintf(stderr, err, ap); + va_end(ap); + fprintf(stderr, "\n"); +} + +static void zconf_error(const char *err, ...) +{ + va_list ap; + + zconfnerrs++; + fprintf(stderr, "%s:%d: ", zconf_curname(), zconf_lineno()); + va_start(ap, err); + vfprintf(stderr, err, ap); + va_end(ap); + fprintf(stderr, "\n"); +} + +static void zconferror(const char *err) +{ + fprintf(stderr, "%s:%d: %s\n", zconf_curname(), zconf_lineno() + 1, err); +} + +static void print_quoted_string(FILE *out, const char *str) +{ + const char *p; + int len; + + putc('"', out); + while ((p = strchr(str, '"'))) { + len = p - str; + if (len) + fprintf(out, "%.*s", len, str); + fputs("\\\"", out); + str = p + 1; + } + fputs(str, out); + putc('"', out); +} + +static void print_symbol(FILE *out, struct menu *menu) +{ + struct symbol *sym = menu->sym; + struct property *prop; + + if (sym_is_choice(sym)) + fprintf(out, "\nchoice\n"); + else + fprintf(out, "\nconfig %s\n", sym->name); + switch (sym->type) { + case S_BOOLEAN: + fputs(" boolean\n", out); + break; + case S_TRISTATE: + fputs(" tristate\n", out); + break; + case S_STRING: + fputs(" string\n", out); + break; + case S_INT: + fputs(" integer\n", out); + break; + case S_HEX: + fputs(" hex\n", out); + break; + default: + fputs(" ???\n", out); + break; + } + for (prop = sym->prop; prop; prop = prop->next) { + if (prop->menu != menu) + continue; + switch (prop->type) { + case P_PROMPT: + fputs(" prompt ", out); + print_quoted_string(out, prop->text); + if (!expr_is_yes(prop->visible.expr)) { + fputs(" if ", out); + expr_fprint(prop->visible.expr, out); + } + fputc('\n', out); + break; + case P_DEFAULT: + fputs( " default ", out); + expr_fprint(prop->expr, out); + if (!expr_is_yes(prop->visible.expr)) { + fputs(" if ", out); + expr_fprint(prop->visible.expr, out); + } + fputc('\n', out); + break; + case P_CHOICE: + fputs(" #choice value\n", out); + break; + case P_SELECT: + fputs( " select ", out); + expr_fprint(prop->expr, out); + fputc('\n', out); + break; + case P_RANGE: + fputs( " range ", out); + expr_fprint(prop->expr, out); + fputc('\n', out); + break; + case P_MENU: + fputs( " menu ", out); + print_quoted_string(out, prop->text); + fputc('\n', out); + break; + default: + fprintf(out, " unknown prop %d!\n", prop->type); + break; + } + } + if (menu->help) { + int len = strlen(menu->help); + while (menu->help[--len] == '\n') + menu->help[len] = 0; + fprintf(out, " help\n%s\n", menu->help); + } +} + +void zconfdump(FILE *out) +{ + struct property *prop; + struct symbol *sym; + struct menu *menu; + + menu = rootmenu.list; + while (menu) { + if ((sym = menu->sym)) + print_symbol(out, menu); + else if ((prop = menu->prompt)) { + switch (prop->type) { + case P_COMMENT: + fputs("\ncomment ", out); + print_quoted_string(out, prop->text); + fputs("\n", out); + break; + case P_MENU: + fputs("\nmenu ", out); + print_quoted_string(out, prop->text); + fputs("\n", out); + break; + default: + ; + } + if (!expr_is_yes(prop->visible.expr)) { + fputs(" depends ", out); + expr_fprint(prop->visible.expr, out); + fputc('\n', out); + } + } + + if (menu->list) + menu = menu->list; + else if (menu->next) + menu = menu->next; + else while ((menu = menu->parent)) { + if (menu->prompt && menu->prompt->type == P_MENU) + fputs("\nendmenu\n", out); + if (menu->next) { + menu = menu->next; + break; + } + } + } +} + +#include "zconf.lex.c" +#include "util.c" +#include "confdata.c" +#include "expr.c" +#include "symbol.c" +#include "menu.c" + diff --git a/xen/tools/kconfig/zconf.y b/xen/tools/kconfig/zconf.y new file mode 100644 index 0000000..71bf8bf --- /dev/null +++ b/xen/tools/kconfig/zconf.y @@ -0,0 +1,742 @@ +%{ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include +#include + +#include "lkc.h" + +#define printd(mask, fmt...) if (cdebug & (mask)) printf(fmt) + +#define PRINTD 0x0001 +#define DEBUG_PARSE 0x0002 + +int cdebug = PRINTD; + +extern int zconflex(void); +static void zconfprint(const char *err, ...); +static void zconf_error(const char *err, ...); +static void zconferror(const char *err); +static bool zconf_endtoken(const struct kconf_id *id, int starttoken, int endtoken); + +struct symbol *symbol_hash[SYMBOL_HASHSIZE]; + +static struct menu *current_menu, *current_entry; + +%} +%expect 30 + +%union +{ + char *string; + struct file *file; + struct symbol *symbol; + struct expr *expr; + struct menu *menu; + const struct kconf_id *id; +} + +%token T_MAINMENU +%token T_MENU +%token T_ENDMENU +%token T_SOURCE +%token T_CHOICE +%token T_ENDCHOICE +%token T_COMMENT +%token T_CONFIG +%token T_MENUCONFIG +%token T_HELP +%token T_HELPTEXT +%token T_IF +%token T_ENDIF +%token T_DEPENDS +%token T_OPTIONAL +%token T_PROMPT +%token T_TYPE +%token T_DEFAULT +%token T_SELECT +%token T_RANGE +%token T_VISIBLE +%token T_OPTION +%token T_ON +%token T_WORD +%token T_WORD_QUOTE +%token T_UNEQUAL +%token T_LESS +%token T_LESS_EQUAL +%token T_GREATER +%token T_GREATER_EQUAL +%token T_CLOSE_PAREN +%token T_OPEN_PAREN +%token T_EOL + +%left T_OR +%left T_AND +%left T_EQUAL T_UNEQUAL +%left T_LESS T_LESS_EQUAL T_GREATER T_GREATER_EQUAL +%nonassoc T_NOT + +%type prompt +%type symbol +%type expr +%type if_expr +%type end +%type option_name +%type if_entry menu_entry choice_entry +%type symbol_option_arg word_opt + +%destructor { + fprintf(stderr, "%s:%d: missing end statement for this entry\n", + $$->file->name, $$->lineno); + if (current_menu == $$) + menu_end_menu(); +} if_entry menu_entry choice_entry + +%{ +/* Include zconf.hash.c here so it can see the token constants. */ +#include "zconf.hash.c" +%} + +%% +input: nl start | start; + +start: mainmenu_stmt stmt_list | stmt_list; + +stmt_list: + /* empty */ + | stmt_list common_stmt + | stmt_list choice_stmt + | stmt_list menu_stmt + | stmt_list end { zconf_error("unexpected end statement"); } + | stmt_list T_WORD error T_EOL { zconf_error("unknown statement \"%s\"", $2); } + | stmt_list option_name error T_EOL +{ + zconf_error("unexpected option \"%s\"", kconf_id_strings + $2->name); +} + | stmt_list error T_EOL { zconf_error("invalid statement"); } +; + +option_name: + T_DEPENDS | T_PROMPT | T_TYPE | T_SELECT | T_OPTIONAL | T_RANGE | T_DEFAULT | T_VISIBLE +; + +common_stmt: + T_EOL + | if_stmt + | comment_stmt + | config_stmt + | menuconfig_stmt + | source_stmt +; + +option_error: + T_WORD error T_EOL { zconf_error("unknown option \"%s\"", $1); } + | error T_EOL { zconf_error("invalid option"); } +; + + +/* config/menuconfig entry */ + +config_entry_start: T_CONFIG T_WORD T_EOL +{ + struct symbol *sym = sym_lookup($2, 0); + sym->flags |= SYMBOL_OPTIONAL; + menu_add_entry(sym); + printd(DEBUG_PARSE, "%s:%d:config %s\n", zconf_curname(), zconf_lineno(), $2); +}; + +config_stmt: config_entry_start config_option_list +{ + menu_end_entry(); + printd(DEBUG_PARSE, "%s:%d:endconfig\n", zconf_curname(), zconf_lineno()); +}; + +menuconfig_entry_start: T_MENUCONFIG T_WORD T_EOL +{ + struct symbol *sym = sym_lookup($2, 0); + sym->flags |= SYMBOL_OPTIONAL; + menu_add_entry(sym); + printd(DEBUG_PARSE, "%s:%d:menuconfig %s\n", zconf_curname(), zconf_lineno(), $2); +}; + +menuconfig_stmt: menuconfig_entry_start config_option_list +{ + if (current_entry->prompt) + current_entry->prompt->type = P_MENU; + else + zconfprint("warning: menuconfig statement without prompt"); + menu_end_entry(); + printd(DEBUG_PARSE, "%s:%d:endconfig\n", zconf_curname(), zconf_lineno()); +}; + +config_option_list: + /* empty */ + | config_option_list config_option + | config_option_list symbol_option + | config_option_list depends + | config_option_list help + | config_option_list option_error + | config_option_list T_EOL +; + +config_option: T_TYPE prompt_stmt_opt T_EOL +{ + menu_set_type($1->stype); + printd(DEBUG_PARSE, "%s:%d:type(%u)\n", + zconf_curname(), zconf_lineno(), + $1->stype); +}; + +config_option: T_PROMPT prompt if_expr T_EOL +{ + menu_add_prompt(P_PROMPT, $2, $3); + printd(DEBUG_PARSE, "%s:%d:prompt\n", zconf_curname(), zconf_lineno()); +}; + +config_option: T_DEFAULT expr if_expr T_EOL +{ + menu_add_expr(P_DEFAULT, $2, $3); + if ($1->stype != S_UNKNOWN) + menu_set_type($1->stype); + printd(DEBUG_PARSE, "%s:%d:default(%u)\n", + zconf_curname(), zconf_lineno(), + $1->stype); +}; + +config_option: T_SELECT T_WORD if_expr T_EOL +{ + menu_add_symbol(P_SELECT, sym_lookup($2, 0), $3); + printd(DEBUG_PARSE, "%s:%d:select\n", zconf_curname(), zconf_lineno()); +}; + +config_option: T_RANGE symbol symbol if_expr T_EOL +{ + menu_add_expr(P_RANGE, expr_alloc_comp(E_RANGE,$2, $3), $4); + printd(DEBUG_PARSE, "%s:%d:range\n", zconf_curname(), zconf_lineno()); +}; + +symbol_option: T_OPTION symbol_option_list T_EOL +; + +symbol_option_list: + /* empty */ + | symbol_option_list T_WORD symbol_option_arg +{ + const struct kconf_id *id = kconf_id_lookup($2, strlen($2)); + if (id && id->flags & TF_OPTION) + menu_add_option(id->token, $3); + else + zconfprint("warning: ignoring unknown option %s", $2); + free($2); +}; + +symbol_option_arg: + /* empty */ { $$ = NULL; } + | T_EQUAL prompt { $$ = $2; } +; + +/* choice entry */ + +choice: T_CHOICE word_opt T_EOL +{ + struct symbol *sym = sym_lookup($2, SYMBOL_CHOICE); + sym->flags |= SYMBOL_AUTO; + menu_add_entry(sym); + menu_add_expr(P_CHOICE, NULL, NULL); + printd(DEBUG_PARSE, "%s:%d:choice\n", zconf_curname(), zconf_lineno()); +}; + +choice_entry: choice choice_option_list +{ + $$ = menu_add_menu(); +}; + +choice_end: end +{ + if (zconf_endtoken($1, T_CHOICE, T_ENDCHOICE)) { + menu_end_menu(); + printd(DEBUG_PARSE, "%s:%d:endchoice\n", zconf_curname(), zconf_lineno()); + } +}; + +choice_stmt: choice_entry choice_block choice_end +; + +choice_option_list: + /* empty */ + | choice_option_list choice_option + | choice_option_list depends + | choice_option_list help + | choice_option_list T_EOL + | choice_option_list option_error +; + +choice_option: T_PROMPT prompt if_expr T_EOL +{ + menu_add_prompt(P_PROMPT, $2, $3); + printd(DEBUG_PARSE, "%s:%d:prompt\n", zconf_curname(), zconf_lineno()); +}; + +choice_option: T_TYPE prompt_stmt_opt T_EOL +{ + if ($1->stype == S_BOOLEAN || $1->stype == S_TRISTATE) { + menu_set_type($1->stype); + printd(DEBUG_PARSE, "%s:%d:type(%u)\n", + zconf_curname(), zconf_lineno(), + $1->stype); + } else + YYERROR; +}; + +choice_option: T_OPTIONAL T_EOL +{ + current_entry->sym->flags |= SYMBOL_OPTIONAL; + printd(DEBUG_PARSE, "%s:%d:optional\n", zconf_curname(), zconf_lineno()); +}; + +choice_option: T_DEFAULT T_WORD if_expr T_EOL +{ + if ($1->stype == S_UNKNOWN) { + menu_add_symbol(P_DEFAULT, sym_lookup($2, 0), $3); + printd(DEBUG_PARSE, "%s:%d:default\n", + zconf_curname(), zconf_lineno()); + } else + YYERROR; +}; + +choice_block: + /* empty */ + | choice_block common_stmt +; + +/* if entry */ + +if_entry: T_IF expr nl +{ + printd(DEBUG_PARSE, "%s:%d:if\n", zconf_curname(), zconf_lineno()); + menu_add_entry(NULL); + menu_add_dep($2); + $$ = menu_add_menu(); +}; + +if_end: end +{ + if (zconf_endtoken($1, T_IF, T_ENDIF)) { + menu_end_menu(); + printd(DEBUG_PARSE, "%s:%d:endif\n", zconf_curname(), zconf_lineno()); + } +}; + +if_stmt: if_entry if_block if_end +; + +if_block: + /* empty */ + | if_block common_stmt + | if_block menu_stmt + | if_block choice_stmt +; + +/* mainmenu entry */ + +mainmenu_stmt: T_MAINMENU prompt nl +{ + menu_add_prompt(P_MENU, $2, NULL); +}; + +/* menu entry */ + +menu: T_MENU prompt T_EOL +{ + menu_add_entry(NULL); + menu_add_prompt(P_MENU, $2, NULL); + printd(DEBUG_PARSE, "%s:%d:menu\n", zconf_curname(), zconf_lineno()); +}; + +menu_entry: menu visibility_list depends_list +{ + $$ = menu_add_menu(); +}; + +menu_end: end +{ + if (zconf_endtoken($1, T_MENU, T_ENDMENU)) { + menu_end_menu(); + printd(DEBUG_PARSE, "%s:%d:endmenu\n", zconf_curname(), zconf_lineno()); + } +}; + +menu_stmt: menu_entry menu_block menu_end +; + +menu_block: + /* empty */ + | menu_block common_stmt + | menu_block menu_stmt + | menu_block choice_stmt +; + +source_stmt: T_SOURCE prompt T_EOL +{ + printd(DEBUG_PARSE, "%s:%d:source %s\n", zconf_curname(), zconf_lineno(), $2); + zconf_nextfile($2); +}; + +/* comment entry */ + +comment: T_COMMENT prompt T_EOL +{ + menu_add_entry(NULL); + menu_add_prompt(P_COMMENT, $2, NULL); + printd(DEBUG_PARSE, "%s:%d:comment\n", zconf_curname(), zconf_lineno()); +}; + +comment_stmt: comment depends_list +{ + menu_end_entry(); +}; + +/* help option */ + +help_start: T_HELP T_EOL +{ + printd(DEBUG_PARSE, "%s:%d:help\n", zconf_curname(), zconf_lineno()); + zconf_starthelp(); +}; + +help: help_start T_HELPTEXT +{ + current_entry->help = $2; +}; + +/* depends option */ + +depends_list: + /* empty */ + | depends_list depends + | depends_list T_EOL + | depends_list option_error +; + +depends: T_DEPENDS T_ON expr T_EOL +{ + menu_add_dep($3); + printd(DEBUG_PARSE, "%s:%d:depends on\n", zconf_curname(), zconf_lineno()); +}; + +/* visibility option */ + +visibility_list: + /* empty */ + | visibility_list visible + | visibility_list T_EOL +; + +visible: T_VISIBLE if_expr +{ + menu_add_visibility($2); +}; + +/* prompt statement */ + +prompt_stmt_opt: + /* empty */ + | prompt if_expr +{ + menu_add_prompt(P_PROMPT, $1, $2); +}; + +prompt: T_WORD + | T_WORD_QUOTE +; + +end: T_ENDMENU T_EOL { $$ = $1; } + | T_ENDCHOICE T_EOL { $$ = $1; } + | T_ENDIF T_EOL { $$ = $1; } +; + +nl: + T_EOL + | nl T_EOL +; + +if_expr: /* empty */ { $$ = NULL; } + | T_IF expr { $$ = $2; } +; + +expr: symbol { $$ = expr_alloc_symbol($1); } + | symbol T_LESS symbol { $$ = expr_alloc_comp(E_LTH, $1, $3); } + | symbol T_LESS_EQUAL symbol { $$ = expr_alloc_comp(E_LEQ, $1, $3); } + | symbol T_GREATER symbol { $$ = expr_alloc_comp(E_GTH, $1, $3); } + | symbol T_GREATER_EQUAL symbol { $$ = expr_alloc_comp(E_GEQ, $1, $3); } + | symbol T_EQUAL symbol { $$ = expr_alloc_comp(E_EQUAL, $1, $3); } + | symbol T_UNEQUAL symbol { $$ = expr_alloc_comp(E_UNEQUAL, $1, $3); } + | T_OPEN_PAREN expr T_CLOSE_PAREN { $$ = $2; } + | T_NOT expr { $$ = expr_alloc_one(E_NOT, $2); } + | expr T_OR expr { $$ = expr_alloc_two(E_OR, $1, $3); } + | expr T_AND expr { $$ = expr_alloc_two(E_AND, $1, $3); } +; + +symbol: T_WORD { $$ = sym_lookup($1, 0); free($1); } + | T_WORD_QUOTE { $$ = sym_lookup($1, SYMBOL_CONST); free($1); } +; + +word_opt: /* empty */ { $$ = NULL; } + | T_WORD + +%% + +void conf_parse(const char *name) +{ + struct symbol *sym; + int i; + + zconf_initscan(name); + + sym_init(); + _menu_init(); + rootmenu.prompt = menu_add_prompt(P_MENU, "Linux Kernel Configuration", NULL); + + if (getenv("ZCONF_DEBUG")) + zconfdebug = 1; + zconfparse(); + if (zconfnerrs) + exit(1); + if (!modules_sym) + modules_sym = sym_find( "n" ); + + rootmenu.prompt->text = _(rootmenu.prompt->text); + rootmenu.prompt->text = sym_expand_string_value(rootmenu.prompt->text); + + menu_finalize(&rootmenu); + for_all_symbols(i, sym) { + if (sym_check_deps(sym)) + zconfnerrs++; + } + if (zconfnerrs) + exit(1); + sym_set_change_count(1); +} + +static const char *zconf_tokenname(int token) +{ + switch (token) { + case T_MENU: return "menu"; + case T_ENDMENU: return "endmenu"; + case T_CHOICE: return "choice"; + case T_ENDCHOICE: return "endchoice"; + case T_IF: return "if"; + case T_ENDIF: return "endif"; + case T_DEPENDS: return "depends"; + case T_VISIBLE: return "visible"; + } + return ""; +} + +static bool zconf_endtoken(const struct kconf_id *id, int starttoken, int endtoken) +{ + if (id->token != endtoken) { + zconf_error("unexpected '%s' within %s block", + kconf_id_strings + id->name, zconf_tokenname(starttoken)); + zconfnerrs++; + return false; + } + if (current_menu->file != current_file) { + zconf_error("'%s' in different file than '%s'", + kconf_id_strings + id->name, zconf_tokenname(starttoken)); + fprintf(stderr, "%s:%d: location of the '%s'\n", + current_menu->file->name, current_menu->lineno, + zconf_tokenname(starttoken)); + zconfnerrs++; + return false; + } + return true; +} + +static void zconfprint(const char *err, ...) +{ + va_list ap; + + fprintf(stderr, "%s:%d: ", zconf_curname(), zconf_lineno()); + va_start(ap, err); + vfprintf(stderr, err, ap); + va_end(ap); + fprintf(stderr, "\n"); +} + +static void zconf_error(const char *err, ...) +{ + va_list ap; + + zconfnerrs++; + fprintf(stderr, "%s:%d: ", zconf_curname(), zconf_lineno()); + va_start(ap, err); + vfprintf(stderr, err, ap); + va_end(ap); + fprintf(stderr, "\n"); +} + +static void zconferror(const char *err) +{ + fprintf(stderr, "%s:%d: %s\n", zconf_curname(), zconf_lineno() + 1, err); +} + +static void print_quoted_string(FILE *out, const char *str) +{ + const char *p; + int len; + + putc('"', out); + while ((p = strchr(str, '"'))) { + len = p - str; + if (len) + fprintf(out, "%.*s", len, str); + fputs("\\\"", out); + str = p + 1; + } + fputs(str, out); + putc('"', out); +} + +static void print_symbol(FILE *out, struct menu *menu) +{ + struct symbol *sym = menu->sym; + struct property *prop; + + if (sym_is_choice(sym)) + fprintf(out, "\nchoice\n"); + else + fprintf(out, "\nconfig %s\n", sym->name); + switch (sym->type) { + case S_BOOLEAN: + fputs(" boolean\n", out); + break; + case S_TRISTATE: + fputs(" tristate\n", out); + break; + case S_STRING: + fputs(" string\n", out); + break; + case S_INT: + fputs(" integer\n", out); + break; + case S_HEX: + fputs(" hex\n", out); + break; + default: + fputs(" ???\n", out); + break; + } + for (prop = sym->prop; prop; prop = prop->next) { + if (prop->menu != menu) + continue; + switch (prop->type) { + case P_PROMPT: + fputs(" prompt ", out); + print_quoted_string(out, prop->text); + if (!expr_is_yes(prop->visible.expr)) { + fputs(" if ", out); + expr_fprint(prop->visible.expr, out); + } + fputc('\n', out); + break; + case P_DEFAULT: + fputs( " default ", out); + expr_fprint(prop->expr, out); + if (!expr_is_yes(prop->visible.expr)) { + fputs(" if ", out); + expr_fprint(prop->visible.expr, out); + } + fputc('\n', out); + break; + case P_CHOICE: + fputs(" #choice value\n", out); + break; + case P_SELECT: + fputs( " select ", out); + expr_fprint(prop->expr, out); + fputc('\n', out); + break; + case P_RANGE: + fputs( " range ", out); + expr_fprint(prop->expr, out); + fputc('\n', out); + break; + case P_MENU: + fputs( " menu ", out); + print_quoted_string(out, prop->text); + fputc('\n', out); + break; + default: + fprintf(out, " unknown prop %d!\n", prop->type); + break; + } + } + if (menu->help) { + int len = strlen(menu->help); + while (menu->help[--len] == '\n') + menu->help[len] = 0; + fprintf(out, " help\n%s\n", menu->help); + } +} + +void zconfdump(FILE *out) +{ + struct property *prop; + struct symbol *sym; + struct menu *menu; + + menu = rootmenu.list; + while (menu) { + if ((sym = menu->sym)) + print_symbol(out, menu); + else if ((prop = menu->prompt)) { + switch (prop->type) { + case P_COMMENT: + fputs("\ncomment ", out); + print_quoted_string(out, prop->text); + fputs("\n", out); + break; + case P_MENU: + fputs("\nmenu ", out); + print_quoted_string(out, prop->text); + fputs("\n", out); + break; + default: + ; + } + if (!expr_is_yes(prop->visible.expr)) { + fputs(" depends ", out); + expr_fprint(prop->visible.expr, out); + fputc('\n', out); + } + } + + if (menu->list) + menu = menu->list; + else if (menu->next) + menu = menu->next; + else while ((menu = menu->parent)) { + if (menu->prompt && menu->prompt->type == P_MENU) + fputs("\nendmenu\n", out); + if (menu->next) { + menu = menu->next; + break; + } + } + } +} + +#include "zconf.lex.c" +#include "util.c" +#include "confdata.c" +#include "expr.c" +#include "symbol.c" +#include "menu.c" -- 2.4.10 _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From xen-devel-bounces@lists.xen.org Wed Dec 16 12:31:58 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 16 Dec 2015 12:31:58 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9BFO-00068x-69; Wed, 16 Dec 2015 12:31:58 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9BFJ-00061K-83 for xen-devel@lists.xen.org; Wed, 16 Dec 2015 12:31:53 +0000 Received: from [85.158.139.211] by server-12.bemta-5.messagelabs.com id ED/58-12831-8B951765; Wed, 16 Dec 2015 12:31:52 +0000 X-Env-Sender: prvs=7850b204e=Ian.Campbell@citrix.com X-Msg-Ref: server-9.tower-206.messagelabs.com!1450269107!11107073!2 X-Originating-IP: [66.165.176.89] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogNjYuMTY1LjE3Ni44OSA9PiAyMDMwMDc=\n, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 57191 invoked from network); 16 Dec 2015 12:31:50 -0000 Received: from smtp.citrix.com (HELO SMTP.CITRIX.COM) (66.165.176.89) by server-9.tower-206.messagelabs.com with RC4-SHA encrypted SMTP; 16 Dec 2015 12:31:50 -0000 X-IronPort-AV: E=Sophos;i="5.20,436,1444694400"; d="scan'208";a="319670238" From: Ian Campbell To: , , Date: Wed, 16 Dec 2015 12:31:16 +0000 Message-ID: <1450269096-27598-10-git-send-email-ian.campbell@citrix.com> X-Mailer: git-send-email 2.1.4 In-Reply-To: <1450269096-27598-1-git-send-email-ian.campbell@citrix.com> References: <1450269007.4053.48.camel@citrix.com> <1450269096-27598-1-git-send-email-ian.campbell@citrix.com> MIME-Version: 1.0 X-DLP: MIA2 Cc: Ian Campbell Subject: [Xen-devel] [PATCH XEN v7 09/29] tools: Refactor hypercall calling wrappers into libxencall. X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org libxencall will provide a stable API and ABI for calling hypercalls (although those hypercalls themselves may not have a stable API). As well as the hypercall buffer infrastructure needed in order to safely provide pointer arguments to hypercalls. libxenctrl encapsulates a instance of this interface, so users of that library are not currently subjected to any actual changes. However all hypercalls made internally by libxc now use the correct interface. It is expected that most users of this library will be other libraries providing a higher level interface, rather than applications directly. Only the basic functionality to allocate hypercall safe memory is moved, the type safe stuff and bounce buffers remain in libxc. Note that the functionality to map foreign pages using privcmd is not yet moved, meaning that an xc_interface will now contain two open privcmd file descriptors. Foreign memory mapping is logically separate functionality and will be moved into its own library. The new library uses a version script to ensure that only expected symbols are exported and to version them such that ABI guarantees can be kept in the future. Signed-off-by: Ian Campbell Acked-by: Wei Liu --- Must be applied with: - "qemu-xen-traditional: Add libxencall to rpath-link" and a corresponding QEMU_TAG update folded here. - "mini-os: Include libxencall with libxc" and a corresponding bump to MINIOS_UPSTREAM_REVISION folded in here. v3: Moved to tools/libs/call Ported new wrappers (altp2m) v5: Allow _close(NULL). v6: Use size_t for nr_pages throughout. Rebase over "libxc: prefer using privcmd character device" v7: Added mk-headers-$(XEN_TARGET_ARCH) build dependency instead of open coding the recursion. Remove incorrect/spurious APP_LDLIBS (which anyway was removed by a later patch) --- .gitignore | 2 + stubdom/Makefile | 17 +++- tools/Makefile | 1 + tools/Rules.mk | 7 +- tools/libs/Makefile | 1 + tools/libs/call/Makefile | 67 +++++++++++++ tools/libs/call/buffer.c | 192 ++++++++++++++++++++++++++++++++++++++ tools/libs/call/core.c | 147 +++++++++++++++++++++++++++++ tools/libs/call/freebsd.c | 140 +++++++++++++++++++++++++++ tools/libs/call/include/xencall.h | 84 +++++++++++++++++ tools/libs/call/libxencall.map | 19 ++++ tools/libs/call/linux.c | 138 +++++++++++++++++++++++++++ tools/libs/call/minios.c | 81 ++++++++++++++++ tools/libs/call/netbsd.c | 121 ++++++++++++++++++++++++ tools/libs/call/private.h | 68 ++++++++++++++ tools/libs/call/solaris.c | 97 +++++++++++++++++++ tools/libxc/Makefile | 7 +- tools/libxc/xc_altp2m.c | 64 ++++--------- tools/libxc/xc_domain.c | 105 +++++++-------------- tools/libxc/xc_evtchn.c | 9 +- tools/libxc/xc_flask.c | 8 +- tools/libxc/xc_freebsd_osdep.c | 47 ---------- tools/libxc/xc_gnttab.c | 9 +- tools/libxc/xc_hcall_buf.c | 138 ++------------------------- tools/libxc/xc_kexec.c | 36 +++---- tools/libxc/xc_linux_osdep.c | 49 ---------- tools/libxc/xc_minios.c | 32 ------- tools/libxc/xc_misc.c | 79 ++++++---------- tools/libxc/xc_netbsd.c | 40 -------- tools/libxc/xc_private.c | 64 +++++-------- tools/libxc/xc_private.h | 76 +++++---------- tools/libxc/xc_solaris.c | 16 ---- tools/libxc/xc_tmem.c | 7 +- tools/misc/Makefile | 4 +- tools/xcutils/Makefile | 2 +- tools/xenpaging/Makefile | 2 +- 36 files changed, 1344 insertions(+), 632 deletions(-) create mode 100644 tools/libs/call/Makefile create mode 100644 tools/libs/call/buffer.c create mode 100644 tools/libs/call/core.c create mode 100644 tools/libs/call/freebsd.c create mode 100644 tools/libs/call/include/xencall.h create mode 100644 tools/libs/call/libxencall.map create mode 100644 tools/libs/call/linux.c create mode 100644 tools/libs/call/minios.c create mode 100644 tools/libs/call/netbsd.c create mode 100644 tools/libs/call/private.h create mode 100644 tools/libs/call/solaris.c diff --git a/.gitignore b/.gitignore index 9241c54..2899852 100644 --- a/.gitignore +++ b/.gitignore @@ -61,6 +61,7 @@ stubdom/xenstore stubdom/libxentoollog-* stubdom/libxenevtchn-* stubdom/libxengnttab-* +stubdom/libxencall-* stubdom/libxc-* stubdom/lwip-* stubdom/mini-os-* @@ -90,6 +91,7 @@ config/Docs.mk tools/libs/toollog/headers.chk tools/libs/evtchn/headers.chk tools/libs/gnttab/headers.chk +tools/libs/call/headers.chk tools/blktap2/daemon/blktapctrl tools/blktap2/drivers/img2qcow tools/blktap2/drivers/lock-util diff --git a/stubdom/Makefile b/stubdom/Makefile index 2dbf4a8..5bf4ed6 100644 --- a/stubdom/Makefile +++ b/stubdom/Makefile @@ -331,6 +331,12 @@ mk-headers-$(XEN_TARGET_ARCH): $(IOEMU_LINKFARM_TARGET) ln -sf $(XEN_ROOT)/tools/libs/gnttab/include/*.h include/ && \ ln -sf $(XEN_ROOT)/tools/libs/gnttab/*.c . && \ ln -sf $(XEN_ROOT)/tools/libs/gnttab/Makefile . ) + mkdir -p libs-$(XEN_TARGET_ARCH)/call/include + [ -h libs-$(XEN_TARGET_ARCH)/call/Makefile ] || ( cd libs-$(XEN_TARGET_ARCH)/call && \ + ln -sf $(XEN_ROOT)/tools/libs/call/*.h . && \ + ln -sf $(XEN_ROOT)/tools/libs/call/include/*.h include/ && \ + ln -sf $(XEN_ROOT)/tools/libs/call/*.c . && \ + ln -sf $(XEN_ROOT)/tools/libs/call/Makefile . ) mkdir -p libxc-$(XEN_TARGET_ARCH) [ -h libxc-$(XEN_TARGET_ARCH)/Makefile ] || ( cd libxc-$(XEN_TARGET_ARCH) && \ ln -sf $(XEN_ROOT)/tools/libxc/*.h . && \ @@ -381,12 +387,21 @@ libs-$(XEN_TARGET_ARCH)/gnttab/libxengnttab.a: mk-headers-$(XEN_TARGET_ARCH) $(N CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= -C libs-$(XEN_TARGET_ARCH)/gnttab ####### +# libxencall +####### + +.PHONY: libxencall +libxencall: libs-$(XEN_TARGET_ARCH)/call/libxencall.a +libs-$(XEN_TARGET_ARCH)/call/libxencall.a: mk-headers-$(XEN_TARGET_ARCH) $(NEWLIB_STAMPFILE) + CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= -C libs-$(XEN_TARGET_ARCH)/call + +####### # libxc ####### .PHONY: libxc libxc: libxc-$(XEN_TARGET_ARCH)/libxenctrl.a libxc-$(XEN_TARGET_ARCH)/libxenguest.a -libxc-$(XEN_TARGET_ARCH)/libxenctrl.a: mk-headers-$(XEN_TARGET_ARCH) libxentoollog libxenevtchn libxengnttab cross-zlib +libxc-$(XEN_TARGET_ARCH)/libxenctrl.a: mk-headers-$(XEN_TARGET_ARCH) libxentoollog libxenevtchn libxengnttab libxencall cross-zlib CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= CONFIG_LIBXC_MINIOS=y -C libxc-$(XEN_TARGET_ARCH) libxc-$(XEN_TARGET_ARCH)/libxenguest.a: libxc-$(XEN_TARGET_ARCH)/libxenctrl.a diff --git a/tools/Makefile b/tools/Makefile index f373e71..e5bbc98 100644 --- a/tools/Makefile +++ b/tools/Makefile @@ -263,6 +263,7 @@ subdir-all-qemu-xen-dir: qemu-xen-dir-find -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/toollog \ -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/evtchn \ -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/gnttab \ + -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/call \ $(QEMU_UPSTREAM_RPATH)" \ --bindir=$(LIBEXEC_BIN) \ --datadir=$(SHAREDIR)/qemu-xen \ diff --git a/tools/Rules.mk b/tools/Rules.mk index 379990f..18e3688 100644 --- a/tools/Rules.mk +++ b/tools/Rules.mk @@ -13,6 +13,7 @@ XEN_INCLUDE = $(XEN_ROOT)/tools/include XEN_LIBXENTOOLLOG = $(XEN_ROOT)/tools/libs/toollog XEN_LIBXENEVTCHN = $(XEN_ROOT)/tools/libs/evtchn XEN_LIBXENGNTTAB = $(XEN_ROOT)/tools/libs/gnttab +XEN_LIBXENCALL = $(XEN_ROOT)/tools/libs/call XEN_LIBXC = $(XEN_ROOT)/tools/libxc XEN_XENLIGHT = $(XEN_ROOT)/tools/libxl XEN_XENSTORE = $(XEN_ROOT)/tools/xenstore @@ -98,8 +99,12 @@ CFLAGS_libxengntshr = -I$(XEN_LIBXENGNTTAB)/include $(CFLAGS_xeninclude) LDLIBS_libxengntshr = $(XEN_LIBXENGNTTAB)/libxengnttab$(libextension) SHLIB_libxengntshr = -Wl,-rpath-link=$(XEN_LIBXENGNTTAB) +CFLAGS_libxencall = -I$(XEN_LIBXENCALL)/include $(CFLAGS_xeninclude) +LDLIBS_libxencall = $(XEN_LIBXENCALL)/libxencall$(libextension) +SHLIB_libxencall = -Wl,-rpath-link=$(XEN_LIBXENCALL) + CFLAGS_libxenctrl = -I$(XEN_LIBXC)/include $(CFLAGS_libxentoollog) $(CFLAGS_xeninclude) -SHDEPS_libxenctrl = $(SHLIB_libxentoollog) $(SHLIB_libxenevtchn) $(SHLIB_libxengnttab) $(SHLIB_libxengntshr) +SHDEPS_libxenctrl = $(SHLIB_libxentoollog) $(SHLIB_libxenevtchn) $(SHLIB_libxengnttab) $(SHLIB_libxengntshr) $(SHLIB_libxencall) LDLIBS_libxenctrl = $(SHDEPS_libxenctrl) $(XEN_LIBXC)/libxenctrl$(libextension) SHLIB_libxenctrl = $(SHDEPS_libxenctrl) -Wl,-rpath-link=$(XEN_LIBXC) diff --git a/tools/libs/Makefile b/tools/libs/Makefile index 00156ae..f4f5d57 100644 --- a/tools/libs/Makefile +++ b/tools/libs/Makefile @@ -5,5 +5,6 @@ SUBDIRS-y := SUBDIRS-y += toollog SUBDIRS-y += evtchn SUBDIRS-y += gnttab +SUBDIRS-y += call all clean install distclean: %: subdirs-% diff --git a/tools/libs/call/Makefile b/tools/libs/call/Makefile new file mode 100644 index 0000000..5cbf62e --- /dev/null +++ b/tools/libs/call/Makefile @@ -0,0 +1,67 @@ +XEN_ROOT = $(CURDIR)/../../.. +include $(XEN_ROOT)/tools/Rules.mk + +MAJOR = 1 +MINOR = 0 +SHLIB_LDFLAGS += -Wl,--version-script=libxencall.map + +CFLAGS += -Werror -Wmissing-prototypes +CFLAGS += -I./include $(CFLAGS_xeninclude) +CFLAGS += $(CFLAGS_libxentoollog) + +SRCS-y += core.c buffer.c +SRCS-$(CONFIG_Linux) += linux.c +SRCS-$(CONFIG_FreeBSD) += freebsd.c +SRCS-$(CONFIG_SunOS) += solaris.c +SRCS-$(CONFIG_NetBSD) += netbsd.c +SRCS-$(CONFIG_MiniOS) += minios.c + +LIB_OBJS := $(patsubst %.c,%.o,$(SRCS-y)) +PIC_OBJS := $(patsubst %.c,%.opic,$(SRCS-y)) + +LIB := libxencall.a +ifneq ($(nosharedlibs),y) +LIB += libxencall.so +endif + +.PHONY: all +all: build + +.PHONY: build +build: + $(MAKE) libs + +.PHONY: libs +libs: headers.chk $(LIB) + +headers.chk: $(wildcard include/*.h) + +libxencall.a: $(LIB_OBJS) + $(AR) rc $@ $^ + +libxencall.so: libxencall.so.$(MAJOR) + $(SYMLINK_SHLIB) $< $@ +libxencall.so.$(MAJOR): libxencall.so.$(MAJOR).$(MINOR) + $(SYMLINK_SHLIB) $< $@ + +libxencall.so.$(MAJOR).$(MINOR): $(PIC_OBJS) libxencall.map + $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxencall.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $(PIC_OBJS) $(LDLIBS_libxentoollog) $(APPEND_LDFLAGS) + +.PHONY: install +install: build + $(INSTALL_DIR) $(DESTDIR)$(libdir) + $(INSTALL_DIR) $(DESTDIR)$(includedir) + $(INSTALL_SHLIB) libxencall.so.$(MAJOR).$(MINOR) $(DESTDIR)$(libdir) + $(INSTALL_DATA) libxencall.a $(DESTDIR)$(libdir) + $(SYMLINK_SHLIB) libxencall.so.$(MAJOR).$(MINOR) $(DESTDIR)$(libdir)/libxencall.so.$(MAJOR) + $(SYMLINK_SHLIB) libxencall.so.$(MAJOR) $(DESTDIR)$(libdir)/libxencall.so + $(INSTALL_DATA) include/xencall.h $(DESTDIR)$(includedir) + +.PHONY: TAGS +TAGS: + etags -t *.c *.h + +.PHONY: clean +clean: + rm -rf *.rpm $(LIB) *~ $(DEPS) $(LIB_OBJS) $(PIC_OBJS) + rm -f headers.chk diff --git a/tools/libs/call/buffer.c b/tools/libs/call/buffer.c new file mode 100644 index 0000000..1a1b27a --- /dev/null +++ b/tools/libs/call/buffer.c @@ -0,0 +1,192 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + */ + +#include +#include +#include + +#include "private.h" + +#define DBGPRINTF(_m...) \ + xtl_log(xcall->logger, XTL_DEBUG, -1, "xencall:buffer", _m) + +#define ROUNDUP(_x,_w) (((unsigned long)(_x)+(1UL<<(_w))-1) & ~((1UL<<(_w))-1)) + +pthread_mutex_t cache_mutex = PTHREAD_MUTEX_INITIALIZER; + +static void cache_lock(xencall_handle *xcall) +{ + int saved_errno = errno; + if ( xcall->flags & XENCALL_OPENFLAG_NON_REENTRANT ) + return; + pthread_mutex_lock(&cache_mutex); + /* Ignore pthread errors. */ + errno = saved_errno; +} + +static void cache_unlock(xencall_handle *xcall) +{ + int saved_errno = errno; + if ( xcall->flags & XENCALL_OPENFLAG_NON_REENTRANT ) + return; + pthread_mutex_unlock(&cache_mutex); + /* Ignore pthread errors. */ + errno = saved_errno; +} + +static void *cache_alloc(xencall_handle *xcall, size_t nr_pages) +{ + void *p = NULL; + + cache_lock(xcall); + + xcall->buffer_total_allocations++; + xcall->buffer_current_allocations++; + if ( xcall->buffer_current_allocations > xcall->buffer_maximum_allocations ) + xcall->buffer_maximum_allocations = xcall->buffer_current_allocations; + + if ( nr_pages > 1 ) + { + xcall->buffer_cache_toobig++; + } + else if ( xcall->buffer_cache_nr > 0 ) + { + p = xcall->buffer_cache[--xcall->buffer_cache_nr]; + xcall->buffer_cache_hits++; + } + else + { + xcall->buffer_cache_misses++; + } + + cache_unlock(xcall); + + return p; +} + +static int cache_free(xencall_handle *xcall, void *p, size_t nr_pages) +{ + int rc = 0; + + cache_lock(xcall); + + xcall->buffer_total_releases++; + xcall->buffer_current_allocations--; + + if ( nr_pages == 1 && + xcall->buffer_cache_nr < BUFFER_CACHE_SIZE ) + { + xcall->buffer_cache[xcall->buffer_cache_nr++] = p; + rc = 1; + } + + cache_unlock(xcall); + + return rc; +} + +void buffer_release_cache(xencall_handle *xcall) +{ + void *p; + + cache_lock(xcall); + + DBGPRINTF("total allocations:%d total releases:%d", + xcall->buffer_total_allocations, + xcall->buffer_total_releases); + DBGPRINTF("current allocations:%d maximum allocations:%d", + xcall->buffer_current_allocations, + xcall->buffer_maximum_allocations); + DBGPRINTF("cache current size:%d", + xcall->buffer_cache_nr); + DBGPRINTF("cache hits:%d misses:%d toobig:%d", + xcall->buffer_cache_hits, + xcall->buffer_cache_misses, + xcall->buffer_cache_toobig); + + while ( xcall->buffer_cache_nr > 0 ) + { + p = xcall->buffer_cache[--xcall->buffer_cache_nr]; + osdep_free_pages(xcall, p, 1); + } + + cache_unlock(xcall); +} + +void *xencall_alloc_buffer_pages(xencall_handle *xcall, size_t nr_pages) +{ + void *p = cache_alloc(xcall, nr_pages); + + if ( !p ) + p = osdep_alloc_pages(xcall, nr_pages); + + if (!p) + return NULL; + + memset(p, 0, nr_pages * PAGE_SIZE); + + return p; +} + +void xencall_free_buffer_pages(xencall_handle *xcall, void *p, size_t nr_pages) +{ + if ( p == NULL ) + return; + + if ( !cache_free(xcall, p, nr_pages) ) + osdep_free_pages(xcall, p, nr_pages); +} + +struct allocation_header { + int nr_pages; +}; + +void *xencall_alloc_buffer(xencall_handle *xcall, size_t size) +{ + size_t actual_size = ROUNDUP(size + sizeof(struct allocation_header), PAGE_SHIFT); + int nr_pages = actual_size >> PAGE_SHIFT; + struct allocation_header *hdr; + + hdr = xencall_alloc_buffer_pages(xcall, nr_pages); + if ( hdr == NULL ) + return NULL; + + hdr->nr_pages = nr_pages; + + return (void *)(hdr+1); +} + +void xencall_free_buffer(xencall_handle *xcall, void *p) +{ + struct allocation_header *hdr; + + if (p == NULL) + return; + + hdr = p; + --hdr; + + xencall_free_buffer_pages(xcall, hdr, hdr->nr_pages); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/core.c b/tools/libs/call/core.c new file mode 100644 index 0000000..a342871 --- /dev/null +++ b/tools/libs/call/core.c @@ -0,0 +1,147 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + */ + +#include + +#include "private.h" + +xencall_handle *xencall_open(xentoollog_logger *logger, unsigned open_flags) +{ + xencall_handle *xcall = malloc(sizeof(*xcall)); + int rc; + + if (!xcall) return NULL; + + xcall->flags = open_flags; + xcall->buffer_cache_nr = 0; + + xcall->buffer_total_allocations = 0; + xcall->buffer_total_releases = 0; + xcall->buffer_current_allocations = 0; + xcall->buffer_maximum_allocations = 0; + xcall->buffer_cache_hits = 0; + xcall->buffer_cache_misses = 0; + xcall->buffer_cache_toobig = 0; + xcall->logger = logger; + xcall->logger_tofree = NULL; + + if (!xcall->logger) { + xcall->logger = xcall->logger_tofree = + (xentoollog_logger*) + xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); + if (!xcall->logger) goto err; + } + + rc = osdep_xencall_open(xcall); + if ( rc < 0 ) goto err; + + return xcall; + +err: + osdep_xencall_close(xcall); + xtl_logger_destroy(xcall->logger_tofree); + free(xcall); + return NULL; +} + +int xencall_close(xencall_handle *xcall) +{ + int rc; + + if ( !xcall ) + return 0; + + rc = osdep_xencall_close(xcall); + buffer_release_cache(xcall); + xtl_logger_destroy(xcall->logger_tofree); + free(xcall); + return rc; +} + +int xencall0(xencall_handle *xcall, unsigned int op) +{ + privcmd_hypercall_t call = { + .op = op, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall1(xencall_handle *xcall, unsigned int op, + uint64_t arg1) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1 }, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall2(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1, arg2 }, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall3(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1, arg2, arg3}, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall4(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3, + uint64_t arg4) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1, arg2, arg3, arg4 }, + }; + + return osdep_hypercall(xcall, &call); +} + +int xencall5(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3, + uint64_t arg4, uint64_t arg5) +{ + privcmd_hypercall_t call = { + .op = op, + .arg = { arg1, arg2, arg3, arg4, arg5 }, + }; + + return osdep_hypercall(xcall, &call); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/freebsd.c b/tools/libs/call/freebsd.c new file mode 100644 index 0000000..2413966 --- /dev/null +++ b/tools/libs/call/freebsd.c @@ -0,0 +1,140 @@ + /****************************************************************************** + * + * Copyright 2006 Sun Microsystems, Inc. All rights reserved. + * Use is subject to license terms. + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split from xc_freebsd_osdep.c + */ + +#include +#include +#include +#include +#include +#include + +#include +#include + +#include "private.h" + +#define PRIVCMD_DEV "/dev/xen/privcmd" + +int osdep_xencall_open(xencall_handle *xcall) +{ + int flags, saved_errno; + int fd = open(PRIVCMD_DEV, O_RDWR); + + if ( fd == -1 ) + { + PERROR("Could not obtain handle on privileged command interface " + PRIVCMD_DEV); + return -1; + } + + /* + * Although we return the file handle as the 'xc handle' the API + * does not specify / guarentee that this integer is in fact + * a file handle. Thus we must take responsiblity to ensure + * it doesn't propagate (ie leak) outside the process. + */ + if ( (flags = fcntl(fd, F_GETFD)) < 0 ) + { + PERROR("Could not get file handle flags"); + goto error; + } + + flags |= FD_CLOEXEC; + + if ( fcntl(fd, F_SETFD, flags) < 0 ) + { + PERROR("Could not set file handle flags"); + goto error; + } + + xcall->fd = fd; + return 0; + + error: + saved_errno = errno; + close(fd); + errno = saved_errno; + + return -1; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + int fd = xcall->fd; + if ( fd == -1 ) + return 0; + return close(fd); +} + +int osdep_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + int fd = xcall->fd; + int ret; + + ret = ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); + + return (ret == 0) ? hypercall->retval : ret; +} + +void *osdep_alloc_pages(xencall_handle *xcall, size_t npages) +{ + size_t size = npages * PAGE_SIZE; + void *p; + + /* Address returned by mmap is page aligned. */ + p = mmap(NULL, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS, + -1, 0); + if (p == NULL) + return NULL; + + /* + * Since FreeBSD doesn't have the MAP_LOCKED flag, + * lock memory using mlock. + */ + if ( mlock(p, size) < 0 ) + { + munmap(p, size); + return NULL; + } + + return p; +} + +void osdep_free_pages(xencall_handle *xcall, void *ptr, size_t npages) +{ + int saved_errno = errno; + /* Unlock pages */ + munlock(ptr, npages * PAGE_SIZE); + + munmap(ptr, npages * PAGE_SIZE); + /* We MUST propagate the hypercall errno, not unmap call's. */ + errno = saved_errno; +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/include/xencall.h b/tools/libs/call/include/xencall.h new file mode 100644 index 0000000..0d91aa8 --- /dev/null +++ b/tools/libs/call/include/xencall.h @@ -0,0 +1,84 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + */ +#ifndef XENCALL_H +#define XENCALL_H + +/* + * This library allows you to make arbitrary hypercalls (subject to + * sufficient permission for the process and the domain itself). Note + * that while the library interface is stable the hypercalls are + * subject to their own rules. + */ + +#include +#include + +/* Callers who don't care don't need to #include */ +typedef struct xentoollog_logger xentoollog_logger; + +typedef struct xencall_handle xencall_handle; + +/* + */ +#define XENCALL_OPENFLAG_NON_REENTRANT (1U<<0) + +/* + * Return a handle onto the hypercall driver. Logs errors. + */ +xencall_handle *xencall_open(xentoollog_logger *logger, unsigned open_flags); + +/* + * Close a handle previously allocated with xencall_open(). + */ +int xencall_close(xencall_handle *xcall); + +/* + * Call hypercalls with varying numbers of arguments. + */ +int xencall0(xencall_handle *xcall, unsigned int op); +int xencall1(xencall_handle *xcall, unsigned int op, + uint64_t arg1); +int xencall2(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2); +int xencall3(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3); +int xencall4(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3, + uint64_t arg4); +int xencall5(xencall_handle *xcall, unsigned int op, + uint64_t arg1, uint64_t arg2, uint64_t arg3, + uint64_t arg4, uint64_t arg5); + +/* + * Allocate and free memory which is suitable for use as a pointer + * argument to a hypercall. + */ +void *xencall_alloc_buffer_pages(xencall_handle *xcall, size_t nr_pages); +void xencall_free_buffer_pages(xencall_handle *xcall, void *p, size_t nr_pages); + +void *xencall_alloc_buffer(xencall_handle *xcall, size_t size); +void xencall_free_buffer(xencall_handle *xcall, void *p); + +#endif + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/libxencall.map b/tools/libs/call/libxencall.map new file mode 100644 index 0000000..2f96144 --- /dev/null +++ b/tools/libs/call/libxencall.map @@ -0,0 +1,19 @@ +VERS_1.0 { + global: + xencall_open; + xencall_close; + + xencall0; + xencall1; + xencall2; + xencall3; + xencall4; + xencall5; + xencall6; + + xencall_alloc_buffer; + xencall_free_buffer; + xencall_alloc_buffer_pages; + xencall_free_buffer_pages; + local: *; /* Do not expose anything by default */ +}; diff --git a/tools/libs/call/linux.c b/tools/libs/call/linux.c new file mode 100644 index 0000000..55e1e83 --- /dev/null +++ b/tools/libs/call/linux.c @@ -0,0 +1,138 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_linus_osdep.c: + * + * Copyright 2006 Sun Microsystems, Inc. All rights reserved. + */ + +#include +#include +#include + +#include +#include + +#include "private.h" + +int osdep_xencall_open(xencall_handle *xcall) +{ + int flags, saved_errno; + int fd = open("/dev/xen/privcmd", O_RDWR); /* prefer this newer interface */ + + if ( fd == -1 && ( errno == ENOENT || errno == ENXIO || errno == ENODEV )) + { + /* Fallback to /proc/xen/privcmd */ + fd = open("/proc/xen/privcmd", O_RDWR); + } + + if ( fd == -1 ) + { + PERROR("Could not obtain handle on privileged command interface"); + return -1; + } + + /* Although we return the file handle as the 'xc handle' the API + does not specify / guarentee that this integer is in fact + a file handle. Thus we must take responsiblity to ensure + it doesn't propagate (ie leak) outside the process */ + if ( (flags = fcntl(fd, F_GETFD)) < 0 ) + { + PERROR("Could not get file handle flags"); + goto error; + } + + flags |= FD_CLOEXEC; + + if ( fcntl(fd, F_SETFD, flags) < 0 ) + { + PERROR("Could not set file handle flags"); + goto error; + } + + xcall->fd = fd; + return 0; + + error: + saved_errno = errno; + close(fd); + errno = saved_errno; + return -1; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + int fd = xcall->fd; + if (fd == -1) + return 0; + return close(fd); +} + +int osdep_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + return ioctl(xcall->fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); +} + +void *osdep_alloc_pages(xencall_handle *xcall, size_t npages) +{ + size_t size = npages * PAGE_SIZE; + void *p; + int rc, saved_errno; + + /* Address returned by mmap is page aligned. */ + p = mmap(NULL, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS|MAP_LOCKED, -1, 0); + if ( p == MAP_FAILED ) + { + PERROR("xc_alloc_hypercall_buffer: mmap failed"); + return NULL; + } + + /* Do not copy the VMA to child process on fork. Avoid the page being COW + on hypercall. */ + rc = madvise(p, npages * PAGE_SIZE, MADV_DONTFORK); + if ( rc < 0 ) + { + PERROR("xc_alloc_hypercall_buffer: madvise failed"); + goto out; + } + + return p; + +out: + saved_errno = errno; + (void)munmap(p, size); + errno = saved_errno; + return NULL; +} + +void osdep_free_pages(xencall_handle *xcall, void *ptr, size_t npages) +{ + int saved_errno = errno; + /* Recover the VMA flags. Maybe it's not necessary */ + madvise(ptr, npages * PAGE_SIZE, MADV_DOFORK); + + munmap(ptr, npages * PAGE_SIZE); + /* We MUST propagate the hypercall errno, not unmap call's. */ + errno = saved_errno; +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/minios.c b/tools/libs/call/minios.c new file mode 100644 index 0000000..3bee7be --- /dev/null +++ b/tools/libs/call/minios.c @@ -0,0 +1,81 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_minios.c + * + * Copyright 2007-2008 Samuel Thibault . + */ + +#include +#include +#include +#include + +#include +#include + +#include "private.h" + +int osdep_xencall_open(xencall_handle *xcall) +{ + /* No fd required */ + return 0; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + return 0; +} + +int osdep_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + multicall_entry_t call; + int i, ret; + + call.op = hypercall->op; + for (i = 0; i < 5; i++) + call.args[i] = hypercall->arg[i]; + + ret = HYPERVISOR_multicall(&call, 1); + + if (ret < 0) { + errno = -ret; + return -1; + } + if ((long) call.result < 0) { + errno = - (long) call.result; + return -1; + } + return call.result; +} + +void *osdep_alloc_pages(xencall_handle *xcall, size_t npages) +{ + return memalign(PAGE_SIZE, npages * PAGE_SIZE); +} + +void osdep_free_pages(xencall_handle *xcall, void *ptr, size_t npages) +{ + free(ptr); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/netbsd.c b/tools/libs/call/netbsd.c new file mode 100644 index 0000000..2aa02f1 --- /dev/null +++ b/tools/libs/call/netbsd.c @@ -0,0 +1,121 @@ +/****************************************************************************** + * + * Copyright 2006 Sun Microsystems, Inc. All rights reserved. + * Use is subject to license terms. + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split from xc_netbsd.c + */ + +#include "xc_private.h" + +#include +#include +#include +#include + +int osdep_xencall_open(xencall_handle *xcall) +{ + int flags, saved_errno; + int fd = open("/kern/xen/privcmd", O_RDWR); + + if ( fd == -1 ) + { + PERROR("Could not obtain handle on privileged command interface"); + return -1; + } + + /* Although we return the file handle as the 'xc handle' the API + does not specify / guarentee that this integer is in fact + a file handle. Thus we must take responsiblity to ensure + it doesn't propagate (ie leak) outside the process */ + if ( (flags = fcntl(fd, F_GETFD)) < 0 ) + { + PERROR("Could not get file handle flags"); + goto error; + } + flags |= FD_CLOEXEC; + if ( fcntl(fd, F_SETFD, flags) < 0 ) + { + PERROR("Could not set file handle flags"); + goto error; + } + + xcall->fd = fd; + return 0; + + error: + saved_errno = errno; + close(fd); + errno = saved_errno; + return -1; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + int fd = xcall->fd; + return close(fd); +} + +void *osdep_alloc_hypercall_buffer(xencall_handle *xcall, size_t npages) +{ + size_t size = npages * XC_PAGE_SIZE; + void *p; + + p = xc_memalign(xcall, XC_PAGE_SIZE, size); + if (!p) + return NULL; + + if ( mlock(p, size) < 0 ) + { + free(p); + return NULL; + } + return p; +} + +void osdep_free_hypercall_buffer(xencall_handle *xcall, void *ptr, + size_t npages) +{ + (void) munlock(ptr, npages * XC_PAGE_SIZE); + free(ptr); +} + +int do_xen_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + int fd = xcall->fd; + int error = ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); + + /* + * Since NetBSD ioctl can only return 0 on success or < 0 on + * error, if we want to return a value from ioctl we should + * do so by setting hypercall->retval, to mimic Linux ioctl + * implementation. + */ + if (error < 0) + return error; + else + return hypercall->retval; +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/private.h b/tools/libs/call/private.h new file mode 100644 index 0000000..37dd15f --- /dev/null +++ b/tools/libs/call/private.h @@ -0,0 +1,68 @@ +#ifndef XENCALL_PRIVATE_H +#define XENCALL_PRIVATE_H + +#include + +#include + +#include +#include + +#ifndef PAGE_SHIFT /* Mini-os, Yukk */ +#define PAGE_SHIFT 12 +#endif +#ifndef __MINIOS__ /* Yukk */ +#define PAGE_SIZE (1UL << PAGE_SHIFT) +#define PAGE_MASK (~(PAGE_SIZE-1)) +#endif + +struct xencall_handle { + xentoollog_logger *logger, *logger_tofree; + unsigned flags; + int fd; + + /* + * A simple cache of unused, single page, hypercall buffers + * + * Protected by a global lock. + */ +#define BUFFER_CACHE_SIZE 4 + int buffer_cache_nr; + void *buffer_cache[BUFFER_CACHE_SIZE]; + + /* + * Hypercall buffer statistics. All protected by the global + * buffer_cache lock. + */ + int buffer_total_allocations; + int buffer_total_releases; + int buffer_current_allocations; + int buffer_maximum_allocations; + int buffer_cache_hits; + int buffer_cache_misses; + int buffer_cache_toobig; +}; + +int osdep_xencall_open(xencall_handle *xcall); +int osdep_xencall_close(xencall_handle *xcall); + +int osdep_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall); + +void *osdep_alloc_pages(xencall_handle *xcall, size_t nr_pages); +void osdep_free_pages(xencall_handle *xcall, void *p, size_t nr_pages); + +void buffer_release_cache(xencall_handle *xcall); + +#define PERROR(_f...) xtl_log(xcall->logger, XTL_ERROR, errno, "xencall", _f) + +#endif + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/call/solaris.c b/tools/libs/call/solaris.c new file mode 100644 index 0000000..945d867 --- /dev/null +++ b/tools/libs/call/solaris.c @@ -0,0 +1,97 @@ +/****************************************************************************** + * + * Copyright 2006 Sun Microsystems, Inc. All rights reserved. + * Use is subject to license terms. + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split from xc_solaris.c + */ + +#include "xc_private.h" + +#include +#include +#include +#include + +int osdep_xencall_open(xencall_handle *xcall) +{ + int flags, saved_errno; + int fd = open("/dev/xen/privcmd", O_RDWR); + + if ( fd == -1 ) + { + PERROR("Could not obtain handle on privileged command interface"); + return -1; + } + + /* Although we return the file handle as the 'xc handle' the API + does not specify / guarentee that this integer is in fact + a file handle. Thus we must take responsiblity to ensure + it doesn't propagate (ie leak) outside the process */ + if ( (flags = fcntl(fd, F_GETFD)) < 0 ) + { + PERROR("Could not get file handle flags"); + goto error; + } + flags |= FD_CLOEXEC; + if ( fcntl(fd, F_SETFD, flags) < 0 ) + { + PERROR("Could not set file handle flags"); + goto error; + } + + xcall->fd = fd; + return 0; + + error: + saved_errno = errno; + close(fd); + errno = saved_errno; + return -1; +} + +int osdep_xencall_close(xencall_handle *xcall) +{ + int fd = xcall->fd; + return close(fd); +} + +void *osdep_alloc_hypercall_buffer(xencall_handle *xcall, size_t npages) +{ + return xc_memalign(xcall, XC_PAGE_SIZE, npages * XC_PAGE_SIZE); +} + +void osdep_free_hypercall_buffer(xencall_handle *xcall, void *ptr, + size_t npages) +{ + free(ptr); +} + +int do_xen_hypercall(xencall_handle *xcall, privcmd_hypercall_t *hypercall) +{ + int fd = xcall->fd; + return ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libxc/Makefile b/tools/libxc/Makefile index 3305fdd..a122f73 100644 --- a/tools/libxc/Makefile +++ b/tools/libxc/Makefile @@ -122,6 +122,11 @@ GUEST_PIC_OBJS := $(patsubst %.c,%.opic,$(GUEST_SRCS-y)) $(CTRL_LIB_OBJS) $(GUEST_LIB_OBJS) \ $(CTRL_PIC_OBJS) $(GUEST_PIC_OBJS): CFLAGS += -include $(XEN_ROOT)/tools/config.h +# libxenguest includes xc_private.h, so needs this despite not using +# this functionality directly. +$(CTRL_LIB_OBJS) $(GUEST_LIB_OBJS) \ +$(CTRL_PIC_OBJS) $(GUEST_PIC_OBJS): CFLAGS += $(CFLAGS_libxencall) + $(CTRL_LIB_OBJS) $(CTRL_PIC_OBJS): CFLAGS += $(CFLAGS_libxengnttab) $(CFLAGS_libxengntshr) LIB := libxenctrl.a @@ -202,7 +207,7 @@ libxenctrl.so.$(MAJOR): libxenctrl.so.$(MAJOR).$(MINOR) $(SYMLINK_SHLIB) $< $@ libxenctrl.so.$(MAJOR).$(MINOR): $(CTRL_PIC_OBJS) - $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxenctrl.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $^ $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_libxengntshr) $(PTHREAD_LIBS) $(APPEND_LDFLAGS) + $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxenctrl.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $^ $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_libxengntshr) $(LDLIBS_libxencall) $(PTHREAD_LIBS) $(APPEND_LDFLAGS) # libxenguest diff --git a/tools/libxc/xc_altp2m.c b/tools/libxc/xc_altp2m.c index 87a0fdf..0639632 100644 --- a/tools/libxc/xc_altp2m.c +++ b/tools/libxc/xc_altp2m.c @@ -27,22 +27,18 @@ int xc_altp2m_get_domain_state(xc_interface *handle, domid_t dom, bool *state) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_get_domain_state; arg->domain = dom; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); if ( !rc ) *state = arg->u.domain_state.state; @@ -54,23 +50,19 @@ int xc_altp2m_get_domain_state(xc_interface *handle, domid_t dom, bool *state) int xc_altp2m_set_domain_state(xc_interface *handle, domid_t dom, bool state) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_set_domain_state; arg->domain = dom; arg->u.domain_state.state = state; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -81,24 +73,20 @@ int xc_altp2m_set_vcpu_enable_notify(xc_interface *handle, domid_t domid, uint32_t vcpuid, xen_pfn_t gfn) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_vcpu_enable_notify; arg->domain = domid; arg->u.enable_notify.vcpu_id = vcpuid; arg->u.enable_notify.gfn = gfn; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -108,24 +96,20 @@ int xc_altp2m_create_view(xc_interface *handle, domid_t domid, xenmem_access_t default_access, uint16_t *view_id) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_create_p2m; arg->domain = domid; arg->u.view.view = -1; arg->u.view.hvmmem_default_access = default_access; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); if ( !rc ) *view_id = arg->u.view.view; @@ -138,23 +122,19 @@ int xc_altp2m_destroy_view(xc_interface *handle, domid_t domid, uint16_t view_id) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_destroy_p2m; arg->domain = domid; arg->u.view.view = view_id; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -165,23 +145,19 @@ int xc_altp2m_switch_to_view(xc_interface *handle, domid_t domid, uint16_t view_id) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_switch_p2m; arg->domain = domid; arg->u.view.view = view_id; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -192,17 +168,12 @@ int xc_altp2m_set_mem_access(xc_interface *handle, domid_t domid, xenmem_access_t access) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_set_mem_access; arg->domain = domid; @@ -210,7 +181,8 @@ int xc_altp2m_set_mem_access(xc_interface *handle, domid_t domid, arg->u.set_mem_access.hvmmem_access = access; arg->u.set_mem_access.gfn = gfn; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; @@ -221,17 +193,12 @@ int xc_altp2m_change_gfn(xc_interface *handle, domid_t domid, xen_pfn_t new_gfn) { int rc; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_altp2m_op_t, arg); arg = xc_hypercall_buffer_alloc(handle, arg, sizeof(*arg)); if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_altp2m; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->version = HVMOP_ALTP2M_INTERFACE_VERSION; arg->cmd = HVMOP_altp2m_change_gfn; arg->domain = domid; @@ -239,7 +206,8 @@ int xc_altp2m_change_gfn(xc_interface *handle, domid_t domid, arg->u.change_gfn.old_gfn = old_gfn; arg->u.change_gfn.new_gfn = new_gfn; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, HVMOP_altp2m, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; diff --git a/tools/libxc/xc_domain.c b/tools/libxc/xc_domain.c index 96506d5..8fde415 100644 --- a/tools/libxc/xc_domain.c +++ b/tools/libxc/xc_domain.c @@ -122,7 +122,6 @@ int xc_domain_shutdown(xc_interface *xch, int reason) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(sched_remote_shutdown_t, arg); arg = xc_hypercall_buffer_alloc(xch, arg, sizeof(*arg)); @@ -132,13 +131,11 @@ int xc_domain_shutdown(xc_interface *xch, goto out1; } - hypercall.op = __HYPERVISOR_sched_op; - hypercall.arg[0] = (unsigned long)SCHEDOP_remote_shutdown; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); arg->domain_id = domid; arg->reason = reason; - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_sched_op, + SCHEDOP_remote_shutdown, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -561,7 +558,6 @@ int xc_watchdog(xc_interface *xch, uint32_t timeout) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(sched_watchdog_t, arg); arg = xc_hypercall_buffer_alloc(xch, arg, sizeof(*arg)); @@ -571,13 +567,12 @@ int xc_watchdog(xc_interface *xch, goto out1; } - hypercall.op = __HYPERVISOR_sched_op; - hypercall.arg[0] = (unsigned long)SCHEDOP_watchdog; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); arg->id = id; arg->timeout = timeout; - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_sched_op, + SCHEDOP_watchdog, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -1356,7 +1351,6 @@ static inline int xc_hvm_param_deprecated_check(uint32_t param) int xc_hvm_param_set(xc_interface *handle, domid_t dom, uint32_t param, uint64_t value) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_param_t, arg); int rc = xc_hvm_param_deprecated_check(param); @@ -1367,20 +1361,18 @@ int xc_hvm_param_set(xc_interface *handle, domid_t dom, uint32_t param, uint64_t if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_param; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); arg->domid = dom; arg->index = param; arg->value = value; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_param, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(handle, arg); return rc; } int xc_hvm_param_get(xc_interface *handle, domid_t dom, uint32_t param, uint64_t *value) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_param_t, arg); int rc = xc_hvm_param_deprecated_check(param); @@ -1391,12 +1383,11 @@ int xc_hvm_param_get(xc_interface *handle, domid_t dom, uint32_t param, uint64_t if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_get_param; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); arg->domid = dom; arg->index = param; - rc = do_xen_hypercall(handle, &hypercall); + rc = xencall2(handle->xcall, __HYPERVISOR_hvm_op, + HVMOP_get_param, + HYPERCALL_BUFFER_AS_ARG(arg)); *value = arg->value; xc_hypercall_buffer_free(handle, arg); return rc; @@ -1424,7 +1415,6 @@ int xc_hvm_create_ioreq_server(xc_interface *xch, int handle_bufioreq, ioservid_t *id) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_create_ioreq_server_t, arg); int rc; @@ -1432,14 +1422,12 @@ int xc_hvm_create_ioreq_server(xc_interface *xch, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_create_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->handle_bufioreq = handle_bufioreq; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_create_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); *id = arg->id; @@ -1454,7 +1442,6 @@ int xc_hvm_get_ioreq_server_info(xc_interface *xch, xen_pfn_t *bufioreq_pfn, evtchn_port_t *bufioreq_port) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_get_ioreq_server_info_t, arg); int rc; @@ -1462,14 +1449,12 @@ int xc_hvm_get_ioreq_server_info(xc_interface *xch, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_get_ioreq_server_info; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_get_ioreq_server_info, + HYPERCALL_BUFFER_AS_ARG(arg)); if ( rc != 0 ) goto done; @@ -1491,7 +1476,6 @@ int xc_hvm_map_io_range_to_ioreq_server(xc_interface *xch, domid_t domid, ioservid_t id, int is_mmio, uint64_t start, uint64_t end) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_io_range_t, arg); int rc; @@ -1499,17 +1483,15 @@ int xc_hvm_map_io_range_to_ioreq_server(xc_interface *xch, domid_t domid, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_map_io_range_to_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->type = is_mmio ? HVMOP_IO_RANGE_MEMORY : HVMOP_IO_RANGE_PORT; arg->start = start; arg->end = end; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_map_io_range_to_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1519,7 +1501,6 @@ int xc_hvm_unmap_io_range_from_ioreq_server(xc_interface *xch, domid_t domid, ioservid_t id, int is_mmio, uint64_t start, uint64_t end) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_io_range_t, arg); int rc; @@ -1527,17 +1508,15 @@ int xc_hvm_unmap_io_range_from_ioreq_server(xc_interface *xch, domid_t domid, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_unmap_io_range_from_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->type = is_mmio ? HVMOP_IO_RANGE_MEMORY : HVMOP_IO_RANGE_PORT; arg->start = start; arg->end = end; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_unmap_io_range_from_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1548,7 +1527,6 @@ int xc_hvm_map_pcidev_to_ioreq_server(xc_interface *xch, domid_t domid, uint8_t bus, uint8_t device, uint8_t function) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_io_range_t, arg); int rc; @@ -1561,10 +1539,6 @@ int xc_hvm_map_pcidev_to_ioreq_server(xc_interface *xch, domid_t domid, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_map_io_range_to_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->type = HVMOP_IO_RANGE_PCI; @@ -1578,7 +1552,9 @@ int xc_hvm_map_pcidev_to_ioreq_server(xc_interface *xch, domid_t domid, (uint64_t)device, (uint64_t)function); - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_map_io_range_to_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1589,7 +1565,6 @@ int xc_hvm_unmap_pcidev_from_ioreq_server(xc_interface *xch, domid_t domid, uint8_t bus, uint8_t device, uint8_t function) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_io_range_t, arg); int rc; @@ -1602,10 +1577,6 @@ int xc_hvm_unmap_pcidev_from_ioreq_server(xc_interface *xch, domid_t domid, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_unmap_io_range_from_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->type = HVMOP_IO_RANGE_PCI; @@ -1614,7 +1585,9 @@ int xc_hvm_unmap_pcidev_from_ioreq_server(xc_interface *xch, domid_t domid, (uint64_t)device, (uint64_t)function); - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_unmap_io_range_from_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1624,7 +1597,6 @@ int xc_hvm_destroy_ioreq_server(xc_interface *xch, domid_t domid, ioservid_t id) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_destroy_ioreq_server_t, arg); int rc; @@ -1632,14 +1604,12 @@ int xc_hvm_destroy_ioreq_server(xc_interface *xch, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_destroy_ioreq_server; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_destroy_ioreq_server, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; @@ -1650,7 +1620,6 @@ int xc_hvm_set_ioreq_server_state(xc_interface *xch, ioservid_t id, int enabled) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_hvm_set_ioreq_server_state_t, arg); int rc; @@ -1658,15 +1627,13 @@ int xc_hvm_set_ioreq_server_state(xc_interface *xch, if ( arg == NULL ) return -1; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_ioreq_server_state; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = domid; arg->id = id; arg->enabled = !!enabled; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_ioreq_server_state, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); return rc; diff --git a/tools/libxc/xc_evtchn.c b/tools/libxc/xc_evtchn.c index ae2fe1a..53f7605 100644 --- a/tools/libxc/xc_evtchn.c +++ b/tools/libxc/xc_evtchn.c @@ -25,7 +25,6 @@ static int do_evtchn_op(xc_interface *xch, int cmd, void *arg, size_t arg_size, int silently_fail) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(arg, arg_size, XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, arg) ) @@ -34,11 +33,9 @@ static int do_evtchn_op(xc_interface *xch, int cmd, void *arg, goto out; } - hypercall.op = __HYPERVISOR_event_channel_op; - hypercall.arg[0] = cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - - if ((ret = do_xen_hypercall(xch, &hypercall)) < 0 && !silently_fail) + ret = xencall2(xch->xcall, __HYPERVISOR_event_channel_op, + cmd, HYPERCALL_BUFFER_AS_ARG(arg)); + if ( ret < 0 && !silently_fail ) ERROR("do_evtchn_op: HYPERVISOR_event_channel_op failed: %d", ret); xc_hypercall_bounce_post(xch, arg); diff --git a/tools/libxc/xc_flask.c b/tools/libxc/xc_flask.c index b533656..ec52b0f 100644 --- a/tools/libxc/xc_flask.c +++ b/tools/libxc/xc_flask.c @@ -37,7 +37,6 @@ int xc_flask_op(xc_interface *xch, xen_flask_op_t *op) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, sizeof(*op), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); op->interface_version = XEN_FLASK_INTERFACE_VERSION; @@ -48,10 +47,9 @@ int xc_flask_op(xc_interface *xch, xen_flask_op_t *op) goto out; } - hypercall.op = __HYPERVISOR_xsm_op; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(op); - - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall1(xch->xcall, __HYPERVISOR_xsm_op, + HYPERCALL_BUFFER_AS_ARG(op)); + if ( ret < 0 ) { if ( errno == EACCES ) fprintf(stderr, "XSM operation failed!\n"); diff --git a/tools/libxc/xc_freebsd_osdep.c b/tools/libxc/xc_freebsd_osdep.c index f6a2ccd..6b440ee 100644 --- a/tools/libxc/xc_freebsd_osdep.c +++ b/tools/libxc/xc_freebsd_osdep.c @@ -88,53 +88,6 @@ int osdep_privcmd_close(xc_interface *xch) return close(fd); } -/*------------------------ Privcmd hypercall interface -----------------------*/ -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - size_t size = npages * XC_PAGE_SIZE; - void *p; - - /* Address returned by mmap is page aligned. */ - p = mmap(NULL, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS, - -1, 0); - if (p == NULL) - return NULL; - - /* - * Since FreeBSD doesn't have the MAP_LOCKED flag, - * lock memory using mlock. - */ - if ( mlock(p, size) < 0 ) - { - munmap(p, size); - return NULL; - } - - return p; -} - -void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - - int saved_errno = errno; - /* Unlock pages */ - munlock(ptr, npages * XC_PAGE_SIZE); - - munmap(ptr, npages * XC_PAGE_SIZE); - /* We MUST propagate the hypercall errno, not unmap call's. */ - errno = saved_errno; -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - int fd = xch->privcmdfd; - int ret; - - ret = ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); - - return (ret == 0) ? hypercall->retval : ret; -} - /*----------------------- Privcmd foreign map interface ----------------------*/ void *xc_map_foreign_bulk(xc_interface *xch, uint32_t dom, int prot, diff --git a/tools/libxc/xc_gnttab.c b/tools/libxc/xc_gnttab.c index dd32aa2..af53fac 100644 --- a/tools/libxc/xc_gnttab.c +++ b/tools/libxc/xc_gnttab.c @@ -21,7 +21,6 @@ int xc_gnttab_op(xc_interface *xch, int cmd, void * op, int op_size, int count) { int ret = 0; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, count * op_size, XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, op) ) @@ -30,12 +29,8 @@ int xc_gnttab_op(xc_interface *xch, int cmd, void * op, int op_size, int count) goto out1; } - hypercall.op = __HYPERVISOR_grant_table_op; - hypercall.arg[0] = cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(op); - hypercall.arg[2] = count; - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall3(xch->xcall, __HYPERVISOR_grant_table_op, + cmd, HYPERCALL_BUFFER_AS_ARG(op), count); xc_hypercall_bounce_post(xch, op); diff --git a/tools/libxc/xc_hcall_buf.c b/tools/libxc/xc_hcall_buf.c index a0e66cf..a57895b 100644 --- a/tools/libxc/xc_hcall_buf.c +++ b/tools/libxc/xc_hcall_buf.c @@ -17,7 +17,6 @@ #include #include -#include #include "xc_private.h" #include "xg_private.h" @@ -28,163 +27,38 @@ xc_hypercall_buffer_t XC__HYPERCALL_BUFFER_NAME(HYPERCALL_BUFFER_NULL) = { HYPERCALL_BUFFER_INIT_NO_BOUNCE }; -pthread_mutex_t hypercall_buffer_cache_mutex = PTHREAD_MUTEX_INITIALIZER; - -static void hypercall_buffer_cache_lock(xc_interface *xch) -{ - int saved_errno = errno; - if ( xch->flags & XC_OPENFLAG_NON_REENTRANT ) - return; - pthread_mutex_lock(&hypercall_buffer_cache_mutex); - /* Ignore pthread errors. */ - errno = saved_errno; -} - -static void hypercall_buffer_cache_unlock(xc_interface *xch) -{ - int saved_errno = errno; - if ( xch->flags & XC_OPENFLAG_NON_REENTRANT ) - return; - pthread_mutex_unlock(&hypercall_buffer_cache_mutex); - /* Ignore pthread errors. */ - errno = saved_errno; -} - -static void *hypercall_buffer_cache_alloc(xc_interface *xch, int nr_pages) -{ - void *p = NULL; - - hypercall_buffer_cache_lock(xch); - - xch->hypercall_buffer_total_allocations++; - xch->hypercall_buffer_current_allocations++; - if ( xch->hypercall_buffer_current_allocations > xch->hypercall_buffer_maximum_allocations ) - xch->hypercall_buffer_maximum_allocations = xch->hypercall_buffer_current_allocations; - - if ( nr_pages > 1 ) - { - xch->hypercall_buffer_cache_toobig++; - } - else if ( xch->hypercall_buffer_cache_nr > 0 ) - { - p = xch->hypercall_buffer_cache[--xch->hypercall_buffer_cache_nr]; - xch->hypercall_buffer_cache_hits++; - } - else - { - xch->hypercall_buffer_cache_misses++; - } - - hypercall_buffer_cache_unlock(xch); - - return p; -} - -static int hypercall_buffer_cache_free(xc_interface *xch, void *p, int nr_pages) -{ - int rc = 0; - - hypercall_buffer_cache_lock(xch); - - xch->hypercall_buffer_total_releases++; - xch->hypercall_buffer_current_allocations--; - - if ( nr_pages == 1 && xch->hypercall_buffer_cache_nr < HYPERCALL_BUFFER_CACHE_SIZE ) - { - xch->hypercall_buffer_cache[xch->hypercall_buffer_cache_nr++] = p; - rc = 1; - } - - hypercall_buffer_cache_unlock(xch); - - return rc; -} - -void xc__hypercall_buffer_cache_release(xc_interface *xch) -{ - void *p; - - hypercall_buffer_cache_lock(xch); - - DBGPRINTF("hypercall buffer: total allocations:%d total releases:%d", - xch->hypercall_buffer_total_allocations, - xch->hypercall_buffer_total_releases); - DBGPRINTF("hypercall buffer: current allocations:%d maximum allocations:%d", - xch->hypercall_buffer_current_allocations, - xch->hypercall_buffer_maximum_allocations); - DBGPRINTF("hypercall buffer: cache current size:%d", - xch->hypercall_buffer_cache_nr); - DBGPRINTF("hypercall buffer: cache hits:%d misses:%d toobig:%d", - xch->hypercall_buffer_cache_hits, - xch->hypercall_buffer_cache_misses, - xch->hypercall_buffer_cache_toobig); - - while ( xch->hypercall_buffer_cache_nr > 0 ) - { - p = xch->hypercall_buffer_cache[--xch->hypercall_buffer_cache_nr]; - osdep_free_hypercall_buffer(xch, p, 1); - } - - hypercall_buffer_cache_unlock(xch); -} - void *xc__hypercall_buffer_alloc_pages(xc_interface *xch, xc_hypercall_buffer_t *b, int nr_pages) { - void *p = hypercall_buffer_cache_alloc(xch, nr_pages); - - if ( !p ) - p = osdep_alloc_hypercall_buffer(xch, nr_pages); + void *p = xencall_alloc_buffer_pages(xch->xcall, nr_pages); if (!p) return NULL; b->hbuf = p; - memset(p, 0, nr_pages * PAGE_SIZE); - return b->hbuf; } void xc__hypercall_buffer_free_pages(xc_interface *xch, xc_hypercall_buffer_t *b, int nr_pages) { - if ( b->hbuf == NULL ) - return; - - if ( !hypercall_buffer_cache_free(xch, b->hbuf, nr_pages) ) - osdep_free_hypercall_buffer(xch, b->hbuf, nr_pages); + xencall_free_buffer_pages(xch->xcall, b->hbuf, nr_pages); } -struct allocation_header { - int nr_pages; -}; - void *xc__hypercall_buffer_alloc(xc_interface *xch, xc_hypercall_buffer_t *b, size_t size) { - size_t actual_size = ROUNDUP(size + sizeof(struct allocation_header), PAGE_SHIFT); - int nr_pages = actual_size >> PAGE_SHIFT; - struct allocation_header *hdr; + void *p = xencall_alloc_buffer(xch->xcall, size); - hdr = xc__hypercall_buffer_alloc_pages(xch, b, nr_pages); - if ( hdr == NULL ) + if (!p) return NULL; - b->hbuf = (void *)(hdr+1); + b->hbuf = p; - hdr->nr_pages = nr_pages; return b->hbuf; } void xc__hypercall_buffer_free(xc_interface *xch, xc_hypercall_buffer_t *b) { - struct allocation_header *hdr; - - if (b->hbuf == NULL) - return; - - hdr = b->hbuf; - b->hbuf = --hdr; - - xc__hypercall_buffer_free_pages(xch, b, hdr->nr_pages); + xencall_free_buffer(xch->xcall, b->hbuf); } int xc__hypercall_bounce_pre(xc_interface *xch, xc_hypercall_buffer_t *b) diff --git a/tools/libxc/xc_kexec.c b/tools/libxc/xc_kexec.c index a49cffb..1cceb5d 100644 --- a/tools/libxc/xc_kexec.c +++ b/tools/libxc/xc_kexec.c @@ -14,7 +14,6 @@ int xc_kexec_exec(xc_interface *xch, int type) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_kexec_exec_t, exec); int ret = -1; @@ -27,11 +26,9 @@ int xc_kexec_exec(xc_interface *xch, int type) exec->type = type; - hypercall.op = __HYPERVISOR_kexec_op; - hypercall.arg[0] = KEXEC_CMD_kexec; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(exec); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_kexec_op, + KEXEC_CMD_kexec, + HYPERCALL_BUFFER_AS_ARG(exec)); out: xc_hypercall_buffer_free(xch, exec); @@ -42,7 +39,6 @@ out: int xc_kexec_get_range(xc_interface *xch, int range, int nr, uint64_t *size, uint64_t *start) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_kexec_range_t, get_range); int ret = -1; @@ -56,11 +52,9 @@ int xc_kexec_get_range(xc_interface *xch, int range, int nr, get_range->range = range; get_range->nr = nr; - hypercall.op = __HYPERVISOR_kexec_op; - hypercall.arg[0] = KEXEC_CMD_kexec_get_range; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(get_range); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_kexec_op, + KEXEC_CMD_kexec_get_range, + HYPERCALL_BUFFER_AS_ARG(get_range)); *size = get_range->size; *start = get_range->start; @@ -76,7 +70,6 @@ int xc_kexec_load(xc_interface *xch, uint8_t type, uint16_t arch, uint32_t nr_segments, xen_kexec_segment_t *segments) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(segments, sizeof(*segments) * nr_segments, XC_HYPERCALL_BUFFER_BOUNCE_IN); DECLARE_HYPERCALL_BUFFER(xen_kexec_load_t, load); @@ -99,11 +92,9 @@ int xc_kexec_load(xc_interface *xch, uint8_t type, uint16_t arch, load->nr_segments = nr_segments; set_xen_guest_handle(load->segments.h, segments); - hypercall.op = __HYPERVISOR_kexec_op; - hypercall.arg[0] = KEXEC_CMD_kexec_load; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(load); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_kexec_op, + KEXEC_CMD_kexec_load, + HYPERCALL_BUFFER_AS_ARG(load)); out: xc_hypercall_buffer_free(xch, load); @@ -114,7 +105,6 @@ out: int xc_kexec_unload(xc_interface *xch, int type) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(xen_kexec_unload_t, unload); int ret = -1; @@ -127,11 +117,9 @@ int xc_kexec_unload(xc_interface *xch, int type) unload->type = type; - hypercall.op = __HYPERVISOR_kexec_op; - hypercall.arg[0] = KEXEC_CMD_kexec_unload; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(unload); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_kexec_op, + KEXEC_CMD_kexec_unload, + HYPERCALL_BUFFER_AS_ARG(unload)); out: xc_hypercall_buffer_free(xch, unload); diff --git a/tools/libxc/xc_linux_osdep.c b/tools/libxc/xc_linux_osdep.c index 9f4c707..e68c495 100644 --- a/tools/libxc/xc_linux_osdep.c +++ b/tools/libxc/xc_linux_osdep.c @@ -91,55 +91,6 @@ int osdep_privcmd_close(xc_interface *xch) return close(fd); } -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - size_t size = npages * XC_PAGE_SIZE; - void *p; - int rc, saved_errno; - - /* Address returned by mmap is page aligned. */ - p = mmap(NULL, size, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_ANONYMOUS|MAP_LOCKED, -1, 0); - if ( p == MAP_FAILED ) - { - PERROR("xc_alloc_hypercall_buffer: mmap failed"); - return NULL; - } - - /* Do not copy the VMA to child process on fork. Avoid the page being COW - on hypercall. */ - rc = madvise(p, npages * XC_PAGE_SIZE, MADV_DONTFORK); - if ( rc < 0 ) - { - PERROR("xc_alloc_hypercall_buffer: madvise failed"); - goto out; - } - - return p; - -out: - saved_errno = errno; - (void)munmap(p, size); - errno = saved_errno; - return NULL; -} - -void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - int saved_errno = errno; - /* Recover the VMA flags. Maybe it's not necessary */ - madvise(ptr, npages * XC_PAGE_SIZE, MADV_DOFORK); - - munmap(ptr, npages * XC_PAGE_SIZE); - /* We MUST propagate the hypercall errno, not unmap call's. */ - errno = saved_errno; -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - int fd = xch->privcmdfd; - return ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); -} - static int xc_map_foreign_batch_single(int fd, uint32_t dom, xen_pfn_t *mfn, unsigned long addr) { diff --git a/tools/libxc/xc_minios.c b/tools/libxc/xc_minios.c index 047e13b..e3c8241 100644 --- a/tools/libxc/xc_minios.c +++ b/tools/libxc/xc_minios.c @@ -61,38 +61,6 @@ void minios_interface_close_fd(int fd) files[fd].type = FTYPE_NONE; } -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - return xc_memalign(xch, PAGE_SIZE, npages * PAGE_SIZE); -} - -void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - free(ptr); -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - multicall_entry_t call; - int i, ret; - - call.op = hypercall->op; - for (i = 0; i < ARRAY_SIZE(hypercall->arg); i++) - call.args[i] = hypercall->arg[i]; - - ret = HYPERVISOR_multicall(&call, 1); - - if (ret < 0) { - errno = -ret; - return -1; - } - if ((long) call.result < 0) { - errno = - (long) call.result; - return -1; - } - return call.result; -} - void *xc_map_foreign_bulk(xc_interface *xch, uint32_t dom, int prot, const xen_pfn_t *arr, int *err, unsigned int num) diff --git a/tools/libxc/xc_misc.c b/tools/libxc/xc_misc.c index c613545..124537b 100644 --- a/tools/libxc/xc_misc.c +++ b/tools/libxc/xc_misc.c @@ -323,7 +323,6 @@ int xc_sched_id(xc_interface *xch, int xc_mca_op(xc_interface *xch, struct xen_mc *mc) { int ret = 0; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(mc, sizeof(*mc), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, mc) ) @@ -333,9 +332,9 @@ int xc_mca_op(xc_interface *xch, struct xen_mc *mc) } mc->interface_version = XEN_MCA_INTERFACE_VERSION; - hypercall.op = __HYPERVISOR_mca; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(mc); - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall1(xch->xcall, __HYPERVISOR_mca, + HYPERCALL_BUFFER_AS_ARG(mc)); + xc_hypercall_bounce_post(xch, mc); return ret; } @@ -471,7 +470,6 @@ int xc_hvm_set_pci_intx_level( uint8_t domain, uint8_t bus, uint8_t device, uint8_t intx, unsigned int level) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_set_pci_intx_level, arg); int rc; @@ -482,10 +480,6 @@ int xc_hvm_set_pci_intx_level( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_pci_intx_level; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->domain = domain; arg->bus = bus; @@ -493,7 +487,9 @@ int xc_hvm_set_pci_intx_level( arg->intx = intx; arg->level = level; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_pci_intx_level, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -505,7 +501,6 @@ int xc_hvm_set_isa_irq_level( uint8_t isa_irq, unsigned int level) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_set_isa_irq_level, arg); int rc; @@ -516,15 +511,13 @@ int xc_hvm_set_isa_irq_level( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_isa_irq_level; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->isa_irq = isa_irq; arg->level = level; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_isa_irq_level, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -534,7 +527,6 @@ int xc_hvm_set_isa_irq_level( int xc_hvm_set_pci_link_route( xc_interface *xch, domid_t dom, uint8_t link, uint8_t isa_irq) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_set_pci_link_route, arg); int rc; @@ -545,15 +537,13 @@ int xc_hvm_set_pci_link_route( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_pci_link_route; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->link = link; arg->isa_irq = isa_irq; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_pci_link_route, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -563,7 +553,6 @@ int xc_hvm_set_pci_link_route( int xc_hvm_inject_msi( xc_interface *xch, domid_t dom, uint64_t addr, uint32_t data) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_inject_msi, arg); int rc; @@ -574,15 +563,13 @@ int xc_hvm_inject_msi( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_inject_msi; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->addr = addr; arg->data = data; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_inject_msi, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -594,7 +581,6 @@ int xc_hvm_track_dirty_vram( uint64_t first_pfn, uint64_t nr, unsigned long *dirty_bitmap) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(dirty_bitmap, (nr+7) / 8, XC_HYPERCALL_BUFFER_BOUNCE_OUT); DECLARE_HYPERCALL_BUFFER(struct xen_hvm_track_dirty_vram, arg); int rc; @@ -607,16 +593,14 @@ int xc_hvm_track_dirty_vram( goto out; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_track_dirty_vram; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->first_pfn = first_pfn; arg->nr = nr; set_xen_guest_handle(arg->dirty_bitmap, dirty_bitmap); - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_track_dirty_vram, + HYPERCALL_BUFFER_AS_ARG(arg)); out: xc_hypercall_buffer_free(xch, arg); @@ -627,7 +611,6 @@ out: int xc_hvm_modified_memory( xc_interface *xch, domid_t dom, uint64_t first_pfn, uint64_t nr) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_modified_memory, arg); int rc; @@ -638,15 +621,13 @@ int xc_hvm_modified_memory( return -1; } - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_modified_memory; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - arg->domid = dom; arg->first_pfn = first_pfn; arg->nr = nr; - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_modified_memory, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -656,7 +637,6 @@ int xc_hvm_modified_memory( int xc_hvm_set_mem_type( xc_interface *xch, domid_t dom, hvmmem_type_t mem_type, uint64_t first_pfn, uint64_t nr) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_set_mem_type, arg); int rc; @@ -672,11 +652,9 @@ int xc_hvm_set_mem_type( arg->first_pfn = first_pfn; arg->nr = nr; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_set_mem_type; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_set_mem_type, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); @@ -688,7 +666,6 @@ int xc_hvm_inject_trap( uint32_t type, uint32_t error_code, uint32_t insn_len, uint64_t cr2) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER(struct xen_hvm_inject_trap, arg); int rc; @@ -707,11 +684,9 @@ int xc_hvm_inject_trap( arg->insn_len = insn_len; arg->cr2 = cr2; - hypercall.op = __HYPERVISOR_hvm_op; - hypercall.arg[0] = HVMOP_inject_trap; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - - rc = do_xen_hypercall(xch, &hypercall); + rc = xencall2(xch->xcall, __HYPERVISOR_hvm_op, + HVMOP_inject_trap, + HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_buffer_free(xch, arg); diff --git a/tools/libxc/xc_netbsd.c b/tools/libxc/xc_netbsd.c index 9abb3b6..5e3b343 100644 --- a/tools/libxc/xc_netbsd.c +++ b/tools/libxc/xc_netbsd.c @@ -67,46 +67,6 @@ int osdep_privcmd_close(xc_interface *xch) return close(fd); } -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - size_t size = npages * XC_PAGE_SIZE; - void *p; - - p = xc_memalign(xch, XC_PAGE_SIZE, size); - if (!p) - return NULL; - - if ( mlock(p, size) < 0 ) - { - free(p); - return NULL; - } - return p; -} - -void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - (void) munlock(ptr, npages * XC_PAGE_SIZE); - free(ptr); -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - int fd = xch->privcmdfd; - int error = ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); - - /* - * Since NetBSD ioctl can only return 0 on success or < 0 on - * error, if we want to return a value from ioctl we should - * do so by setting hypercall->retval, to mimic Linux ioctl - * implementation. - */ - if (error < 0) - return error; - else - return hypercall->retval; -} - void *xc_map_foreign_bulk(xc_interface *xch, uint32_t dom, int prot, const xen_pfn_t *arr, int *err, unsigned int num) diff --git a/tools/libxc/xc_private.c b/tools/libxc/xc_private.c index de5873e..ca4c17a 100644 --- a/tools/libxc/xc_private.c +++ b/tools/libxc/xc_private.c @@ -39,16 +39,6 @@ struct xc_interface_core *xc_interface_open(xentoollog_logger *logger, xch->error_handler = logger; xch->error_handler_tofree = 0; xch->dombuild_logger = dombuild_logger; xch->dombuild_logger_tofree = 0; - xch->hypercall_buffer_cache_nr = 0; - - xch->hypercall_buffer_total_allocations = 0; - xch->hypercall_buffer_total_releases = 0; - xch->hypercall_buffer_current_allocations = 0; - xch->hypercall_buffer_maximum_allocations = 0; - xch->hypercall_buffer_cache_hits = 0; - xch->hypercall_buffer_cache_misses = 0; - xch->hypercall_buffer_cache_toobig = 0; - if (!xch->error_handler) { xch->error_handler = xch->error_handler_tofree = (xentoollog_logger*) @@ -65,14 +55,22 @@ struct xc_interface_core *xc_interface_open(xentoollog_logger *logger, } *xch = xch_buf; - if (!(open_flags & XC_OPENFLAG_DUMMY)) { - if ( osdep_privcmd_open(xch) < 0 ) - goto err; - } + if (open_flags & XC_OPENFLAG_DUMMY) + return xch; /* We are done */ + + if ( osdep_privcmd_open(xch) < 0 ) + goto err; + + xch->xcall = xencall_open(xch->error_handler, + open_flags & XC_OPENFLAG_NON_REENTRANT ? XENCALL_OPENFLAG_NON_REENTRANT : 0U); + + if ( xch->xcall == NULL ) + goto err; return xch; err: + osdep_privcmd_close(xch); xtl_logger_destroy(xch->error_handler_tofree); if (xch != &xch_buf) free(xch); return NULL; @@ -85,11 +83,12 @@ int xc_interface_close(xc_interface *xch) if (!xch) return 0; + rc = xencall_close(xch->xcall); + if (rc) PERROR("Could not close xencall interface"); + rc = osdep_privcmd_close(xch); if (rc) PERROR("Could not close hypervisor interface"); - xc__hypercall_buffer_cache_release(xch); - xtl_logger_destroy(xch->dombuild_logger_tofree); xtl_logger_destroy(xch->error_handler_tofree); @@ -228,7 +227,6 @@ int xc_mmuext_op( unsigned int nr_ops, domid_t dom) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, nr_ops*sizeof(*op), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); long ret = -1; @@ -238,13 +236,9 @@ int xc_mmuext_op( goto out1; } - hypercall.op = __HYPERVISOR_mmuext_op; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(op); - hypercall.arg[1] = (unsigned long)nr_ops; - hypercall.arg[2] = (unsigned long)0; - hypercall.arg[3] = (unsigned long)dom; - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall4(xch->xcall, __HYPERVISOR_mmuext_op, + HYPERCALL_BUFFER_AS_ARG(op), + nr_ops, 0, dom); xc_hypercall_bounce_post(xch, op); @@ -254,8 +248,7 @@ int xc_mmuext_op( static int flush_mmu_updates(xc_interface *xch, struct xc_mmu *mmu) { - int err = 0; - DECLARE_HYPERCALL; + int rc, err = 0; DECLARE_NAMED_HYPERCALL_BOUNCE(updates, mmu->updates, mmu->idx*sizeof(*mmu->updates), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( mmu->idx == 0 ) @@ -268,13 +261,10 @@ static int flush_mmu_updates(xc_interface *xch, struct xc_mmu *mmu) goto out; } - hypercall.op = __HYPERVISOR_mmu_update; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(updates); - hypercall.arg[1] = (unsigned long)mmu->idx; - hypercall.arg[2] = 0; - hypercall.arg[3] = mmu->subject; - - if ( do_xen_hypercall(xch, &hypercall) < 0 ) + rc = xencall4(xch->xcall, __HYPERVISOR_mmu_update, + HYPERCALL_BUFFER_AS_ARG(updates), + mmu->idx, 0, mmu->subject); + if ( rc < 0 ) { ERROR("Failure when submitting mmu updates"); err = 1; @@ -317,7 +307,6 @@ int xc_flush_mmu_updates(xc_interface *xch, struct xc_mmu *mmu) long do_memory_op(xc_interface *xch, int cmd, void *arg, size_t len) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(arg, len, XC_HYPERCALL_BUFFER_BOUNCE_BOTH); long ret = -1; @@ -327,11 +316,8 @@ long do_memory_op(xc_interface *xch, int cmd, void *arg, size_t len) goto out1; } - hypercall.op = __HYPERVISOR_memory_op; - hypercall.arg[0] = (unsigned long) cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(arg); - - ret = do_xen_hypercall(xch, &hypercall); + ret = xencall2(xch->xcall, __HYPERVISOR_memory_op, + cmd, HYPERCALL_BUFFER_AS_ARG(arg)); xc_hypercall_bounce_post(xch, arg); out1: diff --git a/tools/libxc/xc_private.h b/tools/libxc/xc_private.h index 30157cf..c93df7f 100644 --- a/tools/libxc/xc_private.h +++ b/tools/libxc/xc_private.h @@ -30,6 +30,7 @@ #include "_paths.h" #include "xenctrl.h" +#include #include @@ -53,7 +54,6 @@ struct iovec { #include #endif -#define DECLARE_HYPERCALL privcmd_hypercall_t hypercall #define DECLARE_DOMCTL struct xen_domctl domctl #define DECLARE_SYSCTL struct xen_sysctl sysctl #define DECLARE_PHYSDEV_OP struct physdev_op physdev_op @@ -94,29 +94,11 @@ struct xc_interface_core { FILE *dombuild_logger_file; const char *currently_progress_reporting; - /* - * A simple cache of unused, single page, hypercall buffers - * - * Protected by a global lock. - */ -#define HYPERCALL_BUFFER_CACHE_SIZE 4 - int hypercall_buffer_cache_nr; - void *hypercall_buffer_cache[HYPERCALL_BUFFER_CACHE_SIZE]; - - /* - * Hypercall buffer statistics. All protected by the global - * hypercall_buffer_cache lock. - */ - int hypercall_buffer_total_allocations; - int hypercall_buffer_total_releases; - int hypercall_buffer_current_allocations; - int hypercall_buffer_maximum_allocations; - int hypercall_buffer_cache_hits; - int hypercall_buffer_cache_misses; - int hypercall_buffer_cache_toobig; - /* Privcmd interface */ int privcmdfd; + + /* Hypercall interface */ + xencall_handle *xcall; }; int osdep_privcmd_open(xc_interface *xch); @@ -232,24 +214,16 @@ void xc__hypercall_buffer_cache_release(xc_interface *xch); * Hypercall interfaces. */ -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall); - static inline int do_xen_version(xc_interface *xch, int cmd, xc_hypercall_buffer_t *dest) { - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER_ARGUMENT(dest); - - hypercall.op = __HYPERVISOR_xen_version; - hypercall.arg[0] = (unsigned long) cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(dest); - - return do_xen_hypercall(xch, &hypercall); + return xencall2(xch->xcall, __HYPERVISOR_xen_version, + cmd, HYPERCALL_BUFFER_AS_ARG(dest)); } static inline int do_physdev_op(xc_interface *xch, int cmd, void *op, size_t len) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, len, XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, op) ) @@ -258,11 +232,9 @@ static inline int do_physdev_op(xc_interface *xch, int cmd, void *op, size_t len goto out1; } - hypercall.op = __HYPERVISOR_physdev_op; - hypercall.arg[0] = (unsigned long) cmd; - hypercall.arg[1] = HYPERCALL_BUFFER_AS_ARG(op); - - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall2(xch->xcall, __HYPERVISOR_physdev_op, + cmd, HYPERCALL_BUFFER_AS_ARG(op)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("physdev operation failed -- need to" @@ -277,7 +249,6 @@ out1: static inline int do_domctl(xc_interface *xch, struct xen_domctl *domctl) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(domctl, sizeof(*domctl), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); domctl->interface_version = XEN_DOMCTL_INTERFACE_VERSION; @@ -288,10 +259,9 @@ static inline int do_domctl(xc_interface *xch, struct xen_domctl *domctl) goto out1; } - hypercall.op = __HYPERVISOR_domctl; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(domctl); - - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall1(xch->xcall, __HYPERVISOR_domctl, + HYPERCALL_BUFFER_AS_ARG(domctl)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("domctl operation failed -- need to" @@ -306,7 +276,6 @@ static inline int do_domctl(xc_interface *xch, struct xen_domctl *domctl) static inline int do_sysctl(xc_interface *xch, struct xen_sysctl *sysctl) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(sysctl, sizeof(*sysctl), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); sysctl->interface_version = XEN_SYSCTL_INTERFACE_VERSION; @@ -317,9 +286,9 @@ static inline int do_sysctl(xc_interface *xch, struct xen_sysctl *sysctl) goto out1; } - hypercall.op = __HYPERVISOR_sysctl; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(sysctl); - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall1(xch->xcall, __HYPERVISOR_sysctl, + HYPERCALL_BUFFER_AS_ARG(sysctl)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("sysctl operation failed -- need to" @@ -335,7 +304,6 @@ static inline int do_platform_op(xc_interface *xch, struct xen_platform_op *platform_op) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(platform_op, sizeof(*platform_op), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); @@ -347,9 +315,9 @@ static inline int do_platform_op(xc_interface *xch, return -1; } - hypercall.op = __HYPERVISOR_platform_op; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(platform_op); - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall1(xch->xcall, __HYPERVISOR_platform_op, + HYPERCALL_BUFFER_AS_ARG(platform_op)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("platform operation failed -- need to" @@ -365,13 +333,11 @@ static inline int do_multicall_op(xc_interface *xch, uint32_t nr_calls) { int ret = -1; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BUFFER_ARGUMENT(call_list); - hypercall.op = __HYPERVISOR_multicall; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(call_list); - hypercall.arg[1] = nr_calls; - if ( (ret = do_xen_hypercall(xch, &hypercall)) < 0 ) + ret = xencall2(xch->xcall, __HYPERVISOR_multicall, + HYPERCALL_BUFFER_AS_ARG(call_list), nr_calls); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("multicall operation failed -- need to" diff --git a/tools/libxc/xc_solaris.c b/tools/libxc/xc_solaris.c index 6f84b82..18622fa 100644 --- a/tools/libxc/xc_solaris.c +++ b/tools/libxc/xc_solaris.c @@ -67,22 +67,6 @@ int osdep_privcmd_close(xc_interface *xch) return close(fd); } -void *osdep_alloc_hypercall_buffer(xc_interface *xch, int npages) -{ - return xc_memalign(xch, XC_PAGE_SIZE, npages * XC_PAGE_SIZE); -} - -static void osdep_free_hypercall_buffer(xc_interface *xch, void *ptr, int npages) -{ - free(ptr); -} - -int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) -{ - int fd = xch->privcmdfd; - return ioctl(fd, IOCTL_PRIVCMD_HYPERCALL, hypercall); -} - void *xc_map_foreign_batch(xc_interface *xch, uint32_t dom, int prot, xen_pfn_t *arr, int num) diff --git a/tools/libxc/xc_tmem.c b/tools/libxc/xc_tmem.c index 8f4c0cc..4e5c278 100644 --- a/tools/libxc/xc_tmem.c +++ b/tools/libxc/xc_tmem.c @@ -23,7 +23,6 @@ static int do_tmem_op(xc_interface *xch, tmem_op_t *op) { int ret; - DECLARE_HYPERCALL; DECLARE_HYPERCALL_BOUNCE(op, sizeof(*op), XC_HYPERCALL_BUFFER_BOUNCE_BOTH); if ( xc_hypercall_bounce_pre(xch, op) ) @@ -32,9 +31,9 @@ static int do_tmem_op(xc_interface *xch, tmem_op_t *op) return -EFAULT; } - hypercall.op = __HYPERVISOR_tmem_op; - hypercall.arg[0] = HYPERCALL_BUFFER_AS_ARG(op); - if ((ret = do_xen_hypercall(xch, &hypercall)) < 0) + ret = xencall1(xch->xcall, __HYPERVISOR_tmem_op, + HYPERCALL_BUFFER_AS_ARG(op)); + if ( ret < 0 ) { if ( errno == EACCES ) DPRINTF("tmem operation failed -- need to" diff --git a/tools/misc/Makefile b/tools/misc/Makefile index cf6a475..a2ef0ec 100644 --- a/tools/misc/Makefile +++ b/tools/misc/Makefile @@ -87,12 +87,12 @@ xenlockprof: xenlockprof.o $(CC) $(LDFLAGS) -o $@ $< $(LDLIBS_libxenctrl) $(APPEND_LDFLAGS) # xen-hptool incorrectly uses libxc internals -xen-hptool.o: CFLAGS += -I$(XEN_ROOT)/tools/libxc +xen-hptool.o: CFLAGS += -I$(XEN_ROOT)/tools/libxc $(CFLAGS_libxencall) xen-hptool: xen-hptool.o $(CC) $(LDFLAGS) -o $@ $< $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(LDLIBS_libxenguest) $(LDLIBS_libxenstore) $(APPEND_LDFLAGS) # xen-mfndump incorrectly uses libxc internals -xen-mfndump.o: CFLAGS += -I$(XEN_ROOT)/tools/libxc +xen-mfndump.o: CFLAGS += -I$(XEN_ROOT)/tools/libxc $(CFLAGS_libxencall) xen-mfndump: xen-mfndump.o $(CC) $(LDFLAGS) -o $@ $< $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(LDLIBS_libxenguest) $(APPEND_LDFLAGS) diff --git a/tools/xcutils/Makefile b/tools/xcutils/Makefile index 2d1f112..e127af8 100644 --- a/tools/xcutils/Makefile +++ b/tools/xcutils/Makefile @@ -16,7 +16,7 @@ PROGRAMS = readnotes lsevtchn CFLAGS += -Werror # incorrectly uses libxc internals -CFLAGS_readnotes.o := $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) $(CFLAGS_libxenguest) -I$(XEN_ROOT)/tools/libxc +CFLAGS_readnotes.o := $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) $(CFLAGS_libxenguest) -I$(XEN_ROOT)/tools/libxc $(CFLAGS_libxencall) CFLAGS_lsevtchn.o := $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) .PHONY: all diff --git a/tools/xenpaging/Makefile b/tools/xenpaging/Makefile index d491867..64876b3 100644 --- a/tools/xenpaging/Makefile +++ b/tools/xenpaging/Makefile @@ -2,7 +2,7 @@ XEN_ROOT=$(CURDIR)/../.. include $(XEN_ROOT)/tools/Rules.mk # xenpaging.c and file_ops.c incorrectly use libxc internals -CFLAGS += $(CFLAGS_libxentoollog) $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) $(CFLAGS_libxenstore) $(PTHREAD_CFLAGS) -I$(XEN_ROOT)/tools/libxc +CFLAGS += $(CFLAGS_libxentoollog) $(CFLAGS_libxenevtchn) $(CFLAGS_libxenctrl) $(CFLAGS_libxenstore) $(PTHREAD_CFLAGS) -I$(XEN_ROOT)/tools/libxc $(CFLAGS_libxencall) LDLIBS += $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(LDLIBS_libxenstore) $(PTHREAD_LIBS) LDFLAGS += $(PTHREAD_LDFLAGS) -- 2.1.4 _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From xen-devel-bounces@lists.xen.org Wed Dec 16 12:31:54 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 16 Dec 2015 12:31:54 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9BFJ-00062r-Tk; Wed, 16 Dec 2015 12:31:53 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9BFH-0005y7-49 for xen-devel@lists.xen.org; Wed, 16 Dec 2015 12:31:51 +0000 Received: from [85.158.139.211] by server-4.bemta-5.messagelabs.com id D5/85-24856-6B951765; Wed, 16 Dec 2015 12:31:50 +0000 X-Env-Sender: prvs=7850b204e=Ian.Campbell@citrix.com X-Msg-Ref: server-9.tower-206.messagelabs.com!1450269107!11107073!1 X-Originating-IP: [66.165.176.89] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogNjYuMTY1LjE3Ni44OSA9PiAyMDMwMDc=\n, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 56760 invoked from network); 16 Dec 2015 12:31:48 -0000 Received: from smtp.citrix.com (HELO SMTP.CITRIX.COM) (66.165.176.89) by server-9.tower-206.messagelabs.com with RC4-SHA encrypted SMTP; 16 Dec 2015 12:31:48 -0000 X-IronPort-AV: E=Sophos;i="5.20,436,1444694400"; d="scan'208";a="319670220" From: Ian Campbell To: , , Date: Wed, 16 Dec 2015 12:31:14 +0000 Message-ID: <1450269096-27598-8-git-send-email-ian.campbell@citrix.com> X-Mailer: git-send-email 2.1.4 In-Reply-To: <1450269096-27598-1-git-send-email-ian.campbell@citrix.com> References: <1450269007.4053.48.camel@citrix.com> <1450269096-27598-1-git-send-email-ian.campbell@citrix.com> MIME-Version: 1.0 X-DLP: MIA1 Cc: Ian Campbell Subject: [Xen-devel] [PATCH XEN v7 07/29] tools: Refactor /dev/xen/gnt{dev, shr} wrappers into libxengnttab. X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org libxengnttab will provide a stable API and ABI for accessing the grant table devices. The functions are moved into the xengnt{tab,shr} namespace to make a clean break from libxc and avoid ambiguity regarding which interfaces are stable. All in-tree users are updated to use the new names. Upon request (via #define XC_WANT_COMPAT_GNTTAB_API) libxenctrl will provide a compat API for the old names. This is used by qemu-xen for the time being. qemu-xen-traditional is updated in lockstep. This leaves a few grant table related functions which go via privcmd (EVTCHNOP) rather than ioctls on the /dev/xen/gnt* devices in libxenctrl. Specifically: - xc_gnttab_get_version - xc_gnttab_map_table_v1 - xc_gnttab_map_table_v2 - xc_gnttab_op These functions do not appear to be needed by qemu-dm, qemu-pv (provision of device model to HVM guests and PV backends respectively) or by libvchan suggesting they are not needed by non-toolstack uses of event channels. The new library uses a version script to ensure that only expected symbols are exported and to version them such that ABI guarantees can be kept in the future. After this change libxenvchan no longer needs to link against libxenctrl. It still needs xenctrl.h in one file for xen_mb and friends. Signed-off-by: Ian Campbell Acked-by: Wei Liu --- Must be applied with: - "qemu-xen-traditional: Use libxengnttab" and a corresponding QEMU_TAG update folded here. - "mini-os: Include libxengnttab with libxc"" and a corresponding bump to MINIOS_UPSTREAM_REVISION folded in here. v3: - Remove SHLIB_libxenctrl from SHDEPS_libxenvchan, and replace with SHLIB_libxentoollog. - Move to tools/libs/gnttab - Adjust for rebase over 31cf2ca75181 "tools/libxc: linux: Don't use getpagesize() when unmapping the grants" v5: Allow _close(NULL). v6: The extensive API document updates from the previous round of review have been implemented in "tools/libs/gnttab: Extensive updates to API documentation." later in the series, so as not to add further functional changes than already required to this refactoring patch. v7: Added mk-headers-$(XEN_TARGET_ARCH) build dependency instead of open coding the recursion. s/gnttab_munmap/gnttab_unmap/ and s/gntshr_munmap/gntshr_unshare/ in the API and equivalents in the internals/osdeps etc. --- .gitignore | 2 + stubdom/Makefile | 17 +- tools/Makefile | 3 + tools/Rules.mk | 14 +- tools/console/Makefile | 5 +- tools/console/daemon/io.c | 21 +- tools/libs/Makefile | 1 + tools/libs/evtchn/minios.c | 5 +- tools/libs/gnttab/Makefile | 69 +++++ tools/libs/gnttab/gntshr_core.c | 95 ++++++ .../xc_nognttab.c => libs/gnttab/gntshr_unimp.c} | 34 ++- tools/libs/gnttab/gnttab_core.c | 124 ++++++++ tools/libs/gnttab/gnttab_unimp.c | 89 ++++++ tools/libs/gnttab/include/xengnttab.h | 216 ++++++++++++++ tools/libs/gnttab/libxengnttab.map | 23 ++ tools/libs/gnttab/linux.c | 329 +++++++++++++++++++++ tools/libs/gnttab/minios.c | 117 ++++++++ tools/libs/gnttab/private.h | 47 +++ tools/libvchan/Makefile | 8 +- tools/libvchan/init.c | 26 +- tools/libvchan/io.c | 8 +- tools/libvchan/libxenvchan.h | 6 +- tools/libxc/Makefile | 15 +- tools/libxc/include/xenctrl.h | 168 ----------- tools/libxc/include/xenctrl_compat.h | 48 +++ tools/libxc/xc_gnttab.c | 53 ---- tools/libxc/xc_gnttab_compat.c | 111 +++++++ tools/libxc/xc_linux_osdep.c | 280 ------------------ tools/libxc/xc_minios.c | 73 ----- tools/libxc/xc_nogntshr.c | 46 --- tools/libxc/xc_private.c | 80 ----- tools/libxc/xc_private.h | 24 -- tools/xenstore/Makefile | 4 +- tools/xenstore/xenstored_core.h | 4 +- tools/xenstore/xenstored_domain.c | 24 +- tools/xenstore/xenstored_minios.c | 5 +- 36 files changed, 1393 insertions(+), 801 deletions(-) create mode 100644 tools/libs/gnttab/Makefile create mode 100644 tools/libs/gnttab/gntshr_core.c rename tools/{libxc/xc_nognttab.c => libs/gnttab/gntshr_unimp.c} (52%) create mode 100644 tools/libs/gnttab/gnttab_core.c create mode 100644 tools/libs/gnttab/gnttab_unimp.c create mode 100644 tools/libs/gnttab/include/xengnttab.h create mode 100644 tools/libs/gnttab/libxengnttab.map create mode 100644 tools/libs/gnttab/linux.c create mode 100644 tools/libs/gnttab/minios.c create mode 100644 tools/libs/gnttab/private.h create mode 100644 tools/libxc/xc_gnttab_compat.c delete mode 100644 tools/libxc/xc_nogntshr.c diff --git a/.gitignore b/.gitignore index b34dc3c..9241c54 100644 --- a/.gitignore +++ b/.gitignore @@ -60,6 +60,7 @@ stubdom/ioemu stubdom/xenstore stubdom/libxentoollog-* stubdom/libxenevtchn-* +stubdom/libxengnttab-* stubdom/libxc-* stubdom/lwip-* stubdom/mini-os-* @@ -88,6 +89,7 @@ config/Stubdom.mk config/Docs.mk tools/libs/toollog/headers.chk tools/libs/evtchn/headers.chk +tools/libs/gnttab/headers.chk tools/blktap2/daemon/blktapctrl tools/blktap2/drivers/img2qcow tools/blktap2/drivers/lock-util diff --git a/stubdom/Makefile b/stubdom/Makefile index 702d66b..2dbf4a8 100644 --- a/stubdom/Makefile +++ b/stubdom/Makefile @@ -325,6 +325,12 @@ mk-headers-$(XEN_TARGET_ARCH): $(IOEMU_LINKFARM_TARGET) ln -sf $(XEN_ROOT)/tools/libs/evtchn/include/*.h include/ && \ ln -sf $(XEN_ROOT)/tools/libs/evtchn/*.c . && \ ln -sf $(XEN_ROOT)/tools/libs/evtchn/Makefile . ) + mkdir -p libs-$(XEN_TARGET_ARCH)/gnttab/include + [ -h libs-$(XEN_TARGET_ARCH)/gnttab/Makefile ] || ( cd libs-$(XEN_TARGET_ARCH)/gnttab && \ + ln -sf $(XEN_ROOT)/tools/libs/gnttab/*.h . && \ + ln -sf $(XEN_ROOT)/tools/libs/gnttab/include/*.h include/ && \ + ln -sf $(XEN_ROOT)/tools/libs/gnttab/*.c . && \ + ln -sf $(XEN_ROOT)/tools/libs/gnttab/Makefile . ) mkdir -p libxc-$(XEN_TARGET_ARCH) [ -h libxc-$(XEN_TARGET_ARCH)/Makefile ] || ( cd libxc-$(XEN_TARGET_ARCH) && \ ln -sf $(XEN_ROOT)/tools/libxc/*.h . && \ @@ -366,12 +372,21 @@ libs-$(XEN_TARGET_ARCH)/evtchn/libxenevtchn.a: mk-headers-$(XEN_TARGET_ARCH) $(N CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= -C libs-$(XEN_TARGET_ARCH)/evtchn ####### +# libxengnttab +####### + +.PHONY: libxengnttab +libxengnttab: libs-$(XEN_TARGET_ARCH)/gnttab/libxengnttab.a +libs-$(XEN_TARGET_ARCH)/gnttab/libxengnttab.a: mk-headers-$(XEN_TARGET_ARCH) $(NEWLIB_STAMPFILE) + CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= -C libs-$(XEN_TARGET_ARCH)/gnttab + +####### # libxc ####### .PHONY: libxc libxc: libxc-$(XEN_TARGET_ARCH)/libxenctrl.a libxc-$(XEN_TARGET_ARCH)/libxenguest.a -libxc-$(XEN_TARGET_ARCH)/libxenctrl.a: mk-headers-$(XEN_TARGET_ARCH) libxentoollog libxenevtchn cross-zlib +libxc-$(XEN_TARGET_ARCH)/libxenctrl.a: mk-headers-$(XEN_TARGET_ARCH) libxentoollog libxenevtchn libxengnttab cross-zlib CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= CONFIG_LIBXC_MINIOS=y -C libxc-$(XEN_TARGET_ARCH) libxc-$(XEN_TARGET_ARCH)/libxenguest.a: libxc-$(XEN_TARGET_ARCH)/libxenctrl.a diff --git a/tools/Makefile b/tools/Makefile index 99e016a..f373e71 100644 --- a/tools/Makefile +++ b/tools/Makefile @@ -249,9 +249,11 @@ subdir-all-qemu-xen-dir: qemu-xen-dir-find --includedir=$(LIBEXEC_INC) \ --source-path=$$source \ --extra-cflags="-DXC_WANT_COMPAT_EVTCHN_API=1 \ + -DXC_WANT_COMPAT_GNTTAB_API=1 \ -I$(XEN_ROOT)/tools/include \ -I$(XEN_ROOT)/tools/libs/toollog/include \ -I$(XEN_ROOT)/tools/libs/evtchn/include \ + -I$(XEN_ROOT)/tools/libs/gnttab/include \ -I$(XEN_ROOT)/tools/libxc/include \ -I$(XEN_ROOT)/tools/xenstore/include \ -I$(XEN_ROOT)/tools/xenstore/compat/include \ @@ -260,6 +262,7 @@ subdir-all-qemu-xen-dir: qemu-xen-dir-find -L$(XEN_ROOT)/tools/xenstore \ -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/toollog \ -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/evtchn \ + -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/gnttab \ $(QEMU_UPSTREAM_RPATH)" \ --bindir=$(LIBEXEC_BIN) \ --datadir=$(SHAREDIR)/qemu-xen \ diff --git a/tools/Rules.mk b/tools/Rules.mk index 0c83e22..379990f 100644 --- a/tools/Rules.mk +++ b/tools/Rules.mk @@ -12,6 +12,7 @@ INSTALL = $(XEN_ROOT)/tools/cross-install XEN_INCLUDE = $(XEN_ROOT)/tools/include XEN_LIBXENTOOLLOG = $(XEN_ROOT)/tools/libs/toollog XEN_LIBXENEVTCHN = $(XEN_ROOT)/tools/libs/evtchn +XEN_LIBXENGNTTAB = $(XEN_ROOT)/tools/libs/gnttab XEN_LIBXC = $(XEN_ROOT)/tools/libxc XEN_XENLIGHT = $(XEN_ROOT)/tools/libxl XEN_XENSTORE = $(XEN_ROOT)/tools/xenstore @@ -88,8 +89,17 @@ SHDEPS_libxenevtchn = LDLIBS_libxenevtchn = $(XEN_LIBXENEVTCHN)/libxenevtchn$(libextension) SHLIB_libxenevtchn = -Wl,-rpath-link=$(XEN_LIBXENEVTCHN) +CFLAGS_libxengnttab = -I$(XEN_LIBXENGNTTAB)/include $(CFLAGS_xeninclude) +LDLIBS_libxengnttab = $(XEN_LIBXENGNTTAB)/libxengnttab$(libextension) +SHLIB_libxengnttab = -Wl,-rpath-link=$(XEN_LIBXENGNTTAB) + +# xengntshr_* interfaces are actually part of libxengnttab.so +CFLAGS_libxengntshr = -I$(XEN_LIBXENGNTTAB)/include $(CFLAGS_xeninclude) +LDLIBS_libxengntshr = $(XEN_LIBXENGNTTAB)/libxengnttab$(libextension) +SHLIB_libxengntshr = -Wl,-rpath-link=$(XEN_LIBXENGNTTAB) + CFLAGS_libxenctrl = -I$(XEN_LIBXC)/include $(CFLAGS_libxentoollog) $(CFLAGS_xeninclude) -SHDEPS_libxenctrl = $(SHLIB_libxentoollog) $(SHLIB_libxenevtchn) +SHDEPS_libxenctrl = $(SHLIB_libxentoollog) $(SHLIB_libxenevtchn) $(SHLIB_libxengnttab) $(SHLIB_libxengntshr) LDLIBS_libxenctrl = $(SHDEPS_libxenctrl) $(XEN_LIBXC)/libxenctrl$(libextension) SHLIB_libxenctrl = $(SHDEPS_libxenctrl) -Wl,-rpath-link=$(XEN_LIBXC) @@ -109,7 +119,7 @@ LDLIBS_libxenstat = $(SHDEPS_libxenstat) $(XEN_LIBXENSTAT)/libxenstat$(libexten SHLIB_libxenstat = $(SHDEPS_libxenstat) -Wl,-rpath-link=$(XEN_LIBXENSTAT) CFLAGS_libxenvchan = -I$(XEN_LIBVCHAN) -SHDEPS_libxenvchan = $(SHLIB_libxenctrl) $(SHLIB_libxenstore) $(SHLIB_libxenevtchn) +SHDEPS_libxenvchan = $(SHLIB_libxentoollog) $(SHLIB_libxenstore) $(SHLIB_libxenevtchn) $(SHLIB_libxengnttab) $(SHLIB_libxengntshr) LDLIBS_libxenvchan = $(SHDEPS_libxenvchan) $(XEN_LIBVCHAN)/libxenvchan$(libextension) SHLIB_libxenvchan = $(SHDEPS_libxenvchan) -Wl,-rpath-link=$(XEN_LIBVCHAN) diff --git a/tools/console/Makefile b/tools/console/Makefile index 4b3a492..6eeac8f 100644 --- a/tools/console/Makefile +++ b/tools/console/Makefile @@ -3,10 +3,8 @@ include $(XEN_ROOT)/tools/Rules.mk CFLAGS += -Werror -CFLAGS += $(CFLAGS_libxenevtchn) CFLAGS += $(CFLAGS_libxenctrl) CFLAGS += $(CFLAGS_libxenstore) -LDLIBS += $(LDLIBS_libxenevtchn) LDLIBS += $(LDLIBS_libxenctrl) LDLIBS += $(LDLIBS_libxenstore) LDLIBS += $(SOCKET_LIBS) @@ -28,8 +26,9 @@ clean: .PHONY: distclean distclean: clean +daemon/io.o: CFLAGS += $(CFLAGS_libxenevtchn) $(CFLAGS_libxengnttab) xenconsoled: $(patsubst %.c,%.o,$(wildcard daemon/*.c)) - $(CC) $(LDFLAGS) $^ -o $@ $(LDLIBS) $(LDLIBS_xenconsoled) $(APPEND_LDFLAGS) + $(CC) $(LDFLAGS) $^ -o $@ $(LDLIBS) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_xenconsoled) $(APPEND_LDFLAGS) xenconsole: client/_paths.h $(patsubst %.c,%.o,$(wildcard client/*.c)) $(CC) $(LDFLAGS) $^ -o $@ $(LDLIBS) $(LDLIBS_xenconsole) $(APPEND_LDFLAGS) diff --git a/tools/console/daemon/io.c b/tools/console/daemon/io.c index 2f2e9c5..e2e7a6b 100644 --- a/tools/console/daemon/io.c +++ b/tools/console/daemon/io.c @@ -22,6 +22,7 @@ #include "utils.h" #include "io.h" #include +#include #include #include #include @@ -72,7 +73,7 @@ static int log_time_hv_needts = 1; static int log_time_guest_needts = 1; static int log_hv_fd = -1; -static xc_gnttab *xcg_handle = NULL; +static xengnttab_handle *xgt_handle = NULL; static struct pollfd *fds; static unsigned int current_array_size; @@ -520,8 +521,8 @@ static void domain_unmap_interface(struct domain *dom) { if (dom->interface == NULL) return; - if (xcg_handle && dom->ring_ref == -1) - xc_gnttab_munmap(xcg_handle, dom->interface, 1); + if (xgt_handle && dom->ring_ref == -1) + xengnttab_unmap(xgt_handle, dom->interface, 1); else munmap(dom->interface, XC_PAGE_SIZE); dom->interface = NULL; @@ -552,9 +553,9 @@ static int domain_create_ring(struct domain *dom) if (ring_ref != dom->ring_ref && dom->ring_ref != -1) domain_unmap_interface(dom); - if (!dom->interface && xcg_handle) { + if (!dom->interface && xgt_handle) { /* Prefer using grant table */ - dom->interface = xc_gnttab_map_grant_ref(xcg_handle, + dom->interface = xengnttab_map_grant_ref(xgt_handle, dom->domid, GNTTAB_RESERVED_CONSOLE, PROT_READ|PROT_WRITE); dom->ring_ref = -1; @@ -1029,8 +1030,8 @@ void handle_io(void) handle_hv_logs(xce_handle, true); } - xcg_handle = xc_gnttab_open(NULL, 0); - if (xcg_handle == NULL) { + xgt_handle = xengnttab_open(NULL, 0); + if (xgt_handle == NULL) { dolog(LOG_DEBUG, "Failed to open xcg handle: %d (%s)", errno, strerror(errno)); } @@ -1206,9 +1207,9 @@ void handle_io(void) xenevtchn_close(xce_handle); xce_handle = NULL; } - if (xcg_handle != NULL) { - xc_gnttab_close(xcg_handle); - xcg_handle = NULL; + if (xgt_handle != NULL) { + xengnttab_close(xgt_handle); + xgt_handle = NULL; } log_hv_evtchn = -1; } diff --git a/tools/libs/Makefile b/tools/libs/Makefile index 0e3f523..00156ae 100644 --- a/tools/libs/Makefile +++ b/tools/libs/Makefile @@ -4,5 +4,6 @@ include $(XEN_ROOT)/tools/Rules.mk SUBDIRS-y := SUBDIRS-y += toollog SUBDIRS-y += evtchn +SUBDIRS-y += gnttab all clean install distclean: %: subdirs-% diff --git a/tools/libs/evtchn/minios.c b/tools/libs/evtchn/minios.c index fb913a2..b839cd0 100644 --- a/tools/libs/evtchn/minios.c +++ b/tools/libs/evtchn/minios.c @@ -27,13 +27,12 @@ #include #include -#include - #include #include #include #include #include +#include #include #include @@ -43,8 +42,6 @@ extern void minios_evtchn_close_fd(int fd); extern struct wait_queue_head event_queue; -//void minios_evtchn_close_fd(int fd); - /* XXX Note: This is not threadsafe */ static struct evtchn_port_info* port_alloc(int fd) { struct evtchn_port_info *port_info; diff --git a/tools/libs/gnttab/Makefile b/tools/libs/gnttab/Makefile new file mode 100644 index 0000000..53ba960 --- /dev/null +++ b/tools/libs/gnttab/Makefile @@ -0,0 +1,69 @@ +XEN_ROOT = $(CURDIR)/../../.. +include $(XEN_ROOT)/tools/Rules.mk + +MAJOR = 1 +MINOR = 0 +SHLIB_LDFLAGS += -Wl,--version-script=libxengnttab.map + +CFLAGS += -Werror -Wmissing-prototypes +CFLAGS += -I./include $(CFLAGS_xeninclude) +CFLAGS += $(CFLAGS_libxentoollog) + +SRCS-GNTTAB += gnttab_core.c +SRCS-GNTSHR += gntshr_core.c + +SRCS-$(CONFIG_Linux) += $(SRCS-GNTTAB) $(SRCS-GNTSHR) linux.c +SRCS-$(CONFIG_MiniOS) += $(SRCS-GNTTAB) gntshr_unimp.c minios.c +SRCS-$(CONFIG_FreeBSD) += gnttab_unimp.c gntshr_unimp.c +SRCS-$(CONFIG_SunOS) += gnttab_unimp.c gntshr_unimp.c +SRCS-$(CONFIG_NetBSD) += gnttab_unimp.c gntshr_unimp.c + +LIB_OBJS := $(patsubst %.c,%.o,$(SRCS-y)) +PIC_OBJS := $(patsubst %.c,%.opic,$(SRCS-y)) + +LIB := libxengnttab.a +ifneq ($(nosharedlibs),y) +LIB += libxengnttab.so +endif + +.PHONY: all +all: build + +.PHONY: build +build: + $(MAKE) libs + +.PHONY: libs +libs: headers.chk $(LIB) + +headers.chk: $(wildcard include/*.h) + +libxengnttab.a: $(LIB_OBJS) + $(AR) rc $@ $^ + +libxengnttab.so: libxengnttab.so.$(MAJOR) + $(SYMLINK_SHLIB) $< $@ +libxengnttab.so.$(MAJOR): libxengnttab.so.$(MAJOR).$(MINOR) + $(SYMLINK_SHLIB) $< $@ + +libxengnttab.so.$(MAJOR).$(MINOR): $(PIC_OBJS) libxengnttab.map + $(CC) $(LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxengnttab.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $(PIC_OBJS) $(LDLIBS_libxentoollog) $(APPEND_LDFLAGS) + +.PHONY: install +install: build + $(INSTALL_DIR) $(DESTDIR)$(libdir) + $(INSTALL_DIR) $(DESTDIR)$(includedir) + $(INSTALL_SHLIB) libxengnttab.so.$(MAJOR).$(MINOR) $(DESTDIR)$(libdir) + $(INSTALL_DATA) libxengnttab.a $(DESTDIR)$(libdir) + $(SYMLINK_SHLIB) libxengnttab.so.$(MAJOR).$(MINOR) $(DESTDIR)$(libdir)/libxengnttab.so.$(MAJOR) + $(SYMLINK_SHLIB) libxengnttab.so.$(MAJOR) $(DESTDIR)$(libdir)/libxengnttab.so + $(INSTALL_DATA) include/xengnttab.h $(DESTDIR)$(includedir) + +.PHONY: TAGS +TAGS: + etags -t *.c *.h + +.PHONY: clean +clean: + rm -rf *.rpm $(LIB) *~ $(DEPS) $(LIB_OBJS) $(PIC_OBJS) + rm -f headers.chk diff --git a/tools/libs/gnttab/gntshr_core.c b/tools/libs/gnttab/gntshr_core.c new file mode 100644 index 0000000..7f6bf9d --- /dev/null +++ b/tools/libs/gnttab/gntshr_core.c @@ -0,0 +1,95 @@ +/****************************************************************************** + * + * Copyright (c) 2007-2008, D G Murray + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_gnttab.c + */ + +#include + +#include "private.h" + +xengntshr_handle *xengntshr_open(xentoollog_logger *logger, unsigned open_flags) +{ + xengntshr_handle *xgs = malloc(sizeof(*xgs)); + int rc; + + if (!xgs) return NULL; + + xgs->fd = -1; + xgs->logger = logger; + xgs->logger_tofree = NULL; + + if (!xgs->logger) { + xgs->logger = xgs->logger_tofree = + (xentoollog_logger*) + xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); + if (!xgs->logger) goto err; + } + + rc = osdep_gntshr_open(xgs); + if ( rc < 0 ) goto err; + + return xgs; + +err: + osdep_gntshr_close(xgs); + xtl_logger_destroy(xgs->logger_tofree); + free(xgs); + return NULL; +} + +int xengntshr_close(xengntshr_handle *xgs) +{ + int rc; + + if ( !xgs ) + return 0; + + rc = osdep_gntshr_close(xgs); + xtl_logger_destroy(xgs->logger_tofree); + free(xgs); + return rc; +} +void *xengntshr_share_pages(xengntshr_handle *xcg, uint32_t domid, + int count, uint32_t *refs, int writable) +{ + return osdep_gntshr_share_pages(xcg, domid, count, refs, writable, -1, -1); +} + +void *xengntshr_share_page_notify(xengntshr_handle *xcg, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + return osdep_gntshr_share_pages(xcg, domid, 1, ref, writable, + notify_offset, notify_port); +} + +int xengntshr_unshare(xengntshr_handle *xgs, void *start_address, uint32_t count) +{ + return osdep_gntshr_unshare(xgs, start_address, count); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libxc/xc_nognttab.c b/tools/libs/gnttab/gntshr_unimp.c similarity index 52% rename from tools/libxc/xc_nognttab.c rename to tools/libs/gnttab/gntshr_unimp.c index e8a0fcb..e210484 100644 --- a/tools/libxc/xc_nognttab.c +++ b/tools/libs/gnttab/gntshr_unimp.c @@ -14,37 +14,49 @@ * * You should have received a copy of the GNU Lesser General Public * License along with this library; If not, see . + * + * Split out from xc_gnttab.c */ #include -#include "xc_private.h" +#include "private.h" -int osdep_gnttab_open(xc_gnttab *xgt) +xengntshr_handle *xengntshr_open(xentoollog_logger *logger, unsigned open_flags) { - return -1; + return NULL; } -int osdep_gnttab_close(xc_gnttab *xgt) +int xengntshr_close(xengntshr_handle *xgs) { return 0; } -int xc_gnttab_set_max_grants(xc_gnttab *xgt, uint32_t count) +void *xengntshr_share_pages(xengntshr_handle *xcg, uint32_t domid, + int count, uint32_t *refs, int writable) { abort(); } -void *osdep_gnttab_grant_map(xc_gnttab *xgt, - uint32_t count, int flags, int prot, - uint32_t *domids, uint32_t *refs, - uint32_t notify_offset, - evtchn_port_t notify_port) +void *xengntshr_share_page_notify(xengntshr_handle *xcg, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port) { abort(); } -int xc_gnttab_munmap(xc_gnttab *xgt, void *start_address, uint32_t count) +int xengntshr_unshare(xengntshr_handle *xgs, void *start_address, uint32_t count) { abort(); } + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/gnttab_core.c b/tools/libs/gnttab/gnttab_core.c new file mode 100644 index 0000000..5d0474d --- /dev/null +++ b/tools/libs/gnttab/gnttab_core.c @@ -0,0 +1,124 @@ +/****************************************************************************** + * + * Copyright (c) 2007-2008, D G Murray + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_gnttab.c + */ + +#include + +#include "private.h" + +xengnttab_handle *xengnttab_open(xentoollog_logger *logger, unsigned open_flags) +{ + xengnttab_handle *xgt = malloc(sizeof(*xgt)); + int rc; + + if (!xgt) return NULL; + + xgt->fd = -1; + xgt->logger = logger; + xgt->logger_tofree = NULL; + + if (!xgt->logger) { + xgt->logger = xgt->logger_tofree = + (xentoollog_logger*) + xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); + if (!xgt->logger) goto err; + } + + rc = osdep_gnttab_open(xgt); + if ( rc < 0 ) goto err; + + return xgt; + +err: + osdep_gnttab_close(xgt); + xtl_logger_destroy(xgt->logger_tofree); + free(xgt); + return NULL; +} + +int xengnttab_close(xengnttab_handle *xgt) +{ + int rc; + + if ( !xgt ) + return 0; + + rc = osdep_gnttab_close(xgt); + xtl_logger_destroy(xgt->logger_tofree); + free(xgt); + return rc; +} + +int xengnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count) +{ + return osdep_gnttab_set_max_grants(xgt, count); +} + +void *xengnttab_map_grant_ref(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot) +{ + return osdep_gnttab_grant_map(xgt, 1, 0, prot, &domid, &ref, -1, -1); +} + +void *xengnttab_map_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot) +{ + return osdep_gnttab_grant_map(xgt, count, 0, prot, domids, refs, -1, -1); +} + +void *xengnttab_map_domain_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot) +{ + return osdep_gnttab_grant_map(xgt, count, XENGNTTAB_GRANT_MAP_SINGLE_DOMAIN, + prot, &domid, refs, -1, -1); +} + +void *xengnttab_map_grant_ref_notify(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + return osdep_gnttab_grant_map(xgt, 1, 0, prot, &domid, &ref, + notify_offset, notify_port); +} + +int xengnttab_unmap(xengnttab_handle *xgt, void *start_address, uint32_t count) +{ + return osdep_gnttab_unmap(xgt, start_address, count); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/gnttab_unimp.c b/tools/libs/gnttab/gnttab_unimp.c new file mode 100644 index 0000000..b3a4a20 --- /dev/null +++ b/tools/libs/gnttab/gnttab_unimp.c @@ -0,0 +1,89 @@ +/****************************************************************************** + * + * Copyright (c) 2007-2008, D G Murray + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_gnttab.c + */ + +#include + +#include "private.h" + +xengnttab_handle *xengnttab_open(xentoollog_logger *logger, unsigned open_flags) +{ + return NULL; +} + +int xengnttab_close(xengnttab_handle *xgt) +{ + return 0; +} + +int xengnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count) +{ + abort(); +} + +void *xengnttab_map_grant_ref(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot) +{ + abort(); +} + +void *xengnttab_map_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot) +{ + abort(); +} + +void *xengnttab_map_domain_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot) +{ + abort(); +} + +void *xengnttab_map_grant_ref_notify(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + abort(); +} + +int xengnttab_unmap(xengnttab_handle *xgt, void *start_address, uint32_t count) +{ + abort(); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/include/xengnttab.h b/tools/libs/gnttab/include/xengnttab.h new file mode 100644 index 0000000..700a5f1 --- /dev/null +++ b/tools/libs/gnttab/include/xengnttab.h @@ -0,0 +1,216 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split off from: + * xenctrl.h + * + * A library for low-level access to the Xen control interfaces. + * + * Copyright (c) 2007-2008, D G Murray + */ +#ifndef XENGNTTAB_H +#define XENGNTTAB_H + +#include + +#include +#include + +/* Callers who don't care don't need to #include */ +typedef struct xentoollog_logger xentoollog_logger; + +/* + * Grant Table Interface (making use of grants from other domains) + */ + +typedef struct xengntdev_handle xengnttab_handle; + +/* + * Note: + * After fork a child process must not use any opened xc gnttab + * handle inherited from their parent. They must open a new handle if + * they want to interact with xc. + * + * Return an fd onto the grant table driver. Logs errors. + */ +xengnttab_handle *xengnttab_open(xentoollog_logger *logger, unsigned open_flags); + +/* + * Close a handle previously allocated with xengnttab_open(). + * Never logs errors. + */ +int xengnttab_close(xengnttab_handle *xgt); + +/* + * Memory maps a grant reference from one domain to a local address range. + * Mappings should be unmapped with xengnttab_unmap. Logs errors. + * + * @parm xgt a handle on an open grant table interface + * @parm domid the domain to map memory from + * @parm ref the grant reference ID to map + * @parm prot same flag as in mmap() + */ +void *xengnttab_map_grant_ref(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot); + +/** + * Memory maps one or more grant references from one or more domains to a + * contiguous local address range. Mappings should be unmapped with + * xengnttab_unmap. Logs errors. + * + * @parm xgt a handle on an open grant table interface + * @parm count the number of grant references to be mapped + * @parm domids an array of @count domain IDs by which the corresponding @refs + * were granted + * @parm refs an array of @count grant references to be mapped + * @parm prot same flag as in mmap() + */ +void *xengnttab_map_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot); + +/** + * Memory maps one or more grant references from one domain to a + * contiguous local address range. Mappings should be unmapped with + * xengnttab_unmap. Logs errors. + * + * @parm xgt a handle on an open grant table interface + * @parm count the number of grant references to be mapped + * @parm domid the domain to map memory from + * @parm refs an array of @count grant references to be mapped + * @parm prot same flag as in mmap() + */ +void *xengnttab_map_domain_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot); + +/** + * Memory maps a grant reference from one domain to a local address range. + * Mappings should be unmapped with xengnttab_unmap. If notify_offset or + * notify_port are not -1, this version will attempt to set up an unmap + * notification at the given offset and event channel. When the page is + * unmapped, the byte at the given offset will be zeroed and a wakeup will be + * sent to the given event channel. Logs errors. + * + * @parm xgt a handle on an open grant table interface + * @parm domid the domain to map memory from + * @parm ref the grant reference ID to map + * @parm prot same flag as in mmap() + * @parm notify_offset The byte offset in the page to use for unmap + * notification; -1 for none. + * @parm notify_port The event channel port to use for unmap notify, or -1 + */ +void *xengnttab_map_grant_ref_notify(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port); + +/* + * Unmaps the @count pages starting at @start_address, which were mapped by a + * call to xengnttab_map_grant_ref or xengnttab_map_grant_refs. Never logs. + */ +int xengnttab_unmap(xengnttab_handle *xgt, void *start_address, uint32_t count); + +/* + * Sets the maximum number of grants that may be mapped by the given instance + * to @count. Never logs. + * + * N.B. This function must be called after opening the handle, and before any + * other functions are invoked on it. + * + * N.B. When variable-length grants are mapped, fragmentation may be observed, + * and it may not be possible to satisfy requests up to the maximum number + * of grants. + */ +int xengnttab_set_max_grants(xengnttab_handle *xgt, + uint32_t count); + +/* + * Grant Sharing Interface (allocating and granting pages) + */ + +typedef struct xengntdev_handle xengntshr_handle; + +/* + * Return an fd onto the grant sharing driver. Logs errors. + * + * Note: + * After fork a child process must not use any opened xc gntshr + * handle inherited from their parent. They must open a new handle if + * they want to interact with xc. + * + */ +xengntshr_handle *xengntshr_open(xentoollog_logger *logger, + unsigned open_flags); + +/* + * Close a handle previously allocated with xengntshr_open(). + * Never logs errors. + */ +int xengntshr_close(xengntshr_handle *xgs); + +/* + * Creates and shares pages with another domain. + * + * @parm xgs a handle to an open grant sharing instance + * @parm domid the domain to share memory with + * @parm count the number of pages to share + * @parm refs the grant references of the pages (output) + * @parm writable true if the other domain can write to the pages + * @return local mapping of the pages + */ +void *xengntshr_share_pages(xengntshr_handle *xgs, uint32_t domid, + int count, uint32_t *refs, int writable); + +/* + * Creates and shares a page with another domain, with unmap notification. + * + * @parm xgs a handle to an open grant sharing instance + * @parm domid the domain to share memory with + * @parm refs the grant reference of the pages (output) + * @parm writable true if the other domain can write to the page + * @parm notify_offset The byte offset in the page to use for unmap + * notification; -1 for none. + * @parm notify_port The event channel port to use for unmap notify, or -1 + * @return local mapping of the page + */ +void *xengntshr_share_page_notify(xengntshr_handle *xgs, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port); +/* + * Unmaps the @count pages starting at @start_address, which were mapped by a + * call to xengntshr_share_*. Never logs. + */ +int xengntshr_unshare(xengntshr_handle *xgs, void *start_address, uint32_t count); + +#endif + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/libxengnttab.map b/tools/libs/gnttab/libxengnttab.map new file mode 100644 index 0000000..66e8c12 --- /dev/null +++ b/tools/libs/gnttab/libxengnttab.map @@ -0,0 +1,23 @@ +VERS_1.0 { + global: + xengnttab_open; + xengnttab_close; + + xengnttab_set_max_grants; + + xengnttab_map_domain_grant_refs; + xengnttab_map_grant_ref; + xengnttab_map_grant_ref_notify; + xengnttab_map_grant_refs; + + xengnttab_unmap; + + xengntshr_open; + xengntshr_close; + + xengntshr_share_page_notify; + xengntshr_share_pages; + + xengntshr_unshare; + local: *; /* Do not expose anything by default */ +}; diff --git a/tools/libs/gnttab/linux.c b/tools/libs/gnttab/linux.c new file mode 100644 index 0000000..768119a --- /dev/null +++ b/tools/libs/gnttab/linux.c @@ -0,0 +1,329 @@ +/* + * Copyright (c) 2007-2008, D G Murray + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_linux_osdep.c + */ + +#include +#include +#include +#include +#include +#include + +#include +#include + +#include +#include + +#include "private.h" + +#define DEVXEN "/dev/xen/" + +#define ROUNDUP(_x,_w) (((unsigned long)(_x)+(1UL<<(_w))-1) & ~((1UL<<(_w))-1)) + +#define GTERROR(_l, _f...) xtl_log(_l, XTL_ERROR, errno, "gnttab", _f) +#define GSERROR(_l, _f...) xtl_log(_l, XTL_ERROR, errno, "gntshr", _f) + +#define PAGE_SHIFT 12 +#define PAGE_SIZE (1UL << PAGE_SHIFT) +#define PAGE_MASK (~(PAGE_SIZE-1)) + +int osdep_gnttab_open(xengnttab_handle *xgt) +{ + int fd = open(DEVXEN "gntdev", O_RDWR); + if ( fd == -1 ) + return -1; + xgt->fd = fd; + return 0; +} + +int osdep_gnttab_close(xengnttab_handle *xgt) +{ + if ( xgt->fd == -1 ) + return 0; + + return close(xgt->fd); +} + +int osdep_gnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count) +{ + int fd = xgt->fd, rc; + struct ioctl_gntdev_set_max_grants max_grants = { .count = count }; + + rc = ioctl(fd, IOCTL_GNTDEV_SET_MAX_GRANTS, &max_grants); + if (rc) { + /* + * Newer (e.g. pv-ops) kernels don't implement this IOCTL, + * so ignore the resulting specific failure. + */ + if (errno == ENOTTY) + rc = 0; + else + GTERROR(xgt->logger, "ioctl SET_MAX_GRANTS failed"); + } + + return rc; +} + +void *osdep_gnttab_grant_map(xengnttab_handle *xgt, + uint32_t count, int flags, int prot, + uint32_t *domids, uint32_t *refs, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + int fd = xgt->fd; + struct ioctl_gntdev_map_grant_ref *map; + unsigned int map_size = ROUNDUP((sizeof(*map) + (count - 1) * + sizeof(struct ioctl_gntdev_map_grant_ref)), + PAGE_SHIFT); + void *addr = NULL; + int domids_stride = 1; + int i; + + if (flags & XENGNTTAB_GRANT_MAP_SINGLE_DOMAIN) + domids_stride = 0; + + if ( map_size <= PAGE_SIZE ) + map = alloca(sizeof(*map) + + (count - 1) * sizeof(struct ioctl_gntdev_map_grant_ref)); + else + { + map = mmap(NULL, map_size, PROT_READ | PROT_WRITE, + MAP_PRIVATE | MAP_ANON | MAP_POPULATE, -1, 0); + if ( map == MAP_FAILED ) + { + GTERROR(xgt->logger, "mmap of map failed"); + return NULL; + } + } + + for ( i = 0; i < count; i++ ) + { + map->refs[i].domid = domids[i * domids_stride]; + map->refs[i].ref = refs[i]; + } + + map->count = count; + + if ( ioctl(fd, IOCTL_GNTDEV_MAP_GRANT_REF, map) ) { + GTERROR(xgt->logger, "ioctl MAP_GRANT_REF failed"); + goto out; + } + + retry: + addr = mmap(NULL, PAGE_SIZE * count, prot, MAP_SHARED, fd, + map->index); + + if (addr == MAP_FAILED && errno == EAGAIN) + { + /* + * The grant hypercall can return EAGAIN if the granted page is + * swapped out. Since the paging daemon may be in the same domain, the + * hypercall cannot block without causing a deadlock. + * + * Because there are no notificaitons when the page is swapped in, wait + * a bit before retrying, and hope that the page will arrive eventually. + */ + usleep(1000); + goto retry; + } + + if (addr != MAP_FAILED) + { + int rv = 0; + struct ioctl_gntdev_unmap_notify notify; + notify.index = map->index; + notify.action = 0; + if (notify_offset < PAGE_SIZE * count) { + notify.index += notify_offset; + notify.action |= UNMAP_NOTIFY_CLEAR_BYTE; + } + if (notify_port != -1) { + notify.event_channel_port = notify_port; + notify.action |= UNMAP_NOTIFY_SEND_EVENT; + } + if (notify.action) + rv = ioctl(fd, IOCTL_GNTDEV_SET_UNMAP_NOTIFY, ¬ify); + if (rv) { + GTERROR(xgt->logger, "ioctl SET_UNMAP_NOTIFY failed"); + munmap(addr, count * PAGE_SIZE); + addr = MAP_FAILED; + } + } + + if (addr == MAP_FAILED) + { + int saved_errno = errno; + struct ioctl_gntdev_unmap_grant_ref unmap_grant; + + /* Unmap the driver slots used to store the grant information. */ + GTERROR(xgt->logger, "mmap failed"); + unmap_grant.index = map->index; + unmap_grant.count = count; + ioctl(fd, IOCTL_GNTDEV_UNMAP_GRANT_REF, &unmap_grant); + errno = saved_errno; + addr = NULL; + } + + out: + if ( map_size > PAGE_SIZE ) + munmap(map, map_size); + + return addr; +} + +int osdep_gnttab_unmap(xengnttab_handle *xgt, + void *start_address, + uint32_t count) +{ + int fd = xgt->fd; + struct ioctl_gntdev_get_offset_for_vaddr get_offset; + struct ioctl_gntdev_unmap_grant_ref unmap_grant; + int rc; + + if ( start_address == NULL ) + { + errno = EINVAL; + return -1; + } + + /* First, it is necessary to get the offset which was initially used to + * mmap() the pages. + */ + get_offset.vaddr = (unsigned long)start_address; + if ( (rc = ioctl(fd, IOCTL_GNTDEV_GET_OFFSET_FOR_VADDR, + &get_offset)) ) + return rc; + + if ( get_offset.count != count ) + { + errno = EINVAL; + return -1; + } + + /* Next, unmap the memory. */ + if ( (rc = munmap(start_address, count * PAGE_SIZE)) ) + return rc; + + /* Finally, unmap the driver slots used to store the grant information. */ + unmap_grant.index = get_offset.offset; + unmap_grant.count = count; + if ( (rc = ioctl(fd, IOCTL_GNTDEV_UNMAP_GRANT_REF, &unmap_grant)) ) + return rc; + + return 0; +} + +int osdep_gntshr_open(xengntshr_handle *xgs) +{ + int fd = open(DEVXEN "gntalloc", O_RDWR); + if ( fd == -1 ) + return -1; + xgs->fd = fd; + return 0; +} + +int osdep_gntshr_close(xengntshr_handle *xgs) +{ + if ( xgs->fd == -1 ) + return 0; + + return close(xgs->fd); +} + +void *osdep_gntshr_share_pages(xengntshr_handle *xgs, + uint32_t domid, int count, + uint32_t *refs, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + struct ioctl_gntalloc_alloc_gref *gref_info = NULL; + struct ioctl_gntalloc_unmap_notify notify; + struct ioctl_gntalloc_dealloc_gref gref_drop; + int fd = xgs->fd; + int err; + void *area = NULL; + gref_info = malloc(sizeof(*gref_info) + count * sizeof(uint32_t)); + if (!gref_info) + return NULL; + gref_info->domid = domid; + gref_info->flags = writable ? GNTALLOC_FLAG_WRITABLE : 0; + gref_info->count = count; + + err = ioctl(fd, IOCTL_GNTALLOC_ALLOC_GREF, gref_info); + if (err) { + GSERROR(xgs->logger, "ioctl failed"); + goto out; + } + + area = mmap(NULL, count * PAGE_SIZE, PROT_READ | PROT_WRITE, + MAP_SHARED, fd, gref_info->index); + + if (area == MAP_FAILED) { + area = NULL; + GSERROR(xgs->logger, "mmap failed"); + goto out_remove_fdmap; + } + + notify.index = gref_info->index; + notify.action = 0; + if (notify_offset < PAGE_SIZE * count) { + notify.index += notify_offset; + notify.action |= UNMAP_NOTIFY_CLEAR_BYTE; + } + if (notify_port != -1) { + notify.event_channel_port = notify_port; + notify.action |= UNMAP_NOTIFY_SEND_EVENT; + } + if (notify.action) + err = ioctl(fd, IOCTL_GNTALLOC_SET_UNMAP_NOTIFY, ¬ify); + if (err) { + GSERROR(xgs->logger, "ioctl SET_UNMAP_NOTIFY failed"); + munmap(area, count * PAGE_SIZE); + area = NULL; + } + + memcpy(refs, gref_info->gref_ids, count * sizeof(uint32_t)); + + out_remove_fdmap: + /* Removing the mapping from the file descriptor does not cause the pages to + * be deallocated until the mapping is removed. + */ + gref_drop.index = gref_info->index; + gref_drop.count = count; + ioctl(fd, IOCTL_GNTALLOC_DEALLOC_GREF, &gref_drop); + out: + free(gref_info); + return area; +} + +int osdep_gntshr_unshare(xengntshr_handle *xgs, + void *start_address, uint32_t count) +{ + return munmap(start_address, count * PAGE_SIZE); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/minios.c b/tools/libs/gnttab/minios.c new file mode 100644 index 0000000..7e04174 --- /dev/null +++ b/tools/libs/gnttab/minios.c @@ -0,0 +1,117 @@ +/* + * + * Copyright 2007-2008 Samuel Thibault . + * All rights reserved. + * Use is subject to license terms. + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Splitfrom xc_minios.c + */ + +#include +#include +#include + +#include +#include + +#include +#include + +#include "private.h" + +void minios_gnttab_close_fd(int fd); + +int osdep_gnttab_open(xengnttab_handle *xgt) +{ + int fd = alloc_fd(FTYPE_GNTMAP); + if ( fd == -1 ) + return -1; + gntmap_init(&files[fd].gntmap); + xgt->fd = fd; + return 0; +} + +int osdep_gnttab_close(xengnttab_handle *xgt) +{ + if ( xgt->fd == -1 ) + return 0; + + return close(xgt->fd); +} + +void minios_gnttab_close_fd(int fd) +{ + gntmap_fini(&files[fd].gntmap); + files[fd].type = FTYPE_NONE; +} + +void *osdep_gnttab_grant_map(xengnttab_handle *xgt, + uint32_t count, int flags, int prot, + uint32_t *domids, uint32_t *refs, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + int fd = xgt->fd; + int stride = 1; + if (flags & XENGNTTAB_GRANT_MAP_SINGLE_DOMAIN) + stride = 0; + if (notify_offset != -1 || notify_port != -1) { + errno = ENOSYS; + return NULL; + } + return gntmap_map_grant_refs(&files[fd].gntmap, + count, domids, stride, + refs, prot & PROT_WRITE); +} + +int osdep_gnttab_unmap(xengnttab_handle *xgt, + void *start_address, + uint32_t count) +{ + int fd = xgt->fd; + int ret; + ret = gntmap_munmap(&files[fd].gntmap, + (unsigned long) start_address, + count); + if (ret < 0) { + errno = -ret; + return -1; + } + return ret; +} + +int osdep_gnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count) +{ + int fd = xgt->fd; + int ret; + ret = gntmap_set_max_grants(&files[fd].gntmap, + count); + if (ret < 0) { + errno = -ret; + return -1; + } + return ret; +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/private.h b/tools/libs/gnttab/private.h new file mode 100644 index 0000000..d286c86 --- /dev/null +++ b/tools/libs/gnttab/private.h @@ -0,0 +1,47 @@ +#ifndef XENGNTTAB_PRIVATE_H +#define XENGNTTAB_PRIVATE_H + +#include +#include + +struct xengntdev_handle { + xentoollog_logger *logger, *logger_tofree; + int fd; +}; + +int osdep_gnttab_open(xengnttab_handle *xgt); +int osdep_gnttab_close(xengnttab_handle *xgt); + +int osdep_gnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count); + +#define XENGNTTAB_GRANT_MAP_SINGLE_DOMAIN 0x1 +void *osdep_gnttab_grant_map(xengnttab_handle *xgt, + uint32_t count, int flags, int prot, + uint32_t *domids, uint32_t *refs, + uint32_t notify_offset, + evtchn_port_t notify_port); +int osdep_gnttab_unmap(xengnttab_handle *xgt, + void *start_address, + uint32_t count); +int osdep_gntshr_open(xengntshr_handle *xgs); +int osdep_gntshr_close(xengntshr_handle *xgs); + +void *osdep_gntshr_share_pages(xengntshr_handle *xgs, + uint32_t domid, int count, + uint32_t *refs, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port); +int osdep_gntshr_unshare(xengntshr_handle *xgs, + void *start_address, uint32_t count); + +#endif + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libvchan/Makefile b/tools/libvchan/Makefile index 84128a3..0573d2f 100644 --- a/tools/libvchan/Makefile +++ b/tools/libvchan/Makefile @@ -10,15 +10,17 @@ NODE_OBJS = node.o NODE2_OBJS = node-select.o LIBVCHAN_PIC_OBJS = $(patsubst %.o,%.opic,$(LIBVCHAN_OBJS)) -LIBVCHAN_LIBS = $(LDLIBS_libxenstore) $(LDLIBS_libxenctrl) $(LDLIBS_libxenevtchn) -$(LIBVCHAN_OBJS) $(LIBVCHAN_PIC_OBJS): CFLAGS += $(CFLAGS_libxenstore) $(CFLAGS_libxenctrl) $(CFLAGS_libxenevtchn) -$(NODE_OBJS) $(NODE2_OBJS): CFLAGS += $(CFLAGS_libxenctrl) $(CFLAGS_libxenevtchn) +LIBVCHAN_LIBS = $(LDLIBS_libxenstore) $(LDLIBS_libxengnttab) $(LDLIBS_libxengntshr) $(LDLIBS_libxenevtchn) +$(LIBVCHAN_OBJS) $(LIBVCHAN_PIC_OBJS): CFLAGS += $(CFLAGS_libxenstore) $(CFLAGS_libxengnttab) $(CFLAGS_libxengntshr) $(CFLAGS_libxenevtchn) +$(NODE_OBJS) $(NODE2_OBJS): CFLAGS += $(CFLAGS_libxengnttab) $(CFLAGS_libxengntshr) $(CFLAGS_libxenevtchn) MAJOR = 1.0 MINOR = 0 CFLAGS += -I../include -I. +io.o io.opic: CFLAGS += $(CFLAGS_libxenctrl) # for xen_mb et al + .PHONY: all all: libxenvchan.so vchan-node1 vchan-node2 libxenvchan.a diff --git a/tools/libvchan/init.c b/tools/libvchan/init.c index 66cb103..91531b9 100644 --- a/tools/libvchan/init.c +++ b/tools/libvchan/init.c @@ -78,7 +78,7 @@ static int init_gnt_srv(struct libxenvchan *ctrl, int domain) uint32_t ring_ref = -1; void *ring; - ring = xc_gntshr_share_page_notify(ctrl->gntshr, domain, + ring = xengntshr_share_page_notify(ctrl->gntshr, domain, &ring_ref, 1, offsetof(struct vchan_interface, srv_live), ctrl->event_port); @@ -104,7 +104,7 @@ static int init_gnt_srv(struct libxenvchan *ctrl, int domain) ctrl->read.buffer = ((void*)ctrl->ring) + LARGE_RING_OFFSET; break; default: - ctrl->read.buffer = xc_gntshr_share_pages(ctrl->gntshr, domain, + ctrl->read.buffer = xengntshr_share_pages(ctrl->gntshr, domain, pages_left, ctrl->ring->grants, 1); if (!ctrl->read.buffer) goto out_ring; @@ -118,7 +118,7 @@ static int init_gnt_srv(struct libxenvchan *ctrl, int domain) ctrl->write.buffer = ((void*)ctrl->ring) + LARGE_RING_OFFSET; break; default: - ctrl->write.buffer = xc_gntshr_share_pages(ctrl->gntshr, domain, + ctrl->write.buffer = xengntshr_share_pages(ctrl->gntshr, domain, pages_right, ctrl->ring->grants + pages_left, 1); if (!ctrl->write.buffer) goto out_unmap_left; @@ -128,9 +128,9 @@ out: return ring_ref; out_unmap_left: if (pages_left) - xc_gntshr_munmap(ctrl->gntshr, ctrl->read.buffer, pages_left); + xengntshr_unshare(ctrl->gntshr, ctrl->read.buffer, pages_left); out_ring: - xc_gntshr_munmap(ctrl->gntshr, ring, 1); + xengntshr_unshare(ctrl->gntshr, ring, 1); ring_ref = -1; ctrl->ring = NULL; ctrl->write.order = ctrl->read.order = 0; @@ -142,7 +142,7 @@ static int init_gnt_cli(struct libxenvchan *ctrl, int domain, uint32_t ring_ref) int rv = -1; uint32_t *grants; - ctrl->ring = xc_gnttab_map_grant_ref_notify(ctrl->gnttab, + ctrl->ring = xengnttab_map_grant_ref_notify(ctrl->gnttab, domain, ring_ref, PROT_READ|PROT_WRITE, offsetof(struct vchan_interface, cli_live), ctrl->event_port); @@ -172,7 +172,7 @@ static int init_gnt_cli(struct libxenvchan *ctrl, int domain, uint32_t ring_ref) default: { int pages_left = 1 << (ctrl->write.order - PAGE_SHIFT); - ctrl->write.buffer = xc_gnttab_map_domain_grant_refs(ctrl->gnttab, + ctrl->write.buffer = xengnttab_map_domain_grant_refs(ctrl->gnttab, pages_left, domain, grants, PROT_READ|PROT_WRITE); if (!ctrl->write.buffer) goto out_unmap_ring; @@ -190,7 +190,7 @@ static int init_gnt_cli(struct libxenvchan *ctrl, int domain, uint32_t ring_ref) default: { int pages_right = 1 << (ctrl->read.order - PAGE_SHIFT); - ctrl->read.buffer = xc_gnttab_map_domain_grant_refs(ctrl->gnttab, + ctrl->read.buffer = xengnttab_map_domain_grant_refs(ctrl->gnttab, pages_right, domain, grants, PROT_READ); if (!ctrl->read.buffer) goto out_unmap_left; @@ -202,10 +202,10 @@ static int init_gnt_cli(struct libxenvchan *ctrl, int domain, uint32_t ring_ref) return rv; out_unmap_left: if (ctrl->write.order >= PAGE_SHIFT) - xc_gnttab_munmap(ctrl->gnttab, ctrl->write.buffer, - 1 << (ctrl->write.order - PAGE_SHIFT)); + xengnttab_unmap(ctrl->gnttab, ctrl->write.buffer, + 1 << (ctrl->write.order - PAGE_SHIFT)); out_unmap_ring: - xc_gnttab_munmap(ctrl->gnttab, ctrl->ring, 1); + xengnttab_unmap(ctrl->gnttab, ctrl->ring, 1); ctrl->ring = 0; ctrl->write.order = ctrl->read.order = 0; rv = -1; @@ -325,7 +325,7 @@ struct libxenvchan *libxenvchan_server_init(xentoollog_logger *logger, int domai ctrl->write.order = LARGE_RING_SHIFT; } - ctrl->gntshr = xc_gntshr_open(logger, 0); + ctrl->gntshr = xengntshr_open(logger, 0); if (!ctrl->gntshr) goto out; @@ -413,7 +413,7 @@ struct libxenvchan *libxenvchan_client_init(xentoollog_logger *logger, int domai if (!ctrl->event_port) goto fail; - ctrl->gnttab = xc_gnttab_open(logger, 0); + ctrl->gnttab = xengnttab_open(logger, 0); if (!ctrl->gnttab) goto fail; diff --git a/tools/libvchan/io.c b/tools/libvchan/io.c index 4461490..6265219 100644 --- a/tools/libvchan/io.c +++ b/tools/libvchan/io.c @@ -364,10 +364,10 @@ void libxenvchan_close(struct libxenvchan *ctrl) if (ctrl->ring) { if (ctrl->is_server) { ctrl->ring->srv_live = 0; - xc_gntshr_munmap(ctrl->gntshr, ctrl->ring, 1); + xengntshr_unshare(ctrl->gntshr, ctrl->ring, 1); } else { ctrl->ring->cli_live = 0; - xc_gnttab_munmap(ctrl->gnttab, ctrl->ring, 1); + xengnttab_unmap(ctrl->gnttab, ctrl->ring, 1); } } if (ctrl->event) { @@ -377,10 +377,10 @@ void libxenvchan_close(struct libxenvchan *ctrl) } if (ctrl->is_server) { if (ctrl->gntshr) - xc_gntshr_close(ctrl->gntshr); + xengntshr_close(ctrl->gntshr); } else { if (ctrl->gnttab) - xc_gnttab_close(ctrl->gnttab); + xengnttab_close(ctrl->gnttab); } free(ctrl); } diff --git a/tools/libvchan/libxenvchan.h b/tools/libvchan/libxenvchan.h index 1544378..341c375 100644 --- a/tools/libvchan/libxenvchan.h +++ b/tools/libvchan/libxenvchan.h @@ -45,7 +45,7 @@ #include #include #include -#include +#include struct libxenvchan_ring { /* Pointer into the shared page. Offsets into buffer. */ @@ -66,8 +66,8 @@ struct libxenvchan_ring { struct libxenvchan { /* Mapping handle for shared ring page */ union { - xc_gntshr *gntshr; /* for server */ - xc_gnttab *gnttab; /* for client */ + xengntshr_handle *gntshr; /* for server */ + xengnttab_handle *gnttab; /* for client */ }; /* Pointer to shared ring page */ struct vchan_interface *ring; diff --git a/tools/libxc/Makefile b/tools/libxc/Makefile index 184cbb7..33d18db 100644 --- a/tools/libxc/Makefile +++ b/tools/libxc/Makefile @@ -43,12 +43,13 @@ CTRL_SRCS-y += xc_resource.c CTRL_SRCS-$(CONFIG_X86) += xc_psr.c CTRL_SRCS-$(CONFIG_X86) += xc_pagetab.c CTRL_SRCS-$(CONFIG_Linux) += xc_linux.c xc_linux_osdep.c -CTRL_SRCS-$(CONFIG_FreeBSD) += xc_freebsd.c xc_freebsd_osdep.c xc_nognttab.c xc_nogntshr.c -CTRL_SRCS-$(CONFIG_SunOS) += xc_solaris.c xc_nognttab.c xc_nogntshr.c -CTRL_SRCS-$(CONFIG_NetBSD) += xc_netbsd.c xc_nognttab.c xc_nogntshr.c -CTRL_SRCS-$(CONFIG_NetBSDRump) += xc_netbsd.c xc_nognttab.c xc_nogntshr.c -CTRL_SRCS-$(CONFIG_MiniOS) += xc_minios.c xc_nogntshr.c +CTRL_SRCS-$(CONFIG_FreeBSD) += xc_freebsd.c xc_freebsd_osdep.c +CTRL_SRCS-$(CONFIG_SunOS) += xc_solaris.c +CTRL_SRCS-$(CONFIG_NetBSD) += xc_netbsd.c +CTRL_SRCS-$(CONFIG_NetBSDRump) += xc_netbsd.c +CTRL_SRCS-$(CONFIG_MiniOS) += xc_minios.c CTRL_SRCS-y += xc_evtchn_compat.c +CTRL_SRCS-y += xc_gnttab_compat.c GUEST_SRCS-y := GUEST_SRCS-y += xg_private.c xc_suspend.c @@ -126,6 +127,8 @@ OSDEP_PIC_OBJS := $(patsubst %.c,%.opic,$(OSDEP_SRCS-y)) $(CTRL_LIB_OBJS) $(GUEST_LIB_OBJS) $(OSDEP_LIB_OBJS) \ $(CTRL_PIC_OBJS) $(GUEST_PIC_OBJS) $(OSDEP_PIC_OBJS) : CFLAGS += -include $(XEN_ROOT)/tools/config.h +$(CTRL_LIB_OBJS) $(CTRL_PIC_OBJS): CFLAGS += $(CFLAGS_libxengnttab) $(CFLAGS_libxengntshr) + LIB := libxenctrl.a ifneq ($(nosharedlibs),y) LIB += libxenctrl.so libxenctrl.so.$(MAJOR) libxenctrl.so.$(MAJOR).$(MINOR) @@ -209,7 +212,7 @@ libxenctrl.so.$(MAJOR): libxenctrl.so.$(MAJOR).$(MINOR) $(SYMLINK_SHLIB) $< $@ libxenctrl.so.$(MAJOR).$(MINOR): $(CTRL_PIC_OBJS) - $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxenctrl.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $^ $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(DLOPEN_LIBS) $(PTHREAD_LIBS) $(APPEND_LDFLAGS) + $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxenctrl.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $^ $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_libxengntshr) $(DLOPEN_LIBS) $(PTHREAD_LIBS) $(APPEND_LDFLAGS) # libxenguest diff --git a/tools/libxc/include/xenctrl.h b/tools/libxc/include/xenctrl.h index 0fc2a11..16e2628 100644 --- a/tools/libxc/include/xenctrl.h +++ b/tools/libxc/include/xenctrl.h @@ -5,9 +5,6 @@ * * Copyright (c) 2003-2004, K A Fraser. * - * xc_gnttab functions: - * Copyright (c) 2007-2008, D G Murray - * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; @@ -117,8 +114,6 @@ */ typedef struct xc_interface_core xc_interface; -typedef struct xengntdev_handle xc_gnttab; -typedef struct xengntdev_handle xc_gntshr; enum xc_error_code { XC_ERROR_NONE = 0, @@ -1548,116 +1543,6 @@ int xc_domain_subscribe_for_suspend( * These functions sometimes log messages as above, but not always. */ -/* - * Note: - * After fork a child process must not use any opened xc gnttab - * handle inherited from their parent. They must open a new handle if - * they want to interact with xc. - * - * Return an fd onto the grant table driver. Logs errors. - */ -xc_gnttab *xc_gnttab_open(xentoollog_logger *logger, - unsigned open_flags); - -/* - * Close a handle previously allocated with xc_gnttab_open(). - * Never logs errors. - */ -int xc_gnttab_close(xc_gnttab *xcg); - -/* - * Memory maps a grant reference from one domain to a local address range. - * Mappings should be unmapped with xc_gnttab_munmap. Logs errors. - * - * @parm xcg a handle on an open grant table interface - * @parm domid the domain to map memory from - * @parm ref the grant reference ID to map - * @parm prot same flag as in mmap() - */ -void *xc_gnttab_map_grant_ref(xc_gnttab *xcg, - uint32_t domid, - uint32_t ref, - int prot); - -/** - * Memory maps one or more grant references from one or more domains to a - * contiguous local address range. Mappings should be unmapped with - * xc_gnttab_munmap. Logs errors. - * - * @parm xcg a handle on an open grant table interface - * @parm count the number of grant references to be mapped - * @parm domids an array of @count domain IDs by which the corresponding @refs - * were granted - * @parm refs an array of @count grant references to be mapped - * @parm prot same flag as in mmap() - */ -void *xc_gnttab_map_grant_refs(xc_gnttab *xcg, - uint32_t count, - uint32_t *domids, - uint32_t *refs, - int prot); - -/** - * Memory maps one or more grant references from one domain to a - * contiguous local address range. Mappings should be unmapped with - * xc_gnttab_munmap. Logs errors. - * - * @parm xcg a handle on an open grant table interface - * @parm count the number of grant references to be mapped - * @parm domid the domain to map memory from - * @parm refs an array of @count grant references to be mapped - * @parm prot same flag as in mmap() - */ -void *xc_gnttab_map_domain_grant_refs(xc_gnttab *xcg, - uint32_t count, - uint32_t domid, - uint32_t *refs, - int prot); - -/** - * Memory maps a grant reference from one domain to a local address range. - * Mappings should be unmapped with xc_gnttab_munmap. If notify_offset or - * notify_port are not -1, this version will attempt to set up an unmap - * notification at the given offset and event channel. When the page is - * unmapped, the byte at the given offset will be zeroed and a wakeup will be - * sent to the given event channel. Logs errors. - * - * @parm xcg a handle on an open grant table interface - * @parm domid the domain to map memory from - * @parm ref the grant reference ID to map - * @parm prot same flag as in mmap() - * @parm notify_offset The byte offset in the page to use for unmap - * notification; -1 for none. - * @parm notify_port The event channel port to use for unmap notify, or -1 - */ -void *xc_gnttab_map_grant_ref_notify(xc_gnttab *xcg, - uint32_t domid, - uint32_t ref, - int prot, - uint32_t notify_offset, - evtchn_port_t notify_port); - -/* - * Unmaps the @count pages starting at @start_address, which were mapped by a - * call to xc_gnttab_map_grant_ref or xc_gnttab_map_grant_refs. Never logs. - */ -int xc_gnttab_munmap(xc_gnttab *xcg, - void *start_address, - uint32_t count); - -/* - * Sets the maximum number of grants that may be mapped by the given instance - * to @count. Never logs. - * - * N.B. This function must be called after opening the handle, and before any - * other functions are invoked on it. - * - * N.B. When variable-length grants are mapped, fragmentation may be observed, - * and it may not be possible to satisfy requests up to the maximum number - * of grants. - */ -int xc_gnttab_set_max_grants(xc_gnttab *xcg, - uint32_t count); int xc_gnttab_op(xc_interface *xch, int cmd, void * op, int op_size, int count); @@ -1668,59 +1553,6 @@ grant_entry_v1_t *xc_gnttab_map_table_v1(xc_interface *xch, int domid, int *gnt_ grant_entry_v2_t *xc_gnttab_map_table_v2(xc_interface *xch, int domid, int *gnt_num); /* Sometimes these don't set errno [fixme], and sometimes they don't log. */ -/* - * Return an fd onto the grant sharing driver. Logs errors. - * - * Note: - * After fork a child process must not use any opened xc gntshr - * handle inherited from their parent. They must open a new handle if - * they want to interact with xc. - * - */ -xc_gntshr *xc_gntshr_open(xentoollog_logger *logger, - unsigned open_flags); - -/* - * Close a handle previously allocated with xc_gntshr_open(). - * Never logs errors. - */ -int xc_gntshr_close(xc_gntshr *xcg); - -/* - * Creates and shares pages with another domain. - * - * @parm xcg a handle to an open grant sharing instance - * @parm domid the domain to share memory with - * @parm count the number of pages to share - * @parm refs the grant references of the pages (output) - * @parm writable true if the other domain can write to the pages - * @return local mapping of the pages - */ -void *xc_gntshr_share_pages(xc_gntshr *xcg, uint32_t domid, - int count, uint32_t *refs, int writable); - -/* - * Creates and shares a page with another domain, with unmap notification. - * - * @parm xcg a handle to an open grant sharing instance - * @parm domid the domain to share memory with - * @parm refs the grant reference of the pages (output) - * @parm writable true if the other domain can write to the page - * @parm notify_offset The byte offset in the page to use for unmap - * notification; -1 for none. - * @parm notify_port The event channel port to use for unmap notify, or -1 - * @return local mapping of the page - */ -void *xc_gntshr_share_page_notify(xc_gntshr *xcg, uint32_t domid, - uint32_t *ref, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port); -/* - * Unmaps the @count pages starting at @start_address, which were mapped by a - * call to xc_gntshr_share_*. Never logs. - */ -int xc_gntshr_munmap(xc_gntshr *xcg, void *start_address, uint32_t count); - int xc_physdev_map_pirq(xc_interface *xch, int domid, int index, diff --git a/tools/libxc/include/xenctrl_compat.h b/tools/libxc/include/xenctrl_compat.h index 48daeb2..d99fa11 100644 --- a/tools/libxc/include/xenctrl_compat.h +++ b/tools/libxc/include/xenctrl_compat.h @@ -35,6 +35,54 @@ int xc_evtchn_unmask(xc_evtchn *xce, evtchn_port_t port); #endif /* XC_WANT_COMPAT_EVTCHN_API */ +#ifdef XC_WANT_COMPAT_GNTTAB_API + +typedef struct xengntdev_handle xc_gnttab; + +xc_gnttab *xc_gnttab_open(xentoollog_logger *logger, + unsigned open_flags); +int xc_gnttab_close(xc_gnttab *xcg); +void *xc_gnttab_map_grant_ref(xc_gnttab *xcg, + uint32_t domid, + uint32_t ref, + int prot); +void *xc_gnttab_map_grant_refs(xc_gnttab *xcg, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot); +void *xc_gnttab_map_domain_grant_refs(xc_gnttab *xcg, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot); +void *xc_gnttab_map_grant_ref_notify(xc_gnttab *xcg, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port); +int xc_gnttab_munmap(xc_gnttab *xcg, + void *start_address, + uint32_t count); +int xc_gnttab_set_max_grants(xc_gnttab *xcg, + uint32_t count); + +typedef struct xengntdev_handle xc_gntshr; + +xc_gntshr *xc_gntshr_open(xentoollog_logger *logger, + unsigned open_flags); +int xc_gntshr_close(xc_gntshr *xcg); +void *xc_gntshr_share_pages(xc_gntshr *xcg, uint32_t domid, + int count, uint32_t *refs, int writable); +void *xc_gntshr_share_page_notify(xc_gntshr *xcg, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port); +int xc_gntshr_munmap(xc_gntshr *xcg, void *start_address, uint32_t count); + +#endif /* XC_WANT_COMPAT_GNTTAB_API */ + #endif /* diff --git a/tools/libxc/xc_gnttab.c b/tools/libxc/xc_gnttab.c index a51f405..dd32aa2 100644 --- a/tools/libxc/xc_gnttab.c +++ b/tools/libxc/xc_gnttab.c @@ -143,59 +143,6 @@ grant_entry_v2_t *xc_gnttab_map_table_v2(xc_interface *xch, int domid, return _gnttab_map_table(xch, domid, gnt_num); } -void *xc_gnttab_map_grant_ref(xc_gnttab *xgt, - uint32_t domid, - uint32_t ref, - int prot) -{ - return osdep_gnttab_grant_map(xgt, 1, 0, prot, &domid, &ref, -1, -1); -} - -void *xc_gnttab_map_grant_refs(xc_gnttab *xgt, - uint32_t count, - uint32_t *domids, - uint32_t *refs, - int prot) -{ - return osdep_gnttab_grant_map(xgt, count, 0, prot, domids, refs, -1, -1); -} - -void *xc_gnttab_map_domain_grant_refs(xc_gnttab *xgt, - uint32_t count, - uint32_t domid, - uint32_t *refs, - int prot) -{ - return osdep_gnttab_grant_map(xgt, count, XC_GRANT_MAP_SINGLE_DOMAIN, - prot, &domid, refs, -1, -1); -} - -void *xc_gnttab_map_grant_ref_notify(xc_gnttab *xgt, - uint32_t domid, - uint32_t ref, - int prot, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - return osdep_gnttab_grant_map(xgt, 1, 0, prot, &domid, &ref, - notify_offset, notify_port); -} - -void *xc_gntshr_share_pages(xc_gntshr *xcg, uint32_t domid, - int count, uint32_t *refs, int writable) -{ - return osdep_gntshr_share_pages(xcg, domid, count, refs, writable, -1, -1); -} - -void *xc_gntshr_share_page_notify(xc_gntshr *xcg, uint32_t domid, - uint32_t *ref, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - return osdep_gntshr_share_pages(xcg, domid, 1, ref, writable, - notify_offset, notify_port); -} - /* * Local variables: * mode: C diff --git a/tools/libxc/xc_gnttab_compat.c b/tools/libxc/xc_gnttab_compat.c new file mode 100644 index 0000000..6f036d8 --- /dev/null +++ b/tools/libxc/xc_gnttab_compat.c @@ -0,0 +1,111 @@ +/* + * Compat shims for use of 3rd party consumers of libxenctrl xc_gnt{tab,shr} + * functionality which has been split into separate libraries. + */ + +#include + +#define XC_WANT_COMPAT_GNTTAB_API +#include "xenctrl.h" + +xc_gnttab *xc_gnttab_open(xentoollog_logger *logger, + unsigned open_flags) +{ + return xengnttab_open(logger, open_flags); +} + +int xc_gnttab_close(xc_gnttab *xcg) +{ + return xengnttab_close(xcg); +} + +void *xc_gnttab_map_grant_ref(xc_gnttab *xcg, + uint32_t domid, + uint32_t ref, + int prot) +{ + return xengnttab_map_grant_ref(xcg, domid, ref, prot); +} + +void *xc_gnttab_map_grant_refs(xc_gnttab *xcg, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot) +{ + return xengnttab_map_grant_refs(xcg, count, domids, refs, prot); +} + +void *xc_gnttab_map_domain_grant_refs(xc_gnttab *xcg, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot) +{ + return xengnttab_map_domain_grant_refs(xcg, count, domid, refs, prot); +} + +void *xc_gnttab_map_grant_ref_notify(xc_gnttab *xcg, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + return xengnttab_map_grant_ref_notify(xcg, domid, ref, prot, + notify_offset, notify_port); +} + +int xc_gnttab_munmap(xc_gnttab *xcg, + void *start_address, + uint32_t count) +{ + return xengnttab_unmap(xcg, start_address, count); +} + +int xc_gnttab_set_max_grants(xc_gnttab *xcg, + uint32_t count) +{ + return xengnttab_set_max_grants(xcg, count); +} + +xc_gntshr *xc_gntshr_open(xentoollog_logger *logger, + unsigned open_flags) +{ + return xengntshr_open(logger, open_flags); +} + +int xc_gntshr_close(xc_gntshr *xcg) +{ + return xengntshr_close(xcg); +} + +void *xc_gntshr_share_pages(xc_gntshr *xcg, uint32_t domid, + int count, uint32_t *refs, int writable) +{ + return xengntshr_share_pages(xcg, domid, count, refs, writable); +} + +void *xc_gntshr_share_page_notify(xc_gntshr *xcg, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + return xengntshr_share_page_notify(xcg, domid, ref, writable, + notify_offset, notify_port); +} + +int xc_gntshr_munmap(xc_gntshr *xcg, void *start_address, uint32_t count) +{ + return xengntshr_unshare(xcg, start_address, count); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libxc/xc_linux_osdep.c b/tools/libxc/xc_linux_osdep.c index 6b329ce..9c318e0 100644 --- a/tools/libxc/xc_linux_osdep.c +++ b/tools/libxc/xc_linux_osdep.c @@ -31,8 +31,6 @@ #include #include -#include -#include #include "xenctrl.h" #include "xenctrlosdep.h" @@ -41,9 +39,6 @@ #define ROUNDUP(_x,_w) (((unsigned long)(_x)+(1UL<<(_w))-1) & ~((1UL<<(_w))-1)) -#define GTERROR(_l, _f...) xtl_log(_l, XTL_ERROR, errno, "gnttab", _f) -#define GSERROR(_l, _f...) xtl_log(_l, XTL_ERROR, errno, "gntshr", _f) - static xc_osdep_handle linux_privcmd_open(xc_interface *xch) { int flags, saved_errno; @@ -461,281 +456,6 @@ static struct xc_osdep_ops linux_privcmd_ops = { }, }; -#define DEVXEN "/dev/xen/" - -int osdep_gnttab_open(xc_gnttab *xgt) -{ - int fd = open(DEVXEN "gntdev", O_RDWR); - if ( fd == -1 ) - return -1; - xgt->fd = fd; - return 0; -} - -int osdep_gnttab_close(xc_gnttab *xgt) -{ - if ( xgt->fd == -1 ) - return 0; - - return close(xgt->fd); -} - -int xc_gnttab_set_max_grants(xc_gnttab *xgt, uint32_t count) -{ - int fd = xgt->fd, rc; - struct ioctl_gntdev_set_max_grants max_grants = { .count = count }; - - rc = ioctl(fd, IOCTL_GNTDEV_SET_MAX_GRANTS, &max_grants); - if (rc) { - /* - * Newer (e.g. pv-ops) kernels don't implement this IOCTL, - * so ignore the resulting specific failure. - */ - if (errno == ENOTTY) - rc = 0; - else - GTERROR(xgt->logger, "ioctl SET_MAX_GRANTS failed"); - } - - return rc; -} - -void *osdep_gnttab_grant_map(xc_gnttab *xgt, - uint32_t count, int flags, int prot, - uint32_t *domids, uint32_t *refs, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - int fd = xgt->fd; - struct ioctl_gntdev_map_grant_ref *map; - unsigned int map_size = ROUNDUP((sizeof(*map) + (count - 1) * - sizeof(struct ioctl_gntdev_map_grant_ref)), - XC_PAGE_SHIFT); - void *addr = NULL; - int domids_stride = 1; - int i; - - if (flags & XC_GRANT_MAP_SINGLE_DOMAIN) - domids_stride = 0; - - if ( map_size <= XC_PAGE_SIZE ) - map = alloca(sizeof(*map) + - (count - 1) * sizeof(struct ioctl_gntdev_map_grant_ref)); - else - { - map = mmap(NULL, map_size, PROT_READ | PROT_WRITE, - MAP_PRIVATE | MAP_ANON | MAP_POPULATE, -1, 0); - if ( map == MAP_FAILED ) - { - GTERROR(xgt->logger, "mmap of map failed"); - return NULL; - } - } - - for ( i = 0; i < count; i++ ) - { - map->refs[i].domid = domids[i * domids_stride]; - map->refs[i].ref = refs[i]; - } - - map->count = count; - - if ( ioctl(fd, IOCTL_GNTDEV_MAP_GRANT_REF, map) ) { - GTERROR(xgt->logger, "ioctl MAP_GRANT_REF failed"); - goto out; - } - - retry: - addr = mmap(NULL, XC_PAGE_SIZE * count, prot, MAP_SHARED, fd, - map->index); - - if (addr == MAP_FAILED && errno == EAGAIN) - { - /* - * The grant hypercall can return EAGAIN if the granted page is - * swapped out. Since the paging daemon may be in the same domain, the - * hypercall cannot block without causing a deadlock. - * - * Because there are no notificaitons when the page is swapped in, wait - * a bit before retrying, and hope that the page will arrive eventually. - */ - usleep(1000); - goto retry; - } - - if (addr != MAP_FAILED) - { - int rv = 0; - struct ioctl_gntdev_unmap_notify notify; - notify.index = map->index; - notify.action = 0; - if (notify_offset < XC_PAGE_SIZE * count) { - notify.index += notify_offset; - notify.action |= UNMAP_NOTIFY_CLEAR_BYTE; - } - if (notify_port != -1) { - notify.event_channel_port = notify_port; - notify.action |= UNMAP_NOTIFY_SEND_EVENT; - } - if (notify.action) - rv = ioctl(fd, IOCTL_GNTDEV_SET_UNMAP_NOTIFY, ¬ify); - if (rv) { - GTERROR(xgt->logger, "ioctl SET_UNMAP_NOTIFY failed"); - munmap(addr, count * XC_PAGE_SIZE); - addr = MAP_FAILED; - } - } - - if (addr == MAP_FAILED) - { - int saved_errno = errno; - struct ioctl_gntdev_unmap_grant_ref unmap_grant; - - /* Unmap the driver slots used to store the grant information. */ - GTERROR(xgt->logger, "mmap failed"); - unmap_grant.index = map->index; - unmap_grant.count = count; - ioctl(fd, IOCTL_GNTDEV_UNMAP_GRANT_REF, &unmap_grant); - errno = saved_errno; - addr = NULL; - } - - out: - if ( map_size > XC_PAGE_SIZE ) - munmap(map, map_size); - - return addr; -} - -int xc_gnttab_munmap(xc_gnttab *xgt, void *start_address, uint32_t count) -{ - int fd = xgt->fd; - struct ioctl_gntdev_get_offset_for_vaddr get_offset; - struct ioctl_gntdev_unmap_grant_ref unmap_grant; - int rc; - - if ( start_address == NULL ) - { - errno = EINVAL; - return -1; - } - - /* First, it is necessary to get the offset which was initially used to - * mmap() the pages. - */ - get_offset.vaddr = (unsigned long)start_address; - if ( (rc = ioctl(fd, IOCTL_GNTDEV_GET_OFFSET_FOR_VADDR, - &get_offset)) ) - return rc; - - if ( get_offset.count != count ) - { - errno = EINVAL; - return -1; - } - - /* Next, unmap the memory. */ - if ( (rc = munmap(start_address, count * XC_PAGE_SIZE)) ) - return rc; - - /* Finally, unmap the driver slots used to store the grant information. */ - unmap_grant.index = get_offset.offset; - unmap_grant.count = count; - if ( (rc = ioctl(fd, IOCTL_GNTDEV_UNMAP_GRANT_REF, &unmap_grant)) ) - return rc; - - return 0; -} - -int osdep_gntshr_open(xc_gntshr *xgs) -{ - int fd = open(DEVXEN "gntalloc", O_RDWR); - if ( fd == -1 ) - return -1; - xgs->fd = fd; - return 0; -} - -int osdep_gntshr_close(xc_gntshr *xgs) -{ - if ( xgs->fd == -1 ) - return 0; - - return close(xgs->fd); -} - -void *osdep_gntshr_share_pages(xc_gntshr *xgs, - uint32_t domid, int count, - uint32_t *refs, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - struct ioctl_gntalloc_alloc_gref *gref_info = NULL; - struct ioctl_gntalloc_unmap_notify notify; - struct ioctl_gntalloc_dealloc_gref gref_drop; - int fd = xgs->fd; - int err; - void *area = NULL; - gref_info = malloc(sizeof(*gref_info) + count * sizeof(uint32_t)); - if (!gref_info) - return NULL; - gref_info->domid = domid; - gref_info->flags = writable ? GNTALLOC_FLAG_WRITABLE : 0; - gref_info->count = count; - - err = ioctl(fd, IOCTL_GNTALLOC_ALLOC_GREF, gref_info); - if (err) { - GSERROR(xgs->logger, "ioctl failed"); - goto out; - } - - area = mmap(NULL, count * XC_PAGE_SIZE, PROT_READ | PROT_WRITE, - MAP_SHARED, fd, gref_info->index); - - if (area == MAP_FAILED) { - area = NULL; - GSERROR(xgs->logger, "mmap failed"); - goto out_remove_fdmap; - } - - notify.index = gref_info->index; - notify.action = 0; - if (notify_offset < XC_PAGE_SIZE * count) { - notify.index += notify_offset; - notify.action |= UNMAP_NOTIFY_CLEAR_BYTE; - } - if (notify_port != -1) { - notify.event_channel_port = notify_port; - notify.action |= UNMAP_NOTIFY_SEND_EVENT; - } - if (notify.action) - err = ioctl(fd, IOCTL_GNTALLOC_SET_UNMAP_NOTIFY, ¬ify); - if (err) { - GSERROR(xgs->logger, "ioctl SET_UNMAP_NOTIFY failed"); - munmap(area, count * XC_PAGE_SIZE); - area = NULL; - } - - memcpy(refs, gref_info->gref_ids, count * sizeof(uint32_t)); - - out_remove_fdmap: - /* Removing the mapping from the file descriptor does not cause the pages to - * be deallocated until the mapping is removed. - */ - gref_drop.index = gref_info->index; - gref_drop.count = count; - ioctl(fd, IOCTL_GNTALLOC_DEALLOC_GREF, &gref_drop); - out: - free(gref_info); - return area; -} - -int xc_gntshr_munmap(xc_gntshr *xgs, - void *start_address, uint32_t count) -{ - return munmap(start_address, count * XC_PAGE_SIZE); -} - static struct xc_osdep_ops *linux_osdep_init(xc_interface *xch, enum xc_osdep_type type) { switch ( type ) diff --git a/tools/libxc/xc_minios.c b/tools/libxc/xc_minios.c index fd7def6..22d985c 100644 --- a/tools/libxc/xc_minios.c +++ b/tools/libxc/xc_minios.c @@ -23,8 +23,6 @@ #include #include #include -#include -#include #include #include @@ -38,7 +36,6 @@ #include "xc_private.h" void minios_interface_close_fd(int fd); -void minios_gnttab_close_fd(int fd); extern void minios_interface_close_fd(int fd); @@ -202,76 +199,6 @@ void *xc_memalign(xc_interface *xch, size_t alignment, size_t size) return memalign(alignment, size); } -int osdep_gnttab_open(xc_gnttab *xgt) -{ - int fd = alloc_fd(FTYPE_GNTMAP); - if ( fd == -1 ) - return -1; - gntmap_init(&files[fd].gntmap); - xgt->fd = fd; - return 0; -} - -int osdep_gnttab_close(xc_gnttab *xgt) -{ - if ( xgt->fd == -1 ) - return 0; - - return close(xgt->fd); -} - -void minios_gnttab_close_fd(int fd) -{ - gntmap_fini(&files[fd].gntmap); - files[fd].type = FTYPE_NONE; -} - -void *osdep_gnttab_grant_map(xc_gnttab *xgt, - uint32_t count, int flags, int prot, - uint32_t *domids, uint32_t *refs, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - int fd = xgt->fd; - int stride = 1; - if (flags & XC_GRANT_MAP_SINGLE_DOMAIN) - stride = 0; - if (notify_offset != -1 || notify_port != -1) { - errno = ENOSYS; - return NULL; - } - return gntmap_map_grant_refs(&files[fd].gntmap, - count, domids, stride, - refs, prot & PROT_WRITE); -} - -int xc_gnttab_munmap(xc_gnttab *xgt, void *start_address, uint32_t count) -{ - int fd = xgt->fd; - int ret; - ret = gntmap_munmap(&files[fd].gntmap, - (unsigned long) start_address, - count); - if (ret < 0) { - errno = -ret; - return -1; - } - return ret; -} - -int xc_gnttab_set_max_grants(xc_gnttab *xgt, uint32_t count) -{ - int fd = xgt->fd; - int ret; - ret = gntmap_set_max_grants(&files[fd].gntmap, - count); - if (ret < 0) { - errno = -ret; - return -1; - } - return ret; -} - static struct xc_osdep_ops *minios_osdep_init(xc_interface *xch, enum xc_osdep_type type) { switch ( type ) diff --git a/tools/libxc/xc_nogntshr.c b/tools/libxc/xc_nogntshr.c deleted file mode 100644 index 9aa6064..0000000 --- a/tools/libxc/xc_nogntshr.c +++ /dev/null @@ -1,46 +0,0 @@ -/****************************************************************************** - * - * Copyright (c) 2007-2008, D G Murray - * - * This library is free software; you can redistribute it and/or - * modify it under the terms of the GNU Lesser General Public - * License as published by the Free Software Foundation; - * version 2.1 of the License. - * - * This library is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU - * Lesser General Public License for more details. - * - * You should have received a copy of the GNU Lesser General Public - * License along with this library; If not, see . - */ - -#include - -#include "xc_private.h" - -int osdep_gntshr_open(xc_gnttab *xgt) -{ - return -1; -} - -int osdep_gntshr_close(xc_gnttab *xgt) -{ - return 0; -} - -void *osdep_gntshr_share_pages(xc_gntshr *xgs, - uint32_t domid, int count, - uint32_t *refs, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - abort() -} - -int xc_gntshr_munmap(xc_gntshr *xgs, - void *start_address, uint32_t count) -{ - abort(); -} diff --git a/tools/libxc/xc_private.c b/tools/libxc/xc_private.c index 7f52a5d..85e6f02 100644 --- a/tools/libxc/xc_private.c +++ b/tools/libxc/xc_private.c @@ -249,86 +249,6 @@ int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) return xch->ops->u.privcmd.hypercall(xch, xch->ops_handle, hypercall); } -xc_gnttab *xc_gnttab_open(xentoollog_logger *logger, unsigned open_flags) -{ - xc_gnttab *xgt = malloc(sizeof(*xgt)); - int rc; - - if (!xgt) return NULL; - - xgt->fd = -1; - xgt->logger = logger; - xgt->logger_tofree = NULL; - - if (!xgt->logger) { - xgt->logger = xgt->logger_tofree = - (xentoollog_logger*) - xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); - if (!xgt->logger) goto err; - } - - rc = osdep_gnttab_open(xgt); - if ( rc < 0 ) goto err; - - return xgt; - -err: - osdep_gnttab_close(xgt); - xtl_logger_destroy(xgt->logger_tofree); - free(xgt); - return NULL; -} - -int xc_gnttab_close(xc_gnttab *xgt) -{ - int rc; - - rc = osdep_gnttab_close(xgt); - xtl_logger_destroy(xgt->logger_tofree); - free(xgt); - return rc; -} - -xc_gntshr *xc_gntshr_open(xentoollog_logger *logger, unsigned open_flags) -{ - xc_gntshr *xgs = malloc(sizeof(*xgs)); - int rc; - - if (!xgs) return NULL; - - xgs->fd = -1; - xgs->logger = logger; - xgs->logger_tofree = NULL; - - if (!xgs->logger) { - xgs->logger = xgs->logger_tofree = - (xentoollog_logger*) - xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); - if (!xgs->logger) goto err; - } - - rc = osdep_gntshr_open(xgs); - if ( rc < 0 ) goto err; - - return xgs; - -err: - osdep_gntshr_close(xgs); - xtl_logger_destroy(xgs->logger_tofree); - free(xgs); - return NULL; -} - -int xc_gntshr_close(xc_gntshr *xgs) -{ - int rc; - - rc = osdep_gntshr_close(xgs); - xtl_logger_destroy(xgs->logger_tofree); - free(xgs); - return rc; -} - static pthread_key_t errbuf_pkey; static pthread_once_t errbuf_pkey_once = PTHREAD_ONCE_INIT; diff --git a/tools/libxc/xc_private.h b/tools/libxc/xc_private.h index 35c99e0..a32accb 100644 --- a/tools/libxc/xc_private.h +++ b/tools/libxc/xc_private.h @@ -123,30 +123,6 @@ struct xc_interface_core { xc_osdep_handle ops_handle; /* opaque data for xc_osdep_ops */ }; -struct xengntdev_handle { - xentoollog_logger *logger, *logger_tofree; - int fd; -}; - -int osdep_gnttab_open(xc_gnttab *xgt); -int osdep_gnttab_close(xc_gnttab *xgt); - -#define XC_GRANT_MAP_SINGLE_DOMAIN 0x1 -void *osdep_gnttab_grant_map(xc_gnttab *xgt, - uint32_t count, int flags, int prot, - uint32_t *domids, uint32_t *refs, - uint32_t notify_offset, - evtchn_port_t notify_port); - -int osdep_gntshr_open(xc_gntshr *xgs); -int osdep_gntshr_close(xc_gntshr *xgs); - -void *osdep_gntshr_share_pages(xc_gntshr *xgs, - uint32_t domid, int count, - uint32_t *refs, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port); - void xc_report_error(xc_interface *xch, int code, const char *fmt, ...) __attribute__((format(printf,3,4))); void xc_reportv(xc_interface *xch, xentoollog_logger *lg, xentoollog_level, diff --git a/tools/xenstore/Makefile b/tools/xenstore/Makefile index c161046..178771f 100644 --- a/tools/xenstore/Makefile +++ b/tools/xenstore/Makefile @@ -78,8 +78,10 @@ init-xenstore-domain.o: CFLAGS += $(CFLAGS_libxenguest) init-xenstore-domain: init-xenstore-domain.o $(LIBXENSTORE) $(CC) $^ $(LDFLAGS) $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(LDLIBS_libxenguest) $(LDLIBS_libxenstore) -o $@ $(APPEND_LDFLAGS) +$(XENSTORED_OBJS): CFLAGS += $(CFLAGS_libxengnttab) + xenstored: $(XENSTORED_OBJS) - $(CC) $^ $(LDFLAGS) $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(SOCKET_LIBS) -o $@ $(APPEND_LDFLAGS) + $(CC) $^ $(LDFLAGS) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_libxenctrl) $(SOCKET_LIBS) -o $@ $(APPEND_LDFLAGS) xenstored.a: $(XENSTORED_OBJS) $(AR) cr $@ $^ diff --git a/tools/xenstore/xenstored_core.h b/tools/xenstore/xenstored_core.h index 8c853c9..624737d 100644 --- a/tools/xenstore/xenstored_core.h +++ b/tools/xenstore/xenstored_core.h @@ -20,12 +20,14 @@ #define _XENSTORED_CORE_H #include +#include #include #include #include #include #include + #include "xenstore_lib.h" #include "list.h" #include "tdb.h" @@ -196,7 +198,7 @@ void finish_daemonize(void); /* Open a pipe for signal handling */ void init_pipe(int reopen_log_pipe[2]); -xc_gnttab **xcg_handle; +xengnttab_handle **xgt_handle; #endif /* _XENSTORED_CORE_H */ diff --git a/tools/xenstore/xenstored_domain.c b/tools/xenstore/xenstored_domain.c index 6ceec29..414a9fd 100644 --- a/tools/xenstore/xenstored_domain.c +++ b/tools/xenstore/xenstored_domain.c @@ -34,7 +34,7 @@ #include static xc_interface **xc_handle; -xc_gnttab **xcg_handle; +xengnttab_handle **xgt_handle; static evtchn_port_t virq_port; xenevtchn_handle *xce_handle = NULL; @@ -166,9 +166,9 @@ static int readchn(struct connection *conn, void *data, unsigned int len) static void *map_interface(domid_t domid, unsigned long mfn) { - if (*xcg_handle != NULL) { + if (*xgt_handle != NULL) { /* this is the preferred method */ - return xc_gnttab_map_grant_ref(*xcg_handle, domid, + return xengnttab_map_grant_ref(*xgt_handle, domid, GNTTAB_RESERVED_XENSTORE, PROT_READ|PROT_WRITE); } else { return xc_map_foreign_range(*xc_handle, domid, @@ -178,8 +178,8 @@ static void *map_interface(domid_t domid, unsigned long mfn) static void unmap_interface(void *interface) { - if (*xcg_handle != NULL) - xc_gnttab_munmap(*xcg_handle, interface, 1); + if (*xgt_handle != NULL) + xengnttab_unmap(*xgt_handle, interface, 1); else munmap(interface, XC_PAGE_SIZE); } @@ -577,9 +577,9 @@ static int close_xc_handle(void *_handle) return 0; } -static int close_xcg_handle(void *_handle) +static int close_xgt_handle(void *_handle) { - xc_gnttab_close(*(xc_gnttab **)_handle); + xengnttab_close(*(xengnttab_handle **)_handle); return 0; } @@ -634,15 +634,15 @@ void domain_init(void) talloc_set_destructor(xc_handle, close_xc_handle); - xcg_handle = talloc(talloc_autofree_context(), xc_gnttab*); - if (!xcg_handle) + xgt_handle = talloc(talloc_autofree_context(), xengnttab_handle*); + if (!xgt_handle) barf_perror("Failed to allocate domain gnttab handle"); - *xcg_handle = xc_gnttab_open(NULL, 0); - if (*xcg_handle == NULL) + *xgt_handle = xengnttab_open(NULL, 0); + if (*xgt_handle == NULL) xprintf("WARNING: Failed to open connection to gnttab\n"); else - talloc_set_destructor(xcg_handle, close_xcg_handle); + talloc_set_destructor(xgt_handle, close_xgt_handle); xce_handle = xenevtchn_open(NULL, 0); diff --git a/tools/xenstore/xenstored_minios.c b/tools/xenstore/xenstored_minios.c index b686e1c..c94493e 100644 --- a/tools/xenstore/xenstored_minios.c +++ b/tools/xenstore/xenstored_minios.c @@ -17,7 +17,6 @@ */ #include #include -#include #include "xenstored_core.h" #include @@ -50,12 +49,12 @@ evtchn_port_t xenbus_evtchn(void) void *xenbus_map(void) { - return xc_gnttab_map_grant_ref(*xcg_handle, xenbus_master_domid(), + return xengnttab_map_grant_ref(*xgt_handle, xenbus_master_domid(), GNTTAB_RESERVED_XENSTORE, PROT_READ|PROT_WRITE); } void unmap_xenbus(void *interface) { - xc_gnttab_munmap(*xcg_handle, interface, 1); + xengnttab_unmap(*xgt_handle, interface, 1); } -- 2.1.4 _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From xen-devel-bounces@lists.xen.org Wed Dec 16 12:31:54 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 16 Dec 2015 12:31:54 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9BFJ-00062r-Tk; Wed, 16 Dec 2015 12:31:53 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9BFH-0005y7-49 for xen-devel@lists.xen.org; Wed, 16 Dec 2015 12:31:51 +0000 Received: from [85.158.139.211] by server-4.bemta-5.messagelabs.com id D5/85-24856-6B951765; Wed, 16 Dec 2015 12:31:50 +0000 X-Env-Sender: prvs=7850b204e=Ian.Campbell@citrix.com X-Msg-Ref: server-9.tower-206.messagelabs.com!1450269107!11107073!1 X-Originating-IP: [66.165.176.89] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogNjYuMTY1LjE3Ni44OSA9PiAyMDMwMDc=\n, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 56760 invoked from network); 16 Dec 2015 12:31:48 -0000 Received: from smtp.citrix.com (HELO SMTP.CITRIX.COM) (66.165.176.89) by server-9.tower-206.messagelabs.com with RC4-SHA encrypted SMTP; 16 Dec 2015 12:31:48 -0000 X-IronPort-AV: E=Sophos;i="5.20,436,1444694400"; d="scan'208";a="319670220" From: Ian Campbell To: , , Date: Wed, 16 Dec 2015 12:31:14 +0000 Message-ID: <1450269096-27598-8-git-send-email-ian.campbell@citrix.com> X-Mailer: git-send-email 2.1.4 In-Reply-To: <1450269096-27598-1-git-send-email-ian.campbell@citrix.com> References: <1450269007.4053.48.camel@citrix.com> <1450269096-27598-1-git-send-email-ian.campbell@citrix.com> MIME-Version: 1.0 X-DLP: MIA1 Cc: Ian Campbell Subject: [Xen-devel] [PATCH XEN v7 07/29] tools: Refactor /dev/xen/gnt{dev, shr} wrappers into libxengnttab. X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org libxengnttab will provide a stable API and ABI for accessing the grant table devices. The functions are moved into the xengnt{tab,shr} namespace to make a clean break from libxc and avoid ambiguity regarding which interfaces are stable. All in-tree users are updated to use the new names. Upon request (via #define XC_WANT_COMPAT_GNTTAB_API) libxenctrl will provide a compat API for the old names. This is used by qemu-xen for the time being. qemu-xen-traditional is updated in lockstep. This leaves a few grant table related functions which go via privcmd (EVTCHNOP) rather than ioctls on the /dev/xen/gnt* devices in libxenctrl. Specifically: - xc_gnttab_get_version - xc_gnttab_map_table_v1 - xc_gnttab_map_table_v2 - xc_gnttab_op These functions do not appear to be needed by qemu-dm, qemu-pv (provision of device model to HVM guests and PV backends respectively) or by libvchan suggesting they are not needed by non-toolstack uses of event channels. The new library uses a version script to ensure that only expected symbols are exported and to version them such that ABI guarantees can be kept in the future. After this change libxenvchan no longer needs to link against libxenctrl. It still needs xenctrl.h in one file for xen_mb and friends. Signed-off-by: Ian Campbell Acked-by: Wei Liu --- Must be applied with: - "qemu-xen-traditional: Use libxengnttab" and a corresponding QEMU_TAG update folded here. - "mini-os: Include libxengnttab with libxc"" and a corresponding bump to MINIOS_UPSTREAM_REVISION folded in here. v3: - Remove SHLIB_libxenctrl from SHDEPS_libxenvchan, and replace with SHLIB_libxentoollog. - Move to tools/libs/gnttab - Adjust for rebase over 31cf2ca75181 "tools/libxc: linux: Don't use getpagesize() when unmapping the grants" v5: Allow _close(NULL). v6: The extensive API document updates from the previous round of review have been implemented in "tools/libs/gnttab: Extensive updates to API documentation." later in the series, so as not to add further functional changes than already required to this refactoring patch. v7: Added mk-headers-$(XEN_TARGET_ARCH) build dependency instead of open coding the recursion. s/gnttab_munmap/gnttab_unmap/ and s/gntshr_munmap/gntshr_unshare/ in the API and equivalents in the internals/osdeps etc. --- .gitignore | 2 + stubdom/Makefile | 17 +- tools/Makefile | 3 + tools/Rules.mk | 14 +- tools/console/Makefile | 5 +- tools/console/daemon/io.c | 21 +- tools/libs/Makefile | 1 + tools/libs/evtchn/minios.c | 5 +- tools/libs/gnttab/Makefile | 69 +++++ tools/libs/gnttab/gntshr_core.c | 95 ++++++ .../xc_nognttab.c => libs/gnttab/gntshr_unimp.c} | 34 ++- tools/libs/gnttab/gnttab_core.c | 124 ++++++++ tools/libs/gnttab/gnttab_unimp.c | 89 ++++++ tools/libs/gnttab/include/xengnttab.h | 216 ++++++++++++++ tools/libs/gnttab/libxengnttab.map | 23 ++ tools/libs/gnttab/linux.c | 329 +++++++++++++++++++++ tools/libs/gnttab/minios.c | 117 ++++++++ tools/libs/gnttab/private.h | 47 +++ tools/libvchan/Makefile | 8 +- tools/libvchan/init.c | 26 +- tools/libvchan/io.c | 8 +- tools/libvchan/libxenvchan.h | 6 +- tools/libxc/Makefile | 15 +- tools/libxc/include/xenctrl.h | 168 ----------- tools/libxc/include/xenctrl_compat.h | 48 +++ tools/libxc/xc_gnttab.c | 53 ---- tools/libxc/xc_gnttab_compat.c | 111 +++++++ tools/libxc/xc_linux_osdep.c | 280 ------------------ tools/libxc/xc_minios.c | 73 ----- tools/libxc/xc_nogntshr.c | 46 --- tools/libxc/xc_private.c | 80 ----- tools/libxc/xc_private.h | 24 -- tools/xenstore/Makefile | 4 +- tools/xenstore/xenstored_core.h | 4 +- tools/xenstore/xenstored_domain.c | 24 +- tools/xenstore/xenstored_minios.c | 5 +- 36 files changed, 1393 insertions(+), 801 deletions(-) create mode 100644 tools/libs/gnttab/Makefile create mode 100644 tools/libs/gnttab/gntshr_core.c rename tools/{libxc/xc_nognttab.c => libs/gnttab/gntshr_unimp.c} (52%) create mode 100644 tools/libs/gnttab/gnttab_core.c create mode 100644 tools/libs/gnttab/gnttab_unimp.c create mode 100644 tools/libs/gnttab/include/xengnttab.h create mode 100644 tools/libs/gnttab/libxengnttab.map create mode 100644 tools/libs/gnttab/linux.c create mode 100644 tools/libs/gnttab/minios.c create mode 100644 tools/libs/gnttab/private.h create mode 100644 tools/libxc/xc_gnttab_compat.c delete mode 100644 tools/libxc/xc_nogntshr.c diff --git a/.gitignore b/.gitignore index b34dc3c..9241c54 100644 --- a/.gitignore +++ b/.gitignore @@ -60,6 +60,7 @@ stubdom/ioemu stubdom/xenstore stubdom/libxentoollog-* stubdom/libxenevtchn-* +stubdom/libxengnttab-* stubdom/libxc-* stubdom/lwip-* stubdom/mini-os-* @@ -88,6 +89,7 @@ config/Stubdom.mk config/Docs.mk tools/libs/toollog/headers.chk tools/libs/evtchn/headers.chk +tools/libs/gnttab/headers.chk tools/blktap2/daemon/blktapctrl tools/blktap2/drivers/img2qcow tools/blktap2/drivers/lock-util diff --git a/stubdom/Makefile b/stubdom/Makefile index 702d66b..2dbf4a8 100644 --- a/stubdom/Makefile +++ b/stubdom/Makefile @@ -325,6 +325,12 @@ mk-headers-$(XEN_TARGET_ARCH): $(IOEMU_LINKFARM_TARGET) ln -sf $(XEN_ROOT)/tools/libs/evtchn/include/*.h include/ && \ ln -sf $(XEN_ROOT)/tools/libs/evtchn/*.c . && \ ln -sf $(XEN_ROOT)/tools/libs/evtchn/Makefile . ) + mkdir -p libs-$(XEN_TARGET_ARCH)/gnttab/include + [ -h libs-$(XEN_TARGET_ARCH)/gnttab/Makefile ] || ( cd libs-$(XEN_TARGET_ARCH)/gnttab && \ + ln -sf $(XEN_ROOT)/tools/libs/gnttab/*.h . && \ + ln -sf $(XEN_ROOT)/tools/libs/gnttab/include/*.h include/ && \ + ln -sf $(XEN_ROOT)/tools/libs/gnttab/*.c . && \ + ln -sf $(XEN_ROOT)/tools/libs/gnttab/Makefile . ) mkdir -p libxc-$(XEN_TARGET_ARCH) [ -h libxc-$(XEN_TARGET_ARCH)/Makefile ] || ( cd libxc-$(XEN_TARGET_ARCH) && \ ln -sf $(XEN_ROOT)/tools/libxc/*.h . && \ @@ -366,12 +372,21 @@ libs-$(XEN_TARGET_ARCH)/evtchn/libxenevtchn.a: mk-headers-$(XEN_TARGET_ARCH) $(N CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= -C libs-$(XEN_TARGET_ARCH)/evtchn ####### +# libxengnttab +####### + +.PHONY: libxengnttab +libxengnttab: libs-$(XEN_TARGET_ARCH)/gnttab/libxengnttab.a +libs-$(XEN_TARGET_ARCH)/gnttab/libxengnttab.a: mk-headers-$(XEN_TARGET_ARCH) $(NEWLIB_STAMPFILE) + CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= -C libs-$(XEN_TARGET_ARCH)/gnttab + +####### # libxc ####### .PHONY: libxc libxc: libxc-$(XEN_TARGET_ARCH)/libxenctrl.a libxc-$(XEN_TARGET_ARCH)/libxenguest.a -libxc-$(XEN_TARGET_ARCH)/libxenctrl.a: mk-headers-$(XEN_TARGET_ARCH) libxentoollog libxenevtchn cross-zlib +libxc-$(XEN_TARGET_ARCH)/libxenctrl.a: mk-headers-$(XEN_TARGET_ARCH) libxentoollog libxenevtchn libxengnttab cross-zlib CPPFLAGS="$(TARGET_CPPFLAGS)" CFLAGS="$(TARGET_CFLAGS)" $(MAKE) DESTDIR= CONFIG_LIBXC_MINIOS=y -C libxc-$(XEN_TARGET_ARCH) libxc-$(XEN_TARGET_ARCH)/libxenguest.a: libxc-$(XEN_TARGET_ARCH)/libxenctrl.a diff --git a/tools/Makefile b/tools/Makefile index 99e016a..f373e71 100644 --- a/tools/Makefile +++ b/tools/Makefile @@ -249,9 +249,11 @@ subdir-all-qemu-xen-dir: qemu-xen-dir-find --includedir=$(LIBEXEC_INC) \ --source-path=$$source \ --extra-cflags="-DXC_WANT_COMPAT_EVTCHN_API=1 \ + -DXC_WANT_COMPAT_GNTTAB_API=1 \ -I$(XEN_ROOT)/tools/include \ -I$(XEN_ROOT)/tools/libs/toollog/include \ -I$(XEN_ROOT)/tools/libs/evtchn/include \ + -I$(XEN_ROOT)/tools/libs/gnttab/include \ -I$(XEN_ROOT)/tools/libxc/include \ -I$(XEN_ROOT)/tools/xenstore/include \ -I$(XEN_ROOT)/tools/xenstore/compat/include \ @@ -260,6 +262,7 @@ subdir-all-qemu-xen-dir: qemu-xen-dir-find -L$(XEN_ROOT)/tools/xenstore \ -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/toollog \ -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/evtchn \ + -Wl,-rpath-link=$(XEN_ROOT)/tools/libs/gnttab \ $(QEMU_UPSTREAM_RPATH)" \ --bindir=$(LIBEXEC_BIN) \ --datadir=$(SHAREDIR)/qemu-xen \ diff --git a/tools/Rules.mk b/tools/Rules.mk index 0c83e22..379990f 100644 --- a/tools/Rules.mk +++ b/tools/Rules.mk @@ -12,6 +12,7 @@ INSTALL = $(XEN_ROOT)/tools/cross-install XEN_INCLUDE = $(XEN_ROOT)/tools/include XEN_LIBXENTOOLLOG = $(XEN_ROOT)/tools/libs/toollog XEN_LIBXENEVTCHN = $(XEN_ROOT)/tools/libs/evtchn +XEN_LIBXENGNTTAB = $(XEN_ROOT)/tools/libs/gnttab XEN_LIBXC = $(XEN_ROOT)/tools/libxc XEN_XENLIGHT = $(XEN_ROOT)/tools/libxl XEN_XENSTORE = $(XEN_ROOT)/tools/xenstore @@ -88,8 +89,17 @@ SHDEPS_libxenevtchn = LDLIBS_libxenevtchn = $(XEN_LIBXENEVTCHN)/libxenevtchn$(libextension) SHLIB_libxenevtchn = -Wl,-rpath-link=$(XEN_LIBXENEVTCHN) +CFLAGS_libxengnttab = -I$(XEN_LIBXENGNTTAB)/include $(CFLAGS_xeninclude) +LDLIBS_libxengnttab = $(XEN_LIBXENGNTTAB)/libxengnttab$(libextension) +SHLIB_libxengnttab = -Wl,-rpath-link=$(XEN_LIBXENGNTTAB) + +# xengntshr_* interfaces are actually part of libxengnttab.so +CFLAGS_libxengntshr = -I$(XEN_LIBXENGNTTAB)/include $(CFLAGS_xeninclude) +LDLIBS_libxengntshr = $(XEN_LIBXENGNTTAB)/libxengnttab$(libextension) +SHLIB_libxengntshr = -Wl,-rpath-link=$(XEN_LIBXENGNTTAB) + CFLAGS_libxenctrl = -I$(XEN_LIBXC)/include $(CFLAGS_libxentoollog) $(CFLAGS_xeninclude) -SHDEPS_libxenctrl = $(SHLIB_libxentoollog) $(SHLIB_libxenevtchn) +SHDEPS_libxenctrl = $(SHLIB_libxentoollog) $(SHLIB_libxenevtchn) $(SHLIB_libxengnttab) $(SHLIB_libxengntshr) LDLIBS_libxenctrl = $(SHDEPS_libxenctrl) $(XEN_LIBXC)/libxenctrl$(libextension) SHLIB_libxenctrl = $(SHDEPS_libxenctrl) -Wl,-rpath-link=$(XEN_LIBXC) @@ -109,7 +119,7 @@ LDLIBS_libxenstat = $(SHDEPS_libxenstat) $(XEN_LIBXENSTAT)/libxenstat$(libexten SHLIB_libxenstat = $(SHDEPS_libxenstat) -Wl,-rpath-link=$(XEN_LIBXENSTAT) CFLAGS_libxenvchan = -I$(XEN_LIBVCHAN) -SHDEPS_libxenvchan = $(SHLIB_libxenctrl) $(SHLIB_libxenstore) $(SHLIB_libxenevtchn) +SHDEPS_libxenvchan = $(SHLIB_libxentoollog) $(SHLIB_libxenstore) $(SHLIB_libxenevtchn) $(SHLIB_libxengnttab) $(SHLIB_libxengntshr) LDLIBS_libxenvchan = $(SHDEPS_libxenvchan) $(XEN_LIBVCHAN)/libxenvchan$(libextension) SHLIB_libxenvchan = $(SHDEPS_libxenvchan) -Wl,-rpath-link=$(XEN_LIBVCHAN) diff --git a/tools/console/Makefile b/tools/console/Makefile index 4b3a492..6eeac8f 100644 --- a/tools/console/Makefile +++ b/tools/console/Makefile @@ -3,10 +3,8 @@ include $(XEN_ROOT)/tools/Rules.mk CFLAGS += -Werror -CFLAGS += $(CFLAGS_libxenevtchn) CFLAGS += $(CFLAGS_libxenctrl) CFLAGS += $(CFLAGS_libxenstore) -LDLIBS += $(LDLIBS_libxenevtchn) LDLIBS += $(LDLIBS_libxenctrl) LDLIBS += $(LDLIBS_libxenstore) LDLIBS += $(SOCKET_LIBS) @@ -28,8 +26,9 @@ clean: .PHONY: distclean distclean: clean +daemon/io.o: CFLAGS += $(CFLAGS_libxenevtchn) $(CFLAGS_libxengnttab) xenconsoled: $(patsubst %.c,%.o,$(wildcard daemon/*.c)) - $(CC) $(LDFLAGS) $^ -o $@ $(LDLIBS) $(LDLIBS_xenconsoled) $(APPEND_LDFLAGS) + $(CC) $(LDFLAGS) $^ -o $@ $(LDLIBS) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_xenconsoled) $(APPEND_LDFLAGS) xenconsole: client/_paths.h $(patsubst %.c,%.o,$(wildcard client/*.c)) $(CC) $(LDFLAGS) $^ -o $@ $(LDLIBS) $(LDLIBS_xenconsole) $(APPEND_LDFLAGS) diff --git a/tools/console/daemon/io.c b/tools/console/daemon/io.c index 2f2e9c5..e2e7a6b 100644 --- a/tools/console/daemon/io.c +++ b/tools/console/daemon/io.c @@ -22,6 +22,7 @@ #include "utils.h" #include "io.h" #include +#include #include #include #include @@ -72,7 +73,7 @@ static int log_time_hv_needts = 1; static int log_time_guest_needts = 1; static int log_hv_fd = -1; -static xc_gnttab *xcg_handle = NULL; +static xengnttab_handle *xgt_handle = NULL; static struct pollfd *fds; static unsigned int current_array_size; @@ -520,8 +521,8 @@ static void domain_unmap_interface(struct domain *dom) { if (dom->interface == NULL) return; - if (xcg_handle && dom->ring_ref == -1) - xc_gnttab_munmap(xcg_handle, dom->interface, 1); + if (xgt_handle && dom->ring_ref == -1) + xengnttab_unmap(xgt_handle, dom->interface, 1); else munmap(dom->interface, XC_PAGE_SIZE); dom->interface = NULL; @@ -552,9 +553,9 @@ static int domain_create_ring(struct domain *dom) if (ring_ref != dom->ring_ref && dom->ring_ref != -1) domain_unmap_interface(dom); - if (!dom->interface && xcg_handle) { + if (!dom->interface && xgt_handle) { /* Prefer using grant table */ - dom->interface = xc_gnttab_map_grant_ref(xcg_handle, + dom->interface = xengnttab_map_grant_ref(xgt_handle, dom->domid, GNTTAB_RESERVED_CONSOLE, PROT_READ|PROT_WRITE); dom->ring_ref = -1; @@ -1029,8 +1030,8 @@ void handle_io(void) handle_hv_logs(xce_handle, true); } - xcg_handle = xc_gnttab_open(NULL, 0); - if (xcg_handle == NULL) { + xgt_handle = xengnttab_open(NULL, 0); + if (xgt_handle == NULL) { dolog(LOG_DEBUG, "Failed to open xcg handle: %d (%s)", errno, strerror(errno)); } @@ -1206,9 +1207,9 @@ void handle_io(void) xenevtchn_close(xce_handle); xce_handle = NULL; } - if (xcg_handle != NULL) { - xc_gnttab_close(xcg_handle); - xcg_handle = NULL; + if (xgt_handle != NULL) { + xengnttab_close(xgt_handle); + xgt_handle = NULL; } log_hv_evtchn = -1; } diff --git a/tools/libs/Makefile b/tools/libs/Makefile index 0e3f523..00156ae 100644 --- a/tools/libs/Makefile +++ b/tools/libs/Makefile @@ -4,5 +4,6 @@ include $(XEN_ROOT)/tools/Rules.mk SUBDIRS-y := SUBDIRS-y += toollog SUBDIRS-y += evtchn +SUBDIRS-y += gnttab all clean install distclean: %: subdirs-% diff --git a/tools/libs/evtchn/minios.c b/tools/libs/evtchn/minios.c index fb913a2..b839cd0 100644 --- a/tools/libs/evtchn/minios.c +++ b/tools/libs/evtchn/minios.c @@ -27,13 +27,12 @@ #include #include -#include - #include #include #include #include #include +#include #include #include @@ -43,8 +42,6 @@ extern void minios_evtchn_close_fd(int fd); extern struct wait_queue_head event_queue; -//void minios_evtchn_close_fd(int fd); - /* XXX Note: This is not threadsafe */ static struct evtchn_port_info* port_alloc(int fd) { struct evtchn_port_info *port_info; diff --git a/tools/libs/gnttab/Makefile b/tools/libs/gnttab/Makefile new file mode 100644 index 0000000..53ba960 --- /dev/null +++ b/tools/libs/gnttab/Makefile @@ -0,0 +1,69 @@ +XEN_ROOT = $(CURDIR)/../../.. +include $(XEN_ROOT)/tools/Rules.mk + +MAJOR = 1 +MINOR = 0 +SHLIB_LDFLAGS += -Wl,--version-script=libxengnttab.map + +CFLAGS += -Werror -Wmissing-prototypes +CFLAGS += -I./include $(CFLAGS_xeninclude) +CFLAGS += $(CFLAGS_libxentoollog) + +SRCS-GNTTAB += gnttab_core.c +SRCS-GNTSHR += gntshr_core.c + +SRCS-$(CONFIG_Linux) += $(SRCS-GNTTAB) $(SRCS-GNTSHR) linux.c +SRCS-$(CONFIG_MiniOS) += $(SRCS-GNTTAB) gntshr_unimp.c minios.c +SRCS-$(CONFIG_FreeBSD) += gnttab_unimp.c gntshr_unimp.c +SRCS-$(CONFIG_SunOS) += gnttab_unimp.c gntshr_unimp.c +SRCS-$(CONFIG_NetBSD) += gnttab_unimp.c gntshr_unimp.c + +LIB_OBJS := $(patsubst %.c,%.o,$(SRCS-y)) +PIC_OBJS := $(patsubst %.c,%.opic,$(SRCS-y)) + +LIB := libxengnttab.a +ifneq ($(nosharedlibs),y) +LIB += libxengnttab.so +endif + +.PHONY: all +all: build + +.PHONY: build +build: + $(MAKE) libs + +.PHONY: libs +libs: headers.chk $(LIB) + +headers.chk: $(wildcard include/*.h) + +libxengnttab.a: $(LIB_OBJS) + $(AR) rc $@ $^ + +libxengnttab.so: libxengnttab.so.$(MAJOR) + $(SYMLINK_SHLIB) $< $@ +libxengnttab.so.$(MAJOR): libxengnttab.so.$(MAJOR).$(MINOR) + $(SYMLINK_SHLIB) $< $@ + +libxengnttab.so.$(MAJOR).$(MINOR): $(PIC_OBJS) libxengnttab.map + $(CC) $(LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxengnttab.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $(PIC_OBJS) $(LDLIBS_libxentoollog) $(APPEND_LDFLAGS) + +.PHONY: install +install: build + $(INSTALL_DIR) $(DESTDIR)$(libdir) + $(INSTALL_DIR) $(DESTDIR)$(includedir) + $(INSTALL_SHLIB) libxengnttab.so.$(MAJOR).$(MINOR) $(DESTDIR)$(libdir) + $(INSTALL_DATA) libxengnttab.a $(DESTDIR)$(libdir) + $(SYMLINK_SHLIB) libxengnttab.so.$(MAJOR).$(MINOR) $(DESTDIR)$(libdir)/libxengnttab.so.$(MAJOR) + $(SYMLINK_SHLIB) libxengnttab.so.$(MAJOR) $(DESTDIR)$(libdir)/libxengnttab.so + $(INSTALL_DATA) include/xengnttab.h $(DESTDIR)$(includedir) + +.PHONY: TAGS +TAGS: + etags -t *.c *.h + +.PHONY: clean +clean: + rm -rf *.rpm $(LIB) *~ $(DEPS) $(LIB_OBJS) $(PIC_OBJS) + rm -f headers.chk diff --git a/tools/libs/gnttab/gntshr_core.c b/tools/libs/gnttab/gntshr_core.c new file mode 100644 index 0000000..7f6bf9d --- /dev/null +++ b/tools/libs/gnttab/gntshr_core.c @@ -0,0 +1,95 @@ +/****************************************************************************** + * + * Copyright (c) 2007-2008, D G Murray + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_gnttab.c + */ + +#include + +#include "private.h" + +xengntshr_handle *xengntshr_open(xentoollog_logger *logger, unsigned open_flags) +{ + xengntshr_handle *xgs = malloc(sizeof(*xgs)); + int rc; + + if (!xgs) return NULL; + + xgs->fd = -1; + xgs->logger = logger; + xgs->logger_tofree = NULL; + + if (!xgs->logger) { + xgs->logger = xgs->logger_tofree = + (xentoollog_logger*) + xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); + if (!xgs->logger) goto err; + } + + rc = osdep_gntshr_open(xgs); + if ( rc < 0 ) goto err; + + return xgs; + +err: + osdep_gntshr_close(xgs); + xtl_logger_destroy(xgs->logger_tofree); + free(xgs); + return NULL; +} + +int xengntshr_close(xengntshr_handle *xgs) +{ + int rc; + + if ( !xgs ) + return 0; + + rc = osdep_gntshr_close(xgs); + xtl_logger_destroy(xgs->logger_tofree); + free(xgs); + return rc; +} +void *xengntshr_share_pages(xengntshr_handle *xcg, uint32_t domid, + int count, uint32_t *refs, int writable) +{ + return osdep_gntshr_share_pages(xcg, domid, count, refs, writable, -1, -1); +} + +void *xengntshr_share_page_notify(xengntshr_handle *xcg, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + return osdep_gntshr_share_pages(xcg, domid, 1, ref, writable, + notify_offset, notify_port); +} + +int xengntshr_unshare(xengntshr_handle *xgs, void *start_address, uint32_t count) +{ + return osdep_gntshr_unshare(xgs, start_address, count); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libxc/xc_nognttab.c b/tools/libs/gnttab/gntshr_unimp.c similarity index 52% rename from tools/libxc/xc_nognttab.c rename to tools/libs/gnttab/gntshr_unimp.c index e8a0fcb..e210484 100644 --- a/tools/libxc/xc_nognttab.c +++ b/tools/libs/gnttab/gntshr_unimp.c @@ -14,37 +14,49 @@ * * You should have received a copy of the GNU Lesser General Public * License along with this library; If not, see . + * + * Split out from xc_gnttab.c */ #include -#include "xc_private.h" +#include "private.h" -int osdep_gnttab_open(xc_gnttab *xgt) +xengntshr_handle *xengntshr_open(xentoollog_logger *logger, unsigned open_flags) { - return -1; + return NULL; } -int osdep_gnttab_close(xc_gnttab *xgt) +int xengntshr_close(xengntshr_handle *xgs) { return 0; } -int xc_gnttab_set_max_grants(xc_gnttab *xgt, uint32_t count) +void *xengntshr_share_pages(xengntshr_handle *xcg, uint32_t domid, + int count, uint32_t *refs, int writable) { abort(); } -void *osdep_gnttab_grant_map(xc_gnttab *xgt, - uint32_t count, int flags, int prot, - uint32_t *domids, uint32_t *refs, - uint32_t notify_offset, - evtchn_port_t notify_port) +void *xengntshr_share_page_notify(xengntshr_handle *xcg, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port) { abort(); } -int xc_gnttab_munmap(xc_gnttab *xgt, void *start_address, uint32_t count) +int xengntshr_unshare(xengntshr_handle *xgs, void *start_address, uint32_t count) { abort(); } + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/gnttab_core.c b/tools/libs/gnttab/gnttab_core.c new file mode 100644 index 0000000..5d0474d --- /dev/null +++ b/tools/libs/gnttab/gnttab_core.c @@ -0,0 +1,124 @@ +/****************************************************************************** + * + * Copyright (c) 2007-2008, D G Murray + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_gnttab.c + */ + +#include + +#include "private.h" + +xengnttab_handle *xengnttab_open(xentoollog_logger *logger, unsigned open_flags) +{ + xengnttab_handle *xgt = malloc(sizeof(*xgt)); + int rc; + + if (!xgt) return NULL; + + xgt->fd = -1; + xgt->logger = logger; + xgt->logger_tofree = NULL; + + if (!xgt->logger) { + xgt->logger = xgt->logger_tofree = + (xentoollog_logger*) + xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); + if (!xgt->logger) goto err; + } + + rc = osdep_gnttab_open(xgt); + if ( rc < 0 ) goto err; + + return xgt; + +err: + osdep_gnttab_close(xgt); + xtl_logger_destroy(xgt->logger_tofree); + free(xgt); + return NULL; +} + +int xengnttab_close(xengnttab_handle *xgt) +{ + int rc; + + if ( !xgt ) + return 0; + + rc = osdep_gnttab_close(xgt); + xtl_logger_destroy(xgt->logger_tofree); + free(xgt); + return rc; +} + +int xengnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count) +{ + return osdep_gnttab_set_max_grants(xgt, count); +} + +void *xengnttab_map_grant_ref(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot) +{ + return osdep_gnttab_grant_map(xgt, 1, 0, prot, &domid, &ref, -1, -1); +} + +void *xengnttab_map_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot) +{ + return osdep_gnttab_grant_map(xgt, count, 0, prot, domids, refs, -1, -1); +} + +void *xengnttab_map_domain_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot) +{ + return osdep_gnttab_grant_map(xgt, count, XENGNTTAB_GRANT_MAP_SINGLE_DOMAIN, + prot, &domid, refs, -1, -1); +} + +void *xengnttab_map_grant_ref_notify(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + return osdep_gnttab_grant_map(xgt, 1, 0, prot, &domid, &ref, + notify_offset, notify_port); +} + +int xengnttab_unmap(xengnttab_handle *xgt, void *start_address, uint32_t count) +{ + return osdep_gnttab_unmap(xgt, start_address, count); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/gnttab_unimp.c b/tools/libs/gnttab/gnttab_unimp.c new file mode 100644 index 0000000..b3a4a20 --- /dev/null +++ b/tools/libs/gnttab/gnttab_unimp.c @@ -0,0 +1,89 @@ +/****************************************************************************** + * + * Copyright (c) 2007-2008, D G Murray + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_gnttab.c + */ + +#include + +#include "private.h" + +xengnttab_handle *xengnttab_open(xentoollog_logger *logger, unsigned open_flags) +{ + return NULL; +} + +int xengnttab_close(xengnttab_handle *xgt) +{ + return 0; +} + +int xengnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count) +{ + abort(); +} + +void *xengnttab_map_grant_ref(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot) +{ + abort(); +} + +void *xengnttab_map_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot) +{ + abort(); +} + +void *xengnttab_map_domain_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot) +{ + abort(); +} + +void *xengnttab_map_grant_ref_notify(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + abort(); +} + +int xengnttab_unmap(xengnttab_handle *xgt, void *start_address, uint32_t count) +{ + abort(); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/include/xengnttab.h b/tools/libs/gnttab/include/xengnttab.h new file mode 100644 index 0000000..700a5f1 --- /dev/null +++ b/tools/libs/gnttab/include/xengnttab.h @@ -0,0 +1,216 @@ +/* + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split off from: + * xenctrl.h + * + * A library for low-level access to the Xen control interfaces. + * + * Copyright (c) 2007-2008, D G Murray + */ +#ifndef XENGNTTAB_H +#define XENGNTTAB_H + +#include + +#include +#include + +/* Callers who don't care don't need to #include */ +typedef struct xentoollog_logger xentoollog_logger; + +/* + * Grant Table Interface (making use of grants from other domains) + */ + +typedef struct xengntdev_handle xengnttab_handle; + +/* + * Note: + * After fork a child process must not use any opened xc gnttab + * handle inherited from their parent. They must open a new handle if + * they want to interact with xc. + * + * Return an fd onto the grant table driver. Logs errors. + */ +xengnttab_handle *xengnttab_open(xentoollog_logger *logger, unsigned open_flags); + +/* + * Close a handle previously allocated with xengnttab_open(). + * Never logs errors. + */ +int xengnttab_close(xengnttab_handle *xgt); + +/* + * Memory maps a grant reference from one domain to a local address range. + * Mappings should be unmapped with xengnttab_unmap. Logs errors. + * + * @parm xgt a handle on an open grant table interface + * @parm domid the domain to map memory from + * @parm ref the grant reference ID to map + * @parm prot same flag as in mmap() + */ +void *xengnttab_map_grant_ref(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot); + +/** + * Memory maps one or more grant references from one or more domains to a + * contiguous local address range. Mappings should be unmapped with + * xengnttab_unmap. Logs errors. + * + * @parm xgt a handle on an open grant table interface + * @parm count the number of grant references to be mapped + * @parm domids an array of @count domain IDs by which the corresponding @refs + * were granted + * @parm refs an array of @count grant references to be mapped + * @parm prot same flag as in mmap() + */ +void *xengnttab_map_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot); + +/** + * Memory maps one or more grant references from one domain to a + * contiguous local address range. Mappings should be unmapped with + * xengnttab_unmap. Logs errors. + * + * @parm xgt a handle on an open grant table interface + * @parm count the number of grant references to be mapped + * @parm domid the domain to map memory from + * @parm refs an array of @count grant references to be mapped + * @parm prot same flag as in mmap() + */ +void *xengnttab_map_domain_grant_refs(xengnttab_handle *xgt, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot); + +/** + * Memory maps a grant reference from one domain to a local address range. + * Mappings should be unmapped with xengnttab_unmap. If notify_offset or + * notify_port are not -1, this version will attempt to set up an unmap + * notification at the given offset and event channel. When the page is + * unmapped, the byte at the given offset will be zeroed and a wakeup will be + * sent to the given event channel. Logs errors. + * + * @parm xgt a handle on an open grant table interface + * @parm domid the domain to map memory from + * @parm ref the grant reference ID to map + * @parm prot same flag as in mmap() + * @parm notify_offset The byte offset in the page to use for unmap + * notification; -1 for none. + * @parm notify_port The event channel port to use for unmap notify, or -1 + */ +void *xengnttab_map_grant_ref_notify(xengnttab_handle *xgt, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port); + +/* + * Unmaps the @count pages starting at @start_address, which were mapped by a + * call to xengnttab_map_grant_ref or xengnttab_map_grant_refs. Never logs. + */ +int xengnttab_unmap(xengnttab_handle *xgt, void *start_address, uint32_t count); + +/* + * Sets the maximum number of grants that may be mapped by the given instance + * to @count. Never logs. + * + * N.B. This function must be called after opening the handle, and before any + * other functions are invoked on it. + * + * N.B. When variable-length grants are mapped, fragmentation may be observed, + * and it may not be possible to satisfy requests up to the maximum number + * of grants. + */ +int xengnttab_set_max_grants(xengnttab_handle *xgt, + uint32_t count); + +/* + * Grant Sharing Interface (allocating and granting pages) + */ + +typedef struct xengntdev_handle xengntshr_handle; + +/* + * Return an fd onto the grant sharing driver. Logs errors. + * + * Note: + * After fork a child process must not use any opened xc gntshr + * handle inherited from their parent. They must open a new handle if + * they want to interact with xc. + * + */ +xengntshr_handle *xengntshr_open(xentoollog_logger *logger, + unsigned open_flags); + +/* + * Close a handle previously allocated with xengntshr_open(). + * Never logs errors. + */ +int xengntshr_close(xengntshr_handle *xgs); + +/* + * Creates and shares pages with another domain. + * + * @parm xgs a handle to an open grant sharing instance + * @parm domid the domain to share memory with + * @parm count the number of pages to share + * @parm refs the grant references of the pages (output) + * @parm writable true if the other domain can write to the pages + * @return local mapping of the pages + */ +void *xengntshr_share_pages(xengntshr_handle *xgs, uint32_t domid, + int count, uint32_t *refs, int writable); + +/* + * Creates and shares a page with another domain, with unmap notification. + * + * @parm xgs a handle to an open grant sharing instance + * @parm domid the domain to share memory with + * @parm refs the grant reference of the pages (output) + * @parm writable true if the other domain can write to the page + * @parm notify_offset The byte offset in the page to use for unmap + * notification; -1 for none. + * @parm notify_port The event channel port to use for unmap notify, or -1 + * @return local mapping of the page + */ +void *xengntshr_share_page_notify(xengntshr_handle *xgs, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port); +/* + * Unmaps the @count pages starting at @start_address, which were mapped by a + * call to xengntshr_share_*. Never logs. + */ +int xengntshr_unshare(xengntshr_handle *xgs, void *start_address, uint32_t count); + +#endif + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/libxengnttab.map b/tools/libs/gnttab/libxengnttab.map new file mode 100644 index 0000000..66e8c12 --- /dev/null +++ b/tools/libs/gnttab/libxengnttab.map @@ -0,0 +1,23 @@ +VERS_1.0 { + global: + xengnttab_open; + xengnttab_close; + + xengnttab_set_max_grants; + + xengnttab_map_domain_grant_refs; + xengnttab_map_grant_ref; + xengnttab_map_grant_ref_notify; + xengnttab_map_grant_refs; + + xengnttab_unmap; + + xengntshr_open; + xengntshr_close; + + xengntshr_share_page_notify; + xengntshr_share_pages; + + xengntshr_unshare; + local: *; /* Do not expose anything by default */ +}; diff --git a/tools/libs/gnttab/linux.c b/tools/libs/gnttab/linux.c new file mode 100644 index 0000000..768119a --- /dev/null +++ b/tools/libs/gnttab/linux.c @@ -0,0 +1,329 @@ +/* + * Copyright (c) 2007-2008, D G Murray + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Split out from xc_linux_osdep.c + */ + +#include +#include +#include +#include +#include +#include + +#include +#include + +#include +#include + +#include "private.h" + +#define DEVXEN "/dev/xen/" + +#define ROUNDUP(_x,_w) (((unsigned long)(_x)+(1UL<<(_w))-1) & ~((1UL<<(_w))-1)) + +#define GTERROR(_l, _f...) xtl_log(_l, XTL_ERROR, errno, "gnttab", _f) +#define GSERROR(_l, _f...) xtl_log(_l, XTL_ERROR, errno, "gntshr", _f) + +#define PAGE_SHIFT 12 +#define PAGE_SIZE (1UL << PAGE_SHIFT) +#define PAGE_MASK (~(PAGE_SIZE-1)) + +int osdep_gnttab_open(xengnttab_handle *xgt) +{ + int fd = open(DEVXEN "gntdev", O_RDWR); + if ( fd == -1 ) + return -1; + xgt->fd = fd; + return 0; +} + +int osdep_gnttab_close(xengnttab_handle *xgt) +{ + if ( xgt->fd == -1 ) + return 0; + + return close(xgt->fd); +} + +int osdep_gnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count) +{ + int fd = xgt->fd, rc; + struct ioctl_gntdev_set_max_grants max_grants = { .count = count }; + + rc = ioctl(fd, IOCTL_GNTDEV_SET_MAX_GRANTS, &max_grants); + if (rc) { + /* + * Newer (e.g. pv-ops) kernels don't implement this IOCTL, + * so ignore the resulting specific failure. + */ + if (errno == ENOTTY) + rc = 0; + else + GTERROR(xgt->logger, "ioctl SET_MAX_GRANTS failed"); + } + + return rc; +} + +void *osdep_gnttab_grant_map(xengnttab_handle *xgt, + uint32_t count, int flags, int prot, + uint32_t *domids, uint32_t *refs, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + int fd = xgt->fd; + struct ioctl_gntdev_map_grant_ref *map; + unsigned int map_size = ROUNDUP((sizeof(*map) + (count - 1) * + sizeof(struct ioctl_gntdev_map_grant_ref)), + PAGE_SHIFT); + void *addr = NULL; + int domids_stride = 1; + int i; + + if (flags & XENGNTTAB_GRANT_MAP_SINGLE_DOMAIN) + domids_stride = 0; + + if ( map_size <= PAGE_SIZE ) + map = alloca(sizeof(*map) + + (count - 1) * sizeof(struct ioctl_gntdev_map_grant_ref)); + else + { + map = mmap(NULL, map_size, PROT_READ | PROT_WRITE, + MAP_PRIVATE | MAP_ANON | MAP_POPULATE, -1, 0); + if ( map == MAP_FAILED ) + { + GTERROR(xgt->logger, "mmap of map failed"); + return NULL; + } + } + + for ( i = 0; i < count; i++ ) + { + map->refs[i].domid = domids[i * domids_stride]; + map->refs[i].ref = refs[i]; + } + + map->count = count; + + if ( ioctl(fd, IOCTL_GNTDEV_MAP_GRANT_REF, map) ) { + GTERROR(xgt->logger, "ioctl MAP_GRANT_REF failed"); + goto out; + } + + retry: + addr = mmap(NULL, PAGE_SIZE * count, prot, MAP_SHARED, fd, + map->index); + + if (addr == MAP_FAILED && errno == EAGAIN) + { + /* + * The grant hypercall can return EAGAIN if the granted page is + * swapped out. Since the paging daemon may be in the same domain, the + * hypercall cannot block without causing a deadlock. + * + * Because there are no notificaitons when the page is swapped in, wait + * a bit before retrying, and hope that the page will arrive eventually. + */ + usleep(1000); + goto retry; + } + + if (addr != MAP_FAILED) + { + int rv = 0; + struct ioctl_gntdev_unmap_notify notify; + notify.index = map->index; + notify.action = 0; + if (notify_offset < PAGE_SIZE * count) { + notify.index += notify_offset; + notify.action |= UNMAP_NOTIFY_CLEAR_BYTE; + } + if (notify_port != -1) { + notify.event_channel_port = notify_port; + notify.action |= UNMAP_NOTIFY_SEND_EVENT; + } + if (notify.action) + rv = ioctl(fd, IOCTL_GNTDEV_SET_UNMAP_NOTIFY, ¬ify); + if (rv) { + GTERROR(xgt->logger, "ioctl SET_UNMAP_NOTIFY failed"); + munmap(addr, count * PAGE_SIZE); + addr = MAP_FAILED; + } + } + + if (addr == MAP_FAILED) + { + int saved_errno = errno; + struct ioctl_gntdev_unmap_grant_ref unmap_grant; + + /* Unmap the driver slots used to store the grant information. */ + GTERROR(xgt->logger, "mmap failed"); + unmap_grant.index = map->index; + unmap_grant.count = count; + ioctl(fd, IOCTL_GNTDEV_UNMAP_GRANT_REF, &unmap_grant); + errno = saved_errno; + addr = NULL; + } + + out: + if ( map_size > PAGE_SIZE ) + munmap(map, map_size); + + return addr; +} + +int osdep_gnttab_unmap(xengnttab_handle *xgt, + void *start_address, + uint32_t count) +{ + int fd = xgt->fd; + struct ioctl_gntdev_get_offset_for_vaddr get_offset; + struct ioctl_gntdev_unmap_grant_ref unmap_grant; + int rc; + + if ( start_address == NULL ) + { + errno = EINVAL; + return -1; + } + + /* First, it is necessary to get the offset which was initially used to + * mmap() the pages. + */ + get_offset.vaddr = (unsigned long)start_address; + if ( (rc = ioctl(fd, IOCTL_GNTDEV_GET_OFFSET_FOR_VADDR, + &get_offset)) ) + return rc; + + if ( get_offset.count != count ) + { + errno = EINVAL; + return -1; + } + + /* Next, unmap the memory. */ + if ( (rc = munmap(start_address, count * PAGE_SIZE)) ) + return rc; + + /* Finally, unmap the driver slots used to store the grant information. */ + unmap_grant.index = get_offset.offset; + unmap_grant.count = count; + if ( (rc = ioctl(fd, IOCTL_GNTDEV_UNMAP_GRANT_REF, &unmap_grant)) ) + return rc; + + return 0; +} + +int osdep_gntshr_open(xengntshr_handle *xgs) +{ + int fd = open(DEVXEN "gntalloc", O_RDWR); + if ( fd == -1 ) + return -1; + xgs->fd = fd; + return 0; +} + +int osdep_gntshr_close(xengntshr_handle *xgs) +{ + if ( xgs->fd == -1 ) + return 0; + + return close(xgs->fd); +} + +void *osdep_gntshr_share_pages(xengntshr_handle *xgs, + uint32_t domid, int count, + uint32_t *refs, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + struct ioctl_gntalloc_alloc_gref *gref_info = NULL; + struct ioctl_gntalloc_unmap_notify notify; + struct ioctl_gntalloc_dealloc_gref gref_drop; + int fd = xgs->fd; + int err; + void *area = NULL; + gref_info = malloc(sizeof(*gref_info) + count * sizeof(uint32_t)); + if (!gref_info) + return NULL; + gref_info->domid = domid; + gref_info->flags = writable ? GNTALLOC_FLAG_WRITABLE : 0; + gref_info->count = count; + + err = ioctl(fd, IOCTL_GNTALLOC_ALLOC_GREF, gref_info); + if (err) { + GSERROR(xgs->logger, "ioctl failed"); + goto out; + } + + area = mmap(NULL, count * PAGE_SIZE, PROT_READ | PROT_WRITE, + MAP_SHARED, fd, gref_info->index); + + if (area == MAP_FAILED) { + area = NULL; + GSERROR(xgs->logger, "mmap failed"); + goto out_remove_fdmap; + } + + notify.index = gref_info->index; + notify.action = 0; + if (notify_offset < PAGE_SIZE * count) { + notify.index += notify_offset; + notify.action |= UNMAP_NOTIFY_CLEAR_BYTE; + } + if (notify_port != -1) { + notify.event_channel_port = notify_port; + notify.action |= UNMAP_NOTIFY_SEND_EVENT; + } + if (notify.action) + err = ioctl(fd, IOCTL_GNTALLOC_SET_UNMAP_NOTIFY, ¬ify); + if (err) { + GSERROR(xgs->logger, "ioctl SET_UNMAP_NOTIFY failed"); + munmap(area, count * PAGE_SIZE); + area = NULL; + } + + memcpy(refs, gref_info->gref_ids, count * sizeof(uint32_t)); + + out_remove_fdmap: + /* Removing the mapping from the file descriptor does not cause the pages to + * be deallocated until the mapping is removed. + */ + gref_drop.index = gref_info->index; + gref_drop.count = count; + ioctl(fd, IOCTL_GNTALLOC_DEALLOC_GREF, &gref_drop); + out: + free(gref_info); + return area; +} + +int osdep_gntshr_unshare(xengntshr_handle *xgs, + void *start_address, uint32_t count) +{ + return munmap(start_address, count * PAGE_SIZE); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/minios.c b/tools/libs/gnttab/minios.c new file mode 100644 index 0000000..7e04174 --- /dev/null +++ b/tools/libs/gnttab/minios.c @@ -0,0 +1,117 @@ +/* + * + * Copyright 2007-2008 Samuel Thibault . + * All rights reserved. + * Use is subject to license terms. + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation; + * version 2.1 of the License. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; If not, see . + * + * Splitfrom xc_minios.c + */ + +#include +#include +#include + +#include +#include + +#include +#include + +#include "private.h" + +void minios_gnttab_close_fd(int fd); + +int osdep_gnttab_open(xengnttab_handle *xgt) +{ + int fd = alloc_fd(FTYPE_GNTMAP); + if ( fd == -1 ) + return -1; + gntmap_init(&files[fd].gntmap); + xgt->fd = fd; + return 0; +} + +int osdep_gnttab_close(xengnttab_handle *xgt) +{ + if ( xgt->fd == -1 ) + return 0; + + return close(xgt->fd); +} + +void minios_gnttab_close_fd(int fd) +{ + gntmap_fini(&files[fd].gntmap); + files[fd].type = FTYPE_NONE; +} + +void *osdep_gnttab_grant_map(xengnttab_handle *xgt, + uint32_t count, int flags, int prot, + uint32_t *domids, uint32_t *refs, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + int fd = xgt->fd; + int stride = 1; + if (flags & XENGNTTAB_GRANT_MAP_SINGLE_DOMAIN) + stride = 0; + if (notify_offset != -1 || notify_port != -1) { + errno = ENOSYS; + return NULL; + } + return gntmap_map_grant_refs(&files[fd].gntmap, + count, domids, stride, + refs, prot & PROT_WRITE); +} + +int osdep_gnttab_unmap(xengnttab_handle *xgt, + void *start_address, + uint32_t count) +{ + int fd = xgt->fd; + int ret; + ret = gntmap_munmap(&files[fd].gntmap, + (unsigned long) start_address, + count); + if (ret < 0) { + errno = -ret; + return -1; + } + return ret; +} + +int osdep_gnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count) +{ + int fd = xgt->fd; + int ret; + ret = gntmap_set_max_grants(&files[fd].gntmap, + count); + if (ret < 0) { + errno = -ret; + return -1; + } + return ret; +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libs/gnttab/private.h b/tools/libs/gnttab/private.h new file mode 100644 index 0000000..d286c86 --- /dev/null +++ b/tools/libs/gnttab/private.h @@ -0,0 +1,47 @@ +#ifndef XENGNTTAB_PRIVATE_H +#define XENGNTTAB_PRIVATE_H + +#include +#include + +struct xengntdev_handle { + xentoollog_logger *logger, *logger_tofree; + int fd; +}; + +int osdep_gnttab_open(xengnttab_handle *xgt); +int osdep_gnttab_close(xengnttab_handle *xgt); + +int osdep_gnttab_set_max_grants(xengnttab_handle *xgt, uint32_t count); + +#define XENGNTTAB_GRANT_MAP_SINGLE_DOMAIN 0x1 +void *osdep_gnttab_grant_map(xengnttab_handle *xgt, + uint32_t count, int flags, int prot, + uint32_t *domids, uint32_t *refs, + uint32_t notify_offset, + evtchn_port_t notify_port); +int osdep_gnttab_unmap(xengnttab_handle *xgt, + void *start_address, + uint32_t count); +int osdep_gntshr_open(xengntshr_handle *xgs); +int osdep_gntshr_close(xengntshr_handle *xgs); + +void *osdep_gntshr_share_pages(xengntshr_handle *xgs, + uint32_t domid, int count, + uint32_t *refs, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port); +int osdep_gntshr_unshare(xengntshr_handle *xgs, + void *start_address, uint32_t count); + +#endif + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libvchan/Makefile b/tools/libvchan/Makefile index 84128a3..0573d2f 100644 --- a/tools/libvchan/Makefile +++ b/tools/libvchan/Makefile @@ -10,15 +10,17 @@ NODE_OBJS = node.o NODE2_OBJS = node-select.o LIBVCHAN_PIC_OBJS = $(patsubst %.o,%.opic,$(LIBVCHAN_OBJS)) -LIBVCHAN_LIBS = $(LDLIBS_libxenstore) $(LDLIBS_libxenctrl) $(LDLIBS_libxenevtchn) -$(LIBVCHAN_OBJS) $(LIBVCHAN_PIC_OBJS): CFLAGS += $(CFLAGS_libxenstore) $(CFLAGS_libxenctrl) $(CFLAGS_libxenevtchn) -$(NODE_OBJS) $(NODE2_OBJS): CFLAGS += $(CFLAGS_libxenctrl) $(CFLAGS_libxenevtchn) +LIBVCHAN_LIBS = $(LDLIBS_libxenstore) $(LDLIBS_libxengnttab) $(LDLIBS_libxengntshr) $(LDLIBS_libxenevtchn) +$(LIBVCHAN_OBJS) $(LIBVCHAN_PIC_OBJS): CFLAGS += $(CFLAGS_libxenstore) $(CFLAGS_libxengnttab) $(CFLAGS_libxengntshr) $(CFLAGS_libxenevtchn) +$(NODE_OBJS) $(NODE2_OBJS): CFLAGS += $(CFLAGS_libxengnttab) $(CFLAGS_libxengntshr) $(CFLAGS_libxenevtchn) MAJOR = 1.0 MINOR = 0 CFLAGS += -I../include -I. +io.o io.opic: CFLAGS += $(CFLAGS_libxenctrl) # for xen_mb et al + .PHONY: all all: libxenvchan.so vchan-node1 vchan-node2 libxenvchan.a diff --git a/tools/libvchan/init.c b/tools/libvchan/init.c index 66cb103..91531b9 100644 --- a/tools/libvchan/init.c +++ b/tools/libvchan/init.c @@ -78,7 +78,7 @@ static int init_gnt_srv(struct libxenvchan *ctrl, int domain) uint32_t ring_ref = -1; void *ring; - ring = xc_gntshr_share_page_notify(ctrl->gntshr, domain, + ring = xengntshr_share_page_notify(ctrl->gntshr, domain, &ring_ref, 1, offsetof(struct vchan_interface, srv_live), ctrl->event_port); @@ -104,7 +104,7 @@ static int init_gnt_srv(struct libxenvchan *ctrl, int domain) ctrl->read.buffer = ((void*)ctrl->ring) + LARGE_RING_OFFSET; break; default: - ctrl->read.buffer = xc_gntshr_share_pages(ctrl->gntshr, domain, + ctrl->read.buffer = xengntshr_share_pages(ctrl->gntshr, domain, pages_left, ctrl->ring->grants, 1); if (!ctrl->read.buffer) goto out_ring; @@ -118,7 +118,7 @@ static int init_gnt_srv(struct libxenvchan *ctrl, int domain) ctrl->write.buffer = ((void*)ctrl->ring) + LARGE_RING_OFFSET; break; default: - ctrl->write.buffer = xc_gntshr_share_pages(ctrl->gntshr, domain, + ctrl->write.buffer = xengntshr_share_pages(ctrl->gntshr, domain, pages_right, ctrl->ring->grants + pages_left, 1); if (!ctrl->write.buffer) goto out_unmap_left; @@ -128,9 +128,9 @@ out: return ring_ref; out_unmap_left: if (pages_left) - xc_gntshr_munmap(ctrl->gntshr, ctrl->read.buffer, pages_left); + xengntshr_unshare(ctrl->gntshr, ctrl->read.buffer, pages_left); out_ring: - xc_gntshr_munmap(ctrl->gntshr, ring, 1); + xengntshr_unshare(ctrl->gntshr, ring, 1); ring_ref = -1; ctrl->ring = NULL; ctrl->write.order = ctrl->read.order = 0; @@ -142,7 +142,7 @@ static int init_gnt_cli(struct libxenvchan *ctrl, int domain, uint32_t ring_ref) int rv = -1; uint32_t *grants; - ctrl->ring = xc_gnttab_map_grant_ref_notify(ctrl->gnttab, + ctrl->ring = xengnttab_map_grant_ref_notify(ctrl->gnttab, domain, ring_ref, PROT_READ|PROT_WRITE, offsetof(struct vchan_interface, cli_live), ctrl->event_port); @@ -172,7 +172,7 @@ static int init_gnt_cli(struct libxenvchan *ctrl, int domain, uint32_t ring_ref) default: { int pages_left = 1 << (ctrl->write.order - PAGE_SHIFT); - ctrl->write.buffer = xc_gnttab_map_domain_grant_refs(ctrl->gnttab, + ctrl->write.buffer = xengnttab_map_domain_grant_refs(ctrl->gnttab, pages_left, domain, grants, PROT_READ|PROT_WRITE); if (!ctrl->write.buffer) goto out_unmap_ring; @@ -190,7 +190,7 @@ static int init_gnt_cli(struct libxenvchan *ctrl, int domain, uint32_t ring_ref) default: { int pages_right = 1 << (ctrl->read.order - PAGE_SHIFT); - ctrl->read.buffer = xc_gnttab_map_domain_grant_refs(ctrl->gnttab, + ctrl->read.buffer = xengnttab_map_domain_grant_refs(ctrl->gnttab, pages_right, domain, grants, PROT_READ); if (!ctrl->read.buffer) goto out_unmap_left; @@ -202,10 +202,10 @@ static int init_gnt_cli(struct libxenvchan *ctrl, int domain, uint32_t ring_ref) return rv; out_unmap_left: if (ctrl->write.order >= PAGE_SHIFT) - xc_gnttab_munmap(ctrl->gnttab, ctrl->write.buffer, - 1 << (ctrl->write.order - PAGE_SHIFT)); + xengnttab_unmap(ctrl->gnttab, ctrl->write.buffer, + 1 << (ctrl->write.order - PAGE_SHIFT)); out_unmap_ring: - xc_gnttab_munmap(ctrl->gnttab, ctrl->ring, 1); + xengnttab_unmap(ctrl->gnttab, ctrl->ring, 1); ctrl->ring = 0; ctrl->write.order = ctrl->read.order = 0; rv = -1; @@ -325,7 +325,7 @@ struct libxenvchan *libxenvchan_server_init(xentoollog_logger *logger, int domai ctrl->write.order = LARGE_RING_SHIFT; } - ctrl->gntshr = xc_gntshr_open(logger, 0); + ctrl->gntshr = xengntshr_open(logger, 0); if (!ctrl->gntshr) goto out; @@ -413,7 +413,7 @@ struct libxenvchan *libxenvchan_client_init(xentoollog_logger *logger, int domai if (!ctrl->event_port) goto fail; - ctrl->gnttab = xc_gnttab_open(logger, 0); + ctrl->gnttab = xengnttab_open(logger, 0); if (!ctrl->gnttab) goto fail; diff --git a/tools/libvchan/io.c b/tools/libvchan/io.c index 4461490..6265219 100644 --- a/tools/libvchan/io.c +++ b/tools/libvchan/io.c @@ -364,10 +364,10 @@ void libxenvchan_close(struct libxenvchan *ctrl) if (ctrl->ring) { if (ctrl->is_server) { ctrl->ring->srv_live = 0; - xc_gntshr_munmap(ctrl->gntshr, ctrl->ring, 1); + xengntshr_unshare(ctrl->gntshr, ctrl->ring, 1); } else { ctrl->ring->cli_live = 0; - xc_gnttab_munmap(ctrl->gnttab, ctrl->ring, 1); + xengnttab_unmap(ctrl->gnttab, ctrl->ring, 1); } } if (ctrl->event) { @@ -377,10 +377,10 @@ void libxenvchan_close(struct libxenvchan *ctrl) } if (ctrl->is_server) { if (ctrl->gntshr) - xc_gntshr_close(ctrl->gntshr); + xengntshr_close(ctrl->gntshr); } else { if (ctrl->gnttab) - xc_gnttab_close(ctrl->gnttab); + xengnttab_close(ctrl->gnttab); } free(ctrl); } diff --git a/tools/libvchan/libxenvchan.h b/tools/libvchan/libxenvchan.h index 1544378..341c375 100644 --- a/tools/libvchan/libxenvchan.h +++ b/tools/libvchan/libxenvchan.h @@ -45,7 +45,7 @@ #include #include #include -#include +#include struct libxenvchan_ring { /* Pointer into the shared page. Offsets into buffer. */ @@ -66,8 +66,8 @@ struct libxenvchan_ring { struct libxenvchan { /* Mapping handle for shared ring page */ union { - xc_gntshr *gntshr; /* for server */ - xc_gnttab *gnttab; /* for client */ + xengntshr_handle *gntshr; /* for server */ + xengnttab_handle *gnttab; /* for client */ }; /* Pointer to shared ring page */ struct vchan_interface *ring; diff --git a/tools/libxc/Makefile b/tools/libxc/Makefile index 184cbb7..33d18db 100644 --- a/tools/libxc/Makefile +++ b/tools/libxc/Makefile @@ -43,12 +43,13 @@ CTRL_SRCS-y += xc_resource.c CTRL_SRCS-$(CONFIG_X86) += xc_psr.c CTRL_SRCS-$(CONFIG_X86) += xc_pagetab.c CTRL_SRCS-$(CONFIG_Linux) += xc_linux.c xc_linux_osdep.c -CTRL_SRCS-$(CONFIG_FreeBSD) += xc_freebsd.c xc_freebsd_osdep.c xc_nognttab.c xc_nogntshr.c -CTRL_SRCS-$(CONFIG_SunOS) += xc_solaris.c xc_nognttab.c xc_nogntshr.c -CTRL_SRCS-$(CONFIG_NetBSD) += xc_netbsd.c xc_nognttab.c xc_nogntshr.c -CTRL_SRCS-$(CONFIG_NetBSDRump) += xc_netbsd.c xc_nognttab.c xc_nogntshr.c -CTRL_SRCS-$(CONFIG_MiniOS) += xc_minios.c xc_nogntshr.c +CTRL_SRCS-$(CONFIG_FreeBSD) += xc_freebsd.c xc_freebsd_osdep.c +CTRL_SRCS-$(CONFIG_SunOS) += xc_solaris.c +CTRL_SRCS-$(CONFIG_NetBSD) += xc_netbsd.c +CTRL_SRCS-$(CONFIG_NetBSDRump) += xc_netbsd.c +CTRL_SRCS-$(CONFIG_MiniOS) += xc_minios.c CTRL_SRCS-y += xc_evtchn_compat.c +CTRL_SRCS-y += xc_gnttab_compat.c GUEST_SRCS-y := GUEST_SRCS-y += xg_private.c xc_suspend.c @@ -126,6 +127,8 @@ OSDEP_PIC_OBJS := $(patsubst %.c,%.opic,$(OSDEP_SRCS-y)) $(CTRL_LIB_OBJS) $(GUEST_LIB_OBJS) $(OSDEP_LIB_OBJS) \ $(CTRL_PIC_OBJS) $(GUEST_PIC_OBJS) $(OSDEP_PIC_OBJS) : CFLAGS += -include $(XEN_ROOT)/tools/config.h +$(CTRL_LIB_OBJS) $(CTRL_PIC_OBJS): CFLAGS += $(CFLAGS_libxengnttab) $(CFLAGS_libxengntshr) + LIB := libxenctrl.a ifneq ($(nosharedlibs),y) LIB += libxenctrl.so libxenctrl.so.$(MAJOR) libxenctrl.so.$(MAJOR).$(MINOR) @@ -209,7 +212,7 @@ libxenctrl.so.$(MAJOR): libxenctrl.so.$(MAJOR).$(MINOR) $(SYMLINK_SHLIB) $< $@ libxenctrl.so.$(MAJOR).$(MINOR): $(CTRL_PIC_OBJS) - $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxenctrl.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $^ $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(DLOPEN_LIBS) $(PTHREAD_LIBS) $(APPEND_LDFLAGS) + $(CC) $(LDFLAGS) $(PTHREAD_LDFLAGS) -Wl,$(SONAME_LDFLAG) -Wl,libxenctrl.so.$(MAJOR) $(SHLIB_LDFLAGS) -o $@ $^ $(LDLIBS_libxentoollog) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_libxengntshr) $(DLOPEN_LIBS) $(PTHREAD_LIBS) $(APPEND_LDFLAGS) # libxenguest diff --git a/tools/libxc/include/xenctrl.h b/tools/libxc/include/xenctrl.h index 0fc2a11..16e2628 100644 --- a/tools/libxc/include/xenctrl.h +++ b/tools/libxc/include/xenctrl.h @@ -5,9 +5,6 @@ * * Copyright (c) 2003-2004, K A Fraser. * - * xc_gnttab functions: - * Copyright (c) 2007-2008, D G Murray - * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; @@ -117,8 +114,6 @@ */ typedef struct xc_interface_core xc_interface; -typedef struct xengntdev_handle xc_gnttab; -typedef struct xengntdev_handle xc_gntshr; enum xc_error_code { XC_ERROR_NONE = 0, @@ -1548,116 +1543,6 @@ int xc_domain_subscribe_for_suspend( * These functions sometimes log messages as above, but not always. */ -/* - * Note: - * After fork a child process must not use any opened xc gnttab - * handle inherited from their parent. They must open a new handle if - * they want to interact with xc. - * - * Return an fd onto the grant table driver. Logs errors. - */ -xc_gnttab *xc_gnttab_open(xentoollog_logger *logger, - unsigned open_flags); - -/* - * Close a handle previously allocated with xc_gnttab_open(). - * Never logs errors. - */ -int xc_gnttab_close(xc_gnttab *xcg); - -/* - * Memory maps a grant reference from one domain to a local address range. - * Mappings should be unmapped with xc_gnttab_munmap. Logs errors. - * - * @parm xcg a handle on an open grant table interface - * @parm domid the domain to map memory from - * @parm ref the grant reference ID to map - * @parm prot same flag as in mmap() - */ -void *xc_gnttab_map_grant_ref(xc_gnttab *xcg, - uint32_t domid, - uint32_t ref, - int prot); - -/** - * Memory maps one or more grant references from one or more domains to a - * contiguous local address range. Mappings should be unmapped with - * xc_gnttab_munmap. Logs errors. - * - * @parm xcg a handle on an open grant table interface - * @parm count the number of grant references to be mapped - * @parm domids an array of @count domain IDs by which the corresponding @refs - * were granted - * @parm refs an array of @count grant references to be mapped - * @parm prot same flag as in mmap() - */ -void *xc_gnttab_map_grant_refs(xc_gnttab *xcg, - uint32_t count, - uint32_t *domids, - uint32_t *refs, - int prot); - -/** - * Memory maps one or more grant references from one domain to a - * contiguous local address range. Mappings should be unmapped with - * xc_gnttab_munmap. Logs errors. - * - * @parm xcg a handle on an open grant table interface - * @parm count the number of grant references to be mapped - * @parm domid the domain to map memory from - * @parm refs an array of @count grant references to be mapped - * @parm prot same flag as in mmap() - */ -void *xc_gnttab_map_domain_grant_refs(xc_gnttab *xcg, - uint32_t count, - uint32_t domid, - uint32_t *refs, - int prot); - -/** - * Memory maps a grant reference from one domain to a local address range. - * Mappings should be unmapped with xc_gnttab_munmap. If notify_offset or - * notify_port are not -1, this version will attempt to set up an unmap - * notification at the given offset and event channel. When the page is - * unmapped, the byte at the given offset will be zeroed and a wakeup will be - * sent to the given event channel. Logs errors. - * - * @parm xcg a handle on an open grant table interface - * @parm domid the domain to map memory from - * @parm ref the grant reference ID to map - * @parm prot same flag as in mmap() - * @parm notify_offset The byte offset in the page to use for unmap - * notification; -1 for none. - * @parm notify_port The event channel port to use for unmap notify, or -1 - */ -void *xc_gnttab_map_grant_ref_notify(xc_gnttab *xcg, - uint32_t domid, - uint32_t ref, - int prot, - uint32_t notify_offset, - evtchn_port_t notify_port); - -/* - * Unmaps the @count pages starting at @start_address, which were mapped by a - * call to xc_gnttab_map_grant_ref or xc_gnttab_map_grant_refs. Never logs. - */ -int xc_gnttab_munmap(xc_gnttab *xcg, - void *start_address, - uint32_t count); - -/* - * Sets the maximum number of grants that may be mapped by the given instance - * to @count. Never logs. - * - * N.B. This function must be called after opening the handle, and before any - * other functions are invoked on it. - * - * N.B. When variable-length grants are mapped, fragmentation may be observed, - * and it may not be possible to satisfy requests up to the maximum number - * of grants. - */ -int xc_gnttab_set_max_grants(xc_gnttab *xcg, - uint32_t count); int xc_gnttab_op(xc_interface *xch, int cmd, void * op, int op_size, int count); @@ -1668,59 +1553,6 @@ grant_entry_v1_t *xc_gnttab_map_table_v1(xc_interface *xch, int domid, int *gnt_ grant_entry_v2_t *xc_gnttab_map_table_v2(xc_interface *xch, int domid, int *gnt_num); /* Sometimes these don't set errno [fixme], and sometimes they don't log. */ -/* - * Return an fd onto the grant sharing driver. Logs errors. - * - * Note: - * After fork a child process must not use any opened xc gntshr - * handle inherited from their parent. They must open a new handle if - * they want to interact with xc. - * - */ -xc_gntshr *xc_gntshr_open(xentoollog_logger *logger, - unsigned open_flags); - -/* - * Close a handle previously allocated with xc_gntshr_open(). - * Never logs errors. - */ -int xc_gntshr_close(xc_gntshr *xcg); - -/* - * Creates and shares pages with another domain. - * - * @parm xcg a handle to an open grant sharing instance - * @parm domid the domain to share memory with - * @parm count the number of pages to share - * @parm refs the grant references of the pages (output) - * @parm writable true if the other domain can write to the pages - * @return local mapping of the pages - */ -void *xc_gntshr_share_pages(xc_gntshr *xcg, uint32_t domid, - int count, uint32_t *refs, int writable); - -/* - * Creates and shares a page with another domain, with unmap notification. - * - * @parm xcg a handle to an open grant sharing instance - * @parm domid the domain to share memory with - * @parm refs the grant reference of the pages (output) - * @parm writable true if the other domain can write to the page - * @parm notify_offset The byte offset in the page to use for unmap - * notification; -1 for none. - * @parm notify_port The event channel port to use for unmap notify, or -1 - * @return local mapping of the page - */ -void *xc_gntshr_share_page_notify(xc_gntshr *xcg, uint32_t domid, - uint32_t *ref, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port); -/* - * Unmaps the @count pages starting at @start_address, which were mapped by a - * call to xc_gntshr_share_*. Never logs. - */ -int xc_gntshr_munmap(xc_gntshr *xcg, void *start_address, uint32_t count); - int xc_physdev_map_pirq(xc_interface *xch, int domid, int index, diff --git a/tools/libxc/include/xenctrl_compat.h b/tools/libxc/include/xenctrl_compat.h index 48daeb2..d99fa11 100644 --- a/tools/libxc/include/xenctrl_compat.h +++ b/tools/libxc/include/xenctrl_compat.h @@ -35,6 +35,54 @@ int xc_evtchn_unmask(xc_evtchn *xce, evtchn_port_t port); #endif /* XC_WANT_COMPAT_EVTCHN_API */ +#ifdef XC_WANT_COMPAT_GNTTAB_API + +typedef struct xengntdev_handle xc_gnttab; + +xc_gnttab *xc_gnttab_open(xentoollog_logger *logger, + unsigned open_flags); +int xc_gnttab_close(xc_gnttab *xcg); +void *xc_gnttab_map_grant_ref(xc_gnttab *xcg, + uint32_t domid, + uint32_t ref, + int prot); +void *xc_gnttab_map_grant_refs(xc_gnttab *xcg, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot); +void *xc_gnttab_map_domain_grant_refs(xc_gnttab *xcg, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot); +void *xc_gnttab_map_grant_ref_notify(xc_gnttab *xcg, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port); +int xc_gnttab_munmap(xc_gnttab *xcg, + void *start_address, + uint32_t count); +int xc_gnttab_set_max_grants(xc_gnttab *xcg, + uint32_t count); + +typedef struct xengntdev_handle xc_gntshr; + +xc_gntshr *xc_gntshr_open(xentoollog_logger *logger, + unsigned open_flags); +int xc_gntshr_close(xc_gntshr *xcg); +void *xc_gntshr_share_pages(xc_gntshr *xcg, uint32_t domid, + int count, uint32_t *refs, int writable); +void *xc_gntshr_share_page_notify(xc_gntshr *xcg, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port); +int xc_gntshr_munmap(xc_gntshr *xcg, void *start_address, uint32_t count); + +#endif /* XC_WANT_COMPAT_GNTTAB_API */ + #endif /* diff --git a/tools/libxc/xc_gnttab.c b/tools/libxc/xc_gnttab.c index a51f405..dd32aa2 100644 --- a/tools/libxc/xc_gnttab.c +++ b/tools/libxc/xc_gnttab.c @@ -143,59 +143,6 @@ grant_entry_v2_t *xc_gnttab_map_table_v2(xc_interface *xch, int domid, return _gnttab_map_table(xch, domid, gnt_num); } -void *xc_gnttab_map_grant_ref(xc_gnttab *xgt, - uint32_t domid, - uint32_t ref, - int prot) -{ - return osdep_gnttab_grant_map(xgt, 1, 0, prot, &domid, &ref, -1, -1); -} - -void *xc_gnttab_map_grant_refs(xc_gnttab *xgt, - uint32_t count, - uint32_t *domids, - uint32_t *refs, - int prot) -{ - return osdep_gnttab_grant_map(xgt, count, 0, prot, domids, refs, -1, -1); -} - -void *xc_gnttab_map_domain_grant_refs(xc_gnttab *xgt, - uint32_t count, - uint32_t domid, - uint32_t *refs, - int prot) -{ - return osdep_gnttab_grant_map(xgt, count, XC_GRANT_MAP_SINGLE_DOMAIN, - prot, &domid, refs, -1, -1); -} - -void *xc_gnttab_map_grant_ref_notify(xc_gnttab *xgt, - uint32_t domid, - uint32_t ref, - int prot, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - return osdep_gnttab_grant_map(xgt, 1, 0, prot, &domid, &ref, - notify_offset, notify_port); -} - -void *xc_gntshr_share_pages(xc_gntshr *xcg, uint32_t domid, - int count, uint32_t *refs, int writable) -{ - return osdep_gntshr_share_pages(xcg, domid, count, refs, writable, -1, -1); -} - -void *xc_gntshr_share_page_notify(xc_gntshr *xcg, uint32_t domid, - uint32_t *ref, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - return osdep_gntshr_share_pages(xcg, domid, 1, ref, writable, - notify_offset, notify_port); -} - /* * Local variables: * mode: C diff --git a/tools/libxc/xc_gnttab_compat.c b/tools/libxc/xc_gnttab_compat.c new file mode 100644 index 0000000..6f036d8 --- /dev/null +++ b/tools/libxc/xc_gnttab_compat.c @@ -0,0 +1,111 @@ +/* + * Compat shims for use of 3rd party consumers of libxenctrl xc_gnt{tab,shr} + * functionality which has been split into separate libraries. + */ + +#include + +#define XC_WANT_COMPAT_GNTTAB_API +#include "xenctrl.h" + +xc_gnttab *xc_gnttab_open(xentoollog_logger *logger, + unsigned open_flags) +{ + return xengnttab_open(logger, open_flags); +} + +int xc_gnttab_close(xc_gnttab *xcg) +{ + return xengnttab_close(xcg); +} + +void *xc_gnttab_map_grant_ref(xc_gnttab *xcg, + uint32_t domid, + uint32_t ref, + int prot) +{ + return xengnttab_map_grant_ref(xcg, domid, ref, prot); +} + +void *xc_gnttab_map_grant_refs(xc_gnttab *xcg, + uint32_t count, + uint32_t *domids, + uint32_t *refs, + int prot) +{ + return xengnttab_map_grant_refs(xcg, count, domids, refs, prot); +} + +void *xc_gnttab_map_domain_grant_refs(xc_gnttab *xcg, + uint32_t count, + uint32_t domid, + uint32_t *refs, + int prot) +{ + return xengnttab_map_domain_grant_refs(xcg, count, domid, refs, prot); +} + +void *xc_gnttab_map_grant_ref_notify(xc_gnttab *xcg, + uint32_t domid, + uint32_t ref, + int prot, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + return xengnttab_map_grant_ref_notify(xcg, domid, ref, prot, + notify_offset, notify_port); +} + +int xc_gnttab_munmap(xc_gnttab *xcg, + void *start_address, + uint32_t count) +{ + return xengnttab_unmap(xcg, start_address, count); +} + +int xc_gnttab_set_max_grants(xc_gnttab *xcg, + uint32_t count) +{ + return xengnttab_set_max_grants(xcg, count); +} + +xc_gntshr *xc_gntshr_open(xentoollog_logger *logger, + unsigned open_flags) +{ + return xengntshr_open(logger, open_flags); +} + +int xc_gntshr_close(xc_gntshr *xcg) +{ + return xengntshr_close(xcg); +} + +void *xc_gntshr_share_pages(xc_gntshr *xcg, uint32_t domid, + int count, uint32_t *refs, int writable) +{ + return xengntshr_share_pages(xcg, domid, count, refs, writable); +} + +void *xc_gntshr_share_page_notify(xc_gntshr *xcg, uint32_t domid, + uint32_t *ref, int writable, + uint32_t notify_offset, + evtchn_port_t notify_port) +{ + return xengntshr_share_page_notify(xcg, domid, ref, writable, + notify_offset, notify_port); +} + +int xc_gntshr_munmap(xc_gntshr *xcg, void *start_address, uint32_t count) +{ + return xengntshr_unshare(xcg, start_address, count); +} + +/* + * Local variables: + * mode: C + * c-file-style: "BSD" + * c-basic-offset: 4 + * tab-width: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libxc/xc_linux_osdep.c b/tools/libxc/xc_linux_osdep.c index 6b329ce..9c318e0 100644 --- a/tools/libxc/xc_linux_osdep.c +++ b/tools/libxc/xc_linux_osdep.c @@ -31,8 +31,6 @@ #include #include -#include -#include #include "xenctrl.h" #include "xenctrlosdep.h" @@ -41,9 +39,6 @@ #define ROUNDUP(_x,_w) (((unsigned long)(_x)+(1UL<<(_w))-1) & ~((1UL<<(_w))-1)) -#define GTERROR(_l, _f...) xtl_log(_l, XTL_ERROR, errno, "gnttab", _f) -#define GSERROR(_l, _f...) xtl_log(_l, XTL_ERROR, errno, "gntshr", _f) - static xc_osdep_handle linux_privcmd_open(xc_interface *xch) { int flags, saved_errno; @@ -461,281 +456,6 @@ static struct xc_osdep_ops linux_privcmd_ops = { }, }; -#define DEVXEN "/dev/xen/" - -int osdep_gnttab_open(xc_gnttab *xgt) -{ - int fd = open(DEVXEN "gntdev", O_RDWR); - if ( fd == -1 ) - return -1; - xgt->fd = fd; - return 0; -} - -int osdep_gnttab_close(xc_gnttab *xgt) -{ - if ( xgt->fd == -1 ) - return 0; - - return close(xgt->fd); -} - -int xc_gnttab_set_max_grants(xc_gnttab *xgt, uint32_t count) -{ - int fd = xgt->fd, rc; - struct ioctl_gntdev_set_max_grants max_grants = { .count = count }; - - rc = ioctl(fd, IOCTL_GNTDEV_SET_MAX_GRANTS, &max_grants); - if (rc) { - /* - * Newer (e.g. pv-ops) kernels don't implement this IOCTL, - * so ignore the resulting specific failure. - */ - if (errno == ENOTTY) - rc = 0; - else - GTERROR(xgt->logger, "ioctl SET_MAX_GRANTS failed"); - } - - return rc; -} - -void *osdep_gnttab_grant_map(xc_gnttab *xgt, - uint32_t count, int flags, int prot, - uint32_t *domids, uint32_t *refs, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - int fd = xgt->fd; - struct ioctl_gntdev_map_grant_ref *map; - unsigned int map_size = ROUNDUP((sizeof(*map) + (count - 1) * - sizeof(struct ioctl_gntdev_map_grant_ref)), - XC_PAGE_SHIFT); - void *addr = NULL; - int domids_stride = 1; - int i; - - if (flags & XC_GRANT_MAP_SINGLE_DOMAIN) - domids_stride = 0; - - if ( map_size <= XC_PAGE_SIZE ) - map = alloca(sizeof(*map) + - (count - 1) * sizeof(struct ioctl_gntdev_map_grant_ref)); - else - { - map = mmap(NULL, map_size, PROT_READ | PROT_WRITE, - MAP_PRIVATE | MAP_ANON | MAP_POPULATE, -1, 0); - if ( map == MAP_FAILED ) - { - GTERROR(xgt->logger, "mmap of map failed"); - return NULL; - } - } - - for ( i = 0; i < count; i++ ) - { - map->refs[i].domid = domids[i * domids_stride]; - map->refs[i].ref = refs[i]; - } - - map->count = count; - - if ( ioctl(fd, IOCTL_GNTDEV_MAP_GRANT_REF, map) ) { - GTERROR(xgt->logger, "ioctl MAP_GRANT_REF failed"); - goto out; - } - - retry: - addr = mmap(NULL, XC_PAGE_SIZE * count, prot, MAP_SHARED, fd, - map->index); - - if (addr == MAP_FAILED && errno == EAGAIN) - { - /* - * The grant hypercall can return EAGAIN if the granted page is - * swapped out. Since the paging daemon may be in the same domain, the - * hypercall cannot block without causing a deadlock. - * - * Because there are no notificaitons when the page is swapped in, wait - * a bit before retrying, and hope that the page will arrive eventually. - */ - usleep(1000); - goto retry; - } - - if (addr != MAP_FAILED) - { - int rv = 0; - struct ioctl_gntdev_unmap_notify notify; - notify.index = map->index; - notify.action = 0; - if (notify_offset < XC_PAGE_SIZE * count) { - notify.index += notify_offset; - notify.action |= UNMAP_NOTIFY_CLEAR_BYTE; - } - if (notify_port != -1) { - notify.event_channel_port = notify_port; - notify.action |= UNMAP_NOTIFY_SEND_EVENT; - } - if (notify.action) - rv = ioctl(fd, IOCTL_GNTDEV_SET_UNMAP_NOTIFY, ¬ify); - if (rv) { - GTERROR(xgt->logger, "ioctl SET_UNMAP_NOTIFY failed"); - munmap(addr, count * XC_PAGE_SIZE); - addr = MAP_FAILED; - } - } - - if (addr == MAP_FAILED) - { - int saved_errno = errno; - struct ioctl_gntdev_unmap_grant_ref unmap_grant; - - /* Unmap the driver slots used to store the grant information. */ - GTERROR(xgt->logger, "mmap failed"); - unmap_grant.index = map->index; - unmap_grant.count = count; - ioctl(fd, IOCTL_GNTDEV_UNMAP_GRANT_REF, &unmap_grant); - errno = saved_errno; - addr = NULL; - } - - out: - if ( map_size > XC_PAGE_SIZE ) - munmap(map, map_size); - - return addr; -} - -int xc_gnttab_munmap(xc_gnttab *xgt, void *start_address, uint32_t count) -{ - int fd = xgt->fd; - struct ioctl_gntdev_get_offset_for_vaddr get_offset; - struct ioctl_gntdev_unmap_grant_ref unmap_grant; - int rc; - - if ( start_address == NULL ) - { - errno = EINVAL; - return -1; - } - - /* First, it is necessary to get the offset which was initially used to - * mmap() the pages. - */ - get_offset.vaddr = (unsigned long)start_address; - if ( (rc = ioctl(fd, IOCTL_GNTDEV_GET_OFFSET_FOR_VADDR, - &get_offset)) ) - return rc; - - if ( get_offset.count != count ) - { - errno = EINVAL; - return -1; - } - - /* Next, unmap the memory. */ - if ( (rc = munmap(start_address, count * XC_PAGE_SIZE)) ) - return rc; - - /* Finally, unmap the driver slots used to store the grant information. */ - unmap_grant.index = get_offset.offset; - unmap_grant.count = count; - if ( (rc = ioctl(fd, IOCTL_GNTDEV_UNMAP_GRANT_REF, &unmap_grant)) ) - return rc; - - return 0; -} - -int osdep_gntshr_open(xc_gntshr *xgs) -{ - int fd = open(DEVXEN "gntalloc", O_RDWR); - if ( fd == -1 ) - return -1; - xgs->fd = fd; - return 0; -} - -int osdep_gntshr_close(xc_gntshr *xgs) -{ - if ( xgs->fd == -1 ) - return 0; - - return close(xgs->fd); -} - -void *osdep_gntshr_share_pages(xc_gntshr *xgs, - uint32_t domid, int count, - uint32_t *refs, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - struct ioctl_gntalloc_alloc_gref *gref_info = NULL; - struct ioctl_gntalloc_unmap_notify notify; - struct ioctl_gntalloc_dealloc_gref gref_drop; - int fd = xgs->fd; - int err; - void *area = NULL; - gref_info = malloc(sizeof(*gref_info) + count * sizeof(uint32_t)); - if (!gref_info) - return NULL; - gref_info->domid = domid; - gref_info->flags = writable ? GNTALLOC_FLAG_WRITABLE : 0; - gref_info->count = count; - - err = ioctl(fd, IOCTL_GNTALLOC_ALLOC_GREF, gref_info); - if (err) { - GSERROR(xgs->logger, "ioctl failed"); - goto out; - } - - area = mmap(NULL, count * XC_PAGE_SIZE, PROT_READ | PROT_WRITE, - MAP_SHARED, fd, gref_info->index); - - if (area == MAP_FAILED) { - area = NULL; - GSERROR(xgs->logger, "mmap failed"); - goto out_remove_fdmap; - } - - notify.index = gref_info->index; - notify.action = 0; - if (notify_offset < XC_PAGE_SIZE * count) { - notify.index += notify_offset; - notify.action |= UNMAP_NOTIFY_CLEAR_BYTE; - } - if (notify_port != -1) { - notify.event_channel_port = notify_port; - notify.action |= UNMAP_NOTIFY_SEND_EVENT; - } - if (notify.action) - err = ioctl(fd, IOCTL_GNTALLOC_SET_UNMAP_NOTIFY, ¬ify); - if (err) { - GSERROR(xgs->logger, "ioctl SET_UNMAP_NOTIFY failed"); - munmap(area, count * XC_PAGE_SIZE); - area = NULL; - } - - memcpy(refs, gref_info->gref_ids, count * sizeof(uint32_t)); - - out_remove_fdmap: - /* Removing the mapping from the file descriptor does not cause the pages to - * be deallocated until the mapping is removed. - */ - gref_drop.index = gref_info->index; - gref_drop.count = count; - ioctl(fd, IOCTL_GNTALLOC_DEALLOC_GREF, &gref_drop); - out: - free(gref_info); - return area; -} - -int xc_gntshr_munmap(xc_gntshr *xgs, - void *start_address, uint32_t count) -{ - return munmap(start_address, count * XC_PAGE_SIZE); -} - static struct xc_osdep_ops *linux_osdep_init(xc_interface *xch, enum xc_osdep_type type) { switch ( type ) diff --git a/tools/libxc/xc_minios.c b/tools/libxc/xc_minios.c index fd7def6..22d985c 100644 --- a/tools/libxc/xc_minios.c +++ b/tools/libxc/xc_minios.c @@ -23,8 +23,6 @@ #include #include #include -#include -#include #include #include @@ -38,7 +36,6 @@ #include "xc_private.h" void minios_interface_close_fd(int fd); -void minios_gnttab_close_fd(int fd); extern void minios_interface_close_fd(int fd); @@ -202,76 +199,6 @@ void *xc_memalign(xc_interface *xch, size_t alignment, size_t size) return memalign(alignment, size); } -int osdep_gnttab_open(xc_gnttab *xgt) -{ - int fd = alloc_fd(FTYPE_GNTMAP); - if ( fd == -1 ) - return -1; - gntmap_init(&files[fd].gntmap); - xgt->fd = fd; - return 0; -} - -int osdep_gnttab_close(xc_gnttab *xgt) -{ - if ( xgt->fd == -1 ) - return 0; - - return close(xgt->fd); -} - -void minios_gnttab_close_fd(int fd) -{ - gntmap_fini(&files[fd].gntmap); - files[fd].type = FTYPE_NONE; -} - -void *osdep_gnttab_grant_map(xc_gnttab *xgt, - uint32_t count, int flags, int prot, - uint32_t *domids, uint32_t *refs, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - int fd = xgt->fd; - int stride = 1; - if (flags & XC_GRANT_MAP_SINGLE_DOMAIN) - stride = 0; - if (notify_offset != -1 || notify_port != -1) { - errno = ENOSYS; - return NULL; - } - return gntmap_map_grant_refs(&files[fd].gntmap, - count, domids, stride, - refs, prot & PROT_WRITE); -} - -int xc_gnttab_munmap(xc_gnttab *xgt, void *start_address, uint32_t count) -{ - int fd = xgt->fd; - int ret; - ret = gntmap_munmap(&files[fd].gntmap, - (unsigned long) start_address, - count); - if (ret < 0) { - errno = -ret; - return -1; - } - return ret; -} - -int xc_gnttab_set_max_grants(xc_gnttab *xgt, uint32_t count) -{ - int fd = xgt->fd; - int ret; - ret = gntmap_set_max_grants(&files[fd].gntmap, - count); - if (ret < 0) { - errno = -ret; - return -1; - } - return ret; -} - static struct xc_osdep_ops *minios_osdep_init(xc_interface *xch, enum xc_osdep_type type) { switch ( type ) diff --git a/tools/libxc/xc_nogntshr.c b/tools/libxc/xc_nogntshr.c deleted file mode 100644 index 9aa6064..0000000 --- a/tools/libxc/xc_nogntshr.c +++ /dev/null @@ -1,46 +0,0 @@ -/****************************************************************************** - * - * Copyright (c) 2007-2008, D G Murray - * - * This library is free software; you can redistribute it and/or - * modify it under the terms of the GNU Lesser General Public - * License as published by the Free Software Foundation; - * version 2.1 of the License. - * - * This library is distributed in the hope that it will be useful, - * but WITHOUT ANY WARRANTY; without even the implied warranty of - * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU - * Lesser General Public License for more details. - * - * You should have received a copy of the GNU Lesser General Public - * License along with this library; If not, see . - */ - -#include - -#include "xc_private.h" - -int osdep_gntshr_open(xc_gnttab *xgt) -{ - return -1; -} - -int osdep_gntshr_close(xc_gnttab *xgt) -{ - return 0; -} - -void *osdep_gntshr_share_pages(xc_gntshr *xgs, - uint32_t domid, int count, - uint32_t *refs, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port) -{ - abort() -} - -int xc_gntshr_munmap(xc_gntshr *xgs, - void *start_address, uint32_t count) -{ - abort(); -} diff --git a/tools/libxc/xc_private.c b/tools/libxc/xc_private.c index 7f52a5d..85e6f02 100644 --- a/tools/libxc/xc_private.c +++ b/tools/libxc/xc_private.c @@ -249,86 +249,6 @@ int do_xen_hypercall(xc_interface *xch, privcmd_hypercall_t *hypercall) return xch->ops->u.privcmd.hypercall(xch, xch->ops_handle, hypercall); } -xc_gnttab *xc_gnttab_open(xentoollog_logger *logger, unsigned open_flags) -{ - xc_gnttab *xgt = malloc(sizeof(*xgt)); - int rc; - - if (!xgt) return NULL; - - xgt->fd = -1; - xgt->logger = logger; - xgt->logger_tofree = NULL; - - if (!xgt->logger) { - xgt->logger = xgt->logger_tofree = - (xentoollog_logger*) - xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); - if (!xgt->logger) goto err; - } - - rc = osdep_gnttab_open(xgt); - if ( rc < 0 ) goto err; - - return xgt; - -err: - osdep_gnttab_close(xgt); - xtl_logger_destroy(xgt->logger_tofree); - free(xgt); - return NULL; -} - -int xc_gnttab_close(xc_gnttab *xgt) -{ - int rc; - - rc = osdep_gnttab_close(xgt); - xtl_logger_destroy(xgt->logger_tofree); - free(xgt); - return rc; -} - -xc_gntshr *xc_gntshr_open(xentoollog_logger *logger, unsigned open_flags) -{ - xc_gntshr *xgs = malloc(sizeof(*xgs)); - int rc; - - if (!xgs) return NULL; - - xgs->fd = -1; - xgs->logger = logger; - xgs->logger_tofree = NULL; - - if (!xgs->logger) { - xgs->logger = xgs->logger_tofree = - (xentoollog_logger*) - xtl_createlogger_stdiostream(stderr, XTL_PROGRESS, 0); - if (!xgs->logger) goto err; - } - - rc = osdep_gntshr_open(xgs); - if ( rc < 0 ) goto err; - - return xgs; - -err: - osdep_gntshr_close(xgs); - xtl_logger_destroy(xgs->logger_tofree); - free(xgs); - return NULL; -} - -int xc_gntshr_close(xc_gntshr *xgs) -{ - int rc; - - rc = osdep_gntshr_close(xgs); - xtl_logger_destroy(xgs->logger_tofree); - free(xgs); - return rc; -} - static pthread_key_t errbuf_pkey; static pthread_once_t errbuf_pkey_once = PTHREAD_ONCE_INIT; diff --git a/tools/libxc/xc_private.h b/tools/libxc/xc_private.h index 35c99e0..a32accb 100644 --- a/tools/libxc/xc_private.h +++ b/tools/libxc/xc_private.h @@ -123,30 +123,6 @@ struct xc_interface_core { xc_osdep_handle ops_handle; /* opaque data for xc_osdep_ops */ }; -struct xengntdev_handle { - xentoollog_logger *logger, *logger_tofree; - int fd; -}; - -int osdep_gnttab_open(xc_gnttab *xgt); -int osdep_gnttab_close(xc_gnttab *xgt); - -#define XC_GRANT_MAP_SINGLE_DOMAIN 0x1 -void *osdep_gnttab_grant_map(xc_gnttab *xgt, - uint32_t count, int flags, int prot, - uint32_t *domids, uint32_t *refs, - uint32_t notify_offset, - evtchn_port_t notify_port); - -int osdep_gntshr_open(xc_gntshr *xgs); -int osdep_gntshr_close(xc_gntshr *xgs); - -void *osdep_gntshr_share_pages(xc_gntshr *xgs, - uint32_t domid, int count, - uint32_t *refs, int writable, - uint32_t notify_offset, - evtchn_port_t notify_port); - void xc_report_error(xc_interface *xch, int code, const char *fmt, ...) __attribute__((format(printf,3,4))); void xc_reportv(xc_interface *xch, xentoollog_logger *lg, xentoollog_level, diff --git a/tools/xenstore/Makefile b/tools/xenstore/Makefile index c161046..178771f 100644 --- a/tools/xenstore/Makefile +++ b/tools/xenstore/Makefile @@ -78,8 +78,10 @@ init-xenstore-domain.o: CFLAGS += $(CFLAGS_libxenguest) init-xenstore-domain: init-xenstore-domain.o $(LIBXENSTORE) $(CC) $^ $(LDFLAGS) $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(LDLIBS_libxenguest) $(LDLIBS_libxenstore) -o $@ $(APPEND_LDFLAGS) +$(XENSTORED_OBJS): CFLAGS += $(CFLAGS_libxengnttab) + xenstored: $(XENSTORED_OBJS) - $(CC) $^ $(LDFLAGS) $(LDLIBS_libxenevtchn) $(LDLIBS_libxenctrl) $(SOCKET_LIBS) -o $@ $(APPEND_LDFLAGS) + $(CC) $^ $(LDFLAGS) $(LDLIBS_libxenevtchn) $(LDLIBS_libxengnttab) $(LDLIBS_libxenctrl) $(SOCKET_LIBS) -o $@ $(APPEND_LDFLAGS) xenstored.a: $(XENSTORED_OBJS) $(AR) cr $@ $^ diff --git a/tools/xenstore/xenstored_core.h b/tools/xenstore/xenstored_core.h index 8c853c9..624737d 100644 --- a/tools/xenstore/xenstored_core.h +++ b/tools/xenstore/xenstored_core.h @@ -20,12 +20,14 @@ #define _XENSTORED_CORE_H #include +#include #include #include #include #include #include + #include "xenstore_lib.h" #include "list.h" #include "tdb.h" @@ -196,7 +198,7 @@ void finish_daemonize(void); /* Open a pipe for signal handling */ void init_pipe(int reopen_log_pipe[2]); -xc_gnttab **xcg_handle; +xengnttab_handle **xgt_handle; #endif /* _XENSTORED_CORE_H */ diff --git a/tools/xenstore/xenstored_domain.c b/tools/xenstore/xenstored_domain.c index 6ceec29..414a9fd 100644 --- a/tools/xenstore/xenstored_domain.c +++ b/tools/xenstore/xenstored_domain.c @@ -34,7 +34,7 @@ #include static xc_interface **xc_handle; -xc_gnttab **xcg_handle; +xengnttab_handle **xgt_handle; static evtchn_port_t virq_port; xenevtchn_handle *xce_handle = NULL; @@ -166,9 +166,9 @@ static int readchn(struct connection *conn, void *data, unsigned int len) static void *map_interface(domid_t domid, unsigned long mfn) { - if (*xcg_handle != NULL) { + if (*xgt_handle != NULL) { /* this is the preferred method */ - return xc_gnttab_map_grant_ref(*xcg_handle, domid, + return xengnttab_map_grant_ref(*xgt_handle, domid, GNTTAB_RESERVED_XENSTORE, PROT_READ|PROT_WRITE); } else { return xc_map_foreign_range(*xc_handle, domid, @@ -178,8 +178,8 @@ static void *map_interface(domid_t domid, unsigned long mfn) static void unmap_interface(void *interface) { - if (*xcg_handle != NULL) - xc_gnttab_munmap(*xcg_handle, interface, 1); + if (*xgt_handle != NULL) + xengnttab_unmap(*xgt_handle, interface, 1); else munmap(interface, XC_PAGE_SIZE); } @@ -577,9 +577,9 @@ static int close_xc_handle(void *_handle) return 0; } -static int close_xcg_handle(void *_handle) +static int close_xgt_handle(void *_handle) { - xc_gnttab_close(*(xc_gnttab **)_handle); + xengnttab_close(*(xengnttab_handle **)_handle); return 0; } @@ -634,15 +634,15 @@ void domain_init(void) talloc_set_destructor(xc_handle, close_xc_handle); - xcg_handle = talloc(talloc_autofree_context(), xc_gnttab*); - if (!xcg_handle) + xgt_handle = talloc(talloc_autofree_context(), xengnttab_handle*); + if (!xgt_handle) barf_perror("Failed to allocate domain gnttab handle"); - *xcg_handle = xc_gnttab_open(NULL, 0); - if (*xcg_handle == NULL) + *xgt_handle = xengnttab_open(NULL, 0); + if (*xgt_handle == NULL) xprintf("WARNING: Failed to open connection to gnttab\n"); else - talloc_set_destructor(xcg_handle, close_xcg_handle); + talloc_set_destructor(xgt_handle, close_xgt_handle); xce_handle = xenevtchn_open(NULL, 0); diff --git a/tools/xenstore/xenstored_minios.c b/tools/xenstore/xenstored_minios.c index b686e1c..c94493e 100644 --- a/tools/xenstore/xenstored_minios.c +++ b/tools/xenstore/xenstored_minios.c @@ -17,7 +17,6 @@ */ #include #include -#include #include "xenstored_core.h" #include @@ -50,12 +49,12 @@ evtchn_port_t xenbus_evtchn(void) void *xenbus_map(void) { - return xc_gnttab_map_grant_ref(*xcg_handle, xenbus_master_domid(), + return xengnttab_map_grant_ref(*xgt_handle, xenbus_master_domid(), GNTTAB_RESERVED_XENSTORE, PROT_READ|PROT_WRITE); } void unmap_xenbus(void *interface) { - xc_gnttab_munmap(*xcg_handle, interface, 1); + xengnttab_unmap(*xgt_handle, interface, 1); } -- 2.1.4 _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From xen-devel-bounces@lists.xen.org Wed Dec 16 12:32:14 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 16 Dec 2015 12:32:14 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9BFd-0006ZZ-K7; Wed, 16 Dec 2015 12:32:13 +0000 Received: from mail6.bemta4.messagelabs.com ([85.158.143.247]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9BFb-0006W5-Ij for xen-devel@lists.xen.org; Wed, 16 Dec 2015 12:32:12 +0000 Received: from [85.158.143.35] by server-2.bemta-4.messagelabs.com id 79/80-18316-AC951765; Wed, 16 Dec 2015 12:32:10 +0000 X-Env-Sender: prvs=7850b204e=Ian.Campbell@citrix.com X-Msg-Ref: server-13.tower-21.messagelabs.com!1450269104!5785132!1 X-Originating-IP: [66.165.176.89] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogNjYuMTY1LjE3Ni44OSA9PiAyMDMwMDc=\n, received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 18697 invoked from network); 16 Dec 2015 12:31:48 -0000 Received: from smtp.citrix.com (HELO SMTP.CITRIX.COM) (66.165.176.89) by server-13.tower-21.messagelabs.com with RC4-SHA encrypted SMTP; 16 Dec 2015 12:31:48 -0000 X-IronPort-AV: E=Sophos;i="5.20,436,1444694400"; d="scan'208";a="319670190" From: Ian Campbell To: , , Date: Wed, 16 Dec 2015 12:31:11 +0000 Message-ID: <1450269096-27598-5-git-send-email-ian.campbell@citrix.com> X-Mailer: git-send-email 2.1.4 In-Reply-To: <1450269096-27598-1-git-send-email-ian.campbell@citrix.com> References: <1450269007.4053.48.camel@citrix.com> <1450269096-27598-1-git-send-email-ian.campbell@citrix.com> MIME-Version: 1.0 Content-Length: 171411 X-DLP: MIA1 Cc: Ian Campbell Subject: [Xen-devel] [PATCH XEN v7 04/29] tools: Refactor /dev/xen/evtchn wrappers into libxenevtchn. X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: base64 Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org bGlieGVuZXZ0Y2huIHdpbGwgcHJvdmlkZSBhIHN0YWJsZSBBUEkgYW5kIEFCSSBmb3IgYWNjZXNz aW5nIHRoZQpldnRjaG4gZGV2aWNlLgoKVGhlIGZ1bmN0aW9ucyBhcmUgbW92ZWQgaW50byB0aGUg eGVuZXZ0Y2huIG5hbWVzcGFjZSB0byBtYWtlIGEgY2xlYW4KYnJlYWsgZnJvbSBsaWJ4YyBhbmQg YXZvaWQgYW1iaWd1aXR5IHJlZ2FyZGluZyB3aGljaCBpbnRlcmZhY2VzIGFyZQpzdGFibGUuCgpB bGwgaW4tdHJlZSB1c2VycyBhcmUgdXBkYXRlZCB0byB1c2UgdGhlIG5ldyBuYW1lcy4KClVwb24g cmVxdWVzdCAodmlhICNkZWZpbmUgWENfV0FOVF9DT01QQVRfRVZUQ0hOX0FQSSkgbGlieGVuY3Ry bCB3aWxsCnByb3ZpZGUgYSBjb21wYXQgQVBJIGZvciB0aGUgb2xkIG5hbWVzLiBUaGlzIGlzIHVz ZWQgYnkgcWVtdS14ZW4gZm9yCnRoZSB0aW1lIGJlaW5nLiBxZW11LXhlbi10cmFkaXRpb25hbCBp cyB1cGRhdGVkIGluIGxvY2tzdGVwLgoKVGhpcyBsZWF2ZXMgYSBmZXcgZXZlbnQgY2hhbm5lbCBy ZWxhdGVkIGZ1bmN0aW9ucyB3aGljaCBnbyB2aWEgcHJpdmNtZAooRVZUQ0hOT1ApIHJhdGhlciB0 aGFuIGlvY3RscyBvbiB0aGUgL2Rldi94ZW4vZXZ0Y2huIGRldmljZSBpbgpsaWJ4ZW5jdHJsLiBT cGVjaWZpY2FsbHk6CgogLSB4Y19ldnRjaG5fYWxsb2NfdW5ib3VuZAogLSB4Y19ldnRjaG5fcmVz ZXQKIC0geGNfZXZ0Y2huX3N0YXR1cwoKTm90ZSB0aGF0IHhjX2V2dGNobl9hbGxvY191bmJvdW5k J3MgZnVuY3Rpb25hbGl0eSBpcyBhbHNvIHByb3ZpZGVkIGJ5CnhlbmV2dGNobl9iaW5kX3VuYm91 bmRfcG9ydCgpIChuw6llIHhjX2V2dGNobl9iaW5kX3VuYm91bmRfcG9ydCkgYW5kIGlzCnByb2Jh Ymx5IHJlZHVuZGFudC4KClRoZXNlIGZ1bmN0aW9ucyBkbyBub3QgYXBwZWFyIHRvIGJlIG5lZWRl ZCBieSBxZW11LWRtLCBxZW11LXB2Cihwcm92aXNpb24gb2YgZGV2aWNlIG1vZGVsIHRvIEhWTSBn dWVzdHMgYW5kIFBWIGJhY2tlbmRzIHJlc3BlY3RpdmVseSkKb3IgYnkgbGlidmNoYW4gc3VnZ2Vz dGluZyB0aGV5IGFyZSBub3QgbmVlZGVkIGJ5IG5vbi10b29sc3RhY2sgdXNlcyBvZgpldmVudCBj aGFubmVscy4gUUVNVSBkb2VzIHVzZSB0aGVzZSBpbiBody94ZW5wdi94ZW5fZG9tYWluYnVpbGQu YyBidXQKdGhhdCBpcyBhICJ0b29sc3RhY2sgdXNlIi4KClRoZSBuZXcgbGlicmFyeSB1c2VzIGEg dmVyc2lvbiBzY3JpcHQgdG8gZW5zdXJlIHRoYXQgb25seSBleHBlY3RlZApzeW1ib2xzIGFyZSBl eHBvcnRlZCBhbmQgdG8gdmVyc2lvbiB0aGVtIHN1Y2ggdGhhdCBBQkkgZ3VhcmFudGVlcyBjYW4K YmUga2VwdCBpbiB0aGUgZnV0dXJlLgoKU2lnbmVkLW9mZi1ieTogSWFuIENhbXBiZWxsIDxpYW4u Y2FtcGJlbGxAY2l0cml4LmNvbT4KQWNrZWQtYnk6IFdlaSBMaXUgPHdlaS5saXUyQGNpdHJpeC5j b20+CkFja2VkLWJ5OiBJYW4gSmFja3NvbiA8aWFuLmphY2tzb25AZXUuY2l0cml4LmNvbT4KLS0t CgpNdXN0IGJlIGFwcGxpZWQgd2l0aDoKCiAtICJxZW11LXhlbi10cmFkaXRpb25hbDogVXNlIGxp YnhlbmV2dGNobiIgYW5kIGEgY29ycmVzcG9uZGluZwogICBRRU1VX1RBRyB1cGRhdGUgZm9sZGVk IGhlcmUuCiAtICJtaW5pLW9zOiBJbmNsdWRlIGxpYnhlbmV2dGNobiB3aXRoIGxpYnhjIiIgYW5k IGEgY29ycmVzcG9uZGluZwogICBidW1wIHRvIE1JTklPU19VUFNUUkVBTV9SRVZJU0lPTiBmb2xk ZWQgaW4gaGVyZS4KCnYyOiBVcGRhdGUgZG9jIGF0IHNhbWUgdGltZQogICAgUmVtb3ZlZCBzb21l IHN0cmF5IGNvbXBhdCB0aGluZwp2MzogTW92ZWQgdG8gdG9vbHMvbGlicy9ldnRjaG4KdjQ6IHR5 cGVkZWYgdGhlIHhlbmV2dGNobl9oYW5kbGUgaW4geGVuZ3Vlc3QuaCBpbnN0ZWFkIG9mICNpbmNs dWRlLCB0bwogICAgYXZvaWQgbGVha2luZyB0aGUgbGlieGVuZXZ0Y2huIG5hbWVzcGFjZSBpbnRv IGNhbGxlcnMgd2hvIG1heSBub3QKICAgIHdhbnQgaXQuIChBbmQgYWxzbyB0byBhdm9pZCBhZGRp bmcgbG90cyBvZiAtSSB0byBwbGFjZXMgbGlrZQogICAgc3R1YmRvbSBidWlsZHMpCnY1OiBIYW5k bGUgTlVMTCBwYXNzZWQgdG8gX2Nsb3NlKCkKdjY6IFByb3Blcmx5IHBvcnQgeGVuLWFjY2VzcyB0 byBuZXcgQVBJIChpbnN0ZWFkIG9mIGEgc2luZ2xlIGZ1bmN0aW9uIGNhbGwpCnY3OiBBZGRlZCBt ay1oZWFkZXJzLSQoWEVOX1RBUkdFVF9BUkNIKSBidWlsZCBkZXBlbmRlbmN5IGluc3RlYWQgb2YK ICAgIG9wZW4gY29kaW5nIHRoZSByZWN1cnNpb24uCi0tLQogLmdpdGlnbm9yZSAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgIHwgICAxICsKIHN0dWJkb20vTWFrZWZpbGUgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICB8ICAxNyArLQogdG9vbHMvTWFrZWZpbGUgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgIHwgICA1ICstCiB0b29scy9SdWxlcy5tayAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgfCAgMTQgKy0KIHRvb2xzL2NvbnNvbGUvTWFrZWZpbGUgICAg ICAgICAgICAgICAgICAgICAgICB8ICAgMiArCiB0b29scy9jb25zb2xlL2RhZW1vbi9pby5jICAg ICAgICAgICAgICAgICAgICAgfCAgNDMgKystLQogdG9vbHMvbGlicy9NYWtlZmlsZSAgICAgICAg ICAgICAgICAgICAgICAgICAgIHwgICAxICsKIHRvb2xzL2xpYnMvZXZ0Y2huL01ha2VmaWxlICAg ICAgICAgICAgICAgICAgICB8ICA2NSArKysrKysrCiB0b29scy9saWJzL2V2dGNobi9jb3JlLmMg ICAgICAgICAgICAgICAgICAgICAgfCAgNzIgKysrKysrKwogdG9vbHMvbGlicy9ldnRjaG4vZnJl ZWJzZC5jICAgICAgICAgICAgICAgICAgIHwgMTM4ICsrKysrKysrKysrKysKIHRvb2xzL2xpYnMv ZXZ0Y2huL2luY2x1ZGUveGVuZXZ0Y2huLmggICAgICAgICB8IDE1MCArKysrKysrKysrKysrKwog dG9vbHMvbGlicy9ldnRjaG4vbGlieGVuZXZ0Y2huLm1hcCAgICAgICAgICAgIHwgIDE0ICsrCiB0 b29scy9saWJzL2V2dGNobi9saW51eC5jICAgICAgICAgICAgICAgICAgICAgfCAxMzYgKysrKysr KysrKysrKwogdG9vbHMvbGlicy9ldnRjaG4vbWluaW9zLmMgICAgICAgICAgICAgICAgICAgIHwg MjY5ICsrKysrKysrKysrKysrKysrKysrKysrKysrCiB0b29scy9saWJzL2V2dGNobi9uZXRic2Qu YyAgICAgICAgICAgICAgICAgICAgfCAxNDcgKysrKysrKysrKysrKysKIHRvb2xzL2xpYnMvZXZ0 Y2huL3ByaXZhdGUuaCAgICAgICAgICAgICAgICAgICB8ICAyNSArKysKIHRvb2xzL2xpYnMvZXZ0 Y2huL3NvbGFyaXMuYyAgICAgICAgICAgICAgICAgICB8IDEzNSArKysrKysrKysrKysrCiB0b29s cy9saWJzL3Rvb2xsb2cvaW5jbHVkZS94ZW50b29sbG9nLmggICAgICAgfCAgMTAgKwogdG9vbHMv bGlicy90b29sbG9nL3h0bF9jb3JlLmMgICAgICAgICAgICAgICAgIHwgIDEwICsKIHRvb2xzL2xp YnMvdG9vbGxvZy94dGxfbG9nZ2VyX3N0ZGlvLmMgICAgICAgICB8ICAxMCArCiB0b29scy9saWJ2 Y2hhbi9NYWtlZmlsZSAgICAgICAgICAgICAgICAgICAgICAgfCAgIDYgKy0KIHRvb2xzL2xpYnZj aGFuL2luaXQuYyAgICAgICAgICAgICAgICAgICAgICAgICB8ICAyMCArLQogdG9vbHMvbGlidmNo YW4vaW8uYyAgICAgICAgICAgICAgICAgICAgICAgICAgIHwgIDEyICstCiB0b29scy9saWJ2Y2hh bi9saWJ4ZW52Y2hhbi5oICAgICAgICAgICAgICAgICAgfCAgIDMgKy0KIHRvb2xzL2xpYnhjL01h a2VmaWxlICAgICAgICAgICAgICAgICAgICAgICAgICB8ICAgOCArLQogdG9vbHMvbGlieGMvaW5j bHVkZS94ZW5jdHJsLmggICAgICAgICAgICAgICAgIHwgIDk5ICstLS0tLS0tLS0KIHRvb2xzL2xp YnhjL2luY2x1ZGUveGVuY3RybF9jb21wYXQuaCAgICAgICAgICB8ICA0OCArKysrKwogdG9vbHMv bGlieGMvaW5jbHVkZS94ZW5ndWVzdC5oICAgICAgICAgICAgICAgIHwgIDE0ICstCiB0b29scy9s aWJ4Yy94Y19ldnRjaG5fY29tcGF0LmMgICAgICAgICAgICAgICAgfCAgNzUgKysrKysrKwogdG9v bHMvbGlieGMveGNfZnJlZWJzZF9vc2RlcC5jICAgICAgICAgICAgICAgIHwgMTAxIC0tLS0tLS0t LS0KIHRvb2xzL2xpYnhjL3hjX2xpbnV4X29zZGVwLmMgICAgICAgICAgICAgICAgICB8ICA5NSAt LS0tLS0tLS0KIHRvb2xzL2xpYnhjL3hjX21pbmlvcy5jICAgICAgICAgICAgICAgICAgICAgICB8 IDIyMSAtLS0tLS0tLS0tLS0tLS0tLS0tLS0KIHRvb2xzL2xpYnhjL3hjX25ldGJzZC5jICAgICAg ICAgICAgICAgICAgICAgICB8IDEwOSAtLS0tLS0tLS0tLQogdG9vbHMvbGlieGMveGNfcHJpdmF0 ZS5jICAgICAgICAgICAgICAgICAgICAgIHwgIDQwIC0tLS0KIHRvb2xzL2xpYnhjL3hjX3ByaXZh dGUuaCAgICAgICAgICAgICAgICAgICAgICB8ICAgNyAtCiB0b29scy9saWJ4Yy94Y19zb2xhcmlz LmMgICAgICAgICAgICAgICAgICAgICAgfCAgOTcgLS0tLS0tLS0tLQogdG9vbHMvbGlieGMveGNf c3VzcGVuZC5jICAgICAgICAgICAgICAgICAgICAgIHwgIDE4ICstCiB0b29scy9saWJ4bC9NYWtl ZmlsZSAgICAgICAgICAgICAgICAgICAgICAgICAgfCAgIDUgKy0KIHRvb2xzL2xpYnhsL2xpYnhs LmMgICAgICAgICAgICAgICAgICAgICAgICAgICB8ICAgMiArLQogdG9vbHMvbGlieGwvbGlieGxf ZG9tX3N1c3BlbmQuYyAgICAgICAgICAgICAgIHwgICA0ICstCiB0b29scy9saWJ4bC9saWJ4bF9l dmVudC5jICAgICAgICAgICAgICAgICAgICAgfCAgMTQgKy0KIHRvb2xzL2xpYnhsL2xpYnhsX2lu dGVybmFsLmggICAgICAgICAgICAgICAgICB8ICAgNSArLQogdG9vbHMvbWlzYy9NYWtlZmlsZSAg ICAgICAgICAgICAgICAgICAgICAgICAgIHwgICA3ICstCiB0b29scy9taXNjL3hlbi1ocHRvb2wu YyAgICAgICAgICAgICAgICAgICAgICAgfCAgMTMgKy0KIHRvb2xzL21pc2MveGVuLWxvd21lbWQu YyAgICAgICAgICAgICAgICAgICAgICB8ICAxNSArLQogdG9vbHMvb2NhbWwvbGlicy9ldmVudGNo bi9NYWtlZmlsZSAgICAgICAgICAgIHwgICA0ICstCiB0b29scy9vY2FtbC9saWJzL2V2ZW50Y2hu L3hlbmV2ZW50Y2huX3N0dWJzLmMgfCAgMjAgKy0KIHRvb2xzL3B5dGhvbi9zZXR1cC5weSAgICAg ICAgICAgICAgICAgICAgICAgICB8ICAgNyArLQogdG9vbHMvdGVzdHMveGVuLWFjY2Vzcy9NYWtl ZmlsZSAgICAgICAgICAgICAgIHwgICAzICstCiB0b29scy90ZXN0cy94ZW4tYWNjZXNzL3hlbi1h Y2Nlc3MuYyAgICAgICAgICAgfCAgMjEgKy0KIHRvb2xzL3hjdXRpbHMvTWFrZWZpbGUgICAgICAg ICAgICAgICAgICAgICAgICB8ICAgNCArLQogdG9vbHMveGVubW9uL01ha2VmaWxlICAgICAgICAg ICAgICAgICAgICAgICAgIHwgICAyICsKIHRvb2xzL3hlbm1vbi94ZW5iYWtlZC5jICAgICAgICAg ICAgICAgICAgICAgICB8ICAxMyArLQogdG9vbHMveGVucGFnaW5nL01ha2VmaWxlICAgICAgICAg ICAgICAgICAgICAgIHwgICA0ICstCiB0b29scy94ZW5wYWdpbmcveGVucGFnaW5nLmMgICAgICAg ICAgICAgICAgICAgfCAgMTggKy0KIHRvb2xzL3hlbnBhZ2luZy94ZW5wYWdpbmcuaCAgICAgICAg ICAgICAgICAgICB8ICAgMyArLQogdG9vbHMveGVuc3RvcmUvTWFrZWZpbGUgICAgICAgICAgICAg ICAgICAgICAgIHwgICA1ICstCiB0b29scy94ZW5zdG9yZS94ZW5zdG9yZWRfY29yZS5jICAgICAg ICAgICAgICAgfCAgIDYgKy0KIHRvb2xzL3hlbnN0b3JlL3hlbnN0b3JlZF9kb21haW4uYyAgICAg ICAgICAgICB8ICAyNSArLS0KIHRvb2xzL3hlbnRyYWNlL01ha2VmaWxlICAgICAgICAgICAgICAg ICAgICAgICB8ICAgNSArLQogdG9vbHMveGVudHJhY2UveGVudHJhY2UuYyAgICAgICAgICAgICAg ICAgICAgIHwgIDEzICstCiA2MSBmaWxlcyBjaGFuZ2VkLCAxNTMwIGluc2VydGlvbnMoKyksIDky NSBkZWxldGlvbnMoLSkKIGNyZWF0ZSBtb2RlIDEwMDY0NCB0b29scy9saWJzL2V2dGNobi9NYWtl ZmlsZQogY3JlYXRlIG1vZGUgMTAwNjQ0IHRvb2xzL2xpYnMvZXZ0Y2huL2NvcmUuYwogY3JlYXRl IG1vZGUgMTAwNjQ0IHRvb2xzL2xpYnMvZXZ0Y2huL2ZyZWVic2QuYwogY3JlYXRlIG1vZGUgMTAw NjQ0IHRvb2xzL2xpYnMvZXZ0Y2huL2luY2x1ZGUveGVuZXZ0Y2huLmgKIGNyZWF0ZSBtb2RlIDEw MDY0NCB0b29scy9saWJzL2V2dGNobi9saWJ4ZW5ldnRjaG4ubWFwCiBjcmVhdGUgbW9kZSAxMDA2 NDQgdG9vbHMvbGlicy9ldnRjaG4vbGludXguYwogY3JlYXRlIG1vZGUgMTAwNjQ0IHRvb2xzL2xp YnMvZXZ0Y2huL21pbmlvcy5jCiBjcmVhdGUgbW9kZSAxMDA2NDQgdG9vbHMvbGlicy9ldnRjaG4v bmV0YnNkLmMKIGNyZWF0ZSBtb2RlIDEwMDY0NCB0b29scy9saWJzL2V2dGNobi9wcml2YXRlLmgK IGNyZWF0ZSBtb2RlIDEwMDY0NCB0b29scy9saWJzL2V2dGNobi9zb2xhcmlzLmMKIGNyZWF0ZSBt b2RlIDEwMDY0NCB0b29scy9saWJ4Yy9pbmNsdWRlL3hlbmN0cmxfY29tcGF0LmgKIGNyZWF0ZSBt b2RlIDEwMDY0NCB0b29scy9saWJ4Yy94Y19ldnRjaG5fY29tcGF0LmMKCmRpZmYgLS1naXQgYS8u Z2l0aWdub3JlIGIvLmdpdGlnbm9yZQppbmRleCBhMmM4NWUxLi5iZjM4MmU1IDEwMDY0NAotLS0g YS8uZ2l0aWdub3JlCisrKyBiLy5naXRpZ25vcmUKQEAgLTU5LDYgKzU5LDcgQEAgc3R1YmRvbS9p bmNsdWRlCiBzdHViZG9tL2lvZW11CiBzdHViZG9tL3hlbnN0b3JlCiBzdHViZG9tL2xpYnhlbnRv b2xsb2ctKgorc3R1YmRvbS9saWJ4ZW5ldnRjaG4tKgogc3R1YmRvbS9saWJ4Yy0qCiBzdHViZG9t L2x3aXAtKgogc3R1YmRvbS9taW5pLW9zLSoKZGlmZiAtLWdpdCBhL3N0dWJkb20vTWFrZWZpbGUg Yi9zdHViZG9tL01ha2VmaWxlCmluZGV4IDljNzcyMDUuLjcwMmQ2NmIgMTAwNjQ0Ci0tLSBhL3N0 dWJkb20vTWFrZWZpbGUKKysrIGIvc3R1YmRvbS9NYWtlZmlsZQpAQCAtMzE5LDYgKzMxOSwxMiBA QCBtay1oZWFkZXJzLSQoWEVOX1RBUkdFVF9BUkNIKTogJChJT0VNVV9MSU5LRkFSTV9UQVJHRVQp CiAJICBsbiAtc2YgJChYRU5fUk9PVCkvdG9vbHMvbGlicy90b29sbG9nL2luY2x1ZGUvKi5oIC4g JiYgXAogCSAgbG4gLXNmICQoWEVOX1JPT1QpL3Rvb2xzL2xpYnMvdG9vbGxvZy8qLmMgLiAmJiBc CiAJICBsbiAtc2YgJChYRU5fUk9PVCkvdG9vbHMvbGlicy90b29sbG9nL01ha2VmaWxlIC4gKQor CW1rZGlyIC1wIGxpYnMtJChYRU5fVEFSR0VUX0FSQ0gpL2V2dGNobi9pbmNsdWRlCisJWyAtaCBs aWJzLSQoWEVOX1RBUkdFVF9BUkNIKS9ldnRjaG4vTWFrZWZpbGUgXSB8fCAoIGNkIGxpYnMtJChY RU5fVEFSR0VUX0FSQ0gpL2V2dGNobiAmJiBcCisJICBsbiAtc2YgJChYRU5fUk9PVCkvdG9vbHMv bGlicy9ldnRjaG4vKi5oIC4gJiYgXAorCSAgbG4gLXNmICQoWEVOX1JPT1QpL3Rvb2xzL2xpYnMv ZXZ0Y2huL2luY2x1ZGUvKi5oIGluY2x1ZGUvICYmIFwKKwkgIGxuIC1zZiAkKFhFTl9ST09UKS90 b29scy9saWJzL2V2dGNobi8qLmMgLiAmJiBcCisJICBsbiAtc2YgJChYRU5fUk9PVCkvdG9vbHMv bGlicy9ldnRjaG4vTWFrZWZpbGUgLiApCiAJbWtkaXIgLXAgbGlieGMtJChYRU5fVEFSR0VUX0FS Q0gpCiAJWyAtaCBsaWJ4Yy0kKFhFTl9UQVJHRVRfQVJDSCkvTWFrZWZpbGUgXSB8fCAoIGNkIGxp YnhjLSQoWEVOX1RBUkdFVF9BUkNIKSAmJiBcCiAJICBsbiAtc2YgJChYRU5fUk9PVCkvdG9vbHMv bGlieGMvKi5oIC4gJiYgXApAQCAtMzUxLDEyICszNTcsMjEgQEAgbGlicy0kKFhFTl9UQVJHRVRf QVJDSCkvdG9vbGxvZy9saWJ4ZW50b29sbG9nLmE6IG1rLWhlYWRlcnMtJChYRU5fVEFSR0VUX0FS Q0gpICQKIAlDUFBGTEFHUz0iJChUQVJHRVRfQ1BQRkxBR1MpIiBDRkxBR1M9IiQoVEFSR0VUX0NG TEFHUykiICQoTUFLRSkgREVTVERJUj0gLUMgbGlicy0kKFhFTl9UQVJHRVRfQVJDSCkvdG9vbGxv ZwogCiAjIyMjIyMjCisjIGxpYnhlbmV2dGNobgorIyMjIyMjIworCisuUEhPTlk6IGxpYnhlbmV2 dGNobgorbGlieGVuZXZ0Y2huOiBsaWJzLSQoWEVOX1RBUkdFVF9BUkNIKS9ldnRjaG4vbGlieGVu ZXZ0Y2huLmEKK2xpYnMtJChYRU5fVEFSR0VUX0FSQ0gpL2V2dGNobi9saWJ4ZW5ldnRjaG4uYTog bWstaGVhZGVycy0kKFhFTl9UQVJHRVRfQVJDSCkgJChORVdMSUJfU1RBTVBGSUxFKQorCUNQUEZM QUdTPSIkKFRBUkdFVF9DUFBGTEFHUykiIENGTEFHUz0iJChUQVJHRVRfQ0ZMQUdTKSIgJChNQUtF KSBERVNURElSPSAtQyBsaWJzLSQoWEVOX1RBUkdFVF9BUkNIKS9ldnRjaG4KKworIyMjIyMjIwog IyBsaWJ4YwogIyMjIyMjIwogCiAuUEhPTlk6IGxpYnhjCiBsaWJ4YzogbGlieGMtJChYRU5fVEFS R0VUX0FSQ0gpL2xpYnhlbmN0cmwuYSBsaWJ4Yy0kKFhFTl9UQVJHRVRfQVJDSCkvbGlieGVuZ3Vl c3QuYQotbGlieGMtJChYRU5fVEFSR0VUX0FSQ0gpL2xpYnhlbmN0cmwuYTogbWstaGVhZGVycy0k KFhFTl9UQVJHRVRfQVJDSCkgbGlieGVudG9vbGxvZyBjcm9zcy16bGliCitsaWJ4Yy0kKFhFTl9U QVJHRVRfQVJDSCkvbGlieGVuY3RybC5hOiBtay1oZWFkZXJzLSQoWEVOX1RBUkdFVF9BUkNIKSBs aWJ4ZW50b29sbG9nIGxpYnhlbmV2dGNobiBjcm9zcy16bGliCiAJQ1BQRkxBR1M9IiQoVEFSR0VU X0NQUEZMQUdTKSIgQ0ZMQUdTPSIkKFRBUkdFVF9DRkxBR1MpIiAkKE1BS0UpIERFU1RESVI9IENP TkZJR19MSUJYQ19NSU5JT1M9eSAtQyBsaWJ4Yy0kKFhFTl9UQVJHRVRfQVJDSCkKIAogIGxpYnhj LSQoWEVOX1RBUkdFVF9BUkNIKS9saWJ4ZW5ndWVzdC5hOiBsaWJ4Yy0kKFhFTl9UQVJHRVRfQVJD SCkvbGlieGVuY3RybC5hCmRpZmYgLS1naXQgYS90b29scy9NYWtlZmlsZSBiL3Rvb2xzL01ha2Vm aWxlCmluZGV4IDlmNzRhYzcuLjk5ZTAxNmEgMTAwNjQ0Ci0tLSBhL3Rvb2xzL01ha2VmaWxlCisr KyBiL3Rvb2xzL01ha2VmaWxlCkBAIC0yNDgsOCArMjQ4LDEwIEBAIHN1YmRpci1hbGwtcWVtdS14 ZW4tZGlyOiBxZW11LXhlbi1kaXItZmluZAogCQktLWxpYmRpcj0kKExJQkVYRUNfTElCKSBcCiAJ CS0taW5jbHVkZWRpcj0kKExJQkVYRUNfSU5DKSBcCiAJCS0tc291cmNlLXBhdGg9JCRzb3VyY2Ug XAotCQktLWV4dHJhLWNmbGFncz0iLUkkKFhFTl9ST09UKS90b29scy9pbmNsdWRlIFwKKwkJLS1l eHRyYS1jZmxhZ3M9Ii1EWENfV0FOVF9DT01QQVRfRVZUQ0hOX0FQST0xIFwKKwkJLUkkKFhFTl9S T09UKS90b29scy9pbmNsdWRlIFwKIAkJLUkkKFhFTl9ST09UKS90b29scy9saWJzL3Rvb2xsb2cv aW5jbHVkZSBcCisJCS1JJChYRU5fUk9PVCkvdG9vbHMvbGlicy9ldnRjaG4vaW5jbHVkZSBcCiAJ CS1JJChYRU5fUk9PVCkvdG9vbHMvbGlieGMvaW5jbHVkZSBcCiAJCS1JJChYRU5fUk9PVCkvdG9v bHMveGVuc3RvcmUvaW5jbHVkZSBcCiAJCS1JJChYRU5fUk9PVCkvdG9vbHMveGVuc3RvcmUvY29t cGF0L2luY2x1ZGUgXApAQCAtMjU3LDYgKzI1OSw3IEBAIHN1YmRpci1hbGwtcWVtdS14ZW4tZGly OiBxZW11LXhlbi1kaXItZmluZAogCQktLWV4dHJhLWxkZmxhZ3M9Ii1MJChYRU5fUk9PVCkvdG9v bHMvbGlieGMgXAogCQktTCQoWEVOX1JPT1QpL3Rvb2xzL3hlbnN0b3JlIFwKIAkJLVdsLC1ycGF0 aC1saW5rPSQoWEVOX1JPT1QpL3Rvb2xzL2xpYnMvdG9vbGxvZyBcCisJCS1XbCwtcnBhdGgtbGlu az0kKFhFTl9ST09UKS90b29scy9saWJzL2V2dGNobiBcCiAJCSQoUUVNVV9VUFNUUkVBTV9SUEFU SCkiIFwKIAkJLS1iaW5kaXI9JChMSUJFWEVDX0JJTikgXAogCQktLWRhdGFkaXI9JChTSEFSRURJ UikvcWVtdS14ZW4gXApkaWZmIC0tZ2l0IGEvdG9vbHMvUnVsZXMubWsgYi90b29scy9SdWxlcy5t awppbmRleCA3NTE2ZGRkLi43NWQwMmM0IDEwMDY0NAotLS0gYS90b29scy9SdWxlcy5taworKysg Yi90b29scy9SdWxlcy5tawpAQCAtMTEsNiArMTEsNyBAQCBJTlNUQUxMID0gJChYRU5fUk9PVCkv dG9vbHMvY3Jvc3MtaW5zdGFsbAogCiBYRU5fSU5DTFVERSAgICAgICAgPSAkKFhFTl9ST09UKS90 b29scy9pbmNsdWRlCiBYRU5fTElCWEVOVE9PTExPRyAgPSAkKFhFTl9ST09UKS90b29scy9saWJz L3Rvb2xsb2cKK1hFTl9MSUJYRU5FVlRDSE4gICA9ICQoWEVOX1JPT1QpL3Rvb2xzL2xpYnMvZXZ0 Y2huCiBYRU5fTElCWEMgICAgICAgICAgPSAkKFhFTl9ST09UKS90b29scy9saWJ4YwogWEVOX1hF TkxJR0hUICAgICAgID0gJChYRU5fUk9PVCkvdG9vbHMvbGlieGwKIFhFTl9YRU5TVE9SRSAgICAg ICA9ICQoWEVOX1JPT1QpL3Rvb2xzL3hlbnN0b3JlCkBAIC04MiwxMyArODMsMTggQEAgU0hERVBT X2xpYnhlbnRvb2xsb2cgPQogTERMSUJTX2xpYnhlbnRvb2xsb2cgPSAkKFhFTl9MSUJYRU5UT09M TE9HKS9saWJ4ZW50b29sbG9nJChsaWJleHRlbnNpb24pCiBTSExJQl9saWJ4ZW50b29sbG9nICA9 IC1XbCwtcnBhdGgtbGluaz0kKFhFTl9MSUJYRU5UT09MTE9HKQogCitDRkxBR1NfbGlieGVuZXZ0 Y2huID0gLUkkKFhFTl9MSUJYRU5FVlRDSE4pL2luY2x1ZGUgJChDRkxBR1NfeGVuaW5jbHVkZSkK K1NIREVQU19saWJ4ZW5ldnRjaG4gPQorTERMSUJTX2xpYnhlbmV2dGNobiA9ICQoWEVOX0xJQlhF TkVWVENITikvbGlieGVuZXZ0Y2huJChsaWJleHRlbnNpb24pCitTSExJQl9saWJ4ZW5ldnRjaG4g ID0gLVdsLC1ycGF0aC1saW5rPSQoWEVOX0xJQlhFTkVWVENITikKKwogQ0ZMQUdTX2xpYnhlbmN0 cmwgPSAtSSQoWEVOX0xJQlhDKS9pbmNsdWRlICQoQ0ZMQUdTX2xpYnhlbnRvb2xsb2cpICQoQ0ZM QUdTX3hlbmluY2x1ZGUpCi1TSERFUFNfbGlieGVuY3RybCA9ICQoU0hMSUJfbGlieGVudG9vbGxv ZykgCitTSERFUFNfbGlieGVuY3RybCA9ICQoU0hMSUJfbGlieGVudG9vbGxvZykgJChTSExJQl9s aWJ4ZW5ldnRjaG4pCiBMRExJQlNfbGlieGVuY3RybCA9ICQoU0hERVBTX2xpYnhlbmN0cmwpICQo WEVOX0xJQlhDKS9saWJ4ZW5jdHJsJChsaWJleHRlbnNpb24pCiBTSExJQl9saWJ4ZW5jdHJsICA9 ICQoU0hERVBTX2xpYnhlbmN0cmwpIC1XbCwtcnBhdGgtbGluaz0kKFhFTl9MSUJYQykKIAotQ0ZM QUdTX2xpYnhlbmd1ZXN0ID0gLUkkKFhFTl9MSUJYQykvaW5jbHVkZSAkKENGTEFHU194ZW5pbmNs dWRlKQotU0hERVBTX2xpYnhlbmd1ZXN0ID0KK0NGTEFHU19saWJ4ZW5ndWVzdCA9IC1JJChYRU5f TElCWEMpL2luY2x1ZGUgJChDRkxBR1NfbGlieGVuZXZ0Y2huKSAkKENGTEFHU194ZW5pbmNsdWRl KQorU0hERVBTX2xpYnhlbmd1ZXN0ID0gJChTSExJQl9saWJ4ZW5ldnRjaG4pCiBMRExJQlNfbGli eGVuZ3Vlc3QgPSAkKFNIREVQU19saWJ4ZW5ndWVzdCkgJChYRU5fTElCWEMpL2xpYnhlbmd1ZXN0 JChsaWJleHRlbnNpb24pCiBTSExJQl9saWJ4ZW5ndWVzdCAgPSAkKFNIREVQU19saWJ4ZW5ndWVz dCkgLVdsLC1ycGF0aC1saW5rPSQoWEVOX0xJQlhDKQogCkBAIC0xMDMsNyArMTA5LDcgQEAgTERM SUJTX2xpYnhlbnN0YXQgID0gJChTSERFUFNfbGlieGVuc3RhdCkgJChYRU5fTElCWEVOU1RBVCkv bGlieGVuc3RhdCQobGliZXh0ZW4KIFNITElCX2xpYnhlbnN0YXQgICA9ICQoU0hERVBTX2xpYnhl bnN0YXQpIC1XbCwtcnBhdGgtbGluaz0kKFhFTl9MSUJYRU5TVEFUKQogCiBDRkxBR1NfbGlieGVu dmNoYW4gPSAtSSQoWEVOX0xJQlZDSEFOKQotU0hERVBTX2xpYnhlbnZjaGFuID0gJChTSExJQl9s aWJ4ZW5jdHJsKSAkKFNITElCX2xpYnhlbnN0b3JlKQorU0hERVBTX2xpYnhlbnZjaGFuID0gJChT SExJQl9saWJ4ZW5jdHJsKSAkKFNITElCX2xpYnhlbnN0b3JlKSAkKFNITElCX2xpYnhlbmV2dGNo bikKIExETElCU19saWJ4ZW52Y2hhbiA9ICQoU0hERVBTX2xpYnhlbnZjaGFuKSAkKFhFTl9MSUJW Q0hBTikvbGlieGVudmNoYW4kKGxpYmV4dGVuc2lvbikKIFNITElCX2xpYnhlbnZjaGFuICA9ICQo U0hERVBTX2xpYnhlbnZjaGFuKSAtV2wsLXJwYXRoLWxpbms9JChYRU5fTElCVkNIQU4pCiAKZGlm ZiAtLWdpdCBhL3Rvb2xzL2NvbnNvbGUvTWFrZWZpbGUgYi90b29scy9jb25zb2xlL01ha2VmaWxl CmluZGV4IDc3ZThmMjkuLjRiM2E0OTIgMTAwNjQ0Ci0tLSBhL3Rvb2xzL2NvbnNvbGUvTWFrZWZp bGUKKysrIGIvdG9vbHMvY29uc29sZS9NYWtlZmlsZQpAQCAtMyw4ICszLDEwIEBAIGluY2x1ZGUg JChYRU5fUk9PVCkvdG9vbHMvUnVsZXMubWsKIAogQ0ZMQUdTICArPSAtV2Vycm9yCiAKK0NGTEFH UyAgKz0gJChDRkxBR1NfbGlieGVuZXZ0Y2huKQogQ0ZMQUdTICArPSAkKENGTEFHU19saWJ4ZW5j dHJsKQogQ0ZMQUdTICArPSAkKENGTEFHU19saWJ4ZW5zdG9yZSkKK0xETElCUyArPSAkKExETElC U19saWJ4ZW5ldnRjaG4pCiBMRExJQlMgKz0gJChMRExJQlNfbGlieGVuY3RybCkKIExETElCUyAr PSAkKExETElCU19saWJ4ZW5zdG9yZSkKIExETElCUyArPSAkKFNPQ0tFVF9MSUJTKQpkaWZmIC0t Z2l0IGEvdG9vbHMvY29uc29sZS9kYWVtb24vaW8uYyBiL3Rvb2xzL2NvbnNvbGUvZGFlbW9uL2lv LmMKaW5kZXggY2FmYzdiNy4uMmYyZTljNSAxMDA2NDQKLS0tIGEvdG9vbHMvY29uc29sZS9kYWVt b24vaW8uYworKysgYi90b29scy9jb25zb2xlL2RhZW1vbi9pby5jCkBAIC0yMSw2ICsyMSw3IEBA CiAKICNpbmNsdWRlICJ1dGlscy5oIgogI2luY2x1ZGUgImlvLmgiCisjaW5jbHVkZSA8eGVuZXZ0 Y2huLmg+CiAjaW5jbHVkZSA8eGVuc3RvcmUuaD4KICNpbmNsdWRlIDx4ZW4vaW8vY29uc29sZS5o PgogI2luY2x1ZGUgPHhlbi9ncmFudF90YWJsZS5oPgpAQCAtMTAxLDcgKzEwMiw3IEBAIHN0cnVj dCBkb21haW4gewogCWludCByaW5nX3JlZjsKIAlldnRjaG5fcG9ydF9vcl9lcnJvcl90IGxvY2Fs X3BvcnQ7CiAJZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCByZW1vdGVfcG9ydDsKLQl4Y19ldnRjaG4g KnhjZV9oYW5kbGU7CisJeGVuZXZ0Y2huX2hhbmRsZSAqeGNlX2hhbmRsZTsKIAlpbnQgeGNlX3Bv bGxmZF9pZHg7CiAJc3RydWN0IHhlbmNvbnNfaW50ZXJmYWNlICppbnRlcmZhY2U7CiAJaW50IGV2 ZW50X2NvdW50OwpAQCAtMTg1LDcgKzE4Niw3IEBAIHN0YXRpYyB2b2lkIGJ1ZmZlcl9hcHBlbmQo c3RydWN0IGRvbWFpbiAqZG9tKQogCiAJeGVuX21iKCk7CiAJaW50Zi0+b3V0X2NvbnMgPSBjb25z OwotCXhjX2V2dGNobl9ub3RpZnkoZG9tLT54Y2VfaGFuZGxlLCBkb20tPmxvY2FsX3BvcnQpOwor CXhlbmV2dGNobl9ub3RpZnkoZG9tLT54Y2VfaGFuZGxlLCBkb20tPmxvY2FsX3BvcnQpOwogCiAJ LyogR2V0IHRoZSBkYXRhIHRvIHRoZSBsb2dmaWxlIGFzIGVhcmx5IGFzIHBvc3NpYmxlIGJlY2F1 c2UgaWYKIAkgKiBubyBvbmUgaXMgbGlzdGVuaW5nIG9uIHRoZSBjb25zb2xlIHB0eSB0aGVuIGl0 IHdpbGwgZmlsbCB1cApAQCAtNTg0LDIyICs1ODUsMjIgQEAgc3RhdGljIGludCBkb21haW5fY3Jl YXRlX3Jpbmcoc3RydWN0IGRvbWFpbiAqZG9tKQogCWRvbS0+bG9jYWxfcG9ydCA9IC0xOwogCWRv bS0+cmVtb3RlX3BvcnQgPSAtMTsKIAlpZiAoZG9tLT54Y2VfaGFuZGxlICE9IE5VTEwpCi0JCXhj X2V2dGNobl9jbG9zZShkb20tPnhjZV9oYW5kbGUpOworCQl4ZW5ldnRjaG5fY2xvc2UoZG9tLT54 Y2VfaGFuZGxlKTsKIAogCS8qIE9wZW5pbmcgZXZ0Y2huIGluZGVwZW5kZW50bHkgZm9yIGVhY2gg Y29uc29sZSBpcyBhIGJpdAogCSAqIHdhc3RlZnVsLCBidXQgdGhhdCdzIGhvdyB0aGUgY29kZSBp cyBzdHJ1Y3R1cmVkLi4uICovCi0JZG9tLT54Y2VfaGFuZGxlID0geGNfZXZ0Y2huX29wZW4oTlVM TCwgMCk7CisJZG9tLT54Y2VfaGFuZGxlID0geGVuZXZ0Y2huX29wZW4oTlVMTCwgMCk7CiAJaWYg KGRvbS0+eGNlX2hhbmRsZSA9PSBOVUxMKSB7CiAJCWVyciA9IGVycm5vOwogCQlnb3RvIG91dDsK IAl9CiAgCi0JcmMgPSB4Y19ldnRjaG5fYmluZF9pbnRlcmRvbWFpbihkb20tPnhjZV9oYW5kbGUs CisJcmMgPSB4ZW5ldnRjaG5fYmluZF9pbnRlcmRvbWFpbihkb20tPnhjZV9oYW5kbGUsCiAJCWRv bS0+ZG9taWQsIHJlbW90ZV9wb3J0KTsKIAogCWlmIChyYyA9PSAtMSkgewogCQllcnIgPSBlcnJu bzsKLQkJeGNfZXZ0Y2huX2Nsb3NlKGRvbS0+eGNlX2hhbmRsZSk7CisJCXhlbmV2dGNobl9jbG9z ZShkb20tPnhjZV9oYW5kbGUpOwogCQlkb20tPnhjZV9oYW5kbGUgPSBOVUxMOwogCQlnb3RvIG91 dDsKIAl9CkBAIC02MDksNyArNjEwLDcgQEAgc3RhdGljIGludCBkb21haW5fY3JlYXRlX3Jpbmco c3RydWN0IGRvbWFpbiAqZG9tKQogCWlmIChkb20tPm1hc3Rlcl9mZCA9PSAtMSkgewogCQlpZiAo IWRvbWFpbl9jcmVhdGVfdHR5KGRvbSkpIHsKIAkJCWVyciA9IGVycm5vOwotCQkJeGNfZXZ0Y2hu X2Nsb3NlKGRvbS0+eGNlX2hhbmRsZSk7CisJCQl4ZW5ldnRjaG5fY2xvc2UoZG9tLT54Y2VfaGFu ZGxlKTsKIAkJCWRvbS0+eGNlX2hhbmRsZSA9IE5VTEw7CiAJCQlkb20tPmxvY2FsX3BvcnQgPSAt MTsKIAkJCWRvbS0+cmVtb3RlX3BvcnQgPSAtMTsKQEAgLTc0OSw3ICs3NTAsNyBAQCBzdGF0aWMg dm9pZCBzaHV0ZG93bl9kb21haW4oc3RydWN0IGRvbWFpbiAqZCkKIAl3YXRjaF9kb21haW4oZCwg ZmFsc2UpOwogCWRvbWFpbl91bm1hcF9pbnRlcmZhY2UoZCk7CiAJaWYgKGQtPnhjZV9oYW5kbGUg IT0gTlVMTCkKLQkJeGNfZXZ0Y2huX2Nsb3NlKGQtPnhjZV9oYW5kbGUpOworCQl4ZW5ldnRjaG5f Y2xvc2UoZC0+eGNlX2hhbmRsZSk7CiAJZC0+eGNlX2hhbmRsZSA9IE5VTEw7CiB9CiAKQEAgLTgz OSw3ICs4NDAsNyBAQCBzdGF0aWMgdm9pZCBoYW5kbGVfdHR5X3JlYWQoc3RydWN0IGRvbWFpbiAq ZG9tKQogCQl9CiAJCXhlbl93bWIoKTsKIAkJaW50Zi0+aW5fcHJvZCA9IHByb2Q7Ci0JCXhjX2V2 dGNobl9ub3RpZnkoZG9tLT54Y2VfaGFuZGxlLCBkb20tPmxvY2FsX3BvcnQpOworCQl4ZW5ldnRj aG5fbm90aWZ5KGRvbS0+eGNlX2hhbmRsZSwgZG9tLT5sb2NhbF9wb3J0KTsKIAl9IGVsc2Ugewog CQlkb21haW5fY2xvc2VfdHR5KGRvbSk7CiAJCXNodXRkb3duX2RvbWFpbihkb20pOwpAQCAtODcx LDcgKzg3Miw3IEBAIHN0YXRpYyB2b2lkIGhhbmRsZV9yaW5nX3JlYWQoc3RydWN0IGRvbWFpbiAq ZG9tKQogCWlmIChkb20tPmlzX2RlYWQpCiAJCXJldHVybjsKIAotCWlmICgocG9ydCA9IHhjX2V2 dGNobl9wZW5kaW5nKGRvbS0+eGNlX2hhbmRsZSkpID09IC0xKQorCWlmICgocG9ydCA9IHhlbmV2 dGNobl9wZW5kaW5nKGRvbS0+eGNlX2hhbmRsZSkpID09IC0xKQogCQlyZXR1cm47CiAKIAlkb20t PmV2ZW50X2NvdW50Kys7CkBAIC04NzksNyArODgwLDcgQEAgc3RhdGljIHZvaWQgaGFuZGxlX3Jp bmdfcmVhZChzdHJ1Y3QgZG9tYWluICpkb20pCiAJYnVmZmVyX2FwcGVuZChkb20pOwogCiAJaWYg KGRvbS0+ZXZlbnRfY291bnQgPCBSQVRFX0xJTUlUX0FMTE9XQU5DRSkKLQkJKHZvaWQpeGNfZXZ0 Y2huX3VubWFzayhkb20tPnhjZV9oYW5kbGUsIHBvcnQpOworCQkodm9pZCl4ZW5ldnRjaG5fdW5t YXNrKGRvbS0+eGNlX2hhbmRsZSwgcG9ydCk7CiB9CiAKIHN0YXRpYyB2b2lkIGhhbmRsZV94cyh2 b2lkKQpAQCAtOTA2LDcgKzkwNyw3IEBAIHN0YXRpYyB2b2lkIGhhbmRsZV94cyh2b2lkKQogCWZy ZWUodmVjKTsKIH0KIAotc3RhdGljIHZvaWQgaGFuZGxlX2h2X2xvZ3MoeGNfZXZ0Y2huICp4Y2Vf aGFuZGxlLCBib29sIGZvcmNlKQorc3RhdGljIHZvaWQgaGFuZGxlX2h2X2xvZ3MoeGVuZXZ0Y2hu X2hhbmRsZSAqeGNlX2hhbmRsZSwgYm9vbCBmb3JjZSkKIHsKIAlzdGF0aWMgY2hhciBidWZmZXJb MTAyNCoxNl07CiAJY2hhciAqYnVmcHRyID0gYnVmZmVyOwpAQCAtOTE0LDcgKzkxNSw3IEBAIHN0 YXRpYyB2b2lkIGhhbmRsZV9odl9sb2dzKHhjX2V2dGNobiAqeGNlX2hhbmRsZSwgYm9vbCBmb3Jj ZSkKIAlzdGF0aWMgdWludDMyX3QgaW5kZXggPSAwOwogCWV2dGNobl9wb3J0X29yX2Vycm9yX3Qg cG9ydCA9IC0xOwogCi0JaWYgKCFmb3JjZSAmJiAoKHBvcnQgPSB4Y19ldnRjaG5fcGVuZGluZyh4 Y2VfaGFuZGxlKSkgPT0gLTEpKQorCWlmICghZm9yY2UgJiYgKChwb3J0ID0geGVuZXZ0Y2huX3Bl bmRpbmcoeGNlX2hhbmRsZSkpID09IC0xKSkKIAkJcmV0dXJuOwogCiAJZG8KQEAgLTkzOCw3ICs5 MzksNyBAQCBzdGF0aWMgdm9pZCBoYW5kbGVfaHZfbG9ncyh4Y19ldnRjaG4gKnhjZV9oYW5kbGUs IGJvb2wgZm9yY2UpCiAJfSB3aGlsZSAoc2l6ZSA9PSBzaXplb2YoYnVmZmVyKSk7CiAKIAlpZiAo cG9ydCAhPSAtMSkKLQkJKHZvaWQpeGNfZXZ0Y2huX3VubWFzayh4Y2VfaGFuZGxlLCBwb3J0KTsK KwkJKHZvaWQpeGVuZXZ0Y2huX3VubWFzayh4Y2VfaGFuZGxlLCBwb3J0KTsKIH0KIAogc3RhdGlj IHZvaWQgaGFuZGxlX2xvZ19yZWxvYWQodm9pZCkKQEAgLTEwMDYsMTAgKzEwMDcsMTAgQEAgdm9p ZCBoYW5kbGVfaW8odm9pZCkKIAlldnRjaG5fcG9ydF9vcl9lcnJvcl90IGxvZ19odl9ldnRjaG4g PSAtMTsKIAlpbnQgeGNlX3BvbGxmZF9pZHggPSAtMTsKIAlpbnQgeHNfcG9sbGZkX2lkeCA9IC0x OwotCXhjX2V2dGNobiAqeGNlX2hhbmRsZSA9IE5VTEw7CisJeGVuZXZ0Y2huX2hhbmRsZSAqeGNl X2hhbmRsZSA9IE5VTEw7CiAKIAlpZiAobG9nX2h2KSB7Ci0JCXhjZV9oYW5kbGUgPSB4Y19ldnRj aG5fb3BlbihOVUxMLCAwKTsKKwkJeGNlX2hhbmRsZSA9IHhlbmV2dGNobl9vcGVuKE5VTEwsIDAp OwogCQlpZiAoeGNlX2hhbmRsZSA9PSBOVUxMKSB7CiAJCQlkb2xvZyhMT0dfRVJSLCAiRmFpbGVk IHRvIG9wZW4geGNlIGhhbmRsZTogJWQgKCVzKSIsCiAJCQkgICAgICBlcnJubywgc3RyZXJyb3Io ZXJybm8pKTsKQEAgLTEwMTgsNyArMTAxOSw3IEBAIHZvaWQgaGFuZGxlX2lvKHZvaWQpCiAJCWxv Z19odl9mZCA9IGNyZWF0ZV9odl9sb2coKTsKIAkJaWYgKGxvZ19odl9mZCA9PSAtMSkKIAkJCWdv dG8gb3V0OwotCQlsb2dfaHZfZXZ0Y2huID0geGNfZXZ0Y2huX2JpbmRfdmlycSh4Y2VfaGFuZGxl LCBWSVJRX0NPTl9SSU5HKTsKKwkJbG9nX2h2X2V2dGNobiA9IHhlbmV2dGNobl9iaW5kX3ZpcnEo eGNlX2hhbmRsZSwgVklSUV9DT05fUklORyk7CiAJCWlmIChsb2dfaHZfZXZ0Y2huID09IC0xKSB7 CiAJCQlkb2xvZyhMT0dfRVJSLCAiRmFpbGVkIHRvIGJpbmQgdG8gVklSUV9DT05fUklORzogIgog CQkJICAgICAgIiVkICglcykiLCBlcnJubywgc3RyZXJyb3IoZXJybm8pKTsKQEAgLTEwNDcsNyAr MTA0OCw3IEBAIHZvaWQgaGFuZGxlX2lvKHZvaWQpCiAJCXhzX3BvbGxmZF9pZHggPSBzZXRfZmRz KHhzX2ZpbGVubyh4cyksIFBPTExJTnxQT0xMUFJJKTsKIAogCQlpZiAobG9nX2h2KQotCQkJeGNl X3BvbGxmZF9pZHggPSBzZXRfZmRzKHhjX2V2dGNobl9mZCh4Y2VfaGFuZGxlKSwKKwkJCXhjZV9w b2xsZmRfaWR4ID0gc2V0X2Zkcyh4ZW5ldnRjaG5fZmQoeGNlX2hhbmRsZSksCiAJCQkJCQkgUE9M TElOfFBPTExQUkkpOwogCiAJCWlmIChjbG9ja19nZXR0aW1lKENMT0NLX01PTk9UT05JQywgJnRz KSA8IDApCkBAIC0xMDY2LDcgKzEwNjcsNyBAQCB2b2lkIGhhbmRsZV9pbyh2b2lkKQogCQkJaWYg KChub3crNSkgPiBkLT5uZXh0X3BlcmlvZCkgewogCQkJCWQtPm5leHRfcGVyaW9kID0gbm93ICsg UkFURV9MSU1JVF9QRVJJT0Q7CiAJCQkJaWYgKGQtPmV2ZW50X2NvdW50ID49IFJBVEVfTElNSVRf QUxMT1dBTkNFKSB7Ci0JCQkJCSh2b2lkKXhjX2V2dGNobl91bm1hc2soZC0+eGNlX2hhbmRsZSwg ZC0+bG9jYWxfcG9ydCk7CisJCQkJCSh2b2lkKXhlbmV2dGNobl91bm1hc2soZC0+eGNlX2hhbmRs ZSwgZC0+bG9jYWxfcG9ydCk7CiAJCQkJfQogCQkJCWQtPmV2ZW50X2NvdW50ID0gMDsKIAkJCX0K QEAgLTEwODIsNyArMTA4Myw3IEBAIHZvaWQgaGFuZGxlX2lvKHZvaWQpCiAJCQkJaWYgKGRpc2Nh cmRfb3ZlcmZsb3dlZF9kYXRhIHx8CiAJCQkJICAgICFkLT5idWZmZXIubWF4X2NhcGFjaXR5IHx8 CiAJCQkJICAgIGQtPmJ1ZmZlci5zaXplIDwgZC0+YnVmZmVyLm1heF9jYXBhY2l0eSkgewotCQkJ CQlpbnQgZXZ0Y2huX2ZkID0geGNfZXZ0Y2huX2ZkKGQtPnhjZV9oYW5kbGUpOworCQkJCQlpbnQg ZXZ0Y2huX2ZkID0geGVuZXZ0Y2huX2ZkKGQtPnhjZV9oYW5kbGUpOwogCQkJCQlkLT54Y2VfcG9s bGZkX2lkeCA9IHNldF9mZHMoZXZ0Y2huX2ZkLAogCQkJCQkJCQkgICAgUE9MTElOfFBPTExQUkkp OwogCQkJCX0KQEAgLTEyMDIsNyArMTIwMyw3IEBAIHZvaWQgaGFuZGxlX2lvKHZvaWQpCiAJCWxv Z19odl9mZCA9IC0xOwogCX0KIAlpZiAoeGNlX2hhbmRsZSAhPSBOVUxMKSB7Ci0JCXhjX2V2dGNo bl9jbG9zZSh4Y2VfaGFuZGxlKTsKKwkJeGVuZXZ0Y2huX2Nsb3NlKHhjZV9oYW5kbGUpOwogCQl4 Y2VfaGFuZGxlID0gTlVMTDsKIAl9CiAJaWYgKHhjZ19oYW5kbGUgIT0gTlVMTCkgewpkaWZmIC0t Z2l0IGEvdG9vbHMvbGlicy9NYWtlZmlsZSBiL3Rvb2xzL2xpYnMvTWFrZWZpbGUKaW5kZXggNzNi ZTUwMC4uMGUzZjUyMyAxMDA2NDQKLS0tIGEvdG9vbHMvbGlicy9NYWtlZmlsZQorKysgYi90b29s cy9saWJzL01ha2VmaWxlCkBAIC0zLDUgKzMsNiBAQCBpbmNsdWRlICQoWEVOX1JPT1QpL3Rvb2xz L1J1bGVzLm1rCiAKIFNVQkRJUlMteSA6PQogU1VCRElSUy15ICs9IHRvb2xsb2cKK1NVQkRJUlMt eSArPSBldnRjaG4KIAogYWxsIGNsZWFuIGluc3RhbGwgZGlzdGNsZWFuOiAlOiBzdWJkaXJzLSUK ZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnMvZXZ0Y2huL01ha2VmaWxlIGIvdG9vbHMvbGlicy9ldnRj aG4vTWFrZWZpbGUKbmV3IGZpbGUgbW9kZSAxMDA2NDQKaW5kZXggMDAwMDAwMC4uODVlZDZkYwot LS0gL2Rldi9udWxsCisrKyBiL3Rvb2xzL2xpYnMvZXZ0Y2huL01ha2VmaWxlCkBAIC0wLDAgKzEs NjUgQEAKK1hFTl9ST09UID0gJChDVVJESVIpLy4uLy4uLy4uCitpbmNsdWRlICQoWEVOX1JPT1Qp L3Rvb2xzL1J1bGVzLm1rCisKK01BSk9SICAgID0gMQorTUlOT1IgICAgPSAwCitTSExJQl9MREZM QUdTICs9IC1XbCwtLXZlcnNpb24tc2NyaXB0PWxpYnhlbmV2dGNobi5tYXAKKworQ0ZMQUdTICAg Kz0gLVdlcnJvciAtV21pc3NpbmctcHJvdG90eXBlcworQ0ZMQUdTICAgKz0gLUkuL2luY2x1ZGUg JChDRkxBR1NfeGVuaW5jbHVkZSkKK0NGTEFHUyAgICs9ICQoQ0ZMQUdTX2xpYnhlbnRvb2xsb2cp CisKK1NSQ1MteSAgICAgICAgICAgICAgICAgKz0gY29yZS5jCitTUkNTLSQoQ09ORklHX0xpbnV4 KSAgICs9IGxpbnV4LmMKK1NSQ1MtJChDT05GSUdfRnJlZUJTRCkgKz0gZnJlZWJzZC5jCitTUkNT LSQoQ09ORklHX1N1bk9TKSAgICs9IHNvbGFyaXMuYworU1JDUy0kKENPTkZJR19OZXRCU0QpICAr PSBuZXRic2QuYworU1JDUy0kKENPTkZJR19NaW5pT1MpICArPSBtaW5pb3MuYworCitMSUJfT0JK UyA6PSAkKHBhdHN1YnN0ICUuYywlLm8sJChTUkNTLXkpKQorUElDX09CSlMgOj0gJChwYXRzdWJz dCAlLmMsJS5vcGljLCQoU1JDUy15KSkKKworTElCIDo9IGxpYnhlbmV2dGNobi5hCitpZm5lcSAo JChub3NoYXJlZGxpYnMpLHkpCitMSUIgKz0gbGlieGVuZXZ0Y2huLnNvCitlbmRpZgorCisuUEhP Tlk6IGFsbAorYWxsOiBidWlsZAorCisuUEhPTlk6IGJ1aWxkCitidWlsZDoKKwkkKE1BS0UpIGxp YnMKKworLlBIT05ZOiBsaWJzCitsaWJzOiAkKExJQikKKworCitsaWJ4ZW5ldnRjaG4uYTogJChM SUJfT0JKUykKKwkkKEFSKSByYyAkQCAkXgorCitsaWJ4ZW5ldnRjaG4uc286IGxpYnhlbmV2dGNo bi5zby4kKE1BSk9SKQorCSQoU1lNTElOS19TSExJQikgJDwgJEAKK2xpYnhlbmV2dGNobi5zby4k KE1BSk9SKTogbGlieGVuZXZ0Y2huLnNvLiQoTUFKT1IpLiQoTUlOT1IpCisJJChTWU1MSU5LX1NI TElCKSAkPCAkQAorCitsaWJ4ZW5ldnRjaG4uc28uJChNQUpPUikuJChNSU5PUik6ICQoUElDX09C SlMpIGxpYnhlbmV2dGNobi5tYXAKKwkkKENDKSAkKExERkxBR1MpIC1XbCwkKFNPTkFNRV9MREZM QUcpIC1XbCxsaWJ4ZW5ldnRjaG4uc28uJChNQUpPUikgJChTSExJQl9MREZMQUdTKSAtbyAkQCAk KFBJQ19PQkpTKSAkKExETElCU19saWJ4ZW50b29sbG9nKSAkKEFQUEVORF9MREZMQUdTKQorCisu UEhPTlk6IGluc3RhbGwKK2luc3RhbGw6IGJ1aWxkCisJJChJTlNUQUxMX0RJUikgJChERVNURElS KSQobGliZGlyKQorCSQoSU5TVEFMTF9ESVIpICQoREVTVERJUikkKGluY2x1ZGVkaXIpCisJJChJ TlNUQUxMX1NITElCKSBsaWJ4ZW5ldnRjaG4uc28uJChNQUpPUikuJChNSU5PUikgJChERVNURElS KSQobGliZGlyKQorCSQoSU5TVEFMTF9EQVRBKSBsaWJ4ZW5ldnRjaG4uYSAkKERFU1RESVIpJChs aWJkaXIpCisJJChTWU1MSU5LX1NITElCKSBsaWJ4ZW5ldnRjaG4uc28uJChNQUpPUikuJChNSU5P UikgJChERVNURElSKSQobGliZGlyKS9saWJ4ZW5ldnRjaG4uc28uJChNQUpPUikKKwkkKFNZTUxJ TktfU0hMSUIpIGxpYnhlbmV2dGNobi5zby4kKE1BSk9SKSAkKERFU1RESVIpJChsaWJkaXIpL2xp YnhlbmV2dGNobi5zbworCSQoSU5TVEFMTF9EQVRBKSBpbmNsdWRlL3hlbmV2dGNobi5oICQoREVT VERJUikkKGluY2x1ZGVkaXIpCisKKy5QSE9OWTogVEFHUworVEFHUzoKKwlldGFncyAtdCAqLmMg Ki5oCisKKy5QSE9OWTogY2xlYW4KK2NsZWFuOgorCXJtIC1yZiAqLnJwbSAkKExJQikgKn4gJChE RVBTKSAkKExJQl9PQkpTKSAkKFBJQ19PQkpTKQpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlicy9ldnRj aG4vY29yZS5jIGIvdG9vbHMvbGlicy9ldnRjaG4vY29yZS5jCm5ldyBmaWxlIG1vZGUgMTAwNjQ0 CmluZGV4IDAwMDAwMDAuLmMzMWUwOGMKLS0tIC9kZXYvbnVsbAorKysgYi90b29scy9saWJzL2V2 dGNobi9jb3JlLmMKQEAgLTAsMCArMSw3MiBAQAorLyoKKyAqIFRoaXMgbGlicmFyeSBpcyBmcmVl IHNvZnR3YXJlOyB5b3UgY2FuIHJlZGlzdHJpYnV0ZSBpdCBhbmQvb3IKKyAqIG1vZGlmeSBpdCB1 bmRlciB0aGUgdGVybXMgb2YgdGhlIEdOVSBMZXNzZXIgR2VuZXJhbCBQdWJsaWMKKyAqIExpY2Vu c2UgYXMgcHVibGlzaGVkIGJ5IHRoZSBGcmVlIFNvZnR3YXJlIEZvdW5kYXRpb247CisgKiB2ZXJz aW9uIDIuMSBvZiB0aGUgTGljZW5zZS4KKyAqCisgKiBUaGlzIGxpYnJhcnkgaXMgZGlzdHJpYnV0 ZWQgaW4gdGhlIGhvcGUgdGhhdCBpdCB3aWxsIGJlIHVzZWZ1bCwKKyAqIGJ1dCBXSVRIT1VUIEFO WSBXQVJSQU5UWTsgd2l0aG91dCBldmVuIHRoZSBpbXBsaWVkIHdhcnJhbnR5IG9mCisgKiBNRVJD SEFOVEFCSUxJVFkgb3IgRklUTkVTUyBGT1IgQSBQQVJUSUNVTEFSIFBVUlBPU0UuICBTZWUgdGhl IEdOVQorICogTGVzc2VyIEdlbmVyYWwgUHVibGljIExpY2Vuc2UgZm9yIG1vcmUgZGV0YWlscy4K KyAqCisgKiBZb3Ugc2hvdWxkIGhhdmUgcmVjZWl2ZWQgYSBjb3B5IG9mIHRoZSBHTlUgTGVzc2Vy IEdlbmVyYWwgUHVibGljCisgKiBMaWNlbnNlIGFsb25nIHdpdGggdGhpcyBsaWJyYXJ5OyBJZiBu b3QsIHNlZSA8aHR0cDovL3d3dy5nbnUub3JnL2xpY2Vuc2VzLz4uCisgKi8KKworI2luY2x1ZGUg PHVuaXN0ZC5oPgorI2luY2x1ZGUgPHN0ZGxpYi5oPgorCisjaW5jbHVkZSAicHJpdmF0ZS5oIgor Cit4ZW5ldnRjaG5faGFuZGxlICp4ZW5ldnRjaG5fb3Blbih4ZW50b29sbG9nX2xvZ2dlciAqbG9n Z2VyLCB1bnNpZ25lZCBvcGVuX2ZsYWdzKQoreworICAgIHhlbmV2dGNobl9oYW5kbGUgKnhjZSA9 IG1hbGxvYyhzaXplb2YoKnhjZSkpOworICAgIGludCByYzsKKworICAgIGlmICgheGNlKSByZXR1 cm4gTlVMTDsKKworICAgIHhjZS0+ZmQgPSAtMTsKKyAgICB4Y2UtPmxvZ2dlciA9IGxvZ2dlcjsK KyAgICB4Y2UtPmxvZ2dlcl90b2ZyZWUgID0gTlVMTDsKKworICAgIGlmICgheGNlLT5sb2dnZXIp IHsKKyAgICAgICAgeGNlLT5sb2dnZXIgPSB4Y2UtPmxvZ2dlcl90b2ZyZWUgPQorICAgICAgICAg ICAgKHhlbnRvb2xsb2dfbG9nZ2VyKikKKyAgICAgICAgICAgIHh0bF9jcmVhdGVsb2dnZXJfc3Rk aW9zdHJlYW0oc3RkZXJyLCBYVExfUFJPR1JFU1MsIDApOworICAgICAgICBpZiAoIXhjZS0+bG9n Z2VyKSBnb3RvIGVycjsKKyAgICB9CisKKyAgICByYyA9IG9zZGVwX2V2dGNobl9vcGVuKHhjZSk7 CisgICAgaWYgKCByYyAgPCAwICkgZ290byBlcnI7CisKKyAgICByZXR1cm4geGNlOworCitlcnI6 CisgICAgb3NkZXBfZXZ0Y2huX2Nsb3NlKHhjZSk7CisgICAgeHRsX2xvZ2dlcl9kZXN0cm95KHhj ZS0+bG9nZ2VyX3RvZnJlZSk7CisgICAgZnJlZSh4Y2UpOworICAgIHJldHVybiBOVUxMOworfQor CitpbnQgeGVuZXZ0Y2huX2Nsb3NlKHhlbmV2dGNobl9oYW5kbGUgKnhjZSkKK3sKKyAgICBpbnQg cmM7CisKKyAgICBpZiAoICF4Y2UgKQorICAgICAgICByZXR1cm4gMDsKKworICAgIHJjID0gb3Nk ZXBfZXZ0Y2huX2Nsb3NlKHhjZSk7CisgICAgeHRsX2xvZ2dlcl9kZXN0cm95KHhjZS0+bG9nZ2Vy X3RvZnJlZSk7CisgICAgZnJlZSh4Y2UpOworICAgIHJldHVybiByYzsKK30KKworLyoKKyAqIExv Y2FsIHZhcmlhYmxlczoKKyAqIG1vZGU6IEMKKyAqIGMtZmlsZS1zdHlsZTogIkJTRCIKKyAqIGMt YmFzaWMtb2Zmc2V0OiA0CisgKiB0YWItd2lkdGg6IDQKKyAqIGluZGVudC10YWJzLW1vZGU6IG5p bAorICogRW5kOgorICovCmRpZmYgLS1naXQgYS90b29scy9saWJzL2V2dGNobi9mcmVlYnNkLmMg Yi90b29scy9saWJzL2V2dGNobi9mcmVlYnNkLmMKbmV3IGZpbGUgbW9kZSAxMDA2NDQKaW5kZXgg MDAwMDAwMC4uNjM2ZjA1MgotLS0gL2Rldi9udWxsCisrKyBiL3Rvb2xzL2xpYnMvZXZ0Y2huL2Zy ZWVic2QuYwpAQCAtMCwwICsxLDEzOCBAQAorIC8qKioqKioqKioqKioqKioqKioqKioqKioqKioq KioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioKKyAqCisg KiBDb3B5cmlnaHQgMjAwNiBTdW4gTWljcm9zeXN0ZW1zLCBJbmMuICBBbGwgcmlnaHRzIHJlc2Vy dmVkLgorICogVXNlIGlzIHN1YmplY3QgdG8gbGljZW5zZSB0ZXJtcy4KKyAqCisgKiBUaGlzIGxp YnJhcnkgaXMgZnJlZSBzb2Z0d2FyZTsgeW91IGNhbiByZWRpc3RyaWJ1dGUgaXQgYW5kL29yCisg KiBtb2RpZnkgaXQgdW5kZXIgdGhlIHRlcm1zIG9mIHRoZSBHTlUgTGVzc2VyIEdlbmVyYWwgUHVi bGljCisgKiBMaWNlbnNlIGFzIHB1Ymxpc2hlZCBieSB0aGUgRnJlZSBTb2Z0d2FyZSBGb3VuZGF0 aW9uOworICogdmVyc2lvbiAyLjEgb2YgdGhlIExpY2Vuc2UuCisgKgorICogVGhpcyBsaWJyYXJ5 IGlzIGRpc3RyaWJ1dGVkIGluIHRoZSBob3BlIHRoYXQgaXQgd2lsbCBiZSB1c2VmdWwsCisgKiBi dXQgV0lUSE9VVCBBTlkgV0FSUkFOVFk7IHdpdGhvdXQgZXZlbiB0aGUgaW1wbGllZCB3YXJyYW50 eSBvZgorICogTUVSQ0hBTlRBQklMSVRZIG9yIEZJVE5FU1MgRk9SIEEgUEFSVElDVUxBUiBQVVJQ T1NFLiAgU2VlIHRoZSBHTlUKKyAqIExlc3NlciBHZW5lcmFsIFB1YmxpYyBMaWNlbnNlIGZvciBt b3JlIGRldGFpbHMuCisgKgorICogWW91IHNob3VsZCBoYXZlIHJlY2VpdmVkIGEgY29weSBvZiB0 aGUgR05VIExlc3NlciBHZW5lcmFsIFB1YmxpYworICogTGljZW5zZSBhbG9uZyB3aXRoIHRoaXMg bGlicmFyeTsgSWYgbm90LCBzZWUgPGh0dHA6Ly93d3cuZ251Lm9yZy9saWNlbnNlcy8+LgorICoK KyAqIFNwbGl0IG9mZiBmcm9tIHhjX2ZyZWVic2Rfb3NkZXAuYworICovCisKKyNpbmNsdWRlIDxm Y250bC5oPgorI2luY2x1ZGUgPHVuaXN0ZC5oPgorCisjaW5jbHVkZSA8c3lzL2lvY3RsLmg+CisK KyNpbmNsdWRlIDx4ZW4vc3lzL2V2dGNobi5oPgorCisjaW5jbHVkZSAicHJpdmF0ZS5oIgorCisj ZGVmaW5lIEVWVENITl9ERVYgICAgICAiL2Rldi94ZW4vZXZ0Y2huIgorCitpbnQgb3NkZXBfZXZ0 Y2huX29wZW4oeGVuZXZ0Y2huX2hhbmRsZSAqeGNlKQoreworICAgIGludCBmZCA9IG9wZW4oRVZU Q0hOX0RFViwgT19SRFdSKTsKKyAgICBpZiAoIGZkID09IC0xICkKKyAgICAgICAgcmV0dXJuIC0x OworICAgIHhjZS0+ZmQgPSBmZDsKKyAgICByZXR1cm4gMDsKK30KKworaW50IG9zZGVwX2V2dGNo bl9jbG9zZSh4ZW5ldnRjaG5faGFuZGxlICp4Y2UpCit7CisgICAgaWYgKCB4Y2UtPmZkID09IC0x ICkKKyAgICAgICAgcmV0dXJuIDA7CisKKyAgICByZXR1cm4gY2xvc2UoeGNlLT5mZCk7Cit9CisK K2ludCB4ZW5ldnRjaG5fZmQoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlKQoreworICAgIHJldHVybiB4 Y2UtPmZkOworfQorCitpbnQgeGVuZXZ0Y2huX25vdGlmeSh4ZW5ldnRjaG5faGFuZGxlICp4Y2Us IGV2dGNobl9wb3J0X3QgcG9ydCkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOworICAgIHN0cnVj dCBpb2N0bF9ldnRjaG5fbm90aWZ5IG5vdGlmeTsKKworICAgIG5vdGlmeS5wb3J0ID0gcG9ydDsK KworICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX05PVElGWSwgJm5vdGlmeSk7Cit9 CisKK2V2dGNobl9wb3J0X29yX2Vycm9yX3QgeGVuZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0KHhl bmV2dGNobl9oYW5kbGUgKnhjZSwgaW50IGRvbWlkKQoreworICAgIGludCByZXQsIGZkID0geGNl LT5mZDsKKyAgICBzdHJ1Y3QgaW9jdGxfZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0IGJpbmQ7CisK KyAgICBiaW5kLnJlbW90ZV9kb21haW4gPSBkb21pZDsKKworICAgIHJldCA9IGlvY3RsKGZkLCBJ T0NUTF9FVlRDSE5fQklORF9VTkJPVU5EX1BPUlQsICZiaW5kKTsKKyAgICByZXR1cm4gKCByZXQg PT0gMCApID8gYmluZC5wb3J0IDogcmV0OworfQorCitldnRjaG5fcG9ydF9vcl9lcnJvcl90Cit4 ZW5ldnRjaG5fYmluZF9pbnRlcmRvbWFpbih4ZW5ldnRjaG5faGFuZGxlICp4Y2UsIGludCBkb21p ZCwgZXZ0Y2huX3BvcnRfdCByZW1vdGVfcG9ydCkKK3sKKyAgICBpbnQgcmV0LCBmZCA9IHhjZS0+ ZmQ7CisgICAgc3RydWN0IGlvY3RsX2V2dGNobl9iaW5kX2ludGVyZG9tYWluIGJpbmQ7CisKKyAg ICBiaW5kLnJlbW90ZV9kb21haW4gPSBkb21pZDsKKyAgICBiaW5kLnJlbW90ZV9wb3J0ID0gcmVt b3RlX3BvcnQ7CisKKyAgICByZXQgPSBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRfSU5URVJE T01BSU4sICZiaW5kKTsKKyAgICByZXR1cm4gKCByZXQgPT0gMCApID8gYmluZC5wb3J0IDogcmV0 OworfQorCitldnRjaG5fcG9ydF9vcl9lcnJvcl90IHhlbmV2dGNobl9iaW5kX3ZpcnEoeGVuZXZ0 Y2huX2hhbmRsZSAqeGNlLCB1bnNpZ25lZCBpbnQgdmlycSkKK3sKKyAgICBpbnQgcmV0LCBmZCA9 IHhjZS0+ZmQ7CisgICAgc3RydWN0IGlvY3RsX2V2dGNobl9iaW5kX3ZpcnEgYmluZDsKKworICAg IGJpbmQudmlycSA9IHZpcnE7CisKKyAgICByZXQgPSBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJ TkRfVklSUSwgJmJpbmQpOworICAgIHJldHVybiAoIHJldCA9PSAwICkgPyBiaW5kLnBvcnQgOiBy ZXQ7Cit9CisKK2ludCB4ZW5ldnRjaG5fdW5iaW5kKHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgZXZ0 Y2huX3BvcnRfdCBwb3J0KQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7CisgICAgc3RydWN0IGlv Y3RsX2V2dGNobl91bmJpbmQgdW5iaW5kOworCisgICAgdW5iaW5kLnBvcnQgPSBwb3J0OworCisg ICAgcmV0dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fVU5CSU5ELCAmdW5iaW5kKTsKK30KKwor ZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fcGVuZGluZyh4ZW5ldnRjaG5faGFuZGxl ICp4Y2UpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAgICBldnRjaG5fcG9ydF90IHBvcnQ7 CisKKyAgICBpZiAoIHJlYWQoZmQsICZwb3J0LCBzaXplb2YocG9ydCkpICE9IHNpemVvZihwb3J0 KSApCisgICAgICAgIHJldHVybiAtMTsKKworICAgIHJldHVybiBwb3J0OworfQorCitpbnQgeGVu ZXZ0Y2huX3VubWFzayh4ZW5ldnRjaG5faGFuZGxlICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkK K3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOworCisgICAgaWYgKCB3cml0ZShmZCwgJnBvcnQsIHNp emVvZihwb3J0KSkgIT0gc2l6ZW9mKHBvcnQpICkKKyAgICAgICAgcmV0dXJuIC0xOworICAgIHJl dHVybiAwOworfQorCisvKgorICogTG9jYWwgdmFyaWFibGVzOgorICogbW9kZTogQworICogYy1m aWxlLXN0eWxlOiAiQlNEIgorICogYy1iYXNpYy1vZmZzZXQ6IDQKKyAqIHRhYi13aWR0aDogNAor ICogaW5kZW50LXRhYnMtbW9kZTogbmlsCisgKiBFbmQ6CisgKi8KZGlmZiAtLWdpdCBhL3Rvb2xz L2xpYnMvZXZ0Y2huL2luY2x1ZGUveGVuZXZ0Y2huLmggYi90b29scy9saWJzL2V2dGNobi9pbmNs dWRlL3hlbmV2dGNobi5oCm5ldyBmaWxlIG1vZGUgMTAwNjQ0CmluZGV4IDAwMDAwMDAuLjMzODBm YTMKLS0tIC9kZXYvbnVsbAorKysgYi90b29scy9saWJzL2V2dGNobi9pbmNsdWRlL3hlbmV2dGNo bi5oCkBAIC0wLDAgKzEsMTUwIEBACisvKgorICogVGhpcyBsaWJyYXJ5IGlzIGZyZWUgc29mdHdh cmU7IHlvdSBjYW4gcmVkaXN0cmlidXRlIGl0IGFuZC9vcgorICogbW9kaWZ5IGl0IHVuZGVyIHRo ZSB0ZXJtcyBvZiB0aGUgR05VIExlc3NlciBHZW5lcmFsIFB1YmxpYworICogTGljZW5zZSBhcyBw dWJsaXNoZWQgYnkgdGhlIEZyZWUgU29mdHdhcmUgRm91bmRhdGlvbjsKKyAqIHZlcnNpb24gMi4x IG9mIHRoZSBMaWNlbnNlLgorICoKKyAqIFRoaXMgbGlicmFyeSBpcyBkaXN0cmlidXRlZCBpbiB0 aGUgaG9wZSB0aGF0IGl0IHdpbGwgYmUgdXNlZnVsLAorICogYnV0IFdJVEhPVVQgQU5ZIFdBUlJB TlRZOyB3aXRob3V0IGV2ZW4gdGhlIGltcGxpZWQgd2FycmFudHkgb2YKKyAqIE1FUkNIQU5UQUJJ TElUWSBvciBGSVRORVNTIEZPUiBBIFBBUlRJQ1VMQVIgUFVSUE9TRS4gIFNlZSB0aGUgR05VCisg KiBMZXNzZXIgR2VuZXJhbCBQdWJsaWMgTGljZW5zZSBmb3IgbW9yZSBkZXRhaWxzLgorICoKKyAq IFlvdSBzaG91bGQgaGF2ZSByZWNlaXZlZCBhIGNvcHkgb2YgdGhlIEdOVSBMZXNzZXIgR2VuZXJh bCBQdWJsaWMKKyAqIExpY2Vuc2UgYWxvbmcgd2l0aCB0aGlzIGxpYnJhcnk7IElmIG5vdCwgc2Vl IDxodHRwOi8vd3d3LmdudS5vcmcvbGljZW5zZXMvPi4KKyAqCisgKiBTcGxpdCBvZmYgZnJvbToK KyAqIHhlbmN0cmwuaAorICoKKyAqIEEgbGlicmFyeSBmb3IgbG93LWxldmVsIGFjY2VzcyB0byB0 aGUgWGVuIGNvbnRyb2wgaW50ZXJmYWNlcy4KKyAqCisgKiBDb3B5cmlnaHQgKGMpIDIwMDMtMjAw NCwgSyBBIEZyYXNlci4KKyAqLworCisjaWZuZGVmIFhFTkVWVENITl9ICisjZGVmaW5lIFhFTkVW VENITl9ICisKKyNpbmNsdWRlIDxzdGRpbnQuaD4KKworI2luY2x1ZGUgPHhlbi9ldmVudF9jaGFu bmVsLmg+CisKKy8qIEEgcG9ydCBpZGVudGlmaWVyIGlzIGd1YXJhbnRlZWQgdG8gZml0IGluIDMx IGJpdHMuICovCit0eXBlZGVmIGludCBldnRjaG5fcG9ydF9vcl9lcnJvcl90OworCit0eXBlZGVm IHN0cnVjdCB4ZW5ldnRjaG5faGFuZGxlIHhlbmV2dGNobl9oYW5kbGU7CisKKy8qIENhbGxlcnMg d2hvIGRvbid0IGNhcmUgZG9uJ3QgbmVlZCB0byAjaW5jbHVkZSA8eGVudG9vbGxvZy5oPiAqLwor dHlwZWRlZiBzdHJ1Y3QgeGVudG9vbGxvZ19sb2dnZXIgeGVudG9vbGxvZ19sb2dnZXI7CisKKy8q CisgKiBFVkVOVCBDSEFOTkVMIEZVTkNUSU9OUworICoKKyAqIE5vbmUgb2YgdGhlc2UgZG8gYW55 IGxvZ2dpbmcuCisgKi8KKworLyoKKyAqIFJldHVybiBhIGhhbmRsZSB0byB0aGUgZXZlbnQgY2hh bm5lbCBkcml2ZXIsIG9yIE5VTEwgb24gZmFpbHVyZSwgaW4KKyAqIHdoaWNoIGNhc2UgZXJybm8g d2lsbCBiZSBzZXQgYXBwcm9wcmlhdGVseS4KKyAqCisgKiBOb3RlOgorICogQWZ0ZXIgZm9yayBh IGNoaWxkIHByb2Nlc3MgbXVzdCBub3QgdXNlIGFueSBvcGVuZWQgeGMgZXZ0Y2huCisgKiBoYW5k bGUgaW5oZXJpdGVkIGZyb20gdGhlaXIgcGFyZW50LiBUaGV5IG11c3Qgb3BlbiBhIG5ldyBoYW5k bGUgaWYKKyAqIHRoZXkgd2FudCB0byBpbnRlcmFjdCB3aXRoIHhjLgorICoKKyAqIEJlZm9yZSBY ZW4gcHJlLTQuMSB0aGlzIGZ1bmN0aW9uIHdvdWxkIHNvbWV0aW1lcyByZXBvcnQgZXJyb3JzIHdp dGggcGVycm9yLgorICovCisvKiBDdXJyZW50bHkgbm8gZmxhZ3MgYXJlIGRlZmluZWQgKi8KK3hl bmV2dGNobl9oYW5kbGUgKnhlbmV2dGNobl9vcGVuKHhlbnRvb2xsb2dfbG9nZ2VyICpsb2dnZXIs IHVuc2lnbmVkIG9wZW5fZmxhZ3MpOworCisvKgorICogQ2xvc2UgYSBoYW5kbGUgcHJldmlvdXNs eSBhbGxvY2F0ZWQgd2l0aCB4ZW5ldnRjaG5fb3BlbigpLgorICovCitpbnQgeGVuZXZ0Y2huX2Ns b3NlKHhlbmV2dGNobl9oYW5kbGUgKnhjZSk7CisKKy8qCisgKiBSZXR1cm4gYW4gZmQgdGhhdCBj YW4gYmUgc2VsZWN0KCllZCBvbi4KKyAqCisgKiBOb3RlIHRoYXQgZHVlIHRvIGJ1Z3MsIHNldHRp bmcgdGhpcyBmZCB0byBub24gYmxvY2tpbmcgbWF5IG5vdAorICogd29yazogeW91IHdvdWxkIGhv cGUgdGhhdCBpdCB3b3VsZCByZXN1bHQgaW4geGVuZXZ0Y2huX3BlbmRpbmcKKyAqIGZhaWxpbmcg d2l0aCBFV09VTERCTE9DSyBpZiB0aGVyZSBhcmUgbm8gZXZlbnRzIHNpZ25hbGVkLCBidXQgaW4K KyAqIGZhY3QgaXQgbWF5IGJsb2NrLiAgKEJ1ZyBpcyBwcmVzZW50IGluIGF0IGxlYXN0IExpbnV4 IDMuMTIsIGFuZAorICogcGVyaGFwcyBvbiBvdGhlciBwbGF0Zm9ybXMgb3IgbGF0ZXIgdmVyc2lv bi4pCisgKgorICogVG8gYmUgc2FmZSwgeW91IG11c3QgdXNlIHBvbGwoKSBvciBzZWxlY3QoKSBi ZWZvcmUgZWFjaCBjYWxsIHRvCisgKiB4ZW5ldnRjaG5fcGVuZGluZy4gIElmIHlvdSBoYXZlIG11 bHRpcGxlIHRocmVhZHMgKG9yIHByb2Nlc3NlcykKKyAqIHNoYXJpbmcgYSBzaW5nbGUgeGNlIGhh bmRsZSB0aGlzIHdpbGwgbm90IHdvcmssIGFuZCB0aGVyZSBpcyBubworICogc3RyYWlnaHRmb3J3 YXJkIHdvcmthcm91bmQuICBQbGVhc2UgZGVzaWduIHlvdXIgcHJvZ3JhbSBzb21lIG90aGVyCisg KiB3YXkuCisgKi8KK2ludCB4ZW5ldnRjaG5fZmQoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlKTsKKwor LyoKKyAqIE5vdGlmeSB0aGUgZ2l2ZW4gZXZlbnQgY2hhbm5lbC4gUmV0dXJucyAtMSBvbiBmYWls dXJlLCBpbiB3aGljaCBjYXNlCisgKiBlcnJubyB3aWxsIGJlIHNldCBhcHByb3ByaWF0ZWx5Lgor ICovCitpbnQgeGVuZXZ0Y2huX25vdGlmeSh4ZW5ldnRjaG5faGFuZGxlICp4Y2UsIGV2dGNobl9w b3J0X3QgcG9ydCk7CisKKy8qCisgKiBSZXR1cm5zIGEgbmV3IGV2ZW50IHBvcnQgYXdhaXRpbmcg aW50ZXJkb21haW4gY29ubmVjdGlvbiBmcm9tIHRoZSBnaXZlbgorICogZG9tYWluIElELCBvciAt MSBvbiBmYWlsdXJlLCBpbiB3aGljaCBjYXNlIGVycm5vIHdpbGwgYmUgc2V0IGFwcHJvcHJpYXRl bHkuCisgKi8KK2V2dGNobl9wb3J0X29yX2Vycm9yX3QKK3hlbmV2dGNobl9iaW5kX3VuYm91bmRf cG9ydCh4ZW5ldnRjaG5faGFuZGxlICp4Y2UsIGludCBkb21pZCk7CisKKy8qCisgKiBSZXR1cm5z IGEgbmV3IGV2ZW50IHBvcnQgYm91bmQgdG8gdGhlIHJlbW90ZSBwb3J0IGZvciB0aGUgZ2l2ZW4g ZG9tYWluIElELAorICogb3IgLTEgb24gZmFpbHVyZSwgaW4gd2hpY2ggY2FzZSBlcnJubyB3aWxs IGJlIHNldCBhcHByb3ByaWF0ZWx5LgorICovCitldnRjaG5fcG9ydF9vcl9lcnJvcl90Cit4ZW5l dnRjaG5fYmluZF9pbnRlcmRvbWFpbih4ZW5ldnRjaG5faGFuZGxlICp4Y2UsIGludCBkb21pZCwK KyAgICAgICAgICAgICAgICAgICAgICAgICAgIGV2dGNobl9wb3J0X3QgcmVtb3RlX3BvcnQpOwor CisvKgorICogQmluZCBhbiBldmVudCBjaGFubmVsIHRvIHRoZSBnaXZlbiBWSVJRLiBSZXR1cm5z IHRoZSBldmVudCBjaGFubmVsIGJvdW5kIHRvCisgKiB0aGUgVklSUSwgb3IgLTEgb24gZmFpbHVy ZSwgaW4gd2hpY2ggY2FzZSBlcnJubyB3aWxsIGJlIHNldCBhcHByb3ByaWF0ZWx5LgorICovCitl dnRjaG5fcG9ydF9vcl9lcnJvcl90Cit4ZW5ldnRjaG5fYmluZF92aXJxKHhlbmV2dGNobl9oYW5k bGUgKnhjZSwgdW5zaWduZWQgaW50IHZpcnEpOworCisvKgorICogVW5iaW5kIHRoZSBnaXZlbiBl dmVudCBjaGFubmVsLiBSZXR1cm5zIC0xIG9uIGZhaWx1cmUsIGluIHdoaWNoIGNhc2UgZXJybm8K KyAqIHdpbGwgYmUgc2V0IGFwcHJvcHJpYXRlbHkuCisgKi8KK2ludCB4ZW5ldnRjaG5fdW5iaW5k KHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KTsKKworLyoKKyAqIFJl dHVybiB0aGUgbmV4dCBldmVudCBjaGFubmVsIHRvIGJlY29tZSBwZW5kaW5nLCBvciAtMSBvbiBm YWlsdXJlLCBpbiB3aGljaAorICogY2FzZSBlcnJubyB3aWxsIGJlIHNldCBhcHByb3ByaWF0ZWx5 LgorICoKKyAqIEF0IHRoZSBoeXBlcnZpc29yIGxldmVsIHRoZSBldmVudCBjaGFubmVsIHdpbGwg aGF2ZSBiZWVuIG1hc2tlZCwKKyAqIGFuZCB0aGVuIGNsZWFyZWQsIGJ5IHRoZSB1bmRlcmx5aW5n IG1hY2hpbmVyeSAoZXZ0Y2huIGtlcm5lbAorICogZHJpdmVyLCBvciBlcXVpdmFsZW50KS4gIFNv IGlmIHRoZSBldmVudCBjaGFubmVsIGlzIHNpZ25hbGVkIGFnYWluCisgKiBhZnRlciBpdCBpcyBy ZXR1cm5lZCBoZXJlLCBpdCB3aWxsIGJlIHF1ZXVlZCB1cCwgYW5kIGRlbGl2ZXJlZAorICogYWdh aW4gYWZ0ZXIgeW91IHVubWFzayBpdC4gIChTZWUgdGhlIGRvY3VtZW50YXRpb24gaW4gdGhlIFhl bgorICogcHVibGljIGhlYWRlciBldmVudF9jaGFubmVsLmguKQorICoKKyAqIE9uIHJlY2Vpdmlu ZyB0aGUgbm90aWZpY2F0aW9uIGZyb20geGVuZXZ0Y2huX3BlbmRpbmcsIHlvdSBzaG91bGQKKyAq IG5vcm1hbGx5OiBjaGVjayAoYnkgb3RoZXIgbWVhbnMpIHdoYXQgd29yayBuZWVkcyBkb2luZzsg ZG8gdGhlCisgKiBuZWNlc3Nhcnkgd29yayAoaWYgYW55KTsgdW5tYXNrIHRoZSBldmVudCBjaGFu bmVsIHdpdGgKKyAqIHhlbmV2dGNobl91bm1hc2sgKGlmIHlvdSB3YW50IHRvIHJlY2VpdmUgYW55 IGZ1cnRoZXIKKyAqIG5vdGlmaWNhdGlvbnMpLgorICovCitldnRjaG5fcG9ydF9vcl9lcnJvcl90 Cit4ZW5ldnRjaG5fcGVuZGluZyh4ZW5ldnRjaG5faGFuZGxlICp4Y2UpOworCisvKgorICogVW5t YXNrIHRoZSBnaXZlbiBldmVudCBjaGFubmVsLiBSZXR1cm5zIC0xIG9uIGZhaWx1cmUsIGluIHdo aWNoIGNhc2UgZXJybm8KKyAqIHdpbGwgYmUgc2V0IGFwcHJvcHJpYXRlbHkuCisgKi8KK2ludCB4 ZW5ldnRjaG5fdW5tYXNrKHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0 KTsKKworI2VuZGlmCisKKy8qCisgKiBMb2NhbCB2YXJpYWJsZXM6CisgKiBtb2RlOiBDCisgKiBj LWZpbGUtc3R5bGU6ICJCU0QiCisgKiBjLWJhc2ljLW9mZnNldDogNAorICogdGFiLXdpZHRoOiA0 CisgKiBpbmRlbnQtdGFicy1tb2RlOiBuaWwKKyAqIEVuZDoKKyAqLwpkaWZmIC0tZ2l0IGEvdG9v bHMvbGlicy9ldnRjaG4vbGlieGVuZXZ0Y2huLm1hcCBiL3Rvb2xzL2xpYnMvZXZ0Y2huL2xpYnhl bmV2dGNobi5tYXAKbmV3IGZpbGUgbW9kZSAxMDA2NDQKaW5kZXggMDAwMDAwMC4uMTQzNzk0MAot LS0gL2Rldi9udWxsCisrKyBiL3Rvb2xzL2xpYnMvZXZ0Y2huL2xpYnhlbmV2dGNobi5tYXAKQEAg LTAsMCArMSwxNCBAQAorVkVSU18xLjAgeworCWdsb2JhbDoKKwkJeGVuZXZ0Y2huX2ZkOworCQl4 ZW5ldnRjaG5fYmluZF91bmJvdW5kX3BvcnQ7CisJCXhlbmV2dGNobl91bmJpbmQ7CisJCXhlbmV2 dGNobl91bm1hc2s7CisJCXhlbmV2dGNobl9ub3RpZnk7CisJCXhlbmV2dGNobl9iaW5kX2ludGVy ZG9tYWluOworCQl4ZW5ldnRjaG5fYmluZF92aXJxOworCQl4ZW5ldnRjaG5fb3BlbjsKKwkJeGVu ZXZ0Y2huX2Nsb3NlOworCQl4ZW5ldnRjaG5fcGVuZGluZzsKKwlsb2NhbDogKjsgLyogRG8gbm90 IGV4cG9zZSBhbnl0aGluZyBieSBkZWZhdWx0ICovCit9OwpkaWZmIC0tZ2l0IGEvdG9vbHMvbGli cy9ldnRjaG4vbGludXguYyBiL3Rvb2xzL2xpYnMvZXZ0Y2huL2xpbnV4LmMKbmV3IGZpbGUgbW9k ZSAxMDA2NDQKaW5kZXggMDAwMDAwMC4uMjdmZDZlOQotLS0gL2Rldi9udWxsCisrKyBiL3Rvb2xz L2xpYnMvZXZ0Y2huL2xpbnV4LmMKQEAgLTAsMCArMSwxMzYgQEAKKy8qCisgKiBUaGlzIGxpYnJh cnkgaXMgZnJlZSBzb2Z0d2FyZTsgeW91IGNhbiByZWRpc3RyaWJ1dGUgaXQgYW5kL29yCisgKiBt b2RpZnkgaXQgdW5kZXIgdGhlIHRlcm1zIG9mIHRoZSBHTlUgTGVzc2VyIEdlbmVyYWwgUHVibGlj CisgKiBMaWNlbnNlIGFzIHB1Ymxpc2hlZCBieSB0aGUgRnJlZSBTb2Z0d2FyZSBGb3VuZGF0aW9u OworICogdmVyc2lvbiAyLjEgb2YgdGhlIExpY2Vuc2UuCisgKgorICogVGhpcyBsaWJyYXJ5IGlz IGRpc3RyaWJ1dGVkIGluIHRoZSBob3BlIHRoYXQgaXQgd2lsbCBiZSB1c2VmdWwsCisgKiBidXQg V0lUSE9VVCBBTlkgV0FSUkFOVFk7IHdpdGhvdXQgZXZlbiB0aGUgaW1wbGllZCB3YXJyYW50eSBv ZgorICogTUVSQ0hBTlRBQklMSVRZIG9yIEZJVE5FU1MgRk9SIEEgUEFSVElDVUxBUiBQVVJQT1NF LiAgU2VlIHRoZSBHTlUKKyAqIExlc3NlciBHZW5lcmFsIFB1YmxpYyBMaWNlbnNlIGZvciBtb3Jl IGRldGFpbHMuCisgKgorICogWW91IHNob3VsZCBoYXZlIHJlY2VpdmVkIGEgY29weSBvZiB0aGUg R05VIExlc3NlciBHZW5lcmFsIFB1YmxpYworICogTGljZW5zZSBhbG9uZyB3aXRoIHRoaXMgbGli cmFyeTsgSWYgbm90LCBzZWUgPGh0dHA6Ly93d3cuZ251Lm9yZy9saWNlbnNlcy8+LgorICoKKyAq IFNwbGl0IG91dCBmcm9tIHhjX2xpbnVzX29zZGVwLmM6CisgKgorICogQ29weXJpZ2h0IDIwMDYg U3VuIE1pY3Jvc3lzdGVtcywgSW5jLiAgQWxsIHJpZ2h0cyByZXNlcnZlZC4KKyAqLworCisjaW5j bHVkZSA8ZXJybm8uaD4KKyNpbmNsdWRlIDxmY250bC5oPgorI2luY2x1ZGUgPHVuaXN0ZC5oPgor I2luY2x1ZGUgPHN0ZGxpYi5oPgorCisjaW5jbHVkZSA8c3lzL2lvY3RsLmg+CisKKyNpbmNsdWRl IDx4ZW4vc3lzL2V2dGNobi5oPgorCisjaW5jbHVkZSAicHJpdmF0ZS5oIgorCitpbnQgb3NkZXBf ZXZ0Y2huX29wZW4oeGVuZXZ0Y2huX2hhbmRsZSAqeGNlKQoreworICAgIGludCBmZCA9IG9wZW4o Ii9kZXYveGVuL2V2dGNobiIsIE9fUkRXUik7CisgICAgaWYgKCBmZCA9PSAtMSApCisgICAgICAg IHJldHVybiAtMTsKKyAgICB4Y2UtPmZkID0gZmQ7CisgICAgcmV0dXJuIDA7Cit9CisKK2ludCBv c2RlcF9ldnRjaG5fY2xvc2UoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlKQoreworICAgIGlmICggeGNl LT5mZCA9PSAtMSApCisgICAgICAgIHJldHVybiAwOworCisgICAgcmV0dXJuIGNsb3NlKHhjZS0+ ZmQpOworfQorCitpbnQgeGVuZXZ0Y2huX2ZkKHhlbmV2dGNobl9oYW5kbGUgKnhjZSkKK3sKKyAg ICByZXR1cm4geGNlLT5mZDsKK30KKworaW50IHhlbmV2dGNobl9ub3RpZnkoeGVuZXZ0Y2huX2hh bmRsZSAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsK KyAgICBzdHJ1Y3QgaW9jdGxfZXZ0Y2huX25vdGlmeSBub3RpZnk7CisKKyAgICBub3RpZnkucG9y dCA9IHBvcnQ7CisKKyAgICByZXR1cm4gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9OT1RJRlksICZu b3RpZnkpOworfQorCitldnRjaG5fcG9ydF9vcl9lcnJvcl90IHhlbmV2dGNobl9iaW5kX3VuYm91 bmRfcG9ydCh4ZW5ldnRjaG5faGFuZGxlICp4Y2UsCisgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICBpbnQgZG9taWQpCit7CisgICAgaW50IGZkID0geGNl LT5mZDsKKyAgICBzdHJ1Y3QgaW9jdGxfZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0IGJpbmQ7CisK KyAgICBiaW5kLnJlbW90ZV9kb21haW4gPSBkb21pZDsKKworICAgIHJldHVybiBpb2N0bChmZCwg SU9DVExfRVZUQ0hOX0JJTkRfVU5CT1VORF9QT1JULCAmYmluZCk7Cit9CisKK2V2dGNobl9wb3J0 X29yX2Vycm9yX3QgeGVuZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4oeGVuZXZ0Y2huX2hhbmRsZSAq eGNlLAorICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBp bnQgZG9taWQsCisgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgIGV2dGNobl9wb3J0X3QgcmVtb3RlX3BvcnQpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsK KyAgICBzdHJ1Y3QgaW9jdGxfZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4gYmluZDsKKworICAgIGJp bmQucmVtb3RlX2RvbWFpbiA9IGRvbWlkOworICAgIGJpbmQucmVtb3RlX3BvcnQgPSByZW1vdGVf cG9ydDsKKworICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRfSU5URVJET01B SU4sICZiaW5kKTsKK30KKworZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fYmluZF92 aXJxKHhlbmV2dGNobl9oYW5kbGUgKnhjZSwKKyAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICB1bnNpZ25lZCBpbnQgdmlycSkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZk OworICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5fYmluZF92aXJxIGJpbmQ7CisKKyAgICBiaW5kLnZp cnEgPSB2aXJxOworCisgICAgcmV0dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fQklORF9WSVJR LCAmYmluZCk7Cit9CisKK2ludCB4ZW5ldnRjaG5fdW5iaW5kKHhlbmV2dGNobl9oYW5kbGUgKnhj ZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7CisgICAgc3Ry dWN0IGlvY3RsX2V2dGNobl91bmJpbmQgdW5iaW5kOworCisgICAgdW5iaW5kLnBvcnQgPSBwb3J0 OworCisgICAgcmV0dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fVU5CSU5ELCAmdW5iaW5kKTsK K30KKworZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fcGVuZGluZyh4ZW5ldnRjaG5f aGFuZGxlICp4Y2UpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAgICBldnRjaG5fcG9ydF90 IHBvcnQ7CisKKyAgICBpZiAoIHJlYWQoZmQsICZwb3J0LCBzaXplb2YocG9ydCkpICE9IHNpemVv Zihwb3J0KSApCisgICAgICAgIHJldHVybiAtMTsKKworICAgIHJldHVybiBwb3J0OworfQorCitp bnQgeGVuZXZ0Y2huX3VubWFzayh4ZW5ldnRjaG5faGFuZGxlICp4Y2UsIGV2dGNobl9wb3J0X3Qg cG9ydCkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOworCisgICAgaWYgKCB3cml0ZShmZCwgJnBv cnQsIHNpemVvZihwb3J0KSkgIT0gc2l6ZW9mKHBvcnQpICkKKyAgICAgICAgcmV0dXJuIC0xOwor ICAgIHJldHVybiAwOworfQorCisvKgorICogTG9jYWwgdmFyaWFibGVzOgorICogbW9kZTogQwor ICogYy1maWxlLXN0eWxlOiAiQlNEIgorICogYy1iYXNpYy1vZmZzZXQ6IDQKKyAqIHRhYi13aWR0 aDogNAorICogaW5kZW50LXRhYnMtbW9kZTogbmlsCisgKiBFbmQ6CisgKi8KZGlmZiAtLWdpdCBh L3Rvb2xzL2xpYnMvZXZ0Y2huL21pbmlvcy5jIGIvdG9vbHMvbGlicy9ldnRjaG4vbWluaW9zLmMK bmV3IGZpbGUgbW9kZSAxMDA2NDQKaW5kZXggMDAwMDAwMC4uZmI5MTNhMgotLS0gL2Rldi9udWxs CisrKyBiL3Rvb2xzL2xpYnMvZXZ0Y2huL21pbmlvcy5jCkBAIC0wLDAgKzEsMjY5IEBACisvKioq KioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioq KioqKioqKioqKioqKioqKioqCisgKgorICogQ29weXJpZ2h0IDIwMDctMjAwOCBTYW11ZWwgVGhp YmF1bHQgPHNhbXVlbC50aGliYXVsdEBldS5jaXRyaXguY29tPi4KKyAqIEFsbCByaWdodHMgcmVz ZXJ2ZWQuCisgKiBVc2UgaXMgc3ViamVjdCB0byBsaWNlbnNlIHRlcm1zLgorICoKKyAqIFRoaXMg bGlicmFyeSBpcyBmcmVlIHNvZnR3YXJlOyB5b3UgY2FuIHJlZGlzdHJpYnV0ZSBpdCBhbmQvb3IK KyAqIG1vZGlmeSBpdCB1bmRlciB0aGUgdGVybXMgb2YgdGhlIEdOVSBMZXNzZXIgR2VuZXJhbCBQ dWJsaWMKKyAqIExpY2Vuc2UgYXMgcHVibGlzaGVkIGJ5IHRoZSBGcmVlIFNvZnR3YXJlIEZvdW5k YXRpb247CisgKiB2ZXJzaW9uIDIuMSBvZiB0aGUgTGljZW5zZS4KKyAqCisgKiBUaGlzIGxpYnJh cnkgaXMgZGlzdHJpYnV0ZWQgaW4gdGhlIGhvcGUgdGhhdCBpdCB3aWxsIGJlIHVzZWZ1bCwKKyAq IGJ1dCBXSVRIT1VUIEFOWSBXQVJSQU5UWTsgd2l0aG91dCBldmVuIHRoZSBpbXBsaWVkIHdhcnJh bnR5IG9mCisgKiBNRVJDSEFOVEFCSUxJVFkgb3IgRklUTkVTUyBGT1IgQSBQQVJUSUNVTEFSIFBV UlBPU0UuICBTZWUgdGhlIEdOVQorICogTGVzc2VyIEdlbmVyYWwgUHVibGljIExpY2Vuc2UgZm9y IG1vcmUgZGV0YWlscy4KKyAqCisgKiBZb3Ugc2hvdWxkIGhhdmUgcmVjZWl2ZWQgYSBjb3B5IG9m IHRoZSBHTlUgTGVzc2VyIEdlbmVyYWwgUHVibGljCisgKiBMaWNlbnNlIGFsb25nIHdpdGggdGhp cyBsaWJyYXJ5OyBJZiBub3QsIHNlZSA8aHR0cDovL3d3dy5nbnUub3JnL2xpY2Vuc2VzLz4uCisg KgorICogU3BsaXQgb2ZmIGZyb20geGNfbWluaW9zLmMKKyAqLworCisjaW5jbHVkZSAieGVuLWV4 dGVybmFsL2JzZC1zeXMtcXVldWUuaCIKKyNpbmNsdWRlIDxtaW5pLW9zL3R5cGVzLmg+CisjaW5j bHVkZSA8bWluaS1vcy9vcy5oPgorI2luY2x1ZGUgPG1pbmktb3MvbGliLmg+CisjaW5jbHVkZSA8 bWluaS1vcy9ldmVudHMuaD4KKyNpbmNsdWRlIDxtaW5pLW9zL3dhaXQuaD4KKworI2luY2x1ZGUg PHN5cy9zb2NrZXQuaD4KKworI2luY2x1ZGUgPGFzc2VydC5oPgorI2luY2x1ZGUgPGVycm5vLmg+ CisjaW5jbHVkZSA8ZmNudGwuaD4KKyNpbmNsdWRlIDxzdGRpby5oPgorI2luY2x1ZGUgPHN0ZGlu dC5oPgorI2luY2x1ZGUgPGludHR5cGVzLmg+CisjaW5jbHVkZSA8bWFsbG9jLmg+CisKKyNpbmNs dWRlICJwcml2YXRlLmgiCisKK2V4dGVybiB2b2lkIG1pbmlvc19ldnRjaG5fY2xvc2VfZmQoaW50 IGZkKTsKKworZXh0ZXJuIHN0cnVjdCB3YWl0X3F1ZXVlX2hlYWQgZXZlbnRfcXVldWU7CisKKy8v dm9pZCBtaW5pb3NfZXZ0Y2huX2Nsb3NlX2ZkKGludCBmZCk7CisKKy8qIFhYWCBOb3RlOiBUaGlz IGlzIG5vdCB0aHJlYWRzYWZlICovCitzdGF0aWMgc3RydWN0IGV2dGNobl9wb3J0X2luZm8qIHBv cnRfYWxsb2MoaW50IGZkKSB7CisgICAgc3RydWN0IGV2dGNobl9wb3J0X2luZm8gKnBvcnRfaW5m bzsKKyAgICBwb3J0X2luZm8gPSBtYWxsb2Moc2l6ZW9mKHN0cnVjdCBldnRjaG5fcG9ydF9pbmZv KSk7CisgICAgaWYgKHBvcnRfaW5mbyA9PSBOVUxMKQorICAgICAgICByZXR1cm4gTlVMTDsKKyAg ICBwb3J0X2luZm8tPnBlbmRpbmcgPSAwOworICAgIHBvcnRfaW5mby0+cG9ydCA9IC0xOworICAg IHBvcnRfaW5mby0+Ym91bmQgPSAwOworCisgICAgTElTVF9JTlNFUlRfSEVBRCgmZmlsZXNbZmRd LmV2dGNobi5wb3J0cywgcG9ydF9pbmZvLCBsaXN0KTsKKyAgICByZXR1cm4gcG9ydF9pbmZvOwor fQorCitzdGF0aWMgdm9pZCBwb3J0X2RlYWxsb2Moc3RydWN0IGV2dGNobl9wb3J0X2luZm8gKnBv cnRfaW5mbykgeworICAgIGlmIChwb3J0X2luZm8tPmJvdW5kKQorICAgICAgICB1bmJpbmRfZXZ0 Y2huKHBvcnRfaW5mby0+cG9ydCk7CisgICAgTElTVF9SRU1PVkUocG9ydF9pbmZvLCBsaXN0KTsK KyAgICBmcmVlKHBvcnRfaW5mbyk7Cit9CisKK2ludCBvc2RlcF9ldnRjaG5fb3Blbih4ZW5ldnRj aG5faGFuZGxlICp4Y2UpCit7CisgICAgaW50IGZkID0gYWxsb2NfZmQoRlRZUEVfRVZUQ0hOKTsK KyAgICBpZiAoIGZkID09IC0xICkKKyAgICAgICAgcmV0dXJuIC0xOworICAgIExJU1RfSU5JVCgm ZmlsZXNbZmRdLmV2dGNobi5wb3J0cyk7CisgICAgeGNlLT5mZCA9IGZkOworICAgIHByaW50Zigi ZXZ0Y2huX29wZW4oKSAtPiAlZFxuIiwgZmQpOworICAgIHJldHVybiAwOworfQorCitpbnQgb3Nk ZXBfZXZ0Y2huX2Nsb3NlKHhlbmV2dGNobl9oYW5kbGUgKnhjZSkKK3sKKyAgICBpZiAoIHhjZS0+ ZmQgPT0gLTEgKQorICAgICAgICByZXR1cm4gMDsKKworICAgIHJldHVybiBjbG9zZSh4Y2UtPmZk KTsKK30KKwordm9pZCBtaW5pb3NfZXZ0Y2huX2Nsb3NlX2ZkKGludCBmZCkKK3sKKyAgICBzdHJ1 Y3QgZXZ0Y2huX3BvcnRfaW5mbyAqcG9ydF9pbmZvLCAqdG1wOworICAgIExJU1RfRk9SRUFDSF9T QUZFKHBvcnRfaW5mbywgJmZpbGVzW2ZkXS5ldnRjaG4ucG9ydHMsIGxpc3QsIHRtcCkKKyAgICAg ICAgcG9ydF9kZWFsbG9jKHBvcnRfaW5mbyk7CisKKyAgICBmaWxlc1tmZF0udHlwZSA9IEZUWVBF X05PTkU7Cit9CisKK2ludCB4ZW5ldnRjaG5fZmQoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlKQorewor ICAgIHJldHVybiB4Y2UtPmZkOworfQorCitpbnQgeGVuZXZ0Y2huX25vdGlmeSh4ZW5ldnRjaG5f aGFuZGxlICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkKK3sKKyAgICBpbnQgcmV0OworCisgICAg cmV0ID0gbm90aWZ5X3JlbW90ZV92aWFfZXZ0Y2huKHBvcnQpOworCisgICAgaWYgKHJldCA8IDAp IHsKKwllcnJubyA9IC1yZXQ7CisJcmV0ID0gLTE7CisgICAgfQorICAgIHJldHVybiByZXQ7Cit9 CisKK3N0YXRpYyB2b2lkIGV2dGNobl9oYW5kbGVyKGV2dGNobl9wb3J0X3QgcG9ydCwgc3RydWN0 IHB0X3JlZ3MgKnJlZ3MsIHZvaWQgKmRhdGEpCit7CisgICAgaW50IGZkID0gKGludCkoaW50cHRy X3QpZGF0YTsKKyAgICBzdHJ1Y3QgZXZ0Y2huX3BvcnRfaW5mbyAqcG9ydF9pbmZvOworICAgIGFz c2VydChmaWxlc1tmZF0udHlwZSA9PSBGVFlQRV9FVlRDSE4pOworICAgIG1hc2tfZXZ0Y2huKHBv cnQpOworICAgIExJU1RfRk9SRUFDSChwb3J0X2luZm8sICZmaWxlc1tmZF0uZXZ0Y2huLnBvcnRz LCBsaXN0KSB7CisgICAgICAgIGlmIChwb3J0X2luZm8tPnBvcnQgPT0gcG9ydCkKKyAgICAgICAg ICAgIGdvdG8gZm91bmQ7CisgICAgfQorICAgIHByaW50aygiVW5rbm93biBwb3J0IGZvciBoYW5k bGUgJWRcbiIsIGZkKTsKKyAgICByZXR1cm47CisKKyBmb3VuZDoKKyAgICBwb3J0X2luZm8tPnBl bmRpbmcgPSAxOworICAgIGZpbGVzW2ZkXS5yZWFkID0gMTsKKyAgICB3YWtlX3VwKCZldmVudF9x dWV1ZSk7Cit9CisKK2V2dGNobl9wb3J0X29yX2Vycm9yX3QgeGVuZXZ0Y2huX2JpbmRfdW5ib3Vu ZF9wb3J0KHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgaW50IGRvbWlkKQoreworICAgIGludCBmZCA9 IHhjZS0+ZmQ7CisgICAgc3RydWN0IGV2dGNobl9wb3J0X2luZm8gKnBvcnRfaW5mbzsKKyAgICBp bnQgcmV0OworICAgIGV2dGNobl9wb3J0X3QgcG9ydDsKKworICAgIGFzc2VydChnZXRfY3VycmVu dCgpID09IG1haW5fdGhyZWFkKTsKKyAgICBwb3J0X2luZm8gPSBwb3J0X2FsbG9jKGZkKTsKKyAg ICBpZiAocG9ydF9pbmZvID09IE5VTEwpCisJcmV0dXJuIC0xOworCisgICAgcHJpbnRmKCJ4ZW5l dnRjaG5fYmluZF91bmJvdW5kX3BvcnQoJWQpIiwgZG9taWQpOworICAgIHJldCA9IGV2dGNobl9h bGxvY191bmJvdW5kKGRvbWlkLCBldnRjaG5faGFuZGxlciwgKHZvaWQqKShpbnRwdHJfdClmZCwg JnBvcnQpOworICAgIHByaW50ZigiID0gJWRcbiIsIHJldCk7CisKKyAgICBpZiAocmV0IDwgMCkg eworCXBvcnRfZGVhbGxvYyhwb3J0X2luZm8pOworCWVycm5vID0gLXJldDsKKwlyZXR1cm4gLTE7 CisgICAgfQorICAgIHBvcnRfaW5mby0+Ym91bmQgPSAxOworICAgIHBvcnRfaW5mby0+cG9ydCA9 IHBvcnQ7CisgICAgdW5tYXNrX2V2dGNobihwb3J0KTsKKyAgICByZXR1cm4gcG9ydDsKK30KKwor ZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fYmluZF9pbnRlcmRvbWFpbih4ZW5ldnRj aG5faGFuZGxlICp4Y2UsIGludCBkb21pZCwKKyAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgZXZ0Y2huX3BvcnRfdCByZW1vdGVfcG9ydCkKK3sKKyAgICBp bnQgZmQgPSB4Y2UtPmZkOworICAgIHN0cnVjdCBldnRjaG5fcG9ydF9pbmZvICpwb3J0X2luZm87 CisgICAgZXZ0Y2huX3BvcnRfdCBsb2NhbF9wb3J0OworICAgIGludCByZXQ7CisKKyAgICBhc3Nl cnQoZ2V0X2N1cnJlbnQoKSA9PSBtYWluX3RocmVhZCk7CisgICAgcG9ydF9pbmZvID0gcG9ydF9h bGxvYyhmZCk7CisgICAgaWYgKHBvcnRfaW5mbyA9PSBOVUxMKQorCXJldHVybiAtMTsKKworICAg IHByaW50ZigieGVuZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4oJWQsICUiUFJJZDMyIikiLCBkb21p ZCwgcmVtb3RlX3BvcnQpOworICAgIHJldCA9IGV2dGNobl9iaW5kX2ludGVyZG9tYWluKGRvbWlk LCByZW1vdGVfcG9ydCwgZXZ0Y2huX2hhbmRsZXIsICh2b2lkKikoaW50cHRyX3QpZmQsICZsb2Nh bF9wb3J0KTsKKyAgICBwcmludGYoIiA9ICVkXG4iLCByZXQpOworCisgICAgaWYgKHJldCA8IDAp IHsKKwlwb3J0X2RlYWxsb2MocG9ydF9pbmZvKTsKKwllcnJubyA9IC1yZXQ7CisJcmV0dXJuIC0x OworICAgIH0KKyAgICBwb3J0X2luZm8tPmJvdW5kID0gMTsKKyAgICBwb3J0X2luZm8tPnBvcnQg PSBsb2NhbF9wb3J0OworICAgIHVubWFza19ldnRjaG4obG9jYWxfcG9ydCk7CisgICAgcmV0dXJu IGxvY2FsX3BvcnQ7Cit9CisKK2ludCB4ZW5ldnRjaG5fdW5iaW5kKHhlbmV2dGNobl9oYW5kbGUg KnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7CisgICAg c3RydWN0IGV2dGNobl9wb3J0X2luZm8gKnBvcnRfaW5mbzsKKworICAgIExJU1RfRk9SRUFDSChw b3J0X2luZm8sICZmaWxlc1tmZF0uZXZ0Y2huLnBvcnRzLCBsaXN0KSB7CisgICAgICAgIGlmIChw b3J0X2luZm8tPnBvcnQgPT0gcG9ydCkgeworICAgICAgICAgICAgcG9ydF9kZWFsbG9jKHBvcnRf aW5mbyk7CisgICAgICAgICAgICByZXR1cm4gMDsKKyAgICAgICAgfQorICAgIH0KKyAgICBwcmlu dGYoIldhcm5pbmc6IGNvdWxkbid0IGZpbmQgcG9ydCAlIlBSSWQzMiIgZm9yIHhjIGhhbmRsZSAl eFxuIiwgcG9ydCwgZmQpOworICAgIGVycm5vID0gRUlOVkFMOworICAgIHJldHVybiAtMTsKK30K KworZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fYmluZF92aXJxKHhlbmV2dGNobl9o YW5kbGUgKnhjZSwgdW5zaWduZWQgaW50IHZpcnEpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsK KyAgICBzdHJ1Y3QgZXZ0Y2huX3BvcnRfaW5mbyAqcG9ydF9pbmZvOworICAgIGV2dGNobl9wb3J0 X3QgcG9ydDsKKworICAgIGFzc2VydChnZXRfY3VycmVudCgpID09IG1haW5fdGhyZWFkKTsKKyAg ICBwb3J0X2luZm8gPSBwb3J0X2FsbG9jKGZkKTsKKyAgICBpZiAocG9ydF9pbmZvID09IE5VTEwp CisJcmV0dXJuIC0xOworCisgICAgcHJpbnRmKCJ4ZW5ldnRjaG5fYmluZF92aXJxKCVkKSIsIHZp cnEpOworICAgIHBvcnQgPSBiaW5kX3ZpcnEodmlycSwgZXZ0Y2huX2hhbmRsZXIsICh2b2lkKiko aW50cHRyX3QpZmQpOworCisgICAgaWYgKHBvcnQgPCAwKSB7CisJcG9ydF9kZWFsbG9jKHBvcnRf aW5mbyk7CisJZXJybm8gPSAtcG9ydDsKKwlyZXR1cm4gLTE7CisgICAgfQorICAgIHBvcnRfaW5m by0+Ym91bmQgPSAxOworICAgIHBvcnRfaW5mby0+cG9ydCA9IHBvcnQ7CisgICAgdW5tYXNrX2V2 dGNobihwb3J0KTsKKyAgICByZXR1cm4gcG9ydDsKK30KKworZXZ0Y2huX3BvcnRfb3JfZXJyb3Jf dCB4ZW5ldnRjaG5fcGVuZGluZyh4ZW5ldnRjaG5faGFuZGxlICp4Y2UpCit7CisgICAgaW50IGZk ID0geGNlLT5mZDsKKyAgICBzdHJ1Y3QgZXZ0Y2huX3BvcnRfaW5mbyAqcG9ydF9pbmZvOworICAg IHVuc2lnbmVkIGxvbmcgZmxhZ3M7CisgICAgZXZ0Y2huX3BvcnRfdCByZXQgPSAtMTsKKworICAg IGxvY2FsX2lycV9zYXZlKGZsYWdzKTsKKyAgICBmaWxlc1tmZF0ucmVhZCA9IDA7CisKKyAgICBM SVNUX0ZPUkVBQ0gocG9ydF9pbmZvLCAmZmlsZXNbZmRdLmV2dGNobi5wb3J0cywgbGlzdCkgewor ICAgICAgICBpZiAocG9ydF9pbmZvLT5wb3J0ICE9IC0xICYmIHBvcnRfaW5mby0+cGVuZGluZykg eworICAgICAgICAgICAgaWYgKHJldCA9PSAtMSkgeworICAgICAgICAgICAgICAgIHJldCA9IHBv cnRfaW5mby0+cG9ydDsKKyAgICAgICAgICAgICAgICBwb3J0X2luZm8tPnBlbmRpbmcgPSAwOwor ICAgICAgICAgICAgfSBlbHNlIHsKKyAgICAgICAgICAgICAgICBmaWxlc1tmZF0ucmVhZCA9IDE7 CisgICAgICAgICAgICAgICAgYnJlYWs7CisgICAgICAgICAgICB9CisgICAgICAgIH0KKyAgICB9 CisgICAgbG9jYWxfaXJxX3Jlc3RvcmUoZmxhZ3MpOworICAgIHJldHVybiByZXQ7Cit9CisKK2lu dCB4ZW5ldnRjaG5fdW5tYXNrKHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgZXZ0Y2huX3BvcnRfdCBw b3J0KQoreworICAgIHVubWFza19ldnRjaG4ocG9ydCk7CisgICAgcmV0dXJuIDA7Cit9CisKKy8q CisgKiBMb2NhbCB2YXJpYWJsZXM6CisgKiBtb2RlOiBDCisgKiBjLWZpbGUtc3R5bGU6ICJCU0Qi CisgKiBjLWJhc2ljLW9mZnNldDogNAorICogdGFiLXdpZHRoOiA0CisgKiBpbmRlbnQtdGFicy1t b2RlOiBuaWwKKyAqIEVuZDoKKyAqLwpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlicy9ldnRjaG4vbmV0 YnNkLmMgYi90b29scy9saWJzL2V2dGNobi9uZXRic2QuYwpuZXcgZmlsZSBtb2RlIDEwMDY0NApp bmRleCAwMDAwMDAwLi5jNDEyM2ZlCi0tLSAvZGV2L251bGwKKysrIGIvdG9vbHMvbGlicy9ldnRj aG4vbmV0YnNkLmMKQEAgLTAsMCArMSwxNDcgQEAKKy8qKioqKioqKioqKioqKioqKioqKioqKioq KioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioKKyAq CisgKiBDb3B5cmlnaHQgMjAwNiBTdW4gTWljcm9zeXN0ZW1zLCBJbmMuICBBbGwgcmlnaHRzIHJl c2VydmVkLgorICogVXNlIGlzIHN1YmplY3QgdG8gbGljZW5zZSB0ZXJtcy4KKyAqCisgKiBUaGlz IGxpYnJhcnkgaXMgZnJlZSBzb2Z0d2FyZTsgeW91IGNhbiByZWRpc3RyaWJ1dGUgaXQgYW5kL29y CisgKiBtb2RpZnkgaXQgdW5kZXIgdGhlIHRlcm1zIG9mIHRoZSBHTlUgTGVzc2VyIEdlbmVyYWwg UHVibGljCisgKiBMaWNlbnNlIGFzIHB1Ymxpc2hlZCBieSB0aGUgRnJlZSBTb2Z0d2FyZSBGb3Vu ZGF0aW9uOworICogdmVyc2lvbiAyLjEgb2YgdGhlIExpY2Vuc2UuCisgKgorICogVGhpcyBsaWJy YXJ5IGlzIGRpc3RyaWJ1dGVkIGluIHRoZSBob3BlIHRoYXQgaXQgd2lsbCBiZSB1c2VmdWwsCisg KiBidXQgV0lUSE9VVCBBTlkgV0FSUkFOVFk7IHdpdGhvdXQgZXZlbiB0aGUgaW1wbGllZCB3YXJy YW50eSBvZgorICogTUVSQ0hBTlRBQklMSVRZIG9yIEZJVE5FU1MgRk9SIEEgUEFSVElDVUxBUiBQ VVJQT1NFLiAgU2VlIHRoZSBHTlUKKyAqIExlc3NlciBHZW5lcmFsIFB1YmxpYyBMaWNlbnNlIGZv ciBtb3JlIGRldGFpbHMuCisgKgorICogWW91IHNob3VsZCBoYXZlIHJlY2VpdmVkIGEgY29weSBv ZiB0aGUgR05VIExlc3NlciBHZW5lcmFsIFB1YmxpYworICogTGljZW5zZSBhbG9uZyB3aXRoIHRo aXMgbGlicmFyeTsgSWYgbm90LCBzZWUgPGh0dHA6Ly93d3cuZ251Lm9yZy9saWNlbnNlcy8+Lgor ICoKKyAqIFNwbGl0IG91dCBmcm9tIHhjX25ldGJzZC5jCisgKi8KKworI2luY2x1ZGUgPGZjbnRs Lmg+CisjaW5jbHVkZSA8dW5pc3RkLmg+CisKKyNpbmNsdWRlIDxzeXMvaW9jdGwuaD4KKworI2lu Y2x1ZGUgPHhlbi9zeXMvZXZ0Y2huLmg+CisKKyNpbmNsdWRlICJwcml2YXRlLmgiCisKKyNkZWZp bmUgRVZUQ0hOX0RFVl9OQU1FICAiL2Rldi94ZW5ldnQiCisKK2ludCBvc2RlcF9ldnRjaG5fb3Bl bih4ZW5ldnRjaG5faGFuZGxlICp4Y2UpCit7CisgICAgaW50IGZkID0gb3BlbihFVlRDSE5fREVW X05BTUUsIE9fTk9OQkxPQ0t8T19SRFdSKTsKKyAgICBpZiAoIGZkID09IC0xICkKKyAgICAgICAg cmV0dXJuIC0xOworICAgIHhjZS0+ZmQgPSBmZDsKKyAgICByZXR1cm4gMDsKK30KKworaW50IG9z ZGVwX2V2dGNobl9jbG9zZSh4ZW5ldnRjaG5faGFuZGxlICp4Y2UpCit7CisgICAgaWYgKCB4Y2Ut PmZkID09IC0xICkKKyAgICAgICAgcmV0dXJuIDA7CisKKyAgICByZXR1cm4gY2xvc2UoeGNlLT5m ZCk7Cit9CisKK2ludCB4ZW5ldnRjaG5fZmQoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlKQoreworICAg IHJldHVybiB4Y2UtPmZkOworfQorCitpbnQgeGVuZXZ0Y2huX25vdGlmeSh4ZW5ldnRjaG5faGFu ZGxlICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOwor ICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5fbm90aWZ5IG5vdGlmeTsKKworICAgIG5vdGlmeS5wb3J0 ID0gcG9ydDsKKworICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX05PVElGWSwgJm5v dGlmeSk7Cit9CisKK2V2dGNobl9wb3J0X29yX2Vycm9yX3QgeGVuZXZ0Y2huX2JpbmRfdW5ib3Vu ZF9wb3J0KHhlbmV2dGNobl9oYW5kbGUgKiB4Y2UsIGludCBkb21pZCkKK3sKKyAgICBpbnQgZmQg PSB4Y2UtPmZkOworICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5fYmluZF91bmJvdW5kX3BvcnQgYmlu ZDsKKyAgICBpbnQgcmV0OworCisgICAgYmluZC5yZW1vdGVfZG9tYWluID0gZG9taWQ7CisKKyAg ICByZXQgPSBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRfVU5CT1VORF9QT1JULCAmYmluZCk7 CisgICAgaWYgKHJldCA9PSAwKQorCXJldHVybiBiaW5kLnBvcnQ7CisgICAgZWxzZQorCXJldHVy biAtMTsKK30KKworZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fYmluZF9pbnRlcmRv bWFpbih4ZW5ldnRjaG5faGFuZGxlICp4Y2UsIGludCBkb21pZCwKKyAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgZXZ0Y2huX3BvcnRfdCByZW1vdGVfcG9y dCkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOworICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5fYmlu ZF9pbnRlcmRvbWFpbiBiaW5kOworICAgIGludCByZXQ7CisKKyAgICBiaW5kLnJlbW90ZV9kb21h aW4gPSBkb21pZDsKKyAgICBiaW5kLnJlbW90ZV9wb3J0ID0gcmVtb3RlX3BvcnQ7CisKKyAgICBy ZXQgPSBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRfSU5URVJET01BSU4sICZiaW5kKTsKKyAg ICBpZiAocmV0ID09IDApCisJcmV0dXJuIGJpbmQucG9ydDsKKyAgICBlbHNlCisJcmV0dXJuIC0x OworfQorCitpbnQgeGVuZXZ0Y2huX3VuYmluZCh4ZW5ldnRjaG5faGFuZGxlICp4Y2UsIGV2dGNo bl9wb3J0X3QgcG9ydCkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOworICAgIHN0cnVjdCBpb2N0 bF9ldnRjaG5fdW5iaW5kIHVuYmluZDsKKworICAgIHVuYmluZC5wb3J0ID0gcG9ydDsKKworICAg IHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX1VOQklORCwgJnVuYmluZCk7Cit9CisKK2V2 dGNobl9wb3J0X29yX2Vycm9yX3QgeGVuZXZ0Y2huX2JpbmRfdmlycSh4ZW5ldnRjaG5faGFuZGxl ICp4Y2UsIHVuc2lnbmVkIGludCB2aXJxKQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7CisgICAg c3RydWN0IGlvY3RsX2V2dGNobl9iaW5kX3ZpcnEgYmluZDsKKyAgICBpbnQgZXJyOworCisgICAg YmluZC52aXJxID0gdmlycTsKKworICAgIGVyciA9IGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fQklO RF9WSVJRLCAmYmluZCk7CisgICAgaWYgKGVycikKKwlyZXR1cm4gLTE7CisgICAgZWxzZQorCXJl dHVybiBiaW5kLnBvcnQ7Cit9CisKK2V2dGNobl9wb3J0X29yX2Vycm9yX3QgeGVuZXZ0Y2huX3Bl bmRpbmcoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlKQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7Cisg ICAgZXZ0Y2huX3BvcnRfdCBwb3J0OworCisgICAgaWYgKCByZWFkX2V4YWN0KGZkLCAoY2hhciAq KSZwb3J0LCBzaXplb2YocG9ydCkpID09IC0xICkKKyAgICAgICAgcmV0dXJuIC0xOworCisgICAg cmV0dXJuIHBvcnQ7Cit9CisKK2ludCB4ZW5ldnRjaG5fdW5tYXNrKHhlbmV2dGNobl9oYW5kbGUg KnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7CisgICAg cmV0dXJuIHdyaXRlX2V4YWN0KGZkLCAoY2hhciAqKSZwb3J0LCBzaXplb2YocG9ydCkpOworfQor CisvKgorICogTG9jYWwgdmFyaWFibGVzOgorICogbW9kZTogQworICogYy1maWxlLXN0eWxlOiAi QlNEIgorICogYy1iYXNpYy1vZmZzZXQ6IDQKKyAqIHRhYi13aWR0aDogNAorICogaW5kZW50LXRh YnMtbW9kZTogbmlsCisgKiBFbmQ6CisgKi8KZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnMvZXZ0Y2hu L3ByaXZhdGUuaCBiL3Rvb2xzL2xpYnMvZXZ0Y2huL3ByaXZhdGUuaApuZXcgZmlsZSBtb2RlIDEw MDY0NAppbmRleCAwMDAwMDAwLi5mY2QwZTk2Ci0tLSAvZGV2L251bGwKKysrIGIvdG9vbHMvbGli cy9ldnRjaG4vcHJpdmF0ZS5oCkBAIC0wLDAgKzEsMjUgQEAKKyNpZm5kZWYgWEVORVZUQ0hOX1BS SVZBVEVfSAorI2RlZmluZSBYRU5FVlRDSE5fUFJJVkFURV9ICisKKyNpbmNsdWRlIDx4ZW50b29s bG9nLmg+CisjaW5jbHVkZSA8eGVuZXZ0Y2huLmg+CisKK3N0cnVjdCB4ZW5ldnRjaG5faGFuZGxl IHsKKyAgICB4ZW50b29sbG9nX2xvZ2dlciAqbG9nZ2VyLCAqbG9nZ2VyX3RvZnJlZTsKKyAgICBp bnQgZmQ7Cit9OworCitpbnQgb3NkZXBfZXZ0Y2huX29wZW4oeGVuZXZ0Y2huX2hhbmRsZSAqeGNl KTsKK2ludCBvc2RlcF9ldnRjaG5fY2xvc2UoeGVuZXZ0Y2huX2hhbmRsZSAqeGNlKTsKKworI2Vu ZGlmCisKKy8qCisgKiBMb2NhbCB2YXJpYWJsZXM6CisgKiBtb2RlOiBDCisgKiBjLWZpbGUtc3R5 bGU6ICJCU0QiCisgKiBjLWJhc2ljLW9mZnNldDogNAorICogdGFiLXdpZHRoOiA0CisgKiBpbmRl bnQtdGFicy1tb2RlOiBuaWwKKyAqIEVuZDoKKyAqLwpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlicy9l dnRjaG4vc29sYXJpcy5jIGIvdG9vbHMvbGlicy9ldnRjaG4vc29sYXJpcy5jCm5ldyBmaWxlIG1v ZGUgMTAwNjQ0CmluZGV4IDAwMDAwMDAuLjExNGNlZmIKLS0tIC9kZXYvbnVsbAorKysgYi90b29s cy9saWJzL2V2dGNobi9zb2xhcmlzLmMKQEAgLTAsMCArMSwxMzUgQEAKKy8qKioqKioqKioqKioq KioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioqKioq KioqKioqKioKKyAqCisgKiBDb3B5cmlnaHQgMjAwNiBTdW4gTWljcm9zeXN0ZW1zLCBJbmMuICBB bGwgcmlnaHRzIHJlc2VydmVkLgorICogVXNlIGlzIHN1YmplY3QgdG8gbGljZW5zZSB0ZXJtcy4K KyAqCisgKiBUaGlzIGxpYnJhcnkgaXMgZnJlZSBzb2Z0d2FyZTsgeW91IGNhbiByZWRpc3RyaWJ1 dGUgaXQgYW5kL29yCisgKiBtb2RpZnkgaXQgdW5kZXIgdGhlIHRlcm1zIG9mIHRoZSBHTlUgTGVz c2VyIEdlbmVyYWwgUHVibGljCisgKiBMaWNlbnNlIGFzIHB1Ymxpc2hlZCBieSB0aGUgRnJlZSBT b2Z0d2FyZSBGb3VuZGF0aW9uOworICogdmVyc2lvbiAyLjEgb2YgdGhlIExpY2Vuc2UuCisgKgor ICogVGhpcyBsaWJyYXJ5IGlzIGRpc3RyaWJ1dGVkIGluIHRoZSBob3BlIHRoYXQgaXQgd2lsbCBi ZSB1c2VmdWwsCisgKiBidXQgV0lUSE9VVCBBTlkgV0FSUkFOVFk7IHdpdGhvdXQgZXZlbiB0aGUg aW1wbGllZCB3YXJyYW50eSBvZgorICogTUVSQ0hBTlRBQklMSVRZIG9yIEZJVE5FU1MgRk9SIEEg UEFSVElDVUxBUiBQVVJQT1NFLiAgU2VlIHRoZSBHTlUKKyAqIExlc3NlciBHZW5lcmFsIFB1Ymxp YyBMaWNlbnNlIGZvciBtb3JlIGRldGFpbHMuCisgKgorICogWW91IHNob3VsZCBoYXZlIHJlY2Vp dmVkIGEgY29weSBvZiB0aGUgR05VIExlc3NlciBHZW5lcmFsIFB1YmxpYworICogTGljZW5zZSBh bG9uZyB3aXRoIHRoaXMgbGlicmFyeTsgSWYgbm90LCBzZWUgPGh0dHA6Ly93d3cuZ251Lm9yZy9s aWNlbnNlcy8+LgorICoKKyAqIFNwbGl0IG91dCBmcm9tIHhjX3NvbGFyaXMuYworICovCisKKyNp bmNsdWRlIDxmY250bC5oPgorI2luY2x1ZGUgPHVuaXN0ZC5oPgorCisjaW5jbHVkZSA8c3lzL2lv Y3RsLmg+CisKKyNpbmNsdWRlIDx4ZW4vc3lzL2V2dGNobi5oPgorCisjaW5jbHVkZSAicHJpdmF0 ZS5oIgorCitpbnQgb3NkZXBfZXZ0Y2huX29wZW4oeGVuZXZ0Y2huX2hhbmRsZSAqeGNlKQorewor ICAgIGludCBmZDsKKworICAgIGlmICggKGZkID0gb3BlbigiL2Rldi94ZW4vZXZ0Y2huIiwgT19S RFdSKSkgPT0gLTEgKQorICAgIHsKKyAgICAgICAgUEVSUk9SKCJDb3VsZCBub3Qgb3BlbiBldmVu dCBjaGFubmVsIGludGVyZmFjZSIpOworICAgICAgICByZXR1cm4gLTE7CisgICAgfQorCisgICAg eGNlLT5mZCA9IGZkOworICAgIHJldHVybiAwOworfQorCitpbnQgb3NkZXBfZXZ0Y2huX2Nsb3Nl KHhlbmV2dGNobl9oYW5kbGUgKnhjZSkKK3sKKyAgICBpZiAoIHhjZS0+ZmQgPT0gLTEgKQorICAg ICAgICByZXR1cm4gMDsKKworICAgIHJldHVybiBjbG9zZSh4Y2UtPmZkKTsKK30KKworaW50IHhl bmV2dGNobl9mZCh4ZW5ldnRjaG5faGFuZGxlICp4Y2UpCit7CisgICAgcmV0dXJuIHhjZS0+ZmQ7 Cit9CisKK2ludCB4ZW5ldnRjaG5fbm90aWZ5KHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgZXZ0Y2hu X3BvcnRfdCBwb3J0KQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7CisgICAgc3RydWN0IGlvY3Rs X2V2dGNobl9ub3RpZnkgbm90aWZ5OworCisgICAgbm90aWZ5LnBvcnQgPSBwb3J0OworCisgICAg cmV0dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fTk9USUZZLCAmbm90aWZ5KTsKK30KKworZXZ0 Y2huX3BvcnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fYmluZF91bmJvdW5kX3BvcnQoeGVuZXZ0Y2hu X2hhbmRsZSAqeGNlLCBpbnQgZG9taWQpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAgICBz dHJ1Y3QgaW9jdGxfZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0IGJpbmQ7CisKKyAgICBiaW5kLnJl bW90ZV9kb21haW4gPSBkb21pZDsKKworICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hO X0JJTkRfVU5CT1VORF9QT1JULCAmYmluZCk7Cit9CisKK2V2dGNobl9wb3J0X29yX2Vycm9yX3Qg eGVuZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4oeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLCBpbnQgZG9t aWQsCisgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIGV2 dGNobl9wb3J0X3QgcmVtb3RlX3BvcnQpCit7CisgICAgaW50IGZkID0geGNlLT5mZDsKKyAgICBz dHJ1Y3QgaW9jdGxfZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4gYmluZDsKKworICAgIGJpbmQucmVt b3RlX2RvbWFpbiA9IGRvbWlkOworICAgIGJpbmQucmVtb3RlX3BvcnQgPSByZW1vdGVfcG9ydDsK KworICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRfSU5URVJET01BSU4sICZi aW5kKTsKK30KKworZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4ZW5ldnRjaG5fYmluZF92aXJxKHhl bmV2dGNobl9oYW5kbGUgKnhjZSwgdW5zaWduZWQgaW50IHZpcnEpCit7CisgICAgaW50IGZkID0g eGNlLT5mZDsKKyAgICBzdHJ1Y3QgaW9jdGxfZXZ0Y2huX2JpbmRfdmlycSBiaW5kOworCisgICAg YmluZC52aXJxID0gdmlycTsKKworICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJ TkRfVklSUSwgJmJpbmQpOworfQorCitpbnQgeGVuZXZ0Y2huX3VuYmluZCh4ZW5ldnRjaG5faGFu ZGxlICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkKK3sKKyAgICBpbnQgZmQgPSB4Y2UtPmZkOwor ICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5fdW5iaW5kIHVuYmluZDsKKworICAgIHVuYmluZC5wb3J0 ID0gcG9ydDsKKworICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX1VOQklORCwgJnVu YmluZCk7Cit9CisKK2V2dGNobl9wb3J0X29yX2Vycm9yX3QgeGVuZXZ0Y2huX3BlbmRpbmcoeGVu ZXZ0Y2huX2hhbmRsZSAqeGNlKQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7CisgICAgZXZ0Y2hu X3BvcnRfdCBwb3J0OworCisgICAgaWYgKCByZWFkX2V4YWN0KGZkLCAoY2hhciAqKSZwb3J0LCBz aXplb2YocG9ydCkpID09IC0xICkKKyAgICAgICAgcmV0dXJuIC0xOworCisgICAgcmV0dXJuIHBv cnQ7Cit9CisKK2ludCB4ZW5ldnRjaG5fdW5tYXNrKHhlbmV2dGNobl9oYW5kbGUgKnhjZSwgZXZ0 Y2huX3BvcnRfdCBwb3J0KQoreworICAgIGludCBmZCA9IHhjZS0+ZmQ7CisgICAgcmV0dXJuIHdy aXRlX2V4YWN0KGZkLCAoY2hhciAqKSZwb3J0LCBzaXplb2YocG9ydCkpOworfQorCisvKgorICog TG9jYWwgdmFyaWFibGVzOgorICogbW9kZTogQworICogYy1maWxlLXN0eWxlOiAiQlNEIgorICog Yy1iYXNpYy1vZmZzZXQ6IDQKKyAqIHRhYi13aWR0aDogNAorICogaW5kZW50LXRhYnMtbW9kZTog bmlsCisgKiBFbmQ6CisgKi8KZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnMvdG9vbGxvZy9pbmNsdWRl L3hlbnRvb2xsb2cuaCBiL3Rvb2xzL2xpYnMvdG9vbGxvZy9pbmNsdWRlL3hlbnRvb2xsb2cuaApp bmRleCA4NTNlOWM3Li43NmYxN2ZlIDEwMDY0NAotLS0gYS90b29scy9saWJzL3Rvb2xsb2cvaW5j bHVkZS94ZW50b29sbG9nLmgKKysrIGIvdG9vbHMvbGlicy90b29sbG9nL2luY2x1ZGUveGVudG9v bGxvZy5oCkBAIC0xMzQsMyArMTM0LDEzIEBAIGNvbnN0IGNoYXIgKnh0bF9sZXZlbF90b19zdHJp bmcoeGVudG9vbGxvZ19sZXZlbCk7IC8qIG5ldmVyIGZhaWxzICovCiAKIAogI2VuZGlmIC8qIFhF TlRPT0xMT0dfSCAqLworCisvKgorICogTG9jYWwgdmFyaWFibGVzOgorICogbW9kZTogQworICog Yy1maWxlLXN0eWxlOiAiQlNEIgorICogYy1iYXNpYy1vZmZzZXQ6IDQKKyAqIHRhYi13aWR0aDog NAorICogaW5kZW50LXRhYnMtbW9kZTogbmlsCisgKiBFbmQ6CisgKi8KZGlmZiAtLWdpdCBhL3Rv b2xzL2xpYnMvdG9vbGxvZy94dGxfY29yZS5jIGIvdG9vbHMvbGlicy90b29sbG9nL3h0bF9jb3Jl LmMKaW5kZXggYzQ3MjRhMC4uMDk5ZDJmMyAxMDA2NDQKLS0tIGEvdG9vbHMvbGlicy90b29sbG9n L3h0bF9jb3JlLmMKKysrIGIvdG9vbHMvbGlicy90b29sbG9nL3h0bF9jb3JlLmMKQEAgLTgxLDMg KzgxLDEzIEBAIHZvaWQgeHRsX2xvZ2dlcl9kZXN0cm95KHN0cnVjdCB4ZW50b29sbG9nX2xvZ2dl ciAqbG9nZ2VyKSB7CiAgICAgaWYgKCFsb2dnZXIpIHJldHVybjsKICAgICBsb2dnZXItPmRlc3Ry b3kobG9nZ2VyKTsKIH0KKworLyoKKyAqIExvY2FsIHZhcmlhYmxlczoKKyAqIG1vZGU6IEMKKyAq IGMtZmlsZS1zdHlsZTogIkJTRCIKKyAqIGMtYmFzaWMtb2Zmc2V0OiA0CisgKiB0YWItd2lkdGg6 IDQKKyAqIGluZGVudC10YWJzLW1vZGU6IG5pbAorICogRW5kOgorICovCmRpZmYgLS1naXQgYS90 b29scy9saWJzL3Rvb2xsb2cveHRsX2xvZ2dlcl9zdGRpby5jIGIvdG9vbHMvbGlicy90b29sbG9n L3h0bF9sb2dnZXJfc3RkaW8uYwppbmRleCAwY2Q5MjA2Li5mOWM1YmQ4IDEwMDY0NAotLS0gYS90 b29scy9saWJzL3Rvb2xsb2cveHRsX2xvZ2dlcl9zdGRpby5jCisrKyBiL3Rvb2xzL2xpYnMvdG9v bGxvZy94dGxfbG9nZ2VyX3N0ZGlvLmMKQEAgLTE5MCwzICsxOTAsMTMgQEAgeGVudG9vbGxvZ19s b2dnZXJfc3RkaW9zdHJlYW0gKnh0bF9jcmVhdGVsb2dnZXJfc3RkaW9zdHJlYW0KIAogICAgIHJl dHVybiBYVExfTkVXX0xPR0dFUihzdGRpb3N0cmVhbSwgbmV3bG9nZ2VyKTsKIH0KKworLyoKKyAq IExvY2FsIHZhcmlhYmxlczoKKyAqIG1vZGU6IEMKKyAqIGMtZmlsZS1zdHlsZTogIkJTRCIKKyAq IGMtYmFzaWMtb2Zmc2V0OiA0CisgKiB0YWItd2lkdGg6IDQKKyAqIGluZGVudC10YWJzLW1vZGU6 IG5pbAorICogRW5kOgorICovCmRpZmYgLS1naXQgYS90b29scy9saWJ2Y2hhbi9NYWtlZmlsZSBi L3Rvb2xzL2xpYnZjaGFuL01ha2VmaWxlCmluZGV4IDNjNTBmZTYuLjg0MTI4YTMgMTAwNjQ0Ci0t LSBhL3Rvb2xzL2xpYnZjaGFuL01ha2VmaWxlCisrKyBiL3Rvb2xzL2xpYnZjaGFuL01ha2VmaWxl CkBAIC0xMCw5ICsxMCw5IEBAIE5PREVfT0JKUyA9IG5vZGUubwogTk9ERTJfT0JKUyA9IG5vZGUt c2VsZWN0Lm8KIAogTElCVkNIQU5fUElDX09CSlMgPSAkKHBhdHN1YnN0ICUubywlLm9waWMsJChM SUJWQ0hBTl9PQkpTKSkKLUxJQlZDSEFOX0xJQlMgPSAkKExETElCU19saWJ4ZW5zdG9yZSkgJChM RExJQlNfbGlieGVuY3RybCkKLSQoTElCVkNIQU5fT0JKUykgJChMSUJWQ0hBTl9QSUNfT0JKUyk6 IENGTEFHUyArPSAkKENGTEFHU19saWJ4ZW5zdG9yZSkgJChDRkxBR1NfbGlieGVuY3RybCkKLSQo Tk9ERV9PQkpTKSAkKE5PREUyX09CSlMpOiBDRkxBR1MgKz0gJChDRkxBR1NfbGlieGVuY3RybCkK K0xJQlZDSEFOX0xJQlMgPSAkKExETElCU19saWJ4ZW5zdG9yZSkgJChMRExJQlNfbGlieGVuY3Ry bCkgJChMRExJQlNfbGlieGVuZXZ0Y2huKQorJChMSUJWQ0hBTl9PQkpTKSAkKExJQlZDSEFOX1BJ Q19PQkpTKTogQ0ZMQUdTICs9ICQoQ0ZMQUdTX2xpYnhlbnN0b3JlKSAkKENGTEFHU19saWJ4ZW5j dHJsKSAkKENGTEFHU19saWJ4ZW5ldnRjaG4pCiskKE5PREVfT0JKUykgJChOT0RFMl9PQkpTKTog Q0ZMQUdTICs9ICQoQ0ZMQUdTX2xpYnhlbmN0cmwpICQoQ0ZMQUdTX2xpYnhlbmV2dGNobikKIAog TUFKT1IgPSAxLjAKIE1JTk9SID0gMApkaWZmIC0tZ2l0IGEvdG9vbHMvbGlidmNoYW4vaW5pdC5j IGIvdG9vbHMvbGlidmNoYW4vaW5pdC5jCmluZGV4IDc3YmU0ZTcuLjY2Y2IxMDMgMTAwNjQ0Ci0t LSBhL3Rvb2xzL2xpYnZjaGFuL2luaXQuYworKysgYi90b29scy9saWJ2Y2hhbi9pbml0LmMKQEAg LTIxNiwyNSArMjE2LDI1IEBAIHN0YXRpYyBpbnQgaW5pdF9ldnRfc3J2KHN0cnVjdCBsaWJ4ZW52 Y2hhbiAqY3RybCwgaW50IGRvbWFpbiwgeGVudG9vbGxvZ19sb2dnZXIKIHsKIAlldnRjaG5fcG9y dF9vcl9lcnJvcl90IHBvcnQ7CiAKLQljdHJsLT5ldmVudCA9IHhjX2V2dGNobl9vcGVuKGxvZ2dl ciwgMCk7CisJY3RybC0+ZXZlbnQgPSB4ZW5ldnRjaG5fb3Blbihsb2dnZXIsIDApOwogCWlmICgh Y3RybC0+ZXZlbnQpCiAJCXJldHVybiAtMTsKIAotCXBvcnQgPSB4Y19ldnRjaG5fYmluZF91bmJv dW5kX3BvcnQoY3RybC0+ZXZlbnQsIGRvbWFpbik7CisJcG9ydCA9IHhlbmV2dGNobl9iaW5kX3Vu Ym91bmRfcG9ydChjdHJsLT5ldmVudCwgZG9tYWluKTsKIAlpZiAocG9ydCA8IDApCiAJCWdvdG8g ZmFpbDsKIAljdHJsLT5ldmVudF9wb3J0ID0gcG9ydDsKIAotCWlmICh4Y19ldnRjaG5fdW5tYXNr KGN0cmwtPmV2ZW50LCBjdHJsLT5ldmVudF9wb3J0KSkKKwlpZiAoeGVuZXZ0Y2huX3VubWFzayhj dHJsLT5ldmVudCwgY3RybC0+ZXZlbnRfcG9ydCkpCiAJCWdvdG8gZmFpbDsKIAogCXJldHVybiAw OwogCiBmYWlsOgogCWlmIChwb3J0ID49IDApCi0JCXhjX2V2dGNobl91bmJpbmQoY3RybC0+ZXZl bnQsIHBvcnQpOworCQl4ZW5ldnRjaG5fdW5iaW5kKGN0cmwtPmV2ZW50LCBwb3J0KTsKIAotCXhj X2V2dGNobl9jbG9zZShjdHJsLT5ldmVudCk7CisJeGVuZXZ0Y2huX2Nsb3NlKGN0cmwtPmV2ZW50 KTsKIAljdHJsLT5ldmVudCA9IE5VTEw7CiAKIAlyZXR1cm4gLTE7CkBAIC0zNDYsMjYgKzM0Niwy NiBAQCBzdGF0aWMgaW50IGluaXRfZXZ0X2NsaShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwsIGlu dCBkb21haW4sIHhlbnRvb2xsb2dfbG9nZ2VyCiB7CiAJZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCBw b3J0OwogCi0JY3RybC0+ZXZlbnQgPSB4Y19ldnRjaG5fb3Blbihsb2dnZXIsIDApOworCWN0cmwt PmV2ZW50ID0geGVuZXZ0Y2huX29wZW4obG9nZ2VyLCAwKTsKIAlpZiAoIWN0cmwtPmV2ZW50KQog CQlyZXR1cm4gLTE7CiAKLQlwb3J0ID0geGNfZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4oY3RybC0+ ZXZlbnQsCisJcG9ydCA9IHhlbmV2dGNobl9iaW5kX2ludGVyZG9tYWluKGN0cmwtPmV2ZW50LAog CQlkb21haW4sIGN0cmwtPmV2ZW50X3BvcnQpOwogCWlmIChwb3J0IDwgMCkKIAkJZ290byBmYWls OwogCWN0cmwtPmV2ZW50X3BvcnQgPSBwb3J0OwogCi0JaWYgKHhjX2V2dGNobl91bm1hc2soY3Ry bC0+ZXZlbnQsIGN0cmwtPmV2ZW50X3BvcnQpKQorCWlmICh4ZW5ldnRjaG5fdW5tYXNrKGN0cmwt PmV2ZW50LCBjdHJsLT5ldmVudF9wb3J0KSkKIAkJZ290byBmYWlsOwogCiAJcmV0dXJuIDA7CiAK IGZhaWw6CiAJaWYgKHBvcnQgPj0gMCkKLQkJeGNfZXZ0Y2huX3VuYmluZChjdHJsLT5ldmVudCwg cG9ydCk7CisJCXhlbmV2dGNobl91bmJpbmQoY3RybC0+ZXZlbnQsIHBvcnQpOwogCi0JeGNfZXZ0 Y2huX2Nsb3NlKGN0cmwtPmV2ZW50KTsKKwl4ZW5ldnRjaG5fY2xvc2UoY3RybC0+ZXZlbnQpOwog CWN0cmwtPmV2ZW50ID0gTlVMTDsKIAogCXJldHVybiAtMTsKZGlmZiAtLWdpdCBhL3Rvb2xzL2xp YnZjaGFuL2lvLmMgYi90b29scy9saWJ2Y2hhbi9pby5jCmluZGV4IDhhOTYyOWIuLjQ0NjE0OTAg MTAwNjQ0Ci0tLSBhL3Rvb2xzL2xpYnZjaGFuL2lvLmMKKysrIGIvdG9vbHMvbGlidmNoYW4vaW8u YwpAQCAtMTA1LDcgKzEwNSw3IEBAIHN0YXRpYyBpbmxpbmUgaW50IHNlbmRfbm90aWZ5KHN0cnVj dCBsaWJ4ZW52Y2hhbiAqY3RybCwgdWludDhfdCBiaXQpCiAJbm90aWZ5ID0gY3RybC0+aXNfc2Vy dmVyID8gJmN0cmwtPnJpbmctPnNydl9ub3RpZnkgOiAmY3RybC0+cmluZy0+Y2xpX25vdGlmeTsK IAlwcmV2ID0gX19zeW5jX2ZldGNoX2FuZF9hbmQobm90aWZ5LCB+Yml0KTsKIAlpZiAocHJldiAm IGJpdCkKLQkJcmV0dXJuIHhjX2V2dGNobl9ub3RpZnkoY3RybC0+ZXZlbnQsIGN0cmwtPmV2ZW50 X3BvcnQpOworCQlyZXR1cm4geGVuZXZ0Y2huX25vdGlmeShjdHJsLT5ldmVudCwgY3RybC0+ZXZl bnRfcG9ydCk7CiAJZWxzZQogCQlyZXR1cm4gMDsKIH0KQEAgLTE5NCwxMCArMTk0LDEwIEBAIGlu dCBsaWJ4ZW52Y2hhbl9idWZmZXJfc3BhY2Uoc3RydWN0IGxpYnhlbnZjaGFuICpjdHJsKQogCiBp bnQgbGlieGVudmNoYW5fd2FpdChzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7Ci0JaW50IHJl dCA9IHhjX2V2dGNobl9wZW5kaW5nKGN0cmwtPmV2ZW50KTsKKwlpbnQgcmV0ID0geGVuZXZ0Y2hu X3BlbmRpbmcoY3RybC0+ZXZlbnQpOwogCWlmIChyZXQgPCAwKQogCQlyZXR1cm4gLTE7Ci0JeGNf ZXZ0Y2huX3VubWFzayhjdHJsLT5ldmVudCwgcmV0KTsKKwl4ZW5ldnRjaG5fdW5tYXNrKGN0cmwt PmV2ZW50LCByZXQpOwogCXJldHVybiAwOwogfQogCkBAIC0zNTAsNyArMzUwLDcgQEAgaW50IGxp YnhlbnZjaGFuX2lzX29wZW4oc3RydWN0IGxpYnhlbnZjaGFuKiBjdHJsKQogCiBpbnQgbGlieGVu dmNoYW5fZmRfZm9yX3NlbGVjdChzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7Ci0JcmV0dXJu IHhjX2V2dGNobl9mZChjdHJsLT5ldmVudCk7CisJcmV0dXJuIHhlbmV2dGNobl9mZChjdHJsLT5l dmVudCk7CiB9CiAKIHZvaWQgbGlieGVudmNoYW5fY2xvc2Uoc3RydWN0IGxpYnhlbnZjaGFuICpj dHJsKQpAQCAtMzcyLDggKzM3Miw4IEBAIHZvaWQgbGlieGVudmNoYW5fY2xvc2Uoc3RydWN0IGxp YnhlbnZjaGFuICpjdHJsKQogCX0KIAlpZiAoY3RybC0+ZXZlbnQpIHsKIAkJaWYgKGN0cmwtPnJp bmcpCi0JCQl4Y19ldnRjaG5fbm90aWZ5KGN0cmwtPmV2ZW50LCBjdHJsLT5ldmVudF9wb3J0KTsK LQkJeGNfZXZ0Y2huX2Nsb3NlKGN0cmwtPmV2ZW50KTsKKwkJCXhlbmV2dGNobl9ub3RpZnkoY3Ry bC0+ZXZlbnQsIGN0cmwtPmV2ZW50X3BvcnQpOworCQl4ZW5ldnRjaG5fY2xvc2UoY3RybC0+ZXZl bnQpOwogCX0KIAlpZiAoY3RybC0+aXNfc2VydmVyKSB7CiAJCWlmIChjdHJsLT5nbnRzaHIpCmRp ZmYgLS1naXQgYS90b29scy9saWJ2Y2hhbi9saWJ4ZW52Y2hhbi5oIGIvdG9vbHMvbGlidmNoYW4v bGlieGVudmNoYW4uaAppbmRleCAwOTQ0YTBlLi4xNTQ0Mzc4IDEwMDY0NAotLS0gYS90b29scy9s aWJ2Y2hhbi9saWJ4ZW52Y2hhbi5oCisrKyBiL3Rvb2xzL2xpYnZjaGFuL2xpYnhlbnZjaGFuLmgK QEAgLTQ0LDYgKzQ0LDcgQEAKIAogI2luY2x1ZGUgPHhlbi9pby9saWJ4ZW52Y2hhbi5oPgogI2lu Y2x1ZGUgPHhlbi9zeXMvZXZ0Y2huLmg+CisjaW5jbHVkZSA8eGVuZXZ0Y2huLmg+CiAjaW5jbHVk ZSA8eGVuY3RybC5oPgogCiBzdHJ1Y3QgbGlieGVudmNoYW5fcmluZyB7CkBAIC03MSw3ICs3Miw3 IEBAIHN0cnVjdCBsaWJ4ZW52Y2hhbiB7CiAJLyogUG9pbnRlciB0byBzaGFyZWQgcmluZyBwYWdl ICovCiAJc3RydWN0IHZjaGFuX2ludGVyZmFjZSAqcmluZzsKIAkvKiBldmVudCBjaGFubmVsIGlu dGVyZmFjZSAqLwotCXhjX2V2dGNobiAqZXZlbnQ7CisJeGVuZXZ0Y2huX2hhbmRsZSAqZXZlbnQ7 CiAJdWludDMyX3QgZXZlbnRfcG9ydDsKIAkvKiBpbmZvcm1hdGl2ZSBmbGFnczogYXJlIHdlIGFj dGluZyBhcyBzZXJ2ZXI/ICovCiAJaW50IGlzX3NlcnZlcjoxOwpkaWZmIC0tZ2l0IGEvdG9vbHMv bGlieGMvTWFrZWZpbGUgYi90b29scy9saWJ4Yy9NYWtlZmlsZQppbmRleCA5NDA3MDhmLi5iOGZj NmE1IDEwMDY0NAotLS0gYS90b29scy9saWJ4Yy9NYWtlZmlsZQorKysgYi90b29scy9saWJ4Yy9N YWtlZmlsZQpAQCAtNDgsNiArNDgsNyBAQCBDVFJMX1NSQ1MtJChDT05GSUdfU3VuT1MpICs9IHhj X3NvbGFyaXMuYwogQ1RSTF9TUkNTLSQoQ09ORklHX05ldEJTRCkgKz0geGNfbmV0YnNkLmMKIENU UkxfU1JDUy0kKENPTkZJR19OZXRCU0RSdW1wKSArPSB4Y19uZXRic2QuYwogQ1RSTF9TUkNTLSQo Q09ORklHX01pbmlPUykgKz0geGNfbWluaW9zLmMKK0NUUkxfU1JDUy15ICAgICAgICs9IHhjX2V2 dGNobl9jb21wYXQuYwogCiBHVUVTVF9TUkNTLXkgOj0KIEdVRVNUX1NSQ1MteSArPSB4Z19wcml2 YXRlLmMgeGNfc3VzcGVuZC5jCkBAIC0xMTEsNiArMTEyLDcgQEAgQ0ZMQUdTLSQoQ09ORklHX0xp bnV4KSArPSAtRF9HTlVfU09VUkNFCiAKIENGTEFHUwkrPSAkKFBUSFJFQURfQ0ZMQUdTKQogQ0ZM QUdTCSs9ICQoQ0ZMQUdTX2xpYnhlbnRvb2xsb2cpCitDRkxBR1MJKz0gJChDRkxBR1NfbGlieGVu ZXZ0Y2huKQogCiBDVFJMX0xJQl9PQkpTIDo9ICQocGF0c3Vic3QgJS5jLCUubywkKENUUkxfU1JD Uy15KSkKIENUUkxfUElDX09CSlMgOj0gJChwYXRzdWJzdCAlLmMsJS5vcGljLCQoQ1RSTF9TUkNT LXkpKQpAQCAtMTY0LDcgKzE2Niw3IEBAIGluc3RhbGw6IGJ1aWxkCiAJJChJTlNUQUxMX0RBVEEp IGxpYnhlbmN0cmwuYSAkKERFU1RESVIpJChsaWJkaXIpCiAJJChTWU1MSU5LX1NITElCKSBsaWJ4 ZW5jdHJsLnNvLiQoTUFKT1IpLiQoTUlOT1IpICQoREVTVERJUikkKGxpYmRpcikvbGlieGVuY3Ry bC5zby4kKE1BSk9SKQogCSQoU1lNTElOS19TSExJQikgbGlieGVuY3RybC5zby4kKE1BSk9SKSAk KERFU1RESVIpJChsaWJkaXIpL2xpYnhlbmN0cmwuc28KLQkkKElOU1RBTExfREFUQSkgaW5jbHVk ZS94ZW5jdHJsLmggaW5jbHVkZS94ZW5jdHJsb3NkZXAuaCAkKERFU1RESVIpJChpbmNsdWRlZGly KQorCSQoSU5TVEFMTF9EQVRBKSBpbmNsdWRlL3hlbmN0cmwuaCBpbmNsdWRlL3hlbmN0cmxfY29t cGF0LmggaW5jbHVkZS94ZW5jdHJsb3NkZXAuaCAkKERFU1RESVIpJChpbmNsdWRlZGlyKQogCSQo SU5TVEFMTF9TSExJQikgbGlieGVuZ3Vlc3Quc28uJChNQUpPUikuJChNSU5PUikgJChERVNURElS KSQobGliZGlyKQogCSQoSU5TVEFMTF9EQVRBKSBsaWJ4ZW5ndWVzdC5hICQoREVTVERJUikkKGxp YmRpcikKIAkkKFNZTUxJTktfU0hMSUIpIGxpYnhlbmd1ZXN0LnNvLiQoTUFKT1IpLiQoTUlOT1Ip ICQoREVTVERJUikkKGxpYmRpcikvbGlieGVuZ3Vlc3Quc28uJChNQUpPUikKQEAgLTIwNyw3ICsy MDksNyBAQCBsaWJ4ZW5jdHJsLnNvLiQoTUFKT1IpOiBsaWJ4ZW5jdHJsLnNvLiQoTUFKT1IpLiQo TUlOT1IpCiAJJChTWU1MSU5LX1NITElCKSAkPCAkQAogCiBsaWJ4ZW5jdHJsLnNvLiQoTUFKT1Ip LiQoTUlOT1IpOiAkKENUUkxfUElDX09CSlMpCi0JJChDQykgJChMREZMQUdTKSAkKFBUSFJFQURf TERGTEFHUykgLVdsLCQoU09OQU1FX0xERkxBRykgLVdsLGxpYnhlbmN0cmwuc28uJChNQUpPUikg JChTSExJQl9MREZMQUdTKSAtbyAkQCAkXiAkKExETElCU19saWJ4ZW50b29sbG9nKSAkKERMT1BF Tl9MSUJTKSAkKFBUSFJFQURfTElCUykgJChBUFBFTkRfTERGTEFHUykKKwkkKENDKSAkKExERkxB R1MpICQoUFRIUkVBRF9MREZMQUdTKSAtV2wsJChTT05BTUVfTERGTEFHKSAtV2wsbGlieGVuY3Ry bC5zby4kKE1BSk9SKSAkKFNITElCX0xERkxBR1MpIC1vICRAICReICQoTERMSUJTX2xpYnhlbnRv b2xsb2cpICQoTERMSUJTX2xpYnhlbmV2dGNobikgJChETE9QRU5fTElCUykgJChQVEhSRUFEX0xJ QlMpICQoQVBQRU5EX0xERkxBR1MpCiAKICMgbGlieGVuZ3Vlc3QKIApAQCAtMjMwLDcgKzIzMiw3 IEBAIHhjX2RvbV9iemltYWdlbG9hZGVyLm9waWM6IENGTEFHUyArPSAkKGNhbGwgemxpYi1vcHRp b25zLEQpCiAKIGxpYnhlbmd1ZXN0LnNvLiQoTUFKT1IpLiQoTUlOT1IpOiBDT01QUkVTU0lPTl9M SUJTID0gJChjYWxsIHpsaWItb3B0aW9ucyxsKQogbGlieGVuZ3Vlc3Quc28uJChNQUpPUikuJChN SU5PUik6ICQoR1VFU1RfUElDX09CSlMpIGxpYnhlbmN0cmwuc28KLQkkKENDKSAkKExERkxBR1Mp IC1XbCwkKFNPTkFNRV9MREZMQUcpIC1XbCxsaWJ4ZW5ndWVzdC5zby4kKE1BSk9SKSAkKFNITElC X0xERkxBR1MpIC1vICRAICQoR1VFU1RfUElDX09CSlMpICQoQ09NUFJFU1NJT05fTElCUykgLWx6 ICQoTERMSUJTX2xpYnhlbmN0cmwpICQoUFRIUkVBRF9MSUJTKSAkKEFQUEVORF9MREZMQUdTKQor CSQoQ0MpICQoTERGTEFHUykgLVdsLCQoU09OQU1FX0xERkxBRykgLVdsLGxpYnhlbmd1ZXN0LnNv LiQoTUFKT1IpICQoU0hMSUJfTERGTEFHUykgLW8gJEAgJChHVUVTVF9QSUNfT0JKUykgJChDT01Q UkVTU0lPTl9MSUJTKSAtbHogJChMRExJQlNfbGlieGVuZXZ0Y2huKSAkKExETElCU19saWJ4ZW5j dHJsKSAkKFBUSFJFQURfTElCUykgJChBUFBFTkRfTERGTEFHUykKIAogeGVuY3RybF9vc2RlcF9F Tk9TWVMuc286ICQoT1NERVBfUElDX09CSlMpIGxpYnhlbmN0cmwuc28KIAkkKENDKSAkKExERkxB R1MpICQoU0hMSUJfTERGTEFHUykgLW8gJEAgJChPU0RFUF9QSUNfT0JKUykgJChMRExJQlNfbGli eGVuY3RybCkgJChBUFBFTkRfTERGTEFHUykKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnhjL2luY2x1 ZGUveGVuY3RybC5oIGIvdG9vbHMvbGlieGMvaW5jbHVkZS94ZW5jdHJsLmgKaW5kZXggODgxZGNk NS4uOGYzMWM0ZCAxMDA2NDQKLS0tIGEvdG9vbHMvbGlieGMvaW5jbHVkZS94ZW5jdHJsLmgKKysr IGIvdG9vbHMvbGlieGMvaW5jbHVkZS94ZW5jdHJsLmgKQEAgLTExNyw3ICsxMTcsNiBAQAogICov CiAKIHR5cGVkZWYgc3RydWN0IHhjX2ludGVyZmFjZV9jb3JlIHhjX2ludGVyZmFjZTsKLXR5cGVk ZWYgc3RydWN0IHhlbmV2dGNobl9oYW5kbGUgeGNfZXZ0Y2huOwogdHlwZWRlZiBzdHJ1Y3QgeGNf aW50ZXJmYWNlX2NvcmUgeGNfZ250dGFiOwogdHlwZWRlZiBzdHJ1Y3QgeGNfaW50ZXJmYWNlX2Nv cmUgeGNfZ250c2hyOwogCkBAIC0xMDg1LDcgKzEwODQsNiBAQCBpbnQgeGNfY3B1cG9vbF9tb3Zl ZG9tYWluKHhjX2ludGVyZmFjZSAqeGNoLAogICovCiB4Y19jcHVtYXBfdCB4Y19jcHVwb29sX2Zy ZWVpbmZvKHhjX2ludGVyZmFjZSAqeGNoKTsKIAotCiAvKgogICogRVZFTlQgQ0hBTk5FTCBGVU5D VElPTlMKICAqCkBAIC0xMTIwLDEwMSArMTExOCw3IEBAIGludCB4Y19ldnRjaG5fcmVzZXQoeGNf aW50ZXJmYWNlICp4Y2gsCiB0eXBlZGVmIHN0cnVjdCBldnRjaG5fc3RhdHVzIHhjX2V2dGNobl9z dGF0dXNfdDsKIGludCB4Y19ldnRjaG5fc3RhdHVzKHhjX2ludGVyZmFjZSAqeGNoLCB4Y19ldnRj aG5fc3RhdHVzX3QgKnN0YXR1cyk7CiAKLS8qCi0gKiBSZXR1cm4gYSBoYW5kbGUgdG8gdGhlIGV2 ZW50IGNoYW5uZWwgZHJpdmVyLCBvciBOVUxMIG9uIGZhaWx1cmUsIGluCi0gKiB3aGljaCBjYXNl IGVycm5vIHdpbGwgYmUgc2V0IGFwcHJvcHJpYXRlbHkuCi0gKgotICogTm90ZToKLSAqIEFmdGVy IGZvcmsgYSBjaGlsZCBwcm9jZXNzIG11c3Qgbm90IHVzZSBhbnkgb3BlbmVkIHhjIGV2dGNobgot ICogaGFuZGxlIGluaGVyaXRlZCBmcm9tIHRoZWlyIHBhcmVudC4gVGhleSBtdXN0IG9wZW4gYSBu ZXcgaGFuZGxlIGlmCi0gKiB0aGV5IHdhbnQgdG8gaW50ZXJhY3Qgd2l0aCB4Yy4KLSAqCi0gKiBC ZWZvcmUgWGVuIHByZS00LjEgdGhpcyBmdW5jdGlvbiB3b3VsZCBzb21ldGltZXMgcmVwb3J0IGVy cm9ycyB3aXRoIHBlcnJvci4KLSAqLwoteGNfZXZ0Y2huICp4Y19ldnRjaG5fb3Blbih4ZW50b29s bG9nX2xvZ2dlciAqbG9nZ2VyLAotICAgICAgICAgICAgICAgICAgICAgICAgICAgICB1bnNpZ25l ZCBvcGVuX2ZsYWdzKTsKIAotLyoKLSAqIENsb3NlIGEgaGFuZGxlIHByZXZpb3VzbHkgYWxsb2Nh dGVkIHdpdGggeGNfZXZ0Y2huX29wZW4oKS4KLSAqLwotaW50IHhjX2V2dGNobl9jbG9zZSh4Y19l dnRjaG4gKnhjZSk7Ci0KLS8qCi0gKiBSZXR1cm4gYW4gZmQgdGhhdCBjYW4gYmUgc2VsZWN0KCll ZCBvbi4KLSAqCi0gKiBOb3RlIHRoYXQgZHVlIHRvIGJ1Z3MsIHNldHRpbmcgdGhpcyBmZCB0byBu b24gYmxvY2tpbmcgbWF5IG5vdAotICogd29yazogeW91IHdvdWxkIGhvcGUgdGhhdCBpdCB3b3Vs ZCByZXN1bHQgaW4geGNfZXZ0Y2huX3BlbmRpbmcKLSAqIGZhaWxpbmcgd2l0aCBFV09VTERCTE9D SyBpZiB0aGVyZSBhcmUgbm8gZXZlbnRzIHNpZ25hbGVkLCBidXQgaW4KLSAqIGZhY3QgaXQgbWF5 IGJsb2NrLiAgKEJ1ZyBpcyBwcmVzZW50IGluIGF0IGxlYXN0IExpbnV4IDMuMTIsIGFuZAotICog cGVyaGFwcyBvbiBvdGhlciBwbGF0Zm9ybXMgb3IgbGF0ZXIgdmVyc2lvbi4pCi0gKgotICogVG8g YmUgc2FmZSwgeW91IG11c3QgdXNlIHBvbGwoKSBvciBzZWxlY3QoKSBiZWZvcmUgZWFjaCBjYWxs IHRvCi0gKiB4Y19ldnRjaG5fcGVuZGluZy4gIElmIHlvdSBoYXZlIG11bHRpcGxlIHRocmVhZHMg KG9yIHByb2Nlc3NlcykKLSAqIHNoYXJpbmcgYSBzaW5nbGUgeGNlIGhhbmRsZSB0aGlzIHdpbGwg bm90IHdvcmssIGFuZCB0aGVyZSBpcyBubwotICogc3RyYWlnaHRmb3J3YXJkIHdvcmthcm91bmQu ICBQbGVhc2UgZGVzaWduIHlvdXIgcHJvZ3JhbSBzb21lIG90aGVyCi0gKiB3YXkuCi0gKi8KLWlu dCB4Y19ldnRjaG5fZmQoeGNfZXZ0Y2huICp4Y2UpOwotCi0vKgotICogTm90aWZ5IHRoZSBnaXZl biBldmVudCBjaGFubmVsLiBSZXR1cm5zIC0xIG9uIGZhaWx1cmUsIGluIHdoaWNoIGNhc2UKLSAq IGVycm5vIHdpbGwgYmUgc2V0IGFwcHJvcHJpYXRlbHkuCi0gKi8KLWludCB4Y19ldnRjaG5fbm90 aWZ5KHhjX2V2dGNobiAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpOwotCi0vKgotICogUmV0dXJu cyBhIG5ldyBldmVudCBwb3J0IGF3YWl0aW5nIGludGVyZG9tYWluIGNvbm5lY3Rpb24gZnJvbSB0 aGUgZ2l2ZW4KLSAqIGRvbWFpbiBJRCwgb3IgLTEgb24gZmFpbHVyZSwgaW4gd2hpY2ggY2FzZSBl cnJubyB3aWxsIGJlIHNldCBhcHByb3ByaWF0ZWx5LgotICovCi1ldnRjaG5fcG9ydF9vcl9lcnJv cl90Ci14Y19ldnRjaG5fYmluZF91bmJvdW5kX3BvcnQoeGNfZXZ0Y2huICp4Y2UsIGludCBkb21p ZCk7Ci0KLS8qCi0gKiBSZXR1cm5zIGEgbmV3IGV2ZW50IHBvcnQgYm91bmQgdG8gdGhlIHJlbW90 ZSBwb3J0IGZvciB0aGUgZ2l2ZW4gZG9tYWluIElELAotICogb3IgLTEgb24gZmFpbHVyZSwgaW4g d2hpY2ggY2FzZSBlcnJubyB3aWxsIGJlIHNldCBhcHByb3ByaWF0ZWx5LgotICovCi1ldnRjaG5f cG9ydF9vcl9lcnJvcl90Ci14Y19ldnRjaG5fYmluZF9pbnRlcmRvbWFpbih4Y19ldnRjaG4gKnhj ZSwgaW50IGRvbWlkLAotICAgICAgICAgICAgICAgICAgICAgICAgICAgZXZ0Y2huX3BvcnRfdCBy ZW1vdGVfcG9ydCk7Ci0KLS8qCi0gKiBCaW5kIGFuIGV2ZW50IGNoYW5uZWwgdG8gdGhlIGdpdmVu IFZJUlEuIFJldHVybnMgdGhlIGV2ZW50IGNoYW5uZWwgYm91bmQgdG8KLSAqIHRoZSBWSVJRLCBv ciAtMSBvbiBmYWlsdXJlLCBpbiB3aGljaCBjYXNlIGVycm5vIHdpbGwgYmUgc2V0IGFwcHJvcHJp YXRlbHkuCi0gKi8KLWV2dGNobl9wb3J0X29yX2Vycm9yX3QKLXhjX2V2dGNobl9iaW5kX3ZpcnEo eGNfZXZ0Y2huICp4Y2UsIHVuc2lnbmVkIGludCB2aXJxKTsKLQotLyoKLSAqIFVuYmluZCB0aGUg Z2l2ZW4gZXZlbnQgY2hhbm5lbC4gUmV0dXJucyAtMSBvbiBmYWlsdXJlLCBpbiB3aGljaCBjYXNl IGVycm5vCi0gKiB3aWxsIGJlIHNldCBhcHByb3ByaWF0ZWx5LgotICovCi1pbnQgeGNfZXZ0Y2hu X3VuYmluZCh4Y19ldnRjaG4gKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KTsKLQotLyoKLSAqIFJl dHVybiB0aGUgbmV4dCBldmVudCBjaGFubmVsIHRvIGJlY29tZSBwZW5kaW5nLCBvciAtMSBvbiBm YWlsdXJlLCBpbiB3aGljaAotICogY2FzZSBlcnJubyB3aWxsIGJlIHNldCBhcHByb3ByaWF0ZWx5 LgotICoKLSAqIEF0IHRoZSBoeXBlcnZpc29yIGxldmVsIHRoZSBldmVudCBjaGFubmVsIHdpbGwg aGF2ZSBiZWVuIG1hc2tlZCwKLSAqIGFuZCB0aGVuIGNsZWFyZWQsIGJ5IHRoZSB1bmRlcmx5aW5n IG1hY2hpbmVyeSAoZXZ0Y2huIGtlcm5lbAotICogZHJpdmVyLCBvciBlcXVpdmFsZW50KS4gIFNv IGlmIHRoZSBldmVudCBjaGFubmVsIGlzIHNpZ25hbGVkIGFnYWluCi0gKiBhZnRlciBpdCBpcyBy ZXR1cm5lZCBoZXJlLCBpdCB3aWxsIGJlIHF1ZXVlZCB1cCwgYW5kIGRlbGl2ZXJlZAotICogYWdh aW4gYWZ0ZXIgeW91IHVubWFzayBpdC4gIChTZWUgdGhlIGRvY3VtZW50YXRpb24gaW4gdGhlIFhl bgotICogcHVibGljIGhlYWRlciBldmVudF9jaGFubmVsLmguKQotICoKLSAqIE9uIHJlY2Vpdmlu ZyB0aGUgbm90aWZpY2F0aW9uIGZyb20geGNfZXZ0Y2huX3BlbmRpbmcsIHlvdSBzaG91bGQKLSAq IG5vcm1hbGx5OiBjaGVjayAoYnkgb3RoZXIgbWVhbnMpIHdoYXQgd29yayBuZWVkcyBkb2luZzsg ZG8gdGhlCi0gKiBuZWNlc3Nhcnkgd29yayAoaWYgYW55KTsgdW5tYXNrIHRoZSBldmVudCBjaGFu bmVsIHdpdGgKLSAqIHhjX2V2dGNobl91bm1hc2sgKGlmIHlvdSB3YW50IHRvIHJlY2VpdmUgYW55 IGZ1cnRoZXIKLSAqIG5vdGlmaWNhdGlvbnMpLgotICovCi1ldnRjaG5fcG9ydF9vcl9lcnJvcl90 Ci14Y19ldnRjaG5fcGVuZGluZyh4Y19ldnRjaG4gKnhjZSk7Ci0KLS8qCi0gKiBVbm1hc2sgdGhl IGdpdmVuIGV2ZW50IGNoYW5uZWwuIFJldHVybnMgLTEgb24gZmFpbHVyZSwgaW4gd2hpY2ggY2Fz ZSBlcnJubwotICogd2lsbCBiZSBzZXQgYXBwcm9wcmlhdGVseS4KLSAqLwotaW50IHhjX2V2dGNo bl91bm1hc2soeGNfZXZ0Y2huICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCk7CiAKIGludCB4Y19w aHlzZGV2X3BjaV9hY2Nlc3NfbW9kaWZ5KHhjX2ludGVyZmFjZSAqeGNoLAogICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgdWludDMyX3QgZG9taWQsCkBAIC0yODUxLDYgKzI3NTUsOSBA QCBpbnQgeGNfcHNyX2NhdF9nZXRfbDNfaW5mbyh4Y19pbnRlcmZhY2UgKnhjaCwgdWludDMyX3Qg c29ja2V0LAogICAgICAgICAgICAgICAgICAgICAgICAgICAgYm9vbCAqY2RwX2VuYWJsZWQpOwog I2VuZGlmCiAKKy8qIENvbXBhdCBzaGltcyAqLworI2luY2x1ZGUgInhlbmN0cmxfY29tcGF0Lmgi CisKICNlbmRpZiAvKiBYRU5DVFJMX0ggKi8KIAogLyoKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnhj L2luY2x1ZGUveGVuY3RybF9jb21wYXQuaCBiL3Rvb2xzL2xpYnhjL2luY2x1ZGUveGVuY3RybF9j b21wYXQuaApuZXcgZmlsZSBtb2RlIDEwMDY0NAppbmRleCAwMDAwMDAwLi40OGRhZWIyCi0tLSAv ZGV2L251bGwKKysrIGIvdG9vbHMvbGlieGMvaW5jbHVkZS94ZW5jdHJsX2NvbXBhdC5oCkBAIC0w LDAgKzEsNDggQEAKKy8qCisgKiBDb21wYXQgc2hpbXMgZm9yIHVzZSBvZiAzcmQgcGFydHkgY29u c3VtZXJzIG9mIGxpYnhlbmN0cmwKKyAqIGZ1bmN0aW9uYWxpdHkgd2hpY2ggaGFzIGJlZW4gc3Bs aXQgaW50byBzZXBhcmF0ZSBsaWJyYXJpZXMuCisgKgorICogTmV3IGNvZGUgc2hvdWxkIHVzZSB0 aGUgc2VwYXJhdGUgbGlicmFyaWVzLgorICoKKyAqIEVhY2ggaW50ZXJmYWNlIG11c3QgYmUgb3B0 ZWQtaW50byBzZXBhcmF0ZWx5IGJ5IGRlZmluaW5nOgorICoKKyAqIFhDX1dBTlRfQ09NUEFUX0VW VENITl9BUEkKKyAqICAtIEZ1bmN0aW9ucyByZWxhdGluZyB0byAvZGV2L3hlbi9ldnRjaG4KKyAq LworI2lmbmRlZiBYRU5DVFJMX0NPTVBBVF9ICisjZGVmaW5lIFhFTkNUUkxfQ09NUEFUX0gKKwor I2lmZGVmIFhDX1dBTlRfQ09NUEFUX0VWVENITl9BUEkKKwordHlwZWRlZiBzdHJ1Y3QgeGVuZXZ0 Y2huX2hhbmRsZSB4Y19ldnRjaG47CisKK3hjX2V2dGNobiAqeGNfZXZ0Y2huX29wZW4oeGVudG9v bGxvZ19sb2dnZXIgKmxvZ2dlciwKKyAgICAgICAgICAgICAgICAgICAgICAgICAgICAgdW5zaWdu ZWQgb3Blbl9mbGFncyk7CitpbnQgeGNfZXZ0Y2huX2Nsb3NlKHhjX2V2dGNobiAqeGNlKTsKK2lu dCB4Y19ldnRjaG5fZmQoeGNfZXZ0Y2huICp4Y2UpOworaW50IHhjX2V2dGNobl9ub3RpZnkoeGNf ZXZ0Y2huICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCk7CitldnRjaG5fcG9ydF9vcl9lcnJvcl90 Cit4Y19ldnRjaG5fYmluZF91bmJvdW5kX3BvcnQoeGNfZXZ0Y2huICp4Y2UsIGludCBkb21pZCk7 CitldnRjaG5fcG9ydF9vcl9lcnJvcl90Cit4Y19ldnRjaG5fYmluZF9pbnRlcmRvbWFpbih4Y19l dnRjaG4gKnhjZSwgaW50IGRvbWlkLAorICAgICAgICAgICAgICAgICAgICAgICAgICAgZXZ0Y2hu X3BvcnRfdCByZW1vdGVfcG9ydCk7CitldnRjaG5fcG9ydF9vcl9lcnJvcl90Cit4Y19ldnRjaG5f YmluZF92aXJxKHhjX2V2dGNobiAqeGNlLCB1bnNpZ25lZCBpbnQgdmlycSk7CitpbnQgeGNfZXZ0 Y2huX3VuYmluZCh4Y19ldnRjaG4gKnhjZSwgZXZ0Y2huX3BvcnRfdCBwb3J0KTsKK2V2dGNobl9w b3J0X29yX2Vycm9yX3QKK3hjX2V2dGNobl9wZW5kaW5nKHhjX2V2dGNobiAqeGNlKTsKK2ludCB4 Y19ldnRjaG5fdW5tYXNrKHhjX2V2dGNobiAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpOworCisj ZW5kaWYgLyogWENfV0FOVF9DT01QQVRfRVZUQ0hOX0FQSSAqLworCisjZW5kaWYKKworLyoKKyAq IExvY2FsIHZhcmlhYmxlczoKKyAqIG1vZGU6IEMKKyAqIGMtZmlsZS1zdHlsZTogIkJTRCIKKyAq IGMtYmFzaWMtb2Zmc2V0OiA0CisgKiB0YWItd2lkdGg6IDQKKyAqIGluZGVudC10YWJzLW1vZGU6 IG5pbAorICogRW5kOgorICovCmRpZmYgLS1naXQgYS90b29scy9saWJ4Yy9pbmNsdWRlL3hlbmd1 ZXN0LmggYi90b29scy9saWJ4Yy9pbmNsdWRlL3hlbmd1ZXN0LmgKaW5kZXggOGY5MThiMS4uMDUw YTUzNyAxMDA2NDQKLS0tIGEvdG9vbHMvbGlieGMvaW5jbHVkZS94ZW5ndWVzdC5oCisrKyBiL3Rv b2xzL2xpYnhjL2luY2x1ZGUveGVuZ3Vlc3QuaApAQCAtMzQsNiArMzQsMTIgQEAKICNkZWZpbmUg WDg2XzY0X0JfU0laRSAgIDY0IAogI2RlZmluZSBYODZfMzJfQl9TSVpFICAgMzIKIAorLyoKKyAq IFVzZXIgbm90IHVzaW5nIHhjX3N1c3BlbmRfKiAvIHhjX2F3YWl0X3N1c3BlbnQgbWF5IG5vdCB3 YW50IHRvCisgKiBpbmNsdWRlIHRoZSBmdWxsIGxpYnhlbmV2dGNobiBBUEkgaGVyZS4KKyAqLwor dHlwZWRlZiBzdHJ1Y3QgeGVuZXZ0Y2huX2hhbmRsZSB4ZW5ldnRjaG5faGFuZGxlOworCiAvKiBj YWxsYmFja3MgcHJvdmlkZWQgYnkgeGNfZG9tYWluX3NhdmUgKi8KIHN0cnVjdCBzYXZlX2NhbGxi YWNrcyB7CiAgICAgLyogQ2FsbGVkIGFmdGVyIGV4cGlyYXRpb24gb2YgY2hlY2twb2ludCBpbnRl cnZhbCwKQEAgLTE2MSwxOCArMTY3LDE4IEBAIHN0cnVjdCB4Y19odm1fZmlybXdhcmVfbW9kdWxl IHsKICAqIFNldHMgKmxvY2tmZCB0byAtMS4KICAqIEhhcyBkZWFsbG9jYXRlZCBldmVyeXRoaW5n IGV2ZW4gb24gZXJyb3IuCiAgKi8KLWludCB4Y19zdXNwZW5kX2V2dGNobl9yZWxlYXNlKHhjX2lu dGVyZmFjZSAqeGNoLCB4Y19ldnRjaG4gKnhjZSwgaW50IGRvbWlkLCBpbnQgc3VzcGVuZF9ldnRj aG4sIGludCAqbG9ja2ZkKTsKK2ludCB4Y19zdXNwZW5kX2V2dGNobl9yZWxlYXNlKHhjX2ludGVy ZmFjZSAqeGNoLCB4ZW5ldnRjaG5faGFuZGxlICp4Y2UsIGludCBkb21pZCwgaW50IHN1c3BlbmRf ZXZ0Y2huLCBpbnQgKmxvY2tmZCk7CiAKIC8qKgogICogVGhpcyBmdW5jdGlvbiBlYXRzIHRoZSBp bml0aWFsIG5vdGlmaWNhdGlvbi4KICAqIHhjZSBtdXN0IG5vdCBiZSB1c2VkIGZvciBhbnl0aGlu ZyBlbHNlCiAgKiBTZWUgeGNfc3VzcGVuZF9ldnRjaG5faW5pdF9zYW5lIHJlIGxvY2tmZC4KICAq LwotaW50IHhjX3N1c3BlbmRfZXZ0Y2huX2luaXRfZXhjbHVzaXZlKHhjX2ludGVyZmFjZSAqeGNo LCB4Y19ldnRjaG4gKnhjZSwKK2ludCB4Y19zdXNwZW5kX2V2dGNobl9pbml0X2V4Y2x1c2l2ZSh4 Y19pbnRlcmZhY2UgKnhjaCwgeGVuZXZ0Y2huX2hhbmRsZSAqeGNlLAogICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgIGludCBkb21pZCwgaW50IHBvcnQsIGludCAqbG9ja2ZkKTsK IAogLyogeGNlIG11c3Qgbm90IGJlIHVzZWQgZm9yIGFueXRoaW5nIGVsc2UgKi8KLWludCB4Y19h d2FpdF9zdXNwZW5kKHhjX2ludGVyZmFjZSAqeGNoLCB4Y19ldnRjaG4gKnhjZSwgaW50IHN1c3Bl bmRfZXZ0Y2huKTsKK2ludCB4Y19hd2FpdF9zdXNwZW5kKHhjX2ludGVyZmFjZSAqeGNoLCB4ZW5l dnRjaG5faGFuZGxlICp4Y2UsIGludCBzdXNwZW5kX2V2dGNobik7CiAKIC8qKgogICogVGhlIHBv cnQgd2lsbCBiZSBzaWduYWxlZCBpbW1lZGlhdGVseSBhZnRlciB0aGlzIGNhbGwKQEAgLTE4MSw3 ICsxODcsNyBAQCBpbnQgeGNfYXdhaXRfc3VzcGVuZCh4Y19pbnRlcmZhY2UgKnhjaCwgeGNfZXZ0 Y2huICp4Y2UsIGludCBzdXNwZW5kX2V2dGNobik7CiAgKiBhbmQgZmVkIHRvIHhjX3N1c3BlbmRf ZXZ0Y2huX3JlbGVhc2UuICAoT24gZXJyb3IgKmxvY2tmZCBpcwogICogdW5kZWZpbmVkIGFuZCB4 Y19zdXNwZW5kX2V2dGNobl9yZWxlYXNlIGlzIG5vdCBhbGxvd2VkLikKICAqLwotaW50IHhjX3N1 c3BlbmRfZXZ0Y2huX2luaXRfc2FuZSh4Y19pbnRlcmZhY2UgKnhjaCwgeGNfZXZ0Y2huICp4Y2Us CitpbnQgeGNfc3VzcGVuZF9ldnRjaG5faW5pdF9zYW5lKHhjX2ludGVyZmFjZSAqeGNoLCB4ZW5l dnRjaG5faGFuZGxlICp4Y2UsCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIGludCBk b21pZCwgaW50IHBvcnQsIGludCAqbG9ja2ZkKTsKIAogaW50IHhjX21hcmtfcGFnZV9vbmxpbmUo eGNfaW50ZXJmYWNlICp4Y2gsIHVuc2lnbmVkIGxvbmcgc3RhcnQsCmRpZmYgLS1naXQgYS90b29s cy9saWJ4Yy94Y19ldnRjaG5fY29tcGF0LmMgYi90b29scy9saWJ4Yy94Y19ldnRjaG5fY29tcGF0 LmMKbmV3IGZpbGUgbW9kZSAxMDA2NDQKaW5kZXggMDAwMDAwMC4uNWQzZTRiYQotLS0gL2Rldi9u dWxsCisrKyBiL3Rvb2xzL2xpYnhjL3hjX2V2dGNobl9jb21wYXQuYwpAQCAtMCwwICsxLDc1IEBA CisvKgorICogQ29tcGF0IHNoaW1zIGZvciB1c2Ugb2YgM3JkIHBhcnR5IGNvbnN1bWVycyBvZiBs aWJ4ZW5jdHJsIHhjX2V2dGNobgorICogZnVuY3Rpb25hbGl0eSB3aGljaCBoYXMgYmVlbiBzcGxp dCBpbnRvIHNlcGFyYXRlIGxpYnJhcmllcy4KKyAqLworCisjaW5jbHVkZSA8eGVuZXZ0Y2huLmg+ CisKKyNkZWZpbmUgWENfV0FOVF9DT01QQVRfRVZUQ0hOX0FQSQorI2luY2x1ZGUgInhlbmN0cmwu aCIKKworeGNfZXZ0Y2huICp4Y19ldnRjaG5fb3Blbih4ZW50b29sbG9nX2xvZ2dlciAqbG9nZ2Vy LAorICAgICAgICAgICAgICAgICAgICAgICAgICB1bnNpZ25lZCBvcGVuX2ZsYWdzKQoreworICAg IHJldHVybiB4ZW5ldnRjaG5fb3Blbihsb2dnZXIsIG9wZW5fZmxhZ3MpOworfQorCitpbnQgeGNf ZXZ0Y2huX2Nsb3NlKHhjX2V2dGNobiAqeGNlKQoreworICAgIHJldHVybiB4ZW5ldnRjaG5fY2xv c2UoeGNlKTsKK30KKworaW50IHhjX2V2dGNobl9mZCh4Y19ldnRjaG4gKnhjZSkKK3sKKyAgICBy ZXR1cm4geGVuZXZ0Y2huX2ZkKHhjZSk7Cit9CisKK2ludCB4Y19ldnRjaG5fbm90aWZ5KHhjX2V2 dGNobiAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpCit7CisgICAgcmV0dXJuIHhlbmV2dGNobl9u b3RpZnkoeGNlLCBwb3J0KTsKK30KKworZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdAoreGNfZXZ0Y2hu X2JpbmRfdW5ib3VuZF9wb3J0KHhjX2V2dGNobiAqeGNlLCBpbnQgZG9taWQpCit7CisgICAgcmV0 dXJuIHhlbmV2dGNobl9iaW5kX3VuYm91bmRfcG9ydCh4Y2UsIGRvbWlkKTsKK30KKworZXZ0Y2hu X3BvcnRfb3JfZXJyb3JfdAoreGNfZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4oeGNfZXZ0Y2huICp4 Y2UsIGludCBkb21pZCwKKyAgICAgICAgICAgICAgICAgICAgICAgICAgIGV2dGNobl9wb3J0X3Qg cmVtb3RlX3BvcnQpCit7CisgICAgcmV0dXJuIHhlbmV2dGNobl9iaW5kX2ludGVyZG9tYWluKHhj ZSwgZG9taWQsIHJlbW90ZV9wb3J0KTsKK30KKworZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdAoreGNf ZXZ0Y2huX2JpbmRfdmlycSh4Y19ldnRjaG4gKnhjZSwgdW5zaWduZWQgaW50IHZpcnEpCit7Cisg ICAgcmV0dXJuIHhlbmV2dGNobl9iaW5kX3ZpcnEoeGNlLCB2aXJxKTsKK30KKworaW50IHhjX2V2 dGNobl91bmJpbmQoeGNfZXZ0Y2huICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkKK3sKKyAgICBy ZXR1cm4geGVuZXZ0Y2huX3VuYmluZCh4Y2UsIHBvcnQpOworfQorCitldnRjaG5fcG9ydF9vcl9l cnJvcl90Cit4Y19ldnRjaG5fcGVuZGluZyh4Y19ldnRjaG4gKnhjZSkKK3sKKyAgICByZXR1cm4g eGVuZXZ0Y2huX3BlbmRpbmcoeGNlKTsKK30KKworaW50IHhjX2V2dGNobl91bm1hc2soeGNfZXZ0 Y2huICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkKK3sKKyAgICByZXR1cm4geGVuZXZ0Y2huX3Vu bWFzayh4Y2UsIHBvcnQpOworfQorCisvKgorICogTG9jYWwgdmFyaWFibGVzOgorICogbW9kZTog QworICogYy1maWxlLXN0eWxlOiAiQlNEIgorICogYy1iYXNpYy1vZmZzZXQ6IDQKKyAqIHRhYi13 aWR0aDogNAorICogaW5kZW50LXRhYnMtbW9kZTogbmlsCisgKiBFbmQ6CisgKi8KZGlmZiAtLWdp dCBhL3Rvb2xzL2xpYnhjL3hjX2ZyZWVic2Rfb3NkZXAuYyBiL3Rvb2xzL2xpYnhjL3hjX2ZyZWVi c2Rfb3NkZXAuYwppbmRleCA0MzIzZTE2Li4zMzk5OTdjIDEwMDY0NAotLS0gYS90b29scy9saWJ4 Yy94Y19mcmVlYnNkX29zZGVwLmMKKysrIGIvdG9vbHMvbGlieGMveGNfZnJlZWJzZF9vc2RlcC5j CkBAIC0zMSwxMyArMzEsMTEgQEAKICNpbmNsdWRlIDxzeXMvaW9jdGwuaD4KIAogI2luY2x1ZGUg PHhlbi9tZW1vcnkuaD4KLSNpbmNsdWRlIDx4ZW4vc3lzL2V2dGNobi5oPgogCiAjaW5jbHVkZSAi eGVuY3RybC5oIgogI2luY2x1ZGUgInhlbmN0cmxvc2RlcC5oIgogCiAjZGVmaW5lIFBSSVZDTURf REVWICAgICAiL2Rldi94ZW4vcHJpdmNtZCIKLSNkZWZpbmUgRVZUQ0hOX0RFViAgICAgICIvZGV2 L3hlbi9ldnRjaG4iCiAKICNkZWZpbmUgUEVSUk9SKF9tLCBfYS4uLikgeGNfb3NkZXBfbG9nKHhj aCxYVExfRVJST1IsWENfSU5URVJOQUxfRVJST1IsX20gXAogICAgICAgICAgICAgICAgICAgIiAo JWQgPSAlcykiLCAjIyBfYSAsIGVycm5vLCB4Y19zdHJlcnJvcih4Y2gsIGVycm5vKSkKQEAgLTI1 MSwxMDUgKzI0OSw2IEBAIHN0YXRpYyBzdHJ1Y3QgeGNfb3NkZXBfb3BzIGZyZWVic2RfcHJpdmNt ZF9vcHMgPSB7CiAgICAgfSwKIH07CiAKLS8qLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0gRXZ0 Y2huIGRldmljZSBpbnRlcmZhY2UgLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLSovCi1pbnQgb3Nk ZXBfZXZ0Y2huX29wZW4oeGNfZXZ0Y2huICp4Y2UpCi17Ci0gICAgaW50IGZkID0gb3BlbihFVlRD SE5fREVWLCBPX1JEV1IpOwotICAgIGlmICggZmQgPT0gLTEgKQotICAgICAgICByZXR1cm4gLTE7 Ci0gICAgeGNlLT5mZCA9IGZkOwotICAgIHJldHVybiAwOwotfQotCi1pbnQgb3NkZXBfZXZ0Y2hu X2Nsb3NlKHhjX2V2dGNobiAqeGNlKQotewotICAgIGlmICggeGNlLT5mZCA9PSAtMSApCi0gICAg ICAgIHJldHVybiAwOwotCi0gICAgcmV0dXJuIGNsb3NlKHhjZS0+ZmQpOwotfQotCi1pbnQgeGNf ZXZ0Y2huX2ZkKHhjX2V2dGNobiAqeGNlKQotewotICAgIHJldHVybiB4Y2UtPmZkOwotfQotCi0v Ki0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLSBFdnRjaG4gaW50ZXJmYWNlIC0tLS0tLS0t LS0tLS0tLS0tLS0tLS0tLS0tLS0qLwotaW50IHhjX2V2dGNobl9ub3RpZnkoeGNfZXZ0Y2huICp4 Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotICAgIHN0 cnVjdCBpb2N0bF9ldnRjaG5fbm90aWZ5IG5vdGlmeTsKLQotICAgIG5vdGlmeS5wb3J0ID0gcG9y dDsKLQotICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX05PVElGWSwgJm5vdGlmeSk7 Ci19Ci0KLWV2dGNobl9wb3J0X29yX2Vycm9yX3QgeGNfZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0 KHhjX2V2dGNobiAqeGNlLCBpbnQgZG9taWQpCi17Ci0gICAgaW50IHJldCwgZmQgPSB4Y2UtPmZk OwotICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5fYmluZF91bmJvdW5kX3BvcnQgYmluZDsKLQotICAg IGJpbmQucmVtb3RlX2RvbWFpbiA9IGRvbWlkOwotCi0gICAgcmV0ID0gaW9jdGwoZmQsIElPQ1RM X0VWVENITl9CSU5EX1VOQk9VTkRfUE9SVCwgJmJpbmQpOwotICAgIHJldHVybiAoIHJldCA9PSAw ICkgPyBiaW5kLnBvcnQgOiByZXQ7Ci19Ci0KLWV2dGNobl9wb3J0X29yX2Vycm9yX3QKLXhjX2V2 dGNobl9iaW5kX2ludGVyZG9tYWluKHhjX2V2dGNobiAqeGNlLCBpbnQgZG9taWQsIGV2dGNobl9w b3J0X3QgcmVtb3RlX3BvcnQpCi17Ci0gICAgaW50IHJldCwgZmQgPSB4Y2UtPmZkOwotICAgIHN0 cnVjdCBpb2N0bF9ldnRjaG5fYmluZF9pbnRlcmRvbWFpbiBiaW5kOwotCi0gICAgYmluZC5yZW1v dGVfZG9tYWluID0gZG9taWQ7Ci0gICAgYmluZC5yZW1vdGVfcG9ydCA9IHJlbW90ZV9wb3J0Owot Ci0gICAgcmV0ID0gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9CSU5EX0lOVEVSRE9NQUlOLCAmYmlu ZCk7Ci0gICAgcmV0dXJuICggcmV0ID09IDAgKSA/IGJpbmQucG9ydCA6IHJldDsKLX0KLQotZXZ0 Y2huX3BvcnRfb3JfZXJyb3JfdCB4Y19ldnRjaG5fYmluZF92aXJxKHhjX2V2dGNobiAqeGNlLCB1 bnNpZ25lZCBpbnQgdmlycSkKLXsKLSAgICBpbnQgcmV0LCBmZCA9IHhjZS0+ZmQ7Ci0gICAgc3Ry dWN0IGlvY3RsX2V2dGNobl9iaW5kX3ZpcnEgYmluZDsKLQotICAgIGJpbmQudmlycSA9IHZpcnE7 Ci0KLSAgICByZXQgPSBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRfVklSUSwgJmJpbmQpOwot ICAgIHJldHVybiAoIHJldCA9PSAwICkgPyBiaW5kLnBvcnQgOiByZXQ7Ci19Ci0KLWludCB4Y19l dnRjaG5fdW5iaW5kKHhjX2V2dGNobiAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpCi17Ci0gICAg aW50IGZkID0geGNlLT5mZDsKLSAgICBzdHJ1Y3QgaW9jdGxfZXZ0Y2huX3VuYmluZCB1bmJpbmQ7 Ci0KLSAgICB1bmJpbmQucG9ydCA9IHBvcnQ7Ci0KLSAgICByZXR1cm4gaW9jdGwoZmQsIElPQ1RM X0VWVENITl9VTkJJTkQsICZ1bmJpbmQpOwotfQotCi1ldnRjaG5fcG9ydF9vcl9lcnJvcl90IHhj X2V2dGNobl9wZW5kaW5nKHhjX2V2dGNobiAqeGNlKQotewotICAgIGludCBmZCA9IHhjZS0+ZmQ7 Ci0gICAgZXZ0Y2huX3BvcnRfdCBwb3J0OwotCi0gICAgaWYgKCByZWFkKGZkLCAmcG9ydCwgc2l6 ZW9mKHBvcnQpKSAhPSBzaXplb2YocG9ydCkgKQotICAgICAgICByZXR1cm4gLTE7Ci0KLSAgICBy ZXR1cm4gcG9ydDsKLX0KLQotaW50IHhjX2V2dGNobl91bm1hc2soeGNfZXZ0Y2huICp4Y2UsIGV2 dGNobl9wb3J0X3QgcG9ydCkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotCi0gICAgaWYgKCB3 cml0ZShmZCwgJnBvcnQsIHNpemVvZihwb3J0KSkgIT0gc2l6ZW9mKHBvcnQpICkKLSAgICAgICAg cmV0dXJuIC0xOwotICAgIHJldHVybiAwOwotfQotCiAvKi0tLS0tLS0tLS0tLS0tLS0tLS0tLS0t LS0tLS0gRnJlZUJTRCBpbnRlcmZhY2UgLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0qLwog c3RhdGljIHN0cnVjdCB4Y19vc2RlcF9vcHMgKgogZnJlZWJzZF9vc2RlcF9pbml0KHhjX2ludGVy ZmFjZSAqeGNoLCBlbnVtIHhjX29zZGVwX3R5cGUgdHlwZSkKZGlmZiAtLWdpdCBhL3Rvb2xzL2xp YnhjL3hjX2xpbnV4X29zZGVwLmMgYi90b29scy9saWJ4Yy94Y19saW51eF9vc2RlcC5jCmluZGV4 IDkwNTQ0ZmIuLjY1Mjk5ZDAgMTAwNjQ0Ci0tLSBhL3Rvb2xzL2xpYnhjL3hjX2xpbnV4X29zZGVw LmMKKysrIGIvdG9vbHMvbGlieGMveGNfbGludXhfb3NkZXAuYwpAQCAtMzEsNyArMzEsNiBAQAog I2luY2x1ZGUgPHN5cy9pb2N0bC5oPgogCiAjaW5jbHVkZSA8eGVuL21lbW9yeS5oPgotI2luY2x1 ZGUgPHhlbi9zeXMvZXZ0Y2huLmg+CiAjaW5jbHVkZSA8eGVuL3N5cy9nbnRkZXYuaD4KICNpbmNs dWRlIDx4ZW4vc3lzL2dudGFsbG9jLmg+CiAKQEAgLTQ2MSwxMDAgKzQ2MCw2IEBAIHN0YXRpYyBz dHJ1Y3QgeGNfb3NkZXBfb3BzIGxpbnV4X3ByaXZjbWRfb3BzID0gewogCiAjZGVmaW5lIERFVlhF TiAiL2Rldi94ZW4vIgogCi1pbnQgb3NkZXBfZXZ0Y2huX29wZW4oeGNfZXZ0Y2huICp4Y2UpCi17 Ci0gICAgaW50IGZkID0gb3BlbihERVZYRU4gImV2dGNobiIsIE9fUkRXUik7Ci0gICAgaWYgKCBm ZCA9PSAtMSApCi0gICAgICAgIHJldHVybiAtMTsKLSAgICB4Y2UtPmZkID0gZmQ7Ci0gICAgcmV0 dXJuIDA7Ci19Ci0KLWludCBvc2RlcF9ldnRjaG5fY2xvc2UoeGNfZXZ0Y2huICp4Y2UpCi17Ci0g ICAgaWYgKCB4Y2UtPmZkID09IC0xICkKLSAgICAgICAgcmV0dXJuIDA7Ci0KLSAgICByZXR1cm4g Y2xvc2UoeGNlLT5mZCk7Ci19Ci0KLWludCB4Y19ldnRjaG5fZmQoeGNfZXZ0Y2huICp4Y2UpCi17 Ci0gICAgcmV0dXJuIHhjZS0+ZmQ7Ci19Ci0KLWludCB4Y19ldnRjaG5fbm90aWZ5KHhjX2V2dGNo biAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpCi17Ci0gICAgaW50IGZkID0geGNlLT5mZDsKLSAg ICBzdHJ1Y3QgaW9jdGxfZXZ0Y2huX25vdGlmeSBub3RpZnk7Ci0KLSAgICBub3RpZnkucG9ydCA9 IHBvcnQ7Ci0KLSAgICByZXR1cm4gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9OT1RJRlksICZub3Rp ZnkpOwotfQotCi1ldnRjaG5fcG9ydF9vcl9lcnJvcl90IHhjX2V2dGNobl9iaW5kX3VuYm91bmRf cG9ydCh4Y19ldnRjaG4gKnhjZSwgaW50IGRvbWlkKQotewotICAgIGludCBmZCA9IHhjZS0+ZmQ7 Ci0gICAgc3RydWN0IGlvY3RsX2V2dGNobl9iaW5kX3VuYm91bmRfcG9ydCBiaW5kOwotCi0gICAg YmluZC5yZW1vdGVfZG9tYWluID0gZG9taWQ7Ci0KLSAgICByZXR1cm4gaW9jdGwoZmQsIElPQ1RM X0VWVENITl9CSU5EX1VOQk9VTkRfUE9SVCwgJmJpbmQpOwotfQotCi1ldnRjaG5fcG9ydF9vcl9l cnJvcl90IHhjX2V2dGNobl9iaW5kX2ludGVyZG9tYWluKHhjX2V2dGNobiAqeGNlLCBpbnQgZG9t aWQsCi0gICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIGV2 dGNobl9wb3J0X3QgcmVtb3RlX3BvcnQpCi17Ci0gICAgaW50IGZkID0geGNlLT5mZDsKLSAgICBz dHJ1Y3QgaW9jdGxfZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4gYmluZDsKLQotICAgIGJpbmQucmVt b3RlX2RvbWFpbiA9IGRvbWlkOwotICAgIGJpbmQucmVtb3RlX3BvcnQgPSByZW1vdGVfcG9ydDsK LQotICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRfSU5URVJET01BSU4sICZi aW5kKTsKLX0KLQotZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4Y19ldnRjaG5fYmluZF92aXJxKHhj X2V2dGNobiAqeGNlLCB1bnNpZ25lZCBpbnQgdmlycSkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZk OwotICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5fYmluZF92aXJxIGJpbmQ7Ci0KLSAgICBiaW5kLnZp cnEgPSB2aXJxOwotCi0gICAgcmV0dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fQklORF9WSVJR LCAmYmluZCk7Ci19Ci0KLWludCB4Y19ldnRjaG5fdW5iaW5kKHhjX2V2dGNobiAqeGNlLCBldnRj aG5fcG9ydF90IHBvcnQpCi17Ci0gICAgaW50IGZkID0geGNlLT5mZDsKLSAgICBzdHJ1Y3QgaW9j dGxfZXZ0Y2huX3VuYmluZCB1bmJpbmQ7Ci0KLSAgICB1bmJpbmQucG9ydCA9IHBvcnQ7Ci0KLSAg ICByZXR1cm4gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9VTkJJTkQsICZ1bmJpbmQpOwotfQotCi1l dnRjaG5fcG9ydF9vcl9lcnJvcl90IHhjX2V2dGNobl9wZW5kaW5nKHhjX2V2dGNobiAqeGNlKQot ewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0gICAgZXZ0Y2huX3BvcnRfdCBwb3J0OwotCi0gICAg aWYgKCByZWFkKGZkLCAmcG9ydCwgc2l6ZW9mKHBvcnQpKSAhPSBzaXplb2YocG9ydCkgKQotICAg ICAgICByZXR1cm4gLTE7Ci0KLSAgICByZXR1cm4gcG9ydDsKLX0KLQotaW50IHhjX2V2dGNobl91 bm1hc2soeGNfZXZ0Y2huICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkKLXsKLSAgICBpbnQgZmQg PSB4Y2UtPmZkOwotCi0gICAgaWYgKCB3cml0ZShmZCwgJnBvcnQsIHNpemVvZihwb3J0KSkgIT0g c2l6ZW9mKHBvcnQpICkKLSAgICAgICAgcmV0dXJuIC0xOwotICAgIHJldHVybiAwOwotfQotCiBz dGF0aWMgeGNfb3NkZXBfaGFuZGxlIGxpbnV4X2dudHRhYl9vcGVuKHhjX2dudHRhYiAqeGNnKQog ewogICAgIGludCBmZCA9IG9wZW4oREVWWEVOICJnbnRkZXYiLCBPX1JEV1IpOwpkaWZmIC0tZ2l0 IGEvdG9vbHMvbGlieGMveGNfbWluaW9zLmMgYi90b29scy9saWJ4Yy94Y19taW5pb3MuYwppbmRl eCA0YWNlMWI1Li5kYjdiMzQ0IDEwMDY0NAotLS0gYS90b29scy9saWJ4Yy94Y19taW5pb3MuYwor KysgYi90b29scy9saWJ4Yy94Y19taW5pb3MuYwpAQCAtMTksMTQgKzE5LDExIEBACiAgKi8KIAog I3VuZGVmIE5ERUJVRwotI2luY2x1ZGUgInhlbi1leHRlcm5hbC9ic2Qtc3lzLXF1ZXVlLmgiCiAj aW5jbHVkZSA8bWluaS1vcy90eXBlcy5oPgogI2luY2x1ZGUgPG1pbmktb3Mvb3MuaD4KICNpbmNs dWRlIDxtaW5pLW9zL21tLmg+CiAjaW5jbHVkZSA8bWluaS1vcy9saWIuaD4KICNpbmNsdWRlIDxt aW5pLW9zL2dudG1hcC5oPgotI2luY2x1ZGUgPG1pbmktb3MvZXZlbnRzLmg+Ci0jaW5jbHVkZSA8 bWluaS1vcy93YWl0Lmg+CiAjaW5jbHVkZSA8c3lzL21tYW4uaD4KIAogI2luY2x1ZGUgPHhlbi9t ZW1vcnkuaD4KQEAgLTQxLDEzICszOCw5IEBACiAjaW5jbHVkZSAieGNfcHJpdmF0ZS5oIgogCiB2 b2lkIG1pbmlvc19pbnRlcmZhY2VfY2xvc2VfZmQoaW50IGZkKTsKLXZvaWQgbWluaW9zX2V2dGNo bl9jbG9zZV9mZChpbnQgZmQpOwogdm9pZCBtaW5pb3NfZ250dGFiX2Nsb3NlX2ZkKGludCBmZCk7 CiAKIGV4dGVybiB2b2lkIG1pbmlvc19pbnRlcmZhY2VfY2xvc2VfZmQoaW50IGZkKTsKLWV4dGVy biB2b2lkIG1pbmlvc19ldnRjaG5fY2xvc2VfZmQoaW50IGZkKTsKLQotZXh0ZXJuIHN0cnVjdCB3 YWl0X3F1ZXVlX2hlYWQgZXZlbnRfcXVldWU7CiAKIHN0YXRpYyB4Y19vc2RlcF9oYW5kbGUgbWlu aW9zX3ByaXZjbWRfb3Blbih4Y19pbnRlcmZhY2UgKnhjaCkKIHsKQEAgLTE5NywyMjAgKzE5MCw2 IEBAIHN0YXRpYyBzdHJ1Y3QgeGNfb3NkZXBfb3BzIG1pbmlvc19wcml2Y21kX29wcyA9IHsKICAg ICB9LAogfTsKIAotCi0vKiBYWFggTm90ZTogVGhpcyBpcyBub3QgdGhyZWFkc2FmZSAqLwotc3Rh dGljIHN0cnVjdCBldnRjaG5fcG9ydF9pbmZvKiBwb3J0X2FsbG9jKGludCBmZCkgewotICAgIHN0 cnVjdCBldnRjaG5fcG9ydF9pbmZvICpwb3J0X2luZm87Ci0gICAgcG9ydF9pbmZvID0gbWFsbG9j KHNpemVvZihzdHJ1Y3QgZXZ0Y2huX3BvcnRfaW5mbykpOwotICAgIGlmIChwb3J0X2luZm8gPT0g TlVMTCkKLSAgICAgICAgcmV0dXJuIE5VTEw7Ci0gICAgcG9ydF9pbmZvLT5wZW5kaW5nID0gMDsK LSAgICBwb3J0X2luZm8tPnBvcnQgPSAtMTsKLSAgICBwb3J0X2luZm8tPmJvdW5kID0gMDsKLQot ICAgIExJU1RfSU5TRVJUX0hFQUQoJmZpbGVzW2ZkXS5ldnRjaG4ucG9ydHMsIHBvcnRfaW5mbywg bGlzdCk7Ci0gICAgcmV0dXJuIHBvcnRfaW5mbzsKLX0KLQotc3RhdGljIHZvaWQgcG9ydF9kZWFs bG9jKHN0cnVjdCBldnRjaG5fcG9ydF9pbmZvICpwb3J0X2luZm8pIHsKLSAgICBpZiAocG9ydF9p bmZvLT5ib3VuZCkKLSAgICAgICAgdW5iaW5kX2V2dGNobihwb3J0X2luZm8tPnBvcnQpOwotICAg IExJU1RfUkVNT1ZFKHBvcnRfaW5mbywgbGlzdCk7Ci0gICAgZnJlZShwb3J0X2luZm8pOwotfQot Ci1pbnQgb3NkZXBfZXZ0Y2huX29wZW4oeGNfZXZ0Y2huICp4Y2UpCi17Ci0gICAgaW50IGZkID0g YWxsb2NfZmQoRlRZUEVfRVZUQ0hOKTsKLSAgICBpZiAoIGZkID09IC0xICkKLSAgICAgICAgcmV0 dXJuIC0xOwotICAgIExJU1RfSU5JVCgmZmlsZXNbZmRdLmV2dGNobi5wb3J0cyk7Ci0gICAgeGNl LT5mZCA9IGZkOwotICAgIHByaW50ZigiZXZ0Y2huX29wZW4oKSAtPiAlZFxuIiwgZmQpOwotICAg IHJldHVybiAwOwotfQotCi1pbnQgb3NkZXBfZXZ0Y2huX2Nsb3NlKHhjX2V2dGNobiAqeGNlLCB4 Y19vc2RlcF9oYW5kbGUgaCkKLXsKLSAgICBpZiAoIHhjZS0+ZmQgPT0gLTEgKQotICAgICAgICBy ZXR1cm4gMDsKLQotICAgIHJldHVybiBjbG9zZSh4Y2UtPmZkKTsKLX0KLQotdm9pZCBtaW5pb3Nf ZXZ0Y2huX2Nsb3NlX2ZkKGludCBmZCkKLXsKLSAgICBzdHJ1Y3QgZXZ0Y2huX3BvcnRfaW5mbyAq cG9ydF9pbmZvLCAqdG1wOwotICAgIExJU1RfRk9SRUFDSF9TQUZFKHBvcnRfaW5mbywgJmZpbGVz W2ZkXS5ldnRjaG4ucG9ydHMsIGxpc3QsIHRtcCkKLSAgICAgICAgcG9ydF9kZWFsbG9jKHBvcnRf aW5mbyk7Ci0KLSAgICBmaWxlc1tmZF0udHlwZSA9IEZUWVBFX05PTkU7Ci19Ci0KLWludCB4Y19l dnRjaG5fZmQoeGNfZXZ0Y2huICp4Y2UpCi17Ci0gICAgcmV0dXJuIHhjZS0+ZmQ7Ci19Ci0KLWlu dCB4Y19ldnRjaG5fbm90aWZ5KHhjX2V2dGNobiAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpCi17 Ci0gICAgaW50IHJldDsKLQotICAgIHJldCA9IG5vdGlmeV9yZW1vdGVfdmlhX2V2dGNobihwb3J0 KTsKLQotICAgIGlmIChyZXQgPCAwKSB7Ci0JZXJybm8gPSAtcmV0OwotCXJldCA9IC0xOwotICAg IH0KLSAgICByZXR1cm4gcmV0OwotfQotCi1zdGF0aWMgdm9pZCBldnRjaG5faGFuZGxlcihldnRj aG5fcG9ydF90IHBvcnQsIHN0cnVjdCBwdF9yZWdzICpyZWdzLCB2b2lkICpkYXRhKQotewotICAg IGludCBmZCA9IChpbnQpKGludHB0cl90KWRhdGE7Ci0gICAgc3RydWN0IGV2dGNobl9wb3J0X2lu Zm8gKnBvcnRfaW5mbzsKLSAgICBhc3NlcnQoZmlsZXNbZmRdLnR5cGUgPT0gRlRZUEVfRVZUQ0hO KTsKLSAgICBtYXNrX2V2dGNobihwb3J0KTsKLSAgICBMSVNUX0ZPUkVBQ0gocG9ydF9pbmZvLCAm ZmlsZXNbZmRdLmV2dGNobi5wb3J0cywgbGlzdCkgewotICAgICAgICBpZiAocG9ydF9pbmZvLT5w b3J0ID09IHBvcnQpCi0gICAgICAgICAgICBnb3RvIGZvdW5kOwotICAgIH0KLSAgICBwcmludGso IlVua25vd24gcG9ydCBmb3IgaGFuZGxlICVkXG4iLCBmZCk7Ci0gICAgcmV0dXJuOwotCi0gZm91 bmQ6Ci0gICAgcG9ydF9pbmZvLT5wZW5kaW5nID0gMTsKLSAgICBmaWxlc1tmZF0ucmVhZCA9IDE7 Ci0gICAgd2FrZV91cCgmZXZlbnRfcXVldWUpOwotfQotCi1ldnRjaG5fcG9ydF9vcl9lcnJvcl90 IHhjX2V2dGNobl9iaW5kX3VuYm91bmRfcG9ydCh4Y19ldnRjaG4gKnhjZSwgaW50IGRvbWlkKQot ewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0gICAgc3RydWN0IGV2dGNobl9wb3J0X2luZm8gKnBv cnRfaW5mbzsKLSAgICBpbnQgcmV0OwotICAgIGV2dGNobl9wb3J0X3QgcG9ydDsKLQotICAgIGFz c2VydChnZXRfY3VycmVudCgpID09IG1haW5fdGhyZWFkKTsKLSAgICBwb3J0X2luZm8gPSBwb3J0 X2FsbG9jKGZkKTsKLSAgICBpZiAocG9ydF9pbmZvID09IE5VTEwpCi0JcmV0dXJuIC0xOwotCi0g ICAgcHJpbnRmKCJ4Y19ldnRjaG5fYmluZF91bmJvdW5kX3BvcnQoJWQpIiwgZG9taWQpOwotICAg IHJldCA9IGV2dGNobl9hbGxvY191bmJvdW5kKGRvbWlkLCBldnRjaG5faGFuZGxlciwgKHZvaWQq KShpbnRwdHJfdClmZCwgJnBvcnQpOwotICAgIHByaW50ZigiID0gJWRcbiIsIHJldCk7Ci0KLSAg ICBpZiAocmV0IDwgMCkgewotCXBvcnRfZGVhbGxvYyhwb3J0X2luZm8pOwotCWVycm5vID0gLXJl dDsKLQlyZXR1cm4gLTE7Ci0gICAgfQotICAgIHBvcnRfaW5mby0+Ym91bmQgPSAxOwotICAgIHBv cnRfaW5mby0+cG9ydCA9IHBvcnQ7Ci0gICAgdW5tYXNrX2V2dGNobihwb3J0KTsKLSAgICByZXR1 cm4gcG9ydDsKLX0KLQotZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4Y19ldnRjaG5fYmluZF9pbnRl cmRvbWFpbih4Y19ldnRjaG4gKnhjZSwgaW50IGRvbWlkLAotICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICBldnRjaG5fcG9ydF90IHJlbW90ZV9wb3J0KQot ewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0gICAgc3RydWN0IGV2dGNobl9wb3J0X2luZm8gKnBv cnRfaW5mbzsKLSAgICBldnRjaG5fcG9ydF90IGxvY2FsX3BvcnQ7Ci0gICAgaW50IHJldDsKLQot ICAgIGFzc2VydChnZXRfY3VycmVudCgpID09IG1haW5fdGhyZWFkKTsKLSAgICBwb3J0X2luZm8g PSBwb3J0X2FsbG9jKGZkKTsKLSAgICBpZiAocG9ydF9pbmZvID09IE5VTEwpCi0JcmV0dXJuIC0x OwotCi0gICAgcHJpbnRmKCJ4Y19ldnRjaG5fYmluZF9pbnRlcmRvbWFpbiglZCwgJSJQUklkMzIi KSIsIGRvbWlkLCByZW1vdGVfcG9ydCk7Ci0gICAgcmV0ID0gZXZ0Y2huX2JpbmRfaW50ZXJkb21h aW4oZG9taWQsIHJlbW90ZV9wb3J0LCBldnRjaG5faGFuZGxlciwgKHZvaWQqKShpbnRwdHJfdClm ZCwgJmxvY2FsX3BvcnQpOwotICAgIHByaW50ZigiID0gJWRcbiIsIHJldCk7Ci0KLSAgICBpZiAo cmV0IDwgMCkgewotCXBvcnRfZGVhbGxvYyhwb3J0X2luZm8pOwotCWVycm5vID0gLXJldDsKLQly ZXR1cm4gLTE7Ci0gICAgfQotICAgIHBvcnRfaW5mby0+Ym91bmQgPSAxOwotICAgIHBvcnRfaW5m by0+cG9ydCA9IGxvY2FsX3BvcnQ7Ci0gICAgdW5tYXNrX2V2dGNobihsb2NhbF9wb3J0KTsKLSAg ICByZXR1cm4gbG9jYWxfcG9ydDsKLX0KLQotaW50IHhjX2V2dGNobl91bmJpbmQoeGNfZXZ0Y2hu ICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotICAg IHN0cnVjdCBldnRjaG5fcG9ydF9pbmZvICpwb3J0X2luZm87Ci0KLSAgICBMSVNUX0ZPUkVBQ0go cG9ydF9pbmZvLCAmZmlsZXNbZmRdLmV2dGNobi5wb3J0cywgbGlzdCkgewotICAgICAgICBpZiAo cG9ydF9pbmZvLT5wb3J0ID09IHBvcnQpIHsKLSAgICAgICAgICAgIHBvcnRfZGVhbGxvYyhwb3J0 X2luZm8pOwotICAgICAgICAgICAgcmV0dXJuIDA7Ci0gICAgICAgIH0KLSAgICB9Ci0gICAgcHJp bnRmKCJXYXJuaW5nOiBjb3VsZG4ndCBmaW5kIHBvcnQgJSJQUklkMzIiIGZvciB4YyBoYW5kbGUg JXhcbiIsIHBvcnQsIGZkKTsKLSAgICBlcnJubyA9IEVJTlZBTDsKLSAgICByZXR1cm4gLTE7Ci19 Ci0KLWV2dGNobl9wb3J0X29yX2Vycm9yX3QgeGNfZXZ0Y2huX2JpbmRfdmlycSh4Y19ldnRjaG4g KnhjZSwgdW5zaWduZWQgaW50IHZpcnEpCi17Ci0gICAgaW50IGZkID0geGNlLT5mZDsKLSAgICBz dHJ1Y3QgZXZ0Y2huX3BvcnRfaW5mbyAqcG9ydF9pbmZvOwotICAgIGV2dGNobl9wb3J0X3QgcG9y dDsKLQotICAgIGFzc2VydChnZXRfY3VycmVudCgpID09IG1haW5fdGhyZWFkKTsKLSAgICBwb3J0 X2luZm8gPSBwb3J0X2FsbG9jKGZkKTsKLSAgICBpZiAocG9ydF9pbmZvID09IE5VTEwpCi0JcmV0 dXJuIC0xOwotCi0gICAgcHJpbnRmKCJ4Y19ldnRjaG5fYmluZF92aXJxKCVkKSIsIHZpcnEpOwot ICAgIHBvcnQgPSBiaW5kX3ZpcnEodmlycSwgZXZ0Y2huX2hhbmRsZXIsICh2b2lkKikoaW50cHRy X3QpZmQpOwotCi0gICAgaWYgKHBvcnQgPCAwKSB7Ci0JcG9ydF9kZWFsbG9jKHBvcnRfaW5mbyk7 Ci0JZXJybm8gPSAtcG9ydDsKLQlyZXR1cm4gLTE7Ci0gICAgfQotICAgIHBvcnRfaW5mby0+Ym91 bmQgPSAxOwotICAgIHBvcnRfaW5mby0+cG9ydCA9IHBvcnQ7Ci0gICAgdW5tYXNrX2V2dGNobihw b3J0KTsKLSAgICByZXR1cm4gcG9ydDsKLX0KLQotZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4Y19l dnRjaG5fcGVuZGluZyh4Y19ldnRjaG4gKnhjZSkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwot ICAgIHN0cnVjdCBldnRjaG5fcG9ydF9pbmZvICpwb3J0X2luZm87Ci0gICAgdW5zaWduZWQgbG9u ZyBmbGFnczsKLSAgICBldnRjaG5fcG9ydF90IHJldCA9IC0xOwotCi0gICAgbG9jYWxfaXJxX3Nh dmUoZmxhZ3MpOwotICAgIGZpbGVzW2ZkXS5yZWFkID0gMDsKLQotICAgIExJU1RfRk9SRUFDSChw b3J0X2luZm8sICZmaWxlc1tmZF0uZXZ0Y2huLnBvcnRzLCBsaXN0KSB7Ci0gICAgICAgIGlmIChw b3J0X2luZm8tPnBvcnQgIT0gLTEgJiYgcG9ydF9pbmZvLT5wZW5kaW5nKSB7Ci0gICAgICAgICAg ICBpZiAocmV0ID09IC0xKSB7Ci0gICAgICAgICAgICAgICAgcmV0ID0gcG9ydF9pbmZvLT5wb3J0 OwotICAgICAgICAgICAgICAgIHBvcnRfaW5mby0+cGVuZGluZyA9IDA7Ci0gICAgICAgICAgICB9 IGVsc2UgewotICAgICAgICAgICAgICAgIGZpbGVzW2ZkXS5yZWFkID0gMTsKLSAgICAgICAgICAg ICAgICBicmVhazsKLSAgICAgICAgICAgIH0KLSAgICAgICAgfQotICAgIH0KLSAgICBsb2NhbF9p cnFfcmVzdG9yZShmbGFncyk7Ci0gICAgcmV0dXJuIHJldDsKLX0KLQotaW50IHhjX2V2dGNobl91 bm1hc2soeGNfZXZ0Y2huICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkKLXsKLSAgICB1bm1hc2tf ZXZ0Y2huKHBvcnQpOwotICAgIHJldHVybiAwOwotfQotCiAvKiBPcHRpb25hbGx5IGZsdXNoIGZp bGUgdG8gZGlzayBhbmQgZGlzY2FyZCBwYWdlIGNhY2hlICovCiB2b2lkIGRpc2NhcmRfZmlsZV9j YWNoZSh4Y19pbnRlcmZhY2UgKnhjaCwgaW50IGZkLCBpbnQgZmx1c2gpCiB7CmRpZmYgLS1naXQg YS90b29scy9saWJ4Yy94Y19uZXRic2QuYyBiL3Rvb2xzL2xpYnhjL3hjX25ldGJzZC5jCmluZGV4 IGIxYjgyOGYuLmZlNGYwYTEgMTAwNjQ0Ci0tLSBhL3Rvb2xzL2xpYnhjL3hjX25ldGJzZC5jCisr KyBiL3Rvb2xzL2xpYnhjL3hjX25ldGJzZC5jCkBAIC0xOSw3ICsxOSw2IEBACiAKICNpbmNsdWRl ICJ4Y19wcml2YXRlLmgiCiAKLSNpbmNsdWRlIDx4ZW4vc3lzL2V2dGNobi5oPgogI2luY2x1ZGUg PHVuaXN0ZC5oPgogI2luY2x1ZGUgPGZjbnRsLmg+CiAjaW5jbHVkZSA8bWFsbG9jLmg+CkBAIC0y MjMsMTE0ICsyMjIsNiBAQCBzdGF0aWMgc3RydWN0IHhjX29zZGVwX29wcyBuZXRic2RfcHJpdmNt ZF9vcHMgPSB7CiAgICAgfSwKIH07CiAKLSNkZWZpbmUgRVZUQ0hOX0RFVl9OQU1FICAiL2Rldi94 ZW5ldnQiCi0KLWludCBvc2RlcF9ldnRjaG5fb3Blbih4Y19ldnRjaG4gKnhjZSkKLXsKLSAgICBp bnQgZmQgPSBvcGVuKEVWVENITl9ERVZfTkFNRSwgT19OT05CTE9DS3xPX1JEV1IpOwotICAgIGlm ICggZmQgPT0gLTEgKQotICAgICAgICByZXR1cm4gLTE7Ci0gICAgeGNlLT5mZCA9IGZkOwotICAg IHJldHVybiAwOwotfQotCi1pbnQgb3NkZXBfZXZ0Y2huX2Nsb3NlKHhjX2V2dGNobiAqeGNlLCB4 Y19vc2RlcF9oYW5kbGUgaCkKLXsKLSAgICBpZiAoIHhjZS0+ZmQgPT0gLTEgKQotICAgICAgICBy ZXR1cm4gMDsKLQotICAgIHJldHVybiBjbG9zZSh4Y2UtPmZkKTsKLX0KLQotaW50IHhjX2V2dGNo bl9mZCh4Y19ldnRjaG4gKnhjZSkKLXsKLSAgICByZXR1cm4geGNlLT5mZDsKLX0KLQotaW50IHhj X2V2dGNobl9ub3RpZnkoeGNfZXZ0Y2huICp4Y2UsIGV2dGNobl9wb3J0X3QgcG9ydCkKLXsKLSAg ICBpbnQgZmQgPSB4Y2UtPmZkOwotICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5fbm90aWZ5IG5vdGlm eTsKLQotICAgIG5vdGlmeS5wb3J0ID0gcG9ydDsKLQotICAgIHJldHVybiBpb2N0bChmZCwgSU9D VExfRVZUQ0hOX05PVElGWSwgJm5vdGlmeSk7Ci19Ci0KLWV2dGNobl9wb3J0X29yX2Vycm9yX3Qg eGNfZXZ0Y2huX2JpbmRfdW5ib3VuZF9wb3J0KHhjX2V2dGNobiAqIHhjZSwgaW50IGRvbWlkKQot ewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0gICAgc3RydWN0IGlvY3RsX2V2dGNobl9iaW5kX3Vu Ym91bmRfcG9ydCBiaW5kOwotICAgIGludCByZXQ7Ci0KLSAgICBiaW5kLnJlbW90ZV9kb21haW4g PSBkb21pZDsKLQotICAgIHJldCA9IGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fQklORF9VTkJPVU5E X1BPUlQsICZiaW5kKTsKLSAgICBpZiAocmV0ID09IDApCi0JcmV0dXJuIGJpbmQucG9ydDsKLSAg ICBlbHNlCi0JcmV0dXJuIC0xOwotfQotCi1ldnRjaG5fcG9ydF9vcl9lcnJvcl90IHhjX2V2dGNo bl9iaW5kX2ludGVyZG9tYWluKHhjX2V2dGNobiAqeGNlLCBpbnQgZG9taWQsCi0gICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIGV2dGNobl9wb3J0X3QgcmVt b3RlX3BvcnQpCi17Ci0gICAgaW50IGZkID0geGNlLT5mZDsKLSAgICBzdHJ1Y3QgaW9jdGxfZXZ0 Y2huX2JpbmRfaW50ZXJkb21haW4gYmluZDsKLSAgICBpbnQgcmV0OwotCi0gICAgYmluZC5yZW1v dGVfZG9tYWluID0gZG9taWQ7Ci0gICAgYmluZC5yZW1vdGVfcG9ydCA9IHJlbW90ZV9wb3J0Owot Ci0gICAgcmV0ID0gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9CSU5EX0lOVEVSRE9NQUlOLCAmYmlu ZCk7Ci0gICAgaWYgKHJldCA9PSAwKQotCXJldHVybiBiaW5kLnBvcnQ7Ci0gICAgZWxzZQotCXJl dHVybiAtMTsKLX0KLQotaW50IHhjX2V2dGNobl91bmJpbmQoeGNfZXZ0Y2huICp4Y2UsIGV2dGNo bl9wb3J0X3QgcG9ydCkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotICAgIHN0cnVjdCBpb2N0 bF9ldnRjaG5fdW5iaW5kIHVuYmluZDsKLQotICAgIHVuYmluZC5wb3J0ID0gcG9ydDsKLQotICAg IHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX1VOQklORCwgJnVuYmluZCk7Ci19Ci0KLWV2 dGNobl9wb3J0X29yX2Vycm9yX3QgeGNfZXZ0Y2huX2JpbmRfdmlycSh4Y19ldnRjaG4gKnhjZSwg dW5zaWduZWQgaW50IHZpcnEpCi17Ci0gICAgaW50IGZkID0geGNlLT5mZDsKLSAgICBzdHJ1Y3Qg aW9jdGxfZXZ0Y2huX2JpbmRfdmlycSBiaW5kOwotICAgIGludCBlcnI7Ci0KLSAgICBiaW5kLnZp cnEgPSB2aXJxOwotCi0gICAgZXJyID0gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9CSU5EX1ZJUlEs ICZiaW5kKTsKLSAgICBpZiAoZXJyKQotCXJldHVybiAtMTsKLSAgICBlbHNlCi0JcmV0dXJuIGJp bmQucG9ydDsKLX0KLQotZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4Y19ldnRjaG5fcGVuZGluZyh4 Y19ldnRjaG4gKnhjZSkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwotICAgIGV2dGNobl9wb3J0 X3QgcG9ydDsKLQotICAgIGlmICggcmVhZF9leGFjdChmZCwgKGNoYXIgKikmcG9ydCwgc2l6ZW9m KHBvcnQpKSA9PSAtMSApCi0gICAgICAgIHJldHVybiAtMTsKLQotICAgIHJldHVybiBwb3J0Owot fQotCi1pbnQgeGNfZXZ0Y2huX3VubWFzayh4Y19ldnRjaG4gKnhjZSwgZXZ0Y2huX3BvcnRfdCBw b3J0KQotewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0gICAgcmV0dXJuIHdyaXRlX2V4YWN0KGZk LCAoY2hhciAqKSZwb3J0LCBzaXplb2YocG9ydCkpOwotfQotCiAvKiBPcHRpb25hbGx5IGZsdXNo IGZpbGUgdG8gZGlzayBhbmQgZGlzY2FyZCBwYWdlIGNhY2hlICovCiB2b2lkIGRpc2NhcmRfZmls ZV9jYWNoZSh4Y19pbnRlcmZhY2UgKnhjaCwgaW50IGZkLCBpbnQgZmx1c2gpIAogewpkaWZmIC0t Z2l0IGEvdG9vbHMvbGlieGMveGNfcHJpdmF0ZS5jIGIvdG9vbHMvbGlieGMveGNfcHJpdmF0ZS5j CmluZGV4IGNiNzlmMjIuLjU2ZDU0YjYgMTAwNjQ0Ci0tLSBhL3Rvb2xzL2xpYnhjL3hjX3ByaXZh dGUuYworKysgYi90b29scy9saWJ4Yy94Y19wcml2YXRlLmMKQEAgLTI1MSw0NiArMjUxLDYgQEAg aW50IGRvX3hlbl9oeXBlcmNhbGwoeGNfaW50ZXJmYWNlICp4Y2gsIHByaXZjbWRfaHlwZXJjYWxs X3QgKmh5cGVyY2FsbCkKICAgICByZXR1cm4geGNoLT5vcHMtPnUucHJpdmNtZC5oeXBlcmNhbGwo eGNoLCB4Y2gtPm9wc19oYW5kbGUsIGh5cGVyY2FsbCk7CiB9CiAKLXhjX2V2dGNobiAqeGNfZXZ0 Y2huX29wZW4oeGVudG9vbGxvZ19sb2dnZXIgKmxvZ2dlciwgdW5zaWduZWQgb3Blbl9mbGFncykK LXsKLSAgICB4Y19ldnRjaG4gKnhjZSA9IG1hbGxvYyhzaXplb2YoKnhjZSkpOwotICAgIGludCBy YzsKLQotICAgIGlmICgheGNlKSByZXR1cm4gTlVMTDsKLQotICAgIHhjZS0+ZmQgPSAtMTsKLSAg ICB4Y2UtPmxvZ2dlciA9IGxvZ2dlcjsKLSAgICB4Y2UtPmxvZ2dlcl90b2ZyZWUgID0gTlVMTDsK LQotICAgIGlmICgheGNlLT5sb2dnZXIpIHsKLSAgICAgICAgeGNlLT5sb2dnZXIgPSB4Y2UtPmxv Z2dlcl90b2ZyZWUgPQotICAgICAgICAgICAgKHhlbnRvb2xsb2dfbG9nZ2VyKikKLSAgICAgICAg ICAgIHh0bF9jcmVhdGVsb2dnZXJfc3RkaW9zdHJlYW0oc3RkZXJyLCBYVExfUFJPR1JFU1MsIDAp OwotICAgICAgICBpZiAoIXhjZS0+bG9nZ2VyKSBnb3RvIGVycjsKLSAgICB9Ci0KLSAgICByYyA9 IG9zZGVwX2V2dGNobl9vcGVuKHhjZSk7Ci0gICAgaWYgKCByYyAgPCAwICkgZ290byBlcnI7Ci0K LSAgICByZXR1cm4geGNlOwotCi1lcnI6Ci0gICAgb3NkZXBfZXZ0Y2huX2Nsb3NlKHhjZSk7Ci0g ICAgeHRsX2xvZ2dlcl9kZXN0cm95KHhjZS0+bG9nZ2VyX3RvZnJlZSk7Ci0gICAgZnJlZSh4Y2Up OwotICAgIHJldHVybiBOVUxMOwotfQotCi1pbnQgeGNfZXZ0Y2huX2Nsb3NlKHhjX2V2dGNobiAq eGNlKQotewotICAgIGludCByYzsKLQotICAgIHJjID0gb3NkZXBfZXZ0Y2huX2Nsb3NlKHhjZSk7 Ci0gICAgeHRsX2xvZ2dlcl9kZXN0cm95KHhjZS0+bG9nZ2VyX3RvZnJlZSk7Ci0gICAgZnJlZSh4 Y2UpOwotICAgIHJldHVybiByYzsKLX0KLQogeGNfZ250dGFiICp4Y19nbnR0YWJfb3Blbih4ZW50 b29sbG9nX2xvZ2dlciAqbG9nZ2VyLAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICB1bnNp Z25lZCBvcGVuX2ZsYWdzKQogewpkaWZmIC0tZ2l0IGEvdG9vbHMvbGlieGMveGNfcHJpdmF0ZS5o IGIvdG9vbHMvbGlieGMveGNfcHJpdmF0ZS5oCmluZGV4IGY0ZDE1NWEuLmEzMmFjY2IgMTAwNjQ0 Ci0tLSBhL3Rvb2xzL2xpYnhjL3hjX3ByaXZhdGUuaAorKysgYi90b29scy9saWJ4Yy94Y19wcml2 YXRlLmgKQEAgLTEyMywxMyArMTIzLDYgQEAgc3RydWN0IHhjX2ludGVyZmFjZV9jb3JlIHsKICAg ICB4Y19vc2RlcF9oYW5kbGUgIG9wc19oYW5kbGU7IC8qIG9wYXF1ZSBkYXRhIGZvciB4Y19vc2Rl cF9vcHMgKi8KIH07CiAKLXN0cnVjdCB4ZW5ldnRjaG5faGFuZGxlIHsKLSAgICB4ZW50b29sbG9n X2xvZ2dlciAqbG9nZ2VyLCAqbG9nZ2VyX3RvZnJlZTsKLSAgICBpbnQgZmQ7Ci19OwotaW50IG9z ZGVwX2V2dGNobl9vcGVuKHhjX2V2dGNobiAqeGNlKTsKLWludCBvc2RlcF9ldnRjaG5fY2xvc2Uo eGNfZXZ0Y2huICp4Y2UpOwotCiB2b2lkIHhjX3JlcG9ydF9lcnJvcih4Y19pbnRlcmZhY2UgKnhj aCwgaW50IGNvZGUsIGNvbnN0IGNoYXIgKmZtdCwgLi4uKQogICAgIF9fYXR0cmlidXRlX18oKGZv cm1hdChwcmludGYsMyw0KSkpOwogdm9pZCB4Y19yZXBvcnR2KHhjX2ludGVyZmFjZSAqeGNoLCB4 ZW50b29sbG9nX2xvZ2dlciAqbGcsIHhlbnRvb2xsb2dfbGV2ZWwsCmRpZmYgLS1naXQgYS90b29s cy9saWJ4Yy94Y19zb2xhcmlzLmMgYi90b29scy9saWJ4Yy94Y19zb2xhcmlzLmMKaW5kZXggMDg4 MjI4YS4uZWQ3OTg3YyAxMDA2NDQKLS0tIGEvdG9vbHMvbGlieGMveGNfc29sYXJpcy5jCisrKyBi L3Rvb2xzL2xpYnhjL3hjX3NvbGFyaXMuYwpAQCAtMjAsNyArMjAsNiBAQAogI2luY2x1ZGUgInhj X3ByaXZhdGUuaCIKIAogI2luY2x1ZGUgPHhlbi9tZW1vcnkuaD4KLSNpbmNsdWRlIDx4ZW4vc3lz L2V2dGNobi5oPgogI2luY2x1ZGUgPHVuaXN0ZC5oPgogI2luY2x1ZGUgPGZjbnRsLmg+CiAjaW5j bHVkZSA8bWFsbG9jLmg+CkBAIC0xOTQsMTAyICsxOTMsNiBAQCBzdGF0aWMgc3RydWN0IHhjX29z ZGVwX29wcyBzb2xhcmlzX3ByaXZjbWRfb3BzID0gewogICAgIH0sCiB9OwogCi1pbnQgb3NkZXBf ZXZ0Y2huX29wZW4oeGNfZXZ0Y2huICp4Y2UpCi17Ci0gICAgaW50IGZkOwotCi0gICAgaWYgKCAo ZmQgPSBvcGVuKCIvZGV2L3hlbi9ldnRjaG4iLCBPX1JEV1IpKSA9PSAtMSApCi0gICAgewotICAg ICAgICBQRVJST1IoIkNvdWxkIG5vdCBvcGVuIGV2ZW50IGNoYW5uZWwgaW50ZXJmYWNlIik7Ci0g ICAgICAgIHJldHVybiAtMTsKLSAgICB9Ci0KLSAgICB4Y2UtPmZkID0gZmQ7Ci0gICAgcmV0dXJu IDA7Ci19Ci0KLWludCBvc2RlcF9ldnRjaG5fY2xvc2UoeGNfZXZ0Y2huICp4Y2UpCi17Ci0gICAg aWYgKCB4Y2UtPmZkID09IC0xICkKLSAgICAgICAgcmV0dXJuIDA7Ci0KLSAgICByZXR1cm4gY2xv c2UoeGNlLT5mZCk7Ci19Ci0KLWludCB4Y19ldnRjaG5fZmQoeGNfZXZ0Y2huICp4Y2UpCi17Ci0g ICAgcmV0dXJuIHhjZS0+ZmQ7Ci19Ci0KLWludCB4Y19ldnRjaG5fbm90aWZ5KHhjX2V2dGNobiAq eGNlLCBldnRjaG5fcG9ydF90IHBvcnQpCi17Ci0gICAgaW50IGZkID0geGNlLT5mZDsKLSAgICBz dHJ1Y3QgaW9jdGxfZXZ0Y2huX25vdGlmeSBub3RpZnk7Ci0KLSAgICBub3RpZnkucG9ydCA9IHBv cnQ7Ci0KLSAgICByZXR1cm4gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9OT1RJRlksICZub3RpZnkp OwotfQotCi1ldnRjaG5fcG9ydF9vcl9lcnJvcl90IHhjX2V2dGNobl9iaW5kX3VuYm91bmRfcG9y dCh4Y19ldnRjaG4gKnhjZSwgaW50IGRvbWlkKQotewotICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0g ICAgc3RydWN0IGlvY3RsX2V2dGNobl9iaW5kX3VuYm91bmRfcG9ydCBiaW5kOwotCi0gICAgYmlu ZC5yZW1vdGVfZG9tYWluID0gZG9taWQ7Ci0KLSAgICByZXR1cm4gaW9jdGwoZmQsIElPQ1RMX0VW VENITl9CSU5EX1VOQk9VTkRfUE9SVCwgJmJpbmQpOwotfQotCi1ldnRjaG5fcG9ydF9vcl9lcnJv cl90IHhjX2V2dGNobl9iaW5kX2ludGVyZG9tYWluKHhjX2V2dGNobiAqeGNlLCBpbnQgZG9taWQs Ci0gICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIGV2dGNo bl9wb3J0X3QgcmVtb3RlX3BvcnQpCi17Ci0gICAgaW50IGZkID0geGNlLT5mZDsKLSAgICBzdHJ1 Y3QgaW9jdGxfZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4gYmluZDsKLQotICAgIGJpbmQucmVtb3Rl X2RvbWFpbiA9IGRvbWlkOwotICAgIGJpbmQucmVtb3RlX3BvcnQgPSByZW1vdGVfcG9ydDsKLQot ICAgIHJldHVybiBpb2N0bChmZCwgSU9DVExfRVZUQ0hOX0JJTkRfSU5URVJET01BSU4sICZiaW5k KTsKLX0KLQotZXZ0Y2huX3BvcnRfb3JfZXJyb3JfdCB4Y19ldnRjaG5fYmluZF92aXJxKHhjX2V2 dGNobiAqeGNlLCB1bnNpZ25lZCBpbnQgdmlycSkKLXsKLSAgICBpbnQgZmQgPSB4Y2UtPmZkOwot ICAgIHN0cnVjdCBpb2N0bF9ldnRjaG5fYmluZF92aXJxIGJpbmQ7Ci0KLSAgICBiaW5kLnZpcnEg PSB2aXJxOwotCi0gICAgcmV0dXJuIGlvY3RsKGZkLCBJT0NUTF9FVlRDSE5fQklORF9WSVJRLCAm YmluZCk7Ci19Ci0KLWludCB4Y19ldnRjaG5fdW5iaW5kKHhjX2V2dGNobiAqeGNlLCBldnRjaG5f cG9ydF90IHBvcnQpCi17Ci0gICAgaW50IGZkID0geGNlLT5mZDsKLSAgICBzdHJ1Y3QgaW9jdGxf ZXZ0Y2huX3VuYmluZCB1bmJpbmQ7Ci0KLSAgICB1bmJpbmQucG9ydCA9IHBvcnQ7Ci0KLSAgICBy ZXR1cm4gaW9jdGwoZmQsIElPQ1RMX0VWVENITl9VTkJJTkQsICZ1bmJpbmQpOwotfQotCi1ldnRj aG5fcG9ydF9vcl9lcnJvcl90IHhjX2V2dGNobl9wZW5kaW5nKHhjX2V2dGNobiAqeGNlKQotewot ICAgIGludCBmZCA9IHhjZS0+ZmQ7Ci0gICAgZXZ0Y2huX3BvcnRfdCBwb3J0OwotCi0gICAgaWYg KCByZWFkX2V4YWN0KGZkLCAoY2hhciAqKSZwb3J0LCBzaXplb2YocG9ydCkpID09IC0xICkKLSAg ICAgICAgcmV0dXJuIC0xOwotCi0gICAgcmV0dXJuIHBvcnQ7Ci19Ci0KLWludCB4Y19ldnRjaG5f dW5tYXNrKHhjX2V2dGNobiAqeGNlLCBldnRjaG5fcG9ydF90IHBvcnQpCi17Ci0gICAgaW50IGZk ID0geGNlLT5mZDsKLSAgICByZXR1cm4gd3JpdGVfZXhhY3QoZmQsIChjaGFyICopJnBvcnQsIHNp emVvZihwb3J0KSk7Ci19Ci0KIC8qIE9wdGlvbmFsbHkgZmx1c2ggZmlsZSB0byBkaXNrIGFuZCBk aXNjYXJkIHBhZ2UgY2FjaGUgKi8KIHZvaWQgZGlzY2FyZF9maWxlX2NhY2hlKHhjX2ludGVyZmFj ZSAqeGNoLCBpbnQgZmQsIGludCBmbHVzaCkgCiB7CmRpZmYgLS1naXQgYS90b29scy9saWJ4Yy94 Y19zdXNwZW5kLmMgYi90b29scy9saWJ4Yy94Y19zdXNwZW5kLmMKaW5kZXggYmJhMzZlNy4uODM2 MWM3YiAxMDA2NDQKLS0tIGEvdG9vbHMvbGlieGMveGNfc3VzcGVuZC5jCisrKyBiL3Rvb2xzL2xp YnhjL3hjX3N1c3BlbmQuYwpAQCAtMTYsNiArMTYsOCBAQAogI2luY2x1ZGUgPHVuaXN0ZC5oPgog I2luY2x1ZGUgPGZjbnRsLmg+CiAKKyNpbmNsdWRlIDx4ZW5ldnRjaG4uaD4KKwogI2luY2x1ZGUg InhjX3ByaXZhdGUuaCIKICNpbmNsdWRlICJ4ZW5ndWVzdC5oIgogCkBAIC0xMjQsMTIgKzEyNiwx MiBAQCBzdGF0aWMgaW50IHVubG9ja19zdXNwZW5kX2V2ZW50KHhjX2ludGVyZmFjZSAqeGNoLCBp bnQgZG9taWQsIGludCAqbG9ja2ZkKQogICAgIHJldHVybiAtMTsKIH0KIAotaW50IHhjX2F3YWl0 X3N1c3BlbmQoeGNfaW50ZXJmYWNlICp4Y2gsIHhjX2V2dGNobiAqeGNlLCBpbnQgc3VzcGVuZF9l dnRjaG4pCitpbnQgeGNfYXdhaXRfc3VzcGVuZCh4Y19pbnRlcmZhY2UgKnhjaCwgeGVuZXZ0Y2hu X2hhbmRsZSAqeGNlLCBpbnQgc3VzcGVuZF9ldnRjaG4pCiB7CiAgICAgaW50IHJjOwogCiAgICAg ZG8gewotICAgICAgICByYyA9IHhjX2V2dGNobl9wZW5kaW5nKHhjZSk7CisgICAgICAgIHJjID0g eGVuZXZ0Y2huX3BlbmRpbmcoeGNlKTsKICAgICAgICAgaWYgKHJjIDwgMCkgewogICAgICAgICAg ICAgRVJST1IoImVycm9yIHBvbGxpbmcgc3VzcGVuZCBub3RpZmljYXRpb24gY2hhbm5lbDogJWQi LCByYyk7CiAgICAgICAgICAgICByZXR1cm4gLTE7CkBAIC0xMzcsNyArMTM5LDcgQEAgaW50IHhj X2F3YWl0X3N1c3BlbmQoeGNfaW50ZXJmYWNlICp4Y2gsIHhjX2V2dGNobiAqeGNlLCBpbnQgc3Vz cGVuZF9ldnRjaG4pCiAgICAgfSB3aGlsZSAocmMgIT0gc3VzcGVuZF9ldnRjaG4pOwogCiAgICAg LyogaGFybWxlc3MgZm9yIG9uZS1vZmYgc3VzcGVuZCAqLwotICAgIGlmICh4Y19ldnRjaG5fdW5t YXNrKHhjZSwgc3VzcGVuZF9ldnRjaG4pIDwgMCkKKyAgICBpZiAoeGVuZXZ0Y2huX3VubWFzayh4 Y2UsIHN1c3BlbmRfZXZ0Y2huKSA8IDApCiAgICAgICAgIEVSUk9SKCJmYWlsZWQgdG8gdW5tYXNr IHN1c3BlbmQgbm90aWZpY2F0aW9uIGNoYW5uZWw6ICVkIiwgcmMpOwogCiAgICAgcmV0dXJuIDA7 CkBAIC0xNDUsMTYgKzE0NywxNiBAQCBpbnQgeGNfYXdhaXRfc3VzcGVuZCh4Y19pbnRlcmZhY2Ug KnhjaCwgeGNfZXZ0Y2huICp4Y2UsIGludCBzdXNwZW5kX2V2dGNobikKIAogLyogSW50ZXJuYWwg Y2FsbGVycyBhcmUgYWxsb3dlZCB0byBjYWxsIHRoaXMgd2l0aCBzdXNwZW5kX2V2dGNobjwwCiAg KiBidXQgKmxvY2tmZD4wLiAqLwotaW50IHhjX3N1c3BlbmRfZXZ0Y2huX3JlbGVhc2UoeGNfaW50 ZXJmYWNlICp4Y2gsIHhjX2V2dGNobiAqeGNlLAoraW50IHhjX3N1c3BlbmRfZXZ0Y2huX3JlbGVh c2UoeGNfaW50ZXJmYWNlICp4Y2gsIHhlbmV2dGNobl9oYW5kbGUgKnhjZSwKICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgIGludCBkb21pZCwgaW50IHN1c3BlbmRfZXZ0Y2huLCBpbnQgKmxv Y2tmZCkKIHsKICAgICBpZiAoc3VzcGVuZF9ldnRjaG4gPj0gMCkKLSAgICAgICAgeGNfZXZ0Y2hu X3VuYmluZCh4Y2UsIHN1c3BlbmRfZXZ0Y2huKTsKKyAgICAgICAgeGVuZXZ0Y2huX3VuYmluZCh4 Y2UsIHN1c3BlbmRfZXZ0Y2huKTsKIAogICAgIHJldHVybiB1bmxvY2tfc3VzcGVuZF9ldmVudCh4 Y2gsIGRvbWlkLCBsb2NrZmQpOwogfQogCi1pbnQgeGNfc3VzcGVuZF9ldnRjaG5faW5pdF9zYW5l KHhjX2ludGVyZmFjZSAqeGNoLCB4Y19ldnRjaG4gKnhjZSwKK2ludCB4Y19zdXNwZW5kX2V2dGNo bl9pbml0X3NhbmUoeGNfaW50ZXJmYWNlICp4Y2gsIHhlbmV2dGNobl9oYW5kbGUgKnhjZSwKICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgaW50IGRvbWlkLCBpbnQgcG9ydCwgaW50ICps b2NrZmQpCiB7CiAgICAgaW50IHJjLCBzdXNwZW5kX2V2dGNobiA9IC0xOwpAQCAtMTY0LDcgKzE2 Niw3IEBAIGludCB4Y19zdXNwZW5kX2V2dGNobl9pbml0X3NhbmUoeGNfaW50ZXJmYWNlICp4Y2gs IHhjX2V2dGNobiAqeGNlLAogICAgICAgICBnb3RvIGNsZWFudXA7CiAgICAgfQogCi0gICAgc3Vz cGVuZF9ldnRjaG4gPSB4Y19ldnRjaG5fYmluZF9pbnRlcmRvbWFpbih4Y2UsIGRvbWlkLCBwb3J0 KTsKKyAgICBzdXNwZW5kX2V2dGNobiA9IHhlbmV2dGNobl9iaW5kX2ludGVyZG9tYWluKHhjZSwg ZG9taWQsIHBvcnQpOwogICAgIGlmIChzdXNwZW5kX2V2dGNobiA8IDApIHsKICAgICAgICAgRVJS T1IoImZhaWxlZCB0byBiaW5kIHN1c3BlbmQgZXZlbnQgY2hhbm5lbDogJWQiLCBzdXNwZW5kX2V2 dGNobik7CiAgICAgICAgIGdvdG8gY2xlYW51cDsKQEAgLTE4NCw3ICsxODYsNyBAQCBjbGVhbnVw OgogICAgIHJldHVybiAtMTsKIH0KIAotaW50IHhjX3N1c3BlbmRfZXZ0Y2huX2luaXRfZXhjbHVz aXZlKHhjX2ludGVyZmFjZSAqeGNoLCB4Y19ldnRjaG4gKnhjZSwKK2ludCB4Y19zdXNwZW5kX2V2 dGNobl9pbml0X2V4Y2x1c2l2ZSh4Y19pbnRlcmZhY2UgKnhjaCwgeGVuZXZ0Y2huX2hhbmRsZSAq eGNlLAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIGludCBkb21pZCwgaW50 IHBvcnQsIGludCAqbG9ja2ZkKQogewogICAgIGludCBzdXNwZW5kX2V2dGNobjsKZGlmZiAtLWdp dCBhL3Rvb2xzL2xpYnhsL01ha2VmaWxlIGIvdG9vbHMvbGlieGwvTWFrZWZpbGUKaW5kZXggMmFi YWUwYy4uMTBiMTc0MSAxMDA2NDQKLS0tIGEvdG9vbHMvbGlieGwvTWFrZWZpbGUKKysrIGIvdG9v bHMvbGlieGwvTWFrZWZpbGUKQEAgLTIwLDEyICsyMCwxMyBAQCBMSUJVVUlEX0xJQlMgKz0gLWx1 dWlkCiBlbmRpZgogCiBMSUJYTF9MSUJTID0KLUxJQlhMX0xJQlMgPSAkKExETElCU19saWJ4ZW50 b29sbG9nKSAkKExETElCU19saWJ4ZW5jdHJsKSAkKExETElCU19saWJ4ZW5ndWVzdCkgJChMRExJ QlNfbGlieGVuc3RvcmUpICQoTERMSUJTX2xpYmJsa3RhcGN0bCkgJChQVFlGVU5DU19MSUJTKSAk KExJQlVVSURfTElCUykKK0xJQlhMX0xJQlMgPSAkKExETElCU19saWJ4ZW50b29sbG9nKSAkKExE TElCU19saWJ4ZW5ldnRjaG4pICQoTERMSUJTX2xpYnhlbmN0cmwpICQoTERMSUJTX2xpYnhlbmd1 ZXN0KSAkKExETElCU19saWJ4ZW5zdG9yZSkgJChMRExJQlNfbGliYmxrdGFwY3RsKSAkKFBUWUZV TkNTX0xJQlMpICQoTElCVVVJRF9MSUJTKQogaWZlcSAoJChDT05GSUdfUkVNVVNfTkVUQlVGKSx5 KQogTElCWExfTElCUyArPSAkKExJQk5MM19MSUJTKQogZW5kaWYKIAogQ0ZMQUdTX0xJQlhMICs9 ICQoQ0ZMQUdTX2xpYnhlbnRvb2xsb2cpCitDRkxBR1NfTElCWEwgKz0gJChDRkxBR1NfbGlieGVu ZXZ0Y2huKQogQ0ZMQUdTX0xJQlhMICs9ICQoQ0ZMQUdTX2xpYnhlbmN0cmwpCiBDRkxBR1NfTElC WEwgKz0gJChDRkxBR1NfbGlieGVuZ3Vlc3QpCiBDRkxBR1NfTElCWEwgKz0gJChDRkxBR1NfbGli eGVuc3RvcmUpCkBAIC0xNTksNyArMTYwLDcgQEAgJChYRU5fSU5JVF9ET00wX09CSlMpOiBDRkxB R1MgKz0gJChDRkxBR1NfbGlieGVuY3RybCkKICQoWEVOX0lOSVRfRE9NMF9PQkpTKTogQ0ZMQUdT ICs9ICQoQ0ZMQUdTX2xpYnhlbnN0b3JlKQogCiBTQVZFX0hFTFBFUl9PQkpTID0gbGlieGxfc2F2 ZV9oZWxwZXIubyBfbGlieGxfc2F2ZV9tc2dzX2hlbHBlci5vCi0kKFNBVkVfSEVMUEVSX09CSlMp OiBDRkxBR1MgKz0gJChDRkxBR1NfbGlieGVuY3RybCkKKyQoU0FWRV9IRUxQRVJfT0JKUyk6IENG TEFHUyArPSAkKENGTEFHU19saWJ4ZW5jdHJsKSAkKENGTEFHU19saWJ4ZW5ldnRjaG4pCiAKIFBL R19DT05GSUcgPSB4ZW5saWdodC5wYyB4bHV0aWwucGMKIApkaWZmIC0tZ2l0IGEvdG9vbHMvbGli eGwvbGlieGwuYyBiL3Rvb2xzL2xpYnhsL2xpYnhsLmMKaW5kZXggYmQzYWFjOC4uOWYzMTUzYiAx MDA2NDQKLS0tIGEvdG9vbHMvbGlieGwvbGlieGwuYworKysgYi90b29scy9saWJ4bC9saWJ4bC5j CkBAIC0xODYsNyArMTg2LDcgQEAgaW50IGxpYnhsX2N0eF9mcmVlKGxpYnhsX2N0eCAqY3R4KQog ICAgIGlmIChjdHgtPnhjaCkgeGNfaW50ZXJmYWNlX2Nsb3NlKGN0eC0+eGNoKTsKICAgICBsaWJ4 bF92ZXJzaW9uX2luZm9fZGlzcG9zZSgmY3R4LT52ZXJzaW9uX2luZm8pOwogICAgIGlmIChjdHgt PnhzaCkgeHNfZGFlbW9uX2Nsb3NlKGN0eC0+eHNoKTsKLSAgICBpZiAoY3R4LT54Y2UpIHhjX2V2 dGNobl9jbG9zZShjdHgtPnhjZSk7CisgICAgaWYgKGN0eC0+eGNlKSB4ZW5ldnRjaG5fY2xvc2Uo Y3R4LT54Y2UpOwogCiAgICAgbGlieGxfX3BvbGxlcl9wdXQoY3R4LCBjdHgtPnBvbGxlcl9hcHAp OwogICAgIGN0eC0+cG9sbGVyX2FwcCA9IE5VTEw7CmRpZmYgLS1naXQgYS90b29scy9saWJ4bC9s aWJ4bF9kb21fc3VzcGVuZC5jIGIvdG9vbHMvbGlieGwvbGlieGxfZG9tX3N1c3BlbmQuYwppbmRl eCA0Y2MwMWFkLi5hMmU4ZDg2IDEwMDY0NAotLS0gYS90b29scy9saWJ4bC9saWJ4bF9kb21fc3Vz cGVuZC5jCisrKyBiL3Rvb2xzL2xpYnhsL2xpYnhsX2RvbV9zdXNwZW5kLmMKQEAgLTEwNyw5ICsx MDcsOSBAQCBzdGF0aWMgdm9pZCBkb21haW5fc3VzcGVuZF9jYWxsYmFja19jb21tb24obGlieGxf X2VnYyAqZWdjLAogICAgIGlmICgoaHZtX3Nfc3RhdGUgPT0gMCkgJiYgKGRzcy0+Z3Vlc3RfZXZ0 Y2huLnBvcnQgPj0gMCkpIHsKICAgICAgICAgTE9HKERFQlVHLCAiaXNzdWluZyAlcyBzdXNwZW5k IHJlcXVlc3QgdmlhIGV2ZW50IGNoYW5uZWwiLAogICAgICAgICAgICAgZHNzLT5odm0gPyAiUFZI Vk0iIDogIlBWIik7Ci0gICAgICAgIHJldCA9IHhjX2V2dGNobl9ub3RpZnkoQ1RYLT54Y2UsIGRz cy0+Z3Vlc3RfZXZ0Y2huLnBvcnQpOworICAgICAgICByZXQgPSB4ZW5ldnRjaG5fbm90aWZ5KENU WC0+eGNlLCBkc3MtPmd1ZXN0X2V2dGNobi5wb3J0KTsKICAgICAgICAgaWYgKHJldCA8IDApIHsK LSAgICAgICAgICAgIExPRyhFUlJPUiwgInhjX2V2dGNobl9ub3RpZnkgZmFpbGVkIHJldD0lZCIs IHJldCk7CisgICAgICAgICAgICBMT0coRVJST1IsICJ4ZW5ldnRjaG5fbm90aWZ5IGZhaWxlZCBy ZXQ9JWQiLCByZXQpOwogICAgICAgICAgICAgcmMgPSBFUlJPUl9GQUlMOwogICAgICAgICAgICAg Z290byBlcnI7CiAgICAgICAgIH0KZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnhsL2xpYnhsX2V2ZW50 LmMgYi90b29scy9saWJ4bC9saWJ4bF9ldmVudC5jCmluZGV4IDEzOWU0OWEuLjg1NDgzNjUgMTAw NjQ0Ci0tLSBhL3Rvb2xzL2xpYnhsL2xpYnhsX2V2ZW50LmMKKysrIGIvdG9vbHMvbGlieGwvbGli eGxfZXZlbnQuYwpAQCAtNzM5LDcgKzczOSw3IEBAIHN0YXRpYyB2b2lkIGV2dGNobl9mZF9jYWxs YmFjayhsaWJ4bF9fZWdjICplZ2MsIGxpYnhsX19ldl9mZCAqZXYsCiAgICAgICAgIC8qIE9LLCB0 aGF0J3MgdGhhdCB3b3JrYXJvdW5kIGRvbmUuICBXZSBjYW4gYWN0dWFsbHkgY2hlY2sgZm9yCiAg ICAgICAgICAqIHdvcmsgZm9yIHVzIHRvIGRvOiAqLwogCi0gICAgICAgIHBvcnQgPSB4Y19ldnRj aG5fcGVuZGluZyhDVFgtPnhjZSk7CisgICAgICAgIHBvcnQgPSB4ZW5ldnRjaG5fcGVuZGluZyhD VFgtPnhjZSk7CiAgICAgICAgIGlmIChwb3J0IDwgMCkgewogICAgICAgICAgICAgaWYgKGVycm5v ID09IEVBR0FJTikKICAgICAgICAgICAgICAgICBicmVhazsKQEAgLTc2NSwyMCArNzY1LDIwIEBA IHN0YXRpYyB2b2lkIGV2dGNobl9mZF9jYWxsYmFjayhsaWJ4bF9fZWdjICplZ2MsIGxpYnhsX19l dl9mZCAqZXYsCiB9CiAKIGludCBsaWJ4bF9fY3R4X2V2dGNobl9pbml0KGxpYnhsX19nYyAqZ2Mp IHsKLSAgICB4Y19ldnRjaG4gKnhjZTsKKyAgICB4ZW5ldnRjaG5faGFuZGxlICp4Y2U7CiAgICAg aW50IHJjLCBmZDsKIAogICAgIGlmIChDVFgtPnhjZSkKICAgICAgICAgcmV0dXJuIDA7CiAKLSAg ICB4Y2UgPSB4Y19ldnRjaG5fb3BlbihDVFgtPmxnLCAwKTsKKyAgICB4Y2UgPSB4ZW5ldnRjaG5f b3BlbihDVFgtPmxnLCAwKTsKICAgICBpZiAoIXhjZSkgewogICAgICAgICBMT0dFKEVSUk9SLCJj YW5ub3Qgb3BlbiBsaWJ4YyBldnRjaG4gaGFuZGxlIik7CiAgICAgICAgIHJjID0gRVJST1JfRkFJ TDsKICAgICAgICAgZ290byBvdXQ7CiAgICAgfQogCi0gICAgZmQgPSB4Y19ldnRjaG5fZmQoeGNl KTsKKyAgICBmZCA9IHhlbmV2dGNobl9mZCh4Y2UpOwogICAgIGFzc2VydChmZCA+PSAwKTsKIAog ICAgIHJjID0gbGlieGxfZmRfc2V0X25vbmJsb2NrKENUWCwgZmQsIDEpOwpAQCAtNzg4LDcgKzc4 OCw3IEBAIGludCBsaWJ4bF9fY3R4X2V2dGNobl9pbml0KGxpYnhsX19nYyAqZ2MpIHsKICAgICBy ZXR1cm4gMDsKIAogIG91dDoKLSAgICB4Y19ldnRjaG5fY2xvc2UoeGNlKTsKKyAgICB4ZW5ldnRj aG5fY2xvc2UoeGNlKTsKICAgICByZXR1cm4gcmM7CiB9CiAKQEAgLTgxMCwxNCArODEwLDE0IEBA IGludCBsaWJ4bF9fZXZfZXZ0Y2huX3dhaXQobGlieGxfX2djICpnYywgbGlieGxfX2V2X2V2dGNo biAqZXZldikKIAogICAgIGlmICghbGlieGxfX2V2X2ZkX2lzcmVnaXN0ZXJlZCgmQ1RYLT5ldnRj aG5fZWZkKSkgewogICAgICAgICByYyA9IGxpYnhsX19ldl9mZF9yZWdpc3RlcihnYywgJkNUWC0+ ZXZ0Y2huX2VmZCwgZXZ0Y2huX2ZkX2NhbGxiYWNrLAotICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICB4Y19ldnRjaG5fZmQoQ1RYLT54Y2UpLCBQT0xMSU4pOworICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICB4ZW5ldnRjaG5fZmQoQ1RYLT54Y2UpLCBQT0xMSU4pOwog ICAgICAgICBpZiAocmMpIGdvdG8gb3V0OwogICAgIH0KIAogICAgIGlmIChldmV2LT53YWl0aW5n KQogICAgICAgICByZXR1cm4gMDsKIAotICAgIHIgPSB4Y19ldnRjaG5fdW5tYXNrKENUWC0+eGNl LCBldmV2LT5wb3J0KTsKKyAgICByID0geGVuZXZ0Y2huX3VubWFzayhDVFgtPnhjZSwgZXZldi0+ cG9ydCk7CiAgICAgaWYgKHIpIHsKICAgICAgICAgTE9HRShFUlJPUiwiY2Fubm90IHVubWFzayBl dmVudCBjaGFubmVsICVkIixldmV2LT5wb3J0KTsKICAgICAgICAgcmMgPSBFUlJPUl9GQUlMOwpk aWZmIC0tZ2l0IGEvdG9vbHMvbGlieGwvbGlieGxfaW50ZXJuYWwuaCBiL3Rvb2xzL2xpYnhsL2xp YnhsX2ludGVybmFsLmgKaW5kZXggZDJiZGEwYS4uZmEwMWRkNyAxMDA2NDQKLS0tIGEvdG9vbHMv bGlieGwvbGlieGxfaW50ZXJuYWwuaAorKysgYi90b29scy9saWJ4bC9saWJ4bF9pbnRlcm5hbC5o CkBAIC00OCw2ICs0OCw3IEBACiAjaW5jbHVkZSA8c3lzL2ZpbGUuaD4KICNpbmNsdWRlIDxzeXMv aW9jdGwuaD4KIAorI2luY2x1ZGUgPHhlbmV2dGNobi5oPgogI2luY2x1ZGUgPHhlbnN0b3JlLmg+ CiAjaW5jbHVkZSA8eGVuY3RybC5oPgogI2luY2x1ZGUgPHhlbmd1ZXN0Lmg+CkBAIC00NDEsNyAr NDQyLDcgQEAgc3RydWN0IGxpYnhsX19jdHggewogICAgIHVpbnQzMl90IHdhdGNoX2NvdW50ZXI7 IC8qIGhlbHBzIGRpc2FtYmlndWF0ZSBzbG90IHJldXNlICovCiAgICAgbGlieGxfX2V2X2ZkIHdh dGNoX2VmZDsKIAotICAgIHhjX2V2dGNobiAqeGNlOyAvKiB3YWl0aW5nIG11c3QgYmUgZG9uZSBv bmx5IHdpdGggbGlieGxfX2V2X2V2dGNobiogKi8KKyAgICB4ZW5ldnRjaG5faGFuZGxlICp4Y2U7 IC8qIHdhaXRpbmcgbXVzdCBiZSBkb25lIG9ubHkgd2l0aCBsaWJ4bF9fZXZfZXZ0Y2huKiAqLwog ICAgIExJQlhMX0xJU1RfSEVBRCgsIGxpYnhsX19ldl9ldnRjaG4pIGV2dGNobnNfd2FpdGluZzsK ICAgICBsaWJ4bF9fZXZfZmQgZXZ0Y2huX2VmZDsKIApAQCAtOTE2LDcgKzkxNyw3IEBAIHN0YXRp YyBpbmxpbmUgaW50IGxpYnhsX19ldl94c3dhdGNoX2lzcmVnaXN0ZXJlZChjb25zdCBsaWJ4bF9f ZXZfeHN3YXRjaCAqeHcpCiAgKiBXaGVuIHRoZSBldmVudCBpcyBzaWduYWxlZCB0aGVuIHRoZSBj YWxsYmFjayB3aWxsIGJlIG1hZGUsIG9uY2UuCiAgKiBUaGVuIHlvdSBtdXN0IGNhbGwgbGlieGxf X2V2X2V2dGNobl93YWl0IGFnYWluLCBpZiBkZXNpcmVkLgogICoKLSAqIFlvdSBtdXN0IE5PVCBj YWxsIHhjX2V2dGNobl91bm1hc2suICB3YWl0IHdpbGwgZG8gdGhhdCBmb3IgeW91LgorICogWW91 IG11c3QgTk9UIGNhbGwgeGVuZXZ0Y2huX3VubWFzay4gIHdhaXQgd2lsbCBkbyB0aGF0IGZvciB5 b3UuCiAgKgogICogQ2FsbGluZyBsaWJ4bF9fZXZfZXZ0Y2huX2NhbmNlbCB3aWxsIGFycmFuZ2Ug Zm9yIGxpYnhsIHRvIGRpc3JlZ2FyZAogICogZnV0dXJlIG9jY3VycmVuY2VzIG9mIGV2ZW50LiAg Qm90aCBsaWJ4bF9fZXZfZXZ0Y2huX3dhaXQgYW5kCmRpZmYgLS1naXQgYS90b29scy9taXNjL01h a2VmaWxlIGIvdG9vbHMvbWlzYy9NYWtlZmlsZQppbmRleCBjNDQ5MGYzLi5jZjZhNDc1IDEwMDY0 NAotLS0gYS90b29scy9taXNjL01ha2VmaWxlCisrKyBiL3Rvb2xzL21pc2MvTWFrZWZpbGUKQEAg LTQsNiArNCw3IEBAIGluY2x1ZGUgJChYRU5fUk9PVCkvdG9vbHMvUnVsZXMubWsKIENGTEFHUyAr PSAtV2Vycm9yCiAjIEluY2x1ZGUgY29uZmlndXJlIG91dHB1dCAoY29uZmlnLmgpCiBDRkxBR1Mg Kz0gLWluY2x1ZGUgJChYRU5fUk9PVCkvdG9vbHMvY29uZmlnLmgKK0NGTEFHUyArPSAkKENGTEFH U19saWJ4ZW5ldnRjaG4pCiBDRkxBR1MgKz0gJChDRkxBR1NfbGlieGVuY3RybCkKIENGTEFHUyAr PSAkKENGTEFHU194ZW5pbmNsdWRlKQogQ0ZMQUdTICs9ICQoQ0ZMQUdTX2xpYnhlbnN0b3JlKQpA QCAtODgsMTggKzg5LDE4IEBAIHhlbmxvY2twcm9mOiB4ZW5sb2NrcHJvZi5vCiAjIHhlbi1ocHRv b2wgaW5jb3JyZWN0bHkgdXNlcyBsaWJ4YyBpbnRlcm5hbHMKIHhlbi1ocHRvb2wubzogQ0ZMQUdT ICs9IC1JJChYRU5fUk9PVCkvdG9vbHMvbGlieGMKIHhlbi1ocHRvb2w6IHhlbi1ocHRvb2wubwot CSQoQ0MpICQoTERGTEFHUykgLW8gJEAgJDwgJChMRExJQlNfbGlieGVuY3RybCkgJChMRExJQlNf bGlieGVuZ3Vlc3QpICQoTERMSUJTX2xpYnhlbnN0b3JlKSAkKEFQUEVORF9MREZMQUdTKQorCSQo Q0MpICQoTERGTEFHUykgLW8gJEAgJDwgJChMRExJQlNfbGlieGVuZXZ0Y2huKSAkKExETElCU19s aWJ4ZW5jdHJsKSAkKExETElCU19saWJ4ZW5ndWVzdCkgJChMRExJQlNfbGlieGVuc3RvcmUpICQo QVBQRU5EX0xERkxBR1MpCiAKICMgeGVuLW1mbmR1bXAgaW5jb3JyZWN0bHkgdXNlcyBsaWJ4YyBp bnRlcm5hbHMKIHhlbi1tZm5kdW1wLm86IENGTEFHUyArPSAtSSQoWEVOX1JPT1QpL3Rvb2xzL2xp YnhjCiB4ZW4tbWZuZHVtcDogeGVuLW1mbmR1bXAubwotCSQoQ0MpICQoTERGTEFHUykgLW8gJEAg JDwgJChMRExJQlNfbGlieGVuY3RybCkgJChMRExJQlNfbGlieGVuZ3Vlc3QpICQoQVBQRU5EX0xE RkxBR1MpCisJJChDQykgJChMREZMQUdTKSAtbyAkQCAkPCAkKExETElCU19saWJ4ZW5ldnRjaG4p ICQoTERMSUJTX2xpYnhlbmN0cmwpICQoTERMSUJTX2xpYnhlbmd1ZXN0KSAkKEFQUEVORF9MREZM QUdTKQogCiB4ZW53YXRjaGRvZ2Q6IHhlbndhdGNoZG9nZC5vCiAJJChDQykgJChMREZMQUdTKSAt byAkQCAkPCAkKExETElCU19saWJ4ZW5jdHJsKSAkKEFQUEVORF9MREZMQUdTKQogCiB4ZW4tbG93 bWVtZDogeGVuLWxvd21lbWQubwotCSQoQ0MpICQoTERGTEFHUykgLW8gJEAgJDwgJChMRExJQlNf bGlieGVuY3RybCkgJChMRExJQlNfbGlieGVuc3RvcmUpICQoQVBQRU5EX0xERkxBR1MpCisJJChD QykgJChMREZMQUdTKSAtbyAkQCAkPCAkKExETElCU19saWJ4ZW5ldnRjaG4pICQoTERMSUJTX2xp YnhlbmN0cmwpICQoTERMSUJTX2xpYnhlbnN0b3JlKSAkKEFQUEVORF9MREZMQUdTKQogCiBndHJh Y2V2aWV3OiBndHJhY2V2aWV3Lm8KIAkkKENDKSAkKExERkxBR1MpIC1vICRAICQ8ICQoQ1VSU0VT X0xJQlMpICQoVElORk9fTElCUykgJChBUFBFTkRfTERGTEFHUykKZGlmZiAtLWdpdCBhL3Rvb2xz L21pc2MveGVuLWhwdG9vbC5jIGIvdG9vbHMvbWlzYy94ZW4taHB0b29sLmMKaW5kZXggYzc1NjFh OS4uZWJjYzllOCAxMDA2NDQKLS0tIGEvdG9vbHMvbWlzYy94ZW4taHB0b29sLmMKKysrIGIvdG9v bHMvbWlzYy94ZW4taHB0b29sLmMKQEAgLTEsMyArMSw0IEBACisjaW5jbHVkZSA8eGVuZXZ0Y2hu Lmg+CiAjaW5jbHVkZSA8eGVuY3RybC5oPgogI2luY2x1ZGUgPHhjX3ByaXZhdGUuaD4KICNpbmNs dWRlIDx4Y19jb3JlLmg+CkBAIC05OCw3ICs5OSw3IEBAIHN0YXRpYyBpbnQgaHBfbWVtX3F1ZXJ5 X2Z1bmMoaW50IGFyZ2MsIGNoYXIgKmFyZ3ZbXSkKICAgICByZXR1cm4gcmV0OwogfQogCi1zdGF0 aWMgaW50IHN1c3BlbmRfZ3Vlc3QoeGNfaW50ZXJmYWNlICp4Y2gsIHhjX2V2dGNobiAqeGNlLCBp bnQgZG9taWQsCitzdGF0aWMgaW50IHN1c3BlbmRfZ3Vlc3QoeGNfaW50ZXJmYWNlICp4Y2gsIHhl bmV2dGNobl9oYW5kbGUgKnhjZSwgaW50IGRvbWlkLAogICAgICAgICAgICAgICAgICAgICAgICAg IGludCAqZXZ0Y2huLCBpbnQgKmxvY2tmZCkKIHsKICAgICBpbnQgcG9ydCwgcmMsIHN1c3BlbmRf ZXZ0Y2huID0gLTE7CkBAIC0xMjMsNyArMTI0LDcgQEAgc3RhdGljIGludCBzdXNwZW5kX2d1ZXN0 KHhjX2ludGVyZmFjZSAqeGNoLCB4Y19ldnRjaG4gKnhjZSwgaW50IGRvbWlkLAogICAgIH0KICAg ICAqZXZ0Y2huID0gc3VzcGVuZF9ldnRjaG47CiAKLSAgICByYyA9IHhjX2V2dGNobl9ub3RpZnko eGNlLCBzdXNwZW5kX2V2dGNobik7CisgICAgcmMgPSB4ZW5ldnRjaG5fbm90aWZ5KHhjZSwgc3Vz cGVuZF9ldnRjaG4pOwogICAgIGlmIChyYyA8IDApCiAgICAgewogICAgICAgICBmcHJpbnRmKHN0 ZGVyciwgIkZhaWxlZCB0byBub3RpZnkgc3VzcGVuZCBjaGFubmVsOiBlcnJubyAlZFxuIiwgcmMp OwpAQCAtMTk4LDggKzE5OSw4IEBAIHN0YXRpYyBpbnQgaHBfbWVtX29mZmxpbmVfZnVuYyhpbnQg YXJnYywgY2hhciAqYXJndltdKQogICAgICAgICAgICAgICAgIGVsc2UgaWYgKHN0YXR1cyAmIFBH X09GRkxJTkVfT1dORUQpCiAgICAgICAgICAgICAgICAgewogICAgICAgICAgICAgICAgICAgICBp bnQgcmVzdWx0LCBzdXNwZW5kX2V2dGNobiA9IC0xLCBzdXNwZW5kX2xvY2tmZCA9IC0xOwotICAg ICAgICAgICAgICAgICAgICB4Y19ldnRjaG4gKnhjZTsKLSAgICAgICAgICAgICAgICAgICAgeGNl ID0geGNfZXZ0Y2huX29wZW4oTlVMTCwgMCk7CisgICAgICAgICAgICAgICAgICAgIHhlbmV2dGNo bl9oYW5kbGUgKnhjZTsKKyAgICAgICAgICAgICAgICAgICAgeGNlID0geGVuZXZ0Y2huX29wZW4o TlVMTCwgMCk7CiAKICAgICAgICAgICAgICAgICAgICAgaWYgKHhjZSA9PSBOVUxMKQogICAgICAg ICAgICAgICAgICAgICB7CkBAIC0yMTQsNyArMjE1LDcgQEAgc3RhdGljIGludCBocF9tZW1fb2Zm bGluZV9mdW5jKGludCBhcmdjLCBjaGFyICphcmd2W10pCiAgICAgICAgICAgICAgICAgICAgIHsK ICAgICAgICAgICAgICAgICAgICAgICAgIGZwcmludGYoc3RkZXJyLCAiRmFpbGVkIHRvIHN1c3Bl bmQgZ3Vlc3QgJWQgZm9yIgogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAiIG1mbiAl bHhcbiIsIGRvbWlkLCBtZm4pOwotICAgICAgICAgICAgICAgICAgICAgICAgeGNfZXZ0Y2huX2Ns b3NlKHhjZSk7CisgICAgICAgICAgICAgICAgICAgICAgICB4ZW5ldnRjaG5fY2xvc2UoeGNlKTsK ICAgICAgICAgICAgICAgICAgICAgICAgIHJldHVybiAtMTsKICAgICAgICAgICAgICAgICAgICAg fQogCkBAIC0yMzgsNyArMjM5LDcgQEAgc3RhdGljIGludCBocF9tZW1fb2ZmbGluZV9mdW5jKGlu dCBhcmdjLCBjaGFyICphcmd2W10pCiAgICAgICAgICAgICAgICAgICAgIHhjX2RvbWFpbl9yZXN1 bWUoeGNoLCBkb21pZCwgMSk7CiAgICAgICAgICAgICAgICAgICAgIHhjX3N1c3BlbmRfZXZ0Y2hu X3JlbGVhc2UoeGNoLCB4Y2UsIGRvbWlkLAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgIHN1c3BlbmRfZXZ0Y2huLCAmc3VzcGVuZF9sb2NrZmQpOwotICAgICAg ICAgICAgICAgICAgICB4Y19ldnRjaG5fY2xvc2UoeGNlKTsKKyAgICAgICAgICAgICAgICAgICAg eGVuZXZ0Y2huX2Nsb3NlKHhjZSk7CiAgICAgICAgICAgICAgICAgfQogICAgICAgICAgICAgICAg IGJyZWFrOwogICAgICAgICAgICAgfQpkaWZmIC0tZ2l0IGEvdG9vbHMvbWlzYy94ZW4tbG93bWVt ZC5jIGIvdG9vbHMvbWlzYy94ZW4tbG93bWVtZC5jCmluZGV4IDgyZmZkNzUuLjMyMDA0MDQgMTAw NjQ0Ci0tLSBhL3Rvb2xzL21pc2MveGVuLWxvd21lbWQuYworKysgYi90b29scy9taXNjL3hlbi1s b3dtZW1kLmMKQEAgLTQsMjIgKzQsMjMgQEAKICAqLwogCiAjaW5jbHVkZSA8c3RkaW8uaD4KKyNp bmNsdWRlIDx4ZW5ldnRjaG4uaD4KICNpbmNsdWRlIDx4ZW5jdHJsLmg+CiAjaW5jbHVkZSA8eGVu c3RvcmUuaD4KICNpbmNsdWRlIDxzdGRsaWIuaD4KICNpbmNsdWRlIDxzdHJpbmcuaD4KIAogc3Rh dGljIGV2dGNobl9wb3J0X3QgdmlycV9wb3J0ICAgICAgPSAtMTsKLXN0YXRpYyB4Y19ldnRjaG4g KnhjZV9oYW5kbGUgICAgICAgID0gTlVMTDsKK3N0YXRpYyB4ZW5ldnRjaG5faGFuZGxlICp4Y2Vf aGFuZGxlID0gTlVMTDsKIHN0YXRpYyB4Y19pbnRlcmZhY2UgKnhjaCAgICAgICAgICAgID0gTlVM TDsKIHN0YXRpYyBzdHJ1Y3QgeHNfaGFuZGxlICp4c19oYW5kbGUgID0gTlVMTDsKIAogdm9pZCBj bGVhbnVwKHZvaWQpCiB7CiAgICAgaWYgKHZpcnFfcG9ydCA+IC0xKQotICAgICAgICB4Y19ldnRj aG5fdW5iaW5kKHhjZV9oYW5kbGUsIHZpcnFfcG9ydCk7CisgICAgICAgIHhlbmV2dGNobl91bmJp bmQoeGNlX2hhbmRsZSwgdmlycV9wb3J0KTsKICAgICBpZiAoeGNlX2hhbmRsZSkKLSAgICAgICAg eGNfZXZ0Y2huX2Nsb3NlKHhjZV9oYW5kbGUpOworICAgICAgICB4ZW5ldnRjaG5fY2xvc2UoeGNl X2hhbmRsZSk7CiAgICAgaWYgKHhjaCkKICAgICAgICAgeGNfaW50ZXJmYWNlX2Nsb3NlKHhjaCk7 CiAgICAgaWYgKHhzX2hhbmRsZSkKQEAgLTk0LDcgKzk1LDcgQEAgaW50IG1haW4oaW50IGFyZ2Ms IGNoYXIgKmFyZ3ZbXSkKICAgICAgICAgcmV0dXJuIDE7CiAgICAgfQogCi0JeGNlX2hhbmRsZSA9 IHhjX2V2dGNobl9vcGVuKE5VTEwsIDApOworCXhjZV9oYW5kbGUgPSB4ZW5ldnRjaG5fb3BlbihO VUxMLCAwKTsKIAlpZiAoeGNlX2hhbmRsZSA9PSBOVUxMKQogICAgIHsKICAgICAgICAgcGVycm9y KCJGYWlsZWQgdG8gb3BlbiBldnRjaG4gZGV2aWNlIik7CkBAIC0xMDgsNyArMTA5LDcgQEAgaW50 IG1haW4oaW50IGFyZ2MsIGNoYXIgKmFyZ3ZbXSkKICAgICAgICAgcmV0dXJuIDM7CiAgICAgfQog Ci0JaWYgKChyYyA9IHhjX2V2dGNobl9iaW5kX3ZpcnEoeGNlX2hhbmRsZSwgVklSUV9FTk9NRU0p KSA9PSAtMSkKKwlpZiAoKHJjID0geGVuZXZ0Y2huX2JpbmRfdmlycSh4Y2VfaGFuZGxlLCBWSVJR X0VOT01FTSkpID09IC0xKQogICAgIHsKICAgICAgICAgcGVycm9yKCJGYWlsZWQgdG8gYmluZCB0 byBkb21haW4gZXhjZXB0aW9uIHZpcnEgcG9ydCIpOwogICAgICAgICByZXR1cm4gNDsKQEAgLTEy MCw3ICsxMjEsNyBAQCBpbnQgbWFpbihpbnQgYXJnYywgY2hhciAqYXJndltdKQogICAgIHsKICAg ICAgICAgZXZ0Y2huX3BvcnRfdCBwb3J0OwogCi0gICAgICAgIGlmICgocG9ydCA9IHhjX2V2dGNo bl9wZW5kaW5nKHhjZV9oYW5kbGUpKSA9PSAtMSkKKyAgICAgICAgaWYgKChwb3J0ID0geGVuZXZ0 Y2huX3BlbmRpbmcoeGNlX2hhbmRsZSkpID09IC0xKQogICAgICAgICB7CiAgICAgICAgICAgICBw ZXJyb3IoIkZhaWxlZCB0byBsaXN0ZW4gZm9yIHBlbmRpbmcgZXZlbnQgY2hhbm5lbCIpOwogICAg ICAgICAgICAgcmV0dXJuIDU7CkBAIC0xMzQsNyArMTM1LDcgQEAgaW50IG1haW4oaW50IGFyZ2Ms IGNoYXIgKmFyZ3ZbXSkKICAgICAgICAgICAgIHJldHVybiA2OwogICAgICAgICB9CiAKLSAgICAg ICAgaWYgKHhjX2V2dGNobl91bm1hc2soeGNlX2hhbmRsZSwgcG9ydCkgPT0gLTEpCisgICAgICAg IGlmICh4ZW5ldnRjaG5fdW5tYXNrKHhjZV9oYW5kbGUsIHBvcnQpID09IC0xKQogICAgICAgICB7 CiAgICAgICAgICAgICBwZXJyb3IoIkZhaWxlZCB0byB1bm1hc2sgcG9ydCIpOwogICAgICAgICAg ICAgcmV0dXJuIDc7CmRpZmYgLS1naXQgYS90b29scy9vY2FtbC9saWJzL2V2ZW50Y2huL01ha2Vm aWxlIGIvdG9vbHMvb2NhbWwvbGlicy9ldmVudGNobi9NYWtlZmlsZQppbmRleCAyZDhkNjE4Li4x NTRlZmQ0IDEwMDY0NAotLS0gYS90b29scy9vY2FtbC9saWJzL2V2ZW50Y2huL01ha2VmaWxlCisr KyBiL3Rvb2xzL29jYW1sL2xpYnMvZXZlbnRjaG4vTWFrZWZpbGUKQEAgLTIsMTMgKzIsMTMgQEAg VE9QTEVWRUw9JChDVVJESVIpLy4uLy4uCiBYRU5fUk9PVD0kKFRPUExFVkVMKS8uLi8uLgogaW5j bHVkZSAkKFRPUExFVkVMKS9jb21tb24ubWFrZQogCi1DRkxBR1MgKz0gJChDRkxBR1NfbGlieGVu Y3RybCkgJChDRkxBR1NfeGVuaW5jbHVkZSkKK0NGTEFHUyArPSAkKENGTEFHU19saWJ4ZW5ldnRj aG4pICQoQ0ZMQUdTX3hlbmluY2x1ZGUpCiAKIE9CSlMgPSB4ZW5ldmVudGNobgogSU5URiA9ICQo Zm9yZWFjaCBvYmosICQoT0JKUyksJChvYmopLmNtaSkKIExJQlMgPSB4ZW5ldmVudGNobi5jbWEg eGVuZXZlbnRjaG4uY214YQogCi1MSUJTX3hlbmV2ZW50Y2huID0gJChMRExJQlNfbGlieGVuY3Ry bCkKK0xJQlNfeGVuZXZlbnRjaG4gPSAkKExETElCU19saWJ4ZW5ldnRjaG4pCiAKIGFsbDogJChJ TlRGKSAkKExJQlMpICQoUFJPR1JBTVMpCiAKZGlmZiAtLWdpdCBhL3Rvb2xzL29jYW1sL2xpYnMv ZXZlbnRjaG4veGVuZXZlbnRjaG5fc3R1YnMuYyBiL3Rvb2xzL29jYW1sL2xpYnMvZXZlbnRjaG4v eGVuZXZlbnRjaG5fc3R1YnMuYwppbmRleCA1OTM5ZTdjLi5jMmQ0NzM3IDEwMDY0NAotLS0gYS90 b29scy9vY2FtbC9saWJzL2V2ZW50Y2huL3hlbmV2ZW50Y2huX3N0dWJzLmMKKysrIGIvdG9vbHMv b2NhbWwvbGlicy9ldmVudGNobi94ZW5ldmVudGNobl9zdHVicy5jCkBAIC0yNCw3ICsyNCw3IEBA CiAjaW5jbHVkZSA8eGVuL3N5c2N0bC5oPgogI2luY2x1ZGUgPHhlbi94ZW4uaD4KICNpbmNsdWRl IDx4ZW4vc3lzL2V2dGNobi5oPgotI2luY2x1ZGUgPHhlbmN0cmwuaD4KKyNpbmNsdWRlIDx4ZW5l dnRjaG4uaD4KIAogI2RlZmluZSBDQU1MX05BTUVfU1BBQ0UKICNpbmNsdWRlIDxjYW1sL21sdmFs dWVzLmg+CkBAIC0zNCwxNCArMzQsMTQgQEAKICNpbmNsdWRlIDxjYW1sL2NhbGxiYWNrLmg+CiAj aW5jbHVkZSA8Y2FtbC9mYWlsLmg+CiAKLSNkZWZpbmUgX0goX19oKSAoKHhjX2V2dGNobiAqKShf X2gpKQorI2RlZmluZSBfSChfX2gpICgoeGVuZXZ0Y2huX2hhbmRsZSAqKShfX2gpKQogCiBDQU1M cHJpbSB2YWx1ZSBzdHViX2V2ZW50Y2huX2luaXQodm9pZCkKIHsKIAlDQU1McGFyYW0wKCk7CiAJ Q0FNTGxvY2FsMShyZXN1bHQpOwogCi0JeGNfZXZ0Y2huICp4Y2UgPSB4Y19ldnRjaG5fb3BlbihO VUxMLCBYQ19PUEVORkxBR19OT05fUkVFTlRSQU5UKTsKKwl4ZW5ldnRjaG5faGFuZGxlICp4Y2Ug PSB4ZW5ldnRjaG5fb3BlbihOVUxMLCAwKTsKIAlpZiAoeGNlID09IE5VTEwpCiAJCWNhbWxfZmFp bHdpdGgoIm9wZW4gZmFpbGVkIik7CiAKQEAgLTU1LDcgKzU1LDcgQEAgQ0FNTHByaW0gdmFsdWUg c3R1Yl9ldmVudGNobl9mZCh2YWx1ZSB4Y2UpCiAJQ0FNTGxvY2FsMShyZXN1bHQpOwogCWludCBm ZDsKIAotCWZkID0geGNfZXZ0Y2huX2ZkKF9IKHhjZSkpOworCWZkID0geGVuZXZ0Y2huX2ZkKF9I KHhjZSkpOwogCWlmIChmZCA9PSAtMSkKIAkJY2FtbF9mYWlsd2l0aCgiZXZ0Y2huIGZkIGZhaWxl ZCIpOwogCkBAIC02OSw3ICs2OSw3IEBAIENBTUxwcmltIHZhbHVlIHN0dWJfZXZlbnRjaG5fbm90 aWZ5KHZhbHVlIHhjZSwgdmFsdWUgcG9ydCkKIAlDQU1McGFyYW0yKHhjZSwgcG9ydCk7CiAJaW50 IHJjOwogCi0JcmMgPSB4Y19ldnRjaG5fbm90aWZ5KF9IKHhjZSksIEludF92YWwocG9ydCkpOwor CXJjID0geGVuZXZ0Y2huX25vdGlmeShfSCh4Y2UpLCBJbnRfdmFsKHBvcnQpKTsKIAlpZiAocmMg PT0gLTEpCiAJCWNhbWxfZmFpbHdpdGgoImV2dGNobiBub3RpZnkgZmFpbGVkIik7CiAKQEAgLTgz LDcgKzgzLDcgQEAgQ0FNTHByaW0gdmFsdWUgc3R1Yl9ldmVudGNobl9iaW5kX2ludGVyZG9tYWlu KHZhbHVlIHhjZSwgdmFsdWUgZG9taWQsCiAJQ0FNTGxvY2FsMShwb3J0KTsKIAlldnRjaG5fcG9y dF9vcl9lcnJvcl90IHJjOwogCi0JcmMgPSB4Y19ldnRjaG5fYmluZF9pbnRlcmRvbWFpbihfSCh4 Y2UpLCBJbnRfdmFsKGRvbWlkKSwgSW50X3ZhbChyZW1vdGVfcG9ydCkpOworCXJjID0geGVuZXZ0 Y2huX2JpbmRfaW50ZXJkb21haW4oX0goeGNlKSwgSW50X3ZhbChkb21pZCksIEludF92YWwocmVt b3RlX3BvcnQpKTsKIAlpZiAocmMgPT0gLTEpCiAJCWNhbWxfZmFpbHdpdGgoImV2dGNobiBiaW5k X2ludGVyZG9tYWluIGZhaWxlZCIpOwogCXBvcnQgPSBWYWxfaW50KHJjKTsKQEAgLTk3LDcgKzk3 LDcgQEAgQ0FNTHByaW0gdmFsdWUgc3R1Yl9ldmVudGNobl9iaW5kX2RvbV9leGNfdmlycSh2YWx1 ZSB4Y2UpCiAJQ0FNTGxvY2FsMShwb3J0KTsKIAlldnRjaG5fcG9ydF9vcl9lcnJvcl90IHJjOwog Ci0JcmMgPSB4Y19ldnRjaG5fYmluZF92aXJxKF9IKHhjZSksIFZJUlFfRE9NX0VYQyk7CisJcmMg PSB4ZW5ldnRjaG5fYmluZF92aXJxKF9IKHhjZSksIFZJUlFfRE9NX0VYQyk7CiAJaWYgKHJjID09 IC0xKQogCQljYW1sX2ZhaWx3aXRoKCJldnRjaG4gYmluZF9kb21fZXhjX3ZpcnEgZmFpbGVkIik7 CiAJcG9ydCA9IFZhbF9pbnQocmMpOwpAQCAtMTEwLDcgKzExMCw3IEBAIENBTUxwcmltIHZhbHVl IHN0dWJfZXZlbnRjaG5fdW5iaW5kKHZhbHVlIHhjZSwgdmFsdWUgcG9ydCkKIAlDQU1McGFyYW0y KHhjZSwgcG9ydCk7CiAJaW50IHJjOwogCi0JcmMgPSB4Y19ldnRjaG5fdW5iaW5kKF9IKHhjZSks IEludF92YWwocG9ydCkpOworCXJjID0geGVuZXZ0Y2huX3VuYmluZChfSCh4Y2UpLCBJbnRfdmFs KHBvcnQpKTsKIAlpZiAocmMgPT0gLTEpCiAJCWNhbWxfZmFpbHdpdGgoImV2dGNobiB1bmJpbmQg ZmFpbGVkIik7CiAKQEAgLTEyMyw3ICsxMjMsNyBAQCBDQU1McHJpbSB2YWx1ZSBzdHViX2V2ZW50 Y2huX3BlbmRpbmcodmFsdWUgeGNlKQogCUNBTUxsb2NhbDEocmVzdWx0KTsKIAlldnRjaG5fcG9y dF9vcl9lcnJvcl90IHBvcnQ7CiAKLQlwb3J0ID0geGNfZXZ0Y2huX3BlbmRpbmcoX0goeGNlKSk7 CisJcG9ydCA9IHhlbmV2dGNobl9wZW5kaW5nKF9IKHhjZSkpOwogCWlmIChwb3J0ID09IC0xKQog CQljYW1sX2ZhaWx3aXRoKCJldnRjaG4gcGVuZGluZyBmYWlsZWQiKTsKIAlyZXN1bHQgPSBWYWxf aW50KHBvcnQpOwpAQCAtMTM3LDcgKzEzNyw3IEBAIENBTUxwcmltIHZhbHVlIHN0dWJfZXZlbnRj aG5fdW5tYXNrKHZhbHVlIHhjZSwgdmFsdWUgX3BvcnQpCiAJZXZ0Y2huX3BvcnRfdCBwb3J0Owog CiAJcG9ydCA9IEludF92YWwoX3BvcnQpOwotCWlmICh4Y19ldnRjaG5fdW5tYXNrKF9IKHhjZSks IHBvcnQpKQorCWlmICh4ZW5ldnRjaG5fdW5tYXNrKF9IKHhjZSksIHBvcnQpKQogCQljYW1sX2Zh aWx3aXRoKCJldnRjaG4gdW5tYXNrIGZhaWxlZCIpOwogCUNBTUxyZXR1cm4oVmFsX3VuaXQpOwog fQpkaWZmIC0tZ2l0IGEvdG9vbHMvcHl0aG9uL3NldHVwLnB5IGIvdG9vbHMvcHl0aG9uL3NldHVw LnB5CmluZGV4IDk3NzFjYzQuLmNlMzE3YjQgMTAwNjQ0Ci0tLSBhL3Rvb2xzL3B5dGhvbi9zZXR1 cC5weQorKysgYi90b29scy9weXRob24vc2V0dXAucHkKQEAgLTgsMTMgKzgsMTggQEAgZXh0cmFf Y29tcGlsZV9hcmdzICA9IFsgIi1mbm8tc3RyaWN0LWFsaWFzaW5nIiwgIi1XZXJyb3IiIF0KIAog UEFUSF9YRU4gICAgICA9IFhFTl9ST09UICsgIi90b29scy9pbmNsdWRlIgogUEFUSF9MSUJYRU5U T09MTE9HID0gWEVOX1JPT1QgKyAiL3Rvb2xzL2xpYnMvdG9vbGxvZyIKK1BBVEhfTElCWEVORVZU Q0hOID0gWEVOX1JPT1QgKyAiL3Rvb2xzL2xpYnMvZXZ0Y2huIgogUEFUSF9MSUJYQyAgICA9IFhF Tl9ST09UICsgIi90b29scy9saWJ4YyIKIFBBVEhfTElCWEwgICAgPSBYRU5fUk9PVCArICIvdG9v bHMvbGlieGwiCiBQQVRIX1hFTlNUT1JFID0gWEVOX1JPT1QgKyAiL3Rvb2xzL3hlbnN0b3JlIgog CiB4YyA9IEV4dGVuc2lvbigieGMiLAogICAgICAgICAgICAgICAgZXh0cmFfY29tcGlsZV9hcmdz ID0gZXh0cmFfY29tcGlsZV9hcmdzLAotICAgICAgICAgICAgICAgaW5jbHVkZV9kaXJzICAgICAg ID0gWyBQQVRIX1hFTiwgUEFUSF9MSUJYRU5UT09MTE9HICsgIi9pbmNsdWRlIiwgUEFUSF9MSUJY QyArICIvaW5jbHVkZSIsICJ4ZW4vbG93bGV2ZWwveGMiIF0sCisgICAgICAgICAgICAgICBpbmNs dWRlX2RpcnMgICAgICAgPSBbIFBBVEhfWEVOLAorICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICBQQVRIX0xJQlhFTlRPT0xMT0cgKyAiL2luY2x1ZGUiLAorICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICBQQVRIX0xJQlhFTkVWVENITiArICIvaW5jbHVkZSIs CisgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIFBBVEhfTElCWEMgKyAiL2lu Y2x1ZGUiLAorICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAieGVuL2xvd2xl dmVsL3hjIiBdLAogICAgICAgICAgICAgICAgbGlicmFyeV9kaXJzICAgICAgID0gWyBQQVRIX0xJ QlhDIF0sCiAgICAgICAgICAgICAgICBsaWJyYXJpZXMgICAgICAgICAgPSBbICJ4ZW5jdHJsIiwg Inhlbmd1ZXN0IiBdLAogICAgICAgICAgICAgICAgZGVwZW5kcyAgICAgICAgICAgID0gWyBQQVRI X0xJQlhDICsgIi9saWJ4ZW5jdHJsLnNvIiwgUEFUSF9MSUJYQyArICIvbGlieGVuZ3Vlc3Quc28i LCAgIi1XbCwtcnBhdGgtbGluaz0iK1BBVEhfTElCWEVOVE9PTExPRyBdLApkaWZmIC0tZ2l0IGEv dG9vbHMvdGVzdHMveGVuLWFjY2Vzcy9NYWtlZmlsZSBiL3Rvb2xzL3Rlc3RzL3hlbi1hY2Nlc3Mv TWFrZWZpbGUKaW5kZXggZjgxMDU0My4uOTdjZmFlNCAxMDA2NDQKLS0tIGEvdG9vbHMvdGVzdHMv eGVuLWFjY2Vzcy9NYWtlZmlsZQorKysgYi90b29scy90ZXN0cy94ZW4tYWNjZXNzL01ha2VmaWxl CkBAIC01LDYgKzUsNyBAQCBDRkxBR1MgKz0gLVdlcnJvcgogCiBDRkxBR1MgKz0gJChDRkxBR1Nf bGlieGVuY3RybCkKIENGTEFHUyArPSAkKENGTEFHU19saWJ4ZW5ndWVzdCkKK0NGTEFHUyArPSAk KENGTEFHU19saWJ4ZW5ldnRjaG4pCiBDRkxBR1MgKz0gJChDRkxBR1NfeGVuaW5jbHVkZSkKIAog VEFSR0VUUy15IDo9CkBAIC0yNSw2ICsyNiw2IEBAIGNsZWFuOgogZGlzdGNsZWFuOiBjbGVhbgog CiB4ZW4tYWNjZXNzOiB4ZW4tYWNjZXNzLm8gTWFrZWZpbGUKLQkkKENDKSAtbyAkQCAkPCAkKExE RkxBR1MpICQoTERMSUJTX2xpYnhlbmN0cmwpICQoTERMSUJTX2xpYnhlbmd1ZXN0KQorCSQoQ0Mp IC1vICRAICQ8ICQoTERGTEFHUykgJChMRExJQlNfbGlieGVuY3RybCkgJChMRExJQlNfbGlieGVu Z3Vlc3QpICQoTERMSUJTX2xpYnhlbmV2dGNobikKIAogLWluY2x1ZGUgJChERVBTKQpkaWZmIC0t Z2l0IGEvdG9vbHMvdGVzdHMveGVuLWFjY2Vzcy94ZW4tYWNjZXNzLmMgYi90b29scy90ZXN0cy94 ZW4tYWNjZXNzL3hlbi1hY2Nlc3MuYwppbmRleCBhNTJjYTZlLi43OTkzOTQ3IDEwMDY0NAotLS0g YS90b29scy90ZXN0cy94ZW4tYWNjZXNzL3hlbi1hY2Nlc3MuYworKysgYi90b29scy90ZXN0cy94 ZW4tYWNjZXNzL3hlbi1hY2Nlc3MuYwpAQCAtMzksNiArMzksNyBAQAogI2luY2x1ZGUgPHN5cy9w b2xsLmg+CiAKICNpbmNsdWRlIDx4ZW5jdHJsLmg+CisjaW5jbHVkZSA8eGVuZXZ0Y2huLmg+CiAj aW5jbHVkZSA8eGVuL3ZtX2V2ZW50Lmg+CiAKICNpZiBkZWZpbmVkKF9fYXJtX18pIHx8IGRlZmlu ZWQoX19hYXJjaDY0X18pCkBAIC01NCw3ICs1NSw3IEBACiAKIHR5cGVkZWYgc3RydWN0IHZtX2V2 ZW50IHsKICAgICBkb21pZF90IGRvbWFpbl9pZDsKLSAgICB4Y19ldnRjaG4gKnhjZV9oYW5kbGU7 CisgICAgeGVuZXZ0Y2huX2hhbmRsZSAqeGNlX2hhbmRsZTsKICAgICBpbnQgcG9ydDsKICAgICB2 bV9ldmVudF9iYWNrX3JpbmdfdCBiYWNrX3Jpbmc7CiAgICAgdWludDMyX3QgZXZ0Y2huX3BvcnQ7 CkBAIC03Nyw5ICs3OCw5IEBAIHN0YXRpYyB2b2lkIGNsb3NlX2hhbmRsZXIoaW50IHNpZykKICAg ICBpbnRlcnJ1cHRlZCA9IHNpZzsKIH0KIAotaW50IHhjX3dhaXRfZm9yX2V2ZW50X29yX3RpbWVv dXQoeGNfaW50ZXJmYWNlICp4Y2gsIHhjX2V2dGNobiAqeGNlLCB1bnNpZ25lZCBsb25nIG1zKQor aW50IHhjX3dhaXRfZm9yX2V2ZW50X29yX3RpbWVvdXQoeGNfaW50ZXJmYWNlICp4Y2gsIHhlbmV2 dGNobl9oYW5kbGUgKnhjZSwgdW5zaWduZWQgbG9uZyBtcykKIHsKLSAgICBzdHJ1Y3QgcG9sbGZk IGZkID0geyAuZmQgPSB4Y19ldnRjaG5fZmQoeGNlKSwgLmV2ZW50cyA9IFBPTExJTiB8IFBPTExF UlIgfTsKKyAgICBzdHJ1Y3QgcG9sbGZkIGZkID0geyAuZmQgPSB4ZW5ldnRjaG5fZmQoeGNlKSwg LmV2ZW50cyA9IFBPTExJTiB8IFBPTExFUlIgfTsKICAgICBpbnQgcG9ydDsKICAgICBpbnQgcmM7 CiAKQEAgLTk1LDE0ICs5NiwxNCBAQCBpbnQgeGNfd2FpdF9mb3JfZXZlbnRfb3JfdGltZW91dCh4 Y19pbnRlcmZhY2UgKnhjaCwgeGNfZXZ0Y2huICp4Y2UsIHVuc2lnbmVkIGxvbgogCiAgICAgaWYg KCByYyA9PSAxICkKICAgICB7Ci0gICAgICAgIHBvcnQgPSB4Y19ldnRjaG5fcGVuZGluZyh4Y2Up OworICAgICAgICBwb3J0ID0geGVuZXZ0Y2huX3BlbmRpbmcoeGNlKTsKICAgICAgICAgaWYgKCBw b3J0ID09IC0xICkKICAgICAgICAgewogICAgICAgICAgICAgRVJST1IoIkZhaWxlZCB0byByZWFk IHBvcnQgZnJvbSBldmVudCBjaGFubmVsIik7CiAgICAgICAgICAgICBnb3RvIGVycjsKICAgICAg ICAgfQogCi0gICAgICAgIHJjID0geGNfZXZ0Y2huX3VubWFzayh4Y2UsIHBvcnQpOworICAgICAg ICByYyA9IHhlbmV2dGNobl91bm1hc2soeGNlLCBwb3J0KTsKICAgICAgICAgaWYgKCByYyAhPSAw ICkKICAgICAgICAgewogICAgICAgICAgICAgRVJST1IoIkZhaWxlZCB0byB1bm1hc2sgZXZlbnQg Y2hhbm5lbCBwb3J0Iik7CkBAIC0xNDMsNyArMTQ0LDcgQEAgaW50IHhlbmFjY2Vzc190ZWFyZG93 bih4Y19pbnRlcmZhY2UgKnhjaCwgeGVuYWNjZXNzX3QgKnhlbmFjY2VzcykKICAgICAvKiBVbmJp bmQgVklSUSAqLwogICAgIGlmICggZXZ0Y2huX2JpbmQgKQogICAgIHsKLSAgICAgICAgcmMgPSB4 Y19ldnRjaG5fdW5iaW5kKHhlbmFjY2Vzcy0+dm1fZXZlbnQueGNlX2hhbmRsZSwKKyAgICAgICAg cmMgPSB4ZW5ldnRjaG5fdW5iaW5kKHhlbmFjY2Vzcy0+dm1fZXZlbnQueGNlX2hhbmRsZSwKICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgIHhlbmFjY2Vzcy0+dm1fZXZlbnQucG9ydCk7CiAg ICAgICAgIGlmICggcmMgIT0gMCApCiAgICAgICAgIHsKQEAgLTE1NSw3ICsxNTYsNyBAQCBpbnQg eGVuYWNjZXNzX3RlYXJkb3duKHhjX2ludGVyZmFjZSAqeGNoLCB4ZW5hY2Nlc3NfdCAqeGVuYWNj ZXNzKQogICAgIC8qIENsb3NlIGV2ZW50IGNoYW5uZWwgKi8KICAgICBpZiAoIGV2dGNobl9vcGVu ICkKICAgICB7Ci0gICAgICAgIHJjID0geGNfZXZ0Y2huX2Nsb3NlKHhlbmFjY2Vzcy0+dm1fZXZl bnQueGNlX2hhbmRsZSk7CisgICAgICAgIHJjID0geGVuZXZ0Y2huX2Nsb3NlKHhlbmFjY2Vzcy0+ dm1fZXZlbnQueGNlX2hhbmRsZSk7CiAgICAgICAgIGlmICggcmMgIT0gMCApCiAgICAgICAgIHsK ICAgICAgICAgICAgIEVSUk9SKCJFcnJvciBjbG9zaW5nIGV2ZW50IGNoYW5uZWwiKTsKQEAgLTIy Myw3ICsyMjQsNyBAQCB4ZW5hY2Nlc3NfdCAqeGVuYWNjZXNzX2luaXQoeGNfaW50ZXJmYWNlICoq eGNoX3IsIGRvbWlkX3QgZG9tYWluX2lkKQogICAgIG1lbV9hY2Nlc3NfZW5hYmxlID0gMTsKIAog ICAgIC8qIE9wZW4gZXZlbnQgY2hhbm5lbCAqLwotICAgIHhlbmFjY2Vzcy0+dm1fZXZlbnQueGNl X2hhbmRsZSA9IHhjX2V2dGNobl9vcGVuKE5VTEwsIDApOworICAgIHhlbmFjY2Vzcy0+dm1fZXZl bnQueGNlX2hhbmRsZSA9IHhlbmV2dGNobl9vcGVuKE5VTEwsIDApOwogICAgIGlmICggeGVuYWNj ZXNzLT52bV9ldmVudC54Y2VfaGFuZGxlID09IE5VTEwgKQogICAgIHsKICAgICAgICAgRVJST1Io IkZhaWxlZCB0byBvcGVuIGV2ZW50IGNoYW5uZWwiKTsKQEAgLTIzMiw3ICsyMzMsNyBAQCB4ZW5h Y2Nlc3NfdCAqeGVuYWNjZXNzX2luaXQoeGNfaW50ZXJmYWNlICoqeGNoX3IsIGRvbWlkX3QgZG9t YWluX2lkKQogICAgIGV2dGNobl9vcGVuID0gMTsKIAogICAgIC8qIEJpbmQgZXZlbnQgbm90aWZp Y2F0aW9uICovCi0gICAgcmMgPSB4Y19ldnRjaG5fYmluZF9pbnRlcmRvbWFpbih4ZW5hY2Nlc3Mt PnZtX2V2ZW50LnhjZV9oYW5kbGUsCisgICAgcmMgPSB4ZW5ldnRjaG5fYmluZF9pbnRlcmRvbWFp bih4ZW5hY2Nlc3MtPnZtX2V2ZW50LnhjZV9oYW5kbGUsCiAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICB4ZW5hY2Nlc3MtPnZtX2V2ZW50LmRvbWFpbl9pZCwKICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgIHhlbmFjY2Vzcy0+dm1fZXZlbnQuZXZ0Y2huX3BvcnQp OwogICAgIGlmICggcmMgPCAwICkKQEAgLTY3OCw3ICs2NzksNyBAQCBpbnQgbWFpbihpbnQgYXJn YywgY2hhciAqYXJndltdKQogICAgICAgICB9CiAKICAgICAgICAgLyogVGVsbCBYZW4gcGFnZSBp cyByZWFkeSAqLwotICAgICAgICByYyA9IHhjX2V2dGNobl9ub3RpZnkoeGVuYWNjZXNzLT52bV9l dmVudC54Y2VfaGFuZGxlLAorICAgICAgICByYyA9IHhlbmV2dGNobl9ub3RpZnkoeGVuYWNjZXNz LT52bV9ldmVudC54Y2VfaGFuZGxlLAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgeGVu YWNjZXNzLT52bV9ldmVudC5wb3J0KTsKIAogICAgICAgICBpZiAoIHJjICE9IDAgKQpkaWZmIC0t Z2l0IGEvdG9vbHMveGN1dGlscy9NYWtlZmlsZSBiL3Rvb2xzL3hjdXRpbHMvTWFrZWZpbGUKaW5k ZXggZmZmNTE5ZC4uMmQxZjExMiAxMDA2NDQKLS0tIGEvdG9vbHMveGN1dGlscy9NYWtlZmlsZQor KysgYi90b29scy94Y3V0aWxzL01ha2VmaWxlCkBAIC0xNiw4ICsxNiw4IEBAIFBST0dSQU1TID0g cmVhZG5vdGVzIGxzZXZ0Y2huCiBDRkxBR1MgKz0gLVdlcnJvcgogCiAjIGluY29ycmVjdGx5IHVz ZXMgbGlieGMgaW50ZXJuYWxzCi1DRkxBR1NfcmVhZG5vdGVzLm8gIDo9ICQoQ0ZMQUdTX2xpYnhl bmN0cmwpICQoQ0ZMQUdTX2xpYnhlbmd1ZXN0KSAtSSQoWEVOX1JPT1QpL3Rvb2xzL2xpYnhjCi1D RkxBR1NfbHNldnRjaG4ubyAgIDo9ICQoQ0ZMQUdTX2xpYnhlbmN0cmwpCitDRkxBR1NfcmVhZG5v dGVzLm8gIDo9ICQoQ0ZMQUdTX2xpYnhlbmV2dGNobikgJChDRkxBR1NfbGlieGVuY3RybCkgJChD RkxBR1NfbGlieGVuZ3Vlc3QpIC1JJChYRU5fUk9PVCkvdG9vbHMvbGlieGMKK0NGTEFHU19sc2V2 dGNobi5vICAgOj0gJChDRkxBR1NfbGlieGVuZXZ0Y2huKSAkKENGTEFHU19saWJ4ZW5jdHJsKQog CiAuUEhPTlk6IGFsbAogYWxsOiBidWlsZApkaWZmIC0tZ2l0IGEvdG9vbHMveGVubW9uL01ha2Vm aWxlIGIvdG9vbHMveGVubW9uL01ha2VmaWxlCmluZGV4IDIwZWExMDAuLjk4MDU2ZjIgMTAwNjQ0 Ci0tLSBhL3Rvb2xzL3hlbm1vbi9NYWtlZmlsZQorKysgYi90b29scy94ZW5tb24vTWFrZWZpbGUK QEAgLTE0LDggKzE0LDEwIEBAIFhFTl9ST09UPSQoQ1VSRElSKS8uLi8uLgogaW5jbHVkZSAkKFhF Tl9ST09UKS90b29scy9SdWxlcy5tawogCiBDRkxBR1MgICs9IC1XZXJyb3IKK0NGTEFHUyAgKz0g JChDRkxBR1NfbGlieGVuZXZ0Y2huKQogQ0ZMQUdTICArPSAkKENGTEFHU19saWJ4ZW5jdHJsKQog TERMSUJTICArPSAkKExETElCU19saWJ4ZW5jdHJsKQorTERMSUJTICArPSAkKExETElCU19saWJ4 ZW5ldnRjaG4pCiAKIFNDUklQVFMgPSB4ZW5tb24ucHkKIApkaWZmIC0tZ2l0IGEvdG9vbHMveGVu bW9uL3hlbmJha2VkLmMgYi90b29scy94ZW5tb24veGVuYmFrZWQuYwppbmRleCAxZGRiMjliLi5l NDYwMmVmIDEwMDY0NAotLS0gYS90b29scy94ZW5tb24veGVuYmFrZWQuYworKysgYi90b29scy94 ZW5tb24veGVuYmFrZWQuYwpAQCAtMzcsNiArMzcsNyBAQAogI2luY2x1ZGUgPHVuaXN0ZC5oPgog I2luY2x1ZGUgPGVycm5vLmg+CiAjaW5jbHVkZSA8c2lnbmFsLmg+CisjaW5jbHVkZSA8eGVuZXZ0 Y2huLmg+CiAjaW5jbHVkZSA8eGVuY3RybC5oPgogI2luY2x1ZGUgPHhlbi94ZW4uaD4KICNpbmNs dWRlIDxzdHJpbmcuaD4KQEAgLTI2Nyw3ICsyNjgsNyBAQCBzdGF0aWMgdm9pZCBsb2dfZXZlbnQo aW50IGV2ZW50X2lkKQogfQogCiBpbnQgdmlycV9wb3J0OwoteGNfZXZ0Y2huICp4Y2VfaGFuZGxl ID0gTlVMTDsKK3hlbmV2dGNobl9oYW5kbGUgKnhjZV9oYW5kbGUgPSBOVUxMOwogCiAvKiBSZXR1 cm5zIHRoZSBldmVudCBjaGFubmVsIGhhbmRsZS4gKi8KIC8qIFN0b2xlbiBmcm9tIHhlbnN0b3Jl IGNvZGUgKi8KQEAgLTI3OSwxMiArMjgwLDEyIEBAIHN0YXRpYyBpbnQgZXZlbnRjaG5faW5pdCh2 b2lkKQogICAgIGlmICgwKQogICAgICAgICByZXR1cm4gLTE7CiAgIAotICAgIHhjZV9oYW5kbGUg PSB4Y19ldnRjaG5fb3BlbihOVUxMLCAwKTsKKyAgICB4Y2VfaGFuZGxlID0geGVuZXZ0Y2huX29w ZW4oTlVMTCwgMCk7CiAKICAgICBpZiAoeGNlX2hhbmRsZSA9PSBOVUxMKQogICAgICAgICBwZXJy b3IoIkZhaWxlZCB0byBvcGVuIGV2dGNobiBkZXZpY2UiKTsKICAgCi0gICAgaWYgKChyYyA9IHhj X2V2dGNobl9iaW5kX3ZpcnEoeGNlX2hhbmRsZSwgVklSUV9UQlVGKSkgPT0gLTEpCisgICAgaWYg KChyYyA9IHhlbmV2dGNobl9iaW5kX3ZpcnEoeGNlX2hhbmRsZSwgVklSUV9UQlVGKSkgPT0gLTEp CiAgICAgICAgIHBlcnJvcigiRmFpbGVkIHRvIGJpbmQgdG8gZG9tYWluIGV4Y2VwdGlvbiB2aXJx IHBvcnQiKTsKICAgICB2aXJxX3BvcnQgPSByYzsKICAgCkBAIC0zMDQsNyArMzA1LDcgQEAgc3Rh dGljIHZvaWQgd2FpdF9mb3JfZXZlbnQodm9pZCkKICAgICAgICAgcmV0dXJuOwogICAgIH0KIAot ICAgIGV2dGNobl9mZCA9IHhjX2V2dGNobl9mZCh4Y2VfaGFuZGxlKTsKKyAgICBldnRjaG5fZmQg PSB4ZW5ldnRjaG5fZmQoeGNlX2hhbmRsZSk7CiAKICAgICBGRF9aRVJPKCZpbnNldCk7CiAgICAg RkRfU0VUKGV2dGNobl9mZCwgJmluc2V0KTsKQEAgLTMxNCwxMyArMzE1LDEzIEBAIHN0YXRpYyB2 b2lkIHdhaXRfZm9yX2V2ZW50KHZvaWQpCiAgICAgcmV0ID0gc2VsZWN0KGV2dGNobl9mZCsxLCAm aW5zZXQsIE5VTEwsIE5VTEwsICZ0dik7CiAgIAogICAgIGlmICggKHJldCA9PSAxKSAmJiBGRF9J U1NFVChldnRjaG5fZmQsICZpbnNldCkpIHsKLSAgICAgICAgaWYgKChwb3J0ID0geGNfZXZ0Y2hu X3BlbmRpbmcoeGNlX2hhbmRsZSkpID09IC0xKQorICAgICAgICBpZiAoKHBvcnQgPSB4ZW5ldnRj aG5fcGVuZGluZyh4Y2VfaGFuZGxlKSkgPT0gLTEpCiAgICAgICAgICAgICBwZXJyb3IoIkZhaWxl ZCB0byByZWFkIGZyb20gZXZlbnQgZmQiKTsKICAgICAKICAgICAgICAgLy8gICAgaWYgKHBvcnQg PT0gdmlycV9wb3J0KQogICAgICAgICAvLyAgICAgIHByaW50ZigiZ290IHRoZSBldmVudCBJIHdh cyBsb29raW5nIGZvclxyXG4iKTsKIAotICAgICAgICBpZiAoeGNfZXZ0Y2huX3VubWFzayh4Y2Vf aGFuZGxlLCBwb3J0KSA9PSAtMSkKKyAgICAgICAgaWYgKHhlbmV2dGNobl91bm1hc2soeGNlX2hh bmRsZSwgcG9ydCkgPT0gLTEpCiAgICAgICAgICAgICBwZXJyb3IoIkZhaWxlZCB0byB3cml0ZSB0 byBldmVudCBmZCIpOwogICAgIH0KIH0KZGlmZiAtLWdpdCBhL3Rvb2xzL3hlbnBhZ2luZy9NYWtl ZmlsZSBiL3Rvb2xzL3hlbnBhZ2luZy9NYWtlZmlsZQppbmRleCBlNjNkODk0Li5kNDkxODY3IDEw MDY0NAotLS0gYS90b29scy94ZW5wYWdpbmcvTWFrZWZpbGUKKysrIGIvdG9vbHMveGVucGFnaW5n L01ha2VmaWxlCkBAIC0yLDggKzIsOCBAQCBYRU5fUk9PVD0kKENVUkRJUikvLi4vLi4KIGluY2x1 ZGUgJChYRU5fUk9PVCkvdG9vbHMvUnVsZXMubWsKIAogIyB4ZW5wYWdpbmcuYyBhbmQgZmlsZV9v cHMuYyBpbmNvcnJlY3RseSB1c2UgbGlieGMgaW50ZXJuYWxzCi1DRkxBR1MgKz0gJChDRkxBR1Nf bGlieGVuY3RybCkgJChDRkxBR1NfbGlieGVuc3RvcmUpICQoUFRIUkVBRF9DRkxBR1MpIC1JJChY RU5fUk9PVCkvdG9vbHMvbGlieGMKLUxETElCUyArPSAkKExETElCU19saWJ4ZW50b29sbG9nKSAk KExETElCU19saWJ4ZW5jdHJsKSAkKExETElCU19saWJ4ZW5zdG9yZSkgJChQVEhSRUFEX0xJQlMp CitDRkxBR1MgKz0gJChDRkxBR1NfbGlieGVudG9vbGxvZykgJChDRkxBR1NfbGlieGVuZXZ0Y2hu KSAkKENGTEFHU19saWJ4ZW5jdHJsKSAkKENGTEFHU19saWJ4ZW5zdG9yZSkgJChQVEhSRUFEX0NG TEFHUykgLUkkKFhFTl9ST09UKS90b29scy9saWJ4YworTERMSUJTICs9ICQoTERMSUJTX2xpYnhl bnRvb2xsb2cpICQoTERMSUJTX2xpYnhlbmV2dGNobikgJChMRExJQlNfbGlieGVuY3RybCkgJChM RExJQlNfbGlieGVuc3RvcmUpICQoUFRIUkVBRF9MSUJTKQogTERGTEFHUyArPSAkKFBUSFJFQURf TERGTEFHUykKIAogUE9MSUNZICAgID0gZGVmYXVsdApkaWZmIC0tZ2l0IGEvdG9vbHMveGVucGFn aW5nL3hlbnBhZ2luZy5jIGIvdG9vbHMveGVucGFnaW5nL3hlbnBhZ2luZy5jCmluZGV4IGI1ZmZl ZTYuLmRmOTljNmEgMTAwNjQ0Ci0tLSBhL3Rvb2xzL3hlbnBhZ2luZy94ZW5wYWdpbmcuYworKysg Yi90b29scy94ZW5wYWdpbmcveGVucGFnaW5nLmMKQEAgLTczLDcgKzczLDcgQEAgc3RhdGljIHZv aWQgeGVucGFnaW5nX21lbV9wYWdpbmdfZmx1c2hfaW9lbXVfY2FjaGUoc3RydWN0IHhlbnBhZ2lu ZyAqcGFnaW5nKQogc3RhdGljIGludCB4ZW5wYWdpbmdfd2FpdF9mb3JfZXZlbnRfb3JfdGltZW91 dChzdHJ1Y3QgeGVucGFnaW5nICpwYWdpbmcpCiB7CiAgICAgeGNfaW50ZXJmYWNlICp4Y2ggPSBw YWdpbmctPnhjX2hhbmRsZTsKLSAgICB4Y19ldnRjaG4gKnhjZSA9IHBhZ2luZy0+dm1fZXZlbnQu eGNlX2hhbmRsZTsKKyAgICB4ZW5ldnRjaG5faGFuZGxlICp4Y2UgPSBwYWdpbmctPnZtX2V2ZW50 LnhjZV9oYW5kbGU7CiAgICAgY2hhciAqKnZlYywgKnZhbDsKICAgICB1bnNpZ25lZCBpbnQgbnVt OwogICAgIHN0cnVjdCBwb2xsZmQgZmRbMl07CkBAIC04Miw3ICs4Miw3IEBAIHN0YXRpYyBpbnQg eGVucGFnaW5nX3dhaXRfZm9yX2V2ZW50X29yX3RpbWVvdXQoc3RydWN0IHhlbnBhZ2luZyAqcGFn aW5nKQogICAgIGludCB0aW1lb3V0OwogCiAgICAgLyogV2FpdCBmb3IgZXZlbnQgY2hhbm5lbCBh bmQgeGVuc3RvcmUgKi8KLSAgICBmZFswXS5mZCA9IHhjX2V2dGNobl9mZCh4Y2UpOworICAgIGZk WzBdLmZkID0geGVuZXZ0Y2huX2ZkKHhjZSk7CiAgICAgZmRbMF0uZXZlbnRzID0gUE9MTElOIHwg UE9MTEVSUjsKICAgICBmZFsxXS5mZCA9IHhzX2ZpbGVubyhwYWdpbmctPnhzX2hhbmRsZSk7CiAg ICAgZmRbMV0uZXZlbnRzID0gUE9MTElOIHwgUE9MTEVSUjsKQEAgLTE0Niw3ICsxNDYsNyBAQCBz dGF0aWMgaW50IHhlbnBhZ2luZ193YWl0X2Zvcl9ldmVudF9vcl90aW1lb3V0KHN0cnVjdCB4ZW5w YWdpbmcgKnBhZ2luZykKICAgICBpZiAoIHJjICYmIGZkWzBdLnJldmVudHMgJiBQT0xMSU4gKQog ICAgIHsKICAgICAgICAgRFBSSU5URigiR290IGV2ZW50IGZyb20gZXZ0Y2huXG4iKTsKLSAgICAg ICAgcG9ydCA9IHhjX2V2dGNobl9wZW5kaW5nKHhjZSk7CisgICAgICAgIHBvcnQgPSB4ZW5ldnRj aG5fcGVuZGluZyh4Y2UpOwogICAgICAgICBpZiAoIHBvcnQgPT0gLTEgKQogICAgICAgICB7CiAg ICAgICAgICAgICBQRVJST1IoIkZhaWxlZCB0byByZWFkIHBvcnQgZnJvbSBldmVudCBjaGFubmVs Iik7CkBAIC0xNTQsNyArMTU0LDcgQEAgc3RhdGljIGludCB4ZW5wYWdpbmdfd2FpdF9mb3JfZXZl bnRfb3JfdGltZW91dChzdHJ1Y3QgeGVucGFnaW5nICpwYWdpbmcpCiAgICAgICAgICAgICBnb3Rv IGVycjsKICAgICAgICAgfQogCi0gICAgICAgIHJjID0geGNfZXZ0Y2huX3VubWFzayh4Y2UsIHBv cnQpOworICAgICAgICByYyA9IHhlbmV2dGNobl91bm1hc2soeGNlLCBwb3J0KTsKICAgICAgICAg aWYgKCByYyA8IDAgKQogICAgICAgICB7CiAgICAgICAgICAgICBQRVJST1IoIkZhaWxlZCB0byB1 bm1hc2sgZXZlbnQgY2hhbm5lbCBwb3J0Iik7CkBAIC0zOTMsNyArMzkzLDcgQEAgc3RhdGljIHN0 cnVjdCB4ZW5wYWdpbmcgKnhlbnBhZ2luZ19pbml0KGludCBhcmdjLCBjaGFyICphcmd2W10pCiAg ICAgfQogCiAgICAgLyogT3BlbiBldmVudCBjaGFubmVsICovCi0gICAgcGFnaW5nLT52bV9ldmVu dC54Y2VfaGFuZGxlID0geGNfZXZ0Y2huX29wZW4oTlVMTCwgMCk7CisgICAgcGFnaW5nLT52bV9l dmVudC54Y2VfaGFuZGxlID0geGVuZXZ0Y2huX29wZW4oTlVMTCwgMCk7CiAgICAgaWYgKCBwYWdp bmctPnZtX2V2ZW50LnhjZV9oYW5kbGUgPT0gTlVMTCApCiAgICAgewogICAgICAgICBQRVJST1Io IkZhaWxlZCB0byBvcGVuIGV2ZW50IGNoYW5uZWwiKTsKQEAgLTQwMSw3ICs0MDEsNyBAQCBzdGF0 aWMgc3RydWN0IHhlbnBhZ2luZyAqeGVucGFnaW5nX2luaXQoaW50IGFyZ2MsIGNoYXIgKmFyZ3Zb XSkKICAgICB9CiAKICAgICAvKiBCaW5kIGV2ZW50IG5vdGlmaWNhdGlvbiAqLwotICAgIHJjID0g eGNfZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4ocGFnaW5nLT52bV9ldmVudC54Y2VfaGFuZGxlLAor ICAgIHJjID0geGVuZXZ0Y2huX2JpbmRfaW50ZXJkb21haW4ocGFnaW5nLT52bV9ldmVudC54Y2Vf aGFuZGxlLAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgcGFnaW5nLT52bV9l dmVudC5kb21haW5faWQsCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBwYWdp bmctPnZtX2V2ZW50LmV2dGNobl9wb3J0KTsKICAgICBpZiAoIHJjIDwgMCApCkBAIC01MzEsNyAr NTMxLDcgQEAgc3RhdGljIHZvaWQgeGVucGFnaW5nX3RlYXJkb3duKHN0cnVjdCB4ZW5wYWdpbmcg KnBhZ2luZykKICAgICB9CiAKICAgICAvKiBVbmJpbmQgVklSUSAqLwotICAgIHJjID0geGNfZXZ0 Y2huX3VuYmluZChwYWdpbmctPnZtX2V2ZW50LnhjZV9oYW5kbGUsIHBhZ2luZy0+dm1fZXZlbnQu cG9ydCk7CisgICAgcmMgPSB4ZW5ldnRjaG5fdW5iaW5kKHBhZ2luZy0+dm1fZXZlbnQueGNlX2hh bmRsZSwgcGFnaW5nLT52bV9ldmVudC5wb3J0KTsKICAgICBpZiAoIHJjICE9IDAgKQogICAgIHsK ICAgICAgICAgUEVSUk9SKCJFcnJvciB1bmJpbmRpbmcgZXZlbnQgcG9ydCIpOwpAQCAtNTM5LDcg KzUzOSw3IEBAIHN0YXRpYyB2b2lkIHhlbnBhZ2luZ190ZWFyZG93bihzdHJ1Y3QgeGVucGFnaW5n ICpwYWdpbmcpCiAgICAgcGFnaW5nLT52bV9ldmVudC5wb3J0ID0gLTE7CiAKICAgICAvKiBDbG9z ZSBldmVudCBjaGFubmVsICovCi0gICAgcmMgPSB4Y19ldnRjaG5fY2xvc2UocGFnaW5nLT52bV9l dmVudC54Y2VfaGFuZGxlKTsKKyAgICByYyA9IHhlbmV2dGNobl9jbG9zZShwYWdpbmctPnZtX2V2 ZW50LnhjZV9oYW5kbGUpOwogICAgIGlmICggcmMgIT0gMCApCiAgICAgewogICAgICAgICBQRVJS T1IoIkVycm9yIGNsb3NpbmcgZXZlbnQgY2hhbm5lbCIpOwpAQCAtNjkyLDcgKzY5Miw3IEBAIHN0 YXRpYyBpbnQgeGVucGFnaW5nX3Jlc3VtZV9wYWdlKHN0cnVjdCB4ZW5wYWdpbmcgKnBhZ2luZywg dm1fZXZlbnRfcmVzcG9uc2VfdCAqCiAgICAgfQogCiAgICAgLyogVGVsbCBYZW4gcGFnZSBpcyBy ZWFkeSAqLwotICAgIHJldHVybiB4Y19ldnRjaG5fbm90aWZ5KHBhZ2luZy0+dm1fZXZlbnQueGNl X2hhbmRsZSwgcGFnaW5nLT52bV9ldmVudC5wb3J0KTsKKyAgICByZXR1cm4geGVuZXZ0Y2huX25v dGlmeShwYWdpbmctPnZtX2V2ZW50LnhjZV9oYW5kbGUsIHBhZ2luZy0+dm1fZXZlbnQucG9ydCk7 CiB9CiAKIHN0YXRpYyBpbnQgeGVucGFnaW5nX3BvcHVsYXRlX3BhZ2Uoc3RydWN0IHhlbnBhZ2lu ZyAqcGFnaW5nLCB1bnNpZ25lZCBsb25nIGdmbiwgaW50IGkpCmRpZmYgLS1naXQgYS90b29scy94 ZW5wYWdpbmcveGVucGFnaW5nLmggYi90b29scy94ZW5wYWdpbmcveGVucGFnaW5nLmgKaW5kZXgg YzZhYjc3Yy4uZDBmOGQyMCAxMDA2NDQKLS0tIGEvdG9vbHMveGVucGFnaW5nL3hlbnBhZ2luZy5o CisrKyBiL3Rvb2xzL3hlbnBhZ2luZy94ZW5wYWdpbmcuaApAQCAtMjQsNiArMjQsNyBAQAogI2Rl ZmluZSBfX1hFTl9QQUdJTkcyX0hfXwogCiAKKyNpbmNsdWRlIDx4ZW5ldnRjaG4uaD4KICNpbmNs dWRlIDx4Y19wcml2YXRlLmg+CiAjaW5jbHVkZSA8eGVuL2V2ZW50X2NoYW5uZWwuaD4KICNpbmNs dWRlIDx4ZW4vdm1fZXZlbnQuaD4KQEAgLTMyLDcgKzMzLDcgQEAKIAogc3RydWN0IHZtX2V2ZW50 IHsKICAgICBkb21pZF90IGRvbWFpbl9pZDsKLSAgICB4Y19ldnRjaG4gKnhjZV9oYW5kbGU7Cisg ICAgeGVuZXZ0Y2huX2hhbmRsZSAqeGNlX2hhbmRsZTsKICAgICBpbnQgcG9ydDsKICAgICB2bV9l dmVudF9iYWNrX3JpbmdfdCBiYWNrX3Jpbmc7CiAgICAgdWludDMyX3QgZXZ0Y2huX3BvcnQ7CmRp ZmYgLS1naXQgYS90b29scy94ZW5zdG9yZS9NYWtlZmlsZSBiL3Rvb2xzL3hlbnN0b3JlL01ha2Vm aWxlCmluZGV4IDFiNGE0OTQuLmMxNjEwNDYgMTAwNjQ0Ci0tLSBhL3Rvb2xzL3hlbnN0b3JlL01h a2VmaWxlCisrKyBiL3Rvb2xzL3hlbnN0b3JlL01ha2VmaWxlCkBAIC05LDYgKzksNyBAQCBDRkxB R1MgKz0gLUkuCiAjIEluY2x1ZGUgY29uZmlndXJlIG91dHB1dCAoY29uZmlnLmgpCiBDRkxBR1Mg Kz0gLWluY2x1ZGUgJChYRU5fUk9PVCkvdG9vbHMvY29uZmlnLmgKIENGTEFHUyArPSAtSS4vaW5j bHVkZQorQ0ZMQUdTICs9ICQoQ0ZMQUdTX2xpYnhlbmV2dGNobikKIENGTEFHUyArPSAkKENGTEFH U19saWJ4ZW5jdHJsKQogQ0ZMQUdTICs9IC1EWEVOX0xJQl9TVE9SRUQ9IlwiJChYRU5fTElCX1NU T1JFRClcIiIKIApAQCAtNzUsMTAgKzc2LDEwIEBAIGVuZGlmCiBpbml0LXhlbnN0b3JlLWRvbWFp bi5vOiBDRkxBR1MgKz0gJChDRkxBR1NfbGlieGVuZ3Vlc3QpCiAKIGluaXQteGVuc3RvcmUtZG9t YWluOiBpbml0LXhlbnN0b3JlLWRvbWFpbi5vICQoTElCWEVOU1RPUkUpCi0JJChDQykgJF4gJChM REZMQUdTKSAkKExETElCU19saWJ4ZW5jdHJsKSAkKExETElCU19saWJ4ZW5ndWVzdCkgJChMRExJ QlNfbGlieGVuc3RvcmUpIC1vICRAICQoQVBQRU5EX0xERkxBR1MpCisJJChDQykgJF4gJChMREZM QUdTKSAkKExETElCU19saWJ4ZW5ldnRjaG4pICQoTERMSUJTX2xpYnhlbmN0cmwpICQoTERMSUJT X2xpYnhlbmd1ZXN0KSAkKExETElCU19saWJ4ZW5zdG9yZSkgLW8gJEAgJChBUFBFTkRfTERGTEFH UykKIAogeGVuc3RvcmVkOiAkKFhFTlNUT1JFRF9PQkpTKQotCSQoQ0MpICReICQoTERGTEFHUykg JChMRExJQlNfbGlieGVuY3RybCkgJChTT0NLRVRfTElCUykgLW8gJEAgJChBUFBFTkRfTERGTEFH UykKKwkkKENDKSAkXiAkKExERkxBR1MpICQoTERMSUJTX2xpYnhlbmV2dGNobikgJChMRExJQlNf bGlieGVuY3RybCkgJChTT0NLRVRfTElCUykgLW8gJEAgJChBUFBFTkRfTERGTEFHUykKIAogeGVu c3RvcmVkLmE6ICQoWEVOU1RPUkVEX09CSlMpCiAJJChBUikgY3IgJEAgJF4KZGlmZiAtLWdpdCBh L3Rvb2xzL3hlbnN0b3JlL3hlbnN0b3JlZF9jb3JlLmMgYi90b29scy94ZW5zdG9yZS94ZW5zdG9y ZWRfY29yZS5jCmluZGV4IDNjMDMwN2UuLmY2MmMxOTIgMTAwNjQ0Ci0tLSBhL3Rvb2xzL3hlbnN0 b3JlL3hlbnN0b3JlZF9jb3JlLmMKKysrIGIvdG9vbHMveGVuc3RvcmUveGVuc3RvcmVkX2NvcmUu YwpAQCAtNDAsNiArNDAsOCBAQAogI2luY2x1ZGUgPGFzc2VydC5oPgogI2luY2x1ZGUgPHNldGpt cC5oPgogCisjaW5jbHVkZSA8eGVuZXZ0Y2huLmg+CisKICNpbmNsdWRlICJ1dGlscy5oIgogI2lu Y2x1ZGUgImxpc3QuaCIKICNpbmNsdWRlICJ0YWxsb2MuaCIKQEAgLTYzLDcgKzY1LDcgQEAKICNp bmNsdWRlIDxzeXN0ZW1kL3NkLWRhZW1vbi5oPgogI2VuZGlmCiAKLWV4dGVybiB4Y19ldnRjaG4g KnhjZV9oYW5kbGU7IC8qIGluIHhlbnN0b3JlZF9kb21haW4uYyAqLworZXh0ZXJuIHhlbmV2dGNo bl9oYW5kbGUgKnhjZV9oYW5kbGU7IC8qIGluIHhlbnN0b3JlZF9kb21haW4uYyAqLwogc3RhdGlj IGludCB4Y2VfcG9sbGZkX2lkeCA9IC0xOwogc3RhdGljIHN0cnVjdCBwb2xsZmQgKmZkczsKIHN0 YXRpYyB1bnNpZ25lZCBpbnQgY3VycmVudF9hcnJheV9zaXplOwpAQCAtMzcyLDcgKzM3NCw3IEBA IHN0YXRpYyB2b2lkIGluaXRpYWxpemVfZmRzKGludCBzb2NrLCBpbnQgKnBfc29ja19wb2xsZmRf aWR4LAogCQkJc2V0X2ZkKHJlb3Blbl9sb2dfcGlwZVswXSwgUE9MTElOfFBPTExQUkkpOwogCiAJ aWYgKHhjZV9oYW5kbGUgIT0gTlVMTCkKLQkJeGNlX3BvbGxmZF9pZHggPSBzZXRfZmQoeGNfZXZ0 Y2huX2ZkKHhjZV9oYW5kbGUpLAorCQl4Y2VfcG9sbGZkX2lkeCA9IHNldF9mZCh4ZW5ldnRjaG5f ZmQoeGNlX2hhbmRsZSksCiAJCQkJCVBPTExJTnxQT0xMUFJJKTsKIAogCWxpc3RfZm9yX2VhY2hf ZW50cnkoY29ubiwgJmNvbm5lY3Rpb25zLCBsaXN0KSB7CmRpZmYgLS1naXQgYS90b29scy94ZW5z dG9yZS94ZW5zdG9yZWRfZG9tYWluLmMgYi90b29scy94ZW5zdG9yZS94ZW5zdG9yZWRfZG9tYWlu LmMKaW5kZXggZGNkNjU4MS4uNmNlZWMyOSAxMDA2NDQKLS0tIGEvdG9vbHMveGVuc3RvcmUveGVu c3RvcmVkX2RvbWFpbi5jCisrKyBiL3Rvb2xzL3hlbnN0b3JlL3hlbnN0b3JlZF9kb21haW4uYwpA QCAtMjksNiArMjksNyBAQAogI2luY2x1ZGUgInhlbnN0b3JlZF90cmFuc2FjdGlvbi5oIgogI2lu Y2x1ZGUgInhlbnN0b3JlZF93YXRjaC5oIgogCisjaW5jbHVkZSA8eGVuZXZ0Y2huLmg+CiAjaW5j bHVkZSA8eGVuY3RybC5oPgogI2luY2x1ZGUgPHhlbi9ncmFudF90YWJsZS5oPgogCkBAIC0zNiw3 ICszNyw3IEBAIHN0YXRpYyB4Y19pbnRlcmZhY2UgKip4Y19oYW5kbGU7CiB4Y19nbnR0YWIgKip4 Y2dfaGFuZGxlOwogc3RhdGljIGV2dGNobl9wb3J0X3QgdmlycV9wb3J0OwogCi14Y19ldnRjaG4g KnhjZV9oYW5kbGUgPSBOVUxMOworeGVuZXZ0Y2huX2hhbmRsZSAqeGNlX2hhbmRsZSA9IE5VTEw7 CiAKIHN0cnVjdCBkb21haW4KIHsKQEAgLTEyOCw3ICsxMjksNyBAQCBzdGF0aWMgaW50IHdyaXRl Y2huKHN0cnVjdCBjb25uZWN0aW9uICpjb25uLAogCXhlbl9tYigpOwogCWludGYtPnJzcF9wcm9k ICs9IGxlbjsKIAotCXhjX2V2dGNobl9ub3RpZnkoeGNlX2hhbmRsZSwgY29ubi0+ZG9tYWluLT5w b3J0KTsKKwl4ZW5ldnRjaG5fbm90aWZ5KHhjZV9oYW5kbGUsIGNvbm4tPmRvbWFpbi0+cG9ydCk7 CiAKIAlyZXR1cm4gbGVuOwogfQpAQCAtMTU4LDcgKzE1OSw3IEBAIHN0YXRpYyBpbnQgcmVhZGNo bihzdHJ1Y3QgY29ubmVjdGlvbiAqY29ubiwgdm9pZCAqZGF0YSwgdW5zaWduZWQgaW50IGxlbikK IAl4ZW5fbWIoKTsKIAlpbnRmLT5yZXFfY29ucyArPSBsZW47CiAKLQl4Y19ldnRjaG5fbm90aWZ5 KHhjZV9oYW5kbGUsIGNvbm4tPmRvbWFpbi0+cG9ydCk7CisJeGVuZXZ0Y2huX25vdGlmeSh4Y2Vf aGFuZGxlLCBjb25uLT5kb21haW4tPnBvcnQpOwogCiAJcmV0dXJuIGxlbjsKIH0KQEAgLTE5MCw3 ICsxOTEsNyBAQCBzdGF0aWMgaW50IGRlc3Ryb3lfZG9tYWluKHZvaWQgKl9kb21haW4pCiAJbGlz dF9kZWwoJmRvbWFpbi0+bGlzdCk7CiAKIAlpZiAoZG9tYWluLT5wb3J0KSB7Ci0JCWlmICh4Y19l dnRjaG5fdW5iaW5kKHhjZV9oYW5kbGUsIGRvbWFpbi0+cG9ydCkgPT0gLTEpCisJCWlmICh4ZW5l dnRjaG5fdW5iaW5kKHhjZV9oYW5kbGUsIGRvbWFpbi0+cG9ydCkgPT0gLTEpCiAJCQllcHJpbnRm KCI+IFVuYmluZGluZyBwb3J0ICVpIGZhaWxlZCFcbiIsIGRvbWFpbi0+cG9ydCk7CiAJfQogCkBA IC0yMzksMTMgKzI0MCwxMyBAQCB2b2lkIGhhbmRsZV9ldmVudCh2b2lkKQogewogCWV2dGNobl9w b3J0X3QgcG9ydDsKIAotCWlmICgocG9ydCA9IHhjX2V2dGNobl9wZW5kaW5nKHhjZV9oYW5kbGUp KSA9PSAtMSkKKwlpZiAoKHBvcnQgPSB4ZW5ldnRjaG5fcGVuZGluZyh4Y2VfaGFuZGxlKSkgPT0g LTEpCiAJCWJhcmZfcGVycm9yKCJGYWlsZWQgdG8gcmVhZCBmcm9tIGV2ZW50IGZkIik7CiAKIAlp ZiAocG9ydCA9PSB2aXJxX3BvcnQpCiAJCWRvbWFpbl9jbGVhbnVwKCk7CiAKLQlpZiAoeGNfZXZ0 Y2huX3VubWFzayh4Y2VfaGFuZGxlLCBwb3J0KSA9PSAtMSkKKwlpZiAoeGVuZXZ0Y2huX3VubWFz ayh4Y2VfaGFuZGxlLCBwb3J0KSA9PSAtMSkKIAkJYmFyZl9wZXJyb3IoIkZhaWxlZCB0byB3cml0 ZSB0byBldmVudCBmZCIpOwogfQogCkBAIC0yODcsNyArMjg4LDcgQEAgc3RhdGljIHN0cnVjdCBk b21haW4gKm5ld19kb21haW4odm9pZCAqY29udGV4dCwgdW5zaWduZWQgaW50IGRvbWlkLAogCXRh bGxvY19zZXRfZGVzdHJ1Y3Rvcihkb21haW4sIGRlc3Ryb3lfZG9tYWluKTsKIAogCS8qIFRlbGwg a2VybmVsIHdlJ3JlIGludGVyZXN0ZWQgaW4gdGhpcyBldmVudC4gKi8KLQlyYyA9IHhjX2V2dGNo bl9iaW5kX2ludGVyZG9tYWluKHhjZV9oYW5kbGUsIGRvbWlkLCBwb3J0KTsKKwlyYyA9IHhlbmV2 dGNobl9iaW5kX2ludGVyZG9tYWluKHhjZV9oYW5kbGUsIGRvbWlkLCBwb3J0KTsKIAlpZiAocmMg PT0gLTEpCiAJICAgIHJldHVybiBOVUxMOwogCWRvbWFpbi0+cG9ydCA9IHJjOwpAQCAtMzkyLDgg KzM5Myw4IEBAIHZvaWQgZG9faW50cm9kdWNlKHN0cnVjdCBjb25uZWN0aW9uICpjb25uLCBzdHJ1 Y3QgYnVmZmVyZWRfZGF0YSAqaW4pCiAJfSBlbHNlIGlmICgoZG9tYWluLT5tZm4gPT0gbWZuKSAm JiAoZG9tYWluLT5jb25uICE9IGNvbm4pKSB7CiAJCS8qIFVzZSBYU19JTlRST0RVQ0UgZm9yIHJl Y3JlYXRpbmcgdGhlIHhlbmJ1cyBldmVudC1jaGFubmVsLiAqLwogCQlpZiAoZG9tYWluLT5wb3J0 KQotCQkJeGNfZXZ0Y2huX3VuYmluZCh4Y2VfaGFuZGxlLCBkb21haW4tPnBvcnQpOwotCQlyYyA9 IHhjX2V2dGNobl9iaW5kX2ludGVyZG9tYWluKHhjZV9oYW5kbGUsIGRvbWlkLCBwb3J0KTsKKwkJ CXhlbmV2dGNobl91bmJpbmQoeGNlX2hhbmRsZSwgZG9tYWluLT5wb3J0KTsKKwkJcmMgPSB4ZW5l dnRjaG5fYmluZF9pbnRlcmRvbWFpbih4Y2VfaGFuZGxlLCBkb21pZCwgcG9ydCk7CiAJCWRvbWFp bi0+cG9ydCA9IChyYyA9PSAtMSkgPyAwIDogcmM7CiAJCWRvbWFpbi0+cmVtb3RlX3BvcnQgPSBw b3J0OwogCX0gZWxzZSB7CkBAIC02MTQsNyArNjE1LDcgQEAgc3RhdGljIGludCBkb20wX2luaXQo dm9pZCkKIAogCXRhbGxvY19zdGVhbChkb20wLT5jb25uLCBkb20wKTsgCiAKLQl4Y19ldnRjaG5f bm90aWZ5KHhjZV9oYW5kbGUsIGRvbTAtPnBvcnQpOyAKKwl4ZW5ldnRjaG5fbm90aWZ5KHhjZV9o YW5kbGUsIGRvbTAtPnBvcnQpOyAKIAogCXJldHVybiAwOyAKIH0KQEAgLTY0Myw3ICs2NDQsNyBA QCB2b2lkIGRvbWFpbl9pbml0KHZvaWQpCiAJZWxzZQogCQl0YWxsb2Nfc2V0X2Rlc3RydWN0b3Io eGNnX2hhbmRsZSwgY2xvc2VfeGNnX2hhbmRsZSk7CiAKLQl4Y2VfaGFuZGxlID0geGNfZXZ0Y2hu X29wZW4oTlVMTCwgMCk7CisJeGNlX2hhbmRsZSA9IHhlbmV2dGNobl9vcGVuKE5VTEwsIDApOwog CiAJaWYgKHhjZV9oYW5kbGUgPT0gTlVMTCkKIAkJYmFyZl9wZXJyb3IoIkZhaWxlZCB0byBvcGVu IGV2dGNobiBkZXZpY2UiKTsKQEAgLTY1MSw3ICs2NTIsNyBAQCB2b2lkIGRvbWFpbl9pbml0KHZv aWQpCiAJaWYgKGRvbTBfaW5pdCgpICE9IDApIAogCQliYXJmX3BlcnJvcigiRmFpbGVkIHRvIGlu aXRpYWxpemUgZG9tMCBzdGF0ZSIpOyAKIAotCWlmICgocmMgPSB4Y19ldnRjaG5fYmluZF92aXJx KHhjZV9oYW5kbGUsIFZJUlFfRE9NX0VYQykpID09IC0xKQorCWlmICgocmMgPSB4ZW5ldnRjaG5f YmluZF92aXJxKHhjZV9oYW5kbGUsIFZJUlFfRE9NX0VYQykpID09IC0xKQogCQliYXJmX3BlcnJv cigiRmFpbGVkIHRvIGJpbmQgdG8gZG9tYWluIGV4Y2VwdGlvbiB2aXJxIHBvcnQiKTsKIAl2aXJx X3BvcnQgPSByYzsKIH0KZGlmZiAtLWdpdCBhL3Rvb2xzL3hlbnRyYWNlL01ha2VmaWxlIGIvdG9v bHMveGVudHJhY2UvTWFrZWZpbGUKaW5kZXggNmMxM2NkMS4uMDE1N2JlMiAxMDA2NDQKLS0tIGEv dG9vbHMveGVudHJhY2UvTWFrZWZpbGUKKysrIGIvdG9vbHMveGVudHJhY2UvTWFrZWZpbGUKQEAg LTMsOCArMywxMSBAQCBpbmNsdWRlICQoWEVOX1JPT1QpL3Rvb2xzL1J1bGVzLm1rCiAKIENGTEFH UyArPSAtV2Vycm9yCiAKK0NGTEFHUyArPSAkKENGTEFHU19saWJ4ZW5ldnRjaG4pCiBDRkxBR1Mg Kz0gJChDRkxBR1NfbGlieGVuY3RybCkKLUxETElCUyArPSAkKExETElCU19saWJ4ZW5jdHJsKSAk KEFSR1BfTERGTEFHUykKK0xETElCUyArPSAkKExETElCU19saWJ4ZW5ldnRjaG4pCitMRExJQlMg Kz0gJChMRExJQlNfbGlieGVuY3RybCkKK0xETElCUyArPSAkKEFSR1BfTERGTEFHUykKIAogQklO LSQoQ09ORklHX1g4NikgPSB4ZW5hbHl6ZQogQklOICAgICAgPSAkKEJJTi15KQpkaWZmIC0tZ2l0 IGEvdG9vbHMveGVudHJhY2UveGVudHJhY2UuYyBiL3Rvb2xzL3hlbnRyYWNlL3hlbnRyYWNlLmMK aW5kZXggNGVlMTQ1OC4uYzk3MGQ0MiAxMDA2NDQKLS0tIGEvdG9vbHMveGVudHJhY2UveGVudHJh Y2UuYworKysgYi90b29scy94ZW50cmFjZS94ZW50cmFjZS5jCkBAIC0zMCw2ICszMCw3IEBACiAj aW5jbHVkZSA8eGVuL3hlbi5oPgogI2luY2x1ZGUgPHhlbi90cmFjZS5oPgogCisjaW5jbHVkZSA8 eGVuZXZ0Y2huLmg+CiAjaW5jbHVkZSA8eGVuY3RybC5oPgogCiAjZGVmaW5lIFBFUlJPUihfbSwg X2EuLi4pICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgXApAQCAtNzQsNyAr NzUsNyBAQCBzZXR0aW5nc190IG9wdHM7CiBpbnQgaW50ZXJydXB0ZWQgPSAwOyAvKiBnZXRzIHNl dCBpZiB3ZSBnZXQgYSBTSUdIVVAgKi8KIAogc3RhdGljIHhjX2ludGVyZmFjZSAqeGNfaGFuZGxl Owotc3RhdGljIHhjX2V2dGNobiAqeGNlX2hhbmRsZSA9IE5VTEw7CitzdGF0aWMgeGVuZXZ0Y2hu X2hhbmRsZSAqeGNlX2hhbmRsZSA9IE5VTEw7CiBzdGF0aWMgaW50IHZpcnFfcG9ydCA9IC0xOwog c3RhdGljIGludCBvdXRmZCA9IDE7CiAKQEAgLTYwMiwxMyArNjAzLDEzIEBAIHN0YXRpYyB2b2lk IGV2ZW50X2luaXQodm9pZCkKIHsKICAgICBpbnQgcmM7CiAKLSAgICB4Y2VfaGFuZGxlID0geGNf ZXZ0Y2huX29wZW4oTlVMTCwgMCk7CisgICAgeGNlX2hhbmRsZSA9IHhlbmV2dGNobl9vcGVuKE5V TEwsIDApOwogICAgIGlmICh4Y2VfaGFuZGxlID09IE5VTEwpIHsKICAgICAgICAgcGVycm9yKCJl dmVudCBjaGFubmVsIG9wZW4iKTsKICAgICAgICAgZXhpdChFWElUX0ZBSUxVUkUpOwogICAgIH0K IAotICAgIHJjID0geGNfZXZ0Y2huX2JpbmRfdmlycSh4Y2VfaGFuZGxlLCBWSVJRX1RCVUYpOwor ICAgIHJjID0geGVuZXZ0Y2huX2JpbmRfdmlycSh4Y2VfaGFuZGxlLCBWSVJRX1RCVUYpOwogICAg IGlmIChyYyA9PSAtMSkgewogICAgICAgICBQRVJST1IoImZhaWxlZCB0byBiaW5kIHRvIFZJUlEg cG9ydCIpOwogICAgICAgICBleGl0KEVYSVRfRkFJTFVSRSk7CkBAIC02MjMsNyArNjI0LDcgQEAg c3RhdGljIHZvaWQgZXZlbnRfaW5pdCh2b2lkKQogc3RhdGljIHZvaWQgd2FpdF9mb3JfZXZlbnRf b3JfdGltZW91dCh1bnNpZ25lZCBsb25nIG1pbGxpc2Vjb25kcykKIHsKICAgICBpbnQgcmM7Ci0g ICAgc3RydWN0IHBvbGxmZCBmZCA9IHsgLmZkID0geGNfZXZ0Y2huX2ZkKHhjZV9oYW5kbGUpLAor ICAgIHN0cnVjdCBwb2xsZmQgZmQgPSB7IC5mZCA9IHhlbmV2dGNobl9mZCh4Y2VfaGFuZGxlKSwK ICAgICAgICAgICAgICAgICAgICAgICAgICAuZXZlbnRzID0gUE9MTElOIHwgUE9MTEVSUiB9Owog ICAgIGludCBwb3J0OwogCkBAIC02MzYsNyArNjM3LDcgQEAgc3RhdGljIHZvaWQgd2FpdF9mb3Jf ZXZlbnRfb3JfdGltZW91dCh1bnNpZ25lZCBsb25nIG1pbGxpc2Vjb25kcykKICAgICB9CiAKICAg ICBpZiAocmMgPT0gMSkgewotICAgICAgICBwb3J0ID0geGNfZXZ0Y2huX3BlbmRpbmcoeGNlX2hh bmRsZSk7CisgICAgICAgIHBvcnQgPSB4ZW5ldnRjaG5fcGVuZGluZyh4Y2VfaGFuZGxlKTsKICAg ICAgICAgaWYgKHBvcnQgPT0gLTEpIHsKICAgICAgICAgICAgIFBFUlJPUigiZmFpbGVkIHRvIHJl YWQgcG9ydCBmcm9tIGV2dGNobiIpOwogICAgICAgICAgICAgZXhpdChFWElUX0ZBSUxVUkUpOwpA QCAtNjQ3LDcgKzY0OCw3IEBAIHN0YXRpYyB2b2lkIHdhaXRfZm9yX2V2ZW50X29yX3RpbWVvdXQo dW5zaWduZWQgbG9uZyBtaWxsaXNlY29uZHMpCiAgICAgICAgICAgICAgICAgICAgIHBvcnQsIHZp cnFfcG9ydCk7CiAgICAgICAgICAgICBleGl0KEVYSVRfRkFJTFVSRSk7CiAgICAgICAgIH0KLSAg ICAgICAgcmMgPSB4Y19ldnRjaG5fdW5tYXNrKHhjZV9oYW5kbGUsIHBvcnQpOworICAgICAgICBy YyA9IHhlbmV2dGNobl91bm1hc2soeGNlX2hhbmRsZSwgcG9ydCk7CiAgICAgICAgIGlmIChyYyA9 PSAtMSkgewogICAgICAgICAgICAgUEVSUk9SKCJmYWlsZWQgdG8gd3JpdGUgcG9ydCB0byBldnRj aG4iKTsKICAgICAgICAgICAgIGV4aXQoRVhJVF9GQUlMVVJFKTsKLS0gCjIuMS40CgoKX19fX19f X19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX18KWGVuLWRldmVsIG1haWxp bmcgbGlzdApYZW4tZGV2ZWxAbGlzdHMueGVuLm9yZwpodHRwOi8vbGlzdHMueGVuLm9yZy94ZW4t ZGV2ZWwK From archives@lists.xen.org Wed Dec 16 15:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 16 Dec 2015 15:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9DiL-00082A-A2 for archives@lists.xen.org; Wed, 16 Dec 2015 15:10:01 +0000 Date: Wed, 16 Dec 2015 15:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Wed Dec 16 16:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 16 Dec 2015 16:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9EeP-0004Pq-MG for archives@lists.xen.org; Wed, 16 Dec 2015 16:10:01 +0000 Date: Wed, 16 Dec 2015 16:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Wed Dec 16 17:10:02 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 16 Dec 2015 17:10:02 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9FaU-0001C5-0h for archives@lists.xen.org; Wed, 16 Dec 2015 17:10:02 +0000 Date: Wed, 16 Dec 2015 17:10:02 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Wed Dec 16 18:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 16 Dec 2015 18:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9GWX-0005hq-4B for archives@lists.xen.org; Wed, 16 Dec 2015 18:10:01 +0000 Date: Wed, 16 Dec 2015 18:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Wed Dec 16 19:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 16 Dec 2015 19:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9HSb-0001Pz-Jy for archives@lists.xen.org; Wed, 16 Dec 2015 19:10:01 +0000 Date: Wed, 16 Dec 2015 19:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Wed Dec 16 20:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 16 Dec 2015 20:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9IOf-00051H-F3 for archives@lists.xen.org; Wed, 16 Dec 2015 20:10:01 +0000 Date: Wed, 16 Dec 2015 20:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Wed Dec 16 21:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 16 Dec 2015 21:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9JKj-0008Kw-S1 for archives@lists.xen.org; Wed, 16 Dec 2015 21:10:01 +0000 Date: Wed, 16 Dec 2015 21:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Wed Dec 16 22:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 16 Dec 2015 22:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9KGn-00071X-6g for archives@lists.xen.org; Wed, 16 Dec 2015 22:10:01 +0000 Date: Wed, 16 Dec 2015 22:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Wed Dec 16 23:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 16 Dec 2015 23:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9LCr-0002iO-M6 for archives@lists.xen.org; Wed, 16 Dec 2015 23:10:01 +0000 Date: Wed, 16 Dec 2015 23:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Thu Dec 17 00:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 00:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9M8v-0006tu-S3 for archives@lists.xen.org; Thu, 17 Dec 2015 00:10:01 +0000 Date: Thu, 17 Dec 2015 00:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Thu Dec 17 01:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 01:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9N4z-00061T-TR for archives@lists.xen.org; Thu, 17 Dec 2015 01:10:01 +0000 Date: Thu, 17 Dec 2015 01:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Thu Dec 17 02:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 02:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9O13-0001FV-NU for archives@lists.xen.org; Thu, 17 Dec 2015 02:10:01 +0000 Date: Thu, 17 Dec 2015 02:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Thu Dec 17 03:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 03:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9Ox7-0004HV-7R for archives@lists.xen.org; Thu, 17 Dec 2015 03:10:01 +0000 Date: Thu, 17 Dec 2015 03:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Thu Dec 17 04:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 04:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9PtB-0006zx-93 for archives@lists.xen.org; Thu, 17 Dec 2015 04:10:01 +0000 Date: Thu, 17 Dec 2015 04:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Thu Dec 17 05:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 05:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9QpF-0002AC-Fw for archives@lists.xen.org; Thu, 17 Dec 2015 05:10:01 +0000 Date: Thu, 17 Dec 2015 05:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Thu Dec 17 06:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 06:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9RlJ-0005EZ-BV for archives@lists.xen.org; Thu, 17 Dec 2015 06:10:01 +0000 Date: Thu, 17 Dec 2015 06:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Thu Dec 17 07:10:02 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 07:10:02 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9ShO-00007B-4q for archives@lists.xen.org; Thu, 17 Dec 2015 07:10:02 +0000 Date: Thu, 17 Dec 2015 07:10:02 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Thu Dec 17 08:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 08:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9TdR-00078B-6W for archives@lists.xen.org; Thu, 17 Dec 2015 08:10:01 +0000 Date: Thu, 17 Dec 2015 08:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Thu Dec 17 09:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 09:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9UZV-00020z-8K for archives@lists.xen.org; Thu, 17 Dec 2015 09:10:01 +0000 Date: Thu, 17 Dec 2015 09:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Thu Dec 17 10:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 10:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9VVZ-0005yM-JD for archives@lists.xen.org; Thu, 17 Dec 2015 10:10:01 +0000 Date: Thu, 17 Dec 2015 10:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From archives@lists.xen.org Thu Dec 17 11:10:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 11:10:01 +0000 Received: from archives by lists.xen.org with local (Exim 4.72) (envelope-from ) id 1a9WRd-0001tS-5q for archives@lists.xen.org; Thu, 17 Dec 2015 11:10:01 +0000 Date: Thu, 17 Dec 2015 11:10:01 +0000 Message-Id: From: root@lists.xen.org (Cron Daemon) To: archives@lists.xen.org Subject: Cron ( cd /home/archives/html ; perl ./makeindex.pl ) Content-Type: text/plain; charset=UTF-8 X-Cron-Env: X-Cron-Env: X-Cron-Env: X-Cron-Env: Use of uninitialized value $years{"test"} in split at ./makeindex.pl line 48. From xen-devel-bounces@lists.xen.org Thu Dec 17 12:42:45 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 12:42:45 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Xt9-0007DB-FC; Thu, 17 Dec 2015 12:42:31 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Xt5-0007CS-VG; Thu, 17 Dec 2015 12:42:28 +0000 Received: from [85.158.139.211] by server-14.bemta-5.messagelabs.com id 90/B6-18633-2BDA2765; Thu, 17 Dec 2015 12:42:26 +0000 X-Env-Sender: iwj@xenbits.xen.org X-Msg-Ref: server-4.tower-206.messagelabs.com!1450356140!11372805!1 X-Originating-IP: [50.57.168.107] X-SpamReason: No, hits=0.5 required=7.0 tests=BODY_RANDOM_LONG X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 12943 invoked from network); 17 Dec 2015 12:42:20 -0000 Received: from mail.xen.org (HELO mail.xen.org) (50.57.168.107) by server-4.tower-206.messagelabs.com with AES256-SHA encrypted SMTP; 17 Dec 2015 12:42:20 -0000 Received: from xenbits.xenproject.org ([50.57.170.242] helo=xenbits.xen.org) by mail.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Xsp-0000v9-Vu; Thu, 17 Dec 2015 12:42:11 +0000 Received: from iwj by xenbits.xen.org with local (Exim 4.72) (envelope-from ) id 1a9Xsp-0001up-LQ; Thu, 17 Dec 2015 12:42:11 +0000 Date: Thu, 17 Dec 2015 12:42:11 +0000 Message-Id: Content-Type: multipart/mixed; boundary="=separator"; charset="utf-8" Content-Transfer-Encoding: binary MIME-Version: 1.0 X-Mailer: MIME-tools 5.428 (Entity 5.428) To: xen-announce@lists.xen.org, xen-devel@lists.xen.org, xen-users@lists.xen.org, oss-security@lists.openwall.com From: Xen.org security team Cc: "Xen.org security team" Subject: [Xen-devel] Xen Security Advisory 155 (CVE-2015-8550) - paravirtualized drivers incautious about shared memory contents X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org --=separator Content-Type: text/plain; charset="utf-8" Content-Disposition: inline Content-Transfer-Encoding: 7bit -----BEGIN PGP SIGNED MESSAGE----- Hash: SHA1 Xen Security Advisory CVE-2015-8550 / XSA-155 version 5 paravirtualized drivers incautious about shared memory contents UPDATES IN VERSION 5 ==================== Public release. ISSUE DESCRIPTION ================= The compiler can emit optimizations in the PV backend drivers which can lead to double fetch vulnerabilities. Specifically the shared memory between the frontend and backend can be fetched twice (during which time the frontend can alter the contents) possibly leading to arbitrary code execution in backend. IMPACT ====== Malicious guest administrators can cause denial of service. If driver domains are not in use, the impact can be a host crash, or privilege escalation. VULNERABLE SYSTEMS ================== Systems running PV or HVM guests are vulnerable. ARM and x86 systems are vulnerable. All OSes providing PV backends are susceptible, this includes Linux and NetBSD. By default the Linux distributions compile kernels with optimizations. MITIGATION ========== There is no mitigation. CREDITS ======= This issue was discovered by Felix Wilhelm of ERNW. RESOLUTION ========== Applying the appropriate attached patches should fix the problem for PV backends. Note only that PV backends are fixed; PV frontend patches will be developed and released (publicly) after the embargo date. Please note that there is a bug in some versions of gcc, https://gcc.gnu.org/bugzilla/show_bug.cgi?id=58145 which can cause the construct used in RING_COPY_REQUEST() to be ineffective in some circumstances. We have determined that this is only the case when the structure being copied consists purely of bitfields. The Xen PV protocols updated here do not use bitfields in this way and therefore these patches are not subject to that bug. However authors of third party PV protocols should take this into consideration. Linux v4.4: xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch Linux v4.[0,1,2,3] All the above patches except #5 will apply, please use: xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch Linux v3.19: All the above patches except #5 and #6 will apply, please use: xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch xsa155-linux319-0006-xen-scsiback-safely-copy-requests.patch qemu-xen: xsa155-qemu-qdisk-double-access.patch xsa155-qemu-xenfb.patch qemu-traditional: xsa155-qemut-qdisk-double-access.patch xsa155-qemut-xenfb.patch NetBSD 7.0: xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch xen: xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch xen 4.4: All patches except #3 will apply, please use: xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch $ sha256sum xsa155* d9fbc104ab2ae797971e351ee0e04e7b7e9c7c33385309bb406c7941dc9a33b4 xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch 590656d83ad7b6052b54659eccb3469658b3942c0dc1366423a66f2f5ac643e1 xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch 2bd18632178e09394c5cd06aded2c14bcc6b6e360ad6e81827d24860fe3e8ca4 xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch cecdeccb8e2551252c81fc5f164a8298005df714a574a7ba18b84e8ed5f2bb70 xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch 3916b847243047f0e1053233ade742c14a7f29243584e60bf5db4842a8068855 xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch 746c8eb0aeb200d76156c88dfbbd49db79f567b88b07eda70f7c7d095721f05a xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch 18517a184a02f7441065b8d3423086320ec4c2345c00d551231f7976381767f5 xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch 2e6d556d25b1cc16e71afde665ae3908f4fa8eab7e0d96283fc78400301baf92 xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch 5e130d8b61906015c6a94f8edd3cce97b172f96a265d97ecf370e7b45125b73d xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch 08c2d0f95dcc215165afbce623b6972b81dd45b091b5f40017579b00c8612e03 xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch 0a66010f736092f91f70bb0fd220685e4395efef1db6d23a3d1eace31d144f51 xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch 5e913a8427cab6b4d384d1246e05116afc301eb117edd838101eb53a82c2f2ff xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch 3b8f14eafaed3a7bc66245753a37af4249acf8129fbedb70653192252dc47dc9 xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch 81ae5fa998243a78dad749fc561be647dc1dc1be799e8f18484fdf0989469705 xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch 044ff74fa048df820d528f64f2791ec9cb3940bd313c1179020bd49a6cde2ca3 xsa155-qemu-qdisk-double-access.patch 1150504589eb7bfa108c80ce63395e57d0e627b12d9201219d968fdd026919a6 xsa155-qemut-qdisk-double-access.patch 63186246ab6913b54bfef5f09f33e815935ac40ff821c27a3efda62339bbbd5f xsa155-qemut-xenfb.patch e53b4ac298648cde79344192d5a58ca8d8724344f5105bec7c09eef095c668f6 xsa155-qemu-xenfb.patch e52467fcec73bcc86d3e96d06f8ca8085ae56a83d2c42a30c16bc3dc630d8f8a xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch eae34c8ccc096ad93a74190506b3d55020a88afb0cc504a3a514590e9fd746fd xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch 42780265014085a4221ad32b026214693d751789eb5219e2e83862c0006c66f4 xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch dfcaddb8a908a4fc1b048a43187e885117e67dc566f5c841037ee366dcd437d1 xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch $ DEPLOYMENT DURING EMBARGO ========================= Deployment of the patches and/or mitigations described above (or others which are substantially similar) is permitted during the embargo, even on public-facing systems with untrusted guest users and administrators. But: Distribution of updated software is prohibited (except to other members of the predisclosure list). Predisclosure list members who wish to deploy significantly different patches and/or mitigations, please contact the Xen Project Security Team. (Note: this during-embargo deployment notice is retained in post-embargo publicly released Xen Project advisories, even though it is then no longer applicable. This is to enable the community to have oversight of the Xen Project Security Team's decisionmaking.) For more information about permissible uses of embargoed information, consult the Xen Project community's agreed Security Policy: http://www.xenproject.org/security-policy.html -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.12 (GNU/Linux) iQEcBAEBAgAGBQJWcqy6AAoJEIP+FMlX6CvZeBQH/ReZbtQjtRmlvHyu72GPZfGm fI3Ji5NMczuAu/2aopqOl+dUudO91lHEDmKNuBKHFAb2hOjTd003mCig0JP2D3js 0Ca8ab7VDgSlNKTl99XAizKFYMJEDRdAxYHktNj+1ok9381e7xquEJ77GfSk2S1e gKDoSYkseSEcrThsgsohYiEvIe/odf8gn4gKq7CTK2sAf45wxWwP/QtgbAidJR3s hQKuv++cyf11csSuVBX4cp0YN8lRWPmygD1si6D/y2TUvn3sAw2EzDkdSfryvtFV /PJTtaQKtyvwOu3kJedguPL0yYmdAPQLAwYWum/NfSBB4g94ydxJ30amp3q37lY= =9VP6 -----END PGP SIGNATURE----- --=separator Content-Type: application/octet-stream; name="xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Disposition: attachment; filename="xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Transfer-Encoding: base64 RnJvbSBmOWM3MWU4OTJkNTE0MmEzMTQ0ODFkZjZiYWEyNmIzNGU2YTZiYTQ1 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBNb24sIDE2IE5vdiAy MDE1IDE4OjAyOjMyICswMDAwClN1YmplY3Q6IFtQQVRDSF0geGVuLXNjc2li YWNrOiBzYWZlbHkgY29weSByZXF1ZXN0cwoKVGhlIGNvcHkgb2YgdGhlIHJp bmcgcmVxdWVzdCB3YXMgbGFja2luZyBhIGZvbGxvd2luZyBiYXJyaWVyKCks CnBvdGVudGlhbGx5IGFsbG93aW5nIHRoZSBjb21waWxlciB0byBvcHRpbWl6 ZSB0aGUgY29weSBhd2F5LgoKVXNlIFJJTkdfQ09QWV9SRVFVRVNUKCkgdG8g ZW5zdXJlIHRoZSByZXF1ZXN0IGlzIGNvcGllZCB0byBsb2NhbAptZW1vcnku CgpUaGlzIGlzIFhTQTE1NS4KCkNDOiBzdGFibGVAdmdlci5rZXJuZWwub3Jn ClJldmlld2VkLWJ5OiBKdWVyZ2VuIEdyb3NzIDxqZ3Jvc3NAc3VzZS5jb20+ ClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2aWQudnJhYmVsQGNp dHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2ls ayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCnYyOiBUaGlzIGlzIGEg YWdhaW5zdCB2My4xOQotLS0KIGRyaXZlcnMveGVuL3hlbi1zY3NpYmFjay5j IHwgMiArLQogMSBmaWxlIGNoYW5nZWQsIDEgaW5zZXJ0aW9uKCspLCAxIGRl bGV0aW9uKC0pCgpkaWZmIC0tZ2l0IGEvZHJpdmVycy94ZW4veGVuLXNjc2li YWNrLmMgYi9kcml2ZXJzL3hlbi94ZW4tc2NzaWJhY2suYwppbmRleCBlOTk5 NDk2ZS4uZDg2ZjZlMSAxMDA2NDQKLS0tIGEvZHJpdmVycy94ZW4veGVuLXNj c2liYWNrLmMKKysrIGIvZHJpdmVycy94ZW4veGVuLXNjc2liYWNrLmMKQEAg LTczNCw3ICs3MzQsNyBAQCBzdGF0aWMgaW50IHNjc2liYWNrX2RvX2NtZF9m bihzdHJ1Y3QgdnNjc2lia19pbmZvICppbmZvKQogCQlpZiAoIXBlbmRpbmdf cmVxKQogCQkJcmV0dXJuIDE7CiAKLQkJcmluZ19yZXEgPSBSSU5HX0dFVF9S RVFVRVNUKHJpbmcsIHJjKTsKKwkJUklOR19DT1BZX1JFUVVFU1QocmluZywg cmMsICZyaW5nX3JlcSk7CiAJCXJpbmctPnJlcV9jb25zID0gKytyYzsKIAog CQlhY3QgPSByaW5nX3JlcS0+YWN0OwotLSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Disposition: attachment; filename="xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBkNTJmMDA5NjBjMTA3MGM2ODM4MDlmYWRkZDM1YTIyMjNlMmI4YTZl IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6NDA6NDMgKzAwMDAKU3ViamVj dDogW1BBVENIIDYvN10geGVuLWJsa2JhY2s6IHJlYWQgZnJvbSBpbmRpcmVj dCBkZXNjcmlwdG9ycyBvbmx5IG9uY2UKTUlNRS1WZXJzaW9uOiAxLjAKQ29u dGVudC1UeXBlOiB0ZXh0L3BsYWluOyBjaGFyc2V0PVVURi04CkNvbnRlbnQt VHJhbnNmZXItRW5jb2Rpbmc6IDhiaXQKClNpbmNlIGluZGlyZWN0IGRlc2Ny aXB0b3JzIGFyZSBpbiBtZW1vcnkgc2hhcmVkIHdpdGggdGhlIGZyb250ZW5k LCB0aGUKZnJvbnRlbmQgY291bGQgYWx0ZXIgdGhlIGZpcnN0X3NlY3QgYW5k IGxhc3Rfc2VjdCB2YWx1ZXMgYWZ0ZXIgdGhleSBoYXZlCmJlZW4gdmFsaWRh dGVkIGJ1dCBiZWZvcmUgdGhleSBhcmUgcmVjb3JkZWQgaW4gdGhlIHJlcXVl c3QuICBUaGlzIG1heQpyZXN1bHQgaW4gSS9PIHJlcXVlc3RzIHRoYXQgb3Zl cmZsb3cgdGhlIGZvcmVpZ24gcGFnZSwgcG9zc2libHkKb3ZlcndyaXRpbmcg bG9jYWwgcGFnZXMgd2hlbiB0aGUgSS9PIHJlcXVlc3QgaXMgZXhlY3V0ZWQu CgpXaGVuIHBhcnNpbmcgaW5kaXJlY3QgZGVzY3JpcHRvcnMsIG9ubHkgcmVh ZCBmaXJzdF9zZWN0IGFuZCBsYXN0X3NlY3QKb25jZS4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpTaWdu ZWQtb2ZmLWJ5OiBSb2dlciBQYXUgTW9ubsOpIDxyb2dlci5wYXVAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFi ZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRl ayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0tCnYyOiBUaGlz IGlzIGFnYWluc3QgdjQuMwotLS0KIGRyaXZlcnMvYmxvY2sveGVuLWJsa2Jh Y2svYmxrYmFjay5jIHwgMTIgKysrKysrKy0tLS0tCiAxIGZpbGUgY2hhbmdl ZCwgNyBpbnNlcnRpb25zKCspLCA1IGRlbGV0aW9ucygtKQoKZGlmZiAtLWdp dCBhL2RyaXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jIGIvZHJp dmVycy9ibG9jay94ZW4tYmxrYmFjay9ibGtiYWNrLmMKaW5kZXggNmE2ODVh ZS4uZjJlN2EzOCAxMDA2NDQKLS0tIGEvZHJpdmVycy9ibG9jay94ZW4tYmxr YmFjay9ibGtiYWNrLmMKKysrIGIvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFj ay9ibGtiYWNrLmMKQEAgLTk1MCw2ICs5NTAsOCBAQCBzdGF0aWMgaW50IHhl bl9ibGtia19wYXJzZV9pbmRpcmVjdChzdHJ1Y3QgYmxraWZfcmVxdWVzdCAq cmVxLAogCQlnb3RvIHVubWFwOwogCiAJZm9yIChuID0gMCwgaSA9IDA7IG4g PCBuc2VnOyBuKyspIHsKKwkJdWludDhfdCBmaXJzdF9zZWN0LCBsYXN0X3Nl Y3Q7CisKIAkJaWYgKChuICUgU0VHU19QRVJfSU5ESVJFQ1RfRlJBTUUpID09 IDApIHsKIAkJCS8qIE1hcCBpbmRpcmVjdCBzZWdtZW50cyAqLwogCQkJaWYg KHNlZ21lbnRzKQpAQCAtOTU4LDE0ICs5NjAsMTQgQEAgc3RhdGljIGludCB4 ZW5fYmxrYmtfcGFyc2VfaW5kaXJlY3Qoc3RydWN0IGJsa2lmX3JlcXVlc3Qg KnJlcSwKIAkJfQogCQlpID0gbiAlIFNFR1NfUEVSX0lORElSRUNUX0ZSQU1F OwogCQlwZW5kaW5nX3JlcS0+c2VnbWVudHNbbl0tPmdyZWYgPSBzZWdtZW50 c1tpXS5ncmVmOwotCQlzZWdbbl0ubnNlYyA9IHNlZ21lbnRzW2ldLmxhc3Rf c2VjdCAtCi0JCQlzZWdtZW50c1tpXS5maXJzdF9zZWN0ICsgMTsKLQkJc2Vn W25dLm9mZnNldCA9IChzZWdtZW50c1tpXS5maXJzdF9zZWN0IDw8IDkpOwot CQlpZiAoKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA+PSAoUEFHRV9TSVpFID4+ IDkpKSB8fAotCQkgICAgKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA8IHNlZ21l bnRzW2ldLmZpcnN0X3NlY3QpKSB7CisJCWZpcnN0X3NlY3QgPSBSRUFEX09O Q0Uoc2VnbWVudHNbaV0uZmlyc3Rfc2VjdCk7CisJCWxhc3Rfc2VjdCA9IFJF QURfT05DRShzZWdtZW50c1tpXS5sYXN0X3NlY3QpOworCQlpZiAobGFzdF9z ZWN0ID49IChQQUdFX1NJWkUgPj4gOSkgfHwgbGFzdF9zZWN0IDwgZmlyc3Rf c2VjdCkgewogCQkJcmMgPSAtRUlOVkFMOwogCQkJZ290byB1bm1hcDsKIAkJ fQorCQlzZWdbbl0ubnNlYyA9IGxhc3Rfc2VjdCAtIGZpcnN0X3NlY3QgKyAx OworCQlzZWdbbl0ub2Zmc2V0ID0gZmlyc3Rfc2VjdCA8PCA5OwogCQlwcmVx LT5ucl9zZWN0cyArPSBzZWdbbl0ubnNlYzsKIAl9CiAKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSA0ZTJiYzQyM2UwY2VmMGE0MmY5M2Q5ODljMDk4MDMwMWRmMWJkNDYy IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE0OjU4OjA4ICswMDAwClN1YmplY3Q6IFtQQVRDSCAxLzddIHhlbjog QWRkIFJJTkdfQ09QWV9SRVFVRVNUKCkKClVzaW5nIFJJTkdfR0VUX1JFUVVF U1QoKSBvbiBhIHNoYXJlZCByaW5nIGlzIGVhc3kgdG8gdXNlIGluY29ycmVj dGx5CihpLmUuLCBieSBub3QgY29uc2lkZXJpbmcgdGhhdCB0aGUgb3RoZXIg ZW5kIG1heSBhbHRlciB0aGUgZGF0YSBpbiB0aGUKc2hhcmVkIHJpbmcgd2hp bGUgaXQgaXMgYmVpbmcgaW5zcGVjdGVkKS4gIFNhZmUgdXNhZ2Ugb2YgYSBy ZXF1ZXN0CmdlbmVyYWxseSByZXF1aXJlcyB0YWtpbmcgYSBsb2NhbCBjb3B5 LgoKUHJvdmlkZSBhIFJJTkdfQ09QWV9SRVFVRVNUKCkgbWFjcm8gdG8gdXNl IGluc3RlYWQgb2YKUklOR19HRVRfUkVRVUVTVCgpIGFuZCBhbiBvcGVuLWNv ZGVkIG1lbWNweSgpLiAgVGhpcyB0YWtlcyBjYXJlIG9mCmVuc3VyaW5nIHRo YXQgdGhlIGNvcHkgaXMgZG9uZSBjb3JyZWN0bHkgcmVnYXJkbGVzcyBvZiBh bnkgcG9zc2libGUKY29tcGlsZXIgb3B0aW1pemF0aW9ucy4KClVzZSBhIHZv bGF0aWxlIHNvdXJjZSB0byBwcmV2ZW50IHRoZSBjb21waWxlciBmcm9tIHJl b3JkZXJpbmcgb3IKb21pdHRpbmcgdGhlIGNvcHkuCgpUaGlzIGlzIHBhcnQg b2YgWFNBMTU1LgoKQ0M6IHN0YWJsZUB2Z2VyLmtlcm5lbC5vcmcKU2lnbmVk LW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4LmNv bT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxrb25y YWQud2lsa0BvcmFjbGUuY29tPgotLS0KdjI6IFVwZGF0ZSBhYm91dCBHQ0Mg YW5kIGJpdGZpZWxkcy4KLS0tCiBpbmNsdWRlL3hlbi9pbnRlcmZhY2UvaW8v cmluZy5oIHwgMTQgKysrKysrKysrKysrKysKIDEgZmlsZSBjaGFuZ2VkLCAx NCBpbnNlcnRpb25zKCspCgpkaWZmIC0tZ2l0IGEvaW5jbHVkZS94ZW4vaW50 ZXJmYWNlL2lvL3JpbmcuaCBiL2luY2x1ZGUveGVuL2ludGVyZmFjZS9pby9y aW5nLmgKaW5kZXggN2QyOGFmZi4uN2RjNjg1YiAxMDA2NDQKLS0tIGEvaW5j bHVkZS94ZW4vaW50ZXJmYWNlL2lvL3JpbmcuaAorKysgYi9pbmNsdWRlL3hl bi9pbnRlcmZhY2UvaW8vcmluZy5oCkBAIC0xODEsNiArMTgxLDIwIEBAIHN0 cnVjdCBfX25hbWUjI19iYWNrX3JpbmcgewkJCQkJCVwKICNkZWZpbmUgUklO R19HRVRfUkVRVUVTVChfciwgX2lkeCkJCQkJCVwKICAgICAoJigoX3IpLT5z cmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0laRShfcikgLSAxKSldLnJl cSkpCiAKKy8qCisgKiBHZXQgYSBsb2NhbCBjb3B5IG9mIGEgcmVxdWVzdC4K KyAqCisgKiBVc2UgdGhpcyBpbiBwcmVmZXJlbmNlIHRvIFJJTkdfR0VUX1JF UVVFU1QoKSBzbyBhbGwgcHJvY2Vzc2luZyBpcworICogZG9uZSBvbiBhIGxv Y2FsIGNvcHkgdGhhdCBjYW5ub3QgYmUgbW9kaWZpZWQgYnkgdGhlIG90aGVy IGVuZC4KKyAqCisgKiBOb3RlIHRoYXQgaHR0cHM6Ly9nY2MuZ251Lm9yZy9i dWd6aWxsYS9zaG93X2J1Zy5jZ2k/aWQ9NTgxNDUgbWF5IGNhdXNlIHRoaXMK KyAqIHRvIGJlIGluZWZmZWN0aXZlIHdoZXJlIF9yZXEgaXMgYSBzdHJ1Y3Qg d2hpY2ggY29uc2lzdHMgb2Ygb25seSBiaXRmaWVsZHMuCisgKi8KKyNkZWZp bmUgUklOR19DT1BZX1JFUVVFU1QoX3IsIF9pZHgsIF9yZXEpIGRvIHsJCQkJ XAorCS8qIFVzZSB2b2xhdGlsZSB0byBmb3JjZSB0aGUgY29weSBpbnRvIF9y ZXEuICovCQkJXAorCSooX3JlcSkgPSAqKHZvbGF0aWxlIHR5cGVvZihfcmVx KSlSSU5HX0dFVF9SRVFVRVNUKF9yLCBfaWR4KTsJXAorfSB3aGlsZSAoMCkK KwogI2RlZmluZSBSSU5HX0dFVF9SRVNQT05TRShfciwgX2lkeCkJCQkJCVwK ICAgICAoJigoX3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0la RShfcikgLSAxKSldLnJzcCkpCiAKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch" Content-Transfer-Encoding: base64 RnJvbSAxMDBhYzM3MmEwZTA3Y2NjOGM1MDhjMzg4NGZhOTAyMGNmZTA4MDk0 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE1OjE2OjAxICswMDAwClN1YmplY3Q6IFtQQVRDSCAyLzddIHhlbi1u ZXRiYWNrOiBkb24ndCB1c2UgbGFzdCByZXF1ZXN0IHRvIGRldGVybWluZSBt aW5pbXVtCiBUeCBjcmVkaXQKClRoZSBsYXN0IGZyb20gZ3Vlc3QgdHJhbnNt aXR0ZWQgcmVxdWVzdCBnaXZlcyBubyBpbmRpY2F0aW9uIGFib3V0IHRoZQpt aW5pbXVtIGFtb3VudCBvZiBjcmVkaXQgdGhhdCB0aGUgZ3Vlc3QgbWlnaHQg bmVlZCB0byBzZW5kIGEgcGFja2V0CnNpbmNlIHRoZSBsYXN0IHBhY2tldCBt aWdodCBoYXZlIGJlZW4gYSBzbWFsbCBvbmUuCgpJbnN0ZWFkIGFsbG93IGZv ciB0aGUgd29yc3QgY2FzZSAxMjggS2lCIHBhY2tldC4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpSZXZp ZXdlZC1ieTogV2VpIExpdSA8d2VpLmxpdTJAY2l0cml4LmNvbT4KU2lnbmVk LW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4LmNv bT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxrb25y YWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMvbmV0L3hlbi1uZXRi YWNrL25ldGJhY2suYyB8IDQgKy0tLQogMSBmaWxlIGNoYW5nZWQsIDEgaW5z ZXJ0aW9uKCspLCAzIGRlbGV0aW9ucygtKQoKZGlmZiAtLWdpdCBhL2RyaXZl cnMvbmV0L3hlbi1uZXRiYWNrL25ldGJhY2suYyBiL2RyaXZlcnMvbmV0L3hl bi1uZXRiYWNrL25ldGJhY2suYwppbmRleCBlNDgxZjM3Li5iNjgzNTgxIDEw MDY0NAotLS0gYS9kcml2ZXJzL25ldC94ZW4tbmV0YmFjay9uZXRiYWNrLmMK KysrIGIvZHJpdmVycy9uZXQveGVuLW5ldGJhY2svbmV0YmFjay5jCkBAIC02 NzksOSArNjc5LDcgQEAgc3RhdGljIHZvaWQgdHhfYWRkX2NyZWRpdChzdHJ1 Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSkKIAkgKiBBbGxvdyBhIGJ1cnN0IGJp ZyBlbm91Z2ggdG8gdHJhbnNtaXQgYSBqdW1ibyBwYWNrZXQgb2YgdXAgdG8g MTI4a0IuCiAJICogT3RoZXJ3aXNlIHRoZSBpbnRlcmZhY2UgY2FuIHNlaXpl IHVwIGR1ZSB0byBpbnN1ZmZpY2llbnQgY3JlZGl0LgogCSAqLwotCW1heF9i dXJzdCA9IFJJTkdfR0VUX1JFUVVFU1QoJnF1ZXVlLT50eCwgcXVldWUtPnR4 LnJlcV9jb25zKS0+c2l6ZTsKLQltYXhfYnVyc3QgPSBtaW4obWF4X2J1cnN0 LCAxMzEwNzJVTCk7Ci0JbWF4X2J1cnN0ID0gbWF4KG1heF9idXJzdCwgcXVl dWUtPmNyZWRpdF9ieXRlcyk7CisJbWF4X2J1cnN0ID0gbWF4KDEzMTA3MlVM LCBxdWV1ZS0+Y3JlZGl0X2J5dGVzKTsKIAogCS8qIFRha2UgY2FyZSB0aGF0 IGFkZGluZyBhIG5ldyBjaHVuayBvZiBjcmVkaXQgZG9lc24ndCB3cmFwIHRv IHplcm8uICovCiAJbWF4X2NyZWRpdCA9IHF1ZXVlLT5yZW1haW5pbmdfY3Jl ZGl0ICsgcXVldWUtPmNyZWRpdF9ieXRlczsKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch" Content-Transfer-Encoding: base64 RnJvbSA0MTI3ZTljY2FlMGVkYTYyMjQyMWQyMTEzMjg0NmFiZGY3NGY2NmVk IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE1OjE3OjA2ICswMDAwClN1YmplY3Q6IFtQQVRDSCAzLzddIHhlbi1u ZXRiYWNrOiB1c2UgUklOR19DT1BZX1JFUVVFU1QoKSB0aHJvdWdob3V0CgpJ bnN0ZWFkIG9mIG9wZW4tY29kaW5nIG1lbWNweSgpcyBhbmQgZGlyZWN0bHkg YWNjZXNzaW5nIFR4IGFuZCBSeApyZXF1ZXN0cywgdXNlIHRoZSBuZXcgUklO R19DT1BZX1JFUVVFU1QoKSB0aGF0IGVuc3VyZXMgdGhlIGxvY2FsIGNvcHkK aXMgY29ycmVjdC4KClRoaXMgaXMgbW9yZSB0aGFuIGlzIHN0cmljdGx5IG5l Y2Vzc2FyeSBmb3IgZ3Vlc3QgUnggcmVxdWVzdHMgc2luY2UKb25seSB0aGUg aWQgYW5kIGdyZWYgZmllbGRzIGFyZSB1c2VkIGFuZCBpdCBpcyBoYXJtbGVz cyBpZiB0aGUKZnJvbnRlbmQgbW9kaWZpZXMgdGhlc2UuCgpUaGlzIGlzIHBh cnQgb2YgWFNBMTU1LgoKQ0M6IHN0YWJsZUB2Z2VyLmtlcm5lbC5vcmcKUmV2 aWV3ZWQtYnk6IFdlaSBMaXUgPHdlaS5saXUyQGNpdHJpeC5jb20+ClNpZ25l ZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2aWQudnJhYmVsQGNpdHJpeC5j b20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2lsayA8a29u cmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBkcml2ZXJzL25ldC94ZW4tbmV0 YmFjay9uZXRiYWNrLmMgfCAzMCArKysrKysrKysrKysrKy0tLS0tLS0tLS0t LS0tLS0KIDEgZmlsZSBjaGFuZ2VkLCAxNCBpbnNlcnRpb25zKCspLCAxNiBk ZWxldGlvbnMoLSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL25ldC94ZW4tbmV0 YmFjay9uZXRiYWNrLmMgYi9kcml2ZXJzL25ldC94ZW4tbmV0YmFjay9uZXRi YWNrLmMKaW5kZXggYjY4MzU4MS4uMTA0OWMzNCAxMDA2NDQKLS0tIGEvZHJp dmVycy9uZXQveGVuLW5ldGJhY2svbmV0YmFjay5jCisrKyBiL2RyaXZlcnMv bmV0L3hlbi1uZXRiYWNrL25ldGJhY2suYwpAQCAtMjU4LDE4ICsyNTgsMTgg QEAgc3RhdGljIHN0cnVjdCB4ZW52aWZfcnhfbWV0YSAqZ2V0X25leHRfcnhf YnVmZmVyKHN0cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCQkJCQkJIHN0 cnVjdCBuZXRyeF9wZW5kaW5nX29wZXJhdGlvbnMgKm5wbykKIHsKIAlzdHJ1 Y3QgeGVudmlmX3J4X21ldGEgKm1ldGE7Ci0Jc3RydWN0IHhlbl9uZXRpZl9y eF9yZXF1ZXN0ICpyZXE7CisJc3RydWN0IHhlbl9uZXRpZl9yeF9yZXF1ZXN0 IHJlcTsKIAotCXJlcSA9IFJJTkdfR0VUX1JFUVVFU1QoJnF1ZXVlLT5yeCwg cXVldWUtPnJ4LnJlcV9jb25zKyspOworCVJJTkdfQ09QWV9SRVFVRVNUKCZx dWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrLCAmcmVxKTsKIAogCW1l dGEgPSBucG8tPm1ldGEgKyBucG8tPm1ldGFfcHJvZCsrOwogCW1ldGEtPmdz b190eXBlID0gWEVOX05FVElGX0dTT19UWVBFX05PTkU7CiAJbWV0YS0+Z3Nv X3NpemUgPSAwOwogCW1ldGEtPnNpemUgPSAwOwotCW1ldGEtPmlkID0gcmVx LT5pZDsKKwltZXRhLT5pZCA9IHJlcS5pZDsKIAogCW5wby0+Y29weV9vZmYg PSAwOwotCW5wby0+Y29weV9ncmVmID0gcmVxLT5ncmVmOworCW5wby0+Y29w eV9ncmVmID0gcmVxLmdyZWY7CiAKIAlyZXR1cm4gbWV0YTsKIH0KQEAgLTQy NCw3ICs0MjQsNyBAQCBzdGF0aWMgaW50IHhlbnZpZl9nb3Bfc2tiKHN0cnVj dCBza19idWZmICpza2IsCiAJc3RydWN0IHhlbnZpZiAqdmlmID0gbmV0ZGV2 X3ByaXYoc2tiLT5kZXYpOwogCWludCBucl9mcmFncyA9IHNrYl9zaGluZm8o c2tiKS0+bnJfZnJhZ3M7CiAJaW50IGk7Ci0Jc3RydWN0IHhlbl9uZXRpZl9y eF9yZXF1ZXN0ICpyZXE7CisJc3RydWN0IHhlbl9uZXRpZl9yeF9yZXF1ZXN0 IHJlcTsKIAlzdHJ1Y3QgeGVudmlmX3J4X21ldGEgKm1ldGE7CiAJdW5zaWdu ZWQgY2hhciAqZGF0YTsKIAlpbnQgaGVhZCA9IDE7CkBAIC00NDMsMTUgKzQ0 MywxNSBAQCBzdGF0aWMgaW50IHhlbnZpZl9nb3Bfc2tiKHN0cnVjdCBza19i dWZmICpza2IsCiAKIAkvKiBTZXQgdXAgYSBHU08gcHJlZml4IGRlc2NyaXB0 b3IsIGlmIG5lY2Vzc2FyeSAqLwogCWlmICgoMSA8PCBnc29fdHlwZSkgJiB2 aWYtPmdzb19wcmVmaXhfbWFzaykgewotCQlyZXEgPSBSSU5HX0dFVF9SRVFV RVNUKCZxdWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrKTsKKwkJUklO R19DT1BZX1JFUVVFU1QoJnF1ZXVlLT5yeCwgcXVldWUtPnJ4LnJlcV9jb25z KyssICZyZXEpOwogCQltZXRhID0gbnBvLT5tZXRhICsgbnBvLT5tZXRhX3By b2QrKzsKIAkJbWV0YS0+Z3NvX3R5cGUgPSBnc29fdHlwZTsKIAkJbWV0YS0+ Z3NvX3NpemUgPSBza2Jfc2hpbmZvKHNrYiktPmdzb19zaXplOwogCQltZXRh LT5zaXplID0gMDsKLQkJbWV0YS0+aWQgPSByZXEtPmlkOworCQltZXRhLT5p ZCA9IHJlcS5pZDsKIAl9CiAKLQlyZXEgPSBSSU5HX0dFVF9SRVFVRVNUKCZx dWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrKTsKKwlSSU5HX0NPUFlf UkVRVUVTVCgmcXVldWUtPnJ4LCBxdWV1ZS0+cngucmVxX2NvbnMrKywgJnJl cSk7CiAJbWV0YSA9IG5wby0+bWV0YSArIG5wby0+bWV0YV9wcm9kKys7CiAK IAlpZiAoKDEgPDwgZ3NvX3R5cGUpICYgdmlmLT5nc29fbWFzaykgewpAQCAt NDYzLDkgKzQ2Myw5IEBAIHN0YXRpYyBpbnQgeGVudmlmX2dvcF9za2Ioc3Ry dWN0IHNrX2J1ZmYgKnNrYiwKIAl9CiAKIAltZXRhLT5zaXplID0gMDsKLQlt ZXRhLT5pZCA9IHJlcS0+aWQ7CisJbWV0YS0+aWQgPSByZXEuaWQ7CiAJbnBv LT5jb3B5X29mZiA9IDA7Ci0JbnBvLT5jb3B5X2dyZWYgPSByZXEtPmdyZWY7 CisJbnBvLT5jb3B5X2dyZWYgPSByZXEuZ3JlZjsKIAogCWRhdGEgPSBza2It PmRhdGE7CiAJd2hpbGUgKGRhdGEgPCBza2JfdGFpbF9wb2ludGVyKHNrYikp IHsKQEAgLTcwOSw3ICs3MDksNyBAQCBzdGF0aWMgdm9pZCB4ZW52aWZfdHhf ZXJyKHN0cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCQlzcGluX3VubG9j a19pcnFyZXN0b3JlKCZxdWV1ZS0+cmVzcG9uc2VfbG9jaywgZmxhZ3MpOwog CQlpZiAoY29ucyA9PSBlbmQpCiAJCQlicmVhazsKLQkJdHhwID0gUklOR19H RVRfUkVRVUVTVCgmcXVldWUtPnR4LCBjb25zKyspOworCQlSSU5HX0NPUFlf UkVRVUVTVCgmcXVldWUtPnR4LCBjb25zKyssIHR4cCk7CiAJfSB3aGlsZSAo MSk7CiAJcXVldWUtPnR4LnJlcV9jb25zID0gY29uczsKIH0KQEAgLTc3Niw4 ICs3NzYsNyBAQCBzdGF0aWMgaW50IHhlbnZpZl9jb3VudF9yZXF1ZXN0cyhz dHJ1Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSwKIAkJaWYgKGRyb3BfZXJyKQog CQkJdHhwID0gJmRyb3BwZWRfdHg7CiAKLQkJbWVtY3B5KHR4cCwgUklOR19H RVRfUkVRVUVTVCgmcXVldWUtPnR4LCBjb25zICsgc2xvdHMpLAotCQkgICAg ICAgc2l6ZW9mKCp0eHApKTsKKwkJUklOR19DT1BZX1JFUVVFU1QoJnF1ZXVl LT50eCwgY29ucyArIHNsb3RzLCB0eHApOwogCiAJCS8qIElmIHRoZSBndWVz dCBzdWJtaXR0ZWQgYSBmcmFtZSA+PSA2NCBLaUIgdGhlbgogCQkgKiBmaXJz dC0+c2l6ZSBvdmVyZmxvd2VkIGFuZCBmb2xsb3dpbmcgc2xvdHMgd2lsbApA QCAtMTExMCw4ICsxMTA5LDcgQEAgc3RhdGljIGludCB4ZW52aWZfZ2V0X2V4 dHJhcyhzdHJ1Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSwKIAkJCXJldHVybiAt RUJBRFI7CiAJCX0KIAotCQltZW1jcHkoJmV4dHJhLCBSSU5HX0dFVF9SRVFV RVNUKCZxdWV1ZS0+dHgsIGNvbnMpLAotCQkgICAgICAgc2l6ZW9mKGV4dHJh KSk7CisJCVJJTkdfQ09QWV9SRVFVRVNUKCZxdWV1ZS0+dHgsIGNvbnMsICZl eHRyYSk7CiAJCWlmICh1bmxpa2VseSghZXh0cmEudHlwZSB8fAogCQkJICAg ICBleHRyYS50eXBlID49IFhFTl9ORVRJRl9FWFRSQV9UWVBFX01BWCkpIHsK IAkJCXF1ZXVlLT50eC5yZXFfY29ucyA9ICsrY29uczsKQEAgLTEzMjAsNyAr MTMxOCw3IEBAIHN0YXRpYyB2b2lkIHhlbnZpZl90eF9idWlsZF9nb3BzKHN0 cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCiAJCWlkeCA9IHF1ZXVlLT50 eC5yZXFfY29uczsKIAkJcm1iKCk7IC8qIEVuc3VyZSB0aGF0IHdlIHNlZSB0 aGUgcmVxdWVzdCBiZWZvcmUgd2UgY29weSBpdC4gKi8KLQkJbWVtY3B5KCZ0 eHJlcSwgUklOR19HRVRfUkVRVUVTVCgmcXVldWUtPnR4LCBpZHgpLCBzaXpl b2YodHhyZXEpKTsKKwkJUklOR19DT1BZX1JFUVVFU1QoJnF1ZXVlLT50eCwg aWR4LCAmdHhyZXEpOwogCiAJCS8qIENyZWRpdC1iYXNlZCBzY2hlZHVsaW5n LiAqLwogCQlpZiAodHhyZXEuc2l6ZSA+IHF1ZXVlLT5yZW1haW5pbmdfY3Jl ZGl0ICYmCi0tIAoyLjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch" Content-Transfer-Encoding: base64 RnJvbSAwODRiOGMyZTc3ZjFhYzA3ZTRhM2ExMjFmZjk1N2M0OWE5Mzc5Mzg1 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6MzQ6MDkgKzAwMDAKU3ViamVj dDogW1BBVENIIDQvN10geGVuLWJsa2JhY2s6IG9ubHkgcmVhZCByZXF1ZXN0 IG9wZXJhdGlvbiBmcm9tIHNoYXJlZCByaW5nCiBvbmNlCk1JTUUtVmVyc2lv bjogMS4wCkNvbnRlbnQtVHlwZTogdGV4dC9wbGFpbjsgY2hhcnNldD1VVEYt OApDb250ZW50LVRyYW5zZmVyLUVuY29kaW5nOiA4Yml0CgpBIGNvbXBpbGVy IG1heSBsb2FkIGEgc3dpdGNoIHN0YXRlbWVudCB2YWx1ZSBtdWx0aXBsZSB0 aW1lcywgd2hpY2ggY291bGQKYmUgYmFkIHdoZW4gdGhlIHZhbHVlIGlzIGlu IG1lbW9yeSBzaGFyZWQgd2l0aCB0aGUgZnJvbnRlbmQuCgpXaGVuIGNvbnZl cnRpbmcgYSBub24tbmF0aXZlIHJlcXVlc3QgdG8gYSBuYXRpdmUgb25lLCBl bnN1cmUgdGhhdApzcmMtPm9wZXJhdGlvbiBpcyBvbmx5IGxvYWRlZCBvbmNl IGJ5IHVzaW5nIFJFQURfT05DRSgpLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1 NS4KCkNDOiBzdGFibGVAdmdlci5rZXJuZWwub3JnClNpZ25lZC1vZmYtYnk6 IFJvZ2VyIFBhdSBNb25uw6kgPHJvZ2VyLnBhdUBjaXRyaXguY29tPgpTaWdu ZWQtb2ZmLWJ5OiBEYXZpZCBWcmFiZWwgPGRhdmlkLnZyYWJlbEBjaXRyaXgu Y29tPgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnplc3p1dGVrIFdpbGsgPGtv bnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQogZHJpdmVycy9ibG9jay94ZW4t YmxrYmFjay9jb21tb24uaCB8IDggKysrKy0tLS0KIDEgZmlsZSBjaGFuZ2Vk LCA0IGluc2VydGlvbnMoKyksIDQgZGVsZXRpb25zKC0pCgpkaWZmIC0tZ2l0 IGEvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFjay9jb21tb24uaCBiL2RyaXZl cnMvYmxvY2sveGVuLWJsa2JhY2svY29tbW9uLmgKaW5kZXggNjhlODdhMC4u YzkyOWFlMiAxMDA2NDQKLS0tIGEvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFj ay9jb21tb24uaAorKysgYi9kcml2ZXJzL2Jsb2NrL3hlbi1ibGtiYWNrL2Nv bW1vbi5oCkBAIC00MDgsOCArNDA4LDggQEAgc3RhdGljIGlubGluZSB2b2lk IGJsa2lmX2dldF94ODZfMzJfcmVxKHN0cnVjdCBibGtpZl9yZXF1ZXN0ICpk c3QsCiAJCQkJCXN0cnVjdCBibGtpZl94ODZfMzJfcmVxdWVzdCAqc3JjKQog ewogCWludCBpLCBuID0gQkxLSUZfTUFYX1NFR01FTlRTX1BFUl9SRVFVRVNU LCBqOwotCWRzdC0+b3BlcmF0aW9uID0gc3JjLT5vcGVyYXRpb247Ci0Jc3dp dGNoIChzcmMtPm9wZXJhdGlvbikgeworCWRzdC0+b3BlcmF0aW9uID0gUkVB RF9PTkNFKHNyYy0+b3BlcmF0aW9uKTsKKwlzd2l0Y2ggKGRzdC0+b3BlcmF0 aW9uKSB7CiAJY2FzZSBCTEtJRl9PUF9SRUFEOgogCWNhc2UgQkxLSUZfT1Bf V1JJVEU6CiAJY2FzZSBCTEtJRl9PUF9XUklURV9CQVJSSUVSOgpAQCAtNDU2 LDggKzQ1Niw4IEBAIHN0YXRpYyBpbmxpbmUgdm9pZCBibGtpZl9nZXRfeDg2 XzY0X3JlcShzdHJ1Y3QgYmxraWZfcmVxdWVzdCAqZHN0LAogCQkJCQlzdHJ1 Y3QgYmxraWZfeDg2XzY0X3JlcXVlc3QgKnNyYykKIHsKIAlpbnQgaSwgbiA9 IEJMS0lGX01BWF9TRUdNRU5UU19QRVJfUkVRVUVTVCwgajsKLQlkc3QtPm9w ZXJhdGlvbiA9IHNyYy0+b3BlcmF0aW9uOwotCXN3aXRjaCAoc3JjLT5vcGVy YXRpb24pIHsKKwlkc3QtPm9wZXJhdGlvbiA9IFJFQURfT05DRShzcmMtPm9w ZXJhdGlvbik7CisJc3dpdGNoIChkc3QtPm9wZXJhdGlvbikgewogCWNhc2Ug QkxLSUZfT1BfUkVBRDoKIAljYXNlIEJMS0lGX09QX1dSSVRFOgogCWNhc2Ug QkxLSUZfT1BfV1JJVEVfQkFSUklFUjoKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSAwNmVlN2M3YmViMGI1MjQ1YjFkODc5Yzk3NTNmYWEyY2Y1YWQ5ODkx IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6NDA6NDMgKzAwMDAKU3ViamVj dDogW1BBVENIIDUvN10geGVuLWJsa2JhY2s6IHJlYWQgZnJvbSBpbmRpcmVj dCBkZXNjcmlwdG9ycyBvbmx5IG9uY2UKTUlNRS1WZXJzaW9uOiAxLjAKQ29u dGVudC1UeXBlOiB0ZXh0L3BsYWluOyBjaGFyc2V0PVVURi04CkNvbnRlbnQt VHJhbnNmZXItRW5jb2Rpbmc6IDhiaXQKClNpbmNlIGluZGlyZWN0IGRlc2Ny aXB0b3JzIGFyZSBpbiBtZW1vcnkgc2hhcmVkIHdpdGggdGhlIGZyb250ZW5k LCB0aGUKZnJvbnRlbmQgY291bGQgYWx0ZXIgdGhlIGZpcnN0X3NlY3QgYW5k IGxhc3Rfc2VjdCB2YWx1ZXMgYWZ0ZXIgdGhleSBoYXZlCmJlZW4gdmFsaWRh dGVkIGJ1dCBiZWZvcmUgdGhleSBhcmUgcmVjb3JkZWQgaW4gdGhlIHJlcXVl c3QuICBUaGlzIG1heQpyZXN1bHQgaW4gSS9PIHJlcXVlc3RzIHRoYXQgb3Zl cmZsb3cgdGhlIGZvcmVpZ24gcGFnZSwgcG9zc2libHkKb3ZlcndyaXRpbmcg bG9jYWwgcGFnZXMgd2hlbiB0aGUgSS9PIHJlcXVlc3QgaXMgZXhlY3V0ZWQu CgpXaGVuIHBhcnNpbmcgaW5kaXJlY3QgZGVzY3JpcHRvcnMsIG9ubHkgcmVh ZCBmaXJzdF9zZWN0IGFuZCBsYXN0X3NlY3QKb25jZS4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpTaWdu ZWQtb2ZmLWJ5OiBSb2dlciBQYXUgTW9ubsOpIDxyb2dlci5wYXVAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFi ZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRl ayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMv YmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jIHwgMTUgKysrKysrKysrKy0t LS0tCiAxIGZpbGUgY2hhbmdlZCwgMTAgaW5zZXJ0aW9ucygrKSwgNSBkZWxl dGlvbnMoLSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL2Jsb2NrL3hlbi1ibGti YWNrL2Jsa2JhY2suYyBiL2RyaXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxr YmFjay5jCmluZGV4IGY5MDk5OTQuLjQxZmIxYTkgMTAwNjQ0Ci0tLSBhL2Ry aXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jCisrKyBiL2RyaXZl cnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jCkBAIC05NTAsNiArOTUw LDggQEAgc3RhdGljIGludCB4ZW5fYmxrYmtfcGFyc2VfaW5kaXJlY3Qoc3Ry dWN0IGJsa2lmX3JlcXVlc3QgKnJlcSwKIAkJZ290byB1bm1hcDsKIAogCWZv ciAobiA9IDAsIGkgPSAwOyBuIDwgbnNlZzsgbisrKSB7CisJCXVpbnQ4X3Qg Zmlyc3Rfc2VjdCwgbGFzdF9zZWN0OworCiAJCWlmICgobiAlIFNFR1NfUEVS X0lORElSRUNUX0ZSQU1FKSA9PSAwKSB7CiAJCQkvKiBNYXAgaW5kaXJlY3Qg c2VnbWVudHMgKi8KIAkJCWlmIChzZWdtZW50cykKQEAgLTk1NywxNSArOTU5 LDE4IEBAIHN0YXRpYyBpbnQgeGVuX2Jsa2JrX3BhcnNlX2luZGlyZWN0KHN0 cnVjdCBibGtpZl9yZXF1ZXN0ICpyZXEsCiAJCQlzZWdtZW50cyA9IGttYXBf YXRvbWljKHBhZ2VzW24vU0VHU19QRVJfSU5ESVJFQ1RfRlJBTUVdLT5wYWdl KTsKIAkJfQogCQlpID0gbiAlIFNFR1NfUEVSX0lORElSRUNUX0ZSQU1FOwor CiAJCXBlbmRpbmdfcmVxLT5zZWdtZW50c1tuXS0+Z3JlZiA9IHNlZ21lbnRz W2ldLmdyZWY7Ci0JCXNlZ1tuXS5uc2VjID0gc2VnbWVudHNbaV0ubGFzdF9z ZWN0IC0KLQkJCXNlZ21lbnRzW2ldLmZpcnN0X3NlY3QgKyAxOwotCQlzZWdb bl0ub2Zmc2V0ID0gKHNlZ21lbnRzW2ldLmZpcnN0X3NlY3QgPDwgOSk7Ci0J CWlmICgoc2VnbWVudHNbaV0ubGFzdF9zZWN0ID49IChYRU5fUEFHRV9TSVpF ID4+IDkpKSB8fAotCQkgICAgKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA8IHNl Z21lbnRzW2ldLmZpcnN0X3NlY3QpKSB7CisKKwkJZmlyc3Rfc2VjdCA9IFJF QURfT05DRShzZWdtZW50c1tpXS5maXJzdF9zZWN0KTsKKwkJbGFzdF9zZWN0 ID0gUkVBRF9PTkNFKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCk7CisJCWlmIChs YXN0X3NlY3QgPj0gKFhFTl9QQUdFX1NJWkUgPj4gOSkgfHwgbGFzdF9zZWN0 IDwgZmlyc3Rfc2VjdCkgewogCQkJcmMgPSAtRUlOVkFMOwogCQkJZ290byB1 bm1hcDsKIAkJfQorCisJCXNlZ1tuXS5uc2VjID0gbGFzdF9zZWN0IC0gZmly c3Rfc2VjdCArIDE7CisJCXNlZ1tuXS5vZmZzZXQgPSBmaXJzdF9zZWN0IDw8 IDk7CiAJCXByZXEtPm5yX3NlY3RzICs9IHNlZ1tuXS5uc2VjOwogCX0KIAot LSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Transfer-Encoding: base64 RnJvbSA4OTczOWMxNGM3MmU1YzE2MjZhNWNkNWUwOWNiYjJlZmVhYWRiNmQ4 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBNb24sIDE2IE5vdiAy MDE1IDE4OjAyOjMyICswMDAwClN1YmplY3Q6IFtQQVRDSCA2LzddIHhlbi1z Y3NpYmFjazogc2FmZWx5IGNvcHkgcmVxdWVzdHMKClRoZSBjb3B5IG9mIHRo ZSByaW5nIHJlcXVlc3Qgd2FzIGxhY2tpbmcgYSBmb2xsb3dpbmcgYmFycmll cigpLApwb3RlbnRpYWxseSBhbGxvd2luZyB0aGUgY29tcGlsZXIgdG8gb3B0 aW1pemUgdGhlIGNvcHkgYXdheS4KClVzZSBSSU5HX0NPUFlfUkVRVUVTVCgp IHRvIGVuc3VyZSB0aGUgcmVxdWVzdCBpcyBjb3BpZWQgdG8gbG9jYWwKbWVt b3J5LgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1NS4KCkNDOiBzdGFibGVAdmdl ci5rZXJuZWwub3JnClJldmlld2VkLWJ5OiBKdWVyZ2VuIEdyb3NzIDxqZ3Jv c3NAc3VzZS5jb20+ClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2 aWQudnJhYmVsQGNpdHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBS emVzenV0ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBk cml2ZXJzL3hlbi94ZW4tc2NzaWJhY2suYyB8IDIgKy0KIDEgZmlsZSBjaGFu Z2VkLCAxIGluc2VydGlvbigrKSwgMSBkZWxldGlvbigtKQoKZGlmZiAtLWdp dCBhL2RyaXZlcnMveGVuL3hlbi1zY3NpYmFjay5jIGIvZHJpdmVycy94ZW4v eGVuLXNjc2liYWNrLmMKaW5kZXggNDNiY2FlOC4uYWQ0ZWIxMCAxMDA2NDQK LS0tIGEvZHJpdmVycy94ZW4veGVuLXNjc2liYWNrLmMKKysrIGIvZHJpdmVy cy94ZW4veGVuLXNjc2liYWNrLmMKQEAgLTcyNiw3ICs3MjYsNyBAQCBzdGF0 aWMgaW50IHNjc2liYWNrX2RvX2NtZF9mbihzdHJ1Y3QgdnNjc2lia19pbmZv ICppbmZvKQogCQlpZiAoIXBlbmRpbmdfcmVxKQogCQkJcmV0dXJuIDE7CiAK LQkJcmluZ19yZXEgPSAqUklOR19HRVRfUkVRVUVTVChyaW5nLCByYyk7CisJ CVJJTkdfQ09QWV9SRVFVRVNUKHJpbmcsIHJjLCAmcmluZ19yZXEpOwogCQly aW5nLT5yZXFfY29ucyA9ICsrcmM7CiAKIAkJZXJyID0gcHJlcGFyZV9wZW5k aW5nX3JlcXMoaW5mbywgJnJpbmdfcmVxLCBwZW5kaW5nX3JlcSk7Ci0tIAoy LjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch" Content-Transfer-Encoding: base64 RnJvbSBmNmY0Mzg4YzkxN2NlOTZiMDc1YTIzOWE0NTM1YjhlZmM2MDY0ZDE0 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IE1vbiwg MTYgTm92IDIwMTUgMTI6NDA6NDggLTA1MDAKU3ViamVjdDogW1BBVENIIDcv N10geGVuL3BjaWJhY2s6IFNhdmUgeGVuX3BjaV9vcCBjb21tYW5kcyBiZWZv cmUgcHJvY2Vzc2luZwogaXQKCkRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXRp ZXMgdGhhdCBoYXBwZW4gd2hlbiBhIHZhcmlhYmxlIGlzCmZldGNoZWQgdHdp Y2UgZnJvbSBzaGFyZWQgbWVtb3J5IGJ1dCBhIHNlY3VyaXR5IGNoZWNrIGlz IG9ubHkKcGVyZm9ybWVkIHRoZSBmaXJzdCB0aW1lLgoKVGhlIHhlbl9wY2li a19kb19vcCBmdW5jdGlvbiBwZXJmb3JtcyBhIHN3aXRjaCBzdGF0ZW1lbnRz IG9uIHRoZSBvcC0+Y21kCnZhbHVlIHdoaWNoIGlzIHN0b3JlZCBpbiBzaGFy ZWQgbWVtb3J5LiBJbnRlcmVzdGluZ2x5IHRoaXMgY2FuIHJlc3VsdAppbiBh IGRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXR5IGRlcGVuZGluZyBvbiB0aGUg cGVyZm9ybWVkIGNvbXBpbGVyCm9wdGltaXphdGlvbi4KClRoaXMgcGF0Y2gg Zml4ZXMgaXQgYnkgc2F2aW5nIHRoZSB4ZW5fcGNpX29wIGNvbW1hbmQgYmVm b3JlCnByb2Nlc3NpbmcgaXQuIFdlIGFsc28gdXNlICdiYXJyaWVyJyB0byBt YWtlIHN1cmUgdGhhdCB0aGUKY29tcGlsZXIgZG9lcyBub3QgcGVyZm9ybSBh bnkgb3B0aW1pemF0aW9uLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1NS4KCkND OiBzdGFibGVAdmdlci5rZXJuZWwub3JnClJldmlld2VkLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+ClNpZ25l ZC1vZmYtYnk6IEphbiBCZXVsaWNoIDxKQmV1bGljaEBzdXNlLmNvbT4KU2ln bmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxr b25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMveGVuL3hlbi1w Y2liYWNrL3BjaWJhY2suaCAgICAgfCAgMSArCiBkcml2ZXJzL3hlbi94ZW4t cGNpYmFjay9wY2liYWNrX29wcy5jIHwgMTUgKysrKysrKysrKysrKystCiAy IGZpbGVzIGNoYW5nZWQsIDE1IGluc2VydGlvbnMoKyksIDEgZGVsZXRpb24o LSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2li YWNrLmggYi9kcml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2liYWNrLmgKaW5k ZXggNThlMzhkNS4uNGQ1MjlmMyAxMDA2NDQKLS0tIGEvZHJpdmVycy94ZW4v eGVuLXBjaWJhY2svcGNpYmFjay5oCisrKyBiL2RyaXZlcnMveGVuL3hlbi1w Y2liYWNrL3BjaWJhY2suaApAQCAtMzcsNiArMzcsNyBAQCBzdHJ1Y3QgeGVu X3BjaWJrX2RldmljZSB7CiAJc3RydWN0IHhlbl9wY2lfc2hhcmVkaW5mbyAq c2hfaW5mbzsKIAl1bnNpZ25lZCBsb25nIGZsYWdzOwogCXN0cnVjdCB3b3Jr X3N0cnVjdCBvcF93b3JrOworCXN0cnVjdCB4ZW5fcGNpX29wIG9wOwogfTsK IAogc3RydWN0IHhlbl9wY2lia19kZXZfZGF0YSB7CmRpZmYgLS1naXQgYS9k cml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2liYWNrX29wcy5jIGIvZHJpdmVy cy94ZW4veGVuLXBjaWJhY2svcGNpYmFja19vcHMuYwppbmRleCBjNGEwNjY2 Li5hMGUwZTNlIDEwMDY0NAotLS0gYS9kcml2ZXJzL3hlbi94ZW4tcGNpYmFj ay9wY2liYWNrX29wcy5jCisrKyBiL2RyaXZlcnMveGVuL3hlbi1wY2liYWNr L3BjaWJhY2tfb3BzLmMKQEAgLTI5OCw5ICsyOTgsMTEgQEAgdm9pZCB4ZW5f cGNpYmtfZG9fb3Aoc3RydWN0IHdvcmtfc3RydWN0ICpkYXRhKQogCQljb250 YWluZXJfb2YoZGF0YSwgc3RydWN0IHhlbl9wY2lia19kZXZpY2UsIG9wX3dv cmspOwogCXN0cnVjdCBwY2lfZGV2ICpkZXY7CiAJc3RydWN0IHhlbl9wY2li a19kZXZfZGF0YSAqZGV2X2RhdGEgPSBOVUxMOwotCXN0cnVjdCB4ZW5fcGNp X29wICpvcCA9ICZwZGV2LT5zaF9pbmZvLT5vcDsKKwlzdHJ1Y3QgeGVuX3Bj aV9vcCAqb3AgPSAmcGRldi0+b3A7CiAJaW50IHRlc3RfaW50eCA9IDA7CiAK Kwkqb3AgPSBwZGV2LT5zaF9pbmZvLT5vcDsKKwliYXJyaWVyKCk7CiAJZGV2 ID0geGVuX3BjaWJrX2dldF9wY2lfZGV2KHBkZXYsIG9wLT5kb21haW4sIG9w LT5idXMsIG9wLT5kZXZmbik7CiAKIAlpZiAoZGV2ID09IE5VTEwpCkBAIC0z NDIsNiArMzQ0LDE3IEBAIHZvaWQgeGVuX3BjaWJrX2RvX29wKHN0cnVjdCB3 b3JrX3N0cnVjdCAqZGF0YSkKIAkJaWYgKChkZXZfZGF0YS0+ZW5hYmxlX2lu dHggIT0gdGVzdF9pbnR4KSkKIAkJCXhlbl9wY2lia19jb250cm9sX2lzcihk ZXYsIDAgLyogbm8gcmVzZXQgKi8pOwogCX0KKwlwZGV2LT5zaF9pbmZvLT5v cC5lcnIgPSBvcC0+ZXJyOworCXBkZXYtPnNoX2luZm8tPm9wLnZhbHVlID0g b3AtPnZhbHVlOworI2lmZGVmIENPTkZJR19QQ0lfTVNJCisJaWYgKG9wLT5j bWQgPT0gWEVOX1BDSV9PUF9lbmFibGVfbXNpeCAmJiBvcC0+ZXJyID09IDAp IHsKKwkJdW5zaWduZWQgaW50IGk7CisKKwkJZm9yIChpID0gMDsgaSA8IG9w LT52YWx1ZTsgaSsrKQorCQkJcGRldi0+c2hfaW5mby0+b3AubXNpeF9lbnRy aWVzW2ldLnZlY3RvciA9CisJCQkJb3AtPm1zaXhfZW50cmllc1tpXS52ZWN0 b3I7CisJfQorI2VuZGlmCiAJLyogVGVsbCB0aGUgZHJpdmVyIGRvbWFpbiB0 aGF0IHdlJ3JlIGRvbmUuICovCiAJd21iKCk7CiAJY2xlYXJfYml0KF9YRU5f UENJRl9hY3RpdmUsICh1bnNpZ25lZCBsb25nICopJnBkZXYtPnNoX2luZm8t PmZsYWdzKTsKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSBhNTY0NTZhYzNkZjI4NDMyZmZmNDRhOWE5NjIzZTJkZGZjODI2MTA2 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBUdWUsIDI0IE5vdiAy MDE1IDAyOjUxOjU2ICswMDAwClN1YmplY3Q6IFtQQVRDSCAxLzVdIG5ldGJz ZC94ZW46IEFkZCBSSU5HX0NPUFlfUkVRVUVTVCgpCgpVc2luZyBSSU5HX0dF VF9SRVFVRVNUKCkgb24gYSBzaGFyZWQgcmluZyBpcyBlYXN5IHRvIHVzZSBp bmNvcnJlY3RseQooaS5lLiwgYnkgbm90IGNvbnNpZGVyaW5nIHRoYXQgdGhl IG90aGVyIGVuZCBtYXkgYWx0ZXIgdGhlIGRhdGEgaW4gdGhlCnNoYXJlZCBy aW5nIHdoaWxlIGl0IGlzIGJlaW5nIGluc3BlY3RlZCkuICBTYWZlIHVzYWdl IG9mIGEgcmVxdWVzdApnZW5lcmFsbHkgcmVxdWlyZXMgdGFraW5nIGEgbG9j YWwgY29weS4KClByb3ZpZGUgYSBSSU5HX0NPUFlfUkVRVUVTVCgpIG1hY3Jv IHRvIHVzZSBpbnN0ZWFkIG9mClJJTkdfR0VUX1JFUVVFU1QoKSBhbmQgYW4g b3Blbi1jb2RlZCBtZW1jcHkoKS4gIFRoaXMgdGFrZXMgY2FyZSBvZgplbnN1 cmluZyB0aGF0IHRoZSBjb3B5IGlzIGRvbmUgY29ycmVjdGx5IHJlZ2FyZGxl c3Mgb2YgYW55IHBvc3NpYmxlCmNvbXBpbGVyIG9wdGltaXphdGlvbnMuCgpV c2UgYSB2b2xhdGlsZSBzb3VyY2UgdG8gcHJldmVudCB0aGUgY29tcGlsZXIg ZnJvbSByZW9yZGVyaW5nIG9yCm9taXR0aW5nIHRoZSBjb3B5LgoKVGhpcyBp cyBwYXJ0IG9mIFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJl bCA8ZGF2aWQudnJhYmVsQGNpdHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtv bnJhZCBSemVzenV0ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4K LS0tCnYyOiBVcGRhdGUgY29tbWVudCBhYm91dCBHQ0MgYnVnLgotLS0KIGFy Y2gveGVuL2luY2x1ZGUveGVuLXB1YmxpYy9pby9yaW5nLmggfCAxNCArKysr KysrKysrKysrKwogMSBmaWxlIGNoYW5nZWQsIDE0IGluc2VydGlvbnMoKykK CmRpZmYgLS1naXQgYS9hcmNoL3hlbi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8v cmluZy5oIGIvYXJjaC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3Jpbmcu aAppbmRleCAwOWMxODZjLi42MzBiODBlIDEwMDY0NAotLS0gYS9hcmNoL3hl bi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8vcmluZy5oCisrKyBiL2FyY2gveGVu L2luY2x1ZGUveGVuLXB1YmxpYy9pby9yaW5nLmgKQEAgLTIzNiw2ICsyMzYs MjAgQEAgdHlwZWRlZiBzdHJ1Y3QgX19uYW1lIyNfYmFja19yaW5nIF9fbmFt ZSMjX2JhY2tfcmluZ190CiAjZGVmaW5lIFJJTkdfR0VUX1JFUVVFU1QoX3Is IF9pZHgpICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBc CiAgICAgKCYoKF9yKS0+c3JpbmctPnJpbmdbKChfaWR4KSAmIChSSU5HX1NJ WkUoX3IpIC0gMSkpXS5yZXEpKQogCisvKgorICogR2V0IGEgbG9jYWwgY29w eSBvZiBhIHJlcXVlc3QuCisgKgorICogVXNlIHRoaXMgaW4gcHJlZmVyZW5j ZSB0byBSSU5HX0dFVF9SRVFVRVNUKCkgc28gYWxsIHByb2Nlc3NpbmcgaXMK KyAqIGRvbmUgb24gYSBsb2NhbCBjb3B5IHRoYXQgY2Fubm90IGJlIG1vZGlm aWVkIGJ5IHRoZSBvdGhlciBlbmQuCisgKgorICogTm90ZSB0aGF0IGh0dHBz Oi8vZ2NjLmdudS5vcmcvYnVnemlsbGEvc2hvd19idWcuY2dpP2lkPTU4MTQ1 IG1heSBjYXVzZSB0aGlzCisgKiB0byBiZSBpbmVmZmVjdGl2ZSB3aGVyZSBf cmVxIGlzIGEgc3RydWN0IHdoaWNoIGNvbnNpc3RzIG9mIG9ubHkgYml0Zmll bGRzLgorICovCisjZGVmaW5lIFJJTkdfQ09QWV9SRVFVRVNUKF9yLCBfaWR4 LCBfcmVxKSBkbyB7CQkJCVwKKwkvKiBVc2Ugdm9sYXRpbGUgdG8gZm9yY2Ug dGhlIGNvcHkgaW50byBfcmVxLiAqLwkJCVwKKwkqKF9yZXEpID0gKih2b2xh dGlsZSB0eXBlb2YoX3JlcSkpUklOR19HRVRfUkVRVUVTVChfciwgX2lkeCk7 CVwKK30gd2hpbGUgKDApCisKICNkZWZpbmUgUklOR19HRVRfUkVTUE9OU0Uo X3IsIF9pZHgpICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg IFwKICAgICAoJigoX3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdf U0laRShfcikgLSAxKSldLnJzcCkpCiAKLS0gCjIuNS4yCgo= --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch" Content-Transfer-Encoding: base64 RnJvbSAxYzY5N2NhNzZhNjcwYjA4ODNjZDZhMjAzODI4YzMzY2NmNGVjYjFl IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTM6MTYgKzAwMDAKU3ViamVjdDogW1BBVENIIDIv NV0gbmV0YnNkL25ldGJhY2s6IFVzZSBSSU5HX0NPUFlfUkVRVUVTVCBpbnN0 ZWFkIG9mCiBSSU5HX1JFUV9SRVFVRVNUCgpUaGlzIHdheSB3ZSBvcGVyYXRl IG9uIGEgbG9jYWwgY29weSBvZiB0aGUgZ3Vlc3QgUnguIFRoaXMgaXMgbW9y ZSB0aGFuCm5lY2Nlc3NhcnkgYXMgb25seSB0aGUgaWQgYW5kIGdyZWYgZmll bGRzIGFyZSB1c2VkIGFuZCBpdCBpcyBoYXJtbGVzcwppZiB0aGUgZnJvbnRl bmQgbW9kaWZpZXMgdGhlc2UuCgpGb3IgdGhlIFRYIHdlIGFsc28gY29weSB0 aGUgcmVxdWVzdCBhbmQgbWFrZSBzdXJlIHRvIHVzZSBvbmx5IHRoZQpsb2Nh bCBjb3B5LgoKVGhpcyBpcyBiYXNlZCBvZmYgTGludXggJ3hlbi1uZXRiYWNr OiB1c2UgUklOR19DT1BZX1JFUVVFU1QoKSB0aHJvdWdob3V0JwpwYXRjaC4K ClRoaXMgaXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25y YWQgUnplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0t LQogYXJjaC94ZW4veGVuL3hlbm5ldGJhY2tfeGVuYnVzLmMgfCA3OCArKysr KysrKysrKysrKysrKysrKy0tLS0tLS0tLS0tLS0tLS0tLS0tCiAxIGZpbGUg Y2hhbmdlZCwgNDAgaW5zZXJ0aW9ucygrKSwgMzggZGVsZXRpb25zKC0pCgpk aWZmIC0tZ2l0IGEvYXJjaC94ZW4veGVuL3hlbm5ldGJhY2tfeGVuYnVzLmMg Yi9hcmNoL3hlbi94ZW4veGVubmV0YmFja194ZW5idXMuYwppbmRleCA3Y2Mx NGFmLi4wZWYyMzUzIDEwMDY0NAotLS0gYS9hcmNoL3hlbi94ZW4veGVubmV0 YmFja194ZW5idXMuYworKysgYi9hcmNoL3hlbi94ZW4veGVubmV0YmFja194 ZW5idXMuYwpAQCAtNzE1LDcgKzcxNSw3IEBAIHhlbm5ldGJhY2tfZXZ0aGFu ZGxlcih2b2lkICphcmcpCiB7CiAJc3RydWN0IHhuZXRiYWNrX2luc3RhbmNl ICp4bmV0aSA9IGFyZzsKIAlzdHJ1Y3QgaWZuZXQgKmlmcCA9ICZ4bmV0aS0+ eG5pX2lmOwotCW5ldGlmX3R4X3JlcXVlc3RfdCAqdHhyZXE7CisJbmV0aWZf dHhfcmVxdWVzdF90IHR4cmVxOwogCXN0cnVjdCB4bmlfcGt0ICpwa3Q7CiAJ dmFkZHJfdCBwa3RfdmE7CiAJc3RydWN0IG1idWYgKm07CkBAIC03MzMsMzYg KzczMywzNiBAQCB4ZW5uZXRiYWNrX2V2dGhhbmRsZXIodm9pZCAqYXJnKQog CQkgICAgcmVjZWl2ZV9wZW5kaW5nKTsKIAkJaWYgKHJlY2VpdmVfcGVuZGlu ZyA9PSAwKQogCQkJYnJlYWs7Ci0JCXR4cmVxID0gUklOR19HRVRfUkVRVUVT VCgmeG5ldGktPnhuaV90eHJpbmcsIHJlcV9jb25zKTsKKwkJUklOR19DT1BZ X1JFUVVFU1QoJnhuZXRpLT54bmlfdHhyaW5nLCByZXFfY29ucywgJnR4cmVx KTsKIAkJeGVuX3JtYigpOwogCQlYRU5QUklOVEYoKCIlcyBwa3Qgc2l6ZSAl ZFxuIiwgeG5ldGktPnhuaV9pZi5pZl94bmFtZSwKLQkJICAgIHR4cmVxLT5z aXplKSk7CisJCSAgICB0eHJlcS5zaXplKSk7CiAJCXJlcV9jb25zKys7CiAJ CWlmIChfX3ByZWRpY3RfZmFsc2UoKGlmcC0+aWZfZmxhZ3MgJiAoSUZGX1VQ IHwgSUZGX1JVTk5JTkcpKSAhPQogCQkgICAgKElGRl9VUCB8IElGRl9SVU5O SU5HKSkpIHsKIAkJCS8qIGludGVyZmFjZSBub3QgdXAsIGRyb3AgKi8KLQkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLT5pZCwKKwkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLmlkLAogCQkJ ICAgIE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCWNvbnRpbnVlOwogCQl9CiAJ CS8qCiAJCSAqIERvIHNvbWUgc2FuaXR5IGNoZWNrcywgYW5kIG1hcCB0aGUg cGFja2V0J3MgcGFnZS4KIAkJICovCi0JCWlmIChfX3ByZWRpY3RfZmFsc2Uo dHhyZXEtPnNpemUgPCBFVEhFUl9IRFJfTEVOIHx8Ci0JCSAgIHR4cmVxLT5z aXplID4gKEVUSEVSX01BWF9MRU4gLSBFVEhFUl9DUkNfTEVOKSkpIHsKKwkJ aWYgKF9fcHJlZGljdF9mYWxzZSh0eHJlcS5zaXplIDwgRVRIRVJfSERSX0xF TiB8fAorCQkgICB0eHJlcS5zaXplID4gKEVUSEVSX01BWF9MRU4gLSBFVEhF Ul9DUkNfTEVOKSkpIHsKIAkJCXByaW50ZigiJXM6IHBhY2tldCBzaXplICVk IHRvbyBiaWdcbiIsCi0JCQkgICAgaWZwLT5pZl94bmFtZSwgdHhyZXEtPnNp emUpOwotCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEt PmlkLAorCQkJICAgIGlmcC0+aWZfeG5hbWUsIHR4cmVxLnNpemUpOworCQkJ eGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkg ICAgTkVUSUZfUlNQX0VSUk9SKTsKIAkJCWlmcC0+aWZfaWVycm9ycysrOwog CQkJY29udGludWU7CiAJCX0KIAkJLyogZG9uJ3QgY3Jvc3MgcGFnZSBib3Vu ZGFyaWVzICovCiAJCWlmIChfX3ByZWRpY3RfZmFsc2UoCi0JCSAgICB0eHJl cS0+b2Zmc2V0ICsgdHhyZXEtPnNpemUgPiBQQUdFX1NJWkUpKSB7CisJCSAg ICB0eHJlcS5vZmZzZXQgKyB0eHJlcS5zaXplID4gUEFHRV9TSVpFKSkgewog CQkJcHJpbnRmKCIlczogcGFja2V0IGNyb3NzIHBhZ2UgYm91bmRhcnlcbiIs CiAJCQkgICAgaWZwLT5pZl94bmFtZSk7Ci0JCQl4ZW5uZXRiYWNrX3R4X3Jl c3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQl4ZW5uZXRiYWNrX3R4X3Jl c3BvbnNlKHhuZXRpLCB0eHJlcS5pZCwKIAkJCSAgICBORVRJRl9SU1BfRVJS T1IpOwogCQkJaWZwLT5pZl9pZXJyb3JzKys7CiAJCQljb250aW51ZTsKQEAg LTc3NCwxNSArNzc0LDE1IEBAIHhlbm5ldGJhY2tfZXZ0aGFuZGxlcih2b2lk ICphcmcpCiAJCQlpZiAocmF0ZWNoZWNrKCZsYXN0dGltZSwgJnhuaV9wb29s X2VycmludHZsKSkKIAkJCQlwcmludGYoIiVzOiBtYnVmIGFsbG9jIGZhaWxl ZFxuIiwKIAkJCQkgICAgaWZwLT5pZl94bmFtZSk7Ci0JCQl4ZW5uZXRiYWNr X3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQl4ZW5uZXRiYWNr X3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS5pZCwKIAkJCSAgICBORVRJRl9S U1BfRFJPUFBFRCk7CiAJCQlpZnAtPmlmX2llcnJvcnMrKzsKIAkJCWNvbnRp bnVlOwogCQl9CiAKIAkJWEVOUFJJTlRGKCgiJXMgcGt0IG9mZnNldCAlZCBz aXplICVkIGlkICVkIHJlcV9jb25zICVkXG4iLAotCQkgICAgeG5ldGktPnhu aV9pZi5pZl94bmFtZSwgdHhyZXEtPm9mZnNldCwKLQkJICAgIHR4cmVxLT5z aXplLCB0eHJlcS0+aWQsIE1BU0tfTkVUSUZfVFhfSURYKHJlcV9jb25zKSkp OworCQkgICAgeG5ldGktPnhuaV9pZi5pZl94bmFtZSwgdHhyZXEub2Zmc2V0 LAorCQkgICAgdHhyZXEuc2l6ZSwgdHhyZXEuaWQsIE1BU0tfTkVUSUZfVFhf SURYKHJlcV9jb25zKSkpOwogCQkKIAkJcGt0ID0gcG9vbF9nZXQoJnhuaV9w a3RfcG9vbCwgUFJfTk9XQUlUKTsKIAkJaWYgKF9fcHJlZGljdF9mYWxzZShw a3QgPT0gTlVMTCkpIHsKQEAgLTc5MCwxNiArNzkwLDE2IEBAIHhlbm5ldGJh Y2tfZXZ0aGFuZGxlcih2b2lkICphcmcpCiAJCQlpZiAocmF0ZWNoZWNrKCZs YXN0dGltZSwgJnhuaV9wb29sX2VycmludHZsKSkKIAkJCQlwcmludGYoIiVz OiB4bmJwa3QgYWxsb2MgZmFpbGVkXG4iLAogCQkJCSAgICBpZnAtPmlmX3hu YW1lKTsKLQkJCXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVx LT5pZCwKKwkJCXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVx LmlkLAogCQkJICAgIE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCWlmcC0+aWZf aWVycm9ycysrOwogCQkJbV9mcmVlbShtKTsKIAkJCWNvbnRpbnVlOwogCQl9 Ci0JCWVyciA9IHhlbl9zaG1fbWFwKDEsIHhuZXRpLT54bmlfZG9taWQsICZ0 eHJlcS0+Z3JlZiwgJnBrdF92YSwKKwkJZXJyID0geGVuX3NobV9tYXAoMSwg eG5ldGktPnhuaV9kb21pZCwgJnR4cmVxLmdyZWYsICZwa3RfdmEsCiAJCSAg ICAmcGt0LT5wa3RfaGFuZGxlLCBYU0hNX1JPKTsKIAkJaWYgKF9fcHJlZGlj dF9mYWxzZShlcnIgPT0gRU5PTUVNKSkgewotCQkJeGVubmV0YmFja190eF9y ZXNwb25zZSh4bmV0aSwgdHhyZXEtPmlkLAorCQkJeGVubmV0YmFja190eF9y ZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkgICAgTkVUSUZfUlNQX0RS T1BQRUQpOwogCQkJaWZwLT5pZl9pZXJyb3JzKys7CiAJCQlwb29sX3B1dCgm eG5pX3BrdF9wb29sLCBwa3QpOwpAQCAtODEwLDcgKzgxMCw3IEBAIHhlbm5l dGJhY2tfZXZ0aGFuZGxlcih2b2lkICphcmcpCiAJCWlmIChfX3ByZWRpY3Rf ZmFsc2UoZXJyKSkgewogCQkJcHJpbnRmKCIlczogbWFwcGluZyBmb3JlaW5n IHBhZ2UgZmFpbGVkOiAlZFxuIiwKIAkJCSAgICB4bmV0aS0+eG5pX2lmLmlm X3huYW1lLCBlcnIpOwotCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0 aSwgdHhyZXEtPmlkLAorCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0 aSwgdHhyZXEuaWQsCiAJCQkgICAgTkVUSUZfUlNQX0VSUk9SKTsKIAkJCWlm cC0+aWZfaWVycm9ycysrOwogCQkJcG9vbF9wdXQoJnhuaV9wa3RfcG9vbCwg cGt0KTsKQEAgLTgyMCwxMyArODIwLDEzIEBAIHhlbm5ldGJhY2tfZXZ0aGFu ZGxlcih2b2lkICphcmcpCiAKIAkJaWYgKChpZnAtPmlmX2ZsYWdzICYgSUZG X1BST01JU0MpID09IDApIHsKIAkJCXN0cnVjdCBldGhlcl9oZWFkZXIgKmVo ID0KLQkJCSAgICAodm9pZCopKHBrdF92YSArIHR4cmVxLT5vZmZzZXQpOwor CQkJICAgICh2b2lkKikocGt0X3ZhICsgdHhyZXEub2Zmc2V0KTsKIAkJCWlm IChFVEhFUl9JU19NVUxUSUNBU1QoZWgtPmV0aGVyX2Rob3N0KSA9PSAwICYm CiAJCQkgICAgbWVtY21wKENMTEFERFIoaWZwLT5pZl9zYWRsKSwgZWgtPmV0 aGVyX2Rob3N0LAogCQkJICAgIEVUSEVSX0FERFJfTEVOKSAhPSAwKSB7CiAJ CQkJeG5pX3BrdF91bm1hcChwa3QsIHBrdF92YSk7CiAJCQkJbV9mcmVlbSht KTsKLQkJCQl4ZW5uZXRiYWNrX3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+ aWQsCisJCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEu aWQsCiAJCQkJICAgIE5FVElGX1JTUF9PS0FZKTsKIAkJCQljb250aW51ZTsg LyogcGFja2V0IGlzIG5vdCBmb3IgdXMgKi8KIAkJCX0KQEAgLTg0NSwzMSAr ODQ1LDMxIEBAIHNvIGFsd2F5cyBjb3B5IGZvciBub3cuCiAJCQkgKiBhY2sg aXQuIERlbGF5aW5nIGl0IHVudGlsIHRoZSBtYnVmIGlzCiAJCQkgKiBmcmVl ZCB3aWxsIHN0YWxsIHRyYW5zbWl0LgogCQkJICovCi0JCQltLT5tX2xlbiA9 IG1pbihNSExFTiwgdHhyZXEtPnNpemUpOworCQkJbS0+bV9sZW4gPSBtaW4o TUhMRU4sIHR4cmVxLnNpemUpOwogCQkJbS0+bV9wa3RoZHIubGVuID0gMDsK LQkJCW1fY29weWJhY2sobSwgMCwgdHhyZXEtPnNpemUsCi0JCQkgICAgKHZv aWQgKikocGt0X3ZhICsgdHhyZXEtPm9mZnNldCkpOworCQkJbV9jb3B5YmFj ayhtLCAwLCB0eHJlcS5zaXplLAorCQkJICAgICh2b2lkICopKHBrdF92YSAr IHR4cmVxLm9mZnNldCkpOwogCQkJeG5pX3BrdF91bm1hcChwa3QsIHBrdF92 YSk7Ci0JCQlpZiAobS0+bV9wa3RoZHIubGVuIDwgdHhyZXEtPnNpemUpIHsK KwkJCWlmIChtLT5tX3BrdGhkci5sZW4gPCB0eHJlcS5zaXplKSB7CiAJCQkJ aWZwLT5pZl9pZXJyb3JzKys7CiAJCQkJbV9mcmVlbShtKTsKLQkJCQl4ZW5u ZXRiYWNrX3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQkJeGVu bmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkJICAg IE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCQljb250aW51ZTsKIAkJCX0KLQkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLT5pZCwKKwkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLmlkLAogCQkJ ICAgIE5FVElGX1JTUF9PS0FZKTsKIAkJfSBlbHNlIHsKIAotCQkJcGt0LT5w a3RfaWQgPSB0eHJlcS0+aWQ7CisJCQlwa3QtPnBrdF9pZCA9IHR4cmVxLmlk OwogCQkJcGt0LT5wa3RfeG5ldGkgPSB4bmV0aTsKIAotCQkJTUVYVEFERCht LCBwa3RfdmEgKyB0eHJlcS0+b2Zmc2V0LAotCQkJICAgIHR4cmVxLT5zaXpl LCBNX0RFVkJVRiwgeGVubmV0YmFja190eF9mcmVlLCBwa3QpOwotCQkJbS0+ bV9wa3RoZHIubGVuID0gbS0+bV9sZW4gPSB0eHJlcS0+c2l6ZTsKKwkJCU1F WFRBREQobSwgcGt0X3ZhICsgdHhyZXEub2Zmc2V0LAorCQkJICAgIHR4cmVx LnNpemUsIE1fREVWQlVGLCB4ZW5uZXRiYWNrX3R4X2ZyZWUsIHBrdCk7CisJ CQltLT5tX3BrdGhkci5sZW4gPSBtLT5tX2xlbiA9IHR4cmVxLnNpemU7CiAJ CQltLT5tX2ZsYWdzIHw9IE1fRVhUX1JPTUFQOwogCQl9Ci0JCWlmICgodHhy ZXEtPmZsYWdzICYgTkVUVFhGX2NzdW1fYmxhbmspICE9IDApIHsKKwkJaWYg KCh0eHJlcS5mbGFncyAmIE5FVFRYRl9jc3VtX2JsYW5rKSAhPSAwKSB7CiAJ CQl4ZW5uZXRfY2hlY2tzdW1fZmlsbCgmbSk7CiAJCQlpZiAobSA9PSBOVUxM KSB7CiAJCQkJaWZwLT5pZl9pZXJyb3JzKys7CkBAIC05NTMsNiArOTUzLDcg QEAgeGVubmV0YmFja19pZnNvZnRzdGFydF90cmFuc2Zlcih2b2lkICphcmcp CiAJbW11X3VwZGF0ZV90ICptbXVwOwogCW11bHRpY2FsbF9lbnRyeV90ICpt Y2xwOwogCW5ldGlmX3J4X3Jlc3BvbnNlX3QgKnJ4cmVzcDsKKwluZXRpZl9y eF9yZXF1ZXN0X3QgcnhyZXE7CiAJUklOR19JRFggcmVxX3Byb2QsIHJlc3Bf cHJvZDsKIAlpbnQgZG9fZXZlbnQgPSAwOwogCWdudHRhYl90cmFuc2Zlcl90 ICpnb3A7CkBAIC0xMDI4LDEwICsxMDI5LDEwIEBAIHhlbm5ldGJhY2tfaWZz b2Z0c3RhcnRfdHJhbnNmZXIodm9pZCAqYXJnKQogCQkJCW5wcGl0ZW1zKys7 CiAJCQl9CiAJCQkvKiBzdGFydCBmaWxsaW5nIHJpbmcgKi8KLQkJCWdvcC0+ cmVmID0gUklOR19HRVRfUkVRVUVTVCgmeG5ldGktPnhuaV9yeHJpbmcsCi0J CQkgICAgeG5ldGktPnhuaV9yeHJpbmcucmVxX2NvbnMpLT5ncmVmOwotCQkJ aWQgPSBSSU5HX0dFVF9SRVFVRVNUKCZ4bmV0aS0+eG5pX3J4cmluZywKLQkJ CSAgICB4bmV0aS0+eG5pX3J4cmluZy5yZXFfY29ucyktPmlkOworCQkJUklO R19DT1BZX1JFUVVFU1QoJnhuZXRpLT54bmlfcnhyaW5nLAorCQkJICAgIHhu ZXRpLT54bmlfcnhyaW5nLnJlcV9jb25zLCAmcnhyZXEpOworCQkJZ29wLT5y ZWYgPSByeHJlcS5ncmVmOworCQkJaWQgPSByeHJlcS5pZDsKIAkJCXhlbl9y bWIoKTsKIAkJCXhuZXRpLT54bmlfcnhyaW5nLnJlcV9jb25zKys7CiAJCQly eHJlc3AgPSBSSU5HX0dFVF9SRVNQT05TRSgmeG5ldGktPnhuaV9yeHJpbmcs CkBAIC0xMTk4LDYgKzExOTksNyBAQCB4ZW5uZXRiYWNrX2lmc29mdHN0YXJ0 X2NvcHkodm9pZCAqYXJnKQogCXBhZGRyX3QgeG1pdF9tYTsKIAlpbnQgaSwg ajsKIAluZXRpZl9yeF9yZXNwb25zZV90ICpyeHJlc3A7CisJbmV0aWZfcnhf cmVxdWVzdF90IHJ4cmVxOwogCVJJTkdfSURYIHJlcV9wcm9kLCByZXNwX3By b2Q7CiAJaW50IGRvX2V2ZW50ID0gMDsKIAlnbnR0YWJfY29weV90ICpnb3A7 CkBAIC0xMzA5LDE2ICsxMzExLDE2IEBAIHhlbm5ldGJhY2tfaWZzb2Z0c3Rh cnRfY29weSh2b2lkICphcmcpCiAJCQlnb3AtPnNvdXJjZS5kb21pZCA9IERP TUlEX1NFTEY7CiAJCQlnb3AtPnNvdXJjZS51LmdtZm4gPSB4bWl0X21hID4+ IFBBR0VfU0hJRlQ7CiAKLQkJCWdvcC0+ZGVzdC51LnJlZiA9IFJJTkdfR0VU X1JFUVVFU1QoJnhuZXRpLT54bmlfcnhyaW5nLAotCQkJICAgIHhuZXRpLT54 bmlfcnhyaW5nLnJlcV9jb25zKS0+Z3JlZjsKKwkJCVJJTkdfQ09QWV9SRVFV RVNUKCZ4bmV0aS0+eG5pX3J4cmluZywKKwkJCSAgICB4bmV0aS0+eG5pX3J4 cmluZy5yZXFfY29ucywgJnJ4cmVxKTsKKwkJCWdvcC0+ZGVzdC51LnJlZiA9 IHJ4cmVxLmdyZWY7CiAJCQlnb3AtPmRlc3Qub2Zmc2V0ID0gMDsKIAkJCWdv cC0+ZGVzdC5kb21pZCA9IHhuZXRpLT54bmlfZG9taWQ7CiAKIAkJCWdvcC0+ bGVuID0gbS0+bV9wa3RoZHIubGVuOwogCQkJZ29wKys7CiAKLQkJCWlkID0g UklOR19HRVRfUkVRVUVTVCgmeG5ldGktPnhuaV9yeHJpbmcsCi0JCQkgICAg eG5ldGktPnhuaV9yeHJpbmcucmVxX2NvbnMpLT5pZDsKKwkJCWlkID0gcnhy ZXEuaWQ7CiAJCQl4ZW5fcm1iKCk7CiAJCQl4bmV0aS0+eG5pX3J4cmluZy5y ZXFfY29ucysrOwogCQkJcnhyZXNwID0gUklOR19HRVRfUkVTUE9OU0UoJnhu ZXRpLT54bmlfcnhyaW5nLAotLSAKMi41LjIKCg== --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch" Content-Transfer-Encoding: base64 RnJvbSBiMzY3Y2RiYTBjYzNlMmRlNDIzN2NhNzRmMzEwNDMxNDFkZWRhODky IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTQ6NDUgKzAwMDAKU3ViamVjdDogW1BBVENIIDMv NV0gbmV0YnNkL3Jpbmc6IEFkZCAnYmFycmllcicgdG8gcHJvdmlkZSBhbiBj b21waWxlcgogYmFycmllci4KCldlIG5lZWQgYW4gbWVjaGFuaXNtIHRvIGRp c2FibGUgdGhlIGNvbXBpbGVyIGZyb20gZ2VuZXJhdGluZyB0byBtdWNoCm9w dGltaXphdGlvbi4gVXNpbmcgdGhlICdiYXJyaWVyJyBtYWNybyB3aWxsIG1h a2UgdGhlIGNvbXBpbGVyIG5vdApvcHRpbWl6ZSB2YXJpYWJsZXMgcGFzdCB0 aGUgJ2JhcnJpZXInIChhcyBpbiwgcmUtdXNlIHRoZSByZWdpc3RlcnMKb3Ig b25seSByZWFkIHBhcnQgb2YgYSB2YWx1ZSBmcm9tIGEgbWVtb3J5KS4KClRo aXMgaXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQog YXJjaC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3JpbmcuaCB8IDIgKysK IDEgZmlsZSBjaGFuZ2VkLCAyIGluc2VydGlvbnMoKykKCmRpZmYgLS1naXQg YS9hcmNoL3hlbi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8vcmluZy5oIGIvYXJj aC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3JpbmcuaAppbmRleCAzMTZi Y2ViLi41Mjc4ZDA2IDEwMDY0NAotLS0gYS9hcmNoL3hlbi9pbmNsdWRlL3hl bi1wdWJsaWMvaW8vcmluZy5oCisrKyBiL2FyY2gveGVuL2luY2x1ZGUveGVu LXB1YmxpYy9pby9yaW5nLmgKQEAgLTM1LDYgKzM1LDcgQEAKICNkZWZpbmUg eGVuX21iKCkgIG1iKCkKICNkZWZpbmUgeGVuX3JtYigpIHJtYigpCiAjZGVm aW5lIHhlbl93bWIoKSB3bWIoKQorI2RlZmluZSBiYXJyaWVyKCkgICAgIF9f YXNtX18gX192b2xhdGlsZV9fKCIiOiA6IDoibWVtb3J5IikKICNlbmRpZgog I2VuZGlmCiAKQEAgLTQyLDYgKzQzLDcgQEAKICNkZWZpbmUgeGVuX21iKCkg IHg4Nl9tZmVuY2UoKQogI2RlZmluZSB4ZW5fcm1iKCkgeDg2X2xmZW5jZSgp CiAjZGVmaW5lIHhlbl93bWIoKSB4ODZfc2ZlbmNlKCkKKyNkZWZpbmUgYmFy cmllcigpICAgICBfX2FzbV9fIF9fdm9sYXRpbGVfXygiIjogOiA6Im1lbW9y eSIpCiAjZW5kaWYKIAogdHlwZWRlZiB1bnNpZ25lZCBpbnQgUklOR19JRFg7 Ci0tIAoyLjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch" Content-Transfer-Encoding: base64 RnJvbSBhMGM1MjgyYWZmNTFkNWU2NTIwY2FhOTA0MjA3Yjk3MzU2N2Q5MjBk IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTY6MDcgKzAwMDAKU3ViamVjdDogW1BBVENIIDQv NV0gbmV0YnNkL2Jsb2NrOiBvbmx5IHJlYWQgcmVxdWVzdCBvcGVyYXRpb24g ZnJvbSBzaGFyZWQKIHJpbmcgb25jZQoKVGhlIGNvbXBpbGVyIG1heSBsb2Fk IGEgc3dpdGNoIHN0YXRlbWVudCBtdWx0aXBsZSB0aW1lcyBmcm9tIHRoZSBz aGFyZWQKc3BhY2UuIFRoaXMgY291bGQgbGVhZCB0byB0aGUgZnJvbnRlbmQg bWFuaXB1bGF0aW5nIHRoZSBiYWNrZW5kIGludG8KdW5mb3JzZWVuIGJyYW5j aGVzLgoKV2Ugd2FudCB0byBlbnN1cmUgdGhhdCB0aGUgcmVxLT5vcGVyYXRp b24gaXMgb25seSByZWFkIG9uY2UgYW5kIHdlCmRvIHRoYXQgYnkgdXNpbmcg YW4gY29tcGlsZXIgYmFycmllci4KClRoaXMgaXMgcGFydCBvZiBYU0ExNTUu CgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnplc3p1dGVrIFdpbGsgPGtvbnJh ZC53aWxrQG9yYWNsZS5jb20+Ci0tLQogYXJjaC94ZW4veGVuL3hiZGJhY2tf eGVuYnVzLmMgfCAxICsKIDEgZmlsZSBjaGFuZ2VkLCAxIGluc2VydGlvbigr KQoKZGlmZiAtLWdpdCBhL2FyY2gveGVuL3hlbi94YmRiYWNrX3hlbmJ1cy5j IGIvYXJjaC94ZW4veGVuL3hiZGJhY2tfeGVuYnVzLmMKaW5kZXggOWVlMDc1 OC4uM2QxODAyMSAxMDA2NDQKLS0tIGEvYXJjaC94ZW4veGVuL3hiZGJhY2tf eGVuYnVzLmMKKysrIGIvYXJjaC94ZW4veGVuL3hiZGJhY2tfeGVuYnVzLmMK QEAgLTEwMjIsNiArMTAyMiw3IEBAIHhiZGJhY2tfY29fbWFpbl9sb29wKHN0 cnVjdCB4YmRiYWNrX2luc3RhbmNlICp4YmRpLCB2b2lkICpvYmopCiAJCQly ZXEtPnNlY3Rvcl9udW1iZXIgPSByZXE2NC0+c2VjdG9yX251bWJlcjsKIAkJ CWJyZWFrOwogCQl9CisJCWJhcnJpZXIoKTsKIAkJWEVOUFJJTlRGKCgieGJk YmFjayBvcCAlZCByZXFfY29ucyAweCV4IHJlcV9wcm9kIDB4JXggIgogCQkg ICAgInJlc3BfcHJvZCAweCV4IGlkICUiIFBSSXU2NCAiXG4iLCByZXEtPm9w ZXJhdGlvbiwKIAkJCXhiZGktPnhiZGlfcmluZy5yaW5nX24ucmVxX2NvbnMs Ci0tIAoyLjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch" Content-Transfer-Encoding: base64 RnJvbSAzZjM5ZTA1MWIyMzRiNGJkOGUzNmI4MjBhOTMyNTkxYWZkNjQxM2Ix IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTc6MjIgKzAwMDAKU3ViamVjdDogW1BBVENIIDUv NV0gbmV0YnNkL3BjaWJhY2s6IE9wZXJhdGUgb24gbG9jYWwgdmVyc2lvbiBv ZiB4ZW5fcGNpX29wCgpEb3VibGUgZmV0Y2ggdnVsbmVyYWJpbGl0aWVzIHRo YXQgaGFwcGVuIHdoZW4gYSB2YXJpYWJsZSBpcwpmZXRjaGVkIHR3aWNlIGZy b20gc2hhcmVkIG1lbW9yeSBidXQgYSBzZWN1cml0eSBjaGVjayBpcyBvbmx5 CnBlcmZvcm1lZCB0aGUgZmlyc3QgdGltZS4KClRoZSBwY2liYWNrX3hlbmJ1 c19ldnRoYW5kbGVyIGZ1bmN0aW9uIHBlcmZvcm1zIGEgc3dpdGNoIHN0YXRl bWVudHMgb24gdGhlCm9wLT5zaXplIGFuZCBvcC0+Y21kIHZhbHVlIHdoaWNo IGlzIHN0b3JlZCBpbiBzaGFyZWQgbWVtb3J5LgpJbnRlcmVzdGluZ2x5IHRo aXMgY2FuIHJlc3VsdCBpbiBhIGRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXR5 IGRlcGVuZGluZyBvbgp0aGUgcGVyZm9ybWVkIGNvbXBpbGVyIG9wdGltaXph dGlvbi4KClRoaXMgcGF0Y2ggZml4ZXMgaXQgYnkgc2F2aW5nIHRoZSB4ZW5f cGNpX29wIGNvbW1hbmQgYmVmb3JlCnByb2Nlc3NpbmcgaXQuIFdlIGFsc28g dXNlICdiYXJyaWVyJyB0byBtYWtlIHN1cmUgdGhhdCB0aGUKY29tcGlsZXIg ZG9lcyBub3QgcGVyZm9ybSBhbnkgb3B0aW1pemF0aW9uLgoKVGhpcyBpcyBw YXJ0IG9mIFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0 ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBhcmNoL3hl bi94ZW4vcGNpYmFjay5jIHwgOCArKysrKysrLQogMSBmaWxlIGNoYW5nZWQs IDcgaW5zZXJ0aW9ucygrKSwgMSBkZWxldGlvbigtKQoKZGlmZiAtLWdpdCBh L2FyY2gveGVuL3hlbi9wY2liYWNrLmMgYi9hcmNoL3hlbi94ZW4vcGNpYmFj ay5jCmluZGV4IDA0MmM4YzkuLjQ2YzgyMWMgMTAwNjQ0Ci0tLSBhL2FyY2gv eGVuL3hlbi9wY2liYWNrLmMKKysrIGIvYXJjaC94ZW4veGVuL3BjaWJhY2su YwpAQCAtMTg4LDYgKzE4OCw3IEBAIHN0cnVjdCBwYl94ZW5idXNfaW5zdGFu Y2UgewogCS8qIGNvbW11bmljYXRpb24gd2l0aCB0aGUgZG9tVSAqLwogICAg ICAgICB1bnNpZ25lZCBpbnQgcGJ4X2V2dGNobjsgLyogb3VyIGV2ZW4gY2hh bm5lbCAqLwogICAgICAgICBzdHJ1Y3QgeGVuX3BjaV9zaGFyZWRpbmZvICpw Ynhfc2hfaW5mbzsKKyAgICAgICAgc3RydWN0IHhlbl9wY2lfb3Agb3A7CiAg ICAgICAgIGdyYW50X2hhbmRsZV90IHBieF9zaGluZm9faGFuZGxlOyAvKiB0 byB1bm1hcCBzaGFyZWQgcGFnZSAqLwogfTsKIApAQCAtNzIxLDEzICs3MjIs MTYgQEAgcGNpYmFja194ZW5idXNfZXZ0aGFuZGxlcih2b2lkICogYXJnKQog ewogCXN0cnVjdCBwYl94ZW5idXNfaW5zdGFuY2UgKnBieGkgPSBhcmc7CiAJ c3RydWN0IHBjaWJhY2tfcGNpX2RldiAqcGJkOwotCXN0cnVjdCB4ZW5fcGNp X29wICpvcCA9ICZwYnhpLT5wYnhfc2hfaW5mby0+b3A7CisJc3RydWN0IHhl bl9wY2lfb3AgKm9wID0gJnBieGktPm9wOwogCXVfaW50IGJ1cywgZGV2LCBm dW5jOwogCiAJaHlwZXJ2aXNvcl9jbGVhcl9ldmVudChwYnhpLT5wYnhfZXZ0 Y2huKTsKIAlpZiAoeGVuX2F0b21pY190ZXN0X2JpdCgmcGJ4aS0+cGJ4X3No X2luZm8tPmZsYWdzLAogCSAgICBfWEVOX1BDSUZfYWN0aXZlKSA9PSAwKQog CQlyZXR1cm4gMDsKKworCW1lbWNweShvcCwgJnBieGktPnBieF9zaF9pbmZv LT5vcCwgc2l6ZW9mIChzdHJ1Y3QgeGVuX3BjaV9vcCkpOworCWJhcnJpZXIo KTsKIAlpZiAob3AtPmRvbWFpbiAhPSAwKSB7CiAJCWFwcmludF9lcnJvcigi cGNpYmFjazogZG9tYWluICVkICE9IDAiLCBvcC0+ZG9tYWluKTsKIAkJb3At PmVyciA9IFhFTl9QQ0lfRVJSX2Rldl9ub3RfZm91bmQ7CkBAIC03OTQsNiAr Nzk4LDggQEAgcGNpYmFja194ZW5idXNfZXZ0aGFuZGxlcih2b2lkICogYXJn KQogCQlhcHJpbnRfZXJyb3IoInBjaWJhY2s6IHVua25vd24gY21kICVkXG4i LCBvcC0+Y21kKTsKIAkJb3AtPmVyciA9IFhFTl9QQ0lfRVJSX25vdF9pbXBs ZW1lbnRlZDsKIAl9CisJcGJ4aS0+cGJ4X3NoX2luZm8tPm9wLnZhbHVlID0g b3AtPnZhbHVlOworCXBieGktPnBieF9zaF9pbmZvLT5vcC5lcnIgPSBvcC0+ ZXJyOwogZW5kOgogCXhlbl9hdG9taWNfY2xlYXJfYml0KCZwYnhpLT5wYnhf c2hfaW5mby0+ZmxhZ3MsIF9YRU5fUENJRl9hY3RpdmUpOwogCWh5cGVydmlz b3Jfbm90aWZ5X3ZpYV9ldnRjaG4ocGJ4aS0+cGJ4X2V2dGNobik7Ci0tIAoy LjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-qemu-qdisk-double-access.patch" Content-Disposition: attachment; filename="xsa155-qemu-qdisk-double-access.patch" Content-Transfer-Encoding: base64 eGVuL2Jsa2lmOiBBdm9pZCBkb3VibGUgYWNjZXNzIHRvIHNyYy0+bnJfc2Vn bWVudHMKCnNyYyBpcyBzdG9yZWQgaW4gc2hhcmVkIG1lbW9yeSBhbmQgc3Jj LT5ucl9zZWdtZW50cyBpcyBkZXJlZmVyZW5jZWQKdHdpY2UgYXQgdGhlIGVu ZCBvZiB0aGUgZnVuY3Rpb24uICBJZiBhIGNvbXBpbGVyIGRlY2lkZXMgdG8g Y29tcGlsZSB0aGlzCmludG8gdHdvIHNlcGFyYXRlIG1lbW9yeSBhY2Nlc3Nl cyB0aGVuIHRoZSBzaXplIGxpbWl0YXRpb24gY291bGQgYmUKYnlwYXNzZWQu CgpGaXggaXQgYnkgcmVtb3ZpbmcgdGhlIGRvdWJsZSBhY2Nlc3MgdG8gc3Jj LT5ucl9zZWdtZW50cy4KClRoaXMgaXMgcGFydCBvZiBYU0EtMTU1LgoKU2ln bmVkLW9mZi1ieTogU3RlZmFubyBTdGFiZWxsaW5pIDxzdGVmYW5vLnN0YWJl bGxpbmlAZXUuY2l0cml4LmNvbT4KCmRpZmYgLS1naXQgYS9ody9ibG9jay94 ZW5fYmxraWYuaCBiL2h3L2Jsb2NrL3hlbl9ibGtpZi5oCmluZGV4IDcxMWI2 OTIuLjllNzFlMDAgMTAwNjQ0Ci0tLSBhL2h3L2Jsb2NrL3hlbl9ibGtpZi5o CisrKyBiL2h3L2Jsb2NrL3hlbl9ibGtpZi5oCkBAIC04NSw4ICs4NSwxMCBA QCBzdGF0aWMgaW5saW5lIHZvaWQgYmxraWZfZ2V0X3g4Nl8zMl9yZXEoYmxr aWZfcmVxdWVzdF90ICpkc3QsIGJsa2lmX3g4Nl8zMl9yZXF1ZQogCQlkLT5u cl9zZWN0b3JzID0gcy0+bnJfc2VjdG9yczsKIAkJcmV0dXJuOwogCX0KLQlp ZiAobiA+IHNyYy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21l bnRzOworCS8qIHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemlu ZyB0aGUgY29kZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFk ICovCisJYmFycmllcigpOworCWlmIChuID4gZHN0LT5ucl9zZWdtZW50cykK KwkJbiA9IGRzdC0+bnJfc2VnbWVudHM7CiAJZm9yIChpID0gMDsgaSA8IG47 IGkrKykKIAkJZHN0LT5zZWdbaV0gPSBzcmMtPnNlZ1tpXTsKIH0KQEAgLTEw Niw4ICsxMDgsMTAgQEAgc3RhdGljIGlubGluZSB2b2lkIGJsa2lmX2dldF94 ODZfNjRfcmVxKGJsa2lmX3JlcXVlc3RfdCAqZHN0LCBibGtpZl94ODZfNjRf cmVxdWUKIAkJZC0+bnJfc2VjdG9ycyA9IHMtPm5yX3NlY3RvcnM7CiAJCXJl dHVybjsKIAl9Ci0JaWYgKG4gPiBzcmMtPm5yX3NlZ21lbnRzKQotCQluID0g c3JjLT5ucl9zZWdtZW50czsKKwkvKiBwcmV2ZW50IHRoZSBjb21waWxlciBm cm9tIG9wdGltaXppbmcgdGhlIGNvZGUgYW5kIHVzaW5nIHNyYy0+bnJfc2Vn bWVudHMgaW5zdGVhZCAqLworCWJhcnJpZXIoKTsKKwlpZiAobiA+IGRzdC0+ bnJfc2VnbWVudHMpCisJCW4gPSBkc3QtPm5yX3NlZ21lbnRzOwogCWZvciAo aSA9IDA7IGkgPCBuOyBpKyspCiAJCWRzdC0+c2VnW2ldID0gc3JjLT5zZWdb aV07CiB9Cg== --=separator Content-Type: application/octet-stream; name="xsa155-qemut-qdisk-double-access.patch" Content-Disposition: attachment; filename="xsa155-qemut-qdisk-double-access.patch" Content-Transfer-Encoding: base64 RnJvbSAyNzk0MmIwY2IyMzI3ZTkzZGViMTIzMjZiYmU3YjM2YzgxZjlmYTdi IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBTdGVmYW5vIFN0YWJl bGxpbmkgPHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgpEYXRl OiBGcmksIDIwIE5vdiAyMDE1IDEwOjU2OjAwIC0wNTAwClN1YmplY3Q6IFtQ QVRDSF0gYmxraWY6IEF2b2lkIGRvdWJsZSBhY2Nlc3MgdG8gc3JjLT5ucl9z ZWdtZW50cwoKc3JjIGlzIHN0b3JlZCBpbiBzaGFyZWQgbWVtb3J5IGFuZCBz cmMtPm5yX3NlZ21lbnRzIGlzIGRlcmVmZXJlbmNlZAp0d2ljZSBhdCB0aGUg ZW5kIG9mIHRoZSBmdW5jdGlvbi4gIElmIGEgY29tcGlsZXIgZGVjaWRlcyB0 byBjb21waWxlIHRoaXMKaW50byB0d28gc2VwYXJhdGUgbWVtb3J5IGFjY2Vz c2VzIHRoZW4gdGhlIHNpemUgbGltaXRhdGlvbiBjb3VsZCBiZQpieXBhc3Nl ZC4KCkZpeCBpdCBieSByZW1vdmluZyB0aGUgZG91YmxlIGFjY2VzcyB0byBz cmMtPm5yX3NlZ21lbnRzLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQS0xNTUuCgpT aWduZWQtb2ZmLWJ5OiBTdGVmYW5vIFN0YWJlbGxpbmkgPHN0ZWZhbm8uc3Rh YmVsbGluaUBldS5jaXRyaXguY29tPgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQog aHcveGVuX2Jsa2lmLmggfCAxMiArKysrKysrKy0tLS0KIDEgZmlsZSBjaGFu Z2VkLCA4IGluc2VydGlvbnMoKyksIDQgZGVsZXRpb25zKC0pCgpkaWZmIC0t Z2l0IGEvaHcveGVuX2Jsa2lmLmggYi9ody94ZW5fYmxraWYuaAppbmRleCBj YTNhNjViLi5lYjI5Y2IxIDEwMDY0NAotLS0gYS9ody94ZW5fYmxraWYuaAor KysgYi9ody94ZW5fYmxraWYuaApAQCAtNzksOCArNzksMTAgQEAgc3RhdGlj IGlubGluZSB2b2lkIGJsa2lmX2dldF94ODZfMzJfcmVxKGJsa2lmX3JlcXVl c3RfdCAqZHN0LCBibGtpZl94ODZfMzJfcmVxdWUKIAlkc3QtPmhhbmRsZSA9 IHNyYy0+aGFuZGxlOwogCWRzdC0+aWQgPSBzcmMtPmlkOwogCWRzdC0+c2Vj dG9yX251bWJlciA9IHNyYy0+c2VjdG9yX251bWJlcjsKLQlpZiAobiA+IHNy Yy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21lbnRzOworCS8q IHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemluZyB0aGUgY29k ZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFkICovCisJeGVu X21iKCk7CisJaWYgKG4gPiBkc3QtPm5yX3NlZ21lbnRzKQorCQluID0gZHN0 LT5ucl9zZWdtZW50czsKIAlmb3IgKGkgPSAwOyBpIDwgbjsgaSsrKQogCQlk c3QtPnNlZ1tpXSA9IHNyYy0+c2VnW2ldOwogfQpAQCAtOTQsOCArOTYsMTAg QEAgc3RhdGljIGlubGluZSB2b2lkIGJsa2lmX2dldF94ODZfNjRfcmVxKGJs a2lmX3JlcXVlc3RfdCAqZHN0LCBibGtpZl94ODZfNjRfcmVxdWUKIAlkc3Qt PmhhbmRsZSA9IHNyYy0+aGFuZGxlOwogCWRzdC0+aWQgPSBzcmMtPmlkOwog CWRzdC0+c2VjdG9yX251bWJlciA9IHNyYy0+c2VjdG9yX251bWJlcjsKLQlp ZiAobiA+IHNyYy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21l bnRzOworCS8qIHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemlu ZyB0aGUgY29kZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFk ICovCisJeGVuX21iKCk7CisJaWYgKG4gPiBkc3QtPm5yX3NlZ21lbnRzKQor CQluID0gZHN0LT5ucl9zZWdtZW50czsKIAlmb3IgKGkgPSAwOyBpIDwgbjsg aSsrKQogCQlkc3QtPnNlZ1tpXSA9IHNyYy0+c2VnW2ldOwogfQotLSAKMi40 LjMKCg== --=separator Content-Type: application/octet-stream; name="xsa155-qemut-xenfb.patch" Content-Disposition: attachment; filename="xsa155-qemut-xenfb.patch" Content-Transfer-Encoding: base64 RnJvbSAwZmZkNDU0NzY2NWQyZmVjNjQ4YWIyYzlmZjg1NmM1ZDlkYjliMDdj IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBTdGVmYW5vIFN0YWJl bGxpbmkgPHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgpEYXRl OiBGcmksIDIwIE5vdiAyMDE1IDEwOjM3OjA4IC0wNTAwClN1YmplY3Q6IFtQ QVRDSCAyLzJdIHhlbmZiOiBhdm9pZCByZWFkaW5nIHR3aWNlIHRoZSBzYW1l IGZpZWxkcyBmcm9tIHRoZQogc2hhcmVkIHBhZ2UKClJlYWRpbmcgdHdpY2Ug dGhlIHNhbWUgZmllbGQgY291bGQgZ2l2ZSB0aGUgZ3Vlc3QgYW4gYXR0YWNr IG9mCm9wcG9ydHVuaXR5LiBJbiB0aGUgY2FzZSBvZiBldmVudC0+dHlwZSwg Z2NjIGNvdWxkIGNvbXBpbGUgdGhlIHN3aXRjaApzdGF0ZW1lbnQgaW50byBh IGp1bXAgdGFibGUsIGVmZmVjdGl2ZWx5IGVuZGluZyB1cCByZWFkaW5nIHRo ZSB0eXBlCmZpZWxkIG11bHRpcGxlIHRpbWVzLgoKVGhpcyBpcyBwYXJ0IG9m IFhTQS0xNTUuCgpTaWduZWQtb2ZmLWJ5OiBTdGVmYW5vIFN0YWJlbGxpbmkg PHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgotLS0KIGh3L3hl bmZiLmMgfCAxMCArKysrKystLS0tCiAxIGZpbGUgY2hhbmdlZCwgNiBpbnNl cnRpb25zKCspLCA0IGRlbGV0aW9ucygtKQoKZGlmZiAtLWdpdCBhL2h3L3hl bmZiLmMgYi9ody94ZW5mYi5jCmluZGV4IDc1YjJiYzIuLjM2OWQ0NWQgMTAw NjQ0Ci0tLSBhL2h3L3hlbmZiLmMKKysrIGIvaHcveGVuZmIuYwpAQCAtODI3 LDE4ICs4MjcsMjAgQEAgc3RhdGljIHZvaWQgeGVuZmJfaW52YWxpZGF0ZSh2 b2lkICpvcGFxdWUpCiAKIHN0YXRpYyB2b2lkIHhlbmZiX2hhbmRsZV9ldmVu dHMoc3RydWN0IFhlbkZCICp4ZW5mYikKIHsKLSAgICB1aW50MzJfdCBwcm9k LCBjb25zOworICAgIHVpbnQzMl90IHByb2QsIGNvbnMsIG91dF9jb25zOwog ICAgIHN0cnVjdCB4ZW5mYl9wYWdlICpwYWdlID0geGVuZmItPmMucGFnZTsK IAogICAgIHByb2QgPSBwYWdlLT5vdXRfcHJvZDsKLSAgICBpZiAocHJvZCA9 PSBwYWdlLT5vdXRfY29ucykKKyAgICBvdXRfY29ucyA9IHBhZ2UtPm91dF9j b25zOworICAgIGlmIChwcm9kID09IG91dF9jb25zKQogCXJldHVybjsKICAg ICB4ZW5fcm1iKCk7CQkvKiBlbnN1cmUgd2Ugc2VlIHJpbmcgY29udGVudHMg dXAgdG8gcHJvZCAqLwotICAgIGZvciAoY29ucyA9IHBhZ2UtPm91dF9jb25z OyBjb25zICE9IHByb2Q7IGNvbnMrKykgeworICAgIGZvciAoY29ucyA9IG91 dF9jb25zOyBjb25zICE9IHByb2Q7IGNvbnMrKykgewogCXVuaW9uIHhlbmZi X291dF9ldmVudCAqZXZlbnQgPSAmWEVORkJfT1VUX1JJTkdfUkVGKHBhZ2Us IGNvbnMpOworICAgICAgICB1aW50OF90IHR5cGUgPSBldmVudC0+dHlwZTsK IAlpbnQgeCwgeSwgdywgaDsKIAotCXN3aXRjaCAoZXZlbnQtPnR5cGUpIHsK Kwlzd2l0Y2ggKHR5cGUpIHsKIAljYXNlIFhFTkZCX1RZUEVfVVBEQVRFOgog CSAgICBpZiAoeGVuZmItPnVwX2NvdW50ID09IFVQX1FVRVVFKQogCQl4ZW5m Yi0+dXBfZnVsbHNjcmVlbiA9IDE7Ci0tIAoyLjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-qemu-xenfb.patch" Content-Disposition: attachment; filename="xsa155-qemu-xenfb.patch" Content-Transfer-Encoding: base64 eGVuZmI6IGF2b2lkIHJlYWRpbmcgdHdpY2UgdGhlIHNhbWUgZmllbGRzIGZy b20gdGhlIHNoYXJlZCBwYWdlCgpSZWFkaW5nIHR3aWNlIHRoZSBzYW1lIGZp ZWxkIGNvdWxkIGdpdmUgdGhlIGd1ZXN0IGFuIGF0dGFjayBvZgpvcHBvcnR1 bml0eS4gSW4gdGhlIGNhc2Ugb2YgZXZlbnQtPnR5cGUsIGdjYyBjb3VsZCBj b21waWxlIHRoZSBzd2l0Y2gKc3RhdGVtZW50IGludG8gYSBqdW1wIHRhYmxl LCBlZmZlY3RpdmVseSBlbmRpbmcgdXAgcmVhZGluZyB0aGUgdHlwZQpmaWVs ZCBtdWx0aXBsZSB0aW1lcy4KClRoaXMgaXMgcGFydCBvZiBYU0EtMTU1LgoK U2lnbmVkLW9mZi1ieTogU3RlZmFubyBTdGFiZWxsaW5pIDxzdGVmYW5vLnN0 YWJlbGxpbmlAZXUuY2l0cml4LmNvbT4KCgpkaWZmIC0tZ2l0IGEvaHcvZGlz cGxheS94ZW5mYi5jIGIvaHcvZGlzcGxheS94ZW5mYi5jCmluZGV4IDVlMzI0 ZWYuLjRlMmEyN2EgMTAwNjQ0Ci0tLSBhL2h3L2Rpc3BsYXkveGVuZmIuYwor KysgYi9ody9kaXNwbGF5L3hlbmZiLmMKQEAgLTc4NCwxOCArNzg0LDIwIEBA IHN0YXRpYyB2b2lkIHhlbmZiX2ludmFsaWRhdGUodm9pZCAqb3BhcXVlKQog CiBzdGF0aWMgdm9pZCB4ZW5mYl9oYW5kbGVfZXZlbnRzKHN0cnVjdCBYZW5G QiAqeGVuZmIpCiB7Ci0gICAgdWludDMyX3QgcHJvZCwgY29uczsKKyAgICB1 aW50MzJfdCBwcm9kLCBjb25zLCBvdXRfY29uczsKICAgICBzdHJ1Y3QgeGVu ZmJfcGFnZSAqcGFnZSA9IHhlbmZiLT5jLnBhZ2U7CiAKICAgICBwcm9kID0g cGFnZS0+b3V0X3Byb2Q7Ci0gICAgaWYgKHByb2QgPT0gcGFnZS0+b3V0X2Nv bnMpCisgICAgb3V0X2NvbnMgPSBwYWdlLT5vdXRfY29uczsKKyAgICBpZiAo cHJvZCA9PSBvdXRfY29ucykKIAlyZXR1cm47CiAgICAgeGVuX3JtYigpOwkJ LyogZW5zdXJlIHdlIHNlZSByaW5nIGNvbnRlbnRzIHVwIHRvIHByb2QgKi8K LSAgICBmb3IgKGNvbnMgPSBwYWdlLT5vdXRfY29uczsgY29ucyAhPSBwcm9k OyBjb25zKyspIHsKKyAgICBmb3IgKGNvbnMgPSBvdXRfY29uczsgY29ucyAh PSBwcm9kOyBjb25zKyspIHsKIAl1bmlvbiB4ZW5mYl9vdXRfZXZlbnQgKmV2 ZW50ID0gJlhFTkZCX09VVF9SSU5HX1JFRihwYWdlLCBjb25zKTsKKyAgICAg ICAgdWludDhfdCB0eXBlID0gZXZlbnQtPnR5cGU7CiAJaW50IHgsIHksIHcs IGg7CiAKLQlzd2l0Y2ggKGV2ZW50LT50eXBlKSB7CisJc3dpdGNoICh0eXBl KSB7CiAJY2FzZSBYRU5GQl9UWVBFX1VQREFURToKIAkgICAgaWYgKHhlbmZi LT51cF9jb3VudCA9PSBVUF9RVUVVRSkKIAkJeGVuZmItPnVwX2Z1bGxzY3Jl ZW4gPSAxOwo= --=separator Content-Type: application/octet-stream; name="xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSAxMmIxMTY1OGE5ZDZhNjU0YTFlN2FjYmYyZjJkNTZjZTlhMzk2Yzg2 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDIwIE5vdiAy MDE1IDExOjU5OjA1IC0wNTAwClN1YmplY3Q6IFtQQVRDSCAxLzNdIHhlbjog QWRkIFJJTkdfQ09QWV9SRVFVRVNUKCkKClVzaW5nIFJJTkdfR0VUX1JFUVVF U1QoKSBvbiBhIHNoYXJlZCByaW5nIGlzIGVhc3kgdG8gdXNlIGluY29ycmVj dGx5CihpLmUuLCBieSBub3QgY29uc2lkZXJpbmcgdGhhdCB0aGUgb3RoZXIg ZW5kIG1heSBhbHRlciB0aGUgZGF0YSBpbiB0aGUKc2hhcmVkIHJpbmcgd2hp bGUgaXQgaXMgYmVpbmcgaW5zcGVjdGVkKS4gIFNhZmUgdXNhZ2Ugb2YgYSBy ZXF1ZXN0CmdlbmVyYWxseSByZXF1aXJlcyB0YWtpbmcgYSBsb2NhbCBjb3B5 LgoKUHJvdmlkZSBhIFJJTkdfQ09QWV9SRVFVRVNUKCkgbWFjcm8gdG8gdXNl IGluc3RlYWQgb2YKUklOR19HRVRfUkVRVUVTVCgpIGFuZCBhbiBvcGVuLWNv ZGVkIG1lbWNweSgpLiAgVGhpcyB0YWtlcyBjYXJlIG9mCmVuc3VyaW5nIHRo YXQgdGhlIGNvcHkgaXMgZG9uZSBjb3JyZWN0bHkgcmVnYXJkbGVzcyBvZiBh bnkgcG9zc2libGUKY29tcGlsZXIgb3B0aW1pemF0aW9ucy4KClVzZSBhIHZv bGF0aWxlIHNvdXJjZSB0byBwcmV2ZW50IHRoZSBjb21waWxlciBmcm9tIHJl b3JkZXJpbmcgb3IKb21pdHRpbmcgdGhlIGNvcHkuCgpUaGlzIGlzIHBhcnQg b2YgWFNBMTU1LgoKU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZp ZC52cmFiZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6 ZXN6dXRlayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KdjI6 IEFkZCBjb21tZW50IGFib3V0IEdDQyBidWcuCi0tLQogeGVuL2luY2x1ZGUv cHVibGljL2lvL3JpbmcuaCB8IDE0ICsrKysrKysrKysrKysrCiAxIGZpbGUg Y2hhbmdlZCwgMTQgaW5zZXJ0aW9ucygrKQoKZGlmZiAtLWdpdCBhL3hlbi9p bmNsdWRlL3B1YmxpYy9pby9yaW5nLmggYi94ZW4vaW5jbHVkZS9wdWJsaWMv aW8vcmluZy5oCmluZGV4IGJhOTQwMWIuLjgwMWMwZGEgMTAwNjQ0Ci0tLSBh L3hlbi9pbmNsdWRlL3B1YmxpYy9pby9yaW5nLmgKKysrIGIveGVuL2luY2x1 ZGUvcHVibGljL2lvL3JpbmcuaApAQCAtMjEyLDYgKzIxMiwyMCBAQCB0eXBl ZGVmIHN0cnVjdCBfX25hbWUjI19iYWNrX3JpbmcgX19uYW1lIyNfYmFja19y aW5nX3QKICNkZWZpbmUgUklOR19HRVRfUkVRVUVTVChfciwgX2lkeCkgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIFwKICAgICAoJigo X3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0laRShfcikgLSAx KSldLnJlcSkpCiAKKy8qCisgKiBHZXQgYSBsb2NhbCBjb3B5IG9mIGEgcmVx dWVzdC4KKyAqCisgKiBVc2UgdGhpcyBpbiBwcmVmZXJlbmNlIHRvIFJJTkdf R0VUX1JFUVVFU1QoKSBzbyBhbGwgcHJvY2Vzc2luZyBpcworICogZG9uZSBv biBhIGxvY2FsIGNvcHkgdGhhdCBjYW5ub3QgYmUgbW9kaWZpZWQgYnkgdGhl IG90aGVyIGVuZC4KKyAqCisgKiBOb3RlIHRoYXQgaHR0cHM6Ly9nY2MuZ251 Lm9yZy9idWd6aWxsYS9zaG93X2J1Zy5jZ2k/aWQ9NTgxNDUgbWF5IGNhdXNl IHRoaXMKKyAqIHRvIGJlIGluZWZmZWN0aXZlIHdoZXJlIF9yZXEgaXMgYSBz dHJ1Y3Qgd2hpY2ggY29uc2lzdHMgb2Ygb25seSBiaXRmaWVsZHMuCisgKi8K KyNkZWZpbmUgUklOR19DT1BZX1JFUVVFU1QoX3IsIF9pZHgsIF9yZXEpIGRv IHsJCQkJXAorCS8qIFVzZSB2b2xhdGlsZSB0byBmb3JjZSB0aGUgY29weSBp bnRvIF9yZXEuICovCQkJXAorCSooX3JlcSkgPSAqKHZvbGF0aWxlIHR5cGVv ZihfcmVxKSlSSU5HX0dFVF9SRVFVRVNUKF9yLCBfaWR4KTsJXAorfSB3aGls ZSAoMCkKKwogI2RlZmluZSBSSU5HX0dFVF9SRVNQT05TRShfciwgX2lkeCkg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgXAogICAgICgm KChfciktPnNyaW5nLT5yaW5nWygoX2lkeCkgJiAoUklOR19TSVpFKF9yKSAt IDEpKV0ucnNwKSkKIAotLSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSA4NTFmZmI0ZWVhOTE3ZTI3MDhjOTEyMjkxZGVhNGQxMzMwMjZjMGFj IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MTY6MDIgLTA1MDAKU3ViamVjdDogW1BBVENIIDIv M10gYmxrdGFwMjogVXNlIFJJTkdfQ09QWV9SRVFVRVNUCgpJbnN0ZWFkIG9m IFJJTkdfR0VUX1JFUVVFU1QuIFVzaW5nIGEgbG9jYWwgY29weSBvZiB0aGUK cmluZyAoYW5kIGFsc28gd2l0aCBwcm9wZXIgbWVtb3J5IGJhcnJpZXJzKSB3 aWxsIG1lYW4Kd2UgY2FuIGRvIG5vdCBoYXZlIHRvIHdvcnJ5IGFib3V0IHRo ZSBjb21waWxlciBvcHRpbWl6aW5nCnRoZSBjb2RlIGFuZCBkb2luZyBhIGRv dWJsZS1mZXRjaCBpbiB0aGUgc2hhcmVkIG1lbW9yeSBzcGFjZS4KClRoaXMg aXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnpl c3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CgotLS0KdjI6 IEZpeCBjb21waWxlIGlzc3VlcyB3aXRoIHRhcGRpc2stdmJkCi0tLQogdG9v bHMvYmxrdGFwMi9kcml2ZXJzL2Jsb2NrLWxvZy5jICAgfCAzICsrLQogdG9v bHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMgfCA4ICsrKystLS0t CiAyIGZpbGVzIGNoYW5nZWQsIDYgaW5zZXJ0aW9ucygrKSwgNSBkZWxldGlv bnMoLSkKCmRpZmYgLS1naXQgYS90b29scy9ibGt0YXAyL2RyaXZlcnMvYmxv Y2stbG9nLmMgYi90b29scy9ibGt0YXAyL2RyaXZlcnMvYmxvY2stbG9nLmMK aW5kZXggNTMzMGNkYy4uNWYzYmQzNSAxMDA2NDQKLS0tIGEvdG9vbHMvYmxr dGFwMi9kcml2ZXJzL2Jsb2NrLWxvZy5jCisrKyBiL3Rvb2xzL2Jsa3RhcDIv ZHJpdmVycy9ibG9jay1sb2cuYwpAQCAtNDk0LDExICs0OTQsMTIgQEAgc3Rh dGljIGludCBjdGxfa2ljayhzdHJ1Y3QgdGRsb2dfc3RhdGUqIHMsIGludCBm ZCkKICAgcmVxc3RhcnQgPSBzLT5icmluZy5yZXFfY29uczsKICAgcmVxZW5k ID0gcy0+c3JpbmctPnJlcV9wcm9kOwogCisgIHhlbl9tYigpOwogICBCRFBS SU5URigiY3RsOiByaW5nIGtpY2tlZCAoc3RhcnQgPSAldSwgZW5kID0gJXUp IiwgcmVxc3RhcnQsIHJlcWVuZCk7CiAKICAgd2hpbGUgKHJlcXN0YXJ0ICE9 IHJlcWVuZCkgewogICAgIC8qIFhYWCBhY3R1YWxseSBzdWJtaXQgdGhlc2Uh ICovCi0gICAgbWVtY3B5KCZyZXEsIFJJTkdfR0VUX1JFUVVFU1QoJnMtPmJy aW5nLCByZXFzdGFydCksIHNpemVvZihyZXEpKTsKKyAgICBSSU5HX0NPUFlf UkVRVUVTVCgmcy0+YnJpbmcsIHJlcXN0YXJ0LCAmcmVxKTsKICAgICBCRFBS SU5URigiY3RsOiByZWFkIHJlcXVlc3QgJSJQUkl1NjQiOiV1IiwgcmVxLnNl Y3RvciwgcmVxLmNvdW50KTsKICAgICBzLT5icmluZy5yZXFfY29ucyA9ICsr cmVxc3RhcnQ7CiAKZGlmZiAtLWdpdCBhL3Rvb2xzL2Jsa3RhcDIvZHJpdmVy cy90YXBkaXNrLXZiZC5jIGIvdG9vbHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRp c2stdmJkLmMKaW5kZXggNmQxZDk0YS4uODllZjllZCAxMDA2NDQKLS0tIGEv dG9vbHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMKKysrIGIvdG9v bHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMKQEAgLTE1NTUsNyAr MTU1NSw3IEBAIHRhcGRpc2tfdmJkX3B1bGxfcmluZ19yZXF1ZXN0cyh0ZF92 YmRfdCAqdmJkKQogCWludCBpZHg7CiAJUklOR19JRFggcnAsIHJjOwogCXRk X3JpbmdfdCAqcmluZzsKLQlibGtpZl9yZXF1ZXN0X3QgKnJlcTsKKwlibGtp Zl9yZXF1ZXN0X3QgcmVxOwogCXRkX3ZiZF9yZXF1ZXN0X3QgKnZyZXE7CiAK IAlyaW5nID0gJnZiZC0+cmluZzsKQEAgLTE1NjYsMTYgKzE1NjYsMTYgQEAg dGFwZGlza192YmRfcHVsbF9yaW5nX3JlcXVlc3RzKHRkX3ZiZF90ICp2YmQp CiAJeGVuX3JtYigpOwogCiAJZm9yIChyYyA9IHJpbmctPmZlX3JpbmcucmVx X2NvbnM7IHJjICE9IHJwOyByYysrKSB7Ci0JCXJlcSA9IFJJTkdfR0VUX1JF UVVFU1QoJnJpbmctPmZlX3JpbmcsIHJjKTsKKwkJUklOR19DT1BZX1JFUVVF U1QoJnJpbmctPmZlX3JpbmcsIHJjLCAmcmVxKTsKIAkJKytyaW5nLT5mZV9y aW5nLnJlcV9jb25zOwogCi0JCWlkeCAgPSByZXEtPmlkOworCQlpZHggID0g cmVxLmlkOwogCQl2cmVxID0gJnZiZC0+cmVxdWVzdF9saXN0W2lkeF07CiAK IAkJQVNTRVJUKGxpc3RfZW1wdHkoJnZyZXEtPm5leHQpKTsKIAkJQVNTRVJU KHZyZXEtPnNlY3NfcGVuZGluZyA9PSAwKTsKIAotCQltZW1jcHkoJnZyZXEt PnJlcSwgcmVxLCBzaXplb2YoYmxraWZfcmVxdWVzdF90KSk7CisJCW1lbWNw eSgmdnJlcS0+cmVxLCAmcmVxLCBzaXplb2YoYmxraWZfcmVxdWVzdF90KSk7 CiAJCXZiZC0+cmVjZWl2ZWQrKzsKIAkJdnJlcS0+dmJkID0gdmJkOwogCi0t IAoyLjEuNAoK --=separator Content-Type: application/octet-stream; name="xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch" Content-Disposition: attachment; filename="xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBjMWZjZTY1ZTJiNzIwNjg0ZWE2YmE3NmFlNTk5MjE1NDJiZDE1NGJi IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MjI6MTQgLTA1MDAKU3ViamVjdDogW1BBVENIIDMv M10gbGlidmNoYW46IFJlYWQgcHJvZC9jb25zIG9ubHkgb25jZS4KCldlIG11 c3QgZW5zdXJlIHRoYXQgdGhlIHByb2QvY29ucyBhcmUgb25seSByZWFkIG9u Y2UgYW5kIHRoYXQKdGhlIGNvbXBpbGVyIHdvbid0IHRyeSB0byBvcHRpbWl6 ZSB0aGUgcmVhZHMuIFRoYXQgaXMgc3BsaXQKdGhlIHJlYWQgb2YgdGhlc2Ug aW4gbXVsdGlwbGUgaW5zdHJ1Y3Rpb25zIGluZmx1ZW5jaW5nIGxhdGVyCmJy YW5jaCBjb2RlLiBBcyBzdWNoIGluc2VydCBiYXJyaWVycyB3aGVuIGZldGNo aW5nIHRoZSBjb25zCmFuZCBwcm9kIGluZGV4LgoKVGhpcyBpcyBwYXJ0IG9m IFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2ls ayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiB0b29scy9saWJ2Y2hh bi9pby5jIHwgMiArKwogMSBmaWxlIGNoYW5nZWQsIDIgaW5zZXJ0aW9ucygr KQoKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnZjaGFuL2lvLmMgYi90b29scy9s aWJ2Y2hhbi9pby5jCmluZGV4IDhhOTYyOWIuLjM4MWNjMDUgMTAwNjQ0Ci0t LSBhL3Rvb2xzL2xpYnZjaGFuL2lvLmMKKysrIGIvdG9vbHMvbGlidmNoYW4v aW8uYwpAQCAtMTE3LDYgKzExNyw3IEBAIHN0YXRpYyBpbmxpbmUgaW50IHNl bmRfbm90aWZ5KHN0cnVjdCBsaWJ4ZW52Y2hhbiAqY3RybCwgdWludDhfdCBi aXQpCiBzdGF0aWMgaW5saW5lIGludCByYXdfZ2V0X2RhdGFfcmVhZHkoc3Ry dWN0IGxpYnhlbnZjaGFuICpjdHJsKQogewogCXVpbnQzMl90IHJlYWR5ID0g cmRfcHJvZChjdHJsKSAtIHJkX2NvbnMoY3RybCk7CisJeGVuX21iKCk7IC8q IEVuc3VyZSAncmVhZHknIGlzIHJlYWQgb25seSBvbmNlLiAqLwogCWlmIChy ZWFkeSA+IHJkX3Jpbmdfc2l6ZShjdHJsKSkKIAkJLyogV2UgaGF2ZSBubyB3 YXkgdG8gcmV0dXJuIGVycm9ycy4gIExvY2tpbmcgdXAgdGhlIHJpbmcgaXMK IAkJICogYmV0dGVyIHRoYW4gdGhlIGFsdGVybmF0aXZlcy4gKi8KQEAgLTE1 OCw2ICsxNTksNyBAQCBpbnQgbGlieGVudmNoYW5fZGF0YV9yZWFkeShzdHJ1 Y3QgbGlieGVudmNoYW4gKmN0cmwpCiBzdGF0aWMgaW5saW5lIGludCByYXdf Z2V0X2J1ZmZlcl9zcGFjZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7 CiAJdWludDMyX3QgcmVhZHkgPSB3cl9yaW5nX3NpemUoY3RybCkgLSAod3Jf cHJvZChjdHJsKSAtIHdyX2NvbnMoY3RybCkpOworCXhlbl9tYigpOyAvKiBF bnN1cmUgJ3JlYWR5JyBpcyByZWFkIG9ubHkgb25jZS4gKi8KIAlpZiAocmVh ZHkgPiB3cl9yaW5nX3NpemUoY3RybCkpCiAJCS8qIFdlIGhhdmUgbm8gd2F5 IHRvIHJldHVybiBlcnJvcnMuICBMb2NraW5nIHVwIHRoZSByaW5nIGlzCiAJ CSAqIGJldHRlciB0aGFuIHRoZSBhbHRlcm5hdGl2ZXMuICovCi0tIAoyLjEu MAoK --=separator Content-Type: application/octet-stream; name="xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch" Content-Disposition: attachment; filename="xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBlZjg2YWQwYjYwZmUxNzliMWE2ZmEzOTBlMDVjMzM5ZmI0NGI5Y2M5 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MjI6MTQgLTA1MDAKU3ViamVjdDogW1BBVENIXSBs aWJ2Y2hhbjogUmVhZCBwcm9kL2NvbnMgb25seSBvbmNlLgoKV2UgbXVzdCBl bnN1cmUgdGhhdCB0aGUgcHJvZC9jb25zIGFyZSBvbmx5IHJlYWQgb25jZSBh bmQgdGhhdAp0aGUgY29tcGlsZXIgd29uJ3QgdHJ5IHRvIG9wdGltaXplIHRo ZSByZWFkcy4gVGhhdCBpcyBzcGxpdAp0aGUgcmVhZCBvZiB0aGVzZSBpbiBt dWx0aXBsZSBpbnN0cnVjdGlvbnMgaW5mbHVlbmNpbmcgbGF0ZXIKYnJhbmNo IGNvZGUuIEFzIHN1Y2ggaW5zZXJ0IGJhcnJpZXJzIHdoZW4gZmV0Y2hpbmcg dGhlIGNvbnMKYW5kIHByb2QgaW5kZXguCgpUaGlzIGlzIHBhcnQgb2YgWFNB MTU1LgoKU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxr b25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIHRvb2xzL2xpYnZjaGFuL2lv LmMgfCAyICsrCiAxIGZpbGUgY2hhbmdlZCwgMiBpbnNlcnRpb25zKCspCgpk aWZmIC0tZ2l0IGEvdG9vbHMvbGlidmNoYW4vaW8uYyBiL3Rvb2xzL2xpYnZj aGFuL2lvLmMKaW5kZXggODA0YzYzYy4uOGIzM2Y0MCAxMDA2NDQKLS0tIGEv dG9vbHMvbGlidmNoYW4vaW8uYworKysgYi90b29scy9saWJ2Y2hhbi9pby5j CkBAIC0xMTgsNiArMTE4LDcgQEAgc3RhdGljIGlubGluZSBpbnQgc2VuZF9u b3RpZnkoc3RydWN0IGxpYnhlbnZjaGFuICpjdHJsLCB1aW50OF90IGJpdCkK IHN0YXRpYyBpbmxpbmUgaW50IHJhd19nZXRfZGF0YV9yZWFkeShzdHJ1Y3Qg bGlieGVudmNoYW4gKmN0cmwpCiB7CiAJdWludDMyX3QgcmVhZHkgPSByZF9w cm9kKGN0cmwpIC0gcmRfY29ucyhjdHJsKTsKKwl4ZW5fbWIoKTsgLyogRW5z dXJlICdyZWFkeScgaXMgcmVhZCBvbmx5IG9uY2UuICovCiAJaWYgKHJlYWR5 ID49IHJkX3Jpbmdfc2l6ZShjdHJsKSkKIAkJLyogV2UgaGF2ZSBubyB3YXkg dG8gcmV0dXJuIGVycm9ycy4gIExvY2tpbmcgdXAgdGhlIHJpbmcgaXMKIAkJ ICogYmV0dGVyIHRoYW4gdGhlIGFsdGVybmF0aXZlcy4gKi8KQEAgLTE1OSw2 ICsxNjAsNyBAQCBpbnQgbGlieGVudmNoYW5fZGF0YV9yZWFkeShzdHJ1Y3Qg bGlieGVudmNoYW4gKmN0cmwpCiBzdGF0aWMgaW5saW5lIGludCByYXdfZ2V0 X2J1ZmZlcl9zcGFjZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7CiAJ dWludDMyX3QgcmVhZHkgPSB3cl9yaW5nX3NpemUoY3RybCkgLSAod3JfcHJv ZChjdHJsKSAtIHdyX2NvbnMoY3RybCkpOworCXhlbl9tYigpOyAvKiBFbnN1 cmUgJ3JlYWR5JyBpcyByZWFkIG9ubHkgb25jZS4gKi8KIAlpZiAocmVhZHkg PiB3cl9yaW5nX3NpemUoY3RybCkpCiAJCS8qIFdlIGhhdmUgbm8gd2F5IHRv IHJldHVybiBlcnJvcnMuICBMb2NraW5nIHVwIHRoZSByaW5nIGlzCiAJCSAq IGJldHRlciB0aGFuIHRoZSBhbHRlcm5hdGl2ZXMuICovCi0tIAoyLjEuNAoK --=separator Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel --=separator-- From xen-users-bounces@lists.xen.org Thu Dec 17 12:43:27 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 12:43:27 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9XtB-0007Dg-Fs; Thu, 17 Dec 2015 12:42:33 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Xt5-0007CS-VG; Thu, 17 Dec 2015 12:42:28 +0000 Received: from [85.158.139.211] by server-14.bemta-5.messagelabs.com id 90/B6-18633-2BDA2765; Thu, 17 Dec 2015 12:42:26 +0000 X-Env-Sender: iwj@xenbits.xen.org X-Msg-Ref: server-4.tower-206.messagelabs.com!1450356140!11372805!1 X-Originating-IP: [50.57.168.107] X-SpamReason: No, hits=0.5 required=7.0 tests=BODY_RANDOM_LONG X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 12943 invoked from network); 17 Dec 2015 12:42:20 -0000 Received: from mail.xen.org (HELO mail.xen.org) (50.57.168.107) by server-4.tower-206.messagelabs.com with AES256-SHA encrypted SMTP; 17 Dec 2015 12:42:20 -0000 Received: from xenbits.xenproject.org ([50.57.170.242] helo=xenbits.xen.org) by mail.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Xsp-0000v9-Vu; Thu, 17 Dec 2015 12:42:11 +0000 Received: from iwj by xenbits.xen.org with local (Exim 4.72) (envelope-from ) id 1a9Xsp-0001up-LQ; Thu, 17 Dec 2015 12:42:11 +0000 Date: Thu, 17 Dec 2015 12:42:11 +0000 Message-Id: Content-Type: multipart/mixed; boundary="=separator"; charset="utf-8" Content-Transfer-Encoding: binary MIME-Version: 1.0 X-Mailer: MIME-tools 5.428 (Entity 5.428) To: xen-announce@lists.xen.org, xen-devel@lists.xen.org, xen-users@lists.xen.org, oss-security@lists.openwall.com From: Xen.org security team Cc: "Xen.org security team" Subject: [Xen-users] Xen Security Advisory 155 (CVE-2015-8550) - paravirtualized drivers incautious about shared memory contents X-BeenThere: xen-users@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen user discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Sender: xen-users-bounces@lists.xen.org Errors-To: xen-users-bounces@lists.xen.org --=separator Content-Type: text/plain; charset="utf-8" Content-Disposition: inline Content-Transfer-Encoding: 7bit -----BEGIN PGP SIGNED MESSAGE----- Hash: SHA1 Xen Security Advisory CVE-2015-8550 / XSA-155 version 5 paravirtualized drivers incautious about shared memory contents UPDATES IN VERSION 5 ==================== Public release. ISSUE DESCRIPTION ================= The compiler can emit optimizations in the PV backend drivers which can lead to double fetch vulnerabilities. Specifically the shared memory between the frontend and backend can be fetched twice (during which time the frontend can alter the contents) possibly leading to arbitrary code execution in backend. IMPACT ====== Malicious guest administrators can cause denial of service. If driver domains are not in use, the impact can be a host crash, or privilege escalation. VULNERABLE SYSTEMS ================== Systems running PV or HVM guests are vulnerable. ARM and x86 systems are vulnerable. All OSes providing PV backends are susceptible, this includes Linux and NetBSD. By default the Linux distributions compile kernels with optimizations. MITIGATION ========== There is no mitigation. CREDITS ======= This issue was discovered by Felix Wilhelm of ERNW. RESOLUTION ========== Applying the appropriate attached patches should fix the problem for PV backends. Note only that PV backends are fixed; PV frontend patches will be developed and released (publicly) after the embargo date. Please note that there is a bug in some versions of gcc, https://gcc.gnu.org/bugzilla/show_bug.cgi?id=58145 which can cause the construct used in RING_COPY_REQUEST() to be ineffective in some circumstances. We have determined that this is only the case when the structure being copied consists purely of bitfields. The Xen PV protocols updated here do not use bitfields in this way and therefore these patches are not subject to that bug. However authors of third party PV protocols should take this into consideration. Linux v4.4: xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch Linux v4.[0,1,2,3] All the above patches except #5 will apply, please use: xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch Linux v3.19: All the above patches except #5 and #6 will apply, please use: xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch xsa155-linux319-0006-xen-scsiback-safely-copy-requests.patch qemu-xen: xsa155-qemu-qdisk-double-access.patch xsa155-qemu-xenfb.patch qemu-traditional: xsa155-qemut-qdisk-double-access.patch xsa155-qemut-xenfb.patch NetBSD 7.0: xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch xen: xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch xen 4.4: All patches except #3 will apply, please use: xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch $ sha256sum xsa155* d9fbc104ab2ae797971e351ee0e04e7b7e9c7c33385309bb406c7941dc9a33b4 xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch 590656d83ad7b6052b54659eccb3469658b3942c0dc1366423a66f2f5ac643e1 xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch 2bd18632178e09394c5cd06aded2c14bcc6b6e360ad6e81827d24860fe3e8ca4 xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch cecdeccb8e2551252c81fc5f164a8298005df714a574a7ba18b84e8ed5f2bb70 xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch 3916b847243047f0e1053233ade742c14a7f29243584e60bf5db4842a8068855 xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch 746c8eb0aeb200d76156c88dfbbd49db79f567b88b07eda70f7c7d095721f05a xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch 18517a184a02f7441065b8d3423086320ec4c2345c00d551231f7976381767f5 xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch 2e6d556d25b1cc16e71afde665ae3908f4fa8eab7e0d96283fc78400301baf92 xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch 5e130d8b61906015c6a94f8edd3cce97b172f96a265d97ecf370e7b45125b73d xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch 08c2d0f95dcc215165afbce623b6972b81dd45b091b5f40017579b00c8612e03 xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch 0a66010f736092f91f70bb0fd220685e4395efef1db6d23a3d1eace31d144f51 xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch 5e913a8427cab6b4d384d1246e05116afc301eb117edd838101eb53a82c2f2ff xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch 3b8f14eafaed3a7bc66245753a37af4249acf8129fbedb70653192252dc47dc9 xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch 81ae5fa998243a78dad749fc561be647dc1dc1be799e8f18484fdf0989469705 xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch 044ff74fa048df820d528f64f2791ec9cb3940bd313c1179020bd49a6cde2ca3 xsa155-qemu-qdisk-double-access.patch 1150504589eb7bfa108c80ce63395e57d0e627b12d9201219d968fdd026919a6 xsa155-qemut-qdisk-double-access.patch 63186246ab6913b54bfef5f09f33e815935ac40ff821c27a3efda62339bbbd5f xsa155-qemut-xenfb.patch e53b4ac298648cde79344192d5a58ca8d8724344f5105bec7c09eef095c668f6 xsa155-qemu-xenfb.patch e52467fcec73bcc86d3e96d06f8ca8085ae56a83d2c42a30c16bc3dc630d8f8a xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch eae34c8ccc096ad93a74190506b3d55020a88afb0cc504a3a514590e9fd746fd xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch 42780265014085a4221ad32b026214693d751789eb5219e2e83862c0006c66f4 xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch dfcaddb8a908a4fc1b048a43187e885117e67dc566f5c841037ee366dcd437d1 xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch $ DEPLOYMENT DURING EMBARGO ========================= Deployment of the patches and/or mitigations described above (or others which are substantially similar) is permitted during the embargo, even on public-facing systems with untrusted guest users and administrators. But: Distribution of updated software is prohibited (except to other members of the predisclosure list). Predisclosure list members who wish to deploy significantly different patches and/or mitigations, please contact the Xen Project Security Team. (Note: this during-embargo deployment notice is retained in post-embargo publicly released Xen Project advisories, even though it is then no longer applicable. This is to enable the community to have oversight of the Xen Project Security Team's decisionmaking.) For more information about permissible uses of embargoed information, consult the Xen Project community's agreed Security Policy: http://www.xenproject.org/security-policy.html -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.12 (GNU/Linux) iQEcBAEBAgAGBQJWcqy6AAoJEIP+FMlX6CvZeBQH/ReZbtQjtRmlvHyu72GPZfGm fI3Ji5NMczuAu/2aopqOl+dUudO91lHEDmKNuBKHFAb2hOjTd003mCig0JP2D3js 0Ca8ab7VDgSlNKTl99XAizKFYMJEDRdAxYHktNj+1ok9381e7xquEJ77GfSk2S1e gKDoSYkseSEcrThsgsohYiEvIe/odf8gn4gKq7CTK2sAf45wxWwP/QtgbAidJR3s hQKuv++cyf11csSuVBX4cp0YN8lRWPmygD1si6D/y2TUvn3sAw2EzDkdSfryvtFV /PJTtaQKtyvwOu3kJedguPL0yYmdAPQLAwYWum/NfSBB4g94ydxJ30amp3q37lY= =9VP6 -----END PGP SIGNATURE----- --=separator Content-Type: application/octet-stream; name="xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Disposition: attachment; filename="xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Transfer-Encoding: base64 RnJvbSBmOWM3MWU4OTJkNTE0MmEzMTQ0ODFkZjZiYWEyNmIzNGU2YTZiYTQ1 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBNb24sIDE2IE5vdiAy MDE1IDE4OjAyOjMyICswMDAwClN1YmplY3Q6IFtQQVRDSF0geGVuLXNjc2li YWNrOiBzYWZlbHkgY29weSByZXF1ZXN0cwoKVGhlIGNvcHkgb2YgdGhlIHJp bmcgcmVxdWVzdCB3YXMgbGFja2luZyBhIGZvbGxvd2luZyBiYXJyaWVyKCks CnBvdGVudGlhbGx5IGFsbG93aW5nIHRoZSBjb21waWxlciB0byBvcHRpbWl6 ZSB0aGUgY29weSBhd2F5LgoKVXNlIFJJTkdfQ09QWV9SRVFVRVNUKCkgdG8g ZW5zdXJlIHRoZSByZXF1ZXN0IGlzIGNvcGllZCB0byBsb2NhbAptZW1vcnku CgpUaGlzIGlzIFhTQTE1NS4KCkNDOiBzdGFibGVAdmdlci5rZXJuZWwub3Jn ClJldmlld2VkLWJ5OiBKdWVyZ2VuIEdyb3NzIDxqZ3Jvc3NAc3VzZS5jb20+ ClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2aWQudnJhYmVsQGNp dHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2ls ayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCnYyOiBUaGlzIGlzIGEg YWdhaW5zdCB2My4xOQotLS0KIGRyaXZlcnMveGVuL3hlbi1zY3NpYmFjay5j IHwgMiArLQogMSBmaWxlIGNoYW5nZWQsIDEgaW5zZXJ0aW9uKCspLCAxIGRl bGV0aW9uKC0pCgpkaWZmIC0tZ2l0IGEvZHJpdmVycy94ZW4veGVuLXNjc2li YWNrLmMgYi9kcml2ZXJzL3hlbi94ZW4tc2NzaWJhY2suYwppbmRleCBlOTk5 NDk2ZS4uZDg2ZjZlMSAxMDA2NDQKLS0tIGEvZHJpdmVycy94ZW4veGVuLXNj c2liYWNrLmMKKysrIGIvZHJpdmVycy94ZW4veGVuLXNjc2liYWNrLmMKQEAg LTczNCw3ICs3MzQsNyBAQCBzdGF0aWMgaW50IHNjc2liYWNrX2RvX2NtZF9m bihzdHJ1Y3QgdnNjc2lia19pbmZvICppbmZvKQogCQlpZiAoIXBlbmRpbmdf cmVxKQogCQkJcmV0dXJuIDE7CiAKLQkJcmluZ19yZXEgPSBSSU5HX0dFVF9S RVFVRVNUKHJpbmcsIHJjKTsKKwkJUklOR19DT1BZX1JFUVVFU1QocmluZywg cmMsICZyaW5nX3JlcSk7CiAJCXJpbmctPnJlcV9jb25zID0gKytyYzsKIAog CQlhY3QgPSByaW5nX3JlcS0+YWN0OwotLSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Disposition: attachment; filename="xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBkNTJmMDA5NjBjMTA3MGM2ODM4MDlmYWRkZDM1YTIyMjNlMmI4YTZl IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6NDA6NDMgKzAwMDAKU3ViamVj dDogW1BBVENIIDYvN10geGVuLWJsa2JhY2s6IHJlYWQgZnJvbSBpbmRpcmVj dCBkZXNjcmlwdG9ycyBvbmx5IG9uY2UKTUlNRS1WZXJzaW9uOiAxLjAKQ29u dGVudC1UeXBlOiB0ZXh0L3BsYWluOyBjaGFyc2V0PVVURi04CkNvbnRlbnQt VHJhbnNmZXItRW5jb2Rpbmc6IDhiaXQKClNpbmNlIGluZGlyZWN0IGRlc2Ny aXB0b3JzIGFyZSBpbiBtZW1vcnkgc2hhcmVkIHdpdGggdGhlIGZyb250ZW5k LCB0aGUKZnJvbnRlbmQgY291bGQgYWx0ZXIgdGhlIGZpcnN0X3NlY3QgYW5k IGxhc3Rfc2VjdCB2YWx1ZXMgYWZ0ZXIgdGhleSBoYXZlCmJlZW4gdmFsaWRh dGVkIGJ1dCBiZWZvcmUgdGhleSBhcmUgcmVjb3JkZWQgaW4gdGhlIHJlcXVl c3QuICBUaGlzIG1heQpyZXN1bHQgaW4gSS9PIHJlcXVlc3RzIHRoYXQgb3Zl cmZsb3cgdGhlIGZvcmVpZ24gcGFnZSwgcG9zc2libHkKb3ZlcndyaXRpbmcg bG9jYWwgcGFnZXMgd2hlbiB0aGUgSS9PIHJlcXVlc3QgaXMgZXhlY3V0ZWQu CgpXaGVuIHBhcnNpbmcgaW5kaXJlY3QgZGVzY3JpcHRvcnMsIG9ubHkgcmVh ZCBmaXJzdF9zZWN0IGFuZCBsYXN0X3NlY3QKb25jZS4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpTaWdu ZWQtb2ZmLWJ5OiBSb2dlciBQYXUgTW9ubsOpIDxyb2dlci5wYXVAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFi ZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRl ayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0tCnYyOiBUaGlz IGlzIGFnYWluc3QgdjQuMwotLS0KIGRyaXZlcnMvYmxvY2sveGVuLWJsa2Jh Y2svYmxrYmFjay5jIHwgMTIgKysrKysrKy0tLS0tCiAxIGZpbGUgY2hhbmdl ZCwgNyBpbnNlcnRpb25zKCspLCA1IGRlbGV0aW9ucygtKQoKZGlmZiAtLWdp dCBhL2RyaXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jIGIvZHJp dmVycy9ibG9jay94ZW4tYmxrYmFjay9ibGtiYWNrLmMKaW5kZXggNmE2ODVh ZS4uZjJlN2EzOCAxMDA2NDQKLS0tIGEvZHJpdmVycy9ibG9jay94ZW4tYmxr YmFjay9ibGtiYWNrLmMKKysrIGIvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFj ay9ibGtiYWNrLmMKQEAgLTk1MCw2ICs5NTAsOCBAQCBzdGF0aWMgaW50IHhl bl9ibGtia19wYXJzZV9pbmRpcmVjdChzdHJ1Y3QgYmxraWZfcmVxdWVzdCAq cmVxLAogCQlnb3RvIHVubWFwOwogCiAJZm9yIChuID0gMCwgaSA9IDA7IG4g PCBuc2VnOyBuKyspIHsKKwkJdWludDhfdCBmaXJzdF9zZWN0LCBsYXN0X3Nl Y3Q7CisKIAkJaWYgKChuICUgU0VHU19QRVJfSU5ESVJFQ1RfRlJBTUUpID09 IDApIHsKIAkJCS8qIE1hcCBpbmRpcmVjdCBzZWdtZW50cyAqLwogCQkJaWYg KHNlZ21lbnRzKQpAQCAtOTU4LDE0ICs5NjAsMTQgQEAgc3RhdGljIGludCB4 ZW5fYmxrYmtfcGFyc2VfaW5kaXJlY3Qoc3RydWN0IGJsa2lmX3JlcXVlc3Qg KnJlcSwKIAkJfQogCQlpID0gbiAlIFNFR1NfUEVSX0lORElSRUNUX0ZSQU1F OwogCQlwZW5kaW5nX3JlcS0+c2VnbWVudHNbbl0tPmdyZWYgPSBzZWdtZW50 c1tpXS5ncmVmOwotCQlzZWdbbl0ubnNlYyA9IHNlZ21lbnRzW2ldLmxhc3Rf c2VjdCAtCi0JCQlzZWdtZW50c1tpXS5maXJzdF9zZWN0ICsgMTsKLQkJc2Vn W25dLm9mZnNldCA9IChzZWdtZW50c1tpXS5maXJzdF9zZWN0IDw8IDkpOwot CQlpZiAoKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA+PSAoUEFHRV9TSVpFID4+ IDkpKSB8fAotCQkgICAgKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA8IHNlZ21l bnRzW2ldLmZpcnN0X3NlY3QpKSB7CisJCWZpcnN0X3NlY3QgPSBSRUFEX09O Q0Uoc2VnbWVudHNbaV0uZmlyc3Rfc2VjdCk7CisJCWxhc3Rfc2VjdCA9IFJF QURfT05DRShzZWdtZW50c1tpXS5sYXN0X3NlY3QpOworCQlpZiAobGFzdF9z ZWN0ID49IChQQUdFX1NJWkUgPj4gOSkgfHwgbGFzdF9zZWN0IDwgZmlyc3Rf c2VjdCkgewogCQkJcmMgPSAtRUlOVkFMOwogCQkJZ290byB1bm1hcDsKIAkJ fQorCQlzZWdbbl0ubnNlYyA9IGxhc3Rfc2VjdCAtIGZpcnN0X3NlY3QgKyAx OworCQlzZWdbbl0ub2Zmc2V0ID0gZmlyc3Rfc2VjdCA8PCA5OwogCQlwcmVx LT5ucl9zZWN0cyArPSBzZWdbbl0ubnNlYzsKIAl9CiAKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSA0ZTJiYzQyM2UwY2VmMGE0MmY5M2Q5ODljMDk4MDMwMWRmMWJkNDYy IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE0OjU4OjA4ICswMDAwClN1YmplY3Q6IFtQQVRDSCAxLzddIHhlbjog QWRkIFJJTkdfQ09QWV9SRVFVRVNUKCkKClVzaW5nIFJJTkdfR0VUX1JFUVVF U1QoKSBvbiBhIHNoYXJlZCByaW5nIGlzIGVhc3kgdG8gdXNlIGluY29ycmVj dGx5CihpLmUuLCBieSBub3QgY29uc2lkZXJpbmcgdGhhdCB0aGUgb3RoZXIg ZW5kIG1heSBhbHRlciB0aGUgZGF0YSBpbiB0aGUKc2hhcmVkIHJpbmcgd2hp bGUgaXQgaXMgYmVpbmcgaW5zcGVjdGVkKS4gIFNhZmUgdXNhZ2Ugb2YgYSBy ZXF1ZXN0CmdlbmVyYWxseSByZXF1aXJlcyB0YWtpbmcgYSBsb2NhbCBjb3B5 LgoKUHJvdmlkZSBhIFJJTkdfQ09QWV9SRVFVRVNUKCkgbWFjcm8gdG8gdXNl IGluc3RlYWQgb2YKUklOR19HRVRfUkVRVUVTVCgpIGFuZCBhbiBvcGVuLWNv ZGVkIG1lbWNweSgpLiAgVGhpcyB0YWtlcyBjYXJlIG9mCmVuc3VyaW5nIHRo YXQgdGhlIGNvcHkgaXMgZG9uZSBjb3JyZWN0bHkgcmVnYXJkbGVzcyBvZiBh bnkgcG9zc2libGUKY29tcGlsZXIgb3B0aW1pemF0aW9ucy4KClVzZSBhIHZv bGF0aWxlIHNvdXJjZSB0byBwcmV2ZW50IHRoZSBjb21waWxlciBmcm9tIHJl b3JkZXJpbmcgb3IKb21pdHRpbmcgdGhlIGNvcHkuCgpUaGlzIGlzIHBhcnQg b2YgWFNBMTU1LgoKQ0M6IHN0YWJsZUB2Z2VyLmtlcm5lbC5vcmcKU2lnbmVk LW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4LmNv bT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxrb25y YWQud2lsa0BvcmFjbGUuY29tPgotLS0KdjI6IFVwZGF0ZSBhYm91dCBHQ0Mg YW5kIGJpdGZpZWxkcy4KLS0tCiBpbmNsdWRlL3hlbi9pbnRlcmZhY2UvaW8v cmluZy5oIHwgMTQgKysrKysrKysrKysrKysKIDEgZmlsZSBjaGFuZ2VkLCAx NCBpbnNlcnRpb25zKCspCgpkaWZmIC0tZ2l0IGEvaW5jbHVkZS94ZW4vaW50 ZXJmYWNlL2lvL3JpbmcuaCBiL2luY2x1ZGUveGVuL2ludGVyZmFjZS9pby9y aW5nLmgKaW5kZXggN2QyOGFmZi4uN2RjNjg1YiAxMDA2NDQKLS0tIGEvaW5j bHVkZS94ZW4vaW50ZXJmYWNlL2lvL3JpbmcuaAorKysgYi9pbmNsdWRlL3hl bi9pbnRlcmZhY2UvaW8vcmluZy5oCkBAIC0xODEsNiArMTgxLDIwIEBAIHN0 cnVjdCBfX25hbWUjI19iYWNrX3JpbmcgewkJCQkJCVwKICNkZWZpbmUgUklO R19HRVRfUkVRVUVTVChfciwgX2lkeCkJCQkJCVwKICAgICAoJigoX3IpLT5z cmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0laRShfcikgLSAxKSldLnJl cSkpCiAKKy8qCisgKiBHZXQgYSBsb2NhbCBjb3B5IG9mIGEgcmVxdWVzdC4K KyAqCisgKiBVc2UgdGhpcyBpbiBwcmVmZXJlbmNlIHRvIFJJTkdfR0VUX1JF UVVFU1QoKSBzbyBhbGwgcHJvY2Vzc2luZyBpcworICogZG9uZSBvbiBhIGxv Y2FsIGNvcHkgdGhhdCBjYW5ub3QgYmUgbW9kaWZpZWQgYnkgdGhlIG90aGVy IGVuZC4KKyAqCisgKiBOb3RlIHRoYXQgaHR0cHM6Ly9nY2MuZ251Lm9yZy9i dWd6aWxsYS9zaG93X2J1Zy5jZ2k/aWQ9NTgxNDUgbWF5IGNhdXNlIHRoaXMK KyAqIHRvIGJlIGluZWZmZWN0aXZlIHdoZXJlIF9yZXEgaXMgYSBzdHJ1Y3Qg d2hpY2ggY29uc2lzdHMgb2Ygb25seSBiaXRmaWVsZHMuCisgKi8KKyNkZWZp bmUgUklOR19DT1BZX1JFUVVFU1QoX3IsIF9pZHgsIF9yZXEpIGRvIHsJCQkJ XAorCS8qIFVzZSB2b2xhdGlsZSB0byBmb3JjZSB0aGUgY29weSBpbnRvIF9y ZXEuICovCQkJXAorCSooX3JlcSkgPSAqKHZvbGF0aWxlIHR5cGVvZihfcmVx KSlSSU5HX0dFVF9SRVFVRVNUKF9yLCBfaWR4KTsJXAorfSB3aGlsZSAoMCkK KwogI2RlZmluZSBSSU5HX0dFVF9SRVNQT05TRShfciwgX2lkeCkJCQkJCVwK ICAgICAoJigoX3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0la RShfcikgLSAxKSldLnJzcCkpCiAKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch" Content-Transfer-Encoding: base64 RnJvbSAxMDBhYzM3MmEwZTA3Y2NjOGM1MDhjMzg4NGZhOTAyMGNmZTA4MDk0 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE1OjE2OjAxICswMDAwClN1YmplY3Q6IFtQQVRDSCAyLzddIHhlbi1u ZXRiYWNrOiBkb24ndCB1c2UgbGFzdCByZXF1ZXN0IHRvIGRldGVybWluZSBt aW5pbXVtCiBUeCBjcmVkaXQKClRoZSBsYXN0IGZyb20gZ3Vlc3QgdHJhbnNt aXR0ZWQgcmVxdWVzdCBnaXZlcyBubyBpbmRpY2F0aW9uIGFib3V0IHRoZQpt aW5pbXVtIGFtb3VudCBvZiBjcmVkaXQgdGhhdCB0aGUgZ3Vlc3QgbWlnaHQg bmVlZCB0byBzZW5kIGEgcGFja2V0CnNpbmNlIHRoZSBsYXN0IHBhY2tldCBt aWdodCBoYXZlIGJlZW4gYSBzbWFsbCBvbmUuCgpJbnN0ZWFkIGFsbG93IGZv ciB0aGUgd29yc3QgY2FzZSAxMjggS2lCIHBhY2tldC4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpSZXZp ZXdlZC1ieTogV2VpIExpdSA8d2VpLmxpdTJAY2l0cml4LmNvbT4KU2lnbmVk LW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4LmNv bT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxrb25y YWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMvbmV0L3hlbi1uZXRi YWNrL25ldGJhY2suYyB8IDQgKy0tLQogMSBmaWxlIGNoYW5nZWQsIDEgaW5z ZXJ0aW9uKCspLCAzIGRlbGV0aW9ucygtKQoKZGlmZiAtLWdpdCBhL2RyaXZl cnMvbmV0L3hlbi1uZXRiYWNrL25ldGJhY2suYyBiL2RyaXZlcnMvbmV0L3hl bi1uZXRiYWNrL25ldGJhY2suYwppbmRleCBlNDgxZjM3Li5iNjgzNTgxIDEw MDY0NAotLS0gYS9kcml2ZXJzL25ldC94ZW4tbmV0YmFjay9uZXRiYWNrLmMK KysrIGIvZHJpdmVycy9uZXQveGVuLW5ldGJhY2svbmV0YmFjay5jCkBAIC02 NzksOSArNjc5LDcgQEAgc3RhdGljIHZvaWQgdHhfYWRkX2NyZWRpdChzdHJ1 Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSkKIAkgKiBBbGxvdyBhIGJ1cnN0IGJp ZyBlbm91Z2ggdG8gdHJhbnNtaXQgYSBqdW1ibyBwYWNrZXQgb2YgdXAgdG8g MTI4a0IuCiAJICogT3RoZXJ3aXNlIHRoZSBpbnRlcmZhY2UgY2FuIHNlaXpl IHVwIGR1ZSB0byBpbnN1ZmZpY2llbnQgY3JlZGl0LgogCSAqLwotCW1heF9i dXJzdCA9IFJJTkdfR0VUX1JFUVVFU1QoJnF1ZXVlLT50eCwgcXVldWUtPnR4 LnJlcV9jb25zKS0+c2l6ZTsKLQltYXhfYnVyc3QgPSBtaW4obWF4X2J1cnN0 LCAxMzEwNzJVTCk7Ci0JbWF4X2J1cnN0ID0gbWF4KG1heF9idXJzdCwgcXVl dWUtPmNyZWRpdF9ieXRlcyk7CisJbWF4X2J1cnN0ID0gbWF4KDEzMTA3MlVM LCBxdWV1ZS0+Y3JlZGl0X2J5dGVzKTsKIAogCS8qIFRha2UgY2FyZSB0aGF0 IGFkZGluZyBhIG5ldyBjaHVuayBvZiBjcmVkaXQgZG9lc24ndCB3cmFwIHRv IHplcm8uICovCiAJbWF4X2NyZWRpdCA9IHF1ZXVlLT5yZW1haW5pbmdfY3Jl ZGl0ICsgcXVldWUtPmNyZWRpdF9ieXRlczsKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch" Content-Transfer-Encoding: base64 RnJvbSA0MTI3ZTljY2FlMGVkYTYyMjQyMWQyMTEzMjg0NmFiZGY3NGY2NmVk IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE1OjE3OjA2ICswMDAwClN1YmplY3Q6IFtQQVRDSCAzLzddIHhlbi1u ZXRiYWNrOiB1c2UgUklOR19DT1BZX1JFUVVFU1QoKSB0aHJvdWdob3V0CgpJ bnN0ZWFkIG9mIG9wZW4tY29kaW5nIG1lbWNweSgpcyBhbmQgZGlyZWN0bHkg YWNjZXNzaW5nIFR4IGFuZCBSeApyZXF1ZXN0cywgdXNlIHRoZSBuZXcgUklO R19DT1BZX1JFUVVFU1QoKSB0aGF0IGVuc3VyZXMgdGhlIGxvY2FsIGNvcHkK aXMgY29ycmVjdC4KClRoaXMgaXMgbW9yZSB0aGFuIGlzIHN0cmljdGx5IG5l Y2Vzc2FyeSBmb3IgZ3Vlc3QgUnggcmVxdWVzdHMgc2luY2UKb25seSB0aGUg aWQgYW5kIGdyZWYgZmllbGRzIGFyZSB1c2VkIGFuZCBpdCBpcyBoYXJtbGVz cyBpZiB0aGUKZnJvbnRlbmQgbW9kaWZpZXMgdGhlc2UuCgpUaGlzIGlzIHBh cnQgb2YgWFNBMTU1LgoKQ0M6IHN0YWJsZUB2Z2VyLmtlcm5lbC5vcmcKUmV2 aWV3ZWQtYnk6IFdlaSBMaXUgPHdlaS5saXUyQGNpdHJpeC5jb20+ClNpZ25l ZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2aWQudnJhYmVsQGNpdHJpeC5j b20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2lsayA8a29u cmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBkcml2ZXJzL25ldC94ZW4tbmV0 YmFjay9uZXRiYWNrLmMgfCAzMCArKysrKysrKysrKysrKy0tLS0tLS0tLS0t LS0tLS0KIDEgZmlsZSBjaGFuZ2VkLCAxNCBpbnNlcnRpb25zKCspLCAxNiBk ZWxldGlvbnMoLSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL25ldC94ZW4tbmV0 YmFjay9uZXRiYWNrLmMgYi9kcml2ZXJzL25ldC94ZW4tbmV0YmFjay9uZXRi YWNrLmMKaW5kZXggYjY4MzU4MS4uMTA0OWMzNCAxMDA2NDQKLS0tIGEvZHJp dmVycy9uZXQveGVuLW5ldGJhY2svbmV0YmFjay5jCisrKyBiL2RyaXZlcnMv bmV0L3hlbi1uZXRiYWNrL25ldGJhY2suYwpAQCAtMjU4LDE4ICsyNTgsMTgg QEAgc3RhdGljIHN0cnVjdCB4ZW52aWZfcnhfbWV0YSAqZ2V0X25leHRfcnhf YnVmZmVyKHN0cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCQkJCQkJIHN0 cnVjdCBuZXRyeF9wZW5kaW5nX29wZXJhdGlvbnMgKm5wbykKIHsKIAlzdHJ1 Y3QgeGVudmlmX3J4X21ldGEgKm1ldGE7Ci0Jc3RydWN0IHhlbl9uZXRpZl9y eF9yZXF1ZXN0ICpyZXE7CisJc3RydWN0IHhlbl9uZXRpZl9yeF9yZXF1ZXN0 IHJlcTsKIAotCXJlcSA9IFJJTkdfR0VUX1JFUVVFU1QoJnF1ZXVlLT5yeCwg cXVldWUtPnJ4LnJlcV9jb25zKyspOworCVJJTkdfQ09QWV9SRVFVRVNUKCZx dWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrLCAmcmVxKTsKIAogCW1l dGEgPSBucG8tPm1ldGEgKyBucG8tPm1ldGFfcHJvZCsrOwogCW1ldGEtPmdz b190eXBlID0gWEVOX05FVElGX0dTT19UWVBFX05PTkU7CiAJbWV0YS0+Z3Nv X3NpemUgPSAwOwogCW1ldGEtPnNpemUgPSAwOwotCW1ldGEtPmlkID0gcmVx LT5pZDsKKwltZXRhLT5pZCA9IHJlcS5pZDsKIAogCW5wby0+Y29weV9vZmYg PSAwOwotCW5wby0+Y29weV9ncmVmID0gcmVxLT5ncmVmOworCW5wby0+Y29w eV9ncmVmID0gcmVxLmdyZWY7CiAKIAlyZXR1cm4gbWV0YTsKIH0KQEAgLTQy NCw3ICs0MjQsNyBAQCBzdGF0aWMgaW50IHhlbnZpZl9nb3Bfc2tiKHN0cnVj dCBza19idWZmICpza2IsCiAJc3RydWN0IHhlbnZpZiAqdmlmID0gbmV0ZGV2 X3ByaXYoc2tiLT5kZXYpOwogCWludCBucl9mcmFncyA9IHNrYl9zaGluZm8o c2tiKS0+bnJfZnJhZ3M7CiAJaW50IGk7Ci0Jc3RydWN0IHhlbl9uZXRpZl9y eF9yZXF1ZXN0ICpyZXE7CisJc3RydWN0IHhlbl9uZXRpZl9yeF9yZXF1ZXN0 IHJlcTsKIAlzdHJ1Y3QgeGVudmlmX3J4X21ldGEgKm1ldGE7CiAJdW5zaWdu ZWQgY2hhciAqZGF0YTsKIAlpbnQgaGVhZCA9IDE7CkBAIC00NDMsMTUgKzQ0 MywxNSBAQCBzdGF0aWMgaW50IHhlbnZpZl9nb3Bfc2tiKHN0cnVjdCBza19i dWZmICpza2IsCiAKIAkvKiBTZXQgdXAgYSBHU08gcHJlZml4IGRlc2NyaXB0 b3IsIGlmIG5lY2Vzc2FyeSAqLwogCWlmICgoMSA8PCBnc29fdHlwZSkgJiB2 aWYtPmdzb19wcmVmaXhfbWFzaykgewotCQlyZXEgPSBSSU5HX0dFVF9SRVFV RVNUKCZxdWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrKTsKKwkJUklO R19DT1BZX1JFUVVFU1QoJnF1ZXVlLT5yeCwgcXVldWUtPnJ4LnJlcV9jb25z KyssICZyZXEpOwogCQltZXRhID0gbnBvLT5tZXRhICsgbnBvLT5tZXRhX3By b2QrKzsKIAkJbWV0YS0+Z3NvX3R5cGUgPSBnc29fdHlwZTsKIAkJbWV0YS0+ Z3NvX3NpemUgPSBza2Jfc2hpbmZvKHNrYiktPmdzb19zaXplOwogCQltZXRh LT5zaXplID0gMDsKLQkJbWV0YS0+aWQgPSByZXEtPmlkOworCQltZXRhLT5p ZCA9IHJlcS5pZDsKIAl9CiAKLQlyZXEgPSBSSU5HX0dFVF9SRVFVRVNUKCZx dWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrKTsKKwlSSU5HX0NPUFlf UkVRVUVTVCgmcXVldWUtPnJ4LCBxdWV1ZS0+cngucmVxX2NvbnMrKywgJnJl cSk7CiAJbWV0YSA9IG5wby0+bWV0YSArIG5wby0+bWV0YV9wcm9kKys7CiAK IAlpZiAoKDEgPDwgZ3NvX3R5cGUpICYgdmlmLT5nc29fbWFzaykgewpAQCAt NDYzLDkgKzQ2Myw5IEBAIHN0YXRpYyBpbnQgeGVudmlmX2dvcF9za2Ioc3Ry dWN0IHNrX2J1ZmYgKnNrYiwKIAl9CiAKIAltZXRhLT5zaXplID0gMDsKLQlt ZXRhLT5pZCA9IHJlcS0+aWQ7CisJbWV0YS0+aWQgPSByZXEuaWQ7CiAJbnBv LT5jb3B5X29mZiA9IDA7Ci0JbnBvLT5jb3B5X2dyZWYgPSByZXEtPmdyZWY7 CisJbnBvLT5jb3B5X2dyZWYgPSByZXEuZ3JlZjsKIAogCWRhdGEgPSBza2It PmRhdGE7CiAJd2hpbGUgKGRhdGEgPCBza2JfdGFpbF9wb2ludGVyKHNrYikp IHsKQEAgLTcwOSw3ICs3MDksNyBAQCBzdGF0aWMgdm9pZCB4ZW52aWZfdHhf ZXJyKHN0cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCQlzcGluX3VubG9j a19pcnFyZXN0b3JlKCZxdWV1ZS0+cmVzcG9uc2VfbG9jaywgZmxhZ3MpOwog CQlpZiAoY29ucyA9PSBlbmQpCiAJCQlicmVhazsKLQkJdHhwID0gUklOR19H RVRfUkVRVUVTVCgmcXVldWUtPnR4LCBjb25zKyspOworCQlSSU5HX0NPUFlf UkVRVUVTVCgmcXVldWUtPnR4LCBjb25zKyssIHR4cCk7CiAJfSB3aGlsZSAo MSk7CiAJcXVldWUtPnR4LnJlcV9jb25zID0gY29uczsKIH0KQEAgLTc3Niw4 ICs3NzYsNyBAQCBzdGF0aWMgaW50IHhlbnZpZl9jb3VudF9yZXF1ZXN0cyhz dHJ1Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSwKIAkJaWYgKGRyb3BfZXJyKQog CQkJdHhwID0gJmRyb3BwZWRfdHg7CiAKLQkJbWVtY3B5KHR4cCwgUklOR19H RVRfUkVRVUVTVCgmcXVldWUtPnR4LCBjb25zICsgc2xvdHMpLAotCQkgICAg ICAgc2l6ZW9mKCp0eHApKTsKKwkJUklOR19DT1BZX1JFUVVFU1QoJnF1ZXVl LT50eCwgY29ucyArIHNsb3RzLCB0eHApOwogCiAJCS8qIElmIHRoZSBndWVz dCBzdWJtaXR0ZWQgYSBmcmFtZSA+PSA2NCBLaUIgdGhlbgogCQkgKiBmaXJz dC0+c2l6ZSBvdmVyZmxvd2VkIGFuZCBmb2xsb3dpbmcgc2xvdHMgd2lsbApA QCAtMTExMCw4ICsxMTA5LDcgQEAgc3RhdGljIGludCB4ZW52aWZfZ2V0X2V4 dHJhcyhzdHJ1Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSwKIAkJCXJldHVybiAt RUJBRFI7CiAJCX0KIAotCQltZW1jcHkoJmV4dHJhLCBSSU5HX0dFVF9SRVFV RVNUKCZxdWV1ZS0+dHgsIGNvbnMpLAotCQkgICAgICAgc2l6ZW9mKGV4dHJh KSk7CisJCVJJTkdfQ09QWV9SRVFVRVNUKCZxdWV1ZS0+dHgsIGNvbnMsICZl eHRyYSk7CiAJCWlmICh1bmxpa2VseSghZXh0cmEudHlwZSB8fAogCQkJICAg ICBleHRyYS50eXBlID49IFhFTl9ORVRJRl9FWFRSQV9UWVBFX01BWCkpIHsK IAkJCXF1ZXVlLT50eC5yZXFfY29ucyA9ICsrY29uczsKQEAgLTEzMjAsNyAr MTMxOCw3IEBAIHN0YXRpYyB2b2lkIHhlbnZpZl90eF9idWlsZF9nb3BzKHN0 cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCiAJCWlkeCA9IHF1ZXVlLT50 eC5yZXFfY29uczsKIAkJcm1iKCk7IC8qIEVuc3VyZSB0aGF0IHdlIHNlZSB0 aGUgcmVxdWVzdCBiZWZvcmUgd2UgY29weSBpdC4gKi8KLQkJbWVtY3B5KCZ0 eHJlcSwgUklOR19HRVRfUkVRVUVTVCgmcXVldWUtPnR4LCBpZHgpLCBzaXpl b2YodHhyZXEpKTsKKwkJUklOR19DT1BZX1JFUVVFU1QoJnF1ZXVlLT50eCwg aWR4LCAmdHhyZXEpOwogCiAJCS8qIENyZWRpdC1iYXNlZCBzY2hlZHVsaW5n LiAqLwogCQlpZiAodHhyZXEuc2l6ZSA+IHF1ZXVlLT5yZW1haW5pbmdfY3Jl ZGl0ICYmCi0tIAoyLjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch" Content-Transfer-Encoding: base64 RnJvbSAwODRiOGMyZTc3ZjFhYzA3ZTRhM2ExMjFmZjk1N2M0OWE5Mzc5Mzg1 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6MzQ6MDkgKzAwMDAKU3ViamVj dDogW1BBVENIIDQvN10geGVuLWJsa2JhY2s6IG9ubHkgcmVhZCByZXF1ZXN0 IG9wZXJhdGlvbiBmcm9tIHNoYXJlZCByaW5nCiBvbmNlCk1JTUUtVmVyc2lv bjogMS4wCkNvbnRlbnQtVHlwZTogdGV4dC9wbGFpbjsgY2hhcnNldD1VVEYt OApDb250ZW50LVRyYW5zZmVyLUVuY29kaW5nOiA4Yml0CgpBIGNvbXBpbGVy IG1heSBsb2FkIGEgc3dpdGNoIHN0YXRlbWVudCB2YWx1ZSBtdWx0aXBsZSB0 aW1lcywgd2hpY2ggY291bGQKYmUgYmFkIHdoZW4gdGhlIHZhbHVlIGlzIGlu IG1lbW9yeSBzaGFyZWQgd2l0aCB0aGUgZnJvbnRlbmQuCgpXaGVuIGNvbnZl cnRpbmcgYSBub24tbmF0aXZlIHJlcXVlc3QgdG8gYSBuYXRpdmUgb25lLCBl bnN1cmUgdGhhdApzcmMtPm9wZXJhdGlvbiBpcyBvbmx5IGxvYWRlZCBvbmNl IGJ5IHVzaW5nIFJFQURfT05DRSgpLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1 NS4KCkNDOiBzdGFibGVAdmdlci5rZXJuZWwub3JnClNpZ25lZC1vZmYtYnk6 IFJvZ2VyIFBhdSBNb25uw6kgPHJvZ2VyLnBhdUBjaXRyaXguY29tPgpTaWdu ZWQtb2ZmLWJ5OiBEYXZpZCBWcmFiZWwgPGRhdmlkLnZyYWJlbEBjaXRyaXgu Y29tPgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnplc3p1dGVrIFdpbGsgPGtv bnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQogZHJpdmVycy9ibG9jay94ZW4t YmxrYmFjay9jb21tb24uaCB8IDggKysrKy0tLS0KIDEgZmlsZSBjaGFuZ2Vk LCA0IGluc2VydGlvbnMoKyksIDQgZGVsZXRpb25zKC0pCgpkaWZmIC0tZ2l0 IGEvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFjay9jb21tb24uaCBiL2RyaXZl cnMvYmxvY2sveGVuLWJsa2JhY2svY29tbW9uLmgKaW5kZXggNjhlODdhMC4u YzkyOWFlMiAxMDA2NDQKLS0tIGEvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFj ay9jb21tb24uaAorKysgYi9kcml2ZXJzL2Jsb2NrL3hlbi1ibGtiYWNrL2Nv bW1vbi5oCkBAIC00MDgsOCArNDA4LDggQEAgc3RhdGljIGlubGluZSB2b2lk IGJsa2lmX2dldF94ODZfMzJfcmVxKHN0cnVjdCBibGtpZl9yZXF1ZXN0ICpk c3QsCiAJCQkJCXN0cnVjdCBibGtpZl94ODZfMzJfcmVxdWVzdCAqc3JjKQog ewogCWludCBpLCBuID0gQkxLSUZfTUFYX1NFR01FTlRTX1BFUl9SRVFVRVNU LCBqOwotCWRzdC0+b3BlcmF0aW9uID0gc3JjLT5vcGVyYXRpb247Ci0Jc3dp dGNoIChzcmMtPm9wZXJhdGlvbikgeworCWRzdC0+b3BlcmF0aW9uID0gUkVB RF9PTkNFKHNyYy0+b3BlcmF0aW9uKTsKKwlzd2l0Y2ggKGRzdC0+b3BlcmF0 aW9uKSB7CiAJY2FzZSBCTEtJRl9PUF9SRUFEOgogCWNhc2UgQkxLSUZfT1Bf V1JJVEU6CiAJY2FzZSBCTEtJRl9PUF9XUklURV9CQVJSSUVSOgpAQCAtNDU2 LDggKzQ1Niw4IEBAIHN0YXRpYyBpbmxpbmUgdm9pZCBibGtpZl9nZXRfeDg2 XzY0X3JlcShzdHJ1Y3QgYmxraWZfcmVxdWVzdCAqZHN0LAogCQkJCQlzdHJ1 Y3QgYmxraWZfeDg2XzY0X3JlcXVlc3QgKnNyYykKIHsKIAlpbnQgaSwgbiA9 IEJMS0lGX01BWF9TRUdNRU5UU19QRVJfUkVRVUVTVCwgajsKLQlkc3QtPm9w ZXJhdGlvbiA9IHNyYy0+b3BlcmF0aW9uOwotCXN3aXRjaCAoc3JjLT5vcGVy YXRpb24pIHsKKwlkc3QtPm9wZXJhdGlvbiA9IFJFQURfT05DRShzcmMtPm9w ZXJhdGlvbik7CisJc3dpdGNoIChkc3QtPm9wZXJhdGlvbikgewogCWNhc2Ug QkxLSUZfT1BfUkVBRDoKIAljYXNlIEJMS0lGX09QX1dSSVRFOgogCWNhc2Ug QkxLSUZfT1BfV1JJVEVfQkFSUklFUjoKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSAwNmVlN2M3YmViMGI1MjQ1YjFkODc5Yzk3NTNmYWEyY2Y1YWQ5ODkx IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6NDA6NDMgKzAwMDAKU3ViamVj dDogW1BBVENIIDUvN10geGVuLWJsa2JhY2s6IHJlYWQgZnJvbSBpbmRpcmVj dCBkZXNjcmlwdG9ycyBvbmx5IG9uY2UKTUlNRS1WZXJzaW9uOiAxLjAKQ29u dGVudC1UeXBlOiB0ZXh0L3BsYWluOyBjaGFyc2V0PVVURi04CkNvbnRlbnQt VHJhbnNmZXItRW5jb2Rpbmc6IDhiaXQKClNpbmNlIGluZGlyZWN0IGRlc2Ny aXB0b3JzIGFyZSBpbiBtZW1vcnkgc2hhcmVkIHdpdGggdGhlIGZyb250ZW5k LCB0aGUKZnJvbnRlbmQgY291bGQgYWx0ZXIgdGhlIGZpcnN0X3NlY3QgYW5k IGxhc3Rfc2VjdCB2YWx1ZXMgYWZ0ZXIgdGhleSBoYXZlCmJlZW4gdmFsaWRh dGVkIGJ1dCBiZWZvcmUgdGhleSBhcmUgcmVjb3JkZWQgaW4gdGhlIHJlcXVl c3QuICBUaGlzIG1heQpyZXN1bHQgaW4gSS9PIHJlcXVlc3RzIHRoYXQgb3Zl cmZsb3cgdGhlIGZvcmVpZ24gcGFnZSwgcG9zc2libHkKb3ZlcndyaXRpbmcg bG9jYWwgcGFnZXMgd2hlbiB0aGUgSS9PIHJlcXVlc3QgaXMgZXhlY3V0ZWQu CgpXaGVuIHBhcnNpbmcgaW5kaXJlY3QgZGVzY3JpcHRvcnMsIG9ubHkgcmVh ZCBmaXJzdF9zZWN0IGFuZCBsYXN0X3NlY3QKb25jZS4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpTaWdu ZWQtb2ZmLWJ5OiBSb2dlciBQYXUgTW9ubsOpIDxyb2dlci5wYXVAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFi ZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRl ayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMv YmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jIHwgMTUgKysrKysrKysrKy0t LS0tCiAxIGZpbGUgY2hhbmdlZCwgMTAgaW5zZXJ0aW9ucygrKSwgNSBkZWxl dGlvbnMoLSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL2Jsb2NrL3hlbi1ibGti YWNrL2Jsa2JhY2suYyBiL2RyaXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxr YmFjay5jCmluZGV4IGY5MDk5OTQuLjQxZmIxYTkgMTAwNjQ0Ci0tLSBhL2Ry aXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jCisrKyBiL2RyaXZl cnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jCkBAIC05NTAsNiArOTUw LDggQEAgc3RhdGljIGludCB4ZW5fYmxrYmtfcGFyc2VfaW5kaXJlY3Qoc3Ry dWN0IGJsa2lmX3JlcXVlc3QgKnJlcSwKIAkJZ290byB1bm1hcDsKIAogCWZv ciAobiA9IDAsIGkgPSAwOyBuIDwgbnNlZzsgbisrKSB7CisJCXVpbnQ4X3Qg Zmlyc3Rfc2VjdCwgbGFzdF9zZWN0OworCiAJCWlmICgobiAlIFNFR1NfUEVS X0lORElSRUNUX0ZSQU1FKSA9PSAwKSB7CiAJCQkvKiBNYXAgaW5kaXJlY3Qg c2VnbWVudHMgKi8KIAkJCWlmIChzZWdtZW50cykKQEAgLTk1NywxNSArOTU5 LDE4IEBAIHN0YXRpYyBpbnQgeGVuX2Jsa2JrX3BhcnNlX2luZGlyZWN0KHN0 cnVjdCBibGtpZl9yZXF1ZXN0ICpyZXEsCiAJCQlzZWdtZW50cyA9IGttYXBf YXRvbWljKHBhZ2VzW24vU0VHU19QRVJfSU5ESVJFQ1RfRlJBTUVdLT5wYWdl KTsKIAkJfQogCQlpID0gbiAlIFNFR1NfUEVSX0lORElSRUNUX0ZSQU1FOwor CiAJCXBlbmRpbmdfcmVxLT5zZWdtZW50c1tuXS0+Z3JlZiA9IHNlZ21lbnRz W2ldLmdyZWY7Ci0JCXNlZ1tuXS5uc2VjID0gc2VnbWVudHNbaV0ubGFzdF9z ZWN0IC0KLQkJCXNlZ21lbnRzW2ldLmZpcnN0X3NlY3QgKyAxOwotCQlzZWdb bl0ub2Zmc2V0ID0gKHNlZ21lbnRzW2ldLmZpcnN0X3NlY3QgPDwgOSk7Ci0J CWlmICgoc2VnbWVudHNbaV0ubGFzdF9zZWN0ID49IChYRU5fUEFHRV9TSVpF ID4+IDkpKSB8fAotCQkgICAgKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA8IHNl Z21lbnRzW2ldLmZpcnN0X3NlY3QpKSB7CisKKwkJZmlyc3Rfc2VjdCA9IFJF QURfT05DRShzZWdtZW50c1tpXS5maXJzdF9zZWN0KTsKKwkJbGFzdF9zZWN0 ID0gUkVBRF9PTkNFKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCk7CisJCWlmIChs YXN0X3NlY3QgPj0gKFhFTl9QQUdFX1NJWkUgPj4gOSkgfHwgbGFzdF9zZWN0 IDwgZmlyc3Rfc2VjdCkgewogCQkJcmMgPSAtRUlOVkFMOwogCQkJZ290byB1 bm1hcDsKIAkJfQorCisJCXNlZ1tuXS5uc2VjID0gbGFzdF9zZWN0IC0gZmly c3Rfc2VjdCArIDE7CisJCXNlZ1tuXS5vZmZzZXQgPSBmaXJzdF9zZWN0IDw8 IDk7CiAJCXByZXEtPm5yX3NlY3RzICs9IHNlZ1tuXS5uc2VjOwogCX0KIAot LSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Transfer-Encoding: base64 RnJvbSA4OTczOWMxNGM3MmU1YzE2MjZhNWNkNWUwOWNiYjJlZmVhYWRiNmQ4 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBNb24sIDE2IE5vdiAy MDE1IDE4OjAyOjMyICswMDAwClN1YmplY3Q6IFtQQVRDSCA2LzddIHhlbi1z Y3NpYmFjazogc2FmZWx5IGNvcHkgcmVxdWVzdHMKClRoZSBjb3B5IG9mIHRo ZSByaW5nIHJlcXVlc3Qgd2FzIGxhY2tpbmcgYSBmb2xsb3dpbmcgYmFycmll cigpLApwb3RlbnRpYWxseSBhbGxvd2luZyB0aGUgY29tcGlsZXIgdG8gb3B0 aW1pemUgdGhlIGNvcHkgYXdheS4KClVzZSBSSU5HX0NPUFlfUkVRVUVTVCgp IHRvIGVuc3VyZSB0aGUgcmVxdWVzdCBpcyBjb3BpZWQgdG8gbG9jYWwKbWVt b3J5LgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1NS4KCkNDOiBzdGFibGVAdmdl ci5rZXJuZWwub3JnClJldmlld2VkLWJ5OiBKdWVyZ2VuIEdyb3NzIDxqZ3Jv c3NAc3VzZS5jb20+ClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2 aWQudnJhYmVsQGNpdHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBS emVzenV0ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBk cml2ZXJzL3hlbi94ZW4tc2NzaWJhY2suYyB8IDIgKy0KIDEgZmlsZSBjaGFu Z2VkLCAxIGluc2VydGlvbigrKSwgMSBkZWxldGlvbigtKQoKZGlmZiAtLWdp dCBhL2RyaXZlcnMveGVuL3hlbi1zY3NpYmFjay5jIGIvZHJpdmVycy94ZW4v eGVuLXNjc2liYWNrLmMKaW5kZXggNDNiY2FlOC4uYWQ0ZWIxMCAxMDA2NDQK LS0tIGEvZHJpdmVycy94ZW4veGVuLXNjc2liYWNrLmMKKysrIGIvZHJpdmVy cy94ZW4veGVuLXNjc2liYWNrLmMKQEAgLTcyNiw3ICs3MjYsNyBAQCBzdGF0 aWMgaW50IHNjc2liYWNrX2RvX2NtZF9mbihzdHJ1Y3QgdnNjc2lia19pbmZv ICppbmZvKQogCQlpZiAoIXBlbmRpbmdfcmVxKQogCQkJcmV0dXJuIDE7CiAK LQkJcmluZ19yZXEgPSAqUklOR19HRVRfUkVRVUVTVChyaW5nLCByYyk7CisJ CVJJTkdfQ09QWV9SRVFVRVNUKHJpbmcsIHJjLCAmcmluZ19yZXEpOwogCQly aW5nLT5yZXFfY29ucyA9ICsrcmM7CiAKIAkJZXJyID0gcHJlcGFyZV9wZW5k aW5nX3JlcXMoaW5mbywgJnJpbmdfcmVxLCBwZW5kaW5nX3JlcSk7Ci0tIAoy LjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch" Content-Transfer-Encoding: base64 RnJvbSBmNmY0Mzg4YzkxN2NlOTZiMDc1YTIzOWE0NTM1YjhlZmM2MDY0ZDE0 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IE1vbiwg MTYgTm92IDIwMTUgMTI6NDA6NDggLTA1MDAKU3ViamVjdDogW1BBVENIIDcv N10geGVuL3BjaWJhY2s6IFNhdmUgeGVuX3BjaV9vcCBjb21tYW5kcyBiZWZv cmUgcHJvY2Vzc2luZwogaXQKCkRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXRp ZXMgdGhhdCBoYXBwZW4gd2hlbiBhIHZhcmlhYmxlIGlzCmZldGNoZWQgdHdp Y2UgZnJvbSBzaGFyZWQgbWVtb3J5IGJ1dCBhIHNlY3VyaXR5IGNoZWNrIGlz IG9ubHkKcGVyZm9ybWVkIHRoZSBmaXJzdCB0aW1lLgoKVGhlIHhlbl9wY2li a19kb19vcCBmdW5jdGlvbiBwZXJmb3JtcyBhIHN3aXRjaCBzdGF0ZW1lbnRz IG9uIHRoZSBvcC0+Y21kCnZhbHVlIHdoaWNoIGlzIHN0b3JlZCBpbiBzaGFy ZWQgbWVtb3J5LiBJbnRlcmVzdGluZ2x5IHRoaXMgY2FuIHJlc3VsdAppbiBh IGRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXR5IGRlcGVuZGluZyBvbiB0aGUg cGVyZm9ybWVkIGNvbXBpbGVyCm9wdGltaXphdGlvbi4KClRoaXMgcGF0Y2gg Zml4ZXMgaXQgYnkgc2F2aW5nIHRoZSB4ZW5fcGNpX29wIGNvbW1hbmQgYmVm b3JlCnByb2Nlc3NpbmcgaXQuIFdlIGFsc28gdXNlICdiYXJyaWVyJyB0byBt YWtlIHN1cmUgdGhhdCB0aGUKY29tcGlsZXIgZG9lcyBub3QgcGVyZm9ybSBh bnkgb3B0aW1pemF0aW9uLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1NS4KCkND OiBzdGFibGVAdmdlci5rZXJuZWwub3JnClJldmlld2VkLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+ClNpZ25l ZC1vZmYtYnk6IEphbiBCZXVsaWNoIDxKQmV1bGljaEBzdXNlLmNvbT4KU2ln bmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxr b25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMveGVuL3hlbi1w Y2liYWNrL3BjaWJhY2suaCAgICAgfCAgMSArCiBkcml2ZXJzL3hlbi94ZW4t cGNpYmFjay9wY2liYWNrX29wcy5jIHwgMTUgKysrKysrKysrKysrKystCiAy IGZpbGVzIGNoYW5nZWQsIDE1IGluc2VydGlvbnMoKyksIDEgZGVsZXRpb24o LSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2li YWNrLmggYi9kcml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2liYWNrLmgKaW5k ZXggNThlMzhkNS4uNGQ1MjlmMyAxMDA2NDQKLS0tIGEvZHJpdmVycy94ZW4v eGVuLXBjaWJhY2svcGNpYmFjay5oCisrKyBiL2RyaXZlcnMveGVuL3hlbi1w Y2liYWNrL3BjaWJhY2suaApAQCAtMzcsNiArMzcsNyBAQCBzdHJ1Y3QgeGVu X3BjaWJrX2RldmljZSB7CiAJc3RydWN0IHhlbl9wY2lfc2hhcmVkaW5mbyAq c2hfaW5mbzsKIAl1bnNpZ25lZCBsb25nIGZsYWdzOwogCXN0cnVjdCB3b3Jr X3N0cnVjdCBvcF93b3JrOworCXN0cnVjdCB4ZW5fcGNpX29wIG9wOwogfTsK IAogc3RydWN0IHhlbl9wY2lia19kZXZfZGF0YSB7CmRpZmYgLS1naXQgYS9k cml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2liYWNrX29wcy5jIGIvZHJpdmVy cy94ZW4veGVuLXBjaWJhY2svcGNpYmFja19vcHMuYwppbmRleCBjNGEwNjY2 Li5hMGUwZTNlIDEwMDY0NAotLS0gYS9kcml2ZXJzL3hlbi94ZW4tcGNpYmFj ay9wY2liYWNrX29wcy5jCisrKyBiL2RyaXZlcnMveGVuL3hlbi1wY2liYWNr L3BjaWJhY2tfb3BzLmMKQEAgLTI5OCw5ICsyOTgsMTEgQEAgdm9pZCB4ZW5f cGNpYmtfZG9fb3Aoc3RydWN0IHdvcmtfc3RydWN0ICpkYXRhKQogCQljb250 YWluZXJfb2YoZGF0YSwgc3RydWN0IHhlbl9wY2lia19kZXZpY2UsIG9wX3dv cmspOwogCXN0cnVjdCBwY2lfZGV2ICpkZXY7CiAJc3RydWN0IHhlbl9wY2li a19kZXZfZGF0YSAqZGV2X2RhdGEgPSBOVUxMOwotCXN0cnVjdCB4ZW5fcGNp X29wICpvcCA9ICZwZGV2LT5zaF9pbmZvLT5vcDsKKwlzdHJ1Y3QgeGVuX3Bj aV9vcCAqb3AgPSAmcGRldi0+b3A7CiAJaW50IHRlc3RfaW50eCA9IDA7CiAK Kwkqb3AgPSBwZGV2LT5zaF9pbmZvLT5vcDsKKwliYXJyaWVyKCk7CiAJZGV2 ID0geGVuX3BjaWJrX2dldF9wY2lfZGV2KHBkZXYsIG9wLT5kb21haW4sIG9w LT5idXMsIG9wLT5kZXZmbik7CiAKIAlpZiAoZGV2ID09IE5VTEwpCkBAIC0z NDIsNiArMzQ0LDE3IEBAIHZvaWQgeGVuX3BjaWJrX2RvX29wKHN0cnVjdCB3 b3JrX3N0cnVjdCAqZGF0YSkKIAkJaWYgKChkZXZfZGF0YS0+ZW5hYmxlX2lu dHggIT0gdGVzdF9pbnR4KSkKIAkJCXhlbl9wY2lia19jb250cm9sX2lzcihk ZXYsIDAgLyogbm8gcmVzZXQgKi8pOwogCX0KKwlwZGV2LT5zaF9pbmZvLT5v cC5lcnIgPSBvcC0+ZXJyOworCXBkZXYtPnNoX2luZm8tPm9wLnZhbHVlID0g b3AtPnZhbHVlOworI2lmZGVmIENPTkZJR19QQ0lfTVNJCisJaWYgKG9wLT5j bWQgPT0gWEVOX1BDSV9PUF9lbmFibGVfbXNpeCAmJiBvcC0+ZXJyID09IDAp IHsKKwkJdW5zaWduZWQgaW50IGk7CisKKwkJZm9yIChpID0gMDsgaSA8IG9w LT52YWx1ZTsgaSsrKQorCQkJcGRldi0+c2hfaW5mby0+b3AubXNpeF9lbnRy aWVzW2ldLnZlY3RvciA9CisJCQkJb3AtPm1zaXhfZW50cmllc1tpXS52ZWN0 b3I7CisJfQorI2VuZGlmCiAJLyogVGVsbCB0aGUgZHJpdmVyIGRvbWFpbiB0 aGF0IHdlJ3JlIGRvbmUuICovCiAJd21iKCk7CiAJY2xlYXJfYml0KF9YRU5f UENJRl9hY3RpdmUsICh1bnNpZ25lZCBsb25nICopJnBkZXYtPnNoX2luZm8t PmZsYWdzKTsKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSBhNTY0NTZhYzNkZjI4NDMyZmZmNDRhOWE5NjIzZTJkZGZjODI2MTA2 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBUdWUsIDI0IE5vdiAy MDE1IDAyOjUxOjU2ICswMDAwClN1YmplY3Q6IFtQQVRDSCAxLzVdIG5ldGJz ZC94ZW46IEFkZCBSSU5HX0NPUFlfUkVRVUVTVCgpCgpVc2luZyBSSU5HX0dF VF9SRVFVRVNUKCkgb24gYSBzaGFyZWQgcmluZyBpcyBlYXN5IHRvIHVzZSBp bmNvcnJlY3RseQooaS5lLiwgYnkgbm90IGNvbnNpZGVyaW5nIHRoYXQgdGhl IG90aGVyIGVuZCBtYXkgYWx0ZXIgdGhlIGRhdGEgaW4gdGhlCnNoYXJlZCBy aW5nIHdoaWxlIGl0IGlzIGJlaW5nIGluc3BlY3RlZCkuICBTYWZlIHVzYWdl IG9mIGEgcmVxdWVzdApnZW5lcmFsbHkgcmVxdWlyZXMgdGFraW5nIGEgbG9j YWwgY29weS4KClByb3ZpZGUgYSBSSU5HX0NPUFlfUkVRVUVTVCgpIG1hY3Jv IHRvIHVzZSBpbnN0ZWFkIG9mClJJTkdfR0VUX1JFUVVFU1QoKSBhbmQgYW4g b3Blbi1jb2RlZCBtZW1jcHkoKS4gIFRoaXMgdGFrZXMgY2FyZSBvZgplbnN1 cmluZyB0aGF0IHRoZSBjb3B5IGlzIGRvbmUgY29ycmVjdGx5IHJlZ2FyZGxl c3Mgb2YgYW55IHBvc3NpYmxlCmNvbXBpbGVyIG9wdGltaXphdGlvbnMuCgpV c2UgYSB2b2xhdGlsZSBzb3VyY2UgdG8gcHJldmVudCB0aGUgY29tcGlsZXIg ZnJvbSByZW9yZGVyaW5nIG9yCm9taXR0aW5nIHRoZSBjb3B5LgoKVGhpcyBp cyBwYXJ0IG9mIFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJl bCA8ZGF2aWQudnJhYmVsQGNpdHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtv bnJhZCBSemVzenV0ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4K LS0tCnYyOiBVcGRhdGUgY29tbWVudCBhYm91dCBHQ0MgYnVnLgotLS0KIGFy Y2gveGVuL2luY2x1ZGUveGVuLXB1YmxpYy9pby9yaW5nLmggfCAxNCArKysr KysrKysrKysrKwogMSBmaWxlIGNoYW5nZWQsIDE0IGluc2VydGlvbnMoKykK CmRpZmYgLS1naXQgYS9hcmNoL3hlbi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8v cmluZy5oIGIvYXJjaC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3Jpbmcu aAppbmRleCAwOWMxODZjLi42MzBiODBlIDEwMDY0NAotLS0gYS9hcmNoL3hl bi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8vcmluZy5oCisrKyBiL2FyY2gveGVu L2luY2x1ZGUveGVuLXB1YmxpYy9pby9yaW5nLmgKQEAgLTIzNiw2ICsyMzYs MjAgQEAgdHlwZWRlZiBzdHJ1Y3QgX19uYW1lIyNfYmFja19yaW5nIF9fbmFt ZSMjX2JhY2tfcmluZ190CiAjZGVmaW5lIFJJTkdfR0VUX1JFUVVFU1QoX3Is IF9pZHgpICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBc CiAgICAgKCYoKF9yKS0+c3JpbmctPnJpbmdbKChfaWR4KSAmIChSSU5HX1NJ WkUoX3IpIC0gMSkpXS5yZXEpKQogCisvKgorICogR2V0IGEgbG9jYWwgY29w eSBvZiBhIHJlcXVlc3QuCisgKgorICogVXNlIHRoaXMgaW4gcHJlZmVyZW5j ZSB0byBSSU5HX0dFVF9SRVFVRVNUKCkgc28gYWxsIHByb2Nlc3NpbmcgaXMK KyAqIGRvbmUgb24gYSBsb2NhbCBjb3B5IHRoYXQgY2Fubm90IGJlIG1vZGlm aWVkIGJ5IHRoZSBvdGhlciBlbmQuCisgKgorICogTm90ZSB0aGF0IGh0dHBz Oi8vZ2NjLmdudS5vcmcvYnVnemlsbGEvc2hvd19idWcuY2dpP2lkPTU4MTQ1 IG1heSBjYXVzZSB0aGlzCisgKiB0byBiZSBpbmVmZmVjdGl2ZSB3aGVyZSBf cmVxIGlzIGEgc3RydWN0IHdoaWNoIGNvbnNpc3RzIG9mIG9ubHkgYml0Zmll bGRzLgorICovCisjZGVmaW5lIFJJTkdfQ09QWV9SRVFVRVNUKF9yLCBfaWR4 LCBfcmVxKSBkbyB7CQkJCVwKKwkvKiBVc2Ugdm9sYXRpbGUgdG8gZm9yY2Ug dGhlIGNvcHkgaW50byBfcmVxLiAqLwkJCVwKKwkqKF9yZXEpID0gKih2b2xh dGlsZSB0eXBlb2YoX3JlcSkpUklOR19HRVRfUkVRVUVTVChfciwgX2lkeCk7 CVwKK30gd2hpbGUgKDApCisKICNkZWZpbmUgUklOR19HRVRfUkVTUE9OU0Uo X3IsIF9pZHgpICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg IFwKICAgICAoJigoX3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdf U0laRShfcikgLSAxKSldLnJzcCkpCiAKLS0gCjIuNS4yCgo= --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch" Content-Transfer-Encoding: base64 RnJvbSAxYzY5N2NhNzZhNjcwYjA4ODNjZDZhMjAzODI4YzMzY2NmNGVjYjFl IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTM6MTYgKzAwMDAKU3ViamVjdDogW1BBVENIIDIv NV0gbmV0YnNkL25ldGJhY2s6IFVzZSBSSU5HX0NPUFlfUkVRVUVTVCBpbnN0 ZWFkIG9mCiBSSU5HX1JFUV9SRVFVRVNUCgpUaGlzIHdheSB3ZSBvcGVyYXRl IG9uIGEgbG9jYWwgY29weSBvZiB0aGUgZ3Vlc3QgUnguIFRoaXMgaXMgbW9y ZSB0aGFuCm5lY2Nlc3NhcnkgYXMgb25seSB0aGUgaWQgYW5kIGdyZWYgZmll bGRzIGFyZSB1c2VkIGFuZCBpdCBpcyBoYXJtbGVzcwppZiB0aGUgZnJvbnRl bmQgbW9kaWZpZXMgdGhlc2UuCgpGb3IgdGhlIFRYIHdlIGFsc28gY29weSB0 aGUgcmVxdWVzdCBhbmQgbWFrZSBzdXJlIHRvIHVzZSBvbmx5IHRoZQpsb2Nh bCBjb3B5LgoKVGhpcyBpcyBiYXNlZCBvZmYgTGludXggJ3hlbi1uZXRiYWNr OiB1c2UgUklOR19DT1BZX1JFUVVFU1QoKSB0aHJvdWdob3V0JwpwYXRjaC4K ClRoaXMgaXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25y YWQgUnplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0t LQogYXJjaC94ZW4veGVuL3hlbm5ldGJhY2tfeGVuYnVzLmMgfCA3OCArKysr KysrKysrKysrKysrKysrKy0tLS0tLS0tLS0tLS0tLS0tLS0tCiAxIGZpbGUg Y2hhbmdlZCwgNDAgaW5zZXJ0aW9ucygrKSwgMzggZGVsZXRpb25zKC0pCgpk aWZmIC0tZ2l0IGEvYXJjaC94ZW4veGVuL3hlbm5ldGJhY2tfeGVuYnVzLmMg Yi9hcmNoL3hlbi94ZW4veGVubmV0YmFja194ZW5idXMuYwppbmRleCA3Y2Mx NGFmLi4wZWYyMzUzIDEwMDY0NAotLS0gYS9hcmNoL3hlbi94ZW4veGVubmV0 YmFja194ZW5idXMuYworKysgYi9hcmNoL3hlbi94ZW4veGVubmV0YmFja194 ZW5idXMuYwpAQCAtNzE1LDcgKzcxNSw3IEBAIHhlbm5ldGJhY2tfZXZ0aGFu ZGxlcih2b2lkICphcmcpCiB7CiAJc3RydWN0IHhuZXRiYWNrX2luc3RhbmNl ICp4bmV0aSA9IGFyZzsKIAlzdHJ1Y3QgaWZuZXQgKmlmcCA9ICZ4bmV0aS0+ eG5pX2lmOwotCW5ldGlmX3R4X3JlcXVlc3RfdCAqdHhyZXE7CisJbmV0aWZf dHhfcmVxdWVzdF90IHR4cmVxOwogCXN0cnVjdCB4bmlfcGt0ICpwa3Q7CiAJ dmFkZHJfdCBwa3RfdmE7CiAJc3RydWN0IG1idWYgKm07CkBAIC03MzMsMzYg KzczMywzNiBAQCB4ZW5uZXRiYWNrX2V2dGhhbmRsZXIodm9pZCAqYXJnKQog CQkgICAgcmVjZWl2ZV9wZW5kaW5nKTsKIAkJaWYgKHJlY2VpdmVfcGVuZGlu ZyA9PSAwKQogCQkJYnJlYWs7Ci0JCXR4cmVxID0gUklOR19HRVRfUkVRVUVT VCgmeG5ldGktPnhuaV90eHJpbmcsIHJlcV9jb25zKTsKKwkJUklOR19DT1BZ X1JFUVVFU1QoJnhuZXRpLT54bmlfdHhyaW5nLCByZXFfY29ucywgJnR4cmVx KTsKIAkJeGVuX3JtYigpOwogCQlYRU5QUklOVEYoKCIlcyBwa3Qgc2l6ZSAl ZFxuIiwgeG5ldGktPnhuaV9pZi5pZl94bmFtZSwKLQkJICAgIHR4cmVxLT5z aXplKSk7CisJCSAgICB0eHJlcS5zaXplKSk7CiAJCXJlcV9jb25zKys7CiAJ CWlmIChfX3ByZWRpY3RfZmFsc2UoKGlmcC0+aWZfZmxhZ3MgJiAoSUZGX1VQ IHwgSUZGX1JVTk5JTkcpKSAhPQogCQkgICAgKElGRl9VUCB8IElGRl9SVU5O SU5HKSkpIHsKIAkJCS8qIGludGVyZmFjZSBub3QgdXAsIGRyb3AgKi8KLQkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLT5pZCwKKwkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLmlkLAogCQkJ ICAgIE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCWNvbnRpbnVlOwogCQl9CiAJ CS8qCiAJCSAqIERvIHNvbWUgc2FuaXR5IGNoZWNrcywgYW5kIG1hcCB0aGUg cGFja2V0J3MgcGFnZS4KIAkJICovCi0JCWlmIChfX3ByZWRpY3RfZmFsc2Uo dHhyZXEtPnNpemUgPCBFVEhFUl9IRFJfTEVOIHx8Ci0JCSAgIHR4cmVxLT5z aXplID4gKEVUSEVSX01BWF9MRU4gLSBFVEhFUl9DUkNfTEVOKSkpIHsKKwkJ aWYgKF9fcHJlZGljdF9mYWxzZSh0eHJlcS5zaXplIDwgRVRIRVJfSERSX0xF TiB8fAorCQkgICB0eHJlcS5zaXplID4gKEVUSEVSX01BWF9MRU4gLSBFVEhF Ul9DUkNfTEVOKSkpIHsKIAkJCXByaW50ZigiJXM6IHBhY2tldCBzaXplICVk IHRvbyBiaWdcbiIsCi0JCQkgICAgaWZwLT5pZl94bmFtZSwgdHhyZXEtPnNp emUpOwotCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEt PmlkLAorCQkJICAgIGlmcC0+aWZfeG5hbWUsIHR4cmVxLnNpemUpOworCQkJ eGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkg ICAgTkVUSUZfUlNQX0VSUk9SKTsKIAkJCWlmcC0+aWZfaWVycm9ycysrOwog CQkJY29udGludWU7CiAJCX0KIAkJLyogZG9uJ3QgY3Jvc3MgcGFnZSBib3Vu ZGFyaWVzICovCiAJCWlmIChfX3ByZWRpY3RfZmFsc2UoCi0JCSAgICB0eHJl cS0+b2Zmc2V0ICsgdHhyZXEtPnNpemUgPiBQQUdFX1NJWkUpKSB7CisJCSAg ICB0eHJlcS5vZmZzZXQgKyB0eHJlcS5zaXplID4gUEFHRV9TSVpFKSkgewog CQkJcHJpbnRmKCIlczogcGFja2V0IGNyb3NzIHBhZ2UgYm91bmRhcnlcbiIs CiAJCQkgICAgaWZwLT5pZl94bmFtZSk7Ci0JCQl4ZW5uZXRiYWNrX3R4X3Jl c3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQl4ZW5uZXRiYWNrX3R4X3Jl c3BvbnNlKHhuZXRpLCB0eHJlcS5pZCwKIAkJCSAgICBORVRJRl9SU1BfRVJS T1IpOwogCQkJaWZwLT5pZl9pZXJyb3JzKys7CiAJCQljb250aW51ZTsKQEAg LTc3NCwxNSArNzc0LDE1IEBAIHhlbm5ldGJhY2tfZXZ0aGFuZGxlcih2b2lk ICphcmcpCiAJCQlpZiAocmF0ZWNoZWNrKCZsYXN0dGltZSwgJnhuaV9wb29s X2VycmludHZsKSkKIAkJCQlwcmludGYoIiVzOiBtYnVmIGFsbG9jIGZhaWxl ZFxuIiwKIAkJCQkgICAgaWZwLT5pZl94bmFtZSk7Ci0JCQl4ZW5uZXRiYWNr X3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQl4ZW5uZXRiYWNr X3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS5pZCwKIAkJCSAgICBORVRJRl9S U1BfRFJPUFBFRCk7CiAJCQlpZnAtPmlmX2llcnJvcnMrKzsKIAkJCWNvbnRp bnVlOwogCQl9CiAKIAkJWEVOUFJJTlRGKCgiJXMgcGt0IG9mZnNldCAlZCBz aXplICVkIGlkICVkIHJlcV9jb25zICVkXG4iLAotCQkgICAgeG5ldGktPnhu aV9pZi5pZl94bmFtZSwgdHhyZXEtPm9mZnNldCwKLQkJICAgIHR4cmVxLT5z aXplLCB0eHJlcS0+aWQsIE1BU0tfTkVUSUZfVFhfSURYKHJlcV9jb25zKSkp OworCQkgICAgeG5ldGktPnhuaV9pZi5pZl94bmFtZSwgdHhyZXEub2Zmc2V0 LAorCQkgICAgdHhyZXEuc2l6ZSwgdHhyZXEuaWQsIE1BU0tfTkVUSUZfVFhf SURYKHJlcV9jb25zKSkpOwogCQkKIAkJcGt0ID0gcG9vbF9nZXQoJnhuaV9w a3RfcG9vbCwgUFJfTk9XQUlUKTsKIAkJaWYgKF9fcHJlZGljdF9mYWxzZShw a3QgPT0gTlVMTCkpIHsKQEAgLTc5MCwxNiArNzkwLDE2IEBAIHhlbm5ldGJh Y2tfZXZ0aGFuZGxlcih2b2lkICphcmcpCiAJCQlpZiAocmF0ZWNoZWNrKCZs YXN0dGltZSwgJnhuaV9wb29sX2VycmludHZsKSkKIAkJCQlwcmludGYoIiVz OiB4bmJwa3QgYWxsb2MgZmFpbGVkXG4iLAogCQkJCSAgICBpZnAtPmlmX3hu YW1lKTsKLQkJCXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVx LT5pZCwKKwkJCXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVx LmlkLAogCQkJICAgIE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCWlmcC0+aWZf aWVycm9ycysrOwogCQkJbV9mcmVlbShtKTsKIAkJCWNvbnRpbnVlOwogCQl9 Ci0JCWVyciA9IHhlbl9zaG1fbWFwKDEsIHhuZXRpLT54bmlfZG9taWQsICZ0 eHJlcS0+Z3JlZiwgJnBrdF92YSwKKwkJZXJyID0geGVuX3NobV9tYXAoMSwg eG5ldGktPnhuaV9kb21pZCwgJnR4cmVxLmdyZWYsICZwa3RfdmEsCiAJCSAg ICAmcGt0LT5wa3RfaGFuZGxlLCBYU0hNX1JPKTsKIAkJaWYgKF9fcHJlZGlj dF9mYWxzZShlcnIgPT0gRU5PTUVNKSkgewotCQkJeGVubmV0YmFja190eF9y ZXNwb25zZSh4bmV0aSwgdHhyZXEtPmlkLAorCQkJeGVubmV0YmFja190eF9y ZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkgICAgTkVUSUZfUlNQX0RS T1BQRUQpOwogCQkJaWZwLT5pZl9pZXJyb3JzKys7CiAJCQlwb29sX3B1dCgm eG5pX3BrdF9wb29sLCBwa3QpOwpAQCAtODEwLDcgKzgxMCw3IEBAIHhlbm5l dGJhY2tfZXZ0aGFuZGxlcih2b2lkICphcmcpCiAJCWlmIChfX3ByZWRpY3Rf ZmFsc2UoZXJyKSkgewogCQkJcHJpbnRmKCIlczogbWFwcGluZyBmb3JlaW5n IHBhZ2UgZmFpbGVkOiAlZFxuIiwKIAkJCSAgICB4bmV0aS0+eG5pX2lmLmlm X3huYW1lLCBlcnIpOwotCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0 aSwgdHhyZXEtPmlkLAorCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0 aSwgdHhyZXEuaWQsCiAJCQkgICAgTkVUSUZfUlNQX0VSUk9SKTsKIAkJCWlm cC0+aWZfaWVycm9ycysrOwogCQkJcG9vbF9wdXQoJnhuaV9wa3RfcG9vbCwg cGt0KTsKQEAgLTgyMCwxMyArODIwLDEzIEBAIHhlbm5ldGJhY2tfZXZ0aGFu ZGxlcih2b2lkICphcmcpCiAKIAkJaWYgKChpZnAtPmlmX2ZsYWdzICYgSUZG X1BST01JU0MpID09IDApIHsKIAkJCXN0cnVjdCBldGhlcl9oZWFkZXIgKmVo ID0KLQkJCSAgICAodm9pZCopKHBrdF92YSArIHR4cmVxLT5vZmZzZXQpOwor CQkJICAgICh2b2lkKikocGt0X3ZhICsgdHhyZXEub2Zmc2V0KTsKIAkJCWlm IChFVEhFUl9JU19NVUxUSUNBU1QoZWgtPmV0aGVyX2Rob3N0KSA9PSAwICYm CiAJCQkgICAgbWVtY21wKENMTEFERFIoaWZwLT5pZl9zYWRsKSwgZWgtPmV0 aGVyX2Rob3N0LAogCQkJICAgIEVUSEVSX0FERFJfTEVOKSAhPSAwKSB7CiAJ CQkJeG5pX3BrdF91bm1hcChwa3QsIHBrdF92YSk7CiAJCQkJbV9mcmVlbSht KTsKLQkJCQl4ZW5uZXRiYWNrX3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+ aWQsCisJCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEu aWQsCiAJCQkJICAgIE5FVElGX1JTUF9PS0FZKTsKIAkJCQljb250aW51ZTsg LyogcGFja2V0IGlzIG5vdCBmb3IgdXMgKi8KIAkJCX0KQEAgLTg0NSwzMSAr ODQ1LDMxIEBAIHNvIGFsd2F5cyBjb3B5IGZvciBub3cuCiAJCQkgKiBhY2sg aXQuIERlbGF5aW5nIGl0IHVudGlsIHRoZSBtYnVmIGlzCiAJCQkgKiBmcmVl ZCB3aWxsIHN0YWxsIHRyYW5zbWl0LgogCQkJICovCi0JCQltLT5tX2xlbiA9 IG1pbihNSExFTiwgdHhyZXEtPnNpemUpOworCQkJbS0+bV9sZW4gPSBtaW4o TUhMRU4sIHR4cmVxLnNpemUpOwogCQkJbS0+bV9wa3RoZHIubGVuID0gMDsK LQkJCW1fY29weWJhY2sobSwgMCwgdHhyZXEtPnNpemUsCi0JCQkgICAgKHZv aWQgKikocGt0X3ZhICsgdHhyZXEtPm9mZnNldCkpOworCQkJbV9jb3B5YmFj ayhtLCAwLCB0eHJlcS5zaXplLAorCQkJICAgICh2b2lkICopKHBrdF92YSAr IHR4cmVxLm9mZnNldCkpOwogCQkJeG5pX3BrdF91bm1hcChwa3QsIHBrdF92 YSk7Ci0JCQlpZiAobS0+bV9wa3RoZHIubGVuIDwgdHhyZXEtPnNpemUpIHsK KwkJCWlmIChtLT5tX3BrdGhkci5sZW4gPCB0eHJlcS5zaXplKSB7CiAJCQkJ aWZwLT5pZl9pZXJyb3JzKys7CiAJCQkJbV9mcmVlbShtKTsKLQkJCQl4ZW5u ZXRiYWNrX3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQkJeGVu bmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkJICAg IE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCQljb250aW51ZTsKIAkJCX0KLQkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLT5pZCwKKwkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLmlkLAogCQkJ ICAgIE5FVElGX1JTUF9PS0FZKTsKIAkJfSBlbHNlIHsKIAotCQkJcGt0LT5w a3RfaWQgPSB0eHJlcS0+aWQ7CisJCQlwa3QtPnBrdF9pZCA9IHR4cmVxLmlk OwogCQkJcGt0LT5wa3RfeG5ldGkgPSB4bmV0aTsKIAotCQkJTUVYVEFERCht LCBwa3RfdmEgKyB0eHJlcS0+b2Zmc2V0LAotCQkJICAgIHR4cmVxLT5zaXpl LCBNX0RFVkJVRiwgeGVubmV0YmFja190eF9mcmVlLCBwa3QpOwotCQkJbS0+ bV9wa3RoZHIubGVuID0gbS0+bV9sZW4gPSB0eHJlcS0+c2l6ZTsKKwkJCU1F WFRBREQobSwgcGt0X3ZhICsgdHhyZXEub2Zmc2V0LAorCQkJICAgIHR4cmVx LnNpemUsIE1fREVWQlVGLCB4ZW5uZXRiYWNrX3R4X2ZyZWUsIHBrdCk7CisJ CQltLT5tX3BrdGhkci5sZW4gPSBtLT5tX2xlbiA9IHR4cmVxLnNpemU7CiAJ CQltLT5tX2ZsYWdzIHw9IE1fRVhUX1JPTUFQOwogCQl9Ci0JCWlmICgodHhy ZXEtPmZsYWdzICYgTkVUVFhGX2NzdW1fYmxhbmspICE9IDApIHsKKwkJaWYg KCh0eHJlcS5mbGFncyAmIE5FVFRYRl9jc3VtX2JsYW5rKSAhPSAwKSB7CiAJ CQl4ZW5uZXRfY2hlY2tzdW1fZmlsbCgmbSk7CiAJCQlpZiAobSA9PSBOVUxM KSB7CiAJCQkJaWZwLT5pZl9pZXJyb3JzKys7CkBAIC05NTMsNiArOTUzLDcg QEAgeGVubmV0YmFja19pZnNvZnRzdGFydF90cmFuc2Zlcih2b2lkICphcmcp CiAJbW11X3VwZGF0ZV90ICptbXVwOwogCW11bHRpY2FsbF9lbnRyeV90ICpt Y2xwOwogCW5ldGlmX3J4X3Jlc3BvbnNlX3QgKnJ4cmVzcDsKKwluZXRpZl9y eF9yZXF1ZXN0X3QgcnhyZXE7CiAJUklOR19JRFggcmVxX3Byb2QsIHJlc3Bf cHJvZDsKIAlpbnQgZG9fZXZlbnQgPSAwOwogCWdudHRhYl90cmFuc2Zlcl90 ICpnb3A7CkBAIC0xMDI4LDEwICsxMDI5LDEwIEBAIHhlbm5ldGJhY2tfaWZz b2Z0c3RhcnRfdHJhbnNmZXIodm9pZCAqYXJnKQogCQkJCW5wcGl0ZW1zKys7 CiAJCQl9CiAJCQkvKiBzdGFydCBmaWxsaW5nIHJpbmcgKi8KLQkJCWdvcC0+ cmVmID0gUklOR19HRVRfUkVRVUVTVCgmeG5ldGktPnhuaV9yeHJpbmcsCi0J CQkgICAgeG5ldGktPnhuaV9yeHJpbmcucmVxX2NvbnMpLT5ncmVmOwotCQkJ aWQgPSBSSU5HX0dFVF9SRVFVRVNUKCZ4bmV0aS0+eG5pX3J4cmluZywKLQkJ CSAgICB4bmV0aS0+eG5pX3J4cmluZy5yZXFfY29ucyktPmlkOworCQkJUklO R19DT1BZX1JFUVVFU1QoJnhuZXRpLT54bmlfcnhyaW5nLAorCQkJICAgIHhu ZXRpLT54bmlfcnhyaW5nLnJlcV9jb25zLCAmcnhyZXEpOworCQkJZ29wLT5y ZWYgPSByeHJlcS5ncmVmOworCQkJaWQgPSByeHJlcS5pZDsKIAkJCXhlbl9y bWIoKTsKIAkJCXhuZXRpLT54bmlfcnhyaW5nLnJlcV9jb25zKys7CiAJCQly eHJlc3AgPSBSSU5HX0dFVF9SRVNQT05TRSgmeG5ldGktPnhuaV9yeHJpbmcs CkBAIC0xMTk4LDYgKzExOTksNyBAQCB4ZW5uZXRiYWNrX2lmc29mdHN0YXJ0 X2NvcHkodm9pZCAqYXJnKQogCXBhZGRyX3QgeG1pdF9tYTsKIAlpbnQgaSwg ajsKIAluZXRpZl9yeF9yZXNwb25zZV90ICpyeHJlc3A7CisJbmV0aWZfcnhf cmVxdWVzdF90IHJ4cmVxOwogCVJJTkdfSURYIHJlcV9wcm9kLCByZXNwX3By b2Q7CiAJaW50IGRvX2V2ZW50ID0gMDsKIAlnbnR0YWJfY29weV90ICpnb3A7 CkBAIC0xMzA5LDE2ICsxMzExLDE2IEBAIHhlbm5ldGJhY2tfaWZzb2Z0c3Rh cnRfY29weSh2b2lkICphcmcpCiAJCQlnb3AtPnNvdXJjZS5kb21pZCA9IERP TUlEX1NFTEY7CiAJCQlnb3AtPnNvdXJjZS51LmdtZm4gPSB4bWl0X21hID4+ IFBBR0VfU0hJRlQ7CiAKLQkJCWdvcC0+ZGVzdC51LnJlZiA9IFJJTkdfR0VU X1JFUVVFU1QoJnhuZXRpLT54bmlfcnhyaW5nLAotCQkJICAgIHhuZXRpLT54 bmlfcnhyaW5nLnJlcV9jb25zKS0+Z3JlZjsKKwkJCVJJTkdfQ09QWV9SRVFV RVNUKCZ4bmV0aS0+eG5pX3J4cmluZywKKwkJCSAgICB4bmV0aS0+eG5pX3J4 cmluZy5yZXFfY29ucywgJnJ4cmVxKTsKKwkJCWdvcC0+ZGVzdC51LnJlZiA9 IHJ4cmVxLmdyZWY7CiAJCQlnb3AtPmRlc3Qub2Zmc2V0ID0gMDsKIAkJCWdv cC0+ZGVzdC5kb21pZCA9IHhuZXRpLT54bmlfZG9taWQ7CiAKIAkJCWdvcC0+ bGVuID0gbS0+bV9wa3RoZHIubGVuOwogCQkJZ29wKys7CiAKLQkJCWlkID0g UklOR19HRVRfUkVRVUVTVCgmeG5ldGktPnhuaV9yeHJpbmcsCi0JCQkgICAg eG5ldGktPnhuaV9yeHJpbmcucmVxX2NvbnMpLT5pZDsKKwkJCWlkID0gcnhy ZXEuaWQ7CiAJCQl4ZW5fcm1iKCk7CiAJCQl4bmV0aS0+eG5pX3J4cmluZy5y ZXFfY29ucysrOwogCQkJcnhyZXNwID0gUklOR19HRVRfUkVTUE9OU0UoJnhu ZXRpLT54bmlfcnhyaW5nLAotLSAKMi41LjIKCg== --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch" Content-Transfer-Encoding: base64 RnJvbSBiMzY3Y2RiYTBjYzNlMmRlNDIzN2NhNzRmMzEwNDMxNDFkZWRhODky IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTQ6NDUgKzAwMDAKU3ViamVjdDogW1BBVENIIDMv NV0gbmV0YnNkL3Jpbmc6IEFkZCAnYmFycmllcicgdG8gcHJvdmlkZSBhbiBj b21waWxlcgogYmFycmllci4KCldlIG5lZWQgYW4gbWVjaGFuaXNtIHRvIGRp c2FibGUgdGhlIGNvbXBpbGVyIGZyb20gZ2VuZXJhdGluZyB0byBtdWNoCm9w dGltaXphdGlvbi4gVXNpbmcgdGhlICdiYXJyaWVyJyBtYWNybyB3aWxsIG1h a2UgdGhlIGNvbXBpbGVyIG5vdApvcHRpbWl6ZSB2YXJpYWJsZXMgcGFzdCB0 aGUgJ2JhcnJpZXInIChhcyBpbiwgcmUtdXNlIHRoZSByZWdpc3RlcnMKb3Ig b25seSByZWFkIHBhcnQgb2YgYSB2YWx1ZSBmcm9tIGEgbWVtb3J5KS4KClRo aXMgaXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQog YXJjaC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3JpbmcuaCB8IDIgKysK IDEgZmlsZSBjaGFuZ2VkLCAyIGluc2VydGlvbnMoKykKCmRpZmYgLS1naXQg YS9hcmNoL3hlbi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8vcmluZy5oIGIvYXJj aC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3JpbmcuaAppbmRleCAzMTZi Y2ViLi41Mjc4ZDA2IDEwMDY0NAotLS0gYS9hcmNoL3hlbi9pbmNsdWRlL3hl bi1wdWJsaWMvaW8vcmluZy5oCisrKyBiL2FyY2gveGVuL2luY2x1ZGUveGVu LXB1YmxpYy9pby9yaW5nLmgKQEAgLTM1LDYgKzM1LDcgQEAKICNkZWZpbmUg eGVuX21iKCkgIG1iKCkKICNkZWZpbmUgeGVuX3JtYigpIHJtYigpCiAjZGVm aW5lIHhlbl93bWIoKSB3bWIoKQorI2RlZmluZSBiYXJyaWVyKCkgICAgIF9f YXNtX18gX192b2xhdGlsZV9fKCIiOiA6IDoibWVtb3J5IikKICNlbmRpZgog I2VuZGlmCiAKQEAgLTQyLDYgKzQzLDcgQEAKICNkZWZpbmUgeGVuX21iKCkg IHg4Nl9tZmVuY2UoKQogI2RlZmluZSB4ZW5fcm1iKCkgeDg2X2xmZW5jZSgp CiAjZGVmaW5lIHhlbl93bWIoKSB4ODZfc2ZlbmNlKCkKKyNkZWZpbmUgYmFy cmllcigpICAgICBfX2FzbV9fIF9fdm9sYXRpbGVfXygiIjogOiA6Im1lbW9y eSIpCiAjZW5kaWYKIAogdHlwZWRlZiB1bnNpZ25lZCBpbnQgUklOR19JRFg7 Ci0tIAoyLjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch" Content-Transfer-Encoding: base64 RnJvbSBhMGM1MjgyYWZmNTFkNWU2NTIwY2FhOTA0MjA3Yjk3MzU2N2Q5MjBk IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTY6MDcgKzAwMDAKU3ViamVjdDogW1BBVENIIDQv NV0gbmV0YnNkL2Jsb2NrOiBvbmx5IHJlYWQgcmVxdWVzdCBvcGVyYXRpb24g ZnJvbSBzaGFyZWQKIHJpbmcgb25jZQoKVGhlIGNvbXBpbGVyIG1heSBsb2Fk IGEgc3dpdGNoIHN0YXRlbWVudCBtdWx0aXBsZSB0aW1lcyBmcm9tIHRoZSBz aGFyZWQKc3BhY2UuIFRoaXMgY291bGQgbGVhZCB0byB0aGUgZnJvbnRlbmQg bWFuaXB1bGF0aW5nIHRoZSBiYWNrZW5kIGludG8KdW5mb3JzZWVuIGJyYW5j aGVzLgoKV2Ugd2FudCB0byBlbnN1cmUgdGhhdCB0aGUgcmVxLT5vcGVyYXRp b24gaXMgb25seSByZWFkIG9uY2UgYW5kIHdlCmRvIHRoYXQgYnkgdXNpbmcg YW4gY29tcGlsZXIgYmFycmllci4KClRoaXMgaXMgcGFydCBvZiBYU0ExNTUu CgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnplc3p1dGVrIFdpbGsgPGtvbnJh ZC53aWxrQG9yYWNsZS5jb20+Ci0tLQogYXJjaC94ZW4veGVuL3hiZGJhY2tf eGVuYnVzLmMgfCAxICsKIDEgZmlsZSBjaGFuZ2VkLCAxIGluc2VydGlvbigr KQoKZGlmZiAtLWdpdCBhL2FyY2gveGVuL3hlbi94YmRiYWNrX3hlbmJ1cy5j IGIvYXJjaC94ZW4veGVuL3hiZGJhY2tfeGVuYnVzLmMKaW5kZXggOWVlMDc1 OC4uM2QxODAyMSAxMDA2NDQKLS0tIGEvYXJjaC94ZW4veGVuL3hiZGJhY2tf eGVuYnVzLmMKKysrIGIvYXJjaC94ZW4veGVuL3hiZGJhY2tfeGVuYnVzLmMK QEAgLTEwMjIsNiArMTAyMiw3IEBAIHhiZGJhY2tfY29fbWFpbl9sb29wKHN0 cnVjdCB4YmRiYWNrX2luc3RhbmNlICp4YmRpLCB2b2lkICpvYmopCiAJCQly ZXEtPnNlY3Rvcl9udW1iZXIgPSByZXE2NC0+c2VjdG9yX251bWJlcjsKIAkJ CWJyZWFrOwogCQl9CisJCWJhcnJpZXIoKTsKIAkJWEVOUFJJTlRGKCgieGJk YmFjayBvcCAlZCByZXFfY29ucyAweCV4IHJlcV9wcm9kIDB4JXggIgogCQkg ICAgInJlc3BfcHJvZCAweCV4IGlkICUiIFBSSXU2NCAiXG4iLCByZXEtPm9w ZXJhdGlvbiwKIAkJCXhiZGktPnhiZGlfcmluZy5yaW5nX24ucmVxX2NvbnMs Ci0tIAoyLjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch" Content-Transfer-Encoding: base64 RnJvbSAzZjM5ZTA1MWIyMzRiNGJkOGUzNmI4MjBhOTMyNTkxYWZkNjQxM2Ix IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTc6MjIgKzAwMDAKU3ViamVjdDogW1BBVENIIDUv NV0gbmV0YnNkL3BjaWJhY2s6IE9wZXJhdGUgb24gbG9jYWwgdmVyc2lvbiBv ZiB4ZW5fcGNpX29wCgpEb3VibGUgZmV0Y2ggdnVsbmVyYWJpbGl0aWVzIHRo YXQgaGFwcGVuIHdoZW4gYSB2YXJpYWJsZSBpcwpmZXRjaGVkIHR3aWNlIGZy b20gc2hhcmVkIG1lbW9yeSBidXQgYSBzZWN1cml0eSBjaGVjayBpcyBvbmx5 CnBlcmZvcm1lZCB0aGUgZmlyc3QgdGltZS4KClRoZSBwY2liYWNrX3hlbmJ1 c19ldnRoYW5kbGVyIGZ1bmN0aW9uIHBlcmZvcm1zIGEgc3dpdGNoIHN0YXRl bWVudHMgb24gdGhlCm9wLT5zaXplIGFuZCBvcC0+Y21kIHZhbHVlIHdoaWNo IGlzIHN0b3JlZCBpbiBzaGFyZWQgbWVtb3J5LgpJbnRlcmVzdGluZ2x5IHRo aXMgY2FuIHJlc3VsdCBpbiBhIGRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXR5 IGRlcGVuZGluZyBvbgp0aGUgcGVyZm9ybWVkIGNvbXBpbGVyIG9wdGltaXph dGlvbi4KClRoaXMgcGF0Y2ggZml4ZXMgaXQgYnkgc2F2aW5nIHRoZSB4ZW5f cGNpX29wIGNvbW1hbmQgYmVmb3JlCnByb2Nlc3NpbmcgaXQuIFdlIGFsc28g dXNlICdiYXJyaWVyJyB0byBtYWtlIHN1cmUgdGhhdCB0aGUKY29tcGlsZXIg ZG9lcyBub3QgcGVyZm9ybSBhbnkgb3B0aW1pemF0aW9uLgoKVGhpcyBpcyBw YXJ0IG9mIFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0 ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBhcmNoL3hl bi94ZW4vcGNpYmFjay5jIHwgOCArKysrKysrLQogMSBmaWxlIGNoYW5nZWQs IDcgaW5zZXJ0aW9ucygrKSwgMSBkZWxldGlvbigtKQoKZGlmZiAtLWdpdCBh L2FyY2gveGVuL3hlbi9wY2liYWNrLmMgYi9hcmNoL3hlbi94ZW4vcGNpYmFj ay5jCmluZGV4IDA0MmM4YzkuLjQ2YzgyMWMgMTAwNjQ0Ci0tLSBhL2FyY2gv eGVuL3hlbi9wY2liYWNrLmMKKysrIGIvYXJjaC94ZW4veGVuL3BjaWJhY2su YwpAQCAtMTg4LDYgKzE4OCw3IEBAIHN0cnVjdCBwYl94ZW5idXNfaW5zdGFu Y2UgewogCS8qIGNvbW11bmljYXRpb24gd2l0aCB0aGUgZG9tVSAqLwogICAg ICAgICB1bnNpZ25lZCBpbnQgcGJ4X2V2dGNobjsgLyogb3VyIGV2ZW4gY2hh bm5lbCAqLwogICAgICAgICBzdHJ1Y3QgeGVuX3BjaV9zaGFyZWRpbmZvICpw Ynhfc2hfaW5mbzsKKyAgICAgICAgc3RydWN0IHhlbl9wY2lfb3Agb3A7CiAg ICAgICAgIGdyYW50X2hhbmRsZV90IHBieF9zaGluZm9faGFuZGxlOyAvKiB0 byB1bm1hcCBzaGFyZWQgcGFnZSAqLwogfTsKIApAQCAtNzIxLDEzICs3MjIs MTYgQEAgcGNpYmFja194ZW5idXNfZXZ0aGFuZGxlcih2b2lkICogYXJnKQog ewogCXN0cnVjdCBwYl94ZW5idXNfaW5zdGFuY2UgKnBieGkgPSBhcmc7CiAJ c3RydWN0IHBjaWJhY2tfcGNpX2RldiAqcGJkOwotCXN0cnVjdCB4ZW5fcGNp X29wICpvcCA9ICZwYnhpLT5wYnhfc2hfaW5mby0+b3A7CisJc3RydWN0IHhl bl9wY2lfb3AgKm9wID0gJnBieGktPm9wOwogCXVfaW50IGJ1cywgZGV2LCBm dW5jOwogCiAJaHlwZXJ2aXNvcl9jbGVhcl9ldmVudChwYnhpLT5wYnhfZXZ0 Y2huKTsKIAlpZiAoeGVuX2F0b21pY190ZXN0X2JpdCgmcGJ4aS0+cGJ4X3No X2luZm8tPmZsYWdzLAogCSAgICBfWEVOX1BDSUZfYWN0aXZlKSA9PSAwKQog CQlyZXR1cm4gMDsKKworCW1lbWNweShvcCwgJnBieGktPnBieF9zaF9pbmZv LT5vcCwgc2l6ZW9mIChzdHJ1Y3QgeGVuX3BjaV9vcCkpOworCWJhcnJpZXIo KTsKIAlpZiAob3AtPmRvbWFpbiAhPSAwKSB7CiAJCWFwcmludF9lcnJvcigi cGNpYmFjazogZG9tYWluICVkICE9IDAiLCBvcC0+ZG9tYWluKTsKIAkJb3At PmVyciA9IFhFTl9QQ0lfRVJSX2Rldl9ub3RfZm91bmQ7CkBAIC03OTQsNiAr Nzk4LDggQEAgcGNpYmFja194ZW5idXNfZXZ0aGFuZGxlcih2b2lkICogYXJn KQogCQlhcHJpbnRfZXJyb3IoInBjaWJhY2s6IHVua25vd24gY21kICVkXG4i LCBvcC0+Y21kKTsKIAkJb3AtPmVyciA9IFhFTl9QQ0lfRVJSX25vdF9pbXBs ZW1lbnRlZDsKIAl9CisJcGJ4aS0+cGJ4X3NoX2luZm8tPm9wLnZhbHVlID0g b3AtPnZhbHVlOworCXBieGktPnBieF9zaF9pbmZvLT5vcC5lcnIgPSBvcC0+ ZXJyOwogZW5kOgogCXhlbl9hdG9taWNfY2xlYXJfYml0KCZwYnhpLT5wYnhf c2hfaW5mby0+ZmxhZ3MsIF9YRU5fUENJRl9hY3RpdmUpOwogCWh5cGVydmlz b3Jfbm90aWZ5X3ZpYV9ldnRjaG4ocGJ4aS0+cGJ4X2V2dGNobik7Ci0tIAoy LjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-qemu-qdisk-double-access.patch" Content-Disposition: attachment; filename="xsa155-qemu-qdisk-double-access.patch" Content-Transfer-Encoding: base64 eGVuL2Jsa2lmOiBBdm9pZCBkb3VibGUgYWNjZXNzIHRvIHNyYy0+bnJfc2Vn bWVudHMKCnNyYyBpcyBzdG9yZWQgaW4gc2hhcmVkIG1lbW9yeSBhbmQgc3Jj LT5ucl9zZWdtZW50cyBpcyBkZXJlZmVyZW5jZWQKdHdpY2UgYXQgdGhlIGVu ZCBvZiB0aGUgZnVuY3Rpb24uICBJZiBhIGNvbXBpbGVyIGRlY2lkZXMgdG8g Y29tcGlsZSB0aGlzCmludG8gdHdvIHNlcGFyYXRlIG1lbW9yeSBhY2Nlc3Nl cyB0aGVuIHRoZSBzaXplIGxpbWl0YXRpb24gY291bGQgYmUKYnlwYXNzZWQu CgpGaXggaXQgYnkgcmVtb3ZpbmcgdGhlIGRvdWJsZSBhY2Nlc3MgdG8gc3Jj LT5ucl9zZWdtZW50cy4KClRoaXMgaXMgcGFydCBvZiBYU0EtMTU1LgoKU2ln bmVkLW9mZi1ieTogU3RlZmFubyBTdGFiZWxsaW5pIDxzdGVmYW5vLnN0YWJl bGxpbmlAZXUuY2l0cml4LmNvbT4KCmRpZmYgLS1naXQgYS9ody9ibG9jay94 ZW5fYmxraWYuaCBiL2h3L2Jsb2NrL3hlbl9ibGtpZi5oCmluZGV4IDcxMWI2 OTIuLjllNzFlMDAgMTAwNjQ0Ci0tLSBhL2h3L2Jsb2NrL3hlbl9ibGtpZi5o CisrKyBiL2h3L2Jsb2NrL3hlbl9ibGtpZi5oCkBAIC04NSw4ICs4NSwxMCBA QCBzdGF0aWMgaW5saW5lIHZvaWQgYmxraWZfZ2V0X3g4Nl8zMl9yZXEoYmxr aWZfcmVxdWVzdF90ICpkc3QsIGJsa2lmX3g4Nl8zMl9yZXF1ZQogCQlkLT5u cl9zZWN0b3JzID0gcy0+bnJfc2VjdG9yczsKIAkJcmV0dXJuOwogCX0KLQlp ZiAobiA+IHNyYy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21l bnRzOworCS8qIHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemlu ZyB0aGUgY29kZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFk ICovCisJYmFycmllcigpOworCWlmIChuID4gZHN0LT5ucl9zZWdtZW50cykK KwkJbiA9IGRzdC0+bnJfc2VnbWVudHM7CiAJZm9yIChpID0gMDsgaSA8IG47 IGkrKykKIAkJZHN0LT5zZWdbaV0gPSBzcmMtPnNlZ1tpXTsKIH0KQEAgLTEw Niw4ICsxMDgsMTAgQEAgc3RhdGljIGlubGluZSB2b2lkIGJsa2lmX2dldF94 ODZfNjRfcmVxKGJsa2lmX3JlcXVlc3RfdCAqZHN0LCBibGtpZl94ODZfNjRf cmVxdWUKIAkJZC0+bnJfc2VjdG9ycyA9IHMtPm5yX3NlY3RvcnM7CiAJCXJl dHVybjsKIAl9Ci0JaWYgKG4gPiBzcmMtPm5yX3NlZ21lbnRzKQotCQluID0g c3JjLT5ucl9zZWdtZW50czsKKwkvKiBwcmV2ZW50IHRoZSBjb21waWxlciBm cm9tIG9wdGltaXppbmcgdGhlIGNvZGUgYW5kIHVzaW5nIHNyYy0+bnJfc2Vn bWVudHMgaW5zdGVhZCAqLworCWJhcnJpZXIoKTsKKwlpZiAobiA+IGRzdC0+ bnJfc2VnbWVudHMpCisJCW4gPSBkc3QtPm5yX3NlZ21lbnRzOwogCWZvciAo aSA9IDA7IGkgPCBuOyBpKyspCiAJCWRzdC0+c2VnW2ldID0gc3JjLT5zZWdb aV07CiB9Cg== --=separator Content-Type: application/octet-stream; name="xsa155-qemut-qdisk-double-access.patch" Content-Disposition: attachment; filename="xsa155-qemut-qdisk-double-access.patch" Content-Transfer-Encoding: base64 RnJvbSAyNzk0MmIwY2IyMzI3ZTkzZGViMTIzMjZiYmU3YjM2YzgxZjlmYTdi IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBTdGVmYW5vIFN0YWJl bGxpbmkgPHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgpEYXRl OiBGcmksIDIwIE5vdiAyMDE1IDEwOjU2OjAwIC0wNTAwClN1YmplY3Q6IFtQ QVRDSF0gYmxraWY6IEF2b2lkIGRvdWJsZSBhY2Nlc3MgdG8gc3JjLT5ucl9z ZWdtZW50cwoKc3JjIGlzIHN0b3JlZCBpbiBzaGFyZWQgbWVtb3J5IGFuZCBz cmMtPm5yX3NlZ21lbnRzIGlzIGRlcmVmZXJlbmNlZAp0d2ljZSBhdCB0aGUg ZW5kIG9mIHRoZSBmdW5jdGlvbi4gIElmIGEgY29tcGlsZXIgZGVjaWRlcyB0 byBjb21waWxlIHRoaXMKaW50byB0d28gc2VwYXJhdGUgbWVtb3J5IGFjY2Vz c2VzIHRoZW4gdGhlIHNpemUgbGltaXRhdGlvbiBjb3VsZCBiZQpieXBhc3Nl ZC4KCkZpeCBpdCBieSByZW1vdmluZyB0aGUgZG91YmxlIGFjY2VzcyB0byBz cmMtPm5yX3NlZ21lbnRzLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQS0xNTUuCgpT aWduZWQtb2ZmLWJ5OiBTdGVmYW5vIFN0YWJlbGxpbmkgPHN0ZWZhbm8uc3Rh YmVsbGluaUBldS5jaXRyaXguY29tPgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQog aHcveGVuX2Jsa2lmLmggfCAxMiArKysrKysrKy0tLS0KIDEgZmlsZSBjaGFu Z2VkLCA4IGluc2VydGlvbnMoKyksIDQgZGVsZXRpb25zKC0pCgpkaWZmIC0t Z2l0IGEvaHcveGVuX2Jsa2lmLmggYi9ody94ZW5fYmxraWYuaAppbmRleCBj YTNhNjViLi5lYjI5Y2IxIDEwMDY0NAotLS0gYS9ody94ZW5fYmxraWYuaAor KysgYi9ody94ZW5fYmxraWYuaApAQCAtNzksOCArNzksMTAgQEAgc3RhdGlj IGlubGluZSB2b2lkIGJsa2lmX2dldF94ODZfMzJfcmVxKGJsa2lmX3JlcXVl c3RfdCAqZHN0LCBibGtpZl94ODZfMzJfcmVxdWUKIAlkc3QtPmhhbmRsZSA9 IHNyYy0+aGFuZGxlOwogCWRzdC0+aWQgPSBzcmMtPmlkOwogCWRzdC0+c2Vj dG9yX251bWJlciA9IHNyYy0+c2VjdG9yX251bWJlcjsKLQlpZiAobiA+IHNy Yy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21lbnRzOworCS8q IHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemluZyB0aGUgY29k ZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFkICovCisJeGVu X21iKCk7CisJaWYgKG4gPiBkc3QtPm5yX3NlZ21lbnRzKQorCQluID0gZHN0 LT5ucl9zZWdtZW50czsKIAlmb3IgKGkgPSAwOyBpIDwgbjsgaSsrKQogCQlk c3QtPnNlZ1tpXSA9IHNyYy0+c2VnW2ldOwogfQpAQCAtOTQsOCArOTYsMTAg QEAgc3RhdGljIGlubGluZSB2b2lkIGJsa2lmX2dldF94ODZfNjRfcmVxKGJs a2lmX3JlcXVlc3RfdCAqZHN0LCBibGtpZl94ODZfNjRfcmVxdWUKIAlkc3Qt PmhhbmRsZSA9IHNyYy0+aGFuZGxlOwogCWRzdC0+aWQgPSBzcmMtPmlkOwog CWRzdC0+c2VjdG9yX251bWJlciA9IHNyYy0+c2VjdG9yX251bWJlcjsKLQlp ZiAobiA+IHNyYy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21l bnRzOworCS8qIHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemlu ZyB0aGUgY29kZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFk ICovCisJeGVuX21iKCk7CisJaWYgKG4gPiBkc3QtPm5yX3NlZ21lbnRzKQor CQluID0gZHN0LT5ucl9zZWdtZW50czsKIAlmb3IgKGkgPSAwOyBpIDwgbjsg aSsrKQogCQlkc3QtPnNlZ1tpXSA9IHNyYy0+c2VnW2ldOwogfQotLSAKMi40 LjMKCg== --=separator Content-Type: application/octet-stream; name="xsa155-qemut-xenfb.patch" Content-Disposition: attachment; filename="xsa155-qemut-xenfb.patch" Content-Transfer-Encoding: base64 RnJvbSAwZmZkNDU0NzY2NWQyZmVjNjQ4YWIyYzlmZjg1NmM1ZDlkYjliMDdj IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBTdGVmYW5vIFN0YWJl bGxpbmkgPHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgpEYXRl OiBGcmksIDIwIE5vdiAyMDE1IDEwOjM3OjA4IC0wNTAwClN1YmplY3Q6IFtQ QVRDSCAyLzJdIHhlbmZiOiBhdm9pZCByZWFkaW5nIHR3aWNlIHRoZSBzYW1l IGZpZWxkcyBmcm9tIHRoZQogc2hhcmVkIHBhZ2UKClJlYWRpbmcgdHdpY2Ug dGhlIHNhbWUgZmllbGQgY291bGQgZ2l2ZSB0aGUgZ3Vlc3QgYW4gYXR0YWNr IG9mCm9wcG9ydHVuaXR5LiBJbiB0aGUgY2FzZSBvZiBldmVudC0+dHlwZSwg Z2NjIGNvdWxkIGNvbXBpbGUgdGhlIHN3aXRjaApzdGF0ZW1lbnQgaW50byBh IGp1bXAgdGFibGUsIGVmZmVjdGl2ZWx5IGVuZGluZyB1cCByZWFkaW5nIHRo ZSB0eXBlCmZpZWxkIG11bHRpcGxlIHRpbWVzLgoKVGhpcyBpcyBwYXJ0IG9m IFhTQS0xNTUuCgpTaWduZWQtb2ZmLWJ5OiBTdGVmYW5vIFN0YWJlbGxpbmkg PHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgotLS0KIGh3L3hl bmZiLmMgfCAxMCArKysrKystLS0tCiAxIGZpbGUgY2hhbmdlZCwgNiBpbnNl cnRpb25zKCspLCA0IGRlbGV0aW9ucygtKQoKZGlmZiAtLWdpdCBhL2h3L3hl bmZiLmMgYi9ody94ZW5mYi5jCmluZGV4IDc1YjJiYzIuLjM2OWQ0NWQgMTAw NjQ0Ci0tLSBhL2h3L3hlbmZiLmMKKysrIGIvaHcveGVuZmIuYwpAQCAtODI3 LDE4ICs4MjcsMjAgQEAgc3RhdGljIHZvaWQgeGVuZmJfaW52YWxpZGF0ZSh2 b2lkICpvcGFxdWUpCiAKIHN0YXRpYyB2b2lkIHhlbmZiX2hhbmRsZV9ldmVu dHMoc3RydWN0IFhlbkZCICp4ZW5mYikKIHsKLSAgICB1aW50MzJfdCBwcm9k LCBjb25zOworICAgIHVpbnQzMl90IHByb2QsIGNvbnMsIG91dF9jb25zOwog ICAgIHN0cnVjdCB4ZW5mYl9wYWdlICpwYWdlID0geGVuZmItPmMucGFnZTsK IAogICAgIHByb2QgPSBwYWdlLT5vdXRfcHJvZDsKLSAgICBpZiAocHJvZCA9 PSBwYWdlLT5vdXRfY29ucykKKyAgICBvdXRfY29ucyA9IHBhZ2UtPm91dF9j b25zOworICAgIGlmIChwcm9kID09IG91dF9jb25zKQogCXJldHVybjsKICAg ICB4ZW5fcm1iKCk7CQkvKiBlbnN1cmUgd2Ugc2VlIHJpbmcgY29udGVudHMg dXAgdG8gcHJvZCAqLwotICAgIGZvciAoY29ucyA9IHBhZ2UtPm91dF9jb25z OyBjb25zICE9IHByb2Q7IGNvbnMrKykgeworICAgIGZvciAoY29ucyA9IG91 dF9jb25zOyBjb25zICE9IHByb2Q7IGNvbnMrKykgewogCXVuaW9uIHhlbmZi X291dF9ldmVudCAqZXZlbnQgPSAmWEVORkJfT1VUX1JJTkdfUkVGKHBhZ2Us IGNvbnMpOworICAgICAgICB1aW50OF90IHR5cGUgPSBldmVudC0+dHlwZTsK IAlpbnQgeCwgeSwgdywgaDsKIAotCXN3aXRjaCAoZXZlbnQtPnR5cGUpIHsK Kwlzd2l0Y2ggKHR5cGUpIHsKIAljYXNlIFhFTkZCX1RZUEVfVVBEQVRFOgog CSAgICBpZiAoeGVuZmItPnVwX2NvdW50ID09IFVQX1FVRVVFKQogCQl4ZW5m Yi0+dXBfZnVsbHNjcmVlbiA9IDE7Ci0tIAoyLjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-qemu-xenfb.patch" Content-Disposition: attachment; filename="xsa155-qemu-xenfb.patch" Content-Transfer-Encoding: base64 eGVuZmI6IGF2b2lkIHJlYWRpbmcgdHdpY2UgdGhlIHNhbWUgZmllbGRzIGZy b20gdGhlIHNoYXJlZCBwYWdlCgpSZWFkaW5nIHR3aWNlIHRoZSBzYW1lIGZp ZWxkIGNvdWxkIGdpdmUgdGhlIGd1ZXN0IGFuIGF0dGFjayBvZgpvcHBvcnR1 bml0eS4gSW4gdGhlIGNhc2Ugb2YgZXZlbnQtPnR5cGUsIGdjYyBjb3VsZCBj b21waWxlIHRoZSBzd2l0Y2gKc3RhdGVtZW50IGludG8gYSBqdW1wIHRhYmxl LCBlZmZlY3RpdmVseSBlbmRpbmcgdXAgcmVhZGluZyB0aGUgdHlwZQpmaWVs ZCBtdWx0aXBsZSB0aW1lcy4KClRoaXMgaXMgcGFydCBvZiBYU0EtMTU1LgoK U2lnbmVkLW9mZi1ieTogU3RlZmFubyBTdGFiZWxsaW5pIDxzdGVmYW5vLnN0 YWJlbGxpbmlAZXUuY2l0cml4LmNvbT4KCgpkaWZmIC0tZ2l0IGEvaHcvZGlz cGxheS94ZW5mYi5jIGIvaHcvZGlzcGxheS94ZW5mYi5jCmluZGV4IDVlMzI0 ZWYuLjRlMmEyN2EgMTAwNjQ0Ci0tLSBhL2h3L2Rpc3BsYXkveGVuZmIuYwor KysgYi9ody9kaXNwbGF5L3hlbmZiLmMKQEAgLTc4NCwxOCArNzg0LDIwIEBA IHN0YXRpYyB2b2lkIHhlbmZiX2ludmFsaWRhdGUodm9pZCAqb3BhcXVlKQog CiBzdGF0aWMgdm9pZCB4ZW5mYl9oYW5kbGVfZXZlbnRzKHN0cnVjdCBYZW5G QiAqeGVuZmIpCiB7Ci0gICAgdWludDMyX3QgcHJvZCwgY29uczsKKyAgICB1 aW50MzJfdCBwcm9kLCBjb25zLCBvdXRfY29uczsKICAgICBzdHJ1Y3QgeGVu ZmJfcGFnZSAqcGFnZSA9IHhlbmZiLT5jLnBhZ2U7CiAKICAgICBwcm9kID0g cGFnZS0+b3V0X3Byb2Q7Ci0gICAgaWYgKHByb2QgPT0gcGFnZS0+b3V0X2Nv bnMpCisgICAgb3V0X2NvbnMgPSBwYWdlLT5vdXRfY29uczsKKyAgICBpZiAo cHJvZCA9PSBvdXRfY29ucykKIAlyZXR1cm47CiAgICAgeGVuX3JtYigpOwkJ LyogZW5zdXJlIHdlIHNlZSByaW5nIGNvbnRlbnRzIHVwIHRvIHByb2QgKi8K LSAgICBmb3IgKGNvbnMgPSBwYWdlLT5vdXRfY29uczsgY29ucyAhPSBwcm9k OyBjb25zKyspIHsKKyAgICBmb3IgKGNvbnMgPSBvdXRfY29uczsgY29ucyAh PSBwcm9kOyBjb25zKyspIHsKIAl1bmlvbiB4ZW5mYl9vdXRfZXZlbnQgKmV2 ZW50ID0gJlhFTkZCX09VVF9SSU5HX1JFRihwYWdlLCBjb25zKTsKKyAgICAg ICAgdWludDhfdCB0eXBlID0gZXZlbnQtPnR5cGU7CiAJaW50IHgsIHksIHcs IGg7CiAKLQlzd2l0Y2ggKGV2ZW50LT50eXBlKSB7CisJc3dpdGNoICh0eXBl KSB7CiAJY2FzZSBYRU5GQl9UWVBFX1VQREFURToKIAkgICAgaWYgKHhlbmZi LT51cF9jb3VudCA9PSBVUF9RVUVVRSkKIAkJeGVuZmItPnVwX2Z1bGxzY3Jl ZW4gPSAxOwo= --=separator Content-Type: application/octet-stream; name="xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSAxMmIxMTY1OGE5ZDZhNjU0YTFlN2FjYmYyZjJkNTZjZTlhMzk2Yzg2 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDIwIE5vdiAy MDE1IDExOjU5OjA1IC0wNTAwClN1YmplY3Q6IFtQQVRDSCAxLzNdIHhlbjog QWRkIFJJTkdfQ09QWV9SRVFVRVNUKCkKClVzaW5nIFJJTkdfR0VUX1JFUVVF U1QoKSBvbiBhIHNoYXJlZCByaW5nIGlzIGVhc3kgdG8gdXNlIGluY29ycmVj dGx5CihpLmUuLCBieSBub3QgY29uc2lkZXJpbmcgdGhhdCB0aGUgb3RoZXIg ZW5kIG1heSBhbHRlciB0aGUgZGF0YSBpbiB0aGUKc2hhcmVkIHJpbmcgd2hp bGUgaXQgaXMgYmVpbmcgaW5zcGVjdGVkKS4gIFNhZmUgdXNhZ2Ugb2YgYSBy ZXF1ZXN0CmdlbmVyYWxseSByZXF1aXJlcyB0YWtpbmcgYSBsb2NhbCBjb3B5 LgoKUHJvdmlkZSBhIFJJTkdfQ09QWV9SRVFVRVNUKCkgbWFjcm8gdG8gdXNl IGluc3RlYWQgb2YKUklOR19HRVRfUkVRVUVTVCgpIGFuZCBhbiBvcGVuLWNv ZGVkIG1lbWNweSgpLiAgVGhpcyB0YWtlcyBjYXJlIG9mCmVuc3VyaW5nIHRo YXQgdGhlIGNvcHkgaXMgZG9uZSBjb3JyZWN0bHkgcmVnYXJkbGVzcyBvZiBh bnkgcG9zc2libGUKY29tcGlsZXIgb3B0aW1pemF0aW9ucy4KClVzZSBhIHZv bGF0aWxlIHNvdXJjZSB0byBwcmV2ZW50IHRoZSBjb21waWxlciBmcm9tIHJl b3JkZXJpbmcgb3IKb21pdHRpbmcgdGhlIGNvcHkuCgpUaGlzIGlzIHBhcnQg b2YgWFNBMTU1LgoKU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZp ZC52cmFiZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6 ZXN6dXRlayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KdjI6 IEFkZCBjb21tZW50IGFib3V0IEdDQyBidWcuCi0tLQogeGVuL2luY2x1ZGUv cHVibGljL2lvL3JpbmcuaCB8IDE0ICsrKysrKysrKysrKysrCiAxIGZpbGUg Y2hhbmdlZCwgMTQgaW5zZXJ0aW9ucygrKQoKZGlmZiAtLWdpdCBhL3hlbi9p bmNsdWRlL3B1YmxpYy9pby9yaW5nLmggYi94ZW4vaW5jbHVkZS9wdWJsaWMv aW8vcmluZy5oCmluZGV4IGJhOTQwMWIuLjgwMWMwZGEgMTAwNjQ0Ci0tLSBh L3hlbi9pbmNsdWRlL3B1YmxpYy9pby9yaW5nLmgKKysrIGIveGVuL2luY2x1 ZGUvcHVibGljL2lvL3JpbmcuaApAQCAtMjEyLDYgKzIxMiwyMCBAQCB0eXBl ZGVmIHN0cnVjdCBfX25hbWUjI19iYWNrX3JpbmcgX19uYW1lIyNfYmFja19y aW5nX3QKICNkZWZpbmUgUklOR19HRVRfUkVRVUVTVChfciwgX2lkeCkgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIFwKICAgICAoJigo X3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0laRShfcikgLSAx KSldLnJlcSkpCiAKKy8qCisgKiBHZXQgYSBsb2NhbCBjb3B5IG9mIGEgcmVx dWVzdC4KKyAqCisgKiBVc2UgdGhpcyBpbiBwcmVmZXJlbmNlIHRvIFJJTkdf R0VUX1JFUVVFU1QoKSBzbyBhbGwgcHJvY2Vzc2luZyBpcworICogZG9uZSBv biBhIGxvY2FsIGNvcHkgdGhhdCBjYW5ub3QgYmUgbW9kaWZpZWQgYnkgdGhl IG90aGVyIGVuZC4KKyAqCisgKiBOb3RlIHRoYXQgaHR0cHM6Ly9nY2MuZ251 Lm9yZy9idWd6aWxsYS9zaG93X2J1Zy5jZ2k/aWQ9NTgxNDUgbWF5IGNhdXNl IHRoaXMKKyAqIHRvIGJlIGluZWZmZWN0aXZlIHdoZXJlIF9yZXEgaXMgYSBz dHJ1Y3Qgd2hpY2ggY29uc2lzdHMgb2Ygb25seSBiaXRmaWVsZHMuCisgKi8K KyNkZWZpbmUgUklOR19DT1BZX1JFUVVFU1QoX3IsIF9pZHgsIF9yZXEpIGRv IHsJCQkJXAorCS8qIFVzZSB2b2xhdGlsZSB0byBmb3JjZSB0aGUgY29weSBp bnRvIF9yZXEuICovCQkJXAorCSooX3JlcSkgPSAqKHZvbGF0aWxlIHR5cGVv ZihfcmVxKSlSSU5HX0dFVF9SRVFVRVNUKF9yLCBfaWR4KTsJXAorfSB3aGls ZSAoMCkKKwogI2RlZmluZSBSSU5HX0dFVF9SRVNQT05TRShfciwgX2lkeCkg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgXAogICAgICgm KChfciktPnNyaW5nLT5yaW5nWygoX2lkeCkgJiAoUklOR19TSVpFKF9yKSAt IDEpKV0ucnNwKSkKIAotLSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSA4NTFmZmI0ZWVhOTE3ZTI3MDhjOTEyMjkxZGVhNGQxMzMwMjZjMGFj IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MTY6MDIgLTA1MDAKU3ViamVjdDogW1BBVENIIDIv M10gYmxrdGFwMjogVXNlIFJJTkdfQ09QWV9SRVFVRVNUCgpJbnN0ZWFkIG9m IFJJTkdfR0VUX1JFUVVFU1QuIFVzaW5nIGEgbG9jYWwgY29weSBvZiB0aGUK cmluZyAoYW5kIGFsc28gd2l0aCBwcm9wZXIgbWVtb3J5IGJhcnJpZXJzKSB3 aWxsIG1lYW4Kd2UgY2FuIGRvIG5vdCBoYXZlIHRvIHdvcnJ5IGFib3V0IHRo ZSBjb21waWxlciBvcHRpbWl6aW5nCnRoZSBjb2RlIGFuZCBkb2luZyBhIGRv dWJsZS1mZXRjaCBpbiB0aGUgc2hhcmVkIG1lbW9yeSBzcGFjZS4KClRoaXMg aXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnpl c3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CgotLS0KdjI6 IEZpeCBjb21waWxlIGlzc3VlcyB3aXRoIHRhcGRpc2stdmJkCi0tLQogdG9v bHMvYmxrdGFwMi9kcml2ZXJzL2Jsb2NrLWxvZy5jICAgfCAzICsrLQogdG9v bHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMgfCA4ICsrKystLS0t CiAyIGZpbGVzIGNoYW5nZWQsIDYgaW5zZXJ0aW9ucygrKSwgNSBkZWxldGlv bnMoLSkKCmRpZmYgLS1naXQgYS90b29scy9ibGt0YXAyL2RyaXZlcnMvYmxv Y2stbG9nLmMgYi90b29scy9ibGt0YXAyL2RyaXZlcnMvYmxvY2stbG9nLmMK aW5kZXggNTMzMGNkYy4uNWYzYmQzNSAxMDA2NDQKLS0tIGEvdG9vbHMvYmxr dGFwMi9kcml2ZXJzL2Jsb2NrLWxvZy5jCisrKyBiL3Rvb2xzL2Jsa3RhcDIv ZHJpdmVycy9ibG9jay1sb2cuYwpAQCAtNDk0LDExICs0OTQsMTIgQEAgc3Rh dGljIGludCBjdGxfa2ljayhzdHJ1Y3QgdGRsb2dfc3RhdGUqIHMsIGludCBm ZCkKICAgcmVxc3RhcnQgPSBzLT5icmluZy5yZXFfY29uczsKICAgcmVxZW5k ID0gcy0+c3JpbmctPnJlcV9wcm9kOwogCisgIHhlbl9tYigpOwogICBCRFBS SU5URigiY3RsOiByaW5nIGtpY2tlZCAoc3RhcnQgPSAldSwgZW5kID0gJXUp IiwgcmVxc3RhcnQsIHJlcWVuZCk7CiAKICAgd2hpbGUgKHJlcXN0YXJ0ICE9 IHJlcWVuZCkgewogICAgIC8qIFhYWCBhY3R1YWxseSBzdWJtaXQgdGhlc2Uh ICovCi0gICAgbWVtY3B5KCZyZXEsIFJJTkdfR0VUX1JFUVVFU1QoJnMtPmJy aW5nLCByZXFzdGFydCksIHNpemVvZihyZXEpKTsKKyAgICBSSU5HX0NPUFlf UkVRVUVTVCgmcy0+YnJpbmcsIHJlcXN0YXJ0LCAmcmVxKTsKICAgICBCRFBS SU5URigiY3RsOiByZWFkIHJlcXVlc3QgJSJQUkl1NjQiOiV1IiwgcmVxLnNl Y3RvciwgcmVxLmNvdW50KTsKICAgICBzLT5icmluZy5yZXFfY29ucyA9ICsr cmVxc3RhcnQ7CiAKZGlmZiAtLWdpdCBhL3Rvb2xzL2Jsa3RhcDIvZHJpdmVy cy90YXBkaXNrLXZiZC5jIGIvdG9vbHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRp c2stdmJkLmMKaW5kZXggNmQxZDk0YS4uODllZjllZCAxMDA2NDQKLS0tIGEv dG9vbHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMKKysrIGIvdG9v bHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMKQEAgLTE1NTUsNyAr MTU1NSw3IEBAIHRhcGRpc2tfdmJkX3B1bGxfcmluZ19yZXF1ZXN0cyh0ZF92 YmRfdCAqdmJkKQogCWludCBpZHg7CiAJUklOR19JRFggcnAsIHJjOwogCXRk X3JpbmdfdCAqcmluZzsKLQlibGtpZl9yZXF1ZXN0X3QgKnJlcTsKKwlibGtp Zl9yZXF1ZXN0X3QgcmVxOwogCXRkX3ZiZF9yZXF1ZXN0X3QgKnZyZXE7CiAK IAlyaW5nID0gJnZiZC0+cmluZzsKQEAgLTE1NjYsMTYgKzE1NjYsMTYgQEAg dGFwZGlza192YmRfcHVsbF9yaW5nX3JlcXVlc3RzKHRkX3ZiZF90ICp2YmQp CiAJeGVuX3JtYigpOwogCiAJZm9yIChyYyA9IHJpbmctPmZlX3JpbmcucmVx X2NvbnM7IHJjICE9IHJwOyByYysrKSB7Ci0JCXJlcSA9IFJJTkdfR0VUX1JF UVVFU1QoJnJpbmctPmZlX3JpbmcsIHJjKTsKKwkJUklOR19DT1BZX1JFUVVF U1QoJnJpbmctPmZlX3JpbmcsIHJjLCAmcmVxKTsKIAkJKytyaW5nLT5mZV9y aW5nLnJlcV9jb25zOwogCi0JCWlkeCAgPSByZXEtPmlkOworCQlpZHggID0g cmVxLmlkOwogCQl2cmVxID0gJnZiZC0+cmVxdWVzdF9saXN0W2lkeF07CiAK IAkJQVNTRVJUKGxpc3RfZW1wdHkoJnZyZXEtPm5leHQpKTsKIAkJQVNTRVJU KHZyZXEtPnNlY3NfcGVuZGluZyA9PSAwKTsKIAotCQltZW1jcHkoJnZyZXEt PnJlcSwgcmVxLCBzaXplb2YoYmxraWZfcmVxdWVzdF90KSk7CisJCW1lbWNw eSgmdnJlcS0+cmVxLCAmcmVxLCBzaXplb2YoYmxraWZfcmVxdWVzdF90KSk7 CiAJCXZiZC0+cmVjZWl2ZWQrKzsKIAkJdnJlcS0+dmJkID0gdmJkOwogCi0t IAoyLjEuNAoK --=separator Content-Type: application/octet-stream; name="xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch" Content-Disposition: attachment; filename="xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBjMWZjZTY1ZTJiNzIwNjg0ZWE2YmE3NmFlNTk5MjE1NDJiZDE1NGJi IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MjI6MTQgLTA1MDAKU3ViamVjdDogW1BBVENIIDMv M10gbGlidmNoYW46IFJlYWQgcHJvZC9jb25zIG9ubHkgb25jZS4KCldlIG11 c3QgZW5zdXJlIHRoYXQgdGhlIHByb2QvY29ucyBhcmUgb25seSByZWFkIG9u Y2UgYW5kIHRoYXQKdGhlIGNvbXBpbGVyIHdvbid0IHRyeSB0byBvcHRpbWl6 ZSB0aGUgcmVhZHMuIFRoYXQgaXMgc3BsaXQKdGhlIHJlYWQgb2YgdGhlc2Ug aW4gbXVsdGlwbGUgaW5zdHJ1Y3Rpb25zIGluZmx1ZW5jaW5nIGxhdGVyCmJy YW5jaCBjb2RlLiBBcyBzdWNoIGluc2VydCBiYXJyaWVycyB3aGVuIGZldGNo aW5nIHRoZSBjb25zCmFuZCBwcm9kIGluZGV4LgoKVGhpcyBpcyBwYXJ0IG9m IFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2ls ayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiB0b29scy9saWJ2Y2hh bi9pby5jIHwgMiArKwogMSBmaWxlIGNoYW5nZWQsIDIgaW5zZXJ0aW9ucygr KQoKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnZjaGFuL2lvLmMgYi90b29scy9s aWJ2Y2hhbi9pby5jCmluZGV4IDhhOTYyOWIuLjM4MWNjMDUgMTAwNjQ0Ci0t LSBhL3Rvb2xzL2xpYnZjaGFuL2lvLmMKKysrIGIvdG9vbHMvbGlidmNoYW4v aW8uYwpAQCAtMTE3LDYgKzExNyw3IEBAIHN0YXRpYyBpbmxpbmUgaW50IHNl bmRfbm90aWZ5KHN0cnVjdCBsaWJ4ZW52Y2hhbiAqY3RybCwgdWludDhfdCBi aXQpCiBzdGF0aWMgaW5saW5lIGludCByYXdfZ2V0X2RhdGFfcmVhZHkoc3Ry dWN0IGxpYnhlbnZjaGFuICpjdHJsKQogewogCXVpbnQzMl90IHJlYWR5ID0g cmRfcHJvZChjdHJsKSAtIHJkX2NvbnMoY3RybCk7CisJeGVuX21iKCk7IC8q IEVuc3VyZSAncmVhZHknIGlzIHJlYWQgb25seSBvbmNlLiAqLwogCWlmIChy ZWFkeSA+IHJkX3Jpbmdfc2l6ZShjdHJsKSkKIAkJLyogV2UgaGF2ZSBubyB3 YXkgdG8gcmV0dXJuIGVycm9ycy4gIExvY2tpbmcgdXAgdGhlIHJpbmcgaXMK IAkJICogYmV0dGVyIHRoYW4gdGhlIGFsdGVybmF0aXZlcy4gKi8KQEAgLTE1 OCw2ICsxNTksNyBAQCBpbnQgbGlieGVudmNoYW5fZGF0YV9yZWFkeShzdHJ1 Y3QgbGlieGVudmNoYW4gKmN0cmwpCiBzdGF0aWMgaW5saW5lIGludCByYXdf Z2V0X2J1ZmZlcl9zcGFjZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7 CiAJdWludDMyX3QgcmVhZHkgPSB3cl9yaW5nX3NpemUoY3RybCkgLSAod3Jf cHJvZChjdHJsKSAtIHdyX2NvbnMoY3RybCkpOworCXhlbl9tYigpOyAvKiBF bnN1cmUgJ3JlYWR5JyBpcyByZWFkIG9ubHkgb25jZS4gKi8KIAlpZiAocmVh ZHkgPiB3cl9yaW5nX3NpemUoY3RybCkpCiAJCS8qIFdlIGhhdmUgbm8gd2F5 IHRvIHJldHVybiBlcnJvcnMuICBMb2NraW5nIHVwIHRoZSByaW5nIGlzCiAJ CSAqIGJldHRlciB0aGFuIHRoZSBhbHRlcm5hdGl2ZXMuICovCi0tIAoyLjEu MAoK --=separator Content-Type: application/octet-stream; name="xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch" Content-Disposition: attachment; filename="xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBlZjg2YWQwYjYwZmUxNzliMWE2ZmEzOTBlMDVjMzM5ZmI0NGI5Y2M5 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MjI6MTQgLTA1MDAKU3ViamVjdDogW1BBVENIXSBs aWJ2Y2hhbjogUmVhZCBwcm9kL2NvbnMgb25seSBvbmNlLgoKV2UgbXVzdCBl bnN1cmUgdGhhdCB0aGUgcHJvZC9jb25zIGFyZSBvbmx5IHJlYWQgb25jZSBh bmQgdGhhdAp0aGUgY29tcGlsZXIgd29uJ3QgdHJ5IHRvIG9wdGltaXplIHRo ZSByZWFkcy4gVGhhdCBpcyBzcGxpdAp0aGUgcmVhZCBvZiB0aGVzZSBpbiBt dWx0aXBsZSBpbnN0cnVjdGlvbnMgaW5mbHVlbmNpbmcgbGF0ZXIKYnJhbmNo IGNvZGUuIEFzIHN1Y2ggaW5zZXJ0IGJhcnJpZXJzIHdoZW4gZmV0Y2hpbmcg dGhlIGNvbnMKYW5kIHByb2QgaW5kZXguCgpUaGlzIGlzIHBhcnQgb2YgWFNB MTU1LgoKU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxr b25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIHRvb2xzL2xpYnZjaGFuL2lv LmMgfCAyICsrCiAxIGZpbGUgY2hhbmdlZCwgMiBpbnNlcnRpb25zKCspCgpk aWZmIC0tZ2l0IGEvdG9vbHMvbGlidmNoYW4vaW8uYyBiL3Rvb2xzL2xpYnZj aGFuL2lvLmMKaW5kZXggODA0YzYzYy4uOGIzM2Y0MCAxMDA2NDQKLS0tIGEv dG9vbHMvbGlidmNoYW4vaW8uYworKysgYi90b29scy9saWJ2Y2hhbi9pby5j CkBAIC0xMTgsNiArMTE4LDcgQEAgc3RhdGljIGlubGluZSBpbnQgc2VuZF9u b3RpZnkoc3RydWN0IGxpYnhlbnZjaGFuICpjdHJsLCB1aW50OF90IGJpdCkK IHN0YXRpYyBpbmxpbmUgaW50IHJhd19nZXRfZGF0YV9yZWFkeShzdHJ1Y3Qg bGlieGVudmNoYW4gKmN0cmwpCiB7CiAJdWludDMyX3QgcmVhZHkgPSByZF9w cm9kKGN0cmwpIC0gcmRfY29ucyhjdHJsKTsKKwl4ZW5fbWIoKTsgLyogRW5z dXJlICdyZWFkeScgaXMgcmVhZCBvbmx5IG9uY2UuICovCiAJaWYgKHJlYWR5 ID49IHJkX3Jpbmdfc2l6ZShjdHJsKSkKIAkJLyogV2UgaGF2ZSBubyB3YXkg dG8gcmV0dXJuIGVycm9ycy4gIExvY2tpbmcgdXAgdGhlIHJpbmcgaXMKIAkJ ICogYmV0dGVyIHRoYW4gdGhlIGFsdGVybmF0aXZlcy4gKi8KQEAgLTE1OSw2 ICsxNjAsNyBAQCBpbnQgbGlieGVudmNoYW5fZGF0YV9yZWFkeShzdHJ1Y3Qg bGlieGVudmNoYW4gKmN0cmwpCiBzdGF0aWMgaW5saW5lIGludCByYXdfZ2V0 X2J1ZmZlcl9zcGFjZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7CiAJ dWludDMyX3QgcmVhZHkgPSB3cl9yaW5nX3NpemUoY3RybCkgLSAod3JfcHJv ZChjdHJsKSAtIHdyX2NvbnMoY3RybCkpOworCXhlbl9tYigpOyAvKiBFbnN1 cmUgJ3JlYWR5JyBpcyByZWFkIG9ubHkgb25jZS4gKi8KIAlpZiAocmVhZHkg PiB3cl9yaW5nX3NpemUoY3RybCkpCiAJCS8qIFdlIGhhdmUgbm8gd2F5IHRv IHJldHVybiBlcnJvcnMuICBMb2NraW5nIHVwIHRoZSByaW5nIGlzCiAJCSAq IGJldHRlciB0aGFuIHRoZSBhbHRlcm5hdGl2ZXMuICovCi0tIAoyLjEuNAoK --=separator Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Xen-users mailing list Xen-users@lists.xen.org http://lists.xen.org/xen-users --=separator-- From xen-announce-bounces@lists.xen.org Thu Dec 17 12:43:32 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 12:43:32 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Xt7-0007Cs-Bb; Thu, 17 Dec 2015 12:42:29 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Xt5-0007CS-VG; Thu, 17 Dec 2015 12:42:28 +0000 Received: from [85.158.139.211] by server-14.bemta-5.messagelabs.com id 90/B6-18633-2BDA2765; Thu, 17 Dec 2015 12:42:26 +0000 X-Env-Sender: iwj@xenbits.xen.org X-Msg-Ref: server-4.tower-206.messagelabs.com!1450356140!11372805!1 X-Originating-IP: [50.57.168.107] X-SpamReason: No, hits=0.5 required=7.0 tests=BODY_RANDOM_LONG X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 12943 invoked from network); 17 Dec 2015 12:42:20 -0000 Received: from mail.xen.org (HELO mail.xen.org) (50.57.168.107) by server-4.tower-206.messagelabs.com with AES256-SHA encrypted SMTP; 17 Dec 2015 12:42:20 -0000 Received: from xenbits.xenproject.org ([50.57.170.242] helo=xenbits.xen.org) by mail.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Xsp-0000v9-Vu; Thu, 17 Dec 2015 12:42:11 +0000 Received: from iwj by xenbits.xen.org with local (Exim 4.72) (envelope-from ) id 1a9Xsp-0001up-LQ; Thu, 17 Dec 2015 12:42:11 +0000 Date: Thu, 17 Dec 2015 12:42:11 +0000 Message-Id: Content-Type: multipart/mixed; boundary="=separator"; charset="utf-8" Content-Transfer-Encoding: binary MIME-Version: 1.0 X-Mailer: MIME-tools 5.428 (Entity 5.428) To: xen-announce@lists.xen.org, xen-devel@lists.xen.org, xen-users@lists.xen.org, oss-security@lists.openwall.com From: Xen.org security team Cc: "Xen.org security team" Subject: [Xen-announce] Xen Security Advisory 155 (CVE-2015-8550) - paravirtualized drivers incautious about shared memory contents X-BeenThere: xen-announce@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: "Xen announcements \(low volume\)" List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Sender: xen-announce-bounces@lists.xen.org Errors-To: xen-announce-bounces@lists.xen.org --=separator Content-Type: text/plain; charset="utf-8" Content-Disposition: inline Content-Transfer-Encoding: 7bit -----BEGIN PGP SIGNED MESSAGE----- Hash: SHA1 Xen Security Advisory CVE-2015-8550 / XSA-155 version 5 paravirtualized drivers incautious about shared memory contents UPDATES IN VERSION 5 ==================== Public release. ISSUE DESCRIPTION ================= The compiler can emit optimizations in the PV backend drivers which can lead to double fetch vulnerabilities. Specifically the shared memory between the frontend and backend can be fetched twice (during which time the frontend can alter the contents) possibly leading to arbitrary code execution in backend. IMPACT ====== Malicious guest administrators can cause denial of service. If driver domains are not in use, the impact can be a host crash, or privilege escalation. VULNERABLE SYSTEMS ================== Systems running PV or HVM guests are vulnerable. ARM and x86 systems are vulnerable. All OSes providing PV backends are susceptible, this includes Linux and NetBSD. By default the Linux distributions compile kernels with optimizations. MITIGATION ========== There is no mitigation. CREDITS ======= This issue was discovered by Felix Wilhelm of ERNW. RESOLUTION ========== Applying the appropriate attached patches should fix the problem for PV backends. Note only that PV backends are fixed; PV frontend patches will be developed and released (publicly) after the embargo date. Please note that there is a bug in some versions of gcc, https://gcc.gnu.org/bugzilla/show_bug.cgi?id=58145 which can cause the construct used in RING_COPY_REQUEST() to be ineffective in some circumstances. We have determined that this is only the case when the structure being copied consists purely of bitfields. The Xen PV protocols updated here do not use bitfields in this way and therefore these patches are not subject to that bug. However authors of third party PV protocols should take this into consideration. Linux v4.4: xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch Linux v4.[0,1,2,3] All the above patches except #5 will apply, please use: xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch Linux v3.19: All the above patches except #5 and #6 will apply, please use: xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch xsa155-linux319-0006-xen-scsiback-safely-copy-requests.patch qemu-xen: xsa155-qemu-qdisk-double-access.patch xsa155-qemu-xenfb.patch qemu-traditional: xsa155-qemut-qdisk-double-access.patch xsa155-qemut-xenfb.patch NetBSD 7.0: xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch xen: xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch xen 4.4: All patches except #3 will apply, please use: xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch $ sha256sum xsa155* d9fbc104ab2ae797971e351ee0e04e7b7e9c7c33385309bb406c7941dc9a33b4 xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch 590656d83ad7b6052b54659eccb3469658b3942c0dc1366423a66f2f5ac643e1 xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch 2bd18632178e09394c5cd06aded2c14bcc6b6e360ad6e81827d24860fe3e8ca4 xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch cecdeccb8e2551252c81fc5f164a8298005df714a574a7ba18b84e8ed5f2bb70 xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch 3916b847243047f0e1053233ade742c14a7f29243584e60bf5db4842a8068855 xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch 746c8eb0aeb200d76156c88dfbbd49db79f567b88b07eda70f7c7d095721f05a xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch 18517a184a02f7441065b8d3423086320ec4c2345c00d551231f7976381767f5 xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch 2e6d556d25b1cc16e71afde665ae3908f4fa8eab7e0d96283fc78400301baf92 xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch 5e130d8b61906015c6a94f8edd3cce97b172f96a265d97ecf370e7b45125b73d xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch 08c2d0f95dcc215165afbce623b6972b81dd45b091b5f40017579b00c8612e03 xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch 0a66010f736092f91f70bb0fd220685e4395efef1db6d23a3d1eace31d144f51 xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch 5e913a8427cab6b4d384d1246e05116afc301eb117edd838101eb53a82c2f2ff xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch 3b8f14eafaed3a7bc66245753a37af4249acf8129fbedb70653192252dc47dc9 xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch 81ae5fa998243a78dad749fc561be647dc1dc1be799e8f18484fdf0989469705 xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch 044ff74fa048df820d528f64f2791ec9cb3940bd313c1179020bd49a6cde2ca3 xsa155-qemu-qdisk-double-access.patch 1150504589eb7bfa108c80ce63395e57d0e627b12d9201219d968fdd026919a6 xsa155-qemut-qdisk-double-access.patch 63186246ab6913b54bfef5f09f33e815935ac40ff821c27a3efda62339bbbd5f xsa155-qemut-xenfb.patch e53b4ac298648cde79344192d5a58ca8d8724344f5105bec7c09eef095c668f6 xsa155-qemu-xenfb.patch e52467fcec73bcc86d3e96d06f8ca8085ae56a83d2c42a30c16bc3dc630d8f8a xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch eae34c8ccc096ad93a74190506b3d55020a88afb0cc504a3a514590e9fd746fd xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch 42780265014085a4221ad32b026214693d751789eb5219e2e83862c0006c66f4 xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch dfcaddb8a908a4fc1b048a43187e885117e67dc566f5c841037ee366dcd437d1 xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch $ DEPLOYMENT DURING EMBARGO ========================= Deployment of the patches and/or mitigations described above (or others which are substantially similar) is permitted during the embargo, even on public-facing systems with untrusted guest users and administrators. But: Distribution of updated software is prohibited (except to other members of the predisclosure list). Predisclosure list members who wish to deploy significantly different patches and/or mitigations, please contact the Xen Project Security Team. (Note: this during-embargo deployment notice is retained in post-embargo publicly released Xen Project advisories, even though it is then no longer applicable. This is to enable the community to have oversight of the Xen Project Security Team's decisionmaking.) For more information about permissible uses of embargoed information, consult the Xen Project community's agreed Security Policy: http://www.xenproject.org/security-policy.html -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.12 (GNU/Linux) iQEcBAEBAgAGBQJWcqy6AAoJEIP+FMlX6CvZeBQH/ReZbtQjtRmlvHyu72GPZfGm fI3Ji5NMczuAu/2aopqOl+dUudO91lHEDmKNuBKHFAb2hOjTd003mCig0JP2D3js 0Ca8ab7VDgSlNKTl99XAizKFYMJEDRdAxYHktNj+1ok9381e7xquEJ77GfSk2S1e gKDoSYkseSEcrThsgsohYiEvIe/odf8gn4gKq7CTK2sAf45wxWwP/QtgbAidJR3s hQKuv++cyf11csSuVBX4cp0YN8lRWPmygD1si6D/y2TUvn3sAw2EzDkdSfryvtFV /PJTtaQKtyvwOu3kJedguPL0yYmdAPQLAwYWum/NfSBB4g94ydxJ30amp3q37lY= =9VP6 -----END PGP SIGNATURE----- --=separator Content-Type: application/octet-stream; name="xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Disposition: attachment; filename="xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Transfer-Encoding: base64 RnJvbSBmOWM3MWU4OTJkNTE0MmEzMTQ0ODFkZjZiYWEyNmIzNGU2YTZiYTQ1 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBNb24sIDE2IE5vdiAy MDE1IDE4OjAyOjMyICswMDAwClN1YmplY3Q6IFtQQVRDSF0geGVuLXNjc2li YWNrOiBzYWZlbHkgY29weSByZXF1ZXN0cwoKVGhlIGNvcHkgb2YgdGhlIHJp bmcgcmVxdWVzdCB3YXMgbGFja2luZyBhIGZvbGxvd2luZyBiYXJyaWVyKCks CnBvdGVudGlhbGx5IGFsbG93aW5nIHRoZSBjb21waWxlciB0byBvcHRpbWl6 ZSB0aGUgY29weSBhd2F5LgoKVXNlIFJJTkdfQ09QWV9SRVFVRVNUKCkgdG8g ZW5zdXJlIHRoZSByZXF1ZXN0IGlzIGNvcGllZCB0byBsb2NhbAptZW1vcnku CgpUaGlzIGlzIFhTQTE1NS4KCkNDOiBzdGFibGVAdmdlci5rZXJuZWwub3Jn ClJldmlld2VkLWJ5OiBKdWVyZ2VuIEdyb3NzIDxqZ3Jvc3NAc3VzZS5jb20+ ClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2aWQudnJhYmVsQGNp dHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2ls ayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCnYyOiBUaGlzIGlzIGEg YWdhaW5zdCB2My4xOQotLS0KIGRyaXZlcnMveGVuL3hlbi1zY3NpYmFjay5j IHwgMiArLQogMSBmaWxlIGNoYW5nZWQsIDEgaW5zZXJ0aW9uKCspLCAxIGRl bGV0aW9uKC0pCgpkaWZmIC0tZ2l0IGEvZHJpdmVycy94ZW4veGVuLXNjc2li YWNrLmMgYi9kcml2ZXJzL3hlbi94ZW4tc2NzaWJhY2suYwppbmRleCBlOTk5 NDk2ZS4uZDg2ZjZlMSAxMDA2NDQKLS0tIGEvZHJpdmVycy94ZW4veGVuLXNj c2liYWNrLmMKKysrIGIvZHJpdmVycy94ZW4veGVuLXNjc2liYWNrLmMKQEAg LTczNCw3ICs3MzQsNyBAQCBzdGF0aWMgaW50IHNjc2liYWNrX2RvX2NtZF9m bihzdHJ1Y3QgdnNjc2lia19pbmZvICppbmZvKQogCQlpZiAoIXBlbmRpbmdf cmVxKQogCQkJcmV0dXJuIDE7CiAKLQkJcmluZ19yZXEgPSBSSU5HX0dFVF9S RVFVRVNUKHJpbmcsIHJjKTsKKwkJUklOR19DT1BZX1JFUVVFU1QocmluZywg cmMsICZyaW5nX3JlcSk7CiAJCXJpbmctPnJlcV9jb25zID0gKytyYzsKIAog CQlhY3QgPSByaW5nX3JlcS0+YWN0OwotLSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Disposition: attachment; filename="xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBkNTJmMDA5NjBjMTA3MGM2ODM4MDlmYWRkZDM1YTIyMjNlMmI4YTZl IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6NDA6NDMgKzAwMDAKU3ViamVj dDogW1BBVENIIDYvN10geGVuLWJsa2JhY2s6IHJlYWQgZnJvbSBpbmRpcmVj dCBkZXNjcmlwdG9ycyBvbmx5IG9uY2UKTUlNRS1WZXJzaW9uOiAxLjAKQ29u dGVudC1UeXBlOiB0ZXh0L3BsYWluOyBjaGFyc2V0PVVURi04CkNvbnRlbnQt VHJhbnNmZXItRW5jb2Rpbmc6IDhiaXQKClNpbmNlIGluZGlyZWN0IGRlc2Ny aXB0b3JzIGFyZSBpbiBtZW1vcnkgc2hhcmVkIHdpdGggdGhlIGZyb250ZW5k LCB0aGUKZnJvbnRlbmQgY291bGQgYWx0ZXIgdGhlIGZpcnN0X3NlY3QgYW5k IGxhc3Rfc2VjdCB2YWx1ZXMgYWZ0ZXIgdGhleSBoYXZlCmJlZW4gdmFsaWRh dGVkIGJ1dCBiZWZvcmUgdGhleSBhcmUgcmVjb3JkZWQgaW4gdGhlIHJlcXVl c3QuICBUaGlzIG1heQpyZXN1bHQgaW4gSS9PIHJlcXVlc3RzIHRoYXQgb3Zl cmZsb3cgdGhlIGZvcmVpZ24gcGFnZSwgcG9zc2libHkKb3ZlcndyaXRpbmcg bG9jYWwgcGFnZXMgd2hlbiB0aGUgSS9PIHJlcXVlc3QgaXMgZXhlY3V0ZWQu CgpXaGVuIHBhcnNpbmcgaW5kaXJlY3QgZGVzY3JpcHRvcnMsIG9ubHkgcmVh ZCBmaXJzdF9zZWN0IGFuZCBsYXN0X3NlY3QKb25jZS4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpTaWdu ZWQtb2ZmLWJ5OiBSb2dlciBQYXUgTW9ubsOpIDxyb2dlci5wYXVAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFi ZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRl ayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0tCnYyOiBUaGlz IGlzIGFnYWluc3QgdjQuMwotLS0KIGRyaXZlcnMvYmxvY2sveGVuLWJsa2Jh Y2svYmxrYmFjay5jIHwgMTIgKysrKysrKy0tLS0tCiAxIGZpbGUgY2hhbmdl ZCwgNyBpbnNlcnRpb25zKCspLCA1IGRlbGV0aW9ucygtKQoKZGlmZiAtLWdp dCBhL2RyaXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jIGIvZHJp dmVycy9ibG9jay94ZW4tYmxrYmFjay9ibGtiYWNrLmMKaW5kZXggNmE2ODVh ZS4uZjJlN2EzOCAxMDA2NDQKLS0tIGEvZHJpdmVycy9ibG9jay94ZW4tYmxr YmFjay9ibGtiYWNrLmMKKysrIGIvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFj ay9ibGtiYWNrLmMKQEAgLTk1MCw2ICs5NTAsOCBAQCBzdGF0aWMgaW50IHhl bl9ibGtia19wYXJzZV9pbmRpcmVjdChzdHJ1Y3QgYmxraWZfcmVxdWVzdCAq cmVxLAogCQlnb3RvIHVubWFwOwogCiAJZm9yIChuID0gMCwgaSA9IDA7IG4g PCBuc2VnOyBuKyspIHsKKwkJdWludDhfdCBmaXJzdF9zZWN0LCBsYXN0X3Nl Y3Q7CisKIAkJaWYgKChuICUgU0VHU19QRVJfSU5ESVJFQ1RfRlJBTUUpID09 IDApIHsKIAkJCS8qIE1hcCBpbmRpcmVjdCBzZWdtZW50cyAqLwogCQkJaWYg KHNlZ21lbnRzKQpAQCAtOTU4LDE0ICs5NjAsMTQgQEAgc3RhdGljIGludCB4 ZW5fYmxrYmtfcGFyc2VfaW5kaXJlY3Qoc3RydWN0IGJsa2lmX3JlcXVlc3Qg KnJlcSwKIAkJfQogCQlpID0gbiAlIFNFR1NfUEVSX0lORElSRUNUX0ZSQU1F OwogCQlwZW5kaW5nX3JlcS0+c2VnbWVudHNbbl0tPmdyZWYgPSBzZWdtZW50 c1tpXS5ncmVmOwotCQlzZWdbbl0ubnNlYyA9IHNlZ21lbnRzW2ldLmxhc3Rf c2VjdCAtCi0JCQlzZWdtZW50c1tpXS5maXJzdF9zZWN0ICsgMTsKLQkJc2Vn W25dLm9mZnNldCA9IChzZWdtZW50c1tpXS5maXJzdF9zZWN0IDw8IDkpOwot CQlpZiAoKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA+PSAoUEFHRV9TSVpFID4+ IDkpKSB8fAotCQkgICAgKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA8IHNlZ21l bnRzW2ldLmZpcnN0X3NlY3QpKSB7CisJCWZpcnN0X3NlY3QgPSBSRUFEX09O Q0Uoc2VnbWVudHNbaV0uZmlyc3Rfc2VjdCk7CisJCWxhc3Rfc2VjdCA9IFJF QURfT05DRShzZWdtZW50c1tpXS5sYXN0X3NlY3QpOworCQlpZiAobGFzdF9z ZWN0ID49IChQQUdFX1NJWkUgPj4gOSkgfHwgbGFzdF9zZWN0IDwgZmlyc3Rf c2VjdCkgewogCQkJcmMgPSAtRUlOVkFMOwogCQkJZ290byB1bm1hcDsKIAkJ fQorCQlzZWdbbl0ubnNlYyA9IGxhc3Rfc2VjdCAtIGZpcnN0X3NlY3QgKyAx OworCQlzZWdbbl0ub2Zmc2V0ID0gZmlyc3Rfc2VjdCA8PCA5OwogCQlwcmVx LT5ucl9zZWN0cyArPSBzZWdbbl0ubnNlYzsKIAl9CiAKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSA0ZTJiYzQyM2UwY2VmMGE0MmY5M2Q5ODljMDk4MDMwMWRmMWJkNDYy IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE0OjU4OjA4ICswMDAwClN1YmplY3Q6IFtQQVRDSCAxLzddIHhlbjog QWRkIFJJTkdfQ09QWV9SRVFVRVNUKCkKClVzaW5nIFJJTkdfR0VUX1JFUVVF U1QoKSBvbiBhIHNoYXJlZCByaW5nIGlzIGVhc3kgdG8gdXNlIGluY29ycmVj dGx5CihpLmUuLCBieSBub3QgY29uc2lkZXJpbmcgdGhhdCB0aGUgb3RoZXIg ZW5kIG1heSBhbHRlciB0aGUgZGF0YSBpbiB0aGUKc2hhcmVkIHJpbmcgd2hp bGUgaXQgaXMgYmVpbmcgaW5zcGVjdGVkKS4gIFNhZmUgdXNhZ2Ugb2YgYSBy ZXF1ZXN0CmdlbmVyYWxseSByZXF1aXJlcyB0YWtpbmcgYSBsb2NhbCBjb3B5 LgoKUHJvdmlkZSBhIFJJTkdfQ09QWV9SRVFVRVNUKCkgbWFjcm8gdG8gdXNl IGluc3RlYWQgb2YKUklOR19HRVRfUkVRVUVTVCgpIGFuZCBhbiBvcGVuLWNv ZGVkIG1lbWNweSgpLiAgVGhpcyB0YWtlcyBjYXJlIG9mCmVuc3VyaW5nIHRo YXQgdGhlIGNvcHkgaXMgZG9uZSBjb3JyZWN0bHkgcmVnYXJkbGVzcyBvZiBh bnkgcG9zc2libGUKY29tcGlsZXIgb3B0aW1pemF0aW9ucy4KClVzZSBhIHZv bGF0aWxlIHNvdXJjZSB0byBwcmV2ZW50IHRoZSBjb21waWxlciBmcm9tIHJl b3JkZXJpbmcgb3IKb21pdHRpbmcgdGhlIGNvcHkuCgpUaGlzIGlzIHBhcnQg b2YgWFNBMTU1LgoKQ0M6IHN0YWJsZUB2Z2VyLmtlcm5lbC5vcmcKU2lnbmVk LW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4LmNv bT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxrb25y YWQud2lsa0BvcmFjbGUuY29tPgotLS0KdjI6IFVwZGF0ZSBhYm91dCBHQ0Mg YW5kIGJpdGZpZWxkcy4KLS0tCiBpbmNsdWRlL3hlbi9pbnRlcmZhY2UvaW8v cmluZy5oIHwgMTQgKysrKysrKysrKysrKysKIDEgZmlsZSBjaGFuZ2VkLCAx NCBpbnNlcnRpb25zKCspCgpkaWZmIC0tZ2l0IGEvaW5jbHVkZS94ZW4vaW50 ZXJmYWNlL2lvL3JpbmcuaCBiL2luY2x1ZGUveGVuL2ludGVyZmFjZS9pby9y aW5nLmgKaW5kZXggN2QyOGFmZi4uN2RjNjg1YiAxMDA2NDQKLS0tIGEvaW5j bHVkZS94ZW4vaW50ZXJmYWNlL2lvL3JpbmcuaAorKysgYi9pbmNsdWRlL3hl bi9pbnRlcmZhY2UvaW8vcmluZy5oCkBAIC0xODEsNiArMTgxLDIwIEBAIHN0 cnVjdCBfX25hbWUjI19iYWNrX3JpbmcgewkJCQkJCVwKICNkZWZpbmUgUklO R19HRVRfUkVRVUVTVChfciwgX2lkeCkJCQkJCVwKICAgICAoJigoX3IpLT5z cmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0laRShfcikgLSAxKSldLnJl cSkpCiAKKy8qCisgKiBHZXQgYSBsb2NhbCBjb3B5IG9mIGEgcmVxdWVzdC4K KyAqCisgKiBVc2UgdGhpcyBpbiBwcmVmZXJlbmNlIHRvIFJJTkdfR0VUX1JF UVVFU1QoKSBzbyBhbGwgcHJvY2Vzc2luZyBpcworICogZG9uZSBvbiBhIGxv Y2FsIGNvcHkgdGhhdCBjYW5ub3QgYmUgbW9kaWZpZWQgYnkgdGhlIG90aGVy IGVuZC4KKyAqCisgKiBOb3RlIHRoYXQgaHR0cHM6Ly9nY2MuZ251Lm9yZy9i dWd6aWxsYS9zaG93X2J1Zy5jZ2k/aWQ9NTgxNDUgbWF5IGNhdXNlIHRoaXMK KyAqIHRvIGJlIGluZWZmZWN0aXZlIHdoZXJlIF9yZXEgaXMgYSBzdHJ1Y3Qg d2hpY2ggY29uc2lzdHMgb2Ygb25seSBiaXRmaWVsZHMuCisgKi8KKyNkZWZp bmUgUklOR19DT1BZX1JFUVVFU1QoX3IsIF9pZHgsIF9yZXEpIGRvIHsJCQkJ XAorCS8qIFVzZSB2b2xhdGlsZSB0byBmb3JjZSB0aGUgY29weSBpbnRvIF9y ZXEuICovCQkJXAorCSooX3JlcSkgPSAqKHZvbGF0aWxlIHR5cGVvZihfcmVx KSlSSU5HX0dFVF9SRVFVRVNUKF9yLCBfaWR4KTsJXAorfSB3aGlsZSAoMCkK KwogI2RlZmluZSBSSU5HX0dFVF9SRVNQT05TRShfciwgX2lkeCkJCQkJCVwK ICAgICAoJigoX3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0la RShfcikgLSAxKSldLnJzcCkpCiAKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch" Content-Transfer-Encoding: base64 RnJvbSAxMDBhYzM3MmEwZTA3Y2NjOGM1MDhjMzg4NGZhOTAyMGNmZTA4MDk0 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE1OjE2OjAxICswMDAwClN1YmplY3Q6IFtQQVRDSCAyLzddIHhlbi1u ZXRiYWNrOiBkb24ndCB1c2UgbGFzdCByZXF1ZXN0IHRvIGRldGVybWluZSBt aW5pbXVtCiBUeCBjcmVkaXQKClRoZSBsYXN0IGZyb20gZ3Vlc3QgdHJhbnNt aXR0ZWQgcmVxdWVzdCBnaXZlcyBubyBpbmRpY2F0aW9uIGFib3V0IHRoZQpt aW5pbXVtIGFtb3VudCBvZiBjcmVkaXQgdGhhdCB0aGUgZ3Vlc3QgbWlnaHQg bmVlZCB0byBzZW5kIGEgcGFja2V0CnNpbmNlIHRoZSBsYXN0IHBhY2tldCBt aWdodCBoYXZlIGJlZW4gYSBzbWFsbCBvbmUuCgpJbnN0ZWFkIGFsbG93IGZv ciB0aGUgd29yc3QgY2FzZSAxMjggS2lCIHBhY2tldC4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpSZXZp ZXdlZC1ieTogV2VpIExpdSA8d2VpLmxpdTJAY2l0cml4LmNvbT4KU2lnbmVk LW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4LmNv bT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxrb25y YWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMvbmV0L3hlbi1uZXRi YWNrL25ldGJhY2suYyB8IDQgKy0tLQogMSBmaWxlIGNoYW5nZWQsIDEgaW5z ZXJ0aW9uKCspLCAzIGRlbGV0aW9ucygtKQoKZGlmZiAtLWdpdCBhL2RyaXZl cnMvbmV0L3hlbi1uZXRiYWNrL25ldGJhY2suYyBiL2RyaXZlcnMvbmV0L3hl bi1uZXRiYWNrL25ldGJhY2suYwppbmRleCBlNDgxZjM3Li5iNjgzNTgxIDEw MDY0NAotLS0gYS9kcml2ZXJzL25ldC94ZW4tbmV0YmFjay9uZXRiYWNrLmMK KysrIGIvZHJpdmVycy9uZXQveGVuLW5ldGJhY2svbmV0YmFjay5jCkBAIC02 NzksOSArNjc5LDcgQEAgc3RhdGljIHZvaWQgdHhfYWRkX2NyZWRpdChzdHJ1 Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSkKIAkgKiBBbGxvdyBhIGJ1cnN0IGJp ZyBlbm91Z2ggdG8gdHJhbnNtaXQgYSBqdW1ibyBwYWNrZXQgb2YgdXAgdG8g MTI4a0IuCiAJICogT3RoZXJ3aXNlIHRoZSBpbnRlcmZhY2UgY2FuIHNlaXpl IHVwIGR1ZSB0byBpbnN1ZmZpY2llbnQgY3JlZGl0LgogCSAqLwotCW1heF9i dXJzdCA9IFJJTkdfR0VUX1JFUVVFU1QoJnF1ZXVlLT50eCwgcXVldWUtPnR4 LnJlcV9jb25zKS0+c2l6ZTsKLQltYXhfYnVyc3QgPSBtaW4obWF4X2J1cnN0 LCAxMzEwNzJVTCk7Ci0JbWF4X2J1cnN0ID0gbWF4KG1heF9idXJzdCwgcXVl dWUtPmNyZWRpdF9ieXRlcyk7CisJbWF4X2J1cnN0ID0gbWF4KDEzMTA3MlVM LCBxdWV1ZS0+Y3JlZGl0X2J5dGVzKTsKIAogCS8qIFRha2UgY2FyZSB0aGF0 IGFkZGluZyBhIG5ldyBjaHVuayBvZiBjcmVkaXQgZG9lc24ndCB3cmFwIHRv IHplcm8uICovCiAJbWF4X2NyZWRpdCA9IHF1ZXVlLT5yZW1haW5pbmdfY3Jl ZGl0ICsgcXVldWUtPmNyZWRpdF9ieXRlczsKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch" Content-Transfer-Encoding: base64 RnJvbSA0MTI3ZTljY2FlMGVkYTYyMjQyMWQyMTEzMjg0NmFiZGY3NGY2NmVk IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE1OjE3OjA2ICswMDAwClN1YmplY3Q6IFtQQVRDSCAzLzddIHhlbi1u ZXRiYWNrOiB1c2UgUklOR19DT1BZX1JFUVVFU1QoKSB0aHJvdWdob3V0CgpJ bnN0ZWFkIG9mIG9wZW4tY29kaW5nIG1lbWNweSgpcyBhbmQgZGlyZWN0bHkg YWNjZXNzaW5nIFR4IGFuZCBSeApyZXF1ZXN0cywgdXNlIHRoZSBuZXcgUklO R19DT1BZX1JFUVVFU1QoKSB0aGF0IGVuc3VyZXMgdGhlIGxvY2FsIGNvcHkK aXMgY29ycmVjdC4KClRoaXMgaXMgbW9yZSB0aGFuIGlzIHN0cmljdGx5IG5l Y2Vzc2FyeSBmb3IgZ3Vlc3QgUnggcmVxdWVzdHMgc2luY2UKb25seSB0aGUg aWQgYW5kIGdyZWYgZmllbGRzIGFyZSB1c2VkIGFuZCBpdCBpcyBoYXJtbGVz cyBpZiB0aGUKZnJvbnRlbmQgbW9kaWZpZXMgdGhlc2UuCgpUaGlzIGlzIHBh cnQgb2YgWFNBMTU1LgoKQ0M6IHN0YWJsZUB2Z2VyLmtlcm5lbC5vcmcKUmV2 aWV3ZWQtYnk6IFdlaSBMaXUgPHdlaS5saXUyQGNpdHJpeC5jb20+ClNpZ25l ZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2aWQudnJhYmVsQGNpdHJpeC5j b20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2lsayA8a29u cmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBkcml2ZXJzL25ldC94ZW4tbmV0 YmFjay9uZXRiYWNrLmMgfCAzMCArKysrKysrKysrKysrKy0tLS0tLS0tLS0t LS0tLS0KIDEgZmlsZSBjaGFuZ2VkLCAxNCBpbnNlcnRpb25zKCspLCAxNiBk ZWxldGlvbnMoLSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL25ldC94ZW4tbmV0 YmFjay9uZXRiYWNrLmMgYi9kcml2ZXJzL25ldC94ZW4tbmV0YmFjay9uZXRi YWNrLmMKaW5kZXggYjY4MzU4MS4uMTA0OWMzNCAxMDA2NDQKLS0tIGEvZHJp dmVycy9uZXQveGVuLW5ldGJhY2svbmV0YmFjay5jCisrKyBiL2RyaXZlcnMv bmV0L3hlbi1uZXRiYWNrL25ldGJhY2suYwpAQCAtMjU4LDE4ICsyNTgsMTgg QEAgc3RhdGljIHN0cnVjdCB4ZW52aWZfcnhfbWV0YSAqZ2V0X25leHRfcnhf YnVmZmVyKHN0cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCQkJCQkJIHN0 cnVjdCBuZXRyeF9wZW5kaW5nX29wZXJhdGlvbnMgKm5wbykKIHsKIAlzdHJ1 Y3QgeGVudmlmX3J4X21ldGEgKm1ldGE7Ci0Jc3RydWN0IHhlbl9uZXRpZl9y eF9yZXF1ZXN0ICpyZXE7CisJc3RydWN0IHhlbl9uZXRpZl9yeF9yZXF1ZXN0 IHJlcTsKIAotCXJlcSA9IFJJTkdfR0VUX1JFUVVFU1QoJnF1ZXVlLT5yeCwg cXVldWUtPnJ4LnJlcV9jb25zKyspOworCVJJTkdfQ09QWV9SRVFVRVNUKCZx dWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrLCAmcmVxKTsKIAogCW1l dGEgPSBucG8tPm1ldGEgKyBucG8tPm1ldGFfcHJvZCsrOwogCW1ldGEtPmdz b190eXBlID0gWEVOX05FVElGX0dTT19UWVBFX05PTkU7CiAJbWV0YS0+Z3Nv X3NpemUgPSAwOwogCW1ldGEtPnNpemUgPSAwOwotCW1ldGEtPmlkID0gcmVx LT5pZDsKKwltZXRhLT5pZCA9IHJlcS5pZDsKIAogCW5wby0+Y29weV9vZmYg PSAwOwotCW5wby0+Y29weV9ncmVmID0gcmVxLT5ncmVmOworCW5wby0+Y29w eV9ncmVmID0gcmVxLmdyZWY7CiAKIAlyZXR1cm4gbWV0YTsKIH0KQEAgLTQy NCw3ICs0MjQsNyBAQCBzdGF0aWMgaW50IHhlbnZpZl9nb3Bfc2tiKHN0cnVj dCBza19idWZmICpza2IsCiAJc3RydWN0IHhlbnZpZiAqdmlmID0gbmV0ZGV2 X3ByaXYoc2tiLT5kZXYpOwogCWludCBucl9mcmFncyA9IHNrYl9zaGluZm8o c2tiKS0+bnJfZnJhZ3M7CiAJaW50IGk7Ci0Jc3RydWN0IHhlbl9uZXRpZl9y eF9yZXF1ZXN0ICpyZXE7CisJc3RydWN0IHhlbl9uZXRpZl9yeF9yZXF1ZXN0 IHJlcTsKIAlzdHJ1Y3QgeGVudmlmX3J4X21ldGEgKm1ldGE7CiAJdW5zaWdu ZWQgY2hhciAqZGF0YTsKIAlpbnQgaGVhZCA9IDE7CkBAIC00NDMsMTUgKzQ0 MywxNSBAQCBzdGF0aWMgaW50IHhlbnZpZl9nb3Bfc2tiKHN0cnVjdCBza19i dWZmICpza2IsCiAKIAkvKiBTZXQgdXAgYSBHU08gcHJlZml4IGRlc2NyaXB0 b3IsIGlmIG5lY2Vzc2FyeSAqLwogCWlmICgoMSA8PCBnc29fdHlwZSkgJiB2 aWYtPmdzb19wcmVmaXhfbWFzaykgewotCQlyZXEgPSBSSU5HX0dFVF9SRVFV RVNUKCZxdWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrKTsKKwkJUklO R19DT1BZX1JFUVVFU1QoJnF1ZXVlLT5yeCwgcXVldWUtPnJ4LnJlcV9jb25z KyssICZyZXEpOwogCQltZXRhID0gbnBvLT5tZXRhICsgbnBvLT5tZXRhX3By b2QrKzsKIAkJbWV0YS0+Z3NvX3R5cGUgPSBnc29fdHlwZTsKIAkJbWV0YS0+ Z3NvX3NpemUgPSBza2Jfc2hpbmZvKHNrYiktPmdzb19zaXplOwogCQltZXRh LT5zaXplID0gMDsKLQkJbWV0YS0+aWQgPSByZXEtPmlkOworCQltZXRhLT5p ZCA9IHJlcS5pZDsKIAl9CiAKLQlyZXEgPSBSSU5HX0dFVF9SRVFVRVNUKCZx dWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrKTsKKwlSSU5HX0NPUFlf UkVRVUVTVCgmcXVldWUtPnJ4LCBxdWV1ZS0+cngucmVxX2NvbnMrKywgJnJl cSk7CiAJbWV0YSA9IG5wby0+bWV0YSArIG5wby0+bWV0YV9wcm9kKys7CiAK IAlpZiAoKDEgPDwgZ3NvX3R5cGUpICYgdmlmLT5nc29fbWFzaykgewpAQCAt NDYzLDkgKzQ2Myw5IEBAIHN0YXRpYyBpbnQgeGVudmlmX2dvcF9za2Ioc3Ry dWN0IHNrX2J1ZmYgKnNrYiwKIAl9CiAKIAltZXRhLT5zaXplID0gMDsKLQlt ZXRhLT5pZCA9IHJlcS0+aWQ7CisJbWV0YS0+aWQgPSByZXEuaWQ7CiAJbnBv LT5jb3B5X29mZiA9IDA7Ci0JbnBvLT5jb3B5X2dyZWYgPSByZXEtPmdyZWY7 CisJbnBvLT5jb3B5X2dyZWYgPSByZXEuZ3JlZjsKIAogCWRhdGEgPSBza2It PmRhdGE7CiAJd2hpbGUgKGRhdGEgPCBza2JfdGFpbF9wb2ludGVyKHNrYikp IHsKQEAgLTcwOSw3ICs3MDksNyBAQCBzdGF0aWMgdm9pZCB4ZW52aWZfdHhf ZXJyKHN0cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCQlzcGluX3VubG9j a19pcnFyZXN0b3JlKCZxdWV1ZS0+cmVzcG9uc2VfbG9jaywgZmxhZ3MpOwog CQlpZiAoY29ucyA9PSBlbmQpCiAJCQlicmVhazsKLQkJdHhwID0gUklOR19H RVRfUkVRVUVTVCgmcXVldWUtPnR4LCBjb25zKyspOworCQlSSU5HX0NPUFlf UkVRVUVTVCgmcXVldWUtPnR4LCBjb25zKyssIHR4cCk7CiAJfSB3aGlsZSAo MSk7CiAJcXVldWUtPnR4LnJlcV9jb25zID0gY29uczsKIH0KQEAgLTc3Niw4 ICs3NzYsNyBAQCBzdGF0aWMgaW50IHhlbnZpZl9jb3VudF9yZXF1ZXN0cyhz dHJ1Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSwKIAkJaWYgKGRyb3BfZXJyKQog CQkJdHhwID0gJmRyb3BwZWRfdHg7CiAKLQkJbWVtY3B5KHR4cCwgUklOR19H RVRfUkVRVUVTVCgmcXVldWUtPnR4LCBjb25zICsgc2xvdHMpLAotCQkgICAg ICAgc2l6ZW9mKCp0eHApKTsKKwkJUklOR19DT1BZX1JFUVVFU1QoJnF1ZXVl LT50eCwgY29ucyArIHNsb3RzLCB0eHApOwogCiAJCS8qIElmIHRoZSBndWVz dCBzdWJtaXR0ZWQgYSBmcmFtZSA+PSA2NCBLaUIgdGhlbgogCQkgKiBmaXJz dC0+c2l6ZSBvdmVyZmxvd2VkIGFuZCBmb2xsb3dpbmcgc2xvdHMgd2lsbApA QCAtMTExMCw4ICsxMTA5LDcgQEAgc3RhdGljIGludCB4ZW52aWZfZ2V0X2V4 dHJhcyhzdHJ1Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSwKIAkJCXJldHVybiAt RUJBRFI7CiAJCX0KIAotCQltZW1jcHkoJmV4dHJhLCBSSU5HX0dFVF9SRVFV RVNUKCZxdWV1ZS0+dHgsIGNvbnMpLAotCQkgICAgICAgc2l6ZW9mKGV4dHJh KSk7CisJCVJJTkdfQ09QWV9SRVFVRVNUKCZxdWV1ZS0+dHgsIGNvbnMsICZl eHRyYSk7CiAJCWlmICh1bmxpa2VseSghZXh0cmEudHlwZSB8fAogCQkJICAg ICBleHRyYS50eXBlID49IFhFTl9ORVRJRl9FWFRSQV9UWVBFX01BWCkpIHsK IAkJCXF1ZXVlLT50eC5yZXFfY29ucyA9ICsrY29uczsKQEAgLTEzMjAsNyAr MTMxOCw3IEBAIHN0YXRpYyB2b2lkIHhlbnZpZl90eF9idWlsZF9nb3BzKHN0 cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCiAJCWlkeCA9IHF1ZXVlLT50 eC5yZXFfY29uczsKIAkJcm1iKCk7IC8qIEVuc3VyZSB0aGF0IHdlIHNlZSB0 aGUgcmVxdWVzdCBiZWZvcmUgd2UgY29weSBpdC4gKi8KLQkJbWVtY3B5KCZ0 eHJlcSwgUklOR19HRVRfUkVRVUVTVCgmcXVldWUtPnR4LCBpZHgpLCBzaXpl b2YodHhyZXEpKTsKKwkJUklOR19DT1BZX1JFUVVFU1QoJnF1ZXVlLT50eCwg aWR4LCAmdHhyZXEpOwogCiAJCS8qIENyZWRpdC1iYXNlZCBzY2hlZHVsaW5n LiAqLwogCQlpZiAodHhyZXEuc2l6ZSA+IHF1ZXVlLT5yZW1haW5pbmdfY3Jl ZGl0ICYmCi0tIAoyLjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch" Content-Transfer-Encoding: base64 RnJvbSAwODRiOGMyZTc3ZjFhYzA3ZTRhM2ExMjFmZjk1N2M0OWE5Mzc5Mzg1 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6MzQ6MDkgKzAwMDAKU3ViamVj dDogW1BBVENIIDQvN10geGVuLWJsa2JhY2s6IG9ubHkgcmVhZCByZXF1ZXN0 IG9wZXJhdGlvbiBmcm9tIHNoYXJlZCByaW5nCiBvbmNlCk1JTUUtVmVyc2lv bjogMS4wCkNvbnRlbnQtVHlwZTogdGV4dC9wbGFpbjsgY2hhcnNldD1VVEYt OApDb250ZW50LVRyYW5zZmVyLUVuY29kaW5nOiA4Yml0CgpBIGNvbXBpbGVy IG1heSBsb2FkIGEgc3dpdGNoIHN0YXRlbWVudCB2YWx1ZSBtdWx0aXBsZSB0 aW1lcywgd2hpY2ggY291bGQKYmUgYmFkIHdoZW4gdGhlIHZhbHVlIGlzIGlu IG1lbW9yeSBzaGFyZWQgd2l0aCB0aGUgZnJvbnRlbmQuCgpXaGVuIGNvbnZl cnRpbmcgYSBub24tbmF0aXZlIHJlcXVlc3QgdG8gYSBuYXRpdmUgb25lLCBl bnN1cmUgdGhhdApzcmMtPm9wZXJhdGlvbiBpcyBvbmx5IGxvYWRlZCBvbmNl IGJ5IHVzaW5nIFJFQURfT05DRSgpLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1 NS4KCkNDOiBzdGFibGVAdmdlci5rZXJuZWwub3JnClNpZ25lZC1vZmYtYnk6 IFJvZ2VyIFBhdSBNb25uw6kgPHJvZ2VyLnBhdUBjaXRyaXguY29tPgpTaWdu ZWQtb2ZmLWJ5OiBEYXZpZCBWcmFiZWwgPGRhdmlkLnZyYWJlbEBjaXRyaXgu Y29tPgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnplc3p1dGVrIFdpbGsgPGtv bnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQogZHJpdmVycy9ibG9jay94ZW4t YmxrYmFjay9jb21tb24uaCB8IDggKysrKy0tLS0KIDEgZmlsZSBjaGFuZ2Vk LCA0IGluc2VydGlvbnMoKyksIDQgZGVsZXRpb25zKC0pCgpkaWZmIC0tZ2l0 IGEvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFjay9jb21tb24uaCBiL2RyaXZl cnMvYmxvY2sveGVuLWJsa2JhY2svY29tbW9uLmgKaW5kZXggNjhlODdhMC4u YzkyOWFlMiAxMDA2NDQKLS0tIGEvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFj ay9jb21tb24uaAorKysgYi9kcml2ZXJzL2Jsb2NrL3hlbi1ibGtiYWNrL2Nv bW1vbi5oCkBAIC00MDgsOCArNDA4LDggQEAgc3RhdGljIGlubGluZSB2b2lk IGJsa2lmX2dldF94ODZfMzJfcmVxKHN0cnVjdCBibGtpZl9yZXF1ZXN0ICpk c3QsCiAJCQkJCXN0cnVjdCBibGtpZl94ODZfMzJfcmVxdWVzdCAqc3JjKQog ewogCWludCBpLCBuID0gQkxLSUZfTUFYX1NFR01FTlRTX1BFUl9SRVFVRVNU LCBqOwotCWRzdC0+b3BlcmF0aW9uID0gc3JjLT5vcGVyYXRpb247Ci0Jc3dp dGNoIChzcmMtPm9wZXJhdGlvbikgeworCWRzdC0+b3BlcmF0aW9uID0gUkVB RF9PTkNFKHNyYy0+b3BlcmF0aW9uKTsKKwlzd2l0Y2ggKGRzdC0+b3BlcmF0 aW9uKSB7CiAJY2FzZSBCTEtJRl9PUF9SRUFEOgogCWNhc2UgQkxLSUZfT1Bf V1JJVEU6CiAJY2FzZSBCTEtJRl9PUF9XUklURV9CQVJSSUVSOgpAQCAtNDU2 LDggKzQ1Niw4IEBAIHN0YXRpYyBpbmxpbmUgdm9pZCBibGtpZl9nZXRfeDg2 XzY0X3JlcShzdHJ1Y3QgYmxraWZfcmVxdWVzdCAqZHN0LAogCQkJCQlzdHJ1 Y3QgYmxraWZfeDg2XzY0X3JlcXVlc3QgKnNyYykKIHsKIAlpbnQgaSwgbiA9 IEJMS0lGX01BWF9TRUdNRU5UU19QRVJfUkVRVUVTVCwgajsKLQlkc3QtPm9w ZXJhdGlvbiA9IHNyYy0+b3BlcmF0aW9uOwotCXN3aXRjaCAoc3JjLT5vcGVy YXRpb24pIHsKKwlkc3QtPm9wZXJhdGlvbiA9IFJFQURfT05DRShzcmMtPm9w ZXJhdGlvbik7CisJc3dpdGNoIChkc3QtPm9wZXJhdGlvbikgewogCWNhc2Ug QkxLSUZfT1BfUkVBRDoKIAljYXNlIEJMS0lGX09QX1dSSVRFOgogCWNhc2Ug QkxLSUZfT1BfV1JJVEVfQkFSUklFUjoKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSAwNmVlN2M3YmViMGI1MjQ1YjFkODc5Yzk3NTNmYWEyY2Y1YWQ5ODkx IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6NDA6NDMgKzAwMDAKU3ViamVj dDogW1BBVENIIDUvN10geGVuLWJsa2JhY2s6IHJlYWQgZnJvbSBpbmRpcmVj dCBkZXNjcmlwdG9ycyBvbmx5IG9uY2UKTUlNRS1WZXJzaW9uOiAxLjAKQ29u dGVudC1UeXBlOiB0ZXh0L3BsYWluOyBjaGFyc2V0PVVURi04CkNvbnRlbnQt VHJhbnNmZXItRW5jb2Rpbmc6IDhiaXQKClNpbmNlIGluZGlyZWN0IGRlc2Ny aXB0b3JzIGFyZSBpbiBtZW1vcnkgc2hhcmVkIHdpdGggdGhlIGZyb250ZW5k LCB0aGUKZnJvbnRlbmQgY291bGQgYWx0ZXIgdGhlIGZpcnN0X3NlY3QgYW5k IGxhc3Rfc2VjdCB2YWx1ZXMgYWZ0ZXIgdGhleSBoYXZlCmJlZW4gdmFsaWRh dGVkIGJ1dCBiZWZvcmUgdGhleSBhcmUgcmVjb3JkZWQgaW4gdGhlIHJlcXVl c3QuICBUaGlzIG1heQpyZXN1bHQgaW4gSS9PIHJlcXVlc3RzIHRoYXQgb3Zl cmZsb3cgdGhlIGZvcmVpZ24gcGFnZSwgcG9zc2libHkKb3ZlcndyaXRpbmcg bG9jYWwgcGFnZXMgd2hlbiB0aGUgSS9PIHJlcXVlc3QgaXMgZXhlY3V0ZWQu CgpXaGVuIHBhcnNpbmcgaW5kaXJlY3QgZGVzY3JpcHRvcnMsIG9ubHkgcmVh ZCBmaXJzdF9zZWN0IGFuZCBsYXN0X3NlY3QKb25jZS4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpTaWdu ZWQtb2ZmLWJ5OiBSb2dlciBQYXUgTW9ubsOpIDxyb2dlci5wYXVAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFi ZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRl ayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMv YmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jIHwgMTUgKysrKysrKysrKy0t LS0tCiAxIGZpbGUgY2hhbmdlZCwgMTAgaW5zZXJ0aW9ucygrKSwgNSBkZWxl dGlvbnMoLSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL2Jsb2NrL3hlbi1ibGti YWNrL2Jsa2JhY2suYyBiL2RyaXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxr YmFjay5jCmluZGV4IGY5MDk5OTQuLjQxZmIxYTkgMTAwNjQ0Ci0tLSBhL2Ry aXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jCisrKyBiL2RyaXZl cnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jCkBAIC05NTAsNiArOTUw LDggQEAgc3RhdGljIGludCB4ZW5fYmxrYmtfcGFyc2VfaW5kaXJlY3Qoc3Ry dWN0IGJsa2lmX3JlcXVlc3QgKnJlcSwKIAkJZ290byB1bm1hcDsKIAogCWZv ciAobiA9IDAsIGkgPSAwOyBuIDwgbnNlZzsgbisrKSB7CisJCXVpbnQ4X3Qg Zmlyc3Rfc2VjdCwgbGFzdF9zZWN0OworCiAJCWlmICgobiAlIFNFR1NfUEVS X0lORElSRUNUX0ZSQU1FKSA9PSAwKSB7CiAJCQkvKiBNYXAgaW5kaXJlY3Qg c2VnbWVudHMgKi8KIAkJCWlmIChzZWdtZW50cykKQEAgLTk1NywxNSArOTU5 LDE4IEBAIHN0YXRpYyBpbnQgeGVuX2Jsa2JrX3BhcnNlX2luZGlyZWN0KHN0 cnVjdCBibGtpZl9yZXF1ZXN0ICpyZXEsCiAJCQlzZWdtZW50cyA9IGttYXBf YXRvbWljKHBhZ2VzW24vU0VHU19QRVJfSU5ESVJFQ1RfRlJBTUVdLT5wYWdl KTsKIAkJfQogCQlpID0gbiAlIFNFR1NfUEVSX0lORElSRUNUX0ZSQU1FOwor CiAJCXBlbmRpbmdfcmVxLT5zZWdtZW50c1tuXS0+Z3JlZiA9IHNlZ21lbnRz W2ldLmdyZWY7Ci0JCXNlZ1tuXS5uc2VjID0gc2VnbWVudHNbaV0ubGFzdF9z ZWN0IC0KLQkJCXNlZ21lbnRzW2ldLmZpcnN0X3NlY3QgKyAxOwotCQlzZWdb bl0ub2Zmc2V0ID0gKHNlZ21lbnRzW2ldLmZpcnN0X3NlY3QgPDwgOSk7Ci0J CWlmICgoc2VnbWVudHNbaV0ubGFzdF9zZWN0ID49IChYRU5fUEFHRV9TSVpF ID4+IDkpKSB8fAotCQkgICAgKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA8IHNl Z21lbnRzW2ldLmZpcnN0X3NlY3QpKSB7CisKKwkJZmlyc3Rfc2VjdCA9IFJF QURfT05DRShzZWdtZW50c1tpXS5maXJzdF9zZWN0KTsKKwkJbGFzdF9zZWN0 ID0gUkVBRF9PTkNFKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCk7CisJCWlmIChs YXN0X3NlY3QgPj0gKFhFTl9QQUdFX1NJWkUgPj4gOSkgfHwgbGFzdF9zZWN0 IDwgZmlyc3Rfc2VjdCkgewogCQkJcmMgPSAtRUlOVkFMOwogCQkJZ290byB1 bm1hcDsKIAkJfQorCisJCXNlZ1tuXS5uc2VjID0gbGFzdF9zZWN0IC0gZmly c3Rfc2VjdCArIDE7CisJCXNlZ1tuXS5vZmZzZXQgPSBmaXJzdF9zZWN0IDw8 IDk7CiAJCXByZXEtPm5yX3NlY3RzICs9IHNlZ1tuXS5uc2VjOwogCX0KIAot LSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Transfer-Encoding: base64 RnJvbSA4OTczOWMxNGM3MmU1YzE2MjZhNWNkNWUwOWNiYjJlZmVhYWRiNmQ4 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBNb24sIDE2IE5vdiAy MDE1IDE4OjAyOjMyICswMDAwClN1YmplY3Q6IFtQQVRDSCA2LzddIHhlbi1z Y3NpYmFjazogc2FmZWx5IGNvcHkgcmVxdWVzdHMKClRoZSBjb3B5IG9mIHRo ZSByaW5nIHJlcXVlc3Qgd2FzIGxhY2tpbmcgYSBmb2xsb3dpbmcgYmFycmll cigpLApwb3RlbnRpYWxseSBhbGxvd2luZyB0aGUgY29tcGlsZXIgdG8gb3B0 aW1pemUgdGhlIGNvcHkgYXdheS4KClVzZSBSSU5HX0NPUFlfUkVRVUVTVCgp IHRvIGVuc3VyZSB0aGUgcmVxdWVzdCBpcyBjb3BpZWQgdG8gbG9jYWwKbWVt b3J5LgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1NS4KCkNDOiBzdGFibGVAdmdl ci5rZXJuZWwub3JnClJldmlld2VkLWJ5OiBKdWVyZ2VuIEdyb3NzIDxqZ3Jv c3NAc3VzZS5jb20+ClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2 aWQudnJhYmVsQGNpdHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBS emVzenV0ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBk cml2ZXJzL3hlbi94ZW4tc2NzaWJhY2suYyB8IDIgKy0KIDEgZmlsZSBjaGFu Z2VkLCAxIGluc2VydGlvbigrKSwgMSBkZWxldGlvbigtKQoKZGlmZiAtLWdp dCBhL2RyaXZlcnMveGVuL3hlbi1zY3NpYmFjay5jIGIvZHJpdmVycy94ZW4v eGVuLXNjc2liYWNrLmMKaW5kZXggNDNiY2FlOC4uYWQ0ZWIxMCAxMDA2NDQK LS0tIGEvZHJpdmVycy94ZW4veGVuLXNjc2liYWNrLmMKKysrIGIvZHJpdmVy cy94ZW4veGVuLXNjc2liYWNrLmMKQEAgLTcyNiw3ICs3MjYsNyBAQCBzdGF0 aWMgaW50IHNjc2liYWNrX2RvX2NtZF9mbihzdHJ1Y3QgdnNjc2lia19pbmZv ICppbmZvKQogCQlpZiAoIXBlbmRpbmdfcmVxKQogCQkJcmV0dXJuIDE7CiAK LQkJcmluZ19yZXEgPSAqUklOR19HRVRfUkVRVUVTVChyaW5nLCByYyk7CisJ CVJJTkdfQ09QWV9SRVFVRVNUKHJpbmcsIHJjLCAmcmluZ19yZXEpOwogCQly aW5nLT5yZXFfY29ucyA9ICsrcmM7CiAKIAkJZXJyID0gcHJlcGFyZV9wZW5k aW5nX3JlcXMoaW5mbywgJnJpbmdfcmVxLCBwZW5kaW5nX3JlcSk7Ci0tIAoy LjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch" Content-Transfer-Encoding: base64 RnJvbSBmNmY0Mzg4YzkxN2NlOTZiMDc1YTIzOWE0NTM1YjhlZmM2MDY0ZDE0 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IE1vbiwg MTYgTm92IDIwMTUgMTI6NDA6NDggLTA1MDAKU3ViamVjdDogW1BBVENIIDcv N10geGVuL3BjaWJhY2s6IFNhdmUgeGVuX3BjaV9vcCBjb21tYW5kcyBiZWZv cmUgcHJvY2Vzc2luZwogaXQKCkRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXRp ZXMgdGhhdCBoYXBwZW4gd2hlbiBhIHZhcmlhYmxlIGlzCmZldGNoZWQgdHdp Y2UgZnJvbSBzaGFyZWQgbWVtb3J5IGJ1dCBhIHNlY3VyaXR5IGNoZWNrIGlz IG9ubHkKcGVyZm9ybWVkIHRoZSBmaXJzdCB0aW1lLgoKVGhlIHhlbl9wY2li a19kb19vcCBmdW5jdGlvbiBwZXJmb3JtcyBhIHN3aXRjaCBzdGF0ZW1lbnRz IG9uIHRoZSBvcC0+Y21kCnZhbHVlIHdoaWNoIGlzIHN0b3JlZCBpbiBzaGFy ZWQgbWVtb3J5LiBJbnRlcmVzdGluZ2x5IHRoaXMgY2FuIHJlc3VsdAppbiBh IGRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXR5IGRlcGVuZGluZyBvbiB0aGUg cGVyZm9ybWVkIGNvbXBpbGVyCm9wdGltaXphdGlvbi4KClRoaXMgcGF0Y2gg Zml4ZXMgaXQgYnkgc2F2aW5nIHRoZSB4ZW5fcGNpX29wIGNvbW1hbmQgYmVm b3JlCnByb2Nlc3NpbmcgaXQuIFdlIGFsc28gdXNlICdiYXJyaWVyJyB0byBt YWtlIHN1cmUgdGhhdCB0aGUKY29tcGlsZXIgZG9lcyBub3QgcGVyZm9ybSBh bnkgb3B0aW1pemF0aW9uLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1NS4KCkND OiBzdGFibGVAdmdlci5rZXJuZWwub3JnClJldmlld2VkLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+ClNpZ25l ZC1vZmYtYnk6IEphbiBCZXVsaWNoIDxKQmV1bGljaEBzdXNlLmNvbT4KU2ln bmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxr b25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMveGVuL3hlbi1w Y2liYWNrL3BjaWJhY2suaCAgICAgfCAgMSArCiBkcml2ZXJzL3hlbi94ZW4t cGNpYmFjay9wY2liYWNrX29wcy5jIHwgMTUgKysrKysrKysrKysrKystCiAy IGZpbGVzIGNoYW5nZWQsIDE1IGluc2VydGlvbnMoKyksIDEgZGVsZXRpb24o LSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2li YWNrLmggYi9kcml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2liYWNrLmgKaW5k ZXggNThlMzhkNS4uNGQ1MjlmMyAxMDA2NDQKLS0tIGEvZHJpdmVycy94ZW4v eGVuLXBjaWJhY2svcGNpYmFjay5oCisrKyBiL2RyaXZlcnMveGVuL3hlbi1w Y2liYWNrL3BjaWJhY2suaApAQCAtMzcsNiArMzcsNyBAQCBzdHJ1Y3QgeGVu X3BjaWJrX2RldmljZSB7CiAJc3RydWN0IHhlbl9wY2lfc2hhcmVkaW5mbyAq c2hfaW5mbzsKIAl1bnNpZ25lZCBsb25nIGZsYWdzOwogCXN0cnVjdCB3b3Jr X3N0cnVjdCBvcF93b3JrOworCXN0cnVjdCB4ZW5fcGNpX29wIG9wOwogfTsK IAogc3RydWN0IHhlbl9wY2lia19kZXZfZGF0YSB7CmRpZmYgLS1naXQgYS9k cml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2liYWNrX29wcy5jIGIvZHJpdmVy cy94ZW4veGVuLXBjaWJhY2svcGNpYmFja19vcHMuYwppbmRleCBjNGEwNjY2 Li5hMGUwZTNlIDEwMDY0NAotLS0gYS9kcml2ZXJzL3hlbi94ZW4tcGNpYmFj ay9wY2liYWNrX29wcy5jCisrKyBiL2RyaXZlcnMveGVuL3hlbi1wY2liYWNr L3BjaWJhY2tfb3BzLmMKQEAgLTI5OCw5ICsyOTgsMTEgQEAgdm9pZCB4ZW5f cGNpYmtfZG9fb3Aoc3RydWN0IHdvcmtfc3RydWN0ICpkYXRhKQogCQljb250 YWluZXJfb2YoZGF0YSwgc3RydWN0IHhlbl9wY2lia19kZXZpY2UsIG9wX3dv cmspOwogCXN0cnVjdCBwY2lfZGV2ICpkZXY7CiAJc3RydWN0IHhlbl9wY2li a19kZXZfZGF0YSAqZGV2X2RhdGEgPSBOVUxMOwotCXN0cnVjdCB4ZW5fcGNp X29wICpvcCA9ICZwZGV2LT5zaF9pbmZvLT5vcDsKKwlzdHJ1Y3QgeGVuX3Bj aV9vcCAqb3AgPSAmcGRldi0+b3A7CiAJaW50IHRlc3RfaW50eCA9IDA7CiAK Kwkqb3AgPSBwZGV2LT5zaF9pbmZvLT5vcDsKKwliYXJyaWVyKCk7CiAJZGV2 ID0geGVuX3BjaWJrX2dldF9wY2lfZGV2KHBkZXYsIG9wLT5kb21haW4sIG9w LT5idXMsIG9wLT5kZXZmbik7CiAKIAlpZiAoZGV2ID09IE5VTEwpCkBAIC0z NDIsNiArMzQ0LDE3IEBAIHZvaWQgeGVuX3BjaWJrX2RvX29wKHN0cnVjdCB3 b3JrX3N0cnVjdCAqZGF0YSkKIAkJaWYgKChkZXZfZGF0YS0+ZW5hYmxlX2lu dHggIT0gdGVzdF9pbnR4KSkKIAkJCXhlbl9wY2lia19jb250cm9sX2lzcihk ZXYsIDAgLyogbm8gcmVzZXQgKi8pOwogCX0KKwlwZGV2LT5zaF9pbmZvLT5v cC5lcnIgPSBvcC0+ZXJyOworCXBkZXYtPnNoX2luZm8tPm9wLnZhbHVlID0g b3AtPnZhbHVlOworI2lmZGVmIENPTkZJR19QQ0lfTVNJCisJaWYgKG9wLT5j bWQgPT0gWEVOX1BDSV9PUF9lbmFibGVfbXNpeCAmJiBvcC0+ZXJyID09IDAp IHsKKwkJdW5zaWduZWQgaW50IGk7CisKKwkJZm9yIChpID0gMDsgaSA8IG9w LT52YWx1ZTsgaSsrKQorCQkJcGRldi0+c2hfaW5mby0+b3AubXNpeF9lbnRy aWVzW2ldLnZlY3RvciA9CisJCQkJb3AtPm1zaXhfZW50cmllc1tpXS52ZWN0 b3I7CisJfQorI2VuZGlmCiAJLyogVGVsbCB0aGUgZHJpdmVyIGRvbWFpbiB0 aGF0IHdlJ3JlIGRvbmUuICovCiAJd21iKCk7CiAJY2xlYXJfYml0KF9YRU5f UENJRl9hY3RpdmUsICh1bnNpZ25lZCBsb25nICopJnBkZXYtPnNoX2luZm8t PmZsYWdzKTsKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSBhNTY0NTZhYzNkZjI4NDMyZmZmNDRhOWE5NjIzZTJkZGZjODI2MTA2 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBUdWUsIDI0IE5vdiAy MDE1IDAyOjUxOjU2ICswMDAwClN1YmplY3Q6IFtQQVRDSCAxLzVdIG5ldGJz ZC94ZW46IEFkZCBSSU5HX0NPUFlfUkVRVUVTVCgpCgpVc2luZyBSSU5HX0dF VF9SRVFVRVNUKCkgb24gYSBzaGFyZWQgcmluZyBpcyBlYXN5IHRvIHVzZSBp bmNvcnJlY3RseQooaS5lLiwgYnkgbm90IGNvbnNpZGVyaW5nIHRoYXQgdGhl IG90aGVyIGVuZCBtYXkgYWx0ZXIgdGhlIGRhdGEgaW4gdGhlCnNoYXJlZCBy aW5nIHdoaWxlIGl0IGlzIGJlaW5nIGluc3BlY3RlZCkuICBTYWZlIHVzYWdl IG9mIGEgcmVxdWVzdApnZW5lcmFsbHkgcmVxdWlyZXMgdGFraW5nIGEgbG9j YWwgY29weS4KClByb3ZpZGUgYSBSSU5HX0NPUFlfUkVRVUVTVCgpIG1hY3Jv IHRvIHVzZSBpbnN0ZWFkIG9mClJJTkdfR0VUX1JFUVVFU1QoKSBhbmQgYW4g b3Blbi1jb2RlZCBtZW1jcHkoKS4gIFRoaXMgdGFrZXMgY2FyZSBvZgplbnN1 cmluZyB0aGF0IHRoZSBjb3B5IGlzIGRvbmUgY29ycmVjdGx5IHJlZ2FyZGxl c3Mgb2YgYW55IHBvc3NpYmxlCmNvbXBpbGVyIG9wdGltaXphdGlvbnMuCgpV c2UgYSB2b2xhdGlsZSBzb3VyY2UgdG8gcHJldmVudCB0aGUgY29tcGlsZXIg ZnJvbSByZW9yZGVyaW5nIG9yCm9taXR0aW5nIHRoZSBjb3B5LgoKVGhpcyBp cyBwYXJ0IG9mIFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJl bCA8ZGF2aWQudnJhYmVsQGNpdHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtv bnJhZCBSemVzenV0ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4K LS0tCnYyOiBVcGRhdGUgY29tbWVudCBhYm91dCBHQ0MgYnVnLgotLS0KIGFy Y2gveGVuL2luY2x1ZGUveGVuLXB1YmxpYy9pby9yaW5nLmggfCAxNCArKysr KysrKysrKysrKwogMSBmaWxlIGNoYW5nZWQsIDE0IGluc2VydGlvbnMoKykK CmRpZmYgLS1naXQgYS9hcmNoL3hlbi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8v cmluZy5oIGIvYXJjaC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3Jpbmcu aAppbmRleCAwOWMxODZjLi42MzBiODBlIDEwMDY0NAotLS0gYS9hcmNoL3hl bi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8vcmluZy5oCisrKyBiL2FyY2gveGVu L2luY2x1ZGUveGVuLXB1YmxpYy9pby9yaW5nLmgKQEAgLTIzNiw2ICsyMzYs MjAgQEAgdHlwZWRlZiBzdHJ1Y3QgX19uYW1lIyNfYmFja19yaW5nIF9fbmFt ZSMjX2JhY2tfcmluZ190CiAjZGVmaW5lIFJJTkdfR0VUX1JFUVVFU1QoX3Is IF9pZHgpICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBc CiAgICAgKCYoKF9yKS0+c3JpbmctPnJpbmdbKChfaWR4KSAmIChSSU5HX1NJ WkUoX3IpIC0gMSkpXS5yZXEpKQogCisvKgorICogR2V0IGEgbG9jYWwgY29w eSBvZiBhIHJlcXVlc3QuCisgKgorICogVXNlIHRoaXMgaW4gcHJlZmVyZW5j ZSB0byBSSU5HX0dFVF9SRVFVRVNUKCkgc28gYWxsIHByb2Nlc3NpbmcgaXMK KyAqIGRvbmUgb24gYSBsb2NhbCBjb3B5IHRoYXQgY2Fubm90IGJlIG1vZGlm aWVkIGJ5IHRoZSBvdGhlciBlbmQuCisgKgorICogTm90ZSB0aGF0IGh0dHBz Oi8vZ2NjLmdudS5vcmcvYnVnemlsbGEvc2hvd19idWcuY2dpP2lkPTU4MTQ1 IG1heSBjYXVzZSB0aGlzCisgKiB0byBiZSBpbmVmZmVjdGl2ZSB3aGVyZSBf cmVxIGlzIGEgc3RydWN0IHdoaWNoIGNvbnNpc3RzIG9mIG9ubHkgYml0Zmll bGRzLgorICovCisjZGVmaW5lIFJJTkdfQ09QWV9SRVFVRVNUKF9yLCBfaWR4 LCBfcmVxKSBkbyB7CQkJCVwKKwkvKiBVc2Ugdm9sYXRpbGUgdG8gZm9yY2Ug dGhlIGNvcHkgaW50byBfcmVxLiAqLwkJCVwKKwkqKF9yZXEpID0gKih2b2xh dGlsZSB0eXBlb2YoX3JlcSkpUklOR19HRVRfUkVRVUVTVChfciwgX2lkeCk7 CVwKK30gd2hpbGUgKDApCisKICNkZWZpbmUgUklOR19HRVRfUkVTUE9OU0Uo X3IsIF9pZHgpICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg IFwKICAgICAoJigoX3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdf U0laRShfcikgLSAxKSldLnJzcCkpCiAKLS0gCjIuNS4yCgo= --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch" Content-Transfer-Encoding: base64 RnJvbSAxYzY5N2NhNzZhNjcwYjA4ODNjZDZhMjAzODI4YzMzY2NmNGVjYjFl IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTM6MTYgKzAwMDAKU3ViamVjdDogW1BBVENIIDIv NV0gbmV0YnNkL25ldGJhY2s6IFVzZSBSSU5HX0NPUFlfUkVRVUVTVCBpbnN0 ZWFkIG9mCiBSSU5HX1JFUV9SRVFVRVNUCgpUaGlzIHdheSB3ZSBvcGVyYXRl IG9uIGEgbG9jYWwgY29weSBvZiB0aGUgZ3Vlc3QgUnguIFRoaXMgaXMgbW9y ZSB0aGFuCm5lY2Nlc3NhcnkgYXMgb25seSB0aGUgaWQgYW5kIGdyZWYgZmll bGRzIGFyZSB1c2VkIGFuZCBpdCBpcyBoYXJtbGVzcwppZiB0aGUgZnJvbnRl bmQgbW9kaWZpZXMgdGhlc2UuCgpGb3IgdGhlIFRYIHdlIGFsc28gY29weSB0 aGUgcmVxdWVzdCBhbmQgbWFrZSBzdXJlIHRvIHVzZSBvbmx5IHRoZQpsb2Nh bCBjb3B5LgoKVGhpcyBpcyBiYXNlZCBvZmYgTGludXggJ3hlbi1uZXRiYWNr OiB1c2UgUklOR19DT1BZX1JFUVVFU1QoKSB0aHJvdWdob3V0JwpwYXRjaC4K ClRoaXMgaXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25y YWQgUnplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0t LQogYXJjaC94ZW4veGVuL3hlbm5ldGJhY2tfeGVuYnVzLmMgfCA3OCArKysr KysrKysrKysrKysrKysrKy0tLS0tLS0tLS0tLS0tLS0tLS0tCiAxIGZpbGUg Y2hhbmdlZCwgNDAgaW5zZXJ0aW9ucygrKSwgMzggZGVsZXRpb25zKC0pCgpk aWZmIC0tZ2l0IGEvYXJjaC94ZW4veGVuL3hlbm5ldGJhY2tfeGVuYnVzLmMg Yi9hcmNoL3hlbi94ZW4veGVubmV0YmFja194ZW5idXMuYwppbmRleCA3Y2Mx NGFmLi4wZWYyMzUzIDEwMDY0NAotLS0gYS9hcmNoL3hlbi94ZW4veGVubmV0 YmFja194ZW5idXMuYworKysgYi9hcmNoL3hlbi94ZW4veGVubmV0YmFja194 ZW5idXMuYwpAQCAtNzE1LDcgKzcxNSw3IEBAIHhlbm5ldGJhY2tfZXZ0aGFu ZGxlcih2b2lkICphcmcpCiB7CiAJc3RydWN0IHhuZXRiYWNrX2luc3RhbmNl ICp4bmV0aSA9IGFyZzsKIAlzdHJ1Y3QgaWZuZXQgKmlmcCA9ICZ4bmV0aS0+ eG5pX2lmOwotCW5ldGlmX3R4X3JlcXVlc3RfdCAqdHhyZXE7CisJbmV0aWZf dHhfcmVxdWVzdF90IHR4cmVxOwogCXN0cnVjdCB4bmlfcGt0ICpwa3Q7CiAJ dmFkZHJfdCBwa3RfdmE7CiAJc3RydWN0IG1idWYgKm07CkBAIC03MzMsMzYg KzczMywzNiBAQCB4ZW5uZXRiYWNrX2V2dGhhbmRsZXIodm9pZCAqYXJnKQog CQkgICAgcmVjZWl2ZV9wZW5kaW5nKTsKIAkJaWYgKHJlY2VpdmVfcGVuZGlu ZyA9PSAwKQogCQkJYnJlYWs7Ci0JCXR4cmVxID0gUklOR19HRVRfUkVRVUVT VCgmeG5ldGktPnhuaV90eHJpbmcsIHJlcV9jb25zKTsKKwkJUklOR19DT1BZ X1JFUVVFU1QoJnhuZXRpLT54bmlfdHhyaW5nLCByZXFfY29ucywgJnR4cmVx KTsKIAkJeGVuX3JtYigpOwogCQlYRU5QUklOVEYoKCIlcyBwa3Qgc2l6ZSAl ZFxuIiwgeG5ldGktPnhuaV9pZi5pZl94bmFtZSwKLQkJICAgIHR4cmVxLT5z aXplKSk7CisJCSAgICB0eHJlcS5zaXplKSk7CiAJCXJlcV9jb25zKys7CiAJ CWlmIChfX3ByZWRpY3RfZmFsc2UoKGlmcC0+aWZfZmxhZ3MgJiAoSUZGX1VQ IHwgSUZGX1JVTk5JTkcpKSAhPQogCQkgICAgKElGRl9VUCB8IElGRl9SVU5O SU5HKSkpIHsKIAkJCS8qIGludGVyZmFjZSBub3QgdXAsIGRyb3AgKi8KLQkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLT5pZCwKKwkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLmlkLAogCQkJ ICAgIE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCWNvbnRpbnVlOwogCQl9CiAJ CS8qCiAJCSAqIERvIHNvbWUgc2FuaXR5IGNoZWNrcywgYW5kIG1hcCB0aGUg cGFja2V0J3MgcGFnZS4KIAkJICovCi0JCWlmIChfX3ByZWRpY3RfZmFsc2Uo dHhyZXEtPnNpemUgPCBFVEhFUl9IRFJfTEVOIHx8Ci0JCSAgIHR4cmVxLT5z aXplID4gKEVUSEVSX01BWF9MRU4gLSBFVEhFUl9DUkNfTEVOKSkpIHsKKwkJ aWYgKF9fcHJlZGljdF9mYWxzZSh0eHJlcS5zaXplIDwgRVRIRVJfSERSX0xF TiB8fAorCQkgICB0eHJlcS5zaXplID4gKEVUSEVSX01BWF9MRU4gLSBFVEhF Ul9DUkNfTEVOKSkpIHsKIAkJCXByaW50ZigiJXM6IHBhY2tldCBzaXplICVk IHRvbyBiaWdcbiIsCi0JCQkgICAgaWZwLT5pZl94bmFtZSwgdHhyZXEtPnNp emUpOwotCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEt PmlkLAorCQkJICAgIGlmcC0+aWZfeG5hbWUsIHR4cmVxLnNpemUpOworCQkJ eGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkg ICAgTkVUSUZfUlNQX0VSUk9SKTsKIAkJCWlmcC0+aWZfaWVycm9ycysrOwog CQkJY29udGludWU7CiAJCX0KIAkJLyogZG9uJ3QgY3Jvc3MgcGFnZSBib3Vu ZGFyaWVzICovCiAJCWlmIChfX3ByZWRpY3RfZmFsc2UoCi0JCSAgICB0eHJl cS0+b2Zmc2V0ICsgdHhyZXEtPnNpemUgPiBQQUdFX1NJWkUpKSB7CisJCSAg ICB0eHJlcS5vZmZzZXQgKyB0eHJlcS5zaXplID4gUEFHRV9TSVpFKSkgewog CQkJcHJpbnRmKCIlczogcGFja2V0IGNyb3NzIHBhZ2UgYm91bmRhcnlcbiIs CiAJCQkgICAgaWZwLT5pZl94bmFtZSk7Ci0JCQl4ZW5uZXRiYWNrX3R4X3Jl c3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQl4ZW5uZXRiYWNrX3R4X3Jl c3BvbnNlKHhuZXRpLCB0eHJlcS5pZCwKIAkJCSAgICBORVRJRl9SU1BfRVJS T1IpOwogCQkJaWZwLT5pZl9pZXJyb3JzKys7CiAJCQljb250aW51ZTsKQEAg LTc3NCwxNSArNzc0LDE1IEBAIHhlbm5ldGJhY2tfZXZ0aGFuZGxlcih2b2lk ICphcmcpCiAJCQlpZiAocmF0ZWNoZWNrKCZsYXN0dGltZSwgJnhuaV9wb29s X2VycmludHZsKSkKIAkJCQlwcmludGYoIiVzOiBtYnVmIGFsbG9jIGZhaWxl ZFxuIiwKIAkJCQkgICAgaWZwLT5pZl94bmFtZSk7Ci0JCQl4ZW5uZXRiYWNr X3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQl4ZW5uZXRiYWNr X3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS5pZCwKIAkJCSAgICBORVRJRl9S U1BfRFJPUFBFRCk7CiAJCQlpZnAtPmlmX2llcnJvcnMrKzsKIAkJCWNvbnRp bnVlOwogCQl9CiAKIAkJWEVOUFJJTlRGKCgiJXMgcGt0IG9mZnNldCAlZCBz aXplICVkIGlkICVkIHJlcV9jb25zICVkXG4iLAotCQkgICAgeG5ldGktPnhu aV9pZi5pZl94bmFtZSwgdHhyZXEtPm9mZnNldCwKLQkJICAgIHR4cmVxLT5z aXplLCB0eHJlcS0+aWQsIE1BU0tfTkVUSUZfVFhfSURYKHJlcV9jb25zKSkp OworCQkgICAgeG5ldGktPnhuaV9pZi5pZl94bmFtZSwgdHhyZXEub2Zmc2V0 LAorCQkgICAgdHhyZXEuc2l6ZSwgdHhyZXEuaWQsIE1BU0tfTkVUSUZfVFhf SURYKHJlcV9jb25zKSkpOwogCQkKIAkJcGt0ID0gcG9vbF9nZXQoJnhuaV9w a3RfcG9vbCwgUFJfTk9XQUlUKTsKIAkJaWYgKF9fcHJlZGljdF9mYWxzZShw a3QgPT0gTlVMTCkpIHsKQEAgLTc5MCwxNiArNzkwLDE2IEBAIHhlbm5ldGJh Y2tfZXZ0aGFuZGxlcih2b2lkICphcmcpCiAJCQlpZiAocmF0ZWNoZWNrKCZs YXN0dGltZSwgJnhuaV9wb29sX2VycmludHZsKSkKIAkJCQlwcmludGYoIiVz OiB4bmJwa3QgYWxsb2MgZmFpbGVkXG4iLAogCQkJCSAgICBpZnAtPmlmX3hu YW1lKTsKLQkJCXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVx LT5pZCwKKwkJCXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVx LmlkLAogCQkJICAgIE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCWlmcC0+aWZf aWVycm9ycysrOwogCQkJbV9mcmVlbShtKTsKIAkJCWNvbnRpbnVlOwogCQl9 Ci0JCWVyciA9IHhlbl9zaG1fbWFwKDEsIHhuZXRpLT54bmlfZG9taWQsICZ0 eHJlcS0+Z3JlZiwgJnBrdF92YSwKKwkJZXJyID0geGVuX3NobV9tYXAoMSwg eG5ldGktPnhuaV9kb21pZCwgJnR4cmVxLmdyZWYsICZwa3RfdmEsCiAJCSAg ICAmcGt0LT5wa3RfaGFuZGxlLCBYU0hNX1JPKTsKIAkJaWYgKF9fcHJlZGlj dF9mYWxzZShlcnIgPT0gRU5PTUVNKSkgewotCQkJeGVubmV0YmFja190eF9y ZXNwb25zZSh4bmV0aSwgdHhyZXEtPmlkLAorCQkJeGVubmV0YmFja190eF9y ZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkgICAgTkVUSUZfUlNQX0RS T1BQRUQpOwogCQkJaWZwLT5pZl9pZXJyb3JzKys7CiAJCQlwb29sX3B1dCgm eG5pX3BrdF9wb29sLCBwa3QpOwpAQCAtODEwLDcgKzgxMCw3IEBAIHhlbm5l dGJhY2tfZXZ0aGFuZGxlcih2b2lkICphcmcpCiAJCWlmIChfX3ByZWRpY3Rf ZmFsc2UoZXJyKSkgewogCQkJcHJpbnRmKCIlczogbWFwcGluZyBmb3JlaW5n IHBhZ2UgZmFpbGVkOiAlZFxuIiwKIAkJCSAgICB4bmV0aS0+eG5pX2lmLmlm X3huYW1lLCBlcnIpOwotCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0 aSwgdHhyZXEtPmlkLAorCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0 aSwgdHhyZXEuaWQsCiAJCQkgICAgTkVUSUZfUlNQX0VSUk9SKTsKIAkJCWlm cC0+aWZfaWVycm9ycysrOwogCQkJcG9vbF9wdXQoJnhuaV9wa3RfcG9vbCwg cGt0KTsKQEAgLTgyMCwxMyArODIwLDEzIEBAIHhlbm5ldGJhY2tfZXZ0aGFu ZGxlcih2b2lkICphcmcpCiAKIAkJaWYgKChpZnAtPmlmX2ZsYWdzICYgSUZG X1BST01JU0MpID09IDApIHsKIAkJCXN0cnVjdCBldGhlcl9oZWFkZXIgKmVo ID0KLQkJCSAgICAodm9pZCopKHBrdF92YSArIHR4cmVxLT5vZmZzZXQpOwor CQkJICAgICh2b2lkKikocGt0X3ZhICsgdHhyZXEub2Zmc2V0KTsKIAkJCWlm IChFVEhFUl9JU19NVUxUSUNBU1QoZWgtPmV0aGVyX2Rob3N0KSA9PSAwICYm CiAJCQkgICAgbWVtY21wKENMTEFERFIoaWZwLT5pZl9zYWRsKSwgZWgtPmV0 aGVyX2Rob3N0LAogCQkJICAgIEVUSEVSX0FERFJfTEVOKSAhPSAwKSB7CiAJ CQkJeG5pX3BrdF91bm1hcChwa3QsIHBrdF92YSk7CiAJCQkJbV9mcmVlbSht KTsKLQkJCQl4ZW5uZXRiYWNrX3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+ aWQsCisJCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEu aWQsCiAJCQkJICAgIE5FVElGX1JTUF9PS0FZKTsKIAkJCQljb250aW51ZTsg LyogcGFja2V0IGlzIG5vdCBmb3IgdXMgKi8KIAkJCX0KQEAgLTg0NSwzMSAr ODQ1LDMxIEBAIHNvIGFsd2F5cyBjb3B5IGZvciBub3cuCiAJCQkgKiBhY2sg aXQuIERlbGF5aW5nIGl0IHVudGlsIHRoZSBtYnVmIGlzCiAJCQkgKiBmcmVl ZCB3aWxsIHN0YWxsIHRyYW5zbWl0LgogCQkJICovCi0JCQltLT5tX2xlbiA9 IG1pbihNSExFTiwgdHhyZXEtPnNpemUpOworCQkJbS0+bV9sZW4gPSBtaW4o TUhMRU4sIHR4cmVxLnNpemUpOwogCQkJbS0+bV9wa3RoZHIubGVuID0gMDsK LQkJCW1fY29weWJhY2sobSwgMCwgdHhyZXEtPnNpemUsCi0JCQkgICAgKHZv aWQgKikocGt0X3ZhICsgdHhyZXEtPm9mZnNldCkpOworCQkJbV9jb3B5YmFj ayhtLCAwLCB0eHJlcS5zaXplLAorCQkJICAgICh2b2lkICopKHBrdF92YSAr IHR4cmVxLm9mZnNldCkpOwogCQkJeG5pX3BrdF91bm1hcChwa3QsIHBrdF92 YSk7Ci0JCQlpZiAobS0+bV9wa3RoZHIubGVuIDwgdHhyZXEtPnNpemUpIHsK KwkJCWlmIChtLT5tX3BrdGhkci5sZW4gPCB0eHJlcS5zaXplKSB7CiAJCQkJ aWZwLT5pZl9pZXJyb3JzKys7CiAJCQkJbV9mcmVlbShtKTsKLQkJCQl4ZW5u ZXRiYWNrX3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQkJeGVu bmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkJICAg IE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCQljb250aW51ZTsKIAkJCX0KLQkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLT5pZCwKKwkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLmlkLAogCQkJ ICAgIE5FVElGX1JTUF9PS0FZKTsKIAkJfSBlbHNlIHsKIAotCQkJcGt0LT5w a3RfaWQgPSB0eHJlcS0+aWQ7CisJCQlwa3QtPnBrdF9pZCA9IHR4cmVxLmlk OwogCQkJcGt0LT5wa3RfeG5ldGkgPSB4bmV0aTsKIAotCQkJTUVYVEFERCht LCBwa3RfdmEgKyB0eHJlcS0+b2Zmc2V0LAotCQkJICAgIHR4cmVxLT5zaXpl LCBNX0RFVkJVRiwgeGVubmV0YmFja190eF9mcmVlLCBwa3QpOwotCQkJbS0+ bV9wa3RoZHIubGVuID0gbS0+bV9sZW4gPSB0eHJlcS0+c2l6ZTsKKwkJCU1F WFRBREQobSwgcGt0X3ZhICsgdHhyZXEub2Zmc2V0LAorCQkJICAgIHR4cmVx LnNpemUsIE1fREVWQlVGLCB4ZW5uZXRiYWNrX3R4X2ZyZWUsIHBrdCk7CisJ CQltLT5tX3BrdGhkci5sZW4gPSBtLT5tX2xlbiA9IHR4cmVxLnNpemU7CiAJ CQltLT5tX2ZsYWdzIHw9IE1fRVhUX1JPTUFQOwogCQl9Ci0JCWlmICgodHhy ZXEtPmZsYWdzICYgTkVUVFhGX2NzdW1fYmxhbmspICE9IDApIHsKKwkJaWYg KCh0eHJlcS5mbGFncyAmIE5FVFRYRl9jc3VtX2JsYW5rKSAhPSAwKSB7CiAJ CQl4ZW5uZXRfY2hlY2tzdW1fZmlsbCgmbSk7CiAJCQlpZiAobSA9PSBOVUxM KSB7CiAJCQkJaWZwLT5pZl9pZXJyb3JzKys7CkBAIC05NTMsNiArOTUzLDcg QEAgeGVubmV0YmFja19pZnNvZnRzdGFydF90cmFuc2Zlcih2b2lkICphcmcp CiAJbW11X3VwZGF0ZV90ICptbXVwOwogCW11bHRpY2FsbF9lbnRyeV90ICpt Y2xwOwogCW5ldGlmX3J4X3Jlc3BvbnNlX3QgKnJ4cmVzcDsKKwluZXRpZl9y eF9yZXF1ZXN0X3QgcnhyZXE7CiAJUklOR19JRFggcmVxX3Byb2QsIHJlc3Bf cHJvZDsKIAlpbnQgZG9fZXZlbnQgPSAwOwogCWdudHRhYl90cmFuc2Zlcl90 ICpnb3A7CkBAIC0xMDI4LDEwICsxMDI5LDEwIEBAIHhlbm5ldGJhY2tfaWZz b2Z0c3RhcnRfdHJhbnNmZXIodm9pZCAqYXJnKQogCQkJCW5wcGl0ZW1zKys7 CiAJCQl9CiAJCQkvKiBzdGFydCBmaWxsaW5nIHJpbmcgKi8KLQkJCWdvcC0+ cmVmID0gUklOR19HRVRfUkVRVUVTVCgmeG5ldGktPnhuaV9yeHJpbmcsCi0J CQkgICAgeG5ldGktPnhuaV9yeHJpbmcucmVxX2NvbnMpLT5ncmVmOwotCQkJ aWQgPSBSSU5HX0dFVF9SRVFVRVNUKCZ4bmV0aS0+eG5pX3J4cmluZywKLQkJ CSAgICB4bmV0aS0+eG5pX3J4cmluZy5yZXFfY29ucyktPmlkOworCQkJUklO R19DT1BZX1JFUVVFU1QoJnhuZXRpLT54bmlfcnhyaW5nLAorCQkJICAgIHhu ZXRpLT54bmlfcnhyaW5nLnJlcV9jb25zLCAmcnhyZXEpOworCQkJZ29wLT5y ZWYgPSByeHJlcS5ncmVmOworCQkJaWQgPSByeHJlcS5pZDsKIAkJCXhlbl9y bWIoKTsKIAkJCXhuZXRpLT54bmlfcnhyaW5nLnJlcV9jb25zKys7CiAJCQly eHJlc3AgPSBSSU5HX0dFVF9SRVNQT05TRSgmeG5ldGktPnhuaV9yeHJpbmcs CkBAIC0xMTk4LDYgKzExOTksNyBAQCB4ZW5uZXRiYWNrX2lmc29mdHN0YXJ0 X2NvcHkodm9pZCAqYXJnKQogCXBhZGRyX3QgeG1pdF9tYTsKIAlpbnQgaSwg ajsKIAluZXRpZl9yeF9yZXNwb25zZV90ICpyeHJlc3A7CisJbmV0aWZfcnhf cmVxdWVzdF90IHJ4cmVxOwogCVJJTkdfSURYIHJlcV9wcm9kLCByZXNwX3By b2Q7CiAJaW50IGRvX2V2ZW50ID0gMDsKIAlnbnR0YWJfY29weV90ICpnb3A7 CkBAIC0xMzA5LDE2ICsxMzExLDE2IEBAIHhlbm5ldGJhY2tfaWZzb2Z0c3Rh cnRfY29weSh2b2lkICphcmcpCiAJCQlnb3AtPnNvdXJjZS5kb21pZCA9IERP TUlEX1NFTEY7CiAJCQlnb3AtPnNvdXJjZS51LmdtZm4gPSB4bWl0X21hID4+ IFBBR0VfU0hJRlQ7CiAKLQkJCWdvcC0+ZGVzdC51LnJlZiA9IFJJTkdfR0VU X1JFUVVFU1QoJnhuZXRpLT54bmlfcnhyaW5nLAotCQkJICAgIHhuZXRpLT54 bmlfcnhyaW5nLnJlcV9jb25zKS0+Z3JlZjsKKwkJCVJJTkdfQ09QWV9SRVFV RVNUKCZ4bmV0aS0+eG5pX3J4cmluZywKKwkJCSAgICB4bmV0aS0+eG5pX3J4 cmluZy5yZXFfY29ucywgJnJ4cmVxKTsKKwkJCWdvcC0+ZGVzdC51LnJlZiA9 IHJ4cmVxLmdyZWY7CiAJCQlnb3AtPmRlc3Qub2Zmc2V0ID0gMDsKIAkJCWdv cC0+ZGVzdC5kb21pZCA9IHhuZXRpLT54bmlfZG9taWQ7CiAKIAkJCWdvcC0+ bGVuID0gbS0+bV9wa3RoZHIubGVuOwogCQkJZ29wKys7CiAKLQkJCWlkID0g UklOR19HRVRfUkVRVUVTVCgmeG5ldGktPnhuaV9yeHJpbmcsCi0JCQkgICAg eG5ldGktPnhuaV9yeHJpbmcucmVxX2NvbnMpLT5pZDsKKwkJCWlkID0gcnhy ZXEuaWQ7CiAJCQl4ZW5fcm1iKCk7CiAJCQl4bmV0aS0+eG5pX3J4cmluZy5y ZXFfY29ucysrOwogCQkJcnhyZXNwID0gUklOR19HRVRfUkVTUE9OU0UoJnhu ZXRpLT54bmlfcnhyaW5nLAotLSAKMi41LjIKCg== --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch" Content-Transfer-Encoding: base64 RnJvbSBiMzY3Y2RiYTBjYzNlMmRlNDIzN2NhNzRmMzEwNDMxNDFkZWRhODky IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTQ6NDUgKzAwMDAKU3ViamVjdDogW1BBVENIIDMv NV0gbmV0YnNkL3Jpbmc6IEFkZCAnYmFycmllcicgdG8gcHJvdmlkZSBhbiBj b21waWxlcgogYmFycmllci4KCldlIG5lZWQgYW4gbWVjaGFuaXNtIHRvIGRp c2FibGUgdGhlIGNvbXBpbGVyIGZyb20gZ2VuZXJhdGluZyB0byBtdWNoCm9w dGltaXphdGlvbi4gVXNpbmcgdGhlICdiYXJyaWVyJyBtYWNybyB3aWxsIG1h a2UgdGhlIGNvbXBpbGVyIG5vdApvcHRpbWl6ZSB2YXJpYWJsZXMgcGFzdCB0 aGUgJ2JhcnJpZXInIChhcyBpbiwgcmUtdXNlIHRoZSByZWdpc3RlcnMKb3Ig b25seSByZWFkIHBhcnQgb2YgYSB2YWx1ZSBmcm9tIGEgbWVtb3J5KS4KClRo aXMgaXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQog YXJjaC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3JpbmcuaCB8IDIgKysK IDEgZmlsZSBjaGFuZ2VkLCAyIGluc2VydGlvbnMoKykKCmRpZmYgLS1naXQg YS9hcmNoL3hlbi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8vcmluZy5oIGIvYXJj aC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3JpbmcuaAppbmRleCAzMTZi Y2ViLi41Mjc4ZDA2IDEwMDY0NAotLS0gYS9hcmNoL3hlbi9pbmNsdWRlL3hl bi1wdWJsaWMvaW8vcmluZy5oCisrKyBiL2FyY2gveGVuL2luY2x1ZGUveGVu LXB1YmxpYy9pby9yaW5nLmgKQEAgLTM1LDYgKzM1LDcgQEAKICNkZWZpbmUg eGVuX21iKCkgIG1iKCkKICNkZWZpbmUgeGVuX3JtYigpIHJtYigpCiAjZGVm aW5lIHhlbl93bWIoKSB3bWIoKQorI2RlZmluZSBiYXJyaWVyKCkgICAgIF9f YXNtX18gX192b2xhdGlsZV9fKCIiOiA6IDoibWVtb3J5IikKICNlbmRpZgog I2VuZGlmCiAKQEAgLTQyLDYgKzQzLDcgQEAKICNkZWZpbmUgeGVuX21iKCkg IHg4Nl9tZmVuY2UoKQogI2RlZmluZSB4ZW5fcm1iKCkgeDg2X2xmZW5jZSgp CiAjZGVmaW5lIHhlbl93bWIoKSB4ODZfc2ZlbmNlKCkKKyNkZWZpbmUgYmFy cmllcigpICAgICBfX2FzbV9fIF9fdm9sYXRpbGVfXygiIjogOiA6Im1lbW9y eSIpCiAjZW5kaWYKIAogdHlwZWRlZiB1bnNpZ25lZCBpbnQgUklOR19JRFg7 Ci0tIAoyLjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch" Content-Transfer-Encoding: base64 RnJvbSBhMGM1MjgyYWZmNTFkNWU2NTIwY2FhOTA0MjA3Yjk3MzU2N2Q5MjBk IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTY6MDcgKzAwMDAKU3ViamVjdDogW1BBVENIIDQv NV0gbmV0YnNkL2Jsb2NrOiBvbmx5IHJlYWQgcmVxdWVzdCBvcGVyYXRpb24g ZnJvbSBzaGFyZWQKIHJpbmcgb25jZQoKVGhlIGNvbXBpbGVyIG1heSBsb2Fk IGEgc3dpdGNoIHN0YXRlbWVudCBtdWx0aXBsZSB0aW1lcyBmcm9tIHRoZSBz aGFyZWQKc3BhY2UuIFRoaXMgY291bGQgbGVhZCB0byB0aGUgZnJvbnRlbmQg bWFuaXB1bGF0aW5nIHRoZSBiYWNrZW5kIGludG8KdW5mb3JzZWVuIGJyYW5j aGVzLgoKV2Ugd2FudCB0byBlbnN1cmUgdGhhdCB0aGUgcmVxLT5vcGVyYXRp b24gaXMgb25seSByZWFkIG9uY2UgYW5kIHdlCmRvIHRoYXQgYnkgdXNpbmcg YW4gY29tcGlsZXIgYmFycmllci4KClRoaXMgaXMgcGFydCBvZiBYU0ExNTUu CgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnplc3p1dGVrIFdpbGsgPGtvbnJh ZC53aWxrQG9yYWNsZS5jb20+Ci0tLQogYXJjaC94ZW4veGVuL3hiZGJhY2tf eGVuYnVzLmMgfCAxICsKIDEgZmlsZSBjaGFuZ2VkLCAxIGluc2VydGlvbigr KQoKZGlmZiAtLWdpdCBhL2FyY2gveGVuL3hlbi94YmRiYWNrX3hlbmJ1cy5j IGIvYXJjaC94ZW4veGVuL3hiZGJhY2tfeGVuYnVzLmMKaW5kZXggOWVlMDc1 OC4uM2QxODAyMSAxMDA2NDQKLS0tIGEvYXJjaC94ZW4veGVuL3hiZGJhY2tf eGVuYnVzLmMKKysrIGIvYXJjaC94ZW4veGVuL3hiZGJhY2tfeGVuYnVzLmMK QEAgLTEwMjIsNiArMTAyMiw3IEBAIHhiZGJhY2tfY29fbWFpbl9sb29wKHN0 cnVjdCB4YmRiYWNrX2luc3RhbmNlICp4YmRpLCB2b2lkICpvYmopCiAJCQly ZXEtPnNlY3Rvcl9udW1iZXIgPSByZXE2NC0+c2VjdG9yX251bWJlcjsKIAkJ CWJyZWFrOwogCQl9CisJCWJhcnJpZXIoKTsKIAkJWEVOUFJJTlRGKCgieGJk YmFjayBvcCAlZCByZXFfY29ucyAweCV4IHJlcV9wcm9kIDB4JXggIgogCQkg ICAgInJlc3BfcHJvZCAweCV4IGlkICUiIFBSSXU2NCAiXG4iLCByZXEtPm9w ZXJhdGlvbiwKIAkJCXhiZGktPnhiZGlfcmluZy5yaW5nX24ucmVxX2NvbnMs Ci0tIAoyLjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch" Content-Transfer-Encoding: base64 RnJvbSAzZjM5ZTA1MWIyMzRiNGJkOGUzNmI4MjBhOTMyNTkxYWZkNjQxM2Ix IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTc6MjIgKzAwMDAKU3ViamVjdDogW1BBVENIIDUv NV0gbmV0YnNkL3BjaWJhY2s6IE9wZXJhdGUgb24gbG9jYWwgdmVyc2lvbiBv ZiB4ZW5fcGNpX29wCgpEb3VibGUgZmV0Y2ggdnVsbmVyYWJpbGl0aWVzIHRo YXQgaGFwcGVuIHdoZW4gYSB2YXJpYWJsZSBpcwpmZXRjaGVkIHR3aWNlIGZy b20gc2hhcmVkIG1lbW9yeSBidXQgYSBzZWN1cml0eSBjaGVjayBpcyBvbmx5 CnBlcmZvcm1lZCB0aGUgZmlyc3QgdGltZS4KClRoZSBwY2liYWNrX3hlbmJ1 c19ldnRoYW5kbGVyIGZ1bmN0aW9uIHBlcmZvcm1zIGEgc3dpdGNoIHN0YXRl bWVudHMgb24gdGhlCm9wLT5zaXplIGFuZCBvcC0+Y21kIHZhbHVlIHdoaWNo IGlzIHN0b3JlZCBpbiBzaGFyZWQgbWVtb3J5LgpJbnRlcmVzdGluZ2x5IHRo aXMgY2FuIHJlc3VsdCBpbiBhIGRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXR5 IGRlcGVuZGluZyBvbgp0aGUgcGVyZm9ybWVkIGNvbXBpbGVyIG9wdGltaXph dGlvbi4KClRoaXMgcGF0Y2ggZml4ZXMgaXQgYnkgc2F2aW5nIHRoZSB4ZW5f cGNpX29wIGNvbW1hbmQgYmVmb3JlCnByb2Nlc3NpbmcgaXQuIFdlIGFsc28g dXNlICdiYXJyaWVyJyB0byBtYWtlIHN1cmUgdGhhdCB0aGUKY29tcGlsZXIg ZG9lcyBub3QgcGVyZm9ybSBhbnkgb3B0aW1pemF0aW9uLgoKVGhpcyBpcyBw YXJ0IG9mIFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0 ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBhcmNoL3hl bi94ZW4vcGNpYmFjay5jIHwgOCArKysrKysrLQogMSBmaWxlIGNoYW5nZWQs IDcgaW5zZXJ0aW9ucygrKSwgMSBkZWxldGlvbigtKQoKZGlmZiAtLWdpdCBh L2FyY2gveGVuL3hlbi9wY2liYWNrLmMgYi9hcmNoL3hlbi94ZW4vcGNpYmFj ay5jCmluZGV4IDA0MmM4YzkuLjQ2YzgyMWMgMTAwNjQ0Ci0tLSBhL2FyY2gv eGVuL3hlbi9wY2liYWNrLmMKKysrIGIvYXJjaC94ZW4veGVuL3BjaWJhY2su YwpAQCAtMTg4LDYgKzE4OCw3IEBAIHN0cnVjdCBwYl94ZW5idXNfaW5zdGFu Y2UgewogCS8qIGNvbW11bmljYXRpb24gd2l0aCB0aGUgZG9tVSAqLwogICAg ICAgICB1bnNpZ25lZCBpbnQgcGJ4X2V2dGNobjsgLyogb3VyIGV2ZW4gY2hh bm5lbCAqLwogICAgICAgICBzdHJ1Y3QgeGVuX3BjaV9zaGFyZWRpbmZvICpw Ynhfc2hfaW5mbzsKKyAgICAgICAgc3RydWN0IHhlbl9wY2lfb3Agb3A7CiAg ICAgICAgIGdyYW50X2hhbmRsZV90IHBieF9zaGluZm9faGFuZGxlOyAvKiB0 byB1bm1hcCBzaGFyZWQgcGFnZSAqLwogfTsKIApAQCAtNzIxLDEzICs3MjIs MTYgQEAgcGNpYmFja194ZW5idXNfZXZ0aGFuZGxlcih2b2lkICogYXJnKQog ewogCXN0cnVjdCBwYl94ZW5idXNfaW5zdGFuY2UgKnBieGkgPSBhcmc7CiAJ c3RydWN0IHBjaWJhY2tfcGNpX2RldiAqcGJkOwotCXN0cnVjdCB4ZW5fcGNp X29wICpvcCA9ICZwYnhpLT5wYnhfc2hfaW5mby0+b3A7CisJc3RydWN0IHhl bl9wY2lfb3AgKm9wID0gJnBieGktPm9wOwogCXVfaW50IGJ1cywgZGV2LCBm dW5jOwogCiAJaHlwZXJ2aXNvcl9jbGVhcl9ldmVudChwYnhpLT5wYnhfZXZ0 Y2huKTsKIAlpZiAoeGVuX2F0b21pY190ZXN0X2JpdCgmcGJ4aS0+cGJ4X3No X2luZm8tPmZsYWdzLAogCSAgICBfWEVOX1BDSUZfYWN0aXZlKSA9PSAwKQog CQlyZXR1cm4gMDsKKworCW1lbWNweShvcCwgJnBieGktPnBieF9zaF9pbmZv LT5vcCwgc2l6ZW9mIChzdHJ1Y3QgeGVuX3BjaV9vcCkpOworCWJhcnJpZXIo KTsKIAlpZiAob3AtPmRvbWFpbiAhPSAwKSB7CiAJCWFwcmludF9lcnJvcigi cGNpYmFjazogZG9tYWluICVkICE9IDAiLCBvcC0+ZG9tYWluKTsKIAkJb3At PmVyciA9IFhFTl9QQ0lfRVJSX2Rldl9ub3RfZm91bmQ7CkBAIC03OTQsNiAr Nzk4LDggQEAgcGNpYmFja194ZW5idXNfZXZ0aGFuZGxlcih2b2lkICogYXJn KQogCQlhcHJpbnRfZXJyb3IoInBjaWJhY2s6IHVua25vd24gY21kICVkXG4i LCBvcC0+Y21kKTsKIAkJb3AtPmVyciA9IFhFTl9QQ0lfRVJSX25vdF9pbXBs ZW1lbnRlZDsKIAl9CisJcGJ4aS0+cGJ4X3NoX2luZm8tPm9wLnZhbHVlID0g b3AtPnZhbHVlOworCXBieGktPnBieF9zaF9pbmZvLT5vcC5lcnIgPSBvcC0+ ZXJyOwogZW5kOgogCXhlbl9hdG9taWNfY2xlYXJfYml0KCZwYnhpLT5wYnhf c2hfaW5mby0+ZmxhZ3MsIF9YRU5fUENJRl9hY3RpdmUpOwogCWh5cGVydmlz b3Jfbm90aWZ5X3ZpYV9ldnRjaG4ocGJ4aS0+cGJ4X2V2dGNobik7Ci0tIAoy LjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-qemu-qdisk-double-access.patch" Content-Disposition: attachment; filename="xsa155-qemu-qdisk-double-access.patch" Content-Transfer-Encoding: base64 eGVuL2Jsa2lmOiBBdm9pZCBkb3VibGUgYWNjZXNzIHRvIHNyYy0+bnJfc2Vn bWVudHMKCnNyYyBpcyBzdG9yZWQgaW4gc2hhcmVkIG1lbW9yeSBhbmQgc3Jj LT5ucl9zZWdtZW50cyBpcyBkZXJlZmVyZW5jZWQKdHdpY2UgYXQgdGhlIGVu ZCBvZiB0aGUgZnVuY3Rpb24uICBJZiBhIGNvbXBpbGVyIGRlY2lkZXMgdG8g Y29tcGlsZSB0aGlzCmludG8gdHdvIHNlcGFyYXRlIG1lbW9yeSBhY2Nlc3Nl cyB0aGVuIHRoZSBzaXplIGxpbWl0YXRpb24gY291bGQgYmUKYnlwYXNzZWQu CgpGaXggaXQgYnkgcmVtb3ZpbmcgdGhlIGRvdWJsZSBhY2Nlc3MgdG8gc3Jj LT5ucl9zZWdtZW50cy4KClRoaXMgaXMgcGFydCBvZiBYU0EtMTU1LgoKU2ln bmVkLW9mZi1ieTogU3RlZmFubyBTdGFiZWxsaW5pIDxzdGVmYW5vLnN0YWJl bGxpbmlAZXUuY2l0cml4LmNvbT4KCmRpZmYgLS1naXQgYS9ody9ibG9jay94 ZW5fYmxraWYuaCBiL2h3L2Jsb2NrL3hlbl9ibGtpZi5oCmluZGV4IDcxMWI2 OTIuLjllNzFlMDAgMTAwNjQ0Ci0tLSBhL2h3L2Jsb2NrL3hlbl9ibGtpZi5o CisrKyBiL2h3L2Jsb2NrL3hlbl9ibGtpZi5oCkBAIC04NSw4ICs4NSwxMCBA QCBzdGF0aWMgaW5saW5lIHZvaWQgYmxraWZfZ2V0X3g4Nl8zMl9yZXEoYmxr aWZfcmVxdWVzdF90ICpkc3QsIGJsa2lmX3g4Nl8zMl9yZXF1ZQogCQlkLT5u cl9zZWN0b3JzID0gcy0+bnJfc2VjdG9yczsKIAkJcmV0dXJuOwogCX0KLQlp ZiAobiA+IHNyYy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21l bnRzOworCS8qIHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemlu ZyB0aGUgY29kZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFk ICovCisJYmFycmllcigpOworCWlmIChuID4gZHN0LT5ucl9zZWdtZW50cykK KwkJbiA9IGRzdC0+bnJfc2VnbWVudHM7CiAJZm9yIChpID0gMDsgaSA8IG47 IGkrKykKIAkJZHN0LT5zZWdbaV0gPSBzcmMtPnNlZ1tpXTsKIH0KQEAgLTEw Niw4ICsxMDgsMTAgQEAgc3RhdGljIGlubGluZSB2b2lkIGJsa2lmX2dldF94 ODZfNjRfcmVxKGJsa2lmX3JlcXVlc3RfdCAqZHN0LCBibGtpZl94ODZfNjRf cmVxdWUKIAkJZC0+bnJfc2VjdG9ycyA9IHMtPm5yX3NlY3RvcnM7CiAJCXJl dHVybjsKIAl9Ci0JaWYgKG4gPiBzcmMtPm5yX3NlZ21lbnRzKQotCQluID0g c3JjLT5ucl9zZWdtZW50czsKKwkvKiBwcmV2ZW50IHRoZSBjb21waWxlciBm cm9tIG9wdGltaXppbmcgdGhlIGNvZGUgYW5kIHVzaW5nIHNyYy0+bnJfc2Vn bWVudHMgaW5zdGVhZCAqLworCWJhcnJpZXIoKTsKKwlpZiAobiA+IGRzdC0+ bnJfc2VnbWVudHMpCisJCW4gPSBkc3QtPm5yX3NlZ21lbnRzOwogCWZvciAo aSA9IDA7IGkgPCBuOyBpKyspCiAJCWRzdC0+c2VnW2ldID0gc3JjLT5zZWdb aV07CiB9Cg== --=separator Content-Type: application/octet-stream; name="xsa155-qemut-qdisk-double-access.patch" Content-Disposition: attachment; filename="xsa155-qemut-qdisk-double-access.patch" Content-Transfer-Encoding: base64 RnJvbSAyNzk0MmIwY2IyMzI3ZTkzZGViMTIzMjZiYmU3YjM2YzgxZjlmYTdi IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBTdGVmYW5vIFN0YWJl bGxpbmkgPHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgpEYXRl OiBGcmksIDIwIE5vdiAyMDE1IDEwOjU2OjAwIC0wNTAwClN1YmplY3Q6IFtQ QVRDSF0gYmxraWY6IEF2b2lkIGRvdWJsZSBhY2Nlc3MgdG8gc3JjLT5ucl9z ZWdtZW50cwoKc3JjIGlzIHN0b3JlZCBpbiBzaGFyZWQgbWVtb3J5IGFuZCBz cmMtPm5yX3NlZ21lbnRzIGlzIGRlcmVmZXJlbmNlZAp0d2ljZSBhdCB0aGUg ZW5kIG9mIHRoZSBmdW5jdGlvbi4gIElmIGEgY29tcGlsZXIgZGVjaWRlcyB0 byBjb21waWxlIHRoaXMKaW50byB0d28gc2VwYXJhdGUgbWVtb3J5IGFjY2Vz c2VzIHRoZW4gdGhlIHNpemUgbGltaXRhdGlvbiBjb3VsZCBiZQpieXBhc3Nl ZC4KCkZpeCBpdCBieSByZW1vdmluZyB0aGUgZG91YmxlIGFjY2VzcyB0byBz cmMtPm5yX3NlZ21lbnRzLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQS0xNTUuCgpT aWduZWQtb2ZmLWJ5OiBTdGVmYW5vIFN0YWJlbGxpbmkgPHN0ZWZhbm8uc3Rh YmVsbGluaUBldS5jaXRyaXguY29tPgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQog aHcveGVuX2Jsa2lmLmggfCAxMiArKysrKysrKy0tLS0KIDEgZmlsZSBjaGFu Z2VkLCA4IGluc2VydGlvbnMoKyksIDQgZGVsZXRpb25zKC0pCgpkaWZmIC0t Z2l0IGEvaHcveGVuX2Jsa2lmLmggYi9ody94ZW5fYmxraWYuaAppbmRleCBj YTNhNjViLi5lYjI5Y2IxIDEwMDY0NAotLS0gYS9ody94ZW5fYmxraWYuaAor KysgYi9ody94ZW5fYmxraWYuaApAQCAtNzksOCArNzksMTAgQEAgc3RhdGlj IGlubGluZSB2b2lkIGJsa2lmX2dldF94ODZfMzJfcmVxKGJsa2lmX3JlcXVl c3RfdCAqZHN0LCBibGtpZl94ODZfMzJfcmVxdWUKIAlkc3QtPmhhbmRsZSA9 IHNyYy0+aGFuZGxlOwogCWRzdC0+aWQgPSBzcmMtPmlkOwogCWRzdC0+c2Vj dG9yX251bWJlciA9IHNyYy0+c2VjdG9yX251bWJlcjsKLQlpZiAobiA+IHNy Yy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21lbnRzOworCS8q IHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemluZyB0aGUgY29k ZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFkICovCisJeGVu X21iKCk7CisJaWYgKG4gPiBkc3QtPm5yX3NlZ21lbnRzKQorCQluID0gZHN0 LT5ucl9zZWdtZW50czsKIAlmb3IgKGkgPSAwOyBpIDwgbjsgaSsrKQogCQlk c3QtPnNlZ1tpXSA9IHNyYy0+c2VnW2ldOwogfQpAQCAtOTQsOCArOTYsMTAg QEAgc3RhdGljIGlubGluZSB2b2lkIGJsa2lmX2dldF94ODZfNjRfcmVxKGJs a2lmX3JlcXVlc3RfdCAqZHN0LCBibGtpZl94ODZfNjRfcmVxdWUKIAlkc3Qt PmhhbmRsZSA9IHNyYy0+aGFuZGxlOwogCWRzdC0+aWQgPSBzcmMtPmlkOwog CWRzdC0+c2VjdG9yX251bWJlciA9IHNyYy0+c2VjdG9yX251bWJlcjsKLQlp ZiAobiA+IHNyYy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21l bnRzOworCS8qIHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemlu ZyB0aGUgY29kZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFk ICovCisJeGVuX21iKCk7CisJaWYgKG4gPiBkc3QtPm5yX3NlZ21lbnRzKQor CQluID0gZHN0LT5ucl9zZWdtZW50czsKIAlmb3IgKGkgPSAwOyBpIDwgbjsg aSsrKQogCQlkc3QtPnNlZ1tpXSA9IHNyYy0+c2VnW2ldOwogfQotLSAKMi40 LjMKCg== --=separator Content-Type: application/octet-stream; name="xsa155-qemut-xenfb.patch" Content-Disposition: attachment; filename="xsa155-qemut-xenfb.patch" Content-Transfer-Encoding: base64 RnJvbSAwZmZkNDU0NzY2NWQyZmVjNjQ4YWIyYzlmZjg1NmM1ZDlkYjliMDdj IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBTdGVmYW5vIFN0YWJl bGxpbmkgPHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgpEYXRl OiBGcmksIDIwIE5vdiAyMDE1IDEwOjM3OjA4IC0wNTAwClN1YmplY3Q6IFtQ QVRDSCAyLzJdIHhlbmZiOiBhdm9pZCByZWFkaW5nIHR3aWNlIHRoZSBzYW1l IGZpZWxkcyBmcm9tIHRoZQogc2hhcmVkIHBhZ2UKClJlYWRpbmcgdHdpY2Ug dGhlIHNhbWUgZmllbGQgY291bGQgZ2l2ZSB0aGUgZ3Vlc3QgYW4gYXR0YWNr IG9mCm9wcG9ydHVuaXR5LiBJbiB0aGUgY2FzZSBvZiBldmVudC0+dHlwZSwg Z2NjIGNvdWxkIGNvbXBpbGUgdGhlIHN3aXRjaApzdGF0ZW1lbnQgaW50byBh IGp1bXAgdGFibGUsIGVmZmVjdGl2ZWx5IGVuZGluZyB1cCByZWFkaW5nIHRo ZSB0eXBlCmZpZWxkIG11bHRpcGxlIHRpbWVzLgoKVGhpcyBpcyBwYXJ0IG9m IFhTQS0xNTUuCgpTaWduZWQtb2ZmLWJ5OiBTdGVmYW5vIFN0YWJlbGxpbmkg PHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgotLS0KIGh3L3hl bmZiLmMgfCAxMCArKysrKystLS0tCiAxIGZpbGUgY2hhbmdlZCwgNiBpbnNl cnRpb25zKCspLCA0IGRlbGV0aW9ucygtKQoKZGlmZiAtLWdpdCBhL2h3L3hl bmZiLmMgYi9ody94ZW5mYi5jCmluZGV4IDc1YjJiYzIuLjM2OWQ0NWQgMTAw NjQ0Ci0tLSBhL2h3L3hlbmZiLmMKKysrIGIvaHcveGVuZmIuYwpAQCAtODI3 LDE4ICs4MjcsMjAgQEAgc3RhdGljIHZvaWQgeGVuZmJfaW52YWxpZGF0ZSh2 b2lkICpvcGFxdWUpCiAKIHN0YXRpYyB2b2lkIHhlbmZiX2hhbmRsZV9ldmVu dHMoc3RydWN0IFhlbkZCICp4ZW5mYikKIHsKLSAgICB1aW50MzJfdCBwcm9k LCBjb25zOworICAgIHVpbnQzMl90IHByb2QsIGNvbnMsIG91dF9jb25zOwog ICAgIHN0cnVjdCB4ZW5mYl9wYWdlICpwYWdlID0geGVuZmItPmMucGFnZTsK IAogICAgIHByb2QgPSBwYWdlLT5vdXRfcHJvZDsKLSAgICBpZiAocHJvZCA9 PSBwYWdlLT5vdXRfY29ucykKKyAgICBvdXRfY29ucyA9IHBhZ2UtPm91dF9j b25zOworICAgIGlmIChwcm9kID09IG91dF9jb25zKQogCXJldHVybjsKICAg ICB4ZW5fcm1iKCk7CQkvKiBlbnN1cmUgd2Ugc2VlIHJpbmcgY29udGVudHMg dXAgdG8gcHJvZCAqLwotICAgIGZvciAoY29ucyA9IHBhZ2UtPm91dF9jb25z OyBjb25zICE9IHByb2Q7IGNvbnMrKykgeworICAgIGZvciAoY29ucyA9IG91 dF9jb25zOyBjb25zICE9IHByb2Q7IGNvbnMrKykgewogCXVuaW9uIHhlbmZi X291dF9ldmVudCAqZXZlbnQgPSAmWEVORkJfT1VUX1JJTkdfUkVGKHBhZ2Us IGNvbnMpOworICAgICAgICB1aW50OF90IHR5cGUgPSBldmVudC0+dHlwZTsK IAlpbnQgeCwgeSwgdywgaDsKIAotCXN3aXRjaCAoZXZlbnQtPnR5cGUpIHsK Kwlzd2l0Y2ggKHR5cGUpIHsKIAljYXNlIFhFTkZCX1RZUEVfVVBEQVRFOgog CSAgICBpZiAoeGVuZmItPnVwX2NvdW50ID09IFVQX1FVRVVFKQogCQl4ZW5m Yi0+dXBfZnVsbHNjcmVlbiA9IDE7Ci0tIAoyLjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-qemu-xenfb.patch" Content-Disposition: attachment; filename="xsa155-qemu-xenfb.patch" Content-Transfer-Encoding: base64 eGVuZmI6IGF2b2lkIHJlYWRpbmcgdHdpY2UgdGhlIHNhbWUgZmllbGRzIGZy b20gdGhlIHNoYXJlZCBwYWdlCgpSZWFkaW5nIHR3aWNlIHRoZSBzYW1lIGZp ZWxkIGNvdWxkIGdpdmUgdGhlIGd1ZXN0IGFuIGF0dGFjayBvZgpvcHBvcnR1 bml0eS4gSW4gdGhlIGNhc2Ugb2YgZXZlbnQtPnR5cGUsIGdjYyBjb3VsZCBj b21waWxlIHRoZSBzd2l0Y2gKc3RhdGVtZW50IGludG8gYSBqdW1wIHRhYmxl LCBlZmZlY3RpdmVseSBlbmRpbmcgdXAgcmVhZGluZyB0aGUgdHlwZQpmaWVs ZCBtdWx0aXBsZSB0aW1lcy4KClRoaXMgaXMgcGFydCBvZiBYU0EtMTU1LgoK U2lnbmVkLW9mZi1ieTogU3RlZmFubyBTdGFiZWxsaW5pIDxzdGVmYW5vLnN0 YWJlbGxpbmlAZXUuY2l0cml4LmNvbT4KCgpkaWZmIC0tZ2l0IGEvaHcvZGlz cGxheS94ZW5mYi5jIGIvaHcvZGlzcGxheS94ZW5mYi5jCmluZGV4IDVlMzI0 ZWYuLjRlMmEyN2EgMTAwNjQ0Ci0tLSBhL2h3L2Rpc3BsYXkveGVuZmIuYwor KysgYi9ody9kaXNwbGF5L3hlbmZiLmMKQEAgLTc4NCwxOCArNzg0LDIwIEBA IHN0YXRpYyB2b2lkIHhlbmZiX2ludmFsaWRhdGUodm9pZCAqb3BhcXVlKQog CiBzdGF0aWMgdm9pZCB4ZW5mYl9oYW5kbGVfZXZlbnRzKHN0cnVjdCBYZW5G QiAqeGVuZmIpCiB7Ci0gICAgdWludDMyX3QgcHJvZCwgY29uczsKKyAgICB1 aW50MzJfdCBwcm9kLCBjb25zLCBvdXRfY29uczsKICAgICBzdHJ1Y3QgeGVu ZmJfcGFnZSAqcGFnZSA9IHhlbmZiLT5jLnBhZ2U7CiAKICAgICBwcm9kID0g cGFnZS0+b3V0X3Byb2Q7Ci0gICAgaWYgKHByb2QgPT0gcGFnZS0+b3V0X2Nv bnMpCisgICAgb3V0X2NvbnMgPSBwYWdlLT5vdXRfY29uczsKKyAgICBpZiAo cHJvZCA9PSBvdXRfY29ucykKIAlyZXR1cm47CiAgICAgeGVuX3JtYigpOwkJ LyogZW5zdXJlIHdlIHNlZSByaW5nIGNvbnRlbnRzIHVwIHRvIHByb2QgKi8K LSAgICBmb3IgKGNvbnMgPSBwYWdlLT5vdXRfY29uczsgY29ucyAhPSBwcm9k OyBjb25zKyspIHsKKyAgICBmb3IgKGNvbnMgPSBvdXRfY29uczsgY29ucyAh PSBwcm9kOyBjb25zKyspIHsKIAl1bmlvbiB4ZW5mYl9vdXRfZXZlbnQgKmV2 ZW50ID0gJlhFTkZCX09VVF9SSU5HX1JFRihwYWdlLCBjb25zKTsKKyAgICAg ICAgdWludDhfdCB0eXBlID0gZXZlbnQtPnR5cGU7CiAJaW50IHgsIHksIHcs IGg7CiAKLQlzd2l0Y2ggKGV2ZW50LT50eXBlKSB7CisJc3dpdGNoICh0eXBl KSB7CiAJY2FzZSBYRU5GQl9UWVBFX1VQREFURToKIAkgICAgaWYgKHhlbmZi LT51cF9jb3VudCA9PSBVUF9RVUVVRSkKIAkJeGVuZmItPnVwX2Z1bGxzY3Jl ZW4gPSAxOwo= --=separator Content-Type: application/octet-stream; name="xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSAxMmIxMTY1OGE5ZDZhNjU0YTFlN2FjYmYyZjJkNTZjZTlhMzk2Yzg2 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDIwIE5vdiAy MDE1IDExOjU5OjA1IC0wNTAwClN1YmplY3Q6IFtQQVRDSCAxLzNdIHhlbjog QWRkIFJJTkdfQ09QWV9SRVFVRVNUKCkKClVzaW5nIFJJTkdfR0VUX1JFUVVF U1QoKSBvbiBhIHNoYXJlZCByaW5nIGlzIGVhc3kgdG8gdXNlIGluY29ycmVj dGx5CihpLmUuLCBieSBub3QgY29uc2lkZXJpbmcgdGhhdCB0aGUgb3RoZXIg ZW5kIG1heSBhbHRlciB0aGUgZGF0YSBpbiB0aGUKc2hhcmVkIHJpbmcgd2hp bGUgaXQgaXMgYmVpbmcgaW5zcGVjdGVkKS4gIFNhZmUgdXNhZ2Ugb2YgYSBy ZXF1ZXN0CmdlbmVyYWxseSByZXF1aXJlcyB0YWtpbmcgYSBsb2NhbCBjb3B5 LgoKUHJvdmlkZSBhIFJJTkdfQ09QWV9SRVFVRVNUKCkgbWFjcm8gdG8gdXNl IGluc3RlYWQgb2YKUklOR19HRVRfUkVRVUVTVCgpIGFuZCBhbiBvcGVuLWNv ZGVkIG1lbWNweSgpLiAgVGhpcyB0YWtlcyBjYXJlIG9mCmVuc3VyaW5nIHRo YXQgdGhlIGNvcHkgaXMgZG9uZSBjb3JyZWN0bHkgcmVnYXJkbGVzcyBvZiBh bnkgcG9zc2libGUKY29tcGlsZXIgb3B0aW1pemF0aW9ucy4KClVzZSBhIHZv bGF0aWxlIHNvdXJjZSB0byBwcmV2ZW50IHRoZSBjb21waWxlciBmcm9tIHJl b3JkZXJpbmcgb3IKb21pdHRpbmcgdGhlIGNvcHkuCgpUaGlzIGlzIHBhcnQg b2YgWFNBMTU1LgoKU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZp ZC52cmFiZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6 ZXN6dXRlayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KdjI6 IEFkZCBjb21tZW50IGFib3V0IEdDQyBidWcuCi0tLQogeGVuL2luY2x1ZGUv cHVibGljL2lvL3JpbmcuaCB8IDE0ICsrKysrKysrKysrKysrCiAxIGZpbGUg Y2hhbmdlZCwgMTQgaW5zZXJ0aW9ucygrKQoKZGlmZiAtLWdpdCBhL3hlbi9p bmNsdWRlL3B1YmxpYy9pby9yaW5nLmggYi94ZW4vaW5jbHVkZS9wdWJsaWMv aW8vcmluZy5oCmluZGV4IGJhOTQwMWIuLjgwMWMwZGEgMTAwNjQ0Ci0tLSBh L3hlbi9pbmNsdWRlL3B1YmxpYy9pby9yaW5nLmgKKysrIGIveGVuL2luY2x1 ZGUvcHVibGljL2lvL3JpbmcuaApAQCAtMjEyLDYgKzIxMiwyMCBAQCB0eXBl ZGVmIHN0cnVjdCBfX25hbWUjI19iYWNrX3JpbmcgX19uYW1lIyNfYmFja19y aW5nX3QKICNkZWZpbmUgUklOR19HRVRfUkVRVUVTVChfciwgX2lkeCkgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIFwKICAgICAoJigo X3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0laRShfcikgLSAx KSldLnJlcSkpCiAKKy8qCisgKiBHZXQgYSBsb2NhbCBjb3B5IG9mIGEgcmVx dWVzdC4KKyAqCisgKiBVc2UgdGhpcyBpbiBwcmVmZXJlbmNlIHRvIFJJTkdf R0VUX1JFUVVFU1QoKSBzbyBhbGwgcHJvY2Vzc2luZyBpcworICogZG9uZSBv biBhIGxvY2FsIGNvcHkgdGhhdCBjYW5ub3QgYmUgbW9kaWZpZWQgYnkgdGhl IG90aGVyIGVuZC4KKyAqCisgKiBOb3RlIHRoYXQgaHR0cHM6Ly9nY2MuZ251 Lm9yZy9idWd6aWxsYS9zaG93X2J1Zy5jZ2k/aWQ9NTgxNDUgbWF5IGNhdXNl IHRoaXMKKyAqIHRvIGJlIGluZWZmZWN0aXZlIHdoZXJlIF9yZXEgaXMgYSBz dHJ1Y3Qgd2hpY2ggY29uc2lzdHMgb2Ygb25seSBiaXRmaWVsZHMuCisgKi8K KyNkZWZpbmUgUklOR19DT1BZX1JFUVVFU1QoX3IsIF9pZHgsIF9yZXEpIGRv IHsJCQkJXAorCS8qIFVzZSB2b2xhdGlsZSB0byBmb3JjZSB0aGUgY29weSBp bnRvIF9yZXEuICovCQkJXAorCSooX3JlcSkgPSAqKHZvbGF0aWxlIHR5cGVv ZihfcmVxKSlSSU5HX0dFVF9SRVFVRVNUKF9yLCBfaWR4KTsJXAorfSB3aGls ZSAoMCkKKwogI2RlZmluZSBSSU5HX0dFVF9SRVNQT05TRShfciwgX2lkeCkg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgXAogICAgICgm KChfciktPnNyaW5nLT5yaW5nWygoX2lkeCkgJiAoUklOR19TSVpFKF9yKSAt IDEpKV0ucnNwKSkKIAotLSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSA4NTFmZmI0ZWVhOTE3ZTI3MDhjOTEyMjkxZGVhNGQxMzMwMjZjMGFj IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MTY6MDIgLTA1MDAKU3ViamVjdDogW1BBVENIIDIv M10gYmxrdGFwMjogVXNlIFJJTkdfQ09QWV9SRVFVRVNUCgpJbnN0ZWFkIG9m IFJJTkdfR0VUX1JFUVVFU1QuIFVzaW5nIGEgbG9jYWwgY29weSBvZiB0aGUK cmluZyAoYW5kIGFsc28gd2l0aCBwcm9wZXIgbWVtb3J5IGJhcnJpZXJzKSB3 aWxsIG1lYW4Kd2UgY2FuIGRvIG5vdCBoYXZlIHRvIHdvcnJ5IGFib3V0IHRo ZSBjb21waWxlciBvcHRpbWl6aW5nCnRoZSBjb2RlIGFuZCBkb2luZyBhIGRv dWJsZS1mZXRjaCBpbiB0aGUgc2hhcmVkIG1lbW9yeSBzcGFjZS4KClRoaXMg aXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnpl c3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CgotLS0KdjI6 IEZpeCBjb21waWxlIGlzc3VlcyB3aXRoIHRhcGRpc2stdmJkCi0tLQogdG9v bHMvYmxrdGFwMi9kcml2ZXJzL2Jsb2NrLWxvZy5jICAgfCAzICsrLQogdG9v bHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMgfCA4ICsrKystLS0t CiAyIGZpbGVzIGNoYW5nZWQsIDYgaW5zZXJ0aW9ucygrKSwgNSBkZWxldGlv bnMoLSkKCmRpZmYgLS1naXQgYS90b29scy9ibGt0YXAyL2RyaXZlcnMvYmxv Y2stbG9nLmMgYi90b29scy9ibGt0YXAyL2RyaXZlcnMvYmxvY2stbG9nLmMK aW5kZXggNTMzMGNkYy4uNWYzYmQzNSAxMDA2NDQKLS0tIGEvdG9vbHMvYmxr dGFwMi9kcml2ZXJzL2Jsb2NrLWxvZy5jCisrKyBiL3Rvb2xzL2Jsa3RhcDIv ZHJpdmVycy9ibG9jay1sb2cuYwpAQCAtNDk0LDExICs0OTQsMTIgQEAgc3Rh dGljIGludCBjdGxfa2ljayhzdHJ1Y3QgdGRsb2dfc3RhdGUqIHMsIGludCBm ZCkKICAgcmVxc3RhcnQgPSBzLT5icmluZy5yZXFfY29uczsKICAgcmVxZW5k ID0gcy0+c3JpbmctPnJlcV9wcm9kOwogCisgIHhlbl9tYigpOwogICBCRFBS SU5URigiY3RsOiByaW5nIGtpY2tlZCAoc3RhcnQgPSAldSwgZW5kID0gJXUp IiwgcmVxc3RhcnQsIHJlcWVuZCk7CiAKICAgd2hpbGUgKHJlcXN0YXJ0ICE9 IHJlcWVuZCkgewogICAgIC8qIFhYWCBhY3R1YWxseSBzdWJtaXQgdGhlc2Uh ICovCi0gICAgbWVtY3B5KCZyZXEsIFJJTkdfR0VUX1JFUVVFU1QoJnMtPmJy aW5nLCByZXFzdGFydCksIHNpemVvZihyZXEpKTsKKyAgICBSSU5HX0NPUFlf UkVRVUVTVCgmcy0+YnJpbmcsIHJlcXN0YXJ0LCAmcmVxKTsKICAgICBCRFBS SU5URigiY3RsOiByZWFkIHJlcXVlc3QgJSJQUkl1NjQiOiV1IiwgcmVxLnNl Y3RvciwgcmVxLmNvdW50KTsKICAgICBzLT5icmluZy5yZXFfY29ucyA9ICsr cmVxc3RhcnQ7CiAKZGlmZiAtLWdpdCBhL3Rvb2xzL2Jsa3RhcDIvZHJpdmVy cy90YXBkaXNrLXZiZC5jIGIvdG9vbHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRp c2stdmJkLmMKaW5kZXggNmQxZDk0YS4uODllZjllZCAxMDA2NDQKLS0tIGEv dG9vbHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMKKysrIGIvdG9v bHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMKQEAgLTE1NTUsNyAr MTU1NSw3IEBAIHRhcGRpc2tfdmJkX3B1bGxfcmluZ19yZXF1ZXN0cyh0ZF92 YmRfdCAqdmJkKQogCWludCBpZHg7CiAJUklOR19JRFggcnAsIHJjOwogCXRk X3JpbmdfdCAqcmluZzsKLQlibGtpZl9yZXF1ZXN0X3QgKnJlcTsKKwlibGtp Zl9yZXF1ZXN0X3QgcmVxOwogCXRkX3ZiZF9yZXF1ZXN0X3QgKnZyZXE7CiAK IAlyaW5nID0gJnZiZC0+cmluZzsKQEAgLTE1NjYsMTYgKzE1NjYsMTYgQEAg dGFwZGlza192YmRfcHVsbF9yaW5nX3JlcXVlc3RzKHRkX3ZiZF90ICp2YmQp CiAJeGVuX3JtYigpOwogCiAJZm9yIChyYyA9IHJpbmctPmZlX3JpbmcucmVx X2NvbnM7IHJjICE9IHJwOyByYysrKSB7Ci0JCXJlcSA9IFJJTkdfR0VUX1JF UVVFU1QoJnJpbmctPmZlX3JpbmcsIHJjKTsKKwkJUklOR19DT1BZX1JFUVVF U1QoJnJpbmctPmZlX3JpbmcsIHJjLCAmcmVxKTsKIAkJKytyaW5nLT5mZV9y aW5nLnJlcV9jb25zOwogCi0JCWlkeCAgPSByZXEtPmlkOworCQlpZHggID0g cmVxLmlkOwogCQl2cmVxID0gJnZiZC0+cmVxdWVzdF9saXN0W2lkeF07CiAK IAkJQVNTRVJUKGxpc3RfZW1wdHkoJnZyZXEtPm5leHQpKTsKIAkJQVNTRVJU KHZyZXEtPnNlY3NfcGVuZGluZyA9PSAwKTsKIAotCQltZW1jcHkoJnZyZXEt PnJlcSwgcmVxLCBzaXplb2YoYmxraWZfcmVxdWVzdF90KSk7CisJCW1lbWNw eSgmdnJlcS0+cmVxLCAmcmVxLCBzaXplb2YoYmxraWZfcmVxdWVzdF90KSk7 CiAJCXZiZC0+cmVjZWl2ZWQrKzsKIAkJdnJlcS0+dmJkID0gdmJkOwogCi0t IAoyLjEuNAoK --=separator Content-Type: application/octet-stream; name="xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch" Content-Disposition: attachment; filename="xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBjMWZjZTY1ZTJiNzIwNjg0ZWE2YmE3NmFlNTk5MjE1NDJiZDE1NGJi IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MjI6MTQgLTA1MDAKU3ViamVjdDogW1BBVENIIDMv M10gbGlidmNoYW46IFJlYWQgcHJvZC9jb25zIG9ubHkgb25jZS4KCldlIG11 c3QgZW5zdXJlIHRoYXQgdGhlIHByb2QvY29ucyBhcmUgb25seSByZWFkIG9u Y2UgYW5kIHRoYXQKdGhlIGNvbXBpbGVyIHdvbid0IHRyeSB0byBvcHRpbWl6 ZSB0aGUgcmVhZHMuIFRoYXQgaXMgc3BsaXQKdGhlIHJlYWQgb2YgdGhlc2Ug aW4gbXVsdGlwbGUgaW5zdHJ1Y3Rpb25zIGluZmx1ZW5jaW5nIGxhdGVyCmJy YW5jaCBjb2RlLiBBcyBzdWNoIGluc2VydCBiYXJyaWVycyB3aGVuIGZldGNo aW5nIHRoZSBjb25zCmFuZCBwcm9kIGluZGV4LgoKVGhpcyBpcyBwYXJ0IG9m IFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2ls ayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiB0b29scy9saWJ2Y2hh bi9pby5jIHwgMiArKwogMSBmaWxlIGNoYW5nZWQsIDIgaW5zZXJ0aW9ucygr KQoKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnZjaGFuL2lvLmMgYi90b29scy9s aWJ2Y2hhbi9pby5jCmluZGV4IDhhOTYyOWIuLjM4MWNjMDUgMTAwNjQ0Ci0t LSBhL3Rvb2xzL2xpYnZjaGFuL2lvLmMKKysrIGIvdG9vbHMvbGlidmNoYW4v aW8uYwpAQCAtMTE3LDYgKzExNyw3IEBAIHN0YXRpYyBpbmxpbmUgaW50IHNl bmRfbm90aWZ5KHN0cnVjdCBsaWJ4ZW52Y2hhbiAqY3RybCwgdWludDhfdCBi aXQpCiBzdGF0aWMgaW5saW5lIGludCByYXdfZ2V0X2RhdGFfcmVhZHkoc3Ry dWN0IGxpYnhlbnZjaGFuICpjdHJsKQogewogCXVpbnQzMl90IHJlYWR5ID0g cmRfcHJvZChjdHJsKSAtIHJkX2NvbnMoY3RybCk7CisJeGVuX21iKCk7IC8q IEVuc3VyZSAncmVhZHknIGlzIHJlYWQgb25seSBvbmNlLiAqLwogCWlmIChy ZWFkeSA+IHJkX3Jpbmdfc2l6ZShjdHJsKSkKIAkJLyogV2UgaGF2ZSBubyB3 YXkgdG8gcmV0dXJuIGVycm9ycy4gIExvY2tpbmcgdXAgdGhlIHJpbmcgaXMK IAkJICogYmV0dGVyIHRoYW4gdGhlIGFsdGVybmF0aXZlcy4gKi8KQEAgLTE1 OCw2ICsxNTksNyBAQCBpbnQgbGlieGVudmNoYW5fZGF0YV9yZWFkeShzdHJ1 Y3QgbGlieGVudmNoYW4gKmN0cmwpCiBzdGF0aWMgaW5saW5lIGludCByYXdf Z2V0X2J1ZmZlcl9zcGFjZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7 CiAJdWludDMyX3QgcmVhZHkgPSB3cl9yaW5nX3NpemUoY3RybCkgLSAod3Jf cHJvZChjdHJsKSAtIHdyX2NvbnMoY3RybCkpOworCXhlbl9tYigpOyAvKiBF bnN1cmUgJ3JlYWR5JyBpcyByZWFkIG9ubHkgb25jZS4gKi8KIAlpZiAocmVh ZHkgPiB3cl9yaW5nX3NpemUoY3RybCkpCiAJCS8qIFdlIGhhdmUgbm8gd2F5 IHRvIHJldHVybiBlcnJvcnMuICBMb2NraW5nIHVwIHRoZSByaW5nIGlzCiAJ CSAqIGJldHRlciB0aGFuIHRoZSBhbHRlcm5hdGl2ZXMuICovCi0tIAoyLjEu MAoK --=separator Content-Type: application/octet-stream; name="xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch" Content-Disposition: attachment; filename="xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBlZjg2YWQwYjYwZmUxNzliMWE2ZmEzOTBlMDVjMzM5ZmI0NGI5Y2M5 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MjI6MTQgLTA1MDAKU3ViamVjdDogW1BBVENIXSBs aWJ2Y2hhbjogUmVhZCBwcm9kL2NvbnMgb25seSBvbmNlLgoKV2UgbXVzdCBl bnN1cmUgdGhhdCB0aGUgcHJvZC9jb25zIGFyZSBvbmx5IHJlYWQgb25jZSBh bmQgdGhhdAp0aGUgY29tcGlsZXIgd29uJ3QgdHJ5IHRvIG9wdGltaXplIHRo ZSByZWFkcy4gVGhhdCBpcyBzcGxpdAp0aGUgcmVhZCBvZiB0aGVzZSBpbiBt dWx0aXBsZSBpbnN0cnVjdGlvbnMgaW5mbHVlbmNpbmcgbGF0ZXIKYnJhbmNo IGNvZGUuIEFzIHN1Y2ggaW5zZXJ0IGJhcnJpZXJzIHdoZW4gZmV0Y2hpbmcg dGhlIGNvbnMKYW5kIHByb2QgaW5kZXguCgpUaGlzIGlzIHBhcnQgb2YgWFNB MTU1LgoKU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxr b25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIHRvb2xzL2xpYnZjaGFuL2lv LmMgfCAyICsrCiAxIGZpbGUgY2hhbmdlZCwgMiBpbnNlcnRpb25zKCspCgpk aWZmIC0tZ2l0IGEvdG9vbHMvbGlidmNoYW4vaW8uYyBiL3Rvb2xzL2xpYnZj aGFuL2lvLmMKaW5kZXggODA0YzYzYy4uOGIzM2Y0MCAxMDA2NDQKLS0tIGEv dG9vbHMvbGlidmNoYW4vaW8uYworKysgYi90b29scy9saWJ2Y2hhbi9pby5j CkBAIC0xMTgsNiArMTE4LDcgQEAgc3RhdGljIGlubGluZSBpbnQgc2VuZF9u b3RpZnkoc3RydWN0IGxpYnhlbnZjaGFuICpjdHJsLCB1aW50OF90IGJpdCkK IHN0YXRpYyBpbmxpbmUgaW50IHJhd19nZXRfZGF0YV9yZWFkeShzdHJ1Y3Qg bGlieGVudmNoYW4gKmN0cmwpCiB7CiAJdWludDMyX3QgcmVhZHkgPSByZF9w cm9kKGN0cmwpIC0gcmRfY29ucyhjdHJsKTsKKwl4ZW5fbWIoKTsgLyogRW5z dXJlICdyZWFkeScgaXMgcmVhZCBvbmx5IG9uY2UuICovCiAJaWYgKHJlYWR5 ID49IHJkX3Jpbmdfc2l6ZShjdHJsKSkKIAkJLyogV2UgaGF2ZSBubyB3YXkg dG8gcmV0dXJuIGVycm9ycy4gIExvY2tpbmcgdXAgdGhlIHJpbmcgaXMKIAkJ ICogYmV0dGVyIHRoYW4gdGhlIGFsdGVybmF0aXZlcy4gKi8KQEAgLTE1OSw2 ICsxNjAsNyBAQCBpbnQgbGlieGVudmNoYW5fZGF0YV9yZWFkeShzdHJ1Y3Qg bGlieGVudmNoYW4gKmN0cmwpCiBzdGF0aWMgaW5saW5lIGludCByYXdfZ2V0 X2J1ZmZlcl9zcGFjZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7CiAJ dWludDMyX3QgcmVhZHkgPSB3cl9yaW5nX3NpemUoY3RybCkgLSAod3JfcHJv ZChjdHJsKSAtIHdyX2NvbnMoY3RybCkpOworCXhlbl9tYigpOyAvKiBFbnN1 cmUgJ3JlYWR5JyBpcyByZWFkIG9ubHkgb25jZS4gKi8KIAlpZiAocmVhZHkg PiB3cl9yaW5nX3NpemUoY3RybCkpCiAJCS8qIFdlIGhhdmUgbm8gd2F5IHRv IHJldHVybiBlcnJvcnMuICBMb2NraW5nIHVwIHRoZSByaW5nIGlzCiAJCSAq IGJldHRlciB0aGFuIHRoZSBhbHRlcm5hdGl2ZXMuICovCi0tIAoyLjEuNAoK --=separator Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Xen-announce mailing list Xen-announce@lists.xen.org http://lists.xen.org/xen-announce --=separator-- From xen-devel-bounces@lists.xen.org Thu Dec 17 13:37:13 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 13:37:13 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Yjt-0006KX-VM; Thu, 17 Dec 2015 13:37:01 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Yjr-0006KB-Ve; Thu, 17 Dec 2015 13:37:00 +0000 Received: from [85.158.139.211] by server-17.bemta-5.messagelabs.com id C9/38-21901-B7AB2765; Thu, 17 Dec 2015 13:36:59 +0000 X-Env-Sender: iwj@xenbits.xen.org X-Msg-Ref: server-9.tower-206.messagelabs.com!1450359415!11389878!1 X-Originating-IP: [50.57.168.107] X-SpamReason: No, hits=0.5 required=7.0 tests=BODY_RANDOM_LONG X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 10176 invoked from network); 17 Dec 2015 13:36:56 -0000 Received: from mail.xen.org (HELO mail.xen.org) (50.57.168.107) by server-9.tower-206.messagelabs.com with AES256-SHA encrypted SMTP; 17 Dec 2015 13:36:56 -0000 Received: from xenbits.xenproject.org ([50.57.170.242] helo=xenbits.xen.org) by mail.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Yjf-0001bD-OJ; Thu, 17 Dec 2015 13:36:47 +0000 Received: from iwj by xenbits.xen.org with local (Exim 4.72) (envelope-from ) id 1a9Yjf-0007YQ-4Y; Thu, 17 Dec 2015 13:36:47 +0000 Date: Thu, 17 Dec 2015 13:36:47 +0000 Message-Id: Content-Type: multipart/mixed; boundary="=separator"; charset="utf-8" Content-Transfer-Encoding: binary MIME-Version: 1.0 X-Mailer: MIME-tools 5.428 (Entity 5.428) To: xen-announce@lists.xen.org, xen-devel@lists.xen.org, xen-users@lists.xen.org, oss-security@lists.openwall.com From: Xen.org security team Cc: "Xen.org security team" Subject: [Xen-devel] Xen Security Advisory 155 (CVE-2015-8550) - paravirtualized drivers incautious about shared memory contents X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org --=separator Content-Type: text/plain; charset="utf-8" Content-Disposition: inline Content-Transfer-Encoding: 7bit -----BEGIN PGP SIGNED MESSAGE----- Hash: SHA1 Xen Security Advisory CVE-2015-8550 / XSA-155 version 6 paravirtualized drivers incautious about shared memory contents UPDATES IN VERSION 6 ==================== Correct CREDITS section. ISSUE DESCRIPTION ================= The compiler can emit optimizations in the PV backend drivers which can lead to double fetch vulnerabilities. Specifically the shared memory between the frontend and backend can be fetched twice (during which time the frontend can alter the contents) possibly leading to arbitrary code execution in backend. IMPACT ====== Malicious guest administrators can cause denial of service. If driver domains are not in use, the impact can be a host crash, or privilege escalation. VULNERABLE SYSTEMS ================== Systems running PV or HVM guests are vulnerable. ARM and x86 systems are vulnerable. All OSes providing PV backends are susceptible, this includes Linux and NetBSD. By default the Linux distributions compile kernels with optimizations. MITIGATION ========== There is no mitigation. CREDITS ======= This issue was discovered by Felix Wilhelm (ERNW Research, KIT / Operating Systems Group). RESOLUTION ========== Applying the appropriate attached patches should fix the problem for PV backends. Note only that PV backends are fixed; PV frontend patches will be developed and released (publicly) after the embargo date. Please note that there is a bug in some versions of gcc, https://gcc.gnu.org/bugzilla/show_bug.cgi?id=58145 which can cause the construct used in RING_COPY_REQUEST() to be ineffective in some circumstances. We have determined that this is only the case when the structure being copied consists purely of bitfields. The Xen PV protocols updated here do not use bitfields in this way and therefore these patches are not subject to that bug. However authors of third party PV protocols should take this into consideration. Linux v4.4: xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch Linux v4.[0,1,2,3] All the above patches except #5 will apply, please use: xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch Linux v3.19: All the above patches except #5 and #6 will apply, please use: xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch xsa155-linux319-0006-xen-scsiback-safely-copy-requests.patch qemu-xen: xsa155-qemu-qdisk-double-access.patch xsa155-qemu-xenfb.patch qemu-traditional: xsa155-qemut-qdisk-double-access.patch xsa155-qemut-xenfb.patch NetBSD 7.0: xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch xen: xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch xen 4.4: All patches except #3 will apply, please use: xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch $ sha256sum xsa155* d9fbc104ab2ae797971e351ee0e04e7b7e9c7c33385309bb406c7941dc9a33b4 xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch 590656d83ad7b6052b54659eccb3469658b3942c0dc1366423a66f2f5ac643e1 xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch 2bd18632178e09394c5cd06aded2c14bcc6b6e360ad6e81827d24860fe3e8ca4 xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch cecdeccb8e2551252c81fc5f164a8298005df714a574a7ba18b84e8ed5f2bb70 xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch 3916b847243047f0e1053233ade742c14a7f29243584e60bf5db4842a8068855 xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch 746c8eb0aeb200d76156c88dfbbd49db79f567b88b07eda70f7c7d095721f05a xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch 18517a184a02f7441065b8d3423086320ec4c2345c00d551231f7976381767f5 xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch 2e6d556d25b1cc16e71afde665ae3908f4fa8eab7e0d96283fc78400301baf92 xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch 5e130d8b61906015c6a94f8edd3cce97b172f96a265d97ecf370e7b45125b73d xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch 08c2d0f95dcc215165afbce623b6972b81dd45b091b5f40017579b00c8612e03 xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch 0a66010f736092f91f70bb0fd220685e4395efef1db6d23a3d1eace31d144f51 xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch 5e913a8427cab6b4d384d1246e05116afc301eb117edd838101eb53a82c2f2ff xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch 3b8f14eafaed3a7bc66245753a37af4249acf8129fbedb70653192252dc47dc9 xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch 81ae5fa998243a78dad749fc561be647dc1dc1be799e8f18484fdf0989469705 xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch 044ff74fa048df820d528f64f2791ec9cb3940bd313c1179020bd49a6cde2ca3 xsa155-qemu-qdisk-double-access.patch 1150504589eb7bfa108c80ce63395e57d0e627b12d9201219d968fdd026919a6 xsa155-qemut-qdisk-double-access.patch 63186246ab6913b54bfef5f09f33e815935ac40ff821c27a3efda62339bbbd5f xsa155-qemut-xenfb.patch e53b4ac298648cde79344192d5a58ca8d8724344f5105bec7c09eef095c668f6 xsa155-qemu-xenfb.patch e52467fcec73bcc86d3e96d06f8ca8085ae56a83d2c42a30c16bc3dc630d8f8a xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch eae34c8ccc096ad93a74190506b3d55020a88afb0cc504a3a514590e9fd746fd xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch 42780265014085a4221ad32b026214693d751789eb5219e2e83862c0006c66f4 xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch dfcaddb8a908a4fc1b048a43187e885117e67dc566f5c841037ee366dcd437d1 xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch $ DEPLOYMENT DURING EMBARGO ========================= Deployment of the patches and/or mitigations described above (or others which are substantially similar) is permitted during the embargo, even on public-facing systems with untrusted guest users and administrators. But: Distribution of updated software is prohibited (except to other members of the predisclosure list). Predisclosure list members who wish to deploy significantly different patches and/or mitigations, please contact the Xen Project Security Team. (Note: this during-embargo deployment notice is retained in post-embargo publicly released Xen Project advisories, even though it is then no longer applicable. This is to enable the community to have oversight of the Xen Project Security Team's decisionmaking.) For more information about permissible uses of embargoed information, consult the Xen Project community's agreed Security Policy: http://www.xenproject.org/security-policy.html -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.12 (GNU/Linux) iQEcBAEBAgAGBQJWcrpdAAoJEIP+FMlX6CvZ9soIALqQ/GHP6bZn2LqJTD9DIzsm zVB4yCPiVfDqHSOq9QNCzBzqpvOX+RhKTzRH1jsZczr8CSnkePxaCrmZgH8SAygB hFcF9xJGlJDjs647sgpQmYs++3mgD/57uml7IW/8NX46tXUelVByW7muNgUN2xlm kjeD8auJEs+jK1iwpt/hOmYe4moRx3+3ujfgqMCNAWtqZz9D9wM5tao+p6yKYlhM u8hSi1V3b7sAbf92mwzpzfpbwdgg25xeHtZ/oJxp/ZY0FhqDEsTxV+h8HjD/Eink GwqPS19O77tMmz9fUUTyJDSsU7ayFRI0HyYmXju4eJktJkhXagjAdCSyGky9z5g= =FlX2 -----END PGP SIGNATURE----- --=separator Content-Type: application/octet-stream; name="xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Disposition: attachment; filename="xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Transfer-Encoding: base64 RnJvbSBmOWM3MWU4OTJkNTE0MmEzMTQ0ODFkZjZiYWEyNmIzNGU2YTZiYTQ1 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBNb24sIDE2IE5vdiAy MDE1IDE4OjAyOjMyICswMDAwClN1YmplY3Q6IFtQQVRDSF0geGVuLXNjc2li YWNrOiBzYWZlbHkgY29weSByZXF1ZXN0cwoKVGhlIGNvcHkgb2YgdGhlIHJp bmcgcmVxdWVzdCB3YXMgbGFja2luZyBhIGZvbGxvd2luZyBiYXJyaWVyKCks CnBvdGVudGlhbGx5IGFsbG93aW5nIHRoZSBjb21waWxlciB0byBvcHRpbWl6 ZSB0aGUgY29weSBhd2F5LgoKVXNlIFJJTkdfQ09QWV9SRVFVRVNUKCkgdG8g ZW5zdXJlIHRoZSByZXF1ZXN0IGlzIGNvcGllZCB0byBsb2NhbAptZW1vcnku CgpUaGlzIGlzIFhTQTE1NS4KCkNDOiBzdGFibGVAdmdlci5rZXJuZWwub3Jn ClJldmlld2VkLWJ5OiBKdWVyZ2VuIEdyb3NzIDxqZ3Jvc3NAc3VzZS5jb20+ ClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2aWQudnJhYmVsQGNp dHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2ls ayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCnYyOiBUaGlzIGlzIGEg YWdhaW5zdCB2My4xOQotLS0KIGRyaXZlcnMveGVuL3hlbi1zY3NpYmFjay5j IHwgMiArLQogMSBmaWxlIGNoYW5nZWQsIDEgaW5zZXJ0aW9uKCspLCAxIGRl bGV0aW9uKC0pCgpkaWZmIC0tZ2l0IGEvZHJpdmVycy94ZW4veGVuLXNjc2li YWNrLmMgYi9kcml2ZXJzL3hlbi94ZW4tc2NzaWJhY2suYwppbmRleCBlOTk5 NDk2ZS4uZDg2ZjZlMSAxMDA2NDQKLS0tIGEvZHJpdmVycy94ZW4veGVuLXNj c2liYWNrLmMKKysrIGIvZHJpdmVycy94ZW4veGVuLXNjc2liYWNrLmMKQEAg LTczNCw3ICs3MzQsNyBAQCBzdGF0aWMgaW50IHNjc2liYWNrX2RvX2NtZF9m bihzdHJ1Y3QgdnNjc2lia19pbmZvICppbmZvKQogCQlpZiAoIXBlbmRpbmdf cmVxKQogCQkJcmV0dXJuIDE7CiAKLQkJcmluZ19yZXEgPSBSSU5HX0dFVF9S RVFVRVNUKHJpbmcsIHJjKTsKKwkJUklOR19DT1BZX1JFUVVFU1QocmluZywg cmMsICZyaW5nX3JlcSk7CiAJCXJpbmctPnJlcV9jb25zID0gKytyYzsKIAog CQlhY3QgPSByaW5nX3JlcS0+YWN0OwotLSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Disposition: attachment; filename="xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBkNTJmMDA5NjBjMTA3MGM2ODM4MDlmYWRkZDM1YTIyMjNlMmI4YTZl IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6NDA6NDMgKzAwMDAKU3ViamVj dDogW1BBVENIIDYvN10geGVuLWJsa2JhY2s6IHJlYWQgZnJvbSBpbmRpcmVj dCBkZXNjcmlwdG9ycyBvbmx5IG9uY2UKTUlNRS1WZXJzaW9uOiAxLjAKQ29u dGVudC1UeXBlOiB0ZXh0L3BsYWluOyBjaGFyc2V0PVVURi04CkNvbnRlbnQt VHJhbnNmZXItRW5jb2Rpbmc6IDhiaXQKClNpbmNlIGluZGlyZWN0IGRlc2Ny aXB0b3JzIGFyZSBpbiBtZW1vcnkgc2hhcmVkIHdpdGggdGhlIGZyb250ZW5k LCB0aGUKZnJvbnRlbmQgY291bGQgYWx0ZXIgdGhlIGZpcnN0X3NlY3QgYW5k IGxhc3Rfc2VjdCB2YWx1ZXMgYWZ0ZXIgdGhleSBoYXZlCmJlZW4gdmFsaWRh dGVkIGJ1dCBiZWZvcmUgdGhleSBhcmUgcmVjb3JkZWQgaW4gdGhlIHJlcXVl c3QuICBUaGlzIG1heQpyZXN1bHQgaW4gSS9PIHJlcXVlc3RzIHRoYXQgb3Zl cmZsb3cgdGhlIGZvcmVpZ24gcGFnZSwgcG9zc2libHkKb3ZlcndyaXRpbmcg bG9jYWwgcGFnZXMgd2hlbiB0aGUgSS9PIHJlcXVlc3QgaXMgZXhlY3V0ZWQu CgpXaGVuIHBhcnNpbmcgaW5kaXJlY3QgZGVzY3JpcHRvcnMsIG9ubHkgcmVh ZCBmaXJzdF9zZWN0IGFuZCBsYXN0X3NlY3QKb25jZS4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpTaWdu ZWQtb2ZmLWJ5OiBSb2dlciBQYXUgTW9ubsOpIDxyb2dlci5wYXVAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFi ZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRl ayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0tCnYyOiBUaGlz IGlzIGFnYWluc3QgdjQuMwotLS0KIGRyaXZlcnMvYmxvY2sveGVuLWJsa2Jh Y2svYmxrYmFjay5jIHwgMTIgKysrKysrKy0tLS0tCiAxIGZpbGUgY2hhbmdl ZCwgNyBpbnNlcnRpb25zKCspLCA1IGRlbGV0aW9ucygtKQoKZGlmZiAtLWdp dCBhL2RyaXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jIGIvZHJp dmVycy9ibG9jay94ZW4tYmxrYmFjay9ibGtiYWNrLmMKaW5kZXggNmE2ODVh ZS4uZjJlN2EzOCAxMDA2NDQKLS0tIGEvZHJpdmVycy9ibG9jay94ZW4tYmxr YmFjay9ibGtiYWNrLmMKKysrIGIvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFj ay9ibGtiYWNrLmMKQEAgLTk1MCw2ICs5NTAsOCBAQCBzdGF0aWMgaW50IHhl bl9ibGtia19wYXJzZV9pbmRpcmVjdChzdHJ1Y3QgYmxraWZfcmVxdWVzdCAq cmVxLAogCQlnb3RvIHVubWFwOwogCiAJZm9yIChuID0gMCwgaSA9IDA7IG4g PCBuc2VnOyBuKyspIHsKKwkJdWludDhfdCBmaXJzdF9zZWN0LCBsYXN0X3Nl Y3Q7CisKIAkJaWYgKChuICUgU0VHU19QRVJfSU5ESVJFQ1RfRlJBTUUpID09 IDApIHsKIAkJCS8qIE1hcCBpbmRpcmVjdCBzZWdtZW50cyAqLwogCQkJaWYg KHNlZ21lbnRzKQpAQCAtOTU4LDE0ICs5NjAsMTQgQEAgc3RhdGljIGludCB4 ZW5fYmxrYmtfcGFyc2VfaW5kaXJlY3Qoc3RydWN0IGJsa2lmX3JlcXVlc3Qg KnJlcSwKIAkJfQogCQlpID0gbiAlIFNFR1NfUEVSX0lORElSRUNUX0ZSQU1F OwogCQlwZW5kaW5nX3JlcS0+c2VnbWVudHNbbl0tPmdyZWYgPSBzZWdtZW50 c1tpXS5ncmVmOwotCQlzZWdbbl0ubnNlYyA9IHNlZ21lbnRzW2ldLmxhc3Rf c2VjdCAtCi0JCQlzZWdtZW50c1tpXS5maXJzdF9zZWN0ICsgMTsKLQkJc2Vn W25dLm9mZnNldCA9IChzZWdtZW50c1tpXS5maXJzdF9zZWN0IDw8IDkpOwot CQlpZiAoKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA+PSAoUEFHRV9TSVpFID4+ IDkpKSB8fAotCQkgICAgKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA8IHNlZ21l bnRzW2ldLmZpcnN0X3NlY3QpKSB7CisJCWZpcnN0X3NlY3QgPSBSRUFEX09O Q0Uoc2VnbWVudHNbaV0uZmlyc3Rfc2VjdCk7CisJCWxhc3Rfc2VjdCA9IFJF QURfT05DRShzZWdtZW50c1tpXS5sYXN0X3NlY3QpOworCQlpZiAobGFzdF9z ZWN0ID49IChQQUdFX1NJWkUgPj4gOSkgfHwgbGFzdF9zZWN0IDwgZmlyc3Rf c2VjdCkgewogCQkJcmMgPSAtRUlOVkFMOwogCQkJZ290byB1bm1hcDsKIAkJ fQorCQlzZWdbbl0ubnNlYyA9IGxhc3Rfc2VjdCAtIGZpcnN0X3NlY3QgKyAx OworCQlzZWdbbl0ub2Zmc2V0ID0gZmlyc3Rfc2VjdCA8PCA5OwogCQlwcmVx LT5ucl9zZWN0cyArPSBzZWdbbl0ubnNlYzsKIAl9CiAKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSA0ZTJiYzQyM2UwY2VmMGE0MmY5M2Q5ODljMDk4MDMwMWRmMWJkNDYy IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE0OjU4OjA4ICswMDAwClN1YmplY3Q6IFtQQVRDSCAxLzddIHhlbjog QWRkIFJJTkdfQ09QWV9SRVFVRVNUKCkKClVzaW5nIFJJTkdfR0VUX1JFUVVF U1QoKSBvbiBhIHNoYXJlZCByaW5nIGlzIGVhc3kgdG8gdXNlIGluY29ycmVj dGx5CihpLmUuLCBieSBub3QgY29uc2lkZXJpbmcgdGhhdCB0aGUgb3RoZXIg ZW5kIG1heSBhbHRlciB0aGUgZGF0YSBpbiB0aGUKc2hhcmVkIHJpbmcgd2hp bGUgaXQgaXMgYmVpbmcgaW5zcGVjdGVkKS4gIFNhZmUgdXNhZ2Ugb2YgYSBy ZXF1ZXN0CmdlbmVyYWxseSByZXF1aXJlcyB0YWtpbmcgYSBsb2NhbCBjb3B5 LgoKUHJvdmlkZSBhIFJJTkdfQ09QWV9SRVFVRVNUKCkgbWFjcm8gdG8gdXNl IGluc3RlYWQgb2YKUklOR19HRVRfUkVRVUVTVCgpIGFuZCBhbiBvcGVuLWNv ZGVkIG1lbWNweSgpLiAgVGhpcyB0YWtlcyBjYXJlIG9mCmVuc3VyaW5nIHRo YXQgdGhlIGNvcHkgaXMgZG9uZSBjb3JyZWN0bHkgcmVnYXJkbGVzcyBvZiBh bnkgcG9zc2libGUKY29tcGlsZXIgb3B0aW1pemF0aW9ucy4KClVzZSBhIHZv bGF0aWxlIHNvdXJjZSB0byBwcmV2ZW50IHRoZSBjb21waWxlciBmcm9tIHJl b3JkZXJpbmcgb3IKb21pdHRpbmcgdGhlIGNvcHkuCgpUaGlzIGlzIHBhcnQg b2YgWFNBMTU1LgoKQ0M6IHN0YWJsZUB2Z2VyLmtlcm5lbC5vcmcKU2lnbmVk LW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4LmNv bT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxrb25y YWQud2lsa0BvcmFjbGUuY29tPgotLS0KdjI6IFVwZGF0ZSBhYm91dCBHQ0Mg YW5kIGJpdGZpZWxkcy4KLS0tCiBpbmNsdWRlL3hlbi9pbnRlcmZhY2UvaW8v cmluZy5oIHwgMTQgKysrKysrKysrKysrKysKIDEgZmlsZSBjaGFuZ2VkLCAx NCBpbnNlcnRpb25zKCspCgpkaWZmIC0tZ2l0IGEvaW5jbHVkZS94ZW4vaW50 ZXJmYWNlL2lvL3JpbmcuaCBiL2luY2x1ZGUveGVuL2ludGVyZmFjZS9pby9y aW5nLmgKaW5kZXggN2QyOGFmZi4uN2RjNjg1YiAxMDA2NDQKLS0tIGEvaW5j bHVkZS94ZW4vaW50ZXJmYWNlL2lvL3JpbmcuaAorKysgYi9pbmNsdWRlL3hl bi9pbnRlcmZhY2UvaW8vcmluZy5oCkBAIC0xODEsNiArMTgxLDIwIEBAIHN0 cnVjdCBfX25hbWUjI19iYWNrX3JpbmcgewkJCQkJCVwKICNkZWZpbmUgUklO R19HRVRfUkVRVUVTVChfciwgX2lkeCkJCQkJCVwKICAgICAoJigoX3IpLT5z cmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0laRShfcikgLSAxKSldLnJl cSkpCiAKKy8qCisgKiBHZXQgYSBsb2NhbCBjb3B5IG9mIGEgcmVxdWVzdC4K KyAqCisgKiBVc2UgdGhpcyBpbiBwcmVmZXJlbmNlIHRvIFJJTkdfR0VUX1JF UVVFU1QoKSBzbyBhbGwgcHJvY2Vzc2luZyBpcworICogZG9uZSBvbiBhIGxv Y2FsIGNvcHkgdGhhdCBjYW5ub3QgYmUgbW9kaWZpZWQgYnkgdGhlIG90aGVy IGVuZC4KKyAqCisgKiBOb3RlIHRoYXQgaHR0cHM6Ly9nY2MuZ251Lm9yZy9i dWd6aWxsYS9zaG93X2J1Zy5jZ2k/aWQ9NTgxNDUgbWF5IGNhdXNlIHRoaXMK KyAqIHRvIGJlIGluZWZmZWN0aXZlIHdoZXJlIF9yZXEgaXMgYSBzdHJ1Y3Qg d2hpY2ggY29uc2lzdHMgb2Ygb25seSBiaXRmaWVsZHMuCisgKi8KKyNkZWZp bmUgUklOR19DT1BZX1JFUVVFU1QoX3IsIF9pZHgsIF9yZXEpIGRvIHsJCQkJ XAorCS8qIFVzZSB2b2xhdGlsZSB0byBmb3JjZSB0aGUgY29weSBpbnRvIF9y ZXEuICovCQkJXAorCSooX3JlcSkgPSAqKHZvbGF0aWxlIHR5cGVvZihfcmVx KSlSSU5HX0dFVF9SRVFVRVNUKF9yLCBfaWR4KTsJXAorfSB3aGlsZSAoMCkK KwogI2RlZmluZSBSSU5HX0dFVF9SRVNQT05TRShfciwgX2lkeCkJCQkJCVwK ICAgICAoJigoX3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0la RShfcikgLSAxKSldLnJzcCkpCiAKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch" Content-Transfer-Encoding: base64 RnJvbSAxMDBhYzM3MmEwZTA3Y2NjOGM1MDhjMzg4NGZhOTAyMGNmZTA4MDk0 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE1OjE2OjAxICswMDAwClN1YmplY3Q6IFtQQVRDSCAyLzddIHhlbi1u ZXRiYWNrOiBkb24ndCB1c2UgbGFzdCByZXF1ZXN0IHRvIGRldGVybWluZSBt aW5pbXVtCiBUeCBjcmVkaXQKClRoZSBsYXN0IGZyb20gZ3Vlc3QgdHJhbnNt aXR0ZWQgcmVxdWVzdCBnaXZlcyBubyBpbmRpY2F0aW9uIGFib3V0IHRoZQpt aW5pbXVtIGFtb3VudCBvZiBjcmVkaXQgdGhhdCB0aGUgZ3Vlc3QgbWlnaHQg bmVlZCB0byBzZW5kIGEgcGFja2V0CnNpbmNlIHRoZSBsYXN0IHBhY2tldCBt aWdodCBoYXZlIGJlZW4gYSBzbWFsbCBvbmUuCgpJbnN0ZWFkIGFsbG93IGZv ciB0aGUgd29yc3QgY2FzZSAxMjggS2lCIHBhY2tldC4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpSZXZp ZXdlZC1ieTogV2VpIExpdSA8d2VpLmxpdTJAY2l0cml4LmNvbT4KU2lnbmVk LW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4LmNv bT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxrb25y YWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMvbmV0L3hlbi1uZXRi YWNrL25ldGJhY2suYyB8IDQgKy0tLQogMSBmaWxlIGNoYW5nZWQsIDEgaW5z ZXJ0aW9uKCspLCAzIGRlbGV0aW9ucygtKQoKZGlmZiAtLWdpdCBhL2RyaXZl cnMvbmV0L3hlbi1uZXRiYWNrL25ldGJhY2suYyBiL2RyaXZlcnMvbmV0L3hl bi1uZXRiYWNrL25ldGJhY2suYwppbmRleCBlNDgxZjM3Li5iNjgzNTgxIDEw MDY0NAotLS0gYS9kcml2ZXJzL25ldC94ZW4tbmV0YmFjay9uZXRiYWNrLmMK KysrIGIvZHJpdmVycy9uZXQveGVuLW5ldGJhY2svbmV0YmFjay5jCkBAIC02 NzksOSArNjc5LDcgQEAgc3RhdGljIHZvaWQgdHhfYWRkX2NyZWRpdChzdHJ1 Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSkKIAkgKiBBbGxvdyBhIGJ1cnN0IGJp ZyBlbm91Z2ggdG8gdHJhbnNtaXQgYSBqdW1ibyBwYWNrZXQgb2YgdXAgdG8g MTI4a0IuCiAJICogT3RoZXJ3aXNlIHRoZSBpbnRlcmZhY2UgY2FuIHNlaXpl IHVwIGR1ZSB0byBpbnN1ZmZpY2llbnQgY3JlZGl0LgogCSAqLwotCW1heF9i dXJzdCA9IFJJTkdfR0VUX1JFUVVFU1QoJnF1ZXVlLT50eCwgcXVldWUtPnR4 LnJlcV9jb25zKS0+c2l6ZTsKLQltYXhfYnVyc3QgPSBtaW4obWF4X2J1cnN0 LCAxMzEwNzJVTCk7Ci0JbWF4X2J1cnN0ID0gbWF4KG1heF9idXJzdCwgcXVl dWUtPmNyZWRpdF9ieXRlcyk7CisJbWF4X2J1cnN0ID0gbWF4KDEzMTA3MlVM LCBxdWV1ZS0+Y3JlZGl0X2J5dGVzKTsKIAogCS8qIFRha2UgY2FyZSB0aGF0 IGFkZGluZyBhIG5ldyBjaHVuayBvZiBjcmVkaXQgZG9lc24ndCB3cmFwIHRv IHplcm8uICovCiAJbWF4X2NyZWRpdCA9IHF1ZXVlLT5yZW1haW5pbmdfY3Jl ZGl0ICsgcXVldWUtPmNyZWRpdF9ieXRlczsKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch" Content-Transfer-Encoding: base64 RnJvbSA0MTI3ZTljY2FlMGVkYTYyMjQyMWQyMTEzMjg0NmFiZGY3NGY2NmVk IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE1OjE3OjA2ICswMDAwClN1YmplY3Q6IFtQQVRDSCAzLzddIHhlbi1u ZXRiYWNrOiB1c2UgUklOR19DT1BZX1JFUVVFU1QoKSB0aHJvdWdob3V0CgpJ bnN0ZWFkIG9mIG9wZW4tY29kaW5nIG1lbWNweSgpcyBhbmQgZGlyZWN0bHkg YWNjZXNzaW5nIFR4IGFuZCBSeApyZXF1ZXN0cywgdXNlIHRoZSBuZXcgUklO R19DT1BZX1JFUVVFU1QoKSB0aGF0IGVuc3VyZXMgdGhlIGxvY2FsIGNvcHkK aXMgY29ycmVjdC4KClRoaXMgaXMgbW9yZSB0aGFuIGlzIHN0cmljdGx5IG5l Y2Vzc2FyeSBmb3IgZ3Vlc3QgUnggcmVxdWVzdHMgc2luY2UKb25seSB0aGUg aWQgYW5kIGdyZWYgZmllbGRzIGFyZSB1c2VkIGFuZCBpdCBpcyBoYXJtbGVz cyBpZiB0aGUKZnJvbnRlbmQgbW9kaWZpZXMgdGhlc2UuCgpUaGlzIGlzIHBh cnQgb2YgWFNBMTU1LgoKQ0M6IHN0YWJsZUB2Z2VyLmtlcm5lbC5vcmcKUmV2 aWV3ZWQtYnk6IFdlaSBMaXUgPHdlaS5saXUyQGNpdHJpeC5jb20+ClNpZ25l ZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2aWQudnJhYmVsQGNpdHJpeC5j b20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2lsayA8a29u cmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBkcml2ZXJzL25ldC94ZW4tbmV0 YmFjay9uZXRiYWNrLmMgfCAzMCArKysrKysrKysrKysrKy0tLS0tLS0tLS0t LS0tLS0KIDEgZmlsZSBjaGFuZ2VkLCAxNCBpbnNlcnRpb25zKCspLCAxNiBk ZWxldGlvbnMoLSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL25ldC94ZW4tbmV0 YmFjay9uZXRiYWNrLmMgYi9kcml2ZXJzL25ldC94ZW4tbmV0YmFjay9uZXRi YWNrLmMKaW5kZXggYjY4MzU4MS4uMTA0OWMzNCAxMDA2NDQKLS0tIGEvZHJp dmVycy9uZXQveGVuLW5ldGJhY2svbmV0YmFjay5jCisrKyBiL2RyaXZlcnMv bmV0L3hlbi1uZXRiYWNrL25ldGJhY2suYwpAQCAtMjU4LDE4ICsyNTgsMTgg QEAgc3RhdGljIHN0cnVjdCB4ZW52aWZfcnhfbWV0YSAqZ2V0X25leHRfcnhf YnVmZmVyKHN0cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCQkJCQkJIHN0 cnVjdCBuZXRyeF9wZW5kaW5nX29wZXJhdGlvbnMgKm5wbykKIHsKIAlzdHJ1 Y3QgeGVudmlmX3J4X21ldGEgKm1ldGE7Ci0Jc3RydWN0IHhlbl9uZXRpZl9y eF9yZXF1ZXN0ICpyZXE7CisJc3RydWN0IHhlbl9uZXRpZl9yeF9yZXF1ZXN0 IHJlcTsKIAotCXJlcSA9IFJJTkdfR0VUX1JFUVVFU1QoJnF1ZXVlLT5yeCwg cXVldWUtPnJ4LnJlcV9jb25zKyspOworCVJJTkdfQ09QWV9SRVFVRVNUKCZx dWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrLCAmcmVxKTsKIAogCW1l dGEgPSBucG8tPm1ldGEgKyBucG8tPm1ldGFfcHJvZCsrOwogCW1ldGEtPmdz b190eXBlID0gWEVOX05FVElGX0dTT19UWVBFX05PTkU7CiAJbWV0YS0+Z3Nv X3NpemUgPSAwOwogCW1ldGEtPnNpemUgPSAwOwotCW1ldGEtPmlkID0gcmVx LT5pZDsKKwltZXRhLT5pZCA9IHJlcS5pZDsKIAogCW5wby0+Y29weV9vZmYg PSAwOwotCW5wby0+Y29weV9ncmVmID0gcmVxLT5ncmVmOworCW5wby0+Y29w eV9ncmVmID0gcmVxLmdyZWY7CiAKIAlyZXR1cm4gbWV0YTsKIH0KQEAgLTQy NCw3ICs0MjQsNyBAQCBzdGF0aWMgaW50IHhlbnZpZl9nb3Bfc2tiKHN0cnVj dCBza19idWZmICpza2IsCiAJc3RydWN0IHhlbnZpZiAqdmlmID0gbmV0ZGV2 X3ByaXYoc2tiLT5kZXYpOwogCWludCBucl9mcmFncyA9IHNrYl9zaGluZm8o c2tiKS0+bnJfZnJhZ3M7CiAJaW50IGk7Ci0Jc3RydWN0IHhlbl9uZXRpZl9y eF9yZXF1ZXN0ICpyZXE7CisJc3RydWN0IHhlbl9uZXRpZl9yeF9yZXF1ZXN0 IHJlcTsKIAlzdHJ1Y3QgeGVudmlmX3J4X21ldGEgKm1ldGE7CiAJdW5zaWdu ZWQgY2hhciAqZGF0YTsKIAlpbnQgaGVhZCA9IDE7CkBAIC00NDMsMTUgKzQ0 MywxNSBAQCBzdGF0aWMgaW50IHhlbnZpZl9nb3Bfc2tiKHN0cnVjdCBza19i dWZmICpza2IsCiAKIAkvKiBTZXQgdXAgYSBHU08gcHJlZml4IGRlc2NyaXB0 b3IsIGlmIG5lY2Vzc2FyeSAqLwogCWlmICgoMSA8PCBnc29fdHlwZSkgJiB2 aWYtPmdzb19wcmVmaXhfbWFzaykgewotCQlyZXEgPSBSSU5HX0dFVF9SRVFV RVNUKCZxdWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrKTsKKwkJUklO R19DT1BZX1JFUVVFU1QoJnF1ZXVlLT5yeCwgcXVldWUtPnJ4LnJlcV9jb25z KyssICZyZXEpOwogCQltZXRhID0gbnBvLT5tZXRhICsgbnBvLT5tZXRhX3By b2QrKzsKIAkJbWV0YS0+Z3NvX3R5cGUgPSBnc29fdHlwZTsKIAkJbWV0YS0+ Z3NvX3NpemUgPSBza2Jfc2hpbmZvKHNrYiktPmdzb19zaXplOwogCQltZXRh LT5zaXplID0gMDsKLQkJbWV0YS0+aWQgPSByZXEtPmlkOworCQltZXRhLT5p ZCA9IHJlcS5pZDsKIAl9CiAKLQlyZXEgPSBSSU5HX0dFVF9SRVFVRVNUKCZx dWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrKTsKKwlSSU5HX0NPUFlf UkVRVUVTVCgmcXVldWUtPnJ4LCBxdWV1ZS0+cngucmVxX2NvbnMrKywgJnJl cSk7CiAJbWV0YSA9IG5wby0+bWV0YSArIG5wby0+bWV0YV9wcm9kKys7CiAK IAlpZiAoKDEgPDwgZ3NvX3R5cGUpICYgdmlmLT5nc29fbWFzaykgewpAQCAt NDYzLDkgKzQ2Myw5IEBAIHN0YXRpYyBpbnQgeGVudmlmX2dvcF9za2Ioc3Ry dWN0IHNrX2J1ZmYgKnNrYiwKIAl9CiAKIAltZXRhLT5zaXplID0gMDsKLQlt ZXRhLT5pZCA9IHJlcS0+aWQ7CisJbWV0YS0+aWQgPSByZXEuaWQ7CiAJbnBv LT5jb3B5X29mZiA9IDA7Ci0JbnBvLT5jb3B5X2dyZWYgPSByZXEtPmdyZWY7 CisJbnBvLT5jb3B5X2dyZWYgPSByZXEuZ3JlZjsKIAogCWRhdGEgPSBza2It PmRhdGE7CiAJd2hpbGUgKGRhdGEgPCBza2JfdGFpbF9wb2ludGVyKHNrYikp IHsKQEAgLTcwOSw3ICs3MDksNyBAQCBzdGF0aWMgdm9pZCB4ZW52aWZfdHhf ZXJyKHN0cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCQlzcGluX3VubG9j a19pcnFyZXN0b3JlKCZxdWV1ZS0+cmVzcG9uc2VfbG9jaywgZmxhZ3MpOwog CQlpZiAoY29ucyA9PSBlbmQpCiAJCQlicmVhazsKLQkJdHhwID0gUklOR19H RVRfUkVRVUVTVCgmcXVldWUtPnR4LCBjb25zKyspOworCQlSSU5HX0NPUFlf UkVRVUVTVCgmcXVldWUtPnR4LCBjb25zKyssIHR4cCk7CiAJfSB3aGlsZSAo MSk7CiAJcXVldWUtPnR4LnJlcV9jb25zID0gY29uczsKIH0KQEAgLTc3Niw4 ICs3NzYsNyBAQCBzdGF0aWMgaW50IHhlbnZpZl9jb3VudF9yZXF1ZXN0cyhz dHJ1Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSwKIAkJaWYgKGRyb3BfZXJyKQog CQkJdHhwID0gJmRyb3BwZWRfdHg7CiAKLQkJbWVtY3B5KHR4cCwgUklOR19H RVRfUkVRVUVTVCgmcXVldWUtPnR4LCBjb25zICsgc2xvdHMpLAotCQkgICAg ICAgc2l6ZW9mKCp0eHApKTsKKwkJUklOR19DT1BZX1JFUVVFU1QoJnF1ZXVl LT50eCwgY29ucyArIHNsb3RzLCB0eHApOwogCiAJCS8qIElmIHRoZSBndWVz dCBzdWJtaXR0ZWQgYSBmcmFtZSA+PSA2NCBLaUIgdGhlbgogCQkgKiBmaXJz dC0+c2l6ZSBvdmVyZmxvd2VkIGFuZCBmb2xsb3dpbmcgc2xvdHMgd2lsbApA QCAtMTExMCw4ICsxMTA5LDcgQEAgc3RhdGljIGludCB4ZW52aWZfZ2V0X2V4 dHJhcyhzdHJ1Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSwKIAkJCXJldHVybiAt RUJBRFI7CiAJCX0KIAotCQltZW1jcHkoJmV4dHJhLCBSSU5HX0dFVF9SRVFV RVNUKCZxdWV1ZS0+dHgsIGNvbnMpLAotCQkgICAgICAgc2l6ZW9mKGV4dHJh KSk7CisJCVJJTkdfQ09QWV9SRVFVRVNUKCZxdWV1ZS0+dHgsIGNvbnMsICZl eHRyYSk7CiAJCWlmICh1bmxpa2VseSghZXh0cmEudHlwZSB8fAogCQkJICAg ICBleHRyYS50eXBlID49IFhFTl9ORVRJRl9FWFRSQV9UWVBFX01BWCkpIHsK IAkJCXF1ZXVlLT50eC5yZXFfY29ucyA9ICsrY29uczsKQEAgLTEzMjAsNyAr MTMxOCw3IEBAIHN0YXRpYyB2b2lkIHhlbnZpZl90eF9idWlsZF9nb3BzKHN0 cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCiAJCWlkeCA9IHF1ZXVlLT50 eC5yZXFfY29uczsKIAkJcm1iKCk7IC8qIEVuc3VyZSB0aGF0IHdlIHNlZSB0 aGUgcmVxdWVzdCBiZWZvcmUgd2UgY29weSBpdC4gKi8KLQkJbWVtY3B5KCZ0 eHJlcSwgUklOR19HRVRfUkVRVUVTVCgmcXVldWUtPnR4LCBpZHgpLCBzaXpl b2YodHhyZXEpKTsKKwkJUklOR19DT1BZX1JFUVVFU1QoJnF1ZXVlLT50eCwg aWR4LCAmdHhyZXEpOwogCiAJCS8qIENyZWRpdC1iYXNlZCBzY2hlZHVsaW5n LiAqLwogCQlpZiAodHhyZXEuc2l6ZSA+IHF1ZXVlLT5yZW1haW5pbmdfY3Jl ZGl0ICYmCi0tIAoyLjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch" Content-Transfer-Encoding: base64 RnJvbSAwODRiOGMyZTc3ZjFhYzA3ZTRhM2ExMjFmZjk1N2M0OWE5Mzc5Mzg1 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6MzQ6MDkgKzAwMDAKU3ViamVj dDogW1BBVENIIDQvN10geGVuLWJsa2JhY2s6IG9ubHkgcmVhZCByZXF1ZXN0 IG9wZXJhdGlvbiBmcm9tIHNoYXJlZCByaW5nCiBvbmNlCk1JTUUtVmVyc2lv bjogMS4wCkNvbnRlbnQtVHlwZTogdGV4dC9wbGFpbjsgY2hhcnNldD1VVEYt OApDb250ZW50LVRyYW5zZmVyLUVuY29kaW5nOiA4Yml0CgpBIGNvbXBpbGVy IG1heSBsb2FkIGEgc3dpdGNoIHN0YXRlbWVudCB2YWx1ZSBtdWx0aXBsZSB0 aW1lcywgd2hpY2ggY291bGQKYmUgYmFkIHdoZW4gdGhlIHZhbHVlIGlzIGlu IG1lbW9yeSBzaGFyZWQgd2l0aCB0aGUgZnJvbnRlbmQuCgpXaGVuIGNvbnZl cnRpbmcgYSBub24tbmF0aXZlIHJlcXVlc3QgdG8gYSBuYXRpdmUgb25lLCBl bnN1cmUgdGhhdApzcmMtPm9wZXJhdGlvbiBpcyBvbmx5IGxvYWRlZCBvbmNl IGJ5IHVzaW5nIFJFQURfT05DRSgpLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1 NS4KCkNDOiBzdGFibGVAdmdlci5rZXJuZWwub3JnClNpZ25lZC1vZmYtYnk6 IFJvZ2VyIFBhdSBNb25uw6kgPHJvZ2VyLnBhdUBjaXRyaXguY29tPgpTaWdu ZWQtb2ZmLWJ5OiBEYXZpZCBWcmFiZWwgPGRhdmlkLnZyYWJlbEBjaXRyaXgu Y29tPgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnplc3p1dGVrIFdpbGsgPGtv bnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQogZHJpdmVycy9ibG9jay94ZW4t YmxrYmFjay9jb21tb24uaCB8IDggKysrKy0tLS0KIDEgZmlsZSBjaGFuZ2Vk LCA0IGluc2VydGlvbnMoKyksIDQgZGVsZXRpb25zKC0pCgpkaWZmIC0tZ2l0 IGEvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFjay9jb21tb24uaCBiL2RyaXZl cnMvYmxvY2sveGVuLWJsa2JhY2svY29tbW9uLmgKaW5kZXggNjhlODdhMC4u YzkyOWFlMiAxMDA2NDQKLS0tIGEvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFj ay9jb21tb24uaAorKysgYi9kcml2ZXJzL2Jsb2NrL3hlbi1ibGtiYWNrL2Nv bW1vbi5oCkBAIC00MDgsOCArNDA4LDggQEAgc3RhdGljIGlubGluZSB2b2lk IGJsa2lmX2dldF94ODZfMzJfcmVxKHN0cnVjdCBibGtpZl9yZXF1ZXN0ICpk c3QsCiAJCQkJCXN0cnVjdCBibGtpZl94ODZfMzJfcmVxdWVzdCAqc3JjKQog ewogCWludCBpLCBuID0gQkxLSUZfTUFYX1NFR01FTlRTX1BFUl9SRVFVRVNU LCBqOwotCWRzdC0+b3BlcmF0aW9uID0gc3JjLT5vcGVyYXRpb247Ci0Jc3dp dGNoIChzcmMtPm9wZXJhdGlvbikgeworCWRzdC0+b3BlcmF0aW9uID0gUkVB RF9PTkNFKHNyYy0+b3BlcmF0aW9uKTsKKwlzd2l0Y2ggKGRzdC0+b3BlcmF0 aW9uKSB7CiAJY2FzZSBCTEtJRl9PUF9SRUFEOgogCWNhc2UgQkxLSUZfT1Bf V1JJVEU6CiAJY2FzZSBCTEtJRl9PUF9XUklURV9CQVJSSUVSOgpAQCAtNDU2 LDggKzQ1Niw4IEBAIHN0YXRpYyBpbmxpbmUgdm9pZCBibGtpZl9nZXRfeDg2 XzY0X3JlcShzdHJ1Y3QgYmxraWZfcmVxdWVzdCAqZHN0LAogCQkJCQlzdHJ1 Y3QgYmxraWZfeDg2XzY0X3JlcXVlc3QgKnNyYykKIHsKIAlpbnQgaSwgbiA9 IEJMS0lGX01BWF9TRUdNRU5UU19QRVJfUkVRVUVTVCwgajsKLQlkc3QtPm9w ZXJhdGlvbiA9IHNyYy0+b3BlcmF0aW9uOwotCXN3aXRjaCAoc3JjLT5vcGVy YXRpb24pIHsKKwlkc3QtPm9wZXJhdGlvbiA9IFJFQURfT05DRShzcmMtPm9w ZXJhdGlvbik7CisJc3dpdGNoIChkc3QtPm9wZXJhdGlvbikgewogCWNhc2Ug QkxLSUZfT1BfUkVBRDoKIAljYXNlIEJMS0lGX09QX1dSSVRFOgogCWNhc2Ug QkxLSUZfT1BfV1JJVEVfQkFSUklFUjoKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSAwNmVlN2M3YmViMGI1MjQ1YjFkODc5Yzk3NTNmYWEyY2Y1YWQ5ODkx IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6NDA6NDMgKzAwMDAKU3ViamVj dDogW1BBVENIIDUvN10geGVuLWJsa2JhY2s6IHJlYWQgZnJvbSBpbmRpcmVj dCBkZXNjcmlwdG9ycyBvbmx5IG9uY2UKTUlNRS1WZXJzaW9uOiAxLjAKQ29u dGVudC1UeXBlOiB0ZXh0L3BsYWluOyBjaGFyc2V0PVVURi04CkNvbnRlbnQt VHJhbnNmZXItRW5jb2Rpbmc6IDhiaXQKClNpbmNlIGluZGlyZWN0IGRlc2Ny aXB0b3JzIGFyZSBpbiBtZW1vcnkgc2hhcmVkIHdpdGggdGhlIGZyb250ZW5k LCB0aGUKZnJvbnRlbmQgY291bGQgYWx0ZXIgdGhlIGZpcnN0X3NlY3QgYW5k IGxhc3Rfc2VjdCB2YWx1ZXMgYWZ0ZXIgdGhleSBoYXZlCmJlZW4gdmFsaWRh dGVkIGJ1dCBiZWZvcmUgdGhleSBhcmUgcmVjb3JkZWQgaW4gdGhlIHJlcXVl c3QuICBUaGlzIG1heQpyZXN1bHQgaW4gSS9PIHJlcXVlc3RzIHRoYXQgb3Zl cmZsb3cgdGhlIGZvcmVpZ24gcGFnZSwgcG9zc2libHkKb3ZlcndyaXRpbmcg bG9jYWwgcGFnZXMgd2hlbiB0aGUgSS9PIHJlcXVlc3QgaXMgZXhlY3V0ZWQu CgpXaGVuIHBhcnNpbmcgaW5kaXJlY3QgZGVzY3JpcHRvcnMsIG9ubHkgcmVh ZCBmaXJzdF9zZWN0IGFuZCBsYXN0X3NlY3QKb25jZS4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpTaWdu ZWQtb2ZmLWJ5OiBSb2dlciBQYXUgTW9ubsOpIDxyb2dlci5wYXVAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFi ZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRl ayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMv YmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jIHwgMTUgKysrKysrKysrKy0t LS0tCiAxIGZpbGUgY2hhbmdlZCwgMTAgaW5zZXJ0aW9ucygrKSwgNSBkZWxl dGlvbnMoLSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL2Jsb2NrL3hlbi1ibGti YWNrL2Jsa2JhY2suYyBiL2RyaXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxr YmFjay5jCmluZGV4IGY5MDk5OTQuLjQxZmIxYTkgMTAwNjQ0Ci0tLSBhL2Ry aXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jCisrKyBiL2RyaXZl cnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jCkBAIC05NTAsNiArOTUw LDggQEAgc3RhdGljIGludCB4ZW5fYmxrYmtfcGFyc2VfaW5kaXJlY3Qoc3Ry dWN0IGJsa2lmX3JlcXVlc3QgKnJlcSwKIAkJZ290byB1bm1hcDsKIAogCWZv ciAobiA9IDAsIGkgPSAwOyBuIDwgbnNlZzsgbisrKSB7CisJCXVpbnQ4X3Qg Zmlyc3Rfc2VjdCwgbGFzdF9zZWN0OworCiAJCWlmICgobiAlIFNFR1NfUEVS X0lORElSRUNUX0ZSQU1FKSA9PSAwKSB7CiAJCQkvKiBNYXAgaW5kaXJlY3Qg c2VnbWVudHMgKi8KIAkJCWlmIChzZWdtZW50cykKQEAgLTk1NywxNSArOTU5 LDE4IEBAIHN0YXRpYyBpbnQgeGVuX2Jsa2JrX3BhcnNlX2luZGlyZWN0KHN0 cnVjdCBibGtpZl9yZXF1ZXN0ICpyZXEsCiAJCQlzZWdtZW50cyA9IGttYXBf YXRvbWljKHBhZ2VzW24vU0VHU19QRVJfSU5ESVJFQ1RfRlJBTUVdLT5wYWdl KTsKIAkJfQogCQlpID0gbiAlIFNFR1NfUEVSX0lORElSRUNUX0ZSQU1FOwor CiAJCXBlbmRpbmdfcmVxLT5zZWdtZW50c1tuXS0+Z3JlZiA9IHNlZ21lbnRz W2ldLmdyZWY7Ci0JCXNlZ1tuXS5uc2VjID0gc2VnbWVudHNbaV0ubGFzdF9z ZWN0IC0KLQkJCXNlZ21lbnRzW2ldLmZpcnN0X3NlY3QgKyAxOwotCQlzZWdb bl0ub2Zmc2V0ID0gKHNlZ21lbnRzW2ldLmZpcnN0X3NlY3QgPDwgOSk7Ci0J CWlmICgoc2VnbWVudHNbaV0ubGFzdF9zZWN0ID49IChYRU5fUEFHRV9TSVpF ID4+IDkpKSB8fAotCQkgICAgKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA8IHNl Z21lbnRzW2ldLmZpcnN0X3NlY3QpKSB7CisKKwkJZmlyc3Rfc2VjdCA9IFJF QURfT05DRShzZWdtZW50c1tpXS5maXJzdF9zZWN0KTsKKwkJbGFzdF9zZWN0 ID0gUkVBRF9PTkNFKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCk7CisJCWlmIChs YXN0X3NlY3QgPj0gKFhFTl9QQUdFX1NJWkUgPj4gOSkgfHwgbGFzdF9zZWN0 IDwgZmlyc3Rfc2VjdCkgewogCQkJcmMgPSAtRUlOVkFMOwogCQkJZ290byB1 bm1hcDsKIAkJfQorCisJCXNlZ1tuXS5uc2VjID0gbGFzdF9zZWN0IC0gZmly c3Rfc2VjdCArIDE7CisJCXNlZ1tuXS5vZmZzZXQgPSBmaXJzdF9zZWN0IDw8 IDk7CiAJCXByZXEtPm5yX3NlY3RzICs9IHNlZ1tuXS5uc2VjOwogCX0KIAot LSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Transfer-Encoding: base64 RnJvbSA4OTczOWMxNGM3MmU1YzE2MjZhNWNkNWUwOWNiYjJlZmVhYWRiNmQ4 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBNb24sIDE2IE5vdiAy MDE1IDE4OjAyOjMyICswMDAwClN1YmplY3Q6IFtQQVRDSCA2LzddIHhlbi1z Y3NpYmFjazogc2FmZWx5IGNvcHkgcmVxdWVzdHMKClRoZSBjb3B5IG9mIHRo ZSByaW5nIHJlcXVlc3Qgd2FzIGxhY2tpbmcgYSBmb2xsb3dpbmcgYmFycmll cigpLApwb3RlbnRpYWxseSBhbGxvd2luZyB0aGUgY29tcGlsZXIgdG8gb3B0 aW1pemUgdGhlIGNvcHkgYXdheS4KClVzZSBSSU5HX0NPUFlfUkVRVUVTVCgp IHRvIGVuc3VyZSB0aGUgcmVxdWVzdCBpcyBjb3BpZWQgdG8gbG9jYWwKbWVt b3J5LgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1NS4KCkNDOiBzdGFibGVAdmdl ci5rZXJuZWwub3JnClJldmlld2VkLWJ5OiBKdWVyZ2VuIEdyb3NzIDxqZ3Jv c3NAc3VzZS5jb20+ClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2 aWQudnJhYmVsQGNpdHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBS emVzenV0ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBk cml2ZXJzL3hlbi94ZW4tc2NzaWJhY2suYyB8IDIgKy0KIDEgZmlsZSBjaGFu Z2VkLCAxIGluc2VydGlvbigrKSwgMSBkZWxldGlvbigtKQoKZGlmZiAtLWdp dCBhL2RyaXZlcnMveGVuL3hlbi1zY3NpYmFjay5jIGIvZHJpdmVycy94ZW4v eGVuLXNjc2liYWNrLmMKaW5kZXggNDNiY2FlOC4uYWQ0ZWIxMCAxMDA2NDQK LS0tIGEvZHJpdmVycy94ZW4veGVuLXNjc2liYWNrLmMKKysrIGIvZHJpdmVy cy94ZW4veGVuLXNjc2liYWNrLmMKQEAgLTcyNiw3ICs3MjYsNyBAQCBzdGF0 aWMgaW50IHNjc2liYWNrX2RvX2NtZF9mbihzdHJ1Y3QgdnNjc2lia19pbmZv ICppbmZvKQogCQlpZiAoIXBlbmRpbmdfcmVxKQogCQkJcmV0dXJuIDE7CiAK LQkJcmluZ19yZXEgPSAqUklOR19HRVRfUkVRVUVTVChyaW5nLCByYyk7CisJ CVJJTkdfQ09QWV9SRVFVRVNUKHJpbmcsIHJjLCAmcmluZ19yZXEpOwogCQly aW5nLT5yZXFfY29ucyA9ICsrcmM7CiAKIAkJZXJyID0gcHJlcGFyZV9wZW5k aW5nX3JlcXMoaW5mbywgJnJpbmdfcmVxLCBwZW5kaW5nX3JlcSk7Ci0tIAoy LjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch" Content-Transfer-Encoding: base64 RnJvbSBmNmY0Mzg4YzkxN2NlOTZiMDc1YTIzOWE0NTM1YjhlZmM2MDY0ZDE0 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IE1vbiwg MTYgTm92IDIwMTUgMTI6NDA6NDggLTA1MDAKU3ViamVjdDogW1BBVENIIDcv N10geGVuL3BjaWJhY2s6IFNhdmUgeGVuX3BjaV9vcCBjb21tYW5kcyBiZWZv cmUgcHJvY2Vzc2luZwogaXQKCkRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXRp ZXMgdGhhdCBoYXBwZW4gd2hlbiBhIHZhcmlhYmxlIGlzCmZldGNoZWQgdHdp Y2UgZnJvbSBzaGFyZWQgbWVtb3J5IGJ1dCBhIHNlY3VyaXR5IGNoZWNrIGlz IG9ubHkKcGVyZm9ybWVkIHRoZSBmaXJzdCB0aW1lLgoKVGhlIHhlbl9wY2li a19kb19vcCBmdW5jdGlvbiBwZXJmb3JtcyBhIHN3aXRjaCBzdGF0ZW1lbnRz IG9uIHRoZSBvcC0+Y21kCnZhbHVlIHdoaWNoIGlzIHN0b3JlZCBpbiBzaGFy ZWQgbWVtb3J5LiBJbnRlcmVzdGluZ2x5IHRoaXMgY2FuIHJlc3VsdAppbiBh IGRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXR5IGRlcGVuZGluZyBvbiB0aGUg cGVyZm9ybWVkIGNvbXBpbGVyCm9wdGltaXphdGlvbi4KClRoaXMgcGF0Y2gg Zml4ZXMgaXQgYnkgc2F2aW5nIHRoZSB4ZW5fcGNpX29wIGNvbW1hbmQgYmVm b3JlCnByb2Nlc3NpbmcgaXQuIFdlIGFsc28gdXNlICdiYXJyaWVyJyB0byBt YWtlIHN1cmUgdGhhdCB0aGUKY29tcGlsZXIgZG9lcyBub3QgcGVyZm9ybSBh bnkgb3B0aW1pemF0aW9uLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1NS4KCkND OiBzdGFibGVAdmdlci5rZXJuZWwub3JnClJldmlld2VkLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+ClNpZ25l ZC1vZmYtYnk6IEphbiBCZXVsaWNoIDxKQmV1bGljaEBzdXNlLmNvbT4KU2ln bmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxr b25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMveGVuL3hlbi1w Y2liYWNrL3BjaWJhY2suaCAgICAgfCAgMSArCiBkcml2ZXJzL3hlbi94ZW4t cGNpYmFjay9wY2liYWNrX29wcy5jIHwgMTUgKysrKysrKysrKysrKystCiAy IGZpbGVzIGNoYW5nZWQsIDE1IGluc2VydGlvbnMoKyksIDEgZGVsZXRpb24o LSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2li YWNrLmggYi9kcml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2liYWNrLmgKaW5k ZXggNThlMzhkNS4uNGQ1MjlmMyAxMDA2NDQKLS0tIGEvZHJpdmVycy94ZW4v eGVuLXBjaWJhY2svcGNpYmFjay5oCisrKyBiL2RyaXZlcnMveGVuL3hlbi1w Y2liYWNrL3BjaWJhY2suaApAQCAtMzcsNiArMzcsNyBAQCBzdHJ1Y3QgeGVu X3BjaWJrX2RldmljZSB7CiAJc3RydWN0IHhlbl9wY2lfc2hhcmVkaW5mbyAq c2hfaW5mbzsKIAl1bnNpZ25lZCBsb25nIGZsYWdzOwogCXN0cnVjdCB3b3Jr X3N0cnVjdCBvcF93b3JrOworCXN0cnVjdCB4ZW5fcGNpX29wIG9wOwogfTsK IAogc3RydWN0IHhlbl9wY2lia19kZXZfZGF0YSB7CmRpZmYgLS1naXQgYS9k cml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2liYWNrX29wcy5jIGIvZHJpdmVy cy94ZW4veGVuLXBjaWJhY2svcGNpYmFja19vcHMuYwppbmRleCBjNGEwNjY2 Li5hMGUwZTNlIDEwMDY0NAotLS0gYS9kcml2ZXJzL3hlbi94ZW4tcGNpYmFj ay9wY2liYWNrX29wcy5jCisrKyBiL2RyaXZlcnMveGVuL3hlbi1wY2liYWNr L3BjaWJhY2tfb3BzLmMKQEAgLTI5OCw5ICsyOTgsMTEgQEAgdm9pZCB4ZW5f cGNpYmtfZG9fb3Aoc3RydWN0IHdvcmtfc3RydWN0ICpkYXRhKQogCQljb250 YWluZXJfb2YoZGF0YSwgc3RydWN0IHhlbl9wY2lia19kZXZpY2UsIG9wX3dv cmspOwogCXN0cnVjdCBwY2lfZGV2ICpkZXY7CiAJc3RydWN0IHhlbl9wY2li a19kZXZfZGF0YSAqZGV2X2RhdGEgPSBOVUxMOwotCXN0cnVjdCB4ZW5fcGNp X29wICpvcCA9ICZwZGV2LT5zaF9pbmZvLT5vcDsKKwlzdHJ1Y3QgeGVuX3Bj aV9vcCAqb3AgPSAmcGRldi0+b3A7CiAJaW50IHRlc3RfaW50eCA9IDA7CiAK Kwkqb3AgPSBwZGV2LT5zaF9pbmZvLT5vcDsKKwliYXJyaWVyKCk7CiAJZGV2 ID0geGVuX3BjaWJrX2dldF9wY2lfZGV2KHBkZXYsIG9wLT5kb21haW4sIG9w LT5idXMsIG9wLT5kZXZmbik7CiAKIAlpZiAoZGV2ID09IE5VTEwpCkBAIC0z NDIsNiArMzQ0LDE3IEBAIHZvaWQgeGVuX3BjaWJrX2RvX29wKHN0cnVjdCB3 b3JrX3N0cnVjdCAqZGF0YSkKIAkJaWYgKChkZXZfZGF0YS0+ZW5hYmxlX2lu dHggIT0gdGVzdF9pbnR4KSkKIAkJCXhlbl9wY2lia19jb250cm9sX2lzcihk ZXYsIDAgLyogbm8gcmVzZXQgKi8pOwogCX0KKwlwZGV2LT5zaF9pbmZvLT5v cC5lcnIgPSBvcC0+ZXJyOworCXBkZXYtPnNoX2luZm8tPm9wLnZhbHVlID0g b3AtPnZhbHVlOworI2lmZGVmIENPTkZJR19QQ0lfTVNJCisJaWYgKG9wLT5j bWQgPT0gWEVOX1BDSV9PUF9lbmFibGVfbXNpeCAmJiBvcC0+ZXJyID09IDAp IHsKKwkJdW5zaWduZWQgaW50IGk7CisKKwkJZm9yIChpID0gMDsgaSA8IG9w LT52YWx1ZTsgaSsrKQorCQkJcGRldi0+c2hfaW5mby0+b3AubXNpeF9lbnRy aWVzW2ldLnZlY3RvciA9CisJCQkJb3AtPm1zaXhfZW50cmllc1tpXS52ZWN0 b3I7CisJfQorI2VuZGlmCiAJLyogVGVsbCB0aGUgZHJpdmVyIGRvbWFpbiB0 aGF0IHdlJ3JlIGRvbmUuICovCiAJd21iKCk7CiAJY2xlYXJfYml0KF9YRU5f UENJRl9hY3RpdmUsICh1bnNpZ25lZCBsb25nICopJnBkZXYtPnNoX2luZm8t PmZsYWdzKTsKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSBhNTY0NTZhYzNkZjI4NDMyZmZmNDRhOWE5NjIzZTJkZGZjODI2MTA2 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBUdWUsIDI0IE5vdiAy MDE1IDAyOjUxOjU2ICswMDAwClN1YmplY3Q6IFtQQVRDSCAxLzVdIG5ldGJz ZC94ZW46IEFkZCBSSU5HX0NPUFlfUkVRVUVTVCgpCgpVc2luZyBSSU5HX0dF VF9SRVFVRVNUKCkgb24gYSBzaGFyZWQgcmluZyBpcyBlYXN5IHRvIHVzZSBp bmNvcnJlY3RseQooaS5lLiwgYnkgbm90IGNvbnNpZGVyaW5nIHRoYXQgdGhl IG90aGVyIGVuZCBtYXkgYWx0ZXIgdGhlIGRhdGEgaW4gdGhlCnNoYXJlZCBy aW5nIHdoaWxlIGl0IGlzIGJlaW5nIGluc3BlY3RlZCkuICBTYWZlIHVzYWdl IG9mIGEgcmVxdWVzdApnZW5lcmFsbHkgcmVxdWlyZXMgdGFraW5nIGEgbG9j YWwgY29weS4KClByb3ZpZGUgYSBSSU5HX0NPUFlfUkVRVUVTVCgpIG1hY3Jv IHRvIHVzZSBpbnN0ZWFkIG9mClJJTkdfR0VUX1JFUVVFU1QoKSBhbmQgYW4g b3Blbi1jb2RlZCBtZW1jcHkoKS4gIFRoaXMgdGFrZXMgY2FyZSBvZgplbnN1 cmluZyB0aGF0IHRoZSBjb3B5IGlzIGRvbmUgY29ycmVjdGx5IHJlZ2FyZGxl c3Mgb2YgYW55IHBvc3NpYmxlCmNvbXBpbGVyIG9wdGltaXphdGlvbnMuCgpV c2UgYSB2b2xhdGlsZSBzb3VyY2UgdG8gcHJldmVudCB0aGUgY29tcGlsZXIg ZnJvbSByZW9yZGVyaW5nIG9yCm9taXR0aW5nIHRoZSBjb3B5LgoKVGhpcyBp cyBwYXJ0IG9mIFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJl bCA8ZGF2aWQudnJhYmVsQGNpdHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtv bnJhZCBSemVzenV0ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4K LS0tCnYyOiBVcGRhdGUgY29tbWVudCBhYm91dCBHQ0MgYnVnLgotLS0KIGFy Y2gveGVuL2luY2x1ZGUveGVuLXB1YmxpYy9pby9yaW5nLmggfCAxNCArKysr KysrKysrKysrKwogMSBmaWxlIGNoYW5nZWQsIDE0IGluc2VydGlvbnMoKykK CmRpZmYgLS1naXQgYS9hcmNoL3hlbi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8v cmluZy5oIGIvYXJjaC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3Jpbmcu aAppbmRleCAwOWMxODZjLi42MzBiODBlIDEwMDY0NAotLS0gYS9hcmNoL3hl bi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8vcmluZy5oCisrKyBiL2FyY2gveGVu L2luY2x1ZGUveGVuLXB1YmxpYy9pby9yaW5nLmgKQEAgLTIzNiw2ICsyMzYs MjAgQEAgdHlwZWRlZiBzdHJ1Y3QgX19uYW1lIyNfYmFja19yaW5nIF9fbmFt ZSMjX2JhY2tfcmluZ190CiAjZGVmaW5lIFJJTkdfR0VUX1JFUVVFU1QoX3Is IF9pZHgpICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBc CiAgICAgKCYoKF9yKS0+c3JpbmctPnJpbmdbKChfaWR4KSAmIChSSU5HX1NJ WkUoX3IpIC0gMSkpXS5yZXEpKQogCisvKgorICogR2V0IGEgbG9jYWwgY29w eSBvZiBhIHJlcXVlc3QuCisgKgorICogVXNlIHRoaXMgaW4gcHJlZmVyZW5j ZSB0byBSSU5HX0dFVF9SRVFVRVNUKCkgc28gYWxsIHByb2Nlc3NpbmcgaXMK KyAqIGRvbmUgb24gYSBsb2NhbCBjb3B5IHRoYXQgY2Fubm90IGJlIG1vZGlm aWVkIGJ5IHRoZSBvdGhlciBlbmQuCisgKgorICogTm90ZSB0aGF0IGh0dHBz Oi8vZ2NjLmdudS5vcmcvYnVnemlsbGEvc2hvd19idWcuY2dpP2lkPTU4MTQ1 IG1heSBjYXVzZSB0aGlzCisgKiB0byBiZSBpbmVmZmVjdGl2ZSB3aGVyZSBf cmVxIGlzIGEgc3RydWN0IHdoaWNoIGNvbnNpc3RzIG9mIG9ubHkgYml0Zmll bGRzLgorICovCisjZGVmaW5lIFJJTkdfQ09QWV9SRVFVRVNUKF9yLCBfaWR4 LCBfcmVxKSBkbyB7CQkJCVwKKwkvKiBVc2Ugdm9sYXRpbGUgdG8gZm9yY2Ug dGhlIGNvcHkgaW50byBfcmVxLiAqLwkJCVwKKwkqKF9yZXEpID0gKih2b2xh dGlsZSB0eXBlb2YoX3JlcSkpUklOR19HRVRfUkVRVUVTVChfciwgX2lkeCk7 CVwKK30gd2hpbGUgKDApCisKICNkZWZpbmUgUklOR19HRVRfUkVTUE9OU0Uo X3IsIF9pZHgpICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg IFwKICAgICAoJigoX3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdf U0laRShfcikgLSAxKSldLnJzcCkpCiAKLS0gCjIuNS4yCgo= --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch" Content-Transfer-Encoding: base64 RnJvbSAxYzY5N2NhNzZhNjcwYjA4ODNjZDZhMjAzODI4YzMzY2NmNGVjYjFl IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTM6MTYgKzAwMDAKU3ViamVjdDogW1BBVENIIDIv NV0gbmV0YnNkL25ldGJhY2s6IFVzZSBSSU5HX0NPUFlfUkVRVUVTVCBpbnN0 ZWFkIG9mCiBSSU5HX1JFUV9SRVFVRVNUCgpUaGlzIHdheSB3ZSBvcGVyYXRl IG9uIGEgbG9jYWwgY29weSBvZiB0aGUgZ3Vlc3QgUnguIFRoaXMgaXMgbW9y ZSB0aGFuCm5lY2Nlc3NhcnkgYXMgb25seSB0aGUgaWQgYW5kIGdyZWYgZmll bGRzIGFyZSB1c2VkIGFuZCBpdCBpcyBoYXJtbGVzcwppZiB0aGUgZnJvbnRl bmQgbW9kaWZpZXMgdGhlc2UuCgpGb3IgdGhlIFRYIHdlIGFsc28gY29weSB0 aGUgcmVxdWVzdCBhbmQgbWFrZSBzdXJlIHRvIHVzZSBvbmx5IHRoZQpsb2Nh bCBjb3B5LgoKVGhpcyBpcyBiYXNlZCBvZmYgTGludXggJ3hlbi1uZXRiYWNr OiB1c2UgUklOR19DT1BZX1JFUVVFU1QoKSB0aHJvdWdob3V0JwpwYXRjaC4K ClRoaXMgaXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25y YWQgUnplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0t LQogYXJjaC94ZW4veGVuL3hlbm5ldGJhY2tfeGVuYnVzLmMgfCA3OCArKysr KysrKysrKysrKysrKysrKy0tLS0tLS0tLS0tLS0tLS0tLS0tCiAxIGZpbGUg Y2hhbmdlZCwgNDAgaW5zZXJ0aW9ucygrKSwgMzggZGVsZXRpb25zKC0pCgpk aWZmIC0tZ2l0IGEvYXJjaC94ZW4veGVuL3hlbm5ldGJhY2tfeGVuYnVzLmMg Yi9hcmNoL3hlbi94ZW4veGVubmV0YmFja194ZW5idXMuYwppbmRleCA3Y2Mx NGFmLi4wZWYyMzUzIDEwMDY0NAotLS0gYS9hcmNoL3hlbi94ZW4veGVubmV0 YmFja194ZW5idXMuYworKysgYi9hcmNoL3hlbi94ZW4veGVubmV0YmFja194 ZW5idXMuYwpAQCAtNzE1LDcgKzcxNSw3IEBAIHhlbm5ldGJhY2tfZXZ0aGFu ZGxlcih2b2lkICphcmcpCiB7CiAJc3RydWN0IHhuZXRiYWNrX2luc3RhbmNl ICp4bmV0aSA9IGFyZzsKIAlzdHJ1Y3QgaWZuZXQgKmlmcCA9ICZ4bmV0aS0+ eG5pX2lmOwotCW5ldGlmX3R4X3JlcXVlc3RfdCAqdHhyZXE7CisJbmV0aWZf dHhfcmVxdWVzdF90IHR4cmVxOwogCXN0cnVjdCB4bmlfcGt0ICpwa3Q7CiAJ dmFkZHJfdCBwa3RfdmE7CiAJc3RydWN0IG1idWYgKm07CkBAIC03MzMsMzYg KzczMywzNiBAQCB4ZW5uZXRiYWNrX2V2dGhhbmRsZXIodm9pZCAqYXJnKQog CQkgICAgcmVjZWl2ZV9wZW5kaW5nKTsKIAkJaWYgKHJlY2VpdmVfcGVuZGlu ZyA9PSAwKQogCQkJYnJlYWs7Ci0JCXR4cmVxID0gUklOR19HRVRfUkVRVUVT VCgmeG5ldGktPnhuaV90eHJpbmcsIHJlcV9jb25zKTsKKwkJUklOR19DT1BZ X1JFUVVFU1QoJnhuZXRpLT54bmlfdHhyaW5nLCByZXFfY29ucywgJnR4cmVx KTsKIAkJeGVuX3JtYigpOwogCQlYRU5QUklOVEYoKCIlcyBwa3Qgc2l6ZSAl ZFxuIiwgeG5ldGktPnhuaV9pZi5pZl94bmFtZSwKLQkJICAgIHR4cmVxLT5z aXplKSk7CisJCSAgICB0eHJlcS5zaXplKSk7CiAJCXJlcV9jb25zKys7CiAJ CWlmIChfX3ByZWRpY3RfZmFsc2UoKGlmcC0+aWZfZmxhZ3MgJiAoSUZGX1VQ IHwgSUZGX1JVTk5JTkcpKSAhPQogCQkgICAgKElGRl9VUCB8IElGRl9SVU5O SU5HKSkpIHsKIAkJCS8qIGludGVyZmFjZSBub3QgdXAsIGRyb3AgKi8KLQkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLT5pZCwKKwkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLmlkLAogCQkJ ICAgIE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCWNvbnRpbnVlOwogCQl9CiAJ CS8qCiAJCSAqIERvIHNvbWUgc2FuaXR5IGNoZWNrcywgYW5kIG1hcCB0aGUg cGFja2V0J3MgcGFnZS4KIAkJICovCi0JCWlmIChfX3ByZWRpY3RfZmFsc2Uo dHhyZXEtPnNpemUgPCBFVEhFUl9IRFJfTEVOIHx8Ci0JCSAgIHR4cmVxLT5z aXplID4gKEVUSEVSX01BWF9MRU4gLSBFVEhFUl9DUkNfTEVOKSkpIHsKKwkJ aWYgKF9fcHJlZGljdF9mYWxzZSh0eHJlcS5zaXplIDwgRVRIRVJfSERSX0xF TiB8fAorCQkgICB0eHJlcS5zaXplID4gKEVUSEVSX01BWF9MRU4gLSBFVEhF Ul9DUkNfTEVOKSkpIHsKIAkJCXByaW50ZigiJXM6IHBhY2tldCBzaXplICVk IHRvbyBiaWdcbiIsCi0JCQkgICAgaWZwLT5pZl94bmFtZSwgdHhyZXEtPnNp emUpOwotCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEt PmlkLAorCQkJICAgIGlmcC0+aWZfeG5hbWUsIHR4cmVxLnNpemUpOworCQkJ eGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkg ICAgTkVUSUZfUlNQX0VSUk9SKTsKIAkJCWlmcC0+aWZfaWVycm9ycysrOwog CQkJY29udGludWU7CiAJCX0KIAkJLyogZG9uJ3QgY3Jvc3MgcGFnZSBib3Vu ZGFyaWVzICovCiAJCWlmIChfX3ByZWRpY3RfZmFsc2UoCi0JCSAgICB0eHJl cS0+b2Zmc2V0ICsgdHhyZXEtPnNpemUgPiBQQUdFX1NJWkUpKSB7CisJCSAg ICB0eHJlcS5vZmZzZXQgKyB0eHJlcS5zaXplID4gUEFHRV9TSVpFKSkgewog CQkJcHJpbnRmKCIlczogcGFja2V0IGNyb3NzIHBhZ2UgYm91bmRhcnlcbiIs CiAJCQkgICAgaWZwLT5pZl94bmFtZSk7Ci0JCQl4ZW5uZXRiYWNrX3R4X3Jl c3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQl4ZW5uZXRiYWNrX3R4X3Jl c3BvbnNlKHhuZXRpLCB0eHJlcS5pZCwKIAkJCSAgICBORVRJRl9SU1BfRVJS T1IpOwogCQkJaWZwLT5pZl9pZXJyb3JzKys7CiAJCQljb250aW51ZTsKQEAg LTc3NCwxNSArNzc0LDE1IEBAIHhlbm5ldGJhY2tfZXZ0aGFuZGxlcih2b2lk ICphcmcpCiAJCQlpZiAocmF0ZWNoZWNrKCZsYXN0dGltZSwgJnhuaV9wb29s X2VycmludHZsKSkKIAkJCQlwcmludGYoIiVzOiBtYnVmIGFsbG9jIGZhaWxl ZFxuIiwKIAkJCQkgICAgaWZwLT5pZl94bmFtZSk7Ci0JCQl4ZW5uZXRiYWNr X3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQl4ZW5uZXRiYWNr X3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS5pZCwKIAkJCSAgICBORVRJRl9S U1BfRFJPUFBFRCk7CiAJCQlpZnAtPmlmX2llcnJvcnMrKzsKIAkJCWNvbnRp bnVlOwogCQl9CiAKIAkJWEVOUFJJTlRGKCgiJXMgcGt0IG9mZnNldCAlZCBz aXplICVkIGlkICVkIHJlcV9jb25zICVkXG4iLAotCQkgICAgeG5ldGktPnhu aV9pZi5pZl94bmFtZSwgdHhyZXEtPm9mZnNldCwKLQkJICAgIHR4cmVxLT5z aXplLCB0eHJlcS0+aWQsIE1BU0tfTkVUSUZfVFhfSURYKHJlcV9jb25zKSkp OworCQkgICAgeG5ldGktPnhuaV9pZi5pZl94bmFtZSwgdHhyZXEub2Zmc2V0 LAorCQkgICAgdHhyZXEuc2l6ZSwgdHhyZXEuaWQsIE1BU0tfTkVUSUZfVFhf SURYKHJlcV9jb25zKSkpOwogCQkKIAkJcGt0ID0gcG9vbF9nZXQoJnhuaV9w a3RfcG9vbCwgUFJfTk9XQUlUKTsKIAkJaWYgKF9fcHJlZGljdF9mYWxzZShw a3QgPT0gTlVMTCkpIHsKQEAgLTc5MCwxNiArNzkwLDE2IEBAIHhlbm5ldGJh Y2tfZXZ0aGFuZGxlcih2b2lkICphcmcpCiAJCQlpZiAocmF0ZWNoZWNrKCZs YXN0dGltZSwgJnhuaV9wb29sX2VycmludHZsKSkKIAkJCQlwcmludGYoIiVz OiB4bmJwa3QgYWxsb2MgZmFpbGVkXG4iLAogCQkJCSAgICBpZnAtPmlmX3hu YW1lKTsKLQkJCXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVx LT5pZCwKKwkJCXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVx LmlkLAogCQkJICAgIE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCWlmcC0+aWZf aWVycm9ycysrOwogCQkJbV9mcmVlbShtKTsKIAkJCWNvbnRpbnVlOwogCQl9 Ci0JCWVyciA9IHhlbl9zaG1fbWFwKDEsIHhuZXRpLT54bmlfZG9taWQsICZ0 eHJlcS0+Z3JlZiwgJnBrdF92YSwKKwkJZXJyID0geGVuX3NobV9tYXAoMSwg eG5ldGktPnhuaV9kb21pZCwgJnR4cmVxLmdyZWYsICZwa3RfdmEsCiAJCSAg ICAmcGt0LT5wa3RfaGFuZGxlLCBYU0hNX1JPKTsKIAkJaWYgKF9fcHJlZGlj dF9mYWxzZShlcnIgPT0gRU5PTUVNKSkgewotCQkJeGVubmV0YmFja190eF9y ZXNwb25zZSh4bmV0aSwgdHhyZXEtPmlkLAorCQkJeGVubmV0YmFja190eF9y ZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkgICAgTkVUSUZfUlNQX0RS T1BQRUQpOwogCQkJaWZwLT5pZl9pZXJyb3JzKys7CiAJCQlwb29sX3B1dCgm eG5pX3BrdF9wb29sLCBwa3QpOwpAQCAtODEwLDcgKzgxMCw3IEBAIHhlbm5l dGJhY2tfZXZ0aGFuZGxlcih2b2lkICphcmcpCiAJCWlmIChfX3ByZWRpY3Rf ZmFsc2UoZXJyKSkgewogCQkJcHJpbnRmKCIlczogbWFwcGluZyBmb3JlaW5n IHBhZ2UgZmFpbGVkOiAlZFxuIiwKIAkJCSAgICB4bmV0aS0+eG5pX2lmLmlm X3huYW1lLCBlcnIpOwotCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0 aSwgdHhyZXEtPmlkLAorCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0 aSwgdHhyZXEuaWQsCiAJCQkgICAgTkVUSUZfUlNQX0VSUk9SKTsKIAkJCWlm cC0+aWZfaWVycm9ycysrOwogCQkJcG9vbF9wdXQoJnhuaV9wa3RfcG9vbCwg cGt0KTsKQEAgLTgyMCwxMyArODIwLDEzIEBAIHhlbm5ldGJhY2tfZXZ0aGFu ZGxlcih2b2lkICphcmcpCiAKIAkJaWYgKChpZnAtPmlmX2ZsYWdzICYgSUZG X1BST01JU0MpID09IDApIHsKIAkJCXN0cnVjdCBldGhlcl9oZWFkZXIgKmVo ID0KLQkJCSAgICAodm9pZCopKHBrdF92YSArIHR4cmVxLT5vZmZzZXQpOwor CQkJICAgICh2b2lkKikocGt0X3ZhICsgdHhyZXEub2Zmc2V0KTsKIAkJCWlm IChFVEhFUl9JU19NVUxUSUNBU1QoZWgtPmV0aGVyX2Rob3N0KSA9PSAwICYm CiAJCQkgICAgbWVtY21wKENMTEFERFIoaWZwLT5pZl9zYWRsKSwgZWgtPmV0 aGVyX2Rob3N0LAogCQkJICAgIEVUSEVSX0FERFJfTEVOKSAhPSAwKSB7CiAJ CQkJeG5pX3BrdF91bm1hcChwa3QsIHBrdF92YSk7CiAJCQkJbV9mcmVlbSht KTsKLQkJCQl4ZW5uZXRiYWNrX3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+ aWQsCisJCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEu aWQsCiAJCQkJICAgIE5FVElGX1JTUF9PS0FZKTsKIAkJCQljb250aW51ZTsg LyogcGFja2V0IGlzIG5vdCBmb3IgdXMgKi8KIAkJCX0KQEAgLTg0NSwzMSAr ODQ1LDMxIEBAIHNvIGFsd2F5cyBjb3B5IGZvciBub3cuCiAJCQkgKiBhY2sg aXQuIERlbGF5aW5nIGl0IHVudGlsIHRoZSBtYnVmIGlzCiAJCQkgKiBmcmVl ZCB3aWxsIHN0YWxsIHRyYW5zbWl0LgogCQkJICovCi0JCQltLT5tX2xlbiA9 IG1pbihNSExFTiwgdHhyZXEtPnNpemUpOworCQkJbS0+bV9sZW4gPSBtaW4o TUhMRU4sIHR4cmVxLnNpemUpOwogCQkJbS0+bV9wa3RoZHIubGVuID0gMDsK LQkJCW1fY29weWJhY2sobSwgMCwgdHhyZXEtPnNpemUsCi0JCQkgICAgKHZv aWQgKikocGt0X3ZhICsgdHhyZXEtPm9mZnNldCkpOworCQkJbV9jb3B5YmFj ayhtLCAwLCB0eHJlcS5zaXplLAorCQkJICAgICh2b2lkICopKHBrdF92YSAr IHR4cmVxLm9mZnNldCkpOwogCQkJeG5pX3BrdF91bm1hcChwa3QsIHBrdF92 YSk7Ci0JCQlpZiAobS0+bV9wa3RoZHIubGVuIDwgdHhyZXEtPnNpemUpIHsK KwkJCWlmIChtLT5tX3BrdGhkci5sZW4gPCB0eHJlcS5zaXplKSB7CiAJCQkJ aWZwLT5pZl9pZXJyb3JzKys7CiAJCQkJbV9mcmVlbShtKTsKLQkJCQl4ZW5u ZXRiYWNrX3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQkJeGVu bmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkJICAg IE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCQljb250aW51ZTsKIAkJCX0KLQkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLT5pZCwKKwkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLmlkLAogCQkJ ICAgIE5FVElGX1JTUF9PS0FZKTsKIAkJfSBlbHNlIHsKIAotCQkJcGt0LT5w a3RfaWQgPSB0eHJlcS0+aWQ7CisJCQlwa3QtPnBrdF9pZCA9IHR4cmVxLmlk OwogCQkJcGt0LT5wa3RfeG5ldGkgPSB4bmV0aTsKIAotCQkJTUVYVEFERCht LCBwa3RfdmEgKyB0eHJlcS0+b2Zmc2V0LAotCQkJICAgIHR4cmVxLT5zaXpl LCBNX0RFVkJVRiwgeGVubmV0YmFja190eF9mcmVlLCBwa3QpOwotCQkJbS0+ bV9wa3RoZHIubGVuID0gbS0+bV9sZW4gPSB0eHJlcS0+c2l6ZTsKKwkJCU1F WFRBREQobSwgcGt0X3ZhICsgdHhyZXEub2Zmc2V0LAorCQkJICAgIHR4cmVx LnNpemUsIE1fREVWQlVGLCB4ZW5uZXRiYWNrX3R4X2ZyZWUsIHBrdCk7CisJ CQltLT5tX3BrdGhkci5sZW4gPSBtLT5tX2xlbiA9IHR4cmVxLnNpemU7CiAJ CQltLT5tX2ZsYWdzIHw9IE1fRVhUX1JPTUFQOwogCQl9Ci0JCWlmICgodHhy ZXEtPmZsYWdzICYgTkVUVFhGX2NzdW1fYmxhbmspICE9IDApIHsKKwkJaWYg KCh0eHJlcS5mbGFncyAmIE5FVFRYRl9jc3VtX2JsYW5rKSAhPSAwKSB7CiAJ CQl4ZW5uZXRfY2hlY2tzdW1fZmlsbCgmbSk7CiAJCQlpZiAobSA9PSBOVUxM KSB7CiAJCQkJaWZwLT5pZl9pZXJyb3JzKys7CkBAIC05NTMsNiArOTUzLDcg QEAgeGVubmV0YmFja19pZnNvZnRzdGFydF90cmFuc2Zlcih2b2lkICphcmcp CiAJbW11X3VwZGF0ZV90ICptbXVwOwogCW11bHRpY2FsbF9lbnRyeV90ICpt Y2xwOwogCW5ldGlmX3J4X3Jlc3BvbnNlX3QgKnJ4cmVzcDsKKwluZXRpZl9y eF9yZXF1ZXN0X3QgcnhyZXE7CiAJUklOR19JRFggcmVxX3Byb2QsIHJlc3Bf cHJvZDsKIAlpbnQgZG9fZXZlbnQgPSAwOwogCWdudHRhYl90cmFuc2Zlcl90 ICpnb3A7CkBAIC0xMDI4LDEwICsxMDI5LDEwIEBAIHhlbm5ldGJhY2tfaWZz b2Z0c3RhcnRfdHJhbnNmZXIodm9pZCAqYXJnKQogCQkJCW5wcGl0ZW1zKys7 CiAJCQl9CiAJCQkvKiBzdGFydCBmaWxsaW5nIHJpbmcgKi8KLQkJCWdvcC0+ cmVmID0gUklOR19HRVRfUkVRVUVTVCgmeG5ldGktPnhuaV9yeHJpbmcsCi0J CQkgICAgeG5ldGktPnhuaV9yeHJpbmcucmVxX2NvbnMpLT5ncmVmOwotCQkJ aWQgPSBSSU5HX0dFVF9SRVFVRVNUKCZ4bmV0aS0+eG5pX3J4cmluZywKLQkJ CSAgICB4bmV0aS0+eG5pX3J4cmluZy5yZXFfY29ucyktPmlkOworCQkJUklO R19DT1BZX1JFUVVFU1QoJnhuZXRpLT54bmlfcnhyaW5nLAorCQkJICAgIHhu ZXRpLT54bmlfcnhyaW5nLnJlcV9jb25zLCAmcnhyZXEpOworCQkJZ29wLT5y ZWYgPSByeHJlcS5ncmVmOworCQkJaWQgPSByeHJlcS5pZDsKIAkJCXhlbl9y bWIoKTsKIAkJCXhuZXRpLT54bmlfcnhyaW5nLnJlcV9jb25zKys7CiAJCQly eHJlc3AgPSBSSU5HX0dFVF9SRVNQT05TRSgmeG5ldGktPnhuaV9yeHJpbmcs CkBAIC0xMTk4LDYgKzExOTksNyBAQCB4ZW5uZXRiYWNrX2lmc29mdHN0YXJ0 X2NvcHkodm9pZCAqYXJnKQogCXBhZGRyX3QgeG1pdF9tYTsKIAlpbnQgaSwg ajsKIAluZXRpZl9yeF9yZXNwb25zZV90ICpyeHJlc3A7CisJbmV0aWZfcnhf cmVxdWVzdF90IHJ4cmVxOwogCVJJTkdfSURYIHJlcV9wcm9kLCByZXNwX3By b2Q7CiAJaW50IGRvX2V2ZW50ID0gMDsKIAlnbnR0YWJfY29weV90ICpnb3A7 CkBAIC0xMzA5LDE2ICsxMzExLDE2IEBAIHhlbm5ldGJhY2tfaWZzb2Z0c3Rh cnRfY29weSh2b2lkICphcmcpCiAJCQlnb3AtPnNvdXJjZS5kb21pZCA9IERP TUlEX1NFTEY7CiAJCQlnb3AtPnNvdXJjZS51LmdtZm4gPSB4bWl0X21hID4+ IFBBR0VfU0hJRlQ7CiAKLQkJCWdvcC0+ZGVzdC51LnJlZiA9IFJJTkdfR0VU X1JFUVVFU1QoJnhuZXRpLT54bmlfcnhyaW5nLAotCQkJICAgIHhuZXRpLT54 bmlfcnhyaW5nLnJlcV9jb25zKS0+Z3JlZjsKKwkJCVJJTkdfQ09QWV9SRVFV RVNUKCZ4bmV0aS0+eG5pX3J4cmluZywKKwkJCSAgICB4bmV0aS0+eG5pX3J4 cmluZy5yZXFfY29ucywgJnJ4cmVxKTsKKwkJCWdvcC0+ZGVzdC51LnJlZiA9 IHJ4cmVxLmdyZWY7CiAJCQlnb3AtPmRlc3Qub2Zmc2V0ID0gMDsKIAkJCWdv cC0+ZGVzdC5kb21pZCA9IHhuZXRpLT54bmlfZG9taWQ7CiAKIAkJCWdvcC0+ bGVuID0gbS0+bV9wa3RoZHIubGVuOwogCQkJZ29wKys7CiAKLQkJCWlkID0g UklOR19HRVRfUkVRVUVTVCgmeG5ldGktPnhuaV9yeHJpbmcsCi0JCQkgICAg eG5ldGktPnhuaV9yeHJpbmcucmVxX2NvbnMpLT5pZDsKKwkJCWlkID0gcnhy ZXEuaWQ7CiAJCQl4ZW5fcm1iKCk7CiAJCQl4bmV0aS0+eG5pX3J4cmluZy5y ZXFfY29ucysrOwogCQkJcnhyZXNwID0gUklOR19HRVRfUkVTUE9OU0UoJnhu ZXRpLT54bmlfcnhyaW5nLAotLSAKMi41LjIKCg== --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch" Content-Transfer-Encoding: base64 RnJvbSBiMzY3Y2RiYTBjYzNlMmRlNDIzN2NhNzRmMzEwNDMxNDFkZWRhODky IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTQ6NDUgKzAwMDAKU3ViamVjdDogW1BBVENIIDMv NV0gbmV0YnNkL3Jpbmc6IEFkZCAnYmFycmllcicgdG8gcHJvdmlkZSBhbiBj b21waWxlcgogYmFycmllci4KCldlIG5lZWQgYW4gbWVjaGFuaXNtIHRvIGRp c2FibGUgdGhlIGNvbXBpbGVyIGZyb20gZ2VuZXJhdGluZyB0byBtdWNoCm9w dGltaXphdGlvbi4gVXNpbmcgdGhlICdiYXJyaWVyJyBtYWNybyB3aWxsIG1h a2UgdGhlIGNvbXBpbGVyIG5vdApvcHRpbWl6ZSB2YXJpYWJsZXMgcGFzdCB0 aGUgJ2JhcnJpZXInIChhcyBpbiwgcmUtdXNlIHRoZSByZWdpc3RlcnMKb3Ig b25seSByZWFkIHBhcnQgb2YgYSB2YWx1ZSBmcm9tIGEgbWVtb3J5KS4KClRo aXMgaXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQog YXJjaC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3JpbmcuaCB8IDIgKysK IDEgZmlsZSBjaGFuZ2VkLCAyIGluc2VydGlvbnMoKykKCmRpZmYgLS1naXQg YS9hcmNoL3hlbi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8vcmluZy5oIGIvYXJj aC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3JpbmcuaAppbmRleCAzMTZi Y2ViLi41Mjc4ZDA2IDEwMDY0NAotLS0gYS9hcmNoL3hlbi9pbmNsdWRlL3hl bi1wdWJsaWMvaW8vcmluZy5oCisrKyBiL2FyY2gveGVuL2luY2x1ZGUveGVu LXB1YmxpYy9pby9yaW5nLmgKQEAgLTM1LDYgKzM1LDcgQEAKICNkZWZpbmUg eGVuX21iKCkgIG1iKCkKICNkZWZpbmUgeGVuX3JtYigpIHJtYigpCiAjZGVm aW5lIHhlbl93bWIoKSB3bWIoKQorI2RlZmluZSBiYXJyaWVyKCkgICAgIF9f YXNtX18gX192b2xhdGlsZV9fKCIiOiA6IDoibWVtb3J5IikKICNlbmRpZgog I2VuZGlmCiAKQEAgLTQyLDYgKzQzLDcgQEAKICNkZWZpbmUgeGVuX21iKCkg IHg4Nl9tZmVuY2UoKQogI2RlZmluZSB4ZW5fcm1iKCkgeDg2X2xmZW5jZSgp CiAjZGVmaW5lIHhlbl93bWIoKSB4ODZfc2ZlbmNlKCkKKyNkZWZpbmUgYmFy cmllcigpICAgICBfX2FzbV9fIF9fdm9sYXRpbGVfXygiIjogOiA6Im1lbW9y eSIpCiAjZW5kaWYKIAogdHlwZWRlZiB1bnNpZ25lZCBpbnQgUklOR19JRFg7 Ci0tIAoyLjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch" Content-Transfer-Encoding: base64 RnJvbSBhMGM1MjgyYWZmNTFkNWU2NTIwY2FhOTA0MjA3Yjk3MzU2N2Q5MjBk IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTY6MDcgKzAwMDAKU3ViamVjdDogW1BBVENIIDQv NV0gbmV0YnNkL2Jsb2NrOiBvbmx5IHJlYWQgcmVxdWVzdCBvcGVyYXRpb24g ZnJvbSBzaGFyZWQKIHJpbmcgb25jZQoKVGhlIGNvbXBpbGVyIG1heSBsb2Fk IGEgc3dpdGNoIHN0YXRlbWVudCBtdWx0aXBsZSB0aW1lcyBmcm9tIHRoZSBz aGFyZWQKc3BhY2UuIFRoaXMgY291bGQgbGVhZCB0byB0aGUgZnJvbnRlbmQg bWFuaXB1bGF0aW5nIHRoZSBiYWNrZW5kIGludG8KdW5mb3JzZWVuIGJyYW5j aGVzLgoKV2Ugd2FudCB0byBlbnN1cmUgdGhhdCB0aGUgcmVxLT5vcGVyYXRp b24gaXMgb25seSByZWFkIG9uY2UgYW5kIHdlCmRvIHRoYXQgYnkgdXNpbmcg YW4gY29tcGlsZXIgYmFycmllci4KClRoaXMgaXMgcGFydCBvZiBYU0ExNTUu CgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnplc3p1dGVrIFdpbGsgPGtvbnJh ZC53aWxrQG9yYWNsZS5jb20+Ci0tLQogYXJjaC94ZW4veGVuL3hiZGJhY2tf eGVuYnVzLmMgfCAxICsKIDEgZmlsZSBjaGFuZ2VkLCAxIGluc2VydGlvbigr KQoKZGlmZiAtLWdpdCBhL2FyY2gveGVuL3hlbi94YmRiYWNrX3hlbmJ1cy5j IGIvYXJjaC94ZW4veGVuL3hiZGJhY2tfeGVuYnVzLmMKaW5kZXggOWVlMDc1 OC4uM2QxODAyMSAxMDA2NDQKLS0tIGEvYXJjaC94ZW4veGVuL3hiZGJhY2tf eGVuYnVzLmMKKysrIGIvYXJjaC94ZW4veGVuL3hiZGJhY2tfeGVuYnVzLmMK QEAgLTEwMjIsNiArMTAyMiw3IEBAIHhiZGJhY2tfY29fbWFpbl9sb29wKHN0 cnVjdCB4YmRiYWNrX2luc3RhbmNlICp4YmRpLCB2b2lkICpvYmopCiAJCQly ZXEtPnNlY3Rvcl9udW1iZXIgPSByZXE2NC0+c2VjdG9yX251bWJlcjsKIAkJ CWJyZWFrOwogCQl9CisJCWJhcnJpZXIoKTsKIAkJWEVOUFJJTlRGKCgieGJk YmFjayBvcCAlZCByZXFfY29ucyAweCV4IHJlcV9wcm9kIDB4JXggIgogCQkg ICAgInJlc3BfcHJvZCAweCV4IGlkICUiIFBSSXU2NCAiXG4iLCByZXEtPm9w ZXJhdGlvbiwKIAkJCXhiZGktPnhiZGlfcmluZy5yaW5nX24ucmVxX2NvbnMs Ci0tIAoyLjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch" Content-Transfer-Encoding: base64 RnJvbSAzZjM5ZTA1MWIyMzRiNGJkOGUzNmI4MjBhOTMyNTkxYWZkNjQxM2Ix IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTc6MjIgKzAwMDAKU3ViamVjdDogW1BBVENIIDUv NV0gbmV0YnNkL3BjaWJhY2s6IE9wZXJhdGUgb24gbG9jYWwgdmVyc2lvbiBv ZiB4ZW5fcGNpX29wCgpEb3VibGUgZmV0Y2ggdnVsbmVyYWJpbGl0aWVzIHRo YXQgaGFwcGVuIHdoZW4gYSB2YXJpYWJsZSBpcwpmZXRjaGVkIHR3aWNlIGZy b20gc2hhcmVkIG1lbW9yeSBidXQgYSBzZWN1cml0eSBjaGVjayBpcyBvbmx5 CnBlcmZvcm1lZCB0aGUgZmlyc3QgdGltZS4KClRoZSBwY2liYWNrX3hlbmJ1 c19ldnRoYW5kbGVyIGZ1bmN0aW9uIHBlcmZvcm1zIGEgc3dpdGNoIHN0YXRl bWVudHMgb24gdGhlCm9wLT5zaXplIGFuZCBvcC0+Y21kIHZhbHVlIHdoaWNo IGlzIHN0b3JlZCBpbiBzaGFyZWQgbWVtb3J5LgpJbnRlcmVzdGluZ2x5IHRo aXMgY2FuIHJlc3VsdCBpbiBhIGRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXR5 IGRlcGVuZGluZyBvbgp0aGUgcGVyZm9ybWVkIGNvbXBpbGVyIG9wdGltaXph dGlvbi4KClRoaXMgcGF0Y2ggZml4ZXMgaXQgYnkgc2F2aW5nIHRoZSB4ZW5f cGNpX29wIGNvbW1hbmQgYmVmb3JlCnByb2Nlc3NpbmcgaXQuIFdlIGFsc28g dXNlICdiYXJyaWVyJyB0byBtYWtlIHN1cmUgdGhhdCB0aGUKY29tcGlsZXIg ZG9lcyBub3QgcGVyZm9ybSBhbnkgb3B0aW1pemF0aW9uLgoKVGhpcyBpcyBw YXJ0IG9mIFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0 ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBhcmNoL3hl bi94ZW4vcGNpYmFjay5jIHwgOCArKysrKysrLQogMSBmaWxlIGNoYW5nZWQs IDcgaW5zZXJ0aW9ucygrKSwgMSBkZWxldGlvbigtKQoKZGlmZiAtLWdpdCBh L2FyY2gveGVuL3hlbi9wY2liYWNrLmMgYi9hcmNoL3hlbi94ZW4vcGNpYmFj ay5jCmluZGV4IDA0MmM4YzkuLjQ2YzgyMWMgMTAwNjQ0Ci0tLSBhL2FyY2gv eGVuL3hlbi9wY2liYWNrLmMKKysrIGIvYXJjaC94ZW4veGVuL3BjaWJhY2su YwpAQCAtMTg4LDYgKzE4OCw3IEBAIHN0cnVjdCBwYl94ZW5idXNfaW5zdGFu Y2UgewogCS8qIGNvbW11bmljYXRpb24gd2l0aCB0aGUgZG9tVSAqLwogICAg ICAgICB1bnNpZ25lZCBpbnQgcGJ4X2V2dGNobjsgLyogb3VyIGV2ZW4gY2hh bm5lbCAqLwogICAgICAgICBzdHJ1Y3QgeGVuX3BjaV9zaGFyZWRpbmZvICpw Ynhfc2hfaW5mbzsKKyAgICAgICAgc3RydWN0IHhlbl9wY2lfb3Agb3A7CiAg ICAgICAgIGdyYW50X2hhbmRsZV90IHBieF9zaGluZm9faGFuZGxlOyAvKiB0 byB1bm1hcCBzaGFyZWQgcGFnZSAqLwogfTsKIApAQCAtNzIxLDEzICs3MjIs MTYgQEAgcGNpYmFja194ZW5idXNfZXZ0aGFuZGxlcih2b2lkICogYXJnKQog ewogCXN0cnVjdCBwYl94ZW5idXNfaW5zdGFuY2UgKnBieGkgPSBhcmc7CiAJ c3RydWN0IHBjaWJhY2tfcGNpX2RldiAqcGJkOwotCXN0cnVjdCB4ZW5fcGNp X29wICpvcCA9ICZwYnhpLT5wYnhfc2hfaW5mby0+b3A7CisJc3RydWN0IHhl bl9wY2lfb3AgKm9wID0gJnBieGktPm9wOwogCXVfaW50IGJ1cywgZGV2LCBm dW5jOwogCiAJaHlwZXJ2aXNvcl9jbGVhcl9ldmVudChwYnhpLT5wYnhfZXZ0 Y2huKTsKIAlpZiAoeGVuX2F0b21pY190ZXN0X2JpdCgmcGJ4aS0+cGJ4X3No X2luZm8tPmZsYWdzLAogCSAgICBfWEVOX1BDSUZfYWN0aXZlKSA9PSAwKQog CQlyZXR1cm4gMDsKKworCW1lbWNweShvcCwgJnBieGktPnBieF9zaF9pbmZv LT5vcCwgc2l6ZW9mIChzdHJ1Y3QgeGVuX3BjaV9vcCkpOworCWJhcnJpZXIo KTsKIAlpZiAob3AtPmRvbWFpbiAhPSAwKSB7CiAJCWFwcmludF9lcnJvcigi cGNpYmFjazogZG9tYWluICVkICE9IDAiLCBvcC0+ZG9tYWluKTsKIAkJb3At PmVyciA9IFhFTl9QQ0lfRVJSX2Rldl9ub3RfZm91bmQ7CkBAIC03OTQsNiAr Nzk4LDggQEAgcGNpYmFja194ZW5idXNfZXZ0aGFuZGxlcih2b2lkICogYXJn KQogCQlhcHJpbnRfZXJyb3IoInBjaWJhY2s6IHVua25vd24gY21kICVkXG4i LCBvcC0+Y21kKTsKIAkJb3AtPmVyciA9IFhFTl9QQ0lfRVJSX25vdF9pbXBs ZW1lbnRlZDsKIAl9CisJcGJ4aS0+cGJ4X3NoX2luZm8tPm9wLnZhbHVlID0g b3AtPnZhbHVlOworCXBieGktPnBieF9zaF9pbmZvLT5vcC5lcnIgPSBvcC0+ ZXJyOwogZW5kOgogCXhlbl9hdG9taWNfY2xlYXJfYml0KCZwYnhpLT5wYnhf c2hfaW5mby0+ZmxhZ3MsIF9YRU5fUENJRl9hY3RpdmUpOwogCWh5cGVydmlz b3Jfbm90aWZ5X3ZpYV9ldnRjaG4ocGJ4aS0+cGJ4X2V2dGNobik7Ci0tIAoy LjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-qemu-qdisk-double-access.patch" Content-Disposition: attachment; filename="xsa155-qemu-qdisk-double-access.patch" Content-Transfer-Encoding: base64 eGVuL2Jsa2lmOiBBdm9pZCBkb3VibGUgYWNjZXNzIHRvIHNyYy0+bnJfc2Vn bWVudHMKCnNyYyBpcyBzdG9yZWQgaW4gc2hhcmVkIG1lbW9yeSBhbmQgc3Jj LT5ucl9zZWdtZW50cyBpcyBkZXJlZmVyZW5jZWQKdHdpY2UgYXQgdGhlIGVu ZCBvZiB0aGUgZnVuY3Rpb24uICBJZiBhIGNvbXBpbGVyIGRlY2lkZXMgdG8g Y29tcGlsZSB0aGlzCmludG8gdHdvIHNlcGFyYXRlIG1lbW9yeSBhY2Nlc3Nl cyB0aGVuIHRoZSBzaXplIGxpbWl0YXRpb24gY291bGQgYmUKYnlwYXNzZWQu CgpGaXggaXQgYnkgcmVtb3ZpbmcgdGhlIGRvdWJsZSBhY2Nlc3MgdG8gc3Jj LT5ucl9zZWdtZW50cy4KClRoaXMgaXMgcGFydCBvZiBYU0EtMTU1LgoKU2ln bmVkLW9mZi1ieTogU3RlZmFubyBTdGFiZWxsaW5pIDxzdGVmYW5vLnN0YWJl bGxpbmlAZXUuY2l0cml4LmNvbT4KCmRpZmYgLS1naXQgYS9ody9ibG9jay94 ZW5fYmxraWYuaCBiL2h3L2Jsb2NrL3hlbl9ibGtpZi5oCmluZGV4IDcxMWI2 OTIuLjllNzFlMDAgMTAwNjQ0Ci0tLSBhL2h3L2Jsb2NrL3hlbl9ibGtpZi5o CisrKyBiL2h3L2Jsb2NrL3hlbl9ibGtpZi5oCkBAIC04NSw4ICs4NSwxMCBA QCBzdGF0aWMgaW5saW5lIHZvaWQgYmxraWZfZ2V0X3g4Nl8zMl9yZXEoYmxr aWZfcmVxdWVzdF90ICpkc3QsIGJsa2lmX3g4Nl8zMl9yZXF1ZQogCQlkLT5u cl9zZWN0b3JzID0gcy0+bnJfc2VjdG9yczsKIAkJcmV0dXJuOwogCX0KLQlp ZiAobiA+IHNyYy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21l bnRzOworCS8qIHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemlu ZyB0aGUgY29kZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFk ICovCisJYmFycmllcigpOworCWlmIChuID4gZHN0LT5ucl9zZWdtZW50cykK KwkJbiA9IGRzdC0+bnJfc2VnbWVudHM7CiAJZm9yIChpID0gMDsgaSA8IG47 IGkrKykKIAkJZHN0LT5zZWdbaV0gPSBzcmMtPnNlZ1tpXTsKIH0KQEAgLTEw Niw4ICsxMDgsMTAgQEAgc3RhdGljIGlubGluZSB2b2lkIGJsa2lmX2dldF94 ODZfNjRfcmVxKGJsa2lmX3JlcXVlc3RfdCAqZHN0LCBibGtpZl94ODZfNjRf cmVxdWUKIAkJZC0+bnJfc2VjdG9ycyA9IHMtPm5yX3NlY3RvcnM7CiAJCXJl dHVybjsKIAl9Ci0JaWYgKG4gPiBzcmMtPm5yX3NlZ21lbnRzKQotCQluID0g c3JjLT5ucl9zZWdtZW50czsKKwkvKiBwcmV2ZW50IHRoZSBjb21waWxlciBm cm9tIG9wdGltaXppbmcgdGhlIGNvZGUgYW5kIHVzaW5nIHNyYy0+bnJfc2Vn bWVudHMgaW5zdGVhZCAqLworCWJhcnJpZXIoKTsKKwlpZiAobiA+IGRzdC0+ bnJfc2VnbWVudHMpCisJCW4gPSBkc3QtPm5yX3NlZ21lbnRzOwogCWZvciAo aSA9IDA7IGkgPCBuOyBpKyspCiAJCWRzdC0+c2VnW2ldID0gc3JjLT5zZWdb aV07CiB9Cg== --=separator Content-Type: application/octet-stream; name="xsa155-qemut-qdisk-double-access.patch" Content-Disposition: attachment; filename="xsa155-qemut-qdisk-double-access.patch" Content-Transfer-Encoding: base64 RnJvbSAyNzk0MmIwY2IyMzI3ZTkzZGViMTIzMjZiYmU3YjM2YzgxZjlmYTdi IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBTdGVmYW5vIFN0YWJl bGxpbmkgPHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgpEYXRl OiBGcmksIDIwIE5vdiAyMDE1IDEwOjU2OjAwIC0wNTAwClN1YmplY3Q6IFtQ QVRDSF0gYmxraWY6IEF2b2lkIGRvdWJsZSBhY2Nlc3MgdG8gc3JjLT5ucl9z ZWdtZW50cwoKc3JjIGlzIHN0b3JlZCBpbiBzaGFyZWQgbWVtb3J5IGFuZCBz cmMtPm5yX3NlZ21lbnRzIGlzIGRlcmVmZXJlbmNlZAp0d2ljZSBhdCB0aGUg ZW5kIG9mIHRoZSBmdW5jdGlvbi4gIElmIGEgY29tcGlsZXIgZGVjaWRlcyB0 byBjb21waWxlIHRoaXMKaW50byB0d28gc2VwYXJhdGUgbWVtb3J5IGFjY2Vz c2VzIHRoZW4gdGhlIHNpemUgbGltaXRhdGlvbiBjb3VsZCBiZQpieXBhc3Nl ZC4KCkZpeCBpdCBieSByZW1vdmluZyB0aGUgZG91YmxlIGFjY2VzcyB0byBz cmMtPm5yX3NlZ21lbnRzLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQS0xNTUuCgpT aWduZWQtb2ZmLWJ5OiBTdGVmYW5vIFN0YWJlbGxpbmkgPHN0ZWZhbm8uc3Rh YmVsbGluaUBldS5jaXRyaXguY29tPgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQog aHcveGVuX2Jsa2lmLmggfCAxMiArKysrKysrKy0tLS0KIDEgZmlsZSBjaGFu Z2VkLCA4IGluc2VydGlvbnMoKyksIDQgZGVsZXRpb25zKC0pCgpkaWZmIC0t Z2l0IGEvaHcveGVuX2Jsa2lmLmggYi9ody94ZW5fYmxraWYuaAppbmRleCBj YTNhNjViLi5lYjI5Y2IxIDEwMDY0NAotLS0gYS9ody94ZW5fYmxraWYuaAor KysgYi9ody94ZW5fYmxraWYuaApAQCAtNzksOCArNzksMTAgQEAgc3RhdGlj IGlubGluZSB2b2lkIGJsa2lmX2dldF94ODZfMzJfcmVxKGJsa2lmX3JlcXVl c3RfdCAqZHN0LCBibGtpZl94ODZfMzJfcmVxdWUKIAlkc3QtPmhhbmRsZSA9 IHNyYy0+aGFuZGxlOwogCWRzdC0+aWQgPSBzcmMtPmlkOwogCWRzdC0+c2Vj dG9yX251bWJlciA9IHNyYy0+c2VjdG9yX251bWJlcjsKLQlpZiAobiA+IHNy Yy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21lbnRzOworCS8q IHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemluZyB0aGUgY29k ZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFkICovCisJeGVu X21iKCk7CisJaWYgKG4gPiBkc3QtPm5yX3NlZ21lbnRzKQorCQluID0gZHN0 LT5ucl9zZWdtZW50czsKIAlmb3IgKGkgPSAwOyBpIDwgbjsgaSsrKQogCQlk c3QtPnNlZ1tpXSA9IHNyYy0+c2VnW2ldOwogfQpAQCAtOTQsOCArOTYsMTAg QEAgc3RhdGljIGlubGluZSB2b2lkIGJsa2lmX2dldF94ODZfNjRfcmVxKGJs a2lmX3JlcXVlc3RfdCAqZHN0LCBibGtpZl94ODZfNjRfcmVxdWUKIAlkc3Qt PmhhbmRsZSA9IHNyYy0+aGFuZGxlOwogCWRzdC0+aWQgPSBzcmMtPmlkOwog CWRzdC0+c2VjdG9yX251bWJlciA9IHNyYy0+c2VjdG9yX251bWJlcjsKLQlp ZiAobiA+IHNyYy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21l bnRzOworCS8qIHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemlu ZyB0aGUgY29kZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFk ICovCisJeGVuX21iKCk7CisJaWYgKG4gPiBkc3QtPm5yX3NlZ21lbnRzKQor CQluID0gZHN0LT5ucl9zZWdtZW50czsKIAlmb3IgKGkgPSAwOyBpIDwgbjsg aSsrKQogCQlkc3QtPnNlZ1tpXSA9IHNyYy0+c2VnW2ldOwogfQotLSAKMi40 LjMKCg== --=separator Content-Type: application/octet-stream; name="xsa155-qemut-xenfb.patch" Content-Disposition: attachment; filename="xsa155-qemut-xenfb.patch" Content-Transfer-Encoding: base64 RnJvbSAwZmZkNDU0NzY2NWQyZmVjNjQ4YWIyYzlmZjg1NmM1ZDlkYjliMDdj IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBTdGVmYW5vIFN0YWJl bGxpbmkgPHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgpEYXRl OiBGcmksIDIwIE5vdiAyMDE1IDEwOjM3OjA4IC0wNTAwClN1YmplY3Q6IFtQ QVRDSCAyLzJdIHhlbmZiOiBhdm9pZCByZWFkaW5nIHR3aWNlIHRoZSBzYW1l IGZpZWxkcyBmcm9tIHRoZQogc2hhcmVkIHBhZ2UKClJlYWRpbmcgdHdpY2Ug dGhlIHNhbWUgZmllbGQgY291bGQgZ2l2ZSB0aGUgZ3Vlc3QgYW4gYXR0YWNr IG9mCm9wcG9ydHVuaXR5LiBJbiB0aGUgY2FzZSBvZiBldmVudC0+dHlwZSwg Z2NjIGNvdWxkIGNvbXBpbGUgdGhlIHN3aXRjaApzdGF0ZW1lbnQgaW50byBh IGp1bXAgdGFibGUsIGVmZmVjdGl2ZWx5IGVuZGluZyB1cCByZWFkaW5nIHRo ZSB0eXBlCmZpZWxkIG11bHRpcGxlIHRpbWVzLgoKVGhpcyBpcyBwYXJ0IG9m IFhTQS0xNTUuCgpTaWduZWQtb2ZmLWJ5OiBTdGVmYW5vIFN0YWJlbGxpbmkg PHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgotLS0KIGh3L3hl bmZiLmMgfCAxMCArKysrKystLS0tCiAxIGZpbGUgY2hhbmdlZCwgNiBpbnNl cnRpb25zKCspLCA0IGRlbGV0aW9ucygtKQoKZGlmZiAtLWdpdCBhL2h3L3hl bmZiLmMgYi9ody94ZW5mYi5jCmluZGV4IDc1YjJiYzIuLjM2OWQ0NWQgMTAw NjQ0Ci0tLSBhL2h3L3hlbmZiLmMKKysrIGIvaHcveGVuZmIuYwpAQCAtODI3 LDE4ICs4MjcsMjAgQEAgc3RhdGljIHZvaWQgeGVuZmJfaW52YWxpZGF0ZSh2 b2lkICpvcGFxdWUpCiAKIHN0YXRpYyB2b2lkIHhlbmZiX2hhbmRsZV9ldmVu dHMoc3RydWN0IFhlbkZCICp4ZW5mYikKIHsKLSAgICB1aW50MzJfdCBwcm9k LCBjb25zOworICAgIHVpbnQzMl90IHByb2QsIGNvbnMsIG91dF9jb25zOwog ICAgIHN0cnVjdCB4ZW5mYl9wYWdlICpwYWdlID0geGVuZmItPmMucGFnZTsK IAogICAgIHByb2QgPSBwYWdlLT5vdXRfcHJvZDsKLSAgICBpZiAocHJvZCA9 PSBwYWdlLT5vdXRfY29ucykKKyAgICBvdXRfY29ucyA9IHBhZ2UtPm91dF9j b25zOworICAgIGlmIChwcm9kID09IG91dF9jb25zKQogCXJldHVybjsKICAg ICB4ZW5fcm1iKCk7CQkvKiBlbnN1cmUgd2Ugc2VlIHJpbmcgY29udGVudHMg dXAgdG8gcHJvZCAqLwotICAgIGZvciAoY29ucyA9IHBhZ2UtPm91dF9jb25z OyBjb25zICE9IHByb2Q7IGNvbnMrKykgeworICAgIGZvciAoY29ucyA9IG91 dF9jb25zOyBjb25zICE9IHByb2Q7IGNvbnMrKykgewogCXVuaW9uIHhlbmZi X291dF9ldmVudCAqZXZlbnQgPSAmWEVORkJfT1VUX1JJTkdfUkVGKHBhZ2Us IGNvbnMpOworICAgICAgICB1aW50OF90IHR5cGUgPSBldmVudC0+dHlwZTsK IAlpbnQgeCwgeSwgdywgaDsKIAotCXN3aXRjaCAoZXZlbnQtPnR5cGUpIHsK Kwlzd2l0Y2ggKHR5cGUpIHsKIAljYXNlIFhFTkZCX1RZUEVfVVBEQVRFOgog CSAgICBpZiAoeGVuZmItPnVwX2NvdW50ID09IFVQX1FVRVVFKQogCQl4ZW5m Yi0+dXBfZnVsbHNjcmVlbiA9IDE7Ci0tIAoyLjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-qemu-xenfb.patch" Content-Disposition: attachment; filename="xsa155-qemu-xenfb.patch" Content-Transfer-Encoding: base64 eGVuZmI6IGF2b2lkIHJlYWRpbmcgdHdpY2UgdGhlIHNhbWUgZmllbGRzIGZy b20gdGhlIHNoYXJlZCBwYWdlCgpSZWFkaW5nIHR3aWNlIHRoZSBzYW1lIGZp ZWxkIGNvdWxkIGdpdmUgdGhlIGd1ZXN0IGFuIGF0dGFjayBvZgpvcHBvcnR1 bml0eS4gSW4gdGhlIGNhc2Ugb2YgZXZlbnQtPnR5cGUsIGdjYyBjb3VsZCBj b21waWxlIHRoZSBzd2l0Y2gKc3RhdGVtZW50IGludG8gYSBqdW1wIHRhYmxl LCBlZmZlY3RpdmVseSBlbmRpbmcgdXAgcmVhZGluZyB0aGUgdHlwZQpmaWVs ZCBtdWx0aXBsZSB0aW1lcy4KClRoaXMgaXMgcGFydCBvZiBYU0EtMTU1LgoK U2lnbmVkLW9mZi1ieTogU3RlZmFubyBTdGFiZWxsaW5pIDxzdGVmYW5vLnN0 YWJlbGxpbmlAZXUuY2l0cml4LmNvbT4KCgpkaWZmIC0tZ2l0IGEvaHcvZGlz cGxheS94ZW5mYi5jIGIvaHcvZGlzcGxheS94ZW5mYi5jCmluZGV4IDVlMzI0 ZWYuLjRlMmEyN2EgMTAwNjQ0Ci0tLSBhL2h3L2Rpc3BsYXkveGVuZmIuYwor KysgYi9ody9kaXNwbGF5L3hlbmZiLmMKQEAgLTc4NCwxOCArNzg0LDIwIEBA IHN0YXRpYyB2b2lkIHhlbmZiX2ludmFsaWRhdGUodm9pZCAqb3BhcXVlKQog CiBzdGF0aWMgdm9pZCB4ZW5mYl9oYW5kbGVfZXZlbnRzKHN0cnVjdCBYZW5G QiAqeGVuZmIpCiB7Ci0gICAgdWludDMyX3QgcHJvZCwgY29uczsKKyAgICB1 aW50MzJfdCBwcm9kLCBjb25zLCBvdXRfY29uczsKICAgICBzdHJ1Y3QgeGVu ZmJfcGFnZSAqcGFnZSA9IHhlbmZiLT5jLnBhZ2U7CiAKICAgICBwcm9kID0g cGFnZS0+b3V0X3Byb2Q7Ci0gICAgaWYgKHByb2QgPT0gcGFnZS0+b3V0X2Nv bnMpCisgICAgb3V0X2NvbnMgPSBwYWdlLT5vdXRfY29uczsKKyAgICBpZiAo cHJvZCA9PSBvdXRfY29ucykKIAlyZXR1cm47CiAgICAgeGVuX3JtYigpOwkJ LyogZW5zdXJlIHdlIHNlZSByaW5nIGNvbnRlbnRzIHVwIHRvIHByb2QgKi8K LSAgICBmb3IgKGNvbnMgPSBwYWdlLT5vdXRfY29uczsgY29ucyAhPSBwcm9k OyBjb25zKyspIHsKKyAgICBmb3IgKGNvbnMgPSBvdXRfY29uczsgY29ucyAh PSBwcm9kOyBjb25zKyspIHsKIAl1bmlvbiB4ZW5mYl9vdXRfZXZlbnQgKmV2 ZW50ID0gJlhFTkZCX09VVF9SSU5HX1JFRihwYWdlLCBjb25zKTsKKyAgICAg ICAgdWludDhfdCB0eXBlID0gZXZlbnQtPnR5cGU7CiAJaW50IHgsIHksIHcs IGg7CiAKLQlzd2l0Y2ggKGV2ZW50LT50eXBlKSB7CisJc3dpdGNoICh0eXBl KSB7CiAJY2FzZSBYRU5GQl9UWVBFX1VQREFURToKIAkgICAgaWYgKHhlbmZi LT51cF9jb3VudCA9PSBVUF9RVUVVRSkKIAkJeGVuZmItPnVwX2Z1bGxzY3Jl ZW4gPSAxOwo= --=separator Content-Type: application/octet-stream; name="xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSAxMmIxMTY1OGE5ZDZhNjU0YTFlN2FjYmYyZjJkNTZjZTlhMzk2Yzg2 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDIwIE5vdiAy MDE1IDExOjU5OjA1IC0wNTAwClN1YmplY3Q6IFtQQVRDSCAxLzNdIHhlbjog QWRkIFJJTkdfQ09QWV9SRVFVRVNUKCkKClVzaW5nIFJJTkdfR0VUX1JFUVVF U1QoKSBvbiBhIHNoYXJlZCByaW5nIGlzIGVhc3kgdG8gdXNlIGluY29ycmVj dGx5CihpLmUuLCBieSBub3QgY29uc2lkZXJpbmcgdGhhdCB0aGUgb3RoZXIg ZW5kIG1heSBhbHRlciB0aGUgZGF0YSBpbiB0aGUKc2hhcmVkIHJpbmcgd2hp bGUgaXQgaXMgYmVpbmcgaW5zcGVjdGVkKS4gIFNhZmUgdXNhZ2Ugb2YgYSBy ZXF1ZXN0CmdlbmVyYWxseSByZXF1aXJlcyB0YWtpbmcgYSBsb2NhbCBjb3B5 LgoKUHJvdmlkZSBhIFJJTkdfQ09QWV9SRVFVRVNUKCkgbWFjcm8gdG8gdXNl IGluc3RlYWQgb2YKUklOR19HRVRfUkVRVUVTVCgpIGFuZCBhbiBvcGVuLWNv ZGVkIG1lbWNweSgpLiAgVGhpcyB0YWtlcyBjYXJlIG9mCmVuc3VyaW5nIHRo YXQgdGhlIGNvcHkgaXMgZG9uZSBjb3JyZWN0bHkgcmVnYXJkbGVzcyBvZiBh bnkgcG9zc2libGUKY29tcGlsZXIgb3B0aW1pemF0aW9ucy4KClVzZSBhIHZv bGF0aWxlIHNvdXJjZSB0byBwcmV2ZW50IHRoZSBjb21waWxlciBmcm9tIHJl b3JkZXJpbmcgb3IKb21pdHRpbmcgdGhlIGNvcHkuCgpUaGlzIGlzIHBhcnQg b2YgWFNBMTU1LgoKU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZp ZC52cmFiZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6 ZXN6dXRlayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KdjI6 IEFkZCBjb21tZW50IGFib3V0IEdDQyBidWcuCi0tLQogeGVuL2luY2x1ZGUv cHVibGljL2lvL3JpbmcuaCB8IDE0ICsrKysrKysrKysrKysrCiAxIGZpbGUg Y2hhbmdlZCwgMTQgaW5zZXJ0aW9ucygrKQoKZGlmZiAtLWdpdCBhL3hlbi9p bmNsdWRlL3B1YmxpYy9pby9yaW5nLmggYi94ZW4vaW5jbHVkZS9wdWJsaWMv aW8vcmluZy5oCmluZGV4IGJhOTQwMWIuLjgwMWMwZGEgMTAwNjQ0Ci0tLSBh L3hlbi9pbmNsdWRlL3B1YmxpYy9pby9yaW5nLmgKKysrIGIveGVuL2luY2x1 ZGUvcHVibGljL2lvL3JpbmcuaApAQCAtMjEyLDYgKzIxMiwyMCBAQCB0eXBl ZGVmIHN0cnVjdCBfX25hbWUjI19iYWNrX3JpbmcgX19uYW1lIyNfYmFja19y aW5nX3QKICNkZWZpbmUgUklOR19HRVRfUkVRVUVTVChfciwgX2lkeCkgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIFwKICAgICAoJigo X3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0laRShfcikgLSAx KSldLnJlcSkpCiAKKy8qCisgKiBHZXQgYSBsb2NhbCBjb3B5IG9mIGEgcmVx dWVzdC4KKyAqCisgKiBVc2UgdGhpcyBpbiBwcmVmZXJlbmNlIHRvIFJJTkdf R0VUX1JFUVVFU1QoKSBzbyBhbGwgcHJvY2Vzc2luZyBpcworICogZG9uZSBv biBhIGxvY2FsIGNvcHkgdGhhdCBjYW5ub3QgYmUgbW9kaWZpZWQgYnkgdGhl IG90aGVyIGVuZC4KKyAqCisgKiBOb3RlIHRoYXQgaHR0cHM6Ly9nY2MuZ251 Lm9yZy9idWd6aWxsYS9zaG93X2J1Zy5jZ2k/aWQ9NTgxNDUgbWF5IGNhdXNl IHRoaXMKKyAqIHRvIGJlIGluZWZmZWN0aXZlIHdoZXJlIF9yZXEgaXMgYSBz dHJ1Y3Qgd2hpY2ggY29uc2lzdHMgb2Ygb25seSBiaXRmaWVsZHMuCisgKi8K KyNkZWZpbmUgUklOR19DT1BZX1JFUVVFU1QoX3IsIF9pZHgsIF9yZXEpIGRv IHsJCQkJXAorCS8qIFVzZSB2b2xhdGlsZSB0byBmb3JjZSB0aGUgY29weSBp bnRvIF9yZXEuICovCQkJXAorCSooX3JlcSkgPSAqKHZvbGF0aWxlIHR5cGVv ZihfcmVxKSlSSU5HX0dFVF9SRVFVRVNUKF9yLCBfaWR4KTsJXAorfSB3aGls ZSAoMCkKKwogI2RlZmluZSBSSU5HX0dFVF9SRVNQT05TRShfciwgX2lkeCkg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgXAogICAgICgm KChfciktPnNyaW5nLT5yaW5nWygoX2lkeCkgJiAoUklOR19TSVpFKF9yKSAt IDEpKV0ucnNwKSkKIAotLSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSA4NTFmZmI0ZWVhOTE3ZTI3MDhjOTEyMjkxZGVhNGQxMzMwMjZjMGFj IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MTY6MDIgLTA1MDAKU3ViamVjdDogW1BBVENIIDIv M10gYmxrdGFwMjogVXNlIFJJTkdfQ09QWV9SRVFVRVNUCgpJbnN0ZWFkIG9m IFJJTkdfR0VUX1JFUVVFU1QuIFVzaW5nIGEgbG9jYWwgY29weSBvZiB0aGUK cmluZyAoYW5kIGFsc28gd2l0aCBwcm9wZXIgbWVtb3J5IGJhcnJpZXJzKSB3 aWxsIG1lYW4Kd2UgY2FuIGRvIG5vdCBoYXZlIHRvIHdvcnJ5IGFib3V0IHRo ZSBjb21waWxlciBvcHRpbWl6aW5nCnRoZSBjb2RlIGFuZCBkb2luZyBhIGRv dWJsZS1mZXRjaCBpbiB0aGUgc2hhcmVkIG1lbW9yeSBzcGFjZS4KClRoaXMg aXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnpl c3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CgotLS0KdjI6 IEZpeCBjb21waWxlIGlzc3VlcyB3aXRoIHRhcGRpc2stdmJkCi0tLQogdG9v bHMvYmxrdGFwMi9kcml2ZXJzL2Jsb2NrLWxvZy5jICAgfCAzICsrLQogdG9v bHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMgfCA4ICsrKystLS0t CiAyIGZpbGVzIGNoYW5nZWQsIDYgaW5zZXJ0aW9ucygrKSwgNSBkZWxldGlv bnMoLSkKCmRpZmYgLS1naXQgYS90b29scy9ibGt0YXAyL2RyaXZlcnMvYmxv Y2stbG9nLmMgYi90b29scy9ibGt0YXAyL2RyaXZlcnMvYmxvY2stbG9nLmMK aW5kZXggNTMzMGNkYy4uNWYzYmQzNSAxMDA2NDQKLS0tIGEvdG9vbHMvYmxr dGFwMi9kcml2ZXJzL2Jsb2NrLWxvZy5jCisrKyBiL3Rvb2xzL2Jsa3RhcDIv ZHJpdmVycy9ibG9jay1sb2cuYwpAQCAtNDk0LDExICs0OTQsMTIgQEAgc3Rh dGljIGludCBjdGxfa2ljayhzdHJ1Y3QgdGRsb2dfc3RhdGUqIHMsIGludCBm ZCkKICAgcmVxc3RhcnQgPSBzLT5icmluZy5yZXFfY29uczsKICAgcmVxZW5k ID0gcy0+c3JpbmctPnJlcV9wcm9kOwogCisgIHhlbl9tYigpOwogICBCRFBS SU5URigiY3RsOiByaW5nIGtpY2tlZCAoc3RhcnQgPSAldSwgZW5kID0gJXUp IiwgcmVxc3RhcnQsIHJlcWVuZCk7CiAKICAgd2hpbGUgKHJlcXN0YXJ0ICE9 IHJlcWVuZCkgewogICAgIC8qIFhYWCBhY3R1YWxseSBzdWJtaXQgdGhlc2Uh ICovCi0gICAgbWVtY3B5KCZyZXEsIFJJTkdfR0VUX1JFUVVFU1QoJnMtPmJy aW5nLCByZXFzdGFydCksIHNpemVvZihyZXEpKTsKKyAgICBSSU5HX0NPUFlf UkVRVUVTVCgmcy0+YnJpbmcsIHJlcXN0YXJ0LCAmcmVxKTsKICAgICBCRFBS SU5URigiY3RsOiByZWFkIHJlcXVlc3QgJSJQUkl1NjQiOiV1IiwgcmVxLnNl Y3RvciwgcmVxLmNvdW50KTsKICAgICBzLT5icmluZy5yZXFfY29ucyA9ICsr cmVxc3RhcnQ7CiAKZGlmZiAtLWdpdCBhL3Rvb2xzL2Jsa3RhcDIvZHJpdmVy cy90YXBkaXNrLXZiZC5jIGIvdG9vbHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRp c2stdmJkLmMKaW5kZXggNmQxZDk0YS4uODllZjllZCAxMDA2NDQKLS0tIGEv dG9vbHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMKKysrIGIvdG9v bHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMKQEAgLTE1NTUsNyAr MTU1NSw3IEBAIHRhcGRpc2tfdmJkX3B1bGxfcmluZ19yZXF1ZXN0cyh0ZF92 YmRfdCAqdmJkKQogCWludCBpZHg7CiAJUklOR19JRFggcnAsIHJjOwogCXRk X3JpbmdfdCAqcmluZzsKLQlibGtpZl9yZXF1ZXN0X3QgKnJlcTsKKwlibGtp Zl9yZXF1ZXN0X3QgcmVxOwogCXRkX3ZiZF9yZXF1ZXN0X3QgKnZyZXE7CiAK IAlyaW5nID0gJnZiZC0+cmluZzsKQEAgLTE1NjYsMTYgKzE1NjYsMTYgQEAg dGFwZGlza192YmRfcHVsbF9yaW5nX3JlcXVlc3RzKHRkX3ZiZF90ICp2YmQp CiAJeGVuX3JtYigpOwogCiAJZm9yIChyYyA9IHJpbmctPmZlX3JpbmcucmVx X2NvbnM7IHJjICE9IHJwOyByYysrKSB7Ci0JCXJlcSA9IFJJTkdfR0VUX1JF UVVFU1QoJnJpbmctPmZlX3JpbmcsIHJjKTsKKwkJUklOR19DT1BZX1JFUVVF U1QoJnJpbmctPmZlX3JpbmcsIHJjLCAmcmVxKTsKIAkJKytyaW5nLT5mZV9y aW5nLnJlcV9jb25zOwogCi0JCWlkeCAgPSByZXEtPmlkOworCQlpZHggID0g cmVxLmlkOwogCQl2cmVxID0gJnZiZC0+cmVxdWVzdF9saXN0W2lkeF07CiAK IAkJQVNTRVJUKGxpc3RfZW1wdHkoJnZyZXEtPm5leHQpKTsKIAkJQVNTRVJU KHZyZXEtPnNlY3NfcGVuZGluZyA9PSAwKTsKIAotCQltZW1jcHkoJnZyZXEt PnJlcSwgcmVxLCBzaXplb2YoYmxraWZfcmVxdWVzdF90KSk7CisJCW1lbWNw eSgmdnJlcS0+cmVxLCAmcmVxLCBzaXplb2YoYmxraWZfcmVxdWVzdF90KSk7 CiAJCXZiZC0+cmVjZWl2ZWQrKzsKIAkJdnJlcS0+dmJkID0gdmJkOwogCi0t IAoyLjEuNAoK --=separator Content-Type: application/octet-stream; name="xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch" Content-Disposition: attachment; filename="xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBjMWZjZTY1ZTJiNzIwNjg0ZWE2YmE3NmFlNTk5MjE1NDJiZDE1NGJi IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MjI6MTQgLTA1MDAKU3ViamVjdDogW1BBVENIIDMv M10gbGlidmNoYW46IFJlYWQgcHJvZC9jb25zIG9ubHkgb25jZS4KCldlIG11 c3QgZW5zdXJlIHRoYXQgdGhlIHByb2QvY29ucyBhcmUgb25seSByZWFkIG9u Y2UgYW5kIHRoYXQKdGhlIGNvbXBpbGVyIHdvbid0IHRyeSB0byBvcHRpbWl6 ZSB0aGUgcmVhZHMuIFRoYXQgaXMgc3BsaXQKdGhlIHJlYWQgb2YgdGhlc2Ug aW4gbXVsdGlwbGUgaW5zdHJ1Y3Rpb25zIGluZmx1ZW5jaW5nIGxhdGVyCmJy YW5jaCBjb2RlLiBBcyBzdWNoIGluc2VydCBiYXJyaWVycyB3aGVuIGZldGNo aW5nIHRoZSBjb25zCmFuZCBwcm9kIGluZGV4LgoKVGhpcyBpcyBwYXJ0IG9m IFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2ls ayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiB0b29scy9saWJ2Y2hh bi9pby5jIHwgMiArKwogMSBmaWxlIGNoYW5nZWQsIDIgaW5zZXJ0aW9ucygr KQoKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnZjaGFuL2lvLmMgYi90b29scy9s aWJ2Y2hhbi9pby5jCmluZGV4IDhhOTYyOWIuLjM4MWNjMDUgMTAwNjQ0Ci0t LSBhL3Rvb2xzL2xpYnZjaGFuL2lvLmMKKysrIGIvdG9vbHMvbGlidmNoYW4v aW8uYwpAQCAtMTE3LDYgKzExNyw3IEBAIHN0YXRpYyBpbmxpbmUgaW50IHNl bmRfbm90aWZ5KHN0cnVjdCBsaWJ4ZW52Y2hhbiAqY3RybCwgdWludDhfdCBi aXQpCiBzdGF0aWMgaW5saW5lIGludCByYXdfZ2V0X2RhdGFfcmVhZHkoc3Ry dWN0IGxpYnhlbnZjaGFuICpjdHJsKQogewogCXVpbnQzMl90IHJlYWR5ID0g cmRfcHJvZChjdHJsKSAtIHJkX2NvbnMoY3RybCk7CisJeGVuX21iKCk7IC8q IEVuc3VyZSAncmVhZHknIGlzIHJlYWQgb25seSBvbmNlLiAqLwogCWlmIChy ZWFkeSA+IHJkX3Jpbmdfc2l6ZShjdHJsKSkKIAkJLyogV2UgaGF2ZSBubyB3 YXkgdG8gcmV0dXJuIGVycm9ycy4gIExvY2tpbmcgdXAgdGhlIHJpbmcgaXMK IAkJICogYmV0dGVyIHRoYW4gdGhlIGFsdGVybmF0aXZlcy4gKi8KQEAgLTE1 OCw2ICsxNTksNyBAQCBpbnQgbGlieGVudmNoYW5fZGF0YV9yZWFkeShzdHJ1 Y3QgbGlieGVudmNoYW4gKmN0cmwpCiBzdGF0aWMgaW5saW5lIGludCByYXdf Z2V0X2J1ZmZlcl9zcGFjZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7 CiAJdWludDMyX3QgcmVhZHkgPSB3cl9yaW5nX3NpemUoY3RybCkgLSAod3Jf cHJvZChjdHJsKSAtIHdyX2NvbnMoY3RybCkpOworCXhlbl9tYigpOyAvKiBF bnN1cmUgJ3JlYWR5JyBpcyByZWFkIG9ubHkgb25jZS4gKi8KIAlpZiAocmVh ZHkgPiB3cl9yaW5nX3NpemUoY3RybCkpCiAJCS8qIFdlIGhhdmUgbm8gd2F5 IHRvIHJldHVybiBlcnJvcnMuICBMb2NraW5nIHVwIHRoZSByaW5nIGlzCiAJ CSAqIGJldHRlciB0aGFuIHRoZSBhbHRlcm5hdGl2ZXMuICovCi0tIAoyLjEu MAoK --=separator Content-Type: application/octet-stream; name="xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch" Content-Disposition: attachment; filename="xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBlZjg2YWQwYjYwZmUxNzliMWE2ZmEzOTBlMDVjMzM5ZmI0NGI5Y2M5 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MjI6MTQgLTA1MDAKU3ViamVjdDogW1BBVENIXSBs aWJ2Y2hhbjogUmVhZCBwcm9kL2NvbnMgb25seSBvbmNlLgoKV2UgbXVzdCBl bnN1cmUgdGhhdCB0aGUgcHJvZC9jb25zIGFyZSBvbmx5IHJlYWQgb25jZSBh bmQgdGhhdAp0aGUgY29tcGlsZXIgd29uJ3QgdHJ5IHRvIG9wdGltaXplIHRo ZSByZWFkcy4gVGhhdCBpcyBzcGxpdAp0aGUgcmVhZCBvZiB0aGVzZSBpbiBt dWx0aXBsZSBpbnN0cnVjdGlvbnMgaW5mbHVlbmNpbmcgbGF0ZXIKYnJhbmNo IGNvZGUuIEFzIHN1Y2ggaW5zZXJ0IGJhcnJpZXJzIHdoZW4gZmV0Y2hpbmcg dGhlIGNvbnMKYW5kIHByb2QgaW5kZXguCgpUaGlzIGlzIHBhcnQgb2YgWFNB MTU1LgoKU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxr b25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIHRvb2xzL2xpYnZjaGFuL2lv LmMgfCAyICsrCiAxIGZpbGUgY2hhbmdlZCwgMiBpbnNlcnRpb25zKCspCgpk aWZmIC0tZ2l0IGEvdG9vbHMvbGlidmNoYW4vaW8uYyBiL3Rvb2xzL2xpYnZj aGFuL2lvLmMKaW5kZXggODA0YzYzYy4uOGIzM2Y0MCAxMDA2NDQKLS0tIGEv dG9vbHMvbGlidmNoYW4vaW8uYworKysgYi90b29scy9saWJ2Y2hhbi9pby5j CkBAIC0xMTgsNiArMTE4LDcgQEAgc3RhdGljIGlubGluZSBpbnQgc2VuZF9u b3RpZnkoc3RydWN0IGxpYnhlbnZjaGFuICpjdHJsLCB1aW50OF90IGJpdCkK IHN0YXRpYyBpbmxpbmUgaW50IHJhd19nZXRfZGF0YV9yZWFkeShzdHJ1Y3Qg bGlieGVudmNoYW4gKmN0cmwpCiB7CiAJdWludDMyX3QgcmVhZHkgPSByZF9w cm9kKGN0cmwpIC0gcmRfY29ucyhjdHJsKTsKKwl4ZW5fbWIoKTsgLyogRW5z dXJlICdyZWFkeScgaXMgcmVhZCBvbmx5IG9uY2UuICovCiAJaWYgKHJlYWR5 ID49IHJkX3Jpbmdfc2l6ZShjdHJsKSkKIAkJLyogV2UgaGF2ZSBubyB3YXkg dG8gcmV0dXJuIGVycm9ycy4gIExvY2tpbmcgdXAgdGhlIHJpbmcgaXMKIAkJ ICogYmV0dGVyIHRoYW4gdGhlIGFsdGVybmF0aXZlcy4gKi8KQEAgLTE1OSw2 ICsxNjAsNyBAQCBpbnQgbGlieGVudmNoYW5fZGF0YV9yZWFkeShzdHJ1Y3Qg bGlieGVudmNoYW4gKmN0cmwpCiBzdGF0aWMgaW5saW5lIGludCByYXdfZ2V0 X2J1ZmZlcl9zcGFjZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7CiAJ dWludDMyX3QgcmVhZHkgPSB3cl9yaW5nX3NpemUoY3RybCkgLSAod3JfcHJv ZChjdHJsKSAtIHdyX2NvbnMoY3RybCkpOworCXhlbl9tYigpOyAvKiBFbnN1 cmUgJ3JlYWR5JyBpcyByZWFkIG9ubHkgb25jZS4gKi8KIAlpZiAocmVhZHkg PiB3cl9yaW5nX3NpemUoY3RybCkpCiAJCS8qIFdlIGhhdmUgbm8gd2F5IHRv IHJldHVybiBlcnJvcnMuICBMb2NraW5nIHVwIHRoZSByaW5nIGlzCiAJCSAq IGJldHRlciB0aGFuIHRoZSBhbHRlcm5hdGl2ZXMuICovCi0tIAoyLjEuNAoK --=separator Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel --=separator-- From xen-users-bounces@lists.xen.org Thu Dec 17 13:38:01 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 13:38:01 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Yju-0006Ke-Lb; Thu, 17 Dec 2015 13:37:02 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Yjr-0006KB-Ve; Thu, 17 Dec 2015 13:37:00 +0000 Received: from [85.158.139.211] by server-17.bemta-5.messagelabs.com id C9/38-21901-B7AB2765; Thu, 17 Dec 2015 13:36:59 +0000 X-Env-Sender: iwj@xenbits.xen.org X-Msg-Ref: server-9.tower-206.messagelabs.com!1450359415!11389878!1 X-Originating-IP: [50.57.168.107] X-SpamReason: No, hits=0.5 required=7.0 tests=BODY_RANDOM_LONG X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 10176 invoked from network); 17 Dec 2015 13:36:56 -0000 Received: from mail.xen.org (HELO mail.xen.org) (50.57.168.107) by server-9.tower-206.messagelabs.com with AES256-SHA encrypted SMTP; 17 Dec 2015 13:36:56 -0000 Received: from xenbits.xenproject.org ([50.57.170.242] helo=xenbits.xen.org) by mail.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Yjf-0001bD-OJ; Thu, 17 Dec 2015 13:36:47 +0000 Received: from iwj by xenbits.xen.org with local (Exim 4.72) (envelope-from ) id 1a9Yjf-0007YQ-4Y; Thu, 17 Dec 2015 13:36:47 +0000 Date: Thu, 17 Dec 2015 13:36:47 +0000 Message-Id: Content-Type: multipart/mixed; boundary="=separator"; charset="utf-8" Content-Transfer-Encoding: binary MIME-Version: 1.0 X-Mailer: MIME-tools 5.428 (Entity 5.428) To: xen-announce@lists.xen.org, xen-devel@lists.xen.org, xen-users@lists.xen.org, oss-security@lists.openwall.com From: Xen.org security team Cc: "Xen.org security team" Subject: [Xen-users] Xen Security Advisory 155 (CVE-2015-8550) - paravirtualized drivers incautious about shared memory contents X-BeenThere: xen-users@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen user discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Sender: xen-users-bounces@lists.xen.org Errors-To: xen-users-bounces@lists.xen.org --=separator Content-Type: text/plain; charset="utf-8" Content-Disposition: inline Content-Transfer-Encoding: 7bit -----BEGIN PGP SIGNED MESSAGE----- Hash: SHA1 Xen Security Advisory CVE-2015-8550 / XSA-155 version 6 paravirtualized drivers incautious about shared memory contents UPDATES IN VERSION 6 ==================== Correct CREDITS section. ISSUE DESCRIPTION ================= The compiler can emit optimizations in the PV backend drivers which can lead to double fetch vulnerabilities. Specifically the shared memory between the frontend and backend can be fetched twice (during which time the frontend can alter the contents) possibly leading to arbitrary code execution in backend. IMPACT ====== Malicious guest administrators can cause denial of service. If driver domains are not in use, the impact can be a host crash, or privilege escalation. VULNERABLE SYSTEMS ================== Systems running PV or HVM guests are vulnerable. ARM and x86 systems are vulnerable. All OSes providing PV backends are susceptible, this includes Linux and NetBSD. By default the Linux distributions compile kernels with optimizations. MITIGATION ========== There is no mitigation. CREDITS ======= This issue was discovered by Felix Wilhelm (ERNW Research, KIT / Operating Systems Group). RESOLUTION ========== Applying the appropriate attached patches should fix the problem for PV backends. Note only that PV backends are fixed; PV frontend patches will be developed and released (publicly) after the embargo date. Please note that there is a bug in some versions of gcc, https://gcc.gnu.org/bugzilla/show_bug.cgi?id=58145 which can cause the construct used in RING_COPY_REQUEST() to be ineffective in some circumstances. We have determined that this is only the case when the structure being copied consists purely of bitfields. The Xen PV protocols updated here do not use bitfields in this way and therefore these patches are not subject to that bug. However authors of third party PV protocols should take this into consideration. Linux v4.4: xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch Linux v4.[0,1,2,3] All the above patches except #5 will apply, please use: xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch Linux v3.19: All the above patches except #5 and #6 will apply, please use: xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch xsa155-linux319-0006-xen-scsiback-safely-copy-requests.patch qemu-xen: xsa155-qemu-qdisk-double-access.patch xsa155-qemu-xenfb.patch qemu-traditional: xsa155-qemut-qdisk-double-access.patch xsa155-qemut-xenfb.patch NetBSD 7.0: xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch xen: xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch xen 4.4: All patches except #3 will apply, please use: xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch $ sha256sum xsa155* d9fbc104ab2ae797971e351ee0e04e7b7e9c7c33385309bb406c7941dc9a33b4 xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch 590656d83ad7b6052b54659eccb3469658b3942c0dc1366423a66f2f5ac643e1 xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch 2bd18632178e09394c5cd06aded2c14bcc6b6e360ad6e81827d24860fe3e8ca4 xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch cecdeccb8e2551252c81fc5f164a8298005df714a574a7ba18b84e8ed5f2bb70 xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch 3916b847243047f0e1053233ade742c14a7f29243584e60bf5db4842a8068855 xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch 746c8eb0aeb200d76156c88dfbbd49db79f567b88b07eda70f7c7d095721f05a xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch 18517a184a02f7441065b8d3423086320ec4c2345c00d551231f7976381767f5 xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch 2e6d556d25b1cc16e71afde665ae3908f4fa8eab7e0d96283fc78400301baf92 xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch 5e130d8b61906015c6a94f8edd3cce97b172f96a265d97ecf370e7b45125b73d xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch 08c2d0f95dcc215165afbce623b6972b81dd45b091b5f40017579b00c8612e03 xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch 0a66010f736092f91f70bb0fd220685e4395efef1db6d23a3d1eace31d144f51 xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch 5e913a8427cab6b4d384d1246e05116afc301eb117edd838101eb53a82c2f2ff xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch 3b8f14eafaed3a7bc66245753a37af4249acf8129fbedb70653192252dc47dc9 xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch 81ae5fa998243a78dad749fc561be647dc1dc1be799e8f18484fdf0989469705 xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch 044ff74fa048df820d528f64f2791ec9cb3940bd313c1179020bd49a6cde2ca3 xsa155-qemu-qdisk-double-access.patch 1150504589eb7bfa108c80ce63395e57d0e627b12d9201219d968fdd026919a6 xsa155-qemut-qdisk-double-access.patch 63186246ab6913b54bfef5f09f33e815935ac40ff821c27a3efda62339bbbd5f xsa155-qemut-xenfb.patch e53b4ac298648cde79344192d5a58ca8d8724344f5105bec7c09eef095c668f6 xsa155-qemu-xenfb.patch e52467fcec73bcc86d3e96d06f8ca8085ae56a83d2c42a30c16bc3dc630d8f8a xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch eae34c8ccc096ad93a74190506b3d55020a88afb0cc504a3a514590e9fd746fd xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch 42780265014085a4221ad32b026214693d751789eb5219e2e83862c0006c66f4 xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch dfcaddb8a908a4fc1b048a43187e885117e67dc566f5c841037ee366dcd437d1 xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch $ DEPLOYMENT DURING EMBARGO ========================= Deployment of the patches and/or mitigations described above (or others which are substantially similar) is permitted during the embargo, even on public-facing systems with untrusted guest users and administrators. But: Distribution of updated software is prohibited (except to other members of the predisclosure list). Predisclosure list members who wish to deploy significantly different patches and/or mitigations, please contact the Xen Project Security Team. (Note: this during-embargo deployment notice is retained in post-embargo publicly released Xen Project advisories, even though it is then no longer applicable. This is to enable the community to have oversight of the Xen Project Security Team's decisionmaking.) For more information about permissible uses of embargoed information, consult the Xen Project community's agreed Security Policy: http://www.xenproject.org/security-policy.html -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.12 (GNU/Linux) iQEcBAEBAgAGBQJWcrpdAAoJEIP+FMlX6CvZ9soIALqQ/GHP6bZn2LqJTD9DIzsm zVB4yCPiVfDqHSOq9QNCzBzqpvOX+RhKTzRH1jsZczr8CSnkePxaCrmZgH8SAygB hFcF9xJGlJDjs647sgpQmYs++3mgD/57uml7IW/8NX46tXUelVByW7muNgUN2xlm kjeD8auJEs+jK1iwpt/hOmYe4moRx3+3ujfgqMCNAWtqZz9D9wM5tao+p6yKYlhM u8hSi1V3b7sAbf92mwzpzfpbwdgg25xeHtZ/oJxp/ZY0FhqDEsTxV+h8HjD/Eink GwqPS19O77tMmz9fUUTyJDSsU7ayFRI0HyYmXju4eJktJkhXagjAdCSyGky9z5g= =FlX2 -----END PGP SIGNATURE----- --=separator Content-Type: application/octet-stream; name="xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Disposition: attachment; filename="xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Transfer-Encoding: base64 RnJvbSBmOWM3MWU4OTJkNTE0MmEzMTQ0ODFkZjZiYWEyNmIzNGU2YTZiYTQ1 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBNb24sIDE2IE5vdiAy MDE1IDE4OjAyOjMyICswMDAwClN1YmplY3Q6IFtQQVRDSF0geGVuLXNjc2li YWNrOiBzYWZlbHkgY29weSByZXF1ZXN0cwoKVGhlIGNvcHkgb2YgdGhlIHJp bmcgcmVxdWVzdCB3YXMgbGFja2luZyBhIGZvbGxvd2luZyBiYXJyaWVyKCks CnBvdGVudGlhbGx5IGFsbG93aW5nIHRoZSBjb21waWxlciB0byBvcHRpbWl6 ZSB0aGUgY29weSBhd2F5LgoKVXNlIFJJTkdfQ09QWV9SRVFVRVNUKCkgdG8g ZW5zdXJlIHRoZSByZXF1ZXN0IGlzIGNvcGllZCB0byBsb2NhbAptZW1vcnku CgpUaGlzIGlzIFhTQTE1NS4KCkNDOiBzdGFibGVAdmdlci5rZXJuZWwub3Jn ClJldmlld2VkLWJ5OiBKdWVyZ2VuIEdyb3NzIDxqZ3Jvc3NAc3VzZS5jb20+ ClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2aWQudnJhYmVsQGNp dHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2ls ayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCnYyOiBUaGlzIGlzIGEg YWdhaW5zdCB2My4xOQotLS0KIGRyaXZlcnMveGVuL3hlbi1zY3NpYmFjay5j IHwgMiArLQogMSBmaWxlIGNoYW5nZWQsIDEgaW5zZXJ0aW9uKCspLCAxIGRl bGV0aW9uKC0pCgpkaWZmIC0tZ2l0IGEvZHJpdmVycy94ZW4veGVuLXNjc2li YWNrLmMgYi9kcml2ZXJzL3hlbi94ZW4tc2NzaWJhY2suYwppbmRleCBlOTk5 NDk2ZS4uZDg2ZjZlMSAxMDA2NDQKLS0tIGEvZHJpdmVycy94ZW4veGVuLXNj c2liYWNrLmMKKysrIGIvZHJpdmVycy94ZW4veGVuLXNjc2liYWNrLmMKQEAg LTczNCw3ICs3MzQsNyBAQCBzdGF0aWMgaW50IHNjc2liYWNrX2RvX2NtZF9m bihzdHJ1Y3QgdnNjc2lia19pbmZvICppbmZvKQogCQlpZiAoIXBlbmRpbmdf cmVxKQogCQkJcmV0dXJuIDE7CiAKLQkJcmluZ19yZXEgPSBSSU5HX0dFVF9S RVFVRVNUKHJpbmcsIHJjKTsKKwkJUklOR19DT1BZX1JFUVVFU1QocmluZywg cmMsICZyaW5nX3JlcSk7CiAJCXJpbmctPnJlcV9jb25zID0gKytyYzsKIAog CQlhY3QgPSByaW5nX3JlcS0+YWN0OwotLSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Disposition: attachment; filename="xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBkNTJmMDA5NjBjMTA3MGM2ODM4MDlmYWRkZDM1YTIyMjNlMmI4YTZl IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6NDA6NDMgKzAwMDAKU3ViamVj dDogW1BBVENIIDYvN10geGVuLWJsa2JhY2s6IHJlYWQgZnJvbSBpbmRpcmVj dCBkZXNjcmlwdG9ycyBvbmx5IG9uY2UKTUlNRS1WZXJzaW9uOiAxLjAKQ29u dGVudC1UeXBlOiB0ZXh0L3BsYWluOyBjaGFyc2V0PVVURi04CkNvbnRlbnQt VHJhbnNmZXItRW5jb2Rpbmc6IDhiaXQKClNpbmNlIGluZGlyZWN0IGRlc2Ny aXB0b3JzIGFyZSBpbiBtZW1vcnkgc2hhcmVkIHdpdGggdGhlIGZyb250ZW5k LCB0aGUKZnJvbnRlbmQgY291bGQgYWx0ZXIgdGhlIGZpcnN0X3NlY3QgYW5k IGxhc3Rfc2VjdCB2YWx1ZXMgYWZ0ZXIgdGhleSBoYXZlCmJlZW4gdmFsaWRh dGVkIGJ1dCBiZWZvcmUgdGhleSBhcmUgcmVjb3JkZWQgaW4gdGhlIHJlcXVl c3QuICBUaGlzIG1heQpyZXN1bHQgaW4gSS9PIHJlcXVlc3RzIHRoYXQgb3Zl cmZsb3cgdGhlIGZvcmVpZ24gcGFnZSwgcG9zc2libHkKb3ZlcndyaXRpbmcg bG9jYWwgcGFnZXMgd2hlbiB0aGUgSS9PIHJlcXVlc3QgaXMgZXhlY3V0ZWQu CgpXaGVuIHBhcnNpbmcgaW5kaXJlY3QgZGVzY3JpcHRvcnMsIG9ubHkgcmVh ZCBmaXJzdF9zZWN0IGFuZCBsYXN0X3NlY3QKb25jZS4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpTaWdu ZWQtb2ZmLWJ5OiBSb2dlciBQYXUgTW9ubsOpIDxyb2dlci5wYXVAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFi ZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRl ayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0tCnYyOiBUaGlz IGlzIGFnYWluc3QgdjQuMwotLS0KIGRyaXZlcnMvYmxvY2sveGVuLWJsa2Jh Y2svYmxrYmFjay5jIHwgMTIgKysrKysrKy0tLS0tCiAxIGZpbGUgY2hhbmdl ZCwgNyBpbnNlcnRpb25zKCspLCA1IGRlbGV0aW9ucygtKQoKZGlmZiAtLWdp dCBhL2RyaXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jIGIvZHJp dmVycy9ibG9jay94ZW4tYmxrYmFjay9ibGtiYWNrLmMKaW5kZXggNmE2ODVh ZS4uZjJlN2EzOCAxMDA2NDQKLS0tIGEvZHJpdmVycy9ibG9jay94ZW4tYmxr YmFjay9ibGtiYWNrLmMKKysrIGIvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFj ay9ibGtiYWNrLmMKQEAgLTk1MCw2ICs5NTAsOCBAQCBzdGF0aWMgaW50IHhl bl9ibGtia19wYXJzZV9pbmRpcmVjdChzdHJ1Y3QgYmxraWZfcmVxdWVzdCAq cmVxLAogCQlnb3RvIHVubWFwOwogCiAJZm9yIChuID0gMCwgaSA9IDA7IG4g PCBuc2VnOyBuKyspIHsKKwkJdWludDhfdCBmaXJzdF9zZWN0LCBsYXN0X3Nl Y3Q7CisKIAkJaWYgKChuICUgU0VHU19QRVJfSU5ESVJFQ1RfRlJBTUUpID09 IDApIHsKIAkJCS8qIE1hcCBpbmRpcmVjdCBzZWdtZW50cyAqLwogCQkJaWYg KHNlZ21lbnRzKQpAQCAtOTU4LDE0ICs5NjAsMTQgQEAgc3RhdGljIGludCB4 ZW5fYmxrYmtfcGFyc2VfaW5kaXJlY3Qoc3RydWN0IGJsa2lmX3JlcXVlc3Qg KnJlcSwKIAkJfQogCQlpID0gbiAlIFNFR1NfUEVSX0lORElSRUNUX0ZSQU1F OwogCQlwZW5kaW5nX3JlcS0+c2VnbWVudHNbbl0tPmdyZWYgPSBzZWdtZW50 c1tpXS5ncmVmOwotCQlzZWdbbl0ubnNlYyA9IHNlZ21lbnRzW2ldLmxhc3Rf c2VjdCAtCi0JCQlzZWdtZW50c1tpXS5maXJzdF9zZWN0ICsgMTsKLQkJc2Vn W25dLm9mZnNldCA9IChzZWdtZW50c1tpXS5maXJzdF9zZWN0IDw8IDkpOwot CQlpZiAoKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA+PSAoUEFHRV9TSVpFID4+ IDkpKSB8fAotCQkgICAgKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA8IHNlZ21l bnRzW2ldLmZpcnN0X3NlY3QpKSB7CisJCWZpcnN0X3NlY3QgPSBSRUFEX09O Q0Uoc2VnbWVudHNbaV0uZmlyc3Rfc2VjdCk7CisJCWxhc3Rfc2VjdCA9IFJF QURfT05DRShzZWdtZW50c1tpXS5sYXN0X3NlY3QpOworCQlpZiAobGFzdF9z ZWN0ID49IChQQUdFX1NJWkUgPj4gOSkgfHwgbGFzdF9zZWN0IDwgZmlyc3Rf c2VjdCkgewogCQkJcmMgPSAtRUlOVkFMOwogCQkJZ290byB1bm1hcDsKIAkJ fQorCQlzZWdbbl0ubnNlYyA9IGxhc3Rfc2VjdCAtIGZpcnN0X3NlY3QgKyAx OworCQlzZWdbbl0ub2Zmc2V0ID0gZmlyc3Rfc2VjdCA8PCA5OwogCQlwcmVx LT5ucl9zZWN0cyArPSBzZWdbbl0ubnNlYzsKIAl9CiAKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSA0ZTJiYzQyM2UwY2VmMGE0MmY5M2Q5ODljMDk4MDMwMWRmMWJkNDYy IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE0OjU4OjA4ICswMDAwClN1YmplY3Q6IFtQQVRDSCAxLzddIHhlbjog QWRkIFJJTkdfQ09QWV9SRVFVRVNUKCkKClVzaW5nIFJJTkdfR0VUX1JFUVVF U1QoKSBvbiBhIHNoYXJlZCByaW5nIGlzIGVhc3kgdG8gdXNlIGluY29ycmVj dGx5CihpLmUuLCBieSBub3QgY29uc2lkZXJpbmcgdGhhdCB0aGUgb3RoZXIg ZW5kIG1heSBhbHRlciB0aGUgZGF0YSBpbiB0aGUKc2hhcmVkIHJpbmcgd2hp bGUgaXQgaXMgYmVpbmcgaW5zcGVjdGVkKS4gIFNhZmUgdXNhZ2Ugb2YgYSBy ZXF1ZXN0CmdlbmVyYWxseSByZXF1aXJlcyB0YWtpbmcgYSBsb2NhbCBjb3B5 LgoKUHJvdmlkZSBhIFJJTkdfQ09QWV9SRVFVRVNUKCkgbWFjcm8gdG8gdXNl IGluc3RlYWQgb2YKUklOR19HRVRfUkVRVUVTVCgpIGFuZCBhbiBvcGVuLWNv ZGVkIG1lbWNweSgpLiAgVGhpcyB0YWtlcyBjYXJlIG9mCmVuc3VyaW5nIHRo YXQgdGhlIGNvcHkgaXMgZG9uZSBjb3JyZWN0bHkgcmVnYXJkbGVzcyBvZiBh bnkgcG9zc2libGUKY29tcGlsZXIgb3B0aW1pemF0aW9ucy4KClVzZSBhIHZv bGF0aWxlIHNvdXJjZSB0byBwcmV2ZW50IHRoZSBjb21waWxlciBmcm9tIHJl b3JkZXJpbmcgb3IKb21pdHRpbmcgdGhlIGNvcHkuCgpUaGlzIGlzIHBhcnQg b2YgWFNBMTU1LgoKQ0M6IHN0YWJsZUB2Z2VyLmtlcm5lbC5vcmcKU2lnbmVk LW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4LmNv bT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxrb25y YWQud2lsa0BvcmFjbGUuY29tPgotLS0KdjI6IFVwZGF0ZSBhYm91dCBHQ0Mg YW5kIGJpdGZpZWxkcy4KLS0tCiBpbmNsdWRlL3hlbi9pbnRlcmZhY2UvaW8v cmluZy5oIHwgMTQgKysrKysrKysrKysrKysKIDEgZmlsZSBjaGFuZ2VkLCAx NCBpbnNlcnRpb25zKCspCgpkaWZmIC0tZ2l0IGEvaW5jbHVkZS94ZW4vaW50 ZXJmYWNlL2lvL3JpbmcuaCBiL2luY2x1ZGUveGVuL2ludGVyZmFjZS9pby9y aW5nLmgKaW5kZXggN2QyOGFmZi4uN2RjNjg1YiAxMDA2NDQKLS0tIGEvaW5j bHVkZS94ZW4vaW50ZXJmYWNlL2lvL3JpbmcuaAorKysgYi9pbmNsdWRlL3hl bi9pbnRlcmZhY2UvaW8vcmluZy5oCkBAIC0xODEsNiArMTgxLDIwIEBAIHN0 cnVjdCBfX25hbWUjI19iYWNrX3JpbmcgewkJCQkJCVwKICNkZWZpbmUgUklO R19HRVRfUkVRVUVTVChfciwgX2lkeCkJCQkJCVwKICAgICAoJigoX3IpLT5z cmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0laRShfcikgLSAxKSldLnJl cSkpCiAKKy8qCisgKiBHZXQgYSBsb2NhbCBjb3B5IG9mIGEgcmVxdWVzdC4K KyAqCisgKiBVc2UgdGhpcyBpbiBwcmVmZXJlbmNlIHRvIFJJTkdfR0VUX1JF UVVFU1QoKSBzbyBhbGwgcHJvY2Vzc2luZyBpcworICogZG9uZSBvbiBhIGxv Y2FsIGNvcHkgdGhhdCBjYW5ub3QgYmUgbW9kaWZpZWQgYnkgdGhlIG90aGVy IGVuZC4KKyAqCisgKiBOb3RlIHRoYXQgaHR0cHM6Ly9nY2MuZ251Lm9yZy9i dWd6aWxsYS9zaG93X2J1Zy5jZ2k/aWQ9NTgxNDUgbWF5IGNhdXNlIHRoaXMK KyAqIHRvIGJlIGluZWZmZWN0aXZlIHdoZXJlIF9yZXEgaXMgYSBzdHJ1Y3Qg d2hpY2ggY29uc2lzdHMgb2Ygb25seSBiaXRmaWVsZHMuCisgKi8KKyNkZWZp bmUgUklOR19DT1BZX1JFUVVFU1QoX3IsIF9pZHgsIF9yZXEpIGRvIHsJCQkJ XAorCS8qIFVzZSB2b2xhdGlsZSB0byBmb3JjZSB0aGUgY29weSBpbnRvIF9y ZXEuICovCQkJXAorCSooX3JlcSkgPSAqKHZvbGF0aWxlIHR5cGVvZihfcmVx KSlSSU5HX0dFVF9SRVFVRVNUKF9yLCBfaWR4KTsJXAorfSB3aGlsZSAoMCkK KwogI2RlZmluZSBSSU5HX0dFVF9SRVNQT05TRShfciwgX2lkeCkJCQkJCVwK ICAgICAoJigoX3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0la RShfcikgLSAxKSldLnJzcCkpCiAKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch" Content-Transfer-Encoding: base64 RnJvbSAxMDBhYzM3MmEwZTA3Y2NjOGM1MDhjMzg4NGZhOTAyMGNmZTA4MDk0 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE1OjE2OjAxICswMDAwClN1YmplY3Q6IFtQQVRDSCAyLzddIHhlbi1u ZXRiYWNrOiBkb24ndCB1c2UgbGFzdCByZXF1ZXN0IHRvIGRldGVybWluZSBt aW5pbXVtCiBUeCBjcmVkaXQKClRoZSBsYXN0IGZyb20gZ3Vlc3QgdHJhbnNt aXR0ZWQgcmVxdWVzdCBnaXZlcyBubyBpbmRpY2F0aW9uIGFib3V0IHRoZQpt aW5pbXVtIGFtb3VudCBvZiBjcmVkaXQgdGhhdCB0aGUgZ3Vlc3QgbWlnaHQg bmVlZCB0byBzZW5kIGEgcGFja2V0CnNpbmNlIHRoZSBsYXN0IHBhY2tldCBt aWdodCBoYXZlIGJlZW4gYSBzbWFsbCBvbmUuCgpJbnN0ZWFkIGFsbG93IGZv ciB0aGUgd29yc3QgY2FzZSAxMjggS2lCIHBhY2tldC4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpSZXZp ZXdlZC1ieTogV2VpIExpdSA8d2VpLmxpdTJAY2l0cml4LmNvbT4KU2lnbmVk LW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4LmNv bT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxrb25y YWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMvbmV0L3hlbi1uZXRi YWNrL25ldGJhY2suYyB8IDQgKy0tLQogMSBmaWxlIGNoYW5nZWQsIDEgaW5z ZXJ0aW9uKCspLCAzIGRlbGV0aW9ucygtKQoKZGlmZiAtLWdpdCBhL2RyaXZl cnMvbmV0L3hlbi1uZXRiYWNrL25ldGJhY2suYyBiL2RyaXZlcnMvbmV0L3hl bi1uZXRiYWNrL25ldGJhY2suYwppbmRleCBlNDgxZjM3Li5iNjgzNTgxIDEw MDY0NAotLS0gYS9kcml2ZXJzL25ldC94ZW4tbmV0YmFjay9uZXRiYWNrLmMK KysrIGIvZHJpdmVycy9uZXQveGVuLW5ldGJhY2svbmV0YmFjay5jCkBAIC02 NzksOSArNjc5LDcgQEAgc3RhdGljIHZvaWQgdHhfYWRkX2NyZWRpdChzdHJ1 Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSkKIAkgKiBBbGxvdyBhIGJ1cnN0IGJp ZyBlbm91Z2ggdG8gdHJhbnNtaXQgYSBqdW1ibyBwYWNrZXQgb2YgdXAgdG8g MTI4a0IuCiAJICogT3RoZXJ3aXNlIHRoZSBpbnRlcmZhY2UgY2FuIHNlaXpl IHVwIGR1ZSB0byBpbnN1ZmZpY2llbnQgY3JlZGl0LgogCSAqLwotCW1heF9i dXJzdCA9IFJJTkdfR0VUX1JFUVVFU1QoJnF1ZXVlLT50eCwgcXVldWUtPnR4 LnJlcV9jb25zKS0+c2l6ZTsKLQltYXhfYnVyc3QgPSBtaW4obWF4X2J1cnN0 LCAxMzEwNzJVTCk7Ci0JbWF4X2J1cnN0ID0gbWF4KG1heF9idXJzdCwgcXVl dWUtPmNyZWRpdF9ieXRlcyk7CisJbWF4X2J1cnN0ID0gbWF4KDEzMTA3MlVM LCBxdWV1ZS0+Y3JlZGl0X2J5dGVzKTsKIAogCS8qIFRha2UgY2FyZSB0aGF0 IGFkZGluZyBhIG5ldyBjaHVuayBvZiBjcmVkaXQgZG9lc24ndCB3cmFwIHRv IHplcm8uICovCiAJbWF4X2NyZWRpdCA9IHF1ZXVlLT5yZW1haW5pbmdfY3Jl ZGl0ICsgcXVldWUtPmNyZWRpdF9ieXRlczsKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch" Content-Transfer-Encoding: base64 RnJvbSA0MTI3ZTljY2FlMGVkYTYyMjQyMWQyMTEzMjg0NmFiZGY3NGY2NmVk IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE1OjE3OjA2ICswMDAwClN1YmplY3Q6IFtQQVRDSCAzLzddIHhlbi1u ZXRiYWNrOiB1c2UgUklOR19DT1BZX1JFUVVFU1QoKSB0aHJvdWdob3V0CgpJ bnN0ZWFkIG9mIG9wZW4tY29kaW5nIG1lbWNweSgpcyBhbmQgZGlyZWN0bHkg YWNjZXNzaW5nIFR4IGFuZCBSeApyZXF1ZXN0cywgdXNlIHRoZSBuZXcgUklO R19DT1BZX1JFUVVFU1QoKSB0aGF0IGVuc3VyZXMgdGhlIGxvY2FsIGNvcHkK aXMgY29ycmVjdC4KClRoaXMgaXMgbW9yZSB0aGFuIGlzIHN0cmljdGx5IG5l Y2Vzc2FyeSBmb3IgZ3Vlc3QgUnggcmVxdWVzdHMgc2luY2UKb25seSB0aGUg aWQgYW5kIGdyZWYgZmllbGRzIGFyZSB1c2VkIGFuZCBpdCBpcyBoYXJtbGVz cyBpZiB0aGUKZnJvbnRlbmQgbW9kaWZpZXMgdGhlc2UuCgpUaGlzIGlzIHBh cnQgb2YgWFNBMTU1LgoKQ0M6IHN0YWJsZUB2Z2VyLmtlcm5lbC5vcmcKUmV2 aWV3ZWQtYnk6IFdlaSBMaXUgPHdlaS5saXUyQGNpdHJpeC5jb20+ClNpZ25l ZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2aWQudnJhYmVsQGNpdHJpeC5j b20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2lsayA8a29u cmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBkcml2ZXJzL25ldC94ZW4tbmV0 YmFjay9uZXRiYWNrLmMgfCAzMCArKysrKysrKysrKysrKy0tLS0tLS0tLS0t LS0tLS0KIDEgZmlsZSBjaGFuZ2VkLCAxNCBpbnNlcnRpb25zKCspLCAxNiBk ZWxldGlvbnMoLSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL25ldC94ZW4tbmV0 YmFjay9uZXRiYWNrLmMgYi9kcml2ZXJzL25ldC94ZW4tbmV0YmFjay9uZXRi YWNrLmMKaW5kZXggYjY4MzU4MS4uMTA0OWMzNCAxMDA2NDQKLS0tIGEvZHJp dmVycy9uZXQveGVuLW5ldGJhY2svbmV0YmFjay5jCisrKyBiL2RyaXZlcnMv bmV0L3hlbi1uZXRiYWNrL25ldGJhY2suYwpAQCAtMjU4LDE4ICsyNTgsMTgg QEAgc3RhdGljIHN0cnVjdCB4ZW52aWZfcnhfbWV0YSAqZ2V0X25leHRfcnhf YnVmZmVyKHN0cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCQkJCQkJIHN0 cnVjdCBuZXRyeF9wZW5kaW5nX29wZXJhdGlvbnMgKm5wbykKIHsKIAlzdHJ1 Y3QgeGVudmlmX3J4X21ldGEgKm1ldGE7Ci0Jc3RydWN0IHhlbl9uZXRpZl9y eF9yZXF1ZXN0ICpyZXE7CisJc3RydWN0IHhlbl9uZXRpZl9yeF9yZXF1ZXN0 IHJlcTsKIAotCXJlcSA9IFJJTkdfR0VUX1JFUVVFU1QoJnF1ZXVlLT5yeCwg cXVldWUtPnJ4LnJlcV9jb25zKyspOworCVJJTkdfQ09QWV9SRVFVRVNUKCZx dWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrLCAmcmVxKTsKIAogCW1l dGEgPSBucG8tPm1ldGEgKyBucG8tPm1ldGFfcHJvZCsrOwogCW1ldGEtPmdz b190eXBlID0gWEVOX05FVElGX0dTT19UWVBFX05PTkU7CiAJbWV0YS0+Z3Nv X3NpemUgPSAwOwogCW1ldGEtPnNpemUgPSAwOwotCW1ldGEtPmlkID0gcmVx LT5pZDsKKwltZXRhLT5pZCA9IHJlcS5pZDsKIAogCW5wby0+Y29weV9vZmYg PSAwOwotCW5wby0+Y29weV9ncmVmID0gcmVxLT5ncmVmOworCW5wby0+Y29w eV9ncmVmID0gcmVxLmdyZWY7CiAKIAlyZXR1cm4gbWV0YTsKIH0KQEAgLTQy NCw3ICs0MjQsNyBAQCBzdGF0aWMgaW50IHhlbnZpZl9nb3Bfc2tiKHN0cnVj dCBza19idWZmICpza2IsCiAJc3RydWN0IHhlbnZpZiAqdmlmID0gbmV0ZGV2 X3ByaXYoc2tiLT5kZXYpOwogCWludCBucl9mcmFncyA9IHNrYl9zaGluZm8o c2tiKS0+bnJfZnJhZ3M7CiAJaW50IGk7Ci0Jc3RydWN0IHhlbl9uZXRpZl9y eF9yZXF1ZXN0ICpyZXE7CisJc3RydWN0IHhlbl9uZXRpZl9yeF9yZXF1ZXN0 IHJlcTsKIAlzdHJ1Y3QgeGVudmlmX3J4X21ldGEgKm1ldGE7CiAJdW5zaWdu ZWQgY2hhciAqZGF0YTsKIAlpbnQgaGVhZCA9IDE7CkBAIC00NDMsMTUgKzQ0 MywxNSBAQCBzdGF0aWMgaW50IHhlbnZpZl9nb3Bfc2tiKHN0cnVjdCBza19i dWZmICpza2IsCiAKIAkvKiBTZXQgdXAgYSBHU08gcHJlZml4IGRlc2NyaXB0 b3IsIGlmIG5lY2Vzc2FyeSAqLwogCWlmICgoMSA8PCBnc29fdHlwZSkgJiB2 aWYtPmdzb19wcmVmaXhfbWFzaykgewotCQlyZXEgPSBSSU5HX0dFVF9SRVFV RVNUKCZxdWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrKTsKKwkJUklO R19DT1BZX1JFUVVFU1QoJnF1ZXVlLT5yeCwgcXVldWUtPnJ4LnJlcV9jb25z KyssICZyZXEpOwogCQltZXRhID0gbnBvLT5tZXRhICsgbnBvLT5tZXRhX3By b2QrKzsKIAkJbWV0YS0+Z3NvX3R5cGUgPSBnc29fdHlwZTsKIAkJbWV0YS0+ Z3NvX3NpemUgPSBza2Jfc2hpbmZvKHNrYiktPmdzb19zaXplOwogCQltZXRh LT5zaXplID0gMDsKLQkJbWV0YS0+aWQgPSByZXEtPmlkOworCQltZXRhLT5p ZCA9IHJlcS5pZDsKIAl9CiAKLQlyZXEgPSBSSU5HX0dFVF9SRVFVRVNUKCZx dWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrKTsKKwlSSU5HX0NPUFlf UkVRVUVTVCgmcXVldWUtPnJ4LCBxdWV1ZS0+cngucmVxX2NvbnMrKywgJnJl cSk7CiAJbWV0YSA9IG5wby0+bWV0YSArIG5wby0+bWV0YV9wcm9kKys7CiAK IAlpZiAoKDEgPDwgZ3NvX3R5cGUpICYgdmlmLT5nc29fbWFzaykgewpAQCAt NDYzLDkgKzQ2Myw5IEBAIHN0YXRpYyBpbnQgeGVudmlmX2dvcF9za2Ioc3Ry dWN0IHNrX2J1ZmYgKnNrYiwKIAl9CiAKIAltZXRhLT5zaXplID0gMDsKLQlt ZXRhLT5pZCA9IHJlcS0+aWQ7CisJbWV0YS0+aWQgPSByZXEuaWQ7CiAJbnBv LT5jb3B5X29mZiA9IDA7Ci0JbnBvLT5jb3B5X2dyZWYgPSByZXEtPmdyZWY7 CisJbnBvLT5jb3B5X2dyZWYgPSByZXEuZ3JlZjsKIAogCWRhdGEgPSBza2It PmRhdGE7CiAJd2hpbGUgKGRhdGEgPCBza2JfdGFpbF9wb2ludGVyKHNrYikp IHsKQEAgLTcwOSw3ICs3MDksNyBAQCBzdGF0aWMgdm9pZCB4ZW52aWZfdHhf ZXJyKHN0cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCQlzcGluX3VubG9j a19pcnFyZXN0b3JlKCZxdWV1ZS0+cmVzcG9uc2VfbG9jaywgZmxhZ3MpOwog CQlpZiAoY29ucyA9PSBlbmQpCiAJCQlicmVhazsKLQkJdHhwID0gUklOR19H RVRfUkVRVUVTVCgmcXVldWUtPnR4LCBjb25zKyspOworCQlSSU5HX0NPUFlf UkVRVUVTVCgmcXVldWUtPnR4LCBjb25zKyssIHR4cCk7CiAJfSB3aGlsZSAo MSk7CiAJcXVldWUtPnR4LnJlcV9jb25zID0gY29uczsKIH0KQEAgLTc3Niw4 ICs3NzYsNyBAQCBzdGF0aWMgaW50IHhlbnZpZl9jb3VudF9yZXF1ZXN0cyhz dHJ1Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSwKIAkJaWYgKGRyb3BfZXJyKQog CQkJdHhwID0gJmRyb3BwZWRfdHg7CiAKLQkJbWVtY3B5KHR4cCwgUklOR19H RVRfUkVRVUVTVCgmcXVldWUtPnR4LCBjb25zICsgc2xvdHMpLAotCQkgICAg ICAgc2l6ZW9mKCp0eHApKTsKKwkJUklOR19DT1BZX1JFUVVFU1QoJnF1ZXVl LT50eCwgY29ucyArIHNsb3RzLCB0eHApOwogCiAJCS8qIElmIHRoZSBndWVz dCBzdWJtaXR0ZWQgYSBmcmFtZSA+PSA2NCBLaUIgdGhlbgogCQkgKiBmaXJz dC0+c2l6ZSBvdmVyZmxvd2VkIGFuZCBmb2xsb3dpbmcgc2xvdHMgd2lsbApA QCAtMTExMCw4ICsxMTA5LDcgQEAgc3RhdGljIGludCB4ZW52aWZfZ2V0X2V4 dHJhcyhzdHJ1Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSwKIAkJCXJldHVybiAt RUJBRFI7CiAJCX0KIAotCQltZW1jcHkoJmV4dHJhLCBSSU5HX0dFVF9SRVFV RVNUKCZxdWV1ZS0+dHgsIGNvbnMpLAotCQkgICAgICAgc2l6ZW9mKGV4dHJh KSk7CisJCVJJTkdfQ09QWV9SRVFVRVNUKCZxdWV1ZS0+dHgsIGNvbnMsICZl eHRyYSk7CiAJCWlmICh1bmxpa2VseSghZXh0cmEudHlwZSB8fAogCQkJICAg ICBleHRyYS50eXBlID49IFhFTl9ORVRJRl9FWFRSQV9UWVBFX01BWCkpIHsK IAkJCXF1ZXVlLT50eC5yZXFfY29ucyA9ICsrY29uczsKQEAgLTEzMjAsNyAr MTMxOCw3IEBAIHN0YXRpYyB2b2lkIHhlbnZpZl90eF9idWlsZF9nb3BzKHN0 cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCiAJCWlkeCA9IHF1ZXVlLT50 eC5yZXFfY29uczsKIAkJcm1iKCk7IC8qIEVuc3VyZSB0aGF0IHdlIHNlZSB0 aGUgcmVxdWVzdCBiZWZvcmUgd2UgY29weSBpdC4gKi8KLQkJbWVtY3B5KCZ0 eHJlcSwgUklOR19HRVRfUkVRVUVTVCgmcXVldWUtPnR4LCBpZHgpLCBzaXpl b2YodHhyZXEpKTsKKwkJUklOR19DT1BZX1JFUVVFU1QoJnF1ZXVlLT50eCwg aWR4LCAmdHhyZXEpOwogCiAJCS8qIENyZWRpdC1iYXNlZCBzY2hlZHVsaW5n LiAqLwogCQlpZiAodHhyZXEuc2l6ZSA+IHF1ZXVlLT5yZW1haW5pbmdfY3Jl ZGl0ICYmCi0tIAoyLjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch" Content-Transfer-Encoding: base64 RnJvbSAwODRiOGMyZTc3ZjFhYzA3ZTRhM2ExMjFmZjk1N2M0OWE5Mzc5Mzg1 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6MzQ6MDkgKzAwMDAKU3ViamVj dDogW1BBVENIIDQvN10geGVuLWJsa2JhY2s6IG9ubHkgcmVhZCByZXF1ZXN0 IG9wZXJhdGlvbiBmcm9tIHNoYXJlZCByaW5nCiBvbmNlCk1JTUUtVmVyc2lv bjogMS4wCkNvbnRlbnQtVHlwZTogdGV4dC9wbGFpbjsgY2hhcnNldD1VVEYt OApDb250ZW50LVRyYW5zZmVyLUVuY29kaW5nOiA4Yml0CgpBIGNvbXBpbGVy IG1heSBsb2FkIGEgc3dpdGNoIHN0YXRlbWVudCB2YWx1ZSBtdWx0aXBsZSB0 aW1lcywgd2hpY2ggY291bGQKYmUgYmFkIHdoZW4gdGhlIHZhbHVlIGlzIGlu IG1lbW9yeSBzaGFyZWQgd2l0aCB0aGUgZnJvbnRlbmQuCgpXaGVuIGNvbnZl cnRpbmcgYSBub24tbmF0aXZlIHJlcXVlc3QgdG8gYSBuYXRpdmUgb25lLCBl bnN1cmUgdGhhdApzcmMtPm9wZXJhdGlvbiBpcyBvbmx5IGxvYWRlZCBvbmNl IGJ5IHVzaW5nIFJFQURfT05DRSgpLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1 NS4KCkNDOiBzdGFibGVAdmdlci5rZXJuZWwub3JnClNpZ25lZC1vZmYtYnk6 IFJvZ2VyIFBhdSBNb25uw6kgPHJvZ2VyLnBhdUBjaXRyaXguY29tPgpTaWdu ZWQtb2ZmLWJ5OiBEYXZpZCBWcmFiZWwgPGRhdmlkLnZyYWJlbEBjaXRyaXgu Y29tPgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnplc3p1dGVrIFdpbGsgPGtv bnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQogZHJpdmVycy9ibG9jay94ZW4t YmxrYmFjay9jb21tb24uaCB8IDggKysrKy0tLS0KIDEgZmlsZSBjaGFuZ2Vk LCA0IGluc2VydGlvbnMoKyksIDQgZGVsZXRpb25zKC0pCgpkaWZmIC0tZ2l0 IGEvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFjay9jb21tb24uaCBiL2RyaXZl cnMvYmxvY2sveGVuLWJsa2JhY2svY29tbW9uLmgKaW5kZXggNjhlODdhMC4u YzkyOWFlMiAxMDA2NDQKLS0tIGEvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFj ay9jb21tb24uaAorKysgYi9kcml2ZXJzL2Jsb2NrL3hlbi1ibGtiYWNrL2Nv bW1vbi5oCkBAIC00MDgsOCArNDA4LDggQEAgc3RhdGljIGlubGluZSB2b2lk IGJsa2lmX2dldF94ODZfMzJfcmVxKHN0cnVjdCBibGtpZl9yZXF1ZXN0ICpk c3QsCiAJCQkJCXN0cnVjdCBibGtpZl94ODZfMzJfcmVxdWVzdCAqc3JjKQog ewogCWludCBpLCBuID0gQkxLSUZfTUFYX1NFR01FTlRTX1BFUl9SRVFVRVNU LCBqOwotCWRzdC0+b3BlcmF0aW9uID0gc3JjLT5vcGVyYXRpb247Ci0Jc3dp dGNoIChzcmMtPm9wZXJhdGlvbikgeworCWRzdC0+b3BlcmF0aW9uID0gUkVB RF9PTkNFKHNyYy0+b3BlcmF0aW9uKTsKKwlzd2l0Y2ggKGRzdC0+b3BlcmF0 aW9uKSB7CiAJY2FzZSBCTEtJRl9PUF9SRUFEOgogCWNhc2UgQkxLSUZfT1Bf V1JJVEU6CiAJY2FzZSBCTEtJRl9PUF9XUklURV9CQVJSSUVSOgpAQCAtNDU2 LDggKzQ1Niw4IEBAIHN0YXRpYyBpbmxpbmUgdm9pZCBibGtpZl9nZXRfeDg2 XzY0X3JlcShzdHJ1Y3QgYmxraWZfcmVxdWVzdCAqZHN0LAogCQkJCQlzdHJ1 Y3QgYmxraWZfeDg2XzY0X3JlcXVlc3QgKnNyYykKIHsKIAlpbnQgaSwgbiA9 IEJMS0lGX01BWF9TRUdNRU5UU19QRVJfUkVRVUVTVCwgajsKLQlkc3QtPm9w ZXJhdGlvbiA9IHNyYy0+b3BlcmF0aW9uOwotCXN3aXRjaCAoc3JjLT5vcGVy YXRpb24pIHsKKwlkc3QtPm9wZXJhdGlvbiA9IFJFQURfT05DRShzcmMtPm9w ZXJhdGlvbik7CisJc3dpdGNoIChkc3QtPm9wZXJhdGlvbikgewogCWNhc2Ug QkxLSUZfT1BfUkVBRDoKIAljYXNlIEJMS0lGX09QX1dSSVRFOgogCWNhc2Ug QkxLSUZfT1BfV1JJVEVfQkFSUklFUjoKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSAwNmVlN2M3YmViMGI1MjQ1YjFkODc5Yzk3NTNmYWEyY2Y1YWQ5ODkx IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6NDA6NDMgKzAwMDAKU3ViamVj dDogW1BBVENIIDUvN10geGVuLWJsa2JhY2s6IHJlYWQgZnJvbSBpbmRpcmVj dCBkZXNjcmlwdG9ycyBvbmx5IG9uY2UKTUlNRS1WZXJzaW9uOiAxLjAKQ29u dGVudC1UeXBlOiB0ZXh0L3BsYWluOyBjaGFyc2V0PVVURi04CkNvbnRlbnQt VHJhbnNmZXItRW5jb2Rpbmc6IDhiaXQKClNpbmNlIGluZGlyZWN0IGRlc2Ny aXB0b3JzIGFyZSBpbiBtZW1vcnkgc2hhcmVkIHdpdGggdGhlIGZyb250ZW5k LCB0aGUKZnJvbnRlbmQgY291bGQgYWx0ZXIgdGhlIGZpcnN0X3NlY3QgYW5k IGxhc3Rfc2VjdCB2YWx1ZXMgYWZ0ZXIgdGhleSBoYXZlCmJlZW4gdmFsaWRh dGVkIGJ1dCBiZWZvcmUgdGhleSBhcmUgcmVjb3JkZWQgaW4gdGhlIHJlcXVl c3QuICBUaGlzIG1heQpyZXN1bHQgaW4gSS9PIHJlcXVlc3RzIHRoYXQgb3Zl cmZsb3cgdGhlIGZvcmVpZ24gcGFnZSwgcG9zc2libHkKb3ZlcndyaXRpbmcg bG9jYWwgcGFnZXMgd2hlbiB0aGUgSS9PIHJlcXVlc3QgaXMgZXhlY3V0ZWQu CgpXaGVuIHBhcnNpbmcgaW5kaXJlY3QgZGVzY3JpcHRvcnMsIG9ubHkgcmVh ZCBmaXJzdF9zZWN0IGFuZCBsYXN0X3NlY3QKb25jZS4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpTaWdu ZWQtb2ZmLWJ5OiBSb2dlciBQYXUgTW9ubsOpIDxyb2dlci5wYXVAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFi ZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRl ayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMv YmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jIHwgMTUgKysrKysrKysrKy0t LS0tCiAxIGZpbGUgY2hhbmdlZCwgMTAgaW5zZXJ0aW9ucygrKSwgNSBkZWxl dGlvbnMoLSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL2Jsb2NrL3hlbi1ibGti YWNrL2Jsa2JhY2suYyBiL2RyaXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxr YmFjay5jCmluZGV4IGY5MDk5OTQuLjQxZmIxYTkgMTAwNjQ0Ci0tLSBhL2Ry aXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jCisrKyBiL2RyaXZl cnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jCkBAIC05NTAsNiArOTUw LDggQEAgc3RhdGljIGludCB4ZW5fYmxrYmtfcGFyc2VfaW5kaXJlY3Qoc3Ry dWN0IGJsa2lmX3JlcXVlc3QgKnJlcSwKIAkJZ290byB1bm1hcDsKIAogCWZv ciAobiA9IDAsIGkgPSAwOyBuIDwgbnNlZzsgbisrKSB7CisJCXVpbnQ4X3Qg Zmlyc3Rfc2VjdCwgbGFzdF9zZWN0OworCiAJCWlmICgobiAlIFNFR1NfUEVS X0lORElSRUNUX0ZSQU1FKSA9PSAwKSB7CiAJCQkvKiBNYXAgaW5kaXJlY3Qg c2VnbWVudHMgKi8KIAkJCWlmIChzZWdtZW50cykKQEAgLTk1NywxNSArOTU5 LDE4IEBAIHN0YXRpYyBpbnQgeGVuX2Jsa2JrX3BhcnNlX2luZGlyZWN0KHN0 cnVjdCBibGtpZl9yZXF1ZXN0ICpyZXEsCiAJCQlzZWdtZW50cyA9IGttYXBf YXRvbWljKHBhZ2VzW24vU0VHU19QRVJfSU5ESVJFQ1RfRlJBTUVdLT5wYWdl KTsKIAkJfQogCQlpID0gbiAlIFNFR1NfUEVSX0lORElSRUNUX0ZSQU1FOwor CiAJCXBlbmRpbmdfcmVxLT5zZWdtZW50c1tuXS0+Z3JlZiA9IHNlZ21lbnRz W2ldLmdyZWY7Ci0JCXNlZ1tuXS5uc2VjID0gc2VnbWVudHNbaV0ubGFzdF9z ZWN0IC0KLQkJCXNlZ21lbnRzW2ldLmZpcnN0X3NlY3QgKyAxOwotCQlzZWdb bl0ub2Zmc2V0ID0gKHNlZ21lbnRzW2ldLmZpcnN0X3NlY3QgPDwgOSk7Ci0J CWlmICgoc2VnbWVudHNbaV0ubGFzdF9zZWN0ID49IChYRU5fUEFHRV9TSVpF ID4+IDkpKSB8fAotCQkgICAgKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA8IHNl Z21lbnRzW2ldLmZpcnN0X3NlY3QpKSB7CisKKwkJZmlyc3Rfc2VjdCA9IFJF QURfT05DRShzZWdtZW50c1tpXS5maXJzdF9zZWN0KTsKKwkJbGFzdF9zZWN0 ID0gUkVBRF9PTkNFKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCk7CisJCWlmIChs YXN0X3NlY3QgPj0gKFhFTl9QQUdFX1NJWkUgPj4gOSkgfHwgbGFzdF9zZWN0 IDwgZmlyc3Rfc2VjdCkgewogCQkJcmMgPSAtRUlOVkFMOwogCQkJZ290byB1 bm1hcDsKIAkJfQorCisJCXNlZ1tuXS5uc2VjID0gbGFzdF9zZWN0IC0gZmly c3Rfc2VjdCArIDE7CisJCXNlZ1tuXS5vZmZzZXQgPSBmaXJzdF9zZWN0IDw8 IDk7CiAJCXByZXEtPm5yX3NlY3RzICs9IHNlZ1tuXS5uc2VjOwogCX0KIAot LSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Transfer-Encoding: base64 RnJvbSA4OTczOWMxNGM3MmU1YzE2MjZhNWNkNWUwOWNiYjJlZmVhYWRiNmQ4 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBNb24sIDE2IE5vdiAy MDE1IDE4OjAyOjMyICswMDAwClN1YmplY3Q6IFtQQVRDSCA2LzddIHhlbi1z Y3NpYmFjazogc2FmZWx5IGNvcHkgcmVxdWVzdHMKClRoZSBjb3B5IG9mIHRo ZSByaW5nIHJlcXVlc3Qgd2FzIGxhY2tpbmcgYSBmb2xsb3dpbmcgYmFycmll cigpLApwb3RlbnRpYWxseSBhbGxvd2luZyB0aGUgY29tcGlsZXIgdG8gb3B0 aW1pemUgdGhlIGNvcHkgYXdheS4KClVzZSBSSU5HX0NPUFlfUkVRVUVTVCgp IHRvIGVuc3VyZSB0aGUgcmVxdWVzdCBpcyBjb3BpZWQgdG8gbG9jYWwKbWVt b3J5LgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1NS4KCkNDOiBzdGFibGVAdmdl ci5rZXJuZWwub3JnClJldmlld2VkLWJ5OiBKdWVyZ2VuIEdyb3NzIDxqZ3Jv c3NAc3VzZS5jb20+ClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2 aWQudnJhYmVsQGNpdHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBS emVzenV0ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBk cml2ZXJzL3hlbi94ZW4tc2NzaWJhY2suYyB8IDIgKy0KIDEgZmlsZSBjaGFu Z2VkLCAxIGluc2VydGlvbigrKSwgMSBkZWxldGlvbigtKQoKZGlmZiAtLWdp dCBhL2RyaXZlcnMveGVuL3hlbi1zY3NpYmFjay5jIGIvZHJpdmVycy94ZW4v eGVuLXNjc2liYWNrLmMKaW5kZXggNDNiY2FlOC4uYWQ0ZWIxMCAxMDA2NDQK LS0tIGEvZHJpdmVycy94ZW4veGVuLXNjc2liYWNrLmMKKysrIGIvZHJpdmVy cy94ZW4veGVuLXNjc2liYWNrLmMKQEAgLTcyNiw3ICs3MjYsNyBAQCBzdGF0 aWMgaW50IHNjc2liYWNrX2RvX2NtZF9mbihzdHJ1Y3QgdnNjc2lia19pbmZv ICppbmZvKQogCQlpZiAoIXBlbmRpbmdfcmVxKQogCQkJcmV0dXJuIDE7CiAK LQkJcmluZ19yZXEgPSAqUklOR19HRVRfUkVRVUVTVChyaW5nLCByYyk7CisJ CVJJTkdfQ09QWV9SRVFVRVNUKHJpbmcsIHJjLCAmcmluZ19yZXEpOwogCQly aW5nLT5yZXFfY29ucyA9ICsrcmM7CiAKIAkJZXJyID0gcHJlcGFyZV9wZW5k aW5nX3JlcXMoaW5mbywgJnJpbmdfcmVxLCBwZW5kaW5nX3JlcSk7Ci0tIAoy LjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch" Content-Transfer-Encoding: base64 RnJvbSBmNmY0Mzg4YzkxN2NlOTZiMDc1YTIzOWE0NTM1YjhlZmM2MDY0ZDE0 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IE1vbiwg MTYgTm92IDIwMTUgMTI6NDA6NDggLTA1MDAKU3ViamVjdDogW1BBVENIIDcv N10geGVuL3BjaWJhY2s6IFNhdmUgeGVuX3BjaV9vcCBjb21tYW5kcyBiZWZv cmUgcHJvY2Vzc2luZwogaXQKCkRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXRp ZXMgdGhhdCBoYXBwZW4gd2hlbiBhIHZhcmlhYmxlIGlzCmZldGNoZWQgdHdp Y2UgZnJvbSBzaGFyZWQgbWVtb3J5IGJ1dCBhIHNlY3VyaXR5IGNoZWNrIGlz IG9ubHkKcGVyZm9ybWVkIHRoZSBmaXJzdCB0aW1lLgoKVGhlIHhlbl9wY2li a19kb19vcCBmdW5jdGlvbiBwZXJmb3JtcyBhIHN3aXRjaCBzdGF0ZW1lbnRz IG9uIHRoZSBvcC0+Y21kCnZhbHVlIHdoaWNoIGlzIHN0b3JlZCBpbiBzaGFy ZWQgbWVtb3J5LiBJbnRlcmVzdGluZ2x5IHRoaXMgY2FuIHJlc3VsdAppbiBh IGRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXR5IGRlcGVuZGluZyBvbiB0aGUg cGVyZm9ybWVkIGNvbXBpbGVyCm9wdGltaXphdGlvbi4KClRoaXMgcGF0Y2gg Zml4ZXMgaXQgYnkgc2F2aW5nIHRoZSB4ZW5fcGNpX29wIGNvbW1hbmQgYmVm b3JlCnByb2Nlc3NpbmcgaXQuIFdlIGFsc28gdXNlICdiYXJyaWVyJyB0byBt YWtlIHN1cmUgdGhhdCB0aGUKY29tcGlsZXIgZG9lcyBub3QgcGVyZm9ybSBh bnkgb3B0aW1pemF0aW9uLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1NS4KCkND OiBzdGFibGVAdmdlci5rZXJuZWwub3JnClJldmlld2VkLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+ClNpZ25l ZC1vZmYtYnk6IEphbiBCZXVsaWNoIDxKQmV1bGljaEBzdXNlLmNvbT4KU2ln bmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxr b25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMveGVuL3hlbi1w Y2liYWNrL3BjaWJhY2suaCAgICAgfCAgMSArCiBkcml2ZXJzL3hlbi94ZW4t cGNpYmFjay9wY2liYWNrX29wcy5jIHwgMTUgKysrKysrKysrKysrKystCiAy IGZpbGVzIGNoYW5nZWQsIDE1IGluc2VydGlvbnMoKyksIDEgZGVsZXRpb24o LSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2li YWNrLmggYi9kcml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2liYWNrLmgKaW5k ZXggNThlMzhkNS4uNGQ1MjlmMyAxMDA2NDQKLS0tIGEvZHJpdmVycy94ZW4v eGVuLXBjaWJhY2svcGNpYmFjay5oCisrKyBiL2RyaXZlcnMveGVuL3hlbi1w Y2liYWNrL3BjaWJhY2suaApAQCAtMzcsNiArMzcsNyBAQCBzdHJ1Y3QgeGVu X3BjaWJrX2RldmljZSB7CiAJc3RydWN0IHhlbl9wY2lfc2hhcmVkaW5mbyAq c2hfaW5mbzsKIAl1bnNpZ25lZCBsb25nIGZsYWdzOwogCXN0cnVjdCB3b3Jr X3N0cnVjdCBvcF93b3JrOworCXN0cnVjdCB4ZW5fcGNpX29wIG9wOwogfTsK IAogc3RydWN0IHhlbl9wY2lia19kZXZfZGF0YSB7CmRpZmYgLS1naXQgYS9k cml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2liYWNrX29wcy5jIGIvZHJpdmVy cy94ZW4veGVuLXBjaWJhY2svcGNpYmFja19vcHMuYwppbmRleCBjNGEwNjY2 Li5hMGUwZTNlIDEwMDY0NAotLS0gYS9kcml2ZXJzL3hlbi94ZW4tcGNpYmFj ay9wY2liYWNrX29wcy5jCisrKyBiL2RyaXZlcnMveGVuL3hlbi1wY2liYWNr L3BjaWJhY2tfb3BzLmMKQEAgLTI5OCw5ICsyOTgsMTEgQEAgdm9pZCB4ZW5f cGNpYmtfZG9fb3Aoc3RydWN0IHdvcmtfc3RydWN0ICpkYXRhKQogCQljb250 YWluZXJfb2YoZGF0YSwgc3RydWN0IHhlbl9wY2lia19kZXZpY2UsIG9wX3dv cmspOwogCXN0cnVjdCBwY2lfZGV2ICpkZXY7CiAJc3RydWN0IHhlbl9wY2li a19kZXZfZGF0YSAqZGV2X2RhdGEgPSBOVUxMOwotCXN0cnVjdCB4ZW5fcGNp X29wICpvcCA9ICZwZGV2LT5zaF9pbmZvLT5vcDsKKwlzdHJ1Y3QgeGVuX3Bj aV9vcCAqb3AgPSAmcGRldi0+b3A7CiAJaW50IHRlc3RfaW50eCA9IDA7CiAK Kwkqb3AgPSBwZGV2LT5zaF9pbmZvLT5vcDsKKwliYXJyaWVyKCk7CiAJZGV2 ID0geGVuX3BjaWJrX2dldF9wY2lfZGV2KHBkZXYsIG9wLT5kb21haW4sIG9w LT5idXMsIG9wLT5kZXZmbik7CiAKIAlpZiAoZGV2ID09IE5VTEwpCkBAIC0z NDIsNiArMzQ0LDE3IEBAIHZvaWQgeGVuX3BjaWJrX2RvX29wKHN0cnVjdCB3 b3JrX3N0cnVjdCAqZGF0YSkKIAkJaWYgKChkZXZfZGF0YS0+ZW5hYmxlX2lu dHggIT0gdGVzdF9pbnR4KSkKIAkJCXhlbl9wY2lia19jb250cm9sX2lzcihk ZXYsIDAgLyogbm8gcmVzZXQgKi8pOwogCX0KKwlwZGV2LT5zaF9pbmZvLT5v cC5lcnIgPSBvcC0+ZXJyOworCXBkZXYtPnNoX2luZm8tPm9wLnZhbHVlID0g b3AtPnZhbHVlOworI2lmZGVmIENPTkZJR19QQ0lfTVNJCisJaWYgKG9wLT5j bWQgPT0gWEVOX1BDSV9PUF9lbmFibGVfbXNpeCAmJiBvcC0+ZXJyID09IDAp IHsKKwkJdW5zaWduZWQgaW50IGk7CisKKwkJZm9yIChpID0gMDsgaSA8IG9w LT52YWx1ZTsgaSsrKQorCQkJcGRldi0+c2hfaW5mby0+b3AubXNpeF9lbnRy aWVzW2ldLnZlY3RvciA9CisJCQkJb3AtPm1zaXhfZW50cmllc1tpXS52ZWN0 b3I7CisJfQorI2VuZGlmCiAJLyogVGVsbCB0aGUgZHJpdmVyIGRvbWFpbiB0 aGF0IHdlJ3JlIGRvbmUuICovCiAJd21iKCk7CiAJY2xlYXJfYml0KF9YRU5f UENJRl9hY3RpdmUsICh1bnNpZ25lZCBsb25nICopJnBkZXYtPnNoX2luZm8t PmZsYWdzKTsKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSBhNTY0NTZhYzNkZjI4NDMyZmZmNDRhOWE5NjIzZTJkZGZjODI2MTA2 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBUdWUsIDI0IE5vdiAy MDE1IDAyOjUxOjU2ICswMDAwClN1YmplY3Q6IFtQQVRDSCAxLzVdIG5ldGJz ZC94ZW46IEFkZCBSSU5HX0NPUFlfUkVRVUVTVCgpCgpVc2luZyBSSU5HX0dF VF9SRVFVRVNUKCkgb24gYSBzaGFyZWQgcmluZyBpcyBlYXN5IHRvIHVzZSBp bmNvcnJlY3RseQooaS5lLiwgYnkgbm90IGNvbnNpZGVyaW5nIHRoYXQgdGhl IG90aGVyIGVuZCBtYXkgYWx0ZXIgdGhlIGRhdGEgaW4gdGhlCnNoYXJlZCBy aW5nIHdoaWxlIGl0IGlzIGJlaW5nIGluc3BlY3RlZCkuICBTYWZlIHVzYWdl IG9mIGEgcmVxdWVzdApnZW5lcmFsbHkgcmVxdWlyZXMgdGFraW5nIGEgbG9j YWwgY29weS4KClByb3ZpZGUgYSBSSU5HX0NPUFlfUkVRVUVTVCgpIG1hY3Jv IHRvIHVzZSBpbnN0ZWFkIG9mClJJTkdfR0VUX1JFUVVFU1QoKSBhbmQgYW4g b3Blbi1jb2RlZCBtZW1jcHkoKS4gIFRoaXMgdGFrZXMgY2FyZSBvZgplbnN1 cmluZyB0aGF0IHRoZSBjb3B5IGlzIGRvbmUgY29ycmVjdGx5IHJlZ2FyZGxl c3Mgb2YgYW55IHBvc3NpYmxlCmNvbXBpbGVyIG9wdGltaXphdGlvbnMuCgpV c2UgYSB2b2xhdGlsZSBzb3VyY2UgdG8gcHJldmVudCB0aGUgY29tcGlsZXIg ZnJvbSByZW9yZGVyaW5nIG9yCm9taXR0aW5nIHRoZSBjb3B5LgoKVGhpcyBp cyBwYXJ0IG9mIFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJl bCA8ZGF2aWQudnJhYmVsQGNpdHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtv bnJhZCBSemVzenV0ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4K LS0tCnYyOiBVcGRhdGUgY29tbWVudCBhYm91dCBHQ0MgYnVnLgotLS0KIGFy Y2gveGVuL2luY2x1ZGUveGVuLXB1YmxpYy9pby9yaW5nLmggfCAxNCArKysr KysrKysrKysrKwogMSBmaWxlIGNoYW5nZWQsIDE0IGluc2VydGlvbnMoKykK CmRpZmYgLS1naXQgYS9hcmNoL3hlbi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8v cmluZy5oIGIvYXJjaC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3Jpbmcu aAppbmRleCAwOWMxODZjLi42MzBiODBlIDEwMDY0NAotLS0gYS9hcmNoL3hl bi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8vcmluZy5oCisrKyBiL2FyY2gveGVu L2luY2x1ZGUveGVuLXB1YmxpYy9pby9yaW5nLmgKQEAgLTIzNiw2ICsyMzYs MjAgQEAgdHlwZWRlZiBzdHJ1Y3QgX19uYW1lIyNfYmFja19yaW5nIF9fbmFt ZSMjX2JhY2tfcmluZ190CiAjZGVmaW5lIFJJTkdfR0VUX1JFUVVFU1QoX3Is IF9pZHgpICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBc CiAgICAgKCYoKF9yKS0+c3JpbmctPnJpbmdbKChfaWR4KSAmIChSSU5HX1NJ WkUoX3IpIC0gMSkpXS5yZXEpKQogCisvKgorICogR2V0IGEgbG9jYWwgY29w eSBvZiBhIHJlcXVlc3QuCisgKgorICogVXNlIHRoaXMgaW4gcHJlZmVyZW5j ZSB0byBSSU5HX0dFVF9SRVFVRVNUKCkgc28gYWxsIHByb2Nlc3NpbmcgaXMK KyAqIGRvbmUgb24gYSBsb2NhbCBjb3B5IHRoYXQgY2Fubm90IGJlIG1vZGlm aWVkIGJ5IHRoZSBvdGhlciBlbmQuCisgKgorICogTm90ZSB0aGF0IGh0dHBz Oi8vZ2NjLmdudS5vcmcvYnVnemlsbGEvc2hvd19idWcuY2dpP2lkPTU4MTQ1 IG1heSBjYXVzZSB0aGlzCisgKiB0byBiZSBpbmVmZmVjdGl2ZSB3aGVyZSBf cmVxIGlzIGEgc3RydWN0IHdoaWNoIGNvbnNpc3RzIG9mIG9ubHkgYml0Zmll bGRzLgorICovCisjZGVmaW5lIFJJTkdfQ09QWV9SRVFVRVNUKF9yLCBfaWR4 LCBfcmVxKSBkbyB7CQkJCVwKKwkvKiBVc2Ugdm9sYXRpbGUgdG8gZm9yY2Ug dGhlIGNvcHkgaW50byBfcmVxLiAqLwkJCVwKKwkqKF9yZXEpID0gKih2b2xh dGlsZSB0eXBlb2YoX3JlcSkpUklOR19HRVRfUkVRVUVTVChfciwgX2lkeCk7 CVwKK30gd2hpbGUgKDApCisKICNkZWZpbmUgUklOR19HRVRfUkVTUE9OU0Uo X3IsIF9pZHgpICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg IFwKICAgICAoJigoX3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdf U0laRShfcikgLSAxKSldLnJzcCkpCiAKLS0gCjIuNS4yCgo= --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch" Content-Transfer-Encoding: base64 RnJvbSAxYzY5N2NhNzZhNjcwYjA4ODNjZDZhMjAzODI4YzMzY2NmNGVjYjFl IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTM6MTYgKzAwMDAKU3ViamVjdDogW1BBVENIIDIv NV0gbmV0YnNkL25ldGJhY2s6IFVzZSBSSU5HX0NPUFlfUkVRVUVTVCBpbnN0 ZWFkIG9mCiBSSU5HX1JFUV9SRVFVRVNUCgpUaGlzIHdheSB3ZSBvcGVyYXRl IG9uIGEgbG9jYWwgY29weSBvZiB0aGUgZ3Vlc3QgUnguIFRoaXMgaXMgbW9y ZSB0aGFuCm5lY2Nlc3NhcnkgYXMgb25seSB0aGUgaWQgYW5kIGdyZWYgZmll bGRzIGFyZSB1c2VkIGFuZCBpdCBpcyBoYXJtbGVzcwppZiB0aGUgZnJvbnRl bmQgbW9kaWZpZXMgdGhlc2UuCgpGb3IgdGhlIFRYIHdlIGFsc28gY29weSB0 aGUgcmVxdWVzdCBhbmQgbWFrZSBzdXJlIHRvIHVzZSBvbmx5IHRoZQpsb2Nh bCBjb3B5LgoKVGhpcyBpcyBiYXNlZCBvZmYgTGludXggJ3hlbi1uZXRiYWNr OiB1c2UgUklOR19DT1BZX1JFUVVFU1QoKSB0aHJvdWdob3V0JwpwYXRjaC4K ClRoaXMgaXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25y YWQgUnplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0t LQogYXJjaC94ZW4veGVuL3hlbm5ldGJhY2tfeGVuYnVzLmMgfCA3OCArKysr KysrKysrKysrKysrKysrKy0tLS0tLS0tLS0tLS0tLS0tLS0tCiAxIGZpbGUg Y2hhbmdlZCwgNDAgaW5zZXJ0aW9ucygrKSwgMzggZGVsZXRpb25zKC0pCgpk aWZmIC0tZ2l0IGEvYXJjaC94ZW4veGVuL3hlbm5ldGJhY2tfeGVuYnVzLmMg Yi9hcmNoL3hlbi94ZW4veGVubmV0YmFja194ZW5idXMuYwppbmRleCA3Y2Mx NGFmLi4wZWYyMzUzIDEwMDY0NAotLS0gYS9hcmNoL3hlbi94ZW4veGVubmV0 YmFja194ZW5idXMuYworKysgYi9hcmNoL3hlbi94ZW4veGVubmV0YmFja194 ZW5idXMuYwpAQCAtNzE1LDcgKzcxNSw3IEBAIHhlbm5ldGJhY2tfZXZ0aGFu ZGxlcih2b2lkICphcmcpCiB7CiAJc3RydWN0IHhuZXRiYWNrX2luc3RhbmNl ICp4bmV0aSA9IGFyZzsKIAlzdHJ1Y3QgaWZuZXQgKmlmcCA9ICZ4bmV0aS0+ eG5pX2lmOwotCW5ldGlmX3R4X3JlcXVlc3RfdCAqdHhyZXE7CisJbmV0aWZf dHhfcmVxdWVzdF90IHR4cmVxOwogCXN0cnVjdCB4bmlfcGt0ICpwa3Q7CiAJ dmFkZHJfdCBwa3RfdmE7CiAJc3RydWN0IG1idWYgKm07CkBAIC03MzMsMzYg KzczMywzNiBAQCB4ZW5uZXRiYWNrX2V2dGhhbmRsZXIodm9pZCAqYXJnKQog CQkgICAgcmVjZWl2ZV9wZW5kaW5nKTsKIAkJaWYgKHJlY2VpdmVfcGVuZGlu ZyA9PSAwKQogCQkJYnJlYWs7Ci0JCXR4cmVxID0gUklOR19HRVRfUkVRVUVT VCgmeG5ldGktPnhuaV90eHJpbmcsIHJlcV9jb25zKTsKKwkJUklOR19DT1BZ X1JFUVVFU1QoJnhuZXRpLT54bmlfdHhyaW5nLCByZXFfY29ucywgJnR4cmVx KTsKIAkJeGVuX3JtYigpOwogCQlYRU5QUklOVEYoKCIlcyBwa3Qgc2l6ZSAl ZFxuIiwgeG5ldGktPnhuaV9pZi5pZl94bmFtZSwKLQkJICAgIHR4cmVxLT5z aXplKSk7CisJCSAgICB0eHJlcS5zaXplKSk7CiAJCXJlcV9jb25zKys7CiAJ CWlmIChfX3ByZWRpY3RfZmFsc2UoKGlmcC0+aWZfZmxhZ3MgJiAoSUZGX1VQ IHwgSUZGX1JVTk5JTkcpKSAhPQogCQkgICAgKElGRl9VUCB8IElGRl9SVU5O SU5HKSkpIHsKIAkJCS8qIGludGVyZmFjZSBub3QgdXAsIGRyb3AgKi8KLQkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLT5pZCwKKwkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLmlkLAogCQkJ ICAgIE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCWNvbnRpbnVlOwogCQl9CiAJ CS8qCiAJCSAqIERvIHNvbWUgc2FuaXR5IGNoZWNrcywgYW5kIG1hcCB0aGUg cGFja2V0J3MgcGFnZS4KIAkJICovCi0JCWlmIChfX3ByZWRpY3RfZmFsc2Uo dHhyZXEtPnNpemUgPCBFVEhFUl9IRFJfTEVOIHx8Ci0JCSAgIHR4cmVxLT5z aXplID4gKEVUSEVSX01BWF9MRU4gLSBFVEhFUl9DUkNfTEVOKSkpIHsKKwkJ aWYgKF9fcHJlZGljdF9mYWxzZSh0eHJlcS5zaXplIDwgRVRIRVJfSERSX0xF TiB8fAorCQkgICB0eHJlcS5zaXplID4gKEVUSEVSX01BWF9MRU4gLSBFVEhF Ul9DUkNfTEVOKSkpIHsKIAkJCXByaW50ZigiJXM6IHBhY2tldCBzaXplICVk IHRvbyBiaWdcbiIsCi0JCQkgICAgaWZwLT5pZl94bmFtZSwgdHhyZXEtPnNp emUpOwotCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEt PmlkLAorCQkJICAgIGlmcC0+aWZfeG5hbWUsIHR4cmVxLnNpemUpOworCQkJ eGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkg ICAgTkVUSUZfUlNQX0VSUk9SKTsKIAkJCWlmcC0+aWZfaWVycm9ycysrOwog CQkJY29udGludWU7CiAJCX0KIAkJLyogZG9uJ3QgY3Jvc3MgcGFnZSBib3Vu ZGFyaWVzICovCiAJCWlmIChfX3ByZWRpY3RfZmFsc2UoCi0JCSAgICB0eHJl cS0+b2Zmc2V0ICsgdHhyZXEtPnNpemUgPiBQQUdFX1NJWkUpKSB7CisJCSAg ICB0eHJlcS5vZmZzZXQgKyB0eHJlcS5zaXplID4gUEFHRV9TSVpFKSkgewog CQkJcHJpbnRmKCIlczogcGFja2V0IGNyb3NzIHBhZ2UgYm91bmRhcnlcbiIs CiAJCQkgICAgaWZwLT5pZl94bmFtZSk7Ci0JCQl4ZW5uZXRiYWNrX3R4X3Jl c3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQl4ZW5uZXRiYWNrX3R4X3Jl c3BvbnNlKHhuZXRpLCB0eHJlcS5pZCwKIAkJCSAgICBORVRJRl9SU1BfRVJS T1IpOwogCQkJaWZwLT5pZl9pZXJyb3JzKys7CiAJCQljb250aW51ZTsKQEAg LTc3NCwxNSArNzc0LDE1IEBAIHhlbm5ldGJhY2tfZXZ0aGFuZGxlcih2b2lk ICphcmcpCiAJCQlpZiAocmF0ZWNoZWNrKCZsYXN0dGltZSwgJnhuaV9wb29s X2VycmludHZsKSkKIAkJCQlwcmludGYoIiVzOiBtYnVmIGFsbG9jIGZhaWxl ZFxuIiwKIAkJCQkgICAgaWZwLT5pZl94bmFtZSk7Ci0JCQl4ZW5uZXRiYWNr X3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQl4ZW5uZXRiYWNr X3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS5pZCwKIAkJCSAgICBORVRJRl9S U1BfRFJPUFBFRCk7CiAJCQlpZnAtPmlmX2llcnJvcnMrKzsKIAkJCWNvbnRp bnVlOwogCQl9CiAKIAkJWEVOUFJJTlRGKCgiJXMgcGt0IG9mZnNldCAlZCBz aXplICVkIGlkICVkIHJlcV9jb25zICVkXG4iLAotCQkgICAgeG5ldGktPnhu aV9pZi5pZl94bmFtZSwgdHhyZXEtPm9mZnNldCwKLQkJICAgIHR4cmVxLT5z aXplLCB0eHJlcS0+aWQsIE1BU0tfTkVUSUZfVFhfSURYKHJlcV9jb25zKSkp OworCQkgICAgeG5ldGktPnhuaV9pZi5pZl94bmFtZSwgdHhyZXEub2Zmc2V0 LAorCQkgICAgdHhyZXEuc2l6ZSwgdHhyZXEuaWQsIE1BU0tfTkVUSUZfVFhf SURYKHJlcV9jb25zKSkpOwogCQkKIAkJcGt0ID0gcG9vbF9nZXQoJnhuaV9w a3RfcG9vbCwgUFJfTk9XQUlUKTsKIAkJaWYgKF9fcHJlZGljdF9mYWxzZShw a3QgPT0gTlVMTCkpIHsKQEAgLTc5MCwxNiArNzkwLDE2IEBAIHhlbm5ldGJh Y2tfZXZ0aGFuZGxlcih2b2lkICphcmcpCiAJCQlpZiAocmF0ZWNoZWNrKCZs YXN0dGltZSwgJnhuaV9wb29sX2VycmludHZsKSkKIAkJCQlwcmludGYoIiVz OiB4bmJwa3QgYWxsb2MgZmFpbGVkXG4iLAogCQkJCSAgICBpZnAtPmlmX3hu YW1lKTsKLQkJCXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVx LT5pZCwKKwkJCXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVx LmlkLAogCQkJICAgIE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCWlmcC0+aWZf aWVycm9ycysrOwogCQkJbV9mcmVlbShtKTsKIAkJCWNvbnRpbnVlOwogCQl9 Ci0JCWVyciA9IHhlbl9zaG1fbWFwKDEsIHhuZXRpLT54bmlfZG9taWQsICZ0 eHJlcS0+Z3JlZiwgJnBrdF92YSwKKwkJZXJyID0geGVuX3NobV9tYXAoMSwg eG5ldGktPnhuaV9kb21pZCwgJnR4cmVxLmdyZWYsICZwa3RfdmEsCiAJCSAg ICAmcGt0LT5wa3RfaGFuZGxlLCBYU0hNX1JPKTsKIAkJaWYgKF9fcHJlZGlj dF9mYWxzZShlcnIgPT0gRU5PTUVNKSkgewotCQkJeGVubmV0YmFja190eF9y ZXNwb25zZSh4bmV0aSwgdHhyZXEtPmlkLAorCQkJeGVubmV0YmFja190eF9y ZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkgICAgTkVUSUZfUlNQX0RS T1BQRUQpOwogCQkJaWZwLT5pZl9pZXJyb3JzKys7CiAJCQlwb29sX3B1dCgm eG5pX3BrdF9wb29sLCBwa3QpOwpAQCAtODEwLDcgKzgxMCw3IEBAIHhlbm5l dGJhY2tfZXZ0aGFuZGxlcih2b2lkICphcmcpCiAJCWlmIChfX3ByZWRpY3Rf ZmFsc2UoZXJyKSkgewogCQkJcHJpbnRmKCIlczogbWFwcGluZyBmb3JlaW5n IHBhZ2UgZmFpbGVkOiAlZFxuIiwKIAkJCSAgICB4bmV0aS0+eG5pX2lmLmlm X3huYW1lLCBlcnIpOwotCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0 aSwgdHhyZXEtPmlkLAorCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0 aSwgdHhyZXEuaWQsCiAJCQkgICAgTkVUSUZfUlNQX0VSUk9SKTsKIAkJCWlm cC0+aWZfaWVycm9ycysrOwogCQkJcG9vbF9wdXQoJnhuaV9wa3RfcG9vbCwg cGt0KTsKQEAgLTgyMCwxMyArODIwLDEzIEBAIHhlbm5ldGJhY2tfZXZ0aGFu ZGxlcih2b2lkICphcmcpCiAKIAkJaWYgKChpZnAtPmlmX2ZsYWdzICYgSUZG X1BST01JU0MpID09IDApIHsKIAkJCXN0cnVjdCBldGhlcl9oZWFkZXIgKmVo ID0KLQkJCSAgICAodm9pZCopKHBrdF92YSArIHR4cmVxLT5vZmZzZXQpOwor CQkJICAgICh2b2lkKikocGt0X3ZhICsgdHhyZXEub2Zmc2V0KTsKIAkJCWlm IChFVEhFUl9JU19NVUxUSUNBU1QoZWgtPmV0aGVyX2Rob3N0KSA9PSAwICYm CiAJCQkgICAgbWVtY21wKENMTEFERFIoaWZwLT5pZl9zYWRsKSwgZWgtPmV0 aGVyX2Rob3N0LAogCQkJICAgIEVUSEVSX0FERFJfTEVOKSAhPSAwKSB7CiAJ CQkJeG5pX3BrdF91bm1hcChwa3QsIHBrdF92YSk7CiAJCQkJbV9mcmVlbSht KTsKLQkJCQl4ZW5uZXRiYWNrX3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+ aWQsCisJCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEu aWQsCiAJCQkJICAgIE5FVElGX1JTUF9PS0FZKTsKIAkJCQljb250aW51ZTsg LyogcGFja2V0IGlzIG5vdCBmb3IgdXMgKi8KIAkJCX0KQEAgLTg0NSwzMSAr ODQ1LDMxIEBAIHNvIGFsd2F5cyBjb3B5IGZvciBub3cuCiAJCQkgKiBhY2sg aXQuIERlbGF5aW5nIGl0IHVudGlsIHRoZSBtYnVmIGlzCiAJCQkgKiBmcmVl ZCB3aWxsIHN0YWxsIHRyYW5zbWl0LgogCQkJICovCi0JCQltLT5tX2xlbiA9 IG1pbihNSExFTiwgdHhyZXEtPnNpemUpOworCQkJbS0+bV9sZW4gPSBtaW4o TUhMRU4sIHR4cmVxLnNpemUpOwogCQkJbS0+bV9wa3RoZHIubGVuID0gMDsK LQkJCW1fY29weWJhY2sobSwgMCwgdHhyZXEtPnNpemUsCi0JCQkgICAgKHZv aWQgKikocGt0X3ZhICsgdHhyZXEtPm9mZnNldCkpOworCQkJbV9jb3B5YmFj ayhtLCAwLCB0eHJlcS5zaXplLAorCQkJICAgICh2b2lkICopKHBrdF92YSAr IHR4cmVxLm9mZnNldCkpOwogCQkJeG5pX3BrdF91bm1hcChwa3QsIHBrdF92 YSk7Ci0JCQlpZiAobS0+bV9wa3RoZHIubGVuIDwgdHhyZXEtPnNpemUpIHsK KwkJCWlmIChtLT5tX3BrdGhkci5sZW4gPCB0eHJlcS5zaXplKSB7CiAJCQkJ aWZwLT5pZl9pZXJyb3JzKys7CiAJCQkJbV9mcmVlbShtKTsKLQkJCQl4ZW5u ZXRiYWNrX3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQkJeGVu bmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkJICAg IE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCQljb250aW51ZTsKIAkJCX0KLQkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLT5pZCwKKwkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLmlkLAogCQkJ ICAgIE5FVElGX1JTUF9PS0FZKTsKIAkJfSBlbHNlIHsKIAotCQkJcGt0LT5w a3RfaWQgPSB0eHJlcS0+aWQ7CisJCQlwa3QtPnBrdF9pZCA9IHR4cmVxLmlk OwogCQkJcGt0LT5wa3RfeG5ldGkgPSB4bmV0aTsKIAotCQkJTUVYVEFERCht LCBwa3RfdmEgKyB0eHJlcS0+b2Zmc2V0LAotCQkJICAgIHR4cmVxLT5zaXpl LCBNX0RFVkJVRiwgeGVubmV0YmFja190eF9mcmVlLCBwa3QpOwotCQkJbS0+ bV9wa3RoZHIubGVuID0gbS0+bV9sZW4gPSB0eHJlcS0+c2l6ZTsKKwkJCU1F WFRBREQobSwgcGt0X3ZhICsgdHhyZXEub2Zmc2V0LAorCQkJICAgIHR4cmVx LnNpemUsIE1fREVWQlVGLCB4ZW5uZXRiYWNrX3R4X2ZyZWUsIHBrdCk7CisJ CQltLT5tX3BrdGhkci5sZW4gPSBtLT5tX2xlbiA9IHR4cmVxLnNpemU7CiAJ CQltLT5tX2ZsYWdzIHw9IE1fRVhUX1JPTUFQOwogCQl9Ci0JCWlmICgodHhy ZXEtPmZsYWdzICYgTkVUVFhGX2NzdW1fYmxhbmspICE9IDApIHsKKwkJaWYg KCh0eHJlcS5mbGFncyAmIE5FVFRYRl9jc3VtX2JsYW5rKSAhPSAwKSB7CiAJ CQl4ZW5uZXRfY2hlY2tzdW1fZmlsbCgmbSk7CiAJCQlpZiAobSA9PSBOVUxM KSB7CiAJCQkJaWZwLT5pZl9pZXJyb3JzKys7CkBAIC05NTMsNiArOTUzLDcg QEAgeGVubmV0YmFja19pZnNvZnRzdGFydF90cmFuc2Zlcih2b2lkICphcmcp CiAJbW11X3VwZGF0ZV90ICptbXVwOwogCW11bHRpY2FsbF9lbnRyeV90ICpt Y2xwOwogCW5ldGlmX3J4X3Jlc3BvbnNlX3QgKnJ4cmVzcDsKKwluZXRpZl9y eF9yZXF1ZXN0X3QgcnhyZXE7CiAJUklOR19JRFggcmVxX3Byb2QsIHJlc3Bf cHJvZDsKIAlpbnQgZG9fZXZlbnQgPSAwOwogCWdudHRhYl90cmFuc2Zlcl90 ICpnb3A7CkBAIC0xMDI4LDEwICsxMDI5LDEwIEBAIHhlbm5ldGJhY2tfaWZz b2Z0c3RhcnRfdHJhbnNmZXIodm9pZCAqYXJnKQogCQkJCW5wcGl0ZW1zKys7 CiAJCQl9CiAJCQkvKiBzdGFydCBmaWxsaW5nIHJpbmcgKi8KLQkJCWdvcC0+ cmVmID0gUklOR19HRVRfUkVRVUVTVCgmeG5ldGktPnhuaV9yeHJpbmcsCi0J CQkgICAgeG5ldGktPnhuaV9yeHJpbmcucmVxX2NvbnMpLT5ncmVmOwotCQkJ aWQgPSBSSU5HX0dFVF9SRVFVRVNUKCZ4bmV0aS0+eG5pX3J4cmluZywKLQkJ CSAgICB4bmV0aS0+eG5pX3J4cmluZy5yZXFfY29ucyktPmlkOworCQkJUklO R19DT1BZX1JFUVVFU1QoJnhuZXRpLT54bmlfcnhyaW5nLAorCQkJICAgIHhu ZXRpLT54bmlfcnhyaW5nLnJlcV9jb25zLCAmcnhyZXEpOworCQkJZ29wLT5y ZWYgPSByeHJlcS5ncmVmOworCQkJaWQgPSByeHJlcS5pZDsKIAkJCXhlbl9y bWIoKTsKIAkJCXhuZXRpLT54bmlfcnhyaW5nLnJlcV9jb25zKys7CiAJCQly eHJlc3AgPSBSSU5HX0dFVF9SRVNQT05TRSgmeG5ldGktPnhuaV9yeHJpbmcs CkBAIC0xMTk4LDYgKzExOTksNyBAQCB4ZW5uZXRiYWNrX2lmc29mdHN0YXJ0 X2NvcHkodm9pZCAqYXJnKQogCXBhZGRyX3QgeG1pdF9tYTsKIAlpbnQgaSwg ajsKIAluZXRpZl9yeF9yZXNwb25zZV90ICpyeHJlc3A7CisJbmV0aWZfcnhf cmVxdWVzdF90IHJ4cmVxOwogCVJJTkdfSURYIHJlcV9wcm9kLCByZXNwX3By b2Q7CiAJaW50IGRvX2V2ZW50ID0gMDsKIAlnbnR0YWJfY29weV90ICpnb3A7 CkBAIC0xMzA5LDE2ICsxMzExLDE2IEBAIHhlbm5ldGJhY2tfaWZzb2Z0c3Rh cnRfY29weSh2b2lkICphcmcpCiAJCQlnb3AtPnNvdXJjZS5kb21pZCA9IERP TUlEX1NFTEY7CiAJCQlnb3AtPnNvdXJjZS51LmdtZm4gPSB4bWl0X21hID4+ IFBBR0VfU0hJRlQ7CiAKLQkJCWdvcC0+ZGVzdC51LnJlZiA9IFJJTkdfR0VU X1JFUVVFU1QoJnhuZXRpLT54bmlfcnhyaW5nLAotCQkJICAgIHhuZXRpLT54 bmlfcnhyaW5nLnJlcV9jb25zKS0+Z3JlZjsKKwkJCVJJTkdfQ09QWV9SRVFV RVNUKCZ4bmV0aS0+eG5pX3J4cmluZywKKwkJCSAgICB4bmV0aS0+eG5pX3J4 cmluZy5yZXFfY29ucywgJnJ4cmVxKTsKKwkJCWdvcC0+ZGVzdC51LnJlZiA9 IHJ4cmVxLmdyZWY7CiAJCQlnb3AtPmRlc3Qub2Zmc2V0ID0gMDsKIAkJCWdv cC0+ZGVzdC5kb21pZCA9IHhuZXRpLT54bmlfZG9taWQ7CiAKIAkJCWdvcC0+ bGVuID0gbS0+bV9wa3RoZHIubGVuOwogCQkJZ29wKys7CiAKLQkJCWlkID0g UklOR19HRVRfUkVRVUVTVCgmeG5ldGktPnhuaV9yeHJpbmcsCi0JCQkgICAg eG5ldGktPnhuaV9yeHJpbmcucmVxX2NvbnMpLT5pZDsKKwkJCWlkID0gcnhy ZXEuaWQ7CiAJCQl4ZW5fcm1iKCk7CiAJCQl4bmV0aS0+eG5pX3J4cmluZy5y ZXFfY29ucysrOwogCQkJcnhyZXNwID0gUklOR19HRVRfUkVTUE9OU0UoJnhu ZXRpLT54bmlfcnhyaW5nLAotLSAKMi41LjIKCg== --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch" Content-Transfer-Encoding: base64 RnJvbSBiMzY3Y2RiYTBjYzNlMmRlNDIzN2NhNzRmMzEwNDMxNDFkZWRhODky IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTQ6NDUgKzAwMDAKU3ViamVjdDogW1BBVENIIDMv NV0gbmV0YnNkL3Jpbmc6IEFkZCAnYmFycmllcicgdG8gcHJvdmlkZSBhbiBj b21waWxlcgogYmFycmllci4KCldlIG5lZWQgYW4gbWVjaGFuaXNtIHRvIGRp c2FibGUgdGhlIGNvbXBpbGVyIGZyb20gZ2VuZXJhdGluZyB0byBtdWNoCm9w dGltaXphdGlvbi4gVXNpbmcgdGhlICdiYXJyaWVyJyBtYWNybyB3aWxsIG1h a2UgdGhlIGNvbXBpbGVyIG5vdApvcHRpbWl6ZSB2YXJpYWJsZXMgcGFzdCB0 aGUgJ2JhcnJpZXInIChhcyBpbiwgcmUtdXNlIHRoZSByZWdpc3RlcnMKb3Ig b25seSByZWFkIHBhcnQgb2YgYSB2YWx1ZSBmcm9tIGEgbWVtb3J5KS4KClRo aXMgaXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQog YXJjaC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3JpbmcuaCB8IDIgKysK IDEgZmlsZSBjaGFuZ2VkLCAyIGluc2VydGlvbnMoKykKCmRpZmYgLS1naXQg YS9hcmNoL3hlbi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8vcmluZy5oIGIvYXJj aC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3JpbmcuaAppbmRleCAzMTZi Y2ViLi41Mjc4ZDA2IDEwMDY0NAotLS0gYS9hcmNoL3hlbi9pbmNsdWRlL3hl bi1wdWJsaWMvaW8vcmluZy5oCisrKyBiL2FyY2gveGVuL2luY2x1ZGUveGVu LXB1YmxpYy9pby9yaW5nLmgKQEAgLTM1LDYgKzM1LDcgQEAKICNkZWZpbmUg eGVuX21iKCkgIG1iKCkKICNkZWZpbmUgeGVuX3JtYigpIHJtYigpCiAjZGVm aW5lIHhlbl93bWIoKSB3bWIoKQorI2RlZmluZSBiYXJyaWVyKCkgICAgIF9f YXNtX18gX192b2xhdGlsZV9fKCIiOiA6IDoibWVtb3J5IikKICNlbmRpZgog I2VuZGlmCiAKQEAgLTQyLDYgKzQzLDcgQEAKICNkZWZpbmUgeGVuX21iKCkg IHg4Nl9tZmVuY2UoKQogI2RlZmluZSB4ZW5fcm1iKCkgeDg2X2xmZW5jZSgp CiAjZGVmaW5lIHhlbl93bWIoKSB4ODZfc2ZlbmNlKCkKKyNkZWZpbmUgYmFy cmllcigpICAgICBfX2FzbV9fIF9fdm9sYXRpbGVfXygiIjogOiA6Im1lbW9y eSIpCiAjZW5kaWYKIAogdHlwZWRlZiB1bnNpZ25lZCBpbnQgUklOR19JRFg7 Ci0tIAoyLjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch" Content-Transfer-Encoding: base64 RnJvbSBhMGM1MjgyYWZmNTFkNWU2NTIwY2FhOTA0MjA3Yjk3MzU2N2Q5MjBk IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTY6MDcgKzAwMDAKU3ViamVjdDogW1BBVENIIDQv NV0gbmV0YnNkL2Jsb2NrOiBvbmx5IHJlYWQgcmVxdWVzdCBvcGVyYXRpb24g ZnJvbSBzaGFyZWQKIHJpbmcgb25jZQoKVGhlIGNvbXBpbGVyIG1heSBsb2Fk IGEgc3dpdGNoIHN0YXRlbWVudCBtdWx0aXBsZSB0aW1lcyBmcm9tIHRoZSBz aGFyZWQKc3BhY2UuIFRoaXMgY291bGQgbGVhZCB0byB0aGUgZnJvbnRlbmQg bWFuaXB1bGF0aW5nIHRoZSBiYWNrZW5kIGludG8KdW5mb3JzZWVuIGJyYW5j aGVzLgoKV2Ugd2FudCB0byBlbnN1cmUgdGhhdCB0aGUgcmVxLT5vcGVyYXRp b24gaXMgb25seSByZWFkIG9uY2UgYW5kIHdlCmRvIHRoYXQgYnkgdXNpbmcg YW4gY29tcGlsZXIgYmFycmllci4KClRoaXMgaXMgcGFydCBvZiBYU0ExNTUu CgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnplc3p1dGVrIFdpbGsgPGtvbnJh ZC53aWxrQG9yYWNsZS5jb20+Ci0tLQogYXJjaC94ZW4veGVuL3hiZGJhY2tf eGVuYnVzLmMgfCAxICsKIDEgZmlsZSBjaGFuZ2VkLCAxIGluc2VydGlvbigr KQoKZGlmZiAtLWdpdCBhL2FyY2gveGVuL3hlbi94YmRiYWNrX3hlbmJ1cy5j IGIvYXJjaC94ZW4veGVuL3hiZGJhY2tfeGVuYnVzLmMKaW5kZXggOWVlMDc1 OC4uM2QxODAyMSAxMDA2NDQKLS0tIGEvYXJjaC94ZW4veGVuL3hiZGJhY2tf eGVuYnVzLmMKKysrIGIvYXJjaC94ZW4veGVuL3hiZGJhY2tfeGVuYnVzLmMK QEAgLTEwMjIsNiArMTAyMiw3IEBAIHhiZGJhY2tfY29fbWFpbl9sb29wKHN0 cnVjdCB4YmRiYWNrX2luc3RhbmNlICp4YmRpLCB2b2lkICpvYmopCiAJCQly ZXEtPnNlY3Rvcl9udW1iZXIgPSByZXE2NC0+c2VjdG9yX251bWJlcjsKIAkJ CWJyZWFrOwogCQl9CisJCWJhcnJpZXIoKTsKIAkJWEVOUFJJTlRGKCgieGJk YmFjayBvcCAlZCByZXFfY29ucyAweCV4IHJlcV9wcm9kIDB4JXggIgogCQkg ICAgInJlc3BfcHJvZCAweCV4IGlkICUiIFBSSXU2NCAiXG4iLCByZXEtPm9w ZXJhdGlvbiwKIAkJCXhiZGktPnhiZGlfcmluZy5yaW5nX24ucmVxX2NvbnMs Ci0tIAoyLjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch" Content-Transfer-Encoding: base64 RnJvbSAzZjM5ZTA1MWIyMzRiNGJkOGUzNmI4MjBhOTMyNTkxYWZkNjQxM2Ix IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTc6MjIgKzAwMDAKU3ViamVjdDogW1BBVENIIDUv NV0gbmV0YnNkL3BjaWJhY2s6IE9wZXJhdGUgb24gbG9jYWwgdmVyc2lvbiBv ZiB4ZW5fcGNpX29wCgpEb3VibGUgZmV0Y2ggdnVsbmVyYWJpbGl0aWVzIHRo YXQgaGFwcGVuIHdoZW4gYSB2YXJpYWJsZSBpcwpmZXRjaGVkIHR3aWNlIGZy b20gc2hhcmVkIG1lbW9yeSBidXQgYSBzZWN1cml0eSBjaGVjayBpcyBvbmx5 CnBlcmZvcm1lZCB0aGUgZmlyc3QgdGltZS4KClRoZSBwY2liYWNrX3hlbmJ1 c19ldnRoYW5kbGVyIGZ1bmN0aW9uIHBlcmZvcm1zIGEgc3dpdGNoIHN0YXRl bWVudHMgb24gdGhlCm9wLT5zaXplIGFuZCBvcC0+Y21kIHZhbHVlIHdoaWNo IGlzIHN0b3JlZCBpbiBzaGFyZWQgbWVtb3J5LgpJbnRlcmVzdGluZ2x5IHRo aXMgY2FuIHJlc3VsdCBpbiBhIGRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXR5 IGRlcGVuZGluZyBvbgp0aGUgcGVyZm9ybWVkIGNvbXBpbGVyIG9wdGltaXph dGlvbi4KClRoaXMgcGF0Y2ggZml4ZXMgaXQgYnkgc2F2aW5nIHRoZSB4ZW5f cGNpX29wIGNvbW1hbmQgYmVmb3JlCnByb2Nlc3NpbmcgaXQuIFdlIGFsc28g dXNlICdiYXJyaWVyJyB0byBtYWtlIHN1cmUgdGhhdCB0aGUKY29tcGlsZXIg ZG9lcyBub3QgcGVyZm9ybSBhbnkgb3B0aW1pemF0aW9uLgoKVGhpcyBpcyBw YXJ0IG9mIFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0 ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBhcmNoL3hl bi94ZW4vcGNpYmFjay5jIHwgOCArKysrKysrLQogMSBmaWxlIGNoYW5nZWQs IDcgaW5zZXJ0aW9ucygrKSwgMSBkZWxldGlvbigtKQoKZGlmZiAtLWdpdCBh L2FyY2gveGVuL3hlbi9wY2liYWNrLmMgYi9hcmNoL3hlbi94ZW4vcGNpYmFj ay5jCmluZGV4IDA0MmM4YzkuLjQ2YzgyMWMgMTAwNjQ0Ci0tLSBhL2FyY2gv eGVuL3hlbi9wY2liYWNrLmMKKysrIGIvYXJjaC94ZW4veGVuL3BjaWJhY2su YwpAQCAtMTg4LDYgKzE4OCw3IEBAIHN0cnVjdCBwYl94ZW5idXNfaW5zdGFu Y2UgewogCS8qIGNvbW11bmljYXRpb24gd2l0aCB0aGUgZG9tVSAqLwogICAg ICAgICB1bnNpZ25lZCBpbnQgcGJ4X2V2dGNobjsgLyogb3VyIGV2ZW4gY2hh bm5lbCAqLwogICAgICAgICBzdHJ1Y3QgeGVuX3BjaV9zaGFyZWRpbmZvICpw Ynhfc2hfaW5mbzsKKyAgICAgICAgc3RydWN0IHhlbl9wY2lfb3Agb3A7CiAg ICAgICAgIGdyYW50X2hhbmRsZV90IHBieF9zaGluZm9faGFuZGxlOyAvKiB0 byB1bm1hcCBzaGFyZWQgcGFnZSAqLwogfTsKIApAQCAtNzIxLDEzICs3MjIs MTYgQEAgcGNpYmFja194ZW5idXNfZXZ0aGFuZGxlcih2b2lkICogYXJnKQog ewogCXN0cnVjdCBwYl94ZW5idXNfaW5zdGFuY2UgKnBieGkgPSBhcmc7CiAJ c3RydWN0IHBjaWJhY2tfcGNpX2RldiAqcGJkOwotCXN0cnVjdCB4ZW5fcGNp X29wICpvcCA9ICZwYnhpLT5wYnhfc2hfaW5mby0+b3A7CisJc3RydWN0IHhl bl9wY2lfb3AgKm9wID0gJnBieGktPm9wOwogCXVfaW50IGJ1cywgZGV2LCBm dW5jOwogCiAJaHlwZXJ2aXNvcl9jbGVhcl9ldmVudChwYnhpLT5wYnhfZXZ0 Y2huKTsKIAlpZiAoeGVuX2F0b21pY190ZXN0X2JpdCgmcGJ4aS0+cGJ4X3No X2luZm8tPmZsYWdzLAogCSAgICBfWEVOX1BDSUZfYWN0aXZlKSA9PSAwKQog CQlyZXR1cm4gMDsKKworCW1lbWNweShvcCwgJnBieGktPnBieF9zaF9pbmZv LT5vcCwgc2l6ZW9mIChzdHJ1Y3QgeGVuX3BjaV9vcCkpOworCWJhcnJpZXIo KTsKIAlpZiAob3AtPmRvbWFpbiAhPSAwKSB7CiAJCWFwcmludF9lcnJvcigi cGNpYmFjazogZG9tYWluICVkICE9IDAiLCBvcC0+ZG9tYWluKTsKIAkJb3At PmVyciA9IFhFTl9QQ0lfRVJSX2Rldl9ub3RfZm91bmQ7CkBAIC03OTQsNiAr Nzk4LDggQEAgcGNpYmFja194ZW5idXNfZXZ0aGFuZGxlcih2b2lkICogYXJn KQogCQlhcHJpbnRfZXJyb3IoInBjaWJhY2s6IHVua25vd24gY21kICVkXG4i LCBvcC0+Y21kKTsKIAkJb3AtPmVyciA9IFhFTl9QQ0lfRVJSX25vdF9pbXBs ZW1lbnRlZDsKIAl9CisJcGJ4aS0+cGJ4X3NoX2luZm8tPm9wLnZhbHVlID0g b3AtPnZhbHVlOworCXBieGktPnBieF9zaF9pbmZvLT5vcC5lcnIgPSBvcC0+ ZXJyOwogZW5kOgogCXhlbl9hdG9taWNfY2xlYXJfYml0KCZwYnhpLT5wYnhf c2hfaW5mby0+ZmxhZ3MsIF9YRU5fUENJRl9hY3RpdmUpOwogCWh5cGVydmlz b3Jfbm90aWZ5X3ZpYV9ldnRjaG4ocGJ4aS0+cGJ4X2V2dGNobik7Ci0tIAoy LjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-qemu-qdisk-double-access.patch" Content-Disposition: attachment; filename="xsa155-qemu-qdisk-double-access.patch" Content-Transfer-Encoding: base64 eGVuL2Jsa2lmOiBBdm9pZCBkb3VibGUgYWNjZXNzIHRvIHNyYy0+bnJfc2Vn bWVudHMKCnNyYyBpcyBzdG9yZWQgaW4gc2hhcmVkIG1lbW9yeSBhbmQgc3Jj LT5ucl9zZWdtZW50cyBpcyBkZXJlZmVyZW5jZWQKdHdpY2UgYXQgdGhlIGVu ZCBvZiB0aGUgZnVuY3Rpb24uICBJZiBhIGNvbXBpbGVyIGRlY2lkZXMgdG8g Y29tcGlsZSB0aGlzCmludG8gdHdvIHNlcGFyYXRlIG1lbW9yeSBhY2Nlc3Nl cyB0aGVuIHRoZSBzaXplIGxpbWl0YXRpb24gY291bGQgYmUKYnlwYXNzZWQu CgpGaXggaXQgYnkgcmVtb3ZpbmcgdGhlIGRvdWJsZSBhY2Nlc3MgdG8gc3Jj LT5ucl9zZWdtZW50cy4KClRoaXMgaXMgcGFydCBvZiBYU0EtMTU1LgoKU2ln bmVkLW9mZi1ieTogU3RlZmFubyBTdGFiZWxsaW5pIDxzdGVmYW5vLnN0YWJl bGxpbmlAZXUuY2l0cml4LmNvbT4KCmRpZmYgLS1naXQgYS9ody9ibG9jay94 ZW5fYmxraWYuaCBiL2h3L2Jsb2NrL3hlbl9ibGtpZi5oCmluZGV4IDcxMWI2 OTIuLjllNzFlMDAgMTAwNjQ0Ci0tLSBhL2h3L2Jsb2NrL3hlbl9ibGtpZi5o CisrKyBiL2h3L2Jsb2NrL3hlbl9ibGtpZi5oCkBAIC04NSw4ICs4NSwxMCBA QCBzdGF0aWMgaW5saW5lIHZvaWQgYmxraWZfZ2V0X3g4Nl8zMl9yZXEoYmxr aWZfcmVxdWVzdF90ICpkc3QsIGJsa2lmX3g4Nl8zMl9yZXF1ZQogCQlkLT5u cl9zZWN0b3JzID0gcy0+bnJfc2VjdG9yczsKIAkJcmV0dXJuOwogCX0KLQlp ZiAobiA+IHNyYy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21l bnRzOworCS8qIHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemlu ZyB0aGUgY29kZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFk ICovCisJYmFycmllcigpOworCWlmIChuID4gZHN0LT5ucl9zZWdtZW50cykK KwkJbiA9IGRzdC0+bnJfc2VnbWVudHM7CiAJZm9yIChpID0gMDsgaSA8IG47 IGkrKykKIAkJZHN0LT5zZWdbaV0gPSBzcmMtPnNlZ1tpXTsKIH0KQEAgLTEw Niw4ICsxMDgsMTAgQEAgc3RhdGljIGlubGluZSB2b2lkIGJsa2lmX2dldF94 ODZfNjRfcmVxKGJsa2lmX3JlcXVlc3RfdCAqZHN0LCBibGtpZl94ODZfNjRf cmVxdWUKIAkJZC0+bnJfc2VjdG9ycyA9IHMtPm5yX3NlY3RvcnM7CiAJCXJl dHVybjsKIAl9Ci0JaWYgKG4gPiBzcmMtPm5yX3NlZ21lbnRzKQotCQluID0g c3JjLT5ucl9zZWdtZW50czsKKwkvKiBwcmV2ZW50IHRoZSBjb21waWxlciBm cm9tIG9wdGltaXppbmcgdGhlIGNvZGUgYW5kIHVzaW5nIHNyYy0+bnJfc2Vn bWVudHMgaW5zdGVhZCAqLworCWJhcnJpZXIoKTsKKwlpZiAobiA+IGRzdC0+ bnJfc2VnbWVudHMpCisJCW4gPSBkc3QtPm5yX3NlZ21lbnRzOwogCWZvciAo aSA9IDA7IGkgPCBuOyBpKyspCiAJCWRzdC0+c2VnW2ldID0gc3JjLT5zZWdb aV07CiB9Cg== --=separator Content-Type: application/octet-stream; name="xsa155-qemut-qdisk-double-access.patch" Content-Disposition: attachment; filename="xsa155-qemut-qdisk-double-access.patch" Content-Transfer-Encoding: base64 RnJvbSAyNzk0MmIwY2IyMzI3ZTkzZGViMTIzMjZiYmU3YjM2YzgxZjlmYTdi IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBTdGVmYW5vIFN0YWJl bGxpbmkgPHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgpEYXRl OiBGcmksIDIwIE5vdiAyMDE1IDEwOjU2OjAwIC0wNTAwClN1YmplY3Q6IFtQ QVRDSF0gYmxraWY6IEF2b2lkIGRvdWJsZSBhY2Nlc3MgdG8gc3JjLT5ucl9z ZWdtZW50cwoKc3JjIGlzIHN0b3JlZCBpbiBzaGFyZWQgbWVtb3J5IGFuZCBz cmMtPm5yX3NlZ21lbnRzIGlzIGRlcmVmZXJlbmNlZAp0d2ljZSBhdCB0aGUg ZW5kIG9mIHRoZSBmdW5jdGlvbi4gIElmIGEgY29tcGlsZXIgZGVjaWRlcyB0 byBjb21waWxlIHRoaXMKaW50byB0d28gc2VwYXJhdGUgbWVtb3J5IGFjY2Vz c2VzIHRoZW4gdGhlIHNpemUgbGltaXRhdGlvbiBjb3VsZCBiZQpieXBhc3Nl ZC4KCkZpeCBpdCBieSByZW1vdmluZyB0aGUgZG91YmxlIGFjY2VzcyB0byBz cmMtPm5yX3NlZ21lbnRzLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQS0xNTUuCgpT aWduZWQtb2ZmLWJ5OiBTdGVmYW5vIFN0YWJlbGxpbmkgPHN0ZWZhbm8uc3Rh YmVsbGluaUBldS5jaXRyaXguY29tPgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQog aHcveGVuX2Jsa2lmLmggfCAxMiArKysrKysrKy0tLS0KIDEgZmlsZSBjaGFu Z2VkLCA4IGluc2VydGlvbnMoKyksIDQgZGVsZXRpb25zKC0pCgpkaWZmIC0t Z2l0IGEvaHcveGVuX2Jsa2lmLmggYi9ody94ZW5fYmxraWYuaAppbmRleCBj YTNhNjViLi5lYjI5Y2IxIDEwMDY0NAotLS0gYS9ody94ZW5fYmxraWYuaAor KysgYi9ody94ZW5fYmxraWYuaApAQCAtNzksOCArNzksMTAgQEAgc3RhdGlj IGlubGluZSB2b2lkIGJsa2lmX2dldF94ODZfMzJfcmVxKGJsa2lmX3JlcXVl c3RfdCAqZHN0LCBibGtpZl94ODZfMzJfcmVxdWUKIAlkc3QtPmhhbmRsZSA9 IHNyYy0+aGFuZGxlOwogCWRzdC0+aWQgPSBzcmMtPmlkOwogCWRzdC0+c2Vj dG9yX251bWJlciA9IHNyYy0+c2VjdG9yX251bWJlcjsKLQlpZiAobiA+IHNy Yy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21lbnRzOworCS8q IHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemluZyB0aGUgY29k ZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFkICovCisJeGVu X21iKCk7CisJaWYgKG4gPiBkc3QtPm5yX3NlZ21lbnRzKQorCQluID0gZHN0 LT5ucl9zZWdtZW50czsKIAlmb3IgKGkgPSAwOyBpIDwgbjsgaSsrKQogCQlk c3QtPnNlZ1tpXSA9IHNyYy0+c2VnW2ldOwogfQpAQCAtOTQsOCArOTYsMTAg QEAgc3RhdGljIGlubGluZSB2b2lkIGJsa2lmX2dldF94ODZfNjRfcmVxKGJs a2lmX3JlcXVlc3RfdCAqZHN0LCBibGtpZl94ODZfNjRfcmVxdWUKIAlkc3Qt PmhhbmRsZSA9IHNyYy0+aGFuZGxlOwogCWRzdC0+aWQgPSBzcmMtPmlkOwog CWRzdC0+c2VjdG9yX251bWJlciA9IHNyYy0+c2VjdG9yX251bWJlcjsKLQlp ZiAobiA+IHNyYy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21l bnRzOworCS8qIHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemlu ZyB0aGUgY29kZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFk ICovCisJeGVuX21iKCk7CisJaWYgKG4gPiBkc3QtPm5yX3NlZ21lbnRzKQor CQluID0gZHN0LT5ucl9zZWdtZW50czsKIAlmb3IgKGkgPSAwOyBpIDwgbjsg aSsrKQogCQlkc3QtPnNlZ1tpXSA9IHNyYy0+c2VnW2ldOwogfQotLSAKMi40 LjMKCg== --=separator Content-Type: application/octet-stream; name="xsa155-qemut-xenfb.patch" Content-Disposition: attachment; filename="xsa155-qemut-xenfb.patch" Content-Transfer-Encoding: base64 RnJvbSAwZmZkNDU0NzY2NWQyZmVjNjQ4YWIyYzlmZjg1NmM1ZDlkYjliMDdj IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBTdGVmYW5vIFN0YWJl bGxpbmkgPHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgpEYXRl OiBGcmksIDIwIE5vdiAyMDE1IDEwOjM3OjA4IC0wNTAwClN1YmplY3Q6IFtQ QVRDSCAyLzJdIHhlbmZiOiBhdm9pZCByZWFkaW5nIHR3aWNlIHRoZSBzYW1l IGZpZWxkcyBmcm9tIHRoZQogc2hhcmVkIHBhZ2UKClJlYWRpbmcgdHdpY2Ug dGhlIHNhbWUgZmllbGQgY291bGQgZ2l2ZSB0aGUgZ3Vlc3QgYW4gYXR0YWNr IG9mCm9wcG9ydHVuaXR5LiBJbiB0aGUgY2FzZSBvZiBldmVudC0+dHlwZSwg Z2NjIGNvdWxkIGNvbXBpbGUgdGhlIHN3aXRjaApzdGF0ZW1lbnQgaW50byBh IGp1bXAgdGFibGUsIGVmZmVjdGl2ZWx5IGVuZGluZyB1cCByZWFkaW5nIHRo ZSB0eXBlCmZpZWxkIG11bHRpcGxlIHRpbWVzLgoKVGhpcyBpcyBwYXJ0IG9m IFhTQS0xNTUuCgpTaWduZWQtb2ZmLWJ5OiBTdGVmYW5vIFN0YWJlbGxpbmkg PHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgotLS0KIGh3L3hl bmZiLmMgfCAxMCArKysrKystLS0tCiAxIGZpbGUgY2hhbmdlZCwgNiBpbnNl cnRpb25zKCspLCA0IGRlbGV0aW9ucygtKQoKZGlmZiAtLWdpdCBhL2h3L3hl bmZiLmMgYi9ody94ZW5mYi5jCmluZGV4IDc1YjJiYzIuLjM2OWQ0NWQgMTAw NjQ0Ci0tLSBhL2h3L3hlbmZiLmMKKysrIGIvaHcveGVuZmIuYwpAQCAtODI3 LDE4ICs4MjcsMjAgQEAgc3RhdGljIHZvaWQgeGVuZmJfaW52YWxpZGF0ZSh2 b2lkICpvcGFxdWUpCiAKIHN0YXRpYyB2b2lkIHhlbmZiX2hhbmRsZV9ldmVu dHMoc3RydWN0IFhlbkZCICp4ZW5mYikKIHsKLSAgICB1aW50MzJfdCBwcm9k LCBjb25zOworICAgIHVpbnQzMl90IHByb2QsIGNvbnMsIG91dF9jb25zOwog ICAgIHN0cnVjdCB4ZW5mYl9wYWdlICpwYWdlID0geGVuZmItPmMucGFnZTsK IAogICAgIHByb2QgPSBwYWdlLT5vdXRfcHJvZDsKLSAgICBpZiAocHJvZCA9 PSBwYWdlLT5vdXRfY29ucykKKyAgICBvdXRfY29ucyA9IHBhZ2UtPm91dF9j b25zOworICAgIGlmIChwcm9kID09IG91dF9jb25zKQogCXJldHVybjsKICAg ICB4ZW5fcm1iKCk7CQkvKiBlbnN1cmUgd2Ugc2VlIHJpbmcgY29udGVudHMg dXAgdG8gcHJvZCAqLwotICAgIGZvciAoY29ucyA9IHBhZ2UtPm91dF9jb25z OyBjb25zICE9IHByb2Q7IGNvbnMrKykgeworICAgIGZvciAoY29ucyA9IG91 dF9jb25zOyBjb25zICE9IHByb2Q7IGNvbnMrKykgewogCXVuaW9uIHhlbmZi X291dF9ldmVudCAqZXZlbnQgPSAmWEVORkJfT1VUX1JJTkdfUkVGKHBhZ2Us IGNvbnMpOworICAgICAgICB1aW50OF90IHR5cGUgPSBldmVudC0+dHlwZTsK IAlpbnQgeCwgeSwgdywgaDsKIAotCXN3aXRjaCAoZXZlbnQtPnR5cGUpIHsK Kwlzd2l0Y2ggKHR5cGUpIHsKIAljYXNlIFhFTkZCX1RZUEVfVVBEQVRFOgog CSAgICBpZiAoeGVuZmItPnVwX2NvdW50ID09IFVQX1FVRVVFKQogCQl4ZW5m Yi0+dXBfZnVsbHNjcmVlbiA9IDE7Ci0tIAoyLjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-qemu-xenfb.patch" Content-Disposition: attachment; filename="xsa155-qemu-xenfb.patch" Content-Transfer-Encoding: base64 eGVuZmI6IGF2b2lkIHJlYWRpbmcgdHdpY2UgdGhlIHNhbWUgZmllbGRzIGZy b20gdGhlIHNoYXJlZCBwYWdlCgpSZWFkaW5nIHR3aWNlIHRoZSBzYW1lIGZp ZWxkIGNvdWxkIGdpdmUgdGhlIGd1ZXN0IGFuIGF0dGFjayBvZgpvcHBvcnR1 bml0eS4gSW4gdGhlIGNhc2Ugb2YgZXZlbnQtPnR5cGUsIGdjYyBjb3VsZCBj b21waWxlIHRoZSBzd2l0Y2gKc3RhdGVtZW50IGludG8gYSBqdW1wIHRhYmxl LCBlZmZlY3RpdmVseSBlbmRpbmcgdXAgcmVhZGluZyB0aGUgdHlwZQpmaWVs ZCBtdWx0aXBsZSB0aW1lcy4KClRoaXMgaXMgcGFydCBvZiBYU0EtMTU1LgoK U2lnbmVkLW9mZi1ieTogU3RlZmFubyBTdGFiZWxsaW5pIDxzdGVmYW5vLnN0 YWJlbGxpbmlAZXUuY2l0cml4LmNvbT4KCgpkaWZmIC0tZ2l0IGEvaHcvZGlz cGxheS94ZW5mYi5jIGIvaHcvZGlzcGxheS94ZW5mYi5jCmluZGV4IDVlMzI0 ZWYuLjRlMmEyN2EgMTAwNjQ0Ci0tLSBhL2h3L2Rpc3BsYXkveGVuZmIuYwor KysgYi9ody9kaXNwbGF5L3hlbmZiLmMKQEAgLTc4NCwxOCArNzg0LDIwIEBA IHN0YXRpYyB2b2lkIHhlbmZiX2ludmFsaWRhdGUodm9pZCAqb3BhcXVlKQog CiBzdGF0aWMgdm9pZCB4ZW5mYl9oYW5kbGVfZXZlbnRzKHN0cnVjdCBYZW5G QiAqeGVuZmIpCiB7Ci0gICAgdWludDMyX3QgcHJvZCwgY29uczsKKyAgICB1 aW50MzJfdCBwcm9kLCBjb25zLCBvdXRfY29uczsKICAgICBzdHJ1Y3QgeGVu ZmJfcGFnZSAqcGFnZSA9IHhlbmZiLT5jLnBhZ2U7CiAKICAgICBwcm9kID0g cGFnZS0+b3V0X3Byb2Q7Ci0gICAgaWYgKHByb2QgPT0gcGFnZS0+b3V0X2Nv bnMpCisgICAgb3V0X2NvbnMgPSBwYWdlLT5vdXRfY29uczsKKyAgICBpZiAo cHJvZCA9PSBvdXRfY29ucykKIAlyZXR1cm47CiAgICAgeGVuX3JtYigpOwkJ LyogZW5zdXJlIHdlIHNlZSByaW5nIGNvbnRlbnRzIHVwIHRvIHByb2QgKi8K LSAgICBmb3IgKGNvbnMgPSBwYWdlLT5vdXRfY29uczsgY29ucyAhPSBwcm9k OyBjb25zKyspIHsKKyAgICBmb3IgKGNvbnMgPSBvdXRfY29uczsgY29ucyAh PSBwcm9kOyBjb25zKyspIHsKIAl1bmlvbiB4ZW5mYl9vdXRfZXZlbnQgKmV2 ZW50ID0gJlhFTkZCX09VVF9SSU5HX1JFRihwYWdlLCBjb25zKTsKKyAgICAg ICAgdWludDhfdCB0eXBlID0gZXZlbnQtPnR5cGU7CiAJaW50IHgsIHksIHcs IGg7CiAKLQlzd2l0Y2ggKGV2ZW50LT50eXBlKSB7CisJc3dpdGNoICh0eXBl KSB7CiAJY2FzZSBYRU5GQl9UWVBFX1VQREFURToKIAkgICAgaWYgKHhlbmZi LT51cF9jb3VudCA9PSBVUF9RVUVVRSkKIAkJeGVuZmItPnVwX2Z1bGxzY3Jl ZW4gPSAxOwo= --=separator Content-Type: application/octet-stream; name="xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSAxMmIxMTY1OGE5ZDZhNjU0YTFlN2FjYmYyZjJkNTZjZTlhMzk2Yzg2 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDIwIE5vdiAy MDE1IDExOjU5OjA1IC0wNTAwClN1YmplY3Q6IFtQQVRDSCAxLzNdIHhlbjog QWRkIFJJTkdfQ09QWV9SRVFVRVNUKCkKClVzaW5nIFJJTkdfR0VUX1JFUVVF U1QoKSBvbiBhIHNoYXJlZCByaW5nIGlzIGVhc3kgdG8gdXNlIGluY29ycmVj dGx5CihpLmUuLCBieSBub3QgY29uc2lkZXJpbmcgdGhhdCB0aGUgb3RoZXIg ZW5kIG1heSBhbHRlciB0aGUgZGF0YSBpbiB0aGUKc2hhcmVkIHJpbmcgd2hp bGUgaXQgaXMgYmVpbmcgaW5zcGVjdGVkKS4gIFNhZmUgdXNhZ2Ugb2YgYSBy ZXF1ZXN0CmdlbmVyYWxseSByZXF1aXJlcyB0YWtpbmcgYSBsb2NhbCBjb3B5 LgoKUHJvdmlkZSBhIFJJTkdfQ09QWV9SRVFVRVNUKCkgbWFjcm8gdG8gdXNl IGluc3RlYWQgb2YKUklOR19HRVRfUkVRVUVTVCgpIGFuZCBhbiBvcGVuLWNv ZGVkIG1lbWNweSgpLiAgVGhpcyB0YWtlcyBjYXJlIG9mCmVuc3VyaW5nIHRo YXQgdGhlIGNvcHkgaXMgZG9uZSBjb3JyZWN0bHkgcmVnYXJkbGVzcyBvZiBh bnkgcG9zc2libGUKY29tcGlsZXIgb3B0aW1pemF0aW9ucy4KClVzZSBhIHZv bGF0aWxlIHNvdXJjZSB0byBwcmV2ZW50IHRoZSBjb21waWxlciBmcm9tIHJl b3JkZXJpbmcgb3IKb21pdHRpbmcgdGhlIGNvcHkuCgpUaGlzIGlzIHBhcnQg b2YgWFNBMTU1LgoKU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZp ZC52cmFiZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6 ZXN6dXRlayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KdjI6 IEFkZCBjb21tZW50IGFib3V0IEdDQyBidWcuCi0tLQogeGVuL2luY2x1ZGUv cHVibGljL2lvL3JpbmcuaCB8IDE0ICsrKysrKysrKysrKysrCiAxIGZpbGUg Y2hhbmdlZCwgMTQgaW5zZXJ0aW9ucygrKQoKZGlmZiAtLWdpdCBhL3hlbi9p bmNsdWRlL3B1YmxpYy9pby9yaW5nLmggYi94ZW4vaW5jbHVkZS9wdWJsaWMv aW8vcmluZy5oCmluZGV4IGJhOTQwMWIuLjgwMWMwZGEgMTAwNjQ0Ci0tLSBh L3hlbi9pbmNsdWRlL3B1YmxpYy9pby9yaW5nLmgKKysrIGIveGVuL2luY2x1 ZGUvcHVibGljL2lvL3JpbmcuaApAQCAtMjEyLDYgKzIxMiwyMCBAQCB0eXBl ZGVmIHN0cnVjdCBfX25hbWUjI19iYWNrX3JpbmcgX19uYW1lIyNfYmFja19y aW5nX3QKICNkZWZpbmUgUklOR19HRVRfUkVRVUVTVChfciwgX2lkeCkgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIFwKICAgICAoJigo X3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0laRShfcikgLSAx KSldLnJlcSkpCiAKKy8qCisgKiBHZXQgYSBsb2NhbCBjb3B5IG9mIGEgcmVx dWVzdC4KKyAqCisgKiBVc2UgdGhpcyBpbiBwcmVmZXJlbmNlIHRvIFJJTkdf R0VUX1JFUVVFU1QoKSBzbyBhbGwgcHJvY2Vzc2luZyBpcworICogZG9uZSBv biBhIGxvY2FsIGNvcHkgdGhhdCBjYW5ub3QgYmUgbW9kaWZpZWQgYnkgdGhl IG90aGVyIGVuZC4KKyAqCisgKiBOb3RlIHRoYXQgaHR0cHM6Ly9nY2MuZ251 Lm9yZy9idWd6aWxsYS9zaG93X2J1Zy5jZ2k/aWQ9NTgxNDUgbWF5IGNhdXNl IHRoaXMKKyAqIHRvIGJlIGluZWZmZWN0aXZlIHdoZXJlIF9yZXEgaXMgYSBz dHJ1Y3Qgd2hpY2ggY29uc2lzdHMgb2Ygb25seSBiaXRmaWVsZHMuCisgKi8K KyNkZWZpbmUgUklOR19DT1BZX1JFUVVFU1QoX3IsIF9pZHgsIF9yZXEpIGRv IHsJCQkJXAorCS8qIFVzZSB2b2xhdGlsZSB0byBmb3JjZSB0aGUgY29weSBp bnRvIF9yZXEuICovCQkJXAorCSooX3JlcSkgPSAqKHZvbGF0aWxlIHR5cGVv ZihfcmVxKSlSSU5HX0dFVF9SRVFVRVNUKF9yLCBfaWR4KTsJXAorfSB3aGls ZSAoMCkKKwogI2RlZmluZSBSSU5HX0dFVF9SRVNQT05TRShfciwgX2lkeCkg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgXAogICAgICgm KChfciktPnNyaW5nLT5yaW5nWygoX2lkeCkgJiAoUklOR19TSVpFKF9yKSAt IDEpKV0ucnNwKSkKIAotLSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSA4NTFmZmI0ZWVhOTE3ZTI3MDhjOTEyMjkxZGVhNGQxMzMwMjZjMGFj IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MTY6MDIgLTA1MDAKU3ViamVjdDogW1BBVENIIDIv M10gYmxrdGFwMjogVXNlIFJJTkdfQ09QWV9SRVFVRVNUCgpJbnN0ZWFkIG9m IFJJTkdfR0VUX1JFUVVFU1QuIFVzaW5nIGEgbG9jYWwgY29weSBvZiB0aGUK cmluZyAoYW5kIGFsc28gd2l0aCBwcm9wZXIgbWVtb3J5IGJhcnJpZXJzKSB3 aWxsIG1lYW4Kd2UgY2FuIGRvIG5vdCBoYXZlIHRvIHdvcnJ5IGFib3V0IHRo ZSBjb21waWxlciBvcHRpbWl6aW5nCnRoZSBjb2RlIGFuZCBkb2luZyBhIGRv dWJsZS1mZXRjaCBpbiB0aGUgc2hhcmVkIG1lbW9yeSBzcGFjZS4KClRoaXMg aXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnpl c3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CgotLS0KdjI6 IEZpeCBjb21waWxlIGlzc3VlcyB3aXRoIHRhcGRpc2stdmJkCi0tLQogdG9v bHMvYmxrdGFwMi9kcml2ZXJzL2Jsb2NrLWxvZy5jICAgfCAzICsrLQogdG9v bHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMgfCA4ICsrKystLS0t CiAyIGZpbGVzIGNoYW5nZWQsIDYgaW5zZXJ0aW9ucygrKSwgNSBkZWxldGlv bnMoLSkKCmRpZmYgLS1naXQgYS90b29scy9ibGt0YXAyL2RyaXZlcnMvYmxv Y2stbG9nLmMgYi90b29scy9ibGt0YXAyL2RyaXZlcnMvYmxvY2stbG9nLmMK aW5kZXggNTMzMGNkYy4uNWYzYmQzNSAxMDA2NDQKLS0tIGEvdG9vbHMvYmxr dGFwMi9kcml2ZXJzL2Jsb2NrLWxvZy5jCisrKyBiL3Rvb2xzL2Jsa3RhcDIv ZHJpdmVycy9ibG9jay1sb2cuYwpAQCAtNDk0LDExICs0OTQsMTIgQEAgc3Rh dGljIGludCBjdGxfa2ljayhzdHJ1Y3QgdGRsb2dfc3RhdGUqIHMsIGludCBm ZCkKICAgcmVxc3RhcnQgPSBzLT5icmluZy5yZXFfY29uczsKICAgcmVxZW5k ID0gcy0+c3JpbmctPnJlcV9wcm9kOwogCisgIHhlbl9tYigpOwogICBCRFBS SU5URigiY3RsOiByaW5nIGtpY2tlZCAoc3RhcnQgPSAldSwgZW5kID0gJXUp IiwgcmVxc3RhcnQsIHJlcWVuZCk7CiAKICAgd2hpbGUgKHJlcXN0YXJ0ICE9 IHJlcWVuZCkgewogICAgIC8qIFhYWCBhY3R1YWxseSBzdWJtaXQgdGhlc2Uh ICovCi0gICAgbWVtY3B5KCZyZXEsIFJJTkdfR0VUX1JFUVVFU1QoJnMtPmJy aW5nLCByZXFzdGFydCksIHNpemVvZihyZXEpKTsKKyAgICBSSU5HX0NPUFlf UkVRVUVTVCgmcy0+YnJpbmcsIHJlcXN0YXJ0LCAmcmVxKTsKICAgICBCRFBS SU5URigiY3RsOiByZWFkIHJlcXVlc3QgJSJQUkl1NjQiOiV1IiwgcmVxLnNl Y3RvciwgcmVxLmNvdW50KTsKICAgICBzLT5icmluZy5yZXFfY29ucyA9ICsr cmVxc3RhcnQ7CiAKZGlmZiAtLWdpdCBhL3Rvb2xzL2Jsa3RhcDIvZHJpdmVy cy90YXBkaXNrLXZiZC5jIGIvdG9vbHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRp c2stdmJkLmMKaW5kZXggNmQxZDk0YS4uODllZjllZCAxMDA2NDQKLS0tIGEv dG9vbHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMKKysrIGIvdG9v bHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMKQEAgLTE1NTUsNyAr MTU1NSw3IEBAIHRhcGRpc2tfdmJkX3B1bGxfcmluZ19yZXF1ZXN0cyh0ZF92 YmRfdCAqdmJkKQogCWludCBpZHg7CiAJUklOR19JRFggcnAsIHJjOwogCXRk X3JpbmdfdCAqcmluZzsKLQlibGtpZl9yZXF1ZXN0X3QgKnJlcTsKKwlibGtp Zl9yZXF1ZXN0X3QgcmVxOwogCXRkX3ZiZF9yZXF1ZXN0X3QgKnZyZXE7CiAK IAlyaW5nID0gJnZiZC0+cmluZzsKQEAgLTE1NjYsMTYgKzE1NjYsMTYgQEAg dGFwZGlza192YmRfcHVsbF9yaW5nX3JlcXVlc3RzKHRkX3ZiZF90ICp2YmQp CiAJeGVuX3JtYigpOwogCiAJZm9yIChyYyA9IHJpbmctPmZlX3JpbmcucmVx X2NvbnM7IHJjICE9IHJwOyByYysrKSB7Ci0JCXJlcSA9IFJJTkdfR0VUX1JF UVVFU1QoJnJpbmctPmZlX3JpbmcsIHJjKTsKKwkJUklOR19DT1BZX1JFUVVF U1QoJnJpbmctPmZlX3JpbmcsIHJjLCAmcmVxKTsKIAkJKytyaW5nLT5mZV9y aW5nLnJlcV9jb25zOwogCi0JCWlkeCAgPSByZXEtPmlkOworCQlpZHggID0g cmVxLmlkOwogCQl2cmVxID0gJnZiZC0+cmVxdWVzdF9saXN0W2lkeF07CiAK IAkJQVNTRVJUKGxpc3RfZW1wdHkoJnZyZXEtPm5leHQpKTsKIAkJQVNTRVJU KHZyZXEtPnNlY3NfcGVuZGluZyA9PSAwKTsKIAotCQltZW1jcHkoJnZyZXEt PnJlcSwgcmVxLCBzaXplb2YoYmxraWZfcmVxdWVzdF90KSk7CisJCW1lbWNw eSgmdnJlcS0+cmVxLCAmcmVxLCBzaXplb2YoYmxraWZfcmVxdWVzdF90KSk7 CiAJCXZiZC0+cmVjZWl2ZWQrKzsKIAkJdnJlcS0+dmJkID0gdmJkOwogCi0t IAoyLjEuNAoK --=separator Content-Type: application/octet-stream; name="xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch" Content-Disposition: attachment; filename="xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBjMWZjZTY1ZTJiNzIwNjg0ZWE2YmE3NmFlNTk5MjE1NDJiZDE1NGJi IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MjI6MTQgLTA1MDAKU3ViamVjdDogW1BBVENIIDMv M10gbGlidmNoYW46IFJlYWQgcHJvZC9jb25zIG9ubHkgb25jZS4KCldlIG11 c3QgZW5zdXJlIHRoYXQgdGhlIHByb2QvY29ucyBhcmUgb25seSByZWFkIG9u Y2UgYW5kIHRoYXQKdGhlIGNvbXBpbGVyIHdvbid0IHRyeSB0byBvcHRpbWl6 ZSB0aGUgcmVhZHMuIFRoYXQgaXMgc3BsaXQKdGhlIHJlYWQgb2YgdGhlc2Ug aW4gbXVsdGlwbGUgaW5zdHJ1Y3Rpb25zIGluZmx1ZW5jaW5nIGxhdGVyCmJy YW5jaCBjb2RlLiBBcyBzdWNoIGluc2VydCBiYXJyaWVycyB3aGVuIGZldGNo aW5nIHRoZSBjb25zCmFuZCBwcm9kIGluZGV4LgoKVGhpcyBpcyBwYXJ0IG9m IFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2ls ayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiB0b29scy9saWJ2Y2hh bi9pby5jIHwgMiArKwogMSBmaWxlIGNoYW5nZWQsIDIgaW5zZXJ0aW9ucygr KQoKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnZjaGFuL2lvLmMgYi90b29scy9s aWJ2Y2hhbi9pby5jCmluZGV4IDhhOTYyOWIuLjM4MWNjMDUgMTAwNjQ0Ci0t LSBhL3Rvb2xzL2xpYnZjaGFuL2lvLmMKKysrIGIvdG9vbHMvbGlidmNoYW4v aW8uYwpAQCAtMTE3LDYgKzExNyw3IEBAIHN0YXRpYyBpbmxpbmUgaW50IHNl bmRfbm90aWZ5KHN0cnVjdCBsaWJ4ZW52Y2hhbiAqY3RybCwgdWludDhfdCBi aXQpCiBzdGF0aWMgaW5saW5lIGludCByYXdfZ2V0X2RhdGFfcmVhZHkoc3Ry dWN0IGxpYnhlbnZjaGFuICpjdHJsKQogewogCXVpbnQzMl90IHJlYWR5ID0g cmRfcHJvZChjdHJsKSAtIHJkX2NvbnMoY3RybCk7CisJeGVuX21iKCk7IC8q IEVuc3VyZSAncmVhZHknIGlzIHJlYWQgb25seSBvbmNlLiAqLwogCWlmIChy ZWFkeSA+IHJkX3Jpbmdfc2l6ZShjdHJsKSkKIAkJLyogV2UgaGF2ZSBubyB3 YXkgdG8gcmV0dXJuIGVycm9ycy4gIExvY2tpbmcgdXAgdGhlIHJpbmcgaXMK IAkJICogYmV0dGVyIHRoYW4gdGhlIGFsdGVybmF0aXZlcy4gKi8KQEAgLTE1 OCw2ICsxNTksNyBAQCBpbnQgbGlieGVudmNoYW5fZGF0YV9yZWFkeShzdHJ1 Y3QgbGlieGVudmNoYW4gKmN0cmwpCiBzdGF0aWMgaW5saW5lIGludCByYXdf Z2V0X2J1ZmZlcl9zcGFjZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7 CiAJdWludDMyX3QgcmVhZHkgPSB3cl9yaW5nX3NpemUoY3RybCkgLSAod3Jf cHJvZChjdHJsKSAtIHdyX2NvbnMoY3RybCkpOworCXhlbl9tYigpOyAvKiBF bnN1cmUgJ3JlYWR5JyBpcyByZWFkIG9ubHkgb25jZS4gKi8KIAlpZiAocmVh ZHkgPiB3cl9yaW5nX3NpemUoY3RybCkpCiAJCS8qIFdlIGhhdmUgbm8gd2F5 IHRvIHJldHVybiBlcnJvcnMuICBMb2NraW5nIHVwIHRoZSByaW5nIGlzCiAJ CSAqIGJldHRlciB0aGFuIHRoZSBhbHRlcm5hdGl2ZXMuICovCi0tIAoyLjEu MAoK --=separator Content-Type: application/octet-stream; name="xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch" Content-Disposition: attachment; filename="xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBlZjg2YWQwYjYwZmUxNzliMWE2ZmEzOTBlMDVjMzM5ZmI0NGI5Y2M5 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MjI6MTQgLTA1MDAKU3ViamVjdDogW1BBVENIXSBs aWJ2Y2hhbjogUmVhZCBwcm9kL2NvbnMgb25seSBvbmNlLgoKV2UgbXVzdCBl bnN1cmUgdGhhdCB0aGUgcHJvZC9jb25zIGFyZSBvbmx5IHJlYWQgb25jZSBh bmQgdGhhdAp0aGUgY29tcGlsZXIgd29uJ3QgdHJ5IHRvIG9wdGltaXplIHRo ZSByZWFkcy4gVGhhdCBpcyBzcGxpdAp0aGUgcmVhZCBvZiB0aGVzZSBpbiBt dWx0aXBsZSBpbnN0cnVjdGlvbnMgaW5mbHVlbmNpbmcgbGF0ZXIKYnJhbmNo IGNvZGUuIEFzIHN1Y2ggaW5zZXJ0IGJhcnJpZXJzIHdoZW4gZmV0Y2hpbmcg dGhlIGNvbnMKYW5kIHByb2QgaW5kZXguCgpUaGlzIGlzIHBhcnQgb2YgWFNB MTU1LgoKU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxr b25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIHRvb2xzL2xpYnZjaGFuL2lv LmMgfCAyICsrCiAxIGZpbGUgY2hhbmdlZCwgMiBpbnNlcnRpb25zKCspCgpk aWZmIC0tZ2l0IGEvdG9vbHMvbGlidmNoYW4vaW8uYyBiL3Rvb2xzL2xpYnZj aGFuL2lvLmMKaW5kZXggODA0YzYzYy4uOGIzM2Y0MCAxMDA2NDQKLS0tIGEv dG9vbHMvbGlidmNoYW4vaW8uYworKysgYi90b29scy9saWJ2Y2hhbi9pby5j CkBAIC0xMTgsNiArMTE4LDcgQEAgc3RhdGljIGlubGluZSBpbnQgc2VuZF9u b3RpZnkoc3RydWN0IGxpYnhlbnZjaGFuICpjdHJsLCB1aW50OF90IGJpdCkK IHN0YXRpYyBpbmxpbmUgaW50IHJhd19nZXRfZGF0YV9yZWFkeShzdHJ1Y3Qg bGlieGVudmNoYW4gKmN0cmwpCiB7CiAJdWludDMyX3QgcmVhZHkgPSByZF9w cm9kKGN0cmwpIC0gcmRfY29ucyhjdHJsKTsKKwl4ZW5fbWIoKTsgLyogRW5z dXJlICdyZWFkeScgaXMgcmVhZCBvbmx5IG9uY2UuICovCiAJaWYgKHJlYWR5 ID49IHJkX3Jpbmdfc2l6ZShjdHJsKSkKIAkJLyogV2UgaGF2ZSBubyB3YXkg dG8gcmV0dXJuIGVycm9ycy4gIExvY2tpbmcgdXAgdGhlIHJpbmcgaXMKIAkJ ICogYmV0dGVyIHRoYW4gdGhlIGFsdGVybmF0aXZlcy4gKi8KQEAgLTE1OSw2 ICsxNjAsNyBAQCBpbnQgbGlieGVudmNoYW5fZGF0YV9yZWFkeShzdHJ1Y3Qg bGlieGVudmNoYW4gKmN0cmwpCiBzdGF0aWMgaW5saW5lIGludCByYXdfZ2V0 X2J1ZmZlcl9zcGFjZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7CiAJ dWludDMyX3QgcmVhZHkgPSB3cl9yaW5nX3NpemUoY3RybCkgLSAod3JfcHJv ZChjdHJsKSAtIHdyX2NvbnMoY3RybCkpOworCXhlbl9tYigpOyAvKiBFbnN1 cmUgJ3JlYWR5JyBpcyByZWFkIG9ubHkgb25jZS4gKi8KIAlpZiAocmVhZHkg PiB3cl9yaW5nX3NpemUoY3RybCkpCiAJCS8qIFdlIGhhdmUgbm8gd2F5IHRv IHJldHVybiBlcnJvcnMuICBMb2NraW5nIHVwIHRoZSByaW5nIGlzCiAJCSAq IGJldHRlciB0aGFuIHRoZSBhbHRlcm5hdGl2ZXMuICovCi0tIAoyLjEuNAoK --=separator Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Xen-users mailing list Xen-users@lists.xen.org http://lists.xen.org/xen-users --=separator-- From xen-announce-bounces@lists.xen.org Thu Dec 17 13:38:03 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Thu, 17 Dec 2015 13:38:03 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Yjt-0006KN-Dg; Thu, 17 Dec 2015 13:37:01 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Yjr-0006KB-Ve; Thu, 17 Dec 2015 13:37:00 +0000 Received: from [85.158.139.211] by server-17.bemta-5.messagelabs.com id C9/38-21901-B7AB2765; Thu, 17 Dec 2015 13:36:59 +0000 X-Env-Sender: iwj@xenbits.xen.org X-Msg-Ref: server-9.tower-206.messagelabs.com!1450359415!11389878!1 X-Originating-IP: [50.57.168.107] X-SpamReason: No, hits=0.5 required=7.0 tests=BODY_RANDOM_LONG X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 10176 invoked from network); 17 Dec 2015 13:36:56 -0000 Received: from mail.xen.org (HELO mail.xen.org) (50.57.168.107) by server-9.tower-206.messagelabs.com with AES256-SHA encrypted SMTP; 17 Dec 2015 13:36:56 -0000 Received: from xenbits.xenproject.org ([50.57.170.242] helo=xenbits.xen.org) by mail.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1a9Yjf-0001bD-OJ; Thu, 17 Dec 2015 13:36:47 +0000 Received: from iwj by xenbits.xen.org with local (Exim 4.72) (envelope-from ) id 1a9Yjf-0007YQ-4Y; Thu, 17 Dec 2015 13:36:47 +0000 Date: Thu, 17 Dec 2015 13:36:47 +0000 Message-Id: Content-Type: multipart/mixed; boundary="=separator"; charset="utf-8" Content-Transfer-Encoding: binary MIME-Version: 1.0 X-Mailer: MIME-tools 5.428 (Entity 5.428) To: xen-announce@lists.xen.org, xen-devel@lists.xen.org, xen-users@lists.xen.org, oss-security@lists.openwall.com From: Xen.org security team Cc: "Xen.org security team" Subject: [Xen-announce] Xen Security Advisory 155 (CVE-2015-8550) - paravirtualized drivers incautious about shared memory contents X-BeenThere: xen-announce@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: "Xen announcements \(low volume\)" List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Sender: xen-announce-bounces@lists.xen.org Errors-To: xen-announce-bounces@lists.xen.org --=separator Content-Type: text/plain; charset="utf-8" Content-Disposition: inline Content-Transfer-Encoding: 7bit -----BEGIN PGP SIGNED MESSAGE----- Hash: SHA1 Xen Security Advisory CVE-2015-8550 / XSA-155 version 6 paravirtualized drivers incautious about shared memory contents UPDATES IN VERSION 6 ==================== Correct CREDITS section. ISSUE DESCRIPTION ================= The compiler can emit optimizations in the PV backend drivers which can lead to double fetch vulnerabilities. Specifically the shared memory between the frontend and backend can be fetched twice (during which time the frontend can alter the contents) possibly leading to arbitrary code execution in backend. IMPACT ====== Malicious guest administrators can cause denial of service. If driver domains are not in use, the impact can be a host crash, or privilege escalation. VULNERABLE SYSTEMS ================== Systems running PV or HVM guests are vulnerable. ARM and x86 systems are vulnerable. All OSes providing PV backends are susceptible, this includes Linux and NetBSD. By default the Linux distributions compile kernels with optimizations. MITIGATION ========== There is no mitigation. CREDITS ======= This issue was discovered by Felix Wilhelm (ERNW Research, KIT / Operating Systems Group). RESOLUTION ========== Applying the appropriate attached patches should fix the problem for PV backends. Note only that PV backends are fixed; PV frontend patches will be developed and released (publicly) after the embargo date. Please note that there is a bug in some versions of gcc, https://gcc.gnu.org/bugzilla/show_bug.cgi?id=58145 which can cause the construct used in RING_COPY_REQUEST() to be ineffective in some circumstances. We have determined that this is only the case when the structure being copied consists purely of bitfields. The Xen PV protocols updated here do not use bitfields in this way and therefore these patches are not subject to that bug. However authors of third party PV protocols should take this into consideration. Linux v4.4: xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch Linux v4.[0,1,2,3] All the above patches except #5 will apply, please use: xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch Linux v3.19: All the above patches except #5 and #6 will apply, please use: xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch xsa155-linux319-0006-xen-scsiback-safely-copy-requests.patch qemu-xen: xsa155-qemu-qdisk-double-access.patch xsa155-qemu-xenfb.patch qemu-traditional: xsa155-qemut-qdisk-double-access.patch xsa155-qemut-xenfb.patch NetBSD 7.0: xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch xen: xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch xen 4.4: All patches except #3 will apply, please use: xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch $ sha256sum xsa155* d9fbc104ab2ae797971e351ee0e04e7b7e9c7c33385309bb406c7941dc9a33b4 xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch 590656d83ad7b6052b54659eccb3469658b3942c0dc1366423a66f2f5ac643e1 xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch 2bd18632178e09394c5cd06aded2c14bcc6b6e360ad6e81827d24860fe3e8ca4 xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch cecdeccb8e2551252c81fc5f164a8298005df714a574a7ba18b84e8ed5f2bb70 xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch 3916b847243047f0e1053233ade742c14a7f29243584e60bf5db4842a8068855 xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch 746c8eb0aeb200d76156c88dfbbd49db79f567b88b07eda70f7c7d095721f05a xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch 18517a184a02f7441065b8d3423086320ec4c2345c00d551231f7976381767f5 xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch 2e6d556d25b1cc16e71afde665ae3908f4fa8eab7e0d96283fc78400301baf92 xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch 5e130d8b61906015c6a94f8edd3cce97b172f96a265d97ecf370e7b45125b73d xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch 08c2d0f95dcc215165afbce623b6972b81dd45b091b5f40017579b00c8612e03 xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch 0a66010f736092f91f70bb0fd220685e4395efef1db6d23a3d1eace31d144f51 xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch 5e913a8427cab6b4d384d1246e05116afc301eb117edd838101eb53a82c2f2ff xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch 3b8f14eafaed3a7bc66245753a37af4249acf8129fbedb70653192252dc47dc9 xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch 81ae5fa998243a78dad749fc561be647dc1dc1be799e8f18484fdf0989469705 xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch 044ff74fa048df820d528f64f2791ec9cb3940bd313c1179020bd49a6cde2ca3 xsa155-qemu-qdisk-double-access.patch 1150504589eb7bfa108c80ce63395e57d0e627b12d9201219d968fdd026919a6 xsa155-qemut-qdisk-double-access.patch 63186246ab6913b54bfef5f09f33e815935ac40ff821c27a3efda62339bbbd5f xsa155-qemut-xenfb.patch e53b4ac298648cde79344192d5a58ca8d8724344f5105bec7c09eef095c668f6 xsa155-qemu-xenfb.patch e52467fcec73bcc86d3e96d06f8ca8085ae56a83d2c42a30c16bc3dc630d8f8a xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch eae34c8ccc096ad93a74190506b3d55020a88afb0cc504a3a514590e9fd746fd xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch 42780265014085a4221ad32b026214693d751789eb5219e2e83862c0006c66f4 xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch dfcaddb8a908a4fc1b048a43187e885117e67dc566f5c841037ee366dcd437d1 xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch $ DEPLOYMENT DURING EMBARGO ========================= Deployment of the patches and/or mitigations described above (or others which are substantially similar) is permitted during the embargo, even on public-facing systems with untrusted guest users and administrators. But: Distribution of updated software is prohibited (except to other members of the predisclosure list). Predisclosure list members who wish to deploy significantly different patches and/or mitigations, please contact the Xen Project Security Team. (Note: this during-embargo deployment notice is retained in post-embargo publicly released Xen Project advisories, even though it is then no longer applicable. This is to enable the community to have oversight of the Xen Project Security Team's decisionmaking.) For more information about permissible uses of embargoed information, consult the Xen Project community's agreed Security Policy: http://www.xenproject.org/security-policy.html -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.12 (GNU/Linux) iQEcBAEBAgAGBQJWcrpdAAoJEIP+FMlX6CvZ9soIALqQ/GHP6bZn2LqJTD9DIzsm zVB4yCPiVfDqHSOq9QNCzBzqpvOX+RhKTzRH1jsZczr8CSnkePxaCrmZgH8SAygB hFcF9xJGlJDjs647sgpQmYs++3mgD/57uml7IW/8NX46tXUelVByW7muNgUN2xlm kjeD8auJEs+jK1iwpt/hOmYe4moRx3+3ujfgqMCNAWtqZz9D9wM5tao+p6yKYlhM u8hSi1V3b7sAbf92mwzpzfpbwdgg25xeHtZ/oJxp/ZY0FhqDEsTxV+h8HjD/Eink GwqPS19O77tMmz9fUUTyJDSsU7ayFRI0HyYmXju4eJktJkhXagjAdCSyGky9z5g= =FlX2 -----END PGP SIGNATURE----- --=separator Content-Type: application/octet-stream; name="xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Disposition: attachment; filename="xsa155-linux319-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Transfer-Encoding: base64 RnJvbSBmOWM3MWU4OTJkNTE0MmEzMTQ0ODFkZjZiYWEyNmIzNGU2YTZiYTQ1 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBNb24sIDE2IE5vdiAy MDE1IDE4OjAyOjMyICswMDAwClN1YmplY3Q6IFtQQVRDSF0geGVuLXNjc2li YWNrOiBzYWZlbHkgY29weSByZXF1ZXN0cwoKVGhlIGNvcHkgb2YgdGhlIHJp bmcgcmVxdWVzdCB3YXMgbGFja2luZyBhIGZvbGxvd2luZyBiYXJyaWVyKCks CnBvdGVudGlhbGx5IGFsbG93aW5nIHRoZSBjb21waWxlciB0byBvcHRpbWl6 ZSB0aGUgY29weSBhd2F5LgoKVXNlIFJJTkdfQ09QWV9SRVFVRVNUKCkgdG8g ZW5zdXJlIHRoZSByZXF1ZXN0IGlzIGNvcGllZCB0byBsb2NhbAptZW1vcnku CgpUaGlzIGlzIFhTQTE1NS4KCkNDOiBzdGFibGVAdmdlci5rZXJuZWwub3Jn ClJldmlld2VkLWJ5OiBKdWVyZ2VuIEdyb3NzIDxqZ3Jvc3NAc3VzZS5jb20+ ClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2aWQudnJhYmVsQGNp dHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2ls ayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCnYyOiBUaGlzIGlzIGEg YWdhaW5zdCB2My4xOQotLS0KIGRyaXZlcnMveGVuL3hlbi1zY3NpYmFjay5j IHwgMiArLQogMSBmaWxlIGNoYW5nZWQsIDEgaW5zZXJ0aW9uKCspLCAxIGRl bGV0aW9uKC0pCgpkaWZmIC0tZ2l0IGEvZHJpdmVycy94ZW4veGVuLXNjc2li YWNrLmMgYi9kcml2ZXJzL3hlbi94ZW4tc2NzaWJhY2suYwppbmRleCBlOTk5 NDk2ZS4uZDg2ZjZlMSAxMDA2NDQKLS0tIGEvZHJpdmVycy94ZW4veGVuLXNj c2liYWNrLmMKKysrIGIvZHJpdmVycy94ZW4veGVuLXNjc2liYWNrLmMKQEAg LTczNCw3ICs3MzQsNyBAQCBzdGF0aWMgaW50IHNjc2liYWNrX2RvX2NtZF9m bihzdHJ1Y3QgdnNjc2lia19pbmZvICppbmZvKQogCQlpZiAoIXBlbmRpbmdf cmVxKQogCQkJcmV0dXJuIDE7CiAKLQkJcmluZ19yZXEgPSBSSU5HX0dFVF9S RVFVRVNUKHJpbmcsIHJjKTsKKwkJUklOR19DT1BZX1JFUVVFU1QocmluZywg cmMsICZyaW5nX3JlcSk7CiAJCXJpbmctPnJlcV9jb25zID0gKytyYzsKIAog CQlhY3QgPSByaW5nX3JlcS0+YWN0OwotLSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Disposition: attachment; filename="xsa155-linux43-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBkNTJmMDA5NjBjMTA3MGM2ODM4MDlmYWRkZDM1YTIyMjNlMmI4YTZl IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6NDA6NDMgKzAwMDAKU3ViamVj dDogW1BBVENIIDYvN10geGVuLWJsa2JhY2s6IHJlYWQgZnJvbSBpbmRpcmVj dCBkZXNjcmlwdG9ycyBvbmx5IG9uY2UKTUlNRS1WZXJzaW9uOiAxLjAKQ29u dGVudC1UeXBlOiB0ZXh0L3BsYWluOyBjaGFyc2V0PVVURi04CkNvbnRlbnQt VHJhbnNmZXItRW5jb2Rpbmc6IDhiaXQKClNpbmNlIGluZGlyZWN0IGRlc2Ny aXB0b3JzIGFyZSBpbiBtZW1vcnkgc2hhcmVkIHdpdGggdGhlIGZyb250ZW5k LCB0aGUKZnJvbnRlbmQgY291bGQgYWx0ZXIgdGhlIGZpcnN0X3NlY3QgYW5k IGxhc3Rfc2VjdCB2YWx1ZXMgYWZ0ZXIgdGhleSBoYXZlCmJlZW4gdmFsaWRh dGVkIGJ1dCBiZWZvcmUgdGhleSBhcmUgcmVjb3JkZWQgaW4gdGhlIHJlcXVl c3QuICBUaGlzIG1heQpyZXN1bHQgaW4gSS9PIHJlcXVlc3RzIHRoYXQgb3Zl cmZsb3cgdGhlIGZvcmVpZ24gcGFnZSwgcG9zc2libHkKb3ZlcndyaXRpbmcg bG9jYWwgcGFnZXMgd2hlbiB0aGUgSS9PIHJlcXVlc3QgaXMgZXhlY3V0ZWQu CgpXaGVuIHBhcnNpbmcgaW5kaXJlY3QgZGVzY3JpcHRvcnMsIG9ubHkgcmVh ZCBmaXJzdF9zZWN0IGFuZCBsYXN0X3NlY3QKb25jZS4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpTaWdu ZWQtb2ZmLWJ5OiBSb2dlciBQYXUgTW9ubsOpIDxyb2dlci5wYXVAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFi ZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRl ayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0tCnYyOiBUaGlz IGlzIGFnYWluc3QgdjQuMwotLS0KIGRyaXZlcnMvYmxvY2sveGVuLWJsa2Jh Y2svYmxrYmFjay5jIHwgMTIgKysrKysrKy0tLS0tCiAxIGZpbGUgY2hhbmdl ZCwgNyBpbnNlcnRpb25zKCspLCA1IGRlbGV0aW9ucygtKQoKZGlmZiAtLWdp dCBhL2RyaXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jIGIvZHJp dmVycy9ibG9jay94ZW4tYmxrYmFjay9ibGtiYWNrLmMKaW5kZXggNmE2ODVh ZS4uZjJlN2EzOCAxMDA2NDQKLS0tIGEvZHJpdmVycy9ibG9jay94ZW4tYmxr YmFjay9ibGtiYWNrLmMKKysrIGIvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFj ay9ibGtiYWNrLmMKQEAgLTk1MCw2ICs5NTAsOCBAQCBzdGF0aWMgaW50IHhl bl9ibGtia19wYXJzZV9pbmRpcmVjdChzdHJ1Y3QgYmxraWZfcmVxdWVzdCAq cmVxLAogCQlnb3RvIHVubWFwOwogCiAJZm9yIChuID0gMCwgaSA9IDA7IG4g PCBuc2VnOyBuKyspIHsKKwkJdWludDhfdCBmaXJzdF9zZWN0LCBsYXN0X3Nl Y3Q7CisKIAkJaWYgKChuICUgU0VHU19QRVJfSU5ESVJFQ1RfRlJBTUUpID09 IDApIHsKIAkJCS8qIE1hcCBpbmRpcmVjdCBzZWdtZW50cyAqLwogCQkJaWYg KHNlZ21lbnRzKQpAQCAtOTU4LDE0ICs5NjAsMTQgQEAgc3RhdGljIGludCB4 ZW5fYmxrYmtfcGFyc2VfaW5kaXJlY3Qoc3RydWN0IGJsa2lmX3JlcXVlc3Qg KnJlcSwKIAkJfQogCQlpID0gbiAlIFNFR1NfUEVSX0lORElSRUNUX0ZSQU1F OwogCQlwZW5kaW5nX3JlcS0+c2VnbWVudHNbbl0tPmdyZWYgPSBzZWdtZW50 c1tpXS5ncmVmOwotCQlzZWdbbl0ubnNlYyA9IHNlZ21lbnRzW2ldLmxhc3Rf c2VjdCAtCi0JCQlzZWdtZW50c1tpXS5maXJzdF9zZWN0ICsgMTsKLQkJc2Vn W25dLm9mZnNldCA9IChzZWdtZW50c1tpXS5maXJzdF9zZWN0IDw8IDkpOwot CQlpZiAoKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA+PSAoUEFHRV9TSVpFID4+ IDkpKSB8fAotCQkgICAgKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA8IHNlZ21l bnRzW2ldLmZpcnN0X3NlY3QpKSB7CisJCWZpcnN0X3NlY3QgPSBSRUFEX09O Q0Uoc2VnbWVudHNbaV0uZmlyc3Rfc2VjdCk7CisJCWxhc3Rfc2VjdCA9IFJF QURfT05DRShzZWdtZW50c1tpXS5sYXN0X3NlY3QpOworCQlpZiAobGFzdF9z ZWN0ID49IChQQUdFX1NJWkUgPj4gOSkgfHwgbGFzdF9zZWN0IDwgZmlyc3Rf c2VjdCkgewogCQkJcmMgPSAtRUlOVkFMOwogCQkJZ290byB1bm1hcDsKIAkJ fQorCQlzZWdbbl0ubnNlYyA9IGxhc3Rfc2VjdCAtIGZpcnN0X3NlY3QgKyAx OworCQlzZWdbbl0ub2Zmc2V0ID0gZmlyc3Rfc2VjdCA8PCA5OwogCQlwcmVx LT5ucl9zZWN0cyArPSBzZWdbbl0ubnNlYzsKIAl9CiAKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSA0ZTJiYzQyM2UwY2VmMGE0MmY5M2Q5ODljMDk4MDMwMWRmMWJkNDYy IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE0OjU4OjA4ICswMDAwClN1YmplY3Q6IFtQQVRDSCAxLzddIHhlbjog QWRkIFJJTkdfQ09QWV9SRVFVRVNUKCkKClVzaW5nIFJJTkdfR0VUX1JFUVVF U1QoKSBvbiBhIHNoYXJlZCByaW5nIGlzIGVhc3kgdG8gdXNlIGluY29ycmVj dGx5CihpLmUuLCBieSBub3QgY29uc2lkZXJpbmcgdGhhdCB0aGUgb3RoZXIg ZW5kIG1heSBhbHRlciB0aGUgZGF0YSBpbiB0aGUKc2hhcmVkIHJpbmcgd2hp bGUgaXQgaXMgYmVpbmcgaW5zcGVjdGVkKS4gIFNhZmUgdXNhZ2Ugb2YgYSBy ZXF1ZXN0CmdlbmVyYWxseSByZXF1aXJlcyB0YWtpbmcgYSBsb2NhbCBjb3B5 LgoKUHJvdmlkZSBhIFJJTkdfQ09QWV9SRVFVRVNUKCkgbWFjcm8gdG8gdXNl IGluc3RlYWQgb2YKUklOR19HRVRfUkVRVUVTVCgpIGFuZCBhbiBvcGVuLWNv ZGVkIG1lbWNweSgpLiAgVGhpcyB0YWtlcyBjYXJlIG9mCmVuc3VyaW5nIHRo YXQgdGhlIGNvcHkgaXMgZG9uZSBjb3JyZWN0bHkgcmVnYXJkbGVzcyBvZiBh bnkgcG9zc2libGUKY29tcGlsZXIgb3B0aW1pemF0aW9ucy4KClVzZSBhIHZv bGF0aWxlIHNvdXJjZSB0byBwcmV2ZW50IHRoZSBjb21waWxlciBmcm9tIHJl b3JkZXJpbmcgb3IKb21pdHRpbmcgdGhlIGNvcHkuCgpUaGlzIGlzIHBhcnQg b2YgWFNBMTU1LgoKQ0M6IHN0YWJsZUB2Z2VyLmtlcm5lbC5vcmcKU2lnbmVk LW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4LmNv bT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxrb25y YWQud2lsa0BvcmFjbGUuY29tPgotLS0KdjI6IFVwZGF0ZSBhYm91dCBHQ0Mg YW5kIGJpdGZpZWxkcy4KLS0tCiBpbmNsdWRlL3hlbi9pbnRlcmZhY2UvaW8v cmluZy5oIHwgMTQgKysrKysrKysrKysrKysKIDEgZmlsZSBjaGFuZ2VkLCAx NCBpbnNlcnRpb25zKCspCgpkaWZmIC0tZ2l0IGEvaW5jbHVkZS94ZW4vaW50 ZXJmYWNlL2lvL3JpbmcuaCBiL2luY2x1ZGUveGVuL2ludGVyZmFjZS9pby9y aW5nLmgKaW5kZXggN2QyOGFmZi4uN2RjNjg1YiAxMDA2NDQKLS0tIGEvaW5j bHVkZS94ZW4vaW50ZXJmYWNlL2lvL3JpbmcuaAorKysgYi9pbmNsdWRlL3hl bi9pbnRlcmZhY2UvaW8vcmluZy5oCkBAIC0xODEsNiArMTgxLDIwIEBAIHN0 cnVjdCBfX25hbWUjI19iYWNrX3JpbmcgewkJCQkJCVwKICNkZWZpbmUgUklO R19HRVRfUkVRVUVTVChfciwgX2lkeCkJCQkJCVwKICAgICAoJigoX3IpLT5z cmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0laRShfcikgLSAxKSldLnJl cSkpCiAKKy8qCisgKiBHZXQgYSBsb2NhbCBjb3B5IG9mIGEgcmVxdWVzdC4K KyAqCisgKiBVc2UgdGhpcyBpbiBwcmVmZXJlbmNlIHRvIFJJTkdfR0VUX1JF UVVFU1QoKSBzbyBhbGwgcHJvY2Vzc2luZyBpcworICogZG9uZSBvbiBhIGxv Y2FsIGNvcHkgdGhhdCBjYW5ub3QgYmUgbW9kaWZpZWQgYnkgdGhlIG90aGVy IGVuZC4KKyAqCisgKiBOb3RlIHRoYXQgaHR0cHM6Ly9nY2MuZ251Lm9yZy9i dWd6aWxsYS9zaG93X2J1Zy5jZ2k/aWQ9NTgxNDUgbWF5IGNhdXNlIHRoaXMK KyAqIHRvIGJlIGluZWZmZWN0aXZlIHdoZXJlIF9yZXEgaXMgYSBzdHJ1Y3Qg d2hpY2ggY29uc2lzdHMgb2Ygb25seSBiaXRmaWVsZHMuCisgKi8KKyNkZWZp bmUgUklOR19DT1BZX1JFUVVFU1QoX3IsIF9pZHgsIF9yZXEpIGRvIHsJCQkJ XAorCS8qIFVzZSB2b2xhdGlsZSB0byBmb3JjZSB0aGUgY29weSBpbnRvIF9y ZXEuICovCQkJXAorCSooX3JlcSkgPSAqKHZvbGF0aWxlIHR5cGVvZihfcmVx KSlSSU5HX0dFVF9SRVFVRVNUKF9yLCBfaWR4KTsJXAorfSB3aGlsZSAoMCkK KwogI2RlZmluZSBSSU5HX0dFVF9SRVNQT05TRShfciwgX2lkeCkJCQkJCVwK ICAgICAoJigoX3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0la RShfcikgLSAxKSldLnJzcCkpCiAKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0002-xen-netback-don-t-use-last-request-to-determine-mini.patch" Content-Transfer-Encoding: base64 RnJvbSAxMDBhYzM3MmEwZTA3Y2NjOGM1MDhjMzg4NGZhOTAyMGNmZTA4MDk0 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE1OjE2OjAxICswMDAwClN1YmplY3Q6IFtQQVRDSCAyLzddIHhlbi1u ZXRiYWNrOiBkb24ndCB1c2UgbGFzdCByZXF1ZXN0IHRvIGRldGVybWluZSBt aW5pbXVtCiBUeCBjcmVkaXQKClRoZSBsYXN0IGZyb20gZ3Vlc3QgdHJhbnNt aXR0ZWQgcmVxdWVzdCBnaXZlcyBubyBpbmRpY2F0aW9uIGFib3V0IHRoZQpt aW5pbXVtIGFtb3VudCBvZiBjcmVkaXQgdGhhdCB0aGUgZ3Vlc3QgbWlnaHQg bmVlZCB0byBzZW5kIGEgcGFja2V0CnNpbmNlIHRoZSBsYXN0IHBhY2tldCBt aWdodCBoYXZlIGJlZW4gYSBzbWFsbCBvbmUuCgpJbnN0ZWFkIGFsbG93IGZv ciB0aGUgd29yc3QgY2FzZSAxMjggS2lCIHBhY2tldC4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpSZXZp ZXdlZC1ieTogV2VpIExpdSA8d2VpLmxpdTJAY2l0cml4LmNvbT4KU2lnbmVk LW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4LmNv bT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxrb25y YWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMvbmV0L3hlbi1uZXRi YWNrL25ldGJhY2suYyB8IDQgKy0tLQogMSBmaWxlIGNoYW5nZWQsIDEgaW5z ZXJ0aW9uKCspLCAzIGRlbGV0aW9ucygtKQoKZGlmZiAtLWdpdCBhL2RyaXZl cnMvbmV0L3hlbi1uZXRiYWNrL25ldGJhY2suYyBiL2RyaXZlcnMvbmV0L3hl bi1uZXRiYWNrL25ldGJhY2suYwppbmRleCBlNDgxZjM3Li5iNjgzNTgxIDEw MDY0NAotLS0gYS9kcml2ZXJzL25ldC94ZW4tbmV0YmFjay9uZXRiYWNrLmMK KysrIGIvZHJpdmVycy9uZXQveGVuLW5ldGJhY2svbmV0YmFjay5jCkBAIC02 NzksOSArNjc5LDcgQEAgc3RhdGljIHZvaWQgdHhfYWRkX2NyZWRpdChzdHJ1 Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSkKIAkgKiBBbGxvdyBhIGJ1cnN0IGJp ZyBlbm91Z2ggdG8gdHJhbnNtaXQgYSBqdW1ibyBwYWNrZXQgb2YgdXAgdG8g MTI4a0IuCiAJICogT3RoZXJ3aXNlIHRoZSBpbnRlcmZhY2UgY2FuIHNlaXpl IHVwIGR1ZSB0byBpbnN1ZmZpY2llbnQgY3JlZGl0LgogCSAqLwotCW1heF9i dXJzdCA9IFJJTkdfR0VUX1JFUVVFU1QoJnF1ZXVlLT50eCwgcXVldWUtPnR4 LnJlcV9jb25zKS0+c2l6ZTsKLQltYXhfYnVyc3QgPSBtaW4obWF4X2J1cnN0 LCAxMzEwNzJVTCk7Ci0JbWF4X2J1cnN0ID0gbWF4KG1heF9idXJzdCwgcXVl dWUtPmNyZWRpdF9ieXRlcyk7CisJbWF4X2J1cnN0ID0gbWF4KDEzMTA3MlVM LCBxdWV1ZS0+Y3JlZGl0X2J5dGVzKTsKIAogCS8qIFRha2UgY2FyZSB0aGF0 IGFkZGluZyBhIG5ldyBjaHVuayBvZiBjcmVkaXQgZG9lc24ndCB3cmFwIHRv IHplcm8uICovCiAJbWF4X2NyZWRpdCA9IHF1ZXVlLT5yZW1haW5pbmdfY3Jl ZGl0ICsgcXVldWUtPmNyZWRpdF9ieXRlczsKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0003-xen-netback-use-RING_COPY_REQUEST-throughout.patch" Content-Transfer-Encoding: base64 RnJvbSA0MTI3ZTljY2FlMGVkYTYyMjQyMWQyMTEzMjg0NmFiZGY3NGY2NmVk IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDMwIE9jdCAy MDE1IDE1OjE3OjA2ICswMDAwClN1YmplY3Q6IFtQQVRDSCAzLzddIHhlbi1u ZXRiYWNrOiB1c2UgUklOR19DT1BZX1JFUVVFU1QoKSB0aHJvdWdob3V0CgpJ bnN0ZWFkIG9mIG9wZW4tY29kaW5nIG1lbWNweSgpcyBhbmQgZGlyZWN0bHkg YWNjZXNzaW5nIFR4IGFuZCBSeApyZXF1ZXN0cywgdXNlIHRoZSBuZXcgUklO R19DT1BZX1JFUVVFU1QoKSB0aGF0IGVuc3VyZXMgdGhlIGxvY2FsIGNvcHkK aXMgY29ycmVjdC4KClRoaXMgaXMgbW9yZSB0aGFuIGlzIHN0cmljdGx5IG5l Y2Vzc2FyeSBmb3IgZ3Vlc3QgUnggcmVxdWVzdHMgc2luY2UKb25seSB0aGUg aWQgYW5kIGdyZWYgZmllbGRzIGFyZSB1c2VkIGFuZCBpdCBpcyBoYXJtbGVz cyBpZiB0aGUKZnJvbnRlbmQgbW9kaWZpZXMgdGhlc2UuCgpUaGlzIGlzIHBh cnQgb2YgWFNBMTU1LgoKQ0M6IHN0YWJsZUB2Z2VyLmtlcm5lbC5vcmcKUmV2 aWV3ZWQtYnk6IFdlaSBMaXUgPHdlaS5saXUyQGNpdHJpeC5jb20+ClNpZ25l ZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2aWQudnJhYmVsQGNpdHJpeC5j b20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2lsayA8a29u cmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBkcml2ZXJzL25ldC94ZW4tbmV0 YmFjay9uZXRiYWNrLmMgfCAzMCArKysrKysrKysrKysrKy0tLS0tLS0tLS0t LS0tLS0KIDEgZmlsZSBjaGFuZ2VkLCAxNCBpbnNlcnRpb25zKCspLCAxNiBk ZWxldGlvbnMoLSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL25ldC94ZW4tbmV0 YmFjay9uZXRiYWNrLmMgYi9kcml2ZXJzL25ldC94ZW4tbmV0YmFjay9uZXRi YWNrLmMKaW5kZXggYjY4MzU4MS4uMTA0OWMzNCAxMDA2NDQKLS0tIGEvZHJp dmVycy9uZXQveGVuLW5ldGJhY2svbmV0YmFjay5jCisrKyBiL2RyaXZlcnMv bmV0L3hlbi1uZXRiYWNrL25ldGJhY2suYwpAQCAtMjU4LDE4ICsyNTgsMTgg QEAgc3RhdGljIHN0cnVjdCB4ZW52aWZfcnhfbWV0YSAqZ2V0X25leHRfcnhf YnVmZmVyKHN0cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCQkJCQkJIHN0 cnVjdCBuZXRyeF9wZW5kaW5nX29wZXJhdGlvbnMgKm5wbykKIHsKIAlzdHJ1 Y3QgeGVudmlmX3J4X21ldGEgKm1ldGE7Ci0Jc3RydWN0IHhlbl9uZXRpZl9y eF9yZXF1ZXN0ICpyZXE7CisJc3RydWN0IHhlbl9uZXRpZl9yeF9yZXF1ZXN0 IHJlcTsKIAotCXJlcSA9IFJJTkdfR0VUX1JFUVVFU1QoJnF1ZXVlLT5yeCwg cXVldWUtPnJ4LnJlcV9jb25zKyspOworCVJJTkdfQ09QWV9SRVFVRVNUKCZx dWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrLCAmcmVxKTsKIAogCW1l dGEgPSBucG8tPm1ldGEgKyBucG8tPm1ldGFfcHJvZCsrOwogCW1ldGEtPmdz b190eXBlID0gWEVOX05FVElGX0dTT19UWVBFX05PTkU7CiAJbWV0YS0+Z3Nv X3NpemUgPSAwOwogCW1ldGEtPnNpemUgPSAwOwotCW1ldGEtPmlkID0gcmVx LT5pZDsKKwltZXRhLT5pZCA9IHJlcS5pZDsKIAogCW5wby0+Y29weV9vZmYg PSAwOwotCW5wby0+Y29weV9ncmVmID0gcmVxLT5ncmVmOworCW5wby0+Y29w eV9ncmVmID0gcmVxLmdyZWY7CiAKIAlyZXR1cm4gbWV0YTsKIH0KQEAgLTQy NCw3ICs0MjQsNyBAQCBzdGF0aWMgaW50IHhlbnZpZl9nb3Bfc2tiKHN0cnVj dCBza19idWZmICpza2IsCiAJc3RydWN0IHhlbnZpZiAqdmlmID0gbmV0ZGV2 X3ByaXYoc2tiLT5kZXYpOwogCWludCBucl9mcmFncyA9IHNrYl9zaGluZm8o c2tiKS0+bnJfZnJhZ3M7CiAJaW50IGk7Ci0Jc3RydWN0IHhlbl9uZXRpZl9y eF9yZXF1ZXN0ICpyZXE7CisJc3RydWN0IHhlbl9uZXRpZl9yeF9yZXF1ZXN0 IHJlcTsKIAlzdHJ1Y3QgeGVudmlmX3J4X21ldGEgKm1ldGE7CiAJdW5zaWdu ZWQgY2hhciAqZGF0YTsKIAlpbnQgaGVhZCA9IDE7CkBAIC00NDMsMTUgKzQ0 MywxNSBAQCBzdGF0aWMgaW50IHhlbnZpZl9nb3Bfc2tiKHN0cnVjdCBza19i dWZmICpza2IsCiAKIAkvKiBTZXQgdXAgYSBHU08gcHJlZml4IGRlc2NyaXB0 b3IsIGlmIG5lY2Vzc2FyeSAqLwogCWlmICgoMSA8PCBnc29fdHlwZSkgJiB2 aWYtPmdzb19wcmVmaXhfbWFzaykgewotCQlyZXEgPSBSSU5HX0dFVF9SRVFV RVNUKCZxdWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrKTsKKwkJUklO R19DT1BZX1JFUVVFU1QoJnF1ZXVlLT5yeCwgcXVldWUtPnJ4LnJlcV9jb25z KyssICZyZXEpOwogCQltZXRhID0gbnBvLT5tZXRhICsgbnBvLT5tZXRhX3By b2QrKzsKIAkJbWV0YS0+Z3NvX3R5cGUgPSBnc29fdHlwZTsKIAkJbWV0YS0+ Z3NvX3NpemUgPSBza2Jfc2hpbmZvKHNrYiktPmdzb19zaXplOwogCQltZXRh LT5zaXplID0gMDsKLQkJbWV0YS0+aWQgPSByZXEtPmlkOworCQltZXRhLT5p ZCA9IHJlcS5pZDsKIAl9CiAKLQlyZXEgPSBSSU5HX0dFVF9SRVFVRVNUKCZx dWV1ZS0+cngsIHF1ZXVlLT5yeC5yZXFfY29ucysrKTsKKwlSSU5HX0NPUFlf UkVRVUVTVCgmcXVldWUtPnJ4LCBxdWV1ZS0+cngucmVxX2NvbnMrKywgJnJl cSk7CiAJbWV0YSA9IG5wby0+bWV0YSArIG5wby0+bWV0YV9wcm9kKys7CiAK IAlpZiAoKDEgPDwgZ3NvX3R5cGUpICYgdmlmLT5nc29fbWFzaykgewpAQCAt NDYzLDkgKzQ2Myw5IEBAIHN0YXRpYyBpbnQgeGVudmlmX2dvcF9za2Ioc3Ry dWN0IHNrX2J1ZmYgKnNrYiwKIAl9CiAKIAltZXRhLT5zaXplID0gMDsKLQlt ZXRhLT5pZCA9IHJlcS0+aWQ7CisJbWV0YS0+aWQgPSByZXEuaWQ7CiAJbnBv LT5jb3B5X29mZiA9IDA7Ci0JbnBvLT5jb3B5X2dyZWYgPSByZXEtPmdyZWY7 CisJbnBvLT5jb3B5X2dyZWYgPSByZXEuZ3JlZjsKIAogCWRhdGEgPSBza2It PmRhdGE7CiAJd2hpbGUgKGRhdGEgPCBza2JfdGFpbF9wb2ludGVyKHNrYikp IHsKQEAgLTcwOSw3ICs3MDksNyBAQCBzdGF0aWMgdm9pZCB4ZW52aWZfdHhf ZXJyKHN0cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCQlzcGluX3VubG9j a19pcnFyZXN0b3JlKCZxdWV1ZS0+cmVzcG9uc2VfbG9jaywgZmxhZ3MpOwog CQlpZiAoY29ucyA9PSBlbmQpCiAJCQlicmVhazsKLQkJdHhwID0gUklOR19H RVRfUkVRVUVTVCgmcXVldWUtPnR4LCBjb25zKyspOworCQlSSU5HX0NPUFlf UkVRVUVTVCgmcXVldWUtPnR4LCBjb25zKyssIHR4cCk7CiAJfSB3aGlsZSAo MSk7CiAJcXVldWUtPnR4LnJlcV9jb25zID0gY29uczsKIH0KQEAgLTc3Niw4 ICs3NzYsNyBAQCBzdGF0aWMgaW50IHhlbnZpZl9jb3VudF9yZXF1ZXN0cyhz dHJ1Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSwKIAkJaWYgKGRyb3BfZXJyKQog CQkJdHhwID0gJmRyb3BwZWRfdHg7CiAKLQkJbWVtY3B5KHR4cCwgUklOR19H RVRfUkVRVUVTVCgmcXVldWUtPnR4LCBjb25zICsgc2xvdHMpLAotCQkgICAg ICAgc2l6ZW9mKCp0eHApKTsKKwkJUklOR19DT1BZX1JFUVVFU1QoJnF1ZXVl LT50eCwgY29ucyArIHNsb3RzLCB0eHApOwogCiAJCS8qIElmIHRoZSBndWVz dCBzdWJtaXR0ZWQgYSBmcmFtZSA+PSA2NCBLaUIgdGhlbgogCQkgKiBmaXJz dC0+c2l6ZSBvdmVyZmxvd2VkIGFuZCBmb2xsb3dpbmcgc2xvdHMgd2lsbApA QCAtMTExMCw4ICsxMTA5LDcgQEAgc3RhdGljIGludCB4ZW52aWZfZ2V0X2V4 dHJhcyhzdHJ1Y3QgeGVudmlmX3F1ZXVlICpxdWV1ZSwKIAkJCXJldHVybiAt RUJBRFI7CiAJCX0KIAotCQltZW1jcHkoJmV4dHJhLCBSSU5HX0dFVF9SRVFV RVNUKCZxdWV1ZS0+dHgsIGNvbnMpLAotCQkgICAgICAgc2l6ZW9mKGV4dHJh KSk7CisJCVJJTkdfQ09QWV9SRVFVRVNUKCZxdWV1ZS0+dHgsIGNvbnMsICZl eHRyYSk7CiAJCWlmICh1bmxpa2VseSghZXh0cmEudHlwZSB8fAogCQkJICAg ICBleHRyYS50eXBlID49IFhFTl9ORVRJRl9FWFRSQV9UWVBFX01BWCkpIHsK IAkJCXF1ZXVlLT50eC5yZXFfY29ucyA9ICsrY29uczsKQEAgLTEzMjAsNyAr MTMxOCw3IEBAIHN0YXRpYyB2b2lkIHhlbnZpZl90eF9idWlsZF9nb3BzKHN0 cnVjdCB4ZW52aWZfcXVldWUgKnF1ZXVlLAogCiAJCWlkeCA9IHF1ZXVlLT50 eC5yZXFfY29uczsKIAkJcm1iKCk7IC8qIEVuc3VyZSB0aGF0IHdlIHNlZSB0 aGUgcmVxdWVzdCBiZWZvcmUgd2UgY29weSBpdC4gKi8KLQkJbWVtY3B5KCZ0 eHJlcSwgUklOR19HRVRfUkVRVUVTVCgmcXVldWUtPnR4LCBpZHgpLCBzaXpl b2YodHhyZXEpKTsKKwkJUklOR19DT1BZX1JFUVVFU1QoJnF1ZXVlLT50eCwg aWR4LCAmdHhyZXEpOwogCiAJCS8qIENyZWRpdC1iYXNlZCBzY2hlZHVsaW5n LiAqLwogCQlpZiAodHhyZXEuc2l6ZSA+IHF1ZXVlLT5yZW1haW5pbmdfY3Jl ZGl0ICYmCi0tIAoyLjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0004-xen-blkback-only-read-request-operation-from-shared-.patch" Content-Transfer-Encoding: base64 RnJvbSAwODRiOGMyZTc3ZjFhYzA3ZTRhM2ExMjFmZjk1N2M0OWE5Mzc5Mzg1 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6MzQ6MDkgKzAwMDAKU3ViamVj dDogW1BBVENIIDQvN10geGVuLWJsa2JhY2s6IG9ubHkgcmVhZCByZXF1ZXN0 IG9wZXJhdGlvbiBmcm9tIHNoYXJlZCByaW5nCiBvbmNlCk1JTUUtVmVyc2lv bjogMS4wCkNvbnRlbnQtVHlwZTogdGV4dC9wbGFpbjsgY2hhcnNldD1VVEYt OApDb250ZW50LVRyYW5zZmVyLUVuY29kaW5nOiA4Yml0CgpBIGNvbXBpbGVy IG1heSBsb2FkIGEgc3dpdGNoIHN0YXRlbWVudCB2YWx1ZSBtdWx0aXBsZSB0 aW1lcywgd2hpY2ggY291bGQKYmUgYmFkIHdoZW4gdGhlIHZhbHVlIGlzIGlu IG1lbW9yeSBzaGFyZWQgd2l0aCB0aGUgZnJvbnRlbmQuCgpXaGVuIGNvbnZl cnRpbmcgYSBub24tbmF0aXZlIHJlcXVlc3QgdG8gYSBuYXRpdmUgb25lLCBl bnN1cmUgdGhhdApzcmMtPm9wZXJhdGlvbiBpcyBvbmx5IGxvYWRlZCBvbmNl IGJ5IHVzaW5nIFJFQURfT05DRSgpLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1 NS4KCkNDOiBzdGFibGVAdmdlci5rZXJuZWwub3JnClNpZ25lZC1vZmYtYnk6 IFJvZ2VyIFBhdSBNb25uw6kgPHJvZ2VyLnBhdUBjaXRyaXguY29tPgpTaWdu ZWQtb2ZmLWJ5OiBEYXZpZCBWcmFiZWwgPGRhdmlkLnZyYWJlbEBjaXRyaXgu Y29tPgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnplc3p1dGVrIFdpbGsgPGtv bnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQogZHJpdmVycy9ibG9jay94ZW4t YmxrYmFjay9jb21tb24uaCB8IDggKysrKy0tLS0KIDEgZmlsZSBjaGFuZ2Vk LCA0IGluc2VydGlvbnMoKyksIDQgZGVsZXRpb25zKC0pCgpkaWZmIC0tZ2l0 IGEvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFjay9jb21tb24uaCBiL2RyaXZl cnMvYmxvY2sveGVuLWJsa2JhY2svY29tbW9uLmgKaW5kZXggNjhlODdhMC4u YzkyOWFlMiAxMDA2NDQKLS0tIGEvZHJpdmVycy9ibG9jay94ZW4tYmxrYmFj ay9jb21tb24uaAorKysgYi9kcml2ZXJzL2Jsb2NrL3hlbi1ibGtiYWNrL2Nv bW1vbi5oCkBAIC00MDgsOCArNDA4LDggQEAgc3RhdGljIGlubGluZSB2b2lk IGJsa2lmX2dldF94ODZfMzJfcmVxKHN0cnVjdCBibGtpZl9yZXF1ZXN0ICpk c3QsCiAJCQkJCXN0cnVjdCBibGtpZl94ODZfMzJfcmVxdWVzdCAqc3JjKQog ewogCWludCBpLCBuID0gQkxLSUZfTUFYX1NFR01FTlRTX1BFUl9SRVFVRVNU LCBqOwotCWRzdC0+b3BlcmF0aW9uID0gc3JjLT5vcGVyYXRpb247Ci0Jc3dp dGNoIChzcmMtPm9wZXJhdGlvbikgeworCWRzdC0+b3BlcmF0aW9uID0gUkVB RF9PTkNFKHNyYy0+b3BlcmF0aW9uKTsKKwlzd2l0Y2ggKGRzdC0+b3BlcmF0 aW9uKSB7CiAJY2FzZSBCTEtJRl9PUF9SRUFEOgogCWNhc2UgQkxLSUZfT1Bf V1JJVEU6CiAJY2FzZSBCTEtJRl9PUF9XUklURV9CQVJSSUVSOgpAQCAtNDU2 LDggKzQ1Niw4IEBAIHN0YXRpYyBpbmxpbmUgdm9pZCBibGtpZl9nZXRfeDg2 XzY0X3JlcShzdHJ1Y3QgYmxraWZfcmVxdWVzdCAqZHN0LAogCQkJCQlzdHJ1 Y3QgYmxraWZfeDg2XzY0X3JlcXVlc3QgKnNyYykKIHsKIAlpbnQgaSwgbiA9 IEJMS0lGX01BWF9TRUdNRU5UU19QRVJfUkVRVUVTVCwgajsKLQlkc3QtPm9w ZXJhdGlvbiA9IHNyYy0+b3BlcmF0aW9uOwotCXN3aXRjaCAoc3JjLT5vcGVy YXRpb24pIHsKKwlkc3QtPm9wZXJhdGlvbiA9IFJFQURfT05DRShzcmMtPm9w ZXJhdGlvbik7CisJc3dpdGNoIChkc3QtPm9wZXJhdGlvbikgewogCWNhc2Ug QkxLSUZfT1BfUkVBRDoKIAljYXNlIEJMS0lGX09QX1dSSVRFOgogCWNhc2Ug QkxLSUZfT1BfV1JJVEVfQkFSUklFUjoKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0005-xen-blkback-read-from-indirect-descriptors-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSAwNmVlN2M3YmViMGI1MjQ1YjFkODc5Yzk3NTNmYWEyY2Y1YWQ5ODkx IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiA9P1VURi04P3E/Um9n ZXI9MjBQYXU9MjBNb25uPUMzPUE5Pz0gPHJvZ2VyLnBhdUBjaXRyaXguY29t PgpEYXRlOiBUdWUsIDMgTm92IDIwMTUgMTY6NDA6NDMgKzAwMDAKU3ViamVj dDogW1BBVENIIDUvN10geGVuLWJsa2JhY2s6IHJlYWQgZnJvbSBpbmRpcmVj dCBkZXNjcmlwdG9ycyBvbmx5IG9uY2UKTUlNRS1WZXJzaW9uOiAxLjAKQ29u dGVudC1UeXBlOiB0ZXh0L3BsYWluOyBjaGFyc2V0PVVURi04CkNvbnRlbnQt VHJhbnNmZXItRW5jb2Rpbmc6IDhiaXQKClNpbmNlIGluZGlyZWN0IGRlc2Ny aXB0b3JzIGFyZSBpbiBtZW1vcnkgc2hhcmVkIHdpdGggdGhlIGZyb250ZW5k LCB0aGUKZnJvbnRlbmQgY291bGQgYWx0ZXIgdGhlIGZpcnN0X3NlY3QgYW5k IGxhc3Rfc2VjdCB2YWx1ZXMgYWZ0ZXIgdGhleSBoYXZlCmJlZW4gdmFsaWRh dGVkIGJ1dCBiZWZvcmUgdGhleSBhcmUgcmVjb3JkZWQgaW4gdGhlIHJlcXVl c3QuICBUaGlzIG1heQpyZXN1bHQgaW4gSS9PIHJlcXVlc3RzIHRoYXQgb3Zl cmZsb3cgdGhlIGZvcmVpZ24gcGFnZSwgcG9zc2libHkKb3ZlcndyaXRpbmcg bG9jYWwgcGFnZXMgd2hlbiB0aGUgSS9PIHJlcXVlc3QgaXMgZXhlY3V0ZWQu CgpXaGVuIHBhcnNpbmcgaW5kaXJlY3QgZGVzY3JpcHRvcnMsIG9ubHkgcmVh ZCBmaXJzdF9zZWN0IGFuZCBsYXN0X3NlY3QKb25jZS4KClRoaXMgaXMgcGFy dCBvZiBYU0ExNTUuCgpDQzogc3RhYmxlQHZnZXIua2VybmVsLm9yZwpTaWdu ZWQtb2ZmLWJ5OiBSb2dlciBQYXUgTW9ubsOpIDxyb2dlci5wYXVAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFi ZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRl ayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMv YmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jIHwgMTUgKysrKysrKysrKy0t LS0tCiAxIGZpbGUgY2hhbmdlZCwgMTAgaW5zZXJ0aW9ucygrKSwgNSBkZWxl dGlvbnMoLSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL2Jsb2NrL3hlbi1ibGti YWNrL2Jsa2JhY2suYyBiL2RyaXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxr YmFjay5jCmluZGV4IGY5MDk5OTQuLjQxZmIxYTkgMTAwNjQ0Ci0tLSBhL2Ry aXZlcnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jCisrKyBiL2RyaXZl cnMvYmxvY2sveGVuLWJsa2JhY2svYmxrYmFjay5jCkBAIC05NTAsNiArOTUw LDggQEAgc3RhdGljIGludCB4ZW5fYmxrYmtfcGFyc2VfaW5kaXJlY3Qoc3Ry dWN0IGJsa2lmX3JlcXVlc3QgKnJlcSwKIAkJZ290byB1bm1hcDsKIAogCWZv ciAobiA9IDAsIGkgPSAwOyBuIDwgbnNlZzsgbisrKSB7CisJCXVpbnQ4X3Qg Zmlyc3Rfc2VjdCwgbGFzdF9zZWN0OworCiAJCWlmICgobiAlIFNFR1NfUEVS X0lORElSRUNUX0ZSQU1FKSA9PSAwKSB7CiAJCQkvKiBNYXAgaW5kaXJlY3Qg c2VnbWVudHMgKi8KIAkJCWlmIChzZWdtZW50cykKQEAgLTk1NywxNSArOTU5 LDE4IEBAIHN0YXRpYyBpbnQgeGVuX2Jsa2JrX3BhcnNlX2luZGlyZWN0KHN0 cnVjdCBibGtpZl9yZXF1ZXN0ICpyZXEsCiAJCQlzZWdtZW50cyA9IGttYXBf YXRvbWljKHBhZ2VzW24vU0VHU19QRVJfSU5ESVJFQ1RfRlJBTUVdLT5wYWdl KTsKIAkJfQogCQlpID0gbiAlIFNFR1NfUEVSX0lORElSRUNUX0ZSQU1FOwor CiAJCXBlbmRpbmdfcmVxLT5zZWdtZW50c1tuXS0+Z3JlZiA9IHNlZ21lbnRz W2ldLmdyZWY7Ci0JCXNlZ1tuXS5uc2VjID0gc2VnbWVudHNbaV0ubGFzdF9z ZWN0IC0KLQkJCXNlZ21lbnRzW2ldLmZpcnN0X3NlY3QgKyAxOwotCQlzZWdb bl0ub2Zmc2V0ID0gKHNlZ21lbnRzW2ldLmZpcnN0X3NlY3QgPDwgOSk7Ci0J CWlmICgoc2VnbWVudHNbaV0ubGFzdF9zZWN0ID49IChYRU5fUEFHRV9TSVpF ID4+IDkpKSB8fAotCQkgICAgKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCA8IHNl Z21lbnRzW2ldLmZpcnN0X3NlY3QpKSB7CisKKwkJZmlyc3Rfc2VjdCA9IFJF QURfT05DRShzZWdtZW50c1tpXS5maXJzdF9zZWN0KTsKKwkJbGFzdF9zZWN0 ID0gUkVBRF9PTkNFKHNlZ21lbnRzW2ldLmxhc3Rfc2VjdCk7CisJCWlmIChs YXN0X3NlY3QgPj0gKFhFTl9QQUdFX1NJWkUgPj4gOSkgfHwgbGFzdF9zZWN0 IDwgZmlyc3Rfc2VjdCkgewogCQkJcmMgPSAtRUlOVkFMOwogCQkJZ290byB1 bm1hcDsKIAkJfQorCisJCXNlZ1tuXS5uc2VjID0gbGFzdF9zZWN0IC0gZmly c3Rfc2VjdCArIDE7CisJCXNlZ1tuXS5vZmZzZXQgPSBmaXJzdF9zZWN0IDw8 IDk7CiAJCXByZXEtPm5yX3NlY3RzICs9IHNlZ1tuXS5uc2VjOwogCX0KIAot LSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0006-xen-scsiback-safely-copy-requests.patch" Content-Transfer-Encoding: base64 RnJvbSA4OTczOWMxNGM3MmU1YzE2MjZhNWNkNWUwOWNiYjJlZmVhYWRiNmQ4 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBNb24sIDE2IE5vdiAy MDE1IDE4OjAyOjMyICswMDAwClN1YmplY3Q6IFtQQVRDSCA2LzddIHhlbi1z Y3NpYmFjazogc2FmZWx5IGNvcHkgcmVxdWVzdHMKClRoZSBjb3B5IG9mIHRo ZSByaW5nIHJlcXVlc3Qgd2FzIGxhY2tpbmcgYSBmb2xsb3dpbmcgYmFycmll cigpLApwb3RlbnRpYWxseSBhbGxvd2luZyB0aGUgY29tcGlsZXIgdG8gb3B0 aW1pemUgdGhlIGNvcHkgYXdheS4KClVzZSBSSU5HX0NPUFlfUkVRVUVTVCgp IHRvIGVuc3VyZSB0aGUgcmVxdWVzdCBpcyBjb3BpZWQgdG8gbG9jYWwKbWVt b3J5LgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1NS4KCkNDOiBzdGFibGVAdmdl ci5rZXJuZWwub3JnClJldmlld2VkLWJ5OiBKdWVyZ2VuIEdyb3NzIDxqZ3Jv c3NAc3VzZS5jb20+ClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJlbCA8ZGF2 aWQudnJhYmVsQGNpdHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBS emVzenV0ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBk cml2ZXJzL3hlbi94ZW4tc2NzaWJhY2suYyB8IDIgKy0KIDEgZmlsZSBjaGFu Z2VkLCAxIGluc2VydGlvbigrKSwgMSBkZWxldGlvbigtKQoKZGlmZiAtLWdp dCBhL2RyaXZlcnMveGVuL3hlbi1zY3NpYmFjay5jIGIvZHJpdmVycy94ZW4v eGVuLXNjc2liYWNrLmMKaW5kZXggNDNiY2FlOC4uYWQ0ZWIxMCAxMDA2NDQK LS0tIGEvZHJpdmVycy94ZW4veGVuLXNjc2liYWNrLmMKKysrIGIvZHJpdmVy cy94ZW4veGVuLXNjc2liYWNrLmMKQEAgLTcyNiw3ICs3MjYsNyBAQCBzdGF0 aWMgaW50IHNjc2liYWNrX2RvX2NtZF9mbihzdHJ1Y3QgdnNjc2lia19pbmZv ICppbmZvKQogCQlpZiAoIXBlbmRpbmdfcmVxKQogCQkJcmV0dXJuIDE7CiAK LQkJcmluZ19yZXEgPSAqUklOR19HRVRfUkVRVUVTVChyaW5nLCByYyk7CisJ CVJJTkdfQ09QWV9SRVFVRVNUKHJpbmcsIHJjLCAmcmluZ19yZXEpOwogCQly aW5nLT5yZXFfY29ucyA9ICsrcmM7CiAKIAkJZXJyID0gcHJlcGFyZV9wZW5k aW5nX3JlcXMoaW5mbywgJnJpbmdfcmVxLCBwZW5kaW5nX3JlcSk7Ci0tIAoy LjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch" Content-Disposition: attachment; filename="xsa155-linux-xsa155-0007-xen-pciback-Save-xen_pci_op-commands-before-processi.patch" Content-Transfer-Encoding: base64 RnJvbSBmNmY0Mzg4YzkxN2NlOTZiMDc1YTIzOWE0NTM1YjhlZmM2MDY0ZDE0 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IE1vbiwg MTYgTm92IDIwMTUgMTI6NDA6NDggLTA1MDAKU3ViamVjdDogW1BBVENIIDcv N10geGVuL3BjaWJhY2s6IFNhdmUgeGVuX3BjaV9vcCBjb21tYW5kcyBiZWZv cmUgcHJvY2Vzc2luZwogaXQKCkRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXRp ZXMgdGhhdCBoYXBwZW4gd2hlbiBhIHZhcmlhYmxlIGlzCmZldGNoZWQgdHdp Y2UgZnJvbSBzaGFyZWQgbWVtb3J5IGJ1dCBhIHNlY3VyaXR5IGNoZWNrIGlz IG9ubHkKcGVyZm9ybWVkIHRoZSBmaXJzdCB0aW1lLgoKVGhlIHhlbl9wY2li a19kb19vcCBmdW5jdGlvbiBwZXJmb3JtcyBhIHN3aXRjaCBzdGF0ZW1lbnRz IG9uIHRoZSBvcC0+Y21kCnZhbHVlIHdoaWNoIGlzIHN0b3JlZCBpbiBzaGFy ZWQgbWVtb3J5LiBJbnRlcmVzdGluZ2x5IHRoaXMgY2FuIHJlc3VsdAppbiBh IGRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXR5IGRlcGVuZGluZyBvbiB0aGUg cGVyZm9ybWVkIGNvbXBpbGVyCm9wdGltaXphdGlvbi4KClRoaXMgcGF0Y2gg Zml4ZXMgaXQgYnkgc2F2aW5nIHRoZSB4ZW5fcGNpX29wIGNvbW1hbmQgYmVm b3JlCnByb2Nlc3NpbmcgaXQuIFdlIGFsc28gdXNlICdiYXJyaWVyJyB0byBt YWtlIHN1cmUgdGhhdCB0aGUKY29tcGlsZXIgZG9lcyBub3QgcGVyZm9ybSBh bnkgb3B0aW1pemF0aW9uLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQTE1NS4KCkND OiBzdGFibGVAdmdlci5rZXJuZWwub3JnClJldmlld2VkLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+ClNpZ25l ZC1vZmYtYnk6IEphbiBCZXVsaWNoIDxKQmV1bGljaEBzdXNlLmNvbT4KU2ln bmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZpZC52cmFiZWxAY2l0cml4 LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxr b25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIGRyaXZlcnMveGVuL3hlbi1w Y2liYWNrL3BjaWJhY2suaCAgICAgfCAgMSArCiBkcml2ZXJzL3hlbi94ZW4t cGNpYmFjay9wY2liYWNrX29wcy5jIHwgMTUgKysrKysrKysrKysrKystCiAy IGZpbGVzIGNoYW5nZWQsIDE1IGluc2VydGlvbnMoKyksIDEgZGVsZXRpb24o LSkKCmRpZmYgLS1naXQgYS9kcml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2li YWNrLmggYi9kcml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2liYWNrLmgKaW5k ZXggNThlMzhkNS4uNGQ1MjlmMyAxMDA2NDQKLS0tIGEvZHJpdmVycy94ZW4v eGVuLXBjaWJhY2svcGNpYmFjay5oCisrKyBiL2RyaXZlcnMveGVuL3hlbi1w Y2liYWNrL3BjaWJhY2suaApAQCAtMzcsNiArMzcsNyBAQCBzdHJ1Y3QgeGVu X3BjaWJrX2RldmljZSB7CiAJc3RydWN0IHhlbl9wY2lfc2hhcmVkaW5mbyAq c2hfaW5mbzsKIAl1bnNpZ25lZCBsb25nIGZsYWdzOwogCXN0cnVjdCB3b3Jr X3N0cnVjdCBvcF93b3JrOworCXN0cnVjdCB4ZW5fcGNpX29wIG9wOwogfTsK IAogc3RydWN0IHhlbl9wY2lia19kZXZfZGF0YSB7CmRpZmYgLS1naXQgYS9k cml2ZXJzL3hlbi94ZW4tcGNpYmFjay9wY2liYWNrX29wcy5jIGIvZHJpdmVy cy94ZW4veGVuLXBjaWJhY2svcGNpYmFja19vcHMuYwppbmRleCBjNGEwNjY2 Li5hMGUwZTNlIDEwMDY0NAotLS0gYS9kcml2ZXJzL3hlbi94ZW4tcGNpYmFj ay9wY2liYWNrX29wcy5jCisrKyBiL2RyaXZlcnMveGVuL3hlbi1wY2liYWNr L3BjaWJhY2tfb3BzLmMKQEAgLTI5OCw5ICsyOTgsMTEgQEAgdm9pZCB4ZW5f cGNpYmtfZG9fb3Aoc3RydWN0IHdvcmtfc3RydWN0ICpkYXRhKQogCQljb250 YWluZXJfb2YoZGF0YSwgc3RydWN0IHhlbl9wY2lia19kZXZpY2UsIG9wX3dv cmspOwogCXN0cnVjdCBwY2lfZGV2ICpkZXY7CiAJc3RydWN0IHhlbl9wY2li a19kZXZfZGF0YSAqZGV2X2RhdGEgPSBOVUxMOwotCXN0cnVjdCB4ZW5fcGNp X29wICpvcCA9ICZwZGV2LT5zaF9pbmZvLT5vcDsKKwlzdHJ1Y3QgeGVuX3Bj aV9vcCAqb3AgPSAmcGRldi0+b3A7CiAJaW50IHRlc3RfaW50eCA9IDA7CiAK Kwkqb3AgPSBwZGV2LT5zaF9pbmZvLT5vcDsKKwliYXJyaWVyKCk7CiAJZGV2 ID0geGVuX3BjaWJrX2dldF9wY2lfZGV2KHBkZXYsIG9wLT5kb21haW4sIG9w LT5idXMsIG9wLT5kZXZmbik7CiAKIAlpZiAoZGV2ID09IE5VTEwpCkBAIC0z NDIsNiArMzQ0LDE3IEBAIHZvaWQgeGVuX3BjaWJrX2RvX29wKHN0cnVjdCB3 b3JrX3N0cnVjdCAqZGF0YSkKIAkJaWYgKChkZXZfZGF0YS0+ZW5hYmxlX2lu dHggIT0gdGVzdF9pbnR4KSkKIAkJCXhlbl9wY2lia19jb250cm9sX2lzcihk ZXYsIDAgLyogbm8gcmVzZXQgKi8pOwogCX0KKwlwZGV2LT5zaF9pbmZvLT5v cC5lcnIgPSBvcC0+ZXJyOworCXBkZXYtPnNoX2luZm8tPm9wLnZhbHVlID0g b3AtPnZhbHVlOworI2lmZGVmIENPTkZJR19QQ0lfTVNJCisJaWYgKG9wLT5j bWQgPT0gWEVOX1BDSV9PUF9lbmFibGVfbXNpeCAmJiBvcC0+ZXJyID09IDAp IHsKKwkJdW5zaWduZWQgaW50IGk7CisKKwkJZm9yIChpID0gMDsgaSA8IG9w LT52YWx1ZTsgaSsrKQorCQkJcGRldi0+c2hfaW5mby0+b3AubXNpeF9lbnRy aWVzW2ldLnZlY3RvciA9CisJCQkJb3AtPm1zaXhfZW50cmllc1tpXS52ZWN0 b3I7CisJfQorI2VuZGlmCiAJLyogVGVsbCB0aGUgZHJpdmVyIGRvbWFpbiB0 aGF0IHdlJ3JlIGRvbmUuICovCiAJd21iKCk7CiAJY2xlYXJfYml0KF9YRU5f UENJRl9hY3RpdmUsICh1bnNpZ25lZCBsb25nICopJnBkZXYtPnNoX2luZm8t PmZsYWdzKTsKLS0gCjIuMS4wCgo= --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0001-netbsd-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSBhNTY0NTZhYzNkZjI4NDMyZmZmNDRhOWE5NjIzZTJkZGZjODI2MTA2 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBUdWUsIDI0IE5vdiAy MDE1IDAyOjUxOjU2ICswMDAwClN1YmplY3Q6IFtQQVRDSCAxLzVdIG5ldGJz ZC94ZW46IEFkZCBSSU5HX0NPUFlfUkVRVUVTVCgpCgpVc2luZyBSSU5HX0dF VF9SRVFVRVNUKCkgb24gYSBzaGFyZWQgcmluZyBpcyBlYXN5IHRvIHVzZSBp bmNvcnJlY3RseQooaS5lLiwgYnkgbm90IGNvbnNpZGVyaW5nIHRoYXQgdGhl IG90aGVyIGVuZCBtYXkgYWx0ZXIgdGhlIGRhdGEgaW4gdGhlCnNoYXJlZCBy aW5nIHdoaWxlIGl0IGlzIGJlaW5nIGluc3BlY3RlZCkuICBTYWZlIHVzYWdl IG9mIGEgcmVxdWVzdApnZW5lcmFsbHkgcmVxdWlyZXMgdGFraW5nIGEgbG9j YWwgY29weS4KClByb3ZpZGUgYSBSSU5HX0NPUFlfUkVRVUVTVCgpIG1hY3Jv IHRvIHVzZSBpbnN0ZWFkIG9mClJJTkdfR0VUX1JFUVVFU1QoKSBhbmQgYW4g b3Blbi1jb2RlZCBtZW1jcHkoKS4gIFRoaXMgdGFrZXMgY2FyZSBvZgplbnN1 cmluZyB0aGF0IHRoZSBjb3B5IGlzIGRvbmUgY29ycmVjdGx5IHJlZ2FyZGxl c3Mgb2YgYW55IHBvc3NpYmxlCmNvbXBpbGVyIG9wdGltaXphdGlvbnMuCgpV c2UgYSB2b2xhdGlsZSBzb3VyY2UgdG8gcHJldmVudCB0aGUgY29tcGlsZXIg ZnJvbSByZW9yZGVyaW5nIG9yCm9taXR0aW5nIHRoZSBjb3B5LgoKVGhpcyBp cyBwYXJ0IG9mIFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IERhdmlkIFZyYWJl bCA8ZGF2aWQudnJhYmVsQGNpdHJpeC5jb20+ClNpZ25lZC1vZmYtYnk6IEtv bnJhZCBSemVzenV0ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4K LS0tCnYyOiBVcGRhdGUgY29tbWVudCBhYm91dCBHQ0MgYnVnLgotLS0KIGFy Y2gveGVuL2luY2x1ZGUveGVuLXB1YmxpYy9pby9yaW5nLmggfCAxNCArKysr KysrKysrKysrKwogMSBmaWxlIGNoYW5nZWQsIDE0IGluc2VydGlvbnMoKykK CmRpZmYgLS1naXQgYS9hcmNoL3hlbi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8v cmluZy5oIGIvYXJjaC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3Jpbmcu aAppbmRleCAwOWMxODZjLi42MzBiODBlIDEwMDY0NAotLS0gYS9hcmNoL3hl bi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8vcmluZy5oCisrKyBiL2FyY2gveGVu L2luY2x1ZGUveGVuLXB1YmxpYy9pby9yaW5nLmgKQEAgLTIzNiw2ICsyMzYs MjAgQEAgdHlwZWRlZiBzdHJ1Y3QgX19uYW1lIyNfYmFja19yaW5nIF9fbmFt ZSMjX2JhY2tfcmluZ190CiAjZGVmaW5lIFJJTkdfR0VUX1JFUVVFU1QoX3Is IF9pZHgpICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBc CiAgICAgKCYoKF9yKS0+c3JpbmctPnJpbmdbKChfaWR4KSAmIChSSU5HX1NJ WkUoX3IpIC0gMSkpXS5yZXEpKQogCisvKgorICogR2V0IGEgbG9jYWwgY29w eSBvZiBhIHJlcXVlc3QuCisgKgorICogVXNlIHRoaXMgaW4gcHJlZmVyZW5j ZSB0byBSSU5HX0dFVF9SRVFVRVNUKCkgc28gYWxsIHByb2Nlc3NpbmcgaXMK KyAqIGRvbmUgb24gYSBsb2NhbCBjb3B5IHRoYXQgY2Fubm90IGJlIG1vZGlm aWVkIGJ5IHRoZSBvdGhlciBlbmQuCisgKgorICogTm90ZSB0aGF0IGh0dHBz Oi8vZ2NjLmdudS5vcmcvYnVnemlsbGEvc2hvd19idWcuY2dpP2lkPTU4MTQ1 IG1heSBjYXVzZSB0aGlzCisgKiB0byBiZSBpbmVmZmVjdGl2ZSB3aGVyZSBf cmVxIGlzIGEgc3RydWN0IHdoaWNoIGNvbnNpc3RzIG9mIG9ubHkgYml0Zmll bGRzLgorICovCisjZGVmaW5lIFJJTkdfQ09QWV9SRVFVRVNUKF9yLCBfaWR4 LCBfcmVxKSBkbyB7CQkJCVwKKwkvKiBVc2Ugdm9sYXRpbGUgdG8gZm9yY2Ug dGhlIGNvcHkgaW50byBfcmVxLiAqLwkJCVwKKwkqKF9yZXEpID0gKih2b2xh dGlsZSB0eXBlb2YoX3JlcSkpUklOR19HRVRfUkVRVUVTVChfciwgX2lkeCk7 CVwKK30gd2hpbGUgKDApCisKICNkZWZpbmUgUklOR19HRVRfUkVTUE9OU0Uo X3IsIF9pZHgpICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg IFwKICAgICAoJigoX3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdf U0laRShfcikgLSAxKSldLnJzcCkpCiAKLS0gCjIuNS4yCgo= --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0002-netbsd-netback-Use-RING_COPY_REQUEST-instead-of-RING.patch" Content-Transfer-Encoding: base64 RnJvbSAxYzY5N2NhNzZhNjcwYjA4ODNjZDZhMjAzODI4YzMzY2NmNGVjYjFl IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTM6MTYgKzAwMDAKU3ViamVjdDogW1BBVENIIDIv NV0gbmV0YnNkL25ldGJhY2s6IFVzZSBSSU5HX0NPUFlfUkVRVUVTVCBpbnN0 ZWFkIG9mCiBSSU5HX1JFUV9SRVFVRVNUCgpUaGlzIHdheSB3ZSBvcGVyYXRl IG9uIGEgbG9jYWwgY29weSBvZiB0aGUgZ3Vlc3QgUnguIFRoaXMgaXMgbW9y ZSB0aGFuCm5lY2Nlc3NhcnkgYXMgb25seSB0aGUgaWQgYW5kIGdyZWYgZmll bGRzIGFyZSB1c2VkIGFuZCBpdCBpcyBoYXJtbGVzcwppZiB0aGUgZnJvbnRl bmQgbW9kaWZpZXMgdGhlc2UuCgpGb3IgdGhlIFRYIHdlIGFsc28gY29weSB0 aGUgcmVxdWVzdCBhbmQgbWFrZSBzdXJlIHRvIHVzZSBvbmx5IHRoZQpsb2Nh bCBjb3B5LgoKVGhpcyBpcyBiYXNlZCBvZmYgTGludXggJ3hlbi1uZXRiYWNr OiB1c2UgUklOR19DT1BZX1JFUVVFU1QoKSB0aHJvdWdob3V0JwpwYXRjaC4K ClRoaXMgaXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25y YWQgUnplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0t LQogYXJjaC94ZW4veGVuL3hlbm5ldGJhY2tfeGVuYnVzLmMgfCA3OCArKysr KysrKysrKysrKysrKysrKy0tLS0tLS0tLS0tLS0tLS0tLS0tCiAxIGZpbGUg Y2hhbmdlZCwgNDAgaW5zZXJ0aW9ucygrKSwgMzggZGVsZXRpb25zKC0pCgpk aWZmIC0tZ2l0IGEvYXJjaC94ZW4veGVuL3hlbm5ldGJhY2tfeGVuYnVzLmMg Yi9hcmNoL3hlbi94ZW4veGVubmV0YmFja194ZW5idXMuYwppbmRleCA3Y2Mx NGFmLi4wZWYyMzUzIDEwMDY0NAotLS0gYS9hcmNoL3hlbi94ZW4veGVubmV0 YmFja194ZW5idXMuYworKysgYi9hcmNoL3hlbi94ZW4veGVubmV0YmFja194 ZW5idXMuYwpAQCAtNzE1LDcgKzcxNSw3IEBAIHhlbm5ldGJhY2tfZXZ0aGFu ZGxlcih2b2lkICphcmcpCiB7CiAJc3RydWN0IHhuZXRiYWNrX2luc3RhbmNl ICp4bmV0aSA9IGFyZzsKIAlzdHJ1Y3QgaWZuZXQgKmlmcCA9ICZ4bmV0aS0+ eG5pX2lmOwotCW5ldGlmX3R4X3JlcXVlc3RfdCAqdHhyZXE7CisJbmV0aWZf dHhfcmVxdWVzdF90IHR4cmVxOwogCXN0cnVjdCB4bmlfcGt0ICpwa3Q7CiAJ dmFkZHJfdCBwa3RfdmE7CiAJc3RydWN0IG1idWYgKm07CkBAIC03MzMsMzYg KzczMywzNiBAQCB4ZW5uZXRiYWNrX2V2dGhhbmRsZXIodm9pZCAqYXJnKQog CQkgICAgcmVjZWl2ZV9wZW5kaW5nKTsKIAkJaWYgKHJlY2VpdmVfcGVuZGlu ZyA9PSAwKQogCQkJYnJlYWs7Ci0JCXR4cmVxID0gUklOR19HRVRfUkVRVUVT VCgmeG5ldGktPnhuaV90eHJpbmcsIHJlcV9jb25zKTsKKwkJUklOR19DT1BZ X1JFUVVFU1QoJnhuZXRpLT54bmlfdHhyaW5nLCByZXFfY29ucywgJnR4cmVx KTsKIAkJeGVuX3JtYigpOwogCQlYRU5QUklOVEYoKCIlcyBwa3Qgc2l6ZSAl ZFxuIiwgeG5ldGktPnhuaV9pZi5pZl94bmFtZSwKLQkJICAgIHR4cmVxLT5z aXplKSk7CisJCSAgICB0eHJlcS5zaXplKSk7CiAJCXJlcV9jb25zKys7CiAJ CWlmIChfX3ByZWRpY3RfZmFsc2UoKGlmcC0+aWZfZmxhZ3MgJiAoSUZGX1VQ IHwgSUZGX1JVTk5JTkcpKSAhPQogCQkgICAgKElGRl9VUCB8IElGRl9SVU5O SU5HKSkpIHsKIAkJCS8qIGludGVyZmFjZSBub3QgdXAsIGRyb3AgKi8KLQkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLT5pZCwKKwkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLmlkLAogCQkJ ICAgIE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCWNvbnRpbnVlOwogCQl9CiAJ CS8qCiAJCSAqIERvIHNvbWUgc2FuaXR5IGNoZWNrcywgYW5kIG1hcCB0aGUg cGFja2V0J3MgcGFnZS4KIAkJICovCi0JCWlmIChfX3ByZWRpY3RfZmFsc2Uo dHhyZXEtPnNpemUgPCBFVEhFUl9IRFJfTEVOIHx8Ci0JCSAgIHR4cmVxLT5z aXplID4gKEVUSEVSX01BWF9MRU4gLSBFVEhFUl9DUkNfTEVOKSkpIHsKKwkJ aWYgKF9fcHJlZGljdF9mYWxzZSh0eHJlcS5zaXplIDwgRVRIRVJfSERSX0xF TiB8fAorCQkgICB0eHJlcS5zaXplID4gKEVUSEVSX01BWF9MRU4gLSBFVEhF Ul9DUkNfTEVOKSkpIHsKIAkJCXByaW50ZigiJXM6IHBhY2tldCBzaXplICVk IHRvbyBiaWdcbiIsCi0JCQkgICAgaWZwLT5pZl94bmFtZSwgdHhyZXEtPnNp emUpOwotCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEt PmlkLAorCQkJICAgIGlmcC0+aWZfeG5hbWUsIHR4cmVxLnNpemUpOworCQkJ eGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkg ICAgTkVUSUZfUlNQX0VSUk9SKTsKIAkJCWlmcC0+aWZfaWVycm9ycysrOwog CQkJY29udGludWU7CiAJCX0KIAkJLyogZG9uJ3QgY3Jvc3MgcGFnZSBib3Vu ZGFyaWVzICovCiAJCWlmIChfX3ByZWRpY3RfZmFsc2UoCi0JCSAgICB0eHJl cS0+b2Zmc2V0ICsgdHhyZXEtPnNpemUgPiBQQUdFX1NJWkUpKSB7CisJCSAg ICB0eHJlcS5vZmZzZXQgKyB0eHJlcS5zaXplID4gUEFHRV9TSVpFKSkgewog CQkJcHJpbnRmKCIlczogcGFja2V0IGNyb3NzIHBhZ2UgYm91bmRhcnlcbiIs CiAJCQkgICAgaWZwLT5pZl94bmFtZSk7Ci0JCQl4ZW5uZXRiYWNrX3R4X3Jl c3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQl4ZW5uZXRiYWNrX3R4X3Jl c3BvbnNlKHhuZXRpLCB0eHJlcS5pZCwKIAkJCSAgICBORVRJRl9SU1BfRVJS T1IpOwogCQkJaWZwLT5pZl9pZXJyb3JzKys7CiAJCQljb250aW51ZTsKQEAg LTc3NCwxNSArNzc0LDE1IEBAIHhlbm5ldGJhY2tfZXZ0aGFuZGxlcih2b2lk ICphcmcpCiAJCQlpZiAocmF0ZWNoZWNrKCZsYXN0dGltZSwgJnhuaV9wb29s X2VycmludHZsKSkKIAkJCQlwcmludGYoIiVzOiBtYnVmIGFsbG9jIGZhaWxl ZFxuIiwKIAkJCQkgICAgaWZwLT5pZl94bmFtZSk7Ci0JCQl4ZW5uZXRiYWNr X3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQl4ZW5uZXRiYWNr X3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS5pZCwKIAkJCSAgICBORVRJRl9S U1BfRFJPUFBFRCk7CiAJCQlpZnAtPmlmX2llcnJvcnMrKzsKIAkJCWNvbnRp bnVlOwogCQl9CiAKIAkJWEVOUFJJTlRGKCgiJXMgcGt0IG9mZnNldCAlZCBz aXplICVkIGlkICVkIHJlcV9jb25zICVkXG4iLAotCQkgICAgeG5ldGktPnhu aV9pZi5pZl94bmFtZSwgdHhyZXEtPm9mZnNldCwKLQkJICAgIHR4cmVxLT5z aXplLCB0eHJlcS0+aWQsIE1BU0tfTkVUSUZfVFhfSURYKHJlcV9jb25zKSkp OworCQkgICAgeG5ldGktPnhuaV9pZi5pZl94bmFtZSwgdHhyZXEub2Zmc2V0 LAorCQkgICAgdHhyZXEuc2l6ZSwgdHhyZXEuaWQsIE1BU0tfTkVUSUZfVFhf SURYKHJlcV9jb25zKSkpOwogCQkKIAkJcGt0ID0gcG9vbF9nZXQoJnhuaV9w a3RfcG9vbCwgUFJfTk9XQUlUKTsKIAkJaWYgKF9fcHJlZGljdF9mYWxzZShw a3QgPT0gTlVMTCkpIHsKQEAgLTc5MCwxNiArNzkwLDE2IEBAIHhlbm5ldGJh Y2tfZXZ0aGFuZGxlcih2b2lkICphcmcpCiAJCQlpZiAocmF0ZWNoZWNrKCZs YXN0dGltZSwgJnhuaV9wb29sX2VycmludHZsKSkKIAkJCQlwcmludGYoIiVz OiB4bmJwa3QgYWxsb2MgZmFpbGVkXG4iLAogCQkJCSAgICBpZnAtPmlmX3hu YW1lKTsKLQkJCXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVx LT5pZCwKKwkJCXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVx LmlkLAogCQkJICAgIE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCWlmcC0+aWZf aWVycm9ycysrOwogCQkJbV9mcmVlbShtKTsKIAkJCWNvbnRpbnVlOwogCQl9 Ci0JCWVyciA9IHhlbl9zaG1fbWFwKDEsIHhuZXRpLT54bmlfZG9taWQsICZ0 eHJlcS0+Z3JlZiwgJnBrdF92YSwKKwkJZXJyID0geGVuX3NobV9tYXAoMSwg eG5ldGktPnhuaV9kb21pZCwgJnR4cmVxLmdyZWYsICZwa3RfdmEsCiAJCSAg ICAmcGt0LT5wa3RfaGFuZGxlLCBYU0hNX1JPKTsKIAkJaWYgKF9fcHJlZGlj dF9mYWxzZShlcnIgPT0gRU5PTUVNKSkgewotCQkJeGVubmV0YmFja190eF9y ZXNwb25zZSh4bmV0aSwgdHhyZXEtPmlkLAorCQkJeGVubmV0YmFja190eF9y ZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkgICAgTkVUSUZfUlNQX0RS T1BQRUQpOwogCQkJaWZwLT5pZl9pZXJyb3JzKys7CiAJCQlwb29sX3B1dCgm eG5pX3BrdF9wb29sLCBwa3QpOwpAQCAtODEwLDcgKzgxMCw3IEBAIHhlbm5l dGJhY2tfZXZ0aGFuZGxlcih2b2lkICphcmcpCiAJCWlmIChfX3ByZWRpY3Rf ZmFsc2UoZXJyKSkgewogCQkJcHJpbnRmKCIlczogbWFwcGluZyBmb3JlaW5n IHBhZ2UgZmFpbGVkOiAlZFxuIiwKIAkJCSAgICB4bmV0aS0+eG5pX2lmLmlm X3huYW1lLCBlcnIpOwotCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0 aSwgdHhyZXEtPmlkLAorCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0 aSwgdHhyZXEuaWQsCiAJCQkgICAgTkVUSUZfUlNQX0VSUk9SKTsKIAkJCWlm cC0+aWZfaWVycm9ycysrOwogCQkJcG9vbF9wdXQoJnhuaV9wa3RfcG9vbCwg cGt0KTsKQEAgLTgyMCwxMyArODIwLDEzIEBAIHhlbm5ldGJhY2tfZXZ0aGFu ZGxlcih2b2lkICphcmcpCiAKIAkJaWYgKChpZnAtPmlmX2ZsYWdzICYgSUZG X1BST01JU0MpID09IDApIHsKIAkJCXN0cnVjdCBldGhlcl9oZWFkZXIgKmVo ID0KLQkJCSAgICAodm9pZCopKHBrdF92YSArIHR4cmVxLT5vZmZzZXQpOwor CQkJICAgICh2b2lkKikocGt0X3ZhICsgdHhyZXEub2Zmc2V0KTsKIAkJCWlm IChFVEhFUl9JU19NVUxUSUNBU1QoZWgtPmV0aGVyX2Rob3N0KSA9PSAwICYm CiAJCQkgICAgbWVtY21wKENMTEFERFIoaWZwLT5pZl9zYWRsKSwgZWgtPmV0 aGVyX2Rob3N0LAogCQkJICAgIEVUSEVSX0FERFJfTEVOKSAhPSAwKSB7CiAJ CQkJeG5pX3BrdF91bm1hcChwa3QsIHBrdF92YSk7CiAJCQkJbV9mcmVlbSht KTsKLQkJCQl4ZW5uZXRiYWNrX3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+ aWQsCisJCQkJeGVubmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEu aWQsCiAJCQkJICAgIE5FVElGX1JTUF9PS0FZKTsKIAkJCQljb250aW51ZTsg LyogcGFja2V0IGlzIG5vdCBmb3IgdXMgKi8KIAkJCX0KQEAgLTg0NSwzMSAr ODQ1LDMxIEBAIHNvIGFsd2F5cyBjb3B5IGZvciBub3cuCiAJCQkgKiBhY2sg aXQuIERlbGF5aW5nIGl0IHVudGlsIHRoZSBtYnVmIGlzCiAJCQkgKiBmcmVl ZCB3aWxsIHN0YWxsIHRyYW5zbWl0LgogCQkJICovCi0JCQltLT5tX2xlbiA9 IG1pbihNSExFTiwgdHhyZXEtPnNpemUpOworCQkJbS0+bV9sZW4gPSBtaW4o TUhMRU4sIHR4cmVxLnNpemUpOwogCQkJbS0+bV9wa3RoZHIubGVuID0gMDsK LQkJCW1fY29weWJhY2sobSwgMCwgdHhyZXEtPnNpemUsCi0JCQkgICAgKHZv aWQgKikocGt0X3ZhICsgdHhyZXEtPm9mZnNldCkpOworCQkJbV9jb3B5YmFj ayhtLCAwLCB0eHJlcS5zaXplLAorCQkJICAgICh2b2lkICopKHBrdF92YSAr IHR4cmVxLm9mZnNldCkpOwogCQkJeG5pX3BrdF91bm1hcChwa3QsIHBrdF92 YSk7Ci0JCQlpZiAobS0+bV9wa3RoZHIubGVuIDwgdHhyZXEtPnNpemUpIHsK KwkJCWlmIChtLT5tX3BrdGhkci5sZW4gPCB0eHJlcS5zaXplKSB7CiAJCQkJ aWZwLT5pZl9pZXJyb3JzKys7CiAJCQkJbV9mcmVlbShtKTsKLQkJCQl4ZW5u ZXRiYWNrX3R4X3Jlc3BvbnNlKHhuZXRpLCB0eHJlcS0+aWQsCisJCQkJeGVu bmV0YmFja190eF9yZXNwb25zZSh4bmV0aSwgdHhyZXEuaWQsCiAJCQkJICAg IE5FVElGX1JTUF9EUk9QUEVEKTsKIAkJCQljb250aW51ZTsKIAkJCX0KLQkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLT5pZCwKKwkJ CXhlbm5ldGJhY2tfdHhfcmVzcG9uc2UoeG5ldGksIHR4cmVxLmlkLAogCQkJ ICAgIE5FVElGX1JTUF9PS0FZKTsKIAkJfSBlbHNlIHsKIAotCQkJcGt0LT5w a3RfaWQgPSB0eHJlcS0+aWQ7CisJCQlwa3QtPnBrdF9pZCA9IHR4cmVxLmlk OwogCQkJcGt0LT5wa3RfeG5ldGkgPSB4bmV0aTsKIAotCQkJTUVYVEFERCht LCBwa3RfdmEgKyB0eHJlcS0+b2Zmc2V0LAotCQkJICAgIHR4cmVxLT5zaXpl LCBNX0RFVkJVRiwgeGVubmV0YmFja190eF9mcmVlLCBwa3QpOwotCQkJbS0+ bV9wa3RoZHIubGVuID0gbS0+bV9sZW4gPSB0eHJlcS0+c2l6ZTsKKwkJCU1F WFRBREQobSwgcGt0X3ZhICsgdHhyZXEub2Zmc2V0LAorCQkJICAgIHR4cmVx LnNpemUsIE1fREVWQlVGLCB4ZW5uZXRiYWNrX3R4X2ZyZWUsIHBrdCk7CisJ CQltLT5tX3BrdGhkci5sZW4gPSBtLT5tX2xlbiA9IHR4cmVxLnNpemU7CiAJ CQltLT5tX2ZsYWdzIHw9IE1fRVhUX1JPTUFQOwogCQl9Ci0JCWlmICgodHhy ZXEtPmZsYWdzICYgTkVUVFhGX2NzdW1fYmxhbmspICE9IDApIHsKKwkJaWYg KCh0eHJlcS5mbGFncyAmIE5FVFRYRl9jc3VtX2JsYW5rKSAhPSAwKSB7CiAJ CQl4ZW5uZXRfY2hlY2tzdW1fZmlsbCgmbSk7CiAJCQlpZiAobSA9PSBOVUxM KSB7CiAJCQkJaWZwLT5pZl9pZXJyb3JzKys7CkBAIC05NTMsNiArOTUzLDcg QEAgeGVubmV0YmFja19pZnNvZnRzdGFydF90cmFuc2Zlcih2b2lkICphcmcp CiAJbW11X3VwZGF0ZV90ICptbXVwOwogCW11bHRpY2FsbF9lbnRyeV90ICpt Y2xwOwogCW5ldGlmX3J4X3Jlc3BvbnNlX3QgKnJ4cmVzcDsKKwluZXRpZl9y eF9yZXF1ZXN0X3QgcnhyZXE7CiAJUklOR19JRFggcmVxX3Byb2QsIHJlc3Bf cHJvZDsKIAlpbnQgZG9fZXZlbnQgPSAwOwogCWdudHRhYl90cmFuc2Zlcl90 ICpnb3A7CkBAIC0xMDI4LDEwICsxMDI5LDEwIEBAIHhlbm5ldGJhY2tfaWZz b2Z0c3RhcnRfdHJhbnNmZXIodm9pZCAqYXJnKQogCQkJCW5wcGl0ZW1zKys7 CiAJCQl9CiAJCQkvKiBzdGFydCBmaWxsaW5nIHJpbmcgKi8KLQkJCWdvcC0+ cmVmID0gUklOR19HRVRfUkVRVUVTVCgmeG5ldGktPnhuaV9yeHJpbmcsCi0J CQkgICAgeG5ldGktPnhuaV9yeHJpbmcucmVxX2NvbnMpLT5ncmVmOwotCQkJ aWQgPSBSSU5HX0dFVF9SRVFVRVNUKCZ4bmV0aS0+eG5pX3J4cmluZywKLQkJ CSAgICB4bmV0aS0+eG5pX3J4cmluZy5yZXFfY29ucyktPmlkOworCQkJUklO R19DT1BZX1JFUVVFU1QoJnhuZXRpLT54bmlfcnhyaW5nLAorCQkJICAgIHhu ZXRpLT54bmlfcnhyaW5nLnJlcV9jb25zLCAmcnhyZXEpOworCQkJZ29wLT5y ZWYgPSByeHJlcS5ncmVmOworCQkJaWQgPSByeHJlcS5pZDsKIAkJCXhlbl9y bWIoKTsKIAkJCXhuZXRpLT54bmlfcnhyaW5nLnJlcV9jb25zKys7CiAJCQly eHJlc3AgPSBSSU5HX0dFVF9SRVNQT05TRSgmeG5ldGktPnhuaV9yeHJpbmcs CkBAIC0xMTk4LDYgKzExOTksNyBAQCB4ZW5uZXRiYWNrX2lmc29mdHN0YXJ0 X2NvcHkodm9pZCAqYXJnKQogCXBhZGRyX3QgeG1pdF9tYTsKIAlpbnQgaSwg ajsKIAluZXRpZl9yeF9yZXNwb25zZV90ICpyeHJlc3A7CisJbmV0aWZfcnhf cmVxdWVzdF90IHJ4cmVxOwogCVJJTkdfSURYIHJlcV9wcm9kLCByZXNwX3By b2Q7CiAJaW50IGRvX2V2ZW50ID0gMDsKIAlnbnR0YWJfY29weV90ICpnb3A7 CkBAIC0xMzA5LDE2ICsxMzExLDE2IEBAIHhlbm5ldGJhY2tfaWZzb2Z0c3Rh cnRfY29weSh2b2lkICphcmcpCiAJCQlnb3AtPnNvdXJjZS5kb21pZCA9IERP TUlEX1NFTEY7CiAJCQlnb3AtPnNvdXJjZS51LmdtZm4gPSB4bWl0X21hID4+ IFBBR0VfU0hJRlQ7CiAKLQkJCWdvcC0+ZGVzdC51LnJlZiA9IFJJTkdfR0VU X1JFUVVFU1QoJnhuZXRpLT54bmlfcnhyaW5nLAotCQkJICAgIHhuZXRpLT54 bmlfcnhyaW5nLnJlcV9jb25zKS0+Z3JlZjsKKwkJCVJJTkdfQ09QWV9SRVFV RVNUKCZ4bmV0aS0+eG5pX3J4cmluZywKKwkJCSAgICB4bmV0aS0+eG5pX3J4 cmluZy5yZXFfY29ucywgJnJ4cmVxKTsKKwkJCWdvcC0+ZGVzdC51LnJlZiA9 IHJ4cmVxLmdyZWY7CiAJCQlnb3AtPmRlc3Qub2Zmc2V0ID0gMDsKIAkJCWdv cC0+ZGVzdC5kb21pZCA9IHhuZXRpLT54bmlfZG9taWQ7CiAKIAkJCWdvcC0+ bGVuID0gbS0+bV9wa3RoZHIubGVuOwogCQkJZ29wKys7CiAKLQkJCWlkID0g UklOR19HRVRfUkVRVUVTVCgmeG5ldGktPnhuaV9yeHJpbmcsCi0JCQkgICAg eG5ldGktPnhuaV9yeHJpbmcucmVxX2NvbnMpLT5pZDsKKwkJCWlkID0gcnhy ZXEuaWQ7CiAJCQl4ZW5fcm1iKCk7CiAJCQl4bmV0aS0+eG5pX3J4cmluZy5y ZXFfY29ucysrOwogCQkJcnhyZXNwID0gUklOR19HRVRfUkVTUE9OU0UoJnhu ZXRpLT54bmlfcnhyaW5nLAotLSAKMi41LjIKCg== --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0003-netbsd-ring-Add-barrier-to-provide-an-compiler-barri.patch" Content-Transfer-Encoding: base64 RnJvbSBiMzY3Y2RiYTBjYzNlMmRlNDIzN2NhNzRmMzEwNDMxNDFkZWRhODky IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTQ6NDUgKzAwMDAKU3ViamVjdDogW1BBVENIIDMv NV0gbmV0YnNkL3Jpbmc6IEFkZCAnYmFycmllcicgdG8gcHJvdmlkZSBhbiBj b21waWxlcgogYmFycmllci4KCldlIG5lZWQgYW4gbWVjaGFuaXNtIHRvIGRp c2FibGUgdGhlIGNvbXBpbGVyIGZyb20gZ2VuZXJhdGluZyB0byBtdWNoCm9w dGltaXphdGlvbi4gVXNpbmcgdGhlICdiYXJyaWVyJyBtYWNybyB3aWxsIG1h a2UgdGhlIGNvbXBpbGVyIG5vdApvcHRpbWl6ZSB2YXJpYWJsZXMgcGFzdCB0 aGUgJ2JhcnJpZXInIChhcyBpbiwgcmUtdXNlIHRoZSByZWdpc3RlcnMKb3Ig b25seSByZWFkIHBhcnQgb2YgYSB2YWx1ZSBmcm9tIGEgbWVtb3J5KS4KClRo aXMgaXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQog YXJjaC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3JpbmcuaCB8IDIgKysK IDEgZmlsZSBjaGFuZ2VkLCAyIGluc2VydGlvbnMoKykKCmRpZmYgLS1naXQg YS9hcmNoL3hlbi9pbmNsdWRlL3hlbi1wdWJsaWMvaW8vcmluZy5oIGIvYXJj aC94ZW4vaW5jbHVkZS94ZW4tcHVibGljL2lvL3JpbmcuaAppbmRleCAzMTZi Y2ViLi41Mjc4ZDA2IDEwMDY0NAotLS0gYS9hcmNoL3hlbi9pbmNsdWRlL3hl bi1wdWJsaWMvaW8vcmluZy5oCisrKyBiL2FyY2gveGVuL2luY2x1ZGUveGVu LXB1YmxpYy9pby9yaW5nLmgKQEAgLTM1LDYgKzM1LDcgQEAKICNkZWZpbmUg eGVuX21iKCkgIG1iKCkKICNkZWZpbmUgeGVuX3JtYigpIHJtYigpCiAjZGVm aW5lIHhlbl93bWIoKSB3bWIoKQorI2RlZmluZSBiYXJyaWVyKCkgICAgIF9f YXNtX18gX192b2xhdGlsZV9fKCIiOiA6IDoibWVtb3J5IikKICNlbmRpZgog I2VuZGlmCiAKQEAgLTQyLDYgKzQzLDcgQEAKICNkZWZpbmUgeGVuX21iKCkg IHg4Nl9tZmVuY2UoKQogI2RlZmluZSB4ZW5fcm1iKCkgeDg2X2xmZW5jZSgp CiAjZGVmaW5lIHhlbl93bWIoKSB4ODZfc2ZlbmNlKCkKKyNkZWZpbmUgYmFy cmllcigpICAgICBfX2FzbV9fIF9fdm9sYXRpbGVfXygiIjogOiA6Im1lbW9y eSIpCiAjZW5kaWYKIAogdHlwZWRlZiB1bnNpZ25lZCBpbnQgUklOR19JRFg7 Ci0tIAoyLjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0004-netbsd-block-only-read-request-operation-from-shared.patch" Content-Transfer-Encoding: base64 RnJvbSBhMGM1MjgyYWZmNTFkNWU2NTIwY2FhOTA0MjA3Yjk3MzU2N2Q5MjBk IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTY6MDcgKzAwMDAKU3ViamVjdDogW1BBVENIIDQv NV0gbmV0YnNkL2Jsb2NrOiBvbmx5IHJlYWQgcmVxdWVzdCBvcGVyYXRpb24g ZnJvbSBzaGFyZWQKIHJpbmcgb25jZQoKVGhlIGNvbXBpbGVyIG1heSBsb2Fk IGEgc3dpdGNoIHN0YXRlbWVudCBtdWx0aXBsZSB0aW1lcyBmcm9tIHRoZSBz aGFyZWQKc3BhY2UuIFRoaXMgY291bGQgbGVhZCB0byB0aGUgZnJvbnRlbmQg bWFuaXB1bGF0aW5nIHRoZSBiYWNrZW5kIGludG8KdW5mb3JzZWVuIGJyYW5j aGVzLgoKV2Ugd2FudCB0byBlbnN1cmUgdGhhdCB0aGUgcmVxLT5vcGVyYXRp b24gaXMgb25seSByZWFkIG9uY2UgYW5kIHdlCmRvIHRoYXQgYnkgdXNpbmcg YW4gY29tcGlsZXIgYmFycmllci4KClRoaXMgaXMgcGFydCBvZiBYU0ExNTUu CgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnplc3p1dGVrIFdpbGsgPGtvbnJh ZC53aWxrQG9yYWNsZS5jb20+Ci0tLQogYXJjaC94ZW4veGVuL3hiZGJhY2tf eGVuYnVzLmMgfCAxICsKIDEgZmlsZSBjaGFuZ2VkLCAxIGluc2VydGlvbigr KQoKZGlmZiAtLWdpdCBhL2FyY2gveGVuL3hlbi94YmRiYWNrX3hlbmJ1cy5j IGIvYXJjaC94ZW4veGVuL3hiZGJhY2tfeGVuYnVzLmMKaW5kZXggOWVlMDc1 OC4uM2QxODAyMSAxMDA2NDQKLS0tIGEvYXJjaC94ZW4veGVuL3hiZGJhY2tf eGVuYnVzLmMKKysrIGIvYXJjaC94ZW4veGVuL3hiZGJhY2tfeGVuYnVzLmMK QEAgLTEwMjIsNiArMTAyMiw3IEBAIHhiZGJhY2tfY29fbWFpbl9sb29wKHN0 cnVjdCB4YmRiYWNrX2luc3RhbmNlICp4YmRpLCB2b2lkICpvYmopCiAJCQly ZXEtPnNlY3Rvcl9udW1iZXIgPSByZXE2NC0+c2VjdG9yX251bWJlcjsKIAkJ CWJyZWFrOwogCQl9CisJCWJhcnJpZXIoKTsKIAkJWEVOUFJJTlRGKCgieGJk YmFjayBvcCAlZCByZXFfY29ucyAweCV4IHJlcV9wcm9kIDB4JXggIgogCQkg ICAgInJlc3BfcHJvZCAweCV4IGlkICUiIFBSSXU2NCAiXG4iLCByZXEtPm9w ZXJhdGlvbiwKIAkJCXhiZGktPnhiZGlfcmluZy5yaW5nX24ucmVxX2NvbnMs Ci0tIAoyLjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch" Content-Disposition: attachment; filename="xsa155-netbsd-xsa155-0005-netbsd-pciback-Operate-on-local-version-of-xen_pci_o.patch" Content-Transfer-Encoding: base64 RnJvbSAzZjM5ZTA1MWIyMzRiNGJkOGUzNmI4MjBhOTMyNTkxYWZkNjQxM2Ix IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IFR1ZSwg MjQgTm92IDIwMTUgMDI6NTc6MjIgKzAwMDAKU3ViamVjdDogW1BBVENIIDUv NV0gbmV0YnNkL3BjaWJhY2s6IE9wZXJhdGUgb24gbG9jYWwgdmVyc2lvbiBv ZiB4ZW5fcGNpX29wCgpEb3VibGUgZmV0Y2ggdnVsbmVyYWJpbGl0aWVzIHRo YXQgaGFwcGVuIHdoZW4gYSB2YXJpYWJsZSBpcwpmZXRjaGVkIHR3aWNlIGZy b20gc2hhcmVkIG1lbW9yeSBidXQgYSBzZWN1cml0eSBjaGVjayBpcyBvbmx5 CnBlcmZvcm1lZCB0aGUgZmlyc3QgdGltZS4KClRoZSBwY2liYWNrX3hlbmJ1 c19ldnRoYW5kbGVyIGZ1bmN0aW9uIHBlcmZvcm1zIGEgc3dpdGNoIHN0YXRl bWVudHMgb24gdGhlCm9wLT5zaXplIGFuZCBvcC0+Y21kIHZhbHVlIHdoaWNo IGlzIHN0b3JlZCBpbiBzaGFyZWQgbWVtb3J5LgpJbnRlcmVzdGluZ2x5IHRo aXMgY2FuIHJlc3VsdCBpbiBhIGRvdWJsZSBmZXRjaCB2dWxuZXJhYmlsaXR5 IGRlcGVuZGluZyBvbgp0aGUgcGVyZm9ybWVkIGNvbXBpbGVyIG9wdGltaXph dGlvbi4KClRoaXMgcGF0Y2ggZml4ZXMgaXQgYnkgc2F2aW5nIHRoZSB4ZW5f cGNpX29wIGNvbW1hbmQgYmVmb3JlCnByb2Nlc3NpbmcgaXQuIFdlIGFsc28g dXNlICdiYXJyaWVyJyB0byBtYWtlIHN1cmUgdGhhdCB0aGUKY29tcGlsZXIg ZG9lcyBub3QgcGVyZm9ybSBhbnkgb3B0aW1pemF0aW9uLgoKVGhpcyBpcyBw YXJ0IG9mIFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0 ZWsgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiBhcmNoL3hl bi94ZW4vcGNpYmFjay5jIHwgOCArKysrKysrLQogMSBmaWxlIGNoYW5nZWQs IDcgaW5zZXJ0aW9ucygrKSwgMSBkZWxldGlvbigtKQoKZGlmZiAtLWdpdCBh L2FyY2gveGVuL3hlbi9wY2liYWNrLmMgYi9hcmNoL3hlbi94ZW4vcGNpYmFj ay5jCmluZGV4IDA0MmM4YzkuLjQ2YzgyMWMgMTAwNjQ0Ci0tLSBhL2FyY2gv eGVuL3hlbi9wY2liYWNrLmMKKysrIGIvYXJjaC94ZW4veGVuL3BjaWJhY2su YwpAQCAtMTg4LDYgKzE4OCw3IEBAIHN0cnVjdCBwYl94ZW5idXNfaW5zdGFu Y2UgewogCS8qIGNvbW11bmljYXRpb24gd2l0aCB0aGUgZG9tVSAqLwogICAg ICAgICB1bnNpZ25lZCBpbnQgcGJ4X2V2dGNobjsgLyogb3VyIGV2ZW4gY2hh bm5lbCAqLwogICAgICAgICBzdHJ1Y3QgeGVuX3BjaV9zaGFyZWRpbmZvICpw Ynhfc2hfaW5mbzsKKyAgICAgICAgc3RydWN0IHhlbl9wY2lfb3Agb3A7CiAg ICAgICAgIGdyYW50X2hhbmRsZV90IHBieF9zaGluZm9faGFuZGxlOyAvKiB0 byB1bm1hcCBzaGFyZWQgcGFnZSAqLwogfTsKIApAQCAtNzIxLDEzICs3MjIs MTYgQEAgcGNpYmFja194ZW5idXNfZXZ0aGFuZGxlcih2b2lkICogYXJnKQog ewogCXN0cnVjdCBwYl94ZW5idXNfaW5zdGFuY2UgKnBieGkgPSBhcmc7CiAJ c3RydWN0IHBjaWJhY2tfcGNpX2RldiAqcGJkOwotCXN0cnVjdCB4ZW5fcGNp X29wICpvcCA9ICZwYnhpLT5wYnhfc2hfaW5mby0+b3A7CisJc3RydWN0IHhl bl9wY2lfb3AgKm9wID0gJnBieGktPm9wOwogCXVfaW50IGJ1cywgZGV2LCBm dW5jOwogCiAJaHlwZXJ2aXNvcl9jbGVhcl9ldmVudChwYnhpLT5wYnhfZXZ0 Y2huKTsKIAlpZiAoeGVuX2F0b21pY190ZXN0X2JpdCgmcGJ4aS0+cGJ4X3No X2luZm8tPmZsYWdzLAogCSAgICBfWEVOX1BDSUZfYWN0aXZlKSA9PSAwKQog CQlyZXR1cm4gMDsKKworCW1lbWNweShvcCwgJnBieGktPnBieF9zaF9pbmZv LT5vcCwgc2l6ZW9mIChzdHJ1Y3QgeGVuX3BjaV9vcCkpOworCWJhcnJpZXIo KTsKIAlpZiAob3AtPmRvbWFpbiAhPSAwKSB7CiAJCWFwcmludF9lcnJvcigi cGNpYmFjazogZG9tYWluICVkICE9IDAiLCBvcC0+ZG9tYWluKTsKIAkJb3At PmVyciA9IFhFTl9QQ0lfRVJSX2Rldl9ub3RfZm91bmQ7CkBAIC03OTQsNiAr Nzk4LDggQEAgcGNpYmFja194ZW5idXNfZXZ0aGFuZGxlcih2b2lkICogYXJn KQogCQlhcHJpbnRfZXJyb3IoInBjaWJhY2s6IHVua25vd24gY21kICVkXG4i LCBvcC0+Y21kKTsKIAkJb3AtPmVyciA9IFhFTl9QQ0lfRVJSX25vdF9pbXBs ZW1lbnRlZDsKIAl9CisJcGJ4aS0+cGJ4X3NoX2luZm8tPm9wLnZhbHVlID0g b3AtPnZhbHVlOworCXBieGktPnBieF9zaF9pbmZvLT5vcC5lcnIgPSBvcC0+ ZXJyOwogZW5kOgogCXhlbl9hdG9taWNfY2xlYXJfYml0KCZwYnhpLT5wYnhf c2hfaW5mby0+ZmxhZ3MsIF9YRU5fUENJRl9hY3RpdmUpOwogCWh5cGVydmlz b3Jfbm90aWZ5X3ZpYV9ldnRjaG4ocGJ4aS0+cGJ4X2V2dGNobik7Ci0tIAoy LjUuMgoK --=separator Content-Type: application/octet-stream; name="xsa155-qemu-qdisk-double-access.patch" Content-Disposition: attachment; filename="xsa155-qemu-qdisk-double-access.patch" Content-Transfer-Encoding: base64 eGVuL2Jsa2lmOiBBdm9pZCBkb3VibGUgYWNjZXNzIHRvIHNyYy0+bnJfc2Vn bWVudHMKCnNyYyBpcyBzdG9yZWQgaW4gc2hhcmVkIG1lbW9yeSBhbmQgc3Jj LT5ucl9zZWdtZW50cyBpcyBkZXJlZmVyZW5jZWQKdHdpY2UgYXQgdGhlIGVu ZCBvZiB0aGUgZnVuY3Rpb24uICBJZiBhIGNvbXBpbGVyIGRlY2lkZXMgdG8g Y29tcGlsZSB0aGlzCmludG8gdHdvIHNlcGFyYXRlIG1lbW9yeSBhY2Nlc3Nl cyB0aGVuIHRoZSBzaXplIGxpbWl0YXRpb24gY291bGQgYmUKYnlwYXNzZWQu CgpGaXggaXQgYnkgcmVtb3ZpbmcgdGhlIGRvdWJsZSBhY2Nlc3MgdG8gc3Jj LT5ucl9zZWdtZW50cy4KClRoaXMgaXMgcGFydCBvZiBYU0EtMTU1LgoKU2ln bmVkLW9mZi1ieTogU3RlZmFubyBTdGFiZWxsaW5pIDxzdGVmYW5vLnN0YWJl bGxpbmlAZXUuY2l0cml4LmNvbT4KCmRpZmYgLS1naXQgYS9ody9ibG9jay94 ZW5fYmxraWYuaCBiL2h3L2Jsb2NrL3hlbl9ibGtpZi5oCmluZGV4IDcxMWI2 OTIuLjllNzFlMDAgMTAwNjQ0Ci0tLSBhL2h3L2Jsb2NrL3hlbl9ibGtpZi5o CisrKyBiL2h3L2Jsb2NrL3hlbl9ibGtpZi5oCkBAIC04NSw4ICs4NSwxMCBA QCBzdGF0aWMgaW5saW5lIHZvaWQgYmxraWZfZ2V0X3g4Nl8zMl9yZXEoYmxr aWZfcmVxdWVzdF90ICpkc3QsIGJsa2lmX3g4Nl8zMl9yZXF1ZQogCQlkLT5u cl9zZWN0b3JzID0gcy0+bnJfc2VjdG9yczsKIAkJcmV0dXJuOwogCX0KLQlp ZiAobiA+IHNyYy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21l bnRzOworCS8qIHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemlu ZyB0aGUgY29kZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFk ICovCisJYmFycmllcigpOworCWlmIChuID4gZHN0LT5ucl9zZWdtZW50cykK KwkJbiA9IGRzdC0+bnJfc2VnbWVudHM7CiAJZm9yIChpID0gMDsgaSA8IG47 IGkrKykKIAkJZHN0LT5zZWdbaV0gPSBzcmMtPnNlZ1tpXTsKIH0KQEAgLTEw Niw4ICsxMDgsMTAgQEAgc3RhdGljIGlubGluZSB2b2lkIGJsa2lmX2dldF94 ODZfNjRfcmVxKGJsa2lmX3JlcXVlc3RfdCAqZHN0LCBibGtpZl94ODZfNjRf cmVxdWUKIAkJZC0+bnJfc2VjdG9ycyA9IHMtPm5yX3NlY3RvcnM7CiAJCXJl dHVybjsKIAl9Ci0JaWYgKG4gPiBzcmMtPm5yX3NlZ21lbnRzKQotCQluID0g c3JjLT5ucl9zZWdtZW50czsKKwkvKiBwcmV2ZW50IHRoZSBjb21waWxlciBm cm9tIG9wdGltaXppbmcgdGhlIGNvZGUgYW5kIHVzaW5nIHNyYy0+bnJfc2Vn bWVudHMgaW5zdGVhZCAqLworCWJhcnJpZXIoKTsKKwlpZiAobiA+IGRzdC0+ bnJfc2VnbWVudHMpCisJCW4gPSBkc3QtPm5yX3NlZ21lbnRzOwogCWZvciAo aSA9IDA7IGkgPCBuOyBpKyspCiAJCWRzdC0+c2VnW2ldID0gc3JjLT5zZWdb aV07CiB9Cg== --=separator Content-Type: application/octet-stream; name="xsa155-qemut-qdisk-double-access.patch" Content-Disposition: attachment; filename="xsa155-qemut-qdisk-double-access.patch" Content-Transfer-Encoding: base64 RnJvbSAyNzk0MmIwY2IyMzI3ZTkzZGViMTIzMjZiYmU3YjM2YzgxZjlmYTdi IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBTdGVmYW5vIFN0YWJl bGxpbmkgPHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgpEYXRl OiBGcmksIDIwIE5vdiAyMDE1IDEwOjU2OjAwIC0wNTAwClN1YmplY3Q6IFtQ QVRDSF0gYmxraWY6IEF2b2lkIGRvdWJsZSBhY2Nlc3MgdG8gc3JjLT5ucl9z ZWdtZW50cwoKc3JjIGlzIHN0b3JlZCBpbiBzaGFyZWQgbWVtb3J5IGFuZCBz cmMtPm5yX3NlZ21lbnRzIGlzIGRlcmVmZXJlbmNlZAp0d2ljZSBhdCB0aGUg ZW5kIG9mIHRoZSBmdW5jdGlvbi4gIElmIGEgY29tcGlsZXIgZGVjaWRlcyB0 byBjb21waWxlIHRoaXMKaW50byB0d28gc2VwYXJhdGUgbWVtb3J5IGFjY2Vz c2VzIHRoZW4gdGhlIHNpemUgbGltaXRhdGlvbiBjb3VsZCBiZQpieXBhc3Nl ZC4KCkZpeCBpdCBieSByZW1vdmluZyB0aGUgZG91YmxlIGFjY2VzcyB0byBz cmMtPm5yX3NlZ21lbnRzLgoKVGhpcyBpcyBwYXJ0IG9mIFhTQS0xNTUuCgpT aWduZWQtb2ZmLWJ5OiBTdGVmYW5vIFN0YWJlbGxpbmkgPHN0ZWZhbm8uc3Rh YmVsbGluaUBldS5jaXRyaXguY29tPgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQg Unplc3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+Ci0tLQog aHcveGVuX2Jsa2lmLmggfCAxMiArKysrKysrKy0tLS0KIDEgZmlsZSBjaGFu Z2VkLCA4IGluc2VydGlvbnMoKyksIDQgZGVsZXRpb25zKC0pCgpkaWZmIC0t Z2l0IGEvaHcveGVuX2Jsa2lmLmggYi9ody94ZW5fYmxraWYuaAppbmRleCBj YTNhNjViLi5lYjI5Y2IxIDEwMDY0NAotLS0gYS9ody94ZW5fYmxraWYuaAor KysgYi9ody94ZW5fYmxraWYuaApAQCAtNzksOCArNzksMTAgQEAgc3RhdGlj IGlubGluZSB2b2lkIGJsa2lmX2dldF94ODZfMzJfcmVxKGJsa2lmX3JlcXVl c3RfdCAqZHN0LCBibGtpZl94ODZfMzJfcmVxdWUKIAlkc3QtPmhhbmRsZSA9 IHNyYy0+aGFuZGxlOwogCWRzdC0+aWQgPSBzcmMtPmlkOwogCWRzdC0+c2Vj dG9yX251bWJlciA9IHNyYy0+c2VjdG9yX251bWJlcjsKLQlpZiAobiA+IHNy Yy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21lbnRzOworCS8q IHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemluZyB0aGUgY29k ZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFkICovCisJeGVu X21iKCk7CisJaWYgKG4gPiBkc3QtPm5yX3NlZ21lbnRzKQorCQluID0gZHN0 LT5ucl9zZWdtZW50czsKIAlmb3IgKGkgPSAwOyBpIDwgbjsgaSsrKQogCQlk c3QtPnNlZ1tpXSA9IHNyYy0+c2VnW2ldOwogfQpAQCAtOTQsOCArOTYsMTAg QEAgc3RhdGljIGlubGluZSB2b2lkIGJsa2lmX2dldF94ODZfNjRfcmVxKGJs a2lmX3JlcXVlc3RfdCAqZHN0LCBibGtpZl94ODZfNjRfcmVxdWUKIAlkc3Qt PmhhbmRsZSA9IHNyYy0+aGFuZGxlOwogCWRzdC0+aWQgPSBzcmMtPmlkOwog CWRzdC0+c2VjdG9yX251bWJlciA9IHNyYy0+c2VjdG9yX251bWJlcjsKLQlp ZiAobiA+IHNyYy0+bnJfc2VnbWVudHMpCi0JCW4gPSBzcmMtPm5yX3NlZ21l bnRzOworCS8qIHByZXZlbnQgdGhlIGNvbXBpbGVyIGZyb20gb3B0aW1pemlu ZyB0aGUgY29kZSBhbmQgdXNpbmcgc3JjLT5ucl9zZWdtZW50cyBpbnN0ZWFk ICovCisJeGVuX21iKCk7CisJaWYgKG4gPiBkc3QtPm5yX3NlZ21lbnRzKQor CQluID0gZHN0LT5ucl9zZWdtZW50czsKIAlmb3IgKGkgPSAwOyBpIDwgbjsg aSsrKQogCQlkc3QtPnNlZ1tpXSA9IHNyYy0+c2VnW2ldOwogfQotLSAKMi40 LjMKCg== --=separator Content-Type: application/octet-stream; name="xsa155-qemut-xenfb.patch" Content-Disposition: attachment; filename="xsa155-qemut-xenfb.patch" Content-Transfer-Encoding: base64 RnJvbSAwZmZkNDU0NzY2NWQyZmVjNjQ4YWIyYzlmZjg1NmM1ZDlkYjliMDdj IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBTdGVmYW5vIFN0YWJl bGxpbmkgPHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgpEYXRl OiBGcmksIDIwIE5vdiAyMDE1IDEwOjM3OjA4IC0wNTAwClN1YmplY3Q6IFtQ QVRDSCAyLzJdIHhlbmZiOiBhdm9pZCByZWFkaW5nIHR3aWNlIHRoZSBzYW1l IGZpZWxkcyBmcm9tIHRoZQogc2hhcmVkIHBhZ2UKClJlYWRpbmcgdHdpY2Ug dGhlIHNhbWUgZmllbGQgY291bGQgZ2l2ZSB0aGUgZ3Vlc3QgYW4gYXR0YWNr IG9mCm9wcG9ydHVuaXR5LiBJbiB0aGUgY2FzZSBvZiBldmVudC0+dHlwZSwg Z2NjIGNvdWxkIGNvbXBpbGUgdGhlIHN3aXRjaApzdGF0ZW1lbnQgaW50byBh IGp1bXAgdGFibGUsIGVmZmVjdGl2ZWx5IGVuZGluZyB1cCByZWFkaW5nIHRo ZSB0eXBlCmZpZWxkIG11bHRpcGxlIHRpbWVzLgoKVGhpcyBpcyBwYXJ0IG9m IFhTQS0xNTUuCgpTaWduZWQtb2ZmLWJ5OiBTdGVmYW5vIFN0YWJlbGxpbmkg PHN0ZWZhbm8uc3RhYmVsbGluaUBldS5jaXRyaXguY29tPgotLS0KIGh3L3hl bmZiLmMgfCAxMCArKysrKystLS0tCiAxIGZpbGUgY2hhbmdlZCwgNiBpbnNl cnRpb25zKCspLCA0IGRlbGV0aW9ucygtKQoKZGlmZiAtLWdpdCBhL2h3L3hl bmZiLmMgYi9ody94ZW5mYi5jCmluZGV4IDc1YjJiYzIuLjM2OWQ0NWQgMTAw NjQ0Ci0tLSBhL2h3L3hlbmZiLmMKKysrIGIvaHcveGVuZmIuYwpAQCAtODI3 LDE4ICs4MjcsMjAgQEAgc3RhdGljIHZvaWQgeGVuZmJfaW52YWxpZGF0ZSh2 b2lkICpvcGFxdWUpCiAKIHN0YXRpYyB2b2lkIHhlbmZiX2hhbmRsZV9ldmVu dHMoc3RydWN0IFhlbkZCICp4ZW5mYikKIHsKLSAgICB1aW50MzJfdCBwcm9k LCBjb25zOworICAgIHVpbnQzMl90IHByb2QsIGNvbnMsIG91dF9jb25zOwog ICAgIHN0cnVjdCB4ZW5mYl9wYWdlICpwYWdlID0geGVuZmItPmMucGFnZTsK IAogICAgIHByb2QgPSBwYWdlLT5vdXRfcHJvZDsKLSAgICBpZiAocHJvZCA9 PSBwYWdlLT5vdXRfY29ucykKKyAgICBvdXRfY29ucyA9IHBhZ2UtPm91dF9j b25zOworICAgIGlmIChwcm9kID09IG91dF9jb25zKQogCXJldHVybjsKICAg ICB4ZW5fcm1iKCk7CQkvKiBlbnN1cmUgd2Ugc2VlIHJpbmcgY29udGVudHMg dXAgdG8gcHJvZCAqLwotICAgIGZvciAoY29ucyA9IHBhZ2UtPm91dF9jb25z OyBjb25zICE9IHByb2Q7IGNvbnMrKykgeworICAgIGZvciAoY29ucyA9IG91 dF9jb25zOyBjb25zICE9IHByb2Q7IGNvbnMrKykgewogCXVuaW9uIHhlbmZi X291dF9ldmVudCAqZXZlbnQgPSAmWEVORkJfT1VUX1JJTkdfUkVGKHBhZ2Us IGNvbnMpOworICAgICAgICB1aW50OF90IHR5cGUgPSBldmVudC0+dHlwZTsK IAlpbnQgeCwgeSwgdywgaDsKIAotCXN3aXRjaCAoZXZlbnQtPnR5cGUpIHsK Kwlzd2l0Y2ggKHR5cGUpIHsKIAljYXNlIFhFTkZCX1RZUEVfVVBEQVRFOgog CSAgICBpZiAoeGVuZmItPnVwX2NvdW50ID09IFVQX1FVRVVFKQogCQl4ZW5m Yi0+dXBfZnVsbHNjcmVlbiA9IDE7Ci0tIAoyLjEuMAoK --=separator Content-Type: application/octet-stream; name="xsa155-qemu-xenfb.patch" Content-Disposition: attachment; filename="xsa155-qemu-xenfb.patch" Content-Transfer-Encoding: base64 eGVuZmI6IGF2b2lkIHJlYWRpbmcgdHdpY2UgdGhlIHNhbWUgZmllbGRzIGZy b20gdGhlIHNoYXJlZCBwYWdlCgpSZWFkaW5nIHR3aWNlIHRoZSBzYW1lIGZp ZWxkIGNvdWxkIGdpdmUgdGhlIGd1ZXN0IGFuIGF0dGFjayBvZgpvcHBvcnR1 bml0eS4gSW4gdGhlIGNhc2Ugb2YgZXZlbnQtPnR5cGUsIGdjYyBjb3VsZCBj b21waWxlIHRoZSBzd2l0Y2gKc3RhdGVtZW50IGludG8gYSBqdW1wIHRhYmxl LCBlZmZlY3RpdmVseSBlbmRpbmcgdXAgcmVhZGluZyB0aGUgdHlwZQpmaWVs ZCBtdWx0aXBsZSB0aW1lcy4KClRoaXMgaXMgcGFydCBvZiBYU0EtMTU1LgoK U2lnbmVkLW9mZi1ieTogU3RlZmFubyBTdGFiZWxsaW5pIDxzdGVmYW5vLnN0 YWJlbGxpbmlAZXUuY2l0cml4LmNvbT4KCgpkaWZmIC0tZ2l0IGEvaHcvZGlz cGxheS94ZW5mYi5jIGIvaHcvZGlzcGxheS94ZW5mYi5jCmluZGV4IDVlMzI0 ZWYuLjRlMmEyN2EgMTAwNjQ0Ci0tLSBhL2h3L2Rpc3BsYXkveGVuZmIuYwor KysgYi9ody9kaXNwbGF5L3hlbmZiLmMKQEAgLTc4NCwxOCArNzg0LDIwIEBA IHN0YXRpYyB2b2lkIHhlbmZiX2ludmFsaWRhdGUodm9pZCAqb3BhcXVlKQog CiBzdGF0aWMgdm9pZCB4ZW5mYl9oYW5kbGVfZXZlbnRzKHN0cnVjdCBYZW5G QiAqeGVuZmIpCiB7Ci0gICAgdWludDMyX3QgcHJvZCwgY29uczsKKyAgICB1 aW50MzJfdCBwcm9kLCBjb25zLCBvdXRfY29uczsKICAgICBzdHJ1Y3QgeGVu ZmJfcGFnZSAqcGFnZSA9IHhlbmZiLT5jLnBhZ2U7CiAKICAgICBwcm9kID0g cGFnZS0+b3V0X3Byb2Q7Ci0gICAgaWYgKHByb2QgPT0gcGFnZS0+b3V0X2Nv bnMpCisgICAgb3V0X2NvbnMgPSBwYWdlLT5vdXRfY29uczsKKyAgICBpZiAo cHJvZCA9PSBvdXRfY29ucykKIAlyZXR1cm47CiAgICAgeGVuX3JtYigpOwkJ LyogZW5zdXJlIHdlIHNlZSByaW5nIGNvbnRlbnRzIHVwIHRvIHByb2QgKi8K LSAgICBmb3IgKGNvbnMgPSBwYWdlLT5vdXRfY29uczsgY29ucyAhPSBwcm9k OyBjb25zKyspIHsKKyAgICBmb3IgKGNvbnMgPSBvdXRfY29uczsgY29ucyAh PSBwcm9kOyBjb25zKyspIHsKIAl1bmlvbiB4ZW5mYl9vdXRfZXZlbnQgKmV2 ZW50ID0gJlhFTkZCX09VVF9SSU5HX1JFRihwYWdlLCBjb25zKTsKKyAgICAg ICAgdWludDhfdCB0eXBlID0gZXZlbnQtPnR5cGU7CiAJaW50IHgsIHksIHcs IGg7CiAKLQlzd2l0Y2ggKGV2ZW50LT50eXBlKSB7CisJc3dpdGNoICh0eXBl KSB7CiAJY2FzZSBYRU5GQl9UWVBFX1VQREFURToKIAkgICAgaWYgKHhlbmZi LT51cF9jb3VudCA9PSBVUF9RVUVVRSkKIAkJeGVuZmItPnVwX2Z1bGxzY3Jl ZW4gPSAxOwo= --=separator Content-Type: application/octet-stream; name="xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-xen-0001-xen-Add-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSAxMmIxMTY1OGE5ZDZhNjU0YTFlN2FjYmYyZjJkNTZjZTlhMzk2Yzg2 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBEYXZpZCBWcmFiZWwg PGRhdmlkLnZyYWJlbEBjaXRyaXguY29tPgpEYXRlOiBGcmksIDIwIE5vdiAy MDE1IDExOjU5OjA1IC0wNTAwClN1YmplY3Q6IFtQQVRDSCAxLzNdIHhlbjog QWRkIFJJTkdfQ09QWV9SRVFVRVNUKCkKClVzaW5nIFJJTkdfR0VUX1JFUVVF U1QoKSBvbiBhIHNoYXJlZCByaW5nIGlzIGVhc3kgdG8gdXNlIGluY29ycmVj dGx5CihpLmUuLCBieSBub3QgY29uc2lkZXJpbmcgdGhhdCB0aGUgb3RoZXIg ZW5kIG1heSBhbHRlciB0aGUgZGF0YSBpbiB0aGUKc2hhcmVkIHJpbmcgd2hp bGUgaXQgaXMgYmVpbmcgaW5zcGVjdGVkKS4gIFNhZmUgdXNhZ2Ugb2YgYSBy ZXF1ZXN0CmdlbmVyYWxseSByZXF1aXJlcyB0YWtpbmcgYSBsb2NhbCBjb3B5 LgoKUHJvdmlkZSBhIFJJTkdfQ09QWV9SRVFVRVNUKCkgbWFjcm8gdG8gdXNl IGluc3RlYWQgb2YKUklOR19HRVRfUkVRVUVTVCgpIGFuZCBhbiBvcGVuLWNv ZGVkIG1lbWNweSgpLiAgVGhpcyB0YWtlcyBjYXJlIG9mCmVuc3VyaW5nIHRo YXQgdGhlIGNvcHkgaXMgZG9uZSBjb3JyZWN0bHkgcmVnYXJkbGVzcyBvZiBh bnkgcG9zc2libGUKY29tcGlsZXIgb3B0aW1pemF0aW9ucy4KClVzZSBhIHZv bGF0aWxlIHNvdXJjZSB0byBwcmV2ZW50IHRoZSBjb21waWxlciBmcm9tIHJl b3JkZXJpbmcgb3IKb21pdHRpbmcgdGhlIGNvcHkuCgpUaGlzIGlzIHBhcnQg b2YgWFNBMTU1LgoKU2lnbmVkLW9mZi1ieTogRGF2aWQgVnJhYmVsIDxkYXZp ZC52cmFiZWxAY2l0cml4LmNvbT4KU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6 ZXN6dXRlayBXaWxrIDxrb25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KdjI6 IEFkZCBjb21tZW50IGFib3V0IEdDQyBidWcuCi0tLQogeGVuL2luY2x1ZGUv cHVibGljL2lvL3JpbmcuaCB8IDE0ICsrKysrKysrKysrKysrCiAxIGZpbGUg Y2hhbmdlZCwgMTQgaW5zZXJ0aW9ucygrKQoKZGlmZiAtLWdpdCBhL3hlbi9p bmNsdWRlL3B1YmxpYy9pby9yaW5nLmggYi94ZW4vaW5jbHVkZS9wdWJsaWMv aW8vcmluZy5oCmluZGV4IGJhOTQwMWIuLjgwMWMwZGEgMTAwNjQ0Ci0tLSBh L3hlbi9pbmNsdWRlL3B1YmxpYy9pby9yaW5nLmgKKysrIGIveGVuL2luY2x1 ZGUvcHVibGljL2lvL3JpbmcuaApAQCAtMjEyLDYgKzIxMiwyMCBAQCB0eXBl ZGVmIHN0cnVjdCBfX25hbWUjI19iYWNrX3JpbmcgX19uYW1lIyNfYmFja19y aW5nX3QKICNkZWZpbmUgUklOR19HRVRfUkVRVUVTVChfciwgX2lkeCkgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIFwKICAgICAoJigo X3IpLT5zcmluZy0+cmluZ1soKF9pZHgpICYgKFJJTkdfU0laRShfcikgLSAx KSldLnJlcSkpCiAKKy8qCisgKiBHZXQgYSBsb2NhbCBjb3B5IG9mIGEgcmVx dWVzdC4KKyAqCisgKiBVc2UgdGhpcyBpbiBwcmVmZXJlbmNlIHRvIFJJTkdf R0VUX1JFUVVFU1QoKSBzbyBhbGwgcHJvY2Vzc2luZyBpcworICogZG9uZSBv biBhIGxvY2FsIGNvcHkgdGhhdCBjYW5ub3QgYmUgbW9kaWZpZWQgYnkgdGhl IG90aGVyIGVuZC4KKyAqCisgKiBOb3RlIHRoYXQgaHR0cHM6Ly9nY2MuZ251 Lm9yZy9idWd6aWxsYS9zaG93X2J1Zy5jZ2k/aWQ9NTgxNDUgbWF5IGNhdXNl IHRoaXMKKyAqIHRvIGJlIGluZWZmZWN0aXZlIHdoZXJlIF9yZXEgaXMgYSBz dHJ1Y3Qgd2hpY2ggY29uc2lzdHMgb2Ygb25seSBiaXRmaWVsZHMuCisgKi8K KyNkZWZpbmUgUklOR19DT1BZX1JFUVVFU1QoX3IsIF9pZHgsIF9yZXEpIGRv IHsJCQkJXAorCS8qIFVzZSB2b2xhdGlsZSB0byBmb3JjZSB0aGUgY29weSBp bnRvIF9yZXEuICovCQkJXAorCSooX3JlcSkgPSAqKHZvbGF0aWxlIHR5cGVv ZihfcmVxKSlSSU5HX0dFVF9SRVFVRVNUKF9yLCBfaWR4KTsJXAorfSB3aGls ZSAoMCkKKwogI2RlZmluZSBSSU5HX0dFVF9SRVNQT05TRShfciwgX2lkeCkg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgXAogICAgICgm KChfciktPnNyaW5nLT5yaW5nWygoX2lkeCkgJiAoUklOR19TSVpFKF9yKSAt IDEpKV0ucnNwKSkKIAotLSAKMi4xLjAKCg== --=separator Content-Type: application/octet-stream; name="xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch" Content-Disposition: attachment; filename="xsa155-xen-0002-blktap2-Use-RING_COPY_REQUEST.patch" Content-Transfer-Encoding: base64 RnJvbSA4NTFmZmI0ZWVhOTE3ZTI3MDhjOTEyMjkxZGVhNGQxMzMwMjZjMGFj IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MTY6MDIgLTA1MDAKU3ViamVjdDogW1BBVENIIDIv M10gYmxrdGFwMjogVXNlIFJJTkdfQ09QWV9SRVFVRVNUCgpJbnN0ZWFkIG9m IFJJTkdfR0VUX1JFUVVFU1QuIFVzaW5nIGEgbG9jYWwgY29weSBvZiB0aGUK cmluZyAoYW5kIGFsc28gd2l0aCBwcm9wZXIgbWVtb3J5IGJhcnJpZXJzKSB3 aWxsIG1lYW4Kd2UgY2FuIGRvIG5vdCBoYXZlIHRvIHdvcnJ5IGFib3V0IHRo ZSBjb21waWxlciBvcHRpbWl6aW5nCnRoZSBjb2RlIGFuZCBkb2luZyBhIGRv dWJsZS1mZXRjaCBpbiB0aGUgc2hhcmVkIG1lbW9yeSBzcGFjZS4KClRoaXMg aXMgcGFydCBvZiBYU0ExNTUuCgpTaWduZWQtb2ZmLWJ5OiBLb25yYWQgUnpl c3p1dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CgotLS0KdjI6 IEZpeCBjb21waWxlIGlzc3VlcyB3aXRoIHRhcGRpc2stdmJkCi0tLQogdG9v bHMvYmxrdGFwMi9kcml2ZXJzL2Jsb2NrLWxvZy5jICAgfCAzICsrLQogdG9v bHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMgfCA4ICsrKystLS0t CiAyIGZpbGVzIGNoYW5nZWQsIDYgaW5zZXJ0aW9ucygrKSwgNSBkZWxldGlv bnMoLSkKCmRpZmYgLS1naXQgYS90b29scy9ibGt0YXAyL2RyaXZlcnMvYmxv Y2stbG9nLmMgYi90b29scy9ibGt0YXAyL2RyaXZlcnMvYmxvY2stbG9nLmMK aW5kZXggNTMzMGNkYy4uNWYzYmQzNSAxMDA2NDQKLS0tIGEvdG9vbHMvYmxr dGFwMi9kcml2ZXJzL2Jsb2NrLWxvZy5jCisrKyBiL3Rvb2xzL2Jsa3RhcDIv ZHJpdmVycy9ibG9jay1sb2cuYwpAQCAtNDk0LDExICs0OTQsMTIgQEAgc3Rh dGljIGludCBjdGxfa2ljayhzdHJ1Y3QgdGRsb2dfc3RhdGUqIHMsIGludCBm ZCkKICAgcmVxc3RhcnQgPSBzLT5icmluZy5yZXFfY29uczsKICAgcmVxZW5k ID0gcy0+c3JpbmctPnJlcV9wcm9kOwogCisgIHhlbl9tYigpOwogICBCRFBS SU5URigiY3RsOiByaW5nIGtpY2tlZCAoc3RhcnQgPSAldSwgZW5kID0gJXUp IiwgcmVxc3RhcnQsIHJlcWVuZCk7CiAKICAgd2hpbGUgKHJlcXN0YXJ0ICE9 IHJlcWVuZCkgewogICAgIC8qIFhYWCBhY3R1YWxseSBzdWJtaXQgdGhlc2Uh ICovCi0gICAgbWVtY3B5KCZyZXEsIFJJTkdfR0VUX1JFUVVFU1QoJnMtPmJy aW5nLCByZXFzdGFydCksIHNpemVvZihyZXEpKTsKKyAgICBSSU5HX0NPUFlf UkVRVUVTVCgmcy0+YnJpbmcsIHJlcXN0YXJ0LCAmcmVxKTsKICAgICBCRFBS SU5URigiY3RsOiByZWFkIHJlcXVlc3QgJSJQUkl1NjQiOiV1IiwgcmVxLnNl Y3RvciwgcmVxLmNvdW50KTsKICAgICBzLT5icmluZy5yZXFfY29ucyA9ICsr cmVxc3RhcnQ7CiAKZGlmZiAtLWdpdCBhL3Rvb2xzL2Jsa3RhcDIvZHJpdmVy cy90YXBkaXNrLXZiZC5jIGIvdG9vbHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRp c2stdmJkLmMKaW5kZXggNmQxZDk0YS4uODllZjllZCAxMDA2NDQKLS0tIGEv dG9vbHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMKKysrIGIvdG9v bHMvYmxrdGFwMi9kcml2ZXJzL3RhcGRpc2stdmJkLmMKQEAgLTE1NTUsNyAr MTU1NSw3IEBAIHRhcGRpc2tfdmJkX3B1bGxfcmluZ19yZXF1ZXN0cyh0ZF92 YmRfdCAqdmJkKQogCWludCBpZHg7CiAJUklOR19JRFggcnAsIHJjOwogCXRk X3JpbmdfdCAqcmluZzsKLQlibGtpZl9yZXF1ZXN0X3QgKnJlcTsKKwlibGtp Zl9yZXF1ZXN0X3QgcmVxOwogCXRkX3ZiZF9yZXF1ZXN0X3QgKnZyZXE7CiAK IAlyaW5nID0gJnZiZC0+cmluZzsKQEAgLTE1NjYsMTYgKzE1NjYsMTYgQEAg dGFwZGlza192YmRfcHVsbF9yaW5nX3JlcXVlc3RzKHRkX3ZiZF90ICp2YmQp CiAJeGVuX3JtYigpOwogCiAJZm9yIChyYyA9IHJpbmctPmZlX3JpbmcucmVx X2NvbnM7IHJjICE9IHJwOyByYysrKSB7Ci0JCXJlcSA9IFJJTkdfR0VUX1JF UVVFU1QoJnJpbmctPmZlX3JpbmcsIHJjKTsKKwkJUklOR19DT1BZX1JFUVVF U1QoJnJpbmctPmZlX3JpbmcsIHJjLCAmcmVxKTsKIAkJKytyaW5nLT5mZV9y aW5nLnJlcV9jb25zOwogCi0JCWlkeCAgPSByZXEtPmlkOworCQlpZHggID0g cmVxLmlkOwogCQl2cmVxID0gJnZiZC0+cmVxdWVzdF9saXN0W2lkeF07CiAK IAkJQVNTRVJUKGxpc3RfZW1wdHkoJnZyZXEtPm5leHQpKTsKIAkJQVNTRVJU KHZyZXEtPnNlY3NfcGVuZGluZyA9PSAwKTsKIAotCQltZW1jcHkoJnZyZXEt PnJlcSwgcmVxLCBzaXplb2YoYmxraWZfcmVxdWVzdF90KSk7CisJCW1lbWNw eSgmdnJlcS0+cmVxLCAmcmVxLCBzaXplb2YoYmxraWZfcmVxdWVzdF90KSk7 CiAJCXZiZC0+cmVjZWl2ZWQrKzsKIAkJdnJlcS0+dmJkID0gdmJkOwogCi0t IAoyLjEuNAoK --=separator Content-Type: application/octet-stream; name="xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch" Content-Disposition: attachment; filename="xsa155-xen-0003-libvchan-Read-prod-cons-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBjMWZjZTY1ZTJiNzIwNjg0ZWE2YmE3NmFlNTk5MjE1NDJiZDE1NGJi IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MjI6MTQgLTA1MDAKU3ViamVjdDogW1BBVENIIDMv M10gbGlidmNoYW46IFJlYWQgcHJvZC9jb25zIG9ubHkgb25jZS4KCldlIG11 c3QgZW5zdXJlIHRoYXQgdGhlIHByb2QvY29ucyBhcmUgb25seSByZWFkIG9u Y2UgYW5kIHRoYXQKdGhlIGNvbXBpbGVyIHdvbid0IHRyeSB0byBvcHRpbWl6 ZSB0aGUgcmVhZHMuIFRoYXQgaXMgc3BsaXQKdGhlIHJlYWQgb2YgdGhlc2Ug aW4gbXVsdGlwbGUgaW5zdHJ1Y3Rpb25zIGluZmx1ZW5jaW5nIGxhdGVyCmJy YW5jaCBjb2RlLiBBcyBzdWNoIGluc2VydCBiYXJyaWVycyB3aGVuIGZldGNo aW5nIHRoZSBjb25zCmFuZCBwcm9kIGluZGV4LgoKVGhpcyBpcyBwYXJ0IG9m IFhTQTE1NS4KClNpZ25lZC1vZmYtYnk6IEtvbnJhZCBSemVzenV0ZWsgV2ls ayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbT4KLS0tCiB0b29scy9saWJ2Y2hh bi9pby5jIHwgMiArKwogMSBmaWxlIGNoYW5nZWQsIDIgaW5zZXJ0aW9ucygr KQoKZGlmZiAtLWdpdCBhL3Rvb2xzL2xpYnZjaGFuL2lvLmMgYi90b29scy9s aWJ2Y2hhbi9pby5jCmluZGV4IDhhOTYyOWIuLjM4MWNjMDUgMTAwNjQ0Ci0t LSBhL3Rvb2xzL2xpYnZjaGFuL2lvLmMKKysrIGIvdG9vbHMvbGlidmNoYW4v aW8uYwpAQCAtMTE3LDYgKzExNyw3IEBAIHN0YXRpYyBpbmxpbmUgaW50IHNl bmRfbm90aWZ5KHN0cnVjdCBsaWJ4ZW52Y2hhbiAqY3RybCwgdWludDhfdCBi aXQpCiBzdGF0aWMgaW5saW5lIGludCByYXdfZ2V0X2RhdGFfcmVhZHkoc3Ry dWN0IGxpYnhlbnZjaGFuICpjdHJsKQogewogCXVpbnQzMl90IHJlYWR5ID0g cmRfcHJvZChjdHJsKSAtIHJkX2NvbnMoY3RybCk7CisJeGVuX21iKCk7IC8q IEVuc3VyZSAncmVhZHknIGlzIHJlYWQgb25seSBvbmNlLiAqLwogCWlmIChy ZWFkeSA+IHJkX3Jpbmdfc2l6ZShjdHJsKSkKIAkJLyogV2UgaGF2ZSBubyB3 YXkgdG8gcmV0dXJuIGVycm9ycy4gIExvY2tpbmcgdXAgdGhlIHJpbmcgaXMK IAkJICogYmV0dGVyIHRoYW4gdGhlIGFsdGVybmF0aXZlcy4gKi8KQEAgLTE1 OCw2ICsxNTksNyBAQCBpbnQgbGlieGVudmNoYW5fZGF0YV9yZWFkeShzdHJ1 Y3QgbGlieGVudmNoYW4gKmN0cmwpCiBzdGF0aWMgaW5saW5lIGludCByYXdf Z2V0X2J1ZmZlcl9zcGFjZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7 CiAJdWludDMyX3QgcmVhZHkgPSB3cl9yaW5nX3NpemUoY3RybCkgLSAod3Jf cHJvZChjdHJsKSAtIHdyX2NvbnMoY3RybCkpOworCXhlbl9tYigpOyAvKiBF bnN1cmUgJ3JlYWR5JyBpcyByZWFkIG9ubHkgb25jZS4gKi8KIAlpZiAocmVh ZHkgPiB3cl9yaW5nX3NpemUoY3RybCkpCiAJCS8qIFdlIGhhdmUgbm8gd2F5 IHRvIHJldHVybiBlcnJvcnMuICBMb2NraW5nIHVwIHRoZSByaW5nIGlzCiAJ CSAqIGJldHRlciB0aGFuIHRoZSBhbHRlcm5hdGl2ZXMuICovCi0tIAoyLjEu MAoK --=separator Content-Type: application/octet-stream; name="xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch" Content-Disposition: attachment; filename="xsa155-xen44-0003-libvchan-Read-prod-cons-only-once.patch" Content-Transfer-Encoding: base64 RnJvbSBlZjg2YWQwYjYwZmUxNzliMWE2ZmEzOTBlMDVjMzM5ZmI0NGI5Y2M5 IE1vbiBTZXAgMTcgMDA6MDA6MDAgMjAwMQpGcm9tOiBLb25yYWQgUnplc3p1 dGVrIFdpbGsgPGtvbnJhZC53aWxrQG9yYWNsZS5jb20+CkRhdGU6IEZyaSwg MjAgTm92IDIwMTUgMTI6MjI6MTQgLTA1MDAKU3ViamVjdDogW1BBVENIXSBs aWJ2Y2hhbjogUmVhZCBwcm9kL2NvbnMgb25seSBvbmNlLgoKV2UgbXVzdCBl bnN1cmUgdGhhdCB0aGUgcHJvZC9jb25zIGFyZSBvbmx5IHJlYWQgb25jZSBh bmQgdGhhdAp0aGUgY29tcGlsZXIgd29uJ3QgdHJ5IHRvIG9wdGltaXplIHRo ZSByZWFkcy4gVGhhdCBpcyBzcGxpdAp0aGUgcmVhZCBvZiB0aGVzZSBpbiBt dWx0aXBsZSBpbnN0cnVjdGlvbnMgaW5mbHVlbmNpbmcgbGF0ZXIKYnJhbmNo IGNvZGUuIEFzIHN1Y2ggaW5zZXJ0IGJhcnJpZXJzIHdoZW4gZmV0Y2hpbmcg dGhlIGNvbnMKYW5kIHByb2QgaW5kZXguCgpUaGlzIGlzIHBhcnQgb2YgWFNB MTU1LgoKU2lnbmVkLW9mZi1ieTogS29ucmFkIFJ6ZXN6dXRlayBXaWxrIDxr b25yYWQud2lsa0BvcmFjbGUuY29tPgotLS0KIHRvb2xzL2xpYnZjaGFuL2lv LmMgfCAyICsrCiAxIGZpbGUgY2hhbmdlZCwgMiBpbnNlcnRpb25zKCspCgpk aWZmIC0tZ2l0IGEvdG9vbHMvbGlidmNoYW4vaW8uYyBiL3Rvb2xzL2xpYnZj aGFuL2lvLmMKaW5kZXggODA0YzYzYy4uOGIzM2Y0MCAxMDA2NDQKLS0tIGEv dG9vbHMvbGlidmNoYW4vaW8uYworKysgYi90b29scy9saWJ2Y2hhbi9pby5j CkBAIC0xMTgsNiArMTE4LDcgQEAgc3RhdGljIGlubGluZSBpbnQgc2VuZF9u b3RpZnkoc3RydWN0IGxpYnhlbnZjaGFuICpjdHJsLCB1aW50OF90IGJpdCkK IHN0YXRpYyBpbmxpbmUgaW50IHJhd19nZXRfZGF0YV9yZWFkeShzdHJ1Y3Qg bGlieGVudmNoYW4gKmN0cmwpCiB7CiAJdWludDMyX3QgcmVhZHkgPSByZF9w cm9kKGN0cmwpIC0gcmRfY29ucyhjdHJsKTsKKwl4ZW5fbWIoKTsgLyogRW5z dXJlICdyZWFkeScgaXMgcmVhZCBvbmx5IG9uY2UuICovCiAJaWYgKHJlYWR5 ID49IHJkX3Jpbmdfc2l6ZShjdHJsKSkKIAkJLyogV2UgaGF2ZSBubyB3YXkg dG8gcmV0dXJuIGVycm9ycy4gIExvY2tpbmcgdXAgdGhlIHJpbmcgaXMKIAkJ ICogYmV0dGVyIHRoYW4gdGhlIGFsdGVybmF0aXZlcy4gKi8KQEAgLTE1OSw2 ICsxNjAsNyBAQCBpbnQgbGlieGVudmNoYW5fZGF0YV9yZWFkeShzdHJ1Y3Qg bGlieGVudmNoYW4gKmN0cmwpCiBzdGF0aWMgaW5saW5lIGludCByYXdfZ2V0 X2J1ZmZlcl9zcGFjZShzdHJ1Y3QgbGlieGVudmNoYW4gKmN0cmwpCiB7CiAJ dWludDMyX3QgcmVhZHkgPSB3cl9yaW5nX3NpemUoY3RybCkgLSAod3JfcHJv ZChjdHJsKSAtIHdyX2NvbnMoY3RybCkpOworCXhlbl9tYigpOyAvKiBFbnN1 cmUgJ3JlYWR5JyBpcyByZWFkIG9ubHkgb25jZS4gKi8KIAlpZiAocmVhZHkg PiB3cl9yaW5nX3NpemUoY3RybCkpCiAJCS8qIFdlIGhhdmUgbm8gd2F5IHRv IHJldHVybiBlcnJvcnMuICBMb2NraW5nIHVwIHRoZSByaW5nIGlzCiAJCSAq IGJldHRlciB0aGFuIHRoZSBhbHRlcm5hdGl2ZXMuICovCi0tIAoyLjEuNAoK --=separator Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Xen-announce mailing list Xen-announce@lists.xen.org http://lists.xen.org/xen-announce --=separator-- From xen-devel-bounces@lists.xen.org Tue Dec 22 07:01:54 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Tue, 22 Dec 2015 07:01:54 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1aBGxF-0004ct-Sl; Tue, 22 Dec 2015 07:01:53 +0000 Received: from mail6.bemta3.messagelabs.com ([195.245.230.39]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1aBGxD-0004Zx-An for xen-devel@lists.xen.org; Tue, 22 Dec 2015 07:01:51 +0000 Received: from [85.158.137.68] by server-14.bemta-3.messagelabs.com id BD/B8-05979-E55F8765; Tue, 22 Dec 2015 07:01:50 +0000 X-Env-Sender: cyliu@suse.com X-Msg-Ref: server-15.tower-31.messagelabs.com!1450767706!11825417!1 X-Originating-IP: [137.65.250.26] X-SpamReason: No, hits=0.0 required=7.0 tests= X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 40860 invoked from network); 22 Dec 2015 07:01:48 -0000 Received: from victor.provo.novell.com (HELO prv3-mh.provo.novell.com) (137.65.250.26) by server-15.tower-31.messagelabs.com with DHE-RSA-AES256-SHA encrypted SMTP; 22 Dec 2015 07:01:48 -0000 Received: from linux-3hvf.site (prv-ext-foundry1int.gns.novell.com [137.65.251.240]) by prv3-mh.provo.novell.com with ESMTP (TLS encrypted); Tue, 22 Dec 2015 00:01:32 -0700 From: Chunyan Liu To: xen-devel@lists.xen.org Date: Tue, 22 Dec 2015 15:01:10 +0800 Message-Id: <1450767672-21035-4-git-send-email-cyliu@suse.com> X-Mailer: git-send-email 2.1.4 In-Reply-To: <1450767672-21035-1-git-send-email-cyliu@suse.com> References: <1450767672-21035-1-git-send-email-cyliu@suse.com> Cc: jgross@suse.com, wei.liu2@citrix.com, ian.campbell@citrix.com, george.dunlap@eu.citrix.com, Ian.Jackson@eu.citrix.com, Chunyan Liu , George Dunlap , jfehlig@suse.com, Simon Cao Subject: [Xen-devel] [PATCH V12 3/5] libxl: add pvusb API X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org Add pvusb APIs, including: - attach/detach (create/destroy) virtual usb controller. - attach/detach usb device - list usb controller and usb devices - some other helper functions Signed-off-by: Chunyan Liu Signed-off-by: Simon Cao Signed-off-by: George Dunlap Reviewed-by: George Dunlap --- tools/libxl/Makefile | 2 +- tools/libxl/libxl.c | 34 +- tools/libxl/libxl.h | 77 ++ tools/libxl/libxl_device.c | 13 +- tools/libxl/libxl_internal.h | 22 +- tools/libxl/libxl_osdeps.h | 13 + tools/libxl/libxl_pvusb.c | 1548 ++++++++++++++++++++++++++++++++++ tools/libxl/libxl_types.idl | 46 + tools/libxl/libxl_types_internal.idl | 1 + tools/libxl/libxl_utils.c | 18 + tools/libxl/libxl_utils.h | 5 + 11 files changed, 1766 insertions(+), 13 deletions(-) create mode 100644 tools/libxl/libxl_pvusb.c diff --git a/tools/libxl/Makefile b/tools/libxl/Makefile index 6ff5bee..a36145a 100644 --- a/tools/libxl/Makefile +++ b/tools/libxl/Makefile @@ -103,7 +103,7 @@ LIBXL_OBJS = flexarray.o libxl.o libxl_create.o libxl_dm.o libxl_pci.o \ libxl_stream_read.o libxl_stream_write.o \ libxl_save_callout.o _libxl_save_msgs_callout.o \ libxl_qmp.o libxl_event.o libxl_fork.o \ - libxl_dom_suspend.o $(LIBXL_OBJS-y) + libxl_dom_suspend.o libxl_pvusb.o $(LIBXL_OBJS-y) LIBXL_OBJS += libxl_genid.o LIBXL_OBJS += _libxl_types.o libxl_flask.o _libxl_types_internal.o diff --git a/tools/libxl/libxl.c b/tools/libxl/libxl.c index 43d5709..920c135 100644 --- a/tools/libxl/libxl.c +++ b/tools/libxl/libxl.c @@ -3204,7 +3204,7 @@ void libxl__device_disk_local_initiate_detach(libxl__egc *egc, aodev->dev = device; aodev->callback = local_device_detach_cb; aodev->force = 0; - libxl__initiate_device_remove(egc, aodev); + libxl__initiate_device_generic_remove(egc, aodev); return; } @@ -4172,8 +4172,10 @@ out: * libxl_device_vkb_destroy * libxl_device_vfb_remove * libxl_device_vfb_destroy + * libxl_device_usbctrl_remove + * libxl_device_usbctrl_destroy */ -#define DEFINE_DEVICE_REMOVE(type, removedestroy, f) \ +#define DEFINE_DEVICE_REMOVE_EXT(type, remtype, removedestroy, f) \ int libxl_device_##type##_##removedestroy(libxl_ctx *ctx, \ uint32_t domid, libxl_device_##type *type, \ const libxl_asyncop_how *ao_how) \ @@ -4193,13 +4195,19 @@ out: aodev->dev = device; \ aodev->callback = device_addrm_aocomplete; \ aodev->force = f; \ - libxl__initiate_device_remove(egc, aodev); \ + libxl__initiate_device_##remtype##_remove(egc, aodev); \ \ out: \ - if (rc) return AO_CREATE_FAIL(rc); \ + if (rc) return AO_CREATE_FAIL(rc); \ return AO_INPROGRESS; \ } +#define DEFINE_DEVICE_REMOVE(type, removedestroy, f) \ + DEFINE_DEVICE_REMOVE_EXT(type, generic, removedestroy, f) + +#define DEFINE_DEVICE_REMOVE_CUSTOM(type, removedestroy, f) \ + DEFINE_DEVICE_REMOVE_EXT(type, type, removedestroy, f) + /* Define all remove/destroy functions and undef the macro */ /* disk */ @@ -4223,6 +4231,10 @@ DEFINE_DEVICE_REMOVE(vfb, destroy, 1) DEFINE_DEVICE_REMOVE(vtpm, remove, 0) DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) +/* usbctrl */ +DEFINE_DEVICE_REMOVE_CUSTOM(usbctrl, remove, 0) +DEFINE_DEVICE_REMOVE_CUSTOM(usbctrl, destroy, 1) + /* channel/console hotunplug is not implemented. There are 2 possibilities: * 1. add support for secondary consoles to xenconsoled * 2. dynamically add/remove qemu chardevs via qmp messages. */ @@ -4236,6 +4248,8 @@ DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) * libxl_device_disk_add * libxl_device_nic_add * libxl_device_vtpm_add + * libxl_device_usbctrl_add + * libxl_device_usbdev_add */ #define DEFINE_DEVICE_ADD(type) \ @@ -4267,6 +4281,12 @@ DEFINE_DEVICE_ADD(nic) /* vtpm */ DEFINE_DEVICE_ADD(vtpm) +/* usbctrl */ +DEFINE_DEVICE_ADD(usbctrl) + +/* usb */ +DEFINE_DEVICE_ADD(usbdev) + #undef DEFINE_DEVICE_ADD /******************************************************************************/ @@ -4432,7 +4452,7 @@ static int remove_device(libxl__egc *egc, libxl__ao *ao, aodev->dev = dev; aodev->action = LIBXL__DEVICE_ACTION_REMOVE; aodev->callback = device_complete; - libxl__initiate_device_remove(egc, aodev); + libxl__initiate_device_generic_remove(egc, aodev); break; case LIBXL__DEVICE_KIND_QDISK: if (--dguest->num_qdisks == 0) { @@ -6807,6 +6827,10 @@ int libxl_retrieve_domain_configuration(libxl_ctx *ctx, uint32_t domid, MERGE(pci, pcidevs, COMPARE_PCI, {}); + MERGE(usbctrl, usbctrls, COMPARE_USBCTRL, {}); + + MERGE(usbdev, usbdevs, COMPARE_USB, {}); + /* Take care of removable device. We maintain invariant in the * insert / remove operation so that: * 1. if xenstore is "empty" while JSON is not, the result diff --git a/tools/libxl/libxl.h b/tools/libxl/libxl.h index 0e347b9..c708cc8 100644 --- a/tools/libxl/libxl.h +++ b/tools/libxl/libxl.h @@ -123,6 +123,12 @@ #define LIBXL_HAVE_DOMAIN_NODEAFFINITY 1 /* + * LIBXL_HAVE_PVUSB indicates functions for plugging in USB devices + * through pvusb -- both hotplug and at domain creation time.. + */ +#define LIBXL_HAVE_PVUSB 1 + +/* * LIBXL_HAVE_BUILDINFO_HVM_VENDOR_DEVICE indicates that the * libxl_vendor_device field is present in the hvm sections of * libxl_domain_build_info. This field tells libxl which @@ -1503,6 +1509,77 @@ int libxl_cdrom_insert(libxl_ctx *ctx, uint32_t domid, libxl_device_disk *disk, const libxl_asyncop_how *ao_how) LIBXL_EXTERNAL_CALLERS_ONLY; +/* + * USB + * + * For each device removed or added, one of these protocols is available: + * - PV (i.e., PVUSB) + * - DEVICEMODEL (i.e, qemu) + * + * PV is available for either PV or HVM domains. DEVICEMODEL is only + * available for HVM domains. The caller can additionally specify + * "AUTO", in which case the library will try to determine the best + * protocol automatically. + * + * At the moment, the only protocol implemented is PV. + * + * One can add/remove USB controllers to/from guest, and attach/detach USB + * devices to/from USB controllers. + * + * To add USB controllers and USB devices, one can adding USB controllers + * first and then attaching USB devices to some USB controller, or adding + * USB devices to guest directly, it will automatically create a USB + * controller for USB devices to attach. + * + * To remove USB controllers or USB devices, one can remove USB devices + * under USB controller one by one and then remove USB controller, or + * remove USB controller directly, it will remove all USB devices under + * it automatically. + * + */ +/* USB Controllers*/ +int libxl_device_usbctrl_add(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +int libxl_device_usbctrl_remove(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +int libxl_device_usbctrl_destroy(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +libxl_device_usbctrl *libxl_device_usbctrl_list(libxl_ctx *ctx, + uint32_t domid, int *num); + +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr); + + +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl_usbctrlinfo *usbctrlinfo); + +/* USB Devices */ + +int libxl_device_usbdev_add(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbdev *usbdev, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbdev *usbdev, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +libxl_device_usbdev * +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num); + +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr); + /* Network Interfaces */ int libxl_device_nic_add(libxl_ctx *ctx, uint32_t domid, libxl_device_nic *nic, const libxl_asyncop_how *ao_how) diff --git a/tools/libxl/libxl_device.c b/tools/libxl/libxl_device.c index 8bb5e93..b7a6a13 100644 --- a/tools/libxl/libxl_device.c +++ b/tools/libxl/libxl_device.c @@ -676,7 +676,10 @@ void libxl__devices_destroy(libxl__egc *egc, libxl__devices_remove_state *drs) aodev->action = LIBXL__DEVICE_ACTION_REMOVE; aodev->dev = dev; aodev->force = drs->force; - libxl__initiate_device_remove(egc, aodev); + if (dev->backend_kind == LIBXL__DEVICE_KIND_VUSB) + libxl__initiate_device_usbctrl_remove(egc, aodev); + else + libxl__initiate_device_generic_remove(egc, aodev); } } } @@ -775,8 +778,8 @@ out: return; } -void libxl__initiate_device_remove(libxl__egc *egc, - libxl__ao_device *aodev) +void libxl__initiate_device_generic_remove(libxl__egc *egc, + libxl__ao_device *aodev) { STATE_AO_GC(aodev->ao); xs_transaction_t t = 0; @@ -806,7 +809,7 @@ void libxl__initiate_device_remove(libxl__egc *egc, (info.paused || info.dying || info.shutdown)) { /* * TODO: 4.2 Bodge due to QEMU, see comment on top of - * libxl__initiate_device_remove in libxl_internal.h + * libxl__initiate_device_generic_remove in libxl_internal.h */ rc = libxl__ev_time_register_rel(ao, &aodev->timeout, device_qemu_timeout, @@ -942,7 +945,7 @@ static void device_backend_callback(libxl__egc *egc, libxl__ev_devstate *ds, !aodev->force) { LOG(DEBUG, "Timeout reached, initiating forced remove"); aodev->force = 1; - libxl__initiate_device_remove(egc, aodev); + libxl__initiate_device_generic_remove(egc, aodev); return; } diff --git a/tools/libxl/libxl_internal.h b/tools/libxl/libxl_internal.h index d1eb18f..0ccad9a 100644 --- a/tools/libxl/libxl_internal.h +++ b/tools/libxl/libxl_internal.h @@ -2583,6 +2583,14 @@ _hidden void libxl__device_vtpm_add(libxl__egc *egc, uint32_t domid, libxl_device_vtpm *vtpm, libxl__ao_device *aodev); +_hidden void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__ao_device *aodev); + +_hidden void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbdev *usbdev, + libxl__ao_device *aodev); + /* Internal function to connect a vkb device */ _hidden int libxl__device_vkb_add(libxl__gc *gc, uint32_t domid, libxl_device_vkb *vkb); @@ -2612,8 +2620,15 @@ _hidden void libxl__wait_device_connection(libxl__egc*, * * Once finished, aodev->callback will be executed. */ -_hidden void libxl__initiate_device_remove(libxl__egc *egc, - libxl__ao_device *aodev); +_hidden void libxl__initiate_device_generic_remove(libxl__egc *egc, + libxl__ao_device *aodev); + +_hidden int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__device *device); + +_hidden void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, + libxl__ao_device *aodev); /* * libxl__get_hotplug_script_info returns the args and env that should @@ -3975,6 +3990,9 @@ static inline void libxl__update_config_vtpm(libxl__gc *gc, #define COMPARE_PCI(a, b) ((a)->func == (b)->func && \ (a)->bus == (b)->bus && \ (a)->dev == (b)->dev) +#define COMPARE_USB(a, b) ((a)->ctrl == (b)->ctrl && \ + (a)->port == (b)->port) +#define COMPARE_USBCTRL(a, b) ((a)->devid == (b)->devid) /* DEVICE_ADD * diff --git a/tools/libxl/libxl_osdeps.h b/tools/libxl/libxl_osdeps.h index d9661c9..802c762 100644 --- a/tools/libxl/libxl_osdeps.h +++ b/tools/libxl/libxl_osdeps.h @@ -24,6 +24,8 @@ #define _GNU_SOURCE #if defined(__NetBSD__) +#define SYSFS_USB_DEV "/sys/bus/usb/devices" +#define SYSFS_USBBACK_DRIVER "/kern/xen/usb" #define SYSFS_PCI_DEV "/sys/bus/pci/devices" #define SYSFS_PCIBACK_DRIVER "/kern/xen/pci" #define NETBACK_NIC_NAME "xvif%ui%d" @@ -31,6 +33,8 @@ #elif defined(__OpenBSD__) #include #elif defined(__linux__) +#define SYSFS_USB_DEV "/sys/bus/usb/devices" +#define SYSFS_USBBACK_DRIVER "/sys/bus/usb/drivers/usbback" #define SYSFS_PCI_DEV "/sys/bus/pci/devices" #define SYSFS_PCIBACK_DRIVER "/sys/bus/pci/drivers/pciback" #define NETBACK_NIC_NAME "vif%u.%d" @@ -38,6 +42,8 @@ #elif defined(__sun__) #include #elif defined(__FreeBSD__) +#define SYSFS_USB_DEV "/dev/null" +#define SYSFS_USBBACK_DRIVER "/dev/null" #define SYSFS_PCI_DEV "/dev/null" #define SYSFS_PCIBACK_DRIVER "/dev/null" #define NETBACK_NIC_NAME "xnb%u.%d" @@ -45,6 +51,13 @@ #include #endif +#ifndef SYSFS_USBBACK_DRIVER +#error define SYSFS_USBBACK_DRIVER for your platform +#endif +#ifndef SYSFS_USB_DEV +#error define SYSFS_USB_DEV for your platform +#endif + #ifndef SYSFS_PCIBACK_DRIVER #error define SYSFS_PCIBACK_DRIVER for your platform #endif diff --git a/tools/libxl/libxl_pvusb.c b/tools/libxl/libxl_pvusb.c new file mode 100644 index 0000000..44ba6f0 --- /dev/null +++ b/tools/libxl/libxl_pvusb.c @@ -0,0 +1,1548 @@ +/* + * Copyright (C) 2015 SUSE LINUX Products GmbH, Nuernberg, Germany. + * Author Chunyan Liu + * + * This program is free software; you can redistribute it and/or modify + * it under the terms of the GNU Lesser General Public License as published + * by the Free Software Foundation; version 2.1 only. with the special + * exception on linking described in file LICENSE. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU Lesser General Public License for more details. + */ + +#include "libxl_osdeps.h" /* must come before any other headers */ + +#include "libxl_internal.h" +#include + +#define USBBACK_INFO_PATH "/libxl/usbback" + +#define USBHUB_CLASS_CODE 9 + +static int libxl__device_usbctrl_setdefault(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl) +{ + int rc; + libxl_domain_type domtype = libxl__domain_type(gc, domid); + + if (!usbctrl->version) + usbctrl->version = 2; + + if (!usbctrl->ports) + usbctrl->ports = 8; + + if (usbctrl->type == LIBXL_USBCTRL_TYPE_AUTO) { + if (domtype == LIBXL_DOMAIN_TYPE_PV) { + usbctrl->type = LIBXL_USBCTRL_TYPE_PV; + } else if (domtype == LIBXL_DOMAIN_TYPE_HVM) { + /* FIXME: See if we can detect PV frontend */ + usbctrl->type = LIBXL_USBCTRL_TYPE_DEVICEMODEL; + } + } + + rc = libxl__resolve_domid(gc, usbctrl->backend_domname, + &usbctrl->backend_domid); + return rc; +} + +int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__device *device) +{ + device->backend_devid = usbctrl->devid; + device->backend_domid = usbctrl->backend_domid; + device->backend_kind = LIBXL__DEVICE_KIND_VUSB; + device->devid = usbctrl->devid; + device->domid = domid; + device->kind = LIBXL__DEVICE_KIND_VUSB; + + return 0; +} + +/* Add usbctrl information to xenstore. + * + * Adding a usb controller will add a new 'vusb' device in xenstore, and + * add corresponding frontend, backend information to it. According to + * "update_json", decide wether to update json config file. + */ +static int libxl__device_usbctrl_add_xenstore(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + bool update_json) +{ + libxl__device *device; + flexarray_t *front; + flexarray_t *back; + xs_transaction_t t = XBT_NULL; + int i, rc; + libxl_domain_config d_config; + libxl_device_usbctrl usbctrl_saved; + libxl__domain_userdata_lock *lock = NULL; + + libxl_domain_config_init(&d_config); + libxl_device_usbctrl_init(&usbctrl_saved); + libxl_device_usbctrl_copy(CTX, &usbctrl_saved, usbctrl); + + GCNEW(device); + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); + if (rc) goto out; + + front = flexarray_make(gc, 4, 1); + back = flexarray_make(gc, 12, 1); + + flexarray_append_pair(back, "frontend-id", GCSPRINTF("%d", domid)); + flexarray_append_pair(back, "online", "1"); + flexarray_append_pair(back, "state", + GCSPRINTF("%d", XenbusStateInitialising)); + flexarray_append_pair(back, "type", + (char *)libxl_usbctrl_type_to_string(usbctrl->type)); + flexarray_append_pair(back, "usb-ver", GCSPRINTF("%d", usbctrl->version)); + flexarray_append_pair(back, "num-ports", GCSPRINTF("%d", usbctrl->ports)); + flexarray_append_pair(back, "port", ""); + for (i = 0; i < usbctrl->ports; i++) + flexarray_append_pair(back, GCSPRINTF("port/%d", i + 1), ""); + + flexarray_append_pair(front, "backend-id", + GCSPRINTF("%d", usbctrl->backend_domid)); + flexarray_append_pair(front, "state", + GCSPRINTF("%d", XenbusStateInitialising)); + + if (update_json) { + lock = libxl__lock_domain_userdata(gc, domid); + if (!lock) { + rc = ERROR_LOCK_FAIL; + goto out; + } + + rc = libxl__get_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + + DEVICE_ADD(usbctrl, usbctrls, domid, &usbctrl_saved, + COMPARE_USBCTRL, &d_config); + } + + for (;;) { + rc = libxl__xs_transaction_start(gc, &t); + if (rc) goto out; + + rc = libxl__device_exists(gc, t, device); + if (rc < 0) goto out; + if (rc == 1) { + /* already exists in xenstore */ + LOG(ERROR, "device already exists in xenstore"); + rc = ERROR_DEVICE_EXISTS; + goto out; + } + + if (update_json) { + rc = libxl__set_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + } + + libxl__device_generic_add(gc, t, device, + libxl__xs_kvs_of_flexarray(gc, back, back->count), + libxl__xs_kvs_of_flexarray(gc, front, front->count), + NULL); + + rc = libxl__xs_transaction_commit(gc, &t); + if (!rc) break; + if (rc < 0) goto out; + } + +out: + libxl__xs_transaction_abort(gc, &t); + if (lock) libxl__unlock_domain_userdata(lock); + libxl_device_usbctrl_dispose(&usbctrl_saved); + libxl_domain_config_dispose(&d_config); + return rc; +} + +/* AO operation to add a usb controller. + * + * Generally, it does: + * 1) fill in necessary usb controler information with default value + * 2) write usb controller frontend/backend info to xenstore, update json + * config file if necessary. + * 3) wait for device connection. PVUSB frontend and backend driver will + * probe xenstore paths and build connection between frontend and backend. + * + * Before calling this function, aodev should be properly filled: + * aodev->ao, aodev->callback, aodev->update_json, ... + */ +void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__ao_device *aodev) +{ + STATE_AO_GC(aodev->ao); + libxl__device *device; + int rc; + + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); + if (rc < 0) goto out; + + if (usbctrl->devid == -1) { + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); + if (usbctrl->devid < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + if (usbctrl->type != LIBXL_USBCTRL_TYPE_PV) { + LOG(ERROR, "Unsupported USB controller type"); + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, + aodev->update_json); + if (rc) goto out; + + GCNEW(device); + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); + if (rc) goto out; + + aodev->dev = device; + aodev->action = LIBXL__DEVICE_ACTION_ADD; + libxl__wait_device_connection(egc, aodev); + return; + +out: + aodev->rc = rc; + aodev->callback(egc, aodev); + return; +} + +static int libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_devid usbctrl, + libxl_device_usbdev **usbdevs, + int *num); + +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev); + +/* AO function to remove a usb controller. + * + * Generally, it does: + * 1) check if the usb controller exists or not + * 2) remove all usb devices under controller + * 3) remove usb controller information from xenstore + * + * Before calling this function, aodev should be properly filled: + * aodev->ao, aodev->dev, aodev->callback, ... + */ +void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, + libxl__ao_device *aodev) +{ + STATE_AO_GC(aodev->ao); + libxl_device_usbdev *usbdevs = NULL; + int num_usbdev = 0; + int i, rc; + uint32_t domid = ao->domid; + int usbctrl_devid = aodev->dev->devid; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbctrl_devid; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + if (usbctrlinfo.type != LIBXL_USBCTRL_TYPE_PV) { + LOG(ERROR, "Unsupported USB controller type"); + rc = ERROR_FAIL; + goto out; + } + + /* Remove usb devices first */ + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, usbctrl_devid, + &usbdevs, &num_usbdev); + if (rc) goto out; + + for (i = 0; i < num_usbdev; i++) { + if (libxl__device_usbdev_remove(gc, domid, &usbdevs[i])) { + LOG(ERROR, "libxl__device_usbdev_remove failed: controller %d, " + "port %d", usbdevs[i].ctrl, usbdevs[i].port); + rc = ERROR_FAIL; + goto out; + } + } + + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + + /* Remove usbctrl */ + libxl__initiate_device_generic_remove(egc, aodev); + return; + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + aodev->rc = rc; + aodev->callback(egc, aodev); + return; +} + +static const char *vusb_be_from_xs_fe(libxl__gc *gc, const char *fe_path, + uint32_t tgt_domid) +{ + const char *be_path; + int r; + uint32_t be_domid, fe_domid; + + r = libxl__xs_read_checked(gc, XBT_NULL, GCSPRINTF("%s/backend", fe_path), + &be_path); + if (r || !be_path) return NULL; + + /* Check to see that it has the proper form, and that fe_domid == + * target domid */ + r = sscanf(be_path, "/local/domain/%d/backend/vusb/%d", + &be_domid, &fe_domid); + + if (r != 2 || fe_domid != tgt_domid) { + LOG(ERROR, "Malformed backend, refusing to use"); + return NULL; + } + + return be_path; +} + +libxl_device_usbctrl * +libxl_device_usbctrl_list(libxl_ctx *ctx, uint32_t domid, int *num) +{ + GC_INIT(ctx); + libxl_device_usbctrl *usbctrls = NULL; + char *path = NULL; + char **entry = NULL; + unsigned int nentries = 0; + + *num = 0; + + path = GCSPRINTF("%s/device/vusb", + libxl__xs_get_dompath(gc, domid)); + entry = libxl__xs_directory(gc, XBT_NULL, path, &nentries); + + if (entry && nentries) { + usbctrls = libxl__zalloc(NOGC, sizeof(*usbctrls) * nentries); + libxl_device_usbctrl *usbctrl; + libxl_device_usbctrl *end = usbctrls + nentries; + for (usbctrl = usbctrls; + usbctrl < end; + usbctrl++, entry++, (*num)++) { + const char *tmp, *be_path, *fe_path; + int ret; + + libxl_device_usbctrl_init(usbctrl); + usbctrl->devid = atoi(*entry); + +#define READ_SUBPATH(path, subpath) ({ \ + ret = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (ret) goto out; \ + (char *)tmp; \ + }) + +#define READ_SUBPATH_INT(path, subpath) ({ \ + ret = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (ret) goto out; \ + tmp ? atoi(tmp) : -1; \ + }) + + fe_path = GCSPRINTF("%s/%s", path, *entry); + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) goto out; + usbctrl->backend_domid = READ_SUBPATH_INT(fe_path, "backend-id"); + usbctrl->version = READ_SUBPATH_INT(be_path, "usb-ver"); + usbctrl->ports = READ_SUBPATH_INT(be_path, "num-ports"); + libxl_usbctrl_type_from_string(READ_SUBPATH(be_path, "type"), + &usbctrl->type); + +#undef READ_SUBPATH +#undef READ_SUBPATH_INT + } + } + + GC_FREE; + return usbctrls; + +out: + LOG(ERROR, "Unable to list USB Controllers"); + libxl_device_usbctrl_list_free(usbctrls, *num); + GC_FREE; + *num = 0; + return NULL; +} + +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl_usbctrlinfo *usbctrlinfo) +{ + GC_INIT(ctx); + const char *dompath, *fe_path, *be_path, *tmp; + int rc; + + usbctrlinfo->devid = usbctrl->devid; + +#define READ_SUBPATH(path, subpath) ({ \ + rc = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (rc) goto out; \ + (char *)tmp; \ + }) + +#define READ_SUBPATH_INT(path, subpath) ({ \ + rc = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (rc) goto out; \ + tmp ? atoi(tmp) : -1; \ + }) + + dompath = libxl__xs_get_dompath(gc, domid); + fe_path = GCSPRINTF("%s/device/vusb/%d", dompath, usbctrl->devid); + be_path = READ_SUBPATH(fe_path, "backend"); + usbctrlinfo->backend = libxl__strdup(NOGC, be_path); + usbctrlinfo->backend_id = READ_SUBPATH_INT(fe_path, "backend-id"); + usbctrlinfo->state = READ_SUBPATH_INT(fe_path, "state"); + usbctrlinfo->evtch = READ_SUBPATH_INT(fe_path, "event-channel"); + usbctrlinfo->ref_urb = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); + usbctrlinfo->ref_conn = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); + tmp = READ_SUBPATH(be_path, "frontend"); + usbctrlinfo->frontend = libxl__strdup(NOGC, tmp); + usbctrlinfo->frontend_id = READ_SUBPATH_INT(be_path, "frontend-id"); + usbctrlinfo->ports = READ_SUBPATH_INT(be_path, "num-ports"); + usbctrlinfo->version = READ_SUBPATH_INT(be_path, "usb-ver");; + tmp = READ_SUBPATH(be_path, "type"); + libxl_usbctrl_type_from_string(tmp, &usbctrlinfo->type); + +#undef READ_SUBPATH +#undef READ_SUBPATH_INT + + rc = 0; + +out: + GC_FREE; + return rc; +} + +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, + uint32_t domid, + int devid, + libxl_device_usbctrl *usbctrl) +{ + libxl_device_usbctrl *usbctrls; + int nb = 0; + int i, rc; + + usbctrls = libxl_device_usbctrl_list(ctx, domid, &nb); + if (!usbctrls) + return ERROR_FAIL; + + rc = ERROR_FAIL; + for (i = 0; i < nb; i++) { + if (devid == usbctrls[i].devid) { + libxl_device_usbctrl_copy(ctx, usbctrl, &usbctrls[i]); + rc = 0; + break; + } + } + + libxl_device_usbctrl_list_free(usbctrls, nb); + return rc; +} + +static void *zalloc_dirent(libxl__gc *gc, const char *dirpath) +{ + size_t need = offsetof(struct dirent, d_name) + + pathconf(dirpath, _PC_NAME_MAX) + 1; + + return libxl__zalloc(gc, need); +} + +static char *usbdev_busaddr_to_busid(libxl__gc *gc, int bus, int addr) +{ + DIR *dir; + char *busid = NULL; + struct dirent *de_buf; + struct dirent *de; + + /* invalid hostbus or hostaddr */ + if (bus < 1 || addr < 1) + return NULL; + + dir = opendir(SYSFS_USB_DEV); + if (!dir) { + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); + return NULL; + } + + de_buf = zalloc_dirent(gc, SYSFS_USB_DEV); + + for (;;) { + char *filename; + void *buf; + int busnum = -1; + int devnum = -1; + + int r = readdir_r(dir, de_buf, &de); + if (r) { + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); + break; + } + if (!de) + break; + + if (!strcmp(de->d_name, ".") || + !strcmp(de->d_name, "..")) + continue; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/devnum", de->d_name); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + devnum = atoi(buf); + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/busnum", de->d_name); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + busnum = atoi(buf); + + if (bus == busnum && addr == devnum) { + busid = libxl__strdup(gc, de->d_name); + break; + } + } + + closedir(dir); + return busid; +} + +static int usbdev_busaddr_from_busid(libxl__gc *gc, const char *busid, + uint8_t *bus, uint8_t *addr) +{ + char *filename; + void *buf; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/busnum", busid); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + *bus = atoi(buf); + else + return ERROR_FAIL; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/devnum", busid); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + *addr = atoi(buf); + else + return ERROR_FAIL; + + return 0; +} + +static int get_assigned_devices(libxl__gc *gc, + libxl_device_usbdev **list, int *num) +{ + char **domlist; + unsigned int ndom = 0; + int i, j, k; + int rc; + + *list = NULL; + *num = 0; + + domlist = libxl__xs_directory(gc, XBT_NULL, "/local/domain", &ndom); + for (i = 0; i < ndom; i++) { + char *path; + char **usbctrls; + unsigned int nc = 0; + uint32_t domid = atoi(domlist[i]); + + path = GCSPRINTF("%s/device/vusb", libxl__xs_get_dompath(gc, domid)); + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); + + for (j = 0; j < nc; j++) { + libxl_device_usbdev *tmp = NULL; + int nd = 0; + + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, + atoi(usbctrls[j]), + &tmp, &nd); + if (rc) goto out; + + if (!nd) continue; + + GCREALLOC_ARRAY(*list, *num + nd); + for (k = 0; k < nd; k++) { + libxl_device_usbdev_copy(CTX, *list + *num, tmp + k); + (*num)++; + } + } + } + + return 0; + +out: + LOG(ERROR, "fail to get assigned devices"); + return rc; +} + +static bool is_usbdev_in_array(libxl_device_usbdev *usbdevs, int num, + libxl_device_usbdev *usbdev) +{ + int i; + + for (i = 0; i < num; i++) { + if (usbdevs[i].u.hostdev.hostbus == usbdev->u.hostdev.hostbus && + usbdevs[i].u.hostdev.hostaddr == usbdev->u.hostdev.hostaddr) + return true; + } + + return false; +} + +/* check if USB device type is assignable */ +static bool is_usbdev_assignable(libxl__gc *gc, libxl_device_usbdev *usbdev) +{ + int classcode; + char *filename; + void *buf = NULL; + char *busid = NULL; + + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, + usbdev->u.hostdev.hostaddr); + if (!busid) return false; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/bDeviceClass", busid); + if (libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + return false; + + classcode = atoi(buf); + return classcode != USBHUB_CLASS_CODE; +} + +/* get usb devices under certain usb controller */ +static int +libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, + uint32_t domid, + libxl_devid usbctrl, + libxl_device_usbdev **usbdevs, + int *num) +{ + const char *fe_path, *be_path, *num_devs; + int n, i, rc; + + *usbdevs = NULL; + *num = 0; + + fe_path = GCSPRINTF("%s/device/vusb/%d", + libxl__xs_get_dompath(gc, domid), usbctrl); + + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/num-ports", be_path), + &num_devs); + if (rc) goto out; + + n = num_devs ? atoi(num_devs) : 0; + + for (i = 0; i < n; i++) { + const char *busid; + libxl_device_usbdev *usbdev; + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", be_path, i + 1), + &busid); + if (rc) goto out; + + if (busid && strcmp(busid, "")) { + GCREALLOC_ARRAY(*usbdevs, *num + 1); + usbdev = *usbdevs + *num; + (*num)++; + libxl_device_usbdev_init(usbdev); + usbdev->ctrl = usbctrl; + usbdev->port = i + 1; + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; + rc = usbdev_busaddr_from_busid(gc, busid, + &usbdev->u.hostdev.hostbus, + &usbdev->u.hostdev.hostaddr); + if (rc) goto out; + } + } + + rc = 0; + +out: + return rc; +} + +/* get all usb devices of the domain */ +libxl_device_usbdev * +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num) +{ + GC_INIT(ctx); + libxl_device_usbdev *usbdevs = NULL; + const char *path; + char **usbctrls; + unsigned int nc = 0; + int i, j; + + *num = 0; + + path = GCSPRINTF("%s/device/vusb", + libxl__xs_get_dompath(gc, domid)); + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); + + for (i = 0; i < nc; i++) { + int r, nd = 0; + libxl_device_usbdev *tmp = NULL; + + r = libxl__device_usbdev_list_for_usbctrl(gc, domid, + atoi(usbctrls[i]), + &tmp, &nd); + if (!r || !nd) continue; + + usbdevs = libxl__realloc(NOGC, usbdevs, + sizeof(*usbdevs) * (*num + nd)); + for (j = 0; j < nd; j++) { + libxl_device_usbdev_copy(ctx, usbdevs + *num, tmp + j); + (*num)++; + } + } + + GC_FREE; + return usbdevs; +} + +/* find first unused controller:port and give that to usb device */ +static int +libxl__device_usbdev_set_default_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + libxl_device_usbctrl *usbctrls = NULL; + int numctrl = 0; + int i, j, rc; + + usbctrls = libxl_device_usbctrl_list(CTX, domid, &numctrl); + if (!numctrl || !usbctrls) { + rc = ERROR_FAIL; + goto out; + } + + rc = ERROR_FAIL; + for (i = 0; i < numctrl; i++) { + for (j = 0; j < usbctrls[i].ports; j++) { + const char *path, *tmp; + + path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbctrls[i].devid, j + 1); + tmp = libxl__xs_read(gc, XBT_NULL, path); + if (tmp && !strcmp(tmp, "")) { + usbdev->ctrl = usbctrls[i].devid; + usbdev->port = j + 1; + rc = 0; + goto out; + } + } + } + +out: + libxl_device_usbctrl_list_free(usbctrls, numctrl); + return rc; +} + +/* Fill in usb information with default value. + * + * Generally, it does: + * 1) if "controller" is not specified: + * - if "port" is not specified, try to find an available controller:port, + * if found, use that; otherwise, create a new controller, use this + * controller and its first port + * - if "port" is specified, report error. + * 2) if "controller" is specified, but port is not specified: + * try to find an available port under this controller, if found, use + * that, otherwise, report error. + * 3) if both "controller" and "port" are specified: + * check the controller:port is available, if not, report error. + */ +static int libxl__device_usbdev_setdefault(libxl__gc *gc, + uint32_t domid, + libxl_device_usbdev *usbdev, + bool update_json) +{ + int rc; + + if (!usbdev->type) + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; + + if (usbdev->ctrl == -1) { + if (usbdev->port) { + LOG(ERROR, "USB controller must be specified if you specify port"); + return ERROR_INVAL; + } + + rc = libxl__device_usbdev_set_default_usbctrl(gc, domid, usbdev); + /* If no existing controller to host this usb device, add a new one */ + if (rc) { + libxl_device_usbctrl *usbctrl; + + GCNEW(usbctrl); + libxl_device_usbctrl_init(usbctrl); + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); + if (rc < 0) goto out; + + if (usbctrl->devid == -1) { + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); + if (usbctrl->devid < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, + update_json); + if (rc) goto out; + + usbdev->ctrl = usbctrl->devid; + usbdev->port = 1; + } + } else { + /* A controller was specified; look it up */ + const char *fe_path, *be_path, *tmp; + + fe_path = GCSPRINTF("%s/device/vusb/%d", + libxl__xs_get_dompath(gc, domid), + usbdev->ctrl); + + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) { + rc = ERROR_FAIL; + goto out; + } + + if (usbdev->port) { + /* A specific port was requested; see if it's available */ + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", + be_path, usbdev->port), + &tmp); + if (rc) goto out; + + if (tmp && strcmp(tmp, "")) { + LOG(ERROR, "The controller port isn't available"); + rc = ERROR_FAIL; + goto out; + } + } else { + /* No port was requested. Choose free port. */ + int i, ports; + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/num-ports", be_path), &tmp); + if (rc) goto out; + + ports = tmp ? atoi(tmp) : 0; + + for (i = 0; i < ports; i++) { + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", be_path, i + 1), + &tmp); + if (rc) goto out; + + if (tmp && !strcmp(tmp, "")) { + usbdev->port = i + 1; + break; + } + } + + if (!usbdev->port) { + LOG(ERROR, "No available port under specified controller"); + rc = ERROR_FAIL; + goto out; + } + } + } + + rc = 0; + +out: + return rc; +} + +/* Add usb information to xenstore + * + * Adding a usb device won't create new 'vusb' device, but only write + * the device busid to the controller:port in xenstore. + */ +static int libxl__device_usbdev_add_xenstore(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev, + bool update_json) +{ + char *be_path, *busid; + int rc; + xs_transaction_t t = XBT_NULL; + libxl_domain_config d_config; + libxl_device_usbdev usbdev_saved; + libxl__domain_userdata_lock *lock = NULL; + + libxl_domain_config_init(&d_config); + libxl_device_usbdev_init(&usbdev_saved); + libxl_device_usbdev_copy(CTX, &usbdev_saved, usbdev); + + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, + usbdev->u.hostdev.hostaddr); + if (!busid) { + LOG(DEBUG, "Fail to get busid of usb device"); + goto out; + } + + if (update_json) { + lock = libxl__lock_domain_userdata(gc, domid); + if (!lock) { + rc = ERROR_LOCK_FAIL; + goto out; + } + + rc = libxl__get_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + + DEVICE_ADD(usbdev, usbdevs, domid, &usbdev_saved, + COMPARE_USB, &d_config); + } + + for (;;) { + rc = libxl__xs_transaction_start(gc, &t); + if (rc) goto out; + + if (update_json) { + rc = libxl__set_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + } + + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbdev->ctrl, usbdev->port); + + LOG(DEBUG, "Adding usb device %s to xenstore: controller %d, port %d", + busid, usbdev->ctrl, usbdev->port); + + if (libxl__xs_write_checked(gc, t, be_path, busid)) + goto out; + + rc = libxl__xs_transaction_commit(gc, &t); + if (!rc) break; + if (rc < 0) goto out; + } + + rc = 0; + +out: + if (lock) libxl__unlock_domain_userdata(lock); + libxl_device_usbdev_dispose(&usbdev_saved); + libxl_domain_config_dispose(&d_config); + return rc; +} + +static int libxl__device_usbdev_remove_xenstore(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + char *be_path; + + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbdev->ctrl, usbdev->port); + + LOG(DEBUG, "Removing usb device from xenstore: controller %d, port %d", + usbdev->ctrl, usbdev->port); + + return libxl__xs_write_checked(gc, XBT_NULL, be_path, ""); +} + +static char *usbdev_busid_from_ctrlport(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + return libxl__xs_read(gc, XBT_NULL, + GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbdev->ctrl, usbdev->port)); +} + +/* get original driver path of usb interface, stored in @drvpath */ +static int usbintf_get_drvpath(libxl__gc *gc, const char *intf, char **drvpath) +{ + char *spath, *dp = NULL; + struct stat st; + int rc; + + spath = GCSPRINTF(SYSFS_USB_DEV "/%s/driver", intf); + + rc = lstat(spath, &st); + if (rc == 0) { + /* Find the canonical path to the driver. */ + dp = libxl__zalloc(gc, PATH_MAX); + dp = realpath(spath, dp); + } else if (errno != ENOENT) { + LOGE(ERROR, "lstat failed: '%s'", spath); + return ERROR_FAIL; + } + + *drvpath = dp; + + return 0; +} + +static int sysfs_write_intf(libxl__gc *gc, const char *intf, const char *path) +{ + int rc, fd = -1; + + fd = open(path, O_WRONLY); + if (fd < 0) { + LOGE(ERROR, "open file failed: '%s'", path); + return ERROR_FAIL; + } + + rc = write(fd, intf, strlen(intf)); + close(fd); + if (rc < 0) { + LOGE(ERROR, "write '%s' to '%s' failed", intf, path); + return ERROR_FAIL; + } + if (rc != strlen(intf)) { + LOG(ERROR, "write '%s' to '%s' failed: incorrect write count", + intf, path); + return ERROR_FAIL; + } + + return 0; +} + +static int unbind_usbintf(libxl__gc *gc, const char *intf) +{ + char *path; + + path = GCSPRINTF(SYSFS_USB_DEV "/%s/driver/unbind", intf); + return sysfs_write_intf(gc, intf, path); +} + +static int bind_usbintf(libxl__gc *gc, const char *intf, const char *drvpath) +{ + char *path; + struct stat st; + + path = GCSPRINTF("%s/%s", drvpath, intf); + /* if already bound, return */ + if (!lstat(path, &st)) + return 0; + + path = GCSPRINTF("%s/bind", drvpath); + return sysfs_write_intf(gc, intf, path); +} + +/* Is usb interface bound to usbback? */ +static int usbintf_is_assigned(libxl__gc *gc, char *intf) +{ + char *spath; + int rc; + struct stat st; + + spath = GCSPRINTF(SYSFS_USBBACK_DRIVER "/%s", intf); + rc = lstat(spath, &st); + + if (rc == 0) + return 1; + if (rc < 0 && errno == ENOENT) + return 0; + LOGE(ERROR, "Accessing %s", spath); + return -1; +} + +static int usbdev_get_all_interfaces(libxl__gc *gc, const char *busid, + char ***intfs, int *num) +{ + DIR *dir; + char *buf; + struct dirent *de_buf; + struct dirent *de; + int rc; + + *intfs = NULL; + *num = 0; + + buf = GCSPRINTF("%s:", busid); + + dir = opendir(SYSFS_USB_DEV); + if (!dir) { + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); + return ERROR_FAIL; + } + + de_buf = zalloc_dirent(gc, SYSFS_USB_DEV); + + for (;;) { + int r = readdir_r(dir, de_buf, &de); + + if (r) { + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); + rc = ERROR_FAIL; + goto out; + } + if (!de) + break; + + if (!strcmp(de->d_name, ".") || + !strcmp(de->d_name, "..")) + continue; + + if (!strncmp(de->d_name, buf, strlen(buf))) { + GCREALLOC_ARRAY(*intfs, *num + 1); + (*intfs)[*num] = libxl__strdup(gc, de->d_name); + (*num)++; + } + } + + rc = 0; + +out: + closedir(dir); + return rc; +} + +/* Encode usb interface so that it could be written to xenstore as a key. + * + * Since xenstore key cannot include '.' or ':', we'll change '.' to '_', + * change ':' to '@'. For example, 3-1:2.1 will be encoded to 3-1@2_1. + * This will be used to save original driver of USB device to xenstore. + */ +static char *usb_interface_xenstore_encode(libxl__gc *gc, const char *busid) +{ + char *str = libxl__strdup(gc, busid); + int i, len = strlen(str); + + for (i = 0; i < len; i++) { + if (str[i] == '.') + str[i] = '_'; + if (str[i] == ':') + str[i] = '@'; + } + return str; +} + +/* Unbind USB device from "usbback" driver. + * + * If there are many interfaces under USB device, check each interface, + * unbind from "usbback" driver and rebind to its original driver. + */ +static int usbback_dev_unassign(libxl__gc *gc, const char *busid) +{ + char **intfs = NULL; + char *usbdev_encode = NULL; + char *path = NULL; + int i, num = 0; + int rc; + + if (usbdev_get_all_interfaces(gc, busid, &intfs, &num) < 0) + return ERROR_FAIL; + + usbdev_encode = usb_interface_xenstore_encode(gc, busid); + + for (i = 0; i < num; i++) { + char *intf = intfs[i]; + char *usbintf_encode = NULL; + const char *drvpath; + + /* check if the USB interface is already bound to "usbback" */ + if (usbintf_is_assigned(gc, intf) > 0) { + /* unbind interface from usbback driver */ + if (unbind_usbintf(gc, intf) < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + /* try to rebind USB interface to its originial driver. + * If rebinding failed, export warning so that user can + * handle it later. + */ + usbintf_encode = usb_interface_xenstore_encode(gc, intf); + path = GCSPRINTF(USBBACK_INFO_PATH "/%s/%s/driver_path", + usbdev_encode, usbintf_encode); + rc = libxl__xs_read_checked(gc, XBT_NULL, path, &drvpath); + if (rc) continue; + + if (drvpath && bind_usbintf(gc, intf, drvpath)) + LOGE(WARN, "Couldn't rebind %s to %s", intf, drvpath); + } + + /* finally, remove xenstore driver path */ + path = GCSPRINTF(USBBACK_INFO_PATH "/%s", usbdev_encode); + libxl__xs_rm_checked(gc, XBT_NULL, path); + rc = 0; + +out: + return rc; +} + +/* Bind USB device to "usbback" driver. + * + * If there are many interfaces under USB device, check each interface, + * unbind from original driver and bind to "usbback" driver. + */ +static int usbback_dev_assign(libxl__gc *gc, const char *busid) +{ + char **intfs = NULL; + int num = 0, i; + int rc; + char *usbdev_encode = NULL; + + rc = usbdev_get_all_interfaces(gc, busid, &intfs, &num); + if (rc) + return rc; + + usbdev_encode = usb_interface_xenstore_encode(gc, busid); + + for (i = 0; i < num; i++) { + char *intf = intfs[i]; + char *drvpath = NULL; + + /* already assigned to usbback */ + if (usbintf_is_assigned(gc, intf) > 0) + continue; + + rc = usbintf_get_drvpath(gc, intf, &drvpath); + if (rc < 0) goto out; + + if (drvpath) { + /* write driver path to xenstore for later rebinding */ + char *usbintf_encode = NULL; + char *path; + + usbintf_encode = usb_interface_xenstore_encode(gc, intf); + path = GCSPRINTF(USBBACK_INFO_PATH "/%s/%s/driver_path", + usbdev_encode, usbintf_encode); + if (libxl__xs_write_checked(gc, XBT_NULL, path, drvpath) < 0) + goto out; + + /* unbind interface from original driver */ + if (unbind_usbintf(gc, intf) < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + /* bind interface to usbback */ + if (bind_usbintf(gc, intf, SYSFS_USBBACK_DRIVER) < 0) { + LOG(ERROR, "Couldn't bind %s to %s", intf, SYSFS_USBBACK_DRIVER); + rc = ERROR_FAIL; + goto out; + } + } + + return 0; + +out: + /* some interfaces might be bound to usbback, unbind it and + * rebind it to its original driver + */ + usbback_dev_unassign(gc, busid); + return rc; +} + +static int do_usbdev_add(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev, + bool update_json) +{ + int rc; + char *busid; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbdev->ctrl; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + switch (usbctrlinfo.type) { + case LIBXL_USBCTRL_TYPE_PV: + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, + usbdev->u.hostdev.hostaddr); + if (!busid) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__device_usbdev_add_xenstore(gc, domid, usbdev, update_json); + if (rc) goto out; + + rc = usbback_dev_assign(gc, busid); + if (rc) { + libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); + goto out; + } + break; + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: + default: + LOG(ERROR, "Unsupported usb controller type"); + rc = ERROR_FAIL; + goto out; + } + + rc = 0; + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + return rc; +} + +/* AO operation to add a usb device. + * + * Generally, it does: + * 1) check if the usb device type is assignable + * 2) check if the usb device is already assigned to a domain + * 3) add 'busid' of the usb device to xenstore contoller/port/. + * (PVUSB driver watches the xenstore changes and will detect that.) + * 4) unbind usb device from original driver and bind to usbback. + * If usb device has many interfaces, then: + * - unbind each interface from its original driver and bind to usbback. + * - store the original driver to xenstore for later rebinding when + * detaching the device. + * + * Before calling this function, aodev should be properly filled: + * aodev->ao, aodev->callback, aodev->update_json, ... + */ +void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbdev *usbdev, + libxl__ao_device *aodev) +{ + STATE_AO_GC(aodev->ao); + int rc; + libxl_device_usbdev *assigned; + int num_assigned; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + + /* Currently only support adding USB device from Dom0 backend. + * So, if USB controller is specified, check its backend domain, + * if it's not Dom0, report error. + */ + if (usbdev->ctrl != -1) { + usbctrl.devid = usbdev->ctrl; + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { + LOG(ERROR, "Don't support adding USB device from non-Dom0 backend"); + rc = ERROR_INVAL; + goto out; + } + } + + /* check usb device is assignable type */ + if (!is_usbdev_assignable(gc, usbdev)) { + LOG(ERROR, "USB device is not assignable."); + rc = ERROR_FAIL; + goto out; + } + + /* check usb device is already assigned */ + rc = get_assigned_devices(gc, &assigned, &num_assigned); + if (rc) { + LOG(ERROR, "cannot determine if device is assigned," + " refusing to continue"); + goto out; + } + + if (is_usbdev_in_array(assigned, num_assigned, usbdev)) { + LOG(ERROR, "USB device already attached to a domain"); + rc = ERROR_FAIL; + goto out; + } + + /* fill default values, e.g, if usbdev->ctrl and usbdev->port + * not specified, choose available controller:port and fill in. */ + rc = libxl__device_usbdev_setdefault(gc, domid, usbdev, + aodev->update_json); + if (rc) goto out; + + /* do actual adding usb device operation */ + rc = do_usbdev_add(gc, domid, usbdev, aodev->update_json); + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + aodev->rc = rc; + aodev->callback(egc, aodev); + return; +} + +static int do_usbdev_remove(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + int rc; + char *busid; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbdev->ctrl; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + switch (usbctrlinfo.type) { + case LIBXL_USBCTRL_TYPE_PV: + busid = usbdev_busid_from_ctrlport(gc, domid, usbdev); + if (!busid) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); + if (rc) goto out; + + rc = usbback_dev_unassign(gc, busid); + if (rc) { + /* Till here, usb device information is already removed + * from xenstore, usb list couldn't list it any more. + * If unassign usb device from usbback failed, export + * warning only so that user could handle driver status + * later. + */ + LOG(WARN, "unbind usb device from usbback and rebind to its " + "original driver failed"); + } + break; + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: + default: + LOG(ERROR, "Unsupported usb controller type"); + rc = ERROR_FAIL; + goto out; + } + + rc = 0; + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + return rc; +} + +/* Operation to remove usb device. + * + * Generally, it does: + * 1) check if the usb device is assigned to the domain + * 2) remove the usb device from xenstore controller/port. + * 3) unbind usb device from usbback and rebind to its original driver. + * If usb device has many interfaces, do it to each interface. + */ +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + libxl_usbctrlinfo usbctrlinfo; + libxl_device_usbctrl usbctrl; + int rc; + + if (usbdev->ctrl < 0 || usbdev->port < 1) { + LOG(ERROR, "Invalid USB device"); + return ERROR_FAIL; + } + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbdev->ctrl; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { + LOG(ERROR, "Don't support removing USB device from non-Dom0 backend"); + rc = ERROR_INVAL; + goto out; + } + + /* do actual removing usb device operation */ + rc = do_usbdev_remove(gc, domid, usbdev); + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + return rc; +} + +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbdev *usbdev, + const libxl_asyncop_how *ao_how) + +{ + AO_CREATE(ctx, domid, ao_how); + int rc; + + rc = libxl__device_usbdev_remove(gc, domid, usbdev); + + libxl__ao_complete(egc, ao, rc); + return AO_INPROGRESS; +} + +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, + uint32_t domid, + int ctrl, + int port, + libxl_device_usbdev *usbdev) +{ + GC_INIT(ctx); + const char *dompath, *fe_path, *be_path, *busid; + int rc; + + dompath = libxl__xs_get_dompath(gc, domid); + + fe_path = GCSPRINTF("%s/device/vusb/%d", dompath, ctrl); + + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", be_path, port), + &busid); + if (rc) goto out; + + if (!busid || !strcmp(busid, "")) { + rc = ERROR_FAIL; + goto out; + } + + usbdev->ctrl = ctrl; + usbdev->port = port; + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; + rc = usbdev_busaddr_from_busid(gc, busid, + &usbdev->u.hostdev.hostbus, + &usbdev->u.hostdev.hostaddr); + +out: + GC_FREE; + return rc; +} +/* + * Local variables: + * mode: C + * c-basic-offset: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libxl/libxl_types.idl b/tools/libxl/libxl_types.idl index 9658356..befee94 100644 --- a/tools/libxl/libxl_types.idl +++ b/tools/libxl/libxl_types.idl @@ -606,6 +606,35 @@ libxl_device_rdm = Struct("device_rdm", [ ("policy", libxl_rdm_reserve_policy), ]) +libxl_usbctrl_type = Enumeration("usbctrl_type", [ + (0, "AUTO"), + (1, "PV"), + (2, "DEVICEMODEL"), + ]) + +libxl_usbdev_type = Enumeration("usbdev_type", [ + (1, "hostdev"), + ]) + +libxl_device_usbctrl = Struct("device_usbctrl", [ + ("type", libxl_usbctrl_type), + ("devid", libxl_devid), + ("version", integer), + ("ports", integer), + ("backend_domid", libxl_domid), + ("backend_domname", string), + ]) + +libxl_device_usbdev = Struct("device_usbdev", [ + ("ctrl", libxl_devid), + ("port", integer), + ("u", KeyedUnion(None, libxl_usbdev_type, "type", + [("hostdev", Struct(None, [ + ("hostbus", uint8), + ("hostaddr", uint8)])), + ])), + ]) + libxl_device_dtdev = Struct("device_dtdev", [ ("path", string), ]) @@ -644,6 +673,8 @@ libxl_domain_config = Struct("domain_config", [ # a channel manifests as a console with a name, # see docs/misc/channels.txt ("channels", Array(libxl_device_channel, "num_channels")), + ("usbctrls", Array(libxl_device_usbctrl, "num_usbctrls")), + ("usbdevs", Array(libxl_device_usbdev, "num_usbdevs")), ("on_poweroff", libxl_action_on_shutdown), ("on_reboot", libxl_action_on_shutdown), @@ -687,6 +718,21 @@ libxl_vtpminfo = Struct("vtpminfo", [ ("uuid", libxl_uuid), ], dir=DIR_OUT) +libxl_usbctrlinfo = Struct("usbctrlinfo", [ + ("type", libxl_usbctrl_type), + ("devid", libxl_devid), + ("version", integer), + ("ports", integer), + ("backend", string), + ("backend_id", uint32), + ("frontend", string), + ("frontend_id", uint32), + ("state", integer), + ("evtch", integer), + ("ref_urb", integer), + ("ref_conn", integer), + ], dir=DIR_OUT) + libxl_vcpuinfo = Struct("vcpuinfo", [ ("vcpuid", uint32), ("cpu", uint32), diff --git a/tools/libxl/libxl_types_internal.idl b/tools/libxl/libxl_types_internal.idl index 5e55685..696f5f8 100644 --- a/tools/libxl/libxl_types_internal.idl +++ b/tools/libxl/libxl_types_internal.idl @@ -22,6 +22,7 @@ libxl__device_kind = Enumeration("device_kind", [ (6, "VKBD"), (7, "CONSOLE"), (8, "VTPM"), + (9, "VUSB"), ]) libxl__console_backend = Enumeration("console_backend", [ diff --git a/tools/libxl/libxl_utils.c b/tools/libxl/libxl_utils.c index e64f301..94dac4e 100644 --- a/tools/libxl/libxl_utils.c +++ b/tools/libxl/libxl_utils.c @@ -1311,6 +1311,24 @@ int libxl__random_bytes(libxl__gc *gc, uint8_t *buf, size_t len) return ret; } +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr) +{ + int i; + + for (i = 0; i < nr; i++) + libxl_device_usbctrl_dispose(&list[i]); + free(list); +} + +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr) +{ + int i; + + for (i = 0; i < nr; i++) + libxl_device_usbdev_dispose(&list[i]); + free(list); +} + /* * Local variables: * mode: C diff --git a/tools/libxl/libxl_utils.h b/tools/libxl/libxl_utils.h index 339ebdf..4495417 100644 --- a/tools/libxl/libxl_utils.h +++ b/tools/libxl/libxl_utils.h @@ -76,6 +76,11 @@ int libxl_uuid_to_device_vtpm(libxl_ctx *ctx, uint32_t domid, libxl_uuid *uuid, libxl_device_vtpm *vtpm); int libxl_devid_to_device_vtpm(libxl_ctx *ctx, uint32_t domid, int devid, libxl_device_vtpm *vtpm); +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, uint32_t domid, + int devid, libxl_device_usbctrl *usbctrl); +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, uint32_t domid, + int ctrl, int port, + libxl_device_usbdev *usbdev); int libxl_bitmap_alloc(libxl_ctx *ctx, libxl_bitmap *bitmap, int n_bits); /* Allocated bimap is from malloc, libxl_bitmap_dispose() to be -- 2.1.4 _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From xen-devel-bounces@lists.xen.org Tue Dec 22 20:31:24 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Tue, 22 Dec 2015 20:31:24 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1aBTaL-0003Yi-2d; Tue, 22 Dec 2015 20:31:05 +0000 Received: from mail6.bemta3.messagelabs.com ([195.245.230.39]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1aBTaI-0003YQ-U3 for xen-devel@lists.xenproject.org; Tue, 22 Dec 2015 20:31:03 +0000 Received: from [85.158.137.68] by server-14.bemta-3.messagelabs.com id 3B/00-05979-603B9765; Tue, 22 Dec 2015 20:31:02 +0000 X-Env-Sender: fengguang.wu@intel.com X-Msg-Ref: server-10.tower-31.messagelabs.com!1450816258!12291167!1 X-Originating-IP: [134.134.136.65] X-SpamReason: No, hits=0.8 required=7.0 tests=MANY_EXCLAMATIONS X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 16807 invoked from network); 22 Dec 2015 20:30:59 -0000 Received: from mga03.intel.com (HELO mga03.intel.com) (134.134.136.65) by server-10.tower-31.messagelabs.com with SMTP; 22 Dec 2015 20:30:59 -0000 Received: from fmsmga003.fm.intel.com ([10.253.24.29]) by orsmga103.jf.intel.com with ESMTP; 22 Dec 2015 12:30:57 -0800 X-ExtLoop1: 1 X-IronPort-AV: E=Sophos;i="5.20,465,1444719600"; d="gz'50?scan'50,208,50";a="622404722" Received: from bee.sh.intel.com (HELO bee) ([10.239.97.14]) by FMSMGA003.fm.intel.com with ESMTP; 22 Dec 2015 12:30:54 -0800 Received: from kbuild by bee with local (Exim 4.83) (envelope-from ) id 1aBTa8-000P4A-Bm; Wed, 23 Dec 2015 04:30:52 +0800 Date: Wed, 23 Dec 2015 04:30:26 +0800 From: kbuild test robot To: Stefano Stabellini Message-ID: <201512230436.AjuWs7tn%fengguang.wu@intel.com> MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="LZvS9be/3tNcYl/X" Content-Disposition: inline In-Reply-To: User-Agent: Mutt/1.5.23 (2014-03-12) X-SA-Exim-Connect-IP: X-SA-Exim-Mail-From: fengguang.wu@intel.com X-SA-Exim-Scanned: No (on bee); SAEximRunCond expanded to false Cc: linux@arm.linux.org.uk, arnd@arndb.de, stefano.stabellini@eu.citrix.com, catalin.marinas@arm.com, jaccon.bastiaansen@gmail.com, will.deacon@arm.com, linux-kernel@vger.kernel.org, kbuild-all@01.org, xen-devel@lists.xenproject.org, linux-arm-kernel@lists.infradead.org Subject: Re: [Xen-devel] [PATCH RESEND v4] arm: remove !CPU_V6 and !GENERIC_ATOMIC64 build dependencies for XEN X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org --LZvS9be/3tNcYl/X Content-Type: text/plain; charset=us-ascii Content-Disposition: inline Hi Stefano, [auto build test WARNING on arm/for-next] [also build test WARNING on v4.4-rc6 next-20151222] url: https://github.com/0day-ci/linux/commits/Stefano-Stabellini/arm-remove-CPU_V6-and-GENERIC_ATOMIC64-build-dependencies-for-XEN/20151222-222129 base: http://repo.or.cz/linux-2.6/linux-2.6-arm.git for-next config: arm-allmodconfig (attached as .config) reproduce: wget https://git.kernel.org/cgit/linux/kernel/git/wfg/lkp-tests.git/plain/sbin/make.cross -O ~/bin/make.cross chmod +x ~/bin/make.cross # save the attached .config to linux build tree make.cross ARCH=arm All warnings (new ones prefixed by >>): drivers/gpu/drm/exynos/exynos_drm_ipp.c: In function 'ipp_get_mem_node': >> drivers/gpu/drm/exynos/exynos_drm_ipp.c:585:4: warning: format '%x' expects argument of type 'unsigned int', but argument 4 has type 'dma_addr_t' [-Wformat=] DRM_DEBUG_KMS("i[%d]base[0x%x]hd[0x%lx]\n", i, ^ -- In file included from include/linux/printk.h:277:0, from include/linux/kernel.h:13, from include/linux/clk.h:16, from drivers/gpu/drm/sti/sti_hqvdp.c:7: drivers/gpu/drm/sti/sti_hqvdp.c: In function 'sti_hqvdp_vtg_cb': include/linux/dynamic_debug.h:64:16: warning: format '%x' expects argument of type 'unsigned int', but argument 5 has type 'dma_addr_t' [-Wformat=] static struct _ddebug __aligned(8) \ ^ include/linux/dynamic_debug.h:84:2: note: in expansion of macro 'DEFINE_DYNAMIC_DEBUG_METADATA' DEFINE_DYNAMIC_DEBUG_METADATA(descriptor, fmt); \ ^ include/linux/device.h:1179:2: note: in expansion of macro 'dynamic_dev_dbg' dynamic_dev_dbg(dev, format, ##__VA_ARGS__); \ ^ >> drivers/gpu/drm/sti/sti_hqvdp.c:605:3: note: in expansion of macro 'dev_dbg' dev_dbg(hqvdp->dev, "%s Posted command:0x%x\n", ^ drivers/gpu/drm/sti/sti_hqvdp.c: In function 'sti_hqvdp_atomic_update': include/linux/dynamic_debug.h:64:16: warning: format '%x' expects argument of type 'unsigned int', but argument 5 has type 'dma_addr_t' [-Wformat=] static struct _ddebug __aligned(8) \ ^ include/linux/dynamic_debug.h:84:2: note: in expansion of macro 'DEFINE_DYNAMIC_DEBUG_METADATA' DEFINE_DYNAMIC_DEBUG_METADATA(descriptor, fmt); \ ^ include/linux/device.h:1179:2: note: in expansion of macro 'dynamic_dev_dbg' dynamic_dev_dbg(dev, format, ##__VA_ARGS__); \ ^ drivers/gpu/drm/sti/sti_hqvdp.c:931:2: note: in expansion of macro 'dev_dbg' dev_dbg(hqvdp->dev, "%s Posted command:0x%x\n", ^ -- In file included from include/linux/printk.h:277:0, from include/linux/kernel.h:13, from include/linux/list.h:8, from include/linux/module.h:9, from drivers/media/platform/soc_camera/mx3_camera.c:13: drivers/media/platform/soc_camera/mx3_camera.c: In function 'mx3_cam_dma_done': include/linux/dynamic_debug.h:64:16: warning: format '%x' expects argument of type 'unsigned int', but argument 5 has type 'dma_addr_t' [-Wformat=] static struct _ddebug __aligned(8) \ ^ include/linux/dynamic_debug.h:84:2: note: in expansion of macro 'DEFINE_DYNAMIC_DEBUG_METADATA' DEFINE_DYNAMIC_DEBUG_METADATA(descriptor, fmt); \ ^ include/linux/device.h:1179:2: note: in expansion of macro 'dynamic_dev_dbg' dynamic_dev_dbg(dev, format, ##__VA_ARGS__); \ ^ >> drivers/media/platform/soc_camera/mx3_camera.c:149:2: note: in expansion of macro 'dev_dbg' dev_dbg(chan->device->dev, "callback cookie %d, active DMA 0x%08x\n", ^ drivers/media/platform/soc_camera/mx3_camera.c: In function 'mx3_videobuf_queue': include/linux/dynamic_debug.h:64:16: warning: format '%x' expects argument of type 'unsigned int', but argument 5 has type 'dma_addr_t' [-Wformat=] static struct _ddebug __aligned(8) \ ^ include/linux/dynamic_debug.h:84:2: note: in expansion of macro 'DEFINE_DYNAMIC_DEBUG_METADATA' DEFINE_DYNAMIC_DEBUG_METADATA(descriptor, fmt); \ ^ include/linux/device.h:1179:2: note: in expansion of macro 'dynamic_dev_dbg' dynamic_dev_dbg(dev, format, ##__VA_ARGS__); \ ^ drivers/media/platform/soc_camera/mx3_camera.c:341:2: note: in expansion of macro 'dev_dbg' dev_dbg(icd->parent, "Submitted cookie %d DMA 0x%08x\n", ^ drivers/media/platform/soc_camera/mx3_camera.c: In function 'mx3_videobuf_release': include/linux/dynamic_debug.h:64:16: warning: format '%x' expects argument of type 'unsigned int', but argument 5 has type 'dma_addr_t' [-Wformat=] static struct _ddebug __aligned(8) \ ^ include/linux/dynamic_debug.h:84:2: note: in expansion of macro 'DEFINE_DYNAMIC_DEBUG_METADATA' DEFINE_DYNAMIC_DEBUG_METADATA(descriptor, fmt); \ ^ include/linux/device.h:1179:2: note: in expansion of macro 'dynamic_dev_dbg' dynamic_dev_dbg(dev, format, ##__VA_ARGS__); \ ^ drivers/media/platform/soc_camera/mx3_camera.c:370:2: note: in expansion of macro 'dev_dbg' dev_dbg(icd->parent, ^ -- drivers/net/ethernet/ti/davinci_cpdma.c: In function 'cpdma_desc_pool_create': >> drivers/net/ethernet/ti/davinci_cpdma.c:182:18: warning: passing argument 3 of 'dma_alloc_coherent' from incompatible pointer type pool->cpumap = dma_alloc_coherent(dev, size, &pool->phys, ^ In file included from arch/arm/include/asm/dma-mapping.h:49:0, from include/linux/dma-mapping.h:87, from drivers/net/ethernet/ti/davinci_cpdma.c:21: include/asm-generic/dma-mapping-common.h:286:21: note: expected 'dma_addr_t *' but argument is of type 'phys_addr_t *' static inline void *dma_alloc_coherent(struct device *dev, size_t size, ^ -- In file included from include/linux/printk.h:277:0, from include/linux/kernel.h:13, from drivers/soc/ti/knav_qmss_queue.c:19: drivers/soc/ti/knav_qmss_queue.c: In function 'knav_queue_setup_region': include/linux/dynamic_debug.h:64:16: warning: format '%x' expects argument of type 'unsigned int', but argument 9 has type 'dma_addr_t' [-Wformat=] static struct _ddebug __aligned(8) \ ^ include/linux/dynamic_debug.h:84:2: note: in expansion of macro 'DEFINE_DYNAMIC_DEBUG_METADATA' DEFINE_DYNAMIC_DEBUG_METADATA(descriptor, fmt); \ ^ include/linux/device.h:1179:2: note: in expansion of macro 'dynamic_dev_dbg' dynamic_dev_dbg(dev, format, ##__VA_ARGS__); \ ^ >> drivers/soc/ti/knav_qmss_queue.c:1025:2: note: in expansion of macro 'dev_dbg' dev_dbg(kdev->dev, ^ include/linux/dynamic_debug.h:64:16: warning: format '%x' expects argument of type 'unsigned int', but argument 10 has type 'dma_addr_t' [-Wformat=] static struct _ddebug __aligned(8) \ ^ include/linux/dynamic_debug.h:84:2: note: in expansion of macro 'DEFINE_DYNAMIC_DEBUG_METADATA' DEFINE_DYNAMIC_DEBUG_METADATA(descriptor, fmt); \ ^ include/linux/device.h:1179:2: note: in expansion of macro 'dynamic_dev_dbg' dynamic_dev_dbg(dev, format, ##__VA_ARGS__); \ ^ >> drivers/soc/ti/knav_qmss_queue.c:1025:2: note: in expansion of macro 'dev_dbg' dev_dbg(kdev->dev, ^ drivers/soc/ti/knav_qmss_queue.c: In function 'knav_queue_setup_link_ram': include/linux/dynamic_debug.h:64:16: warning: format '%x' expects argument of type 'unsigned int', but argument 4 has type 'dma_addr_t' [-Wformat=] static struct _ddebug __aligned(8) \ ^ include/linux/dynamic_debug.h:84:2: note: in expansion of macro 'DEFINE_DYNAMIC_DEBUG_METADATA' DEFINE_DYNAMIC_DEBUG_METADATA(descriptor, fmt); \ ^ include/linux/device.h:1179:2: note: in expansion of macro 'dynamic_dev_dbg' dynamic_dev_dbg(dev, format, ##__VA_ARGS__); \ ^ drivers/soc/ti/knav_qmss_queue.c:1175:3: note: in expansion of macro 'dev_dbg' dev_dbg(kdev->dev, "linkram0: phys:%x, virt:%p, size:%x\n", ^ include/linux/dynamic_debug.h:64:16: warning: format '%x' expects argument of type 'unsigned int', but argument 4 has type 'dma_addr_t' [-Wformat=] static struct _ddebug __aligned(8) \ ^ include/linux/dynamic_debug.h:84:2: note: in expansion of macro 'DEFINE_DYNAMIC_DEBUG_METADATA' DEFINE_DYNAMIC_DEBUG_METADATA(descriptor, fmt); \ ^ include/linux/device.h:1179:2: note: in expansion of macro 'dynamic_dev_dbg' dynamic_dev_dbg(dev, format, ##__VA_ARGS__); \ ^ drivers/soc/ti/knav_qmss_queue.c:1184:3: note: in expansion of macro 'dev_dbg' dev_dbg(kdev->dev, "linkram1: phys:%x, virt:%p, size:%x\n", ^ -- In file included from include/linux/printk.h:277:0, from include/linux/kernel.h:13, from drivers/soc/ti/knav_qmss_acc.c:19: drivers/soc/ti/knav_qmss_acc.c: In function 'knav_acc_int_handler': include/linux/dynamic_debug.h:64:16: warning: format '%x' expects argument of type 'unsigned int', but argument 7 has type 'dma_addr_t' [-Wformat=] static struct _ddebug __aligned(8) \ ^ include/linux/dynamic_debug.h:84:2: note: in expansion of macro 'DEFINE_DYNAMIC_DEBUG_METADATA' DEFINE_DYNAMIC_DEBUG_METADATA(descriptor, fmt); \ ^ include/linux/device.h:1179:2: note: in expansion of macro 'dynamic_dev_dbg' dynamic_dev_dbg(dev, format, ##__VA_ARGS__); \ ^ >> drivers/soc/ti/knav_qmss_acc.c:125:2: note: in expansion of macro 'dev_dbg' dev_dbg(kdev->dev, "acc-irq: channel %d, list %d, virt %p, phys %x\n", ^ drivers/soc/ti/knav_qmss_acc.c: In function 'knav_init_acc_range': include/linux/dynamic_debug.h:64:16: warning: format '%x' expects argument of type 'unsigned int', but argument 6 has type 'dma_addr_t' [-Wformat=] static struct _ddebug __aligned(8) \ ^ include/linux/dynamic_debug.h:84:2: note: in expansion of macro 'DEFINE_DYNAMIC_DEBUG_METADATA' DEFINE_DYNAMIC_DEBUG_METADATA(descriptor, fmt); \ ^ include/linux/device.h:1179:2: note: in expansion of macro 'dynamic_dev_dbg' dynamic_dev_dbg(dev, format, ##__VA_ARGS__); \ ^ drivers/soc/ti/knav_qmss_acc.c:594:3: note: in expansion of macro 'dev_dbg' dev_dbg(kdev->dev, "%s: channel %d, phys %08x, virt %8p\n", ^ -- drivers/video/fbdev/da8xx-fb.c: In function 'fb_probe': >> drivers/video/fbdev/da8xx-fb.c:1429:19: warning: passing argument 3 of 'dma_alloc_coherent' from incompatible pointer type par->vram_virt = dma_alloc_coherent(NULL, ^ In file included from arch/arm/include/asm/dma-mapping.h:49:0, from include/linux/dma-mapping.h:87, from drivers/video/fbdev/da8xx-fb.c:25: include/asm-generic/dma-mapping-common.h:286:21: note: expected 'dma_addr_t *' but argument is of type 'resource_size_t *' static inline void *dma_alloc_coherent(struct device *dev, size_t size, ^ >> drivers/video/fbdev/da8xx-fb.c:1450:24: warning: passing argument 3 of 'dma_zalloc_coherent' from incompatible pointer type par->v_palette_base = dma_zalloc_coherent(NULL, PALETTE_SIZE, ^ In file included from drivers/video/fbdev/da8xx-fb.c:25:0: include/linux/dma-mapping.h:187:21: note: expected 'dma_addr_t *' but argument is of type 'resource_size_t *' static inline void *dma_zalloc_coherent(struct device *dev, size_t size, ^ -- In file included from include/linux/dma-mapping.h:87:0, from include/linux/dma-buf.h:31, from drivers/gpu/drm/armada/armada_gem.c:8: drivers/gpu/drm/armada/armada_gem.c: In function 'armada_gem_alloc_private_object': >> arch/arm/include/asm/dma-mapping.h:16:24: warning: large integer implicitly truncated to unsigned type [-Woverflow] #define DMA_ERROR_CODE (~(dma_addr_t)0x0) ^ >> drivers/gpu/drm/armada/armada_gem.c:204:18: note: in expansion of macro 'DMA_ERROR_CODE' obj->dev_addr = DMA_ERROR_CODE; ^ drivers/gpu/drm/armada/armada_gem.c: In function 'armada_gem_alloc_object': >> arch/arm/include/asm/dma-mapping.h:16:24: warning: large integer implicitly truncated to unsigned type [-Woverflow] #define DMA_ERROR_CODE (~(dma_addr_t)0x0) ^ drivers/gpu/drm/armada/armada_gem.c:228:18: note: in expansion of macro 'DMA_ERROR_CODE' obj->dev_addr = DMA_ERROR_CODE; ^ vim +585 drivers/gpu/drm/exynos/exynos_drm_ipp.c c4a856a7 Andrzej Hajda 2014-08-28 569 DRM_DEBUG_KMS("i[%d]handle[0x%x]\n", i, qbuf->handle[i]); c4a856a7 Andrzej Hajda 2014-08-28 570 c4a856a7 Andrzej Hajda 2014-08-28 571 /* get dma address by handle */ c4a856a7 Andrzej Hajda 2014-08-28 572 if (qbuf->handle[i]) { c4a856a7 Andrzej Hajda 2014-08-28 573 dma_addr_t *addr; c4a856a7 Andrzej Hajda 2014-08-28 574 c4a856a7 Andrzej Hajda 2014-08-28 575 addr = exynos_drm_gem_get_dma_addr(drm_dev, d9b9734c Andrzej Hajda 2014-09-02 576 qbuf->handle[i], c_node->filp); c4a856a7 Andrzej Hajda 2014-08-28 577 if (IS_ERR(addr)) { c4a856a7 Andrzej Hajda 2014-08-28 578 DRM_ERROR("failed to get addr.\n"); c4a856a7 Andrzej Hajda 2014-08-28 579 ipp_put_mem_node(drm_dev, c_node, m_node); c4a856a7 Andrzej Hajda 2014-08-28 580 return ERR_PTR(-EFAULT); c4a856a7 Andrzej Hajda 2014-08-28 581 } c4a856a7 Andrzej Hajda 2014-08-28 582 c4a856a7 Andrzej Hajda 2014-08-28 583 buf_info->handles[i] = qbuf->handle[i]; c4a856a7 Andrzej Hajda 2014-08-28 584 buf_info->base[i] = *addr; c4a856a7 Andrzej Hajda 2014-08-28 @585 DRM_DEBUG_KMS("i[%d]base[0x%x]hd[0x%lx]\n", i, c4a856a7 Andrzej Hajda 2014-08-28 586 buf_info->base[i], buf_info->handles[i]); c4a856a7 Andrzej Hajda 2014-08-28 587 } c4a856a7 Andrzej Hajda 2014-08-28 588 } c4a856a7 Andrzej Hajda 2014-08-28 589 c4a856a7 Andrzej Hajda 2014-08-28 590 mutex_lock(&c_node->mem_lock); e44bf6b7 Beata Michalska 2015-03-04 591 if (ipp_validate_mem_node(drm_dev, m_node, c_node)) { e44bf6b7 Beata Michalska 2015-03-04 592 ipp_put_mem_node(drm_dev, c_node, m_node); e44bf6b7 Beata Michalska 2015-03-04 593 mutex_unlock(&c_node->mem_lock); :::::: The code at line 585 was first introduced by commit :::::: c4a856a733b0aa3c62ce53efa20cc09feefb7739 drm/exynos/ipp: move nodes cleaning to separate function :::::: TO: Andrzej Hajda :::::: CC: Inki Dae --- 0-DAY kernel test infrastructure Open Source Technology Center https://lists.01.org/pipermail/kbuild-all Intel Corporation --LZvS9be/3tNcYl/X Content-Type: application/octet-stream Content-Disposition: attachment; filename=".config.gz" Content-Transfer-Encoding: base64 H4sICB2xeVYAAy5jb25maWcAjFzdk9uosn/fv0KVPQ/3PuyOLX/fU/OAELZZS0IRku2ZF8o7 cbKuMzNO2c6e5L+/DUgWIOxsamsT/bqBFjT9BfKvv/waoG+X49vucnjZvb7+CL7s3/en3WX/ Kfh8eN3/O4hZkLEyIDEtfwfm5PD+7fvD7vQWDH8f/t777fQyDlb70/v+NcDH98+HL9+g8eH4 /suvv2CWzelCoCJ9/GE8iCXigi8EXiKatZSMkFjCcYpEQrJFubRbSbziRFCWplWXpGCBErrI UpKVj9OGIaWLZQljronIMW0b8ieQospzVpRcoDwVJK0SVFJmyKRalTh1kLxgWODckCJjIIDs SqQoN8YoEV6VBcKkGaqlJQyvYpJ3CZqfFh/nCVrwLr3YcJKKLV4uUBzDGy9YQculNcd4qSY5 Qlm8MOWZ060gqEie4FmkxGizIBkpKBbLDZHz1SVgmNqoQCURMUnQU8vwzDIiV8BZSbkmMBdy CkriyHad9gpmMiLcFPBj+7AmuGSFfA1OHnvfP8OfHvwxVz5HJfSXL2Et17TwiB1VixbMFyWK EgLqtSYJfwwbPCbzZlEoLx8/PLwe/nx4O3769ro/P/yrylBKREESAnI8/P6itPxD0xb+4mVR KUnbkWD1xIYVqxaJKprEJYWeyFZLwfWqwkb5NVioTfcanPeXb1/brUMzWgqSreFdpWwpLR8H V6lxwTiH8dOcJuTxgyGRQkRJuK1uKFmTgksFb5lNWKCqZI6qr0iRkUQsnmnupyTP5tKblO3z rRY3Bkmehy3BHvjXwIblqMHhHLwfL3LOOvTt8z0qSHCfPDTJrZKgKgFLwngpNeLxw/+8H9/3 /3udSr6xtv4TX9McdwD5Ny4TQykZh12ZfqxIRfxop4leedi/rHgSqAQjY9jK+RJ2fWJ0BUYT tq6xBSsw5Y3igaIG529/nn+cL/u3VvGa7SP1WO3R7s6SJL5km9sUvc/MtS5ioIFJ28B24iSL /W3x0lQ2icQstXxFi4klJYU0Kk/dvlJOJedNQqdbPXNNz1ZTY8SYWEZFUuaswGDzymVBUEwz g8pzVHDiF0NZg7VcXJQkXTKWHgJmMCsNw3K17SXFKxEVDMUYcZ+9bltbbGrVy8Pb/nT2Lbzq Fiw6rJ/RKbi35bM0LKnyjtcNA2AOo7GYYs+O0a2oVsZrG43OqyS51cRYEPBFUlXUVCn7qsQH 1/tQ7s7/CS7wHsHu/VNwvuwu52D38nL89n45vH9xXggaCIQxq7JSr85VGuk1HLKcQq95kCut 1qzl9bxCxGMVIBDYosBozKJLEeuB4fURX0lfyW1Ie1unI0XYejDK7NdUs1XgKuCelS4IeDVs BDHwAM4JFtTollscSshuI5A7SVr1MChzlLHKdFotCNYBzR/7Y5vCS1cHGjl1XGR3v9I7DmaV sseeSckYjuwQzUThH5mllBbxmRR+/2BxIVuBLSY5i2BkiYgYhM4eHZHBgIhoFhoOgq70Px7f XERpjenKZQ9zsLF0Xj72JyYuJUvR1qSHrmngeAnGShkIw6csClbl3AVca1ejc1gUmKYOntPY 18WamisHMnJiKrqKp6FpTTEXpu4CCFLdPVOZowURSuVNccA34oXz6DjoFoMISwZksUtbWRFy 84akmHdANaOGC0a0EF4KnuuofENjM78BG+Rlj5JVPUSLqQXxUmphNpAOkAhZi7skeJUzmpXS mkKoaqyGjGXAS2EzDK/AaWRmOAtxi/kMq1RYgFw88zkjpfWsVU7Gl47M4P1gSiAPKgiGRCG+ TRHr0JgwOweRswFapuLlwuhDPaMU+uGsAhdtBL5F7AS1AEQAhBZiR7cAmEGtojPn2QhhMRYs B4dBn4mMEASHf1jvZwV1YBQh5shYbC6ECo8rGvfHxsvmhgK69trhhZS2pHK1jHEXpEyls+gE HnrGfTAI2sVX8MSfUt5FhMUHxjkrrUzI2JkkmcPuNfVRZnsqPDD2U1WSrdEmZ5Z8kPKjZG4s u4oWTEDFQSYAc+h50aW14RE11hbFa8pJ08bZCioxMLvPMRUfK1qsDEboO0JFQc21AIjEsan1 ur4AXQo38lOgLICsU5BA+QPl3uviS74/fT6e3nbvL/uA/L1/h3AIQWCEZUAEsV7r972da6Pi GaIJk1LdpLG05tZOqqjjJSAFRSXEnSvTlvMERR4LLjuw2dgtNuXeIKIuKbIVtCSpiFGJBKSy dE6xU8cBBzOniRWYq2hCmURTgcmWYEcfmW5MWres1ugKt43dYsYfVZoLeGczB5IhHrjgFZHV J1B+O0kHc+F20pZI2qhbjj8eRrTU9S5pWbGMKj2zpnjJHKaEyuWrMruFk1jItZexCYSPEK1a 7nJVkI5sOnn3o7fYPa+ocDW+WpQlYyuHKItJkOcWbiOJw3NJFxWrDOI10oEFkPlHnZl1GRRR mhNYjLJySxwFWYAty2Jdx6unTKCcOnw48QqcU3dfKNpyAxuDIO2PfTtfDuvDldfVosSgWr4J 9KmcImwQrL504zofbQpBzntg3T0sUKlqb1Yk5hI92tbh6QTaXQ542ypBhTeW7nLzsmDetEu/ AOgC2ZZKj1bWdlfkG8mew+VJ8xyOlMV1ITMnWJobw8qzuEogYZU7Sfq2orMSMnlXFFAslloh AYTkGWxAkH2DCjOQZpAtgJvjFQyYxYMOAeHa3uliImbr3/7cnfefgv9o5/D1dPx8eLXyYslU F7w8AipqbeFsb/4TCsQ5KVh+GenFRK6Zufgmx0AMvUtu8gzF5NZKNxtYW4AlKYi5l6Snodnc jM1KiIVAN0y7oyINLl1dmzvW6+cuqK7wQIZlGpGaVGVeWLfwEOu91x0Dcu1rJdac2IZMFz5M D+Sl3OgFAh3UN9fFJoWhf2UcrtH4H3ANpv+kr1E/9KyzwQMquXz8cP5r1//gUGWkUViOzCF0 Ksgu3S4VO9tYFR8ScEimb4jszDmJYjQ3qToXifjCC1q12DZxKckC8jZPTgOui5WlHbyo7C+N ASTaoBfN3s93p8tBnr8F5Y+vezPsk1FTqXQrXqMMm0EngognazluEgSuUpSh23RCONveJlPM bxNRPL9DzdkG8hyCb3MUlGNqDk63vldifO590xSsqJdQooL6CCnCXpjHjPsIsvoXU75yvHMK OepW8CryNOEMHCMFFZ2OfT1W0BIcBfF1m8Spr4mEnZiEL7yvBxlN4Z9BXnl1ZYXAZvsIZO4d QJ6HjKc+iqHZV5I+rGABf/lrL8/lzIyGMl1eyBgzzw1qNIbAT3ZnlNVqCp5/bEF4qGswNdlM jvTJj91/gzbsH96Px69X85QjmY4YasSzvrVymXpFnkOkLX2EaVDsM1JUQpSARZEaJy36CFg1 Bs1nm8xMKmVnt2ht3U5NKFc1YWUq2ul0jtdBFlVFyBNUSr9s2lJFhVg2WVOy8Rp6xSG9GqQ9 CbnNgpOcT/r97W2OBZFb5TadRBz1+707DPlssL0zwJyxMipovLgjZkbKOz1QlvfvDgEMg/An 9ME9+jYf3us/Zus7wqfryXS7vTNDrIDNNrrTf5rmt4krPh3PRrfpm1lvO+vdGT7JMczOneHz rf/QV6thjm8TlWrcGZoPcHh3ZoFhfH/q0Zpm+I5+shTlfZOsdmD67fVy+Pq6D76+7i6ygAOk 1/1LfYOmOe0K8PG0Dz7v3g6vPyyGzi4V67Fv84r1xA+PNcVZZkVTiRLE8Z7wSO9q68JFrWHg WywXWWOQRT95cVMuBUsvEiMxmPRuEUY3CNPtDcLsBmGbO7jcPs4boSSnWQcsZ4Yx5wyyVJSi URz6wIEPNKrEOnmHHkVVpm5lQeM8sksM+qRNYo4obRueukVFBS8HYbr1EVQ+pcrs1ki1xNYy Xd/CmZVI3ZPSjlqe6AS708tfhwvoKiSi/IjPjr4Cv6D2ydYVx0+LrHKrU5KQ8dyDjga9/rYZ fMUy9E/GTllk1e+uhHDa3259eH88Hnpw3ZFIQoFBi3w91hw89b3rlZg3b8Auf+1PAWpe4dtp 75E/nA48KyDGg67sBU55GbkoKRKaOTtAgyJahDcJOL5J+ugMgTMO0ri7T6LDsLd2BYrpgmKW sMLB5SWACGVugLSknDYTtjycD6+HF8h6rmb0YsU0dYvB9+/fO93kvb4Hcxd6SbejpbnDtUNW eRvSpTKt+u+X/ZfT7nI8BeyrtNLu0rVNBHJ12aBhl4atsZpQtm1A0zx2X0SWmUvWsV8ppGnu yits7AOnXtBdvXRrVsG2WJTP1EHAQzpIfZbJUOFaK5LT0uZVFTULvVarimzh3kGj6RZ8DkyM WyaVhIV5L+uKpmnsg3nhblopDWVptbUucEizCPyDfhcaNcohyVcVPf+fEXOriQUqMst+VzSh SdLxnwo371YqOMdpb+A6VQ1Cel56OhED75gSVq+ayQq4OhmIfM3BfNnrpygfmVmvaL0uvAgb bV3fvnpOJbnfF+Ze1NalcvtRkyzi0pjU0e1JVfOvud0ZGQ66rzPyzMY6L8Jerxku3v99eNkH l9N+HxzfX39cw7Tj6bL//htqRWklqRVh1FGNUa8LdRVo1FWzcRf52IV44sG2Xazq8k1iG0p4 vxf2UTMLzds+1P9Ig935x9vb/nI6vARvKqg9HV/25/Ph/cutGVnPx33j/df67FFe610kLEKJ Psc1o9OaBayApnlCU7ll9ZFJna+KuVk18pATssUou8vCExmEhaKK73a1yClTNvceEyCh2JgK 6eUR8+hnHDS8K41EQJjcLD/7uTinP2OpUHFfYkgW7HPTLo80JmSJ744ledL07ns1NulnPLZX uMFT/nSoTf8eB4/hhQSRf0nqXdac2iy1L44pxN1GdKNNUTkeTWcecOZGZmk57YeuwZdgJzxk +tsEfQOUBvIR9vHbG4RN8/2uCTN1BCppNRjwJuE0y8myHgsenTe9enFIJhDn5nmVBOXd31Lf P+MOCZxqF3Erlld8g4qMZgu3k0G4upoOAx/ICB1BM05wVUDArY94netQXk5SyBts8oxY0Phx OLCGi1PfaCJPnYKhWhhFqg+vnLV4QOlDDP8VKJirTN8JHCWPG38qaT2YEb1KSyshx/mgdGBl ChobdjAQZ9LJKJQoeVK5My/D0QKAjOBStLddzLcMHwYPw4B/3b8cPoOrMBTPO4Aon3KKkeOf ZNCnWGD/meFZQ5MlSXWE214MbNVa1VLskmczRyHkJd2ZC4cDDzrooCW1E0etBgiv1BXFKLKk SPZfdi8/grzJV+LdZRdEx93pk1uObdQmFCU4oXGv70ZPapwk9qnaYNSfkHXqo4BkWcwK5NAy tqJIZNPOKC1BbGiK3KyuIXdiO00orLhGCyDXTiB1D9463dK1PsgFt5gk7un0R8zcT51Snk63 454HnfnRiZvcFWCK7K8OdNGP4XluOpEaEPVBvGH2wMjL2wDITV4V1h90kuAa78xyjQ9duXlJ bWUDYDnsj3zg2AP23PofH+Xr0Bxelvs6oC6cb58yZt74Gqk7vSKdu5mR5nQNkkbdOdfoNTXS j06tRopf9xmOHFnrXi1xW37AQy8+vImPfPgodEP0Bh/78aFfnlHHsjT40I9Pewbe9iFSnKcu Qa+dXydRyqv2WwC+ezt/g4i8dvvHa4VCUaMjxNIOlh//uz8Fb7v33Zf92/79YiyO7lo6OnW/ 2HgNhwL/r7KVuv46HtpauHSrcNCmwOY2koC3VCfZpCt1ix4N7vpKfy+NBLro7epoStadbiZ8 AkrnbpJiiiYD1DEsgE46m1mhk6kXnfnQmbeHWefNFepuP426kvEliHtNaov9+/68OweQfKkt 2JwM3vykV/ZQZVtjwrT5qrKhBxt5sLEHm3iwqQebuQvFqbqVr1NTXgT8UMyD3eV1dx4/fD0d 3naUPiD5OPlp6IFKiFndQxQFuiY0L8APmtYEhLC/9NKXGmWFzoeJ8Lvc8V7S4Dap3x/epoU+ WpXRfGldPNbwdGSqcbWFRx3zRTZFpxQs74LLgszX444Ty9gmsi4f6b7laZIwzpEtoq4Fqjwz tMRck61zxceCZdpZkq1AI4FmghSFfe5uscaYY7dweSXy3J23K6nEocjdsGNd2rOkDznT6WTk Aacd8NkJtJ+34Ww86bnm5vkpMxRK2XR1TOtg1yN2d2M01wjmtEjlZZFb9LKouDz+mUPEHKvr 09fP7eaH09t/dxA0H92C9p1GuS7/HE9OOKtucP9hfiWhgchGzGNM/bxygIn9PAj/HneRVQdy mqGoKAVxR6tRhzdXsMtbow6vOgnq8Naon5fmpYOz/KnTRZlEfszpVKZBiNPY6TI3w5wGqa98 OOtm2EfnGF5+bo/iuBClvoZ+64RY3YI2+Ezdg6R5WaWRByLEBtWtXbI1r3du8vrXGuyvykQk Q6IspmY5T8WKChMRkT63vV1sUga+K4iSg+rliSmXH4k544F5iCnkuh3qSl3WXpIktz6WWMfc uJSqLq+q3ouNeVmVVZCzuoeJBij4U2bYKo3Nify0lGUiCe+Q9Ndh8k5htTA+QDN+JEM3SUIz kfNheQLZS21vxWg6HYxnN4iTEEKV0S3iaDCb3Op2Mp4N+zNXjhJVBeOdt/R5uVQk/WbO5NeQ YnyP+jg2aeoXLEgqP6WECbSXV/2MCUHrJ5G6/uRqUX3KqJ1cwezLYRpVX2Z0aHSTpqbu67sZ 8o66/lrdjJTBijYzN5wMQ1vcmjAIx/3ewEsa9vuzsOcnDXqzib/VeDiY9Gde0iTsTaY3SKPh IPRLqEgTv/DjIThJfyuQY3xjrImdfZmk2bQ/7d9oNeiZElLcfj8ffZMfz3/9ejwZ+ZD16zLy CzD9ewHcCxo1QIPY+SRNglHFb1hRSU057QDeHzdQg9uFVAnJUlki0071DazzEyBKprKK2muS ErE+UpcAZWsbgMjYAWpXpF0MpsFfx/MleDm+X07H11dIMD+dDn/bn6lJcZ3ao3o9+4oRQGCb NzaPW7BQMlpnZhJx4nI1Gd3U0YLVcDZN/hyIdzGJr/YjW3QP5RX3Vn6g5rAm6AncB0a5y6zv zbx1sTa89hEjnCKHgBJwK8jpXoMd3SLSsEWVPbMEWTZINie4wB0eQbM/5Pcg1vCIm2F1g3j0 tMHVnVvTiV9p6uRB1vS9V/BaNlKor0syTDwOX4mfp9Z0Y3m6bUidYorcZ/VliMDU/Pgdmum5 qpX+txdZ3P3zdPj0xUw6n0hWGv2pR8EMDdQIqBdbuqBZsNAIKKIoK1O5ak4GHi4y1zn+f8re rTluHFkX/SuK9XBiJs7q3UWyrjvCDyiSVQWLNxOsi/zCUNvqacXIUh9JXtPev/4gAV4ygWS5 90RMW/V9AIg7EkAic7kKN0gpeh3ONuH422iFxTtcUCgRPOiybxg/0Pen/m7aSBMKv1Nzf4CC 8pEcuuZWni2rMiv3SOPBKmzje0GLqNx9QQdpKGygYkDtNpne1Axkc8YaDOSMDX61n47Qvhls d1B0WOIz2TRYNNhmWj6Vjc5ezYLwdi+/ayWq2lOuKp1MG1HTJAMKjybZXt0HCfdX6YB7MGcM J5S7HRhcmP0Vz+z/eraojTGGD8Nx3aFsquy4pzY1jAkuFbunMToyXIV/CGbhEF9LymleNd6D wB4/ldlRd9T6jh++NhRXjC6+uelBDfsZjJ2lyYdwLNPhM/5lO9ChBgMxTomMUTGZSLSqiVRs UTFL/at75eyUHfZdhxLeDln7THmZmHcZjjqxebUD0mU3pV3RPE4zuE3rrD2Z5KYexdnd2a5o T1qWxBpVWronT9sBqNzNkzr3Fo4qLLIezvyTcXuyAc9Kre5o1h6O+1RvRWllds+tqgzH3elF imQIgBZsHxiJm9wo2xeXae68uipKY1yFpNLVkYR3M927EfpouovRwttA8znunbkZMlVjnlHQ MdClD0dbJXnaYwHbIWLnMQuD6d1W7WXw7+yqe1t7UF/7D8Hwfd33yRPAHOzUNHJHdkO3ClVV /3olN3fpsjBf/jCfbYYtUJylepGke9BdXeo+QN6Fx9hAhv7hmQLoIfy6C0ChJU/1YTBe85km +7kqSyQHf94e0Rr8WXX2CcbFqbPsp0tTkbvEPqh5eI+EefPuG2ZA/6nwrgZ7f6f+AXSPmuec YFoHGqGsE121o2mdwe4kpIeKcezejOu5/2CsylR4UUtj6B0IOMuSDCBr1NKeIozoJS1gpM4I MmxN6B1Onw8Fcz0amY3AahPIyoqemETeWpOGuP71yNF7U71QwknMzMe3Sn0gphl1S+jdLzzA apwpAT4OKDOBeuTwGGxnPqK/BpIW1Qq7Fk3nVueCO9qxAZBFGGP8wakix/JSXAt1cB7fm0Pt z2CQBkbQaKGsuznL8c3ZwO1eH/6/7w/PX37cvH25pw+zYSre1Sk69O2Rdl+ePCtbA2k6+DcW 1u3bCImtlgx0Pw9A0kg0/uAck/lhr0rbbBQ4ETOGhv5+lFJ3IJ2f5O/H0Bxo6+jZ9cRN7qQq aXnZEH0pmYolRZrg+/xP0DizOsjQO353e4e/PdbBbNlRm8M4GCXSPgjlkwZkUZbCFyF8iPHK mud7Tf0pVslW2DNnhjYqrBPUqPn+jQ77W1nfnssy6eOxJ9G5UYdbRUPiZMIZVY1YulOJmCDj SvJZNnt/PpIpSziRoiHhFs9L9VNZS1w/Q2+RX5+c+xWZuAfVZr3rnnFqCaKWJ3IsPQSBXgkT GTHthkm9xiH5P2ksY4z8DltduETuM3aTuD232+TRPPpd1+f7J6I8i/uez8ItGs+YS1Cesltg jhnVLnyuf9fGsbA3StNEjXWqty2VNT1nr9qeXu7fjcr0y+Pz+83Dt+9P9/gtoHi/eXq4f9Mr /PPDyN58+66h3x66p4EPX8fa3lVpW5x3+ABpgMgDOPgN5hdJ0NOuIj/+Bx0BayEIv/62pnNh e9IzJsPHN934f95/ebj57fH5/vXHjTFS9Y76AxjqyBswiYKFZnjVDrZs+rkdLKYcUlj5sQEP G1XFNdydfXOEfVEeWduLNlIuFZIf4YPdss5qvfgSladu0wG+acSeULeycm5uDnKr6w2MasOx Lxh+UT5JL3tBNkvQ0/hRfgEqS9OKBgaEHrxoFGQWP+xZ3KaOUi5GOwPUwbiFJuweH/nlJAn3 OC8fbFAwFFjEYpSZ+qI4ERKTB71fT8oJ1Bz5gBHS5SieEmvv39A3yopWCXkMqX8PZmfco/3z p071ebS1NR5WTsZnGswNgaV2c93sqiH03asqlZLeJRWrGdY9aBu6FxO3wE+FwJqj3iJ1Shhm gBQP7/95ef03TFXe0ACV1xQf9JrfbSIFsm0KxivoLyfAZYd1ROCXsXVPAxgJzIHUcQsmvWR8 50S32+7UQc1ppmqIbRJDyMrszr7hWrhN7zzAT1eS2pOVXXmpnWaNDoOgNne7hNvJrd5KSru0 Kj8xWMbNlpdyJqUuhMAWRgdOL/zbUqUMY3T18bGRZqqicn+3ySH2QdiZ+Wgt6srpRpV0qlRW e5jsU1D9dwg4yQb7VH54LgnGGDbUlikcA12tx0rmSkvEAQdija87OPQpbyWObnN0aiTN5DHh y7Mrjx4wll3RXtWKAzqyByBVlYO4/daApke7nzcMC9rxAot5U4tCGQcUkyGuJ7BNUzduVpcO Qoe+zVdccTBUI4UhoP5zzxg2GqitjJkI8ZHHz3oJgl0FQx30XxysJvC7bSYY/JTuhWJwuP41 mgY+lXHpn9KiZOC7FPeTAZZZJotSch9OYr4AcYJquhfGaviqd5TYx/nwX68Pzy//hZPKkwWx XqaHxxK1q/7VzYFwnL+j4brZiZpzM4Q1rgtTd5uQR266nyy9kbL0h8rSHyuQbi4rN3cSt6KN OjmilhPoT8fU8ieDanl1VGHWVFlne9gRckxxyORkECUbH2mXxJgyoEWi5WZzdN7cValDepkG kMzWtn6nJ1747nELVtdc2J/HB/AnCfrTtq4tx1yWRsBdCxzJ5gK7bYEpp2q6h2xyd+dHqQ53 RsTUC3VOz551iJ3MyMo+QK4cOxL+LGaNEqHkvg1vcB9AEPv98eld71YmdLXHlEcRzqOgRmRx SxYiSlkXBFd468DkSoCsRFNJAWafi8KcvhPUGLG3Z5xs4NZpH0z5rYdZOLdXExwc8+6mSPfm i5D97mKaNR1jgjfd0Em6gdw0pZ6S8YyMGSoAIULFzUQUvWwaYwF8nQo4pBQT5M5Nc2AOURhN ULKOJ5hRTON53V22sjT25/kAqsinMlRVk3lVopgqvZJTkRqv7A0zVDA89IcJurvLuTJM9tlR y+K0QxWCJljAbWmaEsvhHTzRd0aK6wkj6/UgoJjuAbBbOYC57Q6YW7+AeTULICjT1ik/zWhR W+fwckcidfO9D9ktGINrOElPmDG6xYekplieNoIiJFv6d22WKYoZO6U0VvcAlYDOTNh0Jys0 A0J9cj4ItUMhp1803iRsolG1qxHzKqnpb+SY+r8MdW3Wnsv7/W9PD283X16+/fb4/PD1pnOX xq07l8ZO2myqZrRdoZXJIvnm+/3rvx7epz7ViHoPGyXj5YpPswti3qapY/6TUP3Kfz3U9VKg UP0idT3gT7KeqLi6HuKQ/YT/eSbggNrqS10NBsfX1wOQ7s4EuJKVYqo39nEL8Gbxk7oodj/N QrGblF9QoNKVV5hAcBSUqp/k+tpMN4Zq0p9kqHGnRC5MTe4nuSB/q0vqfVyu1E/D6F2Hamoz 45NB++3+/csfV+YHULmCG3SzreA/YgOB+5NrfOcV52qQTo/vahgtg4JN8ethimJ716RTtTKG stuNn4ZylgE+1JWmGgNd66hdqOp4lXdECCZAevp5VV+ZqGyANC6u8+p6fFhyf15v02LXGOR6 +zCnwX4Qva/fX++9ekd6vbdkYXP9K51v3KtBflofuYh/wv+kj9ktNznCYEIVu6ld4xCkVNeH szVgfC1Ed9Z/NcjhTlGxjwlz2/x07vl0LIlY6Ie4Pvt3YVKRTQkdfYj4Z3OPI6gzAUp6C8MF Mb55fxbCnLD9JFQNBx/XglxdPbogWtS4GuAYIf10uEslR2DmNyjofQgXSwfdysaYp6m88AND RgQlnZM6y8G8wyXY4XQAUe5aesBNpwpswZTa0FwJDKFjXI14jbjGTZdDk3JHxI6OBf/KXrvh GdH8tOfDPyjmul01oN6UQCspUMXsLM+e1M376/3zGzzOAscn7y9fXp5unl7uv978dv90//wF 7iy9x1s2ObsHbpz7rYE4JhOEsOsUy00S4sDjZmT/QMV5623eu9mta7fizj6UxV4gH9qVLlKe dl5KWz8iYN4nk4OLKB/BuwYLFYNakym2OkyXXPexoenXKM79n38+PX6xSjF/PDz96cck5w7d d3dx4zVF2h1bdGn/779x0LqDq5BamGPnOTl8iMdzsWnKepV3VGLRiYYTE/avoKzfXY94bL/H 94gEfBy42eg+Ave1GGbDwhGtGxAwL+BEFuxB0URxOM6AcCByTGuRcIUFkq0Dvc3ik4NTRPAA JP3zKv6Q1TDu+SKA9BRUdx+Ny8o9mrJ4t8858DiRhTFRV8PJP8M2TeYSfPBh80lPhAjpn7NZ mmzESYyxYSYCuFt0JzPuTrgvWrHPplLsNnByKlGmIvsdql9XtTi7kLH7B954HFz3er5dxVQL aWIsSjeX/M/y/3Y2WZJOR2YTSo1zxZIbXMNcsXTHST9QHaIb//QjLDiRRD8xLL1hM5VHjmMm ACduPwF4BesmAHKhu5waosupMYqI9CiX8wkO2muCgnORCeqQTRCQb6v0OBEgn8ok1x0x3XgE c2zYMRMpTU4mmOVmkyU/vJfMWFxODcYlMyXh7/JzEg5RVMO5cpLGzw/vf2NM6oCFOSvUi4PY gv5gSQ7k++FnL2xpT+wucf17hY7wj+mtn28nqf4ueNemW7f/dpwm4JLt2PjRgGq8BiUkqVTE rGdhG7GMyEu8+cMMFhIQLqfgJYs7xxmIobssRHibecSphv/8KRPFVDHqtMruWDKZqjDIW8tT /pqHszeVIDnDRrhzuq3XHXp0ZxWs4lGdynZ6DdzEsUzepnp7l1ALgUJm+zWQ0QQ8FafZ1XFL 3OARpo81ZrN7Yn64//Jv8lSqj+brUhjc+JmlW1D30MQgTjiA2mS7b8vtx5h4lTREp+1k1f7g GiUG9aYP2IHxVDjwu8g+ZZqMAa+luTeqEN7PwRTb+XvsaPAs+g390P/HViEAIbpgADg13MgK 682BX1ljx7rFjYpgsnEWDTr80j+0NIcnhB6BF74yzmnENiPX+IDkVSkosq3D5XrOYboPuBo5 9LwVfg3PVSmKfT0YQLrxUnwsS2aZPZkJc39a9Aa23OvtiQID0tTxo2Vhquqmcd87ren+Sjjj QdFzSwDaw5k8JexheEoJPmN4hkvaEOkko4VVSSwVmfzrFSVAV9wj1u5PWG0YETkh7HI8ptAt z642dYZPLfQPcoh4IT+sAWvq/TG7xV84wbvWLKWwrJKkcn62aRHjl8CXcIFyISpsU+dQknIs s/Jc4bWoA9riELOgzpfy4xsGJFJ6j4XZQ1nxBJWYMWOspRJpDLNQ9+QoGJNHUklpmkKjLuYc 1hZZ90d6qXQnhyJgI+AopHvOjSivIvVk6H7TLgKH8QnWp+8P3x/0MvNr52qSrDhd6DbefvKS aA/NlgF3KvZRMgf2YFXL0kfNTQvztdq5djeg2jFZUDsmepN+yhh0u/PBPfupRHmXRAbX/6ZM 4ZK6Zsr2iS9zfChvUx/+xBUkNgY2PHj3aZphWunAlLuSTB56JUo/dHYchKv46f7tDYzM+rqY em1z3gpowDuI6uAmlkWSXnzCzHFzH9+dfYxcm3SAefuMHhZ1qK/7aj6mThWTBY0umRzoMeej zKW8LbdzmT8k4dz5tanZuNK8pcMdVXz7IQoZKnbf73S4ubVnGVJZCHf2bSNh7CFwRCwKmbCM rJRzMWeKLWLnyZUA7U243HSyCji4fMfyhVX03PoJ5LL2hq8wBzWND7raNjYLqatJZWAl3co1 6O2WDx67ilYGpXuuHvV6hUmAU30wFSfx27ZhlEv8XiDBZn+TAjxEqDI7kV2wnpOF8Y7NYS28 4/jB4Ak+rUc4fuaJ4Jw+UMIJOU5OqrQ4WZtRY34QSM+nMXG6kEolcdIixcYMTnbxpLOZ0ULN iQ2eHqUPb/LKncoAafeqpGF8qcCgugc67wUOyl0jTLbh5p58JovggMdq0SOqrlB26h2MqBgr +V8wb2ckk5xZgzjCexFnxMsLWGS8g5GJ0t5+wj+qXftROqMZZrXuKIO+obx5f3h796SM6rbR rUWro/H2tEbKrstKi2WFJKdRB5HXIjEF6xzDf/n3w/tNff/18WW4FsXP8omACr90185FqzJx ou9C6xIN5BreEnarnrj8r3Bx89yV6qv1k+ZZrshvJV4+lxVRVNpWn/Q2io7Lu7jMwQdPu0su LH5g8Er4aaQVmrHuBCpGjEeM/kEPIgEA76YE2J+H1V4UvVc4z9oBhDx5qavMg4h6CgCxyGK4 4HS9owCXpdhJHSDGDyyJ38j2kMYxBT+K4jNYNC4iivdO0MY9iV3BnCLXfj3FuJ5N2YwLAAJZ 05Z+LXwUwWw2Y8FW4g0rJnwDl8CmufJMM464k58qFbfTaBrTqr09Cehkfvjs4oOxX2txF5rL dse5qeRMKvFqNWMgv6IsjL43dFJVyZvH5/eH19/vvzw4nTSPq3ARXHDwo9pOBod61bxT2Sox fvKcXsOE7OrUw00beOga9t0eqsodXVUQqMUNd3iBiWWdjpam8AOx2rxrsBdzr4ngZkZZk/VU 1lQnpgZNUfw7Ea3estWDq0STrvdI3oTr7GrrtazNFF5wDQvmOEDHg6LkeFQ+//56//rw9Rej 7eJNudbni6wnJ2NZN80dOK7oKyF5ef7X04OvH5OU5r5myEqqZI+Ni0bcSHWnPLxJb8GmmAeX Mo9CvetwCXieYsUNh8jFEhxFOOhe1luZ+YF1hw5CP3iZJe02zW5lwRUgnM38pMA+nJ7WfFwl 4vNnMKjjEZvFZkStaZcrzQAevruu2CFK7vVmIc3AbwOS1zJd7QTJY0UB0BMjKW3xbQLcDKUJ Nkyqe9iO9uABanXfICG3RVrRxDSgs9C6h6o9ZTUpGDbOG5rSQSYOoEgEYmG18U924OIkzXZg PIQE7ME2jZMDzxDjKHCjM1grtAb1nr4/vL+8vP8x2XpwdVU0WJCF8sdOlTaU/xQLWt5Ybhsy xyGw863OEJCsR6gEH6pY1DhWYbD2MHcTMPA2VhVLiOYQ3bJM5mXFwNFZ1inL2Frjv+6V1+BQ a25x4zycRRev3iotLvjojqnipMkCv9qj2MOyY0qNQQ8twVTu6YBXdbgQrE+ZB7ReW9n6xchZ 0geHYqc3ITW+gekRdxNZX24Fyi4YFamP5IU0tE1GHgX3CHW5cU7NUy3ckAai9hENpLCNyy4Q NqUb7/ZwCIuq3B72Bsb0D7xf98PCyp1meitbM04/h0B1uvfMj/ZcnNZgEDW2Bm/K4jiVAPgc PGZC7yokefVLAoG5x4u5oarZzNqbvIqL7htD7Rl7+SAy+EKy5coA63/nX4Khz6TFCAzH6CRS JrdOI/SI/spdpTsdnuodLibnag7Z3EqOdNqlO4lH3+8R68Az9oNqECzVqqbGkwbHtofmJwFO UyEGu7hXP9Sbdvqvb4/Pb++vD0/tH+//5QXMU3Vg4tPN2wB7/QKno3pTtbJgKrGTbqltvoEs SlkYU6c+1RkDmmqcNs/yaVI1nrHfsQ2bSaqMt5Oc3Crvrnkgq2kqr7IrnJ5Rp9nDOfcUCEgL GpNt10PEaromTIArWW+SbJq07dq9Iea6BrRBp/x/aY2DxcHImXXS+o387BLMYDL9sB5Wid2t zNDSZH87/bQDZVFhYwcdqicsVxuqY4wdeHJctanc38bDkx/M0UvoQHd+F9iQPvziQkBk54BF 7pwdZVodjFKKh4BNGi0Ju8n2LJhWJifK41nZjugW604k9xKuMQlYYDGhA8BXuA9SKQPQgxtX HZJs8MxQPNy/3uweH56+Gn+f3597zfh/6KD/7MRZ/CJTJ1AViyiiabriB2BNvVttVjPhfF3m FIA1J8AnPADusKTfAcaX/TcnI/M5A/khcxnXWjDBgg6BmRhEEusR2h9G1Kt1A7OJ+u2mmjDQ /7oV1aF+Kno/4nUIi02FZfrKpWJ6lQWZVKLduS4WLEhDZ+fuwJ7qm4yn3fYEYeIk1FhUzbEL EuuyUhwGx9j7h+eH18cvXdyb0rNibiyxePbQCdwau3ejVUw97Ju8wutqj7Q5dRmh59IiERn1 zFPbtHvvie32KDN0IbA7t509ciRkd0Fl0VlFRacmF72Gj64Yx1wO6bTIbxzzGUy3u85mKJK2 hbE7ecL2TPvqz+D+geemUHNkZmwFe2h6qvE2Ao59Dnc6UyepSmKcvbdnCYYou+M3TqENnBNh kVyvKOQGyv5uRbxZoTXGgtBJ3YAwKHwsl17kPMeXP32K2Ikr+FtQB91eSecKDrVLWsRp98Ke hLdeEbrx8Pv99yfr7OrxX99fvr/dfHv49vL64+b+9eH+5u3x/zz8b3S2Ch/T63ib24flwdJj FNjZtSy20o5p3RDwgFQLjbzldJKULP5GIHFhbeiL0fNB/w4LfKN5S4sxRUr9xBigrfKjB87B ILNj5h5RU1FgsWnjps48dsHHwh486jhXzbbdS7XVLFZNzS96LySxlxFj4Dkn3bU0vQakNA0U Kb7JN1QZVyF5CQ+35+CCIqfd3vhUbmu8ECE/t/AbSSD2S1joypuE/DA7akUh3Y+N0wYwITxB We1k4+rEOF35JZhMoD0Wxr8G+I5AVeQFg4W4LLI7Gqb30sDkRegJmoHLHRu4XnHwNs7nq8tl oAaL1De5tVZzI56/3jTwWrQzpJ3d/6CXlZBKdqsnLjdpUzE+1GLTlruGiBnur7ZGfusk5etd QqMrtUvQWqxySpu6KSsnl8anCkEGw9HgTkt03qysC3CR/1qX+a+7p/u3P26+/PH4J3N3C222 kzTJj2mSxs69NOB65m8ZWMc3+g5gnrDEJpR7sig7VzDDVNQzW73+6nnPFIuds/qA2URAJ9g+ LfO0qZ1OCePVWJI/y0TvHIOrbHiVnV9l19e/u7xKR6FfczJgMC7cnMGc3BBzvkMgOLAlCk9D i+aJcicfwLVQJXz02Ein79b4Nt4ApQOIrbJ6rKa35vd//okcY4BZedtn77+A+2Kny5Yw2V56 70BOnwPjELk3TizovcfFnC5bDb7T1tR1Gg6SpcUHloCWNA05OjvHdLlzBnK8CGdx4mRS72oN 4cz5arGYOZhebcTKKWEsXYBen49YK4qyuNPislNzsLm3jqPox6CXtKdaj2SHgUtpr6WzwfZP 37jq4en3X0BeujemxXSgaW0SSDWPF4vA+ZLBWjhSkxen+SzlnrloBjzv7jJiw43A1nkynJoR S6A0jDdw8nBRrZ32sO5BVO40gdIbw4UzMlTm1Vh18CD9fxeDO9embERmD4awb6+OTWuhUssG 4RonZ9ay0IoTVop9fPv3L+XzLzGMsaktnqmIMt5HTgngTkC2O4VvxKydIk3lH4K5jzbI6xr0 dL01a4k2C0Z1Rca0zgvidGcIu40PEylssXKpyXTumSEdIiSpFnrkJOEPLUwmzTSn4rqz/7K3 A2L2124XzNazYO1FoSdrA2zc2UzgfikJ1W1u/bgyUQxqPZIyZZHqtizig3RnK0pa2YAxd3st bGJ0r2c/DwruYK4nud02ZjhzoXQfnjOZj8UuZWDwZZgxeHUR0V9/MUSTs00H/yFHaKitcznZ p/XWZYLydY7GNq8l27VPu2UwoyeXA5dfOFRPebssdmVRW4/iJAt2LOxgxDJpwfaHwcF11GLm NImWYf1yd2A3R7dMC/chep/NbHRmFPWUErnO5n4injv590R4gY65hzm6k7ezSvfmm//H/hve 6JW2PxdgFzkTjH70k3FjyYjYNsm2ODktD7OwtyZ3oDnHnhsbynrnh7ekZurOjAdcctRoIl7M UYu7JThufaA9Z21z0OP3UOpJxlmNTIBtuu0UZMOZy4EuFDkQ6gkwl8t9zXEXmjRohcA+VfSG 8ljIhiqOaFDvasGfoCIguCk1Vl8xqFfy7I6nkrtC5DKmCXeTGINRF/IaJ+dQpbnGIL9zojwA e2MnAeP53EkEVnX8W385rU+wH8S+VC0BNxoEK/XAygQSfowvmVzPto09Da5i2GPSy+Ye+OYA LdZh6DGdGYnvSMawjk4/ItQRHonx3CDWjp5WO3KvYtYvsmXFZb1ebZZ+RrSoNPe/VJSmOOOJ UnZLtdM7oC2Oumdt8fNBnYRMBj2x6v71/unp4elGYzd/PP7rj1+eHv5H//RmBRutrRI3JZ0P Btv5UONDezYbgxktz8pvF080WFe9A7dV7JXSgEsPpRpoHah3lLUH7mQTcmDkgSmxZIzAeE2a z8LEp3uXao3f3Q1gdfbAW+JHpAcb7GWhA8sCb9dGEFs+6DoKqCIrBaK9rKLwcsFd+LNeSDjf Zhn4v/sEjuhVi5UADaBiJdtGYLcN/bcSEW+WMz8Px9y85Ru+2+Nxee7E44lcQKCsxM9LMWo8 DluP3WuXN1okJR83qbeoZ8Ov1qpryAKsZxBPacN4w1F6sFQMqC5rHyS7KgR22R/P5zHnbbji BNzXVrdNnJywN1AMd7cLaqwSSp8dZ8x6x2mmY/ruPN8bIdcDYDYfBWdwIWzPNa1P5xTLUYiE 6yXC2at6On8NJedqulaXi49q0WSY8PLHty/+jYFKC6XlELAYGGWnWYiSFskiXFzapCobFqS3 lpgg8osR29smJpYoenALrt9UHU8znYQxVGlyzPM7s9iOw/sgigafY9mTkVxq0RzPDWqvV+ky RvJtI3e5Vbej0OpyQQcdMlabKFTzWeCWSuFHx2kRZ6U61nCVU1sF+IE7VK3MkAzxCd7JxKUW 21OsEiKqRG3Ws1Bk2IiRysLNbBa5CJ7h+mZsNLNYMMT2EKzWE/iKwU1ONliz85DHy2iBFoVE Bct1iGsO5rfVIkCYuQE6aMktxo5W8mq2Xri/aXfqMNKTKmNi9ogubUA1t3tzt1NiM8clBEFR N0KbxlXUX+qMxbQ7hH60DS5571S8w3c/YSdQmRGUpnoTkPtK+xbXXSJEXWsEFx6YpXuBTel2 cC4uy/XKD76J4suSQS+XOYLj7Qr855LObDFXpWYEW6HUMR9uCEwpm4e/7t9uJCjcfQefnG83 b3/A2wdk7vPp8fnh5queTx7/hD/HmmjgJNrvTDC50KYkjG14+7YN7ELd3+yqvbj5/fH123/0 l2++vvzn2RgWtWIRuu4EhXcBB8RV1qcgn9+1NKV3A+aG1J6dDU80Yrlj4DHK4eXtfZKM71+/ cglOhn/R8hyckr+83qj3+/cH5KT85h9xqfJ/+md7aXwosSQQXzJ4tT5xwazJziOsgDdHE0HS 9MCID2YbIbEWMJaOwf0tOLp9uElevph+YG7ufn38+gD//1/vf72bywCw/vnr4/PvLzcvz0aG NfIzfvqiBa+LXm9bqnEMsH1ypyiol1usU9CvZEApzdHAe2zc1PxumTBX0sTvlwbpx7xa8XEI zqy8Bh5UPNO6Jtt6FMqIhCS7jdACg16R8OMCsz0AE6Xj0wioVrh00Y3XTz6//vb9X78//oUr epBnvdMolAejZLHb9Slr2Ren/ubPbSgu2fQOEt5uty0F9l/WM97BzxBFzzfLMJjMH/sdkcbL kBNxRCaDxSXyiThPlnMmQlNLeIbJRFALcsmD8YjBD1UTLZkNxUejEsd0IBUH4YxJqJKSyY4E Z+ohi4cBU16DczKgWq/mwYL5bBKHM12n8FTrClukZ6Yop/MtM3SUlLkgZpZ6IluHcTBjcqGy eDNLuXps6lxLOT5+kkInduE6g95zLuPZbLJv9f0etmj9XZfX5c3+LcduKWshYRJpalRkCEV/ tfYDGOke9Dto/qn1nBYbwhn3Jpdd9m7ef/z5cPMPvej++79v3u//fPjvmzj5RcsB//THKt50 xYfaYo2PlQqjQ+yaw8AFZlLiVxh9wnvmY/j+x5RskI0dPIZbKEEegBg8K/d7ooNvUGWeYHe+ vccqanrB5M1pRDg6ZZqt3cUsLM1/OUYJNYnrfY0SfAS3OwB6KN23cJaqK/YLWXm2auTjAmHP F4jpQQMZNSAtwe7cNOLLfhvZQAwzZ5ltcQkniYuuwRKP8jR0gvYdJzq3eqBezAhyEjpU+EW1 gXToDRnXPepXsKAvxCwmYuY7QsYrkmgHwAIBBsjrTl8SmbbpQ8CRLSh6ZuKuzdWHBdI+6INY MTotBHUJTthcL/MfvJhw+WhV3uHhVuHOBRBs42Z789Nsb36e7c3VbG+uZHvzt7K9mTvZBsDd hNiJ8OQ3rMGmQxuZKUvdz+anY+72VHPlqceDC4MOYu3OTzrpEN/Y6B2amfX16gf2QX54BD5I HUEhs215YRh3yzcQTA1ouYJFQyi/eYGyJ5oEONY1PvRTPe7UIXZHjAXp9TohPAmzZ825hjfO 9fYSTVZw7GVnYe9ETE+l+EbU/MTzDP1l580Ci5gD1HXhnbuuJPklCjaBW+LdsYFzm6TUDVg4 nKy8daKQ5B1NDwryBsOu6JU7x8ncrSD5WVZgMwVroo2EAn3yuKnd9aJJ3XlS3eWLKF7rsRZO MiBfd7dgYL7B7MmCqbC9w2mxxwrSTijobybEcj4Vgqh+d3XqDkCNuAreA0715Q38SQsIupV1 J3dr/FMmWtyJmjgHLPTXFQjZL1vIRCwsutWOu7KyPSiONou/nKQElHWzmjtwoarIbYtzsgo2 blbsdOd0nZxbzap8TeRbuybvaJkN6L72sgv+Ic2ULLmR1Esa/U3eeHfTKacdRLAIUc47fOeO mg4vZPFROGJyR9nW82DbZRbeIMIWBTqgrRPhFlijBz1ezj6c5kxYkR3dsVmqxA5u+sZu4I6Z 2xyAJmYdNEda7mAyNF3K7O0tXCoM0yi+asB9EQIVVkBOtLTD9EgIQU4eUEWZT+SDi5v45fn9 9eXpCbQ4//P4/odO6vkXtdvdPN+/P/7Pw2iBBsnQkIQgj98GiFkEDNxp+Dso3mcYQOYXB4nT k3Ag8wLATYmqrhjMPHBysAscPzjYp5LcNJqy6OaOgyXu1raIIF5yZVcyw6e8BhrPU6A+v7gV /eX72/vLtxs99XKVrPfZekbGLzDNdz4p2gXNhy7Ol7c53tNqhM+ACYZOTaFjkCMHkzqocoG6 rAPnJwcoXABOo6VKHZRarOrrzkOUi5zODnLM3DY4Sbe2TrLRK9p4evl3q8KMQ6JjaJE8cZFa KLD5tPPwBss2Fmt05fpgtV6uLg7qnlFZ0DmHGsCIBZcueFdRy6kG1Wt57UDu+dUAetkE8BIW HBqxID0KMQQZ8RZxDrJG0A3pnagZNBf1idyeGbRIm5hBYTGKQhd1j8YMWmYJHR4W1WIsGaZ2 DjenZF6FwaAmp2oGBUOBZD9i0SR2EPecsAMPLgLqRPW5rG/dJPVAW669BKQbrCnVQW7dInnn o5U35gxylsW2LAbN5UqWv7w8P/1wx50z2EyPn9G9hW1Nps5t+7gFKavGjezq1NP11Ym+m2Lq z52dPPJK9vf7p6ff7r/8++bXm6eHf91/YRQHIbJ33G2S9LZ9zEE5nmxyvVOURYrHap6Y05OZ hwQ+4geaL5YEsw5FBVFl6LQ7SDZ9571bqxfh/HbFmw7tTvu8jfxwx5IbLehGMpokCWoXHY47 LdWwk7BJcIflXUAk6G1KhacODVdprQdDAw+OE4HtDffJdm/MjMVj3xyIDmWUZ0g8VYhKHUoK Ngdp3madpJa5C2JEDxKh9dkjusAMqFg0zlJB/LYm5rUBrT9pBEMMgccbeOGsKuI8UjN0x6GB z2lN65TpQBhtsblzQqjGqWjQb8SIfV9O6nmXiduUhgKN44ZCrvneroRGKRnNeYNzeKLuobeH 0nllCNhOZinuTYBVdDMDENQiWlVAnWprOo35lpMk9urYKYnRUGpbedjuqIi+lf1Nb9M7DH+g D4ZPfDqMOSHqGKJe3mHEKGOPDafz9n4yTdObINrMb/6xe3x9OOv//9O/VtnJOjUmyr65SFsS OXuAdXWEDEzsQo5oqahzYs8IZS4lCeDY2YLFjA5R0DQaf6afjlpS/OxaTN8h3SXpugVoUqzW 1iPm2AV8R4nEmKmeCFCXxyKpy610zROPIfTGsJz8ANiJ1Dso3R1dk/BjGDB3sBUZPA1Bs7+I qcFwABrqWpAGcGxhu/avQSbT+9gyYzFffds4vcVm7oylZo3AfVFT6z+I/Zdm6xmeaY4F+dGe TIPXpVLExuGJKPV1WnekgxUZeZwEyZxqtA2ARwppDi8KR0zU1GOK/d1qqS7wwdnCB4lZ5A6L cQP0WJlvZvjtC8XxBNanLPV8x4XXEifedDgEFdhcEmtRgBcga8xC4YON3B1OAJFLrM7tkKCq g21a+IC7+PewbmgwHVLjNwY9Z+C2ubTB8nyFXV8j59fIcJKsr360vvbR+tpHa/+jhYzhuSyt sQ40T090d5VsFMPKpFmt4JqehDBoiFX/MMo1xsDVMWhoZBMsnyHp+JmSntUvQLX8nure53ip 6lGTtHdVREI0cJcFr9LHo23C22/OMHdwvnZIJ4qgp7VysIQARrCQ8py3ezBGshos0xgELq+t VXgGvyuI9WwNH7BoYhD3APhkrp7JxGQhKtZYjHqaN5gbxM6mqV41jal0s9H5MTxjfX99/O37 +8PXG/Wfx/cvf9yI1y9/PL4/fHn//sq8L+7dWOWn9TpdkrN6Ss2w+rwXSyNp0lbVkS4dY5gg CqaiB2HULoN2uZgMsJqMS/Rie2qrZT61Q4SxuE/eFtGHRWZtMWoWbQT3aO4JfBQv8BXDiK43 aLG7qw6lt2LZVEUiqgbbXe8A88R+R2QzHGufYjkpbXQlXviQWXaWRYEXZ2OmHjyyxBMxmpTY n4lTcqFnf7dlLvUcK/da9sQjzap/Nmoi33izrX+sgyCgSvwVLGPkVKi7ushjIs/oyO1lj5// 9Qj1eAIfdw6ecX6Imnsdm1pxtiM9jDoNBKr1/oS+9MXpQrcqyWqbkbk6C+ivlP7E1Z1NNOxR byHRiZ793Rbb9XrmjMdYJGCtCfVxEW/ZRK0AjPv5Fpui0z/MuzpxbEqVZsTYT8dB3V3j8bFE Du2C1Z2KCzagT3qd6WkRDXtxfraqliV+d2ZAKwiP4J60pbpTTZrTN3o6nvPLTZlWGdQv/qpw qz+7pInQ3XBqyMXiJI85m3x3O4iVvOx1YYOdXgxYG+yZoBETdM5hdOwg3FxOMsRpxxdI1jUx M6zWm7+wDwfzm7luI2moGJWbTkLxpU1jQY4vNsShhv0NokOcDianDq7vmqRw3VF1H09SuvfR ciy46hwjpmEww9cEHaBXmWwUUGykb+Rnm5/RIOggch1vsYLoR49YezjrbbMeDoI++urOftv1 nNZCMENjSqeyCJf+hfHF+HLga4JqSyZZiK+j9HaYblR7xCkTSjDNj3CWPY6XNKSzgPnteujs UGcw42Q/m9l47C/md1tUoH9T6AUTLLW16VSDpxeBl8iQSGkXrD8Lv7ozSaMdQYVplORO1Hox Rw+Gd42eAIhCyq7ZuxBOoE5TpWcPNPJ2KT5QUllbfXIkFgDNTOPgey0Skgsn/KHjR9koJKH1 egT56WOw5tcfMEyQ6eketcZBXhaHJGzpPKdbYTani/yhUE7uNEJpLa3tKDLZdAfU6odqqjId i/spCZdSbzzmJ34YsN+SH27n1BCeCOWFhKdiivnp9mMLuqn60oyByKfmJJ/6l5c0YDQRQOiE DhBOdpcHs1vn55WxJ9fh4oKG9MecF7f668FREDkt55HeI9B3nCfaN3I4KMLWmU4VPoSsLiJY rh0XxLd4xMIvT30RMJA/4A4OoXdYOUj/cuPh0uiiiKLENpayi+7p+JTOArT+e9CpTwNT0dNA rrWm7LLwg1moTWl66uyH1Bg10mMge16Pxa8Or7QQV7v+C/sKkDGxE3+r1us5SgJ+45M0+1un nGHss47kuJNyvlE6M3sRh+uPeNPZI/Z+wTVSpdlLONc0PzHkdzVaaOFXMMO9Z5eKrODnwELo jU6OYvfAGFito3XIf3gdbWa+SteFHlO6phg6oHuAiLpl6Pj16tKr4qlpszjJBOuUGVEpIcMI hS5vJc7roSWTmo5VOqItOLcDx5/FnhjgPwi9OBxQPu9SMM+7c0/Uu892amlD9E+ZiMhRxKeM 7hPsb1de71AyDDvMGYUd6kzFn7I9ndFAY5Z+F3sa1T/4CRDuK4zBhzHlWKxmEz2zTmE7jYSv dRBt8Pks/G7K0gPaCstePWiOYpuzVMQlUc+ug3BDUeMvqu5010eqXgfLzUR+C1DaRtPpgU7L tTjx+05QuBg/sJzNJyoEfHaivHe/uaC9raIxL2Y1nereKk0/sZO8FnJw91DxJpy5B1ZDUFx0 qTZEa1KqAL+cUkQ5FIyoY9s0BogTePNUUNTp2ENA73UOzliuUPWqPN4E/hbAwLp0aFBXkoqm JgiOCgl3yKit22HWPM6hLG9Zq9cQaj4xMarGzPooy00OAi1d4i3m640kZ8A93Q8Ly+rTeoY3 QBbOqljLuR6cp1RP4cwf/FhclTG8kfZgrBnTQVRhsi/JxAqoQ+Pps6ru8hRbCbK3XWhrDJ5b 8Q1NIY98wndFWYHy01jPHaLzaWq7/VQqNmqTHo4N3p7a32xQHEz2htGcEzVEUNkPEXFFdL0a QECY0Zt6haWQnhDE454FHQC/cdPAbXqnmrIw19l4mvUoqBusztd4vpy7wp/wAqt/tPVB4qPI AXK2y4CD16eY6FWghM/yMzm1tr/b84IM2AGNDDqM0Q7fHlVn8Jp9p45CycIP54cSxR07/1gn qCNlf5suAA4P2QJ2JxKueARwiF9/7JIEj690R0Yx/HQfO9zuUNPqcUzM5ZciqY8F0d8ZsTYD RRBzD4M6ju6A1nmKNeki5Y1GJq22Ci0CFA0IZuR2ulnPoouD5QkFut0TBWF0GKe/GPwEQiiF MnBGhoFYxiJxstHp7FIQDvR1w8hYURymcIrA7YoR/foa6fHuVNkPHd/ti6PycPMYzwXXKxeU cZW5sTuZiYKFOSsTTtVpOSiYYa1gcDGZNsEsCJyC2Y2OU/GVluznawZcrvzYpTXQieGdvKRu CydgYEg2W0GsLALq2DwFyHE3bCPr+siPFx7lEukpGCR16n4V2uhYSDJXD4Q0HvDcStKbvM1m QbRyySFoVdEf7VZB33BAPXL1wp5S0PWmCVheVU4oo95GDy01XIomJ+FKEq2h3y+z0EG6N84E Mu6xyC2xIkVV2SGmnDGqDarg2OqrIVQusN1Agxl1IPhr2V/igjGUX94evz4YD8X9O3SYlB8e vj58NeY/gOn9q4uv93++P7z6ml9gpcdcinZqId8wEYsmpsitOBPhC7Aq3Qt1dKLWTbYOsLGj EQwpqJfMFRG5ANT/J9vVPpuw6w1Wlyli0wartfDZOIkdl+qIaVMsNWGiiBnicNR1IKd5IPKt ZJgk3yyxllGPq3qzms1YfM3iesJdLdwq65kNy+yzZThjaqaAeW7NfARm1K0P57FarSMmfK0l A/uCnq8Sddwqt0XB3nO+WGI7/gYuwlU4o5h1V+yEq3M9vI8XiqaVltXD9XpN4ds4DDZOopC3 z+JYu53X5PmyDqNg1nrdHchbkeWSqc1PerU9n7EMCMxBlX5QWTSL4OL0Bqio6lB6XV9WBy8f SqZ1LVov7Clbcp0mPmzIw4Uz2c52UlUt7rC+mF6807qBh91aNAWXTVco93jSD0D6k2Mw2lwm u5A9B6OoaFbLeDG7OKnJuiSabl3kcxYt8IgDhfN8Mae18zmhyn+0R5+ptkGSr4nLTjOl4fFj gZUHTPm8PJypvetztsZ+bpuDZ4PdYKJOFIU8PayDvZaqSurEFQjjJdZqdlp3WgAc/kY4cCFr POqQIwYddEEzvbhl8rOwCvt45bYoUQfoAoJb6vggwNkazdTmVtcZ+ZhGmDrSaLLrHjnsvCS2 TVymF9+TrGHddNz8aci6bKNf47+kGutv1/yrQHz2Iupsdr55sTjQkbr6sRVnizaXzcbFzuXZ hTq3lg7aVatR2CX+cvvSlmnuVTmWBAbIL7PumNkmwFYLe8QZAAM8mUR7rmIGPZxrp+8tb8kE Ab8dn9Id6MxABvO7KaDew5IOB7fE9kn1yNSLRYgUK85SL7XBzANaqWq4hcF7dUtwHyPXbva3 o+drMT/7A+p0RcAnvjTVA89xES2xNNEBfvrbOVbJmUewLxCEbpXaUkDvOFJlArbGqLzhRzO7 JAR7LjEG0XE5I7yan9ZSin6ipRTZPvTDLRU9UzfpeMDhrt37UOFDWeVjBycbdNwA4gwBgNy3 XPPIfd42QNfqZAxxrWa6UF7GOtzPXkdMZZI+SUXZcCp2DG16DLje6SwX4j6BQgE71XXGb3jB +kB1nFM3TeYFPdkEA7JjEXhc1sAGGV9pOGSu9tvjjqGdrtfDRzKGhrRimVLYH+iAJlts66BU 5NmI/T065vwxQbTFidhn7egKayf2GJ6vOgwLabI6h+SYsgPgskM2eKbsCacDARy6CYRTCQAB z3zLBjtR6Bn7Uj4+Eg9PPfmpZEBf4JXYLrr97WX5nJ2Jr4gOcAaTRhPsukL/zp3fJlZZmbMB /Z9jhvWWen4Lj5i68xLSH/oAR1Gp5MPgp/O37//6F/gU8/zO9uH54vgLAiHa9ALOCUDxSuhV OKbWRoeQ8CbM77mad2Yyjcw3WBdcA9FmDoApxuN/nuDnza/wF4T8ScHYyYniuGj9zobZDBEB Y0CpLDLC+JnggE5to8CJOhp1aZ0TG9bmt93fuKG696i7cwsq2oXEXimyi5dUkyceVmgZWQuM LgwLiYuVup+VcUmrolrMPREdMC8Q1VzQADUybYHB+pG1toyKo3nHZXsTXmZkdxbOZzPyFQ0t PGgZuGHWfjQL6b+iCCs9EWYxxSym44T4nMJmj1RU3awiB4DYPDSRvY5hstczq4hnuIx3zERq x+K2KM+FS1FX8yNm72m+0Sa8Trgt0+NulVyYr/Zh/ZUPkdYjA0txHc4Q3sTRcc4IP2d6bCdS EAWPvFktZ8ERZzRzN/3mYGETYqXbDlI+lDjQKoyED23diOt16qflQuswcNOCfNHc01WvA9yG 69Yk2mrswtN/xJtWupJwuN3zS3xCCaEvl8vRR3SvhTMIsh3KyCX2OQtCrNVmf9MZq8fICgAg 2VVlVOfgnFFlPfvbTdhiNGFz3TGoQlgLCkN+4ZwrCGokovSIp1oINY7NjHSA87keNfKnh5JW jM/UbIr9bQ7XnEQJg0tcK9kSfZVaMXIHgDRBQGxejHBwfgRH3vAO/unh7e1m+/py//W3++ev vvuNs4TX+BIWjBzX8YjSMhLGyj3WPOzwlP+Mj1wPSYaVo/Uv+rS4RxyNaUDtiwiK7WoHIPdr Brlgdwe60XQ9qzs0RHT2LuQANprNiFbZTtT08itRMXbZYX5CyvQN5AC35PWvzhK+sc9A50Nc xtrKRLV1bm10CeD+DUl+aZrCOape+L0bLMTtxG2abVlKNOtlvQvxlQbHMhLuGCrXQeYf53wS cRwSk1EkddKBjC6heSw/4ZGmI32PNDkoixInJAnW/Na/WjnPKG86yA8XaU8fHTAnwbjr1yGu d4NrGHEkm1mDgYnanbg4KHTQ3m6F/n3z+8O9eZL69v03z+uWiZCYJrduHIdo8+zx+ftfN3/c v361LioG1YvOq9fbGxjV+6J5L736BO8ZxKVPL/nlyx/3z88PT6P/ry5TKKqJ0aZHrKkGNh5K NAZsmKIEU4SJdcaMvTIOdJZxkW7Tu0okLhE09dILjB1gWwhmJSs6rLvL40d1/1d/Ffzw1a2J LvFlG7kpgedrRQ7DLa5mW6z9bsFdLZvPTGBxylsReJYsu0rMlIclMj1kuqU9QqVJthVH3BX7 SojjOxfc3urvzhsvkbgxfh1x41lmLz5jdTILHnZxyxTqvFxuQi6s8uqlX2tRU9i6MO1w8/bw ahSGvA7vlJmcpIyVx8BdhfuEaU6Lk37xWzdkJvPQLObrwE1Nl5bMZgM6V2vv06ZzQEVWRdV/ Xnx5nxqXsajIC3q9B3QM0g7BzH/IfDswuUySLKUyPo2nxz8XsaN6c5594wHMTTM4m7rynY9B QhrdBu2WbjI59jS/GptaVnMCQLuT4zZKN1e/jpd1U5CUPvHqp1/hfQCwdltLMkoQVU1T8F/a 1IiE+0eZ8BzcyDRMWfZyL4jWQQfYDoWOjXtcr5LseXHPG0MpWcYcFvchwCGQ/72c+NdAaOCj rlHaO1jMv5Gfff57kVuSILktv6pcKAtKOQy3b2aJne6+Nooev/SVUI8a7SoGJ3OARXWPMuPd xVWVpslOXFwc9AWKtPRKZCdZB9SCz0fcwl0SFdFUs5jCrx5tfokMXuCxqn94T740tE8L4lMY sLquBidZ8vnP7++T7ktkUR3RCmR+2gOEbxTb7cAVbUZshVoG3i0Tc0oWVpWWzdPbnFiCMkwu mlpebq3nYJPHo15jnmDLM5i8fXOy2OalHm7MZ3q8rZTAijcOq+I61fLq5UMwC+fXw9x9WC3X NMjH8o75dHpiQWKc24KiyqvybPYNqE0S2yaeVy8bR0tYjq+kHmlFUlGjr5RZryeZDcc0t9hH 5IB/aoLZivvIpyYMlhwRZ5VakWcYA5Xd8h+hep8ENh0r5SI1sVjOgyXPrOcBV37b6bic5esI 35YTIuIILb6uogVXlTle3Ua0qgPswWogVHHSq8+5JlYLB5bYwB3QIj03eCIaiTIXibzlKoVa vB7wskoLOLPh8lzlEszxcznw3i+NrVZmyU7C0yqwzcglq5ryLM6CK64yXR6c9nDkseD7j/6Y icUmmGMFXJzWXLZZLRIuFjiZn3OxKmJnFfW4SA8rrp6aczafRdw4uUyMOLCR1KZcrvTqqscV 95VtTFyZDhMaWovhp54e8ULVQ63QQ5YJCo+2pP4X77RHUt0VoqJ6QyPZW5RmKJCQb432F8em mSiaND6wX0zhjTx+bolSLY/x4Vayae7KGJTu/URdh+YWFRXsgiE9l9HVvCAuGywc3wnss8OC UBDqn5Tihvsxwal8e/Qq76T0UBTehxyleVuwvm24HIwkEYqGRQ6UwdCZf4+0ohC6Q4wRRiJK OBQLxQMal1s8DQ34foftdoxwjRXWCdzmLHOUer3IsVXdgQMTC7rzcZSSSXqWRYJP9QayyfEk MSZnXiRPElQrwiVDrF08kHoTWMuSywP4yMuIzueYdzDJW9bbKWor8IP2kQNlSb68Z5noHwzz +ZAWhyPXfsl2w7WGyNO45DLdHPWeVa9IuwvXddRihrVZBwJEsCPb7hc4iOLhdrdjqtow9JIM NUN2q3uKFnwCd3w04P4KzTL2t9X7jtMYZwJTsoJ7NI7aN/jMHBEHUZzJOxvE3W71D4+x05nO fVzmcy/jMKFZ4RblfgRB06QCXTts/xbz63WVr5fYvTNmRaJWa+xbmJKr9Wp1hdtc4+gcxvDk PobwtRb0gyvxjUfuHFvTIvQRXqpfYlnz/PYY6p1yxJPwoAoeZMq4WEdYGCWB7tZxk+8DrJdJ +aZRlWt/2g8wWcKOn6why7t2PbgQP/nEfPobidjMovk0h1/eEA7WKWxKHJMHkVfqIKdynabN RG7SvcjERCfeNcswmujDvQ0iltyXZSInEpWZ1N1kiqRv1Eiax+LzVOnIQkCZifoyk0J7pp6g /ACTray3O0GwnoqstzwLYiWCkLkKgon2zx05i9RNflkes7ZRE1mSRXqRE8XNb1fBRLfS+x0t BxUTYz5NGt0NFpfZRDcwf9dyf5iIb/4+y4nmacDvVxQtLtOlOsbbYD5Vlddmo3PSmCeok014 1lvZYKIfnvPN6nKFw/Z9XS4Ir3ARz5lXRWVelYo8sKZ9KohW64nZ1byosiN5Mv1KFB/xhsDl o3yak80VMjXCyzRvR+4kneQxNH8wu/L52o6L6QCJa3vFywQYmNDSwE8S2pfgjWiS/igUsf7q VUV2pR7SUE6Tn++auizktbQbLbXE8wWRo91Adg6YTkOouys1YP6WTTi1iOtmMlLVxCyj6XA2 u1xZPW2IicnPkotr5ITQVBHL7phRTRBGEzOfcxZCKPpWm1L1fGI6Upf1cjFVuEotF7PVxJzy 2dk7EYGizOS2lu1pt5j4bl0ecit94TO77txDYmMyFutF17YsyCkbYqdIsV0vQA2bJ5NVgI1s YpTOw4QhklLH1PJzWQiwn2KOVBx6mwvyark7ZY4uM10NDTkK7I7j8/VmHnjHigMJBgxOupap 18Ketqd+E7Hh4HO13ERdXhl6vQkXfG0acrOaimpnfPguX6o8F+u5Xw95dYxmPryvQuFjYBwg TavUK7ahGpk13pFz10R68a7hZCENXQoOH/Vq09Eee2k+bliw+1L/WoS2AlwV5MJP7k7P/BL7 3LNwnAcz7yt1uj9m0MYTNV7rpWy6us0QDoP1dAhxqUI9cqrUy0537nkl8S6A6YUMCUa2ePJo r6vcXiuyXKjp71Wxnk6Wke5d+ZHh1sROegef82t9pS4bUd+B+b4y8YPYnQ0/DAw3MUSAW0Y8 ZyW4liucf8EmkksWcbOTgfnpyVLM/CRzXbWxV3FxLiIi9xOY+wboi91uE16ZrLszlPVOlXFX Bc6wAMI2sJ4za+FXX30KYaafmEgNvVxcp1eIthoo/W20/LW8gatTdE/niAfmJ/yXmuy2cCVq cuZvUZFvxS1xRW4Dx5Ic11tUL40MSjQ0u1StpXsmsIbgltyLUMdcaFFxHyyzKtYUvsvvSm7u VUiMo1NFcChIa6dH2kItFmsGz+YMmObHYHYbMMwutztVqw7zx/3r/RewMuKp0oJtlKF/ndBW Ie7cDDW1KFRmHkorHLIPwGGtyvScgRQlzmzoEW630rqRGuhjIS8bPe022PiZHjJVozrvaDqW NF5+ibuq/u0giTeC+oOw7w0XS9xmeo+APAYjlWUwXtjQhorv4kwk+K4wvvsM5+pI1y0vL8Ja M87oxcRFWCsyZLjcFTGsZvhMt8faPTYMWn4uc6Jlg825uRoT7V6hCzFrBrsuj8Q5oUUVWUp1 Hef4kbn+fWsB6y/34fXx/snXSemqMRV1dhcTi4iWWIdYOkGg/kBVg6H4NDE+Kkk3I+HwS1RM EC0YTODJDeNF3R51I6gPc46tdQeReXotSHqBSZsYCEJsLgowYl83EwVRB3isKetPE+VM9Xaz meZrNVEPyZkvLrahQxJqwvX6wqdVEnUVzHh2GEnRm+ViteKT1CO6Okjc/UhMOfhELV6efwEM FC6hrxkDSp7CThcZVo62ymb4KMGj/NnHDRJcoSZj950dzN20YM/N2NjxEjJmUlh0Ol+GrfD7 ZMLoWVv4X7rdJ9u2wMaOO8IxktmhvpZKR/SKDRO4HRnt3PsM4b2R07Oule+OtRKP901HZ6Mv kLhE1O4pxv0SERWSDoNcUtuGfVYOrWKmFAuPk0fI89w0RV0mItDvAP2CSJ1gdFE+Kn8o5/hZ 6YhNdq1TA7v5CXgyFuv+t+e4uULFcXHh4GApFZzR0gMjl74SkSgNeKyq/O6vp/NtWifE2mhH beN8GTGf60THj43YQ2tP8T/joEPalcAdDTjQVhyTGra5QbAIZzO37+4uy8vS7+tg4Zv9fn5R rWCZzqpnpfiI6S6Pwoky1f7QBGlZjwZbvsAh6yr0ImhsHD6RO37AK0ZWsV/Xv9KLAMfDci/j Miv9RUTpvZvy85jDQVsQLZjweeTnMI+bOrPqJONhqZYaq1pLc0hIMr/xUpZV/tCpKqIWeTjF 3UsoJBhrjCz0AFzw9XQHjDtFwiQxGgudH87Y9Rkqq1zCVXqSkS06oJUAS+qOB2HEqMaxTQBU Zw7A1MCOuEI2NJZKOwAu1sFPhn0crpz0lJI7J8pZNPEhwZo2NlNwIFTusNeRs+fOdYBg3MO2 K09Z1jFfNhJ6TgjXuMuMlLmrbOtiT55MjjydCiketTWfTdfj4MjkF/MxwXHp5a7App9RsSv2 M7liYfzmFqNkeFjLIsPPOtos0XYUtMWkdU5k33F1j2amd53D/gaL6PASSsvO7Zwcp4woecVX gftiqoUNLzK7ATZuucTF4ulJ4V1fE+9NPf0ggDTKYm7PwJSvAI/Z4ngqG5e8pExo1UTR5yqc TzPOJabLkgMq2BcTW2l6os/utth4Yo84T4IHuNz1rae/y6jH40UXimqULnVtlBSGC00smRpM 73eogrgGrQVca4/5+9P7459PD3/pngIfj/94/JPNgV5xtvbcUSeZZWmBPT50iTq6gD1axWKz mAdTxF8MIQtYDHyCmOAF8JBmVVobi0y04FaFkYQV2b7cysYHdT5wAwzHbdvvb6guuuF1o1PW +B8vb+83X16e319fnp5gmHkK9CZxGSzwbDaAy4gBLy6YJ6vF0sPAK6RTC9azFAUlUZcwiMK6 DoBUUl7mFCrM1ZiTlpJqsdgsPHBJHghbbIP9BwB2Iq+xLGAVa8Y+/+Pt/eHbzW+6YruKvPnH N13DTz9uHr799vAVjPf+2oX6RW9Rv+hu+k+nrpuNU1xxubhf9paXDnQVYXr4tizcFMDWVbOl YO9BkoIwtP0R0dnrd8BUyX1hDElR2dwh/X2AG8BL2ZfaADbipgPphdUZHGmentxQZulzatAv pcz3LuD0io+f56u103tu07zKEoplVYxVc81MQLfUBmqWxMCvwU7L+cUF+xcKZLIonRcIBsuJ PSwYLLHADTC8gjPcBXwJSeYFHLCfsDt7AGopnd5W30bYVJg4pa2K4nAezPz5vyOckXdocz29 ZU7nUTJv0tjFsDt4gzgNr47FUot84dnpTc6JAED+0RJGW+dD8DBdNF4uz7mTgc4nAsWyauM2 Zx2L4UFT+peWd57vn2BG+dXO0vedgW92dk5kCQrvx9CpniQrnE5fCec+BYFtRrWxTK7Kbdns jp8/tyWVr6EKBbyvODlDuJHFnaMPbybKCt7Wwrl4V8by/Q+7UncFRDMmLVz3jAO8GhVp5rb2 0fmQ9dr9w4N6W1LOdANGPOi5yojDgsrh5EUBPSmoPDs2AOWi88Rkz74reZPfv0FjxuOq6z1b g4h2e4/2l5VnRRkgby1AoMA+Ajp8Qc8qLLicAtuDImKioVzXBQY8NrCXy+4o7C0pBvRPDSvp rygGJJ0YEGfKN1C18fJP53JA9Fyu/91JF3UiZjlYs80qipqTBWxbqge92gEw8VAz18NfxCEU EM6MD1hpB5ID6ok8nLtBG9l+8j4GQdtgho3MGriW5AhXQ1U2C53K1EtACEZgyRnkgLNhK7fV fOdJBvUyShYUAPSSsPTKqOJgrWW0mZNRWCmULHcu6oU6eN+lK4dBmlYp/CzegFSdq4OWDmQW E6KaO6DhrFW7TLh5GjiqgWIoLcVncreDozmHuVw2FLkYH3MUctYbg7l9GW6elND/UEdWQH2+ Kz7lVbv3+9QonDn42W/+BHwXJ34XAtwaeRvmwqo3vGInRWcK1P8nuz5TD1m6DC/4LLMit/5w yAOH16B/Bbs9JI3gYyX9g2xArYaCkmgzhDJjRpTC8Xuk7VbUMf7T48MzVm0oyltpjdVi9115 Y17Ik1a2p1yNFuMymlHY/vbfqCrl72wr7CxJ/6B2SCBKly02qp6QJbhNvjWnXTShjsoSiY9G EeMJFYjrJuEhE/96eH54vX9/efU3pE2ls/jy5d9MBhs9mS3Wa52onlbQdwjuez4GLz3L+Yz6 3nEikVHWb9f7Wnt85juDDpfj5/EQT/81Ap1XOp+wIsT4HfrhVqhoFYYMDntCFtX1O2eYPPHB cQflUf19rEfYHYoHD9O7xyhZ7Mn59YDXOwZtfMyK5jyM3YYQIpoiYFqeYMIppr0QVemes5px Pg5Tpo8aASzg6rSX1zyi85JFbw4c0ut3JsW0ziTTTBZvt3umS41czPSVkeWK1pPzmGk/kKc4 kCuxhhdMywHM9HeAIxZeMrkEWDFjzOB8FpdHPvyKqaHTbhkwWc9PeoQzY688MYNC1Dn4ZotW TEIDx1Rbz62ZYvTcZpq7MONWbC/kRnfE15P4nMU3E7hOhymKd4wx1NjEh5OJD5Mr7OGrxg3o 3JvhLbFmCDkVQ6e/XuIbVExspojLaiKpDba40ROf4OmYkV9Adpni1XaK94xJ9ER3zzOBL+Zc hWq5udqhAxtzZu6Cw9y46w/ZWKpei1UkmPm2J1dcDgZytb5Gbq6Qm2vJcmvqSDIzzUhOFEUd dDG5ujT2Lng4iLh5pKPYhgFKb9z4dcI4ne3N43LsXLaC/eKxWBiK6Sc9x9SJPWETEVOXA8Wn aLmWq5djsdIkt9prag0UnxOgomlqHTHr1ZDiRE42EJHJyXBeOMlowTPQcjMzA5AQWuL/WRCV Jeufp7K4FqQuL6qpU5GHP0koS5ZbPwgcbHoFPefrFbd+a3zN4XlzO9kz82YdcCIC4OGKx1dM U+fNMtqg8NY9NRwBxkfV6PnTzGMHJ8AZFEOs5qiwuhtw1kPD1Omno6xTn2UBuE+tsVJxuXMk uy4a6G5QWdpuEvzArbpT2EStwXoH2BQ1VpVm4+3ow7eX1x833+7//PPh6w2E8A9bTbzVvHek +43g7lGkff/TXyzRb3s3S/a21Tvys7XUnfk5dXcWlZsA3jxboKnFZao+xgsOh67puaABve2P rUMqylns4tY01dawpray2TJwgnXn+6Q1zTyuKmL6p2/nGB/UGdAROC12WS8WTjj3BMiAn9OT 15vMvsUJdun3vnCZafrJw19/3j9/9XuKZxytQwu3NmxXnHFo6GYzjzdqtk4+L92Cmhv2yA1u 3xu5qLoEi9lQkHyX/I2ChG7+uoeEbieu71RjdMlOqdeRqQWGEXQbiJ5oG+ijKD63TZM5sHuN 2HXWaIPdcdmacPamXZ9bNIt15HYu83qVYr3dLQcdVR4dAh60rZdeeIA3XiftYLfMnkWvHl0S JR2Deo/5Deo+xB/ABRNys5kPB1Gx/EmXcHUTbOfUu4Py4HVBF6mTOAqDYeqFM86rH9NTboA3 HGjQeDmIo2ht7pqHpF9efz5U87gKIz2u+njgOfhqBHJd1xFn7ArBqLP3Iyz45T+PnZKJd4ar Q9rrL2MysLyQNDomUeF8M5ti1iHHwDzMRgjOOUfQSf+QfOqJbvrGBVFP9//zQMtg7xDBWD1N 3eKKKAcOMOR+tp4kwIV5siXOH0kI/JaeRl1OEOFUjCiYIiZjRHqui/mcrZYzPhZRg6DERAbW KX7TPzDbT+GK6O8ZnU3jzTNDL80w6l68VuDzvrMS2gtxVe5CvbAgkrjdCri/xF7auxfYTpzu 8Si0HL686mAmMLwuoqjxfupg3ecZ81A941Y9xtdTeDCBhz6utsoHoSmI7olDUKUOl/SFsCET YMyIy7SzjMLFxx5GttiQl/soPMHhJTUc7ttoHr47plq8F0es9NcnBaZ5VmTtcRimzvrX1zmx f9ln2m/LnulfUfsp1hfsdKYPL1UFOfAJ00lnkU94y2tPZNV6Fa54HMtzPU6nzvG7hdjjzS/K UDBfrJgP9AYPJgqx4aNogsmUPQnLt1uf0n1vHiyYOjfEhqkRIMIF83kgVlizAhFaXmKS0lmK 5kxK1ooHF6MzDrDye4Lppm3WxOEGK512ljS2zKDqTcYyvapZzCKm5utmM8cCam+IgM5NdqLV u1lssQ+B/r0V5ppNwCjde0Fs8izf7yjZ9J1jMIeBPxtRT+T7AM9fWYbeYiCCnjMjwjTUYqIS PhVYCQ8zV/OnJvBR+2yCvjhmYzELVjaaspiI2+09r3BjY/IFcrX3MPn54uLihN07dfeKWtDu /DCPMtuZ+PsyP7WgmrhQp9RlD1TsU9B743iCeW1cqLJW/RXHNw9PVhFR6hjx+SS+5vAczCdO EYspYjlFbCaIiP/GJpyzpWtWl2CCiKaI+TTBflwTy3CCWE0lteKqRMWrJVuJ8Gw2JsoqPdNc KiZCopYh82W9dWDT7+yPkPWdcExm5eIWnv76xG4VrGeLHU+sw92eYxbRaqF8orfyw+Zsny2C NX3oORDhjCW0bClYmGk/M7PuROEzB3lYBhFTv3Kbi5T5rsYr7ItuwOGUlo75gWrWKx/9GM+Z nOpJpg5CrsEzWaRinzKEWXGZZtWEliyYPgJEGEzECEMmW4aY+ka45LJrCObjxqIkN/qAWM6W zEcMEzDTiCGWzBwGxIapdI0vlxGf0nLJNYghFkwBDTHxjShYbZgoh+bIDdk8riJ2ws3TYhcG 2zye6ll6LF2Yvpjl+JnLiHIzmEb5sFxj5yumvBplWiDL1+zX1uzX1uzXuGGT5VzNapTrtfmG /ZoWeyJmQTTEnBsvhmCyWMXrVcT1fiDmIZP9oontuYxUDX3R2/Fxozs0k2sgVlyjaEJvp5nS A7GZMeU0x9D40U5F32wN4XgY1u6Q7x6h3iQyYoCZodhOYonRXtkoWjmzAlMMzYSzFTe/wQic zzkpAjZoyzWTE72tmesdM1ONxzjZzDh5C4iQIz5ny4DDwa4YuwipQ8PNxhrmZgUNxxzsPhUb Vv08DVYR0xdTvSTPZ0xf00QYTBDLczjjvp6reL7KrzDcALXcNuKmURUfFktjMyFn5z7Dc0PM EBHTDVWeL7nlRc+iQbhO1rwwrIIZ1zjG8HnIx1itV5zkpytvzTWoLEQ4Y9YkwLnpvYlXzHBo DnnMrVNNXgXc9GBwpo01PudaGHAu9/yRUs8OWzufkWK5XjIi3KkBN8Acvg65LcN5reXKIOGJ zSQRThFMnRic6QQWh0FN9WMRn63Wi4YpvqWWBSNCa0p37AMjdlsmZSnncgnjxJ4qLD4C5bUD 4DG0h51raXwMtE0tsauYnu+MG7T78qT3/mnVnqVxPjM80eMC7oSsrT0o1rcdFwVMyVmnFn87 Srdbz7IyhoWFeSDYx6J58gvpFo6h4XWR+Q9Pj9nneSev6JCyOvoNZhXBPThJT7s6/TTdwGl+ tCbtRgrOk4YIQxeR+cUH7e2/l/hwAuJFAA0CH72V9e25LBOfAZVTBrWnh953O9VQL7xViFZl 7Fx+denoCjWVFJdlJs3YM0cuzcNf92838vnt/fX7N/PqAJ77feNsvjXS2KL0Pyz9TFoLGCw8 5+EF0661WOkN/Yjbu9T7b2/fn/81nU+rKulFa/LHL68vD08PX95fX54fv1wpqWqYXjBg5nCN HACMVJ7mRMtk1BNt0rzSHV2Qe8ne7skPF3HeOg5wUZ7FXWlcF1on6vfvX/74+vKvSad6qtw1 jH2V7qxkglhMEMtoiuCSsvf5Hjxu7Xyuu5rjicWMITobRz5hTpuq9YwrC5xiK5FvuHgaF4tk zjDd+0iGIW+n/Ub1mLHuzgxonitx9Wz0r7gI8FiQweti0SyDNVdIo3rq471Ew7Sa3vPDG1PG VE9+CcEVw4gcQUGdyw/YXmYy01m/ZZgGFL64fJq5zsfNcCN5sY85uV6YSNGkt1xF969vGK7T P+P6VCbzlRaY6eflMprNUrWlqNUWotg2zudg0cwF4QGKBxplvmnUvWLX3GoWrZ2s5fsqid3a KloROmW4WFcbH0adnF9+u397+DpOPjH1FA12fGNmDCeNfX7Yq7b8JBkdgktGgaOLUim5zQYH 0MpO6Orx6fHLy/PN9v7Lv/98un9+QPMgfugOSSjzyvwHhrYgXuArKvOp2Nh5xJ/0WSedeQQE +F5O9l4EMJZ0NcU+AMVVIssr0XqaoiYC2FmkYWVGLIABZi0pQbaNoUL+IzQQy9E7Pt3xhNdY 29eX+69fXr7dvP358OXx98cvN2B8c2wqiET6tfBbxqC2OmLJ5JbwHEwqxcBj4Xhin4u4jfNi gvXLTd51GqtHv39//vL+qDto55bYd/W8S5yVHxC4s8UmS3uM3OOaJ7SdgiQNKZpwvZpx6Rrj orssvcTY4MJIHbIY72yBMA4hZ3hvboKby2iauufVE4GOk0ZEkMfMtqAyjpxyGpWUCwPiS12I 3Ik5xPYDwqlDyh5f+Bi+WRmwyAtH9FsMRhRIAYG7oItbfR3oF74nvOo6yOVcz9P0cdGhAZM6 pCMCVNkqJMF0gqCvOoSDZVZiBUkAqO0msG9tNgDmo6ToRik2zsuEmL/WhKsWC5h1PjLjwAUD Lt1+NaituOhqtVwvOXQTMeh67qPrDXY/M4Dhggm58TNgFGAoaJ840CR7+XeE088X69CAROZ0 OwEHMYoivo7S4PuBHE0NKNUU6nR2HTtQJuF87XVWcLQSBkxgI3zVlTOTMI/kTCEG3VsMNsqx UGFRqhEzhKQe7gF11agNeLvGup0GsoKxk9E0ZuZIJeerpWu+1hD5Ap8VDpCzEhj89m6tu2zo hsZue+yrTicDYgtmj3mwbNA2s9M0cgMa0JEFO3RficSd/DrHP3WcH50CdIroUxtpw9/I3ok9 swuFAI4pXwN5M3NnBkrnwcEdZRfAiG854a5Urva9xYzmHEnFbLeOnbBEKVdXHzTAghnWWLPa YsSZpecFymS11yr74aFEowyhawYlmvwDShT5ERryqL/sDYzXHJrRczV+MthvEWlfG5zfGHU0 mkRHiWNC7Ox2Dm+cIZcWaSaIJ2idxDkLwlXEDMIsjxbu1MCZfza4+3LCgLk7WJtVtlxetg4Y L6P1ikM3kYs6L32MDNM9UfnBgP7a3hOeNHDOF3Cf8cPF3OY3byhWDLb2sPnMjwuH6Qzmd5sO 9zpNd/DOYGwa9r0HmW7O87W7NvTXKTATgE3O8RzWv0EdnUA5k99I7OQl1YmWWSPwFm0MAGZ6 j9YYtToSUytjGDjdNofbV0N5Ao9DLbHQMXIibtZrfGmHqGQRYV1bxBQCvBtyjN0GsNSWWtfH DH3ajxj31RWi7HZlgsEXzYixGwiG8TccqHXtPmCCWbBfcjXBKLOcjIP1SggTBmzVGYathcQu 9c46i3luHUZdVxSLaMGXgQp2yBma2S9wjFTZJpqxiWlqGa4CtpFhdV2xCRqGrUajz842FzB8 gVxdd8TYCZ2jfM12yul1dIJaL+dTKVKbEpTa8EO43z1MUXwPNdSK7W6e+r1LsTU17I0muc3U 11ZUwQZx3c6UrsmUJ75sKbXe8Knq/RI/aNyd1Mh0QhrHbOUEQZzHYdzdRyFud/ycTkyTFX7K NsL+hsjhVJ5c54m5tJHs9zkcRXc7iHD3PIhyNlgjo8K8EjO2QYBSfFupRb5eLdnG8rdCIwfi PH4mgmJZgaA95XnMzYhaSl0Ey4hP1ZPZKRdG/LC2EnvIVosv47vcZjpNIu97HNtAlptPf2+9 nOY2/Prkv/UlnJX6Oc59rYREJk/jZeRcJQ3KLNj0OvmUZ6jUCLc55n0hsvBnjly/PXx9vL/5 8vL64Furs7FikYNrlj7yD8pqgSor9W7lNBUAbovgofl0iFokxk0gS6qknowXTzH6R1ODI1Uk 855kkhpTFmOtWOg0z/TG7rgFB5QCi+oj7UYRycmVnC1hpeZcFjBriGKPrWbYEHAcr27TLCWO ESzXHAssIZuM5Wke6v87GQfGGONswVlsrP9STmLb4w7ehDJokuta3TPEKTd6JhNRoE4lFy05 bX00dBa+EdeFKSsmt+HVr4TTuQsnSxTSvOkfTq4AKfBLsAZu4DwLyxAMPGeIRFSN3tF8WGMm uSsEnK+bVlfDfYYZV94FRh27EoGOSBZbMM5s3Mdih40S+xuStQFaCEXhIh1iE1yvhxP4ksU/ nvh0VFnc8YQo7kqeOYi6YplcbwtvtwnLXXImjqka8LWDn1nFyAszScJ3wKAFdqIuavNALXzX niV7eO8F7qgiWixjgOgz8bGr09+XdZUd926acn8UxGuBXiYaHUjWTvb27m/jx/WHgx18SLe8 h+lW9DBoQR+ENvJRaFMP1V2JwZakRbKyrIw5AFwYa3VE0vYkRu5rq3bhrlpw9DjO81ar5+G3 L/fffD86ENROpc6U6BC9t/QTzKo/cKC9sp5HEJQviLlmk53mNFviLbeJmq2xpDSk1m5TbJ1m xGNw48USlRQBRyRNrIgkOlJ6PckVR4CDnkqy3/mYgnLQR5bKwtlssY0TjrzVScYNy5SFdOvP Mrmo2ezl9Qbe6LFxivN6xma8PC3wmx9C4OcbDtGycSoRh3h7SphV5LY9ogK2kVRKlKQRUWz0 l7BiuMuxhdVDVl62kwzbfPAf8hLUpfgMGmoxTS2nKb5UQC0nvxUsJirj02YiF0DEE0w0UX3N 7Sxg+4RmAuILD1N6gK/5+jsWeopn+7LeP7Jjsymtbx2GOGqB4palTutFxHa9Uzwj5qYQo8de zhEXWVv3YpIdtZ/jyJ3MqnPsAa7I28PsZNrNtnomcwrxuY6oWXw7od6e062XexWG+NTLpqmJ 5tTvYcTz/dPLv26akzEF5C0Incx9qjXrSfEd7NqioyRIkFMUVIfcxS5/SHQIJtcnqaQv9Jte uJx5j1koK2J8YUE4N8q+XM3wfIZReiVMmKwURNpyo5nGmLXE9Ymt/V+/Pv7r8f3+6SetII4z 8ioGo3aX9YOlaq+C40sYBbgLEXg6QisyJaZi+duYtsmX5HkXRtm0OsomZWoo+UnVwAaCtEkH uGOthwW5KBkCy62RVLh0eqo1DyDu/CT7EDEbebbiPnjMm5bc6vZEfGFLk2/I4jamv5fNycdP 1WqGH1ViPGTS2VfrSt36eFGe9Eza0sHfk0YCZ/CkabTsc/SJskprLJcNbbLbzGZMbi3u7U16 uoqb03wRMkxyDsm7rKFytdxV7+/ahs21lom4ptrVEl95DJn7rKXaFVMraXwopBJTtXZiMCho MFEBEYcXdyplyi2OyyXXqSCvMyavcboMIyZ8Ggf45ffQS7SAzjRflqfhgvtsfsmCIFA7n6mb LFxfLkwf0f+q2zuKm47Wbo/JHluFGRmyi1e5sgnVzrjYhnHY6SJW/pThstz8IZTtVWgL9d8w Mf3jnkzj/7w2iad5uPZnXouyR2Udxc2WHcVMvB1jDj06/eXf343/x68Pvz8+P3y9eb3/+vjC Z9T0GFmrCjUDYAe9I8WuckwTKxkSOdluOc0hHd1y2vOcL/d/vn/njkq7FbnMyiUxRdKtC+fl YLKQJPTr/SC/TCQpT413YgkYW6O7LRv+kF7kMW/3aS4LOUE6DpUsl1+8pkmaKDAy2WRhfv3j x2+vj1+vlCm+BJ4cANjk+rzGRgC6c2frMDz2yqPDL8hbWgJPfGLN5Gc9lR9NbDPdmbYSax4i lunRBk8L82LyVEWzxdyXUXSIjuIi51XqHnG222Y9dyY6DfnjUwmxCiIv3Q5mi9lzvjDVM0wp e4oXQQ279EtXbnVj0h6FJEowcSqsz0BHbhKnVQC+GGtnmjMwrZUuaKkSGtZOysypMDdb94El Cwt3vrZwBe8zrszVlZecw3Izud6ANqWzECe5LqGz2FZN4AJYGUwU4EPZL7wlKHYoqwpvD8zR ORiddHKRdI86CKpySf0sdwfvxwoMttOONM8GW4vd2wFvbxaLXdrGsXQvA4YnYKdK7rRwqXRC d1fDxKJqjt49ha7L5Xy+1J9I/E/k0WLBMsapXXsq9V74VO+8XeNIe+PiALC3ZjBqet2sHIWg X8R9P2JB/q5KReAlN8fOMEF73V73cVirYp0beIlQsbTvCbdfRbxsmRfAJ+lvd3uPqW2sV+Yr bOrVV37xr+nMIw2pvDWi8y7SvYSd6yBu5YzM1MZ8UbU7mXu9AHDd2yUUwL3l6l/eQrw2k43X sv1XTYCp6JCpyl6Wdb3Xm6Bt6SArjXckg9lDkk/WTc9PdB4nFHFM5gdRUm5CbgFCQZLyGp3L i3864QXgMyvyebTS4mm182rcNTGP0bapvBW3Y04Nbvh5Nl7TTsxYZeKtsOPNLjwdqTMRe7nD 5duHnrCB6Y+MeECqZ+d1VXiXap5j19X1AdLuld/PG9luYYrlZjN/dNZ6pVBC6WxOUidVeVJb A/O0Vy0W9dp6nllzxBNtcJIn6VWhAc3lbpKe1Ifl3KV1GzlL6OTiZO6X1yqNG9vR7M7FisB6 y5Ln8a/wCrH3gIzV//WmDyi667N6EcOl8w+KN6lYrIjajlWjkPMVfhFkTu4sNoS0DqcpNsZ2 z7BdbKgAl+iTxdiY7NI58s3rtXtBkaht7UbVTSPNX16aB1HfsqBz4HybEinF7N8FHMoUzpl8 LjZElWusZiy0dh/Ssuxqtjz4wXfLNVGStTCzmFvGqu5/mLQ2Afz6r5td3ukS3PxDNTfmXfA/ kVbBkNT64ne83ePrwxnMwf9Dpml6E0Sb+T8nROqdrNPEPZHrQHvO76vawOrYOZwZtB++vHz7 Bs84bZZf/oRHnd5ZAuzs5oE3+TYnV/8ivrOa7TojOfXa6grMV0TpiWVMb0nmSzcLHdyesL9W GKNSFLpLkhoacbxVGlHz3Z2jF3L//OXx6en+9UevIXLzj/fvz/rf/755e3h+e4E/HsMv/33z ++vL8/vD89e3f7pqWaCxVJ9aoXcCKs3S2NfMahoRH9wSw5V9OJyrpM9fXr6az3596P/qMqDz +PXmxfg2/+Ph6U/9z5c/Hv98652ciu9wADPG+vP15cvD2xDx2+NfpHP1TWsfubgtnojVPPLE Nw1v1nP/MCUVy3mw8FYkg4de8FxV0dw/xY/VIpp7d0uAZlHoH+xnpyicCRmHkbfpPSZC73m9 3INHqZX3AUCxkclumanClcorf98O+jbbZtdazlR8naih2r3zJyGW1pONCXp6/PrwMhlYJCew 4eoJzQb2JHaAlzNPggN47Rd+26wDr5QaXHhDTYNLD7xVsyD0zg/ybL3UmVjyBwv+qZuF/fkF 1OJXc6+EzalaBHNmOtLwwu+FcBcx8/vsOVz7tdScN8SyPUK9sp+qS2StvKI2hCF1T0Yc0/Sr YMXdiS3sGEKpPTxfScOvdwOvva5sOsqK7z9+xwc48ivdwBsWXgSeOCiSTbTeeCNQ3K7XTDsf 1NoaYTRFj++/Pbzed7Pb5B2lXsYK2MlmXiXkUlQVx5SncLnwOnupe6o/dwHqV1l52iz9HnZS y2XodaW82eQzf67UcEUUkge4mc04+DTzq9fAftqqnkWzKo68HBZlWcwClsoXeZl5G1i1uF0K /6gRUK8LaHSexnt/TlzcLrZix7ePHzheRfkgXu2e7t/+mGz7pAqWC78rqmg5X3iZhpeV/t27 RpdGnECj7fGbXhv/5wHEuWEJpQtIleiuEgXeNyyxHrJv1txfbapawvrzVS+4YC2DTRXWgtUi PKg+dv749uXhCay+vHx/c9d0d+SsIn++yhehtV1s5ctOTPgOJmp0Jt5evrRf7BizMk0vKSCi H3y+Ea7hEEnmlxmxYTlSpusT+5OUo6ajCddQi/KUC7CSP+VOs5DnYNATK7KYWlBz0ZhyDEZj akXefhFqM/2tzWqCqj8u5gVfaFh4Au/Sq9c+t7Pl97f3l2+P/+cBjuCtaOoKoCa8FnLzirwk RpwW4Nbhhv+QJckzcEoGmg0m2c0aW4AmpNmwTcU05ETMXEnSvQjXhNSoi8MtJ0ppuGiSC7Hs 43BBNJGXT00wm2i+9uJoGFJuMfPvOntuPsnll0xHxIb7fXbVTLDxfK7Ws6kaEJcwWHp3e7gP BBOF2cUzsoJ5XHiFm8hO98WJmOl0De1iLWVN1d56XStQC5qooeYoNpPdTskwWEx0V9lsgmii S9Za8plqkUsWzQJ8EU76Vh4kga6i+aAo0M0Ebw83ekt9s+v3o/3sbh4Rvb1rAfX+9evNP97u 3/Ua8/j+8M9x60qPGFSzna03SF7qwKWnvQJKmJvZXx641LK+g+pKTlRkjRZz2fpy/9vTw83/ e/P+8KoXzffXR1BzmMhgUl8cVaJ+NorDJHFyI7v+a5W9Tttf1N+pAy2Vz707SgPi93SmYE0U OBd9nzNdU9iI9Qi6tbo4BGRH3NdquF779T/j6j/0W8rUP9dSM6/W1rN15FflbLZe+kFDVzfn lKrgsnHjd10/CbzsWspWrf9Vnf7FDS/8PmejLzlwxTWXWxG6P1zc7yg9JTvhdGf18p9v10vh ftrWl1kIhy7W3Pzj7/RjVa2JPYMBu3gFCT0lPwuGTH+K3Hvn+uIMimw5J976xnLMnU8Xl8bv drrLL5guHy2cRk3kFirRVXrs4diDwRFjzqKVh2787mVL4Awco/rmZCyNvW51SMJN5tamHjTR 0utVSajn7ppB54F7/27U0FwFOAuGLAivKZkJzC0T6Im14xUG9Lm4m0MnexuM1rXbzW2dhWxf cGc6O9ushr1Oo/Q3i5fX9z9uhN48PH65f/719uX14f75phl7/6+xmdmT5jSZM93JwpmrfVrW C2pKvgcDt+q2sd7puRNetk+aKHIT7dAFi2J79hYOifL2MMBmzowrjutFGHJY6x3Vd/hpnjEJ B8MsIlXy96eRjdt+enis+dkrnCnyCboY/j//V99tYrBQMoghvSI1iqp3nU8/us3Jr1WW0fjk pGZcH0CleeZOi4hCG9w01rvs5/fXl6f+yODmd717Nau8JzJEm8vdR6eFi+0hdDtDsa3c+jSY 08BgWmTu9iQDurEt6Awm2He546sK3Q6o1vvM66wadFcw0Wy1gOVONHoY692sI4jJS7iYLZxe aUTg0OsyRj3YyeWhrI8qcoaKUHHZhMN81Ly8PL3dvMNZ6P88PL38efP88J9JYe6Y53doLtu/ 3v/5B5hk81QTjY3q3dYqjaBbk71oRb31AHNnvK+O6kOw7ClrdRnMpOHTSIyau7SzyNAHwKS+ rI4n13xXQmzU17nVKkmwl0dAb3PVHtKM6mZ1uC5NR5EoO/PUnbH5DyQ8A2n1hiAZb9sI3zRO tvZp3hqrscyXIBOEs1NDGPdH0OD0mz+JguhwoeydBPdEfNAr99LHlcyIkmGPF5fKHBxs1hdK NsnOQeoAb6ENIpIU6wCNmLFxVTVOwXsuVxQXebLHGhAj1sbylgvLp1+Ux1MqUEId4GonjLH6 APYadMHCvZeMDxHzLeMmOpP7Q0Ozku8FLc9JOoASJ+KdzgTap04/sqomHNbKMjeWnux+tG5i p5+MalUJzZslFuADHF6TFxy7mqbg3FP23+2vSs1dzPb18eu/HvhsJJVkE/OG7hCeha0R2e4q /7dfvDNTFBRUg7gkZMUnbfTWOKIuG2oozvTlzo/H2DSDZ4/k7KiQQfhjkjkdHL/y7rrMnrjH AjCWtZ762096XnKiG38eDsaZXzaZBcXC5MiAJqM/PDg7Jc4YVQfX7SugJbHS0CNtcdQ51z1S LwNkTpF+1izW+YWPy7wSzkj6dHEqblvGB+UOrlrP2a03ieTKXS1UDvZgpGrAIXa530vsgqYP 4fXJDjTSE0uE6yJvQduPZ2ccu1NZm8ROjs2yyEB2eXIWHUO4itADoRrhF68SRTo4N0ke3/58 uv9xU90/Pzw5g8gE9M6xEdPpwmXJhrhUH0NkmtzPF9gkmR9dLdO1EGx8ayMj+xTMgjpQl5mz 2g1m8klRRmuy7GTEDs0ObMVh2zqaGGam10tk1RTRfOllExa0tlLrJRFUYbQ0zjfA3bQLIEnE oyDtLNO14Olr9yGaU+qDWbL1QSNH+bBfEad43kuEu9f7bw83v33//XcthCTu1eAOfaUXiIx4 NHY2XbY4T8AHK8ESM/4HR1Qa2ZYlOLRWgy0lxvMUJLYDlassq4mNhY6Iy+pOZ0F4hMz1GrvN pB+l1sJeJS9pBmYv2u1dQ/Op7hT/OSDYzwHBf05LHqncF21aJFIU5DPbsjmMOKkW/Y8lWA9e OoT+TJOlTCCnFMSuEDRBukvrOk1abMMWAmsZPpNbp3lyARbaU8V/gJF+II6O0PVsRQjwaA7V 09h5ye9pf9y/frUv2tyFHZrNrIWkLFUeur91s+1KGDYaLYgCGGxj6jzOsPkOSDarFNWIMR2H /o7vtmlNN2sYNf0af+gIPZqELau0gL0MLYAKEsey/7DZwkgBMpdgIGoad4SdVWEk+BbTYjFN HQAvbQP6KRuYT1eSe1jTnZq6vDCQluz0fFfIY067Ukfe6Rn10zHluD0HEvPIKB0tZRS0oM4e ZoD80lt4ogIt6VeOaO7IvmmAJhLSpBu4dTuxhuCNUS3jFjqzx108iP+WimhfjLxu7G5SBsir nQ4WcYzPCYCQTo+Xqo2wdeAeCxa0v6ZalNxL2oy3d9hkiAYisk3tACYXBnbzfCrLpCwDEv/U 6NWc1kujJQ3wfEOaBWtZm4mHxtFCdC6LlMPAQZ3eW5yMk7lhqiVkfFRNmU/M6cNzHypME4qu 7VCGXJYeYOvJaa7ISTPqLJyA3AzuLZ11kvozMIiKj06jkM0PTAvbXPfSZr5w5lP33YmG9mWW 7KQ6EDARa2fK7Oxujxi4n7JHOru6LBq9StL5INXzQVHmtIXguDZ0Uu4w8+hw7wyPnnM7Fnnb BctkXYpEHdLU6UTHsr0NNrMLi85YlFZ2fkGDq3tLR17ZWSwxxr1kw+BudAjqzGIOga3CjFQM hiXjppX1J9h5NGwgcggwwnpOjjncSOXdQzNCzwea4osJ3CanEhYmu70R1qOx3cW3bWW8O91+ mDEJZmlatWIHm0kogx4iKqVTrAlM5QAb3Qwpz1DnwMMOerdVHyIrJAE47HGo08abf8BBb+ca 6tvL14cnpBTf7R5aED0SncuyEhF+h+Hyza6ak1sdl6+SIFTUrEUXpBO3wBL5SV6jnX2Hxw+2 U/1AdmOYVEz8jtK77TifYo3iuIgvi+VC3E6GyvbVQc9DlWqz7SxafJox9UV2qGoWrU6r5Ex2 qCRgU4He/ixcN00a/yzUPMqbVEyGAmuWRbaezdeHDJ8Aj4dzKZLrh2Mz95ScLBeg/5aTXqqU lkvxY3Uzs6+w1sUgU8BC5HdlAK1ZQWuecowITDbfzWbhPGywEpQhchWuo/0O3/IYvDlFi9mn E0V1O21CrCDYgxG+dAWwScpwnlPstN+H8ygUcwr7L3ZNAZfpMsqdVN3TD8BErqLlZrfHx/Bd yfRaebtzS3y4rCOszTTWK199I2/P+4wY8MNnOxGRbTDHAcrIEJvkI+y6TKDMgu0Vnhl79JV8 vZkH7TlLE452rT6jEneu6nhqTUxNOtSKpQZnYVwuPbvuKEnXLwap3GWETTc61IZlqvViwebC dWWA8ieKpKzZD/kG00fONyeOiuU44UC9ibiIQNk76fZYZRXHbZNlQAxe7AWIBu7LVf64oFvF 7e3Gy/Pby9PDzdduBexe0PmGVPbGfqgqsVNHDeq/rEtjFYMBbGOF9Se83pN8TtHLV3tl6iW+ 0xOnXsp3O1Cy6shvV0g9mhsQk6pa5qK+u5qQvXggd5F6YSzpr1ZLzEe9sYV3mxyhSxcsWSbO jk0YIosrqjxiKdn8bEulHGdLFNclSfU8JbFTVJJKYXwr4TNOgCq8SndAm2Lfgj0o03izWFM8 yUVa7GG75KVzOCdpRaFanHO4siLgR9IHAFHppyN4anZyqmHb+BTW5Ye7YpqEfW1fYqm6L8YU CFZLdEmUX3Bba3wWTXKEOtRMLUPeO2K4xaQV6VrpxoURF9iVJloIDUmidqVv9caMWoY3Ga/L uN05KZ3AIaFKDTnNyaJxWsTZhwxQH8mvs0t99A5hzFdyAVc+FOz6BdSS07ZVFulBsu2YYY/e cfOeY09mTRVtxTl1QyBe95xgdhv4X86r43wWtEdRN3yWKHq6+BjYxHSNoJuacx/mG9Dv2ALs VDufkbU/gPKmwsZ9LKSwjoHtgbUUWXsMlgvyxGMoqzModMfKRRFe5kyhjJc4OGhyGt4hh54+ o73D6akiCdbYD5AtO2iguphczBdOPvW0LC8Vh5nDb2dOEsf1OnCT1VjIYJGLnUMH+NxEET5R BHDbEAXWAWpL3eYxuEGmhY/FLMDyqcGMOSKn213utBjpdzKLO/HVPFwHHkYsgo+Y3sec9Y6k cvKlFoto4VzCGaK57Jy8JaLOhFuFeir1ML138gPa2HMm9pyL7YA5cWJmp34HSONDGe0pJotE 7ksOc8tr0eQjH/bCB3bgbpZhQTdooYJoNeNAN74KNtHax5Ys5lpHQIw1X0GYXb52JwQD9VY9 4K7QWXEPiXKGISDO+NPbp4BsXQfQbVfjrnh9mfGok+xtWe+D0E03KzO3a4hUNXUZ8ShXRVqO 8FaAIg8Xzoit4svBWfFrWTVapnbAPI1CD9osGWjhhANj6vFJblNHevHOxO06IdahO9w7kJsX zaFtqZyuf7qEoZOLu3xnpyazGzgkv5g3n+ilpGl34XYEYVvOhx0tix62suMPF65TC/iMtfG9 TblYI2eKPmrC9AGMDbzewLQX3azg+tNg0fHWz6ql7VHZFKvkPhds+S1/cqeskaJndJRzr2Ed Ftw3CLdnIF6vPO5aSFm3q7qsv2qgEObV1nSFUDuSPeudlAxN9BOhwiZdp35MncfJpq2gVfWa 7G4xzepe546YUudCjH1fvH97GBWv/yFOdRQa3TvRbIJ/0hFhj4dAOnKKplypXTSrKA4DZ4bq 0bYRNRht3Mqmht37HPTccUCwu/vDAVxNmh4+isCd443RYiHFpwmYmyGBXILasB/nIHfEaJgR huKEXt73gUFBZenDVZmw4IGBG93jOwdiDnMSWvh1pkOj6ixrR4TtUV/SSqRblvKyOzvrkzJX u7SNY+Uu8uYjZX3rjN1tui23fCaNKXLySoSwjVDEOYFdk/JYCmf3dam0BJo6OawS00XinZPx 0u2teqQYEX97dHYvwPQX4fRIwAsm3O1LB7biIlsZqmlSVYncuQMjN7cJ8QSsizZJKXWV1sW4 FvM67VKbwDIi3+zDmbWy421k+vjgHG/mbrtwEpfFT1Iwx9WJO/DycB0tDO9Vc1ptIi0ZeBWZ GtdlLtqbKIWk8li4ch+m+06RntydWB51X/S5JNXDqDCqbDannY3tuLPqBK9cdq8PD29f7p8e buLqOLz2ja1drzFoZ9qLifK//3/Kvq25cRxZ8684ztNMxM6OSIq67EY/QCQlscWbCUqi64Xh rlJXO6Zs17FdO+3z6xcJkFQmkHT1RHRXlb4PAHFN3BKZVERLfVqihLSsmV4PjBRMx9WEnCLc DjtQyWRqxybNmEGgVRGj3O13A6mGcH60tyM506ZDBDbbw2e26a1b7/0pr1WZD/87b29+e75/ +cLVabW/04eT2kGI87nkeFBTcG++is8NjIaFsxY2XCJXzgZ8LN6uyUJnphlZvmmAcjzf0u6h zVTU1uD69dN8OZ+5dX3F3TGHuNu0yzYLK6taf9tJcUBVR7DXSSOVRxt7TCKuivMJzujeuquF MUDhHJ6MVN3aJzMjJeCB4tIZ5SOv/+G4JXWDiE0CwRbkns8JFri3MRDmkNaHc1kysxpmemV+ tQHv4o3bA/Sa1tkFaKZZecsATmrXK+I81gpQN+EinOm/ltZqJ28lP1g1MdmbwdGwi2YVXFhG WA2fUu7VKuXT6nY1W7RTtADaW7i0bNhE+/Cd3DAFdF9w2Ay/MBjZidE88tPNMgaBFsH29sby GPV4i+h15p07j1GZnslQT7ElGePl8cFxjssGmigySoDJHQSokjvpnEsA05SbpM7L+s6lNknG zUlZec6EfcWkCa0QDXqkTAaK8uyiZVyXadwycl7UBdgl1Q0UgH+ECP7+eHKSP75fXvbuZCT3 cyXFmWkPntowqKw5Ya9TSmuu9hXKCVDKde4eZQxwtAW3GVPXXee3b/9+eHq6vLglt4p7LOYp d/ugm9o9dRlhfzYxVw9sLJiuMJBs7x7IiT6r6UB9dn9kZO7ATqdsxi4zuA0LS+WQmc5Hlpg+ tNm1c1x5ZZs6zWXmbAuvAUxnnYw/LZau5VoyLXFsQ24m0LAW7GBUlK8wFIZdSRo+FxFoJFXs Z9pmW+0ETf5T668Xy5lvN/GIs5nR72cLcwoyWPOBDssYYBuEQZaZPs2k5iqQXEVI+sm5JjA7 rU71OSYtRQjnPFsntVlBBU2Mq6kbP7OL9VYBM2EqfB1wmdZ4Xzc8R1TrMbdimk3Ey4B4BL0S 4qhWvMwY0MzSPiS6Mu0ks/iAmcp2z04UGFj7TgszH6W6+ijVNTfCBubjeJPfPK3YbqgJvgyn FSeEVB/0PPs6UROHuWcfEfR4GDCrGMDt89YeX9iHjQM+53IKODdJK9y+nzJ4GKy4Tg+C0ec+ PCUxIxmEGU/M/czeeyCCbyRDTibHZFkT3CgBYsHUOeD2Rd6IT+R3+UF2lxO9GLi2ZXbBPTGZ YjBfM3jrz+ZcE/fb1QnpljEVE4ulb+8XR3wqPJMlhROHsld8PQuZit+A9hizAnN3zIBOnSEY nK+8nmObYwdONpnmTXWNcz04lQIW2MwqIsvn6zm3djErhxWT7Q92oIZhKkwzQbhkZkhNEd1R wtiaJECobYe34EQ1EMu1z3xFMcFsxpRGEaHn/zlJ8M0zkGz71JkSPEzuFB7MuSqoG58TYQpe Mzk22xQe59aoU/tOfVAwkQ4nVabWigbnq2L6UMF2iHHFdzm/MBoYvkVGtk52xFABszuakDBT G16Z+6HHNAQQixkz3Hpiokp6ki+FzOfhgqlk2QhWQgHODRGFhz4j6RSuVpAL9lglVft/bgck pB9yE5kiwhnXcYFY2jdSmtiK9WrJZAt5F/iQ5GsNB2Dr/BqAy+1AUo/KLu1oqlF6Mm4sooAr lgyE7y+5rR13UtkT7tmk3lRpDwxMDjTBLdZHryvOvmQ246bUc+6B8+vkxEiMc+5euPa4z+PU US/BmY4GOJ+nFdv5FT7n01+FE+mEXMcDnK07td/n9jmA+8zg1TgjQLgrthGfSIdbM+vzh4l8 cnO7dswxEd4+Mx7wFdsuqxW3RzA4P1Z7jh2m+qSEzxd7gsJdYw44N0oA55Zz+gJoIjy3z5y6 MAKcW3drfCKfS75frLnrIY1P5J9bqelT2olyrSfyuZ74LndcrPGJ/NgaZyPO9+s1t9I55+sZ t8wDnC/Xejlj88OfsWmcKa9aFK9CJp+wIF3ayo/jSpVbG03e9OWZv/BsjUQgCq0szBSiqYTa SM+EXQ5ttcc+Q9bPNuDdCZpdRr2KQbUujRkbgNhBnPrRbUTTJPWdWh7USbFrkDclxdbifP19 dOJeda3MSfr3y2cwWgkfds7fILyYg+91moaIanznPELddkuy0omKWC8aobS2wCOoZFmFTLID dsVpsKas4CsEjfZJje8vDJaqXzZY1lLY367qMk4PyZ20wlY+8cCgMePxi4KqwndlUaeSmAMa MKdKErCAaBUAHGXh6zyDlRbwSWXSbsucenvW4La2ktqXVIfR/HZytmsWq8CqHPXJpjza7X+4 sxr1GGUlMRUB4FlkDX7JoL9xV5sXVQRNIxFbKTbntNiLws5NIVPV4e34WaQVBS0wKcqTVYeQ S7c7D2iH1b0JoX5gLy4jjqsQwPqYb7KkErHvUDs1+zngeZ+AASS7JbTdjbw8SqtS8jSqS3gn Z8FgX6G2O0d+zJqUabyiqdMdhcqa9g8YFaJo1LDKSty9EOjkuUoKlePCylqVNCK7KyxhUamx SawAIbDD1hMwzphQwTQxxEKIBJvSw0yEfXRrIlMFrEHj2hrj+rWgVYi6jCJhFVdJF6cmnatk DRLZpN/F2xUqqyQB+112cg10GSXCEyuP6iNVdrTAGqsR6wFYJ0khJNbRHSE3C7mom1/LO5ou Rp0oTWqPOSUDZJJYjd3s1TjObaw+yqZ/KDYyGHW+dhaO3DynaV421sBpU9U5KfQpqUtargFx vvLpTu0Wa1voSCWMwJoCvr1EuDEh0/8aZtuj3PBTvNGbdUYE6tJ9CGOEkCS2eX5+u6lent+e P4NNaHsS185GNyhp7VS0Fy6j5Vs2V3BTR3IFUct9lFLbZzSTjiECrUdseavWCso1SFYhu31E y2kFKwolV6LEPFjSb/GvbiuJ8yioEMepp/bganTHwZSITKWVtaknmLqszc4BuvNeDfLMSQeo TaaFlGx0t3DoLTaHqZWxsyrtl3+kcayaOjuVctaVShyOEXh8g3ntKc+vb/COGwyHfwObglw/ iRbLdjbTDULSbaHNeZQ8Wbuijp7RSOUnlTUGp8oYACfsVzVag9FCVcddY7WCZpsGOotU60Jr AIEuX16pib7uyi2TrFMYjeZtxGfMMr9KqTq1m3HklGifKiu1XEkYUAbmcmd3KlMFVNdjxG17 xrrVCwkm8HQApjb3rEkO3afbo+/N9pXbSKmsPG/R8kSw8F1iqwaISswl1MQbzH3PJUq2e5Qf VHI5WcnldCWXuLGDCc7pONdPSVsQ/KwZSqcZyo+b4chWhEaHt+JFWWgDWvuIpnwkg5VS8NTH SVVmK49pixFWDVxa84GmIquw9QrM9KvNr5PU4Hhd/XsvXfrMFnZ/Fkxfy1uu30AuN1EuXFTa YhZA7bxdvyB7n8wmnt9761DRt/vXV342FpHVgPrtfWJ11nNshWrycddeqBXO/7nRtduUaq+Z 3Hy5fAc3A+DyUEYyvfntx9vNJjvAhNnJ+Obx/n1Qlr//9vp889vl5uly+XL58n9vXi8XktL+ 8u27Vqd7fH653Dw8/f5Mc9+Hs9rfgPbTf0w5T+l6QPuKrnI+UiwasRUb/mNbtXAl6z9MpjIm 59yYU//GK3dMyTiusasTm8NHlZj79ZhXcl9OpCoycYwFz5VFYu3SMHsA1WSeGvyPqyqKJmpI 9dHuuFn4oVURR0G6bPp4//Xh6avrglTL3zha2RWpN6KkMRWaVtZbPIOduAGrcHA9YWNM98n1 OIxrYrb4SqhEWCsQY4idiHcJZ9N4DBEfRaYWFNloy7r6dv+mBsDjze7bj8tNdv+uvYba0dR+ q7WEvsYb9ceCXNeMlDYtRzcdIwfq8i2Dx7LiglvKgDgZlQ4cf2Xx0MS5Fku50NbpkL9MLXrS UvXA7M5aE58ja6YDRC9Xsc3MkfiwGXSID5tBh/hJM5j1Kuj4ujsnHd9di2mYm2k14UzZGoWD QHhQyFBWdzXgrSOAFOzbfRUwp5KM55f7L18vb/+Mf9x/+8cLmFiCNrp5ufz3j4eXi9nSmCCj pvOblt6XJ/Aw9aXXnqQfUtuctNontcim69sn9e2kwNSNz41OjTvWYEamqcGSU55KmcCZx1Yy YYxFGchzGafW8gR09NM4sQTggDpr+JFw8j8yx3jiE0Ye8RRTcFjHLhfWCOxBZ0PbE17/ddJi Yxz1ed0ck+NoCGmGkhOWCekMKehOuhOx65KjlEvfnjK1/RgOG28S3hnO9luAKJGqnd5miqwP AXF0iDj7QgBR0T6YeyyjN+v7xJnuDQvPa40RXusFMU67UtuSlqf6GThfsXSSV8mOZbYNmD3C 7wUQeUrNiZHLpBV+o40JPnyiOspkuQays/dCQx5Xno/11nDLa1vJE1k88/jxyOIgbytRwGPk j/gP4+ZVzXbCgT9K4a9+HqL9C0HEXwiz+VkYb/3TED/PjLc+/zzI7V8Jk/4szPznn1JBMl4S HDLJ968DmD7tZMT3zjxquuNU/9PGo3mmlMsJGWY4LwTXHu4BJQqzmk/Eb4+Tg6kQp3yil1aZ T7zWI6ps0sUq5IXHbSSOvNS5VVIdzlNZUlZRtWrtTUrPiS0vdYFQ1RLH9nnZKM2TuhZgciAj 1584yF2+Kfl5YkK+aN8N2gogx7ZqlnC2dr1IP0/UdFk1zpnbQOVFWiR820G0aCJeC+f3Xc5H PKdyv3HWikOFyKPn7D/7Bmz4bm2WGWhfRo+32Tk7ydOFlZqCfGsGFfGxcXvTSdrTk1qDOduK LNmVDb1e1bB9rEJsyerlUz87RnfLaBHYHFwkWu2bxtadJ4B6qkwyu8m1GoHjm0eXK5Xqr9PO nk8GGCzk0F6eWRlXq9YiSk7pptZux2gey7OoVTVZMBwSWa2wl2qRpg+PtmnbHK2NcW8zZGvN lncqnNVOySddDa3VynuZRvCPILSFC9wZgtU0MBfuZCvai1ISRQJdm4091ODykTmWiFpQ9LAO ExKxyxInifYIpyw57s/VH++vD5/vv5k9Nd+hiZuu/t3VEZ/LDTu0MfTIFGVlvhwlKbKMOGyJ S7jbzWhiPaeSobhW6gysL0PaYIa3O5Erm0bsT6UVfYDMsn5z51r/HNbpwcxauILTMrh3IiBs M7tV6y1oiXX4VrqgdiLnoP3+3ULUgjM5uzOi2WZYpTdbD2Y/1DPsVhDHAqdOifyI50mo8k7r NvkMO5x3gdV+Y8NXqnDXfnd5efj+x+VF9bzrDZh1Juuc+xu7KtCJLYEkNWoNxy0MRVt0Dnca x9i6QNrVLjaciFsoOQ13IlWt8Jf2sdHJDQdYYF+swOesYmziqI9Mj2DYYxcI7Oy0RR6HYbBw cqBmX99f+iyoH6W+O8TKqs5debBET7LzZ3wXtT2ZAGVMSDv3AVm6Ab+HpUwbe+5xj+q3amLv MksoHNlt8rFLYJJz4jNBt125seX+tivcjycuVO1LZ2WjAiZuxo8b6QasiziVNpiDsQf2oH8L A9RCjiLyGMweId3xFDkfImZtDeZoHGz5CxLzTzs7AzrU8ztLiiifYHRD8FQxGSn5iBkqng9g 6n8icjKVbN/oPElajw+yVX24k1Pf3TpSGFG6tT8g/UkyT+N0ktzbyi441ZN9aHflhq5BeFDl od0CkG5fVHpFRMJahht6+eGWUg1mS/g0e671AHYabucOZvMhZzQdiwh2MdO4zsj7BMfkB7Hs id30WO+rwlgftChWjGlr3uy6YWIEx1E3IXphNXdIhQ2qcasWSDaqVR1ZkKuQgYrso+CdK3p2 XbzZwbUCOYk1aG8yfeIMtg/DSaFdd042xHCfnoYSbdUVr6vOeJ4561tuCsBlOEVSb76aoVky zyPygyoGKeCfMlb/peVNdP/yxdUKgigbbb/60YEGlamVy2y0yhYyAwhP/KhVdQjc70+cvPxU WQkiizpXf6U0Rb1QjvOMojLe2wE11PU+2KQkql9XvrKjqeFT7nWtcqGzZptznynVSqIWEm9i KUlWn4RK4F8c16uLcJSOQ11oXsm4xI5rr7ilMXQliEc6BBNbOKgSWoG93VLCZ1Oimjrky3Rp eKU2ShAciHUPwoHNQ47awt/4FR/qCuAdgc2F1WnpReOAdNgntu6esH9w+qdJkuhsAUxUzPTI SLdq4RBboU6SzFWAuf75zGdMR42sTGmvg/SWfoCdfFo5jzZLz6q4UypUQFfEnO3f3MhQqH03 28OHwI1v16PCXPthOuN6dKZW1zwd6e4MsKO0B9Y5b+wgqhoWdZlZUQfVFVc89AQ5DdDZotoC utJLuU83wk0kb7C0TXLZpBGDWKL88vj88i7fHj7/yz1YGaMcC33WWyfymCPxnEvV+R05L0fE +cLPBfTwRd2R8ZQ9Mr9qLZKiC1Ytw9Zkb3qF2Zq3WVL98ADAnNsMnuevBQedYvpAQIfWllSt FIwzsK36cz/UiMLdutaBXatEGhai8Xz8Sk6jSl4tiDGKKxraqPYcZidguxMbQGK0RYNVJNZh MIEaH1PvTr3ZCVfBej53wDBsW0fPe+R8jwOdPCtwYecOXHPN3OjUK9cAEg9k18KFdksAughs 1Dg+0/4zj3b72w+bNWj7ZRvB0C5FrDYU/lzO8FtRkxPs8U0jqpseM3r0bHpE7K9mTu00Qbi2 69Fx06ZR5+GjRgtpJ9lEYhFiv2EGzaJwTV7jm0RFu1wunBxo53NrOw3oqOGfFlg2RFHPRE+K re9t8Myi8UMT+wstGKwBqDUWf/v28PSvv3l/14d+9W6jebU8//H0BVSH3KeON3+7Pkb5uzWE N3COnuMvNS8PX7+6Yx0W7Tvi2QfDtvMtwqlNPFUaJGwagwFweZhIeK9WTc2GqDYQ/vpgiufB TCifMjPoB2p4SqEHua6Zh+9voIr0evNmquda4cXl7feHb2/qX5+fn35/+HrzN6jFt/uXr5c3 u7bH2qpFIVPi2YJmWoCvzCtpVu/pJs3SBl8ceN5dt6kF+DR3ncal6s9CTb3YiOUVU7OH+lAu PiDNVz+IjPf/iNQeynP4VyV2qtOxgUQc9/XA0nmzjwT7ac3Yh/OIj9rdJmBjauYnMZHEz7N2 zlaiIsKf1W6R8BWn8A9yUEY1sVyIqLQqsdF+m+kivi0MOf1FxGs1ZDaQrCv2ywpv+CxJLAws AkVJ1HyhthAlvEySUY1fE2nKeWUFqBUmS3YiuuvkncTHeZqyiq2xPDeJ0DzslQRRGVSb/Ukm 8y1GqmV9JfGLag23cP50xeom0u4W3jFgVl4E2kdqpXzHg4Nz1v96efs8+y8cQMItIX7ugMDp WGRJrYCbhyclv36/J1rREDAtmq1dsyOud5IubN7uMWh3TJOOejPUmalP5IQE3ulBnpwl5xDY XXUShiPEZhN+SmTAMS0fQwZL7B9owGNJHRZjHBvaoHh3jhu31IpbLNlvBEQnaMD3d/kqXDCF sJeJA66WJwti1gQRqzVXDMebLiHW/DfoEggRasmEjTQNTH1YzfiUlkuy9BsjyDAKuJpKZeb5 XFqG4BrQMCGT4RZwF65ElmPjVCMeqbWbz6SjCGrUhxBc+2liNsmsGCKfe82Ka1mN8/1tcxv4 BzdKc87WfqC2W+6wtK1BjQQ4910tmHGjmbXHx1nNZtjo0Ni8UdiwhZRqw7fGPo4HYpsHHpev ulW1xX1BDXKuVyd5MOOasD4pfB1xXfG0ItZMx6yG4yJaVunHAgzaaD3RpusJGcL1TMDnTDoa n5BRa14aKDHBFXZNDOSS4ThnRp0WXEwBzFBhclq3c7a98qhaavM+9H7+w1qN8pIZparMPieD FB56zJcBD/k6XazCbivyNLuborHWO2HWrLo7CrL0V+FPw8z/QpgVDYNDmBJo17lq723N6D2r 53qOHrLATlf+fMZ1W+uAgOBcd1Y4JwNlc/CWjeBmjPmq4RoX8ICbxBQerhlc5gufK9rmds5P SFUYcSMDxAYzwGxP8xgPmfDWVQEaRpan+OsqJvC4ed5olrn4p7viNq+G8fX89A+1S/54dMEb gqjMSiZbad5i9YYBphcIe/BuBzcdina7Frl8GYubsXMPwEzVw+VSna99thoUB76lmAZr+AqS x2LBlMk63x77z4n5pnG2smKafZfkaj/EtS+usass9OgN2HXVF/lzjlCLYDaCdfc1fqBlKl8W J0aawm2YLLngDWSHSbukLkZHvFkE3KJx2DyNZsLk5en1+eXjvonskTTE7pjaS19NaTiYvT1E zInskOBRYWw/GhVq+xd1TdslBbzzAZXTogAXZee0ifYk1c64jKOY9kqqH/XoeDSH8ObresqT w/VJNsOvJUQDDo3wNlYhrYW0aUcRSNm5NtSfI2NV+0UDFxsOhMeE9vRFTyvyHbyj7SywdQFp nXI0quJShWG/3oeAxlP9y1P9GkDwBXa91VG9pkSXHaApSq9T26BL8SlgD3RpfSt/Gf1iFptq 21fZ9aMV2MsiQKZWyjR9fRm/Ebb7MjD6S5EmAWCOFtqjU5JqQ9NU/XhDY4MqR1Wl+AFYozPb gbUsuRE1jm1aZgT0sKLpGdVB1dMx+Mlqq/ise5B1l9qjbjByXbWXR5rYoORJciZ1/Saq/rA+ bY+iuuuD1SuxDMQczSCgAkxzo6G9qdHE/bzWkSQR5LH/PY726NvD5emNG+0k8zE4vsUX59fB 3tUCq3qJYzuo8Y/YQc48vHc1v40DndmfwXJlEXEC0a+KweRhHVx44+tgACoz2RSqn1MizpOc JQQ2Tg2ATOqoxOcmOt0odZ3ZAlEkTWsFrY/kKY2C8u0CW588bRWWlnl+7Jq7KvEsRonJ221M QSsI6XUD0uUg0t4dWMma1oYdcyMaBrFrp9uH7CKRtUks2h30+johCqc0pMjjdrdJ7ECqVN3m Tnsby0Uhdvi4FGYGNa+lJ3LbAqguuu6kp4eXt4dnd0o0oawqGbH+rNROVA2+LCvxhWaPG4+4 NpoTNQoEqi0YmHJLXPtVn1+eX59/f7vZv3+/vPzjdPP1x+X1DVni0sHay9NwzeXY6GqTYszl Owb1qTHcM+A5Hgg4cExOaipGxTKpRIekiElgrIYIYUBbD+ZTzdDP3clur7ppbZ6vEk79D+r7 2xoMFVpf6HZFAwej5DNK9heNzqh21IwE0jktm2wDgezSynQsAUmrUv1FVT8FweZI12bgTfkq WhvrTkbFlLlPlQlUBSR4TW9+2wumETWXZZvjVvua7g6bX/zZfPVBsFy0OOTMCpqn4ITWHgE9 uSlx2XuQiuEeHJ5A2rjRVlQ7Bd+lpNrqFJWDp1JMZqiKMmKTG8FY0GF4wcJ4t3OFV56bTQ2z iaywu4ARzgMuKyKvMlXPaamqAko4EUBtM4LFx/wiYHklGYhRFQy7hYpFxKLSW+Ru9SpczYnc V3UMDuXyAoEn8MWcy07jEzdHCGb6gIbditdwyMNLFsYOGAY4zwNfuL17m4VMjxEwo6Wl53du /wAuTeuyY6ot1dqh/uwQOVS0aOFUoHSIvIoWXHeLbz3fETJdkcLeRfhe6LZCz7mf0ETOfHsg vIUrJBSXiU0Vsb1GDRLhRlFoLNgBmHNfV/CRqxDQxL4NHFyGrCRIR1Fjcys/DOnkPtat+uMs 1HQXlzueFZCwNwuYvnGlQ2YoYJrpIZhecK0+0ovW7cVX2v84a9Sfg0MHnv8hHTKDFtEtm7UM 6npBLpgot2yDyXhKQHO1obm1xwiLK8d9D46HUo8op9qc7/awK8fl5WQ6G9NjydTAdjg0NXzI L4IP+dSfnJiAZKbECJZX0WTOzbzAfTJughkn6e8KrZ3qzZg+sFMLkX3FLIXULqZ1M55Glf1M Y8zW7aYUdexzWfi15ivpAFo9R/qiZKiFDcTQs9Q0N8XErvgzTD4dKedi5cmcK08OJu1uHVjJ 30XouxOcxpnKB5zc8yN8yeNGvnN1WWjJyvUYw3DivG7ikBErcsGI7Zw87rkmrTZHZF1+nSmi VEwKelXnehlDVNtJD2eIQnezbgk+PCdZGNPzCd7UHs/p/Z3L3B6FMSovbiuO16ctE4WMmzW3 uC10rAUnsRUeH92GN/BWMHsAQ2kXXQ53yg8rbtCrWdYdVDD18vMxs5g4mL+z1F3uYMn6kVTl m32y1Sa63hWuRJFk1s9xhzSz4LqEB+y/hBSGo+pdoka3lOTNpWE3YKx44P4L6RupPcnaR4+1 FEIqxvzuovquUtvVKMqrKa45pJPcOaEUfBSf/q2WHsmE2iitEgTAL7UYsGygqmh+IHAw/dsN 2OObRtV/0hKz2XWj1nm46U7NYoE7k/4NDW70n9Ly5vWtN1U5nu8YB9mfP1++XV6eHy9v5NRH xKmSFT4eMAMUuNDchdYOhMVeD2GDQVkqg2zmx0jIy0j086vJ69P9t+evYMfvy8PXh7f7b6Ae qwpj53y5mC3wp+B3l25FBLZ6apFluNcSmjhyUsxyRfK8JDtk9dvDTy3Ub/LyPqvAy1qrcPxa ppVdVhNIX832oXA5h0L+9vCPLw8vl89gn32ixM0yoDnTgF0cAxpHVsb+4f33+8/qG0+fL3+h VsluSv+mhV/Oxw4X6/yqv0yC8v3p7Y/L6wNJb70KSHz1e36NbyJ+fX95fv38/P1y86ov7ZwO OluMvaO4vP37+eVfuvbe/+fy8r9u0sfvly+6cBFbonCtL76NmvrD1z/e3K+YO0AJKl7+ekb8 JhIGP0JpFEJ0jwD4c/nn8Kn8/uvT5c2MuOkv7vMoXGFVHIuwHJJZJHIRLlTH+X9g9/Ly8vX9 Rn8V5EAa4apIlsS3mgHmNrCygTUFVnYUBdB8DiDKX315ff4GJ7Q/7YG+XJMe6EuPzHgG8cYe MTw7uPkHSL+nL2pUPSEzrimcYPfWM/XFb68qf00QQhjbF8lplxSU6H1VaX6aUTGTosEK6XYA Y3blGmC76WROPOAppN3Zxu3zth0Ow+X3y/2/fnyHWnsFS6iv3y+Xz3+gLqUEzOGIvYgaANSN m30nIpVB8RFbRZNsVWbY35LFHuOqqafYTSGnqDiJmuzwAZu0zQfsdH7jD5I9JHfTEbMPIlLH QhZXHcrjJNu0VT1dENqztFEpGYHPGQggwPia1J5G6jzFbwy2cVec8K2bKpjeKFownFmXGusq /JTJINRwmcHEJ+LQ0Bz7d7A2xEr+KkegETDD6nzxCUxgqa3qek3BvFit5lgP9wril1FpHbnX DBrdNCvsGlZjKX1KB5A78Zs0hcT2XgxmGWhAoHldovZl5C2kCYBNiWrkU5rhg7OhuiafY4hc lh7RuWJIqmgvnr68PD98wZfKe/KERkWtS+1dSLVSp3oi3L5NsPTx0sBl5Rle5ZT1XXeAR0Go 3HCBjX6deUA/7EHdA1+3qR/WPQsgpuNbgYie0VCXultfQ57B2VS3i/Olj/dgBO5uSzkRoztY K3DK6l/+FHvU7ipGBUpKatsMrg6lk0KHzflnTWI47Ap3m9YJ2JN0eun23DR3cAumBEUD1jPV Jkz+spi7PHhX7OlgvPrPG3D8kRbmOZS/xs/AEVUWcZokEWrl7AjOFIlxox4qN7H+XloqYT5M c7CHssKZl0JJW4GTuhOoPSXRwfmAHnlw79gldV3gNuwDqJ1bA3+W2HVeRiw8wS+dpUrcZaWI f/Fm4BtzQXiZZFvaJzUMkrrDe8x4V2B9lR1Wd9rJblvtBOxfyS5ayaUuyg5dmxUt/OP8CXuJ U/N8g2cS87sTu9zzF/NDt80cbhMvwA373CH2rVpOzzYFTyydr2o8DCZwJnyapWsP69YiPPBn E3jI4/OJ8Fg1CeHz1RS+cPAqitWC062gWqxWSzc7chHPfOEmr3DP8xlcxp6/WrN4MHOzo/GA TycIGbxZLoOwZvHV+uTgTVrcEQujA57JFdmn9/gx8hae+1kFEz39Aa5iFXzJpHPWnlXLhnbf bYaNs/VBtxv4s39JhoR0Fqn5bdYf7WExawgmaAVmC7IyAqkgmg6GNMwKYwpIGg+JG59lKtZd N0ZV01td3rHyuY+mrYdw6cHDjA/i7c9dWW5AQwhrExL/HfCL6sKJNO8iotkBiJJB57I+UFC7 xqXQaY5fFe7jvIvT3ELIlgwAqqmxr8s8GfWNsHZCXYJhNji1q0kGB4Io7A5gpboFso6gxB7o pyg5DXuSEdba3CAbVaOqxRqaha9yc1j2RM+Pj89PN9G358//utm+3D9eYOd/XQUhSWvrySMK DpBFk+L3zQDLauXNKHRSk5O2yFvKiMuXnlN2WLOGctajNZu0NRcG0nrUhhgZVSlPpCGRIpSy 9AYQs5yxTBRHCXm7h2P5eSXJnaMCtfnXOZ8YaMKqv8lGGvDbsk5v2aozqtscM3ob4Uj7eR2m tM2IcRxjphXMSLbqYoklOoCjNSUuHyl9zoqYfaqPQ5EG1XHDEloReBdPdDvqQ0VUt90uijrV aeYUzXMHTsfA+MkdoJmDgmFdHXaBbYSM6BofPV5RO2zGoiZrDmySwOsaFJjA4BTRtI+xoPLO MERTG0Wo1c4VvSw27yu6YDnrhY2Nhzy+anl8zeNtRWGwK0YRPMp6J7hUv1tTCbaltj/DEh1b Hdrfv3z59/3L5UZ+f3jSktJ1Uz5Gsp/WXAnaxxBBzZjt1T66O/YvX4yQ1t+Uzz9ePl/cT6sC SLVHxo8SekgNmk3ioFo35lplw9Oh3kjIlThrxfcPUPLJwRKWHQH1hNYh80SWxcJGtdtKG9RP HhgwTFWFWbBpWAs0j4lsFLx+g2PXBg4tLcpUV6HaM07V/NIcHS7egAssVc9R/jHZaUegiinx fqwPmGzzwHfQJu3gQbANy4YEFqDFDE5s3WpHOOjaws5O5DTELis32juCE9dEUxP4bO5kwY7J F87Yrq7Sxi2vNrkG7jXc0pkxqicXdDgiB1sTEt4aRDmKmDcHp1dY4VXL+dNsg5uOkGoYgpNO /O7BlJdkYEStzwwwST8ZaxYn3Bdeywcb5JdWUh/NqZVShatCpNmmbGlD5nt0P1plaj/Z5STQ 6BDO4I8Y11B32KbbUisP/+KH4w4frJypUUYj9e+XLFQV1kL6rDonVvDQQGAD8Qa6WhoxDsvg Bubh840mb6r7rxdt/se1EG5iw+XErtH+nt6nGLXeFj+jr+cZ18rbmqC0OqcxW0l7lJpWDCPB TJSdwDZWMCNJnH5YWSlh1P663OfgACdRixUSh+Jqw7vhuHIijmnEOK61EjkcXufkPG8qpDfz 5/mGfUM9FSX0/P8whurA/2EMz1/9hzEW/2kxAqsUfPDM00MQH/vBAO87QX8B+Pj8dvn+8vyZ eY+ZgE96amBUd0yOgNdwcICbdzUlznCpkgcjbD77/fH1K/PFKpejLxlZRjd/k++vb5fHm1Jt OP94+P53uF77/PC7GsmO7UYVvNuomVM2Gyrr02Jbi2i7o2gFNorONTGK2ujNHbHaY/YAcoN2 fBrCZ8UakDm+y+ih2EWgjFd0HM1VrpaiSsZh81n6dXInazwHQynxRDD6FSnEKd2B+b3uNsdP tJgA9BVjqS36gIwADpudgjwlp22d3A69pf95s3tWdf9Ers57qtuVp+GKtSyM2TB0UIsCVUkN JxzgtGYiANyCSXGaoOFmQ1YiGp8XD5lzegb0eSPUwk475OgL9YgDGCnpUNc6MJfJaF2L4UFo VhWVpE2kd0U6f8mfb5+fnwZPy04uTWBQRemof6mBqNNPxHTwgLeVj40F9TC9UOrBXLTePFwu OcKyh4gJogpxJaidoB639/89XDdq6xi4uZd5GOITmB4enNagwamvwehKpcq8pd/lVU7eTcMi UsZq1KAdmlpOiCTHDyrhTS0BtGTbVTjWCNnToNnHqh4ALnXoRAurpciefB3E8+d0C5nisoKa gq2ZcMU67DcZYLPaUiSFe40Ktc7u0+JY+gH1TzCxW0sYnWMQn0/VjIfHj1XZNrnwsF7WJo+8 cGa8V/IoPSAlDFGpQlYCDIvvT7SiRzMQosXOQggHF+Yf8eqTNn9oZbzGP6NfD97MI+afxWqO FbQUsA5Dr7NtWGvUBnBCbTSfYVNBsjmsAqxjC8BGhP+xml6nVWjhDXKD7VLGS39Btez8tWf9 JopIy/mShl9a4Zdrotq0XK2W5Pfap/x6jRb9YOiDqvAZaUexTVJnaeFTMNKXAFbsWKyhN+0q gvaym2D7VAk9bPRWm2Sz1AmVNCXmpgAI8LVcHlVq+9RSYI7NmOVJ0X3y7JQLcaQH02b1oNYs XUoCXvETwcd1hRRU3xEEYRzNVp6DqVWrJPZ9ADaOxmgKxogYmBqlqHY9ZlXtabvwZjT+Ka3A 3RbcgxO8N2DQYl3Mx+/f1GLP6rqrYDHqOkZ/XB61bzZpq/KdPq10TzLHcQ9fBssjoI5rrjDQ UdxVlBgpSM1BWzSrqZbLq1LiVcdTymr4rv1NLWVkNcYyH7XF0Bhgf7SEvmysD/IcEZkW10sj ovSpBMe9ESG83AhnC6JmGAaLGf1NtXbDue/R3/OF9ZvoMarVAE1/4c9rW5c2JDc66vcSq1/D byuTtlAirk3zhR9gbVg1ikOPjupwhUuhBvF8iS9mAFj7o33nLThCvzx9fh91b/8HFCHjWP6z yrJB+dsc0eqDifu355d/xg+vby8Pv/0ATWOiqmtsDxrLaX/cv17+kamIly832fPz95u/qRT/ fvP7+MVX9EWcynYeXCeJv67hSxsTIGKnb4AWNuTTXtHWch6SVcDOWzi/7ZlfY1Nz/u6uLrkp 3+DsjK6p6Qlf08x8nza7wL8ere9/PD58eXh7d+ss3jf4Sm4fwxSEhP++OeJuJNMlndvVb3/8 TKr6xRsY/n683L/+eLk8Xp7ebn48Pbw5jTSfOS0yx+12yNsF+mxanNSS+biYqYnQWXVC9I68 5sDodVH6kdq2iH9VrRTgqhCZGmHY8KOoYrkmvi00Qq6iNnuPaOJGeeB7WPkEAPLGVM1W5M1k rmYKvL7aVb6oVB2L2QyvlUGJ3MPjGS8tM8niVY0PJ3+VakWPl2V1Vc+I94BB5jpOD5qaPIwq K3jViIBKpezPKKYWfUGAX442kQzm+IJZA1izc/i+1o9fUP34eYh1Yo4y9FY+NtESFdkcvQT5 WIVeHNRGD0vjw2y9xn2hX9HnYof9Comd6jAztqohZNKUedKoPUlAncsEIXnG0o9kiDExyDU1 LQM0jWVAPxY/f3t4mioxXh4UkVrEMFlFYYzujVqhNaJ3/PxX9eW1L7L6WDX8EsTYerxSRNR/ f35TAuTB2Z/B1GWa30wwL5dXkDZuKTd5RR7YkLFAzMrnaluOrSGo3wEFZEjUnsxvKv17jEh/ wIKl02bW5zHKLo0MQ1JuwvmMvkZ5gmcabueWwTq42jF9ef7z4ZGdCrI0FnWnlSKx9yjZrtEl bXN5/A6TP1vfedauZwsypvNqhlUgGtXgWCro33jgFs2G/OiqtNhVZbGjaFNiF+gaAXVPamrl lCedOeww9ory5Gbz8vDlK3OQBUEbCS7dhoLq0M+sp7ZTnkJ4tdsJceipQzIIeyTG6AGp0hJV MrkJVD9sg+cA2YY0NQYnRwzU7TNw+Uc8nlzJBp/GAOz6+OpRaqZPg3rjamH9ETYBo6ySSw+r UgEKFvu2jZWrNN/ZgBVNe8IJKAZH32DQjKLa3czKyjSYY7OQ3hJbUx0twvF1pZuj16qgIDWR qiH87F4D1IYhQJZquobShNjd7LF97TRgk6o/pdUz1EbWCnXOqJd4AG07o2l9qwtK78qx08oe UOIA9U4AihKMWBWHJGYCBxQ72SmeIIH6avTQ9EmRRiFk6RpWdb+l58+6zLdw09scvFfaSKMm s45DnZIa3QsHHjqFmrQiYJXsYUgVCytiucmMl9lap5tm0uVIXcBv15bieB9CjOWllQD/j9h9 kjmiaLS1HPzwxrxFSasyavATAK06sRfSWIbTVi3qkj7ZmGbgutuwSlaRqyrF7Ode2Nubs+AF C8+WNrzFB+TqR7cVqrthHVIA1crhRF81gHO5GuawBC77cspc9VDNZLi/u5E/fnvV93VXgd3b FdRe3a/jbH/Xyz6q/IpwKci5pDG+uwwhfARvDpLaTTLOV96idZMctEdS7TU+TkpKD4ZI4c6B uLAHsmpF56+KvNtLbB2RUNSvOlDmfkAS/ysaT9Wf/iqrrOAABwvs7gtgbfhSVSBKXA/Bvgfp CqAMzYnqVFVaJXix35/dTVVRXNkVNMxmOmn6xWu80FcLetpiQO7TNtzHPsPkDRgIgTQDShid LSd7Cl5zcK/74zaADKuT9mEPzP9v7Mqa28aV9V9x+encqjOJtXh78ANEghJjbuYiy35hZRxN 4srYTnmpk/z7i26AVANoUpqaKY++bmJfGkAvf/wSz0eJm8l0kIh1HSSifwpqVgI0vKQVxc3F ydmcaQwkx0jeMOT+Ktevfq23zYk6C+oxZJdpR5+zdCeyjf5ELyBMXrDgMJMLS99QCyRAa8Vn rIHp3Da7jV/J4G6ZNRDfLqYFggfggLr9TKmwlWpHNv0CtH2FoAJocv708vz4/sL4ncRXQ/pE Wwr6gLdqshAup5Pdu5Zn5KdN88g2bGz1FjF8qzoyGKO1s+mCKrhla0tvAH+inlYe5HXhEsCB gUPA9r+J7PW5HzMyUtKym4rRK6BRozVB39Y7GVRUwlQ/XNNYgKq8KYNdyLLdtoqeoGkI8g6x ffr06JLlrVhUzX0u3ZpL1zLcBGkBvBL88/j9Qx2/wLODpwcGPGS/A/kiXZagLTFAARf83Vc6 l8fXJ1QBZvURigri+t7a0hxYFmiLjYAeyaK4TG9FibYylhdcNXgLtV+Wd+qzjskZGVXgKaqo FZ3qg6oVfn6uFuNsrRVNTOHBlB33cnrBGYhgJdvbHN5udDA5quswtQwRDdBuRE0NcDoYwqdv VCqJT6pk0JRWYDxFmbmJz4ZTmQ2mMndTmQ+nMh9JRWbopiamz0TdJ4Rmf+QoEXxZhGTXgl8u RwQaltjmZGpLiLmmKLQiPeiYb/Y4RgmJsyhnaH4fURLTNpTst88Xp2xf+ES+DH7sNhMwwl0Z BMul7nudfOD3TZNTkWvDZw0wVZDc+Jkuo8oezQZoQWMZzdwSMq/UouCwd0ibT+mW1cO98lJr pFmGBypduZloe91UVNdg384S6V3HonaHSodwDdPTcBgZtTCrf3qOsgEZPVNE1Mj1snTaU4Oi wnCBu80vTtyGi6ZOeRGAprDqZdjcgdvBTN06kj/mkKJrzGXBTWek4VMw6J/R+couJXCVZiUN Z1YzkujXWV7HESlZ6AKxBhyr/ki4fB1iVmnQ5knjqopzql7oTBb8CZaOEEFW3zVHVu2KUoGG Te00mVV4DTu9rsG6lHRXitK6XU9cgOo6wFfWxQP4vY4qe+0GwcYCAkvSydfqHCnuNIfxt/Tw gwb8iCpnZTWAO+86eKUWoHxpKWN2JG/Z1nC++CKDGnxrUbMFIMEAoEXvMc8l945C89cVCv9S Qt/ncB3idu3t1nGVX56dndiLcZ7E9GbgXjHRkdmEkcUPv7Okv/YN8+pzJOrPWc1nGelpuhPR K/WFhaxdFvjduRIP8lCC6/er+eyco8c5XDrA1cbx49vLxcXp5V+T3jFdVjsrBwJOeyJW3nb1 Kd62H99ejv7h6oJbpnVvDMA6Ra0JG4RLGzpeEYSKtGmulkjqWB5JSjRPwpKarF7L0vJN71xZ 12nh/eSWGk3oFsVei3zVLCX4n4cisXaW8MdpPfTZjiPvTu1P1BBZhA6rAXS7dljkMElcRXnI uBm0FpSV8736jSYnPMbuZtLd+iSzMbnF9KQXd4fqEJPSiYfjlZmrvrmjgr98tThZ67WmVupg JUoP9re5Hmflqk58YIQrIKkzAL6Awa1tjvta5bLcWwFuNZbc5y5UYnQmF2wWeNPbDz6TK9gG wF03NwApi9plclNsNgmwaGBNJShTJNbqRKqKzGSmyuf0cYeAB2VQRw91G5FVsWOwGqFH7ebS sIC2IVZIfTGV2BZV3CRUKzstVHXTiGrFIVp80JsXNZKxyGFcqr2HMxHp2EIJtVTtmS0TPiHD gQ6QeesUjhOEDQg/N5K1M5x73G7IHk7u5yyaM+jmngHn16irjdb295JhkOlChiF9gdm1ZimW KWj4G+EAEpj1u5l7CIFAcBv7JJC6C1nhADfZZu5DZzzkWYO5yWsEY4qE7eKuXRgby110SYch rUM+CqWbUF6vuFCUyAZvWLYxZ6GkFXoboX/3V0QOX4uGPy4YOfK1gUEG2s2Ku2ptz2Z3dutJ iqsymaV+W8pN7m4GiDhsVq2MYxB+o8xcgUT9poIu/p65v+3lHLG5zVPd0ksgzdFOPITeUGfd uqBkYsslHlIWxnSdYkp4ZXnBqwybUleOFo1/YMqgfksbh8ay6er45/b1efvvp5fX78feV2kM FkjWKcvQuo0MHCPLxG3ebh0kIJwMTBT5MHP6w5UHoyq0qhCqHvJ6ILQeYg3Acc0doLCEOsMz VqGwNZJuBkcHqzWWJfrQRZ+ZuyJDz7k/3XJASfutyOov121D1WSl5YYRf7dLql9jMFgYTKxD 93tngCpE1RgSaa/LxamXkmtiqlF0+WW76wtksbKPfBpwhoBBOeEoiK3PY/+WZYdNHfBWCnBh Am+8K4fUFODUyAGdTQ4xLJKDeQX0zoA95hYpHMq7Shcur4JAJdMG/ekTFPaSFeBJAzaBGkxG 7EO/pmoXc951hiZWdZn7KIw9a2Yimiv5zUerVNUvzD08SzxIbmrrPUedJ4V9UnFPLn5rC65Z Lu1WwZ8cCzfmNMGXxjOqWap+dKdc9mybVP3huJ1THTiLcj5MoSqZFuWCqtg6lOkgZTi1oRJc nA3mQ7WTHcpgCagKq0OZD1IGS01tnhzK5QDlcjb0zeVgi17OhupzOR/K5+LcqU9c5TA6aNwn 64PJdDB/RXKaWlRBHPPpT3h4ysMzHh4o+ykPn/HwOQ9fDpR7oCiTgbJMnMJc5/FFWzJYY2MY KlIJNpkPB1KdgwIOz2rZlDlDKXMl/LBp3ZVxknCpLYXk8VLKax+OVaksY+yekDVxPVA3tkh1 U17H1comNHVEXQ4nqfXDfoC9Rjnw6MfXh5+Pz987g5hfr4/P7z+Pvj5/O/r2tH37fvTyC95m rSu5ODPOW3brqAlRAQfrRK5l0q+jvSIYRrIw3+qgq7sbdu2S0C5e8PL06/Hf7V/vj0/bo4cf 24efb1iqB42/+gUzMaPhVlwlVaijt6jpadLQ06aq3Sc6db5M9ZdX4M6il4LqMi7U9ATtVXqm KKUIMS1FIqeZTMm8IbAucrot4qzPbzPLH5P3SLRSaYLNr1MyzVhpORTuA1NhRcJ2Kbr6eZbc ubUrcnxO8MqQg9KAlqvArNnyFCZA/1EdqajCHwH7O2HdtFcnvyd24nCjiqKptlnYPr28/jkK t39/fP+uxxxtIiU4gP9bKgrrVPQVfjUAM+5dbHoETx8DNPTqM5gyupscoJVBg302RNcXMH2o qQEuMya72dI3X5U0i46VHg0AdoRldBtpmjuVaaJ60s1tH95KUSZ3MHn11cr85GSA0YnMbBO7 0ZBHkTeAa1DtbOwQN5q0Tn1E/Ssc0a4nlQsXNM654yz2xoAZ0mrQFl4vr+Kl7SrcFHWl9Vv1 WwuM1SOw9fv4pdef1dfn79TGQEncTaE+rVV/0jcGWO/A5XqKzvENW6EW8+AQnnYtkkZekekE 6bcrULSrRWX1pG70noRjGi4FJtMTP6Md22BZHBa3KBqEe+u8sFY5AvPfdAXri6UdkLlHTwRt NQnEnHGv+fTAklnIL5yQ5bWUhXUo6lx56eS0uQmYgfYL09F/3ozHwLf/Hj19vG9/b9X/bN8f Pn369H/U2wpkoU7IaVPLjfQGWO+P0B2vPPvtraaoWZ7fFqJeuQzodFBHNd41ewm+E71zH15B yMIGsMpcohanhkWdw5ZcJdKndeoXooj7xbdyslJzQUko0lkw8CoRlL6jRCxpX0IvOveMZnHR K+UArHZitfJU3lfqvzWoEPoU+x3YLBIxC9O7UI3ge37MbBhBKUMlVsZi90qr9gd2p8P+UkS3 C2E/KWUhQWahm3dVwGMrkr0dnG9kYD2MgiMNTLHspXOUzQhvs3HmQxI8PLVAdXJGXSWPsnFp wh6gBlmS9IvQdGIlZo89gOSNdy1hBhcOcCWtwHsGVaQxowPc86MZYnd7uLvrUqVgucj1brqP I4/UOBnLkj7rD1xjRiJOqkQsbESLYc4Cg4RUXKshKG8aS8xCEijgmCZ1vkmDgU8iWOUoZpWS kY1djt1yAffp1pTI8kJ3JsFQQoqaTH88Tl2WoljxPN0xxX0Q0Qno4qQo72EH0bAcyAIKCjgC gRPnsivFBeZDnQqZ51gcHdrCzlvn6rjwLDEwiPP2rT1kAb+1UQQQ+FUN5eo2htODW3GSFA6M W+da2UuvMzVxEzKM5DG261tXfWuon/Z0kdpUlBAVebgWE7zEdMOZLqm8pq4yJTCucr8POkIv WdrtsShFpprRxHrEp/Yr8uzX4SLLwPIY3vTwA1mxr389uxo1HCPdPb0qwksruJn3NeSu0cGw 60qtYdFFEXkBvAgj3QkHpkffb6Y2fi8MTJquj7zjXUeohdoBitYm7sZ5tzXwfYwTsF1I1aip KPnZQ8hPHJkvgc5bZk0Kxw588fPngW497V6tkxg+nvGyo96+vVsyQ3IdUvV/rBUILOrUQGeS 7taKaoSSfuxXTGhPVy5YgHqg69UVZI01RnzyaOZwa4NaZATrGq/HBIZBKkUcnrkSIVRmJTdh QyOU6o6rsa1XMimsQLdIvFbUmnp/QBTvlyIHLOGxSPuR3WkhNXECT6JBVZK9LkwFCrXOtq8b /NrtAtD/VOtncefgaso4iG8WoBPQgspOb0GmzkjSzSBqNa3AZPKKOO6vIKwtuxzgVoKWkNfL kGzx/q/OjjJwTUaQ6Ij1OwwVDXK6OBIa3vPprrs6Xk+iycnJscV2bZUiXIxcIgG1C91mfwPb Vpw1oIGjTqp1mRcrdZjtD5Zo3FHjmCJnDLUvocxmxwdTrE12G2ckh1yNDXcP1lKJrfNrjhSJ i4hEnfxk26jV4YQu/93R6nKCNHbNNzKmtlQf52hPZyeTzR4ebTe4N7ez2WY0JWMouicdY1q2 hy3IKpXbWHZox4PNdwjTZIRp5ye/EWOJreLZ2fRkX8kV1/nkbD/XcgXG5Pv5ipO9IwGY5vuZ tJHnHrY43cz2ZghMpwcwne5tLWA6JLvT2QFMZzeHMFXJQVybQ7iaQ9I6D/cx9bbu+8azxTg2 pjH8AnKJfIRNG4UqrjAdSwytpPeVjXBpD/KZkl4P4p8cxL+O9jUj+rvf1zI90/QQptkeptkh TPODU5ofktIYUx1fTDabfW2w4xprhB3XWNnB9eT+HO9zM9BGeAq1Cm8CmeydU+X19HLvcOyZ xorVM421Q3k92xyQnWEaz84wHZTdWKsrpun+lM6r8ymEQ62COBplNA4MJsg5Wk2L85A0pwen Od2fpvGaD3yjW7XFONojlHFsYlWzYO8Y6HjGMux4xqrZ8YwNAGPgvL9MhG+0XNpzw77U0CL9 cK49OSqucniyd57eUahWTGhe1uZhGiqB/qAvDuPiIzq4XMFBXLyKtss1ts1BxCh1Rk3FdH8L KlZRJ6I6398lNiufauc7wizsVcAPUputWgTAOlbOBqMl7VnUwdXIxf5lPa0vJtP99QU2I6KO zaI+ZqEWW/QT6uH8gbg8nLmsxtrIxLDaV684kGHAD0XTHTKNV7nqomw5th3Xsr0fO12ZTbi9 mJ6OFadjKxLnlOnKwIYNLqMc/Q8j1rE0lTx4amxCeXX8DR7KPkN5PlXHzom7K6l3FAeCObmy tGJ1V8FtwtkJ/sNwrGNVrJPf/xiWgYxBIyCqdw74XfKtdWvpUiN8mdLOgjyurLMDI9ewPeY2 z8cz6D6Bb8hPP/pG0pobWq/KvtTorgOdm7sY3ta7a/849G4zwP9VmodNAt4xM6onnatCqZNt zUAtmCtX4GkFTJmuqyGWnqOt04Bj0rQibgaJsl6sreikO7L2fyLrdMYVW5+HSlkkcSC0qoZ2 D759+HgF/5GeQhleue1uvWVZxVUNt8uKAPdb1N7eY69LcCkQdvd2XXdpO/YO311OddYIoTrc oZMyvK3yGXwk4pLpYuUOUtpNVKYM2dY7SDDkJAQUizOMe3Q1m56fXXhfVVL1brNh0jOUnXrJ ITyu+ojHGcaVHRfM5wAtxLwY4RDrwFWl8nhQp6SUN+AOxhTqZJC5yNXIugsX6BIv1tFZRtLm 2LuKX/pfpSLguhPxdgHDsWFri3TV6e5Dac9R52l+lw8SsFjgwaCAG9q6vLuC0GCjzE0YQyjq pa1L6XDmaVwTDxwQuZotnijUkEjzMdIBA6dntQ1HevqdSIkXBsbnRg+hAYYAzQOOKKq7NJUw d50JTligeQjByjgVbSpFBXoNRVC2cbhRjUipMCPLJkHtoX6/BkItU4hXzVn2AhlUugyH+2UV L/d93V3R90kcPz59/et5Z0FGmaCJ1Z4pJm5GLsP09IwVPzje0wkvr3q8t4XDOsB4dfz24+vE qoAaJKWIqc4QNuxuIS+tp27sDjVsWyUBX9owIHopPf68fX/4/HP75+3zbwBVu336tn1l88Wh hbpvsfWgmVo/WjBpaqOqaagDNCCg5Y2Z8Wj4ZOkp6aozSzYR+1weSGpAQnRY9aw+jLebjIdx hyJghU+bTXXn9t/H54/ffctuYGEAxQhqaoTvkE6wecRSmQb0JU+jKg0XKm5cRD9rwuu1FQ9e bfP9027w+ufX+8vRw8vr9ujl9ejH9t9f21cSChiZW5EsrSCaFjz1cdA+fmJAn3WRXAdxsbLC 5DoU/yPHxm4H+qylpVLSYyxj13Ve0QsQfHmUqfxgsTuKl1JZCQ9LRSaWTLMY3E/d9nttc3di iftyariWEcSkbBLv86xJeNDPvsC/HjNIdDeNbKT3Af7xh0k6gIumXikZ1cPtQ0THDCom+nn+ qvPU+PH+A1zcP3x93347ks8PMPDBt9//Ht9/HIm3t5eHRySFX9+/ehMgCFIvkyWDBSuh/p2e KBHqbjKj4TsMQyVvYm8ytlJ9pNbW3lvuAoO/PL18ox6JuiwWgd+Wtd/1YJfg57PwsKS8ZYb2 wm/pDZOg2npMkEwT1/ztx1Cx1Yrtfb4C0K3Mhst8rT/vghZs3979HMpgNvW/RJhD68lJGEf+ ZMDVxWuRoQ5NwzmDnfrzNlZ9LBP468//NFQTkIWpWeQOVvIJB8+mPrcRdzwQkmDg04nfVvWy nFz6MMozXZ8Ej79+2EHku1XfX25E1ixifyyJMvCbUu2Tt1HMdEhH8MJxdR0sUpkksb+wBgKs rIY+qmq/iwH12zuUfhUifhG8Xol7ZkesRFIJpsu6RYRZPCSTiiwLHWnRXRj9uqsDNtuYBt81 S2/oBpc6VsSpvvYRittuSvdWdKBuiaG+WAx2MfdHFHhyYbDVLi7w1+dvL09H2cfT39vXLjgW VzyRVXEbFCWNI9CVvFxgXL2Gp7BLkqZwUgdSgtrfp4Hg5fAlrtVRFw6rlnIW2cExWPkQoWWX pp5aDckXPQfXHj2Rldrw5GKbvHSUW7/Oct2m6zaQjDyDNFGu4aF1kAFCVgRC+PsqJbZf/Bpa dLwBA2uxyzEuiDzA1sDi0GZybb1Kwqvp6eledvTrpLnJZQTH3o1Upr8tPoFdsJet1GYv40wQ 7GO0yokvp1l0R/+QsKCDebWB8H2HVMGsmD2RW06B2D/Ps9RKtU7Jj6Xq1BfZAcdnoWEKAiNk dgruyMMNZGJvDFTTRIsZagUTtng1MK82VRsGfKlvAn+RRuXrdFnLYLg62tV+ZR9RyQ1SW98V ZLAQYtEsEsNTNQubjdDU4VGffHoi3k0EsgTLEbCQbtHAiHpHvA6q896im6dqHVxJPZDru4tC ahdH6FwP0o93sbcDCKb3D54N3o7+Ac/wj9+fdeQlNPC2lJ7NGwRcTkE+xw/q47fP8IVia39u /3z6tX3qD/va7dPwXY1Pr66O+6/huUR3CiesTYDOSnz4YSYZEaenMuMCxMIx2unZUIZKEmRJ ariP4e2CEQMNiSnDUi+FDnERZ6K86zSs++CDf79+ff1z9Pry8f74TM8j+lKEXpYs4rqUcNdt XUDulJV3dM7BGQ4kQV7QOkOTqi6zoLhroxKUkKyhSlkSmQ1QM1m3TR1TA4E+XkoQt3FueXvv SDG9Ma9TWFkhohx9glN1AidYQVpsgpU2iyyldRJS+16gZBXaA8HEkoHVVuedn1TmddPaX82s qwL1k1HCN7haGeTi7oJ2gkXhFWUMiyhvhxT5NIfqRdavYkD8hyjh1T9FBjSiNb4gmKamBdUE bFq4FhI9EztksjBP2ZZQUnHvgXOXK6Dah6KNg7ANwpm5O6eoJ58rGbz133QBJSkTfM6UA2Vx HmdT2dwD7P5uNxdnHobBPAqfNxZncw8U9IFwh9WrJl14BDBT9dNdBF88zHUh0D93L+9jy9S4 JywUYcpSknv6ekII1AOlxZ8P4HN/iqMhpLCM+ksJJud5klvHWorCC+8F/wFkOEKakO5aBERc WOBoz8C8Bd646Buz3NSVhOnAYe21bVLT44uUhaOK4GgRZD9f9cZAVB6p8iBWazMu4iV16gJR uNTaSU0tAApph2l/78yDWlA04F0fPEmgcZtFaUtrRQ5v6K6Q5Av7FzP9s8T2Ctd3uDFgchZx KHZv24SzJUIXY1BrMpfLpnV8mQfJfVtTI1uwb6MXUyFVv0iL2Pa86jeLokchqQhEtSnlMq5q 6rA4ytVRyvM0CGjlMF38vvAQOgwROvtNPdYhdP57MncgCHGUMAkKVeeMwcFHazv/zWR24tUk Y0ql0Mn093TqwJOT3xNra6vAgj5hN6W+cysYiYKGxgPFoEYk8X0nv/4/LcFMhKloAwA= --LZvS9be/3tNcYl/X Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel --LZvS9be/3tNcYl/X-- From xen-devel-bounces@lists.xen.org Wed Dec 23 02:25:24 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 23 Dec 2015 02:25:24 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1aBZ7D-0001l6-WC; Wed, 23 Dec 2015 02:25:24 +0000 Received: from mail6.bemta4.messagelabs.com ([85.158.143.247]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1aBZ7B-0001iy-BC for xen-devel@lists.xen.org; Wed, 23 Dec 2015 02:25:21 +0000 Received: from [85.158.143.35] by server-1.bemta-4.messagelabs.com id 99/1B-21571-0160A765; Wed, 23 Dec 2015 02:25:20 +0000 X-Env-Sender: cyliu@suse.com X-Msg-Ref: server-14.tower-21.messagelabs.com!1450837517!6776706!1 X-Originating-IP: [137.65.250.26] X-SpamReason: No, hits=0.0 required=7.0 tests= X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 28164 invoked from network); 23 Dec 2015 02:25:18 -0000 Received: from prv3-mh.provo.novell.com (HELO prv3-mh.provo.novell.com) (137.65.250.26) by server-14.tower-21.messagelabs.com with DHE-RSA-AES256-SHA encrypted SMTP; 23 Dec 2015 02:25:18 -0000 Received: from linux-3hvf.site (prv-ext-foundry1int.gns.novell.com [137.65.251.240]) by prv3-mh.provo.novell.com with ESMTP (TLS encrypted); Tue, 22 Dec 2015 19:25:05 -0700 From: Chunyan Liu To: xen-devel@lists.xen.org Date: Wed, 23 Dec 2015 10:24:40 +0800 Message-Id: <1450837482-5074-4-git-send-email-cyliu@suse.com> X-Mailer: git-send-email 2.1.4 In-Reply-To: <1450837482-5074-1-git-send-email-cyliu@suse.com> References: <1450837482-5074-1-git-send-email-cyliu@suse.com> Cc: jgross@suse.com, wei.liu2@citrix.com, ian.campbell@citrix.com, george.dunlap@eu.citrix.com, Ian.Jackson@eu.citrix.com, Chunyan Liu , George Dunlap , jfehlig@suse.com, Simon Cao Subject: [Xen-devel] [PATCH V12 3/5] libxl: add pvusb API X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org Add pvusb APIs, including: - attach/detach (create/destroy) virtual usb controller. - attach/detach usb device - list usb controller and usb devices - some other helper functions Signed-off-by: Chunyan Liu Signed-off-by: Simon Cao Signed-off-by: George Dunlap Reviewed-by: George Dunlap --- tools/libxl/Makefile | 2 +- tools/libxl/libxl.c | 34 +- tools/libxl/libxl.h | 77 ++ tools/libxl/libxl_device.c | 13 +- tools/libxl/libxl_internal.h | 22 +- tools/libxl/libxl_osdeps.h | 13 + tools/libxl/libxl_pvusb.c | 1548 ++++++++++++++++++++++++++++++++++ tools/libxl/libxl_types.idl | 46 + tools/libxl/libxl_types_internal.idl | 1 + tools/libxl/libxl_utils.c | 18 + tools/libxl/libxl_utils.h | 5 + 11 files changed, 1766 insertions(+), 13 deletions(-) create mode 100644 tools/libxl/libxl_pvusb.c diff --git a/tools/libxl/Makefile b/tools/libxl/Makefile index 6ff5bee..a36145a 100644 --- a/tools/libxl/Makefile +++ b/tools/libxl/Makefile @@ -103,7 +103,7 @@ LIBXL_OBJS = flexarray.o libxl.o libxl_create.o libxl_dm.o libxl_pci.o \ libxl_stream_read.o libxl_stream_write.o \ libxl_save_callout.o _libxl_save_msgs_callout.o \ libxl_qmp.o libxl_event.o libxl_fork.o \ - libxl_dom_suspend.o $(LIBXL_OBJS-y) + libxl_dom_suspend.o libxl_pvusb.o $(LIBXL_OBJS-y) LIBXL_OBJS += libxl_genid.o LIBXL_OBJS += _libxl_types.o libxl_flask.o _libxl_types_internal.o diff --git a/tools/libxl/libxl.c b/tools/libxl/libxl.c index 43d5709..920c135 100644 --- a/tools/libxl/libxl.c +++ b/tools/libxl/libxl.c @@ -3204,7 +3204,7 @@ void libxl__device_disk_local_initiate_detach(libxl__egc *egc, aodev->dev = device; aodev->callback = local_device_detach_cb; aodev->force = 0; - libxl__initiate_device_remove(egc, aodev); + libxl__initiate_device_generic_remove(egc, aodev); return; } @@ -4172,8 +4172,10 @@ out: * libxl_device_vkb_destroy * libxl_device_vfb_remove * libxl_device_vfb_destroy + * libxl_device_usbctrl_remove + * libxl_device_usbctrl_destroy */ -#define DEFINE_DEVICE_REMOVE(type, removedestroy, f) \ +#define DEFINE_DEVICE_REMOVE_EXT(type, remtype, removedestroy, f) \ int libxl_device_##type##_##removedestroy(libxl_ctx *ctx, \ uint32_t domid, libxl_device_##type *type, \ const libxl_asyncop_how *ao_how) \ @@ -4193,13 +4195,19 @@ out: aodev->dev = device; \ aodev->callback = device_addrm_aocomplete; \ aodev->force = f; \ - libxl__initiate_device_remove(egc, aodev); \ + libxl__initiate_device_##remtype##_remove(egc, aodev); \ \ out: \ - if (rc) return AO_CREATE_FAIL(rc); \ + if (rc) return AO_CREATE_FAIL(rc); \ return AO_INPROGRESS; \ } +#define DEFINE_DEVICE_REMOVE(type, removedestroy, f) \ + DEFINE_DEVICE_REMOVE_EXT(type, generic, removedestroy, f) + +#define DEFINE_DEVICE_REMOVE_CUSTOM(type, removedestroy, f) \ + DEFINE_DEVICE_REMOVE_EXT(type, type, removedestroy, f) + /* Define all remove/destroy functions and undef the macro */ /* disk */ @@ -4223,6 +4231,10 @@ DEFINE_DEVICE_REMOVE(vfb, destroy, 1) DEFINE_DEVICE_REMOVE(vtpm, remove, 0) DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) +/* usbctrl */ +DEFINE_DEVICE_REMOVE_CUSTOM(usbctrl, remove, 0) +DEFINE_DEVICE_REMOVE_CUSTOM(usbctrl, destroy, 1) + /* channel/console hotunplug is not implemented. There are 2 possibilities: * 1. add support for secondary consoles to xenconsoled * 2. dynamically add/remove qemu chardevs via qmp messages. */ @@ -4236,6 +4248,8 @@ DEFINE_DEVICE_REMOVE(vtpm, destroy, 1) * libxl_device_disk_add * libxl_device_nic_add * libxl_device_vtpm_add + * libxl_device_usbctrl_add + * libxl_device_usbdev_add */ #define DEFINE_DEVICE_ADD(type) \ @@ -4267,6 +4281,12 @@ DEFINE_DEVICE_ADD(nic) /* vtpm */ DEFINE_DEVICE_ADD(vtpm) +/* usbctrl */ +DEFINE_DEVICE_ADD(usbctrl) + +/* usb */ +DEFINE_DEVICE_ADD(usbdev) + #undef DEFINE_DEVICE_ADD /******************************************************************************/ @@ -4432,7 +4452,7 @@ static int remove_device(libxl__egc *egc, libxl__ao *ao, aodev->dev = dev; aodev->action = LIBXL__DEVICE_ACTION_REMOVE; aodev->callback = device_complete; - libxl__initiate_device_remove(egc, aodev); + libxl__initiate_device_generic_remove(egc, aodev); break; case LIBXL__DEVICE_KIND_QDISK: if (--dguest->num_qdisks == 0) { @@ -6807,6 +6827,10 @@ int libxl_retrieve_domain_configuration(libxl_ctx *ctx, uint32_t domid, MERGE(pci, pcidevs, COMPARE_PCI, {}); + MERGE(usbctrl, usbctrls, COMPARE_USBCTRL, {}); + + MERGE(usbdev, usbdevs, COMPARE_USB, {}); + /* Take care of removable device. We maintain invariant in the * insert / remove operation so that: * 1. if xenstore is "empty" while JSON is not, the result diff --git a/tools/libxl/libxl.h b/tools/libxl/libxl.h index 0e347b9..c708cc8 100644 --- a/tools/libxl/libxl.h +++ b/tools/libxl/libxl.h @@ -123,6 +123,12 @@ #define LIBXL_HAVE_DOMAIN_NODEAFFINITY 1 /* + * LIBXL_HAVE_PVUSB indicates functions for plugging in USB devices + * through pvusb -- both hotplug and at domain creation time.. + */ +#define LIBXL_HAVE_PVUSB 1 + +/* * LIBXL_HAVE_BUILDINFO_HVM_VENDOR_DEVICE indicates that the * libxl_vendor_device field is present in the hvm sections of * libxl_domain_build_info. This field tells libxl which @@ -1503,6 +1509,77 @@ int libxl_cdrom_insert(libxl_ctx *ctx, uint32_t domid, libxl_device_disk *disk, const libxl_asyncop_how *ao_how) LIBXL_EXTERNAL_CALLERS_ONLY; +/* + * USB + * + * For each device removed or added, one of these protocols is available: + * - PV (i.e., PVUSB) + * - DEVICEMODEL (i.e, qemu) + * + * PV is available for either PV or HVM domains. DEVICEMODEL is only + * available for HVM domains. The caller can additionally specify + * "AUTO", in which case the library will try to determine the best + * protocol automatically. + * + * At the moment, the only protocol implemented is PV. + * + * One can add/remove USB controllers to/from guest, and attach/detach USB + * devices to/from USB controllers. + * + * To add USB controllers and USB devices, one can adding USB controllers + * first and then attaching USB devices to some USB controller, or adding + * USB devices to guest directly, it will automatically create a USB + * controller for USB devices to attach. + * + * To remove USB controllers or USB devices, one can remove USB devices + * under USB controller one by one and then remove USB controller, or + * remove USB controller directly, it will remove all USB devices under + * it automatically. + * + */ +/* USB Controllers*/ +int libxl_device_usbctrl_add(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +int libxl_device_usbctrl_remove(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +int libxl_device_usbctrl_destroy(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +libxl_device_usbctrl *libxl_device_usbctrl_list(libxl_ctx *ctx, + uint32_t domid, int *num); + +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr); + + +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl_usbctrlinfo *usbctrlinfo); + +/* USB Devices */ + +int libxl_device_usbdev_add(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbdev *usbdev, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbdev *usbdev, + const libxl_asyncop_how *ao_how) + LIBXL_EXTERNAL_CALLERS_ONLY; + +libxl_device_usbdev * +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num); + +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr); + /* Network Interfaces */ int libxl_device_nic_add(libxl_ctx *ctx, uint32_t domid, libxl_device_nic *nic, const libxl_asyncop_how *ao_how) diff --git a/tools/libxl/libxl_device.c b/tools/libxl/libxl_device.c index 8bb5e93..b7a6a13 100644 --- a/tools/libxl/libxl_device.c +++ b/tools/libxl/libxl_device.c @@ -676,7 +676,10 @@ void libxl__devices_destroy(libxl__egc *egc, libxl__devices_remove_state *drs) aodev->action = LIBXL__DEVICE_ACTION_REMOVE; aodev->dev = dev; aodev->force = drs->force; - libxl__initiate_device_remove(egc, aodev); + if (dev->backend_kind == LIBXL__DEVICE_KIND_VUSB) + libxl__initiate_device_usbctrl_remove(egc, aodev); + else + libxl__initiate_device_generic_remove(egc, aodev); } } } @@ -775,8 +778,8 @@ out: return; } -void libxl__initiate_device_remove(libxl__egc *egc, - libxl__ao_device *aodev) +void libxl__initiate_device_generic_remove(libxl__egc *egc, + libxl__ao_device *aodev) { STATE_AO_GC(aodev->ao); xs_transaction_t t = 0; @@ -806,7 +809,7 @@ void libxl__initiate_device_remove(libxl__egc *egc, (info.paused || info.dying || info.shutdown)) { /* * TODO: 4.2 Bodge due to QEMU, see comment on top of - * libxl__initiate_device_remove in libxl_internal.h + * libxl__initiate_device_generic_remove in libxl_internal.h */ rc = libxl__ev_time_register_rel(ao, &aodev->timeout, device_qemu_timeout, @@ -942,7 +945,7 @@ static void device_backend_callback(libxl__egc *egc, libxl__ev_devstate *ds, !aodev->force) { LOG(DEBUG, "Timeout reached, initiating forced remove"); aodev->force = 1; - libxl__initiate_device_remove(egc, aodev); + libxl__initiate_device_generic_remove(egc, aodev); return; } diff --git a/tools/libxl/libxl_internal.h b/tools/libxl/libxl_internal.h index d1eb18f..0ccad9a 100644 --- a/tools/libxl/libxl_internal.h +++ b/tools/libxl/libxl_internal.h @@ -2583,6 +2583,14 @@ _hidden void libxl__device_vtpm_add(libxl__egc *egc, uint32_t domid, libxl_device_vtpm *vtpm, libxl__ao_device *aodev); +_hidden void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__ao_device *aodev); + +_hidden void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbdev *usbdev, + libxl__ao_device *aodev); + /* Internal function to connect a vkb device */ _hidden int libxl__device_vkb_add(libxl__gc *gc, uint32_t domid, libxl_device_vkb *vkb); @@ -2612,8 +2620,15 @@ _hidden void libxl__wait_device_connection(libxl__egc*, * * Once finished, aodev->callback will be executed. */ -_hidden void libxl__initiate_device_remove(libxl__egc *egc, - libxl__ao_device *aodev); +_hidden void libxl__initiate_device_generic_remove(libxl__egc *egc, + libxl__ao_device *aodev); + +_hidden int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__device *device); + +_hidden void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, + libxl__ao_device *aodev); /* * libxl__get_hotplug_script_info returns the args and env that should @@ -3975,6 +3990,9 @@ static inline void libxl__update_config_vtpm(libxl__gc *gc, #define COMPARE_PCI(a, b) ((a)->func == (b)->func && \ (a)->bus == (b)->bus && \ (a)->dev == (b)->dev) +#define COMPARE_USB(a, b) ((a)->ctrl == (b)->ctrl && \ + (a)->port == (b)->port) +#define COMPARE_USBCTRL(a, b) ((a)->devid == (b)->devid) /* DEVICE_ADD * diff --git a/tools/libxl/libxl_osdeps.h b/tools/libxl/libxl_osdeps.h index d9661c9..802c762 100644 --- a/tools/libxl/libxl_osdeps.h +++ b/tools/libxl/libxl_osdeps.h @@ -24,6 +24,8 @@ #define _GNU_SOURCE #if defined(__NetBSD__) +#define SYSFS_USB_DEV "/sys/bus/usb/devices" +#define SYSFS_USBBACK_DRIVER "/kern/xen/usb" #define SYSFS_PCI_DEV "/sys/bus/pci/devices" #define SYSFS_PCIBACK_DRIVER "/kern/xen/pci" #define NETBACK_NIC_NAME "xvif%ui%d" @@ -31,6 +33,8 @@ #elif defined(__OpenBSD__) #include #elif defined(__linux__) +#define SYSFS_USB_DEV "/sys/bus/usb/devices" +#define SYSFS_USBBACK_DRIVER "/sys/bus/usb/drivers/usbback" #define SYSFS_PCI_DEV "/sys/bus/pci/devices" #define SYSFS_PCIBACK_DRIVER "/sys/bus/pci/drivers/pciback" #define NETBACK_NIC_NAME "vif%u.%d" @@ -38,6 +42,8 @@ #elif defined(__sun__) #include #elif defined(__FreeBSD__) +#define SYSFS_USB_DEV "/dev/null" +#define SYSFS_USBBACK_DRIVER "/dev/null" #define SYSFS_PCI_DEV "/dev/null" #define SYSFS_PCIBACK_DRIVER "/dev/null" #define NETBACK_NIC_NAME "xnb%u.%d" @@ -45,6 +51,13 @@ #include #endif +#ifndef SYSFS_USBBACK_DRIVER +#error define SYSFS_USBBACK_DRIVER for your platform +#endif +#ifndef SYSFS_USB_DEV +#error define SYSFS_USB_DEV for your platform +#endif + #ifndef SYSFS_PCIBACK_DRIVER #error define SYSFS_PCIBACK_DRIVER for your platform #endif diff --git a/tools/libxl/libxl_pvusb.c b/tools/libxl/libxl_pvusb.c new file mode 100644 index 0000000..44ba6f0 --- /dev/null +++ b/tools/libxl/libxl_pvusb.c @@ -0,0 +1,1548 @@ +/* + * Copyright (C) 2015 SUSE LINUX Products GmbH, Nuernberg, Germany. + * Author Chunyan Liu + * + * This program is free software; you can redistribute it and/or modify + * it under the terms of the GNU Lesser General Public License as published + * by the Free Software Foundation; version 2.1 only. with the special + * exception on linking described in file LICENSE. + * + * This program is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + * GNU Lesser General Public License for more details. + */ + +#include "libxl_osdeps.h" /* must come before any other headers */ + +#include "libxl_internal.h" +#include + +#define USBBACK_INFO_PATH "/libxl/usbback" + +#define USBHUB_CLASS_CODE 9 + +static int libxl__device_usbctrl_setdefault(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl) +{ + int rc; + libxl_domain_type domtype = libxl__domain_type(gc, domid); + + if (!usbctrl->version) + usbctrl->version = 2; + + if (!usbctrl->ports) + usbctrl->ports = 8; + + if (usbctrl->type == LIBXL_USBCTRL_TYPE_AUTO) { + if (domtype == LIBXL_DOMAIN_TYPE_PV) { + usbctrl->type = LIBXL_USBCTRL_TYPE_PV; + } else if (domtype == LIBXL_DOMAIN_TYPE_HVM) { + /* FIXME: See if we can detect PV frontend */ + usbctrl->type = LIBXL_USBCTRL_TYPE_DEVICEMODEL; + } + } + + rc = libxl__resolve_domid(gc, usbctrl->backend_domname, + &usbctrl->backend_domid); + return rc; +} + +int libxl__device_from_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__device *device) +{ + device->backend_devid = usbctrl->devid; + device->backend_domid = usbctrl->backend_domid; + device->backend_kind = LIBXL__DEVICE_KIND_VUSB; + device->devid = usbctrl->devid; + device->domid = domid; + device->kind = LIBXL__DEVICE_KIND_VUSB; + + return 0; +} + +/* Add usbctrl information to xenstore. + * + * Adding a usb controller will add a new 'vusb' device in xenstore, and + * add corresponding frontend, backend information to it. According to + * "update_json", decide wether to update json config file. + */ +static int libxl__device_usbctrl_add_xenstore(libxl__gc *gc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + bool update_json) +{ + libxl__device *device; + flexarray_t *front; + flexarray_t *back; + xs_transaction_t t = XBT_NULL; + int i, rc; + libxl_domain_config d_config; + libxl_device_usbctrl usbctrl_saved; + libxl__domain_userdata_lock *lock = NULL; + + libxl_domain_config_init(&d_config); + libxl_device_usbctrl_init(&usbctrl_saved); + libxl_device_usbctrl_copy(CTX, &usbctrl_saved, usbctrl); + + GCNEW(device); + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); + if (rc) goto out; + + front = flexarray_make(gc, 4, 1); + back = flexarray_make(gc, 12, 1); + + flexarray_append_pair(back, "frontend-id", GCSPRINTF("%d", domid)); + flexarray_append_pair(back, "online", "1"); + flexarray_append_pair(back, "state", + GCSPRINTF("%d", XenbusStateInitialising)); + flexarray_append_pair(back, "type", + (char *)libxl_usbctrl_type_to_string(usbctrl->type)); + flexarray_append_pair(back, "usb-ver", GCSPRINTF("%d", usbctrl->version)); + flexarray_append_pair(back, "num-ports", GCSPRINTF("%d", usbctrl->ports)); + flexarray_append_pair(back, "port", ""); + for (i = 0; i < usbctrl->ports; i++) + flexarray_append_pair(back, GCSPRINTF("port/%d", i + 1), ""); + + flexarray_append_pair(front, "backend-id", + GCSPRINTF("%d", usbctrl->backend_domid)); + flexarray_append_pair(front, "state", + GCSPRINTF("%d", XenbusStateInitialising)); + + if (update_json) { + lock = libxl__lock_domain_userdata(gc, domid); + if (!lock) { + rc = ERROR_LOCK_FAIL; + goto out; + } + + rc = libxl__get_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + + DEVICE_ADD(usbctrl, usbctrls, domid, &usbctrl_saved, + COMPARE_USBCTRL, &d_config); + } + + for (;;) { + rc = libxl__xs_transaction_start(gc, &t); + if (rc) goto out; + + rc = libxl__device_exists(gc, t, device); + if (rc < 0) goto out; + if (rc == 1) { + /* already exists in xenstore */ + LOG(ERROR, "device already exists in xenstore"); + rc = ERROR_DEVICE_EXISTS; + goto out; + } + + if (update_json) { + rc = libxl__set_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + } + + libxl__device_generic_add(gc, t, device, + libxl__xs_kvs_of_flexarray(gc, back, back->count), + libxl__xs_kvs_of_flexarray(gc, front, front->count), + NULL); + + rc = libxl__xs_transaction_commit(gc, &t); + if (!rc) break; + if (rc < 0) goto out; + } + +out: + libxl__xs_transaction_abort(gc, &t); + if (lock) libxl__unlock_domain_userdata(lock); + libxl_device_usbctrl_dispose(&usbctrl_saved); + libxl_domain_config_dispose(&d_config); + return rc; +} + +/* AO operation to add a usb controller. + * + * Generally, it does: + * 1) fill in necessary usb controler information with default value + * 2) write usb controller frontend/backend info to xenstore, update json + * config file if necessary. + * 3) wait for device connection. PVUSB frontend and backend driver will + * probe xenstore paths and build connection between frontend and backend. + * + * Before calling this function, aodev should be properly filled: + * aodev->ao, aodev->callback, aodev->update_json, ... + */ +void libxl__device_usbctrl_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl__ao_device *aodev) +{ + STATE_AO_GC(aodev->ao); + libxl__device *device; + int rc; + + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); + if (rc < 0) goto out; + + if (usbctrl->devid == -1) { + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); + if (usbctrl->devid < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + if (usbctrl->type != LIBXL_USBCTRL_TYPE_PV) { + LOG(ERROR, "Unsupported USB controller type"); + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, + aodev->update_json); + if (rc) goto out; + + GCNEW(device); + rc = libxl__device_from_usbctrl(gc, domid, usbctrl, device); + if (rc) goto out; + + aodev->dev = device; + aodev->action = LIBXL__DEVICE_ACTION_ADD; + libxl__wait_device_connection(egc, aodev); + return; + +out: + aodev->rc = rc; + aodev->callback(egc, aodev); + return; +} + +static int libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_devid usbctrl, + libxl_device_usbdev **usbdevs, + int *num); + +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev); + +/* AO function to remove a usb controller. + * + * Generally, it does: + * 1) check if the usb controller exists or not + * 2) remove all usb devices under controller + * 3) remove usb controller information from xenstore + * + * Before calling this function, aodev should be properly filled: + * aodev->ao, aodev->dev, aodev->callback, ... + */ +void libxl__initiate_device_usbctrl_remove(libxl__egc *egc, + libxl__ao_device *aodev) +{ + STATE_AO_GC(aodev->ao); + libxl_device_usbdev *usbdevs = NULL; + int num_usbdev = 0; + int i, rc; + uint32_t domid = ao->domid; + int usbctrl_devid = aodev->dev->devid; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbctrl_devid; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + if (usbctrlinfo.type != LIBXL_USBCTRL_TYPE_PV) { + LOG(ERROR, "Unsupported USB controller type"); + rc = ERROR_FAIL; + goto out; + } + + /* Remove usb devices first */ + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, usbctrl_devid, + &usbdevs, &num_usbdev); + if (rc) goto out; + + for (i = 0; i < num_usbdev; i++) { + if (libxl__device_usbdev_remove(gc, domid, &usbdevs[i])) { + LOG(ERROR, "libxl__device_usbdev_remove failed: controller %d, " + "port %d", usbdevs[i].ctrl, usbdevs[i].port); + rc = ERROR_FAIL; + goto out; + } + } + + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + + /* Remove usbctrl */ + libxl__initiate_device_generic_remove(egc, aodev); + return; + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + aodev->rc = rc; + aodev->callback(egc, aodev); + return; +} + +static const char *vusb_be_from_xs_fe(libxl__gc *gc, const char *fe_path, + uint32_t tgt_domid) +{ + const char *be_path; + int r; + uint32_t be_domid, fe_domid; + + r = libxl__xs_read_checked(gc, XBT_NULL, GCSPRINTF("%s/backend", fe_path), + &be_path); + if (r || !be_path) return NULL; + + /* Check to see that it has the proper form, and that fe_domid == + * target domid */ + r = sscanf(be_path, "/local/domain/%d/backend/vusb/%d", + &be_domid, &fe_domid); + + if (r != 2 || fe_domid != tgt_domid) { + LOG(ERROR, "Malformed backend, refusing to use"); + return NULL; + } + + return be_path; +} + +libxl_device_usbctrl * +libxl_device_usbctrl_list(libxl_ctx *ctx, uint32_t domid, int *num) +{ + GC_INIT(ctx); + libxl_device_usbctrl *usbctrls = NULL; + char *path = NULL; + char **entry = NULL; + unsigned int nentries = 0; + + *num = 0; + + path = GCSPRINTF("%s/device/vusb", + libxl__xs_get_dompath(gc, domid)); + entry = libxl__xs_directory(gc, XBT_NULL, path, &nentries); + + if (entry && nentries) { + usbctrls = libxl__zalloc(NOGC, sizeof(*usbctrls) * nentries); + libxl_device_usbctrl *usbctrl; + libxl_device_usbctrl *end = usbctrls + nentries; + for (usbctrl = usbctrls; + usbctrl < end; + usbctrl++, entry++, (*num)++) { + const char *tmp, *be_path, *fe_path; + int ret; + + libxl_device_usbctrl_init(usbctrl); + usbctrl->devid = atoi(*entry); + +#define READ_SUBPATH(path, subpath) ({ \ + ret = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (ret) goto out; \ + (char *)tmp; \ + }) + +#define READ_SUBPATH_INT(path, subpath) ({ \ + ret = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (ret) goto out; \ + tmp ? atoi(tmp) : -1; \ + }) + + fe_path = GCSPRINTF("%s/%s", path, *entry); + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) goto out; + usbctrl->backend_domid = READ_SUBPATH_INT(fe_path, "backend-id"); + usbctrl->version = READ_SUBPATH_INT(be_path, "usb-ver"); + usbctrl->ports = READ_SUBPATH_INT(be_path, "num-ports"); + libxl_usbctrl_type_from_string(READ_SUBPATH(be_path, "type"), + &usbctrl->type); + +#undef READ_SUBPATH +#undef READ_SUBPATH_INT + } + } + + GC_FREE; + return usbctrls; + +out: + LOG(ERROR, "Unable to list USB Controllers"); + libxl_device_usbctrl_list_free(usbctrls, *num); + GC_FREE; + *num = 0; + return NULL; +} + +int libxl_device_usbctrl_getinfo(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbctrl *usbctrl, + libxl_usbctrlinfo *usbctrlinfo) +{ + GC_INIT(ctx); + const char *dompath, *fe_path, *be_path, *tmp; + int rc; + + usbctrlinfo->devid = usbctrl->devid; + +#define READ_SUBPATH(path, subpath) ({ \ + rc = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (rc) goto out; \ + (char *)tmp; \ + }) + +#define READ_SUBPATH_INT(path, subpath) ({ \ + rc = libxl__xs_read_checked(gc, XBT_NULL, \ + GCSPRINTF("%s/" subpath, path), \ + &tmp); \ + if (rc) goto out; \ + tmp ? atoi(tmp) : -1; \ + }) + + dompath = libxl__xs_get_dompath(gc, domid); + fe_path = GCSPRINTF("%s/device/vusb/%d", dompath, usbctrl->devid); + be_path = READ_SUBPATH(fe_path, "backend"); + usbctrlinfo->backend = libxl__strdup(NOGC, be_path); + usbctrlinfo->backend_id = READ_SUBPATH_INT(fe_path, "backend-id"); + usbctrlinfo->state = READ_SUBPATH_INT(fe_path, "state"); + usbctrlinfo->evtch = READ_SUBPATH_INT(fe_path, "event-channel"); + usbctrlinfo->ref_urb = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); + usbctrlinfo->ref_conn = READ_SUBPATH_INT(fe_path, "urb-ring-ref"); + tmp = READ_SUBPATH(be_path, "frontend"); + usbctrlinfo->frontend = libxl__strdup(NOGC, tmp); + usbctrlinfo->frontend_id = READ_SUBPATH_INT(be_path, "frontend-id"); + usbctrlinfo->ports = READ_SUBPATH_INT(be_path, "num-ports"); + usbctrlinfo->version = READ_SUBPATH_INT(be_path, "usb-ver");; + tmp = READ_SUBPATH(be_path, "type"); + libxl_usbctrl_type_from_string(tmp, &usbctrlinfo->type); + +#undef READ_SUBPATH +#undef READ_SUBPATH_INT + + rc = 0; + +out: + GC_FREE; + return rc; +} + +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, + uint32_t domid, + int devid, + libxl_device_usbctrl *usbctrl) +{ + libxl_device_usbctrl *usbctrls; + int nb = 0; + int i, rc; + + usbctrls = libxl_device_usbctrl_list(ctx, domid, &nb); + if (!usbctrls) + return ERROR_FAIL; + + rc = ERROR_FAIL; + for (i = 0; i < nb; i++) { + if (devid == usbctrls[i].devid) { + libxl_device_usbctrl_copy(ctx, usbctrl, &usbctrls[i]); + rc = 0; + break; + } + } + + libxl_device_usbctrl_list_free(usbctrls, nb); + return rc; +} + +static void *zalloc_dirent(libxl__gc *gc, const char *dirpath) +{ + size_t need = offsetof(struct dirent, d_name) + + pathconf(dirpath, _PC_NAME_MAX) + 1; + + return libxl__zalloc(gc, need); +} + +static char *usbdev_busaddr_to_busid(libxl__gc *gc, int bus, int addr) +{ + DIR *dir; + char *busid = NULL; + struct dirent *de_buf; + struct dirent *de; + + /* invalid hostbus or hostaddr */ + if (bus < 1 || addr < 1) + return NULL; + + dir = opendir(SYSFS_USB_DEV); + if (!dir) { + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); + return NULL; + } + + de_buf = zalloc_dirent(gc, SYSFS_USB_DEV); + + for (;;) { + char *filename; + void *buf; + int busnum = -1; + int devnum = -1; + + int r = readdir_r(dir, de_buf, &de); + if (r) { + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); + break; + } + if (!de) + break; + + if (!strcmp(de->d_name, ".") || + !strcmp(de->d_name, "..")) + continue; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/devnum", de->d_name); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + devnum = atoi(buf); + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/busnum", de->d_name); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + busnum = atoi(buf); + + if (bus == busnum && addr == devnum) { + busid = libxl__strdup(gc, de->d_name); + break; + } + } + + closedir(dir); + return busid; +} + +static int usbdev_busaddr_from_busid(libxl__gc *gc, const char *busid, + uint8_t *bus, uint8_t *addr) +{ + char *filename; + void *buf; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/busnum", busid); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + *bus = atoi(buf); + else + return ERROR_FAIL; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/devnum", busid); + if (!libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + *addr = atoi(buf); + else + return ERROR_FAIL; + + return 0; +} + +static int get_assigned_devices(libxl__gc *gc, + libxl_device_usbdev **list, int *num) +{ + char **domlist; + unsigned int ndom = 0; + int i, j, k; + int rc; + + *list = NULL; + *num = 0; + + domlist = libxl__xs_directory(gc, XBT_NULL, "/local/domain", &ndom); + for (i = 0; i < ndom; i++) { + char *path; + char **usbctrls; + unsigned int nc = 0; + uint32_t domid = atoi(domlist[i]); + + path = GCSPRINTF("%s/device/vusb", libxl__xs_get_dompath(gc, domid)); + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); + + for (j = 0; j < nc; j++) { + libxl_device_usbdev *tmp = NULL; + int nd = 0; + + rc = libxl__device_usbdev_list_for_usbctrl(gc, domid, + atoi(usbctrls[j]), + &tmp, &nd); + if (rc) goto out; + + if (!nd) continue; + + GCREALLOC_ARRAY(*list, *num + nd); + for (k = 0; k < nd; k++) { + libxl_device_usbdev_copy(CTX, *list + *num, tmp + k); + (*num)++; + } + } + } + + return 0; + +out: + LOG(ERROR, "fail to get assigned devices"); + return rc; +} + +static bool is_usbdev_in_array(libxl_device_usbdev *usbdevs, int num, + libxl_device_usbdev *usbdev) +{ + int i; + + for (i = 0; i < num; i++) { + if (usbdevs[i].u.hostdev.hostbus == usbdev->u.hostdev.hostbus && + usbdevs[i].u.hostdev.hostaddr == usbdev->u.hostdev.hostaddr) + return true; + } + + return false; +} + +/* check if USB device type is assignable */ +static bool is_usbdev_assignable(libxl__gc *gc, libxl_device_usbdev *usbdev) +{ + int classcode; + char *filename; + void *buf = NULL; + char *busid = NULL; + + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, + usbdev->u.hostdev.hostaddr); + if (!busid) return false; + + filename = GCSPRINTF(SYSFS_USB_DEV "/%s/bDeviceClass", busid); + if (libxl__read_sysfs_file_contents(gc, filename, &buf, NULL)) + return false; + + classcode = atoi(buf); + return classcode != USBHUB_CLASS_CODE; +} + +/* get usb devices under certain usb controller */ +static int +libxl__device_usbdev_list_for_usbctrl(libxl__gc *gc, + uint32_t domid, + libxl_devid usbctrl, + libxl_device_usbdev **usbdevs, + int *num) +{ + const char *fe_path, *be_path, *num_devs; + int n, i, rc; + + *usbdevs = NULL; + *num = 0; + + fe_path = GCSPRINTF("%s/device/vusb/%d", + libxl__xs_get_dompath(gc, domid), usbctrl); + + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/num-ports", be_path), + &num_devs); + if (rc) goto out; + + n = num_devs ? atoi(num_devs) : 0; + + for (i = 0; i < n; i++) { + const char *busid; + libxl_device_usbdev *usbdev; + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", be_path, i + 1), + &busid); + if (rc) goto out; + + if (busid && strcmp(busid, "")) { + GCREALLOC_ARRAY(*usbdevs, *num + 1); + usbdev = *usbdevs + *num; + (*num)++; + libxl_device_usbdev_init(usbdev); + usbdev->ctrl = usbctrl; + usbdev->port = i + 1; + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; + rc = usbdev_busaddr_from_busid(gc, busid, + &usbdev->u.hostdev.hostbus, + &usbdev->u.hostdev.hostaddr); + if (rc) goto out; + } + } + + rc = 0; + +out: + return rc; +} + +/* get all usb devices of the domain */ +libxl_device_usbdev * +libxl_device_usbdev_list(libxl_ctx *ctx, uint32_t domid, int *num) +{ + GC_INIT(ctx); + libxl_device_usbdev *usbdevs = NULL; + const char *path; + char **usbctrls; + unsigned int nc = 0; + int i, j; + + *num = 0; + + path = GCSPRINTF("%s/device/vusb", + libxl__xs_get_dompath(gc, domid)); + usbctrls = libxl__xs_directory(gc, XBT_NULL, path, &nc); + + for (i = 0; i < nc; i++) { + int r, nd = 0; + libxl_device_usbdev *tmp = NULL; + + r = libxl__device_usbdev_list_for_usbctrl(gc, domid, + atoi(usbctrls[i]), + &tmp, &nd); + if (!r || !nd) continue; + + usbdevs = libxl__realloc(NOGC, usbdevs, + sizeof(*usbdevs) * (*num + nd)); + for (j = 0; j < nd; j++) { + libxl_device_usbdev_copy(ctx, usbdevs + *num, tmp + j); + (*num)++; + } + } + + GC_FREE; + return usbdevs; +} + +/* find first unused controller:port and give that to usb device */ +static int +libxl__device_usbdev_set_default_usbctrl(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + libxl_device_usbctrl *usbctrls = NULL; + int numctrl = 0; + int i, j, rc; + + usbctrls = libxl_device_usbctrl_list(CTX, domid, &numctrl); + if (!numctrl || !usbctrls) { + rc = ERROR_FAIL; + goto out; + } + + rc = ERROR_FAIL; + for (i = 0; i < numctrl; i++) { + for (j = 0; j < usbctrls[i].ports; j++) { + const char *path, *tmp; + + path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbctrls[i].devid, j + 1); + tmp = libxl__xs_read(gc, XBT_NULL, path); + if (tmp && !strcmp(tmp, "")) { + usbdev->ctrl = usbctrls[i].devid; + usbdev->port = j + 1; + rc = 0; + goto out; + } + } + } + +out: + libxl_device_usbctrl_list_free(usbctrls, numctrl); + return rc; +} + +/* Fill in usb information with default value. + * + * Generally, it does: + * 1) if "controller" is not specified: + * - if "port" is not specified, try to find an available controller:port, + * if found, use that; otherwise, create a new controller, use this + * controller and its first port + * - if "port" is specified, report error. + * 2) if "controller" is specified, but port is not specified: + * try to find an available port under this controller, if found, use + * that, otherwise, report error. + * 3) if both "controller" and "port" are specified: + * check the controller:port is available, if not, report error. + */ +static int libxl__device_usbdev_setdefault(libxl__gc *gc, + uint32_t domid, + libxl_device_usbdev *usbdev, + bool update_json) +{ + int rc; + + if (!usbdev->type) + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; + + if (usbdev->ctrl == -1) { + if (usbdev->port) { + LOG(ERROR, "USB controller must be specified if you specify port"); + return ERROR_INVAL; + } + + rc = libxl__device_usbdev_set_default_usbctrl(gc, domid, usbdev); + /* If no existing controller to host this usb device, add a new one */ + if (rc) { + libxl_device_usbctrl *usbctrl; + + GCNEW(usbctrl); + libxl_device_usbctrl_init(usbctrl); + rc = libxl__device_usbctrl_setdefault(gc, domid, usbctrl); + if (rc < 0) goto out; + + if (usbctrl->devid == -1) { + usbctrl->devid = libxl__device_nextid(gc, domid, "vusb"); + if (usbctrl->devid < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + rc = libxl__device_usbctrl_add_xenstore(gc, domid, usbctrl, + update_json); + if (rc) goto out; + + usbdev->ctrl = usbctrl->devid; + usbdev->port = 1; + } + } else { + /* A controller was specified; look it up */ + const char *fe_path, *be_path, *tmp; + + fe_path = GCSPRINTF("%s/device/vusb/%d", + libxl__xs_get_dompath(gc, domid), + usbdev->ctrl); + + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) { + rc = ERROR_FAIL; + goto out; + } + + if (usbdev->port) { + /* A specific port was requested; see if it's available */ + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", + be_path, usbdev->port), + &tmp); + if (rc) goto out; + + if (tmp && strcmp(tmp, "")) { + LOG(ERROR, "The controller port isn't available"); + rc = ERROR_FAIL; + goto out; + } + } else { + /* No port was requested. Choose free port. */ + int i, ports; + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/num-ports", be_path), &tmp); + if (rc) goto out; + + ports = tmp ? atoi(tmp) : 0; + + for (i = 0; i < ports; i++) { + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", be_path, i + 1), + &tmp); + if (rc) goto out; + + if (tmp && !strcmp(tmp, "")) { + usbdev->port = i + 1; + break; + } + } + + if (!usbdev->port) { + LOG(ERROR, "No available port under specified controller"); + rc = ERROR_FAIL; + goto out; + } + } + } + + rc = 0; + +out: + return rc; +} + +/* Add usb information to xenstore + * + * Adding a usb device won't create new 'vusb' device, but only write + * the device busid to the controller:port in xenstore. + */ +static int libxl__device_usbdev_add_xenstore(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev, + bool update_json) +{ + char *be_path, *busid; + int rc; + xs_transaction_t t = XBT_NULL; + libxl_domain_config d_config; + libxl_device_usbdev usbdev_saved; + libxl__domain_userdata_lock *lock = NULL; + + libxl_domain_config_init(&d_config); + libxl_device_usbdev_init(&usbdev_saved); + libxl_device_usbdev_copy(CTX, &usbdev_saved, usbdev); + + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, + usbdev->u.hostdev.hostaddr); + if (!busid) { + LOG(DEBUG, "Fail to get busid of usb device"); + goto out; + } + + if (update_json) { + lock = libxl__lock_domain_userdata(gc, domid); + if (!lock) { + rc = ERROR_LOCK_FAIL; + goto out; + } + + rc = libxl__get_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + + DEVICE_ADD(usbdev, usbdevs, domid, &usbdev_saved, + COMPARE_USB, &d_config); + } + + for (;;) { + rc = libxl__xs_transaction_start(gc, &t); + if (rc) goto out; + + if (update_json) { + rc = libxl__set_domain_configuration(gc, domid, &d_config); + if (rc) goto out; + } + + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbdev->ctrl, usbdev->port); + + LOG(DEBUG, "Adding usb device %s to xenstore: controller %d, port %d", + busid, usbdev->ctrl, usbdev->port); + + if (libxl__xs_write_checked(gc, t, be_path, busid)) + goto out; + + rc = libxl__xs_transaction_commit(gc, &t); + if (!rc) break; + if (rc < 0) goto out; + } + + rc = 0; + +out: + if (lock) libxl__unlock_domain_userdata(lock); + libxl_device_usbdev_dispose(&usbdev_saved); + libxl_domain_config_dispose(&d_config); + return rc; +} + +static int libxl__device_usbdev_remove_xenstore(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + char *be_path; + + be_path = GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbdev->ctrl, usbdev->port); + + LOG(DEBUG, "Removing usb device from xenstore: controller %d, port %d", + usbdev->ctrl, usbdev->port); + + return libxl__xs_write_checked(gc, XBT_NULL, be_path, ""); +} + +static char *usbdev_busid_from_ctrlport(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + return libxl__xs_read(gc, XBT_NULL, + GCSPRINTF("%s/backend/vusb/%d/%d/port/%d", + libxl__xs_get_dompath(gc, LIBXL_TOOLSTACK_DOMID), + domid, usbdev->ctrl, usbdev->port)); +} + +/* get original driver path of usb interface, stored in @drvpath */ +static int usbintf_get_drvpath(libxl__gc *gc, const char *intf, char **drvpath) +{ + char *spath, *dp = NULL; + struct stat st; + int rc; + + spath = GCSPRINTF(SYSFS_USB_DEV "/%s/driver", intf); + + rc = lstat(spath, &st); + if (rc == 0) { + /* Find the canonical path to the driver. */ + dp = libxl__zalloc(gc, PATH_MAX); + dp = realpath(spath, dp); + } else if (errno != ENOENT) { + LOGE(ERROR, "lstat failed: '%s'", spath); + return ERROR_FAIL; + } + + *drvpath = dp; + + return 0; +} + +static int sysfs_write_intf(libxl__gc *gc, const char *intf, const char *path) +{ + int rc, fd = -1; + + fd = open(path, O_WRONLY); + if (fd < 0) { + LOGE(ERROR, "open file failed: '%s'", path); + return ERROR_FAIL; + } + + rc = write(fd, intf, strlen(intf)); + close(fd); + if (rc < 0) { + LOGE(ERROR, "write '%s' to '%s' failed", intf, path); + return ERROR_FAIL; + } + if (rc != strlen(intf)) { + LOG(ERROR, "write '%s' to '%s' failed: incorrect write count", + intf, path); + return ERROR_FAIL; + } + + return 0; +} + +static int unbind_usbintf(libxl__gc *gc, const char *intf) +{ + char *path; + + path = GCSPRINTF(SYSFS_USB_DEV "/%s/driver/unbind", intf); + return sysfs_write_intf(gc, intf, path); +} + +static int bind_usbintf(libxl__gc *gc, const char *intf, const char *drvpath) +{ + char *path; + struct stat st; + + path = GCSPRINTF("%s/%s", drvpath, intf); + /* if already bound, return */ + if (!lstat(path, &st)) + return 0; + + path = GCSPRINTF("%s/bind", drvpath); + return sysfs_write_intf(gc, intf, path); +} + +/* Is usb interface bound to usbback? */ +static int usbintf_is_assigned(libxl__gc *gc, char *intf) +{ + char *spath; + int rc; + struct stat st; + + spath = GCSPRINTF(SYSFS_USBBACK_DRIVER "/%s", intf); + rc = lstat(spath, &st); + + if (rc == 0) + return 1; + if (rc < 0 && errno == ENOENT) + return 0; + LOGE(ERROR, "Accessing %s", spath); + return -1; +} + +static int usbdev_get_all_interfaces(libxl__gc *gc, const char *busid, + char ***intfs, int *num) +{ + DIR *dir; + char *buf; + struct dirent *de_buf; + struct dirent *de; + int rc; + + *intfs = NULL; + *num = 0; + + buf = GCSPRINTF("%s:", busid); + + dir = opendir(SYSFS_USB_DEV); + if (!dir) { + LOGE(ERROR, "opendir failed: '%s'", SYSFS_USB_DEV); + return ERROR_FAIL; + } + + de_buf = zalloc_dirent(gc, SYSFS_USB_DEV); + + for (;;) { + int r = readdir_r(dir, de_buf, &de); + + if (r) { + LOGE(ERROR, "failed to readdir %s", SYSFS_USB_DEV); + rc = ERROR_FAIL; + goto out; + } + if (!de) + break; + + if (!strcmp(de->d_name, ".") || + !strcmp(de->d_name, "..")) + continue; + + if (!strncmp(de->d_name, buf, strlen(buf))) { + GCREALLOC_ARRAY(*intfs, *num + 1); + (*intfs)[*num] = libxl__strdup(gc, de->d_name); + (*num)++; + } + } + + rc = 0; + +out: + closedir(dir); + return rc; +} + +/* Encode usb interface so that it could be written to xenstore as a key. + * + * Since xenstore key cannot include '.' or ':', we'll change '.' to '_', + * change ':' to '@'. For example, 3-1:2.1 will be encoded to 3-1@2_1. + * This will be used to save original driver of USB device to xenstore. + */ +static char *usb_interface_xenstore_encode(libxl__gc *gc, const char *busid) +{ + char *str = libxl__strdup(gc, busid); + int i, len = strlen(str); + + for (i = 0; i < len; i++) { + if (str[i] == '.') + str[i] = '_'; + if (str[i] == ':') + str[i] = '@'; + } + return str; +} + +/* Unbind USB device from "usbback" driver. + * + * If there are many interfaces under USB device, check each interface, + * unbind from "usbback" driver and rebind to its original driver. + */ +static int usbback_dev_unassign(libxl__gc *gc, const char *busid) +{ + char **intfs = NULL; + char *usbdev_encode = NULL; + char *path = NULL; + int i, num = 0; + int rc; + + if (usbdev_get_all_interfaces(gc, busid, &intfs, &num) < 0) + return ERROR_FAIL; + + usbdev_encode = usb_interface_xenstore_encode(gc, busid); + + for (i = 0; i < num; i++) { + char *intf = intfs[i]; + char *usbintf_encode = NULL; + const char *drvpath; + + /* check if the USB interface is already bound to "usbback" */ + if (usbintf_is_assigned(gc, intf) > 0) { + /* unbind interface from usbback driver */ + if (unbind_usbintf(gc, intf) < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + /* try to rebind USB interface to its originial driver. + * If rebinding failed, export warning so that user can + * handle it later. + */ + usbintf_encode = usb_interface_xenstore_encode(gc, intf); + path = GCSPRINTF(USBBACK_INFO_PATH "/%s/%s/driver_path", + usbdev_encode, usbintf_encode); + rc = libxl__xs_read_checked(gc, XBT_NULL, path, &drvpath); + if (rc) continue; + + if (drvpath && bind_usbintf(gc, intf, drvpath)) + LOGE(WARN, "Couldn't rebind %s to %s", intf, drvpath); + } + + /* finally, remove xenstore driver path */ + path = GCSPRINTF(USBBACK_INFO_PATH "/%s", usbdev_encode); + libxl__xs_rm_checked(gc, XBT_NULL, path); + rc = 0; + +out: + return rc; +} + +/* Bind USB device to "usbback" driver. + * + * If there are many interfaces under USB device, check each interface, + * unbind from original driver and bind to "usbback" driver. + */ +static int usbback_dev_assign(libxl__gc *gc, const char *busid) +{ + char **intfs = NULL; + int num = 0, i; + int rc; + char *usbdev_encode = NULL; + + rc = usbdev_get_all_interfaces(gc, busid, &intfs, &num); + if (rc) + return rc; + + usbdev_encode = usb_interface_xenstore_encode(gc, busid); + + for (i = 0; i < num; i++) { + char *intf = intfs[i]; + char *drvpath = NULL; + + /* already assigned to usbback */ + if (usbintf_is_assigned(gc, intf) > 0) + continue; + + rc = usbintf_get_drvpath(gc, intf, &drvpath); + if (rc < 0) goto out; + + if (drvpath) { + /* write driver path to xenstore for later rebinding */ + char *usbintf_encode = NULL; + char *path; + + usbintf_encode = usb_interface_xenstore_encode(gc, intf); + path = GCSPRINTF(USBBACK_INFO_PATH "/%s/%s/driver_path", + usbdev_encode, usbintf_encode); + if (libxl__xs_write_checked(gc, XBT_NULL, path, drvpath) < 0) + goto out; + + /* unbind interface from original driver */ + if (unbind_usbintf(gc, intf) < 0) { + rc = ERROR_FAIL; + goto out; + } + } + + /* bind interface to usbback */ + if (bind_usbintf(gc, intf, SYSFS_USBBACK_DRIVER) < 0) { + LOG(ERROR, "Couldn't bind %s to %s", intf, SYSFS_USBBACK_DRIVER); + rc = ERROR_FAIL; + goto out; + } + } + + return 0; + +out: + /* some interfaces might be bound to usbback, unbind it and + * rebind it to its original driver + */ + usbback_dev_unassign(gc, busid); + return rc; +} + +static int do_usbdev_add(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev, + bool update_json) +{ + int rc; + char *busid; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbdev->ctrl; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + switch (usbctrlinfo.type) { + case LIBXL_USBCTRL_TYPE_PV: + busid = usbdev_busaddr_to_busid(gc, usbdev->u.hostdev.hostbus, + usbdev->u.hostdev.hostaddr); + if (!busid) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__device_usbdev_add_xenstore(gc, domid, usbdev, update_json); + if (rc) goto out; + + rc = usbback_dev_assign(gc, busid); + if (rc) { + libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); + goto out; + } + break; + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: + default: + LOG(ERROR, "Unsupported usb controller type"); + rc = ERROR_FAIL; + goto out; + } + + rc = 0; + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + return rc; +} + +/* AO operation to add a usb device. + * + * Generally, it does: + * 1) check if the usb device type is assignable + * 2) check if the usb device is already assigned to a domain + * 3) add 'busid' of the usb device to xenstore contoller/port/. + * (PVUSB driver watches the xenstore changes and will detect that.) + * 4) unbind usb device from original driver and bind to usbback. + * If usb device has many interfaces, then: + * - unbind each interface from its original driver and bind to usbback. + * - store the original driver to xenstore for later rebinding when + * detaching the device. + * + * Before calling this function, aodev should be properly filled: + * aodev->ao, aodev->callback, aodev->update_json, ... + */ +void libxl__device_usbdev_add(libxl__egc *egc, uint32_t domid, + libxl_device_usbdev *usbdev, + libxl__ao_device *aodev) +{ + STATE_AO_GC(aodev->ao); + int rc; + libxl_device_usbdev *assigned; + int num_assigned; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + + /* Currently only support adding USB device from Dom0 backend. + * So, if USB controller is specified, check its backend domain, + * if it's not Dom0, report error. + */ + if (usbdev->ctrl != -1) { + usbctrl.devid = usbdev->ctrl; + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { + LOG(ERROR, "Don't support adding USB device from non-Dom0 backend"); + rc = ERROR_INVAL; + goto out; + } + } + + /* check usb device is assignable type */ + if (!is_usbdev_assignable(gc, usbdev)) { + LOG(ERROR, "USB device is not assignable."); + rc = ERROR_FAIL; + goto out; + } + + /* check usb device is already assigned */ + rc = get_assigned_devices(gc, &assigned, &num_assigned); + if (rc) { + LOG(ERROR, "cannot determine if device is assigned," + " refusing to continue"); + goto out; + } + + if (is_usbdev_in_array(assigned, num_assigned, usbdev)) { + LOG(ERROR, "USB device already attached to a domain"); + rc = ERROR_FAIL; + goto out; + } + + /* fill default values, e.g, if usbdev->ctrl and usbdev->port + * not specified, choose available controller:port and fill in. */ + rc = libxl__device_usbdev_setdefault(gc, domid, usbdev, + aodev->update_json); + if (rc) goto out; + + /* do actual adding usb device operation */ + rc = do_usbdev_add(gc, domid, usbdev, aodev->update_json); + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + aodev->rc = rc; + aodev->callback(egc, aodev); + return; +} + +static int do_usbdev_remove(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + int rc; + char *busid; + libxl_device_usbctrl usbctrl; + libxl_usbctrlinfo usbctrlinfo; + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbdev->ctrl; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + switch (usbctrlinfo.type) { + case LIBXL_USBCTRL_TYPE_PV: + busid = usbdev_busid_from_ctrlport(gc, domid, usbdev); + if (!busid) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__device_usbdev_remove_xenstore(gc, domid, usbdev); + if (rc) goto out; + + rc = usbback_dev_unassign(gc, busid); + if (rc) { + /* Till here, usb device information is already removed + * from xenstore, usb list couldn't list it any more. + * If unassign usb device from usbback failed, export + * warning only so that user could handle driver status + * later. + */ + LOG(WARN, "unbind usb device from usbback and rebind to its " + "original driver failed"); + } + break; + case LIBXL_USBCTRL_TYPE_DEVICEMODEL: + default: + LOG(ERROR, "Unsupported usb controller type"); + rc = ERROR_FAIL; + goto out; + } + + rc = 0; + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + return rc; +} + +/* Operation to remove usb device. + * + * Generally, it does: + * 1) check if the usb device is assigned to the domain + * 2) remove the usb device from xenstore controller/port. + * 3) unbind usb device from usbback and rebind to its original driver. + * If usb device has many interfaces, do it to each interface. + */ +static int libxl__device_usbdev_remove(libxl__gc *gc, uint32_t domid, + libxl_device_usbdev *usbdev) +{ + libxl_usbctrlinfo usbctrlinfo; + libxl_device_usbctrl usbctrl; + int rc; + + if (usbdev->ctrl < 0 || usbdev->port < 1) { + LOG(ERROR, "Invalid USB device"); + return ERROR_FAIL; + } + + libxl_device_usbctrl_init(&usbctrl); + libxl_usbctrlinfo_init(&usbctrlinfo); + usbctrl.devid = usbdev->ctrl; + + rc = libxl_device_usbctrl_getinfo(CTX, domid, &usbctrl, &usbctrlinfo); + if (rc) goto out; + + if (usbctrlinfo.backend_id != LIBXL_TOOLSTACK_DOMID) { + LOG(ERROR, "Don't support removing USB device from non-Dom0 backend"); + rc = ERROR_INVAL; + goto out; + } + + /* do actual removing usb device operation */ + rc = do_usbdev_remove(gc, domid, usbdev); + +out: + libxl_device_usbctrl_dispose(&usbctrl); + libxl_usbctrlinfo_dispose(&usbctrlinfo); + return rc; +} + +int libxl_device_usbdev_remove(libxl_ctx *ctx, uint32_t domid, + libxl_device_usbdev *usbdev, + const libxl_asyncop_how *ao_how) + +{ + AO_CREATE(ctx, domid, ao_how); + int rc; + + rc = libxl__device_usbdev_remove(gc, domid, usbdev); + + libxl__ao_complete(egc, ao, rc); + return AO_INPROGRESS; +} + +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, + uint32_t domid, + int ctrl, + int port, + libxl_device_usbdev *usbdev) +{ + GC_INIT(ctx); + const char *dompath, *fe_path, *be_path, *busid; + int rc; + + dompath = libxl__xs_get_dompath(gc, domid); + + fe_path = GCSPRINTF("%s/device/vusb/%d", dompath, ctrl); + + be_path = vusb_be_from_xs_fe(gc, fe_path, domid); + if (!be_path) { + rc = ERROR_FAIL; + goto out; + } + + rc = libxl__xs_read_checked(gc, XBT_NULL, + GCSPRINTF("%s/port/%d", be_path, port), + &busid); + if (rc) goto out; + + if (!busid || !strcmp(busid, "")) { + rc = ERROR_FAIL; + goto out; + } + + usbdev->ctrl = ctrl; + usbdev->port = port; + usbdev->type = LIBXL_USBDEV_TYPE_HOSTDEV; + rc = usbdev_busaddr_from_busid(gc, busid, + &usbdev->u.hostdev.hostbus, + &usbdev->u.hostdev.hostaddr); + +out: + GC_FREE; + return rc; +} +/* + * Local variables: + * mode: C + * c-basic-offset: 4 + * indent-tabs-mode: nil + * End: + */ diff --git a/tools/libxl/libxl_types.idl b/tools/libxl/libxl_types.idl index 9658356..befee94 100644 --- a/tools/libxl/libxl_types.idl +++ b/tools/libxl/libxl_types.idl @@ -606,6 +606,35 @@ libxl_device_rdm = Struct("device_rdm", [ ("policy", libxl_rdm_reserve_policy), ]) +libxl_usbctrl_type = Enumeration("usbctrl_type", [ + (0, "AUTO"), + (1, "PV"), + (2, "DEVICEMODEL"), + ]) + +libxl_usbdev_type = Enumeration("usbdev_type", [ + (1, "hostdev"), + ]) + +libxl_device_usbctrl = Struct("device_usbctrl", [ + ("type", libxl_usbctrl_type), + ("devid", libxl_devid), + ("version", integer), + ("ports", integer), + ("backend_domid", libxl_domid), + ("backend_domname", string), + ]) + +libxl_device_usbdev = Struct("device_usbdev", [ + ("ctrl", libxl_devid), + ("port", integer), + ("u", KeyedUnion(None, libxl_usbdev_type, "type", + [("hostdev", Struct(None, [ + ("hostbus", uint8), + ("hostaddr", uint8)])), + ])), + ]) + libxl_device_dtdev = Struct("device_dtdev", [ ("path", string), ]) @@ -644,6 +673,8 @@ libxl_domain_config = Struct("domain_config", [ # a channel manifests as a console with a name, # see docs/misc/channels.txt ("channels", Array(libxl_device_channel, "num_channels")), + ("usbctrls", Array(libxl_device_usbctrl, "num_usbctrls")), + ("usbdevs", Array(libxl_device_usbdev, "num_usbdevs")), ("on_poweroff", libxl_action_on_shutdown), ("on_reboot", libxl_action_on_shutdown), @@ -687,6 +718,21 @@ libxl_vtpminfo = Struct("vtpminfo", [ ("uuid", libxl_uuid), ], dir=DIR_OUT) +libxl_usbctrlinfo = Struct("usbctrlinfo", [ + ("type", libxl_usbctrl_type), + ("devid", libxl_devid), + ("version", integer), + ("ports", integer), + ("backend", string), + ("backend_id", uint32), + ("frontend", string), + ("frontend_id", uint32), + ("state", integer), + ("evtch", integer), + ("ref_urb", integer), + ("ref_conn", integer), + ], dir=DIR_OUT) + libxl_vcpuinfo = Struct("vcpuinfo", [ ("vcpuid", uint32), ("cpu", uint32), diff --git a/tools/libxl/libxl_types_internal.idl b/tools/libxl/libxl_types_internal.idl index 5e55685..696f5f8 100644 --- a/tools/libxl/libxl_types_internal.idl +++ b/tools/libxl/libxl_types_internal.idl @@ -22,6 +22,7 @@ libxl__device_kind = Enumeration("device_kind", [ (6, "VKBD"), (7, "CONSOLE"), (8, "VTPM"), + (9, "VUSB"), ]) libxl__console_backend = Enumeration("console_backend", [ diff --git a/tools/libxl/libxl_utils.c b/tools/libxl/libxl_utils.c index e64f301..94dac4e 100644 --- a/tools/libxl/libxl_utils.c +++ b/tools/libxl/libxl_utils.c @@ -1311,6 +1311,24 @@ int libxl__random_bytes(libxl__gc *gc, uint8_t *buf, size_t len) return ret; } +void libxl_device_usbctrl_list_free(libxl_device_usbctrl *list, int nr) +{ + int i; + + for (i = 0; i < nr; i++) + libxl_device_usbctrl_dispose(&list[i]); + free(list); +} + +void libxl_device_usbdev_list_free(libxl_device_usbdev *list, int nr) +{ + int i; + + for (i = 0; i < nr; i++) + libxl_device_usbdev_dispose(&list[i]); + free(list); +} + /* * Local variables: * mode: C diff --git a/tools/libxl/libxl_utils.h b/tools/libxl/libxl_utils.h index 339ebdf..4495417 100644 --- a/tools/libxl/libxl_utils.h +++ b/tools/libxl/libxl_utils.h @@ -76,6 +76,11 @@ int libxl_uuid_to_device_vtpm(libxl_ctx *ctx, uint32_t domid, libxl_uuid *uuid, libxl_device_vtpm *vtpm); int libxl_devid_to_device_vtpm(libxl_ctx *ctx, uint32_t domid, int devid, libxl_device_vtpm *vtpm); +int libxl_devid_to_device_usbctrl(libxl_ctx *ctx, uint32_t domid, + int devid, libxl_device_usbctrl *usbctrl); +int libxl_ctrlport_to_device_usbdev(libxl_ctx *ctx, uint32_t domid, + int ctrl, int port, + libxl_device_usbdev *usbdev); int libxl_bitmap_alloc(libxl_ctx *ctx, libxl_bitmap *bitmap, int n_bits); /* Allocated bimap is from malloc, libxl_bitmap_dispose() to be -- 2.1.4 _______________________________________________ Xen-devel mailing list Xen-devel@lists.xen.org http://lists.xen.org/xen-devel From xen-changelog-bounces@lists.xen.org Wed Dec 23 06:24:11 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 23 Dec 2015 06:24:11 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1aBcqJ-0005wv-3y; Wed, 23 Dec 2015 06:24:11 +0000 Received: from mail6.bemta5.messagelabs.com ([195.245.231.135]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1aBcqH-0005wm-CM for xen-changelog@lists.xensource.com; Wed, 23 Dec 2015 06:24:09 +0000 Received: from [85.158.139.211] by server-9.bemta-5.messagelabs.com id 6A/52-30270-80E3A765; Wed, 23 Dec 2015 06:24:08 +0000 X-Env-Sender: ian.jackson@eu.citrix.com X-Msg-Ref: server-9.tower-206.messagelabs.com!1450851843!12379269!1 X-Originating-IP: [50.57.168.107] X-SpamReason: No, hits=0.5 required=7.0 tests=BODY_RANDOM_LONG X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 36560 invoked from network); 23 Dec 2015 06:24:04 -0000 Received: from mail.xen.org (HELO mail.xen.org) (50.57.168.107) by server-9.tower-206.messagelabs.com with AES256-SHA encrypted SMTP; 23 Dec 2015 06:24:04 -0000 Received: from xenbits.xenproject.org ([50.57.170.242] helo=xenbits.xen.org) by mail.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1aBcqB-0000nn-6u for xen-changelog@lists.xensource.com; Wed, 23 Dec 2015 06:24:03 +0000 Received: from xen by xenbits.xen.org with local (Exim 4.72) (envelope-from ) id 1aBcqA-00076B-QQ for xen-changelog@lists.xensource.com; Wed, 23 Dec 2015 06:24:03 +0000 Date: Wed, 23 Dec 2015 06:24:02 +0000 Message-Id: From: patchbot@xen.org To: xen-changelog@lists.xensource.com Subject: [Xen-changelog] [xen master] build: import Kbuild/Kconfig from Linux 4.3 X-BeenThere: xen-changelog@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list Reply-To: xen-devel@lists.xensource.com List-Id: "Change log for Mercurial \(receive only\)" List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , MIME-Version: 1.0 Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: 7bit Sender: xen-changelog-bounces@lists.xen.org Errors-To: xen-changelog-bounces@lists.xen.org commit 8c271b7584ed7feff57e5b3ffd01746e7b03c8ae Author: Doug Goldstein AuthorDate: Tue Dec 15 14:14:00 2015 +0100 Commit: Jan Beulich CommitDate: Wed Dec 16 17:25:15 2015 +0100 build: import Kbuild/Kconfig from Linux 4.3 Import the following files and directories from the Linux v4.3 tag / commit id 6a13feb9c82803e2b815eca72fa7a9f5561d7861. - scripts/kconfig -> xen/tools/kconfig - Documentation/kbuild/kconfig{,-language}.txt -> docs/misc/kconfig{-language}.txt - scripts/Makefile.host -> xen/tools/kconfig/Makefile.host These files are currently unused but will be used shortly. Signed-off-by: Doug Goldstein Acked-by: Jan Beulich --- docs/misc/kconfig-language.txt | 395 ++++ docs/misc/kconfig.txt | 237 +++ xen/tools/kconfig/.gitignore | 22 + xen/tools/kconfig/Makefile | 317 ++++ xen/tools/kconfig/Makefile.host | 128 ++ xen/tools/kconfig/POTFILES.in | 12 + xen/tools/kconfig/check.sh | 13 + xen/tools/kconfig/conf.c | 722 +++++++ xen/tools/kconfig/confdata.c | 1245 +++++++++++++ xen/tools/kconfig/expr.c | 1206 ++++++++++++ xen/tools/kconfig/expr.h | 238 +++ xen/tools/kconfig/gconf.c | 1521 +++++++++++++++ xen/tools/kconfig/gconf.glade | 661 +++++++ xen/tools/kconfig/images.c | 326 ++++ xen/tools/kconfig/kxgettext.c | 235 +++ xen/tools/kconfig/list.h | 131 ++ xen/tools/kconfig/lkc.h | 186 ++ xen/tools/kconfig/lkc_proto.h | 52 + xen/tools/kconfig/lxdialog/.gitignore | 4 + xen/tools/kconfig/lxdialog/BIG.FAT.WARNING | 4 + xen/tools/kconfig/lxdialog/check-lxdialog.sh | 91 + xen/tools/kconfig/lxdialog/checklist.c | 332 ++++ xen/tools/kconfig/lxdialog/dialog.h | 257 +++ xen/tools/kconfig/lxdialog/inputbox.c | 301 +++ xen/tools/kconfig/lxdialog/menubox.c | 437 +++++ xen/tools/kconfig/lxdialog/textbox.c | 408 ++++ xen/tools/kconfig/lxdialog/util.c | 713 +++++++ xen/tools/kconfig/lxdialog/yesno.c | 114 ++ xen/tools/kconfig/mconf.c | 1047 +++++++++++ xen/tools/kconfig/menu.c | 697 +++++++ xen/tools/kconfig/merge_config.sh | 162 ++ xen/tools/kconfig/nconf.c | 1561 ++++++++++++++++ xen/tools/kconfig/nconf.gui.c | 656 +++++++ xen/tools/kconfig/nconf.h | 96 + xen/tools/kconfig/qconf.cc | 1798 ++++++++++++++++++ xen/tools/kconfig/qconf.h | 338 ++++ xen/tools/kconfig/streamline_config.pl | 647 +++++++ xen/tools/kconfig/symbol.c | 1376 ++++++++++++++ xen/tools/kconfig/util.c | 147 ++ xen/tools/kconfig/zconf.gperf | 49 + xen/tools/kconfig/zconf.hash.c_shipped | 293 +++ xen/tools/kconfig/zconf.l | 374 ++++ xen/tools/kconfig/zconf.lex.c_shipped | 2473 ++++++++++++++++++++++++ xen/tools/kconfig/zconf.tab.c_shipped | 2580 ++++++++++++++++++++++++++ xen/tools/kconfig/zconf.y | 742 ++++++++ 45 files changed, 25344 insertions(+), 0 deletions(-) diff --git a/docs/misc/kconfig-language.txt b/docs/misc/kconfig-language.txt new file mode 100644 index 0000000..350f733 --- /dev/null +++ b/docs/misc/kconfig-language.txt @@ -0,0 +1,395 @@ +Introduction +------------ + +The configuration database is a collection of configuration options +organized in a tree structure: + + +- Code maturity level options + | +- Prompt for development and/or incomplete code/drivers + +- General setup + | +- Networking support + | +- System V IPC + | +- BSD Process Accounting + | +- Sysctl support + +- Loadable module support + | +- Enable loadable module support + | +- Set version information on all module symbols + | +- Kernel module loader + +- ... + +Every entry has its own dependencies. These dependencies are used +to determine the visibility of an entry. Any child entry is only +visible if its parent entry is also visible. + +Menu entries +------------ + +Most entries define a config option; all other entries help to organize +them. A single configuration option is defined like this: + +config MODVERSIONS + bool "Set version information on all module symbols" + depends on MODULES + help + Usually, modules have to be recompiled whenever you switch to a new + kernel. ... + +Every line starts with a key word and can be followed by multiple +arguments. "config" starts a new config entry. The following lines +define attributes for this config option. Attributes can be the type of +the config option, input prompt, dependencies, help text and default +values. A config option can be defined multiple times with the same +name, but every definition can have only a single input prompt and the +type must not conflict. + +Menu attributes +--------------- + +A menu entry can have a number of attributes. Not all of them are +applicable everywhere (see syntax). + +- type definition: "bool"/"tristate"/"string"/"hex"/"int" + Every config option must have a type. There are only two basic types: + tristate and string; the other types are based on these two. The type + definition optionally accepts an input prompt, so these two examples + are equivalent: + + bool "Networking support" + and + bool + prompt "Networking support" + +- input prompt: "prompt" ["if" ] + Every menu entry can have at most one prompt, which is used to display + to the user. Optionally dependencies only for this prompt can be added + with "if". + +- default value: "default" ["if" ] + A config option can have any number of default values. If multiple + default values are visible, only the first defined one is active. + Default values are not limited to the menu entry where they are + defined. This means the default can be defined somewhere else or be + overridden by an earlier definition. + The default value is only assigned to the config symbol if no other + value was set by the user (via the input prompt above). If an input + prompt is visible the default value is presented to the user and can + be overridden by him. + Optionally, dependencies only for this default value can be added with + "if". + +- type definition + default value: + "def_bool"/"def_tristate" ["if" ] + This is a shorthand notation for a type definition plus a value. + Optionally dependencies for this default value can be added with "if". + +- dependencies: "depends on" + This defines a dependency for this menu entry. If multiple + dependencies are defined, they are connected with '&&'. Dependencies + are applied to all other options within this menu entry (which also + accept an "if" expression), so these two examples are equivalent: + + bool "foo" if BAR + default y if BAR + and + depends on BAR + bool "foo" + default y + +- reverse dependencies: "select" ["if" ] + While normal dependencies reduce the upper limit of a symbol (see + below), reverse dependencies can be used to force a lower limit of + another symbol. The value of the current menu symbol is used as the + minimal value can be set to. If is selected multiple + times, the limit is set to the largest selection. + Reverse dependencies can only be used with boolean or tristate + symbols. + Note: + select should be used with care. select will force + a symbol to a value without visiting the dependencies. + By abusing select you are able to select a symbol FOO even + if FOO depends on BAR that is not set. + In general use select only for non-visible symbols + (no prompts anywhere) and for symbols with no dependencies. + That will limit the usefulness but on the other hand avoid + the illegal configurations all over. + +- limiting menu display: "visible if" + This attribute is only applicable to menu blocks, if the condition is + false, the menu block is not displayed to the user (the symbols + contained there can still be selected by other symbols, though). It is + similar to a conditional "prompt" attribute for individual menu + entries. Default value of "visible" is true. + +- numerical ranges: "range" ["if" ] + This allows to limit the range of possible input values for int + and hex symbols. The user can only input a value which is larger than + or equal to the first symbol and smaller than or equal to the second + symbol. + +- help text: "help" or "---help---" + This defines a help text. The end of the help text is determined by + the indentation level, this means it ends at the first line which has + a smaller indentation than the first line of the help text. + "---help---" and "help" do not differ in behaviour, "---help---" is + used to help visually separate configuration logic from help within + the file as an aid to developers. + +- misc options: "option" [=] + Various less common options can be defined via this option syntax, + which can modify the behaviour of the menu entry and its config + symbol. These options are currently possible: + + - "defconfig_list" + This declares a list of default entries which can be used when + looking for the default configuration (which is used when the main + .config doesn't exists yet.) + + - "modules" + This declares the symbol to be used as the MODULES symbol, which + enables the third modular state for all config symbols. + At most one symbol may have the "modules" option set. + + - "env"= + This imports the environment variable into Kconfig. It behaves like + a default, except that the value comes from the environment, this + also means that the behaviour when mixing it with normal defaults is + undefined at this point. The symbol is currently not exported back + to the build environment (if this is desired, it can be done via + another symbol). + + - "allnoconfig_y" + This declares the symbol as one that should have the value y when + using "allnoconfig". Used for symbols that hide other symbols. + +Menu dependencies +----------------- + +Dependencies define the visibility of a menu entry and can also reduce +the input range of tristate symbols. The tristate logic used in the +expressions uses one more state than normal boolean logic to express the +module state. Dependency expressions have the following syntax: + + ::= (1) + '=' (2) + '!=' (3) + '(' ')' (4) + '!' (5) + '&&' (6) + '||' (7) + +Expressions are listed in decreasing order of precedence. + +(1) Convert the symbol into an expression. Boolean and tristate symbols + are simply converted into the respective expression values. All + other symbol types result in 'n'. +(2) If the values of both symbols are equal, it returns 'y', + otherwise 'n'. +(3) If the values of both symbols are equal, it returns 'n', + otherwise 'y'. +(4) Returns the value of the expression. Used to override precedence. +(5) Returns the result of (2-/expr/). +(6) Returns the result of min(/expr/, /expr/). +(7) Returns the result of max(/expr/, /expr/). + +An expression can have a value of 'n', 'm' or 'y' (or 0, 1, 2 +respectively for calculations). A menu entry becomes visible when its +expression evaluates to 'm' or 'y'. + +There are two types of symbols: constant and non-constant symbols. +Non-constant symbols are the most common ones and are defined with the +'config' statement. Non-constant symbols consist entirely of alphanumeric +characters or underscores. +Constant symbols are only part of expressions. Constant symbols are +always surrounded by single or double quotes. Within the quote, any +other character is allowed and the quotes can be escaped using '\'. + +Menu structure +-------------- + +The position of a menu entry in the tree is determined in two ways. First +it can be specified explicitly: + +menu "Network device support" + depends on NET + +config NETDEVICES + ... + +endmenu + +All entries within the "menu" ... "endmenu" block become a submenu of +"Network device support". All subentries inherit the dependencies from +the menu entry, e.g. this means the dependency "NET" is added to the +dependency list of the config option NETDEVICES. + +The other way to generate the menu structure is done by analyzing the +dependencies. If a menu entry somehow depends on the previous entry, it +can be made a submenu of it. First, the previous (parent) symbol must +be part of the dependency list and then one of these two conditions +must be true: +- the child entry must become invisible, if the parent is set to 'n' +- the child entry must only be visible, if the parent is visible + +config MODULES + bool "Enable loadable module support" + +config MODVERSIONS + bool "Set version information on all module symbols" + depends on MODULES + +comment "module support disabled" + depends on !MODULES + +MODVERSIONS directly depends on MODULES, this means it's only visible if +MODULES is different from 'n'. The comment on the other hand is always +visible when MODULES is visible (the (empty) dependency of MODULES is +also part of the comment dependencies). + + +Kconfig syntax +-------------- + +The configuration file describes a series of menu entries, where every +line starts with a keyword (except help texts). The following keywords +end a menu entry: +- config +- menuconfig +- choice/endchoice +- comment +- menu/endmenu +- if/endif +- source +The first five also start the definition of a menu entry. + +config: + + "config" + + +This defines a config symbol and accepts any of above +attributes as options. + +menuconfig: + "menuconfig" + + +This is similar to the simple config entry above, but it also gives a +hint to front ends, that all suboptions should be displayed as a +separate list of options. + +choices: + + "choice" [symbol] + + + "endchoice" + +This defines a choice group and accepts any of the above attributes as +options. A choice can only be of type bool or tristate, while a boolean +choice only allows a single config entry to be selected, a tristate +choice also allows any number of config entries to be set to 'm'. This +can be used if multiple drivers for a single hardware exists and only a +single driver can be compiled/loaded into the kernel, but all drivers +can be compiled as modules. +A choice accepts another option "optional", which allows to set the +choice to 'n' and no entry needs to be selected. +If no [symbol] is associated with a choice, then you can not have multiple +definitions of that choice. If a [symbol] is associated to the choice, +then you may define the same choice (ie. with the same entries) in another +place. + +comment: + + "comment" + + +This defines a comment which is displayed to the user during the +configuration process and is also echoed to the output files. The only +possible options are dependencies. + +menu: + + "menu" + + + "endmenu" + +This defines a menu block, see "Menu structure" above for more +information. The only possible options are dependencies and "visible" +attributes. + +if: + + "if" + + "endif" + +This defines an if block. The dependency expression is appended +to all enclosed menu entries. + +source: + + "source" + +This reads the specified configuration file. This file is always parsed. + +mainmenu: + + "mainmenu" + +This sets the config program's title bar if the config program chooses +to use it. It should be placed at the top of the configuration, before any +other statement. + + +Kconfig hints +------------- +This is a collection of Kconfig tips, most of which aren't obvious at +first glance and most of which have become idioms in several Kconfig +files. + +Adding common features and make the usage configurable +~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ +It is a common idiom to implement a feature/functionality that are +relevant for some architectures but not all. +The recommended way to do so is to use a config variable named HAVE_* +that is defined in a common Kconfig file and selected by the relevant +architectures. +An example is the generic IOMAP functionality. + +We would in lib/Kconfig see: + +# Generic IOMAP is used to ... +config HAVE_GENERIC_IOMAP + +config GENERIC_IOMAP + depends on HAVE_GENERIC_IOMAP && FOO + +And in lib/Makefile we would see: +obj-$(CONFIG_GENERIC_IOMAP) += iomap.o + +For each architecture using the generic IOMAP functionality we would see: + +config X86 + select ... + select HAVE_GENERIC_IOMAP + select ... + +Note: we use the existing config option and avoid creating a new +config variable to select HAVE_GENERIC_IOMAP. + +Note: the use of the internal config variable HAVE_GENERIC_IOMAP, it is +introduced to overcome the limitation of select which will force a +config option to 'y' no matter the dependencies. +The dependencies are moved to the symbol GENERIC_IOMAP and we avoid the +situation where select forces a symbol equals to 'y'. + +Build as module only +~~~~~~~~~~~~~~~~~~~~ +To restrict a component build to module-only, qualify its config symbol +with "depends on m". E.g.: + +config FOO + depends on BAR && m + +limits FOO to module (=m) or disabled (=n). diff --git a/docs/misc/kconfig.txt b/docs/misc/kconfig.txt new file mode 100644 index 0000000..bbc99c0 --- /dev/null +++ b/docs/misc/kconfig.txt @@ -0,0 +1,237 @@ +This file contains some assistance for using "make *config". + +Use "make help" to list all of the possible configuration targets. + +The xconfig ('qconf') and menuconfig ('mconf') programs also +have embedded help text. Be sure to check it for navigation, +search, and other general help text. + +====================================================================== +General +-------------------------------------------------- + +New kernel releases often introduce new config symbols. Often more +important, new kernel releases may rename config symbols. When +this happens, using a previously working .config file and running +"make oldconfig" won't necessarily produce a working new kernel +for you, so you may find that you need to see what NEW kernel +symbols have been introduced. + +To see a list of new config symbols when using "make oldconfig", use + + cp user/some/old.config .config + make listnewconfig + +and the config program will list any new symbols, one per line. + + scripts/diffconfig .config.old .config | less + +______________________________________________________________________ +Environment variables for '*config' + +KCONFIG_CONFIG +-------------------------------------------------- +This environment variable can be used to specify a default kernel config +file name to override the default name of ".config". + +KCONFIG_OVERWRITECONFIG +-------------------------------------------------- +If you set KCONFIG_OVERWRITECONFIG in the environment, Kconfig will not +break symlinks when .config is a symlink to somewhere else. + +CONFIG_ +-------------------------------------------------- +If you set CONFIG_ in the environment, Kconfig will prefix all symbols +with its value when saving the configuration, instead of using the default, +"CONFIG_". + +______________________________________________________________________ +Environment variables for '{allyes/allmod/allno/rand}config' + +KCONFIG_ALLCONFIG +-------------------------------------------------- +(partially based on lkml email from/by Rob Landley, re: miniconfig) +-------------------------------------------------- +The allyesconfig/allmodconfig/allnoconfig/randconfig variants can also +use the environment variable KCONFIG_ALLCONFIG as a flag or a filename +that contains config symbols that the user requires to be set to a +specific value. If KCONFIG_ALLCONFIG is used without a filename where +KCONFIG_ALLCONFIG == "" or KCONFIG_ALLCONFIG == "1", "make *config" +checks for a file named "all{yes/mod/no/def/random}.config" +(corresponding to the *config command that was used) for symbol values +that are to be forced. If this file is not found, it checks for a +file named "all.config" to contain forced values. + +This enables you to create "miniature" config (miniconfig) or custom +config files containing just the config symbols that you are interested +in. Then the kernel config system generates the full .config file, +including symbols of your miniconfig file. + +This 'KCONFIG_ALLCONFIG' file is a config file which contains +(usually a subset of all) preset config symbols. These variable +settings are still subject to normal dependency checks. + +Examples: + KCONFIG_ALLCONFIG=custom-notebook.config make allnoconfig +or + KCONFIG_ALLCONFIG=mini.config make allnoconfig +or + make KCONFIG_ALLCONFIG=mini.config allnoconfig + +These examples will disable most options (allnoconfig) but enable or +disable the options that are explicitly listed in the specified +mini-config files. + +______________________________________________________________________ +Environment variables for 'randconfig' + +KCONFIG_SEED +-------------------------------------------------- +You can set this to the integer value used to seed the RNG, if you want +to somehow debug the behaviour of the kconfig parser/frontends. +If not set, the current time will be used. + +KCONFIG_PROBABILITY +-------------------------------------------------- +This variable can be used to skew the probabilities. This variable can +be unset or empty, or set to three different formats: + KCONFIG_PROBABILITY y:n split y:m:n split + ----------------------------------------------------------------- + unset or empty 50 : 50 33 : 33 : 34 + N N : 100-N N/2 : N/2 : 100-N + [1] N:M N+M : 100-(N+M) N : M : 100-(N+M) + [2] N:M:L N : 100-N M : L : 100-(M+L) + +where N, M and L are integers (in base 10) in the range [0,100], and so +that: + [1] N+M is in the range [0,100] + [2] M+L is in the range [0,100] + +Examples: + KCONFIG_PROBABILITY=10 + 10% of booleans will be set to 'y', 90% to 'n' + 5% of tristates will be set to 'y', 5% to 'm', 90% to 'n' + KCONFIG_PROBABILITY=15:25 + 40% of booleans will be set to 'y', 60% to 'n' + 15% of tristates will be set to 'y', 25% to 'm', 60% to 'n' + KCONFIG_PROBABILITY=10:15:15 + 10% of booleans will be set to 'y', 90% to 'n' + 15% of tristates will be set to 'y', 15% to 'm', 70% to 'n' + +______________________________________________________________________ +Environment variables for 'silentoldconfig' + +KCONFIG_NOSILENTUPDATE +-------------------------------------------------- +If this variable has a non-blank value, it prevents silent kernel +config updates (requires explicit updates). + +KCONFIG_AUTOCONFIG +-------------------------------------------------- +This environment variable can be set to specify the path & name of the +"auto.conf" file. Its default value is "include/config/auto.conf". + +KCONFIG_TRISTATE +-------------------------------------------------- +This environment variable can be set to specify the path & name of the +"tristate.conf" file. Its default value is "include/config/tristate.conf". + +KCONFIG_AUTOHEADER +-------------------------------------------------- +This environment variable can be set to specify the path & name of the +"autoconf.h" (header) file. +Its default value is "include/generated/autoconf.h". + + +====================================================================== +menuconfig +-------------------------------------------------- + +SEARCHING for CONFIG symbols + +Searching in menuconfig: + + The Search function searches for kernel configuration symbol + names, so you have to know something close to what you are + looking for. + + Example: + /hotplug + This lists all config symbols that contain "hotplug", + e.g., HOTPLUG_CPU, MEMORY_HOTPLUG. + + For search help, enter / followed TAB-TAB-TAB (to highlight + ) and Enter. This will tell you that you can also use + regular expressions (regexes) in the search string, so if you + are not interested in MEMORY_HOTPLUG, you could try + + /^hotplug + + When searching, symbols are sorted thus: + - first, exact matches, sorted alphabetically (an exact match + is when the search matches the complete symbol name); + - then, other matches, sorted alphabetically. + For example: ^ATH.K matches: + ATH5K ATH9K ATH5K_AHB ATH5K_DEBUG [...] ATH6KL ATH6KL_DEBUG + [...] ATH9K_AHB ATH9K_BTCOEX_SUPPORT ATH9K_COMMON [...] + of which only ATH5K and ATH9K match exactly and so are sorted + first (and in alphabetical order), then come all other symbols, + sorted in alphabetical order. + +______________________________________________________________________ +User interface options for 'menuconfig' + +MENUCONFIG_COLOR +-------------------------------------------------- +It is possible to select different color themes using the variable +MENUCONFIG_COLOR. To select a theme use: + + make MENUCONFIG_COLOR= menuconfig + +Available themes are: + mono => selects colors suitable for monochrome displays + blackbg => selects a color scheme with black background + classic => theme with blue background. The classic look + bluetitle => a LCD friendly version of classic. (default) + +MENUCONFIG_MODE +-------------------------------------------------- +This mode shows all sub-menus in one large tree. + +Example: + make MENUCONFIG_MODE=single_menu menuconfig + + +====================================================================== +xconfig +-------------------------------------------------- + +Searching in xconfig: + + The Search function searches for kernel configuration symbol + names, so you have to know something close to what you are + looking for. + + Example: + Ctrl-F hotplug + or + Menu: File, Search, hotplug + + lists all config symbol entries that contain "hotplug" in + the symbol name. In this Search dialog, you may change the + config setting for any of the entries that are not grayed out. + You can also enter a different search string without having + to return to the main menu. + + +====================================================================== +gconfig +-------------------------------------------------- + +Searching in gconfig: + + None (gconfig isn't maintained as well as xconfig or menuconfig); + however, gconfig does have a few more viewing choices than + xconfig does. + +### diff --git a/xen/tools/kconfig/.gitignore b/xen/tools/kconfig/.gitignore new file mode 100644 index 0000000..be603c4 --- /dev/null +++ b/xen/tools/kconfig/.gitignore @@ -0,0 +1,22 @@ +# +# Generated files +# +config* +*.lex.c +*.tab.c +*.tab.h +zconf.hash.c +*.moc +gconf.glade.h +*.pot +*.mo + +# +# configuration programs +# +conf +mconf +nconf +qconf +gconf +kxgettext diff --git a/xen/tools/kconfig/Makefile b/xen/tools/kconfig/Makefile new file mode 100644 index 0000000..aceaaed --- /dev/null +++ b/xen/tools/kconfig/Makefile @@ -0,0 +1,317 @@ +# =========================================================================== +# Kernel configuration targets +# These targets are used from top-level makefile + +PHONY += xconfig gconfig menuconfig config silentoldconfig update-po-config \ + localmodconfig localyesconfig + +ifdef KBUILD_KCONFIG +Kconfig := $(KBUILD_KCONFIG) +else +Kconfig := Kconfig +endif + +ifeq ($(quiet),silent_) +silent := -s +endif + +# We need this, in case the user has it in its environment +unexport CONFIG_ + +xconfig: $(obj)/qconf + $< $(silent) $(Kconfig) + +gconfig: $(obj)/gconf + $< $(silent) $(Kconfig) + +menuconfig: $(obj)/mconf + $< $(silent) $(Kconfig) + +config: $(obj)/conf + $< $(silent) --oldaskconfig $(Kconfig) + +nconfig: $(obj)/nconf + $< $(silent) $(Kconfig) + +silentoldconfig: $(obj)/conf + $(Q)mkdir -p include/config include/generated + $< $(silent) --$@ $(Kconfig) + +localyesconfig localmodconfig: $(obj)/streamline_config.pl $(obj)/conf + $(Q)mkdir -p include/config include/generated + $(Q)perl $< --$@ $(srctree) $(Kconfig) > .tmp.config + $(Q)if [ -f .config ]; then \ + cmp -s .tmp.config .config || \ + (mv -f .config .config.old.1; \ + mv -f .tmp.config .config; \ + $(obj)/conf $(silent) --silentoldconfig $(Kconfig); \ + mv -f .config.old.1 .config.old) \ + else \ + mv -f .tmp.config .config; \ + $(obj)/conf $(silent) --silentoldconfig $(Kconfig); \ + fi + $(Q)rm -f .tmp.config + +# Create new linux.pot file +# Adjust charset to UTF-8 in .po file to accept UTF-8 in Kconfig files +update-po-config: $(obj)/kxgettext $(obj)/gconf.glade.h + $(Q)$(kecho) " GEN config.pot" + $(Q)xgettext --default-domain=linux \ + --add-comments --keyword=_ --keyword=N_ \ + --from-code=UTF-8 \ + --files-from=$(srctree)/scripts/kconfig/POTFILES.in \ + --directory=$(srctree) --directory=$(objtree) \ + --output $(obj)/config.pot + $(Q)sed -i s/CHARSET/UTF-8/ $(obj)/config.pot + $(Q)(for i in `ls $(srctree)/arch/*/Kconfig \ + $(srctree)/arch/*/um/Kconfig`; \ + do \ + $(kecho) " GEN $$i"; \ + $(obj)/kxgettext $$i \ + >> $(obj)/config.pot; \ + done ) + $(Q)$(kecho) " GEN linux.pot" + $(Q)msguniq --sort-by-file --to-code=UTF-8 $(obj)/config.pot \ + --output $(obj)/linux.pot + $(Q)rm -f $(obj)/config.pot + +# These targets map 1:1 to the commandline options of 'conf' +simple-targets := oldconfig allnoconfig allyesconfig allmodconfig \ + alldefconfig randconfig listnewconfig olddefconfig +PHONY += $(simple-targets) + +$(simple-targets): $(obj)/conf + $< $(silent) --$@ $(Kconfig) + +PHONY += oldnoconfig savedefconfig defconfig + +# oldnoconfig is an alias of olddefconfig, because people already are dependent +# on its behavior (sets new symbols to their default value but not 'n') with the +# counter-intuitive name. +oldnoconfig: olddefconfig + +savedefconfig: $(obj)/conf + $< $(silent) --$@=defconfig $(Kconfig) + +defconfig: $(obj)/conf +ifeq ($(KBUILD_DEFCONFIG),) + $< $(silent) --defconfig $(Kconfig) +else + @$(kecho) "*** Default configuration is based on '$(KBUILD_DEFCONFIG)'" + $(Q)$< $(silent) --defconfig=arch/$(SRCARCH)/configs/$(KBUILD_DEFCONFIG) $(Kconfig) +endif + +%_defconfig: $(obj)/conf + $(Q)$< $(silent) --defconfig=arch/$(SRCARCH)/configs/$@ $(Kconfig) + +configfiles=$(wildcard $(srctree)/kernel/configs/$@ $(srctree)/arch/$(SRCARCH)/configs/$@) + +%.config: $(obj)/conf + $(if $(call configfiles),, $(error No configuration exists for this target on this architecture)) + $(Q)$(CONFIG_SHELL) $(srctree)/scripts/kconfig/merge_config.sh -m .config $(configfiles) + +$(Q)yes "" | $(MAKE) -f $(srctree)/Makefile oldconfig + +PHONY += kvmconfig +kvmconfig: kvm_guest.config + @: + +PHONY += xenconfig +xenconfig: xen.config + @: + +PHONY += tinyconfig +tinyconfig: + $(Q)$(MAKE) -f $(srctree)/Makefile allnoconfig tiny.config + +# Help text used by make help +help: + @echo ' config - Update current config utilising a line-oriented program' + @echo ' nconfig - Update current config utilising a ncurses menu based' + @echo ' program' + @echo ' menuconfig - Update current config utilising a menu based program' + @echo ' xconfig - Update current config utilising a Qt based front-end' + @echo ' gconfig - Update current config utilising a GTK+ based front-end' + @echo ' oldconfig - Update current config utilising a provided .config as base' + @echo ' localmodconfig - Update current config disabling modules not loaded' + @echo ' localyesconfig - Update current config converting local mods to core' + @echo ' silentoldconfig - Same as oldconfig, but quietly, additionally update deps' + @echo ' defconfig - New config with default from ARCH supplied defconfig' + @echo ' savedefconfig - Save current config as ./defconfig (minimal config)' + @echo ' allnoconfig - New config where all options are answered with no' + @echo ' allyesconfig - New config where all options are accepted with yes' + @echo ' allmodconfig - New config selecting modules when possible' + @echo ' alldefconfig - New config with all symbols set to default' + @echo ' randconfig - New config with random answer to all options' + @echo ' listnewconfig - List new options' + @echo ' olddefconfig - Same as silentoldconfig but sets new symbols to their' + @echo ' default value' + @echo ' kvmconfig - Enable additional options for kvm guest kernel support' + @echo ' xenconfig - Enable additional options for xen dom0 and guest kernel support' + @echo ' tinyconfig - Configure the tiniest possible kernel' + +# lxdialog stuff +check-lxdialog := $(srctree)/$(src)/lxdialog/check-lxdialog.sh + +# Use recursively expanded variables so we do not call gcc unless +# we really need to do so. (Do not call gcc as part of make mrproper) +HOST_EXTRACFLAGS += $(shell $(CONFIG_SHELL) $(check-lxdialog) -ccflags) \ + -DLOCALE + +# =========================================================================== +# Shared Makefile for the various kconfig executables: +# conf: Used for defconfig, oldconfig and related targets +# nconf: Used for the nconfig target. +# Utilizes ncurses +# mconf: Used for the menuconfig target +# Utilizes the lxdialog package +# qconf: Used for the xconfig target +# Based on Qt which needs to be installed to compile it +# gconf: Used for the gconfig target +# Based on GTK+ which needs to be installed to compile it +# object files used by all kconfig flavours + +lxdialog := lxdialog/checklist.o lxdialog/util.o lxdialog/inputbox.o +lxdialog += lxdialog/textbox.o lxdialog/yesno.o lxdialog/menubox.o + +conf-objs := conf.o zconf.tab.o +mconf-objs := mconf.o zconf.tab.o $(lxdialog) +nconf-objs := nconf.o zconf.tab.o nconf.gui.o +kxgettext-objs := kxgettext.o zconf.tab.o +qconf-cxxobjs := qconf.o +qconf-objs := zconf.tab.o +gconf-objs := gconf.o zconf.tab.o + +hostprogs-y := conf nconf mconf kxgettext qconf gconf + +clean-files := qconf.moc .tmp_qtcheck .tmp_gtkcheck +clean-files += zconf.tab.c zconf.lex.c zconf.hash.c gconf.glade.h +clean-files += config.pot linux.pot + +# Check that we have the required ncurses stuff installed for lxdialog (menuconfig) +PHONY += $(obj)/dochecklxdialog +$(addprefix $(obj)/,$(lxdialog)): $(obj)/dochecklxdialog +$(obj)/dochecklxdialog: + $(Q)$(CONFIG_SHELL) $(check-lxdialog) -check $(HOSTCC) $(HOST_EXTRACFLAGS) $(HOSTLOADLIBES_mconf) + +always := dochecklxdialog + +# Add environment specific flags +HOST_EXTRACFLAGS += $(shell $(CONFIG_SHELL) $(srctree)/$(src)/check.sh $(HOSTCC) $(HOSTCFLAGS)) + +# generated files seem to need this to find local include files +HOSTCFLAGS_zconf.lex.o := -I$(src) +HOSTCFLAGS_zconf.tab.o := -I$(src) + +LEX_PREFIX_zconf := zconf +YACC_PREFIX_zconf := zconf + +HOSTLOADLIBES_qconf = $(KC_QT_LIBS) +HOSTCXXFLAGS_qconf.o = $(KC_QT_CFLAGS) + +HOSTLOADLIBES_gconf = `pkg-config --libs gtk+-2.0 gmodule-2.0 libglade-2.0` +HOSTCFLAGS_gconf.o = `pkg-config --cflags gtk+-2.0 gmodule-2.0 libglade-2.0` \ + -Wno-missing-prototypes + +HOSTLOADLIBES_mconf = $(shell $(CONFIG_SHELL) $(check-lxdialog) -ldflags $(HOSTCC)) + +HOSTLOADLIBES_nconf = $(shell \ + pkg-config --libs menuw panelw ncursesw 2>/dev/null \ + || pkg-config --libs menu panel ncurses 2>/dev/null \ + || echo "-lmenu -lpanel -lncurses" ) +$(obj)/qconf.o: $(obj)/.tmp_qtcheck + +ifeq ($(MAKECMDGOALS),xconfig) +$(obj)/.tmp_qtcheck: $(src)/Makefile +-include $(obj)/.tmp_qtcheck + +# Qt needs some extra effort... +$(obj)/.tmp_qtcheck: + @set -e; $(kecho) " CHECK qt"; dir=""; pkg=""; \ + if ! pkg-config --exists QtCore 2> /dev/null; then \ + echo "* Unable to find the Qt4 tool qmake. Trying to use Qt3"; \ + pkg-config --exists qt 2> /dev/null && pkg=qt; \ + pkg-config --exists qt-mt 2> /dev/null && pkg=qt-mt; \ + if [ -n "$$pkg" ]; then \ + cflags="\$$(shell pkg-config $$pkg --cflags)"; \ + libs="\$$(shell pkg-config $$pkg --libs)"; \ + moc="\$$(shell pkg-config $$pkg --variable=prefix)/bin/moc"; \ + dir="$$(pkg-config $$pkg --variable=prefix)"; \ + else \ + for d in $$QTDIR /usr/share/qt* /usr/lib/qt*; do \ + if [ -f $$d/include/qconfig.h ]; then dir=$$d; break; fi; \ + done; \ + if [ -z "$$dir" ]; then \ + echo >&2 "*"; \ + echo >&2 "* Unable to find any Qt installation. Please make sure that"; \ + echo >&2 "* the Qt4 or Qt3 development package is correctly installed and"; \ + echo >&2 "* either qmake can be found or install pkg-config or set"; \ + echo >&2 "* the QTDIR environment variable to the correct location."; \ + echo >&2 "*"; \ + false; \ + fi; \ + libpath=$$dir/lib; lib=qt; osdir=""; \ + $(HOSTCXX) -print-multi-os-directory > /dev/null 2>&1 && \ + osdir=x$$($(HOSTCXX) -print-multi-os-directory); \ + test -d $$libpath/$$osdir && libpath=$$libpath/$$osdir; \ + test -f $$libpath/libqt-mt.so && lib=qt-mt; \ + cflags="-I$$dir/include"; \ + libs="-L$$libpath -Wl,-rpath,$$libpath -l$$lib"; \ + moc="$$dir/bin/moc"; \ + fi; \ + if [ ! -x $$dir/bin/moc -a -x /usr/bin/moc ]; then \ + echo "*"; \ + echo "* Unable to find $$dir/bin/moc, using /usr/bin/moc instead."; \ + echo "*"; \ + moc="/usr/bin/moc"; \ + fi; \ + else \ + cflags="\$$(shell pkg-config QtCore QtGui Qt3Support --cflags)"; \ + libs="\$$(shell pkg-config QtCore QtGui Qt3Support --libs)"; \ + moc="\$$(shell pkg-config QtCore --variable=moc_location)"; \ + [ -n "$$moc" ] || moc="\$$(shell pkg-config QtCore --variable=prefix)/bin/moc"; \ + fi; \ + echo "KC_QT_CFLAGS=$$cflags" > $@; \ + echo "KC_QT_LIBS=$$libs" >> $@; \ + echo "KC_QT_MOC=$$moc" >> $@ +endif + +$(obj)/gconf.o: $(obj)/.tmp_gtkcheck + +ifeq ($(MAKECMDGOALS),gconfig) +-include $(obj)/.tmp_gtkcheck + +# GTK+ needs some extra effort, too... +$(obj)/.tmp_gtkcheck: + @if `pkg-config --exists gtk+-2.0 gmodule-2.0 libglade-2.0`; then \ + if `pkg-config --atleast-version=2.0.0 gtk+-2.0`; then \ + touch $@; \ + else \ + echo >&2 "*"; \ + echo >&2 "* GTK+ is present but version >= 2.0.0 is required."; \ + echo >&2 "*"; \ + false; \ + fi \ + else \ + echo >&2 "*"; \ + echo >&2 "* Unable to find the GTK+ installation. Please make sure that"; \ + echo >&2 "* the GTK+ 2.0 development package is correctly installed..."; \ + echo >&2 "* You need gtk+-2.0, glib-2.0 and libglade-2.0."; \ + echo >&2 "*"; \ + false; \ + fi +endif + +$(obj)/zconf.tab.o: $(obj)/zconf.lex.c $(obj)/zconf.hash.c + +$(obj)/qconf.o: $(obj)/qconf.moc + +quiet_cmd_moc = MOC $@ + cmd_moc = $(KC_QT_MOC) -i $< -o $@ + +$(obj)/%.moc: $(src)/%.h $(obj)/.tmp_qtcheck + $(call cmd,moc) + +# Extract gconf menu items for i18n support +$(obj)/gconf.glade.h: $(obj)/gconf.glade + $(Q)intltool-extract --type=gettext/glade --srcdir=$(srctree) \ + $(obj)/gconf.glade diff --git a/xen/tools/kconfig/Makefile.host b/xen/tools/kconfig/Makefile.host new file mode 100644 index 0000000..133edfa --- /dev/null +++ b/xen/tools/kconfig/Makefile.host @@ -0,0 +1,128 @@ +# ========================================================================== +# Building binaries on the host system +# Binaries are used during the compilation of the kernel, for example +# to preprocess a data file. +# +# Both C and C++ are supported, but preferred language is C for such utilities. +# +# Sample syntax (see Documentation/kbuild/makefiles.txt for reference) +# hostprogs-y := bin2hex +# Will compile bin2hex.c and create an executable named bin2hex +# +# hostprogs-y := lxdialog +# lxdialog-objs := checklist.o lxdialog.o +# Will compile lxdialog.c and checklist.c, and then link the executable +# lxdialog, based on checklist.o and lxdialog.o +# +# hostprogs-y := qconf +# qconf-cxxobjs := qconf.o +# qconf-objs := menu.o +# Will compile qconf as a C++ program, and menu as a C program. +# They are linked as C++ code to the executable qconf + +__hostprogs := $(sort $(hostprogs-y) $(hostprogs-m)) + +# C code +# Executables compiled from a single .c file +host-csingle := $(foreach m,$(__hostprogs), \ + $(if $($(m)-objs)$($(m)-cxxobjs),,$(m))) + +# C executables linked based on several .o files +host-cmulti := $(foreach m,$(__hostprogs),\ + $(if $($(m)-cxxobjs),,$(if $($(m)-objs),$(m)))) + +# Object (.o) files compiled from .c files +host-cobjs := $(sort $(foreach m,$(__hostprogs),$($(m)-objs))) + +# C++ code +# C++ executables compiled from at least one .cc file +# and zero or more .c files +host-cxxmulti := $(foreach m,$(__hostprogs),$(if $($(m)-cxxobjs),$(m))) + +# C++ Object (.o) files compiled from .cc files +host-cxxobjs := $(sort $(foreach m,$(host-cxxmulti),$($(m)-cxxobjs))) + +# output directory for programs/.o files +# hostprogs-y := tools/build may have been specified. +# Retrieve also directory of .o files from prog-objs or prog-cxxobjs notation +host-objdirs := $(dir $(__hostprogs) $(host-cobjs) $(host-cxxobjs)) + +host-objdirs := $(strip $(sort $(filter-out ./,$(host-objdirs)))) + + +__hostprogs := $(addprefix $(obj)/,$(__hostprogs)) +host-csingle := $(addprefix $(obj)/,$(host-csingle)) +host-cmulti := $(addprefix $(obj)/,$(host-cmulti)) +host-cobjs := $(addprefix $(obj)/,$(host-cobjs)) +host-cxxmulti := $(addprefix $(obj)/,$(host-cxxmulti)) +host-cxxobjs := $(addprefix $(obj)/,$(host-cxxobjs)) +host-objdirs := $(addprefix $(obj)/,$(host-objdirs)) + +obj-dirs += $(host-objdirs) + +##### +# Handle options to gcc. Support building with separate output directory + +_hostc_flags = $(HOSTCFLAGS) $(HOST_EXTRACFLAGS) \ + $(HOSTCFLAGS_$(basetarget).o) +_hostcxx_flags = $(HOSTCXXFLAGS) $(HOST_EXTRACXXFLAGS) \ + $(HOSTCXXFLAGS_$(basetarget).o) + +ifeq ($(KBUILD_SRC),) +__hostc_flags = $(_hostc_flags) +__hostcxx_flags = $(_hostcxx_flags) +else +__hostc_flags = -I$(obj) $(call flags,_hostc_flags) +__hostcxx_flags = -I$(obj) $(call flags,_hostcxx_flags) +endif + +hostc_flags = -Wp,-MD,$(depfile) $(__hostc_flags) +hostcxx_flags = -Wp,-MD,$(depfile) $(__hostcxx_flags) + +##### +# Compile programs on the host + +# Create executable from a single .c file +# host-csingle -> Executable +quiet_cmd_host-csingle = HOSTCC $@ + cmd_host-csingle = $(HOSTCC) $(hostc_flags) -o $@ $< \ + $(HOST_LOADLIBES) $(HOSTLOADLIBES_$(@F)) +$(host-csingle): $(obj)/%: $(src)/%.c FORCE + $(call if_changed_dep,host-csingle) + +# Link an executable based on list of .o files, all plain c +# host-cmulti -> executable +quiet_cmd_host-cmulti = HOSTLD $@ + cmd_host-cmulti = $(HOSTCC) $(HOSTLDFLAGS) -o $@ \ + $(addprefix $(obj)/,$($(@F)-objs)) \ + $(HOST_LOADLIBES) $(HOSTLOADLIBES_$(@F)) +$(host-cmulti): FORCE + $(call if_changed,host-cmulti) +$(call multi_depend, $(host-cmulti), , -objs) + +# Create .o file from a single .c file +# host-cobjs -> .o +quiet_cmd_host-cobjs = HOSTCC $@ + cmd_host-cobjs = $(HOSTCC) $(hostc_flags) -c -o $@ $< +$(host-cobjs): $(obj)/%.o: $(src)/%.c FORCE + $(call if_changed_dep,host-cobjs) + +# Link an executable based on list of .o files, a mixture of .c and .cc +# host-cxxmulti -> executable +quiet_cmd_host-cxxmulti = HOSTLD $@ + cmd_host-cxxmulti = $(HOSTCXX) $(HOSTLDFLAGS) -o $@ \ + $(foreach o,objs cxxobjs,\ + $(addprefix $(obj)/,$($(@F)-$(o)))) \ + $(HOST_LOADLIBES) $(HOSTLOADLIBES_$(@F)) +$(host-cxxmulti): FORCE + $(call if_changed,host-cxxmulti) +$(call multi_depend, $(host-cxxmulti), , -objs -cxxobjs) + +# Create .o file from a single .cc (C++) file +quiet_cmd_host-cxxobjs = HOSTCXX $@ + cmd_host-cxxobjs = $(HOSTCXX) $(hostcxx_flags) -c -o $@ $< +$(host-cxxobjs): $(obj)/%.o: $(src)/%.cc FORCE + $(call if_changed_dep,host-cxxobjs) + +targets += $(host-csingle) $(host-cmulti) $(host-cobjs)\ + $(host-cxxmulti) $(host-cxxobjs) diff --git a/xen/tools/kconfig/POTFILES.in b/xen/tools/kconfig/POTFILES.in new file mode 100644 index 0000000..9674573 --- /dev/null +++ b/xen/tools/kconfig/POTFILES.in @@ -0,0 +1,12 @@ +scripts/kconfig/lxdialog/checklist.c +scripts/kconfig/lxdialog/inputbox.c +scripts/kconfig/lxdialog/menubox.c +scripts/kconfig/lxdialog/textbox.c +scripts/kconfig/lxdialog/util.c +scripts/kconfig/lxdialog/yesno.c +scripts/kconfig/mconf.c +scripts/kconfig/conf.c +scripts/kconfig/confdata.c +scripts/kconfig/gconf.c +scripts/kconfig/gconf.glade.h +scripts/kconfig/qconf.cc diff --git a/xen/tools/kconfig/check.sh b/xen/tools/kconfig/check.sh new file mode 100755 index 0000000..55b79ba --- /dev/null +++ b/xen/tools/kconfig/check.sh @@ -0,0 +1,13 @@ +#!/bin/sh +# Needed for systems without gettext +$* -x c -o /dev/null - > /dev/null 2>&1 << EOF +#include +int main() +{ + gettext(""); + return 0; +} +EOF +if [ ! "$?" -eq "0" ]; then + echo -DKBUILD_NO_NLS; +fi diff --git a/xen/tools/kconfig/conf.c b/xen/tools/kconfig/conf.c new file mode 100644 index 0000000..6c20431 --- /dev/null +++ b/xen/tools/kconfig/conf.c @@ -0,0 +1,722 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#include "lkc.h" + +static void conf(struct menu *menu); +static void check_conf(struct menu *menu); +static void xfgets(char *str, int size, FILE *in); + +enum input_mode { + oldaskconfig, + silentoldconfig, + oldconfig, + allnoconfig, + allyesconfig, + allmodconfig, + alldefconfig, + randconfig, + defconfig, + savedefconfig, + listnewconfig, + olddefconfig, +} input_mode = oldaskconfig; + +static int indent = 1; +static int tty_stdio; +static int valid_stdin = 1; +static int sync_kconfig; +static int conf_cnt; +static char line[128]; +static struct menu *rootEntry; + +static void print_help(struct menu *menu) +{ + struct gstr help = str_new(); + + menu_get_ext_help(menu, &help); + + printf("\n%s\n", str_get(&help)); + str_free(&help); +} + +static void strip(char *str) +{ + char *p = str; + int l; + + while ((isspace(*p))) + p++; + l = strlen(p); + if (p != str) + memmove(str, p, l + 1); + if (!l) + return; + p = str + l - 1; + while ((isspace(*p))) + *p-- = 0; +} + +static void check_stdin(void) +{ + if (!valid_stdin) { + printf(_("aborted!\n\n")); + printf(_("Console input/output is redirected. ")); + printf(_("Run 'make oldconfig' to update configuration.\n\n")); + exit(1); + } +} + +static int conf_askvalue(struct symbol *sym, const char *def) +{ + enum symbol_type type = sym_get_type(sym); + + if (!sym_has_value(sym)) + printf(_("(NEW) ")); + + line[0] = '\n'; + line[1] = 0; + + if (!sym_is_changable(sym)) { + printf("%s\n", def); + line[0] = '\n'; + line[1] = 0; + return 0; + } + + switch (input_mode) { + case oldconfig: + case silentoldconfig: + if (sym_has_value(sym)) { + printf("%s\n", def); + return 0; + } + check_stdin(); + /* fall through */ + case oldaskconfig: + fflush(stdout); + xfgets(line, 128, stdin); + if (!tty_stdio) + printf("\n"); + return 1; + default: + break; + } + + switch (type) { + case S_INT: + case S_HEX: + case S_STRING: + printf("%s\n", def); + return 1; + default: + ; + } + printf("%s", line); + return 1; +} + +static int conf_string(struct menu *menu) +{ + struct symbol *sym = menu->sym; + const char *def; + + while (1) { + printf("%*s%s ", indent - 1, "", _(menu->prompt->text)); + printf("(%s) ", sym->name); + def = sym_get_string_value(sym); + if (sym_get_string_value(sym)) + printf("[%s] ", def); + if (!conf_askvalue(sym, def)) + return 0; + switch (line[0]) { + case '\n': + break; + case '?': + /* print help */ + if (line[1] == '\n') { + print_help(menu); + def = NULL; + break; + } + /* fall through */ + default: + line[strlen(line)-1] = 0; + def = line; + } + if (def && sym_set_string_value(sym, def)) + return 0; + } +} + +static int conf_sym(struct menu *menu) +{ + struct symbol *sym = menu->sym; + tristate oldval, newval; + + while (1) { + printf("%*s%s ", indent - 1, "", _(menu->prompt->text)); + if (sym->name) + printf("(%s) ", sym->name); + putchar('['); + oldval = sym_get_tristate_value(sym); + switch (oldval) { + case no: + putchar('N'); + break; + case mod: + putchar('M'); + break; + case yes: + putchar('Y'); + break; + } + if (oldval != no && sym_tristate_within_range(sym, no)) + printf("/n"); + if (oldval != mod && sym_tristate_within_range(sym, mod)) + printf("/m"); + if (oldval != yes && sym_tristate_within_range(sym, yes)) + printf("/y"); + if (menu_has_help(menu)) + printf("/?"); + printf("] "); + if (!conf_askvalue(sym, sym_get_string_value(sym))) + return 0; + strip(line); + + switch (line[0]) { + case 'n': + case 'N': + newval = no; + if (!line[1] || !strcmp(&line[1], "o")) + break; + continue; + case 'm': + case 'M': + newval = mod; + if (!line[1]) + break; + continue; + case 'y': + case 'Y': + newval = yes; + if (!line[1] || !strcmp(&line[1], "es")) + break; + continue; + case 0: + newval = oldval; + break; + case '?': + goto help; + default: + continue; + } + if (sym_set_tristate_value(sym, newval)) + return 0; +help: + print_help(menu); + } +} + +static int conf_choice(struct menu *menu) +{ + struct symbol *sym, *def_sym; + struct menu *child; + bool is_new; + + sym = menu->sym; + is_new = !sym_has_value(sym); + if (sym_is_changable(sym)) { + conf_sym(menu); + sym_calc_value(sym); + switch (sym_get_tristate_value(sym)) { + case no: + return 1; + case mod: + return 0; + case yes: + break; + } + } else { + switch (sym_get_tristate_value(sym)) { + case no: + return 1; + case mod: + printf("%*s%s\n", indent - 1, "", _(menu_get_prompt(menu))); + return 0; + case yes: + break; + } + } + + while (1) { + int cnt, def; + + printf("%*s%s\n", indent - 1, "", _(menu_get_prompt(menu))); + def_sym = sym_get_choice_value(sym); + cnt = def = 0; + line[0] = 0; + for (child = menu->list; child; child = child->next) { + if (!menu_is_visible(child)) + continue; + if (!child->sym) { + printf("%*c %s\n", indent, '*', _(menu_get_prompt(child))); + continue; + } + cnt++; + if (child->sym == def_sym) { + def = cnt; + printf("%*c", indent, '>'); + } else + printf("%*c", indent, ' '); + printf(" %d. %s", cnt, _(menu_get_prompt(child))); + if (child->sym->name) + printf(" (%s)", child->sym->name); + if (!sym_has_value(child->sym)) + printf(_(" (NEW)")); + printf("\n"); + } + printf(_("%*schoice"), indent - 1, ""); + if (cnt == 1) { + printf("[1]: 1\n"); + goto conf_childs; + } + printf("[1-%d", cnt); + if (menu_has_help(menu)) + printf("?"); + printf("]: "); + switch (input_mode) { + case oldconfig: + case silentoldconfig: + if (!is_new) { + cnt = def; + printf("%d\n", cnt); + break; + } + check_stdin(); + /* fall through */ + case oldaskconfig: + fflush(stdout); + xfgets(line, 128, stdin); + strip(line); + if (line[0] == '?') { + print_help(menu); + continue; + } + if (!line[0]) + cnt = def; + else if (isdigit(line[0])) + cnt = atoi(line); + else + continue; + break; + default: + break; + } + + conf_childs: + for (child = menu->list; child; child = child->next) { + if (!child->sym || !menu_is_visible(child)) + continue; + if (!--cnt) + break; + } + if (!child) + continue; + if (line[0] && line[strlen(line) - 1] == '?') { + print_help(child); + continue; + } + sym_set_choice_value(sym, child->sym); + for (child = child->list; child; child = child->next) { + indent += 2; + conf(child); + indent -= 2; + } + return 1; + } +} + +static void conf(struct menu *menu) +{ + struct symbol *sym; + struct property *prop; + struct menu *child; + + if (!menu_is_visible(menu)) + return; + + sym = menu->sym; + prop = menu->prompt; + if (prop) { + const char *prompt; + + switch (prop->type) { + case P_MENU: + if ((input_mode == silentoldconfig || + input_mode == listnewconfig || + input_mode == olddefconfig) && + rootEntry != menu) { + check_conf(menu); + return; + } + /* fall through */ + case P_COMMENT: + prompt = menu_get_prompt(menu); + if (prompt) + printf("%*c\n%*c %s\n%*c\n", + indent, '*', + indent, '*', _(prompt), + indent, '*'); + default: + ; + } + } + + if (!sym) + goto conf_childs; + + if (sym_is_choice(sym)) { + conf_choice(menu); + if (sym->curr.tri != mod) + return; + goto conf_childs; + } + + switch (sym->type) { + case S_INT: + case S_HEX: + case S_STRING: + conf_string(menu); + break; + default: + conf_sym(menu); + break; + } + +conf_childs: + if (sym) + indent += 2; + for (child = menu->list; child; child = child->next) + conf(child); + if (sym) + indent -= 2; +} + +static void check_conf(struct menu *menu) +{ + struct symbol *sym; + struct menu *child; + + if (!menu_is_visible(menu)) + return; + + sym = menu->sym; + if (sym && !sym_has_value(sym)) { + if (sym_is_changable(sym) || + (sym_is_choice(sym) && sym_get_tristate_value(sym) == yes)) { + if (input_mode == listnewconfig) { + if (sym->name && !sym_is_choice_value(sym)) { + printf("%s%s\n", CONFIG_, sym->name); + } + } else if (input_mode != olddefconfig) { + if (!conf_cnt++) + printf(_("*\n* Restart config...\n*\n")); + rootEntry = menu_get_parent_menu(menu); + conf(rootEntry); + } + } + } + + for (child = menu->list; child; child = child->next) + check_conf(child); +} + +static struct option long_opts[] = { + {"oldaskconfig", no_argument, NULL, oldaskconfig}, + {"oldconfig", no_argument, NULL, oldconfig}, + {"silentoldconfig", no_argument, NULL, silentoldconfig}, + {"defconfig", optional_argument, NULL, defconfig}, + {"savedefconfig", required_argument, NULL, savedefconfig}, + {"allnoconfig", no_argument, NULL, allnoconfig}, + {"allyesconfig", no_argument, NULL, allyesconfig}, + {"allmodconfig", no_argument, NULL, allmodconfig}, + {"alldefconfig", no_argument, NULL, alldefconfig}, + {"randconfig", no_argument, NULL, randconfig}, + {"listnewconfig", no_argument, NULL, listnewconfig}, + {"olddefconfig", no_argument, NULL, olddefconfig}, + /* + * oldnoconfig is an alias of olddefconfig, because people already + * are dependent on its behavior(sets new symbols to their default + * value but not 'n') with the counter-intuitive name. + */ + {"oldnoconfig", no_argument, NULL, olddefconfig}, + {NULL, 0, NULL, 0} +}; + +static void conf_usage(const char *progname) +{ + + printf("Usage: %s [-s] [option] \n", progname); + printf("[option] is _one_ of the following:\n"); + printf(" --listnewconfig List new options\n"); + printf(" --oldaskconfig Start a new configuration using a line-oriented program\n"); + printf(" --oldconfig Update a configuration using a provided .config as base\n"); + printf(" --silentoldconfig Same as oldconfig, but quietly, additionally update deps\n"); + printf(" --olddefconfig Same as silentoldconfig but sets new symbols to their default value\n"); + printf(" --oldnoconfig An alias of olddefconfig\n"); + printf(" --defconfig New config with default defined in \n"); + printf(" --savedefconfig Save the minimal current configuration to \n"); + printf(" --allnoconfig New config where all options are answered with no\n"); + printf(" --allyesconfig New config where all options are answered with yes\n"); + printf(" --allmodconfig New config where all options are answered with mod\n"); + printf(" --alldefconfig New config with all symbols set to default\n"); + printf(" --randconfig New config with random answer to all options\n"); +} + +int main(int ac, char **av) +{ + const char *progname = av[0]; + int opt; + const char *name, *defconfig_file = NULL /* gcc uninit */; + struct stat tmpstat; + + setlocale(LC_ALL, ""); + bindtextdomain(PACKAGE, LOCALEDIR); + textdomain(PACKAGE); + + tty_stdio = isatty(0) && isatty(1) && isatty(2); + + while ((opt = getopt_long(ac, av, "s", long_opts, NULL)) != -1) { + if (opt == 's') { + conf_set_message_callback(NULL); + continue; + } + input_mode = (enum input_mode)opt; + switch (opt) { + case silentoldconfig: + sync_kconfig = 1; + break; + case defconfig: + case savedefconfig: + defconfig_file = optarg; + break; + case randconfig: + { + struct timeval now; + unsigned int seed; + char *seed_env; + + /* + * Use microseconds derived seed, + * compensate for systems where it may be zero + */ + gettimeofday(&now, NULL); + seed = (unsigned int)((now.tv_sec + 1) * (now.tv_usec + 1)); + + seed_env = getenv("KCONFIG_SEED"); + if( seed_env && *seed_env ) { + char *endp; + int tmp = (int)strtol(seed_env, &endp, 0); + if (*endp == '\0') { + seed = tmp; + } + } + fprintf( stderr, "KCONFIG_SEED=0x%X\n", seed ); + srand(seed); + break; + } + case oldaskconfig: + case oldconfig: + case allnoconfig: + case allyesconfig: + case allmodconfig: + case alldefconfig: + case listnewconfig: + case olddefconfig: + break; + case '?': + conf_usage(progname); + exit(1); + break; + } + } + if (ac == optind) { + printf(_("%s: Kconfig file missing\n"), av[0]); + conf_usage(progname); + exit(1); + } + name = av[optind]; + conf_parse(name); + //zconfdump(stdout); + if (sync_kconfig) { + name = conf_get_configname(); + if (stat(name, &tmpstat)) { + fprintf(stderr, _("***\n" + "*** Configuration file \"%s\" not found!\n" + "***\n" + "*** Please run some configurator (e.g. \"make oldconfig\" or\n" + "*** \"make menuconfig\" or \"make xconfig\").\n" + "***\n"), name); + exit(1); + } + } + + switch (input_mode) { + case defconfig: + if (!defconfig_file) + defconfig_file = conf_get_default_confname(); + if (conf_read(defconfig_file)) { + printf(_("***\n" + "*** Can't find default configuration \"%s\"!\n" + "***\n"), defconfig_file); + exit(1); + } + break; + case savedefconfig: + case silentoldconfig: + case oldaskconfig: + case oldconfig: + case listnewconfig: + case olddefconfig: + conf_read(NULL); + break; + case allnoconfig: + case allyesconfig: + case allmodconfig: + case alldefconfig: + case randconfig: + name = getenv("KCONFIG_ALLCONFIG"); + if (!name) + break; + if ((strcmp(name, "") != 0) && (strcmp(name, "1") != 0)) { + if (conf_read_simple(name, S_DEF_USER)) { + fprintf(stderr, + _("*** Can't read seed configuration \"%s\"!\n"), + name); + exit(1); + } + break; + } + switch (input_mode) { + case allnoconfig: name = "allno.config"; break; + case allyesconfig: name = "allyes.config"; break; + case allmodconfig: name = "allmod.config"; break; + case alldefconfig: name = "alldef.config"; break; + case randconfig: name = "allrandom.config"; break; + default: break; + } + if (conf_read_simple(name, S_DEF_USER) && + conf_read_simple("all.config", S_DEF_USER)) { + fprintf(stderr, + _("*** KCONFIG_ALLCONFIG set, but no \"%s\" or \"all.config\" file found\n"), + name); + exit(1); + } + break; + default: + break; + } + + if (sync_kconfig) { + if (conf_get_changed()) { + name = getenv("KCONFIG_NOSILENTUPDATE"); + if (name && *name) { + fprintf(stderr, + _("\n*** The configuration requires explicit update.\n\n")); + return 1; + } + } + valid_stdin = tty_stdio; + } + + switch (input_mode) { + case allnoconfig: + conf_set_all_new_symbols(def_no); + break; + case allyesconfig: + conf_set_all_new_symbols(def_yes); + break; + case allmodconfig: + conf_set_all_new_symbols(def_mod); + break; + case alldefconfig: + conf_set_all_new_symbols(def_default); + break; + case randconfig: + /* Really nothing to do in this loop */ + while (conf_set_all_new_symbols(def_random)) ; + break; + case defconfig: + conf_set_all_new_symbols(def_default); + break; + case savedefconfig: + break; + case oldaskconfig: + rootEntry = &rootmenu; + conf(&rootmenu); + input_mode = silentoldconfig; + /* fall through */ + case oldconfig: + case listnewconfig: + case olddefconfig: + case silentoldconfig: + /* Update until a loop caused no more changes */ + do { + conf_cnt = 0; + check_conf(&rootmenu); + } while (conf_cnt && + (input_mode != listnewconfig && + input_mode != olddefconfig)); + break; + } + + if (sync_kconfig) { + /* silentoldconfig is used during the build so we shall update autoconf. + * All other commands are only used to generate a config. + */ + if (conf_get_changed() && conf_write(NULL)) { + fprintf(stderr, _("\n*** Error during writing of the configuration.\n\n")); + exit(1); + } + if (conf_write_autoconf()) { + fprintf(stderr, _("\n*** Error during update of the configuration.\n\n")); + return 1; + } + } else if (input_mode == savedefconfig) { + if (conf_write_defconfig(defconfig_file)) { + fprintf(stderr, _("n*** Error while saving defconfig to: %s\n\n"), + defconfig_file); + return 1; + } + } else if (input_mode != listnewconfig) { + if (conf_write(NULL)) { + fprintf(stderr, _("\n*** Error during writing of the configuration.\n\n")); + exit(1); + } + } + return 0; +} + +/* + * Helper function to facilitate fgets() by Jean Sacren. + */ +void xfgets(char *str, int size, FILE *in) +{ + if (fgets(str, size, in) == NULL) + fprintf(stderr, "\nError in reading or end of file.\n"); +} diff --git a/xen/tools/kconfig/confdata.c b/xen/tools/kconfig/confdata.c new file mode 100644 index 0000000..0b7dc2f --- /dev/null +++ b/xen/tools/kconfig/confdata.c @@ -0,0 +1,1245 @@ +/* + * Copyright (C) 2002 Roman Zippel + * Released under the terms of the GNU GPL v2.0. + */ + +#include +#include +#include +#include +#include +#include +#include +#include +#include +#include + +#include "lkc.h" + +struct conf_printer { + void (*print_symbol)(FILE *, struct symbol *, const char *, void *); + void (*print_comment)(FILE *, const char *, void *); +}; + +static void conf_warning(const char *fmt, ...) + __attribute__ ((format (printf, 1, 2))); + +static void conf_message(const char *fmt, ...) + __attribute__ ((format (printf, 1, 2))); + +static const char *conf_filename; +static int conf_lineno, conf_warnings, conf_unsaved; + +const char conf_defname[] = "arch/$ARCH/defconfig"; + +static void conf_warning(const char *fmt, ...) +{ + va_list ap; + va_start(ap, fmt); + fprintf(stderr, "%s:%d:warning: ", conf_filename, conf_lineno); + vfprintf(stderr, fmt, ap); + fprintf(stderr, "\n"); + va_end(ap); + conf_warnings++; +} + +static void conf_default_message_callback(const char *fmt, va_list ap) +{ + printf("#\n# "); + vprintf(fmt, ap); + printf("\n#\n"); +} + +static void (*conf_message_callback) (const char *fmt, va_list ap) = + conf_default_message_callback; +void conf_set_message_callback(void (*fn) (const char *fmt, va_list ap)) +{ + conf_message_callback = fn; +} + +static void conf_message(const char *fmt, ...) +{ + va_list ap; + + va_start(ap, fmt); + if (conf_message_callback) + conf_message_callback(fmt, ap); + va_end(ap); +} + +const char *conf_get_configname(void) +{ + char *name = getenv("KCONFIG_CONFIG"); + + return name ? name : ".config"; +} + +const char *conf_get_autoconfig_name(void) +{ + char *name = getenv("KCONFIG_AUTOCONFIG"); + + return name ? name : "include/config/auto.conf"; +} + +static char *conf_expand_value(const char *in) +{ + struct symbol *sym; + const char *src; + static char res_value[SYMBOL_MAXLENGTH]; + char *dst, name[SYMBOL_MAXLENGTH]; + + res_value[0] = 0; + dst = name; + while ((src = strchr(in, '$'))) { + strncat(res_value, in, src - in); + src++; + dst = name; + while (isalnum(*src) || *src == '_') + *dst++ = *src++; + *dst = 0; + sym = sym_lookup(name, 0); + sym_calc_value(sym); + strcat(res_value, sym_get_string_value(sym)); + in = src; + } + strcat(res_value, in); + + return res_value; +} + +char *conf_get_default_confname(void) +{ + struct stat buf; + static char fullname[PATH_MAX+1]; + char *env, *name; + + name = conf_expand_value(conf_defname); + env = getenv(SRCTREE); + if (env) { + sprintf(fullname, "%s/%s", env, name); + if (!stat(fullname, &buf)) + return fullname; + } + return name; +} + +static int conf_set_sym_val(struct symbol *sym, int def, int def_flags, char *p) +{ + char *p2; + + switch (sym->type) { + case S_TRISTATE: + if (p[0] == 'm') { + sym->def[def].tri = mod; + sym->flags |= def_flags; + break; + } + /* fall through */ + case S_BOOLEAN: + if (p[0] == 'y') { + sym->def[def].tri = yes; + sym->flags |= def_flags; + break; + } + if (p[0] == 'n') { + sym->def[def].tri = no; + sym->flags |= def_flags; + break; + } + if (def != S_DEF_AUTO) + conf_warning("symbol value '%s' invalid for %s", + p, sym->name); + return 1; + case S_OTHER: + if (*p != '"') { + for (p2 = p; *p2 && !isspace(*p2); p2++) + ; + sym->type = S_STRING; + goto done; + } + /* fall through */ + case S_STRING: + if (*p++ != '"') + break; + for (p2 = p; (p2 = strpbrk(p2, "\"\\")); p2++) { + if (*p2 == '"') { + *p2 = 0; + break; + } + memmove(p2, p2 + 1, strlen(p2)); + } + if (!p2) { + if (def != S_DEF_AUTO) + conf_warning("invalid string found"); + return 1; + } + /* fall through */ + case S_INT: + case S_HEX: + done: + if (sym_string_valid(sym, p)) { + sym->def[def].val = strdup(p); + sym->flags |= def_flags; + } else { + if (def != S_DEF_AUTO) + conf_warning("symbol value '%s' invalid for %s", + p, sym->name); + return 1; + } + break; + default: + ; + } + return 0; +} + +#define LINE_GROWTH 16 +static int add_byte(int c, char **lineptr, size_t slen, size_t *n) +{ + char *nline; + size_t new_size = slen + 1; + if (new_size > *n) { + new_size += LINE_GROWTH - 1; + new_size *= 2; + nline = realloc(*lineptr, new_size); + if (!nline) + return -1; + + *lineptr = nline; + *n = new_size; + } + + (*lineptr)[slen] = c; + + return 0; +} + +static ssize_t compat_getline(char **lineptr, size_t *n, FILE *stream) +{ + char *line = *lineptr; + size_t slen = 0; + + for (;;) { + int c = getc(stream); + + switch (c) { + case '\n': + if (add_byte(c, &line, slen, n) < 0) + goto e_out; + slen++; + /* fall through */ + case EOF: + if (add_byte('\0', &line, slen, n) < 0) + goto e_out; + *lineptr = line; + if (slen == 0) + return -1; + return slen; + default: + if (add_byte(c, &line, slen, n) < 0) + goto e_out; + slen++; + } + } + +e_out: + line[slen-1] = '\0'; + *lineptr = line; + return -1; +} + +int conf_read_simple(const char *name, int def) +{ + FILE *in = NULL; + char *line = NULL; + size_t line_asize = 0; + char *p, *p2; + struct symbol *sym; + int i, def_flags; + + if (name) { + in = zconf_fopen(name); + } else { + struct property *prop; + + name = conf_get_configname(); + in = zconf_fopen(name); + if (in) + goto load; + sym_add_change_count(1); + if (!sym_defconfig_list) { + sym_calc_value(modules_sym); + return 1; + } + + for_all_defaults(sym_defconfig_list, prop) { + if (expr_calc_value(prop->visible.expr) == no || + prop->expr->type != E_SYMBOL) + continue; + name = conf_expand_value(prop->expr->left.sym->name); + in = zconf_fopen(name); + if (in) { + conf_message(_("using defaults found in %s"), + name); + goto load; + } + } + } + if (!in) + return 1; + +load: + conf_filename = name; + conf_lineno = 0; + conf_warnings = 0; + conf_unsaved = 0; + + def_flags = SYMBOL_DEF << def; + for_all_symbols(i, sym) { + sym->flags |= SYMBOL_CHANGED; + sym->flags &= ~(def_flags|SYMBOL_VALID); + if (sym_is_choice(sym)) + sym->flags |= def_flags; + switch (sym->type) { + case S_INT: + case S_HEX: + case S_STRING: + if (sym->def[def].val) + free(sym->def[def].val); + /* fall through */ + default: + sym->def[def].val = NULL; + sym->def[def].tri = no; + } + } + + while (compat_getline(&line, &line_asize, in) != -1) { + conf_lineno++; + sym = NULL; + if (line[0] == '#') { + if (memcmp(line + 2, CONFIG_, strlen(CONFIG_))) + continue; + p = strchr(line + 2 + strlen(CONFIG_), ' '); + if (!p) + continue; + *p++ = 0; + if (strncmp(p, "is not set", 10)) + continue; + if (def == S_DEF_USER) { + sym = sym_find(line + 2 + strlen(CONFIG_)); + if (!sym) { + sym_add_change_count(1); + goto setsym; + } + } else { + sym = sym_lookup(line + 2 + strlen(CONFIG_), 0); + if (sym->type == S_UNKNOWN) + sym->type = S_BOOLEAN; + } + if (sym->flags & def_flags) { + conf_warning("override: reassigning to symbol %s", sym->name); + } + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + sym->def[def].tri = no; + sym->flags |= def_flags; + break; + default: + ; + } + } else if (memcmp(line, CONFIG_, strlen(CONFIG_)) == 0) { + p = strchr(line + strlen(CONFIG_), '='); + if (!p) + continue; + *p++ = 0; + p2 = strchr(p, '\n'); + if (p2) { + *p2-- = 0; + if (*p2 == '\r') + *p2 = 0; + } + if (def == S_DEF_USER) { + sym = sym_find(line + strlen(CONFIG_)); + if (!sym) { + sym_add_change_count(1); + goto setsym; + } + } else { + sym = sym_lookup(line + strlen(CONFIG_), 0); + if (sym->type == S_UNKNOWN) + sym->type = S_OTHER; + } + if (sym->flags & def_flags) { + conf_warning("override: reassigning to symbol %s", sym->name); + } + if (conf_set_sym_val(sym, def, def_flags, p)) + continue; + } else { + if (line[0] != '\r' && line[0] != '\n') + conf_warning("unexpected data"); + continue; + } +setsym: + if (sym && sym_is_choice_value(sym)) { + struct symbol *cs = prop_get_symbol(sym_get_choice_prop(sym)); + switch (sym->def[def].tri) { + case no: + break; + case mod: + if (cs->def[def].tri == yes) { + conf_warning("%s creates inconsistent choice state", sym->name); + cs->flags &= ~def_flags; + } + break; + case yes: + if (cs->def[def].tri != no) + conf_warning("override: %s changes choice state", sym->name); + cs->def[def].val = sym; + break; + } + cs->def[def].tri = EXPR_OR(cs->def[def].tri, sym->def[def].tri); + } + } + free(line); + fclose(in); + sym_calc_value(modules_sym); + return 0; +} + +int conf_read(const char *name) +{ + struct symbol *sym; + int i; + + sym_set_change_count(0); + + if (conf_read_simple(name, S_DEF_USER)) + return 1; + + for_all_symbols(i, sym) { + sym_calc_value(sym); + if (sym_is_choice(sym) || (sym->flags & SYMBOL_AUTO)) + continue; + if (sym_has_value(sym) && (sym->flags & SYMBOL_WRITE)) { + /* check that calculated value agrees with saved value */ + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + if (sym->def[S_DEF_USER].tri != sym_get_tristate_value(sym)) + break; + if (!sym_is_choice(sym)) + continue; + /* fall through */ + default: + if (!strcmp(sym->curr.val, sym->def[S_DEF_USER].val)) + continue; + break; + } + } else if (!sym_has_value(sym) && !(sym->flags & SYMBOL_WRITE)) + /* no previous value and not saved */ + continue; + conf_unsaved++; + /* maybe print value in verbose mode... */ + } + + for_all_symbols(i, sym) { + if (sym_has_value(sym) && !sym_is_choice_value(sym)) { + /* Reset values of generates values, so they'll appear + * as new, if they should become visible, but that + * doesn't quite work if the Kconfig and the saved + * configuration disagree. + */ + if (sym->visible == no && !conf_unsaved) + sym->flags &= ~SYMBOL_DEF_USER; + switch (sym->type) { + case S_STRING: + case S_INT: + case S_HEX: + /* Reset a string value if it's out of range */ + if (sym_string_within_range(sym, sym->def[S_DEF_USER].val)) + break; + sym->flags &= ~(SYMBOL_VALID|SYMBOL_DEF_USER); + conf_unsaved++; + break; + default: + break; + } + } + } + + sym_add_change_count(conf_warnings || conf_unsaved); + + return 0; +} + +/* + * Kconfig configuration printer + * + * This printer is used when generating the resulting configuration after + * kconfig invocation and `defconfig' files. Unset symbol might be omitted by + * passing a non-NULL argument to the printer. + * + */ +static void +kconfig_print_symbol(FILE *fp, struct symbol *sym, const char *value, void *arg) +{ + + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + if (*value == 'n') { + bool skip_unset = (arg != NULL); + + if (!skip_unset) + fprintf(fp, "# %s%s is not set\n", + CONFIG_, sym->name); + return; + } + break; + default: + break; + } + + fprintf(fp, "%s%s=%s\n", CONFIG_, sym->name, value); +} + +static void +kconfig_print_comment(FILE *fp, const char *value, void *arg) +{ + const char *p = value; + size_t l; + + for (;;) { + l = strcspn(p, "\n"); + fprintf(fp, "#"); + if (l) { + fprintf(fp, " "); + xfwrite(p, l, 1, fp); + p += l; + } + fprintf(fp, "\n"); + if (*p++ == '\0') + break; + } +} + +static struct conf_printer kconfig_printer_cb = +{ + .print_symbol = kconfig_print_symbol, + .print_comment = kconfig_print_comment, +}; + +/* + * Header printer + * + * This printer is used when generating the `include/generated/autoconf.h' file. + */ +static void +header_print_symbol(FILE *fp, struct symbol *sym, const char *value, void *arg) +{ + + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: { + const char *suffix = ""; + + switch (*value) { + case 'n': + break; + case 'm': + suffix = "_MODULE"; + /* fall through */ + default: + fprintf(fp, "#define %s%s%s 1\n", + CONFIG_, sym->name, suffix); + } + break; + } + case S_HEX: { + const char *prefix = ""; + + if (value[0] != '0' || (value[1] != 'x' && value[1] != 'X')) + prefix = "0x"; + fprintf(fp, "#define %s%s %s%s\n", + CONFIG_, sym->name, prefix, value); + break; + } + case S_STRING: + case S_INT: + fprintf(fp, "#define %s%s %s\n", + CONFIG_, sym->name, value); + break; + default: + break; + } + +} + +static void +header_print_comment(FILE *fp, const char *value, void *arg) +{ + const char *p = value; + size_t l; + + fprintf(fp, "/*\n"); + for (;;) { + l = strcspn(p, "\n"); + fprintf(fp, " *"); + if (l) { + fprintf(fp, " "); + xfwrite(p, l, 1, fp); + p += l; + } + fprintf(fp, "\n"); + if (*p++ == '\0') + break; + } + fprintf(fp, " */\n"); +} + +static struct conf_printer header_printer_cb = +{ + .print_symbol = header_print_symbol, + .print_comment = header_print_comment, +}; + +/* + * Tristate printer + * + * This printer is used when generating the `include/config/tristate.conf' file. + */ +static void +tristate_print_symbol(FILE *fp, struct symbol *sym, const char *value, void *arg) +{ + + if (sym->type == S_TRISTATE && *value != 'n') + fprintf(fp, "%s%s=%c\n", CONFIG_, sym->name, (char)toupper(*value)); +} + +static struct conf_printer tristate_printer_cb = +{ + .print_symbol = tristate_print_symbol, + .print_comment = kconfig_print_comment, +}; + +static void conf_write_symbol(FILE *fp, struct symbol *sym, + struct conf_printer *printer, void *printer_arg) +{ + const char *str; + + switch (sym->type) { + case S_OTHER: + case S_UNKNOWN: + break; + case S_STRING: + str = sym_get_string_value(sym); + str = sym_escape_string_value(str); + printer->print_symbol(fp, sym, str, printer_arg); + free((void *)str); + break; + default: + str = sym_get_string_value(sym); + printer->print_symbol(fp, sym, str, printer_arg); + } +} + +static void +conf_write_heading(FILE *fp, struct conf_printer *printer, void *printer_arg) +{ + char buf[256]; + + snprintf(buf, sizeof(buf), + "\n" + "Automatically generated file; DO NOT EDIT.\n" + "%s\n", + rootmenu.prompt->text); + + printer->print_comment(fp, buf, printer_arg); +} + +/* + * Write out a minimal config. + * All values that has default values are skipped as this is redundant. + */ +int conf_write_defconfig(const char *filename) +{ + struct symbol *sym; + struct menu *menu; + FILE *out; + + out = fopen(filename, "w"); + if (!out) + return 1; + + sym_clear_all_valid(); + + /* Traverse all menus to find all relevant symbols */ + menu = rootmenu.list; + + while (menu != NULL) + { + sym = menu->sym; + if (sym == NULL) { + if (!menu_is_visible(menu)) + goto next_menu; + } else if (!sym_is_choice(sym)) { + sym_calc_value(sym); + if (!(sym->flags & SYMBOL_WRITE)) + goto next_menu; + sym->flags &= ~SYMBOL_WRITE; + /* If we cannot change the symbol - skip */ + if (!sym_is_changable(sym)) + goto next_menu; + /* If symbol equals to default value - skip */ + if (strcmp(sym_get_string_value(sym), sym_get_string_default(sym)) == 0) + goto next_menu; + + /* + * If symbol is a choice value and equals to the + * default for a choice - skip. + * But only if value is bool and equal to "y" and + * choice is not "optional". + * (If choice is "optional" then all values can be "n") + */ + if (sym_is_choice_value(sym)) { + struct symbol *cs; + struct symbol *ds; + + cs = prop_get_symbol(sym_get_choice_prop(sym)); + ds = sym_choice_default(cs); + if (!sym_is_optional(cs) && sym == ds) { + if ((sym->type == S_BOOLEAN) && + sym_get_tristate_value(sym) == yes) + goto next_menu; + } + } + conf_write_symbol(out, sym, &kconfig_printer_cb, NULL); + } +next_menu: + if (menu->list != NULL) { + menu = menu->list; + } + else if (menu->next != NULL) { + menu = menu->next; + } else { + while ((menu = menu->parent)) { + if (menu->next != NULL) { + menu = menu->next; + break; + } + } + } + } + fclose(out); + return 0; +} + +int conf_write(const char *name) +{ + FILE *out; + struct symbol *sym; + struct menu *menu; + const char *basename; + const char *str; + char dirname[PATH_MAX+1], tmpname[PATH_MAX+1], newname[PATH_MAX+1]; + char *env; + + dirname[0] = 0; + if (name && name[0]) { + struct stat st; + char *slash; + + if (!stat(name, &st) && S_ISDIR(st.st_mode)) { + strcpy(dirname, name); + strcat(dirname, "/"); + basename = conf_get_configname(); + } else if ((slash = strrchr(name, '/'))) { + int size = slash - name + 1; + memcpy(dirname, name, size); + dirname[size] = 0; + if (slash[1]) + basename = slash + 1; + else + basename = conf_get_configname(); + } else + basename = name; + } else + basename = conf_get_configname(); + + sprintf(newname, "%s%s", dirname, basename); + env = getenv("KCONFIG_OVERWRITECONFIG"); + if (!env || !*env) { + sprintf(tmpname, "%s.tmpconfig.%d", dirname, (int)getpid()); + out = fopen(tmpname, "w"); + } else { + *tmpname = 0; + out = fopen(newname, "w"); + } + if (!out) + return 1; + + conf_write_heading(out, &kconfig_printer_cb, NULL); + + if (!conf_get_changed()) + sym_clear_all_valid(); + + menu = rootmenu.list; + while (menu) { + sym = menu->sym; + if (!sym) { + if (!menu_is_visible(menu)) + goto next; + str = menu_get_prompt(menu); + fprintf(out, "\n" + "#\n" + "# %s\n" + "#\n", str); + } else if (!(sym->flags & SYMBOL_CHOICE)) { + sym_calc_value(sym); + if (!(sym->flags & SYMBOL_WRITE)) + goto next; + sym->flags &= ~SYMBOL_WRITE; + + conf_write_symbol(out, sym, &kconfig_printer_cb, NULL); + } + +next: + if (menu->list) { + menu = menu->list; + continue; + } + if (menu->next) + menu = menu->next; + else while ((menu = menu->parent)) { + if (menu->next) { + menu = menu->next; + break; + } + } + } + fclose(out); + + if (*tmpname) { + strcat(dirname, basename); + strcat(dirname, ".old"); + rename(newname, dirname); + if (rename(tmpname, newname)) + return 1; + } + + conf_message(_("configuration written to %s"), newname); + + sym_set_change_count(0); + + return 0; +} + +static int conf_split_config(void) +{ + const char *name; + char path[PATH_MAX+1]; + char *s, *d, c; + struct symbol *sym; + struct stat sb; + int res, i, fd; + + name = conf_get_autoconfig_name(); + conf_read_simple(name, S_DEF_AUTO); + + if (chdir("include/config")) + return 1; + + res = 0; + for_all_symbols(i, sym) { + sym_calc_value(sym); + if ((sym->flags & SYMBOL_AUTO) || !sym->name) + continue; + if (sym->flags & SYMBOL_WRITE) { + if (sym->flags & SYMBOL_DEF_AUTO) { + /* + * symbol has old and new value, + * so compare them... + */ + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + if (sym_get_tristate_value(sym) == + sym->def[S_DEF_AUTO].tri) + continue; + break; + case S_STRING: + case S_HEX: + case S_INT: + if (!strcmp(sym_get_string_value(sym), + sym->def[S_DEF_AUTO].val)) + continue; + break; + default: + break; + } + } else { + /* + * If there is no old value, only 'no' (unset) + * is allowed as new value. + */ + switch (sym->type) { + case S_BOOLEAN: + case S_TRISTATE: + if (sym_get_tristate_value(sym) == no) + continue; + break; + default: + break; + } + } + } else if (!(sym->flags & SYMBOL_DEF_AUTO)) + /* There is neither an old nor a new value. */ + continue; + /* else + * There is an old value, but no new value ('no' (unset) + * isn't saved in auto.conf, so the old value is always + * different from 'no'). + */ + + /* Replace all '_' and append ".h" */ + s = sym->name; + d = path; + while ((c = *s++)) { + c = tolower(c); + *d++ = (c == '_') ? '/' : c; + } + strcpy(d, ".h"); + + /* Assume directory path already exists. */ + fd = open(path, O_WRONLY | O_CREAT | O_TRUNC, 0644); + if (fd == -1) { + if (errno != ENOENT) { + res = 1; + break; + } + /* + * Create directory components, + * unless they exist already. + */ + d = path; + while ((d = strchr(d, '/'))) { + *d = 0; + if (stat(path, &sb) && mkdir(path, 0755)) { + res = 1; + goto out; + } + *d++ = '/'; + } + /* Try it again. */ + fd = open(path, O_WRONLY | O_CREAT | O_TRUNC, 0644); + if (fd == -1) { + res = 1; + break; + } + } + close(fd); + } +out: + if (chdir("../..")) + return 1; + + return res; +} + +int conf_write_autoconf(void) +{ + struct symbol *sym; + const char *name; + FILE *out, *tristate, *out_h; + int i; + + sym_clear_all_valid(); + + file_write_dep("include/config/auto.conf.cmd"); + + if (conf_split_config()) + return 1; + + out = fopen(".tmpconfig", "w"); + if (!out) + return 1; + + tristate = fopen(".tmpconfig_tristate", "w"); + if (!tristate) { + fclose(out); + return 1; + } + + out_h = fopen(".tmpconfig.h", "w"); + if (!out_h) { + fclose(out); + fclose(tristate); + return 1; + } + + conf_write_heading(out, &kconfig_printer_cb, NULL); + + conf_write_heading(tristate, &tristate_printer_cb, NULL); + + conf_write_heading(out_h, &header_printer_cb, NULL); + + for_all_symbols(i, sym) { + sym_calc_value(sym); + if (!(sym->flags & SYMBOL_WRITE) || !sym->name) + continue; + + /* write symbol to auto.conf, tristate and header files */ + conf_write_symbol(out, sym, &kconfig_printer_cb, (void *)1); + + conf_write_symbol(tristate, sym, &tristate_printer_cb, (void *)1); + + conf_write_symbol(out_h, sym, &header_printer_cb, NULL); + } + fclose(out); + fclose(tristate); + fclose(out_h); + + name = getenv("KCONFIG_AUTOHEADER"); + if (!name) + name = "include/generated/autoconf.h"; + if (rename(".tmpconfig.h", name)) + return 1; + name = getenv("KCONFIG_TRISTATE"); + if (!name) + name = "include/config/tristate.conf"; + if (rename(".tmpconfig_tristate", name)) + return 1; + name = conf_get_autoconfig_name(); + /* + * This must be the last step, kbuild has a dependency on auto.conf + * and this marks the successful completion of the previous steps. + */ + if (rename(".tmpconfig", name)) + return 1; + + return 0; +} + +static int sym_change_count; +static void (*conf_changed_callback)(void); + +void sym_set_change_count(int count) _______________________________________________ Xen-changelog mailing list Xen-changelog@lists.xen.org http://lists.xensource.com/xen-changelog From advisory-board-bounces@lists.xenproject.org Wed Dec 23 14:14:47 2015 Return-path: Envelope-to: archives@lists.xenproject.org Delivery-date: Wed, 23 Dec 2015 14:14:47 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1aBkBj-0000e2-2j; Wed, 23 Dec 2015 14:14:47 +0000 Received: from mail6.bemta3.messagelabs.com ([195.245.230.39]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1aBkBh-0000dx-Fd for advisory-board@lists.xenproject.org; Wed, 23 Dec 2015 14:14:46 +0000 Received: from [85.158.137.68] by server-16.bemta-3.messagelabs.com id 03/C1-07451-45CAA765; Wed, 23 Dec 2015 14:14:44 +0000 X-Env-Sender: prvs=792cfb631=lars.kurth@citrix.com X-Msg-Ref: server-15.tower-31.messagelabs.com!1450880082!12131416!1 X-Originating-IP: [185.25.65.24] X-SpamReason: No, hits=0.5 required=7.0 tests=BODY_RANDOM_LONG, HTML_MESSAGE,received_headers: No Received headers X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 58381 invoked from network); 23 Dec 2015 14:14:42 -0000 Received: from smtp.eu.citrix.com (HELO SMTP.EU.CITRIX.COM) (185.25.65.24) by server-15.tower-31.messagelabs.com with RC4-SHA encrypted SMTP; 23 Dec 2015 14:14:42 -0000 X-IronPort-AV: E=Sophos;i="5.20,469,1444694400"; d="scan'208,217";a="10945625" From: Lars Kurth To: "advisory-board@lists.xenproject.org" Thread-Topic: Xen project Advisory Board Meeting - notes 2015-12-15 Thread-Index: AdE3UhLnnsZvvwKcQjqLONgqVXhuEAGMc3GA Date: Wed, 23 Dec 2015 14:14:40 +0000 Message-ID: References: <817F8DE966913E4D91404CA656535C842FBA94C4@AMSPEX01CL01.citrite.net> In-Reply-To: <817F8DE966913E4D91404CA656535C842FBA94C4@AMSPEX01CL01.citrite.net> Accept-Language: en-GB, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: user-agent: Microsoft-MacOutlook/14.4.5.141003 MIME-Version: 1.0 X-DLP: AMS1 Subject: [Advisory-board] Xen project Advisory Board Meeting - notes 2015-12-15 X-BeenThere: advisory-board@lists.xenproject.org X-Mailman-Version: 2.1.13 Precedence: list Reply-To: Advisory-board discussions List-Id: Advisory-board discussions List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: multipart/mixed; boundary="===============6429605843968046388==" Sender: advisory-board-bounces@lists.xenproject.org Errors-To: advisory-board-bounces@lists.xenproject.org --===============6429605843968046388== Content-Language: en-US Content-Type: multipart/alternative; boundary="_000_D2A05C8324132larskurthcitrixcom_" --_000_D2A05C8324132larskurthcitrixcom_ Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: base64 U2VuZGluZyB0aGlzIHRvIHRoZSBtYWlsaW5nIGxpc3QsIHJhdGhlciB0aGFuIGluZGl2aWR1YWxz Lg0KQXMgYW4gYXNpZGU6IEkgd2lsbCBjYW5jZWwgdGhlIG1lZXRpbmcgaW52aXRlIGFuZCBjcmVh dGUgYSBuZXcgb25lIHdpdGggdXBkYXRlZCBjYWxsLWluIGRldGFpbHMuDQpMYXJzDQoNCkZyb206 ICJqYW1lcy5idWxwaW5AY2l0cml4LmNvbTxtYWlsdG86amFtZXMuYnVscGluQGNpdHJpeC5jb20+ IiA8amFtZXMuYnVscGluQGNpdHJpeC5jb208bWFpbHRvOmphbWVzLmJ1bHBpbkBjaXRyaXguY29t Pj4NCkRhdGU6IFR1ZXNkYXksIDE1IERlY2VtYmVyIDIwMTUgMTY6MDMNClRvOiBMYXJzIEt1cnRo IDxsYXJzLmt1cnRoQGNpdHJpeC5jb208bWFpbHRvOmxhcnMua3VydGhAY2l0cml4LmNvbT4+LCBL b25yYWQgV2lsayA8a29ucmFkLndpbGtAb3JhY2xlLmNvbTxtYWlsdG86a29ucmFkLndpbGtAb3Jh Y2xlLmNvbT4+LCBNYXR0IFdpbHNvbiA8bXN3QGFtYXpvbi5jb208bWFpbHRvOm1zd0BhbWF6b24u Y29tPj4sIEd1aWRvIFRyb3R0ZXIgPHVsdHJvdHRlckBnb29nbGUuY29tPG1haWx0bzp1bHRyb3R0 ZXJAZ29vZ2xlLmNvbT4+LCAnU3VzaWUgTGknIDxzdXNpZS5saUBpbnRlbC5jb208bWFpbHRvOnN1 c2llLmxpQGludGVsLmNvbT4+LCAicmljYXJkby5sYWJpYWdhQG5ldGFwcC5jb208bWFpbHRvOnJp Y2FyZG8ubGFiaWFnYUBuZXRhcHAuY29tPiIgPHJpY2FyZG8ubGFiaWFnYUBuZXRhcHAuY29tPG1h aWx0bzpyaWNhcmRvLmxhYmlhZ2FAbmV0YXBwLmNvbT4+LCAicGF1bC52b2NjaW9AcmFja3NwYWNl LmNvbTxtYWlsdG86cGF1bC52b2NjaW9AcmFja3NwYWNlLmNvbT4iIDxwYXVsLnZvY2Npb0ByYWNr c3BhY2UuY29tPG1haWx0bzpwYXVsLnZvY2Npb0ByYWNrc3BhY2UuY29tPj4sIEFudG9ueSBNZXNz ZXJsaSA8YW1lc3NlcmxAcmFja3NwYWNlLmNvbTxtYWlsdG86YW1lc3NlcmxAcmFja3NwYWNlLmNv bT4+LCBMYXJyeSBXaWtlbGl1cyA8TGFycnkuV2lrZWxpdXNAY2F2aXVtbmV0d29ya3MuY29tPG1h aWx0bzpMYXJyeS5XaWtlbGl1c0BjYXZpdW1uZXR3b3Jrcy5jb20+PiwgU3VyYXZlZSBTdXRoaWt1 bHBhbml0IDxTdXJhdmVlLlN1dGhpa3VscGFuaXRAYW1kLmNvbTxtYWlsdG86U3VyYXZlZS5TdXRo aWt1bHBhbml0QGFtZC5jb20+PiwgTGF1cmEgS2VtcGtlIDxsa2VtcGtlQGxpbnV4Zm91bmRhdGlv bi5vcmc8bWFpbHRvOmxrZW1wa2VAbGludXhmb3VuZGF0aW9uLm9yZz4+LCBJYW4gUHJhdHQgPGlh bkBicm9taXVtLmNvbTxtYWlsdG86aWFuQGJyb21pdW0uY29tPj4sIFRob21hcyBNb2xnYWFyZCA8 VGhvbWFzLk1vbGdhYXJkQGFybS5jb208bWFpbHRvOlRob21hcy5Nb2xnYWFyZEBhcm0uY29tPj4s ICInU2hlcnJ5LiBjb20nIiA8U2hlcnJ5Lkh1cndpdHpAYW1kLmNvbTxtYWlsdG86U2hlcnJ5Lkh1 cndpdHpAYW1kLmNvbT4+LCAiQm9vcywgUm9iZXJ0IiA8cmJvb3NAdmVyaXpvbi5jb208bWFpbHRv OnJib29zQHZlcml6b24uY29tPj4NCkNjOiBKZWZmIEJhdGVzIDxiYXRlc2pAZ29vZ2xlLmNvbTxt YWlsdG86YmF0ZXNqQGdvb2dsZS5jb20+PiwgQ2hyaXMgU2NobGFlZ2VyIDxjc2NobGFlZ0BhbWF6 b24uY29tPG1haWx0bzpjc2NobGFlZ0BhbWF6b24uY29tPj4sIERvbmFsZCBEdWdnZXIgPGRvbmFs ZC5kLmR1Z2dlckBpbnRlbC5jb208bWFpbHRvOmRvbmFsZC5kLmR1Z2dlckBpbnRlbC5jb20+Piwg TWFyayBIaW5rbGUgPE1hcmsuSGlua2xlQGNpdHJpeC5jb208bWFpbHRvOk1hcmsuSGlua2xlQGNp dHJpeC5jb20+PiwgImRhbmllbC5raXBlckBvcmFjbGUuY29tPG1haWx0bzpkYW5pZWwua2lwZXJA b3JhY2xlLmNvbT4iIDxkYW5pZWwua2lwZXJAb3JhY2xlLmNvbTxtYWlsdG86ZGFuaWVsLmtpcGVy QG9yYWNsZS5jb20+PiwgQnJpYW4gV2FybmVyIDxicmlhbi53YXJuZXJAbGludXhmb3VuZGF0aW9u Lm9yZzxtYWlsdG86YnJpYW4ud2FybmVyQGxpbnV4Zm91bmRhdGlvbi5vcmc+PiwgU2FyYWggQ29u d2F5IDxzY29ud2F5QGxpbnV4Zm91bmRhdGlvbi5vcmc8bWFpbHRvOnNjb253YXlAbGludXhmb3Vu ZGF0aW9uLm9yZz4+LCBNYWpvciBIYXlkZW4gPG1ham9yLmhheWRlbkByYWNrc3BhY2UuY29tPG1h aWx0bzptYWpvci5oYXlkZW5AcmFja3NwYWNlLmNvbT4+LCAiJ2p1bi4gY29tJyIgPGp1bi5uYWth amltYUBpbnRlbC5jb208bWFpbHRvOmp1bi5uYWthamltYUBpbnRlbC5jb20+PiwgUGhpbGlwcGUg Um9iaW4gPFBoaWxpcHBlLlJvYmluQGFybS5jb208bWFpbHRvOlBoaWxpcHBlLlJvYmluQGFybS5j b20+PiwgTWljaGFlbCBEb2xhbiA8bWRvbGFuQGxpbnV4Zm91bmRhdGlvbi5vcmc8bWFpbHRvOm1k b2xhbkBsaW51eGZvdW5kYXRpb24ub3JnPj4NClN1YmplY3Q6IFJFOiBYZW4gcHJvamVjdCBBZHZp c29yeSBCb2FyZCBNZWV0aW5nIC0gbm90ZXMgMjAxNS0xMi0xNQ0KDQpQcmVzZW50DQpEb24gQCBJ bnRlbA0KTGF1cmEsIFNhcmFoLCBaaWJieSBAIExGDQpQaGlsaXBwZSBAIEFSTQ0KQW50aG9ueSBA IFJhY2tzcGFjZQ0KS29ucmFkIEAgT3JhY2xlDQpMYXJzDQpKYW1lcywgTWFyayBAIENpdHJpeA0K DQpOb3Rlcw0KKExhcnMgdG8gZW5zdXJlIHRoYXQgdGhlIG1lZXRpbmcgaW52aXRlIGNvbnRhaW5z IHRoZSB1cGRhdGVkIGRpYWwtaW4gbnVtYmVycykNCg0KUmV2aWV3IG9mIDIwMTUgY29tbXVuaXR5 IHBsYW4NCg0KKFNlZSBzbGlkZXMgMy01IG9mIFhlbiBQcm9qZWN0IENvbW11bml0eSBQbGFuIGZv ciAyMDE1IChSZXZpZXcpLnBkZikNCg0KT3BlbnN0YWNrIENJIGxvb3ANCg0KICAqICAgS29ucmFk OiBBIGdyb3VwIEEgcmVxdWlyZW1lbnQgaXMgdHVybmFyb3VuZCB0aW1lIGJlaW5nIDQgaG91cnMg 4oCTIGRvbuKAmXQga25vdyBob3cgd2UgY2FuIHBvc3NpYmxlIGhhbmRsZSB0aGlzIGFuZCB0aHVz IGNhbuKAmXQgcmVhbGx5IGNvbW1pdCB0byB0aGlzLiBGb2N1cyBoYXMgYmVlbiBtb3JlIG9uIHRo ZSBkZXZlbG9wbWVudCBzaWRlLCBmaXhpbmcgZ2FwcyBpbiBsaWJ2aXJ0IGV0Yy4NCiAgKiAgIEFD VElPTiBOZWVkIHRvIGRpc2N1c3MgdGhpcyBpbiB0aGUgbmV4dCBXRyBtZWV0aW5nIHRvIGZpZ3Vy ZSBvdXQgd2hhdCB3ZSBjYW4gZG8uIENhbiBDcmVkYXRpdiBoZWxwIGhlcmUgKGZhciBlYXN0IHRp bWV6b25lIGNvdmVyYWdlKT8NCg0KQnVkZ2V0IHJldmlldw0KDQooU2VlIHNsaWRlIDIsIDUgJiBt YWlubHkgNiBvZiBYZW4gUHJvamVjdCAyMDE1IFE0IEJ1ZGdldCBSZXBvcnQgdjIucGRmKQ0KDQpS ZXZpZXcgb2YgMjAxNiBjb21tdW5pdHkgcGxhbg0KDQooc2VlIFhlbiBQcm9qZWN0IENvbW11bml0 eSBQbGFuIGZvciAyMDE2IChQcm9wb3NhbCkucGRmKQ0KDQpEb246IG9uZSBvZiBvdXIgaXNzdWVz IGluIDIwMTUgd2FzIG91ciBzZWN1cml0eSBuYXJyYXRpdmUg4oCTIHNob3VsZCB3ZSBoYXZlIGEg Z29hbCBpbiAyMDE2IHRvIGltcHJvdmUgdGhpcz8NCkxhcnM6IGFtIGhhcHB5IHRvIGRvIHRoYXQu IFdlIGNvdWxkIGxvb2sgYXQgbWVkaWEgYW5hbHlzaXMgdGhyb3VnaCB0aGUgeWVhciB0byBzZWUg aWYgdGhpbmdzIGFyZSBnZXR0aW5nIGJldHRlci4NClNhcmFoOiBjaGFuZ2UgaW4gcGVyY2VwdGlv biBjYW4gYmUgYSBzbG93IHByb2Nlc3MuIFNhcmFoIGNhbiBkbyBzb21lIGFuYWx5c2lzLg0KDQpB Q1RJT04gTGFycyB0byBlbGV2YXRlIOKAnHJlZHVjaW5nIG5lZ2F0aXZlIHNlY3VyaXR5IGNvdmVy YWdl4oCdIHRvIGEgMjAxNiBnb2FsDQpBQ1RJT04gU2FyYWggdG8gZ2V0IGRhdGEgb24gdGhlIGNo YW5nZXMgaW4gc2VjdXJpdHkgcHJlc3MgY292ZXJhZ2Uvc2VudGltZW50IG92ZXIgMjAxNQ0KDQpS ZXZpZXcgb2YgMjAxNiBkcmFmdCBidWRnZXQNCg0KKHNlZSBYZW4gUHJvamVjdCAyMDE2IERyYWZ0 IEJ1ZGdldC5wZGYpDQoNCkxhcnMgaXMgbm90IGxvb2tpbmcgdG8gZ2V0IHRoZSBidWRnZXQgYXBw cm92ZWQgdGhpcyBtb250aCDigJMgYnV0IHdhbnRzIHBvaW50ZXJzIHRvIGhlbHAgZ2V0IGEgYmV0 dGVyIHByb3Bvc2FsIHRvIGRpc2N1c3MgaW4gSmFudWFyeS4NCg0KRGlzY3Vzc2lvbg0KDQogICog ICBOZWVkIHRvIHJldGFpbiBhIFBSL0FSIGZ1bmN0aW9uIGluIG9yZGVyIHRvIG1lZXQgb3VyIDIw MTYgZ29hbHMgKGluY2x1ZGluZyB0aGUgb25lIGp1c3QgYWdyZWVkIGFyb3VuZCByZWR1Y2luZyBu ZWdhdGl2ZSBzZWN1cml0eSBwcmVzcykuIE1hcms6IGhhcmQgdG8gZG8gdGhpcyBtb3JlIGNoZWFw bHkgdGhhbiB0aGUgY3VycmVudCAkMTAway4gU2FyYWg6IGN1dHRpbmcgYmFjayB0b28gbXVjaCB3 b3VsZCBsaW1pdCBtb21lbnR1bS4NCiAgKiAgIFRoZSBidWRnZXQgc3VycGx1cyBmcm9tIDIwMTUg bWF5IGJlICQzMGsgbW9yZSB0aGFuIGN1cnJlbnRseSBleHBlY3RlZCAoZHVlIHRvIGFjY291bnRp bmcgZXJyb3JzKSDigJMgaS5lLiB3ZSBjYW4gcHJvYmFibHkgYWZmb3JkIHRvIG92ZXJzcGVuZCBh IGxpdHRsZSBpbiAyMDE2Lg0KICAqICAgTGFycyBzdWdnZXN0cyB0aGF0IEFCIG1lbWJlcnMgZ28g YmFjayB0byB0aGVpciBjb21wYW5pZXMvbWFuYWdlcnMgdG8gZGlzY3VzcyBvcHRpb25zIChzbGlk ZSA1KSBzdWNoIGFzIGluY3JlYXNpbmcgbWVtYmVyc2hpcCBmZWVzLCBoYXZpbmcgbWVtYmVycyBm dW5kIHNwZWNpZmljIGFjdGl2aXRpZXMuDQogICogICBMYXJzOiB3ZSBzaG91bGQgYWdyZWUgc29t ZSBydWxlcyBvbiBob3cgYmlnIHRoZSByZXNlcnZlIHNob3VsZCBiZS4gSXMgdGhlcmUgYSBiZXN0 IHByYWN0aWNlIGZvciBMRiBjb2xsYWJvcmF0aXZlIHByb2plY3RzPyBMYXVyYTogc29tZSBwcm9q ZWN0cyBoYXZlIG5vIHJlc2VydmUsIHBhcnRpY3VsYXJseSBpZiB0aGV54oCZcmUgZ3Jvd2luZyBx dWlja2x5LiBNb3N0IG1hdHVyZSBwcm9qZWN0cyBoYXZlIDIgdG8gNSUuIFNvbWUgcHJvamVjdHMg aGF2ZSBtb3JlIGZvciBhIHZhcmlldHkgb2YgcmVhc29ucyAoZS5nLiB0byBoZWRnZSBhZ2FpbnN0 IG1lbWJlcnMgbGVhdmluZykuDQogICogICBHZW5lcmFsIGZlZWxpbmcgdGhhdCBhIHZhcmlhbnQg b2Ygc2NlbmFyaW8gMiBtYWtlcyBtb3N0IHNlbnNlOyB3aXRoIGEgbGl0dGxlIGJpdCBvZiBPdXRy ZWFjaHkg4oCTIHdpdGggbW9yZSBpbmNvbWUgd2UgY291bGQgaW5jcmVhc2UgdGhpcy4gRm9yIHRl c3QgbGFiIOKAkyBmaWxsIHVwIHRoZSByYWNrIHdlIGhhdmUgKHRvIHJlZHVjZSBvdmVyaGVhZHMg Zm9yIGEgbmV3IHJhY2spIOKAkyByZXZpZXcgaW4gdGhlIHNlY29uZCBoYWxmIG9mIHRoZSB5ZWFy Lg0KICAqICAgVGhpcyBzaG91bGQgYWxsb3cgdXMgdG8ga2VlcCBhbGwgdGhlIDIwMTYgZ29hbHMg ZnJvbSB0aGUgZHJhZnQgcGxhbi4NCg0KQUNUSU9OIEFsbCBBQiBtZW1iZXJzIHRvIGhhdmUgYSBj b252ZXJzYXRpb24gd2l0aCB0aGVpciBtYW5hZ2VycyByZSBhbHRlcm5hdGl2ZSBmdW5kaW5nIG9w dGlvbnMNCkFDVElPTiBMYXJzIHRvIHRhbGsgdG8gTGF1cmEgYW5kIE1pa2UgdG8gY29tZSB1cCB3 aXRoIGEgcHJvcG9zYWwgZm9yIHBvbGljeSBvbiB0aGUgc2l6ZSBvZiB0aGUgcmVzZXJ2ZS4NCg0K Rm9yIHRob3NlIG5vdCBvbiB0aGUgY2FsbCBwbGVhc2Ugc2hhcmUgdmlhIGVtYWlsIHlvdXIgdGhv dWdodHMgb24gdGhlIGdlbmVyYWwgZGlyZWN0aW9uIGRpc2N1c3NlZCBhbmQgZGVzY3JpYmVkIGFi b3ZlLg0KDQoNCg0KDQotLS0tLU9yaWdpbmFsIEFwcG9pbnRtZW50LS0tLS0NCkZyb206IExhcnMg S3VydGgNClNlbnQ6IDIwIE1hcmNoIDIwMTQgMTM6NTYNClRvOiBMYXJzIEt1cnRoOyBKYW1lcyBC dWxwaW47ICdrb25yYWQud2lsa0BvcmFjbGUuY29tPG1haWx0bzona29ucmFkLndpbGtAb3JhY2xl LmNvbT4nOyAnbXN3QGFtYXpvbi5jb208bWFpbHRvOidtc3dAYW1hem9uLmNvbT4nOyAndWx0cm90 dGVyQGdvb2dsZS5jb208bWFpbHRvOid1bHRyb3R0ZXJAZ29vZ2xlLmNvbT4nOyBzdXNpZSBsaTsg TGFiaWFnYSwgUmljYXJkbzsgUGF1bCBWb2NjaW87IEFudG9ueSBNZXNzZXJsaTsgV2lrZWxpdXMs IExhcnJ5OyBTdXRoaWt1bHBhbml0LCBTdXJhdmVlOyBMYXVyYSBLZW1wa2U7IElhbiBQcmF0dDsg VGhvbWFzIE1vbGdhYXJkOyAnc2hlcnJ5Lmh1cndpdHpAYW1kLmNvbTxtYWlsdG86J3NoZXJyeS5o dXJ3aXR6QGFtZC5jb20+JzsgQm9vcywgUm9iZXJ0DQpDYzogJ2JhdGVzakBnb29nbGUuY29tPG1h aWx0bzonYmF0ZXNqQGdvb2dsZS5jb20+JzsgJ2NzY2hsYWVnQGFtYXpvbi5jb208bWFpbHRvOidj c2NobGFlZ0BhbWF6b24uY29tPic7ICdkb25hbGQuZC5kdWdnZXJAaW50ZWwuY29tPG1haWx0bzon ZG9uYWxkLmQuZHVnZ2VyQGludGVsLmNvbT4nOyBNYXJrIEhpbmtsZTsgJ2RhbmllbC5raXBlckBv cmFjbGUuY29tPG1haWx0bzonZGFuaWVsLmtpcGVyQG9yYWNsZS5jb20+JzsgJ0JyaWFuIFdhcm5l cic7IFNhcmFoIENvbndheTsgbWFqb3IuaGF5ZGVuQHJhY2tzcGFjZS5jb208bWFpbHRvOm1ham9y LmhheWRlbkByYWNrc3BhY2UuY29tPjsgJ2p1bi5uYWthamltYUBpbnRlbC5jb208bWFpbHRvOidq dW4ubmFrYWppbWFAaW50ZWwuY29tPicgKGp1bi5uYWthamltYUBpbnRlbC5jb208bWFpbHRvOmp1 bi5uYWthamltYUBpbnRlbC5jb20+KTsgUGhpbGlwcGUgUm9iaW47IE1pY2hhZWwgRG9sYW4NClN1 YmplY3Q6IFhlbiBwcm9qZWN0IEFkdmlzb3J5IEJvYXJkIE1lZXRpbmcNCldoZW46IDE1IERlY2Vt YmVyIDIwMTUgMTU6MDAtMTY6MDAgKFVUQykgRHVibGluLCBFZGluYnVyZ2gsIExpc2JvbiwgTG9u ZG9uLg0KV2hlcmU6IENvbmZlcmVuY2UgUm9vbSBOdW1iZXIgaXM6IDYwNTMyMDggLSBDaGluYTog Kzg2IDQwMDg4MTEwNzYgfCBHZXJtYW55OiArNDkgMDgwMDcyMzUxMTggfCBTb3V0aCBLb3JlYTog KzgyICgwKSA4MDYwOTA4ODAgfCBQb2xhbmQ6ICs0OCAoMDApIDgwMDEyMTM5NzMgfCBVbml0ZWQg S2luZ2RvbTogKzQ0ICgwKSA4MDAwMjg0MDUxIHwgVW5pdGVkIFN0YXRlczogKzEgKDg2NikgOTUx LTExNTENCg0KDQpXaGVuOiBPY2N1cnMgZXZlcnkgbW9udGggb24gdGhlIHRoaXJkIFR1ZXNkYXkg b2YgdGhlIG1vbnRoIGZyb20gMzowMCBQTSB0byA0OjAwIFBNIGVmZmVjdGl2ZSA1LzIxLzIwMTMg dW50aWwgOC8xNy8yMDIxLiBUaGVyZSBhcmUgNzQgbW9yZSBvY2N1cnJlbmNlcy4gKFVUQykgRHVi bGluLCBFZGluYnVyZ2gsIExpc2JvbiwgTG9uZG9uDQoNCldoZXJlOiBDb25mZXJlbmNlIFJvb20g TnVtYmVyIGlzOiA2MDUzMjA4IC0gQ2hpbmE6ICs4NiA0MDA4ODExMDc2IHwgR2VybWFueTogKzQ5 IDA4MDA3MjM1MTE4IHwgU291dGggS29yZWE6ICs4MiAoMCkgODA2MDkwODgwIHwgUG9sYW5kOiAr NDggKDAwKSA4MDAxMjEzOTczIHwgVW5pdGVkIEtpbmdkb206ICs0NCAoMCkgODAwMDI4NDA1MSB8 IFVuaXRlZCBTdGF0ZXM6ICsxICg4NjYpIDk1MS0xMTUxDQoNCg0KDQoqfip+Kn4qfip+Kn4qfip+ Kn4qDQoNCkhpIGV2ZXJ5Ym9keSwNCkkgYW0gc2VuZGluZyBOT1Qgc2VuZGluZyB0aGUgY2FsZW5k YXIgaW52aXRlIHRvIHRoZSBtYWlsaW5nIGxpc3QgYXMNCmEpIGRpYWwtaW4gZGV0YWlscyB3b3Vs ZCBiZWNvbWUgcHVibGljDQpiKSBpdCB3aWxsIGJlIGRpZmZpY3VsdCB0byBhZGQgZnVydGhlciBi b2FyZCBtZW1iZXIgcHJveGllcyBhdCBhIGxhdGVyIHN0YWdlDQpSZWdhcmRzDQpMYXJzDQoNCkRp YWwtaW4gRGV0YWlscw0KDQpUaGUgQ29uZmVyZW5jZSBSb29tIE51bWJlciBpczogNjA1MzIwOA0K DQpDaGluYTogKzg2IDQwMDg4MTEwNzYNCkdlcm1hbnk6ICs0OSAwODAwNzIzNTExOA0KUG9sYW5k OiArNDggKDAwKSA4MDAxMjEzOTczDQpTb3V0aCBLb3JlYTogKzgyICgwKSA4MDYwOTA4ODANClVu aXRlZCBLaW5nZG9tOiArNDQgKDApIDgwMDAyODQwNTENClVuaXRlZCBTdGF0ZXM6ICsxICg4NjYp IDk1MS0xMTUxDQpVbml0ZWQgU3RhdGVzIChUb2xsKTogKzEgKDIwMSkgNTkwLTIyNTUNCg0KT3Ro ZXIgbnVtYmVycyBib3RoIHRvbGwgZnJlZSBhbmQgdG9sbCBhcmUgYXQgdGhlIGJvdHRvbSBvZiB0 aGUgaW52aXRlLg0KDQpNZWV0aW5nIERhdGVzICAgfCBVVEMgdGltZSAgICAgfCBOb3Rlcw0KQXBy aWwgMTUsIDIwMTQgIHwgMTQ6MDAgVVRDICAgIHwgKioqKQ0KTWF5IDIwLCAyMDE0ICAgfCAxNDow MCBVVEMgICAgfA0KSnVuZSAxNywgMjAxNCAgIHwgMTQ6MDAgVVRDICAgIHwNCkp1bHkgMTUsIDIw MTQgICB8IDE0OjAwIFVUQyAgICB8DQpBdWcgMTksIDIwMTQgICB8IDE0OjAwIFVUQyAgICB8IFBs YW4gZm9yIGZhY2UtMi1mYWNlIGF0IHRoZSBYZW4gUHJvamVjdCBEZXZlbG9wZXIgU3VtbWl0DQpT ZXB0IDE2LCAyMDE0ICAgfCAxNDowMCBVVEMgICAgfA0KT2N0IDIxLCAyMDE0ICAgfCAxNDowMCBV VEMgICAgfA0KTm92IDE4LCAyMDE0ICAgfCAxNTowMCBVVEMgICAgfCAqKikgKioqKQ0KRGVjIDE2 LCAyMDE0ICB8IDE1OjAwIFVUQyAgICB8DQpKYW4gMjAsIDIwMTUgICB8IDE1OjAwIFVUQyAgICB8 DQpGZWIgMTcsIDIwMTUgICB8IDE1OjAwIFVUQyAgICB8DQpNYXJjaCAxNywgMjAxNSAgfCAxNTow MCBVVEMgICAgfCAqKikgKioqKikNCkFwcmlsIDIxLCAyMDE1ICB8IDE0OjAwIFVUQyAgICB8ICoq KikNCg0KLS0tDQoqKSBOb3RlIHRoYXQgQ2hpbmEgYW5kIFNvdXRoIEtvcmVhIGRvIG5vdCBvYnNl cnZlIERheWxpZ2h0IFNhdmluZyBUaW1lDQoqKikgVVMgZGF5bGlnaHQgc2F2aW5nIHN0YXJ0cyBv biBNYXJjaCA5dGggYW5kIGVuZHMgYXQgTm92IDJuZDIwMTQsIE1hcmNoIDh0aCDigJMgTm92IDFz dCAyMDE1DQoqKiopIFVLIGRheWxpZ2h0IHNhdmluZyBzdGFydHMgTWFyY2ggMzB0aCBhbmQgZW5k cyBhdCBPY3QgMjZ0aCAyMDE0LCBNYXJjaCAyOXRoIOKAkyBPY3QgMjZ0aCAyMDE1DQoqKioqKSBU aGUgbWVldGluZyBzaG91bGQgYmUgb25lIGhvdXIgbGF0ZXIgaW4gdGhlIFVTICg4OjAwIFBhY2lm aWMgaW5zdGVhZCBvZiA3OjAwIGR1ZSB0byB0aGUgZWFybGllciBzdGFydCBvZiBVUyBkYXlsaWdo dCBzYXZpbmdzKQ0KDQpDYWxsIFRvbGwtRnJlZToNCg0KQXVzdHJhbGlhOiArNjEgMTgwMDg4NjE1 NA0KQXVzdHJpYTogKzQzIDA4MDAyMDIxNDINCkJhaHJhaW46ICs5NzMgODAwODEwMjUNCkJlbGdp dW06ICszMiAoMCkgODAwMzkxNzQNCkJyYXppbDogKzU1ICgwKSA4MDAwNDc0OTAwDQpDaGluYTog Kzg2IDQwMDg4MTEwNzYNCkN6ZWNoIFJlcHVibGljOiArNDIwIDgwMDUwMDQ0MQ0KRGVubWFyazog KzQ1IDgwOTAxOTE3DQpGaW5sYW5kOiArMzU4ICgwKSA4MDA5NDUwMQ0KRnJhbmNlOiArMzMgKDAp IDgwNTU0MTA0MQ0KR2VybWFueTogKzQ5IDA4MDA3MjM1MTE4DQpIb25nIEtvbmc6ICs4NTIgMzA3 MTMwNzINCkluZGlhOiArOTEgMDAwODAwNjUwMTY2NA0KSXJlbGFuZDogKzM1MyAxODAwODEyNjEw DQpJc3JhZWw6ICs5NzIgMTgwOTIxMjg3NA0KSXNyYWVsOiArOTcyIDE4MDk0OTQxMTkNCkl0YWx5 OiArMzkgODAwOTA2OTUzDQpKYXBhbjogKzgxICgwKSAxMjAyMTY3MDANCkx1eGVtYm91cmc6ICsz NTIgODAwODA5MTgNCk1hbGF5c2lhOiArNjAgMTgwMDgxNTM3Nw0KTWV4aWNvOiArNTIgMDE4MDA5 MjUwMzcwDQpOZXRoZXJsYW5kczogKzMxIDgwMDI2NTg0NjgNCk5ldyBaZWFsYW5kOiArNjQgMDUw ODgwMDczNiBCRVRBDQpOZXcgWmVhbGFuZDogKzY0IDA4MDA0NTIxODQNCk5vcndheTogKzQ3IDgw MDMwMjE2DQpQaGlsaXBwaW5lczogKzYzIDE4MDAxNjUxMDcwMA0KUG9sYW5kOiArNDggKDAwKSA4 MDAxMjEzOTczDQpQb3J0dWdhbDogKzM1MSA4MDA3ODQ0NTQNClNpbmdhcG9yZTogKzY1IDgwMDEy MDU2MTANClNvdXRoIEtvcmVhOiArODIgKDApIDgwNjA5MDg4MA0KU3BhaW46ICszNCA4MDA5MDA1 NzYNClN3ZWRlbjogKzQ2IDAyMDk4MDc2Ng0KU3dpdHplcmxhbmQ6ICs0MSAwODAwMDAwMjU3IEJF VEENClN3aXR6ZXJsYW5kOiArNDEgKDApIDgwMDc0MTIwNQ0KVGFpd2FuOiArODg2IDA4MDA2NjY4 NDQNClRoYWlsYW5kOiArNjYgMDAxODAwNjU4MTA5DQpVbml0ZWQgS2luZ2RvbTogKzQ0ICgwKSA4 MDAwMjg0MDUxDQpVbml0ZWQgU3RhdGVzOiArMSAoODY2KSA5NTEtMTE1MQ0KDQpDYWxsIFRvbGw6 DQoNCkF1c3RyYWxpYTogKzYxIDM4NjQ0NzA0OA0KQXVzdHJpYTogKzQzICgwKSA3MjA4ODAxOTUN CkJlbGdpdW06ICszMiAoMCkgMiA4MDgzNTcwDQpDYW5hZGE6ICsxICg0MTYpIDgwMC04OTQ3DQpD aGlsZTogKzU2IDI1OTUyODAwDQpDemVjaCBSZXB1YmxpYzogKzQyMCAyNDYwMTk3NjENCkRlbm1h cms6ICs0NSA2OTkxODU2MQ0KRmlubGFuZDogKzM1OCAoMCkgOTQyNDE1NzMwDQpGcmFuY2U6ICsz MyAoMCkgMTcwNjEwNDExDQpHZXJtYW55OiArNDkgODExODg5OTcwMjMNCkdyZWVjZTogKzMwIDIx MTE3NjgyMDgNCklyZWxhbmQ6ICszNTMgKDApIDEgNjUyNjU3NA0KSXNyYWVsOiArOTcyICgwKSAz NzIxOTYyMQ0KSXRhbHk6ICszOSA2OTE3MTc4ODgNCkphcGFuOiArODEgKDApIDMgNDUyMDk0MzkN Ckx1eGVtYm91cmc6ICszNTIgMjA4ODAzNzANCk1leGljbzogKzUyICgwMSkgNSA1MTE2Mzg5OTYN Ck5ldGhlcmxhbmRzOiArMzEgKDApIDIgMDI2Mjk2NTQNCk5ldyBaZWFsYW5kOiArNjQgKDApIDk5 NzQ5NTg1DQpOb3J3YXk6ICs0NyAyMTUxODE5Nw0KUGVydTogKzUxIDE3MDg1NTY5DQpQb2xhbmQ6 ICs0OCAoMCkgMiAyMzk4NzczNQ0KU3BhaW46ICszNCA5MzE4MTY2NjINClN3ZWRlbjogKzQ2ICgw KSA4IDUyNTAwMTAwDQpTd2l0emVybGFuZDogKzQxICgwKSAyMjUzMzEwODgNClVuaXRlZCBLaW5n ZG9tOiArNDQgKDApIDIwMzMxODExNzINClVuaXRlZCBTdGF0ZXM6ICsxICgyMDEpIDU5MC0yMjU1 DQoNCg0KDQoNCg== --_000_D2A05C8324132larskurthcitrixcom_ Content-Type: text/html; charset="utf-8" Content-ID: <258D3B590F5EE24DAEBCAD97EDB31EA3@citrix.com> Content-Transfer-Encoding: base64 PGh0bWw+DQo8aGVhZD4NCjxtZXRhIGh0dHAtZXF1aXY9IkNvbnRlbnQtVHlwZSIgY29udGVudD0i dGV4dC9odG1sOyBjaGFyc2V0PXV0Zi04Ij4NCjwvaGVhZD4NCjxib2R5IHN0eWxlPSJ3b3JkLXdy YXA6IGJyZWFrLXdvcmQ7IC13ZWJraXQtbmJzcC1tb2RlOiBzcGFjZTsgLXdlYmtpdC1saW5lLWJy ZWFrOiBhZnRlci13aGl0ZS1zcGFjZTsgY29sb3I6IHJnYigwLCAwLCAwKTsgZm9udC1zaXplOiAx NHB4OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsiPg0KPGRpdj5TZW5kaW5nIHRo aXMgdG8gdGhlIG1haWxpbmcgbGlzdCwgcmF0aGVyIHRoYW4gaW5kaXZpZHVhbHMuPC9kaXY+DQo8 ZGl2PkFzIGFuIGFzaWRlOiBJIHdpbGwgY2FuY2VsIHRoZSBtZWV0aW5nIGludml0ZSBhbmQgY3Jl YXRlIGEgbmV3IG9uZSB3aXRoIHVwZGF0ZWQgY2FsbC1pbiBkZXRhaWxzLjwvZGl2Pg0KPGRpdj5M YXJzPC9kaXY+DQo8ZGl2Pjxicj4NCjwvZGl2Pg0KPHNwYW4gaWQ9Ik9MS19TUkNfQk9EWV9TRUNU SU9OIj4NCjxkaXYgc3R5bGU9ImZvbnQtZmFtaWx5OkNhbGlicmk7IGZvbnQtc2l6ZToxMXB0OyB0 ZXh0LWFsaWduOmxlZnQ7IGNvbG9yOmJsYWNrOyBCT1JERVItQk9UVE9NOiBtZWRpdW0gbm9uZTsg Qk9SREVSLUxFRlQ6IG1lZGl1bSBub25lOyBQQURESU5HLUJPVFRPTTogMGluOyBQQURESU5HLUxF RlQ6IDBpbjsgUEFERElORy1SSUdIVDogMGluOyBCT1JERVItVE9QOiAjYjVjNGRmIDFwdCBzb2xp ZDsgQk9SREVSLVJJR0hUOiBtZWRpdW0gbm9uZTsgUEFERElORy1UT1A6IDNwdCI+DQo8c3BhbiBz dHlsZT0iZm9udC13ZWlnaHQ6Ym9sZCI+RnJvbTogPC9zcGFuPiZxdW90OzxhIGhyZWY9Im1haWx0 bzpqYW1lcy5idWxwaW5AY2l0cml4LmNvbSI+amFtZXMuYnVscGluQGNpdHJpeC5jb208L2E+JnF1 b3Q7ICZsdDs8YSBocmVmPSJtYWlsdG86amFtZXMuYnVscGluQGNpdHJpeC5jb20iPmphbWVzLmJ1 bHBpbkBjaXRyaXguY29tPC9hPiZndDs8YnI+DQo8c3BhbiBzdHlsZT0iZm9udC13ZWlnaHQ6Ym9s ZCI+RGF0ZTogPC9zcGFuPlR1ZXNkYXksIDE1IERlY2VtYmVyIDIwMTUgMTY6MDM8YnI+DQo8c3Bh biBzdHlsZT0iZm9udC13ZWlnaHQ6Ym9sZCI+VG86IDwvc3Bhbj5MYXJzIEt1cnRoICZsdDs8YSBo cmVmPSJtYWlsdG86bGFycy5rdXJ0aEBjaXRyaXguY29tIj5sYXJzLmt1cnRoQGNpdHJpeC5jb208 L2E+Jmd0OywgS29ucmFkIFdpbGsgJmx0OzxhIGhyZWY9Im1haWx0bzprb25yYWQud2lsa0BvcmFj bGUuY29tIj5rb25yYWQud2lsa0BvcmFjbGUuY29tPC9hPiZndDssIE1hdHQgV2lsc29uICZsdDs8 YSBocmVmPSJtYWlsdG86bXN3QGFtYXpvbi5jb20iPm1zd0BhbWF6b24uY29tPC9hPiZndDssDQog R3VpZG8gVHJvdHRlciAmbHQ7PGEgaHJlZj0ibWFpbHRvOnVsdHJvdHRlckBnb29nbGUuY29tIj51 bHRyb3R0ZXJAZ29vZ2xlLmNvbTwvYT4mZ3Q7LCAnU3VzaWUgTGknICZsdDs8YSBocmVmPSJtYWls dG86c3VzaWUubGlAaW50ZWwuY29tIj5zdXNpZS5saUBpbnRlbC5jb208L2E+Jmd0OywgJnF1b3Q7 PGEgaHJlZj0ibWFpbHRvOnJpY2FyZG8ubGFiaWFnYUBuZXRhcHAuY29tIj5yaWNhcmRvLmxhYmlh Z2FAbmV0YXBwLmNvbTwvYT4mcXVvdDsgJmx0OzxhIGhyZWY9Im1haWx0bzpyaWNhcmRvLmxhYmlh Z2FAbmV0YXBwLmNvbSI+cmljYXJkby5sYWJpYWdhQG5ldGFwcC5jb208L2E+Jmd0OywNCiAmcXVv dDs8YSBocmVmPSJtYWlsdG86cGF1bC52b2NjaW9AcmFja3NwYWNlLmNvbSI+cGF1bC52b2NjaW9A cmFja3NwYWNlLmNvbTwvYT4mcXVvdDsgJmx0OzxhIGhyZWY9Im1haWx0bzpwYXVsLnZvY2Npb0By YWNrc3BhY2UuY29tIj5wYXVsLnZvY2Npb0ByYWNrc3BhY2UuY29tPC9hPiZndDssIEFudG9ueSBN ZXNzZXJsaSAmbHQ7PGEgaHJlZj0ibWFpbHRvOmFtZXNzZXJsQHJhY2tzcGFjZS5jb20iPmFtZXNz ZXJsQHJhY2tzcGFjZS5jb208L2E+Jmd0OywgTGFycnkgV2lrZWxpdXMgJmx0OzxhIGhyZWY9Im1h aWx0bzpMYXJyeS5XaWtlbGl1c0BjYXZpdW1uZXR3b3Jrcy5jb20iPkxhcnJ5Lldpa2VsaXVzQGNh dml1bW5ldHdvcmtzLmNvbTwvYT4mZ3Q7LA0KIFN1cmF2ZWUgU3V0aGlrdWxwYW5pdCAmbHQ7PGEg aHJlZj0ibWFpbHRvOlN1cmF2ZWUuU3V0aGlrdWxwYW5pdEBhbWQuY29tIj5TdXJhdmVlLlN1dGhp a3VscGFuaXRAYW1kLmNvbTwvYT4mZ3Q7LCBMYXVyYSBLZW1wa2UgJmx0OzxhIGhyZWY9Im1haWx0 bzpsa2VtcGtlQGxpbnV4Zm91bmRhdGlvbi5vcmciPmxrZW1wa2VAbGludXhmb3VuZGF0aW9uLm9y ZzwvYT4mZ3Q7LCBJYW4gUHJhdHQgJmx0OzxhIGhyZWY9Im1haWx0bzppYW5AYnJvbWl1bS5jb20i PmlhbkBicm9taXVtLmNvbTwvYT4mZ3Q7LA0KIFRob21hcyBNb2xnYWFyZCAmbHQ7PGEgaHJlZj0i bWFpbHRvOlRob21hcy5Nb2xnYWFyZEBhcm0uY29tIj5UaG9tYXMuTW9sZ2FhcmRAYXJtLmNvbTwv YT4mZ3Q7LCAmcXVvdDsnU2hlcnJ5LiBjb20nJnF1b3Q7ICZsdDs8YSBocmVmPSJtYWlsdG86U2hl cnJ5Lkh1cndpdHpAYW1kLmNvbSI+U2hlcnJ5Lkh1cndpdHpAYW1kLmNvbTwvYT4mZ3Q7LCAmcXVv dDtCb29zLCBSb2JlcnQmcXVvdDsgJmx0OzxhIGhyZWY9Im1haWx0bzpyYm9vc0B2ZXJpem9uLmNv bSI+cmJvb3NAdmVyaXpvbi5jb208L2E+Jmd0Ozxicj4NCjxzcGFuIHN0eWxlPSJmb250LXdlaWdo dDpib2xkIj5DYzogPC9zcGFuPkplZmYgQmF0ZXMgJmx0OzxhIGhyZWY9Im1haWx0bzpiYXRlc2pA Z29vZ2xlLmNvbSI+YmF0ZXNqQGdvb2dsZS5jb208L2E+Jmd0OywgQ2hyaXMgU2NobGFlZ2VyICZs dDs8YSBocmVmPSJtYWlsdG86Y3NjaGxhZWdAYW1hem9uLmNvbSI+Y3NjaGxhZWdAYW1hem9uLmNv bTwvYT4mZ3Q7LCBEb25hbGQgRHVnZ2VyICZsdDs8YSBocmVmPSJtYWlsdG86ZG9uYWxkLmQuZHVn Z2VyQGludGVsLmNvbSI+ZG9uYWxkLmQuZHVnZ2VyQGludGVsLmNvbTwvYT4mZ3Q7LA0KIE1hcmsg SGlua2xlICZsdDs8YSBocmVmPSJtYWlsdG86TWFyay5IaW5rbGVAY2l0cml4LmNvbSI+TWFyay5I aW5rbGVAY2l0cml4LmNvbTwvYT4mZ3Q7LCAmcXVvdDs8YSBocmVmPSJtYWlsdG86ZGFuaWVsLmtp cGVyQG9yYWNsZS5jb20iPmRhbmllbC5raXBlckBvcmFjbGUuY29tPC9hPiZxdW90OyAmbHQ7PGEg aHJlZj0ibWFpbHRvOmRhbmllbC5raXBlckBvcmFjbGUuY29tIj5kYW5pZWwua2lwZXJAb3JhY2xl LmNvbTwvYT4mZ3Q7LCBCcmlhbiBXYXJuZXIgJmx0OzxhIGhyZWY9Im1haWx0bzpicmlhbi53YXJu ZXJAbGludXhmb3VuZGF0aW9uLm9yZyI+YnJpYW4ud2FybmVyQGxpbnV4Zm91bmRhdGlvbi5vcmc8 L2E+Jmd0OywNCiBTYXJhaCBDb253YXkgJmx0OzxhIGhyZWY9Im1haWx0bzpzY29ud2F5QGxpbnV4 Zm91bmRhdGlvbi5vcmciPnNjb253YXlAbGludXhmb3VuZGF0aW9uLm9yZzwvYT4mZ3Q7LCBNYWpv ciBIYXlkZW4gJmx0OzxhIGhyZWY9Im1haWx0bzptYWpvci5oYXlkZW5AcmFja3NwYWNlLmNvbSI+ bWFqb3IuaGF5ZGVuQHJhY2tzcGFjZS5jb208L2E+Jmd0OywgJnF1b3Q7J2p1bi4gY29tJyZxdW90 OyAmbHQ7PGEgaHJlZj0ibWFpbHRvOmp1bi5uYWthamltYUBpbnRlbC5jb20iPmp1bi5uYWthamlt YUBpbnRlbC5jb208L2E+Jmd0OywNCiBQaGlsaXBwZSBSb2JpbiAmbHQ7PGEgaHJlZj0ibWFpbHRv OlBoaWxpcHBlLlJvYmluQGFybS5jb20iPlBoaWxpcHBlLlJvYmluQGFybS5jb208L2E+Jmd0Oywg TWljaGFlbCBEb2xhbiAmbHQ7PGEgaHJlZj0ibWFpbHRvOm1kb2xhbkBsaW51eGZvdW5kYXRpb24u b3JnIj5tZG9sYW5AbGludXhmb3VuZGF0aW9uLm9yZzwvYT4mZ3Q7PGJyPg0KPHNwYW4gc3R5bGU9 ImZvbnQtd2VpZ2h0OmJvbGQiPlN1YmplY3Q6IDwvc3Bhbj5SRTogWGVuIHByb2plY3QgQWR2aXNv cnkgQm9hcmQgTWVldGluZyAtIG5vdGVzIDIwMTUtMTItMTU8YnI+DQo8L2Rpdj4NCjxkaXY+PGJy Pg0KPC9kaXY+DQo8ZGl2IHhtbG5zOnY9InVybjpzY2hlbWFzLW1pY3Jvc29mdC1jb206dm1sIiB4 bWxuczpvPSJ1cm46c2NoZW1hcy1taWNyb3NvZnQtY29tOm9mZmljZTpvZmZpY2UiIHhtbG5zOnc9 InVybjpzY2hlbWFzLW1pY3Jvc29mdC1jb206b2ZmaWNlOndvcmQiIHhtbG5zOm09Imh0dHA6Ly9z Y2hlbWFzLm1pY3Jvc29mdC5jb20vb2ZmaWNlLzIwMDQvMTIvb21tbCIgeG1sbnM9Imh0dHA6Ly93 d3cudzMub3JnL1RSL1JFQy1odG1sNDAiPg0KPG1ldGEgbmFtZT0iR2VuZXJhdG9yIiBjb250ZW50 PSJNaWNyb3NvZnQgV29yZCAxNSAoZmlsdGVyZWQgbWVkaXVtKSI+DQo8c3R5bGU+PCEtLQ0KLyog Rm9udCBEZWZpbml0aW9ucyAqLw0KQGZvbnQtZmFjZQ0KCXtmb250LWZhbWlseTpXaW5nZGluZ3M7 DQoJcGFub3NlLTE6NSAwIDAgMCAwIDAgMCAwIDAgMDt9DQpAZm9udC1mYWNlDQoJe2ZvbnQtZmFt aWx5OiJDYW1icmlhIE1hdGgiOw0KCXBhbm9zZS0xOjIgNCA1IDMgNSA0IDYgMyAyIDQ7fQ0KQGZv bnQtZmFjZQ0KCXtmb250LWZhbWlseTpDYWxpYnJpOw0KCXBhbm9zZS0xOjIgMTUgNSAyIDIgMiA0 IDMgMiA0O30NCkBmb250LWZhY2UNCgl7Zm9udC1mYW1pbHk6Q29uc29sYXM7DQoJcGFub3NlLTE6 MiAxMSA2IDkgMiAyIDQgMyAyIDQ7fQ0KLyogU3R5bGUgRGVmaW5pdGlvbnMgKi8NCnAuTXNvTm9y bWFsLCBsaS5Nc29Ob3JtYWwsIGRpdi5Nc29Ob3JtYWwNCgl7bWFyZ2luOjBjbTsNCgltYXJnaW4t Ym90dG9tOi4wMDAxcHQ7DQoJZm9udC1zaXplOjEyLjBwdDsNCglmb250LWZhbWlseToiVGltZXMg TmV3IFJvbWFuIixzZXJpZjt9DQphOmxpbmssIHNwYW4uTXNvSHlwZXJsaW5rDQoJe21zby1zdHls ZS1wcmlvcml0eTo5OTsNCgljb2xvcjojMDU2M0MxOw0KCXRleHQtZGVjb3JhdGlvbjp1bmRlcmxp bmU7fQ0KYTp2aXNpdGVkLCBzcGFuLk1zb0h5cGVybGlua0ZvbGxvd2VkDQoJe21zby1zdHlsZS1w cmlvcml0eTo5OTsNCgljb2xvcjojOTU0RjcyOw0KCXRleHQtZGVjb3JhdGlvbjp1bmRlcmxpbmU7 fQ0KcHJlDQoJe21zby1zdHlsZS1wcmlvcml0eTo5OTsNCgltc28tc3R5bGUtbGluazoiSFRNTCBQ cmVmb3JtYXR0ZWQgQ2hhciI7DQoJbWFyZ2luOjBjbTsNCgltYXJnaW4tYm90dG9tOi4wMDAxcHQ7 DQoJZm9udC1zaXplOjEwLjBwdDsNCglmb250LWZhbWlseToiQ291cmllciBOZXciO30NCnR0DQoJ e21zby1zdHlsZS1wcmlvcml0eTo5OTsNCglmb250LWZhbWlseToiQ291cmllciBOZXciO30NCnAu bXNvbm9ybWFsMCwgbGkubXNvbm9ybWFsMCwgZGl2Lm1zb25vcm1hbDANCgl7bXNvLXN0eWxlLW5h bWU6bXNvbm9ybWFsOw0KCW1zby1tYXJnaW4tdG9wLWFsdDphdXRvOw0KCW1hcmdpbi1yaWdodDow Y207DQoJbXNvLW1hcmdpbi1ib3R0b20tYWx0OmF1dG87DQoJbWFyZ2luLWxlZnQ6MGNtOw0KCWZv bnQtc2l6ZToxMi4wcHQ7DQoJZm9udC1mYW1pbHk6IlRpbWVzIE5ldyBSb21hbiIsc2VyaWY7fQ0K cC5lbWFpbHF1b3RlLCBsaS5lbWFpbHF1b3RlLCBkaXYuZW1haWxxdW90ZQ0KCXttc28tc3R5bGUt bmFtZTplbWFpbHF1b3RlOw0KCW1zby1tYXJnaW4tdG9wLWFsdDphdXRvOw0KCW1hcmdpbi1yaWdo dDowY207DQoJbXNvLW1hcmdpbi1ib3R0b20tYWx0OmF1dG87DQoJbWFyZ2luLWxlZnQ6MS4wcHQ7 DQoJYm9yZGVyOm5vbmU7DQoJcGFkZGluZzowY207DQoJZm9udC1zaXplOjEyLjBwdDsNCglmb250 LWZhbWlseToiVGltZXMgTmV3IFJvbWFuIixzZXJpZjt9DQpzcGFuLkhUTUxQcmVmb3JtYXR0ZWRD aGFyDQoJe21zby1zdHlsZS1uYW1lOiJIVE1MIFByZWZvcm1hdHRlZCBDaGFyIjsNCgltc28tc3R5 bGUtcHJpb3JpdHk6OTk7DQoJbXNvLXN0eWxlLWxpbms6IkhUTUwgUHJlZm9ybWF0dGVkIjsNCglm b250LWZhbWlseTpDb25zb2xhczt9DQpzcGFuLkVtYWlsU3R5bGUyMg0KCXttc28tc3R5bGUtdHlw ZTpwZXJzb25hbDsNCgljb2xvcjpibGFjazt9DQpzcGFuLkVtYWlsU3R5bGUyMw0KCXttc28tc3R5 bGUtdHlwZTpwZXJzb25hbC1yZXBseTsNCglmb250LWZhbWlseToiQ2FsaWJyaSIsc2Fucy1zZXJp ZjsNCgljb2xvcjojMUY0OTdEO30NCi5Nc29DaHBEZWZhdWx0DQoJe21zby1zdHlsZS10eXBlOmV4 cG9ydC1vbmx5Ow0KCWZvbnQtc2l6ZToxMC4wcHQ7fQ0KQHBhZ2UgV29yZFNlY3Rpb24xDQoJe3Np emU6NjEyLjBwdCA3OTIuMHB0Ow0KCW1hcmdpbjo3Mi4wcHQgNzIuMHB0IDcyLjBwdCA3Mi4wcHQ7 fQ0KZGl2LldvcmRTZWN0aW9uMQ0KCXtwYWdlOldvcmRTZWN0aW9uMTt9DQovKiBMaXN0IERlZmlu aXRpb25zICovDQpAbGlzdCBsMA0KCXttc28tbGlzdC1pZDoyODcyMDQ3ODk7DQoJbXNvLWxpc3Qt dHlwZTpoeWJyaWQ7DQoJbXNvLWxpc3QtdGVtcGxhdGUtaWRzOjM1NjY0ODY4OCAxMzQ4MDc1NTMg MTM0ODA3NTU1IDEzNDgwNzU1NyAxMzQ4MDc1NTMgMTM0ODA3NTU1IDEzNDgwNzU1NyAxMzQ4MDc1 NTMgMTM0ODA3NTU1IDEzNDgwNzU1Nzt9DQpAbGlzdCBsMDpsZXZlbDENCgl7bXNvLWxldmVsLW51 bWJlci1mb3JtYXQ6YnVsbGV0Ow0KCW1zby1sZXZlbC10ZXh0OlxGMEI3Ow0KCW1zby1sZXZlbC10 YWItc3RvcDpub25lOw0KCW1zby1sZXZlbC1udW1iZXItcG9zaXRpb246bGVmdDsNCgl0ZXh0LWlu ZGVudDotMTguMHB0Ow0KCWZvbnQtZmFtaWx5OlN5bWJvbDt9DQpAbGlzdCBsMDpsZXZlbDINCgl7 bXNvLWxldmVsLW51bWJlci1mb3JtYXQ6YnVsbGV0Ow0KCW1zby1sZXZlbC10ZXh0Om87DQoJbXNv LWxldmVsLXRhYi1zdG9wOm5vbmU7DQoJbXNvLWxldmVsLW51bWJlci1wb3NpdGlvbjpsZWZ0Ow0K CXRleHQtaW5kZW50Oi0xOC4wcHQ7DQoJZm9udC1mYW1pbHk6IkNvdXJpZXIgTmV3Ijt9DQpAbGlz dCBsMDpsZXZlbDMNCgl7bXNvLWxldmVsLW51bWJlci1mb3JtYXQ6YnVsbGV0Ow0KCW1zby1sZXZl bC10ZXh0OlxGMEE3Ow0KCW1zby1sZXZlbC10YWItc3RvcDpub25lOw0KCW1zby1sZXZlbC1udW1i ZXItcG9zaXRpb246bGVmdDsNCgl0ZXh0LWluZGVudDotMTguMHB0Ow0KCWZvbnQtZmFtaWx5Oldp bmdkaW5nczt9DQpAbGlzdCBsMDpsZXZlbDQNCgl7bXNvLWxldmVsLW51bWJlci1mb3JtYXQ6YnVs bGV0Ow0KCW1zby1sZXZlbC10ZXh0OlxGMEI3Ow0KCW1zby1sZXZlbC10YWItc3RvcDpub25lOw0K CW1zby1sZXZlbC1udW1iZXItcG9zaXRpb246bGVmdDsNCgl0ZXh0LWluZGVudDotMTguMHB0Ow0K CWZvbnQtZmFtaWx5OlN5bWJvbDt9DQpAbGlzdCBsMDpsZXZlbDUNCgl7bXNvLWxldmVsLW51bWJl ci1mb3JtYXQ6YnVsbGV0Ow0KCW1zby1sZXZlbC10ZXh0Om87DQoJbXNvLWxldmVsLXRhYi1zdG9w Om5vbmU7DQoJbXNvLWxldmVsLW51bWJlci1wb3NpdGlvbjpsZWZ0Ow0KCXRleHQtaW5kZW50Oi0x OC4wcHQ7DQoJZm9udC1mYW1pbHk6IkNvdXJpZXIgTmV3Ijt9DQpAbGlzdCBsMDpsZXZlbDYNCgl7 bXNvLWxldmVsLW51bWJlci1mb3JtYXQ6YnVsbGV0Ow0KCW1zby1sZXZlbC10ZXh0OlxGMEE3Ow0K CW1zby1sZXZlbC10YWItc3RvcDpub25lOw0KCW1zby1sZXZlbC1udW1iZXItcG9zaXRpb246bGVm dDsNCgl0ZXh0LWluZGVudDotMTguMHB0Ow0KCWZvbnQtZmFtaWx5OldpbmdkaW5nczt9DQpAbGlz dCBsMDpsZXZlbDcNCgl7bXNvLWxldmVsLW51bWJlci1mb3JtYXQ6YnVsbGV0Ow0KCW1zby1sZXZl bC10ZXh0OlxGMEI3Ow0KCW1zby1sZXZlbC10YWItc3RvcDpub25lOw0KCW1zby1sZXZlbC1udW1i ZXItcG9zaXRpb246bGVmdDsNCgl0ZXh0LWluZGVudDotMTguMHB0Ow0KCWZvbnQtZmFtaWx5OlN5 bWJvbDt9DQpAbGlzdCBsMDpsZXZlbDgNCgl7bXNvLWxldmVsLW51bWJlci1mb3JtYXQ6YnVsbGV0 Ow0KCW1zby1sZXZlbC10ZXh0Om87DQoJbXNvLWxldmVsLXRhYi1zdG9wOm5vbmU7DQoJbXNvLWxl dmVsLW51bWJlci1wb3NpdGlvbjpsZWZ0Ow0KCXRleHQtaW5kZW50Oi0xOC4wcHQ7DQoJZm9udC1m YW1pbHk6IkNvdXJpZXIgTmV3Ijt9DQpAbGlzdCBsMDpsZXZlbDkNCgl7bXNvLWxldmVsLW51bWJl ci1mb3JtYXQ6YnVsbGV0Ow0KCW1zby1sZXZlbC10ZXh0OlxGMEE3Ow0KCW1zby1sZXZlbC10YWIt c3RvcDpub25lOw0KCW1zby1sZXZlbC1udW1iZXItcG9zaXRpb246bGVmdDsNCgl0ZXh0LWluZGVu dDotMTguMHB0Ow0KCWZvbnQtZmFtaWx5OldpbmdkaW5nczt9DQpAbGlzdCBsMQ0KCXttc28tbGlz dC1pZDoxMzcyNDYwMDM5Ow0KCW1zby1saXN0LXR5cGU6aHlicmlkOw0KCW1zby1saXN0LXRlbXBs YXRlLWlkczozOTgxMDMwMzIgMTM0ODA3NTUzIDEzNDgwNzU1NSAxMzQ4MDc1NTcgMTM0ODA3NTUz IDEzNDgwNzU1NSAxMzQ4MDc1NTcgMTM0ODA3NTUzIDEzNDgwNzU1NSAxMzQ4MDc1NTc7fQ0KQGxp c3QgbDE6bGV2ZWwxDQoJe21zby1sZXZlbC1udW1iZXItZm9ybWF0OmJ1bGxldDsNCgltc28tbGV2 ZWwtdGV4dDpcRjBCNzsNCgltc28tbGV2ZWwtdGFiLXN0b3A6bm9uZTsNCgltc28tbGV2ZWwtbnVt YmVyLXBvc2l0aW9uOmxlZnQ7DQoJdGV4dC1pbmRlbnQ6LTE4LjBwdDsNCglmb250LWZhbWlseTpT eW1ib2w7fQ0KQGxpc3QgbDE6bGV2ZWwyDQoJe21zby1sZXZlbC1udW1iZXItZm9ybWF0OmJ1bGxl dDsNCgltc28tbGV2ZWwtdGV4dDpvOw0KCW1zby1sZXZlbC10YWItc3RvcDpub25lOw0KCW1zby1s ZXZlbC1udW1iZXItcG9zaXRpb246bGVmdDsNCgl0ZXh0LWluZGVudDotMTguMHB0Ow0KCWZvbnQt ZmFtaWx5OiJDb3VyaWVyIE5ldyI7fQ0KQGxpc3QgbDE6bGV2ZWwzDQoJe21zby1sZXZlbC1udW1i ZXItZm9ybWF0OmJ1bGxldDsNCgltc28tbGV2ZWwtdGV4dDpcRjBBNzsNCgltc28tbGV2ZWwtdGFi LXN0b3A6bm9uZTsNCgltc28tbGV2ZWwtbnVtYmVyLXBvc2l0aW9uOmxlZnQ7DQoJdGV4dC1pbmRl bnQ6LTE4LjBwdDsNCglmb250LWZhbWlseTpXaW5nZGluZ3M7fQ0KQGxpc3QgbDE6bGV2ZWw0DQoJ e21zby1sZXZlbC1udW1iZXItZm9ybWF0OmJ1bGxldDsNCgltc28tbGV2ZWwtdGV4dDpcRjBCNzsN Cgltc28tbGV2ZWwtdGFiLXN0b3A6bm9uZTsNCgltc28tbGV2ZWwtbnVtYmVyLXBvc2l0aW9uOmxl ZnQ7DQoJdGV4dC1pbmRlbnQ6LTE4LjBwdDsNCglmb250LWZhbWlseTpTeW1ib2w7fQ0KQGxpc3Qg bDE6bGV2ZWw1DQoJe21zby1sZXZlbC1udW1iZXItZm9ybWF0OmJ1bGxldDsNCgltc28tbGV2ZWwt dGV4dDpvOw0KCW1zby1sZXZlbC10YWItc3RvcDpub25lOw0KCW1zby1sZXZlbC1udW1iZXItcG9z aXRpb246bGVmdDsNCgl0ZXh0LWluZGVudDotMTguMHB0Ow0KCWZvbnQtZmFtaWx5OiJDb3VyaWVy IE5ldyI7fQ0KQGxpc3QgbDE6bGV2ZWw2DQoJe21zby1sZXZlbC1udW1iZXItZm9ybWF0OmJ1bGxl dDsNCgltc28tbGV2ZWwtdGV4dDpcRjBBNzsNCgltc28tbGV2ZWwtdGFiLXN0b3A6bm9uZTsNCglt c28tbGV2ZWwtbnVtYmVyLXBvc2l0aW9uOmxlZnQ7DQoJdGV4dC1pbmRlbnQ6LTE4LjBwdDsNCglm b250LWZhbWlseTpXaW5nZGluZ3M7fQ0KQGxpc3QgbDE6bGV2ZWw3DQoJe21zby1sZXZlbC1udW1i ZXItZm9ybWF0OmJ1bGxldDsNCgltc28tbGV2ZWwtdGV4dDpcRjBCNzsNCgltc28tbGV2ZWwtdGFi LXN0b3A6bm9uZTsNCgltc28tbGV2ZWwtbnVtYmVyLXBvc2l0aW9uOmxlZnQ7DQoJdGV4dC1pbmRl bnQ6LTE4LjBwdDsNCglmb250LWZhbWlseTpTeW1ib2w7fQ0KQGxpc3QgbDE6bGV2ZWw4DQoJe21z by1sZXZlbC1udW1iZXItZm9ybWF0OmJ1bGxldDsNCgltc28tbGV2ZWwtdGV4dDpvOw0KCW1zby1s ZXZlbC10YWItc3RvcDpub25lOw0KCW1zby1sZXZlbC1udW1iZXItcG9zaXRpb246bGVmdDsNCgl0 ZXh0LWluZGVudDotMTguMHB0Ow0KCWZvbnQtZmFtaWx5OiJDb3VyaWVyIE5ldyI7fQ0KQGxpc3Qg bDE6bGV2ZWw5DQoJe21zby1sZXZlbC1udW1iZXItZm9ybWF0OmJ1bGxldDsNCgltc28tbGV2ZWwt dGV4dDpcRjBBNzsNCgltc28tbGV2ZWwtdGFiLXN0b3A6bm9uZTsNCgltc28tbGV2ZWwtbnVtYmVy LXBvc2l0aW9uOmxlZnQ7DQoJdGV4dC1pbmRlbnQ6LTE4LjBwdDsNCglmb250LWZhbWlseTpXaW5n ZGluZ3M7fQ0Kb2wNCgl7bWFyZ2luLWJvdHRvbTowY207fQ0KdWwNCgl7bWFyZ2luLWJvdHRvbTow Y207fQ0KLS0+PC9zdHlsZT48IS0tW2lmIGd0ZSBtc28gOV0+PHhtbD4NCjxvOnNoYXBlZGVmYXVs dHMgdjpleHQ9ImVkaXQiIHNwaWRtYXg9IjEwMjYiIC8+DQo8L3htbD48IVtlbmRpZl0tLT48IS0t W2lmIGd0ZSBtc28gOV0+PHhtbD4NCjxvOnNoYXBlbGF5b3V0IHY6ZXh0PSJlZGl0Ij4NCjxvOmlk bWFwIHY6ZXh0PSJlZGl0IiBkYXRhPSIxIiAvPg0KPC9vOnNoYXBlbGF5b3V0PjwveG1sPjwhW2Vu ZGlmXS0tPg0KPGRpdiBsYW5nPSJFTi1HQiIgbGluaz0iIzA1NjNDMSIgdmxpbms9IiM5NTRGNzIi Pg0KPGRpdiBjbGFzcz0iV29yZFNlY3Rpb24xIj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxiPjx1 PjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5z LXNlcmlmOyBjb2xvcjogcmdiKDMxLCA3MywgMTI1KTsiPlByZXNlbnQ8bzpwPjwvbzpwPjwvc3Bh bj48L3U+PC9iPjwvcD4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNp emU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlmOyBjb2xvcjogcmdiKDMx LCA3MywgMTI1KTsiPkRvbiBAIEludGVsPG86cD48L286cD48L3NwYW4+PC9wPg0KPHAgY2xhc3M9 Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6IENh bGlicmksIHNhbnMtc2VyaWY7IGNvbG9yOiByZ2IoMzEsIDczLCAxMjUpOyI+TGF1cmEsIFNhcmFo LCBaaWJieSBAIExGPG86cD48L286cD48L3NwYW4+PC9wPg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+ PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6IENhbGlicmksIHNhbnMt c2VyaWY7IGNvbG9yOiByZ2IoMzEsIDczLCAxMjUpOyI+UGhpbGlwcGUgQCBBUk08bzpwPjwvbzpw Pjwvc3Bhbj48L3A+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXpl OiAxMXB0OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsgY29sb3I6IHJnYigzMSwg NzMsIDEyNSk7Ij5BbnRob255IEAgUmFja3NwYWNlPG86cD48L286cD48L3NwYW4+PC9wPg0KPHAg Y2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1p bHk6IENhbGlicmksIHNhbnMtc2VyaWY7IGNvbG9yOiByZ2IoMzEsIDczLCAxMjUpOyI+S29ucmFk IEAgT3JhY2xlPG86cD48L286cD48L3NwYW4+PC9wPg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNw YW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6IENhbGlicmksIHNhbnMtc2Vy aWY7IGNvbG9yOiByZ2IoMzEsIDczLCAxMjUpOyI+TGFyczxvOnA+PC9vOnA+PC9zcGFuPjwvcD4N CjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQt ZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlmOyBjb2xvcjogcmdiKDMxLCA3MywgMTI1KTsiPkph bWVzLCBNYXJrIEAgQ2l0cml4PG86cD48L286cD48L3NwYW4+PC9wPg0KPHAgY2xhc3M9Ik1zb05v cm1hbCI+PGI+PHU+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZToxMS4wcHQ7Zm9udC1mYW1pbHk6JnF1 b3Q7Q2FsaWJyaSZxdW90OyxzYW5zLXNlcmlmO2NvbG9yOiMxRjQ5N0Q7bXNvLWZhcmVhc3QtbGFu Z3VhZ2U6RU4tVVMiPjxvOnA+PHNwYW4gc3R5bGU9InRleHQtZGVjb3JhdGlvbjpub25lIj4mbmJz cDs8L3NwYW4+PC9vOnA+PC9zcGFuPjwvdT48L2I+PC9wPg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+ PGI+PHU+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6IENhbGlicmks IHNhbnMtc2VyaWY7IGNvbG9yOiByZ2IoMzEsIDczLCAxMjUpOyI+Tm90ZXM8bzpwPjwvbzpwPjwv c3Bhbj48L3U+PC9iPjwvcD4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250 LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlmOyBjb2xvcjogcmdi KDMxLCA3MywgMTI1KTsiPihMYXJzIHRvIGVuc3VyZSB0aGF0IHRoZSBtZWV0aW5nIGludml0ZSBj b250YWlucyB0aGUgdXBkYXRlZCBkaWFsLWluIG51bWJlcnMpPG86cD48L286cD48L3NwYW4+PC9w Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHU+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZToxMS4wcHQ7 Zm9udC1mYW1pbHk6JnF1b3Q7Q2FsaWJyaSZxdW90OyxzYW5zLXNlcmlmO2NvbG9yOiMxRjQ5N0Q7 bXNvLWZhcmVhc3QtbGFuZ3VhZ2U6RU4tVVMiPjxvOnA+PHNwYW4gc3R5bGU9InRleHQtZGVjb3Jh dGlvbjpub25lIj4mbmJzcDs8L3NwYW4+PC9vOnA+PC9zcGFuPjwvdT48L3A+DQo8cCBjbGFzcz0i TXNvTm9ybWFsIj48dT48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTog Q2FsaWJyaSwgc2Fucy1zZXJpZjsgY29sb3I6IHJnYigzMSwgNzMsIDEyNSk7Ij5SZXZpZXcgb2Yg MjAxNSBjb21tdW5pdHkgcGxhbjxvOnA+PC9vOnA+PC9zcGFuPjwvdT48L3A+DQo8cCBjbGFzcz0i TXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogQ2Fs aWJyaSwgc2Fucy1zZXJpZjsgY29sb3I6IHJnYigzMSwgNzMsIDEyNSk7Ij48bzpwPiZuYnNwOzwv bzpwPjwvc3Bhbj48L3A+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1z aXplOiAxMXB0OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsgY29sb3I6IHJnYigz MSwgNzMsIDEyNSk7Ij4oU2VlIHNsaWRlcyAzLTUgb2YgWGVuIFByb2plY3QgQ29tbXVuaXR5IFBs YW4gZm9yIDIwMTUgKFJldmlldykucGRmKTxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjxwIGNsYXNz PSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBD YWxpYnJpLCBzYW5zLXNlcmlmOyBjb2xvcjogcmdiKDMxLCA3MywgMTI1KTsiPjxvOnA+Jm5ic3A7 PC9vOnA+PC9zcGFuPjwvcD4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250 LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlmOyBjb2xvcjogcmdi KDMxLCA3MywgMTI1KTsiPk9wZW5zdGFjayBDSSBsb29wPG86cD48L286cD48L3NwYW4+PC9wPg0K PHVsIHN0eWxlPSJtYXJnaW4tdG9wOjBjbSIgdHlwZT0iZGlzYyI+DQo8bGkgY2xhc3M9Ik1zb05v cm1hbCIgc3R5bGU9ImNvbG9yOiMxRjQ5N0Q7bXNvLWxpc3Q6bDAgbGV2ZWwxIGxmbzEiPjxzcGFu IHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlm OyI+S29ucmFkOiBBIGdyb3VwIEEgcmVxdWlyZW1lbnQgaXMgdHVybmFyb3VuZCB0aW1lIGJlaW5n IDQgaG91cnMg4oCTIGRvbuKAmXQga25vdyBob3cgd2UgY2FuIHBvc3NpYmxlIGhhbmRsZSB0aGlz IGFuZCB0aHVzIGNhbuKAmXQgcmVhbGx5DQogY29tbWl0IHRvIHRoaXMuIEZvY3VzIGhhcyBiZWVu IG1vcmUgb24gdGhlIGRldmVsb3BtZW50IHNpZGUsIGZpeGluZyBnYXBzIGluIGxpYnZpcnQgZXRj LjxvOnA+PC9vOnA+PC9zcGFuPjwvbGk+PGxpIGNsYXNzPSJNc29Ob3JtYWwiIHN0eWxlPSJjb2xv cjojMUY0OTdEO21zby1saXN0OmwwIGxldmVsMSBsZm8xIj48Yj48c3BhbiBzdHlsZT0iZm9udC1z aXplOiAxMXB0OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsiPkFDVElPTiBOZWVk IHRvIGRpc2N1c3MgdGhpcyBpbiB0aGUgbmV4dCBXRyBtZWV0aW5nIHRvIGZpZ3VyZSBvdXQgd2hh dCB3ZSBjYW4gZG8uPC9zcGFuPjwvYj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250 LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsiPg0KIENhbiBDcmVkYXRpdiBoZWxwIGhlcmUg KGZhciBlYXN0IHRpbWV6b25lIGNvdmVyYWdlKT88bzpwPjwvbzpwPjwvc3Bhbj48L2xpPjwvdWw+ DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48dT48c3BhbiBzdHlsZT0iZm9udC1zaXplOjExLjBwdDtm b250LWZhbWlseTomcXVvdDtDYWxpYnJpJnF1b3Q7LHNhbnMtc2VyaWY7Y29sb3I6IzFGNDk3RDtt c28tZmFyZWFzdC1sYW5ndWFnZTpFTi1VUyI+PG86cD48c3BhbiBzdHlsZT0idGV4dC1kZWNvcmF0 aW9uOm5vbmUiPiZuYnNwOzwvc3Bhbj48L286cD48L3NwYW4+PC91PjwvcD4NCjxwIGNsYXNzPSJN c29Ob3JtYWwiPjx1PjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBD YWxpYnJpLCBzYW5zLXNlcmlmOyBjb2xvcjogcmdiKDMxLCA3MywgMTI1KTsiPkJ1ZGdldCByZXZp ZXc8bzpwPjwvbzpwPjwvc3Bhbj48L3U+PC9wPg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4g c3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6IENhbGlicmksIHNhbnMtc2VyaWY7 IGNvbG9yOiByZ2IoMzEsIDczLCAxMjUpOyI+PG86cD4mbmJzcDs8L286cD48L3NwYW4+PC9wPg0K PHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1m YW1pbHk6IENhbGlicmksIHNhbnMtc2VyaWY7IGNvbG9yOiByZ2IoMzEsIDczLCAxMjUpOyI+KFNl ZSBzbGlkZSAyLCA1ICZhbXA7IG1haW5seSA2IG9mIFhlbiBQcm9qZWN0IDIwMTUgUTQgQnVkZ2V0 IFJlcG9ydCB2Mi5wZGYpPG86cD48L286cD48L3NwYW4+PC9wPg0KPHAgY2xhc3M9Ik1zb05vcm1h bCI+PHU+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZToxMS4wcHQ7Zm9udC1mYW1pbHk6JnF1b3Q7Q2Fs aWJyaSZxdW90OyxzYW5zLXNlcmlmO2NvbG9yOiMxRjQ5N0Q7bXNvLWZhcmVhc3QtbGFuZ3VhZ2U6 RU4tVVMiPjxvOnA+PHNwYW4gc3R5bGU9InRleHQtZGVjb3JhdGlvbjpub25lIj4mbmJzcDs8L3Nw YW4+PC9vOnA+PC9zcGFuPjwvdT48L3A+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48dT48c3BhbiBz dHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsg Y29sb3I6IHJnYigzMSwgNzMsIDEyNSk7Ij5SZXZpZXcgb2YgMjAxNiBjb21tdW5pdHkgcGxhbjxv OnA+PC9vOnA+PC9zcGFuPjwvdT48L3A+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHls ZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsgY29s b3I6IHJnYigzMSwgNzMsIDEyNSk7Ij48bzpwPiZuYnNwOzwvbzpwPjwvc3Bhbj48L3A+DQo8cCBj bGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWls eTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsgY29sb3I6IHJnYigzMSwgNzMsIDEyNSk7Ij4oc2VlJm5i c3A7WGVuIFByb2plY3QgQ29tbXVuaXR5IFBsYW4gZm9yIDIwMTYgKFByb3Bvc2FsKS5wZGYpPG86 cD48L286cD48L3NwYW4+PC9wPg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZv bnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6IENhbGlicmksIHNhbnMtc2VyaWY7IGNvbG9yOiBy Z2IoMzEsIDczLCAxMjUpOyI+PG86cD4mbmJzcDs8L286cD48L3NwYW4+PC9wPg0KPHAgY2xhc3M9 Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6IENh bGlicmksIHNhbnMtc2VyaWY7IGNvbG9yOiByZ2IoMzEsIDczLCAxMjUpOyI+RG9uOiBvbmUgb2Yg b3VyIGlzc3VlcyBpbiAyMDE1IHdhcyBvdXIgc2VjdXJpdHkgbmFycmF0aXZlIOKAkyBzaG91bGQg d2UgaGF2ZSBhIGdvYWwgaW4gMjAxNiB0byBpbXByb3ZlIHRoaXM/PG86cD48L286cD48L3NwYW4+ PC9wPg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsg Zm9udC1mYW1pbHk6IENhbGlicmksIHNhbnMtc2VyaWY7IGNvbG9yOiByZ2IoMzEsIDczLCAxMjUp OyI+TGFyczogYW0gaGFwcHkgdG8gZG8gdGhhdC4gV2UgY291bGQgbG9vayBhdCBtZWRpYSBhbmFs eXNpcyB0aHJvdWdoIHRoZSB5ZWFyIHRvIHNlZSBpZiB0aGluZ3MgYXJlIGdldHRpbmcgYmV0dGVy LjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxl PSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlmOyBjb2xv cjogcmdiKDMxLCA3MywgMTI1KTsiPlNhcmFoOiBjaGFuZ2UgaW4gcGVyY2VwdGlvbiBjYW4gYmUg YSBzbG93IHByb2Nlc3MuIFNhcmFoIGNhbiBkbyBzb21lIGFuYWx5c2lzLjxvOnA+PC9vOnA+PC9z cGFuPjwvcD4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6 IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlmOyBjb2xvcjogcmdiKDMxLCA3 MywgMTI1KTsiPjxvOnA+Jm5ic3A7PC9vOnA+PC9zcGFuPjwvYj48L3A+DQo8cCBjbGFzcz0iTXNv Tm9ybWFsIj48Yj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogQ2Fs aWJyaSwgc2Fucy1zZXJpZjsgY29sb3I6IHJnYigzMSwgNzMsIDEyNSk7Ij5BQ1RJT04gTGFycyB0 byBlbGV2YXRlIOKAnHJlZHVjaW5nIG5lZ2F0aXZlIHNlY3VyaXR5IGNvdmVyYWdl4oCdIHRvIGEg MjAxNiBnb2FsPG86cD48L286cD48L3NwYW4+PC9iPjwvcD4NCjxwIGNsYXNzPSJNc29Ob3JtYWwi PjxiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBz YW5zLXNlcmlmOyBjb2xvcjogcmdiKDMxLCA3MywgMTI1KTsiPkFDVElPTiBTYXJhaCB0byBnZXQg ZGF0YSBvbiB0aGUgY2hhbmdlcyBpbiBzZWN1cml0eSBwcmVzcyBjb3ZlcmFnZS9zZW50aW1lbnQg b3ZlciAyMDE1PC9zcGFuPjwvYj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZh bWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsgY29sb3I6IHJnYigzMSwgNzMsIDEyNSk7Ij48bzpw PjwvbzpwPjwvc3Bhbj48L3A+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48dT48c3BhbiBzdHlsZT0i Zm9udC1zaXplOjExLjBwdDtmb250LWZhbWlseTomcXVvdDtDYWxpYnJpJnF1b3Q7LHNhbnMtc2Vy aWY7Y29sb3I6IzFGNDk3RDttc28tZmFyZWFzdC1sYW5ndWFnZTpFTi1VUyI+PG86cD48c3BhbiBz dHlsZT0idGV4dC1kZWNvcmF0aW9uOm5vbmUiPiZuYnNwOzwvc3Bhbj48L286cD48L3NwYW4+PC91 PjwvcD4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjx1PjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDEx cHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlmOyBjb2xvcjogcmdiKDMxLCA3Mywg MTI1KTsiPlJldmlldyBvZiAyMDE2IGRyYWZ0IGJ1ZGdldDxvOnA+PC9vOnA+PC9zcGFuPjwvdT48 L3A+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBm b250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsgY29sb3I6IHJnYigzMSwgNzMsIDEyNSk7 Ij48bzpwPiZuYnNwOzwvbzpwPjwvc3Bhbj48L3A+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3Bh biBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJp ZjsgY29sb3I6IHJnYigzMSwgNzMsIDEyNSk7Ij4oc2VlIFhlbiBQcm9qZWN0IDIwMTYgRHJhZnQg QnVkZ2V0LnBkZik8bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48 c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1z ZXJpZjsgY29sb3I6IHJnYigzMSwgNzMsIDEyNSk7Ij48bzpwPiZuYnNwOzwvbzpwPjwvc3Bhbj48 L3A+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBm b250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsgY29sb3I6IHJnYigzMSwgNzMsIDEyNSk7 Ij5MYXJzIGlzIG5vdCBsb29raW5nIHRvIGdldCB0aGUgYnVkZ2V0IGFwcHJvdmVkIHRoaXMgbW9u dGgg4oCTIGJ1dCB3YW50cyBwb2ludGVycyB0byBoZWxwIGdldCBhIGJldHRlciBwcm9wb3NhbCB0 byBkaXNjdXNzIGluIEphbnVhcnkuDQo8bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8cCBjbGFzcz0i TXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogQ2Fs aWJyaSwgc2Fucy1zZXJpZjsgY29sb3I6IHJnYigzMSwgNzMsIDEyNSk7Ij48bzpwPiZuYnNwOzwv bzpwPjwvc3Bhbj48L3A+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1z aXplOiAxMXB0OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsgY29sb3I6IHJnYigz MSwgNzMsIDEyNSk7Ij5EaXNjdXNzaW9uPG86cD48L286cD48L3NwYW4+PC9wPg0KPHVsIHN0eWxl PSJtYXJnaW4tdG9wOjBjbSIgdHlwZT0iZGlzYyI+DQo8bGkgY2xhc3M9Ik1zb05vcm1hbCIgc3R5 bGU9ImNvbG9yOiMxRjQ5N0Q7bXNvLWxpc3Q6bDEgbGV2ZWwxIGxmbzIiPjxzcGFuIHN0eWxlPSJm b250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlmOyI+TmVlZCB0 byByZXRhaW4gYSBQUi9BUiBmdW5jdGlvbiBpbiBvcmRlciB0byBtZWV0IG91ciAyMDE2IGdvYWxz IChpbmNsdWRpbmcgdGhlIG9uZSBqdXN0IGFncmVlZCBhcm91bmQgcmVkdWNpbmcgbmVnYXRpdmUg c2VjdXJpdHkNCiBwcmVzcykuIE1hcms6IGhhcmQgdG8gZG8gdGhpcyBtb3JlIGNoZWFwbHkgdGhh biB0aGUgY3VycmVudCAkMTAway4gU2FyYWg6IGN1dHRpbmcgYmFjayB0b28gbXVjaCB3b3VsZCBs aW1pdCBtb21lbnR1bS48bzpwPjwvbzpwPjwvc3Bhbj48L2xpPjxsaSBjbGFzcz0iTXNvTm9ybWFs IiBzdHlsZT0iY29sb3I6IzFGNDk3RDttc28tbGlzdDpsMSBsZXZlbDEgbGZvMiI+PHNwYW4gc3R5 bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6IENhbGlicmksIHNhbnMtc2VyaWY7Ij5U aGUgYnVkZ2V0IHN1cnBsdXMgZnJvbSAyMDE1IG1heSBiZSAkMzBrIG1vcmUgdGhhbiBjdXJyZW50 bHkgZXhwZWN0ZWQgKGR1ZSB0byBhY2NvdW50aW5nIGVycm9ycykg4oCTIGkuZS4gd2UgY2FuIHBy b2JhYmx5IGFmZm9yZA0KIHRvIG92ZXJzcGVuZCBhIGxpdHRsZSBpbiAyMDE2LjxvOnA+PC9vOnA+ PC9zcGFuPjwvbGk+PGxpIGNsYXNzPSJNc29Ob3JtYWwiIHN0eWxlPSJjb2xvcjojMUY0OTdEO21z by1saXN0OmwxIGxldmVsMSBsZm8yIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250 LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1zZXJpZjsiPkxhcnMgc3VnZ2VzdHMgdGhhdCBBQiBtZW1i ZXJzIGdvIGJhY2sgdG8gdGhlaXIgY29tcGFuaWVzL21hbmFnZXJzIHRvIGRpc2N1c3Mgb3B0aW9u cyAoc2xpZGUgNSkgc3VjaCBhcyBpbmNyZWFzaW5nIG1lbWJlcnNoaXANCiBmZWVzLCBoYXZpbmcg bWVtYmVycyBmdW5kIHNwZWNpZmljIGFjdGl2aXRpZXMuPG86cD48L286cD48L3NwYW4+PC9saT48 bGkgY2xhc3M9Ik1zb05vcm1hbCIgc3R5bGU9ImNvbG9yOiMxRjQ5N0Q7bXNvLWxpc3Q6bDEgbGV2 ZWwxIGxmbzIiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxp YnJpLCBzYW5zLXNlcmlmOyI+TGFyczogd2Ugc2hvdWxkIGFncmVlIHNvbWUgcnVsZXMgb24gaG93 IGJpZyB0aGUgcmVzZXJ2ZSBzaG91bGQgYmUuIElzIHRoZXJlIGEgYmVzdCBwcmFjdGljZSBmb3Ig TEYgY29sbGFib3JhdGl2ZSBwcm9qZWN0cz8gTGF1cmE6DQogc29tZSBwcm9qZWN0cyBoYXZlIG5v IHJlc2VydmUsIHBhcnRpY3VsYXJseSBpZiB0aGV54oCZcmUgZ3Jvd2luZyBxdWlja2x5LiBNb3N0 IG1hdHVyZSBwcm9qZWN0cyBoYXZlIDIgdG8gNSUuIFNvbWUgcHJvamVjdHMgaGF2ZSBtb3JlIGZv ciBhIHZhcmlldHkgb2YgcmVhc29ucyAoZS5nLiB0byBoZWRnZSBhZ2FpbnN0IG1lbWJlcnMgbGVh dmluZykuPG86cD48L286cD48L3NwYW4+PC9saT48bGkgY2xhc3M9Ik1zb05vcm1hbCIgc3R5bGU9 ImNvbG9yOiMxRjQ5N0Q7bXNvLWxpc3Q6bDEgbGV2ZWwxIGxmbzIiPjxzcGFuIHN0eWxlPSJmb250 LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlmOyI+R2VuZXJhbCBm ZWVsaW5nIHRoYXQgYSB2YXJpYW50IG9mIHNjZW5hcmlvIDIgbWFrZXMgbW9zdCBzZW5zZTsgd2l0 aCBhIGxpdHRsZSBiaXQgb2YgT3V0cmVhY2h5IOKAkyB3aXRoIG1vcmUgaW5jb21lIHdlIGNvdWxk IGluY3JlYXNlDQogdGhpcy4gRm9yIHRlc3QgbGFiIOKAkyBmaWxsIHVwIHRoZSByYWNrIHdlIGhh dmUgKHRvIHJlZHVjZSBvdmVyaGVhZHMgZm9yIGEgbmV3IHJhY2spIOKAkyByZXZpZXcgaW4gdGhl IHNlY29uZCBoYWxmIG9mIHRoZSB5ZWFyLjxvOnA+PC9vOnA+PC9zcGFuPjwvbGk+PGxpIGNsYXNz PSJNc29Ob3JtYWwiIHN0eWxlPSJjb2xvcjojMUY0OTdEO21zby1saXN0OmwxIGxldmVsMSBsZm8y Ij48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fu cy1zZXJpZjsiPlRoaXMgc2hvdWxkIGFsbG93IHVzIHRvIGtlZXAgYWxsIHRoZSAyMDE2IGdvYWxz IGZyb20gdGhlIGRyYWZ0IHBsYW4uPG86cD48L286cD48L3NwYW4+PC9saT48L3VsPg0KPHAgY2xh c3M9Ik1zb05vcm1hbCI+PGI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1p bHk6IENhbGlicmksIHNhbnMtc2VyaWY7IGNvbG9yOiByZ2IoMzEsIDczLCAxMjUpOyI+PG86cD4m bmJzcDs8L286cD48L3NwYW4+PC9iPjwvcD4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxiPjxzcGFu IHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlm OyBjb2xvcjogcmdiKDMxLCA3MywgMTI1KTsiPkFDVElPTiBBbGwgQUIgbWVtYmVycyB0byBoYXZl IGEgY29udmVyc2F0aW9uIHdpdGggdGhlaXIgbWFuYWdlcnMgcmUgYWx0ZXJuYXRpdmUgZnVuZGlu ZyBvcHRpb25zPG86cD48L286cD48L3NwYW4+PC9iPjwvcD4NCjxwIGNsYXNzPSJNc29Ob3JtYWwi PjxiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBz YW5zLXNlcmlmOyBjb2xvcjogcmdiKDMxLCA3MywgMTI1KTsiPkFDVElPTiBMYXJzIHRvIHRhbGsg dG8gTGF1cmEgYW5kIE1pa2UgdG8gY29tZSB1cCB3aXRoIGEgcHJvcG9zYWwgZm9yIHBvbGljeSBv biB0aGUgc2l6ZSBvZiB0aGUgcmVzZXJ2ZS48bzpwPjwvbzpwPjwvc3Bhbj48L2I+PC9wPg0KPHAg Y2xhc3M9Ik1zb05vcm1hbCI+PGI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1m YW1pbHk6IENhbGlicmksIHNhbnMtc2VyaWY7IGNvbG9yOiByZ2IoMzEsIDczLCAxMjUpOyI+PG86 cD4mbmJzcDs8L286cD48L3NwYW4+PC9iPjwvcD4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxiPjxz cGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNl cmlmOyBjb2xvcjogcmdiKDMxLCA3MywgMTI1KTsiPkZvciB0aG9zZSBub3Qgb24gdGhlIGNhbGwg cGxlYXNlIHNoYXJlIHZpYSBlbWFpbCB5b3VyIHRob3VnaHRzIG9uIHRoZSBnZW5lcmFsIGRpcmVj dGlvbiBkaXNjdXNzZWQgYW5kIGRlc2NyaWJlZCBhYm92ZS48bzpwPjwvbzpwPjwvc3Bhbj48L2I+ PC9wPg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PGI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFw dDsgZm9udC1mYW1pbHk6IENhbGlicmksIHNhbnMtc2VyaWY7IGNvbG9yOiByZ2IoMzEsIDczLCAx MjUpOyI+PG86cD4mbmJzcDs8L286cD48L3NwYW4+PC9iPjwvcD4NCjxwIGNsYXNzPSJNc29Ob3Jt YWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBz YW5zLXNlcmlmOyBjb2xvcjogcmdiKDMxLCA3MywgMTI1KTsiPjxvOnA+Jm5ic3A7PC9vOnA+PC9z cGFuPjwvcD4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDEx cHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlmOyBjb2xvcjogcmdiKDMxLCA3Mywg MTI1KTsiPjxvOnA+Jm5ic3A7PC9vOnA+PC9zcGFuPjwvcD4NCjxwIGNsYXNzPSJNc29Ob3JtYWwi PjxhIG5hbWU9Il9NYWlsRW5kQ29tcG9zZSI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsg Zm9udC1mYW1pbHk6IENhbGlicmksIHNhbnMtc2VyaWY7IGNvbG9yOiByZ2IoMzEsIDczLCAxMjUp OyI+PG86cD4mbmJzcDs8L286cD48L3NwYW4+PC9hPjwvcD4NCjxkaXY+DQo8cCBjbGFzcz0iTXNv Tm9ybWFsIj48c3BhbiBsYW5nPSJFTi1VUyIgc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1m YW1pbHk6IENhbGlicmksIHNhbnMtc2VyaWY7Ij4tLS0tLU9yaWdpbmFsIEFwcG9pbnRtZW50LS0t LS08YnI+DQo8Yj5Gcm9tOjwvYj4gTGFycyBLdXJ0aCA8YnI+DQo8Yj5TZW50OjwvYj4gMjAgTWFy Y2ggMjAxNCAxMzo1Njxicj4NCjxiPlRvOjwvYj4gTGFycyBLdXJ0aDsgSmFtZXMgQnVscGluOyA8 YSBocmVmPSJtYWlsdG86J2tvbnJhZC53aWxrQG9yYWNsZS5jb20iPidrb25yYWQud2lsa0BvcmFj bGUuY29tPC9hPic7DQo8YSBocmVmPSJtYWlsdG86J21zd0BhbWF6b24uY29tIj4nbXN3QGFtYXpv bi5jb208L2E+JzsgPGEgaHJlZj0ibWFpbHRvOid1bHRyb3R0ZXJAZ29vZ2xlLmNvbSI+DQondWx0 cm90dGVyQGdvb2dsZS5jb208L2E+Jzsgc3VzaWUgbGk7IExhYmlhZ2EsIFJpY2FyZG87IFBhdWwg Vm9jY2lvOyBBbnRvbnkgTWVzc2VybGk7IFdpa2VsaXVzLCBMYXJyeTsgU3V0aGlrdWxwYW5pdCwg U3VyYXZlZTsgTGF1cmEgS2VtcGtlOyBJYW4gUHJhdHQ7IFRob21hcyBNb2xnYWFyZDsNCjxhIGhy ZWY9Im1haWx0bzonc2hlcnJ5Lmh1cndpdHpAYW1kLmNvbSI+J3NoZXJyeS5odXJ3aXR6QGFtZC5j b208L2E+JzsgQm9vcywgUm9iZXJ0PGJyPg0KPGI+Q2M6PC9iPiA8YSBocmVmPSJtYWlsdG86J2Jh dGVzakBnb29nbGUuY29tIj4nYmF0ZXNqQGdvb2dsZS5jb208L2E+JzsgPGEgaHJlZj0ibWFpbHRv Oidjc2NobGFlZ0BhbWF6b24uY29tIj4NCidjc2NobGFlZ0BhbWF6b24uY29tPC9hPic7IDxhIGhy ZWY9Im1haWx0bzonZG9uYWxkLmQuZHVnZ2VyQGludGVsLmNvbSI+J2RvbmFsZC5kLmR1Z2dlckBp bnRlbC5jb208L2E+JzsgTWFyayBIaW5rbGU7DQo8YSBocmVmPSJtYWlsdG86J2RhbmllbC5raXBl ckBvcmFjbGUuY29tIj4nZGFuaWVsLmtpcGVyQG9yYWNsZS5jb208L2E+JzsgJ0JyaWFuIFdhcm5l cic7IFNhcmFoIENvbndheTsNCjxhIGhyZWY9Im1haWx0bzptYWpvci5oYXlkZW5AcmFja3NwYWNl LmNvbSI+bWFqb3IuaGF5ZGVuQHJhY2tzcGFjZS5jb208L2E+OyA8YSBocmVmPSJtYWlsdG86J2p1 bi5uYWthamltYUBpbnRlbC5jb20iPg0KJ2p1bi5uYWthamltYUBpbnRlbC5jb208L2E+JyAoPGEg aHJlZj0ibWFpbHRvOmp1bi5uYWthamltYUBpbnRlbC5jb20iPmp1bi5uYWthamltYUBpbnRlbC5j b208L2E+KTsgUGhpbGlwcGUgUm9iaW47IE1pY2hhZWwgRG9sYW48YnI+DQo8Yj5TdWJqZWN0Ojwv Yj4gWGVuIHByb2plY3QgQWR2aXNvcnkgQm9hcmQgTWVldGluZzxicj4NCjxiPldoZW46PC9iPiAx NSBEZWNlbWJlciAyMDE1IDE1OjAwLTE2OjAwIChVVEMpIER1YmxpbiwgRWRpbmJ1cmdoLCBMaXNi b24sIExvbmRvbi48YnI+DQo8Yj5XaGVyZTo8L2I+IENvbmZlcmVuY2UgUm9vbSBOdW1iZXIgaXM6 IDYwNTMyMDggLSBDaGluYTogJiM0Mzs4NiA0MDA4ODExMDc2IHwgR2VybWFueTogJiM0Mzs0OSAw ODAwNzIzNTExOCB8IFNvdXRoIEtvcmVhOiAmIzQzOzgyICgwKSA4MDYwOTA4ODAgfCBQb2xhbmQ6 ICYjNDM7NDggKDAwKSA4MDAxMjEzOTczIHwgVW5pdGVkIEtpbmdkb206ICYjNDM7NDQgKDApIDgw MDAyODQwNTEgfCBVbml0ZWQgU3RhdGVzOiAmIzQzOzEgKDg2NikgOTUxLTExNTE8bzpwPjwvbzpw Pjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxvOnA+Jm5ic3A7PC9v OnA+PC9wPg0KPHByZT48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPldoZW46IE9jY3VycyBldmVy eSBtb250aCBvbiB0aGUgdGhpcmQgVHVlc2RheSBvZiB0aGUgbW9udGggZnJvbSAzOjAwIFBNIHRv IDQ6MDAgUE0gZWZmZWN0aXZlIDUvMjEvMjAxMyB1bnRpbCA4LzE3LzIwMjEuIFRoZXJlIGFyZSA3 NCBtb3JlIG9jY3VycmVuY2VzLiAoVVRDKSBEdWJsaW4sIEVkaW5idXJnaCwgTGlzYm9uLCBMb25k b248bzpwPjwvbzpwPjwvc3Bhbj48L3ByZT4NCjxwcmU+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNr Ij5XaGVyZTogQ29uZmVyZW5jZSBSb29tIE51bWJlciBpczogNjA1MzIwOCAtIENoaW5hOiAmIzQz Ozg2IDQwMDg4MTEwNzYgfCBHZXJtYW55OiAmIzQzOzQ5IDA4MDA3MjM1MTE4IHwgU291dGggS29y ZWE6ICYjNDM7ODIgKDApIDgwNjA5MDg4MCB8IFBvbGFuZDogJiM0Mzs0OCAoMDApIDgwMDEyMTM5 NzMgfCBVbml0ZWQgS2luZ2RvbTogJiM0Mzs0NCAoMCkgODAwMDI4NDA1MSB8IFVuaXRlZCBTdGF0 ZXM6ICYjNDM7MSAoODY2KSA5NTEtMTE1MTxvOnA+PC9vOnA+PC9zcGFuPjwvcHJlPg0KPHByZT48 c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+Jm5ic3A7PC9vOnA+PC9zcGFuPjwvcHJlPg0K PHByZT48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPip+Kn4qfip+Kn4qfip+Kn4qfio8bzpwPjwv bzpwPjwvc3Bhbj48L3ByZT4NCjxkaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNw YW4gc3R5bGU9ImZvbnQtc2l6ZTogMTAuNXB0OyBmb250LWZhbWlseTogQ2FsaWJyaSwgc2Fucy1z ZXJpZjsgY29sb3I6IGJsYWNrOyI+PG86cD4mbmJzcDs8L286cD48L3NwYW4+PC9wPg0KPC9kaXY+ DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PGEgbmFtZT0iQk1fQkVHSU4iPjwvYT48c3Bh biBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29s b3I6IGJsYWNrOyI+SGkgZXZlcnlib2R5LDwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2si PjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3Jt YWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBO ZXcnOyBjb2xvcjogYmxhY2s7Ij5JIGFtIHNlbmRpbmcgTk9UIHNlbmRpbmcgdGhlIGNhbGVuZGFy IGludml0ZSB0byB0aGUgbWFpbGluZyBsaXN0IGFzDQo8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9y OmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0i TXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0Nv dXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+YSkgZGlhbC1pbiBkZXRhaWxzIHdvdWxkIGJlY29t ZSBwdWJsaWM8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bh bj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0i Zm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNr OyI+YikgaXQgd2lsbCBiZSBkaWZmaWN1bHQgdG8gYWRkIGZ1cnRoZXIgYm9hcmQgbWVtYmVyIHBy b3hpZXMgYXQgYSBsYXRlciBzdGFnZTwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxv OnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwi PjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcn OyBjb2xvcjogYmxhY2s7Ij5SZWdhcmRzPC9zcGFuPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDEx cHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlmOyBjb2xvcjogYmxhY2s7Ij4mbmJz cDs8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+ DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1z aXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+TGFy czwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4N CjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNp emU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij4mbmJz cDs8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+ DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48Yj48dT48c3BhbiBzdHlsZT0i Zm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNr OyI+RGlhbC1pbiBEZXRhaWxzPC9zcGFuPjwvdT48L2I+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNr Ij48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9y bWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogQ2FsaWJyaSwg c2Fucy1zZXJpZjsgY29sb3I6IGJsYWNrOyI+Jm5ic3A7PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xv cjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9 Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdD b3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPlRoZSBDb25mZXJlbmNlIFJvb20gTnVtYmVyIGlz OiA2MDUzMjA4PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3Nw YW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9 ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6IENhbGlicmksIHNhbnMtc2VyaWY7IGNvbG9y OiBibGFjazsiPiZuYnNwOzwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9v OnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFu IHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xv cjogYmxhY2s7Ij5DaGluYTogJiM0Mzs4NiA0MDA4ODExMDc2PC9zcGFuPjxzcGFuIHN0eWxlPSJj b2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xh c3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6 ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPkdlcm1hbnk6ICYjNDM7NDkgMDgwMDcyMzUx MTg8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+ DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1z aXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+UG9s YW5kOiAmIzQzOzQ4ICgwMCkgODAwMTIxMzk3Mzwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6Ymxh Y2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29O b3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmll ciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5Tb3V0aCBLb3JlYTogJiM0Mzs4MiAoMCkgODA2MDkwODgw PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0K PC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6 ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPlVuaXRl ZCBLaW5nZG9tOiAmIzQzOzQ0ICgwKSA4MDAwMjg0MDUxPC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xv cjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9 Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdD b3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPlVuaXRlZCBTdGF0ZXM6ICYjNDM7MSAoODY2KSA5 NTEtMTE1MTwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFu PjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBz dHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6 IGJsYWNrOyI+VW5pdGVkIFN0YXRlcyAoVG9sbCk6ICYjNDM7MSAoMjAxKSA1OTAtMjI1NTwvc3Bh bj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2 Pg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQt c2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPiZu YnNwOzwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwv cD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250 LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5P dGhlciBudW1iZXJzIGJvdGggdG9sbCBmcmVlIGFuZCB0b2xsIGFyZSBhdCB0aGUgYm90dG9tIG9m IHRoZSBpbnZpdGUuPC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48 L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5 bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6IENhbGlicmksIHNhbnMtc2VyaWY7IGNv bG9yOiBibGFjazsiPiZuYnNwOzwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+ PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxi Pjx1PjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBO ZXcnOyBjb2xvcjogYmxhY2s7Ij5NZWV0aW5nIERhdGVzJm5ic3A7Jm5ic3A7IHwgVVRDIHRpbWUm bmJzcDsmbmJzcDsmbmJzcDsmbmJzcDsgfCBOb3Rlczwvc3Bhbj48L3U+PC9iPjxzcGFuIHN0eWxl PSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAg Y2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1p bHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPkFwcmlsIDE1LCAyMDE0Jm5ic3A7IHwg MTQ6MDAgVVRDJm5ic3A7Jm5ic3A7Jm5ic3A7IHwgKioqKTwvc3Bhbj48c3BhbiBzdHlsZT0iY29s b3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNz PSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAn Q291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5NYXkgMjAsIDIwMTQgJm5ic3A7IHwgMTQ6MDAg VVRDJm5ic3A7Jm5ic3A7Jm5ic3A7IHwNCjwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2si PjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3Jt YWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBO ZXcnOyBjb2xvcjogYmxhY2s7Ij5KdW5lIDE3LCAyMDE0ICZuYnNwOyB8IDE0OjAwIFVUQyZuYnNw OyZuYnNwOyZuYnNwOyB8DQo8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwv bzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3Bh biBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29s b3I6IGJsYWNrOyI+SnVseSAxNSwgMjAxNCZuYnNwOyZuYnNwOyB8IDE0OjAwIFVUQyZuYnNwOyZu YnNwOyZuYnNwOyB8DQo8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpw Pjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBz dHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6 IGJsYWNrOyI+QXVnIDE5LCAyMDE0ICZuYnNwOyB8IDE0OjAwIFVUQyZuYnNwOyZuYnNwOyZuYnNw OyB8IFBsYW4gZm9yIGZhY2UtMi1mYWNlIGF0IHRoZSBYZW4gUHJvamVjdCBEZXZlbG9wZXIgU3Vt bWl0DQo8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48 L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9u dC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+ U2VwdCAxNiwgMjAxNCZuYnNwOyZuYnNwOyB8IDE0OjAwIFVUQyZuYnNwOyZuYnNwOyZuYnNwOyB8 PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0K PC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6 ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPk9jdCAy MSwgMjAxNCAmbmJzcDsgfCAxNDowMCBVVEMmbmJzcDsmbmJzcDsmbmJzcDsgfDwvc3Bhbj48c3Bh biBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRp dj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZv bnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5Ob3YgMTgsIDIwMTQmbmJz cDsmbmJzcDsgfCAxNTowMCBVVEMmbmJzcDsmbmJzcDsmbmJzcDsgfCAqKikgKioqKTwvc3Bhbj48 c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0K PGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7 IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5EZWMgMTYsIDIwMTQm bmJzcDsgfCAxNTowMCBVVEMmbmJzcDsmbmJzcDsmbmJzcDsgfA0KPC9zcGFuPjxzcGFuIHN0eWxl PSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAg Y2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1p bHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPkphbiAyMCwgMjAxNSAmbmJzcDsgfCAx NTowMCBVVEMmbmJzcDsmbmJzcDsmbmJzcDsgfA0KPC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpi bGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1z b05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3Vy aWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPkZlYiAxNywgMjAxNSZuYnNwOyZuYnNwOyB8IDE1OjAw IFVUQyZuYnNwOyZuYnNwOyZuYnNwOyB8DQo8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNr Ij48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9y bWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIg TmV3JzsgY29sb3I6IGJsYWNrOyI+TWFyY2ggMTcsIDIwMTUmbmJzcDsgfCAxNTowMCBVVEMmbmJz cDsmbmJzcDsmbmJzcDsgfCAqKikgKioqKik8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNr Ij48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9y bWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIg TmV3JzsgY29sb3I6IGJsYWNrOyI+QXByaWwgMjEsIDIwMTUmbmJzcDsgfCAxNDowMCBVVEMmbmJz cDsmbmJzcDsmbmJzcDsgfCAqKiopPC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86 cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+ PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6IENhbGlicmksIHNhbnMt c2VyaWY7IGNvbG9yOiBibGFjazsiPiZuYnNwOzwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6Ymxh Y2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29O b3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmll ciBOZXcnOyBjb2xvcjogYmxhY2s7Ij4tLS08L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNr Ij48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9y bWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIg TmV3JzsgY29sb3I6IGJsYWNrOyI+KikgTm90ZSB0aGF0IENoaW5hIGFuZCBTb3V0aCBLb3JlYSBk byBub3Qgb2JzZXJ2ZSBEYXlsaWdodCBTYXZpbmcgVGltZTwvc3Bhbj48c3BhbiBzdHlsZT0iY29s b3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNz PSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAn Q291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij4qKikgVVMgZGF5bGlnaHQgc2F2aW5nIHN0YXJ0 cyBvbiBNYXJjaCA5PC9zcGFuPjxzdXA+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogNy41cHQ7IGZv bnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij50aDwvc3Bhbj48L3N1cD48 c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3Jzsg Y29sb3I6IGJsYWNrOyI+DQogYW5kIGVuZHMgYXQgTm92IDI8L3NwYW4+PHN1cD48c3BhbiBzdHls ZT0iZm9udC1zaXplOiA3LjVwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBi bGFjazsiPm5kPC9zcGFuPjwvc3VwPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQt ZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij4yMDE0LCBNYXJjaCA4PC9zcGFu PjxzdXA+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogNy41cHQ7IGZvbnQtZmFtaWx5OiAnQ291cmll ciBOZXcnOyBjb2xvcjogYmxhY2s7Ij50aDwvc3Bhbj48L3N1cD48c3BhbiBzdHlsZT0iZm9udC1z aXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+DQog 4oCTIE5vdiAxPC9zcGFuPjxzdXA+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogNy41cHQ7IGZvbnQt ZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5zdDwvc3Bhbj48L3N1cD48c3Bh biBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29s b3I6IGJsYWNrOyI+IDIwMTU8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwv bzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3Bh biBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29s b3I6IGJsYWNrOyI+KioqKSBVSyBkYXlsaWdodCBzYXZpbmcgc3RhcnRzIE1hcmNoIDMwPC9zcGFu PjxzdXA+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogNy41cHQ7IGZvbnQtZmFtaWx5OiAnQ291cmll ciBOZXcnOyBjb2xvcjogYmxhY2s7Ij50aDwvc3Bhbj48L3N1cD48c3BhbiBzdHlsZT0iZm9udC1z aXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+DQog YW5kIGVuZHMgYXQgT2N0IDI2PC9zcGFuPjxzdXA+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogNy41 cHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij50aA0KPC9zcGFu Pjwvc3VwPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmll ciBOZXcnOyBjb2xvcjogYmxhY2s7Ij4yMDE0LCBNYXJjaCAyOTwvc3Bhbj48c3VwPjxzcGFuIHN0 eWxlPSJmb250LXNpemU6IDcuNXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6 IGJsYWNrOyI+dGg8L3NwYW4+PC9zdXA+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9u dC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPg0KIOKAkyBPY3QgMjY8L3Nw YW4+PHN1cD48c3BhbiBzdHlsZT0iZm9udC1zaXplOiA3LjVwdDsgZm9udC1mYW1pbHk6ICdDb3Vy aWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPnRoPC9zcGFuPjwvc3VwPjxzcGFuIHN0eWxlPSJmb250 LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij4g MjAxNSZuYnNwOw0KPC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48 L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5 bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBi bGFjazsiPioqKiopIFRoZSBtZWV0aW5nIHNob3VsZCBiZSBvbmUgaG91ciBsYXRlciBpbiB0aGUg VVMgKDg6MDAgUGFjaWZpYyBpbnN0ZWFkIG9mIDc6MDAgZHVlIHRvIHRoZSBlYXJsaWVyIHN0YXJ0 IG9mIFVTIGRheWxpZ2h0IHNhdmluZ3MpPC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+ PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1h bCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5l dyc7IGNvbG9yOiBibGFjazsiPiZuYnNwOzwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2si PjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3Jt YWwiPjxiPjx1PjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291 cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5DYWxsIFRvbGwtRnJlZTo8L3NwYW4+PC91PjwvYj48 c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0K PGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7 IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNlcmlmOyBjb2xvcjogYmxhY2s7Ij4mbmJzcDs8 L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8 L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXpl OiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+QXVzdHJh bGlhOiAmIzQzOzYxIDE4MDA4ODYxNTQ8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48 bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFs Ij48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3 JzsgY29sb3I6IGJsYWNrOyI+QXVzdHJpYTogJiM0Mzs0MyAwODAwMjAyMTQyPC9zcGFuPjxzcGFu IHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2 Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9u dC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPkJhaHJhaW46ICYjNDM7OTcz IDgwMDgxMDI1PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3Nw YW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9 ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFj azsiPkJlbGdpdW06ICYjNDM7MzIgKDApIDgwMDM5MTc0PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xv cjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9 Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdD b3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPkJyYXppbDogJiM0Mzs1NSAoMCkgODAwMDQ3NDkw MDwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4N CjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNp emU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5DaGlu YTogJiM0Mzs4NiA0MDA4ODExMDc2PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86 cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+ PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7 IGNvbG9yOiBibGFjazsiPkN6ZWNoIFJlcHVibGljOiAmIzQzOzQyMCA4MDA1MDA0NDE8L3NwYW4+ PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4N CjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0 OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+RGVubWFyazogJiM0 Mzs0NSA4MDkwMTkxNzwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+ PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0 eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjog YmxhY2s7Ij5GaW5sYW5kOiAmIzQzOzM1OCAoMCkgODAwOTQ1MDE8L3NwYW4+PHNwYW4gc3R5bGU9 ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBj bGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWls eTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+RnJhbmNlOiAmIzQzOzMzICgwKSA4MDU1 NDEwNDE8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48 L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9u dC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+ R2VybWFueTogJiM0Mzs0OSAwODAwNzIzNTExODwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6Ymxh Y2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29O b3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmll ciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5Ib25nIEtvbmc6ICYjNDM7ODUyIDMwNzEzMDcyPC9zcGFu PjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+ DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFw dDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPkluZGlhOiAmIzQz OzkxIDAwMDgwMDY1MDE2NjQ8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwv bzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3Bh biBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29s b3I6IGJsYWNrOyI+SXJlbGFuZDogJiM0MzszNTMgMTgwMDgxMjYxMDwvc3Bhbj48c3BhbiBzdHls ZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxw IGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFt aWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5Jc3JhZWw6ICYjNDM7OTcyIDE4MDky MTI4NzQ8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48 L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9u dC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+ SXNyYWVsOiAmIzQzOzk3MiAxODA5NDk0MTE5PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFj ayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05v cm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVy IE5ldyc7IGNvbG9yOiBibGFjazsiPkl0YWx5OiAmIzQzOzM5IDgwMDkwNjk1Mzwvc3Bhbj48c3Bh biBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRp dj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZv bnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5KYXBhbjogJiM0Mzs4MSAo MCkgMTIwMjE2NzAwPC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48 L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5 bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBi bGFjazsiPkx1eGVtYm91cmc6ICYjNDM7MzUyIDgwMDgwOTE4PC9zcGFuPjxzcGFuIHN0eWxlPSJj b2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xh c3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6 ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPk1hbGF5c2lhOiAmIzQzOzYwIDE4MDA4MTUz Nzc8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+ DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1z aXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+TWV4 aWNvOiAmIzQzOzUyIDAxODAwOTI1MDM3MDwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2si PjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3Jt YWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBO ZXcnOyBjb2xvcjogYmxhY2s7Ij5OZXRoZXJsYW5kczogJiM0MzszMSA4MDAyNjU4NDY4PC9zcGFu PjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+ DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFw dDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPk5ldyBaZWFsYW5k OiAmIzQzOzY0IDA1MDg4MDA3MzYgQkVUQTwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2si PjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3Jt YWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBO ZXcnOyBjb2xvcjogYmxhY2s7Ij5OZXcgWmVhbGFuZDogJiM0Mzs2NCAwODAwNDUyMTg0PC9zcGFu PjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+ DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFw dDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPk5vcndheTogJiM0 Mzs0NyA4MDAzMDIxNjwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+ PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0 eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjog YmxhY2s7Ij5QaGlsaXBwaW5lczogJiM0Mzs2MyAxODAwMTY1MTA3MDA8L3NwYW4+PHNwYW4gc3R5 bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8 cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZh bWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+UG9sYW5kOiAmIzQzOzQ4ICgwMCkg ODAwMTIxMzk3Mzwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9z cGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxl PSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxh Y2s7Ij5Qb3J0dWdhbDogJiM0MzszNTEgODAwNzg0NDU0PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xv cjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9 Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdD b3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPlNpbmdhcG9yZTogJiM0Mzs2NSA4MDAxMjA1NjEw PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0K PC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6 ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPlNvdXRo IEtvcmVhOiAmIzQzOzgyICgwKSA4MDYwOTA4ODA8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJs YWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNv Tm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJp ZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+U3BhaW46ICYjNDM7MzQgODAwOTAwNTc2PC9zcGFuPjxz cGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8 ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsg Zm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPlN3ZWRlbjogJiM0Mzs0 NiAwMjA5ODA3NjY8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwv c3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHls ZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJs YWNrOyI+U3dpdHplcmxhbmQ6ICYjNDM7NDEgMDgwMDAwMDI1NyBCRVRBPC9zcGFuPjxzcGFuIHN0 eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0K PHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1m YW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPlN3aXR6ZXJsYW5kOiAmIzQzOzQx ICgwKSA4MDA3NDEyMDU8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpw Pjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBz dHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6 IGJsYWNrOyI+VGFpd2FuOiAmIzQzOzg4NiAwODAwNjY2ODQ0PC9zcGFuPjxzcGFuIHN0eWxlPSJj b2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xh c3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6 ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPlRoYWlsYW5kOiAmIzQzOzY2IDAwMTgwMDY1 ODEwOTwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwv cD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250 LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5V bml0ZWQgS2luZ2RvbTogJiM0Mzs0NCAoMCkgODAwMDI4NDA1MTwvc3Bhbj48c3BhbiBzdHlsZT0i Y29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNs YXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5 OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5Vbml0ZWQgU3RhdGVzOiAmIzQzOzEgKDg2 NikgOTUxLTExNTE8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwv c3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHls ZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJs YWNrOyI+Jm5ic3A7PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48 L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PGI+PHU+PHNw YW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNv bG9yOiBibGFjazsiPkNhbGwgVG9sbDo8L3NwYW4+PC91PjwvYj48c3BhbiBzdHlsZT0iY29sb3I6 YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJN c29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxp YnJpLCBzYW5zLXNlcmlmOyBjb2xvcjogYmxhY2s7Ij4mbmJzcDs8L3NwYW4+PHNwYW4gc3R5bGU9 ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBj bGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWls eTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+QXVzdHJhbGlhOiAmIzQzOzYxIDM4NjQ0 NzA0ODwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwv cD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250 LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5B dXN0cmlhOiAmIzQzOzQzICgwKSA3MjA4ODAxOTU8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJs YWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNv Tm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJp ZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+QmVsZ2l1bTogJiM0MzszMiAoMCkgMiA4MDgzNTcwPC9z cGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9k aXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTog MTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPkNhbmFkYTog JiM0MzsxICg0MTYpIDgwMC04OTQ3PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86 cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+ PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7 IGNvbG9yOiBibGFjazsiPkNoaWxlOiAmIzQzOzU2IDI1OTUyODAwPC9zcGFuPjxzcGFuIHN0eWxl PSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAg Y2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1p bHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPkN6ZWNoIFJlcHVibGljOiAmIzQzOzQy MCAyNDYwMTk3NjE8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwv c3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHls ZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJs YWNrOyI+RGVubWFyazogJiM0Mzs0NSA2OTkxODU2MTwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6 YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJN c29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291 cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5GaW5sYW5kOiAmIzQzOzM1OCAoMCkgOTQyNDE1NzMw PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0K PC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6 ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPkZyYW5j ZTogJiM0MzszMyAoMCkgMTcwNjEwNDExPC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+ PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1h bCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5l dyc7IGNvbG9yOiBibGFjazsiPkdlcm1hbnk6ICYjNDM7NDkgODExODg5OTcwMjM8L3NwYW4+PHNw YW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxk aXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBm b250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+R3JlZWNlOiAmIzQzOzMw IDIxMTE3NjgyMDg8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwv c3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHls ZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJs YWNrOyI+SXJlbGFuZDogJiM0MzszNTMgKDApIDEgNjUyNjU3NDwvc3Bhbj48c3BhbiBzdHlsZT0i Y29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNs YXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5 OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5Jc3JhZWw6ICYjNDM7OTcyICgwKSAzNzIx OTYyMTwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwv cD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250 LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5J dGFseTogJiM0MzszOSA2OTE3MTc4ODg8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48 bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFs Ij48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3 JzsgY29sb3I6IGJsYWNrOyI+SmFwYW46ICYjNDM7ODEgKDApIDMgNDUyMDk0Mzk8L3NwYW4+PHNw YW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxk aXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBm b250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+THV4ZW1ib3VyZzogJiM0 MzszNTIgMjA4ODAzNzA8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpw Pjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBz dHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6 IGJsYWNrOyI+TWV4aWNvOiAmIzQzOzUyICgwMSkgNSA1MTE2Mzg5OTY8L3NwYW4+PHNwYW4gc3R5 bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8 cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZh bWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+TmV0aGVybGFuZHM6ICYjNDM7MzEg KDApIDIgMDI2Mjk2NTQ8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpw Pjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBz dHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6 IGJsYWNrOyI+TmV3IFplYWxhbmQ6ICYjNDM7NjQgKDApIDk5NzQ5NTg1PC9zcGFuPjxzcGFuIHN0 eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0K PHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1m YW1pbHk6ICdDb3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPk5vcndheTogJiM0Mzs0NyAyMTUx ODE5Nzwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwv cD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250 LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5Q ZXJ1OiAmIzQzOzUxIDE3MDg1NTY5PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86 cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+ PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdDb3VyaWVyIE5ldyc7 IGNvbG9yOiBibGFjazsiPlBvbGFuZDogJiM0Mzs0OCAoMCkgMiAyMzk4NzczNTwvc3Bhbj48c3Bh biBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRp dj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxzcGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZv bnQtZmFtaWx5OiAnQ291cmllciBOZXcnOyBjb2xvcjogYmxhY2s7Ij5TcGFpbjogJiM0MzszNCA5 MzE4MTY2NjI8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bh bj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0i Zm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNr OyI+U3dlZGVuOiAmIzQzOzQ2ICgwKSA4IDUyNTAwMTAwPC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xv cjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9 Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6ICdD b3VyaWVyIE5ldyc7IGNvbG9yOiBibGFjazsiPlN3aXR6ZXJsYW5kOiAmIzQzOzQxICgwKSAyMjUz MzEwODg8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48 L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9u dC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+ VW5pdGVkIEtpbmdkb206ICYjNDM7NDQgKDApIDIwMzMxODExNzI8L3NwYW4+PHNwYW4gc3R5bGU9 ImNvbG9yOmJsYWNrIj48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBj bGFzcz0iTXNvTm9ybWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWls eTogJ0NvdXJpZXIgTmV3JzsgY29sb3I6IGJsYWNrOyI+VW5pdGVkIFN0YXRlczogJiM0MzsxICgy MDEpIDU5MC0yMjU1PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xvcjpibGFjayI+PG86cD48L286cD48 L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9Ik1zb05vcm1hbCI+PHNwYW4gc3R5 bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6IENhbGlicmksIHNhbnMtc2VyaWY7IGNv bG9yOiBibGFjazsiPiZuYnNwOzwvc3Bhbj48c3BhbiBzdHlsZT0iY29sb3I6YmxhY2siPjxvOnA+ PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPGRpdj4NCjxwIGNsYXNzPSJNc29Ob3JtYWwiPjxz cGFuIHN0eWxlPSJmb250LXNpemU6IDExcHQ7IGZvbnQtZmFtaWx5OiBDYWxpYnJpLCBzYW5zLXNl cmlmOyBjb2xvcjogYmxhY2s7Ij4mbmJzcDs8L3NwYW4+PHNwYW4gc3R5bGU9ImNvbG9yOmJsYWNr Ij48bzpwPjwvbzpwPjwvc3Bhbj48L3A+DQo8L2Rpdj4NCjxkaXY+DQo8cCBjbGFzcz0iTXNvTm9y bWFsIj48c3BhbiBzdHlsZT0iZm9udC1zaXplOiAxMXB0OyBmb250LWZhbWlseTogQ2FsaWJyaSwg c2Fucy1zZXJpZjsgY29sb3I6IGJsYWNrOyI+Jm5ic3A7PC9zcGFuPjxzcGFuIHN0eWxlPSJjb2xv cjpibGFjayI+PG86cD48L286cD48L3NwYW4+PC9wPg0KPC9kaXY+DQo8ZGl2Pg0KPHAgY2xhc3M9 Ik1zb05vcm1hbCI+PHNwYW4gc3R5bGU9ImZvbnQtc2l6ZTogMTFwdDsgZm9udC1mYW1pbHk6IENh bGlicmksIHNhbnMtc2VyaWY7IGNvbG9yOiBibGFjazsiPiZuYnNwOzwvc3Bhbj48c3BhbiBzdHls ZT0iY29sb3I6YmxhY2siPjxvOnA+PC9vOnA+PC9zcGFuPjwvcD4NCjwvZGl2Pg0KPC9kaXY+DQo8 L2Rpdj4NCjwvZGl2Pg0KPC9kaXY+DQo8L3NwYW4+DQo8L2JvZHk+DQo8L2h0bWw+DQo= --_000_D2A05C8324132larskurthcitrixcom_-- --===============6429605843968046388== Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit Content-Disposition: inline _______________________________________________ Advisory-board mailing list Advisory-board@lists.xenproject.org http://lists.xenproject.org/cgi-bin/mailman/listinfo/advisory-board Archives: http://lists.xenproject.org/archives/html/advisory-board/ - login/pass "member"/"S3gurtasunG4be!" --===============6429605843968046388==-- From xen-devel-bounces@lists.xen.org Wed Dec 23 20:56:10 2015 Return-path: Envelope-to: archives@lists.xen.org Delivery-date: Wed, 23 Dec 2015 20:56:10 +0000 Received: from localhost ([127.0.0.1] helo=lists.xen.org) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1aBqS9-0005Lq-CU; Wed, 23 Dec 2015 20:56:09 +0000 Received: from mail6.bemta4.messagelabs.com ([85.158.143.247]) by lists.xen.org with esmtp (Exim 4.72) (envelope-from ) id 1aBqS6-0005Ld-Nr for xen-devel@lists.xensource.com; Wed, 23 Dec 2015 20:56:07 +0000 Received: from [85.158.143.35] by server-1.bemta-4.messagelabs.com id 9A/BE-21571-66A0B765; Wed, 23 Dec 2015 20:56:06 +0000 X-Env-Sender: eblake@redhat.com X-Msg-Ref: server-7.tower-21.messagelabs.com!1450904163!7065220!1 X-Originating-IP: [209.132.183.28] X-SpamReason: No, hits=0.0 required=7.0 tests=sa_preprocessor: VHJ1c3RlZCBJUDogMjA5LjEzMi4xODMuMjggPT4gNTQwNjQ=\n X-StarScan-Received: X-StarScan-Version: 7.35.1; banners=-,-,- X-VirusChecked: Checked Received: (qmail 43996 invoked from network); 23 Dec 2015 20:56:04 -0000 Received: from mx1.redhat.com (HELO mx1.redhat.com) (209.132.183.28) by server-7.tower-21.messagelabs.com with DHE-RSA-AES256-GCM-SHA384 encrypted SMTP; 23 Dec 2015 20:56:04 -0000 Received: from int-mx13.intmail.prod.int.phx2.redhat.com (int-mx13.intmail.prod.int.phx2.redhat.com [10.5.11.26]) by mx1.redhat.com (Postfix) with ESMTPS id C9B38A58B2; Wed, 23 Dec 2015 20:56:00 +0000 (UTC) Received: from red.redhat.com (ovpn-113-191.phx2.redhat.com [10.3.113.191]) by int-mx13.intmail.prod.int.phx2.redhat.com (8.14.4/8.14.4) with ESMTP id tBNKtl92028439; Wed, 23 Dec 2015 15:55:53 -0500 From: Eric Blake To: qemu-devel@nongnu.org Date: Wed, 23 Dec 2015 13:55:38 -0700 Message-Id: <1450904145-17721-10-git-send-email-eblake@redhat.com> In-Reply-To: <1450904145-17721-1-git-send-email-eblake@redhat.com> References: <1450904145-17721-1-git-send-email-eblake@redhat.com> MIME-Version: 1.0 Content-Length: 72903 X-Scanned-By: MIMEDefang 2.68 on 10.5.11.26 Cc: Peter Maydell , "Michael S. Tsirkin" , Jason Wang , Vincenzo Maffione , Alexander Graf , Max Filippov , Gerd Hoffmann , Dmitry Fleytman , "Edgar E. Iglesias" , Rob Herring , "open list:X86" , armbru@redhat.com, Scott Feldman , =?UTF-8?q?K=C5=91v=C3=A1g=C3=B3=2C=20Zolt=C3=A1n?= , Jiri Pirko , Stefano Stabellini , Alistair Francis , Beniamino Galvani , "open list:Musicpal" , Jan Kiszka , Scott Wood , Giuseppe Lettieri , Luiz Capitulino , Luigi Rizzo , David Gibson , Peter Crosthwaite , Michael Walle , "open list:ppce500" , Peter Chubb Subject: [Xen-devel] [PATCH v6 09/16] qapi: Change Netdev into a flat union X-BeenThere: xen-devel@lists.xen.org X-Mailman-Version: 2.1.13 Precedence: list List-Id: Xen developer discussion List-Unsubscribe: , List-Post: List-Help: List-Subscribe: , Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: base64 Sender: xen-devel-bounces@lists.xen.org Errors-To: xen-devel-bounces@lists.xen.org RnJvbTogS8WRdsOhZ8OzLCBab2x0w6FuIDxkaXJ0eS5pY2UuaHVAZ21haWwuY29tPgoKRXhjZXB0 IHFhcGktc2NoZW1hLmpzb24sIHRoaXMgcGF0Y2ggd2FzIGdlbmVyYXRlZCBieToKCmZpbmQgLiAt bmFtZSAuZ2l0IC1wcnVuZSAtbyAtdHlwZSBmIFwhIC1uYW1lICcqficgLXByaW50MCB8IFwKICB4 YXJncyAtMCBzZWQgLWkgXAogICAgLWUgJ3MvTmV0Q2xpZW50T3B0aW9uc0tpbmQvTmV0Q2xpZW50 RHJpdmVyL2cnIFwKICAgIC1lICdzL05FVF9DTElFTlRfT1BUSU9OU19LSU5EXy9ORVRfQ0xJRU5U X0RSSVZFUl8vZycgXAogICAgLWUgJ3MvbmV0ZGV2LT5vcHRzL25ldGRldi9nJwoKU2lnbmVkLW9m Zi1ieTogS8WRdsOhZ8OzLCBab2x0w6FuIDxEaXJ0WS5pQ0UuaHVAZ21haWwuY29tPgpNZXNzYWdl LUlkOiA8MDFhNTI3ZmJmMWE1ZGU4ODAwOTFmOThjZjAxMTYxNmE3OGFkZWVlZS4xNDQxNjI3MTc2 LmdpdC5EaXJ0WS5pQ0UuaHVAZ21haWwuY29tPgoKQWRkaXRpb25hbCBjaGFuZ2VzOgpSZWJhc2Ug dGhlIHBhdGNoIG9uIHRvcCBvZiBhbiBlYXJsaWVyIGNoYW5nZSBmcm9tIG5ldGRldi0+a2luZCB0 bwpuZXRkZXYtPnR5cGUsIHNvIHRoYXQgdHdlYWsgaXMgbm8gbG9uZ2VyIG5lZWRlZCBoZXJlLiAg UmViYXNlIHRvCmxhdGVzdCBtYXN0ZXIgd2hpY2ggZW5oYW5jZWQgbXVsdGlxdWV1ZS4KClJld29y ayBzbyB0aGF0IE5ldGRldkxlZ2FjeSBkb2Vzbid0IHBvbGx1dGUgUU1QIGNvbW1hbmQgYnV0IGlz IGluc3RlYWQKY29waWVkIHBpZWNld2lzZSBpbnRvIHRoZSBuZXcgTmV0ZGV2LCB3aGljaCBtZWFu cyB0aGF0IE5ldENsaWVudE9wdGlvbnMKbXVzdCBzdGlsbCByZW1haW4gaW4gcWFwaS4gU2luY2Ug bGVnYWN5IHByZXZpb3VzbHkgYWx3YXlzIHJlamVjdGVkCidodWJwb3J0Jywgd2UgY2FuIG5vdyBt YWtlIHRoYXQgZXhwbGljaXQgYnkgaGF2aW5nIHRoZSB0d28gdW5pb25zIGJlCnNsaWdodGx5IGRp ZmZlcmVudDsgYnV0IHRoYXQgbWVhbnMgd2UgbXVzdCBtYW51YWxseSBtYXAgYmV0d2VlbiB0aGUK dHdvIHN0cnVjdHVyZXMuCgpTaWduZWQtb2ZmLWJ5OiBFcmljIEJsYWtlIDxlYmxha2VAcmVkaGF0 LmNvbT4KCi0tLQp2NjogcmViYXNlIHRvIGxhdGVzdCBtYXN0ZXIKLS0tCiBody9hcm0vbXVzaWNw YWwuYyAgICAgICAgICAgICAgICB8ICAgMiArLQogaHcvY29yZS9xZGV2LXByb3BlcnRpZXMtc3lz dGVtLmMgfCAgIDIgKy0KIGh3L25ldC9hbGx3aW5uZXJfZW1hYy5jICAgICAgICAgIHwgICAyICst CiBody9uZXQvY2FkZW5jZV9nZW0uYyAgICAgICAgICAgICB8ICAgMiArLQogaHcvbmV0L2RwODM5 M3guYyAgICAgICAgICAgICAgICAgfCAgIDIgKy0KIGh3L25ldC9lMTAwMC5jICAgICAgICAgICAg ICAgICAgIHwgICAyICstCiBody9uZXQvZWVwcm8xMDAuYyAgICAgICAgICAgICAgICB8ICAgMiAr LQogaHcvbmV0L2V0cmF4ZnNfZXRoLmMgICAgICAgICAgICAgfCAgIDIgKy0KIGh3L25ldC9mc2xf ZXRzZWMvZXRzZWMuYyAgICAgICAgIHwgICAyICstCiBody9uZXQvaW14X2ZlYy5jICAgICAgICAg ICAgICAgICB8ICAgMiArLQogaHcvbmV0L2xhbjkxMTguYyAgICAgICAgICAgICAgICAgfCAgIDIg Ky0KIGh3L25ldC9sYW5jZS5jICAgICAgICAgICAgICAgICAgIHwgICAyICstCiBody9uZXQvbWNm X2ZlYy5jICAgICAgICAgICAgICAgICB8ICAgMiArLQogaHcvbmV0L21pbGt5bWlzdC1taW5pbWFj Mi5jICAgICAgfCAgIDIgKy0KIGh3L25ldC9taXBzbmV0LmMgICAgICAgICAgICAgICAgIHwgICAy ICstCiBody9uZXQvbmUyMDAwLWlzYS5jICAgICAgICAgICAgICB8ICAgMiArLQogaHcvbmV0L25l MjAwMC5jICAgICAgICAgICAgICAgICAgfCAgIDIgKy0KIGh3L25ldC9vcGVuY29yZXNfZXRoLmMg ICAgICAgICAgIHwgICAyICstCiBody9uZXQvcGNuZXQtcGNpLmMgICAgICAgICAgICAgICB8ICAg MiArLQogaHcvbmV0L3JvY2tlci9yb2NrZXJfZnAuYyAgICAgICAgfCAgIDIgKy0KIGh3L25ldC9y dGw4MTM5LmMgICAgICAgICAgICAgICAgIHwgICAyICstCiBody9uZXQvc21jOTFjMTExLmMgICAg ICAgICAgICAgICB8ICAgMiArLQogaHcvbmV0L3NwYXByX2xsYW4uYyAgICAgICAgICAgICAgfCAg IDIgKy0KIGh3L25ldC9zdGVsbGFyaXNfZW5ldC5jICAgICAgICAgIHwgICAyICstCiBody9uZXQv dmhvc3RfbmV0LmMgICAgICAgICAgICAgICB8ICAxNiArKy0tLQogaHcvbmV0L3ZpcnRpby1uZXQu YyAgICAgICAgICAgICAgfCAgMTAgKy0tCiBody9uZXQvdm14bmV0My5jICAgICAgICAgICAgICAg ICB8ICAgMiArLQogaHcvbmV0L3hlbl9uaWMuYyAgICAgICAgICAgICAgICAgfCAgIDIgKy0KIGh3 L25ldC94Z21hYy5jICAgICAgICAgICAgICAgICAgIHwgICAyICstCiBody9uZXQveGlsaW54X2F4 aWVuZXQuYyAgICAgICAgICB8ICAgMiArLQogaHcvbmV0L3hpbGlueF9ldGhsaXRlLmMgICAgICAg ICAgfCAgIDIgKy0KIGh3L3VzYi9kZXYtbmV0d29yay5jICAgICAgICAgICAgIHwgICAyICstCiBp bmNsdWRlL25ldC9uZXQuaCAgICAgICAgICAgICAgICB8ICAgNCArLQogbW9uaXRvci5jICAgICAg ICAgICAgICAgICAgICAgICAgfCAgMTQgKystLS0KIG5ldC9kdW1wLmMgICAgICAgICAgICAgICAg ICAgICAgIHwgICA2ICstCiBuZXQvaHViLmMgICAgICAgICAgICAgICAgICAgICAgICB8ICAyMiAr KystLS0tCiBuZXQvbDJ0cHYzLmMgICAgICAgICAgICAgICAgICAgICB8ICAgNiArLQogbmV0L25l dC5jICAgICAgICAgICAgICAgICAgICAgICAgfCAxMzMgKysrKysrKysrKysrKysrKysrKysrKysr Ky0tLS0tLS0tLS0tLS0tCiBuZXQvbmV0bWFwLmMgICAgICAgICAgICAgICAgICAgICB8ICAgNCAr LQogbmV0L3NsaXJwLmMgICAgICAgICAgICAgICAgICAgICAgfCAgIDYgKy0KIG5ldC9zb2NrZXQu YyAgICAgICAgICAgICAgICAgICAgIHwgICA4ICstLQogbmV0L3RhcC13aW4zMi5jICAgICAgICAg ICAgICAgICAgfCAgIDYgKy0KIG5ldC90YXAuYyAgICAgICAgICAgICAgICAgICAgICAgIHwgIDI0 ICsrKy0tLS0KIG5ldC92ZGUuYyAgICAgICAgICAgICAgICAgICAgICAgIHwgICA2ICstCiBuZXQv dmhvc3QtdXNlci5jICAgICAgICAgICAgICAgICB8ICAxOCArKystLS0KIHFhcGktc2NoZW1hLmpz b24gICAgICAgICAgICAgICAgIHwgIDU3ICsrKysrKysrKysrKystLS0tCiA0NiBmaWxlcyBjaGFu Z2VkLCAyMzQgaW5zZXJ0aW9ucygrKSwgMTY2IGRlbGV0aW9ucygtKQoKZGlmZiAtLWdpdCBhL2h3 L2FybS9tdXNpY3BhbC5jIGIvaHcvYXJtL211c2ljcGFsLmMKaW5kZXggYjUzNGJiOS4uNTI3Yjcw MyAxMDA2NDQKLS0tIGEvaHcvYXJtL211c2ljcGFsLmMKKysrIGIvaHcvYXJtL211c2ljcGFsLmMK QEAgLTM3NCw3ICszNzQsNyBAQCBzdGF0aWMgdm9pZCBldGhfY2xlYW51cChOZXRDbGllbnRTdGF0 ZSAqbmMpCiB9Cgogc3RhdGljIE5ldENsaWVudEluZm8gbmV0X212ODh3ODYxOF9pbmZvID0gewot ICAgIC50eXBlID0gTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfTklDLAorICAgIC50eXBlID0gTkVU X0NMSUVOVF9EUklWRVJfTklDLAogICAgIC5zaXplID0gc2l6ZW9mKE5JQ1N0YXRlKSwKICAgICAu cmVjZWl2ZSA9IGV0aF9yZWNlaXZlLAogICAgIC5jbGVhbnVwID0gZXRoX2NsZWFudXAsCmRpZmYg LS1naXQgYS9ody9jb3JlL3FkZXYtcHJvcGVydGllcy1zeXN0ZW0uYyBiL2h3L2NvcmUvcWRldi1w cm9wZXJ0aWVzLXN5c3RlbS5jCmluZGV4IGFkM2M0MjhmZi4uOTU5ZmRlYSAxMDA2NDQKLS0tIGEv aHcvY29yZS9xZGV2LXByb3BlcnRpZXMtc3lzdGVtLmMKKysrIGIvaHcvY29yZS9xZGV2LXByb3Bl cnRpZXMtc3lzdGVtLmMKQEAgLTIyOSw3ICsyMjksNyBAQCBzdGF0aWMgdm9pZCBzZXRfbmV0ZGV2 KE9iamVjdCAqb2JqLCBWaXNpdG9yICp2LCBjb25zdCBjaGFyICpuYW1lLAogICAgIH0KCiAgICAg cXVldWVzID0gcWVtdV9maW5kX25ldF9jbGllbnRzX2V4Y2VwdChzdHIsIHBlZXJzLAotICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgTkVUX0NMSUVOVF9PUFRJT05TX0tJ TkRfTklDLAorICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgTkVUX0NM SUVOVF9EUklWRVJfTklDLAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgTUFYX1FVRVVFX05VTSk7CiAgICAgaWYgKHF1ZXVlcyA9PSAwKSB7CiAgICAgICAgIGVyciA9 IC1FTk9FTlQ7CmRpZmYgLS1naXQgYS9ody9uZXQvYWxsd2lubmVyX2VtYWMuYyBiL2h3L25ldC9h bGx3aW5uZXJfZW1hYy5jCmluZGV4IDA0MDdkZWUuLjRmZGY4MjQgMTAwNjQ0Ci0tLSBhL2h3L25l dC9hbGx3aW5uZXJfZW1hYy5jCisrKyBiL2h3L25ldC9hbGx3aW5uZXJfZW1hYy5jCkBAIC00MjIs NyArNDIyLDcgQEAgc3RhdGljIGNvbnN0IE1lbW9yeVJlZ2lvbk9wcyBhd19lbWFjX21lbV9vcHMg PSB7CiB9OwoKIHN0YXRpYyBOZXRDbGllbnRJbmZvIG5ldF9hd19lbWFjX2luZm8gPSB7Ci0gICAg LnR5cGUgPSBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9OSUMsCisgICAgLnR5cGUgPSBORVRfQ0xJ RU5UX0RSSVZFUl9OSUMsCiAgICAgLnNpemUgPSBzaXplb2YoTklDU3RhdGUpLAogICAgIC5jYW5f cmVjZWl2ZSA9IGF3X2VtYWNfY2FuX3JlY2VpdmUsCiAgICAgLnJlY2VpdmUgPSBhd19lbWFjX3Jl Y2VpdmUsCmRpZmYgLS1naXQgYS9ody9uZXQvY2FkZW5jZV9nZW0uYyBiL2h3L25ldC9jYWRlbmNl X2dlbS5jCmluZGV4IDM2MzlmYzEuLjlmZTdkMTkgMTAwNjQ0Ci0tLSBhL2h3L25ldC9jYWRlbmNl X2dlbS5jCisrKyBiL2h3L25ldC9jYWRlbmNlX2dlbS5jCkBAIC0xMTgxLDcgKzExODEsNyBAQCBz dGF0aWMgdm9pZCBnZW1fc2V0X2xpbmsoTmV0Q2xpZW50U3RhdGUgKm5jKQogfQoKIHN0YXRpYyBO ZXRDbGllbnRJbmZvIG5ldF9nZW1faW5mbyA9IHsKLSAgICAudHlwZSA9IE5FVF9DTElFTlRfT1BU SU9OU19LSU5EX05JQywKKyAgICAudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVSX05JQywKICAgICAu c2l6ZSA9IHNpemVvZihOSUNTdGF0ZSksCiAgICAgLmNhbl9yZWNlaXZlID0gZ2VtX2Nhbl9yZWNl aXZlLAogICAgIC5yZWNlaXZlID0gZ2VtX3JlY2VpdmUsCmRpZmYgLS1naXQgYS9ody9uZXQvZHA4 MzkzeC5jIGIvaHcvbmV0L2RwODM5M3guYwppbmRleCBhYjYwN2U0Li5mYjU3OTAwIDEwMDY0NAot LS0gYS9ody9uZXQvZHA4MzkzeC5jCisrKyBiL2h3L25ldC9kcDgzOTN4LmMKQEAgLTgxMCw3ICs4 MTAsNyBAQCBzdGF0aWMgdm9pZCBkcDgzOTN4X3Jlc2V0KERldmljZVN0YXRlICpkZXYpCiB9Cgog c3RhdGljIE5ldENsaWVudEluZm8gbmV0X2RwODM5MzJfaW5mbyA9IHsKLSAgICAudHlwZSA9IE5F VF9DTElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVS X05JQywKICAgICAuc2l6ZSA9IHNpemVvZihOSUNTdGF0ZSksCiAgICAgLmNhbl9yZWNlaXZlID0g ZHA4MzkzeF9jYW5fcmVjZWl2ZSwKICAgICAucmVjZWl2ZSA9IGRwODM5M3hfcmVjZWl2ZSwKZGlm ZiAtLWdpdCBhL2h3L25ldC9lMTAwMC5jIGIvaHcvbmV0L2UxMDAwLmMKaW5kZXggYmVjMDZlOS4u MmRkMTcyMiAxMDA2NDQKLS0tIGEvaHcvbmV0L2UxMDAwLmMKKysrIGIvaHcvbmV0L2UxMDAwLmMK QEAgLTE3NzksNyArMTc3OSw3IEBAIHBjaV9lMTAwMF91bmluaXQoUENJRGV2aWNlICpkZXYpCiB9 Cgogc3RhdGljIE5ldENsaWVudEluZm8gbmV0X2UxMDAwX2luZm8gPSB7Ci0gICAgLnR5cGUgPSBO RVRfQ0xJRU5UX09QVElPTlNfS0lORF9OSUMsCisgICAgLnR5cGUgPSBORVRfQ0xJRU5UX0RSSVZF Ul9OSUMsCiAgICAgLnNpemUgPSBzaXplb2YoTklDU3RhdGUpLAogICAgIC5jYW5fcmVjZWl2ZSA9 IGUxMDAwX2Nhbl9yZWNlaXZlLAogICAgIC5yZWNlaXZlID0gZTEwMDBfcmVjZWl2ZSwKZGlmZiAt LWdpdCBhL2h3L25ldC9lZXBybzEwMC5jIGIvaHcvbmV0L2VlcHJvMTAwLmMKaW5kZXggNjg1YTQ3 OC4uOGJhMDJmNCAxMDA2NDQKLS0tIGEvaHcvbmV0L2VlcHJvMTAwLmMKKysrIGIvaHcvbmV0L2Vl cHJvMTAwLmMKQEAgLTE4NDgsNyArMTg0OCw3IEBAIHN0YXRpYyB2b2lkIHBjaV9uaWNfdW5pbml0 KFBDSURldmljZSAqcGNpX2RldikKIH0KCiBzdGF0aWMgTmV0Q2xpZW50SW5mbyBuZXRfZWVwcm8x MDBfaW5mbyA9IHsKLSAgICAudHlwZSA9IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAg ICAudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVSX05JQywKICAgICAuc2l6ZSA9IHNpemVvZihOSUNT dGF0ZSksCiAgICAgLnJlY2VpdmUgPSBuaWNfcmVjZWl2ZSwKIH07CmRpZmYgLS1naXQgYS9ody9u ZXQvZXRyYXhmc19ldGguYyBiL2h3L25ldC9ldHJheGZzX2V0aC5jCmluZGV4IGQ2MDAyNzUuLmY0 M2ExNzAgMTAwNjQ0Ci0tLSBhL2h3L25ldC9ldHJheGZzX2V0aC5jCisrKyBiL2h3L25ldC9ldHJh eGZzX2V0aC5jCkBAIC01NzcsNyArNTc3LDcgQEAgc3RhdGljIGNvbnN0IE1lbW9yeVJlZ2lvbk9w cyBldGhfb3BzID0gewogfTsKCiBzdGF0aWMgTmV0Q2xpZW50SW5mbyBuZXRfZXRyYXhmc19pbmZv ID0gewotICAgIC50eXBlID0gTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfTklDLAorICAgIC50eXBl ID0gTkVUX0NMSUVOVF9EUklWRVJfTklDLAogICAgIC5zaXplID0gc2l6ZW9mKE5JQ1N0YXRlKSwK ICAgICAucmVjZWl2ZSA9IGV0aF9yZWNlaXZlLAogICAgIC5saW5rX3N0YXR1c19jaGFuZ2VkID0g ZXRoX3NldF9saW5rLApkaWZmIC0tZ2l0IGEvaHcvbmV0L2ZzbF9ldHNlYy9ldHNlYy5jIGIvaHcv bmV0L2ZzbF9ldHNlYy9ldHNlYy5jCmluZGV4IDA0YmI0MWQuLjQ4ZWUyN2IgMTAwNjQ0Ci0tLSBh L2h3L25ldC9mc2xfZXRzZWMvZXRzZWMuYworKysgYi9ody9uZXQvZnNsX2V0c2VjL2V0c2VjLmMK QEAgLTM2OSw3ICszNjksNyBAQCBzdGF0aWMgdm9pZCBldHNlY19zZXRfbGlua19zdGF0dXMoTmV0 Q2xpZW50U3RhdGUgKm5jKQogfQoKIHN0YXRpYyBOZXRDbGllbnRJbmZvIG5ldF9ldHNlY19pbmZv ID0gewotICAgIC50eXBlID0gTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfTklDLAorICAgIC50eXBl ID0gTkVUX0NMSUVOVF9EUklWRVJfTklDLAogICAgIC5zaXplID0gc2l6ZW9mKE5JQ1N0YXRlKSwK ICAgICAucmVjZWl2ZSA9IGV0c2VjX3JlY2VpdmUsCiAgICAgLmxpbmtfc3RhdHVzX2NoYW5nZWQg PSBldHNlY19zZXRfbGlua19zdGF0dXMsCmRpZmYgLS1naXQgYS9ody9uZXQvaW14X2ZlYy5jIGIv aHcvbmV0L2lteF9mZWMuYwppbmRleCBjNTBiZjdmLi4wOTJkNzdhIDEwMDY0NAotLS0gYS9ody9u ZXQvaW14X2ZlYy5jCisrKyBiL2h3L25ldC9pbXhfZmVjLmMKQEAgLTY1MSw3ICs2NTEsNyBAQCBz dGF0aWMgdm9pZCBpbXhfZmVjX2NsZWFudXAoTmV0Q2xpZW50U3RhdGUgKm5jKQogfQoKIHN0YXRp YyBOZXRDbGllbnRJbmZvIG5ldF9pbXhfZmVjX2luZm8gPSB7Ci0gICAgLnR5cGUgPSBORVRfQ0xJ RU5UX09QVElPTlNfS0lORF9OSUMsCisgICAgLnR5cGUgPSBORVRfQ0xJRU5UX0RSSVZFUl9OSUMs CiAgICAgLnNpemUgPSBzaXplb2YoTklDU3RhdGUpLAogICAgIC5jYW5fcmVjZWl2ZSA9IGlteF9m ZWNfY2FuX3JlY2VpdmUsCiAgICAgLnJlY2VpdmUgPSBpbXhfZmVjX3JlY2VpdmUsCmRpZmYgLS1n aXQgYS9ody9uZXQvbGFuOTExOC5jIGIvaHcvbmV0L2xhbjkxMTguYwppbmRleCAxNzM0YjUyLi5l MThiMDIxIDEwMDY0NAotLS0gYS9ody9uZXQvbGFuOTExOC5jCisrKyBiL2h3L25ldC9sYW45MTE4 LmMKQEAgLTEzMTEsNyArMTMxMSw3IEBAIHN0YXRpYyBjb25zdCBNZW1vcnlSZWdpb25PcHMgbGFu OTExOF8xNmJpdF9tZW1fb3BzID0gewogfTsKCiBzdGF0aWMgTmV0Q2xpZW50SW5mbyBuZXRfbGFu OTExOF9pbmZvID0gewotICAgIC50eXBlID0gTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfTklDLAor ICAgIC50eXBlID0gTkVUX0NMSUVOVF9EUklWRVJfTklDLAogICAgIC5zaXplID0gc2l6ZW9mKE5J Q1N0YXRlKSwKICAgICAucmVjZWl2ZSA9IGxhbjkxMThfcmVjZWl2ZSwKICAgICAubGlua19zdGF0 dXNfY2hhbmdlZCA9IGxhbjkxMThfc2V0X2xpbmssCmRpZmYgLS1naXQgYS9ody9uZXQvbGFuY2Uu YyBiL2h3L25ldC9sYW5jZS5jCmluZGV4IDc4MGIzOWQuLjc5NDBjMDUgMTAwNjQ0Ci0tLSBhL2h3 L25ldC9sYW5jZS5jCisrKyBiL2h3L25ldC9sYW5jZS5jCkBAIC05Miw3ICs5Miw3IEBAIHN0YXRp YyBjb25zdCBNZW1vcnlSZWdpb25PcHMgbGFuY2VfbWVtX29wcyA9IHsKIH07Cgogc3RhdGljIE5l dENsaWVudEluZm8gbmV0X2xhbmNlX2luZm8gPSB7Ci0gICAgLnR5cGUgPSBORVRfQ0xJRU5UX09Q VElPTlNfS0lORF9OSUMsCisgICAgLnR5cGUgPSBORVRfQ0xJRU5UX0RSSVZFUl9OSUMsCiAgICAg LnNpemUgPSBzaXplb2YoTklDU3RhdGUpLAogICAgIC5yZWNlaXZlID0gcGNuZXRfcmVjZWl2ZSwK ICAgICAubGlua19zdGF0dXNfY2hhbmdlZCA9IHBjbmV0X3NldF9saW5rX3N0YXR1cywKZGlmZiAt LWdpdCBhL2h3L25ldC9tY2ZfZmVjLmMgYi9ody9uZXQvbWNmX2ZlYy5jCmluZGV4IDIxOTI4Zjku LjUzODY1OTcgMTAwNjQ0Ci0tLSBhL2h3L25ldC9tY2ZfZmVjLmMKKysrIGIvaHcvbmV0L21jZl9m ZWMuYwpAQCAtNTA2LDcgKzUwNiw3IEBAIHN0YXRpYyBjb25zdCBNZW1vcnlSZWdpb25PcHMgbWNm X2ZlY19vcHMgPSB7CiB9OwoKIHN0YXRpYyBOZXRDbGllbnRJbmZvIG5ldF9tY2ZfZmVjX2luZm8g PSB7Ci0gICAgLnR5cGUgPSBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9OSUMsCisgICAgLnR5cGUg PSBORVRfQ0xJRU5UX0RSSVZFUl9OSUMsCiAgICAgLnNpemUgPSBzaXplb2YoTklDU3RhdGUpLAog ICAgIC5yZWNlaXZlID0gbWNmX2ZlY19yZWNlaXZlLAogfTsKZGlmZiAtLWdpdCBhL2h3L25ldC9t aWxreW1pc3QtbWluaW1hYzIuYyBiL2h3L25ldC9taWxreW1pc3QtbWluaW1hYzIuYwppbmRleCA2 MzAyYjhiLi5iMDVjODAxIDEwMDY0NAotLS0gYS9ody9uZXQvbWlsa3ltaXN0LW1pbmltYWMyLmMK KysrIGIvaHcvbmV0L21pbGt5bWlzdC1taW5pbWFjMi5jCkBAIC00NDMsNyArNDQzLDcgQEAgc3Rh dGljIHZvaWQgbWlsa3ltaXN0X21pbmltYWMyX3Jlc2V0KERldmljZVN0YXRlICpkKQogfQoKIHN0 YXRpYyBOZXRDbGllbnRJbmZvIG5ldF9taWxreW1pc3RfbWluaW1hYzJfaW5mbyA9IHsKLSAgICAu dHlwZSA9IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAudHlwZSA9IE5FVF9DTElF TlRfRFJJVkVSX05JQywKICAgICAuc2l6ZSA9IHNpemVvZihOSUNTdGF0ZSksCiAgICAgLnJlY2Vp dmUgPSBtaW5pbWFjMl9yeCwKIH07CmRpZmYgLS1naXQgYS9ody9uZXQvbWlwc25ldC5jIGIvaHcv bmV0L21pcHNuZXQuYwppbmRleCBmMjYxMDExLi5iOWJmMDNmIDEwMDY0NAotLS0gYS9ody9uZXQv bWlwc25ldC5jCisrKyBiL2h3L25ldC9taXBzbmV0LmMKQEAgLTIxOCw3ICsyMTgsNyBAQCBzdGF0 aWMgY29uc3QgVk1TdGF0ZURlc2NyaXB0aW9uIHZtc3RhdGVfbWlwc25ldCA9IHsKIH07Cgogc3Rh dGljIE5ldENsaWVudEluZm8gbmV0X21pcHNuZXRfaW5mbyA9IHsKLSAgICAudHlwZSA9IE5FVF9D TElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVSX05J QywKICAgICAuc2l6ZSA9IHNpemVvZihOSUNTdGF0ZSksCiAgICAgLnJlY2VpdmUgPSBtaXBzbmV0 X3JlY2VpdmUsCiB9OwpkaWZmIC0tZ2l0IGEvaHcvbmV0L25lMjAwMC1pc2EuYyBiL2h3L25ldC9u ZTIwMDAtaXNhLmMKaW5kZXggNjMwY2FiMy4uNjE1YjQwMSAxMDA2NDQKLS0tIGEvaHcvbmV0L25l MjAwMC1pc2EuYworKysgYi9ody9uZXQvbmUyMDAwLWlzYS5jCkBAIC00Miw3ICs0Miw3IEBAIHR5 cGVkZWYgc3RydWN0IElTQU5FMjAwMFN0YXRlIHsKIH0gSVNBTkUyMDAwU3RhdGU7Cgogc3RhdGlj IE5ldENsaWVudEluZm8gbmV0X25lMjAwMF9pc2FfaW5mbyA9IHsKLSAgICAudHlwZSA9IE5FVF9D TElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVSX05J QywKICAgICAuc2l6ZSA9IHNpemVvZihOSUNTdGF0ZSksCiAgICAgLnJlY2VpdmUgPSBuZTIwMDBf cmVjZWl2ZSwKIH07CmRpZmYgLS1naXQgYS9ody9uZXQvbmUyMDAwLmMgYi9ody9uZXQvbmUyMDAw LmMKaW5kZXggMDEwZjllZi4uNDU3ZjhhZSAxMDA2NDQKLS0tIGEvaHcvbmV0L25lMjAwMC5jCisr KyBiL2h3L25ldC9uZTIwMDAuYwpAQCAtNzA1LDcgKzcwNSw3IEBAIHZvaWQgbmUyMDAwX3NldHVw X2lvKE5FMjAwMFN0YXRlICpzLCBEZXZpY2VTdGF0ZSAqZGV2LCB1bnNpZ25lZCBzaXplKQogfQoK IHN0YXRpYyBOZXRDbGllbnRJbmZvIG5ldF9uZTIwMDBfaW5mbyA9IHsKLSAgICAudHlwZSA9IE5F VF9DTElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVS X05JQywKICAgICAuc2l6ZSA9IHNpemVvZihOSUNTdGF0ZSksCiAgICAgLnJlY2VpdmUgPSBuZTIw MDBfcmVjZWl2ZSwKIH07CmRpZmYgLS1naXQgYS9ody9uZXQvb3BlbmNvcmVzX2V0aC5jIGIvaHcv bmV0L29wZW5jb3Jlc19ldGguYwppbmRleCAzNjQyMDQ2Li40YjY0MDdiIDEwMDY0NAotLS0gYS9o dy9uZXQvb3BlbmNvcmVzX2V0aC5jCisrKyBiL2h3L25ldC9vcGVuY29yZXNfZXRoLmMKQEAgLTQ3 Myw3ICs0NzMsNyBAQCBzdGF0aWMgc3NpemVfdCBvcGVuX2V0aF9yZWNlaXZlKE5ldENsaWVudFN0 YXRlICpuYywKIH0KCiBzdGF0aWMgTmV0Q2xpZW50SW5mbyBuZXRfb3Blbl9ldGhfaW5mbyA9IHsK LSAgICAudHlwZSA9IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAudHlwZSA9IE5F VF9DTElFTlRfRFJJVkVSX05JQywKICAgICAuc2l6ZSA9IHNpemVvZihOSUNTdGF0ZSksCiAgICAg LmNhbl9yZWNlaXZlID0gb3Blbl9ldGhfY2FuX3JlY2VpdmUsCiAgICAgLnJlY2VpdmUgPSBvcGVu X2V0aF9yZWNlaXZlLApkaWZmIC0tZ2l0IGEvaHcvbmV0L3BjbmV0LXBjaS5jIGIvaHcvbmV0L3Bj bmV0LXBjaS5jCmluZGV4IGI0ZDYwYjguLmMwNGMzYTIgMTAwNjQ0Ci0tLSBhL2h3L25ldC9wY25l dC1wY2kuYworKysgYi9ody9uZXQvcGNuZXQtcGNpLmMKQEAgLTI3MSw3ICsyNzEsNyBAQCBzdGF0 aWMgdm9pZCBwY2lfcGNuZXRfdW5pbml0KFBDSURldmljZSAqZGV2KQogfQoKIHN0YXRpYyBOZXRD bGllbnRJbmZvIG5ldF9wY2lfcGNuZXRfaW5mbyA9IHsKLSAgICAudHlwZSA9IE5FVF9DTElFTlRf T1BUSU9OU19LSU5EX05JQywKKyAgICAudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVSX05JQywKICAg ICAuc2l6ZSA9IHNpemVvZihOSUNTdGF0ZSksCiAgICAgLnJlY2VpdmUgPSBwY25ldF9yZWNlaXZl LAogICAgIC5saW5rX3N0YXR1c19jaGFuZ2VkID0gcGNuZXRfc2V0X2xpbmtfc3RhdHVzLApkaWZm IC0tZ2l0IGEvaHcvbmV0L3JvY2tlci9yb2NrZXJfZnAuYyBiL2h3L25ldC9yb2NrZXIvcm9ja2Vy X2ZwLmMKaW5kZXggNTkwNjM5Ni4uYTVhMTczZiAxMDA2NDQKLS0tIGEvaHcvbmV0L3JvY2tlci9y b2NrZXJfZnAuYworKysgYi9ody9uZXQvcm9ja2VyL3JvY2tlcl9mcC5jCkBAIC0xNjYsNyArMTY2 LDcgQEAgc3RhdGljIHZvaWQgZnBfcG9ydF9zZXRfbGlua19zdGF0dXMoTmV0Q2xpZW50U3RhdGUg Km5jKQogfQoKIHN0YXRpYyBOZXRDbGllbnRJbmZvIGZwX3BvcnRfaW5mbyA9IHsKLSAgICAudHlw ZSA9IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAudHlwZSA9IE5FVF9DTElFTlRf RFJJVkVSX05JQywKICAgICAuc2l6ZSA9IHNpemVvZihOSUNTdGF0ZSksCiAgICAgLnJlY2VpdmUg PSBmcF9wb3J0X3JlY2VpdmUsCiAgICAgLnJlY2VpdmVfaW92ID0gZnBfcG9ydF9yZWNlaXZlX2lv diwKZGlmZiAtLWdpdCBhL2h3L25ldC9ydGw4MTM5LmMgYi9ody9uZXQvcnRsODEzOS5jCmluZGV4 IDY4ZTQzZjMuLjA1Y2I4ZWUgMTAwNjQ0Ci0tLSBhL2h3L25ldC9ydGw4MTM5LmMKKysrIGIvaHcv bmV0L3J0bDgxMzkuYwpAQCAtMzQxMSw3ICszNDExLDcgQEAgc3RhdGljIHZvaWQgcnRsODEzOV9z ZXRfbGlua19zdGF0dXMoTmV0Q2xpZW50U3RhdGUgKm5jKQogfQoKIHN0YXRpYyBOZXRDbGllbnRJ bmZvIG5ldF9ydGw4MTM5X2luZm8gPSB7Ci0gICAgLnR5cGUgPSBORVRfQ0xJRU5UX09QVElPTlNf S0lORF9OSUMsCisgICAgLnR5cGUgPSBORVRfQ0xJRU5UX0RSSVZFUl9OSUMsCiAgICAgLnNpemUg PSBzaXplb2YoTklDU3RhdGUpLAogICAgIC5jYW5fcmVjZWl2ZSA9IHJ0bDgxMzlfY2FuX3JlY2Vp dmUsCiAgICAgLnJlY2VpdmUgPSBydGw4MTM5X3JlY2VpdmUsCmRpZmYgLS1naXQgYS9ody9uZXQv c21jOTFjMTExLmMgYi9ody9uZXQvc21jOTFjMTExLmMKaW5kZXggYzE5Y2RkMS4uNDdkYjA3OCAx MDA2NDQKLS0tIGEvaHcvbmV0L3NtYzkxYzExMS5jCisrKyBiL2h3L25ldC9zbWM5MWMxMTEuYwpA QCAtNzU0LDcgKzc1NCw3IEBAIHN0YXRpYyBjb25zdCBNZW1vcnlSZWdpb25PcHMgc21jOTFjMTEx X21lbV9vcHMgPSB7CiB9OwoKIHN0YXRpYyBOZXRDbGllbnRJbmZvIG5ldF9zbWM5MWMxMTFfaW5m byA9IHsKLSAgICAudHlwZSA9IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAudHlw ZSA9IE5FVF9DTElFTlRfRFJJVkVSX05JQywKICAgICAuc2l6ZSA9IHNpemVvZihOSUNTdGF0ZSks CiAgICAgLmNhbl9yZWNlaXZlID0gc21jOTFjMTExX2Nhbl9yZWNlaXZlX25jLAogICAgIC5yZWNl aXZlID0gc21jOTFjMTExX3JlY2VpdmUsCmRpZmYgLS1naXQgYS9ody9uZXQvc3BhcHJfbGxhbi5j IGIvaHcvbmV0L3NwYXByX2xsYW4uYwppbmRleCAxY2E1ZTljLi40ZWU0YjkyIDEwMDY0NAotLS0g YS9ody9uZXQvc3BhcHJfbGxhbi5jCisrKyBiL2h3L25ldC9zcGFwcl9sbGFuLmMKQEAgLTE4OCw3 ICsxODgsNyBAQCBzdGF0aWMgc3NpemVfdCBzcGFwcl92bGFuX3JlY2VpdmUoTmV0Q2xpZW50U3Rh dGUgKm5jLCBjb25zdCB1aW50OF90ICpidWYsCiB9Cgogc3RhdGljIE5ldENsaWVudEluZm8gbmV0 X3NwYXByX3ZsYW5faW5mbyA9IHsKLSAgICAudHlwZSA9IE5FVF9DTElFTlRfT1BUSU9OU19LSU5E X05JQywKKyAgICAudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVSX05JQywKICAgICAuc2l6ZSA9IHNp emVvZihOSUNTdGF0ZSksCiAgICAgLmNhbl9yZWNlaXZlID0gc3BhcHJfdmxhbl9jYW5fcmVjZWl2 ZSwKICAgICAucmVjZWl2ZSA9IHNwYXByX3ZsYW5fcmVjZWl2ZSwKZGlmZiAtLWdpdCBhL2h3L25l dC9zdGVsbGFyaXNfZW5ldC5jIGIvaHcvbmV0L3N0ZWxsYXJpc19lbmV0LmMKaW5kZXggMjFhNDc3 My4uMTAyOTBmZSAxMDA2NDQKLS0tIGEvaHcvbmV0L3N0ZWxsYXJpc19lbmV0LmMKKysrIGIvaHcv bmV0L3N0ZWxsYXJpc19lbmV0LmMKQEAgLTQ0OSw3ICs0NDksNyBAQCBzdGF0aWMgdm9pZCBzdGVs bGFyaXNfZW5ldF9yZXNldChzdGVsbGFyaXNfZW5ldF9zdGF0ZSAqcykKIH0KCiBzdGF0aWMgTmV0 Q2xpZW50SW5mbyBuZXRfc3RlbGxhcmlzX2VuZXRfaW5mbyA9IHsKLSAgICAudHlwZSA9IE5FVF9D TElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVSX05J QywKICAgICAuc2l6ZSA9IHNpemVvZihOSUNTdGF0ZSksCiAgICAgLnJlY2VpdmUgPSBzdGVsbGFy aXNfZW5ldF9yZWNlaXZlLAogfTsKZGlmZiAtLWdpdCBhL2h3L25ldC92aG9zdF9uZXQuYyBiL2h3 L25ldC92aG9zdF9uZXQuYwppbmRleCAzMThjM2U2Li5lNTQwNjk0IDEwMDY0NAotLS0gYS9ody9u ZXQvdmhvc3RfbmV0LmMKKysrIGIvaHcvbmV0L3Zob3N0X25ldC5jCkBAIC05MSwxMCArOTEsMTAg QEAgc3RhdGljIGNvbnN0IGludCAqdmhvc3RfbmV0X2dldF9mZWF0dXJlX2JpdHMoc3RydWN0IHZo b3N0X25ldCAqbmV0KQogICAgIGNvbnN0IGludCAqZmVhdHVyZV9iaXRzID0gMDsKCiAgICAgc3dp dGNoIChuZXQtPm5jLT5pbmZvLT50eXBlKSB7Ci0gICAgY2FzZSBORVRfQ0xJRU5UX09QVElPTlNf S0lORF9UQVA6CisgICAgY2FzZSBORVRfQ0xJRU5UX0RSSVZFUl9UQVA6CiAgICAgICAgIGZlYXR1 cmVfYml0cyA9IGtlcm5lbF9mZWF0dXJlX2JpdHM7CiAgICAgICAgIGJyZWFrOwotICAgIGNhc2Ug TkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfVkhPU1RfVVNFUjoKKyAgICBjYXNlIE5FVF9DTElFTlRf RFJJVkVSX1ZIT1NUX1VTRVI6CiAgICAgICAgIGZlYXR1cmVfYml0cyA9IHVzZXJfZmVhdHVyZV9i aXRzOwogICAgICAgICBicmVhazsKICAgICBkZWZhdWx0OgpAQCAtMTI2LDcgKzEyNiw3IEBAIHVp bnQ2NF90IHZob3N0X25ldF9nZXRfbWF4X3F1ZXVlcyhWSG9zdE5ldFN0YXRlICpuZXQpCiBzdGF0 aWMgaW50IHZob3N0X25ldF9nZXRfZmQoTmV0Q2xpZW50U3RhdGUgKmJhY2tlbmQpCiB7CiAgICAg c3dpdGNoIChiYWNrZW5kLT5pbmZvLT50eXBlKSB7Ci0gICAgY2FzZSBORVRfQ0xJRU5UX09QVElP TlNfS0lORF9UQVA6CisgICAgY2FzZSBORVRfQ0xJRU5UX0RSSVZFUl9UQVA6CiAgICAgICAgIHJl dHVybiB0YXBfZ2V0X2ZkKGJhY2tlbmQpOwogICAgIGRlZmF1bHQ6CiAgICAgICAgIGZwcmludGYo c3RkZXJyLCAidmhvc3QtbmV0IHJlcXVpcmVzIHRhcCBiYWNrZW5kXG4iKTsKQEAgLTI0Myw3ICsy NDMsNyBAQCBzdGF0aWMgaW50IHZob3N0X25ldF9zdGFydF9vbmUoc3RydWN0IHZob3N0X25ldCAq bmV0LAogICAgICAgICBuZXQtPm5jLT5pbmZvLT5wb2xsKG5ldC0+bmMsIGZhbHNlKTsKICAgICB9 CgotICAgIGlmIChuZXQtPm5jLT5pbmZvLT50eXBlID09IE5FVF9DTElFTlRfT1BUSU9OU19LSU5E X1RBUCkgeworICAgIGlmIChuZXQtPm5jLT5pbmZvLT50eXBlID09IE5FVF9DTElFTlRfRFJJVkVS X1RBUCkgewogICAgICAgICBxZW11X3NldF9mZF9oYW5kbGVyKG5ldC0+YmFja2VuZCwgTlVMTCwg TlVMTCwgTlVMTCk7CiAgICAgICAgIGZpbGUuZmQgPSBuZXQtPmJhY2tlbmQ7CiAgICAgICAgIGZv ciAoZmlsZS5pbmRleCA9IDA7IGZpbGUuaW5kZXggPCBuZXQtPmRldi5udnFzOyArK2ZpbGUuaW5k ZXgpIHsKQEAgLTI1OCw3ICsyNTgsNyBAQCBzdGF0aWMgaW50IHZob3N0X25ldF9zdGFydF9vbmUo c3RydWN0IHZob3N0X25ldCAqbmV0LAogICAgIHJldHVybiAwOwogZmFpbDoKICAgICBmaWxlLmZk ID0gLTE7Ci0gICAgaWYgKG5ldC0+bmMtPmluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9PUFRJT05T X0tJTkRfVEFQKSB7CisgICAgaWYgKG5ldC0+bmMtPmluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9E UklWRVJfVEFQKSB7CiAgICAgICAgIHdoaWxlIChmaWxlLmluZGV4LS0gPiAwKSB7CiAgICAgICAg ICAgICBjb25zdCBWaG9zdE9wcyAqdmhvc3Rfb3BzID0gbmV0LT5kZXYudmhvc3Rfb3BzOwogICAg ICAgICAgICAgaW50IHIgPSB2aG9zdF9vcHMtPnZob3N0X25ldF9zZXRfYmFja2VuZCgmbmV0LT5k ZXYsICZmaWxlKTsKQEAgLTI4MCw3ICsyODAsNyBAQCBzdGF0aWMgdm9pZCB2aG9zdF9uZXRfc3Rv cF9vbmUoc3RydWN0IHZob3N0X25ldCAqbmV0LAogewogICAgIHN0cnVjdCB2aG9zdF92cmluZ19m aWxlIGZpbGUgPSB7IC5mZCA9IC0xIH07CgotICAgIGlmIChuZXQtPm5jLT5pbmZvLT50eXBlID09 IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX1RBUCkgeworICAgIGlmIChuZXQtPm5jLT5pbmZvLT50 eXBlID09IE5FVF9DTElFTlRfRFJJVkVSX1RBUCkgewogICAgICAgICBmb3IgKGZpbGUuaW5kZXgg PSAwOyBmaWxlLmluZGV4IDwgbmV0LT5kZXYubnZxczsgKytmaWxlLmluZGV4KSB7CiAgICAgICAg ICAgICBjb25zdCBWaG9zdE9wcyAqdmhvc3Rfb3BzID0gbmV0LT5kZXYudmhvc3Rfb3BzOwogICAg ICAgICAgICAgaW50IHIgPSB2aG9zdF9vcHMtPnZob3N0X25ldF9zZXRfYmFja2VuZCgmbmV0LT5k ZXYsICZmaWxlKTsKQEAgLTQwOCwxMCArNDA4LDEwIEBAIFZIb3N0TmV0U3RhdGUgKmdldF92aG9z dF9uZXQoTmV0Q2xpZW50U3RhdGUgKm5jKQogICAgIH0KCiAgICAgc3dpdGNoIChuYy0+aW5mby0+ dHlwZSkgewotICAgIGNhc2UgTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfVEFQOgorICAgIGNhc2Ug TkVUX0NMSUVOVF9EUklWRVJfVEFQOgogICAgICAgICB2aG9zdF9uZXQgPSB0YXBfZ2V0X3Zob3N0 X25ldChuYyk7CiAgICAgICAgIGJyZWFrOwotICAgIGNhc2UgTkVUX0NMSUVOVF9PUFRJT05TX0tJ TkRfVkhPU1RfVVNFUjoKKyAgICBjYXNlIE5FVF9DTElFTlRfRFJJVkVSX1ZIT1NUX1VTRVI6CiAg ICAgICAgIHZob3N0X25ldCA9IHZob3N0X3VzZXJfZ2V0X3Zob3N0X25ldChuYyk7CiAgICAgICAg IGJyZWFrOwogICAgIGRlZmF1bHQ6CmRpZmYgLS1naXQgYS9ody9uZXQvdmlydGlvLW5ldC5jIGIv aHcvbmV0L3ZpcnRpby1uZXQuYwppbmRleCBhODc3NjE0Li42NjI4Yjc2IDEwMDY0NAotLS0gYS9o dy9uZXQvdmlydGlvLW5ldC5jCisrKyBiL2h3L25ldC92aXJ0aW8tbmV0LmMKQEAgLTQwNiwxMSAr NDA2LDExIEBAIHN0YXRpYyBpbnQgcGVlcl9hdHRhY2goVmlydElPTmV0ICpuLCBpbnQgaW5kZXgp CiAgICAgICAgIHJldHVybiAwOwogICAgIH0KCi0gICAgaWYgKG5jLT5wZWVyLT5pbmZvLT50eXBl ID09IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX1ZIT1NUX1VTRVIpIHsKKyAgICBpZiAobmMtPnBl ZXItPmluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9EUklWRVJfVkhPU1RfVVNFUikgewogICAgICAg ICB2aG9zdF9zZXRfdnJpbmdfZW5hYmxlKG5jLT5wZWVyLCAxKTsKICAgICB9CgotICAgIGlmIChu Yy0+cGVlci0+aW5mby0+dHlwZSAhPSBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9UQVApIHsKKyAg ICBpZiAobmMtPnBlZXItPmluZm8tPnR5cGUgIT0gTkVUX0NMSUVOVF9EUklWRVJfVEFQKSB7CiAg ICAgICAgIHJldHVybiAwOwogICAgIH0KCkBAIC00MjUsMTEgKzQyNSwxMSBAQCBzdGF0aWMgaW50 IHBlZXJfZGV0YWNoKFZpcnRJT05ldCAqbiwgaW50IGluZGV4KQogICAgICAgICByZXR1cm4gMDsK ICAgICB9CgotICAgIGlmIChuYy0+cGVlci0+aW5mby0+dHlwZSA9PSBORVRfQ0xJRU5UX09QVElP TlNfS0lORF9WSE9TVF9VU0VSKSB7CisgICAgaWYgKG5jLT5wZWVyLT5pbmZvLT50eXBlID09IE5F VF9DTElFTlRfRFJJVkVSX1ZIT1NUX1VTRVIpIHsKICAgICAgICAgdmhvc3Rfc2V0X3ZyaW5nX2Vu YWJsZShuYy0+cGVlciwgMCk7CiAgICAgfQoKLSAgICBpZiAobmMtPnBlZXItPmluZm8tPnR5cGUg IT0gIE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX1RBUCkgeworICAgIGlmIChuYy0+cGVlci0+aW5m by0+dHlwZSAhPSAgTkVUX0NMSUVOVF9EUklWRVJfVEFQKSB7CiAgICAgICAgIHJldHVybiAwOwog ICAgIH0KCkBAIC0xNjA0LDcgKzE2MDQsNyBAQCBzdGF0aWMgaW50IHZpcnRpb19uZXRfbG9hZF9k ZXZpY2UoVmlydElPRGV2aWNlICp2ZGV2LCBRRU1VRmlsZSAqZiwKIH0KCiBzdGF0aWMgTmV0Q2xp ZW50SW5mbyBuZXRfdmlydGlvX2luZm8gPSB7Ci0gICAgLnR5cGUgPSBORVRfQ0xJRU5UX09QVElP TlNfS0lORF9OSUMsCisgICAgLnR5cGUgPSBORVRfQ0xJRU5UX0RSSVZFUl9OSUMsCiAgICAgLnNp emUgPSBzaXplb2YoTklDU3RhdGUpLAogICAgIC5jYW5fcmVjZWl2ZSA9IHZpcnRpb19uZXRfY2Fu X3JlY2VpdmUsCiAgICAgLnJlY2VpdmUgPSB2aXJ0aW9fbmV0X3JlY2VpdmUsCmRpZmYgLS1naXQg YS9ody9uZXQvdm14bmV0My5jIGIvaHcvbmV0L3ZteG5ldDMuYwppbmRleCAzNzM3M2U1Li40MTU5 ZTg5IDEwMDY0NAotLS0gYS9ody9uZXQvdm14bmV0My5jCisrKyBiL2h3L25ldC92bXhuZXQzLmMK QEAgLTIwMDEsNyArMjAwMSw3IEBAIHN0YXRpYyB2b2lkIHZteG5ldDNfc2V0X2xpbmtfc3RhdHVz KE5ldENsaWVudFN0YXRlICpuYykKIH0KCiBzdGF0aWMgTmV0Q2xpZW50SW5mbyBuZXRfdm14bmV0 M19pbmZvID0gewotICAgICAgICAudHlwZSA9IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05JQywK KyAgICAgICAgLnR5cGUgPSBORVRfQ0xJRU5UX0RSSVZFUl9OSUMsCiAgICAgICAgIC5zaXplID0g c2l6ZW9mKE5JQ1N0YXRlKSwKICAgICAgICAgLnJlY2VpdmUgPSB2bXhuZXQzX3JlY2VpdmUsCiAg ICAgICAgIC5saW5rX3N0YXR1c19jaGFuZ2VkID0gdm14bmV0M19zZXRfbGlua19zdGF0dXMsCmRp ZmYgLS1naXQgYS9ody9uZXQveGVuX25pYy5jIGIvaHcvbmV0L3hlbl9uaWMuYwppbmRleCAwZGEx NmI0Li5iZjkwYTI1IDEwMDY0NAotLS0gYS9ody9uZXQveGVuX25pYy5jCisrKyBiL2h3L25ldC94 ZW5fbmljLmMKQEAgLTI3OSw3ICsyNzksNyBAQCBzdGF0aWMgc3NpemVfdCBuZXRfcnhfcGFja2V0 KE5ldENsaWVudFN0YXRlICpuYywgY29uc3QgdWludDhfdCAqYnVmLCBzaXplX3Qgc2l6ZQogLyog LS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0tLS0t LS0tLSAqLwoKIHN0YXRpYyBOZXRDbGllbnRJbmZvIG5ldF94ZW5faW5mbyA9IHsKLSAgICAudHlw ZSA9IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAudHlwZSA9IE5FVF9DTElFTlRf RFJJVkVSX05JQywKICAgICAuc2l6ZSA9IHNpemVvZihOSUNTdGF0ZSksCiAgICAgLnJlY2VpdmUg PSBuZXRfcnhfcGFja2V0LAogfTsKZGlmZiAtLWdpdCBhL2h3L25ldC94Z21hYy5jIGIvaHcvbmV0 L3hnbWFjLmMKaW5kZXggMTVmYjY4MS4uY2NmOGE3NyAxMDA2NDQKLS0tIGEvaHcvbmV0L3hnbWFj LmMKKysrIGIvaHcvbmV0L3hnbWFjLmMKQEAgLTM3MCw3ICszNzAsNyBAQCBvdXQ6CiB9Cgogc3Rh dGljIE5ldENsaWVudEluZm8gbmV0X3hnbWFjX2VuZXRfaW5mbyA9IHsKLSAgICAudHlwZSA9IE5F VF9DTElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVS X05JQywKICAgICAuc2l6ZSA9IHNpemVvZihOSUNTdGF0ZSksCiAgICAgLnJlY2VpdmUgPSBldGhf cngsCiB9OwpkaWZmIC0tZ2l0IGEvaHcvbmV0L3hpbGlueF9heGllbmV0LmMgYi9ody9uZXQveGls aW54X2F4aWVuZXQuYwppbmRleCBkNjNjNDIzLi5jYzQ2NGM5IDEwMDY0NAotLS0gYS9ody9uZXQv eGlsaW54X2F4aWVuZXQuYworKysgYi9ody9uZXQveGlsaW54X2F4aWVuZXQuYwpAQCAtOTMzLDcg KzkzMyw3IEBAIHhpbGlueF9heGllbmV0X2RhdGFfc3RyZWFtX3B1c2goU3RyZWFtU2xhdmUgKm9i aiwgdWludDhfdCAqYnVmLCBzaXplX3Qgc2l6ZSkKIH0KCiBzdGF0aWMgTmV0Q2xpZW50SW5mbyBu ZXRfeGlsaW54X2VuZXRfaW5mbyA9IHsKLSAgICAudHlwZSA9IE5FVF9DTElFTlRfT1BUSU9OU19L SU5EX05JQywKKyAgICAudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVSX05JQywKICAgICAuc2l6ZSA9 IHNpemVvZihOSUNTdGF0ZSksCiAgICAgLnJlY2VpdmUgPSBldGhfcngsCiB9OwpkaWZmIC0tZ2l0 IGEvaHcvbmV0L3hpbGlueF9ldGhsaXRlLmMgYi9ody9uZXQveGlsaW54X2V0aGxpdGUuYwppbmRl eCBhZDZiNTUzLi5hYjU1NWY2IDEwMDY0NAotLS0gYS9ody9uZXQveGlsaW54X2V0aGxpdGUuYwor KysgYi9ody9uZXQveGlsaW54X2V0aGxpdGUuYwpAQCAtMjE0LDcgKzIxNCw3IEBAIHN0YXRpYyB2 b2lkIHhpbGlueF9ldGhsaXRlX3Jlc2V0KERldmljZVN0YXRlICpkZXYpCiB9Cgogc3RhdGljIE5l dENsaWVudEluZm8gbmV0X3hpbGlueF9ldGhsaXRlX2luZm8gPSB7Ci0gICAgLnR5cGUgPSBORVRf Q0xJRU5UX09QVElPTlNfS0lORF9OSUMsCisgICAgLnR5cGUgPSBORVRfQ0xJRU5UX0RSSVZFUl9O SUMsCiAgICAgLnNpemUgPSBzaXplb2YoTklDU3RhdGUpLAogICAgIC5jYW5fcmVjZWl2ZSA9IGV0 aF9jYW5fcngsCiAgICAgLnJlY2VpdmUgPSBldGhfcngsCmRpZmYgLS1naXQgYS9ody91c2IvZGV2 LW5ldHdvcmsuYyBiL2h3L3VzYi9kZXYtbmV0d29yay5jCmluZGV4IDc4MDBjZWUuLjk3YjJjMmEg MTAwNjQ0Ci0tLSBhL2h3L3VzYi9kZXYtbmV0d29yay5jCisrKyBiL2h3L3VzYi9kZXYtbmV0d29y ay5jCkBAIC0xMzMwLDcgKzEzMzAsNyBAQCBzdGF0aWMgdm9pZCB1c2JfbmV0X2hhbmRsZV9kZXN0 cm95KFVTQkRldmljZSAqZGV2KQogfQoKIHN0YXRpYyBOZXRDbGllbnRJbmZvIG5ldF91c2JuZXRf aW5mbyA9IHsKLSAgICAudHlwZSA9IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAu dHlwZSA9IE5FVF9DTElFTlRfRFJJVkVSX05JQywKICAgICAuc2l6ZSA9IHNpemVvZihOSUNTdGF0 ZSksCiAgICAgLnJlY2VpdmUgPSB1c2JuZXRfcmVjZWl2ZSwKICAgICAuY2xlYW51cCA9IHVzYm5l dF9jbGVhbnVwLApkaWZmIC0tZ2l0IGEvaW5jbHVkZS9uZXQvbmV0LmggYi9pbmNsdWRlL25ldC9u ZXQuaAppbmRleCA3YWYzZTE1Li5hNWNhNGVlIDEwMDY0NAotLS0gYS9pbmNsdWRlL25ldC9uZXQu aAorKysgYi9pbmNsdWRlL25ldC9uZXQuaApAQCAtNTksNyArNTksNyBAQCB0eXBlZGVmIGludCAo U2V0Vm5ldExFKShOZXRDbGllbnRTdGF0ZSAqLCBib29sKTsKIHR5cGVkZWYgaW50IChTZXRWbmV0 QkUpKE5ldENsaWVudFN0YXRlICosIGJvb2wpOwoKIHR5cGVkZWYgc3RydWN0IE5ldENsaWVudElu Zm8gewotICAgIE5ldENsaWVudE9wdGlvbnNLaW5kIHR5cGU7CisgICAgTmV0Q2xpZW50RHJpdmVy IHR5cGU7CiAgICAgc2l6ZV90IHNpemU7CiAgICAgTmV0UmVjZWl2ZSAqcmVjZWl2ZTsKICAgICBO ZXRSZWNlaXZlICpyZWNlaXZlX3JhdzsKQEAgLTEwNSw3ICsxMDUsNyBAQCB0eXBlZGVmIHN0cnVj dCBOSUNTdGF0ZSB7CiBjaGFyICpxZW11X21hY19zdHJkdXBfcHJpbnRmKGNvbnN0IHVpbnQ4X3Qg Km1hY2FkZHIpOwogTmV0Q2xpZW50U3RhdGUgKnFlbXVfZmluZF9uZXRkZXYoY29uc3QgY2hhciAq aWQpOwogaW50IHFlbXVfZmluZF9uZXRfY2xpZW50c19leGNlcHQoY29uc3QgY2hhciAqaWQsIE5l dENsaWVudFN0YXRlICoqbmNzLAotICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgTmV0 Q2xpZW50T3B0aW9uc0tpbmQgdHlwZSwgaW50IG1heCk7CisgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICBOZXRDbGllbnREcml2ZXIgdHlwZSwgaW50IG1heCk7CiBOZXRDbGllbnRTdGF0 ZSAqcWVtdV9uZXdfbmV0X2NsaWVudChOZXRDbGllbnRJbmZvICppbmZvLAogICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgTmV0Q2xpZW50U3RhdGUgKnBlZXIsCiAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICBjb25zdCBjaGFyICptb2RlbCwKZGlmZiAtLWdpdCBh L21vbml0b3IuYyBiL21vbml0b3IuYwppbmRleCBlN2U3YWUyLi5mYzNkYjg5IDEwMDY0NAotLS0g YS9tb25pdG9yLmMKKysrIGIvbW9uaXRvci5jCkBAIC0zMDMzLDggKzMwMzMsOCBAQCB2b2lkIG5l dGRldl9hZGRfY29tcGxldGlvbihSZWFkTGluZVN0YXRlICpycywgaW50IG5iX2FyZ3MsIGNvbnN0 IGNoYXIgKnN0cikKICAgICB9CiAgICAgbGVuID0gc3RybGVuKHN0cik7CiAgICAgcmVhZGxpbmVf c2V0X2NvbXBsZXRpb25faW5kZXgocnMsIGxlbik7Ci0gICAgZm9yIChpID0gMDsgTmV0Q2xpZW50 T3B0aW9uc0tpbmRfbG9va3VwW2ldOyBpKyspIHsKLSAgICAgICAgYWRkX2NvbXBsZXRpb25fb3B0 aW9uKHJzLCBzdHIsIE5ldENsaWVudE9wdGlvbnNLaW5kX2xvb2t1cFtpXSk7CisgICAgZm9yIChp ID0gMDsgTmV0Q2xpZW50RHJpdmVyX2xvb2t1cFtpXTsgaSsrKSB7CisgICAgICAgIGFkZF9jb21w bGV0aW9uX29wdGlvbihycywgc3RyLCBOZXRDbGllbnREcml2ZXJfbG9va3VwW2ldKTsKICAgICB9 CiB9CgpAQCAtMzIzNCw3ICszMjM0LDcgQEAgdm9pZCBzZXRfbGlua19jb21wbGV0aW9uKFJlYWRM aW5lU3RhdGUgKnJzLCBpbnQgbmJfYXJncywgY29uc3QgY2hhciAqc3RyKQogICAgICAgICBOZXRD bGllbnRTdGF0ZSAqbmNzW01BWF9RVUVVRV9OVU1dOwogICAgICAgICBpbnQgY291bnQsIGk7CiAg ICAgICAgIGNvdW50ID0gcWVtdV9maW5kX25ldF9jbGllbnRzX2V4Y2VwdChOVUxMLCBuY3MsCi0g ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBORVRfQ0xJRU5UX09Q VElPTlNfS0lORF9OT05FLAorICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgTkVUX0NMSUVOVF9EUklWRVJfTk9ORSwKICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgIE1BWF9RVUVVRV9OVU0pOwogICAgICAgICBmb3IgKGkgPSAwOyBp IDwgTUlOKGNvdW50LCBNQVhfUVVFVUVfTlVNKTsgaSsrKSB7CiAgICAgICAgICAgICBjb25zdCBj aGFyICpuYW1lID0gbmNzW2ldLT5uYW1lOwpAQCAtMzI1OSw3ICszMjU5LDcgQEAgdm9pZCBuZXRk ZXZfZGVsX2NvbXBsZXRpb24oUmVhZExpbmVTdGF0ZSAqcnMsIGludCBuYl9hcmdzLCBjb25zdCBj aGFyICpzdHIpCgogICAgIGxlbiA9IHN0cmxlbihzdHIpOwogICAgIHJlYWRsaW5lX3NldF9jb21w bGV0aW9uX2luZGV4KHJzLCBsZW4pOwotICAgIGNvdW50ID0gcWVtdV9maW5kX25ldF9jbGllbnRz X2V4Y2VwdChOVUxMLCBuY3MsIE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICBjb3Vu dCA9IHFlbXVfZmluZF9uZXRfY2xpZW50c19leGNlcHQoTlVMTCwgbmNzLCBORVRfQ0xJRU5UX0RS SVZFUl9OSUMsCiAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIE1BWF9R VUVVRV9OVU0pOwogICAgIGZvciAoaSA9IDA7IGkgPCBNSU4oY291bnQsIE1BWF9RVUVVRV9OVU0p OyBpKyspIHsKICAgICAgICAgUWVtdU9wdHMgKm9wdHM7CkBAIC0zMzcxLDcgKzMzNzEsNyBAQCB2 b2lkIGhvc3RfbmV0X3JlbW92ZV9jb21wbGV0aW9uKFJlYWRMaW5lU3RhdGUgKnJzLCBpbnQgbmJf YXJncywgY29uc3QgY2hhciAqc3RyKQogICAgIHJlYWRsaW5lX3NldF9jb21wbGV0aW9uX2luZGV4 KHJzLCBsZW4pOwogICAgIGlmIChuYl9hcmdzID09IDIpIHsKICAgICAgICAgY291bnQgPSBxZW11 X2ZpbmRfbmV0X2NsaWVudHNfZXhjZXB0KE5VTEwsIG5jcywKLSAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgIE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05PTkUsCisg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBORVRfQ0xJRU5UX0RS SVZFUl9OT05FLAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg TUFYX1FVRVVFX05VTSk7CiAgICAgICAgIGZvciAoaSA9IDA7IGkgPCBNSU4oY291bnQsIE1BWF9R VUVVRV9OVU0pOyBpKyspIHsKICAgICAgICAgICAgIGludCBpZDsKQEAgLTMzODgsMTMgKzMzODgs MTMgQEAgdm9pZCBob3N0X25ldF9yZW1vdmVfY29tcGxldGlvbihSZWFkTGluZVN0YXRlICpycywg aW50IG5iX2FyZ3MsIGNvbnN0IGNoYXIgKnN0cikKICAgICAgICAgcmV0dXJuOwogICAgIH0gZWxz ZSBpZiAobmJfYXJncyA9PSAzKSB7CiAgICAgICAgIGNvdW50ID0gcWVtdV9maW5kX25ldF9jbGll bnRzX2V4Y2VwdChOVUxMLCBuY3MsCi0gICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9OSUMsCisgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICBORVRfQ0xJRU5UX0RSSVZFUl9OSUMsCiAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBNQVhfUVVFVUVfTlVNKTsK ICAgICAgICAgZm9yIChpID0gMDsgaSA8IE1JTihjb3VudCwgTUFYX1FVRVVFX05VTSk7IGkrKykg ewogICAgICAgICAgICAgaW50IGlkOwogICAgICAgICAgICAgY29uc3QgY2hhciAqbmFtZTsKCi0g ICAgICAgICAgICBpZiAobmNzW2ldLT5pbmZvLT50eXBlID09IE5FVF9DTElFTlRfT1BUSU9OU19L SU5EX0hVQlBPUlQgfHwKKyAgICAgICAgICAgIGlmIChuY3NbaV0tPmluZm8tPnR5cGUgPT0gTkVU X0NMSUVOVF9EUklWRVJfSFVCUE9SVCB8fAogICAgICAgICAgICAgICAgIG5ldF9odWJfaWRfZm9y X2NsaWVudChuY3NbaV0sICZpZCkpIHsKICAgICAgICAgICAgICAgICBjb250aW51ZTsKICAgICAg ICAgICAgIH0KZGlmZiAtLWdpdCBhL25ldC9kdW1wLmMgYi9uZXQvZHVtcC5jCmluZGV4IGI3NWI0 OWEuLmYzYmI4MGYgMTAwNjQ0Ci0tLSBhL25ldC9kdW1wLmMKKysrIGIvbmV0L2R1bXAuYwpAQCAt MTcwLDcgKzE3MCw3IEBAIHN0YXRpYyB2b2lkIGR1bXBjbGllbnRfY2xlYW51cChOZXRDbGllbnRT dGF0ZSAqbmMpCiB9Cgogc3RhdGljIE5ldENsaWVudEluZm8gbmV0X2R1bXBfaW5mbyA9IHsKLSAg ICAudHlwZSA9IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX0RVTVAsCisgICAgLnR5cGUgPSBORVRf Q0xJRU5UX0RSSVZFUl9EVU1QLAogICAgIC5zaXplID0gc2l6ZW9mKER1bXBOZXRDbGllbnQpLAog ICAgIC5yZWNlaXZlID0gZHVtcGNsaWVudF9yZWNlaXZlLAogICAgIC5yZWNlaXZlX2lvdiA9IGR1 bXBjbGllbnRfcmVjZWl2ZV9pb3YsCkBAIC0xODcsOCArMTg3LDggQEAgaW50IG5ldF9pbml0X2R1 bXAoY29uc3QgTmV0ZGV2ICpuZXRkZXYsIGNvbnN0IGNoYXIgKm5hbWUsCiAgICAgTmV0Q2xpZW50 U3RhdGUgKm5jOwogICAgIER1bXBOZXRDbGllbnQgKmRuYzsKCi0gICAgYXNzZXJ0KG5ldGRldi0+ b3B0cy0+dHlwZSA9PSBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9EVU1QKTsKLSAgICBkdW1wID0g bmV0ZGV2LT5vcHRzLT51LmR1bXA7CisgICAgYXNzZXJ0KG5ldGRldi0+dHlwZSA9PSBORVRfQ0xJ RU5UX0RSSVZFUl9EVU1QKTsKKyAgICBkdW1wID0gbmV0ZGV2LT51LmR1bXA7CgogICAgIGFzc2Vy dChwZWVyKTsKCmRpZmYgLS1naXQgYS9uZXQvaHViLmMgYi9uZXQvaHViLmMKaW5kZXggOWE1Nzkw NS4uNDJmMWI1YyAxMDA2NDQKLS0tIGEvbmV0L2h1Yi5jCisrKyBiL25ldC9odWIuYwpAQCAtMTMw LDcgKzEzMCw3IEBAIHN0YXRpYyB2b2lkIG5ldF9odWJfcG9ydF9jbGVhbnVwKE5ldENsaWVudFN0 YXRlICpuYykKIH0KCiBzdGF0aWMgTmV0Q2xpZW50SW5mbyBuZXRfaHViX3BvcnRfaW5mbyA9IHsK LSAgICAudHlwZSA9IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX0hVQlBPUlQsCisgICAgLnR5cGUg PSBORVRfQ0xJRU5UX0RSSVZFUl9IVUJQT1JULAogICAgIC5zaXplID0gc2l6ZW9mKE5ldEh1YlBv cnQpLAogICAgIC5jYW5fcmVjZWl2ZSA9IG5ldF9odWJfcG9ydF9jYW5fcmVjZWl2ZSwKICAgICAu cmVjZWl2ZSA9IG5ldF9odWJfcG9ydF9yZWNlaXZlLApAQCAtMjY1LDEwICsyNjUsMTAgQEAgaW50 IG5ldF9odWJfaWRfZm9yX2NsaWVudChOZXRDbGllbnRTdGF0ZSAqbmMsIGludCAqaWQpCiB7CiAg ICAgTmV0SHViUG9ydCAqcG9ydDsKCi0gICAgaWYgKG5jLT5pbmZvLT50eXBlID09IE5FVF9DTElF TlRfT1BUSU9OU19LSU5EX0hVQlBPUlQpIHsKKyAgICBpZiAobmMtPmluZm8tPnR5cGUgPT0gTkVU X0NMSUVOVF9EUklWRVJfSFVCUE9SVCkgewogICAgICAgICBwb3J0ID0gRE9fVVBDQVNUKE5ldEh1 YlBvcnQsIG5jLCBuYyk7CiAgICAgfSBlbHNlIGlmIChuYy0+cGVlciAhPSBOVUxMICYmIG5jLT5w ZWVyLT5pbmZvLT50eXBlID09Ci0gICAgICAgICAgICBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9I VUJQT1JUKSB7CisgICAgICAgICAgICBORVRfQ0xJRU5UX0RSSVZFUl9IVUJQT1JUKSB7CiAgICAg ICAgIHBvcnQgPSBET19VUENBU1QoTmV0SHViUG9ydCwgbmMsIG5jLT5wZWVyKTsKICAgICB9IGVs c2UgewogICAgICAgICByZXR1cm4gLUVOT0VOVDsKQEAgLTI4NSw5ICsyODUsOSBAQCBpbnQgbmV0 X2luaXRfaHVicG9ydChjb25zdCBOZXRkZXYgKm5ldGRldiwgY29uc3QgY2hhciAqbmFtZSwKIHsK ICAgICBjb25zdCBOZXRkZXZIdWJQb3J0T3B0aW9ucyAqaHVicG9ydDsKCi0gICAgYXNzZXJ0KG5l dGRldi0+b3B0cy0+dHlwZSA9PSBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9IVUJQT1JUKTsKKyAg ICBhc3NlcnQobmV0ZGV2LT50eXBlID09IE5FVF9DTElFTlRfRFJJVkVSX0hVQlBPUlQpOwogICAg IGFzc2VydCghcGVlcik7Ci0gICAgaHVicG9ydCA9IG5ldGRldi0+b3B0cy0+dS5odWJwb3J0Owor ICAgIGh1YnBvcnQgPSBuZXRkZXYtPnUuaHVicG9ydDsKCiAgICAgbmV0X2h1Yl9hZGRfcG9ydCho dWJwb3J0LT5odWJpZCwgbmFtZSk7CiAgICAgcmV0dXJuIDA7CkBAIC0zMTQsMTQgKzMxNCwxNCBA QCB2b2lkIG5ldF9odWJfY2hlY2tfY2xpZW50cyh2b2lkKQogICAgICAgICAgICAgfQoKICAgICAg ICAgICAgIHN3aXRjaCAocGVlci0+aW5mby0+dHlwZSkgewotICAgICAgICAgICAgY2FzZSBORVRf Q0xJRU5UX09QVElPTlNfS0lORF9OSUM6CisgICAgICAgICAgICBjYXNlIE5FVF9DTElFTlRfRFJJ VkVSX05JQzoKICAgICAgICAgICAgICAgICBoYXNfbmljID0gMTsKICAgICAgICAgICAgICAgICBi cmVhazsKLSAgICAgICAgICAgIGNhc2UgTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfVVNFUjoKLSAg ICAgICAgICAgIGNhc2UgTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfVEFQOgotICAgICAgICAgICAg Y2FzZSBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9TT0NLRVQ6Ci0gICAgICAgICAgICBjYXNlIE5F VF9DTElFTlRfT1BUSU9OU19LSU5EX1ZERToKLSAgICAgICAgICAgIGNhc2UgTkVUX0NMSUVOVF9P UFRJT05TX0tJTkRfVkhPU1RfVVNFUjoKKyAgICAgICAgICAgIGNhc2UgTkVUX0NMSUVOVF9EUklW RVJfVVNFUjoKKyAgICAgICAgICAgIGNhc2UgTkVUX0NMSUVOVF9EUklWRVJfVEFQOgorICAgICAg ICAgICAgY2FzZSBORVRfQ0xJRU5UX0RSSVZFUl9TT0NLRVQ6CisgICAgICAgICAgICBjYXNlIE5F VF9DTElFTlRfRFJJVkVSX1ZERToKKyAgICAgICAgICAgIGNhc2UgTkVUX0NMSUVOVF9EUklWRVJf VkhPU1RfVVNFUjoKICAgICAgICAgICAgICAgICBoYXNfaG9zdF9kZXYgPSAxOwogICAgICAgICAg ICAgICAgIGJyZWFrOwogICAgICAgICAgICAgZGVmYXVsdDoKZGlmZiAtLWdpdCBhL25ldC9sMnRw djMuYyBiL25ldC9sMnRwdjMuYwppbmRleCBjMzUxMWQ3Li40MjNlOWVmIDEwMDY0NAotLS0gYS9u ZXQvbDJ0cHYzLmMKKysrIGIvbmV0L2wydHB2My5jCkBAIC01MTYsNyArNTE2LDcgQEAgc3RhdGlj IHZvaWQgbmV0X2wydHB2M19jbGVhbnVwKE5ldENsaWVudFN0YXRlICpuYykKIH0KCiBzdGF0aWMg TmV0Q2xpZW50SW5mbyBuZXRfbDJ0cHYzX2luZm8gPSB7Ci0gICAgLnR5cGUgPSBORVRfQ0xJRU5U X09QVElPTlNfS0lORF9MMlRQVjMsCisgICAgLnR5cGUgPSBORVRfQ0xJRU5UX0RSSVZFUl9MMlRQ VjMsCiAgICAgLnNpemUgPSBzaXplb2YoTmV0TDJUUFYzU3RhdGUpLAogICAgIC5yZWNlaXZlID0g bmV0X2wydHB2M19yZWNlaXZlX2RncmFtLAogICAgIC5yZWNlaXZlX2lvdiA9IG5ldF9sMnRwdjNf cmVjZWl2ZV9kZ3JhbV9pb3YsCkBAIC01NDUsOCArNTQ1LDggQEAgaW50IG5ldF9pbml0X2wydHB2 Myhjb25zdCBOZXRkZXYgKm5ldGRldiwKICAgICBzLT5xdWV1ZV90YWlsID0gMDsKICAgICBzLT5o ZWFkZXJfbWlzbWF0Y2ggPSBmYWxzZTsKCi0gICAgYXNzZXJ0KG5ldGRldi0+b3B0cy0+dHlwZSA9 PSBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9MMlRQVjMpOwotICAgIGwydHB2MyA9IG5ldGRldi0+ b3B0cy0+dS5sMnRwdjM7CisgICAgYXNzZXJ0KG5ldGRldi0+dHlwZSA9PSBORVRfQ0xJRU5UX0RS SVZFUl9MMlRQVjMpOworICAgIGwydHB2MyA9IG5ldGRldi0+dS5sMnRwdjM7CgogICAgIGlmIChs MnRwdjMtPmhhc19pcHY2ICYmIGwydHB2My0+aXB2NikgewogICAgICAgICBzLT5pcHY2ID0gbDJ0 cHYzLT5pcHY2OwpkaWZmIC0tZ2l0IGEvbmV0L25ldC5jIGIvbmV0L25ldC5jCmluZGV4IDA5MDJl ZDIuLmE2ZjliZTkgMTAwNjQ0Ci0tLSBhL25ldC9uZXQuYworKysgYi9uZXQvbmV0LmMKQEAgLTMx Nyw3ICszMTcsNyBAQCBOSUNTdGF0ZSAqcWVtdV9uZXdfbmljKE5ldENsaWVudEluZm8gKmluZm8s CiAgICAgTklDU3RhdGUgKm5pYzsKICAgICBpbnQgaSwgcXVldWVzID0gTUFYKDEsIGNvbmYtPnBl ZXJzLnF1ZXVlcyk7CgotICAgIGFzc2VydChpbmZvLT50eXBlID09IE5FVF9DTElFTlRfT1BUSU9O U19LSU5EX05JQyk7CisgICAgYXNzZXJ0KGluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9EUklWRVJf TklDKTsKICAgICBhc3NlcnQoaW5mby0+c2l6ZSA+PSBzaXplb2YoTklDU3RhdGUpKTsKCiAgICAg bmljID0gZ19tYWxsb2MwKGluZm8tPnNpemUgKyBzaXplb2YoTmV0Q2xpZW50U3RhdGUpICogcXVl dWVzKTsKQEAgLTM4OCwxMyArMzg4LDEzIEBAIHZvaWQgcWVtdV9kZWxfbmV0X2NsaWVudChOZXRD bGllbnRTdGF0ZSAqbmMpCiAgICAgaW50IHF1ZXVlcywgaTsKICAgICBOZXRGaWx0ZXJTdGF0ZSAq bmYsICpuZXh0OwoKLSAgICBhc3NlcnQobmMtPmluZm8tPnR5cGUgIT0gTkVUX0NMSUVOVF9PUFRJ T05TX0tJTkRfTklDKTsKKyAgICBhc3NlcnQobmMtPmluZm8tPnR5cGUgIT0gTkVUX0NMSUVOVF9E UklWRVJfTklDKTsKCiAgICAgLyogSWYgdGhlIE5ldENsaWVudFN0YXRlIGJlbG9uZ3MgdG8gYSBt dWx0aXF1ZXVlIGJhY2tlbmQsIHdlIHdpbGwgY2hhbmdlIGFsbAogICAgICAqIG90aGVyIE5ldENs aWVudFN0YXRlcyBhbHNvLgogICAgICAqLwogICAgIHF1ZXVlcyA9IHFlbXVfZmluZF9uZXRfY2xp ZW50c19leGNlcHQobmMtPm5hbWUsIG5jcywKLSAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgIE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgIE5FVF9DTElFTlRfRFJJVkVSX05JQywKICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIE1BWF9RVUVVRV9OVU0pOwogICAg IGFzc2VydChxdWV1ZXMgIT0gMCk7CgpAQCAtNDAzLDcgKzQwMyw3IEBAIHZvaWQgcWVtdV9kZWxf bmV0X2NsaWVudChOZXRDbGllbnRTdGF0ZSAqbmMpCiAgICAgfQoKICAgICAvKiBJZiB0aGVyZSBp cyBhIHBlZXIgTklDLCBkZWxldGUgYW5kIGNsZWFudXAgY2xpZW50LCBidXQgZG8gbm90IGZyZWUu ICovCi0gICAgaWYgKG5jLT5wZWVyICYmIG5jLT5wZWVyLT5pbmZvLT50eXBlID09IE5FVF9DTElF TlRfT1BUSU9OU19LSU5EX05JQykgeworICAgIGlmIChuYy0+cGVlciAmJiBuYy0+cGVlci0+aW5m by0+dHlwZSA9PSBORVRfQ0xJRU5UX0RSSVZFUl9OSUMpIHsKICAgICAgICAgTklDU3RhdGUgKm5p YyA9IHFlbXVfZ2V0X25pYyhuYy0+cGVlcik7CiAgICAgICAgIGlmIChuaWMtPnBlZXJfZGVsZXRl ZCkgewogICAgICAgICAgICAgcmV0dXJuOwpAQCAtNDU5LDcgKzQ1OSw3IEBAIHZvaWQgcWVtdV9m b3JlYWNoX25pYyhxZW11X25pY19mb3JlYWNoIGZ1bmMsIHZvaWQgKm9wYXF1ZSkKICAgICBOZXRD bGllbnRTdGF0ZSAqbmM7CgogICAgIFFUQUlMUV9GT1JFQUNIKG5jLCAmbmV0X2NsaWVudHMsIG5l eHQpIHsKLSAgICAgICAgaWYgKG5jLT5pbmZvLT50eXBlID09IE5FVF9DTElFTlRfT1BUSU9OU19L SU5EX05JQykgeworICAgICAgICBpZiAobmMtPmluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9EUklW RVJfTklDKSB7CiAgICAgICAgICAgICBpZiAobmMtPnF1ZXVlX2luZGV4ID09IDApIHsKICAgICAg ICAgICAgICAgICBmdW5jKHFlbXVfZ2V0X25pYyhuYyksIG9wYXF1ZSk7CiAgICAgICAgICAgICB9 CkBAIC02MjEsNyArNjIxLDcgQEAgdm9pZCBxZW11X2ZsdXNoX29yX3B1cmdlX3F1ZXVlZF9wYWNr ZXRzKE5ldENsaWVudFN0YXRlICpuYywgYm9vbCBwdXJnZSkKIHsKICAgICBuYy0+cmVjZWl2ZV9k aXNhYmxlZCA9IDA7CgotICAgIGlmIChuYy0+cGVlciAmJiBuYy0+cGVlci0+aW5mby0+dHlwZSA9 PSBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9IVUJQT1JUKSB7CisgICAgaWYgKG5jLT5wZWVyICYm IG5jLT5wZWVyLT5pbmZvLT50eXBlID09IE5FVF9DTElFTlRfRFJJVkVSX0hVQlBPUlQpIHsKICAg ICAgICAgaWYgKG5ldF9odWJfZmx1c2gobmMtPnBlZXIpKSB7CiAgICAgICAgICAgICBxZW11X25v dGlmeV9ldmVudCgpOwogICAgICAgICB9CkBAIC03OTAsNyArNzkwLDcgQEAgTmV0Q2xpZW50U3Rh dGUgKnFlbXVfZmluZF9uZXRkZXYoY29uc3QgY2hhciAqaWQpCiAgICAgTmV0Q2xpZW50U3RhdGUg Km5jOwoKICAgICBRVEFJTFFfRk9SRUFDSChuYywgJm5ldF9jbGllbnRzLCBuZXh0KSB7Ci0gICAg ICAgIGlmIChuYy0+aW5mby0+dHlwZSA9PSBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9OSUMpCisg ICAgICAgIGlmIChuYy0+aW5mby0+dHlwZSA9PSBORVRfQ0xJRU5UX0RSSVZFUl9OSUMpCiAgICAg ICAgICAgICBjb250aW51ZTsKICAgICAgICAgaWYgKCFzdHJjbXAobmMtPm5hbWUsIGlkKSkgewog ICAgICAgICAgICAgcmV0dXJuIG5jOwpAQCAtODAxLDcgKzgwMSw3IEBAIE5ldENsaWVudFN0YXRl ICpxZW11X2ZpbmRfbmV0ZGV2KGNvbnN0IGNoYXIgKmlkKQogfQoKIGludCBxZW11X2ZpbmRfbmV0 X2NsaWVudHNfZXhjZXB0KGNvbnN0IGNoYXIgKmlkLCBOZXRDbGllbnRTdGF0ZSAqKm5jcywKLSAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIE5ldENsaWVudE9wdGlvbnNLaW5kIHR5cGUs IGludCBtYXgpCisgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBOZXRDbGllbnREcml2 ZXIgdHlwZSwgaW50IG1heCkKIHsKICAgICBOZXRDbGllbnRTdGF0ZSAqbmM7CiAgICAgaW50IHJl dCA9IDA7CkBAIC04ODIsOCArODgyLDggQEAgc3RhdGljIGludCBuZXRfaW5pdF9uaWMoY29uc3Qg TmV0ZGV2ICpuZXRkZXYsIGNvbnN0IGNoYXIgKm5hbWUsCiAgICAgTklDSW5mbyAqbmQ7CiAgICAg Y29uc3QgTmV0TGVnYWN5TmljT3B0aW9ucyAqbmljOwoKLSAgICBhc3NlcnQobmV0ZGV2LT5vcHRz LT50eXBlID09IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05JQyk7Ci0gICAgbmljID0gbmV0ZGV2 LT5vcHRzLT51Lm5pYzsKKyAgICBhc3NlcnQobmV0ZGV2LT50eXBlID09IE5FVF9DTElFTlRfRFJJ VkVSX05JQyk7CisgICAgbmljID0gbmV0ZGV2LT51Lm5pYzsKCiAgICAgaWR4ID0gbmljX2dldF9m cmVlX2lkeCgpOwogICAgIGlmIChpZHggPT0gLTEgfHwgbmJfbmljcyA+PSBNQVhfTklDUykgewpA QCAtOTQzLDM5ICs5NDMsMzggQEAgc3RhdGljIGludCBuZXRfaW5pdF9uaWMoY29uc3QgTmV0ZGV2 ICpuZXRkZXYsIGNvbnN0IGNoYXIgKm5hbWUsCiB9CgoKLXN0YXRpYyBpbnQgKCogY29uc3QgbmV0 X2NsaWVudF9pbml0X2Z1bltORVRfQ0xJRU5UX09QVElPTlNfS0lORF9fTUFYXSkoCitzdGF0aWMg aW50ICgqIGNvbnN0IG5ldF9jbGllbnRfaW5pdF9mdW5bTkVUX0NMSUVOVF9EUklWRVJfX01BWF0p KAogICAgIGNvbnN0IE5ldGRldiAqbmV0ZGV2LAogICAgIGNvbnN0IGNoYXIgKm5hbWUsCiAgICAg TmV0Q2xpZW50U3RhdGUgKnBlZXIsIEVycm9yICoqZXJycCkgPSB7Ci0gICAgICAgIFtORVRfQ0xJ RU5UX09QVElPTlNfS0lORF9OSUNdICAgICAgID0gbmV0X2luaXRfbmljLAorICAgICAgICBbTkVU X0NMSUVOVF9EUklWRVJfTklDXSAgICAgICA9IG5ldF9pbml0X25pYywKICNpZmRlZiBDT05GSUdf U0xJUlAKLSAgICAgICAgW05FVF9DTElFTlRfT1BUSU9OU19LSU5EX1VTRVJdICAgICAgPSBuZXRf aW5pdF9zbGlycCwKKyAgICAgICAgW05FVF9DTElFTlRfRFJJVkVSX1VTRVJdICAgICAgPSBuZXRf aW5pdF9zbGlycCwKICNlbmRpZgotICAgICAgICBbTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfVEFQ XSAgICAgICA9IG5ldF9pbml0X3RhcCwKLSAgICAgICAgW05FVF9DTElFTlRfT1BUSU9OU19LSU5E X1NPQ0tFVF0gICAgPSBuZXRfaW5pdF9zb2NrZXQsCisgICAgICAgIFtORVRfQ0xJRU5UX0RSSVZF Ul9UQVBdICAgICAgID0gbmV0X2luaXRfdGFwLAorICAgICAgICBbTkVUX0NMSUVOVF9EUklWRVJf U09DS0VUXSAgICA9IG5ldF9pbml0X3NvY2tldCwKICNpZmRlZiBDT05GSUdfVkRFCi0gICAgICAg IFtORVRfQ0xJRU5UX09QVElPTlNfS0lORF9WREVdICAgICAgID0gbmV0X2luaXRfdmRlLAorICAg ICAgICBbTkVUX0NMSUVOVF9EUklWRVJfVkRFXSAgICAgICA9IG5ldF9pbml0X3ZkZSwKICNlbmRp ZgogI2lmZGVmIENPTkZJR19ORVRNQVAKLSAgICAgICAgW05FVF9DTElFTlRfT1BUSU9OU19LSU5E X05FVE1BUF0gICAgPSBuZXRfaW5pdF9uZXRtYXAsCisgICAgICAgIFtORVRfQ0xJRU5UX0RSSVZF Ul9ORVRNQVBdICAgID0gbmV0X2luaXRfbmV0bWFwLAogI2VuZGlmCi0gICAgICAgIFtORVRfQ0xJ RU5UX09QVElPTlNfS0lORF9EVU1QXSAgICAgID0gbmV0X2luaXRfZHVtcCwKKyAgICAgICAgW05F VF9DTElFTlRfRFJJVkVSX0RVTVBdICAgICAgPSBuZXRfaW5pdF9kdW1wLAogI2lmZGVmIENPTkZJ R19ORVRfQlJJREdFCi0gICAgICAgIFtORVRfQ0xJRU5UX09QVElPTlNfS0lORF9CUklER0VdICAg ID0gbmV0X2luaXRfYnJpZGdlLAorICAgICAgICBbTkVUX0NMSUVOVF9EUklWRVJfQlJJREdFXSAg ICA9IG5ldF9pbml0X2JyaWRnZSwKICNlbmRpZgotICAgICAgICBbTkVUX0NMSUVOVF9PUFRJT05T X0tJTkRfSFVCUE9SVF0gICA9IG5ldF9pbml0X2h1YnBvcnQsCisgICAgICAgIFtORVRfQ0xJRU5U X0RSSVZFUl9IVUJQT1JUXSAgID0gbmV0X2luaXRfaHVicG9ydCwKICNpZmRlZiBDT05GSUdfVkhP U1RfTkVUX1VTRUQKLSAgICAgICAgW05FVF9DTElFTlRfT1BUSU9OU19LSU5EX1ZIT1NUX1VTRVJd ID0gbmV0X2luaXRfdmhvc3RfdXNlciwKKyAgICAgICAgW05FVF9DTElFTlRfRFJJVkVSX1ZIT1NU X1VTRVJdID0gbmV0X2luaXRfdmhvc3RfdXNlciwKICNlbmRpZgogI2lmZGVmIENPTkZJR19MMlRQ VjMKLSAgICAgICAgW05FVF9DTElFTlRfT1BUSU9OU19LSU5EX0wyVFBWM10gICAgPSBuZXRfaW5p dF9sMnRwdjMsCisgICAgICAgIFtORVRfQ0xJRU5UX0RSSVZFUl9MMlRQVjNdICAgID0gbmV0X2lu aXRfbDJ0cHYzLAogI2VuZGlmCiB9OwoKCiBzdGF0aWMgaW50IG5ldF9jbGllbnRfaW5pdDEoY29u c3Qgdm9pZCAqb2JqZWN0LCBpbnQgaXNfbmV0ZGV2LCBFcnJvciAqKmVycnApCiB7Ci0gICAgY29u c3QgTmV0Q2xpZW50T3B0aW9ucyAqb3B0czsKICAgICBOZXRkZXYgbGVnYWN5ID0gezB9OwogICAg IGNvbnN0IE5ldGRldiAqbmV0ZGV2OwogICAgIGNvbnN0IGNoYXIgKm5hbWU7CkBAIC05ODMsMzQg Kzk4Miw3MiBAQCBzdGF0aWMgaW50IG5ldF9jbGllbnRfaW5pdDEoY29uc3Qgdm9pZCAqb2JqZWN0 LCBpbnQgaXNfbmV0ZGV2LCBFcnJvciAqKmVycnApCgogICAgIGlmIChpc19uZXRkZXYpIHsKICAg ICAgICAgbmV0ZGV2ID0gb2JqZWN0OwotICAgICAgICBvcHRzID0gbmV0ZGV2LT5vcHRzOwogICAg ICAgICBuYW1lID0gbmV0ZGV2LT5pZDsKCi0gICAgICAgIGlmIChvcHRzLT50eXBlID09IE5FVF9D TElFTlRfT1BUSU9OU19LSU5EX0RVTVAgfHwKLSAgICAgICAgICAgIG9wdHMtPnR5cGUgPT0gTkVU X0NMSUVOVF9PUFRJT05TX0tJTkRfTklDIHx8Ci0gICAgICAgICAgICAhbmV0X2NsaWVudF9pbml0 X2Z1bltvcHRzLT50eXBlXSkgeworICAgICAgICBpZiAobmV0ZGV2LT50eXBlID09IE5FVF9DTElF TlRfRFJJVkVSX0RVTVAgfHwKKyAgICAgICAgICAgIG5ldGRldi0+dHlwZSA9PSBORVRfQ0xJRU5U X0RSSVZFUl9OSUMgfHwKKyAgICAgICAgICAgICFuZXRfY2xpZW50X2luaXRfZnVuW25ldGRldi0+ dHlwZV0pIHsKICAgICAgICAgICAgIGVycm9yX3NldGcoZXJycCwgUUVSUl9JTlZBTElEX1BBUkFN RVRFUl9WQUxVRSwgInR5cGUiLAogICAgICAgICAgICAgICAgICAgICAgICAiYSBuZXRkZXYgYmFj a2VuZCB0eXBlIik7CiAgICAgICAgICAgICByZXR1cm4gLTE7CiAgICAgICAgIH0KICAgICB9IGVs c2UgewogICAgICAgICBjb25zdCBOZXRMZWdhY3kgKm5ldCA9IG9iamVjdDsKKyAgICAgICAgY29u c3QgTmV0Q2xpZW50T3B0aW9ucyAqb3B0cyA9IG5ldC0+b3B0czsKICAgICAgICAgbGVnYWN5Lmlk ID0gbmV0LT5pZDsKLSAgICAgICAgb3B0cyA9IGxlZ2FjeS5vcHRzID0gbmV0LT5vcHRzOwogICAg ICAgICBuZXRkZXYgPSAmbGVnYWN5OwogICAgICAgICAvKiBtaXNzaW5nIG9wdGlvbmFsIHZhbHVl cyBoYXZlIGJlZW4gaW5pdGlhbGl6ZWQgdG8gImFsbCBiaXRzIHplcm8iICovCiAgICAgICAgIG5h bWUgPSBuZXQtPmhhc19pZCA/IG5ldC0+aWQgOiBuZXQtPm5hbWU7CgotICAgICAgICBpZiAob3B0 cy0+dHlwZSA9PSBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9OT05FKSB7CisgICAgICAgIC8qIE1h cCB0aGUgb2xkIG9wdGlvbnMgdG8gdGhlIG5ldyBmbGF0IHR5cGUgKi8KKyAgICAgICAgc3dpdGNo IChvcHRzLT50eXBlKSB7CisgICAgICAgIGNhc2UgTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfTk9O RToKICAgICAgICAgICAgIHJldHVybiAwOyAvKiBub3RoaW5nIHRvIGRvICovCi0gICAgICAgIH0K LSAgICAgICAgaWYgKG9wdHMtPnR5cGUgPT0gTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfSFVCUE9S VCkgewotICAgICAgICAgICAgZXJyb3Jfc2V0ZyhlcnJwLCBRRVJSX0lOVkFMSURfUEFSQU1FVEVS X1ZBTFVFLCAidHlwZSIsCi0gICAgICAgICAgICAgICAgICAgICAgICJhIG5ldCB0eXBlIik7Ci0g ICAgICAgICAgICByZXR1cm4gLTE7CisgICAgICAgIGNhc2UgTkVUX0NMSUVOVF9PUFRJT05TX0tJ TkRfTklDOgorICAgICAgICAgICAgbGVnYWN5LnR5cGUgPSBORVRfQ0xJRU5UX0RSSVZFUl9OSUM7 CisgICAgICAgICAgICBsZWdhY3kudS5uaWMgPSBvcHRzLT51Lm5pYzsKKyAgICAgICAgICAgIGJy ZWFrOworICAgICAgICBjYXNlIE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX1VTRVI6CisgICAgICAg ICAgICBsZWdhY3kudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVSX1VTRVI7CisgICAgICAgICAgICBs ZWdhY3kudS51c2VyID0gb3B0cy0+dS51c2VyOworICAgICAgICAgICAgYnJlYWs7CisgICAgICAg IGNhc2UgTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfVEFQOgorICAgICAgICAgICAgbGVnYWN5LnR5 cGUgPSBORVRfQ0xJRU5UX0RSSVZFUl9UQVA7CisgICAgICAgICAgICBsZWdhY3kudS50YXAgPSBv cHRzLT51LnRhcDsKKyAgICAgICAgICAgIGJyZWFrOworICAgICAgICBjYXNlIE5FVF9DTElFTlRf T1BUSU9OU19LSU5EX0wyVFBWMzoKKyAgICAgICAgICAgIGxlZ2FjeS50eXBlID0gTkVUX0NMSUVO VF9EUklWRVJfTDJUUFYzOworICAgICAgICAgICAgbGVnYWN5LnUubDJ0cHYzID0gb3B0cy0+dS5s MnRwdjM7CisgICAgICAgICAgICBicmVhazsKKyAgICAgICAgY2FzZSBORVRfQ0xJRU5UX09QVElP TlNfS0lORF9TT0NLRVQ6CisgICAgICAgICAgICBsZWdhY3kudHlwZSA9IE5FVF9DTElFTlRfRFJJ VkVSX1NPQ0tFVDsKKyAgICAgICAgICAgIGxlZ2FjeS51LnNvY2tldCA9IG9wdHMtPnUuc29ja2V0 OworICAgICAgICAgICAgYnJlYWs7CisgICAgICAgIGNhc2UgTkVUX0NMSUVOVF9PUFRJT05TX0tJ TkRfVkRFOgorICAgICAgICAgICAgbGVnYWN5LnR5cGUgPSBORVRfQ0xJRU5UX0RSSVZFUl9WREU7 CisgICAgICAgICAgICBsZWdhY3kudS52ZGUgPSBvcHRzLT51LnZkZTsKKyAgICAgICAgICAgIGJy ZWFrOworICAgICAgICBjYXNlIE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX0RVTVA6CisgICAgICAg ICAgICBsZWdhY3kudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVSX0RVTVA7CisgICAgICAgICAgICBs ZWdhY3kudS5kdW1wID0gb3B0cy0+dS5kdW1wOworICAgICAgICAgICAgYnJlYWs7CisgICAgICAg IGNhc2UgTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfQlJJREdFOgorICAgICAgICAgICAgbGVnYWN5 LnR5cGUgPSBORVRfQ0xJRU5UX0RSSVZFUl9CUklER0U7CisgICAgICAgICAgICBsZWdhY3kudS5i cmlkZ2UgPSBvcHRzLT51LmJyaWRnZTsKKyAgICAgICAgICAgIGJyZWFrOworICAgICAgICBjYXNl IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05FVE1BUDoKKyAgICAgICAgICAgIGxlZ2FjeS50eXBl ID0gTkVUX0NMSUVOVF9EUklWRVJfTkVUTUFQOworICAgICAgICAgICAgbGVnYWN5LnUubmV0bWFw ID0gb3B0cy0+dS5uZXRtYXA7CisgICAgICAgICAgICBicmVhazsKKyAgICAgICAgY2FzZSBORVRf Q0xJRU5UX09QVElPTlNfS0lORF9WSE9TVF9VU0VSOgorICAgICAgICAgICAgbGVnYWN5LnR5cGUg PSBORVRfQ0xJRU5UX0RSSVZFUl9WSE9TVF9VU0VSOworICAgICAgICAgICAgbGVnYWN5LnUudmhv c3RfdXNlciA9IG9wdHMtPnUudmhvc3RfdXNlcjsKKyAgICAgICAgICAgIGJyZWFrOworICAgICAg ICBkZWZhdWx0OgorICAgICAgICAgICAgYWJvcnQoKTsKICAgICAgICAgfQoKLSAgICAgICAgaWYg KCFuZXRfY2xpZW50X2luaXRfZnVuW29wdHMtPnR5cGVdKSB7CisgICAgICAgIGlmICghbmV0X2Ns aWVudF9pbml0X2Z1bltuZXRkZXYtPnR5cGVdKSB7CiAgICAgICAgICAgICBlcnJvcl9zZXRnKGVy cnAsIFFFUlJfSU5WQUxJRF9QQVJBTUVURVJfVkFMVUUsICJ0eXBlIiwKICAgICAgICAgICAgICAg ICAgICAgICAgImEgbmV0IGJhY2tlbmQgdHlwZSAobWF5YmUgaXQgaXMgbm90IGNvbXBpbGVkICIK ICAgICAgICAgICAgICAgICAgICAgICAgImludG8gdGhpcyBiaW5hcnkpIik7CkBAIC0xMDE4LDE3 ICsxMDU1LDE3IEBAIHN0YXRpYyBpbnQgbmV0X2NsaWVudF9pbml0MShjb25zdCB2b2lkICpvYmpl Y3QsIGludCBpc19uZXRkZXYsIEVycm9yICoqZXJycCkKICAgICAgICAgfQoKICAgICAgICAgLyog RG8gbm90IGFkZCB0byBhIHZsYW4gaWYgaXQncyBhIG5pYyB3aXRoIGEgbmV0ZGV2PSBwYXJhbWV0 ZXIuICovCi0gICAgICAgIGlmIChvcHRzLT50eXBlICE9IE5FVF9DTElFTlRfT1BUSU9OU19LSU5E X05JQyB8fAorICAgICAgICBpZiAobmV0ZGV2LT50eXBlICE9IE5FVF9DTElFTlRfRFJJVkVSX05J QyB8fAogICAgICAgICAgICAgIW9wdHMtPnUubmljLT5oYXNfbmV0ZGV2KSB7CiAgICAgICAgICAg ICBwZWVyID0gbmV0X2h1Yl9hZGRfcG9ydChuZXQtPmhhc192bGFuID8gbmV0LT52bGFuIDogMCwg TlVMTCk7CiAgICAgICAgIH0KICAgICB9CgotICAgIGlmIChuZXRfY2xpZW50X2luaXRfZnVuW29w dHMtPnR5cGVdKG5ldGRldiwgbmFtZSwgcGVlciwgZXJycCkgPCAwKSB7CisgICAgaWYgKG5ldF9j bGllbnRfaW5pdF9mdW5bbmV0ZGV2LT50eXBlXShuZXRkZXYsIG5hbWUsIHBlZXIsIGVycnApIDwg MCkgewogICAgICAgICAvKiBGSVhNRSBkcm9wIHdoZW4gYWxsIGluaXQgZnVuY3Rpb25zIHN0b3Jl IGFuIEVycm9yICovCiAgICAgICAgIGlmIChlcnJwICYmICEqZXJycCkgewogICAgICAgICAgICAg ZXJyb3Jfc2V0ZyhlcnJwLCBRRVJSX0RFVklDRV9JTklUX0ZBSUxFRCwKLSAgICAgICAgICAgICAg ICAgICAgICAgTmV0Q2xpZW50T3B0aW9uc0tpbmRfbG9va3VwW29wdHMtPnR5cGVdKTsKKyAgICAg ICAgICAgICAgICAgICAgICAgTmV0Q2xpZW50RHJpdmVyX2xvb2t1cFtuZXRkZXYtPnR5cGVdKTsK ICAgICAgICAgfQogICAgICAgICByZXR1cm4gLTE7CiAgICAgfQpAQCAtMTEyNyw3ICsxMTY0LDcg QEAgdm9pZCBobXBfaG9zdF9uZXRfcmVtb3ZlKE1vbml0b3IgKm1vbiwgY29uc3QgUURpY3QgKnFk aWN0KQogICAgICAgICAgICAgICAgICAgICAgZGV2aWNlLCB2bGFuX2lkKTsKICAgICAgICAgcmV0 dXJuOwogICAgIH0KLSAgICBpZiAobmMtPmluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9PUFRJT05T X0tJTkRfTklDKSB7CisgICAgaWYgKG5jLT5pbmZvLT50eXBlID09IE5FVF9DTElFTlRfRFJJVkVS X05JQykgewogICAgICAgICBlcnJvcl9yZXBvcnQoImludmFsaWQgaG9zdCBuZXR3b3JrIGRldmlj ZSAnJXMnIiwgZGV2aWNlKTsKICAgICAgICAgcmV0dXJuOwogICAgIH0KQEAgLTExOTUsNyArMTIz Miw3IEBAIHZvaWQgcHJpbnRfbmV0X2NsaWVudChNb25pdG9yICptb24sIE5ldENsaWVudFN0YXRl ICpuYykKCiAgICAgbW9uaXRvcl9wcmludGYobW9uLCAiJXM6IGluZGV4PSVkLHR5cGU9JXMsJXNc biIsIG5jLT5uYW1lLAogICAgICAgICAgICAgICAgICAgIG5jLT5xdWV1ZV9pbmRleCwKLSAgICAg ICAgICAgICAgICAgICBOZXRDbGllbnRPcHRpb25zS2luZF9sb29rdXBbbmMtPmluZm8tPnR5cGVd LAorICAgICAgICAgICAgICAgICAgIE5ldENsaWVudERyaXZlcl9sb29rdXBbbmMtPmluZm8tPnR5 cGVdLAogICAgICAgICAgICAgICAgICAgIG5jLT5pbmZvX3N0cik7CiAgICAgaWYgKCFRVEFJTFFf RU1QVFkoJm5jLT5maWx0ZXJzKSkgewogICAgICAgICBtb25pdG9yX3ByaW50Zihtb24sICJmaWx0 ZXJzOlxuIik7CkBAIC0xMjI0LDcgKzEyNjEsNyBAQCBSeEZpbHRlckluZm9MaXN0ICpxbXBfcXVl cnlfcnhfZmlsdGVyKGJvb2wgaGFzX25hbWUsIGNvbnN0IGNoYXIgKm5hbWUsCiAgICAgICAgIH0K CiAgICAgICAgIC8qIG9ubHkgcXVlcnkgcngtZmlsdGVyIGluZm9ybWF0aW9uIG9mIE5JQyAqLwot ICAgICAgICBpZiAobmMtPmluZm8tPnR5cGUgIT0gTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfTklD KSB7CisgICAgICAgIGlmIChuYy0+aW5mby0+dHlwZSAhPSBORVRfQ0xJRU5UX0RSSVZFUl9OSUMp IHsKICAgICAgICAgICAgIGlmIChoYXNfbmFtZSkgewogICAgICAgICAgICAgICAgIGVycm9yX3Nl dGcoZXJycCwgIm5ldCBjbGllbnQoJXMpIGlzbid0IGEgTklDIiwgbmFtZSk7CiAgICAgICAgICAg ICAgICAgcmV0dXJuIE5VTEw7CkBAIC0xMjcwLDcgKzEzMDcsNyBAQCBSeEZpbHRlckluZm9MaXN0 ICpxbXBfcXVlcnlfcnhfZmlsdGVyKGJvb2wgaGFzX25hbWUsIGNvbnN0IGNoYXIgKm5hbWUsCiB2 b2lkIGhtcF9pbmZvX25ldHdvcmsoTW9uaXRvciAqbW9uLCBjb25zdCBRRGljdCAqcWRpY3QpCiB7 CiAgICAgTmV0Q2xpZW50U3RhdGUgKm5jLCAqcGVlcjsKLSAgICBOZXRDbGllbnRPcHRpb25zS2lu ZCB0eXBlOworICAgIE5ldENsaWVudERyaXZlciB0eXBlOwoKICAgICBuZXRfaHViX2luZm8obW9u KTsKCkBAIC0xMjgzLDEwICsxMzIwLDEwIEBAIHZvaWQgaG1wX2luZm9fbmV0d29yayhNb25pdG9y ICptb24sIGNvbnN0IFFEaWN0ICpxZGljdCkKICAgICAgICAgICAgIGNvbnRpbnVlOwogICAgICAg ICB9CgotICAgICAgICBpZiAoIXBlZXIgfHwgdHlwZSA9PSBORVRfQ0xJRU5UX09QVElPTlNfS0lO RF9OSUMpIHsKKyAgICAgICAgaWYgKCFwZWVyIHx8IHR5cGUgPT0gTkVUX0NMSUVOVF9EUklWRVJf TklDKSB7CiAgICAgICAgICAgICBwcmludF9uZXRfY2xpZW50KG1vbiwgbmMpOwogICAgICAgICB9 IC8qIGVsc2UgaXQncyBhIG5ldGRldiBjb25uZWN0ZWQgdG8gYSBOSUMsIHByaW50ZWQgd2l0aCB0 aGUgTklDICovCi0gICAgICAgIGlmIChwZWVyICYmIHR5cGUgPT0gTkVUX0NMSUVOVF9PUFRJT05T X0tJTkRfTklDKSB7CisgICAgICAgIGlmIChwZWVyICYmIHR5cGUgPT0gTkVUX0NMSUVOVF9EUklW RVJfTklDKSB7CiAgICAgICAgICAgICBtb25pdG9yX3ByaW50Zihtb24sICIgXFwgIik7CiAgICAg ICAgICAgICBwcmludF9uZXRfY2xpZW50KG1vbiwgcGVlcik7CiAgICAgICAgIH0KQEAgLTEzMDAs NyArMTMzNyw3IEBAIHZvaWQgcW1wX3NldF9saW5rKGNvbnN0IGNoYXIgKm5hbWUsIGJvb2wgdXAs IEVycm9yICoqZXJycCkKICAgICBpbnQgcXVldWVzLCBpOwoKICAgICBxdWV1ZXMgPSBxZW11X2Zp bmRfbmV0X2NsaWVudHNfZXhjZXB0KG5hbWUsIG5jcywKLSAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgIE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX19NQVgsCisgICAgICAg ICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICBORVRfQ0xJRU5UX0RSSVZFUl9fTUFY LAogICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgTUFYX1FVRVVFX05V TSk7CgogICAgIGlmIChxdWV1ZXMgPT0gMCkgewpAQCAtMTMyNyw3ICsxMzY0LDcgQEAgdm9pZCBx bXBfc2V0X2xpbmsoY29uc3QgY2hhciAqbmFtZSwgYm9vbCB1cCwgRXJyb3IgKiplcnJwKQogICAg ICAgICAgKiBtdWx0aXBsZSBjbGllbnRzIHRoYXQgY2FuIHN0aWxsIGNvbW11bmljYXRlIHdpdGgg ZWFjaCBvdGhlciBpbgogICAgICAgICAgKiBkaXNjb25uZWN0ZWQgbW9kZS4gRm9yIG5vdyBtYWlu dGFpbiB0aGlzIGNvbXBhdGliaWxpdHkuCiAgICAgICAgICAqLwotICAgICAgICBpZiAobmMtPnBl ZXItPmluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfTklDKSB7CisgICAgICAg IGlmIChuYy0+cGVlci0+aW5mby0+dHlwZSA9PSBORVRfQ0xJRU5UX0RSSVZFUl9OSUMpIHsKICAg ICAgICAgICAgIGZvciAoaSA9IDA7IGkgPCBxdWV1ZXM7IGkrKykgewogICAgICAgICAgICAgICAg IG5jc1tpXS0+cGVlci0+bGlua19kb3duID0gIXVwOwogICAgICAgICAgICAgfQpAQCAtMTM2OCw3 ICsxNDA1LDcgQEAgdm9pZCBuZXRfY2xlYW51cCh2b2lkKQogICAgICAqLwogICAgIHdoaWxlICgh UVRBSUxRX0VNUFRZKCZuZXRfY2xpZW50cykpIHsKICAgICAgICAgbmMgPSBRVEFJTFFfRklSU1Qo Jm5ldF9jbGllbnRzKTsKLSAgICAgICAgaWYgKG5jLT5pbmZvLT50eXBlID09IE5FVF9DTElFTlRf T1BUSU9OU19LSU5EX05JQykgeworICAgICAgICBpZiAobmMtPmluZm8tPnR5cGUgPT0gTkVUX0NM SUVOVF9EUklWRVJfTklDKSB7CiAgICAgICAgICAgICBxZW11X2RlbF9uaWMocWVtdV9nZXRfbmlj KG5jKSk7CiAgICAgICAgIH0gZWxzZSB7CiAgICAgICAgICAgICBxZW11X2RlbF9uZXRfY2xpZW50 KG5jKTsKQEAgLTE0MDAsNyArMTQzNyw3IEBAIHZvaWQgbmV0X2NoZWNrX2NsaWVudHModm9pZCkK ICAgICBRVEFJTFFfRk9SRUFDSChuYywgJm5ldF9jbGllbnRzLCBuZXh0KSB7CiAgICAgICAgIGlm ICghbmMtPnBlZXIpIHsKICAgICAgICAgICAgIGZwcmludGYoc3RkZXJyLCAiV2FybmluZzogJXMg JXMgaGFzIG5vIHBlZXJcbiIsCi0gICAgICAgICAgICAgICAgICAgIG5jLT5pbmZvLT50eXBlID09 IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05JQyA/CisgICAgICAgICAgICAgICAgICAgIG5jLT5p bmZvLT50eXBlID09IE5FVF9DTElFTlRfRFJJVkVSX05JQyA/CiAgICAgICAgICAgICAgICAgICAg ICJuaWMiIDogIm5ldGRldiIsIG5jLT5uYW1lKTsKICAgICAgICAgfQogICAgIH0KZGlmZiAtLWdp dCBhL25ldC9uZXRtYXAuYyBiL25ldC9uZXRtYXAuYwppbmRleCA4OTQxOWMxLi4wNjg3NDhiIDEw MDY0NAotLS0gYS9uZXQvbmV0bWFwLmMKKysrIGIvbmV0L25ldG1hcC5jCkBAIC00MTUsNyArNDE1 LDcgQEAgc3RhdGljIHZvaWQgbmV0bWFwX3NldF9vZmZsb2FkKE5ldENsaWVudFN0YXRlICpuYywg aW50IGNzdW0sIGludCB0c280LCBpbnQgdHNvNiwKCiAvKiBOZXRDbGllbnRJbmZvIG1ldGhvZHMg Ki8KIHN0YXRpYyBOZXRDbGllbnRJbmZvIG5ldF9uZXRtYXBfaW5mbyA9IHsKLSAgICAudHlwZSA9 IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX05FVE1BUCwKKyAgICAudHlwZSA9IE5FVF9DTElFTlRf RFJJVkVSX05FVE1BUCwKICAgICAuc2l6ZSA9IHNpemVvZihOZXRtYXBTdGF0ZSksCiAgICAgLnJl Y2VpdmUgPSBuZXRtYXBfcmVjZWl2ZSwKICAgICAucmVjZWl2ZV9pb3YgPSBuZXRtYXBfcmVjZWl2 ZV9pb3YsCkBAIC00MzYsNyArNDM2LDcgQEAgc3RhdGljIE5ldENsaWVudEluZm8gbmV0X25ldG1h cF9pbmZvID0gewogaW50IG5ldF9pbml0X25ldG1hcChjb25zdCBOZXRkZXYgKm5ldGRldiwKICAg ICAgICAgICAgICAgICAgICAgY29uc3QgY2hhciAqbmFtZSwgTmV0Q2xpZW50U3RhdGUgKnBlZXIs IEVycm9yICoqZXJycCkKIHsKLSAgICBjb25zdCBOZXRkZXZOZXRtYXBPcHRpb25zICpuZXRtYXBf b3B0cyA9IG5ldGRldi0+b3B0cy0+dS5uZXRtYXA7CisgICAgY29uc3QgTmV0ZGV2TmV0bWFwT3B0 aW9ucyAqbmV0bWFwX29wdHMgPSBuZXRkZXYtPnUubmV0bWFwOwogICAgIE5ldENsaWVudFN0YXRl ICpuYzsKICAgICBFcnJvciAqZXJyID0gTlVMTDsKICAgICBOZXRtYXBQcml2IG1lOwpkaWZmIC0t Z2l0IGEvbmV0L3NsaXJwLmMgYi9uZXQvc2xpcnAuYwppbmRleCBhM2M0MGQ5Li5mMTBjMWI4IDEw MDY0NAotLS0gYS9uZXQvc2xpcnAuYworKysgYi9uZXQvc2xpcnAuYwpAQCAtMTI2LDcgKzEyNiw3 IEBAIHN0YXRpYyB2b2lkIG5ldF9zbGlycF9jbGVhbnVwKE5ldENsaWVudFN0YXRlICpuYykKIH0K CiBzdGF0aWMgTmV0Q2xpZW50SW5mbyBuZXRfc2xpcnBfaW5mbyA9IHsKLSAgICAudHlwZSA9IE5F VF9DTElFTlRfT1BUSU9OU19LSU5EX1VTRVIsCisgICAgLnR5cGUgPSBORVRfQ0xJRU5UX0RSSVZF Ul9VU0VSLAogICAgIC5zaXplID0gc2l6ZW9mKFNsaXJwU3RhdGUpLAogICAgIC5yZWNlaXZlID0g bmV0X3NsaXJwX3JlY2VpdmUsCiAgICAgLmNsZWFudXAgPSBuZXRfc2xpcnBfY2xlYW51cCwKQEAg LTc0Niw4ICs3NDYsOCBAQCBpbnQgbmV0X2luaXRfc2xpcnAoY29uc3QgTmV0ZGV2ICpuZXRkZXYs IGNvbnN0IGNoYXIgKm5hbWUsCiAgICAgY29uc3QgTmV0ZGV2VXNlck9wdGlvbnMgKnVzZXI7CiAg ICAgY29uc3QgY2hhciAqKmRuc3NlYXJjaDsKCi0gICAgYXNzZXJ0KG5ldGRldi0+b3B0cy0+dHlw ZSA9PSBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9VU0VSKTsKLSAgICB1c2VyID0gbmV0ZGV2LT5v cHRzLT51LnVzZXI7CisgICAgYXNzZXJ0KG5ldGRldi0+dHlwZSA9PSBORVRfQ0xJRU5UX0RSSVZF Ul9VU0VSKTsKKyAgICB1c2VyID0gbmV0ZGV2LT51LnVzZXI7CgogICAgIHZuZXQgPSB1c2VyLT5o YXNfbmV0ID8gZ19zdHJkdXAodXNlci0+bmV0KSA6CiAgICAgICAgICAgIHVzZXItPmhhc19pcCAg PyBnX3N0cmR1cF9wcmludGYoIiVzLzI0IiwgdXNlci0+aXApIDoKZGlmZiAtLWdpdCBhL25ldC9z b2NrZXQuYyBiL25ldC9zb2NrZXQuYwppbmRleCAwMDk4ODk2Li42MjUxNTc5IDEwMDY0NAotLS0g YS9uZXQvc29ja2V0LmMKKysrIGIvbmV0L3NvY2tldC5jCkBAIC0zNDYsNyArMzQ2LDcgQEAgc3Rh dGljIHZvaWQgbmV0X3NvY2tldF9jbGVhbnVwKE5ldENsaWVudFN0YXRlICpuYykKIH0KCiBzdGF0 aWMgTmV0Q2xpZW50SW5mbyBuZXRfZGdyYW1fc29ja2V0X2luZm8gPSB7Ci0gICAgLnR5cGUgPSBO RVRfQ0xJRU5UX09QVElPTlNfS0lORF9TT0NLRVQsCisgICAgLnR5cGUgPSBORVRfQ0xJRU5UX0RS SVZFUl9TT0NLRVQsCiAgICAgLnNpemUgPSBzaXplb2YoTmV0U29ja2V0U3RhdGUpLAogICAgIC5y ZWNlaXZlID0gbmV0X3NvY2tldF9yZWNlaXZlX2RncmFtLAogICAgIC5jbGVhbnVwID0gbmV0X3Nv Y2tldF9jbGVhbnVwLApAQCAtNDI5LDcgKzQyOSw3IEBAIHN0YXRpYyB2b2lkIG5ldF9zb2NrZXRf Y29ubmVjdCh2b2lkICpvcGFxdWUpCiB9Cgogc3RhdGljIE5ldENsaWVudEluZm8gbmV0X3NvY2tl dF9pbmZvID0gewotICAgIC50eXBlID0gTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfU09DS0VULAor ICAgIC50eXBlID0gTkVUX0NMSUVOVF9EUklWRVJfU09DS0VULAogICAgIC5zaXplID0gc2l6ZW9m KE5ldFNvY2tldFN0YXRlKSwKICAgICAucmVjZWl2ZSA9IG5ldF9zb2NrZXRfcmVjZWl2ZSwKICAg ICAuY2xlYW51cCA9IG5ldF9zb2NrZXRfY2xlYW51cCwKQEAgLTcwNiw4ICs3MDYsOCBAQCBpbnQg bmV0X2luaXRfc29ja2V0KGNvbnN0IE5ldGRldiAqbmV0ZGV2LCBjb25zdCBjaGFyICpuYW1lLAog ICAgIEVycm9yICplcnIgPSBOVUxMOwogICAgIGNvbnN0IE5ldGRldlNvY2tldE9wdGlvbnMgKnNv Y2s7CgotICAgIGFzc2VydChuZXRkZXYtPm9wdHMtPnR5cGUgPT0gTkVUX0NMSUVOVF9PUFRJT05T X0tJTkRfU09DS0VUKTsKLSAgICBzb2NrID0gbmV0ZGV2LT5vcHRzLT51LnNvY2tldDsKKyAgICBh c3NlcnQobmV0ZGV2LT50eXBlID09IE5FVF9DTElFTlRfRFJJVkVSX1NPQ0tFVCk7CisgICAgc29j ayA9IG5ldGRldi0+dS5zb2NrZXQ7CgogICAgIGlmIChzb2NrLT5oYXNfZmQgKyBzb2NrLT5oYXNf bGlzdGVuICsgc29jay0+aGFzX2Nvbm5lY3QgKyBzb2NrLT5oYXNfbWNhc3QgKwogICAgICAgICBz b2NrLT5oYXNfdWRwICE9IDEpIHsKZGlmZiAtLWdpdCBhL25ldC90YXAtd2luMzIuYyBiL25ldC90 YXAtd2luMzIuYwppbmRleCBlNDQyNzI3Li5mZGYyN2NlIDEwMDY0NAotLS0gYS9uZXQvdGFwLXdp bjMyLmMKKysrIGIvbmV0L3RhcC13aW4zMi5jCkBAIC03NTAsNyArNzUwLDcgQEAgc3RhdGljIHZv aWQgdGFwX3NldF92bmV0X2hkcl9sZW4oTmV0Q2xpZW50U3RhdGUgKm5jLCBpbnQgbGVuKQogfQoK IHN0YXRpYyBOZXRDbGllbnRJbmZvIG5ldF90YXBfd2luMzJfaW5mbyA9IHsKLSAgICAudHlwZSA9 IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX1RBUCwKKyAgICAudHlwZSA9IE5FVF9DTElFTlRfRFJJ VkVSX1RBUCwKICAgICAuc2l6ZSA9IHNpemVvZihUQVBTdGF0ZSksCiAgICAgLnJlY2VpdmUgPSB0 YXBfcmVjZWl2ZSwKICAgICAuY2xlYW51cCA9IHRhcF9jbGVhbnVwLApAQCAtNzk0LDggKzc5NCw4 IEBAIGludCBuZXRfaW5pdF90YXAoY29uc3QgTmV0ZGV2ICpuZXRkZXYsIGNvbnN0IGNoYXIgKm5h bWUsCiAgICAgLyogRklYTUUgZXJyb3Jfc2V0ZyhlcnJwLCAuLi4pIG9uIGZhaWx1cmUgKi8KICAg ICBjb25zdCBOZXRkZXZUYXBPcHRpb25zICp0YXA7CgotICAgIGFzc2VydChuZXRkZXYtPm9wdHMt PnR5cGUgPT0gTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfVEFQKTsKLSAgICB0YXAgPSBuZXRkZXYt Pm9wdHMtPnUudGFwOworICAgIGFzc2VydChuZXRkZXYtPnR5cGUgPT0gTkVUX0NMSUVOVF9EUklW RVJfVEFQKTsKKyAgICB0YXAgPSBuZXRkZXYtPnUudGFwOwoKICAgICBpZiAoIXRhcC0+aGFzX2lm bmFtZSkgewogICAgICAgICBlcnJvcl9yZXBvcnQoInRhcDogbm8gaW50ZXJmYWNlIG5hbWUiKTsK ZGlmZiAtLWdpdCBhL25ldC90YXAuYyBiL25ldC90YXAuYwppbmRleCBiMjE4OTEzLi4wZGFiZmVi IDEwMDY0NAotLS0gYS9uZXQvdGFwLmMKKysrIGIvbmV0L3RhcC5jCkBAIC0yMjEsNyArMjIxLDcg QEAgc3RhdGljIGJvb2wgdGFwX2hhc191Zm8oTmV0Q2xpZW50U3RhdGUgKm5jKQogewogICAgIFRB UFN0YXRlICpzID0gRE9fVVBDQVNUKFRBUFN0YXRlLCBuYywgbmMpOwoKLSAgICBhc3NlcnQobmMt PmluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfVEFQKTsKKyAgICBhc3NlcnQo bmMtPmluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9EUklWRVJfVEFQKTsKCiAgICAgcmV0dXJuIHMt Pmhhc191Zm87CiB9CkBAIC0yMzAsNyArMjMwLDcgQEAgc3RhdGljIGJvb2wgdGFwX2hhc192bmV0 X2hkcihOZXRDbGllbnRTdGF0ZSAqbmMpCiB7CiAgICAgVEFQU3RhdGUgKnMgPSBET19VUENBU1Qo VEFQU3RhdGUsIG5jLCBuYyk7CgotICAgIGFzc2VydChuYy0+aW5mby0+dHlwZSA9PSBORVRfQ0xJ RU5UX09QVElPTlNfS0lORF9UQVApOworICAgIGFzc2VydChuYy0+aW5mby0+dHlwZSA9PSBORVRf Q0xJRU5UX0RSSVZFUl9UQVApOwoKICAgICByZXR1cm4gISFzLT5ob3N0X3ZuZXRfaGRyX2xlbjsK IH0KQEAgLTIzOSw3ICsyMzksNyBAQCBzdGF0aWMgYm9vbCB0YXBfaGFzX3ZuZXRfaGRyX2xlbihO ZXRDbGllbnRTdGF0ZSAqbmMsIGludCBsZW4pCiB7CiAgICAgVEFQU3RhdGUgKnMgPSBET19VUENB U1QoVEFQU3RhdGUsIG5jLCBuYyk7CgotICAgIGFzc2VydChuYy0+aW5mby0+dHlwZSA9PSBORVRf Q0xJRU5UX09QVElPTlNfS0lORF9UQVApOworICAgIGFzc2VydChuYy0+aW5mby0+dHlwZSA9PSBO RVRfQ0xJRU5UX0RSSVZFUl9UQVApOwoKICAgICByZXR1cm4gISF0YXBfcHJvYmVfdm5ldF9oZHJf bGVuKHMtPmZkLCBsZW4pOwogfQpAQCAtMjQ4LDcgKzI0OCw3IEBAIHN0YXRpYyB2b2lkIHRhcF9z ZXRfdm5ldF9oZHJfbGVuKE5ldENsaWVudFN0YXRlICpuYywgaW50IGxlbikKIHsKICAgICBUQVBT dGF0ZSAqcyA9IERPX1VQQ0FTVChUQVBTdGF0ZSwgbmMsIG5jKTsKCi0gICAgYXNzZXJ0KG5jLT5p bmZvLT50eXBlID09IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX1RBUCk7CisgICAgYXNzZXJ0KG5j LT5pbmZvLT50eXBlID09IE5FVF9DTElFTlRfRFJJVkVSX1RBUCk7CiAgICAgYXNzZXJ0KGxlbiA9 PSBzaXplb2Yoc3RydWN0IHZpcnRpb19uZXRfaGRyX21yZ19yeGJ1ZikgfHwKICAgICAgICAgICAg bGVuID09IHNpemVvZihzdHJ1Y3QgdmlydGlvX25ldF9oZHIpKTsKCkBAIC0yNjAsNyArMjYwLDcg QEAgc3RhdGljIHZvaWQgdGFwX3VzaW5nX3ZuZXRfaGRyKE5ldENsaWVudFN0YXRlICpuYywgYm9v bCB1c2luZ192bmV0X2hkcikKIHsKICAgICBUQVBTdGF0ZSAqcyA9IERPX1VQQ0FTVChUQVBTdGF0 ZSwgbmMsIG5jKTsKCi0gICAgYXNzZXJ0KG5jLT5pbmZvLT50eXBlID09IE5FVF9DTElFTlRfT1BU SU9OU19LSU5EX1RBUCk7CisgICAgYXNzZXJ0KG5jLT5pbmZvLT50eXBlID09IE5FVF9DTElFTlRf RFJJVkVSX1RBUCk7CiAgICAgYXNzZXJ0KCEhcy0+aG9zdF92bmV0X2hkcl9sZW4gPT0gdXNpbmdf dm5ldF9oZHIpOwoKICAgICBzLT51c2luZ192bmV0X2hkciA9IHVzaW5nX3ZuZXRfaGRyOwpAQCAt MzI2LDE0ICszMjYsMTQgQEAgc3RhdGljIHZvaWQgdGFwX3BvbGwoTmV0Q2xpZW50U3RhdGUgKm5j LCBib29sIGVuYWJsZSkKIGludCB0YXBfZ2V0X2ZkKE5ldENsaWVudFN0YXRlICpuYykKIHsKICAg ICBUQVBTdGF0ZSAqcyA9IERPX1VQQ0FTVChUQVBTdGF0ZSwgbmMsIG5jKTsKLSAgICBhc3NlcnQo bmMtPmluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfVEFQKTsKKyAgICBhc3Nl cnQobmMtPmluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9EUklWRVJfVEFQKTsKICAgICByZXR1cm4g cy0+ZmQ7CiB9CgogLyogZmQgc3VwcG9ydCAqLwoKIHN0YXRpYyBOZXRDbGllbnRJbmZvIG5ldF90 YXBfaW5mbyA9IHsKLSAgICAudHlwZSA9IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX1RBUCwKKyAg ICAudHlwZSA9IE5FVF9DTElFTlRfRFJJVkVSX1RBUCwKICAgICAuc2l6ZSA9IHNpemVvZihUQVBT dGF0ZSksCiAgICAgLnJlY2VpdmUgPSB0YXBfcmVjZWl2ZSwKICAgICAucmVjZWl2ZV9yYXcgPSB0 YXBfcmVjZWl2ZV9yYXcsCkBAIC01NjUsOCArNTY1LDggQEAgaW50IG5ldF9pbml0X2JyaWRnZShj b25zdCBOZXRkZXYgKm5ldGRldiwgY29uc3QgY2hhciAqbmFtZSwKICAgICBUQVBTdGF0ZSAqczsK ICAgICBpbnQgZmQsIHZuZXRfaGRyOwoKLSAgICBhc3NlcnQobmV0ZGV2LT5vcHRzLT50eXBlID09 IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX0JSSURHRSk7Ci0gICAgYnJpZGdlID0gbmV0ZGV2LT5v cHRzLT51LmJyaWRnZTsKKyAgICBhc3NlcnQobmV0ZGV2LT50eXBlID09IE5FVF9DTElFTlRfRFJJ VkVSX0JSSURHRSk7CisgICAgYnJpZGdlID0gbmV0ZGV2LT51LmJyaWRnZTsKCiAgICAgaGVscGVy ID0gYnJpZGdlLT5oYXNfaGVscGVyID8gYnJpZGdlLT5oZWxwZXIgOiBERUZBVUxUX0JSSURHRV9I RUxQRVI7CiAgICAgYnIgICAgID0gYnJpZGdlLT5oYXNfYnIgICAgID8gYnJpZGdlLT5iciAgICAg OiBERUZBVUxUX0JSSURHRV9JTlRFUkZBQ0U7CkBAIC03MjgsOCArNzI4LDggQEAgaW50IG5ldF9p bml0X3RhcChjb25zdCBOZXRkZXYgKm5ldGRldiwgY29uc3QgY2hhciAqbmFtZSwKICAgICBjb25z dCBjaGFyICp2aG9zdGZkbmFtZTsKICAgICBjaGFyIGlmbmFtZVsxMjhdOwoKLSAgICBhc3NlcnQo bmV0ZGV2LT5vcHRzLT50eXBlID09IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX1RBUCk7Ci0gICAg dGFwID0gbmV0ZGV2LT5vcHRzLT51LnRhcDsKKyAgICBhc3NlcnQobmV0ZGV2LT50eXBlID09IE5F VF9DTElFTlRfRFJJVkVSX1RBUCk7CisgICAgdGFwID0gbmV0ZGV2LT51LnRhcDsKICAgICBxdWV1 ZXMgPSB0YXAtPmhhc19xdWV1ZXMgPyB0YXAtPnF1ZXVlcyA6IDE7CiAgICAgdmhvc3RmZG5hbWUg PSB0YXAtPmhhc192aG9zdGZkID8gdGFwLT52aG9zdGZkIDogTlVMTDsKCkBAIC04OTAsNyArODkw LDcgQEAgaW50IG5ldF9pbml0X3RhcChjb25zdCBOZXRkZXYgKm5ldGRldiwgY29uc3QgY2hhciAq bmFtZSwKIFZIb3N0TmV0U3RhdGUgKnRhcF9nZXRfdmhvc3RfbmV0KE5ldENsaWVudFN0YXRlICpu YykKIHsKICAgICBUQVBTdGF0ZSAqcyA9IERPX1VQQ0FTVChUQVBTdGF0ZSwgbmMsIG5jKTsKLSAg ICBhc3NlcnQobmMtPmluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfVEFQKTsK KyAgICBhc3NlcnQobmMtPmluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9EUklWRVJfVEFQKTsKICAg ICByZXR1cm4gcy0+dmhvc3RfbmV0OwogfQoKZGlmZiAtLWdpdCBhL25ldC92ZGUuYyBiL25ldC92 ZGUuYwppbmRleCAyMzgzNGQ3Li5jNTkwMzM1IDEwMDY0NAotLS0gYS9uZXQvdmRlLmMKKysrIGIv bmV0L3ZkZS5jCkBAIC02OCw3ICs2OCw3IEBAIHN0YXRpYyB2b2lkIHZkZV9jbGVhbnVwKE5ldENs aWVudFN0YXRlICpuYykKIH0KCiBzdGF0aWMgTmV0Q2xpZW50SW5mbyBuZXRfdmRlX2luZm8gPSB7 Ci0gICAgLnR5cGUgPSBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9WREUsCisgICAgLnR5cGUgPSBO RVRfQ0xJRU5UX0RSSVZFUl9WREUsCiAgICAgLnNpemUgPSBzaXplb2YoVkRFU3RhdGUpLAogICAg IC5yZWNlaXZlID0gdmRlX3JlY2VpdmUsCiAgICAgLmNsZWFudXAgPSB2ZGVfY2xlYW51cCwKQEAg LTExNSw4ICsxMTUsOCBAQCBpbnQgbmV0X2luaXRfdmRlKGNvbnN0IE5ldGRldiAqbmV0ZGV2LCBj b25zdCBjaGFyICpuYW1lLAogICAgIC8qIEZJWE1FIGVycm9yX3NldGcoZXJycCwgLi4uKSBvbiBm YWlsdXJlICovCiAgICAgY29uc3QgTmV0ZGV2VmRlT3B0aW9ucyAqdmRlOwoKLSAgICBhc3NlcnQo bmV0ZGV2LT5vcHRzLT50eXBlID09IE5FVF9DTElFTlRfT1BUSU9OU19LSU5EX1ZERSk7Ci0gICAg dmRlID0gbmV0ZGV2LT5vcHRzLT51LnZkZTsKKyAgICBhc3NlcnQobmV0ZGV2LT50eXBlID09IE5F VF9DTElFTlRfRFJJVkVSX1ZERSk7CisgICAgdmRlID0gbmV0ZGV2LT51LnZkZTsKCiAgICAgLyog bWlzc2luZyBvcHRpb25hbCB2YWx1ZXMgaGF2ZSBiZWVuIGluaXRpYWxpemVkIHRvICJhbGwgYml0 cyB6ZXJvIiAqLwogICAgIGlmIChuZXRfdmRlX2luaXQocGVlciwgInZkZSIsIG5hbWUsIHZkZS0+ c29jaywgdmRlLT5wb3J0LCB2ZGUtPmdyb3VwLApkaWZmIC0tZ2l0IGEvbmV0L3Zob3N0LXVzZXIu YyBiL25ldC92aG9zdC11c2VyLmMKaW5kZXggNTA2Mzk4ZS4uMWYxMzhmNiAxMDA2NDQKLS0tIGEv bmV0L3Zob3N0LXVzZXIuYworKysgYi9uZXQvdmhvc3QtdXNlci5jCkBAIC0zMiw3ICszMiw3IEBA IHR5cGVkZWYgc3RydWN0IFZob3N0VXNlckNoYXJkZXZQcm9wcyB7CiBWSG9zdE5ldFN0YXRlICp2 aG9zdF91c2VyX2dldF92aG9zdF9uZXQoTmV0Q2xpZW50U3RhdGUgKm5jKQogewogICAgIFZob3N0 VXNlclN0YXRlICpzID0gRE9fVVBDQVNUKFZob3N0VXNlclN0YXRlLCBuYywgbmMpOwotICAgIGFz c2VydChuYy0+aW5mby0+dHlwZSA9PSBORVRfQ0xJRU5UX09QVElPTlNfS0lORF9WSE9TVF9VU0VS KTsKKyAgICBhc3NlcnQobmMtPmluZm8tPnR5cGUgPT0gTkVUX0NMSUVOVF9EUklWRVJfVkhPU1Rf VVNFUik7CiAgICAgcmV0dXJuIHMtPnZob3N0X25ldDsKIH0KCkBAIC00Nyw3ICs0Nyw3IEBAIHN0 YXRpYyB2b2lkIHZob3N0X3VzZXJfc3RvcChpbnQgcXVldWVzLCBOZXRDbGllbnRTdGF0ZSAqbmNz W10pCiAgICAgaW50IGk7CgogICAgIGZvciAoaSA9IDA7IGkgPCBxdWV1ZXM7IGkrKykgewotICAg ICAgICBhc3NlcnQgKG5jc1tpXS0+aW5mby0+dHlwZSA9PSBORVRfQ0xJRU5UX09QVElPTlNfS0lO RF9WSE9TVF9VU0VSKTsKKyAgICAgICAgYXNzZXJ0KG5jc1tpXS0+aW5mby0+dHlwZSA9PSBORVRf Q0xJRU5UX0RSSVZFUl9WSE9TVF9VU0VSKTsKCiAgICAgICAgIHMgPSBET19VUENBU1QoVmhvc3RV c2VyU3RhdGUsIG5jLCBuY3NbaV0pOwogICAgICAgICBpZiAoIXZob3N0X3VzZXJfcnVubmluZyhz KSkgewpAQCAtNzEsNyArNzEsNyBAQCBzdGF0aWMgaW50IHZob3N0X3VzZXJfc3RhcnQoaW50IHF1 ZXVlcywgTmV0Q2xpZW50U3RhdGUgKm5jc1tdKQogICAgIG9wdGlvbnMuYmFja2VuZF90eXBlID0g VkhPU1RfQkFDS0VORF9UWVBFX1VTRVI7CgogICAgIGZvciAoaSA9IDA7IGkgPCBxdWV1ZXM7IGkr KykgewotICAgICAgICBhc3NlcnQgKG5jc1tpXS0+aW5mby0+dHlwZSA9PSBORVRfQ0xJRU5UX09Q VElPTlNfS0lORF9WSE9TVF9VU0VSKTsKKyAgICAgICAgYXNzZXJ0KG5jc1tpXS0+aW5mby0+dHlw ZSA9PSBORVRfQ0xJRU5UX0RSSVZFUl9WSE9TVF9VU0VSKTsKCiAgICAgICAgIHMgPSBET19VUENB U1QoVmhvc3RVc2VyU3RhdGUsIG5jLCBuY3NbaV0pOwogICAgICAgICBpZiAodmhvc3RfdXNlcl9y dW5uaW5nKHMpKSB7CkBAIC0xNDYsMjAgKzE0NiwyMCBAQCBzdGF0aWMgdm9pZCB2aG9zdF91c2Vy X2NsZWFudXAoTmV0Q2xpZW50U3RhdGUgKm5jKQoKIHN0YXRpYyBib29sIHZob3N0X3VzZXJfaGFz X3ZuZXRfaGRyKE5ldENsaWVudFN0YXRlICpuYykKIHsKLSAgICBhc3NlcnQobmMtPmluZm8tPnR5 cGUgPT0gTkVUX0NMSUVOVF9PUFRJT05TX0tJTkRfVkhPU1RfVVNFUik7CisgICAgYXNzZXJ0KG5j LT5pbmZvLT50eXBlID09IE5FVF9DTElFTlRfRFJJVkVSX1ZIT1NUX1VTRVIpOwoKICAgICByZXR1 cm4gdHJ1ZTsKIH0KCiBzdGF0aWMgYm9vbCB2aG9zdF91c2VyX2hhc191Zm8oTmV0Q2xpZW50U3Rh dGUgKm5jKQogewotICAgIGFzc2VydChuYy0+aW5mby0+dHlwZSA9PSBORVRfQ0xJRU5UX09QVElP TlNfS0lORF9WSE9TVF9VU0VSKTsKKyAgICBhc3NlcnQobmMtPmluZm8tPnR5cGUgPT0gTkVUX0NM SUVOVF9EUklWRVJfVkhPU1RfVVNFUik7CgogICAgIHJldHVybiB0cnVlOwogfQoKIHN0YXRpYyBO ZXRDbGllbnRJbmZvIG5ldF92aG9zdF91c2VyX2luZm8gPSB7Ci0gICAgICAgIC50eXBlID0gTkVU X0NMSUVOVF9PUFRJT05TX0tJTkRfVkhPU1RfVVNFUiwKKyAgICAgICAgLnR5cGUgPSBORVRfQ0xJ RU5UX0RSSVZFUl9WSE9TVF9VU0VSLAogICAgICAgICAuc2l6ZSA9IHNpemVvZihWaG9zdFVzZXJT dGF0ZSksCiAgICAgICAgIC5yZWNlaXZlID0gdmhvc3RfdXNlcl9yZWNlaXZlLAogICAgICAgICAu Y2xlYW51cCA9IHZob3N0X3VzZXJfY2xlYW51cCwKQEAgLTE3Niw3ICsxNzYsNyBAQCBzdGF0aWMg dm9pZCBuZXRfdmhvc3RfdXNlcl9ldmVudCh2b2lkICpvcGFxdWUsIGludCBldmVudCkKICAgICBp bnQgcXVldWVzOwoKICAgICBxdWV1ZXMgPSBxZW11X2ZpbmRfbmV0X2NsaWVudHNfZXhjZXB0KG5h bWUsIG5jcywKLSAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAgIE5FVF9D TElFTlRfT1BUSU9OU19LSU5EX05JQywKKyAgICAgICAgICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgIE5FVF9DTElFTlRfRFJJVkVSX05JQywKICAgICAgICAgICAgICAgICAgICAgICAg ICAgICAgICAgICAgICAgICAgIE1BWF9RVUVVRV9OVU0pOwogICAgIHMgPSBET19VUENBU1QoVmhv c3RVc2VyU3RhdGUsIG5jLCBuY3NbMF0pOwogICAgIHRyYWNlX3Zob3N0X3VzZXJfZXZlbnQocy0+ Y2hyLT5sYWJlbCwgZXZlbnQpOwpAQCAtMzAxLDggKzMwMSw4IEBAIGludCBuZXRfaW5pdF92aG9z dF91c2VyKGNvbnN0IE5ldGRldiAqbmV0ZGV2LCBjb25zdCBjaGFyICpuYW1lLAogICAgIGNvbnN0 IE5ldGRldlZob3N0VXNlck9wdGlvbnMgKnZob3N0X3VzZXJfb3B0czsKICAgICBDaGFyRHJpdmVy U3RhdGUgKmNocjsKCi0gICAgYXNzZXJ0KG5ldGRldi0+b3B0cy0+dHlwZSA9PSBORVRfQ0xJRU5U X09QVElPTlNfS0lORF9WSE9TVF9VU0VSKTsKLSAgICB2aG9zdF91c2VyX29wdHMgPSBuZXRkZXYt Pm9wdHMtPnUudmhvc3RfdXNlcjsKKyAgICBhc3NlcnQobmV0ZGV2LT50eXBlID09IE5FVF9DTElF TlRfRFJJVkVSX1ZIT1NUX1VTRVIpOworICAgIHZob3N0X3VzZXJfb3B0cyA9IG5ldGRldi0+dS52 aG9zdF91c2VyOwoKICAgICBjaHIgPSBuZXRfdmhvc3RfcGFyc2VfY2hhcmRldih2aG9zdF91c2Vy X29wdHMsIGVycnApOwogICAgIGlmICghY2hyKSB7CmRpZmYgLS1naXQgYS9xYXBpLXNjaGVtYS5q c29uIGIvcWFwaS1zY2hlbWEuanNvbgppbmRleCAyZTMxNzMzLi43M2RlN2IwIDEwMDY0NAotLS0g YS9xYXBpLXNjaGVtYS5qc29uCisrKyBiL3FhcGktc2NoZW1hLmpzb24KQEAgLTI2NzMsMTYgKzI2 NzMsNDIgQEAKICAgICAnKnF1ZXVlcyc6ICAgICAgICAnaW50JyB9IH0KCiAjIwotIyBATmV0Q2xp ZW50T3B0aW9ucworIyBATmV0Q2xpZW50RHJpdmVyCiAjCi0jIEEgZGlzY3JpbWluYXRlZCByZWNv cmQgb2YgbmV0d29yayBkZXZpY2UgdHJhaXRzLgorIyBBdmFpbGFibGUgbmV0ZGV2IGRyaXZlcnMu CisjCisjIFNpbmNlIDIuNQorIyMKK3sgJ2VudW0nOiAnTmV0Q2xpZW50RHJpdmVyJywKKyAgJ2Rh dGEnOiBbICdub25lJywgJ25pYycsICd1c2VyJywgJ3RhcCcsICdsMnRwdjMnLCAnc29ja2V0Jywg J3ZkZScsICdkdW1wJywKKyAgICAgICAgICAgICdicmlkZ2UnLCAnaHVicG9ydCcsICduZXRtYXAn LCAndmhvc3QtdXNlcicgXSB9CisKKyMjCisjIEBOZXRkZXZCYXNlCisjCisjIENhcHR1cmVzIHRo ZSBjb21tb24gY29uZmlndXJhdGlvbiBvZiBhIG5ldHdvcmsgZGV2aWNlLgorIworIyBAaWQ6IGlk ZW50aWZpZXIgZm9yIG1vbml0b3IgY29tbWFuZHMuCisjCisjIEB0eXBlOiBTcGVjaWZ5IHRoZSBk cml2ZXIgdXNlZCBmb3IgaW50ZXJwcmV0aW5nIHJlbWFpbmluZyBhcmd1bWVudHMuCisjCisjIFNp bmNlIDEuMgorIyMKK3sgJ3N0cnVjdCc6ICdOZXRkZXZCYXNlJywKKyAgJ2RhdGEnOiB7ICdpZCc6 ICdzdHInLCAndHlwZSc6ICdOZXRDbGllbnREcml2ZXInIH0gfQorCisjIworIyBATmV0ZGV2Cisj CisjIENhcHR1cmVzIHRoZSBjb25maWd1cmF0aW9uIG9mIGEgbmV0d29yayBkZXZpY2UuCiAjCiAj IFNpbmNlIDEuMgogIwogIyAnbDJ0cHYzJyAtIHNpbmNlIDIuMQotIwogIyMKLXsgJ3VuaW9uJzog J05ldENsaWVudE9wdGlvbnMnLAoreyAndW5pb24nOiAnTmV0ZGV2JywKKyAgJ2Jhc2UnOiAnTmV0 ZGV2QmFzZScsCisgICdkaXNjcmltaW5hdG9yJzogJ3R5cGUnLAogICAnZGF0YSc6IHsKICAgICAn bm9uZSc6ICAgICAnTmV0ZGV2Tm9uZU9wdGlvbnMnLAogICAgICduaWMnOiAgICAgICdOZXRMZWdh Y3lOaWNPcHRpb25zJywKQEAgLTI3MjAsMjAgKzI3NDYsMjUgQEAKICAgICAnb3B0cyc6ICAnTmV0 Q2xpZW50T3B0aW9ucycgfSB9CgogIyMKLSMgQE5ldGRldgorIyBATmV0Q2xpZW50T3B0aW9ucwog IwotIyBDYXB0dXJlcyB0aGUgY29uZmlndXJhdGlvbiBvZiBhIG5ldHdvcmsgZGV2aWNlLgotIwot IyBAaWQ6IGlkZW50aWZpZXIgZm9yIG1vbml0b3IgY29tbWFuZHMuCi0jCi0jIEBvcHRzOiBkZXZp Y2UgdHlwZSBzcGVjaWZpYyBwcm9wZXJ0aWVzCisjIExpa2UgTmV0ZGV2LCBidXQgZm9yIHVzZSBv bmx5IGJ5IHRoZSBsZWdhY3kgY29tbWFuZCBsaW5lIG9wdGlvbnMKICMKICMgU2luY2UgMS4yCiAj IwoteyAnc3RydWN0JzogJ05ldGRldicsCit7ICd1bmlvbic6ICdOZXRDbGllbnRPcHRpb25zJywK ICAgJ2RhdGEnOiB7Ci0gICAgJ2lkJzogICAnc3RyJywKLSAgICAnb3B0cyc6ICdOZXRDbGllbnRP cHRpb25zJyB9IH0KKyAgICAnbm9uZSc6ICAgICAnTmV0ZGV2Tm9uZU9wdGlvbnMnLAorICAgICdu aWMnOiAgICAgICdOZXRMZWdhY3lOaWNPcHRpb25zJywKKyAgICAndXNlcic6ICAgICAnTmV0ZGV2 VXNlck9wdGlvbnMnLAorICAgICd0YXAnOiAgICAgICdOZXRkZXZUYXBPcHRpb25zJywKKyAgICAn bDJ0cHYzJzogICAnTmV0ZGV2TDJUUHYzT3B0aW9ucycsCisgICAgJ3NvY2tldCc6ICAgJ05ldGRl dlNvY2tldE9wdGlvbnMnLAorICAgICd2ZGUnOiAgICAgICdOZXRkZXZWZGVPcHRpb25zJywKKyAg ICAnZHVtcCc6ICAgICAnTmV0ZGV2RHVtcE9wdGlvbnMnLAorICAgICdicmlkZ2UnOiAgICdOZXRk ZXZCcmlkZ2VPcHRpb25zJywKKyAgICAnbmV0bWFwJzogICAnTmV0ZGV2TmV0bWFwT3B0aW9ucycs CisgICAgJ3Zob3N0LXVzZXInOiAnTmV0ZGV2Vmhvc3RVc2VyT3B0aW9ucycgfSB9CgogIyMKICMg QE5ldEZpbHRlckRpcmVjdGlvbgotLSAKMi40LjMKCgpfX19fX19fX19fX19fX19fX19fX19fX19f X19fX19fX19fX19fX19fX19fX19fXwpYZW4tZGV2ZWwgbWFpbGluZyBsaXN0Clhlbi1kZXZlbEBs aXN0cy54ZW4ub3JnCmh0dHA6Ly9saXN0cy54ZW4ub3JnL3hlbi1kZXZlbAo=